From 2d80896ac5794c1be183b902c5ff15c63db60d1a Mon Sep 17 00:00:00 2001
From: Loyale <loyalgoff@gmail.com>
Date: Mon, 7 Aug 2023 11:51:27 -0400
Subject: [PATCH] Committing all of FA22 local edits

---
 .gitignore                                    |    5 +
 ...228_Final_Grades-ME.440.825.0001.FA22.xlsx |  Bin 0 -> 18620 bytes
 .../Final_project_grading_form_2022.xlsx      |  Bin 0 -> 121332 bytes
 ...ching Assistant Duties Template v2[3].docx |  Bin 0 -> 18044 bytes
 .../Module 1 - Intro to Command Line.nb.html  | 3676 +++++++++
 .../Module-1---Intro-to-Command-Line.html     | 3891 +++++++++
 .../Notebooks/Module-1---Intro-to-R.html      | 3439 ++++++++
 .../TemporaryDirectory/myOlderFile.txt        |    1 +
 modules/module_1/Notebooks/chr01.fsa          | 3838 +++++++++
 modules/module_1/Notebooks/tail.txt           |   10 +
 modules/module_1/pset/Module_1_pset.tar.gz    |  Bin 2919414 -> 2917474 bytes
 .../module_1/pset/pset1_introToBashAndR.html  | 3255 ++++++++
 modules/module_10/TFs.tsv                     |  287 +
 modules/module_10/geneNames.tsv               | 7181 ++++++++++++++++
 .../notebooks/Module_10-Clustering.Rmd        |    5 +-
 .../presentations/QNG_Module_10_lecture.key   |  Bin 47133663 -> 47133075 bytes
 .../module_10/pset/Integrated_meanRank.tsv    | 1633 ++++
 .../220923_interactive_alignment.Rmd          |  273 +
 .../Module 4 - Data Sources and importing.Rmd |  109 +
 .../presentations/multiqc_report.html         | 7332 +++++++++++++++++
 .../Module-7---Single-Cell-RNA-Seq.Rmd        |  586 ++
 .../Module_9-Data Manipulation with dplyr.Rmd |   15 +-
 .../notebooks/Module_9-EDA_and_plotting.rmd   |  110 +-
 ...llation_and_environment_configuration.html | 1818 ++++
 project/project_outline_template.html         |  624 ++
 templates/Module_Rmd_Template.Rmd             |    2 +
 26 files changed, 37998 insertions(+), 92 deletions(-)
 create mode 100644 Administrative/20221228_Final_Grades-ME.440.825.0001.FA22.xlsx
 create mode 100644 Administrative/Final_project_grading_form_2022.xlsx
 create mode 100644 Administrative/Teaching Assistant Duties Template v2[3].docx
 create mode 100644 modules/module_1/Notebooks/Module 1 - Intro to Command Line.nb.html
 create mode 100644 modules/module_1/Notebooks/Module-1---Intro-to-Command-Line.html
 create mode 100644 modules/module_1/Notebooks/Module-1---Intro-to-R.html
 create mode 100644 modules/module_1/Notebooks/TemporaryDirectory/myOlderFile.txt
 create mode 100644 modules/module_1/Notebooks/chr01.fsa
 create mode 100644 modules/module_1/Notebooks/tail.txt
 create mode 100644 modules/module_1/pset/pset1_introToBashAndR.html
 create mode 100644 modules/module_10/TFs.tsv
 create mode 100644 modules/module_10/geneNames.tsv
 create mode 100644 modules/module_10/pset/Integrated_meanRank.tsv
 create mode 100644 modules/module_3/notebooks/220923_interactive_alignment.Rmd
 create mode 100644 modules/module_4/notebooks/Module 4 - Data Sources and importing.Rmd
 create mode 100644 modules/module_5/presentations/multiqc_report.html
 create mode 100644 modules/module_7/notebooks/Module-7---Single-Cell-RNA-Seq.Rmd
 create mode 100644 prereqs/Prereq-installation_and_environment_configuration.html
 create mode 100644 project/project_outline_template.html

diff --git a/.gitignore b/.gitignore
index ab2dd2c..f8ab87a 100644
--- a/.gitignore
+++ b/.gitignore
@@ -47,3 +47,8 @@ vignettes/*.pdf
 
 **/data/**
 *.ipynb
+
+# Compressed files
+*.tgz
+*.zip
+*.gz
diff --git a/Administrative/20221228_Final_Grades-ME.440.825.0001.FA22.xlsx b/Administrative/20221228_Final_Grades-ME.440.825.0001.FA22.xlsx
new file mode 100644
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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: normal;
+font-weight: 400;
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) 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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 300;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 400;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 700;
+src: 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) 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BkBAXAcIVHfzgDwr+ogoPDwoBXgoPDwqvrwoPAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUzMhYVETMyFgcDBiInAyY2OwERNDYB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv58lgoPiRUKDd8NJg3fDQoViQ8EmVub1urWm1tbm9bq1ps7csXoxXJyxejFDQ8K/u0XEP7tEBABExAXARMKDwAAAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiUTFgYrAREUBisBIiY1ESMiJjcTNjIB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv7n3w0KFYkPCpYKD4kVCg3fDSYEmVub1urWm1tbm9bq1ps7csXoxXJyxejFAf7tEBf+7QoPDwoBExcQARMQAAAAAAIAAAAABLAEsAAZADkAABMhMhYXExYVERQGBwYjISImJyY1EzQ3Ez4BBSEiBgcDBhY7ATIWHwEeATsBMjY/AT4BOwEyNicDLgHhAu4KEwO6BwgFDBn7tAweAgYBB7kDEwKX/dQKEgJXAgwKlgoTAiYCEwr6ChMCJgITCpYKDAJXAhIEsA4K/XQYGf5XDB4CBggEDRkBqRkYAowKDsgOC/4+Cw4OCpgKDg4KmAoODgsBwgsOAAMAFwAXBJkEmQAPABsAJwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUXFhQPAQYmNRE0NgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJy/ov9ERH9EBgYBJlbm9bq1ptbW5vW6tabO3LF6MVycsXoxV2+DCQMvgwLFQGQFQsAAQAXABcEmQSwACgAAAE3NhYVERQGIyEiJj8BJiMiDgEUHgEyPgE1MxQOAiIuAjQ+AjMyA7OHBwsPCv6WCwQHhW2BdMVycsXoxXKWW5vW6tabW1ub1nXABCSHBwQL/pYKDwsHhUxyxejFcnLFdHXWm1tbm9bq1ptbAAAAAAIAFwABBJkEsAAaADUAAAE3NhYVERQGIyEiJj8BJiMiDgEVIzQ+AjMyEzMUDgIjIicHBiY1ETQ2MyEyFg8BFjMyPgEDs4cHCw8L/pcLBAeGboF0xXKWW5vWdcDrllub1nXAnIYHCw8LAWgKBQiFboJ0xXIEJIcHBAv+lwsPCweGS3LFdHXWm1v9v3XWm1t2hggFCgFoCw8LB4VMcsUAAAAKAGQAAASwBLAADwAfAC8APwBPAF8AbwB/AI8AnwAAEyEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0NgczMhYdARQGKwEiJj0BNDYzITIWHQEUBiMhIiY9ATQ2BzMyFh0BFAYrASImPQE0NjMhMhYdARQGIyEiJj0BNDYHMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0Nn0EGgoPDwr75goPDwPA/K4KDw8KA1IKDw/9CDIKDw8KMgoPD9IBwgoPDwr+PgoPD74yCg8PCjIKDw/SAcIKDw8K/j4KDw++MgoPDwoyCg8P0gHCCg8PCv4+Cg8PvjIKDw8KMgoPD9IBwgoPDwr+PgoPDwSwDwr7ggoPDwoEfgoPyA8K/K4KDw8KA1IKD2QPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKDwAAAAACAAAAAARMBLAAGQAjAAABNTQmIyEiBh0BIyIGFREUFjMhMjY1ETQmIyE1NDY7ATIWHQEDhHVT/tRSdmQpOzspA4QpOzsp/ageFMgUHgMgyFN1dlLIOyn9qCk7OykCWCk7lhUdHRWWAAIAZAAABEwETAAJADcAABMzMhYVESMRNDYFMhcWFREUBw4DIyIuAScuAiMiBwYjIicmNRE+ATc2HgMXHgIzMjc2fTIKD2QPA8AEBRADIUNAMRwaPyonKSxHHlVLBwgGBQ4WeDsXKC4TOQQpLUUdZ1AHBEwPCvvNBDMKDzACBhH+WwYGO1AkDQ0ODg8PDzkFAwcPAbY3VwMCAwsGFAEODg5XCAAAAwAAAAAEsASXACEAMQBBAAAAMh4CFREUBisBIiY1ETQuASAOARURFAYrASImNRE0PgEDMzIWFREUBisBIiY1ETQ2ITMyFhURFAYrASImNRE0NgHk6N6jYw8KMgoPjeT++uSNDwoyCg9joyqgCAwMCKAIDAwCYKAIDAwIoAgMDASXY6PedP7UCg8PCgEsf9FyctF//tQKDw8KASx03qP9wAwI/jQIDAwIAcwIDAwI/jQIDAwIAcwIDAAAAAACAAAA0wRHA90AFQA5AAABJTYWFREUBiclJisBIiY1ETQ2OwEyBTc2Mh8BFhQPARcWFA8BBiIvAQcGIi8BJjQ/AScmND8BNjIXAUEBAgkMDAn+/hUZ+goPDwr6GQJYeAcUByIHB3h4BwciBxQHeHgHFAciBwd3dwcHIgcUBwMurAYHCv0SCgcGrA4PCgFeCg+EeAcHIgcUB3h4BxQHIgcHd3cHByIHFAd4eAcUByIICAAAAAACAAAA0wNyA90AFQAvAAABJTYWFREUBiclJisBIiY1ETQ2OwEyJTMWFxYVFAcGDwEiLwEuATc2NTQnJjY/ATYBQQECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcDLqwGBwr9EgoHBqwODwoBXgoPZAEJgaGafwkBAQYXBxMIZ36EaggUBxYFAAAAAAMAAADEBGID7AAbADEASwAAATMWFxYVFAYHBgcjIi8BLgE3NjU0JicmNj8BNgUlNhYVERQGJyUmKwEiJjURNDY7ATIlMxYXFhUUBwYPASIvAS4BNzY1NCcmNj8BNgPHAwsGh0RABwoDCQcqCAIGbzs3BgIJKgf9ggECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcD7AEJs9lpy1QJAQYiBhQIlrJarEcJFAYhBb6sBgcK/RIKBwasDg8KAV4KD2QBCYGhmn8JAQEGFwcTCGd+hGoIFQYWBQAAAAANAAAAAASwBLAACQAVABkAHQAhACUALQA7AD8AQwBHAEsATwAAATMVIxUhFSMRIQEjFTMVIREjESM1IQURIREhESERBSM1MwUjNTMBMxEhETM1MwEzFSMVIzUjNTM1IzUhBREhEQcjNTMFIzUzASM1MwUhNSEB9GRk/nBkAfQCvMjI/tTIZAJY+7QBLAGQASz84GRkArxkZP1EyP4MyGQB9MhkyGRkyAEs/UQBLGRkZAOEZGT+DGRkAfT+1AEsA4RkZGQCWP4MZMgBLAEsyGT+1AEs/tQBLMhkZGT+DP4MAfRk/tRkZGRkyGTI/tQBLMhkZGT+1GRkZAAAAAAJAAAAAASwBLAAAwAHAAsADwATABcAGwAfACMAADcjETMTIxEzASMRMxMjETMBIxEzASE1IRcjNTMXIzUzBSM1M2RkZMhkZAGQyMjIZGQBLMjI/OD+1AEsyGRkyGRkASzIyMgD6PwYA+j8GAPo/BgD6PwYA+j7UGRkW1tbW1sAAAIAAAAKBKYEsAANABUAAAkBFhQHAQYiJwETNDYzBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAUM7Uzs7UzsEsP1WCBQI/jAICAKqAdsKD807O1Q7OwAAAAADAAAACgXSBLAADQAZACEAAAkBFhQHAQYiJwETNDYzIQEWFAcBBiIvAQkBBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAwYCqggI/jAIFAg4Aaj9RP7TO1M7O1M7BLD9VggUCP4wCAgCqgHbCg/9VggUCP4wCAg4AaoCvM07O1Q7OwAAAAABAGQAAASwBLAAJgAAASEyFREUDwEGJjURNCYjISIPAQYWMyEyFhURFAYjISImNRE0PwE2ASwDOUsSQAgKDwr9RBkSQAgFCgK8Cg8PCvyuCg8SixIEsEv8fBkSQAgFCgO2Cg8SQAgKDwr8SgoPDwoDzxkSixIAAAABAMj//wRMBLAACgAAEyEyFhURCQERNDb6AyAVHf4+/j4dBLAdFfuCAbz+QwR/FR0AAAAAAwAAAAAEsASwABUARQBVAAABISIGBwMGHwEeATMhMjY/ATYnAy4BASMiBg8BDgEjISImLwEuASsBIgYVERQWOwEyNj0BNDYzITIWHQEUFjsBMjY1ETQmASEiBg8BBhYzITI2LwEuAQM2/kQLEAFOBw45BhcKAcIKFwY+DgdTARABVpYKFgROBBYK/doKFgROBBYKlgoPDwqWCg8PCgLuCg8PCpYKDw/+sf4MChMCJgILCgJYCgsCJgITBLAPCv7TGBVsCQwMCWwVGAEtCg/+cA0JnAkNDQmcCQ0PCv12Cg8PCpYKDw8KlgoPDwoCigoP/agOCpgKDg4KmAoOAAAAAAQAAABkBLAETAAdACEAKQAxAAABMzIeAh8BMzIWFREUBiMhIiY1ETQ2OwE+BAEVMzUEIgYUFjI2NCQyFhQGIiY0AfTIOF00JAcGlik7Oyn8GCk7OymWAgknM10ByGT+z76Hh76H/u9WPDxWPARMKTs7FRQ7Kf2oKTs7KQJYKTsIG0U1K/7UZGRGh76Hh74IPFY8PFYAAAAAAgA1AAAEsASvACAAIwAACQEWFx4BHwEVITUyNi8BIQYHBh4CMxUhNTY3PgE/AQEDIQMCqQGBFCgSJQkK/l81LBFS/nk6IgsJKjIe/pM4HAwaBwcBj6wBVKIEr/waMioTFQECQkJXLd6RWSIuHAxCQhgcDCUNDQPu/VoByQAAAAADAGQAAAPwBLAAJwAyADsAAAEeBhUUDgMjITU+ATURNC4EJzUFMh4CFRQOAgclMzI2NTQuAisBETMyNjU0JisBAvEFEzUwOyodN1htbDD+DCk7AQYLFyEaAdc5dWM+Hy0tEP6Pi05pESpTPnbYUFJ9Xp8CgQEHGB0zOlIuQ3VONxpZBzMoAzsYFBwLEAkHRwEpSXNDM1s6KwkxYUopOzQb/K5lUFqBAAABAMgAAANvBLAAGQAAARcOAQcDBhYXFSE1NjcTNjQuBCcmJzUDbQJTQgeECSxK/gy6Dq0DAw8MHxUXDQYEsDkTNSj8uTEoBmFhEFIDQBEaExAJCwYHAwI5AAAAAAL/tQAABRQEsAAlAC8AAAEjNC4FKwERFBYfARUhNTI+AzURIyIOBRUjESEFIxEzByczESM3BRQyCAsZEyYYGcgyGRn+cAQOIhoWyBkYJhMZCwgyA+j7m0tLfX1LS30DhBUgFQ4IAwH8rhYZAQJkZAEFCRUOA1IBAwgOFSAVASzI/OCnpwMgpwACACH/tQSPBLAAJQAvAAABIzQuBSsBERQWHwEVITUyPgM1ESMiDgUVIxEhEwc1IRUnNxUhNQRMMggLGRMmGBnIMhkZ/nAEDiIaFsgZGCYTGQsIMgPoQ6f84KenAyADhBUgFQ4IAwH9dhYZAQJkZAEFCRUOAooBAwgOFSAVASz7gn1LS319S0sABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyAlgVHR0V/agVHR0VA+gVHR0V/BgVHR0VAyAVHR0V/OAVHR0VBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYDITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NgMhMhYdARQGIyEiJj0BNDb6ArwVHR0V/UQVHR2zBEwVHR0V+7QVHR3dArwVHR0V/UQVHR2zBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AAAE1NDYzITIWHQEUBiMhIiYBNTQ2MyEyFh0BFAYjISImEzU0NjMhMhYdARQGIyEiJgE1NDYzITIWHQEUBiMhIiYB9B0VAlgVHR0V/agVHf5wHRUD6BUdHRX8GBUdyB0VAyAVHR0V/OAVHf7UHRUETBUdHRX7tBUdA7ZkFR0dFWQVHR3+6WQVHR0VZBUdHf7pZBUdHRVkFR0d/ulkFR0dFWQVHR0AAAQAAAAABLAETAAPAB8ALwA/AAATITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2MgRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dBEwdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAgAAAAABLAETAAPAB8ALwA/AE8AXwBvAH8AABMzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2ATMyFh0BFAYrASImPQE0NikBMhYdARQGIyEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2KQEyFh0BFAYjISImPQE0NgEzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2MmQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR0ETB0VZBUdHRVkFR0dFWQVHR0VZBUd/tQdFWQVHR0VZBUdHRVkFR0dFWQVHf7UHRVkFR0dFWQVHR0VZBUdHRVkFR3+1B0VZBUdHRVkFR0dFWQVHR0VZBUdAAAG/5wAAASwBEwAAwATACMAKgA6AEoAACEjETsCMhYdARQGKwEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2BQc1IzUzNQUhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2AZBkZJZkFR0dFWQVHR0VAfQVHR0V/gwVHR3++qfIyAHCASwVHR0V/tQVHR0VAlgVHR0V/agVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR36fUtkS68dFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAAABgAAAAAFFARMAA8AEwAjACoAOgBKAAATMzIWHQEUBisBIiY9ATQ2ASMRMwEhMhYdARQGIyEiJj0BNDYFMxUjFSc3BSEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyZBUdHRVkFR0dA2dkZPyuAfQVHR0V/gwVHR0EL8jIp6f75gEsFR0dFf7UFR0dFQJYFR0dFf2oFR0dBEwdFWQVHR0VZBUd+7QETP7UHRVkFR0dFWQVHchkS319rx0VZBUdHRVkFR3+1B0VZBUdHRVkFR0AAAAAAgAAAMgEsAPoAA8AEgAAEyEyFhURFAYjISImNRE0NgkCSwLuHywsH/0SHywsBIT+1AEsA+gsH/12HywsHwKKHyz9RAEsASwAAwAAAAAEsARMAA8AFwAfAAATITIWFREUBiMhIiY1ETQ2FxE3BScBExEEMhYUBiImNCwEWBIaGhL7qBIaGkr3ASpKASXs/NJwTk5wTgRMGhL8DBIaGhID9BIaZP0ftoOcAT7+4AH0dE5vT09vAAAAAAIA2wAFBDYEkQAWAB4AAAEyHgEVFAcOAQ8BLgQnJjU0PgIWIgYUFjI2NAKIdcZzRkWyNjYJIV5YbSk8RHOft7eCgreCBJF4ynVzj23pPz4IIWZomEiEdVijeUjDgriBgbgAAAACABcAFwSZBJkADwAXAAAAMh4CFA4CIi4CND4BAREiDgEUHgEB4+rWm1tbm9bq1ptbW5sBS3TFcnLFBJlbm9bq1ptbW5vW6tab/G8DVnLF6MVyAAACAHUAAwPfBQ8AGgA1AAABHgYVFA4DBy4DNTQ+BQMOAhceBBcWNj8BNiYnLgInJjc2IyYCKhVJT1dOPiUzVnB9P1SbfEokP0xXUEm8FykoAwEbITEcExUWAgYCCQkFEikMGiACCAgFD0iPdXdzdYdFR4BeRiYEBTpjl1lFh3ZzeHaQ/f4hS4I6JUEnIw4IBwwQIgoYBwQQQSlZtgsBAAAAAwAAAAAEywRsAAwAKgAvAAABNz4CHgEXHgEPAiUhMhcHISIGFREUFjMhMjY9ATcRFAYjISImNRE0NgkBBzcBA+hsAgYUFR0OFgoFBmz9BQGQMje7/pApOzspAfQpO8i7o/5wpbm5Azj+lqE3AWMD9XMBAgIEDw4WKgsKc8gNuzsp/gwpOzsptsj+tKW5uaUBkKW5/tf+ljKqAWMAAgAAAAAEkwRMABsANgAAASEGByMiBhURFBYzITI2NTcVFAYjISImNRE0NgUBFhQHAQYmJzUmDgMHPgY3NT4BAV4BaaQ0wyk7OykB9Ck7yLml/nClubkCfwFTCAj+rAcLARo5ZFRYGgouOUlARioTAQsETJI2Oyn+DCk7OymZZ6W5uaUBkKW5G/7TBxUH/s4GBAnLAQINFjAhO2JBNB0UBwHSCgUAAAAAAgAAAAAEnQRMAB0ANQAAASEyFwchIgYVERQWMyEyNj0BNxUUBiMhIiY1ETQ2CQE2Mh8BFhQHAQYiLwEmND8BNjIfARYyAV4BXjxDsv6jKTs7KQH0KTvIuaX+cKW5uQHKAYsHFQdlBwf97QcVB/gHB2UHFQdvCBQETBexOyn+DCk7OylFyNulubmlAZCluf4zAYsHB2UHFQf97AcH+AcVB2UHB28HAAAAAQAKAAoEpgSmADsAAAkBNjIXARYGKwEVMzU0NhcBFhQHAQYmPQEjFTMyFgcBBiInASY2OwE1IxUUBicBJjQ3ATYWHQEzNSMiJgE+AQgIFAgBBAcFCqrICggBCAgI/vgICsiqCgUH/vwIFAj++AgFCq/ICgj++AgIAQgICsivCgUDlgEICAj++AgKyK0KBAf+/AcVB/73BwQKrcgKCP74CAgBCAgKyK0KBAcBCQcVBwEEBwQKrcgKAAEAyAAAA4QETAAZAAATMzIWFREBNhYVERQGJwERFAYrASImNRE0NvpkFR0B0A8VFQ/+MB0VZBUdHQRMHRX+SgHFDggV/BgVCA4Bxf5KFR0dFQPoFR0AAAABAAAAAASwBEwAIwAAEzMyFhURATYWFREBNhYVERQGJwERFAYnAREUBisBIiY1ETQ2MmQVHQHQDxUB0A8VFQ/+MBUP/jAdFWQVHR0ETB0V/koBxQ4IFf5KAcUOCBX8GBUIDgHF/koVCA4Bxf5KFR0dFQPoFR0AAAABAJ0AGQSwBDMAFQAAAREUBicBERQGJwEmNDcBNhYVEQE2FgSwFQ/+MBUP/hQPDwHsDxUB0A8VBBr8GBUIDgHF/koVCA4B4A4qDgHgDggV/koBxQ4IAAAAAQDIABYEMwQ2AAsAABMBFhQHAQYmNRE0NvMDLhIS/NISGRkEMv4OCx4L/g4LDhUD6BUOAAIAyABkA4QD6AAPAB8AABMzMhYVERQGKwEiJjURNDYhMzIWFREUBisBIiY1ETQ2+sgVHR0VyBUdHQGlyBUdHRXIFR0dA+gdFfzgFR0dFQMgFR0dFfzgFR0dFQMgFR0AAAEAyABkBEwD6AAPAAABERQGIyEiJjURNDYzITIWBEwdFfzgFR0dFQMgFR0DtvzgFR0dFQMgFR0dAAAAAAEAAAAZBBMEMwAVAAABETQ2FwEWFAcBBiY1EQEGJjURNDYXAfQVDwHsDw/+FA8V/jAPFRUPAmQBthUIDv4gDioO/iAOCBUBtv47DggVA+gVCA4AAAH//gACBLMETwAjAAABNzIWFRMUBiMHIiY1AwEGJjUDAQYmNQM0NhcBAzQ2FwEDNDYEGGQUHgUdFWQVHQL+MQ4VAv4yDxUFFQ8B0gIVDwHSAh0ETgEdFfwYFR0BHRUBtf46DwkVAbX+OQ4JFAPoFQkP/j4BthQJDv49AbYVHQAAAQEsAAAD6ARMABkAAAEzMhYVERQGKwEiJjURAQYmNRE0NhcBETQ2A1JkFR0dFWQVHf4wDxUVDwHQHQRMHRX8GBUdHRUBtv47DggVA+gVCA7+OwG2FR0AAAIAZADIBLAESAALABsAAAkBFgYjISImNwE2MgEhMhYdARQGIyEiJj0BNDYCrgH1DwkW++4WCQ8B9Q8q/fcD6BUdHRX8GBUdHQQ5/eQPFhYPAhwP/UgdFWQVHR0VZBUdAAEAiP/8A3UESgAFAAAJAgcJAQN1/qABYMX92AIoA4T+n/6fxgIoAiYAAAAAAQE7//wEKARKAAUAAAkBJwkBNwQo/dnGAWH+n8YCI/3ZxgFhAWHGAAIAFwAXBJkEmQAPADMAAAAyHgIUDgIiLgI0PgEFIyIGHQEjIgYdARQWOwEVFBY7ATI2PQEzMjY9ATQmKwE1NCYB4+rWm1tbm9bq1ptbW5sBfWQVHZYVHR0Vlh0VZBUdlhUdHRWWHQSZW5vW6tabW1ub1urWm7odFZYdFWQVHZYVHR0Vlh0VZBUdlhUdAAAAAAIAFwAXBJkEmQAPAB8AAAAyHgIUDgIiLgI0PgEBISIGHQEUFjMhMjY9ATQmAePq1ptbW5vW6tabW1ubAkX+DBUdHRUB9BUdHQSZW5vW6tabW1ub1urWm/5+HRVkFR0dFWQVHQACABcAFwSZBJkADwAzAAAAMh4CFA4CIi4CND4BBCIPAScmIg8BBhQfAQcGFB8BFjI/ARcWMj8BNjQvATc2NC8BAePq1ptbW5vW6tabW1ubAeUZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0JCXh4CQmNBJlbm9bq1ptbW5vW6tabrQl4eAkJjQkZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0AAgAXABcEmQSZAA8AJAAAADIeAhQOAiIuAjQ+AQEnJiIPAQYUHwEWMjcBNjQvASYiBwHj6tabW1ub1urWm1tbmwEVVAcVCIsHB/IHFQcBdwcHiwcVBwSZW5vW6tabW1ub1urWm/4xVQcHiwgUCPEICAF3BxUIiwcHAAAAAAMAFwAXBJkEmQAPADsASwAAADIeAhQOAiIuAjQ+AQUiDgMVFDsBFjc+ATMyFhUUBgciDgUHBhY7ATI+AzU0LgMTIyIGHQEUFjsBMjY9ATQmAePq1ptbW5vW6tabW1ubAT8dPEIyIRSDHgUGHR8UFw4TARkOGhITDAIBDQ6tBx4oIxgiM0Q8OpYKDw8KlgoPDwSZW5vW6tabW1ub1urWm5ELHi9PMhkFEBQQFRIXFgcIBw4UHCoZCBEQKDhcNi9IKhsJ/eMPCpYKDw8KlgoPAAADABcAFwSZBJkADwAfAD4AAAAyHgIUDgIiLgI0PgEFIyIGHQEUFjsBMjY9ATQmAyMiBh0BFBY7ARUjIgYdARQWMyEyNj0BNCYrARE0JgHj6tabW1ub1urWm1tbmwGWlgoPDwqWCg8PCvoKDw8KS0sKDw8KAV4KDw8KSw8EmVub1urWm1tbm9bq1ptWDwqWCg8PCpYKD/7UDwoyCg/IDwoyCg8PCjIKDwETCg8AAgAAAAAEsASwAC8AXwAAATMyFh0BHgEXMzIWHQEUBisBDgEHFRQGKwEiJj0BLgEnIyImPQE0NjsBPgE3NTQ2ExUUBisBIiY9AQ4BBzMyFh0BFAYrAR4BFzU0NjsBMhYdAT4BNyMiJj0BNDY7AS4BAg2WCg9nlxvCCg8PCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw+5DwqWCg9EZheoCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmBLAPCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw8KlgoPZ5cbwgoP/s2oCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmRA8KlgoPRGYAAwAXABcEmQSZAA8AGwA/AAAAMh4CFA4CIi4CND4BBCIOARQeATI+ATQmBxcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyAePq1ptbW5vW6tabW1ubAb/oxXJyxejFcnKaQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwdABxUHfHwHFQSZW5vW6tabW1ub1urWmztyxejFcnLF6MVaQAcVB3x8BxUHQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwAAAAMAFwAXBJkEmQAPABsAMAAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcXFhQHAQYiLwEmND8BNjIfATc2MgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJyg2oHB/7ACBQIyggIagcVB0/FBxUEmVub1urWm1tbm9bq1ps7csXoxXJyxejFfWoHFQf+vwcHywcVB2oICE/FBwAAAAMAFwAXBJkEmQAPABgAIQAAADIeAhQOAiIuAjQ+AQUiDgEVFBcBJhcBFjMyPgE1NAHj6tabW1ub1urWm1tbmwFLdMVyQQJLafX9uGhzdMVyBJlbm9bq1ptbW5vW6tabO3LFdHhpAktB0P24PnLFdHMAAAAAAQAXAFMEsAP5ABUAABMBNhYVESEyFh0BFAYjIREUBicBJjQnAgoQFwImFR0dFf3aFxD99hACRgGrDQoV/t0dFcgVHf7dFQoNAasNJgAAAAABAAAAUwSZA/kAFQAACQEWFAcBBiY1ESEiJj0BNDYzIRE0NgJ/AgoQEP32EBf92hUdHRUCJhcD8f5VDSYN/lUNChUBIx0VyBUdASMVCgAAAAEAtwAABF0EmQAVAAAJARYGIyERFAYrASImNREhIiY3ATYyAqoBqw0KFf7dHRXIFR3+3RUKDQGrDSYEif32EBf92hUdHRUCJhcQAgoQAAAAAQC3ABcEXQSwABUAAAEzMhYVESEyFgcBBiInASY2MyERNDYCJsgVHQEjFQoN/lUNJg3+VQ0KFQEjHQSwHRX92hcQ/fYQEAIKEBcCJhUdAAABAAAAtwSZBF0AFwAACQEWFAcBBiY1EQ4DBz4ENxE0NgJ/AgoQEP32EBdesKWBJAUsW4fHfhcEVf5VDSYN/lUNChUBIwIkRHVNabGdcUYHAQYVCgACAAAAAASwBLAAFQArAAABITIWFREUBi8BBwYiLwEmND8BJyY2ASEiJjURNDYfATc2Mh8BFhQPARcWBgNSASwVHRUOXvkIFAhqBwf5Xg4I/iH+1BUdFQ5e+QgUCGoHB/leDggEsB0V/tQVCA5e+QcHaggUCPleDhX7UB0VASwVCA5e+QcHaggUCPleDhUAAAACAEkASQRnBGcAFQArAAABFxYUDwEXFgYjISImNRE0Nh8BNzYyASEyFhURFAYvAQcGIi8BJjQ/AScmNgP2agcH+V4OCBX+1BUdFQ5e+QgU/QwBLBUdFQ5e+QgUCGoHB/leDggEYGoIFAj5Xg4VHRUBLBUIDl75B/3xHRX+1BUIDl75BwdqCBQI+V4OFQAAAAADABcAFwSZBJkADwAfAC8AAAAyHgIUDgIiLgI0PgEFIyIGFxMeATsBMjY3EzYmAyMiBh0BFBY7ATI2PQE0JgHj6tabW1ub1urWm1tbmwGz0BQYBDoEIxQ2FCMEOgQYMZYKDw8KlgoPDwSZW5vW6tabW1ub1urWm7odFP7SFB0dFAEuFB3+DA8KlgoPDwqWCg8AAAAABQAAAAAEsASwAEkAVQBhAGgAbwAAATIWHwEWHwEWFxY3Nj8BNjc2MzIWHwEWHwIeATsBMhYdARQGKwEiBh0BIREjESE1NCYrASImPQE0NjsBMjY1ND8BNjc+BAUHBhY7ATI2LwEuAQUnJgYPAQYWOwEyNhMhIiY1ESkBERQGIyERAQQJFAUFFhbEFQ8dCAsmxBYXERUXMA0NDgQZCAEPCj0KDw8KMgoP/nDI/nAPCjIKDw8KPQsOCRkFDgIGFRYfAp2mBwQK2woKAzMDEP41sQgQAzMDCgrnCwMe/okKDwGQAlgPCv6JBLAEAgIKDXYNCxUJDRZ2DQoHIREQFRh7LAkLDwoyCg8PCq8BLP7UrwoPDwoyCg8GBQQwgBkUAwgWEQ55ogcKDgqVCgSqnQcECo8KDgr8cg8KAXf+iQoPAZAAAAAAAgAAAAwErwSmACsASQAAATYWFQYCDgQuAScmByYOAQ8BBiY1NDc+ATc+AScuAT4BNz4GFyYGBw4BDwEOBAcOARY2Nz4CNz4DNz4BBI0IGgItQmxhi2KORDg9EQQRMxuZGhYqCFUYEyADCQIQOjEnUmFch3vAJQgdHyaiPT44XHRZUhcYDhItIRmKcVtGYWtbKRYEBKYDEwiy/t3IlVgxEQgLCwwBAQIbG5kYEyJAJghKFRE8Hzdff4U/M0o1JSMbL0QJGCYvcSEhHjZST2c1ODwEJygeW0AxJUBff1UyFAABAF0AHgRyBM8ATwAAAQ4BHgQXLgc+ATceAwYHDgQHBicmNzY3PgQuAScWDgMmJy4BJyY+BDcGHgM3PgEuAicmPgMCjScfCic4R0IgBBsKGAoQAwEJEg5gikggBhANPkpTPhZINx8SBgsNJysiCRZOQQoVNU1bYC9QZwICBAUWITsoCAYdJzIYHw8YIiYHDyJJYlkEz0OAZVxEOSQMBzgXOB42IzElKRIqg5Gnl0o3Z0c6IAYWCwYNAwQFIDhHXGF1OWiqb0sdBxUknF0XNTQ8PEUiNWNROBYJDS5AQVUhVZloUSkAAAAAA//cAGoE1ARGABsAPwBRAAAAMh4FFA4FIi4FND4EBSYGFxYVFAYiJjU0NzYmBwYHDgEXHgQyPgM3NiYnJgUHDgEXFhcWNj8BNiYnJicuAQIGpJ17bk85HBw6T257naKde25POhwcOU9uewIPDwYIGbD4sBcIBw5GWg0ECxYyWl+DiINfWjIWCwQMWv3/Iw8JCSU4EC0OIw4DDywtCyIERi1JXGJcSSpJXGJcSS0tSVxiXEkqSVxiXEncDwYTOT58sLB8OzcTBg9FcxAxEiRGXkQxMEVeRSQSMRF1HiQPLxJEMA0EDyIPJQ8sSRIEAAAABP/cAAAE1ASwABQAJwA7AEwAACEjNy4ENTQ+BTMyFzczEzceARUUDgMHNz4BNzYmJyYlBgcOARceBBc3LgE1NDc2JhcHDgEXFhcWNj8CJyYnLgECUJQfW6l2WSwcOU9ue51SPUEglCYvbIknUGqYUi5NdiYLBAw2/VFGWg0ECxIqSExoNSlrjxcIB3wjDwkJJTgQLQ4MFgMsLQsieBRhdHpiGxVJXGJcSS0Pef5StVXWNBpacm5jGq0xiD8SMRFGckVzEDESHjxRQTkNmhKnbjs3EwZwJA8vEkQwDQQPC1YELEkSBAAAAAP/ngAABRIEqwALABgAKAAAJwE2FhcBFgYjISImJSE1NDY7ATIWHQEhAQczMhYPAQ4BKwEiJi8BJjZaAoIUOBQCghUbJfryJRsBCgFZDwqWCg8BWf5DaNAUGAQ6BCMUNhQjBDoEGGQEKh8FIfvgIEdEhEsKDw8KSwLT3x0U/BQdHRT8FB0AAAABAGQAFQSwBLAAKAAAADIWFREBHgEdARQGJyURFh0BFAYvAQcGJj0BNDcRBQYmPQE0NjcBETQCTHxYAWsPFhgR/plkGhPNzRMaZP6ZERgWDwFrBLBYPv6t/rsOMRQpFA0M+f75XRRAFRAJgIAJEBVAFF0BB/kMDRQpFDEOAUUBUz4AAAARAAAAAARMBLAAHQAnACsALwAzADcAOwA/AEMARwBLAE8AUwBXAFsAXwBjAAABMzIWHQEzMhYdASE1NDY7ATU0NjsBMhYdASE1NDYBERQGIyEiJjURFxUzNTMVMzUzFTM1MxUzNTMVMzUFFTM1MxUzNTMVMzUzFTM1MxUzNQUVMzUzFTM1MxUzNTMVMzUzFTM1A1JkFR0yFR37tB0VMh0VZBUdAfQdAQ8dFfwYFR1kZGRkZGRkZGRk/HxkZGRkZGRkZGT8fGRkZGRkZGRkZASwHRUyHRWWlhUdMhUdHRUyMhUd/nD9EhUdHRUC7shkZGRkZGRkZGRkyGRkZGRkZGRkZGTIZGRkZGRkZGRkZAAAAAMAAAAZBXcElwAZACUANwAAARcWFA8BBiY9ASMBISImPQE0NjsBATM1NDYBBycjIiY9ATQ2MyEBFxYUDwEGJj0BIyc3FzM1NDYEb/kPD/kOFZ/9qP7dFR0dFdECWPEV/amNetEVHR0VASMDGvkPD/kOFfG1jXqfFQSN5g4qDuYOCBWW/agdFWQVHQJYlhUI/piNeh0VZBUd/k3mDioO5g4IFZa1jXqWFQgAAAABAAAAAASwBEwAEgAAEyEyFhURFAYjIQERIyImNRE0NmQD6Ck7Oyn9rP7QZCk7OwRMOyn9qCk7/tQBLDspAlgpOwAAAAMAZAAABEwEsAAJABMAPwAAEzMyFh0BITU0NiEzMhYdASE1NDYBERQOBSIuBTURIRUUFRwBHgYyPgYmNTQ9AZbIFR3+1B0C0cgVHf7UHQEPBhgoTGacwJxmTCgYBgEsAwcNFB8nNkI2Jx8TDwUFAQSwHRX6+hUdHRX6+hUd/nD+1ClJalZcPigoPlxWakkpASz6CRIVKyclIRsWEAgJEBccISUnKhURCPoAAAAB//8A1ARMA8IABQAAAQcJAScBBEzG/p/+n8UCJwGbxwFh/p/HAicAAQAAAO4ETQPcAAUAAAkCNwkBBE392v3ZxgFhAWEDFf3ZAifH/p8BYQAAAAAC/1EAZAVfA+gAFAApAAABITIWFREzMhYPAQYiLwEmNjsBESElFxYGKwERIRchIiY1ESMiJj8BNjIBlALqFR2WFQgO5g4qDuYOCBWW/oP+HOYOCBWWAYHX/RIVHZYVCA7mDioD6B0V/dkVDvkPD/kOFQGRuPkOFf5wyB0VAiYVDvkPAAABAAYAAASeBLAAMAAAEzMyFh8BITIWBwMOASMhFyEyFhQGKwEVFAYiJj0BIRUUBiImPQEjIiYvAQMjIiY0NjheERwEJgOAGB4FZAUsIf2HMAIXFR0dFTIdKh3+1B0qHR8SHQYFyTYUHh4EsBYQoiUY/iUVK8gdKh0yFR0dFTIyFR0dFTIUCQoDwR0qHQAAAAACAAAAAASwBEwACwAPAAABFSE1MzQ2MyEyFhUFIREhBLD7UMg7KQEsKTv9RASw+1AD6GRkKTs7Kcj84AACAAAAAAXcBEwADAAQAAATAxEzNDYzITIWFSEVBQEhAcjIyDspASwqOgH0ASz+1PtQASwDIP5wAlgpOzspyGT9RAK8AAEBRQAAA2sErwAbAAABFxYGKwERMzIWDwEGIi8BJjY7AREjIiY/ATYyAnvmDggVlpYVCA7mDioO5g4IFZaWFQgO5g4qBKD5DhX9pxUO+Q8P+Q4VAlkVDvkPAAAAAQABAUQErwNrABsAAAEXFhQPAQYmPQEhFRQGLwEmND8BNhYdASE1NDYDqPkODvkPFf2oFQ/5Dg75DxUCWBUDYOUPKQ/lDwkUl5cUCQ/lDykP5Q8JFZWVFQkAAAAEAAAAAASwBLAACQAZAB0AIQAAAQMuASMhIgYHAwUhIgYdARQWMyEyNj0BNCYFNTMVMzUzFQSRrAUkFP1gFCQFrAQt/BgpOzspA+gpOzv+q2RkZAGQAtwXLSgV/R1kOylkKTs7KWQpO8hkZGRkAAAAA/+cAGQEsARMAAsAIwAxAAAAMhYVERQGIiY1ETQDJSMTFgYjIisBIiYnAj0BNDU0PgE7ASUBFSIuAz0BND4CNwRpKh0dKh1k/V0mLwMRFQUCVBQdBDcCCwzIAqP8GAQOIhoWFR0dCwRMHRX8rhUdHRUDUhX8mcj+7BAIHBUBUQ76AgQQDw36/tT6AQsTKRwyGigUDAEAAAACAEoAAARmBLAALAA1AAABMzIWDwEeARcTFzMyFhQGBw4EIyIuBC8BLgE0NjsBNxM+ATcnJjYDFjMyNw4BIiYCKV4UEgYSU3oPP3YRExwaEggeZGqfTzl0XFU+LwwLEhocExF2Pw96UxIGEyQyNDUxDDdGOASwFRMlE39N/rmtHSkoBwQLHBYSCg4REg4FBAgoKR2tAUdNfhQgExr7vgYGMT09AAEAFAAUBJwEnAAXAAABNwcXBxcHFycHJwcnBzcnNyc3Jxc3FzcDIOBO6rS06k7gLZubLeBO6rS06k7gLZubA7JO4C2bmy3gTuq0tOpO4C2bmy3gTuq0tAADAAAAZASwBLAAIQAtAD0AAAEzMhYdAQchMhYdARQHAw4BKwEiJi8BIyImNRE0PwI+ARcPAREzFzMTNSE3NQEzMhYVERQGKwEiJjURNDYCijIoPBwBSCg8He4QLBf6B0YfHz0tNxSRYA0xG2SWZIjW+v4+Mv12ZBUdHRVkFR0dBLBRLJZ9USxkLR3+qBghMhkZJCcBkCQbxMYcKGTU1f6JZAF3feGv/tQdFf4MFR0dFQH0FR0AAAAAAwAAAAAEsARMACAAMAA8AAABMzIWFxMWHQEUBiMhFh0BFAYrASImLwImNRE0NjsBNgUzMhYVERQGKwEiJjURNDYhByMRHwEzNSchNQMCWPoXLBDuHTwo/rgcPCgyGzENYJEUNy09fP3pZBUdHRVkFR0dAl+IZJZkMjIBwvoETCEY/qgdLWQsUXYHlixRKBzGxBskAZAnJGRkHRX+DBUdHRUB9BUdZP6J1dSv4X0BdwADAAAAZAUOBE8AGwA3AEcAAAElNh8BHgEPASEyFhQGKwEDDgEjISImNRE0NjcXERchEz4BOwEyNiYjISoDLgQnJj8BJwUzMhYVERQGKwEiJjURNDYBZAFrHxZuDQEMVAEuVGxuVGqDBhsP/qoHphwOOmQBJYMGGw/LFRMSFv44AgoCCQMHAwUDAQwRklb9T2QVHR0VZBUdHQNp5hAWcA0mD3lMkE7+rRUoog0CDRElCkj+CVkBUxUoMjIBAgIDBQIZFrdT5B0V/gwVHR0VAfQVHQAAAAP/nABkBLAETwAdADYARgAAAQUeBBURFAYjISImJwMjIiY0NjMhJyY2PwE2BxcWBw4FKgIjIRUzMhYXEyE3ESUFMzIWFREUBisBIiY1ETQ2AdsBbgIIFBANrAf+qg8bBoNqVW1sVAEuVQsBDW4WSpIRDAIDBQMHAwkDCgH+Jd0PHAaCASZq/qoCUGQVHR0VZBUdHQRP5gEFEBEXC/3zDaIoFQFTTpBMeQ8mDXAWrrcWGQIFAwICAWQoFf6tWQH37OQdFf4MFR0dFQH0FR0AAAADAGEAAARMBQ4AGwA3AEcAAAAyFh0BBR4BFREUBiMhIiYvAQMmPwE+AR8BETQXNTQmBhURHAMOBAcGLwEHEyE3ESUuAQMhMhYdARQGIyEiJj0BNDYB3pBOAVMVKKIN/fMRJQoJ5hAWcA0mD3nGMjIBAgIDBQIZFrdT7AH3Wf6tFSiWAfQVHR0V/gwVHR0FDm5UaoMGGw/+qgemHA4OAWsfFm4NAQxUAS5U1ssVExIW/jgCCgIJAwcDBQMBDBGSVv6tZAElgwYb/QsdFWQVHR0VZBUdAAP//QAGA+gFFAAPAC0ASQAAASEyNj0BNCYjISIGHQEUFgEVFAYiJjURBwYmLwEmNxM+BDMhMhYVERQGBwEDFzc2Fx4FHAIVERQWNj0BNDY3JREnAV4B9BUdHRX+DBUdHQEPTpBMeQ8mDXAWEOYBBRARFwsCDQ2iKBX9iexTtxYZAgUDAgIBMjIoFQFTWQRMHRVkFR0dFWQVHfzmalRubFQBLlQMAQ1uFh8BawIIEw8Mpgf+qg8bBgHP/q1WkhEMAQMFAwcDCQIKAv44FhITFcsPGwaDASVkAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBJSYGHQEhIgYdARQWMyEVFBY3JTY0AeLs1ptbW5vW7NabW1ubAob+7RAX/u0KDw8KARMXEAETEASaW5vW7NabW1ub1uzWm/453w0KFYkPCpYKD4kVCg3fDSYAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgENAQYUFwUWNj0BITI2PQE0JiMhNTQmAeLs1ptbW5vW7NabW1ubASX+7RAQARMQFwETCg8PCv7tFwSaW5vW7NabW1ub1uzWm+jfDSYN3w0KFYkPCpYKD4kVCgAAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBAyYiBwMGFjsBERQWOwEyNjURMzI2AeLs1ptbW5vW7NabW1ubAkvfDSYN3w0KFYkPCpYKD4kVCgSaW5vW7NabW1ub1uzWm/5AARMQEP7tEBf+7QoPDwoBExcAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEFIyIGFREjIgYXExYyNxM2JisBETQmAeLs1ptbW5vW7NabW1ubAZeWCg+JFQoN3w0mDd8NChWJDwSaW5vW7NabW1ub1uzWm7sPCv7tFxD+7RAQARMQFwETCg8AAAMAGAAYBJgEmAAPAJYApgAAADIeAhQOAiIuAjQ+ASUOAwcGJgcOAQcGFgcOAQcGFgcUFgcyHgEXHgIXHgI3Fg4BFx4CFxQGFBcWNz4CNy4BJy4BJyIOAgcGJyY2NS4BJzYuAQYHBicmNzY3HgIXHgMfAT4CJyY+ATc+AzcmNzIWMjY3LgMnND4CJiceAT8BNi4CJwYHFB4BFS4CJz4BNxYyPgEB5OjVm1xcm9Xo1ZtcXJsBZA8rHDoKDz0PFD8DAxMBAzEFCRwGIgEMFhkHECIvCxU/OR0HFBkDDRQjEwcFaHUeISQDDTAMD0UREi4oLBAzDwQBBikEAQMLGhIXExMLBhAGKBsGBxYVEwYFAgsFAwMNFwQGCQcYFgYQCCARFwkKKiFBCwQCAQMDHzcLDAUdLDgNEiEQEgg/KhADGgMKEgoRBJhcm9Xo1ZtcXJvV6NWbEQwRBwkCAwYFBycPCxcHInIWInYcCUcYChQECA4QBAkuHgQPJioRFRscBAcSCgwCch0kPiAIAQcHEAsBAgsLIxcBMQENCQIPHxkCFBkdHB4QBgEBBwoMGBENBAMMJSAQEhYXDQ4qFBkKEhIDCQsXJxQiBgEOCQwHAQ0DBAUcJAwSCwRnETIoAwEJCwsLJQcKDBEAAAAAAQAAAAIErwSFABYAAAE2FwUXNxYGBw4BJwEGIi8BJjQ3ASY2AvSkjv79kfsGUE08hjv9rA8rD28PDwJYIk8EhVxliuh+WYcrIgsW/awQEG4PKxACV2XJAAYAAABgBLAErAAPABMAIwAnADcAOwAAEyEyFh0BFAYjISImPQE0NgUjFTMFITIWHQEUBiMhIiY9ATQ2BSEVIQUhMhYdARQGIyEiJj0BNDYFIRUhZAPoKTs7KfwYKTs7BBHIyPwYA+gpOzsp/BgpOzsEEf4MAfT8GAPoKTs7KfwYKTs7BBH+1AEsBKw7KWQpOzspZCk7ZGTIOylkKTs7KWQpO2RkyDspZCk7OylkKTtkZAAAAAIAZAAABEwEsAALABEAABMhMhYUBiMhIiY0NgERBxEBIZYDhBUdHRX8fBUdHQI7yP6iA4QEsB0qHR0qHf1E/tTIAfQB9AAAAAMAAABkBLAEsAAXABsAJQAAATMyFh0BITIWFREhNSMVIRE0NjMhNTQ2FxUzNQEVFAYjISImPQEB9MgpOwEsKTv+DMj+DDspASw7KcgB9Dsp/BgpOwSwOylkOyn+cGRkAZApO2QpO2RkZP1EyCk7OynIAAAABAAAAAAEsASwABUAKwBBAFcAABMhMhYPARcWFA8BBiIvAQcGJjURNDYpATIWFREUBi8BBwYiLwEmND8BJyY2ARcWFA8BFxYGIyEiJjURNDYfATc2MgU3NhYVERQGIyEiJj8BJyY0PwE2MhcyASwVCA5exwcHaggUCMdeDhUdAzUBLBUdFQ5exwgUCGoHB8deDgj+L2oHB8deDggV/tQVHRUOXscIFALLXg4VHRX+1BUIDl7HBwdqCBQIBLAVDl7HCBQIagcHx14OCBUBLBUdHRX+1BUIDl7HBwdqCBQIx14OFf0maggUCMdeDhUdFQEsFQgOXscHzl4OCBX+1BUdFQ5exwgUCGoHBwAAAAYAAAAABKgEqAAPABsAIwA7AEMASwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiQyFhQGIiY0JDIWFAYjIicHFhUUBiImNTQ2PwImNTQEMhYUBiImNCQyFhQGIiY0Advy3Z9fX5/d8t2gXl6gAcbgv29vv+C/b2/+LS0gIC0gAUwtICAWDg83ETNIMykfegEJ/octICAtIAIdLSAgLSAEqF+f3fLdoF5eoN3y3Z9Xb7/gv29vv+C/BiAtISEtICAtIQqRFxwkMzMkIDEFfgEODhekIC0gIC0gIC0gIC0AAf/YAFoEuQS8AFsAACUBNjc2JicmIyIOAwcABw4EFx4BMzI3ATYnLgEjIgcGBwEOASY0NwA3PgEzMhceARcWBgcOBgcGIyImJyY2NwE2NzYzMhceARcWBgcBDgEnLgECIgHVWwgHdl8WGSJBMD8hIP6IDx4eLRMNBQlZN0ozAiQkEAcdEhoYDRr+qw8pHA4BRyIjQS4ODyw9DQ4YIwwod26La1YOOEBGdiIwGkQB/0coW2tQSE5nDxE4Qv4eDyoQEAOtAdZbZWKbEQQUGjIhH/6JDxsdNSg3HT5CMwIkJCcQFBcMGv6uDwEcKQ4BTSIjIQEINykvYyMLKnhuiWZMBxtAOU6+RAH/SBg3ISSGV121Qv4kDwIPDyYAAAACAGQAWASvBEQAGQBEAAABPgIeAhUUDgMHLgQ1ND4CHgEFIg4DIi4DIyIGFRQeAhcWFx4EMj4DNzY3PgQ1NCYCiTB7eHVYNkN5hKg+PqeFeEM4WnZ4eQEjIT8yLSohJyktPyJDbxtBMjMPBw86KzEhDSIzKUAMBAgrKT8dF2oDtURIBS1TdkA5eYB/slVVsn+AeTlAdlMtBUgtJjY1JiY1NiZvTRc4SjQxDwcOPCouGBgwKEALBAkpKkQqMhNPbQACADn/8gR3BL4AFwAuAAAAMh8BFhUUBg8BJi8BNycBFwcvASY0NwEDNxYfARYUBwEGIi8BJjQ/ARYfAQcXAQKru0KNQjgiHR8uEl/3/nvUaRONQkIBGxJpCgmNQkL+5UK6Qo1CQjcdLhJf9wGFBL5CjUJeKmsiHTUuEl/4/nvUahKNQrpCARv+RmkICY1CukL+5UJCjUK7Qjc3LxFf+AGFAAAAAAMAyAAAA+gEsAARABUAHQAAADIeAhURFAYjISImNRE0PgEHESERACIGFBYyNjQCBqqaZDo7Kf2oKTs8Zj4CWP7/Vj09Vj0EsB4uMhX8Ryk7OykDuRUzLar9RAK8/RY9Vj09VgABAAAAAASwBLAAFgAACQEWFAYiLwEBEScBBRMBJyEBJyY0NjIDhgEbDx0qDiT+6dT+zP7oywEz0gEsAQsjDx0qBKH+5g8qHQ8j/vX+1NL+zcsBGAE01AEXJA4qHQAAAAADAScAEQQJBOAAMgBAAEsAAAEVHgQXIy4DJxEXHgQVFAYHFSM1JicuASczHgEXEScuBDU0PgI3NRkBDgMVFB4DFxYXET4ENC4CArwmRVI8LAKfBA0dMydAIjxQNyiym2SWVygZA4sFV0obLkJOMCAyVWg6HSoqFQ4TJhkZCWgWKTEiGBkzNwTgTgUTLD9pQiQuLBsH/s0NBxMtPGQ+i6oMTU8QVyhrVk1iEAFPCA4ZLzlYNkZwSCoGTf4SARIEDh02Jh0rGRQIBgPQ/soCCRYgNEM0JRkAAAABAGQAZgOUBK0ASgAAATIeARUjNC4CIyIGBwYVFB4BFxYXMxUjFgYHBgc+ATM2FjMyNxcOAyMiLgEHDgEPASc+BTc+AScjNTMmJy4CPgE3NgIxVJlemSc8OxolVBQpGxoYBgPxxQgVFS02ImIWIIwiUzUyHzY4HCAXanQmJ1YYFzcEGAcTDBEJMAwk3aYXFQcKAg4tJGEErVCLTig/IhIdFSw5GkowKgkFZDKCHj4yCg8BIh6TExcIASIfBAMaDAuRAxAFDQsRCjePR2QvORQrREFMIVgAAAACABn//wSXBLAADwAfAAABMzIWDwEGIi8BJjY7AREzBRcWBisBESMRIyImPwE2MgGQlhUIDuYOKg7mDggVlsgCF+YOCBWWyJYVCA7mDioBLBYO+g8P+g4WA4QQ+Q4V/HwDhBUO+Q8AAAQAGf//A+gEsAAHABcAGwAlAAABIzUjFSMRIQEzMhYPAQYiLwEmNjsBETMFFTM1EwczFSE1NyM1IQPoZGRkASz9qJYVCA7mDioO5g4IFZbIAZFkY8jI/tTIyAEsArxkZAH0/HwWDvoPD/oOFgOEZMjI/RL6ZJb6ZAAAAAAEABn//wPoBLAADwAZACEAJQAAATMyFg8BBiIvASY2OwERMwUHMxUhNTcjNSERIzUjFSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAljIyP7UyMgBLGRkZAEsx2QBLBYO+g8P+g4WA4SW+mSW+mT7UGRkAfRkyMgAAAAEABn//wRMBLAADwAVABsAHwAAATMyFg8BBiIvASY2OwERMwEjESM1MxMjNSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAlhkZMhkZMgBLMdkASwWDvoPD/oOFgOE/gwBkGT7UGQBkGTIyAAAAAAEABn//wRMBLAADwAVABkAHwAAATMyFg8BBiIvASY2OwERMwEjNSMRIQcVMzUDIxEjNTMBkJYVCA7mDioO5g4IFZbIArxkyAEsx2QBZGTIASwWDvoPD/oOFgOE/gxkAZBkyMj7tAGQZAAAAAAFABn//wSwBLAADwATABcAGwAfAAABMzIWDwEGIi8BJjY7AREzBSM1MxMhNSETITUhEyE1IQGQlhUIDuYOKg7mDggVlsgB9MjIZP7UASxk/nABkGT+DAH0ASwWDvoPD/oOFgOEyMj+DMj+DMj+DMgABQAZ//8EsASwAA8AEwAXABsAHwAAATMyFg8BBiIvASY2OwERMwUhNSEDITUhAyE1IQMjNTMBkJYVCA7mDioO5g4IFZbIAyD+DAH0ZP5wAZBk/tQBLGTIyAEsFg76Dw/6DhYDhMjI/gzI/gzI/gzIAAIAAAAABEwETAAPAB8AAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmAV4BkKK8u6P+cKW5uQJn/gwpOzspAfQpOzsETLuj/nClubmlAZClucg7Kf4MKTs7KQH0KTsAAAAAAwAAAAAETARMAA8AHwArAAABITIWFREUBiMhIiY1ETQ2BSEiBhURFBYzITI2NRE0JgUXFhQPAQYmNRE0NgFeAZClubml/nCju7wCZP4MKTs7KQH0KTs7/m/9ERH9EBgYBEy5pf5wpbm5pQGQo7vIOyn+DCk7OykB9Ck7gr4MJAy+DAsVAZAVCwAAAAADAAAAAARMBEwADwAfACsAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFg8BBiIvASY2AV4BkKO7uaX+cKW5uQJn/gwpOzspAfQpOzv+FQGQFQsMvgwkDL4MCwRMvKL+cKW5uaUBkKO7yDsp/gwpOzspAfQpO8gYEP0REf0QGAAAAAMAAAAABEwETAAPAB8AKwAAASEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFFxYGIyEiJj8BNjIBXgGQpbm5pf5wo7u5Amf+DCk7OykB9Ck7O/77vgwLFf5wFQsMvgwkBEy5pf5wo7u8ogGQpbnIOyn+DCk7OykB9Ck7z/0QGBgQ/REAAAAAAgAAAAAFFARMAB8ANQAAASEyFhURFAYjISImPQE0NjMhMjY1ETQmIyEiJj0BNDYHARYUBwEGJj0BIyImPQE0NjsBNTQ2AiYBkKW5uaX+cBUdHRUBwik7Oyn+PhUdHb8BRBAQ/rwQFvoVHR0V+hYETLml/nCluR0VZBUdOykB9Ck7HRVkFR3p/uQOJg7+5A4KFZYdFcgVHZYVCgAAAQDZAAID1wSeACMAAAEXFgcGAgclMhYHIggBBwYrAScmNz4BPwEhIicmNzYANjc2MwMZCQgDA5gCASwYEQ4B/vf+8wQMDgkJCQUCUCcn/tIXCAoQSwENuwUJEASeCQoRC/5TBwEjEv7K/sUFDwgLFQnlbm4TFRRWAS/TBhAAAAACAAAAAAT+BEwAHwA1AAABITIWHQEUBiMhIgYVERQWMyEyFh0BFAYjISImNRE0NgUBFhQHAQYmPQEjIiY9ATQ2OwE1NDYBXgGQFR0dFf4+KTs7KQHCFR0dFf5wpbm5AvEBRBAQ/rwQFvoVHR0V+hYETB0VZBUdOyn+DCk7HRVkFR25pQGQpbnp/uQOJg7+5A4KFZYdFcgVHZYVCgACAAAAAASwBLAAFQAxAAABITIWFREUBi8BAQYiLwEmNDcBJyY2ASMiBhURFBYzITI2PQE3ERQGIyEiJjURNDYzIQLuAZAVHRUObf7IDykPjQ8PAThtDgj+75wpOzspAfQpO8i7o/5wpbm5pQEsBLAdFf5wFQgObf7IDw+NDykPAThtDhX+1Dsp/gwpOzsplMj+1qW5uaUBkKW5AAADAA4ADgSiBKIADwAbACMAAAAyHgIUDgIiLgI0PgEEIg4BFB4BMj4BNCYEMhYUBiImNAHh7tmdXV2d2e7ZnV1dnQHD5sJxccLmwnFx/nugcnKgcgSiXZ3Z7tmdXV2d2e7ZnUdxwubCcXHC5sJzcqBycqAAAAMAAAAABEwEsAAVAB8AIwAAATMyFhURMzIWBwEGIicBJjY7ARE0NgEhMhYdASE1NDYFFTM1AcLIFR31FAoO/oEOJw3+hQ0JFfod/oUD6BUd+7QdA2dkBLAdFf6iFg/+Vg8PAaoPFgFeFR38fB0V+voVHWQyMgAAAAMAAAAABEwErAAVAB8AIwAACQEWBisBFRQGKwEiJj0BIyImNwE+AQEhMhYdASE1NDYFFTM1AkcBeg4KFfQiFsgUGPoUCw4Bfw4n/fkD6BUd+7QdA2dkBJ7+TQ8g+hQeHRX6IQ8BrxAC/H8dFfr6FR1kMjIAAwAAAAAETARLABQAHgAiAAAJATYyHwEWFAcBBiInASY0PwE2MhcDITIWHQEhNTQ2BRUzNQGMAXEHFQeLBwf98wcVB/7cBweLCBUH1APoFR37tB0DZ2QC0wFxBweLCBUH/fMICAEjCBQIiwcH/dIdFfr6FR1kMjIABAAAAAAETASbAAkAGQAjACcAABM3NjIfAQcnJjQFNzYWFQMOASMFIiY/ASc3ASEyFh0BITU0NgUVMzWHjg4qDk3UTQ4CFtIOFQIBHRX9qxUIDtCa1P49A+gVHfu0HQNnZAP/jg4OTdRMDyqa0g4IFf2pFB4BFQ7Qm9T9Oh0V+voVHWQyMgAAAAQAAAAABEwEsAAPABkAIwAnAAABBR4BFRMUBi8BByc3JyY2EwcGIi8BJjQ/AQEhMhYdASE1NDYFFTM1AV4CVxQeARUO0JvUm9IOCMNMDyoOjg4OTf76A+gVHfu0HQNnZASwAgEdFf2rFQgO0JrUmtIOFf1QTQ4Ojg4qDk3+WB0V+voVHWQyMgACAAT/7ASwBK8ABQAIAAAlCQERIQkBFQEEsP4d/sb+cQSs/TMCq2cBFP5xAacDHPz55gO5AAAAAAIAAABkBEwEsAAVABkAAAERFAYrAREhESMiJjURNDY7AREhETMHIzUzBEwdFZb9RJYVHR0V+gH0ZMhkZAPo/K4VHQGQ/nAdFQPoFB7+1AEsyMgAAAMAAABFBN0EsAAWABoALwAAAQcBJyYiDwEhESMiJjURNDY7AREhETMHIzUzARcWFAcBBiIvASY0PwE2Mh8BATYyBEwC/tVfCRkJlf7IlhUdHRX6AfRkyGRkAbBqBwf+XAgUCMoICGoHFQdPASkHFQPolf7VXwkJk/5wHRUD6BQe/tQBLMjI/c5qBxUH/lsHB8sHFQdqCAhPASkHAAMAAAANBQcEsAAWABoAPgAAAREHJy4BBwEhESMiJjURNDY7AREhETMHIzUzARcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyBExnhg8lEP72/reWFR0dFfoB9GTIZGQB9kYPD4ODDw9GDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykD6P7zZ4YPAw7+9v5wHRUD6BQe/tQBLMjI/YxGDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykPRg8Pg4MPAAADAAAAFQSXBLAAFQAZAC8AAAERISIGHQEhESMiJjURNDY7AREhETMHIzUzEzMyFh0BMzIWDwEGIi8BJjY7ATU0NgRM/qIVHf4MlhUdHRX6AfRkyGRklmQVHZYVCA7mDioO5g4IFZYdA+j+1B0Vlv5wHRUD6BQe/tQBLMjI/agdFfoVDuYODuYOFfoVHQAAAAADAAAAAASXBLAAFQAZAC8AAAERJyYiBwEhESMiJjURNDY7AREhETMHIzUzExcWBisBFRQGKwEiJj0BIyImPwE2MgRMpQ4qDv75/m6WFR0dFfoB9GTIZGTr5g4IFZYdFWQVHZYVCA7mDioD6P5wpQ8P/vf+cB0VA+gUHv7UASzIyP2F5Q8V+hQeHhT6FQ/lDwADAAAAyASwBEwACQATABcAABMhMhYdASE1NDYBERQGIyEiJjURExUhNTIETBUd+1AdBJMdFfu0FR1kAZAETB0VlpYVHf7U/doVHR0VAib+1MjIAAAGAAMAfQStBJcADwAZAB0ALQAxADsAAAEXFhQPAQYmPQEhNSE1NDYBIyImPQE0NjsBFyM1MwE3NhYdASEVIRUUBi8BJjQFIzU7AjIWHQEUBisBA6f4Dg74DhX+cAGQFf0vMhUdHRUyyGRk/oL3DhUBkP5wFQ73DwOBZGRkMxQdHRQzBI3mDioO5g4IFZbIlhUI/oUdFWQVHcjI/cvmDggVlsiWFQgO5g4qecgdFWQVHQAAAAACAGQAAASwBLAAFgBRAAABJTYWFREUBisBIiY1ES4ENRE0NiUyFh8BERQOAg8BERQGKwEiJjURLgQ1ETQ+AzMyFh8BETMRPAE+AjMyFh8BETMRND4DA14BFBklHRXIFR0EDiIaFiX+4RYZAgEVHR0LCh0VyBUdBA4iGhYBBwoTDRQZAgNkBQkVDxcZAQFkAQUJFQQxdBIUH/uuFR0dFQGNAQgbHzUeAWcfRJEZDA3+Phw/MSkLC/5BFR0dFQG/BA8uLkAcAcICBxENCxkMDf6iAV4CBxENCxkMDf6iAV4CBxENCwABAGQAAASwBEwAMwAAARUiDgMVERQWHwEVITUyNjURIREUFjMVITUyPgM1ETQmLwE1IRUiBhURIRE0JiM1BLAEDiIaFjIZGf5wSxn+DBlL/nAEDiIaFjIZGQGQSxkB9BlLBEw4AQUKFA78iBYZAQI4OA0lAYr+diUNODgBBQoUDgN4FhkBAjg4DSX+dgGKJQ04AAAABgAAAAAETARMAAwAHAAgACQAKAA0AAABITIWHQEjBTUnITchBSEyFhURFAYjISImNRE0NhcVITUBBTUlBRUhNQUVFAYjIQchJyE3MwKjAXcVHWn+2cj+cGQBd/4lASwpOzsp/tQpOzspASwCvP5wAZD8GAEsArwdFf6JZP6JZAGQyGkD6B0VlmJiyGTIOyn+DCk7OykB9Ck7ZMjI/veFo4XGyMhm+BUdZGTIAAEAEAAQBJ8EnwAmAAATNzYWHwEWBg8BHgEXNz4BHwEeAQ8BBiIuBicuBTcRohEuDosOBhF3ZvyNdxEzE8ATBxGjAw0uMUxPZWZ4O0p3RjITCwED76IRBhPCFDERdo78ZXYRBA6IDi8RogEECBUgNUNjO0qZfHNVQBAAAAACAAAAAASwBEwAIwBBAAAAMh4EHwEVFAYvAS4BPQEmIAcVFAYPAQYmPQE+BRIyHgIfARUBHgEdARQGIyEiJj0BNDY3ATU0PgIB/LimdWQ/LAkJHRTKFB2N/sKNHRTKFB0DDTE7ZnTKcFImFgEBAW0OFR0V+7QVHRUOAW0CFiYETBUhKCgiCgrIFRgDIgMiFZIYGJIVIgMiAxgVyAQNJyQrIP7kExwcCgoy/tEPMhTUFR0dFdQUMg8BLzIEDSEZAAADAAAAAASwBLAADQAdACcAAAEHIScRMxUzNTMVMzUzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYETMj9qMjIyMjIyPyuArwVHR0VDIn8SokMFR0dswRMFR37UB0CvMjIAfTIyMjI/OAdKh1kZB0qHf7UHRUyMhUdAAAAAwBkAAAEsARMAAkAEwAdAAABIyIGFREhETQmASMiBhURIRE0JgEhETQ2OwEyFhUCvGQpOwEsOwFnZCk7ASw7/Rv+1DspZCk7BEw7KfwYA+gpO/7UOyn9RAK8KTv84AGQKTs7KQAAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQURByMRMwcRMxHIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkyMhkZARMsHz+DHywsHwB9HywyP1EArzIZP7UZGQBLGT+1GQB9GT+1AEsAAAABf+cAAAEsARMAA8AEwAfACUAKQAAEyEyFhURFAYjISImNRE0NhcRIREBIzUjFSMRMxUzNTMFEQcjETMHETMRyAK8fLCwfP1EfLCwGAOE/gxkZGRkZGQBkGTIyGRkBEywfP4MfLCwfAH0fLDI/UQCvP2oyMgB9MjIZP7UZAH0ZP7UASwABP+cAAAEsARMAA8AEwAbACMAABMhMhYVERQGIyEiJjURNDYXESERBSMRMxUhESEFIxEzFSERIcgCvHywsHz9RHywsBgDhP4MyMj+1AEsAZDIyP7UASwETLB8/gx8sLB8AfR8sMj9RAK8yP7UZAH0ZP7UZAH0AAAABP+cAAAEsARMAA8AEwAWABkAABMhMhYVERQGIyEiJjURNDYXESERAS0BDQERyAK8fLCwfP1EfLCwGAOE/gz+1AEsAZD+1ARMsHz+DHywsHwB9HywyP1EArz+DJaWlpYBLAAAAAX/nAAABLAETAAPABMAFwAgACkAABMhMhYVERQGIyEiJjURNDYXESERAyERIQcjIgYVFBY7AQERMzI2NTQmI8gCvHywsHz9RHywsBgDhGT9RAK8ZIImOTYpgv4Mgik2OSYETLB8/gx8sLB8AfR8sMj9RAK8/agB9GRWQUFUASz+1FRBQVYAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkZMjIZGQETLB8/gx8sLB8AfR8sMj9RAK8yGT+1GRkASz+DAGQZP4MZAAG/5wAAASwBEwADwATABkAHwAjACcAABMhMhYVERQGIyEiJjURNDYXESERBTMRIREzASMRIzUzBRUzNQEjNTPIArx8sLB8/UR8sLAYA4T9RMj+1GQCWGRkyP2oZAEsZGQETLB8/gx8sLB8AfR8sMj9RAK8yP5wAfT+DAGQZMjIyP7UZAAF/5wAAASwBEwADwATABwAIgAmAAATITIWFREUBiMhIiY1ETQ2FxEhEQEHIzU3NSM1IQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMdkx8gBLAGQZGTIx2RkBEywfP4MfLCwfAH0fLDI/UQCvP5wyDLIlmT+DAGQZP4MZAAAAAMACQAJBKcEpwAPABsAJQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgchFSEVISc1NyEB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWz+1AEs/tRkZAEsBKdentvw255eXp7b8NueTHHC5MJxccLkwtDIZGTIZAAAAAAEAAkACQSnBKcADwAbACcAKwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcVBxcVIycjFSMRIQcVMzUB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWwyZGRklmQBLMjIBKdentvw255eXp7b8NueTHHC5MJxccLkwtBkMmQyZGQBkGRkZAAAAv/y/50EwgRBACAANgAAATIWFzYzMhYUBisBNTQmIyEiBh0BIyImNTQ2NyY1ND4BEzMyFhURMzIWDwEGIi8BJjY7ARE0NgH3brUsLC54qqp4gB0V/tQVHd5QcFZBAmKqepYKD4kVCg3fDSYN3w0KFYkPBEF3YQ6t8a36FR0dFfpzT0VrDhMSZKpi/bMPCv7tFxD0EBD0EBcBEwoPAAAAAAL/8v+cBMMEQQAcADMAAAEyFhc2MzIWFxQGBwEmIgcBIyImNTQ2NyY1ND4BExcWBisBERQGKwEiJjURIyImNzY3NjIB9m62LCsueaoBeFr+hg0lDf6DCU9xVkECYqnm3w0KFYkPCpYKD4kVCg3HGBMZBEF3YQ+teGOkHAFoEBD+k3NPRWsOExNkqWP9kuQQF/7tCg8PCgETFxDMGBMAAAABAGQAAARMBG0AGAAAJTUhATMBMwkBMwEzASEVIyIGHQEhNTQmIwK8AZD+8qr+8qr+1P7Uqv7yqv7yAZAyFR0BkB0VZGQBLAEsAU3+s/7U/tRkHRUyMhUdAAAAAAEAeQAABDcEmwAvAAABMhYXHgEVFAYHFhUUBiMiJxUyFh0BITU0NjM1BiMiJjU0Ny4BNTQ2MzIXNCY1NDYCWF6TGll7OzIJaUo3LRUd/tQdFS03SmkELzlpSgUSAqMEm3FZBoNaPWcfHRpKaR77HRUyMhUd+x5pShIUFVg1SmkCAhAFdKMAAAAGACcAFASJBJwAEQAqAEIASgBiAHsAAAEWEgIHDgEiJicmAhI3PgEyFgUiBw4BBwYWHwEWMzI3Njc2Nz4BLwEmJyYXIgcOAQcGFh8BFjMyNz4BNz4BLwEmJyYWJiIGFBYyNjciBw4BBw4BHwEWFxYzMjc+ATc2Ji8BJhciBwYHBgcOAR8BFhcWMzI3PgE3NiYvASYD8m9PT29T2dzZU29PT29T2dzZ/j0EBHmxIgQNDCQDBBcGG0dGYAsNAwkDCwccBAVQdRgEDA0iBAQWBhJROQwMAwkDCwf5Y4xjY4xjVhYGElE6CwwDCQMLBwgEBVB1GAQNDCIEjRcGG0dGYAsNAwkDCwcIBAR5sSIEDQwkAwPyb/7V/tVvU1dXU28BKwErb1NXVxwBIrF5DBYDCQEWYEZHGwMVDCMNBgSRAhh1UA0WAwkBFTpREgMVCyMMBwT6Y2OMY2MVFTpREQQVCyMMBwQCGHVQDRYDCQEkFmBGRxsDFQwjDQYEASKxeQwWAwkBAAAABQBkAAAD6ASwAAwADwAWABwAIgAAASERIzUhFSERNDYzIQEjNQMzByczNTMDISImNREFFRQGKwECvAEstP6s/oQPCgI/ASzIZKLU1KJktP51Cg8DhA8KwwMg/oTIyALzCg/+1Mj84NTUyP4MDwoBi8jDCg8AAAAABQBkAAAD6ASwAAkADAATABoAIQAAASERCQERNDYzIQEjNRMjFSM1IzcDISImPQEpARUUBisBNQK8ASz+ov3aDwoCPwEsyD6iZKLUqv6dCg8BfAIIDwqbAyD9+AFe/doERwoP/tTI/HzIyNT+ZA8KNzcKD1AAAAAAAwAAAAAEsAP0AAgAGQAfAAABIxUzFyERIzcFMzIeAhUhFSEDETM0PgIBMwMhASEEiqJkZP7UotT9EsgbGiEOASz9qMhkDiEaAnPw8PzgASwB9AMgyGQBLNTUBBErJGT+ogHCJCsRBP5w/nAB9AAAAAMAAAAABEwETAAZADIAOQAAATMyFh0BMzIWHQEUBiMhIiY9ATQ2OwE1NDYFNTIWFREUBiMhIic3ARE0NjMVFBYzITI2AQc1IzUzNQKKZBUdMhUdHRX+1BUdHRUyHQFzKTs7Kf2oARP2/ro7KVg+ASw+WP201MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7KfzgKTsE9gFGAUQpO5Y+WFj95tSiZKIAAwBkAAAEvARMABkANgA9AAABMzIWHQEzMhYdARQGIyEiJj0BNDY7ATU0NgU1MhYVESMRMxQOAiMhIiY1ETQ2MxUUFjMhMjYBBzUjNTM1AcJkFR0yFR0dFf7UFR0dFTIdAXMpO8jIDiEaG/2oKTs7KVg+ASw+WAGc1MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7Kf4M/tQkKxEEOykDICk7lj5YWP3m1KJkogAAAAP/ogAABRYE1AALABsAHwAACQEWBiMhIiY3ATYyEyMiBhcTHgE7ATI2NxM2JgMVMzUCkgJ9FyAs+wQsIBcCfRZARNAUGAQ6BCMUNhQjBDoEGODIBK37sCY3NyYEUCf+TB0U/tIUHR0UAS4UHf4MZGQAAAAACQAAAAAETARMAA8AHwAvAD8ATwBfAG8AfwCPAAABMzIWHQEUBisBIiY9ATQ2EzMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBqfoKDw8K+goPDwr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPDwRMDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg/+1A8KlgoPDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKDw8KlgoPAAAAAwAAAAAEsAUUABkAKQAzAAABMxUjFSEyFg8BBgchJi8BJjYzITUjNTM1MwEhMhYUBisBFyE3IyImNDYDITIWHQEhNTQ2ArxkZAFePjEcQiko/PwoKUIcMT4BXmRkyP4+ArwVHR0VDIn8SooNFR0dswRMFR37UB0EsMhkTzeEUzMzU4Q3T2TIZPx8HSodZGQdKh3+1B0VMjIVHQAABAAAAAAEsAUUAAUAGQArADUAAAAyFhUjNAchFhUUByEyFg8BIScmNjMhJjU0AyEyFhQGKwEVBSElNSMiJjQ2AyEyFh0BITU0NgIwUDnCPAE6EgMBSCkHIq/9WrIiCikBSAOvArwVHR0VlgET/EoBE5YVHR2zBEwVHftQHQUUOykpjSUmCBEhFpGRFiERCCb+lR0qHcjIyMgdKh39qB0VMjIVHQAEAAAAAASwBJ0ABwAUACQALgAAADIWFAYiJjQTMzIWFRQXITY1NDYzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYCDZZqapZqty4iKyf+vCcrI/7NArwVHR0VDYr8SokMFR0dswRMFR37UB0EnWqWamqW/us5Okxra0w6Of5yHSodZGQdKh3+1B0VMjIVHQAEAAAAAASwBRQADwAcACwANgAAATIeARUUBiImNTQ3FzcnNhMzMhYVFBchNjU0NjMBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYL1szb5xvIpBvoyIfLiIrJ/68Jysj/s0CvBUdHRUNivxKiQwVHR2zBEwVHftQHQUUa4s2Tm9vTj5Rj2+jGv4KOTpMa2tMOjn+ch0qHWRkHSod/tQdFTIyFR0AAAADAAAAAASwBRIAEgAiACwAAAEFFSEUHgMXIS4BNTQ+AjcBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYASz+1CU/P00T/e48PUJtj0r+ogK8FR0dFQ2K/EqJDBUdHbMETBUd+1AdBLChizlmUT9IGVO9VFShdksE/H4dKh1kZB0qHf7UHRUyMhUdAAIAyAAAA+gFFAAPACkAAAAyFh0BHgEdASE1NDY3NTQDITIWFyMVMxUjFTMVIxUzFAYjISImNRE0NgIvUjsuNv5wNi5kAZA2XBqsyMjIyMh1U/5wU3V1BRQ7KU4aXDYyMjZcGk4p/kc2LmRkZGRkU3V1UwGQU3UAAAMAZP//BEwETAAPAC8AMwAAEyEyFhURFAYjISImNRE0NgMhMhYdARQGIyEXFhQGIi8BIQcGIiY0PwEhIiY9ATQ2BQchJ5YDhBUdHRX8fBUdHQQDtgoPDwr+5eANGiUNWP30Vw0mGg3g/t8KDw8BqmQBRGQETB0V/gwVHR0VAfQVHf1EDwoyCg/gDSUbDVhYDRslDeAPCjIKD2RkZAAAAAAEAAAAAASwBEwAGQAjAC0ANwAAEyEyFh0BIzQmKwEiBhUjNCYrASIGFSM1NDYDITIWFREhETQ2ExUUBisBIiY9ASEVFAYrASImPQHIAyBTdWQ7KfopO2Q7KfopO2R1EQPoKTv7UDvxHRVkFR0D6B0VZBUdBEx1U8gpOzspKTs7KchTdf4MOyn+1AEsKTv+DDIVHR0VMjIVHR0VMgADAAEAAASpBKwADQARABsAAAkBFhQPASEBJjQ3ATYyCQMDITIWHQEhNTQ2AeACqh8fg/4f/fsgIAEnH1n+rAFWAS/+q6IDIBUd/HwdBI39VR9ZH4MCBh9ZHwEoH/5u/qoBMAFV/BsdFTIyFR0AAAAAAgCPAAAEIQSwABcALwAAAQMuASMhIgYHAwYWMyEVFBYyNj0BMzI2AyE1NDY7ATU0NjsBETMRMzIWHQEzMhYVBCG9CCcV/nAVJwi9CBMVAnEdKh19FROo/a0dFTIdFTDILxUdMhUdAocB+hMcHBP+BhMclhUdHRWWHP2MMhUdMhUdASz+1B0VMh0VAAAEAAAAAASwBLAADQAQAB8AIgAAASERFAYjIREBNTQ2MyEBIzUBIREUBiMhIiY1ETQ2MyEBIzUDhAEsDwr+if7UDwoBdwEsyP2oASwPCv12Cg8PCgF3ASzIAyD9wQoPAk8BLFQKD/7UyP4M/cEKDw8KA7YKD/7UyAAC/5wAZAUUBEcARgBWAAABMzIeAhcWFxY2NzYnJjc+ARYXFgcOASsBDgEPAQ4BKwEiJj8BBisBIicHDgErASImPwEmLwEuAT0BNDY7ATY3JyY2OwE2BSMiBh0BFBY7ATI2PQE0JgHkw0uOakkMEhEfQwoKGRMKBQ8XDCkCA1Y9Pgc4HCcDIhVkFRgDDDEqwxgpCwMiFWQVGAMaVCyfExwdFXwLLW8QBxXLdAFF+goPDwr6Cg8PBEdBa4pJDgYKISAiJRsQCAYIDCw9P1c3fCbqFB0dFEYOCEAUHR0UnUplNQcmFTIVHVdPXw4TZV8PCjIKDw8KMgoPAAb/nP/mBRQEfgAJACQANAA8AFIAYgAAASU2Fh8BFgYPASUzMhYfASEyFh0BFAYHBQYmJyYjISImPQE0NhcjIgYdARQ7ATI2NTQmJyYEIgYUFjI2NAE3PgEeARceAT8BFxYGDwEGJi8BJjYlBwYfAR4BPwE2Jy4BJy4BAoEBpxMuDiAOAxCL/CtqQ0geZgM3FR0cE/0fFyIJKjr+1D5YWLlQExIqhhALIAsSAYBALS1ALf4PmBIgHhMQHC0aPzANITNQL3wpgigJASlmHyElDR0RPRMFAhQHCxADhPcICxAmDyoNeMgiNtQdFTIVJgeEBBQPQ1g+yD5YrBwVODMQEAtEERzJLUAtLUD+24ITChESEyMgAwWzPUkrRSgJL5cvfRxYGyYrDwkLNRAhFEgJDAQAAAAAAwBkAAAEOQSwAFEAYABvAAABMzIWHQEeARcWDgIPATIeBRUUDgUjFRQGKwEiJj0BIxUUBisBIiY9ASMiJj0BNDY7AREjIiY9ATQ2OwE1NDY7ATIWHQEzNTQ2AxUhMj4CNTc0LgMjARUhMj4CNTc0LgMjAnGWCg9PaAEBIC4uEBEGEjQwOiodFyI2LUAjGg8KlgoPZA8KlgoPrwoPDwpLSwoPDwqvDwqWCg9kD9cBBxwpEwsBAQsTKRz++QFrHCkTCwEBCxMpHASwDwptIW1KLk0tHwYGAw8UKDJOLTtdPCoVCwJLCg8PCktLCg8PCksPCpYKDwJYDwqWCg9LCg8PCktLCg/+1MgVHR0LCgQOIhoW/nDIFR0dCwoEDiIaFgAAAwAEAAIEsASuABcAKQAsAAATITIWFREUBg8BDgEjISImJy4CNRE0NgQiDgQPARchNy4FAyMT1AMMVnokEhIdgVL9xFKCHAgYKHoCIIx9VkcrHQYGnAIwnAIIIClJVSGdwwSuelb+YDO3QkJXd3ZYHFrFMwGgVnqZFyYtLSUMDPPzBQ8sKDEj/sIBBQACAMgAAAOEBRQADwAZAAABMzIWFREUBiMhIiY1ETQ2ARUUBisBIiY9AQHblmesVCn+PilUrAFINhWWFTYFFKxn/gwpVFQpAfRnrPwY4RU2NhXhAAACAMgAAAOEBRQADwAZAAABMxQWMxEUBiMhIiY1ETQ2ARUUBisBIiY9AQHbYLOWVCn+PilUrAFINhWWFTYFFJaz/kIpVFQpAfRnrPwY4RU2NhXhAAACAAAAFAUOBBoAFAAaAAAJASUHFRcVJwc1NzU0Jj4CPwEnCQEFJTUFJQUO/YL+hk5klpZkAQEBBQQvkwKCAVz+ov6iAV4BXgL//uWqPOCWx5SVyJb6BA0GCgYDKEEBG/1ipqaTpaUAAAMAZAH0BLADIAAHAA8AFwAAEjIWFAYiJjQkMhYUBiImNCQyFhQGIiY0vHxYWHxYAeh8WFh8WAHofFhYfFgDIFh8WFh8WFh8WFh8WFh8WFh8AAAAAAMBkAAAArwETAAHAA8AFwAAADIWFAYiJjQSMhYUBiImNBIyFhQGIiY0Aeh8WFh8WFh8WFh8WFh8WFh8WARMWHxYWHz+yFh8WFh8/shYfFhYfAAAAAMAZABkBEwETAAPAB8ALwAAEyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2fQO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PBEwPCpYKDw8KlgoP/nAPCpYKDw8KlgoP/nAPCpYKDw8KlgoPAAAABAAAAAAEsASwAA8AHwAvADMAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFhURFAYjISImNRE0NhcVITUBXgH0ory7o/4Mpbm5Asv9qCk7OykCWCk7O/2xAfQVHR0V/gwVHR1HAZAEsLuj/gylubmlAfSlucg7Kf2oKTs7KQJYKTtkHRX+1BUdHRUBLBUdZMjIAAAAAAEAZABkBLAETAA7AAATITIWFAYrARUzMhYUBisBFTMyFhQGKwEVMzIWFAYjISImNDY7ATUjIiY0NjsBNSMiJjQ2OwE1IyImNDaWA+gVHR0VMjIVHR0VMjIVHR0VMjIVHR0V/BgVHR0VMjIVHR0VMjIVHR0VMjIVHR0ETB0qHcgdKh3IHSodyB0qHR0qHcgdKh3IHSodyB0qHQAAAAYBLAAFA+gEowAHAA0AEwAZAB8AKgAAAR4BBgcuATYBMhYVIiYlFAYjNDYBMhYVIiYlFAYjNDYDFRQGIiY9ARYzMgKKVz8/V1c/P/75fLB8sAK8sHyw/cB8sHywArywfLCwHSodKAMRBKNDsrJCQrKy/sCwfLB8fLB8sP7UsHywfHywfLD+05AVHR0VjgQAAAH/tQDIBJQDgQBCAAABNzYXAR4BBw4BKwEyFRQOBCsBIhE0NyYiBxYVECsBIi4DNTQzIyImJyY2NwE2HwEeAQ4BLwEHIScHBi4BNgLpRRk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+}
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+}
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+}
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+}
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+}
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+}
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+}
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+// Reference: http://es5.github.io/#x15.4.4.18
+if (!Array.prototype.forEach) {
+
+  Array.prototype.forEach = function(callback, thisArg) {
+
+    var T, k;
+
+    if (this === null) {
+      throw new TypeError(' this is null or not defined');
+    }
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+    // 1. Let O be the result of calling toObject() passing the
+    // |this| value as the argument.
+    var O = Object(this);
+
+    // 2. Let lenValue be the result of calling the Get() internal
+    // method of O with the argument "length".
+    // 3. Let len be toUint32(lenValue).
+    var len = O.length >>> 0;
+
+    // 4. If isCallable(callback) is false, throw a TypeError exception.
+    // See: http://es5.github.com/#x9.11
+    if (typeof callback !== "function") {
+      throw new TypeError(callback + ' is not a function');
+    }
+
+    // 5. If thisArg was supplied, let T be thisArg; else let
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+    }
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+if (!Array.prototype.map) {
+
+  Array.prototype.map = function(callback, thisArg) {
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+    var T, A, k;
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+    var len = O.length >>> 0;
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+        // ii. Let mappedValue be the result of calling the Call internal
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+        // iii. Call the DefineOwnProperty internal method of A with arguments
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+        // In browsers that support Object.defineProperty, use the following:
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+    var rows = typeof(options.rows) !== "undefined" ? options.rows : {};
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+    };
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+    return {
+      pages: positiveIntOrNull(options.pages),
+      rows: {
+        min: positiveIntOrNull(rows.min),
+        max: positiveIntOrNull(rows.max),
+        total: positiveIntOrNull(rows.total)
+      },
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+        max: positiveIntOrNull(columns.max),
+        total: positiveIntOrNull(columns.total)
+      }
+    };
+  }(source);
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+    // set some default initial values that will get adjusted in runtime
+    me.measures = {
+      padding: 12,
+      character: 8,
+      height: 15,
+      defaults: true
+    };
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+    me.calculate = function(measuresCell) {
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+        return;
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+      var measuresCellStyle = window.getComputedStyle(measuresCell, null);
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+      var newPadding = parsePadding(measuresCellStyle.paddingLeft) +
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+      var sampleString = "ABCDEFGHIJ0123456789";
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+      if (newPadding <= 0 || newCharacter <= 0)
+        return;
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+      me.measures.padding = newPadding;
+      me.measures.character = newCharacter;
+      me.measures.height = measuresCell.clientHeight;
+      me.measures.defaults = false;
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+    var defaults = {
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+    me.total = totalPages();
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+      var pageCount = me.total;
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+      if (start < 0) {
+        var diffToStart = 0 - start;
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+      return {
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+        start: start,
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+        rowStart = 0;
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+      return rowStart;
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+    me.defaults = {
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+    me.number = 0;
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+    me.subset = [];
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+    me.max = options.columns.max !== null ? options.columns.max : null;
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+    var widthsLookAhead = Math.max(100, options.rows.min);
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+          inner: maxChars * measures.character,
+          // width adding outer styles like padding
+          outer: maxChars * measures.character + measures.padding
+        };
+      });
+    };
+
+    me.getWidth = function() {
+      var widthOuter = 0;
+      for (var idxCol = 0; idxCol < me.subset.length; idxCol++) {
+        var columnName = me.subset[idxCol].name;
+        widthOuter = widthOuter + me.widths[columnName].outer;
+      }
+
+      widthOuter = widthOuter + me.padding * paddingColChars * measurer.measures.character;
+
+      if (me.hasMoreLeftColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      if (me.hasMoreRightColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      return widthOuter;
+    };
+
+    me.updateSlice = function() {
+      if (me.number + me.visible >= me.total)
+        me.number = me.total - me.visible;
+
+      if (me.number < 0) me.number = 0;
+
+      me.subset = columns.slice(me.number, Math.min(me.number + me.visible, me.total));
+
+      me.subset = me.subset.map(function(column) {
+        Object.keys(column).forEach(function(colKey) {
+          column[colKey] = column[colKey] === null ? "" : column[colKey].toString();
+        });
+
+        column.width = null;
+        return column;
+      });
+    };
+
+    me.setVisibleColumns = function(columnNumber, newVisibleColumns, paddingCount) {
+      me.number = columnNumber;
+      me.visible = newVisibleColumns;
+      me.padding = paddingCount;
+
+      me.updateSlice();
+    };
+
+    me.incColumnNumber = function(increment) {
+      me.number = me.number + increment;
+    };
+
+    me.setColumnNumber = function(newNumber) {
+      me.number = newNumber;
+    };
+
+    me.setPaddingCount = function(newPadding) {
+      me.padding = newPadding;
+    };
+
+    me.getPaddingCount = function() {
+      return me.padding;
+    };
+
+    me.hasMoreLeftColumns = function() {
+      return me.number > 0;
+    };
+
+    me.hasMoreRightColumns = function() {
+      return me.number + me.visible < me.total;
+    };
+
+    me.updateSlice(0);
+    return me;
+  };
+
+  var data = source.data;
+  var page = new Page(data, options);
+  var measurer = new Measurer(data, options);
+  var columns = new Columns(data, source.columns, options);
+
+  var table = null;
+  var tableDiv = null;
+  var header = null;
+  var footer = null;
+  var tbody = null;
+
+  // Caches pagedTable.clientWidth, specially for webkit
+  var cachedPagedTableClientWidth = null;
+
+  var onChangeCallbacks = [];
+
+  var clearSelection = function() {
+    if(document.selection && document.selection.empty) {
+      document.selection.empty();
+    } else if(window.getSelection) {
+      var sel = window.getSelection();
+      sel.removeAllRanges();
+    }
+  };
+
+  var columnNavigationWidthPX = 5;
+
+  var renderColumnNavigation = function(increment, backwards) {
+    var arrow = document.createElement("div");
+    arrow.setAttribute("style",
+      "border-top: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-bottom: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-" + (backwards ? "right" : "left") + ": " + columnNavigationWidthPX + "px solid;");
+
+    var header = document.createElement("th");
+    header.appendChild(arrow);
+    header.setAttribute("style",
+      "cursor: pointer;" +
+      "vertical-align: middle;" +
+      "min-width: " + columnNavigationWidthPX + "px;" +
+      "width: " + columnNavigationWidthPX + "px;");
+
+    header.onclick = function() {
+      columns.incColumnNumber(backwards ? -1 : increment);
+
+      me.animateColumns(backwards);
+      renderFooter();
+
+      clearSelection();
+      triggerOnChange();
+    };
+
+    return header;
+  };
+
+  var maxColumnWidth = function(width) {
+    var padding = 80;
+    var columnMax = Math.max(cachedPagedTableClientWidth - padding, 0);
+
+    return parseInt(width) > 0 ?
+      Math.min(columnMax, parseInt(width)) + "px" :
+      columnMax + "px";
+  };
+
+  var clearHeader = function() {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.innerHTML = "";
+  };
+
+  var renderHeader = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth;
+
+    var fragment = document.createDocumentFragment();
+
+    header = document.createElement("tr");
+    fragment.appendChild(header);
+
+    if (columns.number > 0)
+      header.appendChild(renderColumnNavigation(-columns.visible, true));
+
+    columns.subset = columns.subset.map(function(columnData) {
+      var column = document.createElement("th");
+      column.setAttribute("align", columnData.align);
+      column.style.textAlign = columnData.align;
+
+      column.style.maxWidth = maxColumnWidth(null);
+      if (columnData.width) {
+        column.style.minWidth =
+          column.style.maxWidth = maxColumnWidth(columnData.width);
+      }
+
+      var columnName = document.createElement("div");
+      columnName.setAttribute("class", "pagedtable-header-name");
+      if (columnData.label === "") {
+        columnName.innerHTML = "&nbsp;";
+      }
+      else {
+        columnName.appendChild(document.createTextNode(columnData.label));
+      }
+      column.appendChild(columnName);
+
+      var columnType = document.createElement("div");
+      columnType.setAttribute("class", "pagedtable-header-type");
+      if (columnData.type === "") {
+        columnType.innerHTML = "&nbsp;";
+      }
+      else {
+        columnType.appendChild(document.createTextNode("<" + columnData.type + ">"));
+      }
+      column.appendChild(columnType);
+
+      header.appendChild(column);
+
+      columnData.element = column;
+
+      return columnData;
+    });
+
+    for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+      var paddingCol = document.createElement("th");
+      paddingCol.setAttribute("class", "pagedtable-padding-col");
+      header.appendChild(paddingCol);
+    }
+
+    if (columns.number + columns.visible < columns.total)
+      header.appendChild(renderColumnNavigation(columns.visible, false));
+
+    if (typeof(clear) == "undefined" || clear) clearHeader();
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.appendChild(fragment);
+  };
+
+  me.animateColumns = function(backwards) {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+
+    var headerOld = thead.querySelectorAll("tr")[0];
+    var tbodyOld = table.querySelectorAll("tbody")[0];
+
+    me.fitColumns(backwards);
+
+    renderHeader(false);
+
+    header.style.opacity = "0";
+    header.style.transform = backwards ? "translateX(-30px)" : "translateX(30px)";
+    header.style.transition = "transform 200ms linear, opacity 200ms";
+    header.style.transitionDelay = "0";
+
+    renderBody(false);
+
+    if (headerOld) {
+      headerOld.style.position = "absolute";
+      headerOld.style.transform = "translateX(0px)";
+      headerOld.style.opacity = "1";
+      headerOld.style.transition = "transform 100ms linear, opacity 100ms";
+      headerOld.setAttribute("class", "pagedtable-remove-head");
+      if (headerOld.style.transitionEnd) {
+        headerOld.addEventListener("transitionend", function() {
+          var headerOldByClass = thead.querySelector(".pagedtable-remove-head");
+          if (headerOldByClass) thead.removeChild(headerOldByClass);
+        });
+      }
+      else {
+        thead.removeChild(headerOld);
+      }
+    }
+
+    if (tbodyOld) table.removeChild(tbodyOld);
+
+    tbody.style.opacity = "0";
+    tbody.style.transition = "transform 200ms linear, opacity 200ms";
+    tbody.style.transitionDelay = "0ms";
+
+    // force relayout
+    window.getComputedStyle(header).opacity;
+    window.getComputedStyle(tbody).opacity;
+
+    if (headerOld) {
+      headerOld.style.transform = backwards ? "translateX(20px)" : "translateX(-30px)";
+      headerOld.style.opacity = "0";
+    }
+
+    header.style.transform = "translateX(0px)";
+    header.style.opacity = "1";
+
+    tbody.style.opacity = "1";
+  }
+
+  me.onChange = function(callback) {
+    onChangeCallbacks.push(callback);
+  };
+
+  var triggerOnChange = function() {
+    onChangeCallbacks.forEach(function(onChange) {
+      onChange();
+    });
+  };
+
+  var clearBody = function() {
+    if (tbody) {
+      table.removeChild(tbody);
+      tbody = null;
+    }
+  };
+
+  var renderBody = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth
+
+    var fragment = document.createDocumentFragment();
+
+    var pageData = data.slice(page.getRowStart(), page.getRowEnd());
+
+    pageData.forEach(function(dataRow, idxRow) {
+      var htmlRow = document.createElement("tr");
+      htmlRow.setAttribute("class", (idxRow % 2 !==0) ? "even" : "odd");
+
+      if (columns.hasMoreLeftColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      columns.subset.forEach(function(columnData) {
+        var cellName = columnData.name;
+        var dataCell = dataRow[cellName];
+        var htmlCell = document.createElement("td");
+
+        if (dataCell === "NA") htmlCell.setAttribute("class", "pagedtable-na-cell");
+        if (dataCell === "__NA__") dataCell = "NA";
+
+        var cellText = document.createTextNode(dataCell);
+        htmlCell.appendChild(cellText);
+        if (dataCell.length > 50) {
+          htmlCell.setAttribute("title", dataCell);
+        }
+        htmlCell.setAttribute("align", columnData.align);
+        htmlCell.style.textAlign = columnData.align;
+        htmlCell.style.maxWidth = maxColumnWidth(null);
+        if (columnData.width) {
+          htmlCell.style.minWidth = htmlCell.style.maxWidth = maxColumnWidth(columnData.width);
+        }
+        htmlRow.appendChild(htmlCell);
+      });
+
+      for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+        var paddingCol = document.createElement("td");
+        paddingCol.setAttribute("class", "pagedtable-padding-col");
+        htmlRow.appendChild(paddingCol);
+      }
+
+      if (columns.hasMoreRightColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      fragment.appendChild(htmlRow);
+    });
+
+    for (var idxPadding = 0; idxPadding < page.getPaddingRows(); idxPadding++) {
+      var paddingRow = document.createElement("tr");
+
+      var paddingCellRow = document.createElement("td");
+      paddingCellRow.innerHTML = "&nbsp;";
+      paddingCellRow.setAttribute("colspan", "100%");
+      paddingRow.appendChild(paddingCellRow);
+
+      fragment.appendChild(paddingRow);
+    }
+
+    if (typeof(clear) == "undefined" || clear) clearBody();
+    tbody = document.createElement("tbody");
+    tbody.appendChild(fragment);
+
+    table.appendChild(tbody);
+  };
+
+  var getLabelInfo = function() {
+    var pageStart = page.getRowStart();
+    var pageEnd = page.getRowEnd();
+    var totalRows = data.length;
+
+    var totalRowsLabel = options.rows.total ? options.rows.total : totalRows;
+    var totalRowsLabelFormat = totalRowsLabel.toString().replace(/(\d)(?=(\d\d\d)+(?!\d))/g, '$1,');
+
+    var infoText = (pageStart + 1) + "-" + pageEnd + " of " + totalRowsLabelFormat + " rows";
+    if (totalRows < page.rows) {
+      infoText = totalRowsLabel + " row" + (totalRows != 1 ? "s" : "");
+    }
+    if (columns.total > columns.visible) {
+      var totalColumnsLabel = options.columns.total ? options.columns.total : columns.total;
+
+      infoText = infoText + " | " + (columns.number + 1) + "-" +
+        (Math.min(columns.number + columns.visible, columns.total)) +
+        " of " + totalColumnsLabel + " columns";
+    }
+
+    return infoText;
+  };
+
+  var clearFooter = function() {
+    footer = pagedTable.querySelectorAll("div.pagedtable-footer")[0];
+    footer.innerHTML = "";
+
+    return footer;
+  };
+
+  var createPageLink = function(idxPage) {
+    var pageLink = document.createElement("a");
+    pageLinkClass = idxPage === page.number ? "pagedtable-index pagedtable-index-current" : "pagedtable-index";
+    pageLink.setAttribute("class", pageLinkClass);
+    pageLink.setAttribute("data-page-index", idxPage);
+    pageLink.onclick = function() {
+      page.setPageNumber(parseInt(this.getAttribute("data-page-index")));
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+
+    pageLink.appendChild(document.createTextNode(idxPage + 1));
+
+    return pageLink;
+  }
+
+  var renderFooter = function() {
+    footer = clearFooter();
+
+    var next = document.createElement("a");
+    next.appendChild(document.createTextNode("Next"));
+    next.onclick = function() {
+      page.setPageNumber(page.number + 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(next);
+
+    var pageNumbers = document.createElement("div");
+    pageNumbers.setAttribute("class", "pagedtable-indexes");
+
+    var pageRange = page.getVisiblePageRange();
+
+    if (pageRange.first) {
+      var pageLink = createPageLink(0);
+      pageNumbers.appendChild(pageLink);
+
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-left");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+    }
+
+    for (var idxPage = pageRange.start; idxPage < pageRange.end; idxPage++) {
+      var pageLink = createPageLink(idxPage);
+
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (pageRange.last) {
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-right");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+
+      var pageLink = createPageLink(page.total - 1);
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (data.length > page.rows) footer.appendChild(pageNumbers);
+
+    var previous = document.createElement("a");
+    previous.appendChild(document.createTextNode("Previous"));
+    previous.onclick = function() {
+      page.setPageNumber(page.number - 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(previous);
+
+    var infoLabel = document.createElement("div");
+    infoLabel.setAttribute("class", "pagedtable-info");
+    infoLabel.setAttribute("title", getLabelInfo());
+    infoLabel.appendChild(document.createTextNode(getLabelInfo()));
+    footer.appendChild(infoLabel);
+
+    var enabledClass = "pagedtable-index-nav";
+    var disabledClass = "pagedtable-index-nav pagedtable-index-nav-disabled";
+    previous.setAttribute("class", page.number <= 0 ? disabledClass : enabledClass);
+    next.setAttribute("class", (page.number + 1) * page.rows >= data.length ? disabledClass : enabledClass);
+  };
+
+  var measuresCell = null;
+
+  var renderMeasures = function() {
+    var measuresTable = document.createElement("table");
+    measuresTable.style.visibility = "hidden";
+    measuresTable.style.position = "absolute";
+    measuresTable.style.whiteSpace = "nowrap";
+    measuresTable.style.height = "auto";
+    measuresTable.style.width = "auto";
+
+    var measuresRow = document.createElement("tr");
+    measuresTable.appendChild(measuresRow);
+
+    measuresCell = document.createElement("td");
+    var sampleString = "ABCDEFGHIJ0123456789";
+    measuresCell.appendChild(document.createTextNode(sampleString));
+
+    measuresRow.appendChild(measuresCell);
+
+    tableDiv.appendChild(measuresTable);
+  }
+
+  me.init = function() {
+    tableDiv = document.createElement("div");
+    pagedTable.appendChild(tableDiv);
+    var pagedTableClass = data.length > 0 ?
+      "pagedtable pagedtable-not-empty" :
+      "pagedtable pagedtable-empty";
+
+    if (columns.total == 0 || (columns.emptyNames() && data.length == 0)) {
+      pagedTableClass = pagedTableClass + " pagedtable-empty-columns";
+    }
+
+    tableDiv.setAttribute("class", pagedTableClass);
+
+    renderMeasures();
+    measurer.calculate(measuresCell);
+    columns.calculateWidths(measurer.measures);
+
+    table = document.createElement("table");
+    table.setAttribute("cellspacing", "0");
+    table.setAttribute("class", "table table-condensed");
+    tableDiv.appendChild(table);
+
+    table.appendChild(document.createElement("thead"));
+
+    var footerDiv = document.createElement("div");
+    footerDiv.setAttribute("class", "pagedtable-footer");
+    tableDiv.appendChild(footerDiv);
+
+    // if the host has not yet provided horizontal space, render hidden
+    if (tableDiv.clientWidth <= 0) {
+      tableDiv.style.opacity = "0";
+    }
+
+    me.render();
+
+    // retry seizing columns later if the host has not provided space
+    function retryFit() {
+      if (tableDiv.clientWidth <= 0) {
+        setTimeout(retryFit, 100);
+      } else {
+        me.render();
+        triggerOnChange();
+      }
+    }
+    if (tableDiv.clientWidth <= 0) {
+      retryFit();
+    }
+  };
+
+  var registerWidths = function() {
+    columns.subset = columns.subset.map(function(column) {
+      column.width = columns.widths[column.name].inner;
+      return column;
+    });
+  };
+
+  var parsePadding = function(value) {
+    return parseInt(value) >= 0 ? parseInt(value) : 0;
+  };
+
+  me.fixedHeight = function() {
+    return options.rows.max != null;
+  }
+
+  me.fitRows = function() {
+    if (me.fixedHeight())
+      return;
+
+    measurer.calculate(measuresCell);
+
+    var rows = options.rows.min !== null ? options.rows.min : 0;
+    var headerHeight = header !== null && header.offsetHeight > 0 ? header.offsetHeight : 0;
+    var footerHeight = footer !== null && footer.offsetHeight > 0 ? footer.offsetHeight : 0;
+
+    if (pagedTable.offsetHeight > 0) {
+      var availableHeight = pagedTable.offsetHeight - headerHeight - footerHeight;
+      rows = Math.floor((availableHeight) / measurer.measures.height);
+    }
+
+    rows = options.rows.min !== null ? Math.max(options.rows.min, rows) : rows;
+
+    page.setRows(rows);
+  }
+
+  // The goal of this function is to add as many columns as possible
+  // starting from left-to-right, when the right most limit is reached
+  // it tries to add columns from the left as well.
+  //
+  // When startBackwards is true columns are added from right-to-left
+  me.fitColumns = function(startBackwards) {
+    measurer.calculate(measuresCell);
+    columns.calculateWidths(measurer.measures);
+
+    if (tableDiv.clientWidth > 0) {
+      tableDiv.style.opacity = 1;
+    }
+
+    var visibleColumns = tableDiv.clientWidth <= 0 ? Math.max(columns.min, 1) : 1;
+    var columnNumber = columns.number;
+    var paddingCount = 0;
+
+    // track a list of added columns as we build the visible ones to allow us
+    // to remove columns when they don't fit anymore.
+    var columnHistory = [];
+
+    var lastTableHeight = 0;
+    var backwards = startBackwards;
+
+    var tableDivStyle = window.getComputedStyle(tableDiv, null);
+    var tableDivPadding = parsePadding(tableDivStyle.paddingLeft) +
+      parsePadding(tableDivStyle.paddingRight);
+
+    var addPaddingCol = false;
+    var currentWidth = 0;
+
+    while (true) {
+      columns.setVisibleColumns(columnNumber, visibleColumns, paddingCount);
+      currentWidth = columns.getWidth();
+
+      if (tableDiv.clientWidth - tableDivPadding < currentWidth) {
+        break;
+      }
+
+      columnHistory.push({
+        columnNumber: columnNumber,
+        visibleColumns: visibleColumns,
+        paddingCount: paddingCount
+      });
+
+      if (columnHistory.length > 100) {
+        console.error("More than 100 tries to fit columns, aborting");
+        break;
+      }
+
+      if (columns.max !== null &&
+        columns.visible + columns.getPaddingCount() >= columns.max) {
+        break;
+      }
+
+      // if we run out of right-columns
+      if (!backwards && columnNumber + columns.visible >= columns.total) {
+        // if we started adding right-columns, try adding left-columns
+        if (!startBackwards && columnNumber > 0) {
+          backwards = true;
+        }
+        else if (columns.min === null || visibleColumns + columns.getPaddingCount() >= columns.min) {
+          break;
+        }
+        else {
+          paddingCount = paddingCount + 1;
+        }
+      }
+
+      // if we run out of left-columns
+      if (backwards && columnNumber == 0) {
+        // if we started adding left-columns, try adding right-columns
+        if (startBackwards && columnNumber + columns.visible < columns.total) {
+          backwards = false;
+        }
+        else if (columns.min === null || visibleColumns + columns.getPaddingCount() >= columns.min) {
+          break;
+        }
+        else {
+          paddingCount = paddingCount + 1;
+        }
+      }
+
+      // when moving backwards try fitting left columns first
+      if (backwards && columnNumber > 0) {
+        columnNumber = columnNumber - 1;
+      }
+
+      if (columnNumber + visibleColumns < columns.total) {
+        visibleColumns = visibleColumns + 1;
+      }
+    }
+
+    var lastRenderableColumn = {
+        columnNumber: columnNumber,
+        visibleColumns: visibleColumns,
+        paddingCount: paddingCount
+    };
+
+    if (columnHistory.length > 0) {
+      lastRenderableColumn = columnHistory[columnHistory.length - 1];
+    }
+
+    columns.setVisibleColumns(
+      lastRenderableColumn.columnNumber,
+      lastRenderableColumn.visibleColumns,
+      lastRenderableColumn.paddingCount);
+
+    if (pagedTable.offsetWidth > 0) {
+      page.setVisiblePages(Math.max(Math.ceil(1.0 * (pagedTable.offsetWidth - 250) / 40), 2));
+    }
+
+    registerWidths();
+  };
+
+  me.fit = function(startBackwards) {
+    me.fitRows();
+    me.fitColumns(startBackwards);
+  }
+
+  me.render = function() {
+    me.fitColumns(false);
+
+    // render header/footer to measure height accurately
+    renderHeader();
+    renderFooter();
+
+    me.fitRows();
+    renderBody();
+
+    // re-render footer to match new rows
+    renderFooter();
+  }
+
+  var resizeLastWidth = -1;
+  var resizeLastHeight = -1;
+  var resizeNewWidth = -1;
+  var resizeNewHeight = -1;
+  var resizePending = false;
+
+  me.resize = function(newWidth, newHeight) {
+
+    function resizeDelayed() {
+      resizePending = false;
+
+      if (
+        (resizeNewWidth !== resizeLastWidth) ||
+        (!me.fixedHeight() && resizeNewHeight !== resizeLastHeight)
+      ) {
+        resizeLastWidth = resizeNewWidth;
+        resizeLastHeight = resizeNewHeight;
+
+        setTimeout(resizeDelayed, 200);
+        resizePending = true;
+      } else {
+        me.render();
+        triggerOnChange();
+
+        resizeLastWidth = -1;
+        resizeLastHeight = -1;
+      }
+    }
+
+    resizeNewWidth = newWidth;
+    resizeNewHeight = newHeight;
+
+    if (!resizePending) resizeDelayed();
+  };
+};
+
+var PagedTableDoc;
+(function (PagedTableDoc) {
+  var allPagedTables = [];
+
+  PagedTableDoc.initAll = function() {
+    allPagedTables = [];
+
+    var pagedTables = [].slice.call(document.querySelectorAll('[data-pagedtable="false"],[data-pagedtable=""]'));
+    pagedTables.forEach(function(pagedTable, idx) {
+      pagedTable.setAttribute("data-pagedtable", "true");
+      pagedTable.setAttribute("pagedtable-page", 0);
+      pagedTable.setAttribute("class", "pagedtable-wrapper");
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t=v.left-N.left,i=t+m-d,s=v.top-N.top,a=s+g-c,h={target:{element:_,left:v.left,top:v.top,width:m,height:g},element:{element:u,left:N.left,top:N.top,width:d,height:c},horizontal:0>i?"left":t>0?"right":"center",vertical:0>a?"top":s>0?"bottom":"middle"};d>m&&m>r(t+i)&&(h.horizontal="center"),c>g&&g>r(s+a)&&(h.vertical="middle"),h.important=o(r(t),r(i))>o(r(s),r(a))?"horizontal":"vertical",n.using.call(this,e,h)}),u.offset(e.extend(N,{using:l}))})},e.ui.position={fit:{left:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollLeft:s.offset.left,a=s.width,r=e.left-t.collisionPosition.marginLeft,h=n-r,l=r+t.collisionWidth-a-n;t.collisionWidth>a?h>0&&0>=l?(i=e.left+h+t.collisionWidth-a-n,e.left+=h-i):e.left=l>0&&0>=h?n:h>l?n+a-t.collisionWidth:n:h>0?e.left+=h:l>0?e.left-=l:e.left=o(e.left-r,e.left)},top:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollTop:s.offset.top,a=t.within.height,r=e.top-t.collisionPosition.marginTop,h=n-r,l=r+t.collisionHeight-a-n;t.collisionHeight>a?h>0&&0>=l?(i=e.top+h+t.collisionHeight-a-n,e.top+=h-i):e.top=l>0&&0>=h?n:h>l?n+a-t.collisionHeight:n:h>0?e.top+=h:l>0?e.top-=l:e.top=o(e.top-r,e.top)}},flip:{left:function(e,t){var i,s,n=t.within,a=n.offset.left+n.scrollLeft,o=n.width,h=n.isWindow?n.scrollLeft:n.offset.left,l=e.left-t.collisionPosition.marginLeft,u=l-h,d=l+t.collisionWidth-o-h,c="left"===t.my[0]?-t.elemWidth:"right"===t.my[0]?t.elemWidth:0,p="left"===t.at[0]?t.targetWidth:"right"===t.at[0]?-t.targetWidth:0,f=-2*t.offset[0];0>u?(i=e.left+c+p+f+t.collisionWidth-o-a,(0>i||r(u)>i)&&(e.left+=c+p+f)):d>0&&(s=e.left-t.collisionPosition.marginLeft+c+p+f-h,(s>0||d>r(s))&&(e.left+=c+p+f))},top:function(e,t){var i,s,n=t.within,a=n.offset.top+n.scrollTop,o=n.height,h=n.isWindow?n.scrollTop:n.offset.top,l=e.top-t.collisionPosition.marginTop,u=l-h,d=l+t.collisionHeight-o-h,c="top"===t.my[1],p=c?-t.elemHeight:"bottom"===t.my[1]?t.elemHeight:0,f="top"===t.at[1]?t.targetHeight:"bottom"===t.at[1]?-t.targetHeight:0,m=-2*t.offset[1];0>u?(s=e.top+p+f+m+t.collisionHeight-o-a,(0>s||r(u)>s)&&(e.top+=p+f+m)):d>0&&(i=e.top-t.collisionPosition.marginTop+p+f+m-h,(i>0||d>r(i))&&(e.top+=p+f+m))}},flipfit:{left:function(){e.ui.position.flip.left.apply(this,arguments),e.ui.position.fit.left.apply(this,arguments)},top:function(){e.ui.position.flip.top.apply(this,arguments),e.ui.position.fit.top.apply(this,arguments)}}},function(){var t,i,s,n,o,r=document.getElementsByTagName("body")[0],h=document.createElement("div");t=document.createElement(r?"div":"body"),s={visibility:"hidden",width:0,height:0,border:0,margin:0,background:"none"},r&&e.extend(s,{position:"absolute",left:"-1000px",top:"-1000px"});for(o in s)t.style[o]=s[o];t.appendChild(h),i=r||document.documentElement,i.insertBefore(t,i.firstChild),h.style.cssText="position: absolute; left: 10.7432222px;",n=e(h).offset().left,a=n>10&&11>n,t.innerHTML="",i.removeChild(t)}()}(),e.ui.position,e.widget("ui.draggable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"drag",options:{addClasses:!0,appendTo:"parent",axis:!1,connectToSortable:!1,containment:!1,cursor:"auto",cursorAt:!1,grid:!1,handle:!1,helper:"original",iframeFix:!1,opacity:!1,refreshPositions:!1,revert:!1,revertDuration:500,scope:"default",scroll:!0,scrollSensitivity:20,scrollSpeed:20,snap:!1,snapMode:"both",snapTolerance:20,stack:!1,zIndex:!1,drag:null,start:null,stop:null},_create:function(){"original"===this.options.helper&&this._setPositionRelative(),this.options.addClasses&&this.element.addClass("ui-draggable"),this.options.disabled&&this.element.addClass("ui-draggable-disabled"),this._setHandleClassName(),this._mouseInit()},_setOption:function(e,t){this._super(e,t),"handle"===e&&(this._removeHandleClassName(),this._setHandleClassName())},_destroy:function(){return(this.helper||this.element).is(".ui-draggable-dragging")?(this.destroyOnClear=!0,void 0):(this.element.removeClass("ui-draggable ui-draggable-dragging ui-draggable-disabled"),this._removeHandleClassName(),this._mouseDestroy(),void 0)},_mouseCapture:function(t){var i=this.options;return this._blurActiveElement(t),this.helper||i.disabled||e(t.target).closest(".ui-resizable-handle").length>0?!1:(this.handle=this._getHandle(t),this.handle?(this._blockFrames(i.iframeFix===!0?"iframe":i.iframeFix),!0):!1)},_blockFrames:function(t){this.iframeBlocks=this.document.find(t).map(function(){var t=e(this);return e("<div>").css("position","absolute").appendTo(t.parent()).outerWidth(t.outerWidth()).outerHeight(t.outerHeight()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_blurActiveElement:function(t){var i=this.document[0];if(this.handleElement.is(t.target))try{i.activeElement&&"body"!==i.activeElement.nodeName.toLowerCase()&&e(i.activeElement).blur()}catch(s){}},_mouseStart:function(t){var i=this.options;return this.helper=this._createHelper(t),this.helper.addClass("ui-draggable-dragging"),this._cacheHelperProportions(),e.ui.ddmanager&&(e.ui.ddmanager.current=this),this._cacheMargins(),this.cssPosition=this.helper.css("position"),this.scrollParent=this.helper.scrollParent(!0),this.offsetParent=this.helper.offsetParent(),this.hasFixedAncestor=this.helper.parents().filter(function(){return"fixed"===e(this).css("position")}).length>0,this.positionAbs=this.element.offset(),this._refreshOffsets(t),this.originalPosition=this.position=this._generatePosition(t,!1),this.originalPageX=t.pageX,this.originalPageY=t.pageY,i.cursorAt&&this._adjustOffsetFromHelper(i.cursorAt),this._setContainment(),this._trigger("start",t)===!1?(this._clear(),!1):(this._cacheHelperProportions(),e.ui.ddmanager&&!i.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this._normalizeRightBottom(),this._mouseDrag(t,!0),e.ui.ddmanager&&e.ui.ddmanager.dragStart(this,t),!0)},_refreshOffsets:function(e){this.offset={top:this.positionAbs.top-this.margins.top,left:this.positionAbs.left-this.margins.left,scroll:!1,parent:this._getParentOffset(),relative:this._getRelativeOffset()},this.offset.click={left:e.pageX-this.offset.left,top:e.pageY-this.offset.top}},_mouseDrag:function(t,i){if(this.hasFixedAncestor&&(this.offset.parent=this._getParentOffset()),this.position=this._generatePosition(t,!0),this.positionAbs=this._convertPositionTo("absolute"),!i){var s=this._uiHash();if(this._trigger("drag",t,s)===!1)return this._mouseUp({}),!1;this.position=s.position}return this.helper[0].style.left=this.position.left+"px",this.helper[0].style.top=this.position.top+"px",e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),!1},_mouseStop:function(t){var i=this,s=!1;return e.ui.ddmanager&&!this.options.dropBehaviour&&(s=e.ui.ddmanager.drop(this,t)),this.dropped&&(s=this.dropped,this.dropped=!1),"invalid"===this.options.revert&&!s||"valid"===this.options.revert&&s||this.options.revert===!0||e.isFunction(this.options.revert)&&this.options.revert.call(this.element,s)?e(this.helper).animate(this.originalPosition,parseInt(this.options.revertDuration,10),function(){i._trigger("stop",t)!==!1&&i._clear()}):this._trigger("stop",t)!==!1&&this._clear(),!1},_mouseUp:function(t){return this._unblockFrames(),e.ui.ddmanager&&e.ui.ddmanager.dragStop(this,t),this.handleElement.is(t.target)&&this.element.focus(),e.ui.mouse.prototype._mouseUp.call(this,t)},cancel:function(){return this.helper.is(".ui-draggable-dragging")?this._mouseUp({}):this._clear(),this},_getHandle:function(t){return this.options.handle?!!e(t.target).closest(this.element.find(this.options.handle)).length:!0},_setHandleClassName:function(){this.handleElement=this.options.handle?this.element.find(this.options.handle):this.element,this.handleElement.addClass("ui-draggable-handle")},_removeHandleClassName:function(){this.handleElement.removeClass("ui-draggable-handle")},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper),n=s?e(i.helper.apply(this.element[0],[t])):"clone"===i.helper?this.element.clone().removeAttr("id"):this.element;return n.parents("body").length||n.appendTo("parent"===i.appendTo?this.element[0].parentNode:i.appendTo),s&&n[0]===this.element[0]&&this._setPositionRelative(),n[0]===this.element[0]||/(fixed|absolute)/.test(n.css("position"))||n.css("position","absolute"),n},_setPositionRelative:function(){/^(?:r|a|f)/.test(this.element.css("position"))||(this.element[0].style.position="relative")},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_isRootNode:function(e){return/(html|body)/i.test(e.tagName)||e===this.document[0]},_getParentOffset:function(){var t=this.offsetParent.offset(),i=this.document[0];return"absolute"===this.cssPosition&&this.scrollParent[0]!==i&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),this._isRootNode(this.offsetParent[0])&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"!==this.cssPosition)return{top:0,left:0};var e=this.element.position(),t=this._isRootNode(this.scrollParent[0]);return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+(t?0:this.scrollParent.scrollTop()),left:e.left-(parseInt(this.helper.css("left"),10)||0)+(t?0:this.scrollParent.scrollLeft())}},_cacheMargins:function(){this.margins={left:parseInt(this.element.css("marginLeft"),10)||0,top:parseInt(this.element.css("marginTop"),10)||0,right:parseInt(this.element.css("marginRight"),10)||0,bottom:parseInt(this.element.css("marginBottom"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options,a=this.document[0];return this.relativeContainer=null,n.containment?"window"===n.containment?(this.containment=[e(window).scrollLeft()-this.offset.relative.left-this.offset.parent.left,e(window).scrollTop()-this.offset.relative.top-this.offset.parent.top,e(window).scrollLeft()+e(window).width()-this.helperProportions.width-this.margins.left,e(window).scrollTop()+(e(window).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):"document"===n.containment?(this.containment=[0,0,e(a).width()-this.helperProportions.width-this.margins.left,(e(a).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):n.containment.constructor===Array?(this.containment=n.containment,void 0):("parent"===n.containment&&(n.containment=this.helper[0].parentNode),i=e(n.containment),s=i[0],s&&(t=/(scroll|auto)/.test(i.css("overflow")),this.containment=[(parseInt(i.css("borderLeftWidth"),10)||0)+(parseInt(i.css("paddingLeft"),10)||0),(parseInt(i.css("borderTopWidth"),10)||0)+(parseInt(i.css("paddingTop"),10)||0),(t?Math.max(s.scrollWidth,s.offsetWidth):s.offsetWidth)-(parseInt(i.css("borderRightWidth"),10)||0)-(parseInt(i.css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left-this.margins.right,(t?Math.max(s.scrollHeight,s.offsetHeight):s.offsetHeight)-(parseInt(i.css("borderBottomWidth"),10)||0)-(parseInt(i.css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top-this.margins.bottom],this.relativeContainer=i),void 0):(this.containment=null,void 0)},_convertPositionTo:function(e,t){t||(t=this.position);var i="absolute"===e?1:-1,s=this._isRootNode(this.scrollParent[0]);return{top:t.top+this.offset.relative.top*i+this.offset.parent.top*i-("fixed"===this.cssPosition?-this.offset.scroll.top:s?0:this.offset.scroll.top)*i,left:t.left+this.offset.relative.left*i+this.offset.parent.left*i-("fixed"===this.cssPosition?-this.offset.scroll.left:s?0:this.offset.scroll.left)*i}},_generatePosition:function(e,t){var i,s,n,a,o=this.options,r=this._isRootNode(this.scrollParent[0]),h=e.pageX,l=e.pageY;return r&&this.offset.scroll||(this.offset.scroll={top:this.scrollParent.scrollTop(),left:this.scrollParent.scrollLeft()}),t&&(this.containment&&(this.relativeContainer?(s=this.relativeContainer.offset(),i=[this.containment[0]+s.left,this.containment[1]+s.top,this.containment[2]+s.left,this.containment[3]+s.top]):i=this.containment,e.pageX-this.offset.click.left<i[0]&&(h=i[0]+this.offset.click.left),e.pageY-this.offset.click.top<i[1]&&(l=i[1]+this.offset.click.top),e.pageX-this.offset.click.left>i[2]&&(h=i[2]+this.offset.click.left),e.pageY-this.offset.click.top>i[3]&&(l=i[3]+this.offset.click.top)),o.grid&&(n=o.grid[1]?this.originalPageY+Math.round((l-this.originalPageY)/o.grid[1])*o.grid[1]:this.originalPageY,l=i?n-this.offset.click.top>=i[1]||n-this.offset.click.top>i[3]?n:n-this.offset.click.top>=i[1]?n-o.grid[1]:n+o.grid[1]:n,a=o.grid[0]?this.originalPageX+Math.round((h-this.originalPageX)/o.grid[0])*o.grid[0]:this.originalPageX,h=i?a-this.offset.click.left>=i[0]||a-this.offset.click.left>i[2]?a:a-this.offset.click.left>=i[0]?a-o.grid[0]:a+o.grid[0]:a),"y"===o.axis&&(h=this.originalPageX),"x"===o.axis&&(l=this.originalPageY)),{top:l-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.offset.scroll.top:r?0:this.offset.scroll.top),left:h-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.offset.scroll.left:r?0:this.offset.scroll.left)}},_clear:function(){this.helper.removeClass("ui-draggable-dragging"),this.helper[0]===this.element[0]||this.cancelHelperRemoval||this.helper.remove(),this.helper=null,this.cancelHelperRemoval=!1,this.destroyOnClear&&this.destroy()},_normalizeRightBottom:function(){"y"!==this.options.axis&&"auto"!==this.helper.css("right")&&(this.helper.width(this.helper.width()),this.helper.css("right","auto")),"x"!==this.options.axis&&"auto"!==this.helper.css("bottom")&&(this.helper.height(this.helper.height()),this.helper.css("bottom","auto"))},_trigger:function(t,i,s){return s=s||this._uiHash(),e.ui.plugin.call(this,t,[i,s,this],!0),/^(drag|start|stop)/.test(t)&&(this.positionAbs=this._convertPositionTo("absolute"),s.offset=this.positionAbs),e.Widget.prototype._trigger.call(this,t,i,s)},plugins:{},_uiHash:function(){return{helper:this.helper,position:this.position,originalPosition:this.originalPosition,offset:this.positionAbs}}}),e.ui.plugin.add("draggable","connectToSortable",{start:function(t,i,s){var n=e.extend({},i,{item:s.element});s.sortables=[],e(s.options.connectToSortable).each(function(){var i=e(this).sortable("instance");i&&!i.options.disabled&&(s.sortables.push(i),i.refreshPositions(),i._trigger("activate",t,n))})},stop:function(t,i,s){var n=e.extend({},i,{item:s.element});s.cancelHelperRemoval=!1,e.each(s.sortables,function(){var e=this;e.isOver?(e.isOver=0,s.cancelHelperRemoval=!0,e.cancelHelperRemoval=!1,e._storedCSS={position:e.placeholder.css("position"),top:e.placeholder.css("top"),left:e.placeholder.css("left")},e._mouseStop(t),e.options.helper=e.options._helper):(e.cancelHelperRemoval=!0,e._trigger("deactivate",t,n))})},drag:function(t,i,s){e.each(s.sortables,function(){var n=!1,a=this;a.positionAbs=s.positionAbs,a.helperProportions=s.helperProportions,a.offset.click=s.offset.click,a._intersectsWith(a.containerCache)&&(n=!0,e.each(s.sortables,function(){return this.positionAbs=s.positionAbs,this.helperProportions=s.helperProportions,this.offset.click=s.offset.click,this!==a&&this._intersectsWith(this.containerCache)&&e.contains(a.element[0],this.element[0])&&(n=!1),n
+})),n?(a.isOver||(a.isOver=1,s._parent=i.helper.parent(),a.currentItem=i.helper.appendTo(a.element).data("ui-sortable-item",!0),a.options._helper=a.options.helper,a.options.helper=function(){return i.helper[0]},t.target=a.currentItem[0],a._mouseCapture(t,!0),a._mouseStart(t,!0,!0),a.offset.click.top=s.offset.click.top,a.offset.click.left=s.offset.click.left,a.offset.parent.left-=s.offset.parent.left-a.offset.parent.left,a.offset.parent.top-=s.offset.parent.top-a.offset.parent.top,s._trigger("toSortable",t),s.dropped=a.element,e.each(s.sortables,function(){this.refreshPositions()}),s.currentItem=s.element,a.fromOutside=s),a.currentItem&&(a._mouseDrag(t),i.position=a.position)):a.isOver&&(a.isOver=0,a.cancelHelperRemoval=!0,a.options._revert=a.options.revert,a.options.revert=!1,a._trigger("out",t,a._uiHash(a)),a._mouseStop(t,!0),a.options.revert=a.options._revert,a.options.helper=a.options._helper,a.placeholder&&a.placeholder.remove(),i.helper.appendTo(s._parent),s._refreshOffsets(t),i.position=s._generatePosition(t,!0),s._trigger("fromSortable",t),s.dropped=!1,e.each(s.sortables,function(){this.refreshPositions()}))})}}),e.ui.plugin.add("draggable","cursor",{start:function(t,i,s){var n=e("body"),a=s.options;n.css("cursor")&&(a._cursor=n.css("cursor")),n.css("cursor",a.cursor)},stop:function(t,i,s){var n=s.options;n._cursor&&e("body").css("cursor",n._cursor)}}),e.ui.plugin.add("draggable","opacity",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("opacity")&&(a._opacity=n.css("opacity")),n.css("opacity",a.opacity)},stop:function(t,i,s){var n=s.options;n._opacity&&e(i.helper).css("opacity",n._opacity)}}),e.ui.plugin.add("draggable","scroll",{start:function(e,t,i){i.scrollParentNotHidden||(i.scrollParentNotHidden=i.helper.scrollParent(!1)),i.scrollParentNotHidden[0]!==i.document[0]&&"HTML"!==i.scrollParentNotHidden[0].tagName&&(i.overflowOffset=i.scrollParentNotHidden.offset())},drag:function(t,i,s){var n=s.options,a=!1,o=s.scrollParentNotHidden[0],r=s.document[0];o!==r&&"HTML"!==o.tagName?(n.axis&&"x"===n.axis||(s.overflowOffset.top+o.offsetHeight-t.pageY<n.scrollSensitivity?o.scrollTop=a=o.scrollTop+n.scrollSpeed:t.pageY-s.overflowOffset.top<n.scrollSensitivity&&(o.scrollTop=a=o.scrollTop-n.scrollSpeed)),n.axis&&"y"===n.axis||(s.overflowOffset.left+o.offsetWidth-t.pageX<n.scrollSensitivity?o.scrollLeft=a=o.scrollLeft+n.scrollSpeed:t.pageX-s.overflowOffset.left<n.scrollSensitivity&&(o.scrollLeft=a=o.scrollLeft-n.scrollSpeed))):(n.axis&&"x"===n.axis||(t.pageY-e(r).scrollTop()<n.scrollSensitivity?a=e(r).scrollTop(e(r).scrollTop()-n.scrollSpeed):e(window).height()-(t.pageY-e(r).scrollTop())<n.scrollSensitivity&&(a=e(r).scrollTop(e(r).scrollTop()+n.scrollSpeed))),n.axis&&"y"===n.axis||(t.pageX-e(r).scrollLeft()<n.scrollSensitivity?a=e(r).scrollLeft(e(r).scrollLeft()-n.scrollSpeed):e(window).width()-(t.pageX-e(r).scrollLeft())<n.scrollSensitivity&&(a=e(r).scrollLeft(e(r).scrollLeft()+n.scrollSpeed)))),a!==!1&&e.ui.ddmanager&&!n.dropBehaviour&&e.ui.ddmanager.prepareOffsets(s,t)}}),e.ui.plugin.add("draggable","snap",{start:function(t,i,s){var n=s.options;s.snapElements=[],e(n.snap.constructor!==String?n.snap.items||":data(ui-draggable)":n.snap).each(function(){var t=e(this),i=t.offset();this!==s.element[0]&&s.snapElements.push({item:this,width:t.outerWidth(),height:t.outerHeight(),top:i.top,left:i.left})})},drag:function(t,i,s){var n,a,o,r,h,l,u,d,c,p,f=s.options,m=f.snapTolerance,g=i.offset.left,v=g+s.helperProportions.width,y=i.offset.top,b=y+s.helperProportions.height;for(c=s.snapElements.length-1;c>=0;c--)h=s.snapElements[c].left-s.margins.left,l=h+s.snapElements[c].width,u=s.snapElements[c].top-s.margins.top,d=u+s.snapElements[c].height,h-m>v||g>l+m||u-m>b||y>d+m||!e.contains(s.snapElements[c].item.ownerDocument,s.snapElements[c].item)?(s.snapElements[c].snapping&&s.options.snap.release&&s.options.snap.release.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=!1):("inner"!==f.snapMode&&(n=m>=Math.abs(u-b),a=m>=Math.abs(d-y),o=m>=Math.abs(h-v),r=m>=Math.abs(l-g),n&&(i.position.top=s._convertPositionTo("relative",{top:u-s.helperProportions.height,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h-s.helperProportions.width}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l}).left)),p=n||a||o||r,"outer"!==f.snapMode&&(n=m>=Math.abs(u-y),a=m>=Math.abs(d-b),o=m>=Math.abs(h-g),r=m>=Math.abs(l-v),n&&(i.position.top=s._convertPositionTo("relative",{top:u,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d-s.helperProportions.height,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l-s.helperProportions.width}).left)),!s.snapElements[c].snapping&&(n||a||o||r||p)&&s.options.snap.snap&&s.options.snap.snap.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=n||a||o||r||p)}}),e.ui.plugin.add("draggable","stack",{start:function(t,i,s){var n,a=s.options,o=e.makeArray(e(a.stack)).sort(function(t,i){return(parseInt(e(t).css("zIndex"),10)||0)-(parseInt(e(i).css("zIndex"),10)||0)});o.length&&(n=parseInt(e(o[0]).css("zIndex"),10)||0,e(o).each(function(t){e(this).css("zIndex",n+t)}),this.css("zIndex",n+o.length))}}),e.ui.plugin.add("draggable","zIndex",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("zIndex")&&(a._zIndex=n.css("zIndex")),n.css("zIndex",a.zIndex)},stop:function(t,i,s){var n=s.options;n._zIndex&&e(i.helper).css("zIndex",n._zIndex)}}),e.ui.draggable,e.widget("ui.droppable",{version:"1.11.4",widgetEventPrefix:"drop",options:{accept:"*",activeClass:!1,addClasses:!0,greedy:!1,hoverClass:!1,scope:"default",tolerance:"intersect",activate:null,deactivate:null,drop:null,out:null,over:null},_create:function(){var t,i=this.options,s=i.accept;this.isover=!1,this.isout=!0,this.accept=e.isFunction(s)?s:function(e){return e.is(s)},this.proportions=function(){return arguments.length?(t=arguments[0],void 0):t?t:t={width:this.element[0].offsetWidth,height:this.element[0].offsetHeight}},this._addToManager(i.scope),i.addClasses&&this.element.addClass("ui-droppable")},_addToManager:function(t){e.ui.ddmanager.droppables[t]=e.ui.ddmanager.droppables[t]||[],e.ui.ddmanager.droppables[t].push(this)},_splice:function(e){for(var t=0;e.length>t;t++)e[t]===this&&e.splice(t,1)},_destroy:function(){var t=e.ui.ddmanager.droppables[this.options.scope];this._splice(t),this.element.removeClass("ui-droppable ui-droppable-disabled")},_setOption:function(t,i){if("accept"===t)this.accept=e.isFunction(i)?i:function(e){return e.is(i)};else if("scope"===t){var s=e.ui.ddmanager.droppables[this.options.scope];this._splice(s),this._addToManager(i)}this._super(t,i)},_activate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.addClass(this.options.activeClass),i&&this._trigger("activate",t,this.ui(i))},_deactivate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.removeClass(this.options.activeClass),i&&this._trigger("deactivate",t,this.ui(i))},_over:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.addClass(this.options.hoverClass),this._trigger("over",t,this.ui(i)))},_out:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("out",t,this.ui(i)))},_drop:function(t,i){var s=i||e.ui.ddmanager.current,n=!1;return s&&(s.currentItem||s.element)[0]!==this.element[0]?(this.element.find(":data(ui-droppable)").not(".ui-draggable-dragging").each(function(){var i=e(this).droppable("instance");return i.options.greedy&&!i.options.disabled&&i.options.scope===s.options.scope&&i.accept.call(i.element[0],s.currentItem||s.element)&&e.ui.intersect(s,e.extend(i,{offset:i.element.offset()}),i.options.tolerance,t)?(n=!0,!1):void 0}),n?!1:this.accept.call(this.element[0],s.currentItem||s.element)?(this.options.activeClass&&this.element.removeClass(this.options.activeClass),this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("drop",t,this.ui(s)),this.element):!1):!1},ui:function(e){return{draggable:e.currentItem||e.element,helper:e.helper,position:e.position,offset:e.positionAbs}}}),e.ui.intersect=function(){function e(e,t,i){return e>=t&&t+i>e}return function(t,i,s,n){if(!i.offset)return!1;var a=(t.positionAbs||t.position.absolute).left+t.margins.left,o=(t.positionAbs||t.position.absolute).top+t.margins.top,r=a+t.helperProportions.width,h=o+t.helperProportions.height,l=i.offset.left,u=i.offset.top,d=l+i.proportions().width,c=u+i.proportions().height;switch(s){case"fit":return a>=l&&d>=r&&o>=u&&c>=h;case"intersect":return a+t.helperProportions.width/2>l&&d>r-t.helperProportions.width/2&&o+t.helperProportions.height/2>u&&c>h-t.helperProportions.height/2;case"pointer":return e(n.pageY,u,i.proportions().height)&&e(n.pageX,l,i.proportions().width);case"touch":return(o>=u&&c>=o||h>=u&&c>=h||u>o&&h>c)&&(a>=l&&d>=a||r>=l&&d>=r||l>a&&r>d);default:return!1}}}(),e.ui.ddmanager={current:null,droppables:{"default":[]},prepareOffsets:function(t,i){var s,n,a=e.ui.ddmanager.droppables[t.options.scope]||[],o=i?i.type:null,r=(t.currentItem||t.element).find(":data(ui-droppable)").addBack();e:for(s=0;a.length>s;s++)if(!(a[s].options.disabled||t&&!a[s].accept.call(a[s].element[0],t.currentItem||t.element))){for(n=0;r.length>n;n++)if(r[n]===a[s].element[0]){a[s].proportions().height=0;continue e}a[s].visible="none"!==a[s].element.css("display"),a[s].visible&&("mousedown"===o&&a[s]._activate.call(a[s],i),a[s].offset=a[s].element.offset(),a[s].proportions({width:a[s].element[0].offsetWidth,height:a[s].element[0].offsetHeight}))}},drop:function(t,i){var s=!1;return e.each((e.ui.ddmanager.droppables[t.options.scope]||[]).slice(),function(){this.options&&(!this.options.disabled&&this.visible&&e.ui.intersect(t,this,this.options.tolerance,i)&&(s=this._drop.call(this,i)||s),!this.options.disabled&&this.visible&&this.accept.call(this.element[0],t.currentItem||t.element)&&(this.isout=!0,this.isover=!1,this._deactivate.call(this,i)))}),s},dragStart:function(t,i){t.element.parentsUntil("body").bind("scroll.droppable",function(){t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)})},drag:function(t,i){t.options.refreshPositions&&e.ui.ddmanager.prepareOffsets(t,i),e.each(e.ui.ddmanager.droppables[t.options.scope]||[],function(){if(!this.options.disabled&&!this.greedyChild&&this.visible){var s,n,a,o=e.ui.intersect(t,this,this.options.tolerance,i),r=!o&&this.isover?"isout":o&&!this.isover?"isover":null;r&&(this.options.greedy&&(n=this.options.scope,a=this.element.parents(":data(ui-droppable)").filter(function(){return e(this).droppable("instance").options.scope===n}),a.length&&(s=e(a[0]).droppable("instance"),s.greedyChild="isover"===r)),s&&"isover"===r&&(s.isover=!1,s.isout=!0,s._out.call(s,i)),this[r]=!0,this["isout"===r?"isover":"isout"]=!1,this["isover"===r?"_over":"_out"].call(this,i),s&&"isout"===r&&(s.isout=!1,s.isover=!0,s._over.call(s,i)))}})},dragStop:function(t,i){t.element.parentsUntil("body").unbind("scroll.droppable"),t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)}},e.ui.droppable,e.widget("ui.resizable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"resize",options:{alsoResize:!1,animate:!1,animateDuration:"slow",animateEasing:"swing",aspectRatio:!1,autoHide:!1,containment:!1,ghost:!1,grid:!1,handles:"e,s,se",helper:!1,maxHeight:null,maxWidth:null,minHeight:10,minWidth:10,zIndex:90,resize:null,start:null,stop:null},_num:function(e){return parseInt(e,10)||0},_isNumber:function(e){return!isNaN(parseInt(e,10))},_hasScroll:function(t,i){if("hidden"===e(t).css("overflow"))return!1;var s=i&&"left"===i?"scrollLeft":"scrollTop",n=!1;return t[s]>0?!0:(t[s]=1,n=t[s]>0,t[s]=0,n)},_create:function(){var t,i,s,n,a,o=this,r=this.options;if(this.element.addClass("ui-resizable"),e.extend(this,{_aspectRatio:!!r.aspectRatio,aspectRatio:r.aspectRatio,originalElement:this.element,_proportionallyResizeElements:[],_helper:r.helper||r.ghost||r.animate?r.helper||"ui-resizable-helper":null}),this.element[0].nodeName.match(/^(canvas|textarea|input|select|button|img)$/i)&&(this.element.wrap(e("<div class='ui-wrapper' style='overflow: hidden;'></div>").css({position:this.element.css("position"),width:this.element.outerWidth(),height:this.element.outerHeight(),top:this.element.css("top"),left:this.element.css("left")})),this.element=this.element.parent().data("ui-resizable",this.element.resizable("instance")),this.elementIsWrapper=!0,this.element.css({marginLeft:this.originalElement.css("marginLeft"),marginTop:this.originalElement.css("marginTop"),marginRight:this.originalElement.css("marginRight"),marginBottom:this.originalElement.css("marginBottom")}),this.originalElement.css({marginLeft:0,marginTop:0,marginRight:0,marginBottom:0}),this.originalResizeStyle=this.originalElement.css("resize"),this.originalElement.css("resize","none"),this._proportionallyResizeElements.push(this.originalElement.css({position:"static",zoom:1,display:"block"})),this.originalElement.css({margin:this.originalElement.css("margin")}),this._proportionallyResize()),this.handles=r.handles||(e(".ui-resizable-handle",this.element).length?{n:".ui-resizable-n",e:".ui-resizable-e",s:".ui-resizable-s",w:".ui-resizable-w",se:".ui-resizable-se",sw:".ui-resizable-sw",ne:".ui-resizable-ne",nw:".ui-resizable-nw"}:"e,s,se"),this._handles=e(),this.handles.constructor===String)for("all"===this.handles&&(this.handles="n,e,s,w,se,sw,ne,nw"),t=this.handles.split(","),this.handles={},i=0;t.length>i;i++)s=e.trim(t[i]),a="ui-resizable-"+s,n=e("<div class='ui-resizable-handle "+a+"'></div>"),n.css({zIndex:r.zIndex}),"se"===s&&n.addClass("ui-icon ui-icon-gripsmall-diagonal-se"),this.handles[s]=".ui-resizable-"+s,this.element.append(n);this._renderAxis=function(t){var i,s,n,a;t=t||this.element;for(i in this.handles)this.handles[i].constructor===String?this.handles[i]=this.element.children(this.handles[i]).first().show():(this.handles[i].jquery||this.handles[i].nodeType)&&(this.handles[i]=e(this.handles[i]),this._on(this.handles[i],{mousedown:o._mouseDown})),this.elementIsWrapper&&this.originalElement[0].nodeName.match(/^(textarea|input|select|button)$/i)&&(s=e(this.handles[i],this.element),a=/sw|ne|nw|se|n|s/.test(i)?s.outerHeight():s.outerWidth(),n=["padding",/ne|nw|n/.test(i)?"Top":/se|sw|s/.test(i)?"Bottom":/^e$/.test(i)?"Right":"Left"].join(""),t.css(n,a),this._proportionallyResize()),this._handles=this._handles.add(this.handles[i])},this._renderAxis(this.element),this._handles=this._handles.add(this.element.find(".ui-resizable-handle")),this._handles.disableSelection(),this._handles.mouseover(function(){o.resizing||(this.className&&(n=this.className.match(/ui-resizable-(se|sw|ne|nw|n|e|s|w)/i)),o.axis=n&&n[1]?n[1]:"se")}),r.autoHide&&(this._handles.hide(),e(this.element).addClass("ui-resizable-autohide").mouseenter(function(){r.disabled||(e(this).removeClass("ui-resizable-autohide"),o._handles.show())}).mouseleave(function(){r.disabled||o.resizing||(e(this).addClass("ui-resizable-autohide"),o._handles.hide())})),this._mouseInit()},_destroy:function(){this._mouseDestroy();var t,i=function(t){e(t).removeClass("ui-resizable ui-resizable-disabled ui-resizable-resizing").removeData("resizable").removeData("ui-resizable").unbind(".resizable").find(".ui-resizable-handle").remove()};return this.elementIsWrapper&&(i(this.element),t=this.element,this.originalElement.css({position:t.css("position"),width:t.outerWidth(),height:t.outerHeight(),top:t.css("top"),left:t.css("left")}).insertAfter(t),t.remove()),this.originalElement.css("resize",this.originalResizeStyle),i(this.originalElement),this},_mouseCapture:function(t){var i,s,n=!1;for(i in this.handles)s=e(this.handles[i])[0],(s===t.target||e.contains(s,t.target))&&(n=!0);return!this.options.disabled&&n},_mouseStart:function(t){var i,s,n,a=this.options,o=this.element;return this.resizing=!0,this._renderProxy(),i=this._num(this.helper.css("left")),s=this._num(this.helper.css("top")),a.containment&&(i+=e(a.containment).scrollLeft()||0,s+=e(a.containment).scrollTop()||0),this.offset=this.helper.offset(),this.position={left:i,top:s},this.size=this._helper?{width:this.helper.width(),height:this.helper.height()}:{width:o.width(),height:o.height()},this.originalSize=this._helper?{width:o.outerWidth(),height:o.outerHeight()}:{width:o.width(),height:o.height()},this.sizeDiff={width:o.outerWidth()-o.width(),height:o.outerHeight()-o.height()},this.originalPosition={left:i,top:s},this.originalMousePosition={left:t.pageX,top:t.pageY},this.aspectRatio="number"==typeof a.aspectRatio?a.aspectRatio:this.originalSize.width/this.originalSize.height||1,n=e(".ui-resizable-"+this.axis).css("cursor"),e("body").css("cursor","auto"===n?this.axis+"-resize":n),o.addClass("ui-resizable-resizing"),this._propagate("start",t),!0},_mouseDrag:function(t){var i,s,n=this.originalMousePosition,a=this.axis,o=t.pageX-n.left||0,r=t.pageY-n.top||0,h=this._change[a];return this._updatePrevProperties(),h?(i=h.apply(this,[t,o,r]),this._updateVirtualBoundaries(t.shiftKey),(this._aspectRatio||t.shiftKey)&&(i=this._updateRatio(i,t)),i=this._respectSize(i,t),this._updateCache(i),this._propagate("resize",t),s=this._applyChanges(),!this._helper&&this._proportionallyResizeElements.length&&this._proportionallyResize(),e.isEmptyObject(s)||(this._updatePrevProperties(),this._trigger("resize",t,this.ui()),this._applyChanges()),!1):!1},_mouseStop:function(t){this.resizing=!1;var i,s,n,a,o,r,h,l=this.options,u=this;return this._helper&&(i=this._proportionallyResizeElements,s=i.length&&/textarea/i.test(i[0].nodeName),n=s&&this._hasScroll(i[0],"left")?0:u.sizeDiff.height,a=s?0:u.sizeDiff.width,o={width:u.helper.width()-a,height:u.helper.height()-n},r=parseInt(u.element.css("left"),10)+(u.position.left-u.originalPosition.left)||null,h=parseInt(u.element.css("top"),10)+(u.position.top-u.originalPosition.top)||null,l.animate||this.element.css(e.extend(o,{top:h,left:r})),u.helper.height(u.size.height),u.helper.width(u.size.width),this._helper&&!l.animate&&this._proportionallyResize()),e("body").css("cursor","auto"),this.element.removeClass("ui-resizable-resizing"),this._propagate("stop",t),this._helper&&this.helper.remove(),!1},_updatePrevProperties:function(){this.prevPosition={top:this.position.top,left:this.position.left},this.prevSize={width:this.size.width,height:this.size.height}},_applyChanges:function(){var e={};return this.position.top!==this.prevPosition.top&&(e.top=this.position.top+"px"),this.position.left!==this.prevPosition.left&&(e.left=this.position.left+"px"),this.size.width!==this.prevSize.width&&(e.width=this.size.width+"px"),this.size.height!==this.prevSize.height&&(e.height=this.size.height+"px"),this.helper.css(e),e},_updateVirtualBoundaries:function(e){var t,i,s,n,a,o=this.options;a={minWidth:this._isNumber(o.minWidth)?o.minWidth:0,maxWidth:this._isNumber(o.maxWidth)?o.maxWidth:1/0,minHeight:this._isNumber(o.minHeight)?o.minHeight:0,maxHeight:this._isNumber(o.maxHeight)?o.maxHeight:1/0},(this._aspectRatio||e)&&(t=a.minHeight*this.aspectRatio,s=a.minWidth/this.aspectRatio,i=a.maxHeight*this.aspectRatio,n=a.maxWidth/this.aspectRatio,t>a.minWidth&&(a.minWidth=t),s>a.minHeight&&(a.minHeight=s),a.maxWidth>i&&(a.maxWidth=i),a.maxHeight>n&&(a.maxHeight=n)),this._vBoundaries=a},_updateCache:function(e){this.offset=this.helper.offset(),this._isNumber(e.left)&&(this.position.left=e.left),this._isNumber(e.top)&&(this.position.top=e.top),this._isNumber(e.height)&&(this.size.height=e.height),this._isNumber(e.width)&&(this.size.width=e.width)},_updateRatio:function(e){var t=this.position,i=this.size,s=this.axis;return this._isNumber(e.height)?e.width=e.height*this.aspectRatio:this._isNumber(e.width)&&(e.height=e.width/this.aspectRatio),"sw"===s&&(e.left=t.left+(i.width-e.width),e.top=null),"nw"===s&&(e.top=t.top+(i.height-e.height),e.left=t.left+(i.width-e.width)),e},_respectSize:function(e){var t=this._vBoundaries,i=this.axis,s=this._isNumber(e.width)&&t.maxWidth&&t.maxWidth<e.width,n=this._isNumber(e.height)&&t.maxHeight&&t.maxHeight<e.height,a=this._isNumber(e.width)&&t.minWidth&&t.minWidth>e.width,o=this._isNumber(e.height)&&t.minHeight&&t.minHeight>e.height,r=this.originalPosition.left+this.originalSize.width,h=this.position.top+this.size.height,l=/sw|nw|w/.test(i),u=/nw|ne|n/.test(i);return a&&(e.width=t.minWidth),o&&(e.height=t.minHeight),s&&(e.width=t.maxWidth),n&&(e.height=t.maxHeight),a&&l&&(e.left=r-t.minWidth),s&&l&&(e.left=r-t.maxWidth),o&&u&&(e.top=h-t.minHeight),n&&u&&(e.top=h-t.maxHeight),e.width||e.height||e.left||!e.top?e.width||e.height||e.top||!e.left||(e.left=null):e.top=null,e},_getPaddingPlusBorderDimensions:function(e){for(var t=0,i=[],s=[e.css("borderTopWidth"),e.css("borderRightWidth"),e.css("borderBottomWidth"),e.css("borderLeftWidth")],n=[e.css("paddingTop"),e.css("paddingRight"),e.css("paddingBottom"),e.css("paddingLeft")];4>t;t++)i[t]=parseInt(s[t],10)||0,i[t]+=parseInt(n[t],10)||0;return{height:i[0]+i[2],width:i[1]+i[3]}},_proportionallyResize:function(){if(this._proportionallyResizeElements.length)for(var e,t=0,i=this.helper||this.element;this._proportionallyResizeElements.length>t;t++)e=this._proportionallyResizeElements[t],this.outerDimensions||(this.outerDimensions=this._getPaddingPlusBorderDimensions(e)),e.css({height:i.height()-this.outerDimensions.height||0,width:i.width()-this.outerDimensions.width||0})},_renderProxy:function(){var t=this.element,i=this.options;this.elementOffset=t.offset(),this._helper?(this.helper=this.helper||e("<div style='overflow:hidden;'></div>"),this.helper.addClass(this._helper).css({width:this.element.outerWidth()-1,height:this.element.outerHeight()-1,position:"absolute",left:this.elementOffset.left+"px",top:this.elementOffset.top+"px",zIndex:++i.zIndex}),this.helper.appendTo("body").disableSelection()):this.helper=this.element},_change:{e:function(e,t){return{width:this.originalSize.width+t}},w:function(e,t){var i=this.originalSize,s=this.originalPosition;return{left:s.left+t,width:i.width-t}},n:function(e,t,i){var s=this.originalSize,n=this.originalPosition;return{top:n.top+i,height:s.height-i}},s:function(e,t,i){return{height:this.originalSize.height+i}},se:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},sw:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.w.apply(this,[t,i,s]))},ne:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},nw:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.w.apply(this,[t,i,s]))}},_propagate:function(t,i){e.ui.plugin.call(this,t,[i,this.ui()]),"resize"!==t&&this._trigger(t,i,this.ui())},plugins:{},ui:function(){return{originalElement:this.originalElement,element:this.element,helper:this.helper,position:this.position,size:this.size,originalSize:this.originalSize,originalPosition:this.originalPosition}}}),e.ui.plugin.add("resizable","animate",{stop:function(t){var i=e(this).resizable("instance"),s=i.options,n=i._proportionallyResizeElements,a=n.length&&/textarea/i.test(n[0].nodeName),o=a&&i._hasScroll(n[0],"left")?0:i.sizeDiff.height,r=a?0:i.sizeDiff.width,h={width:i.size.width-r,height:i.size.height-o},l=parseInt(i.element.css("left"),10)+(i.position.left-i.originalPosition.left)||null,u=parseInt(i.element.css("top"),10)+(i.position.top-i.originalPosition.top)||null;i.element.animate(e.extend(h,u&&l?{top:u,left:l}:{}),{duration:s.animateDuration,easing:s.animateEasing,step:function(){var s={width:parseInt(i.element.css("width"),10),height:parseInt(i.element.css("height"),10),top:parseInt(i.element.css("top"),10),left:parseInt(i.element.css("left"),10)};n&&n.length&&e(n[0]).css({width:s.width,height:s.height}),i._updateCache(s),i._propagate("resize",t)}})}}),e.ui.plugin.add("resizable","containment",{start:function(){var t,i,s,n,a,o,r,h=e(this).resizable("instance"),l=h.options,u=h.element,d=l.containment,c=d instanceof e?d.get(0):/parent/.test(d)?u.parent().get(0):d;c&&(h.containerElement=e(c),/document/.test(d)||d===document?(h.containerOffset={left:0,top:0},h.containerPosition={left:0,top:0},h.parentData={element:e(document),left:0,top:0,width:e(document).width(),height:e(document).height()||document.body.parentNode.scrollHeight}):(t=e(c),i=[],e(["Top","Right","Left","Bottom"]).each(function(e,s){i[e]=h._num(t.css("padding"+s))}),h.containerOffset=t.offset(),h.containerPosition=t.position(),h.containerSize={height:t.innerHeight()-i[3],width:t.innerWidth()-i[1]},s=h.containerOffset,n=h.containerSize.height,a=h.containerSize.width,o=h._hasScroll(c,"left")?c.scrollWidth:a,r=h._hasScroll(c)?c.scrollHeight:n,h.parentData={element:c,left:s.left,top:s.top,width:o,height:r}))},resize:function(t){var i,s,n,a,o=e(this).resizable("instance"),r=o.options,h=o.containerOffset,l=o.position,u=o._aspectRatio||t.shiftKey,d={top:0,left:0},c=o.containerElement,p=!0;c[0]!==document&&/static/.test(c.css("position"))&&(d=h),l.left<(o._helper?h.left:0)&&(o.size.width=o.size.width+(o._helper?o.position.left-h.left:o.position.left-d.left),u&&(o.size.height=o.size.width/o.aspectRatio,p=!1),o.position.left=r.helper?h.left:0),l.top<(o._helper?h.top:0)&&(o.size.height=o.size.height+(o._helper?o.position.top-h.top:o.position.top),u&&(o.size.width=o.size.height*o.aspectRatio,p=!1),o.position.top=o._helper?h.top:0),n=o.containerElement.get(0)===o.element.parent().get(0),a=/relative|absolute/.test(o.containerElement.css("position")),n&&a?(o.offset.left=o.parentData.left+o.position.left,o.offset.top=o.parentData.top+o.position.top):(o.offset.left=o.element.offset().left,o.offset.top=o.element.offset().top),i=Math.abs(o.sizeDiff.width+(o._helper?o.offset.left-d.left:o.offset.left-h.left)),s=Math.abs(o.sizeDiff.height+(o._helper?o.offset.top-d.top:o.offset.top-h.top)),i+o.size.width>=o.parentData.width&&(o.size.width=o.parentData.width-i,u&&(o.size.height=o.size.width/o.aspectRatio,p=!1)),s+o.size.height>=o.parentData.height&&(o.size.height=o.parentData.height-s,u&&(o.size.width=o.size.height*o.aspectRatio,p=!1)),p||(o.position.left=o.prevPosition.left,o.position.top=o.prevPosition.top,o.size.width=o.prevSize.width,o.size.height=o.prevSize.height)},stop:function(){var t=e(this).resizable("instance"),i=t.options,s=t.containerOffset,n=t.containerPosition,a=t.containerElement,o=e(t.helper),r=o.offset(),h=o.outerWidth()-t.sizeDiff.width,l=o.outerHeight()-t.sizeDiff.height;t._helper&&!i.animate&&/relative/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l}),t._helper&&!i.animate&&/static/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l})}}),e.ui.plugin.add("resizable","alsoResize",{start:function(){var t=e(this).resizable("instance"),i=t.options;e(i.alsoResize).each(function(){var t=e(this);t.data("ui-resizable-alsoresize",{width:parseInt(t.width(),10),height:parseInt(t.height(),10),left:parseInt(t.css("left"),10),top:parseInt(t.css("top"),10)})})},resize:function(t,i){var s=e(this).resizable("instance"),n=s.options,a=s.originalSize,o=s.originalPosition,r={height:s.size.height-a.height||0,width:s.size.width-a.width||0,top:s.position.top-o.top||0,left:s.position.left-o.left||0};e(n.alsoResize).each(function(){var t=e(this),s=e(this).data("ui-resizable-alsoresize"),n={},a=t.parents(i.originalElement[0]).length?["width","height"]:["width","height","top","left"];e.each(a,function(e,t){var i=(s[t]||0)+(r[t]||0);i&&i>=0&&(n[t]=i||null)}),t.css(n)})},stop:function(){e(this).removeData("resizable-alsoresize")}}),e.ui.plugin.add("resizable","ghost",{start:function(){var t=e(this).resizable("instance"),i=t.options,s=t.size;t.ghost=t.originalElement.clone(),t.ghost.css({opacity:.25,display:"block",position:"relative",height:s.height,width:s.width,margin:0,left:0,top:0}).addClass("ui-resizable-ghost").addClass("string"==typeof i.ghost?i.ghost:""),t.ghost.appendTo(t.helper)},resize:function(){var t=e(this).resizable("instance");t.ghost&&t.ghost.css({position:"relative",height:t.size.height,width:t.size.width})},stop:function(){var t=e(this).resizable("instance");t.ghost&&t.helper&&t.helper.get(0).removeChild(t.ghost.get(0))}}),e.ui.plugin.add("resizable","grid",{resize:function(){var t,i=e(this).resizable("instance"),s=i.options,n=i.size,a=i.originalSize,o=i.originalPosition,r=i.axis,h="number"==typeof s.grid?[s.grid,s.grid]:s.grid,l=h[0]||1,u=h[1]||1,d=Math.round((n.width-a.width)/l)*l,c=Math.round((n.height-a.height)/u)*u,p=a.width+d,f=a.height+c,m=s.maxWidth&&p>s.maxWidth,g=s.maxHeight&&f>s.maxHeight,v=s.minWidth&&s.minWidth>p,y=s.minHeight&&s.minHeight>f;s.grid=h,v&&(p+=l),y&&(f+=u),m&&(p-=l),g&&(f-=u),/^(se|s|e)$/.test(r)?(i.size.width=p,i.size.height=f):/^(ne)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.top=o.top-c):/^(sw)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.left=o.left-d):((0>=f-u||0>=p-l)&&(t=i._getPaddingPlusBorderDimensions(this)),f-u>0?(i.size.height=f,i.position.top=o.top-c):(f=u-t.height,i.size.height=f,i.position.top=o.top+a.height-f),p-l>0?(i.size.width=p,i.position.left=o.left-d):(p=l-t.width,i.size.width=p,i.position.left=o.left+a.width-p))}}),e.ui.resizable,e.widget("ui.selectable",e.ui.mouse,{version:"1.11.4",options:{appendTo:"body",autoRefresh:!0,distance:0,filter:"*",tolerance:"touch",selected:null,selecting:null,start:null,stop:null,unselected:null,unselecting:null},_create:function(){var t,i=this;this.element.addClass("ui-selectable"),this.dragged=!1,this.refresh=function(){t=e(i.options.filter,i.element[0]),t.addClass("ui-selectee"),t.each(function(){var t=e(this),i=t.offset();e.data(this,"selectable-item",{element:this,$element:t,left:i.left,top:i.top,right:i.left+t.outerWidth(),bottom:i.top+t.outerHeight(),startselected:!1,selected:t.hasClass("ui-selected"),selecting:t.hasClass("ui-selecting"),unselecting:t.hasClass("ui-unselecting")})})},this.refresh(),this.selectees=t.addClass("ui-selectee"),this._mouseInit(),this.helper=e("<div class='ui-selectable-helper'></div>")},_destroy:function(){this.selectees.removeClass("ui-selectee").removeData("selectable-item"),this.element.removeClass("ui-selectable ui-selectable-disabled"),this._mouseDestroy()},_mouseStart:function(t){var i=this,s=this.options;this.opos=[t.pageX,t.pageY],this.options.disabled||(this.selectees=e(s.filter,this.element[0]),this._trigger("start",t),e(s.appendTo).append(this.helper),this.helper.css({left:t.pageX,top:t.pageY,width:0,height:0}),s.autoRefresh&&this.refresh(),this.selectees.filter(".ui-selected").each(function(){var s=e.data(this,"selectable-item");s.startselected=!0,t.metaKey||t.ctrlKey||(s.$element.removeClass("ui-selected"),s.selected=!1,s.$element.addClass("ui-unselecting"),s.unselecting=!0,i._trigger("unselecting",t,{unselecting:s.element}))}),e(t.target).parents().addBack().each(function(){var s,n=e.data(this,"selectable-item");return n?(s=!t.metaKey&&!t.ctrlKey||!n.$element.hasClass("ui-selected"),n.$element.removeClass(s?"ui-unselecting":"ui-selected").addClass(s?"ui-selecting":"ui-unselecting"),n.unselecting=!s,n.selecting=s,n.selected=s,s?i._trigger("selecting",t,{selecting:n.element}):i._trigger("unselecting",t,{unselecting:n.element}),!1):void 0}))},_mouseDrag:function(t){if(this.dragged=!0,!this.options.disabled){var i,s=this,n=this.options,a=this.opos[0],o=this.opos[1],r=t.pageX,h=t.pageY;return a>r&&(i=r,r=a,a=i),o>h&&(i=h,h=o,o=i),this.helper.css({left:a,top:o,width:r-a,height:h-o}),this.selectees.each(function(){var i=e.data(this,"selectable-item"),l=!1;
+i&&i.element!==s.element[0]&&("touch"===n.tolerance?l=!(i.left>r||a>i.right||i.top>h||o>i.bottom):"fit"===n.tolerance&&(l=i.left>a&&r>i.right&&i.top>o&&h>i.bottom),l?(i.selected&&(i.$element.removeClass("ui-selected"),i.selected=!1),i.unselecting&&(i.$element.removeClass("ui-unselecting"),i.unselecting=!1),i.selecting||(i.$element.addClass("ui-selecting"),i.selecting=!0,s._trigger("selecting",t,{selecting:i.element}))):(i.selecting&&((t.metaKey||t.ctrlKey)&&i.startselected?(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.$element.addClass("ui-selected"),i.selected=!0):(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.startselected&&(i.$element.addClass("ui-unselecting"),i.unselecting=!0),s._trigger("unselecting",t,{unselecting:i.element}))),i.selected&&(t.metaKey||t.ctrlKey||i.startselected||(i.$element.removeClass("ui-selected"),i.selected=!1,i.$element.addClass("ui-unselecting"),i.unselecting=!0,s._trigger("unselecting",t,{unselecting:i.element})))))}),!1}},_mouseStop:function(t){var i=this;return this.dragged=!1,e(".ui-unselecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-unselecting"),s.unselecting=!1,s.startselected=!1,i._trigger("unselected",t,{unselected:s.element})}),e(".ui-selecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-selecting").addClass("ui-selected"),s.selecting=!1,s.selected=!0,s.startselected=!0,i._trigger("selected",t,{selected:s.element})}),this._trigger("stop",t),this.helper.remove(),!1}}),e.widget("ui.sortable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"sort",ready:!1,options:{appendTo:"parent",axis:!1,connectWith:!1,containment:!1,cursor:"auto",cursorAt:!1,dropOnEmpty:!0,forcePlaceholderSize:!1,forceHelperSize:!1,grid:!1,handle:!1,helper:"original",items:"> *",opacity:!1,placeholder:!1,revert:!1,scroll:!0,scrollSensitivity:20,scrollSpeed:20,scope:"default",tolerance:"intersect",zIndex:1e3,activate:null,beforeStop:null,change:null,deactivate:null,out:null,over:null,receive:null,remove:null,sort:null,start:null,stop:null,update:null},_isOverAxis:function(e,t,i){return e>=t&&t+i>e},_isFloating:function(e){return/left|right/.test(e.css("float"))||/inline|table-cell/.test(e.css("display"))},_create:function(){this.containerCache={},this.element.addClass("ui-sortable"),this.refresh(),this.offset=this.element.offset(),this._mouseInit(),this._setHandleClassName(),this.ready=!0},_setOption:function(e,t){this._super(e,t),"handle"===e&&this._setHandleClassName()},_setHandleClassName:function(){this.element.find(".ui-sortable-handle").removeClass("ui-sortable-handle"),e.each(this.items,function(){(this.instance.options.handle?this.item.find(this.instance.options.handle):this.item).addClass("ui-sortable-handle")})},_destroy:function(){this.element.removeClass("ui-sortable ui-sortable-disabled").find(".ui-sortable-handle").removeClass("ui-sortable-handle"),this._mouseDestroy();for(var e=this.items.length-1;e>=0;e--)this.items[e].item.removeData(this.widgetName+"-item");return this},_mouseCapture:function(t,i){var s=null,n=!1,a=this;return this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(t),e(t.target).parents().each(function(){return e.data(this,a.widgetName+"-item")===a?(s=e(this),!1):void 0}),e.data(t.target,a.widgetName+"-item")===a&&(s=e(t.target)),s?!this.options.handle||i||(e(this.options.handle,s).find("*").addBack().each(function(){this===t.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(t,i,s){var n,a,o=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(t),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},e.extend(this.offset,{click:{left:t.pageX-this.offset.left,top:t.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(t),this.originalPageX=t.pageX,this.originalPageY=t.pageY,o.cursorAt&&this._adjustOffsetFromHelper(o.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),o.containment&&this._setContainment(),o.cursor&&"auto"!==o.cursor&&(a=this.document.find("body"),this.storedCursor=a.css("cursor"),a.css("cursor",o.cursor),this.storedStylesheet=e("<style>*{ cursor: "+o.cursor+" !important; }</style>").appendTo(a)),o.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",o.opacity)),o.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",o.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",t,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",t,this._uiHash(this));return e.ui.ddmanager&&(e.ui.ddmanager.current=this),e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this.dragging=!0,this.helper.addClass("ui-sortable-helper"),this._mouseDrag(t),!0},_mouseDrag:function(t){var i,s,n,a,o=this.options,r=!1;for(this.position=this._generatePosition(t),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-t.pageY<o.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+o.scrollSpeed:t.pageY-this.overflowOffset.top<o.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-o.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-t.pageX<o.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+o.scrollSpeed:t.pageX-this.overflowOffset.left<o.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-o.scrollSpeed)):(t.pageY-this.document.scrollTop()<o.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-o.scrollSpeed):this.window.height()-(t.pageY-this.document.scrollTop())<o.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+o.scrollSpeed)),t.pageX-this.document.scrollLeft()<o.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-o.scrollSpeed):this.window.width()-(t.pageX-this.document.scrollLeft())<o.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+o.scrollSpeed))),r!==!1&&e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],a=this._intersectsWithPointer(s),a&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===a?"next":"prev"]()[0]!==n&&!e.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!e.contains(this.element[0],n):!0)){if(this.direction=1===a?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(t,s),this._trigger("change",t,this._uiHash());break}return this._contactContainers(t),e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),this._trigger("sort",t,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(t,i){if(t){if(e.ui.ddmanager&&!this.options.dropBehaviour&&e.ui.ddmanager.drop(this,t),this.options.revert){var s=this,n=this.placeholder.offset(),a=this.options.axis,o={};a&&"x"!==a||(o.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),a&&"y"!==a||(o.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,e(this.helper).animate(o,parseInt(this.options.revert,10)||500,function(){s._clear(t)})}else this._clear(t,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp({target:null}),"original"===this.options.helper?this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper"):this.currentItem.show();for(var t=this.containers.length-1;t>=0;t--)this.containers[t]._trigger("deactivate",null,this._uiHash(this)),this.containers[t].containerCache.over&&(this.containers[t]._trigger("out",null,this._uiHash(this)),this.containers[t].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),e.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?e(this.domPosition.prev).after(this.currentItem):e(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},e(i).each(function(){var i=(e(t.item||this).attr(t.attribute||"id")||"").match(t.expression||/(.+)[\-=_](.+)/);i&&s.push((t.key||i[1]+"[]")+"="+(t.key&&t.expression?i[1]:i[2]))}),!s.length&&t.key&&s.push(t.key+"="),s.join("&")},toArray:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},i.each(function(){s.push(e(t.item||this).attr(t.attribute||"id")||"")}),s},_intersectsWith:function(e){var t=this.positionAbs.left,i=t+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,a=e.left,o=a+e.width,r=e.top,h=r+e.height,l=this.offset.click.top,u=this.offset.click.left,d="x"===this.options.axis||s+l>r&&h>s+l,c="y"===this.options.axis||t+u>a&&o>t+u,p=d&&c;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>e[this.floating?"width":"height"]?p:t+this.helperProportions.width/2>a&&o>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&h>n-this.helperProportions.height/2},_intersectsWithPointer:function(e){var t="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top,e.height),i="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left,e.width),s=t&&i,n=this._getDragVerticalDirection(),a=this._getDragHorizontalDirection();return s?this.floating?a&&"right"===a||"down"===n?2:1:n&&("down"===n?2:1):!1},_intersectsWithSides:function(e){var t=this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top+e.height/2,e.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left+e.width/2,e.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&t||"up"===s&&!t)},_getDragVerticalDirection:function(){var e=this.positionAbs.top-this.lastPositionAbs.top;return 0!==e&&(e>0?"down":"up")},_getDragHorizontalDirection:function(){var e=this.positionAbs.left-this.lastPositionAbs.left;return 0!==e&&(e>0?"right":"left")},refresh:function(e){return this._refreshItems(e),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var e=this.options;return e.connectWith.constructor===String?[e.connectWith]:e.connectWith},_getItemsAsjQuery:function(t){function i(){r.push(this)}var s,n,a,o,r=[],h=[],l=this._connectWith();if(l&&t)for(s=l.length-1;s>=0;s--)for(a=e(l[s],this.document[0]),n=a.length-1;n>=0;n--)o=e.data(a[n],this.widgetFullName),o&&o!==this&&!o.options.disabled&&h.push([e.isFunction(o.options.items)?o.options.items.call(o.element):e(o.options.items,o.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),o]);for(h.push([e.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):e(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=h.length-1;s>=0;s--)h[s][0].each(i);return e(r)},_removeCurrentsFromItems:function(){var t=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=e.grep(this.items,function(e){for(var i=0;t.length>i;i++)if(t[i]===e.item[0])return!1;return!0})},_refreshItems:function(t){this.items=[],this.containers=[this];var i,s,n,a,o,r,h,l,u=this.items,d=[[e.isFunction(this.options.items)?this.options.items.call(this.element[0],t,{item:this.currentItem}):e(this.options.items,this.element),this]],c=this._connectWith();if(c&&this.ready)for(i=c.length-1;i>=0;i--)for(n=e(c[i],this.document[0]),s=n.length-1;s>=0;s--)a=e.data(n[s],this.widgetFullName),a&&a!==this&&!a.options.disabled&&(d.push([e.isFunction(a.options.items)?a.options.items.call(a.element[0],t,{item:this.currentItem}):e(a.options.items,a.element),a]),this.containers.push(a));for(i=d.length-1;i>=0;i--)for(o=d[i][1],r=d[i][0],s=0,l=r.length;l>s;s++)h=e(r[s]),h.data(this.widgetName+"-item",o),u.push({item:h,instance:o,width:0,height:0,left:0,top:0})},refreshPositions:function(t){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,a;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?e(this.options.toleranceElement,s.item):s.item,t||(s.width=n.outerWidth(),s.height=n.outerHeight()),a=n.offset(),s.left=a.left,s.top=a.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)a=this.containers[i].element.offset(),this.containers[i].containerCache.left=a.left,this.containers[i].containerCache.top=a.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(t){t=t||this;var i,s=t.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=t.currentItem[0].nodeName.toLowerCase(),n=e("<"+s+">",t.document[0]).addClass(i||t.currentItem[0].className+" ui-sortable-placeholder").removeClass("ui-sortable-helper");return"tbody"===s?t._createTrPlaceholder(t.currentItem.find("tr").eq(0),e("<tr>",t.document[0]).appendTo(n)):"tr"===s?t._createTrPlaceholder(t.currentItem,n):"img"===s&&n.attr("src",t.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(e,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(t.currentItem.innerHeight()-parseInt(t.currentItem.css("paddingTop")||0,10)-parseInt(t.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(t.currentItem.innerWidth()-parseInt(t.currentItem.css("paddingLeft")||0,10)-parseInt(t.currentItem.css("paddingRight")||0,10)))}}),t.placeholder=e(s.placeholder.element.call(t.element,t.currentItem)),t.currentItem.after(t.placeholder),s.placeholder.update(t,t.placeholder)},_createTrPlaceholder:function(t,i){var s=this;t.children().each(function(){e("<td>&#160;</td>",s.document[0]).attr("colspan",e(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(t){var i,s,n,a,o,r,h,l,u,d,c=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!e.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(c&&e.contains(this.containers[i].element[0],c.element[0]))continue;c=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",t,this._uiHash(this)),this.containers[i].containerCache.over=0);if(c)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,a=null,u=c.floating||this._isFloating(this.currentItem),o=u?"left":"top",r=u?"width":"height",d=u?"clientX":"clientY",s=this.items.length-1;s>=0;s--)e.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(h=this.items[s].item.offset()[o],l=!1,t[d]-h>this.items[s][r]/2&&(l=!0),n>Math.abs(t[d]-h)&&(n=Math.abs(t[d]-h),a=this.items[s],this.direction=l?"up":"down"));if(!a&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;a?this._rearrange(t,a,null,!0):this._rearrange(t,null,this.containers[p].element,!0),this._trigger("change",t,this._uiHash()),this.containers[p]._trigger("change",t,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper)?e(i.helper.apply(this.element[0],[t,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||e("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var t=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&e.ui.ie)&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var e=this.currentItem.position();return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:e.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options;"parent"===n.containment&&(n.containment=this.helper[0].parentNode),("document"===n.containment||"window"===n.containment)&&(this.containment=[0-this.offset.relative.left-this.offset.parent.left,0-this.offset.relative.top-this.offset.parent.top,"document"===n.containment?this.document.width():this.window.width()-this.helperProportions.width-this.margins.left,("document"===n.containment?this.document.width():this.window.height()||this.document[0].body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top]),/^(document|window|parent)$/.test(n.containment)||(t=e(n.containment)[0],i=e(n.containment).offset(),s="hidden"!==e(t).css("overflow"),this.containment=[i.left+(parseInt(e(t).css("borderLeftWidth"),10)||0)+(parseInt(e(t).css("paddingLeft"),10)||0)-this.margins.left,i.top+(parseInt(e(t).css("borderTopWidth"),10)||0)+(parseInt(e(t).css("paddingTop"),10)||0)-this.margins.top,i.left+(s?Math.max(t.scrollWidth,t.offsetWidth):t.offsetWidth)-(parseInt(e(t).css("borderLeftWidth"),10)||0)-(parseInt(e(t).css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left,i.top+(s?Math.max(t.scrollHeight,t.offsetHeight):t.offsetHeight)-(parseInt(e(t).css("borderTopWidth"),10)||0)-(parseInt(e(t).css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top])},_convertPositionTo:function(t,i){i||(i=this.position);var s="absolute"===t?1:-1,n="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,a=/(html|body)/i.test(n[0].tagName);return{top:i.top+this.offset.relative.top*s+this.offset.parent.top*s-("fixed"===this.cssPosition?-this.scrollParent.scrollTop():a?0:n.scrollTop())*s,left:i.left+this.offset.relative.left*s+this.offset.parent.left*s-("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():a?0:n.scrollLeft())*s}},_generatePosition:function(t){var i,s,n=this.options,a=t.pageX,o=t.pageY,r="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,h=/(html|body)/i.test(r[0].tagName);return"relative"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&this.scrollParent[0]!==this.offsetParent[0]||(this.offset.relative=this._getRelativeOffset()),this.originalPosition&&(this.containment&&(t.pageX-this.offset.click.left<this.containment[0]&&(a=this.containment[0]+this.offset.click.left),t.pageY-this.offset.click.top<this.containment[1]&&(o=this.containment[1]+this.offset.click.top),t.pageX-this.offset.click.left>this.containment[2]&&(a=this.containment[2]+this.offset.click.left),t.pageY-this.offset.click.top>this.containment[3]&&(o=this.containment[3]+this.offset.click.top)),n.grid&&(i=this.originalPageY+Math.round((o-this.originalPageY)/n.grid[1])*n.grid[1],o=this.containment?i-this.offset.click.top>=this.containment[1]&&i-this.offset.click.top<=this.containment[3]?i:i-this.offset.click.top>=this.containment[1]?i-n.grid[1]:i+n.grid[1]:i,s=this.originalPageX+Math.round((a-this.originalPageX)/n.grid[0])*n.grid[0],a=this.containment?s-this.offset.click.left>=this.containment[0]&&s-this.offset.click.left<=this.containment[2]?s:s-this.offset.click.left>=this.containment[0]?s-n.grid[0]:s+n.grid[0]:s)),{top:o-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.scrollParent.scrollTop():h?0:r.scrollTop()),left:a-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():h?0:r.scrollLeft())}},_rearrange:function(e,t,i,s){i?i[0].appendChild(this.placeholder[0]):t.item[0].parentNode.insertBefore(this.placeholder[0],"down"===this.direction?t.item[0]:t.item[0].nextSibling),this.counter=this.counter?++this.counter:1;var n=this.counter;this._delay(function(){n===this.counter&&this.refreshPositions(!s)})},_clear:function(e,t){function i(e,t,i){return function(s){i._trigger(e,s,t._uiHash(t))}}this.reverting=!1;var s,n=[];if(!this._noFinalSort&&this.currentItem.parent().length&&this.placeholder.before(this.currentItem),this._noFinalSort=null,this.helper[0]===this.currentItem[0]){for(s in this._storedCSS)("auto"===this._storedCSS[s]||"static"===this._storedCSS[s])&&(this._storedCSS[s]="");this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper")}else this.currentItem.show();for(this.fromOutside&&!t&&n.push(function(e){this._trigger("receive",e,this._uiHash(this.fromOutside))}),!this.fromOutside&&this.domPosition.prev===this.currentItem.prev().not(".ui-sortable-helper")[0]&&this.domPosition.parent===this.currentItem.parent()[0]||t||n.push(function(e){this._trigger("update",e,this._uiHash())}),this!==this.currentContainer&&(t||(n.push(function(e){this._trigger("remove",e,this._uiHash())}),n.push(function(e){return function(t){e._trigger("receive",t,this._uiHash(this))}}.call(this,this.currentContainer)),n.push(function(e){return function(t){e._trigger("update",t,this._uiHash(this))}}.call(this,this.currentContainer)))),s=this.containers.length-1;s>=0;s--)t||n.push(i("deactivate",this,this.containers[s])),this.containers[s].containerCache.over&&(n.push(i("out",this,this.containers[s])),this.containers[s].containerCache.over=0);if(this.storedCursor&&(this.document.find("body").css("cursor",this.storedCursor),this.storedStylesheet.remove()),this._storedOpacity&&this.helper.css("opacity",this._storedOpacity),this._storedZIndex&&this.helper.css("zIndex","auto"===this._storedZIndex?"":this._storedZIndex),this.dragging=!1,t||this._trigger("beforeStop",e,this._uiHash()),this.placeholder[0].parentNode.removeChild(this.placeholder[0]),this.cancelHelperRemoval||(this.helper[0]!==this.currentItem[0]&&this.helper.remove(),this.helper=null),!t){for(s=0;n.length>s;s++)n[s].call(this,e);this._trigger("stop",e,this._uiHash())}return this.fromOutside=!1,!this.cancelHelperRemoval},_trigger:function(){e.Widget.prototype._trigger.apply(this,arguments)===!1&&this.cancel()},_uiHash:function(t){var i=t||this;return{helper:i.helper,placeholder:i.placeholder||e([]),position:i.position,originalPosition:i.originalPosition,offset:i.positionAbs,item:i.currentItem,sender:t?t.element:null}}}),e.widget("ui.accordion",{version:"1.11.4",options:{active:0,animate:{},collapsible:!1,event:"click",header:"> li > :first-child,> :not(li):even",heightStyle:"auto",icons:{activeHeader:"ui-icon-triangle-1-s",header:"ui-icon-triangle-1-e"},activate:null,beforeActivate:null},hideProps:{borderTopWidth:"hide",borderBottomWidth:"hide",paddingTop:"hide",paddingBottom:"hide",height:"hide"},showProps:{borderTopWidth:"show",borderBottomWidth:"show",paddingTop:"show",paddingBottom:"show",height:"show"},_create:function(){var t=this.options;this.prevShow=this.prevHide=e(),this.element.addClass("ui-accordion ui-widget ui-helper-reset").attr("role","tablist"),t.collapsible||t.active!==!1&&null!=t.active||(t.active=0),this._processPanels(),0>t.active&&(t.active+=this.headers.length),this._refresh()},_getCreateEventData:function(){return{header:this.active,panel:this.active.length?this.active.next():e()}},_createIcons:function(){var t=this.options.icons;t&&(e("<span>").addClass("ui-accordion-header-icon ui-icon "+t.header).prependTo(this.headers),this.active.children(".ui-accordion-header-icon").removeClass(t.header).addClass(t.activeHeader),this.headers.addClass("ui-accordion-icons"))},_destroyIcons:function(){this.headers.removeClass("ui-accordion-icons").children(".ui-accordion-header-icon").remove()},_destroy:function(){var e;this.element.removeClass("ui-accordion ui-widget ui-helper-reset").removeAttr("role"),this.headers.removeClass("ui-accordion-header ui-accordion-header-active ui-state-default ui-corner-all ui-state-active ui-state-disabled ui-corner-top").removeAttr("role").removeAttr("aria-expanded").removeAttr("aria-selected").removeAttr("aria-controls").removeAttr("tabIndex").removeUniqueId(),this._destroyIcons(),e=this.headers.next().removeClass("ui-helper-reset ui-widget-content ui-corner-bottom ui-accordion-content ui-accordion-content-active ui-state-disabled").css("display","").removeAttr("role").removeAttr("aria-hidden").removeAttr("aria-labelledby").removeUniqueId(),"content"!==this.options.heightStyle&&e.css("height","")},_setOption:function(e,t){return"active"===e?(this._activate(t),void 0):("event"===e&&(this.options.event&&this._off(this.headers,this.options.event),this._setupEvents(t)),this._super(e,t),"collapsible"!==e||t||this.options.active!==!1||this._activate(0),"icons"===e&&(this._destroyIcons(),t&&this._createIcons()),"disabled"===e&&(this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this.headers.add(this.headers.next()).toggleClass("ui-state-disabled",!!t)),void 0)},_keydown:function(t){if(!t.altKey&&!t.ctrlKey){var i=e.ui.keyCode,s=this.headers.length,n=this.headers.index(t.target),a=!1;switch(t.keyCode){case i.RIGHT:case i.DOWN:a=this.headers[(n+1)%s];break;case i.LEFT:case i.UP:a=this.headers[(n-1+s)%s];break;case i.SPACE:case i.ENTER:this._eventHandler(t);break;case i.HOME:a=this.headers[0];break;case i.END:a=this.headers[s-1]}a&&(e(t.target).attr("tabIndex",-1),e(a).attr("tabIndex",0),a.focus(),t.preventDefault())}},_panelKeyDown:function(t){t.keyCode===e.ui.keyCode.UP&&t.ctrlKey&&e(t.currentTarget).prev().focus()},refresh:function(){var t=this.options;this._processPanels(),t.active===!1&&t.collapsible===!0||!this.headers.length?(t.active=!1,this.active=e()):t.active===!1?this._activate(0):this.active.length&&!e.contains(this.element[0],this.active[0])?this.headers.length===this.headers.find(".ui-state-disabled").length?(t.active=!1,this.active=e()):this._activate(Math.max(0,t.active-1)):t.active=this.headers.index(this.active),this._destroyIcons(),this._refresh()},_processPanels:function(){var e=this.headers,t=this.panels;this.headers=this.element.find(this.options.header).addClass("ui-accordion-header ui-state-default ui-corner-all"),this.panels=this.headers.next().addClass("ui-accordion-content ui-helper-reset ui-widget-content ui-corner-bottom").filter(":not(.ui-accordion-content-active)").hide(),t&&(this._off(e.not(this.headers)),this._off(t.not(this.panels)))},_refresh:function(){var t,i=this.options,s=i.heightStyle,n=this.element.parent();this.active=this._findActive(i.active).addClass("ui-accordion-header-active ui-state-active ui-corner-top").removeClass("ui-corner-all"),this.active.next().addClass("ui-accordion-content-active").show(),this.headers.attr("role","tab").each(function(){var t=e(this),i=t.uniqueId().attr("id"),s=t.next(),n=s.uniqueId().attr("id");t.attr("aria-controls",n),s.attr("aria-labelledby",i)}).next().attr("role","tabpanel"),this.headers.not(this.active).attr({"aria-selected":"false","aria-expanded":"false",tabIndex:-1}).next().attr({"aria-hidden":"true"}).hide(),this.active.length?this.active.attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0}).next().attr({"aria-hidden":"false"}):this.headers.eq(0).attr("tabIndex",0),this._createIcons(),this._setupEvents(i.event),"fill"===s?(t=n.height(),this.element.siblings(":visible").each(function(){var i=e(this),s=i.css("position");"absolute"!==s&&"fixed"!==s&&(t-=i.outerHeight(!0))}),this.headers.each(function(){t-=e(this).outerHeight(!0)}),this.headers.next().each(function(){e(this).height(Math.max(0,t-e(this).innerHeight()+e(this).height()))}).css("overflow","auto")):"auto"===s&&(t=0,this.headers.next().each(function(){t=Math.max(t,e(this).css("height","").height())}).height(t))},_activate:function(t){var i=this._findActive(t)[0];i!==this.active[0]&&(i=i||this.active[0],this._eventHandler({target:i,currentTarget:i,preventDefault:e.noop}))},_findActive:function(t){return"number"==typeof t?this.headers.eq(t):e()},_setupEvents:function(t){var i={keydown:"_keydown"};t&&e.each(t.split(" "),function(e,t){i[t]="_eventHandler"}),this._off(this.headers.add(this.headers.next())),this._on(this.headers,i),this._on(this.headers.next(),{keydown:"_panelKeyDown"}),this._hoverable(this.headers),this._focusable(this.headers)},_eventHandler:function(t){var i=this.options,s=this.active,n=e(t.currentTarget),a=n[0]===s[0],o=a&&i.collapsible,r=o?e():n.next(),h=s.next(),l={oldHeader:s,oldPanel:h,newHeader:o?e():n,newPanel:r};
+t.preventDefault(),a&&!i.collapsible||this._trigger("beforeActivate",t,l)===!1||(i.active=o?!1:this.headers.index(n),this.active=a?e():n,this._toggle(l),s.removeClass("ui-accordion-header-active ui-state-active"),i.icons&&s.children(".ui-accordion-header-icon").removeClass(i.icons.activeHeader).addClass(i.icons.header),a||(n.removeClass("ui-corner-all").addClass("ui-accordion-header-active ui-state-active ui-corner-top"),i.icons&&n.children(".ui-accordion-header-icon").removeClass(i.icons.header).addClass(i.icons.activeHeader),n.next().addClass("ui-accordion-content-active")))},_toggle:function(t){var i=t.newPanel,s=this.prevShow.length?this.prevShow:t.oldPanel;this.prevShow.add(this.prevHide).stop(!0,!0),this.prevShow=i,this.prevHide=s,this.options.animate?this._animate(i,s,t):(s.hide(),i.show(),this._toggleComplete(t)),s.attr({"aria-hidden":"true"}),s.prev().attr({"aria-selected":"false","aria-expanded":"false"}),i.length&&s.length?s.prev().attr({tabIndex:-1,"aria-expanded":"false"}):i.length&&this.headers.filter(function(){return 0===parseInt(e(this).attr("tabIndex"),10)}).attr("tabIndex",-1),i.attr("aria-hidden","false").prev().attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0})},_animate:function(e,t,i){var s,n,a,o=this,r=0,h=e.css("box-sizing"),l=e.length&&(!t.length||e.index()<t.index()),u=this.options.animate||{},d=l&&u.down||u,c=function(){o._toggleComplete(i)};return"number"==typeof d&&(a=d),"string"==typeof d&&(n=d),n=n||d.easing||u.easing,a=a||d.duration||u.duration,t.length?e.length?(s=e.show().outerHeight(),t.animate(this.hideProps,{duration:a,easing:n,step:function(e,t){t.now=Math.round(e)}}),e.hide().animate(this.showProps,{duration:a,easing:n,complete:c,step:function(e,i){i.now=Math.round(e),"height"!==i.prop?"content-box"===h&&(r+=i.now):"content"!==o.options.heightStyle&&(i.now=Math.round(s-t.outerHeight()-r),r=0)}}),void 0):t.animate(this.hideProps,a,n,c):e.animate(this.showProps,a,n,c)},_toggleComplete:function(e){var t=e.oldPanel;t.removeClass("ui-accordion-content-active").prev().removeClass("ui-corner-top").addClass("ui-corner-all"),t.length&&(t.parent()[0].className=t.parent()[0].className),this._trigger("activate",null,e)}}),e.widget("ui.menu",{version:"1.11.4",defaultElement:"<ul>",delay:300,options:{icons:{submenu:"ui-icon-carat-1-e"},items:"> *",menus:"ul",position:{my:"left-1 top",at:"right top"},role:"menu",blur:null,focus:null,select:null},_create:function(){this.activeMenu=this.element,this.mouseHandled=!1,this.element.uniqueId().addClass("ui-menu ui-widget ui-widget-content").toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length).attr({role:this.options.role,tabIndex:0}),this.options.disabled&&this.element.addClass("ui-state-disabled").attr("aria-disabled","true"),this._on({"mousedown .ui-menu-item":function(e){e.preventDefault()},"click .ui-menu-item":function(t){var i=e(t.target);!this.mouseHandled&&i.not(".ui-state-disabled").length&&(this.select(t),t.isPropagationStopped()||(this.mouseHandled=!0),i.has(".ui-menu").length?this.expand(t):!this.element.is(":focus")&&e(this.document[0].activeElement).closest(".ui-menu").length&&(this.element.trigger("focus",[!0]),this.active&&1===this.active.parents(".ui-menu").length&&clearTimeout(this.timer)))},"mouseenter .ui-menu-item":function(t){if(!this.previousFilter){var i=e(t.currentTarget);i.siblings(".ui-state-active").removeClass("ui-state-active"),this.focus(t,i)}},mouseleave:"collapseAll","mouseleave .ui-menu":"collapseAll",focus:function(e,t){var i=this.active||this.element.find(this.options.items).eq(0);t||this.focus(e,i)},blur:function(t){this._delay(function(){e.contains(this.element[0],this.document[0].activeElement)||this.collapseAll(t)})},keydown:"_keydown"}),this.refresh(),this._on(this.document,{click:function(e){this._closeOnDocumentClick(e)&&this.collapseAll(e),this.mouseHandled=!1}})},_destroy:function(){this.element.removeAttr("aria-activedescendant").find(".ui-menu").addBack().removeClass("ui-menu ui-widget ui-widget-content ui-menu-icons ui-front").removeAttr("role").removeAttr("tabIndex").removeAttr("aria-labelledby").removeAttr("aria-expanded").removeAttr("aria-hidden").removeAttr("aria-disabled").removeUniqueId().show(),this.element.find(".ui-menu-item").removeClass("ui-menu-item").removeAttr("role").removeAttr("aria-disabled").removeUniqueId().removeClass("ui-state-hover").removeAttr("tabIndex").removeAttr("role").removeAttr("aria-haspopup").children().each(function(){var t=e(this);t.data("ui-menu-submenu-carat")&&t.remove()}),this.element.find(".ui-menu-divider").removeClass("ui-menu-divider ui-widget-content")},_keydown:function(t){var i,s,n,a,o=!0;switch(t.keyCode){case e.ui.keyCode.PAGE_UP:this.previousPage(t);break;case e.ui.keyCode.PAGE_DOWN:this.nextPage(t);break;case e.ui.keyCode.HOME:this._move("first","first",t);break;case e.ui.keyCode.END:this._move("last","last",t);break;case e.ui.keyCode.UP:this.previous(t);break;case e.ui.keyCode.DOWN:this.next(t);break;case e.ui.keyCode.LEFT:this.collapse(t);break;case e.ui.keyCode.RIGHT:this.active&&!this.active.is(".ui-state-disabled")&&this.expand(t);break;case e.ui.keyCode.ENTER:case e.ui.keyCode.SPACE:this._activate(t);break;case e.ui.keyCode.ESCAPE:this.collapse(t);break;default:o=!1,s=this.previousFilter||"",n=String.fromCharCode(t.keyCode),a=!1,clearTimeout(this.filterTimer),n===s?a=!0:n=s+n,i=this._filterMenuItems(n),i=a&&-1!==i.index(this.active.next())?this.active.nextAll(".ui-menu-item"):i,i.length||(n=String.fromCharCode(t.keyCode),i=this._filterMenuItems(n)),i.length?(this.focus(t,i),this.previousFilter=n,this.filterTimer=this._delay(function(){delete this.previousFilter},1e3)):delete this.previousFilter}o&&t.preventDefault()},_activate:function(e){this.active.is(".ui-state-disabled")||(this.active.is("[aria-haspopup='true']")?this.expand(e):this.select(e))},refresh:function(){var t,i,s=this,n=this.options.icons.submenu,a=this.element.find(this.options.menus);this.element.toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length),a.filter(":not(.ui-menu)").addClass("ui-menu ui-widget ui-widget-content ui-front").hide().attr({role:this.options.role,"aria-hidden":"true","aria-expanded":"false"}).each(function(){var t=e(this),i=t.parent(),s=e("<span>").addClass("ui-menu-icon ui-icon "+n).data("ui-menu-submenu-carat",!0);i.attr("aria-haspopup","true").prepend(s),t.attr("aria-labelledby",i.attr("id"))}),t=a.add(this.element),i=t.find(this.options.items),i.not(".ui-menu-item").each(function(){var t=e(this);s._isDivider(t)&&t.addClass("ui-widget-content ui-menu-divider")}),i.not(".ui-menu-item, .ui-menu-divider").addClass("ui-menu-item").uniqueId().attr({tabIndex:-1,role:this._itemRole()}),i.filter(".ui-state-disabled").attr("aria-disabled","true"),this.active&&!e.contains(this.element[0],this.active[0])&&this.blur()},_itemRole:function(){return{menu:"menuitem",listbox:"option"}[this.options.role]},_setOption:function(e,t){"icons"===e&&this.element.find(".ui-menu-icon").removeClass(this.options.icons.submenu).addClass(t.submenu),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},focus:function(e,t){var i,s;this.blur(e,e&&"focus"===e.type),this._scrollIntoView(t),this.active=t.first(),s=this.active.addClass("ui-state-focus").removeClass("ui-state-active"),this.options.role&&this.element.attr("aria-activedescendant",s.attr("id")),this.active.parent().closest(".ui-menu-item").addClass("ui-state-active"),e&&"keydown"===e.type?this._close():this.timer=this._delay(function(){this._close()},this.delay),i=t.children(".ui-menu"),i.length&&e&&/^mouse/.test(e.type)&&this._startOpening(i),this.activeMenu=t.parent(),this._trigger("focus",e,{item:t})},_scrollIntoView:function(t){var i,s,n,a,o,r;this._hasScroll()&&(i=parseFloat(e.css(this.activeMenu[0],"borderTopWidth"))||0,s=parseFloat(e.css(this.activeMenu[0],"paddingTop"))||0,n=t.offset().top-this.activeMenu.offset().top-i-s,a=this.activeMenu.scrollTop(),o=this.activeMenu.height(),r=t.outerHeight(),0>n?this.activeMenu.scrollTop(a+n):n+r>o&&this.activeMenu.scrollTop(a+n-o+r))},blur:function(e,t){t||clearTimeout(this.timer),this.active&&(this.active.removeClass("ui-state-focus"),this.active=null,this._trigger("blur",e,{item:this.active}))},_startOpening:function(e){clearTimeout(this.timer),"true"===e.attr("aria-hidden")&&(this.timer=this._delay(function(){this._close(),this._open(e)},this.delay))},_open:function(t){var i=e.extend({of:this.active},this.options.position);clearTimeout(this.timer),this.element.find(".ui-menu").not(t.parents(".ui-menu")).hide().attr("aria-hidden","true"),t.show().removeAttr("aria-hidden").attr("aria-expanded","true").position(i)},collapseAll:function(t,i){clearTimeout(this.timer),this.timer=this._delay(function(){var s=i?this.element:e(t&&t.target).closest(this.element.find(".ui-menu"));s.length||(s=this.element),this._close(s),this.blur(t),this.activeMenu=s},this.delay)},_close:function(e){e||(e=this.active?this.active.parent():this.element),e.find(".ui-menu").hide().attr("aria-hidden","true").attr("aria-expanded","false").end().find(".ui-state-active").not(".ui-state-focus").removeClass("ui-state-active")},_closeOnDocumentClick:function(t){return!e(t.target).closest(".ui-menu").length},_isDivider:function(e){return!/[^\-\u2014\u2013\s]/.test(e.text())},collapse:function(e){var t=this.active&&this.active.parent().closest(".ui-menu-item",this.element);t&&t.length&&(this._close(),this.focus(e,t))},expand:function(e){var t=this.active&&this.active.children(".ui-menu ").find(this.options.items).first();t&&t.length&&(this._open(t.parent()),this._delay(function(){this.focus(e,t)}))},next:function(e){this._move("next","first",e)},previous:function(e){this._move("prev","last",e)},isFirstItem:function(){return this.active&&!this.active.prevAll(".ui-menu-item").length},isLastItem:function(){return this.active&&!this.active.nextAll(".ui-menu-item").length},_move:function(e,t,i){var s;this.active&&(s="first"===e||"last"===e?this.active["first"===e?"prevAll":"nextAll"](".ui-menu-item").eq(-1):this.active[e+"All"](".ui-menu-item").eq(0)),s&&s.length&&this.active||(s=this.activeMenu.find(this.options.items)[t]()),this.focus(i,s)},nextPage:function(t){var i,s,n;return this.active?(this.isLastItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.nextAll(".ui-menu-item").each(function(){return i=e(this),0>i.offset().top-s-n}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items)[this.active?"last":"first"]())),void 0):(this.next(t),void 0)},previousPage:function(t){var i,s,n;return this.active?(this.isFirstItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.prevAll(".ui-menu-item").each(function(){return i=e(this),i.offset().top-s+n>0}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items).first())),void 0):(this.next(t),void 0)},_hasScroll:function(){return this.element.outerHeight()<this.element.prop("scrollHeight")},select:function(t){this.active=this.active||e(t.target).closest(".ui-menu-item");var i={item:this.active};this.active.has(".ui-menu").length||this.collapseAll(t,!0),this._trigger("select",t,i)},_filterMenuItems:function(t){var i=t.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&"),s=RegExp("^"+i,"i");return this.activeMenu.find(this.options.items).filter(".ui-menu-item").filter(function(){return s.test(e.trim(e(this).text()))})}}),e.widget("ui.autocomplete",{version:"1.11.4",defaultElement:"<input>",options:{appendTo:null,autoFocus:!1,delay:300,minLength:1,position:{my:"left top",at:"left bottom",collision:"none"},source:null,change:null,close:null,focus:null,open:null,response:null,search:null,select:null},requestIndex:0,pending:0,_create:function(){var t,i,s,n=this.element[0].nodeName.toLowerCase(),a="textarea"===n,o="input"===n;this.isMultiLine=a?!0:o?!1:this.element.prop("isContentEditable"),this.valueMethod=this.element[a||o?"val":"text"],this.isNewMenu=!0,this.element.addClass("ui-autocomplete-input").attr("autocomplete","off"),this._on(this.element,{keydown:function(n){if(this.element.prop("readOnly"))return t=!0,s=!0,i=!0,void 0;t=!1,s=!1,i=!1;var a=e.ui.keyCode;switch(n.keyCode){case a.PAGE_UP:t=!0,this._move("previousPage",n);break;case a.PAGE_DOWN:t=!0,this._move("nextPage",n);break;case a.UP:t=!0,this._keyEvent("previous",n);break;case a.DOWN:t=!0,this._keyEvent("next",n);break;case a.ENTER:this.menu.active&&(t=!0,n.preventDefault(),this.menu.select(n));break;case a.TAB:this.menu.active&&this.menu.select(n);break;case a.ESCAPE:this.menu.element.is(":visible")&&(this.isMultiLine||this._value(this.term),this.close(n),n.preventDefault());break;default:i=!0,this._searchTimeout(n)}},keypress:function(s){if(t)return t=!1,(!this.isMultiLine||this.menu.element.is(":visible"))&&s.preventDefault(),void 0;if(!i){var n=e.ui.keyCode;switch(s.keyCode){case n.PAGE_UP:this._move("previousPage",s);break;case n.PAGE_DOWN:this._move("nextPage",s);break;case n.UP:this._keyEvent("previous",s);break;case n.DOWN:this._keyEvent("next",s)}}},input:function(e){return s?(s=!1,e.preventDefault(),void 0):(this._searchTimeout(e),void 0)},focus:function(){this.selectedItem=null,this.previous=this._value()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(clearTimeout(this.searching),this.close(e),this._change(e),void 0)}}),this._initSource(),this.menu=e("<ul>").addClass("ui-autocomplete ui-front").appendTo(this._appendTo()).menu({role:null}).hide().menu("instance"),this._on(this.menu.element,{mousedown:function(t){t.preventDefault(),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur});var i=this.menu.element[0];e(t.target).closest(".ui-menu-item").length||this._delay(function(){var t=this;this.document.one("mousedown",function(s){s.target===t.element[0]||s.target===i||e.contains(i,s.target)||t.close()})})},menufocus:function(t,i){var s,n;return this.isNewMenu&&(this.isNewMenu=!1,t.originalEvent&&/^mouse/.test(t.originalEvent.type))?(this.menu.blur(),this.document.one("mousemove",function(){e(t.target).trigger(t.originalEvent)}),void 0):(n=i.item.data("ui-autocomplete-item"),!1!==this._trigger("focus",t,{item:n})&&t.originalEvent&&/^key/.test(t.originalEvent.type)&&this._value(n.value),s=i.item.attr("aria-label")||n.value,s&&e.trim(s).length&&(this.liveRegion.children().hide(),e("<div>").text(s).appendTo(this.liveRegion)),void 0)},menuselect:function(e,t){var i=t.item.data("ui-autocomplete-item"),s=this.previous;this.element[0]!==this.document[0].activeElement&&(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s,this.selectedItem=i})),!1!==this._trigger("select",e,{item:i})&&this._value(i.value),this.term=this._value(),this.close(e),this.selectedItem=i}}),this.liveRegion=e("<span>",{role:"status","aria-live":"assertive","aria-relevant":"additions"}).addClass("ui-helper-hidden-accessible").appendTo(this.document[0].body),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_destroy:function(){clearTimeout(this.searching),this.element.removeClass("ui-autocomplete-input").removeAttr("autocomplete"),this.menu.element.remove(),this.liveRegion.remove()},_setOption:function(e,t){this._super(e,t),"source"===e&&this._initSource(),"appendTo"===e&&this.menu.element.appendTo(this._appendTo()),"disabled"===e&&t&&this.xhr&&this.xhr.abort()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_initSource:function(){var t,i,s=this;e.isArray(this.options.source)?(t=this.options.source,this.source=function(i,s){s(e.ui.autocomplete.filter(t,i.term))}):"string"==typeof this.options.source?(i=this.options.source,this.source=function(t,n){s.xhr&&s.xhr.abort(),s.xhr=e.ajax({url:i,data:t,dataType:"json",success:function(e){n(e)},error:function(){n([])}})}):this.source=this.options.source},_searchTimeout:function(e){clearTimeout(this.searching),this.searching=this._delay(function(){var t=this.term===this._value(),i=this.menu.element.is(":visible"),s=e.altKey||e.ctrlKey||e.metaKey||e.shiftKey;(!t||t&&!i&&!s)&&(this.selectedItem=null,this.search(null,e))},this.options.delay)},search:function(e,t){return e=null!=e?e:this._value(),this.term=this._value(),e.length<this.options.minLength?this.close(t):this._trigger("search",t)!==!1?this._search(e):void 0},_search:function(e){this.pending++,this.element.addClass("ui-autocomplete-loading"),this.cancelSearch=!1,this.source({term:e},this._response())},_response:function(){var t=++this.requestIndex;return e.proxy(function(e){t===this.requestIndex&&this.__response(e),this.pending--,this.pending||this.element.removeClass("ui-autocomplete-loading")},this)},__response:function(e){e&&(e=this._normalize(e)),this._trigger("response",null,{content:e}),!this.options.disabled&&e&&e.length&&!this.cancelSearch?(this._suggest(e),this._trigger("open")):this._close()},close:function(e){this.cancelSearch=!0,this._close(e)},_close:function(e){this.menu.element.is(":visible")&&(this.menu.element.hide(),this.menu.blur(),this.isNewMenu=!0,this._trigger("close",e))},_change:function(e){this.previous!==this._value()&&this._trigger("change",e,{item:this.selectedItem})},_normalize:function(t){return t.length&&t[0].label&&t[0].value?t:e.map(t,function(t){return"string"==typeof t?{label:t,value:t}:e.extend({},t,{label:t.label||t.value,value:t.value||t.label})})},_suggest:function(t){var i=this.menu.element.empty();this._renderMenu(i,t),this.isNewMenu=!0,this.menu.refresh(),i.show(),this._resizeMenu(),i.position(e.extend({of:this.element},this.options.position)),this.options.autoFocus&&this.menu.next()},_resizeMenu:function(){var e=this.menu.element;e.outerWidth(Math.max(e.width("").outerWidth()+1,this.element.outerWidth()))},_renderMenu:function(t,i){var s=this;e.each(i,function(e,i){s._renderItemData(t,i)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-autocomplete-item",t)},_renderItem:function(t,i){return e("<li>").text(i.label).appendTo(t)},_move:function(e,t){return this.menu.element.is(":visible")?this.menu.isFirstItem()&&/^previous/.test(e)||this.menu.isLastItem()&&/^next/.test(e)?(this.isMultiLine||this._value(this.term),this.menu.blur(),void 0):(this.menu[e](t),void 0):(this.search(null,t),void 0)},widget:function(){return this.menu.element},_value:function(){return this.valueMethod.apply(this.element,arguments)},_keyEvent:function(e,t){(!this.isMultiLine||this.menu.element.is(":visible"))&&(this._move(e,t),t.preventDefault())}}),e.extend(e.ui.autocomplete,{escapeRegex:function(e){return e.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&")},filter:function(t,i){var s=RegExp(e.ui.autocomplete.escapeRegex(i),"i");return e.grep(t,function(e){return s.test(e.label||e.value||e)})}}),e.widget("ui.autocomplete",e.ui.autocomplete,{options:{messages:{noResults:"No search results.",results:function(e){return e+(e>1?" results are":" result is")+" available, use up and down arrow keys to navigate."}}},__response:function(t){var i;this._superApply(arguments),this.options.disabled||this.cancelSearch||(i=t&&t.length?this.options.messages.results(t.length):this.options.messages.noResults,this.liveRegion.children().hide(),e("<div>").text(i).appendTo(this.liveRegion))}}),e.ui.autocomplete;var r,h="ui-button ui-widget ui-state-default ui-corner-all",l="ui-button-icons-only ui-button-icon-only ui-button-text-icons ui-button-text-icon-primary ui-button-text-icon-secondary ui-button-text-only",u=function(){var t=e(this);setTimeout(function(){t.find(":ui-button").button("refresh")},1)},d=function(t){var i=t.name,s=t.form,n=e([]);return i&&(i=i.replace(/'/g,"\\'"),n=s?e(s).find("[name='"+i+"'][type=radio]"):e("[name='"+i+"'][type=radio]",t.ownerDocument).filter(function(){return!this.form})),n};e.widget("ui.button",{version:"1.11.4",defaultElement:"<button>",options:{disabled:null,text:!0,label:null,icons:{primary:null,secondary:null}},_create:function(){this.element.closest("form").unbind("reset"+this.eventNamespace).bind("reset"+this.eventNamespace,u),"boolean"!=typeof this.options.disabled?this.options.disabled=!!this.element.prop("disabled"):this.element.prop("disabled",this.options.disabled),this._determineButtonType(),this.hasTitle=!!this.buttonElement.attr("title");var t=this,i=this.options,s="checkbox"===this.type||"radio"===this.type,n=s?"":"ui-state-active";null===i.label&&(i.label="input"===this.type?this.buttonElement.val():this.buttonElement.html()),this._hoverable(this.buttonElement),this.buttonElement.addClass(h).attr("role","button").bind("mouseenter"+this.eventNamespace,function(){i.disabled||this===r&&e(this).addClass("ui-state-active")}).bind("mouseleave"+this.eventNamespace,function(){i.disabled||e(this).removeClass(n)}).bind("click"+this.eventNamespace,function(e){i.disabled&&(e.preventDefault(),e.stopImmediatePropagation())}),this._on({focus:function(){this.buttonElement.addClass("ui-state-focus")},blur:function(){this.buttonElement.removeClass("ui-state-focus")}}),s&&this.element.bind("change"+this.eventNamespace,function(){t.refresh()}),"checkbox"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){return i.disabled?!1:void 0}):"radio"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){if(i.disabled)return!1;e(this).addClass("ui-state-active"),t.buttonElement.attr("aria-pressed","true");var s=t.element[0];d(s).not(s).map(function(){return e(this).button("widget")[0]}).removeClass("ui-state-active").attr("aria-pressed","false")}):(this.buttonElement.bind("mousedown"+this.eventNamespace,function(){return i.disabled?!1:(e(this).addClass("ui-state-active"),r=this,t.document.one("mouseup",function(){r=null}),void 0)}).bind("mouseup"+this.eventNamespace,function(){return i.disabled?!1:(e(this).removeClass("ui-state-active"),void 0)}).bind("keydown"+this.eventNamespace,function(t){return i.disabled?!1:((t.keyCode===e.ui.keyCode.SPACE||t.keyCode===e.ui.keyCode.ENTER)&&e(this).addClass("ui-state-active"),void 0)}).bind("keyup"+this.eventNamespace+" blur"+this.eventNamespace,function(){e(this).removeClass("ui-state-active")}),this.buttonElement.is("a")&&this.buttonElement.keyup(function(t){t.keyCode===e.ui.keyCode.SPACE&&e(this).click()})),this._setOption("disabled",i.disabled),this._resetButton()},_determineButtonType:function(){var e,t,i;this.type=this.element.is("[type=checkbox]")?"checkbox":this.element.is("[type=radio]")?"radio":this.element.is("input")?"input":"button","checkbox"===this.type||"radio"===this.type?(e=this.element.parents().last(),t="label[for='"+this.element.attr("id")+"']",this.buttonElement=e.find(t),this.buttonElement.length||(e=e.length?e.siblings():this.element.siblings(),this.buttonElement=e.filter(t),this.buttonElement.length||(this.buttonElement=e.find(t))),this.element.addClass("ui-helper-hidden-accessible"),i=this.element.is(":checked"),i&&this.buttonElement.addClass("ui-state-active"),this.buttonElement.prop("aria-pressed",i)):this.buttonElement=this.element},widget:function(){return this.buttonElement},_destroy:function(){this.element.removeClass("ui-helper-hidden-accessible"),this.buttonElement.removeClass(h+" ui-state-active "+l).removeAttr("role").removeAttr("aria-pressed").html(this.buttonElement.find(".ui-button-text").html()),this.hasTitle||this.buttonElement.removeAttr("title")},_setOption:function(e,t){return this._super(e,t),"disabled"===e?(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),t&&("checkbox"===this.type||"radio"===this.type?this.buttonElement.removeClass("ui-state-focus"):this.buttonElement.removeClass("ui-state-focus ui-state-active")),void 0):(this._resetButton(),void 0)},refresh:function(){var t=this.element.is("input, button")?this.element.is(":disabled"):this.element.hasClass("ui-button-disabled");t!==this.options.disabled&&this._setOption("disabled",t),"radio"===this.type?d(this.element[0]).each(function(){e(this).is(":checked")?e(this).button("widget").addClass("ui-state-active").attr("aria-pressed","true"):e(this).button("widget").removeClass("ui-state-active").attr("aria-pressed","false")}):"checkbox"===this.type&&(this.element.is(":checked")?this.buttonElement.addClass("ui-state-active").attr("aria-pressed","true"):this.buttonElement.removeClass("ui-state-active").attr("aria-pressed","false"))},_resetButton:function(){if("input"===this.type)return this.options.label&&this.element.val(this.options.label),void 0;var t=this.buttonElement.removeClass(l),i=e("<span></span>",this.document[0]).addClass("ui-button-text").html(this.options.label).appendTo(t.empty()).text(),s=this.options.icons,n=s.primary&&s.secondary,a=[];s.primary||s.secondary?(this.options.text&&a.push("ui-button-text-icon"+(n?"s":s.primary?"-primary":"-secondary")),s.primary&&t.prepend("<span class='ui-button-icon-primary ui-icon "+s.primary+"'></span>"),s.secondary&&t.append("<span class='ui-button-icon-secondary ui-icon "+s.secondary+"'></span>"),this.options.text||(a.push(n?"ui-button-icons-only":"ui-button-icon-only"),this.hasTitle||t.attr("title",e.trim(i)))):a.push("ui-button-text-only"),t.addClass(a.join(" "))}}),e.widget("ui.buttonset",{version:"1.11.4",options:{items:"button, input[type=button], input[type=submit], input[type=reset], input[type=checkbox], input[type=radio], a, :data(ui-button)"},_create:function(){this.element.addClass("ui-buttonset")},_init:function(){this.refresh()},_setOption:function(e,t){"disabled"===e&&this.buttons.button("option",e,t),this._super(e,t)},refresh:function(){var t="rtl"===this.element.css("direction"),i=this.element.find(this.options.items),s=i.filter(":ui-button");i.not(":ui-button").button(),s.button("refresh"),this.buttons=i.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-all ui-corner-left ui-corner-right").filter(":first").addClass(t?"ui-corner-right":"ui-corner-left").end().filter(":last").addClass(t?"ui-corner-left":"ui-corner-right").end().end()},_destroy:function(){this.element.removeClass("ui-buttonset"),this.buttons.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-left ui-corner-right").end().button("destroy")}}),e.ui.button,e.widget("ui.dialog",{version:"1.11.4",options:{appendTo:"body",autoOpen:!0,buttons:[],closeOnEscape:!0,closeText:"Close",dialogClass:"",draggable:!0,hide:null,height:"auto",maxHeight:null,maxWidth:null,minHeight:150,minWidth:150,modal:!1,position:{my:"center",at:"center",of:window,collision:"fit",using:function(t){var i=e(this).css(t).offset().top;0>i&&e(this).css("top",t.top-i)}},resizable:!0,show:null,title:null,width:300,beforeClose:null,close:null,drag:null,dragStart:null,dragStop:null,focus:null,open:null,resize:null,resizeStart:null,resizeStop:null},sizeRelatedOptions:{buttons:!0,height:!0,maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0,width:!0},resizableRelatedOptions:{maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0},_create:function(){this.originalCss={display:this.element[0].style.display,width:this.element[0].style.width,minHeight:this.element[0].style.minHeight,maxHeight:this.element[0].style.maxHeight,height:this.element[0].style.height},this.originalPosition={parent:this.element.parent(),index:this.element.parent().children().index(this.element)},this.originalTitle=this.element.attr("title"),this.options.title=this.options.title||this.originalTitle,this._createWrapper(),this.element.show().removeAttr("title").addClass("ui-dialog-content ui-widget-content").appendTo(this.uiDialog),this._createTitlebar(),this._createButtonPane(),this.options.draggable&&e.fn.draggable&&this._makeDraggable(),this.options.resizable&&e.fn.resizable&&this._makeResizable(),this._isOpen=!1,this._trackFocus()},_init:function(){this.options.autoOpen&&this.open()},_appendTo:function(){var t=this.options.appendTo;return t&&(t.jquery||t.nodeType)?e(t):this.document.find(t||"body").eq(0)},_destroy:function(){var e,t=this.originalPosition;this._untrackInstance(),this._destroyOverlay(),this.element.removeUniqueId().removeClass("ui-dialog-content ui-widget-content").css(this.originalCss).detach(),this.uiDialog.stop(!0,!0).remove(),this.originalTitle&&this.element.attr("title",this.originalTitle),e=t.parent.children().eq(t.index),e.length&&e[0]!==this.element[0]?e.before(this.element):t.parent.append(this.element)},widget:function(){return this.uiDialog},disable:e.noop,enable:e.noop,close:function(t){var i,s=this;if(this._isOpen&&this._trigger("beforeClose",t)!==!1){if(this._isOpen=!1,this._focusedElement=null,this._destroyOverlay(),this._untrackInstance(),!this.opener.filter(":focusable").focus().length)try{i=this.document[0].activeElement,i&&"body"!==i.nodeName.toLowerCase()&&e(i).blur()}catch(n){}this._hide(this.uiDialog,this.options.hide,function(){s._trigger("close",t)})}},isOpen:function(){return this._isOpen},moveToTop:function(){this._moveToTop()},_moveToTop:function(t,i){var s=!1,n=this.uiDialog.siblings(".ui-front:visible").map(function(){return+e(this).css("z-index")}).get(),a=Math.max.apply(null,n);return a>=+this.uiDialog.css("z-index")&&(this.uiDialog.css("z-index",a+1),s=!0),s&&!i&&this._trigger("focus",t),s},open:function(){var t=this;return this._isOpen?(this._moveToTop()&&this._focusTabbable(),void 0):(this._isOpen=!0,this.opener=e(this.document[0].activeElement),this._size(),this._position(),this._createOverlay(),this._moveToTop(null,!0),this.overlay&&this.overlay.css("z-index",this.uiDialog.css("z-index")-1),this._show(this.uiDialog,this.options.show,function(){t._focusTabbable(),t._trigger("focus")}),this._makeFocusTarget(),this._trigger("open"),void 0)},_focusTabbable:function(){var e=this._focusedElement;e||(e=this.element.find("[autofocus]")),e.length||(e=this.element.find(":tabbable")),e.length||(e=this.uiDialogButtonPane.find(":tabbable")),e.length||(e=this.uiDialogTitlebarClose.filter(":tabbable")),e.length||(e=this.uiDialog),e.eq(0).focus()},_keepFocus:function(t){function i(){var t=this.document[0].activeElement,i=this.uiDialog[0]===t||e.contains(this.uiDialog[0],t);i||this._focusTabbable()}t.preventDefault(),i.call(this),this._delay(i)},_createWrapper:function(){this.uiDialog=e("<div>").addClass("ui-dialog ui-widget ui-widget-content ui-corner-all ui-front "+this.options.dialogClass).hide().attr({tabIndex:-1,role:"dialog"}).appendTo(this._appendTo()),this._on(this.uiDialog,{keydown:function(t){if(this.options.closeOnEscape&&!t.isDefaultPrevented()&&t.keyCode&&t.keyCode===e.ui.keyCode.ESCAPE)return t.preventDefault(),this.close(t),void 0;if(t.keyCode===e.ui.keyCode.TAB&&!t.isDefaultPrevented()){var i=this.uiDialog.find(":tabbable"),s=i.filter(":first"),n=i.filter(":last");t.target!==n[0]&&t.target!==this.uiDialog[0]||t.shiftKey?t.target!==s[0]&&t.target!==this.uiDialog[0]||!t.shiftKey||(this._delay(function(){n.focus()}),t.preventDefault()):(this._delay(function(){s.focus()}),t.preventDefault())}},mousedown:function(e){this._moveToTop(e)&&this._focusTabbable()}}),this.element.find("[aria-describedby]").length||this.uiDialog.attr({"aria-describedby":this.element.uniqueId().attr("id")})},_createTitlebar:function(){var t;this.uiDialogTitlebar=e("<div>").addClass("ui-dialog-titlebar ui-widget-header ui-corner-all ui-helper-clearfix").prependTo(this.uiDialog),this._on(this.uiDialogTitlebar,{mousedown:function(t){e(t.target).closest(".ui-dialog-titlebar-close")||this.uiDialog.focus()}}),this.uiDialogTitlebarClose=e("<button type='button'></button>").button({label:this.options.closeText,icons:{primary:"ui-icon-closethick"},text:!1}).addClass("ui-dialog-titlebar-close").appendTo(this.uiDialogTitlebar),this._on(this.uiDialogTitlebarClose,{click:function(e){e.preventDefault(),this.close(e)}}),t=e("<span>").uniqueId().addClass("ui-dialog-title").prependTo(this.uiDialogTitlebar),this._title(t),this.uiDialog.attr({"aria-labelledby":t.attr("id")})},_title:function(e){this.options.title||e.html("&#160;"),e.text(this.options.title)
+},_createButtonPane:function(){this.uiDialogButtonPane=e("<div>").addClass("ui-dialog-buttonpane ui-widget-content ui-helper-clearfix"),this.uiButtonSet=e("<div>").addClass("ui-dialog-buttonset").appendTo(this.uiDialogButtonPane),this._createButtons()},_createButtons:function(){var t=this,i=this.options.buttons;return this.uiDialogButtonPane.remove(),this.uiButtonSet.empty(),e.isEmptyObject(i)||e.isArray(i)&&!i.length?(this.uiDialog.removeClass("ui-dialog-buttons"),void 0):(e.each(i,function(i,s){var n,a;s=e.isFunction(s)?{click:s,text:i}:s,s=e.extend({type:"button"},s),n=s.click,s.click=function(){n.apply(t.element[0],arguments)},a={icons:s.icons,text:s.showText},delete s.icons,delete s.showText,e("<button></button>",s).button(a).appendTo(t.uiButtonSet)}),this.uiDialog.addClass("ui-dialog-buttons"),this.uiDialogButtonPane.appendTo(this.uiDialog),void 0)},_makeDraggable:function(){function t(e){return{position:e.position,offset:e.offset}}var i=this,s=this.options;this.uiDialog.draggable({cancel:".ui-dialog-content, .ui-dialog-titlebar-close",handle:".ui-dialog-titlebar",containment:"document",start:function(s,n){e(this).addClass("ui-dialog-dragging"),i._blockFrames(),i._trigger("dragStart",s,t(n))},drag:function(e,s){i._trigger("drag",e,t(s))},stop:function(n,a){var o=a.offset.left-i.document.scrollLeft(),r=a.offset.top-i.document.scrollTop();s.position={my:"left top",at:"left"+(o>=0?"+":"")+o+" "+"top"+(r>=0?"+":"")+r,of:i.window},e(this).removeClass("ui-dialog-dragging"),i._unblockFrames(),i._trigger("dragStop",n,t(a))}})},_makeResizable:function(){function t(e){return{originalPosition:e.originalPosition,originalSize:e.originalSize,position:e.position,size:e.size}}var i=this,s=this.options,n=s.resizable,a=this.uiDialog.css("position"),o="string"==typeof n?n:"n,e,s,w,se,sw,ne,nw";this.uiDialog.resizable({cancel:".ui-dialog-content",containment:"document",alsoResize:this.element,maxWidth:s.maxWidth,maxHeight:s.maxHeight,minWidth:s.minWidth,minHeight:this._minHeight(),handles:o,start:function(s,n){e(this).addClass("ui-dialog-resizing"),i._blockFrames(),i._trigger("resizeStart",s,t(n))},resize:function(e,s){i._trigger("resize",e,t(s))},stop:function(n,a){var o=i.uiDialog.offset(),r=o.left-i.document.scrollLeft(),h=o.top-i.document.scrollTop();s.height=i.uiDialog.height(),s.width=i.uiDialog.width(),s.position={my:"left top",at:"left"+(r>=0?"+":"")+r+" "+"top"+(h>=0?"+":"")+h,of:i.window},e(this).removeClass("ui-dialog-resizing"),i._unblockFrames(),i._trigger("resizeStop",n,t(a))}}).css("position",a)},_trackFocus:function(){this._on(this.widget(),{focusin:function(t){this._makeFocusTarget(),this._focusedElement=e(t.target)}})},_makeFocusTarget:function(){this._untrackInstance(),this._trackingInstances().unshift(this)},_untrackInstance:function(){var t=this._trackingInstances(),i=e.inArray(this,t);-1!==i&&t.splice(i,1)},_trackingInstances:function(){var e=this.document.data("ui-dialog-instances");return e||(e=[],this.document.data("ui-dialog-instances",e)),e},_minHeight:function(){var e=this.options;return"auto"===e.height?e.minHeight:Math.min(e.minHeight,e.height)},_position:function(){var e=this.uiDialog.is(":visible");e||this.uiDialog.show(),this.uiDialog.position(this.options.position),e||this.uiDialog.hide()},_setOptions:function(t){var i=this,s=!1,n={};e.each(t,function(e,t){i._setOption(e,t),e in i.sizeRelatedOptions&&(s=!0),e in i.resizableRelatedOptions&&(n[e]=t)}),s&&(this._size(),this._position()),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option",n)},_setOption:function(e,t){var i,s,n=this.uiDialog;"dialogClass"===e&&n.removeClass(this.options.dialogClass).addClass(t),"disabled"!==e&&(this._super(e,t),"appendTo"===e&&this.uiDialog.appendTo(this._appendTo()),"buttons"===e&&this._createButtons(),"closeText"===e&&this.uiDialogTitlebarClose.button({label:""+t}),"draggable"===e&&(i=n.is(":data(ui-draggable)"),i&&!t&&n.draggable("destroy"),!i&&t&&this._makeDraggable()),"position"===e&&this._position(),"resizable"===e&&(s=n.is(":data(ui-resizable)"),s&&!t&&n.resizable("destroy"),s&&"string"==typeof t&&n.resizable("option","handles",t),s||t===!1||this._makeResizable()),"title"===e&&this._title(this.uiDialogTitlebar.find(".ui-dialog-title")))},_size:function(){var e,t,i,s=this.options;this.element.show().css({width:"auto",minHeight:0,maxHeight:"none",height:0}),s.minWidth>s.width&&(s.width=s.minWidth),e=this.uiDialog.css({height:"auto",width:s.width}).outerHeight(),t=Math.max(0,s.minHeight-e),i="number"==typeof s.maxHeight?Math.max(0,s.maxHeight-e):"none","auto"===s.height?this.element.css({minHeight:t,maxHeight:i,height:"auto"}):this.element.height(Math.max(0,s.height-e)),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option","minHeight",this._minHeight())},_blockFrames:function(){this.iframeBlocks=this.document.find("iframe").map(function(){var t=e(this);return e("<div>").css({position:"absolute",width:t.outerWidth(),height:t.outerHeight()}).appendTo(t.parent()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_allowInteraction:function(t){return e(t.target).closest(".ui-dialog").length?!0:!!e(t.target).closest(".ui-datepicker").length},_createOverlay:function(){if(this.options.modal){var t=!0;this._delay(function(){t=!1}),this.document.data("ui-dialog-overlays")||this._on(this.document,{focusin:function(e){t||this._allowInteraction(e)||(e.preventDefault(),this._trackingInstances()[0]._focusTabbable())}}),this.overlay=e("<div>").addClass("ui-widget-overlay ui-front").appendTo(this._appendTo()),this._on(this.overlay,{mousedown:"_keepFocus"}),this.document.data("ui-dialog-overlays",(this.document.data("ui-dialog-overlays")||0)+1)}},_destroyOverlay:function(){if(this.options.modal&&this.overlay){var e=this.document.data("ui-dialog-overlays")-1;e?this.document.data("ui-dialog-overlays",e):this.document.unbind("focusin").removeData("ui-dialog-overlays"),this.overlay.remove(),this.overlay=null}}}),e.widget("ui.progressbar",{version:"1.11.4",options:{max:100,value:0,change:null,complete:null},min:0,_create:function(){this.oldValue=this.options.value=this._constrainedValue(),this.element.addClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").attr({role:"progressbar","aria-valuemin":this.min}),this.valueDiv=e("<div class='ui-progressbar-value ui-widget-header ui-corner-left'></div>").appendTo(this.element),this._refreshValue()},_destroy:function(){this.element.removeClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.valueDiv.remove()},value:function(e){return void 0===e?this.options.value:(this.options.value=this._constrainedValue(e),this._refreshValue(),void 0)},_constrainedValue:function(e){return void 0===e&&(e=this.options.value),this.indeterminate=e===!1,"number"!=typeof e&&(e=0),this.indeterminate?!1:Math.min(this.options.max,Math.max(this.min,e))},_setOptions:function(e){var t=e.value;delete e.value,this._super(e),this.options.value=this._constrainedValue(t),this._refreshValue()},_setOption:function(e,t){"max"===e&&(t=Math.max(this.min,t)),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},_percentage:function(){return this.indeterminate?100:100*(this.options.value-this.min)/(this.options.max-this.min)},_refreshValue:function(){var t=this.options.value,i=this._percentage();this.valueDiv.toggle(this.indeterminate||t>this.min).toggleClass("ui-corner-right",t===this.options.max).width(i.toFixed(0)+"%"),this.element.toggleClass("ui-progressbar-indeterminate",this.indeterminate),this.indeterminate?(this.element.removeAttr("aria-valuenow"),this.overlayDiv||(this.overlayDiv=e("<div class='ui-progressbar-overlay'></div>").appendTo(this.valueDiv))):(this.element.attr({"aria-valuemax":this.options.max,"aria-valuenow":t}),this.overlayDiv&&(this.overlayDiv.remove(),this.overlayDiv=null)),this.oldValue!==t&&(this.oldValue=t,this._trigger("change")),t===this.options.max&&this._trigger("complete")}}),e.widget("ui.selectmenu",{version:"1.11.4",defaultElement:"<select>",options:{appendTo:null,disabled:null,icons:{button:"ui-icon-triangle-1-s"},position:{my:"left top",at:"left bottom",collision:"none"},width:null,change:null,close:null,focus:null,open:null,select:null},_create:function(){var e=this.element.uniqueId().attr("id");this.ids={element:e,button:e+"-button",menu:e+"-menu"},this._drawButton(),this._drawMenu(),this.options.disabled&&this.disable()},_drawButton:function(){var t=this;this.label=e("label[for='"+this.ids.element+"']").attr("for",this.ids.button),this._on(this.label,{click:function(e){this.button.focus(),e.preventDefault()}}),this.element.hide(),this.button=e("<span>",{"class":"ui-selectmenu-button ui-widget ui-state-default ui-corner-all",tabindex:this.options.disabled?-1:0,id:this.ids.button,role:"combobox","aria-expanded":"false","aria-autocomplete":"list","aria-owns":this.ids.menu,"aria-haspopup":"true"}).insertAfter(this.element),e("<span>",{"class":"ui-icon "+this.options.icons.button}).prependTo(this.button),this.buttonText=e("<span>",{"class":"ui-selectmenu-text"}).appendTo(this.button),this._setText(this.buttonText,this.element.find("option:selected").text()),this._resizeButton(),this._on(this.button,this._buttonEvents),this.button.one("focusin",function(){t.menuItems||t._refreshMenu()}),this._hoverable(this.button),this._focusable(this.button)},_drawMenu:function(){var t=this;this.menu=e("<ul>",{"aria-hidden":"true","aria-labelledby":this.ids.button,id:this.ids.menu}),this.menuWrap=e("<div>",{"class":"ui-selectmenu-menu ui-front"}).append(this.menu).appendTo(this._appendTo()),this.menuInstance=this.menu.menu({role:"listbox",select:function(e,i){e.preventDefault(),t._setSelection(),t._select(i.item.data("ui-selectmenu-item"),e)},focus:function(e,i){var s=i.item.data("ui-selectmenu-item");null!=t.focusIndex&&s.index!==t.focusIndex&&(t._trigger("focus",e,{item:s}),t.isOpen||t._select(s,e)),t.focusIndex=s.index,t.button.attr("aria-activedescendant",t.menuItems.eq(s.index).attr("id"))}}).menu("instance"),this.menu.addClass("ui-corner-bottom").removeClass("ui-corner-all"),this.menuInstance._off(this.menu,"mouseleave"),this.menuInstance._closeOnDocumentClick=function(){return!1},this.menuInstance._isDivider=function(){return!1}},refresh:function(){this._refreshMenu(),this._setText(this.buttonText,this._getSelectedItem().text()),this.options.width||this._resizeButton()},_refreshMenu:function(){this.menu.empty();var e,t=this.element.find("option");t.length&&(this._parseOptions(t),this._renderMenu(this.menu,this.items),this.menuInstance.refresh(),this.menuItems=this.menu.find("li").not(".ui-selectmenu-optgroup"),e=this._getSelectedItem(),this.menuInstance.focus(null,e),this._setAria(e.data("ui-selectmenu-item")),this._setOption("disabled",this.element.prop("disabled")))},open:function(e){this.options.disabled||(this.menuItems?(this.menu.find(".ui-state-focus").removeClass("ui-state-focus"),this.menuInstance.focus(null,this._getSelectedItem())):this._refreshMenu(),this.isOpen=!0,this._toggleAttr(),this._resizeMenu(),this._position(),this._on(this.document,this._documentClick),this._trigger("open",e))},_position:function(){this.menuWrap.position(e.extend({of:this.button},this.options.position))},close:function(e){this.isOpen&&(this.isOpen=!1,this._toggleAttr(),this.range=null,this._off(this.document),this._trigger("close",e))},widget:function(){return this.button},menuWidget:function(){return this.menu},_renderMenu:function(t,i){var s=this,n="";e.each(i,function(i,a){a.optgroup!==n&&(e("<li>",{"class":"ui-selectmenu-optgroup ui-menu-divider"+(a.element.parent("optgroup").prop("disabled")?" ui-state-disabled":""),text:a.optgroup}).appendTo(t),n=a.optgroup),s._renderItemData(t,a)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-selectmenu-item",t)},_renderItem:function(t,i){var s=e("<li>");return i.disabled&&s.addClass("ui-state-disabled"),this._setText(s,i.label),s.appendTo(t)},_setText:function(e,t){t?e.text(t):e.html("&#160;")},_move:function(e,t){var i,s,n=".ui-menu-item";this.isOpen?i=this.menuItems.eq(this.focusIndex):(i=this.menuItems.eq(this.element[0].selectedIndex),n+=":not(.ui-state-disabled)"),s="first"===e||"last"===e?i["first"===e?"prevAll":"nextAll"](n).eq(-1):i[e+"All"](n).eq(0),s.length&&this.menuInstance.focus(t,s)},_getSelectedItem:function(){return this.menuItems.eq(this.element[0].selectedIndex)},_toggle:function(e){this[this.isOpen?"close":"open"](e)},_setSelection:function(){var e;this.range&&(window.getSelection?(e=window.getSelection(),e.removeAllRanges(),e.addRange(this.range)):this.range.select(),this.button.focus())},_documentClick:{mousedown:function(t){this.isOpen&&(e(t.target).closest(".ui-selectmenu-menu, #"+this.ids.button).length||this.close(t))}},_buttonEvents:{mousedown:function(){var e;window.getSelection?(e=window.getSelection(),e.rangeCount&&(this.range=e.getRangeAt(0))):this.range=document.selection.createRange()},click:function(e){this._setSelection(),this._toggle(e)},keydown:function(t){var i=!0;switch(t.keyCode){case e.ui.keyCode.TAB:case e.ui.keyCode.ESCAPE:this.close(t),i=!1;break;case e.ui.keyCode.ENTER:this.isOpen&&this._selectFocusedItem(t);break;case e.ui.keyCode.UP:t.altKey?this._toggle(t):this._move("prev",t);break;case e.ui.keyCode.DOWN:t.altKey?this._toggle(t):this._move("next",t);break;case e.ui.keyCode.SPACE:this.isOpen?this._selectFocusedItem(t):this._toggle(t);break;case e.ui.keyCode.LEFT:this._move("prev",t);break;case e.ui.keyCode.RIGHT:this._move("next",t);break;case e.ui.keyCode.HOME:case e.ui.keyCode.PAGE_UP:this._move("first",t);break;case e.ui.keyCode.END:case e.ui.keyCode.PAGE_DOWN:this._move("last",t);break;default:this.menu.trigger(t),i=!1}i&&t.preventDefault()}},_selectFocusedItem:function(e){var t=this.menuItems.eq(this.focusIndex);t.hasClass("ui-state-disabled")||this._select(t.data("ui-selectmenu-item"),e)},_select:function(e,t){var i=this.element[0].selectedIndex;this.element[0].selectedIndex=e.index,this._setText(this.buttonText,e.label),this._setAria(e),this._trigger("select",t,{item:e}),e.index!==i&&this._trigger("change",t,{item:e}),this.close(t)},_setAria:function(e){var t=this.menuItems.eq(e.index).attr("id");this.button.attr({"aria-labelledby":t,"aria-activedescendant":t}),this.menu.attr("aria-activedescendant",t)},_setOption:function(e,t){"icons"===e&&this.button.find("span.ui-icon").removeClass(this.options.icons.button).addClass(t.button),this._super(e,t),"appendTo"===e&&this.menuWrap.appendTo(this._appendTo()),"disabled"===e&&(this.menuInstance.option("disabled",t),this.button.toggleClass("ui-state-disabled",t).attr("aria-disabled",t),this.element.prop("disabled",t),t?(this.button.attr("tabindex",-1),this.close()):this.button.attr("tabindex",0)),"width"===e&&this._resizeButton()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_toggleAttr:function(){this.button.toggleClass("ui-corner-top",this.isOpen).toggleClass("ui-corner-all",!this.isOpen).attr("aria-expanded",this.isOpen),this.menuWrap.toggleClass("ui-selectmenu-open",this.isOpen),this.menu.attr("aria-hidden",!this.isOpen)},_resizeButton:function(){var e=this.options.width;e||(e=this.element.show().outerWidth(),this.element.hide()),this.button.outerWidth(e)},_resizeMenu:function(){this.menu.outerWidth(Math.max(this.button.outerWidth(),this.menu.width("").outerWidth()+1))},_getCreateOptions:function(){return{disabled:this.element.prop("disabled")}},_parseOptions:function(t){var i=[];t.each(function(t,s){var n=e(s),a=n.parent("optgroup");i.push({element:n,index:t,value:n.val(),label:n.text(),optgroup:a.attr("label")||"",disabled:a.prop("disabled")||n.prop("disabled")})}),this.items=i},_destroy:function(){this.menuWrap.remove(),this.button.remove(),this.element.show(),this.element.removeUniqueId(),this.label.attr("for",this.ids.element)}}),e.widget("ui.slider",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"slide",options:{animate:!1,distance:0,max:100,min:0,orientation:"horizontal",range:!1,step:1,value:0,values:null,change:null,slide:null,start:null,stop:null},numPages:5,_create:function(){this._keySliding=!1,this._mouseSliding=!1,this._animateOff=!0,this._handleIndex=null,this._detectOrientation(),this._mouseInit(),this._calculateNewMax(),this.element.addClass("ui-slider ui-slider-"+this.orientation+" ui-widget"+" ui-widget-content"+" ui-corner-all"),this._refresh(),this._setOption("disabled",this.options.disabled),this._animateOff=!1},_refresh:function(){this._createRange(),this._createHandles(),this._setupEvents(),this._refreshValue()},_createHandles:function(){var t,i,s=this.options,n=this.element.find(".ui-slider-handle").addClass("ui-state-default ui-corner-all"),a="<span class='ui-slider-handle ui-state-default ui-corner-all' tabindex='0'></span>",o=[];for(i=s.values&&s.values.length||1,n.length>i&&(n.slice(i).remove(),n=n.slice(0,i)),t=n.length;i>t;t++)o.push(a);this.handles=n.add(e(o.join("")).appendTo(this.element)),this.handle=this.handles.eq(0),this.handles.each(function(t){e(this).data("ui-slider-handle-index",t)})},_createRange:function(){var t=this.options,i="";t.range?(t.range===!0&&(t.values?t.values.length&&2!==t.values.length?t.values=[t.values[0],t.values[0]]:e.isArray(t.values)&&(t.values=t.values.slice(0)):t.values=[this._valueMin(),this._valueMin()]),this.range&&this.range.length?this.range.removeClass("ui-slider-range-min ui-slider-range-max").css({left:"",bottom:""}):(this.range=e("<div></div>").appendTo(this.element),i="ui-slider-range ui-widget-header ui-corner-all"),this.range.addClass(i+("min"===t.range||"max"===t.range?" ui-slider-range-"+t.range:""))):(this.range&&this.range.remove(),this.range=null)},_setupEvents:function(){this._off(this.handles),this._on(this.handles,this._handleEvents),this._hoverable(this.handles),this._focusable(this.handles)},_destroy:function(){this.handles.remove(),this.range&&this.range.remove(),this.element.removeClass("ui-slider ui-slider-horizontal ui-slider-vertical ui-widget ui-widget-content ui-corner-all"),this._mouseDestroy()},_mouseCapture:function(t){var i,s,n,a,o,r,h,l,u=this,d=this.options;return d.disabled?!1:(this.elementSize={width:this.element.outerWidth(),height:this.element.outerHeight()},this.elementOffset=this.element.offset(),i={x:t.pageX,y:t.pageY},s=this._normValueFromMouse(i),n=this._valueMax()-this._valueMin()+1,this.handles.each(function(t){var i=Math.abs(s-u.values(t));(n>i||n===i&&(t===u._lastChangedValue||u.values(t)===d.min))&&(n=i,a=e(this),o=t)}),r=this._start(t,o),r===!1?!1:(this._mouseSliding=!0,this._handleIndex=o,a.addClass("ui-state-active").focus(),h=a.offset(),l=!e(t.target).parents().addBack().is(".ui-slider-handle"),this._clickOffset=l?{left:0,top:0}:{left:t.pageX-h.left-a.width()/2,top:t.pageY-h.top-a.height()/2-(parseInt(a.css("borderTopWidth"),10)||0)-(parseInt(a.css("borderBottomWidth"),10)||0)+(parseInt(a.css("marginTop"),10)||0)},this.handles.hasClass("ui-state-hover")||this._slide(t,o,s),this._animateOff=!0,!0))},_mouseStart:function(){return!0},_mouseDrag:function(e){var t={x:e.pageX,y:e.pageY},i=this._normValueFromMouse(t);return this._slide(e,this._handleIndex,i),!1},_mouseStop:function(e){return this.handles.removeClass("ui-state-active"),this._mouseSliding=!1,this._stop(e,this._handleIndex),this._change(e,this._handleIndex),this._handleIndex=null,this._clickOffset=null,this._animateOff=!1,!1},_detectOrientation:function(){this.orientation="vertical"===this.options.orientation?"vertical":"horizontal"},_normValueFromMouse:function(e){var t,i,s,n,a;return"horizontal"===this.orientation?(t=this.elementSize.width,i=e.x-this.elementOffset.left-(this._clickOffset?this._clickOffset.left:0)):(t=this.elementSize.height,i=e.y-this.elementOffset.top-(this._clickOffset?this._clickOffset.top:0)),s=i/t,s>1&&(s=1),0>s&&(s=0),"vertical"===this.orientation&&(s=1-s),n=this._valueMax()-this._valueMin(),a=this._valueMin()+s*n,this._trimAlignValue(a)},_start:function(e,t){var i={handle:this.handles[t],value:this.value()};return this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("start",e,i)},_slide:function(e,t,i){var s,n,a;this.options.values&&this.options.values.length?(s=this.values(t?0:1),2===this.options.values.length&&this.options.range===!0&&(0===t&&i>s||1===t&&s>i)&&(i=s),i!==this.values(t)&&(n=this.values(),n[t]=i,a=this._trigger("slide",e,{handle:this.handles[t],value:i,values:n}),s=this.values(t?0:1),a!==!1&&this.values(t,i))):i!==this.value()&&(a=this._trigger("slide",e,{handle:this.handles[t],value:i}),a!==!1&&this.value(i))},_stop:function(e,t){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("stop",e,i)},_change:function(e,t){if(!this._keySliding&&!this._mouseSliding){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._lastChangedValue=t,this._trigger("change",e,i)}},value:function(e){return arguments.length?(this.options.value=this._trimAlignValue(e),this._refreshValue(),this._change(null,0),void 0):this._value()},values:function(t,i){var s,n,a;if(arguments.length>1)return this.options.values[t]=this._trimAlignValue(i),this._refreshValue(),this._change(null,t),void 0;if(!arguments.length)return this._values();if(!e.isArray(arguments[0]))return this.options.values&&this.options.values.length?this._values(t):this.value();for(s=this.options.values,n=arguments[0],a=0;s.length>a;a+=1)s[a]=this._trimAlignValue(n[a]),this._change(null,a);this._refreshValue()},_setOption:function(t,i){var s,n=0;switch("range"===t&&this.options.range===!0&&("min"===i?(this.options.value=this._values(0),this.options.values=null):"max"===i&&(this.options.value=this._values(this.options.values.length-1),this.options.values=null)),e.isArray(this.options.values)&&(n=this.options.values.length),"disabled"===t&&this.element.toggleClass("ui-state-disabled",!!i),this._super(t,i),t){case"orientation":this._detectOrientation(),this.element.removeClass("ui-slider-horizontal 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+text-indent: 40px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 50px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 60px;
+}
+
+.tocify .tocify-item > a, .tocify .nav-list .nav-header {
+margin: 0px;
+}
+
+.tocify .tocify-item a, .tocify .list-group-item {
+padding: 5px;
+}
+.tocify .nav-pills > li {
+float: none;
+}
+
+
+</style>
+<script>/* jquery Tocify - v1.9.1 - 2013-10-22
+ * http://www.gregfranko.com/jquery.tocify.js/
+ * Copyright (c) 2013 Greg Franko; Licensed MIT */
+
+// Immediately-Invoked Function Expression (IIFE) [Ben Alman Blog Post](http://benalman.com/news/2010/11/immediately-invoked-function-expression/) that calls another IIFE that contains all of the plugin logic.  I used this pattern so that anyone viewing this code would not have to scroll to the bottom of the page to view the local parameters that were passed to the main IIFE.
+(function(tocify) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    // Calls the second IIFE and locally passes in the global jQuery, window, and document objects
+    tocify(window.jQuery, window, document);
+
+  }
+
+  // Locally passes in `jQuery`, the `window` object, the `document` object, and an `undefined` variable.  The `jQuery`, `window` and `document` objects are passed in locally, to improve performance, since javascript first searches for a variable match within the local variables set before searching the global variables set.  All of the global variables are also passed in locally to be minifier friendly. `undefined` can be passed in locally, because it is not a reserved word in JavaScript.
+  (function($, window, document, undefined) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    var tocClassName = "tocify",
+      tocClass = "." + tocClassName,
+      tocFocusClassName = "tocify-focus",
+      tocHoverClassName = "tocify-hover",
+      hideTocClassName = "tocify-hide",
+      hideTocClass = "." + hideTocClassName,
+      headerClassName = "tocify-header",
+      headerClass = "." + headerClassName,
+      subheaderClassName = "tocify-subheader",
+      subheaderClass = "." + subheaderClassName,
+      itemClassName = "tocify-item",
+      itemClass = "." + itemClassName,
+      extendPageClassName = "tocify-extend-page",
+      extendPageClass = "." + extendPageClassName;
+
+    // Calling the jQueryUI Widget Factory Method
+    $.widget("toc.tocify", {
+
+      //Plugin version
+      version: "1.9.1",
+
+      // These options will be used as defaults
+      options: {
+
+        // **context**: Accepts String: Any jQuery selector
+        // The container element that holds all of the elements used to generate the table of contents
+        context: "body",
+
+        // **ignoreSelector**: Accepts String: Any jQuery selector
+        // A selector to any element that would be matched by selectors that you wish to be ignored
+        ignoreSelector: null,
+
+        // **selectors**: Accepts an Array of Strings: Any jQuery selectors
+        // The element's used to generate the table of contents.  The order is very important since it will determine the table of content's nesting structure
+        selectors: "h1, h2, h3",
+
+        // **showAndHide**: Accepts a boolean: true or false
+        // Used to determine if elements should be shown and hidden
+        showAndHide: true,
+
+        // **showEffect**: Accepts String: "none", "fadeIn", "show", or "slideDown"
+        // Used to display any of the table of contents nested items
+        showEffect: "slideDown",
+
+        // **showEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the show animation
+        showEffectSpeed: "medium",
+
+        // **hideEffect**: Accepts String: "none", "fadeOut", "hide", or "slideUp"
+        // Used to hide any of the table of contents nested items
+        hideEffect: "slideUp",
+
+        // **hideEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the hide animation
+        hideEffectSpeed: "medium",
+
+        // **smoothScroll**: Accepts a boolean: true or false
+        // Determines if a jQuery animation should be used to scroll to specific table of contents items on the page
+        smoothScroll: true,
+
+        // **smoothScrollSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the smoothScroll animation
+        smoothScrollSpeed: "medium",
+
+        // **scrollTo**: Accepts Number (pixels)
+        // The amount of space between the top of page and the selected table of contents item after the page has been scrolled
+        scrollTo: 0,
+
+        // **showAndHideOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be shown and hidden while scrolling
+        showAndHideOnScroll: true,
+
+        // **highlightOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be highlighted (set to a different color) while scrolling
+        highlightOnScroll: true,
+
+        // **highlightOffset**: Accepts a number
+        // The offset distance in pixels to trigger the next active table of contents item
+        highlightOffset: 40,
+
+        // **theme**: Accepts a string: "bootstrap", "jqueryui", or "none"
+        // Determines if Twitter Bootstrap, jQueryUI, or Tocify classes should be added to the table of contents
+        theme: "bootstrap",
+
+        // **extendPage**: Accepts a boolean: true or false
+        // If a user scrolls to the bottom of the page and the page is not tall enough to scroll to the last table of contents item, then the page height is increased
+        extendPage: true,
+
+        // **extendPageOffset**: Accepts a number: pixels
+        // How close to the bottom of the page a user must scroll before the page is extended
+        extendPageOffset: 100,
+
+        // **history**: Accepts a boolean: true or false
+        // Adds a hash to the page url to maintain history
+        history: true,
+
+        // **scrollHistory**: Accepts a boolean: true or false
+        // Adds a hash to the page url, to maintain history, when scrolling to a TOC item
+        scrollHistory: false,
+
+        // **hashGenerator**: How the hash value (the anchor segment of the URL, following the
+        // # character) will be generated.
+        //
+        // "compact" (default) - #CompressesEverythingTogether
+        // "pretty" - #looks-like-a-nice-url-and-is-easily-readable
+        // function(text, element){} - Your own hash generation function that accepts the text as an
+        // argument, and returns the hash value.
+        hashGenerator: "compact",
+
+        // **highlightDefault**: Accepts a boolean: true or false
+        // Set's the first TOC item as active if no other TOC item is active.
+        highlightDefault: true
+
+      },
+
+      // _Create
+      // -------
+      //      Constructs the plugin.  Only called once.
+      _create: function() {
+
+        var self = this;
+
+        self.extendPageScroll = true;
+
+        // Internal array that keeps track of all TOC items (Helps to recognize if there are duplicate TOC item strings)
+        self.items = [];
+
+        // Generates the HTML for the dynamic table of contents
+        self._generateToc();
+
+        // Adds CSS classes to the newly generated table of contents HTML
+        self._addCSSClasses();
+
+        self.webkit = (function() {
+
+          for (var prop in window) {
+
+            if (prop) {
+
+              if (prop.toLowerCase().indexOf("webkit") !== -1) {
+
+                return true;
+
+              }
+
+            }
+
+          }
+
+          return false;
+
+        }());
+
+        // Adds jQuery event handlers to the newly generated table of contents
+        self._setEventHandlers();
+
+        // Binding to the Window load event to make sure the correct scrollTop is calculated
+        $(window).on("load", function() {
+
+          // Sets the active TOC item
+          self._setActiveElement(true);
+
+          // Once all animations on the page are complete, this callback function will be called
+          $("html, body").promise().done(function() {
+
+            setTimeout(function() {
+
+              self.extendPageScroll = false;
+
+            }, 0);
+
+          });
+
+        });
+
+      },
+
+      // _generateToc
+      // ------------
+      //      Generates the HTML for the dynamic table of contents
+      _generateToc: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // All of the HTML tags found within the context provided (i.e. body) that match the top level jQuery selector above
+          firstElem,
+
+          // Instantiated variable that will store the top level newly created unordered list DOM element
+          ul,
+          ignoreSelector = self.options.ignoreSelector;
+
+
+        // Determine the element to start the toc with
+        // get all the top level selectors
+        firstElem = [];
+        var selectors = this.options.selectors.replace(/ /g, "").split(",");
+        // find the first set that have at least one non-ignored element
+        for(var i = 0; i < selectors.length; i++) {
+          var foundSelectors = $(this.options.context).find(selectors[i]);
+          for (var s = 0; s < foundSelectors.length; s++) {
+            if (!$(foundSelectors[s]).is(ignoreSelector)) {
+              firstElem = foundSelectors;
+              break;
+            }
+          }
+          if (firstElem.length> 0)
+            break;
+        }
+
+        if (!firstElem.length) {
+
+          self.element.addClass(hideTocClassName);
+
+          return;
+
+        }
+
+        self.element.addClass(tocClassName);
+
+        // Loops through each top level selector
+        firstElem.each(function(index) {
+
+          //If the element matches the ignoreSelector then we skip it
+          if ($(this).is(ignoreSelector)) {
+            return;
+          }
+
+          // Creates an unordered list HTML element and adds a dynamic ID and standard class name
+          ul = $("<ul/>", {
+            "id": headerClassName + index,
+            "class": headerClassName
+          }).
+
+          // Appends a top level list item HTML element to the previously created HTML header
+          append(self._nestElements($(this), index));
+
+          // Add the created unordered list element to the HTML element calling the plugin
+          self.element.append(ul);
+
+          // Finds all of the HTML tags between the header and subheader elements
+          $(this).nextUntil(this.nodeName.toLowerCase()).each(function() {
+
+            // If there are no nested subheader elemements
+            if ($(this).find(self.options.selectors).length === 0) {
+
+              // Loops through all of the subheader elements
+              $(this).filter(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+            // If there are nested subheader elements
+            else {
+
+              // Loops through all of the subheader elements
+              $(this).find(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+          });
+
+        });
+
+      },
+
+      _setActiveElement: function(pageload) {
+
+        var self = this,
+
+          hash = window.location.hash.substring(1),
+
+          elem = self.element.find('li[data-unique="' + hash + '"]');
+
+        if (hash.length) {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          elem.addClass(self.focusClass);
+
+          // Triggers the click event on the currently focused TOC item
+          elem.click();
+
+        } else {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          if (!hash.length && pageload && self.options.highlightDefault) {
+
+            // Highlights the first TOC item if no other items are highlighted
+            self.element.find(itemClass).first().addClass(self.focusClass);
+
+          }
+
+        }
+
+        return self;
+
+      },
+
+      // _nestElements
+      // -------------
+      //      Helps create the table of contents list by appending nested list items
+      _nestElements: function(self, index) {
+
+        var arr, item, hashValue;
+
+        arr = $.grep(this.items, function(item) {
+
+          return item === self.text();
+
+        });
+
+        // If there is already a duplicate TOC item
+        if (arr.length) {
+
+          // Adds the current TOC item text and index (for slight randomization) to the internal array
+          this.items.push(self.text() + index);
+
+        }
+
+        // If there not a duplicate TOC item
+        else {
+
+          // Adds the current TOC item text to the internal array
+          this.items.push(self.text());
+
+        }
+
+        hashValue = this._generateHashValue(arr, self, index);
+
+        // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+        item = $("<li/>", {
+
+          // Sets a common class name to the list item
+          "class": itemClassName,
+
+          "data-unique": hashValue
+
+        });
+
+        if (this.options.theme !== "bootstrap3") {
+
+          item.append($("<a/>", {
+
+            "html": self.html()
+
+          }));
+
+        } else {
+
+          item.html(self.html());
+
+        }
+
+        // Adds an HTML anchor tag before the currently traversed HTML element
+        self.before($("<div/>", {
+
+          // Sets a name attribute on the anchor tag to the text of the currently traversed HTML element (also making sure that all whitespace is replaced with an underscore)
+          "name": hashValue,
+
+          "data-unique": hashValue
+
+        }));
+
+        return item;
+
+      },
+
+      // _generateHashValue
+      // ------------------
+      //      Generates the hash value that will be used to refer to each item.
+      _generateHashValue: function(arr, self, index) {
+
+        var hashValue = "",
+          hashGeneratorOption = this.options.hashGenerator;
+
+        if (hashGeneratorOption === "pretty") {
+
+          // prettify the text
+          hashValue = self.text().toLowerCase().replace(/\s/g, "-");
+
+          // fix double hyphens
+          while (hashValue.indexOf("--") > -1) {
+            hashValue = hashValue.replace(/--/g, "-");
+          }
+
+          // fix colon-space instances
+          while (hashValue.indexOf(":-") > -1) {
+            hashValue = hashValue.replace(/:-/g, "-");
+          }
+
+        } else if (typeof hashGeneratorOption === "function") {
+
+          // call the function
+          hashValue = hashGeneratorOption(self.text(), self);
+
+        } else {
+
+          // compact - the default
+          hashValue = self.text().replace(/\s/g, "");
+
+        }
+
+        // add the index if we need to
+        if (arr.length) {
+          hashValue += "" + index;
+        }
+
+        // return the value
+        return hashValue;
+
+      },
+
+      // _appendElements
+      // ---------------
+      //      Helps create the table of contents list by appending subheader elements
+
+      _appendSubheaders: function(self, ul) {
+
+        // The current element index
+        var index = $(this).index(self.options.selectors),
+
+          // Finds the previous header DOM element
+          previousHeader = $(self.options.selectors).eq(index - 1),
+
+          currentTagName = +$(this).prop("tagName").charAt(1),
+
+          previousTagName = +previousHeader.prop("tagName").charAt(1),
+
+          lastSubheader;
+
+        // If the current header DOM element is smaller than the previous header DOM element or the first subheader
+        if (currentTagName < previousTagName) {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          self.element.find(subheaderClass + "[data-tag=" + currentTagName + "]").last().append(self._nestElements($(this), index));
+
+        }
+
+        // If the current header DOM element is the same type of header(eg. h4) as the previous header DOM element
+        else if (currentTagName === previousTagName) {
+
+          ul.find(itemClass).last().after(self._nestElements($(this), index));
+
+        } else {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          ul.find(itemClass).last().
+
+          // Appends an unorderedList HTML element to the dynamic `unorderedList` variable and sets a common class name
+          after($("<ul/>", {
+
+            "class": subheaderClassName,
+
+            "data-tag": currentTagName
+
+          })).next(subheaderClass).
+
+          // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+          append(self._nestElements($(this), index));
+        }
+
+      },
+
+      // _setEventHandlers
+      // ----------------
+      //      Adds jQuery event handlers to the newly generated table of contents
+      _setEventHandlers: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // Instantiates a new variable that will be used to hold a specific element's context
+          $self,
+
+          // Instantiates a new variable that will be used to determine the smoothScroll animation time duration
+          duration;
+
+        // Event delegation that looks for any clicks on list item elements inside of the HTML element calling the plugin
+        this.element.on("click.tocify", "li", function(event) {
+
+          if (self.options.history) {
+
+            window.location.hash = $(this).attr("data-unique");
+
+          }
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          $(this).addClass(self.focusClass);
+
+          // If the showAndHide option is true
+          if (self.options.showAndHide) {
+
+            var elem = $('li[data-unique="' + $(this).attr("data-unique") + '"]');
+
+            self._triggerShow(elem);
+
+          }
+
+          self._scrollTo($(this));
+
+        });
+
+        // Mouseenter and Mouseleave event handlers for the list item's within the HTML element calling the plugin
+        this.element.find("li").on({
+
+          // Mouseenter event handler
+          "mouseenter.tocify": function() {
+
+            // Adds a hover CSS class to the current list item
+            $(this).addClass(self.hoverClass);
+
+            // Makes sure the cursor is set to the pointer icon
+            $(this).css("cursor", "pointer");
+
+          },
+
+          // Mouseleave event handler
+          "mouseleave.tocify": function() {
+
+            if (self.options.theme !== "bootstrap") {
+
+              // Removes the hover CSS class from the current list item
+              $(this).removeClass(self.hoverClass);
+
+            }
+
+          }
+        });
+
+        // only attach handler if needed (expensive in IE)
+        if (self.options.extendPage || self.options.highlightOnScroll || self.options.scrollHistory || self.options.showAndHideOnScroll) {
+          // Window scroll event handler
+          $(window).on("scroll.tocify", function() {
+
+            // Once all animations on the page are complete, this callback function will be called
+            $("html, body").promise().done(function() {
+
+              // Local variables
+
+              // Stores how far the user has scrolled
+              var winScrollTop = $(window).scrollTop(),
+
+                // Stores the height of the window
+                winHeight = $(window).height(),
+
+                // Stores the height of the document
+                docHeight = $(document).height(),
+
+                scrollHeight = $("body")[0].scrollHeight,
+
+                // Instantiates a variable that will be used to hold a selected HTML element
+                elem,
+
+                lastElem,
+
+                lastElemOffset,
+
+                currentElem;
+
+              if (self.options.extendPage) {
+
+                // If the user has scrolled to the bottom of the page and the last toc item is not focused
+                if ((self.webkit && winScrollTop >= scrollHeight - winHeight - self.options.extendPageOffset) || (!self.webkit && winHeight + winScrollTop > docHeight - self.options.extendPageOffset)) {
+
+                  if (!$(extendPageClass).length) {
+
+                    lastElem = $('div[data-unique="' + $(itemClass).last().attr("data-unique") + '"]');
+
+                    if (!lastElem.length) return;
+
+                    // Gets the top offset of the page header that is linked to the last toc item
+                    lastElemOffset = lastElem.offset().top;
+
+                    // Appends a div to the bottom of the page and sets the height to the difference of the window scrollTop and the last element's position top offset
+                    $(self.options.context).append($("<div/>", {
+
+                      "class": extendPageClassName,
+
+                      "height": Math.abs(lastElemOffset - winScrollTop) + "px",
+
+                      "data-unique": extendPageClassName
+
+                    }));
+
+                    if (self.extendPageScroll) {
+
+                      currentElem = self.element.find('li.' + self.focusClass);
+
+                      self._scrollTo($('div[data-unique="' + currentElem.attr("data-unique") + '"]'));
+
+                    }
+
+                  }
+
+                }
+
+              }
+
+              // The zero timeout ensures the following code is run after the scroll events
+              setTimeout(function() {
+
+                // _Local variables_
+
+                // Stores the distance to the closest anchor
+                var closestAnchorDistance = null,
+
+                  // Stores the index of the closest anchor
+                  closestAnchorIdx = null,
+
+                  // Keeps a reference to all anchors
+                  anchors = $(self.options.context).find("div[data-unique]"),
+
+                  anchorText;
+
+                // Determines the index of the closest anchor
+                anchors.each(function(idx) {
+                  var distance = Math.abs(($(this).next().length ? $(this).next() : $(this)).offset().top - winScrollTop - self.options.highlightOffset);
+                  if (closestAnchorDistance == null || distance < closestAnchorDistance) {
+                    closestAnchorDistance = distance;
+                    closestAnchorIdx = idx;
+                  } else {
+                    return false;
+                  }
+                });
+
+                anchorText = $(anchors[closestAnchorIdx]).attr("data-unique");
+
+                // Stores the list item HTML element that corresponds to the currently traversed anchor tag
+                elem = $('li[data-unique="' + anchorText + '"]');
+
+                // If the `highlightOnScroll` option is true and a next element is found
+                if (self.options.highlightOnScroll && elem.length) {
+
+                  // Removes highlighting from all of the list item's
+                  self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+                  // Highlights the corresponding list item
+                  elem.addClass(self.focusClass);
+
+                }
+
+                if (self.options.scrollHistory) {
+
+                  if (window.location.hash !== "#" + anchorText) {
+
+                    window.location.replace("#" + anchorText);
+
+                  }
+                }
+
+                // If the `showAndHideOnScroll` option is true
+                if (self.options.showAndHideOnScroll && self.options.showAndHide) {
+
+                  self._triggerShow(elem, true);
+
+                }
+
+              }, 0);
+
+            });
+
+          });
+        }
+
+      },
+
+      // Show
+      // ----
+      //      Opens the current sub-header
+      show: function(elem, scroll) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this,
+          element = elem;
+
+        // If the sub-header is not already visible
+        if (!elem.is(":visible")) {
+
+          // If the current element does not have any nested subheaders, is not a header, and its parent is not visible
+          if (!elem.find(subheaderClass).length && !elem.parent().is(headerClass) && !elem.parent().is(":visible")) {
+
+            // Sets the current element to all of the subheaders within the current header
+            elem = elem.parents(subheaderClass).add(elem);
+
+          }
+
+          // If the current element does not have any nested subheaders and is not a header
+          else if (!elem.children(subheaderClass).length && !elem.parent().is(headerClass)) {
+
+            // Sets the current element to the closest subheader
+            elem = elem.closest(subheaderClass);
+
+          }
+
+          //Determines what jQuery effect to use
+          switch (self.options.showEffect) {
+
+            //Uses `no effect`
+            case "none":
+
+              elem.show();
+
+              break;
+
+              //Uses the jQuery `show` special effect
+            case "show":
+
+              elem.show(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `slideDown` special effect
+            case "slideDown":
+
+              elem.slideDown(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `fadeIn` special effect
+            case "fadeIn":
+
+              elem.fadeIn(self.options.showEffectSpeed);
+
+              break;
+
+              //If none of the above options were passed, then a `jQueryUI show effect` is expected
+            default:
+
+              elem.show();
+
+              break;
+
+          }
+
+        }
+
+        // If the current subheader parent element is a header
+        if (elem.parent().is(headerClass)) {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem));
+
+        }
+
+        // If the current subheader parent element is not a header
+        else {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem.closest(headerClass).find(subheaderClass).not(elem.siblings())));
+
+        }
+
+        // Maintains chainablity
+        return self;
+
+      },
+
+      // Hide
+      // ----
+      //      Closes the current sub-header
+      hide: function(elem) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this;
+
+        //Determines what jQuery effect to use
+        switch (self.options.hideEffect) {
+
+          // Uses `no effect`
+          case "none":
+
+            elem.hide();
+
+            break;
+
+            // Uses the jQuery `hide` special effect
+          case "hide":
+
+            elem.hide(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `slideUp` special effect
+          case "slideUp":
+
+            elem.slideUp(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `fadeOut` special effect
+          case "fadeOut":
+
+            elem.fadeOut(self.options.hideEffectSpeed);
+
+            break;
+
+            // If none of the above options were passed, then a `jqueryUI hide effect` is expected
+          default:
+
+            elem.hide();
+
+            break;
+
+        }
+
+        // Maintains chainablity
+        return self;
+      },
+
+      // _triggerShow
+      // ------------
+      //      Determines what elements get shown on scroll and click
+      _triggerShow: function(elem, scroll) {
+
+        var self = this;
+
+        // If the current element's parent is a header element or the next element is a nested subheader element
+        if (elem.parent().is(headerClass) || elem.next().is(subheaderClass)) {
+
+          // Shows the next sub-header element
+          self.show(elem.next(subheaderClass), scroll);
+
+        }
+
+        // If the current element's parent is a subheader element
+        else if (elem.parent().is(subheaderClass)) {
+
+          // Shows the parent sub-header element
+          self.show(elem.parent(), scroll);
+
+        }
+
+        // Maintains chainability
+        return self;
+
+      },
+
+      // _addCSSClasses
+      // --------------
+      //      Adds CSS classes to the newly generated table of contents HTML
+      _addCSSClasses: function() {
+
+        // If the user wants a jqueryUI theme
+        if (this.options.theme === "jqueryui") {
+
+          this.focusClass = "ui-state-default";
+
+          this.hoverClass = "ui-state-hover";
+
+          //Adds the default styling to the dropdown list
+          this.element.addClass("ui-widget").find(".toc-title").addClass("ui-widget-header").end().find("li").addClass("ui-widget-content");
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("nav nav-list");
+
+          this.focusClass = "active";
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap3") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("list-group");
+
+          this.element.find(itemClass).addClass("list-group-item");
+
+          this.focusClass = "active";
+
+        }
+
+        // If a user does not want a prebuilt theme
+        else {
+
+          // Adds more neutral classes (instead of jqueryui)
+
+          this.focusClass = tocFocusClassName;
+
+          this.hoverClass = tocHoverClassName;
+
+        }
+
+        //Maintains chainability
+        return this;
+
+      },
+
+      // setOption
+      // ---------
+      //      Sets a single Tocify option after the plugin is invoked
+      setOption: function() {
+
+        // Calls the jQueryUI Widget Factory setOption method
+        $.Widget.prototype._setOption.apply(this, arguments);
+
+      },
+
+      // setOptions
+      // ----------
+      //      Sets a single or multiple Tocify options after the plugin is invoked
+      setOptions: function() {
+
+        // Calls the jQueryUI Widget Factory setOptions method
+        $.Widget.prototype._setOptions.apply(this, arguments);
+
+      },
+
+      // _scrollTo
+      // ---------
+      //      Scrolls to a specific element
+      _scrollTo: function(elem) {
+
+        var self = this,
+          duration = self.options.smoothScroll || 0,
+          scrollTo = self.options.scrollTo,
+          currentDiv = $('div[data-unique="' + elem.attr("data-unique") + '"]');
+
+        if (!currentDiv.length) {
+
+          return self;
+
+        }
+
+        // Once all animations on the page are complete, this callback function will be called
+        $("html, body").promise().done(function() {
+
+          // Animates the html and body element scrolltops
+          $("html, body").animate({
+
+            // Sets the jQuery `scrollTop` to the top offset of the HTML div tag that matches the current list item's `data-unique` tag
+            "scrollTop": currentDiv.offset().top - ($.isFunction(scrollTo) ? scrollTo.call() : scrollTo) + "px"
+
+          }, {
+
+            // Sets the smoothScroll animation time duration to the smoothScrollSpeed option
+            "duration": duration
+
+          });
+
+        });
+
+        // Maintains chainability
+        return self;
+
+      }
+
+    });
+
+  })); //end of plugin
+</script>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<script>
+window.initializeCodeFolding = function(show) {
+
+  // handlers for show-all and hide all
+  $("#rmd-show-all-code").click(function() {
+    $('div.r-code-collapse').each(function() {
+      $(this).collapse('show');
+    });
+  });
+  $("#rmd-hide-all-code").click(function() {
+    $('div.r-code-collapse').each(function() {
+      $(this).collapse('hide');
+    });
+  });
+
+  // index for unique code element ids
+  var currentIndex = 1;
+
+  // select all R code blocks
+  var rCodeBlocks = $('pre.r, pre.python, pre.bash, pre.sql, pre.cpp, pre.stan, pre.julia, pre.foldable');
+  rCodeBlocks.each(function() {
+
+    // create a collapsable div to wrap the code in
+    var div = $('<div class="collapse r-code-collapse"></div>');
+    var showThis = (show || $(this).hasClass('fold-show')) && !$(this).hasClass('fold-hide');
+    var id = 'rcode-643E0F36' + currentIndex++;
+    div.attr('id', id);
+    $(this).before(div);
+    $(this).detach().appendTo(div);
+
+    // add a show code button right above
+    var showCodeText = $('<span>' + (showThis ? 'Hide' : 'Code') + '</span>');
+    var showCodeButton = $('<button type="button" class="btn btn-default btn-xs btn-secondary btn-sm code-folding-btn pull-right float-right"></button>');
+    showCodeButton.append(showCodeText);
+    showCodeButton
+        .attr('data-toggle', 'collapse')
+        .attr('data-bs-toggle', 'collapse') // BS5
+        .attr('data-target', '#' + id)
+        .attr('data-bs-target', '#' + id)   // BS5
+        .attr('aria-expanded', showThis)
+        .attr('aria-controls', id);
+
+    var buttonRow = $('<div class="row"></div>');
+    var buttonCol = $('<div class="col-md-12"></div>');
+
+    buttonCol.append(showCodeButton);
+    buttonRow.append(buttonCol);
+
+    div.before(buttonRow);
+
+    // show the div if necessary
+    if (showThis) div.collapse('show');
+
+    // update state of button on show/hide
+    //   * Change text
+    //   * add a class for intermediate states styling
+    div.on('hide.bs.collapse', function () {
+      showCodeText.text('Code');
+      showCodeButton.addClass('btn-collapsing');
+    });
+    div.on('hidden.bs.collapse', function () {
+      showCodeButton.removeClass('btn-collapsing');
+    });
+    div.on('show.bs.collapse', function () {
+      showCodeText.text('Hide');
+      showCodeButton.addClass('btn-expanding');
+    });
+    div.on('shown.bs.collapse', function () {
+      showCodeButton.removeClass('btn-expanding');
+    });
+
+  });
+
+}
+</script>
+<script>
+window.initializeSourceEmbed = function(filename) {
+  $("#rmd-download-source").click(function() {
+    var src = $("#rmd-source-code").html();
+    var a = document.createElement('a');
+    a.href = "data:text/x-r-markdown;base64," + src;
+    a.download = filename;
+    document.body.appendChild(a);
+    a.click();
+    document.body.removeChild(a);
+  });
+};
+</script>
+<style type="text/css">.hljs-literal {
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+}
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+
+<h1 class="title toc-ignore">Module 1 - Intro to *nix and the Command
+Line</h1>
+<h4 class="author">Loyal Goff</h4>
+<h4 class="date">2022-08-05</h4>
+
+</div>
+
+
+<!-- rnb-text-begin -->
+<!-- rnb-text-end -->
+<!-- rnb-text-begin -->
+<div id="introduction" class="section level1">
+<h1>Introduction</h1>
+</div>
+<div id="learning-objectives" class="section level1">
+<h1>Learning Objectives</h1>
+<ul>
+<li>Develop familiarity with the *nix command line</li>
+<li>Understand how to navigate a *nix filesystem</li>
+<li>Become comfortable with running commands and passing arguments</li>
+<li>Understand how to create, inspect, move, and delete files and
+folders using the command line system</li>
+<li>Understand file permissions and they can be modified</li>
+<li>Practice searching through a sample file with <code>grep</code></li>
+</ul>
+</div>
+<div id="basics" class="section level1">
+<h1>Basics</h1>
+<div id="hardware-software-and-the-operating-system" class="section level2">
+<h2>Hardware, software, and the operating system</h2>
+<ul>
+<li>harware = laptop, desktop, iphone and the physical components of
+your computer</li>
+<li>software = word processing, spreadsheet, graphics, games, email</li>
+<li>OS (also software) = Windows, Mac, Android, Ubuntu, Debian, Unix,
+Linux</li>
+</ul>
+</div>
+<div id="computer-structure" class="section level2">
+<h2>Computer Structure</h2>
+<p><img 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" /></p>
+</div>
+<div id="interfaces" class="section level2">
+<h2>Interfaces</h2>
+<p>How we interact with the computer (input and output)</p>
+<div id="graphical-user-interface-gui" class="section level3">
+<h3>Graphical User Interface (GUI)</h3>
+<p>Anything you see and and click (FileExplorer, Finder) ### Command
+Line Interface (CLI) In the remainder of this document we are
+demonstrating how to run shell (bash) commands within an RMarkdown
+document/notebook by indicating which language we’ll be using at the
+beginning of each code chunk.</p>
+<pre><code>&#39;&#39;&#39;{bash}
+
+&#39;&#39;&#39;</code></pre>
+<p>This tells RStudio to utilize your computers Unix-like system (either
+the MacOSX operating system or the Linux distribution installed by
+Windows users) to execute the code within the chunk. If you do not wish
+to use a RMarkdown document, you can open up a terminal directly in
+RStudio by going to Tools &gt; Terminal &gt; New Terminal and enter the
+commands directly into the command line without using inline code
+chunks.</p>
+<p><img 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/></p>
+<p>See the command line interface screenshot below as an example.</p>
+<p><img src="data:image/png;base64,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/></p>
+</div>
+</div>
+<div id="navigating-the-file-system" class="section level2">
+<h2>Navigating the File System</h2>
+<p>The first thing we need to figure our is ‘where are we’ in the file
+system. To do this, we want to ‘<strong>P</strong>rint the
+<strong>W</strong>orking <strong>D</strong>irectory’ using the shell
+command <code>pwd</code></p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxucHdkXG5gYGAifQ== -->
+<pre class="bash"><code>pwd</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>We can list the contents of the directory using the bash comand
+<code>ls</code></p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHNcbmBgYCJ9 -->
+<pre class="bash"><code>ls</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<div id="optionsinput-arguments" class="section level3">
+<h3>Options/Input arguments</h3>
+<p>Bash/shell commands can take input arguments or options. One
+convention is to use a dash ( - ) to specify arguments. For example, we
+can ask ls to show a more detailed list of information for each
+file/folder:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgLWxcbmBgYCJ9 -->
+<pre class="bash"><code>ls -l</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>We can aggregate different options by directly appending options one
+after another. The following shows how to display file sizes in human
+readable formats ( -h ):</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgLWxoXG5gYGAifQ== -->
+<pre class="bash"><code>ls -lh</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Sometimes commands take in arguments for various purposes. Again,
+using ls as example, it can take path as an argument. Without the path,
+it will by default show the current listings, as shown above. Given a
+path, it will list items in that path. The following command lists all
+the files and directories in the directory directly above your current
+directory:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgLi4vXG5gYGAifQ== -->
+<pre class="bash"><code>ls ../</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="manual-pages-man" class="section level3">
+<h3>Manual Pages (man)</h3>
+<p>It is certainly not expected that you memorize all arguments for
+every command. This is where the manual ( man ) comes in handy. You can
+use man command_name to find information about how to use a specific
+command. For example:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubWFuIGxzXG5gYGAifQ== -->
+<pre class="bash"><code>man ls</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Here, man is a command that takes one input argument (which should be
+a Bash command) and outputs the corresponding manual.</p>
+</div>
+<div id="creating-and-navigating-folders" class="section level3">
+<h3>Creating and Navigating Folders</h3>
+<p>Now that we have a basic overview of how to interact with the
+computer in bash, it will be useful to understand how to create folders
+(directories) and navigate around our system. We’ve already used the pwd
+command to learn where we currently are. But what if we wanted to make a
+new directory to contain a project? The mkdir command stands for “make
+directory”. It takes in a directory name as an argument, and then
+creates a new directory in the current working directory.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubWtkaXIgbXlEaXJlY3RvcnlcbmBgYCJ9 -->
+<pre class="bash"><code>mkdir myDirectory</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Nothing seemed to happen? Lets check and see if our new directory was
+made:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgLWxcbmBgYCJ9 -->
+<pre class="bash"><code>ls -l</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>There it is, lets try and move into the directory. cd stands for
+“change directory”. Just as you would click on a folder in Windows
+Explorer or Finder on a Mac, cd switches you into the directory you
+specify. In other words, cd changes the working directory.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuY2QgbXlEaXJlY3RvcnlcbnB3ZFxuYGBgIn0= -->
+<pre class="bash"><code>cd myDirectory
+pwd</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Note that within the above chunk, you actually ran two commands in
+bash, one right after the other. You first changed your location within
+the file system by using the <code>cd</code> command. Then you used the
+<code>pwd</code> command to list out your current location in the file
+system. All scripting will follow this type of linear instruction list
+unless we create a loop (more on that later!). Now we have moved into
+the folder/directory we just made. We can move back into the previous
+directory by using the shortcut <code>..</code></p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuY2QgLi5cbnB3ZFxuYGBgIn0= -->
+<pre class="bash"><code>cd ..
+pwd</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>And finally, we can remove an (empty) directory using rmdir .</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxucm1kaXIgbXlEaXJlY3RvcnlcbmxzXG5gYGAifQ== -->
+<pre class="bash"><code>rmdir myDirectory
+ls</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="review" class="section level3">
+<h3>Review</h3>
+<ul>
+<li>The command line is a text interface for the computer’s operating
+system. To access the command line, we use the terminal.</li>
+<li>A filesystem organizes a computer’s files and directories into a
+tree. It starts with the root directory. Each parent directory can
+contain more child directories and files.</li>
+<li>From the command line, you can navigate through files and folders on
+your computer
+<ul>
+<li><code>pwd</code> outputs the name of the current working
+directory.</li>
+<li><code>ls</code> lists all files and directories in the working
+directory.</li>
+<li><code>cd</code> switches you into the directory you specify.</li>
+<li><code>mkdir</code> creates a new directory in the working
+directory.</li>
+<li><code>rmdir</code> removes an empty directory</li>
+</ul></li>
+</ul>
+</div>
+</div>
+<div id="viewing-and-changing-files" class="section level2">
+<h2>Viewing and changing files</h2>
+<div id="creating-files" class="section level3">
+<h3>Creating files</h3>
+<p>There are several ways to create a file. One of the easiest is to
+just create an empty file by touching it ( <code>touch</code> )</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxudG91Y2ggbXlCcmFuZE5ld0ZpbGUudHh0XG5gYGAifQ== -->
+<pre class="bash"><code>touch myBrandNewFile.txt</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgLWxcbmBgYCJ9 -->
+<pre class="bash"><code>ls -l</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="side-note-about-wildcards" class="section level3">
+<h3>Side note about wildcards</h3>
+<ul>
+<li>The <code>*</code> matches one or more occurrence of any
+character</li>
+<li>The <code>?</code> matches a single occurrence of any character</li>
+<li>Another shortcut is tab completion, type the beginning of a file or
+directory, then hit tab for it to automatically fill in the rest (this
+will likely only work in the <em>actual</em> terminal, not from within a
+notebook)</li>
+</ul>
+<p>You just looked at the files that are in your current directory when
+you used ls -l and you should see your new file
+<code>myBrandNewFile.txt</code>. Let’s test out using the wildcard and
+tab complete options.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgKi50eHRcbmBgYCJ9 -->
+<pre class="bash"><code>ls *.txt</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>OR</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubHMgbXk/cmFuZE5ld0ZpbGUudHh0XG5cbmBgYCJ9 -->
+<pre class="bash"><code>ls my?randNewFile.txt
+</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="writing-to-a-file-in-bash" class="section level3">
+<h3>Writing to a file in bash</h3>
+<p>Side note over. Let’s get back to writing files!</p>
+<p>We created the file and gave it a name, but it is completely empty at
+this point. We can write directly to a file by redirecting some content
+into the file. This is achieved with the <code>&gt;</code> (redirect).
+Imagine that this is an arrow pointing to where you want to put the
+output. Here we will also introduce you to the <code>echo</code> command
+which simply repeats the first argument (in this case the argument is
+the text ‘Hello World’). Here we’re going to have the output of echo
+redirected into our new file.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuXG5lY2hvICdIZWxsbyBXb3JsZCEnID5teUJyYW5kTmV3RmlsZS50eHRcbmBgYCJ9 -->
+<pre class="bash"><code>
+echo &#39;Hello World!&#39; &gt;myBrandNewFile.txt</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>We can now view the contents of a file by using the command cat which
+returns the entire contents of the file.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuY2F0IG15QnJhbmROZXdGaWxlLnR4dFxuXG5gYGAifQ== -->
+<pre class="bash"><code>cat myBrandNewFile.txt
+</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="moving-and-removing-files" class="section level3">
+<h3>Moving and removing files</h3>
+<p>The ‘mv’ command has a couple of different uses. You can use it to
+move files from one directory to another (imagine moving a file from
+your ‘Downloads’ to your ‘Desktop’). The <code>mv</code> command could
+also be used to rename files or directories. Let’s first explore
+renaming our file using the <code>mv</code> command below which take the
+file to be moved as the primary argument and new name of the file as the
+secondary argument:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubXYgbXlCcmFuZE5ld0ZpbGUudHh0IG15T2xkZXJGaWxlLnR4dFxubHMgLWxcbmBgYCJ9 -->
+<pre class="bash"><code>mv myBrandNewFile.txt myOlderFile.txt
+ls -l</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>We now have renamed our file to ‘myOlderFile.txt’</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubWtkaXIgVGVtcG9yYXJ5RGlyZWN0b3J5XG5tdiBteU9sZGVyRmlsZS50eHQgVGVtcG9yYXJ5RGlyZWN0b3J5XG5jZCBUZW1wb3JhcnlEaXJlY3RvcnlcbnB3ZFxubHNcbmBgYCJ9 -->
+<pre class="bash"><code>mkdir TemporaryDirectory
+mv myOlderFile.txt TemporaryDirectory
+cd TemporaryDirectory
+pwd
+ls</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>In the above chunk we 1) made a new directory 2) moved our file into
+that directory 3) changed our location within the file system to our new
+directory 4) printed out our location 5) listed our current directory
+contents</p>
+<p>And finally, we can remove a file using the <code>rm</code> command.
+The <code>rm</code> command removes files or directories <span style="color: red;">(removed files will be gone forever, proceed with
+caution)</span>:</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxucm0gbXlPbGRlckZpbGUudHh0XG5scyAtbGFcbmBgYCJ9 -->
+<pre class="bash"><code>rm myOlderFile.txt
+ls -la</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Remember you can navigate to your previous location by using the
+command <code>cd ..</code> and remove the new directory by using the
+command <code>rmdir</code></p>
+<div id="key-concept" class="section level4">
+<h4>Key Concept</h4>
+<p>You may have already noticed that in our file and directory names we
+do not use spaces. This is because bash commands often use spaces as a
+way to separate arguments. Spaces in the titles of your files or
+directories are interpreted by bash commands as additional arguments.
+Best practice is to use naming conventions like ‘CamelCase’ (where the
+first letter of a new word is capitalized) or use an underscore to
+separate words. Examples: MyNewFile.txt or my_new_file.txt</p>
+</div>
+</div>
+</div>
+<div id="file-properties" class="section level2">
+<h2>File Properties</h2>
+<p>We have now created, deleted, moved, and manipulated files, but what
+if we simply want to know more about their contects without actually
+changing them? For example, we can download a chromosome file from a
+database and learn more about its contents.</p>
+<div id="downloading-files-from-the-internet" class="section level3">
+<h3>Downloading files from the internet</h3>
+<p>We can use the wget command followed by the URL. The file will be
+downloaded into your current directory location. This may take a minute
+to download</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxucm0gY2hyMDEqICAjIERlbGV0ZSBleGlzdGluZyBmaWxlcyBiZWZvcmUgcnVuLlxud2dldCBodHRwOi8vc2dkLWFyY2hpdmUueWVhc3RnZW5vbWUub3JnL3NlcXVlbmNlL1MyODhDX3JlZmVyZW5jZS9jaHJvbW9zb21lcy9mYXN0YS9jaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>rm chr01*  # Delete existing files before run.
+wget http://sgd-archive.yeastgenome.org/sequence/S288C_reference/chromosomes/fasta/chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="file-sizes" class="section level3">
+<h3>File sizes</h3>
+<p>The command <code>du</code>, which stands for ‘disk usage’ provides
+you with information about your file and directory sizes. If we pass our
+newly downloaded file ‘chr01.fsa’ to the command <code>du</code> as an
+argument, it will tell us size of our file.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZHUgY2hyMDEuZnNhXG5cbmR1IC1oIGNocjAxLmZzYSAjb3V0cHV0cyBpbiAnaHVtYW4tcmVhZGFibGUnIGZvcm1hdCAoYnl0ZSwga2IsIG1iLCBldGMpXG5gYGAifQ== -->
+<pre class="bash"><code>du chr01.fsa
+
+du -h chr01.fsa #outputs in &#39;human-readable&#39; format (byte, kb, mb, etc)</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="file-compressionuncompression" class="section level3">
+<h3>File compression/uncompression</h3>
+<p>This is done using programs such as gzip/gunzip. File compression may
+be key when dealing with large file sizes such as sequencing data. Let’s
+test it out!</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZ3ppcCBjaHIwMS5mc2EgIyBnemlwIGNvbW1hbmQgdG8gY29tcHJlc3MgdGhlIGZpbGUsIG5vdGljZSB0aGUgbmV3IGZpbGUgZXh0ZW5zaW9uIG9mICouZ3pcbmR1IC1oIGNocjAxLmZzYS5nelxuZ3VuemlwIGNocjAxLmZzYS5neiAjIGd1bnppcCBjb21tYW5kIHRvIHVuY29tcHJlc3MgdGhlIGZpbGUsIHJlbW92ZXMgdGhlIGZpbGUgZXh0ZW5zaW9uXG5kdSAtaCBjaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>gzip chr01.fsa # gzip command to compress the file, notice the new file extension of *.gz
+du -h chr01.fsa.gz
+gunzip chr01.fsa.gz # gunzip command to uncompress the file, removes the file extension
+du -h chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>In this example we are using gzip directly on the chr01.fsa file. If
+we wanted to zip the file, but keep the original unzipped file as well,
+we could use the -k argument.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZ3ppcCAtayBjaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>gzip -k chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>To count the number of words, lines, and characters in your file you
+can use the command <code>wc</code></p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxud2MgLXcgY2hyMDEuZnNhICN3b3Jkc1xud2MgLWwgY2hyMDEuZnNhICNsaW5lc1xud2MgLW0gY2hyMDEuZnNhICNjaGFyYWN0ZXJzXG5gYGAifQ== -->
+<pre class="bash"><code>wc -w chr01.fsa #words
+wc -l chr01.fsa #lines
+wc -m chr01.fsa #characters</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="ownership-and-permissions" class="section level3">
+<h3>Ownership and Permissions</h3>
+<p>We have used <code>ls -lh</code> previously to look at the file in
+our directory, but now that we know a little bit more about the files
+and how to manipulate them, we should understand a little bit more about
+file ownership and permissions.</p>
+<p><img 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" /></p>
+<ul>
+<li>the first line corresponds to the total size of all the files
+contained within the target directory</li>
+<li>the remaining lines are each of the files or directories contained
+within that directory</li>
+<li>for each line the information is as follows:
+<ul>
+<li><ol style="list-style-type: lower-alpha">
+<li>the first character ‘d’ or ‘-’ tells you if the item is a directory
+or file, repectively</li>
+</ol></li>
+<li><ol start="2" style="list-style-type: lower-alpha">
+<li>characters 2-10 designate the permissions of the file owner
+(characters 2-4), group owner (characters 5-7), and all other users
+(characters 8-10)</li>
+</ol>
+<ul>
+<li>‘r’ for read which allows the contents of the file or directory to
+be read or listed</li>
+<li>‘w’ for write which allows the file or directory to be created,
+deleted, or edited</li>
+<li>‘x’ for execute which allows the file to perform commands or
+searching through a directory</li>
+</ul></li>
+<li><ol start="3" style="list-style-type: lower-alpha">
+<li>identity of the current file owner</li>
+</ol></li>
+<li><ol start="4" style="list-style-type: lower-alpha">
+<li>identity of the current file group</li>
+</ol></li>
+<li><ol start="5" style="list-style-type: lower-alpha">
+<li>size of file or byte block size of the directory</li>
+</ol></li>
+<li><ol start="6" style="list-style-type: lower-alpha">
+<li>date and time the file or directory was last modified</li>
+</ol></li>
+<li><ol start="7" style="list-style-type: lower-alpha">
+<li>file or directory name</li>
+</ol></li>
+</ul></li>
+</ul>
+<p>Many times users will run into error messages because they do not
+have appropriate permissions to read, write, or execute a file or
+directory. Keep this in mind for the future if you run into errors! You
+can <code>ls -lh</code> in your current directory to check out your own
+permissions.</p>
+</div>
+</div>
+<div id="viewing-files" class="section level2">
+<h2>Viewing Files</h2>
+<p>We previously used the command <code>cat</code> too look at the
+contents of small files. However, for large files (like our chromosome
+file with over 3000 lines, commands like <code>cat</code> are not
+particularly useful if we perhaps only need a small subset of that
+information. A few other commands we can use to view file content are
+<code>head</code> and <code>tail</code> which display the first 10 lines
+and the last 10 lines of the file, respectively. If you wish to view
+more, you can use the argument <code>-n</code>, for example,
+<code>head -n 20 &lt;your_file_name&gt;</code> would display the first
+20 lines of your file.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuaGVhZCBjaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>head chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxudGFpbCAtbiAyMCBjaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>tail -n 20 chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>You can view the full contents of your file by using either the
+<code>less</code> or <code>more</code> commands. These will function
+differently whether you are using them inside an Rmd notebook/markdown,
+or directly in the terminal. In an Rmd, the entire contents of the file
+will be reported in the results chunk. In the terminal,
+<code>more</code> or <code>less</code> will return a page at a time so
+you can ‘scroll’ through the document.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxubW9yZSBjaHIwMS5mc2FcbmBgYCJ9 -->
+<pre class="bash"><code>more chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>Try and switch to the terminal and try <code>less</code> or
+<code>more</code> to view the <code>chr01.fsa</code> file. You can: *
+use up and down arrows to scroll * spacebar scrolls down 1 page at a
+time * hit q to quit</p>
+<p>##Searching in files</p>
+<p>Rather than scanning through the entire contents lines of a file by
+eye, you can also use the <code>grep</code> command to pull out specific
+words or lines in the case of this chromosome file. Using the
+<code>-c</code> argument tells <code>grep</code> to return the number of
+times the pattern occurred.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZ3JlcCBcIlRBQ0NDVEFDQ1wiIGNocjAxLmZzYVxuZ3JlcCAtYyBcIlRBQ0NDVEFDQ1wiIGNocjAxLmZzYVxuXG5gYGAifQ== -->
+<pre class="bash"><code>grep &quot;TACCCTACC&quot; chr01.fsa
+grep -c &quot;TACCCTACC&quot; chr01.fsa
+</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p><code>grep</code> can also utilize wildcards in the search pattern.
+The <code>.</code>wildcard is used for searching for a single character
+substitution in the given pattern. The <code>*</code> wildcard is used
+for searching for any number of character substitutions within the given
+pattern.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZ3JlcCBcIlRBQ0MuVEFDQ1wiIGNocjAxLmZzYVxuZ3JlcCAtYyBcIlRBQ0MuVEFDQ1wiIGNocjAxLmZzYVxuYGBgIn0= -->
+<pre class="bash"><code>grep &quot;TACC.TACC&quot; chr01.fsa
+grep -c &quot;TACC.TACC&quot; chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuZ3JlcCBcIlRBQ0MqVEFDQ1wiIGNocjAxLmZzYVxuZ3JlcCAtYyBcIlRBQ0MqVEFDQ1wiIGNocjAxLmZzYVxuYGBgIn0= -->
+<pre class="bash"><code>grep &quot;TACC*TACC&quot; chr01.fsa
+grep -c &quot;TACC*TACC&quot; chr01.fsa</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="pipingredirection" class="section level2">
+<h2>Piping/redirection</h2>
+<p>Most of the commands that we have used thusfar have utilized a single
+command that returned its output to the command line. Perhaps you want
+to save the ouput of your command to a new file, which can be done using
+the redirect <code>&gt;</code> symbol. Here we are taking the last 10
+lines from the <code>chr01.fsa</code> file and writing them to a new
+file which we are calling <code>tail.txt</code></p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxudGFpbCAtbiAxMCBjaHIwMS5mc2EgPiB0YWlsLnR4dFxuYGBgIn0= -->
+<pre class="bash"><code>tail -n 10 chr01.fsa &gt; tail.txt</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+<p>If you want to use more than one command on a piece of data and don’t
+necessarily want to write the output to a new file every single time, we
+can pipe the commands together using the <code>|</code> symbol (vertial
+bar; usually right above the return key). In this example we are
+printing out the contents of our <code>chr01.fsa</code> file using the
+<code>cat</code> command, passing that output to the <code>head</code>
+command which will only take the first 10 lines, and finally passing
+that output (those first 10 lines only) to the <code>tail</code> command
+which will take the last 5 lines of that input. Essentially what we have
+now done is pulled out lines 5 through 10 of our <code>chr01.fsa</code>
+file.</p>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgYmFzaFxuY2F0IGNocjAxLmZzYSB8IGhlYWQgLW4gMTAgfCB0YWlsIC1uIDVcbmBgYCJ9 -->
+<pre class="bash"><code>cat chr01.fsa | head -n 10 | tail -n 5</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+<!-- rnb-text-begin -->
+</div>
+<div id="you-made-it-through-this-intro-great-job" class="section level2">
+<h2>You made it through this intro! Great job!</h2>
+<p>Let the instructors and/or TAs know if you have any questions and we
+will expand upon these lessons as needed in class. We will use the
+command line often throughout this course, and you will have many more
+opportunities to familiarize yourself with this interface, and how we
+use the command line to run individual tools/components of many
+bioinformatics &amp; computational biology pipelines and to string
+together inputs and outputs of different programs.</p>
+</div>
+</div>
+<div id="session-information" class="section level1">
+<h1>Session Information</h1>
+<!-- rnb-text-end -->
+<!-- rnb-chunk-begin -->
+<!-- rnb-source-begin eyJkYXRhIjoiYGBgclxuc2Vzc2lvbkluZm8oKVxuYGBgIn0= -->
+<pre class="r"><code>sessionInfo()</code></pre>
+<!-- rnb-source-end -->
+<!-- rnb-chunk-end -->
+</div>
+
+<div id="rmd-source-code">---
title: "Module 1 - Intro to *nix and the Command Line"
author: "Loyal Goff"
date: '2022-08-05'
output:
  html_notebook:
    toc: yes
    toc_level: 3
    toc_float: yes
    theme: yeti
    df_print: paged
  pdf_document: default
editor_options:
  chunk_output_type: inline
---

```{r setup, include=FALSE}
knitr::opts_chunk$set(echo = TRUE)
```

# Introduction

# Learning Objectives
* Develop familiarity with the *nix command line 
* Understand how to navigate a *nix filesystem
* Become comfortable with running commands and passing arguments
* Understand how to create, inspect, move, and delete files and folders using the command line system
* Understand file permissions and they can be modified
* Practice searching through a sample file with `grep`

# Basics

## Hardware, software, and the operating system

-   harware = laptop, desktop, iphone and the physical components of your computer
-   software = word processing, spreadsheet, graphics, games, email
-   OS (also software) = Windows, Mac, Android, Ubuntu, Debian, Unix, Linux

## Computer Structure

![](images/paste-804C22BD.png)

## Interfaces

How we interact with the computer (input and output)

### Graphical User Interface (GUI)

Anything you see and and click (FileExplorer, Finder) \### Command Line Interface (CLI) In the remainder of this document we are demonstrating how to run shell (bash) commands within an RMarkdown document/notebook by indicating which language we'll be using at the beginning of each code chunk.

    '''{bash}

    '''

This tells RStudio to utilize your computers Unix-like system (either the MacOSX operating system or the Linux distribution installed by Windows users) to execute the code within the chunk. If you do not wish to use a RMarkdown document, you can open up a terminal directly in RStudio by going to Tools \> Terminal \> New Terminal and enter the commands directly into the command line without using inline code chunks.

![](images/paste-2D8F9CC0.png)

See the command line interface screenshot below as an example.

![](images/paste-18BEC010.png)

## Navigating the File System

The first thing we need to figure our is 'where are we' in the file system. To do this, we want to '**P**rint the **W**orking **D**irectory' using the shell command `pwd`

```{bash}
pwd
```

We can list the contents of the directory using the bash comand `ls`

```{bash}
ls
```

### Options/Input arguments

Bash/shell commands can take input arguments or options. One convention is to use a dash ( - ) to specify arguments. For example, we can ask ls to show a more detailed list of information for each file/folder:

```{bash}
ls -l
```

We can aggregate different options by directly appending options one after another. The following shows how to display file sizes in human readable formats ( -h ):

```{bash}
ls -lh
```

Sometimes commands take in arguments for various purposes. Again, using ls as example, it can take path as an argument. Without the path, it will by default show the current listings, as shown above. Given a path, it will list items in that path. The following command lists all the files and directories in the directory directly above your current directory:

```{bash}
ls ../
```

### Manual Pages (man)

It is certainly not expected that you memorize all arguments for every command. This is where the manual ( man ) comes in handy. You can use man command_name to find information about how to use a specific command. For example:

```{bash}
man ls
```

Here, man is a command that takes one input argument (which should be a Bash command) and outputs the corresponding manual.

### Creating and Navigating Folders

Now that we have a basic overview of how to interact with the computer in bash, it will be useful to understand how to create folders (directories) and navigate around our system. We've already used the pwd command to learn where we currently are. But what if we wanted to make a new directory to contain a project? The mkdir command stands for "make directory". It takes in a directory name as an argument, and then creates a new directory in the current working directory.

```{bash}
mkdir myDirectory
```

Nothing seemed to happen? Lets check and see if our new directory was made:

```{bash}
ls -l
```

There it is, lets try and move into the directory. cd stands for "change directory". Just as you would click on a folder in Windows Explorer or Finder on a Mac, cd switches you into the directory you specify. In other words, cd changes the working directory.

```{bash}
cd myDirectory
pwd
```

Note that within the above chunk, you actually ran two commands in bash, one right after the other. You first changed your location within the file system by using the `cd` command. Then you used the `pwd` command to list out your current location in the file system. All scripting will follow this type of linear instruction list unless we create a loop (more on that later!). Now we have moved into the folder/directory we just made. We can move back into the previous directory by using the shortcut `..`

```{bash}
cd ..
pwd
```

And finally, we can remove an (empty) directory using rmdir .

```{bash}
rmdir myDirectory
ls
```

### Review

-   The command line is a text interface for the computer's operating system. To access the command line, we use the terminal.
-   A filesystem organizes a computer's files and directories into a tree. It starts with the root directory. Each parent directory can contain more child directories and files.
-   From the command line, you can navigate through files and folders on your computer
    -   `pwd` outputs the name of the current working directory.
    -   `ls` lists all files and directories in the working directory.
    -   `cd` switches you into the directory you specify.
    -   `mkdir` creates a new directory in the working directory.
    -   `rmdir` removes an empty directory

## Viewing and changing files

### Creating files

There are several ways to create a file. One of the easiest is to just create an empty file by touching it ( `touch` )

```{bash}
touch myBrandNewFile.txt
```

```{bash}
ls -l
```

### Side note about wildcards

-   The `*` matches one or more occurrence of any character
-   The `?` matches a single occurrence of any character
-   Another shortcut is tab completion, type the beginning of a file or directory, then hit tab for it to automatically fill in the rest (this will likely only work in the *actual* terminal, not from within a notebook)

You just looked at the files that are in your current directory when you used ls -l and you should see your new file `myBrandNewFile.txt`. Let's test out using the wildcard and tab complete options.

```{bash}
ls *.txt
```

OR

```{bash}
ls my?randNewFile.txt

```

### Writing to a file in bash

Side note over. Let's get back to writing files!

We created the file and gave it a name, but it is completely empty at this point. We can write directly to a file by redirecting some content into the file. This is achieved with the `>` (redirect). Imagine that this is an arrow pointing to where you want to put the output. Here we will also introduce you to the `echo` command which simply repeats the first argument (in this case the argument is the text 'Hello World'). Here we're going to have the output of echo redirected into our new file.

```{bash}

echo 'Hello World!' >myBrandNewFile.txt
```

We can now view the contents of a file by using the command cat which returns the entire contents of the file.

```{bash}
cat myBrandNewFile.txt

```

### Moving and removing files

The 'mv' command has a couple of different uses. You can use it to move files from one directory to another (imagine moving a file from your 'Downloads' to your 'Desktop'). The `mv` command could also be used to rename files or directories. Let's first explore renaming our file using the `mv` command below which take the file to be moved as the primary argument and new name of the file as the secondary argument:

```{bash}
mv myBrandNewFile.txt myOlderFile.txt
ls -l
```

We now have renamed our file to 'myOlderFile.txt'

```{bash}
mkdir TemporaryDirectory
mv myOlderFile.txt TemporaryDirectory
cd TemporaryDirectory
pwd
ls
```

In the above chunk we 1) made a new directory 2) moved our file into that directory 3) changed our location within the file system to our new directory 4) printed out our location 5) listed our current directory contents

And finally, we can remove a file using the `rm` command. The `rm` command removes files or directories [(removed files will be gone forever, proceed with caution)]{style="color: red;"}:

```{bash}
rm myOlderFile.txt
ls -la
```

Remember you can navigate to your previous location by using the command `cd ..` and remove the new directory by using the command `rmdir`

#### Key Concept

You may have already noticed that in our file and directory names we do not use spaces. This is because bash commands often use spaces as a way to separate arguments. Spaces in the titles of your files or directories are interpreted by bash commands as additional arguments. Best practice is to use naming conventions like 'CamelCase' (where the first letter of a new word is capitalized) or use an underscore to separate words. Examples: MyNewFile.txt or my_new_file.txt

## File Properties

We have now created, deleted, moved, and manipulated files, but what if we simply want to know more about their contects without actually changing them? For example, we can download a chromosome file from a database and learn more about its contents.

### Downloading files from the internet

We can use the wget command followed by the URL. The file will be downloaded into your current directory location. This may take a minute to download

```{bash}
rm chr01*  # Delete existing files before run.
wget http://sgd-archive.yeastgenome.org/sequence/S288C_reference/chromosomes/fasta/chr01.fsa
```

### File sizes

The command `du`, which stands for 'disk usage' provides you with information about your file and directory sizes. If we pass our newly downloaded file 'chr01.fsa' to the command `du` as an argument, it will tell us size of our file.

```{bash}
du chr01.fsa

du -h chr01.fsa #outputs in 'human-readable' format (byte, kb, mb, etc)
```

### File compression/uncompression

This is done using programs such as gzip/gunzip. File compression may be key when dealing with large file sizes such as sequencing data. Let's test it out!

```{bash}
gzip chr01.fsa # gzip command to compress the file, notice the new file extension of *.gz
du -h chr01.fsa.gz
gunzip chr01.fsa.gz # gunzip command to uncompress the file, removes the file extension
du -h chr01.fsa
```

In this example we are using gzip directly on the chr01.fsa file. If we wanted to zip the file, but keep the original unzipped file as well, we could use the -k argument.

```{bash}
gzip -k chr01.fsa
```

To count the number of words, lines, and characters in your file you can use the command `wc`

```{bash}
wc -w chr01.fsa #words
wc -l chr01.fsa #lines
wc -m chr01.fsa #characters
```

### Ownership and Permissions

We have used `ls -lh` previously to look at the file in our directory, but now that we know a little bit more about the files and how to manipulate them, we should understand a little bit more about file ownership and permissions.

![](images/paste-3B19599D.png)

-   the first line corresponds to the total size of all the files contained within the target directory
-   the remaining lines are each of the files or directories contained within that directory
-   for each line the information is as follows:
    -   a) the first character 'd' or '-' tells you if the item is a directory or file, repectively
    -   b) characters 2-10 designate the permissions of the file owner (characters 2-4), group owner (characters 5-7), and all other users (characters 8-10)
        -   'r' for read which allows the contents of the file or directory to be read or listed
        -   'w' for write which allows the file or directory to be created, deleted, or edited
        -   'x' for execute which allows the file to perform commands or searching through a directory
    -   c) identity of the current file owner
    -   d) identity of the current file group
    -   e) size of file or byte block size of the directory
    -   f) date and time the file or directory was last modified
    -   g) file or directory name

Many times users will run into error messages because they do not have appropriate permissions to read, write, or execute a file or directory. Keep this in mind for the future if you run into errors! You can `ls -lh` in your current directory to check out your own permissions.

## Viewing Files
We previously used the command `cat` too look at the contents of small files. However, for large files (like our chromosome file with over 3000 lines, commands like `cat` are not particularly useful if we perhaps only need a small subset of that information. A few other commands we can use to view file content are `head` and `tail` which display the first 10 lines and the last 10 lines of the file, respectively. If you wish to view more, you can use the argument `-n`, for example, `head -n 20 <your_file_name>` would display the first 20 lines of your file.

```{bash}
head chr01.fsa
```

```{bash}
tail -n 20 chr01.fsa
```

You can view the full contents of your file by using either the `less` or `more` commands. These will function differently whether you are using them inside an Rmd notebook/markdown, or directly in the terminal. In an Rmd, the entire contents of the file will be reported in the results chunk. In the terminal, `more` or `less` will return a page at a time so you can 'scroll' through the document.

```{bash, exec=FALSE}
more chr01.fsa
```

Try and switch to the terminal and try `less` or `more` to view the `chr01.fsa` file. You can:
  * use up and down arrows to scroll
  * spacebar scrolls down 1 page at a time
  * hit q to quit

##Searching in files

Rather than scanning through the entire contents lines of a file by eye, you can also use the `grep` command to pull out specific words or lines in the case of this chromosome file. Using the `-c` argument tells `grep` to return the number of times the pattern occurred.

```{bash}
grep "TACCCTACC" chr01.fsa
grep -c "TACCCTACC" chr01.fsa

```

`grep` can also utilize wildcards in the search pattern. The `.`wildcard is used for searching for a single character substitution in the given pattern. The `*` wildcard is used for searching for any number of character substitutions within the given pattern.

```{bash}
grep "TACC.TACC" chr01.fsa
grep -c "TACC.TACC" chr01.fsa
```
```{bash}
grep "TACC*TACC" chr01.fsa
grep -c "TACC*TACC" chr01.fsa
```

## Piping/redirection
Most of the commands that we have used thusfar have utilized a single command that returned its output to the command line. Perhaps you want to save the ouput of your command to a new file, which can be done using the redirect `>` symbol. Here we are taking the last 10 lines from the `chr01.fsa` file and writing them to a new file which we are calling `tail.txt`

```{bash}
tail -n 10 chr01.fsa > tail.txt
```

If you want to use more than one command on a piece of data and don't necessarily want to write the output to a new file every single time, we can pipe the commands together using the `|` symbol (vertial bar; usually right above the return key). In this example we are printing out the contents of our `chr01.fsa` file using the `cat` command, passing that output to the `head` command which will only take the first 10 lines, and finally passing that output (those first 10 lines only) to the `tail` command which will take the last 5 lines of that input. Essentially what we have now done is pulled out lines 5 through 10 of our `chr01.fsa` file.

```{bash}
cat chr01.fsa | head -n 10 | tail -n 5
```
## You made it through this intro! Great job!
Let the instructors and/or TAs know if you have any questions and we will expand upon these lessons as needed in class. We will use the command line often throughout this course, and you will have many more opportunities to familiarize yourself with this interface, and how we use the command line to run individual tools/components of many bioinformatics & computational biology pipelines and to string together inputs and outputs of different programs.

# Session Information

```{r}
sessionInfo()
```
</div>
+
+
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+</div>
+
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+
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+function bootstrapStylePandocTables() {
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+<!-- code folding -->
+<script>
+$(document).ready(function () {
+  window.initializeSourceEmbed("Module 1 - Intro to Command Line.Rmd");
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+$(document).ready(function ()  {
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diff --git a/modules/module_1/Notebooks/Module-1---Intro-to-Command-Line.html b/modules/module_1/Notebooks/Module-1---Intro-to-Command-Line.html
new file mode 100644
index 0000000..9229954
--- /dev/null
+++ b/modules/module_1/Notebooks/Module-1---Intro-to-Command-Line.html
@@ -0,0 +1,3891 @@
+<!DOCTYPE html>
+
+<html>
+
+<head>
+
+<meta charset="utf-8" />
+<meta name="generator" content="pandoc" />
+<meta http-equiv="X-UA-Compatible" content="IE=EDGE" />
+
+
+<meta name="author" content="Loyal Goff" />
+
+<meta name="date" content="2022-08-05" />
+
+<title>Module 1 - Intro to *nix and the Command Line</title>
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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: normal;
+font-weight: 400;
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) 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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 300;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 400;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 700;
+src: 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) 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g5NLLIEXi8otcDQcUts0D8eQ1iVDRAMBTsYiNdRIxE09EIBJO9A2xqgERTaW86BUFn0OD2xFO97FAgFhF6OoQ7prYt4XwSeUgQHiJyDbeke9IdQntciLQ1FlJMaYcUNvZBg+FB1ubjlnRNvl3o6IEU2w7fdNPhm/hh+FLysUu6++DLHkOkrSHYEjH0tEPe7WdD3uyDgvAgK/m4szFFR7ch0toUgBTdWHr7EpaWru6+6dmbbnqWEbV2EtxAsXiZAPTtGPSbHsotI2leoM8TePEqgSQprs7AGFf8kuOkPdZPXGb55POAW1d/jLST9v5YflasP6v/CO7+GNAPC2BMZWmsOjp2NNbfHwMCJD+LPVL+D/OYlWEEI/9jpPddOFkB5d1GSuKZYggmCCd7JUxD7EXAzxyirYnNDLdDZoFdx14kivkvGc3579Jm36reTTvDgBnaO6vzyQ6chQmlsMoIkIQ2+bBDWBud1Va4pcCn8CPqxlh/fgtG8IPaPH8C5wk6/nZDv69jurV5QhtwE0x2iqOsj9Mx8B9/0EaUdiPfOYYDCi/q9jhWRuupMDEU0+CtX0sDFxv07T/K5niBPqN9+tQjgEc31NGCXFeMcCEuQBIc/BK4CO78u7EPYvl3yaEfK3vcb6qP1R2tI7vUjVDDUdKubsSrNjYKY1qBEa2P50SJoaXiksIoLiCwnxS6EBuBde87botNfdEWwYvF/R0/u5yCqhGeEOR2ynSeyXjt6ka7neyye8kryBSWE52y+RBgogrXPZ8E1yIHoHIFUM+AbJhE7lbMtt8ApL+xmZW7PwbjAO0fAVoXQOuiSP/ksIVdFZ0aulsamKUzwPZ/NYDMJRBPCxsBqLzqHyneXF6Ej9HlIFo7+pg+jUb3unRmGpstGkm6etOuDBGA5wCMefp1gTHcdZlvPBXlOslvYTp1cd8UjYLVd/J5awNrIOKLnIt9MD9qdrKrWCvA6ALm3QV9VrsPm60Q7+RHJHP+2hqfugo/MvI2H/mqr4b9tFnKSRY1Y5Ek80Nm/WIhr1ikKnxGz9TWXrokf9xwujfvcOTtNTWnxd0F37Y2W79tteBqZ4G5qLCuomw+nSr28QESCRVLTyYKILGJOPfcnaIFOsewhRdvv+rWa/Wih0vlbX6Zb75T5C0qNKVFvH1QL/vazSWgC2s6oWXXIuUxQelKiJbowuJDQViatLmLijg9CQBMg8WiPgiw3LEeYRmm5f+XdnvkDnxLLjMLxtvX74C3OlwPQqx4xwIdpPx38LrlDphiyWUWHWKAzzxurS/xTo+P5wGFak62ap1PVFFN4v/y+xuR39WnIO7lsWfwgVsK17wxrs9K8ltIKuhkw7f/6dhK6gQokFKhWX3urrjk/rnI0pgfpGMeuQIUaEM7+GF5q2iMkCaMQwxxOzcvU0eXbsnS9XknXvP7Gtw5dwPXlFu2ecvSHEZgNDsU6x/GdXBYXyOQjzZReSedeEPY6nEv9gJR4oBQJtFO6Kd0fwC6BO4LNHDeBujB6dSNcUQC9zIv2LnAzGk99bUDrdFY+9yGFQtEo0GQPNv6vS2drj4+1jHbv3aJSMUWP+QTZrmbNTjU8wyG/iXNNpskybLcJ3CiTF5Ir+JYzmJwE0mSVhlxbtbmvweB3ulB6Til5UuUZydpgiFVeobhU0WaBqpJ198d+/XeNRTZ9/1OPfG7+2hwzd5W3D+hmyjsRcUg/+Cavb++Vh2ls3L7zT/etOnHNxeerv313vzLVqPai4nJv+K1FC6040/4udw7sAb3laSg0XCkAAs0npBO6VJabS4Elk/U+D4gTXW+j0wnrMlqNamq4tMIYB87tE10i0FR3LZNhJsb7/R561btmes8YBCRkhYNByRtKd55mqTas9FYhJnbRGHuOh3M4QTdgQSqmgRxuzGdSvZGcbMxNQGk5C3ebLjoXIOFM4l+WKHmLTJwRv9E8GWJ6dYvf/FmEyEGr+gyrr1p5zrgkz0Cw2j94Hv8Jdx7dIVegBSNtgsqGsRQEYiIBoXwD0LNvQ5d7s5Z00QzwNhqZA0b+tMG1tQq5nd84uq8R0zPvX35G8uRaze4jcOHzz0w1+Q2BIRvf6J6Kgatnrbiem+CFvAxfkrndzD9MFPP1GWTUHclpASUkCNAQkpCCcCgDSUDAhDZ+CuEkgn8J7i9nMA7pA4lISappxILKfAeSAbIcSDuN2bJcfZILqeO5rLs0MnngSHYRdrHjmaz7JEsEPw51ZqDJDmUIOZIe34WaQeegNsJn1qz8AIpT3yCjyEih/xELkuJ0lEMYTLVCiWpo5oYMleMH6USyYJcD+uOe+kWKpn1Qns34iyYDjkSLvgnZXcgVQNeqINXr48m3iS7cjm8tedyY0f1QvTnHHdsrKby/+SSbPY8/NH6vpl/Esq3Ae4ZU1HC44KFiI9o7CEgab/RqHbj7s5KAg06s39ZP/zxI/mVuF/TbTSy+3Fb8If9/cv7+wt91yy8RfP1QXtW5RzQn7qIiZyuFM5QfJ5E9uVnqT85TanFx0lkP3ukBAMprvsRyi/C8NAJL1xbIIirSvnSj4O5netb4JxmNANHPssHAcHMHsFRgEug816gDBeMbdfiuRcghqYcm0+Xxx/5IAEtN3fqFF3LzAXqwoT0PN0OVTNqxo8sxMkd5Ig6k79Zk7VxxX6gMLOZFQgvpW2RrMW1D0BDihaXQ9wVRoBxPLfpknmkeMtoB/qM9cRc9IqmMD2XUmdZ7GSRKPUZvChf8BoykriM2MnKYbOHX8R7cLdNCxSFFVQqoYswnlWtlFS2mNkhswVpZiQW1J/UKFfipHGlUkM6UKBhMz1istELIHJLMSctu3ugzfaVSOjKvUgc/THK4Sdg2Wscz69leKIkkrwuuWiOe9yGYKQXRumkC3qbRcMwrvhjNXgdZk3RxAUEhuSPvn3nnd++U/3vlVOmrJzCD8JLxV1OHRjrZifbcFDOuRNTGqdgQm1tSNJ2OcQ04YiEXuxtII1ECSQRoQGYioEsgCfchB4ghAtw7FfJre4WZ9hkVi9MtjuWqtdNDlpMrfEG9fOT6q21okg+e4As38MfGquNt7oUws6Ysarj1/efE+yst86YUVNvDdts3Pv5c8m/aP0C+f8/Qb+IMnGq09BgwN01oIOAnAdagI8mBSrqk1gxTDUBOtk2ousEtBH2z4Ir2d3f6k8PXXVlt2qN9RODxRuoJT/v27wm09jRYVc/e++iyx2tyzJb/n3J0htXP87eSsQaf2Ly0s6Zmxela88REy1cf4273mI3iXNJ7KxrZibOm9xm6rl4fqy/t27smU8tOfdW2ucBzg2UfmOIVyLIl3kpYlwphDISTXJXsctmiDtN7fNV6zelgxwnWxsVr83Aj/S5ki1jL/a0GC6+2L6Um+aoddlNFuj+bJ8mH/iaLh8I0/U51NspIEfq0dohwyFXKgm4NggwQ4rRhCOUFtxxo8XnitT4cnGfT93IS8FaT85XE3H5LMY4zIEPL1hw443wz+1UmhTJyJGxZzw+wsKkKZgUiVtKOKMEb2AKHTv61FNc01PQFwKnvsZ/9pPA4RKTASWahmh+8MxwzHxKy74IRn5LGRjsPUUwTu64UYNY38caqd7HKucZ/tHnODtENw/2UfHRMaq1UUPDJQ0OKkWCeet5fYOhII1VRz8+/Elg5j4Gxur3J8o2PJ4rg+2d08T/fwEzSVbyZ9XPro95T477lRKqUSRXQnauHNsISAl27oWi6Fv9z48JMv8r/aMMj8onCP/DuDZOuN+GPPr/+p7bx+7JlbYdppcNhzKU/1Px5aiaGDn/s1iGMaBcleKUo/v9rcxkZj7DBEKOfrayytXNLYiUdBY+pleQXdnscKlQcpzuWluxsieeyuXIK6SdxozitWyGOV3vOHHjguyCQ6fpIYy2JwvrQEF/Qa9Pdf/QqOSqCiE/EE1/XIVKTc2tzWbHnimrEd+Vyz311Ml3P0GVTj7PD5aDnsvCvH36alEaPMePcMegXs7x8igTu4B9v7G9vTHvhCu/kzIdx+BxC0ay9zRSvoS0F2lIxI+X7klU63I40gLQ3w5ep5na+SFnba3z5D64zv+QtM4n4ffG3tq4aNHGRfxgrXPMim+5487abL7xhdseIRn1KDl+7aINixdv0OD+JSPwKf5+xoP6aiTeQIDVlIhMcL1H5R9PYXvprs3fv2bO7MOplCmweuiq2JRZ1zz+9a/v2PH1Hfz9236w+ZrPXvWfAxlj4NLLHpq3c/PQ3uvmvbrjG7fe+o2y/cLdtE6VUlXi0ASb1VLUBVSUWSU4HdvAraTyS8xzM8NxvxFkXV6pUVRiJwcgC5zEeht4rwcp7ki0k41G0qlQhG1Vzlq8alEmnFi58caB5Q9vn988MLhqyVlHvLEWjtQFeupdiocF/tkkOGPW2ibWaBTkeZ/dvPWazXfOnnvL6jkRXpi85sFzZt+55ZptW3bl1cCCHZPD06MhySha7UFzjcjbp8fOecFCirzAG/yVjBX6OFIaadSjQq1nNhyIe8tVbaaSdHlXIWKacMeuZA1uxS95zILhyrxAdsXTL6m7kNQlx2P9uZf2qhufePFFbpI6/OU0WcP99RrCsrwseVot5mtytpf6Y0gm9sdeyKnPQ7onyK4nXlR/rg7H95M1upzu89DH6pgUcikoiihJ6NJKmRxV1x+MJiOA3YwhDRQrWU0u/0rvq0VYXnyCwsLeTJYBq3dAtJDavuzyoVpzZ99Z0+a0uoiFH/xcqgDR7rUFeOrUn6Cywb8ZeNMbhLV5ugP9l0zv9UN5b5mFkjzxUcpPJCn3V402pRxtJd2GrnLdhtVk9ZSZh9W91fCSH5B7ofxPiWL+j3D/uwhBRdyAyozeZwvQzs79soi+BKSnafLviZCcfrpBpLyimfLfTyJtbyruIQKD01tUwJyKEo/ybaxkSNFUMdMkhQoJyRBQFhnUkDQSXhTM+3NmY0EDM7ffLIjqWEGt8lCO6mLia3PukFnghosJD5p5SIho/VDkzQfLE+IrYoJXkD19pdP7OwG/voIUtagiWiZ4PAFTHHlTVhRZ7dYmPar+NJ+8JhmR6DFK5DV1foHoLNO/pHrvZfmWZ15RQlwvoVDKhCWNK3CCch9lfFBuAqUgpFSShmNaPj+i5++WZfKeViJfW5HnUakVL4UCNVkA4+ETfIqx4B5xSaP2L1yn0zn2ltPn4+OqZGmwwEVCaCSqG53ldtL1oLGAhdMLd09MpCCF6tD6ZnAZBY9hDaYsP0jzZ0j5ZjKsF4i1UmLuhbJMCnYJPt5VwFNvmZawXjEvLJqIH8STonZjq7BZ8gKgR20C9MDFqJAX1H64QW2NEup6qgzLP8cvppL/NNTOBTCJABOHeWoXzLhw4Wuy7gaBtjKr9kgKq8ZlRYBS32Lpxc8vIhpNDTfyNXWybMJbn2RyQ5EmWc2QF9wmSZ0KYCE+cPuYO6b15Uotj2Kd4MItLS7gtFbkTdrFND6pvEZqv5Yv7jXAus7Pg7avo7KDot50NX3CPkP+Kps8J9/3mGQIteY/LGPC+L7872SPR2br5fy8MtKBMHedGuM28/MZmPJMrGgi3Gb1S+Si1/L/zrZwO9XH1ce/z7ZQ1WSoY/+pMb5FT4ua0Wm+Jf/298nFmChEQ+Ti71est4mq9VYI6RsymoRJKYidElT2FGnDTZvqtfhGAFTbeqEw68GqtfmbVa/1IFO1/jdWr/8BDRRtQh9XNjubEm4aWVpVonpTGR7PVGc+KJNoBIWF7kYi4gUV3r1U6723i6TxUl3n3/tM27aZfKb7THiHW9VzFSwHJ05VfK6Ar7kaB0XgPPE0BSkSFKsBUpaLihEWoA9wBt8qirh2VSOkZwXEwyrxZ5jyt2rJmSo9gX7cg6jsEUGJU9z9xJPOEM3uQQxKgkh35DNATnVyrmJ3mbCNyIB/yox4wH1bg2DwN7q9kov4pFqny8oSm3RQbGgJ1QQTs6ZMLilOVYJ9v6Wha3HcJ9jddsXp9YhGUXLXt/qMDnvLpPNTXfNa60z5/yjXQOMq+lNmwh5egpYrdfZQZV9rI47xlRkuyTjpzsmCBSWNkAXVoK8sgYWqQJWbo1RLo6QH0YW6pxqfCnRgkd+RiFjUQUQ7poIaYoakgXxwFd9BuuI38H1xBxXSFb/pBDIKQFn7YB3dB36l7sG1FLaKiBdp1KxLvfswap/30lnVESgNnvjbUoT6w9N+Xoio0qcYOIM+heg940YimsucQVvli9NEcft2UZwGQwLuilj1fFr1i3NP94X+PE7Hpvtj6lBJfJ4R6NvWiaL6MgzWHxiN66DExa+dAdAbMYX6HVF8A+7rjEZIXAVbDe7PVI9rmN69JOLV1DOSvRPxWNPZBZf/Nf+Ny65BhYxxxV+77XJ2wfQ389/IQPgajXbwMsuAz/0IaQcXJavKbRqR2IqyZruXjVC2+hdee/5vdnYOedpmVtR3NGXldxSzDSIiBVpkGb9by89UpEPKrSLZmyFDzMab/wXl2CNe7s/qCtTvWgG5kpBmCBlSzDS/r8N4uwBwohRW63JTS1y32f0TQsPfXVGEHQrV8/NCfiOUVirYcBbIeA2+iF68rQIo3B/S628vYESr79ehzS7Q9LEL9UXmik9XVHb1yBO3Ngvt5935+k1efkV51mzzrM0LL3/20avnwMeKuWyOUZg2TasSqZ+KcZQiOn1Iu2Vh497ALUVZiCKt/gh6IvTIj1ZLRjWAkpHKOKovNwp00eqPROiAbiNEKieXwMLcXhVJ1/uzmLP4tfxaHR59cBdJVG1kTAgl9ze9QKUEQ946Hkb+okJ5JRDyf54Axur1D+WS49cLr0tTPEu7UmXrxcSr3XNvumv4yXzInXKH4F7Tc7p17Zt+t/qW2+93k063X7VW6lALxTY7i1nBXMxcxmzQbabxz+tJo+wijYaIGMNS8AoSMgAPt84DdHOoMPfjXhF+kuH1tZvuFQrRCN07xGcXRX9MYxYchDe5BcHj+Z4i+42WyPc8Xofi7bbZJN5nJLJ5qr6IqRtzqNlM17SpFsnkEyTWoABEjz4JXOQvzWYuwdnV5LNGOwTM5v9r4RpQ8ZXsYodks3o31JBlzbYtNotisnm22MxiwGFXam5oN1n0TA/hRvshvTSDwHff4nNzRo9Dum6PaJbMXzDz+x+Fkj4L4bFNBb1asqsgH7Dyh4DvbkPtf5yMDKzEwyoaESMSNS9P9gJVA3/RTlwoMwZvxECFWxIPNw9gi01nOHjP32esZTtmXHnxvZd8ZtakqQ7ekajbXetpNa6ocTVxJtY+uSe69OLz77zh5bDR3xjZMzUz6fxrz1nqrZGcHQHfPVefN+fiK86LeXj+Sc5lPKy+k/vCUI/DaLFYCWHr6nbXuILTIsb5imNKY/rCm28fSMxPhkN1XbNMNZGuqwOBhtTSxWuTk6bw0ZaG86b1hKddePOKuBvmiguYBn4T/yOqOyGRBt7bKUI1GjioBC8aUKwF7Q319UgcmtFGIzCJGBqwQij0ynDsfdFGc3TS3BlNfJ25xmzniMkpXXTPvCaD3ZaZvyzjmZdudBostmhb0ORZNN2sJBeed1HXkrUsywueQH+L0eCPxmsa5ZpgRJSDZ11yDv+jmbd86vxZfc1WcZJ3UkMq1BOOOVtvu/+pB+en186d3GTwWAw2jheaJs09/+LNfZft37DALyrNj1wABMuUKbODyTVnT/KYbJ3Tpq8IrNh92dkxOj5P/YpZx4/ycyiVcDYdn4JbEoKdQi9054iBKsygLW46FRGxAb0NPNCm8BSNCPjoKcj6EAus4SuP3rB+cV99/eTF6294dA8+TK6v74MHVpYNRt/I30e8QGTOOdfGWzzxcy+87a7bLjw37rHw1nPzp0KyyRSeZO+QQhInt3dYgvycjrPOv+T8s1rptaP84VeywdWX2T4ysr0/7TLIs6+x9zib56ye1dM9e/XsZmePY3NDs9zlnNVt4+WgHJbbz3Livg4P9WWgviOMm4kCRT6I8vw0NbUUEnFvOuFKoxQW1gTsvFirsF5pb7qTUCx4i7VmtToveaDxvK9uOaedVvPRpVOnNz0Q6bry7uiSdQ8t7Vy4JQKVS+XPplV2ts4bvCwZu+KzgITtxepaPRzWdpv74muvv6RO0SorX6cu/dqKn/XWnrtp/Zragz13DUCl5myiFW2Ycvb0PtsXnU+tx8pvLFbUspLX68mdegwmOif/NPDONajTGoUh6tU56HBJCTBASVvNUB5VIiKpc9kd7kludodSFz7xQbiOmMk5dOYk56gzL6uaf7N8a6MQOHm0ae6snZpFDfuT3/jdYzjzwkXXIVHoXNuCfQslQZqBZjTsoHMqrkE4jaYdgkGz2ATOgB3cPkSukD01DnV3ttb1wx+6arPqbkcNAHoFPzKUUQ+qL0k97pjbZv1I/egC9zTFbrrlFpNdmea+gIgfWW3wqkcis8ky5FAcRd1If5nNZrl2FFpungc8wpoCl1BpQV/ScS+zjlASyUTVv/AJ46gkJI4bHX4lTnloctxPZE1ckS3+jG2fKIjkQFyzuo8jvYQG1OrGvJPSTu/nSp9PHNTl4z5hK/8gtXVKF6gEKiglgcKiRlCESsQCV5QIlKWKpr34lt/wkSx/JCmP5/cBKQfl/5gd+rOS/+p91/+YCg5CXK2W4M9fu+/6xxX+vnelVuldIDCG0VQTpU9Dw4pRfei+6zWx0MLie0gPbyrkmRU7OwT16JGeyXLHqOLqAfVN1GPlBzWtFNzj0TRTCjogtP1NjIvu5habN5Aoa1k66wGpqriVetJgiGdwDZtKhnN0y4n9sXYnsqGmZfDSR15+5NLBlhoDaedEm7sxmpqRija6ZEEg2EAnTiAC8IrmFbGz1q08P9PSkjl/5bqzYqT9hMmptEXDgTqP3Wiye+sD4Wir4jCeoHbbp5hRfpB7BakUIppIlPCD30dR1GtslDz8OsqbXmejFC/v8wu5X2myq7SJ8Avzv9DFUJySf5uNvq4+Ti7W9D/OZrLChdwxmPNiBRqVjnpK/aGxRCDspVYKAW9AN1JANoo8wP4BJUlGqdgw6m1qPQ2QW3+OfU5/ieLS/NuKpDU3uf8bcAXyBal5jMR2NEAbPAZt0K3hvxHBEDlUxfIGcD+N2gNSNx36nfqlAYow0puatNpRz0e4W2oahKzQHsjf2c16ad/3t2KTtPobnX6D8C8pd0MDP+Kx7wnXqGGlLQcvikMErm6TmfsuxJXbSAxqNjOogJLQBLiKEHAE+JGTS3JoEhTrz8/CB+5YlupJ58aOat8Kv4JvregxwcU5Cp8GFAFm1FyOfto6GS2m1NGTS6CPNKkbsTdCBlnN9onMho55BX8IJZtEQ35lk+htwN5A0V3RCPoD/yXAcv6pAtbZczRUA64JmcUf4q7Q89ZHLeJVZ5D1Ps/t+0iCT3AHVtZC7JDCXfR7OSb/Xja5H3zQbZL1B+ULX1BMTEk3AseSpmnKEK4T9ekMIidUCRQFfcbj7z8gNLvzF7mbhQN8h6ZbRset+nQWdS/ZX3k7WpS8P9sfo0iGS64wV516pOhjI6TZ2dApgI5+LhxywYoWxKUrykKJsIoDsR4mSrCTg0egMPnLW/3Q5Nn8BZEuzqEI7HK3n0+zFmuO3TtWQ5WJoG9YqCD6Gc32SxnbnVPfsxvrFXK2dILl7bLthDp6glhcsfp4bYvbSmj/mQ94uBTw0E73x2jbNRCvC6VL6GCFDwU7eWQDcC5FY5s0slieRDwtAbRsbLXbaXAuu14e2OJw1dc6jQ3ZdY8v7rv2/BWZLqvFWVvvcmwZkK9f5jS4muO9yR5res4kfkRxhV03L1RfPOiPtYi8pd7jNEsOpyTwxpaY/yCZu/Amd5Or9uS3DYaeqVOhH7gZN/8I/wi1fEuLXvyNivibjuKvN+1Nc01HF/3h+ef/sOhox8MPd5SFucPjorQwXT+ytA8EmA5mamHNFDVhBI5pjZbQpugBNkO8MvRub8KVDKST1Wag7D3xlin1ZF7LFP/79nbvCXFOY+PUjrT7/otsPXXZ4exdPzuhZuL5LUXVAn7k7PbhG89uz3b41X01gbjP1xwlu5rrvvf9+pbs6E/Vu7Nk642/PYRaAiUBdrmO6CDTBLPQFA1ur0uXoBR1INDMkypKpoTqnSMx5GiEdTEaSHLs0Alvu/19/5QW9Rv1U1ridT22i+53pzumbs+XFFXYC++CGsTj5JUT/GCgRt3n78i2n71FHG4/u6X++9+raya7os3ZbDmgWfXun44e+u2NZKuGZ0HiF8M4TlMPR+EU6rPKRJ8wOU2RFUFLex3egEsz3YqEAq0cqhAAW19dBZIlVzR61tuIdTnpXH7l+uXrbjPUyep+8cl6aXKWhPHpDcXl9KiTWDNr4mBQc8Tq+NzK/OKSbsfl79o9G20R+brBXYvUg0rLHhtrc4TN81TTOWSZ0gL1ZVlOYH2ery/7XVUjFMbzYpg7UswcqJPQwBd0LKLabJ8IaCr2otcjSkIrGwootKECaUd4XH1+SdazRrfddkBU98t1htvWrbjqSqjaCguxrffM/5zDCpBALUycmajhd+R6ww4SWafuZ5eU+tPid4lgd3gt+b/Y9rQoZNmiXYPXyRHbRs8zX/f4WIFjWZJtUdSD55AP3xtXH+ZipC0EqdBGDA4CoYEU6gRLGPU11QhkLTBiEYPiqOeQgwTCl9aok1Qr5pFf71qEeNxjy/8F0GoqYPv75Yh9j3x4DuJ+uEzHRpAq2lMqb+qfTdiq6kGtzfOWsv0c7lSeMXDHBDe1MT+LUgx0Pg/p87u2UicdIvqQi8DkxhcUwUXCedMpb4NQjwY3npTmgsURJavLwCRyEcN2HfWsDVGfv/u9ZUWUx+PYFueUKwaNvbtu+Xps3eVWbN1GcgVrdMnWJ7WmJz9SD66EBidag0NF1Ukep0t5A7sFCWdhzvYwHv6L/BehXuHqfaBwBEU7hfVLcXvS4VQv+T/vaSIl7cbeMc7ekv9i8S3e1L5xxpvMGcu1EYPbKyCiijjGXcDKckm43PqU2qNWlXusZMiqF82cuVzolUHN9NNR0HZPxFPV9V0wLtvq+k4DqOwVWDlzuQLVdqFiP08cRX7aRlBVfR8cb55bWe5LExnlcsDp1vAP8Q9BucPMk1Ulh4GnN0SAdxcNHv3q9ohx1Ati4S/tkWjIDe3hQdkUGrGRaFBiUdiTSkI41UkMuuQHP+EaSQYlPQTFWJF03BNPpTu5KFAdkWgDukzsZKMG0Q1TAQQglScOaP/dsZ8+fP75D/9Uu5Gs3FY/2SxPld0DHOciXI9gqjcEidXjE+3BLosy0OcX3T7O5g65ROGyzQ2BZs7WbZVnO5ydLe32hMwTQ4wnnKXW6XW5LAa7oaXOIHoUl0FgLQLH2by8wSTWeAx2Y5PDazK3BqZbeJZwXGPaYhX87ZNszoDdaRxotXO1nNlpdvAPFWHDm8PqEE0sZxDEqGzxisFNnuCWetPcGrObN0p23tTZwMuRVodSV8+LTrOV3eRvzjQZiSjaLYS1WEJe0kNsJlZu9LFun7++wW4gRDRbaxw2nrOGm+xOj9cmtbp9ZqeTM1m8UXfQQCSTVSQox6pvtjot/FpHvIUjJovFEoYvHYV9C5Y/xN9OfcalvII37UEhTbTg/AQIaPb4Vz6j5u8/aViycMod/fkDcpu8QZbZoeBi/vbzP3XPsZvOubMtaPHkD9jt6+U2O7vqU/9C9SMvgrXpQNG/E0oJxun+CiElUa0IKQSUwERxOntKSV7ekcuh9VBZBBo3VUcB58ofKBHCwLyf9qFosz9Ibf8dGqwaBMjRig4SGOZ2UkWI7UiO9OfUPdxOYFApUZyfpY7mgEc5rtNGGk2H1lPhAk1Hp/VAMqQEHEUfEYkkUQq1JMdzsX7kklRrTrUi1wMcDjmu1YYfATj7Y+pGpPEBXuoQIj8rR9mgCl4C9yqmF7xnVWxGVniNqtpVmXBvQ6iwni5YQ8a1jYrXtc2J13HvgkvqWxuva1sbr+P2S5ceKGyBwDv2DbrToe1u6BkAJV7xnVLUaq0sJB8pFqcUIPi3yuwxi4JuLr+P30f3OkPQ72aO0xYo3/EsmO3QO5qEF8S0qQH0UsKXv0brnl9+8M7jF174+DsfvPOl1au/RL5/9DsbNnwHL2pHR1NTRxMZhJtHktOOxLxErPF6YlLvpC9YP73x+4ofw+3xVdrHcDE0dQQCmCRgvt9b35xINDf1CDcRSfJ+pYl+Sf8YcurfmXP5F/kj6J82jNsrkWiEuhVlgFfyNkB3S5MUzLhoNiwSCYcxQ7Ui4J0Xh7fmqRbaPa1tzujxkBRlsEHy0/OM4pYLPb7g9O6BQJN6l9zQ0OGyCaZz0vMTbHOzXfQ7a2tsterTcqxeInODoemdktw+1SbVhKwtW9ffe8VKadK0OVuC3bWzyKm5LeddsWTeorWyY9IMtUFutdu5g+Rn533qkocdvLs2HmhU75br/MmWtD8zA3OP2t1ea636jEzqYxJZGAwFiDEd61oTsrRuW3/3pYNi3bS+Rd+GjOfVpAPNd6y64Gsz1GaZleWIPoYL/v9mTeQBENVEguiF1aC4YeXxFETw6QyPfn0m9g8IrMFAvKM1EI11DARnbqibHk/Iojy5rSdgCyZi06y8sS024PeuO4MfwQ5Y9yKRZCqyYaF30vzeHlmUprR21tR0t0yz8KZY66zWuGvxVQB/36kP+K38t2Hu6NQ9SFJfw0AdpqPEK2qTMpf2VCqJwqPoJezTL824b8akoL+x03nhh+oNo5e77psxg9Q5LzebIKD+fsY34f2MtB9fk9v5b8PT6tYrgv4kRPwd0q9z3gdJSJ0653KjCYPwCaR5aUY63eW48O/kdo33yxX9wCiMv2QTrk8eGSI6Ag6moG9t2P/F7GRNlDjl0gw7pJ5aOXXqyqn8SENnXBmbSwUYLyqJjv3UmY1nKr4t80no0faXsaIEiF/BRaIBnItSce4OUif7W6Vm9T9H1X9Vj71BEm+RdmIJQST/ZfVdudUvh9S/qqNvqT98g9SQ3lHibZY0mRVHooyDN/FHmTgzjdozKw28NwQ0hwN6BCoPKaEk3YtKwNhwRLXuk076CGoZNXDQcRwZvreTZY9EZi+d0s4+ztv8iei04JQl6ZbDD2eHV7X4uHuFVfPrOmcs6m6Kr7hssr+1VZFcEZ/PdJkn1hOs8SXS/NFFgqt94PIZzZ3tdaL6Q5vo6piSzdy737pwsX1VyxUrF15iJ4uNkq+rbyg1Z+O8VsNC1UmcvORPRfxtPrfRwL2p/oA1eZp6Z/aGffoewaXcA/xBlKlQLfhQL/oPgBGP3qsA7IQS8qDVNswHKRSheDUvA3Q7MZoRcJMxlEygujn1QdyzfPfq3dEp/bXh5e5YXW2Ngfvza0ZF6UgFL/E0fTq4LBlvTE2qb/KuuzYSXVnjTfM1osvqMHVbm9950quIZlbqaL6YP7jk3kUtA0GnX2nvq53f3WoSsvEdDRnULgo2fN7lNZJgI8/VWi33c3bBZnGY05+dm+3qc7fNmj4YGKLj2nfqFP+g7jdDlxEV5XsJQZP6hYrS1l0VQr4c69Xueixp90gnZPmE5OF22j+SYEWHlZ0K/Hgsh/Ztsbh6h2DNRlvv6jJh9XaJaHCZDiUDKNTMkvb8vsqCyf3ZNdSmO0fa0Y4baJTtpbKzuVzeeSI7fCKr2Z0WypapnXJ4gnoWy3PoUIlIQ1TXdqhQJIXp9Wx5fYdpeWh2TY5D+YVyKd0jw3iumwi/BC3cEy4o83QlZnW79MrCgCjbhWXBlRZVVZZv4rIKpXC01HFlHdHLoeWVl6UVc/J5uGm6CViW5mulYMk+HqNYr0AyUPivLg2oMs2MPqtuhHyRyiwvNJej1Br+fcLyoAyu8D9B7bgmzUqfFobF5nKnK4+t8MPJkI/xHUNWk117jugWF+xazTAALQn6+UE9lhoI5ApGA/iuJOsrlNP28SVVuBVajXmircLel46w2bJS1Q0Ft0KDuikDFL/3pYrid1Q4FvofwRIo4R9h2ftSwc6jHAMqLcCql8YPHtlzGoByNXYN6v8hXnRaOhUvx0sVLCexwupGDR4NOYC7PePa5keIPACnuAdD7dEadRuTIiS6Lb7uskb381My5yjzF8lGCjBRqdwrWJCagfB3yCy7XT1i92hbcZ5Ci1FJkgYMDf6n+jspIsHFjJrTOdzSMuOa9DbDcj/nH9N9bIoGVgzHPWIQuFuYtaMRaq8eCKI0gEF6lPOZjBz3EEvaaxwSUT9U/8JbJZPJJLBLolH1La/RbF9AbC8JJjv/mMnssKjLRBJyqj9QXxNko0Ux/X79epfiXkm6fmKwF/en1HLc6LxloXWKvGa5rVCVL83VuiPcDEX/K5pTXOxHfx6HHB0t2FI0qI2rCZFTrvPWU67zVuS/kTsLnc7IKhFg30e4FOkqNSfH5PtkmUy6Cpiv/36k2sbqCeCFNa+URpoY0sZoYmCgCr3qgZz6s8I0gP1bYiR+D79H56NOz0EVWCTy2/fffvSCCx59W7uRV9995eqrX8GLesOXNm360iZ+T/El3uZqL+FyzSZ8XxpTiI/G0nkT4zznFZ0t4ipMz5v4q9ssqbdKUZt6u82knPCrt6PZwsnn0XySVnyPR1ZXAn72yx48bWJsu7apnI3Hy8bygUK5Js32qcytapqgmn95uexccj205vGgJ+euOeG2SORmKZr/qKzcx9SFctMJdwMUFZDJITs7dnOp1EKZCxg304Cevyfya+vlKqv6aXK1qIj3imL+L6hL+yvUlFfE0VKZ7E8gBY3M/8VoJCFgizH1W6VyC76nH6b7jiibYVxUmVIEspry/LgZIlCeP11Z4zs/AwvVwtGFEut5S1JY4lfyT0N/evOLo+rUEgjcqc9IkGpQbv3iW7Co5b+KgjvpzYdH85PLcc4X21ouwEGl/S4qnUAvoSlXUUhR1eKr2VWFTB+GMl6FsiQsVD1R3urlAAIoSn7JQkmiVVCHSpCwDH/qPepXQ0Db77CJOAImohB+RPWr31ev5g/kE+zTa4lbvZo8xdWPffQu9yJTPCNB66s+zXoJt/0L6hSoCuBIoK8fnBGG87OoRckJpLqyWe4YbpGi50g0+3I3UD85Oa0fzubfoXxPLbW3FDWzigmyJeM0tQkax7PqTy80+UxfUHPlBZIRVNQ+v0xRm8REKPoLmNr0+Uo48v9GFbXPKylqQ2IKm00QddgyWGMROCTxdLB9nCY8P7j2DjlsV/+mfr0C0r/NkeXbbpPlOTBBwT0mVz1zx9S/wJecBF9Wgv3p032iP2v4VSgfgW2G+HUEdEXU6iq4CtpLJfIN9XQG8dwa1VoO8XC2SrPDDyCOQptXgbcPvlAgBfxBoGwftQKeKFrNTASPt3pGGqDt/QRasn2kri+H6L80MJRsmVYJrAKyDItpJUy3/15WYIJqcJ9Q5N/LFJ4c3dc1URpWl9hW6mu50MUIelg4ucTPf15zs5DFo1c0VSp1tKB9jkwIyuM45kb+IP8gHed+6jO3v0KbIknzLy636E8KPTdCuUpB0wLo9JKnAO6pv0vS31EtBha/fJemkgLVVnd8KCk4qBTpQ5m7FbifBKrPJcq0pZAFVG/XbOFz+Tcq2MLrcmV28Nmi/OHskh82bau0k8eWCaPijQPWQ5lUvslwVCfHkXBMIehqUgtDNLeauH1huvZTbYmw+luPjyWoNGEuxRLR7LK5fSyXFUyK7PURQv2v8D3XOt2NJ6liBbmPGOsakw1kbeOs+31Wm5qpH+iJWSzqdPr2O7zc2TmtnrzCig6bBd/vgQmzOlz0STWIlmZEQfupogOZFHUZ7EkUnMn0RrpIMqAgHRJAOjIJ3yGw1I/MAp9q9S3Q/clADNm1wEeO+xbwg5OIYHZLY3ehG5lJk2xhco+6JWybpEVz2wrR6hZyD0QXZbeDVB+onmlimpkWprdAs4WEZDSQppsDlcdCBJJESIYFuAtUnC4GIF2C3Uu2Kv7L1bdz6FxtqxpG4TqQOqOUNAJ2HLvPWA2GgDy4O4vaDrtyl6P+1fAll+SyFcQ28GHqh7fvvf37udylf0fNwhzgz87Y+cf5x9GnF6ygHu18sAbipWeF0YPBgp2GaKeQduxxdEr3SgbH1kvH7tvqSLhedomOvZyts2dw8acu3dY/f+ucuMtCuP/e4zC4XnH3OLZ8ZuxTWxy8dJfU5dhDeKPSlJy5pn/+7u3XrJhmr9C5CuleGflGQocKnlAUaRKp0BAHV0ZwUt9VCqk6zYOgRIuMfePJzdmBdpPJ7/6B23+f+sp9NMDZevovvfYHG5dGPISQq1DojqNckchVrCcCYz/Q0hI0m3NKDRfkgsrnamo+p0CAq1FyvC3a3Nak/s5VX282x9Ufy3E39VAx6o7LpCvO2wK+ch9jNqpJCutcIOooKnYWtDK8gTRVYygRQfwgzKM5+jP2jOZdx3r32Py7rQUPOzAnoRs95NvRAR0qLGU11Taqu1bUYSzMcWjMEir067JQQHfIrLBHsrgv00/Wavd8HRLMEEYFSW3HCSNQehnrHztKqHcDyo4VfZ6gPKCR+gufwA8GegxUEo4A+gd0BASHiH6jYMLIsUdQJTs/C641KN4oCHWolCMLlMfIdtWKScjx7SM5LD9HnfmhrGI0S139UWfUnxgOXdJFW+AMcGjKr6eHAttHF5sUoeArYKDcxMSYcKA/xUDhPiEOEAPafSIUFArN0r24ynI91EPARDXvIDYyvqZaWeroBOUABQA/E+DXC7PWafDLQY2oiwpUEyj4RQtVlUp1GrM7In2p2A7VuiOW6otMiGOo5Mrp05ejVuTy6dNX/k/7mybZQ0nUmfrbx3U4KueDnlHm5wdh8FFeKnoaKKh/TK18StOPhwG9Xo5mqXAxvw/79YQwwDR+nAKQQ4izVXioB84qcppWB7IqjU45z4CE17OvF1Dw+oTFqxtz8dxwtogBnF9MjIl/in+K8s3hM9laIn0TiCbTAXL0T798bPXqx36p3chrv0O+GC9Xaj48Ecv8U8UEeBvUEsDlTepiU5OvlpeNGvpnKF0RvUooWhIjnx6GeBapXCQYTw9DNg6/OC3gZjp76oNTj9Kz6Jqobxb9NDqc08vcKReOpcsQV2K8InXFaXW3aI6Ofr1k48rp7CX7rx+v1UKPsfvzQU0Kc83i2VdILmd2/yX55zT9luN2+Cu4nKfwPcK/CvDVU+pHh8+LaldIf1fA5h3ndT6Fln9/W/9Ce1vndfvJtnPVO2xhm3qbafHVCN1X363UXHq9xuVD8OSD29Z8pZ5cZrern9cAdGW/uib/ud+VK0L9a42r6C90kL8KzxwLQw9NkIQJL0ASU8M+VG0KsUdgdvpgP/6NqqP0/gHZFUfGEijZLHpiIgvV5/Bltrj8Qd7XQd5p4P+7tJo30NMO6VGBwahSPMYiaaBYoLY6uEnciyhhh1Z/vvacG/rjpsvnpzs0B1Id6fmX8119l88XnOxe/uGrzzHcdu7UtY3+2vmXN5zUyj3ZcPl8p1sZSs6/nGXtwrV7Ka0XZdz83fwjjINpZWYw85lL8BRK4nGyIir2RiOsEyipuEcIakpGjWgBjLiHWOgj0Yi34gW1kKPxHt2Na5q+lwg1RdRSpFDNzosb44YJXnAfoEOpZW//6u1lhYA6leevezbI26zNHO811M2dc5HFxpk4i1jPC0s21/BWW5DnPQbn2X1WK43/aM2n18DfSoybbNHijFpamzXI31eRibGUOxSu/lT96YZlq1Yt20DaSBuG6knw2eusHs5EPBfNmVvHKdaQzcDfz9ZsXmLDWGXy2U5OsYSsIn8CS12jQIyD12KKqZrLPy7mSPdICmd6WGHG8NDZkkHuE4h9TU8FpmUO/VjC/EinToFyoNDz2p9XD6g78WgQdPG7Z3R0T/Z5dTM9lsL8Ktek7szl2L+gQwGgwkZHc2g5Su7NvVqwGy2Ua4KSXUwt1X4PaM5paaEu6jQ5zVFyNabxvUksVt2T/4VeamYPlLtffdQsk+2sUTY/zDXl/05W53/Bz9UK3p7LjapZ2ZxOm+UlZXrL3HHGqO8+wVroDaCTTnTxitMxmiAAYQzVJQH+nj3oIHnPaN6Zq6sNSLjBl8tKgVr2mj/9CWi9dnKca8rBQBsd5R1tzVlgrl5pbnPw6kZclCr2CHxMnHohLz+3KRQokzALyeIKFU1TNCiayJdoHvDYe7K6mZLm8S3uJ9dojuaJ62/qN/tjQxnSnhnKPw+LNrLi8ZKyJ3x1YhiI1aNAtP6NzCGzYv3DmaGh/LvQZnt0evgIhTFV0kE/PYxAnOHhCQUZdCWY5JWJwMzlAGl1mpNbDU7yyGnhRMILsYhH3VRAijrPcBU8/Cj1Y9NY6cnGVW0CjTLaz7E3epvaT/LtTV72Rs+0WVVmd0dz/MGTI5F0OsIviaqDlbbO5X6xT3PeXbXHRtf/z+fdka+eKPr8KF7IF4vBsT9MFPuPJMBTBMq9hQxXelQ+bewnf18ap4Ib+mSMrtDU5zqlD8QANa5MBGh/OwOvSDfcV2d66mfEWsbGWmIz6nsyZDWQSmqmxDneYyvjHPmRXHZxeueyRGLZzvRioKnGto9nIPkibAJA16adcOZRQr1iAP3bUyBR7T4RgAWTKxhkCYFwshq+7iV9r0whk50cmRcTg4fy5x4OmmNkHndIA2+YuMbmE9dwGYB4KFTsvnDE6Ah47r/fE3AYI+oXADpkdlENcZ8OZEEf8FFGZNxMs6ZLpG3SUFLL7Q2kcFU/A/Jsw+vWDa/7emewLaoeibaF1B9qUNnuqWK3+UfXYVL1v/omD15xxeDkPnXTOKSVcCbDGtOu0YQNpGAP7U1HU58UrqGu8xIbHtkQ3LVhb7Dx46ET3Ffcm1q0YcOizNmf3bC3VjWfAcpSv3MyTlgJ23FHQgmgvk+gk8pL0mcCDOn08MDAQlf+/SlTZ1z12fnqntOhbOTL9/ZdevbAPN+yby1f/uUtC/ixm8ZBo59LTXEW060hGrTDplNprWd58fwB/b/E27BdS/s7U+rGVCeQ46nzaw9QccnmZerGZZs3Yw9aVHt+Kh6HN4ti6lxIhT/wahnZtWwzlY9QHQ2c79C+dxzvVDKy8GqKWQERO9YAKbpsDUTLdWV5dE8PVPjvj9pqw7ah/PFVtkit7aj6G5xY9mfJrCz1j1e0BcnPol4UjtrCdbahIVtd2HaURujnFJR8CuOuUUfhrGhgKKgjCYNSvCc1WKlEp8wHUaAYynFNyzZn+2MnYv36dbMDBTonl/T/ma5IKAyEGz+4eRnVtaX6tss2o34u8mWorFtuFgm4A6qK/yp/gLEBVat5WnPDdKA574ubuFJ/IUfZ/Y2Nt6mN+ZNNTSTaeI56gKwkXerTe9DDHUw8/H35FY3nNN7GGuBKWhrV9ep+0k1WjNWVaHkW1yA+QHWNu8rtBw2a5YXuE40rs7/GA+j09V3hA98yRnFPOGr8ltGlsFdD/7tRce3LH6Trcneuiy7K7J3khKu+3qUaXPWaX7T6/Kfj9BX2eZq2XAcZT79u1ClJzUtHUqfqSMWBcZS43Ena0cUGLgpkKxB1QM+0Fxz10wgg6r5rltnFpH05pepUq3Y2HfYqeKRntmUFNz+XmcOs1H31U6cC6RTVLfCg7RNBF1UF2/wBgu0fFQtPEU1sSg3VcNsR7dWq3af87tUFn1l3ltXpaJxpNvtcZkH2WmMst3JqRpxUH+WC0E1qOGtP66s1MYv+VLu8/XFXvV/ZbunYYBeVN64ls0ur6NzpV9xzlmQwB5qC4Tq70WC0tk8dWJXeHvkD0h9zJOM0vD86/1NJMaIAolctvlByferCsqOKDKceOfUu1PsmoFCamV5mCrMUOCi6V6FJosMF22AcrKJgQDVhfYh6tepp/lYgvnCEAbJQ1L0rOpajEmRcasMiPfxhgGoVo4rwreQpV6fUJHH2e8fa1s2c13Apl1b89a58ozdoap2sjgLN9uISl7P1DrulyeIkt0zr6JjWocoPOZsaXPb6jtqBblsgsaRre2xHi4nELm0MhG1+x1SXwLpFi53b+aHRYo/IrbZtuWAKu5cSEXfybnnmUCaXGTpQr0xK2O2WWY76f+nAjNVf7nCZHU5XqIkTnpt6VtvsFlPXg1031g/VRdpkkyVpD7jnmax88QwDvg/66NnMRdRXTcGTmQc3cuINwN5IQqi0yzb+YFVHuVqI5s4ADfg5oE4ybDLd28mFSFmYvRoomsWXEdLU2Wl3GJy93ZNb/d5gqmNaqJZSO1l6PVRy0nZIj/45EetjLguh1rLqR+SK0hO6NrsqcNX8zoUdjQYDJ7tb4os6+i+Y0qpY2AWlnLRDWdGFTfGY1gV0zNAtJ7pdo24se0D88AwLY/gZmE9iuP4V5v7CSR/RThaHLh+UeBkXwU6BC7lGOevK65udTv+tS/PfW7qj3ljTcj3b9OkbV85t8xsMj7Ddj7DGpthZKwKPvso/c/1K9aLE12fMWLV1y1D9ua8lyJdWXr/bG+noCFutf/mLILe39ITUV4igr3876fpX5g2zeB52sWnIL4fXHlgeUzOx5QfIvJQyrKQE9wHUqVq+PEaOrz0wVvNbJZVSfsuMzxN4l9PkedFzw9V5Dj+nzpgoT4ZxCxJfC5RWLc74YVHxKlExCYt0JAOMatREhHBSCAtSfod6x6Ls8HCWECLwXZ9nd5Dz1T24JUdWs6fU3++fcnT49Qe+kBs+wdsMZgPXMp3U5S958snPP/EE7bvkOPCuTUDTUQ/UzirLhML9yPahoe1D5Fj5jWsaoveyP00PehdUAHk/seDVWsvDWXXXsyn/4wfpXc2V3/Qxli3jl/5hj/83avSCfpTNxOEKLmTjxOEKuxgNlsQn0xgct724mhynupNW1Ph6o3RYS3/+2TJrzLlkFz+ip3qCHKf6eqW02QJLjBYuuj4sobhCWqa/YHGEHpcnumuWSOhxeaL7sOakNR6vvmo+YcfFA8UFXEPZf9UjyudIOyNwx/i90DdsujS/FX2UAwvWSVK4NxaMhAGw3oowp/uc8CTi7D2rBgZWwb/60faR7SPsEbjkXy4G0XaqhXPwe2cePjxjxuHD6ssQuR1fq6PF0E+o2t1nePTn8TUmxz/A3crMoCc7egESuoTHYc7mYdg6etORoOhR7BBGD+qJopELrl4S6cJNRtEAsLP/OdvnJq0Wo0GolY2Et9VFB2Kf+4bZvVyxfOMz3WdFfSIryj6DwWghre7aQbdiDrkTL3A3vNDuDpk93HqXwam+bWmUJZfNn5ozKV5Pmmq8PF/jVY+2Tlk2M2RzSXKjmbQ4RZcQavEYrN/9rlXwtIQqzxQNMzPPfHYLvuPoO9TbT8bpGw5CQPGd+SyX/Cyf0Vxjd2R9NmsunnXYa8xGHzn+sSfM5J0y0DZEXWWxkXjcR75KBLNLHi7XvX2G8VOrf4Ykg0AMdBESIpo7MgAfyakA6rkqpI6UjNs0px7cMV+D5BF49Tez1VGnYmq0WIijp985m4Sn2gJR9b07riPPFo97OYbUZbxJCpot7H/lpZBicglCPN7WOfJkcHqc3ElWqvvz/1E6bIQrG+tz6WkM1SM9FBTR7FSs8KyBBytSmNEoquJNFN5EQyTiCrnKDx1h58yxCepPHU5nxGoxEQeeOZi2m80DxNxncVhr6BmEfUarxejw+WSiHhWk19bSY7aKR5MsteblJpfTLtjimBouXsm3d3djjYM+wEW0El9dM/ueVRWIsXwe43R7SgbVZqrnqoJ1X/kuF7pcgf8duv4q6vayV5U9zMV91GxO59UUjW8rHV6u799WzKMT7umRCXbYUKM+foaCcwgaoqZUtmodV3p+X7akb4dnU9B9La38RPFUG2SCC90tVA4XwEFhyOpZZrUCsgWYHsczLFBBVGNtstoN1bw0Z+O4fYIbvZVt4EUcJEKOhHeincWqONw+q6w5Go+WGOSR7LhKV+KBqbBPpfUvOf9QqkpDyVhBeyyZQGMsdA5FBUqvFMtUyGq9vjnsAJU4UcrxldP1CCaofyDkSAifoP5QwWx+SyUGxp75BzGAvtG7uQ38LehlyEQMeh0TeE6Bm7tYdXqdkt0uOb3kfYlNwmOdDyacOq/qlFo1v+PTmTi3E/glC9W11b34A22zmLzvb231Q0L2Bgg60OTW4YdstO+YOJnO38TtpH7zy9ymokWyA79qlVSn38HtpFlImFnhu3b4boNWXklOXV0Iwo7lQ1hrZyPFcwtjwFP7iEKSHSSJw509kh8kj6pr+H1jR7km9vcvqN9657vffefkv+fKxge1X+7RdjYUPIESN7gTvRkB/RMYtEkaVkdHApmdBPpnKmz0n1xSWFOyVIuLrinZwpoCRe6kyiVZoHX088F+UX4+WKS4iBTP0IWxGtZgOdMaV4KTayqHQF/VihBwTbgDXTCmKoOBJeNhwJMzEVjtjIFLuU38fPR7hqNG1JS7g/qRCuy3vmQ3W9Vu8qbVbP+SzazGRJH83MzP90Ck2m31mMjP8TiLn5uwD2Ugr2PFvPQjB5BnSJvQxGQZZEB+LopqzGzDbMmbkAPkZVJjeO5FzOSBKCgJze2ZS4Gemc9twrwY6u9H61iUQTcRvtdT9RW3tRxAWwFs2tcuJRnI6xjmBdWjbgFNRHMHiF1uHYBfUR/ut5Ug2jXAaT96+9RH/FToRwIzGbKmVJ1AZQnoabSB1yyIg7ByAridHApPMjyw0OiV6RjSbCuzwLAvFizBliWJua1tsuAgvNPbmljYbpt8lkWam7b3XZiOiKJskMOtmfScnsbPW208knwjuXrXK4Q1iKIgNyYXXDVT9C2Ye/78GQ5BEEXfFdde2RwauOysdJNL5AzCy84ard/nGAVN8alecnFdgu5Gbd5DJTL+hHZK0vApVy3OfU8XTSJg1TlssivsPYUlIqvn66PzrVTymCc4wgF6SDNR0pDf+9Gp+VnsUH5WtpHYsuhOaey8zdwLN47V8MTbm78g687+P3cx6tcAeNpjYGRgYGBk8s0/zBIfz2/zlUGeZQNQhOFCWfF0GP0/8P8c1jusIkAuBwMTSBQAYwQM6HjaY2BkYGAV+d8KJgP/XWG9wwAUQQGLAYqPBl942n1TvUoDQRCe1VM8kWARjNrZGIurBAsRBIuA2vkAFsJiKTYW4guIjT5ARMgTxCLoA1hcb5OgDyGHrY7f7M65e8fpLF++2W/nZ2eTmGfaIJi5I0qGDlZZcD51QzTTJirZPAI9JIwVA+wT8L5nOdMaV0AuMJ+icRHq8of6LSD18fzq8ds7xjpwBnQiSI9V5QVl6NwPvgM15NXn/AtWZyj3W0HjEXitOc/dIdbetPdFTZ+P6t+X7xU0/k6GJtOe1/B3arN0/pmz1J4UZc+D6ExwjD7vioeGd5HvhvU+R+DZcGZ6YBPNfAi0G97iBPwFXqph2cW8+D7kjMfwtinHb6kLb6Wygk3cZytSEoptGrlScdHtLPeri1JKueACMZfU1ViJG1Sq5E43dIt7SZZFl1zuRhb/GOs44xFVDbrJzB5tYs35OmaXTrEmkv0DajnMWQB42mNgYNCCwk0MLxheMPrhgUuY2JiUmOqY2pjWMD1hdmPOY+5hPsLCwWLEksSyiOUOawzrLrYiti/sCuxJ7Kc45DiSOPZxmnG2cG7jvMelweXDNYXrEbcBdxf3KR4OngheLd443g18fHwZfFv4NfiX8T8TEBIIEZggsEpQS7BMcJsQl5CFUI3QAWEp4RLhCyJaIldEbURXiJ4RYxEzE0sQ2yD2TzxIfJkEk4SeRJbENIkNEg8k/klqSGZITpE8InlL8p2UmVSG1A6pb9Jx0ltkjGSmyDySlZF1kc2RnSK7R/aZnJ5cmdwB+ST5SwpuCvsUjRTLFHcoOShNU9qhzKespGyhXKV8SPmBCpOKgUqcyjSVR6omqgmqe9RE1OrUnqkHqO9R/6FholGgsUZzgeYZLTUtL60WbS7tKh0OnQydXTpvdGV0O3S/6Gnopekt0ruhz6fvpl+nv0n/h4GdQYvBJUMhwwTDdYYvjFSM4oxmGd0zVjK2M84w3mYiYZJgssLkkqmO6TzTF2Z2ZjVmd8ylzP3MJ5lfsRCwcLJoszhhyWXpZdlhecZKxirHapbVPesF1ndsJGwCbBbZ/LA1sn1jZ2XXY3fFXsM+z36V/S8HD4cGh2OOTI51ThJOK5zeOUs4OzmXOS9wPuUi4JLgss7lm2uU6zY3NrcSty1u39zN3Mvct7l/8xDzMPLw88jyaPM44ynkaeEZ59niucqLyUvPKwgAn3OqOQAAAQAAARcApwARAAAAAAACAAAAAQABAAAAQAAuAAAAAHjarZK9TgJBEMf/d6CRaAyRhMLqCgsbL4ciglTGRPEjSiSKlnLycXJ86CEniU/hM9jYWPgIFkYfwd6nsDD+d1mBIIUx3mZnfzs3MzszuwDCeIYG8UUwQxmAFgxxPeeuyxrmcaNYxzTuFAewi0fFQSTxqXgM11pC8TgS2oPiCUS1d8Uh8ofiSczpYcVT5LjiCPlY8Qui+ncOr7D02y6/BTCrP/m+b5bdTrPi2I26Z9qNGtbRQBMdXMJBGRW0YOCecxEWYoiTCvxrYBunqHPdoX2bLOyrMKlZg8thDETw5K7Itci1TXlGy0124QRZZLDFU/exhxztMozlosTpMH6ZPge0L+OKGnFKjJ4WRwppHPL0PP3SI2P9jLQwFOu3GRhDfkeyDo//G7IHgzllZQxLdquvrdCyBVvat3seJlYo06gxapUxhU2JWnFygR03sSxnEkvcpf5Y5eibGq315TDp7fKWm8zbUVl71Aqq/ZtNnlkWmLnQtno9ycvXYbA6W2pF3aKfCayyC0Ja7Fr/PW70/HO4YM0OKxFvzf0C1MyPjwAAeNpt1VWUU2cYRuHsgxenQt1d8/3JOUnqAyR1d/cCLQVKO22pu7tQd3d3d3d3d3cXmGzumrWy3pWLs/NdPDMpZaWu1783l1Lpf14MnfzO6FbqVupfGkD30iR60JNe9KYP09CXfvRnAAMZxG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BkBAXAcIVHfzgDwr+ogoPDwoBXgoPDwqvrwoPAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUzMhYVETMyFgcDBiInAyY2OwERNDYB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv58lgoPiRUKDd8NJg3fDQoViQ8EmVub1urWm1tbm9bq1ps7csXoxXJyxejFDQ8K/u0XEP7tEBABExAXARMKDwAAAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiUTFgYrAREUBisBIiY1ESMiJjcTNjIB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv7n3w0KFYkPCpYKD4kVCg3fDSYEmVub1urWm1tbm9bq1ps7csXoxXJyxejFAf7tEBf+7QoPDwoBExcQARMQAAAAAAIAAAAABLAEsAAZADkAABMhMhYXExYVERQGBwYjISImJyY1EzQ3Ez4BBSEiBgcDBhY7ATIWHwEeATsBMjY/AT4BOwEyNicDLgHhAu4KEwO6BwgFDBn7tAweAgYBB7kDEwKX/dQKEgJXAgwKlgoTAiYCEwr6ChMCJgITCpYKDAJXAhIEsA4K/XQYGf5XDB4CBggEDRkBqRkYAowKDsgOC/4+Cw4OCpgKDg4KmAoODgsBwgsOAAMAFwAXBJkEmQAPABsAJwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUXFhQPAQYmNRE0NgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJy/ov9ERH9EBgYBJlbm9bq1ptbW5vW6tabO3LF6MVycsXoxV2+DCQMvgwLFQGQFQsAAQAXABcEmQSwACgAAAE3NhYVERQGIyEiJj8BJiMiDgEUHgEyPgE1MxQOAiIuAjQ+AjMyA7OHBwsPCv6WCwQHhW2BdMVycsXoxXKWW5vW6tabW1ub1nXABCSHBwQL/pYKDwsHhUxyxejFcnLFdHXWm1tbm9bq1ptbAAAAAAIAFwABBJkEsAAaADUAAAE3NhYVERQGIyEiJj8BJiMiDgEVIzQ+AjMyEzMUDgIjIicHBiY1ETQ2MyEyFg8BFjMyPgEDs4cHCw8L/pcLBAeGboF0xXKWW5vWdcDrllub1nXAnIYHCw8LAWgKBQiFboJ0xXIEJIcHBAv+lwsPCweGS3LFdHXWm1v9v3XWm1t2hggFCgFoCw8LB4VMcsUAAAAKAGQAAASwBLAADwAfAC8APwBPAF8AbwB/AI8AnwAAEyEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0NgczMhYdARQGKwEiJj0BNDYzITIWHQEUBiMhIiY9ATQ2BzMyFh0BFAYrASImPQE0NjMhMhYdARQGIyEiJj0BNDYHMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0Nn0EGgoPDwr75goPDwPA/K4KDw8KA1IKDw/9CDIKDw8KMgoPD9IBwgoPDwr+PgoPD74yCg8PCjIKDw/SAcIKDw8K/j4KDw++MgoPDwoyCg8P0gHCCg8PCv4+Cg8PvjIKDw8KMgoPD9IBwgoPDwr+PgoPDwSwDwr7ggoPDwoEfgoPyA8K/K4KDw8KA1IKD2QPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKDwAAAAACAAAAAARMBLAAGQAjAAABNTQmIyEiBh0BIyIGFREUFjMhMjY1ETQmIyE1NDY7ATIWHQEDhHVT/tRSdmQpOzspA4QpOzsp/ageFMgUHgMgyFN1dlLIOyn9qCk7OykCWCk7lhUdHRWWAAIAZAAABEwETAAJADcAABMzMhYVESMRNDYFMhcWFREUBw4DIyIuAScuAiMiBwYjIicmNRE+ATc2HgMXHgIzMjc2fTIKD2QPA8AEBRADIUNAMRwaPyonKSxHHlVLBwgGBQ4WeDsXKC4TOQQpLUUdZ1AHBEwPCvvNBDMKDzACBhH+WwYGO1AkDQ0ODg8PDzkFAwcPAbY3VwMCAwsGFAEODg5XCAAAAwAAAAAEsASXACEAMQBBAAAAMh4CFREUBisBIiY1ETQuASAOARURFAYrASImNRE0PgEDMzIWFREUBisBIiY1ETQ2ITMyFhURFAYrASImNRE0NgHk6N6jYw8KMgoPjeT++uSNDwoyCg9joyqgCAwMCKAIDAwCYKAIDAwIoAgMDASXY6PedP7UCg8PCgEsf9FyctF//tQKDw8KASx03qP9wAwI/jQIDAwIAcwIDAwI/jQIDAwIAcwIDAAAAAACAAAA0wRHA90AFQA5AAABJTYWFREUBiclJisBIiY1ETQ2OwEyBTc2Mh8BFhQPARcWFA8BBiIvAQcGIi8BJjQ/AScmND8BNjIXAUEBAgkMDAn+/hUZ+goPDwr6GQJYeAcUByIHB3h4BwciBxQHeHgHFAciBwd3dwcHIgcUBwMurAYHCv0SCgcGrA4PCgFeCg+EeAcHIgcUB3h4BxQHIgcHd3cHByIHFAd4eAcUByIICAAAAAACAAAA0wNyA90AFQAvAAABJTYWFREUBiclJisBIiY1ETQ2OwEyJTMWFxYVFAcGDwEiLwEuATc2NTQnJjY/ATYBQQECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcDLqwGBwr9EgoHBqwODwoBXgoPZAEJgaGafwkBAQYXBxMIZ36EaggUBxYFAAAAAAMAAADEBGID7AAbADEASwAAATMWFxYVFAYHBgcjIi8BLgE3NjU0JicmNj8BNgUlNhYVERQGJyUmKwEiJjURNDY7ATIlMxYXFhUUBwYPASIvAS4BNzY1NCcmNj8BNgPHAwsGh0RABwoDCQcqCAIGbzs3BgIJKgf9ggECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcD7AEJs9lpy1QJAQYiBhQIlrJarEcJFAYhBb6sBgcK/RIKBwasDg8KAV4KD2QBCYGhmn8JAQEGFwcTCGd+hGoIFQYWBQAAAAANAAAAAASwBLAACQAVABkAHQAhACUALQA7AD8AQwBHAEsATwAAATMVIxUhFSMRIQEjFTMVIREjESM1IQURIREhESERBSM1MwUjNTMBMxEhETM1MwEzFSMVIzUjNTM1IzUhBREhEQcjNTMFIzUzASM1MwUhNSEB9GRk/nBkAfQCvMjI/tTIZAJY+7QBLAGQASz84GRkArxkZP1EyP4MyGQB9MhkyGRkyAEs/UQBLGRkZAOEZGT+DGRkAfT+1AEsA4RkZGQCWP4MZMgBLAEsyGT+1AEs/tQBLMhkZGT+DP4MAfRk/tRkZGRkyGTI/tQBLMhkZGT+1GRkZAAAAAAJAAAAAASwBLAAAwAHAAsADwATABcAGwAfACMAADcjETMTIxEzASMRMxMjETMBIxEzASE1IRcjNTMXIzUzBSM1M2RkZMhkZAGQyMjIZGQBLMjI/OD+1AEsyGRkyGRkASzIyMgD6PwYA+j8GAPo/BgD6PwYA+j7UGRkW1tbW1sAAAIAAAAKBKYEsAANABUAAAkBFhQHAQYiJwETNDYzBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAUM7Uzs7UzsEsP1WCBQI/jAICAKqAdsKD807O1Q7OwAAAAADAAAACgXSBLAADQAZACEAAAkBFhQHAQYiJwETNDYzIQEWFAcBBiIvAQkBBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAwYCqggI/jAIFAg4Aaj9RP7TO1M7O1M7BLD9VggUCP4wCAgCqgHbCg/9VggUCP4wCAg4AaoCvM07O1Q7OwAAAAABAGQAAASwBLAAJgAAASEyFREUDwEGJjURNCYjISIPAQYWMyEyFhURFAYjISImNRE0PwE2ASwDOUsSQAgKDwr9RBkSQAgFCgK8Cg8PCvyuCg8SixIEsEv8fBkSQAgFCgO2Cg8SQAgKDwr8SgoPDwoDzxkSixIAAAABAMj//wRMBLAACgAAEyEyFhURCQERNDb6AyAVHf4+/j4dBLAdFfuCAbz+QwR/FR0AAAAAAwAAAAAEsASwABUARQBVAAABISIGBwMGHwEeATMhMjY/ATYnAy4BASMiBg8BDgEjISImLwEuASsBIgYVERQWOwEyNj0BNDYzITIWHQEUFjsBMjY1ETQmASEiBg8BBhYzITI2LwEuAQM2/kQLEAFOBw45BhcKAcIKFwY+DgdTARABVpYKFgROBBYK/doKFgROBBYKlgoPDwqWCg8PCgLuCg8PCpYKDw/+sf4MChMCJgILCgJYCgsCJgITBLAPCv7TGBVsCQwMCWwVGAEtCg/+cA0JnAkNDQmcCQ0PCv12Cg8PCpYKDw8KlgoPDwoCigoP/agOCpgKDg4KmAoOAAAAAAQAAABkBLAETAAdACEAKQAxAAABMzIeAh8BMzIWFREUBiMhIiY1ETQ2OwE+BAEVMzUEIgYUFjI2NCQyFhQGIiY0AfTIOF00JAcGlik7Oyn8GCk7OymWAgknM10ByGT+z76Hh76H/u9WPDxWPARMKTs7FRQ7Kf2oKTs7KQJYKTsIG0U1K/7UZGRGh76Hh74IPFY8PFYAAAAAAgA1AAAEsASvACAAIwAACQEWFx4BHwEVITUyNi8BIQYHBh4CMxUhNTY3PgE/AQEDIQMCqQGBFCgSJQkK/l81LBFS/nk6IgsJKjIe/pM4HAwaBwcBj6wBVKIEr/waMioTFQECQkJXLd6RWSIuHAxCQhgcDCUNDQPu/VoByQAAAAADAGQAAAPwBLAAJwAyADsAAAEeBhUUDgMjITU+ATURNC4EJzUFMh4CFRQOAgclMzI2NTQuAisBETMyNjU0JisBAvEFEzUwOyodN1htbDD+DCk7AQYLFyEaAdc5dWM+Hy0tEP6Pi05pESpTPnbYUFJ9Xp8CgQEHGB0zOlIuQ3VONxpZBzMoAzsYFBwLEAkHRwEpSXNDM1s6KwkxYUopOzQb/K5lUFqBAAABAMgAAANvBLAAGQAAARcOAQcDBhYXFSE1NjcTNjQuBCcmJzUDbQJTQgeECSxK/gy6Dq0DAw8MHxUXDQYEsDkTNSj8uTEoBmFhEFIDQBEaExAJCwYHAwI5AAAAAAL/tQAABRQEsAAlAC8AAAEjNC4FKwERFBYfARUhNTI+AzURIyIOBRUjESEFIxEzByczESM3BRQyCAsZEyYYGcgyGRn+cAQOIhoWyBkYJhMZCwgyA+j7m0tLfX1LS30DhBUgFQ4IAwH8rhYZAQJkZAEFCRUOA1IBAwgOFSAVASzI/OCnpwMgpwACACH/tQSPBLAAJQAvAAABIzQuBSsBERQWHwEVITUyPgM1ESMiDgUVIxEhEwc1IRUnNxUhNQRMMggLGRMmGBnIMhkZ/nAEDiIaFsgZGCYTGQsIMgPoQ6f84KenAyADhBUgFQ4IAwH9dhYZAQJkZAEFCRUOAooBAwgOFSAVASz7gn1LS319S0sABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyAlgVHR0V/agVHR0VA+gVHR0V/BgVHR0VAyAVHR0V/OAVHR0VBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYDITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NgMhMhYdARQGIyEiJj0BNDb6ArwVHR0V/UQVHR2zBEwVHR0V+7QVHR3dArwVHR0V/UQVHR2zBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AAAE1NDYzITIWHQEUBiMhIiYBNTQ2MyEyFh0BFAYjISImEzU0NjMhMhYdARQGIyEiJgE1NDYzITIWHQEUBiMhIiYB9B0VAlgVHR0V/agVHf5wHRUD6BUdHRX8GBUdyB0VAyAVHR0V/OAVHf7UHRUETBUdHRX7tBUdA7ZkFR0dFWQVHR3+6WQVHR0VZBUdHf7pZBUdHRVkFR0d/ulkFR0dFWQVHR0AAAQAAAAABLAETAAPAB8ALwA/AAATITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2MgRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dBEwdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAgAAAAABLAETAAPAB8ALwA/AE8AXwBvAH8AABMzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2ATMyFh0BFAYrASImPQE0NikBMhYdARQGIyEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2KQEyFh0BFAYjISImPQE0NgEzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2MmQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR0ETB0VZBUdHRVkFR0dFWQVHR0VZBUd/tQdFWQVHR0VZBUdHRVkFR0dFWQVHf7UHRVkFR0dFWQVHR0VZBUdHRVkFR3+1B0VZBUdHRVkFR0dFWQVHR0VZBUdAAAG/5wAAASwBEwAAwATACMAKgA6AEoAACEjETsCMhYdARQGKwEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2BQc1IzUzNQUhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2AZBkZJZkFR0dFWQVHR0VAfQVHR0V/gwVHR3++qfIyAHCASwVHR0V/tQVHR0VAlgVHR0V/agVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR36fUtkS68dFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAAABgAAAAAFFARMAA8AEwAjACoAOgBKAAATMzIWHQEUBisBIiY9ATQ2ASMRMwEhMhYdARQGIyEiJj0BNDYFMxUjFSc3BSEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyZBUdHRVkFR0dA2dkZPyuAfQVHR0V/gwVHR0EL8jIp6f75gEsFR0dFf7UFR0dFQJYFR0dFf2oFR0dBEwdFWQVHR0VZBUd+7QETP7UHRVkFR0dFWQVHchkS319rx0VZBUdHRVkFR3+1B0VZBUdHRVkFR0AAAAAAgAAAMgEsAPoAA8AEgAAEyEyFhURFAYjISImNRE0NgkCSwLuHywsH/0SHywsBIT+1AEsA+gsH/12HywsHwKKHyz9RAEsASwAAwAAAAAEsARMAA8AFwAfAAATITIWFREUBiMhIiY1ETQ2FxE3BScBExEEMhYUBiImNCwEWBIaGhL7qBIaGkr3ASpKASXs/NJwTk5wTgRMGhL8DBIaGhID9BIaZP0ftoOcAT7+4AH0dE5vT09vAAAAAAIA2wAFBDYEkQAWAB4AAAEyHgEVFAcOAQ8BLgQnJjU0PgIWIgYUFjI2NAKIdcZzRkWyNjYJIV5YbSk8RHOft7eCgreCBJF4ynVzj23pPz4IIWZomEiEdVijeUjDgriBgbgAAAACABcAFwSZBJkADwAXAAAAMh4CFA4CIi4CND4BAREiDgEUHgEB4+rWm1tbm9bq1ptbW5sBS3TFcnLFBJlbm9bq1ptbW5vW6tab/G8DVnLF6MVyAAACAHUAAwPfBQ8AGgA1AAABHgYVFA4DBy4DNTQ+BQMOAhceBBcWNj8BNiYnLgInJjc2IyYCKhVJT1dOPiUzVnB9P1SbfEokP0xXUEm8FykoAwEbITEcExUWAgYCCQkFEikMGiACCAgFD0iPdXdzdYdFR4BeRiYEBTpjl1lFh3ZzeHaQ/f4hS4I6JUEnIw4IBwwQIgoYBwQQQSlZtgsBAAAAAwAAAAAEywRsAAwAKgAvAAABNz4CHgEXHgEPAiUhMhcHISIGFREUFjMhMjY9ATcRFAYjISImNRE0NgkBBzcBA+hsAgYUFR0OFgoFBmz9BQGQMje7/pApOzspAfQpO8i7o/5wpbm5Azj+lqE3AWMD9XMBAgIEDw4WKgsKc8gNuzsp/gwpOzsptsj+tKW5uaUBkKW5/tf+ljKqAWMAAgAAAAAEkwRMABsANgAAASEGByMiBhURFBYzITI2NTcVFAYjISImNRE0NgUBFhQHAQYmJzUmDgMHPgY3NT4BAV4BaaQ0wyk7OykB9Ck7yLml/nClubkCfwFTCAj+rAcLARo5ZFRYGgouOUlARioTAQsETJI2Oyn+DCk7OymZZ6W5uaUBkKW5G/7TBxUH/s4GBAnLAQINFjAhO2JBNB0UBwHSCgUAAAAAAgAAAAAEnQRMAB0ANQAAASEyFwchIgYVERQWMyEyNj0BNxUUBiMhIiY1ETQ2CQE2Mh8BFhQHAQYiLwEmND8BNjIfARYyAV4BXjxDsv6jKTs7KQH0KTvIuaX+cKW5uQHKAYsHFQdlBwf97QcVB/gHB2UHFQdvCBQETBexOyn+DCk7OylFyNulubmlAZCluf4zAYsHB2UHFQf97AcH+AcVB2UHB28HAAAAAQAKAAoEpgSmADsAAAkBNjIXARYGKwEVMzU0NhcBFhQHAQYmPQEjFTMyFgcBBiInASY2OwE1IxUUBicBJjQ3ATYWHQEzNSMiJgE+AQgIFAgBBAcFCqrICggBCAgI/vgICsiqCgUH/vwIFAj++AgFCq/ICgj++AgIAQgICsivCgUDlgEICAj++AgKyK0KBAf+/AcVB/73BwQKrcgKCP74CAgBCAgKyK0KBAcBCQcVBwEEBwQKrcgKAAEAyAAAA4QETAAZAAATMzIWFREBNhYVERQGJwERFAYrASImNRE0NvpkFR0B0A8VFQ/+MB0VZBUdHQRMHRX+SgHFDggV/BgVCA4Bxf5KFR0dFQPoFR0AAAABAAAAAASwBEwAIwAAEzMyFhURATYWFREBNhYVERQGJwERFAYnAREUBisBIiY1ETQ2MmQVHQHQDxUB0A8VFQ/+MBUP/jAdFWQVHR0ETB0V/koBxQ4IFf5KAcUOCBX8GBUIDgHF/koVCA4Bxf5KFR0dFQPoFR0AAAABAJ0AGQSwBDMAFQAAAREUBicBERQGJwEmNDcBNhYVEQE2FgSwFQ/+MBUP/hQPDwHsDxUB0A8VBBr8GBUIDgHF/koVCA4B4A4qDgHgDggV/koBxQ4IAAAAAQDIABYEMwQ2AAsAABMBFhQHAQYmNRE0NvMDLhIS/NISGRkEMv4OCx4L/g4LDhUD6BUOAAIAyABkA4QD6AAPAB8AABMzMhYVERQGKwEiJjURNDYhMzIWFREUBisBIiY1ETQ2+sgVHR0VyBUdHQGlyBUdHRXIFR0dA+gdFfzgFR0dFQMgFR0dFfzgFR0dFQMgFR0AAAEAyABkBEwD6AAPAAABERQGIyEiJjURNDYzITIWBEwdFfzgFR0dFQMgFR0DtvzgFR0dFQMgFR0dAAAAAAEAAAAZBBMEMwAVAAABETQ2FwEWFAcBBiY1EQEGJjURNDYXAfQVDwHsDw/+FA8V/jAPFRUPAmQBthUIDv4gDioO/iAOCBUBtv47DggVA+gVCA4AAAH//gACBLMETwAjAAABNzIWFRMUBiMHIiY1AwEGJjUDAQYmNQM0NhcBAzQ2FwEDNDYEGGQUHgUdFWQVHQL+MQ4VAv4yDxUFFQ8B0gIVDwHSAh0ETgEdFfwYFR0BHRUBtf46DwkVAbX+OQ4JFAPoFQkP/j4BthQJDv49AbYVHQAAAQEsAAAD6ARMABkAAAEzMhYVERQGKwEiJjURAQYmNRE0NhcBETQ2A1JkFR0dFWQVHf4wDxUVDwHQHQRMHRX8GBUdHRUBtv47DggVA+gVCA7+OwG2FR0AAAIAZADIBLAESAALABsAAAkBFgYjISImNwE2MgEhMhYdARQGIyEiJj0BNDYCrgH1DwkW++4WCQ8B9Q8q/fcD6BUdHRX8GBUdHQQ5/eQPFhYPAhwP/UgdFWQVHR0VZBUdAAEAiP/8A3UESgAFAAAJAgcJAQN1/qABYMX92AIoA4T+n/6fxgIoAiYAAAAAAQE7//wEKARKAAUAAAkBJwkBNwQo/dnGAWH+n8YCI/3ZxgFhAWHGAAIAFwAXBJkEmQAPADMAAAAyHgIUDgIiLgI0PgEFIyIGHQEjIgYdARQWOwEVFBY7ATI2PQEzMjY9ATQmKwE1NCYB4+rWm1tbm9bq1ptbW5sBfWQVHZYVHR0Vlh0VZBUdlhUdHRWWHQSZW5vW6tabW1ub1urWm7odFZYdFWQVHZYVHR0Vlh0VZBUdlhUdAAAAAAIAFwAXBJkEmQAPAB8AAAAyHgIUDgIiLgI0PgEBISIGHQEUFjMhMjY9ATQmAePq1ptbW5vW6tabW1ubAkX+DBUdHRUB9BUdHQSZW5vW6tabW1ub1urWm/5+HRVkFR0dFWQVHQACABcAFwSZBJkADwAzAAAAMh4CFA4CIi4CND4BBCIPAScmIg8BBhQfAQcGFB8BFjI/ARcWMj8BNjQvATc2NC8BAePq1ptbW5vW6tabW1ubAeUZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0JCXh4CQmNBJlbm9bq1ptbW5vW6tabrQl4eAkJjQkZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0AAgAXABcEmQSZAA8AJAAAADIeAhQOAiIuAjQ+AQEnJiIPAQYUHwEWMjcBNjQvASYiBwHj6tabW1ub1urWm1tbmwEVVAcVCIsHB/IHFQcBdwcHiwcVBwSZW5vW6tabW1ub1urWm/4xVQcHiwgUCPEICAF3BxUIiwcHAAAAAAMAFwAXBJkEmQAPADsASwAAADIeAhQOAiIuAjQ+AQUiDgMVFDsBFjc+ATMyFhUUBgciDgUHBhY7ATI+AzU0LgMTIyIGHQEUFjsBMjY9ATQmAePq1ptbW5vW6tabW1ubAT8dPEIyIRSDHgUGHR8UFw4TARkOGhITDAIBDQ6tBx4oIxgiM0Q8OpYKDw8KlgoPDwSZW5vW6tabW1ub1urWm5ELHi9PMhkFEBQQFRIXFgcIBw4UHCoZCBEQKDhcNi9IKhsJ/eMPCpYKDw8KlgoPAAADABcAFwSZBJkADwAfAD4AAAAyHgIUDgIiLgI0PgEFIyIGHQEUFjsBMjY9ATQmAyMiBh0BFBY7ARUjIgYdARQWMyEyNj0BNCYrARE0JgHj6tabW1ub1urWm1tbmwGWlgoPDwqWCg8PCvoKDw8KS0sKDw8KAV4KDw8KSw8EmVub1urWm1tbm9bq1ptWDwqWCg8PCpYKD/7UDwoyCg/IDwoyCg8PCjIKDwETCg8AAgAAAAAEsASwAC8AXwAAATMyFh0BHgEXMzIWHQEUBisBDgEHFRQGKwEiJj0BLgEnIyImPQE0NjsBPgE3NTQ2ExUUBisBIiY9AQ4BBzMyFh0BFAYrAR4BFzU0NjsBMhYdAT4BNyMiJj0BNDY7AS4BAg2WCg9nlxvCCg8PCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw+5DwqWCg9EZheoCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmBLAPCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw8KlgoPZ5cbwgoP/s2oCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmRA8KlgoPRGYAAwAXABcEmQSZAA8AGwA/AAAAMh4CFA4CIi4CND4BBCIOARQeATI+ATQmBxcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyAePq1ptbW5vW6tabW1ubAb/oxXJyxejFcnKaQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwdABxUHfHwHFQSZW5vW6tabW1ub1urWmztyxejFcnLF6MVaQAcVB3x8BxUHQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwAAAAMAFwAXBJkEmQAPABsAMAAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcXFhQHAQYiLwEmND8BNjIfATc2MgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJyg2oHB/7ACBQIyggIagcVB0/FBxUEmVub1urWm1tbm9bq1ps7csXoxXJyxejFfWoHFQf+vwcHywcVB2oICE/FBwAAAAMAFwAXBJkEmQAPABgAIQAAADIeAhQOAiIuAjQ+AQUiDgEVFBcBJhcBFjMyPgE1NAHj6tabW1ub1urWm1tbmwFLdMVyQQJLafX9uGhzdMVyBJlbm9bq1ptbW5vW6tabO3LFdHhpAktB0P24PnLFdHMAAAAAAQAXAFMEsAP5ABUAABMBNhYVESEyFh0BFAYjIREUBicBJjQnAgoQFwImFR0dFf3aFxD99hACRgGrDQoV/t0dFcgVHf7dFQoNAasNJgAAAAABAAAAUwSZA/kAFQAACQEWFAcBBiY1ESEiJj0BNDYzIRE0NgJ/AgoQEP32EBf92hUdHRUCJhcD8f5VDSYN/lUNChUBIx0VyBUdASMVCgAAAAEAtwAABF0EmQAVAAAJARYGIyERFAYrASImNREhIiY3ATYyAqoBqw0KFf7dHRXIFR3+3RUKDQGrDSYEif32EBf92hUdHRUCJhcQAgoQAAAAAQC3ABcEXQSwABUAAAEzMhYVESEyFgcBBiInASY2MyERNDYCJsgVHQEjFQoN/lUNJg3+VQ0KFQEjHQSwHRX92hcQ/fYQEAIKEBcCJhUdAAABAAAAtwSZBF0AFwAACQEWFAcBBiY1EQ4DBz4ENxE0NgJ/AgoQEP32EBdesKWBJAUsW4fHfhcEVf5VDSYN/lUNChUBIwIkRHVNabGdcUYHAQYVCgACAAAAAASwBLAAFQArAAABITIWFREUBi8BBwYiLwEmND8BJyY2ASEiJjURNDYfATc2Mh8BFhQPARcWBgNSASwVHRUOXvkIFAhqBwf5Xg4I/iH+1BUdFQ5e+QgUCGoHB/leDggEsB0V/tQVCA5e+QcHaggUCPleDhX7UB0VASwVCA5e+QcHaggUCPleDhUAAAACAEkASQRnBGcAFQArAAABFxYUDwEXFgYjISImNRE0Nh8BNzYyASEyFhURFAYvAQcGIi8BJjQ/AScmNgP2agcH+V4OCBX+1BUdFQ5e+QgU/QwBLBUdFQ5e+QgUCGoHB/leDggEYGoIFAj5Xg4VHRUBLBUIDl75B/3xHRX+1BUIDl75BwdqCBQI+V4OFQAAAAADABcAFwSZBJkADwAfAC8AAAAyHgIUDgIiLgI0PgEFIyIGFxMeATsBMjY3EzYmAyMiBh0BFBY7ATI2PQE0JgHj6tabW1ub1urWm1tbmwGz0BQYBDoEIxQ2FCMEOgQYMZYKDw8KlgoPDwSZW5vW6tabW1ub1urWm7odFP7SFB0dFAEuFB3+DA8KlgoPDwqWCg8AAAAABQAAAAAEsASwAEkAVQBhAGgAbwAAATIWHwEWHwEWFxY3Nj8BNjc2MzIWHwEWHwIeATsBMhYdARQGKwEiBh0BIREjESE1NCYrASImPQE0NjsBMjY1ND8BNjc+BAUHBhY7ATI2LwEuAQUnJgYPAQYWOwEyNhMhIiY1ESkBERQGIyERAQQJFAUFFhbEFQ8dCAsmxBYXERUXMA0NDgQZCAEPCj0KDw8KMgoP/nDI/nAPCjIKDw8KPQsOCRkFDgIGFRYfAp2mBwQK2woKAzMDEP41sQgQAzMDCgrnCwMe/okKDwGQAlgPCv6JBLAEAgIKDXYNCxUJDRZ2DQoHIREQFRh7LAkLDwoyCg8PCq8BLP7UrwoPDwoyCg8GBQQwgBkUAwgWEQ55ogcKDgqVCgSqnQcECo8KDgr8cg8KAXf+iQoPAZAAAAAAAgAAAAwErwSmACsASQAAATYWFQYCDgQuAScmByYOAQ8BBiY1NDc+ATc+AScuAT4BNz4GFyYGBw4BDwEOBAcOARY2Nz4CNz4DNz4BBI0IGgItQmxhi2KORDg9EQQRMxuZGhYqCFUYEyADCQIQOjEnUmFch3vAJQgdHyaiPT44XHRZUhcYDhItIRmKcVtGYWtbKRYEBKYDEwiy/t3IlVgxEQgLCwwBAQIbG5kYEyJAJghKFRE8Hzdff4U/M0o1JSMbL0QJGCYvcSEhHjZST2c1ODwEJygeW0AxJUBff1UyFAABAF0AHgRyBM8ATwAAAQ4BHgQXLgc+ATceAwYHDgQHBicmNzY3PgQuAScWDgMmJy4BJyY+BDcGHgM3PgEuAicmPgMCjScfCic4R0IgBBsKGAoQAwEJEg5gikggBhANPkpTPhZINx8SBgsNJysiCRZOQQoVNU1bYC9QZwICBAUWITsoCAYdJzIYHw8YIiYHDyJJYlkEz0OAZVxEOSQMBzgXOB42IzElKRIqg5Gnl0o3Z0c6IAYWCwYNAwQFIDhHXGF1OWiqb0sdBxUknF0XNTQ8PEUiNWNROBYJDS5AQVUhVZloUSkAAAAAA//cAGoE1ARGABsAPwBRAAAAMh4FFA4FIi4FND4EBSYGFxYVFAYiJjU0NzYmBwYHDgEXHgQyPgM3NiYnJgUHDgEXFhcWNj8BNiYnJicuAQIGpJ17bk85HBw6T257naKde25POhwcOU9uewIPDwYIGbD4sBcIBw5GWg0ECxYyWl+DiINfWjIWCwQMWv3/Iw8JCSU4EC0OIw4DDywtCyIERi1JXGJcSSpJXGJcSS0tSVxiXEkqSVxiXEncDwYTOT58sLB8OzcTBg9FcxAxEiRGXkQxMEVeRSQSMRF1HiQPLxJEMA0EDyIPJQ8sSRIEAAAABP/cAAAE1ASwABQAJwA7AEwAACEjNy4ENTQ+BTMyFzczEzceARUUDgMHNz4BNzYmJyYlBgcOARceBBc3LgE1NDc2JhcHDgEXFhcWNj8CJyYnLgECUJQfW6l2WSwcOU9ue51SPUEglCYvbIknUGqYUi5NdiYLBAw2/VFGWg0ECxIqSExoNSlrjxcIB3wjDwkJJTgQLQ4MFgMsLQsieBRhdHpiGxVJXGJcSS0Pef5StVXWNBpacm5jGq0xiD8SMRFGckVzEDESHjxRQTkNmhKnbjs3EwZwJA8vEkQwDQQPC1YELEkSBAAAAAP/ngAABRIEqwALABgAKAAAJwE2FhcBFgYjISImJSE1NDY7ATIWHQEhAQczMhYPAQ4BKwEiJi8BJjZaAoIUOBQCghUbJfryJRsBCgFZDwqWCg8BWf5DaNAUGAQ6BCMUNhQjBDoEGGQEKh8FIfvgIEdEhEsKDw8KSwLT3x0U/BQdHRT8FB0AAAABAGQAFQSwBLAAKAAAADIWFREBHgEdARQGJyURFh0BFAYvAQcGJj0BNDcRBQYmPQE0NjcBETQCTHxYAWsPFhgR/plkGhPNzRMaZP6ZERgWDwFrBLBYPv6t/rsOMRQpFA0M+f75XRRAFRAJgIAJEBVAFF0BB/kMDRQpFDEOAUUBUz4AAAARAAAAAARMBLAAHQAnACsALwAzADcAOwA/AEMARwBLAE8AUwBXAFsAXwBjAAABMzIWHQEzMhYdASE1NDY7ATU0NjsBMhYdASE1NDYBERQGIyEiJjURFxUzNTMVMzUzFTM1MxUzNTMVMzUFFTM1MxUzNTMVMzUzFTM1MxUzNQUVMzUzFTM1MxUzNTMVMzUzFTM1A1JkFR0yFR37tB0VMh0VZBUdAfQdAQ8dFfwYFR1kZGRkZGRkZGRk/HxkZGRkZGRkZGT8fGRkZGRkZGRkZASwHRUyHRWWlhUdMhUdHRUyMhUd/nD9EhUdHRUC7shkZGRkZGRkZGRkyGRkZGRkZGRkZGTIZGRkZGRkZGRkZAAAAAMAAAAZBXcElwAZACUANwAAARcWFA8BBiY9ASMBISImPQE0NjsBATM1NDYBBycjIiY9ATQ2MyEBFxYUDwEGJj0BIyc3FzM1NDYEb/kPD/kOFZ/9qP7dFR0dFdECWPEV/amNetEVHR0VASMDGvkPD/kOFfG1jXqfFQSN5g4qDuYOCBWW/agdFWQVHQJYlhUI/piNeh0VZBUd/k3mDioO5g4IFZa1jXqWFQgAAAABAAAAAASwBEwAEgAAEyEyFhURFAYjIQERIyImNRE0NmQD6Ck7Oyn9rP7QZCk7OwRMOyn9qCk7/tQBLDspAlgpOwAAAAMAZAAABEwEsAAJABMAPwAAEzMyFh0BITU0NiEzMhYdASE1NDYBERQOBSIuBTURIRUUFRwBHgYyPgYmNTQ9AZbIFR3+1B0C0cgVHf7UHQEPBhgoTGacwJxmTCgYBgEsAwcNFB8nNkI2Jx8TDwUFAQSwHRX6+hUdHRX6+hUd/nD+1ClJalZcPigoPlxWakkpASz6CRIVKyclIRsWEAgJEBccISUnKhURCPoAAAAB//8A1ARMA8IABQAAAQcJAScBBEzG/p/+n8UCJwGbxwFh/p/HAicAAQAAAO4ETQPcAAUAAAkCNwkBBE392v3ZxgFhAWEDFf3ZAifH/p8BYQAAAAAC/1EAZAVfA+gAFAApAAABITIWFREzMhYPAQYiLwEmNjsBESElFxYGKwERIRchIiY1ESMiJj8BNjIBlALqFR2WFQgO5g4qDuYOCBWW/oP+HOYOCBWWAYHX/RIVHZYVCA7mDioD6B0V/dkVDvkPD/kOFQGRuPkOFf5wyB0VAiYVDvkPAAABAAYAAASeBLAAMAAAEzMyFh8BITIWBwMOASMhFyEyFhQGKwEVFAYiJj0BIRUUBiImPQEjIiYvAQMjIiY0NjheERwEJgOAGB4FZAUsIf2HMAIXFR0dFTIdKh3+1B0qHR8SHQYFyTYUHh4EsBYQoiUY/iUVK8gdKh0yFR0dFTIyFR0dFTIUCQoDwR0qHQAAAAACAAAAAASwBEwACwAPAAABFSE1MzQ2MyEyFhUFIREhBLD7UMg7KQEsKTv9RASw+1AD6GRkKTs7Kcj84AACAAAAAAXcBEwADAAQAAATAxEzNDYzITIWFSEVBQEhAcjIyDspASwqOgH0ASz+1PtQASwDIP5wAlgpOzspyGT9RAK8AAEBRQAAA2sErwAbAAABFxYGKwERMzIWDwEGIi8BJjY7AREjIiY/ATYyAnvmDggVlpYVCA7mDioO5g4IFZaWFQgO5g4qBKD5DhX9pxUO+Q8P+Q4VAlkVDvkPAAAAAQABAUQErwNrABsAAAEXFhQPAQYmPQEhFRQGLwEmND8BNhYdASE1NDYDqPkODvkPFf2oFQ/5Dg75DxUCWBUDYOUPKQ/lDwkUl5cUCQ/lDykP5Q8JFZWVFQkAAAAEAAAAAASwBLAACQAZAB0AIQAAAQMuASMhIgYHAwUhIgYdARQWMyEyNj0BNCYFNTMVMzUzFQSRrAUkFP1gFCQFrAQt/BgpOzspA+gpOzv+q2RkZAGQAtwXLSgV/R1kOylkKTs7KWQpO8hkZGRkAAAAA/+cAGQEsARMAAsAIwAxAAAAMhYVERQGIiY1ETQDJSMTFgYjIisBIiYnAj0BNDU0PgE7ASUBFSIuAz0BND4CNwRpKh0dKh1k/V0mLwMRFQUCVBQdBDcCCwzIAqP8GAQOIhoWFR0dCwRMHRX8rhUdHRUDUhX8mcj+7BAIHBUBUQ76AgQQDw36/tT6AQsTKRwyGigUDAEAAAACAEoAAARmBLAALAA1AAABMzIWDwEeARcTFzMyFhQGBw4EIyIuBC8BLgE0NjsBNxM+ATcnJjYDFjMyNw4BIiYCKV4UEgYSU3oPP3YRExwaEggeZGqfTzl0XFU+LwwLEhocExF2Pw96UxIGEyQyNDUxDDdGOASwFRMlE39N/rmtHSkoBwQLHBYSCg4REg4FBAgoKR2tAUdNfhQgExr7vgYGMT09AAEAFAAUBJwEnAAXAAABNwcXBxcHFycHJwcnBzcnNyc3Jxc3FzcDIOBO6rS06k7gLZubLeBO6rS06k7gLZubA7JO4C2bmy3gTuq0tOpO4C2bmy3gTuq0tAADAAAAZASwBLAAIQAtAD0AAAEzMhYdAQchMhYdARQHAw4BKwEiJi8BIyImNRE0PwI+ARcPAREzFzMTNSE3NQEzMhYVERQGKwEiJjURNDYCijIoPBwBSCg8He4QLBf6B0YfHz0tNxSRYA0xG2SWZIjW+v4+Mv12ZBUdHRVkFR0dBLBRLJZ9USxkLR3+qBghMhkZJCcBkCQbxMYcKGTU1f6JZAF3feGv/tQdFf4MFR0dFQH0FR0AAAAAAwAAAAAEsARMACAAMAA8AAABMzIWFxMWHQEUBiMhFh0BFAYrASImLwImNRE0NjsBNgUzMhYVERQGKwEiJjURNDYhByMRHwEzNSchNQMCWPoXLBDuHTwo/rgcPCgyGzENYJEUNy09fP3pZBUdHRVkFR0dAl+IZJZkMjIBwvoETCEY/qgdLWQsUXYHlixRKBzGxBskAZAnJGRkHRX+DBUdHRUB9BUdZP6J1dSv4X0BdwADAAAAZAUOBE8AGwA3AEcAAAElNh8BHgEPASEyFhQGKwEDDgEjISImNRE0NjcXERchEz4BOwEyNiYjISoDLgQnJj8BJwUzMhYVERQGKwEiJjURNDYBZAFrHxZuDQEMVAEuVGxuVGqDBhsP/qoHphwOOmQBJYMGGw/LFRMSFv44AgoCCQMHAwUDAQwRklb9T2QVHR0VZBUdHQNp5hAWcA0mD3lMkE7+rRUoog0CDRElCkj+CVkBUxUoMjIBAgIDBQIZFrdT5B0V/gwVHR0VAfQVHQAAAAP/nABkBLAETwAdADYARgAAAQUeBBURFAYjISImJwMjIiY0NjMhJyY2PwE2BxcWBw4FKgIjIRUzMhYXEyE3ESUFMzIWFREUBisBIiY1ETQ2AdsBbgIIFBANrAf+qg8bBoNqVW1sVAEuVQsBDW4WSpIRDAIDBQMHAwkDCgH+Jd0PHAaCASZq/qoCUGQVHR0VZBUdHQRP5gEFEBEXC/3zDaIoFQFTTpBMeQ8mDXAWrrcWGQIFAwICAWQoFf6tWQH37OQdFf4MFR0dFQH0FR0AAAADAGEAAARMBQ4AGwA3AEcAAAAyFh0BBR4BFREUBiMhIiYvAQMmPwE+AR8BETQXNTQmBhURHAMOBAcGLwEHEyE3ESUuAQMhMhYdARQGIyEiJj0BNDYB3pBOAVMVKKIN/fMRJQoJ5hAWcA0mD3nGMjIBAgIDBQIZFrdT7AH3Wf6tFSiWAfQVHR0V/gwVHR0FDm5UaoMGGw/+qgemHA4OAWsfFm4NAQxUAS5U1ssVExIW/jgCCgIJAwcDBQMBDBGSVv6tZAElgwYb/QsdFWQVHR0VZBUdAAP//QAGA+gFFAAPAC0ASQAAASEyNj0BNCYjISIGHQEUFgEVFAYiJjURBwYmLwEmNxM+BDMhMhYVERQGBwEDFzc2Fx4FHAIVERQWNj0BNDY3JREnAV4B9BUdHRX+DBUdHQEPTpBMeQ8mDXAWEOYBBRARFwsCDQ2iKBX9iexTtxYZAgUDAgIBMjIoFQFTWQRMHRVkFR0dFWQVHfzmalRubFQBLlQMAQ1uFh8BawIIEw8Mpgf+qg8bBgHP/q1WkhEMAQMFAwcDCQIKAv44FhITFcsPGwaDASVkAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBJSYGHQEhIgYdARQWMyEVFBY3JTY0AeLs1ptbW5vW7NabW1ubAob+7RAX/u0KDw8KARMXEAETEASaW5vW7NabW1ub1uzWm/453w0KFYkPCpYKD4kVCg3fDSYAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgENAQYUFwUWNj0BITI2PQE0JiMhNTQmAeLs1ptbW5vW7NabW1ubASX+7RAQARMQFwETCg8PCv7tFwSaW5vW7NabW1ub1uzWm+jfDSYN3w0KFYkPCpYKD4kVCgAAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBAyYiBwMGFjsBERQWOwEyNjURMzI2AeLs1ptbW5vW7NabW1ubAkvfDSYN3w0KFYkPCpYKD4kVCgSaW5vW7NabW1ub1uzWm/5AARMQEP7tEBf+7QoPDwoBExcAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEFIyIGFREjIgYXExYyNxM2JisBETQmAeLs1ptbW5vW7NabW1ubAZeWCg+JFQoN3w0mDd8NChWJDwSaW5vW7NabW1ub1uzWm7sPCv7tFxD+7RAQARMQFwETCg8AAAMAGAAYBJgEmAAPAJYApgAAADIeAhQOAiIuAjQ+ASUOAwcGJgcOAQcGFgcOAQcGFgcUFgcyHgEXHgIXHgI3Fg4BFx4CFxQGFBcWNz4CNy4BJy4BJyIOAgcGJyY2NS4BJzYuAQYHBicmNzY3HgIXHgMfAT4CJyY+ATc+AzcmNzIWMjY3LgMnND4CJiceAT8BNi4CJwYHFB4BFS4CJz4BNxYyPgEB5OjVm1xcm9Xo1ZtcXJsBZA8rHDoKDz0PFD8DAxMBAzEFCRwGIgEMFhkHECIvCxU/OR0HFBkDDRQjEwcFaHUeISQDDTAMD0UREi4oLBAzDwQBBikEAQMLGhIXExMLBhAGKBsGBxYVEwYFAgsFAwMNFwQGCQcYFgYQCCARFwkKKiFBCwQCAQMDHzcLDAUdLDgNEiEQEgg/KhADGgMKEgoRBJhcm9Xo1ZtcXJvV6NWbEQwRBwkCAwYFBycPCxcHInIWInYcCUcYChQECA4QBAkuHgQPJioRFRscBAcSCgwCch0kPiAIAQcHEAsBAgsLIxcBMQENCQIPHxkCFBkdHB4QBgEBBwoMGBENBAMMJSAQEhYXDQ4qFBkKEhIDCQsXJxQiBgEOCQwHAQ0DBAUcJAwSCwRnETIoAwEJCwsLJQcKDBEAAAAAAQAAAAIErwSFABYAAAE2FwUXNxYGBw4BJwEGIi8BJjQ3ASY2AvSkjv79kfsGUE08hjv9rA8rD28PDwJYIk8EhVxliuh+WYcrIgsW/awQEG4PKxACV2XJAAYAAABgBLAErAAPABMAIwAnADcAOwAAEyEyFh0BFAYjISImPQE0NgUjFTMFITIWHQEUBiMhIiY9ATQ2BSEVIQUhMhYdARQGIyEiJj0BNDYFIRUhZAPoKTs7KfwYKTs7BBHIyPwYA+gpOzsp/BgpOzsEEf4MAfT8GAPoKTs7KfwYKTs7BBH+1AEsBKw7KWQpOzspZCk7ZGTIOylkKTs7KWQpO2RkyDspZCk7OylkKTtkZAAAAAIAZAAABEwEsAALABEAABMhMhYUBiMhIiY0NgERBxEBIZYDhBUdHRX8fBUdHQI7yP6iA4QEsB0qHR0qHf1E/tTIAfQB9AAAAAMAAABkBLAEsAAXABsAJQAAATMyFh0BITIWFREhNSMVIRE0NjMhNTQ2FxUzNQEVFAYjISImPQEB9MgpOwEsKTv+DMj+DDspASw7KcgB9Dsp/BgpOwSwOylkOyn+cGRkAZApO2QpO2RkZP1EyCk7OynIAAAABAAAAAAEsASwABUAKwBBAFcAABMhMhYPARcWFA8BBiIvAQcGJjURNDYpATIWFREUBi8BBwYiLwEmND8BJyY2ARcWFA8BFxYGIyEiJjURNDYfATc2MgU3NhYVERQGIyEiJj8BJyY0PwE2MhcyASwVCA5exwcHaggUCMdeDhUdAzUBLBUdFQ5exwgUCGoHB8deDgj+L2oHB8deDggV/tQVHRUOXscIFALLXg4VHRX+1BUIDl7HBwdqCBQIBLAVDl7HCBQIagcHx14OCBUBLBUdHRX+1BUIDl7HBwdqCBQIx14OFf0maggUCMdeDhUdFQEsFQgOXscHzl4OCBX+1BUdFQ5exwgUCGoHBwAAAAYAAAAABKgEqAAPABsAIwA7AEMASwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiQyFhQGIiY0JDIWFAYjIicHFhUUBiImNTQ2PwImNTQEMhYUBiImNCQyFhQGIiY0Advy3Z9fX5/d8t2gXl6gAcbgv29vv+C/b2/+LS0gIC0gAUwtICAWDg83ETNIMykfegEJ/octICAtIAIdLSAgLSAEqF+f3fLdoF5eoN3y3Z9Xb7/gv29vv+C/BiAtISEtICAtIQqRFxwkMzMkIDEFfgEODhekIC0gIC0gIC0gIC0AAf/YAFoEuQS8AFsAACUBNjc2JicmIyIOAwcABw4EFx4BMzI3ATYnLgEjIgcGBwEOASY0NwA3PgEzMhceARcWBgcOBgcGIyImJyY2NwE2NzYzMhceARcWBgcBDgEnLgECIgHVWwgHdl8WGSJBMD8hIP6IDx4eLRMNBQlZN0ozAiQkEAcdEhoYDRr+qw8pHA4BRyIjQS4ODyw9DQ4YIwwod26La1YOOEBGdiIwGkQB/0coW2tQSE5nDxE4Qv4eDyoQEAOtAdZbZWKbEQQUGjIhH/6JDxsdNSg3HT5CMwIkJCcQFBcMGv6uDwEcKQ4BTSIjIQEINykvYyMLKnhuiWZMBxtAOU6+RAH/SBg3ISSGV121Qv4kDwIPDyYAAAACAGQAWASvBEQAGQBEAAABPgIeAhUUDgMHLgQ1ND4CHgEFIg4DIi4DIyIGFRQeAhcWFx4EMj4DNzY3PgQ1NCYCiTB7eHVYNkN5hKg+PqeFeEM4WnZ4eQEjIT8yLSohJyktPyJDbxtBMjMPBw86KzEhDSIzKUAMBAgrKT8dF2oDtURIBS1TdkA5eYB/slVVsn+AeTlAdlMtBUgtJjY1JiY1NiZvTRc4SjQxDwcOPCouGBgwKEALBAkpKkQqMhNPbQACADn/8gR3BL4AFwAuAAAAMh8BFhUUBg8BJi8BNycBFwcvASY0NwEDNxYfARYUBwEGIi8BJjQ/ARYfAQcXAQKru0KNQjgiHR8uEl/3/nvUaRONQkIBGxJpCgmNQkL+5UK6Qo1CQjcdLhJf9wGFBL5CjUJeKmsiHTUuEl/4/nvUahKNQrpCARv+RmkICY1CukL+5UJCjUK7Qjc3LxFf+AGFAAAAAAMAyAAAA+gEsAARABUAHQAAADIeAhURFAYjISImNRE0PgEHESERACIGFBYyNjQCBqqaZDo7Kf2oKTs8Zj4CWP7/Vj09Vj0EsB4uMhX8Ryk7OykDuRUzLar9RAK8/RY9Vj09VgABAAAAAASwBLAAFgAACQEWFAYiLwEBEScBBRMBJyEBJyY0NjIDhgEbDx0qDiT+6dT+zP7oywEz0gEsAQsjDx0qBKH+5g8qHQ8j/vX+1NL+zcsBGAE01AEXJA4qHQAAAAADAScAEQQJBOAAMgBAAEsAAAEVHgQXIy4DJxEXHgQVFAYHFSM1JicuASczHgEXEScuBDU0PgI3NRkBDgMVFB4DFxYXET4ENC4CArwmRVI8LAKfBA0dMydAIjxQNyiym2SWVygZA4sFV0obLkJOMCAyVWg6HSoqFQ4TJhkZCWgWKTEiGBkzNwTgTgUTLD9pQiQuLBsH/s0NBxMtPGQ+i6oMTU8QVyhrVk1iEAFPCA4ZLzlYNkZwSCoGTf4SARIEDh02Jh0rGRQIBgPQ/soCCRYgNEM0JRkAAAABAGQAZgOUBK0ASgAAATIeARUjNC4CIyIGBwYVFB4BFxYXMxUjFgYHBgc+ATM2FjMyNxcOAyMiLgEHDgEPASc+BTc+AScjNTMmJy4CPgE3NgIxVJlemSc8OxolVBQpGxoYBgPxxQgVFS02ImIWIIwiUzUyHzY4HCAXanQmJ1YYFzcEGAcTDBEJMAwk3aYXFQcKAg4tJGEErVCLTig/IhIdFSw5GkowKgkFZDKCHj4yCg8BIh6TExcIASIfBAMaDAuRAxAFDQsRCjePR2QvORQrREFMIVgAAAACABn//wSXBLAADwAfAAABMzIWDwEGIi8BJjY7AREzBRcWBisBESMRIyImPwE2MgGQlhUIDuYOKg7mDggVlsgCF+YOCBWWyJYVCA7mDioBLBYO+g8P+g4WA4QQ+Q4V/HwDhBUO+Q8AAAQAGf//A+gEsAAHABcAGwAlAAABIzUjFSMRIQEzMhYPAQYiLwEmNjsBETMFFTM1EwczFSE1NyM1IQPoZGRkASz9qJYVCA7mDioO5g4IFZbIAZFkY8jI/tTIyAEsArxkZAH0/HwWDvoPD/oOFgOEZMjI/RL6ZJb6ZAAAAAAEABn//wPoBLAADwAZACEAJQAAATMyFg8BBiIvASY2OwERMwUHMxUhNTcjNSERIzUjFSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAljIyP7UyMgBLGRkZAEsx2QBLBYO+g8P+g4WA4SW+mSW+mT7UGRkAfRkyMgAAAAEABn//wRMBLAADwAVABsAHwAAATMyFg8BBiIvASY2OwERMwEjESM1MxMjNSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAlhkZMhkZMgBLMdkASwWDvoPD/oOFgOE/gwBkGT7UGQBkGTIyAAAAAAEABn//wRMBLAADwAVABkAHwAAATMyFg8BBiIvASY2OwERMwEjNSMRIQcVMzUDIxEjNTMBkJYVCA7mDioO5g4IFZbIArxkyAEsx2QBZGTIASwWDvoPD/oOFgOE/gxkAZBkyMj7tAGQZAAAAAAFABn//wSwBLAADwATABcAGwAfAAABMzIWDwEGIi8BJjY7AREzBSM1MxMhNSETITUhEyE1IQGQlhUIDuYOKg7mDggVlsgB9MjIZP7UASxk/nABkGT+DAH0ASwWDvoPD/oOFgOEyMj+DMj+DMj+DMgABQAZ//8EsASwAA8AEwAXABsAHwAAATMyFg8BBiIvASY2OwERMwUhNSEDITUhAyE1IQMjNTMBkJYVCA7mDioO5g4IFZbIAyD+DAH0ZP5wAZBk/tQBLGTIyAEsFg76Dw/6DhYDhMjI/gzI/gzI/gzIAAIAAAAABEwETAAPAB8AAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmAV4BkKK8u6P+cKW5uQJn/gwpOzspAfQpOzsETLuj/nClubmlAZClucg7Kf4MKTs7KQH0KTsAAAAAAwAAAAAETARMAA8AHwArAAABITIWFREUBiMhIiY1ETQ2BSEiBhURFBYzITI2NRE0JgUXFhQPAQYmNRE0NgFeAZClubml/nCju7wCZP4MKTs7KQH0KTs7/m/9ERH9EBgYBEy5pf5wpbm5pQGQo7vIOyn+DCk7OykB9Ck7gr4MJAy+DAsVAZAVCwAAAAADAAAAAARMBEwADwAfACsAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFg8BBiIvASY2AV4BkKO7uaX+cKW5uQJn/gwpOzspAfQpOzv+FQGQFQsMvgwkDL4MCwRMvKL+cKW5uaUBkKO7yDsp/gwpOzspAfQpO8gYEP0REf0QGAAAAAMAAAAABEwETAAPAB8AKwAAASEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFFxYGIyEiJj8BNjIBXgGQpbm5pf5wo7u5Amf+DCk7OykB9Ck7O/77vgwLFf5wFQsMvgwkBEy5pf5wo7u8ogGQpbnIOyn+DCk7OykB9Ck7z/0QGBgQ/REAAAAAAgAAAAAFFARMAB8ANQAAASEyFhURFAYjISImPQE0NjMhMjY1ETQmIyEiJj0BNDYHARYUBwEGJj0BIyImPQE0NjsBNTQ2AiYBkKW5uaX+cBUdHRUBwik7Oyn+PhUdHb8BRBAQ/rwQFvoVHR0V+hYETLml/nCluR0VZBUdOykB9Ck7HRVkFR3p/uQOJg7+5A4KFZYdFcgVHZYVCgAAAQDZAAID1wSeACMAAAEXFgcGAgclMhYHIggBBwYrAScmNz4BPwEhIicmNzYANjc2MwMZCQgDA5gCASwYEQ4B/vf+8wQMDgkJCQUCUCcn/tIXCAoQSwENuwUJEASeCQoRC/5TBwEjEv7K/sUFDwgLFQnlbm4TFRRWAS/TBhAAAAACAAAAAAT+BEwAHwA1AAABITIWHQEUBiMhIgYVERQWMyEyFh0BFAYjISImNRE0NgUBFhQHAQYmPQEjIiY9ATQ2OwE1NDYBXgGQFR0dFf4+KTs7KQHCFR0dFf5wpbm5AvEBRBAQ/rwQFvoVHR0V+hYETB0VZBUdOyn+DCk7HRVkFR25pQGQpbnp/uQOJg7+5A4KFZYdFcgVHZYVCgACAAAAAASwBLAAFQAxAAABITIWFREUBi8BAQYiLwEmNDcBJyY2ASMiBhURFBYzITI2PQE3ERQGIyEiJjURNDYzIQLuAZAVHRUObf7IDykPjQ8PAThtDgj+75wpOzspAfQpO8i7o/5wpbm5pQEsBLAdFf5wFQgObf7IDw+NDykPAThtDhX+1Dsp/gwpOzsplMj+1qW5uaUBkKW5AAADAA4ADgSiBKIADwAbACMAAAAyHgIUDgIiLgI0PgEEIg4BFB4BMj4BNCYEMhYUBiImNAHh7tmdXV2d2e7ZnV1dnQHD5sJxccLmwnFx/nugcnKgcgSiXZ3Z7tmdXV2d2e7ZnUdxwubCcXHC5sJzcqBycqAAAAMAAAAABEwEsAAVAB8AIwAAATMyFhURMzIWBwEGIicBJjY7ARE0NgEhMhYdASE1NDYFFTM1AcLIFR31FAoO/oEOJw3+hQ0JFfod/oUD6BUd+7QdA2dkBLAdFf6iFg/+Vg8PAaoPFgFeFR38fB0V+voVHWQyMgAAAAMAAAAABEwErAAVAB8AIwAACQEWBisBFRQGKwEiJj0BIyImNwE+AQEhMhYdASE1NDYFFTM1AkcBeg4KFfQiFsgUGPoUCw4Bfw4n/fkD6BUd+7QdA2dkBJ7+TQ8g+hQeHRX6IQ8BrxAC/H8dFfr6FR1kMjIAAwAAAAAETARLABQAHgAiAAAJATYyHwEWFAcBBiInASY0PwE2MhcDITIWHQEhNTQ2BRUzNQGMAXEHFQeLBwf98wcVB/7cBweLCBUH1APoFR37tB0DZ2QC0wFxBweLCBUH/fMICAEjCBQIiwcH/dIdFfr6FR1kMjIABAAAAAAETASbAAkAGQAjACcAABM3NjIfAQcnJjQFNzYWFQMOASMFIiY/ASc3ASEyFh0BITU0NgUVMzWHjg4qDk3UTQ4CFtIOFQIBHRX9qxUIDtCa1P49A+gVHfu0HQNnZAP/jg4OTdRMDyqa0g4IFf2pFB4BFQ7Qm9T9Oh0V+voVHWQyMgAAAAQAAAAABEwEsAAPABkAIwAnAAABBR4BFRMUBi8BByc3JyY2EwcGIi8BJjQ/AQEhMhYdASE1NDYFFTM1AV4CVxQeARUO0JvUm9IOCMNMDyoOjg4OTf76A+gVHfu0HQNnZASwAgEdFf2rFQgO0JrUmtIOFf1QTQ4Ojg4qDk3+WB0V+voVHWQyMgACAAT/7ASwBK8ABQAIAAAlCQERIQkBFQEEsP4d/sb+cQSs/TMCq2cBFP5xAacDHPz55gO5AAAAAAIAAABkBEwEsAAVABkAAAERFAYrAREhESMiJjURNDY7AREhETMHIzUzBEwdFZb9RJYVHR0V+gH0ZMhkZAPo/K4VHQGQ/nAdFQPoFB7+1AEsyMgAAAMAAABFBN0EsAAWABoALwAAAQcBJyYiDwEhESMiJjURNDY7AREhETMHIzUzARcWFAcBBiIvASY0PwE2Mh8BATYyBEwC/tVfCRkJlf7IlhUdHRX6AfRkyGRkAbBqBwf+XAgUCMoICGoHFQdPASkHFQPolf7VXwkJk/5wHRUD6BQe/tQBLMjI/c5qBxUH/lsHB8sHFQdqCAhPASkHAAMAAAANBQcEsAAWABoAPgAAAREHJy4BBwEhESMiJjURNDY7AREhETMHIzUzARcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyBExnhg8lEP72/reWFR0dFfoB9GTIZGQB9kYPD4ODDw9GDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykD6P7zZ4YPAw7+9v5wHRUD6BQe/tQBLMjI/YxGDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykPRg8Pg4MPAAADAAAAFQSXBLAAFQAZAC8AAAERISIGHQEhESMiJjURNDY7AREhETMHIzUzEzMyFh0BMzIWDwEGIi8BJjY7ATU0NgRM/qIVHf4MlhUdHRX6AfRkyGRklmQVHZYVCA7mDioO5g4IFZYdA+j+1B0Vlv5wHRUD6BQe/tQBLMjI/agdFfoVDuYODuYOFfoVHQAAAAADAAAAAASXBLAAFQAZAC8AAAERJyYiBwEhESMiJjURNDY7AREhETMHIzUzExcWBisBFRQGKwEiJj0BIyImPwE2MgRMpQ4qDv75/m6WFR0dFfoB9GTIZGTr5g4IFZYdFWQVHZYVCA7mDioD6P5wpQ8P/vf+cB0VA+gUHv7UASzIyP2F5Q8V+hQeHhT6FQ/lDwADAAAAyASwBEwACQATABcAABMhMhYdASE1NDYBERQGIyEiJjURExUhNTIETBUd+1AdBJMdFfu0FR1kAZAETB0VlpYVHf7U/doVHR0VAib+1MjIAAAGAAMAfQStBJcADwAZAB0ALQAxADsAAAEXFhQPAQYmPQEhNSE1NDYBIyImPQE0NjsBFyM1MwE3NhYdASEVIRUUBi8BJjQFIzU7AjIWHQEUBisBA6f4Dg74DhX+cAGQFf0vMhUdHRUyyGRk/oL3DhUBkP5wFQ73DwOBZGRkMxQdHRQzBI3mDioO5g4IFZbIlhUI/oUdFWQVHcjI/cvmDggVlsiWFQgO5g4qecgdFWQVHQAAAAACAGQAAASwBLAAFgBRAAABJTYWFREUBisBIiY1ES4ENRE0NiUyFh8BERQOAg8BERQGKwEiJjURLgQ1ETQ+AzMyFh8BETMRPAE+AjMyFh8BETMRND4DA14BFBklHRXIFR0EDiIaFiX+4RYZAgEVHR0LCh0VyBUdBA4iGhYBBwoTDRQZAgNkBQkVDxcZAQFkAQUJFQQxdBIUH/uuFR0dFQGNAQgbHzUeAWcfRJEZDA3+Phw/MSkLC/5BFR0dFQG/BA8uLkAcAcICBxENCxkMDf6iAV4CBxENCxkMDf6iAV4CBxENCwABAGQAAASwBEwAMwAAARUiDgMVERQWHwEVITUyNjURIREUFjMVITUyPgM1ETQmLwE1IRUiBhURIRE0JiM1BLAEDiIaFjIZGf5wSxn+DBlL/nAEDiIaFjIZGQGQSxkB9BlLBEw4AQUKFA78iBYZAQI4OA0lAYr+diUNODgBBQoUDgN4FhkBAjg4DSX+dgGKJQ04AAAABgAAAAAETARMAAwAHAAgACQAKAA0AAABITIWHQEjBTUnITchBSEyFhURFAYjISImNRE0NhcVITUBBTUlBRUhNQUVFAYjIQchJyE3MwKjAXcVHWn+2cj+cGQBd/4lASwpOzsp/tQpOzspASwCvP5wAZD8GAEsArwdFf6JZP6JZAGQyGkD6B0VlmJiyGTIOyn+DCk7OykB9Ck7ZMjI/veFo4XGyMhm+BUdZGTIAAEAEAAQBJ8EnwAmAAATNzYWHwEWBg8BHgEXNz4BHwEeAQ8BBiIuBicuBTcRohEuDosOBhF3ZvyNdxEzE8ATBxGjAw0uMUxPZWZ4O0p3RjITCwED76IRBhPCFDERdo78ZXYRBA6IDi8RogEECBUgNUNjO0qZfHNVQBAAAAACAAAAAASwBEwAIwBBAAAAMh4EHwEVFAYvAS4BPQEmIAcVFAYPAQYmPQE+BRIyHgIfARUBHgEdARQGIyEiJj0BNDY3ATU0PgIB/LimdWQ/LAkJHRTKFB2N/sKNHRTKFB0DDTE7ZnTKcFImFgEBAW0OFR0V+7QVHRUOAW0CFiYETBUhKCgiCgrIFRgDIgMiFZIYGJIVIgMiAxgVyAQNJyQrIP7kExwcCgoy/tEPMhTUFR0dFdQUMg8BLzIEDSEZAAADAAAAAASwBLAADQAdACcAAAEHIScRMxUzNTMVMzUzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYETMj9qMjIyMjIyPyuArwVHR0VDIn8SokMFR0dswRMFR37UB0CvMjIAfTIyMjI/OAdKh1kZB0qHf7UHRUyMhUdAAAAAwBkAAAEsARMAAkAEwAdAAABIyIGFREhETQmASMiBhURIRE0JgEhETQ2OwEyFhUCvGQpOwEsOwFnZCk7ASw7/Rv+1DspZCk7BEw7KfwYA+gpO/7UOyn9RAK8KTv84AGQKTs7KQAAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQURByMRMwcRMxHIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkyMhkZARMsHz+DHywsHwB9HywyP1EArzIZP7UZGQBLGT+1GQB9GT+1AEsAAAABf+cAAAEsARMAA8AEwAfACUAKQAAEyEyFhURFAYjISImNRE0NhcRIREBIzUjFSMRMxUzNTMFEQcjETMHETMRyAK8fLCwfP1EfLCwGAOE/gxkZGRkZGQBkGTIyGRkBEywfP4MfLCwfAH0fLDI/UQCvP2oyMgB9MjIZP7UZAH0ZP7UASwABP+cAAAEsARMAA8AEwAbACMAABMhMhYVERQGIyEiJjURNDYXESERBSMRMxUhESEFIxEzFSERIcgCvHywsHz9RHywsBgDhP4MyMj+1AEsAZDIyP7UASwETLB8/gx8sLB8AfR8sMj9RAK8yP7UZAH0ZP7UZAH0AAAABP+cAAAEsARMAA8AEwAWABkAABMhMhYVERQGIyEiJjURNDYXESERAS0BDQERyAK8fLCwfP1EfLCwGAOE/gz+1AEsAZD+1ARMsHz+DHywsHwB9HywyP1EArz+DJaWlpYBLAAAAAX/nAAABLAETAAPABMAFwAgACkAABMhMhYVERQGIyEiJjURNDYXESERAyERIQcjIgYVFBY7AQERMzI2NTQmI8gCvHywsHz9RHywsBgDhGT9RAK8ZIImOTYpgv4Mgik2OSYETLB8/gx8sLB8AfR8sMj9RAK8/agB9GRWQUFUASz+1FRBQVYAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkZMjIZGQETLB8/gx8sLB8AfR8sMj9RAK8yGT+1GRkASz+DAGQZP4MZAAG/5wAAASwBEwADwATABkAHwAjACcAABMhMhYVERQGIyEiJjURNDYXESERBTMRIREzASMRIzUzBRUzNQEjNTPIArx8sLB8/UR8sLAYA4T9RMj+1GQCWGRkyP2oZAEsZGQETLB8/gx8sLB8AfR8sMj9RAK8yP5wAfT+DAGQZMjIyP7UZAAF/5wAAASwBEwADwATABwAIgAmAAATITIWFREUBiMhIiY1ETQ2FxEhEQEHIzU3NSM1IQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMdkx8gBLAGQZGTIx2RkBEywfP4MfLCwfAH0fLDI/UQCvP5wyDLIlmT+DAGQZP4MZAAAAAMACQAJBKcEpwAPABsAJQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgchFSEVISc1NyEB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWz+1AEs/tRkZAEsBKdentvw255eXp7b8NueTHHC5MJxccLkwtDIZGTIZAAAAAAEAAkACQSnBKcADwAbACcAKwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcVBxcVIycjFSMRIQcVMzUB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWwyZGRklmQBLMjIBKdentvw255eXp7b8NueTHHC5MJxccLkwtBkMmQyZGQBkGRkZAAAAv/y/50EwgRBACAANgAAATIWFzYzMhYUBisBNTQmIyEiBh0BIyImNTQ2NyY1ND4BEzMyFhURMzIWDwEGIi8BJjY7ARE0NgH3brUsLC54qqp4gB0V/tQVHd5QcFZBAmKqepYKD4kVCg3fDSYN3w0KFYkPBEF3YQ6t8a36FR0dFfpzT0VrDhMSZKpi/bMPCv7tFxD0EBD0EBcBEwoPAAAAAAL/8v+cBMMEQQAcADMAAAEyFhc2MzIWFxQGBwEmIgcBIyImNTQ2NyY1ND4BExcWBisBERQGKwEiJjURIyImNzY3NjIB9m62LCsueaoBeFr+hg0lDf6DCU9xVkECYqnm3w0KFYkPCpYKD4kVCg3HGBMZBEF3YQ+teGOkHAFoEBD+k3NPRWsOExNkqWP9kuQQF/7tCg8PCgETFxDMGBMAAAABAGQAAARMBG0AGAAAJTUhATMBMwkBMwEzASEVIyIGHQEhNTQmIwK8AZD+8qr+8qr+1P7Uqv7yqv7yAZAyFR0BkB0VZGQBLAEsAU3+s/7U/tRkHRUyMhUdAAAAAAEAeQAABDcEmwAvAAABMhYXHgEVFAYHFhUUBiMiJxUyFh0BITU0NjM1BiMiJjU0Ny4BNTQ2MzIXNCY1NDYCWF6TGll7OzIJaUo3LRUd/tQdFS03SmkELzlpSgUSAqMEm3FZBoNaPWcfHRpKaR77HRUyMhUd+x5pShIUFVg1SmkCAhAFdKMAAAAGACcAFASJBJwAEQAqAEIASgBiAHsAAAEWEgIHDgEiJicmAhI3PgEyFgUiBw4BBwYWHwEWMzI3Njc2Nz4BLwEmJyYXIgcOAQcGFh8BFjMyNz4BNz4BLwEmJyYWJiIGFBYyNjciBw4BBw4BHwEWFxYzMjc+ATc2Ji8BJhciBwYHBgcOAR8BFhcWMzI3PgE3NiYvASYD8m9PT29T2dzZU29PT29T2dzZ/j0EBHmxIgQNDCQDBBcGG0dGYAsNAwkDCwccBAVQdRgEDA0iBAQWBhJROQwMAwkDCwf5Y4xjY4xjVhYGElE6CwwDCQMLBwgEBVB1GAQNDCIEjRcGG0dGYAsNAwkDCwcIBAR5sSIEDQwkAwPyb/7V/tVvU1dXU28BKwErb1NXVxwBIrF5DBYDCQEWYEZHGwMVDCMNBgSRAhh1UA0WAwkBFTpREgMVCyMMBwT6Y2OMY2MVFTpREQQVCyMMBwQCGHVQDRYDCQEkFmBGRxsDFQwjDQYEASKxeQwWAwkBAAAABQBkAAAD6ASwAAwADwAWABwAIgAAASERIzUhFSERNDYzIQEjNQMzByczNTMDISImNREFFRQGKwECvAEstP6s/oQPCgI/ASzIZKLU1KJktP51Cg8DhA8KwwMg/oTIyALzCg/+1Mj84NTUyP4MDwoBi8jDCg8AAAAABQBkAAAD6ASwAAkADAATABoAIQAAASERCQERNDYzIQEjNRMjFSM1IzcDISImPQEpARUUBisBNQK8ASz+ov3aDwoCPwEsyD6iZKLUqv6dCg8BfAIIDwqbAyD9+AFe/doERwoP/tTI/HzIyNT+ZA8KNzcKD1AAAAAAAwAAAAAEsAP0AAgAGQAfAAABIxUzFyERIzcFMzIeAhUhFSEDETM0PgIBMwMhASEEiqJkZP7UotT9EsgbGiEOASz9qMhkDiEaAnPw8PzgASwB9AMgyGQBLNTUBBErJGT+ogHCJCsRBP5w/nAB9AAAAAMAAAAABEwETAAZADIAOQAAATMyFh0BMzIWHQEUBiMhIiY9ATQ2OwE1NDYFNTIWFREUBiMhIic3ARE0NjMVFBYzITI2AQc1IzUzNQKKZBUdMhUdHRX+1BUdHRUyHQFzKTs7Kf2oARP2/ro7KVg+ASw+WP201MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7KfzgKTsE9gFGAUQpO5Y+WFj95tSiZKIAAwBkAAAEvARMABkANgA9AAABMzIWHQEzMhYdARQGIyEiJj0BNDY7ATU0NgU1MhYVESMRMxQOAiMhIiY1ETQ2MxUUFjMhMjYBBzUjNTM1AcJkFR0yFR0dFf7UFR0dFTIdAXMpO8jIDiEaG/2oKTs7KVg+ASw+WAGc1MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7Kf4M/tQkKxEEOykDICk7lj5YWP3m1KJkogAAAAP/ogAABRYE1AALABsAHwAACQEWBiMhIiY3ATYyEyMiBhcTHgE7ATI2NxM2JgMVMzUCkgJ9FyAs+wQsIBcCfRZARNAUGAQ6BCMUNhQjBDoEGODIBK37sCY3NyYEUCf+TB0U/tIUHR0UAS4UHf4MZGQAAAAACQAAAAAETARMAA8AHwAvAD8ATwBfAG8AfwCPAAABMzIWHQEUBisBIiY9ATQ2EzMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBqfoKDw8K+goPDwr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPDwRMDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg/+1A8KlgoPDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKDw8KlgoPAAAAAwAAAAAEsAUUABkAKQAzAAABMxUjFSEyFg8BBgchJi8BJjYzITUjNTM1MwEhMhYUBisBFyE3IyImNDYDITIWHQEhNTQ2ArxkZAFePjEcQiko/PwoKUIcMT4BXmRkyP4+ArwVHR0VDIn8SooNFR0dswRMFR37UB0EsMhkTzeEUzMzU4Q3T2TIZPx8HSodZGQdKh3+1B0VMjIVHQAABAAAAAAEsAUUAAUAGQArADUAAAAyFhUjNAchFhUUByEyFg8BIScmNjMhJjU0AyEyFhQGKwEVBSElNSMiJjQ2AyEyFh0BITU0NgIwUDnCPAE6EgMBSCkHIq/9WrIiCikBSAOvArwVHR0VlgET/EoBE5YVHR2zBEwVHftQHQUUOykpjSUmCBEhFpGRFiERCCb+lR0qHcjIyMgdKh39qB0VMjIVHQAEAAAAAASwBJ0ABwAUACQALgAAADIWFAYiJjQTMzIWFRQXITY1NDYzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYCDZZqapZqty4iKyf+vCcrI/7NArwVHR0VDYr8SokMFR0dswRMFR37UB0EnWqWamqW/us5Okxra0w6Of5yHSodZGQdKh3+1B0VMjIVHQAEAAAAAASwBRQADwAcACwANgAAATIeARUUBiImNTQ3FzcnNhMzMhYVFBchNjU0NjMBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYL1szb5xvIpBvoyIfLiIrJ/68Jysj/s0CvBUdHRUNivxKiQwVHR2zBEwVHftQHQUUa4s2Tm9vTj5Rj2+jGv4KOTpMa2tMOjn+ch0qHWRkHSod/tQdFTIyFR0AAAADAAAAAASwBRIAEgAiACwAAAEFFSEUHgMXIS4BNTQ+AjcBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYASz+1CU/P00T/e48PUJtj0r+ogK8FR0dFQ2K/EqJDBUdHbMETBUd+1AdBLChizlmUT9IGVO9VFShdksE/H4dKh1kZB0qHf7UHRUyMhUdAAIAyAAAA+gFFAAPACkAAAAyFh0BHgEdASE1NDY3NTQDITIWFyMVMxUjFTMVIxUzFAYjISImNRE0NgIvUjsuNv5wNi5kAZA2XBqsyMjIyMh1U/5wU3V1BRQ7KU4aXDYyMjZcGk4p/kc2LmRkZGRkU3V1UwGQU3UAAAMAZP//BEwETAAPAC8AMwAAEyEyFhURFAYjISImNRE0NgMhMhYdARQGIyEXFhQGIi8BIQcGIiY0PwEhIiY9ATQ2BQchJ5YDhBUdHRX8fBUdHQQDtgoPDwr+5eANGiUNWP30Vw0mGg3g/t8KDw8BqmQBRGQETB0V/gwVHR0VAfQVHf1EDwoyCg/gDSUbDVhYDRslDeAPCjIKD2RkZAAAAAAEAAAAAASwBEwAGQAjAC0ANwAAEyEyFh0BIzQmKwEiBhUjNCYrASIGFSM1NDYDITIWFREhETQ2ExUUBisBIiY9ASEVFAYrASImPQHIAyBTdWQ7KfopO2Q7KfopO2R1EQPoKTv7UDvxHRVkFR0D6B0VZBUdBEx1U8gpOzspKTs7KchTdf4MOyn+1AEsKTv+DDIVHR0VMjIVHR0VMgADAAEAAASpBKwADQARABsAAAkBFhQPASEBJjQ3ATYyCQMDITIWHQEhNTQ2AeACqh8fg/4f/fsgIAEnH1n+rAFWAS/+q6IDIBUd/HwdBI39VR9ZH4MCBh9ZHwEoH/5u/qoBMAFV/BsdFTIyFR0AAAAAAgCPAAAEIQSwABcALwAAAQMuASMhIgYHAwYWMyEVFBYyNj0BMzI2AyE1NDY7ATU0NjsBETMRMzIWHQEzMhYVBCG9CCcV/nAVJwi9CBMVAnEdKh19FROo/a0dFTIdFTDILxUdMhUdAocB+hMcHBP+BhMclhUdHRWWHP2MMhUdMhUdASz+1B0VMh0VAAAEAAAAAASwBLAADQAQAB8AIgAAASERFAYjIREBNTQ2MyEBIzUBIREUBiMhIiY1ETQ2MyEBIzUDhAEsDwr+if7UDwoBdwEsyP2oASwPCv12Cg8PCgF3ASzIAyD9wQoPAk8BLFQKD/7UyP4M/cEKDw8KA7YKD/7UyAAC/5wAZAUUBEcARgBWAAABMzIeAhcWFxY2NzYnJjc+ARYXFgcOASsBDgEPAQ4BKwEiJj8BBisBIicHDgErASImPwEmLwEuAT0BNDY7ATY3JyY2OwE2BSMiBh0BFBY7ATI2PQE0JgHkw0uOakkMEhEfQwoKGRMKBQ8XDCkCA1Y9Pgc4HCcDIhVkFRgDDDEqwxgpCwMiFWQVGAMaVCyfExwdFXwLLW8QBxXLdAFF+goPDwr6Cg8PBEdBa4pJDgYKISAiJRsQCAYIDCw9P1c3fCbqFB0dFEYOCEAUHR0UnUplNQcmFTIVHVdPXw4TZV8PCjIKDw8KMgoPAAb/nP/mBRQEfgAJACQANAA8AFIAYgAAASU2Fh8BFgYPASUzMhYfASEyFh0BFAYHBQYmJyYjISImPQE0NhcjIgYdARQ7ATI2NTQmJyYEIgYUFjI2NAE3PgEeARceAT8BFxYGDwEGJi8BJjYlBwYfAR4BPwE2Jy4BJy4BAoEBpxMuDiAOAxCL/CtqQ0geZgM3FR0cE/0fFyIJKjr+1D5YWLlQExIqhhALIAsSAYBALS1ALf4PmBIgHhMQHC0aPzANITNQL3wpgigJASlmHyElDR0RPRMFAhQHCxADhPcICxAmDyoNeMgiNtQdFTIVJgeEBBQPQ1g+yD5YrBwVODMQEAtEERzJLUAtLUD+24ITChESEyMgAwWzPUkrRSgJL5cvfRxYGyYrDwkLNRAhFEgJDAQAAAAAAwBkAAAEOQSwAFEAYABvAAABMzIWHQEeARcWDgIPATIeBRUUDgUjFRQGKwEiJj0BIxUUBisBIiY9ASMiJj0BNDY7AREjIiY9ATQ2OwE1NDY7ATIWHQEzNTQ2AxUhMj4CNTc0LgMjARUhMj4CNTc0LgMjAnGWCg9PaAEBIC4uEBEGEjQwOiodFyI2LUAjGg8KlgoPZA8KlgoPrwoPDwpLSwoPDwqvDwqWCg9kD9cBBxwpEwsBAQsTKRz++QFrHCkTCwEBCxMpHASwDwptIW1KLk0tHwYGAw8UKDJOLTtdPCoVCwJLCg8PCktLCg8PCksPCpYKDwJYDwqWCg9LCg8PCktLCg/+1MgVHR0LCgQOIhoW/nDIFR0dCwoEDiIaFgAAAwAEAAIEsASuABcAKQAsAAATITIWFREUBg8BDgEjISImJy4CNRE0NgQiDgQPARchNy4FAyMT1AMMVnokEhIdgVL9xFKCHAgYKHoCIIx9VkcrHQYGnAIwnAIIIClJVSGdwwSuelb+YDO3QkJXd3ZYHFrFMwGgVnqZFyYtLSUMDPPzBQ8sKDEj/sIBBQACAMgAAAOEBRQADwAZAAABMzIWFREUBiMhIiY1ETQ2ARUUBisBIiY9AQHblmesVCn+PilUrAFINhWWFTYFFKxn/gwpVFQpAfRnrPwY4RU2NhXhAAACAMgAAAOEBRQADwAZAAABMxQWMxEUBiMhIiY1ETQ2ARUUBisBIiY9AQHbYLOWVCn+PilUrAFINhWWFTYFFJaz/kIpVFQpAfRnrPwY4RU2NhXhAAACAAAAFAUOBBoAFAAaAAAJASUHFRcVJwc1NzU0Jj4CPwEnCQEFJTUFJQUO/YL+hk5klpZkAQEBBQQvkwKCAVz+ov6iAV4BXgL//uWqPOCWx5SVyJb6BA0GCgYDKEEBG/1ipqaTpaUAAAMAZAH0BLADIAAHAA8AFwAAEjIWFAYiJjQkMhYUBiImNCQyFhQGIiY0vHxYWHxYAeh8WFh8WAHofFhYfFgDIFh8WFh8WFh8WFh8WFh8WFh8AAAAAAMBkAAAArwETAAHAA8AFwAAADIWFAYiJjQSMhYUBiImNBIyFhQGIiY0Aeh8WFh8WFh8WFh8WFh8WFh8WARMWHxYWHz+yFh8WFh8/shYfFhYfAAAAAMAZABkBEwETAAPAB8ALwAAEyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2fQO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PBEwPCpYKDw8KlgoP/nAPCpYKDw8KlgoP/nAPCpYKDw8KlgoPAAAABAAAAAAEsASwAA8AHwAvADMAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFhURFAYjISImNRE0NhcVITUBXgH0ory7o/4Mpbm5Asv9qCk7OykCWCk7O/2xAfQVHR0V/gwVHR1HAZAEsLuj/gylubmlAfSlucg7Kf2oKTs7KQJYKTtkHRX+1BUdHRUBLBUdZMjIAAAAAAEAZABkBLAETAA7AAATITIWFAYrARUzMhYUBisBFTMyFhQGKwEVMzIWFAYjISImNDY7ATUjIiY0NjsBNSMiJjQ2OwE1IyImNDaWA+gVHR0VMjIVHR0VMjIVHR0VMjIVHR0V/BgVHR0VMjIVHR0VMjIVHR0VMjIVHR0ETB0qHcgdKh3IHSodyB0qHR0qHcgdKh3IHSodyB0qHQAAAAYBLAAFA+gEowAHAA0AEwAZAB8AKgAAAR4BBgcuATYBMhYVIiYlFAYjNDYBMhYVIiYlFAYjNDYDFRQGIiY9ARYzMgKKVz8/V1c/P/75fLB8sAK8sHyw/cB8sHywArywfLCwHSodKAMRBKNDsrJCQrKy/sCwfLB8fLB8sP7UsHywfHywfLD+05AVHR0VjgQAAAH/tQDIBJQDgQBCAAABNzYXAR4BBw4BKwEyFRQOBCsBIhE0NyYiBxYVECsBIi4DNTQzIyImJyY2NwE2HwEeAQ4BLwEHIScHBi4BNgLpRRk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s&&!n&&this._mouseCapture(t)?(this.mouseDelayMet=!this.options.delay,this.mouseDelayMet||(this._mouseDelayTimer=setTimeout(function(){i.mouseDelayMet=!0},this.options.delay)),this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(t)!==!1,!this._mouseStarted)?(t.preventDefault(),!0):(!0===e.data(t.target,this.widgetName+".preventClickEvent")&&e.removeData(t.target,this.widgetName+".preventClickEvent"),this._mouseMoveDelegate=function(e){return i._mouseMove(e)},this._mouseUpDelegate=function(e){return i._mouseUp(e)},this.document.bind("mousemove."+this.widgetName,this._mouseMoveDelegate).bind("mouseup."+this.widgetName,this._mouseUpDelegate),t.preventDefault(),o=!0,!0)):!0}},_mouseMove:function(t){if(this._mouseMoved){if(e.ui.ie&&(!document.documentMode||9>document.documentMode)&&!t.button)return this._mouseUp(t);if(!t.which)return this._mouseUp(t)}return(t.which||t.button)&&(this._mouseMoved=!0),this._mouseStarted?(this._mouseDrag(t),t.preventDefault()):(this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(this._mouseDownEvent,t)!==!1,this._mouseStarted?this._mouseDrag(t):this._mouseUp(t)),!this._mouseStarted)},_mouseUp:function(t){return this.document.unbind("mousemove."+this.widgetName,this._mouseMoveDelegate).unbind("mouseup."+this.widgetName,this._mouseUpDelegate),this._mouseStarted&&(this._mouseStarted=!1,t.target===this._mouseDownEvent.target&&e.data(t.target,this.widgetName+".preventClickEvent",!0),this._mouseStop(t)),o=!1,!1},_mouseDistanceMet:function(e){return Math.max(Math.abs(this._mouseDownEvent.pageX-e.pageX),Math.abs(this._mouseDownEvent.pageY-e.pageY))>=this.options.distance},_mouseDelayMet:function(){return this.mouseDelayMet},_mouseStart:function(){},_mouseDrag:function(){},_mouseStop:function(){},_mouseCapture:function(){return!0}}),function(){function t(e,t,i){return[parseFloat(e[0])*(p.test(e[0])?t/100:1),parseFloat(e[1])*(p.test(e[1])?i/100:1)]}function i(t,i){return parseInt(e.css(t,i),10)||0}function s(t){var i=t[0];return 9===i.nodeType?{width:t.width(),height:t.height(),offset:{top:0,left:0}}:e.isWindow(i)?{width:t.width(),height:t.height(),offset:{top:t.scrollTop(),left:t.scrollLeft()}}:i.preventDefault?{width:0,height:0,offset:{top:i.pageY,left:i.pageX}}:{width:t.outerWidth(),height:t.outerHeight(),offset:t.offset()}}e.ui=e.ui||{};var n,a,o=Math.max,r=Math.abs,h=Math.round,l=/left|center|right/,u=/top|center|bottom/,d=/[\+\-]\d+(\.[\d]+)?%?/,c=/^\w+/,p=/%$/,f=e.fn.position;e.position={scrollbarWidth:function(){if(void 0!==n)return n;var t,i,s=e("<div style='display:block;position:absolute;width:50px;height:50px;overflow:hidden;'><div style='height:100px;width:auto;'></div></div>"),a=s.children()[0];return e("body").append(s),t=a.offsetWidth,s.css("overflow","scroll"),i=a.offsetWidth,t===i&&(i=s[0].clientWidth),s.remove(),n=t-i},getScrollInfo:function(t){var i=t.isWindow||t.isDocument?"":t.element.css("overflow-x"),s=t.isWindow||t.isDocument?"":t.element.css("overflow-y"),n="scroll"===i||"auto"===i&&t.width<t.element[0].scrollWidth,a="scroll"===s||"auto"===s&&t.height<t.element[0].scrollHeight;return{width:a?e.position.scrollbarWidth():0,height:n?e.position.scrollbarWidth():0}},getWithinInfo:function(t){var i=e(t||window),s=e.isWindow(i[0]),n=!!i[0]&&9===i[0].nodeType;return{element:i,isWindow:s,isDocument:n,offset:i.offset()||{left:0,top:0},scrollLeft:i.scrollLeft(),scrollTop:i.scrollTop(),width:s||n?i.width():i.outerWidth(),height:s||n?i.height():i.outerHeight()}}},e.fn.position=function(n){if(!n||!n.of)return f.apply(this,arguments);n=e.extend({},n);var p,m,g,v,y,b,_=e(n.of),x=e.position.getWithinInfo(n.within),w=e.position.getScrollInfo(x),k=(n.collision||"flip").split(" "),T={};return b=s(_),_[0].preventDefault&&(n.at="left top"),m=b.width,g=b.height,v=b.offset,y=e.extend({},v),e.each(["my","at"],function(){var e,t,i=(n[this]||"").split(" ");1===i.length&&(i=l.test(i[0])?i.concat(["center"]):u.test(i[0])?["center"].concat(i):["center","center"]),i[0]=l.test(i[0])?i[0]:"center",i[1]=u.test(i[1])?i[1]:"center",e=d.exec(i[0]),t=d.exec(i[1]),T[this]=[e?e[0]:0,t?t[0]:0],n[this]=[c.exec(i[0])[0],c.exec(i[1])[0]]}),1===k.length&&(k[1]=k[0]),"right"===n.at[0]?y.left+=m:"center"===n.at[0]&&(y.left+=m/2),"bottom"===n.at[1]?y.top+=g:"center"===n.at[1]&&(y.top+=g/2),p=t(T.at,m,g),y.left+=p[0],y.top+=p[1],this.each(function(){var s,l,u=e(this),d=u.outerWidth(),c=u.outerHeight(),f=i(this,"marginLeft"),b=i(this,"marginTop"),D=d+f+i(this,"marginRight")+w.width,S=c+b+i(this,"marginBottom")+w.height,N=e.extend({},y),M=t(T.my,u.outerWidth(),u.outerHeight());"right"===n.my[0]?N.left-=d:"center"===n.my[0]&&(N.left-=d/2),"bottom"===n.my[1]?N.top-=c:"center"===n.my[1]&&(N.top-=c/2),N.left+=M[0],N.top+=M[1],a||(N.left=h(N.left),N.top=h(N.top)),s={marginLeft:f,marginTop:b},e.each(["left","top"],function(t,i){e.ui.position[k[t]]&&e.ui.position[k[t]][i](N,{targetWidth:m,targetHeight:g,elemWidth:d,elemHeight:c,collisionPosition:s,collisionWidth:D,collisionHeight:S,offset:[p[0]+M[0],p[1]+M[1]],my:n.my,at:n.at,within:x,elem:u})}),n.using&&(l=function(e){var t=v.left-N.left,i=t+m-d,s=v.top-N.top,a=s+g-c,h={target:{element:_,left:v.left,top:v.top,width:m,height:g},element:{element:u,left:N.left,top:N.top,width:d,height:c},horizontal:0>i?"left":t>0?"right":"center",vertical:0>a?"top":s>0?"bottom":"middle"};d>m&&m>r(t+i)&&(h.horizontal="center"),c>g&&g>r(s+a)&&(h.vertical="middle"),h.important=o(r(t),r(i))>o(r(s),r(a))?"horizontal":"vertical",n.using.call(this,e,h)}),u.offset(e.extend(N,{using:l}))})},e.ui.position={fit:{left:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollLeft:s.offset.left,a=s.width,r=e.left-t.collisionPosition.marginLeft,h=n-r,l=r+t.collisionWidth-a-n;t.collisionWidth>a?h>0&&0>=l?(i=e.left+h+t.collisionWidth-a-n,e.left+=h-i):e.left=l>0&&0>=h?n:h>l?n+a-t.collisionWidth:n:h>0?e.left+=h:l>0?e.left-=l:e.left=o(e.left-r,e.left)},top:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollTop:s.offset.top,a=t.within.height,r=e.top-t.collisionPosition.marginTop,h=n-r,l=r+t.collisionHeight-a-n;t.collisionHeight>a?h>0&&0>=l?(i=e.top+h+t.collisionHeight-a-n,e.top+=h-i):e.top=l>0&&0>=h?n:h>l?n+a-t.collisionHeight:n:h>0?e.top+=h:l>0?e.top-=l:e.top=o(e.top-r,e.top)}},flip:{left:function(e,t){var i,s,n=t.within,a=n.offset.left+n.scrollLeft,o=n.width,h=n.isWindow?n.scrollLeft:n.offset.left,l=e.left-t.collisionPosition.marginLeft,u=l-h,d=l+t.collisionWidth-o-h,c="left"===t.my[0]?-t.elemWidth:"right"===t.my[0]?t.elemWidth:0,p="left"===t.at[0]?t.targetWidth:"right"===t.at[0]?-t.targetWidth:0,f=-2*t.offset[0];0>u?(i=e.left+c+p+f+t.collisionWidth-o-a,(0>i||r(u)>i)&&(e.left+=c+p+f)):d>0&&(s=e.left-t.collisionPosition.marginLeft+c+p+f-h,(s>0||d>r(s))&&(e.left+=c+p+f))},top:function(e,t){var i,s,n=t.within,a=n.offset.top+n.scrollTop,o=n.height,h=n.isWindow?n.scrollTop:n.offset.top,l=e.top-t.collisionPosition.marginTop,u=l-h,d=l+t.collisionHeight-o-h,c="top"===t.my[1],p=c?-t.elemHeight:"bottom"===t.my[1]?t.elemHeight:0,f="top"===t.at[1]?t.targetHeight:"bottom"===t.at[1]?-t.targetHeight:0,m=-2*t.offset[1];0>u?(s=e.top+p+f+m+t.collisionHeight-o-a,(0>s||r(u)>s)&&(e.top+=p+f+m)):d>0&&(i=e.top-t.collisionPosition.marginTop+p+f+m-h,(i>0||d>r(i))&&(e.top+=p+f+m))}},flipfit:{left:function(){e.ui.position.flip.left.apply(this,arguments),e.ui.position.fit.left.apply(this,arguments)},top:function(){e.ui.position.flip.top.apply(this,arguments),e.ui.position.fit.top.apply(this,arguments)}}},function(){var t,i,s,n,o,r=document.getElementsByTagName("body")[0],h=document.createElement("div");t=document.createElement(r?"div":"body"),s={visibility:"hidden",width:0,height:0,border:0,margin:0,background:"none"},r&&e.extend(s,{position:"absolute",left:"-1000px",top:"-1000px"});for(o in s)t.style[o]=s[o];t.appendChild(h),i=r||document.documentElement,i.insertBefore(t,i.firstChild),h.style.cssText="position: absolute; left: 10.7432222px;",n=e(h).offset().left,a=n>10&&11>n,t.innerHTML="",i.removeChild(t)}()}(),e.ui.position,e.widget("ui.draggable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"drag",options:{addClasses:!0,appendTo:"parent",axis:!1,connectToSortable:!1,containment:!1,cursor:"auto",cursorAt:!1,grid:!1,handle:!1,helper:"original",iframeFix:!1,opacity:!1,refreshPositions:!1,revert:!1,revertDuration:500,scope:"default",scroll:!0,scrollSensitivity:20,scrollSpeed:20,snap:!1,snapMode:"both",snapTolerance:20,stack:!1,zIndex:!1,drag:null,start:null,stop:null},_create:function(){"original"===this.options.helper&&this._setPositionRelative(),this.options.addClasses&&this.element.addClass("ui-draggable"),this.options.disabled&&this.element.addClass("ui-draggable-disabled"),this._setHandleClassName(),this._mouseInit()},_setOption:function(e,t){this._super(e,t),"handle"===e&&(this._removeHandleClassName(),this._setHandleClassName())},_destroy:function(){return(this.helper||this.element).is(".ui-draggable-dragging")?(this.destroyOnClear=!0,void 0):(this.element.removeClass("ui-draggable ui-draggable-dragging ui-draggable-disabled"),this._removeHandleClassName(),this._mouseDestroy(),void 0)},_mouseCapture:function(t){var i=this.options;return this._blurActiveElement(t),this.helper||i.disabled||e(t.target).closest(".ui-resizable-handle").length>0?!1:(this.handle=this._getHandle(t),this.handle?(this._blockFrames(i.iframeFix===!0?"iframe":i.iframeFix),!0):!1)},_blockFrames:function(t){this.iframeBlocks=this.document.find(t).map(function(){var t=e(this);return e("<div>").css("position","absolute").appendTo(t.parent()).outerWidth(t.outerWidth()).outerHeight(t.outerHeight()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_blurActiveElement:function(t){var i=this.document[0];if(this.handleElement.is(t.target))try{i.activeElement&&"body"!==i.activeElement.nodeName.toLowerCase()&&e(i.activeElement).blur()}catch(s){}},_mouseStart:function(t){var i=this.options;return this.helper=this._createHelper(t),this.helper.addClass("ui-draggable-dragging"),this._cacheHelperProportions(),e.ui.ddmanager&&(e.ui.ddmanager.current=this),this._cacheMargins(),this.cssPosition=this.helper.css("position"),this.scrollParent=this.helper.scrollParent(!0),this.offsetParent=this.helper.offsetParent(),this.hasFixedAncestor=this.helper.parents().filter(function(){return"fixed"===e(this).css("position")}).length>0,this.positionAbs=this.element.offset(),this._refreshOffsets(t),this.originalPosition=this.position=this._generatePosition(t,!1),this.originalPageX=t.pageX,this.originalPageY=t.pageY,i.cursorAt&&this._adjustOffsetFromHelper(i.cursorAt),this._setContainment(),this._trigger("start",t)===!1?(this._clear(),!1):(this._cacheHelperProportions(),e.ui.ddmanager&&!i.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this._normalizeRightBottom(),this._mouseDrag(t,!0),e.ui.ddmanager&&e.ui.ddmanager.dragStart(this,t),!0)},_refreshOffsets:function(e){this.offset={top:this.positionAbs.top-this.margins.top,left:this.positionAbs.left-this.margins.left,scroll:!1,parent:this._getParentOffset(),relative:this._getRelativeOffset()},this.offset.click={left:e.pageX-this.offset.left,top:e.pageY-this.offset.top}},_mouseDrag:function(t,i){if(this.hasFixedAncestor&&(this.offset.parent=this._getParentOffset()),this.position=this._generatePosition(t,!0),this.positionAbs=this._convertPositionTo("absolute"),!i){var s=this._uiHash();if(this._trigger("drag",t,s)===!1)return this._mouseUp({}),!1;this.position=s.position}return this.helper[0].style.left=this.position.left+"px",this.helper[0].style.top=this.position.top+"px",e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),!1},_mouseStop:function(t){var i=this,s=!1;return e.ui.ddmanager&&!this.options.dropBehaviour&&(s=e.ui.ddmanager.drop(this,t)),this.dropped&&(s=this.dropped,this.dropped=!1),"invalid"===this.options.revert&&!s||"valid"===this.options.revert&&s||this.options.revert===!0||e.isFunction(this.options.revert)&&this.options.revert.call(this.element,s)?e(this.helper).animate(this.originalPosition,parseInt(this.options.revertDuration,10),function(){i._trigger("stop",t)!==!1&&i._clear()}):this._trigger("stop",t)!==!1&&this._clear(),!1},_mouseUp:function(t){return this._unblockFrames(),e.ui.ddmanager&&e.ui.ddmanager.dragStop(this,t),this.handleElement.is(t.target)&&this.element.focus(),e.ui.mouse.prototype._mouseUp.call(this,t)},cancel:function(){return this.helper.is(".ui-draggable-dragging")?this._mouseUp({}):this._clear(),this},_getHandle:function(t){return this.options.handle?!!e(t.target).closest(this.element.find(this.options.handle)).length:!0},_setHandleClassName:function(){this.handleElement=this.options.handle?this.element.find(this.options.handle):this.element,this.handleElement.addClass("ui-draggable-handle")},_removeHandleClassName:function(){this.handleElement.removeClass("ui-draggable-handle")},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper),n=s?e(i.helper.apply(this.element[0],[t])):"clone"===i.helper?this.element.clone().removeAttr("id"):this.element;return n.parents("body").length||n.appendTo("parent"===i.appendTo?this.element[0].parentNode:i.appendTo),s&&n[0]===this.element[0]&&this._setPositionRelative(),n[0]===this.element[0]||/(fixed|absolute)/.test(n.css("position"))||n.css("position","absolute"),n},_setPositionRelative:function(){/^(?:r|a|f)/.test(this.element.css("position"))||(this.element[0].style.position="relative")},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_isRootNode:function(e){return/(html|body)/i.test(e.tagName)||e===this.document[0]},_getParentOffset:function(){var t=this.offsetParent.offset(),i=this.document[0];return"absolute"===this.cssPosition&&this.scrollParent[0]!==i&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),this._isRootNode(this.offsetParent[0])&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"!==this.cssPosition)return{top:0,left:0};var e=this.element.position(),t=this._isRootNode(this.scrollParent[0]);return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+(t?0:this.scrollParent.scrollTop()),left:e.left-(parseInt(this.helper.css("left"),10)||0)+(t?0:this.scrollParent.scrollLeft())}},_cacheMargins:function(){this.margins={left:parseInt(this.element.css("marginLeft"),10)||0,top:parseInt(this.element.css("marginTop"),10)||0,right:parseInt(this.element.css("marginRight"),10)||0,bottom:parseInt(this.element.css("marginBottom"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options,a=this.document[0];return this.relativeContainer=null,n.containment?"window"===n.containment?(this.containment=[e(window).scrollLeft()-this.offset.relative.left-this.offset.parent.left,e(window).scrollTop()-this.offset.relative.top-this.offset.parent.top,e(window).scrollLeft()+e(window).width()-this.helperProportions.width-this.margins.left,e(window).scrollTop()+(e(window).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):"document"===n.containment?(this.containment=[0,0,e(a).width()-this.helperProportions.width-this.margins.left,(e(a).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):n.containment.constructor===Array?(this.containment=n.containment,void 0):("parent"===n.containment&&(n.containment=this.helper[0].parentNode),i=e(n.containment),s=i[0],s&&(t=/(scroll|auto)/.test(i.css("overflow")),this.containment=[(parseInt(i.css("borderLeftWidth"),10)||0)+(parseInt(i.css("paddingLeft"),10)||0),(parseInt(i.css("borderTopWidth"),10)||0)+(parseInt(i.css("paddingTop"),10)||0),(t?Math.max(s.scrollWidth,s.offsetWidth):s.offsetWidth)-(parseInt(i.css("borderRightWidth"),10)||0)-(parseInt(i.css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left-this.margins.right,(t?Math.max(s.scrollHeight,s.offsetHeight):s.offsetHeight)-(parseInt(i.css("borderBottomWidth"),10)||0)-(parseInt(i.css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top-this.margins.bottom],this.relativeContainer=i),void 0):(this.containment=null,void 0)},_convertPositionTo:function(e,t){t||(t=this.position);var i="absolute"===e?1:-1,s=this._isRootNode(this.scrollParent[0]);return{top:t.top+this.offset.relative.top*i+this.offset.parent.top*i-("fixed"===this.cssPosition?-this.offset.scroll.top:s?0:this.offset.scroll.top)*i,left:t.left+this.offset.relative.left*i+this.offset.parent.left*i-("fixed"===this.cssPosition?-this.offset.scroll.left:s?0:this.offset.scroll.left)*i}},_generatePosition:function(e,t){var i,s,n,a,o=this.options,r=this._isRootNode(this.scrollParent[0]),h=e.pageX,l=e.pageY;return r&&this.offset.scroll||(this.offset.scroll={top:this.scrollParent.scrollTop(),left:this.scrollParent.scrollLeft()}),t&&(this.containment&&(this.relativeContainer?(s=this.relativeContainer.offset(),i=[this.containment[0]+s.left,this.containment[1]+s.top,this.containment[2]+s.left,this.containment[3]+s.top]):i=this.containment,e.pageX-this.offset.click.left<i[0]&&(h=i[0]+this.offset.click.left),e.pageY-this.offset.click.top<i[1]&&(l=i[1]+this.offset.click.top),e.pageX-this.offset.click.left>i[2]&&(h=i[2]+this.offset.click.left),e.pageY-this.offset.click.top>i[3]&&(l=i[3]+this.offset.click.top)),o.grid&&(n=o.grid[1]?this.originalPageY+Math.round((l-this.originalPageY)/o.grid[1])*o.grid[1]:this.originalPageY,l=i?n-this.offset.click.top>=i[1]||n-this.offset.click.top>i[3]?n:n-this.offset.click.top>=i[1]?n-o.grid[1]:n+o.grid[1]:n,a=o.grid[0]?this.originalPageX+Math.round((h-this.originalPageX)/o.grid[0])*o.grid[0]:this.originalPageX,h=i?a-this.offset.click.left>=i[0]||a-this.offset.click.left>i[2]?a:a-this.offset.click.left>=i[0]?a-o.grid[0]:a+o.grid[0]:a),"y"===o.axis&&(h=this.originalPageX),"x"===o.axis&&(l=this.originalPageY)),{top:l-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.offset.scroll.top:r?0:this.offset.scroll.top),left:h-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.offset.scroll.left:r?0:this.offset.scroll.left)}},_clear:function(){this.helper.removeClass("ui-draggable-dragging"),this.helper[0]===this.element[0]||this.cancelHelperRemoval||this.helper.remove(),this.helper=null,this.cancelHelperRemoval=!1,this.destroyOnClear&&this.destroy()},_normalizeRightBottom:function(){"y"!==this.options.axis&&"auto"!==this.helper.css("right")&&(this.helper.width(this.helper.width()),this.helper.css("right","auto")),"x"!==this.options.axis&&"auto"!==this.helper.css("bottom")&&(this.helper.height(this.helper.height()),this.helper.css("bottom","auto"))},_trigger:function(t,i,s){return s=s||this._uiHash(),e.ui.plugin.call(this,t,[i,s,this],!0),/^(drag|start|stop)/.test(t)&&(this.positionAbs=this._convertPositionTo("absolute"),s.offset=this.positionAbs),e.Widget.prototype._trigger.call(this,t,i,s)},plugins:{},_uiHash:function(){return{helper:this.helper,position:this.position,originalPosition:this.originalPosition,offset:this.positionAbs}}}),e.ui.plugin.add("draggable","connectToSortable",{start:function(t,i,s){var n=e.extend({},i,{item:s.element});s.sortables=[],e(s.options.connectToSortable).each(function(){var i=e(this).sortable("instance");i&&!i.options.disabled&&(s.sortables.push(i),i.refreshPositions(),i._trigger("activate",t,n))})},stop:function(t,i,s){var n=e.extend({},i,{item:s.element});s.cancelHelperRemoval=!1,e.each(s.sortables,function(){var e=this;e.isOver?(e.isOver=0,s.cancelHelperRemoval=!0,e.cancelHelperRemoval=!1,e._storedCSS={position:e.placeholder.css("position"),top:e.placeholder.css("top"),left:e.placeholder.css("left")},e._mouseStop(t),e.options.helper=e.options._helper):(e.cancelHelperRemoval=!0,e._trigger("deactivate",t,n))})},drag:function(t,i,s){e.each(s.sortables,function(){var n=!1,a=this;a.positionAbs=s.positionAbs,a.helperProportions=s.helperProportions,a.offset.click=s.offset.click,a._intersectsWith(a.containerCache)&&(n=!0,e.each(s.sortables,function(){return this.positionAbs=s.positionAbs,this.helperProportions=s.helperProportions,this.offset.click=s.offset.click,this!==a&&this._intersectsWith(this.containerCache)&&e.contains(a.element[0],this.element[0])&&(n=!1),n
+})),n?(a.isOver||(a.isOver=1,s._parent=i.helper.parent(),a.currentItem=i.helper.appendTo(a.element).data("ui-sortable-item",!0),a.options._helper=a.options.helper,a.options.helper=function(){return i.helper[0]},t.target=a.currentItem[0],a._mouseCapture(t,!0),a._mouseStart(t,!0,!0),a.offset.click.top=s.offset.click.top,a.offset.click.left=s.offset.click.left,a.offset.parent.left-=s.offset.parent.left-a.offset.parent.left,a.offset.parent.top-=s.offset.parent.top-a.offset.parent.top,s._trigger("toSortable",t),s.dropped=a.element,e.each(s.sortables,function(){this.refreshPositions()}),s.currentItem=s.element,a.fromOutside=s),a.currentItem&&(a._mouseDrag(t),i.position=a.position)):a.isOver&&(a.isOver=0,a.cancelHelperRemoval=!0,a.options._revert=a.options.revert,a.options.revert=!1,a._trigger("out",t,a._uiHash(a)),a._mouseStop(t,!0),a.options.revert=a.options._revert,a.options.helper=a.options._helper,a.placeholder&&a.placeholder.remove(),i.helper.appendTo(s._parent),s._refreshOffsets(t),i.position=s._generatePosition(t,!0),s._trigger("fromSortable",t),s.dropped=!1,e.each(s.sortables,function(){this.refreshPositions()}))})}}),e.ui.plugin.add("draggable","cursor",{start:function(t,i,s){var n=e("body"),a=s.options;n.css("cursor")&&(a._cursor=n.css("cursor")),n.css("cursor",a.cursor)},stop:function(t,i,s){var n=s.options;n._cursor&&e("body").css("cursor",n._cursor)}}),e.ui.plugin.add("draggable","opacity",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("opacity")&&(a._opacity=n.css("opacity")),n.css("opacity",a.opacity)},stop:function(t,i,s){var n=s.options;n._opacity&&e(i.helper).css("opacity",n._opacity)}}),e.ui.plugin.add("draggable","scroll",{start:function(e,t,i){i.scrollParentNotHidden||(i.scrollParentNotHidden=i.helper.scrollParent(!1)),i.scrollParentNotHidden[0]!==i.document[0]&&"HTML"!==i.scrollParentNotHidden[0].tagName&&(i.overflowOffset=i.scrollParentNotHidden.offset())},drag:function(t,i,s){var n=s.options,a=!1,o=s.scrollParentNotHidden[0],r=s.document[0];o!==r&&"HTML"!==o.tagName?(n.axis&&"x"===n.axis||(s.overflowOffset.top+o.offsetHeight-t.pageY<n.scrollSensitivity?o.scrollTop=a=o.scrollTop+n.scrollSpeed:t.pageY-s.overflowOffset.top<n.scrollSensitivity&&(o.scrollTop=a=o.scrollTop-n.scrollSpeed)),n.axis&&"y"===n.axis||(s.overflowOffset.left+o.offsetWidth-t.pageX<n.scrollSensitivity?o.scrollLeft=a=o.scrollLeft+n.scrollSpeed:t.pageX-s.overflowOffset.left<n.scrollSensitivity&&(o.scrollLeft=a=o.scrollLeft-n.scrollSpeed))):(n.axis&&"x"===n.axis||(t.pageY-e(r).scrollTop()<n.scrollSensitivity?a=e(r).scrollTop(e(r).scrollTop()-n.scrollSpeed):e(window).height()-(t.pageY-e(r).scrollTop())<n.scrollSensitivity&&(a=e(r).scrollTop(e(r).scrollTop()+n.scrollSpeed))),n.axis&&"y"===n.axis||(t.pageX-e(r).scrollLeft()<n.scrollSensitivity?a=e(r).scrollLeft(e(r).scrollLeft()-n.scrollSpeed):e(window).width()-(t.pageX-e(r).scrollLeft())<n.scrollSensitivity&&(a=e(r).scrollLeft(e(r).scrollLeft()+n.scrollSpeed)))),a!==!1&&e.ui.ddmanager&&!n.dropBehaviour&&e.ui.ddmanager.prepareOffsets(s,t)}}),e.ui.plugin.add("draggable","snap",{start:function(t,i,s){var n=s.options;s.snapElements=[],e(n.snap.constructor!==String?n.snap.items||":data(ui-draggable)":n.snap).each(function(){var t=e(this),i=t.offset();this!==s.element[0]&&s.snapElements.push({item:this,width:t.outerWidth(),height:t.outerHeight(),top:i.top,left:i.left})})},drag:function(t,i,s){var n,a,o,r,h,l,u,d,c,p,f=s.options,m=f.snapTolerance,g=i.offset.left,v=g+s.helperProportions.width,y=i.offset.top,b=y+s.helperProportions.height;for(c=s.snapElements.length-1;c>=0;c--)h=s.snapElements[c].left-s.margins.left,l=h+s.snapElements[c].width,u=s.snapElements[c].top-s.margins.top,d=u+s.snapElements[c].height,h-m>v||g>l+m||u-m>b||y>d+m||!e.contains(s.snapElements[c].item.ownerDocument,s.snapElements[c].item)?(s.snapElements[c].snapping&&s.options.snap.release&&s.options.snap.release.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=!1):("inner"!==f.snapMode&&(n=m>=Math.abs(u-b),a=m>=Math.abs(d-y),o=m>=Math.abs(h-v),r=m>=Math.abs(l-g),n&&(i.position.top=s._convertPositionTo("relative",{top:u-s.helperProportions.height,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h-s.helperProportions.width}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l}).left)),p=n||a||o||r,"outer"!==f.snapMode&&(n=m>=Math.abs(u-y),a=m>=Math.abs(d-b),o=m>=Math.abs(h-g),r=m>=Math.abs(l-v),n&&(i.position.top=s._convertPositionTo("relative",{top:u,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d-s.helperProportions.height,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l-s.helperProportions.width}).left)),!s.snapElements[c].snapping&&(n||a||o||r||p)&&s.options.snap.snap&&s.options.snap.snap.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=n||a||o||r||p)}}),e.ui.plugin.add("draggable","stack",{start:function(t,i,s){var n,a=s.options,o=e.makeArray(e(a.stack)).sort(function(t,i){return(parseInt(e(t).css("zIndex"),10)||0)-(parseInt(e(i).css("zIndex"),10)||0)});o.length&&(n=parseInt(e(o[0]).css("zIndex"),10)||0,e(o).each(function(t){e(this).css("zIndex",n+t)}),this.css("zIndex",n+o.length))}}),e.ui.plugin.add("draggable","zIndex",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("zIndex")&&(a._zIndex=n.css("zIndex")),n.css("zIndex",a.zIndex)},stop:function(t,i,s){var n=s.options;n._zIndex&&e(i.helper).css("zIndex",n._zIndex)}}),e.ui.draggable,e.widget("ui.droppable",{version:"1.11.4",widgetEventPrefix:"drop",options:{accept:"*",activeClass:!1,addClasses:!0,greedy:!1,hoverClass:!1,scope:"default",tolerance:"intersect",activate:null,deactivate:null,drop:null,out:null,over:null},_create:function(){var t,i=this.options,s=i.accept;this.isover=!1,this.isout=!0,this.accept=e.isFunction(s)?s:function(e){return e.is(s)},this.proportions=function(){return arguments.length?(t=arguments[0],void 0):t?t:t={width:this.element[0].offsetWidth,height:this.element[0].offsetHeight}},this._addToManager(i.scope),i.addClasses&&this.element.addClass("ui-droppable")},_addToManager:function(t){e.ui.ddmanager.droppables[t]=e.ui.ddmanager.droppables[t]||[],e.ui.ddmanager.droppables[t].push(this)},_splice:function(e){for(var t=0;e.length>t;t++)e[t]===this&&e.splice(t,1)},_destroy:function(){var t=e.ui.ddmanager.droppables[this.options.scope];this._splice(t),this.element.removeClass("ui-droppable ui-droppable-disabled")},_setOption:function(t,i){if("accept"===t)this.accept=e.isFunction(i)?i:function(e){return e.is(i)};else if("scope"===t){var s=e.ui.ddmanager.droppables[this.options.scope];this._splice(s),this._addToManager(i)}this._super(t,i)},_activate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.addClass(this.options.activeClass),i&&this._trigger("activate",t,this.ui(i))},_deactivate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.removeClass(this.options.activeClass),i&&this._trigger("deactivate",t,this.ui(i))},_over:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.addClass(this.options.hoverClass),this._trigger("over",t,this.ui(i)))},_out:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("out",t,this.ui(i)))},_drop:function(t,i){var s=i||e.ui.ddmanager.current,n=!1;return s&&(s.currentItem||s.element)[0]!==this.element[0]?(this.element.find(":data(ui-droppable)").not(".ui-draggable-dragging").each(function(){var i=e(this).droppable("instance");return i.options.greedy&&!i.options.disabled&&i.options.scope===s.options.scope&&i.accept.call(i.element[0],s.currentItem||s.element)&&e.ui.intersect(s,e.extend(i,{offset:i.element.offset()}),i.options.tolerance,t)?(n=!0,!1):void 0}),n?!1:this.accept.call(this.element[0],s.currentItem||s.element)?(this.options.activeClass&&this.element.removeClass(this.options.activeClass),this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("drop",t,this.ui(s)),this.element):!1):!1},ui:function(e){return{draggable:e.currentItem||e.element,helper:e.helper,position:e.position,offset:e.positionAbs}}}),e.ui.intersect=function(){function e(e,t,i){return e>=t&&t+i>e}return function(t,i,s,n){if(!i.offset)return!1;var a=(t.positionAbs||t.position.absolute).left+t.margins.left,o=(t.positionAbs||t.position.absolute).top+t.margins.top,r=a+t.helperProportions.width,h=o+t.helperProportions.height,l=i.offset.left,u=i.offset.top,d=l+i.proportions().width,c=u+i.proportions().height;switch(s){case"fit":return a>=l&&d>=r&&o>=u&&c>=h;case"intersect":return a+t.helperProportions.width/2>l&&d>r-t.helperProportions.width/2&&o+t.helperProportions.height/2>u&&c>h-t.helperProportions.height/2;case"pointer":return e(n.pageY,u,i.proportions().height)&&e(n.pageX,l,i.proportions().width);case"touch":return(o>=u&&c>=o||h>=u&&c>=h||u>o&&h>c)&&(a>=l&&d>=a||r>=l&&d>=r||l>a&&r>d);default:return!1}}}(),e.ui.ddmanager={current:null,droppables:{"default":[]},prepareOffsets:function(t,i){var s,n,a=e.ui.ddmanager.droppables[t.options.scope]||[],o=i?i.type:null,r=(t.currentItem||t.element).find(":data(ui-droppable)").addBack();e:for(s=0;a.length>s;s++)if(!(a[s].options.disabled||t&&!a[s].accept.call(a[s].element[0],t.currentItem||t.element))){for(n=0;r.length>n;n++)if(r[n]===a[s].element[0]){a[s].proportions().height=0;continue e}a[s].visible="none"!==a[s].element.css("display"),a[s].visible&&("mousedown"===o&&a[s]._activate.call(a[s],i),a[s].offset=a[s].element.offset(),a[s].proportions({width:a[s].element[0].offsetWidth,height:a[s].element[0].offsetHeight}))}},drop:function(t,i){var s=!1;return e.each((e.ui.ddmanager.droppables[t.options.scope]||[]).slice(),function(){this.options&&(!this.options.disabled&&this.visible&&e.ui.intersect(t,this,this.options.tolerance,i)&&(s=this._drop.call(this,i)||s),!this.options.disabled&&this.visible&&this.accept.call(this.element[0],t.currentItem||t.element)&&(this.isout=!0,this.isover=!1,this._deactivate.call(this,i)))}),s},dragStart:function(t,i){t.element.parentsUntil("body").bind("scroll.droppable",function(){t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)})},drag:function(t,i){t.options.refreshPositions&&e.ui.ddmanager.prepareOffsets(t,i),e.each(e.ui.ddmanager.droppables[t.options.scope]||[],function(){if(!this.options.disabled&&!this.greedyChild&&this.visible){var s,n,a,o=e.ui.intersect(t,this,this.options.tolerance,i),r=!o&&this.isover?"isout":o&&!this.isover?"isover":null;r&&(this.options.greedy&&(n=this.options.scope,a=this.element.parents(":data(ui-droppable)").filter(function(){return e(this).droppable("instance").options.scope===n}),a.length&&(s=e(a[0]).droppable("instance"),s.greedyChild="isover"===r)),s&&"isover"===r&&(s.isover=!1,s.isout=!0,s._out.call(s,i)),this[r]=!0,this["isout"===r?"isover":"isout"]=!1,this["isover"===r?"_over":"_out"].call(this,i),s&&"isout"===r&&(s.isout=!1,s.isover=!0,s._over.call(s,i)))}})},dragStop:function(t,i){t.element.parentsUntil("body").unbind("scroll.droppable"),t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)}},e.ui.droppable,e.widget("ui.resizable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"resize",options:{alsoResize:!1,animate:!1,animateDuration:"slow",animateEasing:"swing",aspectRatio:!1,autoHide:!1,containment:!1,ghost:!1,grid:!1,handles:"e,s,se",helper:!1,maxHeight:null,maxWidth:null,minHeight:10,minWidth:10,zIndex:90,resize:null,start:null,stop:null},_num:function(e){return parseInt(e,10)||0},_isNumber:function(e){return!isNaN(parseInt(e,10))},_hasScroll:function(t,i){if("hidden"===e(t).css("overflow"))return!1;var s=i&&"left"===i?"scrollLeft":"scrollTop",n=!1;return t[s]>0?!0:(t[s]=1,n=t[s]>0,t[s]=0,n)},_create:function(){var t,i,s,n,a,o=this,r=this.options;if(this.element.addClass("ui-resizable"),e.extend(this,{_aspectRatio:!!r.aspectRatio,aspectRatio:r.aspectRatio,originalElement:this.element,_proportionallyResizeElements:[],_helper:r.helper||r.ghost||r.animate?r.helper||"ui-resizable-helper":null}),this.element[0].nodeName.match(/^(canvas|textarea|input|select|button|img)$/i)&&(this.element.wrap(e("<div class='ui-wrapper' style='overflow: hidden;'></div>").css({position:this.element.css("position"),width:this.element.outerWidth(),height:this.element.outerHeight(),top:this.element.css("top"),left:this.element.css("left")})),this.element=this.element.parent().data("ui-resizable",this.element.resizable("instance")),this.elementIsWrapper=!0,this.element.css({marginLeft:this.originalElement.css("marginLeft"),marginTop:this.originalElement.css("marginTop"),marginRight:this.originalElement.css("marginRight"),marginBottom:this.originalElement.css("marginBottom")}),this.originalElement.css({marginLeft:0,marginTop:0,marginRight:0,marginBottom:0}),this.originalResizeStyle=this.originalElement.css("resize"),this.originalElement.css("resize","none"),this._proportionallyResizeElements.push(this.originalElement.css({position:"static",zoom:1,display:"block"})),this.originalElement.css({margin:this.originalElement.css("margin")}),this._proportionallyResize()),this.handles=r.handles||(e(".ui-resizable-handle",this.element).length?{n:".ui-resizable-n",e:".ui-resizable-e",s:".ui-resizable-s",w:".ui-resizable-w",se:".ui-resizable-se",sw:".ui-resizable-sw",ne:".ui-resizable-ne",nw:".ui-resizable-nw"}:"e,s,se"),this._handles=e(),this.handles.constructor===String)for("all"===this.handles&&(this.handles="n,e,s,w,se,sw,ne,nw"),t=this.handles.split(","),this.handles={},i=0;t.length>i;i++)s=e.trim(t[i]),a="ui-resizable-"+s,n=e("<div class='ui-resizable-handle "+a+"'></div>"),n.css({zIndex:r.zIndex}),"se"===s&&n.addClass("ui-icon ui-icon-gripsmall-diagonal-se"),this.handles[s]=".ui-resizable-"+s,this.element.append(n);this._renderAxis=function(t){var i,s,n,a;t=t||this.element;for(i in this.handles)this.handles[i].constructor===String?this.handles[i]=this.element.children(this.handles[i]).first().show():(this.handles[i].jquery||this.handles[i].nodeType)&&(this.handles[i]=e(this.handles[i]),this._on(this.handles[i],{mousedown:o._mouseDown})),this.elementIsWrapper&&this.originalElement[0].nodeName.match(/^(textarea|input|select|button)$/i)&&(s=e(this.handles[i],this.element),a=/sw|ne|nw|se|n|s/.test(i)?s.outerHeight():s.outerWidth(),n=["padding",/ne|nw|n/.test(i)?"Top":/se|sw|s/.test(i)?"Bottom":/^e$/.test(i)?"Right":"Left"].join(""),t.css(n,a),this._proportionallyResize()),this._handles=this._handles.add(this.handles[i])},this._renderAxis(this.element),this._handles=this._handles.add(this.element.find(".ui-resizable-handle")),this._handles.disableSelection(),this._handles.mouseover(function(){o.resizing||(this.className&&(n=this.className.match(/ui-resizable-(se|sw|ne|nw|n|e|s|w)/i)),o.axis=n&&n[1]?n[1]:"se")}),r.autoHide&&(this._handles.hide(),e(this.element).addClass("ui-resizable-autohide").mouseenter(function(){r.disabled||(e(this).removeClass("ui-resizable-autohide"),o._handles.show())}).mouseleave(function(){r.disabled||o.resizing||(e(this).addClass("ui-resizable-autohide"),o._handles.hide())})),this._mouseInit()},_destroy:function(){this._mouseDestroy();var t,i=function(t){e(t).removeClass("ui-resizable ui-resizable-disabled ui-resizable-resizing").removeData("resizable").removeData("ui-resizable").unbind(".resizable").find(".ui-resizable-handle").remove()};return this.elementIsWrapper&&(i(this.element),t=this.element,this.originalElement.css({position:t.css("position"),width:t.outerWidth(),height:t.outerHeight(),top:t.css("top"),left:t.css("left")}).insertAfter(t),t.remove()),this.originalElement.css("resize",this.originalResizeStyle),i(this.originalElement),this},_mouseCapture:function(t){var i,s,n=!1;for(i in this.handles)s=e(this.handles[i])[0],(s===t.target||e.contains(s,t.target))&&(n=!0);return!this.options.disabled&&n},_mouseStart:function(t){var i,s,n,a=this.options,o=this.element;return this.resizing=!0,this._renderProxy(),i=this._num(this.helper.css("left")),s=this._num(this.helper.css("top")),a.containment&&(i+=e(a.containment).scrollLeft()||0,s+=e(a.containment).scrollTop()||0),this.offset=this.helper.offset(),this.position={left:i,top:s},this.size=this._helper?{width:this.helper.width(),height:this.helper.height()}:{width:o.width(),height:o.height()},this.originalSize=this._helper?{width:o.outerWidth(),height:o.outerHeight()}:{width:o.width(),height:o.height()},this.sizeDiff={width:o.outerWidth()-o.width(),height:o.outerHeight()-o.height()},this.originalPosition={left:i,top:s},this.originalMousePosition={left:t.pageX,top:t.pageY},this.aspectRatio="number"==typeof a.aspectRatio?a.aspectRatio:this.originalSize.width/this.originalSize.height||1,n=e(".ui-resizable-"+this.axis).css("cursor"),e("body").css("cursor","auto"===n?this.axis+"-resize":n),o.addClass("ui-resizable-resizing"),this._propagate("start",t),!0},_mouseDrag:function(t){var i,s,n=this.originalMousePosition,a=this.axis,o=t.pageX-n.left||0,r=t.pageY-n.top||0,h=this._change[a];return this._updatePrevProperties(),h?(i=h.apply(this,[t,o,r]),this._updateVirtualBoundaries(t.shiftKey),(this._aspectRatio||t.shiftKey)&&(i=this._updateRatio(i,t)),i=this._respectSize(i,t),this._updateCache(i),this._propagate("resize",t),s=this._applyChanges(),!this._helper&&this._proportionallyResizeElements.length&&this._proportionallyResize(),e.isEmptyObject(s)||(this._updatePrevProperties(),this._trigger("resize",t,this.ui()),this._applyChanges()),!1):!1},_mouseStop:function(t){this.resizing=!1;var i,s,n,a,o,r,h,l=this.options,u=this;return this._helper&&(i=this._proportionallyResizeElements,s=i.length&&/textarea/i.test(i[0].nodeName),n=s&&this._hasScroll(i[0],"left")?0:u.sizeDiff.height,a=s?0:u.sizeDiff.width,o={width:u.helper.width()-a,height:u.helper.height()-n},r=parseInt(u.element.css("left"),10)+(u.position.left-u.originalPosition.left)||null,h=parseInt(u.element.css("top"),10)+(u.position.top-u.originalPosition.top)||null,l.animate||this.element.css(e.extend(o,{top:h,left:r})),u.helper.height(u.size.height),u.helper.width(u.size.width),this._helper&&!l.animate&&this._proportionallyResize()),e("body").css("cursor","auto"),this.element.removeClass("ui-resizable-resizing"),this._propagate("stop",t),this._helper&&this.helper.remove(),!1},_updatePrevProperties:function(){this.prevPosition={top:this.position.top,left:this.position.left},this.prevSize={width:this.size.width,height:this.size.height}},_applyChanges:function(){var e={};return this.position.top!==this.prevPosition.top&&(e.top=this.position.top+"px"),this.position.left!==this.prevPosition.left&&(e.left=this.position.left+"px"),this.size.width!==this.prevSize.width&&(e.width=this.size.width+"px"),this.size.height!==this.prevSize.height&&(e.height=this.size.height+"px"),this.helper.css(e),e},_updateVirtualBoundaries:function(e){var t,i,s,n,a,o=this.options;a={minWidth:this._isNumber(o.minWidth)?o.minWidth:0,maxWidth:this._isNumber(o.maxWidth)?o.maxWidth:1/0,minHeight:this._isNumber(o.minHeight)?o.minHeight:0,maxHeight:this._isNumber(o.maxHeight)?o.maxHeight:1/0},(this._aspectRatio||e)&&(t=a.minHeight*this.aspectRatio,s=a.minWidth/this.aspectRatio,i=a.maxHeight*this.aspectRatio,n=a.maxWidth/this.aspectRatio,t>a.minWidth&&(a.minWidth=t),s>a.minHeight&&(a.minHeight=s),a.maxWidth>i&&(a.maxWidth=i),a.maxHeight>n&&(a.maxHeight=n)),this._vBoundaries=a},_updateCache:function(e){this.offset=this.helper.offset(),this._isNumber(e.left)&&(this.position.left=e.left),this._isNumber(e.top)&&(this.position.top=e.top),this._isNumber(e.height)&&(this.size.height=e.height),this._isNumber(e.width)&&(this.size.width=e.width)},_updateRatio:function(e){var t=this.position,i=this.size,s=this.axis;return this._isNumber(e.height)?e.width=e.height*this.aspectRatio:this._isNumber(e.width)&&(e.height=e.width/this.aspectRatio),"sw"===s&&(e.left=t.left+(i.width-e.width),e.top=null),"nw"===s&&(e.top=t.top+(i.height-e.height),e.left=t.left+(i.width-e.width)),e},_respectSize:function(e){var t=this._vBoundaries,i=this.axis,s=this._isNumber(e.width)&&t.maxWidth&&t.maxWidth<e.width,n=this._isNumber(e.height)&&t.maxHeight&&t.maxHeight<e.height,a=this._isNumber(e.width)&&t.minWidth&&t.minWidth>e.width,o=this._isNumber(e.height)&&t.minHeight&&t.minHeight>e.height,r=this.originalPosition.left+this.originalSize.width,h=this.position.top+this.size.height,l=/sw|nw|w/.test(i),u=/nw|ne|n/.test(i);return a&&(e.width=t.minWidth),o&&(e.height=t.minHeight),s&&(e.width=t.maxWidth),n&&(e.height=t.maxHeight),a&&l&&(e.left=r-t.minWidth),s&&l&&(e.left=r-t.maxWidth),o&&u&&(e.top=h-t.minHeight),n&&u&&(e.top=h-t.maxHeight),e.width||e.height||e.left||!e.top?e.width||e.height||e.top||!e.left||(e.left=null):e.top=null,e},_getPaddingPlusBorderDimensions:function(e){for(var t=0,i=[],s=[e.css("borderTopWidth"),e.css("borderRightWidth"),e.css("borderBottomWidth"),e.css("borderLeftWidth")],n=[e.css("paddingTop"),e.css("paddingRight"),e.css("paddingBottom"),e.css("paddingLeft")];4>t;t++)i[t]=parseInt(s[t],10)||0,i[t]+=parseInt(n[t],10)||0;return{height:i[0]+i[2],width:i[1]+i[3]}},_proportionallyResize:function(){if(this._proportionallyResizeElements.length)for(var e,t=0,i=this.helper||this.element;this._proportionallyResizeElements.length>t;t++)e=this._proportionallyResizeElements[t],this.outerDimensions||(this.outerDimensions=this._getPaddingPlusBorderDimensions(e)),e.css({height:i.height()-this.outerDimensions.height||0,width:i.width()-this.outerDimensions.width||0})},_renderProxy:function(){var t=this.element,i=this.options;this.elementOffset=t.offset(),this._helper?(this.helper=this.helper||e("<div style='overflow:hidden;'></div>"),this.helper.addClass(this._helper).css({width:this.element.outerWidth()-1,height:this.element.outerHeight()-1,position:"absolute",left:this.elementOffset.left+"px",top:this.elementOffset.top+"px",zIndex:++i.zIndex}),this.helper.appendTo("body").disableSelection()):this.helper=this.element},_change:{e:function(e,t){return{width:this.originalSize.width+t}},w:function(e,t){var i=this.originalSize,s=this.originalPosition;return{left:s.left+t,width:i.width-t}},n:function(e,t,i){var s=this.originalSize,n=this.originalPosition;return{top:n.top+i,height:s.height-i}},s:function(e,t,i){return{height:this.originalSize.height+i}},se:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},sw:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.w.apply(this,[t,i,s]))},ne:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},nw:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.w.apply(this,[t,i,s]))}},_propagate:function(t,i){e.ui.plugin.call(this,t,[i,this.ui()]),"resize"!==t&&this._trigger(t,i,this.ui())},plugins:{},ui:function(){return{originalElement:this.originalElement,element:this.element,helper:this.helper,position:this.position,size:this.size,originalSize:this.originalSize,originalPosition:this.originalPosition}}}),e.ui.plugin.add("resizable","animate",{stop:function(t){var i=e(this).resizable("instance"),s=i.options,n=i._proportionallyResizeElements,a=n.length&&/textarea/i.test(n[0].nodeName),o=a&&i._hasScroll(n[0],"left")?0:i.sizeDiff.height,r=a?0:i.sizeDiff.width,h={width:i.size.width-r,height:i.size.height-o},l=parseInt(i.element.css("left"),10)+(i.position.left-i.originalPosition.left)||null,u=parseInt(i.element.css("top"),10)+(i.position.top-i.originalPosition.top)||null;i.element.animate(e.extend(h,u&&l?{top:u,left:l}:{}),{duration:s.animateDuration,easing:s.animateEasing,step:function(){var s={width:parseInt(i.element.css("width"),10),height:parseInt(i.element.css("height"),10),top:parseInt(i.element.css("top"),10),left:parseInt(i.element.css("left"),10)};n&&n.length&&e(n[0]).css({width:s.width,height:s.height}),i._updateCache(s),i._propagate("resize",t)}})}}),e.ui.plugin.add("resizable","containment",{start:function(){var t,i,s,n,a,o,r,h=e(this).resizable("instance"),l=h.options,u=h.element,d=l.containment,c=d instanceof e?d.get(0):/parent/.test(d)?u.parent().get(0):d;c&&(h.containerElement=e(c),/document/.test(d)||d===document?(h.containerOffset={left:0,top:0},h.containerPosition={left:0,top:0},h.parentData={element:e(document),left:0,top:0,width:e(document).width(),height:e(document).height()||document.body.parentNode.scrollHeight}):(t=e(c),i=[],e(["Top","Right","Left","Bottom"]).each(function(e,s){i[e]=h._num(t.css("padding"+s))}),h.containerOffset=t.offset(),h.containerPosition=t.position(),h.containerSize={height:t.innerHeight()-i[3],width:t.innerWidth()-i[1]},s=h.containerOffset,n=h.containerSize.height,a=h.containerSize.width,o=h._hasScroll(c,"left")?c.scrollWidth:a,r=h._hasScroll(c)?c.scrollHeight:n,h.parentData={element:c,left:s.left,top:s.top,width:o,height:r}))},resize:function(t){var i,s,n,a,o=e(this).resizable("instance"),r=o.options,h=o.containerOffset,l=o.position,u=o._aspectRatio||t.shiftKey,d={top:0,left:0},c=o.containerElement,p=!0;c[0]!==document&&/static/.test(c.css("position"))&&(d=h),l.left<(o._helper?h.left:0)&&(o.size.width=o.size.width+(o._helper?o.position.left-h.left:o.position.left-d.left),u&&(o.size.height=o.size.width/o.aspectRatio,p=!1),o.position.left=r.helper?h.left:0),l.top<(o._helper?h.top:0)&&(o.size.height=o.size.height+(o._helper?o.position.top-h.top:o.position.top),u&&(o.size.width=o.size.height*o.aspectRatio,p=!1),o.position.top=o._helper?h.top:0),n=o.containerElement.get(0)===o.element.parent().get(0),a=/relative|absolute/.test(o.containerElement.css("position")),n&&a?(o.offset.left=o.parentData.left+o.position.left,o.offset.top=o.parentData.top+o.position.top):(o.offset.left=o.element.offset().left,o.offset.top=o.element.offset().top),i=Math.abs(o.sizeDiff.width+(o._helper?o.offset.left-d.left:o.offset.left-h.left)),s=Math.abs(o.sizeDiff.height+(o._helper?o.offset.top-d.top:o.offset.top-h.top)),i+o.size.width>=o.parentData.width&&(o.size.width=o.parentData.width-i,u&&(o.size.height=o.size.width/o.aspectRatio,p=!1)),s+o.size.height>=o.parentData.height&&(o.size.height=o.parentData.height-s,u&&(o.size.width=o.size.height*o.aspectRatio,p=!1)),p||(o.position.left=o.prevPosition.left,o.position.top=o.prevPosition.top,o.size.width=o.prevSize.width,o.size.height=o.prevSize.height)},stop:function(){var t=e(this).resizable("instance"),i=t.options,s=t.containerOffset,n=t.containerPosition,a=t.containerElement,o=e(t.helper),r=o.offset(),h=o.outerWidth()-t.sizeDiff.width,l=o.outerHeight()-t.sizeDiff.height;t._helper&&!i.animate&&/relative/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l}),t._helper&&!i.animate&&/static/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l})}}),e.ui.plugin.add("resizable","alsoResize",{start:function(){var t=e(this).resizable("instance"),i=t.options;e(i.alsoResize).each(function(){var t=e(this);t.data("ui-resizable-alsoresize",{width:parseInt(t.width(),10),height:parseInt(t.height(),10),left:parseInt(t.css("left"),10),top:parseInt(t.css("top"),10)})})},resize:function(t,i){var s=e(this).resizable("instance"),n=s.options,a=s.originalSize,o=s.originalPosition,r={height:s.size.height-a.height||0,width:s.size.width-a.width||0,top:s.position.top-o.top||0,left:s.position.left-o.left||0};e(n.alsoResize).each(function(){var t=e(this),s=e(this).data("ui-resizable-alsoresize"),n={},a=t.parents(i.originalElement[0]).length?["width","height"]:["width","height","top","left"];e.each(a,function(e,t){var i=(s[t]||0)+(r[t]||0);i&&i>=0&&(n[t]=i||null)}),t.css(n)})},stop:function(){e(this).removeData("resizable-alsoresize")}}),e.ui.plugin.add("resizable","ghost",{start:function(){var t=e(this).resizable("instance"),i=t.options,s=t.size;t.ghost=t.originalElement.clone(),t.ghost.css({opacity:.25,display:"block",position:"relative",height:s.height,width:s.width,margin:0,left:0,top:0}).addClass("ui-resizable-ghost").addClass("string"==typeof i.ghost?i.ghost:""),t.ghost.appendTo(t.helper)},resize:function(){var t=e(this).resizable("instance");t.ghost&&t.ghost.css({position:"relative",height:t.size.height,width:t.size.width})},stop:function(){var t=e(this).resizable("instance");t.ghost&&t.helper&&t.helper.get(0).removeChild(t.ghost.get(0))}}),e.ui.plugin.add("resizable","grid",{resize:function(){var t,i=e(this).resizable("instance"),s=i.options,n=i.size,a=i.originalSize,o=i.originalPosition,r=i.axis,h="number"==typeof s.grid?[s.grid,s.grid]:s.grid,l=h[0]||1,u=h[1]||1,d=Math.round((n.width-a.width)/l)*l,c=Math.round((n.height-a.height)/u)*u,p=a.width+d,f=a.height+c,m=s.maxWidth&&p>s.maxWidth,g=s.maxHeight&&f>s.maxHeight,v=s.minWidth&&s.minWidth>p,y=s.minHeight&&s.minHeight>f;s.grid=h,v&&(p+=l),y&&(f+=u),m&&(p-=l),g&&(f-=u),/^(se|s|e)$/.test(r)?(i.size.width=p,i.size.height=f):/^(ne)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.top=o.top-c):/^(sw)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.left=o.left-d):((0>=f-u||0>=p-l)&&(t=i._getPaddingPlusBorderDimensions(this)),f-u>0?(i.size.height=f,i.position.top=o.top-c):(f=u-t.height,i.size.height=f,i.position.top=o.top+a.height-f),p-l>0?(i.size.width=p,i.position.left=o.left-d):(p=l-t.width,i.size.width=p,i.position.left=o.left+a.width-p))}}),e.ui.resizable,e.widget("ui.selectable",e.ui.mouse,{version:"1.11.4",options:{appendTo:"body",autoRefresh:!0,distance:0,filter:"*",tolerance:"touch",selected:null,selecting:null,start:null,stop:null,unselected:null,unselecting:null},_create:function(){var t,i=this;this.element.addClass("ui-selectable"),this.dragged=!1,this.refresh=function(){t=e(i.options.filter,i.element[0]),t.addClass("ui-selectee"),t.each(function(){var t=e(this),i=t.offset();e.data(this,"selectable-item",{element:this,$element:t,left:i.left,top:i.top,right:i.left+t.outerWidth(),bottom:i.top+t.outerHeight(),startselected:!1,selected:t.hasClass("ui-selected"),selecting:t.hasClass("ui-selecting"),unselecting:t.hasClass("ui-unselecting")})})},this.refresh(),this.selectees=t.addClass("ui-selectee"),this._mouseInit(),this.helper=e("<div class='ui-selectable-helper'></div>")},_destroy:function(){this.selectees.removeClass("ui-selectee").removeData("selectable-item"),this.element.removeClass("ui-selectable ui-selectable-disabled"),this._mouseDestroy()},_mouseStart:function(t){var i=this,s=this.options;this.opos=[t.pageX,t.pageY],this.options.disabled||(this.selectees=e(s.filter,this.element[0]),this._trigger("start",t),e(s.appendTo).append(this.helper),this.helper.css({left:t.pageX,top:t.pageY,width:0,height:0}),s.autoRefresh&&this.refresh(),this.selectees.filter(".ui-selected").each(function(){var s=e.data(this,"selectable-item");s.startselected=!0,t.metaKey||t.ctrlKey||(s.$element.removeClass("ui-selected"),s.selected=!1,s.$element.addClass("ui-unselecting"),s.unselecting=!0,i._trigger("unselecting",t,{unselecting:s.element}))}),e(t.target).parents().addBack().each(function(){var s,n=e.data(this,"selectable-item");return n?(s=!t.metaKey&&!t.ctrlKey||!n.$element.hasClass("ui-selected"),n.$element.removeClass(s?"ui-unselecting":"ui-selected").addClass(s?"ui-selecting":"ui-unselecting"),n.unselecting=!s,n.selecting=s,n.selected=s,s?i._trigger("selecting",t,{selecting:n.element}):i._trigger("unselecting",t,{unselecting:n.element}),!1):void 0}))},_mouseDrag:function(t){if(this.dragged=!0,!this.options.disabled){var i,s=this,n=this.options,a=this.opos[0],o=this.opos[1],r=t.pageX,h=t.pageY;return a>r&&(i=r,r=a,a=i),o>h&&(i=h,h=o,o=i),this.helper.css({left:a,top:o,width:r-a,height:h-o}),this.selectees.each(function(){var i=e.data(this,"selectable-item"),l=!1;
+i&&i.element!==s.element[0]&&("touch"===n.tolerance?l=!(i.left>r||a>i.right||i.top>h||o>i.bottom):"fit"===n.tolerance&&(l=i.left>a&&r>i.right&&i.top>o&&h>i.bottom),l?(i.selected&&(i.$element.removeClass("ui-selected"),i.selected=!1),i.unselecting&&(i.$element.removeClass("ui-unselecting"),i.unselecting=!1),i.selecting||(i.$element.addClass("ui-selecting"),i.selecting=!0,s._trigger("selecting",t,{selecting:i.element}))):(i.selecting&&((t.metaKey||t.ctrlKey)&&i.startselected?(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.$element.addClass("ui-selected"),i.selected=!0):(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.startselected&&(i.$element.addClass("ui-unselecting"),i.unselecting=!0),s._trigger("unselecting",t,{unselecting:i.element}))),i.selected&&(t.metaKey||t.ctrlKey||i.startselected||(i.$element.removeClass("ui-selected"),i.selected=!1,i.$element.addClass("ui-unselecting"),i.unselecting=!0,s._trigger("unselecting",t,{unselecting:i.element})))))}),!1}},_mouseStop:function(t){var i=this;return this.dragged=!1,e(".ui-unselecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-unselecting"),s.unselecting=!1,s.startselected=!1,i._trigger("unselected",t,{unselected:s.element})}),e(".ui-selecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-selecting").addClass("ui-selected"),s.selecting=!1,s.selected=!0,s.startselected=!0,i._trigger("selected",t,{selected:s.element})}),this._trigger("stop",t),this.helper.remove(),!1}}),e.widget("ui.sortable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"sort",ready:!1,options:{appendTo:"parent",axis:!1,connectWith:!1,containment:!1,cursor:"auto",cursorAt:!1,dropOnEmpty:!0,forcePlaceholderSize:!1,forceHelperSize:!1,grid:!1,handle:!1,helper:"original",items:"> *",opacity:!1,placeholder:!1,revert:!1,scroll:!0,scrollSensitivity:20,scrollSpeed:20,scope:"default",tolerance:"intersect",zIndex:1e3,activate:null,beforeStop:null,change:null,deactivate:null,out:null,over:null,receive:null,remove:null,sort:null,start:null,stop:null,update:null},_isOverAxis:function(e,t,i){return e>=t&&t+i>e},_isFloating:function(e){return/left|right/.test(e.css("float"))||/inline|table-cell/.test(e.css("display"))},_create:function(){this.containerCache={},this.element.addClass("ui-sortable"),this.refresh(),this.offset=this.element.offset(),this._mouseInit(),this._setHandleClassName(),this.ready=!0},_setOption:function(e,t){this._super(e,t),"handle"===e&&this._setHandleClassName()},_setHandleClassName:function(){this.element.find(".ui-sortable-handle").removeClass("ui-sortable-handle"),e.each(this.items,function(){(this.instance.options.handle?this.item.find(this.instance.options.handle):this.item).addClass("ui-sortable-handle")})},_destroy:function(){this.element.removeClass("ui-sortable ui-sortable-disabled").find(".ui-sortable-handle").removeClass("ui-sortable-handle"),this._mouseDestroy();for(var e=this.items.length-1;e>=0;e--)this.items[e].item.removeData(this.widgetName+"-item");return this},_mouseCapture:function(t,i){var s=null,n=!1,a=this;return this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(t),e(t.target).parents().each(function(){return e.data(this,a.widgetName+"-item")===a?(s=e(this),!1):void 0}),e.data(t.target,a.widgetName+"-item")===a&&(s=e(t.target)),s?!this.options.handle||i||(e(this.options.handle,s).find("*").addBack().each(function(){this===t.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(t,i,s){var n,a,o=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(t),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},e.extend(this.offset,{click:{left:t.pageX-this.offset.left,top:t.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(t),this.originalPageX=t.pageX,this.originalPageY=t.pageY,o.cursorAt&&this._adjustOffsetFromHelper(o.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),o.containment&&this._setContainment(),o.cursor&&"auto"!==o.cursor&&(a=this.document.find("body"),this.storedCursor=a.css("cursor"),a.css("cursor",o.cursor),this.storedStylesheet=e("<style>*{ cursor: "+o.cursor+" !important; }</style>").appendTo(a)),o.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",o.opacity)),o.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",o.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",t,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",t,this._uiHash(this));return e.ui.ddmanager&&(e.ui.ddmanager.current=this),e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this.dragging=!0,this.helper.addClass("ui-sortable-helper"),this._mouseDrag(t),!0},_mouseDrag:function(t){var i,s,n,a,o=this.options,r=!1;for(this.position=this._generatePosition(t),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-t.pageY<o.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+o.scrollSpeed:t.pageY-this.overflowOffset.top<o.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-o.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-t.pageX<o.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+o.scrollSpeed:t.pageX-this.overflowOffset.left<o.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-o.scrollSpeed)):(t.pageY-this.document.scrollTop()<o.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-o.scrollSpeed):this.window.height()-(t.pageY-this.document.scrollTop())<o.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+o.scrollSpeed)),t.pageX-this.document.scrollLeft()<o.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-o.scrollSpeed):this.window.width()-(t.pageX-this.document.scrollLeft())<o.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+o.scrollSpeed))),r!==!1&&e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],a=this._intersectsWithPointer(s),a&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===a?"next":"prev"]()[0]!==n&&!e.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!e.contains(this.element[0],n):!0)){if(this.direction=1===a?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(t,s),this._trigger("change",t,this._uiHash());break}return this._contactContainers(t),e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),this._trigger("sort",t,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(t,i){if(t){if(e.ui.ddmanager&&!this.options.dropBehaviour&&e.ui.ddmanager.drop(this,t),this.options.revert){var s=this,n=this.placeholder.offset(),a=this.options.axis,o={};a&&"x"!==a||(o.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),a&&"y"!==a||(o.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,e(this.helper).animate(o,parseInt(this.options.revert,10)||500,function(){s._clear(t)})}else this._clear(t,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp({target:null}),"original"===this.options.helper?this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper"):this.currentItem.show();for(var t=this.containers.length-1;t>=0;t--)this.containers[t]._trigger("deactivate",null,this._uiHash(this)),this.containers[t].containerCache.over&&(this.containers[t]._trigger("out",null,this._uiHash(this)),this.containers[t].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),e.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?e(this.domPosition.prev).after(this.currentItem):e(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},e(i).each(function(){var i=(e(t.item||this).attr(t.attribute||"id")||"").match(t.expression||/(.+)[\-=_](.+)/);i&&s.push((t.key||i[1]+"[]")+"="+(t.key&&t.expression?i[1]:i[2]))}),!s.length&&t.key&&s.push(t.key+"="),s.join("&")},toArray:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},i.each(function(){s.push(e(t.item||this).attr(t.attribute||"id")||"")}),s},_intersectsWith:function(e){var t=this.positionAbs.left,i=t+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,a=e.left,o=a+e.width,r=e.top,h=r+e.height,l=this.offset.click.top,u=this.offset.click.left,d="x"===this.options.axis||s+l>r&&h>s+l,c="y"===this.options.axis||t+u>a&&o>t+u,p=d&&c;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>e[this.floating?"width":"height"]?p:t+this.helperProportions.width/2>a&&o>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&h>n-this.helperProportions.height/2},_intersectsWithPointer:function(e){var t="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top,e.height),i="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left,e.width),s=t&&i,n=this._getDragVerticalDirection(),a=this._getDragHorizontalDirection();return s?this.floating?a&&"right"===a||"down"===n?2:1:n&&("down"===n?2:1):!1},_intersectsWithSides:function(e){var t=this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top+e.height/2,e.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left+e.width/2,e.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&t||"up"===s&&!t)},_getDragVerticalDirection:function(){var e=this.positionAbs.top-this.lastPositionAbs.top;return 0!==e&&(e>0?"down":"up")},_getDragHorizontalDirection:function(){var e=this.positionAbs.left-this.lastPositionAbs.left;return 0!==e&&(e>0?"right":"left")},refresh:function(e){return this._refreshItems(e),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var e=this.options;return e.connectWith.constructor===String?[e.connectWith]:e.connectWith},_getItemsAsjQuery:function(t){function i(){r.push(this)}var s,n,a,o,r=[],h=[],l=this._connectWith();if(l&&t)for(s=l.length-1;s>=0;s--)for(a=e(l[s],this.document[0]),n=a.length-1;n>=0;n--)o=e.data(a[n],this.widgetFullName),o&&o!==this&&!o.options.disabled&&h.push([e.isFunction(o.options.items)?o.options.items.call(o.element):e(o.options.items,o.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),o]);for(h.push([e.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):e(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=h.length-1;s>=0;s--)h[s][0].each(i);return e(r)},_removeCurrentsFromItems:function(){var t=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=e.grep(this.items,function(e){for(var i=0;t.length>i;i++)if(t[i]===e.item[0])return!1;return!0})},_refreshItems:function(t){this.items=[],this.containers=[this];var i,s,n,a,o,r,h,l,u=this.items,d=[[e.isFunction(this.options.items)?this.options.items.call(this.element[0],t,{item:this.currentItem}):e(this.options.items,this.element),this]],c=this._connectWith();if(c&&this.ready)for(i=c.length-1;i>=0;i--)for(n=e(c[i],this.document[0]),s=n.length-1;s>=0;s--)a=e.data(n[s],this.widgetFullName),a&&a!==this&&!a.options.disabled&&(d.push([e.isFunction(a.options.items)?a.options.items.call(a.element[0],t,{item:this.currentItem}):e(a.options.items,a.element),a]),this.containers.push(a));for(i=d.length-1;i>=0;i--)for(o=d[i][1],r=d[i][0],s=0,l=r.length;l>s;s++)h=e(r[s]),h.data(this.widgetName+"-item",o),u.push({item:h,instance:o,width:0,height:0,left:0,top:0})},refreshPositions:function(t){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,a;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?e(this.options.toleranceElement,s.item):s.item,t||(s.width=n.outerWidth(),s.height=n.outerHeight()),a=n.offset(),s.left=a.left,s.top=a.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)a=this.containers[i].element.offset(),this.containers[i].containerCache.left=a.left,this.containers[i].containerCache.top=a.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(t){t=t||this;var i,s=t.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=t.currentItem[0].nodeName.toLowerCase(),n=e("<"+s+">",t.document[0]).addClass(i||t.currentItem[0].className+" ui-sortable-placeholder").removeClass("ui-sortable-helper");return"tbody"===s?t._createTrPlaceholder(t.currentItem.find("tr").eq(0),e("<tr>",t.document[0]).appendTo(n)):"tr"===s?t._createTrPlaceholder(t.currentItem,n):"img"===s&&n.attr("src",t.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(e,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(t.currentItem.innerHeight()-parseInt(t.currentItem.css("paddingTop")||0,10)-parseInt(t.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(t.currentItem.innerWidth()-parseInt(t.currentItem.css("paddingLeft")||0,10)-parseInt(t.currentItem.css("paddingRight")||0,10)))}}),t.placeholder=e(s.placeholder.element.call(t.element,t.currentItem)),t.currentItem.after(t.placeholder),s.placeholder.update(t,t.placeholder)},_createTrPlaceholder:function(t,i){var s=this;t.children().each(function(){e("<td>&#160;</td>",s.document[0]).attr("colspan",e(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(t){var i,s,n,a,o,r,h,l,u,d,c=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!e.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(c&&e.contains(this.containers[i].element[0],c.element[0]))continue;c=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",t,this._uiHash(this)),this.containers[i].containerCache.over=0);if(c)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,a=null,u=c.floating||this._isFloating(this.currentItem),o=u?"left":"top",r=u?"width":"height",d=u?"clientX":"clientY",s=this.items.length-1;s>=0;s--)e.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(h=this.items[s].item.offset()[o],l=!1,t[d]-h>this.items[s][r]/2&&(l=!0),n>Math.abs(t[d]-h)&&(n=Math.abs(t[d]-h),a=this.items[s],this.direction=l?"up":"down"));if(!a&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;a?this._rearrange(t,a,null,!0):this._rearrange(t,null,this.containers[p].element,!0),this._trigger("change",t,this._uiHash()),this.containers[p]._trigger("change",t,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper)?e(i.helper.apply(this.element[0],[t,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||e("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var t=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&e.ui.ie)&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var e=this.currentItem.position();return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:e.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options;"parent"===n.containment&&(n.containment=this.helper[0].parentNode),("document"===n.containment||"window"===n.containment)&&(this.containment=[0-this.offset.relative.left-this.offset.parent.left,0-this.offset.relative.top-this.offset.parent.top,"document"===n.containment?this.document.width():this.window.width()-this.helperProportions.width-this.margins.left,("document"===n.containment?this.document.width():this.window.height()||this.document[0].body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top]),/^(document|window|parent)$/.test(n.containment)||(t=e(n.containment)[0],i=e(n.containment).offset(),s="hidden"!==e(t).css("overflow"),this.containment=[i.left+(parseInt(e(t).css("borderLeftWidth"),10)||0)+(parseInt(e(t).css("paddingLeft"),10)||0)-this.margins.left,i.top+(parseInt(e(t).css("borderTopWidth"),10)||0)+(parseInt(e(t).css("paddingTop"),10)||0)-this.margins.top,i.left+(s?Math.max(t.scrollWidth,t.offsetWidth):t.offsetWidth)-(parseInt(e(t).css("borderLeftWidth"),10)||0)-(parseInt(e(t).css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left,i.top+(s?Math.max(t.scrollHeight,t.offsetHeight):t.offsetHeight)-(parseInt(e(t).css("borderTopWidth"),10)||0)-(parseInt(e(t).css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top])},_convertPositionTo:function(t,i){i||(i=this.position);var s="absolute"===t?1:-1,n="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,a=/(html|body)/i.test(n[0].tagName);return{top:i.top+this.offset.relative.top*s+this.offset.parent.top*s-("fixed"===this.cssPosition?-this.scrollParent.scrollTop():a?0:n.scrollTop())*s,left:i.left+this.offset.relative.left*s+this.offset.parent.left*s-("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():a?0:n.scrollLeft())*s}},_generatePosition:function(t){var i,s,n=this.options,a=t.pageX,o=t.pageY,r="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,h=/(html|body)/i.test(r[0].tagName);return"relative"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&this.scrollParent[0]!==this.offsetParent[0]||(this.offset.relative=this._getRelativeOffset()),this.originalPosition&&(this.containment&&(t.pageX-this.offset.click.left<this.containment[0]&&(a=this.containment[0]+this.offset.click.left),t.pageY-this.offset.click.top<this.containment[1]&&(o=this.containment[1]+this.offset.click.top),t.pageX-this.offset.click.left>this.containment[2]&&(a=this.containment[2]+this.offset.click.left),t.pageY-this.offset.click.top>this.containment[3]&&(o=this.containment[3]+this.offset.click.top)),n.grid&&(i=this.originalPageY+Math.round((o-this.originalPageY)/n.grid[1])*n.grid[1],o=this.containment?i-this.offset.click.top>=this.containment[1]&&i-this.offset.click.top<=this.containment[3]?i:i-this.offset.click.top>=this.containment[1]?i-n.grid[1]:i+n.grid[1]:i,s=this.originalPageX+Math.round((a-this.originalPageX)/n.grid[0])*n.grid[0],a=this.containment?s-this.offset.click.left>=this.containment[0]&&s-this.offset.click.left<=this.containment[2]?s:s-this.offset.click.left>=this.containment[0]?s-n.grid[0]:s+n.grid[0]:s)),{top:o-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.scrollParent.scrollTop():h?0:r.scrollTop()),left:a-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():h?0:r.scrollLeft())}},_rearrange:function(e,t,i,s){i?i[0].appendChild(this.placeholder[0]):t.item[0].parentNode.insertBefore(this.placeholder[0],"down"===this.direction?t.item[0]:t.item[0].nextSibling),this.counter=this.counter?++this.counter:1;var n=this.counter;this._delay(function(){n===this.counter&&this.refreshPositions(!s)})},_clear:function(e,t){function i(e,t,i){return function(s){i._trigger(e,s,t._uiHash(t))}}this.reverting=!1;var s,n=[];if(!this._noFinalSort&&this.currentItem.parent().length&&this.placeholder.before(this.currentItem),this._noFinalSort=null,this.helper[0]===this.currentItem[0]){for(s in this._storedCSS)("auto"===this._storedCSS[s]||"static"===this._storedCSS[s])&&(this._storedCSS[s]="");this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper")}else this.currentItem.show();for(this.fromOutside&&!t&&n.push(function(e){this._trigger("receive",e,this._uiHash(this.fromOutside))}),!this.fromOutside&&this.domPosition.prev===this.currentItem.prev().not(".ui-sortable-helper")[0]&&this.domPosition.parent===this.currentItem.parent()[0]||t||n.push(function(e){this._trigger("update",e,this._uiHash())}),this!==this.currentContainer&&(t||(n.push(function(e){this._trigger("remove",e,this._uiHash())}),n.push(function(e){return function(t){e._trigger("receive",t,this._uiHash(this))}}.call(this,this.currentContainer)),n.push(function(e){return function(t){e._trigger("update",t,this._uiHash(this))}}.call(this,this.currentContainer)))),s=this.containers.length-1;s>=0;s--)t||n.push(i("deactivate",this,this.containers[s])),this.containers[s].containerCache.over&&(n.push(i("out",this,this.containers[s])),this.containers[s].containerCache.over=0);if(this.storedCursor&&(this.document.find("body").css("cursor",this.storedCursor),this.storedStylesheet.remove()),this._storedOpacity&&this.helper.css("opacity",this._storedOpacity),this._storedZIndex&&this.helper.css("zIndex","auto"===this._storedZIndex?"":this._storedZIndex),this.dragging=!1,t||this._trigger("beforeStop",e,this._uiHash()),this.placeholder[0].parentNode.removeChild(this.placeholder[0]),this.cancelHelperRemoval||(this.helper[0]!==this.currentItem[0]&&this.helper.remove(),this.helper=null),!t){for(s=0;n.length>s;s++)n[s].call(this,e);this._trigger("stop",e,this._uiHash())}return this.fromOutside=!1,!this.cancelHelperRemoval},_trigger:function(){e.Widget.prototype._trigger.apply(this,arguments)===!1&&this.cancel()},_uiHash:function(t){var i=t||this;return{helper:i.helper,placeholder:i.placeholder||e([]),position:i.position,originalPosition:i.originalPosition,offset:i.positionAbs,item:i.currentItem,sender:t?t.element:null}}}),e.widget("ui.accordion",{version:"1.11.4",options:{active:0,animate:{},collapsible:!1,event:"click",header:"> li > :first-child,> :not(li):even",heightStyle:"auto",icons:{activeHeader:"ui-icon-triangle-1-s",header:"ui-icon-triangle-1-e"},activate:null,beforeActivate:null},hideProps:{borderTopWidth:"hide",borderBottomWidth:"hide",paddingTop:"hide",paddingBottom:"hide",height:"hide"},showProps:{borderTopWidth:"show",borderBottomWidth:"show",paddingTop:"show",paddingBottom:"show",height:"show"},_create:function(){var t=this.options;this.prevShow=this.prevHide=e(),this.element.addClass("ui-accordion ui-widget ui-helper-reset").attr("role","tablist"),t.collapsible||t.active!==!1&&null!=t.active||(t.active=0),this._processPanels(),0>t.active&&(t.active+=this.headers.length),this._refresh()},_getCreateEventData:function(){return{header:this.active,panel:this.active.length?this.active.next():e()}},_createIcons:function(){var t=this.options.icons;t&&(e("<span>").addClass("ui-accordion-header-icon ui-icon "+t.header).prependTo(this.headers),this.active.children(".ui-accordion-header-icon").removeClass(t.header).addClass(t.activeHeader),this.headers.addClass("ui-accordion-icons"))},_destroyIcons:function(){this.headers.removeClass("ui-accordion-icons").children(".ui-accordion-header-icon").remove()},_destroy:function(){var e;this.element.removeClass("ui-accordion ui-widget ui-helper-reset").removeAttr("role"),this.headers.removeClass("ui-accordion-header ui-accordion-header-active ui-state-default ui-corner-all ui-state-active ui-state-disabled ui-corner-top").removeAttr("role").removeAttr("aria-expanded").removeAttr("aria-selected").removeAttr("aria-controls").removeAttr("tabIndex").removeUniqueId(),this._destroyIcons(),e=this.headers.next().removeClass("ui-helper-reset ui-widget-content ui-corner-bottom ui-accordion-content ui-accordion-content-active ui-state-disabled").css("display","").removeAttr("role").removeAttr("aria-hidden").removeAttr("aria-labelledby").removeUniqueId(),"content"!==this.options.heightStyle&&e.css("height","")},_setOption:function(e,t){return"active"===e?(this._activate(t),void 0):("event"===e&&(this.options.event&&this._off(this.headers,this.options.event),this._setupEvents(t)),this._super(e,t),"collapsible"!==e||t||this.options.active!==!1||this._activate(0),"icons"===e&&(this._destroyIcons(),t&&this._createIcons()),"disabled"===e&&(this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this.headers.add(this.headers.next()).toggleClass("ui-state-disabled",!!t)),void 0)},_keydown:function(t){if(!t.altKey&&!t.ctrlKey){var i=e.ui.keyCode,s=this.headers.length,n=this.headers.index(t.target),a=!1;switch(t.keyCode){case i.RIGHT:case i.DOWN:a=this.headers[(n+1)%s];break;case i.LEFT:case i.UP:a=this.headers[(n-1+s)%s];break;case i.SPACE:case i.ENTER:this._eventHandler(t);break;case i.HOME:a=this.headers[0];break;case i.END:a=this.headers[s-1]}a&&(e(t.target).attr("tabIndex",-1),e(a).attr("tabIndex",0),a.focus(),t.preventDefault())}},_panelKeyDown:function(t){t.keyCode===e.ui.keyCode.UP&&t.ctrlKey&&e(t.currentTarget).prev().focus()},refresh:function(){var t=this.options;this._processPanels(),t.active===!1&&t.collapsible===!0||!this.headers.length?(t.active=!1,this.active=e()):t.active===!1?this._activate(0):this.active.length&&!e.contains(this.element[0],this.active[0])?this.headers.length===this.headers.find(".ui-state-disabled").length?(t.active=!1,this.active=e()):this._activate(Math.max(0,t.active-1)):t.active=this.headers.index(this.active),this._destroyIcons(),this._refresh()},_processPanels:function(){var e=this.headers,t=this.panels;this.headers=this.element.find(this.options.header).addClass("ui-accordion-header ui-state-default ui-corner-all"),this.panels=this.headers.next().addClass("ui-accordion-content ui-helper-reset ui-widget-content ui-corner-bottom").filter(":not(.ui-accordion-content-active)").hide(),t&&(this._off(e.not(this.headers)),this._off(t.not(this.panels)))},_refresh:function(){var t,i=this.options,s=i.heightStyle,n=this.element.parent();this.active=this._findActive(i.active).addClass("ui-accordion-header-active ui-state-active ui-corner-top").removeClass("ui-corner-all"),this.active.next().addClass("ui-accordion-content-active").show(),this.headers.attr("role","tab").each(function(){var t=e(this),i=t.uniqueId().attr("id"),s=t.next(),n=s.uniqueId().attr("id");t.attr("aria-controls",n),s.attr("aria-labelledby",i)}).next().attr("role","tabpanel"),this.headers.not(this.active).attr({"aria-selected":"false","aria-expanded":"false",tabIndex:-1}).next().attr({"aria-hidden":"true"}).hide(),this.active.length?this.active.attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0}).next().attr({"aria-hidden":"false"}):this.headers.eq(0).attr("tabIndex",0),this._createIcons(),this._setupEvents(i.event),"fill"===s?(t=n.height(),this.element.siblings(":visible").each(function(){var i=e(this),s=i.css("position");"absolute"!==s&&"fixed"!==s&&(t-=i.outerHeight(!0))}),this.headers.each(function(){t-=e(this).outerHeight(!0)}),this.headers.next().each(function(){e(this).height(Math.max(0,t-e(this).innerHeight()+e(this).height()))}).css("overflow","auto")):"auto"===s&&(t=0,this.headers.next().each(function(){t=Math.max(t,e(this).css("height","").height())}).height(t))},_activate:function(t){var i=this._findActive(t)[0];i!==this.active[0]&&(i=i||this.active[0],this._eventHandler({target:i,currentTarget:i,preventDefault:e.noop}))},_findActive:function(t){return"number"==typeof t?this.headers.eq(t):e()},_setupEvents:function(t){var i={keydown:"_keydown"};t&&e.each(t.split(" "),function(e,t){i[t]="_eventHandler"}),this._off(this.headers.add(this.headers.next())),this._on(this.headers,i),this._on(this.headers.next(),{keydown:"_panelKeyDown"}),this._hoverable(this.headers),this._focusable(this.headers)},_eventHandler:function(t){var i=this.options,s=this.active,n=e(t.currentTarget),a=n[0]===s[0],o=a&&i.collapsible,r=o?e():n.next(),h=s.next(),l={oldHeader:s,oldPanel:h,newHeader:o?e():n,newPanel:r};
+t.preventDefault(),a&&!i.collapsible||this._trigger("beforeActivate",t,l)===!1||(i.active=o?!1:this.headers.index(n),this.active=a?e():n,this._toggle(l),s.removeClass("ui-accordion-header-active ui-state-active"),i.icons&&s.children(".ui-accordion-header-icon").removeClass(i.icons.activeHeader).addClass(i.icons.header),a||(n.removeClass("ui-corner-all").addClass("ui-accordion-header-active ui-state-active ui-corner-top"),i.icons&&n.children(".ui-accordion-header-icon").removeClass(i.icons.header).addClass(i.icons.activeHeader),n.next().addClass("ui-accordion-content-active")))},_toggle:function(t){var i=t.newPanel,s=this.prevShow.length?this.prevShow:t.oldPanel;this.prevShow.add(this.prevHide).stop(!0,!0),this.prevShow=i,this.prevHide=s,this.options.animate?this._animate(i,s,t):(s.hide(),i.show(),this._toggleComplete(t)),s.attr({"aria-hidden":"true"}),s.prev().attr({"aria-selected":"false","aria-expanded":"false"}),i.length&&s.length?s.prev().attr({tabIndex:-1,"aria-expanded":"false"}):i.length&&this.headers.filter(function(){return 0===parseInt(e(this).attr("tabIndex"),10)}).attr("tabIndex",-1),i.attr("aria-hidden","false").prev().attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0})},_animate:function(e,t,i){var s,n,a,o=this,r=0,h=e.css("box-sizing"),l=e.length&&(!t.length||e.index()<t.index()),u=this.options.animate||{},d=l&&u.down||u,c=function(){o._toggleComplete(i)};return"number"==typeof d&&(a=d),"string"==typeof d&&(n=d),n=n||d.easing||u.easing,a=a||d.duration||u.duration,t.length?e.length?(s=e.show().outerHeight(),t.animate(this.hideProps,{duration:a,easing:n,step:function(e,t){t.now=Math.round(e)}}),e.hide().animate(this.showProps,{duration:a,easing:n,complete:c,step:function(e,i){i.now=Math.round(e),"height"!==i.prop?"content-box"===h&&(r+=i.now):"content"!==o.options.heightStyle&&(i.now=Math.round(s-t.outerHeight()-r),r=0)}}),void 0):t.animate(this.hideProps,a,n,c):e.animate(this.showProps,a,n,c)},_toggleComplete:function(e){var t=e.oldPanel;t.removeClass("ui-accordion-content-active").prev().removeClass("ui-corner-top").addClass("ui-corner-all"),t.length&&(t.parent()[0].className=t.parent()[0].className),this._trigger("activate",null,e)}}),e.widget("ui.menu",{version:"1.11.4",defaultElement:"<ul>",delay:300,options:{icons:{submenu:"ui-icon-carat-1-e"},items:"> *",menus:"ul",position:{my:"left-1 top",at:"right top"},role:"menu",blur:null,focus:null,select:null},_create:function(){this.activeMenu=this.element,this.mouseHandled=!1,this.element.uniqueId().addClass("ui-menu ui-widget ui-widget-content").toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length).attr({role:this.options.role,tabIndex:0}),this.options.disabled&&this.element.addClass("ui-state-disabled").attr("aria-disabled","true"),this._on({"mousedown .ui-menu-item":function(e){e.preventDefault()},"click .ui-menu-item":function(t){var i=e(t.target);!this.mouseHandled&&i.not(".ui-state-disabled").length&&(this.select(t),t.isPropagationStopped()||(this.mouseHandled=!0),i.has(".ui-menu").length?this.expand(t):!this.element.is(":focus")&&e(this.document[0].activeElement).closest(".ui-menu").length&&(this.element.trigger("focus",[!0]),this.active&&1===this.active.parents(".ui-menu").length&&clearTimeout(this.timer)))},"mouseenter .ui-menu-item":function(t){if(!this.previousFilter){var i=e(t.currentTarget);i.siblings(".ui-state-active").removeClass("ui-state-active"),this.focus(t,i)}},mouseleave:"collapseAll","mouseleave .ui-menu":"collapseAll",focus:function(e,t){var i=this.active||this.element.find(this.options.items).eq(0);t||this.focus(e,i)},blur:function(t){this._delay(function(){e.contains(this.element[0],this.document[0].activeElement)||this.collapseAll(t)})},keydown:"_keydown"}),this.refresh(),this._on(this.document,{click:function(e){this._closeOnDocumentClick(e)&&this.collapseAll(e),this.mouseHandled=!1}})},_destroy:function(){this.element.removeAttr("aria-activedescendant").find(".ui-menu").addBack().removeClass("ui-menu ui-widget ui-widget-content ui-menu-icons ui-front").removeAttr("role").removeAttr("tabIndex").removeAttr("aria-labelledby").removeAttr("aria-expanded").removeAttr("aria-hidden").removeAttr("aria-disabled").removeUniqueId().show(),this.element.find(".ui-menu-item").removeClass("ui-menu-item").removeAttr("role").removeAttr("aria-disabled").removeUniqueId().removeClass("ui-state-hover").removeAttr("tabIndex").removeAttr("role").removeAttr("aria-haspopup").children().each(function(){var t=e(this);t.data("ui-menu-submenu-carat")&&t.remove()}),this.element.find(".ui-menu-divider").removeClass("ui-menu-divider ui-widget-content")},_keydown:function(t){var i,s,n,a,o=!0;switch(t.keyCode){case e.ui.keyCode.PAGE_UP:this.previousPage(t);break;case e.ui.keyCode.PAGE_DOWN:this.nextPage(t);break;case e.ui.keyCode.HOME:this._move("first","first",t);break;case e.ui.keyCode.END:this._move("last","last",t);break;case e.ui.keyCode.UP:this.previous(t);break;case e.ui.keyCode.DOWN:this.next(t);break;case e.ui.keyCode.LEFT:this.collapse(t);break;case e.ui.keyCode.RIGHT:this.active&&!this.active.is(".ui-state-disabled")&&this.expand(t);break;case e.ui.keyCode.ENTER:case e.ui.keyCode.SPACE:this._activate(t);break;case e.ui.keyCode.ESCAPE:this.collapse(t);break;default:o=!1,s=this.previousFilter||"",n=String.fromCharCode(t.keyCode),a=!1,clearTimeout(this.filterTimer),n===s?a=!0:n=s+n,i=this._filterMenuItems(n),i=a&&-1!==i.index(this.active.next())?this.active.nextAll(".ui-menu-item"):i,i.length||(n=String.fromCharCode(t.keyCode),i=this._filterMenuItems(n)),i.length?(this.focus(t,i),this.previousFilter=n,this.filterTimer=this._delay(function(){delete this.previousFilter},1e3)):delete this.previousFilter}o&&t.preventDefault()},_activate:function(e){this.active.is(".ui-state-disabled")||(this.active.is("[aria-haspopup='true']")?this.expand(e):this.select(e))},refresh:function(){var t,i,s=this,n=this.options.icons.submenu,a=this.element.find(this.options.menus);this.element.toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length),a.filter(":not(.ui-menu)").addClass("ui-menu ui-widget ui-widget-content ui-front").hide().attr({role:this.options.role,"aria-hidden":"true","aria-expanded":"false"}).each(function(){var t=e(this),i=t.parent(),s=e("<span>").addClass("ui-menu-icon ui-icon "+n).data("ui-menu-submenu-carat",!0);i.attr("aria-haspopup","true").prepend(s),t.attr("aria-labelledby",i.attr("id"))}),t=a.add(this.element),i=t.find(this.options.items),i.not(".ui-menu-item").each(function(){var t=e(this);s._isDivider(t)&&t.addClass("ui-widget-content ui-menu-divider")}),i.not(".ui-menu-item, .ui-menu-divider").addClass("ui-menu-item").uniqueId().attr({tabIndex:-1,role:this._itemRole()}),i.filter(".ui-state-disabled").attr("aria-disabled","true"),this.active&&!e.contains(this.element[0],this.active[0])&&this.blur()},_itemRole:function(){return{menu:"menuitem",listbox:"option"}[this.options.role]},_setOption:function(e,t){"icons"===e&&this.element.find(".ui-menu-icon").removeClass(this.options.icons.submenu).addClass(t.submenu),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},focus:function(e,t){var i,s;this.blur(e,e&&"focus"===e.type),this._scrollIntoView(t),this.active=t.first(),s=this.active.addClass("ui-state-focus").removeClass("ui-state-active"),this.options.role&&this.element.attr("aria-activedescendant",s.attr("id")),this.active.parent().closest(".ui-menu-item").addClass("ui-state-active"),e&&"keydown"===e.type?this._close():this.timer=this._delay(function(){this._close()},this.delay),i=t.children(".ui-menu"),i.length&&e&&/^mouse/.test(e.type)&&this._startOpening(i),this.activeMenu=t.parent(),this._trigger("focus",e,{item:t})},_scrollIntoView:function(t){var i,s,n,a,o,r;this._hasScroll()&&(i=parseFloat(e.css(this.activeMenu[0],"borderTopWidth"))||0,s=parseFloat(e.css(this.activeMenu[0],"paddingTop"))||0,n=t.offset().top-this.activeMenu.offset().top-i-s,a=this.activeMenu.scrollTop(),o=this.activeMenu.height(),r=t.outerHeight(),0>n?this.activeMenu.scrollTop(a+n):n+r>o&&this.activeMenu.scrollTop(a+n-o+r))},blur:function(e,t){t||clearTimeout(this.timer),this.active&&(this.active.removeClass("ui-state-focus"),this.active=null,this._trigger("blur",e,{item:this.active}))},_startOpening:function(e){clearTimeout(this.timer),"true"===e.attr("aria-hidden")&&(this.timer=this._delay(function(){this._close(),this._open(e)},this.delay))},_open:function(t){var i=e.extend({of:this.active},this.options.position);clearTimeout(this.timer),this.element.find(".ui-menu").not(t.parents(".ui-menu")).hide().attr("aria-hidden","true"),t.show().removeAttr("aria-hidden").attr("aria-expanded","true").position(i)},collapseAll:function(t,i){clearTimeout(this.timer),this.timer=this._delay(function(){var s=i?this.element:e(t&&t.target).closest(this.element.find(".ui-menu"));s.length||(s=this.element),this._close(s),this.blur(t),this.activeMenu=s},this.delay)},_close:function(e){e||(e=this.active?this.active.parent():this.element),e.find(".ui-menu").hide().attr("aria-hidden","true").attr("aria-expanded","false").end().find(".ui-state-active").not(".ui-state-focus").removeClass("ui-state-active")},_closeOnDocumentClick:function(t){return!e(t.target).closest(".ui-menu").length},_isDivider:function(e){return!/[^\-\u2014\u2013\s]/.test(e.text())},collapse:function(e){var t=this.active&&this.active.parent().closest(".ui-menu-item",this.element);t&&t.length&&(this._close(),this.focus(e,t))},expand:function(e){var t=this.active&&this.active.children(".ui-menu ").find(this.options.items).first();t&&t.length&&(this._open(t.parent()),this._delay(function(){this.focus(e,t)}))},next:function(e){this._move("next","first",e)},previous:function(e){this._move("prev","last",e)},isFirstItem:function(){return this.active&&!this.active.prevAll(".ui-menu-item").length},isLastItem:function(){return this.active&&!this.active.nextAll(".ui-menu-item").length},_move:function(e,t,i){var s;this.active&&(s="first"===e||"last"===e?this.active["first"===e?"prevAll":"nextAll"](".ui-menu-item").eq(-1):this.active[e+"All"](".ui-menu-item").eq(0)),s&&s.length&&this.active||(s=this.activeMenu.find(this.options.items)[t]()),this.focus(i,s)},nextPage:function(t){var i,s,n;return this.active?(this.isLastItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.nextAll(".ui-menu-item").each(function(){return i=e(this),0>i.offset().top-s-n}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items)[this.active?"last":"first"]())),void 0):(this.next(t),void 0)},previousPage:function(t){var i,s,n;return this.active?(this.isFirstItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.prevAll(".ui-menu-item").each(function(){return i=e(this),i.offset().top-s+n>0}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items).first())),void 0):(this.next(t),void 0)},_hasScroll:function(){return this.element.outerHeight()<this.element.prop("scrollHeight")},select:function(t){this.active=this.active||e(t.target).closest(".ui-menu-item");var i={item:this.active};this.active.has(".ui-menu").length||this.collapseAll(t,!0),this._trigger("select",t,i)},_filterMenuItems:function(t){var i=t.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&"),s=RegExp("^"+i,"i");return this.activeMenu.find(this.options.items).filter(".ui-menu-item").filter(function(){return s.test(e.trim(e(this).text()))})}}),e.widget("ui.autocomplete",{version:"1.11.4",defaultElement:"<input>",options:{appendTo:null,autoFocus:!1,delay:300,minLength:1,position:{my:"left top",at:"left bottom",collision:"none"},source:null,change:null,close:null,focus:null,open:null,response:null,search:null,select:null},requestIndex:0,pending:0,_create:function(){var t,i,s,n=this.element[0].nodeName.toLowerCase(),a="textarea"===n,o="input"===n;this.isMultiLine=a?!0:o?!1:this.element.prop("isContentEditable"),this.valueMethod=this.element[a||o?"val":"text"],this.isNewMenu=!0,this.element.addClass("ui-autocomplete-input").attr("autocomplete","off"),this._on(this.element,{keydown:function(n){if(this.element.prop("readOnly"))return t=!0,s=!0,i=!0,void 0;t=!1,s=!1,i=!1;var a=e.ui.keyCode;switch(n.keyCode){case a.PAGE_UP:t=!0,this._move("previousPage",n);break;case a.PAGE_DOWN:t=!0,this._move("nextPage",n);break;case a.UP:t=!0,this._keyEvent("previous",n);break;case a.DOWN:t=!0,this._keyEvent("next",n);break;case a.ENTER:this.menu.active&&(t=!0,n.preventDefault(),this.menu.select(n));break;case a.TAB:this.menu.active&&this.menu.select(n);break;case a.ESCAPE:this.menu.element.is(":visible")&&(this.isMultiLine||this._value(this.term),this.close(n),n.preventDefault());break;default:i=!0,this._searchTimeout(n)}},keypress:function(s){if(t)return t=!1,(!this.isMultiLine||this.menu.element.is(":visible"))&&s.preventDefault(),void 0;if(!i){var n=e.ui.keyCode;switch(s.keyCode){case n.PAGE_UP:this._move("previousPage",s);break;case n.PAGE_DOWN:this._move("nextPage",s);break;case n.UP:this._keyEvent("previous",s);break;case n.DOWN:this._keyEvent("next",s)}}},input:function(e){return s?(s=!1,e.preventDefault(),void 0):(this._searchTimeout(e),void 0)},focus:function(){this.selectedItem=null,this.previous=this._value()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(clearTimeout(this.searching),this.close(e),this._change(e),void 0)}}),this._initSource(),this.menu=e("<ul>").addClass("ui-autocomplete ui-front").appendTo(this._appendTo()).menu({role:null}).hide().menu("instance"),this._on(this.menu.element,{mousedown:function(t){t.preventDefault(),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur});var i=this.menu.element[0];e(t.target).closest(".ui-menu-item").length||this._delay(function(){var t=this;this.document.one("mousedown",function(s){s.target===t.element[0]||s.target===i||e.contains(i,s.target)||t.close()})})},menufocus:function(t,i){var s,n;return this.isNewMenu&&(this.isNewMenu=!1,t.originalEvent&&/^mouse/.test(t.originalEvent.type))?(this.menu.blur(),this.document.one("mousemove",function(){e(t.target).trigger(t.originalEvent)}),void 0):(n=i.item.data("ui-autocomplete-item"),!1!==this._trigger("focus",t,{item:n})&&t.originalEvent&&/^key/.test(t.originalEvent.type)&&this._value(n.value),s=i.item.attr("aria-label")||n.value,s&&e.trim(s).length&&(this.liveRegion.children().hide(),e("<div>").text(s).appendTo(this.liveRegion)),void 0)},menuselect:function(e,t){var i=t.item.data("ui-autocomplete-item"),s=this.previous;this.element[0]!==this.document[0].activeElement&&(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s,this.selectedItem=i})),!1!==this._trigger("select",e,{item:i})&&this._value(i.value),this.term=this._value(),this.close(e),this.selectedItem=i}}),this.liveRegion=e("<span>",{role:"status","aria-live":"assertive","aria-relevant":"additions"}).addClass("ui-helper-hidden-accessible").appendTo(this.document[0].body),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_destroy:function(){clearTimeout(this.searching),this.element.removeClass("ui-autocomplete-input").removeAttr("autocomplete"),this.menu.element.remove(),this.liveRegion.remove()},_setOption:function(e,t){this._super(e,t),"source"===e&&this._initSource(),"appendTo"===e&&this.menu.element.appendTo(this._appendTo()),"disabled"===e&&t&&this.xhr&&this.xhr.abort()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_initSource:function(){var t,i,s=this;e.isArray(this.options.source)?(t=this.options.source,this.source=function(i,s){s(e.ui.autocomplete.filter(t,i.term))}):"string"==typeof this.options.source?(i=this.options.source,this.source=function(t,n){s.xhr&&s.xhr.abort(),s.xhr=e.ajax({url:i,data:t,dataType:"json",success:function(e){n(e)},error:function(){n([])}})}):this.source=this.options.source},_searchTimeout:function(e){clearTimeout(this.searching),this.searching=this._delay(function(){var t=this.term===this._value(),i=this.menu.element.is(":visible"),s=e.altKey||e.ctrlKey||e.metaKey||e.shiftKey;(!t||t&&!i&&!s)&&(this.selectedItem=null,this.search(null,e))},this.options.delay)},search:function(e,t){return e=null!=e?e:this._value(),this.term=this._value(),e.length<this.options.minLength?this.close(t):this._trigger("search",t)!==!1?this._search(e):void 0},_search:function(e){this.pending++,this.element.addClass("ui-autocomplete-loading"),this.cancelSearch=!1,this.source({term:e},this._response())},_response:function(){var t=++this.requestIndex;return e.proxy(function(e){t===this.requestIndex&&this.__response(e),this.pending--,this.pending||this.element.removeClass("ui-autocomplete-loading")},this)},__response:function(e){e&&(e=this._normalize(e)),this._trigger("response",null,{content:e}),!this.options.disabled&&e&&e.length&&!this.cancelSearch?(this._suggest(e),this._trigger("open")):this._close()},close:function(e){this.cancelSearch=!0,this._close(e)},_close:function(e){this.menu.element.is(":visible")&&(this.menu.element.hide(),this.menu.blur(),this.isNewMenu=!0,this._trigger("close",e))},_change:function(e){this.previous!==this._value()&&this._trigger("change",e,{item:this.selectedItem})},_normalize:function(t){return t.length&&t[0].label&&t[0].value?t:e.map(t,function(t){return"string"==typeof t?{label:t,value:t}:e.extend({},t,{label:t.label||t.value,value:t.value||t.label})})},_suggest:function(t){var i=this.menu.element.empty();this._renderMenu(i,t),this.isNewMenu=!0,this.menu.refresh(),i.show(),this._resizeMenu(),i.position(e.extend({of:this.element},this.options.position)),this.options.autoFocus&&this.menu.next()},_resizeMenu:function(){var e=this.menu.element;e.outerWidth(Math.max(e.width("").outerWidth()+1,this.element.outerWidth()))},_renderMenu:function(t,i){var s=this;e.each(i,function(e,i){s._renderItemData(t,i)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-autocomplete-item",t)},_renderItem:function(t,i){return e("<li>").text(i.label).appendTo(t)},_move:function(e,t){return this.menu.element.is(":visible")?this.menu.isFirstItem()&&/^previous/.test(e)||this.menu.isLastItem()&&/^next/.test(e)?(this.isMultiLine||this._value(this.term),this.menu.blur(),void 0):(this.menu[e](t),void 0):(this.search(null,t),void 0)},widget:function(){return this.menu.element},_value:function(){return this.valueMethod.apply(this.element,arguments)},_keyEvent:function(e,t){(!this.isMultiLine||this.menu.element.is(":visible"))&&(this._move(e,t),t.preventDefault())}}),e.extend(e.ui.autocomplete,{escapeRegex:function(e){return e.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&")},filter:function(t,i){var s=RegExp(e.ui.autocomplete.escapeRegex(i),"i");return e.grep(t,function(e){return s.test(e.label||e.value||e)})}}),e.widget("ui.autocomplete",e.ui.autocomplete,{options:{messages:{noResults:"No search results.",results:function(e){return e+(e>1?" results are":" result is")+" available, use up and down arrow keys to navigate."}}},__response:function(t){var i;this._superApply(arguments),this.options.disabled||this.cancelSearch||(i=t&&t.length?this.options.messages.results(t.length):this.options.messages.noResults,this.liveRegion.children().hide(),e("<div>").text(i).appendTo(this.liveRegion))}}),e.ui.autocomplete;var r,h="ui-button ui-widget ui-state-default ui-corner-all",l="ui-button-icons-only ui-button-icon-only ui-button-text-icons ui-button-text-icon-primary ui-button-text-icon-secondary ui-button-text-only",u=function(){var t=e(this);setTimeout(function(){t.find(":ui-button").button("refresh")},1)},d=function(t){var i=t.name,s=t.form,n=e([]);return i&&(i=i.replace(/'/g,"\\'"),n=s?e(s).find("[name='"+i+"'][type=radio]"):e("[name='"+i+"'][type=radio]",t.ownerDocument).filter(function(){return!this.form})),n};e.widget("ui.button",{version:"1.11.4",defaultElement:"<button>",options:{disabled:null,text:!0,label:null,icons:{primary:null,secondary:null}},_create:function(){this.element.closest("form").unbind("reset"+this.eventNamespace).bind("reset"+this.eventNamespace,u),"boolean"!=typeof this.options.disabled?this.options.disabled=!!this.element.prop("disabled"):this.element.prop("disabled",this.options.disabled),this._determineButtonType(),this.hasTitle=!!this.buttonElement.attr("title");var t=this,i=this.options,s="checkbox"===this.type||"radio"===this.type,n=s?"":"ui-state-active";null===i.label&&(i.label="input"===this.type?this.buttonElement.val():this.buttonElement.html()),this._hoverable(this.buttonElement),this.buttonElement.addClass(h).attr("role","button").bind("mouseenter"+this.eventNamespace,function(){i.disabled||this===r&&e(this).addClass("ui-state-active")}).bind("mouseleave"+this.eventNamespace,function(){i.disabled||e(this).removeClass(n)}).bind("click"+this.eventNamespace,function(e){i.disabled&&(e.preventDefault(),e.stopImmediatePropagation())}),this._on({focus:function(){this.buttonElement.addClass("ui-state-focus")},blur:function(){this.buttonElement.removeClass("ui-state-focus")}}),s&&this.element.bind("change"+this.eventNamespace,function(){t.refresh()}),"checkbox"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){return i.disabled?!1:void 0}):"radio"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){if(i.disabled)return!1;e(this).addClass("ui-state-active"),t.buttonElement.attr("aria-pressed","true");var s=t.element[0];d(s).not(s).map(function(){return e(this).button("widget")[0]}).removeClass("ui-state-active").attr("aria-pressed","false")}):(this.buttonElement.bind("mousedown"+this.eventNamespace,function(){return i.disabled?!1:(e(this).addClass("ui-state-active"),r=this,t.document.one("mouseup",function(){r=null}),void 0)}).bind("mouseup"+this.eventNamespace,function(){return i.disabled?!1:(e(this).removeClass("ui-state-active"),void 0)}).bind("keydown"+this.eventNamespace,function(t){return i.disabled?!1:((t.keyCode===e.ui.keyCode.SPACE||t.keyCode===e.ui.keyCode.ENTER)&&e(this).addClass("ui-state-active"),void 0)}).bind("keyup"+this.eventNamespace+" blur"+this.eventNamespace,function(){e(this).removeClass("ui-state-active")}),this.buttonElement.is("a")&&this.buttonElement.keyup(function(t){t.keyCode===e.ui.keyCode.SPACE&&e(this).click()})),this._setOption("disabled",i.disabled),this._resetButton()},_determineButtonType:function(){var e,t,i;this.type=this.element.is("[type=checkbox]")?"checkbox":this.element.is("[type=radio]")?"radio":this.element.is("input")?"input":"button","checkbox"===this.type||"radio"===this.type?(e=this.element.parents().last(),t="label[for='"+this.element.attr("id")+"']",this.buttonElement=e.find(t),this.buttonElement.length||(e=e.length?e.siblings():this.element.siblings(),this.buttonElement=e.filter(t),this.buttonElement.length||(this.buttonElement=e.find(t))),this.element.addClass("ui-helper-hidden-accessible"),i=this.element.is(":checked"),i&&this.buttonElement.addClass("ui-state-active"),this.buttonElement.prop("aria-pressed",i)):this.buttonElement=this.element},widget:function(){return this.buttonElement},_destroy:function(){this.element.removeClass("ui-helper-hidden-accessible"),this.buttonElement.removeClass(h+" ui-state-active "+l).removeAttr("role").removeAttr("aria-pressed").html(this.buttonElement.find(".ui-button-text").html()),this.hasTitle||this.buttonElement.removeAttr("title")},_setOption:function(e,t){return this._super(e,t),"disabled"===e?(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),t&&("checkbox"===this.type||"radio"===this.type?this.buttonElement.removeClass("ui-state-focus"):this.buttonElement.removeClass("ui-state-focus ui-state-active")),void 0):(this._resetButton(),void 0)},refresh:function(){var t=this.element.is("input, button")?this.element.is(":disabled"):this.element.hasClass("ui-button-disabled");t!==this.options.disabled&&this._setOption("disabled",t),"radio"===this.type?d(this.element[0]).each(function(){e(this).is(":checked")?e(this).button("widget").addClass("ui-state-active").attr("aria-pressed","true"):e(this).button("widget").removeClass("ui-state-active").attr("aria-pressed","false")}):"checkbox"===this.type&&(this.element.is(":checked")?this.buttonElement.addClass("ui-state-active").attr("aria-pressed","true"):this.buttonElement.removeClass("ui-state-active").attr("aria-pressed","false"))},_resetButton:function(){if("input"===this.type)return this.options.label&&this.element.val(this.options.label),void 0;var t=this.buttonElement.removeClass(l),i=e("<span></span>",this.document[0]).addClass("ui-button-text").html(this.options.label).appendTo(t.empty()).text(),s=this.options.icons,n=s.primary&&s.secondary,a=[];s.primary||s.secondary?(this.options.text&&a.push("ui-button-text-icon"+(n?"s":s.primary?"-primary":"-secondary")),s.primary&&t.prepend("<span class='ui-button-icon-primary ui-icon "+s.primary+"'></span>"),s.secondary&&t.append("<span class='ui-button-icon-secondary ui-icon "+s.secondary+"'></span>"),this.options.text||(a.push(n?"ui-button-icons-only":"ui-button-icon-only"),this.hasTitle||t.attr("title",e.trim(i)))):a.push("ui-button-text-only"),t.addClass(a.join(" "))}}),e.widget("ui.buttonset",{version:"1.11.4",options:{items:"button, input[type=button], input[type=submit], input[type=reset], input[type=checkbox], input[type=radio], a, :data(ui-button)"},_create:function(){this.element.addClass("ui-buttonset")},_init:function(){this.refresh()},_setOption:function(e,t){"disabled"===e&&this.buttons.button("option",e,t),this._super(e,t)},refresh:function(){var t="rtl"===this.element.css("direction"),i=this.element.find(this.options.items),s=i.filter(":ui-button");i.not(":ui-button").button(),s.button("refresh"),this.buttons=i.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-all ui-corner-left ui-corner-right").filter(":first").addClass(t?"ui-corner-right":"ui-corner-left").end().filter(":last").addClass(t?"ui-corner-left":"ui-corner-right").end().end()},_destroy:function(){this.element.removeClass("ui-buttonset"),this.buttons.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-left ui-corner-right").end().button("destroy")}}),e.ui.button,e.widget("ui.dialog",{version:"1.11.4",options:{appendTo:"body",autoOpen:!0,buttons:[],closeOnEscape:!0,closeText:"Close",dialogClass:"",draggable:!0,hide:null,height:"auto",maxHeight:null,maxWidth:null,minHeight:150,minWidth:150,modal:!1,position:{my:"center",at:"center",of:window,collision:"fit",using:function(t){var i=e(this).css(t).offset().top;0>i&&e(this).css("top",t.top-i)}},resizable:!0,show:null,title:null,width:300,beforeClose:null,close:null,drag:null,dragStart:null,dragStop:null,focus:null,open:null,resize:null,resizeStart:null,resizeStop:null},sizeRelatedOptions:{buttons:!0,height:!0,maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0,width:!0},resizableRelatedOptions:{maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0},_create:function(){this.originalCss={display:this.element[0].style.display,width:this.element[0].style.width,minHeight:this.element[0].style.minHeight,maxHeight:this.element[0].style.maxHeight,height:this.element[0].style.height},this.originalPosition={parent:this.element.parent(),index:this.element.parent().children().index(this.element)},this.originalTitle=this.element.attr("title"),this.options.title=this.options.title||this.originalTitle,this._createWrapper(),this.element.show().removeAttr("title").addClass("ui-dialog-content ui-widget-content").appendTo(this.uiDialog),this._createTitlebar(),this._createButtonPane(),this.options.draggable&&e.fn.draggable&&this._makeDraggable(),this.options.resizable&&e.fn.resizable&&this._makeResizable(),this._isOpen=!1,this._trackFocus()},_init:function(){this.options.autoOpen&&this.open()},_appendTo:function(){var t=this.options.appendTo;return t&&(t.jquery||t.nodeType)?e(t):this.document.find(t||"body").eq(0)},_destroy:function(){var e,t=this.originalPosition;this._untrackInstance(),this._destroyOverlay(),this.element.removeUniqueId().removeClass("ui-dialog-content ui-widget-content").css(this.originalCss).detach(),this.uiDialog.stop(!0,!0).remove(),this.originalTitle&&this.element.attr("title",this.originalTitle),e=t.parent.children().eq(t.index),e.length&&e[0]!==this.element[0]?e.before(this.element):t.parent.append(this.element)},widget:function(){return this.uiDialog},disable:e.noop,enable:e.noop,close:function(t){var i,s=this;if(this._isOpen&&this._trigger("beforeClose",t)!==!1){if(this._isOpen=!1,this._focusedElement=null,this._destroyOverlay(),this._untrackInstance(),!this.opener.filter(":focusable").focus().length)try{i=this.document[0].activeElement,i&&"body"!==i.nodeName.toLowerCase()&&e(i).blur()}catch(n){}this._hide(this.uiDialog,this.options.hide,function(){s._trigger("close",t)})}},isOpen:function(){return this._isOpen},moveToTop:function(){this._moveToTop()},_moveToTop:function(t,i){var s=!1,n=this.uiDialog.siblings(".ui-front:visible").map(function(){return+e(this).css("z-index")}).get(),a=Math.max.apply(null,n);return a>=+this.uiDialog.css("z-index")&&(this.uiDialog.css("z-index",a+1),s=!0),s&&!i&&this._trigger("focus",t),s},open:function(){var t=this;return this._isOpen?(this._moveToTop()&&this._focusTabbable(),void 0):(this._isOpen=!0,this.opener=e(this.document[0].activeElement),this._size(),this._position(),this._createOverlay(),this._moveToTop(null,!0),this.overlay&&this.overlay.css("z-index",this.uiDialog.css("z-index")-1),this._show(this.uiDialog,this.options.show,function(){t._focusTabbable(),t._trigger("focus")}),this._makeFocusTarget(),this._trigger("open"),void 0)},_focusTabbable:function(){var e=this._focusedElement;e||(e=this.element.find("[autofocus]")),e.length||(e=this.element.find(":tabbable")),e.length||(e=this.uiDialogButtonPane.find(":tabbable")),e.length||(e=this.uiDialogTitlebarClose.filter(":tabbable")),e.length||(e=this.uiDialog),e.eq(0).focus()},_keepFocus:function(t){function i(){var t=this.document[0].activeElement,i=this.uiDialog[0]===t||e.contains(this.uiDialog[0],t);i||this._focusTabbable()}t.preventDefault(),i.call(this),this._delay(i)},_createWrapper:function(){this.uiDialog=e("<div>").addClass("ui-dialog ui-widget ui-widget-content ui-corner-all ui-front "+this.options.dialogClass).hide().attr({tabIndex:-1,role:"dialog"}).appendTo(this._appendTo()),this._on(this.uiDialog,{keydown:function(t){if(this.options.closeOnEscape&&!t.isDefaultPrevented()&&t.keyCode&&t.keyCode===e.ui.keyCode.ESCAPE)return t.preventDefault(),this.close(t),void 0;if(t.keyCode===e.ui.keyCode.TAB&&!t.isDefaultPrevented()){var i=this.uiDialog.find(":tabbable"),s=i.filter(":first"),n=i.filter(":last");t.target!==n[0]&&t.target!==this.uiDialog[0]||t.shiftKey?t.target!==s[0]&&t.target!==this.uiDialog[0]||!t.shiftKey||(this._delay(function(){n.focus()}),t.preventDefault()):(this._delay(function(){s.focus()}),t.preventDefault())}},mousedown:function(e){this._moveToTop(e)&&this._focusTabbable()}}),this.element.find("[aria-describedby]").length||this.uiDialog.attr({"aria-describedby":this.element.uniqueId().attr("id")})},_createTitlebar:function(){var t;this.uiDialogTitlebar=e("<div>").addClass("ui-dialog-titlebar ui-widget-header ui-corner-all ui-helper-clearfix").prependTo(this.uiDialog),this._on(this.uiDialogTitlebar,{mousedown:function(t){e(t.target).closest(".ui-dialog-titlebar-close")||this.uiDialog.focus()}}),this.uiDialogTitlebarClose=e("<button type='button'></button>").button({label:this.options.closeText,icons:{primary:"ui-icon-closethick"},text:!1}).addClass("ui-dialog-titlebar-close").appendTo(this.uiDialogTitlebar),this._on(this.uiDialogTitlebarClose,{click:function(e){e.preventDefault(),this.close(e)}}),t=e("<span>").uniqueId().addClass("ui-dialog-title").prependTo(this.uiDialogTitlebar),this._title(t),this.uiDialog.attr({"aria-labelledby":t.attr("id")})},_title:function(e){this.options.title||e.html("&#160;"),e.text(this.options.title)
+},_createButtonPane:function(){this.uiDialogButtonPane=e("<div>").addClass("ui-dialog-buttonpane ui-widget-content ui-helper-clearfix"),this.uiButtonSet=e("<div>").addClass("ui-dialog-buttonset").appendTo(this.uiDialogButtonPane),this._createButtons()},_createButtons:function(){var t=this,i=this.options.buttons;return this.uiDialogButtonPane.remove(),this.uiButtonSet.empty(),e.isEmptyObject(i)||e.isArray(i)&&!i.length?(this.uiDialog.removeClass("ui-dialog-buttons"),void 0):(e.each(i,function(i,s){var n,a;s=e.isFunction(s)?{click:s,text:i}:s,s=e.extend({type:"button"},s),n=s.click,s.click=function(){n.apply(t.element[0],arguments)},a={icons:s.icons,text:s.showText},delete s.icons,delete s.showText,e("<button></button>",s).button(a).appendTo(t.uiButtonSet)}),this.uiDialog.addClass("ui-dialog-buttons"),this.uiDialogButtonPane.appendTo(this.uiDialog),void 0)},_makeDraggable:function(){function t(e){return{position:e.position,offset:e.offset}}var i=this,s=this.options;this.uiDialog.draggable({cancel:".ui-dialog-content, .ui-dialog-titlebar-close",handle:".ui-dialog-titlebar",containment:"document",start:function(s,n){e(this).addClass("ui-dialog-dragging"),i._blockFrames(),i._trigger("dragStart",s,t(n))},drag:function(e,s){i._trigger("drag",e,t(s))},stop:function(n,a){var o=a.offset.left-i.document.scrollLeft(),r=a.offset.top-i.document.scrollTop();s.position={my:"left top",at:"left"+(o>=0?"+":"")+o+" "+"top"+(r>=0?"+":"")+r,of:i.window},e(this).removeClass("ui-dialog-dragging"),i._unblockFrames(),i._trigger("dragStop",n,t(a))}})},_makeResizable:function(){function t(e){return{originalPosition:e.originalPosition,originalSize:e.originalSize,position:e.position,size:e.size}}var i=this,s=this.options,n=s.resizable,a=this.uiDialog.css("position"),o="string"==typeof n?n:"n,e,s,w,se,sw,ne,nw";this.uiDialog.resizable({cancel:".ui-dialog-content",containment:"document",alsoResize:this.element,maxWidth:s.maxWidth,maxHeight:s.maxHeight,minWidth:s.minWidth,minHeight:this._minHeight(),handles:o,start:function(s,n){e(this).addClass("ui-dialog-resizing"),i._blockFrames(),i._trigger("resizeStart",s,t(n))},resize:function(e,s){i._trigger("resize",e,t(s))},stop:function(n,a){var o=i.uiDialog.offset(),r=o.left-i.document.scrollLeft(),h=o.top-i.document.scrollTop();s.height=i.uiDialog.height(),s.width=i.uiDialog.width(),s.position={my:"left top",at:"left"+(r>=0?"+":"")+r+" "+"top"+(h>=0?"+":"")+h,of:i.window},e(this).removeClass("ui-dialog-resizing"),i._unblockFrames(),i._trigger("resizeStop",n,t(a))}}).css("position",a)},_trackFocus:function(){this._on(this.widget(),{focusin:function(t){this._makeFocusTarget(),this._focusedElement=e(t.target)}})},_makeFocusTarget:function(){this._untrackInstance(),this._trackingInstances().unshift(this)},_untrackInstance:function(){var t=this._trackingInstances(),i=e.inArray(this,t);-1!==i&&t.splice(i,1)},_trackingInstances:function(){var e=this.document.data("ui-dialog-instances");return e||(e=[],this.document.data("ui-dialog-instances",e)),e},_minHeight:function(){var e=this.options;return"auto"===e.height?e.minHeight:Math.min(e.minHeight,e.height)},_position:function(){var e=this.uiDialog.is(":visible");e||this.uiDialog.show(),this.uiDialog.position(this.options.position),e||this.uiDialog.hide()},_setOptions:function(t){var i=this,s=!1,n={};e.each(t,function(e,t){i._setOption(e,t),e in i.sizeRelatedOptions&&(s=!0),e in i.resizableRelatedOptions&&(n[e]=t)}),s&&(this._size(),this._position()),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option",n)},_setOption:function(e,t){var i,s,n=this.uiDialog;"dialogClass"===e&&n.removeClass(this.options.dialogClass).addClass(t),"disabled"!==e&&(this._super(e,t),"appendTo"===e&&this.uiDialog.appendTo(this._appendTo()),"buttons"===e&&this._createButtons(),"closeText"===e&&this.uiDialogTitlebarClose.button({label:""+t}),"draggable"===e&&(i=n.is(":data(ui-draggable)"),i&&!t&&n.draggable("destroy"),!i&&t&&this._makeDraggable()),"position"===e&&this._position(),"resizable"===e&&(s=n.is(":data(ui-resizable)"),s&&!t&&n.resizable("destroy"),s&&"string"==typeof t&&n.resizable("option","handles",t),s||t===!1||this._makeResizable()),"title"===e&&this._title(this.uiDialogTitlebar.find(".ui-dialog-title")))},_size:function(){var e,t,i,s=this.options;this.element.show().css({width:"auto",minHeight:0,maxHeight:"none",height:0}),s.minWidth>s.width&&(s.width=s.minWidth),e=this.uiDialog.css({height:"auto",width:s.width}).outerHeight(),t=Math.max(0,s.minHeight-e),i="number"==typeof s.maxHeight?Math.max(0,s.maxHeight-e):"none","auto"===s.height?this.element.css({minHeight:t,maxHeight:i,height:"auto"}):this.element.height(Math.max(0,s.height-e)),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option","minHeight",this._minHeight())},_blockFrames:function(){this.iframeBlocks=this.document.find("iframe").map(function(){var t=e(this);return e("<div>").css({position:"absolute",width:t.outerWidth(),height:t.outerHeight()}).appendTo(t.parent()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_allowInteraction:function(t){return e(t.target).closest(".ui-dialog").length?!0:!!e(t.target).closest(".ui-datepicker").length},_createOverlay:function(){if(this.options.modal){var t=!0;this._delay(function(){t=!1}),this.document.data("ui-dialog-overlays")||this._on(this.document,{focusin:function(e){t||this._allowInteraction(e)||(e.preventDefault(),this._trackingInstances()[0]._focusTabbable())}}),this.overlay=e("<div>").addClass("ui-widget-overlay ui-front").appendTo(this._appendTo()),this._on(this.overlay,{mousedown:"_keepFocus"}),this.document.data("ui-dialog-overlays",(this.document.data("ui-dialog-overlays")||0)+1)}},_destroyOverlay:function(){if(this.options.modal&&this.overlay){var e=this.document.data("ui-dialog-overlays")-1;e?this.document.data("ui-dialog-overlays",e):this.document.unbind("focusin").removeData("ui-dialog-overlays"),this.overlay.remove(),this.overlay=null}}}),e.widget("ui.progressbar",{version:"1.11.4",options:{max:100,value:0,change:null,complete:null},min:0,_create:function(){this.oldValue=this.options.value=this._constrainedValue(),this.element.addClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").attr({role:"progressbar","aria-valuemin":this.min}),this.valueDiv=e("<div class='ui-progressbar-value ui-widget-header ui-corner-left'></div>").appendTo(this.element),this._refreshValue()},_destroy:function(){this.element.removeClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.valueDiv.remove()},value:function(e){return void 0===e?this.options.value:(this.options.value=this._constrainedValue(e),this._refreshValue(),void 0)},_constrainedValue:function(e){return void 0===e&&(e=this.options.value),this.indeterminate=e===!1,"number"!=typeof e&&(e=0),this.indeterminate?!1:Math.min(this.options.max,Math.max(this.min,e))},_setOptions:function(e){var t=e.value;delete e.value,this._super(e),this.options.value=this._constrainedValue(t),this._refreshValue()},_setOption:function(e,t){"max"===e&&(t=Math.max(this.min,t)),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},_percentage:function(){return this.indeterminate?100:100*(this.options.value-this.min)/(this.options.max-this.min)},_refreshValue:function(){var t=this.options.value,i=this._percentage();this.valueDiv.toggle(this.indeterminate||t>this.min).toggleClass("ui-corner-right",t===this.options.max).width(i.toFixed(0)+"%"),this.element.toggleClass("ui-progressbar-indeterminate",this.indeterminate),this.indeterminate?(this.element.removeAttr("aria-valuenow"),this.overlayDiv||(this.overlayDiv=e("<div class='ui-progressbar-overlay'></div>").appendTo(this.valueDiv))):(this.element.attr({"aria-valuemax":this.options.max,"aria-valuenow":t}),this.overlayDiv&&(this.overlayDiv.remove(),this.overlayDiv=null)),this.oldValue!==t&&(this.oldValue=t,this._trigger("change")),t===this.options.max&&this._trigger("complete")}}),e.widget("ui.selectmenu",{version:"1.11.4",defaultElement:"<select>",options:{appendTo:null,disabled:null,icons:{button:"ui-icon-triangle-1-s"},position:{my:"left top",at:"left bottom",collision:"none"},width:null,change:null,close:null,focus:null,open:null,select:null},_create:function(){var e=this.element.uniqueId().attr("id");this.ids={element:e,button:e+"-button",menu:e+"-menu"},this._drawButton(),this._drawMenu(),this.options.disabled&&this.disable()},_drawButton:function(){var t=this;this.label=e("label[for='"+this.ids.element+"']").attr("for",this.ids.button),this._on(this.label,{click:function(e){this.button.focus(),e.preventDefault()}}),this.element.hide(),this.button=e("<span>",{"class":"ui-selectmenu-button ui-widget ui-state-default ui-corner-all",tabindex:this.options.disabled?-1:0,id:this.ids.button,role:"combobox","aria-expanded":"false","aria-autocomplete":"list","aria-owns":this.ids.menu,"aria-haspopup":"true"}).insertAfter(this.element),e("<span>",{"class":"ui-icon "+this.options.icons.button}).prependTo(this.button),this.buttonText=e("<span>",{"class":"ui-selectmenu-text"}).appendTo(this.button),this._setText(this.buttonText,this.element.find("option:selected").text()),this._resizeButton(),this._on(this.button,this._buttonEvents),this.button.one("focusin",function(){t.menuItems||t._refreshMenu()}),this._hoverable(this.button),this._focusable(this.button)},_drawMenu:function(){var t=this;this.menu=e("<ul>",{"aria-hidden":"true","aria-labelledby":this.ids.button,id:this.ids.menu}),this.menuWrap=e("<div>",{"class":"ui-selectmenu-menu ui-front"}).append(this.menu).appendTo(this._appendTo()),this.menuInstance=this.menu.menu({role:"listbox",select:function(e,i){e.preventDefault(),t._setSelection(),t._select(i.item.data("ui-selectmenu-item"),e)},focus:function(e,i){var s=i.item.data("ui-selectmenu-item");null!=t.focusIndex&&s.index!==t.focusIndex&&(t._trigger("focus",e,{item:s}),t.isOpen||t._select(s,e)),t.focusIndex=s.index,t.button.attr("aria-activedescendant",t.menuItems.eq(s.index).attr("id"))}}).menu("instance"),this.menu.addClass("ui-corner-bottom").removeClass("ui-corner-all"),this.menuInstance._off(this.menu,"mouseleave"),this.menuInstance._closeOnDocumentClick=function(){return!1},this.menuInstance._isDivider=function(){return!1}},refresh:function(){this._refreshMenu(),this._setText(this.buttonText,this._getSelectedItem().text()),this.options.width||this._resizeButton()},_refreshMenu:function(){this.menu.empty();var e,t=this.element.find("option");t.length&&(this._parseOptions(t),this._renderMenu(this.menu,this.items),this.menuInstance.refresh(),this.menuItems=this.menu.find("li").not(".ui-selectmenu-optgroup"),e=this._getSelectedItem(),this.menuInstance.focus(null,e),this._setAria(e.data("ui-selectmenu-item")),this._setOption("disabled",this.element.prop("disabled")))},open:function(e){this.options.disabled||(this.menuItems?(this.menu.find(".ui-state-focus").removeClass("ui-state-focus"),this.menuInstance.focus(null,this._getSelectedItem())):this._refreshMenu(),this.isOpen=!0,this._toggleAttr(),this._resizeMenu(),this._position(),this._on(this.document,this._documentClick),this._trigger("open",e))},_position:function(){this.menuWrap.position(e.extend({of:this.button},this.options.position))},close:function(e){this.isOpen&&(this.isOpen=!1,this._toggleAttr(),this.range=null,this._off(this.document),this._trigger("close",e))},widget:function(){return this.button},menuWidget:function(){return this.menu},_renderMenu:function(t,i){var s=this,n="";e.each(i,function(i,a){a.optgroup!==n&&(e("<li>",{"class":"ui-selectmenu-optgroup ui-menu-divider"+(a.element.parent("optgroup").prop("disabled")?" ui-state-disabled":""),text:a.optgroup}).appendTo(t),n=a.optgroup),s._renderItemData(t,a)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-selectmenu-item",t)},_renderItem:function(t,i){var s=e("<li>");return i.disabled&&s.addClass("ui-state-disabled"),this._setText(s,i.label),s.appendTo(t)},_setText:function(e,t){t?e.text(t):e.html("&#160;")},_move:function(e,t){var i,s,n=".ui-menu-item";this.isOpen?i=this.menuItems.eq(this.focusIndex):(i=this.menuItems.eq(this.element[0].selectedIndex),n+=":not(.ui-state-disabled)"),s="first"===e||"last"===e?i["first"===e?"prevAll":"nextAll"](n).eq(-1):i[e+"All"](n).eq(0),s.length&&this.menuInstance.focus(t,s)},_getSelectedItem:function(){return this.menuItems.eq(this.element[0].selectedIndex)},_toggle:function(e){this[this.isOpen?"close":"open"](e)},_setSelection:function(){var e;this.range&&(window.getSelection?(e=window.getSelection(),e.removeAllRanges(),e.addRange(this.range)):this.range.select(),this.button.focus())},_documentClick:{mousedown:function(t){this.isOpen&&(e(t.target).closest(".ui-selectmenu-menu, #"+this.ids.button).length||this.close(t))}},_buttonEvents:{mousedown:function(){var e;window.getSelection?(e=window.getSelection(),e.rangeCount&&(this.range=e.getRangeAt(0))):this.range=document.selection.createRange()},click:function(e){this._setSelection(),this._toggle(e)},keydown:function(t){var i=!0;switch(t.keyCode){case e.ui.keyCode.TAB:case e.ui.keyCode.ESCAPE:this.close(t),i=!1;break;case e.ui.keyCode.ENTER:this.isOpen&&this._selectFocusedItem(t);break;case e.ui.keyCode.UP:t.altKey?this._toggle(t):this._move("prev",t);break;case e.ui.keyCode.DOWN:t.altKey?this._toggle(t):this._move("next",t);break;case e.ui.keyCode.SPACE:this.isOpen?this._selectFocusedItem(t):this._toggle(t);break;case e.ui.keyCode.LEFT:this._move("prev",t);break;case e.ui.keyCode.RIGHT:this._move("next",t);break;case e.ui.keyCode.HOME:case e.ui.keyCode.PAGE_UP:this._move("first",t);break;case e.ui.keyCode.END:case e.ui.keyCode.PAGE_DOWN:this._move("last",t);break;default:this.menu.trigger(t),i=!1}i&&t.preventDefault()}},_selectFocusedItem:function(e){var t=this.menuItems.eq(this.focusIndex);t.hasClass("ui-state-disabled")||this._select(t.data("ui-selectmenu-item"),e)},_select:function(e,t){var i=this.element[0].selectedIndex;this.element[0].selectedIndex=e.index,this._setText(this.buttonText,e.label),this._setAria(e),this._trigger("select",t,{item:e}),e.index!==i&&this._trigger("change",t,{item:e}),this.close(t)},_setAria:function(e){var t=this.menuItems.eq(e.index).attr("id");this.button.attr({"aria-labelledby":t,"aria-activedescendant":t}),this.menu.attr("aria-activedescendant",t)},_setOption:function(e,t){"icons"===e&&this.button.find("span.ui-icon").removeClass(this.options.icons.button).addClass(t.button),this._super(e,t),"appendTo"===e&&this.menuWrap.appendTo(this._appendTo()),"disabled"===e&&(this.menuInstance.option("disabled",t),this.button.toggleClass("ui-state-disabled",t).attr("aria-disabled",t),this.element.prop("disabled",t),t?(this.button.attr("tabindex",-1),this.close()):this.button.attr("tabindex",0)),"width"===e&&this._resizeButton()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_toggleAttr:function(){this.button.toggleClass("ui-corner-top",this.isOpen).toggleClass("ui-corner-all",!this.isOpen).attr("aria-expanded",this.isOpen),this.menuWrap.toggleClass("ui-selectmenu-open",this.isOpen),this.menu.attr("aria-hidden",!this.isOpen)},_resizeButton:function(){var e=this.options.width;e||(e=this.element.show().outerWidth(),this.element.hide()),this.button.outerWidth(e)},_resizeMenu:function(){this.menu.outerWidth(Math.max(this.button.outerWidth(),this.menu.width("").outerWidth()+1))},_getCreateOptions:function(){return{disabled:this.element.prop("disabled")}},_parseOptions:function(t){var i=[];t.each(function(t,s){var n=e(s),a=n.parent("optgroup");i.push({element:n,index:t,value:n.val(),label:n.text(),optgroup:a.attr("label")||"",disabled:a.prop("disabled")||n.prop("disabled")})}),this.items=i},_destroy:function(){this.menuWrap.remove(),this.button.remove(),this.element.show(),this.element.removeUniqueId(),this.label.attr("for",this.ids.element)}}),e.widget("ui.slider",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"slide",options:{animate:!1,distance:0,max:100,min:0,orientation:"horizontal",range:!1,step:1,value:0,values:null,change:null,slide:null,start:null,stop:null},numPages:5,_create:function(){this._keySliding=!1,this._mouseSliding=!1,this._animateOff=!0,this._handleIndex=null,this._detectOrientation(),this._mouseInit(),this._calculateNewMax(),this.element.addClass("ui-slider ui-slider-"+this.orientation+" ui-widget"+" ui-widget-content"+" ui-corner-all"),this._refresh(),this._setOption("disabled",this.options.disabled),this._animateOff=!1},_refresh:function(){this._createRange(),this._createHandles(),this._setupEvents(),this._refreshValue()},_createHandles:function(){var t,i,s=this.options,n=this.element.find(".ui-slider-handle").addClass("ui-state-default ui-corner-all"),a="<span class='ui-slider-handle ui-state-default ui-corner-all' tabindex='0'></span>",o=[];for(i=s.values&&s.values.length||1,n.length>i&&(n.slice(i).remove(),n=n.slice(0,i)),t=n.length;i>t;t++)o.push(a);this.handles=n.add(e(o.join("")).appendTo(this.element)),this.handle=this.handles.eq(0),this.handles.each(function(t){e(this).data("ui-slider-handle-index",t)})},_createRange:function(){var t=this.options,i="";t.range?(t.range===!0&&(t.values?t.values.length&&2!==t.values.length?t.values=[t.values[0],t.values[0]]:e.isArray(t.values)&&(t.values=t.values.slice(0)):t.values=[this._valueMin(),this._valueMin()]),this.range&&this.range.length?this.range.removeClass("ui-slider-range-min ui-slider-range-max").css({left:"",bottom:""}):(this.range=e("<div></div>").appendTo(this.element),i="ui-slider-range ui-widget-header ui-corner-all"),this.range.addClass(i+("min"===t.range||"max"===t.range?" ui-slider-range-"+t.range:""))):(this.range&&this.range.remove(),this.range=null)},_setupEvents:function(){this._off(this.handles),this._on(this.handles,this._handleEvents),this._hoverable(this.handles),this._focusable(this.handles)},_destroy:function(){this.handles.remove(),this.range&&this.range.remove(),this.element.removeClass("ui-slider ui-slider-horizontal ui-slider-vertical ui-widget ui-widget-content ui-corner-all"),this._mouseDestroy()},_mouseCapture:function(t){var i,s,n,a,o,r,h,l,u=this,d=this.options;return d.disabled?!1:(this.elementSize={width:this.element.outerWidth(),height:this.element.outerHeight()},this.elementOffset=this.element.offset(),i={x:t.pageX,y:t.pageY},s=this._normValueFromMouse(i),n=this._valueMax()-this._valueMin()+1,this.handles.each(function(t){var i=Math.abs(s-u.values(t));(n>i||n===i&&(t===u._lastChangedValue||u.values(t)===d.min))&&(n=i,a=e(this),o=t)}),r=this._start(t,o),r===!1?!1:(this._mouseSliding=!0,this._handleIndex=o,a.addClass("ui-state-active").focus(),h=a.offset(),l=!e(t.target).parents().addBack().is(".ui-slider-handle"),this._clickOffset=l?{left:0,top:0}:{left:t.pageX-h.left-a.width()/2,top:t.pageY-h.top-a.height()/2-(parseInt(a.css("borderTopWidth"),10)||0)-(parseInt(a.css("borderBottomWidth"),10)||0)+(parseInt(a.css("marginTop"),10)||0)},this.handles.hasClass("ui-state-hover")||this._slide(t,o,s),this._animateOff=!0,!0))},_mouseStart:function(){return!0},_mouseDrag:function(e){var t={x:e.pageX,y:e.pageY},i=this._normValueFromMouse(t);return this._slide(e,this._handleIndex,i),!1},_mouseStop:function(e){return this.handles.removeClass("ui-state-active"),this._mouseSliding=!1,this._stop(e,this._handleIndex),this._change(e,this._handleIndex),this._handleIndex=null,this._clickOffset=null,this._animateOff=!1,!1},_detectOrientation:function(){this.orientation="vertical"===this.options.orientation?"vertical":"horizontal"},_normValueFromMouse:function(e){var t,i,s,n,a;return"horizontal"===this.orientation?(t=this.elementSize.width,i=e.x-this.elementOffset.left-(this._clickOffset?this._clickOffset.left:0)):(t=this.elementSize.height,i=e.y-this.elementOffset.top-(this._clickOffset?this._clickOffset.top:0)),s=i/t,s>1&&(s=1),0>s&&(s=0),"vertical"===this.orientation&&(s=1-s),n=this._valueMax()-this._valueMin(),a=this._valueMin()+s*n,this._trimAlignValue(a)},_start:function(e,t){var i={handle:this.handles[t],value:this.value()};return this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("start",e,i)},_slide:function(e,t,i){var s,n,a;this.options.values&&this.options.values.length?(s=this.values(t?0:1),2===this.options.values.length&&this.options.range===!0&&(0===t&&i>s||1===t&&s>i)&&(i=s),i!==this.values(t)&&(n=this.values(),n[t]=i,a=this._trigger("slide",e,{handle:this.handles[t],value:i,values:n}),s=this.values(t?0:1),a!==!1&&this.values(t,i))):i!==this.value()&&(a=this._trigger("slide",e,{handle:this.handles[t],value:i}),a!==!1&&this.value(i))},_stop:function(e,t){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("stop",e,i)},_change:function(e,t){if(!this._keySliding&&!this._mouseSliding){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._lastChangedValue=t,this._trigger("change",e,i)}},value:function(e){return arguments.length?(this.options.value=this._trimAlignValue(e),this._refreshValue(),this._change(null,0),void 0):this._value()},values:function(t,i){var s,n,a;if(arguments.length>1)return this.options.values[t]=this._trimAlignValue(i),this._refreshValue(),this._change(null,t),void 0;if(!arguments.length)return this._values();if(!e.isArray(arguments[0]))return this.options.values&&this.options.values.length?this._values(t):this.value();for(s=this.options.values,n=arguments[0],a=0;s.length>a;a+=1)s[a]=this._trimAlignValue(n[a]),this._change(null,a);this._refreshValue()},_setOption:function(t,i){var s,n=0;switch("range"===t&&this.options.range===!0&&("min"===i?(this.options.value=this._values(0),this.options.values=null):"max"===i&&(this.options.value=this._values(this.options.values.length-1),this.options.values=null)),e.isArray(this.options.values)&&(n=this.options.values.length),"disabled"===t&&this.element.toggleClass("ui-state-disabled",!!i),this._super(t,i),t){case"orientation":this._detectOrientation(),this.element.removeClass("ui-slider-horizontal 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this._valueMax();var t=this.options.step>0?this.options.step:1,i=(e-this._valueMin())%t,s=e-i;return 2*Math.abs(i)>=t&&(s+=i>0?t:-t),parseFloat(s.toFixed(5))},_calculateNewMax:function(){var e=this.options.max,t=this._valueMin(),i=this.options.step,s=Math.floor(+(e-t).toFixed(this._precision())/i)*i;e=s+t,this.max=parseFloat(e.toFixed(this._precision()))},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_valueMin:function(){return this.options.min},_valueMax:function(){return this.max},_refreshValue:function(){var t,i,s,n,a,o=this.options.range,r=this.options,h=this,l=this._animateOff?!1:r.animate,u={};this.options.values&&this.options.values.length?this.handles.each(function(s){i=100*((h.values(s)-h._valueMin())/(h._valueMax()-h._valueMin())),u["horizontal"===h.orientation?"left":"bottom"]=i+"%",e(this).stop(1,1)[l?"animate":"css"](u,r.animate),h.options.range===!0&&("horizontal"===h.orientation?(0===s&&h.range.stop(1,1)[l?"animate":"css"]({left:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({width:i-t+"%"},{queue:!1,duration:r.animate})):(0===s&&h.range.stop(1,1)[l?"animate":"css"]({bottom:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({height:i-t+"%"},{queue:!1,duration:r.animate}))),t=i}):(s=this.value(),n=this._valueMin(),a=this._valueMax(),i=a!==n?100*((s-n)/(a-n)):0,u["horizontal"===this.orientation?"left":"bottom"]=i+"%",this.handle.stop(1,1)[l?"animate":"css"](u,r.animate),"min"===o&&"horizontal"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({width:i+"%"},r.animate),"max"===o&&"horizontal"===this.orientation&&this.range[l?"animate":"css"]({width:100-i+"%"},{queue:!1,duration:r.animate}),"min"===o&&"vertical"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({height:i+"%"},r.animate),"max"===o&&"vertical"===this.orientation&&this.range[l?"animate":"css"]({height:100-i+"%"},{queue:!1,duration:r.animate}))},_handleEvents:{keydown:function(t){var i,s,n,a,o=e(t.target).data("ui-slider-handle-index");switch(t.keyCode){case e.ui.keyCode.HOME:case e.ui.keyCode.END:case e.ui.keyCode.PAGE_UP:case e.ui.keyCode.PAGE_DOWN:case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(t.preventDefault(),!this._keySliding&&(this._keySliding=!0,e(t.target).addClass("ui-state-active"),i=this._start(t,o),i===!1))return}switch(a=this.options.step,s=n=this.options.values&&this.options.values.length?this.values(o):this.value(),t.keyCode){case e.ui.keyCode.HOME:n=this._valueMin();break;case e.ui.keyCode.END:n=this._valueMax();break;case e.ui.keyCode.PAGE_UP:n=this._trimAlignValue(s+(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.PAGE_DOWN:n=this._trimAlignValue(s-(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:if(s===this._valueMax())return;n=this._trimAlignValue(s+a);break;case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(s===this._valueMin())return;n=this._trimAlignValue(s-a)}this._slide(t,o,n)},keyup:function(t){var i=e(t.target).data("ui-slider-handle-index");this._keySliding&&(this._keySliding=!1,this._stop(t,i),this._change(t,i),e(t.target).removeClass("ui-state-active"))}}}),e.widget("ui.spinner",{version:"1.11.4",defaultElement:"<input>",widgetEventPrefix:"spin",options:{culture:null,icons:{down:"ui-icon-triangle-1-s",up:"ui-icon-triangle-1-n"},incremental:!0,max:null,min:null,numberFormat:null,page:10,step:1,change:null,spin:null,start:null,stop:null},_create:function(){this._setOption("max",this.options.max),this._setOption("min",this.options.min),this._setOption("step",this.options.step),""!==this.value()&&this._value(this.element.val(),!0),this._draw(),this._on(this._events),this._refresh(),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_getCreateOptions:function(){var t={},i=this.element;return e.each(["min","max","step"],function(e,s){var n=i.attr(s);void 0!==n&&n.length&&(t[s]=n)}),t},_events:{keydown:function(e){this._start(e)&&this._keydown(e)&&e.preventDefault()},keyup:"_stop",focus:function(){this.previous=this.element.val()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(this._stop(),this._refresh(),this.previous!==this.element.val()&&this._trigger("change",e),void 0)},mousewheel:function(e,t){if(t){if(!this.spinning&&!this._start(e))return!1;this._spin((t>0?1:-1)*this.options.step,e),clearTimeout(this.mousewheelTimer),this.mousewheelTimer=this._delay(function(){this.spinning&&this._stop(e)},100),e.preventDefault()}},"mousedown .ui-spinner-button":function(t){function i(){var e=this.element[0]===this.document[0].activeElement;e||(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s}))}var s;s=this.element[0]===this.document[0].activeElement?this.previous:this.element.val(),t.preventDefault(),i.call(this),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur,i.call(this)}),this._start(t)!==!1&&this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t)},"mouseup .ui-spinner-button":"_stop","mouseenter .ui-spinner-button":function(t){return e(t.currentTarget).hasClass("ui-state-active")?this._start(t)===!1?!1:(this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t),void 0):void 0},"mouseleave .ui-spinner-button":"_stop"},_draw:function(){var e=this.uiSpinner=this.element.addClass("ui-spinner-input").attr("autocomplete","off").wrap(this._uiSpinnerHtml()).parent().append(this._buttonHtml());this.element.attr("role","spinbutton"),this.buttons=e.find(".ui-spinner-button").attr("tabIndex",-1).button().removeClass("ui-corner-all"),this.buttons.height()>Math.ceil(.5*e.height())&&e.height()>0&&e.height(e.height()),this.options.disabled&&this.disable()},_keydown:function(t){var i=this.options,s=e.ui.keyCode;switch(t.keyCode){case s.UP:return this._repeat(null,1,t),!0;case s.DOWN:return this._repeat(null,-1,t),!0;case s.PAGE_UP:return this._repeat(null,i.page,t),!0;case s.PAGE_DOWN:return this._repeat(null,-i.page,t),!0}return!1},_uiSpinnerHtml:function(){return"<span class='ui-spinner ui-widget ui-widget-content ui-corner-all'></span>"},_buttonHtml:function(){return"<a class='ui-spinner-button ui-spinner-up ui-corner-tr'><span class='ui-icon "+this.options.icons.up+"'>&#9650;</span>"+"</a>"+"<a class='ui-spinner-button ui-spinner-down ui-corner-br'>"+"<span class='ui-icon "+this.options.icons.down+"'>&#9660;</span>"+"</a>"},_start:function(e){return this.spinning||this._trigger("start",e)!==!1?(this.counter||(this.counter=1),this.spinning=!0,!0):!1},_repeat:function(e,t,i){e=e||500,clearTimeout(this.timer),this.timer=this._delay(function(){this._repeat(40,t,i)},e),this._spin(t*this.options.step,i)},_spin:function(e,t){var i=this.value()||0;this.counter||(this.counter=1),i=this._adjustValue(i+e*this._increment(this.counter)),this.spinning&&this._trigger("spin",t,{value:i})===!1||(this._value(i),this.counter++)},_increment:function(t){var i=this.options.incremental;return i?e.isFunction(i)?i(t):Math.floor(t*t*t/5e4-t*t/500+17*t/200+1):1},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_adjustValue:function(e){var t,i,s=this.options;return t=null!==s.min?s.min:0,i=e-t,i=Math.round(i/s.step)*s.step,e=t+i,e=parseFloat(e.toFixed(this._precision())),null!==s.max&&e>s.max?s.max:null!==s.min&&s.min>e?s.min:e},_stop:function(e){this.spinning&&(clearTimeout(this.timer),clearTimeout(this.mousewheelTimer),this.counter=0,this.spinning=!1,this._trigger("stop",e))},_setOption:function(e,t){if("culture"===e||"numberFormat"===e){var i=this._parse(this.element.val());return this.options[e]=t,this.element.val(this._format(i)),void 0}("max"===e||"min"===e||"step"===e)&&"string"==typeof t&&(t=this._parse(t)),"icons"===e&&(this.buttons.first().find(".ui-icon").removeClass(this.options.icons.up).addClass(t.up),this.buttons.last().find(".ui-icon").removeClass(this.options.icons.down).addClass(t.down)),this._super(e,t),"disabled"===e&&(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),this.buttons.button(t?"disable":"enable"))},_setOptions:s(function(e){this._super(e)}),_parse:function(e){return"string"==typeof e&&""!==e&&(e=window.Globalize&&this.options.numberFormat?Globalize.parseFloat(e,10,this.options.culture):+e),""===e||isNaN(e)?null:e
+},_format:function(e){return""===e?"":window.Globalize&&this.options.numberFormat?Globalize.format(e,this.options.numberFormat,this.options.culture):e},_refresh:function(){this.element.attr({"aria-valuemin":this.options.min,"aria-valuemax":this.options.max,"aria-valuenow":this._parse(this.element.val())})},isValid:function(){var e=this.value();return null===e?!1:e===this._adjustValue(e)},_value:function(e,t){var i;""!==e&&(i=this._parse(e),null!==i&&(t||(i=this._adjustValue(i)),e=this._format(i))),this.element.val(e),this._refresh()},_destroy:function(){this.element.removeClass("ui-spinner-input").prop("disabled",!1).removeAttr("autocomplete").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.uiSpinner.replaceWith(this.element)},stepUp:s(function(e){this._stepUp(e)}),_stepUp:function(e){this._start()&&(this._spin((e||1)*this.options.step),this._stop())},stepDown:s(function(e){this._stepDown(e)}),_stepDown:function(e){this._start()&&(this._spin((e||1)*-this.options.step),this._stop())},pageUp:s(function(e){this._stepUp((e||1)*this.options.page)}),pageDown:s(function(e){this._stepDown((e||1)*this.options.page)}),value:function(e){return arguments.length?(s(this._value).call(this,e),void 0):this._parse(this.element.val())},widget:function(){return this.uiSpinner}}),e.widget("ui.tabs",{version:"1.11.4",delay:300,options:{active:null,collapsible:!1,event:"click",heightStyle:"content",hide:null,show:null,activate:null,beforeActivate:null,beforeLoad:null,load:null},_isLocal:function(){var e=/#.*$/;return function(t){var i,s;t=t.cloneNode(!1),i=t.href.replace(e,""),s=location.href.replace(e,"");try{i=decodeURIComponent(i)}catch(n){}try{s=decodeURIComponent(s)}catch(n){}return t.hash.length>1&&i===s}}(),_create:function(){var t=this,i=this.options;this.running=!1,this.element.addClass("ui-tabs ui-widget ui-widget-content ui-corner-all").toggleClass("ui-tabs-collapsible",i.collapsible),this._processTabs(),i.active=this._initialActive(),e.isArray(i.disabled)&&(i.disabled=e.unique(i.disabled.concat(e.map(this.tabs.filter(".ui-state-disabled"),function(e){return t.tabs.index(e)}))).sort()),this.active=this.options.active!==!1&&this.anchors.length?this._findActive(i.active):e(),this._refresh(),this.active.length&&this.load(i.active)},_initialActive:function(){var t=this.options.active,i=this.options.collapsible,s=location.hash.substring(1);return null===t&&(s&&this.tabs.each(function(i,n){return e(n).attr("aria-controls")===s?(t=i,!1):void 0}),null===t&&(t=this.tabs.index(this.tabs.filter(".ui-tabs-active"))),(null===t||-1===t)&&(t=this.tabs.length?0:!1)),t!==!1&&(t=this.tabs.index(this.tabs.eq(t)),-1===t&&(t=i?!1:0)),!i&&t===!1&&this.anchors.length&&(t=0),t},_getCreateEventData:function(){return{tab:this.active,panel:this.active.length?this._getPanelForTab(this.active):e()}},_tabKeydown:function(t){var i=e(this.document[0].activeElement).closest("li"),s=this.tabs.index(i),n=!0;if(!this._handlePageNav(t)){switch(t.keyCode){case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:s++;break;case e.ui.keyCode.UP:case e.ui.keyCode.LEFT:n=!1,s--;break;case e.ui.keyCode.END:s=this.anchors.length-1;break;case e.ui.keyCode.HOME:s=0;break;case e.ui.keyCode.SPACE:return t.preventDefault(),clearTimeout(this.activating),this._activate(s),void 0;case e.ui.keyCode.ENTER:return t.preventDefault(),clearTimeout(this.activating),this._activate(s===this.options.active?!1:s),void 0;default:return}t.preventDefault(),clearTimeout(this.activating),s=this._focusNextTab(s,n),t.ctrlKey||t.metaKey||(i.attr("aria-selected","false"),this.tabs.eq(s).attr("aria-selected","true"),this.activating=this._delay(function(){this.option("active",s)},this.delay))}},_panelKeydown:function(t){this._handlePageNav(t)||t.ctrlKey&&t.keyCode===e.ui.keyCode.UP&&(t.preventDefault(),this.active.focus())},_handlePageNav:function(t){return t.altKey&&t.keyCode===e.ui.keyCode.PAGE_UP?(this._activate(this._focusNextTab(this.options.active-1,!1)),!0):t.altKey&&t.keyCode===e.ui.keyCode.PAGE_DOWN?(this._activate(this._focusNextTab(this.options.active+1,!0)),!0):void 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+<style type="text/css">
+
+.tocify {
+width: 20%;
+max-height: 90%;
+overflow: auto;
+margin-left: 2%;
+position: fixed;
+border: 1px solid #ccc;
+border-radius: 6px;
+}
+
+.tocify ul, .tocify li {
+list-style: none;
+margin: 0;
+padding: 0;
+border: none;
+line-height: 30px;
+}
+
+.tocify-header {
+text-indent: 10px;
+}
+
+.tocify-subheader {
+text-indent: 20px;
+display: none;
+}
+
+.tocify-subheader li {
+font-size: 12px;
+}
+
+.tocify-subheader .tocify-subheader {
+text-indent: 30px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 40px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 50px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 60px;
+}
+
+.tocify .tocify-item > a, .tocify .nav-list .nav-header {
+margin: 0px;
+}
+
+.tocify .tocify-item a, .tocify .list-group-item {
+padding: 5px;
+}
+.tocify .nav-pills > li {
+float: none;
+}
+
+
+</style>
+<script>/* jquery Tocify - v1.9.1 - 2013-10-22
+ * http://www.gregfranko.com/jquery.tocify.js/
+ * Copyright (c) 2013 Greg Franko; Licensed MIT */
+
+// Immediately-Invoked Function Expression (IIFE) [Ben Alman Blog Post](http://benalman.com/news/2010/11/immediately-invoked-function-expression/) that calls another IIFE that contains all of the plugin logic.  I used this pattern so that anyone viewing this code would not have to scroll to the bottom of the page to view the local parameters that were passed to the main IIFE.
+(function(tocify) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    // Calls the second IIFE and locally passes in the global jQuery, window, and document objects
+    tocify(window.jQuery, window, document);
+
+  }
+
+  // Locally passes in `jQuery`, the `window` object, the `document` object, and an `undefined` variable.  The `jQuery`, `window` and `document` objects are passed in locally, to improve performance, since javascript first searches for a variable match within the local variables set before searching the global variables set.  All of the global variables are also passed in locally to be minifier friendly. `undefined` can be passed in locally, because it is not a reserved word in JavaScript.
+  (function($, window, document, undefined) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    var tocClassName = "tocify",
+      tocClass = "." + tocClassName,
+      tocFocusClassName = "tocify-focus",
+      tocHoverClassName = "tocify-hover",
+      hideTocClassName = "tocify-hide",
+      hideTocClass = "." + hideTocClassName,
+      headerClassName = "tocify-header",
+      headerClass = "." + headerClassName,
+      subheaderClassName = "tocify-subheader",
+      subheaderClass = "." + subheaderClassName,
+      itemClassName = "tocify-item",
+      itemClass = "." + itemClassName,
+      extendPageClassName = "tocify-extend-page",
+      extendPageClass = "." + extendPageClassName;
+
+    // Calling the jQueryUI Widget Factory Method
+    $.widget("toc.tocify", {
+
+      //Plugin version
+      version: "1.9.1",
+
+      // These options will be used as defaults
+      options: {
+
+        // **context**: Accepts String: Any jQuery selector
+        // The container element that holds all of the elements used to generate the table of contents
+        context: "body",
+
+        // **ignoreSelector**: Accepts String: Any jQuery selector
+        // A selector to any element that would be matched by selectors that you wish to be ignored
+        ignoreSelector: null,
+
+        // **selectors**: Accepts an Array of Strings: Any jQuery selectors
+        // The element's used to generate the table of contents.  The order is very important since it will determine the table of content's nesting structure
+        selectors: "h1, h2, h3",
+
+        // **showAndHide**: Accepts a boolean: true or false
+        // Used to determine if elements should be shown and hidden
+        showAndHide: true,
+
+        // **showEffect**: Accepts String: "none", "fadeIn", "show", or "slideDown"
+        // Used to display any of the table of contents nested items
+        showEffect: "slideDown",
+
+        // **showEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the show animation
+        showEffectSpeed: "medium",
+
+        // **hideEffect**: Accepts String: "none", "fadeOut", "hide", or "slideUp"
+        // Used to hide any of the table of contents nested items
+        hideEffect: "slideUp",
+
+        // **hideEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the hide animation
+        hideEffectSpeed: "medium",
+
+        // **smoothScroll**: Accepts a boolean: true or false
+        // Determines if a jQuery animation should be used to scroll to specific table of contents items on the page
+        smoothScroll: true,
+
+        // **smoothScrollSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the smoothScroll animation
+        smoothScrollSpeed: "medium",
+
+        // **scrollTo**: Accepts Number (pixels)
+        // The amount of space between the top of page and the selected table of contents item after the page has been scrolled
+        scrollTo: 0,
+
+        // **showAndHideOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be shown and hidden while scrolling
+        showAndHideOnScroll: true,
+
+        // **highlightOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be highlighted (set to a different color) while scrolling
+        highlightOnScroll: true,
+
+        // **highlightOffset**: Accepts a number
+        // The offset distance in pixels to trigger the next active table of contents item
+        highlightOffset: 40,
+
+        // **theme**: Accepts a string: "bootstrap", "jqueryui", or "none"
+        // Determines if Twitter Bootstrap, jQueryUI, or Tocify classes should be added to the table of contents
+        theme: "bootstrap",
+
+        // **extendPage**: Accepts a boolean: true or false
+        // If a user scrolls to the bottom of the page and the page is not tall enough to scroll to the last table of contents item, then the page height is increased
+        extendPage: true,
+
+        // **extendPageOffset**: Accepts a number: pixels
+        // How close to the bottom of the page a user must scroll before the page is extended
+        extendPageOffset: 100,
+
+        // **history**: Accepts a boolean: true or false
+        // Adds a hash to the page url to maintain history
+        history: true,
+
+        // **scrollHistory**: Accepts a boolean: true or false
+        // Adds a hash to the page url, to maintain history, when scrolling to a TOC item
+        scrollHistory: false,
+
+        // **hashGenerator**: How the hash value (the anchor segment of the URL, following the
+        // # character) will be generated.
+        //
+        // "compact" (default) - #CompressesEverythingTogether
+        // "pretty" - #looks-like-a-nice-url-and-is-easily-readable
+        // function(text, element){} - Your own hash generation function that accepts the text as an
+        // argument, and returns the hash value.
+        hashGenerator: "compact",
+
+        // **highlightDefault**: Accepts a boolean: true or false
+        // Set's the first TOC item as active if no other TOC item is active.
+        highlightDefault: true
+
+      },
+
+      // _Create
+      // -------
+      //      Constructs the plugin.  Only called once.
+      _create: function() {
+
+        var self = this;
+
+        self.extendPageScroll = true;
+
+        // Internal array that keeps track of all TOC items (Helps to recognize if there are duplicate TOC item strings)
+        self.items = [];
+
+        // Generates the HTML for the dynamic table of contents
+        self._generateToc();
+
+        // Adds CSS classes to the newly generated table of contents HTML
+        self._addCSSClasses();
+
+        self.webkit = (function() {
+
+          for (var prop in window) {
+
+            if (prop) {
+
+              if (prop.toLowerCase().indexOf("webkit") !== -1) {
+
+                return true;
+
+              }
+
+            }
+
+          }
+
+          return false;
+
+        }());
+
+        // Adds jQuery event handlers to the newly generated table of contents
+        self._setEventHandlers();
+
+        // Binding to the Window load event to make sure the correct scrollTop is calculated
+        $(window).on("load", function() {
+
+          // Sets the active TOC item
+          self._setActiveElement(true);
+
+          // Once all animations on the page are complete, this callback function will be called
+          $("html, body").promise().done(function() {
+
+            setTimeout(function() {
+
+              self.extendPageScroll = false;
+
+            }, 0);
+
+          });
+
+        });
+
+      },
+
+      // _generateToc
+      // ------------
+      //      Generates the HTML for the dynamic table of contents
+      _generateToc: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // All of the HTML tags found within the context provided (i.e. body) that match the top level jQuery selector above
+          firstElem,
+
+          // Instantiated variable that will store the top level newly created unordered list DOM element
+          ul,
+          ignoreSelector = self.options.ignoreSelector;
+
+
+        // Determine the element to start the toc with
+        // get all the top level selectors
+        firstElem = [];
+        var selectors = this.options.selectors.replace(/ /g, "").split(",");
+        // find the first set that have at least one non-ignored element
+        for(var i = 0; i < selectors.length; i++) {
+          var foundSelectors = $(this.options.context).find(selectors[i]);
+          for (var s = 0; s < foundSelectors.length; s++) {
+            if (!$(foundSelectors[s]).is(ignoreSelector)) {
+              firstElem = foundSelectors;
+              break;
+            }
+          }
+          if (firstElem.length> 0)
+            break;
+        }
+
+        if (!firstElem.length) {
+
+          self.element.addClass(hideTocClassName);
+
+          return;
+
+        }
+
+        self.element.addClass(tocClassName);
+
+        // Loops through each top level selector
+        firstElem.each(function(index) {
+
+          //If the element matches the ignoreSelector then we skip it
+          if ($(this).is(ignoreSelector)) {
+            return;
+          }
+
+          // Creates an unordered list HTML element and adds a dynamic ID and standard class name
+          ul = $("<ul/>", {
+            "id": headerClassName + index,
+            "class": headerClassName
+          }).
+
+          // Appends a top level list item HTML element to the previously created HTML header
+          append(self._nestElements($(this), index));
+
+          // Add the created unordered list element to the HTML element calling the plugin
+          self.element.append(ul);
+
+          // Finds all of the HTML tags between the header and subheader elements
+          $(this).nextUntil(this.nodeName.toLowerCase()).each(function() {
+
+            // If there are no nested subheader elemements
+            if ($(this).find(self.options.selectors).length === 0) {
+
+              // Loops through all of the subheader elements
+              $(this).filter(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+            // If there are nested subheader elements
+            else {
+
+              // Loops through all of the subheader elements
+              $(this).find(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+          });
+
+        });
+
+      },
+
+      _setActiveElement: function(pageload) {
+
+        var self = this,
+
+          hash = window.location.hash.substring(1),
+
+          elem = self.element.find('li[data-unique="' + hash + '"]');
+
+        if (hash.length) {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          elem.addClass(self.focusClass);
+
+          // Triggers the click event on the currently focused TOC item
+          elem.click();
+
+        } else {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          if (!hash.length && pageload && self.options.highlightDefault) {
+
+            // Highlights the first TOC item if no other items are highlighted
+            self.element.find(itemClass).first().addClass(self.focusClass);
+
+          }
+
+        }
+
+        return self;
+
+      },
+
+      // _nestElements
+      // -------------
+      //      Helps create the table of contents list by appending nested list items
+      _nestElements: function(self, index) {
+
+        var arr, item, hashValue;
+
+        arr = $.grep(this.items, function(item) {
+
+          return item === self.text();
+
+        });
+
+        // If there is already a duplicate TOC item
+        if (arr.length) {
+
+          // Adds the current TOC item text and index (for slight randomization) to the internal array
+          this.items.push(self.text() + index);
+
+        }
+
+        // If there not a duplicate TOC item
+        else {
+
+          // Adds the current TOC item text to the internal array
+          this.items.push(self.text());
+
+        }
+
+        hashValue = this._generateHashValue(arr, self, index);
+
+        // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+        item = $("<li/>", {
+
+          // Sets a common class name to the list item
+          "class": itemClassName,
+
+          "data-unique": hashValue
+
+        });
+
+        if (this.options.theme !== "bootstrap3") {
+
+          item.append($("<a/>", {
+
+            "html": self.html()
+
+          }));
+
+        } else {
+
+          item.html(self.html());
+
+        }
+
+        // Adds an HTML anchor tag before the currently traversed HTML element
+        self.before($("<div/>", {
+
+          // Sets a name attribute on the anchor tag to the text of the currently traversed HTML element (also making sure that all whitespace is replaced with an underscore)
+          "name": hashValue,
+
+          "data-unique": hashValue
+
+        }));
+
+        return item;
+
+      },
+
+      // _generateHashValue
+      // ------------------
+      //      Generates the hash value that will be used to refer to each item.
+      _generateHashValue: function(arr, self, index) {
+
+        var hashValue = "",
+          hashGeneratorOption = this.options.hashGenerator;
+
+        if (hashGeneratorOption === "pretty") {
+
+          // prettify the text
+          hashValue = self.text().toLowerCase().replace(/\s/g, "-");
+
+          // fix double hyphens
+          while (hashValue.indexOf("--") > -1) {
+            hashValue = hashValue.replace(/--/g, "-");
+          }
+
+          // fix colon-space instances
+          while (hashValue.indexOf(":-") > -1) {
+            hashValue = hashValue.replace(/:-/g, "-");
+          }
+
+        } else if (typeof hashGeneratorOption === "function") {
+
+          // call the function
+          hashValue = hashGeneratorOption(self.text(), self);
+
+        } else {
+
+          // compact - the default
+          hashValue = self.text().replace(/\s/g, "");
+
+        }
+
+        // add the index if we need to
+        if (arr.length) {
+          hashValue += "" + index;
+        }
+
+        // return the value
+        return hashValue;
+
+      },
+
+      // _appendElements
+      // ---------------
+      //      Helps create the table of contents list by appending subheader elements
+
+      _appendSubheaders: function(self, ul) {
+
+        // The current element index
+        var index = $(this).index(self.options.selectors),
+
+          // Finds the previous header DOM element
+          previousHeader = $(self.options.selectors).eq(index - 1),
+
+          currentTagName = +$(this).prop("tagName").charAt(1),
+
+          previousTagName = +previousHeader.prop("tagName").charAt(1),
+
+          lastSubheader;
+
+        // If the current header DOM element is smaller than the previous header DOM element or the first subheader
+        if (currentTagName < previousTagName) {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          self.element.find(subheaderClass + "[data-tag=" + currentTagName + "]").last().append(self._nestElements($(this), index));
+
+        }
+
+        // If the current header DOM element is the same type of header(eg. h4) as the previous header DOM element
+        else if (currentTagName === previousTagName) {
+
+          ul.find(itemClass).last().after(self._nestElements($(this), index));
+
+        } else {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          ul.find(itemClass).last().
+
+          // Appends an unorderedList HTML element to the dynamic `unorderedList` variable and sets a common class name
+          after($("<ul/>", {
+
+            "class": subheaderClassName,
+
+            "data-tag": currentTagName
+
+          })).next(subheaderClass).
+
+          // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+          append(self._nestElements($(this), index));
+        }
+
+      },
+
+      // _setEventHandlers
+      // ----------------
+      //      Adds jQuery event handlers to the newly generated table of contents
+      _setEventHandlers: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // Instantiates a new variable that will be used to hold a specific element's context
+          $self,
+
+          // Instantiates a new variable that will be used to determine the smoothScroll animation time duration
+          duration;
+
+        // Event delegation that looks for any clicks on list item elements inside of the HTML element calling the plugin
+        this.element.on("click.tocify", "li", function(event) {
+
+          if (self.options.history) {
+
+            window.location.hash = $(this).attr("data-unique");
+
+          }
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          $(this).addClass(self.focusClass);
+
+          // If the showAndHide option is true
+          if (self.options.showAndHide) {
+
+            var elem = $('li[data-unique="' + $(this).attr("data-unique") + '"]');
+
+            self._triggerShow(elem);
+
+          }
+
+          self._scrollTo($(this));
+
+        });
+
+        // Mouseenter and Mouseleave event handlers for the list item's within the HTML element calling the plugin
+        this.element.find("li").on({
+
+          // Mouseenter event handler
+          "mouseenter.tocify": function() {
+
+            // Adds a hover CSS class to the current list item
+            $(this).addClass(self.hoverClass);
+
+            // Makes sure the cursor is set to the pointer icon
+            $(this).css("cursor", "pointer");
+
+          },
+
+          // Mouseleave event handler
+          "mouseleave.tocify": function() {
+
+            if (self.options.theme !== "bootstrap") {
+
+              // Removes the hover CSS class from the current list item
+              $(this).removeClass(self.hoverClass);
+
+            }
+
+          }
+        });
+
+        // only attach handler if needed (expensive in IE)
+        if (self.options.extendPage || self.options.highlightOnScroll || self.options.scrollHistory || self.options.showAndHideOnScroll) {
+          // Window scroll event handler
+          $(window).on("scroll.tocify", function() {
+
+            // Once all animations on the page are complete, this callback function will be called
+            $("html, body").promise().done(function() {
+
+              // Local variables
+
+              // Stores how far the user has scrolled
+              var winScrollTop = $(window).scrollTop(),
+
+                // Stores the height of the window
+                winHeight = $(window).height(),
+
+                // Stores the height of the document
+                docHeight = $(document).height(),
+
+                scrollHeight = $("body")[0].scrollHeight,
+
+                // Instantiates a variable that will be used to hold a selected HTML element
+                elem,
+
+                lastElem,
+
+                lastElemOffset,
+
+                currentElem;
+
+              if (self.options.extendPage) {
+
+                // If the user has scrolled to the bottom of the page and the last toc item is not focused
+                if ((self.webkit && winScrollTop >= scrollHeight - winHeight - self.options.extendPageOffset) || (!self.webkit && winHeight + winScrollTop > docHeight - self.options.extendPageOffset)) {
+
+                  if (!$(extendPageClass).length) {
+
+                    lastElem = $('div[data-unique="' + $(itemClass).last().attr("data-unique") + '"]');
+
+                    if (!lastElem.length) return;
+
+                    // Gets the top offset of the page header that is linked to the last toc item
+                    lastElemOffset = lastElem.offset().top;
+
+                    // Appends a div to the bottom of the page and sets the height to the difference of the window scrollTop and the last element's position top offset
+                    $(self.options.context).append($("<div/>", {
+
+                      "class": extendPageClassName,
+
+                      "height": Math.abs(lastElemOffset - winScrollTop) + "px",
+
+                      "data-unique": extendPageClassName
+
+                    }));
+
+                    if (self.extendPageScroll) {
+
+                      currentElem = self.element.find('li.' + self.focusClass);
+
+                      self._scrollTo($('div[data-unique="' + currentElem.attr("data-unique") + '"]'));
+
+                    }
+
+                  }
+
+                }
+
+              }
+
+              // The zero timeout ensures the following code is run after the scroll events
+              setTimeout(function() {
+
+                // _Local variables_
+
+                // Stores the distance to the closest anchor
+                var closestAnchorDistance = null,
+
+                  // Stores the index of the closest anchor
+                  closestAnchorIdx = null,
+
+                  // Keeps a reference to all anchors
+                  anchors = $(self.options.context).find("div[data-unique]"),
+
+                  anchorText;
+
+                // Determines the index of the closest anchor
+                anchors.each(function(idx) {
+                  var distance = Math.abs(($(this).next().length ? $(this).next() : $(this)).offset().top - winScrollTop - self.options.highlightOffset);
+                  if (closestAnchorDistance == null || distance < closestAnchorDistance) {
+                    closestAnchorDistance = distance;
+                    closestAnchorIdx = idx;
+                  } else {
+                    return false;
+                  }
+                });
+
+                anchorText = $(anchors[closestAnchorIdx]).attr("data-unique");
+
+                // Stores the list item HTML element that corresponds to the currently traversed anchor tag
+                elem = $('li[data-unique="' + anchorText + '"]');
+
+                // If the `highlightOnScroll` option is true and a next element is found
+                if (self.options.highlightOnScroll && elem.length) {
+
+                  // Removes highlighting from all of the list item's
+                  self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+                  // Highlights the corresponding list item
+                  elem.addClass(self.focusClass);
+
+                }
+
+                if (self.options.scrollHistory) {
+
+                  if (window.location.hash !== "#" + anchorText) {
+
+                    window.location.replace("#" + anchorText);
+
+                  }
+                }
+
+                // If the `showAndHideOnScroll` option is true
+                if (self.options.showAndHideOnScroll && self.options.showAndHide) {
+
+                  self._triggerShow(elem, true);
+
+                }
+
+              }, 0);
+
+            });
+
+          });
+        }
+
+      },
+
+      // Show
+      // ----
+      //      Opens the current sub-header
+      show: function(elem, scroll) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this,
+          element = elem;
+
+        // If the sub-header is not already visible
+        if (!elem.is(":visible")) {
+
+          // If the current element does not have any nested subheaders, is not a header, and its parent is not visible
+          if (!elem.find(subheaderClass).length && !elem.parent().is(headerClass) && !elem.parent().is(":visible")) {
+
+            // Sets the current element to all of the subheaders within the current header
+            elem = elem.parents(subheaderClass).add(elem);
+
+          }
+
+          // If the current element does not have any nested subheaders and is not a header
+          else if (!elem.children(subheaderClass).length && !elem.parent().is(headerClass)) {
+
+            // Sets the current element to the closest subheader
+            elem = elem.closest(subheaderClass);
+
+          }
+
+          //Determines what jQuery effect to use
+          switch (self.options.showEffect) {
+
+            //Uses `no effect`
+            case "none":
+
+              elem.show();
+
+              break;
+
+              //Uses the jQuery `show` special effect
+            case "show":
+
+              elem.show(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `slideDown` special effect
+            case "slideDown":
+
+              elem.slideDown(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `fadeIn` special effect
+            case "fadeIn":
+
+              elem.fadeIn(self.options.showEffectSpeed);
+
+              break;
+
+              //If none of the above options were passed, then a `jQueryUI show effect` is expected
+            default:
+
+              elem.show();
+
+              break;
+
+          }
+
+        }
+
+        // If the current subheader parent element is a header
+        if (elem.parent().is(headerClass)) {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem));
+
+        }
+
+        // If the current subheader parent element is not a header
+        else {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem.closest(headerClass).find(subheaderClass).not(elem.siblings())));
+
+        }
+
+        // Maintains chainablity
+        return self;
+
+      },
+
+      // Hide
+      // ----
+      //      Closes the current sub-header
+      hide: function(elem) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this;
+
+        //Determines what jQuery effect to use
+        switch (self.options.hideEffect) {
+
+          // Uses `no effect`
+          case "none":
+
+            elem.hide();
+
+            break;
+
+            // Uses the jQuery `hide` special effect
+          case "hide":
+
+            elem.hide(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `slideUp` special effect
+          case "slideUp":
+
+            elem.slideUp(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `fadeOut` special effect
+          case "fadeOut":
+
+            elem.fadeOut(self.options.hideEffectSpeed);
+
+            break;
+
+            // If none of the above options were passed, then a `jqueryUI hide effect` is expected
+          default:
+
+            elem.hide();
+
+            break;
+
+        }
+
+        // Maintains chainablity
+        return self;
+      },
+
+      // _triggerShow
+      // ------------
+      //      Determines what elements get shown on scroll and click
+      _triggerShow: function(elem, scroll) {
+
+        var self = this;
+
+        // If the current element's parent is a header element or the next element is a nested subheader element
+        if (elem.parent().is(headerClass) || elem.next().is(subheaderClass)) {
+
+          // Shows the next sub-header element
+          self.show(elem.next(subheaderClass), scroll);
+
+        }
+
+        // If the current element's parent is a subheader element
+        else if (elem.parent().is(subheaderClass)) {
+
+          // Shows the parent sub-header element
+          self.show(elem.parent(), scroll);
+
+        }
+
+        // Maintains chainability
+        return self;
+
+      },
+
+      // _addCSSClasses
+      // --------------
+      //      Adds CSS classes to the newly generated table of contents HTML
+      _addCSSClasses: function() {
+
+        // If the user wants a jqueryUI theme
+        if (this.options.theme === "jqueryui") {
+
+          this.focusClass = "ui-state-default";
+
+          this.hoverClass = "ui-state-hover";
+
+          //Adds the default styling to the dropdown list
+          this.element.addClass("ui-widget").find(".toc-title").addClass("ui-widget-header").end().find("li").addClass("ui-widget-content");
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("nav nav-list");
+
+          this.focusClass = "active";
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap3") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("list-group");
+
+          this.element.find(itemClass).addClass("list-group-item");
+
+          this.focusClass = "active";
+
+        }
+
+        // If a user does not want a prebuilt theme
+        else {
+
+          // Adds more neutral classes (instead of jqueryui)
+
+          this.focusClass = tocFocusClassName;
+
+          this.hoverClass = tocHoverClassName;
+
+        }
+
+        //Maintains chainability
+        return this;
+
+      },
+
+      // setOption
+      // ---------
+      //      Sets a single Tocify option after the plugin is invoked
+      setOption: function() {
+
+        // Calls the jQueryUI Widget Factory setOption method
+        $.Widget.prototype._setOption.apply(this, arguments);
+
+      },
+
+      // setOptions
+      // ----------
+      //      Sets a single or multiple Tocify options after the plugin is invoked
+      setOptions: function() {
+
+        // Calls the jQueryUI Widget Factory setOptions method
+        $.Widget.prototype._setOptions.apply(this, arguments);
+
+      },
+
+      // _scrollTo
+      // ---------
+      //      Scrolls to a specific element
+      _scrollTo: function(elem) {
+
+        var self = this,
+          duration = self.options.smoothScroll || 0,
+          scrollTo = self.options.scrollTo,
+          currentDiv = $('div[data-unique="' + elem.attr("data-unique") + '"]');
+
+        if (!currentDiv.length) {
+
+          return self;
+
+        }
+
+        // Once all animations on the page are complete, this callback function will be called
+        $("html, body").promise().done(function() {
+
+          // Animates the html and body element scrolltops
+          $("html, body").animate({
+
+            // Sets the jQuery `scrollTop` to the top offset of the HTML div tag that matches the current list item's `data-unique` tag
+            "scrollTop": currentDiv.offset().top - ($.isFunction(scrollTo) ? scrollTo.call() : scrollTo) + "px"
+
+          }, {
+
+            // Sets the smoothScroll animation time duration to the smoothScrollSpeed option
+            "duration": duration
+
+          });
+
+        });
+
+        // Maintains chainability
+        return self;
+
+      }
+
+    });
+
+  })); //end of plugin
+</script>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<style type="text/css">.hljs-literal {
+color: #990073;
+}
+.hljs-number {
+color: #099;
+}
+.hljs-comment {
+color: #998;
+font-style: italic;
+}
+.hljs-keyword {
+color: #900;
+font-weight: bold;
+}
+.hljs-string {
+color: #d14;
+}
+</style>
+<script src="data:application/javascript;base64,/*! highlight.js v9.12.0 | BSD3 License | git.io/hljslicense */
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+        // iii. Call the DefineOwnProperty internal method of A with arguments
+        // Pk, Property Descriptor
+        // { Value: mappedValue,
+        //   Writable: true,
+        //   Enumerable: true,
+        //   Configurable: true },
+        // and false.
+
+        // In browsers that support Object.defineProperty, use the following:
+        // Object.defineProperty(A, k, {
+        //   value: mappedValue,
+        //   writable: true,
+        //   enumerable: true,
+        //   configurable: true
+        // });
+
+        // For best browser support, use the following:
+        A[k] = mappedValue;
+      }
+      // d. Increase k by 1.
+      k++;
+    }
+
+    // 9. return A
+    return A;
+  };
+}
+
+var PagedTable = function (pagedTable) {
+  var me = this;
+
+  var source = function(pagedTable) {
+    var sourceElems = [].slice.call(pagedTable.children).filter(function(e) {
+      return e.hasAttribute("data-pagedtable-source");
+    });
+
+    if (sourceElems === null || sourceElems.length !== 1) {
+      throw("A single data-pagedtable-source was not found");
+    }
+
+    return JSON.parse(sourceElems[0].innerHTML);
+  }(pagedTable);
+
+  var options = function(source) {
+    var options = typeof(source.options) !== "undefined" &&
+      source.options !== null ? source.options : {};
+
+    var columns = typeof(options.columns) !== "undefined" ? options.columns : {};
+    var rows = typeof(options.rows) !== "undefined" ? options.rows : {};
+
+    var positiveIntOrNull = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : null;
+    };
+
+    return {
+      pages: positiveIntOrNull(options.pages),
+      rows: {
+        min: positiveIntOrNull(rows.min),
+        max: positiveIntOrNull(rows.max),
+        total: positiveIntOrNull(rows.total)
+      },
+      columns: {
+        min: positiveIntOrNull(columns.min),
+        max: positiveIntOrNull(columns.max),
+        total: positiveIntOrNull(columns.total)
+      }
+    };
+  }(source);
+
+  var Measurer = function() {
+
+    // set some default initial values that will get adjusted in runtime
+    me.measures = {
+      padding: 12,
+      character: 8,
+      height: 15,
+      defaults: true
+    };
+
+    me.calculate = function(measuresCell) {
+      if (!me.measures.defaults)
+        return;
+
+      var measuresCellStyle = window.getComputedStyle(measuresCell, null);
+
+      var newPadding = parsePadding(measuresCellStyle.paddingLeft) +
+            parsePadding(measuresCellStyle.paddingRight);
+
+      var sampleString = "ABCDEFGHIJ0123456789";
+      var newCharacter = Math.ceil(measuresCell.clientWidth / sampleString.length);
+
+      if (newPadding <= 0 || newCharacter <= 0)
+        return;
+
+      me.measures.padding = newPadding;
+      me.measures.character = newCharacter;
+      me.measures.height = measuresCell.clientHeight;
+      me.measures.defaults = false;
+    };
+
+    return me;
+  };
+
+  var Page = function(data, options) {
+    var me = this;
+
+    var defaults = {
+      max: 7,
+      rows: 10
+    };
+
+    var totalPages = function() {
+      return Math.ceil(data.length / me.rows);
+    };
+
+    me.number = 0;
+    me.max = options.pages !== null ? options.pages : defaults.max;
+    me.visible = me.max;
+    me.rows = options.rows.min !== null ? options.rows.min : defaults.rows;
+    me.total = totalPages();
+
+    me.setRows = function(newRows) {
+      me.rows = newRows;
+      me.total = totalPages();
+    };
+
+    me.setPageNumber = function(newPageNumber) {
+      if (newPageNumber < 0) newPageNumber = 0;
+      if (newPageNumber >= me.total) newPageNumber = me.total - 1;
+
+      me.number = newPageNumber;
+    };
+
+    me.setVisiblePages = function(visiblePages) {
+      me.visible = Math.min(me.max, visiblePages);
+      me.setPageNumber(me.number);
+    };
+
+    me.getVisiblePageRange = function() {
+      var start = me.number - Math.max(Math.floor((me.visible - 1) / 2), 0);
+      var end = me.number + Math.floor(me.visible / 2) + 1;
+      var pageCount = me.total;
+
+      if (start < 0) {
+        var diffToStart = 0 - start;
+        start += diffToStart;
+        end += diffToStart;
+      }
+
+      if (end > pageCount) {
+        var diffToEnd = end - pageCount;
+        start -= diffToEnd;
+        end -= diffToEnd;
+      }
+
+      start = start < 0 ? 0 : start;
+      end = end >= pageCount ? pageCount : end;
+
+      var first = false;
+      var last = false;
+
+      if (start > 0 && me.visible > 1) {
+        start = start + 1;
+        first = true;
+      }
+
+      if (end < pageCount && me.visible > 2) {
+        end = end - 1;
+        last = true;
+      }
+
+      return {
+        first: first,
+        start: start,
+        end: end,
+        last: last
+      };
+    };
+
+    me.getRowStart = function() {
+      var rowStart = page.number * page.rows;
+      if (rowStart < 0)
+        rowStart = 0;
+
+      return rowStart;
+    };
+
+    me.getRowEnd = function() {
+      var rowStart = me.getRowStart();
+      return Math.min(rowStart + me.rows, data.length);
+    };
+
+    me.getPaddingRows = function() {
+      var rowStart = me.getRowStart();
+      var rowEnd = me.getRowEnd();
+      return data.length > me.rows ? me.rows - (rowEnd - rowStart) : 0;
+    };
+  };
+
+  var Columns = function(data, columns, options) {
+    var me = this;
+
+    me.defaults = {
+      min: 5
+    };
+
+    me.number = 0;
+    me.visible = 0;
+    me.total = columns.length;
+    me.subset = [];
+    me.padding = 0;
+    me.min = options.columns.min !== null ? options.columns.min : me.defaults.min;
+    me.max = options.columns.max !== null ? options.columns.max : null;
+    me.widths = {};
+
+    var widthsLookAhead = Math.max(100, options.rows.min);
+    var paddingColChars = 10;
+
+    me.emptyNames = function() {
+      columns.forEach(function(column) {
+        if (columns.label !== null && columns.label !== "")
+          return false;
+      });
+
+      return true;
+    };
+
+    var parsePadding = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : 0;
+    };
+
+    me.calculateWidths = function(measures) {
+      columns.forEach(function(column) {
+        var maxChars = Math.max(
+          column.label.toString().length,
+          column.type.toString().length
+        );
+
+        for (var idxRow = 0; idxRow < Math.min(widthsLookAhead, data.length); idxRow++) {
+          maxChars = Math.max(maxChars, data[idxRow][column.name.toString()].length);
+        }
+
+        me.widths[column.name] = {
+          // width in characters
+          chars: maxChars,
+          // width for the inner html columns
+          inner: maxChars * measures.character,
+          // width adding outer styles like padding
+          outer: maxChars * measures.character + measures.padding
+        };
+      });
+    };
+
+    me.getWidth = function() {
+      var widthOuter = 0;
+      for (var idxCol = 0; idxCol < me.subset.length; idxCol++) {
+        var columnName = me.subset[idxCol].name;
+        widthOuter = widthOuter + me.widths[columnName].outer;
+      }
+
+      widthOuter = widthOuter + me.padding * paddingColChars * measurer.measures.character;
+
+      if (me.hasMoreLeftColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      if (me.hasMoreRightColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      return widthOuter;
+    };
+
+    me.updateSlice = function() {
+      if (me.number + me.visible >= me.total)
+        me.number = me.total - me.visible;
+
+      if (me.number < 0) me.number = 0;
+
+      me.subset = columns.slice(me.number, Math.min(me.number + me.visible, me.total));
+
+      me.subset = me.subset.map(function(column) {
+        Object.keys(column).forEach(function(colKey) {
+          column[colKey] = column[colKey] === null ? "" : column[colKey].toString();
+        });
+
+        column.width = null;
+        return column;
+      });
+    };
+
+    me.setVisibleColumns = function(columnNumber, newVisibleColumns, paddingCount) {
+      me.number = columnNumber;
+      me.visible = newVisibleColumns;
+      me.padding = paddingCount;
+
+      me.updateSlice();
+    };
+
+    me.incColumnNumber = function(increment) {
+      me.number = me.number + increment;
+    };
+
+    me.setColumnNumber = function(newNumber) {
+      me.number = newNumber;
+    };
+
+    me.setPaddingCount = function(newPadding) {
+      me.padding = newPadding;
+    };
+
+    me.getPaddingCount = function() {
+      return me.padding;
+    };
+
+    me.hasMoreLeftColumns = function() {
+      return me.number > 0;
+    };
+
+    me.hasMoreRightColumns = function() {
+      return me.number + me.visible < me.total;
+    };
+
+    me.updateSlice(0);
+    return me;
+  };
+
+  var data = source.data;
+  var page = new Page(data, options);
+  var measurer = new Measurer(data, options);
+  var columns = new Columns(data, source.columns, options);
+
+  var table = null;
+  var tableDiv = null;
+  var header = null;
+  var footer = null;
+  var tbody = null;
+
+  // Caches pagedTable.clientWidth, specially for webkit
+  var cachedPagedTableClientWidth = null;
+
+  var onChangeCallbacks = [];
+
+  var clearSelection = function() {
+    if(document.selection && document.selection.empty) {
+      document.selection.empty();
+    } else if(window.getSelection) {
+      var sel = window.getSelection();
+      sel.removeAllRanges();
+    }
+  };
+
+  var columnNavigationWidthPX = 5;
+
+  var renderColumnNavigation = function(increment, backwards) {
+    var arrow = document.createElement("div");
+    arrow.setAttribute("style",
+      "border-top: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-bottom: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-" + (backwards ? "right" : "left") + ": " + columnNavigationWidthPX + "px solid;");
+
+    var header = document.createElement("th");
+    header.appendChild(arrow);
+    header.setAttribute("style",
+      "cursor: pointer;" +
+      "vertical-align: middle;" +
+      "min-width: " + columnNavigationWidthPX + "px;" +
+      "width: " + columnNavigationWidthPX + "px;");
+
+    header.onclick = function() {
+      columns.incColumnNumber(backwards ? -1 : increment);
+
+      me.animateColumns(backwards);
+      renderFooter();
+
+      clearSelection();
+      triggerOnChange();
+    };
+
+    return header;
+  };
+
+  var maxColumnWidth = function(width) {
+    var padding = 80;
+    var columnMax = Math.max(cachedPagedTableClientWidth - padding, 0);
+
+    return parseInt(width) > 0 ?
+      Math.min(columnMax, parseInt(width)) + "px" :
+      columnMax + "px";
+  };
+
+  var clearHeader = function() {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.innerHTML = "";
+  };
+
+  var renderHeader = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth;
+
+    var fragment = document.createDocumentFragment();
+
+    header = document.createElement("tr");
+    fragment.appendChild(header);
+
+    if (columns.number > 0)
+      header.appendChild(renderColumnNavigation(-columns.visible, true));
+
+    columns.subset = columns.subset.map(function(columnData) {
+      var column = document.createElement("th");
+      column.setAttribute("align", columnData.align);
+      column.style.textAlign = columnData.align;
+
+      column.style.maxWidth = maxColumnWidth(null);
+      if (columnData.width) {
+        column.style.minWidth =
+          column.style.maxWidth = maxColumnWidth(columnData.width);
+      }
+
+      var columnName = document.createElement("div");
+      columnName.setAttribute("class", "pagedtable-header-name");
+      if (columnData.label === "") {
+        columnName.innerHTML = "&nbsp;";
+      }
+      else {
+        columnName.appendChild(document.createTextNode(columnData.label));
+      }
+      column.appendChild(columnName);
+
+      var columnType = document.createElement("div");
+      columnType.setAttribute("class", "pagedtable-header-type");
+      if (columnData.type === "") {
+        columnType.innerHTML = "&nbsp;";
+      }
+      else {
+        columnType.appendChild(document.createTextNode("<" + columnData.type + ">"));
+      }
+      column.appendChild(columnType);
+
+      header.appendChild(column);
+
+      columnData.element = column;
+
+      return columnData;
+    });
+
+    for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+      var paddingCol = document.createElement("th");
+      paddingCol.setAttribute("class", "pagedtable-padding-col");
+      header.appendChild(paddingCol);
+    }
+
+    if (columns.number + columns.visible < columns.total)
+      header.appendChild(renderColumnNavigation(columns.visible, false));
+
+    if (typeof(clear) == "undefined" || clear) clearHeader();
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.appendChild(fragment);
+  };
+
+  me.animateColumns = function(backwards) {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+
+    var headerOld = thead.querySelectorAll("tr")[0];
+    var tbodyOld = table.querySelectorAll("tbody")[0];
+
+    me.fitColumns(backwards);
+
+    renderHeader(false);
+
+    header.style.opacity = "0";
+    header.style.transform = backwards ? "translateX(-30px)" : "translateX(30px)";
+    header.style.transition = "transform 200ms linear, opacity 200ms";
+    header.style.transitionDelay = "0";
+
+    renderBody(false);
+
+    if (headerOld) {
+      headerOld.style.position = "absolute";
+      headerOld.style.transform = "translateX(0px)";
+      headerOld.style.opacity = "1";
+      headerOld.style.transition = "transform 100ms linear, opacity 100ms";
+      headerOld.setAttribute("class", "pagedtable-remove-head");
+      if (headerOld.style.transitionEnd) {
+        headerOld.addEventListener("transitionend", function() {
+          var headerOldByClass = thead.querySelector(".pagedtable-remove-head");
+          if (headerOldByClass) thead.removeChild(headerOldByClass);
+        });
+      }
+      else {
+        thead.removeChild(headerOld);
+      }
+    }
+
+    if (tbodyOld) table.removeChild(tbodyOld);
+
+    tbody.style.opacity = "0";
+    tbody.style.transition = "transform 200ms linear, opacity 200ms";
+    tbody.style.transitionDelay = "0ms";
+
+    // force relayout
+    window.getComputedStyle(header).opacity;
+    window.getComputedStyle(tbody).opacity;
+
+    if (headerOld) {
+      headerOld.style.transform = backwards ? "translateX(20px)" : "translateX(-30px)";
+      headerOld.style.opacity = "0";
+    }
+
+    header.style.transform = "translateX(0px)";
+    header.style.opacity = "1";
+
+    tbody.style.opacity = "1";
+  }
+
+  me.onChange = function(callback) {
+    onChangeCallbacks.push(callback);
+  };
+
+  var triggerOnChange = function() {
+    onChangeCallbacks.forEach(function(onChange) {
+      onChange();
+    });
+  };
+
+  var clearBody = function() {
+    if (tbody) {
+      table.removeChild(tbody);
+      tbody = null;
+    }
+  };
+
+  var renderBody = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth
+
+    var fragment = document.createDocumentFragment();
+
+    var pageData = data.slice(page.getRowStart(), page.getRowEnd());
+
+    pageData.forEach(function(dataRow, idxRow) {
+      var htmlRow = document.createElement("tr");
+      htmlRow.setAttribute("class", (idxRow % 2 !==0) ? "even" : "odd");
+
+      if (columns.hasMoreLeftColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      columns.subset.forEach(function(columnData) {
+        var cellName = columnData.name;
+        var dataCell = dataRow[cellName];
+        var htmlCell = document.createElement("td");
+
+        if (dataCell === "NA") htmlCell.setAttribute("class", "pagedtable-na-cell");
+        if (dataCell === "__NA__") dataCell = "NA";
+
+        var cellText = document.createTextNode(dataCell);
+        htmlCell.appendChild(cellText);
+        if (dataCell.length > 50) {
+          htmlCell.setAttribute("title", dataCell);
+        }
+        htmlCell.setAttribute("align", columnData.align);
+        htmlCell.style.textAlign = columnData.align;
+        htmlCell.style.maxWidth = maxColumnWidth(null);
+        if (columnData.width) {
+          htmlCell.style.minWidth = htmlCell.style.maxWidth = maxColumnWidth(columnData.width);
+        }
+        htmlRow.appendChild(htmlCell);
+      });
+
+      for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+        var paddingCol = document.createElement("td");
+        paddingCol.setAttribute("class", "pagedtable-padding-col");
+        htmlRow.appendChild(paddingCol);
+      }
+
+      if (columns.hasMoreRightColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      fragment.appendChild(htmlRow);
+    });
+
+    for (var idxPadding = 0; idxPadding < page.getPaddingRows(); idxPadding++) {
+      var paddingRow = document.createElement("tr");
+
+      var paddingCellRow = document.createElement("td");
+      paddingCellRow.innerHTML = "&nbsp;";
+      paddingCellRow.setAttribute("colspan", "100%");
+      paddingRow.appendChild(paddingCellRow);
+
+      fragment.appendChild(paddingRow);
+    }
+
+    if (typeof(clear) == "undefined" || clear) clearBody();
+    tbody = document.createElement("tbody");
+    tbody.appendChild(fragment);
+
+    table.appendChild(tbody);
+  };
+
+  var getLabelInfo = function() {
+    var pageStart = page.getRowStart();
+    var pageEnd = page.getRowEnd();
+    var totalRows = data.length;
+
+    var totalRowsLabel = options.rows.total ? options.rows.total : totalRows;
+    var totalRowsLabelFormat = totalRowsLabel.toString().replace(/(\d)(?=(\d\d\d)+(?!\d))/g, '$1,');
+
+    var infoText = (pageStart + 1) + "-" + pageEnd + " of " + totalRowsLabelFormat + " rows";
+    if (totalRows < page.rows) {
+      infoText = totalRowsLabel + " row" + (totalRows != 1 ? "s" : "");
+    }
+    if (columns.total > columns.visible) {
+      var totalColumnsLabel = options.columns.total ? options.columns.total : columns.total;
+
+      infoText = infoText + " | " + (columns.number + 1) + "-" +
+        (Math.min(columns.number + columns.visible, columns.total)) +
+        " of " + totalColumnsLabel + " columns";
+    }
+
+    return infoText;
+  };
+
+  var clearFooter = function() {
+    footer = pagedTable.querySelectorAll("div.pagedtable-footer")[0];
+    footer.innerHTML = "";
+
+    return footer;
+  };
+
+  var createPageLink = function(idxPage) {
+    var pageLink = document.createElement("a");
+    pageLinkClass = idxPage === page.number ? "pagedtable-index pagedtable-index-current" : "pagedtable-index";
+    pageLink.setAttribute("class", pageLinkClass);
+    pageLink.setAttribute("data-page-index", idxPage);
+    pageLink.onclick = function() {
+      page.setPageNumber(parseInt(this.getAttribute("data-page-index")));
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+
+    pageLink.appendChild(document.createTextNode(idxPage + 1));
+
+    return pageLink;
+  }
+
+  var renderFooter = function() {
+    footer = clearFooter();
+
+    var next = document.createElement("a");
+    next.appendChild(document.createTextNode("Next"));
+    next.onclick = function() {
+      page.setPageNumber(page.number + 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(next);
+
+    var pageNumbers = document.createElement("div");
+    pageNumbers.setAttribute("class", "pagedtable-indexes");
+
+    var pageRange = page.getVisiblePageRange();
+
+    if (pageRange.first) {
+      var pageLink = createPageLink(0);
+      pageNumbers.appendChild(pageLink);
+
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-left");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+    }
+
+    for (var idxPage = pageRange.start; idxPage < pageRange.end; idxPage++) {
+      var pageLink = createPageLink(idxPage);
+
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (pageRange.last) {
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-right");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+
+      var pageLink = createPageLink(page.total - 1);
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (data.length > page.rows) footer.appendChild(pageNumbers);
+
+    var previous = document.createElement("a");
+    previous.appendChild(document.createTextNode("Previous"));
+    previous.onclick = function() {
+      page.setPageNumber(page.number - 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(previous);
+
+    var infoLabel = document.createElement("div");
+    infoLabel.setAttribute("class", "pagedtable-info");
+    infoLabel.setAttribute("title", getLabelInfo());
+    infoLabel.appendChild(document.createTextNode(getLabelInfo()));
+    footer.appendChild(infoLabel);
+
+    var enabledClass = "pagedtable-index-nav";
+    var disabledClass = "pagedtable-index-nav pagedtable-index-nav-disabled";
+    previous.setAttribute("class", page.number <= 0 ? disabledClass : enabledClass);
+    next.setAttribute("class", (page.number + 1) * page.rows >= data.length ? disabledClass : enabledClass);
+  };
+
+  var measuresCell = null;
+
+  var renderMeasures = function() {
+    var measuresTable = document.createElement("table");
+    measuresTable.style.visibility = "hidden";
+    measuresTable.style.position = "absolute";
+    measuresTable.style.whiteSpace = "nowrap";
+    measuresTable.style.height = "auto";
+    measuresTable.style.width = "auto";
+
+    var measuresRow = document.createElement("tr");
+    measuresTable.appendChild(measuresRow);
+
+    measuresCell = document.createElement("td");
+    var sampleString = "ABCDEFGHIJ0123456789";
+    measuresCell.appendChild(document.createTextNode(sampleString));
+
+    measuresRow.appendChild(measuresCell);
+
+    tableDiv.appendChild(measuresTable);
+  }
+
+  me.init = function() {
+    tableDiv = document.createElement("div");
+    pagedTable.appendChild(tableDiv);
+    var pagedTableClass = data.length > 0 ?
+      "pagedtable pagedtable-not-empty" :
+      "pagedtable pagedtable-empty";
+
+    if (columns.total == 0 || (columns.emptyNames() && data.length == 0)) {
+      pagedTableClass = pagedTableClass + " pagedtable-empty-columns";
+    }
+
+    tableDiv.setAttribute("class", pagedTableClass);
+
+    renderMeasures();
+    measurer.calculate(measuresCell);
+    columns.calculateWidths(measurer.measures);
+
+    table = document.createElement("table");
+    table.setAttribute("cellspacing", "0");
+    table.setAttribute("class", "table table-condensed");
+    tableDiv.appendChild(table);
+
+    table.appendChild(document.createElement("thead"));
+
+    var footerDiv = document.createElement("div");
+    footerDiv.setAttribute("class", "pagedtable-footer");
+    tableDiv.appendChild(footerDiv);
+
+    // if the host has not yet provided horizontal space, render hidden
+    if (tableDiv.clientWidth <= 0) {
+      tableDiv.style.opacity = "0";
+    }
+
+    me.render();
+
+    // retry seizing columns later if the host has not provided space
+    function retryFit() {
+      if (tableDiv.clientWidth <= 0) {
+        setTimeout(retryFit, 100);
+      } else {
+        me.render();
+        triggerOnChange();
+      }
+    }
+    if (tableDiv.clientWidth <= 0) {
+      retryFit();
+    }
+  };
+
+  var registerWidths = function() {
+    columns.subset = columns.subset.map(function(column) {
+      column.width = columns.widths[column.name].inner;
+      return column;
+    });
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+  };
+
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+    return options.rows.max != null;
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+      return;
+
+    measurer.calculate(measuresCell);
+
+    var rows = options.rows.min !== null ? options.rows.min : 0;
+    var headerHeight = header !== null && header.offsetHeight > 0 ? header.offsetHeight : 0;
+    var footerHeight = footer !== null && footer.offsetHeight > 0 ? footer.offsetHeight : 0;
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+    if (pagedTable.offsetHeight > 0) {
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+      rows = Math.floor((availableHeight) / measurer.measures.height);
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+
+    rows = options.rows.min !== null ? Math.max(options.rows.min, rows) : rows;
+
+    page.setRows(rows);
+  }
+
+  // The goal of this function is to add as many columns as possible
+  // starting from left-to-right, when the right most limit is reached
+  // it tries to add columns from the left as well.
+  //
+  // When startBackwards is true columns are added from right-to-left
+  me.fitColumns = function(startBackwards) {
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+    columns.calculateWidths(measurer.measures);
+
+    if (tableDiv.clientWidth > 0) {
+      tableDiv.style.opacity = 1;
+    }
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+    var visibleColumns = tableDiv.clientWidth <= 0 ? Math.max(columns.min, 1) : 1;
+    var columnNumber = columns.number;
+    var paddingCount = 0;
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+    // track a list of added columns as we build the visible ones to allow us
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+      if (tableDiv.clientWidth - tableDivPadding < currentWidth) {
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+      }
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+      columnHistory.push({
+        columnNumber: columnNumber,
+        visibleColumns: visibleColumns,
+        paddingCount: paddingCount
+      });
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+      if (columnHistory.length > 100) {
+        console.error("More than 100 tries to fit columns, aborting");
+        break;
+      }
+
+      if (columns.max !== null &&
+        columns.visible + columns.getPaddingCount() >= columns.max) {
+        break;
+      }
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+      // if we run out of right-columns
+      if (!backwards && columnNumber + columns.visible >= columns.total) {
+        // if we started adding right-columns, try adding left-columns
+        if (!startBackwards && columnNumber > 0) {
+          backwards = true;
+        }
+        else if (columns.min === null || visibleColumns + columns.getPaddingCount() >= columns.min) {
+          break;
+        }
+        else {
+          paddingCount = paddingCount + 1;
+        }
+      }
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+      // if we run out of left-columns
+      if (backwards && columnNumber == 0) {
+        // if we started adding left-columns, try adding right-columns
+        if (startBackwards && columnNumber + columns.visible < columns.total) {
+          backwards = false;
+        }
+        else if (columns.min === null || visibleColumns + columns.getPaddingCount() >= columns.min) {
+          break;
+        }
+        else {
+          paddingCount = paddingCount + 1;
+        }
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+      // when moving backwards try fitting left columns first
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+      if (columnNumber + visibleColumns < columns.total) {
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+    var lastRenderableColumn = {
+        columnNumber: columnNumber,
+        visibleColumns: visibleColumns,
+        paddingCount: paddingCount
+    };
+
+    if (columnHistory.length > 0) {
+      lastRenderableColumn = columnHistory[columnHistory.length - 1];
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+    columns.setVisibleColumns(
+      lastRenderableColumn.columnNumber,
+      lastRenderableColumn.visibleColumns,
+      lastRenderableColumn.paddingCount);
+
+    if (pagedTable.offsetWidth > 0) {
+      page.setVisiblePages(Math.max(Math.ceil(1.0 * (pagedTable.offsetWidth - 250) / 40), 2));
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+    registerWidths();
+  };
+
+  me.fit = function(startBackwards) {
+    me.fitRows();
+    me.fitColumns(startBackwards);
+  }
+
+  me.render = function() {
+    me.fitColumns(false);
+
+    // render header/footer to measure height accurately
+    renderHeader();
+    renderFooter();
+
+    me.fitRows();
+    renderBody();
+
+    // re-render footer to match new rows
+    renderFooter();
+  }
+
+  var resizeLastWidth = -1;
+  var resizeLastHeight = -1;
+  var resizeNewWidth = -1;
+  var resizeNewHeight = -1;
+  var resizePending = false;
+
+  me.resize = function(newWidth, newHeight) {
+
+    function resizeDelayed() {
+      resizePending = false;
+
+      if (
+        (resizeNewWidth !== resizeLastWidth) ||
+        (!me.fixedHeight() && resizeNewHeight !== resizeLastHeight)
+      ) {
+        resizeLastWidth = resizeNewWidth;
+        resizeLastHeight = resizeNewHeight;
+
+        setTimeout(resizeDelayed, 200);
+        resizePending = true;
+      } else {
+        me.render();
+        triggerOnChange();
+
+        resizeLastWidth = -1;
+        resizeLastHeight = -1;
+      }
+    }
+
+    resizeNewWidth = newWidth;
+    resizeNewHeight = newHeight;
+
+    if (!resizePending) resizeDelayed();
+  };
+};
+
+var PagedTableDoc;
+(function (PagedTableDoc) {
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+  PagedTableDoc.initAll = function() {
+    allPagedTables = [];
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+    var pagedTables = [].slice.call(document.querySelectorAll('[data-pagedtable="false"],[data-pagedtable=""]'));
+    pagedTables.forEach(function(pagedTable, idx) {
+      pagedTable.setAttribute("data-pagedtable", "true");
+      pagedTable.setAttribute("pagedtable-page", 0);
+      pagedTable.setAttribute("class", "pagedtable-wrapper");
+
+      var pagedTableInstance = new PagedTable(pagedTable);
+      pagedTableInstance.init();
+
+      allPagedTables.push(pagedTableInstance);
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+  };
+
+  PagedTableDoc.resizeAll = function() {
+    allPagedTables.forEach(function(pagedTable) {
+      pagedTable.render();
+    });
+  };
+
+  window.addEventListener("resize", PagedTableDoc.resizeAll);
+
+  return PagedTableDoc;
+})(PagedTableDoc || (PagedTableDoc = {}));
+
+window.onload = function() {
+  PagedTableDoc.initAll();
+};
+</script>
+
+<style type="text/css">
+  code{white-space: pre-wrap;}
+  span.smallcaps{font-variant: small-caps;}
+  span.underline{text-decoration: underline;}
+  div.column{display: inline-block; vertical-align: top; width: 50%;}
+  div.hanging-indent{margin-left: 1.5em; text-indent: -1.5em;}
+  ul.task-list{list-style: none;}
+    </style>
+
+<style type="text/css">code{white-space: pre;}</style>
+<script type="text/javascript">
+if (window.hljs) {
+  hljs.configure({languages: []});
+  hljs.initHighlightingOnLoad();
+  if (document.readyState && document.readyState === "complete") {
+    window.setTimeout(function() { hljs.initHighlighting(); }, 0);
+  }
+}
+</script>
+
+
+
+
+
+
+
+
+
+<style type="text/css">
+.main-container {
+  max-width: 940px;
+  margin-left: auto;
+  margin-right: auto;
+}
+img {
+  max-width:100%;
+}
+.tabbed-pane {
+  padding-top: 12px;
+}
+.html-widget {
+  margin-bottom: 20px;
+}
+button.code-folding-btn:focus {
+  outline: none;
+}
+summary {
+  display: list-item;
+}
+details > summary > p:only-child {
+  display: inline;
+}
+pre code {
+  padding: 0;
+}
+</style>
+
+
+
+<!-- tabsets -->
+
+<style type="text/css">
+.tabset-dropdown > .nav-tabs {
+  display: inline-table;
+  max-height: 500px;
+  min-height: 44px;
+  overflow-y: auto;
+  border: 1px solid #ddd;
+  border-radius: 4px;
+}
+
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+  font-family: 'Glyphicons Halflings';
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+  padding: 10px;
+  border-right: 1px solid #ddd;
+}
+
+.tabset-dropdown > .nav-tabs.nav-tabs-open > li.active:before {
+  content: "";
+  border: none;
+}
+
+.tabset-dropdown > .nav-tabs.nav-tabs-open:before {
+  content: "";
+  font-family: 'Glyphicons Halflings';
+  display: inline-block;
+  padding: 10px;
+  border-right: 1px solid #ddd;
+}
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+.tabset-dropdown > .nav-tabs > li > a,
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+
+<!-- code folding -->
+
+
+
+<style type="text/css">
+
+#TOC {
+  margin: 25px 0px 20px 0px;
+}
+@media (max-width: 768px) {
+#TOC {
+  position: relative;
+  width: 100%;
+}
+}
+
+@media print {
+.toc-content {
+  /* see https://github.com/w3c/csswg-drafts/issues/4434 */
+  float: right;
+}
+}
+
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+  padding-left: 30px;
+  padding-right: 40px;
+}
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+div.tocify {
+  width: 20%;
+  max-width: 260px;
+  max-height: 85%;
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+
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+  div.tocify {
+    width: 25%;
+  }
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+
+@media (max-width: 767px) {
+  div.tocify {
+    width: 100%;
+    max-width: none;
+  }
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+
+.tocify ul, .tocify li {
+  line-height: 20px;
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+
+.tocify-subheader .tocify-item {
+  font-size: 0.90em;
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+
+
+</style>
+
+
+
+</head>
+
+<body>
+
+
+<div class="container-fluid main-container">
+
+
+<!-- setup 3col/9col grid for toc_float and main content  -->
+<div class="row">
+<div class="col-xs-12 col-sm-4 col-md-3">
+<div id="TOC" class="tocify">
+</div>
+</div>
+
+<div class="toc-content col-xs-12 col-sm-8 col-md-9">
+
+
+
+
+<div id="header">
+
+
+
+<h1 class="title toc-ignore">Module 1 - Intro to *nix and the Command
+Line</h1>
+<h4 class="author">Loyal Goff</h4>
+<h4 class="date">2022-08-05</h4>
+
+</div>
+
+
+<div id="learning-objectives" class="section level1">
+<h1>Learning Objectives</h1>
+<ul>
+<li>Develop familiarity with the *nix command line</li>
+<li>Understand how to navigate a *nix filesystem</li>
+<li>Become comfortable with running commands and passing arguments</li>
+<li>Understand how to create, inspect, move, and delete files and
+folders using the command line system</li>
+<li>Understand file permissions and they can be modified</li>
+<li>Practice searching through a sample file with <code>grep</code></li>
+<li>Initial exposure to bash scripting and control flow</li>
+<li>Construct simple workflows in bash using scripts/programs and
+pipes.</li>
+</ul>
+</div>
+<div id="basics" class="section level1">
+<h1>Basics</h1>
+<div id="interfaces" class="section level2">
+<h2>Interfaces</h2>
+<p>Computers take input and receive output through <em>interfaces</em>.
+This is how we interact with the computer (input and output)</p>
+<div id="graphical-user-interface-gui" class="section level3">
+<h3>Graphical User Interface (GUI)</h3>
+<p>Modern computers generally use GUI interfaces for ease of use and
+generality. This is how most of us interact with our computers on a
+daily basis. But most computational biology tools <em>do not</em> have
+designed GUIs and to use them, we will have to communicate with the
+computer more directly. The purpose of this module is to expose you to,
+and familiarize yourself with the type of interface that is more widely
+used in computational biology.</p>
+</div>
+<div id="command-line-interface-cli" class="section level3">
+<h3>Command Line Interface (CLI)</h3>
+<p>The CLI provides us with the means to directly run
+commands/tools/programs and creating our own scripts and code to operate
+over data.</p>
+<p>In the remainder of this document we are demonstrating how to run
+shell (bash) commands directly within an RMarkdown document/notebook by
+indicating which language we’ll be using at the beginning of each code
+chunk.</p>
+<pre><code>&#39;&#39;&#39;{bash}
+
+&#39;&#39;&#39;</code></pre>
+<p>This tells RStudio to utilize your computers Unix-like system (either
+the MacOSX operating system or the Linux distribution installed by
+Windows users) to execute the code within the chunk. If you do not wish
+to use a RMarkdown document, you can open up a terminal directly in
+RStudio by going to Tools &gt; Terminal &gt; New Terminal and enter the
+commands directly into the command line without using inline code
+chunks.</p>
+<p><img 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/></p>
+<p>See the command line interface screenshot below as an example.</p>
+<p><img src="data:image/png;base64,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/></p>
+</div>
+</div>
+</div>
+<div id="navigating-the-file-system" class="section level1">
+<h1>Navigating the File System</h1>
+<p>The first thing we need to figure our is ‘where are we’ in the file
+system. To do this, we want to ‘<strong>P</strong>rint the
+<strong>W</strong>orking <strong>D</strong>irectory’ using the shell
+command <code>pwd</code></p>
+<pre class="bash"><code>pwd</code></pre>
+<pre><code>## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/Notebooks</code></pre>
+<p>We can list the contents of the directory using the bash comand
+<code>ls</code></p>
+<pre class="bash"><code>ls</code></pre>
+<pre><code>## Module 1 - Intro to Command Line.Rmd
+## Module 1 - Intro to Command Line.nb.html
+## Module 1 - Intro to R.Rmd
+## Module-1---Intro-to-Command-Line.Rmd
+## Module-1---Intro-to-Command-Line.html
+## Module-1---Intro-to-R.html
+## Module-1---Intro-to-R_files
+## TemporaryDirectory
+## chr01.fsa
+## chr01.fsa.gz
+## data
+## images
+## tail.txt</code></pre>
+<div id="optionsinput-arguments" class="section level2">
+<h2>Options/Input arguments</h2>
+<p>Bash/shell commands can take input arguments or options. One
+convention is to use a dash ( - ) to specify arguments. For example, we
+can ask ls to show a more detailed list of information for each
+file/folder:</p>
+<pre class="bash"><code>ls -l</code></pre>
+<pre><code>## total 128
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2480930 Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12687 Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2771709 Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff  1670069 Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16384 Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:15 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   234177 Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    71656 Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff      608 Sep  6 10:15 tail.txt</code></pre>
+<p>We can aggregate different options by directly appending options one
+after another. The following shows how to display file sizes in human
+readable formats ( -h ):</p>
+<pre class="bash"><code>ls -lh</code></pre>
+<pre><code>## total 128
+## -rwx------@ 1 loyalgoff  staff    24K Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff   2.4M Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12K Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24K Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff   2.6M Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff   1.6M Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16K Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16K Sep  6 10:15 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   229K Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    70K Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16K Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16K Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff   608B Sep  6 10:15 tail.txt</code></pre>
+<p>Sometimes commands take in arguments for various purposes. Again,
+using ls as example, it can take path as an argument. Without the path,
+it will by default show the current listings, as shown above. Given a
+path, it will list items in that path. The following command lists all
+the files and directories in the directory directly above your current
+directory:</p>
+<pre class="bash"><code>ls ../</code></pre>
+<pre><code>## Notebooks
+## presentations
+## problemset
+## pset
+## resources</code></pre>
+</div>
+<div id="manual-pages-man" class="section level2">
+<h2>Manual Pages (man)</h2>
+<p>It is certainly not expected that you memorize all arguments for
+every command. This is where the manual ( man ) comes in handy. You can
+use man command_name to find information about how to use a specific
+command. For example:</p>
+<pre class="bash"><code>man ls</code></pre>
+<p>Here, man is a command that takes one input argument (which should be
+a Bash command) and outputs the corresponding manual.</p>
+</div>
+<div id="creating-and-navigating-folders" class="section level2">
+<h2>Creating and Navigating Folders</h2>
+<p>Now that we have a basic overview of how to interact with the
+computer in bash, it will be useful to understand how to create folders
+(directories) and navigate around our system. We’ve already used the pwd
+command to learn where we currently are. But what if we wanted to make a
+new directory to contain a project? The mkdir command stands for “make
+directory”. It takes in a directory name as an argument, and then
+creates a new directory in the current working directory.</p>
+<pre class="bash"><code>mkdir myDirectory</code></pre>
+<p>Nothing seemed to happen? Lets check and see if our new directory was
+made:</p>
+<pre class="bash"><code>ls -l</code></pre>
+<pre><code>## total 160
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2480930 Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12687 Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2771709 Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff  1670069 Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16384 Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:15 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   234177 Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    71656 Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:27 images
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:27 myDirectory
+## -rwx------@ 1 loyalgoff  staff      608 Sep  6 10:15 tail.txt</code></pre>
+<p>There it is, lets try and move into the directory. cd stands for
+“change directory”. Just as you would click on a folder in Windows
+Explorer or Finder on a Mac, cd switches you into the directory you
+specify. In other words, cd changes the working directory.</p>
+<pre class="bash"><code>cd myDirectory
+pwd</code></pre>
+<pre><code>## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/Notebooks/myDirectory</code></pre>
+<p>Note that within the above chunk, you actually ran two commands in
+bash, one right after the other. You first changed your location within
+the file system by using the <code>cd</code> command. Then you used the
+<code>pwd</code> command to list out your current location in the file
+system. All scripting will follow this type of linear instruction list
+unless we create a loop (more on that later!). Now we have moved into
+the folder/directory we just made. We can move back into the previous
+directory by using the shortcut <code>..</code></p>
+<p>_Note: in RMarkdown, each <code>bash</code> code chunk ‘begins’ in
+the current working directory. So in this next chunk, we will first move
+into the new <code>myDirectory</code>, and then move back into the
+current working directory.</p>
+<pre class="bash"><code>cd myDirectory
+pwd
+
+cd ..
+pwd</code></pre>
+<pre><code>## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/Notebooks/myDirectory
+## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/Notebooks</code></pre>
+<p>And finally, we can remove an (empty) directory using rmdir .</p>
+<pre class="bash"><code>rmdir myDirectory
+ls</code></pre>
+<pre><code>## Module 1 - Intro to Command Line.Rmd
+## Module 1 - Intro to Command Line.nb.html
+## Module 1 - Intro to R.Rmd
+## Module-1---Intro-to-Command-Line.Rmd
+## Module-1---Intro-to-Command-Line.html
+## Module-1---Intro-to-R.html
+## Module-1---Intro-to-R_files
+## TemporaryDirectory
+## chr01.fsa
+## chr01.fsa.gz
+## data
+## images
+## tail.txt</code></pre>
+<p>We can copy a file or directory from another location by using
+<code>cp &lt;existing file&gt; &lt;new file location&gt;</code></p>
+</div>
+<div id="review" class="section level2">
+<h2>Review</h2>
+<ul>
+<li>The command line is a text interface for the computer’s operating
+system. To access the command line, we use the terminal.</li>
+<li>A filesystem organizes a computer’s files and directories into a
+tree. It starts with the root directory. Each parent directory can
+contain more child directories and files.</li>
+<li>From the command line, you can navigate through files and folders on
+your computer
+<ul>
+<li><code>pwd</code> outputs the name of the current working
+directory.</li>
+<li><code>ls</code> lists all files and directories in the working
+directory.</li>
+<li><code>cd</code> switches you into the directory you specify.</li>
+<li><code>mkdir</code> creates a new directory in the working
+directory.</li>
+<li><code>rmdir</code> removes an empty directory</li>
+</ul></li>
+</ul>
+</div>
+</div>
+<div id="viewing-and-changing-files" class="section level1">
+<h1>Viewing and changing files</h1>
+<div id="creating-files" class="section level2">
+<h2>Creating files</h2>
+<p>There are several ways to create a file. One of the easiest is to
+just create an empty file by touching it ( <code>touch</code> )</p>
+<pre class="bash"><code>touch myBrandNewFile.txt</code></pre>
+<pre class="bash"><code>ls -l</code></pre>
+<pre><code>## total 128
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2480930 Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12687 Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2771709 Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff  1670069 Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16384 Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:15 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   234177 Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    71656 Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff        0 Sep  6 10:27 myBrandNewFile.txt
+## -rwx------@ 1 loyalgoff  staff      608 Sep  6 10:15 tail.txt</code></pre>
+<div id="side-note-about-wildcards" class="section level3">
+<h3>Side note about wildcards</h3>
+<ul>
+<li>The <code>*</code> matches one or more occurrence of any
+character</li>
+<li>The <code>?</code> matches a single occurrence of any character</li>
+<li>Another shortcut is tab completion, type the beginning of a file or
+directory, then hit tab for it to automatically fill in the rest (this
+will likely only work in the <em>actual</em> terminal, not from within a
+notebook)</li>
+</ul>
+<p>You just looked at the files that are in your current directory when
+you used ls -l and you should see your new file
+<code>myBrandNewFile.txt</code>. Let’s test out using the wildcard and
+tab complete options.</p>
+<pre class="bash"><code>ls *.txt</code></pre>
+<pre><code>## myBrandNewFile.txt
+## tail.txt</code></pre>
+<p>OR</p>
+<pre class="bash"><code>ls my?randNewFile.txt
+</code></pre>
+<pre><code>## myBrandNewFile.txt</code></pre>
+</div>
+</div>
+<div id="writing-to-a-file-in-bash" class="section level2">
+<h2>Writing to a file in bash</h2>
+<p>Side note over. Let’s get back to writing files!</p>
+<p>We created the file and gave it a name, but it is completely empty at
+this point. We can write directly to a file by redirecting some content
+into the file. This is achieved with the <code>&gt;</code> (redirect).
+Imagine that this is an arrow pointing to where you want to put the
+output. Here we will also introduce you to the <code>echo</code> command
+which simply repeats the first argument (in this case the argument is
+the text ‘Hello World’). Here we’re going to have the output of echo
+redirected into our new file.</p>
+<pre class="bash"><code>
+echo &#39;Hello World!&#39; &gt;myBrandNewFile.txt</code></pre>
+<p>We can now view the contents of a file by using the command cat which
+returns the entire contents of the file.</p>
+<pre class="bash"><code>cat myBrandNewFile.txt
+</code></pre>
+<pre><code>## Hello World!</code></pre>
+</div>
+<div id="moving-and-removing-files" class="section level2">
+<h2>Moving and removing files</h2>
+<p>The ‘mv’ command has a couple of different uses. You can use it to
+move files from one directory to another (imagine moving a file from
+your ‘Downloads’ to your ‘Desktop’). The <code>mv</code> command could
+also be used to rename files or directories. Let’s first explore
+renaming our file using the <code>mv</code> command below which take the
+file to be moved as the primary argument and new name of the file as the
+secondary argument:</p>
+<pre class="bash"><code>mv myBrandNewFile.txt myOlderFile.txt
+ls -l</code></pre>
+<pre><code>## total 128
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2480930 Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12687 Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2771709 Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff  1670069 Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16384 Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:15 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   234177 Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    71656 Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff       13 Sep  6 10:27 myOlderFile.txt
+## -rwx------@ 1 loyalgoff  staff      608 Sep  6 10:15 tail.txt</code></pre>
+<p>We now have renamed our file to ‘myOlderFile.txt’</p>
+<pre class="bash"><code>mkdir TemporaryDirectory
+mv myOlderFile.txt TemporaryDirectory
+cd TemporaryDirectory
+pwd
+ls</code></pre>
+<pre><code>## mkdir: TemporaryDirectory: File exists
+## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/Notebooks/TemporaryDirectory
+## myOlderFile.txt</code></pre>
+<p>In the above chunk we 1) made a new directory 2) moved our file into
+that directory 3) changed our location within the file system to our new
+directory 4) printed out our location 5) listed our current directory
+contents</p>
+<p>And finally, we can remove a file using the <code>rm</code> command.
+The <code>rm</code> command removes files or directories <span style="color: red;">(removed files will be gone forever, proceed with
+caution)</span>:</p>
+<pre class="bash"><code>rm myOlderFile.txt
+ls -la</code></pre>
+<pre><code>## rm: myOlderFile.txt: No such file or directory
+## total 192
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:27 .
+## drwx------@ 1 loyalgoff  staff    16384 Sep  1 09:59 ..
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2480930 Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12687 Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24916 Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff  2771709 Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff  1670069 Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16384 Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16384 Sep  6 10:27 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   234177 Sep  6 10:15 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    71656 Sep  6 10:15 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16384 Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff      608 Sep  6 10:15 tail.txt</code></pre>
+<p>Remember you can navigate to your previous location by using the
+command <code>cd ..</code> and remove the new directory by using the
+command <code>rmdir</code></p>
+<div id="key-concept" class="section level4">
+<h4>Key Concept</h4>
+<p>You may have already noticed that in our file and directory names we
+do not use spaces. This is because bash commands often use spaces as a
+way to separate arguments. Spaces in the titles of your files or
+directories are interpreted by bash commands as additional arguments.
+Best practice is to use naming conventions like ‘CamelCase’ (where the
+first letter of a new word is capitalized) or use an underscore to
+separate words. Examples: MyNewFile.txt or my_new_file.txt</p>
+</div>
+</div>
+<div id="file-properties" class="section level2">
+<h2>File Properties</h2>
+<p>We have now created, deleted, moved, and manipulated files, but what
+if we simply want to know more about their contents without actually
+changing them? For example, we can download a chromosome file from a
+database and learn more about its contents.</p>
+<div id="downloading-files-from-the-internet" class="section level3">
+<h3>Downloading files from the internet</h3>
+<p>We can use the <code>wget</code> command followed by the URL.
+<code>wget</code> is a command line program that takes a URL as an
+argument and downloads the content of that URL to a file. The file will
+be downloaded into your current directory location. This may take a
+minute to download. If you do not have <code>wget</code> installed on
+your machine/environment, you can find intstallation instructions <a href="https://www.jcchouinard.com/wget/#How_to_Install_Wget">here</a>.</p>
+<pre class="bash"><code>rm chr01*  # Delete existing files before run.
+wget http://sgd-archive.yeastgenome.org/sequence/S288C_reference/chromosomes/fasta/chr01.fsa</code></pre>
+<pre><code>## --2022-09-06 10:27:28--  http://sgd-archive.yeastgenome.org/sequence/S288C_reference/chromosomes/fasta/chr01.fsa
+## Resolving sgd-archive.yeastgenome.org (sgd-archive.yeastgenome.org)... 52.92.194.43
+## Connecting to sgd-archive.yeastgenome.org (sgd-archive.yeastgenome.org)|52.92.194.43|:80... connected.
+## HTTP request sent, awaiting response... 200 OK
+## Length: 234177 (229K) [binary/octet-stream]
+## Saving to: ‘chr01.fsa’
+## 
+##      0K .......... .......... .......... .......... .......... 21%  311K 1s
+##     50K .......... .......... .......... .......... .......... 43% 23.6M 0s
+##    100K .......... .......... .......... .......... .......... 65%  508K 0s
+##    150K .......... .......... .......... .......... .......... 87% 23.5M 0s
+##    200K .......... .......... ........                        100%  366K=0.3s
+## 
+## 2022-09-06 10:27:29 (669 KB/s) - ‘chr01.fsa’ saved [234177/234177]</code></pre>
+</div>
+<div id="file-sizes" class="section level3">
+<h3>File sizes</h3>
+<p>The command <code>du</code>, which stands for ‘disk usage’ provides
+you with information about your file and directory sizes. If we pass our
+newly downloaded file ‘chr01.fsa’ to the command <code>du</code> as an
+argument, it will tell us size of our file.</p>
+<pre class="bash"><code>du chr01.fsa
+
+du -h chr01.fsa #outputs in &#39;human-readable&#39; format (byte, kb, mb, etc)</code></pre>
+<pre><code>## 464  chr01.fsa
+## 232K chr01.fsa</code></pre>
+</div>
+<div id="file-compressionuncompression" class="section level3">
+<h3>File compression/uncompression</h3>
+<p>This is done using programs such as gzip/gunzip. File compression may
+be key when dealing with large file sizes such as sequencing data. Let’s
+test it out!</p>
+<pre class="bash"><code>gzip chr01.fsa # gzip command to compress the file, notice the new file extension of *.gz
+du -h chr01.fsa.gz
+gunzip chr01.fsa.gz # gunzip command to uncompress the file, removes the file extension
+du -h chr01.fsa</code></pre>
+<pre><code>##  72K chr01.fsa.gz
+## 232K chr01.fsa</code></pre>
+<p>In this example we are using gzip directly on the chr01.fsa file. If
+we wanted to zip the file, but keep the original unzipped file as well,
+we could use the -k argument.</p>
+<pre class="bash"><code>gzip -k chr01.fsa</code></pre>
+<p>To count the number of words, lines, and characters in your file you
+can use the command <code>wc</code></p>
+<pre class="bash"><code>wc -w chr01.fsa #words
+wc -l chr01.fsa #lines
+wc -m chr01.fsa #characters</code></pre>
+<pre><code>##     3845 chr01.fsa
+##     3838 chr01.fsa
+##   234177 chr01.fsa</code></pre>
+</div>
+<div id="ownership-and-permissions" class="section level3">
+<h3>Ownership and Permissions</h3>
+<p>We have used <code>ls -lh</code> previously to look at the file in
+our directory, but now that we know a little bit more about the files
+and how to manipulate them, we should understand a little bit more about
+file ownership and permissions.</p>
+<p><img 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" /></p>
+<ul>
+<li><p>the first line corresponds to the total size of all the files
+contained within the target directory</p></li>
+<li><p>the remaining lines are each of the files or directories
+contained within that directory</p></li>
+<li><p>for each line the information is as follows:</p></li>
+</ul>
+<ol style="list-style-type: lower-alpha">
+<li>the first character ‘d’ or ‘-’ tells you if the item is a directory
+or file, repectively</li>
+<li>characters 2-10 designate the permissions of the file owner
+(characters 2-4), group owner (characters 5-7), and all other users
+(characters 8-10)</li>
+<li>identity of the current file owner</li>
+<li>identity of the current file group</li>
+<li>size of file or byte block size of the directory</li>
+<li>date and time the file or directory was last modified</li>
+<li>file or directory name</li>
+</ol>
+<div id="permissions" class="section level4">
+<h4>Permissions</h4>
+<p>Lets take a look again at the files in our directory</p>
+<pre class="bash"><code>ls -lh</code></pre>
+<pre><code>## total 128
+## -rwx------@ 1 loyalgoff  staff    24K Sep  6 10:11 Module 1 - Intro to Command Line.Rmd
+## -rwx------@ 1 loyalgoff  staff   2.4M Sep  1 12:00 Module 1 - Intro to Command Line.nb.html
+## -rwx------@ 1 loyalgoff  staff    12K Sep  5 21:23 Module 1 - Intro to R.Rmd
+## -rwx------@ 1 loyalgoff  staff    24K Sep  6 10:27 Module-1---Intro-to-Command-Line.Rmd
+## -rwx------@ 1 loyalgoff  staff   2.6M Sep  6 10:15 Module-1---Intro-to-Command-Line.html
+## -rwx------@ 1 loyalgoff  staff   1.6M Sep  5 21:19 Module-1---Intro-to-R.html
+## drwx------@ 1 loyalgoff  staff    16K Sep  5 21:17 Module-1---Intro-to-R_files
+## drwx------@ 1 loyalgoff  staff    16K Sep  6 10:27 TemporaryDirectory
+## -rwx------@ 1 loyalgoff  staff   229K Sep  6 10:27 chr01.fsa
+## -rwx------@ 1 loyalgoff  staff    70K Sep  6 10:27 chr01.fsa.gz
+## drwx------@ 1 loyalgoff  staff    16K Sep  2 09:58 data
+## drwx------@ 1 loyalgoff  staff    16K Sep  2 09:27 images
+## -rwx------@ 1 loyalgoff  staff   608B Sep  6 10:15 tail.txt</code></pre>
+<p>The first set of characters in each returned line details the
+permissions of the file. The permissions are assigned based on three
+different ‘levels’ of users, and there are three types of
+permissions:</p>
+<ul>
+<li>‘r’ for read which allows the contents of the file or directory to
+be read or listed</li>
+<li>‘w’ for write which allows the file or directory to be created,
+deleted, or edited</li>
+<li>‘x’ for execute which allows the file to perform commands or
+searching through a directory</li>
+</ul>
+<p><img 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" /></p>
+<p>Specific permissions on a given file are added or removed for each
+‘level’ using chmod</p>
+<pre><code>$ touch testfile  #creates an empty file named testfile
+$ ls -l testfile   #what are the default permissions?
+$ chmod +x testfile ##sets the execute bit for owner, group and world.</code></pre>
+<p>Many times users will run into error messages because they do not
+have appropriate permissions to read, write, or execute a file or
+directory. Keep this in mind for the future if you run into errors! You
+can <code>ls -lh</code> in your current directory to check out your own
+permissions.</p>
+</div>
+</div>
+</div>
+</div>
+<div id="viewing-files" class="section level1">
+<h1>Viewing Files</h1>
+<p>We previously used the command <code>cat</code> too look at the
+contents of small files. However, for large files (like our chromosome
+file with over 3000 lines, commands like <code>cat</code> are not
+particularly useful if we perhaps only need a small subset of that
+information. A few other commands we can use to view file content are
+<code>head</code> and <code>tail</code> which display the first 10 lines
+and the last 10 lines of the file, respectively. If you wish to view
+more, you can use the argument <code>-n</code>, for example,
+<code>head -n 20 &lt;your_file_name&gt;</code> would display the first
+20 lines of your file.</p>
+<pre class="bash"><code>head chr01.fsa</code></pre>
+<pre><code>## &gt;tpg|BK006935.2| [organism=Saccharomyces cerevisiae S288c] [strain=S288c] [moltype=genomic] [chromosome=I] [note=R64-1-1]
+## CCACACCACACCCACACACCCACACACCACACCACACACCACACCACACCCACACACACA
+## CATCCTAACACTACCCTAACACAGCCCTAATCTAACCCTGGCCAACCTGTCTCTCAACTT
+## ACCCTCCATTACCCTGCCTCCACTCGTTACCCTGTCCCATTCAACCATACCACTCCGAAC
+## CACCATCCATCCCTCTACTTACTACCACTCACCCACCGTTACCCTCCAATTACCCATATC
+## CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+## TGTTCTTCTACCCACCATATTGAAACGCTAACAAATGATCGTAAATAACACACACGTGCT
+## TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT
+## TACGTACGCACACGGATGCTACAGTATATACCATCTCAAACTTACCCTACTCTCAGATTC
+## CACTTCACTCCATGGCCCATCTCTCACTGAATCAGTACCAAATGCACTCACATCATTATG</code></pre>
+<pre class="bash"><code>tail -n 20 chr01.fsa</code></pre>
+<pre><code>## AAGACTGGTACCAAAGGTAATGCATCTACCTCCCGTTACTTTTCCGAATCAGACAGTGTT
+## TTGGTCGCACAAGGTGTCTCTGGCGCTGTCGTTGACAAAGGATCCATTAAGAAATTTATT
+## CCGTACTTGTACAATGGATTACAACATTCTTGTCAAGACATCGGCTGTAGGTCGTTAACT
+## TTACTAAAGGAAAATGTCCAAAGCGGTAAAGTTAGATTTGAATTCAGAACCGCTTCTGCT
+## CAACTAGAAGGTGGTGTTAATAACTTACATTCCTACGAAAAACGTTTACATAACTGAATG
+## TTAAATGGGATCATTAATACAATAGTACTGTACGTATGGCACCTGTACATACTGCGTTAT
+## AAATGTACTAATGGAATGATATATTAATATATAGTGTGTTTATACCTTATTATTGATGAT
+## TAGTATATATTTTTATATTTAGGTGATTTTAGTGGAGATTATTTGGTGGTAATTACACTA
+## GTATACATAAAATGGGTAGTGGATATTTGTATAGAAAGGGCATTACGCATGGAGTTAAGA
+## GTATTTACATGATAATTGGGGTTCCGTGATTCATTATAGATAATAAAACGTGGATAATAT
+## TGGGTGTTATAGGTAAATGGGACAGGGTATAGACCGCTGAGGCAAGTGCCGTGTATGGTG
+## ATGTGGTATGGTATCGAGTACCGATGGAGTGAGAGATGGCCTTGGTGTAGAGTATTATGG
+## CGGGTAAGTTAGATGATGTATTGTTTACGTTATATTTGTTTAAATTGGATTTGTTTACAT
+## TAGATTTGTTTACATTTCAATATATCAATGGAGGGTATGTAGCATTATGGTAAGTAGCAC
+## GTGGTAGATGGGGATTGTAGGTGGATGGTAGGATGAGTGGTAGTGAGAGTTGGATAAGAT
+## ATATTGGGCAGGGGATAGATGGTTGTTGGGGTGTGGTGATGGATAGTGAGTGGATAGTGA
+## GTGGATGGATGGTGGAGTGGGGGAATGAGACAGGGCATGGGGTGGTGAGGTAAGTGCCGT
+## GGATTGTGATGATGGAGAGGGAGGGTAGTTGACATGGAGTTAGAATTGGGTCAGTGTTAG
+## TGTTAGTGTTAGTATTAGGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGGTGTGGGTGTG
+## GGTGTGGGTGTGGGTGTGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGTGTGTGTGGG</code></pre>
+<p>You can view the full contents of your file by using either the
+<code>less</code> or <code>more</code> commands. These will function
+differently whether you are using them inside an Rmd notebook/markdown,
+or directly in the terminal. In an Rmd, the entire contents of the file
+will be reported in the results chunk. In the terminal,
+<code>more</code> or <code>less</code> will return a page at a time so
+you can ‘scroll’ through the document.</p>
+<pre class="bash"><code>more chr01.fsa</code></pre>
+<p>Try and switch to the terminal and try <code>less</code> or
+<code>more</code> to view the <code>chr01.fsa</code> file. You can: *
+use up and down arrows to scroll * spacebar scrolls down 1 page at a
+time * hit q to quit</p>
+</div>
+<div id="searching-in-files" class="section level1">
+<h1>Searching in files</h1>
+<p>Rather than scanning through the entire contents lines of a file by
+eye, you can also use the <code>grep</code> command to pull out specific
+words or lines in the case of this chromosome file.</p>
+<pre class="bash"><code>grep &quot;TACCCTACC&quot; chr01.fsa</code></pre>
+<pre><code>## CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+## TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT</code></pre>
+<p>Using the <code>-o</code> argument tells <code>grep</code> to return
+all of the instances of the pattern. We can take that output and ‘pipe’
+it into the input for the <code>wc</code> command to count the number of
+lines (instances) of the pattern in the output of <code>grep</code>.</p>
+<pre class="bash"><code>grep -o &quot;TACCCTACC&quot; chr01.fsa
+
+grep -o &quot;TACCCTACC&quot; chr01.fsa | wc -l
+</code></pre>
+<pre><code>## TACCCTACC
+## TACCCTACC
+## TACCCTACC
+##        3</code></pre>
+<p><code>grep</code> can also utilize wildcards in the search pattern.
+The <code>.</code>wildcard is used for searching for a single character
+substitution in the given pattern. The <code>*</code> wildcard is used
+for searching for any number of character substitutions within the given
+pattern.</p>
+<pre class="bash"><code>grep &quot;TACC.TACC&quot; chr01.fsa
+grep -o &quot;TACC.TACC&quot; chr01.fsa | wc -l</code></pre>
+<pre><code>## CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+## TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT
+## TCAATTTTAGCCGCTTCTTTGGTTAATGCAGGTACCATACCCCTCGGAAAGTTATCTGAC
+##        4</code></pre>
+<pre class="bash"><code>grep &quot;TACC*TACC&quot; chr01.fsa
+grep -o &quot;TACC*TACC&quot; chr01.fsa | wc -l</code></pre>
+<pre><code>## CACCATCCATCCCTCTACTTACTACCACTCACCCACCGTTACCCTCCAATTACCCATATC
+## CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+## TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT
+## TTTGTAGACGGAATAAAGAACTTACCTCCGCCTTTACTACCTCAAGTGATTAATAATCCA
+## TTTGGTTTTGCTTATAGATAGAAAATATAAGAACAAGATATAACGTACTACCAGATAACC
+## TTCAAACCTGCTTAAAAACCTCGACAAACGAGCCCCCAACGTACTACCACAGCAACCACT
+## TAGTTGTCGACTACTACCTCCTCAACCCCAGTTATATCCCTATGACACATTGGAGGATGC
+## TATATGCTGAACTGTTACTACCTTATTTTTTCCGAAATGTTTCTAAAACAAATAAATATT
+## AAACTACGTGTATTTCACCTCTTTCTCGACTTGAACACGTCCAACTCCTTAAGTACTACC
+## ATTACTATATTCTCAACCCGCCGTTTTCCTGCTGTGCGATAATTCTCATTCAATACTACC
+## GAGGCATCATGGTACTACCGTGACGGAGAATACGTAGGCTGACTTTTTCGTCAGTTTGTT
+## CATACTGGAGTACTGATTTATTTGGTTTCTATACTACCCCAACAAACGTAACCCTAGAAA
+## ACATACTACTAGCATCGTCACAACTACTACCGAACTGTGGACTGGTACTTTTACTTCTAC
+## TTTATAACATATAAGAACTACTACCTCATGAATTCTAGTGGATGAAAGAAGCAGCACGAA
+## TTATATAATAACATCCGTATAAGTACATATACTACCATGTCTGTTCTCTACATTGCTTTT
+## TCTACTGTTATGATGGGTGGTATGTTGGCCGGTACTACCGAATCACCAGGTGAATATCTC
+##       17</code></pre>
+</div>
+<div id="pipingredirection" class="section level1">
+<h1>Piping/redirection</h1>
+<p>Most of the commands that we have used thusfar have utilized a single
+command that returned its output to the command line. Perhaps you want
+to save the ouput of your command to a new file, which can be done using
+the redirect <code>&gt;</code> symbol. Here we are taking the last 10
+lines from the <code>chr01.fsa</code> file and writing them to a new
+file which we are calling <code>tail.txt</code></p>
+<pre class="bash"><code>tail -n 10 chr01.fsa &gt; tail.txt</code></pre>
+<p>If you want to use more than one command on a piece of data and don’t
+necessarily want to write the output to a new file every single time, we
+can pipe the commands together using the <code>|</code> symbol (vertial
+bar; usually right above the return key). In this example we are
+printing out the contents of our <code>chr01.fsa</code> file using the
+<code>cat</code> command, passing that output to the <code>head</code>
+command which will only take the first 10 lines, and finally passing
+that output (those first 10 lines only) to the <code>tail</code> command
+which will take the last 5 lines of that input. Essentially what we have
+now done is pulled out lines 5 through 10 of our <code>chr01.fsa</code>
+file.</p>
+<pre class="bash"><code>cat chr01.fsa | head -n 10 | tail -n 5</code></pre>
+<pre><code>## CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+## TGTTCTTCTACCCACCATATTGAAACGCTAACAAATGATCGTAAATAACACACACGTGCT
+## TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT
+## TACGTACGCACACGGATGCTACAGTATATACCATCTCAAACTTACCCTACTCTCAGATTC
+## CACTTCACTCCATGGCCCATCTCTCACTGAATCAGTACCAAATGCACTCACATCATTATG</code></pre>
+</div>
+<div id="bash-scripting" class="section level1">
+<h1>Bash Scripting</h1>
+<p>Often times we will want to write our code into a script. This is
+simply a text file with a series of commands that the computer will
+execute in order. This is useful for several reasons: * Multiple steps
+can be executed in order * You can retain a ‘log’ of what you have
+performed (useful for reproducibility) * You can <em>reuse</em> your
+code and make it flexible against multiple inputs * Adding comments and
+documentation to a script will help you remember what you wrote when you
+revisit it.</p>
+<p>Create a new ‘shell script’ in RStudio as follows:</p>
+<p>File-&gt;New File -&gt; Shell Script</p>
+<p><img src="data:image/png;base64,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" /></p>
+<p>Inside this new text file, write the following and save it as
+‘hiscript.sh’:</p>
+<pre><code>#!/usr/bin/env bash
+
+echo &quot;Hello World!&quot;</code></pre>
+<p>The ‘shebang’ (hash-bang) tells the computer what interpreter to use
+to run this command. It could be bash, as we have here, or perl, python
+etc. After this first line, we place all of the logic and commands of
+our script, here just writing the string “Hello World!” to the
+output.</p>
+<p>Finally, we need to change the permissions on the file. This makes
+the file into an executable program. Here we are adding the ‘execute’
+permission to the file</p>
+<pre class="bash"><code>chmod a+x hiscript.sh</code></pre>
+<p>Now we can run this new script as an executable program</p>
+<pre class="bash"><code>./hiscript.sh</code></pre>
+<div id="variables" class="section level2">
+<h2>Variables</h2>
+<p>We can use variables to store information for use in our script. In
+<code>bash</code>, variables are created during assignment and then
+recalled by prepending with a dollarsign <code>$</code>.</p>
+<pre class="bash"><code>x=1
+echo &quot;$x&quot;
+
+y=2
+echo &quot;$y&quot;
+
+echo &quot;2^$x+4*$y&quot; 
+echo $[ 2^$x+4*$y ] # Evaluate the above expression to return a result
+
+motif=&quot;AGCGATATCGAGC&quot;
+
+echo &quot;My current motif is: $motif&quot;
+</code></pre>
+<pre><code>## 1
+## 2
+## 2^1+4*2
+## 11
+## My current motif is: AGCGATATCGAGC</code></pre>
+<p>Note above that: 1) variables can be used inline to construct and 2)
+wrapping an expression in square brackets $[ ] will tell bash to
+‘evaluate’ the expression and return the result</p>
+</div>
+</div>
+<div id="control-flow-and-looping" class="section level1">
+<h1>Control Flow and Looping</h1>
+<p>In the <code>notebooks/data</code> directory provided with this
+module, we have included a file describing the genes in the hg38 human
+genome. What if we wanted to ask how many genes exist on chromosome
+19?</p>
+<pre class="bash"><code>chrom=&quot;chr19&quot;
+grep $chrom data/hg38genes.txt | wc -l</code></pre>
+<pre><code>##     1676</code></pre>
+<div id="for-loops" class="section level2">
+<h2>For loops</h2>
+<p>If we also wanted to do this for other chromosomes, we could manually
+change the value of <code>$chrom</code>, or we might automate this with
+a <code>for</code> loop.</p>
+<pre class="bash"><code>for chrom in chr11 chr12 chr13 chr14
+  do 
+    echo $chrom
+    grep $chrom data/hg38genes.txt | wc -l
+  done
+  </code></pre>
+<pre><code>## chr11
+##     1520
+## chr12
+##     1244
+## chr13
+##      526
+## chr14
+##      828</code></pre>
+<p>You will notice that a ‘for’ loop in <code>bash</code> takes the
+form:</p>
+<pre><code>for &lt;variable&gt; in &lt;array of values&gt;
+  do
+    &lt;code block to execute for each iteration with new variable value&gt;
+  done</code></pre>
+</div>
+<div id="while-loops" class="section level2">
+<h2>While loops</h2>
+<p><code>while</code> will continue executing the code in the loop as
+long as its condition is true:</p>
+<pre class="bash"><code>VAR=1
+while [ $VAR -lt 5 ]
+do
+    echo &quot;VAR=$VAR&quot;
+    VAR=$[ VAR+1 ]
+done</code></pre>
+<pre><code>## VAR=1
+## VAR=2
+## VAR=3
+## VAR=4</code></pre>
+<p>Reminder that the test evaluation [ ] is actually evaluating the
+expression <code>$VAR -lt 5</code> and in this case returning
+<code>TRUE</code> as long as the value in <code>$VAR</code> is less than
+the integer 5. Possible boolean tests include -eq, -lt, -gt, -le, -ge.
+Strings can be compared with = and != . Lots of other tests are
+possible.</p>
+<p>The above while loop also includes a line inside the loop to
+auto-increment the value of <span class="math inline">\(VAR. If we
+didn&#39;t do that here, then `\)</span>VAR -lt 5` will <em>always</em>
+evaluate to TRUE and this will be an infinite loop. It’s easy to write a
+while loop that never finishes. Remember control-c will kill a
+running/runaway process.</p>
+</div>
+<div id="conditional-tests" class="section level2">
+<h2>Conditional tests</h2>
+<p><code>if-then-else</code>statements are very useful, when you want to
+execute code only if some condition is met. ‘fi’ terminates the if
+statement.</p>
+<pre class="bash"><code>VAR=2
+if [ $VAR -gt 5 ] ; then
+    echo &quot;VAR &gt; 5&quot;
+else
+    echo &quot;VAR &lt;= 5&quot;
+fi</code></pre>
+<pre><code>## VAR &lt;= 5</code></pre>
+<p>additional “else” statements can be added, using elif:</p>
+<pre class="bash"><code>VAR=2
+if [ $VAR -gt 5 ] ; then
+    echo &quot;VAR &gt; 5&quot;
+elif [ $VAR -lt 0 ]; then
+    echo &quot;VAR &lt; 0&quot;
+else
+    echo &quot;0 &lt;= VAR &lt;= 5&quot;
+fi</code></pre>
+<pre><code>## 0 &lt;= VAR &lt;= 5</code></pre>
+</div>
+</div>
+<div id="passing-arguments-to-a-script" class="section level1">
+<h1>Passing arguments to a script</h1>
+<p>When you write code and save it as a bash script, you can increase
+the flexibility and reusability of this code by passing arguments (think
+of <code>ls -lh</code> where the <code>-lh</code> are arguments that
+change the functionality of the program and the composition of the
+output). In <code>bash</code> there are several ‘default’ variables that
+are instantiated when you run a script to help capture passed
+arguments.</p>
+<p>Create a new shell script called <code>args.sh</code> and place the
+following code inside, save, and change permissions to execute the
+file</p>
+<pre class="bash"><code>#!/usr/bin/env bash
+
+echo &quot;the first argument is $1.&quot;
+echo &quot;the second argument is $2.&quot;
+echo &quot;the number of arguments is $#.&quot;
+echo &quot;the name of the program is $0.&quot;
+echo &quot;\$@ is a variable with all arguments: $@&quot;</code></pre>
+<p>Now run your new script.</p>
+<pre class="bash"><code>./args.sh argument1 arg2 another argument</code></pre>
+<p>The <code>$1, $2, $3, ...</code> variables capture, respectively, the
+first, second, and third argument passed to <code>args.sh</code>.</p>
+<div id="exercise" class="section level4">
+<h4>Exercise:</h4>
+<ol style="list-style-type: decimal">
+<li>Create a bash script that takes two arguments: a string, and an
+integer. The output of the script should be to repeat the input string
+as many times as indicated by the second argument.</li>
+</ol>
+</div>
+</div>
+<div id="cut-sort-uniq" class="section level1">
+<h1>cut | sort | uniq</h1>
+<div id="cut---remove-sections-from-each-line-of-files" class="section level2">
+<h2><code>cut</code> - remove sections from each line of files</h2>
+<p>Cut can grab columns of data from a delimited (in this case
+tab-delimited)</p>
+<pre class="bash"><code>cut -f1 data/hg38genes.txt | head</code></pre>
+<pre><code>## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1</code></pre>
+<pre class="bash"><code>cut -f2,3 data/hg38genes.txt | head</code></pre>
+<pre><code>## 11874    14409
+## 14362    29370
+## 17369    17436
+## 30366    30503
+## 34611    36081
+## 69091    70008
+## 134773   140566
+## 450740   451678
+## 490756   495445
+## 632325   632413</code></pre>
+</div>
+<div id="sort---sort-or-merge-records-lines-of-text-and-binary-files" class="section level2">
+<h2><code>sort</code> - sort or merge records (lines) of text and binary
+files</h2>
+<p>We can combine the power of <code>cut</code> with another
+command-line tool, <code>sort</code> by using the pipe (<code>|</code>)
+operator.</p>
+<pre class="bash"><code># sort all chromosomes
+cut -f1 data/hg38genes.txt | sort | head</code></pre>
+<pre><code>## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1
+## chr1</code></pre>
+<pre class="bash"><code># sort all start positions
+cut -f2 data/hg38genes.txt | sort | head</code></pre>
+<pre><code>## 100015572
+## 100019382
+## 100023982
+## 100028455
+## 100038114
+## 100042308
+## 1000438
+## 100049767
+## 100063847
+## 10006418</code></pre>
+<p>Note that the default sorting is ‘alphanumeric’ instead of numeric
+for these integers. Looking at the <code>man sort</code> tells us that
+we need to use the argument <code>-n</code> to sort numerically</p>
+<pre class="bash"><code>cut -f2 data/hg38genes.txt | sort -n | head</code></pre>
+<pre><code>## 11555
+## 11874
+## 11987
+## 14362
+## 14477
+## 14511
+## 17369
+## 30144
+## 30366
+## 34394</code></pre>
+</div>
+<div id="uniq---report-or-filter-out-repeated-lines-in-a-file" class="section level2">
+<h2><code>uniq</code> - report or filter out repeated lines in a
+file</h2>
+<p>As it’s name implies, <code>uniq</code> will take the input provided
+and collapse it to the unique set of rows. When combined with
+<code>cut</code> and <code>sort</code> this can be a very handy set of
+tools for summarizing tabular data in files.</p>
+<pre class="bash"><code>#Find unique chromosome names
+cut -f1 data/hg38genes.txt | sort | uniq </code></pre>
+<pre><code>## chr1
+## chr10
+## chr11
+## chr12
+## chr13
+## chr14
+## chr15
+## chr16
+## chr17
+## chr18
+## chr19
+## chr2
+## chr20
+## chr21
+## chr22
+## chr23
+## chr24
+## chr3
+## chr4
+## chr5
+## chr6
+## chr7
+## chr8
+## chr9</code></pre>
+<p>What if we added the argument <code>-c</code> to <code>uniq</code>?
+(hint: <code>man uniq</code> for answer)</p>
+<div id="exercises" class="section level4">
+<h4>Exercises:</h4>
+<p>Using the combination of <code>cut | sort | uniq</code>, find:</p>
+<ol style="list-style-type: decimal">
+<li><p>How many genes are on each strand (‘+’, ‘-’) in the file
+hg38genes.txt?</p></li>
+<li><p>How many genes are on each strand, for each chromosome?</p></li>
+</ol>
+</div>
+</div>
+<div id="end-of-module-component" class="section level2">
+<h2>End of Module component</h2>
+<p><em><strong>You made it through this intro! Great
+job!</strong></em></p>
+<p>Let the instructors and/or TAs know if you have any questions and we
+will expand upon these lessons as needed in class. We will use the
+command line often throughout this course, and you will have many more
+opportunities to familiarize yourself with this interface, and how we
+use the command line to run individual tools/components of many
+bioinformatics &amp; computational biology pipelines and to string
+together inputs and outputs of different programs.</p>
+</div>
+</div>
+<div id="session-information" class="section level1">
+<h1>Session Information</h1>
+<pre class="r"><code>sessionInfo()</code></pre>
+<pre><code>## R version 4.0.4 (2021-02-15)
+## Platform: x86_64-apple-darwin17.0 (64-bit)
+## Running under: macOS Big Sur 10.16
+## 
+## Matrix products: default
+## BLAS:   /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRblas.dylib
+## LAPACK: /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRlapack.dylib
+## 
+## locale:
+## [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
+## 
+## attached base packages:
+## [1] stats     graphics  grDevices utils     datasets  methods   base     
+## 
+## loaded via a namespace (and not attached):
+##  [1] digest_0.6.29   R6_2.5.1        jsonlite_1.8.0  magrittr_2.0.3 
+##  [5] evaluate_0.15   stringi_1.7.6   rlang_1.0.2     cli_3.2.0      
+##  [9] rstudioapi_0.13 jquerylib_0.1.4 bslib_0.3.1     rmarkdown_2.13 
+## [13] tools_4.0.4     stringr_1.4.0   xfun_0.30       yaml_2.3.5     
+## [17] fastmap_1.1.0   compiler_4.0.4  htmltools_0.5.2 knitr_1.38     
+## [21] sass_0.4.1</code></pre>
+</div>
+
+
+
+</div>
+</div>
+
+</div>
+
+<script>
+
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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: normal;
+font-weight: 400;
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MyFhUUBiMiJhE0MzIVFAYjIiaYPTk6QUI5M0N2e0I5M0NqQ0VFQ0FGPwO7h4dBRj8AAgA//vgBhQRkAAgAEgAiQBABDQ0FCQkUEwsQT1kLEAUAAC/NPysREgE5ETMzETMxMCUXBgIHIzYSNwM0MzIVFAYjIiYBXg8aYjV9G0ENFXd7Qjk6Pe4XZP73cmgBMlwC74eHQUZGAAABAGgA8gQpBNkABgAVQAkEAAUBBAcIAwAALy8REgEXOTEwJQE1ARUBAQQp/D8DwfzyAw7yAaZiAd+V/o3+uAAAAgB3AcEEGQPjAAMABwAqQBUHAgQAAgAJCAQFUFkEAQBQWQ8BAQEAL10rABgvKxESATk5ETMRMzEwEzUhFQE1IRV3A6L8XgOiA1qJif5niYkAAAEAaADyBCkE2QAGABVACQUBAgAEBwgGAwAvLxESARc5MTATAQE1ARUBaAMP/PEDwfw/AYkBRgF1lf4hYv5aAAACABv/4wM5BcsAGwAmADlAHSEcGwAHExMAHA4EJygAACQQJB5PWSQWEApJWRAEAD8rABg/KxESADkYLxESARc5ETMRMxEzMTABNTQ2NzY2NTQmIyIGByc2MzIWFRQGBgcGBhUVAzQzMhYVFAYjIiYBIUhiiEeDe0+WYTu9zr/UJ0x+ZUGyeDo/QDk0RAGTNnWXVHN0UmZvJTGHY7yrSW9jblZyXyH+14hGQkBHPwACAHn/Rga4BbQANQA/AEVAIiMuNg47BxQbAAApFA4uBUBBGDg4BD0IEQsRCxErHzIDJisALzM/MxI5OS8vEjkyMzMRMxESARc5ETMRMzMRMxEzMTABFAYGIyImJyMGBiMiJjU0NjMyFhcDFRQzMjY1NAIkIyIEAhUQACEyNxUGIyAAERASJCEyBBIBFDMyExMmIyIGBrhYoGhWdgsIKJVmlqnswESsRRmFW3KU/u+x3/62rgFCAS/S4sD0/pX+b9YBjAEA1wFPt/v2w88SDkhVgpMC2Y7sgmhRV2LNsMz/GRb+Khay16y1ARCTuf6p4f7P/rhWhVQBjwFmAQQBlt+1/rP+pP4BOQEFFLQAAgAAAAAFEAW8AAcADgA5QB4CDgsIAQUAAwAHAwQHBBAPDgJJWQsFDg4EBQMABBIAPzM/EjkvEjkrERIBOTkRMxEzERIXOTEwIQMhAyMBMwEBAyYnBgcDBGC2/ba0rAJCjwI//mWqISMWKawB0f4vBbz6RAJqAcVWfWBz/jsAAwDJAAAEvgW2AA4AFwAgAElAJhMEHQoPGRkOCgQHDgQhIggPGA8YSlkPDw4ADhlKWQ4SABdKWQADAD8rABg/KxESADkYLysREgA5ERIBFzkRMxEzETMRMzEwEyEgBBUUBgcVBBEUBCMhEyEyNjU0JiMjEREhMjY1NCYjyQGdASMBBJGLAU3+9+7+AqoBGLSesMD6ATGxs7e7BbauvIKpGQo5/tvE3ANEcYZ7bf2R/d2JkoiAAAABAH3/7ATPBcsAFgAmQBQDDhQJDgMXGBIASVkSBAsGSVkLEwA/KwAYPysREgEXOREzMTABIgAREAAzMjcVBiMgABE0EiQzMhcHJgM78f7pAQ35mcSY3/69/qGpAT/Y5qxIpgUz/r/+6f7h/sc3lTkBiAFp4gFUuFSSTgAAAgDJAAAFWAW2AAgAEQAoQBQOBAkABAASEwUNSlkFAwQOSlkEEgA/KwAYPysREgE5OREzETMxMAEQACEhESEgAAMQACEjETMgAAVY/nf+j/5rAcABVQF6tP7h/uX3zwEwATIC6f6W/oEFtv6G/qcBHgEi+3ABKwAAAQDJAAAD+AW2AAsAOkAfBgoKAQQACAEEDA0GCUlZBgYBAgIFSVkCAwEKSVkBEgA/KwAYPysREgA5GC8rERIBFzkRMxEzMTAhIREhFSERIRUhESED+PzRAy/9ewJe/aIChQW2l/4plv3mAAEAyQAAA/gFtgAJADJAGgYAAAEDCAEDCgsGCUlZBgYBAgIFSVkCAwESAD8/KxESADkYLysREgEXOREzETMxMCEjESEVIREhFSEBc6oDL/17Al79ogW2l/3plwAAAQB9/+wFPQXLABsAOkAfFAgZAgIOGwgEHB0AG0lZAAAFDAwRSVkMBAUXSVkFEwA/KwAYPysREgA5GC8rERIBFzkRMxEzMTABIREGBiMgABE0EiQzMhcHJiMgABEQACEyNxEhA0wB8XTwnv60/o63AVjn6spCxrf+9f7UASEBGJiR/rkC/v05JSYBiwFk5AFXtVaWVP7C/ub+2P7OIwHCAAEAyQAABR8FtgALADNAGQkBAQAIBAQFAAUNDAgDSVkICAUKBgMBBRIAPzM/MxI5LysREgE5OREzETMRMxEzMTAhIxEhESMRMxEhETMFH6r8/qqqAwKqArD9UAW2/ZICbgAAAf9g/n8BaAW2AA0AHUANCwgIDg8JAwAFSVkAIgA/KwAYPxESATkRMzEwAyInNRYzMjY1ETMRFAYMXjZHTWNnqsD+fxuRFHhxBbb6WL7RAAABAMkAAATpBbYACwAqQBUIBAQFBQILCgAFDQwCCAUJBgMBBRIAPzM/MxI5ORESARc5ETMRMzEwISMBBxEjETMRATMBBOnI/euZqqoCl8n9tALFiP3DBbb9KwLV/YUAAQDJAAAD+AW2AAUAH0AOAwAABAYHAQMAA0lZABIAPysAGD8REgE5OREzMTAzETMRIRXJqgKFBbb65JoAAQDJAAAGcQW2ABMAMkAYCAUFBgsODg0GDRQVAQoRAwYLBwMOAAYSAD8zMz8zEhc5ERIBOTkRMxEzETMRMzEwIQEjFhURIxEhATMBMxEjETQ3IwEDUP4QCA6dAQABzwgB0/6qDgj+DAUQmtT8XgW2+0oEtvpKA66ivvryAAEAyQAABT8FtgAQAC5AFQkGBgcBDw8ABwAREgsDBw8IAwEHEgA/Mz8zEjk5ERIBOTkRMxEzETMRMzEwISMBIxYVESMRMwEzJgI3ETMFP8L84QgQncADHQgCDgKfBMvYtPzBBbb7OhsBJT8DRwAAAgB9/+wFvgXNAAsAFwAoQBQSAAwGAAYZGAkVSVkJBAMPSVkDEwA/KwAYPysREgE5OREzETMxMAEQACEgABEQACEgAAEQEjMyEhEQAiMiAgW+/p3+xP69/qEBYAFEATsBYvtz/fHz+Pfy8/0C3f6h/m4BiwFoAWUBif5w/qD+1/7NATIBKgEnATH+zQACAMkAAARoBbYACQASADRAGgoFBQYOAAYAExQKBEpZCgoGBwcSSlkHAwYSAD8/KxESADkYLysREgE5OREzETMRMzEwARQEISMRIxEhIAEzMjY1NCYjIwRo/tH+5qyqAXsCJP0LmeLKvsm+BAze7/3BBbb9G5KhkY4AAAIAff6kBb4FzQAPABsANEAbEAoWAAAEAwoEHB0DDQcNGUlZDQQHE0lZBQcTAD/GKwAYPysREgA5ERIBFzkRMxEzMTABEAIHASMBByAAERAAISAAARASMzISERACIyICBb7izgFc9/7jN/69/qEBYAFEATsBYvtz/fHz+Pfy8/0C3f7n/oxC/pYBSgIBiwFoAWUBif5w/qD+1/7NATIBKgEnATH+zQACAMkAAATPBbYADAAVAEhAJQ0BAQIMCREHCwoKBwkCBBYXCQ0ADQBKWQ0NAgMDFUlZAwMLAhIAPzM/KxESADkYLysREgA5ERIBFzkRMxEzETMRMxEzMTABESMRISAEFRAFASMBJTMyNjU0JiMjAXOqAZEBDQEB/toBjcn+nv7P6bSoq73dAmD9oAW2zs/+3mb9bwJgko+PkYAAAQBq/+wEAgXLACQANEAbHhMMAAAYEwUEJSYMHgMWFhtJWRYEAwlJWQMTAD8rABg/KxESADk5ERIBFzkRMxEzMTABFAQjICc1FhYzMjY1NCYmJyYmNTQ2MzIXByYjIgYVFBYWFxYWBAL+6PD+/Ixa1GiqrD2Pksyv/tHatzW1q4eYOIWJ5q0BhcHYQ6QmLIFzTGFSNEnIoanIUJRMdGdMYVExUrwAAAEAEgAABFoFtgAHACRAEgABBQEDAwgJBwMEA0lZBAMBEgA/PysRADMREgEXOREzMTAhIxEhNSEVIQKLqv4xBEj+MQUfl5cAAAEAuv/sBRkFtgARACVAERABCgcBBxMSEQgDBA1JWQQTAD8rABg/MxESATk5ETMRMzEwAREUACEgADURMxEUFjMyNjURBRn+0v74/vj+36rIwrnIBbb8Tvr+4gEg/AOu/Ea3xMW4A7gAAQAAAAAEwwW2AAoAGkALAQQMCwgDAAQDAxIAPz8zEjkREgE5OTEwATMBIwEzARYXNjcEDLf98aj99LQBUDoiJDoFtvpKBbb8TqOaoqEAAQAbAAAHTAW2ABkAJEAQGQobGhUODgUJGBEKAwEJEgA/Mz8zMxI5OREzERIBOTkxMCEjASYmJwYHASMBMxMWFzY3ATMBFhc2NxMzBcWo/tkVNAEWMP7iqP57tOcwFhs1AQa0ARMwIRM15rQD00HGFISd/DMFtvx5vpq3rwN5/H+bw47MA4UAAAEACAAABJYFtgALACNAEgQGBQsKAAYNDAIIBAkGAwEEEgA/Mz8zEjk5ERIBFzkxMCEjAQEjAQEzAQEzAQSWwf53/nC0Aeb+O7wBawFutf47AoP9fQL8Arr9vQJD/UwAAAEAAAAABHsFtgAIACBADwQFAgUHAwkKAAUBBwMFEgA/PzMSORESARc5ETMxMAEBMwERIxEBMwI9AYa4/his/hm6AtsC2/yB/ckCLwOHAAEAUgAABD8FtgAJACtAFwgBAwcABwQBBAoLBQRJWQUDAQhJWQESAD8rABg/KxESARc5ETMRMzEwISE1ASE1IRUBIQQ//BMDCP0QA7/8+AMehQSYmYX7aQABAKb+vAJvBbYABwAgQA4GAQQAAQAICQUCAwYBJwA/Mz8zERIBOTkRMxEzMTABIREhFSERIQJv/jcByf7fASH+vAb6jfohAAABABcAAALdBbYAAwATtwMBBAUDAwISAD8/ERIBOTkxMBMBIwG6AiOm/eAFtvpKBbYAAAEAM/68AfwFtgAHACBADgMAAQYABggJAAcnAwQDAD8zPzMREgE5OREzETMxMBchESE1IREhMwEh/t8Byf43tgXfjfkGAAABADECJwQjBcEABgAYQAkAAwcIBQIABAIALy8zEjkREgE5OTEwEwEzASMBATEBsmMB3Zj+jP6yAicDmvxmAun9FwAB//z+xQOa/0gAAwARtQAFAQQBAgAvMxEBMxEzMTABITUhA5r8YgOe/sWDAAEBiQTZAxIGIQAJABO2AAQLCgaAAQAvGs0REgE5OTEwASMmJic1MxYWFwMSbkGyKMsgciwE2TTAPxVFtTUAAgBe/+wDzQRaABkAJABHQCUiCAseHhkZEggDJSYBAgseR1kCCwsAFRUPRlkVEAUaRlkFFgAVAD8/KwAYPysREgA5GC85KxEAMxESARc5ETMRMxEzMTAhJyMGBiMiJjUQJTc1NCYjIgcnNjYzMhYVESUyNjU1BwYGFRQWA1IhCFKjeqO5AhO6b3qJrTNRwWHEvf4Om7Gmxq9tnGdJqJsBTBAGRIF7VH8sMq7A/RR1qpljBwdtc1peAAIAsP/sBHUGFAATAB8AREAiChcXDw8MHQMMAyAhDQAMFRIRChEGAAYaRlkGFgAURlkAEAA/KwAYPysREgA5OREzGD8/ERIBOTkRMxEzETMRMzEwATISERACIyImJyMHIxEzERQHMzYXIgYVFBYzMjY1NCYCrtjv8dZrsTwMI3emCAh0zKqWmqqZlpYEWv7Z/vL+8v7VT1KNBhT+hn9lpIvD5+fH39HW0gAAAQBz/+wDiwRcABYAJkAUDwMDFQkDGBcGDUZZBhAAEkZZABYAPysAGD8rERIBFzkRMzEwBSIAERAAMzIWFwcmJiMgERQWMzI3FQYCZu7++wEJ9U+eLTM3gjL+sqOgiZBuFAElAQwBEwEsIheNFh3+VsrYO5M5AAIAc//sBDcGFAASAB8AQkAhHQYXAA4OEQYRICESFQ8AAAEBDAMJCRpGWQkQAxNGWQMWAD8rABg/KxESADk5ETMYPz8REgE5OREzETMzETMxMCUjBiMiAhEQEjMyFzMnJxEzESMlMjY1NTQmIyIGFRQWA5oJc+XX7/DW33cNBwSmh/6eqpmbqpKbmpOnASYBDwEPASyiT00Bvvnsd7nOI+nH48/S1gACAHP/7AQSBFwAEwAaADtAHxgKFwsDAxEKAxwbFwtGWRcXAAYGFEZZBhAADkZZABYAPysAGD8rERIAORgvKxESARc5ETMzETMxMAUiABEQADMyEhUVIRYWMzI3FQYGAyIGByE0JgJ/8/7nAQXczvD9DQW5qLGtWJ2chJ0OAj2MFAEoAQcBCQE4/vHeacHISpQmIQPlrJidpwAAAQAdAAADDgYfABQAOUAdFAwMEwICBwMFAxUWCg9GWQoAAQUHBUZZEwcPAxUAPz8zKxEAMxg/KxESATk5ETMzETMzEjkxMAEhESMRIzU3NRAhMhcHJiMiBhUVIQKe/ummxMQBYVd1K2BEXloBFwPH/DkDx0s8PQGUI4UffYpHAAADACf+FAQxBFwAKgA3AEEAbkA+Kxk4JQwfPQUxEwETBQIqIhwfJRkKQkMcDzUPNUZZCDtHWQoiCCoPCA8IFioqAkdZKg8oP0dZKBAWLkdZFhsAPysAGD8rABg/KxESADk5GC8vERI5OSsrERIAORESARc5ETMRMxEzETMRMzEwARUHFhYVFAYjIicGFRQWMzMyFhUUBCEiJjU0NjcmJjU0NjcmJjU0NjMyFwEUFjMyNjU0JiMjIgYTFBYzMjU0IyIGBDHLHCzcwDErakpawrK//tz+6NfpgHQqOUBFVWvYxlZF/hGWjNHJbpjHcX5agnTz9nV+BEhpGCNxR6HACDhVLSuWj7a/oJJkkhoTUDU8WiojqGy0wxT7AFlcfWtZRWwDPHN27Pd+AAEAsAAABEQGFAAWADNAGQ4MCAgJABYJFhcYDgkSEgRGWRIQCgAACRUAPzM/PysREgA5ERIBOTkRMxEzETMzMTAhETQmIyIGFREjETMRFAczNjYzMhYVEQOeeoKtn6amCAoxtXTJyQLFhoS81v3DBhT+KVU4T1u/0P01AAACAKIAAAFmBd8AAwAPACNAEQoAAAQBARARDQdIWQ0CDwEVAD8/zisREgE5ETMzETMxMCEjETMDNDYzMhYVFAYjIiYBVqamtDgqKDo6KCo4BEgBKTk1Njg4NzcAAAL/kf4UAWYF3wAMABgALEAWEwsLDQgIGRoWEEhZFkAJDwAFRlkAGwA/KwAYPxrOKxESATkRMzMRMzEwEyInNRYzMjY1ETMREAM0NjMyFhUUBiMiJitfO0VDTkmmtDgqKDo6KCo4/hQZhxRVVwT8+xD+vAddOTU2ODg3NwABALAAAAQdBhQAEAA2QBsQDgoKCwsIBgQFCAQREgwAABAQCAgDBwsVAw8APz8zEjkvOREzPxESARc5ETkRMxEzMzEwATY3ATMBASMBBxEjETMRFAcBVCtYAWLF/kQB28n+fX2kpAgCMT1jAXf+Lf2LAgZs/mYGFPzHN3MAAQCwAAABVgYUAAMAFkAJAAEBBAUCAAEVAD8/ERIBOREzMTAhIxEzAVampgYUAAEAsAAABssEXAAjAEZAIxURERIICQAjCRIjAyQlHBYVFRIZBA0ZDUZZHxkQEw8JABIVAD8zMz8/MysRADMREjkYLzMzERIBFzkRMxEzETMRMzEwIRE0JiMiBhURIxE0JiMiBhURIxEzFzM2NjMgFzM2NjMyFhURBiVwdpuUpnB3nJGmhxsIL6tqAQFPCDG6d7q5AsmDg7K5/ZwCyYODu9X9wQRIllBaulZkv9L9NQAAAQCwAAAERARcABQAMUAYABQMCAgJFAkWFQwJEBAERlkQEAoPAAkVAD8zPz8rERIAORESATk5ETMRMxEzMTAhETQmIyIGFREjETMXMzY2MzIWFREDnnqCrKCmhxsIM7hxxsgCxYaEutb9wQRIllFZv9L9NQACAHP/7ARiBFwADAAYAChAFBMADQcABxoZChZGWQoQAxBGWQMWAD8rABg/KxESATk5ETMRMzEwARAAIyImAjUQADMyAAEUFjMyNjU0JiMiBgRi/vLuk+R8AQzu5gEP/L2oo6OpqaWjpgIl/vT+04oBAq0BDAEr/s7++9Lc29PR2dYAAgCw/hQEdQRcABQAIQA/QCAZCwQHBwgfEggSIiMECwAPDxVGWQ8QCQ8IGwAcRlkAFgA/KwAYPz8/KxESADk5ERIBOTkRMxEzETMzMzEwBSImJyMWFREjETMXMzY2MzISERACAyIGBxUUFjMyNjU0JgKua7E8DAymhxcIQKpu2u3x7qiWApqqjqGhFE9SYFb+PQY0llpQ/tb+8/7y/tUD47rLJefH5srN2wACAHP+FAQ3BFwADAAfAERAIgoQHRYDGhoZEBkgIRobFw8dHh4WDRMTB0ZZExANAEZZDRYAPysAGD8rERIAOTkRMxg/PxESATk5ETMRMzMzETMxMCUyNjc1NCYjIgYVFBYXIgIREBIzMhczNzMRIxE0NyMGAk6mmAWcqZKbmX3U7vDW4XkJGIOmCw1zd7LTJebK48/P2YsBKgELAQ0BLqqW+cwB1WRGpwABALAAAAMnBFwAEAAqQBQNCQkKCgIREgsPDQAKFQAFRlkAEAA/KwAYPxI5PxESATk5ETMRMzEwATIXByYjIgYVESMRMxczNjYCpEk6F0Q0hb2miRMIPawEXAyaD9ih/bQESMtrdAABAGr/7ANzBFwAJAA2QBweEwwAABgFEwQlJgweAxYWG0ZZFhAGAwlGWQMWAD8rABgvPysREgA5ORESARc5ETMRMzEwARQGIyInNRYWMzI2NTQmJy4CNTQ2MzIXByYjIgYVFBYWFxYWA3Pkztp6T7VUgoxvoZmBP9q+sak7pYZ2eC1kjsOJASuZpkWaKC5TVUBbPjlVbEuGm0iHREpBLD44NUeQAAEAH//sAqgFRgAWADRAGxAUFAkLCRIDBBgXChMQE0dZDkAQDwcARlkHFgA/KwAYPxrNKxEAMxESARc5ETMRMzEwJTI2NxUGBiMgEREjNTc3MxUhFSERFBYCEixSGBtpKv7CnZ1GYAE+/sJedQ0Hfw0RAU8CjFBF6v6B/XtjagAAAQCk/+wEOQRIABQANEAZARMHDAwKEwoVFgwNDRAIFA8QBEZZEBYLFQA/PysAGD8zEjkRMxESATk5ETMRMxEzMTABERQWMzI2NREzESMnIwYGIyImNREBTHqCrJ+miRgJM7V0yMcESP05hoS81QJA+7iTUVa+0QLNAAABAAAAAAQCBEgACwAYQAoBCgwNBQkBDwAVAD8/MzkREgE5OTEwIQEzExYXMzYSEzMBAaD+YLLsUA4IC3XMsv5gBEj9duRENQFNAjD7uAABABcAAAYjBEgAHAAsQBQJGx0eFxYODQMEDQQIGhIJDwAIFQA/Mz8zMxI5OREzETMzMxESATk5MTAhAyYnIwYHAyMBMxISFzM2NjcTMxMWFzM2NhMzAQQvyRM0CCgez8D+1a5qbwgICzESybTEOBQIBCO/rP7RAoM70a9f/X8ESP5j/lBLObU1AnX9i6x1JJYC3Pu4AAABACcAAAQIBEgACwAiQBEHBQYAAQUMDQkDAQgLFQQBDwA/Mz8zEjk5ERIBFzkxMAEBMwEBMwEBIwEBIwG4/oO9ASEBILv+gwGRvP7N/sq8AjECF/5cAaT96f3PAbz+RAABAAL+FAQGBEgAFQAkQBIJDwADFhcEDQANEkZZDRsIAA8APzI/KxESADkREgEXOTEwEzMTFhczNjYTMwEGBiMiJzUWMzI3NwKy8E8TCA1T5rL+KUa7iExKN0SrST0ESP2P1l8z9wJ8+yC5mxGFDMCcAAABAFIAAANtBEgACQArQBcIAQMHAAcEAQQKCwUER1kFDwEIR1kBFQA/KwAYPysREgEXOREzETMxMCEhNQEhNSEVASEDbfzlAlb9zwLn/bICXXEDVoGB/LoAAQA9/rwCwQW2ABwALEAVGRoaCxcAAA8HFAMDBwsDHR4TAwQnAD8/ERIBFzkRMxEzMxEzETMRMzEwJRQWFxUmJjURNCYjNTY2NRE0NjMVBhURFAcVFhUB23VxvtB+eIJ02Lbm398MZlwCjAKqmgEvaFmNAlxgATKbrIsGwf7Z1ycMJ9cAAQHu/hACewYUAAMAFkAJAgMDBAUDGwAAAD8/ERIBOREzMTABMxEjAe6NjQYU9/wAAQBI/rwCywW2AB0ALEAVFQUKEhICGQAdHQ4OGQUDHh8VJwYDAD8/ERIBFzkRMxEzETMzETMRMzEwASY1ETQnNTIWFREUFhcVIgYVERQGBzU2NjURNDY3Agrf47jTdoJ6fs2+b3RucQI/J9cBJ8EGi66Z/s5hWwKNWWj+0ZmrAowCXGYBKXJ4FAAAAQBoAlAEKQNUABcAJEARAw8YGRIMUFkDEg8GBgBQWQYALysAEBjEL8QrERIBOTkxMAEiBgc1NjMyFhcWFjMyNjcVBiMiJicmJgFSNX82ZJBEcVlCYi82gDZmjkh+SEtaAslDNpdtHCYcG0A5lm4hICAYAAACAJj+iwGJBF4AAwAOACtAFAIEBAMJCQ8QAAADDAwGT1kMEAMiAD8/KxESADkYLxESATkRMzMRMzEwEzMTIxMUIyImNTQ2MzIW22kzz+F5PDw/OTNGAqz73wVMh0dAP0hAAAEAvv/sA9sFywAbAD5AHhYIDQMDCgQAEBAECAMcHRkFAhMKDQINAg0ECwcEGQA/PxI5OS8vETMzETMzERIBFzkRMxEzMxEzETMxMCUGBxUjNSYCNRAlNTMVFhYXByYjIgYVFBYzMjcDy2mThcvBAYyHS44xMYVtrKKfp42O8DYGyM4gARH6Afw+rKQDIReMM9PZ1Ms7AAEAPwAABEQFyQAdAEhAJhgTCQ0NGhYRAgsWEwUeHwwYGRhOWQkZGRMAExBMWRMYAAVLWQAHAD8rABg/KxESADkYLzMrEQAzERIBFzkRMzMRMxEzMTABMhcHJiMiBhURIRUhFRQGByEVITU2NTUjNTMRNDYCqr6qPZqPe30Bpv5aQUoDG/v7zcbG4AXJVIVNfIz+2X/dZIgsmo0v9N9/ATyyzQAAAgB7AQYEFwSgABsAJwAgQA0cACIOAA4oKR8VFSUHAC8zMy8zERIBOTkRMxEzMTATNDcnNxc2MzIXNxcHFhUUBxcHJwYjIicHJzcmNxQWMzI2NTQmIyIGuEqHXodogn9miV+GSkqDXIlmf4Zkh1yFSoGddHSeoHJ0nQLTemuMXIVJSYVcinF2g2eHXIVHSYVciGt8cKCfcXKipAAAAQAfAAAEcQW2ABYAVkAuEg4HCwsQDAUJAgkDDBQOFQcXGAoODgcPBhISAwATFQ8THxMCDxMPEwwBFQYMGAA/PzMSOTkvL10REjkyMhEzETMzETMREgEXOREzETMzETMRMzEwAQEzASEVIRUhFSERIxEhNSE1ITUhATMCSAF7rv5gAQb+wwE9/sOk/sQBPP7EAQD+ZbIC3wLX/P5/qn/+9AEMf6p/AwIAAgHu/hACewYUAAMABwAkQBACBgYDBwcICQQDBAMHGwAAAD8/OTkvLxESATkRMzMRMzEwATMRIxEzESMB7o2NjY0GFPz4/g389wACAHv/+AOWBh0AMQA9AENAJjIAEwYqHjgZGR4MBgAjBj4/FQM7NhwtBiEJISdHWSEVCRBHWQkAAD8rABg/KxESABc5ERIBFzkRMxEzETMRMzEwEzQ2NyYmNTQ2MzIWFwcmJiMiBhUUFhcWFhUUBgcWFRQGIyInNRYWMzI2NTQmJicuAjcUFhcXNjU0JicGBotWTkpUz8Ven2E1YodMdHR7mrqWUkqZ6tTagE7CUoaNMGxzjoZCkoSnMYmTuURVAylWiSUob1V5ix0ngycbO0A8VDdEl2tajSlRkoyZQZQlLUxHLjo6KzRacmJNaT0TUG9TcDkTZAACATUFDgNoBdMACwAXAB5ADAYADBIAEhgZDwMVCQAvM80yERIBOTkRMxEzMTABNDYzMhYVFAYjIiYlNDYzMhYVFAYjIiYBNTUlJjc3JiU1AX01JSU3NyUlNQVxNC4uNDIxMTI0Li40MjExAAADAGT/7AZEBcsAFgAmADYARkAnJxcDDy8fHxQJDxcFNzgGDAASDwwfDAIAEhASAgwSDBIbKyMTMxsEAD8zPzMSOTkvL11dETMRMxESARc5ETMRMxEzMTABIgYVFBYzMjcVBgYjIiY1NDYzMhcHJgE0EiQzMgQSFRQCBCMiJAI3FBIEMzIkEjU0AiQjIgQCA319h3+DVn0wZUbC0N2/gHY6bPyXyAFeysgBXsrC/qLQz/6iw2muAS2srgEqr67+17Cu/tavBCOumqiiLXwUHPHY0fY8djP+uMgBXsrI/qLKxf6m0M8BWsat/tOtrgEpsK4BKq+u/tcAAAIARgMUAnEFxwAWAB8AN0AcFwYbCgEBFhYQBgMgIRwKChIZFgADEAMCAw0SHwA/M9RdxDMSOS8zERIBFzkRMxEzMxEzMTABJwYjIiY1NDY3NzU0IyIHJzYzMhYVESUUMzI1NQcGBgIUGFyMX2+apXWUZGgrcoWCif5QcMlicGcDIVRhY2ZmaQYEJ4UzYDhpef48vGS0MQQEOQACAFIAdQOqA74ABgANAClAEwMGCg0CBAsJCQQNBgQODwwFCAEALzMvMxESARc5ETMRMxEzETMxMBMBFwEBBwElARcBAQcBUgFWd/7fASF3/qoBiwFYdf7hAR91/qgCJwGXRf6i/qFHAZcbAZdF/qL+oUcBlwAAAQBoAQgEKQMXAAUAG0AMAgEEAQYHBQRQWQUCAC8vKxESATk5ETMxMAERIxEhNQQpifzIAxf98QGFigD//wBUAdkCPwJxAgYAEAAAAAQAZP/sBkQFywAIABYAJgA2AF1AMycXABEREgQJLx8fDQkMEhcGNzgMEBAAAA4TDhIIEw8SHxICABMQEwISExITGysjEzMbBAA/Mz8zEjk5Ly9dXREzETMREjkvMxEzERIBFzkRMxEzETMRMxEzMTABMzI2NTQmIyMFFAYHEyMDIxEjESEyFgE0EiQzMgQSFRQCBCMiJAI3FBIEMzIkEjU0AiQjIgQCAtNsUGFWXWoBslVN7qjPh5QBBaab+9/IAV7KyAFeysL+otDP/qLDaa4BLayuASqvrv7XsK7+1q8C+lNAS0GIUHse/nUBYv6eA3uC/sXIAV7KyP6iysX+ptDPAVrGrf7Tra4BKbCuASqvrv7XAAH/+gYUBAYGkwADABG1AAUBBAECAC8zEQEzETMxMAEhNSEEBvv0BAwGFH8AAgB/A1wC7gXLAAwAGAAhQA4NABMGAAYZGhAKwBYDBAA/MxrMMhESATk5ETMRMzEwEzQ2MzIWFRQGBiMiJjcUFjMyNjU0JiMiBn+1goK2UpJUgrVzdVFQc3FSU3MEk4K2tYNUj1S0g1JycVNUcXIA//8AaAABBCkEwwImAA4AAAAHANAAAP10AAEAMQJKAo0FyQAYACNAEQcTFwEBDhMABBoZChAfFwEgAD8zPzMREgEXOREzETMxMAEhNTc+AjU0JiMiBgcnNjMyFhUUBgcHIQKN/aTsWVIhUD80YkVCg5iEk1mTrgG4Akpo5lZhTDZERSYyWG+CcFCXiqUAAQAhAjkCjQXJACMAOUAiDwUFAAMSHgoGJCUSXRNtEwJMEwELExsTAhMTCBohHw0IIQA/Mz8zEjkvXV1dMxESARc5ETMxMAEUBgcWFRQGIyInNRYzMjU0IyM1MzI2NTQmIyIGByc2NjMyFgJzUkSwuKiYdJN70+d1d2djUENCcDhFP4xeiJ0E51BnFy+igI84e0SikWtPRD1EKyNaLTZ3AAEBiQTZAxIGIQAJABO2CQQKCwSACQAvGs0REgE5OTEwATY2NzMVBgYHIwGJMG8gyiyuQG8E8j6wQRVBvjQAAQCw/hQERARIABYANUAaBQoKCBAAExMUCBQYFwYVDxQbDQJGWQ0WCRUAPz8rABg/PzMREgE5OREzETMzETMRMzEwARAzMjY1ETMRIycjBiMiJyMWFREjETMBVv6rn6aIGgpv5ZZYCgqmpgF9/vq91AJA+7iTp1xUoP7ABjQAAQBx/vwEYAYUAA8AJ0ASBAUBAAAFCwMQEQgIBQMPBQEFAC8zPzMSOS8REgEXOREzETMxMAEjESMRIxEGIyImNRA2MyEEYHLVcz5U2Mva6AIt/vwGsPlQAzMS+vsBBP4AAQCYAkwBiQNaAAsAF0AKBgAADQwDCU9ZAwAvKxESATkRMzEwEzQ2MzIWFRQGIyImmD44OkFCOTNDAtNCRUVCQUY/AAABACX+FAG0AAAAEgAkQBARDgsAAA4FAxMUDhERCAMQAC/MMjkvMxESARc5ETMRMzEwARQGIyInNRYzMjY1NCYnNzMHFgG0mZYzLS07T1FPbVhuN7T+32FqCWoIKDYrNRGycycAAQBMAkoB4QW2AAoAIEAOAgADAwoMCwkJAyAGAB4APzI/OS8REgE5OREzMzEwATMRIxE0NwYGBycBUo+FBhY2h0MFtvyUAkNbWhYtX2AAAgBCAxQCvgXHAAsAFwAlQBIMBhIABgAYGQ8AAxADAgMVCR8APzPEXTIREgE5OREzETMxMAEUBiMiJjU0NjMyFgUUFjMyNjU0JiMiBgK+q5aSqaiXmKX9/ltoaVxcaWdcBG+kt7qho7W2onp6enp7dnYAAgBQAHUDqAO+AAYADQAjQBELCQQCAAMHAgoJBg4PDAUIAQAvMy8zERIBFzkRMxEzMTABAScBATcBBQEnAQE3AQOo/qh1AR/+4XUBWP51/qh1AR/+4XUBWAIM/mlHAV8BXkX+aRv+aUcBXwFeRf5p//8ASwAABdEFtgAnAM4CgwAAACYAev8AAQcA0wMd/bcACbMDAhIYAD81NQD//wAuAAAF2wW2ACcAzgI/AAAAJgB64gABBwBzA079twAHsgIQGAA/NQD//wAaAAAGIQXJACYAdPkAACcAzgLfAAABBwDTA239twAJswMCKxgAPzU1AAACADP+dwNUBF4AHQAoAEFAIggUHiMBHA8cIxQEKSoAHQEMAx0dESYmIE9ZJhARC0lZESMAPysAGD8rERIAORgvX15dERIBFzkRMxEzETMxMAEVFAYHDgIVFBYzMjY3FwYjIiY1ND4CNzY2NTUTFCMiJjU0NjMyFgJOS2F5PRmEelCWYjvFxr7YI0BZNmVBtHk7PkI3M0YCrDN6lFRqS004ZHEmMIdguqpGaVlSL1h0XR8BK4dFQkBHQP//AAAAAAUQB3MCJgAkAAABBwBC/8IBUgAIswIQBSYAKzX//wAAAAAFEAdzAiYAJAAAAQcAdQCFAVIACLMCGAUmACs1//8AAAAABRAHcwImACQAAAEHAMAAIwFSAAizAh0FJgArNf//AAAAAAUQBy8CJgAkAAABBwDCAAQBUgAIswIYBSYAKzX//wAAAAAFEAclAiYAJAAAAQcAaQA3AVIACrQDAiQFJgArNTX//wAAAAAFEAcGAiYAJAAAAAcAwQA5AIEAAv/+AAAGgQW2AA8AEwBOQCwKDg4RAQAIDAEQBQUVBRQJEwYTSVkQA0lZCg1JWRAKEAoBBgMFEgEOSVkBEgA/KwAYPz8SOTkvLysrKxEAMxEBMxESFzkRMzMRMzEwISERIQMjASEVIREhFSERIQEhESMGgf0S/f7jsAK6A8n9vAId/eMCRPtUAb52AdH+LwW2l/4plv3mAdICtQD//wB9/hQEzwXLAiYAJgAAAAcAeQICAAD//wDJAAAD+AdzAiYAKAAAAQcAQv+3AVIACLMBDQUmACs1//8AyQAAA/gHcwImACgAAAEHAHUAPwFSAAizARUFJgArNf//AMkAAAP4B3MCJgAoAAABBwDA//sBUgAIswEaBSYAKzX//wDJAAAD+AclAiYAKAAAAQcAaQASAVIACrQCASEFJgArNTUAAgAvAAAFSAW2AAwAFwBXQDIRFRUIBA0AABMEBgQYGRQGBwZJWREPBz8HrwfPB98HBQsDBwcECQkQSlkJAwQVSlkEEgA/KwAYPysREgA5GC9fXl0zKxEAMxESARc5ETMRMzMRMzEwARAAISERIzUzESEgAAMQISMRIRUhETMgBUj+d/6P/nuamgGyAVEBfLX9x+cBe/6FvgJiAun+lv6BAomWApf+if6kAkD9/Jb+Cv//AMkAAAU/By8CJgAwAAABBwDCAJMBUgAIswEaBSYAKzX//wB9/+wFvgdzAiYAMQAAAQcAQgB5AVIACLMCGQUmACs1//8Aff/sBb4HcwImADEAAAEHAHUBCgFSAAizAiEFJgArNf//AH3/7AW+B3MCJgAxAAABBwDAALQBUgAIswImBSYAKzX//wB9/+wFvgcvAiYAMQAAAQcAwgCaAVIACLMCIQUmACs1//8Aff/sBb4HJQImADEAAAEHAGkA1QFSAAq0AwItBSYAKzU1AAEAhQEQBAwEmAALABlACQcJAwEJAQwNCAAZLxESATk5ETMRMzEwARcBAQcBAScBATcBA6xg/qABXmD+nv6kZQFe/qBkAWEEmGP+nv6gYwFf/qFjAWABYGX+nQAAAwB9/8MFvgX2ABMAGwAjAE5ALBYfFx4EHBQcChQAABIPBQgKBiQlFh4hGQ0hSVkPEggFBAMQDQQDGUlZBgMTAD/GKwAYP8YSFzkrERIAOTkREgEXOREzETMREhc5MTABEAAhIicHJzcmERAAITIXNxcHFgMQJwEWMzISARAXASYjIgIFvv6d/sTrlGV4bLIBYAFE0Z1heGrAtG79YHOw8/j8J2UCnWqo8/0C3f6h/m5kjU+axgFtAWUBiV6HUJTK/pUBEJr8TFIBMgEq/vqaA69J/s0A//8Auv/sBRkHcwImADcAAAEHAEIARgFSAAizARMFJgArNf//ALr/7AUZB3MCJgA3AAABBwB1AM8BUgAIswEbBSYAKzX//wC6/+wFGQdzAiYANwAAAQcAwAB9AVIACLMBIAUmACs1//8Auv/sBRkHJQImADcAAAEHAGkAmAFSAAq0AgEnBSYAKzU1//8AAAAABHsHcwImADsAAAEHAHUAMQFSAAizARIFJgArNQACAMkAAAR5BbYADAAVADZAHA0JBQUGEQAGABYXDQRKWQkVSlkNCQ0JBgcDBhIAPz8SOTkvLysrERIBOTkRMxEzETMzMTABFAQhIxEjETMRMyAEATMyNjU0JiMjBHn+0f7huKqq1wEZARb8+qjiyr7KzAMQ4+7+wQW2/wDP/eqPpJWKAAABALD/7AScBh8AMABBQCIpKgUdIwAXDAwAHREqBTEyEhIqLi4mRlkuACoVDxVGWQ8WAD8rABg/PysREgA5GC8REgEXOREzETMRMxEzMTABFAcGBhUUFhYXFhYVFAYjIic1FhYzMjU0JicmJjU0Njc2NjU0JiMgFREjETQ2MzIWBBmPWDgbR06MZsKzvGs/nEjXU25/YEVHS0CIf/7sptzezuEE8odzRkMhICo5M1+dZaCrRZonL7ZLa0ZSe1Q/ajU5WjVQVd/7TASysrud//8AXv/sA80GIQImAEMAAAEGAEKOAAAIswImESYAKzX//wBe/+wDzQYhAiYAQwAAAQYAdSsAAAizAi4RJgArNf//AF7/7APNBiECJgBDAAABBgDA2AAACLMCMxEmACs1//8AXv/sA80F3QImAEMAAAEGAMK9AAAIswIuESYAKzX//wBe/+wDzQXTAiYAQwAAAQYAaeIAAAq0AwI6ESYAKzU1//8AXv/sA80GhQImAEMAAAEGAMH3AAAKtAMCKBEmACs1NQADAF7/7AZzBFwAKQA0ADsAYUAzKgAkETA4GRkEMDkYGB8wCwAFPD0bLSctRlkZMQQxR1k4JCcRBAQOIicWNQgOCEZZFA4QAD8zKxEAMxg/MxI5LzkSOTMrEQAzKxEAMxESARc5ETMRMzMRMxI5OREzMTATNDY3NzU0JiMiByc2NjMyFhc2NjMyEhUVIRIhMjY3FQYGIyAnBgYjIiY3FBYzMjY1NQcGBgEiBgchNCZe+P64dHeQozRKx2KCpSk1q27A6P1DCAE6W51UVpVl/t99UcWGo7mua1iRqJ66pAO9eYsLAgeAAS+hswgGRIF7VH8pNVdfWGD+9d5r/nUjJ5QmIel/aqqXX1mpmmMHCG0CMqaenKgA//8Ac/4UA4sEXAImAEUAAAAHAHkBRgAA//8Ac//sBBIGIQImAEcAAAEGAEK1AAAIswIcESYAKzX//wBz/+wEEgYhAiYARwAAAQYAdU4AAAizAiQRJgArNf//AHP/7AQSBiECJgBHAAABBgDA9wAACLMCKREmACs1//8Ac//sBBIF0wImAEcAAAEGAGkKAAAKtAMCMBEmACs1Nf///9oAAAFjBiECJgC9AAABBwBC/lEAAAAIswEFESYAKzX//wCpAAACMgYhAiYAvQAAAQcAdf8gAAAACLMBDREmACs1////swAAAlUGIQImAL0AAAEHAMD+pwAAAAizARIRJgArNf///+wAAAIfBdMCJgC9AAABBwBp/rcAAAAKtAIBGREmACs1NQACAHH/7ARiBiEAGwAmAEpAKyEGDBwcAAAYGRYOERMQBgknKAkfRlkLAxYRGQ4PBRQJCQMXFAEDJEZZAxYAPysAGD8zEjkvEhc5EjkrERIBFzkRMxEzETMxMAEQACMiADU0ADMyFzcmJwUnNyYnNxYXNxcHFhIDNCYjIBEUFjMyNgRi/vv33v7pAQfc4mQIOc3+8UnpXF5FnGbuTM+Ypai0nP6vr6KvoQIz/uf+0gEN4uYBBnkE1r+bbIU+MXVJS4prd4/+cv7ok6r+mKe3yQD//wCwAAAERAXdAiYAUAAAAQYAwg4AAAizAR4RJgArNf//AHP/7ARiBiECJgBRAAABBgBC1AAACLMCGhEmACs1//8Ac//sBGIGIQImAFEAAAEGAHVWAAAIswIiESYAKzX//wBz/+wEYgYhAiYAUQAAAQYAwA4AAAizAicRJgArNf//AHP/7ARiBd0CJgBRAAABBgDC8QAACLMCIhEmACs1//8Ac//sBGIF0wImAFEAAAEGAGkbAAAKtAMCLhEmACs1NQADAGgA/AQpBKgAAwAPABsAM0AYFgoKEAQCBAEDHB0ZExMBBw0NAQEAUFkBAC8rEQAzGC8zETMvMxESARc5ETMzETMxMBM1IRUBNDYzMhYVFAYjIiYRNDYzMhYVFAYjIiZoA8H9rjs2NDo7MzQ9OzY0OjszND0CjYqK/ug8PT86OUA/AvQ8PT86OUA/AAMAc/+8BGIEhwATABsAIwBLQCkXHxwUFAocAAASDwUICgYkJRYeIRkNGUZZDxIIBQQDEA0QAyFGWQYDFgA/xisAGD/GEhc5KxESADk5ERIBFzkRMxEzERI5OTEwARAAIyInByc3JhEQADMyFzcXBxYFFBcBJiMiBgU0JwEWMzI2BGL+8u6acFRyXoEBDO6adFR1YX/8vTUB0Utyo6YClzP+L0dxo6kCJf70/tNFdU6DmAEAAQwBK0x3TIWY+atmAoY11tSkZP19M9sA//8ApP/sBDkGIQImAFcAAAEGAELEAAAIswEWESYAKzX//wCk/+wEOQYhAiYAVwAAAQYAdXEAAAizAR4RJgArNf//AKT/7AQ5BiECJgBXAAABBgDAEgAACLMBIxEmACs1//8ApP/sBDkF0wImAFcAAAEGAGkhAAAKtAIBKhEmACs1Nf//AAL+FAQGBiECJgBbAAABBgB1EgAACLMBHxEmACs1AAIAsP4UBHUGFAAWACIAPkAfIAYbFBAQEQYRJCMSABEbDBYJAwkeRlkJFgMXRlkDEAA/KwAYPysREgA5ORg/PxESATk5ETMRMzMRMzEwATY2MzISERACIyInIxcWFREjETMRFAclIgYHFRQWMyARNCYBWEKqatfw8dbeegwECKamBgFIqJgCmqoBL5QDtFlP/tT+9f70/tOhIk0//jUIAP4uNFobuMkp58cBsNfR//8AAv4UBAYF0wImAFsAAAEGAGm1AAAKtAIBKxEmACs1NQABALAAAAFWBEgAAwAWQAkAAQEFBAIPARUAPz8REgE5ETMxMCEjETMBVqamBEgAAgB9/+wG5wXNABQAHwBTQC4YBg8TEx0ADREdBgUgIQ8SSVkPDwALCw5JWQsDCRVJWQkEAxtJWQMSABNJWQASAD8rABg/KwAYPysAGD8rERIAORgvKxESARc5ETMRMxEzMTAhIQYjIAAREAAhMhchFSERIRUhESEBIgAREAAzMjcRJgbn/QBmXP65/p8BXAFAZloDDv2zAif92QJN/ET5/v8BAfdwV1cUAYkBagFoAYYXl/4plv3mBJ3+z/7Z/tf+zSEEdR4AAwBx/+wHHwRaAB4AKgAxAFVALR8IDgIWFiUvFRUcJQgEMjMrKAsoRlkuFkZZAgUOCy4uBRELEBgiBSJGWQAFFgA/MysRADMYPzMSOS8SORI5KysRADMREgEXOREzETMSOTkRMzEwBSAnBgYjIgAREAAzMhYXNjYzMhIVFSESITI2NxUGBgEUFjMyNjU0JiMiBiUiBgchNCYFlv7bfT7Rid/+9AEG64PNPjrAfsnu/ScIAUpeoVdYmPshmKejmZulppUER3+RDAIghBTrdHcBMQEIAQkBLHdycHn+9+Jp/ncjJ5QnIAI509vV0d3V2Niknp6kAAEBDATZA64GIQAOABhACQcAEA8LBIAOCQAvMxrNMhESATk5MTABNjY3MxYWFxUjJicGByMBDH9mF6YWbX13WIWIU3ME8IiAKSqFghc3g4Y0AAACAW8E2QMtBoUACwAXAB5ADBIGDAAGABgZDwkVAwAvM8wyERIBOTkRMxEzMTABFAYjIiY1NDYzMhYHNCYjIgYVFBYzMjYDLXtmZXh5ZGV8bEIzM0I8OTRBBbJid3ViYnN3Xjg9PTg4PT0AAQEIBNkD8AXdABcAJEAPCRUYGREABQwADAAMFYAJAC8azDk5Ly8RMxEzERIBOTkxMAEiLgIjIgYHIzY2MzIeAjMyNjczBgYDFCtST0kiMjMOYg1zWy5WTkggMTAPYw1xBNslLSU8PXmJJS0lOz55iQAAAQBSAdkDrgJxAAMAEbUAAgQFAAEALzMREgE5OTEwEzUhFVIDXAHZmJgAAQBSAdkHrgJxAAMAEbUAAgQFAAEALzMREgE5OTEwEzUhFVIHXAHZmJgAAQAZA8EBRAW2AAcAErYBBQgJAAQDAD/NERIBOTkxMBMnNhI3MwYHJQwWYjh7QiUDwRZaAQx5/vcAAAEAGQPBAUQFtgAHABK2BQEICQUHAwA/xhESATk5MTABFwYCByMSNwE1DxpiNXpGIAW2FmT+93IBHdgA//8AP/74AW0A7gIGAA8AAAACABkDwQK0BbYABwAPABpADAQBDQkEEBEACAMMAwA/M80yERIBFzkxMAEnNhMzBgIHISc2EjczBgcBlg84enseOw391wwWYjh7QiUDwRbXAQhz/t9hFloBDHn+9wAAAgAZA8ECtAW2AAcAEAAaQAwJDQEFBBESDQUQBwMAPzPGMhESARc5MTABFwYCByMSNyEXBgIHIzYSNwE1DxpiNXpGIAInDhhgOH0aQg0FthZk/vdyAR3YFlv+9npkATRdAP//ABn++QK0AO4BBwDJAAD7OAAgtwEAB0ANDUgHuP/AswwMSAe4/8CzCQlIBwARKysrNTUAAQCkAfQCXgPjAAsAE7YGAAAMDQkDAC/NERIBOREzMTATNDYzMhYVFAYjIiakcWxpdHNqa3IC7Hl+fHt3gYMAAAEAUgB1Ah8DvgAGABpACgQCAwYCBggHBQEALy8REgE5OREzETMxMBMBFwEBBwFSAVZ3/t8BIXf+qgInAZdF/qL+oUcBlwABAFAAdQIdA74ABgAaQAoDAAQCAAIIBwUBAC8vERIBOTkRMxEzMTABAScBATcBAh3+qHUBH/7hdQFYAgz+aUcBXwFeRf5pAAAB/nkAAAKPBbYAAwATtwAFAgQDAwISAD8/EQEzETMxMAEBIwECj/x5jwOHBbb6SgW2AAEAP//sBIkFywAmAHFAPx0XHxYWGgsCBwcaJBEEChoXBicoCxcYF05ZCBgFHR4dTlkCHg8eHx4vHgMJAxgeGB4TIiIATFkiBxMOTFkTGQA/KwAYPysREgA5ORgvL19eXREzKxEAMxEzKxEAMxESARc5ETMRMzMRMxEzETMxMAEgAyEVIQcVFyEVIRYWMzI3FQYjIgADIzUzJzU3IzUzEgAzMhcHJgMb/sFPAf799AICAc/+QSXLqpyZkqvt/t8uppgCApikJwEk7cmlR6YFNf5tgTlALYG0xUKWQQENAQGBKixQgQEFASRhi1YAAQBoAo0EKQMXAAMAFUAJAgAFBAEAUFkBAC8rERIBOTkxMBM1IRVoA8ECjYqK//8AHQAABBwGHwAmAEgAAAAHAEsCtgAA//8AHQAABAwGHwAmAEgAAAAHAE4CtgAAAAIAFAJKArQFvAAKABQAPEAfFAULBwMDCQIAAgUDFRYBBQUJDxQfFAIUFAMOBx8DIAA/PzMSOS9dMzMRMxESARc5ETMzETMzETMxMAEjFSM1ITUBMxEzITU0Nw4DBwcCtH2R/m4BmIt9/vIGBRgeHguoAxTKymUCQ/3Nw4ZLDCctLRH2//8AHQAABtMGHwAnAEgCsAAAACYASAAAAAcASwVtAAD//wAdAAAGwwYfACcASAKwAAAAJgBIAAAABwBOBW0AAP//AB0AAAXEBh8AJwBIArYAAAAGAEgAAAABAMkAAAFzBbYAAwARtgAEBQEDABIAPz8REgE5MTAzETMRyaoFtvpKAP//AAUAAAGOB3MCJgDXAAABBwBC/nwBUgAIswEFBSYAKzX//wCzAAACPAdzAiYA1wAAAQcAdf8qAVIACLMBDQUmACs1////xwAAAmkHcwImANcAAAEHAMD+uwFSAAizARIFJgArNf//AAUAAAI4ByUCJgDXAAABBwBp/tABUgAKtAIBGQUmACs1NQABAAAA3ACKABYAVgAFAAIAEAAvAFwAAAEOAPgAAwABAAAAHwAfAB8AHwBRAHcA/wF7AewCagKDAq4C2QMVA0EDXwN0A5YDrwPxBBoEWwS5BPsFRgWjBcUGNAaRBscG+wcbB0QHZAe7CEEIgAjbCRkJVQmKCbgKCAo5CmEKkAquCuwLIwtpC6YL+QxGDJkMvQzxDRgNXA2MDbMN3w4DDhwOPw5gDnYOlQ7xD0YPgQ/UECEQYRD1ETMRYRGfEd0R9BJMEoYSxxMcE3AToxP1FDUUchSZFOQVFBVNFXkVuxXTFhgWUhZSFoMWzhcgF24XwhfnGGIYmBkUGWEZnBm6GcIaTBpiGpoaphrgGzAbTxuOG74b4BwSHDkcchyqHMAc1RzrHUgdWR1qHXsdjB2eHaod+B4EHhUeJh43HkkeoR6yHsMe1B7lHvYfCB82H6Efsh/DH9Qf5h/3IDkgoCCwIMAg0CDgIPEhAiGNIZkhqSG5Ickh2iHrIfwiDSIfIocilyKnIrcixyLXIugjLiOUI6QjtCPEI9Uj5SQ8JE0kZCTHJUElaiWfJdgl7SYCJh8mPSZFJnQmpSa/Jt8nAicmJz8ntSfMJ9gn5CgmKDYoRihSKGcoeCiJKJoorAAAAAEAAAABGZq3gNbUXw889QAJCAAAAAAAyTUxiwAAAADJ6ExM+5r91QmiCGIAAAAJAAIAAAAAAAAEzQDBAAAAAAQUAAACFAAAAiMAmAM1AIUFKwAzBJMAgwaWAGgF1wBxAcUAhQJeAFICXgA9BGoAVgSTAGgB9gA/ApMAVAIhAJgC8AAUBJMAZgSTALwEkwBkBJMAXgSTACsEkwCFBJMAdQSTAF4EkwBoBJMAagIhAJgCIQA/BJMAaASTAHcEkwBoA28AGwcxAHkFEAAABS8AyQUMAH0F1QDJBHMAyQQhAMkF0wB9BecAyQIj/2AE6QDJBCcAyQc5AMkGCADJBjsAfQTRAMkGOwB9BPIAyQRkAGoEbQASBdMAugTDAAAHaAAbBJ4ACAR7AAAEkQBSAqIApgLwABcCogAzBFYAMQOW//wEngGJBHMAXgTnALADzwBzBOcAcwR9AHMCtgAdBGIAJwTpALACBgCiAgb/kQQzALACBgCwB3EAsATpALAE1QBzBOcAsATnAHMDRACwA9EAagLTAB8E6QCkBAIAAAY5ABcEMQAnBAgAAgO+AFIDCAA9BGgB7gMIAEgEkwBoAhQAAAIjAJgEkwC+BJMAPwSTAHsEkwAfBGgB7gQhAHsEngE1BqgAZALVAEYD+gBSBJMAaAKTAFQGqABkBAD/+gNtAH8EkwBoAscAMQLHACEEngGJBPQAsAU9AHECIQCYAdEAJQLHAEwDAABCA/oAUAY9AEsGPQAuBj0AGgNvADMFEAAABRAAAAUQAAAFEAAABRAAAAUQAAAG/P/+BQwAfQRzAMkEcwDJBHMAyQRzAMkFxwAvBggAyQY7AH0GOwB9BjsAfQY7AH0GOwB9BJMAhQY7AH0F0wC6BdMAugXTALoF0wC6BHsAAATjAMkE+gCwBHMAXgRzAF4EcwBeBHMAXgRzAF4EcwBeBt0AXgPPAHMEfQBzBH0AcwR9AHMEfQBzAgb/2gIGAKkCBv+zAgb/7ATFAHEE6QCwBNUAcwTVAHME1QBzBNUAcwTVAHMEkwBoBNUAcwTpAKQE6QCkBOkApATpAKQECAACBOcAsAQIAAICBgCwB2IAfQeJAHEEvAEMBJ4BbwS8AQgEAABSCAAAUgFcABkBXAAZAfYAPwLNABkCzQAZAz0AGQMCAKQCbwBSAm8AUAEK/nkEuAA/BJMAaAS8AB0EvAAdAscAFAd1AB0HdQAdBW0AHQI7AMkABQCz/8cABQABAAAIjf2oAAAJrPua/nsJogABAAAAAAAAAAAAAAAAAAAA2AADBLYBkAAFAAgFmgUzAAABHwWaBTMAAAPRAGYB8QgCAgsGBgMFBAICBOAAAu9AACBbAAAAKAAAAAAxQVNDAEAAIP/9Bh/+FACECI0CWCAAAZ8AAAAABEgFtgAAACAAAwAAAAEAAwABAAAADAAEALgAAAAqACAABAAKAEgASQB+AMsAzwD/ATEBUwLGAtoC3CAUIBogHiAiIDogRCB0IKwiEv//AAAAIABJAEoAoADMANABMQFSAsYC2gLcIBMgGCAcICIgOSBEIHQgrCIS////4wCO/+L/wQAM/73/jP9s/fr95/3m4LDgreCs4Kngk+CK4F/gI96+AAEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAR1taWVhVVFNSUVBPTk1MS0pJSEdGRURDQkFAPz49PDs6OTg3NjUxMC8uLSwoJyYlJCMiIR8YFBEQDw4NCwoJCAcGBQQDAgEALCCwAWBFsAMlIBFGYSNFI2FILSwgRRhoRC0sRSNGYLAgYSCwRmCwBCYjSEgtLEUjRiNhsCBgILAmYbAgYbAEJiNISC0sRSNGYLBAYSCwZmCwBCYjSEgtLEUjRiNhsEBgILAmYbBAYbAEJiNISC0sARAgPAA8LSwgRSMgsM1EIyC4AVpRWCMgsI1EI1kgsO1RWCMgsE1EI1kgsAQmUVgjILANRCNZISEtLCAgRRhoRCCwAWAgRbBGdmiKRWBELSwBsQsKQyNDZQotLACxCgtDI0MLLSwAsCgjcLEBKD4BsCgjcLECKEU6sQIACA0tLCBFsAMlRWFksFBRWEVEGyEhWS0sSbAOI0QtLCBFsABDYEQtLAGwBkOwB0NlCi0sIGmwQGGwAIsgsSzAioy4EABiYCsMZCNkYVxYsANhWS0sigNFioqHsBErsCkjRLApeuQYLSxFZbAsI0RFsCsjRC0sS1JYRUQbISFZLSxLUVhFRBshIVktLAGwBSUQIyCK9QCwAWAj7ewtLAGwBSUQIyCK9QCwAWEj7ewtLAGwBiUQ9QDt7C0ssAJDsAFSWCEhISEhG0YjRmCKikYjIEaKYIphuP+AYiMgECOKsQwMinBFYCCwAFBYsAFhuP+6ixuwRoxZsBBgaAE6WS0sIEWwAyVGUkuwE1FbWLACJUYgaGGwAyWwAyU/IyE4GyERWS0sIEWwAyVGUFiwAiVGIGhhsAMlsAMlPyMhOBshEVktLACwB0OwBkMLLSwhIQxkI2SLuEAAYi0sIbCAUVgMZCNki7ggAGIbsgBALytZsAJgLSwhsMBRWAxkI2SLuBVVYhuyAIAvK1mwAmAtLAxkI2SLuEAAYmAjIS0sS1NYirAEJUlkI0VpsECLYbCAYrAgYWqwDiNEIxCwDvYbISOKEhEgOS9ZLSxLU1ggsAMlSWRpILAFJrAGJUlkI2GwgGKwIGFqsA4jRLAEJhCwDvaKELAOI0SwDvawDiNEsA7tG4qwBCYREiA5IyA5Ly9ZLSxFI0VgI0VgI0VgI3ZoGLCAYiAtLLBIKy0sIEWwAFRYsEBEIEWwQGFEGyEhWS0sRbEwL0UjRWFgsAFgaUQtLEtRWLAvI3CwFCNCGyEhWS0sS1FYILADJUVpU1hEGyEhWRshIVktLEWwFEOwAGBjsAFgaUQtLLAvRUQtLEUjIEWKYEQtLEUjRWBELSxLI1FYuQAz/+CxNCAbszMANABZREQtLLAWQ1iwAyZFilhkZrAfYBtksCBgZiBYGyGwQFmwAWFZI1hlWbApI0QjELAp4BshISEhIVktLLACQ1RYS1MjS1FaWDgbISFZGyEhISFZLSywFkNYsAQlRWSwIGBmIFgbIbBAWbABYSNYG2VZsCkjRLAFJbAIJQggWAIbA1mwBCUQsAUlIEawBCUjQjywBCWwByUIsAclELAGJSBGsAQlsAFgI0I8IFgBGwBZsAQlELAFJbAp4LApIEVlRLAHJRCwBiWwKeCwBSWwCCUIIFgCGwNZsAUlsAMlQ0iwBCWwByUIsAYlsAMlsAFgQ0gbIVkhISEhISEhLSwCsAQlICBGsAQlI0KwBSUIsAMlRUghISEhLSwCsAMlILAEJQiwAiVDSCEhIS0sRSMgRRggsABQIFgjZSNZI2ggsEBQWCGwQFkjWGVZimBELSxLUyNLUVpYIEWKYEQbISFZLSxLVFggRYpgRBshIVktLEtTI0tRWlg4GyEhWS0ssAAhS1RYOBshIVktLLACQ1RYsEYrGyEhISFZLSywAkNUWLBHKxshISFZLSywAkNUWLBIKxshISEhWS0ssAJDVFiwSSsbISEhWS0sIIoII0tTiktRWlgjOBshIVktLACwAiVJsABTWCCwQDgRGyFZLSwBRiNGYCNGYSMgECBGimG4/4BiirFAQIpwRWBoOi0sIIojSWSKI1NYPBshWS0sS1JYfRt6WS0ssBIASwFLVEItLLECAEKxIwGIUbFAAYhTWli5EAAAIIhUWLICAQJDYEJZsSQBiFFYuSAAAECIVFiyAgICQ2BCsSQBiFRYsgIgAkNgQgBLAUtSWLICCAJDYEJZG7lAAACAiFRYsgIEAkNgQlm5QAAAgGO4AQCIVFiyAggCQ2BCWblAAAEAY7gCAIhUWLICEAJDYEJZsSYBiFFYuUAAAgBjuAQAiFRYsgJAAkNgQlm5QAAEAGO4CACIVFiyAoACQ2BCWVlZWVlZsQACQ1RYQAoFQAhACUAMAg0CG7EBAkNUWLIFQAi6AQAACQEAswwBDQEbsYACQ1JYsgVACLgBgLEJQBuyBUAIugGAAAkBQFm5QAAAgIhVuUAAAgBjuAQAiFVaWLMMAA0BG7MMAA0BWVlZQkJCQkItLEUYaCNLUVgjIEUgZLBAUFh8WWiKYFlELSywABawAiWwAiUBsAEjPgCwAiM+sQECBgywCiNlQrALI0IBsAEjPwCwAiM/sQECBgywBiNlQrAHI0KwARYBLSywgLACQ1CwAbACQ1RbWCEjELAgGskbihDtWS0ssFkrLSyKEOUtQJkJIUggVSABHlUfSANVHx4BDx4/Hq8eA01LJh9MSzMfS0YlHyY0EFUlMyRVGRP/HwcE/x8GA/8fSkkzH0lGJR8TMxJVBQEDVQQzA1UfAwEPAz8DrwMDR0YZH+tGASMzIlUcMxtVFjMVVREBD1UQMw9VDw9PDwIfD88PAg8P/w8CBgIBAFUBMwBVbwB/AK8A7wAEEAABgBYBBQG4AZCxVFMrK0u4B/9SS7AJUFuwAYiwJVOwAYiwQFFasAaIsABVWltYsQEBjlmFjY0AQh1LsDJTWLAgHVlLsGRTWLAQHbEWAEJZc3MrK15zdHUrKysrK3Qrc3QrKysrKysrKysrKysrc3QrKysYXgAAAAYUABcATgW2ABcAdQW2Bc0AAAAAAAAAAAAAAAAAAARIABQAkQAA/+wAAAAA/+wAAAAA/+wAAP4U/+wAAAW2ABP8lP/t/oX/6v6p/+wAGP68AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACAAAAAAAAIsAgQDdAJgAjwCOAJkAiACBAQ8AigAAAAAAAQAAHowAAQUVGAAACgZ+AAUAJP9xAAUANgApAAUAOAApAAUAOQApAAUAOwAUAAUAQ/+uAAUARf+FAAUARv+FAAUAR/+FAAUASf/DAAUAT//DAAUAUP/DAAUAUf+FAAUAUv/DAAUAU/+FAAUAVP/DAAUAVf/DAAUAV//DAAUAgf9xAAUAgv9xAAUAg/9xAAUAhP9xAAUAhf9xAAUAhv9xAAUAmgAUAAUAnf+FAAUAnv+uAAUAn/+uAAUAoP+uAAUAof+uAAUAov+uAAUAo/+uAAUApP+FAAUApf+FAAUApv+FAAUAp/+FAAUAqP+FAAUAr/+FAAUAsP+FAAUAsf+FAAUAsv+FAAUAs/+FAAUAtf+FAAUAtv/DAAUAt//DAAUAuP/DAAUAuf/DAAUAv/+FAAoAJP9xAAoANgApAAoAOAApAAoAOQApAAoAOwAUAAoAQ/+uAAoARf+FAAoARv+FAAoAR/+FAAoASf/DAAoAT//DAAoAUP/DAAoAUf+FAAoAUv/DAAoAU/+FAAoAVP/DAAoAVf/DAAoAV//DAAoAgf9xAAoAgv9xAAoAg/9xAAoAhP9xAAoAhf9xAAoAhv9xAAoAmgAUAAoAnf+FAAoAnv+uAAoAn/+uAAoAoP+uAAoAof+uAAoAov+uAAoAo/+uAAoApP+FAAoApf+FAAoApv+FAAoAp/+FAAoAqP+FAAoAr/+FAAoAsP+FAAoAsf+FAAoAsv+FAAoAs/+FAAoAtf+FAAoAtv/DAAoAt//DAAoAuP/DAAoAuf/DAAoAv/+FAAsALAC4AA8AJv+aAA8AKv+aAA8AMf+aAA8AM/+aAA8ANv9xAA8AN//XAA8AOP+FAA8AOf+FAA8AO/+FAA8AiP+aAA8Aj/+aAA8AkP+aAA8Akf+aAA8Akv+aAA8Ak/+aAA8Alf+aAA8Alv/XAA8Al//XAA8AmP/XAA8Amf/XAA8Amv+FAA8Avv+aABAANv+uABEAJv+aABEAKv+aABEAMf+aABEAM/+aABEANv9xABEAN//XABEAOP+FABEAOf+FABEAO/+FABEAiP+aABEAj/+aABEAkP+aABEAkf+aABEAkv+aABEAk/+aABEAlf+aABEAlv/XABEAl//XABEAmP/XABEAmf/XABEAmv+FABEAvv+aACQABf9xACQACv9xACQAJv/XACQAKv/XACQALAEKACQAMf/XACQAM//XACQANv9xACQAOP+uACQAOf+uACQAO/+FACQAiP/XACQAj//XACQAkP/XACQAkf/XACQAkv/XACQAk//XACQAlf/XACQAmv+FACQAvv/XACQAxv9xACQAyf9xACUAD/+uACUAEf+uACUAJP/XACUANv/DACUAOP/sACUAOf/sACUAOv/XACUAO//sACUAPP/sACUAgf/XACUAgv/XACUAg//XACUAhP/XACUAhf/XACUAhv/XACUAmv/sACUAx/+uACUAyv+uACYAJv/XACYAKv/XACYAMf/XACYAM//XACYAiP/XACYAj//XACYAkP/XACYAkf/XACYAkv/XACYAk//XACYAlf/XACYAvv/XACcAD/+uACcAEf+uACcAJP/XACcANv/DACcAOP/sACcAOf/sACcAOv/XACcAO//sACcAPP/sACcAgf/XACcAgv/XACcAg//XACcAhP/XACcAhf/XACcAhv/XACcAmv/sACcAx/+uACcAyv+uACgALAB7ACkAD/+FACkAEf+FACkAIgApACkAJP/XACkAgf/XACkAgv/XACkAg//XACkAhP/XACkAhf/XACkAhv/XACkAx/+FACkAyv+FAC0AJv/XAC0AKv/XAC0AMf/XAC0AM//XAC0AiP/XAC0Aj//XAC0AkP/XAC0Akf/XAC0Akv/XAC0Ak//XAC0Alf/XAC0Avv/XAC4ABf9cAC4ACv9cAC4AJv/XAC4AKv/XAC4AMf/XAC4AM//XAC4ANv/XAC4AN//sAC4AOP/XAC4AOf/XAC4AO//DAC4AiP/XAC4Aj//XAC4AkP/XAC4Akf/XAC4Akv/XAC4Ak//XAC4Alf/XAC4Alv/sAC4Al//sAC4AmP/sAC4Amf/sAC4Amv/DAC4Avv/XAC4Axv9cAC4Ayf9cADEAD/+uADEAEf+uADEAJP/XADEANv/DADEAOP/sADEAOf/sADEAOv/XADEAO//sADEAPP/sADEAgf/XADEAgv/XADEAg//XADEAhP/XADEAhf/XADEAhv/XADEAmv/sADEAx/+uADEAyv+uADIAD/72ADIAEf72ADIAJP+aADIAOv/XADIAPP/sADIAgf+aADIAgv+aADIAg/+aADIAhP+aADIAhf+aADIAhv+aADIAx/72ADIAyv72ADMAD/+uADMAEf+uADMAJP/XADMANv/DADMAOP/sADMAOf/sADMAOv/XADMAO//sADMAPP/sADMAgf/XADMAgv/XADMAg//XADMAhP/XADMAhf/XADMAhv/XADMAmv/sADMAx/+uADMAyv+uADYAD/+FADYAEP+uADYAEf+FADYAIgApADYAJP9xADYAJv/XADYAKv/XADYAMf/XADYAM//XADYANgApADYAQ/9cADYARf9xADYARv9xADYAR/9xADYASf9xADYAT/+aADYAUP+aADYAUf9xADYAUv+aADYAU/9xADYAVP+aADYAVf+FADYAV/+aADYAWP/XADYAWf/XADYAWv/XADYAW//XADYAXP+uADYAgf9xADYAgv9xADYAg/9xADYAhP9xADYAhf9xADYAhv9xADYAiP/XADYAj//XADYAkP/XADYAkf/XADYAkv/XADYAk//XADYAlf/XADYAnf9xADYAnv9cADYAn/9cADYAoP9cADYAof9cADYAov9cADYAo/9cADYApP9xADYApf9xADYApv9xADYAp/9xADYAqP9xADYAr/9xADYAsP9xADYAsf9xADYAsv9xADYAs/9xADYAtf9xADYAtv+aADYAt/+aADYAuP+aADYAuf+aADYAuv/XADYAvv/XADYAv/9xADYAw/+uADYAxP+uADYAx/+FADYAyv+FADcAD//XADcAEf/XADcAJP/sADcAgf/sADcAgv/sADcAg//sADcAhP/sADcAhf/sADcAhv/sADcAx//XADcAyv/XADgAD/+aADgAEf+aADgAIgApADgAJP+uADgAJv/sADgAKv/sADgAMf/sADgAM//sADgAQ//XADgARf/XADgARv/XADgAR//XADgASf/sADgAT//sADgAUP/sADgAUf/XADgAUv/sADgAU//XADgAVP/sADgAVf/sADgAV//sADgAgf+uADgAgv+uADgAg/+uADgAhP+uADgAhf+uADgAhv+uADgAiP/sADgAj//sADgAkP/sADgAkf/sADgAkv/sADgAk//sADgAlf/sADgAnf/XADgAnv/XADgAn//XADgAoP/XADgAof/XADgAov/XADgAo//XADgApP/XADgApf/XADgApv/XADgAp//XADgAqP/XADgAr//XADgAsP/XADgAsf/XADgAsv/XADgAs//XADgAtf/XADgAtv/sADgAt//sADgAuP/sADgAuf/sADgAvv/sADgAv//XADgAx/+aADgAyv+aADkAD/+aADkAEf+aADkAIgApADkAJP+uADkAJv/sADkAKv/sADkAMf/sADkAM//sADkAQ//XADkARf/XADkARv/XADkAR//XADkASf/sADkAT//sADkAUP/sADkAUf/XADkAUv/sADkAU//XADkAVP/sADkAVf/sADkAV//sADkAgf+uADkAgv+uADkAg/+uADkAhP+uADkAhf+uADkAhv+uADkAiP/sADkAj//sADkAkP/sADkAkf/sADkAkv/sADkAk//sADkAlf/sADkAnf/XADkAnv/XADkAn//XADkAoP/XADkAof/XADkAov/XADkAo//XADkApP/XADkApf/XADkApv/XADkAp//XADkAqP/XADkAr//XADkAsP/XADkAsf/XADkAsv/XADkAs//XADkAtf/XADkAtv/sADkAt//sADkAuP/sADkAuf/sADkAvv/sADkAv//XADkAx/+aADkAyv+aADoAJv/XADoAKv/XADoAMf/XADoAM//XADoAiP/XADoAj//XADoAkP/XADoAkf/XADoAkv/XADoAk//XADoAlf/XADoAvv/XADsAD/+FADsAEf+FADsAIgApADsAJP+FADsAJv/XADsAKv/XADsAMf/XADsAM//XADsAQ/+aADsARf+aADsARv+aADsAR/+aADsASf/XADsAT//DADsAUP/DADsAUf+aADsAUv/DADsAU/+aADsAVP/DADsAVf+uADsAV//DADsAXP/XADsAgf+FADsAgv+FADsAg/+FADsAhP+FADsAhf+FADsAhv+FADsAiP/XADsAj//XADsAkP/XADsAkf/XADsAkv/XADsAk//XADsAlf/XADsAnf+aADsAnv+aADsAn/+aADsAoP+aADsAof+aADsAov+aADsAo/+aADsApP+aADsApf+aADsApv+aADsAp/+aADsAqP+aADsAr/+aADsAsP+aADsAsf+aADsAsv+aADsAs/+aADsAtf+aADsAtv/DADsAt//DADsAuP/DADsAuf/DADsAvv/XADsAv/+aADsAx/+FADsAyv+FADwAJv/sADwAKv/sADwAMf/sADwAM//sADwAiP/sADwAj//sADwAkP/sADwAkf/sADwAkv/sADwAk//sADwAlf/sADwAvv/sAD0ALAC4AEMABf/sAEMACv/sAEMAxv/sAEMAyf/sAEQABf/sAEQACv/sAEQAWP/XAEQAWf/XAEQAWv/XAEQAW//XAEQAXP/sAEQAuv/XAEQAxv/sAEQAyf/sAEUABQApAEUACgApAEUAxgApAEUAyQApAEcABf/sAEcACv/sAEcAWP/XAEcAWf/XAEcAWv/XAEcAW//XAEcAXP/sAEcAuv/XAEcAxv/sAEcAyf/sAEgABQB7AEgACgB7AEgAxgB7AEgAyQB7AEoABf/sAEoACv/sAEoAxv/sAEoAyf/sAE0ARf/XAE0ARv/XAE0AR//XAE0AUf/XAE0AU//XAE0Anf/XAE0ApP/XAE0Apf/XAE0Apv/XAE0Ap//XAE0AqP/XAE0Ar//XAE0AsP/XAE0Asf/XAE0Asv/XAE0As//XAE0Atf/XAE0Av//XAE8ABf/sAE8ACv/sAE8Axv/sAE8Ayf/sAFAABf/sAFAACv/sAFAAxv/sAFAAyf/sAFEABf/sAFEACv/sAFEAWP/XAFEAWf/XAFEAWv/XAFEAW//XAFEAXP/sAFEAuv/XAFEAxv/sAFEAyf/sAFIABf/sAFIACv/sAFIAWP/XAFIAWf/XAFIAWv/XAFIAW//XAFIAXP/sAFIAuv/XAFIAxv/sAFIAyf/sAFQABQBSAFQACgBSAFQAQ//XAFQARf/XAFQARv/XAFQAR//XAFQASf/sAFQAUf/XAFQAU//XAFQAnf/XAFQAnv/XAFQAn//XAFQAoP/XAFQAof/XAFQAov/XAFQAo//XAFQApP/XAFQApf/XAFQApv/XAFQAp//XAFQAqP/XAFQAr//XAFQAsP/XAFQAsf/XAFQAsv/XAFQAs//XAFQAtf/XAFQAv//XAFQAxgBSAFQAyQBSAFYABQApAFYACgApAFYAxgApAFYAyQApAFgABQBSAFgACgBSAFgAD/+uAFgAEf+uAFgAIgApAFgAxgBSAFgAx/+uAFgAyQBSAFgAyv+uAFkABQBSAFkACgBSAFkAD/+uAFkAEf+uAFkAIgApAFkAxgBSAFkAx/+uAFkAyQBSAFkAyv+uAFoARf/XAFoARv/XAFoAR//XAFoAUf/XAFoAU//XAFoAnf/XAFoApP/XAFoApf/XAFoApv/XAFoAp//XAFoAqP/XAFoAr//XAFoAsP/XAFoAsf/XAFoAsv/XAFoAs//XAFoAtf/XAFoAv//XAFsABQBSAFsACgBSAFsAD/+uAFsAEf+uAFsAIgApAFsAxgBSAFsAx/+uAFsAyQBSAFsAyv+uAF0ALAC4AIEABf9xAIEACv9xAIEAJv/XAIEAKv/XAIEALAEKAIEAMf/XAIEAM//XAIEANv9xAIEAOP+uAIEAOf+uAIEAO/+FAIEAiP/XAIEAj//XAIEAkP/XAIEAkf/XAIEAkv/XAIEAk//XAIEAlf/XAIEAmv+FAIEAvv/XAIEAxv9xAIEAyf9xAIIABf9xAIIACv9xAIIAJv/XAIIAKv/XAIIALAEKAIIAMf/XAIIAM//XAIIANv9xAIIAOP+uAIIAOf+uAIIAO/+FAIIAiP/XAIIAj//XAIIAkP/XAIIAkf/XAIIAkv/XAIIAk//XAIIAlf/XAIIAmv+FAIIAvv/XAIIAxv9xAIIAyf9xAIMABf9xAIMACv9xAIMAJv/XAIMAKv/XAIMALAEKAIMAMf/XAIMAM//XAIMANv9xAIMAOP+uAIMAOf+uAIMAO/+FAIMAiP/XAIMAj//XAIMAkP/XAIMAkf/XAIMAkv/XAIMAk//XAIMAlf/XAIMAmv+FAIMAvv/XAIMAxv9xAIMAyf9xAIQABf9xAIQACv9xAIQAJv/XAIQAKv/XAIQALAEKAIQAMf/XAIQAM//XAIQANv9xAIQAOP+uAIQAOf+uAIQAO/+FAIQAiP/XAIQAj//XAIQAkP/XAIQAkf/XAIQAkv/XAIQAk//XAIQAlf/XAIQAmv+FAIQAvv/XAIQAxv9xAIQAyf9xAIUABf9xAIUACv9xAIUAJv/XAIUAKv/XAIUALAEKAIUAMf/XAIUAM//XAIUANv9xAIUAOP+uAIUAOf+uAIUAO/+FAIUAiP/XAIUAj//XAIUAkP/XAIUAkf/XAIUAkv/XAIUAk//XAIUAlf/XAIUAmv+FAIUAvv/XAIUAxv9xAIUAyf9xAIYABf9xAIYACv9xAIYAJv/XAIYAKv/XAIYALAEKAIYAMf/XAIYAM//XAIYANv9xAIYAOP+uAIYAOf+uAIYAO/+FAIYAiP/XAIYAj//XAIYAkP/XAIYAkf/XAIYAkv/XAIYAk//XAIYAlf/XAIYAmv+FAIYAvv/XAIYAxv9xAIYAyf9xAIcALAB7AIgAJv/XAIgAKv/XAIgAMf/XAIgAM//XAIgAiP/XAIgAj//XAIgAkP/XAIgAkf/XAIgAkv/XAIgAk//XAIgAlf/XAIgAvv/XAIkALAB7AIoALAB7AIsALAB7AIwALAB7AI0AD/+uAI0AEf+uAI0AJP/XAI0ANv/DAI0AOP/sAI0AOf/sAI0AOv/XAI0AO//sAI0APP/sAI0Agf/XAI0Agv/XAI0Ag//XAI0AhP/XAI0Ahf/XAI0Ahv/XAI0Amv/sAI0Ax/+uAI0Ayv+uAI8AD/+uAI8AEf+uAI8AJP/XAI8ANv/DAI8AOP/sAI8AOf/sAI8AOv/XAI8AO//sAI8APP/sAI8Agf/XAI8Agv/XAI8Ag//XAI8AhP/XAI8Ahf/XAI8Ahv/XAI8Amv/sAI8Ax/+uAI8Ayv+uAJAAD/+uAJAAEf+uAJAAJP/XAJAANv/DAJAAOP/sAJAAOf/sAJAAOv/XAJAAO//sAJAAPP/sAJAAgf/XAJAAgv/XAJAAg//XAJAAhP/XAJAAhf/XAJAAhv/XAJAAmv/sAJAAx/+uAJAAyv+uAJEAD/+uAJEAEf+uAJEAJP/XAJEANv/DAJEAOP/sAJEAOf/sAJEAOv/XAJEAO//sAJEAPP/sAJEAgf/XAJEAgv/XAJEAg//XAJEAhP/XAJEAhf/XAJEAhv/XAJEAmv/sAJEAx/+uAJEAyv+uAJIAD/+uAJIAEf+uAJIAJP/XAJIANv/DAJIAOP/sAJIAOf/sAJIAOv/XAJIAO//sAJIAPP/sAJIAgf/XAJIAgv/XAJIAg//XAJIAhP/XAJIAhf/XAJIAhv/XAJIAmv/sAJIAx/+uAJIAyv+uAJMAD/+uAJMAEf+uAJMAJP/XAJMANv/DAJMAOP/sAJMAOf/sAJMAOv/XAJMAO//sAJMAPP/sAJMAgf/XAJMAgv/XAJMAg//XAJMAhP/XAJMAhf/XAJMAhv/XAJMAmv/sAJMAx/+uAJMAyv+uAJUAD/+uAJUAEf+uAJUAJP/XAJUANv/DAJUAOP/sAJUAOf/sAJUAOv/XAJUAO//sAJUAPP/sAJUAgf/XAJUAgv/XAJUAg//XAJUAhP/XAJUAhf/XAJUAhv/XAJUAmv/sAJUAx/+uAJUAyv+uAJYAD//XAJYAEf/XAJYAJP/sAJYAgf/sAJYAgv/sAJYAg//sAJYAhP/sAJYAhf/sAJYAhv/sAJYAx//XAJYAyv/XAJcAD//XAJcAEf/XAJcAJP/sAJcAgf/sAJcAgv/sAJcAg//sAJcAhP/sAJcAhf/sAJcAhv/sAJcAx//XAJcAyv/XAJgAD//XAJgAEf/XAJgAJP/sAJgAgf/sAJgAgv/sAJgAg//sAJgAhP/sAJgAhf/sAJgAhv/sAJgAx//XAJgAyv/XAJkAD//XAJkAEf/XAJkAJP/sAJkAgf/sAJkAgv/sAJkAg//sAJkAhP/sAJkAhf/sAJkAhv/sAJkAx//XAJkAyv/XAJoAD/+FAJoAEf+FAJoAIgApAJoAJP+FAJoAJv/XAJoAKv/XAJoAMf/XAJoAM//XAJoAQ/+aAJoARf+aAJoARv+aAJoAR/+aAJoASf/XAJoAT//DAJoAUP/DAJoAUf+aAJoAUv/DAJoAU/+aAJoAVP/DAJoAVf+uAJoAV//DAJoAXP/XAJoAgf+FAJoAgv+FAJoAg/+FAJoAhP+FAJoAhf+FAJoAhv+FAJoAiP/XAJoAj//XAJoAkP/XAJoAkf/XAJoAkv/XAJoAk//XAJoAlf/XAJoAnf+aAJoAnv+aAJoAn/+aAJoAoP+aAJoAof+aAJoAov+aAJoAo/+aAJoApP+aAJoApf+aAJoApv+aAJoAp/+aAJoAqP+aAJoAr/+aAJoAsP+aAJoAsf+aAJoAsv+aAJoAs/+aAJoAtf+aAJoAtv/DAJoAt//DAJoAuP/DAJoAuf/DAJoAvv/XAJoAv/+aAJoAx/+FAJoAyv+FAJsAD/72AJsAEf72AJsAJP+aAJsAOv/XAJsAPP/sAJsAgf+aAJsAgv+aAJsAg/+aAJsAhP+aAJsAhf+aAJsAhv+aAJsAx/72AJsAyv72AJ0ABf/sAJ0ACv/sAJ0Axv/sAJ0Ayf/sAJ4ABf/sAJ4ACv/sAJ4Axv/sAJ4Ayf/sAJ8ABf/sAJ8ACv/sAJ8Axv/sAJ8Ayf/sAKAABf/sAKAACv/sAKAAxv/sAKAAyf/sAKEABf/sAKEACv/sAKEAxv/sAKEAyf/sAKIABf/sAKIACv/sAKIAxv/sAKIAyf/sAKUABf/sAKUACv/sAKUAWP/XAKUAWf/XAKUAWv/XAKUAW//XAKUAXP/sAKUAuv/XAKUAxv/sAKUAyf/sAKYABf/sAKYACv/sAKYAWP/XAKYAWf/XAKYAWv/XAKYAW//XAKYAXP/sAKYAuv/XAKYAxv/sAKYAyf/sAKcABf/sAKcACv/sAKcAWP/XAKcAWf/XAKcAWv/XAKcAW//XAKcAXP/sAKcAuv/XAKcAxv/sAKcAyf/sAKgABf/sAKgACv/sAKgAWP/XAKgAWf/XAKgAWv/XAKgAW//XAKgAXP/sAKgAuv/XAKgAxv/sAKgAyf/sAK0ABf/sAK0ACv/sAK0AWP/XAK0AWf/XAK0AWv/XAK0AW//XAK0AXP/sAK0Auv/XAK0Axv/sAK0Ayf/sAK8ABf/sAK8ACv/sAK8AWP/XAK8AWf/XAK8AWv/XAK8AW//XAK8AXP/sAK8Auv/XAK8Axv/sAK8Ayf/sALAABf/sALAACv/sALAAWP/XALAAWf/XALAAWv/XALAAW//XALAAXP/sALAAuv/XALAAxv/sALAAyf/sALEABf/sALEACv/sALEAWP/XALEAWf/XALEAWv/XALEAW//XALEAXP/sALEAuv/XALEAxv/sALEAyf/sALMABf/XALMACv/XALMAxv/XALMAyf/XALUABf/sALUACv/sALUAWP/XALUAWf/XALUAWv/XALUAW//XALUAXP/sALUAuv/XALUAxv/sALUAyf/sALoABQBSALoACgBSALoAD/+uALoAEf+uALoAIgApALoAxgBSALoAx/+uALoAyQBSALoAyv+uALsABf/sALsACv/sALsAWP/XALsAWf/XALsAWv/XALsAW//XALsAXP/sALsAuv/XALsAxv/sALsAyf/sALwABQBSALwACgBSALwAD/+uALwAEf+uALwAIgApALwAxgBSALwAx/+uALwAyQBSALwAyv+uAL4ALAB7AAAABwBaAAMAAQQJAAEAEgAAAAMAAQQJAAIADgASAAMAAQQJAAMAPAAgAAMAAQQJAAQAEgAAAAMAAQQJAAUAGABcAAMAAQQJAAYAEAB0AAMAAQQJAA4AVACEAE8AcABlAG4AIABTAGEAbgBzAFIAZQBnAHUAbABhAHIAQQBzAGMAZQBuAGQAZQByACAALQAgAE8AcABlAG4AIABTAGEAbgBzACAAQgB1AGkAbABkACAAMQAwADAAVgBlAHIAcwBpAG8AbgAgADEALgAxADAATwBwAGUAbgBTAGEAbgBzAGgAdAB0AHAAOgAvAC8AdwB3AHcALgBhAHAAYQBjAGgAZQAuAG8AcgBnAC8AbABpAGMAZQBuAHMAZQBzAC8ATABJAEMARQBOAFMARQAtADIALgAwAAAAAgAAAAAAAP9mAGYAAAAAAAAAAAAAAAAAAAAAAAAAAADcAAABAgACAAMABAAFAAYABwAIAAkACgALAAwADQAOAA8AEAARABIAEwAUABUAFgAXABgAGQAaABsAHAAdAB4AHwAgACEAIgAjACQAJQAmACcAKAApACoAKwAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5ADoAOwA8AD0APgA/AEAAQQBCAEMARABFAEYARwBIAEkASgBLAEwATQBOAE8AUABRAFIAUwBUAFUAVgBXAFgAWQBaAFsAXABdAF4AXwBgAGEArACjAIQAhQC9AJYA6ACGAI4AiwCdAKkApAEDAIoBBACDAJMA8gDzAI0AlwCIAMMA3gDxAJ4AqgD1APQA9gCiAK0AyQDHAK4AYgBjAJAAZADLAGUAyADKAOkAZgDTANAA0QCvAGcA8ACRANYA1ADVAGgA6wDtAIkAagBpAGsAbQBsAG4AoABvAHEAcAByAHMAdQB0AHYAdwDqAHgAegB5AHsAfQB8ALgAoQB/AH4AgACBAOwA7gC6ANcAsACxANgA3QDZALIAswC2ALcAxAC0ALUAxQCHAL4AvwC8AQUA7wEGAQcBCAEJAQoBCwAsAM8AzADNAM4EbnVsbAd1bmkwMEFECW92ZXJzY29yZQRFdXJvB3VuaUZCMDEHdW5pRkIwMgxmb3Vyc3VwZXJpb3IHdW5pRkIwMwd1bmlGQjA0AmZmAAAAAQADAAgACgANAAf//wAPAAEAAAAMAAAAAAAAAAIAAQAAANsAAQAAAAEAAAAKAAoACgAAAAEAAAAKAB4ALAABbGF0bgAIAAQAAAAA//8AAQAAAAFsaWdhAAgAAAABAAAAAQAEAAQAAAABAAgAAQA2AAEACAAFAAwAFAAcACIAKADVAAMASABOANQAAwBIAEsA1gACAEgA0gACAE4A0QACAEsAAQABAEg=) 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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 300;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 400;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 700;
+src: 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) 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BkBAXAcIVHfzgDwr+ogoPDwoBXgoPDwqvrwoPAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUzMhYVETMyFgcDBiInAyY2OwERNDYB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv58lgoPiRUKDd8NJg3fDQoViQ8EmVub1urWm1tbm9bq1ps7csXoxXJyxejFDQ8K/u0XEP7tEBABExAXARMKDwAAAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiUTFgYrAREUBisBIiY1ESMiJjcTNjIB4+rWm1tbm9bq1ptbW5sBv+jFcnLF6MVycv7n3w0KFYkPCpYKD4kVCg3fDSYEmVub1urWm1tbm9bq1ps7csXoxXJyxejFAf7tEBf+7QoPDwoBExcQARMQAAAAAAIAAAAABLAEsAAZADkAABMhMhYXExYVERQGBwYjISImJyY1EzQ3Ez4BBSEiBgcDBhY7ATIWHwEeATsBMjY/AT4BOwEyNicDLgHhAu4KEwO6BwgFDBn7tAweAgYBB7kDEwKX/dQKEgJXAgwKlgoTAiYCEwr6ChMCJgITCpYKDAJXAhIEsA4K/XQYGf5XDB4CBggEDRkBqRkYAowKDsgOC/4+Cw4OCpgKDg4KmAoODgsBwgsOAAMAFwAXBJkEmQAPABsAJwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgUXFhQPAQYmNRE0NgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJy/ov9ERH9EBgYBJlbm9bq1ptbW5vW6tabO3LF6MVycsXoxV2+DCQMvgwLFQGQFQsAAQAXABcEmQSwACgAAAE3NhYVERQGIyEiJj8BJiMiDgEUHgEyPgE1MxQOAiIuAjQ+AjMyA7OHBwsPCv6WCwQHhW2BdMVycsXoxXKWW5vW6tabW1ub1nXABCSHBwQL/pYKDwsHhUxyxejFcnLFdHXWm1tbm9bq1ptbAAAAAAIAFwABBJkEsAAaADUAAAE3NhYVERQGIyEiJj8BJiMiDgEVIzQ+AjMyEzMUDgIjIicHBiY1ETQ2MyEyFg8BFjMyPgEDs4cHCw8L/pcLBAeGboF0xXKWW5vWdcDrllub1nXAnIYHCw8LAWgKBQiFboJ0xXIEJIcHBAv+lwsPCweGS3LFdHXWm1v9v3XWm1t2hggFCgFoCw8LB4VMcsUAAAAKAGQAAASwBLAADwAfAC8APwBPAF8AbwB/AI8AnwAAEyEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0NgczMhYdARQGKwEiJj0BNDYzITIWHQEUBiMhIiY9ATQ2BzMyFh0BFAYrASImPQE0NjMhMhYdARQGIyEiJj0BNDYHMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0Nn0EGgoPDwr75goPDwPA/K4KDw8KA1IKDw/9CDIKDw8KMgoPD9IBwgoPDwr+PgoPD74yCg8PCjIKDw/SAcIKDw8K/j4KDw++MgoPDwoyCg8P0gHCCg8PCv4+Cg8PvjIKDw8KMgoPD9IBwgoPDwr+PgoPDwSwDwr7ggoPDwoEfgoPyA8K/K4KDw8KA1IKD2QPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKDwAAAAACAAAAAARMBLAAGQAjAAABNTQmIyEiBh0BIyIGFREUFjMhMjY1ETQmIyE1NDY7ATIWHQEDhHVT/tRSdmQpOzspA4QpOzsp/ageFMgUHgMgyFN1dlLIOyn9qCk7OykCWCk7lhUdHRWWAAIAZAAABEwETAAJADcAABMzMhYVESMRNDYFMhcWFREUBw4DIyIuAScuAiMiBwYjIicmNRE+ATc2HgMXHgIzMjc2fTIKD2QPA8AEBRADIUNAMRwaPyonKSxHHlVLBwgGBQ4WeDsXKC4TOQQpLUUdZ1AHBEwPCvvNBDMKDzACBhH+WwYGO1AkDQ0ODg8PDzkFAwcPAbY3VwMCAwsGFAEODg5XCAAAAwAAAAAEsASXACEAMQBBAAAAMh4CFREUBisBIiY1ETQuASAOARURFAYrASImNRE0PgEDMzIWFREUBisBIiY1ETQ2ITMyFhURFAYrASImNRE0NgHk6N6jYw8KMgoPjeT++uSNDwoyCg9joyqgCAwMCKAIDAwCYKAIDAwIoAgMDASXY6PedP7UCg8PCgEsf9FyctF//tQKDw8KASx03qP9wAwI/jQIDAwIAcwIDAwI/jQIDAwIAcwIDAAAAAACAAAA0wRHA90AFQA5AAABJTYWFREUBiclJisBIiY1ETQ2OwEyBTc2Mh8BFhQPARcWFA8BBiIvAQcGIi8BJjQ/AScmND8BNjIXAUEBAgkMDAn+/hUZ+goPDwr6GQJYeAcUByIHB3h4BwciBxQHeHgHFAciBwd3dwcHIgcUBwMurAYHCv0SCgcGrA4PCgFeCg+EeAcHIgcUB3h4BxQHIgcHd3cHByIHFAd4eAcUByIICAAAAAACAAAA0wNyA90AFQAvAAABJTYWFREUBiclJisBIiY1ETQ2OwEyJTMWFxYVFAcGDwEiLwEuATc2NTQnJjY/ATYBQQECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcDLqwGBwr9EgoHBqwODwoBXgoPZAEJgaGafwkBAQYXBxMIZ36EaggUBxYFAAAAAAMAAADEBGID7AAbADEASwAAATMWFxYVFAYHBgcjIi8BLgE3NjU0JicmNj8BNgUlNhYVERQGJyUmKwEiJjURNDY7ATIlMxYXFhUUBwYPASIvAS4BNzY1NCcmNj8BNgPHAwsGh0RABwoDCQcqCAIGbzs3BgIJKgf9ggECCQwMCf7+FRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcD7AEJs9lpy1QJAQYiBhQIlrJarEcJFAYhBb6sBgcK/RIKBwasDg8KAV4KD2QBCYGhmn8JAQEGFwcTCGd+hGoIFQYWBQAAAAANAAAAAASwBLAACQAVABkAHQAhACUALQA7AD8AQwBHAEsATwAAATMVIxUhFSMRIQEjFTMVIREjESM1IQURIREhESERBSM1MwUjNTMBMxEhETM1MwEzFSMVIzUjNTM1IzUhBREhEQcjNTMFIzUzASM1MwUhNSEB9GRk/nBkAfQCvMjI/tTIZAJY+7QBLAGQASz84GRkArxkZP1EyP4MyGQB9MhkyGRkyAEs/UQBLGRkZAOEZGT+DGRkAfT+1AEsA4RkZGQCWP4MZMgBLAEsyGT+1AEs/tQBLMhkZGT+DP4MAfRk/tRkZGRkyGTI/tQBLMhkZGT+1GRkZAAAAAAJAAAAAASwBLAAAwAHAAsADwATABcAGwAfACMAADcjETMTIxEzASMRMxMjETMBIxEzASE1IRcjNTMXIzUzBSM1M2RkZMhkZAGQyMjIZGQBLMjI/OD+1AEsyGRkyGRkASzIyMgD6PwYA+j8GAPo/BgD6PwYA+j7UGRkW1tbW1sAAAIAAAAKBKYEsAANABUAAAkBFhQHAQYiJwETNDYzBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAUM7Uzs7UzsEsP1WCBQI/jAICAKqAdsKD807O1Q7OwAAAAADAAAACgXSBLAADQAZACEAAAkBFhQHAQYiJwETNDYzIQEWFAcBBiIvAQkBBCYiBhQWMjYB9AKqCAj+MAgUCP1WAQ8KAwYCqggI/jAIFAg4Aaj9RP7TO1M7O1M7BLD9VggUCP4wCAgCqgHbCg/9VggUCP4wCAg4AaoCvM07O1Q7OwAAAAABAGQAAASwBLAAJgAAASEyFREUDwEGJjURNCYjISIPAQYWMyEyFhURFAYjISImNRE0PwE2ASwDOUsSQAgKDwr9RBkSQAgFCgK8Cg8PCvyuCg8SixIEsEv8fBkSQAgFCgO2Cg8SQAgKDwr8SgoPDwoDzxkSixIAAAABAMj//wRMBLAACgAAEyEyFhURCQERNDb6AyAVHf4+/j4dBLAdFfuCAbz+QwR/FR0AAAAAAwAAAAAEsASwABUARQBVAAABISIGBwMGHwEeATMhMjY/ATYnAy4BASMiBg8BDgEjISImLwEuASsBIgYVERQWOwEyNj0BNDYzITIWHQEUFjsBMjY1ETQmASEiBg8BBhYzITI2LwEuAQM2/kQLEAFOBw45BhcKAcIKFwY+DgdTARABVpYKFgROBBYK/doKFgROBBYKlgoPDwqWCg8PCgLuCg8PCpYKDw/+sf4MChMCJgILCgJYCgsCJgITBLAPCv7TGBVsCQwMCWwVGAEtCg/+cA0JnAkNDQmcCQ0PCv12Cg8PCpYKDw8KlgoPDwoCigoP/agOCpgKDg4KmAoOAAAAAAQAAABkBLAETAAdACEAKQAxAAABMzIeAh8BMzIWFREUBiMhIiY1ETQ2OwE+BAEVMzUEIgYUFjI2NCQyFhQGIiY0AfTIOF00JAcGlik7Oyn8GCk7OymWAgknM10ByGT+z76Hh76H/u9WPDxWPARMKTs7FRQ7Kf2oKTs7KQJYKTsIG0U1K/7UZGRGh76Hh74IPFY8PFYAAAAAAgA1AAAEsASvACAAIwAACQEWFx4BHwEVITUyNi8BIQYHBh4CMxUhNTY3PgE/AQEDIQMCqQGBFCgSJQkK/l81LBFS/nk6IgsJKjIe/pM4HAwaBwcBj6wBVKIEr/waMioTFQECQkJXLd6RWSIuHAxCQhgcDCUNDQPu/VoByQAAAAADAGQAAAPwBLAAJwAyADsAAAEeBhUUDgMjITU+ATURNC4EJzUFMh4CFRQOAgclMzI2NTQuAisBETMyNjU0JisBAvEFEzUwOyodN1htbDD+DCk7AQYLFyEaAdc5dWM+Hy0tEP6Pi05pESpTPnbYUFJ9Xp8CgQEHGB0zOlIuQ3VONxpZBzMoAzsYFBwLEAkHRwEpSXNDM1s6KwkxYUopOzQb/K5lUFqBAAABAMgAAANvBLAAGQAAARcOAQcDBhYXFSE1NjcTNjQuBCcmJzUDbQJTQgeECSxK/gy6Dq0DAw8MHxUXDQYEsDkTNSj8uTEoBmFhEFIDQBEaExAJCwYHAwI5AAAAAAL/tQAABRQEsAAlAC8AAAEjNC4FKwERFBYfARUhNTI+AzURIyIOBRUjESEFIxEzByczESM3BRQyCAsZEyYYGcgyGRn+cAQOIhoWyBkYJhMZCwgyA+j7m0tLfX1LS30DhBUgFQ4IAwH8rhYZAQJkZAEFCRUOA1IBAwgOFSAVASzI/OCnpwMgpwACACH/tQSPBLAAJQAvAAABIzQuBSsBERQWHwEVITUyPgM1ESMiDgUVIxEhEwc1IRUnNxUhNQRMMggLGRMmGBnIMhkZ/nAEDiIaFsgZGCYTGQsIMgPoQ6f84KenAyADhBUgFQ4IAwH9dhYZAQJkZAEFCRUOAooBAwgOFSAVASz7gn1LS319S0sABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyAlgVHR0V/agVHR0VA+gVHR0V/BgVHR0VAyAVHR0V/OAVHR0VBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYDITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NgMhMhYdARQGIyEiJj0BNDb6ArwVHR0V/UQVHR2zBEwVHR0V+7QVHR3dArwVHR0V/UQVHR2zBEwVHR0V+7QVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR3+1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AAAE1NDYzITIWHQEUBiMhIiYBNTQ2MyEyFh0BFAYjISImEzU0NjMhMhYdARQGIyEiJgE1NDYzITIWHQEUBiMhIiYB9B0VAlgVHR0V/agVHf5wHRUD6BUdHRX8GBUdyB0VAyAVHR0V/OAVHf7UHRUETBUdHRX7tBUdA7ZkFR0dFWQVHR3+6WQVHR0VZBUdHf7pZBUdHRVkFR0d/ulkFR0dFWQVHR0AAAQAAAAABLAETAAPAB8ALwA/AAATITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2MgRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dBEwdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAgAAAAABLAETAAPAB8ALwA/AE8AXwBvAH8AABMzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2ATMyFh0BFAYrASImPQE0NikBMhYdARQGIyEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2KQEyFh0BFAYjISImPQE0NgEzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2MmQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR3+6WQVHR0VZBUdHQFBAyAVHR0V/OAVHR0ETB0VZBUdHRVkFR0dFWQVHR0VZBUd/tQdFWQVHR0VZBUdHRVkFR0dFWQVHf7UHRVkFR0dFWQVHR0VZBUdHRVkFR3+1B0VZBUdHRVkFR0dFWQVHR0VZBUdAAAG/5wAAASwBEwAAwATACMAKgA6AEoAACEjETsCMhYdARQGKwEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2BQc1IzUzNQUhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2AZBkZJZkFR0dFWQVHR0VAfQVHR0V/gwVHR3++qfIyAHCASwVHR0V/tQVHR0VAlgVHR0V/agVHR0ETB0VZBUdHRVkFR3+1B0VZBUdHRVkFR36fUtkS68dFWQVHR0VZBUd/tQdFWQVHR0VZBUdAAAABgAAAAAFFARMAA8AEwAjACoAOgBKAAATMzIWHQEUBisBIiY9ATQ2ASMRMwEhMhYdARQGIyEiJj0BNDYFMxUjFSc3BSEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyZBUdHRVkFR0dA2dkZPyuAfQVHR0V/gwVHR0EL8jIp6f75gEsFR0dFf7UFR0dFQJYFR0dFf2oFR0dBEwdFWQVHR0VZBUd+7QETP7UHRVkFR0dFWQVHchkS319rx0VZBUdHRVkFR3+1B0VZBUdHRVkFR0AAAAAAgAAAMgEsAPoAA8AEgAAEyEyFhURFAYjISImNRE0NgkCSwLuHywsH/0SHywsBIT+1AEsA+gsH/12HywsHwKKHyz9RAEsASwAAwAAAAAEsARMAA8AFwAfAAATITIWFREUBiMhIiY1ETQ2FxE3BScBExEEMhYUBiImNCwEWBIaGhL7qBIaGkr3ASpKASXs/NJwTk5wTgRMGhL8DBIaGhID9BIaZP0ftoOcAT7+4AH0dE5vT09vAAAAAAIA2wAFBDYEkQAWAB4AAAEyHgEVFAcOAQ8BLgQnJjU0PgIWIgYUFjI2NAKIdcZzRkWyNjYJIV5YbSk8RHOft7eCgreCBJF4ynVzj23pPz4IIWZomEiEdVijeUjDgriBgbgAAAACABcAFwSZBJkADwAXAAAAMh4CFA4CIi4CND4BAREiDgEUHgEB4+rWm1tbm9bq1ptbW5sBS3TFcnLFBJlbm9bq1ptbW5vW6tab/G8DVnLF6MVyAAACAHUAAwPfBQ8AGgA1AAABHgYVFA4DBy4DNTQ+BQMOAhceBBcWNj8BNiYnLgInJjc2IyYCKhVJT1dOPiUzVnB9P1SbfEokP0xXUEm8FykoAwEbITEcExUWAgYCCQkFEikMGiACCAgFD0iPdXdzdYdFR4BeRiYEBTpjl1lFh3ZzeHaQ/f4hS4I6JUEnIw4IBwwQIgoYBwQQQSlZtgsBAAAAAwAAAAAEywRsAAwAKgAvAAABNz4CHgEXHgEPAiUhMhcHISIGFREUFjMhMjY9ATcRFAYjISImNRE0NgkBBzcBA+hsAgYUFR0OFgoFBmz9BQGQMje7/pApOzspAfQpO8i7o/5wpbm5Azj+lqE3AWMD9XMBAgIEDw4WKgsKc8gNuzsp/gwpOzsptsj+tKW5uaUBkKW5/tf+ljKqAWMAAgAAAAAEkwRMABsANgAAASEGByMiBhURFBYzITI2NTcVFAYjISImNRE0NgUBFhQHAQYmJzUmDgMHPgY3NT4BAV4BaaQ0wyk7OykB9Ck7yLml/nClubkCfwFTCAj+rAcLARo5ZFRYGgouOUlARioTAQsETJI2Oyn+DCk7OymZZ6W5uaUBkKW5G/7TBxUH/s4GBAnLAQINFjAhO2JBNB0UBwHSCgUAAAAAAgAAAAAEnQRMAB0ANQAAASEyFwchIgYVERQWMyEyNj0BNxUUBiMhIiY1ETQ2CQE2Mh8BFhQHAQYiLwEmND8BNjIfARYyAV4BXjxDsv6jKTs7KQH0KTvIuaX+cKW5uQHKAYsHFQdlBwf97QcVB/gHB2UHFQdvCBQETBexOyn+DCk7OylFyNulubmlAZCluf4zAYsHB2UHFQf97AcH+AcVB2UHB28HAAAAAQAKAAoEpgSmADsAAAkBNjIXARYGKwEVMzU0NhcBFhQHAQYmPQEjFTMyFgcBBiInASY2OwE1IxUUBicBJjQ3ATYWHQEzNSMiJgE+AQgIFAgBBAcFCqrICggBCAgI/vgICsiqCgUH/vwIFAj++AgFCq/ICgj++AgIAQgICsivCgUDlgEICAj++AgKyK0KBAf+/AcVB/73BwQKrcgKCP74CAgBCAgKyK0KBAcBCQcVBwEEBwQKrcgKAAEAyAAAA4QETAAZAAATMzIWFREBNhYVERQGJwERFAYrASImNRE0NvpkFR0B0A8VFQ/+MB0VZBUdHQRMHRX+SgHFDggV/BgVCA4Bxf5KFR0dFQPoFR0AAAABAAAAAASwBEwAIwAAEzMyFhURATYWFREBNhYVERQGJwERFAYnAREUBisBIiY1ETQ2MmQVHQHQDxUB0A8VFQ/+MBUP/jAdFWQVHR0ETB0V/koBxQ4IFf5KAcUOCBX8GBUIDgHF/koVCA4Bxf5KFR0dFQPoFR0AAAABAJ0AGQSwBDMAFQAAAREUBicBERQGJwEmNDcBNhYVEQE2FgSwFQ/+MBUP/hQPDwHsDxUB0A8VBBr8GBUIDgHF/koVCA4B4A4qDgHgDggV/koBxQ4IAAAAAQDIABYEMwQ2AAsAABMBFhQHAQYmNRE0NvMDLhIS/NISGRkEMv4OCx4L/g4LDhUD6BUOAAIAyABkA4QD6AAPAB8AABMzMhYVERQGKwEiJjURNDYhMzIWFREUBisBIiY1ETQ2+sgVHR0VyBUdHQGlyBUdHRXIFR0dA+gdFfzgFR0dFQMgFR0dFfzgFR0dFQMgFR0AAAEAyABkBEwD6AAPAAABERQGIyEiJjURNDYzITIWBEwdFfzgFR0dFQMgFR0DtvzgFR0dFQMgFR0dAAAAAAEAAAAZBBMEMwAVAAABETQ2FwEWFAcBBiY1EQEGJjURNDYXAfQVDwHsDw/+FA8V/jAPFRUPAmQBthUIDv4gDioO/iAOCBUBtv47DggVA+gVCA4AAAH//gACBLMETwAjAAABNzIWFRMUBiMHIiY1AwEGJjUDAQYmNQM0NhcBAzQ2FwEDNDYEGGQUHgUdFWQVHQL+MQ4VAv4yDxUFFQ8B0gIVDwHSAh0ETgEdFfwYFR0BHRUBtf46DwkVAbX+OQ4JFAPoFQkP/j4BthQJDv49AbYVHQAAAQEsAAAD6ARMABkAAAEzMhYVERQGKwEiJjURAQYmNRE0NhcBETQ2A1JkFR0dFWQVHf4wDxUVDwHQHQRMHRX8GBUdHRUBtv47DggVA+gVCA7+OwG2FR0AAAIAZADIBLAESAALABsAAAkBFgYjISImNwE2MgEhMhYdARQGIyEiJj0BNDYCrgH1DwkW++4WCQ8B9Q8q/fcD6BUdHRX8GBUdHQQ5/eQPFhYPAhwP/UgdFWQVHR0VZBUdAAEAiP/8A3UESgAFAAAJAgcJAQN1/qABYMX92AIoA4T+n/6fxgIoAiYAAAAAAQE7//wEKARKAAUAAAkBJwkBNwQo/dnGAWH+n8YCI/3ZxgFhAWHGAAIAFwAXBJkEmQAPADMAAAAyHgIUDgIiLgI0PgEFIyIGHQEjIgYdARQWOwEVFBY7ATI2PQEzMjY9ATQmKwE1NCYB4+rWm1tbm9bq1ptbW5sBfWQVHZYVHR0Vlh0VZBUdlhUdHRWWHQSZW5vW6tabW1ub1urWm7odFZYdFWQVHZYVHR0Vlh0VZBUdlhUdAAAAAAIAFwAXBJkEmQAPAB8AAAAyHgIUDgIiLgI0PgEBISIGHQEUFjMhMjY9ATQmAePq1ptbW5vW6tabW1ubAkX+DBUdHRUB9BUdHQSZW5vW6tabW1ub1urWm/5+HRVkFR0dFWQVHQACABcAFwSZBJkADwAzAAAAMh4CFA4CIi4CND4BBCIPAScmIg8BBhQfAQcGFB8BFjI/ARcWMj8BNjQvATc2NC8BAePq1ptbW5vW6tabW1ubAeUZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0JCXh4CQmNBJlbm9bq1ptbW5vW6tabrQl4eAkJjQkZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0AAgAXABcEmQSZAA8AJAAAADIeAhQOAiIuAjQ+AQEnJiIPAQYUHwEWMjcBNjQvASYiBwHj6tabW1ub1urWm1tbmwEVVAcVCIsHB/IHFQcBdwcHiwcVBwSZW5vW6tabW1ub1urWm/4xVQcHiwgUCPEICAF3BxUIiwcHAAAAAAMAFwAXBJkEmQAPADsASwAAADIeAhQOAiIuAjQ+AQUiDgMVFDsBFjc+ATMyFhUUBgciDgUHBhY7ATI+AzU0LgMTIyIGHQEUFjsBMjY9ATQmAePq1ptbW5vW6tabW1ubAT8dPEIyIRSDHgUGHR8UFw4TARkOGhITDAIBDQ6tBx4oIxgiM0Q8OpYKDw8KlgoPDwSZW5vW6tabW1ub1urWm5ELHi9PMhkFEBQQFRIXFgcIBw4UHCoZCBEQKDhcNi9IKhsJ/eMPCpYKDw8KlgoPAAADABcAFwSZBJkADwAfAD4AAAAyHgIUDgIiLgI0PgEFIyIGHQEUFjsBMjY9ATQmAyMiBh0BFBY7ARUjIgYdARQWMyEyNj0BNCYrARE0JgHj6tabW1ub1urWm1tbmwGWlgoPDwqWCg8PCvoKDw8KS0sKDw8KAV4KDw8KSw8EmVub1urWm1tbm9bq1ptWDwqWCg8PCpYKD/7UDwoyCg/IDwoyCg8PCjIKDwETCg8AAgAAAAAEsASwAC8AXwAAATMyFh0BHgEXMzIWHQEUBisBDgEHFRQGKwEiJj0BLgEnIyImPQE0NjsBPgE3NTQ2ExUUBisBIiY9AQ4BBzMyFh0BFAYrAR4BFzU0NjsBMhYdAT4BNyMiJj0BNDY7AS4BAg2WCg9nlxvCCg8PCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw+5DwqWCg9EZheoCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmBLAPCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw8KlgoPZ5cbwgoP/s2oCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmRA8KlgoPRGYAAwAXABcEmQSZAA8AGwA/AAAAMh4CFA4CIi4CND4BBCIOARQeATI+ATQmBxcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyAePq1ptbW5vW6tabW1ubAb/oxXJyxejFcnKaQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwdABxUHfHwHFQSZW5vW6tabW1ub1urWmztyxejFcnLF6MVaQAcVB3x8BxUHQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwAAAAMAFwAXBJkEmQAPABsAMAAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcXFhQHAQYiLwEmND8BNjIfATc2MgHj6tabW1ub1urWm1tbmwG/6MVycsXoxXJyg2oHB/7ACBQIyggIagcVB0/FBxUEmVub1urWm1tbm9bq1ps7csXoxXJyxejFfWoHFQf+vwcHywcVB2oICE/FBwAAAAMAFwAXBJkEmQAPABgAIQAAADIeAhQOAiIuAjQ+AQUiDgEVFBcBJhcBFjMyPgE1NAHj6tabW1ub1urWm1tbmwFLdMVyQQJLafX9uGhzdMVyBJlbm9bq1ptbW5vW6tabO3LFdHhpAktB0P24PnLFdHMAAAAAAQAXAFMEsAP5ABUAABMBNhYVESEyFh0BFAYjIREUBicBJjQnAgoQFwImFR0dFf3aFxD99hACRgGrDQoV/t0dFcgVHf7dFQoNAasNJgAAAAABAAAAUwSZA/kAFQAACQEWFAcBBiY1ESEiJj0BNDYzIRE0NgJ/AgoQEP32EBf92hUdHRUCJhcD8f5VDSYN/lUNChUBIx0VyBUdASMVCgAAAAEAtwAABF0EmQAVAAAJARYGIyERFAYrASImNREhIiY3ATYyAqoBqw0KFf7dHRXIFR3+3RUKDQGrDSYEif32EBf92hUdHRUCJhcQAgoQAAAAAQC3ABcEXQSwABUAAAEzMhYVESEyFgcBBiInASY2MyERNDYCJsgVHQEjFQoN/lUNJg3+VQ0KFQEjHQSwHRX92hcQ/fYQEAIKEBcCJhUdAAABAAAAtwSZBF0AFwAACQEWFAcBBiY1EQ4DBz4ENxE0NgJ/AgoQEP32EBdesKWBJAUsW4fHfhcEVf5VDSYN/lUNChUBIwIkRHVNabGdcUYHAQYVCgACAAAAAASwBLAAFQArAAABITIWFREUBi8BBwYiLwEmND8BJyY2ASEiJjURNDYfATc2Mh8BFhQPARcWBgNSASwVHRUOXvkIFAhqBwf5Xg4I/iH+1BUdFQ5e+QgUCGoHB/leDggEsB0V/tQVCA5e+QcHaggUCPleDhX7UB0VASwVCA5e+QcHaggUCPleDhUAAAACAEkASQRnBGcAFQArAAABFxYUDwEXFgYjISImNRE0Nh8BNzYyASEyFhURFAYvAQcGIi8BJjQ/AScmNgP2agcH+V4OCBX+1BUdFQ5e+QgU/QwBLBUdFQ5e+QgUCGoHB/leDggEYGoIFAj5Xg4VHRUBLBUIDl75B/3xHRX+1BUIDl75BwdqCBQI+V4OFQAAAAADABcAFwSZBJkADwAfAC8AAAAyHgIUDgIiLgI0PgEFIyIGFxMeATsBMjY3EzYmAyMiBh0BFBY7ATI2PQE0JgHj6tabW1ub1urWm1tbmwGz0BQYBDoEIxQ2FCMEOgQYMZYKDw8KlgoPDwSZW5vW6tabW1ub1urWm7odFP7SFB0dFAEuFB3+DA8KlgoPDwqWCg8AAAAABQAAAAAEsASwAEkAVQBhAGgAbwAAATIWHwEWHwEWFxY3Nj8BNjc2MzIWHwEWHwIeATsBMhYdARQGKwEiBh0BIREjESE1NCYrASImPQE0NjsBMjY1ND8BNjc+BAUHBhY7ATI2LwEuAQUnJgYPAQYWOwEyNhMhIiY1ESkBERQGIyERAQQJFAUFFhbEFQ8dCAsmxBYXERUXMA0NDgQZCAEPCj0KDw8KMgoP/nDI/nAPCjIKDw8KPQsOCRkFDgIGFRYfAp2mBwQK2woKAzMDEP41sQgQAzMDCgrnCwMe/okKDwGQAlgPCv6JBLAEAgIKDXYNCxUJDRZ2DQoHIREQFRh7LAkLDwoyCg8PCq8BLP7UrwoPDwoyCg8GBQQwgBkUAwgWEQ55ogcKDgqVCgSqnQcECo8KDgr8cg8KAXf+iQoPAZAAAAAAAgAAAAwErwSmACsASQAAATYWFQYCDgQuAScmByYOAQ8BBiY1NDc+ATc+AScuAT4BNz4GFyYGBw4BDwEOBAcOARY2Nz4CNz4DNz4BBI0IGgItQmxhi2KORDg9EQQRMxuZGhYqCFUYEyADCQIQOjEnUmFch3vAJQgdHyaiPT44XHRZUhcYDhItIRmKcVtGYWtbKRYEBKYDEwiy/t3IlVgxEQgLCwwBAQIbG5kYEyJAJghKFRE8Hzdff4U/M0o1JSMbL0QJGCYvcSEhHjZST2c1ODwEJygeW0AxJUBff1UyFAABAF0AHgRyBM8ATwAAAQ4BHgQXLgc+ATceAwYHDgQHBicmNzY3PgQuAScWDgMmJy4BJyY+BDcGHgM3PgEuAicmPgMCjScfCic4R0IgBBsKGAoQAwEJEg5gikggBhANPkpTPhZINx8SBgsNJysiCRZOQQoVNU1bYC9QZwICBAUWITsoCAYdJzIYHw8YIiYHDyJJYlkEz0OAZVxEOSQMBzgXOB42IzElKRIqg5Gnl0o3Z0c6IAYWCwYNAwQFIDhHXGF1OWiqb0sdBxUknF0XNTQ8PEUiNWNROBYJDS5AQVUhVZloUSkAAAAAA//cAGoE1ARGABsAPwBRAAAAMh4FFA4FIi4FND4EBSYGFxYVFAYiJjU0NzYmBwYHDgEXHgQyPgM3NiYnJgUHDgEXFhcWNj8BNiYnJicuAQIGpJ17bk85HBw6T257naKde25POhwcOU9uewIPDwYIGbD4sBcIBw5GWg0ECxYyWl+DiINfWjIWCwQMWv3/Iw8JCSU4EC0OIw4DDywtCyIERi1JXGJcSSpJXGJcSS0tSVxiXEkqSVxiXEncDwYTOT58sLB8OzcTBg9FcxAxEiRGXkQxMEVeRSQSMRF1HiQPLxJEMA0EDyIPJQ8sSRIEAAAABP/cAAAE1ASwABQAJwA7AEwAACEjNy4ENTQ+BTMyFzczEzceARUUDgMHNz4BNzYmJyYlBgcOARceBBc3LgE1NDc2JhcHDgEXFhcWNj8CJyYnLgECUJQfW6l2WSwcOU9ue51SPUEglCYvbIknUGqYUi5NdiYLBAw2/VFGWg0ECxIqSExoNSlrjxcIB3wjDwkJJTgQLQ4MFgMsLQsieBRhdHpiGxVJXGJcSS0Pef5StVXWNBpacm5jGq0xiD8SMRFGckVzEDESHjxRQTkNmhKnbjs3EwZwJA8vEkQwDQQPC1YELEkSBAAAAAP/ngAABRIEqwALABgAKAAAJwE2FhcBFgYjISImJSE1NDY7ATIWHQEhAQczMhYPAQ4BKwEiJi8BJjZaAoIUOBQCghUbJfryJRsBCgFZDwqWCg8BWf5DaNAUGAQ6BCMUNhQjBDoEGGQEKh8FIfvgIEdEhEsKDw8KSwLT3x0U/BQdHRT8FB0AAAABAGQAFQSwBLAAKAAAADIWFREBHgEdARQGJyURFh0BFAYvAQcGJj0BNDcRBQYmPQE0NjcBETQCTHxYAWsPFhgR/plkGhPNzRMaZP6ZERgWDwFrBLBYPv6t/rsOMRQpFA0M+f75XRRAFRAJgIAJEBVAFF0BB/kMDRQpFDEOAUUBUz4AAAARAAAAAARMBLAAHQAnACsALwAzADcAOwA/AEMARwBLAE8AUwBXAFsAXwBjAAABMzIWHQEzMhYdASE1NDY7ATU0NjsBMhYdASE1NDYBERQGIyEiJjURFxUzNTMVMzUzFTM1MxUzNTMVMzUFFTM1MxUzNTMVMzUzFTM1MxUzNQUVMzUzFTM1MxUzNTMVMzUzFTM1A1JkFR0yFR37tB0VMh0VZBUdAfQdAQ8dFfwYFR1kZGRkZGRkZGRk/HxkZGRkZGRkZGT8fGRkZGRkZGRkZASwHRUyHRWWlhUdMhUdHRUyMhUd/nD9EhUdHRUC7shkZGRkZGRkZGRkyGRkZGRkZGRkZGTIZGRkZGRkZGRkZAAAAAMAAAAZBXcElwAZACUANwAAARcWFA8BBiY9ASMBISImPQE0NjsBATM1NDYBBycjIiY9ATQ2MyEBFxYUDwEGJj0BIyc3FzM1NDYEb/kPD/kOFZ/9qP7dFR0dFdECWPEV/amNetEVHR0VASMDGvkPD/kOFfG1jXqfFQSN5g4qDuYOCBWW/agdFWQVHQJYlhUI/piNeh0VZBUd/k3mDioO5g4IFZa1jXqWFQgAAAABAAAAAASwBEwAEgAAEyEyFhURFAYjIQERIyImNRE0NmQD6Ck7Oyn9rP7QZCk7OwRMOyn9qCk7/tQBLDspAlgpOwAAAAMAZAAABEwEsAAJABMAPwAAEzMyFh0BITU0NiEzMhYdASE1NDYBERQOBSIuBTURIRUUFRwBHgYyPgYmNTQ9AZbIFR3+1B0C0cgVHf7UHQEPBhgoTGacwJxmTCgYBgEsAwcNFB8nNkI2Jx8TDwUFAQSwHRX6+hUdHRX6+hUd/nD+1ClJalZcPigoPlxWakkpASz6CRIVKyclIRsWEAgJEBccISUnKhURCPoAAAAB//8A1ARMA8IABQAAAQcJAScBBEzG/p/+n8UCJwGbxwFh/p/HAicAAQAAAO4ETQPcAAUAAAkCNwkBBE392v3ZxgFhAWEDFf3ZAifH/p8BYQAAAAAC/1EAZAVfA+gAFAApAAABITIWFREzMhYPAQYiLwEmNjsBESElFxYGKwERIRchIiY1ESMiJj8BNjIBlALqFR2WFQgO5g4qDuYOCBWW/oP+HOYOCBWWAYHX/RIVHZYVCA7mDioD6B0V/dkVDvkPD/kOFQGRuPkOFf5wyB0VAiYVDvkPAAABAAYAAASeBLAAMAAAEzMyFh8BITIWBwMOASMhFyEyFhQGKwEVFAYiJj0BIRUUBiImPQEjIiYvAQMjIiY0NjheERwEJgOAGB4FZAUsIf2HMAIXFR0dFTIdKh3+1B0qHR8SHQYFyTYUHh4EsBYQoiUY/iUVK8gdKh0yFR0dFTIyFR0dFTIUCQoDwR0qHQAAAAACAAAAAASwBEwACwAPAAABFSE1MzQ2MyEyFhUFIREhBLD7UMg7KQEsKTv9RASw+1AD6GRkKTs7Kcj84AACAAAAAAXcBEwADAAQAAATAxEzNDYzITIWFSEVBQEhAcjIyDspASwqOgH0ASz+1PtQASwDIP5wAlgpOzspyGT9RAK8AAEBRQAAA2sErwAbAAABFxYGKwERMzIWDwEGIi8BJjY7AREjIiY/ATYyAnvmDggVlpYVCA7mDioO5g4IFZaWFQgO5g4qBKD5DhX9pxUO+Q8P+Q4VAlkVDvkPAAAAAQABAUQErwNrABsAAAEXFhQPAQYmPQEhFRQGLwEmND8BNhYdASE1NDYDqPkODvkPFf2oFQ/5Dg75DxUCWBUDYOUPKQ/lDwkUl5cUCQ/lDykP5Q8JFZWVFQkAAAAEAAAAAASwBLAACQAZAB0AIQAAAQMuASMhIgYHAwUhIgYdARQWMyEyNj0BNCYFNTMVMzUzFQSRrAUkFP1gFCQFrAQt/BgpOzspA+gpOzv+q2RkZAGQAtwXLSgV/R1kOylkKTs7KWQpO8hkZGRkAAAAA/+cAGQEsARMAAsAIwAxAAAAMhYVERQGIiY1ETQDJSMTFgYjIisBIiYnAj0BNDU0PgE7ASUBFSIuAz0BND4CNwRpKh0dKh1k/V0mLwMRFQUCVBQdBDcCCwzIAqP8GAQOIhoWFR0dCwRMHRX8rhUdHRUDUhX8mcj+7BAIHBUBUQ76AgQQDw36/tT6AQsTKRwyGigUDAEAAAACAEoAAARmBLAALAA1AAABMzIWDwEeARcTFzMyFhQGBw4EIyIuBC8BLgE0NjsBNxM+ATcnJjYDFjMyNw4BIiYCKV4UEgYSU3oPP3YRExwaEggeZGqfTzl0XFU+LwwLEhocExF2Pw96UxIGEyQyNDUxDDdGOASwFRMlE39N/rmtHSkoBwQLHBYSCg4REg4FBAgoKR2tAUdNfhQgExr7vgYGMT09AAEAFAAUBJwEnAAXAAABNwcXBxcHFycHJwcnBzcnNyc3Jxc3FzcDIOBO6rS06k7gLZubLeBO6rS06k7gLZubA7JO4C2bmy3gTuq0tOpO4C2bmy3gTuq0tAADAAAAZASwBLAAIQAtAD0AAAEzMhYdAQchMhYdARQHAw4BKwEiJi8BIyImNRE0PwI+ARcPAREzFzMTNSE3NQEzMhYVERQGKwEiJjURNDYCijIoPBwBSCg8He4QLBf6B0YfHz0tNxSRYA0xG2SWZIjW+v4+Mv12ZBUdHRVkFR0dBLBRLJZ9USxkLR3+qBghMhkZJCcBkCQbxMYcKGTU1f6JZAF3feGv/tQdFf4MFR0dFQH0FR0AAAAAAwAAAAAEsARMACAAMAA8AAABMzIWFxMWHQEUBiMhFh0BFAYrASImLwImNRE0NjsBNgUzMhYVERQGKwEiJjURNDYhByMRHwEzNSchNQMCWPoXLBDuHTwo/rgcPCgyGzENYJEUNy09fP3pZBUdHRVkFR0dAl+IZJZkMjIBwvoETCEY/qgdLWQsUXYHlixRKBzGxBskAZAnJGRkHRX+DBUdHRUB9BUdZP6J1dSv4X0BdwADAAAAZAUOBE8AGwA3AEcAAAElNh8BHgEPASEyFhQGKwEDDgEjISImNRE0NjcXERchEz4BOwEyNiYjISoDLgQnJj8BJwUzMhYVERQGKwEiJjURNDYBZAFrHxZuDQEMVAEuVGxuVGqDBhsP/qoHphwOOmQBJYMGGw/LFRMSFv44AgoCCQMHAwUDAQwRklb9T2QVHR0VZBUdHQNp5hAWcA0mD3lMkE7+rRUoog0CDRElCkj+CVkBUxUoMjIBAgIDBQIZFrdT5B0V/gwVHR0VAfQVHQAAAAP/nABkBLAETwAdADYARgAAAQUeBBURFAYjISImJwMjIiY0NjMhJyY2PwE2BxcWBw4FKgIjIRUzMhYXEyE3ESUFMzIWFREUBisBIiY1ETQ2AdsBbgIIFBANrAf+qg8bBoNqVW1sVAEuVQsBDW4WSpIRDAIDBQMHAwkDCgH+Jd0PHAaCASZq/qoCUGQVHR0VZBUdHQRP5gEFEBEXC/3zDaIoFQFTTpBMeQ8mDXAWrrcWGQIFAwICAWQoFf6tWQH37OQdFf4MFR0dFQH0FR0AAAADAGEAAARMBQ4AGwA3AEcAAAAyFh0BBR4BFREUBiMhIiYvAQMmPwE+AR8BETQXNTQmBhURHAMOBAcGLwEHEyE3ESUuAQMhMhYdARQGIyEiJj0BNDYB3pBOAVMVKKIN/fMRJQoJ5hAWcA0mD3nGMjIBAgIDBQIZFrdT7AH3Wf6tFSiWAfQVHR0V/gwVHR0FDm5UaoMGGw/+qgemHA4OAWsfFm4NAQxUAS5U1ssVExIW/jgCCgIJAwcDBQMBDBGSVv6tZAElgwYb/QsdFWQVHR0VZBUdAAP//QAGA+gFFAAPAC0ASQAAASEyNj0BNCYjISIGHQEUFgEVFAYiJjURBwYmLwEmNxM+BDMhMhYVERQGBwEDFzc2Fx4FHAIVERQWNj0BNDY3JREnAV4B9BUdHRX+DBUdHQEPTpBMeQ8mDXAWEOYBBRARFwsCDQ2iKBX9iexTtxYZAgUDAgIBMjIoFQFTWQRMHRVkFR0dFWQVHfzmalRubFQBLlQMAQ1uFh8BawIIEw8Mpgf+qg8bBgHP/q1WkhEMAQMFAwcDCQIKAv44FhITFcsPGwaDASVkAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBJSYGHQEhIgYdARQWMyEVFBY3JTY0AeLs1ptbW5vW7NabW1ubAob+7RAX/u0KDw8KARMXEAETEASaW5vW7NabW1ub1uzWm/453w0KFYkPCpYKD4kVCg3fDSYAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgENAQYUFwUWNj0BITI2PQE0JiMhNTQmAeLs1ptbW5vW7NabW1ubASX+7RAQARMQFwETCg8PCv7tFwSaW5vW7NabW1ub1uzWm+jfDSYN3w0KFYkPCpYKD4kVCgAAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBAyYiBwMGFjsBERQWOwEyNjURMzI2AeLs1ptbW5vW7NabW1ubAkvfDSYN3w0KFYkPCpYKD4kVCgSaW5vW7NabW1ub1uzWm/5AARMQEP7tEBf+7QoPDwoBExcAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEFIyIGFREjIgYXExYyNxM2JisBETQmAeLs1ptbW5vW7NabW1ubAZeWCg+JFQoN3w0mDd8NChWJDwSaW5vW7NabW1ub1uzWm7sPCv7tFxD+7RAQARMQFwETCg8AAAMAGAAYBJgEmAAPAJYApgAAADIeAhQOAiIuAjQ+ASUOAwcGJgcOAQcGFgcOAQcGFgcUFgcyHgEXHgIXHgI3Fg4BFx4CFxQGFBcWNz4CNy4BJy4BJyIOAgcGJyY2NS4BJzYuAQYHBicmNzY3HgIXHgMfAT4CJyY+ATc+AzcmNzIWMjY3LgMnND4CJiceAT8BNi4CJwYHFB4BFS4CJz4BNxYyPgEB5OjVm1xcm9Xo1ZtcXJsBZA8rHDoKDz0PFD8DAxMBAzEFCRwGIgEMFhkHECIvCxU/OR0HFBkDDRQjEwcFaHUeISQDDTAMD0UREi4oLBAzDwQBBikEAQMLGhIXExMLBhAGKBsGBxYVEwYFAgsFAwMNFwQGCQcYFgYQCCARFwkKKiFBCwQCAQMDHzcLDAUdLDgNEiEQEgg/KhADGgMKEgoRBJhcm9Xo1ZtcXJvV6NWbEQwRBwkCAwYFBycPCxcHInIWInYcCUcYChQECA4QBAkuHgQPJioRFRscBAcSCgwCch0kPiAIAQcHEAsBAgsLIxcBMQENCQIPHxkCFBkdHB4QBgEBBwoMGBENBAMMJSAQEhYXDQ4qFBkKEhIDCQsXJxQiBgEOCQwHAQ0DBAUcJAwSCwRnETIoAwEJCwsLJQcKDBEAAAAAAQAAAAIErwSFABYAAAE2FwUXNxYGBw4BJwEGIi8BJjQ3ASY2AvSkjv79kfsGUE08hjv9rA8rD28PDwJYIk8EhVxliuh+WYcrIgsW/awQEG4PKxACV2XJAAYAAABgBLAErAAPABMAIwAnADcAOwAAEyEyFh0BFAYjISImPQE0NgUjFTMFITIWHQEUBiMhIiY9ATQ2BSEVIQUhMhYdARQGIyEiJj0BNDYFIRUhZAPoKTs7KfwYKTs7BBHIyPwYA+gpOzsp/BgpOzsEEf4MAfT8GAPoKTs7KfwYKTs7BBH+1AEsBKw7KWQpOzspZCk7ZGTIOylkKTs7KWQpO2RkyDspZCk7OylkKTtkZAAAAAIAZAAABEwEsAALABEAABMhMhYUBiMhIiY0NgERBxEBIZYDhBUdHRX8fBUdHQI7yP6iA4QEsB0qHR0qHf1E/tTIAfQB9AAAAAMAAABkBLAEsAAXABsAJQAAATMyFh0BITIWFREhNSMVIRE0NjMhNTQ2FxUzNQEVFAYjISImPQEB9MgpOwEsKTv+DMj+DDspASw7KcgB9Dsp/BgpOwSwOylkOyn+cGRkAZApO2QpO2RkZP1EyCk7OynIAAAABAAAAAAEsASwABUAKwBBAFcAABMhMhYPARcWFA8BBiIvAQcGJjURNDYpATIWFREUBi8BBwYiLwEmND8BJyY2ARcWFA8BFxYGIyEiJjURNDYfATc2MgU3NhYVERQGIyEiJj8BJyY0PwE2MhcyASwVCA5exwcHaggUCMdeDhUdAzUBLBUdFQ5exwgUCGoHB8deDgj+L2oHB8deDggV/tQVHRUOXscIFALLXg4VHRX+1BUIDl7HBwdqCBQIBLAVDl7HCBQIagcHx14OCBUBLBUdHRX+1BUIDl7HBwdqCBQIx14OFf0maggUCMdeDhUdFQEsFQgOXscHzl4OCBX+1BUdFQ5exwgUCGoHBwAAAAYAAAAABKgEqAAPABsAIwA7AEMASwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JiQyFhQGIiY0JDIWFAYjIicHFhUUBiImNTQ2PwImNTQEMhYUBiImNCQyFhQGIiY0Advy3Z9fX5/d8t2gXl6gAcbgv29vv+C/b2/+LS0gIC0gAUwtICAWDg83ETNIMykfegEJ/octICAtIAIdLSAgLSAEqF+f3fLdoF5eoN3y3Z9Xb7/gv29vv+C/BiAtISEtICAtIQqRFxwkMzMkIDEFfgEODhekIC0gIC0gIC0gIC0AAf/YAFoEuQS8AFsAACUBNjc2JicmIyIOAwcABw4EFx4BMzI3ATYnLgEjIgcGBwEOASY0NwA3PgEzMhceARcWBgcOBgcGIyImJyY2NwE2NzYzMhceARcWBgcBDgEnLgECIgHVWwgHdl8WGSJBMD8hIP6IDx4eLRMNBQlZN0ozAiQkEAcdEhoYDRr+qw8pHA4BRyIjQS4ODyw9DQ4YIwwod26La1YOOEBGdiIwGkQB/0coW2tQSE5nDxE4Qv4eDyoQEAOtAdZbZWKbEQQUGjIhH/6JDxsdNSg3HT5CMwIkJCcQFBcMGv6uDwEcKQ4BTSIjIQEINykvYyMLKnhuiWZMBxtAOU6+RAH/SBg3ISSGV121Qv4kDwIPDyYAAAACAGQAWASvBEQAGQBEAAABPgIeAhUUDgMHLgQ1ND4CHgEFIg4DIi4DIyIGFRQeAhcWFx4EMj4DNzY3PgQ1NCYCiTB7eHVYNkN5hKg+PqeFeEM4WnZ4eQEjIT8yLSohJyktPyJDbxtBMjMPBw86KzEhDSIzKUAMBAgrKT8dF2oDtURIBS1TdkA5eYB/slVVsn+AeTlAdlMtBUgtJjY1JiY1NiZvTRc4SjQxDwcOPCouGBgwKEALBAkpKkQqMhNPbQACADn/8gR3BL4AFwAuAAAAMh8BFhUUBg8BJi8BNycBFwcvASY0NwEDNxYfARYUBwEGIi8BJjQ/ARYfAQcXAQKru0KNQjgiHR8uEl/3/nvUaRONQkIBGxJpCgmNQkL+5UK6Qo1CQjcdLhJf9wGFBL5CjUJeKmsiHTUuEl/4/nvUahKNQrpCARv+RmkICY1CukL+5UJCjUK7Qjc3LxFf+AGFAAAAAAMAyAAAA+gEsAARABUAHQAAADIeAhURFAYjISImNRE0PgEHESERACIGFBYyNjQCBqqaZDo7Kf2oKTs8Zj4CWP7/Vj09Vj0EsB4uMhX8Ryk7OykDuRUzLar9RAK8/RY9Vj09VgABAAAAAASwBLAAFgAACQEWFAYiLwEBEScBBRMBJyEBJyY0NjIDhgEbDx0qDiT+6dT+zP7oywEz0gEsAQsjDx0qBKH+5g8qHQ8j/vX+1NL+zcsBGAE01AEXJA4qHQAAAAADAScAEQQJBOAAMgBAAEsAAAEVHgQXIy4DJxEXHgQVFAYHFSM1JicuASczHgEXEScuBDU0PgI3NRkBDgMVFB4DFxYXET4ENC4CArwmRVI8LAKfBA0dMydAIjxQNyiym2SWVygZA4sFV0obLkJOMCAyVWg6HSoqFQ4TJhkZCWgWKTEiGBkzNwTgTgUTLD9pQiQuLBsH/s0NBxMtPGQ+i6oMTU8QVyhrVk1iEAFPCA4ZLzlYNkZwSCoGTf4SARIEDh02Jh0rGRQIBgPQ/soCCRYgNEM0JRkAAAABAGQAZgOUBK0ASgAAATIeARUjNC4CIyIGBwYVFB4BFxYXMxUjFgYHBgc+ATM2FjMyNxcOAyMiLgEHDgEPASc+BTc+AScjNTMmJy4CPgE3NgIxVJlemSc8OxolVBQpGxoYBgPxxQgVFS02ImIWIIwiUzUyHzY4HCAXanQmJ1YYFzcEGAcTDBEJMAwk3aYXFQcKAg4tJGEErVCLTig/IhIdFSw5GkowKgkFZDKCHj4yCg8BIh6TExcIASIfBAMaDAuRAxAFDQsRCjePR2QvORQrREFMIVgAAAACABn//wSXBLAADwAfAAABMzIWDwEGIi8BJjY7AREzBRcWBisBESMRIyImPwE2MgGQlhUIDuYOKg7mDggVlsgCF+YOCBWWyJYVCA7mDioBLBYO+g8P+g4WA4QQ+Q4V/HwDhBUO+Q8AAAQAGf//A+gEsAAHABcAGwAlAAABIzUjFSMRIQEzMhYPAQYiLwEmNjsBETMFFTM1EwczFSE1NyM1IQPoZGRkASz9qJYVCA7mDioO5g4IFZbIAZFkY8jI/tTIyAEsArxkZAH0/HwWDvoPD/oOFgOEZMjI/RL6ZJb6ZAAAAAAEABn//wPoBLAADwAZACEAJQAAATMyFg8BBiIvASY2OwERMwUHMxUhNTcjNSERIzUjFSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAljIyP7UyMgBLGRkZAEsx2QBLBYO+g8P+g4WA4SW+mSW+mT7UGRkAfRkyMgAAAAEABn//wRMBLAADwAVABsAHwAAATMyFg8BBiIvASY2OwERMwEjESM1MxMjNSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAlhkZMhkZMgBLMdkASwWDvoPD/oOFgOE/gwBkGT7UGQBkGTIyAAAAAAEABn//wRMBLAADwAVABkAHwAAATMyFg8BBiIvASY2OwERMwEjNSMRIQcVMzUDIxEjNTMBkJYVCA7mDioO5g4IFZbIArxkyAEsx2QBZGTIASwWDvoPD/oOFgOE/gxkAZBkyMj7tAGQZAAAAAAFABn//wSwBLAADwATABcAGwAfAAABMzIWDwEGIi8BJjY7AREzBSM1MxMhNSETITUhEyE1IQGQlhUIDuYOKg7mDggVlsgB9MjIZP7UASxk/nABkGT+DAH0ASwWDvoPD/oOFgOEyMj+DMj+DMj+DMgABQAZ//8EsASwAA8AEwAXABsAHwAAATMyFg8BBiIvASY2OwERMwUhNSEDITUhAyE1IQMjNTMBkJYVCA7mDioO5g4IFZbIAyD+DAH0ZP5wAZBk/tQBLGTIyAEsFg76Dw/6DhYDhMjI/gzI/gzI/gzIAAIAAAAABEwETAAPAB8AAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmAV4BkKK8u6P+cKW5uQJn/gwpOzspAfQpOzsETLuj/nClubmlAZClucg7Kf4MKTs7KQH0KTsAAAAAAwAAAAAETARMAA8AHwArAAABITIWFREUBiMhIiY1ETQ2BSEiBhURFBYzITI2NRE0JgUXFhQPAQYmNRE0NgFeAZClubml/nCju7wCZP4MKTs7KQH0KTs7/m/9ERH9EBgYBEy5pf5wpbm5pQGQo7vIOyn+DCk7OykB9Ck7gr4MJAy+DAsVAZAVCwAAAAADAAAAAARMBEwADwAfACsAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFg8BBiIvASY2AV4BkKO7uaX+cKW5uQJn/gwpOzspAfQpOzv+FQGQFQsMvgwkDL4MCwRMvKL+cKW5uaUBkKO7yDsp/gwpOzspAfQpO8gYEP0REf0QGAAAAAMAAAAABEwETAAPAB8AKwAAASEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFFxYGIyEiJj8BNjIBXgGQpbm5pf5wo7u5Amf+DCk7OykB9Ck7O/77vgwLFf5wFQsMvgwkBEy5pf5wo7u8ogGQpbnIOyn+DCk7OykB9Ck7z/0QGBgQ/REAAAAAAgAAAAAFFARMAB8ANQAAASEyFhURFAYjISImPQE0NjMhMjY1ETQmIyEiJj0BNDYHARYUBwEGJj0BIyImPQE0NjsBNTQ2AiYBkKW5uaX+cBUdHRUBwik7Oyn+PhUdHb8BRBAQ/rwQFvoVHR0V+hYETLml/nCluR0VZBUdOykB9Ck7HRVkFR3p/uQOJg7+5A4KFZYdFcgVHZYVCgAAAQDZAAID1wSeACMAAAEXFgcGAgclMhYHIggBBwYrAScmNz4BPwEhIicmNzYANjc2MwMZCQgDA5gCASwYEQ4B/vf+8wQMDgkJCQUCUCcn/tIXCAoQSwENuwUJEASeCQoRC/5TBwEjEv7K/sUFDwgLFQnlbm4TFRRWAS/TBhAAAAACAAAAAAT+BEwAHwA1AAABITIWHQEUBiMhIgYVERQWMyEyFh0BFAYjISImNRE0NgUBFhQHAQYmPQEjIiY9ATQ2OwE1NDYBXgGQFR0dFf4+KTs7KQHCFR0dFf5wpbm5AvEBRBAQ/rwQFvoVHR0V+hYETB0VZBUdOyn+DCk7HRVkFR25pQGQpbnp/uQOJg7+5A4KFZYdFcgVHZYVCgACAAAAAASwBLAAFQAxAAABITIWFREUBi8BAQYiLwEmNDcBJyY2ASMiBhURFBYzITI2PQE3ERQGIyEiJjURNDYzIQLuAZAVHRUObf7IDykPjQ8PAThtDgj+75wpOzspAfQpO8i7o/5wpbm5pQEsBLAdFf5wFQgObf7IDw+NDykPAThtDhX+1Dsp/gwpOzsplMj+1qW5uaUBkKW5AAADAA4ADgSiBKIADwAbACMAAAAyHgIUDgIiLgI0PgEEIg4BFB4BMj4BNCYEMhYUBiImNAHh7tmdXV2d2e7ZnV1dnQHD5sJxccLmwnFx/nugcnKgcgSiXZ3Z7tmdXV2d2e7ZnUdxwubCcXHC5sJzcqBycqAAAAMAAAAABEwEsAAVAB8AIwAAATMyFhURMzIWBwEGIicBJjY7ARE0NgEhMhYdASE1NDYFFTM1AcLIFR31FAoO/oEOJw3+hQ0JFfod/oUD6BUd+7QdA2dkBLAdFf6iFg/+Vg8PAaoPFgFeFR38fB0V+voVHWQyMgAAAAMAAAAABEwErAAVAB8AIwAACQEWBisBFRQGKwEiJj0BIyImNwE+AQEhMhYdASE1NDYFFTM1AkcBeg4KFfQiFsgUGPoUCw4Bfw4n/fkD6BUd+7QdA2dkBJ7+TQ8g+hQeHRX6IQ8BrxAC/H8dFfr6FR1kMjIAAwAAAAAETARLABQAHgAiAAAJATYyHwEWFAcBBiInASY0PwE2MhcDITIWHQEhNTQ2BRUzNQGMAXEHFQeLBwf98wcVB/7cBweLCBUH1APoFR37tB0DZ2QC0wFxBweLCBUH/fMICAEjCBQIiwcH/dIdFfr6FR1kMjIABAAAAAAETASbAAkAGQAjACcAABM3NjIfAQcnJjQFNzYWFQMOASMFIiY/ASc3ASEyFh0BITU0NgUVMzWHjg4qDk3UTQ4CFtIOFQIBHRX9qxUIDtCa1P49A+gVHfu0HQNnZAP/jg4OTdRMDyqa0g4IFf2pFB4BFQ7Qm9T9Oh0V+voVHWQyMgAAAAQAAAAABEwEsAAPABkAIwAnAAABBR4BFRMUBi8BByc3JyY2EwcGIi8BJjQ/AQEhMhYdASE1NDYFFTM1AV4CVxQeARUO0JvUm9IOCMNMDyoOjg4OTf76A+gVHfu0HQNnZASwAgEdFf2rFQgO0JrUmtIOFf1QTQ4Ojg4qDk3+WB0V+voVHWQyMgACAAT/7ASwBK8ABQAIAAAlCQERIQkBFQEEsP4d/sb+cQSs/TMCq2cBFP5xAacDHPz55gO5AAAAAAIAAABkBEwEsAAVABkAAAERFAYrAREhESMiJjURNDY7AREhETMHIzUzBEwdFZb9RJYVHR0V+gH0ZMhkZAPo/K4VHQGQ/nAdFQPoFB7+1AEsyMgAAAMAAABFBN0EsAAWABoALwAAAQcBJyYiDwEhESMiJjURNDY7AREhETMHIzUzARcWFAcBBiIvASY0PwE2Mh8BATYyBEwC/tVfCRkJlf7IlhUdHRX6AfRkyGRkAbBqBwf+XAgUCMoICGoHFQdPASkHFQPolf7VXwkJk/5wHRUD6BQe/tQBLMjI/c5qBxUH/lsHB8sHFQdqCAhPASkHAAMAAAANBQcEsAAWABoAPgAAAREHJy4BBwEhESMiJjURNDY7AREhETMHIzUzARcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyBExnhg8lEP72/reWFR0dFfoB9GTIZGQB9kYPD4ODDw9GDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykD6P7zZ4YPAw7+9v5wHRUD6BQe/tQBLMjI/YxGDykPg4MPKQ9GDw+Dgw8PRg8pD4ODDykPRg8Pg4MPAAADAAAAFQSXBLAAFQAZAC8AAAERISIGHQEhESMiJjURNDY7AREhETMHIzUzEzMyFh0BMzIWDwEGIi8BJjY7ATU0NgRM/qIVHf4MlhUdHRX6AfRkyGRklmQVHZYVCA7mDioO5g4IFZYdA+j+1B0Vlv5wHRUD6BQe/tQBLMjI/agdFfoVDuYODuYOFfoVHQAAAAADAAAAAASXBLAAFQAZAC8AAAERJyYiBwEhESMiJjURNDY7AREhETMHIzUzExcWBisBFRQGKwEiJj0BIyImPwE2MgRMpQ4qDv75/m6WFR0dFfoB9GTIZGTr5g4IFZYdFWQVHZYVCA7mDioD6P5wpQ8P/vf+cB0VA+gUHv7UASzIyP2F5Q8V+hQeHhT6FQ/lDwADAAAAyASwBEwACQATABcAABMhMhYdASE1NDYBERQGIyEiJjURExUhNTIETBUd+1AdBJMdFfu0FR1kAZAETB0VlpYVHf7U/doVHR0VAib+1MjIAAAGAAMAfQStBJcADwAZAB0ALQAxADsAAAEXFhQPAQYmPQEhNSE1NDYBIyImPQE0NjsBFyM1MwE3NhYdASEVIRUUBi8BJjQFIzU7AjIWHQEUBisBA6f4Dg74DhX+cAGQFf0vMhUdHRUyyGRk/oL3DhUBkP5wFQ73DwOBZGRkMxQdHRQzBI3mDioO5g4IFZbIlhUI/oUdFWQVHcjI/cvmDggVlsiWFQgO5g4qecgdFWQVHQAAAAACAGQAAASwBLAAFgBRAAABJTYWFREUBisBIiY1ES4ENRE0NiUyFh8BERQOAg8BERQGKwEiJjURLgQ1ETQ+AzMyFh8BETMRPAE+AjMyFh8BETMRND4DA14BFBklHRXIFR0EDiIaFiX+4RYZAgEVHR0LCh0VyBUdBA4iGhYBBwoTDRQZAgNkBQkVDxcZAQFkAQUJFQQxdBIUH/uuFR0dFQGNAQgbHzUeAWcfRJEZDA3+Phw/MSkLC/5BFR0dFQG/BA8uLkAcAcICBxENCxkMDf6iAV4CBxENCxkMDf6iAV4CBxENCwABAGQAAASwBEwAMwAAARUiDgMVERQWHwEVITUyNjURIREUFjMVITUyPgM1ETQmLwE1IRUiBhURIRE0JiM1BLAEDiIaFjIZGf5wSxn+DBlL/nAEDiIaFjIZGQGQSxkB9BlLBEw4AQUKFA78iBYZAQI4OA0lAYr+diUNODgBBQoUDgN4FhkBAjg4DSX+dgGKJQ04AAAABgAAAAAETARMAAwAHAAgACQAKAA0AAABITIWHQEjBTUnITchBSEyFhURFAYjISImNRE0NhcVITUBBTUlBRUhNQUVFAYjIQchJyE3MwKjAXcVHWn+2cj+cGQBd/4lASwpOzsp/tQpOzspASwCvP5wAZD8GAEsArwdFf6JZP6JZAGQyGkD6B0VlmJiyGTIOyn+DCk7OykB9Ck7ZMjI/veFo4XGyMhm+BUdZGTIAAEAEAAQBJ8EnwAmAAATNzYWHwEWBg8BHgEXNz4BHwEeAQ8BBiIuBicuBTcRohEuDosOBhF3ZvyNdxEzE8ATBxGjAw0uMUxPZWZ4O0p3RjITCwED76IRBhPCFDERdo78ZXYRBA6IDi8RogEECBUgNUNjO0qZfHNVQBAAAAACAAAAAASwBEwAIwBBAAAAMh4EHwEVFAYvAS4BPQEmIAcVFAYPAQYmPQE+BRIyHgIfARUBHgEdARQGIyEiJj0BNDY3ATU0PgIB/LimdWQ/LAkJHRTKFB2N/sKNHRTKFB0DDTE7ZnTKcFImFgEBAW0OFR0V+7QVHRUOAW0CFiYETBUhKCgiCgrIFRgDIgMiFZIYGJIVIgMiAxgVyAQNJyQrIP7kExwcCgoy/tEPMhTUFR0dFdQUMg8BLzIEDSEZAAADAAAAAASwBLAADQAdACcAAAEHIScRMxUzNTMVMzUzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYETMj9qMjIyMjIyPyuArwVHR0VDIn8SokMFR0dswRMFR37UB0CvMjIAfTIyMjI/OAdKh1kZB0qHf7UHRUyMhUdAAAAAwBkAAAEsARMAAkAEwAdAAABIyIGFREhETQmASMiBhURIRE0JgEhETQ2OwEyFhUCvGQpOwEsOwFnZCk7ASw7/Rv+1DspZCk7BEw7KfwYA+gpO/7UOyn9RAK8KTv84AGQKTs7KQAAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQURByMRMwcRMxHIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkyMhkZARMsHz+DHywsHwB9HywyP1EArzIZP7UZGQBLGT+1GQB9GT+1AEsAAAABf+cAAAEsARMAA8AEwAfACUAKQAAEyEyFhURFAYjISImNRE0NhcRIREBIzUjFSMRMxUzNTMFEQcjETMHETMRyAK8fLCwfP1EfLCwGAOE/gxkZGRkZGQBkGTIyGRkBEywfP4MfLCwfAH0fLDI/UQCvP2oyMgB9MjIZP7UZAH0ZP7UASwABP+cAAAEsARMAA8AEwAbACMAABMhMhYVERQGIyEiJjURNDYXESERBSMRMxUhESEFIxEzFSERIcgCvHywsHz9RHywsBgDhP4MyMj+1AEsAZDIyP7UASwETLB8/gx8sLB8AfR8sMj9RAK8yP7UZAH0ZP7UZAH0AAAABP+cAAAEsARMAA8AEwAWABkAABMhMhYVERQGIyEiJjURNDYXESERAS0BDQERyAK8fLCwfP1EfLCwGAOE/gz+1AEsAZD+1ARMsHz+DHywsHwB9HywyP1EArz+DJaWlpYBLAAAAAX/nAAABLAETAAPABMAFwAgACkAABMhMhYVERQGIyEiJjURNDYXESERAyERIQcjIgYVFBY7AQERMzI2NTQmI8gCvHywsHz9RHywsBgDhGT9RAK8ZIImOTYpgv4Mgik2OSYETLB8/gx8sLB8AfR8sMj9RAK8/agB9GRWQUFUASz+1FRBQVYAAAAF/5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMjI/tTIyAEsAZBkZMjIZGQETLB8/gx8sLB8AfR8sMj9RAK8yGT+1GRkASz+DAGQZP4MZAAG/5wAAASwBEwADwATABkAHwAjACcAABMhMhYVERQGIyEiJjURNDYXESERBTMRIREzASMRIzUzBRUzNQEjNTPIArx8sLB8/UR8sLAYA4T9RMj+1GQCWGRkyP2oZAEsZGQETLB8/gx8sLB8AfR8sMj9RAK8yP5wAfT+DAGQZMjIyP7UZAAF/5wAAASwBEwADwATABwAIgAmAAATITIWFREUBiMhIiY1ETQ2FxEhEQEHIzU3NSM1IQEjESM1MwMjNTPIArx8sLB8/UR8sLAYA4T+DMdkx8gBLAGQZGTIx2RkBEywfP4MfLCwfAH0fLDI/UQCvP5wyDLIlmT+DAGQZP4MZAAAAAMACQAJBKcEpwAPABsAJQAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgchFSEVISc1NyEB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWz+1AEs/tRkZAEsBKdentvw255eXp7b8NueTHHC5MJxccLkwtDIZGTIZAAAAAAEAAkACQSnBKcADwAbACcAKwAAADIeAhQOAiIuAjQ+AQQiDgEUHgEyPgE0JgcVBxcVIycjFSMRIQcVMzUB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWwyZGRklmQBLMjIBKdentvw255eXp7b8NueTHHC5MJxccLkwtBkMmQyZGQBkGRkZAAAAv/y/50EwgRBACAANgAAATIWFzYzMhYUBisBNTQmIyEiBh0BIyImNTQ2NyY1ND4BEzMyFhURMzIWDwEGIi8BJjY7ARE0NgH3brUsLC54qqp4gB0V/tQVHd5QcFZBAmKqepYKD4kVCg3fDSYN3w0KFYkPBEF3YQ6t8a36FR0dFfpzT0VrDhMSZKpi/bMPCv7tFxD0EBD0EBcBEwoPAAAAAAL/8v+cBMMEQQAcADMAAAEyFhc2MzIWFxQGBwEmIgcBIyImNTQ2NyY1ND4BExcWBisBERQGKwEiJjURIyImNzY3NjIB9m62LCsueaoBeFr+hg0lDf6DCU9xVkECYqnm3w0KFYkPCpYKD4kVCg3HGBMZBEF3YQ+teGOkHAFoEBD+k3NPRWsOExNkqWP9kuQQF/7tCg8PCgETFxDMGBMAAAABAGQAAARMBG0AGAAAJTUhATMBMwkBMwEzASEVIyIGHQEhNTQmIwK8AZD+8qr+8qr+1P7Uqv7yqv7yAZAyFR0BkB0VZGQBLAEsAU3+s/7U/tRkHRUyMhUdAAAAAAEAeQAABDcEmwAvAAABMhYXHgEVFAYHFhUUBiMiJxUyFh0BITU0NjM1BiMiJjU0Ny4BNTQ2MzIXNCY1NDYCWF6TGll7OzIJaUo3LRUd/tQdFS03SmkELzlpSgUSAqMEm3FZBoNaPWcfHRpKaR77HRUyMhUd+x5pShIUFVg1SmkCAhAFdKMAAAAGACcAFASJBJwAEQAqAEIASgBiAHsAAAEWEgIHDgEiJicmAhI3PgEyFgUiBw4BBwYWHwEWMzI3Njc2Nz4BLwEmJyYXIgcOAQcGFh8BFjMyNz4BNz4BLwEmJyYWJiIGFBYyNjciBw4BBw4BHwEWFxYzMjc+ATc2Ji8BJhciBwYHBgcOAR8BFhcWMzI3PgE3NiYvASYD8m9PT29T2dzZU29PT29T2dzZ/j0EBHmxIgQNDCQDBBcGG0dGYAsNAwkDCwccBAVQdRgEDA0iBAQWBhJROQwMAwkDCwf5Y4xjY4xjVhYGElE6CwwDCQMLBwgEBVB1GAQNDCIEjRcGG0dGYAsNAwkDCwcIBAR5sSIEDQwkAwPyb/7V/tVvU1dXU28BKwErb1NXVxwBIrF5DBYDCQEWYEZHGwMVDCMNBgSRAhh1UA0WAwkBFTpREgMVCyMMBwT6Y2OMY2MVFTpREQQVCyMMBwQCGHVQDRYDCQEkFmBGRxsDFQwjDQYEASKxeQwWAwkBAAAABQBkAAAD6ASwAAwADwAWABwAIgAAASERIzUhFSERNDYzIQEjNQMzByczNTMDISImNREFFRQGKwECvAEstP6s/oQPCgI/ASzIZKLU1KJktP51Cg8DhA8KwwMg/oTIyALzCg/+1Mj84NTUyP4MDwoBi8jDCg8AAAAABQBkAAAD6ASwAAkADAATABoAIQAAASERCQERNDYzIQEjNRMjFSM1IzcDISImPQEpARUUBisBNQK8ASz+ov3aDwoCPwEsyD6iZKLUqv6dCg8BfAIIDwqbAyD9+AFe/doERwoP/tTI/HzIyNT+ZA8KNzcKD1AAAAAAAwAAAAAEsAP0AAgAGQAfAAABIxUzFyERIzcFMzIeAhUhFSEDETM0PgIBMwMhASEEiqJkZP7UotT9EsgbGiEOASz9qMhkDiEaAnPw8PzgASwB9AMgyGQBLNTUBBErJGT+ogHCJCsRBP5w/nAB9AAAAAMAAAAABEwETAAZADIAOQAAATMyFh0BMzIWHQEUBiMhIiY9ATQ2OwE1NDYFNTIWFREUBiMhIic3ARE0NjMVFBYzITI2AQc1IzUzNQKKZBUdMhUdHRX+1BUdHRUyHQFzKTs7Kf2oARP2/ro7KVg+ASw+WP201MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7KfzgKTsE9gFGAUQpO5Y+WFj95tSiZKIAAwBkAAAEvARMABkANgA9AAABMzIWHQEzMhYdARQGIyEiJj0BNDY7ATU0NgU1MhYVESMRMxQOAiMhIiY1ETQ2MxUUFjMhMjYBBzUjNTM1AcJkFR0yFR0dFf7UFR0dFTIdAXMpO8jIDiEaG/2oKTs7KVg+ASw+WAGc1MjIBEwdFTIdFWQVHR0VZBUdMhUd+pY7Kf4M/tQkKxEEOykDICk7lj5YWP3m1KJkogAAAAP/ogAABRYE1AALABsAHwAACQEWBiMhIiY3ATYyEyMiBhcTHgE7ATI2NxM2JgMVMzUCkgJ9FyAs+wQsIBcCfRZARNAUGAQ6BCMUNhQjBDoEGODIBK37sCY3NyYEUCf+TB0U/tIUHR0UAS4UHf4MZGQAAAAACQAAAAAETARMAA8AHwAvAD8ATwBfAG8AfwCPAAABMzIWHQEUBisBIiY9ATQ2EzMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBqfoKDw8K+goPDwr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPD/zq+goPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K+goPDwRMDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg/+1A8KlgoPDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKD/7UDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKDw8KlgoPAAAAAwAAAAAEsAUUABkAKQAzAAABMxUjFSEyFg8BBgchJi8BJjYzITUjNTM1MwEhMhYUBisBFyE3IyImNDYDITIWHQEhNTQ2ArxkZAFePjEcQiko/PwoKUIcMT4BXmRkyP4+ArwVHR0VDIn8SooNFR0dswRMFR37UB0EsMhkTzeEUzMzU4Q3T2TIZPx8HSodZGQdKh3+1B0VMjIVHQAABAAAAAAEsAUUAAUAGQArADUAAAAyFhUjNAchFhUUByEyFg8BIScmNjMhJjU0AyEyFhQGKwEVBSElNSMiJjQ2AyEyFh0BITU0NgIwUDnCPAE6EgMBSCkHIq/9WrIiCikBSAOvArwVHR0VlgET/EoBE5YVHR2zBEwVHftQHQUUOykpjSUmCBEhFpGRFiERCCb+lR0qHcjIyMgdKh39qB0VMjIVHQAEAAAAAASwBJ0ABwAUACQALgAAADIWFAYiJjQTMzIWFRQXITY1NDYzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYCDZZqapZqty4iKyf+vCcrI/7NArwVHR0VDYr8SokMFR0dswRMFR37UB0EnWqWamqW/us5Okxra0w6Of5yHSodZGQdKh3+1B0VMjIVHQAEAAAAAASwBRQADwAcACwANgAAATIeARUUBiImNTQ3FzcnNhMzMhYVFBchNjU0NjMBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYL1szb5xvIpBvoyIfLiIrJ/68Jysj/s0CvBUdHRUNivxKiQwVHR2zBEwVHftQHQUUa4s2Tm9vTj5Rj2+jGv4KOTpMa2tMOjn+ch0qHWRkHSod/tQdFTIyFR0AAAADAAAAAASwBRIAEgAiACwAAAEFFSEUHgMXIS4BNTQ+AjcBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYASz+1CU/P00T/e48PUJtj0r+ogK8FR0dFQ2K/EqJDBUdHbMETBUd+1AdBLChizlmUT9IGVO9VFShdksE/H4dKh1kZB0qHf7UHRUyMhUdAAIAyAAAA+gFFAAPACkAAAAyFh0BHgEdASE1NDY3NTQDITIWFyMVMxUjFTMVIxUzFAYjISImNRE0NgIvUjsuNv5wNi5kAZA2XBqsyMjIyMh1U/5wU3V1BRQ7KU4aXDYyMjZcGk4p/kc2LmRkZGRkU3V1UwGQU3UAAAMAZP//BEwETAAPAC8AMwAAEyEyFhURFAYjISImNRE0NgMhMhYdARQGIyEXFhQGIi8BIQcGIiY0PwEhIiY9ATQ2BQchJ5YDhBUdHRX8fBUdHQQDtgoPDwr+5eANGiUNWP30Vw0mGg3g/t8KDw8BqmQBRGQETB0V/gwVHR0VAfQVHf1EDwoyCg/gDSUbDVhYDRslDeAPCjIKD2RkZAAAAAAEAAAAAASwBEwAGQAjAC0ANwAAEyEyFh0BIzQmKwEiBhUjNCYrASIGFSM1NDYDITIWFREhETQ2ExUUBisBIiY9ASEVFAYrASImPQHIAyBTdWQ7KfopO2Q7KfopO2R1EQPoKTv7UDvxHRVkFR0D6B0VZBUdBEx1U8gpOzspKTs7KchTdf4MOyn+1AEsKTv+DDIVHR0VMjIVHR0VMgADAAEAAASpBKwADQARABsAAAkBFhQPASEBJjQ3ATYyCQMDITIWHQEhNTQ2AeACqh8fg/4f/fsgIAEnH1n+rAFWAS/+q6IDIBUd/HwdBI39VR9ZH4MCBh9ZHwEoH/5u/qoBMAFV/BsdFTIyFR0AAAAAAgCPAAAEIQSwABcALwAAAQMuASMhIgYHAwYWMyEVFBYyNj0BMzI2AyE1NDY7ATU0NjsBETMRMzIWHQEzMhYVBCG9CCcV/nAVJwi9CBMVAnEdKh19FROo/a0dFTIdFTDILxUdMhUdAocB+hMcHBP+BhMclhUdHRWWHP2MMhUdMhUdASz+1B0VMh0VAAAEAAAAAASwBLAADQAQAB8AIgAAASERFAYjIREBNTQ2MyEBIzUBIREUBiMhIiY1ETQ2MyEBIzUDhAEsDwr+if7UDwoBdwEsyP2oASwPCv12Cg8PCgF3ASzIAyD9wQoPAk8BLFQKD/7UyP4M/cEKDw8KA7YKD/7UyAAC/5wAZAUUBEcARgBWAAABMzIeAhcWFxY2NzYnJjc+ARYXFgcOASsBDgEPAQ4BKwEiJj8BBisBIicHDgErASImPwEmLwEuAT0BNDY7ATY3JyY2OwE2BSMiBh0BFBY7ATI2PQE0JgHkw0uOakkMEhEfQwoKGRMKBQ8XDCkCA1Y9Pgc4HCcDIhVkFRgDDDEqwxgpCwMiFWQVGAMaVCyfExwdFXwLLW8QBxXLdAFF+goPDwr6Cg8PBEdBa4pJDgYKISAiJRsQCAYIDCw9P1c3fCbqFB0dFEYOCEAUHR0UnUplNQcmFTIVHVdPXw4TZV8PCjIKDw8KMgoPAAb/nP/mBRQEfgAJACQANAA8AFIAYgAAASU2Fh8BFgYPASUzMhYfASEyFh0BFAYHBQYmJyYjISImPQE0NhcjIgYdARQ7ATI2NTQmJyYEIgYUFjI2NAE3PgEeARceAT8BFxYGDwEGJi8BJjYlBwYfAR4BPwE2Jy4BJy4BAoEBpxMuDiAOAxCL/CtqQ0geZgM3FR0cE/0fFyIJKjr+1D5YWLlQExIqhhALIAsSAYBALS1ALf4PmBIgHhMQHC0aPzANITNQL3wpgigJASlmHyElDR0RPRMFAhQHCxADhPcICxAmDyoNeMgiNtQdFTIVJgeEBBQPQ1g+yD5YrBwVODMQEAtEERzJLUAtLUD+24ITChESEyMgAwWzPUkrRSgJL5cvfRxYGyYrDwkLNRAhFEgJDAQAAAAAAwBkAAAEOQSwAFEAYABvAAABMzIWHQEeARcWDgIPATIeBRUUDgUjFRQGKwEiJj0BIxUUBisBIiY9ASMiJj0BNDY7AREjIiY9ATQ2OwE1NDY7ATIWHQEzNTQ2AxUhMj4CNTc0LgMjARUhMj4CNTc0LgMjAnGWCg9PaAEBIC4uEBEGEjQwOiodFyI2LUAjGg8KlgoPZA8KlgoPrwoPDwpLSwoPDwqvDwqWCg9kD9cBBxwpEwsBAQsTKRz++QFrHCkTCwEBCxMpHASwDwptIW1KLk0tHwYGAw8UKDJOLTtdPCoVCwJLCg8PCktLCg8PCksPCpYKDwJYDwqWCg9LCg8PCktLCg/+1MgVHR0LCgQOIhoW/nDIFR0dCwoEDiIaFgAAAwAEAAIEsASuABcAKQAsAAATITIWFREUBg8BDgEjISImJy4CNRE0NgQiDgQPARchNy4FAyMT1AMMVnokEhIdgVL9xFKCHAgYKHoCIIx9VkcrHQYGnAIwnAIIIClJVSGdwwSuelb+YDO3QkJXd3ZYHFrFMwGgVnqZFyYtLSUMDPPzBQ8sKDEj/sIBBQACAMgAAAOEBRQADwAZAAABMzIWFREUBiMhIiY1ETQ2ARUUBisBIiY9AQHblmesVCn+PilUrAFINhWWFTYFFKxn/gwpVFQpAfRnrPwY4RU2NhXhAAACAMgAAAOEBRQADwAZAAABMxQWMxEUBiMhIiY1ETQ2ARUUBisBIiY9AQHbYLOWVCn+PilUrAFINhWWFTYFFJaz/kIpVFQpAfRnrPwY4RU2NhXhAAACAAAAFAUOBBoAFAAaAAAJASUHFRcVJwc1NzU0Jj4CPwEnCQEFJTUFJQUO/YL+hk5klpZkAQEBBQQvkwKCAVz+ov6iAV4BXgL//uWqPOCWx5SVyJb6BA0GCgYDKEEBG/1ipqaTpaUAAAMAZAH0BLADIAAHAA8AFwAAEjIWFAYiJjQkMhYUBiImNCQyFhQGIiY0vHxYWHxYAeh8WFh8WAHofFhYfFgDIFh8WFh8WFh8WFh8WFh8WFh8AAAAAAMBkAAAArwETAAHAA8AFwAAADIWFAYiJjQSMhYUBiImNBIyFhQGIiY0Aeh8WFh8WFh8WFh8WFh8WFh8WARMWHxYWHz+yFh8WFh8/shYfFhYfAAAAAMAZABkBEwETAAPAB8ALwAAEyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2fQO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PBEwPCpYKDw8KlgoP/nAPCpYKDw8KlgoP/nAPCpYKDw8KlgoPAAAABAAAAAAEsASwAA8AHwAvADMAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFhURFAYjISImNRE0NhcVITUBXgH0ory7o/4Mpbm5Asv9qCk7OykCWCk7O/2xAfQVHR0V/gwVHR1HAZAEsLuj/gylubmlAfSlucg7Kf2oKTs7KQJYKTtkHRX+1BUdHRUBLBUdZMjIAAAAAAEAZABkBLAETAA7AAATITIWFAYrARUzMhYUBisBFTMyFhQGKwEVMzIWFAYjISImNDY7ATUjIiY0NjsBNSMiJjQ2OwE1IyImNDaWA+gVHR0VMjIVHR0VMjIVHR0VMjIVHR0V/BgVHR0VMjIVHR0VMjIVHR0VMjIVHR0ETB0qHcgdKh3IHSodyB0qHR0qHcgdKh3IHSodyB0qHQAAAAYBLAAFA+gEowAHAA0AEwAZAB8AKgAAAR4BBgcuATYBMhYVIiYlFAYjNDYBMhYVIiYlFAYjNDYDFRQGIiY9ARYzMgKKVz8/V1c/P/75fLB8sAK8sHyw/cB8sHywArywfLCwHSodKAMRBKNDsrJCQrKy/sCwfLB8fLB8sP7UsHywfHywfLD+05AVHR0VjgQAAAH/tQDIBJQDgQBCAAABNzYXAR4BBw4BKwEyFRQOBCsBIhE0NyYiBxYVECsBIi4DNTQzIyImJyY2NwE2HwEeAQ4BLwEHIScHBi4BNgLpRRk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s&&!n&&this._mouseCapture(t)?(this.mouseDelayMet=!this.options.delay,this.mouseDelayMet||(this._mouseDelayTimer=setTimeout(function(){i.mouseDelayMet=!0},this.options.delay)),this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(t)!==!1,!this._mouseStarted)?(t.preventDefault(),!0):(!0===e.data(t.target,this.widgetName+".preventClickEvent")&&e.removeData(t.target,this.widgetName+".preventClickEvent"),this._mouseMoveDelegate=function(e){return i._mouseMove(e)},this._mouseUpDelegate=function(e){return i._mouseUp(e)},this.document.bind("mousemove."+this.widgetName,this._mouseMoveDelegate).bind("mouseup."+this.widgetName,this._mouseUpDelegate),t.preventDefault(),o=!0,!0)):!0}},_mouseMove:function(t){if(this._mouseMoved){if(e.ui.ie&&(!document.documentMode||9>document.documentMode)&&!t.button)return this._mouseUp(t);if(!t.which)return this._mouseUp(t)}return(t.which||t.button)&&(this._mouseMoved=!0),this._mouseStarted?(this._mouseDrag(t),t.preventDefault()):(this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(this._mouseDownEvent,t)!==!1,this._mouseStarted?this._mouseDrag(t):this._mouseUp(t)),!this._mouseStarted)},_mouseUp:function(t){return this.document.unbind("mousemove."+this.widgetName,this._mouseMoveDelegate).unbind("mouseup."+this.widgetName,this._mouseUpDelegate),this._mouseStarted&&(this._mouseStarted=!1,t.target===this._mouseDownEvent.target&&e.data(t.target,this.widgetName+".preventClickEvent",!0),this._mouseStop(t)),o=!1,!1},_mouseDistanceMet:function(e){return Math.max(Math.abs(this._mouseDownEvent.pageX-e.pageX),Math.abs(this._mouseDownEvent.pageY-e.pageY))>=this.options.distance},_mouseDelayMet:function(){return this.mouseDelayMet},_mouseStart:function(){},_mouseDrag:function(){},_mouseStop:function(){},_mouseCapture:function(){return!0}}),function(){function t(e,t,i){return[parseFloat(e[0])*(p.test(e[0])?t/100:1),parseFloat(e[1])*(p.test(e[1])?i/100:1)]}function i(t,i){return parseInt(e.css(t,i),10)||0}function s(t){var i=t[0];return 9===i.nodeType?{width:t.width(),height:t.height(),offset:{top:0,left:0}}:e.isWindow(i)?{width:t.width(),height:t.height(),offset:{top:t.scrollTop(),left:t.scrollLeft()}}:i.preventDefault?{width:0,height:0,offset:{top:i.pageY,left:i.pageX}}:{width:t.outerWidth(),height:t.outerHeight(),offset:t.offset()}}e.ui=e.ui||{};var n,a,o=Math.max,r=Math.abs,h=Math.round,l=/left|center|right/,u=/top|center|bottom/,d=/[\+\-]\d+(\.[\d]+)?%?/,c=/^\w+/,p=/%$/,f=e.fn.position;e.position={scrollbarWidth:function(){if(void 0!==n)return n;var t,i,s=e("<div style='display:block;position:absolute;width:50px;height:50px;overflow:hidden;'><div style='height:100px;width:auto;'></div></div>"),a=s.children()[0];return e("body").append(s),t=a.offsetWidth,s.css("overflow","scroll"),i=a.offsetWidth,t===i&&(i=s[0].clientWidth),s.remove(),n=t-i},getScrollInfo:function(t){var i=t.isWindow||t.isDocument?"":t.element.css("overflow-x"),s=t.isWindow||t.isDocument?"":t.element.css("overflow-y"),n="scroll"===i||"auto"===i&&t.width<t.element[0].scrollWidth,a="scroll"===s||"auto"===s&&t.height<t.element[0].scrollHeight;return{width:a?e.position.scrollbarWidth():0,height:n?e.position.scrollbarWidth():0}},getWithinInfo:function(t){var i=e(t||window),s=e.isWindow(i[0]),n=!!i[0]&&9===i[0].nodeType;return{element:i,isWindow:s,isDocument:n,offset:i.offset()||{left:0,top:0},scrollLeft:i.scrollLeft(),scrollTop:i.scrollTop(),width:s||n?i.width():i.outerWidth(),height:s||n?i.height():i.outerHeight()}}},e.fn.position=function(n){if(!n||!n.of)return f.apply(this,arguments);n=e.extend({},n);var p,m,g,v,y,b,_=e(n.of),x=e.position.getWithinInfo(n.within),w=e.position.getScrollInfo(x),k=(n.collision||"flip").split(" "),T={};return b=s(_),_[0].preventDefault&&(n.at="left top"),m=b.width,g=b.height,v=b.offset,y=e.extend({},v),e.each(["my","at"],function(){var e,t,i=(n[this]||"").split(" ");1===i.length&&(i=l.test(i[0])?i.concat(["center"]):u.test(i[0])?["center"].concat(i):["center","center"]),i[0]=l.test(i[0])?i[0]:"center",i[1]=u.test(i[1])?i[1]:"center",e=d.exec(i[0]),t=d.exec(i[1]),T[this]=[e?e[0]:0,t?t[0]:0],n[this]=[c.exec(i[0])[0],c.exec(i[1])[0]]}),1===k.length&&(k[1]=k[0]),"right"===n.at[0]?y.left+=m:"center"===n.at[0]&&(y.left+=m/2),"bottom"===n.at[1]?y.top+=g:"center"===n.at[1]&&(y.top+=g/2),p=t(T.at,m,g),y.left+=p[0],y.top+=p[1],this.each(function(){var s,l,u=e(this),d=u.outerWidth(),c=u.outerHeight(),f=i(this,"marginLeft"),b=i(this,"marginTop"),D=d+f+i(this,"marginRight")+w.width,S=c+b+i(this,"marginBottom")+w.height,N=e.extend({},y),M=t(T.my,u.outerWidth(),u.outerHeight());"right"===n.my[0]?N.left-=d:"center"===n.my[0]&&(N.left-=d/2),"bottom"===n.my[1]?N.top-=c:"center"===n.my[1]&&(N.top-=c/2),N.left+=M[0],N.top+=M[1],a||(N.left=h(N.left),N.top=h(N.top)),s={marginLeft:f,marginTop:b},e.each(["left","top"],function(t,i){e.ui.position[k[t]]&&e.ui.position[k[t]][i](N,{targetWidth:m,targetHeight:g,elemWidth:d,elemHeight:c,collisionPosition:s,collisionWidth:D,collisionHeight:S,offset:[p[0]+M[0],p[1]+M[1]],my:n.my,at:n.at,within:x,elem:u})}),n.using&&(l=function(e){var t=v.left-N.left,i=t+m-d,s=v.top-N.top,a=s+g-c,h={target:{element:_,left:v.left,top:v.top,width:m,height:g},element:{element:u,left:N.left,top:N.top,width:d,height:c},horizontal:0>i?"left":t>0?"right":"center",vertical:0>a?"top":s>0?"bottom":"middle"};d>m&&m>r(t+i)&&(h.horizontal="center"),c>g&&g>r(s+a)&&(h.vertical="middle"),h.important=o(r(t),r(i))>o(r(s),r(a))?"horizontal":"vertical",n.using.call(this,e,h)}),u.offset(e.extend(N,{using:l}))})},e.ui.position={fit:{left:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollLeft:s.offset.left,a=s.width,r=e.left-t.collisionPosition.marginLeft,h=n-r,l=r+t.collisionWidth-a-n;t.collisionWidth>a?h>0&&0>=l?(i=e.left+h+t.collisionWidth-a-n,e.left+=h-i):e.left=l>0&&0>=h?n:h>l?n+a-t.collisionWidth:n:h>0?e.left+=h:l>0?e.left-=l:e.left=o(e.left-r,e.left)},top:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollTop:s.offset.top,a=t.within.height,r=e.top-t.collisionPosition.marginTop,h=n-r,l=r+t.collisionHeight-a-n;t.collisionHeight>a?h>0&&0>=l?(i=e.top+h+t.collisionHeight-a-n,e.top+=h-i):e.top=l>0&&0>=h?n:h>l?n+a-t.collisionHeight:n:h>0?e.top+=h:l>0?e.top-=l:e.top=o(e.top-r,e.top)}},flip:{left:function(e,t){var i,s,n=t.within,a=n.offset.left+n.scrollLeft,o=n.width,h=n.isWindow?n.scrollLeft:n.offset.left,l=e.left-t.collisionPosition.marginLeft,u=l-h,d=l+t.collisionWidth-o-h,c="left"===t.my[0]?-t.elemWidth:"right"===t.my[0]?t.elemWidth:0,p="left"===t.at[0]?t.targetWidth:"right"===t.at[0]?-t.targetWidth:0,f=-2*t.offset[0];0>u?(i=e.left+c+p+f+t.collisionWidth-o-a,(0>i||r(u)>i)&&(e.left+=c+p+f)):d>0&&(s=e.left-t.collisionPosition.marginLeft+c+p+f-h,(s>0||d>r(s))&&(e.left+=c+p+f))},top:function(e,t){var i,s,n=t.within,a=n.offset.top+n.scrollTop,o=n.height,h=n.isWindow?n.scrollTop:n.offset.top,l=e.top-t.collisionPosition.marginTop,u=l-h,d=l+t.collisionHeight-o-h,c="top"===t.my[1],p=c?-t.elemHeight:"bottom"===t.my[1]?t.elemHeight:0,f="top"===t.at[1]?t.targetHeight:"bottom"===t.at[1]?-t.targetHeight:0,m=-2*t.offset[1];0>u?(s=e.top+p+f+m+t.collisionHeight-o-a,(0>s||r(u)>s)&&(e.top+=p+f+m)):d>0&&(i=e.top-t.collisionPosition.marginTop+p+f+m-h,(i>0||d>r(i))&&(e.top+=p+f+m))}},flipfit:{left:function(){e.ui.position.flip.left.apply(this,arguments),e.ui.position.fit.left.apply(this,arguments)},top:function(){e.ui.position.flip.top.apply(this,arguments),e.ui.position.fit.top.apply(this,arguments)}}},function(){var t,i,s,n,o,r=document.getElementsByTagName("body")[0],h=document.createElement("div");t=document.createElement(r?"div":"body"),s={visibility:"hidden",width:0,height:0,border:0,margin:0,background:"none"},r&&e.extend(s,{position:"absolute",left:"-1000px",top:"-1000px"});for(o in s)t.style[o]=s[o];t.appendChild(h),i=r||document.documentElement,i.insertBefore(t,i.firstChild),h.style.cssText="position: absolute; left: 10.7432222px;",n=e(h).offset().left,a=n>10&&11>n,t.innerHTML="",i.removeChild(t)}()}(),e.ui.position,e.widget("ui.draggable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"drag",options:{addClasses:!0,appendTo:"parent",axis:!1,connectToSortable:!1,containment:!1,cursor:"auto",cursorAt:!1,grid:!1,handle:!1,helper:"original",iframeFix:!1,opacity:!1,refreshPositions:!1,revert:!1,revertDuration:500,scope:"default",scroll:!0,scrollSensitivity:20,scrollSpeed:20,snap:!1,snapMode:"both",snapTolerance:20,stack:!1,zIndex:!1,drag:null,start:null,stop:null},_create:function(){"original"===this.options.helper&&this._setPositionRelative(),this.options.addClasses&&this.element.addClass("ui-draggable"),this.options.disabled&&this.element.addClass("ui-draggable-disabled"),this._setHandleClassName(),this._mouseInit()},_setOption:function(e,t){this._super(e,t),"handle"===e&&(this._removeHandleClassName(),this._setHandleClassName())},_destroy:function(){return(this.helper||this.element).is(".ui-draggable-dragging")?(this.destroyOnClear=!0,void 0):(this.element.removeClass("ui-draggable ui-draggable-dragging ui-draggable-disabled"),this._removeHandleClassName(),this._mouseDestroy(),void 0)},_mouseCapture:function(t){var i=this.options;return this._blurActiveElement(t),this.helper||i.disabled||e(t.target).closest(".ui-resizable-handle").length>0?!1:(this.handle=this._getHandle(t),this.handle?(this._blockFrames(i.iframeFix===!0?"iframe":i.iframeFix),!0):!1)},_blockFrames:function(t){this.iframeBlocks=this.document.find(t).map(function(){var t=e(this);return e("<div>").css("position","absolute").appendTo(t.parent()).outerWidth(t.outerWidth()).outerHeight(t.outerHeight()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_blurActiveElement:function(t){var i=this.document[0];if(this.handleElement.is(t.target))try{i.activeElement&&"body"!==i.activeElement.nodeName.toLowerCase()&&e(i.activeElement).blur()}catch(s){}},_mouseStart:function(t){var i=this.options;return this.helper=this._createHelper(t),this.helper.addClass("ui-draggable-dragging"),this._cacheHelperProportions(),e.ui.ddmanager&&(e.ui.ddmanager.current=this),this._cacheMargins(),this.cssPosition=this.helper.css("position"),this.scrollParent=this.helper.scrollParent(!0),this.offsetParent=this.helper.offsetParent(),this.hasFixedAncestor=this.helper.parents().filter(function(){return"fixed"===e(this).css("position")}).length>0,this.positionAbs=this.element.offset(),this._refreshOffsets(t),this.originalPosition=this.position=this._generatePosition(t,!1),this.originalPageX=t.pageX,this.originalPageY=t.pageY,i.cursorAt&&this._adjustOffsetFromHelper(i.cursorAt),this._setContainment(),this._trigger("start",t)===!1?(this._clear(),!1):(this._cacheHelperProportions(),e.ui.ddmanager&&!i.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this._normalizeRightBottom(),this._mouseDrag(t,!0),e.ui.ddmanager&&e.ui.ddmanager.dragStart(this,t),!0)},_refreshOffsets:function(e){this.offset={top:this.positionAbs.top-this.margins.top,left:this.positionAbs.left-this.margins.left,scroll:!1,parent:this._getParentOffset(),relative:this._getRelativeOffset()},this.offset.click={left:e.pageX-this.offset.left,top:e.pageY-this.offset.top}},_mouseDrag:function(t,i){if(this.hasFixedAncestor&&(this.offset.parent=this._getParentOffset()),this.position=this._generatePosition(t,!0),this.positionAbs=this._convertPositionTo("absolute"),!i){var s=this._uiHash();if(this._trigger("drag",t,s)===!1)return this._mouseUp({}),!1;this.position=s.position}return this.helper[0].style.left=this.position.left+"px",this.helper[0].style.top=this.position.top+"px",e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),!1},_mouseStop:function(t){var i=this,s=!1;return e.ui.ddmanager&&!this.options.dropBehaviour&&(s=e.ui.ddmanager.drop(this,t)),this.dropped&&(s=this.dropped,this.dropped=!1),"invalid"===this.options.revert&&!s||"valid"===this.options.revert&&s||this.options.revert===!0||e.isFunction(this.options.revert)&&this.options.revert.call(this.element,s)?e(this.helper).animate(this.originalPosition,parseInt(this.options.revertDuration,10),function(){i._trigger("stop",t)!==!1&&i._clear()}):this._trigger("stop",t)!==!1&&this._clear(),!1},_mouseUp:function(t){return this._unblockFrames(),e.ui.ddmanager&&e.ui.ddmanager.dragStop(this,t),this.handleElement.is(t.target)&&this.element.focus(),e.ui.mouse.prototype._mouseUp.call(this,t)},cancel:function(){return this.helper.is(".ui-draggable-dragging")?this._mouseUp({}):this._clear(),this},_getHandle:function(t){return this.options.handle?!!e(t.target).closest(this.element.find(this.options.handle)).length:!0},_setHandleClassName:function(){this.handleElement=this.options.handle?this.element.find(this.options.handle):this.element,this.handleElement.addClass("ui-draggable-handle")},_removeHandleClassName:function(){this.handleElement.removeClass("ui-draggable-handle")},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper),n=s?e(i.helper.apply(this.element[0],[t])):"clone"===i.helper?this.element.clone().removeAttr("id"):this.element;return n.parents("body").length||n.appendTo("parent"===i.appendTo?this.element[0].parentNode:i.appendTo),s&&n[0]===this.element[0]&&this._setPositionRelative(),n[0]===this.element[0]||/(fixed|absolute)/.test(n.css("position"))||n.css("position","absolute"),n},_setPositionRelative:function(){/^(?:r|a|f)/.test(this.element.css("position"))||(this.element[0].style.position="relative")},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_isRootNode:function(e){return/(html|body)/i.test(e.tagName)||e===this.document[0]},_getParentOffset:function(){var t=this.offsetParent.offset(),i=this.document[0];return"absolute"===this.cssPosition&&this.scrollParent[0]!==i&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),this._isRootNode(this.offsetParent[0])&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"!==this.cssPosition)return{top:0,left:0};var e=this.element.position(),t=this._isRootNode(this.scrollParent[0]);return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+(t?0:this.scrollParent.scrollTop()),left:e.left-(parseInt(this.helper.css("left"),10)||0)+(t?0:this.scrollParent.scrollLeft())}},_cacheMargins:function(){this.margins={left:parseInt(this.element.css("marginLeft"),10)||0,top:parseInt(this.element.css("marginTop"),10)||0,right:parseInt(this.element.css("marginRight"),10)||0,bottom:parseInt(this.element.css("marginBottom"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options,a=this.document[0];return this.relativeContainer=null,n.containment?"window"===n.containment?(this.containment=[e(window).scrollLeft()-this.offset.relative.left-this.offset.parent.left,e(window).scrollTop()-this.offset.relative.top-this.offset.parent.top,e(window).scrollLeft()+e(window).width()-this.helperProportions.width-this.margins.left,e(window).scrollTop()+(e(window).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):"document"===n.containment?(this.containment=[0,0,e(a).width()-this.helperProportions.width-this.margins.left,(e(a).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):n.containment.constructor===Array?(this.containment=n.containment,void 0):("parent"===n.containment&&(n.containment=this.helper[0].parentNode),i=e(n.containment),s=i[0],s&&(t=/(scroll|auto)/.test(i.css("overflow")),this.containment=[(parseInt(i.css("borderLeftWidth"),10)||0)+(parseInt(i.css("paddingLeft"),10)||0),(parseInt(i.css("borderTopWidth"),10)||0)+(parseInt(i.css("paddingTop"),10)||0),(t?Math.max(s.scrollWidth,s.offsetWidth):s.offsetWidth)-(parseInt(i.css("borderRightWidth"),10)||0)-(parseInt(i.css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left-this.margins.right,(t?Math.max(s.scrollHeight,s.offsetHeight):s.offsetHeight)-(parseInt(i.css("borderBottomWidth"),10)||0)-(parseInt(i.css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top-this.margins.bottom],this.relativeContainer=i),void 0):(this.containment=null,void 0)},_convertPositionTo:function(e,t){t||(t=this.position);var i="absolute"===e?1:-1,s=this._isRootNode(this.scrollParent[0]);return{top:t.top+this.offset.relative.top*i+this.offset.parent.top*i-("fixed"===this.cssPosition?-this.offset.scroll.top:s?0:this.offset.scroll.top)*i,left:t.left+this.offset.relative.left*i+this.offset.parent.left*i-("fixed"===this.cssPosition?-this.offset.scroll.left:s?0:this.offset.scroll.left)*i}},_generatePosition:function(e,t){var i,s,n,a,o=this.options,r=this._isRootNode(this.scrollParent[0]),h=e.pageX,l=e.pageY;return r&&this.offset.scroll||(this.offset.scroll={top:this.scrollParent.scrollTop(),left:this.scrollParent.scrollLeft()}),t&&(this.containment&&(this.relativeContainer?(s=this.relativeContainer.offset(),i=[this.containment[0]+s.left,this.containment[1]+s.top,this.containment[2]+s.left,this.containment[3]+s.top]):i=this.containment,e.pageX-this.offset.click.left<i[0]&&(h=i[0]+this.offset.click.left),e.pageY-this.offset.click.top<i[1]&&(l=i[1]+this.offset.click.top),e.pageX-this.offset.click.left>i[2]&&(h=i[2]+this.offset.click.left),e.pageY-this.offset.click.top>i[3]&&(l=i[3]+this.offset.click.top)),o.grid&&(n=o.grid[1]?this.originalPageY+Math.round((l-this.originalPageY)/o.grid[1])*o.grid[1]:this.originalPageY,l=i?n-this.offset.click.top>=i[1]||n-this.offset.click.top>i[3]?n:n-this.offset.click.top>=i[1]?n-o.grid[1]:n+o.grid[1]:n,a=o.grid[0]?this.originalPageX+Math.round((h-this.originalPageX)/o.grid[0])*o.grid[0]:this.originalPageX,h=i?a-this.offset.click.left>=i[0]||a-this.offset.click.left>i[2]?a:a-this.offset.click.left>=i[0]?a-o.grid[0]:a+o.grid[0]:a),"y"===o.axis&&(h=this.originalPageX),"x"===o.axis&&(l=this.originalPageY)),{top:l-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.offset.scroll.top:r?0:this.offset.scroll.top),left:h-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.offset.scroll.left:r?0:this.offset.scroll.left)}},_clear:function(){this.helper.removeClass("ui-draggable-dragging"),this.helper[0]===this.element[0]||this.cancelHelperRemoval||this.helper.remove(),this.helper=null,this.cancelHelperRemoval=!1,this.destroyOnClear&&this.destroy()},_normalizeRightBottom:function(){"y"!==this.options.axis&&"auto"!==this.helper.css("right")&&(this.helper.width(this.helper.width()),this.helper.css("right","auto")),"x"!==this.options.axis&&"auto"!==this.helper.css("bottom")&&(this.helper.height(this.helper.height()),this.helper.css("bottom","auto"))},_trigger:function(t,i,s){return s=s||this._uiHash(),e.ui.plugin.call(this,t,[i,s,this],!0),/^(drag|start|stop)/.test(t)&&(this.positionAbs=this._convertPositionTo("absolute"),s.offset=this.positionAbs),e.Widget.prototype._trigger.call(this,t,i,s)},plugins:{},_uiHash:function(){return{helper:this.helper,position:this.position,originalPosition:this.originalPosition,offset:this.positionAbs}}}),e.ui.plugin.add("draggable","connectToSortable",{start:function(t,i,s){var n=e.extend({},i,{item:s.element});s.sortables=[],e(s.options.connectToSortable).each(function(){var i=e(this).sortable("instance");i&&!i.options.disabled&&(s.sortables.push(i),i.refreshPositions(),i._trigger("activate",t,n))})},stop:function(t,i,s){var n=e.extend({},i,{item:s.element});s.cancelHelperRemoval=!1,e.each(s.sortables,function(){var e=this;e.isOver?(e.isOver=0,s.cancelHelperRemoval=!0,e.cancelHelperRemoval=!1,e._storedCSS={position:e.placeholder.css("position"),top:e.placeholder.css("top"),left:e.placeholder.css("left")},e._mouseStop(t),e.options.helper=e.options._helper):(e.cancelHelperRemoval=!0,e._trigger("deactivate",t,n))})},drag:function(t,i,s){e.each(s.sortables,function(){var n=!1,a=this;a.positionAbs=s.positionAbs,a.helperProportions=s.helperProportions,a.offset.click=s.offset.click,a._intersectsWith(a.containerCache)&&(n=!0,e.each(s.sortables,function(){return this.positionAbs=s.positionAbs,this.helperProportions=s.helperProportions,this.offset.click=s.offset.click,this!==a&&this._intersectsWith(this.containerCache)&&e.contains(a.element[0],this.element[0])&&(n=!1),n
+})),n?(a.isOver||(a.isOver=1,s._parent=i.helper.parent(),a.currentItem=i.helper.appendTo(a.element).data("ui-sortable-item",!0),a.options._helper=a.options.helper,a.options.helper=function(){return i.helper[0]},t.target=a.currentItem[0],a._mouseCapture(t,!0),a._mouseStart(t,!0,!0),a.offset.click.top=s.offset.click.top,a.offset.click.left=s.offset.click.left,a.offset.parent.left-=s.offset.parent.left-a.offset.parent.left,a.offset.parent.top-=s.offset.parent.top-a.offset.parent.top,s._trigger("toSortable",t),s.dropped=a.element,e.each(s.sortables,function(){this.refreshPositions()}),s.currentItem=s.element,a.fromOutside=s),a.currentItem&&(a._mouseDrag(t),i.position=a.position)):a.isOver&&(a.isOver=0,a.cancelHelperRemoval=!0,a.options._revert=a.options.revert,a.options.revert=!1,a._trigger("out",t,a._uiHash(a)),a._mouseStop(t,!0),a.options.revert=a.options._revert,a.options.helper=a.options._helper,a.placeholder&&a.placeholder.remove(),i.helper.appendTo(s._parent),s._refreshOffsets(t),i.position=s._generatePosition(t,!0),s._trigger("fromSortable",t),s.dropped=!1,e.each(s.sortables,function(){this.refreshPositions()}))})}}),e.ui.plugin.add("draggable","cursor",{start:function(t,i,s){var n=e("body"),a=s.options;n.css("cursor")&&(a._cursor=n.css("cursor")),n.css("cursor",a.cursor)},stop:function(t,i,s){var n=s.options;n._cursor&&e("body").css("cursor",n._cursor)}}),e.ui.plugin.add("draggable","opacity",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("opacity")&&(a._opacity=n.css("opacity")),n.css("opacity",a.opacity)},stop:function(t,i,s){var n=s.options;n._opacity&&e(i.helper).css("opacity",n._opacity)}}),e.ui.plugin.add("draggable","scroll",{start:function(e,t,i){i.scrollParentNotHidden||(i.scrollParentNotHidden=i.helper.scrollParent(!1)),i.scrollParentNotHidden[0]!==i.document[0]&&"HTML"!==i.scrollParentNotHidden[0].tagName&&(i.overflowOffset=i.scrollParentNotHidden.offset())},drag:function(t,i,s){var n=s.options,a=!1,o=s.scrollParentNotHidden[0],r=s.document[0];o!==r&&"HTML"!==o.tagName?(n.axis&&"x"===n.axis||(s.overflowOffset.top+o.offsetHeight-t.pageY<n.scrollSensitivity?o.scrollTop=a=o.scrollTop+n.scrollSpeed:t.pageY-s.overflowOffset.top<n.scrollSensitivity&&(o.scrollTop=a=o.scrollTop-n.scrollSpeed)),n.axis&&"y"===n.axis||(s.overflowOffset.left+o.offsetWidth-t.pageX<n.scrollSensitivity?o.scrollLeft=a=o.scrollLeft+n.scrollSpeed:t.pageX-s.overflowOffset.left<n.scrollSensitivity&&(o.scrollLeft=a=o.scrollLeft-n.scrollSpeed))):(n.axis&&"x"===n.axis||(t.pageY-e(r).scrollTop()<n.scrollSensitivity?a=e(r).scrollTop(e(r).scrollTop()-n.scrollSpeed):e(window).height()-(t.pageY-e(r).scrollTop())<n.scrollSensitivity&&(a=e(r).scrollTop(e(r).scrollTop()+n.scrollSpeed))),n.axis&&"y"===n.axis||(t.pageX-e(r).scrollLeft()<n.scrollSensitivity?a=e(r).scrollLeft(e(r).scrollLeft()-n.scrollSpeed):e(window).width()-(t.pageX-e(r).scrollLeft())<n.scrollSensitivity&&(a=e(r).scrollLeft(e(r).scrollLeft()+n.scrollSpeed)))),a!==!1&&e.ui.ddmanager&&!n.dropBehaviour&&e.ui.ddmanager.prepareOffsets(s,t)}}),e.ui.plugin.add("draggable","snap",{start:function(t,i,s){var n=s.options;s.snapElements=[],e(n.snap.constructor!==String?n.snap.items||":data(ui-draggable)":n.snap).each(function(){var t=e(this),i=t.offset();this!==s.element[0]&&s.snapElements.push({item:this,width:t.outerWidth(),height:t.outerHeight(),top:i.top,left:i.left})})},drag:function(t,i,s){var n,a,o,r,h,l,u,d,c,p,f=s.options,m=f.snapTolerance,g=i.offset.left,v=g+s.helperProportions.width,y=i.offset.top,b=y+s.helperProportions.height;for(c=s.snapElements.length-1;c>=0;c--)h=s.snapElements[c].left-s.margins.left,l=h+s.snapElements[c].width,u=s.snapElements[c].top-s.margins.top,d=u+s.snapElements[c].height,h-m>v||g>l+m||u-m>b||y>d+m||!e.contains(s.snapElements[c].item.ownerDocument,s.snapElements[c].item)?(s.snapElements[c].snapping&&s.options.snap.release&&s.options.snap.release.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=!1):("inner"!==f.snapMode&&(n=m>=Math.abs(u-b),a=m>=Math.abs(d-y),o=m>=Math.abs(h-v),r=m>=Math.abs(l-g),n&&(i.position.top=s._convertPositionTo("relative",{top:u-s.helperProportions.height,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h-s.helperProportions.width}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l}).left)),p=n||a||o||r,"outer"!==f.snapMode&&(n=m>=Math.abs(u-y),a=m>=Math.abs(d-b),o=m>=Math.abs(h-g),r=m>=Math.abs(l-v),n&&(i.position.top=s._convertPositionTo("relative",{top:u,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d-s.helperProportions.height,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l-s.helperProportions.width}).left)),!s.snapElements[c].snapping&&(n||a||o||r||p)&&s.options.snap.snap&&s.options.snap.snap.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=n||a||o||r||p)}}),e.ui.plugin.add("draggable","stack",{start:function(t,i,s){var n,a=s.options,o=e.makeArray(e(a.stack)).sort(function(t,i){return(parseInt(e(t).css("zIndex"),10)||0)-(parseInt(e(i).css("zIndex"),10)||0)});o.length&&(n=parseInt(e(o[0]).css("zIndex"),10)||0,e(o).each(function(t){e(this).css("zIndex",n+t)}),this.css("zIndex",n+o.length))}}),e.ui.plugin.add("draggable","zIndex",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("zIndex")&&(a._zIndex=n.css("zIndex")),n.css("zIndex",a.zIndex)},stop:function(t,i,s){var n=s.options;n._zIndex&&e(i.helper).css("zIndex",n._zIndex)}}),e.ui.draggable,e.widget("ui.droppable",{version:"1.11.4",widgetEventPrefix:"drop",options:{accept:"*",activeClass:!1,addClasses:!0,greedy:!1,hoverClass:!1,scope:"default",tolerance:"intersect",activate:null,deactivate:null,drop:null,out:null,over:null},_create:function(){var t,i=this.options,s=i.accept;this.isover=!1,this.isout=!0,this.accept=e.isFunction(s)?s:function(e){return e.is(s)},this.proportions=function(){return arguments.length?(t=arguments[0],void 0):t?t:t={width:this.element[0].offsetWidth,height:this.element[0].offsetHeight}},this._addToManager(i.scope),i.addClasses&&this.element.addClass("ui-droppable")},_addToManager:function(t){e.ui.ddmanager.droppables[t]=e.ui.ddmanager.droppables[t]||[],e.ui.ddmanager.droppables[t].push(this)},_splice:function(e){for(var t=0;e.length>t;t++)e[t]===this&&e.splice(t,1)},_destroy:function(){var t=e.ui.ddmanager.droppables[this.options.scope];this._splice(t),this.element.removeClass("ui-droppable ui-droppable-disabled")},_setOption:function(t,i){if("accept"===t)this.accept=e.isFunction(i)?i:function(e){return e.is(i)};else if("scope"===t){var s=e.ui.ddmanager.droppables[this.options.scope];this._splice(s),this._addToManager(i)}this._super(t,i)},_activate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.addClass(this.options.activeClass),i&&this._trigger("activate",t,this.ui(i))},_deactivate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.removeClass(this.options.activeClass),i&&this._trigger("deactivate",t,this.ui(i))},_over:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.addClass(this.options.hoverClass),this._trigger("over",t,this.ui(i)))},_out:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("out",t,this.ui(i)))},_drop:function(t,i){var s=i||e.ui.ddmanager.current,n=!1;return s&&(s.currentItem||s.element)[0]!==this.element[0]?(this.element.find(":data(ui-droppable)").not(".ui-draggable-dragging").each(function(){var i=e(this).droppable("instance");return i.options.greedy&&!i.options.disabled&&i.options.scope===s.options.scope&&i.accept.call(i.element[0],s.currentItem||s.element)&&e.ui.intersect(s,e.extend(i,{offset:i.element.offset()}),i.options.tolerance,t)?(n=!0,!1):void 0}),n?!1:this.accept.call(this.element[0],s.currentItem||s.element)?(this.options.activeClass&&this.element.removeClass(this.options.activeClass),this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("drop",t,this.ui(s)),this.element):!1):!1},ui:function(e){return{draggable:e.currentItem||e.element,helper:e.helper,position:e.position,offset:e.positionAbs}}}),e.ui.intersect=function(){function e(e,t,i){return e>=t&&t+i>e}return function(t,i,s,n){if(!i.offset)return!1;var a=(t.positionAbs||t.position.absolute).left+t.margins.left,o=(t.positionAbs||t.position.absolute).top+t.margins.top,r=a+t.helperProportions.width,h=o+t.helperProportions.height,l=i.offset.left,u=i.offset.top,d=l+i.proportions().width,c=u+i.proportions().height;switch(s){case"fit":return a>=l&&d>=r&&o>=u&&c>=h;case"intersect":return a+t.helperProportions.width/2>l&&d>r-t.helperProportions.width/2&&o+t.helperProportions.height/2>u&&c>h-t.helperProportions.height/2;case"pointer":return e(n.pageY,u,i.proportions().height)&&e(n.pageX,l,i.proportions().width);case"touch":return(o>=u&&c>=o||h>=u&&c>=h||u>o&&h>c)&&(a>=l&&d>=a||r>=l&&d>=r||l>a&&r>d);default:return!1}}}(),e.ui.ddmanager={current:null,droppables:{"default":[]},prepareOffsets:function(t,i){var s,n,a=e.ui.ddmanager.droppables[t.options.scope]||[],o=i?i.type:null,r=(t.currentItem||t.element).find(":data(ui-droppable)").addBack();e:for(s=0;a.length>s;s++)if(!(a[s].options.disabled||t&&!a[s].accept.call(a[s].element[0],t.currentItem||t.element))){for(n=0;r.length>n;n++)if(r[n]===a[s].element[0]){a[s].proportions().height=0;continue e}a[s].visible="none"!==a[s].element.css("display"),a[s].visible&&("mousedown"===o&&a[s]._activate.call(a[s],i),a[s].offset=a[s].element.offset(),a[s].proportions({width:a[s].element[0].offsetWidth,height:a[s].element[0].offsetHeight}))}},drop:function(t,i){var s=!1;return e.each((e.ui.ddmanager.droppables[t.options.scope]||[]).slice(),function(){this.options&&(!this.options.disabled&&this.visible&&e.ui.intersect(t,this,this.options.tolerance,i)&&(s=this._drop.call(this,i)||s),!this.options.disabled&&this.visible&&this.accept.call(this.element[0],t.currentItem||t.element)&&(this.isout=!0,this.isover=!1,this._deactivate.call(this,i)))}),s},dragStart:function(t,i){t.element.parentsUntil("body").bind("scroll.droppable",function(){t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)})},drag:function(t,i){t.options.refreshPositions&&e.ui.ddmanager.prepareOffsets(t,i),e.each(e.ui.ddmanager.droppables[t.options.scope]||[],function(){if(!this.options.disabled&&!this.greedyChild&&this.visible){var s,n,a,o=e.ui.intersect(t,this,this.options.tolerance,i),r=!o&&this.isover?"isout":o&&!this.isover?"isover":null;r&&(this.options.greedy&&(n=this.options.scope,a=this.element.parents(":data(ui-droppable)").filter(function(){return e(this).droppable("instance").options.scope===n}),a.length&&(s=e(a[0]).droppable("instance"),s.greedyChild="isover"===r)),s&&"isover"===r&&(s.isover=!1,s.isout=!0,s._out.call(s,i)),this[r]=!0,this["isout"===r?"isover":"isout"]=!1,this["isover"===r?"_over":"_out"].call(this,i),s&&"isout"===r&&(s.isout=!1,s.isover=!0,s._over.call(s,i)))}})},dragStop:function(t,i){t.element.parentsUntil("body").unbind("scroll.droppable"),t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)}},e.ui.droppable,e.widget("ui.resizable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"resize",options:{alsoResize:!1,animate:!1,animateDuration:"slow",animateEasing:"swing",aspectRatio:!1,autoHide:!1,containment:!1,ghost:!1,grid:!1,handles:"e,s,se",helper:!1,maxHeight:null,maxWidth:null,minHeight:10,minWidth:10,zIndex:90,resize:null,start:null,stop:null},_num:function(e){return parseInt(e,10)||0},_isNumber:function(e){return!isNaN(parseInt(e,10))},_hasScroll:function(t,i){if("hidden"===e(t).css("overflow"))return!1;var s=i&&"left"===i?"scrollLeft":"scrollTop",n=!1;return t[s]>0?!0:(t[s]=1,n=t[s]>0,t[s]=0,n)},_create:function(){var t,i,s,n,a,o=this,r=this.options;if(this.element.addClass("ui-resizable"),e.extend(this,{_aspectRatio:!!r.aspectRatio,aspectRatio:r.aspectRatio,originalElement:this.element,_proportionallyResizeElements:[],_helper:r.helper||r.ghost||r.animate?r.helper||"ui-resizable-helper":null}),this.element[0].nodeName.match(/^(canvas|textarea|input|select|button|img)$/i)&&(this.element.wrap(e("<div class='ui-wrapper' style='overflow: hidden;'></div>").css({position:this.element.css("position"),width:this.element.outerWidth(),height:this.element.outerHeight(),top:this.element.css("top"),left:this.element.css("left")})),this.element=this.element.parent().data("ui-resizable",this.element.resizable("instance")),this.elementIsWrapper=!0,this.element.css({marginLeft:this.originalElement.css("marginLeft"),marginTop:this.originalElement.css("marginTop"),marginRight:this.originalElement.css("marginRight"),marginBottom:this.originalElement.css("marginBottom")}),this.originalElement.css({marginLeft:0,marginTop:0,marginRight:0,marginBottom:0}),this.originalResizeStyle=this.originalElement.css("resize"),this.originalElement.css("resize","none"),this._proportionallyResizeElements.push(this.originalElement.css({position:"static",zoom:1,display:"block"})),this.originalElement.css({margin:this.originalElement.css("margin")}),this._proportionallyResize()),this.handles=r.handles||(e(".ui-resizable-handle",this.element).length?{n:".ui-resizable-n",e:".ui-resizable-e",s:".ui-resizable-s",w:".ui-resizable-w",se:".ui-resizable-se",sw:".ui-resizable-sw",ne:".ui-resizable-ne",nw:".ui-resizable-nw"}:"e,s,se"),this._handles=e(),this.handles.constructor===String)for("all"===this.handles&&(this.handles="n,e,s,w,se,sw,ne,nw"),t=this.handles.split(","),this.handles={},i=0;t.length>i;i++)s=e.trim(t[i]),a="ui-resizable-"+s,n=e("<div class='ui-resizable-handle "+a+"'></div>"),n.css({zIndex:r.zIndex}),"se"===s&&n.addClass("ui-icon ui-icon-gripsmall-diagonal-se"),this.handles[s]=".ui-resizable-"+s,this.element.append(n);this._renderAxis=function(t){var i,s,n,a;t=t||this.element;for(i in this.handles)this.handles[i].constructor===String?this.handles[i]=this.element.children(this.handles[i]).first().show():(this.handles[i].jquery||this.handles[i].nodeType)&&(this.handles[i]=e(this.handles[i]),this._on(this.handles[i],{mousedown:o._mouseDown})),this.elementIsWrapper&&this.originalElement[0].nodeName.match(/^(textarea|input|select|button)$/i)&&(s=e(this.handles[i],this.element),a=/sw|ne|nw|se|n|s/.test(i)?s.outerHeight():s.outerWidth(),n=["padding",/ne|nw|n/.test(i)?"Top":/se|sw|s/.test(i)?"Bottom":/^e$/.test(i)?"Right":"Left"].join(""),t.css(n,a),this._proportionallyResize()),this._handles=this._handles.add(this.handles[i])},this._renderAxis(this.element),this._handles=this._handles.add(this.element.find(".ui-resizable-handle")),this._handles.disableSelection(),this._handles.mouseover(function(){o.resizing||(this.className&&(n=this.className.match(/ui-resizable-(se|sw|ne|nw|n|e|s|w)/i)),o.axis=n&&n[1]?n[1]:"se")}),r.autoHide&&(this._handles.hide(),e(this.element).addClass("ui-resizable-autohide").mouseenter(function(){r.disabled||(e(this).removeClass("ui-resizable-autohide"),o._handles.show())}).mouseleave(function(){r.disabled||o.resizing||(e(this).addClass("ui-resizable-autohide"),o._handles.hide())})),this._mouseInit()},_destroy:function(){this._mouseDestroy();var t,i=function(t){e(t).removeClass("ui-resizable ui-resizable-disabled ui-resizable-resizing").removeData("resizable").removeData("ui-resizable").unbind(".resizable").find(".ui-resizable-handle").remove()};return this.elementIsWrapper&&(i(this.element),t=this.element,this.originalElement.css({position:t.css("position"),width:t.outerWidth(),height:t.outerHeight(),top:t.css("top"),left:t.css("left")}).insertAfter(t),t.remove()),this.originalElement.css("resize",this.originalResizeStyle),i(this.originalElement),this},_mouseCapture:function(t){var i,s,n=!1;for(i in this.handles)s=e(this.handles[i])[0],(s===t.target||e.contains(s,t.target))&&(n=!0);return!this.options.disabled&&n},_mouseStart:function(t){var i,s,n,a=this.options,o=this.element;return this.resizing=!0,this._renderProxy(),i=this._num(this.helper.css("left")),s=this._num(this.helper.css("top")),a.containment&&(i+=e(a.containment).scrollLeft()||0,s+=e(a.containment).scrollTop()||0),this.offset=this.helper.offset(),this.position={left:i,top:s},this.size=this._helper?{width:this.helper.width(),height:this.helper.height()}:{width:o.width(),height:o.height()},this.originalSize=this._helper?{width:o.outerWidth(),height:o.outerHeight()}:{width:o.width(),height:o.height()},this.sizeDiff={width:o.outerWidth()-o.width(),height:o.outerHeight()-o.height()},this.originalPosition={left:i,top:s},this.originalMousePosition={left:t.pageX,top:t.pageY},this.aspectRatio="number"==typeof a.aspectRatio?a.aspectRatio:this.originalSize.width/this.originalSize.height||1,n=e(".ui-resizable-"+this.axis).css("cursor"),e("body").css("cursor","auto"===n?this.axis+"-resize":n),o.addClass("ui-resizable-resizing"),this._propagate("start",t),!0},_mouseDrag:function(t){var i,s,n=this.originalMousePosition,a=this.axis,o=t.pageX-n.left||0,r=t.pageY-n.top||0,h=this._change[a];return this._updatePrevProperties(),h?(i=h.apply(this,[t,o,r]),this._updateVirtualBoundaries(t.shiftKey),(this._aspectRatio||t.shiftKey)&&(i=this._updateRatio(i,t)),i=this._respectSize(i,t),this._updateCache(i),this._propagate("resize",t),s=this._applyChanges(),!this._helper&&this._proportionallyResizeElements.length&&this._proportionallyResize(),e.isEmptyObject(s)||(this._updatePrevProperties(),this._trigger("resize",t,this.ui()),this._applyChanges()),!1):!1},_mouseStop:function(t){this.resizing=!1;var i,s,n,a,o,r,h,l=this.options,u=this;return this._helper&&(i=this._proportionallyResizeElements,s=i.length&&/textarea/i.test(i[0].nodeName),n=s&&this._hasScroll(i[0],"left")?0:u.sizeDiff.height,a=s?0:u.sizeDiff.width,o={width:u.helper.width()-a,height:u.helper.height()-n},r=parseInt(u.element.css("left"),10)+(u.position.left-u.originalPosition.left)||null,h=parseInt(u.element.css("top"),10)+(u.position.top-u.originalPosition.top)||null,l.animate||this.element.css(e.extend(o,{top:h,left:r})),u.helper.height(u.size.height),u.helper.width(u.size.width),this._helper&&!l.animate&&this._proportionallyResize()),e("body").css("cursor","auto"),this.element.removeClass("ui-resizable-resizing"),this._propagate("stop",t),this._helper&&this.helper.remove(),!1},_updatePrevProperties:function(){this.prevPosition={top:this.position.top,left:this.position.left},this.prevSize={width:this.size.width,height:this.size.height}},_applyChanges:function(){var e={};return this.position.top!==this.prevPosition.top&&(e.top=this.position.top+"px"),this.position.left!==this.prevPosition.left&&(e.left=this.position.left+"px"),this.size.width!==this.prevSize.width&&(e.width=this.size.width+"px"),this.size.height!==this.prevSize.height&&(e.height=this.size.height+"px"),this.helper.css(e),e},_updateVirtualBoundaries:function(e){var t,i,s,n,a,o=this.options;a={minWidth:this._isNumber(o.minWidth)?o.minWidth:0,maxWidth:this._isNumber(o.maxWidth)?o.maxWidth:1/0,minHeight:this._isNumber(o.minHeight)?o.minHeight:0,maxHeight:this._isNumber(o.maxHeight)?o.maxHeight:1/0},(this._aspectRatio||e)&&(t=a.minHeight*this.aspectRatio,s=a.minWidth/this.aspectRatio,i=a.maxHeight*this.aspectRatio,n=a.maxWidth/this.aspectRatio,t>a.minWidth&&(a.minWidth=t),s>a.minHeight&&(a.minHeight=s),a.maxWidth>i&&(a.maxWidth=i),a.maxHeight>n&&(a.maxHeight=n)),this._vBoundaries=a},_updateCache:function(e){this.offset=this.helper.offset(),this._isNumber(e.left)&&(this.position.left=e.left),this._isNumber(e.top)&&(this.position.top=e.top),this._isNumber(e.height)&&(this.size.height=e.height),this._isNumber(e.width)&&(this.size.width=e.width)},_updateRatio:function(e){var t=this.position,i=this.size,s=this.axis;return this._isNumber(e.height)?e.width=e.height*this.aspectRatio:this._isNumber(e.width)&&(e.height=e.width/this.aspectRatio),"sw"===s&&(e.left=t.left+(i.width-e.width),e.top=null),"nw"===s&&(e.top=t.top+(i.height-e.height),e.left=t.left+(i.width-e.width)),e},_respectSize:function(e){var t=this._vBoundaries,i=this.axis,s=this._isNumber(e.width)&&t.maxWidth&&t.maxWidth<e.width,n=this._isNumber(e.height)&&t.maxHeight&&t.maxHeight<e.height,a=this._isNumber(e.width)&&t.minWidth&&t.minWidth>e.width,o=this._isNumber(e.height)&&t.minHeight&&t.minHeight>e.height,r=this.originalPosition.left+this.originalSize.width,h=this.position.top+this.size.height,l=/sw|nw|w/.test(i),u=/nw|ne|n/.test(i);return a&&(e.width=t.minWidth),o&&(e.height=t.minHeight),s&&(e.width=t.maxWidth),n&&(e.height=t.maxHeight),a&&l&&(e.left=r-t.minWidth),s&&l&&(e.left=r-t.maxWidth),o&&u&&(e.top=h-t.minHeight),n&&u&&(e.top=h-t.maxHeight),e.width||e.height||e.left||!e.top?e.width||e.height||e.top||!e.left||(e.left=null):e.top=null,e},_getPaddingPlusBorderDimensions:function(e){for(var t=0,i=[],s=[e.css("borderTopWidth"),e.css("borderRightWidth"),e.css("borderBottomWidth"),e.css("borderLeftWidth")],n=[e.css("paddingTop"),e.css("paddingRight"),e.css("paddingBottom"),e.css("paddingLeft")];4>t;t++)i[t]=parseInt(s[t],10)||0,i[t]+=parseInt(n[t],10)||0;return{height:i[0]+i[2],width:i[1]+i[3]}},_proportionallyResize:function(){if(this._proportionallyResizeElements.length)for(var e,t=0,i=this.helper||this.element;this._proportionallyResizeElements.length>t;t++)e=this._proportionallyResizeElements[t],this.outerDimensions||(this.outerDimensions=this._getPaddingPlusBorderDimensions(e)),e.css({height:i.height()-this.outerDimensions.height||0,width:i.width()-this.outerDimensions.width||0})},_renderProxy:function(){var t=this.element,i=this.options;this.elementOffset=t.offset(),this._helper?(this.helper=this.helper||e("<div style='overflow:hidden;'></div>"),this.helper.addClass(this._helper).css({width:this.element.outerWidth()-1,height:this.element.outerHeight()-1,position:"absolute",left:this.elementOffset.left+"px",top:this.elementOffset.top+"px",zIndex:++i.zIndex}),this.helper.appendTo("body").disableSelection()):this.helper=this.element},_change:{e:function(e,t){return{width:this.originalSize.width+t}},w:function(e,t){var i=this.originalSize,s=this.originalPosition;return{left:s.left+t,width:i.width-t}},n:function(e,t,i){var s=this.originalSize,n=this.originalPosition;return{top:n.top+i,height:s.height-i}},s:function(e,t,i){return{height:this.originalSize.height+i}},se:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},sw:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.w.apply(this,[t,i,s]))},ne:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},nw:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.w.apply(this,[t,i,s]))}},_propagate:function(t,i){e.ui.plugin.call(this,t,[i,this.ui()]),"resize"!==t&&this._trigger(t,i,this.ui())},plugins:{},ui:function(){return{originalElement:this.originalElement,element:this.element,helper:this.helper,position:this.position,size:this.size,originalSize:this.originalSize,originalPosition:this.originalPosition}}}),e.ui.plugin.add("resizable","animate",{stop:function(t){var i=e(this).resizable("instance"),s=i.options,n=i._proportionallyResizeElements,a=n.length&&/textarea/i.test(n[0].nodeName),o=a&&i._hasScroll(n[0],"left")?0:i.sizeDiff.height,r=a?0:i.sizeDiff.width,h={width:i.size.width-r,height:i.size.height-o},l=parseInt(i.element.css("left"),10)+(i.position.left-i.originalPosition.left)||null,u=parseInt(i.element.css("top"),10)+(i.position.top-i.originalPosition.top)||null;i.element.animate(e.extend(h,u&&l?{top:u,left:l}:{}),{duration:s.animateDuration,easing:s.animateEasing,step:function(){var s={width:parseInt(i.element.css("width"),10),height:parseInt(i.element.css("height"),10),top:parseInt(i.element.css("top"),10),left:parseInt(i.element.css("left"),10)};n&&n.length&&e(n[0]).css({width:s.width,height:s.height}),i._updateCache(s),i._propagate("resize",t)}})}}),e.ui.plugin.add("resizable","containment",{start:function(){var t,i,s,n,a,o,r,h=e(this).resizable("instance"),l=h.options,u=h.element,d=l.containment,c=d instanceof e?d.get(0):/parent/.test(d)?u.parent().get(0):d;c&&(h.containerElement=e(c),/document/.test(d)||d===document?(h.containerOffset={left:0,top:0},h.containerPosition={left:0,top:0},h.parentData={element:e(document),left:0,top:0,width:e(document).width(),height:e(document).height()||document.body.parentNode.scrollHeight}):(t=e(c),i=[],e(["Top","Right","Left","Bottom"]).each(function(e,s){i[e]=h._num(t.css("padding"+s))}),h.containerOffset=t.offset(),h.containerPosition=t.position(),h.containerSize={height:t.innerHeight()-i[3],width:t.innerWidth()-i[1]},s=h.containerOffset,n=h.containerSize.height,a=h.containerSize.width,o=h._hasScroll(c,"left")?c.scrollWidth:a,r=h._hasScroll(c)?c.scrollHeight:n,h.parentData={element:c,left:s.left,top:s.top,width:o,height:r}))},resize:function(t){var i,s,n,a,o=e(this).resizable("instance"),r=o.options,h=o.containerOffset,l=o.position,u=o._aspectRatio||t.shiftKey,d={top:0,left:0},c=o.containerElement,p=!0;c[0]!==document&&/static/.test(c.css("position"))&&(d=h),l.left<(o._helper?h.left:0)&&(o.size.width=o.size.width+(o._helper?o.position.left-h.left:o.position.left-d.left),u&&(o.size.height=o.size.width/o.aspectRatio,p=!1),o.position.left=r.helper?h.left:0),l.top<(o._helper?h.top:0)&&(o.size.height=o.size.height+(o._helper?o.position.top-h.top:o.position.top),u&&(o.size.width=o.size.height*o.aspectRatio,p=!1),o.position.top=o._helper?h.top:0),n=o.containerElement.get(0)===o.element.parent().get(0),a=/relative|absolute/.test(o.containerElement.css("position")),n&&a?(o.offset.left=o.parentData.left+o.position.left,o.offset.top=o.parentData.top+o.position.top):(o.offset.left=o.element.offset().left,o.offset.top=o.element.offset().top),i=Math.abs(o.sizeDiff.width+(o._helper?o.offset.left-d.left:o.offset.left-h.left)),s=Math.abs(o.sizeDiff.height+(o._helper?o.offset.top-d.top:o.offset.top-h.top)),i+o.size.width>=o.parentData.width&&(o.size.width=o.parentData.width-i,u&&(o.size.height=o.size.width/o.aspectRatio,p=!1)),s+o.size.height>=o.parentData.height&&(o.size.height=o.parentData.height-s,u&&(o.size.width=o.size.height*o.aspectRatio,p=!1)),p||(o.position.left=o.prevPosition.left,o.position.top=o.prevPosition.top,o.size.width=o.prevSize.width,o.size.height=o.prevSize.height)},stop:function(){var t=e(this).resizable("instance"),i=t.options,s=t.containerOffset,n=t.containerPosition,a=t.containerElement,o=e(t.helper),r=o.offset(),h=o.outerWidth()-t.sizeDiff.width,l=o.outerHeight()-t.sizeDiff.height;t._helper&&!i.animate&&/relative/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l}),t._helper&&!i.animate&&/static/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l})}}),e.ui.plugin.add("resizable","alsoResize",{start:function(){var t=e(this).resizable("instance"),i=t.options;e(i.alsoResize).each(function(){var t=e(this);t.data("ui-resizable-alsoresize",{width:parseInt(t.width(),10),height:parseInt(t.height(),10),left:parseInt(t.css("left"),10),top:parseInt(t.css("top"),10)})})},resize:function(t,i){var s=e(this).resizable("instance"),n=s.options,a=s.originalSize,o=s.originalPosition,r={height:s.size.height-a.height||0,width:s.size.width-a.width||0,top:s.position.top-o.top||0,left:s.position.left-o.left||0};e(n.alsoResize).each(function(){var t=e(this),s=e(this).data("ui-resizable-alsoresize"),n={},a=t.parents(i.originalElement[0]).length?["width","height"]:["width","height","top","left"];e.each(a,function(e,t){var i=(s[t]||0)+(r[t]||0);i&&i>=0&&(n[t]=i||null)}),t.css(n)})},stop:function(){e(this).removeData("resizable-alsoresize")}}),e.ui.plugin.add("resizable","ghost",{start:function(){var t=e(this).resizable("instance"),i=t.options,s=t.size;t.ghost=t.originalElement.clone(),t.ghost.css({opacity:.25,display:"block",position:"relative",height:s.height,width:s.width,margin:0,left:0,top:0}).addClass("ui-resizable-ghost").addClass("string"==typeof i.ghost?i.ghost:""),t.ghost.appendTo(t.helper)},resize:function(){var t=e(this).resizable("instance");t.ghost&&t.ghost.css({position:"relative",height:t.size.height,width:t.size.width})},stop:function(){var t=e(this).resizable("instance");t.ghost&&t.helper&&t.helper.get(0).removeChild(t.ghost.get(0))}}),e.ui.plugin.add("resizable","grid",{resize:function(){var t,i=e(this).resizable("instance"),s=i.options,n=i.size,a=i.originalSize,o=i.originalPosition,r=i.axis,h="number"==typeof s.grid?[s.grid,s.grid]:s.grid,l=h[0]||1,u=h[1]||1,d=Math.round((n.width-a.width)/l)*l,c=Math.round((n.height-a.height)/u)*u,p=a.width+d,f=a.height+c,m=s.maxWidth&&p>s.maxWidth,g=s.maxHeight&&f>s.maxHeight,v=s.minWidth&&s.minWidth>p,y=s.minHeight&&s.minHeight>f;s.grid=h,v&&(p+=l),y&&(f+=u),m&&(p-=l),g&&(f-=u),/^(se|s|e)$/.test(r)?(i.size.width=p,i.size.height=f):/^(ne)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.top=o.top-c):/^(sw)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.left=o.left-d):((0>=f-u||0>=p-l)&&(t=i._getPaddingPlusBorderDimensions(this)),f-u>0?(i.size.height=f,i.position.top=o.top-c):(f=u-t.height,i.size.height=f,i.position.top=o.top+a.height-f),p-l>0?(i.size.width=p,i.position.left=o.left-d):(p=l-t.width,i.size.width=p,i.position.left=o.left+a.width-p))}}),e.ui.resizable,e.widget("ui.selectable",e.ui.mouse,{version:"1.11.4",options:{appendTo:"body",autoRefresh:!0,distance:0,filter:"*",tolerance:"touch",selected:null,selecting:null,start:null,stop:null,unselected:null,unselecting:null},_create:function(){var t,i=this;this.element.addClass("ui-selectable"),this.dragged=!1,this.refresh=function(){t=e(i.options.filter,i.element[0]),t.addClass("ui-selectee"),t.each(function(){var t=e(this),i=t.offset();e.data(this,"selectable-item",{element:this,$element:t,left:i.left,top:i.top,right:i.left+t.outerWidth(),bottom:i.top+t.outerHeight(),startselected:!1,selected:t.hasClass("ui-selected"),selecting:t.hasClass("ui-selecting"),unselecting:t.hasClass("ui-unselecting")})})},this.refresh(),this.selectees=t.addClass("ui-selectee"),this._mouseInit(),this.helper=e("<div class='ui-selectable-helper'></div>")},_destroy:function(){this.selectees.removeClass("ui-selectee").removeData("selectable-item"),this.element.removeClass("ui-selectable ui-selectable-disabled"),this._mouseDestroy()},_mouseStart:function(t){var i=this,s=this.options;this.opos=[t.pageX,t.pageY],this.options.disabled||(this.selectees=e(s.filter,this.element[0]),this._trigger("start",t),e(s.appendTo).append(this.helper),this.helper.css({left:t.pageX,top:t.pageY,width:0,height:0}),s.autoRefresh&&this.refresh(),this.selectees.filter(".ui-selected").each(function(){var s=e.data(this,"selectable-item");s.startselected=!0,t.metaKey||t.ctrlKey||(s.$element.removeClass("ui-selected"),s.selected=!1,s.$element.addClass("ui-unselecting"),s.unselecting=!0,i._trigger("unselecting",t,{unselecting:s.element}))}),e(t.target).parents().addBack().each(function(){var s,n=e.data(this,"selectable-item");return n?(s=!t.metaKey&&!t.ctrlKey||!n.$element.hasClass("ui-selected"),n.$element.removeClass(s?"ui-unselecting":"ui-selected").addClass(s?"ui-selecting":"ui-unselecting"),n.unselecting=!s,n.selecting=s,n.selected=s,s?i._trigger("selecting",t,{selecting:n.element}):i._trigger("unselecting",t,{unselecting:n.element}),!1):void 0}))},_mouseDrag:function(t){if(this.dragged=!0,!this.options.disabled){var i,s=this,n=this.options,a=this.opos[0],o=this.opos[1],r=t.pageX,h=t.pageY;return a>r&&(i=r,r=a,a=i),o>h&&(i=h,h=o,o=i),this.helper.css({left:a,top:o,width:r-a,height:h-o}),this.selectees.each(function(){var i=e.data(this,"selectable-item"),l=!1;
+i&&i.element!==s.element[0]&&("touch"===n.tolerance?l=!(i.left>r||a>i.right||i.top>h||o>i.bottom):"fit"===n.tolerance&&(l=i.left>a&&r>i.right&&i.top>o&&h>i.bottom),l?(i.selected&&(i.$element.removeClass("ui-selected"),i.selected=!1),i.unselecting&&(i.$element.removeClass("ui-unselecting"),i.unselecting=!1),i.selecting||(i.$element.addClass("ui-selecting"),i.selecting=!0,s._trigger("selecting",t,{selecting:i.element}))):(i.selecting&&((t.metaKey||t.ctrlKey)&&i.startselected?(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.$element.addClass("ui-selected"),i.selected=!0):(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.startselected&&(i.$element.addClass("ui-unselecting"),i.unselecting=!0),s._trigger("unselecting",t,{unselecting:i.element}))),i.selected&&(t.metaKey||t.ctrlKey||i.startselected||(i.$element.removeClass("ui-selected"),i.selected=!1,i.$element.addClass("ui-unselecting"),i.unselecting=!0,s._trigger("unselecting",t,{unselecting:i.element})))))}),!1}},_mouseStop:function(t){var i=this;return this.dragged=!1,e(".ui-unselecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-unselecting"),s.unselecting=!1,s.startselected=!1,i._trigger("unselected",t,{unselected:s.element})}),e(".ui-selecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-selecting").addClass("ui-selected"),s.selecting=!1,s.selected=!0,s.startselected=!0,i._trigger("selected",t,{selected:s.element})}),this._trigger("stop",t),this.helper.remove(),!1}}),e.widget("ui.sortable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"sort",ready:!1,options:{appendTo:"parent",axis:!1,connectWith:!1,containment:!1,cursor:"auto",cursorAt:!1,dropOnEmpty:!0,forcePlaceholderSize:!1,forceHelperSize:!1,grid:!1,handle:!1,helper:"original",items:"> *",opacity:!1,placeholder:!1,revert:!1,scroll:!0,scrollSensitivity:20,scrollSpeed:20,scope:"default",tolerance:"intersect",zIndex:1e3,activate:null,beforeStop:null,change:null,deactivate:null,out:null,over:null,receive:null,remove:null,sort:null,start:null,stop:null,update:null},_isOverAxis:function(e,t,i){return e>=t&&t+i>e},_isFloating:function(e){return/left|right/.test(e.css("float"))||/inline|table-cell/.test(e.css("display"))},_create:function(){this.containerCache={},this.element.addClass("ui-sortable"),this.refresh(),this.offset=this.element.offset(),this._mouseInit(),this._setHandleClassName(),this.ready=!0},_setOption:function(e,t){this._super(e,t),"handle"===e&&this._setHandleClassName()},_setHandleClassName:function(){this.element.find(".ui-sortable-handle").removeClass("ui-sortable-handle"),e.each(this.items,function(){(this.instance.options.handle?this.item.find(this.instance.options.handle):this.item).addClass("ui-sortable-handle")})},_destroy:function(){this.element.removeClass("ui-sortable ui-sortable-disabled").find(".ui-sortable-handle").removeClass("ui-sortable-handle"),this._mouseDestroy();for(var e=this.items.length-1;e>=0;e--)this.items[e].item.removeData(this.widgetName+"-item");return this},_mouseCapture:function(t,i){var s=null,n=!1,a=this;return this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(t),e(t.target).parents().each(function(){return e.data(this,a.widgetName+"-item")===a?(s=e(this),!1):void 0}),e.data(t.target,a.widgetName+"-item")===a&&(s=e(t.target)),s?!this.options.handle||i||(e(this.options.handle,s).find("*").addBack().each(function(){this===t.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(t,i,s){var n,a,o=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(t),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},e.extend(this.offset,{click:{left:t.pageX-this.offset.left,top:t.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(t),this.originalPageX=t.pageX,this.originalPageY=t.pageY,o.cursorAt&&this._adjustOffsetFromHelper(o.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),o.containment&&this._setContainment(),o.cursor&&"auto"!==o.cursor&&(a=this.document.find("body"),this.storedCursor=a.css("cursor"),a.css("cursor",o.cursor),this.storedStylesheet=e("<style>*{ cursor: "+o.cursor+" !important; }</style>").appendTo(a)),o.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",o.opacity)),o.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",o.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",t,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",t,this._uiHash(this));return e.ui.ddmanager&&(e.ui.ddmanager.current=this),e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this.dragging=!0,this.helper.addClass("ui-sortable-helper"),this._mouseDrag(t),!0},_mouseDrag:function(t){var i,s,n,a,o=this.options,r=!1;for(this.position=this._generatePosition(t),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-t.pageY<o.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+o.scrollSpeed:t.pageY-this.overflowOffset.top<o.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-o.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-t.pageX<o.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+o.scrollSpeed:t.pageX-this.overflowOffset.left<o.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-o.scrollSpeed)):(t.pageY-this.document.scrollTop()<o.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-o.scrollSpeed):this.window.height()-(t.pageY-this.document.scrollTop())<o.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+o.scrollSpeed)),t.pageX-this.document.scrollLeft()<o.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-o.scrollSpeed):this.window.width()-(t.pageX-this.document.scrollLeft())<o.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+o.scrollSpeed))),r!==!1&&e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],a=this._intersectsWithPointer(s),a&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===a?"next":"prev"]()[0]!==n&&!e.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!e.contains(this.element[0],n):!0)){if(this.direction=1===a?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(t,s),this._trigger("change",t,this._uiHash());break}return this._contactContainers(t),e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),this._trigger("sort",t,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(t,i){if(t){if(e.ui.ddmanager&&!this.options.dropBehaviour&&e.ui.ddmanager.drop(this,t),this.options.revert){var s=this,n=this.placeholder.offset(),a=this.options.axis,o={};a&&"x"!==a||(o.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),a&&"y"!==a||(o.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,e(this.helper).animate(o,parseInt(this.options.revert,10)||500,function(){s._clear(t)})}else this._clear(t,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp({target:null}),"original"===this.options.helper?this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper"):this.currentItem.show();for(var t=this.containers.length-1;t>=0;t--)this.containers[t]._trigger("deactivate",null,this._uiHash(this)),this.containers[t].containerCache.over&&(this.containers[t]._trigger("out",null,this._uiHash(this)),this.containers[t].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),e.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?e(this.domPosition.prev).after(this.currentItem):e(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},e(i).each(function(){var i=(e(t.item||this).attr(t.attribute||"id")||"").match(t.expression||/(.+)[\-=_](.+)/);i&&s.push((t.key||i[1]+"[]")+"="+(t.key&&t.expression?i[1]:i[2]))}),!s.length&&t.key&&s.push(t.key+"="),s.join("&")},toArray:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},i.each(function(){s.push(e(t.item||this).attr(t.attribute||"id")||"")}),s},_intersectsWith:function(e){var t=this.positionAbs.left,i=t+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,a=e.left,o=a+e.width,r=e.top,h=r+e.height,l=this.offset.click.top,u=this.offset.click.left,d="x"===this.options.axis||s+l>r&&h>s+l,c="y"===this.options.axis||t+u>a&&o>t+u,p=d&&c;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>e[this.floating?"width":"height"]?p:t+this.helperProportions.width/2>a&&o>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&h>n-this.helperProportions.height/2},_intersectsWithPointer:function(e){var t="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top,e.height),i="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left,e.width),s=t&&i,n=this._getDragVerticalDirection(),a=this._getDragHorizontalDirection();return s?this.floating?a&&"right"===a||"down"===n?2:1:n&&("down"===n?2:1):!1},_intersectsWithSides:function(e){var t=this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top+e.height/2,e.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left+e.width/2,e.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&t||"up"===s&&!t)},_getDragVerticalDirection:function(){var e=this.positionAbs.top-this.lastPositionAbs.top;return 0!==e&&(e>0?"down":"up")},_getDragHorizontalDirection:function(){var e=this.positionAbs.left-this.lastPositionAbs.left;return 0!==e&&(e>0?"right":"left")},refresh:function(e){return this._refreshItems(e),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var e=this.options;return e.connectWith.constructor===String?[e.connectWith]:e.connectWith},_getItemsAsjQuery:function(t){function i(){r.push(this)}var s,n,a,o,r=[],h=[],l=this._connectWith();if(l&&t)for(s=l.length-1;s>=0;s--)for(a=e(l[s],this.document[0]),n=a.length-1;n>=0;n--)o=e.data(a[n],this.widgetFullName),o&&o!==this&&!o.options.disabled&&h.push([e.isFunction(o.options.items)?o.options.items.call(o.element):e(o.options.items,o.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),o]);for(h.push([e.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):e(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=h.length-1;s>=0;s--)h[s][0].each(i);return e(r)},_removeCurrentsFromItems:function(){var t=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=e.grep(this.items,function(e){for(var i=0;t.length>i;i++)if(t[i]===e.item[0])return!1;return!0})},_refreshItems:function(t){this.items=[],this.containers=[this];var i,s,n,a,o,r,h,l,u=this.items,d=[[e.isFunction(this.options.items)?this.options.items.call(this.element[0],t,{item:this.currentItem}):e(this.options.items,this.element),this]],c=this._connectWith();if(c&&this.ready)for(i=c.length-1;i>=0;i--)for(n=e(c[i],this.document[0]),s=n.length-1;s>=0;s--)a=e.data(n[s],this.widgetFullName),a&&a!==this&&!a.options.disabled&&(d.push([e.isFunction(a.options.items)?a.options.items.call(a.element[0],t,{item:this.currentItem}):e(a.options.items,a.element),a]),this.containers.push(a));for(i=d.length-1;i>=0;i--)for(o=d[i][1],r=d[i][0],s=0,l=r.length;l>s;s++)h=e(r[s]),h.data(this.widgetName+"-item",o),u.push({item:h,instance:o,width:0,height:0,left:0,top:0})},refreshPositions:function(t){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,a;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?e(this.options.toleranceElement,s.item):s.item,t||(s.width=n.outerWidth(),s.height=n.outerHeight()),a=n.offset(),s.left=a.left,s.top=a.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)a=this.containers[i].element.offset(),this.containers[i].containerCache.left=a.left,this.containers[i].containerCache.top=a.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(t){t=t||this;var i,s=t.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=t.currentItem[0].nodeName.toLowerCase(),n=e("<"+s+">",t.document[0]).addClass(i||t.currentItem[0].className+" ui-sortable-placeholder").removeClass("ui-sortable-helper");return"tbody"===s?t._createTrPlaceholder(t.currentItem.find("tr").eq(0),e("<tr>",t.document[0]).appendTo(n)):"tr"===s?t._createTrPlaceholder(t.currentItem,n):"img"===s&&n.attr("src",t.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(e,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(t.currentItem.innerHeight()-parseInt(t.currentItem.css("paddingTop")||0,10)-parseInt(t.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(t.currentItem.innerWidth()-parseInt(t.currentItem.css("paddingLeft")||0,10)-parseInt(t.currentItem.css("paddingRight")||0,10)))}}),t.placeholder=e(s.placeholder.element.call(t.element,t.currentItem)),t.currentItem.after(t.placeholder),s.placeholder.update(t,t.placeholder)},_createTrPlaceholder:function(t,i){var s=this;t.children().each(function(){e("<td>&#160;</td>",s.document[0]).attr("colspan",e(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(t){var i,s,n,a,o,r,h,l,u,d,c=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!e.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(c&&e.contains(this.containers[i].element[0],c.element[0]))continue;c=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",t,this._uiHash(this)),this.containers[i].containerCache.over=0);if(c)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,a=null,u=c.floating||this._isFloating(this.currentItem),o=u?"left":"top",r=u?"width":"height",d=u?"clientX":"clientY",s=this.items.length-1;s>=0;s--)e.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(h=this.items[s].item.offset()[o],l=!1,t[d]-h>this.items[s][r]/2&&(l=!0),n>Math.abs(t[d]-h)&&(n=Math.abs(t[d]-h),a=this.items[s],this.direction=l?"up":"down"));if(!a&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;a?this._rearrange(t,a,null,!0):this._rearrange(t,null,this.containers[p].element,!0),this._trigger("change",t,this._uiHash()),this.containers[p]._trigger("change",t,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper)?e(i.helper.apply(this.element[0],[t,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||e("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var t=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&e.ui.ie)&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var e=this.currentItem.position();return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:e.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options;"parent"===n.containment&&(n.containment=this.helper[0].parentNode),("document"===n.containment||"window"===n.containment)&&(this.containment=[0-this.offset.relative.left-this.offset.parent.left,0-this.offset.relative.top-this.offset.parent.top,"document"===n.containment?this.document.width():this.window.width()-this.helperProportions.width-this.margins.left,("document"===n.containment?this.document.width():this.window.height()||this.document[0].body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top]),/^(document|window|parent)$/.test(n.containment)||(t=e(n.containment)[0],i=e(n.containment).offset(),s="hidden"!==e(t).css("overflow"),this.containment=[i.left+(parseInt(e(t).css("borderLeftWidth"),10)||0)+(parseInt(e(t).css("paddingLeft"),10)||0)-this.margins.left,i.top+(parseInt(e(t).css("borderTopWidth"),10)||0)+(parseInt(e(t).css("paddingTop"),10)||0)-this.margins.top,i.left+(s?Math.max(t.scrollWidth,t.offsetWidth):t.offsetWidth)-(parseInt(e(t).css("borderLeftWidth"),10)||0)-(parseInt(e(t).css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left,i.top+(s?Math.max(t.scrollHeight,t.offsetHeight):t.offsetHeight)-(parseInt(e(t).css("borderTopWidth"),10)||0)-(parseInt(e(t).css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top])},_convertPositionTo:function(t,i){i||(i=this.position);var s="absolute"===t?1:-1,n="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,a=/(html|body)/i.test(n[0].tagName);return{top:i.top+this.offset.relative.top*s+this.offset.parent.top*s-("fixed"===this.cssPosition?-this.scrollParent.scrollTop():a?0:n.scrollTop())*s,left:i.left+this.offset.relative.left*s+this.offset.parent.left*s-("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():a?0:n.scrollLeft())*s}},_generatePosition:function(t){var i,s,n=this.options,a=t.pageX,o=t.pageY,r="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,h=/(html|body)/i.test(r[0].tagName);return"relative"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&this.scrollParent[0]!==this.offsetParent[0]||(this.offset.relative=this._getRelativeOffset()),this.originalPosition&&(this.containment&&(t.pageX-this.offset.click.left<this.containment[0]&&(a=this.containment[0]+this.offset.click.left),t.pageY-this.offset.click.top<this.containment[1]&&(o=this.containment[1]+this.offset.click.top),t.pageX-this.offset.click.left>this.containment[2]&&(a=this.containment[2]+this.offset.click.left),t.pageY-this.offset.click.top>this.containment[3]&&(o=this.containment[3]+this.offset.click.top)),n.grid&&(i=this.originalPageY+Math.round((o-this.originalPageY)/n.grid[1])*n.grid[1],o=this.containment?i-this.offset.click.top>=this.containment[1]&&i-this.offset.click.top<=this.containment[3]?i:i-this.offset.click.top>=this.containment[1]?i-n.grid[1]:i+n.grid[1]:i,s=this.originalPageX+Math.round((a-this.originalPageX)/n.grid[0])*n.grid[0],a=this.containment?s-this.offset.click.left>=this.containment[0]&&s-this.offset.click.left<=this.containment[2]?s:s-this.offset.click.left>=this.containment[0]?s-n.grid[0]:s+n.grid[0]:s)),{top:o-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.scrollParent.scrollTop():h?0:r.scrollTop()),left:a-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():h?0:r.scrollLeft())}},_rearrange:function(e,t,i,s){i?i[0].appendChild(this.placeholder[0]):t.item[0].parentNode.insertBefore(this.placeholder[0],"down"===this.direction?t.item[0]:t.item[0].nextSibling),this.counter=this.counter?++this.counter:1;var n=this.counter;this._delay(function(){n===this.counter&&this.refreshPositions(!s)})},_clear:function(e,t){function i(e,t,i){return function(s){i._trigger(e,s,t._uiHash(t))}}this.reverting=!1;var s,n=[];if(!this._noFinalSort&&this.currentItem.parent().length&&this.placeholder.before(this.currentItem),this._noFinalSort=null,this.helper[0]===this.currentItem[0]){for(s in this._storedCSS)("auto"===this._storedCSS[s]||"static"===this._storedCSS[s])&&(this._storedCSS[s]="");this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper")}else this.currentItem.show();for(this.fromOutside&&!t&&n.push(function(e){this._trigger("receive",e,this._uiHash(this.fromOutside))}),!this.fromOutside&&this.domPosition.prev===this.currentItem.prev().not(".ui-sortable-helper")[0]&&this.domPosition.parent===this.currentItem.parent()[0]||t||n.push(function(e){this._trigger("update",e,this._uiHash())}),this!==this.currentContainer&&(t||(n.push(function(e){this._trigger("remove",e,this._uiHash())}),n.push(function(e){return function(t){e._trigger("receive",t,this._uiHash(this))}}.call(this,this.currentContainer)),n.push(function(e){return function(t){e._trigger("update",t,this._uiHash(this))}}.call(this,this.currentContainer)))),s=this.containers.length-1;s>=0;s--)t||n.push(i("deactivate",this,this.containers[s])),this.containers[s].containerCache.over&&(n.push(i("out",this,this.containers[s])),this.containers[s].containerCache.over=0);if(this.storedCursor&&(this.document.find("body").css("cursor",this.storedCursor),this.storedStylesheet.remove()),this._storedOpacity&&this.helper.css("opacity",this._storedOpacity),this._storedZIndex&&this.helper.css("zIndex","auto"===this._storedZIndex?"":this._storedZIndex),this.dragging=!1,t||this._trigger("beforeStop",e,this._uiHash()),this.placeholder[0].parentNode.removeChild(this.placeholder[0]),this.cancelHelperRemoval||(this.helper[0]!==this.currentItem[0]&&this.helper.remove(),this.helper=null),!t){for(s=0;n.length>s;s++)n[s].call(this,e);this._trigger("stop",e,this._uiHash())}return this.fromOutside=!1,!this.cancelHelperRemoval},_trigger:function(){e.Widget.prototype._trigger.apply(this,arguments)===!1&&this.cancel()},_uiHash:function(t){var i=t||this;return{helper:i.helper,placeholder:i.placeholder||e([]),position:i.position,originalPosition:i.originalPosition,offset:i.positionAbs,item:i.currentItem,sender:t?t.element:null}}}),e.widget("ui.accordion",{version:"1.11.4",options:{active:0,animate:{},collapsible:!1,event:"click",header:"> li > :first-child,> :not(li):even",heightStyle:"auto",icons:{activeHeader:"ui-icon-triangle-1-s",header:"ui-icon-triangle-1-e"},activate:null,beforeActivate:null},hideProps:{borderTopWidth:"hide",borderBottomWidth:"hide",paddingTop:"hide",paddingBottom:"hide",height:"hide"},showProps:{borderTopWidth:"show",borderBottomWidth:"show",paddingTop:"show",paddingBottom:"show",height:"show"},_create:function(){var t=this.options;this.prevShow=this.prevHide=e(),this.element.addClass("ui-accordion ui-widget ui-helper-reset").attr("role","tablist"),t.collapsible||t.active!==!1&&null!=t.active||(t.active=0),this._processPanels(),0>t.active&&(t.active+=this.headers.length),this._refresh()},_getCreateEventData:function(){return{header:this.active,panel:this.active.length?this.active.next():e()}},_createIcons:function(){var t=this.options.icons;t&&(e("<span>").addClass("ui-accordion-header-icon ui-icon "+t.header).prependTo(this.headers),this.active.children(".ui-accordion-header-icon").removeClass(t.header).addClass(t.activeHeader),this.headers.addClass("ui-accordion-icons"))},_destroyIcons:function(){this.headers.removeClass("ui-accordion-icons").children(".ui-accordion-header-icon").remove()},_destroy:function(){var e;this.element.removeClass("ui-accordion ui-widget ui-helper-reset").removeAttr("role"),this.headers.removeClass("ui-accordion-header ui-accordion-header-active ui-state-default ui-corner-all ui-state-active ui-state-disabled ui-corner-top").removeAttr("role").removeAttr("aria-expanded").removeAttr("aria-selected").removeAttr("aria-controls").removeAttr("tabIndex").removeUniqueId(),this._destroyIcons(),e=this.headers.next().removeClass("ui-helper-reset ui-widget-content ui-corner-bottom ui-accordion-content ui-accordion-content-active ui-state-disabled").css("display","").removeAttr("role").removeAttr("aria-hidden").removeAttr("aria-labelledby").removeUniqueId(),"content"!==this.options.heightStyle&&e.css("height","")},_setOption:function(e,t){return"active"===e?(this._activate(t),void 0):("event"===e&&(this.options.event&&this._off(this.headers,this.options.event),this._setupEvents(t)),this._super(e,t),"collapsible"!==e||t||this.options.active!==!1||this._activate(0),"icons"===e&&(this._destroyIcons(),t&&this._createIcons()),"disabled"===e&&(this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this.headers.add(this.headers.next()).toggleClass("ui-state-disabled",!!t)),void 0)},_keydown:function(t){if(!t.altKey&&!t.ctrlKey){var i=e.ui.keyCode,s=this.headers.length,n=this.headers.index(t.target),a=!1;switch(t.keyCode){case i.RIGHT:case i.DOWN:a=this.headers[(n+1)%s];break;case i.LEFT:case i.UP:a=this.headers[(n-1+s)%s];break;case i.SPACE:case i.ENTER:this._eventHandler(t);break;case i.HOME:a=this.headers[0];break;case i.END:a=this.headers[s-1]}a&&(e(t.target).attr("tabIndex",-1),e(a).attr("tabIndex",0),a.focus(),t.preventDefault())}},_panelKeyDown:function(t){t.keyCode===e.ui.keyCode.UP&&t.ctrlKey&&e(t.currentTarget).prev().focus()},refresh:function(){var t=this.options;this._processPanels(),t.active===!1&&t.collapsible===!0||!this.headers.length?(t.active=!1,this.active=e()):t.active===!1?this._activate(0):this.active.length&&!e.contains(this.element[0],this.active[0])?this.headers.length===this.headers.find(".ui-state-disabled").length?(t.active=!1,this.active=e()):this._activate(Math.max(0,t.active-1)):t.active=this.headers.index(this.active),this._destroyIcons(),this._refresh()},_processPanels:function(){var e=this.headers,t=this.panels;this.headers=this.element.find(this.options.header).addClass("ui-accordion-header ui-state-default ui-corner-all"),this.panels=this.headers.next().addClass("ui-accordion-content ui-helper-reset ui-widget-content ui-corner-bottom").filter(":not(.ui-accordion-content-active)").hide(),t&&(this._off(e.not(this.headers)),this._off(t.not(this.panels)))},_refresh:function(){var t,i=this.options,s=i.heightStyle,n=this.element.parent();this.active=this._findActive(i.active).addClass("ui-accordion-header-active ui-state-active ui-corner-top").removeClass("ui-corner-all"),this.active.next().addClass("ui-accordion-content-active").show(),this.headers.attr("role","tab").each(function(){var t=e(this),i=t.uniqueId().attr("id"),s=t.next(),n=s.uniqueId().attr("id");t.attr("aria-controls",n),s.attr("aria-labelledby",i)}).next().attr("role","tabpanel"),this.headers.not(this.active).attr({"aria-selected":"false","aria-expanded":"false",tabIndex:-1}).next().attr({"aria-hidden":"true"}).hide(),this.active.length?this.active.attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0}).next().attr({"aria-hidden":"false"}):this.headers.eq(0).attr("tabIndex",0),this._createIcons(),this._setupEvents(i.event),"fill"===s?(t=n.height(),this.element.siblings(":visible").each(function(){var i=e(this),s=i.css("position");"absolute"!==s&&"fixed"!==s&&(t-=i.outerHeight(!0))}),this.headers.each(function(){t-=e(this).outerHeight(!0)}),this.headers.next().each(function(){e(this).height(Math.max(0,t-e(this).innerHeight()+e(this).height()))}).css("overflow","auto")):"auto"===s&&(t=0,this.headers.next().each(function(){t=Math.max(t,e(this).css("height","").height())}).height(t))},_activate:function(t){var i=this._findActive(t)[0];i!==this.active[0]&&(i=i||this.active[0],this._eventHandler({target:i,currentTarget:i,preventDefault:e.noop}))},_findActive:function(t){return"number"==typeof t?this.headers.eq(t):e()},_setupEvents:function(t){var i={keydown:"_keydown"};t&&e.each(t.split(" "),function(e,t){i[t]="_eventHandler"}),this._off(this.headers.add(this.headers.next())),this._on(this.headers,i),this._on(this.headers.next(),{keydown:"_panelKeyDown"}),this._hoverable(this.headers),this._focusable(this.headers)},_eventHandler:function(t){var i=this.options,s=this.active,n=e(t.currentTarget),a=n[0]===s[0],o=a&&i.collapsible,r=o?e():n.next(),h=s.next(),l={oldHeader:s,oldPanel:h,newHeader:o?e():n,newPanel:r};
+t.preventDefault(),a&&!i.collapsible||this._trigger("beforeActivate",t,l)===!1||(i.active=o?!1:this.headers.index(n),this.active=a?e():n,this._toggle(l),s.removeClass("ui-accordion-header-active ui-state-active"),i.icons&&s.children(".ui-accordion-header-icon").removeClass(i.icons.activeHeader).addClass(i.icons.header),a||(n.removeClass("ui-corner-all").addClass("ui-accordion-header-active ui-state-active ui-corner-top"),i.icons&&n.children(".ui-accordion-header-icon").removeClass(i.icons.header).addClass(i.icons.activeHeader),n.next().addClass("ui-accordion-content-active")))},_toggle:function(t){var i=t.newPanel,s=this.prevShow.length?this.prevShow:t.oldPanel;this.prevShow.add(this.prevHide).stop(!0,!0),this.prevShow=i,this.prevHide=s,this.options.animate?this._animate(i,s,t):(s.hide(),i.show(),this._toggleComplete(t)),s.attr({"aria-hidden":"true"}),s.prev().attr({"aria-selected":"false","aria-expanded":"false"}),i.length&&s.length?s.prev().attr({tabIndex:-1,"aria-expanded":"false"}):i.length&&this.headers.filter(function(){return 0===parseInt(e(this).attr("tabIndex"),10)}).attr("tabIndex",-1),i.attr("aria-hidden","false").prev().attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0})},_animate:function(e,t,i){var s,n,a,o=this,r=0,h=e.css("box-sizing"),l=e.length&&(!t.length||e.index()<t.index()),u=this.options.animate||{},d=l&&u.down||u,c=function(){o._toggleComplete(i)};return"number"==typeof d&&(a=d),"string"==typeof d&&(n=d),n=n||d.easing||u.easing,a=a||d.duration||u.duration,t.length?e.length?(s=e.show().outerHeight(),t.animate(this.hideProps,{duration:a,easing:n,step:function(e,t){t.now=Math.round(e)}}),e.hide().animate(this.showProps,{duration:a,easing:n,complete:c,step:function(e,i){i.now=Math.round(e),"height"!==i.prop?"content-box"===h&&(r+=i.now):"content"!==o.options.heightStyle&&(i.now=Math.round(s-t.outerHeight()-r),r=0)}}),void 0):t.animate(this.hideProps,a,n,c):e.animate(this.showProps,a,n,c)},_toggleComplete:function(e){var t=e.oldPanel;t.removeClass("ui-accordion-content-active").prev().removeClass("ui-corner-top").addClass("ui-corner-all"),t.length&&(t.parent()[0].className=t.parent()[0].className),this._trigger("activate",null,e)}}),e.widget("ui.menu",{version:"1.11.4",defaultElement:"<ul>",delay:300,options:{icons:{submenu:"ui-icon-carat-1-e"},items:"> *",menus:"ul",position:{my:"left-1 top",at:"right top"},role:"menu",blur:null,focus:null,select:null},_create:function(){this.activeMenu=this.element,this.mouseHandled=!1,this.element.uniqueId().addClass("ui-menu ui-widget ui-widget-content").toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length).attr({role:this.options.role,tabIndex:0}),this.options.disabled&&this.element.addClass("ui-state-disabled").attr("aria-disabled","true"),this._on({"mousedown .ui-menu-item":function(e){e.preventDefault()},"click .ui-menu-item":function(t){var i=e(t.target);!this.mouseHandled&&i.not(".ui-state-disabled").length&&(this.select(t),t.isPropagationStopped()||(this.mouseHandled=!0),i.has(".ui-menu").length?this.expand(t):!this.element.is(":focus")&&e(this.document[0].activeElement).closest(".ui-menu").length&&(this.element.trigger("focus",[!0]),this.active&&1===this.active.parents(".ui-menu").length&&clearTimeout(this.timer)))},"mouseenter .ui-menu-item":function(t){if(!this.previousFilter){var i=e(t.currentTarget);i.siblings(".ui-state-active").removeClass("ui-state-active"),this.focus(t,i)}},mouseleave:"collapseAll","mouseleave .ui-menu":"collapseAll",focus:function(e,t){var i=this.active||this.element.find(this.options.items).eq(0);t||this.focus(e,i)},blur:function(t){this._delay(function(){e.contains(this.element[0],this.document[0].activeElement)||this.collapseAll(t)})},keydown:"_keydown"}),this.refresh(),this._on(this.document,{click:function(e){this._closeOnDocumentClick(e)&&this.collapseAll(e),this.mouseHandled=!1}})},_destroy:function(){this.element.removeAttr("aria-activedescendant").find(".ui-menu").addBack().removeClass("ui-menu ui-widget ui-widget-content ui-menu-icons ui-front").removeAttr("role").removeAttr("tabIndex").removeAttr("aria-labelledby").removeAttr("aria-expanded").removeAttr("aria-hidden").removeAttr("aria-disabled").removeUniqueId().show(),this.element.find(".ui-menu-item").removeClass("ui-menu-item").removeAttr("role").removeAttr("aria-disabled").removeUniqueId().removeClass("ui-state-hover").removeAttr("tabIndex").removeAttr("role").removeAttr("aria-haspopup").children().each(function(){var t=e(this);t.data("ui-menu-submenu-carat")&&t.remove()}),this.element.find(".ui-menu-divider").removeClass("ui-menu-divider ui-widget-content")},_keydown:function(t){var i,s,n,a,o=!0;switch(t.keyCode){case e.ui.keyCode.PAGE_UP:this.previousPage(t);break;case e.ui.keyCode.PAGE_DOWN:this.nextPage(t);break;case e.ui.keyCode.HOME:this._move("first","first",t);break;case e.ui.keyCode.END:this._move("last","last",t);break;case e.ui.keyCode.UP:this.previous(t);break;case e.ui.keyCode.DOWN:this.next(t);break;case e.ui.keyCode.LEFT:this.collapse(t);break;case e.ui.keyCode.RIGHT:this.active&&!this.active.is(".ui-state-disabled")&&this.expand(t);break;case e.ui.keyCode.ENTER:case e.ui.keyCode.SPACE:this._activate(t);break;case e.ui.keyCode.ESCAPE:this.collapse(t);break;default:o=!1,s=this.previousFilter||"",n=String.fromCharCode(t.keyCode),a=!1,clearTimeout(this.filterTimer),n===s?a=!0:n=s+n,i=this._filterMenuItems(n),i=a&&-1!==i.index(this.active.next())?this.active.nextAll(".ui-menu-item"):i,i.length||(n=String.fromCharCode(t.keyCode),i=this._filterMenuItems(n)),i.length?(this.focus(t,i),this.previousFilter=n,this.filterTimer=this._delay(function(){delete this.previousFilter},1e3)):delete this.previousFilter}o&&t.preventDefault()},_activate:function(e){this.active.is(".ui-state-disabled")||(this.active.is("[aria-haspopup='true']")?this.expand(e):this.select(e))},refresh:function(){var t,i,s=this,n=this.options.icons.submenu,a=this.element.find(this.options.menus);this.element.toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length),a.filter(":not(.ui-menu)").addClass("ui-menu ui-widget ui-widget-content ui-front").hide().attr({role:this.options.role,"aria-hidden":"true","aria-expanded":"false"}).each(function(){var t=e(this),i=t.parent(),s=e("<span>").addClass("ui-menu-icon ui-icon "+n).data("ui-menu-submenu-carat",!0);i.attr("aria-haspopup","true").prepend(s),t.attr("aria-labelledby",i.attr("id"))}),t=a.add(this.element),i=t.find(this.options.items),i.not(".ui-menu-item").each(function(){var t=e(this);s._isDivider(t)&&t.addClass("ui-widget-content ui-menu-divider")}),i.not(".ui-menu-item, .ui-menu-divider").addClass("ui-menu-item").uniqueId().attr({tabIndex:-1,role:this._itemRole()}),i.filter(".ui-state-disabled").attr("aria-disabled","true"),this.active&&!e.contains(this.element[0],this.active[0])&&this.blur()},_itemRole:function(){return{menu:"menuitem",listbox:"option"}[this.options.role]},_setOption:function(e,t){"icons"===e&&this.element.find(".ui-menu-icon").removeClass(this.options.icons.submenu).addClass(t.submenu),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},focus:function(e,t){var i,s;this.blur(e,e&&"focus"===e.type),this._scrollIntoView(t),this.active=t.first(),s=this.active.addClass("ui-state-focus").removeClass("ui-state-active"),this.options.role&&this.element.attr("aria-activedescendant",s.attr("id")),this.active.parent().closest(".ui-menu-item").addClass("ui-state-active"),e&&"keydown"===e.type?this._close():this.timer=this._delay(function(){this._close()},this.delay),i=t.children(".ui-menu"),i.length&&e&&/^mouse/.test(e.type)&&this._startOpening(i),this.activeMenu=t.parent(),this._trigger("focus",e,{item:t})},_scrollIntoView:function(t){var i,s,n,a,o,r;this._hasScroll()&&(i=parseFloat(e.css(this.activeMenu[0],"borderTopWidth"))||0,s=parseFloat(e.css(this.activeMenu[0],"paddingTop"))||0,n=t.offset().top-this.activeMenu.offset().top-i-s,a=this.activeMenu.scrollTop(),o=this.activeMenu.height(),r=t.outerHeight(),0>n?this.activeMenu.scrollTop(a+n):n+r>o&&this.activeMenu.scrollTop(a+n-o+r))},blur:function(e,t){t||clearTimeout(this.timer),this.active&&(this.active.removeClass("ui-state-focus"),this.active=null,this._trigger("blur",e,{item:this.active}))},_startOpening:function(e){clearTimeout(this.timer),"true"===e.attr("aria-hidden")&&(this.timer=this._delay(function(){this._close(),this._open(e)},this.delay))},_open:function(t){var i=e.extend({of:this.active},this.options.position);clearTimeout(this.timer),this.element.find(".ui-menu").not(t.parents(".ui-menu")).hide().attr("aria-hidden","true"),t.show().removeAttr("aria-hidden").attr("aria-expanded","true").position(i)},collapseAll:function(t,i){clearTimeout(this.timer),this.timer=this._delay(function(){var s=i?this.element:e(t&&t.target).closest(this.element.find(".ui-menu"));s.length||(s=this.element),this._close(s),this.blur(t),this.activeMenu=s},this.delay)},_close:function(e){e||(e=this.active?this.active.parent():this.element),e.find(".ui-menu").hide().attr("aria-hidden","true").attr("aria-expanded","false").end().find(".ui-state-active").not(".ui-state-focus").removeClass("ui-state-active")},_closeOnDocumentClick:function(t){return!e(t.target).closest(".ui-menu").length},_isDivider:function(e){return!/[^\-\u2014\u2013\s]/.test(e.text())},collapse:function(e){var t=this.active&&this.active.parent().closest(".ui-menu-item",this.element);t&&t.length&&(this._close(),this.focus(e,t))},expand:function(e){var t=this.active&&this.active.children(".ui-menu ").find(this.options.items).first();t&&t.length&&(this._open(t.parent()),this._delay(function(){this.focus(e,t)}))},next:function(e){this._move("next","first",e)},previous:function(e){this._move("prev","last",e)},isFirstItem:function(){return this.active&&!this.active.prevAll(".ui-menu-item").length},isLastItem:function(){return this.active&&!this.active.nextAll(".ui-menu-item").length},_move:function(e,t,i){var s;this.active&&(s="first"===e||"last"===e?this.active["first"===e?"prevAll":"nextAll"](".ui-menu-item").eq(-1):this.active[e+"All"](".ui-menu-item").eq(0)),s&&s.length&&this.active||(s=this.activeMenu.find(this.options.items)[t]()),this.focus(i,s)},nextPage:function(t){var i,s,n;return this.active?(this.isLastItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.nextAll(".ui-menu-item").each(function(){return i=e(this),0>i.offset().top-s-n}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items)[this.active?"last":"first"]())),void 0):(this.next(t),void 0)},previousPage:function(t){var i,s,n;return this.active?(this.isFirstItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.prevAll(".ui-menu-item").each(function(){return i=e(this),i.offset().top-s+n>0}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items).first())),void 0):(this.next(t),void 0)},_hasScroll:function(){return this.element.outerHeight()<this.element.prop("scrollHeight")},select:function(t){this.active=this.active||e(t.target).closest(".ui-menu-item");var i={item:this.active};this.active.has(".ui-menu").length||this.collapseAll(t,!0),this._trigger("select",t,i)},_filterMenuItems:function(t){var i=t.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&"),s=RegExp("^"+i,"i");return this.activeMenu.find(this.options.items).filter(".ui-menu-item").filter(function(){return s.test(e.trim(e(this).text()))})}}),e.widget("ui.autocomplete",{version:"1.11.4",defaultElement:"<input>",options:{appendTo:null,autoFocus:!1,delay:300,minLength:1,position:{my:"left top",at:"left bottom",collision:"none"},source:null,change:null,close:null,focus:null,open:null,response:null,search:null,select:null},requestIndex:0,pending:0,_create:function(){var t,i,s,n=this.element[0].nodeName.toLowerCase(),a="textarea"===n,o="input"===n;this.isMultiLine=a?!0:o?!1:this.element.prop("isContentEditable"),this.valueMethod=this.element[a||o?"val":"text"],this.isNewMenu=!0,this.element.addClass("ui-autocomplete-input").attr("autocomplete","off"),this._on(this.element,{keydown:function(n){if(this.element.prop("readOnly"))return t=!0,s=!0,i=!0,void 0;t=!1,s=!1,i=!1;var a=e.ui.keyCode;switch(n.keyCode){case a.PAGE_UP:t=!0,this._move("previousPage",n);break;case a.PAGE_DOWN:t=!0,this._move("nextPage",n);break;case a.UP:t=!0,this._keyEvent("previous",n);break;case a.DOWN:t=!0,this._keyEvent("next",n);break;case a.ENTER:this.menu.active&&(t=!0,n.preventDefault(),this.menu.select(n));break;case a.TAB:this.menu.active&&this.menu.select(n);break;case a.ESCAPE:this.menu.element.is(":visible")&&(this.isMultiLine||this._value(this.term),this.close(n),n.preventDefault());break;default:i=!0,this._searchTimeout(n)}},keypress:function(s){if(t)return t=!1,(!this.isMultiLine||this.menu.element.is(":visible"))&&s.preventDefault(),void 0;if(!i){var n=e.ui.keyCode;switch(s.keyCode){case n.PAGE_UP:this._move("previousPage",s);break;case n.PAGE_DOWN:this._move("nextPage",s);break;case n.UP:this._keyEvent("previous",s);break;case n.DOWN:this._keyEvent("next",s)}}},input:function(e){return s?(s=!1,e.preventDefault(),void 0):(this._searchTimeout(e),void 0)},focus:function(){this.selectedItem=null,this.previous=this._value()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(clearTimeout(this.searching),this.close(e),this._change(e),void 0)}}),this._initSource(),this.menu=e("<ul>").addClass("ui-autocomplete ui-front").appendTo(this._appendTo()).menu({role:null}).hide().menu("instance"),this._on(this.menu.element,{mousedown:function(t){t.preventDefault(),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur});var i=this.menu.element[0];e(t.target).closest(".ui-menu-item").length||this._delay(function(){var t=this;this.document.one("mousedown",function(s){s.target===t.element[0]||s.target===i||e.contains(i,s.target)||t.close()})})},menufocus:function(t,i){var s,n;return this.isNewMenu&&(this.isNewMenu=!1,t.originalEvent&&/^mouse/.test(t.originalEvent.type))?(this.menu.blur(),this.document.one("mousemove",function(){e(t.target).trigger(t.originalEvent)}),void 0):(n=i.item.data("ui-autocomplete-item"),!1!==this._trigger("focus",t,{item:n})&&t.originalEvent&&/^key/.test(t.originalEvent.type)&&this._value(n.value),s=i.item.attr("aria-label")||n.value,s&&e.trim(s).length&&(this.liveRegion.children().hide(),e("<div>").text(s).appendTo(this.liveRegion)),void 0)},menuselect:function(e,t){var i=t.item.data("ui-autocomplete-item"),s=this.previous;this.element[0]!==this.document[0].activeElement&&(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s,this.selectedItem=i})),!1!==this._trigger("select",e,{item:i})&&this._value(i.value),this.term=this._value(),this.close(e),this.selectedItem=i}}),this.liveRegion=e("<span>",{role:"status","aria-live":"assertive","aria-relevant":"additions"}).addClass("ui-helper-hidden-accessible").appendTo(this.document[0].body),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_destroy:function(){clearTimeout(this.searching),this.element.removeClass("ui-autocomplete-input").removeAttr("autocomplete"),this.menu.element.remove(),this.liveRegion.remove()},_setOption:function(e,t){this._super(e,t),"source"===e&&this._initSource(),"appendTo"===e&&this.menu.element.appendTo(this._appendTo()),"disabled"===e&&t&&this.xhr&&this.xhr.abort()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_initSource:function(){var t,i,s=this;e.isArray(this.options.source)?(t=this.options.source,this.source=function(i,s){s(e.ui.autocomplete.filter(t,i.term))}):"string"==typeof this.options.source?(i=this.options.source,this.source=function(t,n){s.xhr&&s.xhr.abort(),s.xhr=e.ajax({url:i,data:t,dataType:"json",success:function(e){n(e)},error:function(){n([])}})}):this.source=this.options.source},_searchTimeout:function(e){clearTimeout(this.searching),this.searching=this._delay(function(){var t=this.term===this._value(),i=this.menu.element.is(":visible"),s=e.altKey||e.ctrlKey||e.metaKey||e.shiftKey;(!t||t&&!i&&!s)&&(this.selectedItem=null,this.search(null,e))},this.options.delay)},search:function(e,t){return e=null!=e?e:this._value(),this.term=this._value(),e.length<this.options.minLength?this.close(t):this._trigger("search",t)!==!1?this._search(e):void 0},_search:function(e){this.pending++,this.element.addClass("ui-autocomplete-loading"),this.cancelSearch=!1,this.source({term:e},this._response())},_response:function(){var t=++this.requestIndex;return e.proxy(function(e){t===this.requestIndex&&this.__response(e),this.pending--,this.pending||this.element.removeClass("ui-autocomplete-loading")},this)},__response:function(e){e&&(e=this._normalize(e)),this._trigger("response",null,{content:e}),!this.options.disabled&&e&&e.length&&!this.cancelSearch?(this._suggest(e),this._trigger("open")):this._close()},close:function(e){this.cancelSearch=!0,this._close(e)},_close:function(e){this.menu.element.is(":visible")&&(this.menu.element.hide(),this.menu.blur(),this.isNewMenu=!0,this._trigger("close",e))},_change:function(e){this.previous!==this._value()&&this._trigger("change",e,{item:this.selectedItem})},_normalize:function(t){return t.length&&t[0].label&&t[0].value?t:e.map(t,function(t){return"string"==typeof t?{label:t,value:t}:e.extend({},t,{label:t.label||t.value,value:t.value||t.label})})},_suggest:function(t){var i=this.menu.element.empty();this._renderMenu(i,t),this.isNewMenu=!0,this.menu.refresh(),i.show(),this._resizeMenu(),i.position(e.extend({of:this.element},this.options.position)),this.options.autoFocus&&this.menu.next()},_resizeMenu:function(){var e=this.menu.element;e.outerWidth(Math.max(e.width("").outerWidth()+1,this.element.outerWidth()))},_renderMenu:function(t,i){var s=this;e.each(i,function(e,i){s._renderItemData(t,i)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-autocomplete-item",t)},_renderItem:function(t,i){return e("<li>").text(i.label).appendTo(t)},_move:function(e,t){return this.menu.element.is(":visible")?this.menu.isFirstItem()&&/^previous/.test(e)||this.menu.isLastItem()&&/^next/.test(e)?(this.isMultiLine||this._value(this.term),this.menu.blur(),void 0):(this.menu[e](t),void 0):(this.search(null,t),void 0)},widget:function(){return this.menu.element},_value:function(){return this.valueMethod.apply(this.element,arguments)},_keyEvent:function(e,t){(!this.isMultiLine||this.menu.element.is(":visible"))&&(this._move(e,t),t.preventDefault())}}),e.extend(e.ui.autocomplete,{escapeRegex:function(e){return e.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&")},filter:function(t,i){var s=RegExp(e.ui.autocomplete.escapeRegex(i),"i");return e.grep(t,function(e){return s.test(e.label||e.value||e)})}}),e.widget("ui.autocomplete",e.ui.autocomplete,{options:{messages:{noResults:"No search results.",results:function(e){return e+(e>1?" results are":" result is")+" available, use up and down arrow keys to navigate."}}},__response:function(t){var i;this._superApply(arguments),this.options.disabled||this.cancelSearch||(i=t&&t.length?this.options.messages.results(t.length):this.options.messages.noResults,this.liveRegion.children().hide(),e("<div>").text(i).appendTo(this.liveRegion))}}),e.ui.autocomplete;var r,h="ui-button ui-widget ui-state-default ui-corner-all",l="ui-button-icons-only ui-button-icon-only ui-button-text-icons ui-button-text-icon-primary ui-button-text-icon-secondary ui-button-text-only",u=function(){var t=e(this);setTimeout(function(){t.find(":ui-button").button("refresh")},1)},d=function(t){var i=t.name,s=t.form,n=e([]);return i&&(i=i.replace(/'/g,"\\'"),n=s?e(s).find("[name='"+i+"'][type=radio]"):e("[name='"+i+"'][type=radio]",t.ownerDocument).filter(function(){return!this.form})),n};e.widget("ui.button",{version:"1.11.4",defaultElement:"<button>",options:{disabled:null,text:!0,label:null,icons:{primary:null,secondary:null}},_create:function(){this.element.closest("form").unbind("reset"+this.eventNamespace).bind("reset"+this.eventNamespace,u),"boolean"!=typeof this.options.disabled?this.options.disabled=!!this.element.prop("disabled"):this.element.prop("disabled",this.options.disabled),this._determineButtonType(),this.hasTitle=!!this.buttonElement.attr("title");var t=this,i=this.options,s="checkbox"===this.type||"radio"===this.type,n=s?"":"ui-state-active";null===i.label&&(i.label="input"===this.type?this.buttonElement.val():this.buttonElement.html()),this._hoverable(this.buttonElement),this.buttonElement.addClass(h).attr("role","button").bind("mouseenter"+this.eventNamespace,function(){i.disabled||this===r&&e(this).addClass("ui-state-active")}).bind("mouseleave"+this.eventNamespace,function(){i.disabled||e(this).removeClass(n)}).bind("click"+this.eventNamespace,function(e){i.disabled&&(e.preventDefault(),e.stopImmediatePropagation())}),this._on({focus:function(){this.buttonElement.addClass("ui-state-focus")},blur:function(){this.buttonElement.removeClass("ui-state-focus")}}),s&&this.element.bind("change"+this.eventNamespace,function(){t.refresh()}),"checkbox"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){return i.disabled?!1:void 0}):"radio"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){if(i.disabled)return!1;e(this).addClass("ui-state-active"),t.buttonElement.attr("aria-pressed","true");var s=t.element[0];d(s).not(s).map(function(){return e(this).button("widget")[0]}).removeClass("ui-state-active").attr("aria-pressed","false")}):(this.buttonElement.bind("mousedown"+this.eventNamespace,function(){return i.disabled?!1:(e(this).addClass("ui-state-active"),r=this,t.document.one("mouseup",function(){r=null}),void 0)}).bind("mouseup"+this.eventNamespace,function(){return i.disabled?!1:(e(this).removeClass("ui-state-active"),void 0)}).bind("keydown"+this.eventNamespace,function(t){return i.disabled?!1:((t.keyCode===e.ui.keyCode.SPACE||t.keyCode===e.ui.keyCode.ENTER)&&e(this).addClass("ui-state-active"),void 0)}).bind("keyup"+this.eventNamespace+" blur"+this.eventNamespace,function(){e(this).removeClass("ui-state-active")}),this.buttonElement.is("a")&&this.buttonElement.keyup(function(t){t.keyCode===e.ui.keyCode.SPACE&&e(this).click()})),this._setOption("disabled",i.disabled),this._resetButton()},_determineButtonType:function(){var e,t,i;this.type=this.element.is("[type=checkbox]")?"checkbox":this.element.is("[type=radio]")?"radio":this.element.is("input")?"input":"button","checkbox"===this.type||"radio"===this.type?(e=this.element.parents().last(),t="label[for='"+this.element.attr("id")+"']",this.buttonElement=e.find(t),this.buttonElement.length||(e=e.length?e.siblings():this.element.siblings(),this.buttonElement=e.filter(t),this.buttonElement.length||(this.buttonElement=e.find(t))),this.element.addClass("ui-helper-hidden-accessible"),i=this.element.is(":checked"),i&&this.buttonElement.addClass("ui-state-active"),this.buttonElement.prop("aria-pressed",i)):this.buttonElement=this.element},widget:function(){return this.buttonElement},_destroy:function(){this.element.removeClass("ui-helper-hidden-accessible"),this.buttonElement.removeClass(h+" ui-state-active "+l).removeAttr("role").removeAttr("aria-pressed").html(this.buttonElement.find(".ui-button-text").html()),this.hasTitle||this.buttonElement.removeAttr("title")},_setOption:function(e,t){return this._super(e,t),"disabled"===e?(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),t&&("checkbox"===this.type||"radio"===this.type?this.buttonElement.removeClass("ui-state-focus"):this.buttonElement.removeClass("ui-state-focus ui-state-active")),void 0):(this._resetButton(),void 0)},refresh:function(){var t=this.element.is("input, button")?this.element.is(":disabled"):this.element.hasClass("ui-button-disabled");t!==this.options.disabled&&this._setOption("disabled",t),"radio"===this.type?d(this.element[0]).each(function(){e(this).is(":checked")?e(this).button("widget").addClass("ui-state-active").attr("aria-pressed","true"):e(this).button("widget").removeClass("ui-state-active").attr("aria-pressed","false")}):"checkbox"===this.type&&(this.element.is(":checked")?this.buttonElement.addClass("ui-state-active").attr("aria-pressed","true"):this.buttonElement.removeClass("ui-state-active").attr("aria-pressed","false"))},_resetButton:function(){if("input"===this.type)return this.options.label&&this.element.val(this.options.label),void 0;var t=this.buttonElement.removeClass(l),i=e("<span></span>",this.document[0]).addClass("ui-button-text").html(this.options.label).appendTo(t.empty()).text(),s=this.options.icons,n=s.primary&&s.secondary,a=[];s.primary||s.secondary?(this.options.text&&a.push("ui-button-text-icon"+(n?"s":s.primary?"-primary":"-secondary")),s.primary&&t.prepend("<span class='ui-button-icon-primary ui-icon "+s.primary+"'></span>"),s.secondary&&t.append("<span class='ui-button-icon-secondary ui-icon "+s.secondary+"'></span>"),this.options.text||(a.push(n?"ui-button-icons-only":"ui-button-icon-only"),this.hasTitle||t.attr("title",e.trim(i)))):a.push("ui-button-text-only"),t.addClass(a.join(" "))}}),e.widget("ui.buttonset",{version:"1.11.4",options:{items:"button, input[type=button], input[type=submit], input[type=reset], input[type=checkbox], input[type=radio], a, :data(ui-button)"},_create:function(){this.element.addClass("ui-buttonset")},_init:function(){this.refresh()},_setOption:function(e,t){"disabled"===e&&this.buttons.button("option",e,t),this._super(e,t)},refresh:function(){var t="rtl"===this.element.css("direction"),i=this.element.find(this.options.items),s=i.filter(":ui-button");i.not(":ui-button").button(),s.button("refresh"),this.buttons=i.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-all ui-corner-left ui-corner-right").filter(":first").addClass(t?"ui-corner-right":"ui-corner-left").end().filter(":last").addClass(t?"ui-corner-left":"ui-corner-right").end().end()},_destroy:function(){this.element.removeClass("ui-buttonset"),this.buttons.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-left ui-corner-right").end().button("destroy")}}),e.ui.button,e.widget("ui.dialog",{version:"1.11.4",options:{appendTo:"body",autoOpen:!0,buttons:[],closeOnEscape:!0,closeText:"Close",dialogClass:"",draggable:!0,hide:null,height:"auto",maxHeight:null,maxWidth:null,minHeight:150,minWidth:150,modal:!1,position:{my:"center",at:"center",of:window,collision:"fit",using:function(t){var i=e(this).css(t).offset().top;0>i&&e(this).css("top",t.top-i)}},resizable:!0,show:null,title:null,width:300,beforeClose:null,close:null,drag:null,dragStart:null,dragStop:null,focus:null,open:null,resize:null,resizeStart:null,resizeStop:null},sizeRelatedOptions:{buttons:!0,height:!0,maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0,width:!0},resizableRelatedOptions:{maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0},_create:function(){this.originalCss={display:this.element[0].style.display,width:this.element[0].style.width,minHeight:this.element[0].style.minHeight,maxHeight:this.element[0].style.maxHeight,height:this.element[0].style.height},this.originalPosition={parent:this.element.parent(),index:this.element.parent().children().index(this.element)},this.originalTitle=this.element.attr("title"),this.options.title=this.options.title||this.originalTitle,this._createWrapper(),this.element.show().removeAttr("title").addClass("ui-dialog-content ui-widget-content").appendTo(this.uiDialog),this._createTitlebar(),this._createButtonPane(),this.options.draggable&&e.fn.draggable&&this._makeDraggable(),this.options.resizable&&e.fn.resizable&&this._makeResizable(),this._isOpen=!1,this._trackFocus()},_init:function(){this.options.autoOpen&&this.open()},_appendTo:function(){var t=this.options.appendTo;return t&&(t.jquery||t.nodeType)?e(t):this.document.find(t||"body").eq(0)},_destroy:function(){var e,t=this.originalPosition;this._untrackInstance(),this._destroyOverlay(),this.element.removeUniqueId().removeClass("ui-dialog-content ui-widget-content").css(this.originalCss).detach(),this.uiDialog.stop(!0,!0).remove(),this.originalTitle&&this.element.attr("title",this.originalTitle),e=t.parent.children().eq(t.index),e.length&&e[0]!==this.element[0]?e.before(this.element):t.parent.append(this.element)},widget:function(){return this.uiDialog},disable:e.noop,enable:e.noop,close:function(t){var i,s=this;if(this._isOpen&&this._trigger("beforeClose",t)!==!1){if(this._isOpen=!1,this._focusedElement=null,this._destroyOverlay(),this._untrackInstance(),!this.opener.filter(":focusable").focus().length)try{i=this.document[0].activeElement,i&&"body"!==i.nodeName.toLowerCase()&&e(i).blur()}catch(n){}this._hide(this.uiDialog,this.options.hide,function(){s._trigger("close",t)})}},isOpen:function(){return this._isOpen},moveToTop:function(){this._moveToTop()},_moveToTop:function(t,i){var s=!1,n=this.uiDialog.siblings(".ui-front:visible").map(function(){return+e(this).css("z-index")}).get(),a=Math.max.apply(null,n);return a>=+this.uiDialog.css("z-index")&&(this.uiDialog.css("z-index",a+1),s=!0),s&&!i&&this._trigger("focus",t),s},open:function(){var t=this;return this._isOpen?(this._moveToTop()&&this._focusTabbable(),void 0):(this._isOpen=!0,this.opener=e(this.document[0].activeElement),this._size(),this._position(),this._createOverlay(),this._moveToTop(null,!0),this.overlay&&this.overlay.css("z-index",this.uiDialog.css("z-index")-1),this._show(this.uiDialog,this.options.show,function(){t._focusTabbable(),t._trigger("focus")}),this._makeFocusTarget(),this._trigger("open"),void 0)},_focusTabbable:function(){var e=this._focusedElement;e||(e=this.element.find("[autofocus]")),e.length||(e=this.element.find(":tabbable")),e.length||(e=this.uiDialogButtonPane.find(":tabbable")),e.length||(e=this.uiDialogTitlebarClose.filter(":tabbable")),e.length||(e=this.uiDialog),e.eq(0).focus()},_keepFocus:function(t){function i(){var t=this.document[0].activeElement,i=this.uiDialog[0]===t||e.contains(this.uiDialog[0],t);i||this._focusTabbable()}t.preventDefault(),i.call(this),this._delay(i)},_createWrapper:function(){this.uiDialog=e("<div>").addClass("ui-dialog ui-widget ui-widget-content ui-corner-all ui-front "+this.options.dialogClass).hide().attr({tabIndex:-1,role:"dialog"}).appendTo(this._appendTo()),this._on(this.uiDialog,{keydown:function(t){if(this.options.closeOnEscape&&!t.isDefaultPrevented()&&t.keyCode&&t.keyCode===e.ui.keyCode.ESCAPE)return t.preventDefault(),this.close(t),void 0;if(t.keyCode===e.ui.keyCode.TAB&&!t.isDefaultPrevented()){var i=this.uiDialog.find(":tabbable"),s=i.filter(":first"),n=i.filter(":last");t.target!==n[0]&&t.target!==this.uiDialog[0]||t.shiftKey?t.target!==s[0]&&t.target!==this.uiDialog[0]||!t.shiftKey||(this._delay(function(){n.focus()}),t.preventDefault()):(this._delay(function(){s.focus()}),t.preventDefault())}},mousedown:function(e){this._moveToTop(e)&&this._focusTabbable()}}),this.element.find("[aria-describedby]").length||this.uiDialog.attr({"aria-describedby":this.element.uniqueId().attr("id")})},_createTitlebar:function(){var t;this.uiDialogTitlebar=e("<div>").addClass("ui-dialog-titlebar ui-widget-header ui-corner-all ui-helper-clearfix").prependTo(this.uiDialog),this._on(this.uiDialogTitlebar,{mousedown:function(t){e(t.target).closest(".ui-dialog-titlebar-close")||this.uiDialog.focus()}}),this.uiDialogTitlebarClose=e("<button type='button'></button>").button({label:this.options.closeText,icons:{primary:"ui-icon-closethick"},text:!1}).addClass("ui-dialog-titlebar-close").appendTo(this.uiDialogTitlebar),this._on(this.uiDialogTitlebarClose,{click:function(e){e.preventDefault(),this.close(e)}}),t=e("<span>").uniqueId().addClass("ui-dialog-title").prependTo(this.uiDialogTitlebar),this._title(t),this.uiDialog.attr({"aria-labelledby":t.attr("id")})},_title:function(e){this.options.title||e.html("&#160;"),e.text(this.options.title)
+},_createButtonPane:function(){this.uiDialogButtonPane=e("<div>").addClass("ui-dialog-buttonpane ui-widget-content ui-helper-clearfix"),this.uiButtonSet=e("<div>").addClass("ui-dialog-buttonset").appendTo(this.uiDialogButtonPane),this._createButtons()},_createButtons:function(){var t=this,i=this.options.buttons;return this.uiDialogButtonPane.remove(),this.uiButtonSet.empty(),e.isEmptyObject(i)||e.isArray(i)&&!i.length?(this.uiDialog.removeClass("ui-dialog-buttons"),void 0):(e.each(i,function(i,s){var n,a;s=e.isFunction(s)?{click:s,text:i}:s,s=e.extend({type:"button"},s),n=s.click,s.click=function(){n.apply(t.element[0],arguments)},a={icons:s.icons,text:s.showText},delete s.icons,delete s.showText,e("<button></button>",s).button(a).appendTo(t.uiButtonSet)}),this.uiDialog.addClass("ui-dialog-buttons"),this.uiDialogButtonPane.appendTo(this.uiDialog),void 0)},_makeDraggable:function(){function t(e){return{position:e.position,offset:e.offset}}var i=this,s=this.options;this.uiDialog.draggable({cancel:".ui-dialog-content, .ui-dialog-titlebar-close",handle:".ui-dialog-titlebar",containment:"document",start:function(s,n){e(this).addClass("ui-dialog-dragging"),i._blockFrames(),i._trigger("dragStart",s,t(n))},drag:function(e,s){i._trigger("drag",e,t(s))},stop:function(n,a){var o=a.offset.left-i.document.scrollLeft(),r=a.offset.top-i.document.scrollTop();s.position={my:"left top",at:"left"+(o>=0?"+":"")+o+" "+"top"+(r>=0?"+":"")+r,of:i.window},e(this).removeClass("ui-dialog-dragging"),i._unblockFrames(),i._trigger("dragStop",n,t(a))}})},_makeResizable:function(){function t(e){return{originalPosition:e.originalPosition,originalSize:e.originalSize,position:e.position,size:e.size}}var i=this,s=this.options,n=s.resizable,a=this.uiDialog.css("position"),o="string"==typeof n?n:"n,e,s,w,se,sw,ne,nw";this.uiDialog.resizable({cancel:".ui-dialog-content",containment:"document",alsoResize:this.element,maxWidth:s.maxWidth,maxHeight:s.maxHeight,minWidth:s.minWidth,minHeight:this._minHeight(),handles:o,start:function(s,n){e(this).addClass("ui-dialog-resizing"),i._blockFrames(),i._trigger("resizeStart",s,t(n))},resize:function(e,s){i._trigger("resize",e,t(s))},stop:function(n,a){var o=i.uiDialog.offset(),r=o.left-i.document.scrollLeft(),h=o.top-i.document.scrollTop();s.height=i.uiDialog.height(),s.width=i.uiDialog.width(),s.position={my:"left top",at:"left"+(r>=0?"+":"")+r+" "+"top"+(h>=0?"+":"")+h,of:i.window},e(this).removeClass("ui-dialog-resizing"),i._unblockFrames(),i._trigger("resizeStop",n,t(a))}}).css("position",a)},_trackFocus:function(){this._on(this.widget(),{focusin:function(t){this._makeFocusTarget(),this._focusedElement=e(t.target)}})},_makeFocusTarget:function(){this._untrackInstance(),this._trackingInstances().unshift(this)},_untrackInstance:function(){var t=this._trackingInstances(),i=e.inArray(this,t);-1!==i&&t.splice(i,1)},_trackingInstances:function(){var e=this.document.data("ui-dialog-instances");return e||(e=[],this.document.data("ui-dialog-instances",e)),e},_minHeight:function(){var e=this.options;return"auto"===e.height?e.minHeight:Math.min(e.minHeight,e.height)},_position:function(){var e=this.uiDialog.is(":visible");e||this.uiDialog.show(),this.uiDialog.position(this.options.position),e||this.uiDialog.hide()},_setOptions:function(t){var i=this,s=!1,n={};e.each(t,function(e,t){i._setOption(e,t),e in i.sizeRelatedOptions&&(s=!0),e in i.resizableRelatedOptions&&(n[e]=t)}),s&&(this._size(),this._position()),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option",n)},_setOption:function(e,t){var i,s,n=this.uiDialog;"dialogClass"===e&&n.removeClass(this.options.dialogClass).addClass(t),"disabled"!==e&&(this._super(e,t),"appendTo"===e&&this.uiDialog.appendTo(this._appendTo()),"buttons"===e&&this._createButtons(),"closeText"===e&&this.uiDialogTitlebarClose.button({label:""+t}),"draggable"===e&&(i=n.is(":data(ui-draggable)"),i&&!t&&n.draggable("destroy"),!i&&t&&this._makeDraggable()),"position"===e&&this._position(),"resizable"===e&&(s=n.is(":data(ui-resizable)"),s&&!t&&n.resizable("destroy"),s&&"string"==typeof t&&n.resizable("option","handles",t),s||t===!1||this._makeResizable()),"title"===e&&this._title(this.uiDialogTitlebar.find(".ui-dialog-title")))},_size:function(){var e,t,i,s=this.options;this.element.show().css({width:"auto",minHeight:0,maxHeight:"none",height:0}),s.minWidth>s.width&&(s.width=s.minWidth),e=this.uiDialog.css({height:"auto",width:s.width}).outerHeight(),t=Math.max(0,s.minHeight-e),i="number"==typeof s.maxHeight?Math.max(0,s.maxHeight-e):"none","auto"===s.height?this.element.css({minHeight:t,maxHeight:i,height:"auto"}):this.element.height(Math.max(0,s.height-e)),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option","minHeight",this._minHeight())},_blockFrames:function(){this.iframeBlocks=this.document.find("iframe").map(function(){var t=e(this);return e("<div>").css({position:"absolute",width:t.outerWidth(),height:t.outerHeight()}).appendTo(t.parent()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_allowInteraction:function(t){return e(t.target).closest(".ui-dialog").length?!0:!!e(t.target).closest(".ui-datepicker").length},_createOverlay:function(){if(this.options.modal){var t=!0;this._delay(function(){t=!1}),this.document.data("ui-dialog-overlays")||this._on(this.document,{focusin:function(e){t||this._allowInteraction(e)||(e.preventDefault(),this._trackingInstances()[0]._focusTabbable())}}),this.overlay=e("<div>").addClass("ui-widget-overlay ui-front").appendTo(this._appendTo()),this._on(this.overlay,{mousedown:"_keepFocus"}),this.document.data("ui-dialog-overlays",(this.document.data("ui-dialog-overlays")||0)+1)}},_destroyOverlay:function(){if(this.options.modal&&this.overlay){var e=this.document.data("ui-dialog-overlays")-1;e?this.document.data("ui-dialog-overlays",e):this.document.unbind("focusin").removeData("ui-dialog-overlays"),this.overlay.remove(),this.overlay=null}}}),e.widget("ui.progressbar",{version:"1.11.4",options:{max:100,value:0,change:null,complete:null},min:0,_create:function(){this.oldValue=this.options.value=this._constrainedValue(),this.element.addClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").attr({role:"progressbar","aria-valuemin":this.min}),this.valueDiv=e("<div class='ui-progressbar-value ui-widget-header ui-corner-left'></div>").appendTo(this.element),this._refreshValue()},_destroy:function(){this.element.removeClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.valueDiv.remove()},value:function(e){return void 0===e?this.options.value:(this.options.value=this._constrainedValue(e),this._refreshValue(),void 0)},_constrainedValue:function(e){return void 0===e&&(e=this.options.value),this.indeterminate=e===!1,"number"!=typeof e&&(e=0),this.indeterminate?!1:Math.min(this.options.max,Math.max(this.min,e))},_setOptions:function(e){var t=e.value;delete e.value,this._super(e),this.options.value=this._constrainedValue(t),this._refreshValue()},_setOption:function(e,t){"max"===e&&(t=Math.max(this.min,t)),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},_percentage:function(){return this.indeterminate?100:100*(this.options.value-this.min)/(this.options.max-this.min)},_refreshValue:function(){var t=this.options.value,i=this._percentage();this.valueDiv.toggle(this.indeterminate||t>this.min).toggleClass("ui-corner-right",t===this.options.max).width(i.toFixed(0)+"%"),this.element.toggleClass("ui-progressbar-indeterminate",this.indeterminate),this.indeterminate?(this.element.removeAttr("aria-valuenow"),this.overlayDiv||(this.overlayDiv=e("<div class='ui-progressbar-overlay'></div>").appendTo(this.valueDiv))):(this.element.attr({"aria-valuemax":this.options.max,"aria-valuenow":t}),this.overlayDiv&&(this.overlayDiv.remove(),this.overlayDiv=null)),this.oldValue!==t&&(this.oldValue=t,this._trigger("change")),t===this.options.max&&this._trigger("complete")}}),e.widget("ui.selectmenu",{version:"1.11.4",defaultElement:"<select>",options:{appendTo:null,disabled:null,icons:{button:"ui-icon-triangle-1-s"},position:{my:"left top",at:"left bottom",collision:"none"},width:null,change:null,close:null,focus:null,open:null,select:null},_create:function(){var e=this.element.uniqueId().attr("id");this.ids={element:e,button:e+"-button",menu:e+"-menu"},this._drawButton(),this._drawMenu(),this.options.disabled&&this.disable()},_drawButton:function(){var t=this;this.label=e("label[for='"+this.ids.element+"']").attr("for",this.ids.button),this._on(this.label,{click:function(e){this.button.focus(),e.preventDefault()}}),this.element.hide(),this.button=e("<span>",{"class":"ui-selectmenu-button ui-widget ui-state-default ui-corner-all",tabindex:this.options.disabled?-1:0,id:this.ids.button,role:"combobox","aria-expanded":"false","aria-autocomplete":"list","aria-owns":this.ids.menu,"aria-haspopup":"true"}).insertAfter(this.element),e("<span>",{"class":"ui-icon "+this.options.icons.button}).prependTo(this.button),this.buttonText=e("<span>",{"class":"ui-selectmenu-text"}).appendTo(this.button),this._setText(this.buttonText,this.element.find("option:selected").text()),this._resizeButton(),this._on(this.button,this._buttonEvents),this.button.one("focusin",function(){t.menuItems||t._refreshMenu()}),this._hoverable(this.button),this._focusable(this.button)},_drawMenu:function(){var t=this;this.menu=e("<ul>",{"aria-hidden":"true","aria-labelledby":this.ids.button,id:this.ids.menu}),this.menuWrap=e("<div>",{"class":"ui-selectmenu-menu ui-front"}).append(this.menu).appendTo(this._appendTo()),this.menuInstance=this.menu.menu({role:"listbox",select:function(e,i){e.preventDefault(),t._setSelection(),t._select(i.item.data("ui-selectmenu-item"),e)},focus:function(e,i){var s=i.item.data("ui-selectmenu-item");null!=t.focusIndex&&s.index!==t.focusIndex&&(t._trigger("focus",e,{item:s}),t.isOpen||t._select(s,e)),t.focusIndex=s.index,t.button.attr("aria-activedescendant",t.menuItems.eq(s.index).attr("id"))}}).menu("instance"),this.menu.addClass("ui-corner-bottom").removeClass("ui-corner-all"),this.menuInstance._off(this.menu,"mouseleave"),this.menuInstance._closeOnDocumentClick=function(){return!1},this.menuInstance._isDivider=function(){return!1}},refresh:function(){this._refreshMenu(),this._setText(this.buttonText,this._getSelectedItem().text()),this.options.width||this._resizeButton()},_refreshMenu:function(){this.menu.empty();var e,t=this.element.find("option");t.length&&(this._parseOptions(t),this._renderMenu(this.menu,this.items),this.menuInstance.refresh(),this.menuItems=this.menu.find("li").not(".ui-selectmenu-optgroup"),e=this._getSelectedItem(),this.menuInstance.focus(null,e),this._setAria(e.data("ui-selectmenu-item")),this._setOption("disabled",this.element.prop("disabled")))},open:function(e){this.options.disabled||(this.menuItems?(this.menu.find(".ui-state-focus").removeClass("ui-state-focus"),this.menuInstance.focus(null,this._getSelectedItem())):this._refreshMenu(),this.isOpen=!0,this._toggleAttr(),this._resizeMenu(),this._position(),this._on(this.document,this._documentClick),this._trigger("open",e))},_position:function(){this.menuWrap.position(e.extend({of:this.button},this.options.position))},close:function(e){this.isOpen&&(this.isOpen=!1,this._toggleAttr(),this.range=null,this._off(this.document),this._trigger("close",e))},widget:function(){return this.button},menuWidget:function(){return this.menu},_renderMenu:function(t,i){var s=this,n="";e.each(i,function(i,a){a.optgroup!==n&&(e("<li>",{"class":"ui-selectmenu-optgroup ui-menu-divider"+(a.element.parent("optgroup").prop("disabled")?" ui-state-disabled":""),text:a.optgroup}).appendTo(t),n=a.optgroup),s._renderItemData(t,a)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-selectmenu-item",t)},_renderItem:function(t,i){var s=e("<li>");return i.disabled&&s.addClass("ui-state-disabled"),this._setText(s,i.label),s.appendTo(t)},_setText:function(e,t){t?e.text(t):e.html("&#160;")},_move:function(e,t){var i,s,n=".ui-menu-item";this.isOpen?i=this.menuItems.eq(this.focusIndex):(i=this.menuItems.eq(this.element[0].selectedIndex),n+=":not(.ui-state-disabled)"),s="first"===e||"last"===e?i["first"===e?"prevAll":"nextAll"](n).eq(-1):i[e+"All"](n).eq(0),s.length&&this.menuInstance.focus(t,s)},_getSelectedItem:function(){return this.menuItems.eq(this.element[0].selectedIndex)},_toggle:function(e){this[this.isOpen?"close":"open"](e)},_setSelection:function(){var e;this.range&&(window.getSelection?(e=window.getSelection(),e.removeAllRanges(),e.addRange(this.range)):this.range.select(),this.button.focus())},_documentClick:{mousedown:function(t){this.isOpen&&(e(t.target).closest(".ui-selectmenu-menu, #"+this.ids.button).length||this.close(t))}},_buttonEvents:{mousedown:function(){var e;window.getSelection?(e=window.getSelection(),e.rangeCount&&(this.range=e.getRangeAt(0))):this.range=document.selection.createRange()},click:function(e){this._setSelection(),this._toggle(e)},keydown:function(t){var i=!0;switch(t.keyCode){case e.ui.keyCode.TAB:case e.ui.keyCode.ESCAPE:this.close(t),i=!1;break;case e.ui.keyCode.ENTER:this.isOpen&&this._selectFocusedItem(t);break;case e.ui.keyCode.UP:t.altKey?this._toggle(t):this._move("prev",t);break;case e.ui.keyCode.DOWN:t.altKey?this._toggle(t):this._move("next",t);break;case e.ui.keyCode.SPACE:this.isOpen?this._selectFocusedItem(t):this._toggle(t);break;case e.ui.keyCode.LEFT:this._move("prev",t);break;case e.ui.keyCode.RIGHT:this._move("next",t);break;case e.ui.keyCode.HOME:case e.ui.keyCode.PAGE_UP:this._move("first",t);break;case e.ui.keyCode.END:case e.ui.keyCode.PAGE_DOWN:this._move("last",t);break;default:this.menu.trigger(t),i=!1}i&&t.preventDefault()}},_selectFocusedItem:function(e){var t=this.menuItems.eq(this.focusIndex);t.hasClass("ui-state-disabled")||this._select(t.data("ui-selectmenu-item"),e)},_select:function(e,t){var i=this.element[0].selectedIndex;this.element[0].selectedIndex=e.index,this._setText(this.buttonText,e.label),this._setAria(e),this._trigger("select",t,{item:e}),e.index!==i&&this._trigger("change",t,{item:e}),this.close(t)},_setAria:function(e){var t=this.menuItems.eq(e.index).attr("id");this.button.attr({"aria-labelledby":t,"aria-activedescendant":t}),this.menu.attr("aria-activedescendant",t)},_setOption:function(e,t){"icons"===e&&this.button.find("span.ui-icon").removeClass(this.options.icons.button).addClass(t.button),this._super(e,t),"appendTo"===e&&this.menuWrap.appendTo(this._appendTo()),"disabled"===e&&(this.menuInstance.option("disabled",t),this.button.toggleClass("ui-state-disabled",t).attr("aria-disabled",t),this.element.prop("disabled",t),t?(this.button.attr("tabindex",-1),this.close()):this.button.attr("tabindex",0)),"width"===e&&this._resizeButton()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_toggleAttr:function(){this.button.toggleClass("ui-corner-top",this.isOpen).toggleClass("ui-corner-all",!this.isOpen).attr("aria-expanded",this.isOpen),this.menuWrap.toggleClass("ui-selectmenu-open",this.isOpen),this.menu.attr("aria-hidden",!this.isOpen)},_resizeButton:function(){var e=this.options.width;e||(e=this.element.show().outerWidth(),this.element.hide()),this.button.outerWidth(e)},_resizeMenu:function(){this.menu.outerWidth(Math.max(this.button.outerWidth(),this.menu.width("").outerWidth()+1))},_getCreateOptions:function(){return{disabled:this.element.prop("disabled")}},_parseOptions:function(t){var i=[];t.each(function(t,s){var n=e(s),a=n.parent("optgroup");i.push({element:n,index:t,value:n.val(),label:n.text(),optgroup:a.attr("label")||"",disabled:a.prop("disabled")||n.prop("disabled")})}),this.items=i},_destroy:function(){this.menuWrap.remove(),this.button.remove(),this.element.show(),this.element.removeUniqueId(),this.label.attr("for",this.ids.element)}}),e.widget("ui.slider",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"slide",options:{animate:!1,distance:0,max:100,min:0,orientation:"horizontal",range:!1,step:1,value:0,values:null,change:null,slide:null,start:null,stop:null},numPages:5,_create:function(){this._keySliding=!1,this._mouseSliding=!1,this._animateOff=!0,this._handleIndex=null,this._detectOrientation(),this._mouseInit(),this._calculateNewMax(),this.element.addClass("ui-slider ui-slider-"+this.orientation+" ui-widget"+" ui-widget-content"+" ui-corner-all"),this._refresh(),this._setOption("disabled",this.options.disabled),this._animateOff=!1},_refresh:function(){this._createRange(),this._createHandles(),this._setupEvents(),this._refreshValue()},_createHandles:function(){var t,i,s=this.options,n=this.element.find(".ui-slider-handle").addClass("ui-state-default ui-corner-all"),a="<span class='ui-slider-handle ui-state-default ui-corner-all' tabindex='0'></span>",o=[];for(i=s.values&&s.values.length||1,n.length>i&&(n.slice(i).remove(),n=n.slice(0,i)),t=n.length;i>t;t++)o.push(a);this.handles=n.add(e(o.join("")).appendTo(this.element)),this.handle=this.handles.eq(0),this.handles.each(function(t){e(this).data("ui-slider-handle-index",t)})},_createRange:function(){var t=this.options,i="";t.range?(t.range===!0&&(t.values?t.values.length&&2!==t.values.length?t.values=[t.values[0],t.values[0]]:e.isArray(t.values)&&(t.values=t.values.slice(0)):t.values=[this._valueMin(),this._valueMin()]),this.range&&this.range.length?this.range.removeClass("ui-slider-range-min ui-slider-range-max").css({left:"",bottom:""}):(this.range=e("<div></div>").appendTo(this.element),i="ui-slider-range ui-widget-header ui-corner-all"),this.range.addClass(i+("min"===t.range||"max"===t.range?" ui-slider-range-"+t.range:""))):(this.range&&this.range.remove(),this.range=null)},_setupEvents:function(){this._off(this.handles),this._on(this.handles,this._handleEvents),this._hoverable(this.handles),this._focusable(this.handles)},_destroy:function(){this.handles.remove(),this.range&&this.range.remove(),this.element.removeClass("ui-slider ui-slider-horizontal ui-slider-vertical ui-widget ui-widget-content ui-corner-all"),this._mouseDestroy()},_mouseCapture:function(t){var i,s,n,a,o,r,h,l,u=this,d=this.options;return d.disabled?!1:(this.elementSize={width:this.element.outerWidth(),height:this.element.outerHeight()},this.elementOffset=this.element.offset(),i={x:t.pageX,y:t.pageY},s=this._normValueFromMouse(i),n=this._valueMax()-this._valueMin()+1,this.handles.each(function(t){var i=Math.abs(s-u.values(t));(n>i||n===i&&(t===u._lastChangedValue||u.values(t)===d.min))&&(n=i,a=e(this),o=t)}),r=this._start(t,o),r===!1?!1:(this._mouseSliding=!0,this._handleIndex=o,a.addClass("ui-state-active").focus(),h=a.offset(),l=!e(t.target).parents().addBack().is(".ui-slider-handle"),this._clickOffset=l?{left:0,top:0}:{left:t.pageX-h.left-a.width()/2,top:t.pageY-h.top-a.height()/2-(parseInt(a.css("borderTopWidth"),10)||0)-(parseInt(a.css("borderBottomWidth"),10)||0)+(parseInt(a.css("marginTop"),10)||0)},this.handles.hasClass("ui-state-hover")||this._slide(t,o,s),this._animateOff=!0,!0))},_mouseStart:function(){return!0},_mouseDrag:function(e){var t={x:e.pageX,y:e.pageY},i=this._normValueFromMouse(t);return this._slide(e,this._handleIndex,i),!1},_mouseStop:function(e){return this.handles.removeClass("ui-state-active"),this._mouseSliding=!1,this._stop(e,this._handleIndex),this._change(e,this._handleIndex),this._handleIndex=null,this._clickOffset=null,this._animateOff=!1,!1},_detectOrientation:function(){this.orientation="vertical"===this.options.orientation?"vertical":"horizontal"},_normValueFromMouse:function(e){var t,i,s,n,a;return"horizontal"===this.orientation?(t=this.elementSize.width,i=e.x-this.elementOffset.left-(this._clickOffset?this._clickOffset.left:0)):(t=this.elementSize.height,i=e.y-this.elementOffset.top-(this._clickOffset?this._clickOffset.top:0)),s=i/t,s>1&&(s=1),0>s&&(s=0),"vertical"===this.orientation&&(s=1-s),n=this._valueMax()-this._valueMin(),a=this._valueMin()+s*n,this._trimAlignValue(a)},_start:function(e,t){var i={handle:this.handles[t],value:this.value()};return this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("start",e,i)},_slide:function(e,t,i){var s,n,a;this.options.values&&this.options.values.length?(s=this.values(t?0:1),2===this.options.values.length&&this.options.range===!0&&(0===t&&i>s||1===t&&s>i)&&(i=s),i!==this.values(t)&&(n=this.values(),n[t]=i,a=this._trigger("slide",e,{handle:this.handles[t],value:i,values:n}),s=this.values(t?0:1),a!==!1&&this.values(t,i))):i!==this.value()&&(a=this._trigger("slide",e,{handle:this.handles[t],value:i}),a!==!1&&this.value(i))},_stop:function(e,t){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("stop",e,i)},_change:function(e,t){if(!this._keySliding&&!this._mouseSliding){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._lastChangedValue=t,this._trigger("change",e,i)}},value:function(e){return arguments.length?(this.options.value=this._trimAlignValue(e),this._refreshValue(),this._change(null,0),void 0):this._value()},values:function(t,i){var s,n,a;if(arguments.length>1)return this.options.values[t]=this._trimAlignValue(i),this._refreshValue(),this._change(null,t),void 0;if(!arguments.length)return this._values();if(!e.isArray(arguments[0]))return this.options.values&&this.options.values.length?this._values(t):this.value();for(s=this.options.values,n=arguments[0],a=0;s.length>a;a+=1)s[a]=this._trimAlignValue(n[a]),this._change(null,a);this._refreshValue()},_setOption:function(t,i){var s,n=0;switch("range"===t&&this.options.range===!0&&("min"===i?(this.options.value=this._values(0),this.options.values=null):"max"===i&&(this.options.value=this._values(this.options.values.length-1),this.options.values=null)),e.isArray(this.options.values)&&(n=this.options.values.length),"disabled"===t&&this.element.toggleClass("ui-state-disabled",!!i),this._super(t,i),t){case"orientation":this._detectOrientation(),this.element.removeClass("ui-slider-horizontal 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this._valueMax();var t=this.options.step>0?this.options.step:1,i=(e-this._valueMin())%t,s=e-i;return 2*Math.abs(i)>=t&&(s+=i>0?t:-t),parseFloat(s.toFixed(5))},_calculateNewMax:function(){var e=this.options.max,t=this._valueMin(),i=this.options.step,s=Math.floor(+(e-t).toFixed(this._precision())/i)*i;e=s+t,this.max=parseFloat(e.toFixed(this._precision()))},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_valueMin:function(){return this.options.min},_valueMax:function(){return this.max},_refreshValue:function(){var t,i,s,n,a,o=this.options.range,r=this.options,h=this,l=this._animateOff?!1:r.animate,u={};this.options.values&&this.options.values.length?this.handles.each(function(s){i=100*((h.values(s)-h._valueMin())/(h._valueMax()-h._valueMin())),u["horizontal"===h.orientation?"left":"bottom"]=i+"%",e(this).stop(1,1)[l?"animate":"css"](u,r.animate),h.options.range===!0&&("horizontal"===h.orientation?(0===s&&h.range.stop(1,1)[l?"animate":"css"]({left:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({width:i-t+"%"},{queue:!1,duration:r.animate})):(0===s&&h.range.stop(1,1)[l?"animate":"css"]({bottom:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({height:i-t+"%"},{queue:!1,duration:r.animate}))),t=i}):(s=this.value(),n=this._valueMin(),a=this._valueMax(),i=a!==n?100*((s-n)/(a-n)):0,u["horizontal"===this.orientation?"left":"bottom"]=i+"%",this.handle.stop(1,1)[l?"animate":"css"](u,r.animate),"min"===o&&"horizontal"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({width:i+"%"},r.animate),"max"===o&&"horizontal"===this.orientation&&this.range[l?"animate":"css"]({width:100-i+"%"},{queue:!1,duration:r.animate}),"min"===o&&"vertical"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({height:i+"%"},r.animate),"max"===o&&"vertical"===this.orientation&&this.range[l?"animate":"css"]({height:100-i+"%"},{queue:!1,duration:r.animate}))},_handleEvents:{keydown:function(t){var i,s,n,a,o=e(t.target).data("ui-slider-handle-index");switch(t.keyCode){case e.ui.keyCode.HOME:case e.ui.keyCode.END:case e.ui.keyCode.PAGE_UP:case e.ui.keyCode.PAGE_DOWN:case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(t.preventDefault(),!this._keySliding&&(this._keySliding=!0,e(t.target).addClass("ui-state-active"),i=this._start(t,o),i===!1))return}switch(a=this.options.step,s=n=this.options.values&&this.options.values.length?this.values(o):this.value(),t.keyCode){case e.ui.keyCode.HOME:n=this._valueMin();break;case e.ui.keyCode.END:n=this._valueMax();break;case e.ui.keyCode.PAGE_UP:n=this._trimAlignValue(s+(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.PAGE_DOWN:n=this._trimAlignValue(s-(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:if(s===this._valueMax())return;n=this._trimAlignValue(s+a);break;case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(s===this._valueMin())return;n=this._trimAlignValue(s-a)}this._slide(t,o,n)},keyup:function(t){var i=e(t.target).data("ui-slider-handle-index");this._keySliding&&(this._keySliding=!1,this._stop(t,i),this._change(t,i),e(t.target).removeClass("ui-state-active"))}}}),e.widget("ui.spinner",{version:"1.11.4",defaultElement:"<input>",widgetEventPrefix:"spin",options:{culture:null,icons:{down:"ui-icon-triangle-1-s",up:"ui-icon-triangle-1-n"},incremental:!0,max:null,min:null,numberFormat:null,page:10,step:1,change:null,spin:null,start:null,stop:null},_create:function(){this._setOption("max",this.options.max),this._setOption("min",this.options.min),this._setOption("step",this.options.step),""!==this.value()&&this._value(this.element.val(),!0),this._draw(),this._on(this._events),this._refresh(),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_getCreateOptions:function(){var t={},i=this.element;return e.each(["min","max","step"],function(e,s){var n=i.attr(s);void 0!==n&&n.length&&(t[s]=n)}),t},_events:{keydown:function(e){this._start(e)&&this._keydown(e)&&e.preventDefault()},keyup:"_stop",focus:function(){this.previous=this.element.val()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(this._stop(),this._refresh(),this.previous!==this.element.val()&&this._trigger("change",e),void 0)},mousewheel:function(e,t){if(t){if(!this.spinning&&!this._start(e))return!1;this._spin((t>0?1:-1)*this.options.step,e),clearTimeout(this.mousewheelTimer),this.mousewheelTimer=this._delay(function(){this.spinning&&this._stop(e)},100),e.preventDefault()}},"mousedown .ui-spinner-button":function(t){function i(){var e=this.element[0]===this.document[0].activeElement;e||(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s}))}var s;s=this.element[0]===this.document[0].activeElement?this.previous:this.element.val(),t.preventDefault(),i.call(this),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur,i.call(this)}),this._start(t)!==!1&&this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t)},"mouseup .ui-spinner-button":"_stop","mouseenter .ui-spinner-button":function(t){return e(t.currentTarget).hasClass("ui-state-active")?this._start(t)===!1?!1:(this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t),void 0):void 0},"mouseleave .ui-spinner-button":"_stop"},_draw:function(){var e=this.uiSpinner=this.element.addClass("ui-spinner-input").attr("autocomplete","off").wrap(this._uiSpinnerHtml()).parent().append(this._buttonHtml());this.element.attr("role","spinbutton"),this.buttons=e.find(".ui-spinner-button").attr("tabIndex",-1).button().removeClass("ui-corner-all"),this.buttons.height()>Math.ceil(.5*e.height())&&e.height()>0&&e.height(e.height()),this.options.disabled&&this.disable()},_keydown:function(t){var i=this.options,s=e.ui.keyCode;switch(t.keyCode){case s.UP:return this._repeat(null,1,t),!0;case s.DOWN:return this._repeat(null,-1,t),!0;case s.PAGE_UP:return this._repeat(null,i.page,t),!0;case s.PAGE_DOWN:return this._repeat(null,-i.page,t),!0}return!1},_uiSpinnerHtml:function(){return"<span class='ui-spinner ui-widget ui-widget-content ui-corner-all'></span>"},_buttonHtml:function(){return"<a class='ui-spinner-button ui-spinner-up ui-corner-tr'><span class='ui-icon "+this.options.icons.up+"'>&#9650;</span>"+"</a>"+"<a class='ui-spinner-button ui-spinner-down ui-corner-br'>"+"<span class='ui-icon "+this.options.icons.down+"'>&#9660;</span>"+"</a>"},_start:function(e){return this.spinning||this._trigger("start",e)!==!1?(this.counter||(this.counter=1),this.spinning=!0,!0):!1},_repeat:function(e,t,i){e=e||500,clearTimeout(this.timer),this.timer=this._delay(function(){this._repeat(40,t,i)},e),this._spin(t*this.options.step,i)},_spin:function(e,t){var i=this.value()||0;this.counter||(this.counter=1),i=this._adjustValue(i+e*this._increment(this.counter)),this.spinning&&this._trigger("spin",t,{value:i})===!1||(this._value(i),this.counter++)},_increment:function(t){var i=this.options.incremental;return i?e.isFunction(i)?i(t):Math.floor(t*t*t/5e4-t*t/500+17*t/200+1):1},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_adjustValue:function(e){var t,i,s=this.options;return t=null!==s.min?s.min:0,i=e-t,i=Math.round(i/s.step)*s.step,e=t+i,e=parseFloat(e.toFixed(this._precision())),null!==s.max&&e>s.max?s.max:null!==s.min&&s.min>e?s.min:e},_stop:function(e){this.spinning&&(clearTimeout(this.timer),clearTimeout(this.mousewheelTimer),this.counter=0,this.spinning=!1,this._trigger("stop",e))},_setOption:function(e,t){if("culture"===e||"numberFormat"===e){var i=this._parse(this.element.val());return this.options[e]=t,this.element.val(this._format(i)),void 0}("max"===e||"min"===e||"step"===e)&&"string"==typeof t&&(t=this._parse(t)),"icons"===e&&(this.buttons.first().find(".ui-icon").removeClass(this.options.icons.up).addClass(t.up),this.buttons.last().find(".ui-icon").removeClass(this.options.icons.down).addClass(t.down)),this._super(e,t),"disabled"===e&&(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),this.buttons.button(t?"disable":"enable"))},_setOptions:s(function(e){this._super(e)}),_parse:function(e){return"string"==typeof e&&""!==e&&(e=window.Globalize&&this.options.numberFormat?Globalize.parseFloat(e,10,this.options.culture):+e),""===e||isNaN(e)?null:e
+},_format:function(e){return""===e?"":window.Globalize&&this.options.numberFormat?Globalize.format(e,this.options.numberFormat,this.options.culture):e},_refresh:function(){this.element.attr({"aria-valuemin":this.options.min,"aria-valuemax":this.options.max,"aria-valuenow":this._parse(this.element.val())})},isValid:function(){var e=this.value();return null===e?!1:e===this._adjustValue(e)},_value:function(e,t){var i;""!==e&&(i=this._parse(e),null!==i&&(t||(i=this._adjustValue(i)),e=this._format(i))),this.element.val(e),this._refresh()},_destroy:function(){this.element.removeClass("ui-spinner-input").prop("disabled",!1).removeAttr("autocomplete").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.uiSpinner.replaceWith(this.element)},stepUp:s(function(e){this._stepUp(e)}),_stepUp:function(e){this._start()&&(this._spin((e||1)*this.options.step),this._stop())},stepDown:s(function(e){this._stepDown(e)}),_stepDown:function(e){this._start()&&(this._spin((e||1)*-this.options.step),this._stop())},pageUp:s(function(e){this._stepUp((e||1)*this.options.page)}),pageDown:s(function(e){this._stepDown((e||1)*this.options.page)}),value:function(e){return arguments.length?(s(this._value).call(this,e),void 0):this._parse(this.element.val())},widget:function(){return this.uiSpinner}}),e.widget("ui.tabs",{version:"1.11.4",delay:300,options:{active:null,collapsible:!1,event:"click",heightStyle:"content",hide:null,show:null,activate:null,beforeActivate:null,beforeLoad:null,load:null},_isLocal:function(){var e=/#.*$/;return function(t){var i,s;t=t.cloneNode(!1),i=t.href.replace(e,""),s=location.href.replace(e,"");try{i=decodeURIComponent(i)}catch(n){}try{s=decodeURIComponent(s)}catch(n){}return t.hash.length>1&&i===s}}(),_create:function(){var t=this,i=this.options;this.running=!1,this.element.addClass("ui-tabs ui-widget ui-widget-content ui-corner-all").toggleClass("ui-tabs-collapsible",i.collapsible),this._processTabs(),i.active=this._initialActive(),e.isArray(i.disabled)&&(i.disabled=e.unique(i.disabled.concat(e.map(this.tabs.filter(".ui-state-disabled"),function(e){return t.tabs.index(e)}))).sort()),this.active=this.options.active!==!1&&this.anchors.length?this._findActive(i.active):e(),this._refresh(),this.active.length&&this.load(i.active)},_initialActive:function(){var t=this.options.active,i=this.options.collapsible,s=location.hash.substring(1);return null===t&&(s&&this.tabs.each(function(i,n){return e(n).attr("aria-controls")===s?(t=i,!1):void 0}),null===t&&(t=this.tabs.index(this.tabs.filter(".ui-tabs-active"))),(null===t||-1===t)&&(t=this.tabs.length?0:!1)),t!==!1&&(t=this.tabs.index(this.tabs.eq(t)),-1===t&&(t=i?!1:0)),!i&&t===!1&&this.anchors.length&&(t=0),t},_getCreateEventData:function(){return{tab:this.active,panel:this.active.length?this._getPanelForTab(this.active):e()}},_tabKeydown:function(t){var i=e(this.document[0].activeElement).closest("li"),s=this.tabs.index(i),n=!0;if(!this._handlePageNav(t)){switch(t.keyCode){case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:s++;break;case e.ui.keyCode.UP:case e.ui.keyCode.LEFT:n=!1,s--;break;case e.ui.keyCode.END:s=this.anchors.length-1;break;case e.ui.keyCode.HOME:s=0;break;case e.ui.keyCode.SPACE:return t.preventDefault(),clearTimeout(this.activating),this._activate(s),void 0;case e.ui.keyCode.ENTER:return t.preventDefault(),clearTimeout(this.activating),this._activate(s===this.options.active?!1:s),void 0;default:return}t.preventDefault(),clearTimeout(this.activating),s=this._focusNextTab(s,n),t.ctrlKey||t.metaKey||(i.attr("aria-selected","false"),this.tabs.eq(s).attr("aria-selected","true"),this.activating=this._delay(function(){this.option("active",s)},this.delay))}},_panelKeydown:function(t){this._handlePageNav(t)||t.ctrlKey&&t.keyCode===e.ui.keyCode.UP&&(t.preventDefault(),this.active.focus())},_handlePageNav:function(t){return t.altKey&&t.keyCode===e.ui.keyCode.PAGE_UP?(this._activate(this._focusNextTab(this.options.active-1,!1)),!0):t.altKey&&t.keyCode===e.ui.keyCode.PAGE_DOWN?(this._activate(this._focusNextTab(this.options.active+1,!0)),!0):void 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+<style type="text/css">
+
+.tocify {
+width: 20%;
+max-height: 90%;
+overflow: auto;
+margin-left: 2%;
+position: fixed;
+border: 1px solid #ccc;
+border-radius: 6px;
+}
+
+.tocify ul, .tocify li {
+list-style: none;
+margin: 0;
+padding: 0;
+border: none;
+line-height: 30px;
+}
+
+.tocify-header {
+text-indent: 10px;
+}
+
+.tocify-subheader {
+text-indent: 20px;
+display: none;
+}
+
+.tocify-subheader li {
+font-size: 12px;
+}
+
+.tocify-subheader .tocify-subheader {
+text-indent: 30px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 40px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 50px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 60px;
+}
+
+.tocify .tocify-item > a, .tocify .nav-list .nav-header {
+margin: 0px;
+}
+
+.tocify .tocify-item a, .tocify .list-group-item {
+padding: 5px;
+}
+.tocify .nav-pills > li {
+float: none;
+}
+
+
+</style>
+<script>/* jquery Tocify - v1.9.1 - 2013-10-22
+ * http://www.gregfranko.com/jquery.tocify.js/
+ * Copyright (c) 2013 Greg Franko; Licensed MIT */
+
+// Immediately-Invoked Function Expression (IIFE) [Ben Alman Blog Post](http://benalman.com/news/2010/11/immediately-invoked-function-expression/) that calls another IIFE that contains all of the plugin logic.  I used this pattern so that anyone viewing this code would not have to scroll to the bottom of the page to view the local parameters that were passed to the main IIFE.
+(function(tocify) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    // Calls the second IIFE and locally passes in the global jQuery, window, and document objects
+    tocify(window.jQuery, window, document);
+
+  }
+
+  // Locally passes in `jQuery`, the `window` object, the `document` object, and an `undefined` variable.  The `jQuery`, `window` and `document` objects are passed in locally, to improve performance, since javascript first searches for a variable match within the local variables set before searching the global variables set.  All of the global variables are also passed in locally to be minifier friendly. `undefined` can be passed in locally, because it is not a reserved word in JavaScript.
+  (function($, window, document, undefined) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    var tocClassName = "tocify",
+      tocClass = "." + tocClassName,
+      tocFocusClassName = "tocify-focus",
+      tocHoverClassName = "tocify-hover",
+      hideTocClassName = "tocify-hide",
+      hideTocClass = "." + hideTocClassName,
+      headerClassName = "tocify-header",
+      headerClass = "." + headerClassName,
+      subheaderClassName = "tocify-subheader",
+      subheaderClass = "." + subheaderClassName,
+      itemClassName = "tocify-item",
+      itemClass = "." + itemClassName,
+      extendPageClassName = "tocify-extend-page",
+      extendPageClass = "." + extendPageClassName;
+
+    // Calling the jQueryUI Widget Factory Method
+    $.widget("toc.tocify", {
+
+      //Plugin version
+      version: "1.9.1",
+
+      // These options will be used as defaults
+      options: {
+
+        // **context**: Accepts String: Any jQuery selector
+        // The container element that holds all of the elements used to generate the table of contents
+        context: "body",
+
+        // **ignoreSelector**: Accepts String: Any jQuery selector
+        // A selector to any element that would be matched by selectors that you wish to be ignored
+        ignoreSelector: null,
+
+        // **selectors**: Accepts an Array of Strings: Any jQuery selectors
+        // The element's used to generate the table of contents.  The order is very important since it will determine the table of content's nesting structure
+        selectors: "h1, h2, h3",
+
+        // **showAndHide**: Accepts a boolean: true or false
+        // Used to determine if elements should be shown and hidden
+        showAndHide: true,
+
+        // **showEffect**: Accepts String: "none", "fadeIn", "show", or "slideDown"
+        // Used to display any of the table of contents nested items
+        showEffect: "slideDown",
+
+        // **showEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the show animation
+        showEffectSpeed: "medium",
+
+        // **hideEffect**: Accepts String: "none", "fadeOut", "hide", or "slideUp"
+        // Used to hide any of the table of contents nested items
+        hideEffect: "slideUp",
+
+        // **hideEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the hide animation
+        hideEffectSpeed: "medium",
+
+        // **smoothScroll**: Accepts a boolean: true or false
+        // Determines if a jQuery animation should be used to scroll to specific table of contents items on the page
+        smoothScroll: true,
+
+        // **smoothScrollSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the smoothScroll animation
+        smoothScrollSpeed: "medium",
+
+        // **scrollTo**: Accepts Number (pixels)
+        // The amount of space between the top of page and the selected table of contents item after the page has been scrolled
+        scrollTo: 0,
+
+        // **showAndHideOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be shown and hidden while scrolling
+        showAndHideOnScroll: true,
+
+        // **highlightOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be highlighted (set to a different color) while scrolling
+        highlightOnScroll: true,
+
+        // **highlightOffset**: Accepts a number
+        // The offset distance in pixels to trigger the next active table of contents item
+        highlightOffset: 40,
+
+        // **theme**: Accepts a string: "bootstrap", "jqueryui", or "none"
+        // Determines if Twitter Bootstrap, jQueryUI, or Tocify classes should be added to the table of contents
+        theme: "bootstrap",
+
+        // **extendPage**: Accepts a boolean: true or false
+        // If a user scrolls to the bottom of the page and the page is not tall enough to scroll to the last table of contents item, then the page height is increased
+        extendPage: true,
+
+        // **extendPageOffset**: Accepts a number: pixels
+        // How close to the bottom of the page a user must scroll before the page is extended
+        extendPageOffset: 100,
+
+        // **history**: Accepts a boolean: true or false
+        // Adds a hash to the page url to maintain history
+        history: true,
+
+        // **scrollHistory**: Accepts a boolean: true or false
+        // Adds a hash to the page url, to maintain history, when scrolling to a TOC item
+        scrollHistory: false,
+
+        // **hashGenerator**: How the hash value (the anchor segment of the URL, following the
+        // # character) will be generated.
+        //
+        // "compact" (default) - #CompressesEverythingTogether
+        // "pretty" - #looks-like-a-nice-url-and-is-easily-readable
+        // function(text, element){} - Your own hash generation function that accepts the text as an
+        // argument, and returns the hash value.
+        hashGenerator: "compact",
+
+        // **highlightDefault**: Accepts a boolean: true or false
+        // Set's the first TOC item as active if no other TOC item is active.
+        highlightDefault: true
+
+      },
+
+      // _Create
+      // -------
+      //      Constructs the plugin.  Only called once.
+      _create: function() {
+
+        var self = this;
+
+        self.extendPageScroll = true;
+
+        // Internal array that keeps track of all TOC items (Helps to recognize if there are duplicate TOC item strings)
+        self.items = [];
+
+        // Generates the HTML for the dynamic table of contents
+        self._generateToc();
+
+        // Adds CSS classes to the newly generated table of contents HTML
+        self._addCSSClasses();
+
+        self.webkit = (function() {
+
+          for (var prop in window) {
+
+            if (prop) {
+
+              if (prop.toLowerCase().indexOf("webkit") !== -1) {
+
+                return true;
+
+              }
+
+            }
+
+          }
+
+          return false;
+
+        }());
+
+        // Adds jQuery event handlers to the newly generated table of contents
+        self._setEventHandlers();
+
+        // Binding to the Window load event to make sure the correct scrollTop is calculated
+        $(window).on("load", function() {
+
+          // Sets the active TOC item
+          self._setActiveElement(true);
+
+          // Once all animations on the page are complete, this callback function will be called
+          $("html, body").promise().done(function() {
+
+            setTimeout(function() {
+
+              self.extendPageScroll = false;
+
+            }, 0);
+
+          });
+
+        });
+
+      },
+
+      // _generateToc
+      // ------------
+      //      Generates the HTML for the dynamic table of contents
+      _generateToc: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // All of the HTML tags found within the context provided (i.e. body) that match the top level jQuery selector above
+          firstElem,
+
+          // Instantiated variable that will store the top level newly created unordered list DOM element
+          ul,
+          ignoreSelector = self.options.ignoreSelector;
+
+
+        // Determine the element to start the toc with
+        // get all the top level selectors
+        firstElem = [];
+        var selectors = this.options.selectors.replace(/ /g, "").split(",");
+        // find the first set that have at least one non-ignored element
+        for(var i = 0; i < selectors.length; i++) {
+          var foundSelectors = $(this.options.context).find(selectors[i]);
+          for (var s = 0; s < foundSelectors.length; s++) {
+            if (!$(foundSelectors[s]).is(ignoreSelector)) {
+              firstElem = foundSelectors;
+              break;
+            }
+          }
+          if (firstElem.length> 0)
+            break;
+        }
+
+        if (!firstElem.length) {
+
+          self.element.addClass(hideTocClassName);
+
+          return;
+
+        }
+
+        self.element.addClass(tocClassName);
+
+        // Loops through each top level selector
+        firstElem.each(function(index) {
+
+          //If the element matches the ignoreSelector then we skip it
+          if ($(this).is(ignoreSelector)) {
+            return;
+          }
+
+          // Creates an unordered list HTML element and adds a dynamic ID and standard class name
+          ul = $("<ul/>", {
+            "id": headerClassName + index,
+            "class": headerClassName
+          }).
+
+          // Appends a top level list item HTML element to the previously created HTML header
+          append(self._nestElements($(this), index));
+
+          // Add the created unordered list element to the HTML element calling the plugin
+          self.element.append(ul);
+
+          // Finds all of the HTML tags between the header and subheader elements
+          $(this).nextUntil(this.nodeName.toLowerCase()).each(function() {
+
+            // If there are no nested subheader elemements
+            if ($(this).find(self.options.selectors).length === 0) {
+
+              // Loops through all of the subheader elements
+              $(this).filter(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+            // If there are nested subheader elements
+            else {
+
+              // Loops through all of the subheader elements
+              $(this).find(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+          });
+
+        });
+
+      },
+
+      _setActiveElement: function(pageload) {
+
+        var self = this,
+
+          hash = window.location.hash.substring(1),
+
+          elem = self.element.find('li[data-unique="' + hash + '"]');
+
+        if (hash.length) {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          elem.addClass(self.focusClass);
+
+          // Triggers the click event on the currently focused TOC item
+          elem.click();
+
+        } else {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          if (!hash.length && pageload && self.options.highlightDefault) {
+
+            // Highlights the first TOC item if no other items are highlighted
+            self.element.find(itemClass).first().addClass(self.focusClass);
+
+          }
+
+        }
+
+        return self;
+
+      },
+
+      // _nestElements
+      // -------------
+      //      Helps create the table of contents list by appending nested list items
+      _nestElements: function(self, index) {
+
+        var arr, item, hashValue;
+
+        arr = $.grep(this.items, function(item) {
+
+          return item === self.text();
+
+        });
+
+        // If there is already a duplicate TOC item
+        if (arr.length) {
+
+          // Adds the current TOC item text and index (for slight randomization) to the internal array
+          this.items.push(self.text() + index);
+
+        }
+
+        // If there not a duplicate TOC item
+        else {
+
+          // Adds the current TOC item text to the internal array
+          this.items.push(self.text());
+
+        }
+
+        hashValue = this._generateHashValue(arr, self, index);
+
+        // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+        item = $("<li/>", {
+
+          // Sets a common class name to the list item
+          "class": itemClassName,
+
+          "data-unique": hashValue
+
+        });
+
+        if (this.options.theme !== "bootstrap3") {
+
+          item.append($("<a/>", {
+
+            "html": self.html()
+
+          }));
+
+        } else {
+
+          item.html(self.html());
+
+        }
+
+        // Adds an HTML anchor tag before the currently traversed HTML element
+        self.before($("<div/>", {
+
+          // Sets a name attribute on the anchor tag to the text of the currently traversed HTML element (also making sure that all whitespace is replaced with an underscore)
+          "name": hashValue,
+
+          "data-unique": hashValue
+
+        }));
+
+        return item;
+
+      },
+
+      // _generateHashValue
+      // ------------------
+      //      Generates the hash value that will be used to refer to each item.
+      _generateHashValue: function(arr, self, index) {
+
+        var hashValue = "",
+          hashGeneratorOption = this.options.hashGenerator;
+
+        if (hashGeneratorOption === "pretty") {
+
+          // prettify the text
+          hashValue = self.text().toLowerCase().replace(/\s/g, "-");
+
+          // fix double hyphens
+          while (hashValue.indexOf("--") > -1) {
+            hashValue = hashValue.replace(/--/g, "-");
+          }
+
+          // fix colon-space instances
+          while (hashValue.indexOf(":-") > -1) {
+            hashValue = hashValue.replace(/:-/g, "-");
+          }
+
+        } else if (typeof hashGeneratorOption === "function") {
+
+          // call the function
+          hashValue = hashGeneratorOption(self.text(), self);
+
+        } else {
+
+          // compact - the default
+          hashValue = self.text().replace(/\s/g, "");
+
+        }
+
+        // add the index if we need to
+        if (arr.length) {
+          hashValue += "" + index;
+        }
+
+        // return the value
+        return hashValue;
+
+      },
+
+      // _appendElements
+      // ---------------
+      //      Helps create the table of contents list by appending subheader elements
+
+      _appendSubheaders: function(self, ul) {
+
+        // The current element index
+        var index = $(this).index(self.options.selectors),
+
+          // Finds the previous header DOM element
+          previousHeader = $(self.options.selectors).eq(index - 1),
+
+          currentTagName = +$(this).prop("tagName").charAt(1),
+
+          previousTagName = +previousHeader.prop("tagName").charAt(1),
+
+          lastSubheader;
+
+        // If the current header DOM element is smaller than the previous header DOM element or the first subheader
+        if (currentTagName < previousTagName) {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          self.element.find(subheaderClass + "[data-tag=" + currentTagName + "]").last().append(self._nestElements($(this), index));
+
+        }
+
+        // If the current header DOM element is the same type of header(eg. h4) as the previous header DOM element
+        else if (currentTagName === previousTagName) {
+
+          ul.find(itemClass).last().after(self._nestElements($(this), index));
+
+        } else {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          ul.find(itemClass).last().
+
+          // Appends an unorderedList HTML element to the dynamic `unorderedList` variable and sets a common class name
+          after($("<ul/>", {
+
+            "class": subheaderClassName,
+
+            "data-tag": currentTagName
+
+          })).next(subheaderClass).
+
+          // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+          append(self._nestElements($(this), index));
+        }
+
+      },
+
+      // _setEventHandlers
+      // ----------------
+      //      Adds jQuery event handlers to the newly generated table of contents
+      _setEventHandlers: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // Instantiates a new variable that will be used to hold a specific element's context
+          $self,
+
+          // Instantiates a new variable that will be used to determine the smoothScroll animation time duration
+          duration;
+
+        // Event delegation that looks for any clicks on list item elements inside of the HTML element calling the plugin
+        this.element.on("click.tocify", "li", function(event) {
+
+          if (self.options.history) {
+
+            window.location.hash = $(this).attr("data-unique");
+
+          }
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          $(this).addClass(self.focusClass);
+
+          // If the showAndHide option is true
+          if (self.options.showAndHide) {
+
+            var elem = $('li[data-unique="' + $(this).attr("data-unique") + '"]');
+
+            self._triggerShow(elem);
+
+          }
+
+          self._scrollTo($(this));
+
+        });
+
+        // Mouseenter and Mouseleave event handlers for the list item's within the HTML element calling the plugin
+        this.element.find("li").on({
+
+          // Mouseenter event handler
+          "mouseenter.tocify": function() {
+
+            // Adds a hover CSS class to the current list item
+            $(this).addClass(self.hoverClass);
+
+            // Makes sure the cursor is set to the pointer icon
+            $(this).css("cursor", "pointer");
+
+          },
+
+          // Mouseleave event handler
+          "mouseleave.tocify": function() {
+
+            if (self.options.theme !== "bootstrap") {
+
+              // Removes the hover CSS class from the current list item
+              $(this).removeClass(self.hoverClass);
+
+            }
+
+          }
+        });
+
+        // only attach handler if needed (expensive in IE)
+        if (self.options.extendPage || self.options.highlightOnScroll || self.options.scrollHistory || self.options.showAndHideOnScroll) {
+          // Window scroll event handler
+          $(window).on("scroll.tocify", function() {
+
+            // Once all animations on the page are complete, this callback function will be called
+            $("html, body").promise().done(function() {
+
+              // Local variables
+
+              // Stores how far the user has scrolled
+              var winScrollTop = $(window).scrollTop(),
+
+                // Stores the height of the window
+                winHeight = $(window).height(),
+
+                // Stores the height of the document
+                docHeight = $(document).height(),
+
+                scrollHeight = $("body")[0].scrollHeight,
+
+                // Instantiates a variable that will be used to hold a selected HTML element
+                elem,
+
+                lastElem,
+
+                lastElemOffset,
+
+                currentElem;
+
+              if (self.options.extendPage) {
+
+                // If the user has scrolled to the bottom of the page and the last toc item is not focused
+                if ((self.webkit && winScrollTop >= scrollHeight - winHeight - self.options.extendPageOffset) || (!self.webkit && winHeight + winScrollTop > docHeight - self.options.extendPageOffset)) {
+
+                  if (!$(extendPageClass).length) {
+
+                    lastElem = $('div[data-unique="' + $(itemClass).last().attr("data-unique") + '"]');
+
+                    if (!lastElem.length) return;
+
+                    // Gets the top offset of the page header that is linked to the last toc item
+                    lastElemOffset = lastElem.offset().top;
+
+                    // Appends a div to the bottom of the page and sets the height to the difference of the window scrollTop and the last element's position top offset
+                    $(self.options.context).append($("<div/>", {
+
+                      "class": extendPageClassName,
+
+                      "height": Math.abs(lastElemOffset - winScrollTop) + "px",
+
+                      "data-unique": extendPageClassName
+
+                    }));
+
+                    if (self.extendPageScroll) {
+
+                      currentElem = self.element.find('li.' + self.focusClass);
+
+                      self._scrollTo($('div[data-unique="' + currentElem.attr("data-unique") + '"]'));
+
+                    }
+
+                  }
+
+                }
+
+              }
+
+              // The zero timeout ensures the following code is run after the scroll events
+              setTimeout(function() {
+
+                // _Local variables_
+
+                // Stores the distance to the closest anchor
+                var closestAnchorDistance = null,
+
+                  // Stores the index of the closest anchor
+                  closestAnchorIdx = null,
+
+                  // Keeps a reference to all anchors
+                  anchors = $(self.options.context).find("div[data-unique]"),
+
+                  anchorText;
+
+                // Determines the index of the closest anchor
+                anchors.each(function(idx) {
+                  var distance = Math.abs(($(this).next().length ? $(this).next() : $(this)).offset().top - winScrollTop - self.options.highlightOffset);
+                  if (closestAnchorDistance == null || distance < closestAnchorDistance) {
+                    closestAnchorDistance = distance;
+                    closestAnchorIdx = idx;
+                  } else {
+                    return false;
+                  }
+                });
+
+                anchorText = $(anchors[closestAnchorIdx]).attr("data-unique");
+
+                // Stores the list item HTML element that corresponds to the currently traversed anchor tag
+                elem = $('li[data-unique="' + anchorText + '"]');
+
+                // If the `highlightOnScroll` option is true and a next element is found
+                if (self.options.highlightOnScroll && elem.length) {
+
+                  // Removes highlighting from all of the list item's
+                  self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+                  // Highlights the corresponding list item
+                  elem.addClass(self.focusClass);
+
+                }
+
+                if (self.options.scrollHistory) {
+
+                  if (window.location.hash !== "#" + anchorText) {
+
+                    window.location.replace("#" + anchorText);
+
+                  }
+                }
+
+                // If the `showAndHideOnScroll` option is true
+                if (self.options.showAndHideOnScroll && self.options.showAndHide) {
+
+                  self._triggerShow(elem, true);
+
+                }
+
+              }, 0);
+
+            });
+
+          });
+        }
+
+      },
+
+      // Show
+      // ----
+      //      Opens the current sub-header
+      show: function(elem, scroll) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this,
+          element = elem;
+
+        // If the sub-header is not already visible
+        if (!elem.is(":visible")) {
+
+          // If the current element does not have any nested subheaders, is not a header, and its parent is not visible
+          if (!elem.find(subheaderClass).length && !elem.parent().is(headerClass) && !elem.parent().is(":visible")) {
+
+            // Sets the current element to all of the subheaders within the current header
+            elem = elem.parents(subheaderClass).add(elem);
+
+          }
+
+          // If the current element does not have any nested subheaders and is not a header
+          else if (!elem.children(subheaderClass).length && !elem.parent().is(headerClass)) {
+
+            // Sets the current element to the closest subheader
+            elem = elem.closest(subheaderClass);
+
+          }
+
+          //Determines what jQuery effect to use
+          switch (self.options.showEffect) {
+
+            //Uses `no effect`
+            case "none":
+
+              elem.show();
+
+              break;
+
+              //Uses the jQuery `show` special effect
+            case "show":
+
+              elem.show(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `slideDown` special effect
+            case "slideDown":
+
+              elem.slideDown(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `fadeIn` special effect
+            case "fadeIn":
+
+              elem.fadeIn(self.options.showEffectSpeed);
+
+              break;
+
+              //If none of the above options were passed, then a `jQueryUI show effect` is expected
+            default:
+
+              elem.show();
+
+              break;
+
+          }
+
+        }
+
+        // If the current subheader parent element is a header
+        if (elem.parent().is(headerClass)) {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem));
+
+        }
+
+        // If the current subheader parent element is not a header
+        else {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem.closest(headerClass).find(subheaderClass).not(elem.siblings())));
+
+        }
+
+        // Maintains chainablity
+        return self;
+
+      },
+
+      // Hide
+      // ----
+      //      Closes the current sub-header
+      hide: function(elem) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this;
+
+        //Determines what jQuery effect to use
+        switch (self.options.hideEffect) {
+
+          // Uses `no effect`
+          case "none":
+
+            elem.hide();
+
+            break;
+
+            // Uses the jQuery `hide` special effect
+          case "hide":
+
+            elem.hide(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `slideUp` special effect
+          case "slideUp":
+
+            elem.slideUp(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `fadeOut` special effect
+          case "fadeOut":
+
+            elem.fadeOut(self.options.hideEffectSpeed);
+
+            break;
+
+            // If none of the above options were passed, then a `jqueryUI hide effect` is expected
+          default:
+
+            elem.hide();
+
+            break;
+
+        }
+
+        // Maintains chainablity
+        return self;
+      },
+
+      // _triggerShow
+      // ------------
+      //      Determines what elements get shown on scroll and click
+      _triggerShow: function(elem, scroll) {
+
+        var self = this;
+
+        // If the current element's parent is a header element or the next element is a nested subheader element
+        if (elem.parent().is(headerClass) || elem.next().is(subheaderClass)) {
+
+          // Shows the next sub-header element
+          self.show(elem.next(subheaderClass), scroll);
+
+        }
+
+        // If the current element's parent is a subheader element
+        else if (elem.parent().is(subheaderClass)) {
+
+          // Shows the parent sub-header element
+          self.show(elem.parent(), scroll);
+
+        }
+
+        // Maintains chainability
+        return self;
+
+      },
+
+      // _addCSSClasses
+      // --------------
+      //      Adds CSS classes to the newly generated table of contents HTML
+      _addCSSClasses: function() {
+
+        // If the user wants a jqueryUI theme
+        if (this.options.theme === "jqueryui") {
+
+          this.focusClass = "ui-state-default";
+
+          this.hoverClass = "ui-state-hover";
+
+          //Adds the default styling to the dropdown list
+          this.element.addClass("ui-widget").find(".toc-title").addClass("ui-widget-header").end().find("li").addClass("ui-widget-content");
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("nav nav-list");
+
+          this.focusClass = "active";
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap3") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("list-group");
+
+          this.element.find(itemClass).addClass("list-group-item");
+
+          this.focusClass = "active";
+
+        }
+
+        // If a user does not want a prebuilt theme
+        else {
+
+          // Adds more neutral classes (instead of jqueryui)
+
+          this.focusClass = tocFocusClassName;
+
+          this.hoverClass = tocHoverClassName;
+
+        }
+
+        //Maintains chainability
+        return this;
+
+      },
+
+      // setOption
+      // ---------
+      //      Sets a single Tocify option after the plugin is invoked
+      setOption: function() {
+
+        // Calls the jQueryUI Widget Factory setOption method
+        $.Widget.prototype._setOption.apply(this, arguments);
+
+      },
+
+      // setOptions
+      // ----------
+      //      Sets a single or multiple Tocify options after the plugin is invoked
+      setOptions: function() {
+
+        // Calls the jQueryUI Widget Factory setOptions method
+        $.Widget.prototype._setOptions.apply(this, arguments);
+
+      },
+
+      // _scrollTo
+      // ---------
+      //      Scrolls to a specific element
+      _scrollTo: function(elem) {
+
+        var self = this,
+          duration = self.options.smoothScroll || 0,
+          scrollTo = self.options.scrollTo,
+          currentDiv = $('div[data-unique="' + elem.attr("data-unique") + '"]');
+
+        if (!currentDiv.length) {
+
+          return self;
+
+        }
+
+        // Once all animations on the page are complete, this callback function will be called
+        $("html, body").promise().done(function() {
+
+          // Animates the html and body element scrolltops
+          $("html, body").animate({
+
+            // Sets the jQuery `scrollTop` to the top offset of the HTML div tag that matches the current list item's `data-unique` tag
+            "scrollTop": currentDiv.offset().top - ($.isFunction(scrollTo) ? scrollTo.call() : scrollTo) + "px"
+
+          }, {
+
+            // Sets the smoothScroll animation time duration to the smoothScrollSpeed option
+            "duration": duration
+
+          });
+
+        });
+
+        // Maintains chainability
+        return self;
+
+      }
+
+    });
+
+  })); //end of plugin
+</script>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<style type="text/css">.hljs-literal {
+color: #990073;
+}
+.hljs-number {
+color: #099;
+}
+.hljs-comment {
+color: #998;
+font-style: italic;
+}
+.hljs-keyword {
+color: #900;
+font-weight: bold;
+}
+.hljs-string {
+color: #d14;
+}
+</style>
+<script src="data:application/javascript;base64,/*! highlight.js v9.12.0 | BSD3 License | git.io/hljslicense */
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+        // iii. Call the DefineOwnProperty internal method of A with arguments
+        // Pk, Property Descriptor
+        // { Value: mappedValue,
+        //   Writable: true,
+        //   Enumerable: true,
+        //   Configurable: true },
+        // and false.
+
+        // In browsers that support Object.defineProperty, use the following:
+        // Object.defineProperty(A, k, {
+        //   value: mappedValue,
+        //   writable: true,
+        //   enumerable: true,
+        //   configurable: true
+        // });
+
+        // For best browser support, use the following:
+        A[k] = mappedValue;
+      }
+      // d. Increase k by 1.
+      k++;
+    }
+
+    // 9. return A
+    return A;
+  };
+}
+
+var PagedTable = function (pagedTable) {
+  var me = this;
+
+  var source = function(pagedTable) {
+    var sourceElems = [].slice.call(pagedTable.children).filter(function(e) {
+      return e.hasAttribute("data-pagedtable-source");
+    });
+
+    if (sourceElems === null || sourceElems.length !== 1) {
+      throw("A single data-pagedtable-source was not found");
+    }
+
+    return JSON.parse(sourceElems[0].innerHTML);
+  }(pagedTable);
+
+  var options = function(source) {
+    var options = typeof(source.options) !== "undefined" &&
+      source.options !== null ? source.options : {};
+
+    var columns = typeof(options.columns) !== "undefined" ? options.columns : {};
+    var rows = typeof(options.rows) !== "undefined" ? options.rows : {};
+
+    var positiveIntOrNull = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : null;
+    };
+
+    return {
+      pages: positiveIntOrNull(options.pages),
+      rows: {
+        min: positiveIntOrNull(rows.min),
+        max: positiveIntOrNull(rows.max),
+        total: positiveIntOrNull(rows.total)
+      },
+      columns: {
+        min: positiveIntOrNull(columns.min),
+        max: positiveIntOrNull(columns.max),
+        total: positiveIntOrNull(columns.total)
+      }
+    };
+  }(source);
+
+  var Measurer = function() {
+
+    // set some default initial values that will get adjusted in runtime
+    me.measures = {
+      padding: 12,
+      character: 8,
+      height: 15,
+      defaults: true
+    };
+
+    me.calculate = function(measuresCell) {
+      if (!me.measures.defaults)
+        return;
+
+      var measuresCellStyle = window.getComputedStyle(measuresCell, null);
+
+      var newPadding = parsePadding(measuresCellStyle.paddingLeft) +
+            parsePadding(measuresCellStyle.paddingRight);
+
+      var sampleString = "ABCDEFGHIJ0123456789";
+      var newCharacter = Math.ceil(measuresCell.clientWidth / sampleString.length);
+
+      if (newPadding <= 0 || newCharacter <= 0)
+        return;
+
+      me.measures.padding = newPadding;
+      me.measures.character = newCharacter;
+      me.measures.height = measuresCell.clientHeight;
+      me.measures.defaults = false;
+    };
+
+    return me;
+  };
+
+  var Page = function(data, options) {
+    var me = this;
+
+    var defaults = {
+      max: 7,
+      rows: 10
+    };
+
+    var totalPages = function() {
+      return Math.ceil(data.length / me.rows);
+    };
+
+    me.number = 0;
+    me.max = options.pages !== null ? options.pages : defaults.max;
+    me.visible = me.max;
+    me.rows = options.rows.min !== null ? options.rows.min : defaults.rows;
+    me.total = totalPages();
+
+    me.setRows = function(newRows) {
+      me.rows = newRows;
+      me.total = totalPages();
+    };
+
+    me.setPageNumber = function(newPageNumber) {
+      if (newPageNumber < 0) newPageNumber = 0;
+      if (newPageNumber >= me.total) newPageNumber = me.total - 1;
+
+      me.number = newPageNumber;
+    };
+
+    me.setVisiblePages = function(visiblePages) {
+      me.visible = Math.min(me.max, visiblePages);
+      me.setPageNumber(me.number);
+    };
+
+    me.getVisiblePageRange = function() {
+      var start = me.number - Math.max(Math.floor((me.visible - 1) / 2), 0);
+      var end = me.number + Math.floor(me.visible / 2) + 1;
+      var pageCount = me.total;
+
+      if (start < 0) {
+        var diffToStart = 0 - start;
+        start += diffToStart;
+        end += diffToStart;
+      }
+
+      if (end > pageCount) {
+        var diffToEnd = end - pageCount;
+        start -= diffToEnd;
+        end -= diffToEnd;
+      }
+
+      start = start < 0 ? 0 : start;
+      end = end >= pageCount ? pageCount : end;
+
+      var first = false;
+      var last = false;
+
+      if (start > 0 && me.visible > 1) {
+        start = start + 1;
+        first = true;
+      }
+
+      if (end < pageCount && me.visible > 2) {
+        end = end - 1;
+        last = true;
+      }
+
+      return {
+        first: first,
+        start: start,
+        end: end,
+        last: last
+      };
+    };
+
+    me.getRowStart = function() {
+      var rowStart = page.number * page.rows;
+      if (rowStart < 0)
+        rowStart = 0;
+
+      return rowStart;
+    };
+
+    me.getRowEnd = function() {
+      var rowStart = me.getRowStart();
+      return Math.min(rowStart + me.rows, data.length);
+    };
+
+    me.getPaddingRows = function() {
+      var rowStart = me.getRowStart();
+      var rowEnd = me.getRowEnd();
+      return data.length > me.rows ? me.rows - (rowEnd - rowStart) : 0;
+    };
+  };
+
+  var Columns = function(data, columns, options) {
+    var me = this;
+
+    me.defaults = {
+      min: 5
+    };
+
+    me.number = 0;
+    me.visible = 0;
+    me.total = columns.length;
+    me.subset = [];
+    me.padding = 0;
+    me.min = options.columns.min !== null ? options.columns.min : me.defaults.min;
+    me.max = options.columns.max !== null ? options.columns.max : null;
+    me.widths = {};
+
+    var widthsLookAhead = Math.max(100, options.rows.min);
+    var paddingColChars = 10;
+
+    me.emptyNames = function() {
+      columns.forEach(function(column) {
+        if (columns.label !== null && columns.label !== "")
+          return false;
+      });
+
+      return true;
+    };
+
+    var parsePadding = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : 0;
+    };
+
+    me.calculateWidths = function(measures) {
+      columns.forEach(function(column) {
+        var maxChars = Math.max(
+          column.label.toString().length,
+          column.type.toString().length
+        );
+
+        for (var idxRow = 0; idxRow < Math.min(widthsLookAhead, data.length); idxRow++) {
+          maxChars = Math.max(maxChars, data[idxRow][column.name.toString()].length);
+        }
+
+        me.widths[column.name] = {
+          // width in characters
+          chars: maxChars,
+          // width for the inner html columns
+          inner: maxChars * measures.character,
+          // width adding outer styles like padding
+          outer: maxChars * measures.character + measures.padding
+        };
+      });
+    };
+
+    me.getWidth = function() {
+      var widthOuter = 0;
+      for (var idxCol = 0; idxCol < me.subset.length; idxCol++) {
+        var columnName = me.subset[idxCol].name;
+        widthOuter = widthOuter + me.widths[columnName].outer;
+      }
+
+      widthOuter = widthOuter + me.padding * paddingColChars * measurer.measures.character;
+
+      if (me.hasMoreLeftColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      if (me.hasMoreRightColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      return widthOuter;
+    };
+
+    me.updateSlice = function() {
+      if (me.number + me.visible >= me.total)
+        me.number = me.total - me.visible;
+
+      if (me.number < 0) me.number = 0;
+
+      me.subset = columns.slice(me.number, Math.min(me.number + me.visible, me.total));
+
+      me.subset = me.subset.map(function(column) {
+        Object.keys(column).forEach(function(colKey) {
+          column[colKey] = column[colKey] === null ? "" : column[colKey].toString();
+        });
+
+        column.width = null;
+        return column;
+      });
+    };
+
+    me.setVisibleColumns = function(columnNumber, newVisibleColumns, paddingCount) {
+      me.number = columnNumber;
+      me.visible = newVisibleColumns;
+      me.padding = paddingCount;
+
+      me.updateSlice();
+    };
+
+    me.incColumnNumber = function(increment) {
+      me.number = me.number + increment;
+    };
+
+    me.setColumnNumber = function(newNumber) {
+      me.number = newNumber;
+    };
+
+    me.setPaddingCount = function(newPadding) {
+      me.padding = newPadding;
+    };
+
+    me.getPaddingCount = function() {
+      return me.padding;
+    };
+
+    me.hasMoreLeftColumns = function() {
+      return me.number > 0;
+    };
+
+    me.hasMoreRightColumns = function() {
+      return me.number + me.visible < me.total;
+    };
+
+    me.updateSlice(0);
+    return me;
+  };
+
+  var data = source.data;
+  var page = new Page(data, options);
+  var measurer = new Measurer(data, options);
+  var columns = new Columns(data, source.columns, options);
+
+  var table = null;
+  var tableDiv = null;
+  var header = null;
+  var footer = null;
+  var tbody = null;
+
+  // Caches pagedTable.clientWidth, specially for webkit
+  var cachedPagedTableClientWidth = null;
+
+  var onChangeCallbacks = [];
+
+  var clearSelection = function() {
+    if(document.selection && document.selection.empty) {
+      document.selection.empty();
+    } else if(window.getSelection) {
+      var sel = window.getSelection();
+      sel.removeAllRanges();
+    }
+  };
+
+  var columnNavigationWidthPX = 5;
+
+  var renderColumnNavigation = function(increment, backwards) {
+    var arrow = document.createElement("div");
+    arrow.setAttribute("style",
+      "border-top: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-bottom: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-" + (backwards ? "right" : "left") + ": " + columnNavigationWidthPX + "px solid;");
+
+    var header = document.createElement("th");
+    header.appendChild(arrow);
+    header.setAttribute("style",
+      "cursor: pointer;" +
+      "vertical-align: middle;" +
+      "min-width: " + columnNavigationWidthPX + "px;" +
+      "width: " + columnNavigationWidthPX + "px;");
+
+    header.onclick = function() {
+      columns.incColumnNumber(backwards ? -1 : increment);
+
+      me.animateColumns(backwards);
+      renderFooter();
+
+      clearSelection();
+      triggerOnChange();
+    };
+
+    return header;
+  };
+
+  var maxColumnWidth = function(width) {
+    var padding = 80;
+    var columnMax = Math.max(cachedPagedTableClientWidth - padding, 0);
+
+    return parseInt(width) > 0 ?
+      Math.min(columnMax, parseInt(width)) + "px" :
+      columnMax + "px";
+  };
+
+  var clearHeader = function() {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.innerHTML = "";
+  };
+
+  var renderHeader = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth;
+
+    var fragment = document.createDocumentFragment();
+
+    header = document.createElement("tr");
+    fragment.appendChild(header);
+
+    if (columns.number > 0)
+      header.appendChild(renderColumnNavigation(-columns.visible, true));
+
+    columns.subset = columns.subset.map(function(columnData) {
+      var column = document.createElement("th");
+      column.setAttribute("align", columnData.align);
+      column.style.textAlign = columnData.align;
+
+      column.style.maxWidth = maxColumnWidth(null);
+      if (columnData.width) {
+        column.style.minWidth =
+          column.style.maxWidth = maxColumnWidth(columnData.width);
+      }
+
+      var columnName = document.createElement("div");
+      columnName.setAttribute("class", "pagedtable-header-name");
+      if (columnData.label === "") {
+        columnName.innerHTML = "&nbsp;";
+      }
+      else {
+        columnName.appendChild(document.createTextNode(columnData.label));
+      }
+      column.appendChild(columnName);
+
+      var columnType = document.createElement("div");
+      columnType.setAttribute("class", "pagedtable-header-type");
+      if (columnData.type === "") {
+        columnType.innerHTML = "&nbsp;";
+      }
+      else {
+        columnType.appendChild(document.createTextNode("<" + columnData.type + ">"));
+      }
+      column.appendChild(columnType);
+
+      header.appendChild(column);
+
+      columnData.element = column;
+
+      return columnData;
+    });
+
+    for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+      var paddingCol = document.createElement("th");
+      paddingCol.setAttribute("class", "pagedtable-padding-col");
+      header.appendChild(paddingCol);
+    }
+
+    if (columns.number + columns.visible < columns.total)
+      header.appendChild(renderColumnNavigation(columns.visible, false));
+
+    if (typeof(clear) == "undefined" || clear) clearHeader();
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.appendChild(fragment);
+  };
+
+  me.animateColumns = function(backwards) {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+
+    var headerOld = thead.querySelectorAll("tr")[0];
+    var tbodyOld = table.querySelectorAll("tbody")[0];
+
+    me.fitColumns(backwards);
+
+    renderHeader(false);
+
+    header.style.opacity = "0";
+    header.style.transform = backwards ? "translateX(-30px)" : "translateX(30px)";
+    header.style.transition = "transform 200ms linear, opacity 200ms";
+    header.style.transitionDelay = "0";
+
+    renderBody(false);
+
+    if (headerOld) {
+      headerOld.style.position = "absolute";
+      headerOld.style.transform = "translateX(0px)";
+      headerOld.style.opacity = "1";
+      headerOld.style.transition = "transform 100ms linear, opacity 100ms";
+      headerOld.setAttribute("class", "pagedtable-remove-head");
+      if (headerOld.style.transitionEnd) {
+        headerOld.addEventListener("transitionend", function() {
+          var headerOldByClass = thead.querySelector(".pagedtable-remove-head");
+          if (headerOldByClass) thead.removeChild(headerOldByClass);
+        });
+      }
+      else {
+        thead.removeChild(headerOld);
+      }
+    }
+
+    if (tbodyOld) table.removeChild(tbodyOld);
+
+    tbody.style.opacity = "0";
+    tbody.style.transition = "transform 200ms linear, opacity 200ms";
+    tbody.style.transitionDelay = "0ms";
+
+    // force relayout
+    window.getComputedStyle(header).opacity;
+    window.getComputedStyle(tbody).opacity;
+
+    if (headerOld) {
+      headerOld.style.transform = backwards ? "translateX(20px)" : "translateX(-30px)";
+      headerOld.style.opacity = "0";
+    }
+
+    header.style.transform = "translateX(0px)";
+    header.style.opacity = "1";
+
+    tbody.style.opacity = "1";
+  }
+
+  me.onChange = function(callback) {
+    onChangeCallbacks.push(callback);
+  };
+
+  var triggerOnChange = function() {
+    onChangeCallbacks.forEach(function(onChange) {
+      onChange();
+    });
+  };
+
+  var clearBody = function() {
+    if (tbody) {
+      table.removeChild(tbody);
+      tbody = null;
+    }
+  };
+
+  var renderBody = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth
+
+    var fragment = document.createDocumentFragment();
+
+    var pageData = data.slice(page.getRowStart(), page.getRowEnd());
+
+    pageData.forEach(function(dataRow, idxRow) {
+      var htmlRow = document.createElement("tr");
+      htmlRow.setAttribute("class", (idxRow % 2 !==0) ? "even" : "odd");
+
+      if (columns.hasMoreLeftColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      columns.subset.forEach(function(columnData) {
+        var cellName = columnData.name;
+        var dataCell = dataRow[cellName];
+        var htmlCell = document.createElement("td");
+
+        if (dataCell === "NA") htmlCell.setAttribute("class", "pagedtable-na-cell");
+        if (dataCell === "__NA__") dataCell = "NA";
+
+        var cellText = document.createTextNode(dataCell);
+        htmlCell.appendChild(cellText);
+        if (dataCell.length > 50) {
+          htmlCell.setAttribute("title", dataCell);
+        }
+        htmlCell.setAttribute("align", columnData.align);
+        htmlCell.style.textAlign = columnData.align;
+        htmlCell.style.maxWidth = maxColumnWidth(null);
+        if (columnData.width) {
+          htmlCell.style.minWidth = htmlCell.style.maxWidth = maxColumnWidth(columnData.width);
+        }
+        htmlRow.appendChild(htmlCell);
+      });
+
+      for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+        var paddingCol = document.createElement("td");
+        paddingCol.setAttribute("class", "pagedtable-padding-col");
+        htmlRow.appendChild(paddingCol);
+      }
+
+      if (columns.hasMoreRightColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      fragment.appendChild(htmlRow);
+    });
+
+    for (var idxPadding = 0; idxPadding < page.getPaddingRows(); idxPadding++) {
+      var paddingRow = document.createElement("tr");
+
+      var paddingCellRow = document.createElement("td");
+      paddingCellRow.innerHTML = "&nbsp;";
+      paddingCellRow.setAttribute("colspan", "100%");
+      paddingRow.appendChild(paddingCellRow);
+
+      fragment.appendChild(paddingRow);
+    }
+
+    if (typeof(clear) == "undefined" || clear) clearBody();
+    tbody = document.createElement("tbody");
+    tbody.appendChild(fragment);
+
+    table.appendChild(tbody);
+  };
+
+  var getLabelInfo = function() {
+    var pageStart = page.getRowStart();
+    var pageEnd = page.getRowEnd();
+    var totalRows = data.length;
+
+    var totalRowsLabel = options.rows.total ? options.rows.total : totalRows;
+    var totalRowsLabelFormat = totalRowsLabel.toString().replace(/(\d)(?=(\d\d\d)+(?!\d))/g, '$1,');
+
+    var infoText = (pageStart + 1) + "-" + pageEnd + " of " + totalRowsLabelFormat + " rows";
+    if (totalRows < page.rows) {
+      infoText = totalRowsLabel + " row" + (totalRows != 1 ? "s" : "");
+    }
+    if (columns.total > columns.visible) {
+      var totalColumnsLabel = options.columns.total ? options.columns.total : columns.total;
+
+      infoText = infoText + " | " + (columns.number + 1) + "-" +
+        (Math.min(columns.number + columns.visible, columns.total)) +
+        " of " + totalColumnsLabel + " columns";
+    }
+
+    return infoText;
+  };
+
+  var clearFooter = function() {
+    footer = pagedTable.querySelectorAll("div.pagedtable-footer")[0];
+    footer.innerHTML = "";
+
+    return footer;
+  };
+
+  var createPageLink = function(idxPage) {
+    var pageLink = document.createElement("a");
+    pageLinkClass = idxPage === page.number ? "pagedtable-index pagedtable-index-current" : "pagedtable-index";
+    pageLink.setAttribute("class", pageLinkClass);
+    pageLink.setAttribute("data-page-index", idxPage);
+    pageLink.onclick = function() {
+      page.setPageNumber(parseInt(this.getAttribute("data-page-index")));
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+
+    pageLink.appendChild(document.createTextNode(idxPage + 1));
+
+    return pageLink;
+  }
+
+  var renderFooter = function() {
+    footer = clearFooter();
+
+    var next = document.createElement("a");
+    next.appendChild(document.createTextNode("Next"));
+    next.onclick = function() {
+      page.setPageNumber(page.number + 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(next);
+
+    var pageNumbers = document.createElement("div");
+    pageNumbers.setAttribute("class", "pagedtable-indexes");
+
+    var pageRange = page.getVisiblePageRange();
+
+    if (pageRange.first) {
+      var pageLink = createPageLink(0);
+      pageNumbers.appendChild(pageLink);
+
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-left");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+    }
+
+    for (var idxPage = pageRange.start; idxPage < pageRange.end; idxPage++) {
+      var pageLink = createPageLink(idxPage);
+
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (pageRange.last) {
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-right");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+
+      var pageLink = createPageLink(page.total - 1);
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (data.length > page.rows) footer.appendChild(pageNumbers);
+
+    var previous = document.createElement("a");
+    previous.appendChild(document.createTextNode("Previous"));
+    previous.onclick = function() {
+      page.setPageNumber(page.number - 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(previous);
+
+    var infoLabel = document.createElement("div");
+    infoLabel.setAttribute("class", "pagedtable-info");
+    infoLabel.setAttribute("title", getLabelInfo());
+    infoLabel.appendChild(document.createTextNode(getLabelInfo()));
+    footer.appendChild(infoLabel);
+
+    var enabledClass = "pagedtable-index-nav";
+    var disabledClass = "pagedtable-index-nav pagedtable-index-nav-disabled";
+    previous.setAttribute("class", page.number <= 0 ? disabledClass : enabledClass);
+    next.setAttribute("class", (page.number + 1) * page.rows >= data.length ? disabledClass : enabledClass);
+  };
+
+  var measuresCell = null;
+
+  var renderMeasures = function() {
+    var measuresTable = document.createElement("table");
+    measuresTable.style.visibility = "hidden";
+    measuresTable.style.position = "absolute";
+    measuresTable.style.whiteSpace = "nowrap";
+    measuresTable.style.height = "auto";
+    measuresTable.style.width = "auto";
+
+    var measuresRow = document.createElement("tr");
+    measuresTable.appendChild(measuresRow);
+
+    measuresCell = document.createElement("td");
+    var sampleString = "ABCDEFGHIJ0123456789";
+    measuresCell.appendChild(document.createTextNode(sampleString));
+
+    measuresRow.appendChild(measuresCell);
+
+    tableDiv.appendChild(measuresTable);
+  }
+
+  me.init = function() {
+    tableDiv = document.createElement("div");
+    pagedTable.appendChild(tableDiv);
+    var pagedTableClass = data.length > 0 ?
+      "pagedtable pagedtable-not-empty" :
+      "pagedtable pagedtable-empty";
+
+    if (columns.total == 0 || (columns.emptyNames() && data.length == 0)) {
+      pagedTableClass = pagedTableClass + " pagedtable-empty-columns";
+    }
+
+    tableDiv.setAttribute("class", pagedTableClass);
+
+    renderMeasures();
+    measurer.calculate(measuresCell);
+    columns.calculateWidths(measurer.measures);
+
+    table = document.createElement("table");
+    table.setAttribute("cellspacing", "0");
+    table.setAttribute("class", "table table-condensed");
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+</head>
+
+<body>
+
+
+<div class="container-fluid main-container">
+
+
+<!-- setup 3col/9col grid for toc_float and main content  -->
+<div class="row">
+<div class="col-xs-12 col-sm-4 col-md-3">
+<div id="TOC" class="tocify">
+</div>
+</div>
+
+<div class="toc-content col-xs-12 col-sm-8 col-md-9">
+
+
+
+
+<div id="header">
+
+
+
+<h1 class="title toc-ignore">Module 1 - Intro to R</h1>
+<h4 class="author">Loyal Goff</h4>
+<h4 class="date">2022-08-05</h4>
+
+</div>
+
+
+<pre class="r"><code># Import libraries here </code></pre>
+<div id="introduction" class="section level1">
+<h1>Introduction</h1>
+<p><Overview of module topic></p>
+</div>
+<div id="learning-objectives" class="section level1">
+<h1>Learning Objectives</h1>
+<p><List of learning objectives></p>
+</div>
+<div id="what-is-r" class="section level1">
+<h1>What is R?</h1>
+<div id="why-r" class="section level2">
+<h2>Why R?</h2>
+<p>R is inherently a quirky language, but exceptionally powerful and
+well suited to data science, and bioinformatics in particular. R is not
+the fastest or most memory efficient programming language, but there are
+several benefits that make this a solid choice for learning genomics
+data science.</p>
+<ul>
+<li>R is free and open source and widely available across a variety of
+computational platforms</li>
+<li>R (&amp; BioConductor) represent the efforts of an incredibly large,
+robust, and continually growing community dedicated to supporting and
+developing this language.</li>
+<li><a href="https://www.bioconductor.org">BioConductor</a> is an
+incredibly rich and established ecosystem of data and code packages
+tailored specifically for a wide array of bioinformatics, genomics, and
+computational biology tasks. Chances are, if you’re trying to solve a
+problem in computational biology, a package likely already exists to
+help you with this in Bioconductor. We will use this resource widely in
+this course.</li>
+<li>R is one of the best languages for statistical modelling, and
+cleaning/organizing datasets. R has a strong foundation in statistical
+analysis and the syntax and community-based resources for performing
+many common statistical tasks are abundant.</li>
+<li>Visualzation of data in R is both beautiful and intuitive using
+packages such as <code>ggplot2</code> which define a ‘grammar of
+graphics’ that allows you to quickly build complex and stunning plots
+from your data.</li>
+<li>R can (seamlessly?) interact with other programming languages such
+as python or C++ within the same analysis.</li>
+</ul>
+</div>
+<div id="rscripts" class="section level2">
+<h2>Rscripts</h2>
+</div>
+<div id="rmarkdown-documents" class="section level2">
+<h2>RMarkdown documents</h2>
+</div>
+</div>
+<div id="the-basics" class="section level1">
+<h1>The Basics</h1>
+<div id="r-as-a-calculator" class="section level2">
+<h2>R as a calculator</h2>
+<pre class="r"><code>5*10</code></pre>
+<pre><code>## [1] 50</code></pre>
+<pre class="r"><code>5/8</code></pre>
+<pre><code>## [1] 0.625</code></pre>
+<pre class="r"><code>10^3</code></pre>
+<pre><code>## [1] 1000</code></pre>
+<pre class="r"><code>10**3</code></pre>
+<pre><code>## [1] 1000</code></pre>
+<pre class="r"><code>log(10)</code></pre>
+<pre><code>## [1] 2.302585</code></pre>
+<pre class="r"><code>log10(10)</code></pre>
+<pre><code>## [1] 1</code></pre>
+<pre class="r"><code>sin(2*pi)</code></pre>
+<pre><code>## [1] -2.449294e-16</code></pre>
+</div>
+<div id="variables" class="section level2">
+<h2>Variables</h2>
+<p>A variable is a ‘named storage’ contanier that programs can
+manipulate. Varibles in R can store a single atomic vector, a group of
+vectors, or a combination of different objects. Variables can be
+assigned values using several different operators in R.</p>
+<pre class="r"><code># Assignment using the equal operator.
+a = 5
+
+# Assignment using the leftward operator (&lt;-)
+b &lt;- 10
+
+# Assignment using the rightward operator (-&gt;)
+15 -&gt; c</code></pre>
+<p>For historical reasons, the most common assignment operator in R is
+the leftward operator <code>&lt;-</code>. We will continue to use this
+syntax for the remainder of the tutorial.</p>
+<p>You will notice that in the above code chunk, no output was produced.
+By default, when a value is assigned to a variable, R does not print
+anything. You can inspect the contents of a variable by using the
+<code>print()</code> function or by typing the object name</p>
+<pre class="r"><code>print(a)</code></pre>
+<pre><code>## [1] 5</code></pre>
+<pre class="r"><code>b</code></pre>
+<pre><code>## [1] 10</code></pre>
+<pre class="r"><code>c</code></pre>
+<pre><code>## [1] 15</code></pre>
+</div>
+<div id="data-types" class="section level2">
+<h2>Data Types</h2>
+<p>Everything that you create/use/import in R is considered an ‘object’,
+and individual objects are imbued with specific properties that relate
+to how you use/interact with it. Objects are defined as a particular
+‘type’.</p>
+<p>R has several base data types:</p>
+<ul>
+<li>character (<code>&#39;abc&#39;</code>)</li>
+<li>numeric (real or decimal) (<code>1</code>, <code>3.14</code>)</li>
+<li>integer (<code>10L</code>) <em>Note: an appended <code>L</code> lets
+R know that this value is an integer</em></li>
+<li>logical (<code>TRUE</code> or <code>FALSE</code>)</li>
+</ul>
+<p>R provides built-in functions to explore the different features of a
+given object</p>
+<pre class="r"><code>x &lt;- &quot;genomics&quot;
+class(x)</code></pre>
+<pre><code>## [1] &quot;character&quot;</code></pre>
+<pre class="r"><code>typeof(x)</code></pre>
+<pre><code>## [1] &quot;character&quot;</code></pre>
+<pre class="r"><code>attributes(x)</code></pre>
+<pre><code>## NULL</code></pre>
+</div>
+<div id="data-strucures" class="section level2">
+<h2>Data Strucures</h2>
+<p>Multiple instances of these “data types” can be combined to form
+different “data structures”. In R, these can take many different forms:
+* atomic vector (a collection of elements of the same data type) * list
+(a collection of elements that can be of mixed type) * matrix (a
+[multi-dimensional] array of elements of the same data type) *
+data.frame (a collection of observations and their associated
+variables)</p>
+<div id="vectors" class="section level3">
+<h3>Vectors</h3>
+<p>The most basic data structure in R is the vector, which consists of a
+group of values. Vectors are created using the <code>c()</code> function
+as so:</p>
+<pre class="r"><code>x &lt;- c(5, 10, 15)
+x</code></pre>
+<pre><code>## [1]  5 10 15</code></pre>
+<pre class="r"><code>class(x)</code></pre>
+<pre><code>## [1] &quot;numeric&quot;</code></pre>
+<p>You can also store character strings in vectors as well. Individual
+elements of a string vector must be contained within quotes.</p>
+<pre class="r"><code>y &lt;- c(&quot;Toad&quot;, &quot;the&quot;, &quot;Wet&quot;, &quot;Sprocket&quot;)
+y</code></pre>
+<pre><code>## [1] &quot;Toad&quot;     &quot;the&quot;      &quot;Wet&quot;      &quot;Sprocket&quot;</code></pre>
+<pre class="r"><code>class(y)</code></pre>
+<pre><code>## [1] &quot;character&quot;</code></pre>
+<p>Using <code>TRUE</code> and <code>FALSE</code> will create a
+‘logical’ vector:</p>
+<pre class="r"><code>z &lt;- c(TRUE,TRUE,FALSE,TRUE,FALSE)
+z</code></pre>
+<pre><code>## [1]  TRUE  TRUE FALSE  TRUE FALSE</code></pre>
+<pre class="r"><code>class(z)</code></pre>
+<pre><code>## [1] &quot;logical&quot;</code></pre>
+<p>Many functions exist to either inspect or operate over vectors. The
+<code>length()</code> function returns the length of the vector:</p>
+<pre class="r"><code>length(x)</code></pre>
+<pre><code>## [1] 3</code></pre>
+<pre class="r"><code>length(y)</code></pre>
+<pre><code>## [1] 4</code></pre>
+<p>The <code>str()</code> function will show you the ‘structure’ of an
+object.</p>
+<pre class="r"><code>str(x)</code></pre>
+<pre><code>##  num [1:3] 5 10 15</code></pre>
+<pre class="r"><code>str(y)</code></pre>
+<pre><code>##  chr [1:4] &quot;Toad&quot; &quot;the&quot; &quot;Wet&quot; &quot;Sprocket&quot;</code></pre>
+<p>What happens if we create a vector from two different types of
+variables, one numeric and one a character string?</p>
+<pre class="r"><code>z &lt;- c(1, &quot;Radiohead&quot;, 4.0)
+z</code></pre>
+<pre><code>## [1] &quot;1&quot;         &quot;Radiohead&quot; &quot;4&quot;</code></pre>
+<p>Elements within vectors in R <strong>must</strong> all be of the same
+data type. so R will automatically <em>coerce</em> the values to the
+same data type; in this case, the values are converted to
+<code>chr</code>.</p>
+<p>Vectors can be directly coerced to a different data type by using the
+<code>as.&lt;class&gt;()</code> collection of functions</p>
+<pre class="r"><code># Create numerical vector
+x&lt;-c(1,5,10,15)
+x</code></pre>
+<pre><code>## [1]  1  5 10 15</code></pre>
+<pre class="r"><code>class(x)</code></pre>
+<pre><code>## [1] &quot;numeric&quot;</code></pre>
+<pre class="r"><code># Coerce to character vector
+y&lt;-as.character(x)
+y</code></pre>
+<pre><code>## [1] &quot;1&quot;  &quot;5&quot;  &quot;10&quot; &quot;15&quot;</code></pre>
+<pre class="r"><code>class(y)</code></pre>
+<pre><code>## [1] &quot;character&quot;</code></pre>
+<pre class="r"><code># Coerce to logical vector
+z&lt;-as.logical(x)
+z</code></pre>
+<pre><code>## [1] TRUE TRUE TRUE TRUE</code></pre>
+<pre class="r"><code>class(z)</code></pre>
+<pre><code>## [1] &quot;logical&quot;</code></pre>
+<div id="slicing-to-select-elements-of-a-vector" class="section level4">
+<h4>Slicing to select elements of a vector</h4>
+<p>Individual elements, or a range of elements can be selected by
+‘slicing’ a vector using square brackets:</p>
+<pre class="r"><code>x[1] # returns the first (1-based) element of the vector &#39;x&#39;</code></pre>
+<pre><code>## [1] 1</code></pre>
+<pre class="r"><code>x[c(2:3)] # returns elements 2-4 of the vector x</code></pre>
+<pre><code>## [1]  5 10</code></pre>
+</div>
+</div>
+<div id="object-attributes" class="section level3">
+<h3>Object Attributes</h3>
+<p>Objects in R can also have attributes that can provide additional
+contextual or descriptive information:</p>
+<ul>
+<li><code>length()</code> # returns the length of one-dimensional data
+structures (lists, vectors)</li>
+<li><code>dim()</code> # returns the dimensions of multi-dimensional
+data structures (data.frames, matrix, etc)</li>
+<li><code>names()</code> # Individual elements of a data structure can
+be named, and this returns a vector of those names</li>
+</ul>
+</div>
+<div id="matrix" class="section level3">
+<h3>Matrix</h3>
+<p>Matrices in R are basically multi-dimensional atomic vectors (A
+vector with dimensions). This means that all elements in a matrix must
+also be of the same data type. A matrix is instatiated via the
+<code>matrix()</code> function.</p>
+<pre class="r"><code>m &lt;- matrix(c(1:50), nrow=10,ncol=5)
+m</code></pre>
+<pre><code>##       [,1] [,2] [,3] [,4] [,5]
+##  [1,]    1   11   21   31   41
+##  [2,]    2   12   22   32   42
+##  [3,]    3   13   23   33   43
+##  [4,]    4   14   24   34   44
+##  [5,]    5   15   25   35   45
+##  [6,]    6   16   26   36   46
+##  [7,]    7   17   27   37   47
+##  [8,]    8   18   28   38   48
+##  [9,]    9   19   29   39   49
+## [10,]   10   20   30   40   50</code></pre>
+<pre class="r"><code>class(m)</code></pre>
+<pre><code>## [1] &quot;matrix&quot; &quot;array&quot;</code></pre>
+<pre class="r"><code>typeof(m)</code></pre>
+<pre><code>## [1] &quot;integer&quot;</code></pre>
+<p>You can get (and set) the dimensions of a matrix by using the
+<code>dim()</code> function</p>
+<pre class="r"><code>dim(m) #Returns the current dimensions of m. Returns, in order, nRow and nCol</code></pre>
+<pre><code>## [1] 10  5</code></pre>
+<pre class="r"><code>dim(m)&lt;-c(2,25) # Change the dimensions of m to be 2 rows and 25 columns
+
+dim(m)</code></pre>
+<pre><code>## [1]  2 25</code></pre>
+<pre class="r"><code>head(m)</code></pre>
+<pre><code>##      [,1] [,2] [,3] [,4] [,5] [,6] [,7] [,8] [,9] [,10] [,11] [,12] [,13] [,14]
+## [1,]    1    3    5    7    9   11   13   15   17    19    21    23    25    27
+## [2,]    2    4    6    8   10   12   14   16   18    20    22    24    26    28
+##      [,15] [,16] [,17] [,18] [,19] [,20] [,21] [,22] [,23] [,24] [,25]
+## [1,]    29    31    33    35    37    39    41    43    45    47    49
+## [2,]    30    32    34    36    38    40    42    44    46    48    50</code></pre>
+</div>
+<div id="lists" class="section level3">
+<h3>Lists</h3>
+<p>Lists are similar to vectors, but allow for different data types. The
+individual elements of a list can be any type of R object, including
+other lists. Lists are created with the <code>list()</code>
+function.</p>
+<pre class="r"><code>x &lt;- list(3.1415, &quot;neuron&quot;, 18L, FALSE)
+x</code></pre>
+<pre><code>## [[1]]
+## [1] 3.1415
+## 
+## [[2]]
+## [1] &quot;neuron&quot;
+## 
+## [[3]]
+## [1] 18
+## 
+## [[4]]
+## [1] FALSE</code></pre>
+<p>Elements of a list an be indexed and retrieved using double square
+brackets.</p>
+<pre class="r"><code>x[[1]] # retrieves the first element of the list x</code></pre>
+<pre><code>## [1] 3.1415</code></pre>
+<pre class="r"><code>x[[1]] &lt;- &quot;4.0&quot; # updates/sets the first element of the list x</code></pre>
+<p>The elements of a list can have unique names as well</p>
+<pre class="r"><code>x &lt;- list(pi=3.1415, celltype=&quot;neuron&quot;, myNum=18L, significant=FALSE)
+x</code></pre>
+<pre><code>## $pi
+## [1] 3.1415
+## 
+## $celltype
+## [1] &quot;neuron&quot;
+## 
+## $myNum
+## [1] 18
+## 
+## $significant
+## [1] FALSE</code></pre>
+<pre class="r"><code>x[&#39;celltype&#39;]</code></pre>
+<pre><code>## $celltype
+## [1] &quot;neuron&quot;</code></pre>
+<pre class="r"><code>names(x) # Get or set list names</code></pre>
+<pre><code>## [1] &quot;pi&quot;          &quot;celltype&quot;    &quot;myNum&quot;       &quot;significant&quot;</code></pre>
+</div>
+<div id="data-frames" class="section level3">
+<h3>Data Frames</h3>
+<p>One of the more widely used data structures in R is the data frame. A
+data frame is a collection of lists of the same length, and is the data
+structure of choice for tabular data. Columns in a data frame can
+contain different data types although each column must be an atomic
+vector (e.g. One column can be numeric, and the other can contain
+characters).</p>
+<p>Data frames are created using the <code>data.frame()</code>
+function:</p>
+<pre class="r"><code>genes &lt;- data.frame(
+  name=c(&quot;Asl&quot;,&quot;Apod&quot;,&quot;Cyp2d22&quot;,&quot;Klk6&quot;,&quot;Fcrls&quot;),
+  EntrezID=c(109900,11815,56448,19144,80891),
+  chrom=c(&quot;chr5&quot;,&quot;chr16&quot;,&quot;chr15&quot;,&quot;chr7&quot;,&quot;chr3&quot;),
+  start=c(130011258,31297341,82259593,43825395,87250758)
+)
+
+genes</code></pre>
+<div data-pagedtable="false">
+<script data-pagedtable-source type="application/json">
+{"columns":[{"label":["name"],"name":[1],"type":["chr"],"align":["left"]},{"label":["EntrezID"],"name":[2],"type":["dbl"],"align":["right"]},{"label":["chrom"],"name":[3],"type":["chr"],"align":["left"]},{"label":["start"],"name":[4],"type":["dbl"],"align":["right"]}],"data":[{"1":"Asl","2":"109900","3":"chr5","4":"130011258"},{"1":"Apod","2":"11815","3":"chr16","4":"31297341"},{"1":"Cyp2d22","2":"56448","3":"chr15","4":"82259593"},{"1":"Klk6","2":"19144","3":"chr7","4":"43825395"},{"1":"Fcrls","2":"80891","3":"chr3","4":"87250758"}],"options":{"columns":{"min":{},"max":[10]},"rows":{"min":[10],"max":[10]},"pages":{}}}
+  </script>
+</div>
+<pre class="r"><code>class(genes)</code></pre>
+<pre><code>## [1] &quot;data.frame&quot;</code></pre>
+<pre class="r"><code>str(genes)</code></pre>
+<pre><code>## &#39;data.frame&#39;:    5 obs. of  4 variables:
+##  $ name    : chr  &quot;Asl&quot; &quot;Apod&quot; &quot;Cyp2d22&quot; &quot;Klk6&quot; ...
+##  $ EntrezID: num  109900 11815 56448 19144 80891
+##  $ chrom   : chr  &quot;chr5&quot; &quot;chr16&quot; &quot;chr15&quot; &quot;chr7&quot; ...
+##  $ start   : num  1.30e+08 3.13e+07 8.23e+07 4.38e+07 8.73e+07</code></pre>
+<p>Individual columns of a data frame can be returned as a vector by
+using the <code>$</code> as so:</p>
+<pre class="r"><code>genes$chrom</code></pre>
+<pre><code>## [1] &quot;chr5&quot;  &quot;chr16&quot; &quot;chr15&quot; &quot;chr7&quot;  &quot;chr3&quot;</code></pre>
+<pre class="r"><code>genes$name</code></pre>
+<pre><code>## [1] &quot;Asl&quot;     &quot;Apod&quot;    &quot;Cyp2d22&quot; &quot;Klk6&quot;    &quot;Fcrls&quot;</code></pre>
+<p>Matrices and dataframes can also be sliced using the square bracket
+nomenclature. Since these structures are more than one dimension, a
+comma is used to indicate which dimension is being sliced (first rows,
+then columns)</p>
+<pre class="r"><code>genes[1:3,] #returns the first three rows of genes</code></pre>
+<div data-pagedtable="false">
+<script data-pagedtable-source type="application/json">
+{"columns":[{"label":[""],"name":["_rn_"],"type":[""],"align":["left"]},{"label":["name"],"name":[1],"type":["chr"],"align":["left"]},{"label":["EntrezID"],"name":[2],"type":["dbl"],"align":["right"]},{"label":["chrom"],"name":[3],"type":["chr"],"align":["left"]},{"label":["start"],"name":[4],"type":["dbl"],"align":["right"]}],"data":[{"1":"Asl","2":"109900","3":"chr5","4":"130011258","_rn_":"1"},{"1":"Apod","2":"11815","3":"chr16","4":"31297341","_rn_":"2"},{"1":"Cyp2d22","2":"56448","3":"chr15","4":"82259593","_rn_":"3"}],"options":{"columns":{"min":{},"max":[10]},"rows":{"min":[10],"max":[10]},"pages":{}}}
+  </script>
+</div>
+<pre class="r"><code>genes[,1:2] #returns the firwt two columns of genes</code></pre>
+<div data-pagedtable="false">
+<script data-pagedtable-source type="application/json">
+{"columns":[{"label":["name"],"name":[1],"type":["chr"],"align":["left"]},{"label":["EntrezID"],"name":[2],"type":["dbl"],"align":["right"]}],"data":[{"1":"Asl","2":"109900"},{"1":"Apod","2":"11815"},{"1":"Cyp2d22","2":"56448"},{"1":"Klk6","2":"19144"},{"1":"Fcrls","2":"80891"}],"options":{"columns":{"min":{},"max":[10]},"rows":{"min":[10],"max":[10]},"pages":{}}}
+  </script>
+</div>
+<pre class="r"><code>genes[1:3,c(&quot;name&quot;,&quot;chrom&quot;)] # Column names can also be sliced/selected by name</code></pre>
+<div data-pagedtable="false">
+<script data-pagedtable-source type="application/json">
+{"columns":[{"label":[""],"name":["_rn_"],"type":[""],"align":["left"]},{"label":["name"],"name":[1],"type":["chr"],"align":["left"]},{"label":["chrom"],"name":[2],"type":["chr"],"align":["left"]}],"data":[{"1":"Asl","2":"chr5","_rn_":"1"},{"1":"Apod","2":"chr16","_rn_":"2"},{"1":"Cyp2d22","2":"chr15","_rn_":"3"}],"options":{"columns":{"min":{},"max":[10]},"rows":{"min":[10],"max":[10]},"pages":{}}}
+  </script>
+</div>
+</div>
+</div>
+<div id="control-flow" class="section level2">
+<h2>Control Flow</h2>
+<p>Control flow is how you direct the computer to execute your code.
+This often involves making choices based on specific criteria (as in an
+if statement), or executing a code block repeatedly by iterating over a
+data structure such as a vector or list (for example in a for loop or
+apply() statement).</p>
+<div id="ifelse-and-choice" class="section level3">
+<h3>if[else] and choice()</h3>
+<p>The overall structure of an if statement in R is:</p>
+<pre><code>if (condition) {
+  true_action
+}
+
+if (condition) {
+  true_action 
+} else {
+  false_action
+}</code></pre>
+<p>If the supplied <code>condition</code> statement evaluates to TRUE,
+then the <code>true_action</code> chunk (defined with <code>{}</code> is
+evaluated. If <code>condition</code> is <code>FALSE</code> then the
+optional <code>false_action</code> is run instead.</p>
+<p>In practice, this looks something like:</p>
+<pre class="r"><code>x&lt;-40
+if (x %% 2 == 0) {
+  print(&quot;even&quot;)
+} else {
+  print(&quot;odd&quot;)
+}</code></pre>
+<pre><code>## [1] &quot;even&quot;</code></pre>
+<p><em>Note the use of the double equals <code>==</code> ‘comparison’
+operator. Remember that the single equals can be used as an assignment
+operator in R.</em></p>
+<p><code>if</code> however, only works on a single logical comparison at
+a time. R has a special form of if that can operate over a vector to
+test multiple conditions at once called <code>ifelse()</code></p>
+<pre class="r"><code>x &lt;-1:20
+
+ifelse(x %% 2 == 0, &quot;even&quot;, &quot;odd&quot;)</code></pre>
+<pre><code>##  [1] &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot;
+## [11] &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot; &quot;odd&quot;  &quot;even&quot;</code></pre>
+</div>
+<div id="loopingiteration" class="section level3">
+<h3>Looping/Iteration</h3>
+<p>Loops are used to iterate over items in a vector or list.</p>
+<div id="for-loops" class="section level4">
+<h4>For loops</h4>
+<p><code>for</code> loops perform the tasks defined in a code chunk for
+each item of a list or vector. The syntax of a for loop will have the
+following structure:</p>
+<pre><code>for (&lt;variable&gt; in &lt;vector&gt;) {
+  &lt;code chunk to execute&gt;
+}</code></pre>
+<p>In the following case, the loop is iterating over a vector of numbers
+from 1 to 10, and in each instance of the loop, assigning the value to a
+variable <code>i</code>.</p>
+<pre class="r"><code>for (i in c(1:10)) {
+  print(i)
+}</code></pre>
+<pre><code>## [1] 1
+## [1] 2
+## [1] 3
+## [1] 4
+## [1] 5
+## [1] 6
+## [1] 7
+## [1] 8
+## [1] 9
+## [1] 10</code></pre>
+</div>
+</div>
+</div>
+</div>
+<div id="summary-stats-and-basic-visualization" class="section level1">
+<h1>Summary Stats and basic visualization</h1>
+<p>To briefly show you around some basic summary statistics and base
+graphics plots in R, lets first import a commonly used dataset. The
+<code>iris</code> dataset contains multiple parameter measurements
+(columns) for individual flowers (rows).</p>
+<pre class="r"><code>data(iris) # loads a pre-stored data frame called &#39;iris&#39;
+
+head(iris)</code></pre>
+<div data-pagedtable="false">
+<script data-pagedtable-source type="application/json">
+{"columns":[{"label":[""],"name":["_rn_"],"type":[""],"align":["left"]},{"label":["Sepal.Length"],"name":[1],"type":["dbl"],"align":["right"]},{"label":["Sepal.Width"],"name":[2],"type":["dbl"],"align":["right"]},{"label":["Petal.Length"],"name":[3],"type":["dbl"],"align":["right"]},{"label":["Petal.Width"],"name":[4],"type":["dbl"],"align":["right"]},{"label":["Species"],"name":[5],"type":["fct"],"align":["left"]}],"data":[{"1":"5.1","2":"3.5","3":"1.4","4":"0.2","5":"setosa","_rn_":"1"},{"1":"4.9","2":"3.0","3":"1.4","4":"0.2","5":"setosa","_rn_":"2"},{"1":"4.7","2":"3.2","3":"1.3","4":"0.2","5":"setosa","_rn_":"3"},{"1":"4.6","2":"3.1","3":"1.5","4":"0.2","5":"setosa","_rn_":"4"},{"1":"5.0","2":"3.6","3":"1.4","4":"0.2","5":"setosa","_rn_":"5"},{"1":"5.4","2":"3.9","3":"1.7","4":"0.4","5":"setosa","_rn_":"6"}],"options":{"columns":{"min":{},"max":[10]},"rows":{"min":[10],"max":[10]},"pages":{}}}
+  </script>
+</div>
+<pre class="r"><code>dim(iris)</code></pre>
+<pre><code>## [1] 150   5</code></pre>
+<p>Since each row is an observation here, and each column is a
+parameter, we can use these tabular data to explore different Lets start
+by looking at some summary statistics for each column of this data
+frame</p>
+<pre class="r"><code>summary(iris)</code></pre>
+<pre><code>##   Sepal.Length    Sepal.Width     Petal.Length    Petal.Width   
+##  Min.   :4.300   Min.   :2.000   Min.   :1.000   Min.   :0.100  
+##  1st Qu.:5.100   1st Qu.:2.800   1st Qu.:1.600   1st Qu.:0.300  
+##  Median :5.800   Median :3.000   Median :4.350   Median :1.300  
+##  Mean   :5.843   Mean   :3.057   Mean   :3.758   Mean   :1.199  
+##  3rd Qu.:6.400   3rd Qu.:3.300   3rd Qu.:5.100   3rd Qu.:1.800  
+##  Max.   :7.900   Max.   :4.400   Max.   :6.900   Max.   :2.500  
+##        Species  
+##  setosa    :50  
+##  versicolor:50  
+##  virginica :50  
+##                 
+##                 
+## </code></pre>
+<p>Lets plot a histogram of some of the parameters</p>
+<pre class="r"><code>hist(iris$Sepal.Width)</code></pre>
+<p><img 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" width="672" /></p>
+<pre class="r"><code>hist(iris$Sepal.Length, main=&quot;Histogram of Sepal Length&quot;, xlab=&quot;Sepal Length&quot;, col=&quot;blue&quot;, freq=FALSE)</code></pre>
+<p><img src="data:image/png;base64,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" width="672" /></p>
+<p>We can plot pairwise variables on a scatter plot using
+<code>plot(x,y)</code> where <code>x</code> and <code>y</code> are the
+variables we are interested in</p>
+<pre class="r"><code>plot(iris$Sepal.Width, iris$Sepal.Length)</code></pre>
+<p><img src="data:image/png;base64,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" width="672" /></p>
+<p>We can color the points by species by passing the species name to the
+<code>col</code> argument</p>
+<pre class="r"><code>plot(iris$Sepal.Width, iris$Sepal.Length, col=iris$Species)</code></pre>
+<p><img src="data:image/png;base64,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" width="672" /></p>
+<div id="final-notes" class="section level2">
+<h2>Final Notes</h2>
+<ul>
+<li>This overview only serves to introduce you to R. It is by no means
+comprehensive. As with much of this course, you will need to spend a
+decent amount of time on self-guided tours and tutorials. Please spend
+some time this week familiarizing yourself with R, R studio. There are a
+number of online tutorials that can be found online.</li>
+<li>As the course progresses, we will learn to use different packages to
+create graphical representations of our data. One of the most widely
+used packages in R for visualization is <a href="https://ggplot2.tidyverse.org/">ggplot2</a> which defines a
+‘grammar of graphics’. While this might take some time to familiarize
+yourself with, it is a useful framework to learn to make better
+visualizations. <a href="https://raw.githubusercontent.com/rstudio/cheatsheets/main/data-visualization.pdf">Cheat
+Sheet</a></li>
+<li>If you have any questions about the interactive notebooks, how to
+navigate using R/RStudio, or how to setup your compute environment at
+this point, please reach out to us through canvas, email, or the course
+slack workgroup. We will also be happy to answer and address your
+questions on the first day of class this friday.</li>
+</ul>
+</div>
+</div>
+<div id="session-information" class="section level1">
+<h1>Session Information</h1>
+<pre class="r"><code>sessionInfo()</code></pre>
+<pre><code>## R version 4.0.4 (2021-02-15)
+## Platform: x86_64-apple-darwin17.0 (64-bit)
+## Running under: macOS Big Sur 10.16
+## 
+## Matrix products: default
+## BLAS:   /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRblas.dylib
+## LAPACK: /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRlapack.dylib
+## 
+## locale:
+## [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
+## 
+## attached base packages:
+## [1] stats     graphics  grDevices utils     datasets  methods   base     
+## 
+## loaded via a namespace (and not attached):
+##  [1] digest_0.6.29   R6_2.5.1        jsonlite_1.8.0  magrittr_2.0.3 
+##  [5] evaluate_0.15   highr_0.9       stringi_1.7.6   rlang_1.0.2    
+##  [9] cli_3.2.0       rstudioapi_0.13 jquerylib_0.1.4 bslib_0.3.1    
+## [13] vctrs_0.4.0     rmarkdown_2.13  tools_4.0.4     stringr_1.4.0  
+## [17] xfun_0.30       yaml_2.3.5      fastmap_1.1.0   compiler_4.0.4 
+## [21] htmltools_0.5.2 knitr_1.38      sass_0.4.1</code></pre>
+</div>
+
+
+
+</div>
+</div>
+
+</div>
+
+<script>
+
+// add bootstrap table styles to pandoc tables
+function bootstrapStylePandocTables() {
+  $('tr.odd').parent('tbody').parent('table').addClass('table table-condensed');
+}
+$(document).ready(function () {
+  bootstrapStylePandocTables();
+});
+
+
+</script>
+
+<!-- tabsets -->
+
+<script>
+$(document).ready(function () {
+  window.buildTabsets("TOC");
+});
+
+$(document).ready(function () {
+  $('.tabset-dropdown > .nav-tabs > li').click(function () {
+    $(this).parent().toggleClass('nav-tabs-open');
+  });
+});
+</script>
+
+<!-- code folding -->
+
+<script>
+$(document).ready(function ()  {
+
+    // temporarily add toc-ignore selector to headers for the consistency with Pandoc
+    $('.unlisted.unnumbered').addClass('toc-ignore')
+
+    // move toc-ignore selectors from section div to header
+    $('div.section.toc-ignore')
+        .removeClass('toc-ignore')
+        .children('h1,h2,h3,h4,h5').addClass('toc-ignore');
+
+    // establish options
+    var options = {
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+      theme: "bootstrap3",
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+    options.showAndHide = true;
+    options.smoothScroll = true;
+
+    // tocify
+    var toc = $("#TOC").tocify(options).data("toc-tocify");
+});
+</script>
+
+<!-- dynamically load mathjax for compatibility with self-contained -->
+<script>
+  (function () {
+    var script = document.createElement("script");
+    script.type = "text/javascript";
+    script.src  = "https://mathjax.rstudio.com/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML";
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+  })();
+</script>
+
+</body>
+</html>
diff --git a/modules/module_1/Notebooks/TemporaryDirectory/myOlderFile.txt b/modules/module_1/Notebooks/TemporaryDirectory/myOlderFile.txt
new file mode 100644
index 0000000..980a0d5
--- /dev/null
+++ b/modules/module_1/Notebooks/TemporaryDirectory/myOlderFile.txt
@@ -0,0 +1 @@
+Hello World!
diff --git a/modules/module_1/Notebooks/chr01.fsa b/modules/module_1/Notebooks/chr01.fsa
new file mode 100644
index 0000000..0abcc63
--- /dev/null
+++ b/modules/module_1/Notebooks/chr01.fsa
@@ -0,0 +1,3838 @@
+>tpg|BK006935.2| [organism=Saccharomyces cerevisiae S288c] [strain=S288c] [moltype=genomic] [chromosome=I] [note=R64-1-1]
+CCACACCACACCCACACACCCACACACCACACCACACACCACACCACACCCACACACACA
+CATCCTAACACTACCCTAACACAGCCCTAATCTAACCCTGGCCAACCTGTCTCTCAACTT
+ACCCTCCATTACCCTGCCTCCACTCGTTACCCTGTCCCATTCAACCATACCACTCCGAAC
+CACCATCCATCCCTCTACTTACTACCACTCACCCACCGTTACCCTCCAATTACCCATATC
+CAACCCACTGCCACTTACCCTACCATTACCCTACCATCCACCATGACCTACTCACCATAC
+TGTTCTTCTACCCACCATATTGAAACGCTAACAAATGATCGTAAATAACACACACGTGCT
+TACCCTACCACTTTATACCACCACCACATGCCATACTCACCCTCACTTGTATACTGATTT
+TACGTACGCACACGGATGCTACAGTATATACCATCTCAAACTTACCCTACTCTCAGATTC
+CACTTCACTCCATGGCCCATCTCTCACTGAATCAGTACCAAATGCACTCACATCATTATG
+CACGGCACTTGCCTCAGCGGTCTATACCCTGTGCCATTTACCCATAACGCCCATCATTAT
+CCACATTTTGATATCTATATCTCATTCGGCGGTCCCAAATATTGTATAACTGCCCTTAAT
+ACATACGTTATACCACTTTTGCACCATATACTTACCACTCCATTTATATACACTTATGTC
+AATATTACAGAAAAATCCCCACAAAAATCACCTAAACATAAAAATATTCTACTTTTCAAC
+AATAATACATAAACATATTGGCTTGTGGTAGCAACACTATCATGGTATCACTAACGTAAA
+AGTTCCTCAATATTGCAATTTGCTTGAACGGATGCTATTTCAGAATATTTCGTACTTACA
+CAGGCCATACATTAGAATAATATGTCACATCACTGTCGTAACACTCTTTATTCACCGAGC
+AATAATACGGTAGTGGCTCAAACTCATGCGGGTGCTATGATACAATTATATCTTATTTCC
+ATTCCCATATGCTAACCGCAATATCCTAAAAGCATAACTGATGCATCTTTAATCTTGTAT
+GTGACACTACTCATACGAAGGGACTATATCTAGTCAAGACGATACTGTGATAGGTACGTT
+ATTTAATAGGATCTATAACGAAATGTCAAATAATTTTACGGTAATATAACTTATCAGCGG
+CGTATACTAAAACGGACGTTACGATATTGTCTCACTTCATCTTACCACCCTCTATCTTAT
+TGCTGATAGAACACTAACCCCTCAGCTTTATTTCTAGTTACAGTTACACAAAAAACTATG
+CCAACCCAGAAATCTTGATATTTTACGTGTCAAAAAATGAGGGTCTCTAAATGAGAGTTT
+GGTACCATGACTTGTAACTCGCACTGCCCTGATCTGCAATCTTGTTCTTAGAAGTGACGC
+ATATTCTATACGGCCCGACGCGACGCGCCAAAAAATGAAAAACGAAGCAGCGACTCATTT
+TTATTTAAGGACAAAGGTTGCGAAGCCGCACATTTCCAATTTCATTGTTGTTTATTGGAC
+ATACACTGTTAGCTTTATTACCGTCCACGTTTTTTCTACAATAGTGTAGAAGTTTCTTTC
+TTATGTTCATCGTATTCATAAAATGCTTCACGAACACCGTCATTGATCAAATAGGTCTAT
+AATATTAATATACATTTATATAATCTACGGTATTTATATCATCAAAAAAAAGTAGTTTTT
+TTATTTTATTTTGTTCGTTAATTTTCAATTTCTATGGAAACCCGTTCGTAAAATTGGCGT
+TTGTCTCTAGTTTGCGATAGTGTAGATACCGTCCTTGGATAGAGCACTGGAGATGGCTGG
+CTTTAATCTGCTGGAGTACCATGGAACACCGGTGATCATTCTGGTCACTTGGTCTGGAGC
+AATACCGGTCAACATGGTGGTGAAGTCACCGTAGTTGAAAACGGCTTCAGCAACTTCGAC
+TGGGTAGGTTTCAGTTGGGTGGGCGGCTTGGAACATGTAGTATTGGGCTAAGTGAGCTCT
+GATATCAGAGACGTAGACACCCAATTCCACCAAGTTGACTCTTTCGTCAGATTGAGCTAG
+AGTGGTGGTTGCAGAAGCAGTAGCAGCGATGGCAGCGACACCAGCGGCGATTGAAGTTAA
+TTTGACCATTGTATTTGTTTTGTTTGTTAGTGCTGATATAAGCTTAACAGGAAAGGAAAG
+AATAAAGACATATTCTCAAAGGCATATAGTTGAAGCAGCTCTATTTATACCCATTCCCTC
+ATGGGTTGTTGCTATTTAAACGATCGCTGACTGGCACCAGTTCCTCATCAAATATTCTCT
+ATATCTCATCTTTCACACAATCTCATTATCTCTATGGAGATGCTCTTGTTTCTGAACGAA
+TCATAAATCTTTCATAGGTTTCGTATGTGGAGTACTGTTTTATGGCGCTTATGTGTATTC
+GTATGCGCAGAATGTGGGAATGCCAATTATAGGGGTGCCGAGGTGCCTTATAAAACCCTT
+TTCTGTGCCTGTGACATTTCCTTTTTCGGTCAAAAAGAATATCCGAATTTTAGATTTGGA
+CCCTCGTACAGAAGCTTATTGTCTAAGCCTGAATTCAGTCTGCTTTAAACGGCTTCCGCG
+GAGGAAATATTTCCATCTCTTGAATTCGTACAACATTAAACGTGTGTTGGGAGTCGTATA
+CTGTTAGGGTCTGTAAACTTGTGAACTCTCGGCAAATGCCTTGGTGCAATTACGTAATTT
+TAGCCGCTGAGAAGCGGATGGTAATGAGACAAGTTGATATCAAACAGATACATATTTAAA
+AGAGGGTACCGCTAATTTAGCAGGGCAGTATTATTGTAGTTTGATATGTACGGCTAACTG
+AACCTAAGTAGGGATATGAGAGTAAGAACGTTCGGCTACTCTTCTTTCTAAGTGGGATTT
+TTCTTAATCCTTGGATTCTTAAAAGGTTATTAAAGTTCCGCACAAAGAACGCTTGGAAAT
+CGCATTCATCAAAGAACAACTCTTCGTTTTCCAAACAATCTTCCCGAAAAAGTAGCCGTT
+CATTTCCCTTCCGATTTCATTCCTAGACTGCCAAATTTTTCTTGCTCATTTATAATGATT
+GATAAGAATTGTATTTGTGTCCCATTCTCGTAGATAAAATTCTTGGATGTTAAAAAATTA
+TTATTTTCTTCATAAAGAAGCTTTCAAGATATAAGATACGAAATAGGGGTTGATAATTGC
+ATGACAGTAGCTTTAGATCAAAAAGGAAAGCATGGAGGGAAACAGTAAACAGTGAAAATT
+CTCTTGAGAACCAAAGTAAACCTTCATTGAAGAGCTTCCTTAAAAAATTTAGAATCTCCC
+ATGTCAACGGGTTTCCATACCTCCCCAGCATCATACATCTTTTTTCAAAGAAACTTCAAA
+TGCCTCTTTTATGCAAGGGGCAAAATCCTGAAATGACTTAAACTTAGCAGTTTCGTCTTT
+TTTCAAAGAGAATGGTTGAAGAAGAATTGTTTTGGACGCTTATTGACAATCTGTTGCATT
+GATAAAGTACCTACTATCCCAGACTATATTTGTATACAAGTACAAAATTAGGTTTGTTGA
+AACAACTTTCCGATCATTGGTGCCCGTATCTGATGTTTTTTTAGTAATTTCTTTGTAAAT
+ACAGGGAGTTGTTTCGAAAGCTTATGAGAAAAATACATGAATGACAGGTAAAAATATTGG
+CTCGAAAAAGAGGACAAAAAGAGAAATCATAAATGAGTAAACCCACTTGCTGGACATTAT
+CCAGTAAAGGCTTGGTAGTAACCATAATATTACCCAGGTACGAAACGCTAAGAACTTGAA
+AGACTCATAAAACTTCCAGGTTAAGCTATTTTTGAAAATATTCTGAGGTAAAAGCCATTA
+AGGTCCAGATAACCAAGGGACAATAAACCTATGCTTTTCTTGTCTTCAATTTCAGTATCT
+TTCCATTTTGATAATGAGCTAGTGATCCGGAAAGCTACTTTATGATGTTTCAAGGCCTGA
+AGTTTGAATATTTATGTAGTTCAACATCAAATGTGTCTATTTTGTGATGAGGCAACCGTC
+GACAACCTTATTATCGAAAAAGAACAACAAGTTCACATGCTTGTTACTCTCTATAACTAG
+AGAGTACTTTTTTTGGAAGCAAGTAAGAATAAGTCAATTTCTACTTACCTCATTAGGGAA
+AAATTTAATAGCAGTTGTTATAACGACAAATACAGGCCCTAAAAAATTCACTGTATTCAA
+TGGTCTACGAATCGTCAATCGCTTGCGGTTATGGCACGAAGAACAATGCAATAGCTCTTA
+CAAGCCACTACATGACAAGCAACTCATAATTTAAGTGGATAGCTTGTGATAAATTGAATT
+TTCTCTGTTTAGTACTTGCCGAATAGTTACTTGTTAGTTGCAGATGCTTTTTGATGACAA
+AGTTATCAATCTCAATATTAAACTTTTTAGGCTTTCAGGTTTAATCTTTCTTTGAGGGTG
+TATTAATTTTCATACAAATATTTGATTCATTATTCGTTTTACTGTTACATTAGACCTGCT
+CATTACATGGAGTAACTTAAGTTTTCTCAAACGCTTGATAGCATGATTTGATGTAGTAAA
+AAAAAAGGCAGAGTTTCCAAAAAAAATTGTTAATCGACAAAGTTAATATTATGGTGGTAG
+TATCTCAAATATCTGGATAACCAGATCGTACATCTCTGATAAACAATCTTTGCCACTGCT
+TTATCCTTTTAAATTGTATTGAGTGCTTCAGTCATTGCAAAATTTTACGAGATTTAAAAT
+TTGTGAACCCGACCTTACCGAGAAATGATGAGCTAATTTTTATAGGTCGACCCTTCTGTC
+GCTTACTGGGTTGATTATCTTGTGCTTTCTTAGTATCTATCACAAAGGAGACAAAATCGT
+TGATAAAAAGTGCATCAACATTCCCAGCCAGAAAATGCACATCATAAAGACATGTTATTC
+AAGAGCCACGACCGTCTTCAATTTATCTTTTATAAAAAACCCTTGTTCTACTGACAGGAT
+GGAATAGATATTAAATATACATTTTGCATTTTTTTTTTTTTCTGTATTGAAGATTTGTAT
+ATGAAAGATGTTTATACATCAAATGCTTTGAATAAAGCCATCTTAATTTCAATTTCATGC
+CCTCCTTCACCGTTTTCTGTTGGTCTAGAGGTAGCTTGTTGTGGTCACTAATGAGAACTT
+AAATAGTTTTCAACTGCTGGTGATAAATCAATAATTTATGTTCTTAACCTAACATTTGAT
+GACCTTTGATGCGTTGGTTATGTTGAAGACAAATTGCCTCTAATCAGTTCCATTAAGAAA
+TCTTCTTAACTCCTCCAAATATTCTGCCCATACGATACCTATTTGTTTACTTTGTCATTT
+TGCCATAAGATTGGTATCCACTTCTTGTCTGTAAAATAATTAGAAAGTAGCACAATTTTT
+ACAGTAATGTAGCACGCGTAACTCCTAAACTTTGTCATAATGGTTGAAATGAATGTATGA
+TATAAAAACTCGGACCCTGTTTTACTTCTTTTATAGAACCTTATTTTTGACGCAGGGAGG
+CGACATTTATCCAAATTAAGTTTTGACATGGCGCATCAGGGAATAAAAAAAACTTTATTA
+TGTGGCCGAATCAACATTAATCAAATGCACTAATATTGTAACGTTCTTACAAAGGGCAGA
+CAACTTGAGAACTTTCATGCGTGCAACAGTATTAATATTTTACTGTCTTGATATCGTTAT
+CCTCATCGTAACGTGAATTTTTTTGTCTCATACGTTAAGGTAAATTTTGATGACCCCCGT
+TGTCCTTGTTTGCCTTACTGTATAAAGCACCCTTTTATTGTTTAGAATACTAGAATGATA
+ACTGCATTCGGACTATGAAAGAAAAAATGGTAGTAGCAAAGGATAGGCATCGCCGTATTT
+ACTACTTTGTAAACCAGTGGATTTTTGCTCAACATATAAAAAACTAAAGACCTTTTTTTC
+ATCAATATACTTCTGAGACGTGCAGATGTGATATTCGGGTTTGAGCTTGTAGTCAACGAA
+GCGGGTTCATGGGCAAATTTTCTTTTTTTTCCCTTTTTTTTTGTCTAGATTATTTCGAAT
+ATGAGTTAATCATACGTTGATTAGTACTGTTGGTCTCTCATTGAAATTTTACGTGACACC
+ATCATTTTACTTCCACATAAGTTCTAATGTTACGTAGTTCAATTTTAGTCGACCTAGCTT
+CATATTTATTTTAGAAGCAATTCGTAATTATCATTTTGCTTTCGAAGAAAATTAAGACTT
+CATTTACTATTCTCGTGATATTTTAGTAGGCGCTTCTTTTGTATCGAACCATTTTATTGC
+AATGGCCCTTAAGTTACCGTTATTCATACCAATTTGACGTTAATTTTAAATGCGTTCTGA
+AGTTTCTTAAATAACCCGGATTGGTTAGGTTCAGCCATGCCTGGCGCGTACATTGAGGCA
+TTAGAAGATCCGCAGATAAATAATAAGCTTAGTAAATCCTAAAGATAACAACTAAAATTA
+TATTTCCATCAGCTCAATACCGCAGTACTTTGAAACCTGATTTATATATTGCAGAACTTA
+ATTAAAAGTACATTGTAGTTCAAAAAATAAATATCAAACTTTTGGACCCTCTCTTATTGC
+CTCCCAATTAATTAAAACATCTTTTCTTCCAATCTACAGGTTTGAAAAGGTAATAAGTAA
+TATAAACTTGAGAACCAAAAAAAAAAAAAAAAAAATACTGATCCTTACAGGTTTTAAGGT
+TGCAAAGGGAACATTTATTGAAAGGAGCTAACAATAGTGGGTATGAGTAAAGATATATAG
+ATCGATATTTTGAATTCTAAATGATGAACTAGGGAAGTAATTTAGGTGAAACATTGCAAC
+CAATCATTTTACACTTTTGGTTGCACGTAATGTACCTTTTTATGATATTTTTTTTTTATA
+GTAGTAGTGTGAAAATTTCTTCAGGACTTGCAAAAAGAATCTAACTGATCTTCGGATGAG
+CCTTTATCGATTATTTTTTTCCTAAATATAATACTTTACAAGCGAATGTTTTGTTAGGAG
+AAAGATATAAAAATTATGCGGCATAGGCATATTATCCAATAAAAAGGAAATTTATATATA
+AACTTCATTTACGTCATAAGAAAATGTTAAGTTCTCTTAACGAAAACTGTGCGAATTTTG
+TGTTAAAGCTGGATGATGAGAAATTATTCTCGTATTATTTTTCATCAGATACTGATAAGG
+TTTCAACGTCTTTTGACGTTGGCTTTTCCACACCATGTTTAGAGTTATAAAGCACAATAC
+CGTTCTTCTTGGCATTGTTCCTTTCATCACGTTTATAGAAGTAGAGTACAACAAAAGTCC
+AAATGGAGAGACAAAAAGCAGAACATGCAGTGAAAGTAAACCCCTTTAAATACCTGGGAG
+CTTCTTCTGTTTTCCAAACCAAAACACTTATCCATGCGGTAGATGATTGAGCCATAATAT
+TCATTGTAACTAAAGTAATAGCTCTAGTTTGAGCATCTCGGCGACAAATATCGTTTTGCC
+AAGAGTATAAAACAGGAGCCATAGCCCAACCAAAACATTGCAGCATAAATGCAAACCATT
+TGGCTCCTTCTGCGACGTCCCAAGCGGCTAATATGGAGTTACCAATGATATTGAAAACCT
+GAGTAAAAATAATCGCAAACCAACGAGAGTGTAATTTATCTGCAATAATACCAGTAAGCA
+TCAAATAAACCATACCTAAACCCGGAGTAATCATGGATAACTGATTGAGCTTAGGAATAG
+AGTATCTTTTCAAAGATTTCAACCATAGTAGGTATGCCCCAGATGAAACATTACTGTCAT
+TCCAACAGAAAATATTCCATAAAGTTAAAATGTATATTTTCCAATCACTGAAAATTGTTT
+TCCACAGTTTAATATCGAATACTTTTGTTTCAAAATCACTTTTACCTGTTTGGTTTTCTT
+TTAATCTTTTCCTCGCCAACCTAATTTCATCATCAGTTAAGAAAATAGAATAACAGTTGT
+ATGGGTCACCTGGCAGGGAGTAAAATCCAATAAGGCCCACTACGACAGACACAATAGCGT
+CAATAATAAAGTTCCATCTCCATCCCTCTAAACCATTTACACCATTTAACGATGAATATA
+CGGCTGACTGGATCCCACCAGCGGATAGAATACCGATATACTGGCCCAAATAGTAAAAAG
+CAGAACGACGCACCATTTCATCATGTTTGTAAAAGGAACCAAACAAATATTGGTATGCCA
+AATAACTTGGCGCTTCAAAAGCCCCAATGAAAAACCTAATTGCTTTCAAGTGTGGTACAG
+AATTGACATATGCAGCACCAACGGTTAAAAGCGACCAACATAAGTCGAGGCTTGGTAAAA
+CATAGTTTAATGGGAGCTTGTTCAGGTAAATCAAAAATGGCAATTGAAATATAATATTAC
+CAACTGTGTACATTACTTGAGTATGCACCAAATCATTACCTTGAAAGCCTAAATCTTCCT
+TCATTCCCGAAACGTAAGCGTTGTTTATATTAACCGTATCCAGATATTTCACCCAATAAG
+CAATACAAGAATAAAAGGCTAAAAGGACATCCAATTTAATTAATAATTTTTTTTCTTTGA
+AAGAGGTACCCTGTTTGAACCAACTATACCATTTATTGTGAGATCTTTCCTTTTCATTGA
+TCCGATACTCTTGTTCATCGAAAAATCTCCACCATGGCCTATCGGCTTCATCTCTATATT
+CATAACTTCTAGTAACGTTCACATTGTCTTTATGTTCACTATAGCTACTAGTCTCAAAAT
+GTAGTTGATCTTTTTCACTTGTAGTCGTGATGAAATTTTCAGCTGTTTCATGACTCTGGA
+TACTGTTGGAGATAGTGACAATTTCTGTTGAATTTAAGTCATCTGGCAGGTCTTCCACCT
+GCCGCTTTACTGGAATAAAACCCCATTTTAGTCTTTTGTAAGGATCTACAATAATCTCTT
+TAACAATTGAATACATGTATGTTATTTATATATGCAGTAGTTCTCTTTGTAATTTTTTTT
+AACAAATAGAGAGTAAGATATGTAGCGAATGTCCATTCATCATAACAGGTAAACTAGATG
+CTCTTTTATATAGTCTGGTTGTATAAATAATTTATATCCTCATCTAAACGCATGTCTCCG
+CTTGGTTTCTTATCTATTTGTGGAGGCACCCGTAGTACTGTGCTTTCGTATTTTTTTATT
+TATTTATTATTTGTAGCAGTTTTTTTCCAGTGACACAATCTTTACCATTACACAGTTTTT
+ACTATTTCTAATGATTACATTGGACCATCGGAAAACTGCGCTAACTTTGGATAACGCCAC
+AGAACGTGATCTGACTATTGTAAAGGTGTCATTCGGTAAGGTAAACCTTCAAGGCGTCCA
+CACCTTTAACCATATAACAGCGTAAACTCTTGTTAAAATACAGGGGTAAGACATTGGTGG
+ATATTCAACAAGATCCGATACCTCCAATTCCGATTTCTACAAATTGTGCTCTACATATTA
+CTGCGATGCAATTATCCACACATAAAATCGATGCCTTTAGAAAAAGACATAAAGCAGACG
+GCATTGTAGATATTTGACCAATTAGAATTGAATGAGATGAATATCTCACCAAGCTATTCG
+ATATTATAGATAAAGTTTGTATCTTAGTTATGCATTGTGAGTTGGTTGCTCTACTCGCGG
+TTACCAGTCTCTTCTAAAAAATCTAAGGCCAATGGTATCCATGACATTTCTGCACTTTTT
+GTAATTGGTTTAGTTATGAAAGGAACGTCAAACCAAATGGTTTTTCAGATAAGAAATTGA
+CAGTATCTGAGAATTTGCTATCAAAGCTCAGAGGATTTACATATTTTAACGTAATTAAAA
+CATTTTTATGTTCGATATATTAGCAAATAGCGTATTAATATACAGCTGTTGCGCTCATGG
+TAAAATTTAGCGATATACTTTGCATCTTGGCTGCAAAGAAGAATGAATCGGATATACTAT
+TTTTGATCATAATGACGGACATCATGATATAATAACGTTATACGGATAACTTTATTTCAA
+AAGCACCATCATGTTATCTCTTGTAAAAAGAAGTATTCTTCATTCAATACCAATTACTCG
+TCACATTCTTCCAATCCAATTAATATTGGTTAAAATGAACCATGTGCAAATCAGAAACAT
+AAAATTATATCACTTTATTTCATATGGTTTCATGCTTACAAAGCTTACTGTCTTTCTCTT
+TAACTTATTTTTCTACAGGCTACGAATTCTTTGCAGGCTTACTTTACTCATATTATCATT
+ACCTGTACAAATATATATTAAAGAAATCCAAACAAAAATGCTTGAAAAGCATACAGCTTC
+CGATACATCATGTATATAGAAAATCACAGTACAAAAATTTTGAATTTATGTATAACCGTT
+TCGCCTGATATATGTAAGAGCTCTTGATTGTCGGAATAGTTCGGGAATTCTGGGTGGAAC
+TAGTAGCTGGAGATGCGTTCTAAAGGATCTAAAATCAGACTCACCCCAAAAACCAAAATT
+TTGATATTCAACTTTAGTATTAGCCAGTCTTAAAATGATTTTTTGCCAAGAAAGCCGAAG
+TTTAACGAGCGTTTTAAAATATGCACAAGTCCATTAATTAAATTTGATCACAGTGATTAC
+CAATTTTGTTGAAAGCAGTAATTTGTGACGTCCGTTTTTGGCACAAGTAAAAAATATTTG
+TTTTGAAGTCTAGTTACAAGAAGCTACTGAAAACACAGGGCTGGATATAGATGTTTATAA
+GCTCCTCCCATGGTCTAAGAGTTTCTCCAAACGCCTAATGTATGCAATTTGTTAAATAAA
+AATGAAGAATAGATGCATAAACAAGCGTCATTAAAGTTCTTATCATTATTCCATGTAGAA
+ATGACCTGCAAGTACGAGCTGGTTATGCGAAACTGAGCTTAACAACATAGTTTTCTTTTC
+CATTGGCTTGGATATAAATTTTTCGCTGAGAAACTTCTCTGCATTTTTTAAGCATTAAGC
+GTACATAACATAAAGTCACTGAGATATTAGAGGTTATAAAAAAAGACTACGTGGGTGTTT
+ACCTAAGATTTTCACAACTTGTTTATTAATTGGATAAATAGTATTTTTCTTGGCATTTAC
+AAACTTTATGTTTTTAGGTGTATTTGCAGTTCCATTAAGGGAAATAAGTCATAAGCTTTT
+TTGGAAAACAGATTTTTTGCCCCGCTTAACCTGAAATTGATATTAAAAGAATGTGTGAAT
+GGCCATTAACTAACAAGAGAATTAATAATGTTAAAACACAGATACCTCGAAACAAACTCT
+ATGTAAACACTTATTTTATTGTGGTAATATTTTTTGATAACAACACATCTGAAACAAAAT
+AATGCAAAGCCGAATAGTTAGGCTAAAAATGTACTCTTAGACATTTAAAAAGGTTTATGA
+ATCCTATGGTATTTAATATATTAAAGAACGAAGTAAATGGGAAAAAATGTGTAAACACTA
+TAAGCGTGATGATAGAATTATTAATATAAGATGATGCCGTGCGTTTACCATACGATTGCC
+AGCAATACGGTGGAAATAAAAACACTTATGCCATTATTGGTCAACAGACCATTGGCAATA
+CCAACGTAGGTTGAGATTTCTAAAGAGGCAGTACTAGATCCTATTATGCTACTTGCTGGT
+GTGCTACGAGGCTGTTGCGACATAGTACTTAACCCGGAAGTTATTAGACTCTTGGTGTTG
+CCAGTTTCGGATACAGAAACAACACTACTGCTGTGACCAATCACATCGGTCGCGGAAGCC
+GTCTGTGTTTCAGCATGATTGAATCTTGAAATTGAAGAGGTGACTACTGTTTTCGTCTCA
+GCAGCTCCAGTACTGGTAGTTGTCTCAGCAGCTCCAGTATTGGTTGTTGTCTCACTGGTA
+GCACTGTTCATTTTAGAGCTGACAGACTCTTCATTCGTAGTCTGTGGCCTCCATGTTGGA
+TAGACCGTAACAACATCATTCACAGTAGCCGTGGCCGTCGAAACAATGGCAGGTGAAGCA
+GTTTCGGAACACACACCAGATTCGCAGGAAGTAACAGTAACTAGCGTAGTTTGTTGCCTC
+GATTCTGTGGTGGAAATAGGACACCATGTCGTGTATTCTGTGGTAACGCCGTTAATAGTA
+GCAGTGCTTATAGATACAATGGCTGGAGAAGCAGTCTTAGAGCATACGTCAGATTCACAA
+GAAGAAATTGTAACTACTGTGGTTTGCTCTGTTGTCCCCTTGGTTTGCTTTGTTGTCTCC
+GTAGTTTGCTTTGTTATCTCTGTGGTAGAAATAGGGCACCATGTGGTATACTCTGTTGTG
+GCACCGCTAACAGTAACGGTGGCCGTGGAAACAATTGCAGAGGAGATGGATTCAGTGCAC
+ACATGAGATTCGCAGGATGTCACGGTAACCAAAGTGGTTTGTTCGCTCGTTTTTGTAGTG
+GTAGCAGGTGGTAATGAAGAAGCAGTTTCCTGGCTTGTTGTTGTACTGATAACAGGTGGT
+AATGATGAAGTAATTTCCTGACTTGCTGTCGCACTGGTAACAGGTGGTAATGAAGAAGTA
+ATTTCCTGACTTGTTGTTGTACTGGTAACAGGTGGTAATGATGAAGTAATTTCCTGACTT
+GTTGTTGTACTGGTAACAGGTGGTAATGAAGAAGTAATTTCCTGACTTGTTGTTGCACTG
+GTAACAGGTGGTAATGATGAAGTAATTTCCTGACTTGTTGTTGTACTGGTAACAGGTGGT
+AATGATGAAGCAGTTTCCTGGCTTGTTGTTGCAGTGGTAATAGGTGGTAATGATGAAGAC
+GAATATGTAGACTTTGGTGATTCAGAAGAGATAGAAGAGGAAGAAGAGACAGAACTAGCT
+GAACTAGTTTCGCTCTCAGAAGAACCAGAGGTGGAACTACTGGTTGGAATGACGGATGAT
+TTAAATGATTCAGAGAATATAGAAGTGGAGGTTGTTGTAGAAGAAATGACAGGGGAAGAA
+ATGAATGAAGAAGAAATGACTGGAGAAGAAGTGACTAGAGAAGAAGTGACTGAGGAAGAA
+ATGACTAGAGAAGAAGTGTCTGAGGAAGAAATTACTGAGGAGGAAATCACAGAAGTTCCA
+TTGCTAGGATAGAATGGGGTAATAATTGGATGCTAAGACGTGATAGAGCTGGTTATTTGT
+TCTGAAGAAGATGATGACAAACTGGATGAGGTGGCAGTGGTTGGACTTTTAGCAACAATA
+ACGGTTTCGTCAGTTGGTTGACCATTAGTGCCAGTGACAGTAGTCATCTCAGTAGAAGTC
+GAAGTGGTAGTTGCGATGGTGCTAGTAGTATGTTTTGAAGGATCAGGGATAGTACAATTG
+GGCTGTTAGGTCATCGTCAAAAGAGTAAACGTGCCCTGCAAAATCATCGCTAACAGTAGT
+AACATCAGGCAATTCCACGCTAACTGGCAGTGTATGCCAAGAAACAGCGTTTGAGTAGAC
+AATCTTCATTGGACAGTAGAATCCAGCATACATATACACAGTCCCTGCAATGTTATCGGG
+CAATCTTCCTTGCCATGGCTTGATACCATTAATCGTAAAGTTTGTGGATGTAATTGGAGG
+TTGCTCTTGTGCACAGCATCCGAATGCAACGTCGCCACCGACTGATAGAATTGCAGAGTC
+ATCGACCTTAGCAAACCTGAACGTGTAAGAACTTGTTTGTGGTGGTAAAAAGTAACCTGT
+CATTTCTAGAGTAGCGTTTTTTGGGATAGTATAGAAACCAAGTAAATCAGTACTCCAATA
+GGTCTTTCCTGGCTATTTTGAACATTCACTATGACCTCTGCATCCCCAGTTTCCATAAGC
+ATCTGATTGAGCACATTTAAAAGTTCCTGAAGAGATAACACAAGAAAGATCGTAGTCAAT
+TGAGAAATCCGTCTGTCCGCCAACGGAACCTAATTCCAATTCGAGGCATATCCAGAAGTC
+ATATATTGCGGGTAGGAATACGTTGTTGAATTCAGTAATGAGTACAAAAGTTGACATTCA
+TCCCATTTTTCCTCGGGTCCGTTGGCAAGCATGCTTGTGTACTTCCTGAAACAACATTGG
+ACGTGGCCAGGTAGGTGAAGAGTGCCAAAAATAAATAGTGATGAGGCATTTCTTGGTTCG
+TCAATCAGGTATGGGTATATTAAACAATAACTTTAAGCCATGCTGTTAATGATGAAAATT
+CTGATGCTGGTCTCTTCATATGTCATTGTTTTGGGAACTGTCTTTTTTCGATCAGATGTA
+TGCGCAACGATTTGTTTAGCGTAGTGATGTTCCCGCGTAGTACTTAGGAAATTTTGGTAT
+CGAAACGTCCCTACAACACTTTTTGTCGCTGATATCTGCACATGTGAGTAACGCAGATTC
+CATTGCATTATTACCTTCCCCTTCCCAGAAACGATTTATTACGACTCAACAAGTTCAAGA
+AAAAAATTAAAAAGGTTACAACCGCATTTTGCGTTTAGGTGCAGCGAGACTTACCTTGAT
+GCAGTCCTAAAGGGTCCTGCAGCGGTTGTAACGAATCCTATTTGCTTTTGTGCATTCCTA
+AACGGGCTGAAGTAAAAGTCTTGAGGAACTCCAGGAGAAGATACGATAAGCTCCGAAGTG
+CCAAATTTTATTATCAAAAAAAAATATTTGTACGAGCGGAAAAGGATTATACTCTTCCTC
+TTTTGCTTCATCACAAGAGGATTATTTTGACGTCGTCTGTTGTACTACTTCTTTATCGGT
+GTGCGCAGGAAAAGAAAGAAAAAGGAAGGAAAAATAGATGTCAAAAATCGATGTCAAAAA
+ATCTCGTGAGACCTCCGGAATTTTGACGCTGCAAGTCAATCTACGGGAAAGAAGAAATTT
+TTTAAACCTAATGCAAAATAAGCTTTTCTTGGAAAATAAGATTTTCGGCAATAAAAGGTA
+AATGCAGCCAAAAATCAAAATACTTCAGAAGAAGTCGTAGCGAGGACTGCTAAGGGGAAG
+CGGATTTGAAGATCCTTTCCAGAACAAGAAGGAGCCGAAAGCTGTCAGGAACTGTTCCTG
+ATTTTTTAGGAAAACAATTAATAGGTATCTCGTCTAGAGTAGTATCTCGAGCTTCCAGAA
+GTTGCAGATAATCAAAATCATTGTTTTATCCCTTTTTTTAGATTACAGCTTAGAAGAGTA
+GAGAGCAAGTTTACTGAAACGGTTCCTTGTTTACAATAATATTCCTAACAAACTTTACGA
+ATTAGGATGCAGCATGATTTTTTATATTGCTTCACTTCCTAAAGTATGAATTTTTATCCG
+TAGTCGCAAACAAAACAGCTACTGGAAATCTGCAGCTTGTTAAAAACCGGTAGTTTCCGA
+ATACTCCTCGTCCTTGAGTTGTATACCGTTAAACTTCCTAGGGTGTCATGTGTCTGGCCC
+AATTGGCCCACAAAATCTGGTCCTATTGACGGTTTTCTTTTGATTTTCAGCATCTTCCTC
+TAAGAAGGACAGAAAATTATGTAATATATGGGAGAAACGGCCTCCCAACTGCTAAGTGTC
+CCCGGCAGCACGAGTAAGCAAAATTCAGGCAAACTATTGCATTAAGAAGCCGTACATAAT
+TCAGCGTGATATGATGAAATTTTGTTAATTGCAAATTTTAGTACGATTTGGTTGTTAGTG
+TGTGTTTATGCAAGTAATTATTGAACCCTAAGTAGTTACTGTCTTCTTTTGCTGTAATTC
+GTGGATTCACGGCCCTCCAGCAACATGGATTGAAAGGTTCTTTAAAGTTTTCAATCCGTA
+AAGTTCTGAAATGTATTTTAATCATGTCAATAATTTTACTGGTGAGTAGCATTTATGACC
+AAAAGCGTACTTAAATTAGCAGCAAAAAAATTTTTAATAACGAAACTATAAGGAAAATAC
+GAGGTACTGATTATGAGAGTCCCCGTTTCTCATTTTTGAGACATGATCTGAACAAGGCTG
+AAAACAGCAATCTTTTTCGATAACTTTTGCAAAAATTTCAAACATTGTTGTTTGAATGCA
+GCCAATTTTTATAGGGTACAGAGCTTAATGCTTTACATGTGCTTTATTTTCGGTACTTTC
+CTTAAAGTGTCTACATTATCTCTCAGGACTTGAATGTCTTCGGCTGAATTACTATAAAAT
+CTTGAGTTTTCTCTGAAGTTTAATCCTAAGACAATAGTGGTGAGTGATGTAGTTCACGTG
+TGTGCCACTGGTAATAATAGAGATAACTATCTCAGTTAAGTTTGAAAAGGTAAAAAATAG
+TTTAAGTAGTCATTTTTTGCGACGGTCATTCTTCTCTGATGCACGTTCTTTAGACTACCT
+ATAAACACCATTCTTACGGAATTATAATGGAAATAAAACATCAGTACGTGTTGCTGTCGG
+TGATAGAGGGGTAACAGAACCTTAATTGAAAAATTAGCACAGTGCATAATTTATTAACAT
+GATTGTTTTCTGTGGAAAATAAGAAATTCAGCACCAGTAAAAGACGAGAAATATAGGCAC
+ATAAATGCGCTCTTACTCGTATGTTCCAGGATGAAAATGTTTAGGGCATCAAGTATTGCC
+GAAAGGGCAATATGCTTTAACACCAGAAAATCCACTGTATACTCGTTACGGGTAAACAAA
+GCAAAACGCAGTGCGTGATAATGTTTCTAAAATCTCTGCACACTGTTGAAATGCGGCTCT
+GATACTTTAGCCCTTAGTACCTGACGGTGCCTAAAATGAGGATAAGTATATGAGTTTACA
+ACGAATATAATGCTTTTTACCTCATCATATAAAGAATAATATTAATTTAAAAGTAAAAAT
+TAGACCTAGGTGGTAATGAGGAATGTGTCCTAATGAATTTATGTAGTTGATGCTTTTGCA
+GCGTTTTTTTTTTTTTGTATTAATCAAAGTGCACTACGTGACAAAAATAAAAAGTGGATG
+AAAACAAAAAAATCACAGATTTTCATAAAAATAACATGGTATTCTTAATCGTATATCGTA
+ATGGATTGTCAAAAATAAAGAGAATATAGTCGGTTCAAACCACTTTGTACGTCTACAGAG
+TATAGTGTAGAAATTATAGTTAGGATTGTGACATCCCTTTTTCTTTAACATAATAAGTTT
+GCTTCAAATTAATTGATCAATTAGGATAATAACTCTCAACACCTTTATTATTTATGTTTA
+GAGAGTTTATGGTCAGATGGTGATTGGTATTGATACTTATACTTTTTTTCTCATTAGTAT
+AATACGCTATATTCCATGTTTGAATAGATCTTATTTTTTGGCTGTCTAGATAATAAACAT
+ACCGTTTTTAACACACACACACCAATGAGTAGACGTTATTGCGACTGTATGCCCTTTAAG
+ATATTCTGTTCAAAGAGATAAGGTATTTATTCGTTTTCTTGCAATTTCTTCTCATCTATC
+ATTATCATACCAGATTGAATCTTATTTTTTAATTTTTAGTCTATTTGATGACGGCTACTG
+AATCTTTACATTACTTGAGCTGAGAAGTAAAATTGCATTATTCATATTAAACAAAAAAAT
+CAATTTCCCATAAAGACAATAGCTCAACTTCATCACGTCCTTGGTTTTTACCGAGTACAT
+ATATTTGATGAATTCTGATTTGAAAATATCAATTTGTTCCTCTAGAATATTTCCACTCGC
+ACATTCAAAAGCAGGTATTGGAACGCACAAGAAGCGATCGTCACCTTCCATTGGGGTTAG
+TAGCAGGATATATATTTCCATTCTATATTCCAGGTTCTCTTTCACAATTTTATTGAATGA
+AATACCTGAGCTACCAAATCAGTCTTAATAACACCATCTTTTACACCGGTACTACAACAA
+ACCATACTGAGTCTGAAATTGGACTTCTGCAATGAAAAATTTAAGCCCTGATCTACGCAT
+AATGCCCGCTATAAACCTTATTTTTTATATGGGGGTCTGGCGCTTCGGGAAAAGAGAGGA
+AAACTTGTAACTCAATATATCTCGATACAACATTACGTTTTGTAAATTTATCACAAAAGC
+CAAATGATGATATCTCTCTTGCAAGTTATCGAACATTGATTGGTAATTTGTTTGAAAATT
+GTTAATTTATTGAATATTTCTTTTGCAAAAGAAATAGTCTCAGCGAAAGCTGGTTACAAA
+ATTTACATCATGAGTTTACGGGATTTGTAAATACGCTTTTTGCATAAAAATACTTTGCCG
+TTTCCCACCCTTGCATATTCACTTACTCCCCCCTTCATATACTCTATGTAATGATGATTA
+AGCTTTGGCCGCTAAGTCTCTCAATTAGTGTTGATTTTGGTTTTATTCATATGATTCTTC
+TTTAGTGAAGTATTGATCAATTACGTGAGTCAGCTTTTTGAAAACCCCATTTGGAAGGAA
+TTAGGAAATTATTTTGCTTACTACGACCACTAATTTACCGCCATTTCTGGGCCTTTTTAT
+TGACTATTTTGACCATGTGCTCGACTAGAAGAACGGCATCATAATCTGCTGGTAGAGTTA
+GTCTATAATGATTGTTGAAAATAAAGGCATAAGAGATATTCCACCTAAAATTCAAGTTAT
+TGACTTTATTATCAGGATCTTAGTATCCTTTTTTGGTAAGTCATATTCAATGAACTAGGT
+CTCGCAAACTTTTTGTTCGAAAAGCGGTAGTGCATAGTTATGCTAACTCTGGATATATGG
+CATAAACCGTACAACACTAGCCCATTTTTTTGGAAGTAGTGAGGGCAGCTAGACTGTATG
+ATGAATATTCGCCTGCATACTGAGTTTTTTGGTCCTTTTTTTTATGTGGCTGGCCTTACG
+ATATGATGCACAATTCATAATTTGGAAGAAGGGCAGAACAATTGCATCTGTGCTTGGCTC
+TCAAGAACGGTGTTTGGTGCATCAAAAGTTTTCGACTGCTTATTTGGTCGGAAATATAAA
+AACTCGATCCTCTTATCTAAGCAGTATACATTCTTCTTTTTGAAATGAATGTACTCCGTA
+ATATCTTCTTATTTGGCATTTTCATCCTTAACTTTTGCATGGCTCTGAACTAGTCAGATA
+GTTGCCCTTTTCAGCAAACCTCTTATTATTGAAAGCATGGTGTACATCCGTTATACTATT
+ATATTATAAGAAATTGGGATGCCAATTTTTTTGCTTTTGTTTTGCCTGTTTTCCTTCTTT
+TCGCAAAAGTAATTGCAGATTTAATAGCAGGATATTATACCGTTGGTAAAACTTAAGGAT
+TTTATGAACAATAGCTTCAAGTACAGCATTCATAGAACCAACTACTAAGGATGAAACTAG
+TATGTTTTTGTCAAAATATTTTCTTGACCTTGCTGTAACATCAAGATCTGTTTCTCTAAG
+ATATTAAAGTTGAGTAAAAACAAAGCTGATATGAGAAAAATACGTAATTGCTCCACATAA
+TACGTGGGTCAGACATAAAGGTAGAATACTTGATACAGAAGAGATTATTCGGTACTCTTG
+ATGGCGTGCTTGAACTGGTGCCTCTTAACAACCGGTAATATAGTCAGATGAGTCACTACG
+AGTGTGTGTAGTAGCAAGTGTTTTACCTACGTGGCAGTAAGAGTAGCTCTATGGTTGTGT
+AATAGTGGTGCTTATTCCTAATGCTCTGAAGTCTGAAGCGGTACAGTTGGTCTGGTCTAT
+ATCATGGTCAAAGGAGCAAACATATCTTCTGAAGTGACCGCAAATAGTACTATGATGTGG
+TTGGCAATATAACTTAAAAGGAAATAACCACAAGGAATTGCACCCATGTACACAGTTTTT
+CCCGGAAATTGGGAAACCAGTACGAACATATATCAATTACTTTTACATTATCTTGATTGG
+AAAACTGGCACAATTGACTGTGACGTTAGTAGTATGTTGTTCTTCTCTACATCAGTTAAA
+TATACGTGTCAACATCAACTAATCAACTTTCCCCCGTTTACCACATTGAAGCTGGGTGTG
+GAAGATTTATTTGAAGAAACTAAAACGTACCCTGTCATTTCCTGAGTCCCCTTTCAACTT
+AGTGTGAAAGCCGAACAATTATAATCCTCGGTAGACAACAGATTTATTGTACTAAAGTTA
+CTCTTCCTGTTATCTTCCTTGATTTTACTGTTATAGCAATGACCCACCGCAATCAGGAGA
+GCCGCCGTATGGAATAGCATACCAAGTCATAAAATCGTCAACCTATTAACGGGGTTCAGG
+TTCTTTTTCAGCGTAGTAGCCCTTTAACAAGCGCTGACAAAGTTGACACTCAGAGAAAAT
+TCAGGATTTATTGTAATCCAGCTACTCATCCTTAGATCCGCTTGCAGGCATGGTTTTTTT
+CACCTTGAGAGGCTATTTTGGGTAAGCCAGGAAGGCTGAAAAATCCCAAAAGGACACAGT
+AATAAGAAATTGTTGTTGTTGTATGATGCATTTAGAACTCAAAAGACGAGTTTCTGAAAA
+TGCTTACAATACTCCATAGGTAACATGATTTTTTTATTAAAAAAGTATACTGTTCCTTTG
+GGTAAAAATTATGCAACCCTTGAGTGTCCGATGAAGATAAGACTACGAAACAATTTGCGG
+TAAATTTTTTCTGCTATTGACATTTACACATGCTCCAATCCATTACCCTTTCCATTCTCG
+TAATAAAACCTCGAACTGTTATTTCATATTTACATCTAGACGGGTATCGGCCTCAACAAC
+TCCAAACAAAAGTAAATAGAAAAGAGCCAGACCTATCGCACCGGGTAGAGCCAGAAAATA
+TTTTAAACTATAGTTGACGTATTCTACGGCTGTTGTTTAGGACAATACTTTTTCCTTCAC
+AGGCTTCGAATTACGCACATGCAGAACTCCTGTAGAAACCACGAAGAAAAGTTTAATTAA
+CTTTCAAATGCCAGAACTAAAGATTGATGAAACAGTTATACGAATTTAAGGGGAACTTGC
+TTTTTCCTTTTGCTTCATCATAAGCGCAATATTCGCAGCGGTGGCGTCGCGTCTTACCAT
+TTATCGGCACATTTTTCCGAAAAGGAAGGAAAATGGCGGTGTCAAACGGTCTGGTGTGAC
+ATCTAGAAGTTCGGCATTGCAAGTTAATCTACGGGAAAAAGAAAATTTTCTTATAACCCT
+AATGTATAATAAGGTTTTCGGAGAAAGCAACTCACGGGGAACAATTGGTTAGAAGAGACC
+GTAGAAGCGCCCCACTAACCTGGAGTTGATTATCGAGGATCTTTCTCAGAAAAGCAGCTA
+ATAAATGAGCACAGTACTCAAAAATTACTCATAGTATTATAATTACTTACTTAGTCAATA
+TGGCTGCGCTTTTAAAATGAGTATCTTTTATTTTTTGACAAGGAAGAAAAAGATGCAAGC
+AAAGAGAAATTTACTAAGTACAAGCTCATTTCCAAAAATTCAGTTTGCCTGTAACAATGG
+GTAGCGATCTTCAACATATGGGATTATGCCTTGAATGAGATTTTTGAACGTAGAGGAAAA
+AATCGCAGACAGGCTTTATTGTGCTGTTTGACATAGTATACTCAGCCGTTGTGGTGTTAA
+TGAATACTATCGATGTGTATACAAACGTACTTCAAATAAGCAATGCGAATATACTGCAAC
+TTTTCGGCCTTTGCAACGATTTGTAATGAATCCTTTTGCATCGCTAGAAGGACAAGATAA
+TATTTCTTCTGTTTTTTTTTTACATATGCAACAATTTGAAAGTCAGGTCAAAGACAGATT
+CCGGTTCCCCATATTCAGATTGGAGAGAAAAACTTTTGGCAACTCATGTTACCAAGTCGA
+GACGCTTAAAGTTAAGTGTCGGCCAAGACACGCAAAATCTTGTAATCTTTTAACGCTGCT
+CTTCAAATCACGGACGCAATCAGTACTTGTACCTAATTTTGGTTTTCTAATATTGAATAG
+CGAACCATAGGTCGAAAATTTAAGGCCACATAAATCCAGAGCCCGCAACTTGGATAGGTA
+TTTACTTGATTTTTAGTTTGCTTTCAATAGTGTCGTGAAATTATAAAGTACGCCGCATAT
+ATATCTTGATTAGTTAAAAATAGCAGTGTTCAATGATGATTTGATAGGGTTCATAACTGG
+TACCAGCGTAGTACAATTACGATTATCCATGAACATAAAAGTGGTTTAAGTACTATATAT
+CAGTGAAGCTTCAAAGTAAGCAAACGAGATACCAAGATCTTGTAGGACCACGATATATAA
+GAAGCCTAGTTCCGTTGTAGCATCACATAGAAGAGAGCGACAATGCCTCAGAAATTCTAC
+AGCAACAGAAAGCACAGTGAGTCATTAACTGTTGGAATAAGACTCAACTGCGAGCTATCG
+ACTAGTACTTATATTACTAGTATATTATATACGGTGTGAAAAGACGACATGAAGATTGAG
+GAAATGGTCCCAAGATCTAATGGACACTGAAATGCAAAAGTTGATAATGTAACATGAAAA
+TTAAGGACAGCATATTAAACAGAAGAGGAAATAATGGTATTTTTACATAGAGATATGAAT
+TTCCCTTTTTCTTTGTTCCTATATCTCTGATAATAAGTTATAATATACTTTGTGCATCTT
+ATATCATGCCTTTTCAACAATGAAATATCAGCAGTTATCAAAGCATTCGCCAAATTTTTA
+TTAATAAAACAAATGTCAGAAATATGGCCGGAATCTAATCTGAAAGTTAAAATAATTCTT
+ACGATATTCTTATCATAAAACCAATGATTAATGTTTATGATGAGCAAAACTGTGCGAGGG
+CACATACATACAGTGGGACCTCATGAGATCCAGAAAAAAAGCAAAGGAAAGTTCGATCGA
+AACATTAGCTCTTAGATATTACAGACGTGAGGTATCTCTTCCTTGAAGAGAATCTGGCCC
+TGATCAAAAACTTTATTTTGATACTGTTCGAAAAGAGAAATAAGGACAACGTTCTAATTT
+ATACAAATATAACCAGTAGGCTTTATCGTAAAATCCTCGAACTTGCTTCTCATCACAGAA
+GTATAAAAAGTAAAGAGGTCAAGCAAGAAACGAATAACCACCAAATTTTTTTCAATTGAA
+AAGCGAAACGTAATGGAAATTCACCTGCTTTGAATCGTTGTTGAATTCTTATCATCAGTC
+ATTATTTTCCTCTTTTAAAGCTTAAGTCAACCGCATCTAAGTTTAACACTTCGTTCCCGT
+TTTGAAGTTTATCAAAATTCCAAAATACAGTAGTTAGGTGCTCGTGACAAACCTTTTTCC
+AAAGTGTCATTAGACTTCATGGAACTACTACACTTCTGGGGAACGAAAAGCTACCATTTG
+CTCATCATTGGATAATTTCTTTTTTTTTTTTTGATGCATCCAAACTTGGACCCCTTTTGA
+ATGTCGAGTATGAAGTATCAATTTTAGGGCAAGTAGTTTTACAATAATTTTGGTGCACTT
+TTACGTCTCTGCTGATATTTTTAATACTAGTGCAAAAGAATTCGAAATAAATATAAAAGA
+ACAAGGAGGATTAACATACTTTAAATAACTAATTATCACCATTATTTCAAGTTTCAAGTA
+CTGCGTATGGCATGCACAGCAGATTTCTACTCAAAAACATCCTAAGCGAACCACACTAGA
+TCTTACGTTAGTACTGCTGAAAATGGCAATAATTGTTAAAGCAAAAATTGGCGATGGTTC
+ATTAATTGCTAAACAAAATAGGGCATTTTTCCTCGTTAATGATAAGTACTCATACTTCTG
+TTTCTATAAGTGTTAGTTGTAACTTATGAAATATCGATTTAAATTCGAAGTGTTGTTTGC
+AGGATATAAATCAAAAAAAAAAAAAAAAAAAAAAAATTAAATAAATAAATAAAATAAATA
+CAATGATATCGATAACGGTGAAATTCTTTTCATGGATTTTTGTTGCCCAAGAAAATAACA
+ATAACGTTTTCTTTATGATACATATATCTACTTTTTCAAAAAAGGAAGCGCAAGAATTAT
+CATTTAGTTCAATTTGAATATTTGAAAGTTTGGAGGAGAAACAGTTAAAAAATAATTCAT
+GTCAGCGTATATTTAGCAAAGAAAAGATACACAGATACGTAAAAAGAACGCGAATTTTAT
+TAAATAATTGCCAGCAATAAGGACGCAATGAAGACACTTAAACCACTACCGGCCAGTAAG
+CTGTTGGCACTGCCAGCATACGTTGAAATTTCTAAAGAAGCTGTACTAGATCCTACCATG
+CTACTTGCTGGTGTGCTACGAGGCTGTTGCGACATAGTACTCAACCCGGAACTTGTTAGA
+CTCTTGGTGTTGCCAGTTTCGGATACAGAAACAACACTACTGCTGTGACCAATCACATCG
+GTCGCGGAAGCCGTCTGTGTTTCAGCATGATTGAATCTTGAAATTGAAGAGGTGACTACT
+GTTTTCGTCTCAGCAGCTCCAGTACTGGTAGTTGTCTCAGCAGCTCCAGTATTGGTTGTT
+GTCTCACTGGTAGCACTGTTCATTTTAGAGCTGACAGACTGTTCATTCGTAGTCTGTGGC
+CTCCATGTAGAATAGACCGTAACAACATCATTCACAGTAGCCGTGGCCGTCGAAACAATG
+GCAGGTGAAGTAGTTTCGGAACACACACCAGATCCGCAGGAAGTAACAGTAACTAGCGTA
+GTTTGTTGCTTCGATTCTGTGGTGGAAATAGGACACCATGTTGTGTATTCTGTGGTAACG
+CCATTAATAGTAGCAGTGCTTGTAGATACAATGGCTGGAGAAGCAGTCTTAGAGCATACG
+TCAGATTCACAAGAAGAAATTGTAACTACTGTGGTTTGTTTTGTTGTTTCTGTGGTTTGC
+TCTGTTGTCCCCTTGGTTTGCTTTGTTGTCTCCGTAGTTTGCTTTGTTATCTCTGTGGTA
+GAAATAGGGCACCATGTGGTATACTCTGTTGTGGCACCGCTAACAGTAACGGTGGCCGTG
+GAAACAATCGCAGAGGAGATAGATTCAGTGCACACATGAGATTCGCAGGATGTCACGGTA
+ACCAAAGTGGTTTGTTCGCTCGTTTTTGTAGTGGTAACAGGTGGTAATGAAGAAGTAATT
+TCCTGACTTGTTGTTGCACTGGTAACAGGTGGTAATGATGAAGACGAATATGTAGACTTT
+GGTGATTCAGAAGAGATAGAAGAGGAAGAAGAGGCAGAACTAGCTGAACCCGTTTCGCTC
+TCAGAAGAACCAGAGGTGGAACTACTGGTTGGAATGACGGATGATTTAGATGATTCAGAG
+AGTATAGAAGCGGAGGTTGTTGTAGAAGAAATGACAGGGGAAGAAATGAATGAAGAAGAA
+ATGACTGGAGAAGAAGTGACTAGAGAAGAAGTGACTGAGGAAGAAATGACTAGAGAAGAA
+GTGTCTGAGGAAGAAATTACTGAGGAGGAAATCACAGAAGTTCCATTGCTAGGATAGAAT
+GGGGTAATAATTGGACGCGCAGACGTGATAAAGCTGGTGATTTGTCCTGAAGAAGATGAC
+AAACTGGATGAGATGGCAGTAGTTGGAGTTTTGACAATAATGACAGTTTCATCAGTTGGT
+TGACCGTTGGTTCCAGTGATGGTGGTCATCTCAGTAGATGTAGAGGTGAAAGTACCGGTC
+CATGGCTCGGTTGTAGTTGTAACCAAACCTTCACTGGTTGGAGTTCTGATAACAATCACG
+GTTTCGTCAGTTGGTTGACCGTTAGTACCGGTGACGGTGGTCATCTCAGTGGATGTAGAG
+GTGAAAGTACCAGTCCATGGTTCAGTGGTGGTGCTGATTAGACCTTCACTAGTTGGAGTT
+CTGATGACAATGACGGTTTCGTCAGTTGGAACGCCGTTGGTACCGGTGACGGTGGTCATT
+TCAGTGGATGTAGAGGTAAAAGTGTCGTTCCATGGCTGAGTTGTAGTCATGGCAGTAGTG
+GCTGTTGTTGGTGTTCTGATGACAATGATGGTCTCATCAGTTGGCAAACCGTTGGTACCG
+GTGACGGTGGTGATTTCAGTGGATGTAGAGGTAAAAGTGTCGTTCCATGGCTGAGTTGTA
+GTCATGGCAGTAGTGGCTGTTGTTGGTGTTCTGATGACAATGATGGTTTCATCAGTTGGC
+AAACCGTTGGTACCGGTGACGGTGGTCATTTCAGTGGATGTAGAGGTAAAAGTGTCGTTC
+CATGGCTGAGTTGTAGTTATGGCAGTAGTGGCTGTTGTTGGTGTTCTGATGACAATGATG
+GTTTCATCAGTTGGCAAACCGTTGGTACCGGTGACGGTGGTCATTTCAGTGGATGTAGAG
+GTAAAAGTGCTGTTCCATGGCTCAGTTGTAGTTATGGCAGTAGTGGCTGTTGTTGGTGTT
+CTGATGACAATGATGGTTTCATCAGTTGGCAAACCGTTGGTACCGGTGACGGTGGTCATT
+TCAGTGGATGTAGAGGTAAAAGTGTCGTTCCATGGCTGAGTTGTAGTCATGGCAGTAGTG
+GCTGTTGTTGGTGTTCTGATGACAATGATGGTCTCATCAGTTGGCAAACCATTGGTACCG
+GTGACGGTGGTGATTTCAGTGGATGTAGAGGTAAAAGTGTCGTTCCATGGCTGAGTTGTA
+GTCATGGCAGTAGTGGCTGTTGTTGGTGTTCTGATGACAATGATGGTCTCATCAGTTGGC
+AAACCATTGGTACCGGTGACTGTGGTCAATTCGGTAGAAGTAGAGGTAAAAGTGTCGTTC
+CATGGCTGAGTTGTAGTCATGGCAGTAGTGGCTGTTGTTGGTGTTCTGATGACAATGATG
+GTCTCATCAGTTGGCAAACCATTGGTACCGGTGACTGTGGTCAATTCGGTAGAAGTAGAG
+GTAAAAGTGTCGTTCCATGGCTGAGTTGTAGTCATGGCAGTAGTGGCTGTTGTTGGTGTT
+CTGATGACAATGATGGTCTCATCAGTTGGCAAACCATTGGTACCGGTGACTGTGGTCAAT
+TCGGTAGAAGTAGAGGTAAAAGTGCTGTTCCATGGCTCAGTTGTAGTTATGGCAGTAGTG
+GCTGTTGTTGGTGTTCTGATTACAATGATGGTTTCGTCAGTTCGTACACCATTGGTGCCA
+GTGACTGTGGTCAATTCGGTAGAAGTAGAGGTAAAAGTGCTGTTCCATGGCTCAGTTGTA
+GTTATGATGGTGCTAGCAGTTGTTGGAGTTCTGATGACAATGACGGTTTCGTCAGTTGGA
+ACGCCGTTGGTACCGGTGACGGTGGTCATTTCAGTAGATGTAGAAGTGAAAGTACCGGTC
+CATGGTTCCGTTGTAGTTATGGTAGTACTGACAGTATAATTTGAAGGGTCTGGAATGGTA
+CAGTTTGGCTGGCTTAGATTGTTGTCAAAAGTATATACGTACCCTTCAAAGTCATCACTA
+ACGGTAGTGCCATCTGGTAGTGTCACACTAATTGGAAGTGTACCCCAGGCAACGGCATTT
+GAGTAAACAATCTTCATTGGATAATAGAAACCAGCATACATGTAGACAGTCCCTGTAATA
+TTATCAGGGGGACTTCCATTCCATGGCTTGATACCATTGATGGTGAAGTTAGTCGACGTG
+ATGGGAGGTTGTTCTTGTGCACAACATTCGAACGCAATGCTACCACCGACTGATAGAATT
+GCAGAGTCGTCAACTGTAGCAAACTTGAATGTGTAAGAACCCGTCTGTGGTGGTAAAAAA
+TAACCTGTCATTTCTAGGGTTACGTTTGTTGGGGTAGTATAGAAACCAAATAAATCAGTA
+CTCCAGTATGCAATTATTGGATTATTAGAACAAGCACCAATTCCTTTGCATCCCCAATTA
+CCATATAAATCTTCTTGAGGACAAGGAAATGTGCCTGATGAACTAACACAAGGAATATTA
+TAATCAATCGAGATATCAGTTTGTCCTCCGACAGAACCCAGTTTAGTTTTTGAGGCATAT
+CCATAAGCCATATATGCTGCATTCGAATATGTGGAGGAATCTCTCAATGAATACTGGTAA
+AAGTTTACATTCATACCATTCTTCCTTGAGTTTGCTGGCAGGCATGCCGCTGTAGTCGCA
+GAGACAACATTAGTTAATCCCAGCAATGTGACGATGGCTAGTAGTAAACAATAATGTGCC
+AGAGACATTTTTGGGGCTTTTATTGTACAATTGTTCTTTTTAAATTGCAATTTAAAGAGC
+GTACCTGTAAATAAGAAGGAAGAACGTTATGTTATTAATGGACTTTTAGTGTCATCGAAT
+TTTATGTAATATATAAGAAGGTAGAATAATTTGGCAGGATAATGTGTTAGCAAAGGAGGA
+AATCGAATACCTTTAAAAGAGAAAAAATTTTTTAGCTGCTTAAATTTCTGTGTTATACCA
+CCCGATAGATTTTGAGTTATGCTTTCTAATTGATCTGACTGCGAACGTTTTCTTTATGCC
+ATCTGAATTGTCAGGAACAAAGAAGAAAAAGAAAAGTTTTTAAAAAATCTGTGGTCGTGT
+GTGATGTACCTTTCCTTTACATGCATTAATGCGCTCTGAAATGTGGTACGATATCCTTAC
+AGAGAATATATTTTCTGTATATCGTGCAATGTTGAATAACCTATGAAGGAAAGTACCCAT
+CGCTCAAGGTAAGCATTCCAGGAGGGTCGCCAGAAACTTAAACTAGTTTTAGCGACAGAT
+CCGAAAATTGATAGAGACATTGAAAAAATCACTACTCCGTCCTTTTTAGTGCTTTCTCAA
+TGCATAATTTTGGTGCACGACTAAAAAATTCTAGAACACTATAGTTGCATTTTTTGGGCC
+GGAAGAAGAAAAACGCATGTAACTTTAATGTCAAATAAAGTTTTCACCTAGTAAGCGCGA
+TACAAAAAAAACACAGAAATAGCCATAGGAAAGTGAATTTTGTCAGCCGACTAAAATTAA
+GGTTAGCTTACAAAGCAGCAAAAAATTTGACATCGCACGGTATTCCCTGAAAAAGGAGCA
+GGCAGGTGCTGTATATTTTTTTCGGTTCCTGCCTCTTACATGGCGTCGGTGTATCTTAAA
+TACTAAAGTGAGCTGACTACCCTTTTGAGTGCCCTATGTGACCTCTGATCTCGAAAGTAA
+ACAAGAGATACCTAATTTCACAGCCACTTTTTGTTGCGGACACTGACGGGATGTGTTGTG
+AATATTTTAAACCTTAAAAGTATTTATTGGTTAGTTATACTTAATTCTTATACGTCCTTT
+AAAACCAGTGTGCAGTAAGTCTGTCACACAAAAATATGATTGATGCATTTTCAAAAAATA
+ATGGCTTTGAGGTAATTCGTTCCACTTTTGAGACTTATTCACATGTCCCAGCTGGGTGCA
+ATCAAAATATACCGGCATTTCAGCAAGGTAACTATATACGCTTTTTTTCTCATGGTTTTT
+GAAATCATACCTGCCAAGCTTGCTGCACTTGGAAGGCAACTCCGTTTTTCAGAGATTAGA
+TCCTTTTTTTTTTGAAGAAAAGGCAGCCAAGTTACGTCATAGAGAAAACTCCCTAGAGCG
+CTGCAAACACTTGTTAGTTTGCAGCTTACTTCACGTGTGGCTGGAAAATTGAAAAGTTAC
+AATACGGTAAAAATACTTTGAAGACACTACACTATAACTGCTTGACCAAATTTTTACTCG
+TGAAAAATTTGTTCCAGCCGGTCTGTTACTGATATTAAGTTAAGGAATAGTAAACCGTAT
+ATTTTTCATCCACGTTTTTGTAGTTTATTTTCGGTTTACTAGCTATGCATTGATTGTCTA
+TCAGAGCATATCAAGGTGGTTATGGAGGTGCTGATATTTAATCAATAAAATTATAGAAAT
+TTTGAGAAAACAATAATGATTGTTTCTACAATGAAAATCAGTTCATGGAATAGTTGCCTT
+CGCACTACTTTTTCACCAGATTAATGGTGCATCAGAGCTTTCCCTTTTTGTCTTTTTCTT
+GTTTCCTTTTTCGATTGGTTTATCACGTAAGTTTCTTATGACATAAGAAGAGGCAAGAAA
+CGAAAAGGGAAATATTGCCTACTTTTTTCTTTTCGAACGTAAATAATGACGGGATTTTGG
+TGTCATTTTTTTTCGTCTGGATTTTCTCAGAGAAGTACGTTTCGTCGCACAAGCTAAAAT
+CATTGACAGGGCATGAGTTACGTCAATCTCTGGTCAATCCATGTCCAAAAAAATTTCTTG
+ATTTGTTCAAAGTTTTTGCATAGGCACATTAATTGGTTTAGCGAAGTATACATTCTGAAG
+AACATTTTTGGGTGTATTTTCCACATAGAAAATTCGATTTTTTTTTTTCAATGCACCACT
+TGTCGAGTATACGTTAACTTTAATGTATTGAAGATGCAAAAATGAAAAGCCTACTTGGCA
+TATGGAATTACAATAAATGGTCAATTCCTGTTTAAGCTAGCAGCGGCACTGTCGGTGTAA
+ATTTGGGTTTAAACTATTGTTTACTTACTTTGAGAAATTTATGTATCGCCTATATTTTTC
+AATAAGTGCGATATCTTTAGCTTTCCACAGAACCCCCCCTCAGGCTATGGACGTGCGGTT
+ATATGATCTTCTAATAAAAATCTCTTAGACTACGGTTCATGGAATACTTCTTGACTTCTT
+GGCGAAGGAAAGGCGCATAAATGTTGTGATCGAATGACCAGTAATACGTCGTTTGTTCTC
+TTGCTGAACAGCGAGGAAGAGATATTCATCCAAATGCATGAACGCAGAATCCTGTAAAAG
+TCGTAAAAATGTTAATCGCAATGTTGTAAAAACCGTCAAGGCATTTATCGTTCAAAATGG
+CGATCATTGTTACTACTAAACACTTACTGTTAAATTAAAAAGCTGATGTTGCGTAATCCA
+TTGACCAATTCATAGGCAATGTATTTCAATGACGCACAAGATTCATAACAAATTTTTTAT
+TTACGATGTACCTGTACATTGTGCAGAAGGTCTTCAGAGTGAGTTTAAGCTAGGCTGTAA
+ATATTTTAATGTTAAGATGAAATTTAAGTGAGCTGGTAATATCAAGTGAGGCATAATTTG
+TTATATGTAGCTGAACTTCAACTTTAAATAGAAAAATTACAACTAACAAGCACCGGATTG
+TTTCAGAATTCAAAGTGTAGAAGCTATTATTCTTGCAAAATAAAACGCTTTCAAAGTTTT
+CTTCTATAAACATACTTGTGGCAGCTTGTTTTTTTTGTTTTATTTTTAAGTTTTGTTGGG
+TCTCTGAGAACTTTCAAAAAAAGAAAAAGTAAAGTATGATAAAACGGAGCACTTGCCAAA
+GTAATTAACGCCCATTAAAAAGAAGGCATAGGAGGCATATACATATATATATATATATAT
+ATATATGGCTGCTGACAGATATTCTGCACTTAAAAACTAAAAATATTATACCAACTTTTC
+TTTTTCTTCCCGTTCAGTTTGCTTGATTGGCCCAGCTCTTTGAAGAAAGGAAAAAATGCG
+GAGAGGGAGCCAATGAGATTTTAAAGGGTATATTACTTATCTTATCGATAAGCAGTATTG
+ATATTAAAGGGACAGTTTTATCGTTGGTTAATATGGAAAAAGTGATGACCATGATGCCTT
+TCTTAAAAAGAGTATTTCTTTTTATTTCACTTTCACATAAACAGTTAATGACTTCTGACT
+TTGAGCCGTTCGAACTCAGTTATATAAAGGTACATACATAGGCCACACACACACACACAC
+ACACATATATATATATATATAGGGAAGTAGCAACAGTCACCGAAAAGAAAAGGTAAAAAG
+TAAAAAATGACAAGCGAACCAGAGTTTCAGCAGGCTTACGATGAGATCGTTTCTTCTGTG
+GAGGATTCCAAAATTTTTGAAAAATTCCCACAGTATAAAAAAGTGTTACCTATTGTTTCT
+GTCCCGGAGAGGATCATTCAATTCAGGGTCACGTGGGAAAATGATAATGGCGAGCAAGAA
+GTGGCTCAAGGATACAGGGTGCAGTTCAATTCAGCCAAGGGCCCTTACAAGGGTGGCCTA
+CGCTTCCACCCATCAGTGAACCTGTCTATCCTAAAATTTTTGGGTTTTGAACAGATCTTC
+AAGAATGCGCTCACTGGGCTAGATATGGGCGGTGGTAAGGGTGGCCTGTGTGTGGACTTG
+AAAGGCAAGTCTGACAACGAGATCAGAAGGATTTGTTATGCGTTCATGAGAGAACTGAGC
+AGGCATATTGGTAAGGACACAGACGTGCCCGCAGGAGATATTGGTGTCGGTGGCCGTGAA
+ATTGGCTACCTATTCGGCGCTTACAGATCATACAAGAACTCCTGGGAAGGTGTGTTGACT
+GGTAAGGGTTTAAACTGGGGTGGCTCACTTATCAGGCCGGAGGCCACCGGGTTCGGCTTA
+GTTTACTATACGCAAGCAATGATCGATTATGCAACAAACGGCAAGGAGTCGTTTGAGGGC
+AAACGTGTGACAATCTCCGGAAGTGGCAATGTTGCGCAATATGCAGCTTTGAAAGTGATC
+GAGCTGGGTGGTATTGTGGTGTCTTTATCCGATTCGAAGGGGTGCATCATCTCTGAGACG
+GGCATTACTTCTGAGCAAATTCACGATATCGCTTCCGCCAAGATCCGTTTCAAGTCGTTA
+GAGGAAATCGTTGATGAATACTCTACTTTCAGCGAAAGTAAGATGAAGTACGTTGCAGGA
+GCACGCCCATGGACGCATGTGAGCAACGTCGACATTGCCTTGCCCTGTGCCACCCAAAAC
+GAGGTCAGTGGTGACGAAGCCAAGGCCCTAGTGGCATCTGGCGTTAAGTTCGTTGCCGAA
+GGTGCTAACATGGGTTCTACACCCGAGGCTATTTCTGTTTTCGAAACAGCGCGTAGCACT
+GCAACCAATGCAAAGGATGCAGTTTGGTTTGGGCCACCAAAGGCAGCTAACCTGGGCGGC
+GTGGCAGTATCCGGTCTGGAAATGGCTCAGAATTCTCAAAAAGTAACTTGGACTGCCGAG
+CGGGTCGATCAAGAACTAAAGAAGATAATGATCAACTGCTTCAACGACTGCATACAGGCC
+GCACAAGAGTACTCTACGGAAAAAAATACAAACACCTTGCCATCATTGGTCAAGGGGGCC
+AACATTGCCAGCTTCGTCATGGTGGCTGACGCAATGCTTGACCAGGGAGACGTTTTTTAG
+CCGTAAGCGCTATTTTCTTTTTGTTCGTAACTATCTGTGTATGTAGTAGTGTAATCTACT
+TTTAATTTACTATGCAAATAGGGTTCAGCATTACGGAAGAAACTGAAATCCCTTCCGCGG
+AAGTTTCTTAGTAGTGGCCGTGCGGGGTGAGGAGATTACATGTCGGTAATTAGATGATTA
+ACCTAGGCAATTTGAAGGGGGATAGTGGCATTGGTTAGCTCAGATATGATAAGGAGAACT
+AAGCAAGGGGGTTAACCACCACGGCTGTAGCACAAGACCGGCAGATGCGATTATTAGCAA
+CACATTAGTTAATGCTTTTGATAAAATGTATATAAAGGCTGTCGTAATGTGCAGTAGTAA
+GGACCTGACTGTGTTTGTGGTTCTCTTCATTCTTGAACCTTGTCATTGGTAAAAGACCAT
+CGTCAAGATATTTGAAAGTTAATAGACAGTTAACAATAATAACAACAGCAATAAGAATAA
+CAATAAATTCATTGAACATATTTCAGAATGAGAGCCTTAGCGTATTTCGGTAAAGGTAAC
+ATCAGATTCACCAACCATTTAAAGGAGCCACATATTGTGGCGCCCGATGAGCTTGTGATT
+GATATCGAATGGTGTGGTATTTGCGGTACGGACCTGCATGAGTACACAGATGGTCCTATC
+TTTTTCCCAGAAGATGGACACACACATGAGATTAGTCATAACCCATTGCCACAGGCGATG
+GGCCACGAAATGGCTGGTACCGTTTTGGAGGTGGGCCCTGGTGTGAAAAACTTGAAAGTG
+GGAGACAAGGTAGTTGTCGAGCCCACAGGTACATGCAGAGACCGGTATCGTTGGCCCCTG
+TCGCCAAACGTTGACAAGGAATGGTGCGCTGCTTGCAAAAAGGGCTACTATAACATTTGT
+TCATATTTGGGGCTTTGTGGTGCGGGTGTGCAGAGCGGTGGATTTGCAGAACGTGTTGTG
+ATGAACGAATCTCACTGCTACAAAGTACCGGACTTCGTGCCCTTAGACGTTGCAGCTTTG
+ATTCAACCGTTGGCTGTGTGCTGGCATGCAATTAGAGTCTGCGAGTTCAAAGCAGGCTCT
+ACGGCTTTGATCATTGGTGCTGGCCCCATCGGACTGGGCACGATACTGGCGTTGAACGCT
+GCAGGTTGCAAGGACATCGTCGTTTCAGAGCCTGCCAAGGTAAGAAGAGAACTGGCTGAA
+AAAATGGGTGCCAGGGTTTACGACCCAACTGCGCACGCTGCCAAGGAGAGCATTGATTAT
+CTGAGGTCGATTGCTGATGGTGGAGACGGCTTCGATTACACATTTGATTGCTCCGGGTTG
+GAAGTCACATTGAATGCTGCTATTCAGTGTCTCACTTTCAGAGGCACCGCAGTGAACTTG
+GCCATGTGGGGCCATCACAAGATACAGTTTTCTCCGATGGACATCACATTGCATGAAAGA
+AAGTACACAGGGTCCATGTGCTACACACACCACGATTTTGAGGCAGTAATAGAAGCTTTG
+GAAGAAGGCAGGATTGACATTGATAGAGCAAGACATATGATAACGGGCAGAGTCAACATT
+GAGGACGGCCTTGATGGCGCCATCATGAAGCTGATAAACGAGAAGGAGTCTACAATCAAG
+ATTATTCTGACTCCAAACAATCACGGAGAGTTGAACAGGGAAGCCGATAATGAGAAGAAA
+GAAATTTCCGAGCTGAGCAGTCGGAAAGATCAAGAAAGACTACGAGAATCAATAAACGAG
+GCTAAACTGCGTCACACATGATTGTGATTGAGTACTCACGTTCTCGTGTTAATCCCGCGG
+TCTTCTTGTTTTACTAACTTTTCTTTCTCTCATAGCATTCTCTTGACAGTGTTTTATATA
+CATCATATGTACATTTATCGAGCCAATCGAGGGCAGCAGTTTAACATCAAGCCGGATTTG
+CTCACGCTACTTTGACCCCTTTTCGTTTCGACGGAGAGAAGAAACCGGTGTTTTCCTATC
+CTTGCCTATTCTTTCCTCCTTACGGGGTCCTAGCCTGTTTCTCTTGATATGATAATAGGT
+GGAAACGTAGAAAAAAAAATCGACATATAAAAGTGGGGCAGATACTTCGTGTGACAATGG
+CCAATTCAAGCCCTTTGGGCAGATGTTGCCCTTCTTCTTTCTTAAAAAGTCTTAGTACGA
+TTGACCAAGTCAGAAAAAAAAAAAAAAAGGAACTAAAAAAAGTTTTAATTAATTATGAGA
+GCTTTGGCATATTTCAAGAAGGGTGATATTCACTTCACTAATGATATCCCTAGGCCAGAA
+ATCCAAACCGACGATGAGGTTATTATCGACGTCTCTTGGTGTGGGATTTGTGGCTCGGAT
+CTTCACGAGTACTTGGATGGTCCAATCTTCATGCCTAAAGATGGAGAGTGCCATAAATTA
+TCCAACGCTGCTTTACCTCTGGCAATGGGCCATGAGATGTCAGGAATTGTTTCCAAGGTT
+GGTCCTAAAGTGACAAAGGTGAAGGTTGGCGACCACGTGGTCGTTGATGCTGCCAGCAGT
+TGTGCGGACCTGCATTGCTGGCCACACTCCAAATTTTACAATTCCAAACCATGTGATGCT
+TGTCAGAGGGGCAGTGAAAATCTATGTACCCACGCCGGTTTTGTAGGACTAGGTGTGATC
+AGTGGTGGCTTTGCTGAACAAGTCGTAGTCTCTCAACATCACATTATCCCGGTTCCAAAG
+GAAATTCCTCTAGATGTGGCTGCTTTAGTTGAGCCTCTTTCTGTCACCTGGCATGCTGTT
+AAGATTTCTGGTTTCAAAAAAGGCAGTTCAGCCTTGGTTCTTGGTGCAGGTCCCATTGGG
+TTGTGTACCATTTTGGTACTTAAGGGAATGGGGGCTAGTAAAATTGTAGTGTCTGAAATT
+GCAGAGAGAAGAATAGAAATGGCCAAGAAACTGGGCGTTGAGGTGTTCAATCCCTCCAAG
+CACGGTCATAAATCTATAGAGATACTACGTGGTTTGACCAAGAGCCATGATGGGTTTGAT
+TACAGTTATGATTGTTCTGGTATTCAAGTTACTTTCGAAACCTCTTTGAAGGCATTAACA
+TTCAAGGGGACAGCCACCAACATTGCAGTTTGGGGTCCAAAACCTGTCCCATTCCAACCA
+ATGGATGTGACTCTCCAAGAGAAAGTTATGACTGGTTCGATCGGCTATGTTGTCGAAGAC
+TTCGAAGAAGTTGTTCGTGCCATCCACAACGGAGACATCGCCATGGAAGATTGTAAGCAA
+CTAATCACTGGTAAGCAAAGGATTGAGGACGGTTGGGAAAAGGGATTCCAAGAGTTGATG
+GATCACAAGGAATCCAACGTTAAGATTCTATTGACGCCTAACAATCACGGTGAAATGAAG
+TAATGACAAAATAATATTTGGGGCCCCTCGCGGCTCATTTGTAGTATCTAAGATTATGTA
+TTTTCTTTTATAATATTTGTTGTTATGAAACAGACAGAAGTAAGTTTCTGCGACTATATT
+ATTTTTTTTTTTCTTCTTTTTTTTTCCTTTATTCAACTTGGCGATGAGCTGAAAATTTTT
+TTGGTTAAGGACCCTTTAGAAGTATTGAATGTGGGAACAAAGACGACAAAAGGTAGTTTT
+TTCCTTGACTATACTGGTAAGATATCGTCTAAAACAAAGCATGGCCAAGAAAATATCAAA
+GAATTCAAGAGCTGCTAGACAATCGGATGCTCTTGAACCAGAGGTAAAGGATTTAAGTGA
+ACTACCTAGAGCTGAAAAAACCGATTTGACTAATATTTTGATTAGAACAGCAGCCAAGAA
+TGAGGCATTGCTGGAAGCAAAGATATCTAAGAAAGCCAATAAAAGTAAGAGGGGCAAGAA
+GTTAAATAAAAAGGCTCTGGAAGACAAACTGGCCAACTCTATTTCATCCATGGACAGGGA
+TCGTTTAGTGAAGGCCTTGAATTTTACCAATCGTCTGGACGGTAAAATTGCCAAGTCCAT
+TTCTCGTGCCAAGTACATTCAAAATACAAGAAAGGCTGGCTGGGATAGCACCAATGAGAC
+TATAAAAAAAGAGCTGGCTTTTTTGAACGGAGGGTTGTCTGTGCAGGCAAAAAGTGCTAG
+TGAAGGTAATGCTGAAAAGGAAGATGAGGAGATCCCAGAAGTTTTTGACTCTTTAGCAGA
+GGATAACACAGTGCAGAAGACTCCTACAAATAGATTCGGTGTCCTGCCAGACGATGTTGA
+AGAATAGAAAATTTTCATATGAAAGGTCCTAGGAATACACGATTCTTGTACGCATTCTTC
+TTTTTTCTATCTTCTTTCATTCTTTGTACATTAGATAACATGGTTTTAGCTTAGTTTTAT
+TTTATTTTTTATATATCTGGATGTATACTATTATTGAAAAACTTCATTAATAGTTACAAC
+TTTTTCAATATCAAGTTGATTAAGAAAAAGAAAATTATTATGGGTTAGCTGAAAACCGTG
+TGATGCATGTCGTTTAAGGATTGTGTAAAAAAGTGAACGGCAACGCATTTCTAATATAGA
+TAACGGCCACACAAAGTAGTACTATGAAATTTTCTGCGTATTTATGGTGGCTGTTTTTGA
+ATCTAGCGTTGGTGAAAGGCACTTCATTGCTATCCAACGTTACATTAGCGGAAGATTCTT
+TCTGGGAGCATTTTCAGGCTTACACTAATACAAAGCATTTAAACCAAGAGTGGATCACAA
+GTGAAGCCGTCAACAATGAAGGCTCTAAAATATATGGTGCACAATGGCGACTATCACAGG
+GTCGATTGCAAGGATCCGCATGGGATAAAGGAATCGCAGTTCGAACAGGCAATGCCGCAG
+CTATGATAGGACATCTCTTGGAGACACCTATTAATGTTTCAGAAACGGATACCTTGGTTG
+TCCAGTACGAAATTAAGTTGGACAATTCTTTGACGTGCGGCGGTGCGTTTATTAAGTTAA
+TGTCTGGTTTCATGAATGTTGAAGCATTAAAACACTATGCACCCGATACAGAGGGTGTCG
+AGTTAGTTTTTGGTCCGGATTATTGTGCTCCTGAAATAAATGGCGTGCAATTTGCCATCA
+ATAAGGTTGACAAGATCACACATGAATCTAAACTAAGATATTTGCAAGAGATGCCCCTGT
+CAAAATTAACTGATACCTCGCAATCTCATCTGTATACGCTCATAATAGATGAATCAGCGC
+AGTCTTTTCAAATTCTTATAGACGGTAAGACGGTTATGGTAAGAGAACATATCGAAGACA
+AGAAAAAGGTCAATTTTGAGCCACCCATTACACCGCCTTTAATGATTCCTGATGTTTCAG
+TAGCGAAACCGCATGATTGGGATGATCGCATCCGAATCCCAGATCCTGAGGCGGTGAAGC
+TCAGTGATCGGGATGAACGAGACCCATTGATGATTCCACATCCAGATGGCACTGAACCAC
+CAGAATGGAACAGCTCCATCCCCGAATACATTCTTGACCCAAATGCTCAAAAGCCCTCGT
+GGTGGAAGGAACTTGAGCACGGGGAATGGATACCGCCCATGATTAAAAATCCTCTTTGCA
+CTGCAGAACGTGGTTGTGGCCAGCAGATACCAGGGCTGATAAATAATGCCAAGTACAAAG
+GTCCAGGCGAACTCAATGAAATCATAAATCCCAATTACATGGGGGAATGGCATCCACCGG
+AAATTGAAAACCCGCTATACTACGAAGAGCAGCACCCATTGCGCATCGAAAACGTTATCA
+GTGGTGTGATCCTCGAGTTTTGGAGTGGATCTCCAAACATGTTGATAAGCAACATTTATG
+TTGGTAAAAATGTAACAGAGGCGCAAATTATTGGGAATAAGACTTGGCTGATGAGAGACC
+GCGCGTTTAGAGGCTCCGATGGCCCCACAGAACGCAAATTCATGAATAGCAGACTAGGAA
+ATCTACAAACAACTTTCCATAACGAAAGAGAATCCCCTAATCCATTTGACCGCATTATAG
+ATCGCATATTAGAGCAACCTCTGAAATTTGTGCTTACTGCGGCCGTCGTGCTCTTGACGA
+CGTCGGTTCTTTGTTGTGTAGTATTTACATAGTGGACAAGTGTTAGTTTATAACATGGTC
+TCAATAATTGCACCACAACGGCTTCTCTTTTATAGATGGTTAACATTATAGTATCAATAT
+TATCATCATGATTAAATGATGATGTATAATACTTACCCGATGTTAAATCTTATTTTTTCA
+TGCAGTAAGTAATCATGCAACAAGAAAAACCCGTAATTAAGCGAACATAGAACAACTAGC
+ATCCCCGATAAGACGGAATAGAATAGTAAAGATTGTGATTCATTGGCAGGTCCATTGTCG
+CATTACTAAATCATAGGCATGGAAATTTCCAGTTCACCATGGAACGACGGTGGATACAGC
+CCCTATGAGAGAAACAGAGTCGCTGTATCACCATTTTCATCAGCGTTGGAAGGCGAAGAA
+CGAATAGAAACCTCTCGATCTTTGGGTGATCATTGCTTTGAACCTTTGCCATACGTGACG
+AATTATCTTTCTATTTTCGCGCTTTTTGGTAAAGAGATATTTGGTGACAAGGGAAATGTG
+AGCTCAAGAAATGAATATTTGCTAAAAAAATACTACTCTTTGAAAAAGCCATTTGTATTG
+CGACATAATGGGCATGCGTTGAAGAATCCCGACATGCCACTCCAGAGGAATGACATATTG
+CAAACCAATTTCATGGTTGACAAATTTCTGAATCGTACTGTGCGGTCAGTGAATTTTAAT
+AATTTCAAGATAATATCAGATATGCAAAGTAAAAGCGGTCGAGGAACAAAGTCAGGCACA
+AATCAGAATCAAAGTGCCGACGCTATTCAAAATATTTGTCTACCATCTATACCGTCGGCG
+TTGCCTTATTTCCAGTATTATAGGAAGCTATTGACAGTTAATACCAAAGAATGGGATATT
+TTAAAACTGCACAGTTTATGGGTACCAAAGCTAAGGAAGGATTTTAAAGATTTTTCGTTG
+TATGGTGATAAAAACTCTTTAAAGCCGATCGATAGTCACTATGATGAGGATAATACCATG
+AAGAAAAATTTATTTTTTGAAAGATCTCCAAGTCGACAGACTCTAGATGGTAAAGGGTGT
+GCCTCTAAGGGGTATGACATTTCTTCCGGTAATATGATTATCCCATCCCTATTTTCTGAA
+GATAAGCTGCCGGCTTTAACTTATCATTGTTCCGTAGAATTAAATGGAAACATTTACATA
+TTTGGGGGATTGATGCCATGCTACAGCTATGAGGAGGATGCGCCGATGCTGAACGATTTT
+TTTGTAGACGGAATAAAGAACTTACCTCCGCCTTTACTACCTCAAGTGATTAATAATCCA
+TCAATGGTCAATAATCCTCATCTTTATGTCGCTTCTATACCATCATGCCGGTTTAGCAAA
+CCTAAAATGGGGGGTTATATACCGCCTCCATTGCTATGTGTTCAAGGATCCAAATTAACG
+GACCGACATATTTTCTTTTATGGCGGATTTGAAATCAGGACAGAAACCCGTGGTGATGAA
+AATGGGAAGTATCATCTCAAGAAAAGATTATATGTGAATAACACTGGTTACATACTCGAT
+ATTATGTCGTTCAAGTTCACTAAAATAGATATCATAGTACAACCTTCCAAATATAATGCA
+TATCCGACAATGTCATCGAGGTTTGGTCACTTACAAATTTCTATTGATAATCCAAATAGG
+AGAGCTAGCGTTCATTCTTCAAGCATGAACGAAATTCATAAAATGGGGAGTGCTTCCATG
+AAACAAGGTAGCAGCATCACTTCCGGGCGGCTTGAAAAAGCAGCAGTACTTTCATCATTA
+CCTCATAATACTGTGCACACGGTTATAATATTTGGTGGTTACAGACAAACCGGTGATGAT
+CGTTACGAAGCAATGAATGATTTGTGGAAGATAGAGATACCCGTGATACGTCGCGGTAAA
+AAAGGTTATTGTAAGTTTTCAGAGACAGCTAACGCGATACTACTGACGCCAAGCGAAAAG
+GACAAATCGGATTGGCCCGAAGAAAGAGCCTTTTCTGCCTTTTCTGTTCATGGGACTTCG
+TTAATGGATAGGAGTTCTCTTGACATGAGACTATTGAACAACTTAAAAAACCATTTTGTT
+TTAAAACCGTCATATATATCACAGGATCGCGTTGTTAGTCCTAAACCGGTTTTCCCCATG
+ATGGTTCATGGCACGCATCAAGATCTTTTCAATAGTGGCTCTGCGGCACAAGAATCGCCC
+AAAGCTGGTGCCTCGGCCAGCAGCGCAAGTGCTGCGAGCTTTGATCCCGATATGGACGAT
+AATTTGGAAAATTATATAGTCAATCCAGGGAGAAAATCGTCATCTATTCCAATGACTGCG
+ATAGGGAGACAGAGATTAATTTTAAGCCAAGAGAAGCCAGTAGGTAAAACTGTTGTATTG
+CATGGTGGGTCTAACGGTCTCAACGTTCTTGATGATATGTGGTTGATGGACTTAGAGTGT
+GAGACATGGACTCCAATAGAGACATTTGCAAAGGCAGATTCGAGCGAAGACGGTGATGAA
+AAATTGGATAGTGTGAACGTAGGTCTCGTTGGCCACAGAATGGAAAGTATTGGACGAATA
+TGTGTATGTATAGGTGGTATGGTACAAGAGGATGTTGACCAATTTTACTCGGAGAATGAT
+GATGAGCCTCCTCGAAAACGCAAGGTCGATACATTACCGTTGGGTGGTAATTTTTTGAAC
+ACAATTGATTTAAGCACGCAGTGTTGGGAAGAACATAAAATTACTCTGTCCAAGAAGGAA
+GACGATGAGGACAGACAAGATAGCGAAAATGAAGATACAAATTCAAATATAGTAGTTGGT
+GTCGGTGGCACTTCTTTGCAATGTGACAAAAGTATTATTTTGATTGGCGGATTGATATCT
+AGACGGAGCAATGTAAAAGAAATATATTTACATGGTACCATAACGAAAAGTATTTTTCCT
+AGCGTAAATCCTAGTGCATAAAAAGGCAGTTTTCAATGCTTTCACTTTGTAAACTTTGTT
+TAGTAGTAGAATATAATATATTCAGTTTTGTTTTATAGTCACATAACACTTTGTCTTTCA
+AAGAATAATCTCCTTCGCAATACCAGCGAAATATTTTGGCAAAAAATTAACAATTAGGTT
+CATAGTCCCCTAATTCAATTAATCGAAAAAAAAAAAATAAAATATAAGGGAAGATTGTGC
+TGATGAAATAGACAATGAAACAATAATGAAGAATAAAGAAGAAGAAGATATAAAACATGC
+CACCACCATCAAGAAGTAGAATAAACAAAACAAGAACATTAGGAATAGTGGGTACAGCTA
+TAGCAGTGTTGGTCACGTCCTACTATATATATCAAAAGGTGACAAGTGCAAAGGAAGATA
+ATGGGGCACGACCTCCAGAGGGTGATTCAGTAAAAGAGAACAAAAAGGCAAGGAAGAGCA
+AATGTATTATAATGAGCAAGTCGATACAAGGACTGCCCATAAAGTGGGAGGAGTACGCCG
+CTGATGAAGTGGTTTTGCTGGTACCTACGAGCCACACTGATGGATCAATGAAACAAGCCA
+TTGGGGATGCCTTTCGCAAGACGAAAAACGAACACAAAATCATATATTGCGATAGCATGG
+ATGGATTATGGTCATGTGTAAGACGGCTAGGTAAATTTCAGTGCATATTGAACTCCAGGG
+ACTTCACAAGTAGTGGTGGTAGCGATGCAGCAGTCGTTCCTGAAGATATAGGCAGGTTTG
+TCAAATTTGTTGTTGATAGCGATGTAGAGGATGTGCTGATTGACACTTTATGCAATTAAT
+GTAGAAAAGAGTTTCTTGTAACAGTATGTAAAGAATAAATAATTATAAGTATAAATAAAA
+AGAGAAGGTGAAATAATAATAAGTAAGCAGCTCGGTTATAAGAGAACAAAAACACACGAA
+AAAAAAAAAGTCGTCAATATAAAAAGGAAAGAAATCATCATTACAACTTGACCGAATCAA
+TTAGATGTCTAACAATGCCAGGGTTTGACAATGTAGAAACGTCGCCTAGTTGGTCACTTT
+CTCCTGCTAGGATTTTTCTTAAAATACGTCTCATAATTTTGCCGGATCTTGTCTTGGGCA
+AGTCATCCACTAAAATGATCAATTTTGGTGCGGCAAATGGCCCGATGTCTTTTCTAACAG
+TAAAGACCAAATGCTTCTTGATATCTTGTAATTCATCATCTGTTGCGGTGGACCAACTAG
+ATTTGTTTTTCAACACCACAAATGCAGCAACTGCTTGACCAGTCAAGTCATCGTTGAATC
+CGACAACAGCACACTCGGCCACAATTGGATCTTCGATAATAGCAGCCTCAATTTCAGCGG
+TAGACAGACGGTGACCAGAGACGTTCACCACATCGTCTACACGACCCAAAATCCAGATAT
+AACCATCCTTATCCTTTGCAGCACCATCACCAGTGAAATAGTAGCCAGGGTAAGGGTTCA
+AATAAGTGTCTAGATACCTATCATGATTTTTCCAAATAGTTCTTGCAAATGATGGCCATG
+CAGCTTTGACGGCAAGGACACCCTCTGCGTGGCTGGTGTTAAGTTCTTCACCAGTGTTAG
+GGTCAAGAACAACTGCATCAATACCGAAGAAGGGGAATGAGGCAGAACCCGGTTTCATTG
+GTGTAACACCACCAGCCAGCGGGGTGACCAGATGCGAACCAGATTCTGTTTGCCAGTAGG
+TGTCTACAATGGGGATTTCATTTTTACCTATTTTTTCAGAGTACCACTCCCAAACTTCAG
+CAGCAATTGGCTCACCGACCGAACCCAAGCAACGCAAAGATTTTAAGGAATGATTTTCGA
+TGTAGGAATCACCAGCTCTTTTCAACAAACGCAAAGCAGTTGGCGCAACATAAAATTGGG
+TGACTTTGTGTTCATCAATAATATCCCAATAACGGGAGTAATTTGGGTACGCAGGAGTCC
+CTTCAAAGACCAAAGTGGCACAACCATATAGTAAGGGACCATAAACCACATAAGTGTGGC
+CTGTAATCCAGCCAATGTCTCCAGCTGTGAAGAAAACGTCTTCTTGGTGAGTGTCAAAAG
+TGTAGCGCATGGTCAACAAAGCTCCCAGCAAGTAACCTGCGGTAGAATGTTGAACACCCT
+TGGGGGCACCAGTAGAACCAGACGTATACAACAAGAATAATGGATCCTCAGAATCAACGG
+GTGTGCATGGATAGTAGGTCTTGTATTTCTTCTTTTCTGTTGCCCAATCCAAATCTCTGG
+GGGCATGGAAAGCAACAGATGGATTGTTGGTCTTTCTATAAACCAAGACGTGTCTCACGC
+CTGGGGTCTCTCTTAGCGCGTCATCAACAATTCTTTTAGTCTCAATGACTTTACCACCTC
+TGTTGGATTCATCTGTAGTGATGACAACTTTAGAGTCCCCATCGTTGATACGATCTCTCA
+AGGAGTTGGAAGAAAACCCGGCAAAGACTACGGAGTGAATGGCACCGATACGGGAAATGG
+CCAACAAGGTTATGATTGCTTCTGGGACCATAGGCATGTACACGGCAACAGTATCGCCCT
+TGCGAACGCCCATAGAGTAAGTCAGCACTTGTGCCACTTGACAAACTTCTTCAAGTAGTT
+CCTTGTAGGTAATGGAATAGCCTTGGCCAGGCTCGTCACCTTCGAAAATAATGGCTTTCT
+TGTTAGGAGTCTTCAAGGCATGTCTGTCAACACAGTTGTAACAGGCGTTTAATTGGCCGT
+TGAGGAACCATGCATTGTTCTGGAAGGAGGGCCTGCCCGTTTTAGGGTCTGGGATGAACA
+CCTTATCGAATGGCTTAGACCAGTTTAAAAATTGGGTAGCTTTAGAACCGAAGAACTTAG
+CAGGGTCTTCAATAGACTCCTTGTGCAAGCGCTGATAGTCCTGCAACCCGTCCAAGTGTG
+GAGAATAGTGGGTAGCAATTGCGGGCTGCAGTCTATCTGAGATGGGCCGTTGTGGCACGA
+TCTTGACCGAAGTCAAATGTTCATACTCATGTTCCTTCTTCTGCTGCGCAGTGGCGGCAG
+ACTGGGACATTTTTGCTTTCAACTTGTCAATTTCACTTGACTGTTCTTCTAGTTTTGATG
+ATTGTACGGCAGAGGGCGACATAGCACAGTGGGCAATGTCTTTCTAGTAGTTTTGATATG
+TTTGGTTTTGCTTATAGATAGAAAATATAAGAACAAGATATAACGTACTACCAGATAACC
+TAAGGGAGAAATATGCTTAGAATAGCCGCCCAGTTTATATACAAAATGAAGGGAGAACTA
+TTTGCCACCGAGGAACTGTACCCCAACTGCAATACCCATTGAATAATGGCATCGGAGGCT
+CGGCGGCAATTCGTACCCCAACCTTTTTTTTTTACTTTTCTTTGGATCTTAGAGATAACA
+GAAAAAAAGGATGACCCCAATCATTTGCCACGGCATGTCAACAGGTGAGTGCCTTTTGAG
+GGGGGGGGGTCATCTCGACATCCGGCGAAATGGAGCAGTCACACGTGAACATTTTTAGGG
+GATGGAGAGTGCTACGCCGTTCGTCCGAGATGATTATCATATTTACACAGCCGTACATAC
+ACGTGCCATTTATCTTGATATCATTCTGGACGTATGTGCACATGTGATTTGCTTTTGTTT
+TTTTAAGAATGTCGGGTAATAAACAGATTGTTTTTCTGGGAGGATAATCTTTTCTTTTTT
+CCTGTTGGTATTCTAAAATTAACCTTGCTGTTTCTTTTTTTTTTTTTTTTCGCGCGACTA
+CTCAGCCATCTTGCATTTTTAAAGAAAAAGATAATCATTAATGCCTTCACGGGAATACGT
+ATAGAACATTATTAAAAGTATATGAATGGCATATATATATAGAACACCACCCTTGGAAAA
+CATTTATACCCCTTAAACTAAAACAATTTGCTGCGCTATACCGTGTTTCAGTGTATTATA
+ATACATTCATTTCTGTTTCATTACGATTATATTGACGTGATAAAAAGATTATATAGCCAT
+GATCTTCCTAAACACCTTCGCAAGGTGCCTTTTAACGTGTTTCGTACTGTGCAGCGGTAC
+AGCACGTTCCTCTGACACAAACGACACTACTCCGGCGTCTGCAAAGCATTTGCAGACCAC
+TTCTTTATTGACGTGTATGGACAATTCGCAATTAACGGCATCATTCTTTGATGTGAAATT
+TTACCCCGATAATAATACTGTTATCTTTGATATTGACGCTACGACGACGCTTAATGGGAA
+CGTCACTGTGAAGGCTGAGCTGCTTACTTACGGACTGAAAGTCCTGGATAAGACTTTTGA
+TTTATGTTCCTTGGGCCAAGTATCGCTTTGCCCCCTAAGTGCTGGGCGTATTGATGTCAT
+GTCCACACAGGTGATCGAATCATCCATTACCAAGCAATTTCCCGGCATTGCTTACACCAT
+TCCAGATTTGGACGCACAAGTACGTGTGGTGGCATACGCTCAGAATGACACGGAATTCGA
+AACTCCGCTGGCTTGTGTCCAGGCTATCTTGAGTAACGGGAAGACAGTGCAAACAAAGTA
+TGCGGCCTGGCCCATTGCCGCTATCTCAGGTGTCGGTGTACTTACCTCAGGGTTTGTGTC
+TGTGATCGGTTACTCAGCCACTGCTGCTCACATTGCGTCCAACTCCATCTCATTGTTCAT
+ATACTTCCAAAATCTAGCTATCACTGCAATGATGGGTGTCTCAAGGGTTCCACCCATTGC
+TGCCGCGTGGACGCAGAATTTCCAATGGTCCATGGGTATCATCAATACAAACTTCATGCA
+AAAGATTTTTGATTGGTACGTACAGGCCACTAATGGTGTCTCAAATGTTGTGGTAGCTAA
+CAAGGACGTCTTGTCCATTAGTGTGCAAAAACGTGCTATCTCTATGGCATCGTCTAGTGA
+TTACAATTTTGACACCATTTTAGACGATTCGAATCTGTACACCACTTCTGAGAAGGATCC
+AAGCAATTACTCAGCCAAGATTCTCGTGTTAAGAGGTATAGAAAGAGTTGCTTATTTGGC
+TAATATTGAGCTATCTAATTTCTTTTTGACCGGTATTGTGTTTTTTCTATTCTTCCTATT
+TGTAGTTGTCGTCTCTTTGATTTTCTTTAAGGCGCTATTGGAAGTTCTTACAAGAGCAAG
+AATATTGAAAGAGACTTCCAATTTCTTCCAATATAGGAAGAACTGGGGGAGTATTATCAA
+AGGCACCCTTTTCAGATTATCTATCATCGCCTTCCCTCAAGTTTCTCTTCTGGCGATTTG
+GGAATTTACTCAGGTCAACTCTCCAGCGATTGTTGTTGATGCGGTAGTAATATTACTGAT
+CATCACGGGACTTCTGGTTTATGGAACTATAAGGGTTTTCATCAAGGGAAGAGAGTCTCT
+CAGATTATACAAGAATCCTGCGTACCTACTTTACAGTGATACCTACTTCTTGAACAAGTT
+TGGGTTCTTATACGTTCAATTCAAAGCAGATAAGTTTTGGTGGCTTTTACCCTTATTAAG
+TTATGCGTTCTTAAGATCCCTGTTTGTTGCCGTTTTACAAAACCAAGGTAAGGCTCAAGC
+AATGATCATCTTTGTCATTGAACTAGCTTACTTCGTTTGTCTCTGTTGGATAAGACCATA
+TTTGGACAAGAGAACTAATGTTTTCAATATTGCTATTCATTTGGTGAATTTGATCAATGC
+ATTTTTCTTTTTGTTTTTCAGTAATTTGTTCAAGCAACCAGCAGTGGTTTCGTCAGTGAT
+GGCGGTTATTCTGTTCGTTTTGAACGCGGTGTTTGCTCTATTCCTATTATTGTTCACTAT
+TGTCACCTGTACACTGGCATTACTACACAGAAACCCAGATGTCCGTTACCAACCAATGAA
+AGATGACCGTGTGTCATTCATTCCTAAGATTCAAAATGATTTCGATGGCAAAAACAAAAA
+TGATTCTGAACTGTTTGAATTGAGAAAAGCTGTTATGGACACCAATGAAAATGAGGAAGA
+AAAAATGTTCCGTGACGACACTTTCGGCAAGAACCTGAATGCAAACACAAATACAGCAAG
+ACTCTTTGATGATGAGACTAGTTCATCCTCTTTTAAGCAAAATTCCTCTCCCTTCGATGC
+CTCGGAAGTAACGGAGCAACCTGTGCAACCAACCTCCGCTGTCATGGGTACGGGTGGCAG
+CTTCTTGTCTCCACAGTACCAACGTGCGTCATCTGCTTCTCGTACTAATCTAGCGCCGAA
+TAATACAAGCACCTCCAGTTTAATGAAGCCTGAATCAAGTCTCTACCTGGGGAATTCCAA
+TAAATCATATTCGCATTTTAACAACAACGGCAGCAACGAAAACGCCCGCAACAACAACCC
+ATATTTGTAATCCAATATATACTCACATGTAACAACTTATTATATAAATATTTAAGGGCA
+AGGATATCCTACATTATATTTCATAGAAAACCGCTCAAAAAGGTGTATTATCTCCATTAC
+ATCCCAACACCACACATATTTCAGCGATAAAAACCTTAAATGTGAAATTCGCTTTGGCTC
+TGCTTCCTTAAATGTACGCAATTGCCGCTTTTTTCTGACATCTTTTTTGACGTGTAGAGA
+AGGAAACAGATCCTCCAGAAGGGATTTACTGTTGGCTATTTTGTGTTAGAAGCAGGTTAA
+TAATAGATTAGGTTGCGTAAGTCATGGTCGAAAATAGTACGCAGAAGGCCCCACATGCCG
+GAAATGATGATAATAGCTCTACCAAGCCATATTCGGAGGCGTTTTTCTTAGGGTTCAATA
+ACCCAACGCCTGGATTAGAAGCTGAGCACTCAAGCACATCGCCTGCCCCCGAGAACTCCG
+AAACACATAATAGGAAAAGAAATAGAATATTGTTTGTCTGCCAGGCTTGTAGGAAGTCAA
+AAACAAAGTGTGATAGAGAAAAACCTGAATGTGGTCGATGCGTCAAGCATGGGTTAAAAT
+GTGTTTATGACGTATCAAAACAGCCAGCACCACGAATTCCGAGTAAAGACGCCATTATAT
+CAAGGTTGGAAAAAGATATGTTTTATTGGAAAGATAAAGCTATGAAGCTACTAACAGAGA
+GAGAGGTGAATGAATCAGGCAAGAGATCAGCAAGTCCGATCAATACAAACAATGCTAGCG
+GGGACAGTCCTGATACCAAGAAGCAGCATAAAATGGAACCTATATATGAACAAAGTGGTA
+ACGGGGATATAAACAATGGTACCAGAAATGATATTGAAATCAACTTGTATAGAAGTCATC
+CAACCATGATCATGAGTAAAGTCATGAAAAGAGAAGTTAAGCCGTTATCTGAAAATTATA
+TTATAATTCAGGACTGTTTTCTAAAAATCCTGGTCACTTCAGTGTTCCTTGACACTTCAA
+AGAACACGATGATACCGGCATTGACGGCAAACGCGAATATTACAAGAGCCCAGCCTAGCG
+TAGCAAATAACCTTTTGAAATTGAAGGAAATGCTAATCAGACAGTGTCAAACCGAAGATG
+AAAAAAATCGTGTAAACGAATTCACTGATAGAATACTACAAAATACAAATTCAAATAGAA
+ACTTGAAAATCGGTATGCTATTATCAATGCTTTACAATTCTGTCGGTTACCAATATCTGG
+AGGATCATTGCCCTCAAGGTGGCGAATATTCGGATTTATTGAGAAATTTGATCAATGAAT
+GTGAAGCTATTTTGCCATCTTACGAAATTATTGAACGCTACAAGAACCACTTTTATGAGT
+ACGTTTATCCAAGTCTACCTTTCATCGAATTAGAAATTTTTGAAGAATCATTAAGTCAAA
+CAATTTTTCCGGACCCAAACAACCCCTCCAAGGTGCAAATACGTATGGGTAGCACACATT
+TGAGAGCTAAGGTGGAAAACTTGAGTCTTCTATTGGTTATCTTGAAACTCTCATACATGT
+CAATAAGGTTTTTAGATCATAGTACAGCAGACTCGAGTTTTTATCTTTCAAAGGAAATAA
+TTGATAAATACCCAATACCGAACGATTTTATTTTATTGAGTCAAAGATGTCTAGCATCGG
+AAAATTGGTGTGCATGCGCTAATGAAAACATCATATCATGTTTACTATATATCTGGTCTT
+TTTTTGCTTTTTCTCCTGAAGAGGGTGATTTCTTTCTCGAGCACCCCACCGATGTTATCA
+GTAGTTTGATAATGATGCTTTCCACCTCGATTGGTCTCCACAGAGATCCTTCAGATTTCC
+CTCAATTGATTTCCCCGTCCACCTCAGATAAAAGAACCTTGAATCACAGAAGAATACTCT
+GGTTGAGTATCGTTACCGTTTGTTCGTTTGAAGCAAGTCTCAAAGGTAGACATTCTGTCT
+CACCGATATCTTTAATGGCCTTATTCCTAAATATTAAGGATCCTGATTCTCTGACGGTAT
+ATATGAACCGAGTTAGGGGCGATCTAAGCGATATCAATAATCACAAACTTTTGAGAATTC
+ATAAATTTACATTCAAGAGAGCCCAGCTTGCGTTACTCCTGTCGGACTTAGATAACTTGA
+CGATGACATACTATGGTAGTTTCCATTTGCATTCAATTGAATTCATAAGAGAAAAGATTG
+AGATTTTTGTGGAGGAAAACTTTCCCATAGTACCATTAAAAAGTGTCGCACAGGATAAGT
+CAGACCTTGATGACATGAATGTGATTTCAGAAATGAATATATTATCTTCAGAAAATTCTT
+CTTCATTTCACAATCGAATAATGAATAAACTATTGATGTTGAGAACTTCAATGGCCGTAT
+TCTTGCATTTTGAAACACTTATCACTAAGGATAAAAGTATCTTCCCATTCTACAAGAAAT
+ACTTTATGGTTAGCTGTATGGATGCGTTGTCACTAATAAATTATTTCAATAAGTTTTTCA
+ACGGAGAATATCGACACGCAATATCTTCTTTAACCAGTTTTAATGTTACAAAATTTATTC
+AGTTAGCACTATCCAGCACAATCTTCAGCCTATTAGGGATTATACTAAGAATAGGTTTAG
+CCATCCATATGTTATCTTCTGAAGTACAAAAGTTATCGGGAACGACAGATCCAAGAATAA
+AGGAGTTAAATACCAAAGTCGAAAAATTTAGTACCCTGCAAAGAGATCTCGAGTCTGCTT
+TAGAAGGTATATATTGCTCTGCTTCGGAACATTTAAGATTCACATACTTCCCCGTTTTTA
+AGATGTTGGCTTTATTCGATGTCATTGTACAAAGGATGAGAAAGGGTGAATTATGGCACG
+GCATATTTACGATGATTCAAATGGAACAAATGCATTCTAGGATAATCAAGACATTAAGCA
+TTACCTTAGGAGTCAAACTGGACAAAAAGGATAGGCTATTAGAGGAATTGATGGCATGCA
+ATCACGTTGCGAATTTTAGCGTTGAAGATATAGATGAGCTGAACCGTAATATCAAAAAAG
+AGATTCAAATTTCTTCAGGATTGAAGCCGCCTGTAAACACAATTGACTTAACCAACGGCG
+AACCATTCGGAAATGCTGTTCCTACCTTCACAAAGACATGGAGTTCATCCTTAGATAATT
+TAGAAAAACTATCATCGGCCGCTGCAGTTGGTCAGAGCTTGGACTACAACAGTGGTTTAC
+GTCAGGGTCCTTTGGCGGGTGGTGGTTCAAAAGAGCAAACGCCAATAGCCGGGATGAATA
+ACTTGAACAATTCAATCAATGCTACACCAATTGTCGATAACTCATCTGGATCACAACTTC
+CTAATGGTTTCGATAGAGGCCAAGCGAATAATACTCCTTTTCCAGGTTATTTTGGAGGTT
+TGGATTTATTTGATTATGACTTTTTGTTTGGCAATGACTTTGCTTAAAAATTTTCTTTCC
+AAACTCCTACCTATTCATTTCATCAATTAATTAATATTATATAGCCACGAATTTATGAAA
+CTGACCGATAATATAAAGTGCTCAATATATATATATATGTATATAACGGTTAACGTAAGA
+AGAGCTCTTCCCTCTTAAACATTCGAAAAATGATTGAACCAGTATATTTGGTCGAGCAAG
+ACTTTCTCCTTCGCATATTTTACGGCAGGTATGGATATATCGCCTCTTGCTGCAAACCCG
+TGAGCCACACCACTGAAGAGGTCTAACTGGTAAGTAGCGTGATTATCCTTTAATTTTTCC
+TCCGTTAAGTGTCTTAAGTTTGCCGGAAAGATGTGATCCTCTTCCGCTGCTGAAATCAAT
+ATTGGTTTCTTGCTATCAATTGCTTCAATTTCCTCGATGCTGACGAAAGATGGATGTGCA
+ATGGCTGCAGCATTGGCAAGACCCCCGTCGCCACTAATGTGTTGGACGGCAAACTTTGCA
+CCAAAACAGTAACCCACAACGCCAATAAACTTTGGGTCATATTCAAGTTTTAACAACTTC
+ATGAATCCATCAACAATTTTCTTGGTGACTTCAGGAGAATGTCTTTGAAACCAGGCATCA
+CGATCAATTGGTTTGTCCGATGAGATAGCATCGCCGAATAAAATATCGGGAACAAAGACC
+ATGTACCCAGCACTAGCAAATTTGTCGGCCGTTAATAAAACATTGTTGAATTTATTGCCA
+TACACATCTGTCAAGATAACTATAACTTTTTCCTTGGGAGATGTAGAGCCTGCTGCATAA
+GTATCTAAACCGAAGATTTCTTCACGACGACCCTTGGGTGTTCCATCGTGACAAACTCCT
+TCAAAGCAACACTTGCCAGGTTGATTAGATGCCATTTGATTGAAATAATTTTGTTCTGCT
+GTAGTTAGACGTAGTGGAAAACTTTAAGTCTACTGAGTCTTGAGACCTTATCACCCTTTG
+AAGGTTTCTTGCAAATGAGCGTGGTTTGGCATTTTTTATCGGAAAGAAAAAAAGGGCTCC
+GCCTTAGGCCAGATATCATAGAAATGCAACACTTCCCTAATATAGAAATTTGGGCATTAA
+TTATTTTGAGAATTTTGATGATTTGAATAATTTCATTAACGTAAAGGAACATAGTGCTAC
+GAATCCAACAGTGGACCCAAAAATGAGAGCCGTTTGTCTGTAGTCGACATCTTTTGCTGC
+TGTTTCTTCTGGCAATCCCGGAGTGTTTTTGCCAGGATCAAGAGCAGCTTCTGTGATTTT
+AATAAACAATTCATTAAGGGAACTTAGCCATCTGGATGATATGTGCAGTGGGTGGTTCAC
+AAATAGCTCGTCTGCCAGTTCATCTGGTTGGATTTGACACCTTTGTTGCTGCTTATCCAA
+ATCTGCCTTAGAAGCTACAAATACCAACGGTAGATCTTGTAAATGTGTGAATTTGTCTAG
+AAGCGAAACTAAGTAGGAGAATGATTCTGGGTCGCTGGAATCGTATGTTAGACAGATTAC
+GTCACATTCTTTTAACTTATCCTTATTCTCTAGTATGGCGTATTCCTGTTCTCCAAGTTC
+TTGCAAAATCAAATAGTACTGTTTCCCACCTTTGAGTTCTAAACTATTGACTGCAATTCT
+TGGTTTGATTGTCGGAGAATACTCCTCCGAGAAAGATCTGCCCAAGAAGGCCTCTAGCAA
+AGAGCTTTTGCCGCAACATGGCTTTCCAATGACAAAGCAATTGAACACTTTTCTGTCATT
+GATATTGGATCTGTAAAGTTTCCCGGAACGGCGTCTCATTTTCCTTGGCTTGGTTACTTG
+TAGGGCTAGTCTTGCATCTTCCTGAAAGCCAAAATACACCAAGTAAGCGGTAGTTGTGCT
+ATAGTTCAAGAAAGTCGTCATACTCCATTGTGCTAGCCAGCCTTGTAAGGTGATGCAACC
+CTTGTTGTTTACGACAGTGGAGAAGGGGAAATTCGTTGAGGTCCATAGTTTAGGCAGCCC
+TGGTGTGCACTTAAATAGACGATGTAATTCTTGATTATTCAAACCACCATCATTGTCGAT
+ATCAAACTTCAAAAAAATATCTACAAGAAATCTGTAGCCCTTGGGGCTCAATTCCACACT
+GGAAGTGTCAGGGACAACCAACCTCGGATGGAGAATTTTGTCATTAATACACAAGGAATC
+TGTGTAATGGAAAGTTCTTAGGATAGCCCATGTAGTTTCGTGTCTCCCCCTTTCAGCGTA
+TATTTTGTTCAGTACAAGGAAACCATCTTTGGTGATGCCTTTTCCCGGTACGTATAGCTT
+GCGGTTAATGTACTCTTGATCGTGCTTGGAAATATCCAAAAGCAAATCTTTAATAAAATT
+CAGTTCGTTTACATCGATACTCTTATTGAAGCACTTTTTTTGTAAGCCCAAGATTTCGTT
+GTCATCTAAATATGAGTCCTGGTTTAAATCGCTTAAAAGAAAAATTCTTTTTAAAGCCAT
+GACAGCCAATGGCTTTAGTTCACCTACCATGGCATCAAATAAAGGTGATATTGGGTGTGT
+TATAGCCCTTTGGCAAAGATAAAACGCTTGGTTAAGATCAAACTGTGTCTTGGCACTTGT
+CTTAATGCAAGTGTCGATTTCTTTAAACTCCATTAATATTGGGATAAATTCTTCATCCTC
+CACTTTGGTATCGATATCATCATCACTGTTCTCTGACACGACCATTGCATTGGCATTAAC
+ATTCGATATGGAATCACATTTATTTTTGCAGAGAATGACAGGAATATTCAACCCCAGGGA
+TCTGAAATGAGGCAACCAAAAGAGAGAAACATGGTCATACGATTCGTGATCGCAATACAC
+AAGCCAAATTACGTCGGCGGACTTCAACTCATGGTCTAAAGCTATGAGGTCCGAATCTGA
+AGTGTCTATAAGTACTGTATTCTTAGGAGAATATGTAGGTGATGATGAGAAATCTCTTGG
+GATACTGATGGGTGGCAGCACGTCCTGTATGGTCGGTATGAATTCAGCTTTTGTTAATGA
+TACAATCAGACTGGATTTACCAACCCCTTCATCACCGCAAATAACTACCCGAATCGTTTC
+TTTAGTCATTGTGTTGTTCAACACATTAGTATTTAGAAGTCCGCTATTTTTGTTTTCAAT
+TTTTATTTGTTTAATATACAAATTTCATTCTTGTTTTGAGGGTAAACCACTATACCAAAT
+GTTGAAGATCTAAAGGTATCGATCAAATATGTTGCTAGAGAGTGACTGAGTGTTACATTA
+AATATATTTATATATAAACGTATGATATTTAGGGATTGTTGATTGATAGGTTGAAAAGTT
+TCGATCTCAATGACTCATTTTCCTGTTCTAAAGCCTTGATTCGAGCTTCTGAAGCGTTAG
+CATCGAGCTTCCGTCTTTCTCTTTCGGATATCCATCTTCTTTGTAACTCCTCTATTCGTA
+AGGTCAGTTCTTTATTTGGAGTTGCCGTTAATTCATTGCCCTGTTGATGTGGCTGCTCTG
+GGGTTTCCATGGAAATCAGTGAAGAGATATATGAGTTTATTATGGACTCTAATGCAGTCT
+CTATAAAAGTGTAGAGCGATTCTAGTTTGGGCTGAATCAAATTCAAGTTTTTCAACGCAT
+TTGGTACAGATTTTATGGATTTCATTTTCCTGTCAAATTGGGCAATAGAACTTTCTTGTA
+AGATTTTCTGCAGAATATTGAAAATACTGTCAAGGTGTAGTAAAAGGTTCTGATTAAATT
+TGATAAAATTGCTTTCATATTGGGATAGTATTAACTTTTGGTTGTCCAAAGTATTTAACT
+GATTTTTTAATTGGTAATTCTCCAAGTCTAATTTGTCTAACTGATTTTGTATTACGTGGA
+ATTCCTCTGATTTATCGATTTGAAGGTCATTGATTTGTTTTTCCAAGTCATTGATGTAGC
+TGTCCCAATTATTTTCCTTTAGTTTATTGATTTTGGTCTGAGTTTCCAGTTCTTTGGTTA
+AAACTTTTTCATTTTGTTTCATTTTAATGATGTCTTCCTTCAATTTTTCCAAATTGTTTA
+TCAAGACAGATTGCGATTCGATCTTTTCCTTCAGTTGGGAAATCAAATGATCTTGTTTTT
+CTATAACGGAACTAGAATTTTCTTCCAATTCTAAGGAATCTAGTAGATGAGACTGCTCAT
+TTAGTTTGGACGCTATTATTTTTTCTAATTTTTGCGATTTCTCGAATTTCAATCTAATGG
+AATTTATAAATTGATCATATTCTTTGTGCAAATTTTCTATGACAATCTCTAATTGAGTGT
+CTAAGGTTTTCTCAAAACGAGACTCGACGGCTGAAATTGGTAAGGAAGTACTGTTTGCCA
+TTACATTTTCTGTATCAATGTGGTTGTTACTGTCATGAATTTCGTCATTCTGGTATCCAC
+CATCAGTATTCTCCTCTTTACTTGATGGTGAGTCCCTACTTTCTAACTGTGATCCTGCTG
+GTGAGGACTGGGCCAGTGAAAGAAATTCTTCCTTATCCTGCTTTGATTCCGCTCGACTTT
+TGGAATGCAAAAAGTCCTGCAAGAATTGGATGATGAACTTGGACAAAGTATCCATTTTTT
+CAAGAACATAATCCGAGCTCAGCTCTAAAGTTTCCTCCAGGGTCTCCCTCTCTTCTTTAT
+CAAGAAGATGGGCATTTTCATCTTGCTCATTAAAATGCGTCAATATAAAGGACAATAGGT
+GATTGATCGTATTCACGATACTTTCCGAATTTTCTAAATTCTCTTGAACGAATTGTAGCG
+TATCTTGGTACTCGACTTCCTTCGCCTTTAAATCCTGTTTCAATTTGTTTATTTCAAGAT
+TTAGACCCTCGATAATCGAATTTCTAAAATCAGTGTCATTGCCCAGCGATGGTGCATTGC
+CGTCTTTATTAGGGATTCTGCGAATGTATTCATAGAGTACTTGAATCTTGATTTTGGCAT
+TAGTCAACTCCTTCTCCAAATTTTTGACTTTGTTGGAATCGTTCATCAGAGCAGGCTTGA
+TGGGATCGTTATGAGATGACCTCGTGGTCATGGAGTCCCTGAGTGATGGTATGGACATCC
+CAGAATCCATCGAGTTTGTGAACTCGCTGTCGTCATCATCACCAGTGTTGTCATTATTGC
+GAAGATGCCTGCCACTAGGAATCCATCGACGTACCATGGCTATAACTTTCCTTATGTTGT
+TTGCTTAGTTTTTTGATATTAGTGTTGCTTATGTGAAATTTCGCGATTTCAATTAAAATA
+ATAAATACATATATAAAGAATATACACAGAGGGAAGCAAAAGTAAACTAAAAGTGATACT
+TACACGAGCTTTTTTGGTTCCAAACTGTTCATGATGATGCCGGACCCTTCCCAGTTGACT
+TCTTAGTGGTCAATTGTAGGCCATGCCATCTGGAAATATCGTCCCTCAAAATTCTGTTCA
+CCAGCTGGTGCTGCTTGATGAGACTCAGTCCGTTGAACTTCTTGCTTGTTATGTTGATAG
+CAAACATGGATCCGCAGCCACCGGAAACGTCTTGCACTTTACACACTTCAGGTTCCAGTT
+CCTGTTGTAGTTTATCGGTGATCATCTTCTCCTCCGGAGTCATTGCCATCTGCGTTGAGT
+ACCAAAGCTTTGAGCCCGTCAGAATCCTTGGCCACCGGACATGCTTCACAGATATAGAAC
+GTAGCATGGTCTGTGGGAGCTTCATTTCTATGTTTTACCTTCTCTTTTCGCTTTTATGGT
+TCTCAGTGACCAAATAAAGAAACTTATATATGTTCCGGAATGACGAATCAAAAAGAGAAT
+AGCATCGTTAGCAGCAAACGAAAGTGGAAAGAGAATAATGTTCAAGAGAGCAATGAGCAC
+AGATGGTCCCGTGGCACGTACCATCCTGAAGAGACTGGAATGCGGCTTTCCAGATTACAA
+GAACTTTGCGTTTGGCCTCTACAACGATTCTCACAAGCATAAGGGCCATGCTGGTGTACA
+GGGAAATGTCTCTGCTGAGACACATTTCCGGATTGAGATGGTCAGTAAAAAGTTCGAAGG
+CCTGAAACTTCCACAACGCCATCGTATGGTTTATTCCCTCTTGCAAGACGAGATGGCTCA
+GGCGAACGGTATCCATGCTTTACAATTGTCACTAAAGACCCCACAGGAGTATGAATCCAA
+AGCGAAATAGAATGCATAAGCATAAGTGTACACGTTGAGTTTATTGTTTTATTTCCCCTA
+CATATATATACATATATATGAAATTACTTTACGTACGTATAAGCTTTGTTCAGTCATCAT
+GAACCAGTGTCTTTTCGTACTGTTCTAAGGACATTAGACCCTCGACCTGTTCCACATTAA
+CGCCCTCACCAAGCTTCATTTTGACTAGCCAGCCGTCACCCATAGGATCTTCGTTCACCA
+CACCTGGATTTTCCTCAAGATTAGTGTTAATTTCCTCTACGGTACCATCGGCAGGCTGGT
+AGATCTCGGAGGCTGACTTGACGGACTCAATGGACCCTAGCGACTCACCTTGGGCAATCT
+CAGTGCCCACTTCTGGCAACTCAACATAGGTAGCGTCCCCTAAGGCATCAGTGGCGTATT
+TTGTAATTCCGACAAAGGCAGTCTTGTCCTGATGCACAGCTATCCACTCATGTTGGGAAG
+TGTACCTCACGGCTTGAGGTCCTTGGGATGAGTACAAAAATGGTAGTTTATTCTTGTTTA
+GGGCATTGCCGGAGCTGTTTCTCAAAAACAATTTGCTCACAGTGGGCATGCGGGTGGTCC
+ATAGTCTAGTAGTGCGTAACATTGTCGATGTGGTATGCTTCATGTGGAGATTCCCTTTCC
+CATTAGATACTTGTTTGTTGGTCTGTATATATAGAAGAAAGAGTTAGCGAAAGTGACTCC
+GCCGCTGAATGACTCCTTACGGAAGTGTCAAAATTGCGAGGTCCCTATAGCACAGAATGA
+TAGATAAAACATTGATTTGCAAGTTGAAGGAAGACCCTACACATGCGTATATATGATGTA
+TGTAATGGTTGTGATCATTTTAGCCTGTCAAGCAGTGAATCGCACTGCTTGTGTAAGCCT
+TCATCTTCTTGCTTTAGCTGATGCAGCAGGTCGCGAACAGTGTCCTGCACTGGGGGTCTA
+AACATAATGAGAAACTTTAGCGTTTGGAAACCAAGGGAACTTCTTGCCGGATCCAGGCAG
+ATAGGCTTCAGTGCCTCAAGATGATCGCTTTGAAGACTGGGCAGTTCGCTCATAAGTCTG
+ATGAAGAATCGTCTGTGTTTGTTTTCAAGGAATGGACCCAGAGACTCGAGAACTCTTAAG
+GACCATTTTTTGTAGTTAGAGGGATCTTGATGCAGCGAGGTTTGGAAGAACCATTCTTCA
+TTGAGCCATTCAATGATCAGACTGACACGTTGCTCGAAATCCTGGATGAAGAAGCCAAGC
+AGTTCTTCACGAATCAGGTCACTGGCCTCTTGTGCTTCGATTCCTCTCGTAACCAATCTG
+ATTAAGACGTGTAACCATGACGAGGAGTCGTCATCGTCCAGTAATATGGAGGAGGAAGAC
+GAAGATTTGGCCCGGGTAGTATCCTGGCGACCGGATAATTCAAACAGTTTCTTGGTCAGC
+TTTGAGAGGTACTTTAGTTTTTCATCCTGCGTCAATGAGTCAGGTTCAAAGGGGGGTGCG
+ATCTCCTTAATGGCAGAAGTTGATTTGTTGGCATCTCCTGAGATTTCTTGGGCGCTTTCC
+TCTTCTTGAAGCATCTTCTGCATTCGGTCATCGTCTTCGGGCTCCTCTGGTTCCTCCGCT
+AGTGGTTCTGTTTCCATTTTGATTTTCTTGCTATTAGCCGTTGGGCCATCGTTTCCAACT
+TCTTCATTGTCGTTGCCGTCGTCATCATCGTCGGATTTCCTCTTTGATGATGACGAGGAC
+GGTACAGAATTGATGTACGTATTCATTAAATCCGTGTACCTCGAAGCAACGATAGACAAT
+CCGGTGATCAGTTTCGTGCTGTCCATTTGCAAGATGGCCTCTGTGGACAGCTTGATAAGT
+ATGTCATTGGGTAGCTGGGTCACATCCTGGTTGGAGTTCGAACTGTTCATCAATGAGTAC
+ACAGATGAGTAGGTGTTGCTGATTGGTTTGGGTGAGTTGTTGAAAAAAGTATTGCCCTGG
+TGTGAAGCCTTGTTGAGGGTGTATTTTTGCAATATCTTCAGTTGATCAAGCATGTTTTCG
+GTTGAAGAGCCCGTTGCAGGTGCGGACACAGGCGTGGGGGTCTTTGTGGACACCCCTAGA
+GTAGACAATAACGCGGATAATTGCCTTTTCCATAGTGAGATGTATTTTAGTTTGTCCTGC
+CTGGACAACGTTTTCTTGCTATTGCCCTTGGAAGGGTCGAAGTTCAAAATTCCCTTGCTC
+TTGGTCTCTTCGCCAATAACGTGTAAAGTTTGAGAAATCTTGGTCAGCTTGGAGTAGATC
+GATGACCCTGATCCGGATGAGAGGGATTTTGTAATGATTTGATTTTTTAGCCCAAATTGC
+ACAAAGTTCTTGTACGCCCTTTCAACAAATCTCTTGGATAGTTTGTAGTTCAAGTCAGAC
+TTGCCCTCTAGGGGAAACTTGGCGTCGACGTTGAAACGCAACAGCCCGGAAAGAATTCTT
+ATTGTTGTCTGCGGCCTTCTTTTGATGACGAAGGATAAAGAATTGATGATACCAATGAAA
+ACGGACGAGACCATGTACTGTTCCTCAATTAGGTAGTTTAGCAACATATCAAGAAGCCTC
+TTAGCCTCGCTCTCCAAAGCCGGTTTGTTCAACACAGGGTGGTTATCCGGGATGGTAGAT
+GAATTAATCTCGTTGCCGCTGGGTGATTTAGTTTGCGACAGCACGACCTCAGATATGAAC
+TTGATGGTCGCTAATTTCACGCCGATATTTTGGTCAATCTGCGCCAGCCATTGTTCGACA
+TCCGTTTCATCGTCAACGGTGGCACGCAAAGGATATGCAGTTCTCCAGTGCGAGAGCACG
+AACTTCTTCAGCATACACAACTGATCAAACATTTCCTGGTTTGATGTCTTAGCAACCAGA
+TCCAACACCAGCGGGTATGAAGCGCACATAATAAGCACGATATTCTTGTACACTAGTACG
+TCCGCGGTGGATTGCGCCATAGCAAGAAGTAGTGGCAGATATTGAGCAGCAATAAACGGT
+CTCTCAGTATTCGCAATTGGAGAGTCCATCGACACCACGTCTAGAACTAACTGTGTAAAA
+AACTTGGCCAAAGGCAACTTCAGCTTGCTGAGATTACCGTTGTGGTACATGGATGCCGTA
+GTTTCGAGCACCTTGGGCAGCATCTCCGTTGGATTGTTGTGCATGGCCAGTGTCTTGGCC
+TGTAACAATTGTTCCATCTCTGCAGATGACATTGCGCTGCTTAGTGGTAGTTATATGCTT
+CTTGCCACGATTTAACCATTTGTTCAGTCAAGTACTAACGGTTAAAAGGTATCGAAATAT
+GGCAACTTTTCACTTTTAGATCAAGTCACTATATACGACTTGAACATCAGAACGGCGATT
+TTCCATCAAGATGGAGTGGAAACCACGCCATTATAAAGGAAAGCTAGTTTTATGTCTCGT
+ATACATGCGGAGTAGGACAGTGATATAACACACATAGCTAGACACAATAGACATCATGAA
+AAGGTCCACGTTGCTGTCGCTGGACGCATTCGCTAAGACCGAAGAGGACGTACGAGTCCG
+CACCAGGGCCGGCGGGCTGATCACTTTATCGTGCATCTTGACCACGTTATTTCTGCTGGT
+GAACGAGTGGGGACAGTTCAATTCTGTGGTAACAAGGCCACAATTGGTGGTGGACCGTGA
+CCGACACGCAAAGCTGGAGCTTAATATGGATGTGACATTTCCATCGATGCCATGTGACCT
+GGTGAATCTCGATATTATGGACGACTCTGGAGAGATGCAACTAGACATTCTTGACGCAGG
+GTTCACGATGTCTAGGTTGAATAGCGAGGGTCGCCCCGTGGGAGATGCTACTGAGTTGCA
+TGTGGGTGGGAACGGCGACGGAACCGCGCCGGTTAATAACGATCCTAACTATTGTGGGCC
+ATGTTACGGTGCCAAAGATCAGTCGCAGAATGAGAATCTAGCACAGGAAGAGAAGGTTTG
+CTGCCAAGACTGTGATGCAGTGAGATCAGCATACTTGGAGGCAGGCTGGGCTTTTTTCGA
+CGGGAAGAATATCGAGCAGTGTGAAAGAGAGGGCTATGTCAGCAAGATTAACGAGCACTT
+GAATGAAGGCTGCAGGATCAAAGGTTCTGCACAAATTAACAGAATTCAGGGGAATCTTCA
+CTTTGCCCCTGGAAAACCCTACCAGAATGCATATGGACATTTTCATGATACTTCTTTGTA
+CGACAAGACTTCGAATTTGAACTTCAACCACATCATCAATCATTTGAGCTTTGGGAAGCC
+GATCCAGTCCCACAGTAAGTTGTTAGGAAACGATAAGCGCCACGGCGGCGCCGTAGTTGC
+CACTTCTCCCTTGGACGGACGCCAGGTGTTCCCGGACAGGAACACACACTTTCACCAGTT
+CTCGTATTTTGCCAAGATTGTCCCCACCAGATATGAGTACTTGGATAATGTTGTCATTGA
+GACCGCGCAGTTCAGCGCCACTTTTCATTCCCGACCTCTTGCCGGTGGAAGGGACAAGGA
+TCATCCAAACACACTTCACGTTAGGGGTGGTATCCCTGGTATGTTCGTCTTTTTCGAAAT
+GTCTCCATTGAAAGTCATCAATAAGGAACAGCACGGGCAGACTTGGTCGGGCTTCATCTT
+GAATTGTATCACCAGCATTGGTGGTGTCCTAGCTGTGGGCACTGTCATGGACAAGCTATT
+CTACAAAGCACAGAGATCGATCTGGGGCAAGAAGAGCCAGTAGAGGAAGAGACTGTCATA
+GGGAAGAGCCCTTTCTACATACTACTACATAATATATATATATAGTATAGAAATTGGTAT
+ATCACTACTTGTACAAATATCATATTGTACGATAATCGCGAAGAACGACGCACTGGTGGG
+AAGAAGTGGAAAACAGAAGCTTTAAGGTAGAAACAGAACAAGAATGTGGCTATGGTAGGA
+TAGCAGAAGAGTACCATTGCTGTTATCATTTGTTGCCTAGCCCTATCAAGACCTGTCTGC
+TAATCCAACCCGAGAGATCATGGCGATCCAAACCCGTTTTGCCTCGGGCACATCTTTATC
+CGATTTGAAACCAAAACCAAGTGCAACTTCCATCTCCATACCCATGCAAAATGTCATGAA
+CAAGCCTGTCACGGAACAGGACTCACTGTTCCATATATGCGCAAACATCCGGAAAAGACT
+GGAGGTGTTACCTCAACTCAAACCTTTTTTACAATTGGCCTACCAATCGAGCGAGGTTTT
+GAGTGAAAGGCAATCTCTTTTGCTATCCCAAAAGCAGCATCAGGAACTGCTCAAGTCCAA
+TGGCGCTAACCGGGACAGTAGCGACTTGGCACCAACTTTAAGGTCTAGCTCTATCTCCAC
+AGCTACCAGTCTCATGTCGATGGAAGGTATATCATACACGAATTCGAATCCCTCGGCCAC
+CCCAAATATGGAGGACACTTTACTGACTTTTAGTATGGGTATTTTGCCCATTACCATGGA
+TTGCGACCCTGTGACACAACTATCACAGCTGTTTCAACAAGGTGCGCCCCTCTGTATACT
+TTTCAACTCTGTGAAGCCGCAATTTAAATTACCGGTAATAGCATCTGACGATTTGAAAGT
+CTGTAAAAAATCCATTTATGACTTTATATTGGGCTGCAAGAAACACTTTGCATTTAACGA
+TGAGGAGCTTTTCACTATATCCGACGTTTTTGCCAACTCTACTTCCCAGCTGGTCAAAGT
+GCTAGAAGTAGTAGAAACGCTAATGAATTCCAGCCCTACTATTTTCCCCTCTAAGAGTAA
+GACACAGCAAATCATGAACGCAGAAAACCAACACCGACATCAGCCTCAGCAGTCTTCGAA
+GAAGCATAACGAGTATGTTAAAATTATCAAGGAATTCGTTGCAACGGAAAGAAAATATGT
+TCACGATTTGGAAATTTTGGATAAATATAGACAGCAGTTATTAGACAGCAATCTAATAAC
+GTCTGAAGAGTTGTACATGTTGTTCCCTAATTTGGGTGATGCTATAGATTTTCAAAGAAG
+ATTTCTAATATCCTTGGAAATAAATGCTTTAGTAGAACCTTCCAAGCAAAGAATCGGGGC
+TCTTTTCATGCATTCCAAACATTTTTTTAAGTTGTATGAGCCTTGGTCTATTGGCCAAAA
+TGCAGCCATCGAATTTCTCTCTTCAACTTTGCACAAGATGAGGGTTGATGAATCGCAGCG
+GTTCATAATTAACAATAAACTGGAATTGCAATCCTTCCTTTATAAACCCGTGCAAAGGCT
+TTGTAGATATCCCCTGTTGGTCAAAGAATTGCTTGCTGAATCGAGTGACGATAATAATAC
+GAAAGAACTTGAAGCTGCTTTAGATATTTCTAAAAATATTGCGAGAAGTATCAACGAAAA
+TCAAAGAAGAACAGAAAATCATCAAGTGGTGAAGAAACTTTATGGTAGAGTGGTCAACTG
+GAAGGGTTATAGAATTTCCAAGTTCGGTGAGTTATTATATTTCGATAAAGTGTTCATTTC
+AACAACAAATAGCTCCTCGGAACCTGAAAGAGAATTTGAGGTTTATCTTTTTGAAAAAAT
+CATCATCCTTTTTTCAGAGGTAGTGACTAAGAAATCTGCATCATCACTAATCCTTAAGAA
+GAAATCCTCAACCTCAGCATCAATCTCCGCCTCGAACATAACGGACAACAATGGCAGCCC
+TCACCACAGTTACCATAAGAGGCATAGCAATAGTAGTAGCAGTAATAATATCCATTTATC
+TTCGTCTTCAGCAGCGGCGATAATACATTCCAGTACCAATAGTAGTGACAACAATTCCAA
+CAATTCATCATCATCCTCATTATTCAAGCTGTCCGCTAACGAACCTAAGCTGGATCTAAG
+AGGTCGAATTATGATAATGAATCTGAATCAAATCATACCGCAAAACAACCGGTCATTAAA
+TATAACATGGGAATCCATAAAAGAGCAAGGTAATTTCCTTTTGAAATTCAAAAATGAGGA
+AACAAGAGATAATTGGTCATCGTGTTTACAACAGTTGATTCATGATCTGAAAAATGAGCA
+GTTTAAGGCAAGACATCACTCTTCAACATCGACGACTTCATCGACAGCCAAATCATCTTC
+AATGATGTCACCCACCACAACTATGAATACACCGAATCATCACAACAGCCGCCAGACACA
+CGATAGTATGGCTTCTTTCTCAAGTTCTCATATGAAAAGGGTTTCGGATGTCCTGCCTAA
+ACGGAGGACCACTTCATCAAGTTTCGAAAGTGAAATTAAATCCATTTCAGAAAATTTCAA
+GAACTCTATTCCAGAATCTTCCATACTCTTCAGGATATCATATAATAACAACTCTAATAA
+TACCTCTAGTAGCGAGATCTTCACACTTTTGGTAGAAAAAGTTTGGAATTTTGACGACTT
+GATAATGGCGATCAATTCTAAAATTTCGAATACACATAATAACAACATTTCACCAATCAC
+CAAGATCAAATATCAGGACGAAGATGGGGATTTTGTTGTGTTAGGTAGCGATGAAGATTG
+GAATGTTGCTAAAGAAATGTTGGCGGAAAACAATGAGAAATTCTTGAACATTCGTCTGTA
+TTGATAAATAAAACTAGTATACAGCAAATACTAAATAATTCAAGAAAAAAACATTAGATA
+GAGAGGGGCAGATGTTCAAGCTATACCCATTATATTGATCCACACTTAGTATTAAGATAC
+GTCTGTGAAGGATGAAAAAAAATGTATAATGTGACTAGAGGAAGTAAGGAGAAAAAACGA
+TAGTAATCGTATTTTAGGTTGTGCGTTTTTATAATTTTTTTTTTTTTGTAATTCTATGCA
+AATGTAATATAAGTATATTTAAAGAAATAATGAGTCCTGTGAAAACAAAAAGAAAAAAAG
+ATCATTAATGTATGTTAACGTATTTGCTTTGCAAATTTTAATTTATTTGTTGTTAAATGC
+ATTTTTTTTTTGTCGTTTCAGCGAGTTTTCTTGAGGTTGCTACTATCATTAAAATCACAA
+TCCACAGAGGAAGTTGATCTCTTTTTCAGTTGGGTGGGGGCAGAGCATGGGTGAGCAGTG
+GCCATGGGTCTAACAGGAAATAATCTTTTTGAACGCACAGATAAATTTTGTAATAATTTT
+CTATTTGACATTAGAGATGGGGTGGTGGGAGTTAGTGGGCTTGGCCAAAAGATGCTTGAA
+TTTTGTGGGATGCTCAGTGACCTTTTAAAAGAATTTTGGGTAGAAGAGAACGAACCTGAA
+TGTGAATGGTGTGATGCAGAGTCTGGGGTCGTCATTGAACTTGAAGTCTTGTAAGGGGAA
+TTGAATGGAGATGGAGAGGATGAAGATGAGGTTGGAGTGAAGGCAAATGGTGGAGAAATG
+CTATCTTTGGTCAACCTTCTTAAATGAGTGTGATCCGAGAAATAGTCTGTGGCCGCAGAT
+GAAACCGTAGCGCTCTTTGGAGTAGTAGCATTTGAGTAAACACAAGTCAATGAATCGCTG
+TCAAAGGACTGAGCAAAGATAGTATTGTACATGGTTTCCAATTCTTGTGAACGGTAGAAT
+TCTTCCAGTTTCAATTGAATACAATAGTTTTGTAATGCGTCTAAGAGAGATTTTGCTAAA
+GATGTCTTATTGCTATTCAAATATTTTGATTTGAAACTGGAGGGGAAAGAATTTTGGTCC
+ATTGCTATATCCAATAAAGTATTAGAGATTTCTGACAATTTAATATCTAGGTCTTGGCAG
+TTTTCCTCCAAAGCCAGATTGATATTTTCCCAAAGGTTTGAATTATAGTAGTTCAAAGAT
+AATTTGATGAGGTTAATTGCACCCAGCGCAATTAGTGAACGATCATATTTAAATGATAAT
+TCGAGATTGAAGGAAGCTAACTCGCACAACATAATGGCACCCAATTTGATCTCGTTGATG
+TTCAAAGAGGGGCCTTGAGAAGAGGACGATTTATTAATAGCAGTACCAGCAGCGTTATTT
+AATAAGGCCAGTTTCTGTTGAATGAAAGCTTCCAAAGGGGCAGAAAGGACAACGCCAGGC
+GATAACGGGGACGTAGATTGGAACAAGAAGATGTCGATGTAGGAGTCGAATGTTGCCGAC
+TGACAGATGGACCAATCGAGTGATTTGAAAAGATGCATTTCCATAGTCGTGAATTGCTTT
+ATAGAATATTGATTGCAACACAAGTTTTGCAAGACTTTCAAAGTGGCCATTCTATTCTTG
+GAGTCCCAAAATTTGGACGAAATCCAAAGCGCGGTCAAGGACAAGAGCTGGTAGTTGTAA
+CTCTTGATAATGAACCGCGAGGAATACTTGTCCAAGATAGTGAAAGTAAGGAACAAAGTC
+GAGGTCGATAGATTGAGTCTTGTGTGACAGTACATGATGAAGTCAAAGATCAAGAAACGC
+ATCTTCGGATTAACTTGTGGCTGAGAGTTGAAGTTAGTCAGGTTGTACAGCGGCCTTTCT
+GTGTGGGAAAGACGGAAATAGTGGTCCAATTGATCATTATTGTATTCGCTGATCGCTGAG
+TGATGTGCTTGCAATTCTCTTTTAACGAGATTAGGGTTTTTAGACTTTGCACTAGCAATG
+GCCCGCCTCTTTTGCAAGAGCAAGGGCAAATTAGGACATGAGGCAGCGCTGACAGAGGCG
+GCAGTGGCGGTGGAAGTGCCACTAGCGGTAGCATACCTTGCATTAGCGTATCTAATTATG
+GTATCCTTCAATATGGCCATCGTACAGAAAGCGTATCAAATCAGTGTCTTGAACGAGAGT
+AAAAGGGAGATGCAATGGAATGTAAGAAATGCTATGGGTCAGAAAAGAAATGCAGAGGAG
+TTAAACCGAATGAGGAAATGCAATGGATACGTTAAATTGGAGATGTGAGATTGCGACTGG
+GACTCGGATGGATGCTTGCTTTTGGATGCTAGTACAGAGAAAAAAGAGGGAGAAAAGAAA
+AGAGAAATAGAAAAAGGTTGGTTTAAGTCGGCAGAGGAGACTACTCGGGCAATTCGTTTC
+CTAATGGGTATAGTCCTCTTTCCTCAGAAATCCATTTGACTGGCAGACTCAGTAGTAGAA
+GAAAAAATCAAGAAAGAAATTGTGTGAAAGTATACTACACAAGAAAATGTTTAAGAAGAA
+GATTAAAAGCTCGAGGAAAGTACAGATATACAAATTATAAATAGGTAGGAGGAAGAAAAA
+AAAAAGATGAGGGCAAAAACCCAAGGCCAAATATGGAAATGTGGCAGAGGGACACACTAA
+TCCGATAGTAAATTTATGTAACTTGATCATTACAGTGAGAGCAGGCTTGGTAATTTCTTT
+TTCTTGCCTGATAATTTTTCACTTTTTCTTTTTTTTTTTCTTGAAAGTTCACAATTTAGG
+GTTTGAGCACAGCGTTTGGTTGCGACACTTCCCCAGAAGGAAAACCGGCCTCTTTGGCTG
+GGGAGGGAAGAAGGGGGAGGAGAGCTCAGAAAGCCCTATCGCGATATGAGGGACCGATCT
+GTATCAGCATACTTTCGGTATCATCACGGTCGCAGGATAGAGATAGTGAATGAGTTAGCT
+GTTTTACAGGCCAAGCGTTCAAACGAGACGAATGGCGACATTTGCCCGTCAAGAAAACCC
+GCCGAGTTTTTTCCTAAACGGGTAAAACAGCCATGCACCGCAGCACGTCGACGAGGTGAT
+ATTTCCAATTTGGGAAATTTCCCAAATCAGTAATGTAGCCTCTACGGGTGTCTCTGTCAG
+CCCCGTGGTCGCCAGCACAGAATGTATCGTACCCCTGAAGGTAGTTTTTTACCGCCGTGG
+CACACGATAAAGGTGCACCTTGTGATAATAAGGTGGAAAAATATATATGAAAAAGTGAAA
+TTGATTGTGGCTGCACTAGGACATCATTATTTCTTACTTGGCTATTTACACGTACTTACG
+CTGGCTGTATATCATTTAAGGGGCGGAGGACGAAGAGGACGGACCCGAGATCATCCGGTC
+CAAGAAACGGGTCATCCGGTCCTTAGCATTGTCTAGACTATCTAGGGCAGGACGGACATC
+CACGTGGAAAGTAGGCATTCCGTTTTCGTCGTCGGGCCCTCCGTAGAAATCCAAGACGTA
+TCTAACTTCCTTGAAGGTTGGAGGTTGTTGTTCCGCTTTGCGCTCGCCTCGGAGTACAAT
+CCAGTCGTGCCTGTCGAATGGTAGTTCTTGGCTAAAATGGGACGGAAACAGTAGGCCGCA
+CAGGTGCATCCAGCGAGCACGAGGGCTCAATACGCCCGGTTTCCCCATGAATTTCAGCAA
+CTTAGGCTGCACGTGGCTTTCATCTGTGTGCGGTTTTTCCCATTCGAGCACTTCCTGCCA
+GCACCCTTCATTTAGAAAGTTGTGGACCTGCACCATGGACTCCACTGCATCTTCGGCGAC
+TTCGCCGCTACCGCCAATCTTGCCCTTTCTAACCATAGCATTGTACATCTGTTGTGGAGA
+AGGATACTCCCAGAACTCGTTACTGTCTGGACTCTTGGGGATGCTGGAGATGGTCCGATC
+AACGGGCAAGTCCATCTTTTGGCCAGGCTGTTTGGATGCTGCCAACTCCGGCATATTGTT
+CAGCGGGTTTATTCTATCGTTATCTCCCTGCATAACGGGGCACTCAGAGGATGGTGGCGA
+CGACGACGACGACTCGTGCATGACTGGGCACCCTGACATGGATGATACTGCTGCCCCACC
+AATATCTTTGCCCGTAGTTTTTTGATCTGCCCAAAACCAACCCATTTTTTGTAGTTTCTG
+TTGTATTTGCTCTGCTTTATTCGTGCTACTCGTATGTGTATGCTATCTTATTAGCTGCCT
+ATTTCATTTCTCTTAGTATTCGCATTTAAAGCTGAGAAATTTTTTGATAATCATTTCCCG
+ATGAAAAGAAAAAAGGGAAAAAGTCGATAAAAAGAGGTAAGCGAAAAGAAAAAGAAAAAA
+TAGAAAATTTGGGTGGGGGGGGCGGAAGATCCCACGCCGCGCAAGAGATATTTCAATATT
+ACTACTACATAGTATATGCGGCGCTACCATACGTACAACTTTTTTTTCTTTTTTTTTTTT
+TTTGCCTTCTAAATTTGTAATTCGGTCACACTTTTGTCGCAGTGTTGCAAACGTCTTGAA
+AGAATTGTAGGTGTTGTAAACCACAACTTGCTCCCTTGAAAGCGTTGCTGATTATTTCCT
+TTGAACCTGTTGCATTGTTGTATTGTTGTATTGCTGCTGATGTTTTAGGCACTTAGTATT
+AGATATTCCTAAGCCTCCCTCACCATAAATTACCTTTATTACTTGCATGACTATTATTAG
+CAGAGCATGTAGTATGGGACTCAAGACCGATATGATACACACCAAAGACGTAGGCACCGG
+CGATTAAATCAAAGGCTCCGATAGCCGAAAAGTGAGAAGAAAAAAAAAGGAAAAAAAGGA
+ATTGTCCTAATGAGCGGTGTGGCCGACTTGCCATAATATCAGTTAGGGCTACTATCAATG
+TTTTATCTACGTTGGAGTAAGATCGTTTATCACTTCCATATTTGGACCAAATGAAAAGTT
+CAATCGGCCAAGTATTTCATGGATGGAATGACGTTTGGTAAGGAAGTGCTTTTTCTTTTT
+CCACATATTTTCCCTTTCTCTCGGGGAAATTTTGTTTCTAAACATAAAAAATAAAGCAAC
+AGCAAAAAAGAGGGTCTGTCCAGCGAATAAGAAGAAAACCTCCTTTTCGGCTTTTGAAGA
+TAGGTTGCAGTTGTCTGCGGGCACAAAATGGGCAATTTTTTTAATACTTTTTACGTATGA
+GACAAGATTTTTTTCGCCAATTATATCGCATGAAGAATAACCAGAGTTTTTCTCCGAACG
+TTAAGGGAGTTGAAGTAAAAATAAAGAAAGGACCAAATGAGAATGGGTATGCTTGGTCTT
+AGTCTTCGAATCAAATTCTGCTTCCCTGTTCATGGCAACGTCACCTCAATTATTTGGAAA
+GGGGGGGTTTTCCGACTTTATTTGAGATGACTTGAGATGTGTGTCAATGCTAGTATTTTG
+GAGATTAATCTCAGTACAAAACAATATTAAAAAGAGGTGAATTATTTTTCCCCCCTTATT
+TTTTTTTTGTTAGAATTGATCCAAATGTAAATAAACAATCACAAGGAAAAAAAAAAAAAA
+AAAAAAAATAGCCGCCATGACCCCGGATCGTCGGTTGTGATACGGTCAGGGTAGCGCCCT
+GGTCAAACTTCAGAACTAAAAAAATAATAAGGAAGAAAAAAATAGCTAATTTTTCCGGCA
+GAAAGATTTTCGCTACCCGAAAGTTTTTCCGGCAAGCTAAATGGAAAAAGGAAAGATTAT
+TGAAAGAGAAAGAAAGAAAAAAAAAAAATGTACACCCAGACATCGGGCTTCCACAATTTC
+GGCTCTATTGTTTTCCATCTCTCGCAACGGCGGGATTCCTCTATGGCGTGTGATGTCTGT
+ATCTGTTACTTAATCCAGAAACTGGCACTTGACCCAACTCTGCCACGTGGGTCGTTTTGC
+CATCGACAGATTGGGAGATTTTCATAGTAGAATTCAGCATGATAGCTACGTAAATGTGTT
+CCGCACCGTCACAAAGTGTTTTCTACTGTTCTTTCTTCTTTCGTTCATTCAGTTGAGTTG
+AGTGAGTGCTTTGTTCAATGGATCTTAGCTAAAATGCATATTTTTTCTCTTGGTAAATGA
+ATGCTTGTGATGTCTTCCAAGTGATTTCCTTTCCTTCCCATATGATGCTAGGTACCTTTA
+GTGTCTTCCTAAAAAAAAAAAAAGGCTCGCCATCAAAACGATATTCGTTGGCTTTTTTTT
+CTGAATTATAAATACTCTTTGGTAACTTTTCATTTCCAAGAACCTCTTTTTTCCAGTTAT
+ATCATGGTCCCCTTTCAAAGTTATTCTCTACTCTTTTTCATATTCATTCTTTTTCATCCT
+TTGGTTTTTTATTCTTAACTTGTTTATTATTCTCTCTTGTTTCTATTTACAAGACACCAA
+TCAAAACAAATAAAACATCATCACAATGTCTAGATTAGAAAGATTGACCTCATTAAACGT
+TGTTGCTGGTTCTGACTTGAGAAGAACCTCCATCATTGGTACCATCGGTCCAAAGACCAA
+CAACCCAGAAACCTTGGTTGCTTTGAGAAAGGCTGGTTTGAACATTGTCCGTATGAACTT
+CTCTCACGGTTCTTACGAATACCACAAGTCTGTCATTGACAACGCCAGAAAGTCCGAAGA
+ATTGTACCCAGGTAGACCATTGGCCATTGCTTTGGACACCAAGGGTCCAGAAATCAGAAC
+TGGTACCACCACCAACGATGTTGACTACCCAATCCCACCAAACCACGAAATGATCTTCAC
+CACCGATGACAAGTACGCTAAGGCTTGTGACGACAAGATCATGTACGTTGACTACAAGAA
+CATCACCAAGGTCATCTCCGCTGGTAGAATCATCTACGTTGATGATGGTGTTTTGTCTTT
+CCAAGTTTTGGAAGTCGTTGACGACAAGACTTTGAAGGTCAAGGCTTTGAACGCCGGTAA
+GATCTGTTCCCACAAGGGTGTCAACTTACCAGGTACCGATGTCGATTTGCCAGCTTTGTC
+TGAAAAGGACAAGGAAGATTTGAGATTCGGTGTCAAGAACGGTGTCCACATGGTCTTCGC
+TTCTTTCATCAGAACCGCCAACGATGTTTTGACCATCAGAGAAGTCTTGGGTGAACAAGG
+TAAGGACGTCAAGATCATTGTCAAGATTGAAAACCAACAAGGTGTTAACAACTTCGACGA
+AATCTTGAAGGTCACTGACGGTGTTATGGTTGCCAGAGGTGACTTGGGTATTGAAATCCC
+AGCCCCAGAAGTCTTGGCTGTCCAAAAGAAATTGATTGCTAAGTCTAACTTGGCTGGTAA
+GCCAGTTATCTGTGCTACCCAAATGTTGGAATCCATGACTTACAACCCAAGACCAACCAG
+AGCTGAAGTTTCCGATGTCGGTAACGCTATCTTGGATGGTGCTGACTGTGTTATGTTGTC
+TGGTGAAACCGCCAAGGGTAACTACCCAATCAACGCCGTTACCACTATGGCTGAAACCGC
+TGTCATTGCTGAACAAGCTATCGCTTACTTGCCAAACTACGATGACATGAGAAACTGTAC
+TCCAAAGCCAACCTCCACCACCGAAACCGTCGCTGCCTCCGCTGTCGCTGCTGTTTTCGA
+ACAAAAGGCCAAGGCTATCATTGTCTTGTCCACTTCCGGTACCACCCCAAGATTGGTTTC
+CAAGTACAGACCAAACTGTCCAATCATCTTGGTTACCAGATGCCCAAGAGCTGCTAGATT
+CTCTCACTTGTACAGAGGTGTCTTCCCATTCGTTTTCGAAAAGGAACCTGTCTCTGACTG
+GACTGATGATGTTGAAGCCCGTATCAACTTCGGTATTGAAAAGGCTAAGGAATTCGGTAT
+CTTGAAGAAGGGTGACACTTACGTTTCCATCCAAGGTTTCAAGGCCGGTGCTGGTCACTC
+CAACACTTTGCAAGTCTCTACCGTTTAAAAAAAGAATCATGATTGAATGAAGATATTATT
+TTTTTGAATTATATTTTTTAAATTTTATATAAAGACATGGTTTTTCTTTTCAACTCAAAT
+AAAGATTTATAAGTTACTTAAATAACATACATTTTATAAGGTATTCTATAAAAAGAGTAT
+TATGTTATTGTTAACCTTTTTGTCTCCAATTGTCGTCATAACGATGAGGTGTTGCATTTT
+TGGAAACGAGATTGACATAGAGTCAAAATTTGCTAAATTTGATCCCTCCCATCGCAAGAT
+AATCTTCCCTCAAGGTTATCATGATTATCAGGATGGCGAAAGGATACGCTAAAAATTCAA
+TAAAAAATTCAATATAATTTTCGTTTCCCAAGAACTAACTTGGAAGGTTATACATGGGTA
+CATAAATGCAGATGCCAGTGAACTATGTTCAGCTTCTGGCCTTCGTTTGGTGGTTTAATC
+TATTTTTTATAAAAAATGACGCGGGCAGATTCAATTAGTGTCCTAAATTTATTCGCGTTT
+CAAGATTTCAAAGGATTGATCCTCTTATCAGAAACGATAAGTGCTACTCCGTCCTATTCT
+TCTAGCCATCTAGTACGTATTCTTTTCATAACATAATCCCTTATTTACAGAATGTGTTTC
+GAAGAAAAATTAATTAGATGGGAAGAAAACTGAAGTGGCTTATATAATCAGTGACATAGT
+GCCAATAATTACGCAAAAAGCAAAGGAAATAACACTGCTATGGATATGGAAATCGAAGAT
+TCAAGCCCCATAGATGACCTGAAGTTACAAAAACTGGATACCAATGTTTATTTTGGACCC
+TGTGAGATATTGACACAACCTATTCTTTTGCAATATGAAAATATTAAGTTCATCATTGGT
+GTCAATCTAAGTACTGAAAAGATAGCGTCGTTTTATACCCAGTATTTCAGGAACTCTAAT
+TCGGTAGTCGTGAATCTTTGCTCACCAACTACAGCAGCAGTAGCAACAAAGAAGGCCGCA
+ATTGATTTGTATATACGAAACAATACAATACTACTACAGAAATTCGTTGGACAGTACTTG
+CAGATGGGCAAAAAGATAAAAACATCTTTAACACAGGCACAAACCGATACAATCCAATCA
+CTGCCCCAGTTTTGTAATTCGAATGTCCTCAGTGGTGAGCCCTTGGTACAGTACCAGGCA
+TTCAACGATCTGTTGGCACTCTTTAAGTCATTTAGTCATTTTGGAAATATCTTGGTTATA
+TCATCACATTCCTATGATTGCGCACTTCTCAAATTTCTTATTTCCAGGGTGATGACCTAC
+TATCCACTAGTGACCATCCAGGATTCTTTGCAATATATGAAAGCAACCCTGAACATATCC
+ATCAGTACATCCGATGAGTTCGATATTCTGAATGATAAAGAACTGTGGGAGTTTGGCCAA
+ACCCAGGAAATTCTAAAACGTAGGCAGACGAGCTCAGTCAAGAGGAGATGTGTCAATTTA
+CCAGAAAACTCTACGATCGATAACAGAATGCTTATGGGTACCACAAAGCGAGGTCGCTTT
+TGAAGAGCCCTCGGTAGCATAACATTTTTAATTATTACGACTGTTTTTTTTATTCATTAT
+GTAGAGATAATTAAATGTTATAGATGCTCTATACTCAAACGGTGGAAGAAAAACAGCGAA
+AAAAAATAACCGATACCCCCTTTTCGAATACAAATGCTTGTATATTCAATTATGAATTAT
+TTTTTTTTTTTTTCATTTCTTATATTATTTTTTGTTCGAGAATCACTTTTTCAAGATGGT
+AACAACATCTTCGTCTTCCAAAATGTGACTCAACCCCACGTATTGAGGTTGATGTTTGAC
+ACTGCTACCGTAAACCAGAGCATTTCTAAAGTCGTCCACTAAAGATTTATGAATTTGGTT
+ACAAAAATCCTTGACACTGCAACGGTCTGATCTTAGCACCACAGGGTCGGTAAAATCTGG
+TATTTGGCCCTTTGGTTTAGTGTAAATACGGACTAGATTTAGTCTATCCCACATGACTTG
+CAACAGCTCGTCCAAGTTCCAATCTTGACCAGACGAAATAGGCACGGCATTAGGAATTCG
+GTAAAGTAATTCCAATTCCTCTATTGACAGAGAATCAATCTTGTTTAACACATAGATGGC
+AGGCATGTATCTTCTTGACGAAGCTTCCAAAACATCAATCAAATCATCCACAGTGGCATC
+ACACCTGAAGGCAATCTCAGCGCTATTTATTCTGTACTCGCTCATAACGGCTCTGATTTC
+GTCATTCCCCAGATGGGTCAATGGGACTGTGTTTGTGATGGAAATACCACCTTTCTCTTT
+TTTTTTGATCAAGATATCTGGCGGAGTTTTATTCAGACGAATCCCCACACCTTCCAGTTC
+CTTCTCAATGATTTGCTTATGATGCAAGGGTTTGTTCACATCTAGGATGATAAATAACAG
+GTTACAGGTTCTTGCCACGGCAATAACTTGCTTACCTCTACCTCTACCATCCTTAGCACC
+ATCGATAATACCAGGTAAATCCAACATTTGGATCTTGGCACCTTTATAACGAATGACACC
+GGGGACGGTAACCAGGGTGGTAAACTCGTACTCAGCTGCTTCAGACTCAGTACCAGTCAA
+CTTGGACAGTAATGTAGATTTCCCCACCGACGGGAACCCGACAAACCCCACACTGGCCAC
+ACCAGTTCTAGCCACATCAAAACCAATACCAGCACCACCACCGCTGCCGGATGAAGCACT
+GGTCAACAATTCTCTTCTCAGTTTGGCCAGCTTGGCCTTCAGTTGACCCAAATGGAAAGA
+TGTGGCCTTGTTCTTTTGGGTACGGGCCATTTCATCTTCGATAGCTTTGATTTTTTCAAC
+TGTAGTAGACATTTTGCTCAATCAACAACTCTACGCTTGCACCTACTGCATCTAGCTTCA
+AACACTTCCTATCATTGCGCCCTCATCACACCGTAATATCCCATCTTAAAAGTGGAAAAC
+TCTTATAGCTCATCGATGAAAAAAACGGGCCCTCGTCGCTTGTGATGTGAAAAAATTTTT
+CAAGCTTTAAGCCCATTGAAAGCAAGAGATCTTGCACTAGAATAAGTGGCAAAGGTGAAC
+TTTGAGGGGATAAGAAGGGCAATCAGGAACATCAGATAAGTGAAAGATGGCGAAAAAGAG
+TAAAAAGAACCAACAGAACTACTGGGATGAGGAATTCGAAGAAGACGCCGCCCAGAACGA
+AGAAATCAGTGCCACGCCAACTCCAAATCCAGAAAGCAGCGCAGGTGCAGATGACACTTC
+CAGAGAAGCAAGTGCAAGTGCTGAAGGTGCTGAGGCCATTGAAGGCGACTTCATGTCTAC
+TTTGAAGCAATCGAAGAAGAAGCAAGAAAAGAAGGTTATTGAAGAGAAGAAGGATGGTAA
+GCCTATACTAAAGTCCAAGAAGGAAAAGGAGAAGGAAAAAAAGGAAAAGGAGAAGCAGAA
+GAAGAAAGAACAAGCTGCCAGGAAGAAGGCCCAACAGCAAGCTCAAAAGGAGAAGAACAA
+GGAGTTGAACAAGCAAAATGTTGAAAAAGCTGCTGCTGAGAAGGCTGCTGCTGAGAAATC
+CCAAAAATCTAAAGGTGAAAGTGATAAACCAAGTGCTAGTGCTAAGAAGCCAGCCAAGAA
+AGTACCTGCCGGTTTGGCTGCTTTGAGACGTCAATTAGAATTGAAGAAACAACTTGAAGA
+ACAAGAAAAGTTGGAAAGAGAGGAAGAAGAAAGATTGGAGAAAGAAGAGGAGGAAAGATT
+GGCCAACGAAGAAAAAATGAAGGAAGAAGCTAAAGCAGCTAAAAAGGAAAAGGAGAAGGC
+AAAGCGTGAAAAACGAAAGGCTGAAGGTAAGCTATTGACCAGAAAGCAAAAAGAAGAAAA
+GAAATTATTGGAAAGAAGACGTGCCGCTTTATTGTCTTCCGGTAACGTCAAAGTTGCCGG
+TCTGGCCAAGAAGGATGGAGAAGAAAACAAACCAAAGAAGGTTGTTTACAGCAAGAAGAA
+GAAGAGAACAACCCAGGAAAACGCCTCCGAAGCCATTAAATCTGACTCTAAGAAAGACTC
+GGAAGTTGTACCTGATGACGAACTCAAAGAATCCGAAGATGTTTTGATTGATGATTGGGA
+AAATTTGGCTCTTGGTGATGATGACGAGGAGGGAACCAACGAAGAAACGCAAGAATCCAC
+CGCAAGCCATGAAAATGAAGACCAAAATCAAGGCGAAGAAGAAGAAGAAGGAGAAGAAGA
+AGAAGAAGAAGAAGAAGAAAGAGCACATGTGCATGAAGTTGCCAAAAGCACACCAGCAGC
+TACACCAGCAGCTACTCCAACTCCATCCAGCGCTTCTCCAAACAAAAAAGATCTTCGTTC
+CCCAATTTGTTGTATTTTGGGTCATGTCGATACCGGTAAGACTAAATTGTTAGACAAAAT
+CAGACAAACCAACGTTCAAGGTGGTGAAGCTGGTGGCATCACCCAACAGATTGGTGCCAC
+TTATTTCCCCATCGACGCTATTAAGGCAAAAACTAAAGTTATGGCTGAATATGAAAAACA
+AACTTTTGATGTCCCAGGTCTTTTGGTTATTGATACCCCAGGTCACGAATCCTTCTCTAA
+CTTACGTTCAAGAGGTTCTTCATTGTGTAACATCGCAATTTTGGTTATTGACATTATGCA
+TGGTTTGGAACAACAGACTATTGAATCTATCAAACTGTTAAGAGATAGAAAGGCTCCATT
+TGTCGTTGCCCTAAACAAAATTGATAGATTATATGACTGGAAAGCCATTCCAAACAATTC
+ATTCAGAGACTCCTTTGCAAAGCAATCAAGAGCTGTTCAAGAGGAATTTCAATCTAGGTA
+TTCTAAGATTCAATTGGAATTAGCTGAACAAGGTTTGAATTCGGAATTGTATTTCCAAAA
+CAAAAATATGTCTAAGTATGTCTCCATTGTCCCAACATCTGCCGTCACCGGTGAGGGTGT
+TCCAGATTTATTGTGGTTGCTATTAGAATTGACCCAAAAGAGGATGTCCAAACAATTGAT
+GTACTTGTCTCACGTGGAAGCAACCATTTTGGAAGTGAAAGTCGTAGAAGGTTTTGGTAC
+CACAATTGATGTTATCTTGTCCAACGGTTACTTGAGAGAAGGTGACCGTATTGTACTGTG
+TGGTATGAATGGTCCAATTGTAACGAATATCAGAGCATTACTAACACCACAACCATTACG
+TGAACTACGTTTGAAATCTGAATATGTCCACCACAAAGAAGTCAAGGCTGCTTTAGGTGT
+CAAGATTGCCGCTAATGATTTAGAAAAAGCCGTTTCTGGTTCTAGGCTGCTAGTTGTCGG
+TCCTGAAGATGACGAAGATGAATTGATGGACGACGTTATGGATGATTTGACTGGTTTGTT
+GGACTCCGTTGACACAACTGGTAAAGGTGTTGTGGTCCAAGCATCCACCTTGGGTTCTTT
+GGAAGCTTTGTTGGATTTCTTGAAAGACATGAAAATCCCTGTGATGTCTATCGGGTTAGG
+TCCAGTGTACAAGCGTGATGTTATGAAAGCCTCCACTATGTTGGAAAAGGCTCCAGAGTA
+TGCCGTGATGTTATGTTTTGATGTTAAAGTGGATAAGGAAGCTGAACAATACGCTGAACA
+AGAAGGAATTAAGATCTTTAATGCAGACGTCATCTATCATTTATTTGATTCATTTACAGC
+ATACCAAGAAAAGTTATTGGAAGAACGTCGTAAAGATTTCCTAGATTACGCTATTTTCCC
+ATGTGTCTTACAAACCTTACAAATTATTAACAAACGTGGTCCAATGATTATTGGTGTAGA
+CGTTCTGGAAGGTACTCTACGTGTGGGAACTCCTATTTGCGCTGTGAAAACCGACCCTAC
+TACAAAGGAAAGACAAACTTTGATATTAGGTAAAGTCATCTCTTTAGAAATCAACCATCA
+ACCTGTCCAAGAAGTAAAGAAGGGCCAAACCGCTGCTGGTGTTGCCGTCCGTCTAGAAGA
+TCCCTCCGGTCAACAACCTATCTGGGGTCGTCATGTTGACGAGAATGATACATTATACTC
+CTTGGTTTCAAGAAGATCTATTGACACTTTGAAGGATAAAGCTTTTAGGGACCAAGTTGC
+TAGATCCGATTGGCTGCTATTGAAGAAGCTGAAGGTCGTTTTCGGCATCGAATGAGCATG
+GCATACGCTGACTTGTCAACCCAATCACATTCTACAAAATTTAATGAATTAAATAGGTAA
+TTGTATATAAAAATGTGAACCTTTGTGTATTAGTTTCAATTCTATCTTACTTTTCATTGC
+CATTTTACTTCTTTCACCTTGCTGTCTTTCAACCTTGGAAATTTTTATAGTACGCGTAAA
+CAAAAAAGGTAAATAAGAGGCATTGAATATAAGTTGGCATTTATTAGGAAGTTGAGTAAT
+AACACGTTGAAACTGGGTTAAGACGATCAAAACAACCATGTCTGCTCCCACTATGAGATC
+CACCTCAATATTGACAGAGCATTTGGGATATCCGCCCATCTCGCTTGTTGATGATATCAT
+TAATGCTGTAAATGAAATTATGTACAAGTGCACTGCTGCCATGGAAAAATATCTGCTATC
+CAAGAGCAAAATCGGCGAGGAAGATTATGGAGAAGAGATCAAAAGTGGAGTTGCTAAGTT
+GGAATCACTTTTGGAAAACTCCGTGGATAAGAATTTTGACAAACTAGAACTATATGTTTT
+GAGGAACGTCCTTCGAATCCCTGAAGAGTATTTGGACGCCAATGTTTTTAGATTGGAGAA
+CCAAAAGGATCTGGTCATTGTAGATGAGAATGAGTTGAAGAAAAGTGAGGAGAAACTTCG
+AGAGAAAGTGAACGACGTGGAGTTAGCGTTCAAAAAGAATGAAATGCTATTGAAAAGAGT
+TACAAAAGTGAAAAGACTGTTGTTTACGATAAGAGGATTCAAACAAAAGCTAAACGAGTT
+ACTGAAATGCAAAGACGATGTACAATTGCAGAAAATTTTGGAGTCGTTAAAACCTATAGA
+TGACACAATGACTCTACTGACTGATTCATTACGTAAACTATATGTTGATAGTGAAAGTAC
+CAGTTCAACAGAGGAGGTAGAGGCACTACTGCAGAGATTGAAGACCAACGGGAAGCAAAA
+TAATAAGGATTTCAGAACACGATATATCGATATAAGGACGAATAATGTCCTACGAAAATT
+GGGGCTACTAGGTGATAAAGAGGACGAAAAACAGTCTGCCAAGCCGGATGCGAGGACGCA
+AGCAGGGGATATAGTTAGTATAGATATTGAAGAGCCTCAATTGGATTTACTTGATGATGT
+GTTATAATATAAAGTGGGAAAAAGTATGTGCTATGATATGATGTATGTATTCACGAATGT
+ATTATGTAGAAAAATGCTAAAAAATTGGATAAAAGAAAACCATGTTTAAAATGCATACCA
+CCATGTGTATTATAAGTACTTCGTAAAATTCGAATCCTGTAGCCAGCCAACCTTCTCGAA
+AGCTTGGAATAGTCTTGATGCTTTATTAACGTCGATCCTACAGGCTTTTTGGGCGTCGGT
+CCTTCTAAACGGCAACCCTTTCTTTAGTCTATAAACTTTTTCCAAAAATAACCTTCTCTT
+AGAATCCAGATACAAATCACAAGGTAACCTTAGAGTTTGAGCGAGAACTAGTTCAGCAGG
+GTGTAGCTCGTTCCTCAGCGGGTCTGTGGACAGGTCCATTGGAGACCCCTTCCACTCGAT
+CTTGAGTGACTTGTTACTGTCTGTAGGAAGCGTAGATAAGGGCGGAGAGTAATCTGGTAA
+TTTTTTCCATGAGACGTTTGGTATATATTGAGGAGCATCATGAATCGCCTCAATGGATGC
+AATGTTAGTGTGAGGAGTGGATGCAGAGGGTGAGAACTTCTTGGCGCGATGTGGACTGGT
+AGTCATCGTTCTTCTTTGTGGTGAGTATACCTTGCGTTTCCGTGGTATCCATTCAGTGTC
+GGATTCAAACTTTCCTAGATTGTTATTGTAGAGAGCCTGTTTCCTCATATTATATCTTGC
+TTGTCTATTCAAATTCGGAGATGCTAACGGGGAAGGTAATCTAGAAGAAGAGGAAGGCAG
+AGGAGGAGGAGTCATATCATCATTGTATTTGGAATATTTATGTCTAGCATTATAGGCCAG
+ATTGTTGTACCGGTTGATAATGTTCTTAGAATATGGTTGGGCCAAATTGCTGAAAATTTT
+GTATTGAGACAGAAACCCGTAGGTGGCGTAGCGGTACCTTTTTCTTGATAACCCATTGGG
+CCATACAGGCTTCACGAACAGCACATTCTCTACAGCGCCTTTAGGCGTAGATCCCACTAG
+CACTGAAGAGGCCATGCGGGGTGAGCCATTGTGGCTAATTTTCGACTCCAGCTTGGGCGA
+CAAAGGTGGCGATGGTATTATATGTTCATCAACCAAGGAGTCAATGCTGCCAGAAAAGCA
+TCCATTGCCATTATTTTGTGAGTTCTGGTTAATTCTTACGTCGTACGAGCGCCCATAGGG
+TGAATTATTGCTATAATCACTCATGTTTAAACCGTTTTTATTACTATCGTTATTGTTGTT
+ACTTGCTTTCAAATTCTGATTCAGACGTCTGAAAATGGACTGCGAATCATCCTTACCAAT
+GTAATTCATATTTAATTGAGACTTTTCAGATTCAGGAGAATATAATCCCATGTTTCCCCT
+ATAAATGTTACGATGCGCGAATATCCTGTTTATCGATGCCCAGTGTATGAGCCATAACGG
+GGATGTTATGAACCATGTGGCTACTTTTATAAGCGGTTCTCTTAGGAAGAAGGGGGTTCT
+TGATAGACCCCTGCACCTCATCTAGCGGAGGTGCACGGATGTACCAACAGTTTTAGTGAA
+CATTATTCACTAAAGAAGCATTGGGCATACTCAGAGCCAATGGCAAGCTCGTTTACCAGT
+TCAAATATGTCGTTTCATTATCTGTATGACTGTCGTAACTTTGAATCGATCTAATGTGTT
+GACCCTGTCTCAGGCTCACCCATGGCGGCGCCTGCACCTGTGGGTGAAGGAAGAAAGACG
+ATGTTTGTGAGGGAACTGAATTGGGTTGAAGTTCATATCCTAAACAAACACTTCACCAGC
+CATGGATGCATGCCTTGTCTTTTCGCAGTTGGTGGCATGAAAATATATATCACCCACCAA
+ACCCTCTTACTCTTTTCTTACCAAGTAACTCCAGTAAGTGCTCGTTTTTTTCTTCTTCCA
+TTCAAACCTGCTTAAAAACCTCGACAAACGAGCCCCCAACGTACTACCACAGCAACCACT
+CTGGTTTTTCTATCTTGTTGTCTTTAATTGCCTCCTGACTTTGTTTTGTTTTGTTCTTGC
+TTAGCGCTCTTGAAAAATATTTTACTTTTCACTATCAGATTAATGTGATAGCAATAGTTA
+GTGCAACAAAGAAACAAGTCGATAAATGGTACGTTTAAAAAGTAGATATATCCTTTTTGA
+AATTATATTCCCACCTACAGACACCAACGTTGAGGAATCTGTGTCGAAAGCAGACATCTT
+GCTTTCGCATCACAGAGCATCGCCTGCGGATGTGTCCATAAAGTCGATACTCCAAGAGAT
+ACGACGCTCGCTGTCGTTGAATCTGGGCGACTATGGGTCTGCAAAATGTAACTCTCTCTT
+GCAGTTGAAATACTTTTCAAATAAGACGTCTACGGGGATAATCCGATGCCATCGAGAGGA
+TTGCGACCTTGTTATCATGGCATTGATGTTGATGTCGAAAATTGGCGACGTCGATGGACT
+GATCGTGAACCCCGTCAAGGTAAGTGGGACCATCAAGAAAATAGAGCAGTTTGCTATGAG
+AAGGAATTCTAAAATTCTGAACATAATCAAGTGTAGTCAATCATCACACCTCAGCGATAA
+TGACTTTATTATCAATGATTTCAAGAAAATTGGAAGGGAAAACGAAAACGAAAACGAGGA
+CGATTAGAATATATTAATATATAGATGTACACGTATATGCAGTAGTTTTATTTTTTTATC
+TATAATACAACTCAAGCACAAGAATGCTTTGTTTTCCTAGTGCTCATCCTGGGCCTAGGC
+GCCATAGTTATCCGATTTATCATCGGATTCAGCTTTAGTAAACTGAATGGGGCCGTGAGA
+ACCACTGGCACCTTCACTCTTAACATTGACCGCTTCGTCCAGCTTTTCGTAGTTGGTCTT
+GTATATGCTTTCAATATCTTGTTGGACGAACAGTGGGTTGTCATAAACCTGGTCTTCATG
+CCTTTTGGCGGAGGCATTTGCCCCTCTTGTGAAAAATCTTGAATCGTACTGCAGATCCGG
+TTGTTCTGAACGCTTTGCTGCGCCCAGAATTATCTTTTCGGATACGTCTCTTCCTTGAGA
+GTACGCCAGCTCTTTTAGTCTGGCCACTGTGCTCGTTTGCTTTTTGGGCTTAACTATTGC
+TCCCGTCTGCGGAGTCCCGTTGTGGTATCTGGCTCGTTGGCTCAATTCTTTCAATTTAGA
+TTCTTTAGCAAGCATTTCCTGTTCCATAGCAAGCCGCTTCAATTCCATTTTGGACCTGAT
+CTCTTGTCTTGCCTTCTTGTCAGCGTTTTCTAACGCTTCGGAGAGCTTCATAAACCCATC
+GTTGATGGTATTATTTTCGTTGTCAAGAGCTTTACCTACACGTCTTTCCAAGGCCACGGT
+ATAACCATTTGGATTTTTCCAGTTTGACACAGCTGCAGGTATCTTCCACTCATTTGGATC
+AGCTTCTCCCCTATCATTGCTGCCATCCATATGGAGAACAGGCACGACTTCGTCGTTTTC
+TGTGGGTGCTACAACCTTTCTCGCCTTCTTCCCAACGAACCTTGGCAACAATGGATCCAT
+TTGCTTGGACACTACCTCAATATGGTGGCTGTTGTTCAATAATAGATTCGCGGGTGCCTG
+ATGTGTTTCGGTGACGTACCTTGATGATGCCCTGTTATTTGAGTTGGCTAGTTTCGCATT
+CACAAGCCGCTGAATGTATGACTTGGTTCTTGCTGTACATTCTTGGATTTCTGCTTTCGT
+TGGCAAAGGAACCGATAGTTCGAAATTAGACTGTCTCTTTGGAATAAAATCATCGAGCTT
+AACGTTTTTAGCGATTTGGTCAGTCAATATTGCCGGCTCAACGCGATCTGAGCTCAAAGC
+CGTCGAAACTCGTCCTTGAGAATGTTTTGGAGGTGGTAGTCTGTTACTAAACATATTTGG
+TTGAGGTTGCTGATACGTCCTCTCGGCTCAGAGCTGCCATGTGTCAATAACCCCATAATT
+TGAACTTCTTTCATCAACTTTTTAGCTGGGGAAAAATCAAATTCGTGAAGAATTACAATA
+ATACGTTAAGGTAAAAGATTAAATATTAAAAAATAGTATGAGTACTTTTGAATCATCAGA
+CAAGAACAATGAAGGATATGAATAGTATTAGATATGTATTCTTTTTTTTTTCCAGGGACA
+TAAAGAGTTGTTTTTATAAGGTGCGGAGTTATCTCAATTTGCTTCTGATTTTAGAAGCTA
+TTCTATGCCCGGTCGACTCTTTGATTTCGATCCCAAACGGCATCATGGTAGTTTCGGAGC
+CAGATTCGCCATTTTCCCACTCTAATCCATCTCGAAGACTTTTTCGAAAGGTAAACCCTT
+CTTCTTGTCTCAGCGTGTTATATTTGGACTTATGCTGTAGCGGCTTGATCATTGCCGAAG
+CAGGTATTGGCGGATAATGTAGCACAGCCGGCTTCTTGTACCAACCCACCTTTGTTGGTT
+TAGGATTTTCTGCCTCTGTCATTGGCGGTACACCAGCAAATCTCACCCTTTTGATGGACA
+ATTCACTGGAGTTTGACTCCGGATCTAGAGTTAATGTCTCTATAGCCAAAGTATCACTAC
+TATTGGCAATCAGGGTACTTGATGATTTTCCTGAGGAGGTGTTGTTTATACTGGATACTT
+TTGGTGAAGGCGCTAACGATGAAGATGCAGAAGGATTGGGTGTAGATGCACTTTTGTTCA
+TCAAATGCCGCACTGTATCTTGGACGATTTTTTGATTTAACGTCATGGTTGAGGACTGCA
+AAGAATTGGACCTTTGATTGTTGAGCTTTGAAGGTGGAGCTATTGACGGATGTCTTGTAG
+AATTCAAATATGAGGTTTGTTGTTTGTTTGTATAGGATTGCAAAGATGAGGATCTAGGCC
+TTCTGCCGTTGATCAGTTTTCTTTTCTCCGGAGACACCACGCTTTTCTTCGTTTCTGCGT
+TTTTATTGTTGAAAGTGGTCCTTACAGGCGATACTGAGGGAGACCTAGAAGAATTTGAGG
+CTAAATGCGCCCTTGCCCTTGTTCTTATGCTCTCTAAAGAGGCCTGTCTTGATGGGCTTG
+CTGAAGATGTGGGTGAGGGGGATGGAGAAGAAGAGGCTGGCAGCTTTGTTATTGACGGCT
+TCTTCTTTAGCTTACTTTTCGCGTTTTTAACCTCTAAATACAGAGCCTTATCTCTTTCTA
+GCTTTTCTTTCAAATTCTCCCGCAAGTCATTGGTTTCATCGAAGGTTTTATAATTTTTCT
+CAATATATTTCCAGCAATCCATCCAATTGGATAATAATCCCATAATGGACCTCAATTTCG
+GTATAATCTTGCAGATATGATTATTAAACAATTCCACAACTAAACCAGGTTGAAGGTGGA
+AAATGGGAGTTCTTGAGGAATTGTTATCGGTACGCGCCGTTTGAGTCCAAAATTTTAAAT
+TCTCCTGCAGTTCGAATAAAGCTGTGACATCATCACATTCTGGAGAGAGCAAAGCCATCA
+GCTCACAAATTATCAAATCGTAATGGTACACGTTTTCGCTGGATAATCTTGTCTTGATGT
+CCAAGAAATGTTGTTTATTCGGTAGGAAAATTTGCCTAGAGAAACTGATAATAACACACA
+AGACAGAAAAAACCCGCAAGTGGAAAGTGTATATCCTGTGTAGAGTCCATTCCCAATGTG
+GTAGATCCTTCTGTAAATTTGACAGTGAAGTAGGTCTTGTTTCCGAAAATTTCTGCAATT
+GGTTGTAATATGTCCTTAGAATGGGGAAGATTTTCGAATGAACACAGGAGTTCAGTTTCT
+CCATCACTTGCCATTGCAATTTGTAAAAGGAATGGGTGGACTTATCCCTTACTGGATCAT
+TAATCAAAACGGCTAAATCTAGAATCAATGTCATTTCAACTGGATTTAACAAGTCTTCAA
+TTATTGAAGTGTCAAATGGAAGTGACCGAGCTTTGTACGCATCCCTTTCCAATAAAATCT
+GTCTCAACTTGGCATTATAAATTTTTATAGCATTTTGAGCAATGCAAGACAGCGAATTTA
+AAATCTTCCATTGTAGAGAATTATTGTATATGCACGATTTATAGTGATCTAGGGGTACCT
+CCTCGGGAAACATCCAGCCCTCTACATCAATAAAATTAGTTGATAATCTCTGCTGCACTT
+CGCTTAGCTTTATCAGCTGGAATCGACAGAGCAAATGGTACCTCTTAGCCAATACGGGGC
+TTACATTAAATATAGGACCCTCACAAAGTGATAAGATGAAATTAACGAGGGGAATAATTT
+TGTAGGACTCGTCATTGTCTCTTTTCTTCTTCAAATGCGGTACCAGAACGTTTAGTAGCC
+TATTCAGTTCATTCAGCTTGTAAAGAGCGTTCTTATATTGAATGATTTTTATATCATACG
+AGTCCAACGGAACAGAACCTTTGATTGCCGGAATAGAAGCGCTGGCAGCAGCTTTGGCTA
+GCAACTTTTTTCTCTTTTGCACATCTACCATGTTGTAATATAAAACTAGTCTAAATCCTC
+AACCTTCAGCTTCCAATCACTCCTTTTATCATTGTTCATTCGCTAACAAACTTCAAACAT
+ATGCCTTTATTATGCGTCTTCCTGCTGTTTCAACCATTGATTGCAGGGTAACAGACATTT
+TTAAGGGTCTTTCCCACAGCATCTATAAGAAAGATCGTCAAAAGTATTAGTTAAACATTG
+AAAATTTGCGCCAAAGACATAGCAAGCGCAACGTATTCATTGTCCATGTCGTCATCTACT
+CCCTTTGACCCTTATGCTCTATCCGAGCACGATGAAGAACGACCCCAGAATGTACAGTCT
+AAGTCAAGGACTGCGGAACTACAAGCTGTAAGTACAGAAAGCCACAGAGTACCATCTAGG
+AAATTAACATTATACTAACTTTCTACATCGTTGATACTTATGCGTATACATTCATATACG
+TTCTTCGTGTTTATTTTTAGGAAATTGATGATACCGTGGGAATAATGAGAGATAACATAA
+ATAAAGTAGCAGAAAGAGGTGAAAGATTAACGTCCATTGAAGATAAAGCCGATAACCTAG
+CGGTCTCAGCCCAAGGCTTTAAGAGGGGTGCCAATAGGGTCAGAAAAGCCATGTGGTACA
+AGGATCTAAAAATGAAGATGTGTCTGGCTTTAGTAATCATCATATTGCTTGTTGTAATCA
+TCGTCCCCATTGCTGTTCACTTTAGTCGATAGAAGTTCACTCGCAATGCTATATATATAG
+GGAGCTTCCATATGTAGTGTAGGATATATGTATATATACATATATACATATATGGGCGTA
+TATTTACTTTGTTCTTATTTTCTGTCTAATTTTATAATTTTACTGACAGTAGCTAAGCCC
+TCTGTATTGCTGTTCTGTGTTATTGCACTAGTGTCATAACGCAGATGGTTTTTAGCAGAG
+TCAAATTGGGCAGAAAGCATAATTTCCATCTTCCCTGGCAAAGACAGATTTTCTCTTTTG
+ATCACGTTAGCTAAATAATTCAAGATTTCGTTCGGTACTCCAGCTTCGCCCTTGTTAGCA
+GGCTTGTATTTCAACAGAATTGCTTGTATTTGGGCTGGATTCAAGGCATACCAGAAATCG
+AATAGTAACTTGAACTCGTTCAAGTTGCTTATCTTCAACTGTAATATCTTGACAGCCTGA
+ATTATTTGAATCAAATTGGGACGAACGTCTTCAATTCTTGGTTCAAACCAGCTCACCAAC
+CGCTCGATATTTCTATCCACTTCGTACCCATACTTCCAATTTAACGCGGGACATTTGGTT
+ATTAGGTCATTAAATAGCATTACGTTCAGATACTTCAGGGTGTCGTTAAAAATTTTTGTA
+TGCATTGAGTCAACAACTTGAAATTTACACAAGACAGCATCAAATTCATTTAAGAATGTG
+AATAATTTAGCGAACTTCTCATCACCAGAATTTTTAAATAGCTTCTCGTTTAAAACCATA
+TCGAAGATCTCGATGTGGGCTGAAGCATGCTTCATGAATTTCACTAACCAAGTGGAATAA
+ATCTTGTCGAATACTTTTAAAGTTTCATTCTCCAAATCATTCAAATATATCAGTGTTAAC
+TTATCTTTTTCATCACCACCATTCGCTTCATATAATGTTTTTTGATTTGCAGCAAATGCG
+GGAAGTCTGGAAAGATTACTTAACCAAAAGATACCACCAAGCATTGTTTCGTCCTTTGGT
+AGACTCATAACAATGCTTTCTACAGTCAATAGGACTTTCGAGATGAATTTGCTACTTTGA
+ATCAATAACCCATTTCTCACTAAGCTACTTACCACTGTAGTAATGACGTGTATAGGACCC
+AGAACATTGTCTCCATTCACCTCAGTAACATTTACTTTTTTCAAGTAACCTTCTGTGACT
+TCTAATGTGTAACAATTCAGGTCCATTAGTAATTCTAGAAGATCAGGATTTCCTGATTCT
+CTACGAATTACATTGACTAGCTTCGGTTTTACTTGTTGTCCTGCGATTCCCAAACCTTTC
+ACTTTATCATTCTTATTAGCAGAATATGTGGTGGTGAAATCTTGTGCTATTACGTTTTCA
+ATAAACGCTAGTTCTTGCTTCATTGATTTGACTTCATCACTTAATCTTGAAGGTTTGTTA
+CCTTTTATAGCAGCCAAACTTTGCATATGTGACTGTATTAAAGAAGATTGCTTCTTTTTT
+CTCTCCTTCAAGGCATTCTTCTTGTTTAAAGTATTCATGATTTCAACTTGTAACGTCTTC
+AGCTTGGAAATCTTATCATTATAACCATTTACTATCGTTTCGTACTCTTGCCTTTGCTTA
+GATGGAATATTTGACAAATCTCCCTGCAACAACTGTGTTAATCTTGTATATGAGTCATTT
+AACATCTCTAGATTCAAAATGAAAGAGTTCTTAAATTCGATAGCTTCCTCCAGTAATCCA
+ATCCCGTAACTAGCCCTAATATTCCGTTCTTCAACTTCTTTTTGCAGAACTATATACCTT
+CGTCTAGCTAACTGCATTCTCATGGCGCTTTGTACAAGAATGGAGCTCCTTTTCAATGTT
+CTGTAATCTGTTTTGTGACCATATGATCTGATGTAGCTTTGGATAATTACTGCCGCCATG
+AGCATGAATTTCCTGTTAACACTATCTAAAATCAATTTTCTTTTACAGGTACATTGTAGT
+TTTATTATTTGCCCAATGGCAGCTCTATAGTATTCCCGTTTCCATAATGCTCTAATGTTC
+GTTTGTAGTAATATGGCAGCTCTTGTCTTGAGCTCATGATCGACCCTTGTACGAACCAAC
+AAACTTCTAATTTGGCTTTGGCACTTCTTTATTGATTCCATGGTCTGCAAATACTGAAGC
+CTATAGTATCTTGCCCTTATCTTTTTCTGTATTATGATGCATATTTCATTCATTTTATTA
+GTCCTTAGCTTTTCCAAAAATGCAAGCATTCCTGCTTTAAAGAAAATTTTGGTATTACCA
+ATTTGGTATTTTGCTGAATCAGAGATAGTAGCATCTAGAATAGATTGACAGAAGTTGACG
+ATTGCCTCTTTTGGGAGGTCTGGATTATAAAGAATTCCACTCCATAAGCTGTAGTCCGTC
+AGGAGGAAATATCTTTGAACGAATTCGTCAAAAGTCCATCTTGATGGAAAGCCTGCACAT
+GAAATCCTGATTGTTTCCAGCACACCACAAGCTCTTAATTGCGATAAGACCATCAAATTA
+TCGAACTCCCATGGCTTTTTTTCAGAATTTGGTTTTATGCAACGAATATAATGAACATTA
+GTAGAATTTATGATGGCCATCAATTCCCCGAGCGATTTTTTGAACATAGATCCCAGGGTT
+GGTTTCTTTTGACTTAATCTTGCTGGGATCATTATCTTTTTTTCAGTATTTTGCTCTTCA
+GGAGCATCGTCACTCCTAAGTTCTCTGTTGTCTAAAATTTGTTTGAAAATTGGATTTGTC
+GTTGCTTTGAAAACATCCAGATGACCTAGGGAAACGCTGTCTCTATTCTTTTCAATAAAC
+CCTTCAACTTCATATTCTACATCAACAGCATAATGGCTTACTATAAACTTCGTTTGTCCG
+AATCTTGGCTTCGAAAAAACTTCATTTGAGGGCGGTTTATTAAAGGCAGAATATAGTTTT
+GAGGCCCATGATTCATCTGAGCCTGATGGTAATCTACTTTCTTCATCTAATAGAGAAAGT
+ATTCCAAGTTTATTCTCAATCAAGTCTATGCAAGGTTGGTTGTCGCTGAACTCAATGAAA
+GACCACTCAATTTCCTCCTTTACATATTCTTCTTGCTCCAATTTGAAAACGTGCTGGTTG
+AACTCTTGTTGTAATTTTTCATTCGCATAGTTTATACAGAATTGTTCGAATGAGTTTTTC
+TCAAAATGCTCAAACCCGTAGATATCTAAAATACCAATAAAGGAAAAGACATGATCTTGT
+TGATCCAGCTCAGGATCGTATAATGTCTTGTTAATGTTGTCTACTAGCCAATCAAAAAGC
+GTGGAATAAATAAATTTCGCCACAGAGTCCCTAGCAATTAGCGCTTGATTGTAATTCAAA
+TTAGTGACAATTTTTTCAGACCTTGTGACGATTTGTTTCTTGACAATCCATTTTGCAAAA
+TTGAAGGGATCAATACCCAATAATTCACATGCGATTTGCAGGTTTTGCTCTTCCGATGAT
+AGTGATGCGTCGTTTCTAGTCATTTTCATCTCGATATTACCTATATGTAGCAAGCCTGCA
+AGAATTTTGAAAATTCCAAGCTGAGTCTCGTGGTTTATACCTACTAATGACAGGGCATCA
+GTGGTTATCTTGTATTCTCGAGCTTCATCTATACCAGCTATGTTCGGCTGTCCACCTTGG
+TTAGTATAATGGTAGTCCTTGGGAGATGACAAATGCAGTTCTTGTTTTACCGGTTCTGGC
+AATCCTTCCAAAATTTGGTAAAAAATATGGTAATTTCTTTCTGTCTCTGGCTGATAAACT
+AACCTGGATTTTTCCAAGAGATAGGTTCTAATTTTGGACCCCCTGATGGTAGTATTCTCA
+TCAAATAAAATTTGCAGATATTTGCCGAAACGAGAGGAATTATCATTTCTGGTAGTTTTG
+GCGTTACCAAAGGCTTCCATGATCGGGTTAGTAGCTAAAATTTGGCTCTCGATTTGAGAC
+ATTTCCACTTCCCCTTCACGATTGTTGCTTTCTTGGACTGAGGCAAAGTATCTCATAATG
+TATTTAGCAGAGACGGTCTTACCAGCACCGGATTCACCACTGACTACAACAGTCTGGTTA
+GCCTTTTCATGGACCATGAACCTGTACGCCTCCTCTGCTATGGCAAAAAGGTGCGGCTCC
+AGCTCATCTTTACGCTTACTAGAATAATTCTGTATCATCTCGCGAGAGTACAAATGGTCG
+ACTTTATCAAAGGGATTAGCGGCAATAAGGACAATACCAGAGTAAGTATATATCTGTCCA
+TTCATGTATCTTTTTTTTATGGCATGCAGCACTGCCGGTTCGTTCAGATATGATAGGGTG
+GTTAAGTCATCAGTAGACTCTAAAATAGGTGGGTTTCGTAGTACAGGTAGCGTGGGATGA
+TCATCATCATTTTCGAAGCTATTTGTTTCAATGGATACAGTTTCTCCATCCTCCAATTTC
+AACTCTAAGTGGAACGTTCCTTCAAAGAAGTCATTCTTGGTGACTTCGCCGCCTATCCAG
+CCTTGTTCTTTGTGAGGGTACCAACACTTAGTTCCTACTTCAAATGACATGCGGGAGAAC
+TGGTTATAGGATTTTTTTTGTTTTTTTGTGTTTTAGAATTAGATTGAATTATAAAAAGAA
+GAACAAAAGGGTATCGTATTGAAAATAAATTGTCTCGCCAAACTGGTAACAATGTTTTCA
+GCTAGAACAATAAGAAAAGAAGAGAAGGTAAAAAAAAAGGTGATAACTCCGTAGGAATTG
+AGGAATTGAGTATGCAGAATCAGAATAAAGGCTGACTTTCAAAAAAAGGTTGTATTACAA
+TTGCAGGTTTTCGATAAAAGAGACCCTATTCTCATCTACTACTGCTAAACTTCGAGATAT
+TTTCGAATTTTTCAGTCTTTTCTTTTTTTTTTTTCGCATTAGTTCAGAACCCTAAAGAAT
+GGTAAACATTCTATGGATAACCCGGAGAGTGAGTTTCTTAAAGACCTAGTTTTATTTTAA
+GGGTTTTAACTCAATCTTGATGTTTTCATTGTGTACCCTAAAGAAAGTTTAAGAATAGCC
+CTAACTGTTACCTTTTGAAATAAAATAAGGGGAAGGTCAAAAAGCTATTGTTCTATTGTT
+ATGAAACATTGTCTCAAAGAGTAAGAATAACACAAATTGATGGCAGTTTTTTACGTAGTC
+CAGTAGTTGTCCAGGTACAATGCAAAATGCTCAAATAAAGAGCTCTTCTAAAGGCAGCGG
+AATAGATGGTACAGATCGCAATAGCAAAGATGGTGTAGAAAAGAGACCCCTGGAAGATGT
+AAAGCAAATGATTGACGCTGGAACACCAGATGTTGGCCACAAATCTACTGTTGAAACTAA
+GCCAAACGTTGGATGGCAAGCCTCTCACAGTAATTTGGCTGCATTACACGAAAAAGAGCA
+GAAATATGAAATGGAGCACCATCATGCTCGTCATAAACTGCATCGTCAAGTTATTCCGGA
+TTACACGTCTGCCTCGACCGCAATGTTCAGCGATTGTATGTTCAACGCAGCACCAGATAA
+AGTACGAAGTCTCAGTACGATGAAGTCTTCTGGACTCTCGCCAAAACACCCATTTAACGT
+AGTCGCCACCTTTAAAGGACCATTCCCGCAGCATAGTGTAGAATCAAAGCCTCTCGATGG
+TGGATACTCTGCCAAAGACCATTTTCCCTCATTTAAGATGTTGCAAGCCCAGCAGCACCC
+AGCCCATCGCCATTACAAAGACAACGACAAGTACGGTCTTAAATCACCTTCCCGGTCCTT
+CGTGAAGGACAAGAAAAGGTTGGTTCACCGGTTTTTGAAATCCATGGAGCCTTCTTCGTC
+TGGGCAATCTAAGGATTCGTCTGCACTGGCGCCGGCTTTCGATCCAATATTGCCCAATGT
+TATATCTAAGCCTTCCAAGCGACCCACACATCATTCGCATTCATCAGACGGGAGTTCTAG
+CACGCAGACAGATATATCGTTACAGAGCTTGCTTTACCATGATCTTGAAAGCTCACCAAA
+GAAACATGTTTCGCCCTCAAGACCGCCCTCTGTAGCTTCCGAATCCTCTCCTGCCGTTGC
+TAATCCCATTGGGCTTTCGCCAAAAGACGCCTGCAATGCATCGTTTTCGCAGTCGTCCTC
+ATCTTCGTTGTCTTCTTCTTCATCGTCTTCATCATCGACGTCATTCTCACAGTCAGTGGC
+TGTTGATCCTCTTGAACCTCCTGGAAATATCACATATAGTAGTTCGAATCTTTCGCTAAA
+TTCAGATGAATTAGACTACTATCAGCGTCATATCGGATTGCAGTTACAGCAGACAGAAGC
+TTTACTAAAGCACAGTTTGAAAGATGAGGTTCTGAAAGATGAAAATGACCTTGTTAAAAA
+CATTGCAAATTTTGACAAGATCGTTAAAGAGCTAAGGGACTTAAGATCCAGGACCATTGG
+ATGGAAAGAGCTTGTTGAAGAGGATTATTTAATGAATTTGAAACAGGATTTTGACAAGGA
+AAACCCCGAATCATTTGAGGCACGTTTGAGTGATACAATAAATACAAACGTGGCAAAATT
+ACAAGATTTAGAGAAAAGAATGGCTTCTTGCAAAGACAGGTTGGCCTCTAGGAAGGAAGT
+AATGAGGAAAATGGAAAGTTTATTGTCTTTGGAGAATTCCTTAATGATATCCAAAAAAAA
+TGTAACATTCGCATCTAAATACCGCAACGAGGCCCTTGATATTGTCTTTTTAATTATCAT
+CATCGTCATATGCTATACCTTCAAGCATCTAGTATCGCATAAATAAAAAATAGTATTTGT
+ATATCAAAAAATGATCCTGTGATTTTTTCATATGTAACGTATAAATGTAAAAATGTGCTT
+CTTCTGGTATTTTTAATCAAGTGGAAAGATGAGTGGAAAAAAGGGCAATGAAATAGAAAA
+GGACAGGCCTGAAAGGGAAGAATACAAGAAGATTGAGTATATTGGACTTCACAGTAACCG
+TGAAAAATGGCACCAAGTATAGCAACGGTAAAGATAGCCAGGGACATGGTTTTGCCATTA
+CGTATATTTGTCAATAGAAAGCAGATCCTTCAAACCAATGATAAGACTAGCAATAAGTCG
+AATGCCACTATATTTGAAGCACCATTATTATCAAATAACTCCATAATCTGCTTAAAATCA
+CCAAATACAAGAATATATTTATCGCAACAAGATAAGAAGAATCTTTGTGACGAGATCAAG
+GAGGACCTGTTATTGATTGTTTACGAACTAGCGTCCCCGGAAATCATCAGTTCCGTACTC
+AGCAAAATAAGAGTTGGTCATTCTACTGATTTCCAAATCAACGTTCTGCCCAAACTTTTT
+GCAGGTGCCGATACGGATAATGCGGTAACTTCTCACATCCAGTCTGTGACAAGGCTGGCT
+AAATTCAAATACAAGTTGCACTACAAACATAAGTGGGAGCTCGACATATTCATCAACAGC
+ATTAAGAAGATCGCCAATTTAAGGCACTATTTGATGTTTCAAACATTAACATTAAACGGT
+TTCTCATTAAATGCAGGACCCAAAACGTTATTAGCTAGGAAAATAGAAAAACAGCCCCAG
+GTACCTAATTTGTTAATAGAAAATGGGGACGCTGATGCCCTGGATACACCGGTGGAAGAG
+GATATAAAACCTGTAATAGAATTTATGTACAAGCCTGTTATTAATTTAGGTGAAATTATT
+GATGTACATGTGTTGCATAGGCCTAGAAGACATAAGGTACGTACCCAGTCGAAGCAACCC
+CAGGAGGAATGAAAAACCGATAACAAAGTGATGGCTTAATATTATAACTTCTATATAACG
+GATATATTTTATGGTAAATGTACATATTTCAGTAATGGTAATAATGACTTTTCTTTTTAT
+CTTATTTTTATTTTTGTATTTTTTGTCTTCTGCTCTTTGTTTCTGTGCCTCATATATCAA
+ATGAAATATCATCTCTCGAAGAACTGAATCTATTTGAATTTTGATTACCATCAGCAAATG
+GATTTTCAATGAACGGTTCTGCACTTTCAAAGTCGTTACTTCCCAGTCCATTATTGTCAT
+TAAAGGGGTTCGCCGAAGCATCTTGTAATTCACCGTACTTACCTCTCTTTTGAGTAGTAT
+CATACATTCTGACAATTTTTTCTTGCCCACCCTCTTCAGCCTGTGAAAAGGCAAATCCTC
+TTTGTTTTTTCATTCTTTGCACTTGCCTCACCTTCCTGATGGCATTTTGAAATTGCTGAA
+CGTGCGGCCTAGAGTCGCTGATATTGTATTTCTGCATTTCTTGAATAACATGATACGTTT
+CTGGTTCATACATTCTTTTATAGTACTTCCATAGAAAATCTCTTACCAGTGCAAAAATTG
+GTAAAACGATCAAAGTTAACCAAAATACACCGGATCCATACGTGTGTTTAACCACACCAT
+AATACTCTCTTGAGATGTTAGCATGAGGAAATATAGAAGCATAAATTGGGAAGAATATTA
+ACCAAAATAAGAGGGAACCAGGAATGGCAATTAAGGTGAATTTCGTCCATTGATTAGTTA
+CCAAAGCAGCCTTTCCCAAAACAATAATGACACTTGTAGTGTAGACAGTTACACCCCAAG
+ACCAATGATCAGCTAGTTCGCCGTGCATATTTAAGGCAAACCCATATCTGTAAATCAATA
+TGGTGCCAATAAATACTATTGCAGAATGGAAAAAGCCATTAATAATCCATCCCCAGAAGA
+TGTAAACAGAGAAAAATTGACCCTTCTGTCCTAATTTGTACAATTGTGGGTACCGCTCAA
+GTAATCTACTACTAACAAATTGATCAAATACACCAATGACAAAAGGGGGCCAAACAGTGA
+AGAATAAGTTGTAGAAACTCATTGTCCATGATTCCATAATGGATTGACCTGAAAAGGCAT
+TGGCAAAAACGTACCAAAACTGCGTCATGTATAATGCTGTATTCTTGTAAAAAGAGTACA
+AAATTGCGACAGAAATTCTTTGATAAGACCAGGAGCCATGGACAAGTAATAGTTTTTTTA
+AAAATTTAAATTGGCCAACAGCTATATCAGCTGAACGAGCCGCTTGCATACCTTCCATAC
+CACTAATACCGACACCAACATGAGCTGCCTGTATCATACTAACATCGTTGGCACCATCGC
+CAATGGCTAGCAGTAGTGAAGACGACTTTCTTTTTACCATTTTAACAACCAAGGCTTTCT
+GTAGTGGAGATACACGGCAACATATAACCGCTTTACAAAGCTTCGCCACAGTTAGCAAAT
+AATCTTCTAATTCTGGTTCCAAGGCAAAGCCTAATGACTTCCCATCAATGACGAGCGCTA
+AGGTATTCATATCATGTGTTGACAATTGATGCTCGTTTAGAGCGTTAATCTTCTCTAACA
+AATTTCTCTCAGTATCATCTCTGGTTTCCTCGTTGATGATCAACAAATTCATGTCTTCAC
+TCAATAAACGGCAACTCATACCAATGTTAATAGCAGTTTCCTGTCTGTCACCAGTTAAAA
+CCCAAATTTTAATACCCGCTTCTTGTAATGTGTGGATAGTTTCTGGAACACCGTCCTGTA
+ACTTATCTTCAATAGCAGTTGCACCAATTAATATTAGATTTTTCTCGATTAGATTTGCGG
+CTTCGTCTAGCTTCTCGGCTCTGTTATCTAATGTTGTGGCAGCCTCATTATAAATGCTAT
+TCCATTCTTCATATTCTCCTTCAGAGATATCTCTCATCGCCAAACACAACGTCCGCAAAC
+CCTCAGATGCATAATCTTCTAAATGTCTCATTGTAGCTTCTACATATTGATTAGCTTCAT
+CATCCAATCTTTCCAGAATGACAGTATCAGCACCTTTACAGAATAACTTTATCGAACCAT
+CCGGAAATCTAAATATAGCGCTCATTCTCTTCCTGGTGGAATTAAATTCACAAATGTTAA
+GTAGTTGATACTCTTTTTCCTCGCCAGTTTCCTCCAATAAAACAGTTACAGAGTTTGGTT
+TACGGATGATAAACTTATACCCTAAATCTGCACCACCTTGAACGAGGGCACCTTCATCTG
+GAGAGGCTGCTTGATATTTAATAGATCCATCGCTTTGAAATTCTGGAATGACAGTATGAC
+AGGTAGCCAGTAATGTTAAGAAGTCATTGATAATAGGTGAATCCTCATCAGAGGGATCAT
+TTAACTTTTTCTTCAAATCGTCAAATTTTCTATAACCAACTTCAATCCCATCTTCAACAG
+TGGCCGTTTTATCTTCAGGTATTTTATCAATATAGCAATGGCCTGCAATAGAGCAGGATT
+TAAATTCCATAATATTTCTTGTTAAAGTTCCTGTCTTGTCACTGAATATATATTCTATTT
+GACCAAGTTCTTCAACCAAAGAGGATGTACGAACCACAGTTGGGGTATCAGTTTTTTCGT
+AGTACAAATCTAGATCTGAACCTATCATAAAAGCCTGATAATATTTGATTAATTCAACGG
+TGACAAATAGAGAAATAGGAACTAGATTCGAAAATAGAATCCAAAATGTTAAAAAGTCTT
+TGAAGAATAAGCCAGCCTTGTTGGTACCCTCCAGGTAAAGGTACGATAAATGTTTGGCAT
+CTGCAGTAGACATAATAACATTACCAATTGAAGAAATTAAAATTAGCACGATTAAAACTG
+TGAACAATGCAATAATCTGTCTGTTGATAATTTTCTCAACCGCGGTTCTTTTAATTGGGG
+TTGCAGTAGCATTACGCAATAACTTAGTTTCATGACCAGTGAAGATAACTAAACCAAATA
+TCCATGCAGTATTTCTTAAAGTTGCACCTCTTAAAATCATTTGGTCAGGAGATAACGGTA
+TTTGACGATCATTTAAAGTCATTGTACCTTCATAAGTATACAAGCTAGAGTTCGGCTGTT
+CGGAAACAACTTTTCCGTTCATGTTCTTCAAAGTTTTAACGTCTATAAATTTGGCAGTTT
+CTACTCTCGACTGTTTGATTTTCAAATTTGTTTCACCATCCAAGTTGGCAGTTTCAATGT
+AGCAAAGACCCTCCGGTTCCGAAGATGACAAAATTATGGTATCAGCAGGAATAGGTTCCT
+CTGATTTTACTCTAATTATGTCACCTACACGAATATCAATCCATCGTTTCTCAACAAAGT
+CATCATGTGCTTCTGAAAATATTTCTGCTGTCGAATTATTTAATTCTTTATCAGAATTAG
+CTCTCTTGATATCTTCGATACATTCCTTCATGGCAGAAACAATCAAAACCACTAATAAAG
+TACCAATTGTGGTGTATCTATTAGTTGGCGAGACGTGAGGCACCTGTTGAATGGCAGATG
+TACATAAAAAAAACAGATTAGCGTATTTGGAAAATTCTTGGAACAAAAATTTAGGCAGAA
+AGGTCGCAAAATTATACTTGGTGGTAGATATATGGTTGTCACTATAACCGAAGGAGGAAT
+TAGCGAGAGAATCGTTGATGTGGATGACTCTTGGTTCACCATTGCCCTCTGCGTCGCCAA
+CGTTCTTTCTTAAAATGTACCGGTTGAAAAGAATTTTAATGTTGAACTTATTCCTCGAGT
+CTAGATAATTATCGTCTAATTCGTTATTAGTCACCGCATTGTAATGATTCATTTCGAAAC
+TTTCGGGCCCTTTCTTCCGTTTGAACGTAAAGGCATTTTTGAGACCATTACCAAACCTAG
+CAAATAAACCGGGAGGCTTGACTGCTCGTAGGGATTGTGGTTGATATGCATCTGAGTCGA
+ATCTATTGGCATTCCAAGACGTTTGGTCGTCATGGTTATTGCTCATAAATAGATTTTCAT
+GGACATCATTTTCAATGTTATCATCATCAGCGTCTAAGTCGATAGTCTCTTCGGGAAGTA
+CATGACTTGGTGGTATATAATTCGCGTTCGCATGTGAGTTGGTGACCTTTGAACGGGATC
+CAGAATGAGAAGTCGTGTCGTCTAAGAAGTCAATATCGAAAAGCGTGTCGTCCTCCCCAG
+GTTTCCTCTTTGGGGGGGTTTCTCTGTCGTCATTCATGGTAAAATCAGGGAATGAAAGAA
+CCTACCAGTAAATTATTGCTTGGCGCTAACCTCTATTTGGCGTTACTGGCTTCTTGTTGC
+ACTATTCCCCTTAGAATTGCCAACAATTGTTGATTATATGTTTCTTCAACTTAGTGGCAT
+TAAACAGATTTGGGTTTTCTGGCAAAAAAAGCCAATCACGTGATCAGGAAGATTTCAGTG
+ATTTACGCTTCAAATAACCTTTACCTCAATAATCCCGTAATAGTAAGCTTCTAATAGTAA
+GCTTCTAATTTGCAATGTTATTAGCCCAACAGCTACTAAAGGTATTATTTTTTTTTTTTT
+TGATAAGAAATTTAAGTGTTACAGAATGGGCCATCTTACAAAAATAATAGTCTTTATGTA
+TTTTTATATATGTAAAAGAATTGAAATATTTTATAACTGGTTGTTATTATGGTACAGTGC
+GCTGCCCAATCCACGTGGAAAAATCCTGTTCATTCAATAATAGAAACTGAAATCATGTAA
+TGTTGCGTAGTATAGTGCGTGAGCTTATTGTGCCACTTCTTGCTCAGCATTTTGAACTTC
+GTGTTCCTCCTCGTATTCGATTTCGACTTTAGGACGTTTAGTTTTGGCACTAGTTCCCTT
+CTTACGTCTCTTGGCTGAATTCTTATTTTCTTCATCACTATCGCTGTCGCTCTCGCTTTC
+ACTGTCGCTTTCGCTTTCACTGGCGCTGGAAGCTTCTCTGTCAGAGTCAGCTAACCACTT
+TTCTAAGTCATCCACGTCAACGTATTCACCTTCGCCATCATCTGCAACGTATTCAACTTC
+CCCATCATCACTTTCCTCTTCTTCATCCCAGTCTTCTTCCTCGTCCTGAGAATTCTCCTC
+TTCCATTTGACCCATTATCTTCTTCCAGACCTTTTCGTCAACATTTAATGGTTTATCACC
+GTAAGCACCACTCTTTAATCTGTCCATCAATTCTTTTTCGATGGCTTTTTCAATCTTGGC
+AGCTACCAATGCCTTTCTCTCCCTGTTTTGTTCTCTTCTTTTGACCTTTGGTGCTACACC
+AACGTAGTGTCTCTCCTCCTCCCTTAATGCTAAACGTCTCTCTGTTATCATGACCTGCGT
+CAATTTTGTAAATCTCTGTTTACACTTATGACGGAAAAACTTGCTCCAATGTAGTAGGTG
+TTCGTCGATCTGTTGTAAAGCCTTCGTGTAATTTTTGGATAGTTTGATTCTTTCCCATAA
+CTTGGCAGGAGTGTGCGCTCTTTCAGGCGTCTTCATATACAAGTACAGTTTCCCATTGTC
+ACACTTCACTGTTGCATACTTGGAGTTGGCAAGTGGGCATGATTGCCTTGTACACAACCC
+AGTGACGTTATACTCATTTCTGCAAAAATTTTGACCATTAGGTGCCTTAATTCTATGAGA
+GCAGAAACTTTGATTAATCACTTGCCAAACAATTTCGTCGGACATATCCTCGTTGTATTC
+TAACCGTTGTAGTTATGTACTGAAGAGAACACTGTCAAAAGAAAGAACTAAGCAATGCAA
+TATCTGCCTCTATACCAATCACTTTTTCATTTTTTTTCAAAAGCTCATCGGAAAATTTTT
+CAAAAAAAAAAAAAAAAAAAAAAAAGGTTTATTACCCTACTGCATTTTGATAATCTGAAC
+ATAATGAGCTAATGAAAGCAATTCTCATTTAAAAACAAGTATTCTCTCTTATTGAAGTAT
+GCATTATCTATCATTATAAATTCTTTTATTCTGTTCGAGTCCATGTTTTTAAAAAAAAAA
+AAACATGTATGTATGCTCCATCTATATATGCTCCATCTGTATATTTTATATGCAAAGTTT
+TTTACAAGAGGAATTTGGGAACTGGAGGAAAGTGGCACAATACCTCATGTGGATAGTTCA
+TTAATCTCTTCTTGTGTTAATGTGCTAATATAAACACACTTACTCAGCAATTCGTGGTTA
+ACTTTGAAAGTGTAAAACTTGGACCATTGAACCCTTTGAATGAAATTCTTGACTATTTGA
+ACGTTCGTATCGAATTTATTGTAATTCACTACTTTATCTTCTAAGATCCAGTCTTTCTTC
+TCTGCGTTTGCTGATAGGTCCGAAAGATATACGACGATGAAAGGGACGCAACCCACCAGT
+GGATTCACAGAGTTAAGTAGATTTCTTATTGTAGAATAATTCCTGTCTAGCGAGGGAATC
+TTCTTTAGCTCTTCCCAAGTCAGTAAGTCGCCTGGTTCAATCAGACGCCATGCATCAGTG
+AATTTTTGAACAACTGAAGAACTTAAGGCTAGAATGATTTCCATCAATGTGTTAAAGTTC
+TGAAATGTCCTGCAGTGGTCTGCAACGTGTATAAACCTTTGAATGACATTTCTTTTCATT
+TTGCTGCTCTTGGTAAGAAGTATTTCTGATATAATCCAATCCACAGTTAAGTTAAATCTG
+GATATAGCTAAATCAATGCCAGATAAGGTCTCGTTCCTTACTAGTAGTTGCAACCAACTT
+ATAACTTGTGGGCCTTCATGCTTCATCTTTAAATCTAATAAATCTTTCCAGTCTATTTCT
+CCTAAAATTTCCTTCTCTATCAAGGTCATTTGTTGCGCTACAGACAGGGAATCGTACATT
+AGTATAAATGGAACGTGACTTTCATTATTAGAAATCATTAATCTCGAATCGTGAATCCTG
+TATTGACCGATTAATTCCTGGATTTGCGCCGCTTGCACAGCAACATCAACATTAGCTGAC
+ACGTCTATTTTTTCAGGAGAGGAGGAAGTAAAGCCTTCCTTCTCGGATTGATCTGGAGTA
+AAGGGGATATTCATTATAGTTTGTCTCCTTCTTTCTATTAATAACGATTTTCTTTTTTCT
+GCGGGGCTATTTTGGAATGACGGCAAGTTGTTAAGGTTTAGCATTTCCACTTCATCTGCT
+AACTTGCTCGTTTTAATTCCAATAGCGTCACTACTCTTGGTGTTCTCTGGTTTTTCGGGA
+ATTTTCTCGTATGTACCTTCCAGTTTCATTAATGCCACGGTTATTGGATCGTCATTAATT
+GAATCATCGAGCATATTAGCAATTTCATTTAAATTTTTCTTATTCAAGGAGCCTGTAAAA
+GCCGACTCAGAGTTTGCTCTCCGTGTGTTCCGGGCACTAGATGTGTCATTAATGTCGATA
+TCGTCCATTGTCAATACACTTCCTGATATGTTACTATTAGTTTCACTCTCGTTCTTCAGA
+AATTTACTTTTCAGCTCTTCAACGTTTTTCATTGGAGAAGCAACGTCAATGCTACCGTCA
+TCTGGTGAAAAAAAATACTTGTTGTTTTTCGCATGGGTACTTGGACTTTCTAGGTCATTA
+TTGGAATCGCTTAAATCAATTGTTTTTAACTCATGCAATGAAGAAGTATTTGAGATTATA
+TCTTGATTACCCCTTTGATATTCTTCTCTCAAATTTATTATCCTTTGGTGTGGCACTGGT
+AAATCTCTGGACGTTTCGAAAGTTTCAACTGTGCTACCAGTGGTAATCGAATTCAAATCA
+CTTACAACAGATTCTATTGTGGGTGCTATGGATAATCTGATTCTATTGGTTTCACTCACG
+CTGGTCCCGTTGGGAAATTCTCTCTGTGGATTTTGAGTTTGTTTTAGAGGACTATTCTGA
+GCAGATTCAAAAAGCTTGCTCGTTGAGATACTGATAACGGTGGACGATGTATCAGAGTAC
+AACGCGCTTTTTTTATTATATTCCAGGTTGAGAGGTTCTATTTCACTTATTTCCTCTATA
+ACTGAGTTTGACTTGTTTTGCTCAGGATCTACTATGGATAACTCTTTGGTTGGTGTTATG
+GCAATGCTTTGAACTCTTGAAATGCTGATCCTTCCACTAGCCGGTCTTACAACTGCTTGT
+TTGATCTTGTGATTGCAAGATGAATGTTTTTTTCTTGTAGTTATATCATAATTATTGGCT
+TCTGATGATGCATCGAGTGAGTTGTCCAGCTTTTTTGTGCTCTCATATTCTGATTCCTGA
+TTTTCTTTGTTATCATAATTCTTTTCAAGGCCATCTATAGTACTCTTTTTCTCATCTAAA
+GACTTGGTATCTTCAAATGTAAACTCTCTTAGATTTAAAAATCCAGTTTTTGTTTTTAGA
+GTTGGACTATCTGTATTATTCACGATGTTTCTGACTTTTCTTGACTTTTTCGTTACAGTA
+TCTCTGGGTGGAGAGCTGGATGACAACTCGGAATCGTATGAGTATGTTATTGATTCTGTG
+TCTTCCCTACTATCGTTTAAGGGAGACGATTCTTTAAGATCAGGTAGAACATTTTTCAGA
+GGCGAAGAAGTCATGCTTTTTTGGGATTGGGAATGATTTTTCCTCCTTGGTGTCATATTT
+GTAATCGCTTCTGAGTTGGTTTTATCAGTTTCATGGAATAACAATCTTTGAGGTCCATTC
+TCGTCTGTACGTGAAGAACTATTATCTTTATCAAAGAGCCTCATACTTTCTGCTGAGTAG
+CTACCGTGCATTTTATTGTAATATGCTGTCGTGAGACTTTTTACTTTCCTTCGTTGCAGT
+GCATCATACGAGGGTGATGGCTGCATATTCGATTCATTGTTCTGCAGTTGCTTGTTTAAA
+GTATTAGTTAAAGAGATGACTGACTGAGCAATTGAACTTACGGTTTGATACAGATCCAAA
+TTGTCCATAGCGCTAAAATTATCATTACTCGGTTTAAAGCTATTTTGTTGTAAAATCTTT
+ATATCATGTATGTGTTCCCGACGTTCACAATCAACATTAACTGTAGGACCTCGGTTGTTA
+TTCGAATGTGTTTGAACTTTTTCTATCAGCTGGTTTTGTAAATGCAGTAGGGACTCCACT
+TCATCTATGGTTCTTGCACTTAGGATGTCAAATTTAGAAGAATCAGAGTTAAGAAACTCT
+TCCTCTTCTTCCTTGGAAGATTTTCTATTGAGAGATGATATTGATACAACGTATTTGACA
+AACGCATCCATTTCAGGTTTCTGGTTTGCTGGTTTAATAGCACTCATAAATTTTTTATCA
+TTACTGCTATCATGGCGATTATGGTTTTTCATCCACTTAGCTAAAAGACCAATAGCGCTG
+CGATGTAACACAGACATTGAAGATGTATTAGATCTACTATTACTGTTGCTATTGTTATCT
+AGAGATGATGTCGTCGATGTACCTTGAAGCGTTCCGCTTTGTTCATTTAAATCTTCAGGA
+ATATATAAGGAATTCAGAATAAATTCAACTTTTTTAGCCGGTGTTGGAGGCATTATTTTA
+TCGACTGCATATGATGACGGGTAGTCTACGCCTTTCATTAGTGTGGATACTAGAGTGACT
+TTTGACAAGTGGCTGATCTTTTGTTTACTATCTGACATGTCCTCGCTTTCATTATCAACT
+GAAGGTTCTTTCGCTATTCGGTGCTTCGAGTAAACATTTGATGTATTATCGGGAAATAAA
+AGCATAGAAGGGCTTCTCTGGTTTTTGGAAGAATTTGAAGACTGTAGCTTCTCCGGCAGT
+CTAAATACATCAGAAGTTTTATATAATGATAAAACGCTTTGGTTACGAAAATCAGGACTG
+GCAAAACTTTGCCTGGCGTAAATGCTCAGTCGGCTTCCTCTTTTGTGTAGGCTTTCTAGT
+TGCGTGAAATCCTTTAACGAATAATGCAGCCATGCATCAAAGTCTAATTTATCAGGTTCA
+TTTAGTTCAATATTCTCCCAAACCAACTTAGAACAATGCACCCAGTTTTTTTTCAGATTG
+ATTATACAGCTGGAAATTATTTTTGGGTACTGTTCAATGTGTTTGTCGTTTAGAAACTCG
+ATCAACCGAAGTCTTAATGTTATGTTCGGTAAAAAATCTTGCACAAAATAATTCAGTATG
+GAATGCCTCAACAACACAAACGTCCTCACGAGGGCAACTTCACCAATTCGCCTTCTCTTA
+GCTTTTGCAGCATTTGTTGTGATCTCCCTAATACACCATCGAAATCTATAGATGAGTAAG
+TCGTGTAAGTCTTGAGGCGTTATAAAATTCCTATAAATAAGGAAAAAATCTGCAGATGCG
+TTGTAGTCTACACCTTCCAAAGGGGAAGAAAGGTGTACAATTAACGCGGGCAGGTCTGCA
+CTATTCACTGGTTTGGATACACAATCGCTTTCATAGCTAATAACATTTGAGGATGGAGTC
+GGGTAGTAATCTTTCTGGCTAAATATTTCCATGGTTCAGGGTAGCGAATCTTTGAATGGC
+TAGAGGCTATGTAAAGCAAACAAAAAGGTTCGCGTAAATCAACGAGCGAATAACACGAGT
+ACGGTTGGGGTGGGCTAAAGGGTTCAAGAAATTATCAGTTTCTGTTTACAGTTTTTTTTT
+CATTGTTGATAAAAAGATCAAGAATTTCATTATTCGCGAAAATCAAAATGCAGAAAGGAA
+AAAATAGAAGGGTAATAAAACAGCATCGGATCGCAAAGATGAGTAAGGAGAACAGCCTGG
+TTAACAATTAAAGAGTGTTTATCGAAATTCATTATATAGTGGTTTATATAGACCACTTCT
+TCTGCTGGTTGATATAGAAATTTTATTTAATTCTTGTTTTTTACTTATGTACTTACTACG
+ATGATCTTAATTCATGCTTCTTGCTTGTCGGCAATGTCCCAAGTGGAAAACCAGTTTAAG
+TAGCGGAAGTTACTACTTGGTCCCTCCATACCAAATGATATTGGGGAGAAGTACCAGAAG
+CAACCAATTACAAGTGCCATGAATCCGGCGTATAGGACGAACCGCATGATACGGCCGCAC
+TTAGATCTGGACCATTTTTGCAAACCGGCGTCGAAACAGTACGCCAAAATGATCAGTGCA
+AAATACAAGGCAGGCAAGTAATGATGAACGTAGGTGACTCTAGACATGATAACGAATGGC
+ATGTAGTGTAGGCCCCAAGCTAGTAGTGGGTAGAACCCGCCCATTAAGAAAACGTTCCAG
+TTAGATGGATTTCTTAGGTCCACATATTGTCTTTGCCATCTGATCAGTAAGATAACGACC
+GTGGCCATGAATGCGAGGACGGCAACACTAGAAGCCCACGTGGAAGCTGGGGTACCCAAT
+AGGAAGTATTTTGGATTATCATCACCCCAGCCACATAGTCTCAAACCCACATTCAAAGTT
+GGCCATTGCCATGCTGAGGAAGCTAAGTAATCAAATTTGTCTGGATCTGGCACCAAAGCG
+TTATTAGTGGCCATCATGGCTAGATTTAAATGAATGAAGTCTTTTAAGAAGTTGGTCTTT
+GGGTATTGAAAATCTTCGGGTCTTGGTGGCAACCTTTCATTTTCGTGGGTCTCGATGTTC
+CACCAGGTCCTCTTGTCCCTCTTGAATGGGTTTTTCATGCAGACAACCTCTTGTTGTCTG
+AAACCCCATTCGGGCAAACTGTTACCGGTTTGAGCCAAGTAACAGCCCATCTCCAAGTTC
+TTGATACGGAAAGAGGTGGTCAATGTGTGCAACTTCTCAGGGTCTTCATCTCCTCTTTGG
+TCCATGATCTCAATAACCCAATTGTCTTTGTTGTCACCAACAACATTGTCACCGTAACCA
+GAAACCTCCCATTGTGTCTTTGACACTGGTGCAGCAACTGGGTGGGTGTGCAAGTTTCTG
+CCCGTGCTTTTGTGTACCAATCTATAGGAGGTACCTGGCTTCAAATACTCGATGTCAGTT
+TCGTTTTCTGACCATGATGGTAAGCCTCTTTCTCTGTTGAAAAACCATTCGTTGTTAGCA
+TCTTTGTAACCATAACAGGTTACTTGTTGTTGGTTGGACCCATCTGGATAAGTTTGTATA
+TGTGAGTGCAATAGAGATCCTCCAAGAGCTTGGTTTTTGATGGAAACAACGGAGGAACCT
+AGAGCAATGTCACGGGGGCCTTGTCCGACGTCAGAACCCACTAATCTTGCTTGGAAAAGA
+GATGGCATGTTAGCATCACCTGTACCAGAATGCGATAATAGGTCAAAATGTATTTTGAAG
+CACAATAGGAAAATGCAGAAGGGGACGATAATAAGACCAAATATTCTTGCCAACCAGTGG
+TTAATATAGGTTTTCCATGACATGGATTTATCTGCCAAAAAGGTCCATAAGTCAATCACA
+GTATAGATACCGACCATAGTGATGATAAATAGACCCACCATTTTGACGGAAATAGTGCAA
+CCCAAAGAAATACCAGTGATCAACAGCCATTTCCACCACTTTCTAGAGAACGGCTTGGAC
+CTCTGGTTGTGGAACATAACAAAACTAAAGAACGATGCGACAGTGAAGAAAAGTAGCATG
+GAGTCCAAAAGAATGAACCTGCCCAAAGTACTATACGAGTTTTCAAACAAAACCAACACG
+GTCATCAGCCAAACTGTTGGTAAAGAAAATCCAATAGCTTTGGCAGTGAAGTAGGCCAAT
+GGCACACAGAGCGCGGAAAATGACGCGTTGAACAGTCTCATTTTAACATAATCCAAATAG
+TCTGGGTAAATTTCCCCAGAAGGGAAGTCCCAAGAACCGTTGTAGCCTGCCAAATAACCA
+GACAACCCGACCAGCATTTTTCCTAGGGGAGGATGGACATCGTGGTAAAATTCGTGTCTC
+AAGTAATAAGAACCAAATTTACCAAAGTGCGCCTCATCCCAAACAACATGGTTGTTGATG
+CCGATTTTGTACATCCTGGTAAACAACGCCAATGCAGTAAAGATCACCGGCATTACAACG
+GATTCCAGGCGTAACAGTGAGCTTTGTGCAGCGGGCTTTTCCTTCGAGAAATCTTCCGCG
+TCTCTCTCATCAGCGCTCGAAAGTTCCTCACTGACGCTGATGGAAGACGATTCTCTTTGT
+CTCAGTGTATTCTCTTGCTTAATGTGGGCGGCATTGTTTTTGCTGTACCCGGTAGACGAA
+GACGAGGACATGATTGCTGGACCACGGTTCGAAACAGAATGACAGTAGCGATGTGGACTA
+AGCCGGTTCTCCTTGGTAATGTTGTTAGTCTCGAGAAATGACCTTTTTTTTACCCTCAAA
+AAGAATGCAACACTATTAATAAACAGTACACGAAACGGATCTTTCCGTAAGTTCTTTCGT
+TCTTTTTTTTCGTATTCTTTTCTTATGTTTTTTTTTTTCAGGGCGACGTGTCCAATAATA
+TGTATGTTTGTCGCTATGTACGAGATATTATTGCTAAGTGACAGTAAATCGTATCACGAC
+TGTAAATGATGGCGTTTCGGTATGTACAGTATCTATCTACCTGATAATAAAGTCAATTAT
+GAAGACGAATACGTAGCTTATGATGCTGCCCAGAGCTAGTCCTGTAGAAACGAAAATATT
+AGTGAATCCACCGGCCGCTTCCTTCTCGTCGTCGTTGTCCAGTTGCTCTGGCACCTTCAT
+GAAACTCATAGAGATGACGTGCCCGTTGGTTACGCCGAAAAGGAACTGCAGTAGCATGTA
+ACACAAGTCAACGATTACGGAGCCATTGTGCTCTTCATCGCCGCTTGAAGAGGAGGTGAT
+GGCTGTGAACATCAAGAACAGTGGTATTGCGGCCACCCGCAACAATGAGTAGATGAAGGT
+TTTGCGTGGCGTAAATTTCTGGTCACGGAACATGGGCCAGTCGGCAATGACTCTTCCGTA
+AAGGTCGCCTAGGTTCCACAGCGTGAATATGAGAGGTATGTACTGTGCGTTGCTTAAAGG
+AAGCCCTGTCACGTAGGTGGCAGACGCAAATACAGGAAAAACAAGAGTTACGACAAACGT
+GGTGAATATGGAAAGAACCAGGTACTTTAGTTTGGCAAATAAGACCTCGAAAGGCACTTT
+TAGTTGGAGTTCCTCACCTTCGTCGTTGTCGTCGCGAGTGCCGTTGGTGCGGCGGTGGTC
+TTCATCCTCCATTTGGTCAATGCGGCCAACAATACGGATTTCCTCCTCATTGGAGCGCAG
+AGACCCTAACAACACATCAGTGATATGTCCGTCTTCCACATTCCAATTCTCGTTCACTTT
+CCGACTGATTTTGCTCACGCTGAACATGACCACACAAATGGTGACCACGAGTGTTGTGGT
+AAAAAAGTATAGAAGAATCCCGCCCGTAGTAGACACAGAAGAGTTCTCGATGAAAGCTAG
+GGCAAAAAGCACTAGGGAGGGCAGGACACCAGCAACGGCTTGCCCCACCATGACACCTTG
+ACTGTACTCGGAACCGAAGACGTTGGCTATGGCCATGATACCATTCTGTGTCATGGCTGT
+CCCCATGGAACTGATCACTACAAGCATCATTATAAACATGAAATTGAACCATTTAGGTAA
+AAGGAAATGCAAAATTGTAAAGAAGCACATGACAGTAAAGACAATAATCTCCCACACAAG
+CCCGTTTATGACCCTTCTCGAGTATTTGTACTGTCTTTTGGCCAAGTAGATGTTGAACAG
+CATTGACGATATGGTAGAAAAGGACATCATAGAGCTTGTGAAGATCTTTGCCCAAATGGA
+GGTGTCTTTGAAAATATCGTGCTTAAAATATTGCGAGGCACTGAGGATACAGTTCCACGG
+CCATAAAAGACCTATTCCTATGGCGAAAAATGTAATATATGAAAGATTTTTCAACTTTTT
+TCTTAACGGCAATGTATCCAGTGGTTCGGTTGACACAGATTGCTCTCTTTCAGAATAATT
+ATCGCCTTCTTCATCTGAGTGCTCGTTGTTCTCTGATTCATGTTCTTCTCCAGAGCGTGA
+TATCTCCTCTGAATGCGTATCGGCCAGTGCAGGCTCTGGCACCGCAAGGATTGGCTTCTT
+GATGGTATCAGTGTCCGCACTAGTACTCATTTTTGCAATCTGGTATGCTTTCTTGCGTTT
+GATGATAAGCTGTCGCCGTAACGTAAATCATTCATCCTTTCCTATGATTTTTTAAGTCAA
+TTTTTTTTTCTTTTTCGGGAAATTAATTCTGTTTTTGGCATTAATAACAACAAGAAGAAT
+TAAGGATTCGTTATAGAATACAAGATTCTTGGTTTGGTTAAATAATTTTGGCTCTCTTAA
+ATATTATAAAAAGATACTTAAGTAAGAAAGAAACAGGACGAAAAAGATACGCAAAAGAGA
+GAGAGAGAGAGAGAGAAAAAAAAGATGAGAAAAAAAAGTATAACGTGAAGGCTTTATGGG
+AAGTGCGGTGAGATTGGGATCGTTTCAATTTTATAATGAGGTAGTGTACAGAGAGGAGGG
+AGGGAGTGGGATGAAAGTGTGCGGTTTATACTTTCTTACTGCCTGTGTTTGTCTTCATAA
+ATTCAAATCTTGCTAACAATGGTATATGGTCACTGGGGAATTTGTCGTTGGGGAACCCGA
+TAAACTTACTCACGTATTCAGGGTCCACTTCACCCAATAGCCCACGCACCCTTAGAGCAT
+GTGTAGAAAACCATATATAGTCGATAACATCTGTGAATGACGGTGTGAAATTGGTGAATG
+GTAGTTCTCCGATACAATTATAACTTGATTTGAGAGCCAAGTTATGTGAGAAATTTTTCT
+CCGACATGTAACCGAAATCTCTACCATTTCCCTCTTGATGTATTTGGACACGGCCTGTAT
+TTATCAATTCGTATACGGCGGAGTTGATGTATGAATTGAAGTCACCACAAATGAGCACAG
+GAAATTTCTTAATGTCCTGTCTAAAATTGTGCGATGTCTCCTCCTTTAGCAGCGTTTCCA
+GATGATCTAACAGGACACCTACTTGGAATGTCTTGACATCATTAAATTTTGGATCCCAGT
+GCAAATGCGTGGTGACCGCCCATATGGTGTCGCCACTAGGAATGTGTTGTAGCTTTAAGA
+ACAGTGCAACGTTGTCTTTGTTCATTGCACGGTTTAAATAATCTTCAGTTCTTTGGAACT
+TCTTGTGTTTCATCCAAGCACCGCTGAAATCCATGGCGTCTTTGGTGATCAACTTGAATT
+GGTCCCTTTTGAAAAAAATGCAACACCCGTCCACTTTCTTGGAGTCCTTGGAATGCATGG
+TCTTGGCTCTTGCCTTTGCATGGAAGATGCCTGTATAACCGTGCTTGTCCAATAGGGGCA
+CCCAATACTCTTCAAAAGTCTTAGACTCCACTTCTTGTAAACACAACAGATCACTGTCGT
+ACGAGAGAATCTGCTCCTTTAATTTATTGCGCCTGTAATCCCAACTTAACGCCCACGACG
+GTGTGTAACGGTACATTTTTGGGGTGGCATAGTGTTGACATAAGGTGTTGTAGGATAAGA
+CGGTGAACGTCCTCTTGGCTAAATCGGTGGCCAGATGCTCAGTGGATTGCTGCAAAGAAT
+CGTACTCCCTCTGTGGTTCCCCATCGGTATTGATTTCGATGAACCTACGTTCATGCGGTA
+AGGGAATCTCTGGTCTGTTGTCCCTTAGGTAGAAAATCAATCCCGTGACAGATTTTTCTG
+TAAGGATCTTTAAAAACTGTTTTTCTAAGGGGTTTCCTTCTACACCAAGAAACTGAAGGT
+TACACAGGTTCCCAAACTCCCATGGTAATGTGGTGACCATGTTATCAAAAAAGTAGAAGT
+ATTTCAATTGGAAACATGAGCCTAGTTCCGCTGGTAGAGATGTTAACCTATTATGCGACA
+GGTCCAAAACGCGTAGGTTGCTTAGGTTCTTGATCTCCGCTGGCAGTTCCGTGAGGCTAT
+TGCCATTCAAATATAGTCTCGTTAGAAAATCGTACTTGAAGATGTTGGCGCTGATATTGA
+AGATTTGCAAGTTGGACAAATCTAGCGCGTGCCATAATTGGTCGTCGTATTTCGAGTCCT
+TGGGCATGACCATTCTGTTTTCAATGTCGTCATCTTCGTCGATGCTGTACTGAGACAGTT
+TCTTGTGTTGTAAGAGCGCCTGGTTGGCTTCGTCCTTGCCATTAGCAAACAGCTCTATCT
+TGGGAGTCAATGGTGTAGAAACTGCACTGTTAGTTGCCGTGCCTGAGGGAGTGCTATCTC
+CCGTAGGTTGTTGTTTCTTTGCTGTCTTGCTGTCGGTGAGAGTGTCGGCCATTTCCATCA
+AGGCTTGCTTTGTGCAGTCTACCAGTGATTTGGAGGCTTCTGCAATGTGAGATTGCTGGA
+AATCGGTGGGCTGCAAAGCTGGTGGTGCAGCCTGAGGTCCGGGGCCAAATGGGCCCGGGA
+CCTGCTGCTGTGCCTGTTGCTGCGCTTGTTGCTGAGCTTGCTGAGCCTGTTGTGTAGCCA
+AATACTTCTTCATAGCGTTTTGTCTAGCATAAATGTTGGGTTGCCCCAGAGATTGTGCGG
+ACACTGCAGCCAGATGCAATTGAAGCTTCCAGATCGGATTGTTTAGTAAAGAAGGGTCAT
+CCAAGTGCGGGTGTAATAAAGGGTTACTGGCGTTCACATTGATGTTCACAGGCGTACCAA
+CGGTAGGAACCATCCCTATAGAATTTACTGCGGCTGTGGAGGCATTCATCATCACCCCGC
+TTCCACCGCCGTTGTTGTTGTTGTTGTTGTTGTTGTTATTGTTGTTATTGTTGTTATCCA
+TGTTCATATTGAGCATGTTCGCGTTCCCATTAGCCAATTGGTCGAGCAACTGGCGCGAGT
+TGTTGTTGCTGGAAGTGTGTACATCGCTGTTGTTCATGAGTCCCGGTGGAGGTATCCCGG
+TGAGCTGGTTCATGTGTAGCTGCTGCTGTAGAGCGTTTGGTGTACCCTTTCCTAGTAGCC
+CGGCATGCTGCTGTTGCTGCTGTTGCTGTTGCTGCTGCGGGCCCACATTAGGGTAGCCTA
+GTAAAGAAGGGTCGTTCATTAGCGGTAGTTTGCAGGGATAACGTCAGTCGGAGTTCCCTT
+GCTGGTGTCCCTTATGCTGTGCCCTTGTGCTTGAGAACCTTCTCTAAGGTGGAAACTTTT
+TCAAATTTTTTCGTTGTTGGCCCGTTTTTCGCAAGTACGGGCGATAACAAAAGGCCTAAA
+CGGCTACTTTACCTTTGAGATCTACCACGATGAGAATTAATGCTGAATGGACATCTATGT
+ATATGATAGTGGGTATATAGTTACTTATCAGTGCTAGAGCACGATCCACGTGGTGGCACA
+TCCGCCAAACACGCGAGGTTTTCCAGAGTATTGGCCCACGAGCTGCAGTCCAGGCTGGGA
+GCCCTTTTGCGGGCCGCAGTTGCCATGCTCTCCCCAGCCCCAGCAGTATACATTGTAACA
+GTGAGACTTGCCTTCTTGATTAGCAGTAGTTAGAATACCGTGCTCACTCCCGGTTGCAAC
+ACCGACAATAGGGAAGTCTAGGCGCTCTTGCGGGAAGAGTTGGGAATGTGTGCCCCTACC
+AAACGACTCTACCGTATTGAGGCGCGCATTCCACAGGTGGATCGAGGTCCACATGCACAG
+TACCACTAGATTGTGTCTTTTTTGCTGTTGTTTGAGCTCGAACCCAGTGGGCAGGCGACC
+GGATGCGTGCACTATGCGGCCGCCCTCGTCCACTATGACCATGAAGTCCTTGCCCATGGC
+CACGTAGTCTACGGCCACAGACCCGGTATCGTACACCAATACGGGCTCTTTCAGTGATCG
+GGATTTGGGCTCTTGCAATTGACACTTTGTGTTGCTGCCCCAGCCGTATACTCGGGTGCC
+TTGCACCACCACAAAGTTCTGGAAACATCCGTATACTGCGATGCGCTCATCGTTGGAATT
+CAATGGCACATGTTGCTGAGTGAACTCGTAGCAACCGCCTCCTCTCTGCCATACACGGCC
+ATCAGCATCCACAATAACTGTCGTGTCCCAGCCGCACGCCACATCCACCACGGGTGCCGG
+TACTTCCACGGGCCTCCAGTCATGCACCTGCCGCAGTGCTTGCGCACTATCCAGTTCTCC
+CCGTCTGTTATCTCCACATCCTACCAGATTCCCGTCATTTGTCAGCATCACGCTGTGGTT
+CCCACCGCACGCTATCTTCCTGACTATTGCTCCATCATCTCCTGGCACAGACCTCTGTGG
+GGTATCCATATCCTCATCGTGCCCCAGTCCCAGTTGCCTTTGCCCATTAGACCCAAACGC
+ATACACACAACTCATCGATACAAGCCTGTTATAGCCTTTAATGATCACATTCCATCACTT
+GCGCTTTGGATCTGCCTGCATTATCAAGGCTCAAACGGCTGCGTTACCCCCGTCGCCGCG
+AAATTTTTCATAATTTTTCACTTTGTAGGATTAAAAGAGATCATGAGCCCATCTCGCAAT
+GCAACACGTAACTTAAATCAGTACTGGCGTGTGCTATAGTGCTCTATATTCGAGTTTGTT
+GCTACTGGTGGACACCCGACTATCTACAGTAAGGAACGTAAACAAGAAAAAGAGAGAAAA
+TACGCTATAGTTGAAAACATGAGTGGTTCGCATTCAAATGATGAGGATGACGTAGTGCAA
+GTGCCCGAGACGTCCTCTCCCACCAAGGTAGCATCGTCGTCTCCCTTAAAGCCTACTTCG
+CCAACAGTTCCGGATGCAAGTGTGGCGTCTTTGAGAAGCAGGTTTACTTTCAAGCCTTCA
+GATCCCAGCGAAGGAGCTCATACTTCGAAGCCGCTCCCATCTGGGAGTCCTGAGGTAGCA
+CTGGTTAACCTTGCGAGAGAGTTCCCCGATTTCTCTCAAACTCTGGTGCAGGCTGTTTTC
+AAATCTAACTCTTTTAACTTACAGTCTGCCAGGGAACGTCTTACAAGATTGAGGCAGCAA
+AGACAAAATTGGACATGGAACAAGAACGCATCTCCCAAGAAGTCAGAAACCCCGCCACCT
+GTCAAGAAGTCATTACCACTGGCAAACACAGGCCGTTTATCATCTATCCATGGCAATATC
+AACAACAAATCCTCCAAGATTACCGTGGCCAAACAGAAAACGTCCATTTTTGACCGTTAC
+TCAAACGTCATCAACCAGAAACAATACACTTTTGAGCTGCCAACTAACTTGAATATAGAC
+TCGGAGGCACTGAGCAAGTTGCCCGTGAACTACAACAAAAAGAGAAGGCTGGTAAGGGCA
+GATCAGCATCCAATTGGCAAGTCTTATGAGTCATCCGCTACACAATTAGGTTCTGCAAGA
+GAGAAACTACTGGCGAACCGCAAATACGGTCGTCATGCAAACGACAACGATGAAGAGGAG
+GAAGAGAGTATGATGACGGACGATGACGATGCAAGTGGCGACGACTACACAGAATCCACG
+CCGCAGATAAATCTGGATGAACAAGTTTTACAGTTTATTAATGACTCTGATATTGTCGAT
+CTCTCGGACCTCTCAGATACCACGATGCATAAGGCTCAACTCATAGCCTCACATAGGCCA
+TATTCTTCTTTAAATGCCTTTGTAAACACAAATTTCAATGATAAGGACACTGAGGAGAAC
+GCATCGAACAAGAGAAAAAGACGTGCGGCTGCATCCGCCAATGAGAGTGAGAGGCTGCTC
+GATAAAATCACCCAAAGTATAAGAGGTTACAATGCAATTGAGTCTGTGATCAAGAAATGT
+TCTTCCTACGGTGATTTGGTCACTTCGCAAATGAAGAAATGGGGTGTGCAAGTGGAAGGC
+GATAACTCTGAGTTGGACCTGATGAACCTTGGGGAAGACGATGACGACGACAATGATGAT
+GGCAATAACGATAATAATAATAGCAACAATAACAATACCGCTGGCGCAGACGCCACTAGC
+AAGGAAAAAGAAGATACAAAGGCCGTAGTGGAAGGTTTTGATGAAACTAGCGCAGAACCT
+ACTCCAGCACCAGCACCAGCACCAGTGGAAAGAGAAACAAAACGAATTAGAAACACAACT
+AAGCCAAAAGTGGTCGAAGATGAAGATGACGATGTAGATTTGGAGGCAATCGATGACGAA
+TTGCCGCAGTCTGAGCATGAAGATGATGACTATGAAGAGGAGGACGAAGACTATAACGAT
+GAGGAAGAAGATGTGGAATATGATGATGGTGACGATGATGACGATGATGACGATGAATTT
+GTCGCTACCAGAAAAAACACACACGTGATCTCCACCACGAGCAGAAATGGCCGTAAACCT
+ATTGTCAAGTTCTTCAAGGGCAAACCCAGACTGTTAAGCCCGGAAATTTCACTAAAAGAC
+TACCAACAAACGGGTATAAACTGGTTGAATCTGCTATACCAAAACAAGATGTCATGTATC
+CTTGCAGACGACATGGGTCTAGGTAAAACATGTCAAGTCATTTCATTTTTCGCATATTTG
+AAACAAATAAACGAACCGGGTCCTCACTTGGTTGTTGTGCCATCATCGACGCTAGAAAAT
+TGGTTAAGGGAGTTCCAGAAATTCGCACCTGCTTTGAAGATTGAACCCTACTATGGCTCT
+TTACAAGAAAGGGAAGAATTGCGTGATATCCTGGAAAGGAACGCTGGGAAATATGATGTT
+ATCGTGACCACGTATAACTTGGCTGCAGGTAATAAATACGACGTTTCGTTTTTGAAAAAT
+AGAAACTTCAATGTTGTGGTTTATGATGAAGGTCATATGTTGAAAAATTCCACTTCAGAG
+AGATTTGCCAAACTGATGAAAATTCGTGCCAATTTCCGCCTTTTATTAACTGGTACGCCA
+TTACAAAATAACTTGAAGGAACTAATGTCGCTGTTGGAATTTATCATGCCAAATCTTTTC
+ATTTCCAAAAAGGAATCATTTGACGCAATCTTCAAACAACGTGCCAAGACCACAGACGAT
+AACAAAAATCACAACCCGCTATTAGCGCAAGAAGCCATTACAAGAGCTAAAACGATGATG
+AAGCCATTTATTTTGAGAAGACGTAAGGATCAAGTGTTGAAACATTTGCCACCAAAGCAC
+ACGCATATTCAGTATTGTGAATTGAACGCAATACAAAAAAAAATATATGATAAGGAAATA
+CAAATCGTGTTAGAACATAAGAGAATGATTAAAGATGGCGAATTGCCAAAAGATGCAAAA
+GAAAAGTCTAAATTACAATCTTCAAGTTCCAAAAATTTAATAATGGCATTGCGAAAGGCC
+TCTCTGCATCCACTTTTGTTCAGAAATATCTATAATGATAAAATCATCACTAAAATGAGT
+GATGCCATATTGGATGAACCTGCTTATGCTGAAAACGGTAACAAAGAGTATATTAAGGAA
+GATATGAGCTATATGACGGATTTTGAGTTGCACAAACTATGCTGCAATTTCCCGAACACG
+TTATCCAAATACCAACTTCATAATGACGAGTGGATGCAATCTGGGAAGATAGACGCTTTG
+AAAAAATTGCTGAAAACAATCATTGTTGACAAACAGGAAAAGGTGCTGATATTTTCCTTA
+TTCACTCAAGTCCTGGATATTCTAGAGATGGTTTTGTCCACCTTAGATTATAAATTTTTA
+AGATTAGATGGTTCCACGCAAGTGAATGATAGACAACTACTAATAGATAAGTTTTATGAA
+GATAAGGATATTCCCATTTTCATCTTATCAACAAAGGCAGGTGGATTCGGTATTAATTTG
+GTGTGCGCAAATAATGTTATTATATTCGATCAAAGTTTTAACCCACATGATGACAGACAA
+GCTGCTGATAGGGCACATCGTGTGGGACAAACAAAGGAAGTTAATATAACCACTTTAATT
+ACTAAGGATTCCATAGAGGAAAAGATTCATCAACTGGCCAAAAATAAACTAGCTTTAGAT
+TCGTATATCAGTGAAGATAAAAAATCTCAAGATGTGTTGGAAAGTAAAGTTAGTGATATG
+TTGGAGGATATAATTTATGATGAAAACTCGAAACCGAAGGGAACCAAAGAATAAATAAAT
+AAAAATATAGTAAAAAAGTAAATAGATAAGCAGAAAATAAACCAAAAAAATAACATATTT
+ATTTTCTTCTGCGTGAACGCACCATGTGGAAAAAGAGAGTTGATAGAACAAAGGACAAAG
+AAATTTAGAACGGTAAAAATATTTTCTAGAGTATAATATACATATATGTGTATATATACA
+TAGGTTAGTATGTATAGCTAGGTAATTTTAATCTGGGGAGAGAAATGGTGAACTTTTTTC
+AATTTATTGATTCGGTTGTTGATTGATATCTTGTGGTGCTGCTTCAATTTCAGCTTGAGT
+TTCTACTAAATTTTCAGGGACCATTGGATGATCAAGGTTAAATAAAACGCTACCAATAGT
+ATTTGTAGAAATGGCAAAGCCCGCTAAAATGGGCACGGACTCAATCAAACCGGCCAAGAA
+ACCAAATGAGGCATATTGGCCAGCGTGGAGATAAATATTTTCACGTCTTTGTATGTTGTC
+GAAATTTTGTAAACGTAAAACTTTCGTGAAGTAAATTTGAGTGATGAAAGGAGAAATTAA
+AATATGAAAAAGGATTGGTCCAATAAGTGGGAAAAAAGATATAACCAACAGCACAAAAAG
+AACCGACAGGCCTAACATGTACTTGACCAACTTGAATGGGAAATAGTAAGCCCAGAAATA
+TATCGAGTTAATAGGTGCATAGTACTTGATTGGTTTGACTTCACTCAAATTCTCCTCTAA
+ACCATTCTTCTCTAAGCACACCTCCACTAAATGATTATTAAAATGACTGAGTCTCATAAA
+CAATAAAGTGAAAACATTTGCTTGCAAAAAGGAATGAAAAATGGCAATGAAAAGCCCAAT
+AGGGCCCAGCACAATCAAAAAAGCTGTGTACATTGGCGTAATTGTAGCCCAATACACAAA
+GCTTACCAGGGCAAACATTATCAAGTAACTCGATAATATACCTAACATAGTCGTTGAGTA
+ACTGCTCTTATTGGTGTTGAACTCTAAAAACCCTTTGAACGGGTACATGAATGCACCTCC
+TGTGAATGCATCTTTGAAAAAGTTCATTAGCACGTATCTGGTACGGCTCATAACTTTGCT
+GAAGTGCTTCTTGTAAACTTTATCCAAGTACTGATTGAAGGGGATGTTGACATATGGCAG
+TTTTTCATACGATTGGCCTCCGCCAAACTTGTACACCAAACCACCAATACCTGCCAGCGC
+TAATGAACCTGTAAAACTCATTTCCTGTTGTTGTTATTGTTTGTATAATGTACCTTTGTT
+CCCTACACTATAACAACACTTATTCGTGGCAAGAACGAAAATAAAAAATGATTTGAAACT
+TCCTTTTCCACATCTATATCTATATATATATGTATATGTATAATACTTATTACTATGATA
+TTATTCCATGTGTCACAAAACCAGAAAGATCCCGTCGTATTATTGAGTCACGTGCTTTAT
+TCCATGGCGGGTAATAAATATTAAAACAAGGGTTTTTTAAGTAAATGATTACATGCTAAG
+GAAGTGGTGAATAAGATTTGGCAAGGGGCAGGTCGCTAACCACAACATAGCATTCGTTGA
+AAAGGAAATCAACGTTACAAAGTGCAGTTTTTTGTATTATTTTCCTATTATCCTCTTCTT
+TTCCTTTGTTTCAGGCGTCGTTGCACCTTTTTGCTATACAAAAGCTCATAAAAGATTAGA
+AACCCCGGATATCGTCACAACAGCGGTATATTATAGTTATTTTGCATCTTTTTGGTAAGT
+CAGAAATTAGAAACAGTAGCTTACCAATTGAGTGAAAGTTTCCGTTCGTCATCTCCCTCT
+TTTGTTTTTTTTCACCTTTGTTTTTCTGTTTCTTCTATTTTTGTTTTGTTTTGTTTTGTT
+TTGTTCTCTCCCTAATTTGCATATAGGTAAACATCAAAGAAGTAATGCCCTACATCGGTG
+CTTCCAACCTCTCAGAACATTCATTTGTTAATTTGAAGGAAAAACATGCGATTACACATA
+AAGGTACGAGCAGTTCTGTAGCATCTTTGCAGACACCACCGAGCCCCGATCAAGAGAACC
+ATATTGACAATGAATTAGAAAATTACGATACGTCTTTAAGTGACGTTTCAACCCCGAATA
+AAAAGGAAGGTGATGAGTTCGAGCAAAGTTTAAGAGATACATTTGCGAGCTTTCGGAAGA
+CTAAACCCCCACCTCCTTTAGATTTTGAACAACCAAGACTTCCTTCGACAGCTTCTTCAT
+CCGTTGATTCAACCGTATCATCGCCCTTAACGGATGAAGACATAAAGGAGTTAGAGTTTC
+TTCCGAATGAATCAACTCATTCTTATTCGTACAATCCACTTTCGCCAAATTCCCTGGCAG
+TCAGATTGAGGATTTTGAAGAGATCATTGGAAATCATAATACAAAACCCAAGTATGCTAC
+TGGAGCCTACTCCAGATGATTTGCCTCCTTTGAAAGAGTTTGCGGGCCGTAGGAGCAGTT
+TACCAAGGACATCGGCTTCTGCAAACCATTTAATGAACAGAAATAAGAGCCAGATTTGGA
+ACACTACTTCCGCTACTTTAAATGCATTTGTAAATAATACCTCTTCCTCCTCAGCAGCAT
+CTTCTGCTTTATCTAACAAAAAACCGGGCACCCCAGTTTTCCCTAATTTGGATCCAACAC
+ATTCTCAAACATTCCATAGAGCCAACTCGTTGGCTTATTTACCTTCCATCTTACCTGAGC
+AAGATCCGCTGCTCAAACATAATAATTCTTTATTTCGTGGCGACTATGGAAACAACATAA
+GTCCTGAAAGGCCAAGTTTTAGACAACCCTTCAAGGATCAAACTAGCAATCTCCGCAATA
+GCAGTTTACTCAATGAGAGGGCATATCAGGAAGATGAAACTTTTTTACCGCACCATGGAC
+CCTCTATGGATCTATTGAATGAACAAAGAGCGAACTTGAAAAGTCTTCTGAATTTATTAA
+ACGAAACACTGGAGAAAAATACTTCCGAGAGAGCTTCGGATCTTCATATGATATCGTTGT
+TCAATTTGAATAAACTAATGCTTGGAGATCCCAAGAAAAATAATTCAGAACGCGATAAAA
+GAACTGAAAAGCTTAAAAAGATTTTGCTGGATAGTCTTGCAGAACCATTCTTTGAGCACT
+ATAATTTTATTGGAGATAATCCGATCGCAGATACAGATGAACTAAAGGAGGAAATTGATG
+AATTTACAGGTTCTGGAGATACGACAGCGATAACAGATATACGGCCCCAACAGGACTATG
+GCCGCATATTGAGGACATTCACTTCTACCAAAAATTCCGCCCCACAGGCAATTTTTACAT
+GTAGTCAGGAAGACCCTTGGCAATTCAGAGCTGCGAATGATCTAGCGTGCTTAGTATTCG
+GTATCTCACAGAATGCCATTCGCGCTTTAACCTTGATGGATTTAATTCACACCGATAGCA
+GAAATTTTGTTTTACACAAATTACTTTCTACGGAGGGTCAAGAAATGGTTTTCACAGGCG
+AAATCATTGGTATAGTTCAACCAGAAACACTCAGCTCATCCAAAGTAGTATGGGCATCGT
+TTTGGGCAAAAAGGAAAAACGGCTTATTAGTTTGTGTTTTCGAAAAGGTTCCTTGCGATT
+ATGTTGATGTACTTTTGAACCTGGATGATTTTGGGGCCGAGAATATTGTAGACAAATGTG
+AGTTATTATCAGATGGACCCACATTGTCTTCCTCTTCTACATTATCGCTACCTAAGATGG
+CTTCTTCACCAACTGGTAGTAAATTAGAGTATTCGTTGGAGAGGAAAATCCTGGAAAAGA
+GTTATACTAAGCCTACTTCAACAGAGAATCGCAACGGCGATGAAAACCAACTTGATGGAG
+ATAGTCATTCTGAACCATCGCTGTCATCATCGCCAGTAAGGTCGAAGAAAAGTGTAAAGT
+TCGCAAATGATATTAAAGACGTCAAGAGTATAAGCCAATCGTTAGCCAAATTAATGGATG
+ATGTGAGGAATGGGGTTGTATTTGATCCCGATGACGACCTTTTGCCTATGCCCATCAAAG
+TTTGCAACCACATTAATGAAACAAGATATTTTACTCTAAATCATCTATCTTATAATATCC
+CATGCGCGGTTTCCTCCACTGTGTTGGAGGATGAGCTGAAATTAAAGATTCACAGTTTAC
+CTTACCAGGCGGGTTTGTTTATTGTGGATTCGCATACTTTAGATATTGTAAGTTCCAATA
+AATCTATTTTAAAAAACATGTTTGGTTATCATTTTGCTGAGCTGGTGGGAAAATCCATTA
+CTGAAATAATTCCTTCTTTCCCAAAATTCCTCCAATTTATAAATGACAAATATCCTGCGT
+TGGATATCACACTCCATAAAAATAAAGGTTTGGTATTAACAGAACATTTTTTTAGGAAAA
+TTCAGGCAGAGATTATGGGTGATCGTAAAAGCTTTTATACGTCGGTGGGTATTGATGGCC
+TTCATAGGGATGGCTGTGAAATCAAAATTGATTTCCAGCTGCGTGTCATGAATTCTAAAG
+TGATTTTGCTTTGGGTTACACATTCGAGAGACGTGGTATTTGAAGAATATAATACAAATC
+CATCTCAATTGAAGATGCTGAAGGAGAGTGAATTAAGTTTAATGAGCAGTGCAAGTAGTT
+CTGCCAGCTCTTCCAAAAAATCTTCGTCTAGGATATCCACCGGGACATTAAAGGACATGA
+GTAATCTGTCAACATATGAGGATTTGGCCCACCGAACGAATAAGCTTAAGTATGAAATCG
+GAGATGATTCTAGAGCACATTCTCAATCTACTTTGTCCGAGCAGGAACAAGTTCCCCTGG
+AAAACGATAAGGACAGTGGCGAGATGATGCTTGCAGACCCCGAAATGAAGCACAAGTTAG
+AATTGGCCAGAATTTACTCAAGAGATAAATCTCAATTTGTGAAAGAAGGAAATTTTAAAG
+TTGACGAAAATTTGATTATTAGCAAAATTTCACTTTCCCCAAGCACTGAATCCTTAGCAG
+ATTCTAAAAGTTCTGGGAAAGGGCTTTCTCCACTTGAAGAGGAAAAGCTAATTGACGAAA
+ACGCTACAGAAAACGGATTAGCGGGATCACCTAAAGACGAAGACGGAATCATAATGACTA
+ACAAGCGAGGAAACCAACCTGTTAGTACTTTCCTACGCACCCCCGAAAAGAACATCGGTG
+CTCAAAAGCATGTTAAGAAGTTTTCGGACTTCGTAAGTCTGCAAAAAATGGGTGAAGGTG
+CATATGGTAAGGTCAACCTATGTATTCATAAGAAGAATAGGTATATTGTGGTGATTAAGA
+TGATTTTTAAAGAAAGAATCCTTGTAGATACATGGGTTAGAGATAGGAAATTAGGCACTA
+TACCTTCTGAGATCCAAATTATGGCCACGTTGAACAAAAAACCACATGAGAATATTTTAC
+GGTTACTGGATTTTTTTGAAGACGACGATTACTATTATATCGAAACTCCCGTACATGGTG
+AAACAGGATGTATAGATCTTTTCGATCTAATTGAATTTAAAACCAACATGACCGAATTTG
+AAGCAAAATTGATATTCAAGCAGGTTGTAGCGGGAATAAAACATCTACACGACCAGGGTA
+TTGTTCACAGAGATATCAAGGATGAGAATGTTATCGTAGATTCTAAAGGCTTTGTTAAGA
+TTATTGATTTTGGATCTGCTGCGTATGTCAAAAGCGGACCATTTGATGTTTTTGTTGGGA
+CAATAGATTATGCTGCCCCTGAAGTCTTAGGAGGAAACCCTTATGAGGGCCAACCACAGG
+ATATTTGGGCTATTGGTATTCTATTGTATACGGTGGTCTTCAAAGAAAACCCCTTCTACA
+ATATAGATGAAATATTAGAAGGCGACCTGAAATTCAATAATGCAGAGGAAGTTAGTGAAG
+ATTGCATTGAGTTAATCAAGAGTATTTTGAACCGTTGCGTACCGAAGAGACCCACCATTG
+ACGACATAAATAACGACAAATGGTTGGTTATTTGAAGGATTAATGATCATTCTAGGACAT
+TAGTAATTGGAAAAGAAAATGCAAAAAAATATCCAGTAGAAACAATGCTTGGTATGTCGT
+TCTTCTTACTTTCTTCAGTAATGAGTTGGTAGTTTTCTCTATTTAAATATGAATAAATCA
+ATATGTACTTTCTTTCTTTAATCAAAATGTTAATATGATAAAAATACAGCATCCAAAGCA
+GTTAATCAAGACTTAAATATAAAAAATTTACATATTTAGAAAACAAAGATAGGGTAAATA
+TTGAAATTACATAGTAAACCATACCTTAAAAGCAGAAATACTGATACCACATGAACTATT
+GATCAATACTACTGCTATTCTCTTCCTAATGCAAAGAGCTTATTACCATTATTAAATCAC
+TACAGACGATAATACCCGGAATGCCCTTTTTGCAGGGAAAGCGAAAAAGGTGAAAGAGTT
+AACAGGAGAAAGTGTTAGGGAACTAAGTTACGAAGGAAGGCAGATAGCAACAATACTAAC
+GTGGAACTTATTTCGACGACTATAACAACTGGTATCTGATTATCGAAGAATAATTGAGTG
+GTCAGAAAGGAGCGAAATATGTCTGGAGCAAGATCAACAACGGCAGGTGCCGTGCCCTCG
+GCAGCAACAACATCAACAACATCAACAACGTCAAACTCTAAGGACTCAGACTCTAACGAG
+TCATTATATCCCTTGGCTCTGCTTATGGATGAGTTAAAACATGATGATATTGCTAATAGG
+GTAGAAGCCATGAAAAAACTAGATACCATCGCGTTGGCACTCGGTCCCGAAAGAACAAGA
+AACGAGTTGATTCCCTTTTTAACGGAAGTTGCACAAGATGATGAAGATGAGGTGTTTGCC
+GTTTTAGCCGAACAGTTAGGAAAATTTGTCCCCTACATTGGCGGTCCTCAATACGCCACA
+ATCCTATTACCAGTTTTGGAAATTTTGGCATCTGCAGAAGAAACTTTGGTTAGAGAAAAG
+GCCGTAGATTCTCTGAATAACGTGGCCCAAGAACTTTCTCAAGAACAATTATTTAGTGAC
+TTCGTCCCTTTAATTGAACATTTAGCTACTGCAGATTGGTTTTCTTCAAAAGTTTCTGCT
+TGTGGTCTTTTCAAGTCTGTTATTGTTAGAATCAAAGATGATTCATTGAGAAAGAATATC
+CTGGCTTTATACTTACAACTCGCTCAAGATGATACTCCAATGGTGAAAAGGGCCGTCGGT
+AAAAACCTGCCCATCTTGATCGATCTGTTGACTCAAAATTTGGGATTATCTACAGACGAA
+GATTGGGATTACATTTCTAACATTTTCCAGAAAATCATTAACGATAATCAAGATTCTGTC
+AAGTTTCTGGCAGTTGATTGTTTAATTTCCATCTTGAAATTTTTTAACGCTAAAGGTGAT
+GAGTCTCACACTCAAGATTTATTGAACTCTGCTGTCAAATTAATTGGTGACGAAGCGTGG
+AGGGTACGTTACATGGCTGCCGATAGATTTTCAGATTTAGCCTCGCAATTCAGTTCCAAC
+CAAGCATATATCGATGAATTAGTACAACCATTTTTGAACCTTTGTGAGGACAACGAGGGA
+GATGTTAGGGAAGCTGTGGCTAAACAAGTTTCTGGGTTTGCCAAGTTCCTAAATGATCCT
+TCAATTATATTGAATAAGATCTTACCTGCTGTGCAGAATTTGAGTATGGACGAAAGTGAA
+ACAGTGAGATCTGCTTTGGCTTCTAAGATTACAAATATTGTATTACTGTTGAATAAAGAT
+CAAGTCATTAACAATTTTCTTCCGATTTTACTGAATATGCTAAGAGATGAGTTCCCTGAC
+GTTCGTTTAAATATCATTGCCAGCTTGAAGGTTGTCAATGACGTAATAGGAATTGAGCTG
+CTATCAGACTCTTTGTTACCTGCCATAACAGAATTAGCCAAGGACGTGAATTGGAGAGTT
+AGAATGGCTATAATTGAGTACATACCTATCTTGGCAGAACAATTAGGTATGCAATTTTTT
+GACCAACAGTTAAGCGATTTATGTCTTTCATGGTTGTGGGATACTGTTTATTCTATCAGA
+GAAGCCGCAGTGAATAATTTAAAAAGGTTAACGGAAATATTTGGCTCTGATTGGTGTCGT
+GATGAAATTATTTCAAGACTGCTCAAATTTGATCTACAATTACTGGAAAATTTTGTCTCG
+AGGTTCACAATACTCTCTGCTCTAACCACTTTGGTGCCCGTGGTATCGTTAGATGTCGTT
+ACTGAGCAACTATTACCATTCATTTCTCACTTGGCTGATGACGGTGTTCCAAATATTAGG
+TTTAATGTGGCCAAATCCTACGCTGTGATAGTGAAGGTTTTAATTAAGGACGAGGCCAAA
+TATGATGCATTAATTAAGAACACAATTTTACCCTCATTGCAAACGCTGTGTCAAGACGAA
+GATGTTGATGTAAAATACTTCGCTAAGAAAAGTTTGGCAGAATGTCAAGAACTTTTAAAA
+AATTGATACTAGTTCAAATATATACATACATACACATATGTACACTTGAATGAATAAAAA
+GTATACATATTAACAACTAGGCCTGCTTTCTTTTCTTTTCTTTTTTTTTTTTTTTACCAC
+ACTTAGTCCTCTACTTTAACAGAAATATCATTTTCCAGTTTGACCATAGTTTCTTCAACT
+GTTTTCTCCTCGTGTTTAACATTGATTTCCGCCTCCACGTTCAGTTCACGTTTTCCTTCC
+AGGTATTTCACCCACTTTGGATAACTCATGATATTTTGCTGGATTTCCTTGTACAATTGA
+GACTGCAAATCCCAATCTAAGGAGCTTCTGGGATCATCCGGTGGCAAGAATTGTAACATG
+TCACCAAGGTTCCTCGATTTAGTGATTATTTGTCCAAATCCAACCAGCAACCCATTTATT
+TCTGTCCAAAGCCCCTTAGGCAGCCAATTTTGTAATTGAGTTCTTGTCTGATCTGGAGTC
+TTGCATTTCTGCGCATCTACCCATTTCCAAAGCTTGGTCAATCTATCCACGTGAACGTCA
+ACGCAGATACCTTCAATCTTGCCCCATGCCTTTTGTAATGTTAGATAAGCCATTTTGGGC
+CCTACACCGGGCAGGCCCAATAGCTCATTAATCGTAGCTGGAACATCACTCGAAAACTGA
+TCTTGAAGGATTTTGCAGGTTGACAAAATATACTTGGCCTTCCTTGTGTGGAACCCAACT
+GAATGAATCAATTCGTCTAATTTGGTCTCATTGATTTGTAAAACGGCCTCTAATGTCATA
+CCTTCTTCGCTGTGCAGTTCGTCTATACAATACCGCATTATGTTAAGCATTGCCATTGCG
+GTAACTTCATCTTTTGTTTGCGATGATAGCATCACCCCAAGAAGGACCTGTAATCTGTAG
+TCCCTCGGTGATATCTGCTCTTTCGAGATACCACACTTAGAGGCAACCGTTACAGGAATG
+GATGATCCACCAATTATATCGACGGGGGCTAGAATCTTAGATCTCAGTACTCGCATTCTA
+GCGTATGTTTCTTGAAACTTGTAAGGGACTTTCGTCGAGGCCGGAGTGACAAGGATCGAG
+GGGTCCAATGGTGTGGCCCACCTGTTGGGCACATTGCCGTTTCTAACCACAATCCATTCG
+AAGTACTGCTTATTTGGCAGCGATTTAACCCAGTCGATATCCACGGGTTGAGGGACAACC
+TCTTCTTGTTTGATTTTGGTCCTTTTCTCCGGTAGGAGTTCTGATTCTGGCCCAGTTTCA
+GTCTTTACCAGCGGTCTTTTCCTCAGAATTGCCATAGATGAGTATTTACTGATCTTTTGC
+ATATTTTTTTTTTTTTTGGGCTATAAAGTATATATAGATACAAATATATGATGAATCATT
+AAAGAGGAGGTTATTACTAAGTGAAAGAAAAAGAAAAAAAAAAAGATCAAAACCAAACTT
+CGTATTCGAGCCTAAAAAACAGAATATAATGTTATAATACTAATAGAAGCAACAGGAGCA
+CCACTATCAGCACAAGAATAATCACGCAGTTGCCGTTATCCTTGAACCTAGAATTGTTAA
+AGCCATGCATGGACCGAGAGGCCCTGTTCAAATTCCTACCATTATTATCAATCAGGTTTT
+CTAAATCAACCAGCAGCGAGTCGTTCTGAGAAACGATCTCATTATTAAGGTCCAGCGAAA
+TGTCATGAGTCCTCCCAATAGACTGAGACAGTGCGCCCAAGTGGGAATCTTGCTCTAACA
+ACTGCTGTTGCTGGTTAATAAATAGTTCTTGGTTGGAAACCATGGGTTGTGGTGGCTGTG
+GCTGTGACTGTGACTGTAACTGCGATTGCAATGGTTCATCCTTGTATGGAGTATGCGTCG
+AAGGCAGCGGCGACTCCTCGTCTTGTTCATCGTCATCCTTATACATGACCGTAAGCTCGT
+CATCATTCTTGAACCGCACTTTTTTCAAAGACTCTTTGGACACCTCATCAGTATTTCTTG
+CCACCTGCTGTTGGAACCTATACAACTCCTTGTCAACCGCCGTATCAGGAATTTTGTCCA
+GTATGGTATTGTATCGGGATATTAGTTCATCATTGGGCGCACACTTCTGCAATAACTCCA
+ATATTGAGCCCAATTGCCGTTTCAAAGTAACGTTATCGTTTGAGGTCGGGGCGAGCTTCA
+ACACCGACACTAGCCTTGTTCTTTCTTCGACCAGATCAGAGAGCTGGTCCAGTTCATAAC
+CCAGCTTCAACACATCCATACCGTGTGTGCTTACGCATCTATTTGCTGTCGTGAGATCTG
+TCTCTATGCTTTATTCGTTTTCCATTGTAAAGTCTCAGCATTTATTTCTTGTTCTTTACT
+TGTTTTTGCCCTTTCGGGTGATCAAAGTCGTGCTGGGAAATTTTATTCTTATAAAATGAT
+TTTTAGAAATAATAAACTCATAACAGTGCAACGGCAAAGTACAAGGGAAGGAAGCACAGA
+AGCAAGAGGAGGCGCATCGATCGTGGCAGATGAGTCAGCAAACACCACAGGAAAGTGAAC
+AGACCACAGCGAAAGAACAGGACCTTGATCAAGAGAGCGTGTTGAGCAACATTGACTTCA
+ATACGGATTTGAATCACAATTTGAATTTATCGGAATACTGTATATCCAGTGACGCAGGAA
+CAGAGAAGATGGATAGCGACGAGGAGAAGTCGTTGGCCAATCTGCCGGAGTTGAAATACG
+CTCCCAAGCTATCCAGCCTGGTGAAGCAAGAGACGCTCACCGAGAGCTTGAAAAGACCAC
+ACGAAGATGAGAAAGAGGCGATAGATGAGGCCAAGAAGATGAAAGTGCCGGGAGAGAACG
+AGGACGAAAGCAAGGAAGAGGAAAAGAGTCAAGAACTGGAAGAGGCAATTGACAGCAAGG
+AGAAGAGCACCGACGCCAGGGACGAGCAAGGGGACGAAGGTGATAATGAGGAGGAAAACA
+ACGAGGAGGATAATGAAAACGAAAACGAGCATACAGCACCGCCTGCGCTGGTGATGCCCT
+CCCCCATCGAAATGGAGGAACAGAGGATGACTGCGCTGAAGGAAATCACCGACATCGAGT
+ACAAGTTCGCGCAATTGCGCCAAAAACTATATGACAATCAATTGGTGCGGTTGCAAACGG
+AGCTGCAGATGTGTCTGGAAGGGTCACACCCGGAATTGCAGGTCTACTACTCGAAGATTG
+CCGCGATCCGTGACTACAAGCTACACCGAGCGTACCAGCGACAGAAGTACGAGCTTTCAT
+GCATCAACACAGAAACAATCGCTACCAGGACATTCATTCACCAGGACTTCCACAAGAAGG
+TCACCGACCTGCGAGCCAGGCTGCTGAACAGAACCACGCAGACCTGGTACGATATCAACA
+AGGAGCGCCGCGATATGGATATAGTCATCCCAGATGTCAATTACCACGTCCCCATCAAAC
+TTGATAACAAGACGCTGAGCTGTATCACGGGCTACGCCAGCGCAGCACAGCTGTGCTATC
+CCGGCGAGCCCGTGGCAGAGGACCTCGCTTGCGAAAGCATCGAGTACCGCTACAGAGCCA
+ACCCGGTGGACAAACTCGAAGTCATTGTGGACCGAATGAGGCTCAATAACGAGATTAGCG
+ACCTCGAAGGCCTGCGCAAATATTTCCACTCCTTCCCGGGTGCTCCTGAGTTGAACCCGC
+TTAGAGACTCCGAAATCAACGACGACTTCCACCAGTGGGCCCAGTGACCGCCACACTGGA
+CCCCATACCACTTCTTTTTGTTATTCTTAAATATGTTGTAACGCTATGTAATTCCACCCT
+TCATTACTAATAATTAGCCATTCACGTGATCTCAGCCAGTTGTGGCGCCACACTTTTTTT
+TCCATAAAAATCCTCGAGGAAAAGAAAAGAAAAAAATATTTCAGTTATTTAAAGCATAAG
+ATGCCAGGTAGATGGAACTTGTGCCGTGCCAGATTGAATTTTGAAAGTACAATTGAGGCC
+TATACACATAGACATTTGCACCTTATACATATACACACAAGACAAAACCAAAAAAAATAT
+GACTCTACAAGAATCTGATAAATTTGCTACCAAGGCCATTCATGCCGGTGAACATGTGGA
+CGTTCACGGTTCCGTGATCGAACCCATTTCTTTGTCCACCACTTTCAAACAATCTTCTCC
+AGCTAACCCTATCGGTACTTACGAATACTCCAGATCTCAAAATCCTAACAGAGAGAACTT
+GGAAAGAGCAGTTGCCGCTTTAGAGAACGCTCAATACGGGTTGGCTTTCTCCTCTGGTTC
+TGCCACCACCGCCACAATCTTGCAATCGCTTCCTCAGGGCTCCCATGCGGTCTCTATCGG
+TGATGTGTACGGTGGTACCCACAGATACTTCACCAAAGTCGCCAACGCTCACGGTGTGGA
+AACCTCCTTCACTAACGATTTGTTGAACGATCTACCTCAATTGATAAAGGAAAACACCAA
+ATTGGTCTGGATCGAAACCCCAACCAACCCAACTTTGAAGGTCACCGACATCCAAAAGGT
+GGCAGACCTTATCAAGAAGCACGCTGCCGGCCAAGACGTGATCTTGGTTGTCGACAACAC
+CTTCTTGTCCCCATATATCTCCAATCCATTGAACTTCGGTGCAGACATCGTTGTCCACTC
+CGCTACAAAGTACATCAACGGTCACTCAGACGTTGTGCTCGGTGTCCTGGCCACTAATAA
+CAAGCCATTGTACGAGCGTCTGCAGTTCTTACAAAACGCCATTGGTGCTATCCCATCTCC
+TTTCGATGCTTGGTTGACCCACAGAGGTTTGAAGACTTTGCATCTACGTGTCAGACAAGC
+TGCCCTCAGCGCCAACAAAATCGCTGAATTCTTGGCAGCAGACAAGGAAAACGTTGTCGC
+AGTCAACTACCCAGGTTTGAAGACACACCCTAACTACGACGTAGTGTTAAAGCAACACCG
+TGATGCCCTTGGTGGTGGTATGATCTCCTTCAGAATCAAGGGTGGTGCTGAAGCTGCTTC
+CAAGTTCGCCTCCTCCACAAGACTGTTCACATTGGCCGAATCCCTTGGTGGTATCGAATC
+TCTATTGGAAGTGCCCGCTGTGATGACCCACGGTGGTATCCCAAAGGAGGCCAGAGAGGC
+CTCTGGTGTTTTTGACGACTTGGTTAGAATCTCTGTCGGTATTGAAGACACTGACGATCT
+TTTGGAAGACATCAAGCAAGCCTTGAAACAAGCCACCAACTAATCGCCAGTGCCACGTCT
+CTGCCTTCGACCGGACCTTTTTAAGTACGATAAATATCCTTTTATAAATATATAGTCTAA
+AATATCCATTAATACTGTGCTCAATCAATCGTGTTAGATGATTTAGTTTTTTCCAAATCG
+TTATTATAGTGCAGAAGTAGTATACATAAAGGCATATGCATGCGATTTGGAAGTAACGCT
+CGCCGTAGACAAGTAAGAATGCCTGCTGTCTTGAGAACCAGGTCCAAAGAATCCTCTATA
+GAGCAGAAGCCTGCTTCCAGAACTAGAACGAGATCAAGAAGGGGCAAGCGTGGTCGTGAC
+GATGATGATGATGACGACGATGAGGAAAGCGATGATGCATACGATGAAGTAGGTAATGAC
+TATGACGAGTATGCTTCAAGAGCGAAGCTGGCCACCAATAGGCCCTTCGAAATAGTCGCG
+GGACTGCCTGCTAGTGTGGAGCTGCCCAACTATAACTCTTCGCTTACTCATCCGCAATCA
+ATTAAAAATTCTGGGGTGCTTTACGACTCTCTGGTCAGTTCCAGAAGAACCTGGGTTCAG
+GGTGAGATGTTTGAACTGTATTGGCGAAGACCTAAGAAAATTGTTAGTGAATCTACCCCA
+GCAGCGACGGAGAGTCCAACATCTGGAACGATTCCTTTGATTCGAGATAAGATGCAGAAA
+ATGTGCGATTGTGTAATGAGTGGAGGTCCTCACACGTTCAAAGTTAGACTTTTCATACTG
+AAGAATGACAAAATCGAACAGAAATGGCAAGATGAGCAAGAGTTGAAGAAAAAGGAAAAG
+GAACTGAAACGAAAGAACGATGCAGAGGCCAAAAGATTGAGGATGGAGGAAAGGAAAAGG
+CAGCAGATGCAAAAGAAAATAGCCAAGGAACAAAAACTTCAATTGCAGAAGGAAAATAAA
+GCCAAGCAGAAGTTGGAACAGGAGGCGCTGAAGCTAAAAAGAAAGGAAGAAATGAAAAAA
+CTAAAGGAACAAAATAAAAATAAACAGGGTTCACCTTCTTCCTCCATGCATGACCCAAGA
+ATGATAATGAATTTGAATTTGATGGCACAAGAAGATCCAAAACTAAACACTTTAATGGAA
+ACCGTCGCAAAGGGTCTTGCCAATAATAGTCAACTGGAGGAATTTAAAAAGTTCATTGAA
+ATTGCCAAAAAAAGGTCACTAGAGGAGAACCCAGTTAATAAGCGTCCATCTGTCACAACA
+ACGCGACCTGCACCTCCCTCTAAAGCTAAAGACGTAGCCGAAGATCACCGGTTAAACTCG
+ATAACCTTGGTGAAAAGTTCCAAAACCGCTGCCACGGAACCTGAACCAAAAAAAGCTGAT
+GACGAGAATGCAGAGAAGCAACAGTCCAAAGAGGCAAAGACAACTGCCGAATCGACTCAA
+GTAGATGTCAAGAAAGAAGAAGAAGATGTGAAGGAAAAGGGTGTGAAATCAGAGGATACA
+CAAAAGAAAGAAGATAATCAAGTGGTACCGAAAAGGAAAAGAAGAAAGAACGCAATAAAG
+GAAGATAAAGATATGCAATTGACCGCGTTCCAACAGAAATACGTTCAAGGTGCGGAGATC
+ATCCTGGAGTATTTAGAATTCACCCATTCGAGGTATTACCTGCCTAAGAAATCAGTAGTA
+GAATTTTTGGAGGATACGGATGAGATTATAATATCTTGGATTGTTATACACAATTCTAAA
+GAAATTGAGAAGTTCAAAACCAAGAAAATAAAAGCTAAACTGAAAGCCGACCAAAAACTA
+AACAAGGAGGATGCCAAGCCAGGCTCTGATGTGGAGAAGGAAGTCAGCTTTAATCCTCTT
+TTTGAAGCCGATTGCCCTACCCCTCTCTACACCCCAATGACAATGAAGTTATCGGGGATT
+CACAAAAGATTTAACCAAATCATCCGAAATAGCGTTTCTCCAATGGAAGAAGTTGTTAAA
+GAAATGGAAAAAATTCTGCAAATTGGTACTAGATTGTCTGGCTATAATCTGTGGTACCAA
+TTGGATGGATACGATGATGAAGCTTTGAGCGAAAGTTTGCGGTTCGAACTAAATGAGTGG
+GAGCACGCCATGAGAAGCAGAAGACACAAAAGATAAGGTGTTCGGTTACTTTATTCTGCT
+TTAACGCCATTATGATTATACACATTGTATTACTTATTTTTTAACCTGTATATTAAAACC
+TTTATTTTATTTCACATTACTCATCATGTGGAGTACTGGAATTGTATGCCAAACTTTGCC
+GGGAAAACTGGTATATTGCCGTTTTCTGTATCAGTTGCTGATATAGATATTGCATTATCA
+TTCTTTTCATCATCGGATAAACTTTCTTGAAAGCCTCTAGTGAATACCAGCTCTGTCCCG
+GCAGATATTAAAAATCCCCTCCATTTGCCTTCCCATAATAGTTTTAAAGTCTTGTCACGT
+AATGACGTGCTTAATTTCCAAACACTGGTAAAAATGGAACTATTTATTTTGTTATCAAAT
+TTTTCGATGGTAGATCTTTCTTCATCGATTTTTCTTAATGACGACGAGAATGCATAAGTT
+AAATCATTTAATAGCTTTTGTTTGTGAACAGGTATATCTAGTGTAGAAGGAATATCGTTA
+ACAGCTGAATTCAGATCCGGTACATTTTCGTGCAGTAGTTTAGTCGCTCTGCTGTTTGGA
+TTTATATCAACCAATTCGTCGGAGATTGGTTCTAATTTATCATTATTGTTTTTATTGGTT
+TCAAGCAAATGATGCTTTTTTTGCCAAAATTCGCACCCAAATGAAAGATTTGATTCAATC
+GAATAAAGATTAAAATCATACTTCGCGCAAAAAGTAGAATTTGTCCCTGTCTTGGCCGAA
+TATGTGGAGGATATATGGCCGAATAATGGATTCCAAGATAATGTCAAAGTTAGTGGTCGT
+CCTGTGTTTGTAGAATGTGTGTAATATCTTAAAGTTGTCGAACAACCGGGGCTTAAACTT
+ACTAACCCTAACCAAAATTCAGCACCAAGCGACAACGAAGAATTATTGTACAGTGAGGTG
+TTAAACTTGGAAGGCGTGGTAAGGAAATTGTGTAATACTCTATAACCACATAATAGATCA
+CTGGTGGAAAATATCCACTCCTGTAAATTGCGGTGAGAATCTCTTTGAAAATAGCACGTT
+AAAACGTTTAAGCTTTCTTTGAAACTACTGACACCCTTAAGCATAAATTGGGTTTGTGGA
+CTTAGTCGTTTTATTATCATTGCTTCTAAATCAGAGCTGGGGTAGTACATTCTACCATAA
+TAAAGGGATTTTTTAACAAATTTCGAGTCATGTAGTAATTTCTTGTCATTGTCGACTGTG
+GTGTTGTCACTACTCAACGTATTCGCACTACTAACACTGAAATTGAGGTTTGGTTGCAAT
+TGTCTGTATGTTTCGGTGGCATCTTGTAATGGGATATCAGTAGAGTTGCGCATGAATTTC
+TCCAATTGCTGTGCATCGGAGTATAAATAACTCAGAGAACCATTTATCCTGGACCTCGTA
+GAAAAATCTAAAGAATTGAATGTATTGGGAGTAGATTTGTTGGAAATTTGCAGGTGTATT
+GCTGAGGGAATTCGGAAATCTAATAATGTTCTCGATGTGGCCGTTATATCCTCGTAGCTA
+TTTTGCGTACTCCAATGGGTGCTCTGATAAAATGCCCTTAGTACTTGGTCCATATAGGGT
+AGCATCAAGATCGGTCTTCTCTGTTCGTGTCTTTTTCCTAACGTATATTTGCTTTGTTTC
+TTCACTCAACAATAAAGTCAAAGTAAAATTAAATACTAATTATTCTTAAAAGGGAAGATG
+CGAAATTTAGCGAAAATCTATTGATTATACACACAAAGGAAGAAAGGTAGTGGAAAGCTA
+AATAAAGGAGGTCATGGAGCCAGAGAGCATAGGCGATGTGGGGAACCATGCCCAGGATGA
+TAGTGCCAGTATAGTGTCCGGGCCTCGCAGGCGTTCTACTAGCAAGACATCCAGTGCGAA
+GAATATACGGAACTCCAGTAATATCTCTCCAGCATCGATGATTTTCAGGAATTTGTTGAT
+ACTGGAGGATGATTTAAGACGCCAAGCTCACGAACAAAAGATACTGAAGTGGCAATTCAC
+TTTGTTCTTAGCGTCTATGGCCGGTGTAGGCGCATTTACCTTCTACGAACTTTATTTCAC
+TTCAGATTATGTCAAGGGCCTCCATAGGGTTATTTTGCAATTCACTCTTTCTTTCATTTC
+CATTACTGTAGTTCTTTTTCATATCAGTGGACAATATAGAAGAACTATCGTCATTCCAAG
+AAGATTTTTTACCTCTACTAATAAAGGGATTAGGCAGTTTAATGTGAAGCTAGTTAAAGT
+ACAGTCTACGTGGGACGAGAAATACACAGATTCAGTAAGATTTGTGAGTCGAACAATTGC
+TTATTGTAATATTTATTGTTTGAAAAAATTTCTGTGGCTTAAAGACGATAATGCCATTGT
+GAAATTTTGGAAAAGTGTCACGATACAATCCCAACCGAGGATCGGAGCTGTGGATGTGAA
+ATTAGTCCTCAACCCCAGAGCATTTAGTGCAGAGATTAGAGAAGGATGGGAGATTTATAG
+AGACGAGTTTTGGGCCAGGGAAGGTGCTAGAAGACGCAAACAAGCGCACGAACTCCGACC
+TAAATCAGAATGAAAGAGTTGGAGGGCTTCTTCCTTCGAATAAGAGGTCATATTTACCTA
+TGTAAAATTGTAACCATCTATGTTCACACATAAATTATATTTTATACATTATTAGAAGTG
+AAGCTGTTGTGTCGTGAAAATTTTACAAATCCGTCATTTCATATTTAAGTTTTCCAACAA
+GTGCTAGAAAACCTAGGGGTTGTTGAAATTGGTTAAACAAGGCATCTTATTATACATACA
+ACAGCATAACGCTAGAGGGGCAAGAAGGAAGAACTTAAAATAATAGGTGTAAAATGACTT
+TGGCTTTTAATATGCAACGGTTGGTGTTTCGTAATTTGAATGTTGGGAAGCGCATGTTCA
+AGAACGTCCCCTTATGGAGGTTTAATGTCGCCAATAAATTAGGAAAGCCCTTAACTCGCT
+CTGTAGGGTTAGGCGGTGCTGGCATAGTTGCTGGTGGCTTTTACTTGATGAATCGCCAGC
+CTTCTAAGTTGATATTCAATGATTCTTTAGGGGCAGCTGTCAAACAACAGGGTCCCTTGG
+AACCAACTGTGGGCAACAGTACGGCAATTACCGAGGAAAGGAGGAACAAAATAAGTAGTC
+ACAAGCAGATGTTTTTGGGATCATTATTCGGTGTTGTTTTAGGAGTTACGGTGGCTAAGA
+TATCAATTTTGTTTATGTATGTCGGTATTACAAGCATGCTTCTTTGTGAATGGTTACGGT
+ACAAGGGATGGATTCGCATTAATTTGAAAAATATCAAATCTGTAATTGTTTTGAAAGATG
+TAGACTTGAAGAAACTGCTTATTGATGGGTTATTGGGTACAGAATACATGGGTTTTAAAG
+TATTCTTTACATTGAGTTTCGTATTAGCAAGTTTAAATGCTAACAAATGAGCAAGACAAA
+TGACCAGATATAAACGAGGGTTATATTCTTTCGTTTTATACTTTTTTATTTTTGGTATTT
+CATTTATCCTATACAGTAAATATACATAGGGCTAAGGAAGAAAAAAAAATCACGTCGAAT
+ATAAACCTAATTGTGTTCTATATTGCGGACATATATTTTTCGTAGATTGAAAAGTTCTTA
+AACGTAATTTTTTTGACGACCAGTGAAGAGGAATTGAATAAGTAGAACTTGGGCAATACT
+TATAACGGCAATGATAATGATAATCAATATAGATAACCAAGTCAACCTTGATTCGGTGGA
+ATTGACGGTAGACATGTTTCTCCATTCTCTGGCTCTCAAATAGTTCAAAGTCTTCGTGAT
+TTTGTTCAAGTTTCTATCTATTTCCTCCACGGCGTTATTGGCAATAATGTCATCGTTATT
+GACATCAGCTTCATGCTCGTCAGTCAAAGTTTTTTCCTTTTCTAGTGTAATTTCTACCTT
+TTTCAACGCTGTACCATAGTTATTGGAAAAACAAAAGGTATACTTCCCCACTCCAAACGA
+TTTTAATAAAAAGTCTGAGTACTTCTTTTGTTTCTCACTAGTAATCACAGATCCATCAGG
+AGCAGTAATATCAAAATCAATCTCAAAATTACCACCGGTTAGAACTTGGTAACCCACAGC
+CAGGGAATCATCCTCAGTAACCATATCGTAGTACAGGCATTCTTTGCTGAATGCTGGTAA
+ACTGATAGCAACTGGTGCATAACTGGAAGATGCAGCCACTGAATTGACCAACGCCAAAAT
+TAAAACAATGAAGAAAGAGGGTAGAGCAATTGTAGATTTGATCATGGTTTTCCTTTACAA
+TGAGTGTACTCCACTGTTTATCTTATTCTAGTTTGGGTCACCTGATGCAGAATTGGCGGT
+GTCGATCCCTAAGGTTAATGAATCGAAATCACTGGAGATTTTGTTAGTTTTTCATTTTAA
+CTAGTTCAAGTTTTGGCAGAATGTACTTTTTCGTGTTTCGGGACACGTCGCTGAAAAGGA
+TTGAAATATAACCAAACGCCATCATGTAAGGTGCAGTGAACATTAGCGCTAAGAGGATTG
+AGGATTGCTTTATGAAAGTTTATGAACATTTTCTTGAATTAAATAAATAAGTCTGAAAAC
+ACTTGAATTCGAGATGCTGTAGCAATTTGTAATATTATTTAAAGTTCACAGAGTGGCTTC
+CTTGGCGGATCTGAAAAATAGGTAGTGATTTAAGGCTATATAATATTAGATACACAAAAC
+ATACCAGAAATTTTCCTCGAAGACCAGCAGAAGGGAACCAATATCACGACATTAAAATAT
+TGTTATCTCTTTTTATTCAGTGCTTGTATTTCAGCTTCCATTGAAAACGATGACTGTCTT
+CTCAATCTTCATGTCGAGCCCTCACACTGTACATGATAATATACTAGTACCATGAAAACT
+AGTCGATAGATGATAATTGATTTTTATTTGAAATAGAATCTTTAATGATCACAGTGGATC
+TTTTAAAAACTTGGTGAGATAGTGCTAGTGATCCGTAGTCTAAATGAGTTACGTACGAAA
+GGGAGCCAAAAGCAATCTGACCAATTTGTATATATATACATCTATCCGAAAAGGAAGACA
+TCAATTAGTACGGGCGTGTGGTCTAGTGGTATGATTCTCGCTTTGGGCGACTTCCTGATT
+AAACAGGAAGACAAAGCATGCGAGAGGCCCTGGGTTCAATTCCCAGCTCGCCCCGAATAA
+TTTTTTTTTGCCTATCTATAAAATTAAAGTAGCAGTACTTCAACCATTAGTGTTAGCGAT
+AATCAAGAAGTGAAACTCTTTCTCTATTTTTTTTTTAATTGAAAAATTTCCTTTCTCTAT
+AGCGTATAGAATATATGTTACATGTATATATATATATAAAGTAAAAACGTTCGGAAAATT
+CCTCATTATACCCAGATCATTAAAAGACATTTTCGTTATTATCAATTGCCGCACCAATTG
+GCTTAATCAACTTCTTCAACGGTTGGACCTTCAGCCTCTGGAGCTGGAGGAGCACCACCT
+GGGAAACCGCCTGGAGCACCACCTGCAGCGCCACCTGGAGCACCACCAGCTTGGTACAAC
+TTAGACATGATTGGGTTGGCAATGTCTTGCAACTCCTTCAACTTGTCATCGAATTCTTCC
+TTGCTGGCAGTGGTGTTGCTGTCTAACCAAGAAATAGTCTCTTCAGCCTTCTTGGTGACG
+GTGTCCTTGTCAGCTTGTTCCAATTTGTCACCAGCTTCAGAAATGGTGTTCTTCAAAGAG
+TAAGCAATGGATTCCAATTGGTTCTTGGAAGCAATTCTTTGAGATTCCTTTTCATCTTCT
+TCCTTGAATTTTTCGGCTTCAGCAACCATCTTTTCGATATCTTCCTTGGACAATCTACCC
+TTGTCGTTGGTAATAGTGATCTTGTTAGACTTACCAGTACCCTTTTCGACGGCGGAAACA
+TTCAAAATACCGTTAGAGTCGACATCGAAAGTGACTTCAATTTGTGGGACACCTCTTGGA
+GCTGGTGGAATACCACTCAATTCGAACTTACCCAACAAGTTGTTGTCCTTAGTCTTGGCT
+CTTTCACCTTCAAAGACTTGAATCAAGACACCTGGTTGGTTATCAGCATAAGTGGAAAAG
+ATCTCGGACTTCTTTGTTGGAATGGTAGAGTTTCTTGGAATCAACTTGGTCATGACACCA
+CCAGCAGTTTCAATACCCAAGGATAATGGAGCGACATCCAACAACAATAGATCTTGAGTC
+TTGGAAGATTCGTCACCAGTCAAAATAGCAGCTTGAACAGCAGCACCGTAAGCAACAGCT
+TCATCTGGGTTGATAGATCTGTTTGGTTCCTTACCGTTGAAGTAGTCAGTGACCAATTTT
+TGGACCTTTGGAATTCTGGTAGAACCACCGACCAAGACAATTTCATCGACTTGAGATTTG
+TCCAATTTAGCATCTCTCAAGACCTTTTCAACTGGGTCCAAAGTAGATCTGAACAAGTCA
+GCACACAATTCTTCGAATCTGGCTCTGGTGATGGAAGTGTAGAAATCGATACCTTCGAAC
+AAAGAGTCAATTTCAACGGAAGTTTGAGCGGAGGAAGACAAAGTTCTCTTGGCTCTTTCA
+CAAGCGGTTCTTAATCTTCTCAAAGCTCTTTGGTTGGTAGACAAGTCCTTCTTGTTCTTT
+CTCTTGAATTCTTGGATGAAGTGGTTGACCAATCTGTTGTCAAAATCTTCACCACCCAAA
+TGGGTGTCACCAGCGGTGGCCTTAACTTCAAAGATACCGTCTTCAATGGACAACAAAGAG
+ACATCGAAAGTACCACCACCCAAGTCGAAAATCAAGACGTGTTCTTCCTTACCCTTCTTG
+TCCAAACCGTAAGCAATGGCAGCGGCGGTAGGTTCGTTAATAATACGCAAGACATTCAAA
+CCAGCAATGGTACCAGCATCCTTGGTAGCTTGTCTTTGAGAATCGTTGAAGTAAGCTGGG
+ACAGTGACGACAGCGTCATTGACCTTGGCTCCCAAGTAAGATTCGGCAGTTTCCTTCATC
+TTACCCAAGACCATGGAGGAGATTTGTTCTGGGGTAAAGTTCTTGGTTTCACCCTTAAAT
+TCAACTTGAATTTGAGGCTTACCGTCAACATCGATCAACTTGAATGGGAAGTGCTTCATG
+TCAGCCTGCACTTCTGGGTCGTTGAAGTTTCTACCGATCAAACGCTTAGCGTCGAAAACG
+GTATTCGAAGGATTCATAGCAGCTTGATTCTTAGCAGCATCACCAATCAATCTTTCAGTG
+TCAGTGAAAGCGACAAAAGATGGAGTGGTTCTGTTACCTTGATCGTTGGCAATAATGTCC
+ACACGATCATTAGCAAAGTGAGCAACACACGAGTATGTTGTACCTAAATCAATACCGACA
+GCTTTTGACATATTATCTGTTATTTACTTGAATTTTTGTTTCTTGTAATACTTGATTACT
+TTTCTTTTGATGTGCTTATCTTACAAATAGAGAAAATAAAACAACTTAAGTAAGAATTGG
+GAAACGAAACTACAACTCAATCCCTTCTCGAAGATACATCAATCCACCCCTTATATAACC
+TTGAAGTCCTCGAAACGATCAGCTAATCTAAATGGCCCCCCTTCTTTTTGGGTTCTTTCT
+CTCCCTTTTGCCGCCGATGGAACGTTCTGGAAAAAGAAGAATAATTTAATTACTTTCTCA
+ACTAAAATCTGGAGAAAAAACGCAAATGACAGCTTCTAAACGTTCCGTGTGCTTTCTTTC
+TAGAATGTTCTGGAAAGTTTACAACAATCCACAAGAACGAAAATGCCGTTGACAATGATG
+AAACCATCATCCACACACCGCGCACACGTGCTTTATTTCTTTTTCTGAATTTTTTTTTTC
+CGCCATTTTCAACCAAGGAAATTTTTTTTCTTAGGGCTCAGAACCTGCAGGTGAAGAAGC
+GCTTTAGAAATCAAAGCACAACGTAACAATTTGTCGACAACCGAGCCTTTGAAGAAAAAA
+TTTTTCACATTGTCGCCTCTAAATAAATAGTTTAAGGTTATCTACCCACTATATTTAGTT
+GGTTCTTTTTTTTTTCCTTCTACTCTTTATCTTTTTACCTCATGCTTTCTACCTTTCAGC
+ACTGAAGAGTCCAACCGAATATATACACACATAATGGCATCCACCGATTTCTCCAAGATT
+GAAACTTTGAAACAATTAAACGCTTCTTTGGCTGACAAGTCATACATTGAAGGGTATGTT
+CCGATTTAGTTTACTTTATAGATCGTTGTTTTTCTTTCTTTTTTTTTTTTCCTATGGTTA
+CATGTAAAGGGAAGTTAACTAATAATGATTACTTTTTTTCGCTTATGTGAATGATGAATT
+TAATTCTTTGGTCCGTGTTTATGATGGGAAGTAAGACCCCCGATATGAGTGACAAAAGAG
+ATGTGGTTGACTATCACAGTATCTGACGATAGCACAGAGCAGAGTATCATTATTAGTTAT
+CTGTTATTTTTTTTTCCTTTTTTGTTCAAAAAAAGAAAGACAGAGTCTAAAGATTGCATT
+ACAAGAAAAAAGTTCTCATTACTAACAAGCAAAATGTTTTGTTTCTCCTTTTAAAATAGT
+ACTGCTGTTTCTCAAGCTGACGTCACTGTCTTCAAGGCTTTCCAATCTGCTTACCCAGAA
+TTCTCCAGATGGTTCAACCACATCGCTTCCAAGGCCGATGAATTCGACTCTTTCCCAGCT
+GCCTCTGCTGCCGCTGCCGAAGAAGAAGAAGATGACGATGTCGATTTATTCGGTTCCGAC
+GATGAAGAAGCTGACGCTGAAGCTGAAAAGTTGAAGGCTGAAAGAATTGCCGCATACAAC
+GCTAAGAAGGCTGCTAAGCCAGCTAAGCCAGCTGCTAAGTCCATTGTCACTCTAGATGTC
+AAGCCATGGGATGATGAAACCAATTTGGAAGAAATGGTTGCTAACGTCAAGGCCATCGAA
+ATGGAAGGTTTGACCTGGGGTGCTCACCAATTTATCCCAATTGGTTTCGGTATCAAGAAG
+TTGCAAATTAACTGTGTTGTCGAAGATGACAAGGTTTCCTTGGATGACTTGCAACAAAGC
+ATTGAAGAAGACGAAGACCACGTCCAATCTACCGATATTGCTGCTATGCAAAAATTATAA
+AAGGCTTTTTTATAAACTTTTTATAATTAACATTAAAGCAAAAACAACATTGTAAAGATT
+AACAAATAAATGAAAAAAACAACGAAATAACTTAGGTTTTAGGCTAAAAAAAACAGAAGG
+AATTTTGAACGATAAACTTTTCGACTGCACACGAAACATTATTACTAATTTGTGTAACCA
+CTATATAAGGAATCGTGTTTATTAATTGAATTTATTCCGGGAATATTCAAGTTATGTATA
+TCTCTTTTCATATTCTTAAATACACATACTCATAATATCTTGTCGAAAATACGCGGTGTA
+GGGAGTTATGGTGGATAACTTTTTCACGATTAGAAGAAAAGGAAAATTTCATTATTCGTA
+GCTTAACATGGCAAAAACGAGAAAGACATATAATCAAAACGTGAGTTTCCTGTGGAAAAA
+AAAAAAAGGGAACCTCTGGTTACGATGATATACCTGCGTGAAAAAGGACAGTTATTACCA
+ATACATACAAAGGCTTAATAAGTGTAAAATATATATCTGCCGAGACCATTACTCATTACA
+CCTAGAATGGAGCAAAATGGCCTTGACCACGACAGCAGATCTAGCATCGATACGACTATT
+AATGACACTCAAAAGACTTTCCTAGAATTTAGATCGTATACCCAATTAAGTGAAAAACTG
+GCATCTAGTTCTTCATATACGGCACCTCCCCTGAACGAAGATGGTCCTAAAGGGGTAGCT
+TCTGCAGTGTCACAAGGCTCCGAATCCGTAGTCTCATGGACAACTTTAACACACGTATAT
+TCCATCCTGGGTGCTTATGGAGGGCCCACGTGCTTGTATCCGACAGCCACGTATTTTTTG
+ATGGGCACTTCTAAAGGATGCGTACTCATTTTTAATTATAATGAACATTTGCAGACAATC
+CTAGTGCCGACCTTATCTGAGGACCCTTCTATTCACTCAATAAGAAGTCCAGTGAAATCA
+ATTGTCATATGTTCCGATGGTACTCATGTAGCTGCCTCATACGAGACCGGAAATATATGC
+ATTTGGAACTTGAACGTAGGGTATAGAGTGAAACCCACTTCTGAACCAACAAATGGTATG
+ACCCCAACGCCTGCCTTACCGGCAGTCTTACACATCGATGACCATGTGAACAAGGAAATC
+ACAGGGTTAGACTTTTTTGGTGCTCGGCATACAGCCCTGATTGTTAGTGATAGGACAGGT
+AAAGTATCACTCTATAACGGTTACAGAAGAGGCTTTTGGCAGTTGGTGTATAATTCAAAA
+AAAATTTTAGATGTGAACTCTTCCAAGGAGAAATTAATAAGGTCAAAGTTGTCTCCACTA
+ATATCACGGGAGAAAATTTCCACTAATTTGTTGAGTGTACTCACAACTACACATTTTGCC
+CTTATTTTATTATCGCCACACGTTTCTTTGATGTTTCAAGAAACTGTTGAACCCTCAGTA
+CAAAATTCTCTAGTCGTGAATAGCTCTATTTCATGGACTCAAAACTGTTCCAGGGTTGCT
+TATTCCGTAAATAATAAAATTTCTGTTATTTCCATATCTTCATCAGACTTCAATGTTCAG
+TCCGCTAGCCATTCTCCTGAATTTGCAGAATCTATATTATCCATTCAATGGATTGACCAG
+CTCCTACTTGGTGTTTTAACCATATCGCACCAATTTTTGGTATTGCACCCCCAACATGAC
+TTCAAGATCCTGTTAAGATTGGATTTTCTGATTCACGATTTGATGATCCCACCTAATAAA
+TATTTTGTAATAAGTAGAAGAAGTTTCTACCTGTTAACAAACTACTCATTTAAAATTGGC
+AAATTTGTGTCTTGGTCAGATATTACTTTAAGACATATTTTGAAAGGCGACTACTTGGGT
+GCATTGGAGTTCATAGAATCACTTTTGCAACCTTACTGTCCACTGGCAAACTTGTTGAAG
+CTAGATAATAATACGGAAGAGAGGACTAAGCAACTTATGGAACCATTTTACAATCTGTCC
+TTGGCTGCCCTAAGGTTTCTTATAAAAAAAGATAATGCCGACTACAATAGGGTTTACCAA
+TTATTAATGGTAGTTGTTCGTGTTTTGCAGCAATCTTCCAAAAAACTAGACTCAATTCCT
+TCTCTAGACGTCTTTTTGGAACAGGGTCTGGAGTTCTTTGAATTGAAGGACAACGCGGTA
+TATTTTGAAGTTGTAGCAAATATTGTTGCCCAAGGATCAGTTACGTCAATTTCCCCAGTT
+CTTTTCAGGTCCATAATTGATTACTATGCTAAGGAGGAGAATTTAAAAGTAATTGAAGAC
+TTAATCATCATGTTAAATCCTACTACGCTTGATGTTGATCTTGCCGTCAAACTATGCCAA
+AAGTATAATTTGTTCGATTTATTAATATATATTTGGAACAAGATCTTTGATGATTATCAA
+ACCCCAGTGGTGGACTTGATATACAGGATTTCTAACCAAAGTGAAAAATGTGTGATCTTC
+AATGGTCCTCAAGTACCTCCTGAAACGACTATATTTGATTACGTAACGTATATCCTTACT
+GGCAGGCAATATCCACAAAACTTGTCTATATCACCAAGTGATAAATGCTCCAAAATACAA
+AGGGAACTTTCAGCATTTATTTTTAGTGGCTTCTCCATAAAATGGCCGTCGAACAGCAAT
+CATAAACTTTACATATGCGAAAATCCAGAAGAAGAGCCAGCATTTCCTTACTTTCACCTT
+TTATTGAAATCGAATCCGAGTAGGTTCTTAGCAATGCTCAATGAAGTGTTTGAAGCGTCC
+TTGTTTAACGATGACAATGACATGGTTGCATCAGTTGGAGAAGCAGAATTGGTAAGTAGG
+CAATATGTTATTGATCTACTATTGGATGCTATGAAAGATACGGGAAATTCAGACAACATC
+AGGGTACTTGTTGCAATTTTCATTGCAACTAGTATATCAAAATATCCTCAATTTATTAAA
+GTGTCTAACCAAGCCCTCGACTGCGTTGTTAATACCATATGCTCCTCTAGGGTTCAAGGT
+ATATATGAAATTTCTCAAATAGCTCTGGAGTCGCTTTTACCCTATTATCATTCAAGAACA
+ACAGAAAATTTTATACTGGAACTAAAAGAAAAAAATTTCAATAAAGTTCTTTTCCATATC
+TATAAAAGTGAAAATAAGTACGCCAGTGCGCTTTCACTTATTTTAGAAACTAAGGACATC
+GAAAAAGAATATAACACGGACATTGTATCCATAACCGACTACATACTCAAAAAATGCCCA
+CCTGGAAGTTTAGAATGTGGCAAAGTTACTGAAGTTATCGAGACGAACTTTGATCTTCTT
+CTCTCAAGGATCGGTATCGAAAAATGCGTCACAATTTTTTCTGACTTTGACTATAATCTT
+CATCAAGAAATCCTGGAAGTAAAGAATGAGGAGACTCAGCAAAAGTATTTGGATAAGCTT
+TTTTCTACGCCAAATATCAACAATAAGGTCGATAAGCGTTTAAGAAATTTACACATCGAA
+TTGAACTGTAAATACAAGAGCAAAAGGGAAATGATTCTTTGGCTTAATGGTACAGTTCTC
+AGCAACGCTGAGAGCTTACAAATTCTGGACTTATTGAATCAAGACTCTAATTTTGAAGCT
+GCAGCTATAATTCACGAACGCTTGGAAAGTTTTAACCTAGCAGTCAGGGATTTATTAAGT
+TTTATTGAACAATGTCTAAATGAAGGGAAAACAAATATATCTACTTTATTGGAATCTTTG
+AGGAGGGCCTTTGATGATTGTAATTCTGCTGGTACCGAGAAAAAATCGTGTTGGATATTA
+TTGATTACATTCCTGATCACTCTATATGGGAAATATCCTTCACACGATGAAAGGAAAGAT
+TTATGTAATAAACTACTTCAAGAAGCATTTTTGGGATTGGTTAGGTCCAAGAGTTCCTCT
+CAGAAGGATTCAGGTGGGGAATTCTGGGAAATAATGTCTTCTGTTCTTGAGCACCAAGAC
+GTTATTTTAATGAAAGTTCAGGATTTAAAGCAACTGCTACTGAATGTTTTTAATACTTAT
+AAATTGGAAAGATCTCTTTCTGAGTTGATTCAAAAGATTATAGAGGATTCTTCGCAAGAT
+CTTGTTCAACAGTATAGAAAATTTCTGAGTGAAGGGTGGTCTATACACACCGACGACTGC
+GAAATCTGCGGGAAAAAAATATGGGGAGCTGGTCTGGACCCATTACTTTTTCTAGCTTGG
+GAAAATGTACAGCGCCACCAAGATATGATTAGTGTAGATCTCAAAACTCCCCTTGTCATA
+TTCAAATGTCACCATGGCTTTCACCAGACTTGCCTCGAAAACTTGGCCCAGAAACCCGAT
+GAATATTCTTGTTTAATTTGCCAGACGGAATCTAACCCAAAAATAGTATAACATTTCTAA
+ATATTTAATACAACTTTGGTTACATAAAAGTAAAATTTATACACCTCATTTCATTATGTA
+GATTCATATATAGAATACCAATTATGATTGACCCAATAGCCATCAAAATCAGTAGTTATT
+AATACTTGTCTTTCTAGGAGCCATTTGCATATTTCTGATATTTCATGAAGCGAAAGTACT
+TCACGACACCTAGATTGCAATCTACTCAATGTTATCCCTGGATGAAATATTATTTCGTTA
+ACGACCATAGTAACTACCTGCTTCCATATGTTTGGCCTAATGGAACCAGATCCATTCACC
+CATAAACGAGAAAATGGTTTGCCCAGTGGAACTTTGACAGCAGACTTCCTTGCTGTATTC
+AATTTTGTCTGAGAATTGGCATATATAATCAGAGGGGGAGTTAATGTTCGTATTTCAAAT
+CTCCTTGAAGTATACGTTAAAGGTCGAACATTTCTCACCATTGGAATTACATCCATATTC
+AATAGCTCTCCCGAAATCAAATCAATTAAAACCCAAGAGGATATATCGGACGGCTCTTGA
+TTGATAACAATAGCGTTTCCGGCCTCCAATAATTCATTAACCTTACATCTATACTGAAAA
+GCTACACCAAAATCTTTATAATTTCCTCTATTTTCCAAAATGTCTGGTAAAGTATCAGTA
+CATTCAAGTTTTGAGCCATGGAGATAAATTTGCTTTTCCTTAGCCATATCCATGATGACG
+TTATCTATTGATTCGTTTCCAACGTTCTTCAACGCCTCTATTTCATTTCTAGTGGTCGAA
+GGACTTTCTATTAATATGGACCGGATCACTGTGCGAATATAATCGTCGCTTTGACTCTTC
+GATAAGTCCTTAGTAGAAGCGGAAATCTTTCTAGTGTAAGTTTTTTTTAAAGAAGAGATC
+TCTCTTTGAATCATAGAAGACATGGCCAGATCGTTGCCAGAATGTGTAAGTGTGTCATCA
+CGTACCAGAGTAAATTTTTTTCTATTCTCTTCGTAGTTCTTATAAAGAAAGAGCGGCCTT
+TTTATTTCCTTTTCATCAAAAGAGGTCCAAATATCAAGCAATTTGATAAGATCTAGTTCT
+TCAACATCCCTCAGTGAAATCTTTTCACTTTTAATGGCTAGAACGAGCATTTTTTTCCAC
+TTATCGACATATGCCCTCCAACCACTATGACCCATTCTTACTCGCCGTGCCGTCCATTTC
+TTTTTTAGGTTATCTAAAGAATTATTAGGAAATAATTTTGTTATTTTGTCCCACATTATT
+TCATTTTTAATACTTTTAGTAACTACAACAGCTCTGATTAAAGCCTGAACACCATCTTTA
+GTGCCTGCATGATAGACAGTTTTGTCTTCTTTAGTATTTTCCACGACCACCGTTGTCCTA
+CCAGCAGACACTTTTTTGTCTCTCCTTTTGATCTTTCCATCTGATACGTTGACCGACGTA
+CTCTTCTTAGAGATAGCGTCATCTGAAGCTTTGATCTTAGCATTCTTTTGGCGGTTCTGA
+AACTTACGAATTCTTTCAACTGATTTCTTTCCTCTGTGAAACCTATTTTTTTCCGTTTGG
+TCAAAGAAGTATATTTCCGTATCATGTATAACATCAGTAAAGGTTGCTTTTTTACTATCT
+TTTTCTTTCAGGATGTACCTTTGGATAGCGTCCTCTCCAACAGTGGGCAAAAAAATAATT
+TTTCTTCCTGATACAGGCTCTGTTCTGGCTCCTAATTTTTCGCTTTCTACCATCAAATCA
+ACATCACCACGGACAGTCTTTTTATCTAATGTCGTTGTGGAGCCCATATATTTAGAAACG
+CTTTCGTAAAATTGTTCTCTCAGGTATGCTACCCCACCAATCGTATTCATAACTTTCAAA
+ATGGCTCTCTGTCTCTGTAGTGAACGCAAAGAGCGGGCAGAAAAGCCGCCGAAGTTAACC
+ACCTTGCCTTTGACAACAGTGCCTCCGTTTGAACTTGGACTATCTTCAGCAGATTTCGGC
+TCCTGTGCAGTGCTGACATGCTGCTCTAGCTTAATCCTTTTGGGATTCGAAATGTTTCCT
+GCAACAGAAGCATTAGTACTGTTTTTAACCTGCCTCTTCCGTTTGTTTTTATTCGGAGTT
+TTTTTTGAGTTTGGGGGAATTTTTAATTCACCGTGCCAGAAGAATATATCCTGTCCATCG
+CTGTCCGTTGTAAATCTAACAGTGTTGTTGAGTGCGACGAAATTATCCTCGTTGAGAGTT
+TTCAAATCGGTACGAGATTTGCCTAGCTCATCAAACCCTTTTGGAACGGATATTTCGTCT
+TCCGCATTTGTTAACTTTTGAAAGTTCTGAGCTGTGAACAGCCTAAAAAACTTCTTCTTT
+CCCTCAAAATCGTATATGCGAAAAAGCCTATACCCCCCTGTATTTTCTTTTTGCTTATCC
+ACACTTTCTAAATAATATTCGCTTGATTTGGTAAAAGCTCGCTGAAATTCTTTTCCGGTA
+ATTCGATTTACAACATCCATAGTTGAAATTCCTTTAAGGCCAGACTTATCTGCAATGTCA
+TAAGTCTGATTTTGAAGTGGATAAAATCGATTAAGAAGAACTTCATTCTTTACAGCATCC
+TCTTTCTCTTCCATAACAAGGCCTTGATTTTGTAATAAATCAGTCGCATTGAAATTATCT
+AAACCTTCGACTAAGTCTTCATCTTCGAAAGCTGCCTTGCTATCTGATACAGAATCTTCA
+TCCGCGCTATTGCTATCATACTCAAATGAAGGCGAGCCTTTAGAGTCTGGAATATCTTTC
+ACGTATTTTACACATCTGATTTTAATGGCAGGATTCTTGGGTGATACTACAAGCACTTTC
+TTTAAGTACTCCTTTTCATCTAACCATGCAATAGCTGCAATAAAAGCTTTAGAAAGTCTT
+TTCTCTTTGTCAAATTTCAATTCACGCTTTAAATCAATTATCTGGCGAATACCATTTTTT
+GATCGTTTTACCACCTCAACTATTGTTGCTAAATGATCCCTAATATTAATATAGGGATTA
+CTATCCACCCCGTCATGGCTGAATTTTTTTAGCTTCAATTGCTTCACGACGTGTCCCTTA
+TAAATCAGTTGTGAACTTGTTAACAGGTGGTTTATTTTCTTGATACGTCCAGTCACACTT
+CTAGGATCTTGCCCAGTTACCTGCGCCAAATCCATAGTATTGATCCCTTTTTCTCCTGAT
+TTGGCAACTTCGAGAAGTAGTTCAAATGCAGAATTTCCAATAGTTGACTCCTTTTTTGTG
+TATCCCGTTAATAATGTCCATAGGCTGTCCTCAGTAATCCCAACCGAGTATGAATGATTA
+GCGTCGCCTATAATATCAGTCACATTTTTAGTTGTTATAGCACCATCACAATACACCTCA
+ATGTCCTTTTTCAATATCACGCATGAAAGCACGAACTGTTTAACTTTTTTATCAGACAAA
+TCAAAATATTTACCAGATATATCCCACAGCTGATTCAAAGTGATTTCTTCAATGTGTCGT
+TAGTAAATAATCTTTCACAATATAGTACGTTTATCACCTAAACGGAGCCGAAAAGGAGAA
+TGAGACATGAACATACTTCCCTTATTTGAAGCAATTTTATCAGACACTATTTGTACGAGT
+TCGTCAGGATAAATCGTCAGTACCATTTTTCTTGTGGCTAGTTGGCTTCAACCAAACGTC
+CTCTTCTCTCTTATGGCAAGAAGAAAGTTATATGTGTGACTGGTTGTTTATTTCACTTTC
+GCGACTGAAAGCGCCGCCCTTTATGATGCAAAAAACCAAGCGGTATTTGAAAATGCAGAT
+TTGCAGAAATAAAAGAAATAAAAATAAAAATCTTATAATTTTACCAGCTTCAATAACTCG
+ATTTGCATAAGTGTGCCTTAGTATGCTTATTATATTGACTTTGACATTGAACTTCAAAAC
+CTTTTATGTAATGATTTAAGTCTTGTCACATGACATAATAATAAATAATTTTAAAAATAT
+AAAATATTTTTAATAGTTTTTAAATATTTTACAGTTTATTTTTTAAATTTATTTATATGT
+TTTTGTTTTCCGAAGCAGTCAAAGTATTTTAATTTTCGGAGCTTTCATTTCAAGCGCCTT
+TTTTTTACACATAATACGATCAAGATAAATTATTATAGTGGTACAGAACTCTTAAGCACT
+AGGCGGTGGACCTTATTAGCTCAATCTTGAGTCAGTCCATGTATCGTTTTATAATACTTT
+TTTAAGCACTTTCTTTAATAAATATTCCATTGAAGTACTGTTACTGAAATGAGATGAACT
+GTTCAGAATGTAGAAATGGCGCCAGAAATCAATCATTGTTTAGCAAAAACACCTTTCGTC
+TGCTGCCTCGGGTGTTTTTTCAAATTATTTCAGCAGGTAAATTAAGATAGTTATTCGAGT
+GATTGCCAAATATCATGTTCTACTTCGAAGACTTATAGCTAATTAATTTTTTCATAATGA
+AGGTGTCGTTAATTGTTCTGATTAGTAACATGAAACTCAAAAATCATCAAAAAAAGAAAA
+GCTAAATGTATACTTTTTTGTCTACATTAGTTACCTTTTATTACATGAGAAAGTTATTTT
+TCTTCTTTTTTTTTTTTTTTTTTTGAAACTTTTTCCTCTCGGAAAATAAAAGATATATTT
+ACAAGTGAAAGCTTATTGTAATGTGTACTTTTAAACATCAAATAACAGACCTTTACATCA
+AATAAGCACCGCAAGATATCCTAAAATCGACATCCAATGCATCGTAAATCATTGAGGAGG
+GCTAGCGCTACTGTGCCTTCCGCTCCCTATCGAAAGCAGATTATTAGCAATGCACACAAT
+AAACCAAGCCTTTTCTCTAAAATTAAAACTTTCTTTACCCAAAAAGATTCAGCCAGAGTG
+AGTCCAAGGAATAATGTTGCTAATAAACAACCACGCAATGAGTCTTTTAACAGAAGAATC
+TCAAGTATGCCTGGAGGTTATTTCCATTCTGAGATATCCCCAGATTCTACTGTAAACCGT
+TCCGTAGTTGTTTCTGCAGTGGGTGAAGCCAGAAACGACATTGAGAATAAAGAAGAGGAG
+TATGATGAAACACATGAAACTAACATCTCCAATGCAAAGCTTGCAAACTTTTTTAGTAAA
+AAAGGTAATGAGCCTTTATCAGAAATTGAAATAGAGGGTGTGATGTCATTGTTACAAAAA
+TCAAGCAAATCCATGATAACTTCGGAAGGAGAACAAAAATCAGCCGAAGGTAATAATATC
+GACCAGTCGCTTATCTTGAAGGAGTCAGGAAGTACACCAATCAGCATATCTAATGCGCCG
+ACCTTCAACCCAAAATATGATACTTCAAATGCGTCAATGAATACGACTTTGGGAAGCATT
+GGTTCAAGAAAATACAGTTTCAATTATTCTAGCCTGCCCTCACCATACAAAACAACCGTT
+TATAGATATAGTGCAGCGAAAAAGATCCCCGATACATACACAGCCAACACATCTGCTCAA
+AGTATAGCATCTGCTAAATCGGTAAGAAGTGGTGTTTCAAAGTCAGCTCCTAGTAAGAAA
+ATAAGTAATACAGCTGCGGCATTGGTCTCACTATTAGATGAAAATGACAGTAAGAAGAAT
+AATGCAGCTTCAGAACTTGCTAATCCATACTCCTCATATGTAAGCCAAATACGCAAACAT
+AAGAGAGTTTCTCCAAATGCTGCACCAAGGCAAGAGATCAGTGAAGAAGAAACTACTGTT
+AAGCCATTATTTCAAAACGTTCCTGAACAAGGCGAAGAACCAATGAAACAACTGAACGCC
+ACCAAAATTTCACCATCTGCGCCAAGCAAAGATTCTTTTACTAAATACAAACCTGCAAGG
+TCCTCATCCTTACGCTCAAATGTCGTCGTAGCTGAAACCTCACCTGAAAAGAAGGATGGT
+GGAGATAAACCTCCATCCTCTGCTTTTAACTTCTCGTTTAATACTTCAAGAAACGTTGAA
+CCTACTGAGAATGCTTATAAGAGCGAGAACGCACCATCTGCATCATCAAAGGAATTCAAT
+TTTACCAACCTACAGGCGAAGCCGTTAGTTGGAAAGCCAAAAACCGAACTTACAAAGGGC
+GATTCTACTCCCGTCCAACCAGATCTTTCGGTTACTCCTCAAAAAAGTTCATCGAAAGGC
+TTTGTTTTTAATAGTGTTCAAAAGAAATCACGGTCCAATCTTTCACAAGAAAACGATAAT
+GAAGGTAAACATATCAGCGCCTCAATTGATAACGACTTTTCAGAGGAAAAGGCGGAAGAG
+TTTGATTTCAATGTTCCCGTGGTGTCTAAGCAGCTAGGAAATGGCTTGGTTGATGAAAAT
+AAAGTTGAGGCTTTCAAGTCCCTATATACCTTTTGATAATGAAAATTTTAGCCGTGACAT
+AATTACCGTATAGCCCAACTCAATACGTAAGTTTGTGTAAAATACCATTCCAAGATGATA
+TTATTTAGTCATTTTTTTTCCACTTTCTCAAAAAGAAGGAATACCTTTAGCGGCTCTTAT
+AAACTATAAATTTCTAGAAGATACATAAAAGGTTTTTAGTCTGATCATAAAATTTTTTGC
+TTAACAAAAAATTTGCCCAGGTGTTTCATTTGCCAGCCACAAGTAACAGCGAGAACAATT
+AATTGAATGACAATCCACCACATAGCACGAGAATTAACAGCTTCAGAGGCGTCTCTAAAG
+GTAGCTTCACGATCTCTCATCAATTTTTGCTCTCTTCTAATTTCGCCGATCTTGGAGTTT
+AGGACGTTAACCTTGGCATGTAGAATGTCAATAGTGGCTTTACCCTTAGAATCTAACTTT
+TCATCAGAGCCCACTTGGAATTCAACGTCAATCTTCGTTTTAGCCTTAATCAACCAGCCA
+CCAGCTTCGGGCTGAATACAGATTTTATGTTCACCCGAATCAGACGCAAGGAAAGTTAAA
+TCACCACTTGCTGAACCTTTCTGATGAACAACCAGGTGGTTATCATCAAAAGTTTCCTCA
+ATATCAATCAAGACACCAAAATCTTGCGCACCAGCGTCTCTGTAATTTTGTAATTGGTCA
+TCGTAAATTTGTGCCTTGTAAGTTGCTTGGAACAAAGTACCTTTAGACAATTCCTTGTGG
+AAGCACTTACGTTCAGCACCAGAAGTATAATAATAGAACGCAGTAACTTGAGCTGGTAAA
+ACTAGACAGCAGGCAAAAACCTGTAAAAGAGAGGTTAAAAGCATGATTAGTAGAGAGATT
+GGTTACCTTTAAATACTTTTCCAAACTACAGAGGGAAGATAGAGTAAGTTTTGTATGTAC
+ACATTTCTGCTGATGTGTTTTTTTTTTTCAACTTATTACGCGATTCGTTTTTTTTTTACG
+GTAACAGAATACAGAATAAATTCACGTACAAAAATAGAGAATATATAAAATAATAGGTTG
+ACGATTATATTGGATCTTCCCCTGGGGTTCAAGAGTCGAGACCGAGTCCTTTTAGTTTGT
+GTATATCAGCTGGTTCTTTTCGTTATGAACATCCTTTTACAGGATCCATTCGCTGTTCTT
+AAGGAACATCCTGAGAAGCTCACACATACGATTGAGAACCCTTTACGCACTGAATGTCTC
+CAGTTCAGTCCTTGCGGTGATTACCTGGCTCTTGGGTGTGCCAATGGAGCACTTGTTATT
+TACGATATGGATACGTTCAGGCCTATTTGTGTCCCAGGAAATATGTTGGGAGCACATGTT
+CGACCCATTACATCTATCGCATGGTCTCCAGATGGTAGATTGTTGCTTACAAGCTCTAGA
+GACTGGTCAATAAAACTGTGGGATCTTTCAAAGCCAAGTAAGCCTTTGAAAGAAATACGA
+TTCGATTCTCCAATTTGGGGTTGCCAATGGCTGGATGCTAAAAGGCGGCTTTGTGTAGCT
+ACGATATTTGAGGAAAGTGACGCATATGTTATTGACTTCAGCAATGATCCGGTCGCAAGC
+CTTCTCAGTAAATCAGACGAAAAACAATTGAGTTCGACACCTGATCATGGATATGTTCTT
+GTTTGTACAGTACATACCAAACATCCAAATATTATTATTGTTGGAACTTCAAAAGGTTGG
+CTAGACTTCTATAAATTCCATTCTCTATATCAAACAGAATGTATTCATTCCCTTAAAATC
+ACGAGTTCTAATATCAAACATTTAATTGTCTCGCAAAATGGTGAAAGATTAGCTATTAAC
+TGCTCCGATAGAACAATAAGACAATACGAAATAAGTATTGATGATGAAAACTCTGCGGTT
+GAGTTGACCTTAGAGCATAAGTACCAGGATGTGATTAATAAATTACAGTGGAACTGTATC
+CTCTTTAGTAATAATACTGCCGAATACTTAGTCGCTTCTACACATGGTTCTTCTGCACAT
+GAACTATACATCTGGGAAACGACTAGTGGAACGTTGGTGAGAGTCCTGGAAGGGGCTGAA
+GAGGAGTTGATAGATATAAATTGGGACTTCTATAGTATGAGTATAGTGAGTAATGGTTTT
+GAATCTGGGAACGTGTATGTGTGGTCTGTTGTTATTCCGCCAAAGTGGAGTGCTTTGGCG
+CCAGATTTTGAAGAAGTAGAAGAGAATGTCGACTATTTGGAGAAGGAAGATGAATTTGAT
+GAGGTCGATGAGGCAGAACAGCAGCAAGGACTAGAACAAGAGGAAGAAATAGCTATCGAT
+CTTCGGACGAGAGAGCAATATGATGTTAGAGGTAATAACTTGCTTGTAGAACGGTTCACA
+ATCCCTACAGATTATACGAGGATAATTAAGATGCAGTCATCATAGGTTTCTCTTCAAAAG
+GAGAAAGTTTAAATAGGCAACTGACACTGAAGAGGTATAGTCATGCCTACCGCGATTTCT
+TTGACACAGAATTGAAAAATTTTGCATTTTTTGGTAATTTCCTAATAATACGAAGTGCAA
+TAATCTCACTTTGATAGGAGCACGTCATGATGGTAATTTCATACTACTGAACGTAAATGT
+TGAAGGTGAATTTGTAAAGCTTTGTTATTTGAAGCTGTACACCTAAAGGGCGGTAAATTG
+TTGGGTGTTAGTACCATGCCATTAATTAGAATTTGTTAGCATTTTTATTCATTTGTGCAT
+TATGGGTTCAAATTCATATGACTGAACGTGTAGTTTCATATCCAGTCATCAAGAGATGCT
+GAACCGCCCTTCAAAAACTTGACGAAATAGAAGTTTTTTTTTTACATTTCTCATATGTTA
+CATAGATTAAATAGTACTTGATTATTTGATACATTAAGCTAACAAAGCCTTGGATAACTC
+ATCGGCAAGATAGTCGGCTTCAGCCCTGTAATTCAAGCTGTGTAGGTTAGCAACGGTATA
+TCTAATTCTGCTTTGATCATTGTATGTATCCTCACGCGCTCTAATCCTAAAGTCATATTC
+GTTCATTTGGATACTTTGAGTAATTTTTGTGAATTCGTTGGGGTCTTCTTCCTTCAAAGA
+CATTAATGTATTAGCATCAACACCCAATAATTGTTTAGCTTGGTCGTCAAATAAAGTGAG
+CCATAGTTGATTGGTTTCGTCAATAATTGATATTGTCAAGATGTATCTCCAATTTGGCCT
+TGCATTATTGGTGTCGCACTTCTCACATCTCCAAGTACCATCAGGCTGTTCCAGAACTTT
+CTTATTACAATTCTCATTAGAACAGGCAGGATATGCAAAATTATCAACTTTTAAGAAACT
+TATAGCAGCTTTAACACTAAAAAAGTCACCTTTCTCGCTTCTTCCTAGATTTTCAGCTTG
+AGCTCTAGCAATAGTAATACGCTGAGCAATGAATTTTGTTAAGCTAGCAGCCGATTGACC
+ACCCATACCGGGTTCTTGCTTTAAAGTGATGAAGTTTGCGTTGCGGCCCTTGGAATCATA
+CCAACCCTTTAAGGCATATGCCTCAGGAATTTCTGGATTCGGAATCAGGGTACTAGAAAA
+TCCCATAGACAAAGATTTGCCACCAAAATCCGTCACACGAACACCTTTAATGGCAGCAAC
+AGAACCTTCAGGAAGGTTGAAATCAAGGGCTTGCTGATTCCATAGGCCAACAGAGATAGA
+AAACCCAGAGTCGTCAACAATTGTGATGTCACGACGATCGAATTTCTTCCCAGCCCTTGA
+AGTTAGCTCAAAATGTGGGTTTATAGTTTGGATAATACCGAGGACGTCTACGTTGGAATT
+TACTTCCTGGTTCTGAATAGCATCTAGTTTGATGAAATTGAAATGGGTTTTCGGAACATT
+ACTTTCATCGAAACATTCTTCTATAACAGTGTCTCTATCCAAATTCAGTTCATAAGGGTG
+TGTTAGATTAGTAAATTGGGGCTTAGCTGGTTGGAGTTTTGCCTTTGATACATAGTATAC
+TTTGCCTTCTTGTAAAATTTCGTTAAATTTTGTAGCAAAATCATTAAACGCCGTGGCTCG
+GATTTCTCCAGAGGTATCCAAGAAGTTGACATTGAATAGTTTACCATCACCTCTTTGATT
+GTGCCACGTTTTAATTTCTCCCTTGTAGGAAACTCTTGCTTTGATAGTCCAAACGTTTTG
+GTATGGAGACAGTTGTTCGATGGCAAAAATTGGTCTGGTTTTTTGCGAATTAGGGTTTTC
+ATTGGCGAATTTTCTCTCATTTGCATTCAAGTTTGAGTTTGAATGCAGCATATCAGGGAC
+ACCAGCATTGCTGGCGTTTGTTTGATTGGCAACATTACCACTGTCAGTTATATCTTCGTC
+TTTTAAGGTTTCATTTGGATGCTCTGAGAAATAGTTATCCAAAAAAGTACTAGTTTGGTT
+GACCATATCAGCACGCGACTGGACCAACTCAAAGTCATCTACTAAAAGAACGTATTTCTT
+TCTTTCCCTGACAATAGCAGGTTCTGCAATTATCACGCGAATGATATCACCCCTTTGTAG
+TTCCATTGACTGGAACTTGGATGCAGCTTGGTTTCTCAACAGAGCCTTCATATGGTAAAT
+ACCATCGGAAATCATGATCAAATTCTTTCTGTTGCTGTTAGCCCCATCAGATTTCCTGGT
+GTTATAAACTTGATAAACGCCACCGGTGGGATTATCGTACCTTTGCTTATTGGTGAAGAT
+GCTATGAAAATCGCCCCTCGAAAGTTGAACACTGCTCATCTCTTGTAAGTATAATCTGGT
+CTTCTTGCTGGTTTCGCCTTTACCGTAATAAGAAGAGTGAATAGTTTTTGTTTTACGTGT
+AGAACTTAAAGTGATAACATTTGTTCAAGTAAACCTTTATGTTAGTTCACGCGTCTTTTG
+TCGCCTCGTCTAATTTTTACGCGTGACATTTTTCCAAGCAGAGATATTTTATTGAGCAGC
+GAAGAAGAGTTAGAGAATAAGAAAGTGATGCGATAAGAAATCCACCCAATTAGCATAGAT
+CCTTTCGTATATGGCTGAAGAAGGTGGTACGCGCATAGCTATTAACATATATGCAAAAAG
+AACGGCAAAAGGCGAGGAGGTTTTTATGCCACCGCTAGTATTTGACATAGATCACATCAA
+ACTTCTAAGGAAATGGGGTATTTGTGGTGTGTTATCTGGAACTTTGCCTACTGCAGCACA
+GCAAAATGTATTTTTGTCGGTACCTTTGAGGCTTATGTTAGAAGATGTGCTGTGGCTGCA
+TTTGAACAATCTTGCCGATGTGAAATTAATAAGACAAGAGGGAGATGAGATTATGGAGGG
+AATAACATTAGAGCGGGGCGCCAAACTATCTAAAATTGTCAACGATCGTTTGAACAAGTC
+ATTTGAATATCAGAGAAAGTTCAAAAAGGATGAACACATTGCAAAATTAAAGAAAATCGG
+TAGAATCAATGATAAAACCACAGCTGAAGAATTGCAACGGCTTGATAAATCTAGCAATAA
+TGACCAGCTAATTGAATCTTCTTTGTTCATTGACATTGCTAATACCTCTATGATTTTAAG
+AGACATACGGAGTGATTCAGACAGCTTATCCCGCGATGATATCAGTGATTTGTTATTTAA
+GCAGTACAGACAGGCAGGAAAAATGCAGACCTATTTCTTATACAAGGCATTGAGAGATCA
+AGGGTACGTTTTGTCCCCAGGTGGACGTTTTGGTGGGAAGTTTATAGCATACCCTGGTGA
+TCCTCTTCGTTTCCATTCACATCTGACGATACAAGATGCGATTGATTATCATAATGAGCC
+GATTGACCTAATATCCATGATAAGTGGTGCAAGACTAGGAACGACTGTGAAAAAACTTTG
+GGTCATAGGCGGTGTTGCGGAAGAGACAAAGGAAACTCATTTCTTCTCAATAGAATGGGC
+TGGATTTGGTTAAGCTGGGAATCAGTCATGTATAATTATTTTCTCAGAATTTATGTATTT
+ATAAGGTTTTTCAGAAGCATACATATGTGTAATACAATTTTTAAATTTGCATTGATATTT
+TGATGCATTCAGCGGGAAAGTAGTTGTTTATCACTAGACATATAATTATGTTTATTTATA
+TTTAGTGGGAGCAAAACAGTTTATTGAATGTTTACCAGAACCGAAAAAAAAGCTCTTCTA
+AACTGTTGACATCCAGTTCATTTACTTCCACGTGTAGATGTGAAGGAACAAATATTTTAG
+CATCGTTCATACAAGTAATTATGCTATATTATCGATCCTCGGATTTCAGCTTCCGTTATA
+TCGGATGATTGTTACTCGACCTTTATGTCGTCTTTTTACATCATATATGATAATATGCTA
+GCAGTTTTAATACAAATTGATCGAAGATAGTTGGTTCTGAGAAATGGGTGAATGTTGAGA
+TAATTGTTGGGATTCCATTGTTGATAAAGGCTATAATATTAGGTATACAGAATATACTAG
+AAGTTCTCCTCGAGGATATAGGAATCCTCAAAATGGAATCTATATTTCTACATACTAATA
+TTACGATTATTCCTCATTCCGTTTTATATGTTTATATTCATTGATCCTATTACATTATCA
+ATCCTTGCGTTTCAGCTTCCACTAATTTAGATGACTATTTCTCATCATTTGCGTCATCTT
+CTAACACCGTATATGATAATATACTAGTAATGTAAATACTAGTTAGTAGATGATAGTTGA
+TTTCTATTCCAACATACCACCCATAATGTAATAGATCTAATGAATCCATTTGTTAGTTAA
+TAGTTTAAATGTTTTTATCGGAAGAGGTTTTGTCATCACATCAGCAATGTTCTTCTTGGT
+CTCGATGTAGTATACGTATAAATTATTACCTGATACTTCATCTCTAAGTCTCATTGCCTT
+TGTGCCAAAAAATCTGTTTCTAAATTTCTCTTCATTTGTAGACTTAATTATACTGATCGT
+TGATCTACTATCAGTAAGTAAGCCTTTAATAATTGGTTTCTTGTTAAGTTCTTGTATCAG
+GTAACTTAGATTATTTAATAATGGGACAGATTCACTTATCGCGTGTATTTCTGCTTCCGT
+AGTTGAAGTACATGTTAATGAAGCCTTGGTGGACTTTCCTCCAATTACCTTTCCATTAAG
+TAAATATATGTTGCCAATTTGTGATTTATAATACGGTTGGTTGCCATACGAAGCATCACT
+TATTGCGACTAGTTTATTATCTGGCTCGGTAGGTTTGTTTTTGTGCCATATCAGTTGTTT
+ATCTCTAGTGTCCCACATGAATTGTATCAACTCATATGTCATGTCTAAAACTTGCCTAGA
+GGGGAATAGTATATGTTGAGCAAGTGTGTTGATGTAGTATAGTAAGTCAAATCTAAATTT
+ATATCCAACATATGAAGCTAGACCAATCAACTTTTGCATTTCATGTACCTTCTCTTTGTA
+TTCATCTTCATCTATTTCTAGTTCATCCTGGTCTATATAAAGACCTGGTTGACCTGGAGC
+TCTAAGTTTCTTTCCTTTTGGGTTCAAAGGTACGTTTAGTTTGGGTAATTTTTCTGTCAA
+GGATTTTTCCATACCTAATTTCATGTATTTACCTCTTTGATATTTGATTTCTAAGCCAAG
+TATGTCGTACTGAATTTCGTTATCACTTTCACCCAGATTTATTATCTTTGTATCGTATTG
+TTTCTTGAGTGTTGTTATGATTTTCTTATTTGCATTTAAGTCTTTGCTGAACAATATCAT
+ATCATCAACGAATAAGCAAATTGTTACTTGACTATTCTTAAATACGCATGACCATCCACG
+AACTTCTTCCATACCACACTGTTTTATCAGGTATGATTTGATAGTTTCGTACCAGTTCGC
+TCCACTTTGTTTCAATCCATAAAGTGATTTCTTCAAACGTATCAACTTATCATTCATTCC
+TAAATGTGGTGGAGGTCTTATGTATAATTCTTCTTTGATGTCTGCATACAAATATGCCGA
+AGATATGTCTAATTGTGTAATATAGTAGTTATTGTCTAATGCAAGTGACAGGGATGTCAT
+CAACGCATAATGATGTACAGTGTTGGATTGCATACCTGTATCGTACGTATCAGGATGCTG
+AATGTCACCTCTTGCAACAAATCTAGCTTTATGAGTTCCGTCACGTTTCTTGTTGAAGAT
+AAACATTGAGTTTATTACTCTTTTAGGGTCTATTTCTTTTCTGTCATAATATTTGTCAGT
+GTCCCAAGTATTCATTTTCAATAGTTGGTTGACTTCTTTGTGGTATGCCTCGATATATTT
+TTCTTTTTCTTTAATATCTTTATTATAGGTGATTGCCTCATCGTATCGTAAGGTTGTCCG
+TATTGGTTTGATTGATTTTACTGCTTTTACAGCTGCAATCAGGTGAATTCGTTTCTTCGA
+TCTCGGAGGTTCTAAACTACGCATATTCTTAGTATTCCATGTGTCTCGTGATACCTTAAT
+TTCAGTTTCATTATCTTCTAATGATCTTTTCTTACTGTTGATAGTAGTATAGGCATTAGA
+GTCACCAATACCACCCAAACTGGAATTAGTTTGATGAGAATTTATCGGTGGGAGTTCTTT
+AAATGGGTCAGGGAATTCGGTAGGAGATTCTGGAGGTAGATCAGGGAGTGGGAGATCAGC
+GATGATAGATTCCTCGGTATTCTGTTCAGAAACAGTAGTTGGCGTTTTGATAGGAACAAT
+ATTGTGCGATGAATTATTTTCCGGTGGAGAAGCATCGATTGAAGGTGAACGGTGTATAAT
+CCTTTTCTCAGTCTCTTGGTCACTTATCTGCGGAACAGTTTTGTTGTTGGTACCACCCGT
+ACTGGATATTGGTACGTTTGTATGATTAGTCTCATTTTCACTGTACGAGTCTGAGTGTCT
+GAAATCTTTAGATTTACTGGCGTGCGACGACTCATGTGTGTTAGATTGGGACATGGGAGC
+AAGTAAAGGAACATTTAATTTATGCATACCACCCGAACCGGTACTCTCGATATTGGAAAT
+TTGGGGGGTGCTAGATCTCTTCTTTGATGGAAGAATATTAGATTCAGATATGTTGGGGTC
+AACTTCTCTGGGTGCGCGAATATTGGTTTTAGAAACACGTTTCGAATCTTCAGTATGAGT
+TGACGGAGGTGTGGAATCGGTTGGACTCACAGCTTTTGAAAGGACATTTCTCGGTTGCTC
+AGGATGTAGTTCAATGTCGGATTGGAAGTCATGGTCAGATTCTATGTTAAGATCATTGGA
+TTCTTGGATCTCATTTGACGCAATGAACGAATGATATGAAGCAGTTAAACGGTTTAAGTC
+TTCATCGAAAGTGAGTGCGTCGTAATTGAATTGATCTAATCTGGATTCCTTGCCCTGAAG
+AATAACATAGTTAGTTGTATCTACTGTCTTCTTTAAGGATGGAAGATAGATGATATATCC
+ATAAGAGTTTCGAGACGGATGTAGAGCGTAGCCTGGGATGCCACGAGGATGTATTTTGGA
+GTTAGGGTTGTGATCATTGACGATAACAGGTTGACCGAAAGGTAACAAAGTACTGATATC
+AAGTCCTGCCAAGCCAGCATGTTGTCTTGCAGATTTTTTGCTTTTAGGTGAAGCTAGTGA
+ATTTCTCACAATAGTAGAAAATTCGATTGCAGAGAACCATAAATGGTTCGGTAAACCACT
+ACATTGCAGTTGAGTACGGCAGTCATCTAATAAGGTACGGTTTAGCCGTTCAGCGACTCC
+ATGTGCTCGGGAATCCGCTGTGGTTGTATAGCATGGAGTTATACCATTTTTTTCAAGGAA
+TTTATGGAGAGTTCTGTTAGTATACTCAGAACCACGGTCCATTTGTATAACCAAGACACT
+GGCCTGAAACTGGTTTTTAATAAAAGCTAGTATCGTAGTAAAAACATCGAGGATAGAGTC
+CTCGCGACGGTCGTGTAATGGATAAACCCAACGCAATTTTGTTGTCTCATCAGTAAATGA
+GATGAAATAGGATGGTGCACTTTTTGGTAGGTTGTGAACTGGACCAAATATGTCAGTATG
+TAGGTATTGAAAGGGTTCGTATGAATTTTGGTATTTTAGTCGTGAACCTTTGATATGTCT
+GTGTTTGGTGCTTTTGCCGATTAAACAATCAGGACATTGATAGTCAATAGCACTAGACCA
+GTCGACATCTGATTCGTTAAAATACGTGATGGTGTTATTTTTAAGTGAGTATCGAATTTG
+TCTGTGCATTGGCATGCGCAAGCATTCGATGAATGAAAGGATAAGGATATTTGCGTGTAC
+TTTCACTTGTATGGACATTATTGATGGTGGGTACGGAGATATTTGATGGAAGCAAGTACT
+TTTTAGATACCCAGTAAAAGTCTCCATATTTTACGATAGGTGCAAGTACAGTGCCGTCAG
+ACCGTTCTAAGACGTTTTTGGTAAAGCATGCTGTGATATCTACTGCAGCCAATTCATTCA
+AACTGAGTAAGTCATAGGCTATGTTAGGAGTGTGCAATACCTTTATTGATGTTTTGGTGT
+TGTCCTGGAAGTGAAATTGTAGGTCACCAATAGCGTTAATTGGTATATTTCTTTTTTGAG
+CATCAACTACGTTTATGTCAGGATTAGATGATGCTGAGTGTATGTGATGAGCAGATCTTA
+TAAGGGTTCGTGATGCTCCTGAATCGAGAAGGAGGTGTCCAGGGAGTTCATCATCAGAAT
+GATTAGTATGATTTACTGTAGATTCAGTAAGTTTCTGGCCTAAGATGAAGGTCGTGCTTA
+TTGTTCAATTGAATCGGTTCAGTAGTTGATTTACTGATGGAATCGTTGTCCGTGCTGGGA
+GAGTTATTAGATGTGGATACATTGTGAGCCCTGGCTGTTTTCGATTTCGAATTATTTGTT
+TTTTGAGGATTCCGAGCTATAACTTTGGGTTTGGTTGTATTCGTATAGCTGCGAGAATCA
+TTCTTCTCATCACTCGGATTTCTCCTGTAATTAGGTTTACTGTTTCTCGATCCCTGTTGT
+TCTTCATAAATAGCATGGATATCTAAGAACAGTTCAGCGACTGTCATATTTAGATGTCGA
+TGACGTGTGTAGCGTAAAAATTTATATTCGCCAGATAGACCTCTCATAATTAATTGGCAT
+GCGACCTTGTTATTGATATGAATGCCATTATTGTTCAGTCTGTCGATAATGTTTGTGACT
+TTTGTTTCAAATGCATCTGCAGGTGTACTGCCATTATATTGCAAATTTGCCAGGGTCACA
+ATGTCGTTTGCCTCTTGGGTATCAGATTGCATTTTTTCAATACTTTTGGAAAGAATTTTC
+ATGATATCCGTATAATCAACGGATAGGATGTCTTTGACCCAGGTAGGTAGGAATTGAGAG
+GGAGCAAATATTTGAAAAGTGTTATACAAGAAGGTGAGTTCATCATCAGTGATCTGACGT
+ACGGGTTTTCCGTTTACTGTCGGAATAATACCACCGAGATTCGAGTTTTGTAAAAATTTG
+ATGTATGTTTTAACCCAATTTGGAAAGTCATTAGGTGAGGTTAACATTGGTGGTGGTCTG
+ACATATTTTTTAGTGGATGTCATATCAGAGTCCGCTGAGGATGAATCAGTAAATGTATTA
+CCTGACTCAGGTGATGGAGTGCTCAGAGGCGTTCCAACTGATGATGGATACTGCGGAAAC
+TGTGATTGTGGCCCAGGTGGAAAGTACATAGGCGACATTTGATAAGGTGTATACGGAATC
+ATAGATGGGTGTCCGTAAAATGACCAACCAGATGGATTGGCTTGGTTTTGGGTCATCATG
+CACTGCTGTGGGTACGGCCCATTCTGTGGTGAATGTGACTGAGCAGTTTGAGGAGAGGCA
+TGATGGGGGTTCTCTGGAACAGCTGATGAAGCAGGTGTTGTTGTCTGTTGAGAGTTAGCC
+TTAGTGGAAGCCTTCTCACATTCTTCTGTTTTGGAAGCTGAAACGTCTAACGGATCTTGA
+TTTGTGTGGACTTCCTTAGAAGTAACCGAAGCACAGGCGCTACCATGAGAAATGGGTGAA
+TGTTGAGATAATTGTTGGGATTCCATTGTTGATAAAGGCTATAATATTAGGTATACAGAA
+TATACTAGAAGTTCTCCTCGAGGATATAGGAATCCTCAAAATGGAATCTATATTTCTACA
+TACTAATATTACGATTATTCCTCATTCCGTTTTATATGTTTATATTCATTGATCCTATTA
+CATTATCAATCCTTGCGTTTCAGCTTCCACTAATTTAGATGACTATTTCTCATCATTTGC
+GTCATCTTCTAACACCGTATATGATAATATACTAGTAATGTAAATACTAGTTAGTAGATG
+ATAGTTGATTTCTATTCCAACAGGTTCTTATTTTCAACAATGTAATTGATGGCCTTAAAT
+CTCTACTACATCATAAAGCTTCTAAGCACTTACCATTCCTTCATAAGTCTAGTATTGTAA
+TGAGTTGGGCACATGGCGCAGTTGGTAGCGCGCTTCCCTTGCAAGGAAGAGGTCATCGGT
+TCGATTCCGGTTGCGTCCAAATTTTTTTGTTAATCCAACACAATTGAATTCGTGAATAGC
+TGACTGTCATCAGTAATGTTCGTGGAAAGTACCTATCCATACTGTTGTATCACGACTAAG
+TAGTTGTCGACTACTACCTCCTCAACCCCAGTTATATCCCTATGACACATTGGAGGATGC
+TGAATAATGACAGAATTTTATTCCTCCTTTTCATTATCATAATCTGAAGCAAAGTTAAAA
+AATAGAAGAAGTAAGATAAACTTTGTAGATACGATATATAGTTGTTTGTTTTAGCTATCA
+TATATGCTGAACTGTTACTACCTTATTTTTTCCGAAATGTTTCTAAAACAAATAAATATT
+CATGAATATGATGCAAGTTCGTTGGATGAGAAAAAGACCAGGCTTTATTGTAAGGACAAT
+ATCATTTACGAATAATTTCATCCAATTGTTTCATCAACACATCCATTCTGTCAAAAACTG
+GAGCATAGAGATGTTGAACCAAAGAATTGGGCTTCGAAGCCGGATCGGACATATTGGTAT
+TAGACAATGCCCTTGATCCGGAAAGTGAACTATTTATGCTTGCTGATGATACCGCCCTTT
+GTTCATCCATATAAAAATCTTCTTCAGATGATGAGTGTAACGATAAGGTTGATTGCTTTT
+CTTCTTCGGGGGTACTGTGATGTTTTTCTAGCTCCTCTTTAGGTTGTTCTGCGTCAGTTT
+GATTTGCCATTCCTCCACTAGACCCCAAGCTGGCTTGAATTTGCCCCTCTGTGTTTTCCA
+CGTTTGTTGTCTCTTCAATTTTCGATTTTGCATGAATATATTGTGAAATGTCCTTTATTG
+CTCTAGATGATGGAATACTGCTGCTTTCTTCAACTATTGGAGTGGATGGTGATTCGTTTG
+TCCATTCTGACGACGACGGTGAAAACTCGCCAATTGTTGAAAGGGAATTTTGAGAGTCTG
+ATTTTGCCATACCATTCGCAAATGGCATACGAGGCGCTTCAAATACTTTTTTCAGATCGG
+TATCGTAATCACTGTCAACCGGTTCAGACTTTTCTTGCCCCACATACCGATTTGCATTAT
+AATCATCTTCTCTGTCTTTACTCGATGATGTCTTAGGCTCACTTTCGTTTTTGTTGTCTT
+GTCTCCGAACTTTTTTCACATTTAGTGGTGTATTCAAAGATGTACTAAAGGAGACGTCGC
+TCACTACATCGCTCGTATCATCATCCTGGAATTTGCCAAAATTTAACTTCGCTTCAGTGT
+ATTCGTCCCGGTGCGTTACTTTTGTTTCCTTGTCGTTATCAACATCATCGTCGTACGACT
+GTCCATTGCCTTCACCGCCATCATCGTTACTATCTAACGAGGTATCTTCAATTGCATCAT
+CTATAAACCTGTCTGCATAACCGACAACATCATTGAAACTAACAGATTTGTTCCCCTTAC
+CATATCCATTCAGTGCAGGTGTCGGAATTATACTCTCTGCATCACTTTGATTCTTGTTAC
+CAGAGCTGATGGAATCATCTTTCGAATCGGAGGAAGCAACCGATTGAGAAGACATGTTTT
+CATTTTTCCAGCAATTCAATCGAGCTAGTCTTTCTGGAAAGGTTTCTAGAATTTCCGCTG
+GCGCAAACCCGATTTTACCATCAGTGATCCTCTTAACCAGCCACCAATAGGCATCCTGGT
+CATTCAAAAGTATACAAGGTTCGTCTTGCCCTAATTGACAATGTGAAGAATCATGGCCAT
+TGAACGCATATAAAGCATATAGTTTATCAGGGTCCAGTTCTCTTGGCGGCGATAAGGGTT
+GGTAATCGTCGTTTTCCTCCTCCAAATCGTCTTTCTCCCCTTGAAACCCTGAATCTTGAA
+ATTTTCTGTCAAAGTCATCGTCATCAGAGTAGTTTTCCTCTTCATCCTCGTCCTCCGAGA
+TGGCGTATTTCAAGCCATCACTAAAATCGTCAACGTCAGGGTTCATTGTATTATTCACTG
+AAAAATGCACCTCATCCTTATCGGCGCTATCCACGGAATCAGTTTCGATCTCTTGTAGCC
+TTCTTTCCAAATTGTCCTCAAATTCAGAATCCGAATAATCATATGAGTCGGGCAATTCCG
+AAGAATTTTCTTTGTAATGTCGCTGATCCCTTTTACTGTTGCTATGCATATGTTTTTCCA
+CGTTCTCCTCCTCTAACTCTTTGTCATCATCTCTATTTCGCAGAACATCATGGCCCTTTT
+CTGCCGCATTACTCAGTATATTAAGTTTCGAATTGAAGGGCGAACTCTTATTCGAAGTCG
+GAGTCACCACAACACTTCCGCCCATACTCTCCGAATCCTCGTTTCCTAAAGTAAGTTTAC
+TTCCACTTGTAGGCCTATTATTAATGATATCTGAATAATCCTCTATTAGGGTTGGATCAT
+TCAGTAGCGCGTGCGATTGAAAGGAGTCCATGCCCGACGTCGACGTGATTAGCGAAGGCG
+CGTAACCATTGTCATGTCTAGCAGCTATAGAACTAACCTCCTTGACACCACTTGCGGAAG
+TCTCATCAACATGCTCTTCCTTATTACTCATTCTCTTACCAAGCAGAGAATGTTATCTAA
+AAACTACGTGTATTTCACCTCTTTCTCGACTTGAACACGTCCAACTCCTTAAGTACTACC
+ACAGCCAGGAAAGAATGGATCCAGTTCTACACGATAGCAAAGCAGAAAACACAACCAGCG
+TACCCCTGTAGAAGCTTCTTTGTTTACAGCACTTGATCCATGTAGCCATACTCGAAATTT
+CAACTCATCTGAAACTTTTCCTGAAGGTTGAAAAAGAATGCCATAAGGGTCACCCGAAGC
+TTATTCACGAGTCAGTCTGACTCTTGCGAGAGATGAGGATGTAATAATACTAATCTCGAA
+GATGCCATCTAATACATATAGACATACATATATATATATATACATTCTATATATTCTTAC
+CCAGATTCTTTGAGGTAAGACGGTTGGGTTTTATCTTTTGCAGTTGGTACTATTAAGAAC
+AATCGAATCATAAGCATTGCTTACAAAGAATACACATACGAAATATTAACGATAATGTCA
+ATTACGAAGACTGAACTGGACGGTATATTGCCATTGGTGGCCAGAGGTAAAGTTAGAGAC
+ATATATGAGGTAGACGCTGGTACGTTGCTGTTTGTTGCTACGGATCGTATCTCTGCATAT
+GACGTTATTATGGAAAACAGCATTCCTGAAAAGGGGATCCTATTGACCAAACTGTCAGAG
+TTCTGGTTCAAGTTCCTGTCCAACGATGTTCGTAATCATTTGGTCGACATCGCCCCAGGT
+AAGACTATTTTCGATTATCTACCTGCAAAATTGAGCGAACCAAAGTACAAAACGCAACTA
+GAAGACCGCTCTCTATTGGTTCACAAACATAAACTAATTCCATTGGAAGTAATTGTCAGA
+GGCTACATCACCGGATCTGCTTGGAAAGAGTACGTAAAAACAGGTACTGTGCATGGTTTG
+AAACAACCTCAAGGACTTAAAGAATCTCAAGAGTTCCCAGAACCAATCTTCACCCCATCG
+ACCAAGGCTGAACAAGGTGAACATGACGAAAACATCTCTCCTGCCCAGGCCGCTGAGCTG
+GTGGGTGAAGATTTGTCACGTAGAGTGGCAGAACTGGCTGTAAAACTGTACTCCAAGTGC
+AAAGATTATGCTAAGGAGAAGGGCATCATCATCGCAGACACTAAATTCGAATTCGGTATT
+GACGAAAAGACCAATGAAATTATTCTAGTGGACGAGGTGCTAACGCCAGACTCCTCTAGA
+TTCTGGAACGGTGCCTCTTATAAGGTAGGAGAATCCCAAGATTCTTACGATAAGCAATTT
+TTAAGAGACTGGCTTACTGCTAATAAGTTGAACGGTGTTAACGGCGTCAAAATGCCCCAA
+GACATTGTCGACAGGACAAGGGCCAAATATATAGAGGCTTATGAAACATTGACAGGGTCT
+AAATGGTCTCACTAACGTGATTTACATATACTACAAGTCGCCAGTGTAACTCCTCACTGA
+ATATGATTCATACATACCCGTATGTATTAATGTATAAATGTTCTCAGAGCAAATTTTATC
+GATATCTTGTTTGCCAGTGGTATGCAGGTTTGGCAAATTTTTTACCATAATATCCGTTTA
+TAGATTCTGGAACCTTACCAACTTTCTTACCGCTAATTACTTCCCTGGCTCGCTCCTCCA
+CTGCCTGGGTAAATTGTTCCTTCAACTGACTCAGTTCTCTTTCGTATTCAATAGCTTGCT
+TCTCGAGGATTTTTTCAATGTTTGTCAGCTCATTTTCATAGTCCAGTAACTTCCTTTCAA
+ATCTCTCTAATTGCAACGACTTTCTTGCAGTTCGTATCTGAATATCTTGCAGTAATTCAA
+AAGTGGAAGGCCTGGTTCTTAAGTTCACATCTATCATTGAATGTATTATGGCATTAAGCC
+CTCTAGAGTAATACTCAGGGACGGTGTCACATTTCCCGTTTTTAATCTTAGTTTGTAGCT
+CGAGATAATTTTTTGCCTGAAATGGGGGGTGCAACGAACACATCTCAAAAATAACACAAC
+CTAGTGACCAGATGTCGGATAGTGGGGAGTATGGTTGGTCCATCAACACTTCAGGCGACA
+TGTAATATGGTGTACCGACGTATGTTGTGGCAAATTGAATACTAGTTTCCAGAGATTTGG
+CTAACCCAAAATCACCTAACTTTACCACAACTTGACTATAGTCCATAGGGCTCCCCCTTT
+TCCCTGAATTCACTCTATGGTCTCTGTAATAATTACTATTCACTTCCTCGTGACCGTCTA
+CTTGTTCATTAATATTGTAATCGCTATCATCATAGCTTAAGAATATATTTCCTGGTTTCA
+GATCACGATGGATAACGATGTTTTTGCCTTTTACCGGTGGTTTCATCCGGTCATATATTG
+TGGTCAAAGTTGGCAATTCAACACCATAATGACATTTATAGAGCGCAGTCAATAATTGGG
+CCAGGATACCCCACACAATTTTTTCTGGTATATATTTATGCTCCTGTTTGTAGTGCTTAA
+TCATCTGGGATAAATCACCCCTGGAACAATATTCCATATAAAGGTATAACACTTCTTTTT
+GTTCATCGAAGTCCCAGTTATAAAATTCTACAATATTTTCATGCTTCAACTGCGATAGAA
+TGCTACATTCAGCGATCAGCTGTTGTCTCTCTTTGCTATTCATATGGCCATATTTGATAT
+CCTTTCTAACCAAAAGTTTCTTGGTAGGTATATGGATGACTTTTCGTACAGACCCAAATG
+AACCTCTCCCAATTTCTTCGAGAACTTGGTATTCTGACCTTGGTGGGTGTCCCTGCTGCT
+GCTGAGGACTACGGTATTCTTGGAAAAACTGTCGTCTATGCATACTCACACAGAGAATTG
+ATTCAATTATCAAATAGCACTCTCATTGAAATTAGTATTGTGAATCTTGCTCTTTTCATG
+TTATATGATTTGATATTCTTTTGAAAAGTCGCTTTTATTTACGTTTAACCTAATTAGGAA
+ACGTAATGAAAAAATTCAGAAACCTTAAAAAAAAAACTTGGCTGTAACCTATCGGAAGAC
+TGTGCCACTGCAATCATGTCAGATATCGTATTTCAGATTTATTGATCTATAGCTAGAAAC
+ATTTAACAAAATGCACTTTGAGTCGTTCATACATTTAATCCCCAATTGAAAAAAAAAAGA
+AAAGAAAAAAAGCATATATATGTATATGCTTTTTTATCATTACTGGCCTCTTTAAATTCA
+AAAACTTTTCTGATCTCTTTTCCAAACAGATGCGTTTTCAGTATTGGAAGGTTCACAATT
+CTATATATAGTGTTAATGTAATGCTGTATTATTTCTCTATATATGTATGTATGCACATGC
+AATTCCTACATTATGTTTGAAATGTTGTAATGGGGACGGAAAAGCCGTCACTTTTATCTT
+TGGAGGATCGCAAATTACTACGCTCATCTTTTGTTGGAGAACTACCAATTGCTGCAGTGA
+CGCTTGAAACTTTTTGCAGGCTTCCTTTTTTTGATAATGAACGGATATCCTCACATAGCT
+GACAGATCAAAACTGAGTCCCCCCCAACTTGATTTGAATTCCTTTTTGGGACATCCTTGT
+TCCAGTTGTTGTTTAAAAACTCCGTTATTTGTACTAAAATGGCACGAAGTTTGAAAACAG
+TGGCCTTATTACGACGATTTGGTTCGGTTTGCTTTATAGGATCCGGCTGTCCTGTGTAGT
+CATATAGCTTCAATAACGATTTTGAGAATATTAGCTTTATGAATTTCAATAGATCGATTT
+GAATAAGTAAACTGTTGAAATAGGTATCAAAGAAAGAAACAATCTTTTCATAAAAGTTCG
+GGTGAAATATGATATTAATTGTAAGGTTTTCAAAACCGGGCAATGAGCATATCTTCGTGA
+AAATGCTAATTAGTTTACTGAGGTTAACGTCATCGTCATTCAATGCATAAAACAGGTCAA
+CTAATTGATCAATCGGTAATTCAATAGCAGCGTCATTGTTGACCTTTATGAGGAAAACAC
+TATGAGACTCTGATGAGCCCACTGTAGGAGCCACATCATCATTTACATTGCGTAACGTAA
+AATGCAAGCAGTTCAGTATGATCTCCAGTCCACTTATGGAGGTGTTATTCTTTTTTCTGA
+TGAAATTCATAGCTGTAGAAAATAAAGAAGCACTCATTTGGTCCATATCCAAACTCATTT
+CAACGCATATAGCAGTGATTTGTTTCCAAATGAAAGCTGCTGTCTTTGCGTCGTCGATAA
+AGGGAATGATGGTATCAATATTCCGGATAAAAGCAAAAAAAGCATCGTTGTCAAGCAGAT
+CATTTAAAAAAGTGCTGTTTATATGTACTGTAAGGTAACAAAGCTTGGTGAAGTACTTTA
+AAACAGATAAATCTTTGATTTGGGCCATGTCAACAAAAAAAGATGTTAGCCAGGTAAAGA
+AACCCTCCGGTAATTCAATTAGTAGTCTTGATTTTGAAGATATGGTCAGATGGGGAAAGT
+TTGAAATGCTCTTGTGTCGCATTGGAGAAGAGGGACGCGTTGCCATCAAAGAATGAACAG
+GGGACCTTGATGGAGACTGTACCGAATTCACTGGTGAGTTCCTCGTGGGTGAGGAGGATA
+ACGGTAGAGAGGAAGAAGAAGGAATAGCGGACTTGTGTATTTTATCGTCATTCGTGGTTA
+TCATATAGTTTATTGATTTGAAGACTACGTAAGTAATTTGAGGACTGATTAAAATTTTCT
+TTTTTAGCTTAGAGTCAATTAAAGAGGGCAAAATTTTCTCAAAAGACCATGGTGCATATG
+ACGATAGCTTTAGTAGTATGGATTGGGCTCTTCTTTCATGGATGTTATTCAGAAGGAGTG
+ATATATCGAGGTGTTTGAAACACCAGCGACACCAGAAGGCTGTGGATGTTAAATCGTAGA
+ACCTATAGACGAGTTCTAAAATATACTTTGGGGTTTTCAGCGATGCAAAATTCGGAGGAT
+ACATTATTCCACATTCAATTAAAGTCTGAGGGTAGTCGATGACGAACTCTTTGGCTAAAT
+GTTCGAATTTAATGATCAGTGGAATTCCTCCCATAGCGATGAATTTCAGTCGCAACCTAG
+AGTGGTTATGCTGGGTATCGTAAACAAAAATGGAGCCAAATGCAGTTATTAATCGTTTAT
+CAACAGTTGTGCGCGACAGACACTCGATAATTGTATCAGCGATGTTCTCGAGGGAGCAAA
+CACTGAAAAGCACATGCAAGTCCGTCAAAGGCTTAGATGAACTCTTCAATTGGCTCAGCA
+ATTGACTTTCAGTGGGGGGCATTAAATCTAGTTCTTGATTGTTTTCTGCCCAGGCAGCGG
+GAGCCGCTGCAAGACTGAATTTAGAGGGTGATATATTTAGTTTCTCTTCTTGAAAATCGG
+CATCCCAATGATAATCAGCGTCGGTAAAGTCCTCCTTGAACTTGTTGAGCTTGTCGACCT
+TCACATTTTCGGTAGAGTTGATCCACACATGCTTGAGTAACTGGTCGGCTGTCGGCCTCT
+TGTACATGTTTTTCACAAAGCATTTAGATAAGAAATCCTTTAGTGGCTCAGAGAAAGAGC
+TAGGTGGGTAGTAGGTATCATTTTCAACAGCGTAGTAGATATTGGCGTCTGTCAAATTGT
+GGTAGGGTGGATTCTTTGTGAGCATTTCAACTACAGTGGCACCTAGAGACCAAATGTCGC
+TGAGCGTAGAAGCTCCCCTGTTGCCCAGGATCTCTGGAGCCATCCAATTGAGTGTGCCCG
+CTAGCGTTAAGGCGCTGGAGTTCACAATAGTGGAAACGCCAAAATCAGCAAGTTTGACAG
+TGTTATCAGCACTCAGCAGGATGTTAGCCGCCTTGATGTCCCTGTGGATGACTCCTTCAC
+CGTGTAAATATTTCAGCCCCAATAGTGTCTGTGTCACATAGGTTTTCGATTCATTTTCAC
+TTAATCCGGTAGAGCTCCTTGAAATGAGCCTCCTCAAAGAACCATTAGCGCAGTATTCGA
+GGAGGATATACAATTCATAGCTTTTTCGTATGAAGCCGTGGTATTTAACAATATTGTTAT
+GGTTTAAATTTTTTAACAAGCTAATTTCTGCCATAATGTCATTAAGTTCCTCATCATTTT
+CGTACACGACCTCCTTTATTGCCACGACTTGGTCAGTATGTTTATTAATGGCTTTGTAAA
+CTACCCCGTAAGAACCCCTCCCAATGACCTGCTTCAAGTGGTATTGCACGGATTTCTCAG
+ATGCCCTCTGGATGGGAGTCAAGTTGACTCTATCGGTATCGGCCATACTGTTCATGGTAT
+AGTCTTACCAGGAAAATGGGTAGTGCTTATGTGTGTTTTGTCCTTCCTCGAGCCTCCAAG
+TAGAAGATATACCTTTTGTGAGGCAGATCTCCCGTATACAAAAATAACAGCAAGAAAAGC
+GGAAAGACCATCGCAAGGTGGAAAGGATTATAATGGCACAGCAAAGTCCGCACAGAGCAC
+TACAGTATAGCATAGAGTGCTAATGAGTTGATAGGCCCAATTTTGATTATGCCTCTTTTC
+CATACACGACGCCAGAGGACATTATTACATTACAGTAGTTCGCCGCTAGATGACAAACGA
+CATCCTTACCGATATGAGATGTGCAAAGCTACATAATGGCAACAAGCGTTATGAACAGCC
+TTGTCTTTACGACCACAGAAAAGCCGTATTAGAGCTCTTCAGCTGCAAAATTTTCTTCTA
+ATATGATGCAAAGCCATCAAAAATCATGCATAGTTATGAAATACCTGATGAAACGCTTCG
+AGTTCGTGCTCAAGAAATTACTGAAAGGTTACCGAGAAGAAAAATATCTATGAGACACGA
+TAAGGCCCCTTCTGAATCCATTGTCCTGGGCTTGTTCATTCTATTTACCACTTAAAATTG
+ATCCTTTCAAAGGAATTTTTTTCTATTTCCAATAGTATATTTGTACAAAAACTACAAAAA
+TGGATAAAAAATAACAGTAATTTGTGACTACTGTAAATATCACTGATTTGGATTTTGTAA
+TGAGTACTGCTCATGCCCATGCCGATGCAAGTGGATCATAAATTTTACTAAACGATATTC
+GATAATGCGCCAAGCCTTTATAAGGAACTCAAAATAACCCATATGGACAGTTTCAGAAGG
+CCAAATAACGATCAAGGACATTCACTCATGTTTTTCAAAGGCGAAGAGTGTAAAATTTTC
+TTCTATATAGTTCGAATATTTTATCTTATAAATTTCAGTCGTCATTTTCCACATTCGAAC
+TCAAATAATGATAAAGAACGCTGCAGTAATGGCTTAAAAAAACATACTTTATAACCCATT
+ATCTCTTACGTGTAATTTAAAATTGTTTATAGTACTATTTGGTTATGCTTGTATGCCTCT
+ATTATTTACTTGATCTTTTTATGTTTTCTTATGATTGAATTATTTATATTCTAAATTCCT
+CACGAATTTATACTGAAGATTTCCTTCCAGGCGAGAATAATAAACACATATTTATGATGA
+TAACAAGACGAACGTGTATTAAGCTCCCAGTACGAGGGAAGCAGTAAAAATTATCCCAAG
+ATCCATTTAAAATGGATAACTCCACGAGCTACAACAAAATACTAAGGGAATAGGCCGTTA
+TTTCCGTAAAGGATGGTTTAATAATAAGAAATTTATAATATTAATAATACATATATACAA
+AAATTTATATTTATATACATGCGCCTAACTATTCATACTATTAATTTCATATTATTAAGC
+TTTTTTTTTTTCATTTATCATTTTTTTTCGTAACCTCTCATACCTGTACAGGTTTCATTC
+GTAAAGCAGGGACTCTAGTTTGCGATAGTGTAGATACCGTCTACGGATAGAGCACTAGAG
+ATAGCTGGCTTTAATCTGCTGGAGTACCATGGAACACCAGTGATAACTCTGGTAACTTGG
+TCGGCGGGAATACCAGTCAACATGGTGGTGAAATCACCGTAGTTGAAAACAGCTTCTGCA
+ATTTCAACTGGATAAGTTTCAGTTGGGTGAGCAGCTTAGAAAGAGTAGTATTCAGCCAAA
+TGAGCTCTGATATCGGAAACATAAACACCTAATTCAACCAAATTAACTCTTTCGTCAGAT
+TGAGATAATGTAGTGGTTGCTGCGGCGGAGGCACCAGCAGCAATGGCGGCGACACCGGCA
+GCGATTGAAGTTAATTTGACCATTGTATTTGTTGTTTTTTGGGTTATTGCTTAGTGATGA
+TATAGGCTTAACTGGAAGGAAAAGAACAGAGAAATGTCTCAAACAAAGCTGATCAAGCCG
+CTGTATTTATATGAAACTTTGAACAACTACATCTGCACACATGGGCTCTTACTGGTCGCC
+CATCTCACACTCATGCCTTCCACATTCCACTTAGCGACTAAGTCATTATTACTATGGGGA
+CGGGTTGTTCTTGAACGATGCTATACTTCGTATAGGAAGCCGTTTTTTTATGCCCCATCC
+TTTCATATGTTCCATAGCACAAGAATGTTCTCTACAGGAAAAGTGCCTATAGGGCTGCAG
+CTGCAGTTTTGGCCAAGAAATAGAACCAAAGCCAAATTTATTTTGGGCCCTCGTTCAAGG
+GCCATCTCACCCTTGGCACTAAACGGTTAGTAGGAGGGAAATCGGACTTTTCCCAAATTA
+GAAACAATGAAAAATTAAGTGTGAGCTCTTAGAGTCGCATCTGCAGGAATATGCACACAA
+AAAGGGGAGCTGTACGTAAATAATCAGACCACACAAACTATTGCCAACCATTTGATACTC
+ACGCTAGATATGATGGGGGTTCTTGTTTGGACAACACAAGTCTCAGAGCCAGCGTAGATA
+TGCTTGTACATAAATGACGACTGGGGCATCAATTGAATCGGGTTACATTGTGCGAGCTAT
+TACATGAAGAGAATATGCCTTTAGGGTAATTTCCAAATGTAGGAAGTCTCGCTAAGTAGG
+GCGCCCAAATCTGTATAGCGATGTTGTTGAGGCCATATAGTAAAATGACGTGCCAATTAC
+CGAGCTTTTGATGGAGGTAAAATCTAAGATTAATCTTGCGCCTTGAAACCACTAGAAATG
+AAAGGAATTGGTGAAAAAATAATCGCGCAATAGATGACATGGAACGACAGAAGTCTTGTA
+TTGTGCACGAATCCGCAATATTCAAAGCCGAAGTTCATATACGAATGCGAACTATTTCTT
+AGGGTAGCTCTCTGTATGGGCCGCCATAAATTAGTACCAAAAGATAGGTTTTTGAAAAGG
+CTACAATGTGCTTTTTTCCTTCTTGCTTTCGAGTCCGGTGAACAGAATATTACGACGTCC
+TTGTATTAAGAGCCAGACCTCCTGTTAGCGTCACTATAAGAGTAAGTCTGAAATACGCAA
+CAACTACAGTGCAATGAAAAAGTGCTCAACTCAATGACAATAAACAATTTAACCATGGCA
+GGTTAAAATATTACTGCGATCAGTAAAAATGGGGATATCACCTTTTGACACATAACATAG
+CAATAAAGTAACAGATCATTAGTGATCGGACAACCTGAACCAACGATATAATGTCGAAGC
+CACCACTACCTTTAAGATTAGTAGCGCTGCAGGGGGAGACAATGAGAGAAATTTCCCGCC
+ACATGAACTGAGTCAGGAGTTTTTTTTTTCTTGCTGGAGAATCATTTAATTTCATGGTTA
+AACTCCTCTATAAGCATCCCATTCTCCCATGCCTGAAAACACTTTTGTCCATTCGATCCT
+CATGCAGCCCTCGTTAATATGCTAAAATGGCTCATTAAATTGTAGATTGTATCGTTCGAG
+AAACGTCAGGCATGATAGATGTTGCAATCACAGGACATTGATTATTTAATCCTGCTCTCA
+ACATGTTCAATAAGTTGAAGAGTTGCTGATCTCCCCGTATATCTTATGAACCAAAGCATG
+GTGGGTGAATGTTATGGTTATCCTTGTTGAAAAATGATTGATAGACTGGATTGAGCGGAA
+AAACATGGGTCAATATGCTGATCTTGACATTTTTCAAAATCCACGGGGGATCAAATCAAC
+TTCTTATAGCGTATGACCTCTTTTACATTGTTTAATGATGTTAAGATTGCGATATTATAG
+TCAGTTAAGTTACTCAAACGCACAGATTTAATAGAAAACTGCGTCTTCGTTGCCTAGTCG
+ATCATAATAAATTCGCAGATTATTTCGAATTTGATCTCCTTCGAAATCAAGTTTATTCTC
+TTCACAACAAAAAATGCTTTTAACTTGAACAAAACTCGTAAACTATTTCCCCACTGTTGC
+TTCGGGACGACCCAGTTATTCAATATCTTGCAATGCTAATTTTTTTTGGGAGAGCAGTTG
+CAAATATTGCAAACACATCTAAAGCGTACCCACAATTTATGACTTCCTGGAGCCCAGAAC
+AGCCCAAAAAAAAAAAGATGCGTTCTTTTTATACCAATATATTAGATACGTAAACTCTAC
+TCATATTGCAGGTATGCCCACATCTGGATATTGACTTTGCCAATATTCCCGCACAGCATG
+GGCTTGAATTTCGGCTGCTTTAAAGAGGCACCACTTTACGGTTGGTTCAACATCAGAATT
+TTGAGTTGCAGCCTGATTTTCTGGAACACTGATGAACGGCTGTGTATTCGCTGTATCCCA
+CTGTACATCAGGATATTTTCCCTTTATGAGATCCTTGAAAAATTCATAGCACTGGTGTTC
+ACAAAAAAAGTGGTATGGTGTTTTCCATAAGCCAGCCTTGAACAAATATTGATTCATGTT
+ATACGTTATGGTTTTCCATTCTTTCCCAGCTATCGATGGTCTATGAGTTATTACCTCTAG
+TAGAAGTTTTGTACGGAATGTTTCATTACTTATTGGTCTACTGAATGACCATATCTGAAG
+GACTACCATAGAGCCACCTAAACATATCCGGATCACCATGGCAGGGGAGAGAACACCAGA
+AAACCAAATGTTTGTTAAAGTCGCCAAAATCGTCAAGACAAAAAGGAGGAAATTGATCAT
+TATATACTTGGCGCGTACAATTTCGTAAAGCAAATAACTCTGGTATGATGCAAACTCATC
+CTCTGGAAGGACGATATCAGCTGAGATTAAAGGACTTTCAGGGTTGTCAGGAGATCCTTC
+CCTCAATGGGATTGCTTTAGGATCGTCCGTGACATGAGTGTTTTTTTTAAATAAGATTGC
+ATGTTTAACAAACGATTTAACTTGCTTTTGCTTACAAGTCAAGTAAACCTTATCCTGATA
+GCTTAGGAAAAATAGACTTGAATGTGTCGAACATTTCAAACCTCAATTGGTATTTTCCTT
+TTTTTCAACTGTACGTACATAGCTTTTCGCTTTCTTTAGCGCCCCCAGATGAAAGTATAT
+ATCGTAACAAGGATGGGAACATGAAAGGTACTGAAAAAACATCTGTATTTATTAAAAGTA
+AATCAAAAGCAGACTGGGAAGTTCTGTCGTAGGGATTTTTTTTTTAATGTTATGTGTGTA
+GGATTATTCTATTTCCTTGAATTTCTCGATCGAGATTTTTCGTACCTGTGTATTTTTGGA
+TATAAGAGTGTTTCTGATCTATTGAGTGAGCAGGTCTCCAGCGGAATATAGAGTAGATTG
+AATATGGAAGAGGACTACATTAAGGCTTATTGTTAGTTAGTTACTGTTAGGACGCTTCGG
+CGAGCTGATGTCTGACTTCTCGTTGTATCAAAGAGCTCCCAATACGCCAGCGCATTTAAA
+CTATGATCACGGAATGCTGGATTAGTAGTATAGCAAAAGTAACACTTGTCCACCGCAGAC
+TCCATCACTTAGTCAACACCTTGGGTGTTTTACCGCTGATAATGGCCGTAAAATCGCCAG
+ATATATATCATCATTGTTCTTCGCGAATAATACGTAACACAGTCTCTTTTCGAAATTTAG
+ATGAGGACCATAGGCATGACTTATTTACTGAGATGTCCCTGCGTTAAAACTTTTACTGGC
+CGATTGCTAACTTTATATTTGTTAATAAAACTATTCACGCCTGTGTCCTAATTGTTGGAT
+AATACCTAAACAATAACGATGTTGTATAGCTAAGAGGACGACCAGACAAAAAGTTATAAA
+CTTTACCCTCGTTGAAAATGGGGCAGCCACCTATGAATCACTTCCCATTACAATGCCGAA
+TAGCAAAATATGTAGTAGAACACGTACACGCATGATAATTACTTCCATGCTGTACTTATT
+TTTTGGGTGTCTCTTCAGAAAGAATGCTTTATATAACCATGTGTTTGAATTAGCGATCAG
+CTAATAACAAGTCAGTGTCCAAATAGTTAAAACATTGTGACCCAAATATCACAAATAAGT
+GGTTGTTTGGCCGAGCGGTCTAAGGCGCCTGATTCAAGAAATATCTTGACCGCAGTGAAC
+TGTGGGAATACTCAGGTATCGTAAGATGCAAGAGTTCGAATCTCTTAGCAACCATTATTT
+TTTCTTTTTCCTCCTATACTTCATAATCTACGTAGGAATGAAAGTACCAACATTATACCA
+ATGAGGGTGTGTTTCGTGGATGCATATACTCTGAAGATAAAAACAAACTCAAGTCCGCTT
+CCTACGGTTTGAGTATTTCTTACCACTACATAATAAAGAATATTACGTTAACTGTAAAAT
+CAAGTAGACTTGGAAAATACAACGAGAACACTTTCCTGATTCTGCATCAGCGTTTTCTTA
+TCACCAGCTGTACTTCTACATTAGCTAACTCTCCTTTCTATAAAGGGCGTCTTTCACTTC
+ACTTGTGCCATGTTACAAAGCTCCAAACGCACTTCTAACTGAGTACAATGCACGATCCCA
+CTGACAGACAAAACAGCTTCACAGAATTTGATCATGCCATCGTAAAAACCACGTAGTAAG
+GAATAAAAAATCCCGAAGTCGATCATACTATGTAGAGATGTACATGAATAGTCTAGGAAT
+CTGGTCTTCCAGCATGTTGCTTTGGTCTGCTTCAAGCGCTATGGAAGCGCTCGCCATGAG
+ATATGCTGTTTCAAGGCAAAATAGCAAAGCTCTTTGTAAAGAAATACAATTCAGAGAAGA
+AGCTACAGCATTTTGTTTCTGGATGATCCCTGCAGGTTCATACTACTAAGTAAATCTTGA
+ACAGTTCAAATTTCAACAATTCAGAAACCGCTCTTTTTATATATACTCTACCAAACGAGA
+TGAAACAGCATTTTTTTACTCTTATAAGGTACCAATATTTTGACGTATGCTTTCTTTAAC
+GTTCACGATCGGGCTGGGCCATTAAACTTACCTTAGATATTATTTGGAACAGCACCGCAA
+GTGCTGATGTCCCAGAAATGGGCGCCGGTTCAATTAGGTCGTGAAGTCAGACATATGGAG
+ACTCTCGGACTGAAAGCACTAAGGGATGATAGCTGGCATGCCAATTCCATTTTAAATTTA
+CACATCAAGTTACAGGGTTTGGGAAAATCACGTTCAAAGCCTGAAAATTTGAGGTTGTTC
+ACGGAAATCATTTGGTTATGTCTGTCGGCCTGCTATTTAGAGACATTTTTTATTGCAACA
+ACCTACTCTATGCACTTACACGGAATCGCAGAATAACGCGCGCACAACACAATTGGGAAA
+CGATAGGATTTTGAATAGTGTATTGCTTTGTACCGATTTAAATAATTCTTTCTCGTGTTG
+AATCCGAGTTGAAGATGAGTATGCTTTGAAGAGGTGAAATATCATCAGTAAAAAAAAATA
+ACGACAACTGCAGGACTCGAACCTGCGCGGGCAAAGCCCAAAAGATTTCTAATCTTTCGC
+CTTAACCACTCGGCCAAGTTGCCAAAATTGTATGTTATTTGTTGTATCTCAAAATGAGAT
+ATGTCAGTATGACAATACGTCACCCTGAACGTTCATAAAACACATATGAAACAACCTTAT
+AACAAAACGAACAACATGAGACAAAACCCGACCTTCCCTAGCTGAACTACCCAAAGTATA
+AATGCCTGAACAATTAGTTTAGATCCGAGATTCCGCGCTTCCACCACTTAGTATGATTCA
+TATTTTATATAATATATAAGATAAGTAACATTCCGTGAATTAATCTGATAAACTGTTTTG
+ACAACTGGTTACTTCCCTAAGACTGTTTATATTAGGATTGTCAAGACACTCCGGTATTAC
+TCGAGCCCGTAATACAACATTATTTTCAGTGATAAAATATGTAAACCAATTATAAGAAAA
+AGGATTGCGTTGCATCACAACTGTAAACCATTAATTAAAAAGAGCAATTGCTATTTAGAT
+TTGTTGCTGAGAATTGGCTAAAAAATCTGATAATTGTAGGACTTCTATTATTGCTAGGGG
+CAATGTGTTGGAATGCAATTCTGTTGGAATAAAAATCCACTATCGTCTATCAACTAATAG
+TTATATTATCAATATATTATCATATACGGTGTAGAGATGATGGCATAAGGTATGAAAAGC
+TGTCATCGAAGTTAGAGGAAGCTGAAGTGTAAGGATTGATAATGCAATAGGATAATGAAA
+CATATAAAACGGAATGAGGAATAATCGTAAGATTGGTATATAGAAATATAGACTCCATTA
+TGGGGATTCCTAGACCCTCGAGGAGAACCTTCAAGTATATTCTGTATACCTAATATTATA
+GCCTTTATCAACAATGGAATCCCAACAATTATCTCAAAATTCCCCCAATTCTCAACATCC
+GACTGCCATGCAATGTGCTTTTCTGGATCTCACTCATGATCATAATGGCCCTGTAAAAGG
+CTCGCACTATTATTATTATATCTTCACTATATATTATTTCGGAGGCTGTACCTATCAGTG
+AAAAAACGCCTCTAAAAATGAAAAAAAAAAAGAATATGAAAGGGGTTCTGAATTGCTAAA
+ATATTTCGTCAAAGCTCAATTAGTATCATGATCAAGTCGTAATTCGAATCAGCATAACAA
+CCTCCAAAACCATATAATAACCTTACACAAGACAAGATATCAATTCAACATGCAAACCCC
+TTCAGAAAATACCGACGTCAAGTTGGATACTCTCGACGAACCCAGTGCACATTTAATCGA
+GGAAAATGTGGCTCTTCCAGAGGATACATTCAATTCGTACTGGAGTTATATACTTAATGA
+AATCGCTCGTTGTAAACCGCTAATGATTATGTTCCTAATACCTGTGTGTTTGGTTTTATT
+GATTACGTTTTTTCATGATATCAAAGGTATCCTTGTGTTTTTAGTGATTTCTCTTATCCT
+CTCTATTATCATTTTATTGATCGGTATAACTGCCTTCGTGTCTGAGACCTTGAATAAGGG
+TTTCATAATTAAGCTTTTAGTAGAAGTCATTACACGTAAACCAGCAGTAGGGGGGAAGGA
+ATGGAGAATAATCGCATATAATATGAACCAGTATCTGTTTGACCATGGGATATGGCATAC
+TCCGTATTACTTTTTTTGTGAACATAGGTGCCATAAATTTTTCAAAAGCCTTATCAAACA
+GACAAGGTCGAATGCACATTTGAGTTCACCAACGAACGGTGCAGAGAATACGCAGTCAAA
+CACACCAGCAAAAGAGGTTTCAAATGAGATGGTAAAACCTTATATCTTTAGTTCTGATCC
+AGTTTTAGAAGCTTACCTTATTAAAGCTGCGGAAATTCACAAAGAAGCTGAATTTGAGTA
+TTGGAGAAAGCAATACCCAGAGGTTGATTTGCCTTAGGGCCGAATTTTTGGTATTTATCT
+AGTATATTCTAATATAAAATGTACGAGCATCATTAACTTCAAGAACATTACGAAGCCCGC
+AATTAAGTGTCAGTCCATCTGGGTGTAAAAGTTATGTACGCTCGAAACAAATTTTATGTA
+GTTTACTTTAGATGCAAATGCTATTATATATTTTGCTTTATGATCCTCGGCTTGATGCTC
+GCCAACGTGAGATAGCTGGTCATCACAATAGATCAGCCGGGACGCTTTTCGATCACATCG
+AATCCCTTCGGGACGTTGCAACAATACGTGAAAAATGCCTCAAAAATAATAAATACAATG
+GTGAACAACGTTAAAAAAGCATAAAACAGCTGGCTATTTTGATCAGGATAACATCTATAA
+GTGCCATATTAAGGCAAGATATCAATTGACCATGCAAACACCTTCAGAAAATACCGACGT
+AAAGATGGATACTCTCGACGAACCCAGTGCACATTTAATCGAAGAGAATGTAGCTCTTCC
+CGAAGACACATTCAGTTCACATCTGAGTTATGTACTTTATGAAATTGCTCATTGTAAACC
+GATCATGTTTATGATCATCATAATCGTGAGTTTGATCTCATTGATTGTGCTTTTTCATGA
+TAACGACGGGTGCACTGTGATCTTAGTGATGTCCCTTATAGTAGCCTCCATGGCTTTAAT
+GGTGGTTGCAGCATTCACATTCGGGAAAGCGATCACTGAACAGGAGTTCATGATAAAGCT
+TTTAGTGGAGGTGATCGCACGCAAGCCTGCGGGGAAGGAATGGGGTACTGTCGCATATAA
+TATGAACCAATATCTATTCATGAAGAGACTATGGTATACCCCGTACTATTTCTATAGCGG
+CAAGAAGTGCCATGAGTTCTTCACCACTCTTATCAAGGAAGTGAATTCTGGTTCGCACTC
+GGATTCCTCATCGAATAGTGCCGAGGATACACAATCACCTGTCTCAGCAGGGAAGACTTC
+AAATGGTCTAAACAACTTTTATAGTATTAGATCAGACCCTATTTTGATGGCATATGTTTT
+GAAGGCAACACAAATAGAAAAGGAGGCTCAAAGTGAATACTGGAGAAAGCAATATCCTGA
+CGCTGATTTACCTTGAAGCGGAAGCATTTTATTCACCAAGTATACTTACTTTTCTTTAAA
+ACGAGAACAAGAATCGAATTCAAGAACATCTCGAAGCCAGAATTGAGCATCATATATTCG
+AGCTGTACAAACATCATGGCCTACAACTATCGTATTTGTAAGTTTTTTTAGAGGTTTTCA
+TATTTGTTTAATAAGGGTTCTGTCAGTTTTTGTCACATTCTATTGTTGCGCTTCGCATAA
+TGCAGCCAAGAAAATCCAAACAATAGAAAAAGAAAAAAAGGATCTCAAAAAGGGTTTGGT
+GTTGTAGTTATAAGAATAACTAGTGAATAAAAAAGCTGTTGTTTGGTCCGTATTACATTC
+GTCAAAAATTTAGTACTCAAATCGTGTATGCAATCGCAACCACAAAATAAAAATATTAGA
+CTGGATGTGTTGAGTGGAGATGGTGCCAATTTAGTTGAGGGAAATGTGGTCCTTCCCAAA
+GACATGTTCAATTCGTACTTAAGTTATTCACTTTACGTGTTACGAGGGGGCTCATTGTAA
+GCCGATAATGATTATGTTCCTGGCATCTGTAATTTTGATTTCACTGACTAATTTCCGAGT
+ATACCATCTCATGTCCCTTCTATCCTCTTTTTTCATCTCCGGGACAGACCGACAATAAAG
+CATCTAATATTAGGCTTTCGTTAGAGGTAAGCACACGCCAGCGTTCGGTGAAAGGGGAAT
+GAAACATTATCACGTACAAGATGAATAAATATCTATTTGACCATAAAATATGGAGTACTC
+CTTACTACTTTTATTGCGAAGAAGATTGCCACCGTCTTTTTCTAAGTTTTATTGAGGGAA
+GAACTTTCGAGAAGCCAACAAGCAACGCTGAGGAAAATGTACAGGAGACTGAAGCTGGCG
+AATCTTTCACATTAAATCCCGGAGAAGATTTTCAAAATTGCTTTCCAAGACAGCGGATAT
+TGTAGAACAATCTCAAGTGAAGTATTGGCAAGATATTGGTGCAATTATTTGAAAGGAAGG
+AGAAATATTCTGACAGTACCTTGCTAGCAAAGGGATTTACCAATCCACTGACGCTAAAAT
+GGGGTAGTAAATTAGATAAATTGCATTCTAACGTGACTTTATATAGTGGGAAACAGATAT
+GTAGCACACAAAACGGCATGATTATGCTTAATTGATTCCTATTTTTTAACGTAAATACTC
+TCCCAGAACGATCAGAAAACTTAACCCGCAACCATCTTTGCTGTGCTAACAACTTATGTC
+GCCTCAATACCATTTTTATTTTGTATCATTCCGGAACTTAGTATTGAATGAAAAATGCCT
+CCGAAGTAAAAAGCAGGTGATGAAAAGTTTCAATTGGTATAAGACAGATCGCTATTTTGA
+TCCGCATAACATCCTTCAACACCATAGCAGAGCTATAGAGAAGACAAGATATAAACTGGG
+CATGCAAACATCTTCAGAAAGTACCGACGCCAAGTCGGATTTTCTCGACGAACCCAGTGC
+ATATTTAATTGAGAAAAATGTGGCTCTTCCCAAGGACATATTCGGTTCGTACTTAAGTTA
+TTGGATATATGAAGTTACTCGTCATAAAGCGGCAGTAATTTTGCTCGTACTTATTGTGAC
+TTCAATTTTATTATTAGTGTTTTTTTATAATACGGAATTTTGCGTTGCCTTTGAGATACT
+ATTGTTTTCCTTTTGCTTTCCAGGAACATGCATGGTTGTAATTGCATTTAGTGAACCGAT
+CGGTGATCGGGAATTTAAAGTTAAGCTTCTGATGGAAATTATCACACGTAAACCGGCGGT
+AAAGGGGAAAGAATGGAGGACAATTACATACAAGATGAACCAGTATTTATTTGATCATGG
+GCTATGGGATACTCCCTACTACTTTTACCGTGATGAAGATTGCCACCGTTATTTTCTAAG
+TCTTATTAAGGGAAGAACTTTCAAGAAGCAAAAGGAATCGTCAGCCAGCAATGTTAAAGA
+CGCACAATCAAATGACGAAACCGCTGGCACACCAAACGAAGCCGCTGAGTCTTCTAGTTT
+TAGTGCCGGACCGAACTTTATAAAGCTCCTCACCAAGGCAGCCGAAATCGAACAACAATT
+TCAAAAGGAATATTGGCGACAAGAGTATCCTGGTGTCGATGAGTTTTTTTAGACAGAAGA
+CGGGAGACACTAGCACACAACTTTACCAGGCAAGGTATTTGACGCTAGCATGTGTCCAAT
+TCAGTGTCATTTATGATTTTTTGTAGTAGGATATAAATATATACAGCGCTCCAAATAGTG
+CGGTTGCCCCAAAAACACCACGGAACCTCATCTGTTCTCGTACTTTGTTGTGACAAAGTA
+GCTCACTGCCTTATTATCACATTTTCATTATGCAACGCTTCGGAAAATACGATGTTGAAA
+ATGCCTCTAGAGATGAAAAACAATCGTAAAAGGGTCCTGCGTAATTGAAACATTTGATCA
+GTATGCAGTGGCACAGAAACAACCAGGAATACTATAGTCATAGGCAATACAAGGTATATA
+TTGGCTATGCAGACCCCTCCAGAAAGTACCGACGTCAAGTTAGATACACTTAACGAACCT
+AGTGCACATTTAATTGAGAAAAATGTGGCTCTTCCTAAGGACATATTCCGTTCGTACTTG
+AGTTATTGGATCTATGAAATCGCTCGCTATACACCAGTCATGATTTTGTCCCTGGTAATA
+GGGGTTTTGGTTTTATTAATTATATTTTTTAATGACAACGAAGCTTGTGTTTTCAATTCT
+GCAATATTTGCTTTTACTTCTCTTGTAGGTTTGTTAATAATATTAAGTGATGGTAATCCA
+AAGCTAGTCAGTCGTCGAAATTTTAGGACCGAGCTTTTAGTGGATGTCATCACACGTAAA
+CCGGCGGTAGAAGGGAAAGAATGGAGGATCATCACATACAACATGAACCAATATTTGTTT
+AATCATGGGCAATGGCATACTCCGTATTACTTTTACAGCGATGAGGATTGCTACCGTTAT
+TTTCTACGCCTTGTTGAGGGAGTAACCCCCAAGAAGCAAACAGCCACGTCAATTGGCAAT
+TCTCCGGTCACCGCTAAGCCTGAAGATGCCATCGAGTCAGCTTCTCCTAGTTCCAGACTG
+AATTATCAAAACTTTTTGCTCAAGGCAGCGGAGATCGAACGACAAGCTCAGGAAAATTAC
+TGGCGAAGGCGGCATCCCAATATCGATGCGCTTCTTAAAAAGACGGAATAGCTTAGAGAC
+ACTACCATACGTAAAGCGAACATAAACTAGAGTATGATATATAATCAGCACTAACTGGCC
+GGAAAACGGCCGAAGGAAGCCTCGAAAAGTCGATTCGTGTTGGACCCATTTGCTGAACAA
+AGTGGTTCATTGCCTACCTATTATGGTAGTAGTCGTGATAATCGTGTGGTTGGTTTTGTC
+AACGGTGCATTTGCATTTTCATGACAATAAACCTTGCGTTTTCGTTCTCGGGATATTACT
+TTCCCTCCACTTCTTTCGCCTCAATAGCTCCTATAAGCATTCTCAGGGCGTATGTCGGTG
+ATCGAGATTTCCAAGCAAGCTTTTAGTGGAAATCATCGCGCGCAAGCCAGCGGTAAAGGG
+AAAAGAACGGAGGACGATTACATACAAGATGAACGAATAAATAAATTAATAATAAATAAT
+AATAAAAAGTACAGTAGCATTAAATATTATTAAGTTTAATGATTAAAAATTGGTTAATTG
+TCAAGAAAATCTAAGGTATTAATAAATAAATAATACTATGACAACTTGCAGCGAAAGCAT
+CAGCCCCAATGAAAATTAATCAGAATTGAATCTGAGCGTATTTATTTGATAACGGTTTAC
+GTAACTGTTGGAATAAAAATCAACTATCATCTACTAACTAGTGTTTACGTTACTAGTATA
+TTATCATATACGGTGTTAGAAGATGACGCAAATGATGAGAAATAGTCATCGTTTTCAACG
+GAAGCTGAAATACAAGGATTGATAATGTAATAGGATCAATGAATATCAACATATAAAACG
+ATGATAATAATATTTATAGAATTGTGTAGAATTGCAGATTCCCTTTTATGGATTCCTAAA
+TCCTCGAGAAGAACTTCTAGTATATCTACGTACCTAATATTATTGCCTTATTAAAAATGG
+AATCCCAACAATTATCTCAAAATTCCCCCAATTCTCATCAGTAACACCCCACCCCGTATT
+ACTTTTACCGTGATGAAGATTGGCATCGTTACTTTCTAAACGTAGGACGTGCGGAATGAC
+AAAACCATCAGCAGTGTCACGATCTCTCCAGTCACAATGGCAATCATGAGTGCATAGTCC
+AAAGTAAAGGGGCAAGGAAAAGCATGATTGAAAGGACTCCCCATCTGGACTCTATATGTC
+ATCAGCGGCTAAAAAAAAGCATATAGCACAACATCAGCATCAGCATCAGCACTAGAGTCA
+TCGGCCCGGCGGTCCGCGGTCATCCCCGCGGACTTTCCGTCCGCCCGGCGGGCTGTATCA
+GCGTCAACTGGAACGCGCATATATATACAAGACACACATAACATAGAAGCACACCCACGA
+CAATAACCACACGACAATAACCACACCCGCCCACCCCTCCTTTCCGTATACAATGCCAAA
+CTTAAAGAGACTACCCATCCCGCCACTGCAGGACACGCTCAACCGCTACCTGGCACGCGT
+GGAACCCCTGCAGGACGAGCGCCAAAACCGCCGTACGCGCCGCACTGTGCTCTCCGCAGA
+AAACCTGGACGCATTGAACACGCTGCACGAGCGGCTGCTAGAATACGACGCACGGCTCGC
+GGAAAGCAACCCAGAGTCCTCATACATCGAGCAGTTCTGGTATGACGCGTACTTGCTATA
+TGATGCAACTGTCGTTCTCAACGTCAACCCGTACTTCCAACTGCAGGACGACCCAACCAT
+CAAAGACACACCAGAGACGGCGGCACAGGGCCCCTATGGCGCACACACGGTGCAGGTTCG
+TCGTGCCGCACGACTCACCACCTCTATTCTCAAGTTCATCCGCCAGATTCGCCACGGCAC
+ACTCCGCACAGACACTGTGCGCGGCAAAACGCCGCTGTCGATGGACCAGTATGAGCGGCT
+ATTCGGCTCCAGTAGAATCCCTCCGGGTCCCGGCGAGCCCTCTTGCCACTTGCAAACAGA
+CGCCACGTCGCATCACGTGGTGGCGATGTATCGTGGCCAGTTCTACTGGTTCGACGTGCT
+GGACACACGCAACGAGCCCATCTTCGCCACCCCAGAACAACTGGAGTGGAACCTCTACTC
+GATCATCATGGACGCGGAATCCGCCGGAAGCGGATCCGCGCCCTTTGGCGTGTTCACCAC
+AGAGTCGCGCCGGGTGTGGTCCAACATCAGGGACTATCTGTTCCATGCGGACGACTGCAC
+CAACTGGCGCAATCTCAAGCTGATCGACTCCGCGCTGTTCGTGGTCTGTCTCGACGACGT
+GGCGTTTGCCGCCGATCAGCAGGACGAGCTCACGCGTTCGATGCTGTGCGGGACTTCTAC
+CATCAATCTCGACCCGCACCAACACCAGCCGCCATTGAACGTGCAGACAGGCACCTGTCT
+CAACCGCTGGTACGACAAGTTACAACTGATCGTGACCAAGAACGGTAAGGCGGGCATCAA
+CTTCGAACACACCGGTGTGGACGGCCACACTGTGCTGCGGCTCGCCACAGACATCTACAC
+AGACTCGATCCTGAGCTTCGCACGCGGTGTCACCAAGAACGTCGTCGACATCTTTAGCGA
+CGACGATGGAAAACCATCGTCGTCGTCGTTGGCCTCGGCGGCTCACTCCGCCAACTTGAT
+CACCATCCCTCGTAAACTGGAATGGCGCACTGACAATTTCCTGCAATCGTCGCTGCACTT
+TGCCGAGACGCGCATCTCGGACTTGATCTCGCAATACGAGTTTGTTAATCTTGACTTCTC
+CAACTACGGCGCGTCCCATATCAAGACAGTGTTCAAGTGCTCGCCAGACGCCTTCGTGCA
+GCAGGTGTTCCAGGTCGCATACTTCGCGTTGTACGGTCGCTTCGAGACCGTGTACGAGCC
+TGCCATGACCAAGGCGTTCCAAAACGGCCGCACAGAGGCCATCCGCTCCGTCACGGGCCA
+ATCGAAGCTCTTTGTCAAGTCACTACTGGACCAGGATGCCTCGGACGCCACCAAAATTCA
+GCTCTTGCACGACGCCTGTACGGCGCACTCGCAAATCACAAGGGAATGCTCCCAGGGGCT
+CGGCCAGGACCGTCACTTGTATGCGCTCTACTGCCTCTGGAACCAATGGTACAAGGACAA
+GTTGGAGCTCCCACCCATCTTCCGCGACAAGTCCTGGACTACCATGCAGAACAACGTCTT
+GAGCACCTCCAACTGCGGTAACCCCTGCCTCAAGAGCTTCGGGTTCGGGCCTGTCACCGC
+CAACGGCTTCGGCATCGGCTACATCATCAGAGACCACTCCGTCTCTGTGGTGGTGTCCTC
+AAGGCATCGCCAGACTGCTCGGTTTGCGTCGCTCATGGAAAAGTCGCTGCTGGAGATCGA
+CCGCATCTTCAAACGGCAGCAAGCTCGCGCAGCAAAACCCGCTGCCAGGACCACTGCTAG
+CGCCAACACCAAATCAGAAGACATGAAATACCTGTTGTCCGGCTACGATTACTTCGACGT
+GAGCGTGTCCGGTTGAGTTTATGCTGAGTTTTTGCGCATCAATATTATTTTTACTACTAC
+TACTACTACTACTACTACTACATACTATTAAATATACTAAATAAGAGGAAAACGCTTTGG
+AAGTGACTGGCGCCGCCGCTGGCTACTATAATAGCAGCGACTGTAATTTAATCTCATCCC
+GTCGTTTGGATTACCTCTTTTACTCGCCGAGCGAACGTGCACCAAAAAGGGAAAGGAAAA
+AAAGAAAAAAAAAGGAAAAAGGAAACTCAAAACTTGGATAAATAGAAGCACTCAAACTAA
+ATTAAACTGCCAAAAAAAAAAAAAATAAAAAGGGAAAAGTTTAAACATCAAAGTACACCT
+TTCACCCCTCCACACACCATGGAACAACCTGATCTATCGTCTGTGGCCATCAGTAAGCCG
+CTGCTGAAGTTGAAACTTCTCGACGCCCTTCGCCAGGGAAGTTTCCCCAACCTACAAGAT
+CTCCTAAAGAAACAATTCCAGCCGCTAGACGACCCAAACGTCCAACAAGTGCTCCATCTC
+ATGCTCCACTATGCCGTGCAAGTCGCCCCCATGGCTGTCATAAAGGAAATCGTCCATCAT
+TGGGTCTCAACTACAAACACCACTTTTCTAAACATCCATCTTGATCTAAACGAACGGGAC
+TCCAACGGCAACACCCCATTGCACATCGCCGCCTACCAGTCCCGCGGTGATATCGTAGCC
+TTCCTCCTGGACCAACCAACCATCAACGACTGCGTGCTCAACAACTCCCACTTGCAGGCC
+ATCGAAATGTGCAAGAACCTAAACATCGCGCAGATGATGCAGGTGAAACGCTCCACATAC
+GTTGCAGAGACCGCCCAGGAATTCAGAACAGCTTTTAACAACAGGGACTTCGGCCACCTA
+GAATCTATCCTCTCCAGCCCTCGAAACGCAGAACTGCTCGACATCAACGGTATGGACCCG
+GAGACTGGCGATACCGTTCTGCACGAATTCGTCAAGAAAAGAGACGTCATCATGTGCCGT
+TGGTTGCTTGAACACGGTGCTGACCCCTTCAAGAGAGACCGCAAGGGCAAACTGCCCATC
+GAGCTCGTTAGGAAAGTCAATGAAAACGACACCGCCACCAACACCAAGATCGCCATCGAC
+ATCGAACTGAAAAAACTATTGGAAAGGGCCACCAGGGAGCAAAGTGTCATCGACGTCACA
+AACAACAACTTGCACGAGGCCCCCACTTACAAAGGCTACCTGAAAAAATGGACCAACTTC
+GCTCAAGGCTACAAATTGCGTTGGTTCATCCTTAGTAGCGATGGGAAACTATCCTACTAC
+ATCGATCAGGCCGACACTAAGAATGCCTGCAGGGGCTCCCTAAACATGTCTTCGTGCTCT
+CTGCATTTGGATTCGTCTGAAAAGTTGAAATTCGAAATTATCGGCGGTAACAACGGTGTT
+ATCAGGTGGCATTTAAAGGGGAACCACCCCATCGAGACAAATAGATGGGTTTGGGCCATC
+CAGGGCGCCATAAGATACGCAAAGGACAGAGAAATTTTGCTGCACAATGGCCCCTATTCG
+CCTTCTCTGGCCTTAAGCCATGGCTTGTCATCCAAAGTGTCCAATAAAGAAAACTTGCAT
+GCAACTTCAAAACGGTTGACCAAGAGCCCGCATCTGTCCAAATCCACACTGACACAAAAC
+GATCACGATAATGACGATGACAGCACTAACAACAACAACAACAAAAGTAATAATGATTAT
+GACGATAATAATAATAATAATAATAATGACGATGATGATTATGATGATGATGATGAAAGT
+AGACCCCTCATAGAACCATTACCGTTGATTTCATCCAGAAGCCAAAGCTTAAGCGAAATC
+ACTCCCGGTCCACATTCTAGGAAGTCTACAGTCTCGTCTACAAGGGCAGCCGATATACCA
+TCAGATGATGAGGGTTACTCTGAGGACGATTCTGATGACGACGGTAACTCCTCTTACACA
+ATGGAAAACGGCGGTGAAAACGATGGCGACGAAGATCTAAATGCCATTTATGGTCCCTAT
+ATTCAAAAACTACACATGCTACAAAGATCCATTTCCATCGAGTTGGCATCTTTGAACGAA
+TTGCTGCAAGATAAACAACAACACGATGAGTACTGGAACACCGTCAACACTTCTATTGAA
+ACCGTCAGCGAATTTTTCGACAAATTAAATCGGTTGACCTCTCAAAGGGAAAAAAGAATG
+ATTGCCCAAATGACCAAGCAACGGGATGTTAACAATGTTTGGATTCAATCGGTAAAAGAT
+CTGGAAATGGAACTGGTTGATAAAGACGAAAAATTGGTTGCCTTGGATAAAGAACGGAAA
+AATCTGAAAAAAATGCTTCAAAAAAAATTGAACAATCAACCACAGGTTGAAACTGAGGCT
+AATGAAGAATCCGATGATGCAAATTCAATGATAAAAGGATCCCAAGAATCAACAAATACC
+CTTGAGGAAATCGTAAAATTTATCGAAGCAACAAAGGAAAGTGATGAGGATTCTGACGCC
+GACGAATTTTTCGACGCAGAAGAAGCTGCTTCCGACAAAAAAGCCAATGATTCGGAAGAC
+TTAACCACAAACAAGGAGACTCCAGCTAATGCGAAACCACAAGAAGAAGCTCCTGAAGAC
+GAGAGCCTTATTGTGATCAGTTCTCCACAGGTGGAAAAGAAGAACCAACTATTAAAAGAG
+GGATCATTCGTCGGATATGAAGACCCAGTGAGAACCAAACTGGCTTTAGACGAAGATAAT
+CGTCCCAAGATTGGTCTCTGGTCTGTTTTAAAGTCTATGGTCGGTCAAGACTTAACCAAA
+CTAACTCTACCGGTATCGTTCAATGAGCCAACATCCTTACTACAGAGAGTATCTGAAGAT
+ATTGAGTATTCTCATATTCTTGACCAAGCTGCCACTTTTGAAGACTCCTCTTTAAGAATG
+CTATATGTAGCTGCCTTTACTGCATCAATGTACGCATCTACCACTAACAGAGTGTCTAAA
+CCATTCAACCCCTTACTCGGTGAAACTTTTGAATATGCCAGAACTGATGGTCAGTACCGA
+TTCTTCACCGAACAAGTCTCTCACCACCCACCTATCTCTGCTACTTGGACAGAATCGCCC
+AAATGGGATTTTTACGGTGAATGTAATGTTGATTCGTCATTCAATGGGCGCACGTTCGCC
+GTGCAACATTTAGGATTATGGTACATTACTATCCGGCCTGATCATAATATTAGTGTTCCC
+GAGGAAACTTATTCCTGGAAAAAACCAAATAACACTGTTATCGGTATTTTAATGGGGAAA
+CCACAAGTAGACAACAGTGGGGACGTCAAAGTCACAAACCATACCACAGGCGACTATTGT
+ATGCTGCATTACAAAGCCCATGGCTGGACCTCAGCCGGTGCATATGAAGTCAGAGGTGAA
+GTATTCAACAAGGACGATAAAAAATTATGGGTTCTTGGTGGGCATTGGAATGATTCCATT
+TACGGGAAAAAAGTAACTGCTAGAGGCGGAGAACTGACATTAGACAGAATAAAAACGGCA
+AATTCTGCCACGGGAGGACCAAAACTAGATGGGTCTAAGTTTCTGATATGGAAAGCAAAT
+GAAAGGCCTTCAGTGCCATTTAATTTAACGTCGTTTGCATTGACTTTGAATGCTTTGCCA
+CCCCACTTGATACCATATTTAGCACCCACAGATAGTCGTTTAAGGCCCGATCAAAGGGCT
+ATGGAAAATGGTGAATACGATAAAGCTGCCGCGGAAAAGCATCGTGTTGAAGTAAAACAA
+AGGGCAGCAAAAAAAGAAAGGGAACAAAAAGGAGAAGAATACAGACCTAAGTGGTTTGTC
+CAGGAGGAGCACCCCGTTACCAAAAGTCTATACTGGAAATTTAATGGAGAGTATTGGAAC
+AAAAGAAAAAATCATGACTTTAAAGATTGTGCTGATATTTTCTAAGCTGTGCAATGTAGT
+CACAATAACACTCGTTCATTTGTATCCATTGCGAATGCCGGTACATCGGAAAACAGGATA
+GGACCTATTTAATTATATAGTATGAAGTATTCATAACTTCTTGAGGCATCAATACATCAT
+ATTCCATGAGCTGCGTGGCATTCATACTCATTGATTTAAAGGTTTTTTATTTTCATGGAA
+AAGATTAACCGGGCTGAACGAAATATATTAAAGATGCTAAAACTTATGCTTTCATTGACT
+TTCAATAGTGTCCACTAACCAAAAAAAAAAACTACTCTAACAAGGGATCCCCATGGATTC
+AAAGCCGATACCAAACAGATATTACTCTGCATAGAATTCAAAATATTATCCATATAAAGA
+TGGGAAAGAATTCCAAAAGGAAAATTCTGCTCTAGAAGGTCACAAAACTAGTAAGAAGTT
+GACCCCCCTGCCATTAAAAAACGTTTTTAACAGCTCTAGCAATATTCTAATTTCGAAAGT
+GCTCTCAAAAGAATTTATTCATTTGCGAAAAAAAGAATATCTCAAAATTTTCTCGATCAC
+GTACAACATCGTAGTATTTAAAGGATTATTAAGTCAACGAATAATTTCCACAAGAAAGGT
+ACCTCTAGTTTTGGTGATGAAGCAAGACAATAACTGGCAAGGGCTCTCACTAAATATCAA
+CCCCTTTCAAATAAAAAAAGGATCATGGCTGGCAGCGCCCACAACAATTAAACTCTGTTA
+CTATCAAAAAACATTGAGCCCAAGAATGGAATAAAATTTTCACTACACCTCGGACATGGA
+TTTGTACATGTCCTATTATCCTGTAATTTTGACATATACTGATATGGACCTCTTGTTTCG
+TATAAATCGCTATTTATTTCCCCAGATAACTAAAGAAAATCCTTCAACCCAGCGTTCTAT
+ATTACTATATTCTCAACCCGCCGTTTTCCTGCTGTGCGATAATTCTCATTCAATACTACC
+ATTTCAAACCTAGAAAAGGGTGTCTTTATTAAAACTGTAAGAAAATTTTATCATGAACTC
+TGATGAAAAGTCTTCGGAAGATCAACTTTTTGATTTTTCAAAAATGAAAGAAACTGTTGT
+CTCCATTTATGGCCTCATATCTGAAGGAAATTCGTCTGCTATTAGTCATACCACTATCTT
+CTTCTTGAAGCTGCATTTCAAGGTTGATTAGGAAGCATCTAACAATCATTCGATAGGGAA
+AACAGAAAGGCCGTTACAGTTTTTTAAAAATATCAATATCAAGAGAAAGAACTAGGGATA
+TTGCAAAATCAAAACTTCTGATATTTGGTTTTACGTGAAAATTACCAACACTTAAACGTT
+AAAATTTCAAACTATCTACTGAAATATAAATTTTCAGTCAAAGAGATGAAACGATTATTT
+TCTTGAGTAATTCGTTGTCACAATTTAACAGAAAATTACTGTTTTTTTCAAGTAGTTCAC
+AAAGATACTCAAACTAAGATCATGGAGACGTCGGCAAGCAATTGATTGTTAGTGATTATC
+AAAACTCATTAGCTTCGGTAAAACTACATAGATTGAAAATCAGTAGTAACATACAACATG
+GTTTCCATGAGATTACAAACCGGCCAACCTAATGCTTTCAAAAATTCTTTGCTTACTGAT
+TCACGGTGGCCAAGAAGCATATAAATCTGTACTTTGCAGTAAAAAACAGATGGTATTGCT
+CATTCCCAGCGATTGCCAAATACGATTCATAACAGATTGACTTATCTTTTTCGAAAGCTC
+TATCATATGGCTTTGAGTAATAAGGTGAGATTTTTTTGGTGATGAAAATAAATACGGTGC
+CTTGATGCAAAATTTTTAGCCACAAACCTCTCTTCAGTCCCACATGATTCACCTGATTAC
+GACTCACTATTTCATCTGTTCCATAAATCTCGGCTTTTTATATACAGAACATTAGACGAC
+GGGAAGAGAAAAACGTCAGTATAACCCACTTTTGTTCGTAAAAAAAGGTTATTCACTTCT
+ACTCCGTACTAATCAATGACTTTAATGGTGAAACCATGATGAGGAGAGTAACACGATGTA
+ATTGTCATAAACTAATATTATCCCATATTAGTTTACTGACGGCTACAAGTGAGAATATAT
+ACTTTAAGAGTGTAACCATACCAGTAATTGGGTTCCAAACAAGTTTGTGAGGCGCGTGTG
+CTGAAAGTAAAAAAAACTTACCTTAATAACGCAATTTCTGGCGAGGTTAAAATATTAAAT
+ATAAAAAGCCTTCCAAGTAATTTTGCCCACTAAAATGTAACACAAAGCTCCACTGGTTCT
+CGGCTTCTTGTTCTTTCAAAAGGATCTTCAAATCCGCTTCCACTTAAGCAGCCTTCTGCT
+ACGACTTCTTCTGAGACACTCGGTTTCGCGCGGGCACTTCTGCCCACCAAAAAAGTTTAT
+TTTCCGGAAAGCTTATTTCTAAATAAACTTCTGAGGAATTTTTTTTCCGCAAATTTCCAT
+GCAACGTCGAACTCTCAAATTCTCACGAGATTATTTGACTTGCTTTCCTTTCCCCCTTTT
+TCCACGCACTACGTCAATGCAAGTGATCCGCTTTTGAAGAAGCAAAAAATACTTCTTTCA
+GCTCGTACCGGCATTTTTATTATTTGTCAAAACTGGCGTTTGGAAACCAGCTCTTCACTT
+TTTCTTCGTGGTTTCTTCGTGGTTTTTTCGAGAGTTTTGTTTAAGCCCCTTTTATGGATG
+CATGAGAAAAAAAAAAAGGTTTGCTACAACCATCTCAGGTCTCTTGAAGGATAGTTCGAA
+GCTCGCCTGACCGTCTTTGGGTGACCAGGCTTGGTTTTCAGTTTTTTTTAGCTCATTGAG
+ATATGTGATCCCGTTCCTAGATATTATGAGGGAATTTTATATATCAAATTGATTTTCACC
+GCGAATTCCAGAAGGATGGGCAAAAGAGGGCTTGTTGGCGTGGGAGGATGGTCGCGGCTG
+AAAATTTTCACCACGAGCAGTTTCTTGTGAGACATCCTAATACTTTTGCATTTTTACCAA
+GCAGTCGTCCGTAGCAAAGCATAGGTTAGTAATAACAATGTGCAAATAAAAAACTATCTT
+ACAGGCAATTATTTTGTGGCAAAGCAAGGTCCATGTTTTCTTGAAAGGTAAGAAGTGGCT
+TTGGGACAGCTCATATAGACAGATTTAAGTTTTTGATCTGAGAAGCGAATGAAATGTCTT
+CAGTATCATTCAATTTAGCATCCTTTTCATTGACTTTGAATGTTTTACCGCCCCAATCAA
+TGCCATAATTAGCACCCCATGGATGGTCGTTTAAGGCCTGAAGAGTTATGGAGCATTGTG
+AATAAAATAAAAAATTACTTAGGAAAAGCATCGTGTTGAAGTAAAGCAAAGAGCAGCAAA
+AAATAAATGGAGTAAATATGAGAGAAATACAGATCAGAATGGTTCGTTCAAGAGTCCATA
+CTATAAACCCGATGGTGACTTTTGCACAAAAAAACAATGGTTTCGAAGATTGTGCTCATA
+TTTTCTGAGCTCAACATATGCTCGCAAAAACACCTACTAATTGATGTTTACCAAGAACGC
+GAGTACAGTCATATATAGATGTAGTAGAGTTGAGATATTCTGAATCGGAAGTACGATATT
+TCAATTCCTATATTGCAAAAATTTATATATTTGGAGCTTCTTGAAAGAAAAAGTGTCCAA
+CATCCTGCATGAAGTTTGATCACTTTAGCTGGTCCCATTCGAAGAACCTTTTTTTTTTTT
+TTTTTTTTTGAGATTCTTCATATTCTGTTATTAAATTTTTAGACTTTAATTTTTACTTTC
+TATGTAACGTTCACTCTTACCCTAAATATTAAACTATTTGATAAAATATTACACTGAAAG
+GTGTTACAACTTTTCCTAGACCAACCTTAATATAAACGTTACGATATAAAATAAACAGTA
+ATTTTAAGATTCCATTGTTGAATGTGACACGTAACTCTAGGCCATACCTGGTTTAGTATT
+TTTTAAAAGAACTCTTGCTACAGCATATTTTACGTTTGCATAAAAATAAAAGAAAAGCTT
+CCTTATGAAACACTGGTTAAGAAAAGAAAATGGAGTGGTTACATACTCCAAAATAAATTA
+CTCTTAATATCTGTTTATCCAATGAGGAGCAGATCTCAAAGATAATCAGACTTGTTATTG
+AAGCAATTGAAGTAAGTCTTCCATTGAAATCACGCTAATTATTAAGCAATATGGTGGATT
+AAACAACTCTGACGGGACCGTACTACTTGATGAAAAGTTATATACAATATTGAATAACAG
+CATAATGCTGTATGATGTTGAGCGGAAGATTGTATAAAAATGTCCTTTTCTAAAATCATG
+AAAAACGAACCCTTTAAAGTAATTTTGTAGCGAAATTTAACCTCACGAGTTCATGATCAT
+AACTCGTTATCATTTTTGTAATATTGAATCGGTCTCTATAGAGCCTCATGAGAAGATAGA
+GGACCCGAAATAATTCTCCCTTCAAACATTATGGCCAATAAGTGTCAGGAAGTGAAGCAT
+TGACATGACAGCAGCACATTAAAACTCTATTGAATATAAATACGATCCACGACATGTCGT
+TTACAAAGCGCTAAAAACTCATGAGCCAACTATTCCCTAAATTTCCAAGATCTATCATAT
+ATTTTTCCCTAATTTTCCAAGAGGAACCTCCATAAAATAATGCAGAAAAACATTTGTTTG
+ATCTATTTTAAAAGGCATATCGCATGTTATAGTGAATCTGAAGATTGCTTCTCTCGTCAG
+TATTAATGCACTATATTACGTTTCAAATAATTCGTAGATTGTCTCAAGTTTTCAGTATAT
+TTGCCTTCATGACCCACCGGTCCTCTTCCCTCAAGTGCTCAACGATGGGAGCTTCAGAAA
+AATCCAGCAGCATAGTTGAGTTCTGATTCTCTCCTTGGTAGTTTTTTCCTTTGGTGATTT
+CGGATTCATAATGAAAATGTTTCGTATATTCTATGACTAAAGTTGTTATTGTTGTAAGTA
+TTTCTGCTTCCTCTTGCAACAATTCCGCTCCCACTTATAATGCACCGAGGTGAATTGGTC
+ATCCTTACGAAAATACCCAGATAGAAATGGAGTAGTTGCGTGATCGTTTACTGCATCTTT
+TGCGCCTTTTAATCAATCTTGACGTGGATATCTTGTTTTGCTTGAACCACCACCTGTATT
+GCTGGTATAAATCACCATATTAACCATCGTTTTCAATCAACGCAACTTTTAGTGTATTGT
+CTGCAACATCTGATTTCCCTCTGGTAAGTCACCTAATCTAAAATCTCTATTTTGAATCCA
+CGGAGACATACGTTTGAAAGATATAAAAGAGTTCATTGAAAAGTCTAGCGTCACAACTGA
+CATTAAAATACTTAAATATGAACCAAAATTTTTTGGCTTTTATTTTCAATGCAATCATTA
+TCTGCCTATACAGGAAACGCTTTATTTGGCTCAATAATATGATCATGTTTGTCTGAAGTT
+GGCAATAAAAGAAACTAAGAAGAGCCACTAAACTTATTTTATGATATGGGAAACACAGAA
+AACACTCCAAAAATTTTGGTACAAGAACCTGAAAATAGAACAAAGAAAGAGGCGAGGTTT
+GGTACATCTAATTTACGTGACCTAGACGTTGCTCACCTTATGTTAATAGCTTATCAGAAT
+TACAAGTAATTACTTGTAGGAACATCCTCTACTAGTGAATATGAAAGAGCAGAGGTTAGC
+TCCGTCTCAACCAATTTTGTACAAGTCGTTGAAAAGGACGGCTCTACTGTAGACAGGTCG
+ATTCAAAGTCTGGTCTCAAAATAGAAGGTAAAATATTATTGAACAAAAGACCACTAAAAG
+GCTATGGTATGTCCAATAAGATGCAAAATAGACATTTCACTCGCTAATCGTTAGTGGGAT
+TATATCTTACTATACTCCTTATCTCATTGAATGGCACTAGTCGATCGAGGAACAAAAAAG
+GATCGAACCGATTAGCACGGATTTCCTTAAGTAATTTAAATTACCAAAGAAGATCCACAT
+CAGCAGTCGAATGTTCAAGATGCCGTAAGTTTAAAATCTTTCGTATCTTTCCCCGATCCT
+GTCTTTCATCAATGAACTTGAATATCAAGAGTGAAAAAAACTCATATGGCTTCTCTTGAA
+GAGTTAGAAAGATAGGCACATGCCAATTGTGTGCATAGCACTTACTACTCAACGATTTCA
+CAACCTAGCATAATACGCGAAAAAAAAAGTGCATTTATTTAGGTAAGTCTCATTACCTAA
+ACGCCAGTTTGTTTCACGTAATTGGTAACGATGAGGGAACCGCAGTAGAAAAAACTTTCA
+TTCACAAACGATTAAAGTGTTATGCTAGCCAGTTTCAGGCTTTTTGTTTTATGCAAGAGA
+ACATTCGACTAGATGTCCAGTTAAGTGTGCGTCACTTTTCCTACGGTGCCTCGCACATGA
+ATGTTATCCGGCGCACGATACTTATCACCGAAAAACCTTATTCTACGGAAAACCTTATTT
+ACATTAAAGTTGGAAAAATTTCCTCTTTTTCCTAATAAGGTGGAGCTTTTGGCTTCCAGT
+ATGCTTTCACGGAATTATTTCTCATGTACATTTAGCTCCATTTCCAGTGCCTCCGATAGG
+GAGGCATCATGGTACTACCGTGACGGAGAATACGTAGGCTGACTTTTTCGTCAGTTTGTT
+GTCCGTTTACAAAATTGGTGAATGAATTCTAGCCTTCCTCTGCTCATTAATTGCCCTCAC
+AAGAATTTGGAAGTGCGTAGAACAGGTAAAAGATTGTACTACAGAGGTATTGTGGAACCT
+TCTACAGTACTTCGGAATACACCTAAAAGGTTGTTGGATGCTAAATTTAGCAAAAGTCTT
+TTTTAGCTCACTATTAGGCTTGTTAAAGTCTGAAATTGTTGAAAGGCACTCAAAAAGATA
+AATCAACAATCAGCATTAACGGCACAGTTGAAAGAGTCACCCACTTGAAATTAGCTCGGT
+TATCAAATATAATTATCTCTGGTAAAGAGCTCTGCAGCAGGGTTAATCTATTCGCATACT
+TACGCTGTAGGAACATTTTATTATTAGGATCCGACTACTGCCTACATATTTATTCGGAAG
+GCATGATGTCGAAAATTTTTGAGCTTATAAAAGGAACATATTTCACTCTTGCTCGTTTGA
+TGTAAGCTCTCTTCCGGGTTCTTATTTTTAATTCTTGTCACCAGTAAACAGAACATCCAA
+AAATGACAATGCCTCATCGCTATATGTTTTTGGCAGTCTTTACACTTCTGGCACTAACTA
+GTGTGGCCTCAGGAGCCACAGAGGCGTGCTTACCAGCAGGCCAGAGGAAAAGTGGGATGA
+ATATAAATTTTTACCAGTATTCATTGAAAGATTCCTCCACATATTCGAATGCAGCATATA
+TGGCTTATGGATATGCCTCAAAAACCAAACTAGGTTCTGTCGGAGGACAAACTGATATCT
+CGATTGATTATAATATTCCCTGTGTTAGTTCATCAGGCACATTTCCTTGTCCTCAAGAAG
+ATTCCTATGGAAACTGGGGATGCAAAGGAATGGGTGCTTGTTCTAATAGTCAAGGAATTG
+CATACTGGAGTACTGATTTATTTGGTTTCTATACTACCCCAACAAACGTAACCCTAGAAA
+TGACAGGTTATTTTTTACCACCACAGACGGGTTCTTACACATTCAAGTTTGCTACAGTTG
+ACGACTCTGCAATTCTATCAGTAGGTGGTGCAACCGCGTTCAACTGTTGTGCTCAACAGC
+AACCGCCGATCACATCAACGAACTTTACCATTGACGGTATCAAGCCATGGGGTGGAAGTT
+TGCCACCTAATATCGAAGGAACCGTCTATATGTACGCTGGCTACTATTATCCAATGAAGG
+TTGTTTACTCGAACGCTGTTTCTTGGGGTACACTTCCAATTAGTGTGACACTTCCAGATG
+GTACCACTGTAAGTGATGACTTCGAAGGGTACGTCTATTCCTTTGACGATGACCTAAGTC
+AATCTAACTGTACTGTCCCTGACCCTTCAAATTATGCTGTCAGTACCACTACAACTACAA
+CGGAACCATGGACCGGTACTTTCACTTCTACATCTACTGAAATGACCACCGTCACCGGTA
+CCAACGGCGTTCCAACTGACGAAACCGTCATTGTCATCAGAACTCCAACAACTGCTAGCA
+CCATCATAACTACAACTGAGCCATGGAACAGCACTTTTACCTCTACTTCTACCGAATTGA
+CCACAGTCACTGGCACCAATGGTGTACGAACTGACGAAACCATCATTGTAATCAGAACAC
+CAACAACAGCCACTACTGCCATAACTACAACTGAGCCATGGAACAGCACTTTTACCTCTA
+CTTCTACCGAATTGACCACAGTCACCGGTACCAATGGTTTGCCAACTGATGAGACCATCA
+TTGTCATCAGAACACCAACAACAGCCACTACTGCCATGACTACAACTCAGCCATGGAACG
+ACACTTTTACCTCTACTTCTACCGAATTGACCACAGTCACCGGTACCAATGGTTTGCCAA
+CTGATGAGACCATCATTGTCATCAGAACACCAACAACAGCCACTACTGCCATGACTACAA
+CTCAGCCATGGAACGACACTTTTACCTCTACTTCTACCGAATTGACCACAGTCACCGGTA
+CCAATGGTTTGCCAACTGATGAGACCATCATTGTCATCAGAACACCAACAACAGCCACTA
+CTGCCATGACTACAACTCAGCCATGGAACGACACTTTTACCTCTACATCCACTGAAATCA
+CCACCGTCACCGGTACCAATGGTTTGCCAACTGATGAGACCATCATTGTCATCAGAACAC
+CAACAACAGCCACTACTGCCATGACTACACCTCAGCCATGGAACGACACTTTTACCTCTA
+CATCCACTGAAATGACCACCGTCACCGGTACCAACGGTTTGCCAACTGATGAAACCATCA
+TTGTCATCAGAACACCAACAACAGCCACTACTGCCATAACTACAACTGAGCCATGGAACA
+GCACTTTTACCTCTACATCCACTGAAATGACCACCGTCACCGGTACCAACGGTTTGCCAA
+CTGATGAAACCATCATTGTCATCAGAACACCAACAACAGCCACTACTGCCATAACTACAA
+CTCAGCCATGGAACGACACTTTTACCTCTACATCCACTGAAATGACCACCGTCACCGGTA
+CCAACGGTTTGCCAACTGATGAAACCATCATTGTCATCAGAACACCAACAACAGCCACTA
+CTGCCATGACTACAACTCAGCCATGGAACGACACTTTTACCTCTACATCCACTGAAATCA
+CCACCGTCACCGGTACCACCGGTTTGCCAACTGATGAGACCATCATTGTCATCAGAACAC
+CAACAACAGCCACTACTGCCATGACTACAACTCAGCCATGGAACGACACTTTTACCTCTA
+CATCCACTGAAATGACCACCGTCACCGGTACCAACGGCGTTCCAACTGACGAAACCGTCA
+TTGTCATCAGAACTCCAACTAGTGAAGGTCTAATCAGCACCACCACTGAACCATGGACTG
+GTACTTTCACCTCTACATCCACTGAGATGACCACCGTCACCGGTACTAACGGTCAACCAA
+CTGACGAAACCGTGATTGTTATCAGAACTCCAACCAGTGAAGGTTTGGTTACAACCACCA
+CTGAACCATGGACTGGTACTTTTACTTCTACATCTACTGAAATGACCACCATTACTGGAA
+CCAACGGCGTTCCAACTGACGAAACCGTCATTGTCATCAGAACTCCAACCAGTGAAGGTC
+TAATCAGCACCACCACTGAACCATGGACTGGTACTTTTACTTCTACATCTACTGAAATGA
+CCACCATTACTGGAACCAATGGTCAACCAACTGACGAAACCGTTATTGTTATCAGAACTC
+CAACTAGTGAAGGTCTAATCAGCACTACAACGGAACCATGGACCGGTACTTTCACTTCTA
+CATCTACTGAAATGACGCACGTCACCGGTACCAACGGCGTTCCAACTGACGAAACCGTCA
+TTGTCATCAGAACTCCAACCAGTGAAGGTCTAATCAGCACCACCACTGAACCATGGACTG
+GCACTTTCACTTCGACTTCCACTGAGGTTACCACCATCACTGGAACCAACGGTCAACCAA
+CTGACGAAACTGTGATTGTTATCAGAACTCCAACCAGTGAAGGTCTAATCAGCACCACCA
+CTGAACCATGGACTGGTACTTTCACTTCTACATCTACTGAAATGACCACCGTCACCGGTA
+CTAACGGTCAACCAACTGACGAAACCGTGATTGTTATCAGAACTCCAACCAGTGAAGGTT
+TGGTTACAACCACCACTGAACCATGGACTGGTACTTTTACTTCGACTTCCACTGAAATGT
+CTACTGTCACTGGAACCAATGGCTTGCCAACTGATGAAACTGTCATTGTTGTCAAAACTC
+CAACTACTGCCATCTCATCCAGTTTGTCATCATCATCTTCAGGACAAATCACCAGCTCTA
+TCACGTCTTCGCGTCCAATTATTACCCCATTCTATCCTAGCAATGGAACTTCTGTGATTT
+CTTCCTCAGTAATTTCTTCCTCAGTCACTTCTTCTCTATTCACTTCTTCTCCAGTCATTT
+CTTCCTCAGTCATTTCTTCTTCTACAACAACCTCCACTTCTATATTTTCTGAATCATCTA
+AATCATCCGTCATTCCAACCAGTAGTTCCACCTCTGGTTCTTCTGAGAGCGAAACGAGTT
+CAGCTGGTTCTGTCTCTTCTTCCTCTTTTATCTCTTCTGAATCATCAAAATCTCCTACAT
+ATTCTTCTTCATCATTACCACTTGTTACCAGTGCGACAACAAGCCAGGAAACTGCTTCTT
+CATTACCACCTGCTACCACTACAAAAACGAGCGAACAAACCACTTTGGTTACCGTGACAT
+CCTGCGAGTCTCATGTGTGCACTGAATCCATCTCCCCTGCGATTGTTTCCACAGCTACTG
+TTACTGTTAGCGGCGTCACAACAGAGTATACCACATGGTGCCCTATTTCTACTACAGAGA
+CAACAAAGCAAACCAAAGGGACAACAGAGCAAACCACAGAAACAACAAAACAAACCACGG
+TAGTTACAATTTCTTCTTGTGAATCTGACGTATGCTCTAAGACTGCTTCTCCAGCCATTG
+TATCTACAAGCACTGCTACTATTAACGGCGTTACTACAGAATACACAACATGGTGTCCTA
+TTTCCACCACAGAATCGAGGCAACAAACAACGCTAGTTACTGTTACTTCCTGCGAATCTG
+GTGTGTGTTCCGAAACTGCTTCACCTGCCATTGTTTCGACGGCCACGGCTACTGTGAATG
+ATGTTGTTACGGTCTATCCTACATGGAGGCCACAGACTGCGAATGAAGAGTCTGTCAGCT
+CTAAAATGAACAGTGCTACCGGTGAGACAACAACCAATACTTTAGCTGCTGAAACGACTA
+CCAATACTGTAGCTGCTGAGACGATTACCAATACTGGAGCTGCTGAGACGAAAACAGTAG
+TCACCTCTTCGCTTTCAAGATCTAATCACGCTGAAACACAGACGGCTTCCGCGACCGATG
+TGATTGGTCACAGCAGTAGTGTTGTTTCTGTATCCGAAACTGGCAACACCAAGAGTCTAA
+CAAGTTCCGGGTTGAGTACTATGTCGCAACAGCCTCGTAGCACACCAGCAAGCAGCATGG
+TAGGATATAGTACAGCTTCTTTAGAAATTTCAACGTATGCTGGCAGTGCCAACAGCTTAC
+TGGCCGGTAGTGGTTTAAGTGTCTTCATTGCGTCCTTATTGCTGGCAATTATTTAATAAA
+ATTCGCGTTCTTTTTACGTATCTGTGTATCTTTTCTTTGCTAATTATACGCTGACATGAA
+TTATTTTTTAACTGTTTCTCCTCCATACTTTCAAATATTCAAATTGACTAAATGATAATT
+CTTGCGCTTCTTATTTTGAAAAAGTAGATATGTGTATCATAAAGAAAACGTTATTATTAT
+TGTCTTAGGCAACAAAAATCCATGAAAAGAATTTTACCGTTATCGATATCATTGTATTTA
+TTTTATTTATTTATTCAATTTTTTTTTTTTTGGTTTATATCCTGCAAACAACACTTCGAA
+TTCAATTCGATATTTCATAAGTTACAACTAACACTTATAGAAACCGATGTATGAGTACTT
+ATTATTAACGAGGAAAAATGCCCTATTTTCTTTAGCAATTAATGAACCATCGCCAACTTT
+TGCTTTAACAATTATTGCCATTTTCAGCAGTACTAACGTAAGATCTAGTGTGGTTCGCTT
+AGGATGTTTTCGAGTAGAAATCTGCTGCACATGCCACACGCAGTACTTGAAACTTGAAAT
+AATGGTGATAATTAGTTATTTAAAGTATGTTAATCTTCCTTGTTCTTTTATATTTATTTC
+GAATTCTTTTGCACTAGTATTTAAAATATCAGCAGAGGTGTAAAAGTGCACCAAAATTAT
+TGTAAAACTACTTGCCCTAAAATTGATACTTCATACTTGACATATTCAAAAGGGGTCCAA
+GTATAGATGCATCAAAAAAAAAAATTATCCGATGATGAGCAAATGGTAGCTTTTCGTTCC
+CAGGAAGTGTAGTAGTTCCATGAAGTCTAATGAGACTTTGGAAAAAGGTTTGTCACGAGC
+ACCTAACTATTGTATTTTGGAATTTTGATAAACTTCAAAACGGGAACGAAGTGTTAAACT
+TAGATGCGGTTGATTTAAGCTTTAAAAGAGGAAAATAATGACTGATGATAAGAAGTCAAC
+AACGATTCAAAGCAGGTGAATTTCCATTACGTTTCGCTTTTCAATTGAAAAAAATTTGGT
+GGTTATTCATTTCTTGCTTGACCTCTTTACTTTTTATACTTCTGTGATGAGAAGCAAGTT
+CGAGGATTTTACGATAAAGCCTACTGGTTATATTTGTATAAATTAGAACGTTGTCCTTAT
+TTCTCTTTTCGAACAGTATCAAAATAAAGTTTTTGATTAGGGCCAGATTCTCTTCAAGGA
+AGAGATACCTCACGTCTGTAATATCTAAGAGCTAATGTTTCGATCGAACTTTCCTTTGCT
+TTTTTTCTGGATCTCATAATGTCCCACTGTATGTATGTGCCCTCGCACAGCTTTGCTCAT
+CATAGACATTAATCATTGGTTGTACGATAAAAATATCGCAAAAATTATTCTAACGTTCAG
+ATTAGATTCCGGCCATATTTCTGACATTTGTTTTATTAATAAAAATTTGGCGAATGTTTT
+GATAACTTGATAACTGCTGATATTTCATTGTTGAAAAGGCATGATATTAGATGCACAAAG
+TATATTATAACTTATTATCAGAGATATAGGAACAAAAAAAAAGGGAAATTCATATCTATA
+TGTGAAAATACCATTATTTCCTCTTCTATTTAATATACTGTCCTTAATTTTCATATTACA
+TTATCAACTTTTGCATTTCAGTGTCCATTAAATCTTGGGACCATTTTCTCAATCTTCATG
+TCGTGTTTTCACACCGTATATAATATACTGGTAATATAAGTACTAGTCGATAGATCGCAG
+TTGAGTCTTATCCCAACAGTTAATGATTCACTGTGCTTTCTGTTGCTGTAGAATTTCTGA
+GGCATTGTCGCTCTCTTCTATGTGATGCTACAACGGAACTAGGCTTCTTATATATCGTGG
+TCCTACAAGATCTTGGTATCTCGTTTGCTTACTTTGAAGCTTCACTGATATATAGTATTT
+AAGCCACTTTCATGTTCATGGATAATCGTAATTGTACTACGCTGGTACCAGTTATGAACC
+CTATCAAATCATCATTGAACACTGCTATTTTTAACTAATCAAGATGTGTATGCGGCGTAC
+TTTATAATTTCACGACACTATTGAAAGCAAACTAAAAATCAAGTAAATACCTATCCAAGT
+TGCGGGCTCTGGATTTATGTGGCCTTAAATTTTCGACCTATGGTTCGCTATTCAATATGA
+GAAAACCAAAATTAGGTACAAGTACTGATTACGTCCGTGATTCGAAAAGCAGCGTTGAAA
+GATTACAAGATTTTGCGTGTCCAGGCCGACACTTAACTTTAAGGTCTCGACTTAGTAACA
+TGAGTTGCCAAAAGTTTTTTTCTCCTATCTGAATATGGGGAACCGGAATTTGTCTTTGAC
+CTGACTTTCAAATTGTTGCATATGTAAAAAAAAACAGAAGAAATATGATCTTCTTCTTCT
+AGCGATGCAAAAGGATTCATTACAAATCGTCGCAAAGGCCGACAAGTTGCAGTATATTCA
+CATTGCTTATTTGAAGTATGTTTGTATACACATCGATAGTATTCATTAACACCACAACTG
+CTGTGTATACTATGTCAAACAGCATAATAAAGCCCGTCATTTTTGTACCCGCTCATTTCC
+AATAGGCATCTAAACTTACAAATGTGGTACACTACTTCGAATTCATTAATCGATATTGAA
+TGCTAAAAGTCTGCGATTTCTTCCTCAACGTTCAAAAATCTCATCCAAGGCATAATCCCA
+CATATTGAAGATCGCTACCAATTGTTACGGGCGAACTGAGGTTTTGGAAATGAGCTTGTA
+CTTAGTAAATTTCTCTTTGCTTGCATCTTTTTCTTCCATGCCAAAAAATAAAAGATACTC
+ATTTTAAAAGCGCAGCCATATTGACTAAGTAAGTAATCATAATACTATGAGTAATTTTTG
+AGTACTGTGCTCATTTACTAGCTGCTTTTCTGAGAAAGATCCTCGATAATCAATTCCAGG
+TTAGTGGGGCCCTTCTACGGCTTCTTCTAACCAATTGTTCCCCGTGAGTTGCTTTCTCTG
+AAAACCTTATTATACATTAGAGTTATAAGAAAATTTTCTTTTTCCCGTAGATTAACCTGC
+AGTGCCGAACTTCTAGATGTCACACCAGACCGTTTGACACCGCCATTTTCCTTCCTTTTC
+GGAAAAATGTGCCGATAAATGGTAAGACGCGACGCCACTGCTACGAATATTACGCTTATG
+ATGAAGCAAAAGGAAAAAGCAAGTTCCCCTTAAATTCGTATAACTGTTTCATCAATCTTT
+AGTTCTGGCATTTGAAAGTTAATTAAACTTTTCTTCGTGGTTTCTACAGGAGTTCTGCAT
+GTGCGTAATTCAAAGCCTGTGAAGGAAAAAGTATTGTCCTAAACAACGGTCGTAGAATAC
+GTCAACTGTAGTTTAAAATATTTTCTGGCTCTACTCGGTGCGATAGGTCTGGCTCTTTTC
+TATTTACTTTTGTTTGGAGTTGTTGAGGCCGATACCCGTCTAGATGTAAATATGAAATAA
+CAGTTCGAGGTTTTATTACGAGAATGAAAAGGGTAATGGATTGGAGCATGTGTAAATGTC
+AATAGCAGAAAAAATTTACCGCAAATTGTTTCGTAGTCTTATCTTCATCGGACACTCAAG
+GGTTGCATAATTTTTACCCAAAGGAACAGTATACTTTTTTGATAAAAAAATCTTGTTACC
+TATACAGTATTGCAAGCATTTTCAGAAACTCGTCTTTTGAGTTCTAAATGCATCATACAA
+CAACAACAACAATTTCTTATTACTGTGTCCTTTTGGGATTTTTCAGCCTTCCTAGCTTAC
+CCAAAATAGCCTCTCAAGGTGAAAAAACCATGCCTGCAAGCGGATCTAAGGATGAGTAGC
+TAGATTACAATAAATCCTGAATTTTCTCTGAGTGTCAACTTTGTCATCGCTTGTTAAAGG
+GCTACTACGCTGAAAAAGAACCTGAACTCTGTTAATAGGTTGAAGATTTTATGACTTGGT
+ATACTATTCCATACGGCTGCTCTCCTGATTGCGGTGGGTCATTGCTATAACAGTAAAATC
+AAGGAAGATAACAGGAAGAGTAACTTTAGTACAATAAATCTGTTGTCTTCCCGAGGATTA
+TAATTGTTCGGCTTTCACACTAAGTTGAAAAGGGGGACTCAGGAAATGACAGGGTACGTT
+TTAGTTTCTCCAAATAAATCTTCCACACCCAGCTTCAATGTGGTAAACGGGGGAAAGTTG
+ATTAATTGATGTTGGCACTTATATTTAACTGATGTAGAGAAGAACAACATACTACTAACG
+TCACAGTCAATTGTGCCAGTTTTCCAATCAAGTATTTCGAGATAATGTAAAAGTAATTGA
+TATATGTTCGTACTGGTTTCCCAATTTCCGGGAAAAACTATGTACATGGGTGCAATTCCT
+TGTGGTTATTTCCTTTTAGGTTATATTGCCAACCACATCATAGTACTATTTGCGGTCACT
+TCAGAAGATATGTTTGCTCCTTTGATCATGATATAGACCAGGCCAACTGTACCGCTTCAG
+GCTTCAAAGCATTAGGAATAAGCACCACTATTACACAACCATAGAGCTACTCTTACTGTC
+ACGTAGGTAAAACACTTGCTACTACACACACTCGTAGTGACTCATCTGACTATATTGCCG
+GTTGTTAAGAGGCACCAGTTAAGCACGCCATCAAGGGTACCGAATAATCTCTTCTGTATC
+AAGTATTCTACCTTTATGTCTGACCCACGTATTATGTGGAGCAATTACGTATTTTTCTCA
+TATCAGCTTTGTTTTTACTCAACTTTGATATCTTAGAGAAACAGATCTTGATGTTACAGC
+AAGGTCAGGAAAATATTTTGACAAAAACATACTAGTTTCATCCTTAGTAGTTGATTCTAT
+GAATGCTGTACTTGAAAATATTGTTCATAAAATCCATAAGTTTTACCAACGGTATAATAT
+CCTGCTATTAAATCTGCAATTGCTTTTGCGAAAAGAAGGAAAACATGCAAAACAAAAGCA
+AAAAAAAATTGGCACCCCAATTTCTTATAATATAATAATATAACGGAAGTACACCATGCT
+TTCAATAATAAGATGTTTCCTGAAAAGGGCAACTATCTGACTAGTTCAGAGCCATGCAAA
+AGTTAAGGATGAAAATGCCAAATAAGAAGATATTACGGAGTACATTCATTTCAAAAAGAA
+GAATGTATACTGCTTAGATAAGAAGATCAAGTTTTTATATTTCCGACCAAATAAGCCATC
+GAAAACTTTTGATGCACCAAACACCGTTCTTGAGAGCCAAGCACAGATGCAATTGTTCTG
+CCCTTCTTCCAAATTATGAATTGTGCATCATATCGTAAGGCCAGCCACATAAAAAAAAGG
+AGCAAAAAACTCAGTATACAGGCGAATATCCATCATACAGTCTAGCTGCCCTCACTACTT
+CCAAAAAAATGGGCTAGTGTTGTACGGTTTATGCCATATATCTAGAGTTAGCATAACTAT
+GCACTACCGCTTTTCGAACAAAAAGTTTGCGAAACCTAGTTCATTGAATATGACTTACCC
+AAAATGGATACCAAGATCCTAATAATAAAGTCAATAACTTGAATTTTAGGTGCCATTATT
+TCCAACAATCATTATAGGCTAACTCTACCAGCAGACAAGAATACCGTTCTTCTAGTTGAG
+CACATGGTCAAAATAGTCAATAAAAAACGCCCAGAAATGGCTGTAAATTAGTGTTTGTAG
+TACACAAAATAATTTCCTAATTCCTTCCAAATGGGGTTTTCAAAAAGCTGACTCACGTAA
+TTGATCAATACTTCACTAAAGAAGAATCATATGAATAAAACTAAAATCAACACTAACTGA
+GAGACTTAGCGGCCAAAGCTTAATCATCATTACATAGAGTATATGAAGGGAGTAAGTGAA
+TATGCAAGGGTGGGAAACGGCAAAGCATTTTTATGCAAAAAGCGTATTTACAAATCCCGT
+AAACTCATGATGTGAATTTTGTAACCAGCTTTAGCTGAGATTATTTCTTTTGCAAAAGAA
+ATATTCAATAAATTAACAATTTTCAAATAAATTACCCATCCATGGTCGATAACTTGCAAG
+AGAGATATCATCATTTGGCTTTTGTGATAAATTTACAAAACGTAATGTTGTATCGAGATA
+TATTGAGTTACAAGTTTTCGTCTCTTTTTCCGAAGCGCCAGACTCCCGTATAAAAAATAA
+GGTTTATAGCGGGCATTATGCGTAGATCAGGACTTAAATTTTTCATTGCAGAAGTCCAAT
+TTCAGACTCAGTATGGTTTGTTGTAGTGCTGGTGTAAAAGATGGTGTTATTACTTAAGAC
+TGATTTGGTTGCTCAGGTATTTCATTCAATAAAATTGTGAAAGAGAACCTGGAATATAGA
+ATGGAAATATATATCCTGCTACTAACCCCAATGGAAGGTGACGATCACTTCTTGTGCGTT
+CCAATCCCAGTTTTTGAATGTGCGAGTGGAAAAATTCTAGAGGAACAAATTGATATTTTC
+AAATCAGAATTCATCAAATATATGTACTCTGTAAAAACCAAGGATGTGATGAAGTTGAGA
+TATTGTCTTTATGGGAAATTGACTTCTTTGTTTAATATGAATAATGCAATTTTACTCCTC
+AGCTCAAGTAGTGTAAAGATTCAGTAGCCGTCATCAAATAGACTAAAAATTAAAAAATAA
+GATTCAATGTGGTATGATAATGATAGATGAGAAGAAATTGCAAGAAAACGAATAAATACC
+TTGTCTCTTTGCACTGAATATCTTAAAGGACATACAGTCGCAATAACGTCTACTCATTGG
+TGTGTGTCAAAAACAGTACGTTTATTATCTGGACAGCCAAAAAATAAGATCTATTCAAAC
+ATGGAATATAGCGTATTTTTATTTAATCACGGTACAATGGAGATATTTGCATGCCTATAG
+AAACAAGTAATAGTTATCATATTATTTTCTAGATTTTGTCACTGAACTTTTCCACTAATG
+AATCCTATCAAAATTATATATCCAATATGGCTGCATTCCCAACTAAATATTAAAATGCCG
+CTAAGTATAAAATGTCTCCGCATCGGTAAAAAGCATTACAAATGCGTATTATACTAGCGA
+GAAAAAAGTATAAGTATCAATGCCAATCACCCTCTGACCATAAACTTTCTAAACATGAAT
+AATAAAGGTGTTGAGAGTTATTATCCTAATTGATCAATTAATTTGAAGCAAAGTTATTAT
+GTTAAAGAAAAAGGGATGTCACAATCCTAACTATAATTTTTGCACTATACTCTGTAGGCG
+TACAAAATGGTTTGTACCGACTATATTCTCTTTATTTTTGACAATCCTTTACGATATATG
+ATTAAGAATACCATGTTATTTTTATGAAAATCTGTGATTTTTTTGTTTTCATACACTTTT
+TATTTTTGTCACGTAGTGCACTTTGATTAATACAAAAAAAAATGCTGCAAAAGCATCGAC
+TACATAAATTCATTAGGACGCATTCCTCATTACCACCTGGGTCTAATTTTTATTTTGAAA
+TTGATATTATTCTTTATATGATGAGGTAAAAAGCATTATATTCGTTGTAAACTCATATAC
+TTATCCTCATTTTAGGCACCATCAGGGACTAAGGGCTAAAGTATCAGAGCCGCATTTCAA
+CAGTGTACAGAGATTTTAGAAACATTATCACGCACTGCCTTTTGCTTTGTTTACCCGTAA
+TGAGTATACAGTGGATTTTCTGGTGCTAAAGCATATTGCCCTTTCGGCAATACTTGATGC
+CCTAAACATTTTCATCCTGGAACATACGAGTAAGAGCACATTTATGTGCCTATATTCCTC
+GTTTTTTACTGGTGCTGAATTTCTTATTTTCCACAGATAACAATCATGTTAATAAATTAT
+GCACTGTGCTAATTTTTCAATTAAGGTTCTATTACCCCTCTATCACCGACAGAAACACGT
+AATGATGTGTTATTTCCATTATAATTCCGTAAGAATGGTGTTTATAGGTAGTCTAAAGAA
+CGTGCATCAGAGAAGAATAACTGTCGCAAAAAATGACTATTCTTTACCTTTTCAAACTTA
+ACTGAGATAGTTATCTCTATTATTACCAGTGGCACACACGCGAACTACATCACTCACCAC
+TATCGTCTTAGGAACTCAAGATTTTATAGTAATGCAGCCGAAGACATTCAAGTCCTGAGA
+GAAAATGTAGACATTTTAAGAAAAGTACCGGAAATAAAGCACATGTAAAGCATTGAGCTC
+TGTACTCTATAAAAATTAGCTGCATTCAAACAACAATGTTTGAAATTTTTGCAAAAGTTA
+TTGAAAAAGATTGCTGTTTTCAGCCTTGTTCAGATCATGTCTCAAAAATGAGAAACTGGA
+ACTCTCATAATCAGTACCTCGTATTTTTTTTTCCTTATAGTTTCGTTATTAAAAATTTTT
+TTGCTGCTAATTTAAGTACGCTTTTGGTCATAAATGCTACCCACCAGTTGAATTATTGAC
+ATGATTAAAATACATTTCAGAACTTTACGGATTAAAAACTTTAAAGAACCTTTCAATCCA
+TGTTGCTGGAGGGCCATGAATCCACGAATTACAGCAAAAGAAGACAGTAACTACTTAGGG
+TTCAATAATTACTTGCATAAACACACACTAACAACCAAATCGTACTAAAATTTGCAATTA
+ACAAAACTCCATCATATCACGCTGAATTATGTAGGGCTTCTTAATGCAATAGGTTGCCTG
+AATTTTGCTTACTCGTGCTGCCGGGAACACTTAGCAGTTGGGAGGCCGTTTCTCCCATAT
+ATTTCATAATTTTCTGTCCTTCTTAGAGTAGGATGCTGAAAATCAAAAGAAGACCGTCAA
+TAGGACCAGATTTTGTGGGTCAATTTTGGGCCAGACACATGATACCCTAGGAAGTTTAAC
+GGTATACAACTCAAGGACGAGGAGTATTCGGAAACTACCGGTTTTTAACAAGCTGCAAAT
+TTCCAGTAGCTGTTTTGGTTGCGACTACGGATAAAAATTCATACTTTAGGAAGTGAAGCA
+AGATAAAAAATCATGCTGCATCCTAATTCGTGAAGTTTGTTAGGAATATTATTGTAAACA
+AGGAACCGTTTCAGTAAACTTGCTCTCTACTCTTCTAAGCTGTAATTTAAAAAAAGCGAT
+AAAACAATGATTTTGATTATCTGCAACTTCTGGAAACTCGAGATACTACGCTAGACGAGA
+TACCTATTAATTGTTTTCCTAAAAAATCAGGAACAGTTCCTGGCAGCTTTCGGCTCCTTC
+TTGTTCTGGAAAGGATCTTCAAATCCGCTTCCACGTAGCAGTCCTCGCTACGACTTCTTC
+TGAAGTATTTTGATTTTTGGCTGCATTTACCTTTTATTGCCGAAAATCTTATTTTCCAAG
+AAAAAAGCTTATTTTGCATTAAGTTTAAAAAATTTCTTCTTTCCCGTAGATTGACTTGCA
+GCGTCAAAATTCCGGAGGCCTCACGAGATTTTTTGACATCGGTTTTTGACATCTCTTTTT
+CCTTCCTTTTTCTTTCTTTTCCTGCGCACGCCGATAAAGAAGTAGTACAACAGACAACGT
+CAAAATGATCCTCTTGTGATGAAGCAAAAGAGGAAGAGTATACTCCTTTTCCGCTTGTAC
+AAATATTTTTTTTGATAATAAAATTTGGCACTTCAGAGCTTATCGTATCTTCTCCCGGAG
+TTCCTCAAGACTTATACTTCAGCCCGTTTAGGAATGCATAAAAGCAAATAGGATTCGTTA
+CAACTGCTGCAGGACTCTTTAGGACTGCATCAAGGTAAGCCTCGCTGCACCTAAACGCAA
+AATGTGGTTGTAACCTTTTTAATTTTTTTCTTGAACTTGTTGAGTCGTAATAAATCGTTT
+CTGGGAAGTGGAAGGTAATAATGTAATGGAATCGGCGTTACTCGCATGTGCAGATATCAG
+CGACAAAAAGTGTTGTAGGGACGTTTCGATACCAAAATTTCCTAAATACAGCGCAGGAAC
+ATCACTACGCTAAACAAATCGTAGCGCATACATCTGATCGAAAAAAGACAGTTCCCAAAA
+CAATGACATATGAAGAGACCAGCATCAAAATTTTCATCATTAACAGCATGGCTAAAAGTT
+ATTGTTTAATATACCCATACCTGATTGACGAACCAAGAAATGCCTTATCACTATTTATTT
+TTGGCACTCTTCACCTACCTGGCCACGTCCAATGTTGTTTCAGGAAGTACACAAGCATGC
+CTGCCAGTGGGCCCGAGGAAAAATGGGATGAATGTCAACTTTTATAAATACTCATTACTG
+GATTCAACAACGTATTCCTACCCGCAATATATGACTTCTGGATATGCCTCGAATTGGAAT
+TAGGTTCCGTTGGCGGACAGACGGATTTCTCAATTGACTACGATCTTTCTTGTGTTATCT
+CTTCAGGAACTTTTAAATGTGCTCAATCAGATGCTTATGGAAACTGGGGATGCAGAGGTC
+ATAGTGAATGTTCAAAATAGCCAAGAAAGACCTATTGGAGTACTGATTTACTTGGTTTCT
+TACTATCCCAAAAAACGCTACTCTAGAAATGACAGGTTACTTTTTACCACCACAAACAAG
+TTCTTACACGTTCAGGTTTGCTAAGGTCGATGACTCTGCAATTCTATCAGTCGGTGGTAA
+CGTTGCGTTCGAATGTTGTGCACAAGAACAACCTCCAATTACATCGACGGATTTTACAAT
+CAATGGTATTAAGCCATGGCAAGGAAGTTTGCCTGATAACATCGGAGGGACTGTCTACAT
+GTATGCAGGCTACTATTATCCGCTGAAGGTTGTTTACTCCAATGCCGTTTCCTGGGGCAC
+GCTTCCAATTAGCGTGGAATTGCCTGATGGTACTACTGTTAGTGATGACTTTGAAGGGTA
+CGTTTACTCTTTTGACGATGATTTAAGTCAGTCAAATTGTACTATCCCTGATCCTTCAAA
+ACATACTACTAGCATCGTCACAACTACTACCGAACTGTGGACTGGTACTTTTACTTCTAC
+ATCTACTGAAATGACCACCGTCACCGGTACTAATGGTCAACCAACTGACGAAACCGTTAT
+TGTTGCCAAAGCTCCAACCACTGCCACCTCATCCAGTTTGTCATCATCTTCTTCAGAACA
+AATCACCAGCTCTATCACGTCTTAGCATCCAATTATTACTCCATTCTATCGCAGCAATGG
+AACTTCTGTAGTTTCTTCCTCAGTCATGTCTTCCTCGGTCATTTCTTCTTCTGCAACGAC
+CTCCACTTCTATATTCTCTGAATCATCTAAATCATCCGTCATTCAAACCAGTAGTTCCAC
+CTCTGGTTCTTCTGAGAGCGAAACAATCTTAGTGATTGCTGGCATGTCATTAGCGACAAG
+ACGCTTATTACCGTAGTAGCCCCCCAAGGCAAACATCTCTTTATCAGTAATATCCAAAGC
+TGTTCAACTTCTCGAATTGGCCCAGGAAAAGAGCATTGGGGCGGCAACTAACTCTGGCAT
+ACTTACAGTTTCTGCTCTTGACAGCGCTAAAAAAGGGCTTGTTTTGTAATGCCCGGTTCG
+CAATTCTACAAGTACCACGCACTAGCTGCTAAAAGTGTCTAACCTTGCGAACAAATCTGG
+ACTTTCTTATGAGAATCCCATCGTCAAGAAACAAAATTATACAGACAGGCGTAAATGTAG
+CTCGTAAGCGCCTGATCAAGTAAGCCAAATGCGCTAACTTGAGGAAATATAGCCATCTAA
+ATCTCTGCAACATGCCAATTCGCACGTGACTTGAAACTATGGAAAGTGTCTAGAAGATTA
+CCAAGAACCACGTTATTTGAGAGAGGATGGCAAGGTGACGACAATCACACCAAGACCACA
+TTTTGGGTGCGCCTGGAAGCAAGACCTGAGAAACTGGGCCAAAATATTCAAACCAAGCAT
+AAGATAGTTGGAGGTAGGAATACACTATCTAATCTGTGCTGATGAAATGCTGGCGAAAAC
+GGGCGATGTAGTGGTACAGAAGGTGCCGGTTATCCGTTTGTCCGTTTTTCTTCATTTTTT
+TTTTGTTTTTCCCTTTTGTCTTTTGCACCGCTTATATATGGGTATGAAACAAGTTCAAGA
+ATTTATAATGGAACCCAAAGGTTCAGTCTTTGTAGTTCGAGCGACATTGCGCGTTTCCTT
+AGAAAACGCTGGAAAGATATTCTTTAACGAGACGGAGTAATTCTCGTCAGGAATAGGATG
+TTGATTGATTTTTGCTGTAGTTATATAGCAGGGACCCACGGAAGAGAGCGAGCGCCTTCT
+TTCACAGGGACTTTTGTCAGCCACGTCTCCGGGGAAAACAATTGCCGTCCGCGTCGCAGT
+GAGATTACGCAGCCGTGCGCTTCAGGGACAGAAAAGAAGCATTTCGCGGCTACGGAGAAA
+CCGTGCACTAACTCTCTCGAGGGTAGCCGCAAAGATTTCTTGTCTCTTCCATTAGGACAT
+AGCTATCTTTTTCTTTTCTGTTTTTGGCGTATGATCTGTTCTGAGCCAAAGTTATAGATC
+ATTGCTTGAATAAGCACCTCACAGAGTAGGGATTGTATAGAAAGTAGCTGAGCGTCTGCC
+CACGTAACAAACAATCTTGCCCCTTCCCCGCTCTTGTTTTCGCGTGCCTCTTCTACAATA
+ATCTGGCCAGGCTGAATCGCGTTCTGCTGCTGCTGCTGCTATTGTTATTGTTGTTGTTGT
+TGTTTTGGCCAATTGCTTATGTGTTGGTCTGCAAATTAGCACCTCGTTCCCTGTTGGCAA
+ACGCGCGCGTACAAGCCTTACAGGGCTTGAGAATGTTCTTCGTAGAAATGCATGCACAAA
+AATTCTGATCTAGCACACCATCGGTCTCTGTAGCTTCGGGCTCTATAGCTATGGGTTAGG
+AGTCCGTGAGTAGTAACAAGAAGAAGTATATAAAAAGCAGGTAAATCGTACTTCAATATG
+CTTCATTGTCACTGGATCGTCATATTCACTCTTGTTCTCATAATAGCAGTCCAAGTTTTC
+ATCTTTGCAAGCTTTACTATTTCTTTCTTTTTATTGGTAAACTCTCGCCCATTACAAAAA
+AAAAAGAGATGTTCAATCGTTTTAACAAATTCCAAGCTGCTGTCGCTTTGGCCCTACTCT
+CTCGCGGCGCTCTCGGTGACTCTTACACCAATAGCACCTCCTCCGCAGACTTGAGTTCTA
+TCACTTCCGTCTCGTCAGCTAGTGCAAGTGCCACCGCTTCCGACTCACTTTCTTCCAGTG
+ACGGTACCGTTTATTTGCCATCCACAACAATTAGCGGTGATCTCACAGTTACTGGTAAAG
+TAATTGCAACCGAGGCCGTGGAAGTCGCTGCCGGTGGTAAGTTGACTTTACTTGACGGTG
+AAAAATACGTCTTCTCATCTGATCTAAAAGTTCACGGTGATTTGGTTGTCGAAAAGTCTG
+AAGCAAGCTACGAAGGTACCGCGTTCGACGTTTCTGGTGAGACTTTTGAAGTTTCCGGTA
+ACTTCAGTGCTGAAGAAACTGGCGCTGTCTCCGCATCTATCTATTCATTCACACCTAGCT
+CGTTCAAGAGCAGCGGTGACATTTCTTTGAGTTTGTCAAAGGCCAAGAAGGGTGAAGTCA
+CCTTTTCTCCATACTCTAACGCTGGTACCTTTTCTTTGTCAAATGCTATTCTCAACGGTG
+GTTCTGTTTCCGGTTTGTAACGTAGAGACGACGATGAAGGCTCTGTAAATAACGGTGAAA
+TCAACCTAGACAATGGAAGTACCTATGTTATCGTTGAACCAGTTTCTGGAAACGGTACAA
+TCAACATCGTCTCTGGTAACCTATACTTGCACTACCCTGACACCTTTACTGGCCAAACTG
+TTGTATTCAAGGGTGAAGGTGTTCTTGCCGTTGACCCAACCGAAACCAACGCCACTCCTA
+TTCCTGTTGTTGGCTACACCGGTAAGAACCAAATTGCCATTACCGCCGACATCACTGCTC
+TTTCTTACGACGGTACTACTGGTGTCTTAACTGCAACCCAAGGTAACAGACAATTCTCTT
+TTGAAATTGGTACTGGATTCTCTAGTTCTGGCTTCAGTGTCTCCGAAGGAATCTTCGCAG
+GCGCCTACTCATATTACCTAAACTATGACGGTGTCATCGCTACAAGCGCCGCATCCACAT
+CCGCATCCACTACCTCTGGTGTTGTCTCTACTGCCACTGGTTCAGTCACTTTATCCTCTA
+ACGCTTCTACCACCGTCTCTTCTACGATCTCTTCTAGCGCCCCAGACTCAATAATTCCTT
+CATCTAGCGCCTCTATCTCTGGTGTCTCAAACTCCACTACAGCATCTGGTTCAATCGCTT
+CTACTGCTTCCACCGCTTCCACTACTTCTACTGCATCCGCTGCATCCGCCACCAGCTTCA
+CCTCAGGTTCCGCTTCTGTCTACACTACTACATTAACTTACTTGAATGCCACAAGTACAG
+TCGTGGTTTCCTGTTCAGAAACAACCGACGCTAGCGGTAACATTTACACCATTACCACAA
+CTGTCCCATGCTCATCTACCACTGCCACCATCACATCTTGTGACGAAAACGGATGCCATG
+TTCCAGCACCAACTGCTACCGACGCAACTGCAACCGTTTCCTCCAAGTCATACACCACTG
+TTACTGTTACTCACTGTGACAACAATGGCTGTAACACCAAGACTGTCACTTCTGAATGTT
+CTAAAGAAACTGCAGCAACCACCATTTCTCCAAAATCATACACTACTGTTACCGTTACTC
+ACTGTGACGACAACGGCTGTAACACCAAGACTGTCACTTCCGAGGCTTCCAAACAAACAT
+CATTGGCCACTAGCACAGTCACCAAGTCTGCTGCTCCAACTTCTCATACTGCTGCTTCCA
+GCACCTTCACTGGTATTGTCGTTCAATCCGAAGGTATGGCTGCTGGTTTGAGAACCAATG
+CTTTAAGTACTTTGGCAGGTATTTTCATCCTTGCTTTTTTTTAAAATGAGTGCGTAACCG
+TACTTTCCTAAAAATAACTAAGTAGAAAGTATTTTAATATATAAACGTCAGTGTAAACAT
+TCAAGTGATTTTAACTTTACGCGGTTGAAGAATGCTGTGTTCGAACTATAAAGCGTCAGA
+AAAGATGGTTTAGCGAAGGCACCATTATGAAGATAGACACATTCTTCTTTTTTTTTTTTT
+TTTTTTTTTTTTTTTTTTTTTTTCATTTACTTTTATTTCGCGCGGTCGGTAAATTTTTCG
+TGGGTTTCTTTGAATCTATTAGCCGACATAAGAATAATGCATAAATAATATTTTTAATGT
+CTTCCTATGCCCAAAAGAAGAAGTCTTGAAGTTGCCGCACATGGAAATCACATGACCATG
+GCTTGGCCCTTCGTTTTAAATGCAACATGCAATATGGAATGTGTCATGAATACTATCAGC
+AGGAACAGAAAGCGTCGTTTTGTTTCTGCAAATGCTGTAGTTTTGGGCCGAAAATAGATG
+TAGTAGAATATATAGTGAAACGTGATGTACAAAAGAAAAAGGTAGTTTAAAAAAAATTAG
+ATAACTTGGATTTTTACCCTGAATATTGCATGTGATTCGTAAAGAACTGAGTTACCTCAA
+ACGGACCTCCCTTTTCATTTCGTATTCCGCGAATCATGAAGTCATGCAATTACCTCTGAA
+GAGCTGACTGTCCCAAAAGAAGCTATCGAATCTGTCCTTGATTTATTTAAGCCTTGCGTT
+TCGAGAAAGTGAAAACCAATTGAATACAAAATAAAAAAAAAGAAGAAAGAAATAGCAGGT
+CTAAGATATATAAGAAAGTTAATATCATTTTTGAACATTTTATTTTAGACGCCTTCAGCC
+GCGCGACGCCCGGAGTAATCATATGCCCATGACTTTACCAAAAGGCAACAGGGAGGAACA
+TGCATTAATGTGAAGCATCACTGCTGCAATTCTCGGTGTTGCTAATAATTCATGGATCGA
+GAAAGAGACATAACATTTAGGCCAATTTTTTGAATAAATATGAACTCAGCTAAGACTCGA
+CAATACAATTTTCTTATACTAAACGTAGATTTATAAAATAAACACAACTGTAAGGGCAAT
+GCAACCGTAGATGCATATATCATTTATAGAAATTATATCCAACAGAAAGCTCAGACTTAT
+ATCCGGTTTAAGAGAGAAATTCTTGCTCATATTACCCCAAGACCAGGTGGCGTGTTGAAG
+TTTATAACATATAAGAACTACTACCTCATGAATTCTAGTGGATGAAAGAAGCAGCACGAA
+CACCATTTCTACAGACAACGACACATGGAAAGGTTCACCATTCCCAAAGAAAACAACGAT
+GGCCACAAGGGTGTGGTCCTCCATTCTCCTACTGTTGGAAGGAGATATTATCCGACCGAC
+TGTTTTGTGATATGGCAAACTATTTTTTTAAATGAGCAAAATTACTTCTTTTGGCTGGAA
+ATGTCATTAGAAAGTGCCCAAGTGACATTTAGCTAAACTCGGGTATTGTCTACAAGACCG
+GTGCTGTGACCGTTTCCAATACGGAAAGAAACGGTACTGGGAGCAGGAGTTGCTTTTACA
+GATATGAACAATGCCAATAGAGCCGCACATGTAATTACTGGTTCACACTCGTGGGGCCCA
+CACGATTCCTGTGCAAAGTTTGACAAGAGGATGGAGTTTCACGTAAATGCTGCCAAAGGT
+GATGCGGTTTTGTTTTTGGGCAGCCTCTACCATGTTGCAAGTGCGAACCATACTGTGGCC
+ACATAGATTACAAAAAAAGTCCAGGATATCTTGCAAACCTAGCTTGTTTTGTAAACGACA
+TTGAAAAAAGCGTATTAAGGTGAAACAATCAAGATTATCTATGCCGATGAAAAATGAAAG
+GTATGATTTCTGCCACAAATATATAGTAGTTATTTTATACATCAAGATGAGAAAATAAAG
+GGATTTTTTCGTTCTTTTATCATTTTCTCTTTCTCACTTCCGACTACTTCTTATATCTAC
+TTTCATCGTTTCATTCATCGTGGGTGTCTAATAAAGTTTTAATGACAGAGATAACCTTGA
+TAAGCTTTTTCTTATACGCTGTGTCACGTATTTATTAAATTACCACGTTTTCGCATAACA
+TTCTGTAGTTCATGTGTACTAAAAAAAAAAAAAAAAAAGAAATAGGAAGGAAAGAGTAAA
+AAGTTAATAGAAAACAGAACACATCCCTAAACGAAGCCGCACAATCTTGGCGTTCACACG
+TGGGTTTAAAAAGGCAAATTACACAGAATTTCAGACCCTGTTTACCGGAGAGATTCCATA
+TTCCGCACGTCACATTGCCAAATTGGTCATCTCACCAGATATGTTATACCCGTTTTGGAA
+TGAGCATAAACAGCGTCGAATTGCCAAGTAAAACGTATATAAGCTCTTACATTTCGATAG
+ATTCAAGCTCAGTTTCGCCTTGGTTGTAAAGTAGGAAGAAGAAGAAGAAGAAGAGGAACA
+ACAACAGCAAAGAGAGCAAGAACATCATCAGAAATACCAATGTTGAAGTCAGCCGTTTAT
+TCAATTTTAGCCGCTTCTTTGGTTAATGCAGGTACCATACCCCTCGGAAAGTTATCTGAC
+ATTGACAAAATCGGAACTCAAACGGAAATTTTCCCATTTTTGGGTGGTTCTGGGCCATAC
+TACTCTTTCCCTGGTGATTATGGTATTTCTCGTGATTTGCCGGAAAGTTGTGAAATGAAG
+CAAGTGCAAATGGTTGGTAGACACGGTGAAAGATACCCCACTGTCAGCAAAGCCAAAAGT
+ATCATGACAACATGGTACAAATTGAGTAACTATACCGGTCAATTCAGCGGAGCATTGTCT
+TTCTTGAACGATGACTACGAATTTTTCATTCGTGACACCAAAAACCTAGAAATGGAAACC
+ACACTTGCCAATTCGGTCAATGTTTTGAACCCATATACCGGTGAGATGAATGCTAAGAGA
+CACGCTCGTGATTTCTTGGCGCAATATGGCTACATGGTCGAAAACCAAACCAGTTTTGCC
+GTTTTTACGTCTAACTCGAACAGATGTCATGATACTGCCCAGTATTTCATTGACGGTTTG
+GGTGATAAATTCAACATATCCTTGCAAACCATCAGTGAAGCCGAGTCTGCTGGTGCCAAT
+ACTCTGAGTGCCCACCATTCGTGTCCTGCTTGGGACGATGATGTCAACGATGACATTTTG
+AAAAAATATGATACCAAATATTTGAGTGGTATTGCCAAGAGATTAAACAAGGAAAACAAG
+GGTTTGAATCTGACTTCAAGTGATGCAAACACTTTTTTTGCATGGTGTGCATATGAAATA
+AACGCTAGAGGTTACAGTGACATCTGTAACATCTTCACCAAAGATGAATTGGTCCGTTTC
+TCCTACGGCCAAGACTTGGAAACTTATTATCAAACGGGACCAGGCTATGACGTCGTCAGA
+TCCGTCGGTGCCAACTTGTTCAACGCTTCAGTGAAACTACTAAAGGAAAGTGAGGTCCAG
+GACCAAAAGGTTTGGTTGAGTTTCACCCACGATACCGATATTCTGAACTATTTGACCACT
+ATCGGCATAATCGATGACAAAAATAACTTGACCGCCGAACATGTTCCATTCATGGAAAAC
+ACTTTCCACAGATCCTGGTACGTTCCACAAGGTGCTCGTGTTTACACTGAAAAGTTCCAG
+TGTTCCAATGACACCTATGTTAGATACGTCATCAACGATGCTGTCGTTCCAATTGAAACC
+TGTTCTACTGGTCCAGGGTTCTCCTGTGAAATAAATGACTTCTACGACTATGCTGAAAAG
+AGAGTAGCCGGTACTGACTTCCTAAAGGTCTGTAACGTCAGCAGCGTCAGTAACTCTACT
+GAATTGACCTTTTTCTGGGACTGGAATACCAAGCACTACAACGACACTTTATTAAAACAG
+TAAATAGATAATATGATTATGTAATTTTAGAAACTAATTATGAATACCGATTTATTTTTT
+TTTTTTTTTTTCACTTTTGCTGGCAAGAAATACGAAATTGCAATGACGATCACAGTCCAA
+AGAGGTAAGCACAAAGGCGCAGTATGTGATTACTCTATCATTCTTTAGCAAAACCAGGAT
+AGGAGTATATGTATAAGAAATATGCAACGCCATCATTTAATGCAATAGACACGACATGCC
+CTTTACATGAGGTGGTACAATGTTTTAATATTGTGTCAGGGCAAGTACATGATAATATCG
+TTTAAAGATGATGCTAGAGTAAAAGTATGAAGTGAAAGAAAAGGGCAATTGATTGACTAA
+GCGGATGTTGTAGGATGATATAGTGGCTCATGATCTGTAAATGATCGGTTGACCGCAGTA
+TTATATAATAACATCCGTATAAGTACATATACTACCATGTCTGTTCTCTACATTGCTTTT
+TATTCAAGATTATTGGTTTTCCTAACCGCCGCGCCGCGCAGGTACCCCGCGCATCTCTTC
+TTCTCGAAGAAAGCGGAAAAAACAAAAAAAAAAGTATAAATAGTGGAGTCTTTTCCCATT
+TAACATTTAGAAAAAAATTCGAATGGAAATTTCTTGCCGAACATTTAACCGGAGACCCTT
+GGCGGCTTTTTCTCAGTTTCGTGGGCTAGTACATTTTACCTAGTATGCTGGGAACTTTTT
+TTCCGTATTCTATTCTATTCCTTGCCTTACTTTTCTTATCATTTTTTATATAACCAATTT
+CAAAAATACTTTTTAACTGTCATAGACGCATTTTGTTTATTACAAATTAAAAGAATCAAA
+TATAATATGTGCAATTAATAACTCCACAAGTAGCGAAAGCAATGGCCGCCATTAGAGACT
+ACAAGACCGCACTAGATCTTACCAAGAGCCTACCAAGACCGGATGGTTTGTCAGTGCAGG
+AACTGATGGACTCCAAGATCAGAGGTGGGTTGGCTTATAACGATTTTTTAATCTTACCAG
+GTTTAGTCGATTTTGCGTCCTCTGAAGTTAGCCTACAGACCAAGCTAACCAGGAATATTA
+CTTTAAACATTCCATTAGTATCCTCTCCAATGGACACTGTGACGGAATCTGAAATGGCCA
+CTTTTATGGCTCTGTTGGATGGTATCGGTTTCATTCACCATAACTGTACTCCAGAGGACC
+AAGCTGACATGGTCAGAAGAGTCAAGAACTATGAAAATGGGTTTATTAACAACCCTATAG
+TGATTTCTCCAACTACGACCGTTGGTGAAGCTAAGAGCATGAAGGAAAAGTATGGATTTG
+CAGGCTTCCCTGTCACGGCAGATGGAAAGAGAAATGCAAAGTTGGTGGGTGCCATCACCT
+CTCGTGATATACAATTCGTTGAGGACAACTCTTTACTCGTTCAGGATGTCATGACCAAAA
+ACCCTGTTACCGGCGCACAAGGTATCACATTATCAGAAGGTAACGAAATTCTAAAGAAAA
+TCAAAAAGGGTAGGCTACTGGTTGTTGATGAAAAGGGTAACTTAGTTTCTATGCTTTCCC
+GAACTGATTTAATGAAAAATCAGAAGTACCCATTAGCGTCCAAATCTGCCAACACCAAGC
+AACTGTTATGGGGTGCTTCTATTGGGACTATGGACGCTGATAAAGAAAGACTAAGATTAT
+TGGTAAAAGCTGGCTTGGATGTCGTCATATTGGATTCCTCTCAAGGTAACTCTATTTTCC
+AATTGAACATGATCAAATGGATTAAAGAAACTTTCCCAGATTTGGAAATCATTGCTGGTA
+ACGTTGTCACCAAGGAACAAGCTGCCAATTTGATTGCTGCCGGTGCGGACGGTTTGAGAA
+TTGGTATGGGAACTGGCTCTATTTGTATTACCCAAAAAGTTATGGCTTGTGGTAGGCCAC
+AAGGTACAGCCGTCTACAACGTGTGTGAATTTGCTAACCAATTCGGTGTTCCATGTATGG
+CTGATGGTGGTGTTCAAAAACATTGGTCATATTATTACCAAAGCTTTGGCTCTTGGTTCT
+TCTACTGTTATGATGGGTGGTATGTTGGCCGGTACTACCGAATCACCAGGTGAATATCTC
+TATCAAGATGGTAAAAGATTGAAGGCGTATCGTGGTATGGGCTCCATTGACGCCATGCAA
+AAGACTGGTACCAAAGGTAATGCATCTACCTCCCGTTACTTTTCCGAATCAGACAGTGTT
+TTGGTCGCACAAGGTGTCTCTGGCGCTGTCGTTGACAAAGGATCCATTAAGAAATTTATT
+CCGTACTTGTACAATGGATTACAACATTCTTGTCAAGACATCGGCTGTAGGTCGTTAACT
+TTACTAAAGGAAAATGTCCAAAGCGGTAAAGTTAGATTTGAATTCAGAACCGCTTCTGCT
+CAACTAGAAGGTGGTGTTAATAACTTACATTCCTACGAAAAACGTTTACATAACTGAATG
+TTAAATGGGATCATTAATACAATAGTACTGTACGTATGGCACCTGTACATACTGCGTTAT
+AAATGTACTAATGGAATGATATATTAATATATAGTGTGTTTATACCTTATTATTGATGAT
+TAGTATATATTTTTATATTTAGGTGATTTTAGTGGAGATTATTTGGTGGTAATTACACTA
+GTATACATAAAATGGGTAGTGGATATTTGTATAGAAAGGGCATTACGCATGGAGTTAAGA
+GTATTTACATGATAATTGGGGTTCCGTGATTCATTATAGATAATAAAACGTGGATAATAT
+TGGGTGTTATAGGTAAATGGGACAGGGTATAGACCGCTGAGGCAAGTGCCGTGTATGGTG
+ATGTGGTATGGTATCGAGTACCGATGGAGTGAGAGATGGCCTTGGTGTAGAGTATTATGG
+CGGGTAAGTTAGATGATGTATTGTTTACGTTATATTTGTTTAAATTGGATTTGTTTACAT
+TAGATTTGTTTACATTTCAATATATCAATGGAGGGTATGTAGCATTATGGTAAGTAGCAC
+GTGGTAGATGGGGATTGTAGGTGGATGGTAGGATGAGTGGTAGTGAGAGTTGGATAAGAT
+ATATTGGGCAGGGGATAGATGGTTGTTGGGGTGTGGTGATGGATAGTGAGTGGATAGTGA
+GTGGATGGATGGTGGAGTGGGGGAATGAGACAGGGCATGGGGTGGTGAGGTAAGTGCCGT
+GGATTGTGATGATGGAGAGGGAGGGTAGTTGACATGGAGTTAGAATTGGGTCAGTGTTAG
+TGTTAGTGTTAGTATTAGGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGGTGTGGGTGTG
+GGTGTGGGTGTGGGTGTGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGTGTGTGTGGG
diff --git a/modules/module_1/Notebooks/tail.txt b/modules/module_1/Notebooks/tail.txt
new file mode 100644
index 0000000..699bcb0
--- /dev/null
+++ b/modules/module_1/Notebooks/tail.txt
@@ -0,0 +1,10 @@
+TGGGTGTTATAGGTAAATGGGACAGGGTATAGACCGCTGAGGCAAGTGCCGTGTATGGTG
+ATGTGGTATGGTATCGAGTACCGATGGAGTGAGAGATGGCCTTGGTGTAGAGTATTATGG
+CGGGTAAGTTAGATGATGTATTGTTTACGTTATATTTGTTTAAATTGGATTTGTTTACAT
+TAGATTTGTTTACATTTCAATATATCAATGGAGGGTATGTAGCATTATGGTAAGTAGCAC
+GTGGTAGATGGGGATTGTAGGTGGATGGTAGGATGAGTGGTAGTGAGAGTTGGATAAGAT
+ATATTGGGCAGGGGATAGATGGTTGTTGGGGTGTGGTGATGGATAGTGAGTGGATAGTGA
+GTGGATGGATGGTGGAGTGGGGGAATGAGACAGGGCATGGGGTGGTGAGGTAAGTGCCGT
+GGATTGTGATGATGGAGAGGGAGGGTAGTTGACATGGAGTTAGAATTGGGTCAGTGTTAG
+TGTTAGTGTTAGTATTAGGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGGTGTGGGTGTG
+GGTGTGGGTGTGGGTGTGGTGTGGTGTGTGGGTGTGGTGTGGGTGTGGTGTGTGTGGG
diff --git a/modules/module_1/pset/Module_1_pset.tar.gz b/modules/module_1/pset/Module_1_pset.tar.gz
index 55d7f0f8c7f30ed8fe02262ded89948c2e06d531..b20f01ab4075cf1ed032ed3346550613e28cada9 100644
GIT binary patch
delta 2154212
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diff --git a/modules/module_1/pset/pset1_introToBashAndR.html b/modules/module_1/pset/pset1_introToBashAndR.html
new file mode 100644
index 0000000..e79aafc
--- /dev/null
+++ b/modules/module_1/pset/pset1_introToBashAndR.html
@@ -0,0 +1,3255 @@
+<!DOCTYPE html>
+
+<html>
+
+<head>
+
+<meta charset="utf-8" />
+<meta name="generator" content="pandoc" />
+<meta http-equiv="X-UA-Compatible" content="IE=EDGE" />
+
+
+<meta name="author" content />
+
+
+<title>Problemset 1</title>
+
+<script>// Pandoc 2.9 adds attributes on both header and div. We remove the former (to
+// be compatible with the behavior of Pandoc < 2.8).
+document.addEventListener('DOMContentLoaded', function(e) {
+  var hs = document.querySelectorAll("div.section[class*='level'] > :first-child");
+  var i, h, a;
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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: normal;
+font-weight: 400;
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) 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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 300;
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gAV//sADgAgf+uADgAgv+uADgAg/+uADgAhP+uADgAhf+uADgAhv+uADgAiP/sADgAj//sADgAkP/sADgAkf/sADgAkv/sADgAk//sADgAlf/sADgAnf/XADgAnv/XADgAn//XADgAoP/XADgAof/XADgAov/XADgAo//XADgApP/XADgApf/XADgApv/XADgAp//XADgAqP/XADgAr//XADgAsP/XADgAsf/XADgAsv/XADgAs//XADgAtf/XADgAtv/sADgAt//sADgAuP/sADgAuf/sADgAvv/sADgAv//XADgAx/+aADgAyv+aADkAD/+aADkAEf+aADkAIgApADkAJP+uADkAJv/sADkAKv/sADkAMf/sADkAM//sADkAQ//XADkARf/XADkARv/XADkAR//XADkASf/sADkAT//sADkAUP/sADkAUf/XADkAUv/sADkAU//XADkAVP/sADkAVf/sADkAV//sADkAgf+uADkAgv+uADkAg/+uADkAhP+uADkAhf+uADkAhv+uADkAiP/sADkAj//sADkAkP/sADkAkf/sADkAkv/sADkAk//sADkAlf/sADkAnf/XADkAnv/XADkAn//XADkAoP/XADkAof/XADkAov/XADkAo//XADkApP/XADkApf/XADkApv/XADkAp//XADkAqP/XADkAr//XADkAsP/XADkAsf/XADkAsv/XADkAs//XADkAtf/XADkAtv/sADkAt//sADkAuP/sADkAuf/sADkAvv/sADkAv//XADkAx/+aADkAyv+aADoAJv/XADoAKv/XADoAMf/XADoAM//XADoAiP/XADoAj//XADoAkP/XADoAkf/XADoAkv/XADoAk//XADoAlf/XADoAvv/XADsAD/+FADsAEf+FADsAIgApADsAJP+FADsAJv/XADsAKv/XADsAMf/XADsAM//XADsAQ/+aADsARf+aADsARv+aADsAR/+aADsASf/XADsAT//DADsAUP/DADsAUf+aADsAUv/DADsAU/+aADsAVP/DADsAVf+uADsAV//DADsAXP/XADsAgf+FADsAgv+FADsAg/+FADsAhP+FADsAhf+FADsAhv+FADsAiP/XADsAj//XADsAkP/XADsAkf/XADsAkv/XADsAk//XADsAlf/XADsAnf+aADsAnv+aADsAn/+aADsAoP+aADsAof+aADsAov+aADsAo/+aADsApP+aADsApf+aADsApv+aADsAp/+aADsAqP+aADsAr/+aADsAsP+aADsAsf+aADsAsv+aADsAs/+aADsAtf+aADsAtv/DADsAt//DADsAuP/DADsAuf/DADsAvv/XADsAv/+aADsAx/+FADsAyv+FADwAJv/sADwAKv/sADwAMf/sADwAM//sADwAiP/sADwAj//sADwAkP/sADwAkf/sADwAkv/sADwAk//sADwAlf/sADwAvv/sAD0ALAC4AEMABf/sAEMACv/sAEMAxv/sAEMAyf/sAEQABf/sAEQACv/sAEQAWP/XAEQAWf/XAEQAWv/XAEQAW//XAEQAXP/sAEQAuv/XAEQAxv/sAEQAyf/sAEUABQApAEUACgApAEUAxgApAEUAyQApAEcABf/sAEcACv/sAEcAWP/XAEcAWf/XAEcAWv/XAEcAW//XAEcAXP/sAEcAuv/XAEcAxv/sAEcAyf/sAEgABQB7AEgACgB7AEgAxgB7AEgAyQB7AEoABf/sAEoACv/sAEoAxv/sAEoAyf/sAE0ARf/XAE0ARv/XAE0AR//XAE0AUf/XAE0AU//XAE0Anf/XAE0ApP/XAE0Apf/XAE0Apv/XAE0Ap//XAE0AqP/XAE0Ar//XAE0AsP/XAE0Asf/XAE0Asv/XAE0As//XAE0Atf/XAE0Av//XAE8ABf/sAE8ACv/sAE8Axv/sAE8Ayf/sAFAABf/sAFAACv/sAFAAxv/sAFAAyf/sAFEABf/sAFEACv/sAFEAWP/XAFEAWf/XAFEAWv/XAFEAW//XAFEAXP/sAFEAuv/XAFEAxv/sAFEAyf/sAFIABf/sAFIACv/sAFIAWP/XAFIAWf/XAFIAWv/XAFIAW//XAFIAXP/sAFIAuv/XAFIAxv/sAFIAyf/sAFQABQBSAFQACgBSAFQAQ//XAFQARf/XAFQARv/XAFQAR//XAFQASf/sAFQAUf/XAFQAU//XAFQAnf/XAFQAnv/XAFQAn//XAFQAoP/XAFQAof/XAFQAov/XAFQAo//XAFQApP/XAFQApf/XAFQApv/XAFQAp//XAFQAqP/XAFQAr//XAFQAsP/XAFQAsf/XAFQAsv/XAFQAs//XAFQAtf/XAFQAv//XAFQAxgBSAFQAyQBSAFYABQApAFYACgApAFYAxgApAFYAyQApAFgABQBSAFgACgBSAFgAD/+uAFgAEf+uAFgAIgApAFgAxgBSAFgAx/+uAFgAyQBSAFgAyv+uAFkABQBSAFkACgBSAFkAD/+uAFkAEf+uAFkAIgApAFkAxgBSAFkAx/+uAFkAyQBSAFkAyv+uAFoARf/XAFoARv/XAFoAR//XAFoAUf/XAFoAU//XAFoAnf/XAFoApP/XAFoApf/XAFoApv/XAFoAp//XAFoAqP/XAFoAr//XAFoAsP/XAFoAsf/XAFoAsv/XAFoAs//XAFoAtf/XAFoAv//XAFsABQBSAFsACgBSAFsAD/+uAFsAEf+uAFsAIgApAFsAxgBSAFsAx/+uAFsAyQBSAFsAyv+uAF0ALAC4AIEABf9xAIEACv9xAIEAJv/XAIEAKv/XAIEALAEKAIEAMf/XAIEAM//XAIEANv9xAIEAOP+uAIEAOf+uAIEAO/+FAIEAiP/XAIEAj//XAIEAkP/XAIEAkf/XAIEAkv/XAIEAk//XAIEAlf/XAIEAmv+FAIEAvv/XAIEAxv9xAIEAyf9xAIIABf9xAIIACv9xAIIAJv/XAIIAKv/XAIIALAEKAIIAMf/XAIIAM//XAIIANv9xAIIAOP+uAIIAOf+uAIIAO/+FAIIAiP/XAIIAj//XAIIAkP/XAIIAkf/XAIIAkv/XAIIAk//XAIIAlf/XAIIAmv+FAIIAvv/XAIIAxv9xAIIAyf9xAIMABf9xAIMACv9xAIMAJv/XAIMAKv/XAIMALAEKAIMAMf/XAIMAM//XAIMANv9xAIMAOP+uAIMAOf+uAIMAO/+FAIMAiP/XAIMAj//XAIMAkP/XAIMAkf/XAIMAkv/XAIMAk//XAIMAlf/XAIMAmv+FAIMAvv/XAIMAxv9xAIMAyf9xAIQABf9xAIQACv9xAIQAJv/XAIQAKv/XAIQALAEKAIQAMf/XAIQAM//XAIQANv9xAIQAOP+uAIQAOf+uAIQAO/+FAIQAiP/XAIQAj//XAIQAkP/XAIQAkf/XAIQAkv/XAIQAk//XAIQAlf/XAIQAmv+FAIQAvv/XAIQAxv9xAIQAyf9xAIUABf9xAIUACv9xAIUAJv/XAIUAKv/XAIUALAEKAIUAMf/XAIUAM//XAIUANv9xAIUAOP+uAIUAOf+uAIUAO/+FAIUAiP/XAIUAj//XAIUAkP/XAIUAkf/XAIUAkv/XAIUAk//XAIUAlf/XAIUAmv+FAIUAvv/XAIUAxv9xAIUAyf9xAIYABf9xAIYACv9xAIYAJv/XAIYAKv/XAIYALAEKAIYAMf/XAIYAM//XAIYANv9xAIYAOP+uAIYAOf+uAIYAO/+FAIYAiP/XAIYAj//XAIYAkP/XAIYAkf/XAIYAkv/XAIYAk//XAIYAlf/XAIYAmv+FAIYAvv/XAIYAxv9xAIYAyf9xAIcALAB7AIgAJv/XAIgAKv/XAIgAMf/XAIgAM//XAIgAiP/XAIgAj//XAIgAkP/XAIgAkf/XAIgAkv/XAIgAk//XAIgAlf/XAIgAvv/XAIkALAB7AIoALAB7AIsALAB7AIwALAB7AI0AD/+uAI0AEf+uAI0AJP/XAI0ANv/DAI0AOP/sAI0AOf/sAI0AOv/XAI0AO//sAI0APP/sAI0Agf/XAI0Agv/XAI0Ag//XAI0AhP/XAI0Ahf/XAI0Ahv/XAI0Amv/sAI0Ax/+uAI0Ayv+uAI8AD/+uAI8AEf+uAI8AJP/XAI8ANv/DAI8AOP/sAI8AOf/sAI8AOv/XAI8AO//sAI8APP/sAI8Agf/XAI8Agv/XAI8Ag//XAI8AhP/XAI8Ahf/XAI8Ahv/XAI8Amv/sAI8Ax/+uAI8Ayv+uAJAAD/+uAJAAEf+uAJAAJP/XAJAANv/DAJAAOP/sAJAAOf/sAJAAOv/XAJAAO//sAJAAPP/sAJAAgf/XAJAAgv/XAJAAg//XAJAAhP/XAJAAhf/XAJAAhv/XAJAAmv/sAJAAx/+uAJAAyv+uAJEAD/+uAJEAEf+uAJEAJP/XAJEANv/DAJEAOP/sAJEAOf/sAJEAOv/XAJEAO//sAJEAPP/sAJEAgf/XAJEAgv/XAJEAg//XAJEAhP/XAJEAhf/XAJEAhv/XAJEAmv/sAJEAx/+uAJEAyv+uAJIAD/+uAJIAEf+uAJIAJP/XAJIANv/DAJIAOP/sAJIAOf/sAJIAOv/XAJIAO//sAJIAPP/sAJIAgf/XAJIAgv/XAJIAg//XAJIAhP/XAJIAhf/XAJIAhv/XAJIAmv/sAJIAx/+uAJIAyv+uAJMAD/+uAJMAEf+uAJMAJP/XAJMANv/DAJMAOP/sAJMAOf/sAJMAOv/XAJMAO//sAJMAPP/sAJMAgf/XAJMAgv/XAJMAg//XAJMAhP/XAJMAhf/XAJMAhv/XAJMAmv/sAJMAx/+uAJMAyv+uAJUAD/+uAJUAEf+uAJUAJP/XAJUANv/DAJUAOP/sAJUAOf/sAJUAOv/XAJUAO//sAJUAPP/sAJUAgf/XAJUAgv/XAJUAg//XAJUAhP/XAJUAhf/XAJUAhv/XAJUAmv/sAJUAx/+uAJUAyv+uAJYAD//XAJYAEf/XAJYAJP/sAJYAgf/sAJYAgv/sAJYAg//sAJYAhP/sAJYAhf/sAJYAhv/sAJYAx//XAJYAyv/XAJcAD//XAJcAEf/XAJcAJP/sAJcAgf/sAJcAgv/sAJcAg//sAJcAhP/sAJcAhf/sAJcAhv/sAJcAx//XAJcAyv/XAJgAD//XAJgAEf/XAJgAJP/sAJgAgf/sAJgAgv/sAJgAg//sAJgAhP/sAJgAhf/sAJgAhv/sAJgAx//XAJgAyv/XAJkAD//XAJkAEf/XAJkAJP/sAJkAgf/sAJkAgv/sAJkAg//sAJkAhP/sAJkAhf/sAJkAhv/sAJkAx//XAJkAyv/XAJoAD/+FAJoAEf+FAJoAIgApAJoAJP+FAJoAJv/XAJoAKv/XAJoAMf/XAJoAM//XAJoAQ/+aAJoARf+aAJoARv+aAJoAR/+aAJoASf/XAJoAT//DAJoAUP/DAJoAUf+aAJoAUv/DAJoAU/+aAJoAVP/DAJoAVf+uAJoAV//DAJoAXP/XAJoAgf+FAJoAgv+FAJoAg/+FAJoAhP+FAJoAhf+FAJoAhv+FAJoAiP/XAJoAj//XAJoAkP/XAJoAkf/XAJoAkv/XAJoAk//XAJoAlf/XAJoAnf+aAJoAnv+aAJoAn/+aAJoAoP+aAJoAof+aAJoAov+aAJoAo/+aAJoApP+aAJoApf+aAJoApv+aAJoAp/+aAJoAqP+aAJoAr/+aAJoAsP+aAJoAsf+aAJoAsv+aAJoAs/+aAJoAtf+aAJoAtv/DAJoAt//DAJoAuP/DAJoAuf/DAJoAvv/XAJoAv/+aAJoAx/+FAJoAyv+FAJsAD/72AJsAEf72AJsAJP+aAJsAOv/XAJsAPP/sAJsAgf+aAJsAgv+aAJsAg/+aAJsAhP+aAJsAhf+aAJsAhv+aAJsAx/72AJsAyv72AJ0ABf/sAJ0ACv/sAJ0Axv/sAJ0Ayf/sAJ4ABf/sAJ4ACv/sAJ4Axv/sAJ4Ayf/sAJ8ABf/sAJ8ACv/sAJ8Axv/sAJ8Ayf/sAKAABf/sAKAACv/sAKAAxv/sAKAAyf/sAKEABf/sAKEACv/sAKEAxv/sAKEAyf/sAKIABf/sAKIACv/sAKIAxv/sAKIAyf/sAKUABf/sAKUACv/sAKUAWP/XAKUAWf/XAKUAWv/XAKUAW//XAKUAXP/sAKUAuv/XAKUAxv/sAKUAyf/sAKYABf/sAKYACv/sAKYAWP/XAKYAWf/XAKYAWv/XAKYAW//XAKYAXP/sAKYAuv/XAKYAxv/sAKYAyf/sAKcABf/sAKcACv/sAKcAWP/XAKcAWf/XAKcAWv/XAKcAW//XAKcAXP/sAKcAuv/XAKcAxv/sAKcAyf/sAKgABf/sAKgACv/sAKgAWP/XAKgAWf/XAKgAWv/XAKgAW//XAKgAXP/sAKgAuv/XAKgAxv/sAKgAyf/sAK0ABf/sAK0ACv/sAK0AWP/XAK0AWf/XAK0AWv/XAK0AW//XAK0AXP/sAK0Auv/XAK0Axv/sAK0Ayf/sAK8ABf/sAK8ACv/sAK8AWP/XAK8AWf/XAK8AWv/XAK8AW//XAK8AXP/sAK8Auv/XAK8Axv/sAK8Ayf/sALAABf/sALAACv/sALAAWP/XALAAWf/XALAAWv/XALAAW//XALAAXP/sALAAuv/XALAAxv/sALAAyf/sALEABf/sALEACv/sALEAWP/XALEAWf/XALEAWv/XALEAW//XALEAXP/sALEAuv/XALEAxv/sALEAyf/sALMABf/XALMACv/XALMAxv/XALMAyf/XALUABf/sALUACv/sALUAWP/XALUAWf/XALUAWv/XALUAW//XALUAXP/sALUAuv/XALUAxv/sALUAyf/sALoABQBSALoACgBSALoAD/+uALoAEf+uALoAIgApALoAxgBSALoAx/+uALoAyQBSALoAyv+uALsABf/sALsACv/sALsAWP/XALsAWf/XALsAWv/XALsAW//XALsAXP/sALsAuv/XALsAxv/sALsAyf/sALwABQBSALwACgBSALwAD/+uALwAEf+uALwAIgApALwAxgBSALwAx/+uALwAyQBSALwAyv+uAL4ALAB7AAAABwBaAAMAAQQJAAEAHgAAAAMAAQQJAAIADAAeAAMAAQQJAAMAVgAqAAMAAQQJAAQALACAAAMAAQQJAAUAGACsAAMAAQQJAAYAKADEAAMAAQQJAA4AVADsAE8AcABlAG4AIABTAGEAbgBzACAATABpAGcAaAB0AEkAdABhAGwAaQBjAEEAcwBjAGUAbgBkAGUAcgAgAC0AIABPAHAAZQBuACAAUwBhAG4AcwAgAEwAaQBnAGgAdAAgAEkAdABhAGwAaQBjACAAQgB1AGkAbABkACAAMQAwADAATwBwAGUAbgAgAFMAYQBuAHMAIABMAGkAZwBoAHQAIABJAHQAYQBsAGkAYwBWAGUAcgBzAGkAbwBuACAAMQAuADEAMABPAHAAZQBuAFMAYQBuAHMATABpAGcAaAB0AC0ASQB0AGEAbABpAGMAaAB0AHQAcAA6AC8ALwB3AHcAdwAuAGEAcABhAGMAaABlAC4AbwByAGcALwBsAGkAYwBlAG4AcwBlAHMALwBMAEkAQwBFAE4AUwBFAC0AMgAuADAAAAACAAD/9AAA/2YAZgAAAAAAAAAAAAAAAAAAAAAAAAAAAN0AAAECAAIAAwAEAAUABgAHAAgACQAKAAsADAANAA4ADwAQABEAEgATABQAFQAWABcAGAAZABoAGwAcAB0AHgAfACAAIQAiACMAJAAlACYAJwAoACkAKgArAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkAOgA7ADwAPQA+AD8AQABBAEIAQwBEAEUARgBHAEgASQBKAEsATABNAE4ATwBQAFEAUgBTAFQAVQBWAFcAWABZAFoAWwBcAF0AXgBfAGAAYQCsAKMAhACFAL0AlgDoAIYAjgCLAJ0AqQCkAQMAigEEAIMAkwDyAPMAjQCXAIgAwwDeAPEAngCqAPUA9AD2AKIArQDJAMcArgBiAGMAkABkAMsAZQDIAMoA6QBmANMA0ADRAK8AZwDwAJEA1gDUANUAaADrAO0AiQBqAGkAawBtAGwAbgCgAG8AcQBwAHIAcwB1AHQAdgB3AOoAeAB6AHkAewB9AHwAuAChAH8AfgCAAIEA7ADuALoA1wCwALEA2ADdANkAsgCzALYAtwDEALQAtQDFAIcAqwC+AL8AvAEFAO8BBgEHAQgBCQEKAQsALADPAMwAzQDOBG51bGwHdW5pMDBBRAlvdmVyc2NvcmUERXVybwd1bmlGQjAxB3VuaUZCMDIMZm91cnN1cGVyaW9yB3VuaUZCMDMHdW5pRkIwNAJmZgABAAMACAAKABYAB///AA8AAQAAAAwAAAAAAAAAAgABAAAA3AABAAAAAQAAAAoACgAKAAAAAQAAAAoAHgAsAAFsYXRuAAgABAAAAAD//wABAAAAAWxpZ2EACAAAAAEAAAABAAQABAAAAAEACAABADYAAQAIAAUADAAUABwAIgAoANYAAwBIAE4A1QADAEgASwDXAAIASADTAAIATgDSAAIASwABAAEASA==) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 400;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 700;
+src: 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) 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s&&!n&&this._mouseCapture(t)?(this.mouseDelayMet=!this.options.delay,this.mouseDelayMet||(this._mouseDelayTimer=setTimeout(function(){i.mouseDelayMet=!0},this.options.delay)),this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(t)!==!1,!this._mouseStarted)?(t.preventDefault(),!0):(!0===e.data(t.target,this.widgetName+".preventClickEvent")&&e.removeData(t.target,this.widgetName+".preventClickEvent"),this._mouseMoveDelegate=function(e){return i._mouseMove(e)},this._mouseUpDelegate=function(e){return i._mouseUp(e)},this.document.bind("mousemove."+this.widgetName,this._mouseMoveDelegate).bind("mouseup."+this.widgetName,this._mouseUpDelegate),t.preventDefault(),o=!0,!0)):!0}},_mouseMove:function(t){if(this._mouseMoved){if(e.ui.ie&&(!document.documentMode||9>document.documentMode)&&!t.button)return this._mouseUp(t);if(!t.which)return this._mouseUp(t)}return(t.which||t.button)&&(this._mouseMoved=!0),this._mouseStarted?(this._mouseDrag(t),t.preventDefault()):(this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(this._mouseDownEvent,t)!==!1,this._mouseStarted?this._mouseDrag(t):this._mouseUp(t)),!this._mouseStarted)},_mouseUp:function(t){return this.document.unbind("mousemove."+this.widgetName,this._mouseMoveDelegate).unbind("mouseup."+this.widgetName,this._mouseUpDelegate),this._mouseStarted&&(this._mouseStarted=!1,t.target===this._mouseDownEvent.target&&e.data(t.target,this.widgetName+".preventClickEvent",!0),this._mouseStop(t)),o=!1,!1},_mouseDistanceMet:function(e){return Math.max(Math.abs(this._mouseDownEvent.pageX-e.pageX),Math.abs(this._mouseDownEvent.pageY-e.pageY))>=this.options.distance},_mouseDelayMet:function(){return this.mouseDelayMet},_mouseStart:function(){},_mouseDrag:function(){},_mouseStop:function(){},_mouseCapture:function(){return!0}}),function(){function t(e,t,i){return[parseFloat(e[0])*(p.test(e[0])?t/100:1),parseFloat(e[1])*(p.test(e[1])?i/100:1)]}function i(t,i){return parseInt(e.css(t,i),10)||0}function s(t){var i=t[0];return 9===i.nodeType?{width:t.width(),height:t.height(),offset:{top:0,left:0}}:e.isWindow(i)?{width:t.width(),height:t.height(),offset:{top:t.scrollTop(),left:t.scrollLeft()}}:i.preventDefault?{width:0,height:0,offset:{top:i.pageY,left:i.pageX}}:{width:t.outerWidth(),height:t.outerHeight(),offset:t.offset()}}e.ui=e.ui||{};var n,a,o=Math.max,r=Math.abs,h=Math.round,l=/left|center|right/,u=/top|center|bottom/,d=/[\+\-]\d+(\.[\d]+)?%?/,c=/^\w+/,p=/%$/,f=e.fn.position;e.position={scrollbarWidth:function(){if(void 0!==n)return n;var t,i,s=e("<div style='display:block;position:absolute;width:50px;height:50px;overflow:hidden;'><div style='height:100px;width:auto;'></div></div>"),a=s.children()[0];return e("body").append(s),t=a.offsetWidth,s.css("overflow","scroll"),i=a.offsetWidth,t===i&&(i=s[0].clientWidth),s.remove(),n=t-i},getScrollInfo:function(t){var i=t.isWindow||t.isDocument?"":t.element.css("overflow-x"),s=t.isWindow||t.isDocument?"":t.element.css("overflow-y"),n="scroll"===i||"auto"===i&&t.width<t.element[0].scrollWidth,a="scroll"===s||"auto"===s&&t.height<t.element[0].scrollHeight;return{width:a?e.position.scrollbarWidth():0,height:n?e.position.scrollbarWidth():0}},getWithinInfo:function(t){var i=e(t||window),s=e.isWindow(i[0]),n=!!i[0]&&9===i[0].nodeType;return{element:i,isWindow:s,isDocument:n,offset:i.offset()||{left:0,top:0},scrollLeft:i.scrollLeft(),scrollTop:i.scrollTop(),width:s||n?i.width():i.outerWidth(),height:s||n?i.height():i.outerHeight()}}},e.fn.position=function(n){if(!n||!n.of)return f.apply(this,arguments);n=e.extend({},n);var p,m,g,v,y,b,_=e(n.of),x=e.position.getWithinInfo(n.within),w=e.position.getScrollInfo(x),k=(n.collision||"flip").split(" "),T={};return b=s(_),_[0].preventDefault&&(n.at="left top"),m=b.width,g=b.height,v=b.offset,y=e.extend({},v),e.each(["my","at"],function(){var e,t,i=(n[this]||"").split(" ");1===i.length&&(i=l.test(i[0])?i.concat(["center"]):u.test(i[0])?["center"].concat(i):["center","center"]),i[0]=l.test(i[0])?i[0]:"center",i[1]=u.test(i[1])?i[1]:"center",e=d.exec(i[0]),t=d.exec(i[1]),T[this]=[e?e[0]:0,t?t[0]:0],n[this]=[c.exec(i[0])[0],c.exec(i[1])[0]]}),1===k.length&&(k[1]=k[0]),"right"===n.at[0]?y.left+=m:"center"===n.at[0]&&(y.left+=m/2),"bottom"===n.at[1]?y.top+=g:"center"===n.at[1]&&(y.top+=g/2),p=t(T.at,m,g),y.left+=p[0],y.top+=p[1],this.each(function(){var s,l,u=e(this),d=u.outerWidth(),c=u.outerHeight(),f=i(this,"marginLeft"),b=i(this,"marginTop"),D=d+f+i(this,"marginRight")+w.width,S=c+b+i(this,"marginBottom")+w.height,N=e.extend({},y),M=t(T.my,u.outerWidth(),u.outerHeight());"right"===n.my[0]?N.left-=d:"center"===n.my[0]&&(N.left-=d/2),"bottom"===n.my[1]?N.top-=c:"center"===n.my[1]&&(N.top-=c/2),N.left+=M[0],N.top+=M[1],a||(N.left=h(N.left),N.top=h(N.top)),s={marginLeft:f,marginTop:b},e.each(["left","top"],function(t,i){e.ui.position[k[t]]&&e.ui.position[k[t]][i](N,{targetWidth:m,targetHeight:g,elemWidth:d,elemHeight:c,collisionPosition:s,collisionWidth:D,collisionHeight:S,offset:[p[0]+M[0],p[1]+M[1]],my:n.my,at:n.at,within:x,elem:u})}),n.using&&(l=function(e){var t=v.left-N.left,i=t+m-d,s=v.top-N.top,a=s+g-c,h={target:{element:_,left:v.left,top:v.top,width:m,height:g},element:{element:u,left:N.left,top:N.top,width:d,height:c},horizontal:0>i?"left":t>0?"right":"center",vertical:0>a?"top":s>0?"bottom":"middle"};d>m&&m>r(t+i)&&(h.horizontal="center"),c>g&&g>r(s+a)&&(h.vertical="middle"),h.important=o(r(t),r(i))>o(r(s),r(a))?"horizontal":"vertical",n.using.call(this,e,h)}),u.offset(e.extend(N,{using:l}))})},e.ui.position={fit:{left:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollLeft:s.offset.left,a=s.width,r=e.left-t.collisionPosition.marginLeft,h=n-r,l=r+t.collisionWidth-a-n;t.collisionWidth>a?h>0&&0>=l?(i=e.left+h+t.collisionWidth-a-n,e.left+=h-i):e.left=l>0&&0>=h?n:h>l?n+a-t.collisionWidth:n:h>0?e.left+=h:l>0?e.left-=l:e.left=o(e.left-r,e.left)},top:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollTop:s.offset.top,a=t.within.height,r=e.top-t.collisionPosition.marginTop,h=n-r,l=r+t.collisionHeight-a-n;t.collisionHeight>a?h>0&&0>=l?(i=e.top+h+t.collisionHeight-a-n,e.top+=h-i):e.top=l>0&&0>=h?n:h>l?n+a-t.collisionHeight:n:h>0?e.top+=h:l>0?e.top-=l:e.top=o(e.top-r,e.top)}},flip:{left:function(e,t){var i,s,n=t.within,a=n.offset.left+n.scrollLeft,o=n.width,h=n.isWindow?n.scrollLeft:n.offset.left,l=e.left-t.collisionPosition.marginLeft,u=l-h,d=l+t.collisionWidth-o-h,c="left"===t.my[0]?-t.elemWidth:"right"===t.my[0]?t.elemWidth:0,p="left"===t.at[0]?t.targetWidth:"right"===t.at[0]?-t.targetWidth:0,f=-2*t.offset[0];0>u?(i=e.left+c+p+f+t.collisionWidth-o-a,(0>i||r(u)>i)&&(e.left+=c+p+f)):d>0&&(s=e.left-t.collisionPosition.marginLeft+c+p+f-h,(s>0||d>r(s))&&(e.left+=c+p+f))},top:function(e,t){var i,s,n=t.within,a=n.offset.top+n.scrollTop,o=n.height,h=n.isWindow?n.scrollTop:n.offset.top,l=e.top-t.collisionPosition.marginTop,u=l-h,d=l+t.collisionHeight-o-h,c="top"===t.my[1],p=c?-t.elemHeight:"bottom"===t.my[1]?t.elemHeight:0,f="top"===t.at[1]?t.targetHeight:"bottom"===t.at[1]?-t.targetHeight:0,m=-2*t.offset[1];0>u?(s=e.top+p+f+m+t.collisionHeight-o-a,(0>s||r(u)>s)&&(e.top+=p+f+m)):d>0&&(i=e.top-t.collisionPosition.marginTop+p+f+m-h,(i>0||d>r(i))&&(e.top+=p+f+m))}},flipfit:{left:function(){e.ui.position.flip.left.apply(this,arguments),e.ui.position.fit.left.apply(this,arguments)},top:function(){e.ui.position.flip.top.apply(this,arguments),e.ui.position.fit.top.apply(this,arguments)}}},function(){var t,i,s,n,o,r=document.getElementsByTagName("body")[0],h=document.createElement("div");t=document.createElement(r?"div":"body"),s={visibility:"hidden",width:0,height:0,border:0,margin:0,background:"none"},r&&e.extend(s,{position:"absolute",left:"-1000px",top:"-1000px"});for(o in s)t.style[o]=s[o];t.appendChild(h),i=r||document.documentElement,i.insertBefore(t,i.firstChild),h.style.cssText="position: absolute; left: 10.7432222px;",n=e(h).offset().left,a=n>10&&11>n,t.innerHTML="",i.removeChild(t)}()}(),e.ui.position,e.widget("ui.draggable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"drag",options:{addClasses:!0,appendTo:"parent",axis:!1,connectToSortable:!1,containment:!1,cursor:"auto",cursorAt:!1,grid:!1,handle:!1,helper:"original",iframeFix:!1,opacity:!1,refreshPositions:!1,revert:!1,revertDuration:500,scope:"default",scroll:!0,scrollSensitivity:20,scrollSpeed:20,snap:!1,snapMode:"both",snapTolerance:20,stack:!1,zIndex:!1,drag:null,start:null,stop:null},_create:function(){"original"===this.options.helper&&this._setPositionRelative(),this.options.addClasses&&this.element.addClass("ui-draggable"),this.options.disabled&&this.element.addClass("ui-draggable-disabled"),this._setHandleClassName(),this._mouseInit()},_setOption:function(e,t){this._super(e,t),"handle"===e&&(this._removeHandleClassName(),this._setHandleClassName())},_destroy:function(){return(this.helper||this.element).is(".ui-draggable-dragging")?(this.destroyOnClear=!0,void 0):(this.element.removeClass("ui-draggable ui-draggable-dragging ui-draggable-disabled"),this._removeHandleClassName(),this._mouseDestroy(),void 0)},_mouseCapture:function(t){var i=this.options;return this._blurActiveElement(t),this.helper||i.disabled||e(t.target).closest(".ui-resizable-handle").length>0?!1:(this.handle=this._getHandle(t),this.handle?(this._blockFrames(i.iframeFix===!0?"iframe":i.iframeFix),!0):!1)},_blockFrames:function(t){this.iframeBlocks=this.document.find(t).map(function(){var t=e(this);return e("<div>").css("position","absolute").appendTo(t.parent()).outerWidth(t.outerWidth()).outerHeight(t.outerHeight()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_blurActiveElement:function(t){var i=this.document[0];if(this.handleElement.is(t.target))try{i.activeElement&&"body"!==i.activeElement.nodeName.toLowerCase()&&e(i.activeElement).blur()}catch(s){}},_mouseStart:function(t){var i=this.options;return this.helper=this._createHelper(t),this.helper.addClass("ui-draggable-dragging"),this._cacheHelperProportions(),e.ui.ddmanager&&(e.ui.ddmanager.current=this),this._cacheMargins(),this.cssPosition=this.helper.css("position"),this.scrollParent=this.helper.scrollParent(!0),this.offsetParent=this.helper.offsetParent(),this.hasFixedAncestor=this.helper.parents().filter(function(){return"fixed"===e(this).css("position")}).length>0,this.positionAbs=this.element.offset(),this._refreshOffsets(t),this.originalPosition=this.position=this._generatePosition(t,!1),this.originalPageX=t.pageX,this.originalPageY=t.pageY,i.cursorAt&&this._adjustOffsetFromHelper(i.cursorAt),this._setContainment(),this._trigger("start",t)===!1?(this._clear(),!1):(this._cacheHelperProportions(),e.ui.ddmanager&&!i.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this._normalizeRightBottom(),this._mouseDrag(t,!0),e.ui.ddmanager&&e.ui.ddmanager.dragStart(this,t),!0)},_refreshOffsets:function(e){this.offset={top:this.positionAbs.top-this.margins.top,left:this.positionAbs.left-this.margins.left,scroll:!1,parent:this._getParentOffset(),relative:this._getRelativeOffset()},this.offset.click={left:e.pageX-this.offset.left,top:e.pageY-this.offset.top}},_mouseDrag:function(t,i){if(this.hasFixedAncestor&&(this.offset.parent=this._getParentOffset()),this.position=this._generatePosition(t,!0),this.positionAbs=this._convertPositionTo("absolute"),!i){var s=this._uiHash();if(this._trigger("drag",t,s)===!1)return this._mouseUp({}),!1;this.position=s.position}return this.helper[0].style.left=this.position.left+"px",this.helper[0].style.top=this.position.top+"px",e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),!1},_mouseStop:function(t){var i=this,s=!1;return e.ui.ddmanager&&!this.options.dropBehaviour&&(s=e.ui.ddmanager.drop(this,t)),this.dropped&&(s=this.dropped,this.dropped=!1),"invalid"===this.options.revert&&!s||"valid"===this.options.revert&&s||this.options.revert===!0||e.isFunction(this.options.revert)&&this.options.revert.call(this.element,s)?e(this.helper).animate(this.originalPosition,parseInt(this.options.revertDuration,10),function(){i._trigger("stop",t)!==!1&&i._clear()}):this._trigger("stop",t)!==!1&&this._clear(),!1},_mouseUp:function(t){return this._unblockFrames(),e.ui.ddmanager&&e.ui.ddmanager.dragStop(this,t),this.handleElement.is(t.target)&&this.element.focus(),e.ui.mouse.prototype._mouseUp.call(this,t)},cancel:function(){return this.helper.is(".ui-draggable-dragging")?this._mouseUp({}):this._clear(),this},_getHandle:function(t){return this.options.handle?!!e(t.target).closest(this.element.find(this.options.handle)).length:!0},_setHandleClassName:function(){this.handleElement=this.options.handle?this.element.find(this.options.handle):this.element,this.handleElement.addClass("ui-draggable-handle")},_removeHandleClassName:function(){this.handleElement.removeClass("ui-draggable-handle")},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper),n=s?e(i.helper.apply(this.element[0],[t])):"clone"===i.helper?this.element.clone().removeAttr("id"):this.element;return n.parents("body").length||n.appendTo("parent"===i.appendTo?this.element[0].parentNode:i.appendTo),s&&n[0]===this.element[0]&&this._setPositionRelative(),n[0]===this.element[0]||/(fixed|absolute)/.test(n.css("position"))||n.css("position","absolute"),n},_setPositionRelative:function(){/^(?:r|a|f)/.test(this.element.css("position"))||(this.element[0].style.position="relative")},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_isRootNode:function(e){return/(html|body)/i.test(e.tagName)||e===this.document[0]},_getParentOffset:function(){var t=this.offsetParent.offset(),i=this.document[0];return"absolute"===this.cssPosition&&this.scrollParent[0]!==i&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),this._isRootNode(this.offsetParent[0])&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"!==this.cssPosition)return{top:0,left:0};var e=this.element.position(),t=this._isRootNode(this.scrollParent[0]);return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+(t?0:this.scrollParent.scrollTop()),left:e.left-(parseInt(this.helper.css("left"),10)||0)+(t?0:this.scrollParent.scrollLeft())}},_cacheMargins:function(){this.margins={left:parseInt(this.element.css("marginLeft"),10)||0,top:parseInt(this.element.css("marginTop"),10)||0,right:parseInt(this.element.css("marginRight"),10)||0,bottom:parseInt(this.element.css("marginBottom"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options,a=this.document[0];return this.relativeContainer=null,n.containment?"window"===n.containment?(this.containment=[e(window).scrollLeft()-this.offset.relative.left-this.offset.parent.left,e(window).scrollTop()-this.offset.relative.top-this.offset.parent.top,e(window).scrollLeft()+e(window).width()-this.helperProportions.width-this.margins.left,e(window).scrollTop()+(e(window).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):"document"===n.containment?(this.containment=[0,0,e(a).width()-this.helperProportions.width-this.margins.left,(e(a).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):n.containment.constructor===Array?(this.containment=n.containment,void 0):("parent"===n.containment&&(n.containment=this.helper[0].parentNode),i=e(n.containment),s=i[0],s&&(t=/(scroll|auto)/.test(i.css("overflow")),this.containment=[(parseInt(i.css("borderLeftWidth"),10)||0)+(parseInt(i.css("paddingLeft"),10)||0),(parseInt(i.css("borderTopWidth"),10)||0)+(parseInt(i.css("paddingTop"),10)||0),(t?Math.max(s.scrollWidth,s.offsetWidth):s.offsetWidth)-(parseInt(i.css("borderRightWidth"),10)||0)-(parseInt(i.css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left-this.margins.right,(t?Math.max(s.scrollHeight,s.offsetHeight):s.offsetHeight)-(parseInt(i.css("borderBottomWidth"),10)||0)-(parseInt(i.css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top-this.margins.bottom],this.relativeContainer=i),void 0):(this.containment=null,void 0)},_convertPositionTo:function(e,t){t||(t=this.position);var i="absolute"===e?1:-1,s=this._isRootNode(this.scrollParent[0]);return{top:t.top+this.offset.relative.top*i+this.offset.parent.top*i-("fixed"===this.cssPosition?-this.offset.scroll.top:s?0:this.offset.scroll.top)*i,left:t.left+this.offset.relative.left*i+this.offset.parent.left*i-("fixed"===this.cssPosition?-this.offset.scroll.left:s?0:this.offset.scroll.left)*i}},_generatePosition:function(e,t){var i,s,n,a,o=this.options,r=this._isRootNode(this.scrollParent[0]),h=e.pageX,l=e.pageY;return r&&this.offset.scroll||(this.offset.scroll={top:this.scrollParent.scrollTop(),left:this.scrollParent.scrollLeft()}),t&&(this.containment&&(this.relativeContainer?(s=this.relativeContainer.offset(),i=[this.containment[0]+s.left,this.containment[1]+s.top,this.containment[2]+s.left,this.containment[3]+s.top]):i=this.containment,e.pageX-this.offset.click.left<i[0]&&(h=i[0]+this.offset.click.left),e.pageY-this.offset.click.top<i[1]&&(l=i[1]+this.offset.click.top),e.pageX-this.offset.click.left>i[2]&&(h=i[2]+this.offset.click.left),e.pageY-this.offset.click.top>i[3]&&(l=i[3]+this.offset.click.top)),o.grid&&(n=o.grid[1]?this.originalPageY+Math.round((l-this.originalPageY)/o.grid[1])*o.grid[1]:this.originalPageY,l=i?n-this.offset.click.top>=i[1]||n-this.offset.click.top>i[3]?n:n-this.offset.click.top>=i[1]?n-o.grid[1]:n+o.grid[1]:n,a=o.grid[0]?this.originalPageX+Math.round((h-this.originalPageX)/o.grid[0])*o.grid[0]:this.originalPageX,h=i?a-this.offset.click.left>=i[0]||a-this.offset.click.left>i[2]?a:a-this.offset.click.left>=i[0]?a-o.grid[0]:a+o.grid[0]:a),"y"===o.axis&&(h=this.originalPageX),"x"===o.axis&&(l=this.originalPageY)),{top:l-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.offset.scroll.top:r?0:this.offset.scroll.top),left:h-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.offset.scroll.left:r?0:this.offset.scroll.left)}},_clear:function(){this.helper.removeClass("ui-draggable-dragging"),this.helper[0]===this.element[0]||this.cancelHelperRemoval||this.helper.remove(),this.helper=null,this.cancelHelperRemoval=!1,this.destroyOnClear&&this.destroy()},_normalizeRightBottom:function(){"y"!==this.options.axis&&"auto"!==this.helper.css("right")&&(this.helper.width(this.helper.width()),this.helper.css("right","auto")),"x"!==this.options.axis&&"auto"!==this.helper.css("bottom")&&(this.helper.height(this.helper.height()),this.helper.css("bottom","auto"))},_trigger:function(t,i,s){return s=s||this._uiHash(),e.ui.plugin.call(this,t,[i,s,this],!0),/^(drag|start|stop)/.test(t)&&(this.positionAbs=this._convertPositionTo("absolute"),s.offset=this.positionAbs),e.Widget.prototype._trigger.call(this,t,i,s)},plugins:{},_uiHash:function(){return{helper:this.helper,position:this.position,originalPosition:this.originalPosition,offset:this.positionAbs}}}),e.ui.plugin.add("draggable","connectToSortable",{start:function(t,i,s){var n=e.extend({},i,{item:s.element});s.sortables=[],e(s.options.connectToSortable).each(function(){var i=e(this).sortable("instance");i&&!i.options.disabled&&(s.sortables.push(i),i.refreshPositions(),i._trigger("activate",t,n))})},stop:function(t,i,s){var n=e.extend({},i,{item:s.element});s.cancelHelperRemoval=!1,e.each(s.sortables,function(){var e=this;e.isOver?(e.isOver=0,s.cancelHelperRemoval=!0,e.cancelHelperRemoval=!1,e._storedCSS={position:e.placeholder.css("position"),top:e.placeholder.css("top"),left:e.placeholder.css("left")},e._mouseStop(t),e.options.helper=e.options._helper):(e.cancelHelperRemoval=!0,e._trigger("deactivate",t,n))})},drag:function(t,i,s){e.each(s.sortables,function(){var n=!1,a=this;a.positionAbs=s.positionAbs,a.helperProportions=s.helperProportions,a.offset.click=s.offset.click,a._intersectsWith(a.containerCache)&&(n=!0,e.each(s.sortables,function(){return this.positionAbs=s.positionAbs,this.helperProportions=s.helperProportions,this.offset.click=s.offset.click,this!==a&&this._intersectsWith(this.containerCache)&&e.contains(a.element[0],this.element[0])&&(n=!1),n
+})),n?(a.isOver||(a.isOver=1,s._parent=i.helper.parent(),a.currentItem=i.helper.appendTo(a.element).data("ui-sortable-item",!0),a.options._helper=a.options.helper,a.options.helper=function(){return i.helper[0]},t.target=a.currentItem[0],a._mouseCapture(t,!0),a._mouseStart(t,!0,!0),a.offset.click.top=s.offset.click.top,a.offset.click.left=s.offset.click.left,a.offset.parent.left-=s.offset.parent.left-a.offset.parent.left,a.offset.parent.top-=s.offset.parent.top-a.offset.parent.top,s._trigger("toSortable",t),s.dropped=a.element,e.each(s.sortables,function(){this.refreshPositions()}),s.currentItem=s.element,a.fromOutside=s),a.currentItem&&(a._mouseDrag(t),i.position=a.position)):a.isOver&&(a.isOver=0,a.cancelHelperRemoval=!0,a.options._revert=a.options.revert,a.options.revert=!1,a._trigger("out",t,a._uiHash(a)),a._mouseStop(t,!0),a.options.revert=a.options._revert,a.options.helper=a.options._helper,a.placeholder&&a.placeholder.remove(),i.helper.appendTo(s._parent),s._refreshOffsets(t),i.position=s._generatePosition(t,!0),s._trigger("fromSortable",t),s.dropped=!1,e.each(s.sortables,function(){this.refreshPositions()}))})}}),e.ui.plugin.add("draggable","cursor",{start:function(t,i,s){var n=e("body"),a=s.options;n.css("cursor")&&(a._cursor=n.css("cursor")),n.css("cursor",a.cursor)},stop:function(t,i,s){var n=s.options;n._cursor&&e("body").css("cursor",n._cursor)}}),e.ui.plugin.add("draggable","opacity",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("opacity")&&(a._opacity=n.css("opacity")),n.css("opacity",a.opacity)},stop:function(t,i,s){var n=s.options;n._opacity&&e(i.helper).css("opacity",n._opacity)}}),e.ui.plugin.add("draggable","scroll",{start:function(e,t,i){i.scrollParentNotHidden||(i.scrollParentNotHidden=i.helper.scrollParent(!1)),i.scrollParentNotHidden[0]!==i.document[0]&&"HTML"!==i.scrollParentNotHidden[0].tagName&&(i.overflowOffset=i.scrollParentNotHidden.offset())},drag:function(t,i,s){var n=s.options,a=!1,o=s.scrollParentNotHidden[0],r=s.document[0];o!==r&&"HTML"!==o.tagName?(n.axis&&"x"===n.axis||(s.overflowOffset.top+o.offsetHeight-t.pageY<n.scrollSensitivity?o.scrollTop=a=o.scrollTop+n.scrollSpeed:t.pageY-s.overflowOffset.top<n.scrollSensitivity&&(o.scrollTop=a=o.scrollTop-n.scrollSpeed)),n.axis&&"y"===n.axis||(s.overflowOffset.left+o.offsetWidth-t.pageX<n.scrollSensitivity?o.scrollLeft=a=o.scrollLeft+n.scrollSpeed:t.pageX-s.overflowOffset.left<n.scrollSensitivity&&(o.scrollLeft=a=o.scrollLeft-n.scrollSpeed))):(n.axis&&"x"===n.axis||(t.pageY-e(r).scrollTop()<n.scrollSensitivity?a=e(r).scrollTop(e(r).scrollTop()-n.scrollSpeed):e(window).height()-(t.pageY-e(r).scrollTop())<n.scrollSensitivity&&(a=e(r).scrollTop(e(r).scrollTop()+n.scrollSpeed))),n.axis&&"y"===n.axis||(t.pageX-e(r).scrollLeft()<n.scrollSensitivity?a=e(r).scrollLeft(e(r).scrollLeft()-n.scrollSpeed):e(window).width()-(t.pageX-e(r).scrollLeft())<n.scrollSensitivity&&(a=e(r).scrollLeft(e(r).scrollLeft()+n.scrollSpeed)))),a!==!1&&e.ui.ddmanager&&!n.dropBehaviour&&e.ui.ddmanager.prepareOffsets(s,t)}}),e.ui.plugin.add("draggable","snap",{start:function(t,i,s){var n=s.options;s.snapElements=[],e(n.snap.constructor!==String?n.snap.items||":data(ui-draggable)":n.snap).each(function(){var t=e(this),i=t.offset();this!==s.element[0]&&s.snapElements.push({item:this,width:t.outerWidth(),height:t.outerHeight(),top:i.top,left:i.left})})},drag:function(t,i,s){var n,a,o,r,h,l,u,d,c,p,f=s.options,m=f.snapTolerance,g=i.offset.left,v=g+s.helperProportions.width,y=i.offset.top,b=y+s.helperProportions.height;for(c=s.snapElements.length-1;c>=0;c--)h=s.snapElements[c].left-s.margins.left,l=h+s.snapElements[c].width,u=s.snapElements[c].top-s.margins.top,d=u+s.snapElements[c].height,h-m>v||g>l+m||u-m>b||y>d+m||!e.contains(s.snapElements[c].item.ownerDocument,s.snapElements[c].item)?(s.snapElements[c].snapping&&s.options.snap.release&&s.options.snap.release.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=!1):("inner"!==f.snapMode&&(n=m>=Math.abs(u-b),a=m>=Math.abs(d-y),o=m>=Math.abs(h-v),r=m>=Math.abs(l-g),n&&(i.position.top=s._convertPositionTo("relative",{top:u-s.helperProportions.height,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h-s.helperProportions.width}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l}).left)),p=n||a||o||r,"outer"!==f.snapMode&&(n=m>=Math.abs(u-y),a=m>=Math.abs(d-b),o=m>=Math.abs(h-g),r=m>=Math.abs(l-v),n&&(i.position.top=s._convertPositionTo("relative",{top:u,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d-s.helperProportions.height,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l-s.helperProportions.width}).left)),!s.snapElements[c].snapping&&(n||a||o||r||p)&&s.options.snap.snap&&s.options.snap.snap.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=n||a||o||r||p)}}),e.ui.plugin.add("draggable","stack",{start:function(t,i,s){var n,a=s.options,o=e.makeArray(e(a.stack)).sort(function(t,i){return(parseInt(e(t).css("zIndex"),10)||0)-(parseInt(e(i).css("zIndex"),10)||0)});o.length&&(n=parseInt(e(o[0]).css("zIndex"),10)||0,e(o).each(function(t){e(this).css("zIndex",n+t)}),this.css("zIndex",n+o.length))}}),e.ui.plugin.add("draggable","zIndex",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("zIndex")&&(a._zIndex=n.css("zIndex")),n.css("zIndex",a.zIndex)},stop:function(t,i,s){var n=s.options;n._zIndex&&e(i.helper).css("zIndex",n._zIndex)}}),e.ui.draggable,e.widget("ui.droppable",{version:"1.11.4",widgetEventPrefix:"drop",options:{accept:"*",activeClass:!1,addClasses:!0,greedy:!1,hoverClass:!1,scope:"default",tolerance:"intersect",activate:null,deactivate:null,drop:null,out:null,over:null},_create:function(){var t,i=this.options,s=i.accept;this.isover=!1,this.isout=!0,this.accept=e.isFunction(s)?s:function(e){return e.is(s)},this.proportions=function(){return arguments.length?(t=arguments[0],void 0):t?t:t={width:this.element[0].offsetWidth,height:this.element[0].offsetHeight}},this._addToManager(i.scope),i.addClasses&&this.element.addClass("ui-droppable")},_addToManager:function(t){e.ui.ddmanager.droppables[t]=e.ui.ddmanager.droppables[t]||[],e.ui.ddmanager.droppables[t].push(this)},_splice:function(e){for(var t=0;e.length>t;t++)e[t]===this&&e.splice(t,1)},_destroy:function(){var t=e.ui.ddmanager.droppables[this.options.scope];this._splice(t),this.element.removeClass("ui-droppable ui-droppable-disabled")},_setOption:function(t,i){if("accept"===t)this.accept=e.isFunction(i)?i:function(e){return e.is(i)};else if("scope"===t){var s=e.ui.ddmanager.droppables[this.options.scope];this._splice(s),this._addToManager(i)}this._super(t,i)},_activate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.addClass(this.options.activeClass),i&&this._trigger("activate",t,this.ui(i))},_deactivate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.removeClass(this.options.activeClass),i&&this._trigger("deactivate",t,this.ui(i))},_over:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.addClass(this.options.hoverClass),this._trigger("over",t,this.ui(i)))},_out:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("out",t,this.ui(i)))},_drop:function(t,i){var s=i||e.ui.ddmanager.current,n=!1;return s&&(s.currentItem||s.element)[0]!==this.element[0]?(this.element.find(":data(ui-droppable)").not(".ui-draggable-dragging").each(function(){var i=e(this).droppable("instance");return i.options.greedy&&!i.options.disabled&&i.options.scope===s.options.scope&&i.accept.call(i.element[0],s.currentItem||s.element)&&e.ui.intersect(s,e.extend(i,{offset:i.element.offset()}),i.options.tolerance,t)?(n=!0,!1):void 0}),n?!1:this.accept.call(this.element[0],s.currentItem||s.element)?(this.options.activeClass&&this.element.removeClass(this.options.activeClass),this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("drop",t,this.ui(s)),this.element):!1):!1},ui:function(e){return{draggable:e.currentItem||e.element,helper:e.helper,position:e.position,offset:e.positionAbs}}}),e.ui.intersect=function(){function e(e,t,i){return e>=t&&t+i>e}return function(t,i,s,n){if(!i.offset)return!1;var a=(t.positionAbs||t.position.absolute).left+t.margins.left,o=(t.positionAbs||t.position.absolute).top+t.margins.top,r=a+t.helperProportions.width,h=o+t.helperProportions.height,l=i.offset.left,u=i.offset.top,d=l+i.proportions().width,c=u+i.proportions().height;switch(s){case"fit":return a>=l&&d>=r&&o>=u&&c>=h;case"intersect":return a+t.helperProportions.width/2>l&&d>r-t.helperProportions.width/2&&o+t.helperProportions.height/2>u&&c>h-t.helperProportions.height/2;case"pointer":return e(n.pageY,u,i.proportions().height)&&e(n.pageX,l,i.proportions().width);case"touch":return(o>=u&&c>=o||h>=u&&c>=h||u>o&&h>c)&&(a>=l&&d>=a||r>=l&&d>=r||l>a&&r>d);default:return!1}}}(),e.ui.ddmanager={current:null,droppables:{"default":[]},prepareOffsets:function(t,i){var s,n,a=e.ui.ddmanager.droppables[t.options.scope]||[],o=i?i.type:null,r=(t.currentItem||t.element).find(":data(ui-droppable)").addBack();e:for(s=0;a.length>s;s++)if(!(a[s].options.disabled||t&&!a[s].accept.call(a[s].element[0],t.currentItem||t.element))){for(n=0;r.length>n;n++)if(r[n]===a[s].element[0]){a[s].proportions().height=0;continue e}a[s].visible="none"!==a[s].element.css("display"),a[s].visible&&("mousedown"===o&&a[s]._activate.call(a[s],i),a[s].offset=a[s].element.offset(),a[s].proportions({width:a[s].element[0].offsetWidth,height:a[s].element[0].offsetHeight}))}},drop:function(t,i){var s=!1;return e.each((e.ui.ddmanager.droppables[t.options.scope]||[]).slice(),function(){this.options&&(!this.options.disabled&&this.visible&&e.ui.intersect(t,this,this.options.tolerance,i)&&(s=this._drop.call(this,i)||s),!this.options.disabled&&this.visible&&this.accept.call(this.element[0],t.currentItem||t.element)&&(this.isout=!0,this.isover=!1,this._deactivate.call(this,i)))}),s},dragStart:function(t,i){t.element.parentsUntil("body").bind("scroll.droppable",function(){t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)})},drag:function(t,i){t.options.refreshPositions&&e.ui.ddmanager.prepareOffsets(t,i),e.each(e.ui.ddmanager.droppables[t.options.scope]||[],function(){if(!this.options.disabled&&!this.greedyChild&&this.visible){var s,n,a,o=e.ui.intersect(t,this,this.options.tolerance,i),r=!o&&this.isover?"isout":o&&!this.isover?"isover":null;r&&(this.options.greedy&&(n=this.options.scope,a=this.element.parents(":data(ui-droppable)").filter(function(){return e(this).droppable("instance").options.scope===n}),a.length&&(s=e(a[0]).droppable("instance"),s.greedyChild="isover"===r)),s&&"isover"===r&&(s.isover=!1,s.isout=!0,s._out.call(s,i)),this[r]=!0,this["isout"===r?"isover":"isout"]=!1,this["isover"===r?"_over":"_out"].call(this,i),s&&"isout"===r&&(s.isout=!1,s.isover=!0,s._over.call(s,i)))}})},dragStop:function(t,i){t.element.parentsUntil("body").unbind("scroll.droppable"),t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)}},e.ui.droppable,e.widget("ui.resizable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"resize",options:{alsoResize:!1,animate:!1,animateDuration:"slow",animateEasing:"swing",aspectRatio:!1,autoHide:!1,containment:!1,ghost:!1,grid:!1,handles:"e,s,se",helper:!1,maxHeight:null,maxWidth:null,minHeight:10,minWidth:10,zIndex:90,resize:null,start:null,stop:null},_num:function(e){return parseInt(e,10)||0},_isNumber:function(e){return!isNaN(parseInt(e,10))},_hasScroll:function(t,i){if("hidden"===e(t).css("overflow"))return!1;var s=i&&"left"===i?"scrollLeft":"scrollTop",n=!1;return t[s]>0?!0:(t[s]=1,n=t[s]>0,t[s]=0,n)},_create:function(){var t,i,s,n,a,o=this,r=this.options;if(this.element.addClass("ui-resizable"),e.extend(this,{_aspectRatio:!!r.aspectRatio,aspectRatio:r.aspectRatio,originalElement:this.element,_proportionallyResizeElements:[],_helper:r.helper||r.ghost||r.animate?r.helper||"ui-resizable-helper":null}),this.element[0].nodeName.match(/^(canvas|textarea|input|select|button|img)$/i)&&(this.element.wrap(e("<div class='ui-wrapper' style='overflow: hidden;'></div>").css({position:this.element.css("position"),width:this.element.outerWidth(),height:this.element.outerHeight(),top:this.element.css("top"),left:this.element.css("left")})),this.element=this.element.parent().data("ui-resizable",this.element.resizable("instance")),this.elementIsWrapper=!0,this.element.css({marginLeft:this.originalElement.css("marginLeft"),marginTop:this.originalElement.css("marginTop"),marginRight:this.originalElement.css("marginRight"),marginBottom:this.originalElement.css("marginBottom")}),this.originalElement.css({marginLeft:0,marginTop:0,marginRight:0,marginBottom:0}),this.originalResizeStyle=this.originalElement.css("resize"),this.originalElement.css("resize","none"),this._proportionallyResizeElements.push(this.originalElement.css({position:"static",zoom:1,display:"block"})),this.originalElement.css({margin:this.originalElement.css("margin")}),this._proportionallyResize()),this.handles=r.handles||(e(".ui-resizable-handle",this.element).length?{n:".ui-resizable-n",e:".ui-resizable-e",s:".ui-resizable-s",w:".ui-resizable-w",se:".ui-resizable-se",sw:".ui-resizable-sw",ne:".ui-resizable-ne",nw:".ui-resizable-nw"}:"e,s,se"),this._handles=e(),this.handles.constructor===String)for("all"===this.handles&&(this.handles="n,e,s,w,se,sw,ne,nw"),t=this.handles.split(","),this.handles={},i=0;t.length>i;i++)s=e.trim(t[i]),a="ui-resizable-"+s,n=e("<div class='ui-resizable-handle "+a+"'></div>"),n.css({zIndex:r.zIndex}),"se"===s&&n.addClass("ui-icon ui-icon-gripsmall-diagonal-se"),this.handles[s]=".ui-resizable-"+s,this.element.append(n);this._renderAxis=function(t){var i,s,n,a;t=t||this.element;for(i in this.handles)this.handles[i].constructor===String?this.handles[i]=this.element.children(this.handles[i]).first().show():(this.handles[i].jquery||this.handles[i].nodeType)&&(this.handles[i]=e(this.handles[i]),this._on(this.handles[i],{mousedown:o._mouseDown})),this.elementIsWrapper&&this.originalElement[0].nodeName.match(/^(textarea|input|select|button)$/i)&&(s=e(this.handles[i],this.element),a=/sw|ne|nw|se|n|s/.test(i)?s.outerHeight():s.outerWidth(),n=["padding",/ne|nw|n/.test(i)?"Top":/se|sw|s/.test(i)?"Bottom":/^e$/.test(i)?"Right":"Left"].join(""),t.css(n,a),this._proportionallyResize()),this._handles=this._handles.add(this.handles[i])},this._renderAxis(this.element),this._handles=this._handles.add(this.element.find(".ui-resizable-handle")),this._handles.disableSelection(),this._handles.mouseover(function(){o.resizing||(this.className&&(n=this.className.match(/ui-resizable-(se|sw|ne|nw|n|e|s|w)/i)),o.axis=n&&n[1]?n[1]:"se")}),r.autoHide&&(this._handles.hide(),e(this.element).addClass("ui-resizable-autohide").mouseenter(function(){r.disabled||(e(this).removeClass("ui-resizable-autohide"),o._handles.show())}).mouseleave(function(){r.disabled||o.resizing||(e(this).addClass("ui-resizable-autohide"),o._handles.hide())})),this._mouseInit()},_destroy:function(){this._mouseDestroy();var t,i=function(t){e(t).removeClass("ui-resizable ui-resizable-disabled ui-resizable-resizing").removeData("resizable").removeData("ui-resizable").unbind(".resizable").find(".ui-resizable-handle").remove()};return this.elementIsWrapper&&(i(this.element),t=this.element,this.originalElement.css({position:t.css("position"),width:t.outerWidth(),height:t.outerHeight(),top:t.css("top"),left:t.css("left")}).insertAfter(t),t.remove()),this.originalElement.css("resize",this.originalResizeStyle),i(this.originalElement),this},_mouseCapture:function(t){var i,s,n=!1;for(i in this.handles)s=e(this.handles[i])[0],(s===t.target||e.contains(s,t.target))&&(n=!0);return!this.options.disabled&&n},_mouseStart:function(t){var i,s,n,a=this.options,o=this.element;return this.resizing=!0,this._renderProxy(),i=this._num(this.helper.css("left")),s=this._num(this.helper.css("top")),a.containment&&(i+=e(a.containment).scrollLeft()||0,s+=e(a.containment).scrollTop()||0),this.offset=this.helper.offset(),this.position={left:i,top:s},this.size=this._helper?{width:this.helper.width(),height:this.helper.height()}:{width:o.width(),height:o.height()},this.originalSize=this._helper?{width:o.outerWidth(),height:o.outerHeight()}:{width:o.width(),height:o.height()},this.sizeDiff={width:o.outerWidth()-o.width(),height:o.outerHeight()-o.height()},this.originalPosition={left:i,top:s},this.originalMousePosition={left:t.pageX,top:t.pageY},this.aspectRatio="number"==typeof a.aspectRatio?a.aspectRatio:this.originalSize.width/this.originalSize.height||1,n=e(".ui-resizable-"+this.axis).css("cursor"),e("body").css("cursor","auto"===n?this.axis+"-resize":n),o.addClass("ui-resizable-resizing"),this._propagate("start",t),!0},_mouseDrag:function(t){var i,s,n=this.originalMousePosition,a=this.axis,o=t.pageX-n.left||0,r=t.pageY-n.top||0,h=this._change[a];return this._updatePrevProperties(),h?(i=h.apply(this,[t,o,r]),this._updateVirtualBoundaries(t.shiftKey),(this._aspectRatio||t.shiftKey)&&(i=this._updateRatio(i,t)),i=this._respectSize(i,t),this._updateCache(i),this._propagate("resize",t),s=this._applyChanges(),!this._helper&&this._proportionallyResizeElements.length&&this._proportionallyResize(),e.isEmptyObject(s)||(this._updatePrevProperties(),this._trigger("resize",t,this.ui()),this._applyChanges()),!1):!1},_mouseStop:function(t){this.resizing=!1;var i,s,n,a,o,r,h,l=this.options,u=this;return this._helper&&(i=this._proportionallyResizeElements,s=i.length&&/textarea/i.test(i[0].nodeName),n=s&&this._hasScroll(i[0],"left")?0:u.sizeDiff.height,a=s?0:u.sizeDiff.width,o={width:u.helper.width()-a,height:u.helper.height()-n},r=parseInt(u.element.css("left"),10)+(u.position.left-u.originalPosition.left)||null,h=parseInt(u.element.css("top"),10)+(u.position.top-u.originalPosition.top)||null,l.animate||this.element.css(e.extend(o,{top:h,left:r})),u.helper.height(u.size.height),u.helper.width(u.size.width),this._helper&&!l.animate&&this._proportionallyResize()),e("body").css("cursor","auto"),this.element.removeClass("ui-resizable-resizing"),this._propagate("stop",t),this._helper&&this.helper.remove(),!1},_updatePrevProperties:function(){this.prevPosition={top:this.position.top,left:this.position.left},this.prevSize={width:this.size.width,height:this.size.height}},_applyChanges:function(){var e={};return this.position.top!==this.prevPosition.top&&(e.top=this.position.top+"px"),this.position.left!==this.prevPosition.left&&(e.left=this.position.left+"px"),this.size.width!==this.prevSize.width&&(e.width=this.size.width+"px"),this.size.height!==this.prevSize.height&&(e.height=this.size.height+"px"),this.helper.css(e),e},_updateVirtualBoundaries:function(e){var t,i,s,n,a,o=this.options;a={minWidth:this._isNumber(o.minWidth)?o.minWidth:0,maxWidth:this._isNumber(o.maxWidth)?o.maxWidth:1/0,minHeight:this._isNumber(o.minHeight)?o.minHeight:0,maxHeight:this._isNumber(o.maxHeight)?o.maxHeight:1/0},(this._aspectRatio||e)&&(t=a.minHeight*this.aspectRatio,s=a.minWidth/this.aspectRatio,i=a.maxHeight*this.aspectRatio,n=a.maxWidth/this.aspectRatio,t>a.minWidth&&(a.minWidth=t),s>a.minHeight&&(a.minHeight=s),a.maxWidth>i&&(a.maxWidth=i),a.maxHeight>n&&(a.maxHeight=n)),this._vBoundaries=a},_updateCache:function(e){this.offset=this.helper.offset(),this._isNumber(e.left)&&(this.position.left=e.left),this._isNumber(e.top)&&(this.position.top=e.top),this._isNumber(e.height)&&(this.size.height=e.height),this._isNumber(e.width)&&(this.size.width=e.width)},_updateRatio:function(e){var t=this.position,i=this.size,s=this.axis;return this._isNumber(e.height)?e.width=e.height*this.aspectRatio:this._isNumber(e.width)&&(e.height=e.width/this.aspectRatio),"sw"===s&&(e.left=t.left+(i.width-e.width),e.top=null),"nw"===s&&(e.top=t.top+(i.height-e.height),e.left=t.left+(i.width-e.width)),e},_respectSize:function(e){var t=this._vBoundaries,i=this.axis,s=this._isNumber(e.width)&&t.maxWidth&&t.maxWidth<e.width,n=this._isNumber(e.height)&&t.maxHeight&&t.maxHeight<e.height,a=this._isNumber(e.width)&&t.minWidth&&t.minWidth>e.width,o=this._isNumber(e.height)&&t.minHeight&&t.minHeight>e.height,r=this.originalPosition.left+this.originalSize.width,h=this.position.top+this.size.height,l=/sw|nw|w/.test(i),u=/nw|ne|n/.test(i);return a&&(e.width=t.minWidth),o&&(e.height=t.minHeight),s&&(e.width=t.maxWidth),n&&(e.height=t.maxHeight),a&&l&&(e.left=r-t.minWidth),s&&l&&(e.left=r-t.maxWidth),o&&u&&(e.top=h-t.minHeight),n&&u&&(e.top=h-t.maxHeight),e.width||e.height||e.left||!e.top?e.width||e.height||e.top||!e.left||(e.left=null):e.top=null,e},_getPaddingPlusBorderDimensions:function(e){for(var t=0,i=[],s=[e.css("borderTopWidth"),e.css("borderRightWidth"),e.css("borderBottomWidth"),e.css("borderLeftWidth")],n=[e.css("paddingTop"),e.css("paddingRight"),e.css("paddingBottom"),e.css("paddingLeft")];4>t;t++)i[t]=parseInt(s[t],10)||0,i[t]+=parseInt(n[t],10)||0;return{height:i[0]+i[2],width:i[1]+i[3]}},_proportionallyResize:function(){if(this._proportionallyResizeElements.length)for(var e,t=0,i=this.helper||this.element;this._proportionallyResizeElements.length>t;t++)e=this._proportionallyResizeElements[t],this.outerDimensions||(this.outerDimensions=this._getPaddingPlusBorderDimensions(e)),e.css({height:i.height()-this.outerDimensions.height||0,width:i.width()-this.outerDimensions.width||0})},_renderProxy:function(){var t=this.element,i=this.options;this.elementOffset=t.offset(),this._helper?(this.helper=this.helper||e("<div style='overflow:hidden;'></div>"),this.helper.addClass(this._helper).css({width:this.element.outerWidth()-1,height:this.element.outerHeight()-1,position:"absolute",left:this.elementOffset.left+"px",top:this.elementOffset.top+"px",zIndex:++i.zIndex}),this.helper.appendTo("body").disableSelection()):this.helper=this.element},_change:{e:function(e,t){return{width:this.originalSize.width+t}},w:function(e,t){var i=this.originalSize,s=this.originalPosition;return{left:s.left+t,width:i.width-t}},n:function(e,t,i){var s=this.originalSize,n=this.originalPosition;return{top:n.top+i,height:s.height-i}},s:function(e,t,i){return{height:this.originalSize.height+i}},se:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},sw:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.w.apply(this,[t,i,s]))},ne:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},nw:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.w.apply(this,[t,i,s]))}},_propagate:function(t,i){e.ui.plugin.call(this,t,[i,this.ui()]),"resize"!==t&&this._trigger(t,i,this.ui())},plugins:{},ui:function(){return{originalElement:this.originalElement,element:this.element,helper:this.helper,position:this.position,size:this.size,originalSize:this.originalSize,originalPosition:this.originalPosition}}}),e.ui.plugin.add("resizable","animate",{stop:function(t){var i=e(this).resizable("instance"),s=i.options,n=i._proportionallyResizeElements,a=n.length&&/textarea/i.test(n[0].nodeName),o=a&&i._hasScroll(n[0],"left")?0:i.sizeDiff.height,r=a?0:i.sizeDiff.width,h={width:i.size.width-r,height:i.size.height-o},l=parseInt(i.element.css("left"),10)+(i.position.left-i.originalPosition.left)||null,u=parseInt(i.element.css("top"),10)+(i.position.top-i.originalPosition.top)||null;i.element.animate(e.extend(h,u&&l?{top:u,left:l}:{}),{duration:s.animateDuration,easing:s.animateEasing,step:function(){var s={width:parseInt(i.element.css("width"),10),height:parseInt(i.element.css("height"),10),top:parseInt(i.element.css("top"),10),left:parseInt(i.element.css("left"),10)};n&&n.length&&e(n[0]).css({width:s.width,height:s.height}),i._updateCache(s),i._propagate("resize",t)}})}}),e.ui.plugin.add("resizable","containment",{start:function(){var t,i,s,n,a,o,r,h=e(this).resizable("instance"),l=h.options,u=h.element,d=l.containment,c=d instanceof e?d.get(0):/parent/.test(d)?u.parent().get(0):d;c&&(h.containerElement=e(c),/document/.test(d)||d===document?(h.containerOffset={left:0,top:0},h.containerPosition={left:0,top:0},h.parentData={element:e(document),left:0,top:0,width:e(document).width(),height:e(document).height()||document.body.parentNode.scrollHeight}):(t=e(c),i=[],e(["Top","Right","Left","Bottom"]).each(function(e,s){i[e]=h._num(t.css("padding"+s))}),h.containerOffset=t.offset(),h.containerPosition=t.position(),h.containerSize={height:t.innerHeight()-i[3],width:t.innerWidth()-i[1]},s=h.containerOffset,n=h.containerSize.height,a=h.containerSize.width,o=h._hasScroll(c,"left")?c.scrollWidth:a,r=h._hasScroll(c)?c.scrollHeight:n,h.parentData={element:c,left:s.left,top:s.top,width:o,height:r}))},resize:function(t){var i,s,n,a,o=e(this).resizable("instance"),r=o.options,h=o.containerOffset,l=o.position,u=o._aspectRatio||t.shiftKey,d={top:0,left:0},c=o.containerElement,p=!0;c[0]!==document&&/static/.test(c.css("position"))&&(d=h),l.left<(o._helper?h.left:0)&&(o.size.width=o.size.width+(o._helper?o.position.left-h.left:o.position.left-d.left),u&&(o.size.height=o.size.width/o.aspectRatio,p=!1),o.position.left=r.helper?h.left:0),l.top<(o._helper?h.top:0)&&(o.size.height=o.size.height+(o._helper?o.position.top-h.top:o.position.top),u&&(o.size.width=o.size.height*o.aspectRatio,p=!1),o.position.top=o._helper?h.top:0),n=o.containerElement.get(0)===o.element.parent().get(0),a=/relative|absolute/.test(o.containerElement.css("position")),n&&a?(o.offset.left=o.parentData.left+o.position.left,o.offset.top=o.parentData.top+o.position.top):(o.offset.left=o.element.offset().left,o.offset.top=o.element.offset().top),i=Math.abs(o.sizeDiff.width+(o._helper?o.offset.left-d.left:o.offset.left-h.left)),s=Math.abs(o.sizeDiff.height+(o._helper?o.offset.top-d.top:o.offset.top-h.top)),i+o.size.width>=o.parentData.width&&(o.size.width=o.parentData.width-i,u&&(o.size.height=o.size.width/o.aspectRatio,p=!1)),s+o.size.height>=o.parentData.height&&(o.size.height=o.parentData.height-s,u&&(o.size.width=o.size.height*o.aspectRatio,p=!1)),p||(o.position.left=o.prevPosition.left,o.position.top=o.prevPosition.top,o.size.width=o.prevSize.width,o.size.height=o.prevSize.height)},stop:function(){var t=e(this).resizable("instance"),i=t.options,s=t.containerOffset,n=t.containerPosition,a=t.containerElement,o=e(t.helper),r=o.offset(),h=o.outerWidth()-t.sizeDiff.width,l=o.outerHeight()-t.sizeDiff.height;t._helper&&!i.animate&&/relative/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l}),t._helper&&!i.animate&&/static/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l})}}),e.ui.plugin.add("resizable","alsoResize",{start:function(){var t=e(this).resizable("instance"),i=t.options;e(i.alsoResize).each(function(){var t=e(this);t.data("ui-resizable-alsoresize",{width:parseInt(t.width(),10),height:parseInt(t.height(),10),left:parseInt(t.css("left"),10),top:parseInt(t.css("top"),10)})})},resize:function(t,i){var s=e(this).resizable("instance"),n=s.options,a=s.originalSize,o=s.originalPosition,r={height:s.size.height-a.height||0,width:s.size.width-a.width||0,top:s.position.top-o.top||0,left:s.position.left-o.left||0};e(n.alsoResize).each(function(){var t=e(this),s=e(this).data("ui-resizable-alsoresize"),n={},a=t.parents(i.originalElement[0]).length?["width","height"]:["width","height","top","left"];e.each(a,function(e,t){var i=(s[t]||0)+(r[t]||0);i&&i>=0&&(n[t]=i||null)}),t.css(n)})},stop:function(){e(this).removeData("resizable-alsoresize")}}),e.ui.plugin.add("resizable","ghost",{start:function(){var t=e(this).resizable("instance"),i=t.options,s=t.size;t.ghost=t.originalElement.clone(),t.ghost.css({opacity:.25,display:"block",position:"relative",height:s.height,width:s.width,margin:0,left:0,top:0}).addClass("ui-resizable-ghost").addClass("string"==typeof i.ghost?i.ghost:""),t.ghost.appendTo(t.helper)},resize:function(){var t=e(this).resizable("instance");t.ghost&&t.ghost.css({position:"relative",height:t.size.height,width:t.size.width})},stop:function(){var t=e(this).resizable("instance");t.ghost&&t.helper&&t.helper.get(0).removeChild(t.ghost.get(0))}}),e.ui.plugin.add("resizable","grid",{resize:function(){var t,i=e(this).resizable("instance"),s=i.options,n=i.size,a=i.originalSize,o=i.originalPosition,r=i.axis,h="number"==typeof s.grid?[s.grid,s.grid]:s.grid,l=h[0]||1,u=h[1]||1,d=Math.round((n.width-a.width)/l)*l,c=Math.round((n.height-a.height)/u)*u,p=a.width+d,f=a.height+c,m=s.maxWidth&&p>s.maxWidth,g=s.maxHeight&&f>s.maxHeight,v=s.minWidth&&s.minWidth>p,y=s.minHeight&&s.minHeight>f;s.grid=h,v&&(p+=l),y&&(f+=u),m&&(p-=l),g&&(f-=u),/^(se|s|e)$/.test(r)?(i.size.width=p,i.size.height=f):/^(ne)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.top=o.top-c):/^(sw)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.left=o.left-d):((0>=f-u||0>=p-l)&&(t=i._getPaddingPlusBorderDimensions(this)),f-u>0?(i.size.height=f,i.position.top=o.top-c):(f=u-t.height,i.size.height=f,i.position.top=o.top+a.height-f),p-l>0?(i.size.width=p,i.position.left=o.left-d):(p=l-t.width,i.size.width=p,i.position.left=o.left+a.width-p))}}),e.ui.resizable,e.widget("ui.selectable",e.ui.mouse,{version:"1.11.4",options:{appendTo:"body",autoRefresh:!0,distance:0,filter:"*",tolerance:"touch",selected:null,selecting:null,start:null,stop:null,unselected:null,unselecting:null},_create:function(){var t,i=this;this.element.addClass("ui-selectable"),this.dragged=!1,this.refresh=function(){t=e(i.options.filter,i.element[0]),t.addClass("ui-selectee"),t.each(function(){var t=e(this),i=t.offset();e.data(this,"selectable-item",{element:this,$element:t,left:i.left,top:i.top,right:i.left+t.outerWidth(),bottom:i.top+t.outerHeight(),startselected:!1,selected:t.hasClass("ui-selected"),selecting:t.hasClass("ui-selecting"),unselecting:t.hasClass("ui-unselecting")})})},this.refresh(),this.selectees=t.addClass("ui-selectee"),this._mouseInit(),this.helper=e("<div class='ui-selectable-helper'></div>")},_destroy:function(){this.selectees.removeClass("ui-selectee").removeData("selectable-item"),this.element.removeClass("ui-selectable ui-selectable-disabled"),this._mouseDestroy()},_mouseStart:function(t){var i=this,s=this.options;this.opos=[t.pageX,t.pageY],this.options.disabled||(this.selectees=e(s.filter,this.element[0]),this._trigger("start",t),e(s.appendTo).append(this.helper),this.helper.css({left:t.pageX,top:t.pageY,width:0,height:0}),s.autoRefresh&&this.refresh(),this.selectees.filter(".ui-selected").each(function(){var s=e.data(this,"selectable-item");s.startselected=!0,t.metaKey||t.ctrlKey||(s.$element.removeClass("ui-selected"),s.selected=!1,s.$element.addClass("ui-unselecting"),s.unselecting=!0,i._trigger("unselecting",t,{unselecting:s.element}))}),e(t.target).parents().addBack().each(function(){var s,n=e.data(this,"selectable-item");return n?(s=!t.metaKey&&!t.ctrlKey||!n.$element.hasClass("ui-selected"),n.$element.removeClass(s?"ui-unselecting":"ui-selected").addClass(s?"ui-selecting":"ui-unselecting"),n.unselecting=!s,n.selecting=s,n.selected=s,s?i._trigger("selecting",t,{selecting:n.element}):i._trigger("unselecting",t,{unselecting:n.element}),!1):void 0}))},_mouseDrag:function(t){if(this.dragged=!0,!this.options.disabled){var i,s=this,n=this.options,a=this.opos[0],o=this.opos[1],r=t.pageX,h=t.pageY;return a>r&&(i=r,r=a,a=i),o>h&&(i=h,h=o,o=i),this.helper.css({left:a,top:o,width:r-a,height:h-o}),this.selectees.each(function(){var i=e.data(this,"selectable-item"),l=!1;
+i&&i.element!==s.element[0]&&("touch"===n.tolerance?l=!(i.left>r||a>i.right||i.top>h||o>i.bottom):"fit"===n.tolerance&&(l=i.left>a&&r>i.right&&i.top>o&&h>i.bottom),l?(i.selected&&(i.$element.removeClass("ui-selected"),i.selected=!1),i.unselecting&&(i.$element.removeClass("ui-unselecting"),i.unselecting=!1),i.selecting||(i.$element.addClass("ui-selecting"),i.selecting=!0,s._trigger("selecting",t,{selecting:i.element}))):(i.selecting&&((t.metaKey||t.ctrlKey)&&i.startselected?(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.$element.addClass("ui-selected"),i.selected=!0):(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.startselected&&(i.$element.addClass("ui-unselecting"),i.unselecting=!0),s._trigger("unselecting",t,{unselecting:i.element}))),i.selected&&(t.metaKey||t.ctrlKey||i.startselected||(i.$element.removeClass("ui-selected"),i.selected=!1,i.$element.addClass("ui-unselecting"),i.unselecting=!0,s._trigger("unselecting",t,{unselecting:i.element})))))}),!1}},_mouseStop:function(t){var i=this;return this.dragged=!1,e(".ui-unselecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-unselecting"),s.unselecting=!1,s.startselected=!1,i._trigger("unselected",t,{unselected:s.element})}),e(".ui-selecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-selecting").addClass("ui-selected"),s.selecting=!1,s.selected=!0,s.startselected=!0,i._trigger("selected",t,{selected:s.element})}),this._trigger("stop",t),this.helper.remove(),!1}}),e.widget("ui.sortable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"sort",ready:!1,options:{appendTo:"parent",axis:!1,connectWith:!1,containment:!1,cursor:"auto",cursorAt:!1,dropOnEmpty:!0,forcePlaceholderSize:!1,forceHelperSize:!1,grid:!1,handle:!1,helper:"original",items:"> *",opacity:!1,placeholder:!1,revert:!1,scroll:!0,scrollSensitivity:20,scrollSpeed:20,scope:"default",tolerance:"intersect",zIndex:1e3,activate:null,beforeStop:null,change:null,deactivate:null,out:null,over:null,receive:null,remove:null,sort:null,start:null,stop:null,update:null},_isOverAxis:function(e,t,i){return e>=t&&t+i>e},_isFloating:function(e){return/left|right/.test(e.css("float"))||/inline|table-cell/.test(e.css("display"))},_create:function(){this.containerCache={},this.element.addClass("ui-sortable"),this.refresh(),this.offset=this.element.offset(),this._mouseInit(),this._setHandleClassName(),this.ready=!0},_setOption:function(e,t){this._super(e,t),"handle"===e&&this._setHandleClassName()},_setHandleClassName:function(){this.element.find(".ui-sortable-handle").removeClass("ui-sortable-handle"),e.each(this.items,function(){(this.instance.options.handle?this.item.find(this.instance.options.handle):this.item).addClass("ui-sortable-handle")})},_destroy:function(){this.element.removeClass("ui-sortable ui-sortable-disabled").find(".ui-sortable-handle").removeClass("ui-sortable-handle"),this._mouseDestroy();for(var e=this.items.length-1;e>=0;e--)this.items[e].item.removeData(this.widgetName+"-item");return this},_mouseCapture:function(t,i){var s=null,n=!1,a=this;return this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(t),e(t.target).parents().each(function(){return e.data(this,a.widgetName+"-item")===a?(s=e(this),!1):void 0}),e.data(t.target,a.widgetName+"-item")===a&&(s=e(t.target)),s?!this.options.handle||i||(e(this.options.handle,s).find("*").addBack().each(function(){this===t.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(t,i,s){var n,a,o=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(t),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},e.extend(this.offset,{click:{left:t.pageX-this.offset.left,top:t.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(t),this.originalPageX=t.pageX,this.originalPageY=t.pageY,o.cursorAt&&this._adjustOffsetFromHelper(o.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),o.containment&&this._setContainment(),o.cursor&&"auto"!==o.cursor&&(a=this.document.find("body"),this.storedCursor=a.css("cursor"),a.css("cursor",o.cursor),this.storedStylesheet=e("<style>*{ cursor: "+o.cursor+" !important; }</style>").appendTo(a)),o.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",o.opacity)),o.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",o.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",t,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",t,this._uiHash(this));return e.ui.ddmanager&&(e.ui.ddmanager.current=this),e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this.dragging=!0,this.helper.addClass("ui-sortable-helper"),this._mouseDrag(t),!0},_mouseDrag:function(t){var i,s,n,a,o=this.options,r=!1;for(this.position=this._generatePosition(t),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-t.pageY<o.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+o.scrollSpeed:t.pageY-this.overflowOffset.top<o.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-o.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-t.pageX<o.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+o.scrollSpeed:t.pageX-this.overflowOffset.left<o.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-o.scrollSpeed)):(t.pageY-this.document.scrollTop()<o.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-o.scrollSpeed):this.window.height()-(t.pageY-this.document.scrollTop())<o.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+o.scrollSpeed)),t.pageX-this.document.scrollLeft()<o.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-o.scrollSpeed):this.window.width()-(t.pageX-this.document.scrollLeft())<o.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+o.scrollSpeed))),r!==!1&&e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],a=this._intersectsWithPointer(s),a&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===a?"next":"prev"]()[0]!==n&&!e.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!e.contains(this.element[0],n):!0)){if(this.direction=1===a?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(t,s),this._trigger("change",t,this._uiHash());break}return this._contactContainers(t),e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),this._trigger("sort",t,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(t,i){if(t){if(e.ui.ddmanager&&!this.options.dropBehaviour&&e.ui.ddmanager.drop(this,t),this.options.revert){var s=this,n=this.placeholder.offset(),a=this.options.axis,o={};a&&"x"!==a||(o.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),a&&"y"!==a||(o.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,e(this.helper).animate(o,parseInt(this.options.revert,10)||500,function(){s._clear(t)})}else this._clear(t,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp({target:null}),"original"===this.options.helper?this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper"):this.currentItem.show();for(var t=this.containers.length-1;t>=0;t--)this.containers[t]._trigger("deactivate",null,this._uiHash(this)),this.containers[t].containerCache.over&&(this.containers[t]._trigger("out",null,this._uiHash(this)),this.containers[t].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),e.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?e(this.domPosition.prev).after(this.currentItem):e(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},e(i).each(function(){var i=(e(t.item||this).attr(t.attribute||"id")||"").match(t.expression||/(.+)[\-=_](.+)/);i&&s.push((t.key||i[1]+"[]")+"="+(t.key&&t.expression?i[1]:i[2]))}),!s.length&&t.key&&s.push(t.key+"="),s.join("&")},toArray:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},i.each(function(){s.push(e(t.item||this).attr(t.attribute||"id")||"")}),s},_intersectsWith:function(e){var t=this.positionAbs.left,i=t+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,a=e.left,o=a+e.width,r=e.top,h=r+e.height,l=this.offset.click.top,u=this.offset.click.left,d="x"===this.options.axis||s+l>r&&h>s+l,c="y"===this.options.axis||t+u>a&&o>t+u,p=d&&c;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>e[this.floating?"width":"height"]?p:t+this.helperProportions.width/2>a&&o>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&h>n-this.helperProportions.height/2},_intersectsWithPointer:function(e){var t="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top,e.height),i="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left,e.width),s=t&&i,n=this._getDragVerticalDirection(),a=this._getDragHorizontalDirection();return s?this.floating?a&&"right"===a||"down"===n?2:1:n&&("down"===n?2:1):!1},_intersectsWithSides:function(e){var t=this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top+e.height/2,e.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left+e.width/2,e.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&t||"up"===s&&!t)},_getDragVerticalDirection:function(){var e=this.positionAbs.top-this.lastPositionAbs.top;return 0!==e&&(e>0?"down":"up")},_getDragHorizontalDirection:function(){var e=this.positionAbs.left-this.lastPositionAbs.left;return 0!==e&&(e>0?"right":"left")},refresh:function(e){return this._refreshItems(e),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var e=this.options;return e.connectWith.constructor===String?[e.connectWith]:e.connectWith},_getItemsAsjQuery:function(t){function i(){r.push(this)}var s,n,a,o,r=[],h=[],l=this._connectWith();if(l&&t)for(s=l.length-1;s>=0;s--)for(a=e(l[s],this.document[0]),n=a.length-1;n>=0;n--)o=e.data(a[n],this.widgetFullName),o&&o!==this&&!o.options.disabled&&h.push([e.isFunction(o.options.items)?o.options.items.call(o.element):e(o.options.items,o.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),o]);for(h.push([e.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):e(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=h.length-1;s>=0;s--)h[s][0].each(i);return e(r)},_removeCurrentsFromItems:function(){var t=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=e.grep(this.items,function(e){for(var i=0;t.length>i;i++)if(t[i]===e.item[0])return!1;return!0})},_refreshItems:function(t){this.items=[],this.containers=[this];var i,s,n,a,o,r,h,l,u=this.items,d=[[e.isFunction(this.options.items)?this.options.items.call(this.element[0],t,{item:this.currentItem}):e(this.options.items,this.element),this]],c=this._connectWith();if(c&&this.ready)for(i=c.length-1;i>=0;i--)for(n=e(c[i],this.document[0]),s=n.length-1;s>=0;s--)a=e.data(n[s],this.widgetFullName),a&&a!==this&&!a.options.disabled&&(d.push([e.isFunction(a.options.items)?a.options.items.call(a.element[0],t,{item:this.currentItem}):e(a.options.items,a.element),a]),this.containers.push(a));for(i=d.length-1;i>=0;i--)for(o=d[i][1],r=d[i][0],s=0,l=r.length;l>s;s++)h=e(r[s]),h.data(this.widgetName+"-item",o),u.push({item:h,instance:o,width:0,height:0,left:0,top:0})},refreshPositions:function(t){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,a;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?e(this.options.toleranceElement,s.item):s.item,t||(s.width=n.outerWidth(),s.height=n.outerHeight()),a=n.offset(),s.left=a.left,s.top=a.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)a=this.containers[i].element.offset(),this.containers[i].containerCache.left=a.left,this.containers[i].containerCache.top=a.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(t){t=t||this;var i,s=t.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=t.currentItem[0].nodeName.toLowerCase(),n=e("<"+s+">",t.document[0]).addClass(i||t.currentItem[0].className+" ui-sortable-placeholder").removeClass("ui-sortable-helper");return"tbody"===s?t._createTrPlaceholder(t.currentItem.find("tr").eq(0),e("<tr>",t.document[0]).appendTo(n)):"tr"===s?t._createTrPlaceholder(t.currentItem,n):"img"===s&&n.attr("src",t.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(e,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(t.currentItem.innerHeight()-parseInt(t.currentItem.css("paddingTop")||0,10)-parseInt(t.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(t.currentItem.innerWidth()-parseInt(t.currentItem.css("paddingLeft")||0,10)-parseInt(t.currentItem.css("paddingRight")||0,10)))}}),t.placeholder=e(s.placeholder.element.call(t.element,t.currentItem)),t.currentItem.after(t.placeholder),s.placeholder.update(t,t.placeholder)},_createTrPlaceholder:function(t,i){var s=this;t.children().each(function(){e("<td>&#160;</td>",s.document[0]).attr("colspan",e(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(t){var i,s,n,a,o,r,h,l,u,d,c=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!e.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(c&&e.contains(this.containers[i].element[0],c.element[0]))continue;c=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",t,this._uiHash(this)),this.containers[i].containerCache.over=0);if(c)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,a=null,u=c.floating||this._isFloating(this.currentItem),o=u?"left":"top",r=u?"width":"height",d=u?"clientX":"clientY",s=this.items.length-1;s>=0;s--)e.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(h=this.items[s].item.offset()[o],l=!1,t[d]-h>this.items[s][r]/2&&(l=!0),n>Math.abs(t[d]-h)&&(n=Math.abs(t[d]-h),a=this.items[s],this.direction=l?"up":"down"));if(!a&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;a?this._rearrange(t,a,null,!0):this._rearrange(t,null,this.containers[p].element,!0),this._trigger("change",t,this._uiHash()),this.containers[p]._trigger("change",t,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper)?e(i.helper.apply(this.element[0],[t,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||e("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var t=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&e.ui.ie)&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var e=this.currentItem.position();return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:e.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options;"parent"===n.containment&&(n.containment=this.helper[0].parentNode),("document"===n.containment||"window"===n.containment)&&(this.containment=[0-this.offset.relative.left-this.offset.parent.left,0-this.offset.relative.top-this.offset.parent.top,"document"===n.containment?this.document.width():this.window.width()-this.helperProportions.width-this.margins.left,("document"===n.containment?this.document.width():this.window.height()||this.document[0].body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top]),/^(document|window|parent)$/.test(n.containment)||(t=e(n.containment)[0],i=e(n.containment).offset(),s="hidden"!==e(t).css("overflow"),this.containment=[i.left+(parseInt(e(t).css("borderLeftWidth"),10)||0)+(parseInt(e(t).css("paddingLeft"),10)||0)-this.margins.left,i.top+(parseInt(e(t).css("borderTopWidth"),10)||0)+(parseInt(e(t).css("paddingTop"),10)||0)-this.margins.top,i.left+(s?Math.max(t.scrollWidth,t.offsetWidth):t.offsetWidth)-(parseInt(e(t).css("borderLeftWidth"),10)||0)-(parseInt(e(t).css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left,i.top+(s?Math.max(t.scrollHeight,t.offsetHeight):t.offsetHeight)-(parseInt(e(t).css("borderTopWidth"),10)||0)-(parseInt(e(t).css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top])},_convertPositionTo:function(t,i){i||(i=this.position);var s="absolute"===t?1:-1,n="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,a=/(html|body)/i.test(n[0].tagName);return{top:i.top+this.offset.relative.top*s+this.offset.parent.top*s-("fixed"===this.cssPosition?-this.scrollParent.scrollTop():a?0:n.scrollTop())*s,left:i.left+this.offset.relative.left*s+this.offset.parent.left*s-("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():a?0:n.scrollLeft())*s}},_generatePosition:function(t){var i,s,n=this.options,a=t.pageX,o=t.pageY,r="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,h=/(html|body)/i.test(r[0].tagName);return"relative"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&this.scrollParent[0]!==this.offsetParent[0]||(this.offset.relative=this._getRelativeOffset()),this.originalPosition&&(this.containment&&(t.pageX-this.offset.click.left<this.containment[0]&&(a=this.containment[0]+this.offset.click.left),t.pageY-this.offset.click.top<this.containment[1]&&(o=this.containment[1]+this.offset.click.top),t.pageX-this.offset.click.left>this.containment[2]&&(a=this.containment[2]+this.offset.click.left),t.pageY-this.offset.click.top>this.containment[3]&&(o=this.containment[3]+this.offset.click.top)),n.grid&&(i=this.originalPageY+Math.round((o-this.originalPageY)/n.grid[1])*n.grid[1],o=this.containment?i-this.offset.click.top>=this.containment[1]&&i-this.offset.click.top<=this.containment[3]?i:i-this.offset.click.top>=this.containment[1]?i-n.grid[1]:i+n.grid[1]:i,s=this.originalPageX+Math.round((a-this.originalPageX)/n.grid[0])*n.grid[0],a=this.containment?s-this.offset.click.left>=this.containment[0]&&s-this.offset.click.left<=this.containment[2]?s:s-this.offset.click.left>=this.containment[0]?s-n.grid[0]:s+n.grid[0]:s)),{top:o-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.scrollParent.scrollTop():h?0:r.scrollTop()),left:a-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():h?0:r.scrollLeft())}},_rearrange:function(e,t,i,s){i?i[0].appendChild(this.placeholder[0]):t.item[0].parentNode.insertBefore(this.placeholder[0],"down"===this.direction?t.item[0]:t.item[0].nextSibling),this.counter=this.counter?++this.counter:1;var n=this.counter;this._delay(function(){n===this.counter&&this.refreshPositions(!s)})},_clear:function(e,t){function i(e,t,i){return function(s){i._trigger(e,s,t._uiHash(t))}}this.reverting=!1;var s,n=[];if(!this._noFinalSort&&this.currentItem.parent().length&&this.placeholder.before(this.currentItem),this._noFinalSort=null,this.helper[0]===this.currentItem[0]){for(s in this._storedCSS)("auto"===this._storedCSS[s]||"static"===this._storedCSS[s])&&(this._storedCSS[s]="");this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper")}else this.currentItem.show();for(this.fromOutside&&!t&&n.push(function(e){this._trigger("receive",e,this._uiHash(this.fromOutside))}),!this.fromOutside&&this.domPosition.prev===this.currentItem.prev().not(".ui-sortable-helper")[0]&&this.domPosition.parent===this.currentItem.parent()[0]||t||n.push(function(e){this._trigger("update",e,this._uiHash())}),this!==this.currentContainer&&(t||(n.push(function(e){this._trigger("remove",e,this._uiHash())}),n.push(function(e){return function(t){e._trigger("receive",t,this._uiHash(this))}}.call(this,this.currentContainer)),n.push(function(e){return function(t){e._trigger("update",t,this._uiHash(this))}}.call(this,this.currentContainer)))),s=this.containers.length-1;s>=0;s--)t||n.push(i("deactivate",this,this.containers[s])),this.containers[s].containerCache.over&&(n.push(i("out",this,this.containers[s])),this.containers[s].containerCache.over=0);if(this.storedCursor&&(this.document.find("body").css("cursor",this.storedCursor),this.storedStylesheet.remove()),this._storedOpacity&&this.helper.css("opacity",this._storedOpacity),this._storedZIndex&&this.helper.css("zIndex","auto"===this._storedZIndex?"":this._storedZIndex),this.dragging=!1,t||this._trigger("beforeStop",e,this._uiHash()),this.placeholder[0].parentNode.removeChild(this.placeholder[0]),this.cancelHelperRemoval||(this.helper[0]!==this.currentItem[0]&&this.helper.remove(),this.helper=null),!t){for(s=0;n.length>s;s++)n[s].call(this,e);this._trigger("stop",e,this._uiHash())}return this.fromOutside=!1,!this.cancelHelperRemoval},_trigger:function(){e.Widget.prototype._trigger.apply(this,arguments)===!1&&this.cancel()},_uiHash:function(t){var i=t||this;return{helper:i.helper,placeholder:i.placeholder||e([]),position:i.position,originalPosition:i.originalPosition,offset:i.positionAbs,item:i.currentItem,sender:t?t.element:null}}}),e.widget("ui.accordion",{version:"1.11.4",options:{active:0,animate:{},collapsible:!1,event:"click",header:"> li > :first-child,> :not(li):even",heightStyle:"auto",icons:{activeHeader:"ui-icon-triangle-1-s",header:"ui-icon-triangle-1-e"},activate:null,beforeActivate:null},hideProps:{borderTopWidth:"hide",borderBottomWidth:"hide",paddingTop:"hide",paddingBottom:"hide",height:"hide"},showProps:{borderTopWidth:"show",borderBottomWidth:"show",paddingTop:"show",paddingBottom:"show",height:"show"},_create:function(){var t=this.options;this.prevShow=this.prevHide=e(),this.element.addClass("ui-accordion ui-widget ui-helper-reset").attr("role","tablist"),t.collapsible||t.active!==!1&&null!=t.active||(t.active=0),this._processPanels(),0>t.active&&(t.active+=this.headers.length),this._refresh()},_getCreateEventData:function(){return{header:this.active,panel:this.active.length?this.active.next():e()}},_createIcons:function(){var t=this.options.icons;t&&(e("<span>").addClass("ui-accordion-header-icon ui-icon "+t.header).prependTo(this.headers),this.active.children(".ui-accordion-header-icon").removeClass(t.header).addClass(t.activeHeader),this.headers.addClass("ui-accordion-icons"))},_destroyIcons:function(){this.headers.removeClass("ui-accordion-icons").children(".ui-accordion-header-icon").remove()},_destroy:function(){var e;this.element.removeClass("ui-accordion ui-widget ui-helper-reset").removeAttr("role"),this.headers.removeClass("ui-accordion-header ui-accordion-header-active ui-state-default ui-corner-all ui-state-active ui-state-disabled ui-corner-top").removeAttr("role").removeAttr("aria-expanded").removeAttr("aria-selected").removeAttr("aria-controls").removeAttr("tabIndex").removeUniqueId(),this._destroyIcons(),e=this.headers.next().removeClass("ui-helper-reset ui-widget-content ui-corner-bottom ui-accordion-content ui-accordion-content-active ui-state-disabled").css("display","").removeAttr("role").removeAttr("aria-hidden").removeAttr("aria-labelledby").removeUniqueId(),"content"!==this.options.heightStyle&&e.css("height","")},_setOption:function(e,t){return"active"===e?(this._activate(t),void 0):("event"===e&&(this.options.event&&this._off(this.headers,this.options.event),this._setupEvents(t)),this._super(e,t),"collapsible"!==e||t||this.options.active!==!1||this._activate(0),"icons"===e&&(this._destroyIcons(),t&&this._createIcons()),"disabled"===e&&(this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this.headers.add(this.headers.next()).toggleClass("ui-state-disabled",!!t)),void 0)},_keydown:function(t){if(!t.altKey&&!t.ctrlKey){var i=e.ui.keyCode,s=this.headers.length,n=this.headers.index(t.target),a=!1;switch(t.keyCode){case i.RIGHT:case i.DOWN:a=this.headers[(n+1)%s];break;case i.LEFT:case i.UP:a=this.headers[(n-1+s)%s];break;case i.SPACE:case i.ENTER:this._eventHandler(t);break;case i.HOME:a=this.headers[0];break;case i.END:a=this.headers[s-1]}a&&(e(t.target).attr("tabIndex",-1),e(a).attr("tabIndex",0),a.focus(),t.preventDefault())}},_panelKeyDown:function(t){t.keyCode===e.ui.keyCode.UP&&t.ctrlKey&&e(t.currentTarget).prev().focus()},refresh:function(){var t=this.options;this._processPanels(),t.active===!1&&t.collapsible===!0||!this.headers.length?(t.active=!1,this.active=e()):t.active===!1?this._activate(0):this.active.length&&!e.contains(this.element[0],this.active[0])?this.headers.length===this.headers.find(".ui-state-disabled").length?(t.active=!1,this.active=e()):this._activate(Math.max(0,t.active-1)):t.active=this.headers.index(this.active),this._destroyIcons(),this._refresh()},_processPanels:function(){var e=this.headers,t=this.panels;this.headers=this.element.find(this.options.header).addClass("ui-accordion-header ui-state-default ui-corner-all"),this.panels=this.headers.next().addClass("ui-accordion-content ui-helper-reset ui-widget-content ui-corner-bottom").filter(":not(.ui-accordion-content-active)").hide(),t&&(this._off(e.not(this.headers)),this._off(t.not(this.panels)))},_refresh:function(){var t,i=this.options,s=i.heightStyle,n=this.element.parent();this.active=this._findActive(i.active).addClass("ui-accordion-header-active ui-state-active ui-corner-top").removeClass("ui-corner-all"),this.active.next().addClass("ui-accordion-content-active").show(),this.headers.attr("role","tab").each(function(){var t=e(this),i=t.uniqueId().attr("id"),s=t.next(),n=s.uniqueId().attr("id");t.attr("aria-controls",n),s.attr("aria-labelledby",i)}).next().attr("role","tabpanel"),this.headers.not(this.active).attr({"aria-selected":"false","aria-expanded":"false",tabIndex:-1}).next().attr({"aria-hidden":"true"}).hide(),this.active.length?this.active.attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0}).next().attr({"aria-hidden":"false"}):this.headers.eq(0).attr("tabIndex",0),this._createIcons(),this._setupEvents(i.event),"fill"===s?(t=n.height(),this.element.siblings(":visible").each(function(){var i=e(this),s=i.css("position");"absolute"!==s&&"fixed"!==s&&(t-=i.outerHeight(!0))}),this.headers.each(function(){t-=e(this).outerHeight(!0)}),this.headers.next().each(function(){e(this).height(Math.max(0,t-e(this).innerHeight()+e(this).height()))}).css("overflow","auto")):"auto"===s&&(t=0,this.headers.next().each(function(){t=Math.max(t,e(this).css("height","").height())}).height(t))},_activate:function(t){var i=this._findActive(t)[0];i!==this.active[0]&&(i=i||this.active[0],this._eventHandler({target:i,currentTarget:i,preventDefault:e.noop}))},_findActive:function(t){return"number"==typeof t?this.headers.eq(t):e()},_setupEvents:function(t){var i={keydown:"_keydown"};t&&e.each(t.split(" "),function(e,t){i[t]="_eventHandler"}),this._off(this.headers.add(this.headers.next())),this._on(this.headers,i),this._on(this.headers.next(),{keydown:"_panelKeyDown"}),this._hoverable(this.headers),this._focusable(this.headers)},_eventHandler:function(t){var i=this.options,s=this.active,n=e(t.currentTarget),a=n[0]===s[0],o=a&&i.collapsible,r=o?e():n.next(),h=s.next(),l={oldHeader:s,oldPanel:h,newHeader:o?e():n,newPanel:r};
+t.preventDefault(),a&&!i.collapsible||this._trigger("beforeActivate",t,l)===!1||(i.active=o?!1:this.headers.index(n),this.active=a?e():n,this._toggle(l),s.removeClass("ui-accordion-header-active ui-state-active"),i.icons&&s.children(".ui-accordion-header-icon").removeClass(i.icons.activeHeader).addClass(i.icons.header),a||(n.removeClass("ui-corner-all").addClass("ui-accordion-header-active ui-state-active ui-corner-top"),i.icons&&n.children(".ui-accordion-header-icon").removeClass(i.icons.header).addClass(i.icons.activeHeader),n.next().addClass("ui-accordion-content-active")))},_toggle:function(t){var i=t.newPanel,s=this.prevShow.length?this.prevShow:t.oldPanel;this.prevShow.add(this.prevHide).stop(!0,!0),this.prevShow=i,this.prevHide=s,this.options.animate?this._animate(i,s,t):(s.hide(),i.show(),this._toggleComplete(t)),s.attr({"aria-hidden":"true"}),s.prev().attr({"aria-selected":"false","aria-expanded":"false"}),i.length&&s.length?s.prev().attr({tabIndex:-1,"aria-expanded":"false"}):i.length&&this.headers.filter(function(){return 0===parseInt(e(this).attr("tabIndex"),10)}).attr("tabIndex",-1),i.attr("aria-hidden","false").prev().attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0})},_animate:function(e,t,i){var s,n,a,o=this,r=0,h=e.css("box-sizing"),l=e.length&&(!t.length||e.index()<t.index()),u=this.options.animate||{},d=l&&u.down||u,c=function(){o._toggleComplete(i)};return"number"==typeof d&&(a=d),"string"==typeof d&&(n=d),n=n||d.easing||u.easing,a=a||d.duration||u.duration,t.length?e.length?(s=e.show().outerHeight(),t.animate(this.hideProps,{duration:a,easing:n,step:function(e,t){t.now=Math.round(e)}}),e.hide().animate(this.showProps,{duration:a,easing:n,complete:c,step:function(e,i){i.now=Math.round(e),"height"!==i.prop?"content-box"===h&&(r+=i.now):"content"!==o.options.heightStyle&&(i.now=Math.round(s-t.outerHeight()-r),r=0)}}),void 0):t.animate(this.hideProps,a,n,c):e.animate(this.showProps,a,n,c)},_toggleComplete:function(e){var t=e.oldPanel;t.removeClass("ui-accordion-content-active").prev().removeClass("ui-corner-top").addClass("ui-corner-all"),t.length&&(t.parent()[0].className=t.parent()[0].className),this._trigger("activate",null,e)}}),e.widget("ui.menu",{version:"1.11.4",defaultElement:"<ul>",delay:300,options:{icons:{submenu:"ui-icon-carat-1-e"},items:"> *",menus:"ul",position:{my:"left-1 top",at:"right top"},role:"menu",blur:null,focus:null,select:null},_create:function(){this.activeMenu=this.element,this.mouseHandled=!1,this.element.uniqueId().addClass("ui-menu ui-widget ui-widget-content").toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length).attr({role:this.options.role,tabIndex:0}),this.options.disabled&&this.element.addClass("ui-state-disabled").attr("aria-disabled","true"),this._on({"mousedown .ui-menu-item":function(e){e.preventDefault()},"click .ui-menu-item":function(t){var i=e(t.target);!this.mouseHandled&&i.not(".ui-state-disabled").length&&(this.select(t),t.isPropagationStopped()||(this.mouseHandled=!0),i.has(".ui-menu").length?this.expand(t):!this.element.is(":focus")&&e(this.document[0].activeElement).closest(".ui-menu").length&&(this.element.trigger("focus",[!0]),this.active&&1===this.active.parents(".ui-menu").length&&clearTimeout(this.timer)))},"mouseenter .ui-menu-item":function(t){if(!this.previousFilter){var i=e(t.currentTarget);i.siblings(".ui-state-active").removeClass("ui-state-active"),this.focus(t,i)}},mouseleave:"collapseAll","mouseleave .ui-menu":"collapseAll",focus:function(e,t){var i=this.active||this.element.find(this.options.items).eq(0);t||this.focus(e,i)},blur:function(t){this._delay(function(){e.contains(this.element[0],this.document[0].activeElement)||this.collapseAll(t)})},keydown:"_keydown"}),this.refresh(),this._on(this.document,{click:function(e){this._closeOnDocumentClick(e)&&this.collapseAll(e),this.mouseHandled=!1}})},_destroy:function(){this.element.removeAttr("aria-activedescendant").find(".ui-menu").addBack().removeClass("ui-menu ui-widget ui-widget-content ui-menu-icons ui-front").removeAttr("role").removeAttr("tabIndex").removeAttr("aria-labelledby").removeAttr("aria-expanded").removeAttr("aria-hidden").removeAttr("aria-disabled").removeUniqueId().show(),this.element.find(".ui-menu-item").removeClass("ui-menu-item").removeAttr("role").removeAttr("aria-disabled").removeUniqueId().removeClass("ui-state-hover").removeAttr("tabIndex").removeAttr("role").removeAttr("aria-haspopup").children().each(function(){var t=e(this);t.data("ui-menu-submenu-carat")&&t.remove()}),this.element.find(".ui-menu-divider").removeClass("ui-menu-divider ui-widget-content")},_keydown:function(t){var i,s,n,a,o=!0;switch(t.keyCode){case e.ui.keyCode.PAGE_UP:this.previousPage(t);break;case e.ui.keyCode.PAGE_DOWN:this.nextPage(t);break;case e.ui.keyCode.HOME:this._move("first","first",t);break;case e.ui.keyCode.END:this._move("last","last",t);break;case e.ui.keyCode.UP:this.previous(t);break;case e.ui.keyCode.DOWN:this.next(t);break;case e.ui.keyCode.LEFT:this.collapse(t);break;case e.ui.keyCode.RIGHT:this.active&&!this.active.is(".ui-state-disabled")&&this.expand(t);break;case e.ui.keyCode.ENTER:case e.ui.keyCode.SPACE:this._activate(t);break;case e.ui.keyCode.ESCAPE:this.collapse(t);break;default:o=!1,s=this.previousFilter||"",n=String.fromCharCode(t.keyCode),a=!1,clearTimeout(this.filterTimer),n===s?a=!0:n=s+n,i=this._filterMenuItems(n),i=a&&-1!==i.index(this.active.next())?this.active.nextAll(".ui-menu-item"):i,i.length||(n=String.fromCharCode(t.keyCode),i=this._filterMenuItems(n)),i.length?(this.focus(t,i),this.previousFilter=n,this.filterTimer=this._delay(function(){delete this.previousFilter},1e3)):delete this.previousFilter}o&&t.preventDefault()},_activate:function(e){this.active.is(".ui-state-disabled")||(this.active.is("[aria-haspopup='true']")?this.expand(e):this.select(e))},refresh:function(){var t,i,s=this,n=this.options.icons.submenu,a=this.element.find(this.options.menus);this.element.toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length),a.filter(":not(.ui-menu)").addClass("ui-menu ui-widget ui-widget-content ui-front").hide().attr({role:this.options.role,"aria-hidden":"true","aria-expanded":"false"}).each(function(){var t=e(this),i=t.parent(),s=e("<span>").addClass("ui-menu-icon ui-icon "+n).data("ui-menu-submenu-carat",!0);i.attr("aria-haspopup","true").prepend(s),t.attr("aria-labelledby",i.attr("id"))}),t=a.add(this.element),i=t.find(this.options.items),i.not(".ui-menu-item").each(function(){var t=e(this);s._isDivider(t)&&t.addClass("ui-widget-content ui-menu-divider")}),i.not(".ui-menu-item, .ui-menu-divider").addClass("ui-menu-item").uniqueId().attr({tabIndex:-1,role:this._itemRole()}),i.filter(".ui-state-disabled").attr("aria-disabled","true"),this.active&&!e.contains(this.element[0],this.active[0])&&this.blur()},_itemRole:function(){return{menu:"menuitem",listbox:"option"}[this.options.role]},_setOption:function(e,t){"icons"===e&&this.element.find(".ui-menu-icon").removeClass(this.options.icons.submenu).addClass(t.submenu),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},focus:function(e,t){var i,s;this.blur(e,e&&"focus"===e.type),this._scrollIntoView(t),this.active=t.first(),s=this.active.addClass("ui-state-focus").removeClass("ui-state-active"),this.options.role&&this.element.attr("aria-activedescendant",s.attr("id")),this.active.parent().closest(".ui-menu-item").addClass("ui-state-active"),e&&"keydown"===e.type?this._close():this.timer=this._delay(function(){this._close()},this.delay),i=t.children(".ui-menu"),i.length&&e&&/^mouse/.test(e.type)&&this._startOpening(i),this.activeMenu=t.parent(),this._trigger("focus",e,{item:t})},_scrollIntoView:function(t){var i,s,n,a,o,r;this._hasScroll()&&(i=parseFloat(e.css(this.activeMenu[0],"borderTopWidth"))||0,s=parseFloat(e.css(this.activeMenu[0],"paddingTop"))||0,n=t.offset().top-this.activeMenu.offset().top-i-s,a=this.activeMenu.scrollTop(),o=this.activeMenu.height(),r=t.outerHeight(),0>n?this.activeMenu.scrollTop(a+n):n+r>o&&this.activeMenu.scrollTop(a+n-o+r))},blur:function(e,t){t||clearTimeout(this.timer),this.active&&(this.active.removeClass("ui-state-focus"),this.active=null,this._trigger("blur",e,{item:this.active}))},_startOpening:function(e){clearTimeout(this.timer),"true"===e.attr("aria-hidden")&&(this.timer=this._delay(function(){this._close(),this._open(e)},this.delay))},_open:function(t){var i=e.extend({of:this.active},this.options.position);clearTimeout(this.timer),this.element.find(".ui-menu").not(t.parents(".ui-menu")).hide().attr("aria-hidden","true"),t.show().removeAttr("aria-hidden").attr("aria-expanded","true").position(i)},collapseAll:function(t,i){clearTimeout(this.timer),this.timer=this._delay(function(){var s=i?this.element:e(t&&t.target).closest(this.element.find(".ui-menu"));s.length||(s=this.element),this._close(s),this.blur(t),this.activeMenu=s},this.delay)},_close:function(e){e||(e=this.active?this.active.parent():this.element),e.find(".ui-menu").hide().attr("aria-hidden","true").attr("aria-expanded","false").end().find(".ui-state-active").not(".ui-state-focus").removeClass("ui-state-active")},_closeOnDocumentClick:function(t){return!e(t.target).closest(".ui-menu").length},_isDivider:function(e){return!/[^\-\u2014\u2013\s]/.test(e.text())},collapse:function(e){var t=this.active&&this.active.parent().closest(".ui-menu-item",this.element);t&&t.length&&(this._close(),this.focus(e,t))},expand:function(e){var t=this.active&&this.active.children(".ui-menu ").find(this.options.items).first();t&&t.length&&(this._open(t.parent()),this._delay(function(){this.focus(e,t)}))},next:function(e){this._move("next","first",e)},previous:function(e){this._move("prev","last",e)},isFirstItem:function(){return this.active&&!this.active.prevAll(".ui-menu-item").length},isLastItem:function(){return this.active&&!this.active.nextAll(".ui-menu-item").length},_move:function(e,t,i){var s;this.active&&(s="first"===e||"last"===e?this.active["first"===e?"prevAll":"nextAll"](".ui-menu-item").eq(-1):this.active[e+"All"](".ui-menu-item").eq(0)),s&&s.length&&this.active||(s=this.activeMenu.find(this.options.items)[t]()),this.focus(i,s)},nextPage:function(t){var i,s,n;return this.active?(this.isLastItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.nextAll(".ui-menu-item").each(function(){return i=e(this),0>i.offset().top-s-n}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items)[this.active?"last":"first"]())),void 0):(this.next(t),void 0)},previousPage:function(t){var i,s,n;return this.active?(this.isFirstItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.prevAll(".ui-menu-item").each(function(){return i=e(this),i.offset().top-s+n>0}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items).first())),void 0):(this.next(t),void 0)},_hasScroll:function(){return this.element.outerHeight()<this.element.prop("scrollHeight")},select:function(t){this.active=this.active||e(t.target).closest(".ui-menu-item");var i={item:this.active};this.active.has(".ui-menu").length||this.collapseAll(t,!0),this._trigger("select",t,i)},_filterMenuItems:function(t){var i=t.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&"),s=RegExp("^"+i,"i");return this.activeMenu.find(this.options.items).filter(".ui-menu-item").filter(function(){return s.test(e.trim(e(this).text()))})}}),e.widget("ui.autocomplete",{version:"1.11.4",defaultElement:"<input>",options:{appendTo:null,autoFocus:!1,delay:300,minLength:1,position:{my:"left top",at:"left bottom",collision:"none"},source:null,change:null,close:null,focus:null,open:null,response:null,search:null,select:null},requestIndex:0,pending:0,_create:function(){var t,i,s,n=this.element[0].nodeName.toLowerCase(),a="textarea"===n,o="input"===n;this.isMultiLine=a?!0:o?!1:this.element.prop("isContentEditable"),this.valueMethod=this.element[a||o?"val":"text"],this.isNewMenu=!0,this.element.addClass("ui-autocomplete-input").attr("autocomplete","off"),this._on(this.element,{keydown:function(n){if(this.element.prop("readOnly"))return t=!0,s=!0,i=!0,void 0;t=!1,s=!1,i=!1;var a=e.ui.keyCode;switch(n.keyCode){case a.PAGE_UP:t=!0,this._move("previousPage",n);break;case a.PAGE_DOWN:t=!0,this._move("nextPage",n);break;case a.UP:t=!0,this._keyEvent("previous",n);break;case a.DOWN:t=!0,this._keyEvent("next",n);break;case a.ENTER:this.menu.active&&(t=!0,n.preventDefault(),this.menu.select(n));break;case a.TAB:this.menu.active&&this.menu.select(n);break;case a.ESCAPE:this.menu.element.is(":visible")&&(this.isMultiLine||this._value(this.term),this.close(n),n.preventDefault());break;default:i=!0,this._searchTimeout(n)}},keypress:function(s){if(t)return t=!1,(!this.isMultiLine||this.menu.element.is(":visible"))&&s.preventDefault(),void 0;if(!i){var n=e.ui.keyCode;switch(s.keyCode){case n.PAGE_UP:this._move("previousPage",s);break;case n.PAGE_DOWN:this._move("nextPage",s);break;case n.UP:this._keyEvent("previous",s);break;case n.DOWN:this._keyEvent("next",s)}}},input:function(e){return s?(s=!1,e.preventDefault(),void 0):(this._searchTimeout(e),void 0)},focus:function(){this.selectedItem=null,this.previous=this._value()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(clearTimeout(this.searching),this.close(e),this._change(e),void 0)}}),this._initSource(),this.menu=e("<ul>").addClass("ui-autocomplete ui-front").appendTo(this._appendTo()).menu({role:null}).hide().menu("instance"),this._on(this.menu.element,{mousedown:function(t){t.preventDefault(),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur});var i=this.menu.element[0];e(t.target).closest(".ui-menu-item").length||this._delay(function(){var t=this;this.document.one("mousedown",function(s){s.target===t.element[0]||s.target===i||e.contains(i,s.target)||t.close()})})},menufocus:function(t,i){var s,n;return this.isNewMenu&&(this.isNewMenu=!1,t.originalEvent&&/^mouse/.test(t.originalEvent.type))?(this.menu.blur(),this.document.one("mousemove",function(){e(t.target).trigger(t.originalEvent)}),void 0):(n=i.item.data("ui-autocomplete-item"),!1!==this._trigger("focus",t,{item:n})&&t.originalEvent&&/^key/.test(t.originalEvent.type)&&this._value(n.value),s=i.item.attr("aria-label")||n.value,s&&e.trim(s).length&&(this.liveRegion.children().hide(),e("<div>").text(s).appendTo(this.liveRegion)),void 0)},menuselect:function(e,t){var i=t.item.data("ui-autocomplete-item"),s=this.previous;this.element[0]!==this.document[0].activeElement&&(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s,this.selectedItem=i})),!1!==this._trigger("select",e,{item:i})&&this._value(i.value),this.term=this._value(),this.close(e),this.selectedItem=i}}),this.liveRegion=e("<span>",{role:"status","aria-live":"assertive","aria-relevant":"additions"}).addClass("ui-helper-hidden-accessible").appendTo(this.document[0].body),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_destroy:function(){clearTimeout(this.searching),this.element.removeClass("ui-autocomplete-input").removeAttr("autocomplete"),this.menu.element.remove(),this.liveRegion.remove()},_setOption:function(e,t){this._super(e,t),"source"===e&&this._initSource(),"appendTo"===e&&this.menu.element.appendTo(this._appendTo()),"disabled"===e&&t&&this.xhr&&this.xhr.abort()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_initSource:function(){var t,i,s=this;e.isArray(this.options.source)?(t=this.options.source,this.source=function(i,s){s(e.ui.autocomplete.filter(t,i.term))}):"string"==typeof this.options.source?(i=this.options.source,this.source=function(t,n){s.xhr&&s.xhr.abort(),s.xhr=e.ajax({url:i,data:t,dataType:"json",success:function(e){n(e)},error:function(){n([])}})}):this.source=this.options.source},_searchTimeout:function(e){clearTimeout(this.searching),this.searching=this._delay(function(){var t=this.term===this._value(),i=this.menu.element.is(":visible"),s=e.altKey||e.ctrlKey||e.metaKey||e.shiftKey;(!t||t&&!i&&!s)&&(this.selectedItem=null,this.search(null,e))},this.options.delay)},search:function(e,t){return e=null!=e?e:this._value(),this.term=this._value(),e.length<this.options.minLength?this.close(t):this._trigger("search",t)!==!1?this._search(e):void 0},_search:function(e){this.pending++,this.element.addClass("ui-autocomplete-loading"),this.cancelSearch=!1,this.source({term:e},this._response())},_response:function(){var t=++this.requestIndex;return e.proxy(function(e){t===this.requestIndex&&this.__response(e),this.pending--,this.pending||this.element.removeClass("ui-autocomplete-loading")},this)},__response:function(e){e&&(e=this._normalize(e)),this._trigger("response",null,{content:e}),!this.options.disabled&&e&&e.length&&!this.cancelSearch?(this._suggest(e),this._trigger("open")):this._close()},close:function(e){this.cancelSearch=!0,this._close(e)},_close:function(e){this.menu.element.is(":visible")&&(this.menu.element.hide(),this.menu.blur(),this.isNewMenu=!0,this._trigger("close",e))},_change:function(e){this.previous!==this._value()&&this._trigger("change",e,{item:this.selectedItem})},_normalize:function(t){return t.length&&t[0].label&&t[0].value?t:e.map(t,function(t){return"string"==typeof t?{label:t,value:t}:e.extend({},t,{label:t.label||t.value,value:t.value||t.label})})},_suggest:function(t){var i=this.menu.element.empty();this._renderMenu(i,t),this.isNewMenu=!0,this.menu.refresh(),i.show(),this._resizeMenu(),i.position(e.extend({of:this.element},this.options.position)),this.options.autoFocus&&this.menu.next()},_resizeMenu:function(){var e=this.menu.element;e.outerWidth(Math.max(e.width("").outerWidth()+1,this.element.outerWidth()))},_renderMenu:function(t,i){var s=this;e.each(i,function(e,i){s._renderItemData(t,i)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-autocomplete-item",t)},_renderItem:function(t,i){return e("<li>").text(i.label).appendTo(t)},_move:function(e,t){return this.menu.element.is(":visible")?this.menu.isFirstItem()&&/^previous/.test(e)||this.menu.isLastItem()&&/^next/.test(e)?(this.isMultiLine||this._value(this.term),this.menu.blur(),void 0):(this.menu[e](t),void 0):(this.search(null,t),void 0)},widget:function(){return this.menu.element},_value:function(){return this.valueMethod.apply(this.element,arguments)},_keyEvent:function(e,t){(!this.isMultiLine||this.menu.element.is(":visible"))&&(this._move(e,t),t.preventDefault())}}),e.extend(e.ui.autocomplete,{escapeRegex:function(e){return e.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&")},filter:function(t,i){var s=RegExp(e.ui.autocomplete.escapeRegex(i),"i");return e.grep(t,function(e){return s.test(e.label||e.value||e)})}}),e.widget("ui.autocomplete",e.ui.autocomplete,{options:{messages:{noResults:"No search results.",results:function(e){return e+(e>1?" results are":" result is")+" available, use up and down arrow keys to navigate."}}},__response:function(t){var i;this._superApply(arguments),this.options.disabled||this.cancelSearch||(i=t&&t.length?this.options.messages.results(t.length):this.options.messages.noResults,this.liveRegion.children().hide(),e("<div>").text(i).appendTo(this.liveRegion))}}),e.ui.autocomplete;var r,h="ui-button ui-widget ui-state-default ui-corner-all",l="ui-button-icons-only ui-button-icon-only ui-button-text-icons ui-button-text-icon-primary ui-button-text-icon-secondary ui-button-text-only",u=function(){var t=e(this);setTimeout(function(){t.find(":ui-button").button("refresh")},1)},d=function(t){var i=t.name,s=t.form,n=e([]);return i&&(i=i.replace(/'/g,"\\'"),n=s?e(s).find("[name='"+i+"'][type=radio]"):e("[name='"+i+"'][type=radio]",t.ownerDocument).filter(function(){return!this.form})),n};e.widget("ui.button",{version:"1.11.4",defaultElement:"<button>",options:{disabled:null,text:!0,label:null,icons:{primary:null,secondary:null}},_create:function(){this.element.closest("form").unbind("reset"+this.eventNamespace).bind("reset"+this.eventNamespace,u),"boolean"!=typeof this.options.disabled?this.options.disabled=!!this.element.prop("disabled"):this.element.prop("disabled",this.options.disabled),this._determineButtonType(),this.hasTitle=!!this.buttonElement.attr("title");var t=this,i=this.options,s="checkbox"===this.type||"radio"===this.type,n=s?"":"ui-state-active";null===i.label&&(i.label="input"===this.type?this.buttonElement.val():this.buttonElement.html()),this._hoverable(this.buttonElement),this.buttonElement.addClass(h).attr("role","button").bind("mouseenter"+this.eventNamespace,function(){i.disabled||this===r&&e(this).addClass("ui-state-active")}).bind("mouseleave"+this.eventNamespace,function(){i.disabled||e(this).removeClass(n)}).bind("click"+this.eventNamespace,function(e){i.disabled&&(e.preventDefault(),e.stopImmediatePropagation())}),this._on({focus:function(){this.buttonElement.addClass("ui-state-focus")},blur:function(){this.buttonElement.removeClass("ui-state-focus")}}),s&&this.element.bind("change"+this.eventNamespace,function(){t.refresh()}),"checkbox"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){return i.disabled?!1:void 0}):"radio"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){if(i.disabled)return!1;e(this).addClass("ui-state-active"),t.buttonElement.attr("aria-pressed","true");var s=t.element[0];d(s).not(s).map(function(){return e(this).button("widget")[0]}).removeClass("ui-state-active").attr("aria-pressed","false")}):(this.buttonElement.bind("mousedown"+this.eventNamespace,function(){return i.disabled?!1:(e(this).addClass("ui-state-active"),r=this,t.document.one("mouseup",function(){r=null}),void 0)}).bind("mouseup"+this.eventNamespace,function(){return i.disabled?!1:(e(this).removeClass("ui-state-active"),void 0)}).bind("keydown"+this.eventNamespace,function(t){return i.disabled?!1:((t.keyCode===e.ui.keyCode.SPACE||t.keyCode===e.ui.keyCode.ENTER)&&e(this).addClass("ui-state-active"),void 0)}).bind("keyup"+this.eventNamespace+" blur"+this.eventNamespace,function(){e(this).removeClass("ui-state-active")}),this.buttonElement.is("a")&&this.buttonElement.keyup(function(t){t.keyCode===e.ui.keyCode.SPACE&&e(this).click()})),this._setOption("disabled",i.disabled),this._resetButton()},_determineButtonType:function(){var e,t,i;this.type=this.element.is("[type=checkbox]")?"checkbox":this.element.is("[type=radio]")?"radio":this.element.is("input")?"input":"button","checkbox"===this.type||"radio"===this.type?(e=this.element.parents().last(),t="label[for='"+this.element.attr("id")+"']",this.buttonElement=e.find(t),this.buttonElement.length||(e=e.length?e.siblings():this.element.siblings(),this.buttonElement=e.filter(t),this.buttonElement.length||(this.buttonElement=e.find(t))),this.element.addClass("ui-helper-hidden-accessible"),i=this.element.is(":checked"),i&&this.buttonElement.addClass("ui-state-active"),this.buttonElement.prop("aria-pressed",i)):this.buttonElement=this.element},widget:function(){return this.buttonElement},_destroy:function(){this.element.removeClass("ui-helper-hidden-accessible"),this.buttonElement.removeClass(h+" ui-state-active "+l).removeAttr("role").removeAttr("aria-pressed").html(this.buttonElement.find(".ui-button-text").html()),this.hasTitle||this.buttonElement.removeAttr("title")},_setOption:function(e,t){return this._super(e,t),"disabled"===e?(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),t&&("checkbox"===this.type||"radio"===this.type?this.buttonElement.removeClass("ui-state-focus"):this.buttonElement.removeClass("ui-state-focus ui-state-active")),void 0):(this._resetButton(),void 0)},refresh:function(){var t=this.element.is("input, button")?this.element.is(":disabled"):this.element.hasClass("ui-button-disabled");t!==this.options.disabled&&this._setOption("disabled",t),"radio"===this.type?d(this.element[0]).each(function(){e(this).is(":checked")?e(this).button("widget").addClass("ui-state-active").attr("aria-pressed","true"):e(this).button("widget").removeClass("ui-state-active").attr("aria-pressed","false")}):"checkbox"===this.type&&(this.element.is(":checked")?this.buttonElement.addClass("ui-state-active").attr("aria-pressed","true"):this.buttonElement.removeClass("ui-state-active").attr("aria-pressed","false"))},_resetButton:function(){if("input"===this.type)return this.options.label&&this.element.val(this.options.label),void 0;var t=this.buttonElement.removeClass(l),i=e("<span></span>",this.document[0]).addClass("ui-button-text").html(this.options.label).appendTo(t.empty()).text(),s=this.options.icons,n=s.primary&&s.secondary,a=[];s.primary||s.secondary?(this.options.text&&a.push("ui-button-text-icon"+(n?"s":s.primary?"-primary":"-secondary")),s.primary&&t.prepend("<span class='ui-button-icon-primary ui-icon "+s.primary+"'></span>"),s.secondary&&t.append("<span class='ui-button-icon-secondary ui-icon "+s.secondary+"'></span>"),this.options.text||(a.push(n?"ui-button-icons-only":"ui-button-icon-only"),this.hasTitle||t.attr("title",e.trim(i)))):a.push("ui-button-text-only"),t.addClass(a.join(" "))}}),e.widget("ui.buttonset",{version:"1.11.4",options:{items:"button, input[type=button], input[type=submit], input[type=reset], input[type=checkbox], input[type=radio], a, :data(ui-button)"},_create:function(){this.element.addClass("ui-buttonset")},_init:function(){this.refresh()},_setOption:function(e,t){"disabled"===e&&this.buttons.button("option",e,t),this._super(e,t)},refresh:function(){var t="rtl"===this.element.css("direction"),i=this.element.find(this.options.items),s=i.filter(":ui-button");i.not(":ui-button").button(),s.button("refresh"),this.buttons=i.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-all ui-corner-left ui-corner-right").filter(":first").addClass(t?"ui-corner-right":"ui-corner-left").end().filter(":last").addClass(t?"ui-corner-left":"ui-corner-right").end().end()},_destroy:function(){this.element.removeClass("ui-buttonset"),this.buttons.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-left ui-corner-right").end().button("destroy")}}),e.ui.button,e.widget("ui.dialog",{version:"1.11.4",options:{appendTo:"body",autoOpen:!0,buttons:[],closeOnEscape:!0,closeText:"Close",dialogClass:"",draggable:!0,hide:null,height:"auto",maxHeight:null,maxWidth:null,minHeight:150,minWidth:150,modal:!1,position:{my:"center",at:"center",of:window,collision:"fit",using:function(t){var i=e(this).css(t).offset().top;0>i&&e(this).css("top",t.top-i)}},resizable:!0,show:null,title:null,width:300,beforeClose:null,close:null,drag:null,dragStart:null,dragStop:null,focus:null,open:null,resize:null,resizeStart:null,resizeStop:null},sizeRelatedOptions:{buttons:!0,height:!0,maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0,width:!0},resizableRelatedOptions:{maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0},_create:function(){this.originalCss={display:this.element[0].style.display,width:this.element[0].style.width,minHeight:this.element[0].style.minHeight,maxHeight:this.element[0].style.maxHeight,height:this.element[0].style.height},this.originalPosition={parent:this.element.parent(),index:this.element.parent().children().index(this.element)},this.originalTitle=this.element.attr("title"),this.options.title=this.options.title||this.originalTitle,this._createWrapper(),this.element.show().removeAttr("title").addClass("ui-dialog-content ui-widget-content").appendTo(this.uiDialog),this._createTitlebar(),this._createButtonPane(),this.options.draggable&&e.fn.draggable&&this._makeDraggable(),this.options.resizable&&e.fn.resizable&&this._makeResizable(),this._isOpen=!1,this._trackFocus()},_init:function(){this.options.autoOpen&&this.open()},_appendTo:function(){var t=this.options.appendTo;return t&&(t.jquery||t.nodeType)?e(t):this.document.find(t||"body").eq(0)},_destroy:function(){var e,t=this.originalPosition;this._untrackInstance(),this._destroyOverlay(),this.element.removeUniqueId().removeClass("ui-dialog-content ui-widget-content").css(this.originalCss).detach(),this.uiDialog.stop(!0,!0).remove(),this.originalTitle&&this.element.attr("title",this.originalTitle),e=t.parent.children().eq(t.index),e.length&&e[0]!==this.element[0]?e.before(this.element):t.parent.append(this.element)},widget:function(){return this.uiDialog},disable:e.noop,enable:e.noop,close:function(t){var i,s=this;if(this._isOpen&&this._trigger("beforeClose",t)!==!1){if(this._isOpen=!1,this._focusedElement=null,this._destroyOverlay(),this._untrackInstance(),!this.opener.filter(":focusable").focus().length)try{i=this.document[0].activeElement,i&&"body"!==i.nodeName.toLowerCase()&&e(i).blur()}catch(n){}this._hide(this.uiDialog,this.options.hide,function(){s._trigger("close",t)})}},isOpen:function(){return this._isOpen},moveToTop:function(){this._moveToTop()},_moveToTop:function(t,i){var s=!1,n=this.uiDialog.siblings(".ui-front:visible").map(function(){return+e(this).css("z-index")}).get(),a=Math.max.apply(null,n);return a>=+this.uiDialog.css("z-index")&&(this.uiDialog.css("z-index",a+1),s=!0),s&&!i&&this._trigger("focus",t),s},open:function(){var t=this;return this._isOpen?(this._moveToTop()&&this._focusTabbable(),void 0):(this._isOpen=!0,this.opener=e(this.document[0].activeElement),this._size(),this._position(),this._createOverlay(),this._moveToTop(null,!0),this.overlay&&this.overlay.css("z-index",this.uiDialog.css("z-index")-1),this._show(this.uiDialog,this.options.show,function(){t._focusTabbable(),t._trigger("focus")}),this._makeFocusTarget(),this._trigger("open"),void 0)},_focusTabbable:function(){var e=this._focusedElement;e||(e=this.element.find("[autofocus]")),e.length||(e=this.element.find(":tabbable")),e.length||(e=this.uiDialogButtonPane.find(":tabbable")),e.length||(e=this.uiDialogTitlebarClose.filter(":tabbable")),e.length||(e=this.uiDialog),e.eq(0).focus()},_keepFocus:function(t){function i(){var t=this.document[0].activeElement,i=this.uiDialog[0]===t||e.contains(this.uiDialog[0],t);i||this._focusTabbable()}t.preventDefault(),i.call(this),this._delay(i)},_createWrapper:function(){this.uiDialog=e("<div>").addClass("ui-dialog ui-widget ui-widget-content ui-corner-all ui-front "+this.options.dialogClass).hide().attr({tabIndex:-1,role:"dialog"}).appendTo(this._appendTo()),this._on(this.uiDialog,{keydown:function(t){if(this.options.closeOnEscape&&!t.isDefaultPrevented()&&t.keyCode&&t.keyCode===e.ui.keyCode.ESCAPE)return t.preventDefault(),this.close(t),void 0;if(t.keyCode===e.ui.keyCode.TAB&&!t.isDefaultPrevented()){var i=this.uiDialog.find(":tabbable"),s=i.filter(":first"),n=i.filter(":last");t.target!==n[0]&&t.target!==this.uiDialog[0]||t.shiftKey?t.target!==s[0]&&t.target!==this.uiDialog[0]||!t.shiftKey||(this._delay(function(){n.focus()}),t.preventDefault()):(this._delay(function(){s.focus()}),t.preventDefault())}},mousedown:function(e){this._moveToTop(e)&&this._focusTabbable()}}),this.element.find("[aria-describedby]").length||this.uiDialog.attr({"aria-describedby":this.element.uniqueId().attr("id")})},_createTitlebar:function(){var t;this.uiDialogTitlebar=e("<div>").addClass("ui-dialog-titlebar ui-widget-header ui-corner-all ui-helper-clearfix").prependTo(this.uiDialog),this._on(this.uiDialogTitlebar,{mousedown:function(t){e(t.target).closest(".ui-dialog-titlebar-close")||this.uiDialog.focus()}}),this.uiDialogTitlebarClose=e("<button type='button'></button>").button({label:this.options.closeText,icons:{primary:"ui-icon-closethick"},text:!1}).addClass("ui-dialog-titlebar-close").appendTo(this.uiDialogTitlebar),this._on(this.uiDialogTitlebarClose,{click:function(e){e.preventDefault(),this.close(e)}}),t=e("<span>").uniqueId().addClass("ui-dialog-title").prependTo(this.uiDialogTitlebar),this._title(t),this.uiDialog.attr({"aria-labelledby":t.attr("id")})},_title:function(e){this.options.title||e.html("&#160;"),e.text(this.options.title)
+},_createButtonPane:function(){this.uiDialogButtonPane=e("<div>").addClass("ui-dialog-buttonpane ui-widget-content ui-helper-clearfix"),this.uiButtonSet=e("<div>").addClass("ui-dialog-buttonset").appendTo(this.uiDialogButtonPane),this._createButtons()},_createButtons:function(){var t=this,i=this.options.buttons;return this.uiDialogButtonPane.remove(),this.uiButtonSet.empty(),e.isEmptyObject(i)||e.isArray(i)&&!i.length?(this.uiDialog.removeClass("ui-dialog-buttons"),void 0):(e.each(i,function(i,s){var n,a;s=e.isFunction(s)?{click:s,text:i}:s,s=e.extend({type:"button"},s),n=s.click,s.click=function(){n.apply(t.element[0],arguments)},a={icons:s.icons,text:s.showText},delete s.icons,delete s.showText,e("<button></button>",s).button(a).appendTo(t.uiButtonSet)}),this.uiDialog.addClass("ui-dialog-buttons"),this.uiDialogButtonPane.appendTo(this.uiDialog),void 0)},_makeDraggable:function(){function t(e){return{position:e.position,offset:e.offset}}var i=this,s=this.options;this.uiDialog.draggable({cancel:".ui-dialog-content, .ui-dialog-titlebar-close",handle:".ui-dialog-titlebar",containment:"document",start:function(s,n){e(this).addClass("ui-dialog-dragging"),i._blockFrames(),i._trigger("dragStart",s,t(n))},drag:function(e,s){i._trigger("drag",e,t(s))},stop:function(n,a){var o=a.offset.left-i.document.scrollLeft(),r=a.offset.top-i.document.scrollTop();s.position={my:"left top",at:"left"+(o>=0?"+":"")+o+" "+"top"+(r>=0?"+":"")+r,of:i.window},e(this).removeClass("ui-dialog-dragging"),i._unblockFrames(),i._trigger("dragStop",n,t(a))}})},_makeResizable:function(){function t(e){return{originalPosition:e.originalPosition,originalSize:e.originalSize,position:e.position,size:e.size}}var i=this,s=this.options,n=s.resizable,a=this.uiDialog.css("position"),o="string"==typeof n?n:"n,e,s,w,se,sw,ne,nw";this.uiDialog.resizable({cancel:".ui-dialog-content",containment:"document",alsoResize:this.element,maxWidth:s.maxWidth,maxHeight:s.maxHeight,minWidth:s.minWidth,minHeight:this._minHeight(),handles:o,start:function(s,n){e(this).addClass("ui-dialog-resizing"),i._blockFrames(),i._trigger("resizeStart",s,t(n))},resize:function(e,s){i._trigger("resize",e,t(s))},stop:function(n,a){var o=i.uiDialog.offset(),r=o.left-i.document.scrollLeft(),h=o.top-i.document.scrollTop();s.height=i.uiDialog.height(),s.width=i.uiDialog.width(),s.position={my:"left top",at:"left"+(r>=0?"+":"")+r+" "+"top"+(h>=0?"+":"")+h,of:i.window},e(this).removeClass("ui-dialog-resizing"),i._unblockFrames(),i._trigger("resizeStop",n,t(a))}}).css("position",a)},_trackFocus:function(){this._on(this.widget(),{focusin:function(t){this._makeFocusTarget(),this._focusedElement=e(t.target)}})},_makeFocusTarget:function(){this._untrackInstance(),this._trackingInstances().unshift(this)},_untrackInstance:function(){var t=this._trackingInstances(),i=e.inArray(this,t);-1!==i&&t.splice(i,1)},_trackingInstances:function(){var e=this.document.data("ui-dialog-instances");return e||(e=[],this.document.data("ui-dialog-instances",e)),e},_minHeight:function(){var e=this.options;return"auto"===e.height?e.minHeight:Math.min(e.minHeight,e.height)},_position:function(){var e=this.uiDialog.is(":visible");e||this.uiDialog.show(),this.uiDialog.position(this.options.position),e||this.uiDialog.hide()},_setOptions:function(t){var i=this,s=!1,n={};e.each(t,function(e,t){i._setOption(e,t),e in i.sizeRelatedOptions&&(s=!0),e in i.resizableRelatedOptions&&(n[e]=t)}),s&&(this._size(),this._position()),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option",n)},_setOption:function(e,t){var i,s,n=this.uiDialog;"dialogClass"===e&&n.removeClass(this.options.dialogClass).addClass(t),"disabled"!==e&&(this._super(e,t),"appendTo"===e&&this.uiDialog.appendTo(this._appendTo()),"buttons"===e&&this._createButtons(),"closeText"===e&&this.uiDialogTitlebarClose.button({label:""+t}),"draggable"===e&&(i=n.is(":data(ui-draggable)"),i&&!t&&n.draggable("destroy"),!i&&t&&this._makeDraggable()),"position"===e&&this._position(),"resizable"===e&&(s=n.is(":data(ui-resizable)"),s&&!t&&n.resizable("destroy"),s&&"string"==typeof t&&n.resizable("option","handles",t),s||t===!1||this._makeResizable()),"title"===e&&this._title(this.uiDialogTitlebar.find(".ui-dialog-title")))},_size:function(){var e,t,i,s=this.options;this.element.show().css({width:"auto",minHeight:0,maxHeight:"none",height:0}),s.minWidth>s.width&&(s.width=s.minWidth),e=this.uiDialog.css({height:"auto",width:s.width}).outerHeight(),t=Math.max(0,s.minHeight-e),i="number"==typeof s.maxHeight?Math.max(0,s.maxHeight-e):"none","auto"===s.height?this.element.css({minHeight:t,maxHeight:i,height:"auto"}):this.element.height(Math.max(0,s.height-e)),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option","minHeight",this._minHeight())},_blockFrames:function(){this.iframeBlocks=this.document.find("iframe").map(function(){var t=e(this);return e("<div>").css({position:"absolute",width:t.outerWidth(),height:t.outerHeight()}).appendTo(t.parent()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_allowInteraction:function(t){return e(t.target).closest(".ui-dialog").length?!0:!!e(t.target).closest(".ui-datepicker").length},_createOverlay:function(){if(this.options.modal){var t=!0;this._delay(function(){t=!1}),this.document.data("ui-dialog-overlays")||this._on(this.document,{focusin:function(e){t||this._allowInteraction(e)||(e.preventDefault(),this._trackingInstances()[0]._focusTabbable())}}),this.overlay=e("<div>").addClass("ui-widget-overlay ui-front").appendTo(this._appendTo()),this._on(this.overlay,{mousedown:"_keepFocus"}),this.document.data("ui-dialog-overlays",(this.document.data("ui-dialog-overlays")||0)+1)}},_destroyOverlay:function(){if(this.options.modal&&this.overlay){var e=this.document.data("ui-dialog-overlays")-1;e?this.document.data("ui-dialog-overlays",e):this.document.unbind("focusin").removeData("ui-dialog-overlays"),this.overlay.remove(),this.overlay=null}}}),e.widget("ui.progressbar",{version:"1.11.4",options:{max:100,value:0,change:null,complete:null},min:0,_create:function(){this.oldValue=this.options.value=this._constrainedValue(),this.element.addClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").attr({role:"progressbar","aria-valuemin":this.min}),this.valueDiv=e("<div class='ui-progressbar-value ui-widget-header ui-corner-left'></div>").appendTo(this.element),this._refreshValue()},_destroy:function(){this.element.removeClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.valueDiv.remove()},value:function(e){return void 0===e?this.options.value:(this.options.value=this._constrainedValue(e),this._refreshValue(),void 0)},_constrainedValue:function(e){return void 0===e&&(e=this.options.value),this.indeterminate=e===!1,"number"!=typeof e&&(e=0),this.indeterminate?!1:Math.min(this.options.max,Math.max(this.min,e))},_setOptions:function(e){var t=e.value;delete e.value,this._super(e),this.options.value=this._constrainedValue(t),this._refreshValue()},_setOption:function(e,t){"max"===e&&(t=Math.max(this.min,t)),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},_percentage:function(){return this.indeterminate?100:100*(this.options.value-this.min)/(this.options.max-this.min)},_refreshValue:function(){var t=this.options.value,i=this._percentage();this.valueDiv.toggle(this.indeterminate||t>this.min).toggleClass("ui-corner-right",t===this.options.max).width(i.toFixed(0)+"%"),this.element.toggleClass("ui-progressbar-indeterminate",this.indeterminate),this.indeterminate?(this.element.removeAttr("aria-valuenow"),this.overlayDiv||(this.overlayDiv=e("<div class='ui-progressbar-overlay'></div>").appendTo(this.valueDiv))):(this.element.attr({"aria-valuemax":this.options.max,"aria-valuenow":t}),this.overlayDiv&&(this.overlayDiv.remove(),this.overlayDiv=null)),this.oldValue!==t&&(this.oldValue=t,this._trigger("change")),t===this.options.max&&this._trigger("complete")}}),e.widget("ui.selectmenu",{version:"1.11.4",defaultElement:"<select>",options:{appendTo:null,disabled:null,icons:{button:"ui-icon-triangle-1-s"},position:{my:"left top",at:"left bottom",collision:"none"},width:null,change:null,close:null,focus:null,open:null,select:null},_create:function(){var e=this.element.uniqueId().attr("id");this.ids={element:e,button:e+"-button",menu:e+"-menu"},this._drawButton(),this._drawMenu(),this.options.disabled&&this.disable()},_drawButton:function(){var t=this;this.label=e("label[for='"+this.ids.element+"']").attr("for",this.ids.button),this._on(this.label,{click:function(e){this.button.focus(),e.preventDefault()}}),this.element.hide(),this.button=e("<span>",{"class":"ui-selectmenu-button ui-widget ui-state-default ui-corner-all",tabindex:this.options.disabled?-1:0,id:this.ids.button,role:"combobox","aria-expanded":"false","aria-autocomplete":"list","aria-owns":this.ids.menu,"aria-haspopup":"true"}).insertAfter(this.element),e("<span>",{"class":"ui-icon "+this.options.icons.button}).prependTo(this.button),this.buttonText=e("<span>",{"class":"ui-selectmenu-text"}).appendTo(this.button),this._setText(this.buttonText,this.element.find("option:selected").text()),this._resizeButton(),this._on(this.button,this._buttonEvents),this.button.one("focusin",function(){t.menuItems||t._refreshMenu()}),this._hoverable(this.button),this._focusable(this.button)},_drawMenu:function(){var t=this;this.menu=e("<ul>",{"aria-hidden":"true","aria-labelledby":this.ids.button,id:this.ids.menu}),this.menuWrap=e("<div>",{"class":"ui-selectmenu-menu ui-front"}).append(this.menu).appendTo(this._appendTo()),this.menuInstance=this.menu.menu({role:"listbox",select:function(e,i){e.preventDefault(),t._setSelection(),t._select(i.item.data("ui-selectmenu-item"),e)},focus:function(e,i){var s=i.item.data("ui-selectmenu-item");null!=t.focusIndex&&s.index!==t.focusIndex&&(t._trigger("focus",e,{item:s}),t.isOpen||t._select(s,e)),t.focusIndex=s.index,t.button.attr("aria-activedescendant",t.menuItems.eq(s.index).attr("id"))}}).menu("instance"),this.menu.addClass("ui-corner-bottom").removeClass("ui-corner-all"),this.menuInstance._off(this.menu,"mouseleave"),this.menuInstance._closeOnDocumentClick=function(){return!1},this.menuInstance._isDivider=function(){return!1}},refresh:function(){this._refreshMenu(),this._setText(this.buttonText,this._getSelectedItem().text()),this.options.width||this._resizeButton()},_refreshMenu:function(){this.menu.empty();var e,t=this.element.find("option");t.length&&(this._parseOptions(t),this._renderMenu(this.menu,this.items),this.menuInstance.refresh(),this.menuItems=this.menu.find("li").not(".ui-selectmenu-optgroup"),e=this._getSelectedItem(),this.menuInstance.focus(null,e),this._setAria(e.data("ui-selectmenu-item")),this._setOption("disabled",this.element.prop("disabled")))},open:function(e){this.options.disabled||(this.menuItems?(this.menu.find(".ui-state-focus").removeClass("ui-state-focus"),this.menuInstance.focus(null,this._getSelectedItem())):this._refreshMenu(),this.isOpen=!0,this._toggleAttr(),this._resizeMenu(),this._position(),this._on(this.document,this._documentClick),this._trigger("open",e))},_position:function(){this.menuWrap.position(e.extend({of:this.button},this.options.position))},close:function(e){this.isOpen&&(this.isOpen=!1,this._toggleAttr(),this.range=null,this._off(this.document),this._trigger("close",e))},widget:function(){return this.button},menuWidget:function(){return this.menu},_renderMenu:function(t,i){var s=this,n="";e.each(i,function(i,a){a.optgroup!==n&&(e("<li>",{"class":"ui-selectmenu-optgroup ui-menu-divider"+(a.element.parent("optgroup").prop("disabled")?" ui-state-disabled":""),text:a.optgroup}).appendTo(t),n=a.optgroup),s._renderItemData(t,a)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-selectmenu-item",t)},_renderItem:function(t,i){var s=e("<li>");return i.disabled&&s.addClass("ui-state-disabled"),this._setText(s,i.label),s.appendTo(t)},_setText:function(e,t){t?e.text(t):e.html("&#160;")},_move:function(e,t){var i,s,n=".ui-menu-item";this.isOpen?i=this.menuItems.eq(this.focusIndex):(i=this.menuItems.eq(this.element[0].selectedIndex),n+=":not(.ui-state-disabled)"),s="first"===e||"last"===e?i["first"===e?"prevAll":"nextAll"](n).eq(-1):i[e+"All"](n).eq(0),s.length&&this.menuInstance.focus(t,s)},_getSelectedItem:function(){return this.menuItems.eq(this.element[0].selectedIndex)},_toggle:function(e){this[this.isOpen?"close":"open"](e)},_setSelection:function(){var e;this.range&&(window.getSelection?(e=window.getSelection(),e.removeAllRanges(),e.addRange(this.range)):this.range.select(),this.button.focus())},_documentClick:{mousedown:function(t){this.isOpen&&(e(t.target).closest(".ui-selectmenu-menu, #"+this.ids.button).length||this.close(t))}},_buttonEvents:{mousedown:function(){var e;window.getSelection?(e=window.getSelection(),e.rangeCount&&(this.range=e.getRangeAt(0))):this.range=document.selection.createRange()},click:function(e){this._setSelection(),this._toggle(e)},keydown:function(t){var i=!0;switch(t.keyCode){case e.ui.keyCode.TAB:case e.ui.keyCode.ESCAPE:this.close(t),i=!1;break;case e.ui.keyCode.ENTER:this.isOpen&&this._selectFocusedItem(t);break;case e.ui.keyCode.UP:t.altKey?this._toggle(t):this._move("prev",t);break;case e.ui.keyCode.DOWN:t.altKey?this._toggle(t):this._move("next",t);break;case e.ui.keyCode.SPACE:this.isOpen?this._selectFocusedItem(t):this._toggle(t);break;case e.ui.keyCode.LEFT:this._move("prev",t);break;case e.ui.keyCode.RIGHT:this._move("next",t);break;case e.ui.keyCode.HOME:case e.ui.keyCode.PAGE_UP:this._move("first",t);break;case e.ui.keyCode.END:case e.ui.keyCode.PAGE_DOWN:this._move("last",t);break;default:this.menu.trigger(t),i=!1}i&&t.preventDefault()}},_selectFocusedItem:function(e){var t=this.menuItems.eq(this.focusIndex);t.hasClass("ui-state-disabled")||this._select(t.data("ui-selectmenu-item"),e)},_select:function(e,t){var i=this.element[0].selectedIndex;this.element[0].selectedIndex=e.index,this._setText(this.buttonText,e.label),this._setAria(e),this._trigger("select",t,{item:e}),e.index!==i&&this._trigger("change",t,{item:e}),this.close(t)},_setAria:function(e){var t=this.menuItems.eq(e.index).attr("id");this.button.attr({"aria-labelledby":t,"aria-activedescendant":t}),this.menu.attr("aria-activedescendant",t)},_setOption:function(e,t){"icons"===e&&this.button.find("span.ui-icon").removeClass(this.options.icons.button).addClass(t.button),this._super(e,t),"appendTo"===e&&this.menuWrap.appendTo(this._appendTo()),"disabled"===e&&(this.menuInstance.option("disabled",t),this.button.toggleClass("ui-state-disabled",t).attr("aria-disabled",t),this.element.prop("disabled",t),t?(this.button.attr("tabindex",-1),this.close()):this.button.attr("tabindex",0)),"width"===e&&this._resizeButton()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_toggleAttr:function(){this.button.toggleClass("ui-corner-top",this.isOpen).toggleClass("ui-corner-all",!this.isOpen).attr("aria-expanded",this.isOpen),this.menuWrap.toggleClass("ui-selectmenu-open",this.isOpen),this.menu.attr("aria-hidden",!this.isOpen)},_resizeButton:function(){var e=this.options.width;e||(e=this.element.show().outerWidth(),this.element.hide()),this.button.outerWidth(e)},_resizeMenu:function(){this.menu.outerWidth(Math.max(this.button.outerWidth(),this.menu.width("").outerWidth()+1))},_getCreateOptions:function(){return{disabled:this.element.prop("disabled")}},_parseOptions:function(t){var i=[];t.each(function(t,s){var n=e(s),a=n.parent("optgroup");i.push({element:n,index:t,value:n.val(),label:n.text(),optgroup:a.attr("label")||"",disabled:a.prop("disabled")||n.prop("disabled")})}),this.items=i},_destroy:function(){this.menuWrap.remove(),this.button.remove(),this.element.show(),this.element.removeUniqueId(),this.label.attr("for",this.ids.element)}}),e.widget("ui.slider",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"slide",options:{animate:!1,distance:0,max:100,min:0,orientation:"horizontal",range:!1,step:1,value:0,values:null,change:null,slide:null,start:null,stop:null},numPages:5,_create:function(){this._keySliding=!1,this._mouseSliding=!1,this._animateOff=!0,this._handleIndex=null,this._detectOrientation(),this._mouseInit(),this._calculateNewMax(),this.element.addClass("ui-slider ui-slider-"+this.orientation+" ui-widget"+" ui-widget-content"+" ui-corner-all"),this._refresh(),this._setOption("disabled",this.options.disabled),this._animateOff=!1},_refresh:function(){this._createRange(),this._createHandles(),this._setupEvents(),this._refreshValue()},_createHandles:function(){var t,i,s=this.options,n=this.element.find(".ui-slider-handle").addClass("ui-state-default ui-corner-all"),a="<span class='ui-slider-handle ui-state-default ui-corner-all' tabindex='0'></span>",o=[];for(i=s.values&&s.values.length||1,n.length>i&&(n.slice(i).remove(),n=n.slice(0,i)),t=n.length;i>t;t++)o.push(a);this.handles=n.add(e(o.join("")).appendTo(this.element)),this.handle=this.handles.eq(0),this.handles.each(function(t){e(this).data("ui-slider-handle-index",t)})},_createRange:function(){var t=this.options,i="";t.range?(t.range===!0&&(t.values?t.values.length&&2!==t.values.length?t.values=[t.values[0],t.values[0]]:e.isArray(t.values)&&(t.values=t.values.slice(0)):t.values=[this._valueMin(),this._valueMin()]),this.range&&this.range.length?this.range.removeClass("ui-slider-range-min ui-slider-range-max").css({left:"",bottom:""}):(this.range=e("<div></div>").appendTo(this.element),i="ui-slider-range ui-widget-header ui-corner-all"),this.range.addClass(i+("min"===t.range||"max"===t.range?" ui-slider-range-"+t.range:""))):(this.range&&this.range.remove(),this.range=null)},_setupEvents:function(){this._off(this.handles),this._on(this.handles,this._handleEvents),this._hoverable(this.handles),this._focusable(this.handles)},_destroy:function(){this.handles.remove(),this.range&&this.range.remove(),this.element.removeClass("ui-slider ui-slider-horizontal ui-slider-vertical ui-widget ui-widget-content ui-corner-all"),this._mouseDestroy()},_mouseCapture:function(t){var i,s,n,a,o,r,h,l,u=this,d=this.options;return d.disabled?!1:(this.elementSize={width:this.element.outerWidth(),height:this.element.outerHeight()},this.elementOffset=this.element.offset(),i={x:t.pageX,y:t.pageY},s=this._normValueFromMouse(i),n=this._valueMax()-this._valueMin()+1,this.handles.each(function(t){var i=Math.abs(s-u.values(t));(n>i||n===i&&(t===u._lastChangedValue||u.values(t)===d.min))&&(n=i,a=e(this),o=t)}),r=this._start(t,o),r===!1?!1:(this._mouseSliding=!0,this._handleIndex=o,a.addClass("ui-state-active").focus(),h=a.offset(),l=!e(t.target).parents().addBack().is(".ui-slider-handle"),this._clickOffset=l?{left:0,top:0}:{left:t.pageX-h.left-a.width()/2,top:t.pageY-h.top-a.height()/2-(parseInt(a.css("borderTopWidth"),10)||0)-(parseInt(a.css("borderBottomWidth"),10)||0)+(parseInt(a.css("marginTop"),10)||0)},this.handles.hasClass("ui-state-hover")||this._slide(t,o,s),this._animateOff=!0,!0))},_mouseStart:function(){return!0},_mouseDrag:function(e){var t={x:e.pageX,y:e.pageY},i=this._normValueFromMouse(t);return this._slide(e,this._handleIndex,i),!1},_mouseStop:function(e){return this.handles.removeClass("ui-state-active"),this._mouseSliding=!1,this._stop(e,this._handleIndex),this._change(e,this._handleIndex),this._handleIndex=null,this._clickOffset=null,this._animateOff=!1,!1},_detectOrientation:function(){this.orientation="vertical"===this.options.orientation?"vertical":"horizontal"},_normValueFromMouse:function(e){var t,i,s,n,a;return"horizontal"===this.orientation?(t=this.elementSize.width,i=e.x-this.elementOffset.left-(this._clickOffset?this._clickOffset.left:0)):(t=this.elementSize.height,i=e.y-this.elementOffset.top-(this._clickOffset?this._clickOffset.top:0)),s=i/t,s>1&&(s=1),0>s&&(s=0),"vertical"===this.orientation&&(s=1-s),n=this._valueMax()-this._valueMin(),a=this._valueMin()+s*n,this._trimAlignValue(a)},_start:function(e,t){var i={handle:this.handles[t],value:this.value()};return this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("start",e,i)},_slide:function(e,t,i){var s,n,a;this.options.values&&this.options.values.length?(s=this.values(t?0:1),2===this.options.values.length&&this.options.range===!0&&(0===t&&i>s||1===t&&s>i)&&(i=s),i!==this.values(t)&&(n=this.values(),n[t]=i,a=this._trigger("slide",e,{handle:this.handles[t],value:i,values:n}),s=this.values(t?0:1),a!==!1&&this.values(t,i))):i!==this.value()&&(a=this._trigger("slide",e,{handle:this.handles[t],value:i}),a!==!1&&this.value(i))},_stop:function(e,t){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("stop",e,i)},_change:function(e,t){if(!this._keySliding&&!this._mouseSliding){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._lastChangedValue=t,this._trigger("change",e,i)}},value:function(e){return arguments.length?(this.options.value=this._trimAlignValue(e),this._refreshValue(),this._change(null,0),void 0):this._value()},values:function(t,i){var s,n,a;if(arguments.length>1)return this.options.values[t]=this._trimAlignValue(i),this._refreshValue(),this._change(null,t),void 0;if(!arguments.length)return this._values();if(!e.isArray(arguments[0]))return this.options.values&&this.options.values.length?this._values(t):this.value();for(s=this.options.values,n=arguments[0],a=0;s.length>a;a+=1)s[a]=this._trimAlignValue(n[a]),this._change(null,a);this._refreshValue()},_setOption:function(t,i){var s,n=0;switch("range"===t&&this.options.range===!0&&("min"===i?(this.options.value=this._values(0),this.options.values=null):"max"===i&&(this.options.value=this._values(this.options.values.length-1),this.options.values=null)),e.isArray(this.options.values)&&(n=this.options.values.length),"disabled"===t&&this.element.toggleClass("ui-state-disabled",!!i),this._super(t,i),t){case"orientation":this._detectOrientation(),this.element.removeClass("ui-slider-horizontal 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this._valueMax();var t=this.options.step>0?this.options.step:1,i=(e-this._valueMin())%t,s=e-i;return 2*Math.abs(i)>=t&&(s+=i>0?t:-t),parseFloat(s.toFixed(5))},_calculateNewMax:function(){var e=this.options.max,t=this._valueMin(),i=this.options.step,s=Math.floor(+(e-t).toFixed(this._precision())/i)*i;e=s+t,this.max=parseFloat(e.toFixed(this._precision()))},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_valueMin:function(){return this.options.min},_valueMax:function(){return this.max},_refreshValue:function(){var t,i,s,n,a,o=this.options.range,r=this.options,h=this,l=this._animateOff?!1:r.animate,u={};this.options.values&&this.options.values.length?this.handles.each(function(s){i=100*((h.values(s)-h._valueMin())/(h._valueMax()-h._valueMin())),u["horizontal"===h.orientation?"left":"bottom"]=i+"%",e(this).stop(1,1)[l?"animate":"css"](u,r.animate),h.options.range===!0&&("horizontal"===h.orientation?(0===s&&h.range.stop(1,1)[l?"animate":"css"]({left:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({width:i-t+"%"},{queue:!1,duration:r.animate})):(0===s&&h.range.stop(1,1)[l?"animate":"css"]({bottom:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({height:i-t+"%"},{queue:!1,duration:r.animate}))),t=i}):(s=this.value(),n=this._valueMin(),a=this._valueMax(),i=a!==n?100*((s-n)/(a-n)):0,u["horizontal"===this.orientation?"left":"bottom"]=i+"%",this.handle.stop(1,1)[l?"animate":"css"](u,r.animate),"min"===o&&"horizontal"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({width:i+"%"},r.animate),"max"===o&&"horizontal"===this.orientation&&this.range[l?"animate":"css"]({width:100-i+"%"},{queue:!1,duration:r.animate}),"min"===o&&"vertical"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({height:i+"%"},r.animate),"max"===o&&"vertical"===this.orientation&&this.range[l?"animate":"css"]({height:100-i+"%"},{queue:!1,duration:r.animate}))},_handleEvents:{keydown:function(t){var i,s,n,a,o=e(t.target).data("ui-slider-handle-index");switch(t.keyCode){case e.ui.keyCode.HOME:case e.ui.keyCode.END:case e.ui.keyCode.PAGE_UP:case e.ui.keyCode.PAGE_DOWN:case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(t.preventDefault(),!this._keySliding&&(this._keySliding=!0,e(t.target).addClass("ui-state-active"),i=this._start(t,o),i===!1))return}switch(a=this.options.step,s=n=this.options.values&&this.options.values.length?this.values(o):this.value(),t.keyCode){case e.ui.keyCode.HOME:n=this._valueMin();break;case e.ui.keyCode.END:n=this._valueMax();break;case e.ui.keyCode.PAGE_UP:n=this._trimAlignValue(s+(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.PAGE_DOWN:n=this._trimAlignValue(s-(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:if(s===this._valueMax())return;n=this._trimAlignValue(s+a);break;case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(s===this._valueMin())return;n=this._trimAlignValue(s-a)}this._slide(t,o,n)},keyup:function(t){var i=e(t.target).data("ui-slider-handle-index");this._keySliding&&(this._keySliding=!1,this._stop(t,i),this._change(t,i),e(t.target).removeClass("ui-state-active"))}}}),e.widget("ui.spinner",{version:"1.11.4",defaultElement:"<input>",widgetEventPrefix:"spin",options:{culture:null,icons:{down:"ui-icon-triangle-1-s",up:"ui-icon-triangle-1-n"},incremental:!0,max:null,min:null,numberFormat:null,page:10,step:1,change:null,spin:null,start:null,stop:null},_create:function(){this._setOption("max",this.options.max),this._setOption("min",this.options.min),this._setOption("step",this.options.step),""!==this.value()&&this._value(this.element.val(),!0),this._draw(),this._on(this._events),this._refresh(),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_getCreateOptions:function(){var t={},i=this.element;return e.each(["min","max","step"],function(e,s){var n=i.attr(s);void 0!==n&&n.length&&(t[s]=n)}),t},_events:{keydown:function(e){this._start(e)&&this._keydown(e)&&e.preventDefault()},keyup:"_stop",focus:function(){this.previous=this.element.val()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(this._stop(),this._refresh(),this.previous!==this.element.val()&&this._trigger("change",e),void 0)},mousewheel:function(e,t){if(t){if(!this.spinning&&!this._start(e))return!1;this._spin((t>0?1:-1)*this.options.step,e),clearTimeout(this.mousewheelTimer),this.mousewheelTimer=this._delay(function(){this.spinning&&this._stop(e)},100),e.preventDefault()}},"mousedown .ui-spinner-button":function(t){function i(){var e=this.element[0]===this.document[0].activeElement;e||(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s}))}var s;s=this.element[0]===this.document[0].activeElement?this.previous:this.element.val(),t.preventDefault(),i.call(this),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur,i.call(this)}),this._start(t)!==!1&&this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t)},"mouseup .ui-spinner-button":"_stop","mouseenter .ui-spinner-button":function(t){return e(t.currentTarget).hasClass("ui-state-active")?this._start(t)===!1?!1:(this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t),void 0):void 0},"mouseleave .ui-spinner-button":"_stop"},_draw:function(){var e=this.uiSpinner=this.element.addClass("ui-spinner-input").attr("autocomplete","off").wrap(this._uiSpinnerHtml()).parent().append(this._buttonHtml());this.element.attr("role","spinbutton"),this.buttons=e.find(".ui-spinner-button").attr("tabIndex",-1).button().removeClass("ui-corner-all"),this.buttons.height()>Math.ceil(.5*e.height())&&e.height()>0&&e.height(e.height()),this.options.disabled&&this.disable()},_keydown:function(t){var i=this.options,s=e.ui.keyCode;switch(t.keyCode){case s.UP:return this._repeat(null,1,t),!0;case s.DOWN:return this._repeat(null,-1,t),!0;case s.PAGE_UP:return this._repeat(null,i.page,t),!0;case s.PAGE_DOWN:return this._repeat(null,-i.page,t),!0}return!1},_uiSpinnerHtml:function(){return"<span class='ui-spinner ui-widget ui-widget-content ui-corner-all'></span>"},_buttonHtml:function(){return"<a class='ui-spinner-button ui-spinner-up ui-corner-tr'><span class='ui-icon "+this.options.icons.up+"'>&#9650;</span>"+"</a>"+"<a class='ui-spinner-button ui-spinner-down ui-corner-br'>"+"<span class='ui-icon "+this.options.icons.down+"'>&#9660;</span>"+"</a>"},_start:function(e){return this.spinning||this._trigger("start",e)!==!1?(this.counter||(this.counter=1),this.spinning=!0,!0):!1},_repeat:function(e,t,i){e=e||500,clearTimeout(this.timer),this.timer=this._delay(function(){this._repeat(40,t,i)},e),this._spin(t*this.options.step,i)},_spin:function(e,t){var i=this.value()||0;this.counter||(this.counter=1),i=this._adjustValue(i+e*this._increment(this.counter)),this.spinning&&this._trigger("spin",t,{value:i})===!1||(this._value(i),this.counter++)},_increment:function(t){var i=this.options.incremental;return i?e.isFunction(i)?i(t):Math.floor(t*t*t/5e4-t*t/500+17*t/200+1):1},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_adjustValue:function(e){var t,i,s=this.options;return t=null!==s.min?s.min:0,i=e-t,i=Math.round(i/s.step)*s.step,e=t+i,e=parseFloat(e.toFixed(this._precision())),null!==s.max&&e>s.max?s.max:null!==s.min&&s.min>e?s.min:e},_stop:function(e){this.spinning&&(clearTimeout(this.timer),clearTimeout(this.mousewheelTimer),this.counter=0,this.spinning=!1,this._trigger("stop",e))},_setOption:function(e,t){if("culture"===e||"numberFormat"===e){var i=this._parse(this.element.val());return this.options[e]=t,this.element.val(this._format(i)),void 0}("max"===e||"min"===e||"step"===e)&&"string"==typeof t&&(t=this._parse(t)),"icons"===e&&(this.buttons.first().find(".ui-icon").removeClass(this.options.icons.up).addClass(t.up),this.buttons.last().find(".ui-icon").removeClass(this.options.icons.down).addClass(t.down)),this._super(e,t),"disabled"===e&&(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),this.buttons.button(t?"disable":"enable"))},_setOptions:s(function(e){this._super(e)}),_parse:function(e){return"string"==typeof e&&""!==e&&(e=window.Globalize&&this.options.numberFormat?Globalize.parseFloat(e,10,this.options.culture):+e),""===e||isNaN(e)?null:e
+},_format:function(e){return""===e?"":window.Globalize&&this.options.numberFormat?Globalize.format(e,this.options.numberFormat,this.options.culture):e},_refresh:function(){this.element.attr({"aria-valuemin":this.options.min,"aria-valuemax":this.options.max,"aria-valuenow":this._parse(this.element.val())})},isValid:function(){var e=this.value();return null===e?!1:e===this._adjustValue(e)},_value:function(e,t){var i;""!==e&&(i=this._parse(e),null!==i&&(t||(i=this._adjustValue(i)),e=this._format(i))),this.element.val(e),this._refresh()},_destroy:function(){this.element.removeClass("ui-spinner-input").prop("disabled",!1).removeAttr("autocomplete").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.uiSpinner.replaceWith(this.element)},stepUp:s(function(e){this._stepUp(e)}),_stepUp:function(e){this._start()&&(this._spin((e||1)*this.options.step),this._stop())},stepDown:s(function(e){this._stepDown(e)}),_stepDown:function(e){this._start()&&(this._spin((e||1)*-this.options.step),this._stop())},pageUp:s(function(e){this._stepUp((e||1)*this.options.page)}),pageDown:s(function(e){this._stepDown((e||1)*this.options.page)}),value:function(e){return arguments.length?(s(this._value).call(this,e),void 0):this._parse(this.element.val())},widget:function(){return this.uiSpinner}}),e.widget("ui.tabs",{version:"1.11.4",delay:300,options:{active:null,collapsible:!1,event:"click",heightStyle:"content",hide:null,show:null,activate:null,beforeActivate:null,beforeLoad:null,load:null},_isLocal:function(){var e=/#.*$/;return function(t){var i,s;t=t.cloneNode(!1),i=t.href.replace(e,""),s=location.href.replace(e,"");try{i=decodeURIComponent(i)}catch(n){}try{s=decodeURIComponent(s)}catch(n){}return t.hash.length>1&&i===s}}(),_create:function(){var t=this,i=this.options;this.running=!1,this.element.addClass("ui-tabs ui-widget ui-widget-content ui-corner-all").toggleClass("ui-tabs-collapsible",i.collapsible),this._processTabs(),i.active=this._initialActive(),e.isArray(i.disabled)&&(i.disabled=e.unique(i.disabled.concat(e.map(this.tabs.filter(".ui-state-disabled"),function(e){return t.tabs.index(e)}))).sort()),this.active=this.options.active!==!1&&this.anchors.length?this._findActive(i.active):e(),this._refresh(),this.active.length&&this.load(i.active)},_initialActive:function(){var t=this.options.active,i=this.options.collapsible,s=location.hash.substring(1);return null===t&&(s&&this.tabs.each(function(i,n){return e(n).attr("aria-controls")===s?(t=i,!1):void 0}),null===t&&(t=this.tabs.index(this.tabs.filter(".ui-tabs-active"))),(null===t||-1===t)&&(t=this.tabs.length?0:!1)),t!==!1&&(t=this.tabs.index(this.tabs.eq(t)),-1===t&&(t=i?!1:0)),!i&&t===!1&&this.anchors.length&&(t=0),t},_getCreateEventData:function(){return{tab:this.active,panel:this.active.length?this._getPanelForTab(this.active):e()}},_tabKeydown:function(t){var i=e(this.document[0].activeElement).closest("li"),s=this.tabs.index(i),n=!0;if(!this._handlePageNav(t)){switch(t.keyCode){case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:s++;break;case e.ui.keyCode.UP:case e.ui.keyCode.LEFT:n=!1,s--;break;case e.ui.keyCode.END:s=this.anchors.length-1;break;case e.ui.keyCode.HOME:s=0;break;case e.ui.keyCode.SPACE:return t.preventDefault(),clearTimeout(this.activating),this._activate(s),void 0;case e.ui.keyCode.ENTER:return t.preventDefault(),clearTimeout(this.activating),this._activate(s===this.options.active?!1:s),void 0;default:return}t.preventDefault(),clearTimeout(this.activating),s=this._focusNextTab(s,n),t.ctrlKey||t.metaKey||(i.attr("aria-selected","false"),this.tabs.eq(s).attr("aria-selected","true"),this.activating=this._delay(function(){this.option("active",s)},this.delay))}},_panelKeydown:function(t){this._handlePageNav(t)||t.ctrlKey&&t.keyCode===e.ui.keyCode.UP&&(t.preventDefault(),this.active.focus())},_handlePageNav:function(t){return t.altKey&&t.keyCode===e.ui.keyCode.PAGE_UP?(this._activate(this._focusNextTab(this.options.active-1,!1)),!0):t.altKey&&t.keyCode===e.ui.keyCode.PAGE_DOWN?(this._activate(this._focusNextTab(this.options.active+1,!0)),!0):void 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+<style type="text/css">
+
+.tocify {
+width: 20%;
+max-height: 90%;
+overflow: auto;
+margin-left: 2%;
+position: fixed;
+border: 1px solid #ccc;
+border-radius: 6px;
+}
+
+.tocify ul, .tocify li {
+list-style: none;
+margin: 0;
+padding: 0;
+border: none;
+line-height: 30px;
+}
+
+.tocify-header {
+text-indent: 10px;
+}
+
+.tocify-subheader {
+text-indent: 20px;
+display: none;
+}
+
+.tocify-subheader li {
+font-size: 12px;
+}
+
+.tocify-subheader .tocify-subheader {
+text-indent: 30px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 40px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 50px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 60px;
+}
+
+.tocify .tocify-item > a, .tocify .nav-list .nav-header {
+margin: 0px;
+}
+
+.tocify .tocify-item a, .tocify .list-group-item {
+padding: 5px;
+}
+.tocify .nav-pills > li {
+float: none;
+}
+
+
+</style>
+<script>/* jquery Tocify - v1.9.1 - 2013-10-22
+ * http://www.gregfranko.com/jquery.tocify.js/
+ * Copyright (c) 2013 Greg Franko; Licensed MIT */
+
+// Immediately-Invoked Function Expression (IIFE) [Ben Alman Blog Post](http://benalman.com/news/2010/11/immediately-invoked-function-expression/) that calls another IIFE that contains all of the plugin logic.  I used this pattern so that anyone viewing this code would not have to scroll to the bottom of the page to view the local parameters that were passed to the main IIFE.
+(function(tocify) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    // Calls the second IIFE and locally passes in the global jQuery, window, and document objects
+    tocify(window.jQuery, window, document);
+
+  }
+
+  // Locally passes in `jQuery`, the `window` object, the `document` object, and an `undefined` variable.  The `jQuery`, `window` and `document` objects are passed in locally, to improve performance, since javascript first searches for a variable match within the local variables set before searching the global variables set.  All of the global variables are also passed in locally to be minifier friendly. `undefined` can be passed in locally, because it is not a reserved word in JavaScript.
+  (function($, window, document, undefined) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    var tocClassName = "tocify",
+      tocClass = "." + tocClassName,
+      tocFocusClassName = "tocify-focus",
+      tocHoverClassName = "tocify-hover",
+      hideTocClassName = "tocify-hide",
+      hideTocClass = "." + hideTocClassName,
+      headerClassName = "tocify-header",
+      headerClass = "." + headerClassName,
+      subheaderClassName = "tocify-subheader",
+      subheaderClass = "." + subheaderClassName,
+      itemClassName = "tocify-item",
+      itemClass = "." + itemClassName,
+      extendPageClassName = "tocify-extend-page",
+      extendPageClass = "." + extendPageClassName;
+
+    // Calling the jQueryUI Widget Factory Method
+    $.widget("toc.tocify", {
+
+      //Plugin version
+      version: "1.9.1",
+
+      // These options will be used as defaults
+      options: {
+
+        // **context**: Accepts String: Any jQuery selector
+        // The container element that holds all of the elements used to generate the table of contents
+        context: "body",
+
+        // **ignoreSelector**: Accepts String: Any jQuery selector
+        // A selector to any element that would be matched by selectors that you wish to be ignored
+        ignoreSelector: null,
+
+        // **selectors**: Accepts an Array of Strings: Any jQuery selectors
+        // The element's used to generate the table of contents.  The order is very important since it will determine the table of content's nesting structure
+        selectors: "h1, h2, h3",
+
+        // **showAndHide**: Accepts a boolean: true or false
+        // Used to determine if elements should be shown and hidden
+        showAndHide: true,
+
+        // **showEffect**: Accepts String: "none", "fadeIn", "show", or "slideDown"
+        // Used to display any of the table of contents nested items
+        showEffect: "slideDown",
+
+        // **showEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the show animation
+        showEffectSpeed: "medium",
+
+        // **hideEffect**: Accepts String: "none", "fadeOut", "hide", or "slideUp"
+        // Used to hide any of the table of contents nested items
+        hideEffect: "slideUp",
+
+        // **hideEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the hide animation
+        hideEffectSpeed: "medium",
+
+        // **smoothScroll**: Accepts a boolean: true or false
+        // Determines if a jQuery animation should be used to scroll to specific table of contents items on the page
+        smoothScroll: true,
+
+        // **smoothScrollSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the smoothScroll animation
+        smoothScrollSpeed: "medium",
+
+        // **scrollTo**: Accepts Number (pixels)
+        // The amount of space between the top of page and the selected table of contents item after the page has been scrolled
+        scrollTo: 0,
+
+        // **showAndHideOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be shown and hidden while scrolling
+        showAndHideOnScroll: true,
+
+        // **highlightOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be highlighted (set to a different color) while scrolling
+        highlightOnScroll: true,
+
+        // **highlightOffset**: Accepts a number
+        // The offset distance in pixels to trigger the next active table of contents item
+        highlightOffset: 40,
+
+        // **theme**: Accepts a string: "bootstrap", "jqueryui", or "none"
+        // Determines if Twitter Bootstrap, jQueryUI, or Tocify classes should be added to the table of contents
+        theme: "bootstrap",
+
+        // **extendPage**: Accepts a boolean: true or false
+        // If a user scrolls to the bottom of the page and the page is not tall enough to scroll to the last table of contents item, then the page height is increased
+        extendPage: true,
+
+        // **extendPageOffset**: Accepts a number: pixels
+        // How close to the bottom of the page a user must scroll before the page is extended
+        extendPageOffset: 100,
+
+        // **history**: Accepts a boolean: true or false
+        // Adds a hash to the page url to maintain history
+        history: true,
+
+        // **scrollHistory**: Accepts a boolean: true or false
+        // Adds a hash to the page url, to maintain history, when scrolling to a TOC item
+        scrollHistory: false,
+
+        // **hashGenerator**: How the hash value (the anchor segment of the URL, following the
+        // # character) will be generated.
+        //
+        // "compact" (default) - #CompressesEverythingTogether
+        // "pretty" - #looks-like-a-nice-url-and-is-easily-readable
+        // function(text, element){} - Your own hash generation function that accepts the text as an
+        // argument, and returns the hash value.
+        hashGenerator: "compact",
+
+        // **highlightDefault**: Accepts a boolean: true or false
+        // Set's the first TOC item as active if no other TOC item is active.
+        highlightDefault: true
+
+      },
+
+      // _Create
+      // -------
+      //      Constructs the plugin.  Only called once.
+      _create: function() {
+
+        var self = this;
+
+        self.extendPageScroll = true;
+
+        // Internal array that keeps track of all TOC items (Helps to recognize if there are duplicate TOC item strings)
+        self.items = [];
+
+        // Generates the HTML for the dynamic table of contents
+        self._generateToc();
+
+        // Adds CSS classes to the newly generated table of contents HTML
+        self._addCSSClasses();
+
+        self.webkit = (function() {
+
+          for (var prop in window) {
+
+            if (prop) {
+
+              if (prop.toLowerCase().indexOf("webkit") !== -1) {
+
+                return true;
+
+              }
+
+            }
+
+          }
+
+          return false;
+
+        }());
+
+        // Adds jQuery event handlers to the newly generated table of contents
+        self._setEventHandlers();
+
+        // Binding to the Window load event to make sure the correct scrollTop is calculated
+        $(window).on("load", function() {
+
+          // Sets the active TOC item
+          self._setActiveElement(true);
+
+          // Once all animations on the page are complete, this callback function will be called
+          $("html, body").promise().done(function() {
+
+            setTimeout(function() {
+
+              self.extendPageScroll = false;
+
+            }, 0);
+
+          });
+
+        });
+
+      },
+
+      // _generateToc
+      // ------------
+      //      Generates the HTML for the dynamic table of contents
+      _generateToc: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // All of the HTML tags found within the context provided (i.e. body) that match the top level jQuery selector above
+          firstElem,
+
+          // Instantiated variable that will store the top level newly created unordered list DOM element
+          ul,
+          ignoreSelector = self.options.ignoreSelector;
+
+
+        // Determine the element to start the toc with
+        // get all the top level selectors
+        firstElem = [];
+        var selectors = this.options.selectors.replace(/ /g, "").split(",");
+        // find the first set that have at least one non-ignored element
+        for(var i = 0; i < selectors.length; i++) {
+          var foundSelectors = $(this.options.context).find(selectors[i]);
+          for (var s = 0; s < foundSelectors.length; s++) {
+            if (!$(foundSelectors[s]).is(ignoreSelector)) {
+              firstElem = foundSelectors;
+              break;
+            }
+          }
+          if (firstElem.length> 0)
+            break;
+        }
+
+        if (!firstElem.length) {
+
+          self.element.addClass(hideTocClassName);
+
+          return;
+
+        }
+
+        self.element.addClass(tocClassName);
+
+        // Loops through each top level selector
+        firstElem.each(function(index) {
+
+          //If the element matches the ignoreSelector then we skip it
+          if ($(this).is(ignoreSelector)) {
+            return;
+          }
+
+          // Creates an unordered list HTML element and adds a dynamic ID and standard class name
+          ul = $("<ul/>", {
+            "id": headerClassName + index,
+            "class": headerClassName
+          }).
+
+          // Appends a top level list item HTML element to the previously created HTML header
+          append(self._nestElements($(this), index));
+
+          // Add the created unordered list element to the HTML element calling the plugin
+          self.element.append(ul);
+
+          // Finds all of the HTML tags between the header and subheader elements
+          $(this).nextUntil(this.nodeName.toLowerCase()).each(function() {
+
+            // If there are no nested subheader elemements
+            if ($(this).find(self.options.selectors).length === 0) {
+
+              // Loops through all of the subheader elements
+              $(this).filter(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+            // If there are nested subheader elements
+            else {
+
+              // Loops through all of the subheader elements
+              $(this).find(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+          });
+
+        });
+
+      },
+
+      _setActiveElement: function(pageload) {
+
+        var self = this,
+
+          hash = window.location.hash.substring(1),
+
+          elem = self.element.find('li[data-unique="' + hash + '"]');
+
+        if (hash.length) {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          elem.addClass(self.focusClass);
+
+          // Triggers the click event on the currently focused TOC item
+          elem.click();
+
+        } else {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          if (!hash.length && pageload && self.options.highlightDefault) {
+
+            // Highlights the first TOC item if no other items are highlighted
+            self.element.find(itemClass).first().addClass(self.focusClass);
+
+          }
+
+        }
+
+        return self;
+
+      },
+
+      // _nestElements
+      // -------------
+      //      Helps create the table of contents list by appending nested list items
+      _nestElements: function(self, index) {
+
+        var arr, item, hashValue;
+
+        arr = $.grep(this.items, function(item) {
+
+          return item === self.text();
+
+        });
+
+        // If there is already a duplicate TOC item
+        if (arr.length) {
+
+          // Adds the current TOC item text and index (for slight randomization) to the internal array
+          this.items.push(self.text() + index);
+
+        }
+
+        // If there not a duplicate TOC item
+        else {
+
+          // Adds the current TOC item text to the internal array
+          this.items.push(self.text());
+
+        }
+
+        hashValue = this._generateHashValue(arr, self, index);
+
+        // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+        item = $("<li/>", {
+
+          // Sets a common class name to the list item
+          "class": itemClassName,
+
+          "data-unique": hashValue
+
+        });
+
+        if (this.options.theme !== "bootstrap3") {
+
+          item.append($("<a/>", {
+
+            "html": self.html()
+
+          }));
+
+        } else {
+
+          item.html(self.html());
+
+        }
+
+        // Adds an HTML anchor tag before the currently traversed HTML element
+        self.before($("<div/>", {
+
+          // Sets a name attribute on the anchor tag to the text of the currently traversed HTML element (also making sure that all whitespace is replaced with an underscore)
+          "name": hashValue,
+
+          "data-unique": hashValue
+
+        }));
+
+        return item;
+
+      },
+
+      // _generateHashValue
+      // ------------------
+      //      Generates the hash value that will be used to refer to each item.
+      _generateHashValue: function(arr, self, index) {
+
+        var hashValue = "",
+          hashGeneratorOption = this.options.hashGenerator;
+
+        if (hashGeneratorOption === "pretty") {
+
+          // prettify the text
+          hashValue = self.text().toLowerCase().replace(/\s/g, "-");
+
+          // fix double hyphens
+          while (hashValue.indexOf("--") > -1) {
+            hashValue = hashValue.replace(/--/g, "-");
+          }
+
+          // fix colon-space instances
+          while (hashValue.indexOf(":-") > -1) {
+            hashValue = hashValue.replace(/:-/g, "-");
+          }
+
+        } else if (typeof hashGeneratorOption === "function") {
+
+          // call the function
+          hashValue = hashGeneratorOption(self.text(), self);
+
+        } else {
+
+          // compact - the default
+          hashValue = self.text().replace(/\s/g, "");
+
+        }
+
+        // add the index if we need to
+        if (arr.length) {
+          hashValue += "" + index;
+        }
+
+        // return the value
+        return hashValue;
+
+      },
+
+      // _appendElements
+      // ---------------
+      //      Helps create the table of contents list by appending subheader elements
+
+      _appendSubheaders: function(self, ul) {
+
+        // The current element index
+        var index = $(this).index(self.options.selectors),
+
+          // Finds the previous header DOM element
+          previousHeader = $(self.options.selectors).eq(index - 1),
+
+          currentTagName = +$(this).prop("tagName").charAt(1),
+
+          previousTagName = +previousHeader.prop("tagName").charAt(1),
+
+          lastSubheader;
+
+        // If the current header DOM element is smaller than the previous header DOM element or the first subheader
+        if (currentTagName < previousTagName) {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          self.element.find(subheaderClass + "[data-tag=" + currentTagName + "]").last().append(self._nestElements($(this), index));
+
+        }
+
+        // If the current header DOM element is the same type of header(eg. h4) as the previous header DOM element
+        else if (currentTagName === previousTagName) {
+
+          ul.find(itemClass).last().after(self._nestElements($(this), index));
+
+        } else {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          ul.find(itemClass).last().
+
+          // Appends an unorderedList HTML element to the dynamic `unorderedList` variable and sets a common class name
+          after($("<ul/>", {
+
+            "class": subheaderClassName,
+
+            "data-tag": currentTagName
+
+          })).next(subheaderClass).
+
+          // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+          append(self._nestElements($(this), index));
+        }
+
+      },
+
+      // _setEventHandlers
+      // ----------------
+      //      Adds jQuery event handlers to the newly generated table of contents
+      _setEventHandlers: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // Instantiates a new variable that will be used to hold a specific element's context
+          $self,
+
+          // Instantiates a new variable that will be used to determine the smoothScroll animation time duration
+          duration;
+
+        // Event delegation that looks for any clicks on list item elements inside of the HTML element calling the plugin
+        this.element.on("click.tocify", "li", function(event) {
+
+          if (self.options.history) {
+
+            window.location.hash = $(this).attr("data-unique");
+
+          }
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          $(this).addClass(self.focusClass);
+
+          // If the showAndHide option is true
+          if (self.options.showAndHide) {
+
+            var elem = $('li[data-unique="' + $(this).attr("data-unique") + '"]');
+
+            self._triggerShow(elem);
+
+          }
+
+          self._scrollTo($(this));
+
+        });
+
+        // Mouseenter and Mouseleave event handlers for the list item's within the HTML element calling the plugin
+        this.element.find("li").on({
+
+          // Mouseenter event handler
+          "mouseenter.tocify": function() {
+
+            // Adds a hover CSS class to the current list item
+            $(this).addClass(self.hoverClass);
+
+            // Makes sure the cursor is set to the pointer icon
+            $(this).css("cursor", "pointer");
+
+          },
+
+          // Mouseleave event handler
+          "mouseleave.tocify": function() {
+
+            if (self.options.theme !== "bootstrap") {
+
+              // Removes the hover CSS class from the current list item
+              $(this).removeClass(self.hoverClass);
+
+            }
+
+          }
+        });
+
+        // only attach handler if needed (expensive in IE)
+        if (self.options.extendPage || self.options.highlightOnScroll || self.options.scrollHistory || self.options.showAndHideOnScroll) {
+          // Window scroll event handler
+          $(window).on("scroll.tocify", function() {
+
+            // Once all animations on the page are complete, this callback function will be called
+            $("html, body").promise().done(function() {
+
+              // Local variables
+
+              // Stores how far the user has scrolled
+              var winScrollTop = $(window).scrollTop(),
+
+                // Stores the height of the window
+                winHeight = $(window).height(),
+
+                // Stores the height of the document
+                docHeight = $(document).height(),
+
+                scrollHeight = $("body")[0].scrollHeight,
+
+                // Instantiates a variable that will be used to hold a selected HTML element
+                elem,
+
+                lastElem,
+
+                lastElemOffset,
+
+                currentElem;
+
+              if (self.options.extendPage) {
+
+                // If the user has scrolled to the bottom of the page and the last toc item is not focused
+                if ((self.webkit && winScrollTop >= scrollHeight - winHeight - self.options.extendPageOffset) || (!self.webkit && winHeight + winScrollTop > docHeight - self.options.extendPageOffset)) {
+
+                  if (!$(extendPageClass).length) {
+
+                    lastElem = $('div[data-unique="' + $(itemClass).last().attr("data-unique") + '"]');
+
+                    if (!lastElem.length) return;
+
+                    // Gets the top offset of the page header that is linked to the last toc item
+                    lastElemOffset = lastElem.offset().top;
+
+                    // Appends a div to the bottom of the page and sets the height to the difference of the window scrollTop and the last element's position top offset
+                    $(self.options.context).append($("<div/>", {
+
+                      "class": extendPageClassName,
+
+                      "height": Math.abs(lastElemOffset - winScrollTop) + "px",
+
+                      "data-unique": extendPageClassName
+
+                    }));
+
+                    if (self.extendPageScroll) {
+
+                      currentElem = self.element.find('li.' + self.focusClass);
+
+                      self._scrollTo($('div[data-unique="' + currentElem.attr("data-unique") + '"]'));
+
+                    }
+
+                  }
+
+                }
+
+              }
+
+              // The zero timeout ensures the following code is run after the scroll events
+              setTimeout(function() {
+
+                // _Local variables_
+
+                // Stores the distance to the closest anchor
+                var closestAnchorDistance = null,
+
+                  // Stores the index of the closest anchor
+                  closestAnchorIdx = null,
+
+                  // Keeps a reference to all anchors
+                  anchors = $(self.options.context).find("div[data-unique]"),
+
+                  anchorText;
+
+                // Determines the index of the closest anchor
+                anchors.each(function(idx) {
+                  var distance = Math.abs(($(this).next().length ? $(this).next() : $(this)).offset().top - winScrollTop - self.options.highlightOffset);
+                  if (closestAnchorDistance == null || distance < closestAnchorDistance) {
+                    closestAnchorDistance = distance;
+                    closestAnchorIdx = idx;
+                  } else {
+                    return false;
+                  }
+                });
+
+                anchorText = $(anchors[closestAnchorIdx]).attr("data-unique");
+
+                // Stores the list item HTML element that corresponds to the currently traversed anchor tag
+                elem = $('li[data-unique="' + anchorText + '"]');
+
+                // If the `highlightOnScroll` option is true and a next element is found
+                if (self.options.highlightOnScroll && elem.length) {
+
+                  // Removes highlighting from all of the list item's
+                  self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+                  // Highlights the corresponding list item
+                  elem.addClass(self.focusClass);
+
+                }
+
+                if (self.options.scrollHistory) {
+
+                  if (window.location.hash !== "#" + anchorText) {
+
+                    window.location.replace("#" + anchorText);
+
+                  }
+                }
+
+                // If the `showAndHideOnScroll` option is true
+                if (self.options.showAndHideOnScroll && self.options.showAndHide) {
+
+                  self._triggerShow(elem, true);
+
+                }
+
+              }, 0);
+
+            });
+
+          });
+        }
+
+      },
+
+      // Show
+      // ----
+      //      Opens the current sub-header
+      show: function(elem, scroll) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this,
+          element = elem;
+
+        // If the sub-header is not already visible
+        if (!elem.is(":visible")) {
+
+          // If the current element does not have any nested subheaders, is not a header, and its parent is not visible
+          if (!elem.find(subheaderClass).length && !elem.parent().is(headerClass) && !elem.parent().is(":visible")) {
+
+            // Sets the current element to all of the subheaders within the current header
+            elem = elem.parents(subheaderClass).add(elem);
+
+          }
+
+          // If the current element does not have any nested subheaders and is not a header
+          else if (!elem.children(subheaderClass).length && !elem.parent().is(headerClass)) {
+
+            // Sets the current element to the closest subheader
+            elem = elem.closest(subheaderClass);
+
+          }
+
+          //Determines what jQuery effect to use
+          switch (self.options.showEffect) {
+
+            //Uses `no effect`
+            case "none":
+
+              elem.show();
+
+              break;
+
+              //Uses the jQuery `show` special effect
+            case "show":
+
+              elem.show(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `slideDown` special effect
+            case "slideDown":
+
+              elem.slideDown(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `fadeIn` special effect
+            case "fadeIn":
+
+              elem.fadeIn(self.options.showEffectSpeed);
+
+              break;
+
+              //If none of the above options were passed, then a `jQueryUI show effect` is expected
+            default:
+
+              elem.show();
+
+              break;
+
+          }
+
+        }
+
+        // If the current subheader parent element is a header
+        if (elem.parent().is(headerClass)) {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem));
+
+        }
+
+        // If the current subheader parent element is not a header
+        else {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem.closest(headerClass).find(subheaderClass).not(elem.siblings())));
+
+        }
+
+        // Maintains chainablity
+        return self;
+
+      },
+
+      // Hide
+      // ----
+      //      Closes the current sub-header
+      hide: function(elem) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this;
+
+        //Determines what jQuery effect to use
+        switch (self.options.hideEffect) {
+
+          // Uses `no effect`
+          case "none":
+
+            elem.hide();
+
+            break;
+
+            // Uses the jQuery `hide` special effect
+          case "hide":
+
+            elem.hide(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `slideUp` special effect
+          case "slideUp":
+
+            elem.slideUp(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `fadeOut` special effect
+          case "fadeOut":
+
+            elem.fadeOut(self.options.hideEffectSpeed);
+
+            break;
+
+            // If none of the above options were passed, then a `jqueryUI hide effect` is expected
+          default:
+
+            elem.hide();
+
+            break;
+
+        }
+
+        // Maintains chainablity
+        return self;
+      },
+
+      // _triggerShow
+      // ------------
+      //      Determines what elements get shown on scroll and click
+      _triggerShow: function(elem, scroll) {
+
+        var self = this;
+
+        // If the current element's parent is a header element or the next element is a nested subheader element
+        if (elem.parent().is(headerClass) || elem.next().is(subheaderClass)) {
+
+          // Shows the next sub-header element
+          self.show(elem.next(subheaderClass), scroll);
+
+        }
+
+        // If the current element's parent is a subheader element
+        else if (elem.parent().is(subheaderClass)) {
+
+          // Shows the parent sub-header element
+          self.show(elem.parent(), scroll);
+
+        }
+
+        // Maintains chainability
+        return self;
+
+      },
+
+      // _addCSSClasses
+      // --------------
+      //      Adds CSS classes to the newly generated table of contents HTML
+      _addCSSClasses: function() {
+
+        // If the user wants a jqueryUI theme
+        if (this.options.theme === "jqueryui") {
+
+          this.focusClass = "ui-state-default";
+
+          this.hoverClass = "ui-state-hover";
+
+          //Adds the default styling to the dropdown list
+          this.element.addClass("ui-widget").find(".toc-title").addClass("ui-widget-header").end().find("li").addClass("ui-widget-content");
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("nav nav-list");
+
+          this.focusClass = "active";
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap3") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("list-group");
+
+          this.element.find(itemClass).addClass("list-group-item");
+
+          this.focusClass = "active";
+
+        }
+
+        // If a user does not want a prebuilt theme
+        else {
+
+          // Adds more neutral classes (instead of jqueryui)
+
+          this.focusClass = tocFocusClassName;
+
+          this.hoverClass = tocHoverClassName;
+
+        }
+
+        //Maintains chainability
+        return this;
+
+      },
+
+      // setOption
+      // ---------
+      //      Sets a single Tocify option after the plugin is invoked
+      setOption: function() {
+
+        // Calls the jQueryUI Widget Factory setOption method
+        $.Widget.prototype._setOption.apply(this, arguments);
+
+      },
+
+      // setOptions
+      // ----------
+      //      Sets a single or multiple Tocify options after the plugin is invoked
+      setOptions: function() {
+
+        // Calls the jQueryUI Widget Factory setOptions method
+        $.Widget.prototype._setOptions.apply(this, arguments);
+
+      },
+
+      // _scrollTo
+      // ---------
+      //      Scrolls to a specific element
+      _scrollTo: function(elem) {
+
+        var self = this,
+          duration = self.options.smoothScroll || 0,
+          scrollTo = self.options.scrollTo,
+          currentDiv = $('div[data-unique="' + elem.attr("data-unique") + '"]');
+
+        if (!currentDiv.length) {
+
+          return self;
+
+        }
+
+        // Once all animations on the page are complete, this callback function will be called
+        $("html, body").promise().done(function() {
+
+          // Animates the html and body element scrolltops
+          $("html, body").animate({
+
+            // Sets the jQuery `scrollTop` to the top offset of the HTML div tag that matches the current list item's `data-unique` tag
+            "scrollTop": currentDiv.offset().top - ($.isFunction(scrollTo) ? scrollTo.call() : scrollTo) + "px"
+
+          }, {
+
+            // Sets the smoothScroll animation time duration to the smoothScrollSpeed option
+            "duration": duration
+
+          });
+
+        });
+
+        // Maintains chainability
+        return self;
+
+      }
+
+    });
+
+  })); //end of plugin
+</script>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<style type="text/css">.hljs-literal {
+color: #990073;
+}
+.hljs-number {
+color: #099;
+}
+.hljs-comment {
+color: #998;
+font-style: italic;
+}
+.hljs-keyword {
+color: #900;
+font-weight: bold;
+}
+.hljs-string {
+color: #d14;
+}
+</style>
+<script src="data:application/javascript;base64,/*! highlight.js v9.12.0 | BSD3 License | git.io/hljslicense */
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+        // iii. Call the DefineOwnProperty internal method of A with arguments
+        // Pk, Property Descriptor
+        // { Value: mappedValue,
+        //   Writable: true,
+        //   Enumerable: true,
+        //   Configurable: true },
+        // and false.
+
+        // In browsers that support Object.defineProperty, use the following:
+        // Object.defineProperty(A, k, {
+        //   value: mappedValue,
+        //   writable: true,
+        //   enumerable: true,
+        //   configurable: true
+        // });
+
+        // For best browser support, use the following:
+        A[k] = mappedValue;
+      }
+      // d. Increase k by 1.
+      k++;
+    }
+
+    // 9. return A
+    return A;
+  };
+}
+
+var PagedTable = function (pagedTable) {
+  var me = this;
+
+  var source = function(pagedTable) {
+    var sourceElems = [].slice.call(pagedTable.children).filter(function(e) {
+      return e.hasAttribute("data-pagedtable-source");
+    });
+
+    if (sourceElems === null || sourceElems.length !== 1) {
+      throw("A single data-pagedtable-source was not found");
+    }
+
+    return JSON.parse(sourceElems[0].innerHTML);
+  }(pagedTable);
+
+  var options = function(source) {
+    var options = typeof(source.options) !== "undefined" &&
+      source.options !== null ? source.options : {};
+
+    var columns = typeof(options.columns) !== "undefined" ? options.columns : {};
+    var rows = typeof(options.rows) !== "undefined" ? options.rows : {};
+
+    var positiveIntOrNull = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : null;
+    };
+
+    return {
+      pages: positiveIntOrNull(options.pages),
+      rows: {
+        min: positiveIntOrNull(rows.min),
+        max: positiveIntOrNull(rows.max),
+        total: positiveIntOrNull(rows.total)
+      },
+      columns: {
+        min: positiveIntOrNull(columns.min),
+        max: positiveIntOrNull(columns.max),
+        total: positiveIntOrNull(columns.total)
+      }
+    };
+  }(source);
+
+  var Measurer = function() {
+
+    // set some default initial values that will get adjusted in runtime
+    me.measures = {
+      padding: 12,
+      character: 8,
+      height: 15,
+      defaults: true
+    };
+
+    me.calculate = function(measuresCell) {
+      if (!me.measures.defaults)
+        return;
+
+      var measuresCellStyle = window.getComputedStyle(measuresCell, null);
+
+      var newPadding = parsePadding(measuresCellStyle.paddingLeft) +
+            parsePadding(measuresCellStyle.paddingRight);
+
+      var sampleString = "ABCDEFGHIJ0123456789";
+      var newCharacter = Math.ceil(measuresCell.clientWidth / sampleString.length);
+
+      if (newPadding <= 0 || newCharacter <= 0)
+        return;
+
+      me.measures.padding = newPadding;
+      me.measures.character = newCharacter;
+      me.measures.height = measuresCell.clientHeight;
+      me.measures.defaults = false;
+    };
+
+    return me;
+  };
+
+  var Page = function(data, options) {
+    var me = this;
+
+    var defaults = {
+      max: 7,
+      rows: 10
+    };
+
+    var totalPages = function() {
+      return Math.ceil(data.length / me.rows);
+    };
+
+    me.number = 0;
+    me.max = options.pages !== null ? options.pages : defaults.max;
+    me.visible = me.max;
+    me.rows = options.rows.min !== null ? options.rows.min : defaults.rows;
+    me.total = totalPages();
+
+    me.setRows = function(newRows) {
+      me.rows = newRows;
+      me.total = totalPages();
+    };
+
+    me.setPageNumber = function(newPageNumber) {
+      if (newPageNumber < 0) newPageNumber = 0;
+      if (newPageNumber >= me.total) newPageNumber = me.total - 1;
+
+      me.number = newPageNumber;
+    };
+
+    me.setVisiblePages = function(visiblePages) {
+      me.visible = Math.min(me.max, visiblePages);
+      me.setPageNumber(me.number);
+    };
+
+    me.getVisiblePageRange = function() {
+      var start = me.number - Math.max(Math.floor((me.visible - 1) / 2), 0);
+      var end = me.number + Math.floor(me.visible / 2) + 1;
+      var pageCount = me.total;
+
+      if (start < 0) {
+        var diffToStart = 0 - start;
+        start += diffToStart;
+        end += diffToStart;
+      }
+
+      if (end > pageCount) {
+        var diffToEnd = end - pageCount;
+        start -= diffToEnd;
+        end -= diffToEnd;
+      }
+
+      start = start < 0 ? 0 : start;
+      end = end >= pageCount ? pageCount : end;
+
+      var first = false;
+      var last = false;
+
+      if (start > 0 && me.visible > 1) {
+        start = start + 1;
+        first = true;
+      }
+
+      if (end < pageCount && me.visible > 2) {
+        end = end - 1;
+        last = true;
+      }
+
+      return {
+        first: first,
+        start: start,
+        end: end,
+        last: last
+      };
+    };
+
+    me.getRowStart = function() {
+      var rowStart = page.number * page.rows;
+      if (rowStart < 0)
+        rowStart = 0;
+
+      return rowStart;
+    };
+
+    me.getRowEnd = function() {
+      var rowStart = me.getRowStart();
+      return Math.min(rowStart + me.rows, data.length);
+    };
+
+    me.getPaddingRows = function() {
+      var rowStart = me.getRowStart();
+      var rowEnd = me.getRowEnd();
+      return data.length > me.rows ? me.rows - (rowEnd - rowStart) : 0;
+    };
+  };
+
+  var Columns = function(data, columns, options) {
+    var me = this;
+
+    me.defaults = {
+      min: 5
+    };
+
+    me.number = 0;
+    me.visible = 0;
+    me.total = columns.length;
+    me.subset = [];
+    me.padding = 0;
+    me.min = options.columns.min !== null ? options.columns.min : me.defaults.min;
+    me.max = options.columns.max !== null ? options.columns.max : null;
+    me.widths = {};
+
+    var widthsLookAhead = Math.max(100, options.rows.min);
+    var paddingColChars = 10;
+
+    me.emptyNames = function() {
+      columns.forEach(function(column) {
+        if (columns.label !== null && columns.label !== "")
+          return false;
+      });
+
+      return true;
+    };
+
+    var parsePadding = function(value) {
+      return parseInt(value) >= 0 ? parseInt(value) : 0;
+    };
+
+    me.calculateWidths = function(measures) {
+      columns.forEach(function(column) {
+        var maxChars = Math.max(
+          column.label.toString().length,
+          column.type.toString().length
+        );
+
+        for (var idxRow = 0; idxRow < Math.min(widthsLookAhead, data.length); idxRow++) {
+          maxChars = Math.max(maxChars, data[idxRow][column.name.toString()].length);
+        }
+
+        me.widths[column.name] = {
+          // width in characters
+          chars: maxChars,
+          // width for the inner html columns
+          inner: maxChars * measures.character,
+          // width adding outer styles like padding
+          outer: maxChars * measures.character + measures.padding
+        };
+      });
+    };
+
+    me.getWidth = function() {
+      var widthOuter = 0;
+      for (var idxCol = 0; idxCol < me.subset.length; idxCol++) {
+        var columnName = me.subset[idxCol].name;
+        widthOuter = widthOuter + me.widths[columnName].outer;
+      }
+
+      widthOuter = widthOuter + me.padding * paddingColChars * measurer.measures.character;
+
+      if (me.hasMoreLeftColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      if (me.hasMoreRightColumns()) {
+        widthOuter = widthOuter + columnNavigationWidthPX + measurer.measures.padding;
+      }
+
+      return widthOuter;
+    };
+
+    me.updateSlice = function() {
+      if (me.number + me.visible >= me.total)
+        me.number = me.total - me.visible;
+
+      if (me.number < 0) me.number = 0;
+
+      me.subset = columns.slice(me.number, Math.min(me.number + me.visible, me.total));
+
+      me.subset = me.subset.map(function(column) {
+        Object.keys(column).forEach(function(colKey) {
+          column[colKey] = column[colKey] === null ? "" : column[colKey].toString();
+        });
+
+        column.width = null;
+        return column;
+      });
+    };
+
+    me.setVisibleColumns = function(columnNumber, newVisibleColumns, paddingCount) {
+      me.number = columnNumber;
+      me.visible = newVisibleColumns;
+      me.padding = paddingCount;
+
+      me.updateSlice();
+    };
+
+    me.incColumnNumber = function(increment) {
+      me.number = me.number + increment;
+    };
+
+    me.setColumnNumber = function(newNumber) {
+      me.number = newNumber;
+    };
+
+    me.setPaddingCount = function(newPadding) {
+      me.padding = newPadding;
+    };
+
+    me.getPaddingCount = function() {
+      return me.padding;
+    };
+
+    me.hasMoreLeftColumns = function() {
+      return me.number > 0;
+    };
+
+    me.hasMoreRightColumns = function() {
+      return me.number + me.visible < me.total;
+    };
+
+    me.updateSlice(0);
+    return me;
+  };
+
+  var data = source.data;
+  var page = new Page(data, options);
+  var measurer = new Measurer(data, options);
+  var columns = new Columns(data, source.columns, options);
+
+  var table = null;
+  var tableDiv = null;
+  var header = null;
+  var footer = null;
+  var tbody = null;
+
+  // Caches pagedTable.clientWidth, specially for webkit
+  var cachedPagedTableClientWidth = null;
+
+  var onChangeCallbacks = [];
+
+  var clearSelection = function() {
+    if(document.selection && document.selection.empty) {
+      document.selection.empty();
+    } else if(window.getSelection) {
+      var sel = window.getSelection();
+      sel.removeAllRanges();
+    }
+  };
+
+  var columnNavigationWidthPX = 5;
+
+  var renderColumnNavigation = function(increment, backwards) {
+    var arrow = document.createElement("div");
+    arrow.setAttribute("style",
+      "border-top: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-bottom: " + columnNavigationWidthPX + "px solid transparent;" +
+      "border-" + (backwards ? "right" : "left") + ": " + columnNavigationWidthPX + "px solid;");
+
+    var header = document.createElement("th");
+    header.appendChild(arrow);
+    header.setAttribute("style",
+      "cursor: pointer;" +
+      "vertical-align: middle;" +
+      "min-width: " + columnNavigationWidthPX + "px;" +
+      "width: " + columnNavigationWidthPX + "px;");
+
+    header.onclick = function() {
+      columns.incColumnNumber(backwards ? -1 : increment);
+
+      me.animateColumns(backwards);
+      renderFooter();
+
+      clearSelection();
+      triggerOnChange();
+    };
+
+    return header;
+  };
+
+  var maxColumnWidth = function(width) {
+    var padding = 80;
+    var columnMax = Math.max(cachedPagedTableClientWidth - padding, 0);
+
+    return parseInt(width) > 0 ?
+      Math.min(columnMax, parseInt(width)) + "px" :
+      columnMax + "px";
+  };
+
+  var clearHeader = function() {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.innerHTML = "";
+  };
+
+  var renderHeader = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth;
+
+    var fragment = document.createDocumentFragment();
+
+    header = document.createElement("tr");
+    fragment.appendChild(header);
+
+    if (columns.number > 0)
+      header.appendChild(renderColumnNavigation(-columns.visible, true));
+
+    columns.subset = columns.subset.map(function(columnData) {
+      var column = document.createElement("th");
+      column.setAttribute("align", columnData.align);
+      column.style.textAlign = columnData.align;
+
+      column.style.maxWidth = maxColumnWidth(null);
+      if (columnData.width) {
+        column.style.minWidth =
+          column.style.maxWidth = maxColumnWidth(columnData.width);
+      }
+
+      var columnName = document.createElement("div");
+      columnName.setAttribute("class", "pagedtable-header-name");
+      if (columnData.label === "") {
+        columnName.innerHTML = "&nbsp;";
+      }
+      else {
+        columnName.appendChild(document.createTextNode(columnData.label));
+      }
+      column.appendChild(columnName);
+
+      var columnType = document.createElement("div");
+      columnType.setAttribute("class", "pagedtable-header-type");
+      if (columnData.type === "") {
+        columnType.innerHTML = "&nbsp;";
+      }
+      else {
+        columnType.appendChild(document.createTextNode("<" + columnData.type + ">"));
+      }
+      column.appendChild(columnType);
+
+      header.appendChild(column);
+
+      columnData.element = column;
+
+      return columnData;
+    });
+
+    for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+      var paddingCol = document.createElement("th");
+      paddingCol.setAttribute("class", "pagedtable-padding-col");
+      header.appendChild(paddingCol);
+    }
+
+    if (columns.number + columns.visible < columns.total)
+      header.appendChild(renderColumnNavigation(columns.visible, false));
+
+    if (typeof(clear) == "undefined" || clear) clearHeader();
+    var thead = pagedTable.querySelectorAll("thead")[0];
+    thead.appendChild(fragment);
+  };
+
+  me.animateColumns = function(backwards) {
+    var thead = pagedTable.querySelectorAll("thead")[0];
+
+    var headerOld = thead.querySelectorAll("tr")[0];
+    var tbodyOld = table.querySelectorAll("tbody")[0];
+
+    me.fitColumns(backwards);
+
+    renderHeader(false);
+
+    header.style.opacity = "0";
+    header.style.transform = backwards ? "translateX(-30px)" : "translateX(30px)";
+    header.style.transition = "transform 200ms linear, opacity 200ms";
+    header.style.transitionDelay = "0";
+
+    renderBody(false);
+
+    if (headerOld) {
+      headerOld.style.position = "absolute";
+      headerOld.style.transform = "translateX(0px)";
+      headerOld.style.opacity = "1";
+      headerOld.style.transition = "transform 100ms linear, opacity 100ms";
+      headerOld.setAttribute("class", "pagedtable-remove-head");
+      if (headerOld.style.transitionEnd) {
+        headerOld.addEventListener("transitionend", function() {
+          var headerOldByClass = thead.querySelector(".pagedtable-remove-head");
+          if (headerOldByClass) thead.removeChild(headerOldByClass);
+        });
+      }
+      else {
+        thead.removeChild(headerOld);
+      }
+    }
+
+    if (tbodyOld) table.removeChild(tbodyOld);
+
+    tbody.style.opacity = "0";
+    tbody.style.transition = "transform 200ms linear, opacity 200ms";
+    tbody.style.transitionDelay = "0ms";
+
+    // force relayout
+    window.getComputedStyle(header).opacity;
+    window.getComputedStyle(tbody).opacity;
+
+    if (headerOld) {
+      headerOld.style.transform = backwards ? "translateX(20px)" : "translateX(-30px)";
+      headerOld.style.opacity = "0";
+    }
+
+    header.style.transform = "translateX(0px)";
+    header.style.opacity = "1";
+
+    tbody.style.opacity = "1";
+  }
+
+  me.onChange = function(callback) {
+    onChangeCallbacks.push(callback);
+  };
+
+  var triggerOnChange = function() {
+    onChangeCallbacks.forEach(function(onChange) {
+      onChange();
+    });
+  };
+
+  var clearBody = function() {
+    if (tbody) {
+      table.removeChild(tbody);
+      tbody = null;
+    }
+  };
+
+  var renderBody = function(clear) {
+    cachedPagedTableClientWidth = pagedTable.clientWidth
+
+    var fragment = document.createDocumentFragment();
+
+    var pageData = data.slice(page.getRowStart(), page.getRowEnd());
+
+    pageData.forEach(function(dataRow, idxRow) {
+      var htmlRow = document.createElement("tr");
+      htmlRow.setAttribute("class", (idxRow % 2 !==0) ? "even" : "odd");
+
+      if (columns.hasMoreLeftColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      columns.subset.forEach(function(columnData) {
+        var cellName = columnData.name;
+        var dataCell = dataRow[cellName];
+        var htmlCell = document.createElement("td");
+
+        if (dataCell === "NA") htmlCell.setAttribute("class", "pagedtable-na-cell");
+        if (dataCell === "__NA__") dataCell = "NA";
+
+        var cellText = document.createTextNode(dataCell);
+        htmlCell.appendChild(cellText);
+        if (dataCell.length > 50) {
+          htmlCell.setAttribute("title", dataCell);
+        }
+        htmlCell.setAttribute("align", columnData.align);
+        htmlCell.style.textAlign = columnData.align;
+        htmlCell.style.maxWidth = maxColumnWidth(null);
+        if (columnData.width) {
+          htmlCell.style.minWidth = htmlCell.style.maxWidth = maxColumnWidth(columnData.width);
+        }
+        htmlRow.appendChild(htmlCell);
+      });
+
+      for (var idx = 0; idx < columns.getPaddingCount(); idx++) {
+        var paddingCol = document.createElement("td");
+        paddingCol.setAttribute("class", "pagedtable-padding-col");
+        htmlRow.appendChild(paddingCol);
+      }
+
+      if (columns.hasMoreRightColumns())
+        htmlRow.appendChild(document.createElement("td"));
+
+      fragment.appendChild(htmlRow);
+    });
+
+    for (var idxPadding = 0; idxPadding < page.getPaddingRows(); idxPadding++) {
+      var paddingRow = document.createElement("tr");
+
+      var paddingCellRow = document.createElement("td");
+      paddingCellRow.innerHTML = "&nbsp;";
+      paddingCellRow.setAttribute("colspan", "100%");
+      paddingRow.appendChild(paddingCellRow);
+
+      fragment.appendChild(paddingRow);
+    }
+
+    if (typeof(clear) == "undefined" || clear) clearBody();
+    tbody = document.createElement("tbody");
+    tbody.appendChild(fragment);
+
+    table.appendChild(tbody);
+  };
+
+  var getLabelInfo = function() {
+    var pageStart = page.getRowStart();
+    var pageEnd = page.getRowEnd();
+    var totalRows = data.length;
+
+    var totalRowsLabel = options.rows.total ? options.rows.total : totalRows;
+    var totalRowsLabelFormat = totalRowsLabel.toString().replace(/(\d)(?=(\d\d\d)+(?!\d))/g, '$1,');
+
+    var infoText = (pageStart + 1) + "-" + pageEnd + " of " + totalRowsLabelFormat + " rows";
+    if (totalRows < page.rows) {
+      infoText = totalRowsLabel + " row" + (totalRows != 1 ? "s" : "");
+    }
+    if (columns.total > columns.visible) {
+      var totalColumnsLabel = options.columns.total ? options.columns.total : columns.total;
+
+      infoText = infoText + " | " + (columns.number + 1) + "-" +
+        (Math.min(columns.number + columns.visible, columns.total)) +
+        " of " + totalColumnsLabel + " columns";
+    }
+
+    return infoText;
+  };
+
+  var clearFooter = function() {
+    footer = pagedTable.querySelectorAll("div.pagedtable-footer")[0];
+    footer.innerHTML = "";
+
+    return footer;
+  };
+
+  var createPageLink = function(idxPage) {
+    var pageLink = document.createElement("a");
+    pageLinkClass = idxPage === page.number ? "pagedtable-index pagedtable-index-current" : "pagedtable-index";
+    pageLink.setAttribute("class", pageLinkClass);
+    pageLink.setAttribute("data-page-index", idxPage);
+    pageLink.onclick = function() {
+      page.setPageNumber(parseInt(this.getAttribute("data-page-index")));
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+
+    pageLink.appendChild(document.createTextNode(idxPage + 1));
+
+    return pageLink;
+  }
+
+  var renderFooter = function() {
+    footer = clearFooter();
+
+    var next = document.createElement("a");
+    next.appendChild(document.createTextNode("Next"));
+    next.onclick = function() {
+      page.setPageNumber(page.number + 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(next);
+
+    var pageNumbers = document.createElement("div");
+    pageNumbers.setAttribute("class", "pagedtable-indexes");
+
+    var pageRange = page.getVisiblePageRange();
+
+    if (pageRange.first) {
+      var pageLink = createPageLink(0);
+      pageNumbers.appendChild(pageLink);
+
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-left");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+    }
+
+    for (var idxPage = pageRange.start; idxPage < pageRange.end; idxPage++) {
+      var pageLink = createPageLink(idxPage);
+
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (pageRange.last) {
+      var pageSeparator = document.createElement("div");
+      pageSeparator.setAttribute("class", "pagedtable-index-separator-right");
+      pageSeparator.appendChild(document.createTextNode("..."))
+      pageNumbers.appendChild(pageSeparator);
+
+      var pageLink = createPageLink(page.total - 1);
+      pageNumbers.appendChild(pageLink);
+    }
+
+    if (data.length > page.rows) footer.appendChild(pageNumbers);
+
+    var previous = document.createElement("a");
+    previous.appendChild(document.createTextNode("Previous"));
+    previous.onclick = function() {
+      page.setPageNumber(page.number - 1);
+      renderBody();
+      renderFooter();
+
+      triggerOnChange();
+    };
+    if (data.length > page.rows) footer.appendChild(previous);
+
+    var infoLabel = document.createElement("div");
+    infoLabel.setAttribute("class", "pagedtable-info");
+    infoLabel.setAttribute("title", getLabelInfo());
+    infoLabel.appendChild(document.createTextNode(getLabelInfo()));
+    footer.appendChild(infoLabel);
+
+    var enabledClass = "pagedtable-index-nav";
+    var disabledClass = "pagedtable-index-nav pagedtable-index-nav-disabled";
+    previous.setAttribute("class", page.number <= 0 ? disabledClass : enabledClass);
+    next.setAttribute("class", (page.number + 1) * page.rows >= data.length ? disabledClass : enabledClass);
+  };
+
+  var measuresCell = null;
+
+  var renderMeasures = function() {
+    var measuresTable = document.createElement("table");
+    measuresTable.style.visibility = "hidden";
+    measuresTable.style.position = "absolute";
+    measuresTable.style.whiteSpace = "nowrap";
+    measuresTable.style.height = "auto";
+    measuresTable.style.width = "auto";
+
+    var measuresRow = document.createElement("tr");
+    measuresTable.appendChild(measuresRow);
+
+    measuresCell = document.createElement("td");
+    var sampleString = "ABCDEFGHIJ0123456789";
+    measuresCell.appendChild(document.createTextNode(sampleString));
+
+    measuresRow.appendChild(measuresCell);
+
+    tableDiv.appendChild(measuresTable);
+  }
+
+  me.init = function() {
+    tableDiv = document.createElement("div");
+    pagedTable.appendChild(tableDiv);
+    var pagedTableClass = data.length > 0 ?
+      "pagedtable pagedtable-not-empty" :
+      "pagedtable pagedtable-empty";
+
+    if (columns.total == 0 || (columns.emptyNames() && data.length == 0)) {
+      pagedTableClass = pagedTableClass + " pagedtable-empty-columns";
+    }
+
+    tableDiv.setAttribute("class", pagedTableClass);
+
+    renderMeasures();
+    measurer.calculate(measuresCell);
+    columns.calculateWidths(measurer.measures);
+
+    table = document.createElement("table");
+    table.setAttribute("cellspacing", "0");
+    table.setAttribute("class", "table table-condensed");
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+<div id="header">
+
+
+
+<h1 class="title toc-ignore">Problemset 1</h1>
+<h3 class="subtitle">ME.440.825 Quantitative Neurogenomics</h3>
+<h4 class="author"><Your Name Here></h4>
+
+</div>
+
+
+<div id="part-1-basic-bash-scripting" class="section level2">
+<h2>Part 1: Basic bash scripting</h2>
+<p>First, make sure that you have downloaded and unzipped the contents
+of the <a href="https://github.com/gofflab/Quant_mol_neuro_2022/tree/main/modules/module_1/pset/ion_channel_sequences">ion_channel_sequences
+folder</a> of genome sequence files. This dataset will be included in
+Canvas for this problemset.</p>
+<p>Then, answer each question using Bash scripting. Please note that the
+bash operations should be executed inside a <code>bash</code> code chunk
+like so:</p>
+<pre class="bash"><code></code></pre>
+<p>You’ll need to have your folder of sequence files
+(<code>ion_channel_sequence</code>) in your working directory. Print
+your working directory and its contents.</p>
+<pre class="bash"><code>echo &quot;Working directory:&quot;
+pwd
+echo &quot;Contents of working directory:&quot;
+ls</code></pre>
+<pre><code>## Working directory:
+## /Volumes/GoogleDrive/My Drive/Work/Goff Lab/Teaching/Quantitative Neurogenomics/Quant_mol_neuro_2022/modules/module_1/pset
+## Contents of working directory:
+## Kcna1_sequence.txt
+## Module_1_pset.tar.gz
+## Yao2021_ionChannels_expMat_genesByCells.rds
+## Yao2021_ionChannels_pData.rds
+## findSeqMotif.sh
+## images
+## ion_channel_sequences
+## package_pset1.sh
+## pset1_introToBashAndR.html
+## pset1_introToBashAndR.pdf
+## pset1_introToBashAndR.rmd
+## pset1_introToBashAndR_clean.rmd
+## pset1_introToBashAndR_files
+## utils.R</code></pre>
+<p>We’ll start with Kcna1.fa, a FASTA file that contains the genome
+sequence of a mouse voltage-gated potassium channel. The first line
+contains a carat (“&gt;”), followed by a unique sequence identifier. The
+actual sequence starts on the next line. See for yourself by printing
+the first three lines of the file. Note that FASTA files can contain
+multiple sequences, but this one has just one.</p>
+<pre class="bash"><code>head -3 ion_channel_sequences/Kcna1.fa</code></pre>
+<pre><code>## &gt;ref|NM_010595.3|:1-8970 Mus musculus potassium voltage-gated channel, shaker-related subfamily, member 1 (Kcna1), mRNA
+## GGGGGCTCCTCAGAGGCTCCGCAGCGGTGGAAGGACTGGAGCTGCTGGCTGCCTCCTCCGGTGCAGCCTG
+## TATCCAGGTGCAGCGGCACTGGGGACGCGGTGCATATCCCTTGCTCAGACTGCCACTGTGACCCTTGCGC</code></pre>
+<p>Print just the sequence into a new file called Kcna1_sequence.txt</p>
+<pre class="bash"><code>tail -n +2 ion_channel_sequences/Kcna1.fa &gt; Kcna1_sequence.txt</code></pre>
+<p>How many lines are in Kcna1_sequence.txt? How many characters are in
+the file? If you subtract the number of lines from the number of
+characters, you should get the number of nucleotides in the Kcna1 gene.
+Why? Answer in a comment.</p>
+<pre class="bash"><code>echo Number of characters:
+wc -m Kcna1_sequence.txt
+
+echo $&#39;\n&#39;Number of lines:
+wc -l Kcna1_sequence.txt
+
+# The wc command counts all the characters in the file, including newline characters. </code></pre>
+<pre><code>## Number of characters:
+##     9099 Kcna1_sequence.txt
+## 
+## Number of lines:
+##      129 Kcna1_sequence.txt</code></pre>
+<p>Count the number of times each nucleotide appears in the Kcna1
+gene.</p>
+<pre class="bash"><code>echo A count:
+grep -o &quot;A&quot; Kcna1_sequence.txt | wc -l 
+echo G count:
+grep -o &quot;G&quot; Kcna1_sequence.txt | wc -l
+echo C count:
+grep -o &quot;C&quot; Kcna1_sequence.txt | wc -l
+echo T count:
+grep -o &quot;T&quot; Kcna1_sequence.txt | wc -l
+</code></pre>
+<pre><code>## A count:
+##     2267
+## G count:
+##     2166
+## C count:
+##     2207
+## T count:
+##     2330</code></pre>
+<p>Many voltage-gated potassium channels have a signature selectivity
+filter motif with the amino acid sequence <code>TVGYG</code>. The
+reverse translation of this AA sequence can be modeled using the
+following DNA codons:</p>
+<p><code>AC[TCAG] GT[TCAG] GG[TCAG] TA[TC] GG[TCAG]</code></p>
+<p>Note the bases in square brackets. This string uses <a href="https://quickref.me/regex">regular expressions</a> to allow
+flexibility in the wobble base of each codon. For example the first
+codon in this motif evaluates to <code>AC[TCAG]</code> which, when used
+with a grep search, will find matches that begin with <code>AC</code>
+followed by <em>any</em> base in the range <code>[TCAG]</code>. Use this
+provided motif sequence as an argument to <code>grep</code> to search
+the Kcna1 gene for any instances that match.</p>
+<p>Confirm that the Kcna1 gene has a sequence that would encode these
+amino acids. <em>Hint: Your first step should be to remove newline
+characters from Kcna1_sequence.txt.</em></p>
+<pre class="bash"><code>tvgyg=&quot;AC[TCAG]GT[TCAG]GG[TCAG]TA[TC]GG[TCAG]&quot;
+cat Kcna1_sequence.txt | tr -d &quot;\n&quot; |
+grep -o $tvgyg | wc -l</code></pre>
+<pre><code>##        1</code></pre>
+<p>Write a bash script that takes a FASTA file (with a single sequence)
+and a target sequence motif as input and outputs the number of times
+that the motif appears in the FASTA file.</p>
+<p>Your script must (in order): 1. Take a fasta file as the first
+argument 2. Take a string (motif) as the second argument 3. Remove the
+header row from the fasta sequence (ie. select just the sequence of the
+gene) 4. Trim the lines to remove newline characters (“”) 5. Search the
+trimmed gene sequence for the provided motif and count the number of
+occurances. 6. Return the number of motifs found.</p>
+<p>After writing your script, check its file permissions and make it is
+executable.</p>
+<pre class="bash"><code>ls -l findSeqMotif.sh
+#chmod +x findSeqMotif.sh</code></pre>
+<pre><code>## -rwx------@ 1 loyalgoff  staff  261 Sep  5 19:40 findSeqMotif.sh</code></pre>
+<p>Use your new script here to determine which of the FASTA files in the
+ion_channel_sequences folder are likely to encode a voltage-gated
+potassium channel. Construct a loop to check whether each of the FASTA
+files in the ion_channel_sequences folder contains the
+<code>TVGYG</code> motif. Print the names of just the files that do
+contain the motif.</p>
+<pre class="bash"><code>tvgyg=&quot;AC[TCAG]GT[TCAG]GG[TCAG]TA[TC]GG[TCAG]&quot;
+
+echo voltage-gated potassium channels:
+
+for filename in ion_channel_sequences/*.fa
+do
+  motifCount=$(./findSeqMotif.sh $filename $tvgyg)
+  if [ $motifCount -gt 0 ]
+  then
+    echo $filename
+  fi
+done</code></pre>
+<pre><code>## voltage-gated potassium channels:
+## ion_channel_sequences/Kcna1.fa
+## ion_channel_sequences/Kcna2.fa
+## ion_channel_sequences/Kcnb1.fa</code></pre>
+</div>
+<div id="part-2-basic-r" class="section level2">
+<h2>Part 2: basic R</h2>
+<p>Get your dependencies. For this section, you will need the ggplot2
+package. If you haven’t already, you can get it by installing the whole
+tidyverse as suggested here: <a href="https://ggplot2.tidyverse.org/" class="uri">https://ggplot2.tidyverse.org/</a>. You should also download
+and read the file <em>utils.R</em>, which loads your dependencies and
+contains some supplementary functions. You will want to look at utils.R
+yourself for guidance on using these functions. Lastly, make sure you
+download <em>Yao2021_ionChannels_expMat_genesByCells.rds</em> and
+<em>Yao2021_ionChannels_pData.rds</em>.</p>
+<pre class="r"><code># Clear all variables from the environment
+rm(list=ls())
+
+# read utils.R here
+source(&#39;utils.R&#39;)</code></pre>
+<p>Now load Yao2021_ionChannels_expMat_genesByCells.rds, a genes x cells
+matrix that contains publicly available gene expression data from
+single-cell RNA-sequencing performed in motor cortex (Yao et al. 2021,
+<a href="https://doi.org/10.1038/s41586-021-03500-8" class="uri">https://doi.org/10.1038/s41586-021-03500-8</a>).
+Specifically, this matrix includes the expression of the ion channels
+that you looked at in Part 1 of this problem set.</p>
+<pre class="r"><code># load the expression data here and save it as a variable
+expMat &lt;- readRDS(&#39;Yao2021_ionChannels_expMat_genesByCells.rds&#39;)</code></pre>
+<p>Let’s take a look at the first few values to familiarize ourselves
+with how these data are arranged. Slice this matrix so that only the
+first 5 rows and first 5 columns are displayed</p>
+<pre class="r"><code># Slice expMat so that you can preview the first 5 rows and columns
+expMat[1:5,1:5]</code></pre>
+<pre><code>##         AAACCCAAGCTTCATG-1L8TX_181211_01_G12
+## Kcnj10                                     0
+## Kcnk2                                      8
+## Scn3a                                      4
+## Scn9a                                      1
+## Slc12a5                                   14
+##         AAACCCAAGTGAGGTC-1L8TX_181211_01_G12
+## Kcnj10                                     0
+## Kcnk2                                      8
+## Scn3a                                      5
+## Scn9a                                      0
+## Slc12a5                                   19
+##         AAACCCACACCAGCCA-1L8TX_181211_01_G12
+## Kcnj10                                     0
+## Kcnk2                                     28
+## Scn3a                                      6
+## Scn9a                                      0
+## Slc12a5                                   24
+##         AAACCCAGTGAACGGT-1L8TX_181211_01_G12
+## Kcnj10                                     0
+## Kcnk2                                     49
+## Scn3a                                      6
+## Scn9a                                      1
+## Slc12a5                                   64
+##         AAACCCAGTGGCATCC-1L8TX_181211_01_G12
+## Kcnj10                                     0
+## Kcnk2                                     16
+## Scn3a                                      3
+## Scn9a                                      7
+## Slc12a5                                   21</code></pre>
+<p>The value in each entry of <code>expMat</code> corresponds to the
+count of mRNA transcripts for a specific gene detected within a single
+cell. Therefore, each row contains the expression estimates for a
+particular gene across all assayed cells, and each column contains the
+expression values across all genes for a particular cell. How many genes
+are included in this matrix? How many cells?</p>
+<pre class="r"><code>print(&quot;Number of genes:&quot;)</code></pre>
+<pre><code>## [1] &quot;Number of genes:&quot;</code></pre>
+<pre class="r"><code>dim(expMat)[1]</code></pre>
+<pre><code>## [1] 14</code></pre>
+<pre class="r"><code>print(&quot;Number of cells:&quot;)</code></pre>
+<pre><code>## [1] &quot;Number of cells:&quot;</code></pre>
+<pre class="r"><code>dim(expMat)[2]</code></pre>
+<pre><code>## [1] 71183</code></pre>
+<p>The row names of the matrix are the short names of the genes. The
+column names are IDs for each cell. Confirm that this is the case by
+printing just the first 5 row names and the first 5 column names.</p>
+<pre class="r"><code>print(&quot;Row names:&quot;)</code></pre>
+<pre><code>## [1] &quot;Row names:&quot;</code></pre>
+<pre class="r"><code>rownames(expMat)[1:5]</code></pre>
+<pre><code>## [1] &quot;Kcnj10&quot;  &quot;Kcnk2&quot;   &quot;Scn3a&quot;   &quot;Scn9a&quot;   &quot;Slc12a5&quot;</code></pre>
+<pre class="r"><code>print(&quot;Column names&quot;)</code></pre>
+<pre><code>## [1] &quot;Column names&quot;</code></pre>
+<pre class="r"><code>colnames(expMat)[1:5]</code></pre>
+<pre><code>## [1] &quot;AAACCCAAGCTTCATG-1L8TX_181211_01_G12&quot;
+## [2] &quot;AAACCCAAGTGAGGTC-1L8TX_181211_01_G12&quot;
+## [3] &quot;AAACCCACACCAGCCA-1L8TX_181211_01_G12&quot;
+## [4] &quot;AAACCCAGTGAACGGT-1L8TX_181211_01_G12&quot;
+## [5] &quot;AAACCCAGTGGCATCC-1L8TX_181211_01_G12&quot;</code></pre>
+<p>What is the most common gene expression value in the matrix? Hint:
+The built-in R function “mode” will not help you here (feel free to see
+what it does though!). There’s a function in utils.R that you will find
+useful. Is the answer what you expected?</p>
+<pre class="r"><code># find the most common gene expression value
+getMode(expMat)</code></pre>
+<pre><code>## [1] 0</code></pre>
+<p>That most common value makes up what percentage of all the expression
+values in the matrix?</p>
+<pre class="r"><code># find the frequency percentage of the most common gene expression value
+expMat_mode &lt;- getMode(expMat)
+sum(expMat == expMat_mode)/length(expMat)*100</code></pre>
+<pre><code>## [1] 36.2433</code></pre>
+<p>To analyze this data, it is important to know whether or not it is
+normally distributed. Plot a histogram of all the expression values in
+the matrix. Ensure that the axis labels make sense. What does this
+histogram tell us about the single-cell RNA-seq count data?</p>
+<pre class="r"><code>hist(expMat,40, xlab = &quot;gene counts&quot;)</code></pre>
+<p><img src="data:image/png;base64,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" width="672" /></p>
+<pre class="r"><code># Many genes are very lowly expressed. There is a long right tail, corresponding to the few genes with high expression values.</code></pre>
+<p>Hopefully by now, you’ve deduced that RNA-seq count data is not
+normally distributed. It can sometimes be helpful to log transform the
+data, so that it becomes closer to a normal distribution. Log transform
+the data using base 2 and a pseudocount of 1. Save the result as a new
+variable and plot a histogram. Again, check that your axis labels make
+sense.</p>
+<pre class="r"><code># log transform the gene counts
+expMat_log &lt;- log2(expMat + 1)
+
+hist(expMat_log,20, xlab = &quot;log2(counts+1)&quot;)</code></pre>
+<p><img 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" width="672" /></p>
+<p>Now, we can look at what types of cells express of these ion channel
+genes. Load Yao2021_ionChannels_pData.rds, which contains a data.frame
+with information about each of the cells in the counts matrix. Print the
+names of the columns included in this data.frame.</p>
+<pre class="r"><code># load the dataframe here and save it as a variable
+cellInfo &lt;- readRDS(&#39;Yao2021_ionChannels_pData.rds&#39;)
+
+print(&#39;Dataframe columns:&#39;)</code></pre>
+<pre><code>## [1] &quot;Dataframe columns:&quot;</code></pre>
+<pre class="r"><code>colnames(cellInfo)</code></pre>
+<pre><code>## [1] &quot;cellID&quot;       &quot;cellClass&quot;    &quot;cellSubclass&quot;</code></pre>
+<p>What are the possible values in the column “cellClass”? What are the
+possible values in the column “cellSubclass”?</p>
+<pre class="r"><code>print(&quot;Unique values of cellClass&quot;)</code></pre>
+<pre><code>## [1] &quot;Unique values of cellClass&quot;</code></pre>
+<pre class="r"><code>unique(cellInfo$cellClass)</code></pre>
+<pre><code>## [1] &quot;Glutamatergic&quot; &quot;GABAergic&quot;     &quot;Non-Neuronal&quot;</code></pre>
+<pre class="r"><code>print(&quot;Unique values of cellSubclass&quot;)</code></pre>
+<pre><code>## [1] &quot;Unique values of cellSubclass&quot;</code></pre>
+<pre class="r"><code>unique(cellInfo$cellSubclass)</code></pre>
+<pre><code>##  [1] &quot;L5 IT&quot;      &quot;Vip&quot;        &quot;L6 IT&quot;      &quot;L6 CT&quot;      &quot;L2/3 IT&quot;   
+##  [6] &quot;Oligo&quot;      &quot;Sst&quot;        &quot;Lamp5&quot;      &quot;L5/6 NP&quot;    &quot;Macrophage&quot;
+## [11] &quot;Astro&quot;      &quot;OPC&quot;        &quot;L6b&quot;        &quot;VLMC&quot;       &quot;Endo&quot;      
+## [16] &quot;Sncg&quot;       &quot;L5 ET&quot;      &quot;L6 IT Car3&quot; &quot;SMC&quot;        &quot;Pvalb&quot;</code></pre>
+<p>The values in the column “cellID” correspond to the column names of
+the counts matrix. Merge this dataframe with the transpose of the
+log-transformed counts matrix to create a new dataframe that includes
+gene expression information for each cell. This new dataframe should
+have a new column for each gene.</p>
+<pre class="r"><code># merge the cell info with the gene expression info
+df_ionChannels &lt;- merge(cellInfo,t(expMat_log), by.x = &quot;cellID&quot;, by.y = &quot;row.names&quot;)</code></pre>
+<p>Now use the function makeBP included in Utils.R to create box plots
+of gene expression by cell class for your gene of choice. Your new
+dataframe will be the first argument and your gene of choice will be the
+second argument.</p>
+<pre class="r"><code>makeBP(df_ionChannels,&quot;Gabra1&quot;)</code></pre>
+<p><img 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" width="672" /></p>
+<p>One of the ion channels is expressed more highly in glia than in
+neurons. To find it, use a loop to create box plots for each gene. Note:
+In this case, it is particularly obvious, but eventually we will want to
+quantify observations like this.</p>
+<pre class="r"><code>for(geneName in rownames(expMat))
+{
+  makeBP(df_ionChannels,geneName)
+}</code></pre>
+<p><img 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" 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" 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" 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" 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" 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" 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" 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" 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" 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" 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" 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" 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" width="672" /></p>
+<pre class="r"><code># Answer: Kcnj10, which encodes Kir 4.1, an inwardly rectifying potassium channel thought to mediate potassium buffering by astrocytes.</code></pre>
+</div>
+<div id="pset-submission" class="section level2">
+<h2>PSet Submission</h2>
+<p>When you have completed the above exercises, please make sure that
+you have added your name and date into the yaml header at the top and
+“knit” this document.</p>
+<p><img 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" /></p>
+<p>When you are “knitting” please make sure that you set the knit
+directory to: “Document Directory” to that RStudio knows where to find
+all of the accessory files associated with this problemset.</p>
+<p><img 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" /></p>
+<p>Once this completes without error, please upload the compiled .html
+or .pdf document to the “Problem Set 1” assignment on Canvas.</p>
+</div>
+<div id="session-information" class="section level2">
+<h2>Session Information</h2>
+<pre class="r"><code>sessionInfo()</code></pre>
+<pre><code>## R version 4.0.4 (2021-02-15)
+## Platform: x86_64-apple-darwin17.0 (64-bit)
+## Running under: macOS Big Sur 10.16
+## 
+## Matrix products: default
+## BLAS:   /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRblas.dylib
+## LAPACK: /Library/Frameworks/R.framework/Versions/4.0/Resources/lib/libRlapack.dylib
+## 
+## locale:
+## [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
+## 
+## attached base packages:
+## [1] stats     graphics  grDevices utils     datasets  methods   base     
+## 
+## other attached packages:
+## [1] ggplot2_3.3.5
+## 
+## loaded via a namespace (and not attached):
+##  [1] highr_0.9        bslib_0.3.1      compiler_4.0.4   pillar_1.7.0    
+##  [5] jquerylib_0.1.4  tools_4.0.4      digest_0.6.29    jsonlite_1.8.0  
+##  [9] evaluate_0.15    lifecycle_1.0.1  tibble_3.1.6     gtable_0.3.0    
+## [13] pkgconfig_2.0.3  rlang_1.0.2      DBI_1.1.2        cli_3.2.0       
+## [17] rstudioapi_0.13  yaml_2.3.5       xfun_0.30        fastmap_1.1.0   
+## [21] withr_2.5.0      stringr_1.4.0    dplyr_1.0.8      knitr_1.38      
+## [25] generics_0.1.2   sass_0.4.1       vctrs_0.4.0      tidyselect_1.1.2
+## [29] grid_4.0.4       glue_1.6.2       R6_2.5.1         fansi_1.0.3     
+## [33] rmarkdown_2.13   farver_2.1.0     purrr_0.3.4      magrittr_2.0.3  
+## [37] scales_1.2.0     htmltools_0.5.2  ellipsis_0.3.2   assertthat_0.2.1
+## [41] colorspace_2.0-3 labeling_0.4.2   utf8_1.2.2       stringi_1.7.6   
+## [45] munsell_0.5.0    crayon_1.5.1</code></pre>
+</div>
+
+
+
+</div>
+</div>
+
+</div>
+
+<script>
+
+// add bootstrap table styles to pandoc tables
+function bootstrapStylePandocTables() {
+  $('tr.odd').parent('tbody').parent('table').addClass('table table-condensed');
+}
+$(document).ready(function () {
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diff --git a/modules/module_10/geneNames.tsv b/modules/module_10/geneNames.tsv
new file mode 100644
index 0000000..c63679b
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diff --git a/modules/module_10/notebooks/Module_10-Clustering.Rmd b/modules/module_10/notebooks/Module_10-Clustering.Rmd
index f930cad..e13674c 100644
--- a/modules/module_10/notebooks/Module_10-Clustering.Rmd
+++ b/modules/module_10/notebooks/Module_10-Clustering.Rmd
@@ -189,11 +189,11 @@ where:
 library(cluster)
 D<-dist(clustData.scaled)
 kmeans.sil<-silhouette(clustData.kmeans$cluster,D)
-plot(kmeans.sil,border=NA,col=1:12)
+plot(kmeans.sil,border=NA,col=1:5)
 
 silhouette_score <- function(k){
   km <- kmeans(clustData.scaled, centers = k, iter.max=100)
-  ss <- silhouette(km$cluster, dist(clustData.scaled))
+  ss <- silhouette(km$cluster, D)
   mean(ss[, 3])
 }
 
@@ -213,6 +213,7 @@ plot(kmeans.sil,border=NA,col=1:nClusters)
 ```{r}
 library(uwot)
 genes.umap<-uwot::umap(clustData.scaled,verbose=T) # or uwot::umap()
+plot(genes.umap,pch=20)
 plot(genes.umap,
      col=clustData.kmeans$cluster,
      pch=20) #Run this several times....
diff --git a/modules/module_10/presentations/QNG_Module_10_lecture.key b/modules/module_10/presentations/QNG_Module_10_lecture.key
index 30f48935625cc0e5f2073bdfc319f0c398a75303..48b507b6c6cdd6b008894babd9c66fba9fe806c5 100644
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diff --git a/modules/module_10/pset/Integrated_meanRank.tsv b/modules/module_10/pset/Integrated_meanRank.tsv
new file mode 100644
index 0000000..0e33598
--- /dev/null
+++ b/modules/module_10/pset/Integrated_meanRank.tsv
@@ -0,0 +1,1633 @@
+Query Name	Rank	TF	Score	Library	Overlapping_Genes
+"gene_set_query"	"1"	"FBXL19"	"13.5"	"ARCHS4 Coexpression,2;GTEx Coexpression,25"	"MYT1L,EHMT2,STMN3,SCAMP5,MPRIP,RAVER1,ZMIZ2,STMN1,PSMD3,AP1S1,AKT1,ACOT7,SCRIB,SOX12,HCFC1,BCR,PRKAR1B,TYRO3,PRR12,SF1,TTYH3,AGAP3,PRKCZ,FAM171A2,LARP1,PLCG1,PIP5K1C,SETD1A,IRF2BP1,PBX2,BTBD10,PRRC2B,PRRC2A,HNRNPL,TOLLIP,GIPC1,CDK16,ARF3,OGFR,SMG5,DDA1,RNF157,JPH4,JPH3,GPR137,DLGAP1,DLGAP3,CIC,UPF1,DYNLL1,GNL1,DYNLL2,DDB1,NCOR2,KIFC2,TKT,VAMP2,SRRT,SNX32,CENPB,PPP1R7,CHN1,ANKRD54,ANKRD52,YKT6,SRSF12,MBD3,SF3A2,DAB2IP,SCAF1,GATAD2A,SKI,MYBBP1A,TAOK2,PKN1,AGRN,RAB3A,CLSTN3,CLSTN1,ATN1,NUDT11,RPH3A,NUDT10,RIMS4,STK11,ATCAY,ADORA1,FBRSL1,LZTS2,LZTS1,STK32C,SH3GLB2,MAP2K2,USP5,POLRMT,DGKZ,RNF40,BSCL2,ATXN2L,OLFM1,ACAP3,CLIP2,ILF3,RAB35,FSCN1,FKBP4,CSNK1G2,GLYR1,ANAPC2,BRSK1,LRRC59,MAZ,ABHD8,SPATA2,FBXO41,NDOR1,KLC2,NACC1,DVL1,BTBD2,ABL1,PLXNA1,IP6K1,RAB6B,LRRC4B,ANKRD24,FUS,TNK2,TMEM132A,BTBD9,EEF2,CHERP,SH3BP5L,LRFN4,CDK5,MAP3K10,PIN1,PLEKHM2,PLXNB2,NFE2L1,EIF4G1,RNF187,ZNF512B,CELF4,CELF5,PTPN23,NRGN,SART1,PPP6R1,SNRNP70,UBTF,EVI5L,TNPO2,DGCR2,PELP1,REXO1,RANGAP1,ARFGAP1,GIGYF1,TRAF7,NRG3,SNPH,DNAJC5,LANCL2,SSX2IP,PPP1R12C,RNFT2,GTF3C1,NLGN2,CLEC2L,KATNB1,MLLT1,LRP3,AP3M2,DCAF15,CACNG7,GANAB,PARD6A,NCLN,CCDC85C,U2AF2,MGAT5B,FSD1,WASF1,SLC25A23,UBQLN4,SLC25A22,LINGO1,CIZ1,SYT16,FBXL16,CDC42BPB,HNRNPAB,MGAT4B,TRIM37,EIF3C,BCAR1,EIF3B,VARS,ZDHHC8,HS6ST1,TRIM28,DPF1,LONP1,KIF21B,BTRC,ATXN7L3,TBC1D10B,SRRM2,ACSL6,ISLR2,MOGS,CSNK1E,MAPK8IP2,MAPK8IP3,MAPK8IP1,KCNQ2,KCTD13,ULK1,TAGLN3,TTLL12,KCTD17,CTXN1,LLGL1,TELO2,TBC1D9B,TMEM63B,FOXG1,CEND1,PIK3R2,ACTR3B,TTBK1,APH1A,ERI3,DHX37,KCNN1,SYMPK,TNRC18,RAB11FIP4,B4GALNT4,SRPK2,INTS1,ZFR2,RCC2,SMARCA4,CALM3,CALM2,RCOR2,BAP1,SUGP1,DAZAP1,PTPRS,DOC2A,FAM57B,GRIK5,AP2A1,PRPF19,PTMS,SERP2,NCS1,IDS,KIF1A,GIT1,PSD,PCYT1B,MINK1,SYN3,SYN1,SREBF2,MLF2,PITPNM1,ARHGEF4,GDPD1,CCDC106,NOL4,CAMKK1,HIRA,TCEAL6,TCEAL5,CAMK2N1,PES1,PAK6,CTNNA2,ARNT2,AP3D1,GRIN1,ATAT1,BOP1,SGSM2,TCEA2,APBA1,HDGF,PNPLA6,MEGF8,CDK5R2,CDK5R1,ARHGAP39,PHRF1,CELSR2,PPME1,CHCHD6,ARHGDIA,KHSRP,KIF5A,SBF1,PPFIA3,RGS7,SH3GL1,CHRNB2,TOMM34,LMTK3,RUNDC3A,ATAD3A,HNRNPUL1,RELL2,CABP1,CPLX1,PRPF8,SUPT6H,PDZD4,RAI1,IRAK1,DEAF1,KIF3A,TCTEX1D2,CASKIN1,KIF3C,MARK4,ATP6V1F,BCL9L,KLHDC3,SYT3,ZFHX2,CPSF1,ARHGAP33,DLG2,DLG4,GNB2,GNB1,PI4KA,UBA1,TCF3,LSM14B,UBE2M,B4GALT2,GSK3A,KDM5C,PODXL2,PRKCSH,CHD5,CHD4,CHD3,YBX1,FBLL1,ELAVL2,LMNB2,PPP1R9B,LMNB1,SEPT9,ZC3H7B,GDAP1L1,SULT4A1,YWHAG,SVOP,CAD,IQCE,RNF208,DDX54,SEPT5,SENP3,EPN1,KLF16,SEPT3,GAP43,AKT1S1,NAT8L,THOP1,SHANK1,OTUB1,DCTN1,DDX25,WIZ,FAM169A,STRN4,USP19,GNG3,FAM168B,MTA1,NT5DC2,PDE6D,SNCB,MTA2,MTA3,FBRS,TAF15,LIMK1,SSRP1,MAPK10,NEURL4,PPP2R2C,CARM1,ACIN1,ATP13A2,R3HDM1"
+"gene_set_query"	"2"	"MYPOP"	"14.0"	"ARCHS4 Coexpression,14;GTEx Coexpression,14"	"CYFIP2,MYT1L,STMN3,ZDHHC8,ELK1,SCAMP5,PCMT1,CAPNS1,RAVER1,ZMIZ2,DPF1,AKT1,BSN,BTRC,PRKACA,ATXN7L3,TBC1D10B,RBFOX1,TSPYL1,UNC13A,UNC5A,WSB2,SLC6A17,MOGS,SCRIB,MAPK8IP2,MAPK8IP3,HCFC1,GPR162,PRKAR1B,KCNQ2,HECW1,ULK1,TAGLN3,KCTD17,PRR12,CTXN1,RPL28,STX1A,PRR14,PFN2,SF1,AGAP2,CEND1,PIK3R2,AGAP3,ACTR3B,TTBK1,APOO,ABR,FAM171A2,PPP3R1,PGBD5,PCBP1,KCNN1,SYMPK,B4GALNT1,PIP5K1C,RIMKLA,SCN3B,ATP6V0A1,PRRT1,VASP,PHC2,TMEM184B,IQSEC2,INTS1,IQSEC1,SETD1A,IRF2BP1,PBX2,PRRC2A,MLLT11,TOLLIP,GIPC1,CALM3,DUS1L,CALM1,C2CD2L,CDK16,ARF3,OGFR,DAZAP1,DENND1A,KCNC3,DIRAS1,LRRC4,AATK,AP2A1,PRPF19,RNF157,JPH4,SERP2,TRIM8,NUDCD3,JPH3,NCS1,IDS,SDF4,DLGAP1,KIF1B,KIF1A,DLGAP3,CIC,GIT1,PSD,UPF1,RPS6KL1,ZER1,ACTL6B,MINK1,ITPK1,SYP,TERF2,DYNLL2,SYN1,NCOR2,MED25,MPPED1,PITPNM1,KIFC2,PACS1,MAPRE3,MAPT,ARHGEF2,ATP6V0C,VAMP2,STAU2,AMIGO1,SNX32,TMEM160,ADCY1,CCDC106,RFNG,CAMKK1,CENPB,GNAI2,CAMKK2,PAK1,ZDHHC18,CAMK2N1,CHN1,HSF1,CLPTM1,SLC17A7,NT5M,ANKRD52,NCDN,SAMD1,MEF2D,GABBR2,SF3A1,MBD6,SF3A2,AP3D1,TTC9B,SCAF1,GRIN1,RAB11B,SKI,TAOK2,ZYX,NUCB1,APBA1,PKN1,PNPLA6,APBA2,CDK5R2,CDK5R1,GRINA,RAB3A,CRTC1,CLSTN3,TUSC2,CLSTN1,ARHGDIG,ATN1,RPH3A,RIMS4,STK11,ATCAY,ARHGDIA,KIF5A,FBRSL1,SBF1,STK32C,PPFIA3,RGS7,SH3GL1,NSF,CHRNB2,SEMA6B,MAP2K4,RNF44,MAP2K2,TTC7B,LMTK3,POLRMT,RUNDC3A,DGKZ,ATXN2L,CTDNEP1,OLFM1,TOM1L2,ACAP3,HNRNPUL1,HNRNPUL2,GPRIN1,EEF1A2,EHBP1L1,RAB35,CHMP4B,FIZ1,AMPH,RELL2,ARL8A,CSNK1G2,ANAPC2,RTN2,BRSK1,INO80E,RAB5C,TMEM59L,MAZ,PXN,ABHD8,SPATA2,CABP1,CPLX2,CPLX1,FBXO41,PDZD4,SNN,SBNO2,KLC2,IRAK1,DEAF1,BTBD2,CASKIN1,GRK6,DVL1,NACC1,CAMTA2,KIF3C,MAP2K7,MARK4,RAB6B,NADK,MARK2,LRRC4B,BCL9L,WDTC1,ESRRA,SYT3,UROS,TNK2,SLC4A10,KLHL22,BTBD9,CHERP,SH3BP5L,CDK5,DLG4,GNB2,REEP2,CNOT3,GNB1,AAK1,MAP3K10,PLEKHM2,PIN1,NF2,CLASRP,LSM14B,LRP10,RNF187,UBE2M,B4GALT2,GSK3A,DAGLA,MAST3,PRKCSH,CELF4,CELF5,ARRB2,PTPN23,FBLL1,USE1,NRGN,PPP1R9B,NGRN,SART1,BCL7A,ZC3H7B,PPP6R1,SNRNP70,GDAP1L1,MLST8,WDR7,EVI5L,ERC2,SULT4A1,YWHAG,SCYL1,SVOP,REXO1,PPP2R5B,UBE2QL1,RNF208,DDX54,ABHD14A,SEPT5,SENP3,DNM1,EPN1,KLF16,SEPT3,TRAF7,GAP43,SNPH,DNAJC5,PPDPF,AKT1S1,NAT8L,PPP1R12C,SHANK1,OTUB1,STOML1,WBP2,CLEC2L,RAB1B,PDXP,WIZ,MLLT1,LRP3,LAGE3,STRN4,ADD2,DNAJB2,DCAF15,MAPK9,CACNG7,TFPT,GNG3,MTA1,NCLN,SV2A,U2AF2,MGAT5B,CSK,FSD1,SNCB,SLC25A23,UBQLN4,SLC25A22,FBRS,LINGO1,CIZ1,SLC12A5,MID1IP1,FBXL19,MBOAT7,LIMK1,LYSMD2,CCK,FBXL16,CLCN7,DBNDD1,MAPK11,NEURL4,SBK1,PPP2R2C,IMPDH1,CARM1,BAX,TBKBP1,STUB1,CCM2,ATP13A2,R3HDM1,SSBP4"
+"gene_set_query"	"3"	"SRCAP"	"22.67"	"ARCHS4 Coexpression,18;Enrichr Queries,48;GTEx Coexpression,2"	"MDC1,NCKAP1,TRIO,TFRC,TRRAP,EHMT1,HNRNPU,EPRS,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PSMD3,AKT1,NFRKB,VPS39,CDK5RAP3,FNBP4,DDX17,GABARAPL2,NUP210,CD3EAP,SCRIB,WDR73,GTPBP1,GTPBP4,HCFC1,EWSR1,RFX7,ZC3H11A,DDIT4,PRR12,DUS3L,SF1,ATF4,POM121,TTYH3,BAZ2A,HIF1A,FAM160B2,ABR,RHOT2,LARP1,HSPH1,PIP5K1A,PLCG1,CREBBP,PRPF38B,JUN,JUP,SETD1A,IRF2BP1,PRRC2C,IRF2BP2,PBX2,PRRC2B,PRRC2A,EIF1,SETX,HNRNPL,HNRNPM,EIF5,NPLOC4,FASN,MMS19,DUS1L,CDK13,CPEB4,SETD5,PHF2,SETD2,SMG1,PIGU,BTG1,PIGO,CLTC,TCF20,CTCF,KRI1,SMG7,MED15,SMG5,PIGX,IKBKB,MED12,NIPBL,SMPD4,MED13,CIC,JARID2,UPF1,BRD2,BRD1,IFT140,ASH1L,LRRC41,DUSP6,WDR33,MED23,NCOR2,SLC7A5,MED25,VAMP7,NCOR1,PXDN,RAPGEF1,LRRC14,SF3B3,SRRT,SLC7A1,GGA2,RECQL5,UNK,GGA3,NSD1,FLNA,ANKRD52,SF3B1,MEF2D,SRSF11,NKTR,BRD4,CENPT,SF3A1,MBD6,SF3A2,MBD1,PCGF3,YLPM1,SAMD4B,HIPK1,SCAF1,GTF2H5,WDR11,GATAD2A,SKI,XAB2,MYBBP1A,NFIB,SERBP1,TAOK2,ZYX,PKN1,UHRF1BP1L,CTNND1,ATN1,EDC4,FBRSL1,MEN1,MAP2K1,SLC38A1,RNF44,DYRK1A,UBE2E2,PRPF4B,LEMD2,FBXO11,ILF2,THOC7,RNF40,RBX1,FOXP1,ATXN2L,ILF3,TXLNA,RALGAPB,NCL,RAB35,SNRNP27,SRSF5,ADNP,SRSF6,SNRNP200,SQSTM1,ARL8A,KPNB1,CSNK1G2,ANAPC2,GLYR1,CUL9,DNMT1,INO80E,PFKFB3,TUBGCP2,ANKRD11,CUL3,MAZ,UBR4,NDOR1,PITRM1,STK36,UBR5,BTBD2,NACC1,DVL2,ABL1,DVL3,E4F1,SLC38A2,SKIL,MCL1,WDTC1,TIA1,BRPF1,FUS,SEC16A,HPS4,EEF2,CHERP,SON,CNOT1,CNOT3,MDM2,PLXNB2,RAB5A,EIF4G1,ZNF512B,DIDO1,RNF11,PPP1R13B,HSP90AB1,NUMA1,ZC3H4,PTEN,PTPN23,PTBP1,DUSP12,SART1,SUMO1,SNRNP70,PPP6R1,PPP6R2,PPP6R3,UBTF,DGCR8,WDR6,TNPO2,HSP90AA1,REXO1,DST,VBP1,SMC1A,RANGAP1,ARFGAP1,PATL1,PTP4A1,GIGYF1,TRAF7,CTDSP2,POLR1B,BIRC6,TOP1,PPP1R12C,AHDC1,PPP1R15A,GTF3C1,SMARCD1,GTF3C2,PPP1R15B,NFAT5,MGRN1,CXXC1,LENG8,FURIN,MLLT1,FOXK1,MLLT6,DCAF15,GANAB,POLR2A,CCDC85C,U2AF2,BAHD1,VPS52,RBBP6,FEM1C,SH2B1,SPAG9,PTPN1,HNRNPA3,CIZ1,PPIL2,NDUFA4,FBXL19,CDC42BPB,MTOR,ASXL1,MCM3AP,KLF6,EIF3C,SEC24C,VARS,ZDHHC8,NUDT3,ACTB,PNN,HERC2,TRIM28,FTH1,ARL6IP5,LONP1,UBAP2L,CCNL2,ATXN7L3,SOX4,TBC1D10B,SRRM2,SMARCC2,ACTN1,METTL3,CIRBP,CSNK1D,MOGS,ANK2,CSNK1E,ACTN4,MAPK8IP3,EZR,MACF1,RTEL1,TBC1D9B,DHX8,PIK3R1,SNX3,DHX37,GSE1,DHX38,SYMPK,TNRC18,INTS1,SETDB1,INTS3,RCC2,MED13L,SMARCA4,WNK1,GOLGB1,ITM2C,DAZAP1,MRPS12,PRPF19,SIPA1L3,RPTOR,PCF11,DHX15,DHX16,PARP6,NCOA5,NCOA6,MINK1,MRPS7,PPRC1,SREBF2,RHOB,GAK,RAP2A,SLTM,HNRNPH1,PACS1,WAC,ARHGEF2,PABPC1,SGK1,DOT1L,NEDD8,HIRA,NFIL3,PDZD11,RANBP2,DYNC1H1,GBF1,CRIPT,HUWE1,AP3D1,TTC1,MYO9B,VEGFA,SGSM3,HNRNPA2B1,CTNNB1,TRIP12,TARDBP,MIDN,CRTC2,NUP188,SPPL2B,PHRF1,IGF1R,KHSRP,ARHGDIA,POGZ,EP300,SBF1,KDM2A,TSC2,ATP1B1,HNRNPUL1,TBL1XR1,MATR3,WDFY3,DDX5,PRPF8,SUPT6H,NDRG1,RAI1,IRAK1,EP400,DMAP1,MYH10,MARK2,BCL9L,BPTF,HSPA8,PRNP,CPSF7,CPSF1,HMGA1,NUP153,SUPT5H,ANKHD1,CLK2,PAN2,NFKBIA,EFNA2,HOOK2,HOOK1,PI4KA,UBA1,CLASRP,PI4KB,TCF3,BRWD1,CREBZF,RERE,KDM5B,GSK3B,RBM25,KDM5C,GSK3A,NAA40,RBM26,DDX3X,LDB1,PRKCSH,CHD8,MAST2,CHD6,ATP2A2,CHD4,GTDC1,CHD3,CHD2,AFF4,LMNB2,CABIN1,LMNB1,PPP1R9B,SPRED2,SEPT9,ZC3H7B,SNAPC4,RBM5,YWHAG,RBM6,RBM33,KDM6B,ARHGEF11,PDPK1,CAD,DDX56,H2AFX,NAV2,ARID1A,SAFB,YWHAZ,ARID1B,DNM2,SFPQ,GORASP1,AKT1S1,PFDN1,ATG4B,PFDN2,PFDN4,DCTN6,ATF6B,POMP,DDX23,DDX21,WIZ,ATP1A1,USP19,STRN4,NXF1,FAM168B,MTA1,DNPEP,MAT2A,TAF1C,FAM120A,MAPK1,MAPK6,MTA2,FBRS,SPEN,RBM39,KDM4B,TAF15,SGTB,ATP13A1,TAF13,SSRP1,POLE4,CLCN7,NEURL4,CARM1,ACIN1,QRICH1,VIM"
+"gene_set_query"	"4"	"KMT2B"	"30.5"	"ARCHS4 Coexpression,57;ReMap ChIP-seq,4"	"TDRKH,MDC1,POP7,EHMT1,ZFYVE1,PSMD7,RAVER1,AKT1,PRKACA,SAMD10,SAP30BP,DNTTIP1,DDIT4,ORAI2,TMEM126A,JTB,ATF4,SF1,NPRL2,COPS7B,ABCB8,COPS7A,BAZ2A,AGAP3,AAAS,MRPL12,GABARAP,MRPL10,MRPL20,RHOT2,LARP1,PIP5K1A,HEXIM1,PRPF38B,CREBBP,PRRT2,NCAPH2,PBX2,ERLIN2,MRPL24,SETX,TBL3,HYOU1,PSMG1,ARF4,ARF1,PIGO,KCNC3,RPLP0,MED19,MED16,MED15,FASTK,LYPLA2,UPF1,DFFA,SPHK2,MRPL49,SLC39A13,GMIP,SIRT3,MRPL44,DDB1,MED22,MRPL53,MED25,RAPGEF1,ARF6,LRRC14,TRUB2,RNASEK,LIN37,URM1,NIP7,SRRT,MRPL55,RECQL5,GGA3,SPOP,HARS,RPS27A,MEF2D,CENPT,LRRC24,MBD6,UTP3,STAT2,TARBP2,BYSL,GATAD2A,SKI,PSMC5,PSMC3,MYBBP1A,SNX17,APEX1,PSMC2,SRRD,TAOK2,TSR2,PKN1,YPEL4,CCNT2,TMEM167B,ATN1,ALDH1L2,STK11,RUVBL1,KPNA6,PMPCB,FBRSL1,AP2M1,SH3GLB2,IK,VPS33A,FBXW9,STX7,POLRMT,FTSJ3,ATXN2L,ACAP3,MRTO4,MAPKAPK2,SLC27A4,ANAPC2,RNASEH2C,INO80B,INO80E,MAZ,UBFD1,EIF1AD,SBNO2,NDOR1,E4F1,NADK,BRPF1,API5,FUS,HPS4,EEF2,UCKL1,ZC3HC1,SH3BP5L,ACO2,NIT1,LRCH4,SLC25A1,ZNF512B,NUMA1,COX4I1,AP4M1,MRPL4,PPP6R1,MRPL9,PGLS,ERC1,MDP1,CTNNBL1,EIF5A,DHPS,TFIP11,ARFGAP1,GIGYF1,SLC25A19,ETF1,PPP1R12C,RNFT2,GTF3C2,CANT1,NDUFB7,MGRN1,PRCC,LENG8,MLLT1,HSD17B10,MLLT6,FOXRED2,GANAB,U2AF2,E2F4,SH2B1,NOP56,NDUFA9,CIZ1,TRIM41,NDUFA4,NDUFA2,CDC5L,LYSMD1,MCOLN1,HNRNPAB,CDKN2AIPNL,EIF3I,EIF3G,P4HB,EIF3D,SEC24C,EIF3B,EIF4A2,EIF4A1,CCNI,ZDHHC5,PPAN,ZDHHC8,CCAR1,RASSF1,CDC23,TRIM28,SNRPD1,OGFOD2,FAM53C,CCDC97,CCNL2,CCNL1,ATXN7L3,ALG2,MOGS,CSNK1D,ACTN4,PISD,THAP4,THAP7,ULK1,TBC1D9B,DHX9,PEX11B,GSPT1,PGS1,SNX1,DHX33,DHX34,MICAL1,PCBP2,SURF6,SYMPK,SURF1,INTS1,SURF2,XRCC1,HARS2,PAICS,CWF19L1,INTS5,RANBP10,INTS4,NOL10,MRPS16,DOC2A,GPAA1,NUDCD3,HYAL2,GIT1,VKORC1,MRPS27,TMEM150A,MINK1,PRPF40A,TFB2M,COMMD1,MRPS7,SREBF2,GAK,PITPNM1,UFC1,ARHGEF1,FAM193B,ARHGEF2,EEF1E1,PCNA,SSNA1,DOT1L,DERL2,NEDD8,CCDC106,PCNP,EXOSC4,EXOSC9,CCT8,PAK2,CCT4,PEX16,PEX19,TMUB1,HUWE1,MIB2,TTC1,RSRC2,MYO9B,AP2B1,NPM3,PEX14,NUDT9,NUDT8,TTC5,NDUFAB1,SGSM2,HDGF,PNPLA6,TARDBP,GRINA,CRTC2,MIDN,NARF,CD81,BCCIP,COX6A1,PHRF1,TXN2,EP300,BANF1,SBF1,ZGPAT,UBE4A,SDHD,ATAD3A,HNRNPUL1,TMX2,EHBP1L1,WDFY1,PPIG,GEMIN7,VCP,DDX5,NDUFB10,RBM8A,PSMD13,DDX1,HTRA2,SUPT6H,TIMM50,RAI1,RNASEH1,SHARPIN,IRAK1,GRK6,TBC1D13,CYC1,NDUFV1,BCL9L,FDPS,UBE2B,PHF12,SUPT5H,AP4B1,IFT20,PAN2,GNB2,TCF3,RERE,RBM28,RBM25,GSK3A,DDX49,ZMYND19,LDB1,PRKCSH,ADAR,TNFAIP1,TRIAP1,CHD3,LMNB2,CABIN1,PPP1R9B,TMEM223,BCL7A,BCL7C,MLST8,RBM33,BCKDHA,SUN2,NUP133,NCBP2,GLRX5,RBM18,DDX55,CAD,ARHGEF18,SYNGR3,NDUFS4,ACOX3,DCTN5,GNG3,MTA1,TMEM203,TAF1C,TDG,GNG7,MKNK2,TMEM208,RPP14,MTA2,FBRS,TIMM8B,RBM39,TAF15,NAA10,TAF13,CHFR,CLCN7,IRGQ,GALE,CARM1,RBM42,ACIN1,FAM98B,TAF6,SUGT1,RPL4,RPL5,TRRAP,DCAF8,WDR83,EPRS,PHB2,BACH2,RPL6,PCMT1,ZMIZ2,IER2,MED1,RPL21,NUP210,SCRIB,AARSD1,MED4,GTPBP1,HCFC1,WDR81,RPL24,RPL27,RPL26,PRR12,PRR14,PRR13,NUP205,POM121,PRDM15,NOLC1,ANAPC11,VPS11,NUP88,PLCG1,ST3GAL2,RPL41,SNAPIN,SETD1A,IRF2BP1,PA2G4,PRRC2B,WDR55,THAP11,PRRC2A,TMEM199,HNRNPL,NPLOC4,HNRNPD,DUS1L,FARSB,OGFR,SETD5,BTG1,PHF23,SETD6,GPT,TCF20,SMG7,WDR43,SMG5,ING4,CIC,ZC3H10,BRD2,NUTF2,AEN,NCOR2,NCOR1,INF2,EXOC4,EXOC5,CDC123,GRAMD1A,CLDND1,SF3B3,GPS2,ARFRP1,BCLAF1,PPP1R7,ASNA1,BRD8,RPS2,ANKRD52,SF3B1,DEDD,SF3A1,BRF2,SF3A2,NR1H2,GATC,SYVN1,ELP3,TRMT1,GTF2H1,HIPK1,SCAF1,ERP44,XAB2,PHF5A,SARM1,TUSC2,AUP1,TM7SF2,EDC4,CFL1,MAF1,ANKRD13A,RNF44,MAP2K2,RPS7,RPS5,RPS6,ILF2,GTF2F2,DGKZ,RNF40,BSCL2,CTDNEP1,ILF3,RALGAPB,RAB35,PGP,SNRPF,CSNK1G2,GLYR1,DNMT1,ANKRD11,UBR4,ITPR1,UBR1,KLC1,HSPBP1,RLF,BAG5,ORC3,TPR,NACC1,DVL1,BTBD2,DVL2,DVL3,MAP2K7,MPDU1,WDTC1,EIF2B5,EIF2B4,TRAPPC4,SEC16A,TNK2,MARCH9,ZZEF1,CHERP,CNOT4,CDK8,COPS6,SLC7A6OS,CDK5,CDK4,CNOT3,PDCL,RNF181,PLEKHM2,PLXNB2,IARS,LZTR1,EIF4G2,MAP3K12,EIF4G1,DIDO1,CALCOCO1,MCM7,WDR4,PTPN23,RPL7A,SART1,GM2A,VPS72,AP1G1,SNRNP70,IDH3B,WDR5,UBTF,WDR7,EIF2B1,SLC37A4,TNPO2,RFC3,PLEKHG2,REXO1,GPX4,SMC1A,BET1L,DNAJC2,TRAF7,DNAJC7,DNAJC9,CCDC43,SOS1,SMARCD2,TSSC4,WBP1,HDAC1,HDAC7,DCAF15,NFS1,HIRIP3,RBBP4,POLR2A,VPS53,POLR2E,CSK,FBXL19,PTPN11,MTOR,BCKDK,RAD52,ASXL1,GLOD4,RUNDC1,DRG2,METAP2,SLC35B4,HDAC10,VARS,SLC35B1,GOLGA2,RPS16,RPS19,KAT5,PPP2R1A,MAGOH,LONP1,ARL6IP4,ZFPL1,TBC1D10B,SRRM2,COG8,AQR,ARRDC1,COG4,BROX,MAPK8IP3,SRRM1,AURKAIP1,CBLL1,TELO2,MYL12B,MLEC,INPP5K,TNRC18,VASP,RPS25,RPS27,RNPS1,CDS2,DAZAP1,UBXN1,SLC35F5,PRPF19,C1QBP,CHMP1B,XPO6,TMED2,SEC61B,DLAT,PSENEN,ZER1,PARP2,PPRC1,LIME1,SCNM1,PRPF18,PACS1,AIDA,KPTN,DTYMK,NOL8,NOL9,HIRA,AP3D1,RANBP6,KBTBD4,NBR1,FAU,CAMK1,GOLT1B,ARID4A,TOMM22,FAM162A,ARHGDIA,CHCHD6,CHCHD1,KDM2A,TSC2,KCTD5,TMEM131,TUFM,PRPF6,HGS,RPL7L1,FIZ1,ZCCHC8,COPA,PXK,RPS19BP1,COPB1,CLEC16A,DTX1,COX7A2,PRPF8,SEL1L3,EMG1,EFNB3,ZMAT2,DPP8,CASKIN1,DMAP1,MARK4,MARK2,KLHDC10,HSPA9,CPSF7,PNPT1,ACBD4,CPSF1,HSPA4,EIF2S1,DLG2,TMEM115,DLG4,DNAJC10,CLASRP,BRWD1,MUS81,USP35,ACADVL,KDM5C,USP39,SEPT9,ZC3H7A,ZC3H7B,SNAPC4,MAN2C1,POLG,TSFM,USP48,KLF13,RNF208,ARID1A,DCK,SENP3,KLF16,DNM2,LATS1,FCHSD2,AKT1S1,PFDN2,PFDN5,STOML2,KDM3B,USP16,POLDIP2,GMPR2,WIZ,MTIF2,STRN4,USP19,HSPD1,U2AF1L4,NXF1,PDE6D,ROMO1,PTCD1,KDM4B,PTCD2,TMEM30A,USP21,ATP13A1,HSPE1,NEURL4,RPS6KB2"
+"gene_set_query"	"5"	"THYN1"	"33.5"	"ARCHS4 Coexpression,56;GTEx Coexpression,11"	"CYFIP2,VPS29,TRIO,MYT1L,RPL31,EHMT2,STMN3,BACH1,RPL7,SCAMP5,MPRIP,RPL36,AKT1,PRKACB,RPL21,EID1,SARNP,TSPYL4,ASTN1,MRPL18,MRPL13,ANAPC11,MRPL11,PRDX3,PRDX2,LDHB,MRPL20,FAM171A2,RNF215,CHST10,SERF2,ZSCAN18,PRRT1,FZD3,RPL41,NDFIP1,CADM2,MRPL27,PBX2,MRPL21,POU6F1,PRRC2A,MRPL22,HNRNPL,NPLOC4,FXYD6,GABRB3,MOCS2,RPLP1,MRPL39,MRPL36,CLINT1,MRPL33,JPH4,UBL5,TRMT112,GPRASP1,CIC,GPRASP2,UPF1,TPI1,ACTL6B,DYNLL2,SRP9,NCOR2,MRPL50,PSMA3,PSMA4,INF2,PSMA1,PSMA2,MTF2,RAPGEF1,VAMP2,ERGIC1,ARF6,CDC123,WDR26,WRB,TIMM13,DLST,TIMM10,CENPB,PSMB6,PSMB7,PSMB5,PSMB2,PSMB3,PSMB1,FLNA,CKB,ANKRD52,RPL15,WDR17,YTHDF2,MDH1,SKI,ABI2,MORN4,APEX1,TAOK2,HDDC2,RAB3A,PARK7,RIMS4,ATCAY,SALL2,LAMP1,HMGN3,MAGI2,ILF2,RBX1,CLIP3,RAB35,NHP2,SNRPG,SNRPE,SNRPF,PHPT1,SNRPC,FKBP3,GRIA2,BRSK1,ENY2,ARL3,ABHD8,KLC1,FBXO44,ACAT2,SBNO2,G3BP1,NACC1,RAB6B,LRRC4B,SEC16A,LSM5,LSM3,LSM2,LSM7,LSM6,NBEA,REEP2,PIN1,RNF181,PLXNB2,GPR107,NOP10,CNIH4,NFE2L1,EIF4G1,COX4I1,CELF4,CELF5,NGRN,SUMO1,PPP6R1,SUMO2,ACP1,EID2B,NDUFC1,RAD23B,SNPH,DAD1,DNAJC5,SLC25A14,RNFT2,NDUFB8,NLGN2,NDUFB6,GTF3C6,NDUFB4,NDUFB3,LRP3,PDHB,JAKMIP2,GANAB,U2AF2,POLR2F,POLR2G,FSD1,POLR2I,ATP9A,BEND5,SSB,NDUFA6,NDUFA4,NDUFA3,NDUFA2,LYSMD2,TPRKB,NDUFA1,SEMA4F,CDC42BPB,SNRNP40,GLRB,SYT11,MGAT4B,OCIAD1,ZDHHC5,TXNDC17,RPS14,RPS19,SNRPD2,SNRPD1,CDC26,DPF1,HABP4,SNRPD3,ATP6V1E1,CCDC92,KIFAP3,ATXN7L3,SRRM2,ATP6V1G1,ANK2,CSNK1D,MOGS,ACTN4,CPT1C,MAPK8IP2,MRPS18C,COX7A2L,KCNQ2,TAGLN3,BEX4,CUTA,BEX2,BEX1,TBC1D9B,SLC45A1,CEND1,TTBK1,DGUOK,SYMPK,TNRC18,SCN3A,B4GALNT4,BBS1,MAGEE1,INTS1,DCLK2,RPS27,CALM3,FBXL2,CALM1,CALM2,CDS2,CSRNP3,GDI1,ZCCHC18,NAT14,SERP2,NUDCD3,HINT1,MAP1LC3A,SLC22A17,KIF1A,PSD,MINK1,MRPS21,SYP,TUBG2,COMMD1,COMMD6,AP3B2,MLF2,NME1,GAK,ARHGEF9,MAPRE3,EEF1E1,MAGEH1,AMIGO1,ICA1L,NEDD8,CCDC106,UQCR10,NOL4,TCEAL8,EXOSC7,TCEAL6,TCEAL5,EXOSC8,APBB1,ATP6V0E2,DYNC1I1,PURG,GABBR1,SPRYD3,MYO9B,SGSM1,ATAT1,NDUFAB1,TCEA2,APBA1,MEGF8,CDK5R2,TOMM5,GRINA,TOMM6,NDUFA13,NDUFA11,NDUFA12,ZFAND3,RPP30,ROGDI,MRFAP1,BCCIP,HDLBP,SRP14,COX6A1,CHCHD3,BANF1,SBF1,RGS7,TMEM14C,CHRNB2,TRAPPC2L,TTC7B,RUNDC3A,COX6B1,PREPL,HNRNPUL1,EHBP1L1,UBE2V2,RPP21,CHMP4B,MATR3,GNAZ,BHLHB9,NDRG3,RTN1,COX16,TMEM59L,CACNA1B,COX7A2,DTX3,SUPT6H,PDZD4,DPP6,KIF3A,ATP6V1H,CAMTA1,KIF3C,NDUFV2,DNAJC19,PRNP,SYT3,CBX6,KLHL22,CWC15,GNAO1,RALYL,DLG4,OSTC,GNB1,UBE2N,IFT27,GNB5,DYNLRB1,LRP10,PICALM,KDM5C,DOCK3,THRA,CNRIP1,PRKCSH,PSIP1,DPY30,CHD3,HMGB1,SOBP,FBLL1,PPP1R9B,LASP1,ZC3H7B,LRRTM2,GDAP1L1,TIMM17B,SULT4A1,ARHGEF11,SVOP,H2AFZ,ABHD14A,SEPT3,PJA1,DNM2,NDUFS5,NDUFS4,TERF2IP,TMEM9,IFT46,NAT8L,PFDN4,INA,PFDN5,DCTN1,USP11,POMP,CRMP1,TM2D3,FAM169A,GNG3,FAM168A,SV2A,FAM120A,ROMO1,FBRS,LGI1,TIMM8B,NAP1L2,HSPE1,GDAP1,MAPK10,FAM155A,PPP2R2B,SSBP1,RAN"
+"gene_set_query"	"6"	"SGSM2"	"33.5"	"ARCHS4 Coexpression,31;GTEx Coexpression,36"	"APP,HDAC10,MYT1L,EHMT2,STMN3,ZDHHC8,SCAMP5,MPRIP,ZMIZ2,DPF1,CDK20,AKT1,BSN,ATXN7L3,SRRM2,UNC13A,SLC6A17,UNC5A,PTOV1,SCRIB,CPT1C,MAPK8IP2,MAPK8IP3,MAPK8IP1,NISCH,STX1B,PRKAR1B,RUFY3,KCNQ2,ULK1,TAGLN3,PRR12,CTXN1,STX1A,ASTN1,SF1,BEX4,IGSF8,BEX2,BEX1,TBC1D9B,FOXG1,AGAP2,CEND1,AGAP3,ACTR3B,TTBK1,ABR,FAM171A2,SYNGR1,MCMBP,SYMPK,TNRC18,PLCG1,PIP5K1C,SCN3B,RAB11FIP3,RALGDS,B4GALNT4,ZSCAN18,ABCA2,CADM3,PTPRN2,CADM4,INTS1,IQSEC2,ZFR2,IQSEC1,ST8SIA3,DCLK2,PRRC2B,PRRC2A,STAG1,CALY,CALM3,C2CD2L,ITM2C,ARF3,GABRB3,DDR1,OGFR,CSRNP3,TMEM151B,GDI1,NCAN,PTPRN,DIRAS1,AATK,NAT14,C1QTNF4,JPH4,SERP2,UCHL1,JPH3,CAMKV,SLC22A17,NCS1,IDS,KIF1A,DLGAP3,CIC,GPRASP2,GIT1,PSD,APC2,UPF1,ZER1,MINK1,ITPK1,AMPD2,MANEAL,DUSP8,DYNLL2,MED29,SREBF2,SYN1,MLF2,GAK,NCOR2,TMEM179,KAT2A,PITPNM1,KIFC2,PACS2,PACS1,CHST1,ARHGEF4,MAPRE3,FAM193B,MAPT,VAMP2,GAS7,SNX32,CCDC106,PTN,NOL4,CENPB,TCEAL6,ARVCF,TCEAL5,CAMK2N1,SLC17A7,CTNNA2,NCDN,PAK3,RIC3,WDR17,ARNT2,GABBR1,SPRYD3,DAB2IP,MIB2,MIAT,SCAF1,GRIN1,ATAT1,SKI,ABI2,MORN4,TTC3,TAOK2,RIMBP2,FAM171B,APBA1,PNPLA6,MEGF8,CDK5R2,GRINA,CRTC1,CLSTN3,CTNND2,CLSTN1,ATN1,ARHGAP39,CYP46A1,CELSR2,NRBP2,RIMS4,ATCAY,PALM,KIF5A,FBRSL1,LZTS2,SBF1,PPFIA3,STK32C,CHRNB2,SH3GLB2,DSCAM,APLP1,LMTK3,TSC2,TMEM130,RUNDC3A,DGKZ,SHISA7,BSCL2,CLIP3,TOM1L2,ACAP3,CLIP2,SCG5,SCG3,LY6H,CSNK1G2,ANAPC2,CUL9,GRIA2,BRSK1,NDRG4,BRSK2,CCDC24,ARHGEF25,ARL3,TMEM59L,HPCA,ABHD8,DTX3,SEZ6L2,CPLX2,CPLX1,FBXO41,PLD3,RAP1GAP,PHF21B,RHOBTB2,PDZD4,RAI1,PCSK1N,EFNB3,KLC2,DEAF1,BTBD2,CASKIN1,DVL1,CAMTA2,LRRC4C,RAB6B,LRRC4B,WDTC1,SYT5,CBX6,CPSF1,RHBDD2,TNK2,TMEM132A,BTBD9,SYT7,GNAO1,ARHGAP33,DLG2,DLG4,PTPRA,REEP2,GNB1,PI4KA,IFT27,CPE,MAP3K10,CSPG5,PLEKHM2,PLXNB2,PLXNB1,CLASRP,BCL2L2,MXD4,RERE,ZNF512B,KDM5C,GSK3A,PODXL2,THRA,NUMA1,CELF3,CELF4,CELF5,CHD5,CHD3,PTPN23,FBLL1,PKD1,PPP1R9B,TRO,SIN3B,ZC3H7B,SNRNP70,GDAP1L1,WDR6,EVI5L,MAN2C1,ERC2,TNPO2,DGCR2,ARHGEF11,SVOP,REXO1,PPP2R5B,RNF208,SEPT5,ARFGAP1,DNM1,GIGYF1,NRG3,SNPH,DNAJC5,DCX,TERF2IP,EVL,TMEM9,NAT8L,PPP1R12C,SHANK2,SLC25A14,CAMK1G,SHANK1,RNFT2,HDAC5,NLGN2,MGRN1,DCTN1,USP11,CRMP1,LENG8,ATP1A3,NRXN2,LRP3,MLLT1,JAKMIP1,STRN4,ADD1,MLLT6,DNAJB2,MTA1,FAM168A,SV2A,TAF1C,MGAT5B,NNAT,SLIT1,SLC25A23,FBRS,TUB,LINGO1,FBXL19,B3GAT1,FBXL16,CDC42BPB,GDAP1,MAPK10,CLCN7,FAM155A,MAPK11,PFKL,NEURL4,PPP2R2C,PPP2R2B,NOVA2,FAM131B,FAM131A,ACIN1,ATP13A2,PTPN5,UNC79,SSBP4"
+"gene_set_query"	"7"	"ELK1"	"39.0"	"Literature ChIP-seq,44;ARCHS4 Coexpression,105;ENCODE ChIP-seq,36;ReMap ChIP-seq,1;GTEx Coexpression,9"	"POP5,GMFB,SLC4A1AP,TESK1,ALKBH6,ALKBH8,ALKBH3,FAM110A,TBK1,CAPNS1,RAVER1,FGFR1OP2,AKT1,PRKACA,PRKACB,SAP30BP,UNC5A,FRS2,PRKAB1,LARS2,DDIT3,DDIT4,TMEM126A,ATF4,SF1,TSTA3,EXD2,SAR1B,NPRL2,PRPSAP1,RHOT2,RNF216,PIP5K1A,PIP5K1C,HEXIM1,JUN,PRPF38B,EIF2AK1,NCAPH2,FUCA1,LARP7,TBL3,QARS,LAS1L,FASN,HYOU1,SFXN1,PKIG,MTMR14,ARHGAP1,PRKAG1,SNX11,BBC3,DDA1,MED17,OSBPL10,PANX1,MED11,MED10,DLGAP1,DLGAP3,APC2,SPHK2,SLC39A11,SLC39A13,GMIP,MED29,DDB1,PHF20L1,MED22,MMP17,SDHAF1,CINP,ERGIC3,ERGIC2,TRUB1,LIN37,NIP7,URM1,WRB,ATL2,DLST,SNX32,NOC4L,SLC7A1,CENPB,NRAS,EXOSC10,MFN1,SPOP,STX6,MFN2,RICTOR,CENPT,ATAD1,MBD1,TRAPPC10,MCRS1,ARCN1,SKI,NUDT21,SNX19,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,SNX14,ETNK1,TAOK2,PKN1,YPEL4,YPEL3,MTCH2,TMEM167B,FBXO28,ATN1,LTN1,CASC4,PLOD3,FBXO22,FADS2,MAP3K7,FADS1,DGAT1,FBXW9,CTNNBIP1,ZCRB1,POLRMT,FBXO11,FBXW2,LENEP,FAM118B,MSH6,ATXN2L,DMTF1,MSH3,SRSF2,ARL8B,SRSF9,SLC27A4,GRIA1,GRIA2,INO80B,TXNDC9,SMYD5,GMPS,SPATA2,FBXO44,FBXO41,CORO1B,UQCRH,CORO1C,FBXO42,RAP1B,EIF1AD,SNN,NDOR1,MED30,ZKSCAN3,ZKSCAN2,BRIX1,NOP16,API5,ODF2,FBXO38,HPS1,HPS4,ARPC4,ARPC5,FBXO31,UCKL1,DRAP1,YRDC,SON,SH3BP5L,ARPC3,CNTROB,ACO2,NIT1,OGT,NOP10,ISY1,MCFD2,NUMA1,AKAP8L,ETFA,AP4M1,ZNRD1,PPP6R1,ACP2,UNC45A,EIF5A,ACTR3,ACTR2,ACTR6,DHPS,TFIP11,RABGGTB,RABGGTA,ARFGAP1,IMPACT,SYF2,IMPAD1,C1D,TOP1,SNAP47,BECN1,CANT1,UHRF2,MGRN1,SRF,SRBD1,SRSF1,LENG8,MLLT1,RCHY1,MTHFSD,FOXRED2,ZNRF1,KCTD20,U2AF2,TRIM46,UBQLN1,EIF4H,FYN,IGF2BP3,FSD1,E2F4,UBQLN4,TRIM44,GADD45GIP1,NOP56,CIZ1,TRIM41,FEM1B,HNRNPAB,NECAP2,EIF3M,NECAP1,NAGK,CDKN2AIPNL,TRIM39,SYT11,EIF3L,EIF3I,EIF3G,EIF3H,PDCD2,STUB1,TRIM37,EIF3E,EIF3F,EIF3B,PPAN,ACTB,HERC4,CDC23,TRIM28,SNRPD2,SNRPD1,CDC26,CDC27,TRIM24,FBXO3,EIF2D,BSN,ATXN7L3,EIF2A,SMARCC1,ATP6V1G2,SMARCC2,ALG9,ECH1,ALG5,CIRBP,MOGS,CSNK1D,ALG1,ACTN4,MFSD11,MFSD10,CDC37,SUB1,KCNQ2,CSNK2B,KCTD18,TRIM11,AARS2,TBC1D9B,DHX8,CEND1,ACTR3B,TTBK1,CDKN2AIP,PGS1,B4GALNT1,B4GALNT4,BBS1,AIMP2,ZBTB6,CWF19L1,GRB2,CALR,NOL11,FBXL5,FBXL6,SUGP1,MON1B,HERPUD2,CSRNP2,MRPS16,PAK1IP1,MRPS12,NAT10,NAT14,PTMS,PPP3CA,NUDCD3,MAP1LC3B,PCM1,OTUD6B,SDF4,SDF2,RAC1,GIT1,BBS4,CAP1,COX8A,MRPS26,MRPS27,MRPS25,PABPC4,MRPS22,MRPS23,MRPS21,CACYBP,SYN1,SREBF2,APRT,CTTNBP2NL,CNKSR2,TOX4,GAK,KIN,PITPNM1,SLTM,TAX1BP1,UFC1,ARHGEF1,FAM32A,ARHGEF2,EEF1E1,DYNC1I2,SSNA1,MRPS33,GBA,GNAI3,HSD17B4,MRPS30,COX5B,COX5A,PCNP,OS9,ORMDL3,MGAT3,MGAT1,MGAT2,DYNC1H1,GABBR1,VEGFB,KLHL2,TTC1,PEX14,GRIN1,KLHL9,BOP1,SEC23IP,TTC4,NDUFAB1,AGGF1,TCEA1,HDGF,PNPLA6,GRINA,CARS,SRP19,SYS1,NUP188,CRTC1,UBE2Z,TXN2,ACTG1,EEF1B2,PPIP5K2,FAM3A,FBXW11,TTC7B,ADAM10,UBE4A,SDHC,DHDDS,GPRIN1,PPIH,PPIG,CARS2,PPIA,PPID,DDX6,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX17,CACNA1B,HTRA2,CACNA1E,RNASEH1,SHARPIN,IRAK1,LLPH,TBC1D17,TBC1D16,UBE2F,SYT3,UBE2H,UBE2I,UBE2B,CNOT10,UBE2A,AP4B1,MANBAL,HIGD2A,GNAO1,IFT20,NASP,CCPG1,GNB2,MKRN1,GNB1,UBA2,UBA1,UBE2M,CUEDC2,HP1BP3,ADAR,TNFAIP1,TAZ,USE1,LMNB2,PITPNC1,LMNB1,CABIN1,TMEM223,LASP1,EEF2K,GDAP1L1,TBP,PDPK1,ATP6AP2,CAD,SYNGR3,EPN1,ELF2,EEF1D,CAT,ACOX3,NAT8L,AGPAT5,RALA,RRN3,ANKS3,RSPH9,RNF7,RNF4,ADD2,CYTH2,GNG3,MTA1,TMEM203,GNG5,SV2A,MKNK1,TGS1,MKNK2,TMEM208,BNIP2,PTK2B,RALY,MTA2,FBRS,CLVS1,EYA3,SSRP1,USF1,TTC17,SMUG1,GALE,UFM1,TEF,ERCC1,CARM1,POLE3,ERCC5,IPO13,NCKAP1,IPO11,RRP1,ARPC5L,HNRNPU,WDR83,GPATCH4,PHAX,SMC6,EPRS,ELK1,PHB2,GLS,CNST,TFG,ZMIZ2,CSPP1,LUC7L,AP1S1,WDR74,REV1,WDR75,SCRIB,GTPBP2,ATG13,GTPBP4,HCFC1,ZSCAN21,NUP98,VPS25,VPS28,ASTN1,ANAPC16,PRDM15,XPA,XPC,ANAPC11,FAM171A2,NCSTN,LDHA,WDR70,BLOC1S1,BLOC1S2,VPS11,GAR1,RRS1,NRBF2,HMOX2,HOMER1,IRF2BP1,NR1D1,PHC3,WDR55,HNRNPL,GNPTG,HNRNPM,HNRNPF,HNRNPC,FARSA,ATG2B,GABRB3,SETD5,GMEB1,GMEB2,BTG1,PHF23,PHF1,DENND1A,GPT,KRI1,WDR46,PHF6,SMG5,C1QTNF4,UBL5,CIC,RRP15,UBL7,WDR36,WDR37,EXOC7,NUTF2,GNL2,TERF2,GNL1,WDR35,WDR33,HADHB,NCOR2,HADHA,NSA2,SIKE1,KIFC2,MTF2,EXOC4,EXOC3,KIFC3,EXOC2,EXOC1,RNMT,USO1,WDR24,FAM129B,ARFRP1,PPP1R2,PPP1R8,USP1,RRP36,SLC17A7,PAIP2,YTHDF2,YTHDF3,CSNK1A1,WDR18,NR1H2,SYVN1,DHRS1,SCAF1,WDR13,MKLN1,NFIA,OSTM1,NUCB1,TMEM39B,RAB3A,ANKRD13D,GTF2B,PARK7,AUP1,IPO4,TM7SF2,EDC4,NRBP2,PPP1CC,RIMS4,IPO8,IPO9,LAMP1,SLC39A9,CFL1,PLS3,RAB2B,CSNK1G3,USP8,MAP2K2,TPM4,USP5,USP4,TPM3,TPM1,GTF3A,THOC5,PGD,THOC6,PYGO2,ILF3,RAB34,MORF4L2,RAB35,FKBP8,SNRPG,SNRNP27,SNRPE,ADNP,STAMBP,FKBP4,TOX,SNRPC,CSNK1G2,SNRPB,CSNK1G1,BRSK1,FKBP2,RAB5C,CCDC25,UBR4,GLT8D1,SLC38A10,UBR3,UBR2,ORC5,UBR7,ORC3,DVL1,DVL2,DVL3,SRGAP3,MAP2K7,MCL1,AP1M1,TRAPPC2,EIF2B4,UVRAG,AKIRIN1,EIF2B3,EIF2B2,SEC16A,TRAPPC4,TMEM132A,M6PR,TRAPPC9,COPS3,COPS6,SLC7A6OS,NSG2,REEP5,REEP2,PDCL,MAP3K10,PLEKHM2,TPP2,CCDC22,COPS8,RSL24D1,BCL2L1,MCM7,WDR1,WDR3,WDR4,SCRN1,VPS72,SNRNP70,UBTF,EIF2B1,TNPO1,TNPO2,TNPO3,IDH3A,ADSL,PLEKHG2,GGPS1,RPL13A,DNAJC2,DNAJC7,DNAJC5,POLR1C,LANCL2,CRK,MTPN,EI24,RAB1B,DNAJB2,DNAJB6,FIP1L1,POLR2B,VPS53,POLR2C,VPS52,POLR2D,ASCC2,POLR2G,POLR2I,CCDC71,POLR2K,SLC35A4,PPIL1,PPIL2,RNGTT,FBXL19,TPRKB,FBXL16,FBXL14,FBXL12,DNAJA1,RAB14,POLR3D,RAB12,VPS41,POLR3H,PPIL4,SLC35B2,TCERG1,VEZT,PANK2,VARS,ZMYND8,CISD1,GBA2,NFU1,PNN,RPS14,RPS16,FRAT2,RPS19,KAT5,RPS18,FLAD1,RPL36AL,PPP2R1A,MAGOH,LONP1,LONP2,BTRC,RPS11,TBC1D10B,RPS12,SRRM3,PDHX,COG8,COG3,COG2,AP1B1,COG1,CPT1C,MAPK8IP2,MAPK8IP3,SRRM1,NIF3L1,POR,KARS,ZW10,SUCLG1,RTEL1,DCUN1D5,MAGED1,CSTF3,CSTF2,MYL12B,FXR1,ZNHIT1,CHTF8,PDCD11,ARGLU1,ATP6V0A1,VASP,TMEM184C,TMEM184B,ZRANB2,MAGEE1,SETDB1,SYNRG,PYCR2,PUM1,SMU1,RPS27,FUBP3,ADCK5,RPS20,MAGED2,RBAK,TECPR2,C2CD2L,RPS24,GFM1,UBXN1,GFM2,SRA1,XPO1,C1QBP,SEC61G,CHMP1A,RAB8A,PSD,PSENEN,GP1BB,PARP2,STRADA,PPHLN1,ITFG2,MLF2,SCNM1,NFX1,HNRNPH1,CSTB,DTYMK,AMIGO1,NOL9,NOL4,BEGAIN,HIRA,PPP2CB,TCEAL5,METTL6,APBB3,PURG,MTX1,PTGES2,RAB11B,KBTBD4,HIST3H2A,CAPZA1,NBR1,APBA1,MEGF8,APBA2,MEGF9,NDUFA13,NDUFA11,KDM1A,KDM1B,NDUFA10,CWC25,CWC27,COL4A3BP,TATDN1,FAM162A,ARHGDIA,HCFC1R1,NRCAM,AZI2,CHRNB2,TRAPPC2L,PUS7,SHISA7,TUFM,PRPF6,HGS,PRPF3,CHMP4B,MATR3,ZCCHC8,IDI1,COPA,RPS19BP1,NOP2,CLEC16A,PRPF8,EMG1,EFNB3,KLHDC2,KLHDC3,CPSF4,DARS,KLHDC4,CPSF7,CPSF6,CPSF1,CBX4,IDH1,EFNA2,CAPRIN1,CHMP2A,SKIV2L,LRP10,COPE,LRP12,MUS81,KDM5B,KDM5C,THRA,DBI,YBX1,HS2ST1,RBM3,RPS4X,SPRED2,SEPT9,LRRTM2,SNAPC4,CASP2,MAPK1IP1L,SVOP,H2AFX,AXIN1,H2AFV,RPS3A,PPP2R5D,SEPT5,DNM1,SEPT3,TRAPPC6B,THRAP3,CDH10,AKT1S1,TERF2IP,PFDN2,HAGH,PFDN4,THOP1,PFDN5,KDM3A,STOML2,STOML1,ATF6B,PDXP,ATP1A1,TBRG4,NXF1,FAM168B,ALDH1B1,CHSY1,PPP2R3C,FAM120B,SAP30L,BUB3,SNCB,MAPK6,KDM4B,KDM4C,ATP13A1,QPCTL,CYHR1,DEK,SLC4A7,RPS6KB2,CDK2AP2,MDC1,CHIC2,GHITM,TSEN54,SCAMP5,PSMD8,SCAMP4,RABGEF1,PSMD9,SAMD14,PSMD6,PSMD4,PSMD3,SAMD10,MEF2A,GABARAPL2,RBFOX1,DAXX,CSNK2A1,NGDN,DNTTIP1,DNTTIP2,HDHD2,EML2,SCAMP3,SND1,SCAMP2,EML4,EID1,MYL6,MTMR2,FLII,MRPL18,AGAP2,MRPL16,SDR39U1,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,MTMR4,OAZ1,GABARAP,MRPL10,MRPL20,GRPEL2,PUSL1,RHBDL1,VTI1B,PRRT1,MCTS1,EDEM2,MRPL27,MRPL28,NETO2,BBIP1,ERLIN2,FAM136A,MRPL24,SNUPN,MRPL21,EIF1,MLLT11,CS,MRPL30,UCK1,AVL9,TMEM9B,ARF3,ARF4,PIGT,PIGO,HEXB,PIGQ,RPLP0,HEXA,MRPL38,MRPL34,MRPL33,JPH4,TRMT112,NIPBL,JPH3,MRPL40,TMEM43,FASTK,RPLP2,UPF2,LYPLA2,UPF1,DFFA,ACTL6B,MRPL49,NIPA1,SIRT4,LRRC40,MRPL47,NIPA2,SIRT7,MRPL48,DYNLL1,MRPL43,SIRT3,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,PSMA2,TMEM33,TMEM106C,TUT1,PICK1,PGAM5,SLC29A1,VAMP4,VAMP2,LRRC14,SRRT,SEZ6,PSMA7,TMEM70,PSMB6,GGA1,PSMB7,PSMB4,RECQL5,BTAF1,PSMB5,TCOF1,PSMB3,PSMB1,AP2S1,LEO1,CLPTM1,FLNA,NCDN,RPS27A,YKT6,SRSF11,NKTR,UTP6,LRRC24,MDH2,UTP3,STAT2,LRRC28,GATAD2B,GATAD2A,LRRC20,LYRM2,PSMC3,PSMC1,PSMC2,SRRD,UBE2D3,UBE2D1,STK19,ZBTB22,HDDC3,STK11,SMCHD1,ATCAY,STK16,OSBP,PMPCB,FBRSL1,PMPCA,KPNA4,AP2M1,PPP1R16B,IK,SLC38A1,UBE2E3,PPP1R16A,VPS33B,SARS,PRPF4B,ZBTB33,FTSJ1,ACAP3,TXLNA,SLC9A8,MAPKAPK2,FSCN1,SNRNP200,KPNB1,ANAPC1,ANAPC2,PFKFB2,RNASEH2C,LRRC59,PFKFB3,RNASEH2A,MAX,MAZ,ISG20L2,ARL2,NTPCR,SBNO2,ATXN2,SLC38A7,LRRC4B,ZBTB17,GOT2,ZBTB11,EEF2,ZC3HC1,GNL3L,UBLCP1,AAK1,PIN1,TMEM19,NFE2L1,SLC25A1,ZNF512B,HSP90AB1,CELF1,CELF4,CELF5,SUMO1,HMG20A,MRPL9,MDP1,DNM1L,EID2B,DIS3L2,PPP1R12A,SH2D3C,VPS37C,RAD23A,VEZF1,VPS37B,RAD23B,DDOST,NSMCE4A,NPC1,SNPH,PIK3C3,SEC22B,SLC25A11,MET,RNFT2,GTF3C2,NDUFB9,GTF3C3,SEC23A,NDUFB7,MAK16,PRCC,NDUFB3,CXXC1,LRP3,ZBTB45,CXXC4,GANAB,NCLN,FCHO2,CDC37L1,BEND3,LRRC8A,IARS2,LRRC8B,SLC25A23,SLC25A22,AAMP,SLC25A25,BEND6,SH2B1,NDUFA9,CYB5B,PPP1R14B,SLC12A5,MMAA,NDUFA4,NICN1,FOXJ2,IMMT,LYSMD1,RPL23A,BAIAP2,TPD52L2,ATOX1,SLC25A38,P4HB,SMAP2,SEC24C,SLC25A36,SPG21,EIF4A2,AHCYL1,TMEM41A,TMEM41B,CCNH,ZDHHC5,TXNDC11,THUMPD3,GCC2,ZDHHC8,NUBP2,TXNDC17,ZDHHC4,CCAR1,RASSF1,OGFOD2,CHORDC1,CCNL2,CCNL1,SEC63,EPHA5,IMP3,NSMCE2,ANK2,STX1B,THAP7,ULK3,CD2BP2,KDELR2,PREB,TAGLN3,TMEM87B,PAXIP1,FOXG1,SUPT4H1,PIK3R4,PIK3R2,PTTG1IP,APH1A,SNX1,PGBD5,DHX33,DHX34,LARS,TSPAN7,DHX36,ERI3,DHX37,SURF6,DHX38,SYMPK,RCE1,SNX5,SURF1,IQSEC2,INTS1,SURF2,ST8SIA3,SURF4,RPL27A,INTS5,PAF1,CALM3,CALM1,RGL2,CALM2,TMEM151B,PPP1R11,FAM57B,GPAA1,INTS10,AP2A1,WASL,AATF,IER3IP1,ARV1,SPTLC1,NCS1,MLX,DHX15,ARIH2,KIF1B,KIF1A,UTP14A,CCT2,TMEM150A,DBNL,NCOA5,ZFR,MINK1,ANO8,MRPS2,COMMD6,COMMD4,COMMD5,PDRG1,ENAH,DBN1,STX16,STX18,DERL1,NEDD8,CCDC106,CAMKK1,ARVCF,MNT,EXOSC4,FAM172A,EXOSC9,PES1,HSF1,CCT5,CCT4,YIPF1,YIPF2,YIPF3,YIPF5,TMUB1,AP2B1,UBE2G2,NPM3,PPP1CA,RGP1,PER1,DPY19L1,DPY19L3,GPAM,NEDD4,FKBP1B,FAM171B,DPAGT1,MIDN,DBR1,MPI,KIF5C,FAM174B,KIF5A,BANF1,SBF1,ARID2,RGS7,SH3GL1,KIRREL3,SLC30A9,ADPRHL2,DIMT1,LMTK3,SSU72,RUNDC3B,RUNDC3A,ATAD3A,TMX4,HNRNPUL1,FAM173A,TMX1,HNRNPUL2,UBE2V2,SBDS,GEMIN7,RTN2,NDRG4,VCP,PSMD12,PSMD11,TMED10,RBM8A,PSMD13,YTHDC1,PDS5B,RPF2,PDS5A,SUPT6H,RTN4,RPF1,DEAF1,H1FX,KIF3C,CYC1,NDUFV1,BCL9L,OST4,GGT7,HMGA1,KLHL22,SUPT5H,SSH3,KLHL20,CLK1,OSTC,CYCS,PHF13,TAB2,LSM14B,YWHAE,RBM28,GSK3A,PRR7,DDX49,DDX46,PRKCSH,DDX47,PRR3,ILK,ATP2A2,TRIAP1,MEA1,AFF4,PPP1R9B,RPGR,SEC61A1,BCL7C,GATAD1,NUP62,MLST8,TIMM17A,UQCRFS1,TIMM17B,YWHAG,UTP15,GLRX3,DDX55,RBM18,ARHGEF18,DDX54,GPCPD1,YWHAZ,PJA2,PJA1,CREB3,SFPQ,IRF3,PEX3,TBC1D5,NDUFS5,NUP50,TBC1D7,NDUFS3,NUP54,RBM22,DCTN6,DCTN5,DDX27,DDX24,NAA20,DCTN1,DCTN4,GOSR1,DDX23,PARN,RBM4B,HMGCR,PARL,TNKS2,TAF1A,NAA10,TAF13,GALNT2,TAF10,TAF11,ATP2B4,PDAP1,ATP2B2,LRWD1,SOD1,CLCN6,GOLPH3,ASB6,TAF6,FAM98B,R3HDM1,TAF2,MBTPS2,TAF1,CYFIP2,RB1,RPL4,RPL30,RPL3,CLPB,RPL32,MYT1L,RPL31,STMN3,DCAF8,RPL8,DCAF5,RPL6,DCAF7,MYC,RPL35,RPL38,RPL37,DIP2B,MPV17,IER5,IER2,ACOT9,TSPYL1,PIH1D1,RPL23,DAPK3,RPL22,MED8,CD3EAP,AARSD1,MED6,GPR162,RNF126,BIN3,IFT81,TYRO3,RPL24,YME1L1,RPL27,RPL26,RPL29,PRR12,UBA52,PRR14,PRR13,CDC42SE1,POM121,ATXN7L3B,VPS26A,PRDX2,ABR,PPP3R1,PRDX5,PPP4C,RAD21,CHST10,SSR1,CDK17,RPL41,CDK19,MAD2L1BP,MTHFR,PA2G4,THAP11,PRRC2A,TMEM199,FIBP,GIPC1,OGDH,CDK10,DUS1L,CDK13,CDK16,OGFR,SPEF1,CLTB,CLTA,ADO,ING1,PFAS,RNF157,ING4,CSRP2,TMSB4X,ANXA6,GPR137,RIOK1,EMD,ZC3H10,NUDC,SSR2,TCF12,SSR3,RNF167,AFTPH,LSG1,RNF166,SF3B5,SF3B3,RPL10,GPS1,TIMM10,TM9SF3,RNF138,RPL13,BRD9,RPS2,ANKRD52,RPL18,SF3B1,RNF130,RPL19,SF3A3,SF3A1,BRF2,SF3A2,RIOK3,TTC9B,TRMT1,GTF2H1,TTC9C,MZT1,LRPPRC,TM9SF2,FIG4,TM9SF1,ERP44,RNF145,XAB2,MORN4,ABI1,RLIM,RNF141,TUSC3,FMR1,TUSC2,CLSTN1,RNF19A,SMARCAD1,MAF1,STK32C,MEN1,SEMA6B,ANKRD49,RPS7,RPS5,RPS6,AIP,RPSA,RNF40,RNF41,CLIP3,CTDNEP1,CACNB3,CACNB4,RALGAPB,ZFP41,MADD,NHP2,ERH,TTPAL,MAD1L1,GLYR1,CUL9,ANKRD17,CUL7,DNMT1,TNKS,ANKRD11,ABHD8,KRBA1,RLF,PHF21A,STIP1,HMBOX1,KLC2,NACC1,BAG1,PSAP,BTBD2,ABL1,MPDU1,ESRRA,ANKRD34A,TOR1A,MARCH7,BTBD9,LSM5,TOR1B,LSM3,CHERP,LSM2,CDK9,GON4L,CNOT7,CDK5,ZFP62,CDK4,CNOT2,TADA3,CNOT3,RNF181,NF2,LZTR1,RNF185,EIF4G1,RNF187,RNF10,CALCOCO1,RNPEPL1,RNF14,PTPN23,DUSP11,RPL7A,PPP6C,DUSP12,SART1,METTL14,GM2A,OPA1,PSD3,HIF1AN,SLC37A4,REXO1,ZFP91,RANGAP1,YDJC,BET1L,COASY,PTP4A2,TRAF7,TRAF4,RPL37A,SNRPA1,RP9,GTF2A1,NFAT5,SMARCD2,GTF2A2,WBP1,JAKMIP1,DPCD,DCAF15,CACNG7,PUF60,RBBP4,RBBP5,MGAT5B,SNRPB2,RBBP6,WASF1,UGGT1,DCAF13,RNF20,SMARCE1,SPAG7,ADRM1,RPL35A,PTPN11,PTPN12,TRIT1,CUL4A,PFKL,KLF6,APC,IMPDH2,MGAT4B,RUNDC1,RHEBL1,METAP2,GDE1,GOLGA5,DPF1,GOLGA1,ARL6IP4,ZFPL1,KIFAP3,AQR,NFKBIL1,SLC11A2,ACSL6,PTOV1,MTUS1,MRPS18B,MRPS18A,JMJD8,JMJD6,RRAGA,RRAGB,GRWD1,XRN2,GUF1,VDAC3,TTLL12,PFN1,AURKAIP1,PFN2,CUTA,GPM6A,TMEM161B,MGST3,TWF1,TRMT2A,INPP5B,DGUOK,PTDSS2,PTDSS1,SGPL1,VPS8,INPP5K,SCAP,MAP4,FIS1,RABGAP1L,STK11IP,SS18L1,STAM,UBAC1,GADD45G,PARP11,ANP32B,CC2D1A,BAP1,ITM2C,TRAM1,DAZAP1,GDI1,FAF1,FAF2,MYL6B,PRPF19,SERP2,HINT1,CAMKV,GUK1,RSPRY1,PRMT6,PRMT5,PRMT8,ATP6V0B,PRMT7,PRMT1,PRMT3,NME3,TUBG1,NME1,PRPF18,POC5,STRAP,MAPRE3,MAPT,ALDOA,SGK1,ATP6V0C,PRIM2,TOMM40,PRIM1,TRAK2,CUX1,SHOC2,CTNNA2,LCMT1,ARNT2,RANBP1,RANBP9,RSL1D1,MARS,R3HCC1,CTNNB1,RAB3GAP2,FAU,CDK5R1,TOMM6,ARID4A,CIB2,NUCKS1,TOMM20,TOMM22,CHCHD4,EFTUD2,TMEM145,CHCHD2,POGZ,ANGEL2,APLP2,TOMM34,TSC2,KCTD2,OCRL,TSC1,TRNT1,DPM2,RPL7L1,TIPRL,SPNS1,FIZ1,STAM2,ISCU,ATP6V1A,TMEM59L,COX7A2,STK4,CPLX1,ADIPOR2,DPP3,PDZD4,DPP8,DPP9,TMEM127,CASKIN1,SUDS3,DMAP1,MARK4,ZC3H13,ATP6V1D,MARK3,MARK2,DNAJC19,ACBD5,HSPA4,ASPSCR1,DNAJC11,BFAR,DNAJC14,DNAJC16,RALYL,DLG1,DLG2,DLG4,ATG16L1,TBCE,GRSF1,NFKBIB,B4GALT2,CREBZF,USP32,USP39,POLB,SENP7,TMEM101,SENP5,ZC3H7B,FLOT1,FLOT2,MAN2C1,USP30,SCYL1,TSFM,RNF208,SENP3,KLF16,FAM189B,DDX19A,ITGB1BP1,CHMP6,CAMK1G,CHMP5,CAMK2B,USP16,POLDIP2,POLDIP3,TM2D1,GMPR2,POMP,WIZ,MTIF2,MOSPD3,TM2D3,MTIF3,STRN4,USP19,NCALD,U2AF1L4,RMND5B,ROMO1,ABCF1,REPS1,LGI1,PTCD3,USP24,IGBP1,ATE1,USP20,B3GAT3,BAD,HAGHL,SGTA,HSPE1,NAP1L4,NEURL4,BAX,SSBP1"
+"gene_set_query"	"8"	"PIN1"	"42.0"	"ARCHS4 Coexpression,43;GTEx Coexpression,41"	"POP7,SMARCB1,MYT1L,STMN3,NUBP2,SCAMP5,RPS15,PSMD8,PSMD4,STMN1,DPF1,HABP4,ARL6IP4,RPL38,BTRC,CCDC92,KIFAP3,ACOT7,WSB2,RBFOX3,IMP3,ACSL6,MIF,MAPK8IP2,MAPK8IP1,STX1B,RNF126,PRKAR1B,ASPHD1,ZC3H11A,CLPP,KCNQ2,HECW1,JTB,TAGLN3,PFN1,AURKAIP1,CTXN1,ASTN1,BEX4,CUTA,LRPAP1,BEX2,BEX1,FOXG1,STXBP1,CEND1,PHYHIPL,MRPL12,ACTR3B,OAZ1,TTBK1,FAM171A2,SYNGR1,PPP4C,PGBD5,ERI3,CHST10,RIMKLA,ATP6V0A1,PRRT1,PRELID1,PRRT2,MAGEE1,IQSEC2,CADM2,MRPL28,MRPL23,MED13L,MLLT11,CALY,TOLLIP,NDUFAF3,CALM3,CALM1,CALM2,DOC2A,GDI1,DIRAS1,CCDC124,TECR,MRPL38,DDA1,RNF157,JPH4,SERP2,UBL5,NUDCD3,UCHL1,MAP1LC3A,JPH3,XPO1,GUK1,C1QBP,TMSB4X,NCS1,IDS,SH3BGRL3,KIF1A,DLGAP3,APC2,COX8A,PSD,PCYT1B,MRPS26,NUDC,ZER1,ACTL6B,SYP,SYN3,DYNLL2,SYN1,MLF2,MRPL52,TUBB2A,CANX,MAPRE3,MAPT,ATP6V0C,VAMP2,ARF5,NAPA,NAPB,SF3B5,DTYMK,SSNA1,USO1,GDPD1,TIMM13,SNX32,TMEM160,UQCR11,CCDC106,NOL4,COX5A,PSMA7,MRPL55,TM9SF3,NT5C,TCEAL6,TCEAL5,CAMK2N1,CHN1,AP2S1,SLC17A7,CTNNA2,SCAND1,APBB1,NCDN,ATP6V0E2,DYNC1I1,PEX16,ARNT2,GABBR2,RYK,WDR18,TTC9B,GRIN1,YIF1B,PPP1CA,RAB11B,SPSB3,MORN4,PSMC3,TCEA2,APBA1,TRIP12,MEGF8,APBA2,CDK5R2,CDK5R1,NDUFA13,RAB3A,NDUFA11,CTNND2,TUSC2,CTNND1,ARHGDIG,PEBP1,IPO7,CDH8,SLC8A2,RPH3A,RIMS4,CHCHD2,ATCAY,TMEM147,CHCHD6,RUVBL2,KIF5A,CFL1,HCFC1R1,PALM,ADORA1,STK32C,PPFIA3,PPFIA2,RGS7,SLC39A3,NSF,CHRNB2,APLP1,LMTK3,AIP,NOSIP,CNPY2,TMEM130,RUNDC3A,COX6B1,CLIP3,OLFM1,NHP2,LY6H,PHPT1,SNRPB,GRIA2,RTN3,BRSK1,RNASEH2C,NDRG4,BRSK2,NDUFB10,RPS19BP1,NDUFB11,ARL3,TMEM59L,ABHD8,ARL2,CPLX2,PDS5A,CPLX1,HSPBP1,FBXO41,PDZD4,DEAF1,KIF3A,CASKIN1,UBR5,PMVK,CAMTA1,KIF3C,CYC1,RAB6B,NDUFV1,LRRC4B,AP1M1,KLHDC3,SYT3,UBE2I,ANKRD24,TRAPPC5,IDH2,TBCB,LSM4,GNAO1,DRAP1,RALYL,LSM7,DLG2,SYNJ1,CDK5,DLG4,REEP2,MAP3K10,CNIH2,COPE,UBE2M,PODXL2,USP34,CELF4,ELAVL4,CELF5,FBLL1,ELAVL2,NRGN,ELAVL3,MRPL4,NGRN,LRRTM2,GDAP1L1,MLST8,TIMM17B,EVI5L,ERC2,SULT4A1,SVOP,GPX4,RNF208,EDF1,SYNGR3,SEPT5,DNM1,SEPT3,GAP43,NDUFS8,NRG3,SNPH,LANCL2,NDUFS3,NAA38,PFDN2,HAGH,NAT8L,INA,SLC25A11,OTUB1,RNFT2,CAMK2B,NDUFB8,STOML1,DCTN1,CLEC2L,DCTN3,ATP1A3,NRXN2,PDXP,FAM169A,JAKMIP1,HSD17B10,LAGE3,AP3M2,CACNG7,TFPT,GNG3,SV2A,MGAT5B,FAM120A,POLR2E,ROMO1,FSD1,SNCB,WASF1,POLR2I,EIF4B,GADD45GIP1,LINGO1,SLC12A5,B3GAT3,BAD,PRAF2,LIMK1,SGTA,ADRM1,NAP1L2,GDAP1,NAP1L5,MAPK10,FAM155A,MAPK11,GLRB,PPP2R2C,SYT11,PPP2R2B,RPS6KB2,EIF3G,CDK2AP2,RBM42,TRIM37,STUB1,EIF3A"
+"gene_set_query"	"9"	"SAFB"	"47.5"	"ARCHS4 Coexpression,63;GTEx Coexpression,32"	"MDC1,SMARCB1,VARS,TRRAP,GPATCH1,EHMT1,HNRNPU,TSEN54,RPS15,TIAL1,TRIM28,RAVER1,PSMD3,ARL6IP5,LONP1,UBAP2L,NFRKB,ATXN7L3,FNBP4,SRRM2,DAXX,SMARCC1,NUP210,NGDN,METTL3,MOGS,SCRIB,SND1,SRRM1,HCFC1,EID1,RNF126,EWSR1,ZC3H11A,TTLL12,PRR12,TELO2,SF1,POM121,ANP32A,DHX9,MGST3,FLII,PRDM15,BAZ2A,HTATSF1,MBTD1,LARP1,NUP85,DHX37,DHX38,SYMPK,RCE1,PLCG1,RBM10,SNHG1,CREBBP,SETDB1,INTS1,RCC2,SETD1A,XRCC1,PBX2,PRRC2B,PRRC2A,SMARCA4,HNRNPL,HNRNPM,HNRNPK,ARL2BP,FUBP3,HNRNPD,MMS19,CALR,AARS,OGFR,SETD5,MOCS2,SETD2,SMG1,DAZAP1,UBXN1,RPLP1,KRI1,SMG7,PRPF19,SMG5,IKBKB,NIPBL,SMPD4,PCF11,DHX16,SDF4,TMED7,JARID2,CIC,TOP3B,UPF1,BRD2,BRD1,NCOA5,PARP1,PRMT1,TEX10,NSUN2,PABPC4,ITFG1,SREBF2,WDR33,TMEFF1,SLTM,EXOC3,FAM193B,FAM193A,ARHGEF2,PABPC1,HNRNPH3,SFI1,DBN1,PCYOX1,SF3B2,DOT1L,SRRT,AKAP8,WDR24,HIRA,UNK,EXOSC10,GGA3,TCOF1,PDZD11,PES1,RPL13,ANKRD52,CCT7,BRD4,CENPT,SF3A1,PEX19,SF3A2,MIB2,RSRC2,AIG1,SCAF1,GATAD2B,SCAF4,GATAD2A,SKI,XAB2,BOP1,PRPF39,MYBBP1A,CCDC9,CAPZA2,SERBP1,TAOK2,HNRNPA2B1,HDGF,PKN1,TARDBP,ACTR10,CRTC2,KDM1A,CASC4,ATN1,PHRF1,EDC4,FBL,STK11,KHSRP,ARHGDIA,CEP250,SBF1,GTF2I,MEN1,HMGN1,RAB2A,USP7,RNF44,TPRA1,KDM2A,KDM2B,USP5,LIG3,POLRMT,LEMD2,ATAD3A,RNF40,ATXN2L,ILF3,MAU2,PRPF6,HNRNPUL1,HNRNPUL2,NCL,RAB35,FSCN1,CHMP4B,SRSF4,SNRNP200,FKBP4,KPNB1,CSNK1G2,SNRPA,ANAPC2,GLYR1,ZCCHC8,INO80E,MAX,TUBGCP2,YTHDC1,MAZ,NRF1,PRPF8,SUPT6H,STIP1,NDOR1,NACC1,DVL2,SAFB2,EP400,ABL1,ZC3H18,E4F1,MAP2K7,TBC1D17,ANKZF1,IP6K2,EIF2B5,EIF2B4,ZBTB17,NOP14,CPSF7,BRPF1,CPSF1,FUS,NONO,PCIF1,HPS4,HMGA1,DNAJC11,FANCE,EEF2,CLK3,CHERP,PAN3,ATG16L1,CNOT2,CAPRIN1,CNOT3,MDM4,UBA1,CLASRP,PI4KB,TCF3,LSM14B,LSM14A,EIF4G1,ZNF512B,DIDO1,RNF11,KDM5C,MCM7,NUMA1,LDB1,CELF1,NVL,PRKCSH,CHD8,AKAP8L,DDX42,CHD4,PTPN23,CHD3,YBX1,LMNB2,LMNB1,HK1,PPP1R9B,SART1,SEPT9,SART3,SNRNP70,PPP6R1,SNAPC4,UBTF,WDR5,WDR6,UNKL,TNPO2,RBM5,ILKAP,RBM33,DIS3L2,PELP1,IQCB1,EIF5A,ACTR2,RBM14,REXO1,DYNLT3,PLA2G4B,DHPS,DDX56,CAD,H2AFX,AXIN1,DDX54,SMC1A,RANGAP1,UTP18,ARID1B,ARFGAP1,KLF16,DNM2,GIGYF1,TRAF7,IMPACT,SFPQ,TFDP1,ATG4B,THOP1,RNF31,DCTN6,GTF3C1,DDX27,UHRF2,GTF3C5,SFSWAP,HDAC1,PRCC,DDX23,SRSF1,CXXC1,LENG8,HSD17B12,AMBRA1,STRN4,USP19,PPM1G,DCAF15,FAM168B,GANAB,MTA1,POLR2A,U2AF2,EIF4H,MTA2,HNRNPA1,FBRS,CIZ1,HNRNPA3,TAF15,ATP13A1,USP21,FBXL19,SGTA,PDAP1,SSRP1,CDK11B,HNRNPAB,PFKL,NEURL4,ERCC3,CARM1,ACIN1,QRICH1,EIF3C,EIF3A,EIF3B"
+"gene_set_query"	"10"	"FIZ1"	"49.0"	"ARCHS4 Coexpression,7;Enrichr Queries,96;GTEx Coexpression,44"	"NUP107,EHMT2,STMN3,WDR83,EPRS,ELK1,SCAMP5,FAM110A,SAMD14,CAPNS1,RAVER1,ZMIZ2,AKT2,PSMD3,AKT1,AP1S1,PRKACA,IER2,UNC5A,WSB2,CD3EAP,SCRIB,RFX1,SOX12,HDHD2,HCFC1,GPR162,RNF126,ASPHD1,PRKD3,DDIT4,PRR12,RPL28,ATF4,SF1,POM121,TTYH3,CTBP1,MEPCE,AGAP2,AGAP3,FAM171A2,RNF215,CHST10,RRS1,PIP5K1C,RHBDL1,PRRT1,HEXIM1,JUN,JUND,SETD1A,IRF2BP1,PBX2,BTBD10,PRRC2B,TMEM198,PRRC2A,HNRNPL,UCK1,FASN,GIPC1,DUS1L,RNF220,ARF3,OGFR,PIGU,GMEB2,PIGQ,MED16,SMG5,BBC3,JPH4,TRIM8,JPH3,TUBA1A,GPR137,CIC,JARID2,APC2,BRD2,UPF1,RPS6KL1,ACTL6B,SPHK2,ITPK1,MRPL48,DUSP8,NUDT16L1,DYNLL2,DUSP6,NCOR2,SLC7A5,MED25,TUBB2A,INF2,KIFC2,PXDN,SLC29A1,GRN,NFIX,SRRT,CENPB,SCAF8,SNX27,CLPTM1,CKB,ANKRD52,SAMD1,RABAC1,ANKRD50,MEF2D,YKT6,MBD3,SF3A1,MBD6,SF3A2,DAB2IP,TTC9B,DEF8,SCAF1,GATAD2A,SKI,XAB2,MYBBP1A,NFIB,TAOK2,ZYX,NUCB1,PKN1,AGRN,YPEL3,TMEM229B,SLC27A1,TUSC2,ATN1,LAPTM4A,STK11,SALL2,RUVBL2,FBRSL1,PIM3,LZTS2,FADS1,MEN1,PIAS4,SH3GLB2,RNF44,MAP2K2,USP5,FOXP4,POLRMT,DGKZ,RNF40,CLIP3,ATXN2L,CTDNEP1,PYGO2,ACAP3,ILF3,RAB35,FSCN1,SQSTM1,CSNK1G2,LY6E,FKBP5,GLYR1,ANAPC2,BRSK1,BRSK2,INO80E,CUL7,RAB5C,MAZ,ABHD8,SPATA2,FBXO44,HSPBP1,FBXO41,RAP1B,GOLGA7B,IGSF21,SNN,SBNO2,KLC2,NDOR1,PITRM1,BTBD2,DVL1,NACC1,DVL3,MAP2K7,SLC38A2,LRRC4B,WDTC1,FUS,TNK2,SEC16A,TMEM132A,ADAP1,EEF2,CHERP,SH3BP5L,LRFN4,CDK5,MAFG,SP3,REEP2,CNOT3,MAP3K10,PLXNB2,PLEKHM2,NF2,RNF187,ZNF512B,MCM7,NUMA1,RNPEPL1,ZC3H4,PTPN23,NGRN,PTBP1,DUSP12,SART1,SIN3A,PPP6R1,SNRNP70,PHACTR3,UBTF,PGLS,TNPO2,PELP1,DGCR2,EIF5A,PDCD6IP,REXO1,GPX4,RANGAP1,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,SNPH,DNAJC5,CTDSP2,POLR1B,ETF1,PPP1R12C,AHDC1,NDUFB8,WBP2,SRC,SRF,RAB1B,VPS4A,LENG8,ZBTB45,MLLT1,LRP3,LAGE3,FOXRED1,MLLT6,HDAC7,DNAJB2,DCAF15,CACNG7,FZR1,GANAB,PUF60,U2AF2,POLR2D,FEM1C,CSK,FSD1,UBQLN4,CCDC71,MARCKSL1,CIZ1,FBXL19,MID1IP1,MBOAT7,ADRM1,HNRNPAB,DBNDD1,KLF6,RAB15,VAPB,MGAT4B,STUB1,POLR3H,CCM2,HDAC10,VARS,ZMYND8,CISD2,KEAP1,ZDHHC8,HS6ST1,ACTB,UBE2L3,TRIM28,LONP1,CCDC97,BSN,GLUL,ATXN7L3,SOX4,TBC1D10B,AQR,CIRBP,PTOV1,CSNK1D,MOGS,ACTN4,CPT1C,MAPK8IP2,MAPK8IP3,STX1B,GRWD1,KCNQ2,CD2BP2,FAM76B,ULK1,KCTD15,TELO2,L3MBTL2,CEND1,PIK3R2,TTBK1,APH1A,PGBD5,PCBP4,PCBP1,SYMPK,TNRC18,RIMKLA,PATZ1,RAB11FIP3,RAB11FIP4,B4GALNT4,ATP6V0A1,IQSEC2,INTS1,IQSEC1,RCC2,ERAL1,SMARCA4,ID2,ITM2C,DAZAP1,GDI1,CITED2,MRPS12,PRPF19,NAT14,PTPRF,PTMS,NUDCD3,DHX15,KIF1B,KIF1A,GIT1,MRPS26,ZER1,MINK1,PRPF40A,MRPS7,PPRC1,AP3B2,SREBF2,MLF2,RHOB,PITPNM1,PACS1,MAPRE3,PABPC1,MAPT,ARHGEF2,KPTN,SGK1,ATP6V0C,TOMM40,AMIGO1,DOT1L,CCDC106,TRAK1,BEGAIN,NOL6,HIRA,MNT,RBM15B,GPC1,PES1,HSF1,APBB1,ATP6V0E2,PTGES2,MIB2,AP3D1,DOHH,GRIN1,VEGFA,HDGF,PNPLA6,MEGF8,APBA2,GRINA,MIDN,CRTC1,ROGDI,ARHGDIG,PHRF1,ARHGDIA,KHSRP,BANF1,SBF1,PPFIA3,SH3GL1,KDM2B,TTC7B,LMTK3,RUNDC3A,ATAD3A,KCTD6,HNRNPUL1,FAM173A,HNRNPUL2,TBC1D24,SPNS1,CHMP4B,GNAZ,ISYNA1,LTBP4,CACNA1A,DTX3,CPLX1,SUPT6H,PLD3,PDZD4,RAI1,DPP6,IRAK1,DEAF1,CASKIN1,TBC1D13,CAMTA1,CAMTA2,H1FX,MARK2,BCL9L,HSPA8,PRNP,SYT3,CBX6,CPSF7,CPSF1,PCIF1,HMGA1,ASPSCR1,KLHL22,GNAO1,H1F0,EFNA2,HOOK2,DLG4,UBE2S,GNB2,GNB1,GNAS,CLASRP,TCF3,LSM14B,UBE2M,B4GALT2,GSK3A,KDM5C,DOCK3,LDB1,PRKCSH,CHD6,SOBP,USE1,LMNB2,ELAVL3,CABIN1,PPP1R9B,RBM3,TMEM222,SEPT9,BCL7A,ZC3H7B,GDAP1L1,MLST8,KLF13,PDPK1,DCAKD,H2AFX,PPP2R5B,RNF208,ABHD14A,ARID1A,SENP3,EPN1,KLF16,DNM2,NDUFS7,CDH10,PPDPF,AKT1S1,CAMK2B,DCTN3,RBM4B,WIZ,STRN4,MAPK9,TFPT,FAM168B,FAM168A,DNPEP,MTA1,PABPN1,RAB40C,MKNK2,SNCB,MTA2,FBRS,PDLIM7,KDM4B,TAF15,ATP13A1,SGTA,HAGHL,ATP2B2,USF2,CDK11B,CLCN7,IRGQ,NEURL4,SBK1,FAM131B,CARM1,ACIN1,ATP13A2,SSBP4"
+"gene_set_query"	"11"	"PRR12"	"49.33"	"ARCHS4 Coexpression,15;Enrichr Queries,44;GTEx Coexpression,89"	"TRIO,TRRAP,PPP4R2,RAVER1,MPRIP,ZMIZ1,DPYSL2,ZMIZ2,MYC,AKT1,PRKACA,VPS36,NFRKB,VPS39,DDX17,RBFOX2,REV1,CD3EAP,SCRIB,RFX1,SOX12,HCFC1,NISCH,BCR,WDR81,ZC3H11A,DDIT4,TMEM126A,RPL28,SF1,POM121,TTYH3,BAZ2A,FAM160B2,RHOT2,LARP1,VPS11,PLCG1,PIP5K1C,JAG2,ABCA2,CREBBP,JUN,PHC1,JUND,JUP,SETD1A,IRF2BP1,PRRC2C,IRF2BP2,PBX2,NR1D1,PRRC2B,PRRC2A,HNRNPL,VANGL2,FASN,SFXN3,ATG2A,MMS19,PLCH2,ATG2B,ARF3,OGFR,SETD5,PHF2,TCF20,SMG5,ING4,TRIM8,SMPD4,CIC,DLGAP4,UPF1,BRD1,EXOC7,MRPL47,WDR33,MED23,NCOR2,MED25,INF2,KIFC2,PXDN,TET3,RAPGEF1,TKT,LRRC14,NFIX,SRRT,CENPB,UNK,TCOF1,NSD1,CLPTM1,FLNA,CKB,ANKRD52,MEF2D,NKTR,BRD4,CENPT,RIC3,SF3A1,MBD6,SF3A2,PCGF3,YLPM1,DAB2IP,SAMD4B,SCAF1,GATAD2B,GATAD2A,SKI,XAB2,NFIA,MYBBP1A,TAOK2,ZYX,NUCB1,PKN1,AGRN,NAB1,CLSTN1,ATN1,EDC4,STK11,FBRSL1,LZTS2,MEN1,GTF2I,SH3GLB2,TLE3,RNF44,MAP2K2,USP5,RALGAPA1,CTNNBIP1,FOXP4,POLRMT,DGKZ,ATXN2L,CTDNEP1,PYGO2,ACAP3,ILF3,RALGAPB,MADD,RAB35,FSCN1,SRSF5,ADNP,CSNK1G2,GLYR1,ANAPC2,CUL9,CUL7,INO80E,ANKRD11,MAZ,UBR4,SLC9A1,SBNO2,KLC2,NDOR1,NACC1,DVL1,BTBD2,DVL2,ABL1,PLXNA1,DVL3,E4F1,IP6K2,PLXNA3,WDTC1,FUS,SEC16A,TNK2,HPS4,NSG1,EEF2,CHERP,BCL9,SH3BP5L,LRFN4,CNOT2,CNOT3,RNF181,PLXNB2,PLEKHM2,LZTR1,NFE2L1,MAP3K12,EIF4G1,ZNF512B,DIDO1,CALCOCO1,NUMA1,ZC3H4,PTPN23,SART1,AP1G2,SNRNP70,PPP6R1,UBTF,DGCR8,TNPO2,DGCR2,UNC45A,PLEKHG2,REXO1,ARFGAP1,GIGYF1,TRAF7,PTP4A3,CTDSP2,DNAJC5,C1D,ETF1,PPP1R12C,AHDC1,GTF3C1,NFAT5,NLGN2,WBP1,GTF3C5,GTF3C6,MGRN1,RAB1B,CXXC1,LENG8,PARD6G,FOXK1,FURIN,MLLT1,MLLT6,HDAC7,DCAF15,FZR1,GANAB,POLR2A,U2AF2,VPS52,UBQLN4,SH2B1,MLXIP,MARCKSL1,CIZ1,FBXL19,NCKAP5L,RPRD2,CDC42BPB,TNRC6C,MARCKS,MGAT4B,TNRC6A,METAP1,VARS,ZMYND8,ZDHHC8,ACTB,GOLGA2,TRIM28,RUSC1,CCNL2,KIF21B,ATXN7L3,SOX4,SRRM2,SMARCC2,CIRBP,CSNK1D,MOGS,ANK3,ACTN4,MAPK8IP3,ULK3,ULK1,FLYWCH1,BCORL1,KCTD15,TELO2,LLGL1,MACF1,RTEL1,TBC1D9B,TMEM63C,PIK3R2,GSE1,SYMPK,TNRC18,RALGDS,TMEM184B,INTS1,IQSEC1,RCC2,PUM2,SMARCA4,WNK1,CC2D1A,DAZAP1,CCDC120,PTPRS,AP2A1,PRPF19,SIPA1L3,PTPRF,PTMS,RPTOR,GIT1,NCOA6,MINK1,PPRC1,ITFG2,SREBF2,MLF2,GAK,PITPNM1,PACS1,PITPNM2,ARHGEF1,ARHGEF2,ATP6V0C,DBN1,DOT1L,NOL6,HIRA,ARVCF,MNT,PAK2,DYNC1H1,GBF1,HUWE1,MIB2,AP3D1,MYO9B,PRPF39,SGSM2,HDGF,PNPLA6,MEGF8,GRINA,MIDN,CRTC1,PHRF1,CELSR2,CELSR3,IGF1R,ARHGDIA,KHSRP,POGZ,EP300,SBF1,BAHCC1,PPFIA3,SH3GL1,KDM2A,PAM16,TSC2,TSC1,MAU2,PRPF6,TBC1D20,HNRNPUL1,HNRNPUL2,EHBP1L1,NXPH4,PXN,LTBP4,CACNA1A,PRPF8,SUPT6H,RAI1,EP400,CAMTA2,ANKZF1,MARK2,BPTF,BCL9L,CPSF7,CPSF6,AUTS2,CPSF1,PHF12,HMGA1,SSH3,CLK2,ARHGAP33,HOOK2,HOOK1,GNB2,GNB1,UBA1,DEGS2,PI4KB,CLASRP,TCF3,LSM14B,MXD4,RERE,KDM5C,GSK3A,LDB1,NVL,MAST3,PRKCSH,CHD8,CHD6,CHD4,CHD3,LDB2,PKD1,LMNB2,CABIN1,PPP1R9B,SEPT9,LASP1,EEF2K,ZC3H7B,SNAPC4,MYO18A,KDM6B,ARHGEF11,SUN2,SUN1,KLF13,PDPK1,PLA2G4B,ARHGEF18,NAV1,NAV2,ARID1A,ARID1B,EPN1,KLF16,DNM2,AKT1S1,LUC7L3,MAN1B1,SHANK3,HCN3,ATF6B,SFSWAP,POMP,WIZ,STRN4,USP19,NXF1,MTA1,RAB40C,PPP2R3C,MKNK2,DROSHA,MTA2,FBRS,SPEN,ATF7IP,KDM4A,KDM4B,KDM4C,TAF15,USP20,USP21,ATP13A1,ACVR2A,POLE4,CLCN7,NEURL4,SBK1,ERCC3,CARM1,ACIN1,QRICH1,R3HDM2"
+"gene_set_query"	"12"	"CAMTA2"	"51.33"	"ARCHS4 Coexpression,92;Enrichr Queries,47;GTEx Coexpression,15"	"CYFIP2,MYT1L,TESK1,STMN3,ENO2,SCAMP5,RNF112,SAMD14,MPRIP,ZMIZ1,IGLON5,DPYSL2,ZMIZ2,PRKACA,GABARAPL1,MEF2C,RBFOX1,UNC13A,UNC5A,RBFOX3,PRKCE,PRKCD,CD3EAP,GTPBP2,NISCH,GPR162,PRKAR1B,DDIT3,HECW1,DDIT4,PRR12,TTYH3,AGAP2,AGAP3,PRKCZ,ABR,FAM171A2,PPP3R1,PIP5K1C,RHBDL1,PRRT1,ABCA2,JUN,CADM3,PRRT2,JUND,PRRC2B,POU6F1,PRRC2A,MLLT11,ABTB1,FASN,TOLLIP,ATG2A,ARF3,GABRB2,PYGB,PIGU,BTG1,KCNC1,PIGQ,KCNC3,PHF1,LRRC4,JPH4,TRIM8,TRIM9,MMP24,JPH3,TIMP2,DLGAP1,CIC,DLGAP3,DLGAP4,BRD2,RPS6KL1,ACTL6B,ITPK1,DUSP8,DUSP6,NCOR2,MED25,INF2,KIFC2,PXDN,RAPGEF1,VAMP2,RNF165,GAS7,GRN,NFIX,ADAM22,ADCY1,SLC17A7,CKB,NCDN,MEF2D,MBD6,SYVN1,DAB2IP,TTC9B,NMNAT2,SCAF1,SKI,TAOK2,ZYX,PKN1,AGRN,YPEL4,YPEL3,TMEM229B,MTCH1,RAB3A,ATP8A2,CLSTN3,CLSTN1,ATN1,SLC8A2,RPH3A,RIMS1,FADS1,SH3GLB2,RNF44,DGKZ,SRCIN1,FOXP1,CLIP3,DISP2,ATXN2L,ACAP3,TOM1L2,CLIP2,MADD,SQSTM1,CSNK1G2,LY6E,ANAPC2,RTN4R,BRSK1,BRSK2,ANKRD11,ABHD8,ITPR1,KLC1,FBXO44,FBXO41,RAP1GAP,SLC9A1,RHOBTB2,GOLGA7B,NEUROD2,IGSF21,SBNO2,KLC2,PITRM1,BTBD2,SRGAP3,RAB6B,WDTC1,LRRC4B,TNK2,SH3BP5L,SYNJ1,REEP2,AAK1,MAP3K10,PLXNB2,PLEKHM2,NFE2L1,BCL2L2,SNAP25,DAGLA,RNPEPL1,CELF3,CELF4,ETFA,ARRB1,PTPN23,NRGN,DUSP12,PPP6R1,SNRNP70,EVI5L,DGCR2,REXO1,DST,PTP4A3,SNPH,CTDSP2,DNAJC5,C1D,PPP1R12C,AHDC1,RNFT2,PPP1R15A,HDAC5,NFAT5,NLGN2,WBP2,LENG8,FURIN,MLLT1,LRP3,MLLT6,DNAJB2,CACNG7,PARD6A,POLR2A,VPS53,MGAT5B,TRIM46,FSD1,SLC25A23,SLC25A22,BEND6,SLC12A5,FBXL16,BAIAP2,KLF7,KLF6,PINK1,RAB15,UNC79,METAP1,APP,ZDHHC8,RAPGEFL1,ACTB,RUSC2,FTH1,KIF21B,BSN,ATXN7L3,SRRM2,SRRM3,SRRM4,ATP6V1G2,SMARCC2,SLC6A17,ACTN1,ACSL6,CIRBP,ANK2,ACTN4,ANK3,CPT1C,MAPK8IP2,MAPK8IP3,ANK1,MAPK8IP1,INPP4A,STX1B,KCNQ2,HECA,ULK1,STX1A,LLGL1,IGSF8,TMEM63B,STXBP1,CEND1,TTBK1,SYNGR1,PGBD5,B4GALNT1,TNRC18,HIVEP2,RAB11FIP3,ATP6V0A1,RAB11FIP5,TMEM184B,IQSEC2,IQSEC1,PDE2A,MICAL2,MYO5A,SNAP91,WNK1,ID2,CALM3,CALM1,C2CD2L,ITM2C,TMEM151B,PTPRS,DOC2A,GDI1,CITED2,DIRAS1,DIRAS2,MRPS12,AATK,AP2A1,GRIK2,PTPRF,HERPUD1,PPP3CA,PCLO,SIPA1L1,ENC1,NCS1,IDS,KIF1B,KIF1A,GIT1,CTSB,NCOA1,PSD,GRIPAP1,ZER1,GAA,TSC22D3,MINK1,SYP,MRPS7,AP3B2,SYN1,SREBF2,MLF2,RHOB,CNKSR2,PITPNM1,PACS2,PACS1,PITPNM2,MAPRE3,MAPT,ARHGEF2,ALDOA,SGK1,ATP6V0C,AMIGO1,DOT1L,CAMKK1,BEGAIN,CAMKK2,GNAI2,TCEAL6,PAK1,MNT,CAMK2N1,MGAT3,APBB1,GABBR2,GABBR1,SORT1,MIB2,LHFPL4,MYO9B,GRIN1,VEGFA,SGSM2,PNPLA6,APBA2,CDK5R2,CDK5R1,GRINA,CRTC1,CD81,ARHGDIG,CELSR3,ARHGAP44,TMEM145,ARHGDIA,PALM,KIF5A,SBF1,SH3GL2,PPFIA3,RGS7,CHRNB2,LMO4,APLP1,ADAM11,TTC7B,LMTK3,TSC2,KCTD2,ATP1B1,RUNDC3A,GPRIN1,EHBP1L1,TBC1D24,AMPH,ABCG4,NDRG4,NDRG3,RTN1,ARHGEF25,TMEM59L,HPCA,CACNA1B,LTBP4,CACNA1A,CPLX2,SEZ6L2,NDRG2,NDRG1,CPLX1,PLD3,PDZD4,CASKIN1,KIF3C,MYH10,PDZD7,MARK2,BCL9L,RAP1GAP2,SYT4,PRNP,SYT3,CBX6,KLHL22,GNAO1,HOOK2,DLG4,HOOK1,GNB1,PI4KA,LRP10,RERE,GSK3A,DOCK3,THRA,MAST3,PRKCSH,MAST1,CHD6,ATP2A2,CHD3,PKD1,ELAVL3,PPP1R9B,LASP1,ZC3H7B,GDAP1L1,MYO18A,SULT4A1,GALNT9,KDM6B,ARHGEF11,SUN2,SVOP,KLF13,PDPK1,PPP2R5B,NAV1,NAV2,ARID1A,SEPT5,DNM1,SEPT3,DNM2,CDH10,NAT8L,SHANK1,CAMK2B,DCTN1,NRXN2,CRMP1,ATP1A3,ATP1A1,ADD1,ADD2,MAPK9,GNG3,DNPEP,SV2A,SPOCK2,MKNK2,PTK2B,SNCB,FBRS,OPCML,B3GAT1,ATP2B2,ATP2B1,NEURL4,SBK1,TEF,PPP2R2C,FAM131B,FAM131A,ATP13A2,VIM,R3HDM1"
+"gene_set_query"	"13"	"MYT1L"	"53.33"	"ARCHS4 Coexpression,97;Enrichr Queries,55;GTEx Coexpression,8"	"CYFIP2,NCKAP1,TRIO,STMN2,STMN3,STMN4,ENO2,SCAMP5,RNF112,DPYSL2,AKT3,DIP2A,DIP2C,PRKACB,NCKAP5,ANKS1B,CHGB,MEF2C,RBFOX1,TSPYL1,UNC13A,RBFOX2,RBFOX3,UNC5A,CACNA2D1,PRKCE,GABRG2,RFX7,RUFY3,HECW1,SPARCL1,TSPYL4,ASTN1,AGAP2,NEDD4L,PRKCZ,MTMR7,ABR,FAM171A2,PPP3R1,PRRT1,CREBBP,CADM3,PRRT2,ARPP21,CADM1,CADM2,PBX1,MLLT11,FAT3,ARF3,GABRB3,GABRB2,SETD5,PHF2,JPH4,TRIM9,JPH3,TUBA1A,CHL1,TRIM2,DLGAP1,NEFM,DLGAP3,GPRASP2,ACTL6B,ELMOD1,ASH1L,PGM2L1,PXDN,PLCB1,VAMP2,GAS7,ATL1,SEZ6,ADAM22,ADCY1,CHN1,SLC17A7,NCDN,RUNX1T1,WDR17,ATRNL1,KIDINS220,TTC9B,NMNAT2,ABI2,MORN4,NFIA,NFIB,RIMBP2,RAB3C,RAB3A,ATP8A2,CLSTN2,CTNND2,SLC8A1,CDH8,SLC8A2,RPH3A,RIMS1,RIMS4,ATCAY,MAGI2,DYRK1A,TBR1,FBXO11,SRCIN1,FOXP1,CLIP3,DISP2,OLFM1,CACNB4,GRIA1,GRIA2,BRSK1,BRSK2,ANKRD11,CUL3,ITPR1,KLC1,FBXO44,FBXO41,PLXNA2,SRGAP3,RAB6B,PLXNA4,LRRC4B,SLC4A10,PTPRD,DAB1,SYNJ1,NSG2,CDK5,NBEA,REEP2,AAK1,SNAP25,CELF2,CELF4,PTEN,CELF5,PSD3,PHACTR3,WDR7,PHACTR1,ERC2,SGIP1,SEZ6L,DNAJC6,SNPH,RNFT2,NLGN1,JAKMIP1,PPM1E,CACNG7,CACNG8,SLITRK5,FSD1,WASF1,ATP9A,BEND6,NTRK2,SLC12A5,PCDH9,NTRK3,FBXL16,EFR3B,NELL2,NFASC,NECAP1,GLRB,APC,SYT11,TRIM37,PTPN5,METAP2,NUDT3,DPF1,KIF21A,BSN,SOX5,CALN1,SRRM2,EPHA5,EPHA4,SRRM3,ATP6V1G2,SLC6A17,ACSL6,ANK2,ANK3,CPT1C,MAPK8IP2,ANK1,MAPK8IP1,STX1B,KCNQ2,TAGLN3,BEX4,GPM6A,BEX2,BEX1,STXBP1,CEND1,ACTR3B,KALRN,TTBK1,NUAK1,SYNGR1,PGBD5,INPP5F,TSPAN7,GSE1,B4GALNT1,HIVEP2,RIMKLA,SCN3B,SCN3A,ATP6V0A1,PTPRN2,MAGEE1,IQSEC2,BCL11B,BCL11A,ST8SIA3,MYO5A,SMARCA2,SNAP91,DCLK1,MED13L,SMARCA4,CCDC88A,CALM3,CALM1,PCSK2,ROBO2,CSRNP3,TMEM151B,GDI1,GRIK5,DIRAS1,DIRAS2,GRIK3,GRIK2,ROBO1,PPP3CA,PCLO,CAMKV,ENC1,NCS1,IDS,KIF1B,KIF1A,PSD,PRMT8,SYP,AP3B2,SYN1,CNKSR2,ARHGEF9,MPPED1,ARHGEF4,MAPRE3,MAPT,NAPB,GDPD1,AKAP6,NOL4,CAMKK1,TCEAL6,TCEAL5,CAMK2N1,CTNNA2,APBB1,ATP6V0E2,PAK3,DYNC1I1,GABBR2,ARNT2,GABBR1,LSAMP,LHFPL4,SORBS2,PNMA2,GRIN1,TTC3,APBA1,APBA2,CDK5R2,CDK5R1,CYP46A1,ARHGAP44,KIF5C,KIF5A,EP300,NRCAM,SH3GL2,PPFIA2,RGS7,NSF,CHRNB2,KIRREL3,DSCAM,TMOD2,APLP1,LMTK3,ATP1B1,RUNDC3A,TMEM130,PREPL,TBL1XR1,GPRIN1,SCN8A,ELMO1,AMPH,WDFY3,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,NTM,TMEM59L,CACNA1B,CACNA1A,CACNA1D,CACNA1C,CPLX2,CPLX1,CACNA1E,PDZD4,ARHGAP21,DPP6,KIF3A,FUT9,CASKIN1,CAMTA1,KIF3C,MYH10,LONRF2,RAP1GAP2,PRNP,SYT4,SYT3,SYT1,AUTS2,GNAO1,RALYL,DLG2,GNAL,DLG4,HOOK1,CNTN1,TCF4,KDM5B,DOCK3,CHD6,ELAVL4,CHD5,CHD3,FBLL1,CHD2,AFF3,ELAVL2,ELAVL3,GRM5,LRRTM2,GDAP1L1,SULT4A1,KDM6B,SVOP,PDE4D,NAV2,SEPT5,ARID1B,DNM1,SEPT3,DNM3,GAP43,NAV3,TRAPPC6B,CDH10,DCX,TERF2IP,CDH13,NAT8L,INA,SHANK2,CAMK2B,NRXN1,CRMP1,ATP1A3,NRXN2,ATP1A1,FAM169A,NCALD,ADD2,MAPK9,GNG3,SV2A,SLIT1,SPOCK1,NCAM1,SNCB,CLVS1,OPCML,CLASP2,LGI1,NEGR1,CADPS,B3GAT1,ATP2B4,NAP1L2,ATP2B2,GDAP1,NAP1L5,MAPK10,FAM155A,SLC4A8,PDE10A,PPP2R2C,PPP2R2B,FAM131B"
+"gene_set_query"	"14"	"E2F4"	"62.17"	"Literature ChIP-seq,17;ARCHS4 Coexpression,76;ENCODE ChIP-seq,27;Enrichr Queries,93;ReMap ChIP-seq,56;GTEx Coexpression,104"	"SCOC,POP7,NUP107,GMFB,TFRC,POP4,TSKU,ALKBH8,FAM110A,TBK1,RAVER1,CAPNS1,DPYSL2,FGFR1OP2,AKT1,ANKFY1,PWWP2A,PRKACA,PRKACB,FNBP4,PRKAB2,FRS2,PRKAB1,BCR,EWSR1,ASPHD1,FEZ1,DDIT3,DDIT4,UNC50,TMEM126A,JTB,FAR1,ATF4,SF1,SLBP,TSTA3,SET,SHMT2,TARSL2,CDCA4,NPRL2,MEPCE,CIAO1,RHOT2,RNF214,RHOT1,PIP5K1A,ATRIP,HEXIM1,JUN,CREBBP,PRPF38B,PRPF38A,JUP,NCAPH2,EIF2AK3,PBX2,BTBD10,TBL3,FASN,PKIA,SFXN3,HYOU1,LGMN,PRKAG1,MED16,BBC3,DDA1,PANX1,ATIC,SMPD4,JAK2,ENOPH1,APC2,SPHK2,IFT140,GSTO1,TEX10,SLC39A13,JOSD1,MED29,PGM2L1,DUSP7,DDB2,MED23,DDB1,TMEFF1,SLC7A5,MED25,SLC7A6,PLSCR3,PXDN,CINP,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB1,TRUB2,OAT,ECHS1,SAMD8,LIN37,ATL1,WRB,NIP7,GSTP1,ATL2,DLST,NOC4L,SLC7A1,CENPB,NRAS,EXOSC10,SNX27,STX6,MFN2,SAMD1,MBD3,CENPT,CENPV,CRBN,MCRS1,SNX22,TARBP2,SKI,RABIF,ABCB10,SNX19,MYBBP1A,TAOK3,CCDC9,APEX1,SHKBP1,SNX14,ETNK1,TAOK2,TSR2,CCDC6,TSR1,PKN1,CIAPIN1,AGRN,YPEL3,GZF1,MTCH2,FBXO28,LTN1,MPV17L2,FBXO21,FBXO22,FADS3,FADS2,SLK,UROD,FNTB,ADORA1,MAP3K9,MTPAP,FADS1,FBXW4,BNIP3L,PCYT2,DGAT1,CISH,FBXW8,FBXW9,CNPY2,ATP11A,FBXO10,POLRMT,FBXW2,LENEP,CDC25B,PIAS1,MSH6,ATXN2L,MINPP1,MSH2,MSH3,SRSF2,SRSF4,SRSF5,SLC27A3,SRSF7,SRSF8,SRSF9,FTO,INO80B,KHDRBS1,INO80E,IREB2,GMPS,UAP1,UQCRH,CORO1B,FBXO42,CORO1C,HSP90B1,RAP1B,EIF1AD,NDOR1,G3BP1,MBIP,G3BP2,ZKSCAN2,EIF4EBP2,NAE1,NADK,SAC3D1,NEK9,TMEM120B,NOP14,FUS,ODF2,API5,STYX,HPS1,ARPC5,FBXO31,DRAP1,YRDC,SON,SH3BP5L,LRCH1,SP3,DMXL2,CLPTM1L,CNTROB,OSBPL1A,LRCH4,NIT1,NOP10,ISY1,NUMA1,PTEN,ETFA,ETFB,NENF,BICD2,NRGN,AP4M1,ZNRD1,PPP6R1,PPP6R3,ACP2,UNKL,YAF2,UNC45A,EIF5A,ACTR3,EIF5B,ACTR6,DHPS,TNFRSF19,ARFGAP3,RABGGTB,RABGGTA,ARFGAP1,MSL1,NRG3,TMBIM4,C1D,ETF1,TMBIM6,TOP1,DCTPP1,GAPDH,SNAP47,UHRF2,MGRN1,SRF,LENG8,U2AF1,FOXRED1,MLLT6,SRM,CDC42,MTHFSD,ZNRF1,SRR,U2AF2,BAHD1,PHKG2,EIF4H,TRIM46,E2F4,HNRNPA1,DRAM2,UBQLN4,EIF4B,TRIM44,HNRNPA0,NOP56,GADD45GIP1,NTRK2,NOP58,CIZ1,MARCKSL1,TRIM41,PCDH9,FEM1A,FEM1B,CNBP,TXNL1,EXOG,HNRNPAB,GSTZ1,DBNDD1,MCM3AP,NECAP2,EIF3M,PINK1,TSPAN14,NECAP1,NAGK,SUCLA2,CDKN2AIPNL,SYT11,EIF3L,EIF3J,OCIAD1,STUB1,EIF3E,EIF3F,EIF3C,EIF3A,BCAR1,TRIM33,UNC79,EIF3B,PPAN,ACTB,RCBTB1,NUDT4,RCBTB2,HERC4,CDC23,OPHN1,TRIM28,SNRPD2,HERC1,BSG,EPC1,EIF2D,ATXN7L2,CCDC92,SCAPER,ATXN7L3,TRIM23,EIF2A,SMARCC1,ALG9,SMARCC2,ARL15,ACTN1,ALG5,CIRBP,ISLR2,TALDO1,CSNK1D,MOGS,ACTN4,BCS1L,CDC34,CFDP1,SNHG12,PPA1,CDC37,SUB1,CSNK2B,TRIM13,KCTD13,FAM76B,FLYWCH1,FAM76A,KCTD12,CCDC82,TRIM11,CCDC84,GGNBP2,GIPR,DHX9,CEND1,ZBTB5,GSPT1,PGS1,SYNGR1,B4GALNT1,FAM192A,DECR2,ATP6V1C1,FAM78B,MYO5A,NTAN1,BRI3BP,PTK2,SMARCA4,CWF19L1,CDC16,RANBP10,ECHDC2,FBXL3,CALR,MON1B,HERPUD2,MRPS17,DHRS13,CSRNP2,MRPS11,MRPS12,NAT14,COX7C,HERPUD1,PTMS,ACTR1A,PPP3CB,ACTR1B,AKAP11,OTUD6B,UIMC1,RAC3,SDF4,NANS,GIT1,COX8A,CAP1,PCYT1B,PBRM1,MRPS27,PABPC4,MRPS22,MRPS23,MRPS21,PRPF40B,CACYBP,GAB2,TFB2M,SREBF2,APRT,KIN,ARHGEF9,RAP2A,RAP2B,PITPNM1,SLTM,ARHGEF1,TAX1BP3,PABPC1,ARHGEF2,ARHGEF7,PTMA,FJX1,PCNA,MRPS35,SSNA1,MRPS33,GBA,PRICKLE1,COX5A,RELA,GNAI2,MGAT1,MGAT2,EPS15,DYNC1H1,PEX19,SPRYD3,SORT1,VEGFB,MYO9B,MYO9A,PEX14,YIF1B,VEGFA,BOP1,NUDT8,TTC4,HNRNPA2B1,NDUFAB1,SGSM2,TCEA2,CACHD1,TCEA1,HDGF,PNPLA6,CARS,CRTC2,NUP188,PRDM4,RPP30,ZFAND6,ZFAND5,PEBP1,PRDM2,UBE3A,ACTG1,IGF1R,PPIP5K2,DENND5A,FAM3C,PCID2,FBXW11,MMGT1,TMOD3,TMOD2,DNAJB12,ADAM10,UBE4B,SDHD,POU3F1,POU3F2,POU3F3,DHDDS,ADAM15,PSPC1,EHBP1L1,DNAJB11,TBC1D24,PPIF,PPIH,RAF1,PPIB,CARS2,DDX6,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX15,DIABLO,DDX1,HTRA2,CACNA1E,CNN3,NCKIPSD,RAI1,SHARPIN,RNASEH1,IRAK1,DHRS7B,GRK6,LLPH,TBC1D17,QSER1,UBE2I,UBE2B,CNOT10,AP4B1,SYT7,GNAO1,HOOK2,NASP,UBE2S,HOOK1,CCPG1,GNB2,GNB1,CNTN1,UBE2N,UBA2,AMOTL2,TCF4,DEGS1,TCF3,GNB5,MXD4,UBE2M,RERE,CUEDC2,DYRK3,DYRK2,LDB1,HP1BP3,TNFAIP1,TAZ,RND3,LMNB2,PHTF1,LMNB1,TTC28,CABIN1,TMEM222,EEF2K,MAN1A2,SUN2,TBP,ATP6AP1,NUP133,PDPK1,CAD,NAV2,SYNGR3,EPN2,EEF1G,RER1,EEF1D,CRY1,MAN1B1,ZMYND11,AGPAT5,OTUB2,RRN3,SFSWAP,ANKS3,RNF8,SLC3A2,ASAP1,RNF4,AGPAT1,NT5C2,RNF5,ADD1,RNF2,POLD3,TMEM201,MTA1,CAND1,TMEM203,GNG5,PABPN1,TDG,MKNK2,TRA2A,BNIP1,TMEM208,BNIP2,RALY,MTA2,FBRS,TTC14,ATF7IP,RRM2,TTC13,EYA3,BNIP3,SSRP1,TTC19,CDK11B,USF1,TTC17,POLE4,GALE,ERCC1,CARM1,POLE3,ERCC5,KRAS,IPO13,VPS29,IPO11,ANKLE2,ARPC5L,HNRNPU,WDR83,SMC5,HNRNPR,SMC6,EPRS,SMC3,PHB2,RRP9,ZMIZ1,AP1S1,LUC7L,HOMER3,VPS35,VPS36,CDK5RAP3,VPS18,NUP210,WDR74,WDR75,SCRIB,WDR73,GTPBP2,HCFC2,ATG13,GTPBP4,HCFC1,WDR81,ADPRH,TARS2,NUP98,VPS28,PI4K2A,NUP205,SEH1L,CTBP2,PDXDC1,PHYHIPL,ARPP19,PRKCZ,GNS,ANAPC11,MTDH,FAM171A1,LDHB,LDHA,WDR70,BLOC1S1,NUP85,BLOC1S2,VPS11,NUP88,NRBF2,HMOX2,VPS16,CEP78,LHPP,ST3GAL3,NAA50,NDFIP2,WDR59,ICMT,SNAPIN,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MEX3C,WDR55,POU6F1,EHD1,HNRNPL,SQLE,GNPTG,MEX3B,ARL2BP,HNRNPF,TOLLIP,ATG2A,HNRNPD,PPT1,GTF2IRD1,MMS19,FARSA,ATG2B,CEP57,CDKN1C,MOCS2,WDR47,GMEB1,CDKN1B,BTG1,WDR48,SETD3,PHF23,PHF1,SETD6,GPT,KRI1,SMG7,WDR46,SMG5,SMG6,UBL5,UBL3,MTG1,PLEKHN1,RRP12,CIC,ZIK1,UBL7,TPI1,WDR37,NUTF2,WDR34,GNL2,TERF2,COPZ1,GNL3,WDR33,NCOR2,TUBB2A,NCOR1,KIFC2,MTF2,EXOC4,GARS,EXOC6,PLEKHO1,EXOC5,TKT,GAS8,CDC123,GRAMD1A,GRN,WDR24,SCAF8,RPS15A,PPP1R7,PPP1R8,UBN1,USP1,SLC17A7,CKB,YTHDF1,PCGF6,YTHDF2,YTHDF3,PCGF2,WDR18,SYVN1,GATC,HIPK1,DHRS1,SCAF1,SLC8A3,OSTM1,PLP2,TMEM39B,NUCB2,ANKRD13C,ANKRD13B,RAB3A,ANKRD13D,CEP120,UBP1,AUP1,PARK7,RPL10A,IPO7,IPO4,TM7SF2,EDC3,IPO5,EDC4,IPO9,LAMP1,SLC39A9,CFL2,CFL1,SLC39A6,PAPOLA,ZNF326,SLC39A7,TXNL4A,HMGN2,ANKRD13A,PLEKHJ1,MAGI1,MAP2K1,SUPT16H,MAP2K2,USP5,TPM3,MAGI3,USP3,MAGI2,TPM1,GTF3A,VASH2,THOC3,LARP4B,THOC2,VASH1,PGD,LEMD3,LEMD2,THOC6,PYGO2,TOM1L2,MORF4L1,ILF3,EBNA1BP2,RAB34,RAB35,PGP,SNRPG,SNRNP27,AAGAB,SNRPE,SNRPF,FKBP4,SNRPC,FKBP3,SNRPA,CSNK1G2,SNRPB,FKBP5,FKBP2,RAB5C,CBFB,UBR4,ORC5,ORC6,UBR7,DVL1,TPR,DVL2,PLXNA2,MAP2K7,SRGAP2,SRGAP1,MAP2K5,MCL1,OSBPL9,AKIRIN2,OSBPL8,UVRAG,TRAPPC3,AKIRIN1,RAB4A,EIF2B2,TRAPPC1,TRAPPC4,OSBPL2,TRAPPC5,M6PR,SCRT1,COPS4,COPS3,COPS6,SLC7A6OS,LRFN4,REEP5,COPS2,CPD,CSPG5,TPP2,PLXNB2,CNIH2,CNIH4,BCL2L1,MAP3K12,SLC48A1,DIDO1,MCM7,WDR1,ZC3H3,WDR4,SYNE2,LBH,NOB1,VPS72,AP1G1,SNRNP70,RNPEP,PHACTR3,UBTF,IDH3B,WDR5,WDR7,TNPO1,EIF2B1,TNPO2,IDH3A,RFC3,PLEKHG2,CCDC34,DIS3,RFC2,LANCL1,TRPC2,RPL13A,SMC1A,DNAJC2,TFDP1,DNAJC6,CTDSP2,POLR1B,POLR1C,POLR1D,DNAJC9,DNAJC8,CRK,HDAC2,LEPROT,TSSC4,HDAC1,RAB1B,EI24,CEBPG,VPS4A,TTL,HDAC7,DNAJB1,HECTD1,HAUS8,POLR2A,MSTO1,HECTD3,RAB23,POLR2C,POLR2D,POLR2E,POLR2G,CSK,POLR2H,ADSS,CCDC71,SEC11A,POLR2K,POLR2L,MLXIP,PPIL2,RNGTT,ASCC1,FBXL19,AMFR,NCKAP5L,CCDC59,FBXL16,RPRD2,FBXL14,BCKDK,RAB10,SNRNP40,POLR3B,POLR3C,GLOD4,DNAJA3,POLR3E,DNAJA2,DRG1,DRG2,POLR3H,SNRNP48,VPS45,POLR3K,PPIL4,TPT1,PANK4,SLC35B2,TCERG1,VEZT,ISCA2,HDAC10,VARS,CISD1,RPS15,TIAL1,PNN,RPS16,FRAT2,PPP2R1B,FLAD1,RPL36AL,FTH1,MAGOH,DAG1,LONP1,DENR,BTRC,RPS11,SEPHS1,SEPHS2,RPS13,TBC1D10B,SRRM2,PDHX,COG8,COG6,COG4,IFRD1,METTL3,AP1B1,COG2,CPT1C,MAPK8IP3,SRRM1,KARS,KATNAL1,ZW10,SIK3,SIK2,ATP6V0D1,RTEL1,DCUN1D5,CSTF3,DCUN1D2,LIAS,RPAP3,CHTF8,FXR2,ZNHIT3,CSTF1,ATP6V0A2,GSE1,MLEC,TNRC18,TRPM7,ARGLU1,VASP,TMEM184B,SLC35E3,PYCR2,PUM1,PUM2,RPS25,ZZZ3,RPS29,ADCK1,RPS20,RNPS1,TECPR2,C2CD2L,GFM1,UBXN1,HIP1,FAM45A,CITED2,ZFAND2A,SLC35F1,ZCCHC17,C1QBP,XPO6,CHMP1A,TMED2,PSENEN,PSD,PARP6,PARP1,PARP2,ZDHHC13,PPRC1,ZDHHC16,ZDHHC17,ITFG2,ITFG1,MLF2,NFX1,AIDA,HNRNPH3,MPND,FYTTD1,CSTB,DTYMK,NOL9,RFNG,GDPD5,PTS,TYMP,NOL6,NT5C,PPP2CB,HIRA,AMN1,ZDHHC18,APBB2,NT5M,METTL9,MYEF2,MTX1,NFYA,MTX2,NFYB,SLC31A1,PTGES3,NFYC,GINS4,LSAMP,SORBS1,RAB11A,RAB11B,SPCS3,KBTBD4,XPOT,CAPZA1,APBA1,KBTBD7,MPHOSPH8,MPHOSPH6,KDM1A,NDUFA12,ROGDI,COMT,TATDN1,TATDN2,ARHGDIA,HCFC1R1,COTL1,PHYH,KDM2A,TRAPPC2L,LMO4,NOSIP,ACYP1,ATP1B1,SHISA7,RSBN1,TUFM,HGS,PRPF3,SPECC1L,MATR3,DAP3,ZCCHC8,IDI1,ISYNA1,PXK,RPS19BP1,COPB1,NOP2,PXN,CLEC16A,FBLN1,EFNA4,PRPF8,EFNB2,EMG1,EFNB3,UBB,TCTEX1D2,KLHDC2,CPSF4,KLHDC4,CPSF7,CBX5,CPSF6,CPSF1,CBX4,RHBDD3,CPSF3,CBX1,CPSF2,IDH2,CWC15,EIF2S2,COQ7,COQ6,EFNA3,COQ2,EFNA2,CAPRIN1,CHMP2A,SKIV2L,BLMH,BRWD1,ZSCAN2,MUS81,KDM5C,THRA,ASNSD1,YBX1,HS2ST1,FLCN,SEPT9,SPRED1,SEPT7,MFSD5,SNAPC2,PPP2R5E,SNAPC3,LRRTM2,TOPBP1,RBM7,RBM6,KDM6B,MAPK1IP1L,H2AFZ,AKTIP,H2AFX,SPATS2,AXIN1,PPP2R5B,H2AFV,RPS3A,DNM2,SUPV3L1,FCHSD2,DDAH1,THRAP3,TRAPPC6B,AKT1S1,DNLZ,TERF2IP,PFDN2,TMEM9,HAGH,THOP1,STOML2,STOML1,PDXP,NRXN2,ATP1A1,THBS3,NXF1,MAPK9,FAM168B,FAM168A,MAPK7,CHSY1,RPS6KC1,FAM120A,BUB3,MAPK6,ATP13A1,QPCTL,CYHR1,PPP2R2C,RPS6KB1,PPP2R2B,RPS6KB2,PPP2R2D,CDK2AP2,ATP13A2,TDRKH,MDC1,MAPKBP1,MT-ND4,EHMT1,TSEN54,LSM10,SCAMP5,PSMD9,KRTCAP2,LSM11,PSMD7,ZFYVE27,MPRIP,PSMD2,PSMD3,MEF2A,CHID1,GABARAPL2,HES6,DAXX,STARD7,NGDN,DNTTIP2,DICER1,SCAMP1,HDHD2,EML1,EML2,SCAMP3,SND1,FAM133B,EML5,EID1,MYL6,PSME3,ZFYVE19,RUFY2,PSME1,PSME2,LETMD1,ABCB6,FLII,MRPL16,AGAP1,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,OAZ1,GABARAP,MRPL10,MTMR6,MRPL11,MRPL20,HSPH1,HMGXB4,VTI1A,KCNMB4,PSMF1,PUSL1,RHBDL1,VTI1B,PRRT1,ABCA2,PRRT2,CADM2,EDEM1,ABCA3,EDEM2,PMM2,EXOC6B,MRPL27,MRPL28,BBIP1,NETO2,MRPL23,MRPL24,SNUPN,MRPL21,EIF1,SETX,MLLT11,MLLT10,UCK2,UCK1,EIF5,FAM135A,TDP2,TDP1,PSMG3,TMEM9B,GPR19,EZH2,ARF1,PIGO,PIGQ,RPLP1,HEXA,DIS3L,RPLP0,MRPL39,CTCF,MRPL37,MRPL34,HSPB11,TRMT112,TUBA1C,TUBA1B,FASTK,RPLP2,SH3BGRL3,APPL1,LRRC47,DFFB,UPF1,LRRC45,DFFA,NSUN2,LRRC49,PGAM1,MRPL49,NIPA1,LRRC40,SIRT7,NIPA2,MANEAL,DYNLL1,DYNLL2,MRPL46,MRPL43,SRP9,LRRC41,SIRT3,LRRC42,PSMA5,MRPL53,PSMA3,PSMA1,CDC42EP4,CDC42EP2,TMEM106C,TUT1,PGAM5,SLC29A1,VAMP4,VAMP2,ARF6,LRRC14,SRRT,CCNDBP1,PSMA7,MRPL55,PSMB6,GGA2,PSMB7,GGA3,UNK,BTAF1,TCOF1,PSMB2,PSMB3,FLNA,HARS,NCDN,MEF2D,SRSF10,SRSF11,UTP6,LRRC24,ATRNL1,STAT2,YLPM1,GATAD2A,LRRC20,LETM1,SPSB3,TMEM59,PSMC5,PSMC3,PSMC4,SERBP1,PSMC2,UBAP1,GOPC,CCNT2,UBE2D1,ZBTB22,TSEN2,HDDC3,YY1,STK11,RUVBL2,STK16,RUVBL1,OSBP,SCMH1,FBRSL1,PIM3,KPNA4,PMPCA,KPNA2,KPNA3,KPNA1,SH3GLB1,SLC38A1,VPS33A,PPP1R16A,PRPF4B,FOXP4,ACAP3,TXLNA,SLC9A5,MRTO4,MAPKAPK2,FSCN1,ANAPC5,MAPKAPK5,RAD54L2,SQSTM1,KPNB1,ANAPC1,ANAPC2,LRRC59,RNASEH2C,RNASEH2A,PFKFB3,MAX,TUBGCP2,ARL3,MAZ,ISG20L2,ARL1,ARL2,UBFD1,SLC9A1,ACAT1,SAV1,SOCS2,SBNO2,ATXN2,STK38,PMVK,SLC38A6,THEM4,E4F1,LRRC4C,SLC38A2,ZBTB17,DR1,BRPF1,EEF2,STK24,PTPRA,TMEM11,MDM2,TUBGCP5,PIN1,TUBGCP3,MDM4,TUBGCP4,MDM1,SLC25A1,SLC25A3,HSP90AB1,CELF1,COX4I1,PIK3CD,ARRB1,ARRB2,NGRN,SUMO1,MDK,SUMO2,HMG20A,ERC1,MDP1,DNM1L,CTNNBL1,PELP1,HSP90AA1,PPP1R12A,VPS37C,NDUFC2,RAD23A,VPS37B,DDOST,QTRT1,GIGYF1,PPM1A,NSMCE4A,SLC25A17,SLC25A19,NPC2,PIK3C3,PPP1R12B,BDP1,SEC22B,SLC25A11,PPP1R12C,AHDC1,BIRC2,SEC22C,PPP1R15A,RNFT2,GTF3C2,GTF3C3,NDUFB8,NDUFB6,PRCC,ZBTB45,FURIN,LRP8,GANAB,NCLN,PARD6A,SLC25A28,PTPRZ1,KATNA1,LRRC8D,IARS2,LRRC8B,SLC25A22,ATP9A,SLC25A25,SLC12A2,PPP1R14B,MMAA,MBOAT7,IMMT,RPL23A,LYSMD4,MCOLN1,BAIAP2,TPD52L2,SLC25A39,PTPN9,P4HB,SEC24C,SPG21,EIF4A2,EIF4A1,CCNK,AHCYL1,LPGAT1,CCNJ,CCNI,TMEM41B,KDELR1,EIF4A3,PREP,ZDHHC5,TXNDC11,ZDHHC6,JMJD1C,CCNC,ZDHHC7,ZDHHC8,IFI30,ZDHHC3,TXNDC16,CYB5D1,NUBP2,ZDHHC4,CCAR1,TXNDC17,RASSF1,CHORDC1,OGFOD2,FAM53C,KIF21A,CCNL2,KIF21B,SLC12A6,PELO,TMPO,PAQR4,ZFP1,IMP3,SCAF11,NSMCE1,ANK1,GNPAT,CCNY,ULK3,ULK2,CD2BP2,ULK1,CTXN1,GCDH,TMEM87A,L3MBTL2,FOXG1,SUPT4H1,PIK3R3,PIK3R2,RTF1,UBE2J2,APH1A,SNX1,COMMD9,DHX34,PCBP1,TSPAN7,PCBP2,MIER1,ERI3,DHX37,DYM,SURF6,DHX38,SYMPK,RCE1,TSPAN3,RAB11FIP2,RIMKLA,RAB11FIP3,RIMKLB,SNX5,N4BP1,SNX6,XRCC6,INTS1,RCC2,INTS3,DCLK2,XRCC1,PAICS,SNW1,WNK1,ID2,RPL27A,INTS5,PAF1,INTS4,CALM3,INTS7,CALM1,RGL2,AARS,USPL1,FAM57B,GPAA1,SUV39H1,AP2A1,WASL,PTPRK,PCSK7,IER3IP1,AP2A2,ARV1,CTSL,HYAL2,ENC1,MLX,DHX15,DHX16,KIF1B,SSSCA1,ARIH1,CTSD,NDEL1,VKORC1,CCT3,ACAD8,CCT2,TMEM150B,DBNL,CCDC115,MINK1,NCOA4,ANO8,MRPS2,COMMD3,ANO6,MRPS7,RGMB,MRPS6,COMMD4,COMMD5,ENAH,CSDE1,G2E3,DBN1,STX12,RABGAP1,STX18,DERL1,DERL2,CCDC107,CRIP2,CCDC106,CAMKK1,CAMKK2,EXOSC7,ARVCF,MNT,EXOSC4,PGRMC2,FAM172A,PES1,HSF1,EXOSC8,PAK6,EXOSC2,CCT5,EXOSC1,CCT4,NPDC1,NPM1,PLEKHA1,YIPF5,TMUB1,RPA1,MIB2,UBE2G1,RSRC2,UBE2G2,AP2B1,DOHH,PPP1CA,MAD2L2,PER1,GPAM,NEDD4,DPAGT1,SCARB2,MIDN,DBR1,OGDHL,PHRF1,CYP46A1,FAM174B,PPME1,KHSRP,KIF5B,KIF5A,PPFIA1,SNIP1,EP300,BANF1,SBF1,ARID2,BAHCC1,SBF2,PPFIA3,RGS6,PPFIA2,SH3GL1,ADPRHL2,ATG9A,SSU72,WBP11,ATAD3A,TMX2,HNRNPUL1,FAM173A,HNRNPUL2,DKC1,TMX1,SCN8A,RTN2,RTN3,VCP,PSMD12,TMED10,RBM8A,PSMD13,NXPH4,KLHL17,TOR1AIP2,KLHL12,PDS5B,NDRG2,SUPT6H,RTN4,TAF5L,FUT8,DEAF1,CAMTA1,CYC1,NDUFV1,BCL9L,CCDC134,IVNS1ABP,PRNP,OST4,FDPS,KLHL25,PHF12,ECD,HMGA1,CCZ1,SUPT5H,CLK4,SSH3,ANKHD1,CLK3,CLK2,KLHL20,PAN2,APPBP2,STT3A,PHF13,TAB1,LSM14B,YWHAE,GSK3A,PRR7,NAA40,RBM26,DDX46,PRKCSH,DDX47,CHD8,MAST2,MAST1,DDX42,ILK,ATP2A2,CHD4,HMGB1,DDX41,TRIAP1,GPHN,PPP1R9B,SEC61A2,BCL7A,UBE2Q2,BCL7C,NUP62,MLST8,UTP15,ARHGEF11,RBM17,RBM14,ARHGEF12,HSDL1,GLRX3,EED,GLRX5,DDX55,DDX56,ARHGEF18,DDX54,GLRX2,DDX50,PJA2,LMBRD1,SFPQ,RCN2,IRF3,GORASP2,TBC1D5,NDUFS6,PPDPF,NUP50,NDUFS3,NAA38,NUP54,MVD,RBM22,DCTN5,DDX27,MVK,DDX24,DDX23,DDX20,PARN,DDX21,RBM4B,CSTF2T,TAF1D,DNPEP,RAB40C,MAT2A,TNKS2,TAF1A,PDLIM7,TAF15,NAA10,GALNT2,TAF10,SOD2,MAPK14,CHFR,RPIA,CLCN7,MAPK11,SBK1,ASB6,ACIN1,RBM42,TAF6,FAM98B,VIM,CLUAP1,RAN,FAM50A,LNX2,RB1,RPL4,RPL3,CLPB,STMN3,DCAF8,THYN1,GABPB1,RPL8,DCAF5,ENO2,FNBP1L,RPL9,DCAF4,DCAF7,DCAF6,GCSH,GLE1,RNF115,MYC,STMN1,PIP4K2C,IER5,IER2,RNF111,ANKS1B,WSB1,TSPYL1,ACOT7,RPL21,PIH1D1,RPL22,CD3EAP,SOX11,SOX12,AARSD1,MED4,MED6,RNF126,DYNC1LI2,BIN1,SARNP,YME1L1,RPL27,RPL26,RPL29,PRR12,RPL28,DUS3L,ALG10B,PRR14,RNF121,CDC42SE1,POM121,RPN2,RPN1,NOLC1,VPS26A,SLAIN1,VPS26B,HIF1A,GLG1,FAM160B1,PRDX2,PRDX5,PPP4C,PRDX1,CDK17,RPL41,ACD,JUND,CHKA,H3F3A,RAB3IP,RDX,MAD2L1BP,UPF3B,TYSND1,CDC7,UPF3A,PA2G4,PRDX6,THAP11,PRRC2A,TMEM199,GLUD1,FIBP,SLC6A6,FAM160A2,NPLOC4,GIPC1,CDK10,DUS1L,OGFR,SPEF1,TCF25,CLTC,ADK,ADO,ING1,PFAS,TMEM186,RNF157,TMEM189,TRIM9,CSRP2,GPR137,AP3S2,EMD,ZC3H10,NUDC,BRD1,ITPK1,TCF12,AEN,NUDT16L1,RNF167,INF2,TET3,RNF166,SF3B4,SF3B5,SF3B2,PHLPP1,SF3B3,RPL10,GPS1,RPL12,RPL11,TIMM13,GPS2,HSPA14,TM9SF4,TMEM165,TM9SF3,BCLAF1,ASNA1,ANKRD54,RPL13,SC5D,BRD9,BRD8,RPS2,ANKRD52,RPL18,BRD7,SF3A3,SF3A1,SF3A2,BRF1,AGK,TRMT1,GTF2H1,WWP2,TTC9C,KTN1,TM9SF2,XAB2,TM9SF1,ABI2,ABI1,ZYX,RNF141,TUSC3,CTNND2,TUSC2,RNF19B,YEATS4,ABHD12,TUBB3,MAF1,LZTS2,STK32C,MEN1,SEMA6B,BIVM,ANKRD49,ANKRD46,RPS7,RPS8,RPS5,GPT2,AIP,RPSA,GTF2F1,GTF2F2,RNF40,RNF41,TRAIP,CTDNEP1,ST7L,CLIP1,DGKQ,NCL,ERP29,NHP2,ERH,PHPT1,MAD1L1,GLYR1,DNMT1,SEMA7A,CD151,ANKRD16,CUL5,ABHD2,ABHD8,AK2,AK3,KLC1,RLF,PHF21A,STIP1,BAG4,BAG5,KLC2,PITRM1,BTBD1,BTBD2,NACC1,PSAP,ESD,ANKRD10,SLC15A4,MPDU1,WDTC1,ESRRA,TOR1A,ATP8B2,MARCH9,DHCR24,MARCH7,BTBD6,LSM5,LSM4,LSM3,LSM2,CHERP,CNOT4,LSM6,SCCPDH,GON4L,CDK5,CDK4,CNOT1,ZFP62,MAFG,CNOT2,CNOT3,SPIRE2,RNF181,TADA1,SERINC1,DHCR7,CNOT8,LZTR1,EIF4G3,EIF4G2,EIF4G1,RNF187,RNF10,RNF11,RNPEPL1,TRADD,PTPN23,PTBP1,DUSP12,RPL7A,SART1,SART3,OPA1,SIN3A,REXO1,GPX1,GPX4,ELAC2,ZFP91,RANGAP1,COASY,PATL1,ZFP90,BET1L,PTBP2,TRAF7,PTP4A2,TRAF4,EVL,SNRPA1,SOS1,SSX2IP,NLGN3,RNF31,TRABD,GTF2A1,NFAT5,NLGN1,SMARCD2,RNF34,WBP1,WBP2,WBP4,LAGE3,DCAF15,AP3M1,HIRIP3,PUF60,RBBP4,RBBP5,SNRPB2,RBBP6,DCAF11,DCAF12,DCAF13,SPAG7,RNF24,RNF26,SEMA4B,SEMA4C,ADRM1,DDHD2,RPL35A,PTPN11,DDHD1,CDC42BPB,OXR1,PNRC2,ENOX1,CUL4A,RAD52,MARCKS,PFKL,NIN,KLF6,GLRB,IMPDH1,IMPDH2,MGAT4B,RHEBL1,PFKP,METAP2,ARL6IP1,GDE1,RUSC2,RUSC1,SAP130,HABP4,ARL6IP5,DPF2,ARL6IP4,UBAP2L,KIFAP3,ZFPL1,GOLGA7,GLUL,TIPIN,SLC11A2,BOLA1,PTOV1,RECQL,MRPS18A,ACSL3,JMJD8,CARHSP1,RRAGC,GRWD1,VDAC3,VDAC2,TTLL12,PFN1,EZR,ANKRA2,AURKAIP1,TELO2,PFN2,BEX4,CUTA,NECAB1,NECAB3,PDE1B,MGST3,TWF1,TRMT2A,PTDSS2,INPP5F,INPP5K,MAP4,GPM6B,BANP,SNHG1,NMB,SS18L1,INSR,STAM,ZWINT,UBAC1,GADD45G,UBAC2,CCDC88C,ANP32E,TMCC2,ANP32B,ALDH18A1,CORO7,CDS2,ITM2C,CC2D1B,DAZAP1,GDI1,FAF1,GDI2,MYL6B,PRPF19,SERP2,SERP1,ZMYM2,GUK1,ZMYM4,ZMYM5,RSPRY1,PRMT6,ATP6V0B,PRMT7,TSC22D1,PRMT1,PRMT3,NME3,RHOF,TUBG1,UCHL3,RHOB,PRPF18,PACS2,POC5,NME7,RPUSD1,PACS1,FAM20B,WAC,STRAP,RHOU,MAPT,RHOV,ALDOA,MAPRE1,MAPRE2,ATP6V0C,PRIM2,TOMM40,SLC20A1,PRIM1,AKAP8,ARNTL,ANKMY2,SHOC2,MAP4K5,MPZL1,RANBP2,ARNT2,RANBP1,RANBP3,RANBP6,FAH,RSL1D1,PRPF39,MARS,R3HCC1,CTNNB1,RAB3GAP2,PRPF31,FAU,GOLT1B,POGK,CIB2,NUCKS1,ARHGAP39,TOMM20,TOMM22,EFTUD2,TMEM145,FBL,CHCHD3,CHCHD7,POGZ,CHCHD1,PDIA3,ANGEL2,APLP2,TSC2,TRNT1,KCTD3,KCTD5,PDIA6,PDIA4,OXA1L,PREPL,TMEM135,TMEM136,ILVBL,TIPRL,SPNS1,CMPK1,FIZ1,ISCU,FAIM,LTBP4,COX7A2,STK4,ADIPOR1,SEZ6L2,DPP3,TMEM121,ARHGAP21,MAN2A2,CASKIN1,EP400,ZC3H18,SUDS3,DMAP1,MYH10,ZC3H14,MARK3,PDZD8,ANKZF1,PDZD7,MARK2,ATP6V1F,HSPA9,DNAJC19,HSPA8,ACBD6,ACBD5,SMAD4,ACBD4,HSPA5,PTCH1,ASPSCR1,DNAJC11,TBCD,DNAJC14,DNAJC17,NMRAL1,TDRD3,ARHGAP33,NFKBIA,DLG2,DLG4,DLG5,RFXAP,CLASRP,ACBD3,CREBZF,B4GALT2,B4GALT3,SCYL3,ACADVL,USP38,ABCD3,NVL,DOCK9,USP33,DOCK7,USP39,PKD1,TMEM101,ALDH2,FLOT1,PDE4A,TMEM109,FLOT2,MAN2C1,SCYL2,POLG,USP46,KLF11,USP48,KLF13,ABCC5,RNF208,TRNAU1AP,SENP2,ARID1A,SENP3,CKAP5,KLF16,CKAP4,FAM189B,DDX19A,ITGB1BP1,B4GALT7,LUC7L2,TSEN34,HCN3,USP15,POLDIP2,USP10,POMP,USP12,MOSPD3,SPG7,TM2D3,TOB1,STRN4,USP19,U2AF1L4,HSPD1,TFPT,RMND5A,PDE6D,NCAM1,ABCF2,CLASP2,SPEN,PTCD3,RWDD1,USP24,ATE1,PTCD1,PTCD2,B3GAT3,BAD,USP21,USP22,HAGHL,DTNBP1,LCA5,PDE4DIP,NAP1L1,HSPE1,USP28,MEIS2,NAP1L4,NEURL4,XPNPEP1,BAX,SSBP1,SSBP3,SSBP4"
+"gene_set_query"	"15"	"DEAF1"	"63.75"	"ARCHS4 Coexpression,61;Enrichr Queries,135;ReMap ChIP-seq,14;GTEx Coexpression,45"	"MT-ND4,EHMT2,ITSN1,ZFYVE1,TSEN54,ALKBH8,SCAMP5,SAMD14,CAPNS1,DPYSL2,AKT1,PRKACA,HES6,DAXX,MEF2C,RBFOX1,UNC5A,SCAMP3,MYL6,PRKAR1B,ASPHD1,DDIT4,PSME1,JTB,SF1,ATF4,TTYH3,NPRL2,AGAP2,AGAP1,COPS7B,ABCB8,AGAP3,GABARAP,MRPL10,HMGXB4,HSPH1,PIP5K1C,PRRT1,HEXIM1,ABCA2,CREBBP,JUN,CADM3,PRRT2,CADM4,JUP,CADM1,CADM2,EDEM2,PBX2,MRPL24,MLLT10,FASN,GPR19,RNF220,ARF3,LRSAM1,PIGU,NCAN,PIGQ,MRPL34,DDA1,JPH4,SHF,MED12,SMPD3,JPH3,TMEM43,SMPD1,FASTK,RPLP2,DLGAP3,APC2,LYPLA2,DFFA,LRRC45,IFT140,SPHK2,SIRT4,MRPL49,GMIP,DUSP8,MRPL46,MED29,TOMM40L,SIRT2,DUSP6,SLC7A5,MMP17,PXDN,CHST1,TUT1,VAMP4,PAFAH1B3,VAMP2,SLC29A2,TRUB2,LIN37,URM1,SRRT,SNX32,MRPL54,TMEM70,TMEM68,HARS,NCDN,SAMD1,ZSWIM4,RABAC1,ZSWIM5,MEF2D,CENPT,MBD3,TARBP2,GATAD2B,TMEM60,SKI,LETM1,TMEM59,SNX17,PKN1,AGRN,YPEL4,YPEL3,TMEM167B,CASC4,ATN1,UBE2D1,MPV17L2,PLOD3,ZBTB22,STK11,ATCAY,RUVBL2,OSBP,ADORA1,FBRSL1,SLC25A44,AP2M1,FADS1,DGAT1,ZBTB33,POLRMT,SRCIN1,LENEP,SAP30,FOXP1,OLFM1,ACAP3,OLFM2,FSCN1,ANAPC5,LY6H,SQSTM1,SLC27A4,LY6E,GRIA2,INO80B,KHDRBS1,SMYD5,MAZ,FBXO45,UBFD1,FBXO41,RAP1GAP,SOCS2,LRRC4B,NOP16,ZBTB12,EEF2,DRAP1,PTPRA,PIN1,MDM4,NUMA1,AKAP8L,CELF3,CELF4,PTEN,CELF5,ARRB1,NRGN,MRPL4,PPP6R1,PPP6R3,ERC2,DNM1L,DST,VPS37D,SEZ6L,DDOST,NRG3,SNPH,SLC25A19,DCTPP1,PPP1R12C,GAPDH,AHDC1,BCAT2,RNFT2,PPP1R15A,GTF3C2,MGRN1,PRCC,FOXK2,KATNB1,ZBTB45,MLLT1,LRP3,TSPAN31,GANAB,SLC25A28,NCLN,PTPRZ1,U2AF2,FEM1C,FYN,FSD1,E2F4,SLC25A23,HNRNPA1,PCDH1,SLC25A22,BEND6,LINGO1,PPP1R14B,MARCKSL1,TRIM41,SLC12A5,GPKOW,MBOAT7,NDUFA3,NICN1,NDUFA2,LYSMD1,MCOLN1,BAIAP2,SYT11,NOVA2,PTPN5,SMARCAL1,KDELR1,ZDHHC5,IFI30,ACTB,CYB5D1,RASSF1,TRIM28,BSG,TRIM26,TRIM27,SNRPD3,BSN,FBXO9,TMPO,SMARCC2,ATP6V1G2,ARL15,ECH1,CIRBP,ACTN4,THAP4,STX1B,CDC34,SNHG12,KCNQ2,CSNK2B,ULK1,TAGLN3,BCORL1,KCTD17,CTXN1,TRIM11,L3MBTL2,FOXG1,CEND1,PIK3R2,TTBK1,GSPT1,APH1A,SYNGR1,PGBD5,DHX33,TSPAN7,KCNN1,SYMPK,FAM192A,RAB11FIP3,SNX5,B4GALNT4,XBP1,TMEM86B,IQSEC2,DCLK2,HARS2,SMARCA2,SMARCA4,ICK,ID2,RANBP10,PAF1,CALM3,CALM2,RGL2,MON1B,CSRNP2,MRPS16,TMEM151B,HIBADH,GPAA1,MRPS11,GRIK5,DIRAS1,CETN3,MRPS12,AATK,NAT14,COX7C,AP2A2,SYNCRIP,ACTR1A,ARV1,MAP1LC3B,HYAL2,NCS1,ENC1,IDS,RAC3,SDF4,SSSCA1,KIF1A,CTSD,GIT1,ACAD8,TMEM150B,MRPS25,GAA,ANO8,PRPF40A,SYP,MRPS7,SYN1,RAP2B,ARHGEF4,ARHGEF1,NAPB,DYNC1I2,PNCK,SATB1,DOT1L,GBA,CRIP2,CCDC106,CAMKK1,CAMKK2,MNT,ARVCF,OS9,CAMK2N1,MGAT3,PAK6,CCT7,NPDC1,GABBR1,SPRYD3,TMUB1,VEGFB,RSRC2,PEX14,GRIN1,VEGFA,PER1,FKBP1B,SGSM2,TCEA2,FAM171B,HDGF,PNPLA6,CRTC2,MIDN,CRTC1,CD81,MPI,IGF1R,ACTG1,KIF5C,KHSRP,KIF5A,PALM,SNIP1,SBF1,PPFIA3,PPFIA2,RGS7,MORC3,ZGPAT,LMTK3,ADAM11,WBP11,RUNDC3A,POU3F3,COX6B1,HNRNPUL1,GPRIN1,EHBP1L1,EEF1A2,PLAA,PPIH,UBE2V1,RAF1,RTN2,NDRG4,PSMD11,PSMD13,ARHGEF25,TOR1AIP2,CACNA1A,NDRG2,NDRG1,ENHO,RNASEH1,SHARPIN,DEAF1,GRK6,CAMTA1,KIF3C,CYC1,SYT5,IVNS1ABP,OST4,FDPS,PRNP,SYT3,HMGA1,HIGD2A,CLK2,GNAO1,QDPR,HOOK2,HOOK1,GNB2,GNB1,STT3A,GNAS,PHF13,FGF11,UBE2M,MXD4,YWHAE,RERE,GSK3B,RBM25,CUEDC2,GSK3A,PRR7,PODXL2,PRKCSH,CHD6,DPY30,TNFAIP1,LMNB2,PHTF1,PPP1R9B,LASP1,EEF2K,BCL7C,GDAP1L1,MLST8,SULT4A1,TTC33,PDPK1,NAV2,SYNGR3,EPN1,EEF1G,CREB1,NDUFS8,IRF3,NDUFS7,ATG4B,NAT8L,SHANK2,SHANK1,DCTN1,CRMP1,SLC3A2,AGPAT1,RNF5,CYTH2,GNG3,CAND1,DNPEP,RAB40C,PABPN1,SV2A,TMEM205,MKNK2,PTK2B,TMEM208,MTA2,TAF13,TAF11,USF2,CHFR,MAPK10,FAM155A,MAPK11,GALE,PNKD,ERCC1,BRMS1L,FAM131B,RBM42,KRAS,R3HDM1,CYFIP2,VPS29,IPO11,TRIO,CLPB,MYT1L,STMN3,HNRNPR,STMN4,EPRS,ENO2,ALCAM,ZMIZ1,MYC,LUC7L,IER5,IER2,NUP214,DDX17,ACOT7,UNC13A,WSB2,RPL23,WDR74,MED8,GTPBP6,CD3EAP,SCRIB,GPR162,WDR81,BIN1,RPL28,DUS3L,ASTN1,CTBP1,PHYHIPL,NEDD4L,ABR,FAM171A2,LDHA,PPP4C,PRDX1,CHST10,NUP88,ST3GAL2,RPL41,CHKB,SNAPIN,JUND,IRF2BP1,PA2G4,POU6F1,PRRC2A,TMEM198,THAP11,HNRNPL,FIBP,TOLLIP,HBP1,WDR47,CDKN1B,PHF23,CLTB,ADO,WDR46,PFAS,TRIM8,RFK,ENSA,TIMP2,GPR137,CIC,GARNL3,ZC3H10,TCF12,ITPK1,NUTF2,COPZ1,NCOR2,TUBB2A,INF2,KIFC2,GAS7,GRN,CLDND1,NFIX,GPS1,ADCY1,TM9SF4,ARFRP1,SLC17A7,CKB,RPS2,RPL18,SYVN1,TTC9B,SCAF1,AGBL5,TM9SF2,MORN4,NFIA,ABI1,ZYX,NUCB1,DGKE,RAB3A,CHPF,CLSTN3,CTNND2,RAB3D,TUSC2,CLSTN1,TM7SF2,SLC8A2,RPH3A,NRBP2,RIMS4,CFL1,SLC39A7,MAF1,STK32C,MEN1,SLC39A3,SEMA6B,TLE4,CSNK1G3,TLE3,RPS9,MAP2K2,RPS7,RPS8,USP3,AIP,VRK3,DGKZ,ILF2,CLIP3,PYGO2,TOM1L2,CLIP2,PHPT1,SNRPA,CSNK1G2,FKBP5,BRSK1,FKBP2,BRSK2,ANKRD16,RAB5C,CUL5,INSIG1,ANKRD11,ABHD8,ITPR1,KRBA1,HSPBP1,SCRT2,KLC2,PITRM1,BTBD2,DVL1,DVL2,RAB6B,TRAPPC2,UVRAG,EIF2B4,ANKRD34A,OSBPL7,RAB4B,TNK2,TMEM132A,ASNS,ADAP1,MARCH4,SCRT1,SLC7A6OS,GON4L,CDK5,NSG2,LHX2,CNOT1,REEP2,CNOT3,MAP3K10,CSPG5,PLEKHM2,DHCR7,CNIH2,EIF4G3,BCL2L2,CNIH4,RNF187,MAP3K12,ZC3H4,PIK3C2B,PPP6C,SART1,DUSP12,SART3,SIN3A,PHACTR3,CEP170,EVI5L,TNPO2,PLEKHG2,GPX4,SECISBP2L,ELAC2,EDF1,REXO2,YDJC,TRAF7,PTP4A3,CTDSP2,POLR1B,LANCL2,NLGN3,NLGN2,WBP1,CLEC2L,EI24,DNAJB2,CACNG7,CACNG8,HECTD1,PUF60,POLR2A,MGAT5B,VPS52,POLR2D,POLR2I,DCAF11,PPIL2,FBXL19,SEMA4C,SEMA4F,FBXL16,PFKL,APC,POLR3B,POLR3E,SNRNP48,TPT1,VEZT,APP,SLC35B4,ARL6IP1,ZMYND8,RPS15,RPS19,RPS18,FLAD1,DPF1,DENR,ZFPL1,RPS13,SOX4,SRRM2,SLC6A17,SACM1L,ACSL6,PTOV1,CPT1C,MAPK8IP2,MAPK8IP3,MAPK8IP1,ZW10,GRWD1,CRYZL1,PFN1,PFN2,BEX4,GPM6A,MACF1,IGSF8,BEX2,STXBP1,DCUN1D4,INPP5B,ZNHIT1,ARGLU1,RALGDS,VASP,FIS1,SNHG1,BCL11A,MEMO1,RPS26,RPS27,ANP32E,ANP32B,ITM2C,DAZAP2,GDI1,CITED2,FAF2,GDI2,MYL6B,PRPF19,SERP2,RPTOR,ZMYM2,SLC22A17,C1QBP,ZMYM5,ZMYM6,UBXN6,PSD,PSENEN,MAP4K2,PRMT7,TSC22D1,PRMT1,TSC22D3,PPRC1,NME1,MLF2,RHOB,PACS2,PACS1,WAC,MAPRE3,MAPT,ALDOA,SGK1,ATP6V0C,SDCCAG8,CSTB,TOMM40,AKAP8,RFNG,TRAK2,CST3,HIRA,TCEAL5,CUX1,CTNNA2,APBB1,ATP6V0E2,LCMT1,MPZL1,ARNT2,MTX2,LSAMP,AP3D1,MARS,APBA1,PRPF31,FAU,KBTBD7,MEGF8,APBA2,CDK5R2,CDK5R1,ARHGDIG,LZIC,BASP1,ARHGDIA,HCFC1R1,AZI2,CHCHD1,CHRNB2,DSCAM,KDM2B,APLP1,KCTD2,ATP1B1,TMEM130,SHISA7,RSBN1,PDIA4,CMPK1,SCG3,FIZ1,ISCU,ZCCHC8,RPS19BP1,TMEM59L,HPCA,CLEC16A,LTBP4,CPLX2,SEZ6L2,CPLX1,PDZD4,EFNB3,ZMAT2,DPP9,CASKIN1,MARK4,MARK2,CPSF4,HSPA8,KLHDC3,ACBD4,CBX5,CBX1,TBCB,CWC15,ARHGAP33,RALYL,DLG2,TMEM115,DLG4,CHMP2A,PI4KA,SAE1,NFKBIB,MUS81,ACADVL,THRA,YBX1,FBLL1,USP39,PKD1,SPRED2,LRRTM2,GMPPA,PDE4B,TMEM109,RBM6,KDM6B,SVOP,KLF13,ABCC5,SPATS2,H2AFX,AXIN1,PPP2R5B,RNF208,H2AFV,PPP2R5D,TRNAU1AP,ARID1A,SEPT5,ARID1B,DNM1,SEPT3,FAM189B,GAP43,THRAP3,DCX,LUC7L3,USP40,THOP1,TSEN34,CAMK2B,HCN3,POLDIP3,WIZ,ATP1A3,NRXN2,PDXP,U2AF1L4,TFPT,FAM168A,SNCB,MAPK3,LGI1,PTCD1,KDM4B,ATP13A1,B3GAT3,BAD,LIMK1,B3GAT1,LCA5,NAP1L2,GDAP1,NEURL4,PPP2R2C,PPP2R2B,BAX,ATP13A2,SSBP1,SSBP4"
+"gene_set_query"	"16"	"SNAPC5"	"65.5"	"ARCHS4 Coexpression,44;GTEx Coexpression,87"	"VPS29,APP,ISCA1,TRIO,POP7,CISD1,GHITM,PDCD2L,DCAF6,TXNDC17,UBE2L3,NFU1,LSM10,PCMT1,NDST1,KRTCAP2,PSMD4,MPRIP,SNRPD2,SNRPD1,AKT1,RPL38,SNRPD3,PRKACA,ATP6V1E1,ATXN7L3,SRRM2,PDHX,RBFOX1,CACNA2D1,ECH1,MRPS18C,EID2,BIN1,VDAC3,TMEM126A,TBC1D9B,TARSL2,MRPL18,CD99L2,MRPL13,ANAPC11,MRPL11,APH1A,APOO,MRPL20,DGUOK,FXR2,PRDX1,TNRC18,SERF2,ST3GAL3,PRELID1,SNAPIN,HOMER1,INTS1,MRPL27,PBX2,MRPL21,PRRC2B,PRRC2A,MRPL22,HNRNPL,EIF6,PKIA,NDUFAF2,NDUFAF3,MRPS17,HBS1L,MOCS2,COX7B,SETD3,CCDC127,MRPS11,DIS3L,MRPL36,TCF20,MRPL34,COX7C,SMG5,MRPL33,UBL5,TRMT112,PPP3CB,HINT1,MRPL40,SEC61G,AP3S2,SEC61B,CIC,MRPS28,LRRC47,ZYG11B,UPF1,TPI1,MRPS23,MINK1,MRPS21,CACYBP,MRPL47,MRPS7,COMMD6,UCHL3,TERF2,MRPL46,SREBF2,NME1,MRPL52,IMMP1L,MRPS9,PSMA4,PSMA1,PSMA2,RAPGEF1,ARHGEF2,EEF1E1,ERGIC1,SF3B5,DTYMK,MRPS36,STAU2,MRPS33,AMIGO1,NOL7,DLST,AKAP6,UQCR11,NEDD8,TIMM10,UQCR10,COX5B,COX5A,PSMA7,GNAI2,MRPL55,PSMB6,PSMB7,PSMB5,PSMB2,PSMB3,PSMB1,EXOSC8,FLNA,ANKRD52,RPL15,PAIP2,PAIP1,PTGES2,TTC1,ELP3,MYO9B,COX6C,SCAF1,GTF2H5,PPP1CA,SKI,LYRM2,PSMC3,PRKRA,NDUFAB1,TAOK2,PSMC2,NUCB1,TRIP12,PNPLA6,TOMM5,TOMM6,NDUFA13,NDUFA11,NDUFA12,ZFAND3,TUSC2,CTNND1,PDCD5,HDLBP,ATN1,PARK7,COX6A1,SRP14,CHCHD4,CHCHD3,TMEM147,LAMP1,CFL2,KPNA4,SBF1,KPNA3,TRAPPC2L,PAM16,TTC7B,GTF3A,SHISA4,CNPY2,RNF41,RBX1,COX6B1,CACNB1,HNRNPUL1,DNAJC30,EEF1A2,UBE2V2,NHP2,RPP21,SNRPG,SNRNP27,SNRPF,PHPT1,SNRPC,FKBP3,RTN2,UQCRB,NDUFB10,COX16,PSMD14,COX17,AK1,UBR3,COX7A2,PRPF8,SUPT6H,EMG1,BTBD1,DPP8,BTBD2,NACC1,ABL1,BRIX1,NDUFV3,NDUFV2,DNAJC19,EIF2B3,POLR3GL,UROS,SEC16A,CWC15,EEF2,LSM5,LSM3,COPS4,COPS6,COPS5,SH3BP5L,UQCRQ,GNB2,GNB1,RNF181,PLXNB2,GPR107,ACO2,COPS8,GRSF1,NOP10,NFE2L1,UBE2M,KDM5C,ASNSD1,PRKCSH,SCHIP1,COX4I1,DPY30,CHD3,SOBP,PPP1R9B,NGRN,PTBP1,LASP1,OPA1,SUMO1,ZC3H7B,PPP6R1,SNRNP70,BCL7B,RNPEP,UQCRFS1,CASP2,TIMM17B,YAF2,IDH3A,ARHGEF11,NAA30,JAGN1,VBP1,RBM18,AKTIP,UBE2QL1,NDUFC2,RAD23A,NDUFC1,DUSP26,DNM2,HAX1,NDUFS7,DAD1,NDUFS5,NDUFS4,NDUFS3,PFDN1,CCDC43,NAA38,PFDN2,DNAJC8,SLC25A12,PPP1R12C,GTF3C1,NDUFB9,NDUFB8,GTF2A2,ATF6B,NDUFB6,GTF3C6,NDUFB5,NDUFB4,VPS4A,WBP4,NDUFB3,POMP,NDUFB2,LENG8,PDHB,HSD17B10,STRN4,ADD1,GANAB,GNG5,U2AF2,FAM120A,CDC37L1,POLR2F,POLR2G,ROMO1,RPP14,POLR2I,FBRS,POLR2J,GADD45GIP1,TIMM8B,NDUFA9,ATE1,NDUFA8,NDUFA7,SPAG7,NDUFA6,KCNJ11,NDUFA5,NDUFA4,NDUFA3,FBXL19,NDUFA2,NDUFA1,PDE4DIP,CDC42BPB,HSPE1,SOD1,NECAP2,PINK1,SUCLA2,CDKN2AIPNL,VAPB,ASB8,BRMS1L,RAB12,DNAJA2,MGAT4B,CDK2AP2,ACIN1,STUB1,SSBP1,PFKM"
+"gene_set_query"	"17"	"THAP4"	"70.0"	"ARCHS4 Coexpression,38;Enrichr Queries,37;GTEx Coexpression,135"	"RPL3,TFRC,RPL31,HNRNPU,EPRS,RPL8,PHB2,ELK1,DCAF6,PSMD8,PSMD7,CAPNS1,RAVER1,MYC,PSMD3,RPL35,PSMD1,AKT1,AP1S1,ACOT7,DAPK3,CD3EAP,SCRIB,GTPBP4,SND1,HCFC1,RNF126,CLPP,DDIT4,TMEM126A,UQCRC1,UQCRC2,RPL29,PRR12,RPL28,ATF4,SHMT2,FLII,NEDD4L,AGAP1,MRPL14,MRPL12,MRPL13,ANAPC11,CYB5R1,MRPL20,PRDX2,PRDX5,LDHA,LARP1,RRS1,SLC19A1,JUN,ICMT,MRPL27,IRF2BP1,MRPL28,PA2G4,MCAT,MRPL21,PRRC2A,CS,HNRNPL,UCK2,PPP5C,EIF6,FASN,GIPC1,OGDH,DUS1L,FARSA,CDK16,PIGU,RPLP0,PRKAG1,MRPL38,CLTB,MRPL36,MRPL37,ECSIT,MRPL34,WDR46,SMG5,TUBA1B,MRPL40,SMPD4,EMD,LRRC47,UPF1,TPI1,ELOVL6,MRPL46,HADHB,NCOR2,HADHA,TUBB2A,PXDN,TKT,SF3B4,SF3B2,GSTP1,RPL12,SRRT,TIMM13,PSMA7,CENPB,FAM129B,PSMB6,PSMB5,ASNA1,RPS3,CLPTM1,MFN2,CKB,RPS2,RPL18,YKT6,RPL19,SF3A2,MDH2,SCAF1,GATAD2A,XAB2,PSMC3,MYBBP1A,PSMC1,TAOK2,PKN1,PARK7,BZW2,RPL10A,APEH,IPO4,EDC4,RUVBL2,KPNA4,PIM3,MAF1,LZTS2,FADS1,MEN1,PCYT2,MAP2K2,USP5,GPT2,RPS5,GTF3A,POLRMT,RNF40,ATXN2L,CTDNEP1,NCL,RAB35,SRSF2,NHP2,FSCN1,FKBP4,SQSTM1,CSNK1G2,SNRPA,FKBP5,SNRPB,SLC27A4,LRRC59,AK1,MAZ,PHB,STIP1,BTBD1,PITRM1,DVL1,BTBD2,NACC1,ABL1,ESRRA,EIF2B3,GOT2,EEF2,LSM4,CHERP,ZC3HC1,DRAP1,LSM7,COPS5,LRFN4,UQCRQ,TMEM11,STK25,ACO2,NFE2L1,EIF4G1,ZNF512B,SLC25A3,HSP90AB1,COX4I1,ETFB,PTPN23,MRPL4,RPL7A,DUSP12,SART1,MRPL2,NOB1,PPP6R1,WDR5,BOK,EIF5A,ADSL,HSP90AA1,REXO1,GPX4,RPL13A,RAD23A,NDUFC1,EDF1,RANGAP1,DDOST,ARFGAP1,TRAF7,PTP4A3,HAX1,CTDSP2,POLR1B,RPL37A,RP9,SLC25A12,SLC25A5,SLC25A11,SLC25A4,DCTPP1,GAPDH,GTF3C1,NDUFB9,SMARCD2,NDUFB7,GTF3C6,NDUFB5,NDUFB4,RAB1B,VPS4A,NDUFB3,NDUFB2,PDHB,SRL,SRM,PPM1G,DCAF15,GANAB,NCLN,DNAJB6,PUF60,U2AF2,POLR2D,EIF4H,FEM1C,POLR2J,AAMP,UBQLN4,GADD45GIP1,NDUFA9,NDUFA8,NDUFA7,SPAG7,PPP1R14B,CIZ1,NDUFA6,KCNJ11,FBXL19,NDUFA2,ADRM1,NDUFA1,IMMT,HNRNPAB,CUL4A,SLC25A39,CDKN2AIPNL,EIF3K,DNAJA3,RAB12,IMPDH2,MGAT4B,EIF3G,STUB1,P4HB,EIF3C,PFKM,PFKP,BCAR1,EIF3B,VARS,PLEKHB2,ZMYND8,CISD1,KEAP1,ZDHHC8,HS6ST1,PDCD2L,ACTB,RPS15,RPS17,TRIM28,RPS19,FTH1,BSG,LONP1,RPS10,PDHX,ECH1,MRPS18B,MRPS18A,MOGS,ACTN4,GNPAT,AFG3L2,KARS,VDAC3,VDAC2,VDAC1,TTLL12,AURKAIP1,TELO2,PIK3R2,APH1A,FXR2,PCBP1,DHX37,TRAP1,INTS1,RCC2,UBAC1,AIMP2,RPS24,ITM2C,MRPS17,COX7B,MRPS15,DAZAP1,MRPS16,FAF1,MRPS12,CCDC124,MRPS10,PRPF19,COX7C,HINT1,GUK1,C1QBP,DHX15,SDF4,GIT1,COX8A,CCT3,MRPS26,MRPS24,PARP1,PRMT1,NME2,MRPS2,MRPS7,APRT,MLF2,RHOB,MRPS9,RPUSD1,PABPC1,ALDOA,SGK1,PTMA,CSTB,DTYMK,AHCY,TOMM40,MRPS36,MRPS33,UQCR11,MRPS30,UQCR10,COX5B,COX5A,NOL6,HIRA,SAMM50,GPC1,PES1,HSF1,CCT7,RANBP1,PTGES2,TMUB1,AP3D1,NPM3,BOP1,NDUFAB1,HDGF,TACC2,NDUFA13,NDUFA12,SPPL2B,NDUFA10,HDLBP,PEBP1,CHCHD4,FBL,CHCHD3,TMEM147,FAM162A,KHSRP,ARHGDIA,SH3GL1,SDHA,ATP1B1,SDHB,ATAD3A,COX6B1,TUFM,EEF1A1,ADAM15,HNRNPUL1,EEF1A2,PPIF,NDUFB10,NDUFB11,COX17,TIMM50,IRAK1,CYC1,NDUFV3,NDUFV2,NDUFV1,DNAJC19,HSPA9,IVNS1ABP,HSPA8,PRNP,PDHA1,CPSF1,IDH1,IDH2,HMGA1,TIMM44,COQ9,HIGD2A,NFKBIA,HOOK2,HOOK1,UBE2S,GNB2,GNAS,UBA1,TCF3,SAE1,UBE2M,B4GALT2,GSK3A,PRKCSH,MAST2,ATP2A2,YBX1,LMNB2,SEC61A1,MLST8,UQCRFS1,LRRFIP1,SCYL1,PDPK1,CAD,H2AFX,DDX54,SENP3,KLF16,NDUFS8,NDUFS7,NDUFS6,EEF1D,AKT1S1,NDUFS4,NDUFS3,NDUFS2,ATG4B,NDUFS1,PFDN2,RBM24,THOP1,STOML2,POLDIP2,ATP1A1,RNF4,STRN4,TBRG4,HSPD1,TMEM201,DNPEP,MTA1,MAT2A,NT5DC2,MKNK2,RALY,RPP14,TIMM8B,RRM2,SGTA,PDE4DIP,PDAP1,SSRP1,HSPE1,CARM1,RBM42,BAX,TAF6,RAN"
+"gene_set_query"	"18"	"REXO4"	"70.5"	"ARCHS4 Coexpression,19;GTEx Coexpression,122"	"RPL4,POP7,VARS,RRP1,PPAN,PREP,KEAP1,GPATCH4,RPL8,PHB2,PDCD2L,DCAF6,CRKL,LSM12,RPS17,PSMD7,TRIM28,RAVER1,PSMD2,PSMD3,LONP1,ARL6IP4,AKT1,AP1S1,RPS10,CSNK2A1,WDR74,MRPS18B,CD3EAP,MRPS18A,MOGS,SCRIB,SCAMP3,SND1,HCFC1,THAP4,GNPAT,RNF123,AFG3L2,CDC34,KARS,BIN1,ZW10,CLPP,GRWD1,ZSCAN21,GUF1,TARS2,RPL27,RPL26,TTLL12,RPL29,AURKAIP1,RPL28,TELO2,SF1,TMEM161A,DCUN1D5,ANP32A,SHMT2,NOLC1,MRPL14,LIAS,MRPL12,RPAP3,FXR1,APH1A,NLN,LARP1,PDCD11,RRS1,CSTF1,DHX37,SURF6,TRAP1,PRELID1,INTS1,RCC2,MEMO1,ERAL1,PA2G4,MCAT,UBAC1,PRRC2A,SMARCA4,TADA2B,HNRNPL,AIMP2,HNRNPM,PPP5C,GIPC1,INTS7,NOL10,NOL11,CALR,DUS1L,FARSA,AARS,MRPS17,DAZAP1,MRPS16,MRPL38,MRPL36,MRPL37,PRPF19,TMEM186,SMG5,THTPA,C1QBP,SDF4,RPLP2,RRP12,LRRC47,CCT3,PRMT5,UPF1,TMED9,MRPS24,MIOS,PARP1,PRMT1,PABPC4,NSUN2,SIRT4,NME2,MRPS2,TFB2M,MRPS5,MRPL44,RPUSD1,MED20,PGAM5,TKT,SF3B4,SF3B2,AHCY,RPL12,SRRT,TIMM13,MRPS30,CCDC106,CENPB,NOL6,HIRA,SAMM50,PSMB5,TCOF1,PES1,ANKRD52,RPS2,RPL18,CCT7,YKT6,CCT5,MBD3,RANBP1,SF3A1,BRF2,SF3A2,MDH2,PTGES2,WDR18,AP3D1,ELP3,UBE2G1,SRP68,WDR12,NPM3,SCAF1,NLE1,BYSL,GATAD2A,RSL1D1,BOP1,PHF5A,MYBBP1A,SRRD,SERBP1,TSR1,HDGF,PKN1,NUP188,BCCIP,RPL10A,CCDC28B,IPO4,TOMM22,EFTUD2,ARHGDIA,RUVBL2,KHSRP,NUDT19,KPNA3,CHCHD1,SH3GL1,MEN1,KCMF1,RPS9,MAP2K2,PCYT2,USP5,ADPRHL2,RPS8,RPS5,PAM16,RPSA,POLRMT,ATAD3A,RNF40,TUFM,FTSJ3,CTDNEP1,ILF3,HNRNPUL1,RAB35,FSCN1,GEMIN7,FKBP4,PPID,KPNB1,CSNK1G2,SNRPA,SRSF9,SLC27A4,SNRPB,ANAPC2,LRRC59,INO80E,PSMD11,PSMD14,NOP2,CUL2,MAZ,AK2,UBFD1,PHB,RPF2,HSPBP1,STIP1,NDOR1,IRAK1,DPP9,DVL1,NACC1,CYC1,NOP14,UBE2I,NOP16,CPSF1,BOD1,FUS,VTA1,EEF2,DNAJC16,LSM4,COQ5,CHERP,ZC3HC1,COPS3,CNOT7,STK25,TMEM11,UBE2S,GNB2,CLPTM1L,TCF3,LSM14B,EIF4G1,UBE2M,SLC25A1,ZNF512B,KDM5C,DDX49,USP38,ZMYND19,PRKCSH,WDR3,WDR4,CHD4,TRIAP1,YBX1,LMNB2,LMNB1,MRPL4,RPL7A,SART1,NOB1,PPP6R1,SNAPC4,WDR5,UBTF,MRPL9,HIF1AN,TNPO3,PELP1,EIF5A,NAA30,ADSL,CAD,H2AFX,DDX54,RAD23A,TFIP11,EDF1,RANGAP1,SAFB,RAD23B,SENP3,KLF16,EEF1G,TRAF7,TFDP1,EEF1D,POLR1B,AKT1S1,CCDC43,RP9,EIF4E2,THOP1,GTF3C1,STOML2,SMARCD2,POLDIP2,RAB1B,VPS4A,PRCC,SRSF1,DDX23,STRN4,TBRG4,SRM,PPM1G,DCAF15,TMEM201,GANAB,MTA1,NCLN,RBBP5,U2AF2,BMS1,MKNK2,POLR2D,BNIP1,EIF4H,RALY,ABCF2,MTA2,UBQLN4,ABCF1,GADD45GIP1,PTCD1,PPP1R14B,CIZ1,TAF15,MMAA,KCNJ11,FEM1A,NAA10,FBXL19,ADRM1,TPRKB,PDAP1,SSRP1,HNRNPAB,IMPDH1,DNAJA3,ASB8,CARM1,POLR3D,IMPDH2,POLE3,EIF3J,POLR3E,EIF3G,RBM42,BAX,EIF3C,EIF3B"
+"gene_set_query"	"19"	"ATF2"	"71.0"	"ARCHS4 Coexpression,47;ENCODE ChIP-seq,30;Enrichr Queries,53;ReMap ChIP-seq,115;GTEx Coexpression,110"	"SCOC,POP7,NUP107,TFRC,IFT172,POP4,FAM110A,CAPNS1,DPYSL5,DPYSL2,FGFR1OP2,AKT3,GPBP1,AKT1,ANKFY1,PRKACB,PRKAB2,CXADR,FNBP1,RC3H2,EWSR1,DDIT4,TMEM126A,JTB,SF1,ATF4,EXD2,SET,SAR1B,PRPSAP1,RHOT2,RNF216,RDH13,LTA4H,HEXIM1,CREBBP,JUN,PRPF38B,JUP,NCAPH2,LARP7,PBX2,BTBD10,PBX1,TBL3,QARS,PKIA,FXYD6,DZIP1,DZIP3,KCNC3,PRKAG1,OSBPL11,BBC3,MED17,PCMTD2,MED13,JAK2,ENOPH1,JAK1,PCMTD1,SPHK2,DUSP1,TEX10,BAZ1B,DUSP6,MED29,PGM2L1,MED23,MED22,PTRH2,PXDN,MED20,PTRH1,ERGIC2,PAFAH1B1,TRUB1,TRUB2,WRB,GSTP1,NOC4L,SDAD1,FAM117B,CENPB,NRAS,RICTOR,ATAD1,MBD1,TARBP2,NUDT21,SNX19,CCDC9,SNX14,ETNK1,TAOK1,PKN1,YPEL4,CRLF2,TMEM167B,CASC4,ATN1,LTN1,CASC3,FBXO22,MAP3K7,FADS1,BNIP3L,DGAT1,FBXW9,STX7,CNPY2,CASD1,FBXO11,LENEP,PIAS1,CDC25B,ATXN2L,DMTF1,SRSF2,SRSF3,SRSF6,SRSF7,ARL8B,GRIA1,INO80B,INO80E,UQCRB,IREB2,LIN7C,CORO1B,HSP90B1,EIF1AD,G3BP2,BRIX1,NOP14,FUS,API5,FBXO38,HPS4,DRAP1,LRCH2,SON,UQCRQ,ARPC3,SP3,CNTROB,LRCH4,OGT,NOP10,ITGB1,ISY1,SNAP25,PTEN,ETFA,AP4M1,ACP2,PGLS,BCAS2,EIF5A,ACTR6,ATRX,RABGGTB,ATRN,C1D,TMBIM6,BCAT1,GAPDH,TNFRSF21,BCAT2,ROCK1,SRC,ROCK2,SRSF1,FOXRED1,TSPAN31,CDC42,U2AF2,UBQLN1,IGF2BP3,HNRNPA1,PCDH1,HNRNPA0,NOP56,GADD45GIP1,NOP58,HNRNPA3,MARCKSL1,TRIM41,FEM1B,MID1IP1,CNBP,CDC5L,HNRNPAB,NECAP1,EIF3K,CDKN2AIPNL,SYT11,EIF3G,OCIAD1,TRIM37,EIF3E,EIF3D,TRIM33,EIF3B,SMARCAL1,PPAN,ACTB,NUDT3,TRIM28,HERC1,EIF2D,TBC1D22B,TRIM23,EIF2A,ATP6V1G2,ECH1,CIRBP,CSNK1D,CSNK1E,MFSD11,MFSD10,CFDP1,SNHG12,PPA2,CDC37,CSNK2B,CCDC82,AARS2,GGNBP2,DHX8,MYCBP2,CEND1,PGS1,SEC14L1,HLTF,DECR2,ATP6V1C1,BBS1,XBP1,SMARCA5,MYO5A,BSDC1,SMARCA2,HARS2,PTK2,SMARCA4,EXT1,ZBTB6,CDC16,SDC1,NDUFAF3,FBXL2,CALR,NOL11,CD200,MON1B,SUGP1,MRPS17,DHRS13,COX7B,MRPS15,CSRNP2,CSRNP3,HIBADH,MRPS11,MRPS12,HERPUD1,THTPA,AKAP12,SYNCRIP,PPP3CA,AKAP11,UIMC1,SDF4,SDF2,BBS4,COX8A,PBRM1,PCYT1A,MRPS27,MRPS23,MRPS21,PRPF40A,CACYBP,TFB2M,SYN1,APRT,SLTM,CANX,ARHGEF1,PABPC1,PTMA,NAPB,PCNA,MRPS33,SSNA1,GBA,HSD17B4,COX5A,RELA,PCNP,SH3BGRL,ORMDL3,MGAT2,EPS15,GABBR1,TTC1,PNMA2,VEGFA,NUDT9,KLHL9,PDCL3,BOP1,NUDT8,SGSM3,HNRNPA2B1,TTC3,TCEA2,HDGF,ZFP28,SRP19,CRTC2,ZFAND6,ZFAND5,UBE3A,UBE3B,COX6A1,IGF1R,TXN2,EEF1B2,PPIP5K2,PCID2,FBXW11,MMGT1,ADAM10,UBE4A,SDHC,SDHD,DHDDS,EEF1A1,ADAM15,PLAA,PPIH,PPIG,RAF1,PPIA,PPID,SIDT2,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX16,RNASEH1,IRAK1,TBC1D17,UBE2H,NUP155,UBE2B,PCIF1,UBE2A,HIGD2A,IFT20,UBE2W,GNAL,NASP,HOOK2,HOOK1,UBE2S,GNAQ,GNB2,CNTN1,MKRN2,AMOTL2,TCF4,GNB5,GALK1,UBE2M,ADAR,TNFAIP1,RND2,RND3,LMNB1,TMEM222,LASP1,EEF2K,RB1CC1,TBP,NUP133,PDPK1,TTC33,SYNGR3,EPN1,EEF1G,ALS2,ACOX1,EEF1D,ACOX3,IFT46,AGPAT5,SLC3A2,RNF7,AGPAT1,RNF5,AGPAT4,GNG2,TRA2B,TDG,TRA2A,BNIP1,TMEM208,RPP14,TIMM8B,ATF7IP,CDK11B,ERCC1,POLE3,KRAS,ERCC5,NCKAP1,RRP1,ARPC5L,HNRNPU,EPRS,PHB2,GLS,VPS35,DDX17,DDX18,WDR74,SCRIB,ARMC8,WDR73,ATG12,ARMC1,DAAM1,ZSCAN21,NUP98,VPS25,VPS28,ANAPC16,XPC,ARPP19,ANAPC11,LDHB,NCSTN,GAR1,NRBF2,HMOX2,BTF3,PRELID1,NDFIP1,ICMT,IRF2BP2,PHC3,WDR55,HNRNPL,MEX3A,HNRNPK,HNRNPD,HNRNPC,FARSA,PAM,FARSB,PHF3,CEP57,SETD5,WDR47,BTG1,CDKN1B,WDR48,PHF20,PHF23,PHF1,SETD6,SETD7,GPT,ASH2L,WDR46,PHF6,SMG5,RARS,RRP12,JARID2,RRP15,WDR36,ASH1L,WDR34,COPZ1,GNL3,WDR33,NCOR2,ZEB2,NSA2,TUBB2B,NCOR1,TUBB2A,MTF2,EXOC5,GART,CDC123,CLDND1,TIMM9,WDR24,FAM129B,NSD1,PPP1R8,CKB,PAIP2,YTHDF2,YTHDF3,KIDINS220,CSNK1A1,WDR18,NR1H2,GATC,ELP3,HIPK1,SCAF1,WDR11,PHF5A,NFIA,NFIB,ANKRD13C,FAM49B,RAB3C,GTF2B,CEP120,SYAP1,PARK7,RPL10A,CLU,IPO4,TM7SF2,PPP1CB,PPP1CC,LAMP1,SLC39A9,CFL1,PAPOLA,HMGN2,GTF2I,PLEKHJ1,SLC39A3,KCMF1,TLE3,RAB2B,MAP2K2,RALGAPA1,USP3,MAGI2,TPM1,VASH2,DYRK1A,THOC1,LEMD3,THOC5,LEMD2,ILF2,THOC6,MORF4L1,PYGO2,ILF3,RAB34,MORF4L2,SNRNP27,PHIP,ADNP,TOX,SNRPB,FKBP2,RAB5B,RAB5C,UBR4,UBR3,GOLGA7B,TPR,UBR5,DVL1,DVL2,SRGAP3,MCL1,AKIRIN2,OSBPL8,AKIRIN1,EIF2B3,TRAPPC1,CCDC12,TRAPPC4,TMEM132A,TRAPPC8,REEP1,COPS3,COPS6,COPS5,DAB1,SYNJ1,NBEA,PDCL,PLXNB1,RSL24D1,MAP3K12,DIDO1,MCM7,WDR1,ZC3H4,ZC3H3,CCDC47,UFSP2,LBH,SCRN1,AP1G2,VPS72,AP1G1,IDH3B,WDR6,CEP170,WDR7,TNPO1,EIF2B1,TNPO3,RFC3,PLEKHG2,CDADC1,SGIP1,SECISBP2L,RPL13A,DNAJC2,CTDSP2,POLR1B,POLR1C,CRK,HDAC2,RAB1B,VPS4B,TULP4,DNAJB2,RAB21,NFS1,POLR2A,VPS52,RAB24,POLR2E,DNAJB9,RAB28,SLC35A2,SLC35A4,TPRKB,TNRC6C,DNAJA1,POLR3B,PSAT1,RAB12,DNAJA3,GLOD4,POLR3F,RAB18,DRG2,VPS45,PPIL4,TPT1,SLC35B2,VEZT,PANK2,ZMYND8,PPP2R2A,RPS15,RPS14,PNN,RPS17,RPS16,RPS19,KAT5,FLAD1,RPS18,RPL36AL,FTH1,MAGOH,ARFIP2,DENR,RPS11,SEPHS1,RPS10,RPS12,SRRM2,COG8,ARRDC3,METTL3,CPT1C,MAPK8IP3,NIF3L1,POR,MTHFD2L,HECA,SUCLG1,ATP6V0D1,OBSL1,CSTF3,DCUN1D4,LIAS,MYL12B,PDCD10,TNRC18,ATP6V0A1,VASP,VAT1,TMEM184B,SETDB1,PUM1,SNAP91,PUM2,RPS26,SMU1,RPS25,RPS28,RPS27,ZZZ3,RPS29,FUBP1,RPS24,TOP2B,CITED2,GFM2,SLC35F5,ZFAND2B,ZCCHC18,COIL,XPO1,TMED1,SEC61B,UBXN4,GABPA,PSENEN,ZDHHC16,ZDHHC17,ITFG2,TOPORS,MLF2,SCNM1,HNRNPH1,NFX1,HNRNPH2,HNRNPH3,MPND,MAGEH1,ICA1L,NOL7,NOL8,NOL9,NOL4,NT5C,PPP2CB,AMN1,APBB3,METTL9,MYEF2,MTX1,NFYC,GINS4,ATAT1,KBTBD4,NDUFA13,NDUFA11,KDM1A,MRFAP1,CWC25,TATDN1,ARHGDIA,HCFC1R1,PHYH,KDM2B,NOSIP,TRPC4AP,TUFM,MATR3,ZCCHC8,COPB2,RPS19BP1,NOP2,PXN,EFNA4,EMG1,UBB,RPRD1B,RPRD1A,BPTF,DARS,CBX5,CBX3,EIF2S2,COQ2,EFNA2,CHMP2A,SAE1,BRWD1,LRP10,COPE,MUS81,KDM5B,RBM3,SPRED2,SEPT7,MFSD5,SNAPC3,TOPBP1,SVOP,H2AFZ,H2AFX,RPS3A,DNM2,DNM3,GAP43,TRAPPC6B,THRAP3,RASA1,AKT1S1,DNLZ,TERF2IP,KDM3B,NRXN1,ETFDH,FAM169A,TBRG4,THBS3,MAPK9,NXF1,MAPK8,UGP2,MAPK1,MAPK3,KDM4C,RPS6KB1,RPS6KB2,CDK2AP2,RBMX,MDC1,MAPKBP1,MT-ND4,GHITM,RBPJ,PSMD8,PSMD9,ZFYVE27,PSMD5,MEF2A,MEF2C,RBFOX2,DNTTIP2,SCAMP1,SCAMP3,SCAMP2,FAM133B,EID1,MYL6,PRKAR1A,CLNS1A,PSME3,RUFY3,RUFY2,CGGBP1,ABCB6,FLII,AGAP2,MRPL16,MTMR9,COPS7A,AAAS,MRPL12,OAZ1,GABARAP,MTMR7,MRPL11,MRPL20,GRPEL2,VTI1A,PUSL1,HMGXB3,VTI1B,EXOC6B,MRPL27,ERLIN2,SNF8,MRPL21,EIF1,MRPL30,MLLT11,MLLT10,EIF5,EIF6,PSMG1,GPR19,ARF3,ARF4,LRSAM1,PIGU,PIGO,RPLP1,RPLP0,HEXA,ECSIT,PQBP1,PIGX,MRPL33,TRMT112,NIPBL,TUBA1A,SH3BGRL3,LYPLA2,UPF1,ACTL6B,ELOVL5,PGAM1,MRPL49,LRRC40,ELOVL6,MRPL47,MRPL48,MRPL46,SIRT2,SRP9,MRPL53,MRPL50,PSMA4,TUT1,VAMP4,SLC29A1,VAMP2,ARF6,SLC29A2,LRRC14,MRPL54,MRPL55,GGA1,PSMB4,UNK,PSMB1,LEO1,AP2S1,FLNA,HARS,NCDN,RPS27A,SRSF10,LRRC24,USP9X,MDH2,UTP3,LRRC28,BYSL,SPSB3,SRRD,UBAP1,CCNT2,UBE2D2,UBE2D3,YY1,KPNA6,PMPCB,KPNA2,KPNA3,SLC25A44,SH3GLB1,ANAPC7,VPS33A,VPS33B,FOXP1,FSCN1,KPNB1,ANAPC2,LRRC59,RNASEH2A,MAX,SBNO2,PMVK,SLC38A6,SLC38A2,TIA1,GOT1,GOT2,ZBTB11,EEF2,ZC3HC1,UBLCP1,NFE2L3,MDM2,MDM4,SLC25A3,HSP90AB1,CELF2,CELF3,POMT1,MRPL3,NGRN,FSD1L,SUMO1,HMG20A,DNM1L,MDP1,EID2B,HSP90AA1,PPP1R12A,ARNT,RAD23A,VEZF1,VPS37B,QTRT1,GIGYF1,PPM1A,HAX1,PIK3CA,SNURF,BIRC6,BDP1,PPP1R12B,SLC25A11,BIRC2,PPP1R15A,GTF3C1,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,NDUFB7,NDUFB5,MAK16,ZBTB45,CXXC4,NCLN,KATNA1,CDC37L1,LRRC8A,SLC25A22,AAMP,ATP9A,BEND6,SH2B1,NDUFA7,PPP1R14B,NDUFA5,MBOAT7,NICN1,LYSMD1,RPL23A,CCM2,P4HB,EIF4A2,EIF4A1,CCNK,AHCYL1,TMEM41A,CCNH,EIF4A3,ZDHHC5,THUMPD3,JMJD1C,ZDHHC6,GCC2,TXNDC16,ZDHHC4,CCAR1,CYB5D1,OGFOD2,CCNL2,SEC62,CCNL1,TMPO,ZFP1,IMP3,ZFP2,ANK2,CD2BP2,TAGLN3,PIK3R1,APH1A,DHX33,LARS,PCBP1,PCBP2,DHX36,SURF6,HIVEP2,RBM12,SCN3A,SNX5,N4BP1,SEC31A,SURF1,XRCC6,INTS1,SURF2,RCC2,ST8SIA2,SNW1,WNK1,RPL27A,ID2,PAF1,LRRN1,CALM1,CALM2,RGL2,AARS,TMEM151B,USPL1,FKBP15,PPP1R10,CCDC124,SLC7A11,WASL,PTPRK,BMI1,DHX15,REV3L,CTSB,NCOA1,NCOA2,SEC13,WARS,STARD3NL,ZFR,ACAD9,MRPS7,PDRG1,NCOA7,CRELD1,DBN1,STX12,STX16,HEATR1,STX18,EXOSC4,FAM172A,EXOSC9,EXOSC8,CCT7,PAK3,EXOSC1,CCT4,NPM1,YIPF2,YIPF3,HUWE1,RSRC2,AP2B1,PPP1CA,MIB1,TMUB2,MAD2L2,PER1,ESYT2,FAM171B,DPAGT1,MIDN,DBR1,CD81,PHRF1,KIF5C,EP300,SNIP1,BANF1,ARID2,PPFIA2,SH3GL1,ADPRHL2,SSU72,RUNDC3A,ATAD3A,HNRNPUL1,UBE2V2,RTN2,KLHL18,RTN3,RTN1,YTHDC1,TOR1AIP2,KLHL12,PDS5B,RPF2,SUPT6H,RTN4,RPF1,KIF3A,FUT9,CAMTA1,H1FX,NDUFV1,BCL9L,PRNP,FDPS,ZFHX2,VTA1,HMGA1,KLHL24,SUPT5H,KLHL20,PAN2,GCLC,APPBP2,STT3A,CYCS,TAB3,YWHAE,GSK3B,RBM28,PRR7,RBM25,DDX3X,DDX49,DDX46,CNRIP1,PRKCSH,CHD8,CHD6,PSIP1,ATP2A2,ILK,DDX41,TRIAP1,CHD2,PPP1R9A,AFF4,YWHAQ,NUP62,TIMM17B,SULT4A1,YWHAH,UTP15,RBM14,HSDL1,EED,NCBP2,BUD31,RBM18,DDX55,ABHD14B,DDX54,GPCPD1,YWHAZ,DDX50,PJA2,PJA1,SFPQ,LMBRD1,CREB1,IRF3,PEX3,NDUFS5,PPDPF,NDUFS3,NDUFS1,NUP54,INA,IRF9,RBM22,DCTN5,DDX27,DCTN2,GOSR2,CSTF2T,DDX21,CRMP1,HMGCR,CLCN3,PARL,MAT2A,SMNDC1,PDLIM7,RBM39,MBTPS1,TAF15,TAF13,TAF11,ATP2B4,PDAP1,ATP2B1,MAPK14,MAPK10,CLCN6,IRGQ,GOLPH3,FAM131B,FAM131A,ASB6,RBM42,TAF6,FAM98B,VIM,RBM45,CLUAP1,RAN,RB1,RPL4,RPL5,RPL3,RPL32,CLPB,RPL31,STMN4,ENO2,FNBP1L,RPL8,RPL9,BACH2,DCAF6,MYC,STMN1,RPL36,RPL35,RPL38,RPL37,MPV17,RPL39,IER5,IER2,MED1,WSB1,TSPYL1,RPL21,RPL23,DAPK3,RPL22,CD3EAP,SOX11,RPL24,YME1L1,RPL27,RPL29,DUS3L,RPL28,UBA52,TSPYL4,PRR14,PRR13,RNF121,NOLC1,ATXN7L3B,HIF1A,GLG1,PRDX2,ABR,SSR1,FZD3,RPL41,ACD,JUND,H3F3B,PNO1,H3F3A,PRRC2C,TYSND1,BRAF,PA2G4,PRRC2B,PRRC2A,TMEM198,FIBP,GIPC1,OGDH,DUS1L,CDK14,CPEB4,OGFR,CLTC,CLTB,PFAS,ING4,FAM102B,TMSB4X,TRIM2,ENSA,SPIN1,RIOK2,GPRASP1,GPRASP2,EMD,GARNL3,ZC3H10,BRD2,TCF12,TET2,AEN,RNF167,LSG1,SF3B5,RPL10,RPL12,RPL11,GPS2,HSPA13,BCLAF1,RPS3,RPL14,RPL13,RPL15,RPS2,RPL18,SF3B1,RPL19,SF3A3,SF3A2,BRF2,TRMT1,GTF2H1,BLCAP,KTN1,TM9SF1,ABI2,ABI1,ZYX,INHA,DGKE,CHPF,CLSTN3,FMR1,CTNND1,ABHD11,ZFP30,CDH2,TUBB3,SMARCAD1,RPS9,RPS7,ANKRD46,RPS8,RPS6,RPSA,TRAIP,CACNB1,CTDNEP1,BSCL2,ARMCX3,NCL,NHP2,MAD1L1,CUL7,CD151,TNKS,CUL3,ANKRD11,ANKRD12,ITPR1,TARS,KLC1,PHF21B,BAG4,HMBOX1,NACC1,ANKRD10,SLC15A4,SKIL,MPDU1,ESRRA,MARCH9,DHCR24,MARCH7,MARCH6,LSM4,MARCH5,LSM3,GON4L,CNOT7,CDK4,CNOT2,TADA3,NF1,SERINC1,DHCR7,RNF185,EIF4G2,EIF4G1,RNF11,RNPEPL1,ZFP82,DUSP11,PTBP1,RPL7A,DUSP12,PPP6C,SART1,METTL14,SART3,OPA1,SIN3A,OPA3,CHUK,ZFP90,COASY,PTBP2,TRAF7,PTP4A2,DALRD3,TRAF4,ASPH,RPL37A,SOS1,TRABD,GTF2A1,NFAT5,NLGN1,SMARCD2,WBP2,RNF38,RPL36A,AP3M2,CACNG8,PUF60,RBBP5,RBBP6,WASF1,SPAG9,SPAG7,DDHD2,RPL35A,CDC42BPA,OXR1,PNRC2,CUL4A,RAD52,MARCKS,KLF6,APC,IMPDH1,IMPDH2,MGAT4B,METAP2,APP,ARL6IP1,ARL6IP4,KIFAP3,GLUL,SOX4,AQR,TIPIN,NFKBIL1,BOLA1,MRPS18B,PTOV1,MRPS18C,CARHSP1,RRAGB,GRWD1,CRYZL1,XRN2,GUF1,VDAC3,EZR,PFN1,ANKRA2,AURKAIP1,TELO2,PFN2,CUTA,BEX4,BEX1,IGSF3,TRMT2A,TMTC4,DGUOK,PTDSS2,SPAST,MAP4,SCAI,SNHG1,BCL11A,STK11IP,TREX1,ACADSB,UBAC2,CCT6A,CCDC88A,STAG1,STAG2,ANP32E,CDS2,HBS1L,DAZAP1,FAF1,FAF2,MYL6B,EPM2AIP1,ZMYM2,SERP1,ZMYM4,GUK1,ATP6V0B,PRMT1,NME2,NME3,RHOF,RHOA,NME1,RHOB,PRPF18,FRG1,WAC,STRAP,MAPRE1,KPTN,PRIM1,AKAP8,SHOC2,TBL1X,CTNNA2,MAP4K4,RANBP2,SUZ12,RANBP1,RANBP6,MARS,TOMM7,CTNNB1,TRIP12,PRPF31,FAU,TOMM5,RAB3GAP1,TOMM6,CDK5R1,NUCKS1,ARID4B,TOMM20,TOMM22,EFTUD2,ANGEL2,TSC1,TRNT1,PREPL,TBL1XR1,RPL7L1,TIPRL,SCG5,SCG3,STAM2,ATP6V1A,BTF3L4,COX7A2,DPP3,DPP8,TMEM127,DPP9,TMEM128,EP400,DMAP1,MARK2,ZC3H15,SMAD2,HSPA9,HSPA8,SMAD4,ACBD5,ACBD4,HSPA5,BFAR,SMAD5,AZIN1,DNAJC18,NFKBIA,NR4A3,DLG4,ATG16L1,DNAJC10,NFKBIB,CREBZF,SCYL3,USP36,ACADVL,NVL,USP33,USP34,ELAVL4,USP39,TMEM101,GMPPA,FLOT1,PDE4A,USP30,USP47,TRNAU1AP,ARID1A,SENP2,ARID1B,SENP3,TGFBR1,KLF16,DDX19A,TRNP1,B4GALT6,TSEN34,USP15,TM2D1,RGS16,MTIF2,TM2D3,U2AF1L4,RMND5B,TFPT,ROMO1,NCAM1,CLASP1,CLASP2,ABCF1,REPS1,SPEN,ATE1,PTCD2,SGTB,NEGR1,B3GAT3,USP22,LCA5,ZFC3H1,NAP1L2,HSPE1,GDAP1,NAP1L5,NEURL4,BAX,SSBP1,ABCE1,SSBP2"
+"gene_set_query"	"20"	"CSRNP3"	"72.0"	"ARCHS4 Coexpression,81;GTEx Coexpression,63"	"SCOC,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,NUDT3,SCAMP5,DPYSL5,DPYSL2,DPF1,AKT3,STMN1,KIF21A,BTRC,KIFAP3,BSN,PRKACB,ANKS1B,EPHA5,EPHA4,RBFOX1,TSPYL1,CXADR,RBFOX2,UNC13A,CACNA2D1,ANK2,SOX11,ANK3,CPT1C,SCAMP1,GABRG2,PRKAR1B,RUFY3,HECW1,TAGLN3,TSPYL4,PFN2,ASTN1,BEX4,NECAB1,GPM6A,BEX2,BEX1,FOXG1,STXBP1,AGAP1,ACTR3B,KALRN,TTBK1,FAM171A2,PPP3R1,INPP5F,TSPAN7,SCN3B,SCN3A,FZD3,NDFIP1,PTPRN2,MAGEE1,CADM1,CADM2,ST8SIA2,ST8SIA3,MYO5A,DCLK2,PBX1,SNAP91,DCLK1,MLLT11,CCDC88A,PKIA,CALM3,FXYD6,FAT3,SERPINI1,CALM1,ARF3,GABRB3,ROBO2,WDR47,DIRAS2,PTPRO,SLC35F1,JPH4,SERP2,PPP3CA,UCHL1,AKAP11,JPH3,PCLO,TUBA1A,CAMKV,SLC22A17,CHL1,TRIM2,NCS1,IDS,DLGAP1,KIF1B,KIF1A,DLGAP3,GPRASP2,PSD,ZYG11B,PRMT8,ACTL6B,LRRC49,ELMOD1,SYP,PGM2L1,CNKSR2,TMEFF1,ARHGEF9,TMEM179,TUBB2B,TUBB2A,MPPED1,MAPRE3,MAPT,PLCB1,VAMP2,PAFAH1B1,NAPB,ATL1,ADAM22,SNX32,AKAP6,ADCY1,NOL4,GLRA2,TCEAL5,CAMK2N1,CHN1,CTNNA2,APBB1,PAK3,DYNC1I1,RUNX1T1,WDR17,ARNT2,SPRYD3,MYEF2,KIDINS220,ATRNL1,GABRA3,LSAMP,PNMA2,NMNAT2,GRIN1,ATAT1,ABI2,MORN4,TTC3,FAM171B,APBA1,CDK5R2,CDK5R1,RAB3C,RAB3A,ATP8A2,ATP8A1,CTNND2,CDH8,SLC8A1,RIMS1,RIMS4,ATCAY,KIF5C,TUBB3,KIF5A,NRCAM,PPFIA2,RGS7,NSF,CHRNB2,DSCAM,LMO3,TMOD2,MAGI2,LMTK3,CASD1,RUNDC3B,TMEM130,RUNDC3A,SHISA7,OLFM1,PREPL,SLC9A6,SCN8A,SCG3,XPR1,GRIA1,ATP6V1A,GRIA2,RTN3,BRSK1,NDRG4,BHLHB9,RTN1,ARL3,NTM,TMEM59L,CACNA1E,FBXO41,RTN4,ARHGAP21,EFNB3,KIF3A,FUT9,CASKIN1,ATP6V1H,CAMTA1,KIF3C,LRRC4C,RAB6B,LONRF2,PLXNA4,LRRC4B,MARK1,SYT5,SYT4,SYT1,SLC4A10,MARCH6,GNAO1,REEP1,PTPRD,RALYL,DLG2,GNAL,SYNJ1,NSG2,CDK5,NBEA,DLG4,GNB1,REEP2,CNTN1,SERINC1,FGF13,SNAP25,RNF11,DOCK3,THRA,CELF3,CELF4,ELAVL4,CELF5,FBLL1,PPP1R9A,ELAVL2,GRM5,FSD1L,LRRTM1,LRRTM2,GDAP1L1,PSD3,WDR7,CEP170,ERC2,SULT4A1,SVOP,SGIP1,UBE2QL1,SYNGR3,SEZ6L,SEPT5,PJA2,SEPT3,GAP43,NRG3,DNAJC6,SNPH,DCX,TERF2IP,NAT8L,INA,CAMK1G,RNFT2,PPM1L,USP11,NRXN1,TULP4,CRMP1,FAM169A,JAKMIP1,CXXC4,ADD2,JAKMIP2,STOX2,GNG3,MAPK8,GNG2,SV2A,SLITRK1,SLITRK5,NCAM1,WASF1,ATP9A,CLASP2,LGI1,TUB,PCDH9,NEGR1,NTRK3,PCDH8,CADPS,SYT16,NAP1L2,FBXL16,GDAP1,NAP1L5,NELL2,MAPK10,FAM155A,SLC4A8,NECAP1,GLRB,PPP2R2C,APC,SYT11,PPP2R2B,ASXL3,OCIAD1,SSBP2"
+"gene_set_query"	"21"	"SCRT1"	"74.0"	"ARCHS4 Coexpression,50;Enrichr Queries,98"	"CNTFR,MYT1L,STMN2,STMN3,STMN4,ENO2,SCAMP5,DPYSL4,DPYSL5,DPYSL2,BSN,CHGB,SRRM3,SRRM4,RBFOX1,UNC13A,ATP6V1G2,UNC5A,RBFOX3,SLC6A17,ISLR2,SOX11,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,GPR162,STX1B,PRKAR1B,ASPHD1,DDIT4,KCNQ2,TAGLN3,CTXN1,NUMBL,NRN1,STXBP1,AGAP2,CEND1,AGAP1,AGAP3,TTBK1,NKAIN1,SYNGR1,FAM171A2,PCBP4,GSE1,KCNN1,PIP5K1C,RIMKLA,B4GALNT4,PRRT1,ABCA2,JUN,CADM3,PTPRN2,CADM4,PRRT2,BCL11B,IQSEC2,LRRN2,BCL11A,NR2F1,NR1D1,L1CAM,SNAP91,DCLK1,MEX3A,CALY,WNK2,CALM3,PCSK2,TMEM151B,KCNC1,GDI1,FAM57B,KCNC3,NCAN,DIRAS1,PTPRN,GRIK5,DIRAS2,GRIK3,AATK,SMPD3,JPH4,TRIM9,JPH3,CAMKV,SLC22A17,DNER,NCS1,NEFL,IDS,NEFM,KIF1A,DLGAP3,PSD,APC2,PRMT8,ACTL6B,ANO8,SYP,DUSP8,RGMB,AP3B2,DYNLL2,SYN1,ARHGEF9,TMEM179,KIFC2,PXDN,CHST1,ARHGEF4,MAPRE3,MAPT,VAMP2,GAS7,NAPB,NFIX,SEZ6,ADCY1,CCDC106,CAMKK1,BEGAIN,CAMKK2,CUX2,CAMK2N1,CAMK2N2,MGAT3,GPC2,SLC17A7,APBB1,NCDN,GABBR2,GABBR1,WNT7B,TTC9B,NMNAT2,GRIN1,STAC2,RIMBP2,APBA1,PKN1,MEGF8,APBA2,CDK5R2,CDK5R1,RAB3C,ANKRD13B,RAB3A,CRTC1,CLSTN3,CTNND2,CLSTN1,ARHGDIG,CELSR3,SLC8A2,RPH3A,TMEM145,RIMS4,ATCAY,KIF5C,TUBB3,BASP1,KIF5A,PALM,PPFIA3,CHRNB2,SEMA6B,APLP1,ADAM11,LMTK3,TBR1,POU3F1,SRCIN1,POU3F2,RUNDC3A,POU3F3,DISP2,CLIP3,CACNB1,OLFM1,TOM1L2,ACAP3,CACNB3,GPRIN1,EEF1A2,LY6H,ANAPC2,GRIA2,BRSK1,NDRG4,BRSK2,SEMA7A,SHC2,RTN1,ARHGEF25,TMEM59L,HPCA,CACNA1B,CACNA1A,BHLHE22,DTX3,CPLX2,SEZ6L2,CPLX1,CACNA1E,RAP1GAP,CACNA1H,FBXO41,CACNA1G,PHF21B,NEUROD2,IGSF21,SCRT2,PDZD4,DPP6,PCSK1N,KLC2,CASKIN1,CAMTA2,KIF3C,RAB6B,LRRC4B,SYT5,SYT4,SYT1,CORO2B,SYT7,GNAO1,ARHGAP33,EFNA2,HOOK2,NSG2,LHX2,HOOK1,DLG4,REEP2,PI4KA,CNTN2,MAP3K10,NACAD,CNIH2,SNAP25,DOCK3,THRA,CELF3,CELF4,CHD6,ELAVL4,CELF5,FBLL1,PKD1,ELAVL2,ELAVL3,NRGN,PSD2,MCF2L,GDAP1L1,PDE4A,EVI5L,SULT4A1,YWHAG,GALNT9,TRIM67,SVOP,PPP2R5B,SEZ6L,SYNGR3,SEPT5,DNM1,SEPT3,GAP43,PTP4A3,DNAJC6,DDAH2,SNPH,NAT8L,INA,SHANK1,CAMK2B,NLGN2,DCTN1,NRXN1,ATP1A3,NRXN2,CRMP1,PDXP,LRP3,DNAJB2,CACNG7,GNG3,SV2A,SPOCK2,MGAT5B,SPOCK1,NCAM1,SNCB,PCDH1,SLC25A23,CLASP1,CHGA,LINGO1,NTRK2,SLC12A5,PCDH8,CADPS,B3GAT1,ATP2B4,FBXL16,MEIS2,HS3ST2,NELL2,MAPK11,NFASC,SBK1,PPP2R2C,RAB15,NOVA2,FAM131B,INSM1,MDGA1,PTPN5,SSBP3"
+"gene_set_query"	"22"	"THAP7"	"74.33"	"ARCHS4 Coexpression,98;Enrichr Queries,29;GTEx Coexpression,96"	"POP7,IFT172,RRP1,EPRS,RPL8,PHB2,RRP9,PSMD8,KRTCAP2,MYC,RPL36,RPL35,IER2,TSPYL2,CD3EAP,WDR73,AARSD1,RFX1,ATG13,SCAMP3,RNF126,CLPP,DDIT4,UQCRC1,JTB,RPL27,DUS3L,RPL28,VPS28,ATF4,SLBP,LRPAP1,NPRL2,MEPCE,SDR39U1,COPS7B,AAAS,MRPL12,OAZ1,MRPL13,GABARAP,ANAPC11,MRPL11,RRP7A,PPP4C,PUSL1,ST3GAL3,JUN,ACD,PRELID1,JUND,NCAPH2,SETD1A,IRF2BP1,MRPL28,PA2G4,MRPL23,MRPL24,MRPL21,TBL3,UCK1,EIF6,GIPC1,FASN,PSMG1,DUS1L,FARSA,ARF1,TCF25,PHF1,PIGQ,RPLP1,RPLP0,MRPL38,MRPL36,MRPL37,MED16,MRPL34,MED15,PQBP1,SMPD4,MRPL40,FASTK,RPLP2,CIC,LYPLA2,NUDC,TPI1,SSR4,WDR34,MRPL43,NCOR2,MRPL52,TAF6L,MED25,TUBB2A,PXDN,EXOC3,PICK1,TUT1,PAFAH1B3,SLC29A2,SF3B5,GRN,ELOF1,RPL10,GPS1,GSTP1,TIMM13,GPS2,NOC4L,TMEM160,WDR24,MRPL54,PSMA7,MRPL55,PSMB3,LMAN2,STX6,AP2S1,ANKRD54,BRD8,CKB,RPS2,RPL18,RABAC1,MBD3,SF3A2,MDH2,MBD1,NR1H2,WDR18,SCAF1,XAB2,PSMC5,PSMC3,SNX17,ABI1,PKN1,CRAT,TUSC2,AUP1,EDC4,STK11,RUVBL2,FBRSL1,PMPCA,PIM3,SLC39A3,PLEKHJ1,RPS9,FBXW5,MAP2K2,PCYT2,RPS5,STX7,PPP1R16A,AIP,DYRK1B,THOC3,FBXO10,POLRMT,THOC6,MRTO4,FKBP8,NHP2,PGP,SQSTM1,SNRPA,ANAPC2,LY6E,SNRPB,RNASEH2C,CCDC24,MAZ,AK2,FOXO6,ARL2,PHB,HSPBP1,CORO1B,PHF21B,STK36,DVL1,E4F1,MAP2K7,SAC3D1,ESRRA,OSBPL8,EIF2B4,TRAPPC4,TRAPPC5,EEF2,LSM4,LSM2,LSM7,TADA3,PDCL,PIN1,LZTR1,SLC25A1,COX4I1,POMT1,AKAP8L,AP4M1,MRPL4,DUSP12,MRPL2,PPP6R2,WDR5,PGLS,SNAP29,ILKAP,PELP1,DGCR2,EIF5A,ACTR2,GPX1,GPX4,RFC2,EDF1,RAD23A,YDJC,ARFGAP1,DDOST,PTP4A3,HAX1,CTDSP2,POLR1B,DNAJC9,DCTPP1,GAPDH,SLC25A11,BCAT2,RNF31,TRABD,MTPN,TSSC4,NDUFB7,GTF3C5,HSD17B10,LAGE3,HDAC6,SRM,MTHFSD,CDC42,HIRIP3,PUF60,POLR2E,FEM1C,IGF2BP3,POLR2I,POLR2J,POLR2L,GADD45GIP1,RNF25,ADRM1,SLC25A38,SLC25A39,TRIM39,EIF3G,DRG2,STUB1,SMARCB1,VARS,PPAN,KEAP1,ZDHHC8,ACTB,NUBP2,UBE2L3,RPS15,RPS14,RPS16,TRIM28,RPS19,BSG,LONP1,ARL6IP4,SNRPD3,ZFPL1,RPS10,IMP3,NFKBIL1,ECH1,PTOV1,CIRBP,MIF,JMJD8,MFSD10,GRWD1,CSNK2B,AURKAIP1,CUTA,RTEL1,L3MBTL2,TMEM161A,DCUN1D5,TRMT2A,UBE2J2,DHX30,SYMPK,RCE1,TRAP1,SURF1,INTS1,SURF2,TMEM50A,XRCC1,UBAC1,RPS28,PAF1,NDUFAF3,RNPS1,RPS21,SUGP1,ITM2C,MRPS15,UBXN1,CITED2,GPAA1,MRPS12,CCDC124,TECR,SPTLC1,GUK1,C1QBP,SSSCA1,NANS,BBS4,PSENEN,PARP6,MRPS26,ATP6V0B,SEC13,TMEM150A,PRMT7,MRPS24,PRMT1,NME2,PRPF40B,NME3,MRPS2,MRPS7,TUBG1,COMMD4,CTTNBP2NL,APRT,MLF2,NME1,RPUSD1,ALDOA,CSTB,DTYMK,TOMM40,SSNA1,STX18,CRIP2,UQCR11,RFNG,COX5A,NT5C,HIRA,EXOSC4,HSF1,SCAND1,RANBP1,RANBP3,YIPF2,MTX1,PTGES2,MIB2,TMUB1,AP3D1,DOHH,NPM3,YIF1B,PPP1CA,NUDT8,TTC4,R3HCC1,PRPF31,NDUFA11,SPPL2B,MPI,COMT,TXN2,CHCHD2,TMEM147,ARHGDIA,HCFC1R1,SH3GL1,TMOD3,TSC2,NOSIP,SDHB,ATAD3A,TUFM,DPM3,FAM173A,PPIB,NDUFB10,RPS19BP1,NDUFB11,EMG1,SHARPIN,H1FX,CYC1,NDUFV1,HSPA8,PRNP,CPSF7,RHBDD3,ASPSCR1,HMGA1,KLHL22,SUPT5H,HOOK2,HOOK1,UBE2S,GNB2,PI4KA,IFT27,CLASRP,COPE,GALK1,UBE2M,SCYL3,YWHAB,PRKCSH,MAST2,SLC2A8,TMEM222,TMEM223,ABHD16A,SNAPC4,MLST8,TIMM17B,SCYL1,GET4,JAGN1,PDPK1,H2AFX,DDX56,DDX54,EPN1,KLF16,CREB3,NDUFS8,NDUFS7,RER1,EEF1D,PPDPF,AKT1S1,DNLZ,ATG4B,NAA38,B4GALT7,RALA,STOML2,STOML1,ANKS3,TBRG4,DNPEP,DDT,MKNK2,ROMO1,RALY,FBRS,NAA10,B3GAT3,BAD,SGTA,HAGHL,CYHR1,NEURL4,RPS6KB2,CDK2AP2,RBM42,BAX,SSBP4"
+"gene_set_query"	"23"	"ZNF384"	"76.8"	"ARCHS4 Coexpression,149;ENCODE ChIP-seq,58;Enrichr Queries,57;ReMap ChIP-seq,77;GTEx Coexpression,43"	"ITSN2,SCOC,GMFB,POP7,TFRC,POP4,RAVER1,CAPNS1,DPYSL2,AKT2,FGFR1OP2,AKT3,AKT1,PRKACA,PRKACB,FNBP4,FRS2,BCR,EWSR1,FEZ1,DDIT3,DDIT4,PLBD2,SF1,EXD2,SET,SAR1B,MEPCE,BAZ2A,PLA2G6,ADAMTS10,PRPSAP1,PRPSAP2,RHOT1,LARP1,PIP5K1A,PIP5K1C,HEXIM1,CREBBP,JUN,PRPF38B,PRPF38A,JUP,EIF2AK1,NCAPH2,PBX2,TBL3,LAS1L,FASN,NMT1,HYOU1,SFXN1,PKIG,PRKAG1,MED16,MED15,BBC3,MED12,MED14,SMPD1,ENOPH1,APC2,DUSP1,SPHK2,GMIP,TOMM40L,DDB2,MED23,PHF20L1,TMEFF1,SLC7A5,MED25,PTRH2,PXDN,RAPGEF1,ERGIC1,ELOF1,WRB,URM1,CENPB,FAM117B,EXOSC10,ADAM23,ZSWIM4,BID,STX2,SAMD1,MBD6,EGLN2,GOLM1,MBD1,TARBP2,ARCN1,SKI,MYBBP1A,CCDC9,SNX15,TAOK2,TSR2,YPEL1,PKN1,YPEL3,TMEM167B,ATN1,MPV17L2,PLOD3,CASC3,SLK,ADORA1,BNIP3L,FBXW9,STX7,CNPY2,CNPY3,FBXO10,POLRMT,LENEP,CDC25B,ATXN2L,DMTF1,MSH2,SRSF2,SRSF3,SRSF4,SRSF5,SRSF6,SRSF7,INO80B,KHDRBS1,INO80E,SPATA2,NRF1,CORO1B,FBXO42,EIF1AD,SNN,NDOR1,ZKSCAN3,SAC3D1,ZKSCAN1,NADK,NEK9,FUS,UROS,UCKL1,DRAP1,SON,SH3BP5L,UQCRQ,ARPC3,SP3,DMXL2,OSBPL1A,LRCH4,OGT,ITGB1,NUMA1,AKAP8L,ETFA,NENF,AP4M1,ALAD,SPR,PPP6R1,PPP6R2,PPP6R3,ARL5A,BCAS2,EIF5A,MSL2,ACTR8,ARFGAP1,MSL1,NRG3,PCCB,ETF1,DCTPP1,GAPDH,BCAT2,UHRF2,SRC,ROCK2,SRF,SRSF1,LENG8,MLLT1,MLLT3,EHBP1,MLLT6,SRM,TSPAN31,ZNRF1,U2AF2,EIF4H,FEM1C,E2F4,HNRNPA1,EIF4E,GADD45GIP1,MARCKSL1,NOP58,CIZ1,TRIM41,SSB,PCDH9,GPKOW,FEM1B,MCM3AP,NECAP1,TSPAN13,EIF3K,OCIAD1,PDCD4,TRIM35,TRIM37,EIF3C,EIF3D,NUDT3,ACTB,RCBTB1,CRKL,NUDT4,HERC4,TRIM28,CDC26,BSG,EPC1,CCDC97,TRIM27,ATP6V1E1,CCDC92,ATXN7L3,SMARCC1,SMARCC2,ALG9,ARL15,ACTN1,ECH1,ALG5,CIRBP,MOGS,CSNK1D,MFSD11,CDC34,CFDP1,CDC37,CSNK2B,BCORL1,TRIB2,TBC1D9B,DHX8,ACTR3B,APOO,SEC14L1,XBP1,IFFO1,PTK2,SMARCA4,EXT2,GRB2,CALR,SUGP2,MRPS17,NRP1,COX7B,MRPS12,NAT10,HERPUD1,SDF4,RAC1,GIT1,PBRM1,MRPS24,SREBF2,RAP2C,RAP2A,PITPNM1,CANX,ARHGEF1,ARHGEF2,EEF1E1,SLU7,NAPA,AHCY,MRPS36,GNAI3,RELA,GNAI2,SH3BGRL,PDZD11,ORMDL3,MGAT2,MAP3K3,PEX19,SPRYD3,PNPLA8,VEGFB,TTC1,MYO9B,PNMA2,COX6C,YIF1B,VEGFA,HNRNPA2B1,TTC3,TCEA2,HDGF,PNPLA6,GRINA,OTUD4,CRTC2,PRDM2,TXN2,IGF1R,ACTG1,PPIP5K2,MORC3,FBXW11,TMOD3,DNAJB12,CASK,POU3F2,POU3F3,PSPC1,EHBP1L1,RPP21,WDFY1,WDFY3,RAF1,TSG101,NDUFB10,UBA5,RAI1,GRK6,UBE2F,YARS,UBE2I,PCIF1,NUP153,UBE2A,MANBAL,GNAO1,HOOK2,NASP,HOOK1,CCPG1,GNB2,GNB1,GNAS,UBA1,TCF3,FGF11,UBE2M,RERE,CUEDC2,LDB1,HP1BP3,DPY30,ADAR,RND2,USE1,LMNB2,TTC28,CABIN1,LMNB1,LASP1,TMEM223,EEF2K,SUN2,NUP133,PDPK1,DCAKD,CAD,ACOX1,MAN1B1,ACOX3,ZMYND11,SLC3A2,RSPH9,ASAP1,AGPAT1,RNF5,RNF2,AGPAT4,MTA1,PABPN1,TMEM203,MKNK2,DROSHA,RALY,MTA2,FBRS,MTA3,ATF7IP,EYA3,SSRP1,USF2,TTC19,CDK11B,TTC17,GALE,ERCC1,CARM1,POLE3,VPS29,IPO11,ARPC5L,HNRNPU,EPRS,TFG,ZMIZ1,ZMIZ2,WDR91,AP1S2,AP1S1,LUC7L,CDK5RAP3,DDX17,NUP210,PRKCD,WDR74,WDR75,SCRIB,WDR73,GTPBP2,ATG13,HCFC1,WDR81,ARMC6,WDR82,ZSCAN21,NUP98,LRPAP1,ANAPC16,CTBP2,PHYHIPL,WDR61,ARPP19,FAM171A1,NUP85,VPS11,MCMBP,NRBF2,ST3GAL2,HMOX2,NAA50,NDFIP2,WDR59,NDFIP1,PHC1,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,MCAT,MEX3C,HNRNPL,HNRNPM,ARL2BP,HNRNPF,ATG2A,HNRNPC,FARSA,ATG2B,SETD5,MOCS2,WDR47,GMEB1,CDKN1B,SETD3,SETD6,SETD7,ASH2L,KRI1,SMG7,WDR45,WDR46,PHF6,SMG5,PHF8,UBL3,AIFM1,TK2,CIC,JARID2,UBL7,TPI1,WDR37,WDR34,GNL1,TERF2,COPZ1,WDR33,GNL3,NCOR2,TAF6L,KAT2A,NSA2,ZEB2,HEATR5B,TKT,GRAMD1A,NFIX,SCAF8,RPS15A,NSD1,USP1,KIDINS220,WDR18,SYVN1,GATC,DEF8,SCAF1,NFIA,NFIB,NUCB1,FAM49B,RAB3A,SYAP1,TM7SF2,NPEPPS,IPO8,CFL2,LAMP2,SLC39A6,ANKRD13A,GTF2I,PLEKHJ1,TLE3,CSNK1G3,TLE2,TPM4,USP5,RALGAPA1,TPM3,USP4,DYRK1A,TRAFD1,THOC3,PGD,ILF2,NRBP1,THOC6,PYGO2,MORF4L1,ILF3,RAB34,RAB35,PHIP,SNRPC,CSNK1G2,IFNAR1,FKBP2,RAB5B,RAB5C,CBFB,UBR4,UBR2,UBR1,HSPBP1,DVL3,MAP2K7,MCL1,MAP2K6,AKIRIN2,OSBPL8,CCDC12,POLR3GL,SEC16A,TRAPPC9,BCL9,COPS6,SYNJ1,CSPG5,PLXNB2,CCDC22,COPS8,RAB5A,BCL2L2,BCL2L1,DIDO1,MCM7,WDR1,ZC3H4,PIK3C2B,NOB1,VPS72,SNRNP70,AP1G1,PHACTR3,UBTF,WDR6,TNPO1,TNPO2,TNPO3,PLEKHG2,GGPS1,RFC2,TRPC2,RPL13A,PLRG1,DNAJC7,CTDSP2,POLR1B,DNAJC8,CRK,ALDH9A1,HDAC5,HDAC1,TULP4,TTL,HDAC7,RAB21,DNAJB1,POLR2A,ABLIM3,POLR2D,POLR2E,VPS54,CSK,POLR2H,RAB28,POLR2I,ADSS,POLR2K,MLXIP,PPIL2,RNGTT,ASCC1,FBXL19,RPRD2,ASXL1,BCKDK,RAB10,DNAJA1,VAPA,VPS41,DRG1,CEBPZ,TNRC6A,PANK2,ISCA1,SLC35B4,VARS,ZMYND8,SLC35B1,HS6ST1,RPS15,PNN,RPS16,RPS19,PPP2R1B,FLAD1,RPL36AL,DAG1,LONP1,RPS11,SEPHS1,SEPHS2,RPS10,RPS12,TBC1D10B,SRRM2,METTL3,IFRD1,CPT1C,SRRM1,POR,KARS,ZW10,SIK2,ATP6V0D1,MACF1,FXR2,ZNHIT1,GSE1,MLEC,TNRC18,TRPM7,ATP6V0A1,VASP,VAT1,SETDB1,PUM1,RPS26,RPS28,RPS29,FUBP1,C2CD2L,AHCTF1,UBXN1,HIP1,FAM45A,GFM2,ZFAND2B,SRA1,SLC35F1,ZCCHC17,SIPA1L1,XPO6,TMED7,RALGPS1,TOP3B,PSD,CBR1,PARP2,STRADA,PPRC1,ZDHHC16,ITFG2,ZDHHC17,MLF2,HNRNPH1,NFX1,MPND,CSTB,AMIGO1,NOL7,NOL8,NOL6,PPP2CA,NT5C,PPP2CB,HIRA,CHRAC1,UBTD2,PTGES2,PTGES3,NFYC,MPP6,RAB11B,XPOT,KBTBD2,NBR1,KBTBD7,MPHOSPH8,KDM1B,MRFAP1,COMT,TATDN2,ARHGDIA,FPGS,HCFC1R1,RALBP1,KDM2A,LMO4,ACYP1,ATP1B2,SHISA7,TUFM,HGS,PRPF3,ZCCHC8,ISYNA1,NOP2,PXN,PRPF8,KLHDC10,BPTF,CPSF7,KLHDC4,CBX5,CBX4,CPSF1,NONO,CBX2,CWC15,COQ5,EFNA2,BLMH,PI4KB,DYNLRB1,SAE1,KDM5C,DBI,YBX1,SPRED2,SEPT9,SNAPC2,RBM5,KDM6B,H2AFZ,AKTIP,H2AFX,PPP2R5B,PPP2R5D,OXSR1,DNM2,FCHSD2,DDAH1,DDAH2,TRAPPC6B,THRAP3,AKT1S1,DNLZ,PFDN1,TERF2IP,PFDN2,PFDN5,KDM3A,STOML1,ATF6B,PDXP,THBS3,GNA13,NXF1,CHSY1,LEPROTL1,FAM120A,MAPK1,MAPK3,KDM4A,ATP13A1,LIMK2,PPP2R2C,RPS6KB1,PPP2R2B,CDK2AP1,RBMX,LPIN2,MDC1,MAPKBP1,EHMT2,EHMT1,RBPJ,SCAMP4,PSMD9,LSM12,ZFYVE27,PSMD7,PSMD3,MEF2A,GABARAPL2,DAXX,GABARAPL1,CSNK2A1,DNTTIP2,RFX3,GAPVD1,SCAMP3,EID1,MYL6,PRKAR1A,PSME1,RBCK1,ABCB6,MRPL12,AAAS,OAZ1,MTMR6,MRPL10,CYB5R1,VTI1B,MCTS1,PRRT2,PMM1,CADM2,EDEM1,PMM2,ERLIN2,SNF8,FAM136A,EIF1,CS,MLLT11,MRPL30,MLLT10,UCK1,AVL9,GPR19,EZH2,PIGU,PIGO,PIGQ,PIGP,CTCF,ECSIT,MRPL32,PIGX,IKBKB,TRMT112,TUBA1C,TUBA1A,NKRF,APPL1,UPF1,LYPLA2,ACTL6B,LRRC49,PGAM1,SIRT4,MRPL49,MRPL48,DYNLL1,DYNLL2,SRP9,SIRT3,MRPL52,MRPL53,PSMA3,PSMA1,PSMA2,TMEM33,CDC42EP3,PELI1,PGAM5,SLC29A1,VAMP2,SLC29A2,STAU1,STAU2,SRRT,GGA2,PSMB6,UNK,GGA3,TCOF1,AP2S1,LEO1,MEF2D,SRSF11,NKTR,UTP6,ATRNL1,STAT2,GATAD2B,GATAD2A,SPSB3,TMEM59,PSMC6,HDDC2,FAM13B,ZBTB22,YY1,SCMH1,KPNA6,FBRSL1,KPNA2,KPNA1,UBE2E3,PPP1R16A,PRPF4B,FOXP4,RBX1,FOXP1,SAP30,FRMD5,TXLNA,SLC9A6,SLC9A8,FSCN1,ANAPC5,SNRNP200,SQSTM1,ANAPC1,ANAPC2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,ARL2,ACAT1,SLC9A1,ATXN2,SBNO2,STK36,PMVK,STK38,LRRC4C,SLC38A2,EVI5,DR1,BRPF1,GOT2,ZBTB12,EEF2,ZC3HC1,UBLCP1,STK25,MDM4,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,ARRB2,MRPL4,NGRN,SUMO1,SUMO2,DGCR8,ERC1,MRPL9,MDP1,VBP1,SH2D3C,VPS37D,NDUFC2,ARNT,RAD23A,VPS37B,RAD23B,DDOST,GIGYF1,SLC25A19,PIK3C3,BIRC6,BDP1,SLC25A11,SLC25A14,ST6GALNAC6,SEC22C,PPP1R15A,GTF3C2,NDUFB8,SEC23A,LRP1,CXXC1,ZBTB43,FOXK2,FURIN,ZBTB45,HSD17B12,PPM1D,HSD17B10,PPM1G,LRP6,GANAB,PTPRZ1,BEND3,LRRC8A,SLC25A25,ATP9A,SH2B1,PTPN1,PPP1R14B,NDUFA7,NDUFA5,NDUFA4,NICN1,NDUFA3,FOXJ3,FOXJ2,HIP1R,NDUFA1,LYSMD1,IMMT,RPL23A,SLC25A38,P4HB,SEC24C,CCNK,TMEM41B,EIF4A3,ZDHHC5,KEAP1,TXNDC12,ZDHHC8,IFI30,TXNDC15,ZDHHC4,CYB5D1,NUBP2,RASSF1,DHX57,KIF21A,CCNL2,ZFP1,PISD,THAP4,STX1B,THAP3,ULK2,CTXN1,MMADHC,GCDH,L3MBTL3,PEX11B,PIK3R2,SNX3,APH1A,DHX30,SNX1,DHX34,PCBP1,PCBP2,ERI3,TSPAN7,DHX38,SYMPK,SCN3A,N4BP1,SNX5,CTSA,XRCC6,INTS1,RCC2,DCLK2,ERAL1,WNK1,INTS5,INTS8,RGL2,CALM2,DOC2A,FAM57B,PPP1R10,TECR,SLC7A11,BMI1,PTPRF,SPTLC2,CTSL,HYAL2,DHX15,DHX16,UTP14A,CTSB,NDEL1,VKORC1,GRIPAP1,TMEM150A,NCOA5,CCDC115,NCOA4,MINK1,MRPS7,COMMD7,CRELD1,STX16,DOT1L,CCDC106,CAMKK2,RXRB,MNT,PGRMC1,PES1,EXOSC8,CCT8,PAK2,EXOSC1,YIPF2,YIPF4,CRIPT,HUWE1,PLEKHA6,RSRC2,DOHH,TMUB2,PER1,CSDC2,FAM171B,ESYT2,DPAGT1,SCARB1,MIDN,ACAA2,PHRF1,FAM174B,KHSRP,PPFIA1,EP300,BANF1,ARID2,SBF1,SH3GL1,DIMT1,SLC30A5,LMTK3,LMTK2,ATAD3A,TMX3,HNRNPUL1,HNRNPUL2,UBE2V2,SBDS,GEMIN7,RTN2,VCP,PSMD12,PSMD14,TOR1AIP2,PDS5B,SUPT6H,RTN4,BCL9L,IVNS1ABP,PRNP,FDPS,PHF12,VTA1,HMGA1,CCZ1,KLHL24,SUPT5H,ANKHD1,CLK3,CLK2,PAN2,H1F0,GCLC,PAN3,YWHAE,GSK3A,MAST3,PRKCSH,PRR3,MAST1,CHD6,ILK,CHD4,CHD3,TRIAP1,CHD2,AFF4,PPP1R9B,ABHD16A,BCL7C,NUP62,NPTN,YWHAG,ARHGEF11,NAA30,EED,DDX56,DDX54,GLRX2,YWHAZ,PJA2,PJA1,CREB3,SFPQ,CREB1,RCN2,IRF3,PEX5,NDUFS2,ATG4B,MVD,DCTN6,DDX27,NAA20,DDX23,DDX20,PARN,PARL,TAF1D,DNPEP,NAA25,VHL,PDLIM7,RBM39,TAF15,TAF13,MIIP,ATP2B4,ACVR2A,CHFR,SOD1,CLCN7,GOLPH3,FAM131A,ACIN1,QRICH1,TAF6,FAM98A,RBM45,MBTPS2,TAF1,LNX2,RB1,RPL5,RPL30,TRRAP,RPL6,RPL7,GCSH,PCMT1,NUB1,RNF114,MYC,STMN1,RPL36,NFRKB,RPL39,IER2,RNF111,ANKS1B,TSPYL2,ACOT9,WSB2,DAPK1,RPL23,DAPK3,CD3EAP,AARSD1,SOX12,MED6,RNF126,TYRO3,RPL27,RPL26,PRR12,DUS3L,RPL28,PRR14,RNF121,PRR13,CDC42SE1,POM121,NEDD4L,HIF1A,GLG1,PRDX2,PPP3R1,PRDX5,PPP4C,PRDX1,PLCG1,CDK17,RPL41,CHKB,JUND,CHKA,MAD2L1BP,PA2G4,PRRC2B,PRRC2A,FIBP,GLUD1,FAM160A2,NPLOC4,GIPC1,UNC119,CDK13,OGFR,ELL,CLTC,ADO,PFAS,TMEM186,TRIM8,ING4,TMEM189,RFK,SPIN1,GPR137,ANXA7,RIOK1,BRD2,ZC3H10,TCF12,RNF167,AFTPH,LSG1,SF3B4,SF3B2,RPL10,TIMM13,HSPA13,TMEM165,TM9SF3,BCLAF1,ASNA1,CHN1,ANKRD54,RPL13,RPS2,ANKRD52,RPL18,SF3B1,BRD4,SF3A1,SF3A2,TRMT1,WWP2,TTC9C,GTF2H2,BLCAP,GTF2H5,FIG4,RNF146,XAB2,RYBP,ABI2,ABI1,RLIM,SARM1,ZYX,CLSTN3,CTNND2,TUSC2,CTNND1,CDH8,MAEA,ZFP30,MEN1,RNF44,ANKRD49,RPS8,AIP,DGKZ,RNF40,CTDNEP1,CLIP2,CLIP1,STIM2,MADD,NHP2,GLYR1,DNMT1,ANKRD11,GLO1,AK3,PHF21A,RHOBTB2,STIP1,BAG4,PITRM1,BTBD2,NACC1,PSAP,WDTC1,ESRRA,ANKRD34A,TNK2,MARCH8,MARCH7,ADAP1,LSM4,LSM2,CHERP,MARCH2,CDK9,CNOT1,CNOT3,RNF181,SERINC1,CNOT8,SERINC3,EIF4G1,RNF10,RNF11,CALCOCO1,RNF13,PTPN23,PTBP1,SART1,METTL14,GM2A,SIN3A,REXO1,GPX4,AMT,REXO2,YDJC,COASY,NIPSNAP1,PATL1,PTP4A1,PTP4A2,TRAF7,TRAF4,RP9,RNF31,SMARCD1,NFAT5,SMARCD2,WBP1,WBP2,AMBRA1,JAKMIP1,DPCD,DCAF15,AP3M1,FZR1,SPAG9,RNF25,PLCL2,RPL35A,PTPN11,CDC42BPA,KLF6,MGAT4B,RUNDC1,CMAS,GOLGA3,ARL6IP5,UBAP2L,ZFPL1,RECQL,JMJD6,INPP4A,CARHSP1,BOLA2,VDAC2,LLGL1,PFN2,NECAB1,TRMT2A,NLK,PRRC1,INPP5F,PATZ1,GPM6B,SRPK2,SNHG1,TRAP1,BCL11A,TMEM50B,STAM,GADD45G,CCT6A,STAG1,STAG2,TMCC2,ITM2B,ITM2C,TRAM1,DAZAP1,SH3KBP1,GDI2,MYL6B,PRPF19,SERP2,RPTOR,ZMYM4,ZMYM5,DLAT,PRMT5,PRMT1,TSC22D3,RHOF,NME1,RHOB,NME7,PACS1,FRG1,ALDOA,SGK1,ATP6V0C,AKAP8,CUX1,CTNNA2,MPZL1,SUZ12,ARNT2,RANBP1,AP3D1,PRPF39,CTNNB1,TRIP12,FAU,GOLT1B,TOMM22,POGZ,CHCHD1,PDIA3,APLP1,KCTD2,OCRL,TRNT1,KCTD3,PDIA6,DPM2,OXA1L,TBL1XR1,TIPRL,FIZ1,ATP6V1A,BTF3L4,DTX3,ARHGAP12,DPP8,EP400,ATP6V1D,ZC3H14,MYH10,MARK2,SMAD2,ACBD5,SMAD4,ACBD4,HSPA5,HSPA4,ASPSCR1,IFT122,TBCB,DNAJC14,NMRAL1,TDRD3,NFKBIA,ATG16L1,CLASRP,USP32,USP33,SLC2A3,USP39,ELAVL1,SENP6,FLOT1,FLOT2,PDE4A,SCYL1,USP46,JAGN1,USP48,KLF13,RNF208,TRNAU1AP,ARID1A,KLF16,FAM189B,TRNP1,LUC7L3,LUC7L2,B4GALT5,USP15,USP10,OPRL1,WIZ,SPG7,MOSPD3,MTIF3,TOB1,STRN4,USP19,STRN3,REPS2,CLASP1,SPEN,LGI1,WTAP,B3GAT3,BAD,PDE4DIP,USP28,DLK2,NEURL4,BAX,SSBP4"
+"gene_set_query"	"24"	"PURG"	"79.0"	"ARCHS4 Coexpression,121;GTEx Coexpression,37"	"CNTFR,CCNI,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,SCAMP5,RNF112,GPR173,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL3,STMN1,KIF21A,BSN,PRKACB,CALN1,ANKS1B,SRRM3,EPHA4,SRRM4,ATP6V1G2,CXADR,WSB1,RBFOX2,UNC5A,RBFOX3,ACSL6,ANK2,SOX11,CPT1C,MAPK8IP2,MAPK8IP3,GPR162,STX1B,IFT81,FEZ1,RUFY3,KCNQ2,RUFY2,HECW1,TAGLN3,TSPYL4,PFN2,BEX4,GPM6A,IGSF8,BEX1,STXBP1,FOXG1,AGAP2,CEND1,PHYHIPL,PRKCZ,KALRN,TTBK1,NKAIN1,FAM171A1,SYNGR1,FAM171A2,TSPAN7,B4GALNT1,SCN3A,RHBDL1,B4GALNT4,PRRT1,CADM3,FZD3,PRRT2,IQSEC2,HOMER1,CADM2,ST8SIA2,NR2F1,MYO5A,DCLK2,SNAP91,DCLK1,MLLT11,CCDC88A,MEX3A,PKIA,FXYD6,FAT3,CALM1,GPR19,GABRB3,GABRB2,WDR47,TMEM151B,CSRNP3,KCNC1,GDI1,DIRAS2,GRIK2,NAT14,ROBO1,JPH4,TRIM9,UCHL1,PCLO,TUBA1A,CHL1,TRIM2,ENC1,DNER,KIF1B,APC2,CCDC112,GRIPAP1,ACTL6B,LRRC49,ELMOD1,AP3B2,PGM2L1,CNKSR2,TOX3,ARHGEF9,TUBB2B,TUBB2A,MAPT,VAMP2,RNF165,ICA1L,ATL1,ADAM22,GDPD1,SEZ6,AKAP6,NOL4,BEGAIN,TCEAL6,TCEAL5,ADAM23,CHN1,MGAT3,GPC2,APBB1,CTNNA2,ATP6V0E2,PAK3,RUNX1T1,RIC3,WDR17,GABBR1,MYEF2,KIDINS220,LSAMP,LHFPL4,TTC9B,NMNAT2,PNMA2,BLCAP,GRIN1,ATAT1,ABI2,MORN4,KLHL7,TTC3,TCEA2,YPEL4,APBA2,CDK5R1,ANKRD13B,RAB3C,ATP8A2,CRTC1,CTNND2,CLSTN1,CELSR3,SLC8A2,NUDT11,RIMS1,TMEM145,ATCAY,SALL2,CDH2,KIF5C,TUBB3,BASP1,NRCAM,SH3GL2,RGS7,PPFIA2,MAGI1,TMOD2,MAGI2,ADAM11,LMTK3,KCTD2,ATP1B2,RUNDC3A,POU3F2,KCTD6,POU3F3,CLIP3,DISP2,ACAP3,OLFM1,PREPL,CACNB4,SCN8A,AMPH,ABCG4,GRIA1,GRIA2,NDRG4,BRSK2,BHLHB9,NDRG3,RTN1,NTM,ARL3,TMEM59L,CACNA1B,CPLX2,KLC1,FBXO44,PHF21B,GOLGA7B,NEUROD2,IGSF21,ARHGAP21,PDZD4,DPP6,KLC2,FUT9,KIF3A,CAMTA1,NDN,SRGAP3,KIF3C,LONRF2,RAB6B,PDZD7,LRRC4B,MARK1,SYT4,SYT3,TIA1,AUTS2,SYT1,TMEM132A,KLHL23,CORO2B,DNAJC18,GNAO1,PTPRD,REEP1,RALYL,LRCH2,DLG2,NBEA,NSG2,DLG4,LHX2,REEP2,CNTN1,AAK1,TCF4,SNAP25,DOCK3,PODXL2,WDR1,MAST1,CELF4,ELAVL4,CELF5,ELAVL2,ELAVL3,SCRN1,LRRTM2,GDAP1L1,PSD3,CEP170,ERC2,EID2B,GALNT9,TRIM67,HSDL1,CCDC34,SGIP1,PPP2R5B,NAV1,SEZ6L,DNM1,SEPT3,DNM3,GAP43,RCN2,CDH10,TERF2IP,LUC7L3,INA,RNFT2,CAMK2B,NLGN1,NRXN1,NRXN2,CRMP1,FAM169A,LRP8,ADD2,JAKMIP2,AGPAT4,MAPK9,CACNG7,STOX2,GNG3,MAPK8,FAM168A,GNG2,SV2A,SLITRK1,VPS53,SPOCK2,TRIM46,SLITRK5,NCAM1,FSD1,WASF1,BEND5,CLVS1,OPCML,CLASP2,BEND6,LGI1,TUB,MARCKSL1,SLC12A5,PCDH9,NTRK3,NAP1L2,ATP2B2,EFR3B,GDAP1,NELL2,MAPK10,MARCKS,NFASC,SBK1,APC,SYT11,FAM131B,NOVA2,RGS11,R3HDM1,SSBP3"
+"gene_set_query"	"25"	"MBD3"	"79.25"	"ARCHS4 Coexpression,36;Enrichr Queries,7;ReMap ChIP-seq,184;GTEx Coexpression,90"	"POP7,TSEN54,TSKU,PREX1,SAMD14,KRTCAP2,DPYSL4,CAPNS1,MPRIP,RAVER1,PSMD3,AKT1,SAMD10,SAP30BP,EML2,DDIT4,SF1,SET,SHMT2,AGAP2,PDGFA,ABCB8,AGAP3,MRPL12,MRPL13,MRPL10,PRPSAP1,RHOT2,PIP5K1A,PIP5K1C,RHBDL1,JAG2,ABCA2,JUN,PRRT2,MRPL28,MLLT11,TBL3,UCK1,FASN,SFXN3,PSMG3,RPLP1,PIGQ,RPLP0,MED16,DDA1,BBC3,TRMT112,NIPBL,TUBA1B,JPH3,FASTK,RPLP2,DLGAP3,UPF1,LRRC45,SPHK2,DUSP1,MED29,SLC7A6,CDC42EP4,MMP17,PXDN,CHST1,TUT1,PGAM5,PAFAH1B3,VAMP2,LRRC14,ODC1,SRRT,NOC4L,CENPB,PSMA7,RECQL5,UNK,MICALL1,FLNA,SAMD1,YKT6,LRRC24,GATAD2A,SKI,MYBBP1A,SHKBP1,SERBP1,TAOK2,PKN1,YPEL3,HDDC2,LTN1,ATN1,MPV17L2,HDDC3,STK11,RUVBL2,FBRSL1,KPNA2,SH3GLB2,FBXW5,DGAT1,PPP1R16A,SARS,ATP11B,POLRMT,PIAS1,LENEP,CDC25B,ATXN2L,OLFM1,ACAP3,FSCN1,SRSF2,LY6H,SRSF6,ARL8A,KPNB1,ANAPC2,SLC27A4,LRRC59,INO80E,RNASEH2A,SMYD5,MAZ,ISG20L2,FBXO41,CORO1B,RAP1B,NDOR1,G3BP1,LRRC4B,FUS,UROS,EEF2,UCKL1,SH3BP5L,SP3,PIN1,NFE2L1,ZNF512B,PPP1R13B,HSP90AB1,ARRB1,MRPL4,NGRN,MDK,PPP6R1,PMEPA1,PGLS,PELP1,DGCR2,UNC45A,EIF5A,HSP90AA1,VPS37C,ARNT,VPS37D,VEZF1,ARFGAP1,DDOST,GIGYF1,SNPH,DCTPP1,GAPDH,PPP1R12C,ST6GALNAC6,GTF3C1,NDUFB8,NDUFB7,SRF,SRSF1,LRP3,FURIN,MLLT1,TSPAN31,GANAB,NCLN,CCDC85C,U2AF2,SH3BP2,TRIM46,E2F4,PCDH1,SLC25A25,EIF4B,ATP9A,HNRNPA0,GADD45GIP1,NOP56,LINGO1,SEC24B,PPP1R14B,MARCKSL1,TRIM41,LYSMD1,RPL23A,TPD52L2,HNRNPAB,CABLES2,DBNDD1,MCM3AP,NOVA2,EIF3G,STUB1,CDR2L,BCAR1,EIF3B,EIF4A1,KDELR1,PPAN,KEAP1,ZDHHC7,ZDHHC8,IFI30,NUDT3,ACTB,CYB5D1,NUBP2,SNRPD2,TRIM28,OGFOD2,BSG,CCDC92,ATXN7L3,SLC12A9,TMPO,PAQR4,SCAF11,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,CSNK1E,CDC34,CDC37,KCNQ2,ULK1,GCDH,L3MBTL2,TBC1D9B,GIPR,FOXG1,PEX11B,PIK3R2,TTBK1,PGS1,APH1A,PCBP1,ERI3,DHX37,KCNN1,SYMPK,RCE1,DECR2,RAB11FIP3,B4GALNT4,XBP1,INTS1,RCC2,DCLK2,SMARCA4,ID2,SDC1,PAF1,COL9A3,CALR,FBXL6,DOC2A,FAM57B,GPAA1,MRPS12,CCDC124,NAT14,PTMS,NCS1,SDF4,SSSCA1,KIF1A,CTSD,GIT1,CCT3,MRPS26,MRPS23,MRPS7,SREBF2,APRT,PABPC1,PTMA,DBN1,PCNA,STX16,SSNA1,DOT1L,CRIP2,CCDC106,RELA,MNT,EXOSC4,CAMK2N1,PES1,HSF1,NPDC1,NPM1,SPRYD3,MIB2,VEGFB,TMUB1,DOHH,GRIN1,YIF1B,PPP1CA,PER1,BOP1,KIF26A,SGSM2,HNRNPA2B1,TCEA2,HDGF,PNPLA6,GRINA,MIDN,SYS1,PHRF1,CELSR2,ACTG1,KHSRP,KIF5A,PALM,BANF1,SBF1,BAHCC1,PPFIA3,SH3GL1,ZGPAT,LMTK3,UBE4A,RUNDC3A,ATAD3A,EEF1A1,HNRNPUL1,FAM173A,EEF1A2,EHBP1L1,UBE2V1,GEMIN7,PPIA,RTN2,DDX6,COX19,PSMD12,DDX5,NXPH3,NXPH4,KLHL17,SUPT6H,CACNA1G,RAI1,SHARPIN,IRAK1,DEAF1,GRK6,TBC1D13,H1FX,CYC1,VARS2,BCL9L,PRNP,UBE2I,HMGA1,NUP153,SSH3,HOOK2,UBE2S,GNB2,GNB1,GNAS,UBA1,DEGS2,TCF3,LSM14B,UBE2M,GALK1,MXD4,YWHAE,PRR7,GSK3A,PRKCSH,MAST1,ARHGEF10L,CHD4,USE1,PITPNC1,LMNB2,PPP1R9B,LMNB1,TMEM222,BCL7C,MLST8,MYO18A,PDPK1,CAD,DDX54,SYNGR3,EPN1,EEF1G,SFPQ,NDUFS8,NDUFS7,EEF1D,PPDPF,NAA38,MVD,MAN1B1,NAT8L,CUEDC1,SHANK2,SHANK1,ANKS3,DDX21,SLC3A2,CYTH2,TMEM201,MTA1,DNPEP,TMEM203,MKNK2,BNIP2,RALY,MTA2,FBRS,RRM2,SSRP1,USF2,MAPK10,CLCN7,MAPK11,ERCC1,CARM1,ACIN1,RBM42,TAF6,TAF2,RAN,RPL3,STMN3,HNRNPU,RPL8,EPRS,PHB2,MYC,ZMIZ2,STMN1,RPL36,AP1S1,RPL35,IER5,CDK5RAP3,IER2,WSB2,DAPK3,GTPBP6,CD3EAP,SCRIB,SOX12,HCFC1,RNF126,RPL29,PRR12,RPL28,CDC42SE1,CTBP1,PRDX2,PRDX5,LDHA,PPP4C,CHST10,MCMBP,SLC19A1,S100A10,JUND,DMPK,H3F3B,SETD1A,IRF2BP1,IRF2BP2,PA2G4,PHC3,PRRC2B,TMEM198,PRRC2A,EHD1,HNRNPL,FIBP,SLC6A6,HNRNPM,NPLOC4,GIPC1,HNRNPF,HNRNPD,CDK10,HBP1,GTF2IRD1,HNRNPC,DUS1L,CDK16,OGFR,SPEF1,TCF25,LPCAT1,GPT,SMG5,TMEM189,FAM102B,GPR137,CIC,EMD,SHPRH,NUDC,TPI1,NCOR2,INF2,TUBB2A,KIFC2,GAS8,RNF166,SF3B4,GRAMD1A,NFIX,TIMM13,TMEM160,WDR24,FAM129B,ARFRP1,SCAF8,RPS3,RPL14,ANKRD54,RPL13,RPS2,CKB,ANKRD52,RPL18,RPL19,YTHDF1,SF3A2,BRF1,NR1H2,WDR18,TTC9B,DEF8,SCAF1,XAB2,MORN4,NUCB1,INHA,FAM49B,ANKRD13B,ANKRD13D,RAB3A,CHPF,CTNND2,TUSC2,RPL10A,RIMS4,ABHD11,TUBB3,CFL1,TXNL4A,LZTS2,MAF1,STK32C,HMGN1,GTF2I,SEMA6B,USP8,TLE3,RPS9,MAP2K2,USP5,RPS5,AIP,DGKZ,LEMD2,RNF40,THOC6,CTDNEP1,ILF3,DMWD,RAB34,NCL,RAB35,NHP2,PGP,FKBP8,PHPT1,FKBP4,CSNK1G2,SNRPB,CUL9,BRSK1,FKBP2,DNMT1,CD151,ABHD8,SLC38A10,HSPBP1,STIP1,KLC2,PITRM1,DVL1,BTBD2,NACC1,ABL1,PLXNA1,MAP2K7,MCL1,ESRRA,OSBPL7,ANKRD24,TNK2,TMEM132A,OSBPL2,MARCH9,ADAP1,LSM4,SCRT1,CHERP,LSM7,LRFN4,CDK5,LHX2,CDK4,MAFG,TADA3,REEP2,SPIRE2,MAP3K10,CSPG5,PLEKHM2,PLXNB2,NF2,CNIH2,CNOT8,EIF4G1,RNF187,DAGLA,MCM7,ZC3H4,TRADD,PTPN23,PTBP1,SART1,VPS72,SNRNP70,PHACTR3,UBTF,WDR5,EVI5L,TNPO2,GAL3ST3,PDCD6IP,PLEKHG2,GPX1,REXO1,GPX4,RPL13A,EDF1,RANGAP1,TRAF7,PTP4A3,TRAF4,DNAJC5,CTDSP2,POLR1B,RPL37A,EVL,HDAC2,LAGE3,DCAF15,CACNG7,FZR1,PUF60,MGAT5B,POLR2E,CSK,RBBP7,CACNG4,FBXL19,ADRM1,SEMA4C,FBXL16,PFKL,P2RX2,IMPDH1,MGAT4B,POLR3H,INSM1,VARS,ZMYND8,HDAC11,RPS15,RPS14,RPS19,FLAD1,DPF1,LONP1,ARL6IP4,RPS11,RPS10,TBC1D10B,SRRM2,AQR,PTOV1,AP1B1,JMJD8,GRWD1,TTLL12,PFN1,OBSL1,LLGL1,TELO2,RTEL1,STXBP1,TNRC18,PATZ1,NTSR1,VASP,SS18L1,STAG1,RPS28,ANP32E,ADCK5,ANP32B,RPS21,ITM2C,DAZAP1,PRPF19,SERP2,RPTOR,PSD,ZER1,PARP1,GP1BB,PRMT1,RHOF,LIME1,MLF2,RHOB,RPUSD1,HNRNPH1,ALDOA,TOMM40,PTGER1,UQCR11,PTN,RFNG,BEGAIN,CST3,HIRA,RBM15B,CTNNA2,RANBP1,AP3D1,ATAT1,MEGF8,NDUFA11,ARHGDIG,ARID4A,TMEM145,FBL,ARHGDIA,HCFC1R1,DSCAM,TSC2,DPM2,DPM3,PRPF6,FIZ1,MATR3,ISYNA1,RPS19BP1,LTBP4,EFNA4,TMEM121,PDZD4,MAN2A2,CASKIN1,MARK4,PDZD7,HSPA8,CBX6,ACBD4,CBX5,RHBDD3,CPSF1,CBX4,HSPA5,PTCH1,EFNA3,DLG4,CLASRP,BRWD1,SAE1,COPE,B4GALT2,GPSM1,MUS81,KDM5C,YBX1,FBLL1,ZC3H7B,SNAPC4,PDE4A,SCYL1,KDM6B,TSFM,H2AFZ,H2AFX,IQCE,AXIN1,RNF208,ARID1A,POMGNT1,SEPT5,SENP3,KLF16,DNM2,AKT1S1,DNLZ,TMEM9,THOP1,STOML1,RGS19,OPRL1,WIZ,STRN4,HSPD1,RMND5B,TFPT,GNA11,NT5DC2,MAPK3,B3GAT3,BAD,ATP13A1,QPCTL,SGTA,LIMK1,B3GAT1,HAGHL,CYHR1,NAP1L1,NEURL4,RPS6KB1,RPS6KB2,BAX,TBKBP1,RGS11,SSBP4"
+"gene_set_query"	"26"	"SREBF2"	"80.5"	"Literature ChIP-seq,72;ARCHS4 Coexpression,91;ENCODE ChIP-seq,90;Enrichr Queries,139;ReMap ChIP-seq,72;GTEx Coexpression,19"	"TFRC,EHMT1,TSEN54,TSKU,SCAMP5,ALKBH3,SCAMP4,RABGEF1,KRTCAP2,LSM12,ZFYVE27,RAVER1,MPRIP,DPYSL2,ALKBH1,PSMD3,FAM110B,AKT1,PRKACA,SAMD10,HES6,UNC5A,STARD7,DICER1,EML2,SCAMP3,SND1,MYL6,EWSR1,DDIT4,PSME4,SF1,ATF4,TSTA3,SET,TTYH3,MTMR3,NPRL2,FLII,NPRL3,AGAP2,BAZ2A,AGAP3,MRPL12,MTMR4,OAZ1,GABARAP,CIAO1,PRPSAP1,MRPL20,RHOT2,LARP1,RNF215,PRKAR2A,LTA4H,PIP5K1C,PUSL1,ATRIP,RHBDL1,PRRT1,HEXIM1,JAG2,ABCA2,CADM3,CREBBP,JUN,CADM4,JUP,CADM1,MRPL28,PBX2,MRPL21,TBL3,UCK1,QARS,EIF6,FASN,SFXN3,PSMG3,NMT2,HYOU1,ARF3,PIGU,PIGQ,MRPL36,MED16,MRPL34,AACS,DDA1,JPH4,SHF,TRMT112,TUBA1B,JPH3,TUBA1A,SMPD4,DLGAP1,PCMTD1,APC2,LRRC47,UPF1,LRRC45,ACTL6B,ELOVL2,MRPL49,SLC39A13,ELOVL6,SIRT6,MANEAL,SIRT7,GMIP,DYNLL2,MED29,DUSP6,MRPL43,DUSP7,MED23,DDB1,PHF20L1,MED22,SLC7A5,PSMA6,SLC7A6,MED24,PXDN,PELI1,PTRH1,TMEM106B,PAFAH1B3,VAMP2,ARF5,SLC29A2,LRRC14,TRUB2,URM1,SRRT,HTT,SNX32,SLC7A1,MRPL54,TMEM65,PSMB3,TMEM68,FLNA,SAMD1,RPS27A,MEF2D,YKT6,MBD3,EGLN2,LRRC24,GOLM1,MCRS1,DAB2IP,SAMD4B,GATAD2B,SPSB3,SKI,RABIF,ABCB10,PSMC3,TAOK2,SNX15,SRRD,PKN1,AGRN,CRAT,MTCH1,PDCD6,ATN1,FBXO25,STK19,APEH,FADS3,FADS2,EIF4ENIF1,STK11,ATCAY,UROD,FBRSL1,PMPCA,PIM3,MAP3K9,NUDT16,SLC25A44,FADS1,SYBU,SH3GLB1,PIAS4,SH3GLB2,BNIP3L,FBXW5,PCYT2,DGAT1,FBXW8,FBXW9,PPP1R16A,ATP11A,POLRMT,CASD1,SRCIN1,LENEP,FOXP1,ATXN2L,ACAP3,ACLY,TPST1,SLC9A5,DMTF1,FSCN1,SRSF3,SNRNP200,SQSTM1,ARL8A,SLC27A4,ANAPC2,NSMAF,PFKFB4,RNASEH2A,KHDRBS3,TXNDC9,MAZ,GPR85,ARL2,SPATA2,NRF1,FBXO44,FBXO41,CORO1B,ACAT2,GLIS2,IGSF21,SBNO1,EIF1AD,SBNO2,ATXN2,NDOR1,E4F1,SLC38A2,SAC3D1,TIA1,ODF2,FUS,HPS4,EEF2,UCKL1,DRAP1,YRDC,SON,PIN1,TUBGCP3,CLPTM1L,LRCH4,NFE2L1,SPRN,ZNF512B,SLC25A1,ISY1,SLC25A3,HSP90AB1,POMT1,AKAP8L,CELF4,CELF5,AP4M1,SPR,MDK,PPP6R1,PPP6R3,UNKL,DGCR2,UNC45A,ACTR2,EIF5B,HSP90AA1,DHPS,SH2D3C,RAD23A,TFIP11,RAD23B,ARFGAP1,DDOST,GIGYF1,PPM1B,C1D,GAPDH,MET,BIRC2,ST6GALNAC6,GTF3C1,ROCK1,PPM1L,FOXK2,LENG8,FURIN,LRP3,ZBTB45,MLLT1,LRP8,EHBP1,FOXRED2,GANAB,CCDC85C,FCHO1,U2AF2,PHKG2,TRIM46,SLITRK5,LRRC8A,FSD1,E2F4,SLC25A23,PCDH1,SLC25A22,UBQLN4,GADD45GIP1,CYB5B,PPP1R14B,CIZ1,SLC12A5,TRIM41,NDUFA4,MBOAT7,MID1IP1,MCOLN1,TPD52L2,HNRNPAB,CABLES2,DBNDD1,SNRK,EIF3K,EIF3G,KCP,STUB1,EIF3E,CCM2,P4HB,EIF3C,CERK,PPAN,ZDHHC8,ACTB,NUBP2,RASSF1,EFR3A,TRIM28,SNRPD1,BSG,EPC1,KIF21A,TRIM27,BSN,ATXN7L3,ARSA,ATP6V1G2,SMARCC2,PAQR4,IMP3,SCAF11,ACTN1,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,ANK1,PISD,STX1B,CDC34,CCNY,CDC37,KCNQ2,CSNK2B,ULK3,TAGLN3,CTXN1,CCDC84,GCDH,TBC1D9B,NRN1,TMEM63B,CEND1,PIK3R2,PIK3R1,UBE2J2,ZBTB5,TTBK1,APH1A,SYNGR1,PGBD5,PCBP4,KCNN1,SURF6,SYMPK,B4GALNT1,RCE1,RIMKLA,DECR2,B4GALNT4,BBS1,SURF1,XBP1,INTS1,SURF2,ZFR2,RCC2,SURF4,MYO5A,BRI3BP,SMARCA4,EXT1,AIMP2,WNK1,ID2,CDC16,PAF1,COL9A3,CALM3,CALR,CALM1,RCOR2,INTS8,FBXL6,AARS,MRPS15,TMEM151B,PTPRS,CCDC120,GPAA1,TECR,MRPS12,ICA1,AP2A1,BMI1,NAT14,PTPRF,PTMS,MAP1LC3B,HYAL2,OTUD6B,NCS1,RAC3,SDF4,SSSCA1,KIF1B,KIF1A,RAC1,CTSF,GIT1,COX8A,VKORC1,CCT3,TMEM150B,DBNL,MRPS24,MINK1,ANO8,PRPF40B,ANO6,SYP,MRPS7,SYN1,SREBF2,APRT,ARHGEF9,VSNL1,PITPNM1,CANX,ARHGEF4,NCOA7,PABPC1,ARHGEF2,GLCCI1,CRELD2,ARHGEF7,DBN1,NAPB,SSNA1,DOT1L,DERL1,CCDC107,CRIP2,CCDC106,PRICKLE1,RELA,GNAI2,MNT,EXOSC4,SERTAD2,CAMK2N2,HSF1,MGAT3,PAK6,EXOSC2,CCT5,EXOSC1,PEX16,NPDC1,MAP3K3,GABBR2,DYNC1H1,NPM1,YIPF2,SORT1,YIPF3,YIPF4,VEGFB,HUWE1,MIB2,TMUB1,UBE2G1,UBE2G2,AP2B1,GRIN1,PPP1CA,VEGFA,MIB1,FKBP1A,PER1,BOP1,NUDT8,RPA3,TCEA2,HDGF,FAM171B,PNPLA6,GRINA,CARS,DPAGT1,SCARB1,CRTC2,MIDN,COX6A1,CELSR2,ACTG1,IGF1R,KHSRP,KIF5B,EP300,SNIP1,BANF1,FAM3C,SBF1,ARID2,BAHCC1,SH3GL2,PPFIA3,RGS7,PCID2,ZGPAT,ADPRHL2,LMTK3,RUNDC3B,RUNDC3A,EEF1A1,ADAM15,HNRNPUL1,HNRNPUL2,FAM173A,PSPC1,GPRIN1,EEF1A2,EHBP1L1,TBC1D24,PPIA,CARS2,NDRG4,RTN1,PSMD11,NDUFB10,DDX1,KLHL17,CACNA1B,HTRA2,CACNA1D,RASGRP2,NDRG1,SUPT6H,PLD3,ACACA,RTN4,RPF1,RAI1,SHARPIN,DEAF1,FUT9,TBC1D14,KIF3C,CYC1,TBC1D17,NDUFV1,SYT5,FDPS,PRNP,SYT3,UBE2H,GGT7,UBE2I,HMGA1,TIMM44,SUPT5H,SSH3,CLK3,CLK2,IFT20,PAN2,BMP1,HOOK2,HOOK1,GNB1,GNAS,UBA1,TCF3,LSM14B,UBE2K,FGF11,UBE2M,CUEDC2,GSK3A,NAA40,DDX49,ZMYND19,LDB1,PRKCSH,CHD6,ATP2A2,CHD4,CHD3,TNFAIP1,DDX41,PPP1R9A,USE1,LMNB2,PPP1R9B,LMNB1,LASP1,RB1CC1,GDAP1L1,GATAD1,MLST8,SULT4A1,YWHAG,NAA30,PDPK1,GLRX5,DDX55,CAD,ABHD14B,ABHD14A,SYNGR3,YWHAZ,EPN1,ELF2,NDUFS8,IRF3,NDUFS7,RER1,EEF1D,NDUFS6,PPDPF,PEX5,NDUFS3,MVD,NAA38,MAN1B1,ZMYND11,SHANK1,OTUB1,AGPAT5,MVK,NAA20,DCTN1,ANKS3,RBM4B,SLC3A2,ASAP1,HMGCR,CLCN3,ACVR1B,CLCN2,ADD1,ADD2,CYTH2,GNG3,MTA1,DNPEP,RAB40C,TMEM203,SV2A,TAF1C,BMS1,TGS1,MKNK2,BNIP2,TMEM208,PTK2B,MTA2,MTA3,FBRS,PDLIM7,CHGA,RRM2,TAF15,URGCP,EYA3,ATP2B4,ATP2B2,SSRP1,TTC19,CLCN7,MAPK11,CLCN6,ERCC1,CARM1,FAM131B,FAM131A,ASB6,RBM42,ACIN1,QRICH1,TAF6,VIM,MBTPS2,TAF2,CYFIP2,TRRAP,STMN3,ADARB1,EPRS,RPL8,PHB2,GLS,ALCAM,RNF114,ZMIZ1,MYC,ZMIZ2,WDR91,FDXR,DIP2C,IER2,NUP214,ACOT9,VPS18,MED1,ACOT7,NUP210,RPL23,CD3EAP,SCRIB,GTPBP1,GABRG2,HCFC1,GPR162,RNF123,RNF126,WDR81,WDR82,YME1L1,RPL29,PRR12,RPL28,VPS28,ASTN1,POM121,NEDD4L,ATXN7L3B,VPS26B,PRKCZ,HIF1A,ANAPC11,FAM160B1,GJC1,PRDX2,FAM171A1,FAM171A2,PRDX5,LDHA,PPP3R1,BLOC1S1,RAD21,RRS1,VPS11,PLCG1,ST3GAL1,FDFT1,JUND,CHKA,MTHFR,UPF3A,MEX3D,PRRC2B,PRRC2A,EHD1,TMEM199,HNRNPL,FIBP,GNPTG,SLC6A6,SQLE,TOLLIP,GIPC1,ATG2A,OGDH,CDK10,DUS1L,FARSA,CDK16,CPEB4,OGFR,GABRB2,SETD2,SMG1,GMEB2,BTG1,TCF25,PHF23,LPCAT1,GPT,TCF20,PFAS,ING1,SMG5,C1QTNF4,IMPA1,RARS,TIMP2,GPR137,PLEKHN1,CIC,EMD,BRD3,CEP68,BRD2,RPS6KL1,WDR37,MIOS,SSR3,WDR34,NCOR2,AFTPH,TUBB2A,INF2,NCOR1,KIFC2,TET3,EXOC3,GAS6,GART,RNF166,GRAMD1B,GRN,NFIX,GPS1,GPS2,ADCY1,HSPA14,WDR24,FAM129B,ADCY5,ARFRP1,UBN1,SC5D,SLC17A7,BRD9,CKB,RPS2,ANKRD52,PAIP2,DEDD,YTHDF1,SF3A1,SF3A2,PCGF2,WDR18,NR1H2,SYVN1,TTC9B,TRMT1,DEF8,SCAF1,AGBL5,LPCAT4,ZYX,ANKRD13B,FAM49B,TOR2A,RAB3A,ANKRD13D,CLSTN3,TUSC2,CLSTN1,RNF19B,AUP1,CLU,IPO4,SLC8A2,TM7SF2,RPH3A,EDC4,RIMS1,NRBP2,LAMP1,TUBB3,SLC39A9,PAPOLG,CFL1,PHYHD1,MAF1,MEN1,PLEKHJ1,GTF2I,RAB2A,MAP2K2,RPS7,USP5,TPM1,AIP,LARP4B,THOC5,ILF2,RNF40,THOC6,RNF41,CLIP3,DISP2,CTDNEP1,PYGO2,CLIP2,ILF3,RALGAPB,PGP,NHP2,SNRPE,ERH,PHPT1,TOX,CSNK1G2,GLYR1,IFNAR1,RTN4R,BRSK1,FKBP2,DNMT1,ENY2,RAB5C,INSIG1,ANKRD11,AK1,CUL2,ABHD8,CHRD,ITPR1,UBR4,SLC38A10,UBR3,GOLGA7B,STIP1,KLC2,PITRM1,BTBD2,DVL1,NACC1,DVL2,ABL1,PLXNA1,DVL3,ANKRD10,SRGAP3,MAP2K7,AP1M1,MPDU1,MCL1,ESRRA,OSBPL5,CCDC12,ANKRD24,SEC16A,TNK2,TMEM132A,OSBPL2,SLC4A10,DHCR24,SCRT1,ZZEF1,CHERP,CDK9,COPS6,LRFN4,CDK5,LHX2,CDK4,MAFG,REEP2,SPIRE2,RNF182,PLXNB2,MAP3K10,PLEKHM2,PLXNB1,GPR107,DHCR7,NF2,CNIH2,RNF185,EIF4G3,RNF187,EIF4G1,SLC48A1,DAGLA,MCM7,ZC3H3,TRADD,WDR3,PTPN23,PTBP1,RPL7A,SART1,DUSP12,SNRNP70,PSD3,WDR5,UBTF,WDR6,EVI5L,HIF1AN,EIF2B1,TNPO2,ADSL,PLEKHG2,REXO1,GPX4,EDF1,WIPI2,RANGAP1,REXO4,BET1L,PATL1,TRAF7,PTP4A3,TFDP1,TRAF4,ASPH,DNAJC5,CTDSP2,POLR1B,POLR1C,CRK,HDAC5,TSSC4,NLGN2,SMARCD3,WBP2,RAB1B,WBP4,SEMA3F,DCAF15,DNAJB2,STOX2,CACNG7,DNAJB1,FZR1,NFS1,PUF60,POLR2A,HECTD3,VPS53,POLR2C,POLR2D,POLR2E,VPS54,CSK,POLR2H,POLR2I,CCDC71,DCAF13,SEMA4A,FBXL19,ADRM1,SEMA4C,TPRKB,FBXL16,CDC42BPB,BCKDK,CUL4A,RAB10,PFKL,KLF6,RAB15,IMPDH1,DOLPP1,RAB12,IMPDH2,POLR3E,MGAT4B,DRG1,PANK4,APP,PANK2,PANK3,VARS,ZMYND8,PITPNA,HS6ST1,RPS15,GOLGA2,RPS16,RUSC1,PPP2R1A,FLAD1,FTH1,MAGOH,LONP1,ARFIP2,GLUL,SOX4,TBC1D10A,SRRM2,AQR,SLC6A17,ARRDC1,SLC35C2,SACM1L,SLC11A2,AP1B1,PTOV1,ACSL3,MAPK8IP2,JMJD8,MAPK8IP3,MAPK8IP1,SIK3,TTLL12,AURKAIP1,EZR,TELO2,LLGL1,IGSF8,NECAB1,RTEL1,NECAB3,DCUN1D5,STXBP1,DCUN1D2,TWF1,PDCD11,INPP5F,INPP5E,GSE1,MLEC,TNRC18,PATZ1,RALGDS,ARGLU1,NTSR1,SNHG1,TREX1,INSR,PDE2A,SLC35E3,SNAP91,UBAC1,SMU1,RPS26,CCDC88A,RPS29,RNPS1,RPS20,RPS21,CC2D1A,ITM2C,DAZAP2,DAZAP1,GDI1,FAM45A,CITED2,SLC44A2,ZFAND2A,GDI2,PRPF19,CX3CL1,ZMYM5,DLAT,PSD,TOP3B,MAP4K2,PRMT5,ZER1,TSC22D1,PRMT1,PARP2,TSC22D3,NME3,RHOF,PPHLN1,ZDHHC16,AP3B2,LIME1,ITFG2,MTSS1,RHOA,VAV2,MLF2,RHOB,RPUSD1,WAC,MAPT,ALDOA,SGK1,ATP6V0C,CSTB,PTGER1,SLC20A1,UQCR11,RFNG,UQCR10,BEGAIN,HIRA,UBTD2,METTL6,DCPS,RANBP3,MTX1,NFYA,PTGES2,AP3D1,LHFPL4,RANBP6,RAB11A,PDP1,KBTBD4,RSL1D1,CAPZA2,CTNNB1,APBA1,FAU,MEGF8,APBA2,CDK5R1,ARHGDIG,MRFAP1,COMT,TOMM22,ARHGDIA,FPGS,HCFC1R1,CHCHD7,CHRNB2,NOM1,KDM2A,APLP2,PAM16,TSC2,NOSIP,TUG1,KCTD5,TMEM130,TUFM,DPM2,DPM3,PRPF6,HGS,RPL7L1,ABCG4,ATP6V1A,IDI1,ISYNA1,NTM,TMEM59L,CPLX2,EFNA4,ADIPOR2,PRPF8,ARHGAP12,DPP3,EFNB2,PDZD4,SDCBP,EMG1,ZMAT2,MAN2A2,DPP9,TMEM127,CASKIN1,ZMAT5,ATP6V1H,RPRD1B,OTX1,PDZD7,MPST,HSPA8,KLHDC4,CPSF7,ACBD4,CPSF1,HSPA5,CBX4,RHBDD3,IDH1,TBCB,NFKBIA,ARHGAP32,RALYL,EFNA3,DLG2,EFNA2,TMEM115,DLG4,CHMP2A,PI4KA,BRWD1,COPE,LRP12,GPSM1,MUS81,ACADVL,KDM5C,THRA,USP34,PKD1,ELAVL1,SLC2A8,SEPT9,SPRED2,MFSD6,MFSD5,SNAPC2,PPP2R5E,ZC3H7B,SNAPC4,PDE4A,RBM7,SCYL1,POLG,KDM6B,SVOP,KLF13,SPATS2,AXIN1,PPP2R5B,RNF208,H2AFV,PPP2R5D,ARID1A,SEPT5,LSS,DNM1,KLF16,SEPT3,FCHSD1,FAM189B,RABEP1,IGDCC4,CDH10,AKT1S1,DNLZ,B4GALT6,THOP1,PFDN5,CHMP7,B4GALT7,LUC7L2,TSEN34,HCN3,RGS19,POLDIP2,ATF6B,NRXN1,OPRL1,PDXP,NRXN2,WIZ,ATP1A1,DLL1,USP19,STRN4,THBS3,FAM168B,FAM168A,UGP2,SAP30L,ROMO1,SNCB,OPCML,MAPK3,BAD,LIMK2,HAGHL,CYHR1,NAP1L2,NAP1L1,GDAP2,NEURL4,PIK3IP1,RPS6KB2,CDK2AP2,ATP13A2"
+"gene_set_query"	"27"	"ZNF598"	"85.0"	"ARCHS4 Coexpression,28;Enrichr Queries,38;GTEx Coexpression,189"	"ANKLE2,RRP1,THYN1,HNRNPU,GPATCH4,RPL8,EPRS,DCAF4,ELK1,FAM110A,RAVER1,CAPNS1,MYC,ZMIZ2,PSMD3,RPL35,AKT1,IER2,GABARAPL2,NUP210,WDR74,CD3EAP,SCRIB,HDHD2,GTPBP4,SND1,HCFC1,EID1,RNF126,DDIT4,RBCK1,RPL29,PRR12,DUS3L,RPL28,SF1,ATF4,POM121,CDCA4,CTBP1,FLII,MRPL13,RHOT2,LDHA,LARP1,GAR1,RRS1,RDH13,PUSL1,JUN,JUND,SETD1A,IRF2BP1,IRF2BP2,PA2G4,WDR55,PRRC2A,EHD1,HNRNPL,TBL3,EIF6,FASN,GIPC1,HYOU1,DUS1L,OGFR,PYGB,MOCS2,SETD6,RPLP1,PIGQ,RPLP0,KRI1,MED16,WDR46,WDR43,SMG5,TUBA1B,RPLP2,RIOK1,RRP12,CIC,BRD2,UPF1,NSUN2,GNL2,GNL3,NCOR2,SLC7A5,LSG1,TUBB2A,INF2,TET3,PXDN,TUT1,TKT,GRN,SF3B2,WRB,SRRT,NOC4L,SLC7A1,CENPB,FAM129B,TCOF1,FLNA,RPS2,CKB,ANKRD52,RPL18,SAMD1,MEF2D,YKT6,BRD4,MBD3,SF3A1,YTHDF2,SF3A2,TRMT1,SRP68,SCAF1,SCAF4,GATAD2A,SKI,XAB2,MYBBP1A,ABI2,CCDC9,TAOK2,ZYX,PKN1,AGRN,CHPF,CASC4,ATN1,IPO4,EDC4,STK11,RUVBL2,CFL1,FBRSL1,PIM3,LZTS2,MEN1,RPS9,FBXW5,MAP2K2,USP5,RPS5,MAGI2,CASD1,POLRMT,RNF40,ATXN2L,CTDNEP1,ILF3,NCL,RAB35,MAPKAPK2,FSCN1,FKBP4,SQSTM1,CSNK1G2,KPNB1,SNRPA,SNRPB,GLYR1,SLC27A4,ANAPC2,LRRC59,INO80E,RAB5C,ARL3,ANKRD11,MAZ,UBR4,EIF1AD,STIP1,SBNO2,NDOR1,PITRM1,DVL1,BTBD2,NACC1,ABL1,E4F1,SLC38A2,ESRRA,EIF2B4,NOP14,BRPF1,NOP16,FUS,SEC16A,TNK2,EEF2,CHERP,YRDC,LRFN4,STK24,CNOT3,NFE2L3,PLXNB2,SERINC1,CLPTM1L,EIF4G1,RNF187,ZNF512B,RNF11,HSP90AB1,MCM7,WDR4,PTPN23,MRPL4,PTBP1,DUSP12,RPL7A,SART1,NOB1,PPP6R1,SNRNP70,UBTF,WDR5,EIF5A,REXO1,GPX4,RANGAP1,YDJC,RAD23B,COASY,DDOST,ARFGAP1,QTRT1,TRAF7,GIGYF1,TRAF4,CTDSP2,POLR1B,POLR1C,POLR1D,ETF1,SNRPA1,GAPDH,PPP1R12C,TRABD,PPP1R15A,GTF3C1,GTF3C2,SMARCD2,RAB1B,LENG8,MLLT1,DCAF15,GANAB,NCLN,PUF60,POLR2A,U2AF2,EIF4H,SLC25A22,UBQLN4,SLC35A2,NOP56,PPP1R14B,CIZ1,FBXL19,ADRM1,HNRNPAB,TRIT1,IMPDH2,MGAT4B,PDCD4,TRIM35,STUB1,P4HB,EIF3C,EIF3D,BCAR1,EIF3B,EIF4A1,VARS,ZDHHC5,PPAN,ZDHHC8,ACTB,NUBP2,RPS15,RPS19,TRIM28,FLAD1,FTH1,BSG,LONP1,CCDC92,ATXN7L3,TBC1D22B,SRRM2,MOGS,ACTN4,MAPK8IP3,MFSD10,ZW10,GRWD1,ULK1,TTLL12,TELO2,BEX4,TBC1D9B,DHX8,APH1A,PDCD11,DHX37,ATP6V0A2,DHX38,SYMPK,TNRC18,ZBED4,SNHG1,TRAP1,INTS1,RCC2,DCLK2,SMARCA4,INTS5,NOL10,RNPS1,RPS21,CDS2,ITM2C,DAZAP1,CCDC120,SLC35F2,MRPS12,CCDC124,NAT10,PRPF19,XPO5,DHX15,SDF4,CTSD,GIT1,STARD3NL,PRMT1,GAA,PABPC4,MINK1,PPRC1,MRPS7,SREBF2,APRT,MLF2,RHOB,GAK,RAP2A,RPUSD1,ARHGEF2,ALDOA,SGK1,MAPRE2,CSTB,TOMM40,SLC20A1,DOT1L,AKAP8,NOL6,HIRA,PES1,HSF1,DYNC1H1,AP3D1,BOP1,HDGF,GRINA,MIDN,SPPL2B,NUCKS1,PHRF1,SRP14,ACTG1,FBL,AMMECR1L,ARHGDIA,KHSRP,DENND5A,SBF1,SH3GL1,NOM1,TPRA1,ATAD3A,TMEM136,ADAM15,HNRNPUL1,DKC1,HGS,PPIF,NOP2,LTBP4,EFNA4,NDRG1,PRPF8,SUPT6H,RAI1,IRAK1,H1FX,MARK2,BCL9L,HSPA8,PRNP,CPSF7,CBX4,CPSF1,HMGA1,ASPSCR1,ANKHD1,HOOK2,HOOK1,UBE2S,GNAQ,GNB2,UBA1,CLASRP,TCF3,LSM14B,UBE2M,B4GALT2,USP36,KDM5C,GSK3A,PRKCSH,YBX1,PKD1,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,SEPT7,ZC3H7B,SNAPC4,UTP15,PLA2G4E,PDPK1,DDX55,H2AFX,CAD,AXIN1,H2AFV,DDX54,SENP3,PJA2,EPN1,KLF16,DNM2,NDUFS7,AKT1S1,THOP1,DDX23,DDX21,WIZ,SLC3A2,ACVR1B,STRN4,USP19,FAM168A,DNPEP,MTA1,MKNK2,FAM120A,NCAM1,MTA2,FBRS,PDLIM7,ABCF1,KDM4B,RRM2,TAF15,ATP13A1,PDAP1,SSRP1,SOD1,CLCN7,NEURL4,XPNPEP1,CARM1,RPS6KB2,ACIN1,QRICH1,RAN,SSBP4"
+"gene_set_query"	"28"	"SPEN"	"85.0"	"ARCHS4 Coexpression,87;GTEx Coexpression,83"	"ISCA2,MDC1,TRIO,TRRAP,JMJD1C,HNRNPU,SMC5,GHITM,GPATCH8,HERC2,MPRIP,RAVER1,ZMIZ1,ZMIZ2,EPC1,EPC2,UBAP2L,FNBP4,NUP214,SRRM2,DDX17,SMARCC1,SMARCC2,NUP210,TSTD2,NGDN,REV1,DICER1,CSNK1E,GTPBP1,SRRM1,HCFC1,ZC3H11A,PRR12,BCORL1,SF1,MACF1,NUP205,POM121,DHX9,MRPL16,BAZ2A,RNPC3,MRPL12,ANAPC11,INPP5B,APOO,COMMD9,LARP1,BLOC1S1,DHX37,DHX38,GSE1,PIP5K1A,SYMPK,TNRC18,PLCG1,HMOX2,SERF2,MCTS1,CREBBP,INTS1,RCC2,SETD1A,MRPL27,MICAL3,PRRC2C,MRPL28,PBX2,PUM1,PHC3,PRRC2B,MED13L,PRRC2A,SMARCA4,HNRNPL,FIBP,STAG1,WNK1,FUBP1,FBXL3,CDK13,SUGP2,ATG2B,PHF3,SETD5,PHF2,SETD2,SMG1,DAZAP1,MRPS11,TCF20,SMG7,SMG5,RPTOR,MECP2,MED12,UBL5,NIPBL,MED13,PCF11,CIC,UPF1,BRD2,SHPRH,PARP1,NCOA6,ASH1L,BAZ1B,PPRC1,SREBF2,WDR33,MED23,NCOR2,NCOR1,CINP,TET3,WAC,ARHGEF2,TRUB2,WDR26,SF3B3,DOT1L,HEATR1,SRRT,NEDD8,UQCR11,UQCR10,COX5B,SLC7A1,HIRA,SCAF8,BCLAF1,EXOSC10,BTAF1,GGA3,TCOF1,PDZD11,NSD1,AP2S1,RICTOR,ANKRD52,SRSF11,NKTR,BRD4,DYNC1H1,SF3A1,SF3A2,MTX2,TRAPPC10,GBF1,YLPM1,HUWE1,TTC1,SAMD4B,MYO9B,COX6C,GATAD2B,SCAF4,YIF1B,MIB1,GATAD2A,SKI,MYBBP1A,TAOK2,CTNNB1,TRIP12,NDUFA13,NUP188,MPI,ATN1,ARID4B,PRDM2,PHRF1,IGF1R,TXN2,CAPN7,KHSRP,POGZ,EP300,FBRSL1,TXNL4A,SBF1,CHCHD1,TLE3,USP7,MAP2K2,KDM2A,RALGAPA1,SDHC,PRPF4B,RNF40,TMEM131,COX6B1,ATXN2L,ILF3,HNRNPUL1,FAM173A,DNAJC30,PHIP,SRSF4,RAD54L2,SNRNP200,KPNB1,GLYR1,ZCCHC8,ANKRD17,YTHDC1,ANKRD11,ANKRD12,MAZ,UBR4,PRPF8,SUPT6H,FBXO42,RAI1,TPR,UBR5,DVL2,EP400,ATP6V1D,BCL9L,ATP6V1F,BPTF,SMAD4,NOP14,CPSF7,CPSF6,TRAPPC1,ATP8B2,SMURF1,FUS,UROS,SEC16A,NUP153,EEF2,LSM4,ANKHD1,ZZEF1,HIGD2A,CHERP,LRCH1,SON,PAN3,GON4L,UQCRQ,CNOT1,CNOT2,CNOT3,PI4KA,UBA1,CLASRP,LSM14A,EIF4G3,EIF4G1,CREBZF,RERE,ZNF512B,DIDO1,RBM25,CALCOCO1,KDM5C,NUMA1,COX4I1,CHD8,USP34,CHD6,DDX42,CHD4,ADAR,ETFB,CHD3,CHD2,AFF4,LMNB2,LMNB1,CABIN1,SENP7,SIN3A,ZC3H7B,PPP6R1,SNRNP70,SNAPC4,UBTF,TNPO2,RBM33,SUN2,SUN1,REXO1,ATRX,CAD,ARNT,ARID1A,SMC1A,SAFB,ARID1B,CKAP5,PATL1,DNM2,LATS1,GIGYF1,SFPQ,NDUFS8,SETBP1,DAD1,NDUFS3,NAA38,BIRC6,BDP1,LUC7L2,AHDC1,GTF3C1,NFAT5,NDUFB8,KDM3B,GTF3C4,UHRF2,NDUFB6,GTF3C6,NDUFB5,SFSWAP,NDUFB3,LENG8,FOXK1,LAGE3,STRN4,MLLT6,NFS1,MTA1,TNKS2,POLR2A,U2AF2,POLR2E,FBRS,GADD45GIP1,USP24,NDUFA8,CIZ1,HNRNPA3,TAF15,NDUFA4,TAF10,NDUFA3,FOXJ3,NDUFA2,FOXJ2,ZFC3H1,RPRD2,SSRP1,MTOR,ASXL1,MCM3AP,NEURL4,ACIN1,CCM2,TRIM33,EIF3A,TAF1"
+"gene_set_query"	"29"	"FAM200B"	"85.5"	"ARCHS4 Coexpression,20;GTEx Coexpression,151"	"VPS29,SCOC,GMFB,MYT1L,TRRAP,THYN1,STMN3,GCSH,RAVER1,DPYSL2,ZMIZ2,PSMD3,STMN1,AKT1,RPL37,PRKACB,ANKS1B,GABARAPL2,SCRIB,SCAMP1,HDHD2,SND1,HCFC1,ASPHD1,FEZ1,RUFY3,PRR12,TSPYL4,ASTN1,SF1,POM121,FLII,PHYHIPL,AGAP1,MRPL13,MTMR7,ANAPC11,FAM171A1,CHST10,CADM2,PBX2,PRRC2A,MRPL22,MLLT11,HNRNPL,OGDH,HYOU1,GPR19,GABRB3,GPR27,OGFR,SMG5,PIGX,MRPL33,JPH4,TRIM2,ANXA6,CIC,ENOPH1,APC2,UPF1,HSBP1,ITPK1,DYNLL1,DYNLL2,MED29,SRP9,DDB1,NCOR2,TMEFF1,TMEM179,RAPGEF1,DSCAML1,ERGIC1,WRB,SRRT,RPS27L,DLST,CENPB,SNX27,CLPTM1,FLNA,ANKRD52,RPL15,WDR17,SF3A1,SCAF1,GTF2H5,GATAD2A,XAB2,ABI2,MORN4,MYBBP1A,TAOK2,TSR2,NUCB1,RPL22L1,PKN1,CTNND2,PDCD5,LAMP1,USP5,MAGI2,ZCRB1,CASD1,RBX1,ATXN2L,CLIP2,MORF4L1,FRMD5,ILF3,LIX1,RAB35,MAPKAPK2,SNRPG,SNRPE,FKBP3,CSNK1G2,ANAPC2,GRIA2,BRSK1,LRRC59,RAB5C,UQCRB,ARL3,MAZ,UBR4,NACC1,ABL1,LRRC4C,LRRC4B,SEC16A,ADAP1,EEF2,LSM5,CORO2B,LSM3,CHERP,CDK5,PTPRA,UQCRQ,REEP2,CPE,PLXNB2,NACAD,SERINC1,NOP10,NFE2L1,EIF4G1,ZNF512B,RNF11,WDR1,CELF4,SART1,SCRN1,PPP6R1,SNRNP70,SUMO2,PHACTR3,UBTF,EID2B,REXO1,NDUFC2,NDUFC1,RAD23B,ZFP90,ARFGAP1,TRAF7,DNAJC6,NLGN3,SMARCD2,GTF2A2,NDUFB6,GTF3C6,NDUFB4,NDUFB3,NDUFB2,LENG8,JAKMIP3,JAKMIP2,DCAF15,CACNG7,GANAB,U2AF2,EIF4H,POLR2F,ATP9A,POLR2K,BEND6,POLR2L,NDUFA7,NDUFA6,PCDH9,NDUFA5,NDUFA4,FBXL19,NDUFA3,NDUFA2,LYSMD2,NDUFA1,CDC42BPB,ATOX1,PFKL,SYT11,MGAT4B,OCIAD1,P4HB,EIF3C,EIF3B,ARL6IP1,VARS,ZDHHC5,CISD1,TXNDC17,TRIM28,HABP4,LONP1,SEC62,GOLGA7,ATXN7L3,SRRM2,ATP6V1G1,MOGS,CPT1C,MRPS18C,TAGLN3,BEX4,NECAB1,BEX2,BEX1,TMEM63B,TTBK1,APH1A,TSPAN7,SYMPK,SCN3A,RAB11FIP4,GPM6B,ATP6V1C1,B4GALNT4,INTS1,RCC2,DCLK2,CALR,CALM2,COX7B,DAZAP1,CSRNP3,GDI1,PRPF19,NAT14,SERP2,SLC22A17,SEC61G,SDF4,KIF1A,PCYT1B,MINK1,MRPS21,COMMD6,SREBF2,IMMP1L,RAP2A,ARHGEF2,EEF1E1,MRPS36,MRPS33,UQCR11,CCDC106,UQCR10,HIRA,PES1,ATP6V0E2,PURG,ARNT2,GABBR1,LSAMP,HUWE1,KLHL2,MYO9B,ATAT1,FKBP1B,NDUFAB1,TCEA2,FAM171B,HDGF,ESYT2,PNPLA6,TOMM5,GRINA,NDUFA12,ROGDI,MRFAP1,PHRF1,COX6A1,SRP14,KIF5C,ARHGDIA,DENND5A,SBF1,PPFIA2,KIRREL3,DSCAM,TMOD2,APLP1,LMTK3,RUNDC3B,POU3F2,RUNDC3A,POU3F3,SHISA7,PREPL,ADAM15,HNRNPUL1,EHBP1L1,UBE2V2,CHMP4B,RTN3,GNAZ,BHLHB9,COX16,COX17,COX7A2,PRPF8,SUPT6H,IRAK1,KIF3A,CAMTA1,BCL9L,CPSF1,TBCB,CWC15,GNAO1,RALYL,DLG2,DLG4,GNAQ,GNB2,CNTN1,UBA1,KDM5C,THRA,PRKCSH,DPY30,GTDC1,MEA1,LMNB2,LMNB1,PPP1R9B,SEC61A2,SEC61A1,SEPT9,LASP1,SEPT7,ZC3H7B,LRRTM2,DNM2,DNM3,NDUFS5,NDUFS4,TERF2IP,PFDN2,PFDN4,RAP1GDS1,POMP,CRMP1,ATP1A1,FAM169A,STRN4,USP19,FAM168A,GNG5,FAM120A,ROMO1,MTA2,FBRS,CLASP2,LGI1,TIMM8B,TAF15,HAGHL,HSPE1,GDAP1,MAPK10,FAM155A,NEURL4,PPP2R2C,PPP2R2B,CARM1,ACIN1,SUGT1"
+"gene_set_query"	"30"	"MTERF3"	"89.0"	"ARCHS4 Coexpression,62;GTEx Coexpression,116"	"APP,CISD1,THYN1,PWP1,PDCD2L,DCAF6,TXNDC17,NFU1,GCSH,LSM12,PSMD7,MPRIP,SNRPD2,SNRPD1,SNRPD3,PRKACA,ATXN7L3,SRRM2,PDHX,TIPIN,MRPS18B,CD3EAP,MRPS18A,MAPK8IP3,WDR77,MRPS18C,GNPAT,AFG3L2,PPA2,SUB1,ZSCAN21,VDAC3,TMEM126A,VDAC2,VDAC1,UQCRC2,MMADHC,ANAPC13,DCUN1D5,MRPL18,MRPL16,MRPL12,MRPL13,RPAP3,ADH5,PRDX3,MRPL20,LDHB,ABR,PRDX4,PRDX1,RDH14,TNRC18,PIP5K1C,IQSEC1,PBX2,FAM136A,MRPL24,PAICS,PRRC2B,ZWINT,MRPL22,CS,CCT6A,AIMP2,NDUFAF2,OGDH,PSMG1,CALM3,CALM2,FARSB,MRPS17,GFM1,MRPS16,GFM2,PAK1IP1,MRPS10,MRPL39,MRPL36,MRPL37,TMEM186,MRPL32,MRPL42,TRMT112,MRPL40,RIOK2,DLAT,CIC,RRP15,MRPS28,UPF1,CCT2,MRPS27,TPI1,MRPS24,MRPS22,MRPS23,ACTL6A,MINK1,MRPS2,TIMM23,MRPL47,CACYBP,PRPF40A,TFB2M,MRPS7,UCHL3,MRPL46,DYNLL2,MRPS5,SRP9,MRPL44,NME1,HADHB,GAK,NCOR2,PSMA5,HADHA,PSMA6,MRPS9,MRPL50,PSMA3,PSMA4,PSMA1,PITPNM1,PACS1,PSMA2,MED20,TCP1,ARHGEF2,EEF1E1,DLD,CDC123,PCNA,MRPS35,MRPS36,MRPS33,NIP7,MRPS30,TIMM10,COX5A,PSMA7,GNAI2,EXOSC7,SAMM50,PSMB5,PSMB1,EXOSC8,CCT8,CCT5,PAIP1,SF3A3,PCGF6,NPM1,MDH2,PTGES3,MYO9B,WDR12,BYSL,SKI,RSL1D1,SPCS2,PSMC6,RPA3,NDUFAB1,PSMC2,TAOK2,NUCB1,TOMM5,MPHOSPH6,HDDC2,SRP19,NDUFA12,ZFAND3,CSE1L,PDCD5,CLSTN1,BCCIP,ATN1,UBE3A,PARK7,SRP14,IPO7,BZW1,CHCHD4,TATDN1,CHCHD3,CFL2,KPNA4,SBF1,KPNA3,HMGN3,PHYH,GTF3A,THOC3,SDHD,SDHB,ILF2,MORF4L1,MSH2,EHBP1L1,UBE2V2,NHP2,SNRPG,PLAA,SRSF3,CHMP4B,SNRPE,SNRPF,SNRPC,FKBP3,PPID,ENY2,PSMD12,TXNDC9,NDUFB10,CUL5,PSMD14,DDX1,GLO1,COX17,RPF2,SUPT6H,ORC5,RNASEH1,BTBD1,G3BP1,BTBD2,BRIX1,NDUFV3,NAE1,NDUFV2,WDTC1,DNAJC19,EIF2B3,PNPT1,PDHA1,NOP16,POLR3GL,IDH1,GOT2,TIMM44,LSM5,EIF2S1,COQ6,LSM3,COQ5,ZC3HC1,COPS5,OSTC,TBCE,GNB1,UBE2N,CYCS,PLXNB2,GRSF1,COPS8,LRP10,NFE2L1,ASNSD1,ATP2A2,DPY30,ETFA,CHD3,HMGB1,PPP1R9B,MRPL3,MRPL2,LASP1,SUMO1,ZC3H7B,OPA3,SUMO2,TIMM17A,UQCRFS1,YAF2,BCAS2,IDH3A,ARHGEF11,TSFM,SUN2,ADSL,GLRX3,H2AFZ,VBP1,RBM18,DNM2,DDX19A,DNAJC5,NDUFS4,NDUFS2,CCDC43,NDUFS1,RP9,SNRPA1,PFDN4,SLC25A5,SLC25A4,PPP1R12C,NDUFB9,STOML2,HDAC2,GTF2A2,POLDIP2,NDUFB6,GTF3C6,NDUFB5,NDUFB4,WBP4,NDUFB3,TAF9,POMP,MAK16,ETFDH,LENG8,MTIF2,PDHB,SRL,ADD1,MLLT6,HSPD1,DNAJB2,UGP2,FAM168A,GNG5,CDC37L1,POLR2H,RPP14,ABCF2,EIF4E,FBRS,POLR2K,DCAF13,TIMM8B,NDUFA9,SPAG7,PTCD2,NDUFA6,SSB,MMAA,CNBP,TPRKB,PDE4DIP,IMMT,CDC42BPB,USP28,HSPE1,CUL4A,EIF3M,SNRNP40,SUCLA2,DNAJA3,EIF3J,ACIN1,NAA15,SSBP1,ABCE1,PFKM,RAN"
+"gene_set_query"	"31"	"NME2"	"96.0"	"ARCHS4 Coexpression,4;ReMap ChIP-seq,283;GTEx Coexpression,1"	"TDRKH,RPL4,RPL5,RPL30,GMFB,POP7,RPL32,RPL31,GPATCH4,RPL8,PHB2,RPL9,RPL6,DCAF7,RPL7,RRP9,GCSH,PSMD8,PSMD9,TFG,PSMD4,PSMD2,RPL36,RPL35,AP1S1,RPL38,RPL37,RPL39,RPL21,RPL23,RPL22,SOX11,SND1,GABRG2,WDR77,EML5,GPR162,PSME3,RUFY2,UQCRC1,RPL24,RPL27,RPL26,RPL29,VPS25,RPL28,SET,SHMT2,AGAP2,AGAP1,RNPC3,MRPL12,MRPL11,MTMR7,ANAPC11,MRPL20,PRDX4,PRDX1,GAR1,SSR1,ST3GAL1,FDFT1,BTF3,CDK17,RPL41,PRELID1,EDEM1,PMM2,RAB3IP,MRPL27,MRPL28,PA2G4,SNF8,MRPL23,PRDX6,MRPL24,MRPL21,UCK2,PPP5C,VANGL2,QARS,EIF6,HNRNPF,GIPC1,HNRNPD,ATG2A,PSMG3,FAT3,PSMG1,FARSA,ITPA,MOCS2,WDR48,RPLP1,SETD6,RPLP0,CLTA,MRPL36,MRPL37,WDR46,BBC3,PQBP1,TUBA1C,TRMT112,ATIC,RARS,RPLP2,WDR36,NUDC,SSR2,PGAM1,SSR3,SIRT4,WDR34,COPZ1,MRPL43,GNL3,HADHB,MRPL52,TMEFF1,HADHA,NSA2,ZEB2,INF2,PSMA4,EXOC4,GART,DSCAML1,PAFAH1B1,SF3B5,GRAMD1A,SF3B3,NFIX,ECHS1,RPL10,URM1,RPL12,NIP7,RPL11,TIMM13,TIMM10,TM9SF4,PSMA7,PSMB6,PSMB7,PSMB4,RPS15A,TMEM169,PSMB5,SRP72,PSMB2,PSMB3,LMAN2,PSMB1,UBN1,RPL14,RPS3,AP2S1,ZSWIM6,RPS2,RPL15,RPS27A,RPL18,BRD7,RPL17,ANKRD50,EXTL3,RPL19,RPRM,MDH2,WNT7B,WDR18,KTN1,TM9SF1,PSMC5,RYBP,NFIA,PSMC3,CCDC9,SNX17,APEX1,SERBP1,ZYX,RPL22L1,MTCH2,CLSTN3,PDCD5,PARK7,RPL10A,BZW1,IPO4,SLC8A2,ZFP30,RUVBL2,LZTS2,HMGN3,IFNAR2,RPS9,RPS7,RPS5,RPS6,TPM1,VASH2,RPSA,THOC3,LEMD3,FTSJ1,DGKZ,ILF2,EBNA1BP2,SLC9A5,MSH3,RAB34,MRTO4,NHP2,SNRPG,PGP,SNRPE,ERH,SNRPF,FKBP4,PHPT1,SNRPC,SNRPA,SNRPB,GLYR1,SRSF9,LRRC59,UQCRB,CUL3,AK2,PHB,HSPBP1,RAP1GAP,PHF21A,UQCRH,RAP1B,STIP1,IGSF21,G3BP1,PLXNA4,EIF2B4,NOP16,RASL10B,HPS1,TMEM132A,GOT2,LSM4,LSM3,LSM2,LSM7,SYNJ1,CDK4,UQCRQ,NACA,DMXL2,NIT1,CNIH2,NOP10,BCL2L1,SLC48A1,SLC25A1,SNAP25,SLC25A3,CELF1,TRADD,COX4I1,WDR4,CELF4,MRPL3,PTBP1,RPL7A,NOB1,SPR,PSD3,WDR5,EIF2B1,TNPO1,NEO1,IDH3A,EIF5A,EMX1,ACTR2,NDUFC2,EDF1,RABGGTB,DDOST,TRAF7,DAD1,RPL37A,TOP1,SLC25A5,MET,DCTPP1,GAPDH,AHDC1,GTF3C2,GTF2A1,SMARCD2,ROCK2,CEBPG,RPL36A,LAGE3,HSD17B10,SRM,TSPAN31,POLR2E,POLR2F,SEC11A,DCAF13,POLR2L,JAZF1,SLC12A2,GADD45GIP1,PPP1R14B,SEMA4C,ADRM1,RPL35A,RPL23A,SEMA4G,HNRNPAB,TNRC6C,EIF3M,KLF6,NFASC,EIF3K,EIF3I,IMPDH2,EIF3G,EIF3H,PDCD2,EIF3E,P4HB,EIF3F,EIF3D,EIF3B,EIF4A1,VARS,KDELR1,PWP1,RCBTB2,TXNDC17,UBE2L3,RPS15,TIAL1,RPS14,RPS17,RPS16,RPS19,SNRPD2,RPS18,SNRPD1,RPL36AL,PPP2R1A,MAGOH,ARL6IP5,EIF2D,DENR,SNRPD3,RPS11,ATXN7L2,RPS10,PELO,RPS13,TBC1D10A,RPS12,EIF2A,CALN1,IMP3,SLC6A15,ACTN4,MIF,TMEM170B,GRWD1,SUB1,SIK3,KDELR2,SUCLG1,VDAC1,AURKAIP1,KCTD15,GPM6A,NUMBL,BEX1,DHX8,ANP32A,CSTF3,TEX261,TMTC1,TTBK2,NUAK1,PTDSS1,PRRC1,DHX36,HIVEP1,SCN3A,SEC31A,CTSA,TRAP1,LRRN3,BCL11A,SURF4,ZWINT,RPS26,CCT6A,RPS25,RPS28,RPS29,RPL27A,RPS20,ANP32B,RPS21,TECPR2,RPS24,CD200,CDS2,CSRNP2,MRPS15,SLC35F2,GRIK5,GDI2,MRPS12,PEPD,PRPF19,RYR3,SYNCRIP,HINT1,SEC61G,C1QBP,UIMC1,DHX15,TMED2,SEC61B,TMED7,UTP14A,NDEL1,COX8A,CCT3,CCT2,TMED9,SEC13,MRPS26,MRPS24,PRMT1,NME2,MRPS2,MRPS7,TUBG1,APRT,NME1,KIF2A,MAPRE3,GLCCI1,KPTN,PTMA,DTYMK,AHCY,NOL7,NOL8,COX5B,COX5A,AKAP1,MNT,SERTAD4,CUX2,NFIL3,PDZD11,PES1,ORMDL3,CCT8,CCT7,DYNC1I1,CCT5,CCT4,ARNT2,GABBR2,RANBP1,NPM1,MTX1,PTGES2,YIPF5,XPO7,NPM3,VEGFA,PPP1CA,RSL1D1,KBTBD4,BOP1,TTC5,CAPZA2,NDUFAB1,FAM171B,APBA1,HDGF,FAU,TOMM5,CDK5R2,TOMM6,DPAGT1,NDUFA11,CIB2,PEBP1,UBE2Z,COX6A1,TOMM22,EEF1B2,FBL,CHCHD2,TMEM147,CWC22,KIF5A,CAPN2,BANF1,FAM3C,LMO1,SLC30A5,PDIA6,ATAD3A,COX6B1,TUFM,DCTD,DKC1,TMX1,RPL7L1,SCG3,MASP1,PPIB,PPIA,COPB2,ZCCHC7,NDUFB10,NDUFB11,COPB1,COX17,PXN,SLC1A1,PDS5A,PLCXD2,DPP3,EMG1,DPP6,IRAK1,DHRS7B,CYC1,KLHL29,KLHDC4,CBX4,WSCD1,PHF12,EIF2S2,SMAD5,MANBAL,DNAJC18,RALYL,UBE2S,OSTC,STT3A,UBA3,BLMH,SAE1,FGF11,UBE2M,ZMYND19,ASNSD1,LDB2,MEA1,PPP1R9B,RBM3,SEC61A2,SEC61A1,TMEM109,GALNT9,RBM33,ARHGEF11,KLF11,JAGN1,GLRX3,EED,PDE4D,PPP2R5B,DDX54,RPS3A,NAV2,PPP2R5C,SENP3,EEF1G,EEF1D,GORASP2,NDUFS5,NDUFS3,CDH13,PFDN2,STOML2,DCTN2,POLDIP2,DCTN1,GOSR2,ATP1A3,HSPD1,GNG5,DDT,LEPROTL1,REPS2,TMEM208,ROMO1,CLVS1,NEGR1,NAA10,PDAP1,ATP2B2,SSRP1,HSPE1,USP29,POLE4,FAM131B,ACIN1,SSBP1,VIM,ABCE1,TAF2,RAN"
+"gene_set_query"	"32"	"ZNF428"	"97.0"	"ARCHS4 Coexpression,173;Enrichr Queries,15;GTEx Coexpression,103"	"CNTFR,RPL32,RPL31,EHMT2,STMN2,STMN3,STMN4,EPRS,RPL8,RPL9,RPL6,SCAMP5,GPR173,DPYSL4,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,RPL36,RPL35,RPL38,ANKS1B,GABARAPL2,ACOT7,RPL22,CD3EAP,SOX12,GTPBP4,FAM133B,MYL6,ASPHD1,RUFY3,DDIT4,RPL27,RPL26,UBA52,ASTN1,SET,TTYH1,SHMT2,PHYHIPL,MRPL12,MRPL13,LDHB,PRDX5,LDHA,FAM171A2,CHST10,SERF2,S100A10,ZSCAN18,JUN,FZD3,RPL41,JUND,CADM4,CADM2,H3F3A,NR2F1,EIF1,MEX3A,FASN,FXYD6,FARSA,RNF220,NCAN,RPLP1,RPLP0,C1QTNF4,JPH4,UBL5,TUBA1B,JPH3,TUBA1A,SMPD1,RPLP2,SH3BGRL3,NEFM,DLGAP3,APC2,NUDC,TPI1,HSBP1,ITPK1,DYNLL1,DYNLL2,MED29,DUSP6,TMEFF1,SLC7A5,TMEM179,TUBB2B,TUBB2A,MMP17,PXDN,CHST1,PAFAH1B3,RNF166,RNF165,GRN,WRB,RPL12,TIMM13,SNX32,TMEM160,PSMA7,RPS15A,PSMB5,RPL14,AP2S1,RPL13,CKB,RPS2,RPL18,RABAC1,RPS27A,BRD7,MBD3,PCGF2,TTC9B,ABI2,MORN4,TSR2,PKN1,HDDC2,MTCH1,ANKRD13B,CTNND2,TUSC2,PARK7,RPL10A,RIMS4,ATCAY,TUBB3,CFL1,ADORA1,TXNL4A,TMSB10,STK32C,FADS1,RPS9,RPS8,RPS5,MAGI2,TPM1,IGFBP2,CLIP3,CACNB3,NCL,FKBP8,FSCN1,NHP2,SNRPF,FKBP4,PHPT1,SQSTM1,BRSK1,FKBP2,BRSK2,UQCRB,ARL3,ABHD8,ARL2,HSPBP1,PHF21B,SCRT2,SNN,PITRM1,NDN,LRRC4C,RAB6B,LRRC4B,UROS,TMEM132A,ASNS,NSG1,EEF2,LSM4,SCRT1,LSM2,DRAP1,LSM7,CDK5,NSG2,UQCRQ,CDK4,LHX2,REEP2,CPE,MAP3K10,CSPG5,PIN1,NACAD,CNIH2,RNF187,HSP90AB1,COX4I1,CELF3,CELF4,CELF5,NENF,NGRN,DUSP12,PSD2,MDK,PHACTR3,EVI5L,PGLS,EIF5A,HSP90AA1,GPX1,GPX4,VPS37D,RPL13A,EDF1,DDOST,DALRD3,NRG3,SNPH,CTDSP2,POLR1B,RPL37A,LANCL2,EVL,SLC25A5,DCTPP1,GAPDH,RNFT2,NLGN3,NDUFB7,NLGN2,SMARCD3,RPL36A,LRP3,JAKMIP1,LAGE3,JAKMIP2,CACNG7,FIP1L1,FSD1,SLC25A23,POLR2I,CACNG4,HNRNPA0,LINGO1,PPP1R14B,MARCKSL1,PCDH9,NDUFA3,RPL35A,ATOX1,MARCKS,TSPAN13,EIF3K,SYT11,POLR3H,EIF4A2,IFITM2,CCNI,HDAC11,ACTB,RPS15,RPS14,RPS16,TRIM28,RPS19,FTH1,DPF1,BSG,HABP4,CCDC92,RPS11,EPHB2,RPS13,SOX4,ACSL6,CIRBP,PTOV1,ISLR2,MMD2,CSNK1E,CPT1C,MAPK8IP1,KCNQ2,TAGLN3,KCTD17,PFN1,AURKAIP1,CTXN1,PFN2,BEX4,CUTA,GPM6A,BEX2,ADCYAP1R1,NUMBL,BEX1,FOXG1,MGST3,CEND1,ACTR3B,TTBK1,NKAIN1,PCBP4,ERI3,TSPAN7,SCN3B,B4GALNT4,SRPK2,RCC2,ST8SIA2,DCLK2,GADD45G,SMARCA4,RPS28,RPS29,ID2,RPL27A,RPS20,CALM3,ANP32B,CALM2,RPS21,RPS24,ITM2C,GDI1,CITED2,MRPS12,SLC35F1,MYL6B,ZCCHC17,NAT14,COX7C,PTMS,SERP2,UCHL1,MAP1LC3A,GUK1,NCS1,KIF1A,PSD,COX8A,CCDC112,PCYT1B,TSC22D1,PRMT1,ANO8,MRPS7,MLF2,RHOB,RGMA,MAPRE3,MAPT,ALDOA,PTMA,DBN1,CSTB,DYNC1I2,TOMM40,CRIP2,CCDC106,COX5A,GNAI2,CST3,TCEAL6,ARVCF,TCEAL5,CAMK2N1,CAMK2N2,GPC2,CTNNA2,SCAND1,APBB1,ATP6V0E2,PAK3,ARNT2,RANBP1,GABBR1,YIPF2,LSAMP,COX6C,RAB11B,ATAT1,FKBP1B,HNRNPA2B1,TTC3,TCEA2,TOMM7,FAM171B,APBA1,FAU,MEGF8,CDK5R2,CDK5R1,MIDN,MRFAP1,PEBP1,CYP46A1,ACTG1,FBL,BASP1,KIF5C,ARHGDIA,KHSRP,PALM,HCFC1R1,BANF1,PPFIA2,KIRREL3,DSCAM,LMO4,APLP1,LMTK3,ATP1B1,POU3F2,RUNDC3A,POU3F3,SHISA7,COX6B1,SCG3,GNAZ,CACNA1A,COX7A2,DTX3,NDRG2,SEZ6L2,CPLX1,PLD3,TMEM121,ENHO,PDZD4,DEAF1,CASKIN1,TCTEX1D2,CAMTA1,H1FX,NDUFV3,MARK4,ATP6V1F,SYT5,HSPA8,PRNP,ZFHX2,AUTS2,CBX1,HMGA1,TBCB,TBCA,GNAO1,ARHGAP33,EFNA2,HOOK2,DLG4,HOOK1,UBE2S,GNAS,SAE1,UBE2M,GALK1,MXD4,YWHAE,GPSM1,PODXL2,THRA,PRKCSH,ELAVL4,PSIP1,SLC2A3,YBX1,FBLL1,SOBP,RND2,ELAVL3,YWHAQ,GDAP1L1,YWHAH,H2AFY,PDPK1,H2AFZ,H2AFX,RNF208,UBE2QL1,ABHD14A,SEPT3,GAP43,NDUFS8,NDUFS7,DDAH2,PPDPF,TERF2IP,NAA38,TMEM9,NAT8L,PFDN5,INA,STOML1,DCTN2,USP11,NRXN2,CRMP1,FAM169A,NCALD,TFPT,GNG3,FAM168A,DNPEP,PABPN1,SV2A,ROMO1,NCAM1,PDLIM7,LGI1,HAGHL,HSPE1,GDAP1,SOD1,MAPK10,SBK1,PPP2R2C,PPP2R2B,FAM131B,VIM,SSBP3,RAN,SSBP4"
+"gene_set_query"	"33"	"CREB1"	"103.0"	"Literature ChIP-seq,4;ARCHS4 Coexpression,144;ENCODE ChIP-seq,21;Enrichr Queries,128;ReMap ChIP-seq,29;GTEx Coexpression,292"	"ATF2,NUP107,TFRC,IFT172,POP4,TESK1,CAPNS1,DPYSL2,AKT2,AKT3,GPBP1,AKT1,PWWP2A,PRKACA,PRKACB,FNBP4,SAP30BP,PRKAB2,CXADR,RC3H2,ASPHD1,DDIT3,ZC3H11A,DDIT4,UNC50,TMEM126A,JTB,FAR1,ATF4,SF1,EXD2,SAR1A,CDCA4,NPRL2,MEPCE,PLA2G6,CIAO1,RHOT2,RNF214,PRPSAP2,RDH14,LTA4H,ATRIP,HEXIM1,CREBBP,JUN,PRPF38B,PRPF38A,JUP,NCAPH2,EIF2AK3,LARP7,LARP4,PBX1,TBL3,LAS1L,QARS,FASN,SFXN3,NMT1,HYOU1,KCNC3,PRKAG1,ARHGAP1,OSBPL11,BBC3,DDA1,SHF,SMPD3,MED11,MED13,SMPD4,NEFM,ENOPH1,JAK1,PCMTD1,APC2,DUSP1,SPHK2,IFT140,SLC39A13,MED27,DUSP8,BAZ1B,JOSD1,MED29,DUSP6,DUSP7,PHF20L1,DDB1,MED24,PTRH2,PXDN,SDHAF1,CINP,MED20,PTRH1,PAFAH1B3,ERGIC2,PAFAH1B1,TRUB1,TRUB2,OAT,LIN37,NIP7,ATL2,NOC4L,CENPB,FAM117B,NRAS,SPOP,STX6,MFN2,RICTOR,SAMD1,ZSWIM4,CENPT,MBD6,TRAPPC10,MBD1,MCRS1,TARBP2,SKI,NUDT21,SNX16,CCDC9,SHKBP1,TAOK1,ETNK1,SNX15,TAOK2,PKN1,AGRN,YPEL3,FRYL,FBXO28,ATN1,LTN1,CASC4,PLOD3,CASC3,FADS2,LAPTM4A,FNTB,NUDT19,MAP3K7,PIAS4,BNIP3L,PCYT2,FBXW5,DGAT1,FBXW7,FBXW9,STX7,ATP11C,ATP11B,ZCRB1,CNPY3,FBXO11,FBXW2,PIAS1,LENEP,CDC25B,MSH6,ATXN2L,ACLY,DMTF1,SRSF2,SRSF3,SRSF5,SRSF6,FTO,INO80B,UQCRB,SPATA2,UAP1,LIN7C,CORO1B,SPATA7,RAP1B,NDOR1,MED30,G3BP1,MBIP,G3BP2,PGK1,EIF4EBP2,IP6K1,ZKSCAN1,TMEM120B,NOP14,BOD1,ODF2,UROS,HPS4,HPS3,ARPC4,ARPC5,FBXO31,UCKL1,DRAP1,YRDC,SH3BP5L,SON,UQCRQ,SP3,CNTROB,CLPTM1L,ACO2,LRCH4,NIT1,ITGB1,SNAP25,NUMA1,AKAP8L,PTEN,ETFB,BICD2,AP4M1,ZNRD1,SPR,PPP6R1,PPP6R3,ACP2,BCAS2,BOK,ACTR3,UNC45A,EIF5A,BCAS3,DHPS,ATRX,MSL2,TFIP11,ARFGAP1,MSL1,C1D,ETF1,TOP1,DCTPP1,GAPDH,BCAT2,BECN1,UHRF2,ROCK1,SRC,ROCK2,SRF,SRBD1,SRSF1,U2AF1,RCHY1,FOXRED1,TSPAN31,SRM,CDC42,MTHFSD,CCDC85C,U2AF2,TRIM46,UBQLN1,FEM1C,FYN,E2F4,EIF4E,EIF4B,TRIM44,GADD45GIP1,NOP58,HNRNPA3,TRIM41,GPKOW,FEM1B,TXNL1,CDC5L,HNRNPAB,GSTZ1,NECAP2,NECAP1,NAGK,EIF3K,TRIM39,EIF3I,TSPAN18,EIF3H,STUB1,EIF3F,EIF3D,TRIM33,BCAR1,EIF3A,EIF3B,SMARCAL1,PPAN,ACTB,CRKL,EFR3A,CDC23,HERC2,TRIM28,SNRPD2,CDC26,BSG,CDC27,TRIM26,ATXN7L1,ATP6V1E1,ATXN7L2,CCDC92,ATXN7L3,TBC1D22B,EIF2A,FBXO9,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,MFSD10,CDC34,CFDP1,CDC37,SUB1,FAM76B,FLYWCH1,FAM76A,AARS2,TBC1D9B,GGNBP2,NRN1,DHX8,GIPR,SLC45A1,CEND1,ZBTB5,ACTR3B,GSPT1,TTBK2,APOO,SEC14L1,FAM192A,ATP6V1C1,B4GALNT4,XBP1,FAM78B,SMARCA5,BSDC1,SMARCA2,PTK2,SMARCA4,MED13L,EXT1,AIMP2,CALY,CWF19L1,CALU,RANBP10,NDUFAF3,NOL10,CALR,FBXL6,MON1B,SUGP1,HERPUD2,MRPS17,COX7B,MRPS15,HIBADH,PAK1IP1,MRPS12,NAT10,NAT14,PTMS,HERPUD1,SYNCRIP,MAP1LC3B,ACTR1A,NUDCD3,ACTR1B,PCLO,AKAP11,MAP1LC3A,OTUD6B,UIMC1,RAC3,SDF4,SDF2,RAC1,GIT1,COX8A,CAP1,MRPS26,PBRM1,PCYT1A,MRPS21,PRPF40A,CACYBP,SREBF2,APRT,CTTNBP2NL,TOX4,GAK,ARHGEF9,RAP2A,PITPNM1,CANX,UFC1,TAX1BP3,PABPC1,ARHGEF7,PTMA,NAPA,DYNC1I2,PCNA,CAB39,SSNA1,MRPS33,GNAI3,MRPS30,COX5B,COX5A,RELA,GNAI2,PCNP,OS9,NFIL3,ORMDL3,MGAT2,EPS15,MAP3K3,MON2,SPRYD3,SORT1,VEGFB,TTC1,VEGFA,YIF1B,BOP1,SEC23IP,NUDT8,KLHL7,HNRNPA2B1,TCEA2,CCNYL1,PNPLA6,GRINA,OTUD4,OTUD5,CRTC2,NUP188,PRDM4,ZFAND6,ZFAND5,CELSR3,ACTG1,IGF1R,TXN2,EEF1B2,NARS,AMMECR1L,PPIP5K2,ENPP5,PCID2,MORC3,FBXW11,MMGT1,ADAM11,DNAJB12,ADAM10,UBE4A,SDHC,COX6B1,DHDDS,EEF1A1,ADAM15,EEF1A2,EHBP1L1,DNAJB11,WDFY1,TBC1D24,PLAA,TBC1D23,PPIG,PPIB,PPIA,SIDT2,DDX6,DDX5,TSG101,NDUFB10,NDUFB11,DIABLO,HTRA2,PLD3,TIMM50,RAI1,SHARPIN,RNASEH1,IRAK1,GRK6,TBC1D17,SYT5,SYT4,UBE2H,PDHA1,UBE2I,NUP155,SYT1,UBE2B,NUP153,TIMM44,CNOT10,MANBAL,SYT7,HIGD2A,IFT20,AHI1,UBE2W,HOOK2,NASP,CCPG1,GNB2,GNAS,UBE2N,UBE2O,TCF4,FGF11,GALK1,UBE2M,MXD4,RERE,PHTF2,CUEDC2,ZMYND19,ADAR,TNFAIP1,TAZ,USE1,LMNB2,TMEM222,LASP1,TMEM223,EEF2K,SUN1,TBP,ATP6AP1,NUP133,PDPK1,DCAKD,ATP6AP2,SYNGR3,EPN1,EEF1G,ELF2,ALS2,RER1,TMEM214,EEF1D,CAT,CRY1,MAN1B1,ACOX3,OTUB1,OTUB2,SLC3A2,RNF7,AGPAT1,RNF4,RNF5,RNF2,AGPAT4,POLD3,CYTH2,GNG2,CAND1,PABPN1,TMEM203,SV2A,TMEM205,TRA2B,SPOCK2,MKNK2,TRA2A,BNIP2,TMEM208,MTA2,RPP14,FBRS,ATF7IP,TTC14,URGCP,TTC13,TTC19,CDK11B,USF1,GALE,UFM1,TEF,ERCC1,CARM1,KRAS,ERCC5,SUGT1,IPO11,RRP1,HNRNPU,HNRNPR,PHAX,EPRS,PHB2,GLS,ZMIZ1,CSPP1,AP1S1,LUC7L,NUP214,DDX17,VPS18,DDX18,WDR74,SCRIB,ARMC8,GTPBP2,ATG13,GTPBP1,GTPBP4,ATG12,WDR81,ZSCAN21,NUP98,VPS28,PI4K2A,ANAPC13,NUP205,WDR61,XPC,ARPP19,ANAPC11,NCSTN,LDHA,BLOC1S1,CEP70,VPS11,GAR1,MCMBP,NRBF2,FDFT1,PRELID1,ICMT,WDR59,SNAPIN,HOMER1,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,HNRNPL,MEX3B,MEX3A,HNRNPK,HNRNPF,HNRNPD,ATG2A,MMS19,HNRNPC,FARSA,ATG2B,FARSB,CEP57,SETD5,MOCS2,WDR47,BTG1,CDKN1B,WDR48,PHF20,PHF23,GPT,ASH2L,SMG7,PHF6,WDR43,UBL3,PLEKHN1,RRP12,CIC,JARID2,SHPRH,WDR36,TPI1,NUTF2,TERF2,COPZ1,WDR33,GNL3,NCOR2,TAF6L,ZEB2,SIKE1,NCOR1,TUBB2A,KIFC2,MTF2,TCP1,EXOC4,EXOC5,TKT,GART,GRAMD1B,GRN,CLDND1,WDR26,RNMT,USO1,WDR24,FAM129B,SCAF8,PPP1R7,UBN1,USP1,SLC17A7,CKB,PAIP2,DEDD,YTHDF1,YTHDF3,CSNK1A1,KIDINS220,WDR18,NR1H2,SYVN1,GATC,ELP3,DHRS1,HIPK1,WDR12,DEF8,SCAF1,MKLN1,NFIA,NFIB,NUCB1,NUCB2,FAM49A,ANKRD13C,ANKRD13B,RAB3C,VKORC1L1,GTF2B,CEP120,SYAP1,UBP1,PARK7,AUP1,IPO7,TM7SF2,EDC3,IPO9,SLC39A9,CFL1,PAPOLA,SLC39A6,ZNF326,SLC39A7,HMGN3,ANKRD13A,GTF2I,PLEKHJ1,SLC39A3,TLE4,USP8,TLE3,RAB2B,MAP2K1,MAP2K2,USP5,RALGAPA1,TPM3,MAGI3,THOC1,DYRK1A,DYRK1B,LEMD3,ILF2,THOC6,PYGO2,MORF4L1,TOM1L2,ILF3,RAB34,MORF4L2,FKBP8,PGP,SNRPG,PHIP,STAMBP,ADNP,SNRPC,FKBP3,SNRPA,CSNK1G2,FKBP2,RAB5B,RAB5C,INSIG1,CCDC25,UBR4,SLC38A10,UBR2,UBR1,PHB,HSPBP1,ORC5,TPR,DVL1,DVL2,CCDC32,MAP2K7,SRGAP2,MCL1,AP1M1,OSBPL8,UVRAG,EIF2B4,AKIRIN1,RAB4A,RAB4B,TRAPPC1,EIF2B2,SEC16A,TRAPPC4,OSBPL2,M6PR,TRAPPC9,SCRT1,COPS6,SYNJ1,LHX2,CPD,REEP2,PDCL,TPP2,PLXNB2,CNIH2,COPS8,RAB5A,RSL24D1,BCL2L2,BCL2L1,MCM7,ZC3H4,ZC3H3,CCDC47,WDR3,CEP164,WDR4,UFSP2,SYNE2,AP1G1,VPS72,SNRNP70,IDH3B,UBTF,WDR6,CEP170,EVI5L,TNPO1,EIF2B1,TNPO2,RFC3,PLEKHG2,CDADC1,GGPS1,DIS3,RFC2,SGIP1,LANCL1,RPL13A,EDF1,PLRG1,TSN,DNAJC2,DAD1,CTDSP2,POLR1B,LANCL2,DNAJC9,CRK,HDAC5,HDAC2,LEPROT,TSSC4,HDAC1,RAB1B,VPS4B,VPS4A,CEBPG,PDHB,DNAJB2,RAB21,FBXL20,DNAJB1,NFS1,DNAJB6,POLR2A,DNAJB5,VPS52,POLR2E,DNAJB9,POLR2G,POLR2K,POLR2L,SEC11C,SLC35A2,MLXIP,PPIL2,IDH3G,FBXL19,CCDC59,FBXL16,BCKDK,DNAJA1,ASXL1,RAB10,RAB14,VAPA,PSAT1,GLOD4,POLR3D,DNAJA3,DOLPP1,DNAJA2,CEBPZ,PPIL4,TPT1,SLC35B2,TCERG1,VEZT,ISCA1,SLC35B4,TMEM183A,PANK3,VARS,ZMYND8,PITPNB,SLC35B1,PITPNA,FCF1,CBLB,RPS15,TIAL1,RPS14,PNN,RPS16,FRAT2,RPS19,KAT5,PPP2R1A,FLAD1,RPL36AL,FTH1,MAGOH,LONP1,ARFIP2,LONP2,RPS11,BTRC,RPS13,TBC1D10A,TBC1D10B,ARRDC4,SRRM2,COG8,SRRM4,COG3,METTL3,IFRD1,MAPK8IP3,SRRM1,SIK3,HECA,SIK1,SIK2,ATP6V0D1,OBSL1,MACF1,DCUN1D5,CSTF3,LIAS,HTATSF1,SCFD1,FXR2,PDCD11,CSTF1,GSE1,MLEC,TNRC18,TRPM7,ATP6V0A1,VASP,ZRANB1,SETDB1,PUM2,RPS26,SMU1,RPS28,RPS27,FUBP3,RPS29,FUBP1,ADCK5,RNPS1,RPS21,TECPR2,C2CD2L,RPS24,TOP2B,AHCTF1,UBXN1,HIP1,CITED2,ZFAND2A,SLC35F5,ZFAND2B,SRA1,ZCCHC17,SIPA1L2,SIPA1L3,XPO1,SLC22A17,CHMP1B,UBXN7,TMED2,UBXN4,GABPA,RAB8A,RALGPS1,PSD,PSENEN,TMED9,ZER1,PARP1,PARP2,PPHLN1,PPRC1,ZDHHC16,ITFG2,ZDHHC17,TOPORS,MLF2,NFX1,HNRNPH1,HNRNPH2,DTYMK,ZDHHC20,AMIGO1,RFNG,PTS,TYMP,BEGAIN,PPP2CA,TCEAL8,APBB3,MYEF2,PTGES2,MTX2,SLC31A1,NFYB,PTGES3,NFYC,GBF1,XPO7,RAB11A,RAB11B,PDP1,SPCS2,MPHOSPH9,HIST3H2A,CAPZA1,NDUFA10,CWC25,COMT,CNDP2,PAIP2B,COL4A3BP,TATDN1,ARHGDIA,CWC22,HCFC1R1,AZI2,LMO1,NOM1,RALBP1,KDM2A,KDM2B,LMO4,ATP1B1,TRPC4AP,RSBN1,SHISA7,TUFM,PRPF6,HGS,CHMP4B,MATR3,ZCCHC7,IDI1,RPS19BP1,CLEC16A,EFNA4,PRPF8,EFNB2,EMG1,UBB,RPRD1B,RPRD1A,BPTF,KLHDC10,KLHDC3,CPSF7,KLHDC4,CBX5,CPSF6,CPSF1,CBX4,RHBDD3,NONO,EIF2S2,CRLS1,COQ7,COQ5,EFNA3,EFNA2,CHMP2A,SKIV2L,DYNLRB1,SAE1,BRWD1,COPE,MUS81,KDM5B,CASP9,RBM3,SPRED2,SPRED1,SEPT7,SNAPC2,PPP2R5E,CASP2,TOPBP1,RBM7,KDM6A,RBM6,KDM6B,H2AFY,AKTIP,H2AFX,PPP2R5B,H2AFV,PPP2R5D,PPP2R5C,DNM2,FCHSD1,SUPV3L1,DNM3,THRAP3,RASA1,AKT1S1,PFDN2,STOML2,KDM3A,ATF6B,ETFDH,NRXN2,ATP1A1,TBRG4,TBRG1,NXF1,MAPK9,MAPK8,FAM168A,MAPK7,PPP2R3C,GNA11,MAPK1,BUB3,MAPK6,KDM4A,KDM4B,KDM4C,TMEM30A,QPCTL,CYHR1,PDE10A,RPS6KB2,CDK2AP2,MDC1,MT-ND4,ARAF,GHITM,RBPJ,ZFYVE1,LSM10,PSMD8,SCAMP4,RABGEF1,KRTCAP2,SAMD14,ZFYVE27,PSMD7,PSMD3,SAMD10,MEF2A,CHID1,GABARAPL2,MEF2C,GABARAPL1,DAXX,RBFOX1,RBFOX2,CSNK2A1,NGDN,DNTTIP1,DNTTIP2,RFX3,DICER1,RFX1,SCAMP1,SND1,SCAMP2,EID1,MYL6,PSME3,PSME1,PSME2,RBCK1,CGGBP1,ABCB6,MRPL18,AGAP2,ABCB8,COPS7A,MRPL14,AGAP3,MRPL12,AAAS,MTMR4,OAZ1,MRPL13,GABARAP,MRPL20,CYB5R4,HSPH1,VTI1A,PUSL1,HMGXB3,RHBDL1,EDEM3,MCTS1,ABCA2,PRRT2,MRPL27,EXOC6B,MRPL28,ERLIN2,SNF8,MRPL24,MRPL21,EIF1,SETX,MLLT11,MLLT10,EIF5,FAM135A,EIF6,PSMG3,TMEM9B,FERMT2,EZH2,ARF4,PIGU,ARF1,LRSAM1,PIGO,RPLP0,MRPL38,CTCF,MRPL34,AACS,PQBP1,IKBKB,TRMT112,TUBA1C,NIPBL,LMBR1,TUBA1A,FASTK,RPLP2,LYPLA2,LRRC45,ELOVL5,ACTL6A,SIRT4,MRPL49,LRRC40,ELOVL6,MRPL47,SIRT7,NIPA2,MRPL48,SIRT2,LRRC41,SRP9,PSMA5,MRPL53,MRPL50,BDH1,TMEM33,CDC42EP4,TUT1,PICK1,TMEM106B,SLC29A1,DLD,VAMP2,ARF6,LRRC14,RNASEK,SRRT,HTT,MRPL54,MRPL55,PSMB6,GGA1,PSMB4,PSMB5,UNK,GGA3,RECQL5,BTAF1,PSMB2,TCOF1,PSMB1,CLPTM1,AP2S1,FLNA,NCDN,RABAC1,YKT6,MEF2D,SRSF11,LRRC24,MDH1,MDH2,USP9X,SAMD4B,BYSL,GATAD2A,SPSB3,TMEM59,PSMC3,PSMC4,SRRD,UBAP1,RPL22L1,UBAP2,CCNT2,CSE1L,UBE2D3,STK19,ZBTB22,HDDC3,YY1,EIF4ENIF1,SMCHD1,STK11,RUVBL2,STK16,OSBP,PIM3,PMPCA,KPNA2,KPNA3,AP2M1,AGTPBP1,PPP1R16A,PRPF4B,FTSJ1,FOXP1,RBX1,FTSJ3,SAP30,ACAP3,ACAP2,FRMD5,LIX1,FSCN1,MAPKAPK5,SQSTM1,KPNB1,ANAPC2,LRRC59,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,ARL1,UBFD1,PMVK,SLC38A6,E4F1,SLC38A2,DR1,TIA1,BRPF1,GOT1,ZBTB11,EEF2,STK25,TMEM11,MDM2,PIN1,MDM4,TUBGCP3,NFE2L1,ZNF512B,SLC25A1,SLC25A3,HSP90AB1,COX4I1,CELF3,MRPL4,NGRN,MRPL2,HMG20A,DGCR6,MDP1,PELP1,HSP90AA1,PPP1R12A,PEG3,SIGMAR1,NDUFC2,RAD23A,VPS37B,PPM1A,PPM1B,HAX1,PIK3CA,SLC25A19,BIRC6,PIK3C3,BDP1,PPP1R12B,SEC22B,SLC25A5,SLC25A11,SLC25A4,BIRC2,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C1,NDUFB9,PPP1R15B,GTF3C2,NDUFB8,GTF3C4,LRP1,NDUFB6,NDUFB5,PRCC,NDUFB3,NDUFB2,CXXC1,ZBTB43,FOXK2,KATNB1,ZBTB45,HSD17B12,PPM1D,PPM1G,GANAB,PARD6A,NCLN,SLC25A28,CDC37L1,LRRC8A,SLC25A22,AAMP,ATP9B,SLC25A25,SH2B1,PTPN1,NDUFA7,PPP1R14B,NDUFA5,NDUFA3,NICN1,FOXJ2,RPL23A,MCOLN1,TPD52L2,SNRK,SLC25A39,CDR2L,P4HB,SEC24C,SLC25A36,EIF4A2,EIF4A1,CCNK,AHCYL1,CCNI,KDELR1,CCNH,EIF4A3,ZDHHC5,JMJD1C,ZDHHC6,TXNDC11,TXNDC12,ZDHHC7,THUMPD1,ZDHHC3,TXNDC16,NUBP2,CYB5D1,ZDHHC4,RASSF1,FAM53C,CCNL2,SEC62,SLC12A6,CCNL1,TMPO,EPHA4,PAQR4,SCAF11,ENTPD6,NSMCE2,NSMCE1,MIF,THAP4,THAP3,THAP7,ULK2,CD2BP2,PREB,CTXN1,GCDH,L3MBTL2,PIK3R4,PIK3R3,PIK3R1,UBE2J1,APH1A,DHX30,SNX2,DHX33,PCBP4,LARS,PCBP1,MIER1,DHX36,ERI3,PCBP2,SYMPK,DHX38,RCE1,RBM12,RAB11FIP3,N4BP1,SNX5,SEC31A,XRCC6,INTS1,ZFR2,INTS3,RCC2,SURF4,XRCC1,ERAL1,DCLK1,WNK1,ID2,INTS5,PAF1,INTS7,CALM3,CALM1,CALM2,AARS,TMEM151B,USPL1,FKBP15,PPP1R11,FAM57B,GPAA1,PPP1R10,PTPRN,CCDC124,AATF,ARV1,SPTLC1,SPTLC2,RSRC1,HYAL2,MLX,DHX15,ARIH2,SSSCA1,KIF1B,ARIH1,UTP14A,NDEL1,VKORC1,NCOA1,CCT3,NCOA2,TMEM150B,SEC13,TMEM150A,WARS,STARD3NL,ACAD9,MINK1,ZFR,ANO8,MRPS7,ENAH,CSDE1,CRELD1,DBN1,STK40,RABGAP1,SATB1,STX18,DERL1,DERL2,NEDD8,CCDC106,EXOSC7,MNT,EXOSC4,SAMM50,PGRMC2,FAM172A,SERTAD2,EXOSC9,PES1,CAMK2N2,HSF1,CCT7,CCT4,NPDC1,NPM1,YIPF2,PLEKHA1,YIPF4,TMUB1,MIB2,HUWE1,UBE2G1,AP2B1,NPM3,PPP1CA,TMUB2,PER1,ZDHHC9,GPAM,CSDC2,CCNG2,ESYT2,DPAGT1,SCARB1,SH3GL3,MIDN,CD81,KIF5C,KHSRP,EP300,SNIP1,ARID2,BAHCC1,RGS9,PPFIA3,SH3GL2,SH3GL1,SLC30A9,ADPRHL2,SLC30A5,ATG9A,SSU72,LMTK2,WBP11,RUNDC3A,ATAD3A,TMX2,HNRNPUL1,FAM173A,HNRNPUL2,UBE2V2,RTN2,KLHL18,VCP,PSMD11,RBM8A,YTHDC1,KLHL17,SEL1L,TOR1AIP2,KLHL12,PSEN1,PDS5B,RPF2,SUPT6H,ENHO,CAMTA1,CAMTA2,CYC1,NDUFV3,KIF3C,NDUFV1,BCL9L,CCDC134,IVNS1ABP,OST4,PRNP,FDPS,KLHL25,PHF12,ECD,KLHL24,SUPT5H,ANKHD1,CLK3,CLK1,PAN2,RCL1,H1F0,GCLC,PAN3,APPBP2,PQLC1,STT3A,PHF13,CYCS,STT3B,PICALM,GSK3B,GSK3A,PRR7,DDX3X,NAA40,DDX49,PRKCSH,CHD8,PRR3,MAST1,CHD6,PSIP1,HMGB1,DDX41,TRIAP1,CHD2,AFF4,GPHN,PPP1R9B,SEC61A1,ABHD16A,UBE2Q1,YWHAQ,BCL7C,MLST8,TIMM17B,UQCRFS1,LRRFIP1,SULT4A1,YWHAG,UTP15,RBM14,NCBP2,DYNLT3,RBM18,DDX56,ABHD14B,ABHD14A,DDX52,GPCPD1,YWHAZ,UTP18,DDX50,PJA2,PJA1,SFPQ,LMBRD1,NDUFS8,CREB1,IRF3,NDUFS7,NDUFS5,GORASP1,NDUFS3,ATG4B,MVD,NAA38,NDUFS1,EAPP,RBM22,DDX27,DCTN2,NAA20,GOSR2,DCTN4,DCTN3,DDX23,TGFBRAP1,RBM4B,CSTF2T,HMGCR,CLCN3,MAT2A,RAB40C,SMNDC1,PDLIM7,RBM39,NAA10,TAF13,TAF10,TAF11,PDAP1,ATP2B1,MAPK14,SOD1,RPIA,GOLPH3,BRMS1L,FAM131A,RBM42,ACIN1,TAF6,VIM,FAM98A,R3HDM1,TAF2,FAM50A,TAF1,LNX2,RB1,RPL5,RPL3,CLPB,RPL31,DCAF8,GABPB1,ENO2,RPL8,FNBP1L,RPL9,BACH2,DCAF7,DCAF6,GLE1,RNF114,MYC,STMN1,CDK20,FDXR,PIP4K2B,RNF111,IER2,TSPYL2,MECR,WSB1,UNC13A,PIH1D1,RPL23,DAPK3,CD3EAP,SOX11,SOX12,MED6,RNF126,BIN3,BIN1,CLPP,SARNP,RPL24,RPL27,RPL26,RPL29,UBA52,ALG10B,PRR14,TSPYL4,RNF121,POM121,RPN2,RPN1,NOLC1,SLAIN1,HIF1A,PRDX2,PRDX5,PPP3R1,PPP4C,RIC8B,SERF2,RPL41,ACD,FZD3,CDK19,JUND,CHKB,H3F3B,CHKA,PNO1,H3F3A,PRRC2C,MTHFR,TYSND1,UPF3B,BRAF,PA2G4,TMEM198,THAP11,PRRC2A,TMEM199,FIBP,FAM160A2,GIPC1,OGDH,CDK10,HBP1,DUS1L,CPEB4,OGFR,ELL,SPEF1,TCF25,CLTC,CLTB,CLTA,ADO,PFAS,CLINT1,ING1,ING4,TMEM189,ENSA,GPR137,EMD,BRD3,ZC3H10,BRD2,NUDC,SSR4,TCF12,SSR3,TET2,RNF168,RNF167,AFTPH,LSG1,INF2,RNF166,SF3B4,SF3B5,SF3B2,PHLPP1,RPL10,GPS1,RPL12,GPS2,HSPA14,HSPA13,TM9SF4,BCLAF1,RNF138,ASNA1,LMAN2,RPL14,RPS3,RPL13,RPS2,RPL18,ANKRD50,SF3B1,DTD1,SF3A1,BRF2,SF3A2,TRMT1,GTF2H1,KTN1,AGBL5,TM9SF2,TM9SF1,XAB2,MORN4,TRMT6,RNF141,CHPF,CLSTN3,TUSC2,CTNND1,ABHD12,MAEA,CDH2,TUBB3,SMARCAD1,MACROD2,MAF1,MEN1,BIVM,RPS9,RNF44,RPS7,RPS8,RPS5,AIP,RPSA,GTF2F1,GTF2F2,RNF40,RNF41,TRAIP,CTDNEP1,ST7L,RALGAPB,NCL,NHP2,ERH,PHPT1,TTPAL,GLYR1,ANKRD17,DNMT1,ENY2,CD151,TNKS,CUL3,ABHD2,ANKRD11,ABHD8,KLC1,RLF,KLC4,STIP1,KLC2,BTBD2,NACC1,ABL1,SAFB2,SKIL,MPDU1,WDTC1,ESRRA,ANKRD34A,ANKRD27,TNK2,MARCH9,MARCH7,MARCH6,BTBD9,TOR1B,LSM4,MARCH5,LSM3,ZZEF1,CHERP,LSM2,CDK9,CNOT4,CDK8,CNOT6,GON4L,CDK5,CDK4,CNOT1,RHEB,MAFG,CNOT3,NF1,RNF181,SERINC1,NACAD,IARS,NF2,SERINC3,EIF4G2,EIF4G1,RNF187,LMBR1L,CALCOCO1,RNPEPL1,RNF13,TRADD,PTPN23,DUSP12,PPP6C,SART1,METTL14,SART3,OPA1,PSD2,SIN3A,OPA3,SLC37A4,TAPT1,REXO1,GPX4,CHUK,ZFP91,RANGAP1,REXO2,YDJC,COASY,REXO4,PTBP2,PTP4A1,TRAF7,DALRD3,TRAF4,SOS1,RNF31,NFAT5,GTF2A1,SMARCD2,WBP1,WBP2,AMBRA1,LAGE3,DCAF15,CACNG7,HIRIP3,PUF60,SNRPB2,RBBP6,DCAF11,WASF1,UGGT1,RNF20,SPAG9,SPAG7,RNF26,TXNRD1,SEMA4B,ADRM1,PTPN11,PTPN12,CDC42BPB,OXR1,PNRC1,CUL4A,KLF7,MARCKS,KLF6,APC,IMPDH1,IMPDH2,MGAT4B,RUNDC1,RHEBL1,APP,GDE1,PWP1,GOLGA3,GOLGA5,GOLGA1,SAP130,HABP4,ARL6IP4,UBAP2L,ZFPL1,SOX4,AQR,SACM1L,NFKBIL1,BOLA1,PTOV1,RECQL,JMJD8,JMJD6,GRWD1,CRYZL1,XRN2,GUF1,VDAC1,PFN1,AURKAIP1,ANKRA2,EZR,CBLL1,BEX4,CUTA,ANP32A,LMAN2L,TWF1,TRMT2A,NLK,GMCL1,DGUOK,PTDSS2,INPP5K,MAP4,SCAI,BANP,SNHG1,NUS1,TRAP1,STK11IP,UBAC1,MANF,CCT6A,STAG1,STAG2,GOLGB1,ANP32E,ALDH18A1,BAP1,CDS2,HBS1L,DAZAP2,DAZAP1,FAF1,FAF2,MYL6B,PRPF19,EPM2AIP1,ZMYM2,SERP1,GUK1,PCF11,ZMYM5,MAP4K2,PRMT5,CDV3,ATP6V0B,TSC22D1,PRMT1,TSC22D3,NME2,NME3,RHOF,RHOA,RAB33B,RHOB,POC5,MPPED2,STRAP,MAPRE3,ALDOA,KPTN,MAPRE1,ATP6V0C,MAPRE2,TOMM40,SLC20A1,PRIM1,AKAP8,UQCR10,TRAK2,ARNTL,RBM15B,SHOC2,LCMT1,DCPS,MAP4K4,SUZ12,RANBP2,AP3D1,RANBP6,RSL1D1,MARS,CTNNB1,TRIP12,PRPF31,FAU,CDK5R2,RAB3GAP1,TOMM6,GALNT11,GOLT1B,HDLBP,ARID4A,ARID4B,NUCKS1,CHCHD2,TMEM147,CHCHD3,CHCHD6,POGZ,CHCHD1,APLP2,TSC2,KCTD2,TSC1,WRNIP1,TRNT1,TMEM131,DPM2,DPM3,PREPL,PHOSPHO2,TBL1XR1,DNAJC30,TIPRL,SPNS1,ELMO2,FIZ1,STAM2,ISCU,ATP6V1A,LTBP4,COX7A2,STK4,ADIPOR1,ADIPOR2,TMEM127,TMEM128,ZC3H18,ZC3H13,MARK3,MYH10,ANKZF1,PDZD7,MARK2,SMAD2,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,HSPA4,ASPSCR1,IFT122,DNAJC13,TBCB,DNAJC14,AZIN1,ARHGAP33,NFKBIA,NR4A3,TMEM115,DLG4,ATG16L1,JMY,NFKBIB,B4GALT3,USP36,ACADVL,DOCK4,USP38,USP32,USP39,ELAVL2,POLB,TMEM101,SENP5,GMPPA,PDE4B,TMEM108,PDE4A,TMEM109,SCYL2,SCYL1,TSFM,KLF13,USP42,ABCC5,RNF208,ARID1A,SENP2,SENP3,CKAP5,KLF16,TGFBR1,LATS1,DDX19A,FAM189B,CHMP7,TSEN34,USP14,USP15,USP16,POLDIP2,GMPR2,WIZ,MOSPD3,TOB1,USP19,IWS1,U2AF1L4,HSPD1,TFPT,PDE6D,ROMO1,ABCF2,CDIPT,ABCF3,CLASP2,SPEN,IGBP1,USP20,B3GAT3,BAD,USP21,PCDHGC4,USP22,SGTA,HAGHL,PCDHGC3,ZFC3H1,PDE4DIP,NAP1L2,NAP1L1,HSPE1,USP28,GDAP2,NAP1L5,NAP1L4,NEURL4,XPNPEP1,BAX,SSBP1,PDE7A,SSBP2,SSBP4"
+"gene_set_query"	"34"	"DPF1"	"103.7"	"ARCHS4 Coexpression,13;Enrichr Queries,246;GTEx Coexpression,52"	"CNTFR,MYT1L,STMN2,STMN3,STMN4,ENO2,SCAMP5,GPR173,DPYSL4,DPYSL5,DPYSL2,STMN1,ANKS1B,HES6,RBFOX1,ACOT7,UNC13A,WSB2,RBFOX3,CD3EAP,SOX11,GABRG2,PRKAR1B,ASPHD1,FEZ1,RUFY3,HECW1,DDIT4,TYRO3,ASTN1,TTYH1,AGAP2,NEDD4L,AGAP3,FAM171A2,PPP3R1,CHST10,ZSCAN18,PRRT1,JUN,CADM4,PRRT2,HOMER1,CADM2,NETO2,MLLT11,PKIA,FXYD6,ARF3,GABRB3,NCAN,C1QTNF4,JPH4,SMPD3,RNF157,JPH3,TUBA1A,DLGAP1,DLGAP3,JARID2,APC2,RPS6KL1,ACTL6B,LRRC49,DUSP8,DUSP6,PGM2L1,NCOR2,SLC7A5,TUBB2B,TMEM179,TUBB2A,BDH1,MMP17,PXDN,CHST1,PLCB1,PAFAH1B3,VAMP2,NFIX,SNX32,ADCY1,CHN1,SLC17A7,CKB,WNT7B,GABRA3,TTC9B,NMNAT2,MORN4,ABI2,PKN1,ANKRD13B,RAB3C,RAB3A,CTNND2,SLC8A2,RPH3A,FADS2,RIMS4,ATCAY,CDH2,TUBB3,STK32C,FADS1,PPP1R16B,SEMA6B,GPT2,IGFBP3,TPM1,IGFBP2,MAGI2,DGKZ,SRCIN1,TRAIP,CLIP3,DISP2,OLFM1,CACNB3,FSCN1,LY6H,GRIA2,BRSK1,SEMA7A,BRSK2,ABHD8,ITPR1,KLC1,CORO1A,FBXO41,RAP1GAP,SOCS2,LRRC4C,RAB6B,LRRC4B,SLC4A10,NSG1,BTBD9,CORO2B,REEP1,CDK5,NSG2,LHX2,REEP2,SPIRE2,MAP3K10,CSPG5,PIN1,CNIH2,MCM7,WDR1,CELF3,CELF4,CELF5,NRGN,DUSP12,NGRN,PHACTR3,PMEPA1,ERC2,PTP4A3,NRG3,SNPH,POLR1B,LANCL2,RNFT2,NLGN2,CLEC2L,JAKMIP1,LRP8,CACNG7,CACNG8,FCHO1,MGAT5B,NNAT,POLR2D,SLITRK5,FSD1,LINGO1,MARCKSL1,PCDH8,FBXL16,BAIAP2,NELL2,NFASC,GLRB,SYT11,PSAT1,RAB15,NOVA2,PTPN5,METAP2,CPNE5,KIF21B,BSN,EPHB2,SOX4,SRRM3,ATP6V1G2,SLC6A17,MAPK8IP2,CPT1C,ANK1,MAPK8IP1,TIAM1,STX1B,KCNQ2,TAGLN3,CTXN1,GPM6A,BEX2,BEX1,FOXG1,STXBP1,CEND1,ACTR3B,KALRN,TTBK1,SYNGR1,PGBD5,TSPAN7,KCNN1,RIMKLA,SCN3B,B4GALNT4,ATP6V0A1,PTPRN2,MAGEE1,IQSEC2,BCL11B,BCL11A,ST8SIA2,PDE2A,MYO5A,MICAL2,DCLK2,DCLK1,SNAP91,CALY,ID2,PPP1R1B,CALM3,CALM1,RCOR2,ITM2C,CSRNP3,TMEM151B,GDI1,DOC2A,FAM57B,GRIK5,DIRAS1,GRIK3,SERP2,UCHL1,CAMKV,SLC22A17,NCS1,ENC1,DNER,IDS,KIF1B,KIF1A,PSD,PRMT8,SYP,AP3B2,SYN1,MLF2,RGMA,MN1,ARHGEF9,MPPED1,ARHGEF4,MAPRE3,MAPT,SGK1,DBN1,NAPB,PNCK,CRIP2,CCDC106,CAMKK1,TCEAL5,CUX2,CAMK2N1,CAMK2N2,GPC2,CTNNA2,APBB1,ATP6V0E2,PAK3,ARNT2,GABBR2,PNMA2,GRIN1,ATAT1,FKBP1B,TTC3,APBA1,APBA2,CDK5R2,CDK5R1,WWC1,ARHGDIG,CELSR3,KIF5C,BASP1,KIF5A,PALM,NRCAM,PPFIA3,PPFIA2,RGS7,NSF,CHRNB2,KIRREL3,APLP1,LMTK3,RUNDC3A,TMEM130,SHISA7,POU3F3,GPRIN1,SCG3,RTN3,NDRG4,RTN1,TMEM59L,CACNA1A,SLC1A4,CABP1,DTX3,CPLX2,RASGRP2,SEZ6L2,CPLX1,TMEM121,CACNA1G,EFNB2,ENHO,PDZD4,DPP6,EFNB3,DEAF1,KIF3A,CASKIN1,ATP6V1H,KIF3C,PDZD7,SYT5,RAP1GAP2,PRNP,SYT3,HMGA1,SYT7,GNAO1,ARHGAP33,DLG2,EFNA2,HOOK2,DLG4,HOOK1,GNB1,DOCK3,PODXL2,CHD6,ELAVL4,CHD5,FBLL1,SOBP,ELAVL2,PPP1R9B,LMNB1,ELAVL3,MCF2L,LRRTM2,GDAP1L1,SULT4A1,YWHAH,SVOP,PDPK1,RNF208,NAV2,SYNGR3,SEPT5,DNM1,SEPT3,GAP43,DDAH1,DCX,TERF2IP,NAT8L,INA,CAMK1G,SHANK2,SHANK1,CAMK2B,STOML1,USP11,PDXP,ATP1A3,NRXN2,CRMP1,ADD2,GNG3,GNG2,SV2A,GNG7,FAM120A,NCAM1,SNCB,CLASP2,LGI1,RRM2,B3GAT1,NAP1L2,CCK,GDAP1,MEIS2,MAPK10,SLC4A8,IRGQ,SBK1,PPP2R2C,PPP2R2B,FAM131B,FAM131A"
+"gene_set_query"	"35"	"CEBPZ"	"105.6"	"ARCHS4 Coexpression,344;ENCODE ChIP-seq,91;Enrichr Queries,4;ReMap ChIP-seq,10;GTEx Coexpression,79"	"TDRKH,MDC1,MT-ND4,TFRC,ITSN1,ARAF,ALKBH6,TSEN54,LSM12,TBK1,PSMD7,PSMD3,PSMD1,PWWP2A,PRKACA,TMEM8B,FNBP4,CSNK2A1,STARD7,NGDN,DNTTIP2,RFX1,PSME4,DDIT4,PSME1,JTB,PSME2,ATF4,SET,ABCB6,FLII,MRPL18,COPS7B,BAZ2A,ABCB8,MTMR4,MRPL13,MRPL20,HMGXB4,HSPH1,PRKAR2A,GRPEL2,PIP5K1A,HEXIM1,EDEM3,PRRT1,JUN,PRRT2,JUP,EDEM2,EIF2AK3,PBX2,MRPL28,LARP7,LARP4,FAM136A,MRPL24,EIF1,CS,TBL3,EIF5,EIF6,PIGO,RPLP0,MED19,MRPL39,MRPL36,MRPL37,MRPL34,DDA1,PCMTD2,MED13,MRPL40,ATIC,RPLP2,PCMTD1,DFFA,LRRC45,NSUN2,LRRC49,ACTL6A,MRPL49,RRAS2,MRPL47,BAZ1B,GMIP,JOSD1,TOMM40L,MED29,DUSP6,MED23,PSMA5,MRPL53,PSMA3,MRPL50,MED24,PSMA4,PSMA1,PSMA2,PTRH2,SDHAF1,PXDN,PGAM5,VAMP4,ERGIC3,VAMP2,TRUB2,LIN37,NIP7,SNX32,SDAD1,PSMA7,GGA3,PSMB3,PSMB1,SPOP,ZSWIM4,RABAC1,ZSWIM5,SRSF10,EGLN1,USP9X,STAT2,SAMD4B,SNX21,GATAD2B,BYSL,GATAD2A,TMEM60,SPSB3,NUDT21,TAOK3,MYBBP1A,PSMC4,PSMC1,SHKBP1,PSMC2,SERBP1,TSR2,TSR1,PKN1,FRYL,TMEM167B,CSE1L,LTN1,MPV17L2,LAPTM4A,STK11,UROD,RUVBL2,OSBP,STK16,RUVBL1,KPNA4,PMPCA,NUDT16,MTPAP,KPNA2,KPNA3,KPNA1,EIF1AX,FBXW9,ATP11C,CNPY3,POLRMT,CASD1,LENEP,FTSJ3,MSH6,ACAP2,FRMD5,MSH2,SLC9A8,MRTO4,SRSF2,SRSF3,MAPKAPK5,ANAPC5,SRSF6,SRSF7,ANAPC1,KPNB1,SLC27A4,ANAPC2,INO80B,SMYD5,PEF1,MAZ,ISG20L2,GMPS,LIN7C,ACAT2,HSP90B1,NDOR1,MED30,G3BP1,G3BP2,E4F1,BRIX1,NAE1,IP6K1,NOP14,NOP16,FBXO38,HPS3,EEF2,DRAP1,ZC3HC1,GNL3L,UQCRQ,SP3,PIN1,LRCH4,NFE2L1,MDM1,SLC25A3,HSP90AB1,AKAP8L,AP4M1,MRPL4,MRPL3,SUMO1,SUMO2,PPP6R3,DGCR8,PGLS,SNAP29,BCAS3,ACTR2,EIF5B,HSP90AA1,VBP1,RAD23A,NDUFC1,RAD23B,ARFGAP1,DDOST,QTRT1,PPM1B,SLC25A19,ETF1,PIK3C3,TOP1,BCAT1,DCTPP1,SLC25A11,GAPDH,RNFT2,GTF3C3,GTF3C5,MAK16,PRCC,SRSF1,LENG8,FOXK2,KATNB1,MLLT1,TSPAN31,GANAB,SLC25A28,U2AF2,FCHO2,UBQLN1,BEND3,IGF2BP3,HNRNPA1,SLC25A25,GADD45GIP1,NOP56,NDUFA7,NOP58,SSB,CNBP,FOXJ2,CDC5L,LYSMD1,HNRNPAB,ATOX1,EIF3M,EIF3L,EIF3J,TRIM35,EIF3E,P4HB,EIF3C,SMAP1,EIF3D,EIF3A,EIF3B,EIF4A2,EIF4A1,TMEM41A,EIF4A3,THUMPD3,NUDT2,TXNDC12,IFI30,TXNDC16,NUBP2,CDC23,SNRPD2,SNRPD1,EIF2D,KIF21A,CCNL2,SNRPD3,ATP6V1E1,TMPO,SMARCC1,SCAF11,NSMCE2,NSMCE1,CIRBP,MOGS,ALG1,SNHG12,PPA1,CDC37,CD2BP2,FLYWCH1,MMADHC,DHX8,DHX9,SUPT4H1,PIK3R1,ZBTB5,GSPT1,TTBK1,TTBK2,PGS1,SNX1,COMMD9,LARS,DHX36,HLTF,ERI3,DHX37,DYM,SURF6,DHX38,FAM192A,RBM10,CTSA,RCC2,SMARCA5,SMARCA2,PAICS,AIMP1,AIMP2,SNW1,INTS5,CALU,PAF1,INTS4,NOL10,DHX29,NOL11,CALR,SUGP2,FBXL6,MON1B,AARS,MRPS15,HIBADH,GPAA1,GRIK5,CETN2,PAK1IP1,MRPS12,CETN3,NAT10,AP2A1,THTPA,SYNCRIP,ACTR1A,SPTLC2,OTUD6B,DHX15,UTP14A,CCT3,CCT2,TMEM150B,ATMIN,MRPS22,ACAD9,MRPS23,ANO8,CACYBP,PRPF40A,TFB2M,SYP,MRPS7,PDRG1,TOX4,RAP2B,PITPNM1,VSNL1,CSDE1,CANX,FAM193B,PABPC1,GLCCI1,EEF1E1,PTMA,STK40,DYNC1I2,PCNA,STX16,INPP1,SSNA1,HEATR1,CRIP2,CCDC106,NAPG,ARVCF,EXOSC4,OS9,SERTAD2,EXOSC9,CCT8,CCT7,CCT5,CCT4,PEX16,MAP3K3,NPM1,SPRYD3,PEX14,TMUB2,PER1,GPAM,NEDD4,FKBP1B,HNRNPA2B1,GRINA,OTUD4,DPAGT1,OTUD5,SCARB1,CRTC2,MIDN,NARF,UBE3C,BCCIP,UBE3A,UBE2Z,ACTG1,NARS,PPME1,KHSRP,KIF5B,SNIP1,ZGPAT,DIMT1,ATG9A,LMTK2,WBP11,COX6B1,EEF1A1,HNRNPUL1,TMX2,HNRNPUL2,DKC1,TMX1,PLAA,GEMIN7,PPIG,RAF1,CARS2,PPIA,COX19,PSMD12,VCP,DDX5,PSMD11,NDUFB10,NDUFB11,DDX1,RPF2,PDS5A,RTN4,RPF1,RNASEH1,SHARPIN,GRK6,CAMTA1,LLPH,CYC1,TBC1D17,QSER1,SYT5,PRNP,NUP155,NUP153,TIMM44,KLHL24,SUPT5H,AP4B1,ANKHD1,HOOK2,NASP,HOOK1,STT3A,IFT27,CYCS,TCF3,MXD4,PHTF2,RBM28,PRR7,RBM25,DDX49,DDX3X,DDX46,DDX47,CHD8,CHD6,PSIP1,HMGB3,CHD4,TRIAP1,HMGB1,CHD2,LMNB1,LASP1,TMEM223,MLST8,UTP15,SUN2,NAA30,RBM14,TBP,ATP6AP1,GLRX3,GLRX5,ATP6AP2,DDX56,UTP18,PJA2,SFPQ,RCN2,NDUFS8,IRF3,PEX3,TBC1D5,CRY2,NAA35,MVD,MAN1B1,IRF9,OTUB2,DCTN6,AGPAT5,RRN3,MVK,DDX27,DDX24,DCTN4,DCTN3,GOSR1,DDX21,SLC3A2,AGPAT1,RNF4,RNF5,CYTH2,GNG3,GNG2,RAB40C,PABPN1,TMEM203,MAT2A,TAF1C,TGS1,BMS1,TMEM205,TRA2B,TDG,DROSHA,PTK2B,SMNDC1,FBRS,CYTH1,RBM39,RRM2,MIIP,SOD2,RPIA,POLE3,RBM42,TAF6,NAA15,R3HDM1,RAN,RPL4,RPL5,RPL3,HNRNPU,GPATCH4,HNRNPR,SMC6,SMC3,EPRS,GABPB1,DCAF4,PHB2,DCAF7,RRP9,RPL7,TFG,MYC,RPL36,VPS35,CDK5RAP3,MED1,DDX18,PRKCI,RPL23,DAPK3,PRKCD,WDR74,MED8,GTPBP6,WDR75,CD3EAP,ATG13,GTPBP1,GTPBP4,ARMC1,GPR162,WDR81,ARMC6,SARNP,CLPP,ZSCAN21,YME1L1,TARS2,ALG10B,VPS28,PRR14,ASTN1,NUP205,NOLC1,HIF1A,ADH5,ANAPC11,LDHB,LDHA,NCSTN,WDR70,PRDX1,RRS1,NUP88,VPS16,NAA50,BTF3,RPL41,PHC1,H3F3B,PNO1,RDX,PA2G4,NR1D1,GPN1,HNRNPL,GNPTG,HNRNPM,NPLOC4,HNRNPK,HNRNPF,OGDH,HNRNPD,HBP1,HNRNPC,FARSA,SETD5,MOCS2,PHF20,ING1,WDR43,RARS,ENSA,RIOK2,RIOK1,RRP12,CIC,JARID2,RRP15,ZIK1,CEP68,ZC3H10,NUDC,WDR36,TPI1,WDR37,MIOS,GNL2,FAM126A,COPZ1,GNL3,RNF167,TAF6L,NSA2,TCP1,GARS,GART,EXOC2,GRN,CDC123,TIMM9,RPL12,USO1,TMEM160,HSPA14,ARFRP1,BCLAF1,RPS15A,PPP1R7,ASNA1,LMAN2,CHN1,USP1,ANKRD54,RPS2,SF3B1,PAIP1,SF3A3,PCGF6,YTHDF1,BRF2,SF3A2,YTHDF3,GATC,SYVN1,TRMT1,TTC9C,WDR12,HIPK1,LRPPRC,KTN1,XAB2,PHF5A,NFIA,TRMT6,RNF141,RAB3A,RAB3D,UBP1,BZW2,IPO7,BZW1,IPO4,TM7SF2,EDC3,IPO5,EDC4,PPP1CC,SALL2,TXNL4A,MAF1,SLC39A3,PLEKHJ1,RARS2,SUPT16H,USP5,MAGI3,RPS5,RPS6,AIP,VASH2,TRAFD1,PGD,GTF2F1,ILF2,GTF2F2,BSCL2,CLIP3,PYGO2,TOM1L2,CLIP1,CACNB3,EBNA1BP2,STIM2,NCL,MORF4L2,PGP,SNRPG,SNRNP27,SNRPF,FKBP4,PHPT1,SNRPA,RAB5B,DNMT1,ANKRD16,RAB5C,CUL5,FAM114A2,ABHD2,ANKRD11,GLO1,CUL2,ABHD8,AK2,TARS,STIP1,ORC3,NACC1,TPR,MPDU1,UVRAG,EIF2B3,RAB4B,OSBPL2,LSM5,SCRT1,LSM3,MARCH2,COPS3,COPS6,CNOT1,COPS2,CNOT3,TADA1,NF2,IARS,CNIH2,RSL24D1,BCL2L2,EIF4G2,EIF4G1,BCL2L1,LMBR1L,MCM7,WDR3,PPP6C,PTBP1,VPS72,SIN3A,OPA3,EVI5L,TNPO2,TNPO3,ADSL,RFC3,PLEKHG2,CHUK,DIS3,ELAC2,RPL13A,EDF1,YDJC,DNAJC2,TRAF7,POLR1B,CTDSP2,POLR1C,POLR1D,SNRPA1,DNAJC8,RNF31,HDAC2,SMARCD2,RNF34,WBP1,WBP2,RAB1B,AMBRA1,DCAF15,HECTD1,POLR2A,POLR2B,DNAJB5,HECTD3,POLR2D,SNRPB2,POLR2G,DCAF11,SEC11A,DCAF13,POLR2K,SLC35A2,SPAG7,PPIL2,CCDC59,SEMA4C,TPRKB,RPL35A,MTOR,CUL4A,DNAJA1,SNRNP40,KLF6,POLR3D,DOLPP1,POLR3E,DNAJA2,POLR3K,PPIL4,METAP2,TCERG1,VEZT,SLC35B2,PANK2,SLC35B1,ZMYND8,HDAC11,CISD2,CBLB,PWP1,PDCD2L,PNN,RPS16,FLAD1,PPP2R1A,RPS18,ARFIP2,DENR,RPS11,ZFPL1,SEPHS1,SEPHS2,TBC1D10B,ARRDC4,SRRM3,SLC35C2,SLC11A2,PTOV1,CPT1C,MAPK8IP3,SRRM1,MRPS18C,KARS,RRAGC,ZW10,GRWD1,CRYZL1,PFN1,AURKAIP1,DCUN1D5,LMAN2L,DCUN1D4,TRMT2A,NLK,RPAP3,MYL12B,FXR1,INPP5B,NLN,PDCD11,ZNHIT3,ATP6V0A2,TNRC18,SCAI,SNHG1,TMEM184C,PYCR2,SRPK1,MANF,CCT6A,RPS25,STAG1,RPS28,RPS27,GOLGB1,FUBP1,ANP32E,ADCK5,C2CD2L,RPS24,TOP2B,GFM1,UBXN1,HIP1,SLC35F2,ZFAND2A,ZCCHC17,EPM2AIP1,ZMYM2,XPO1,PCF11,C1QBP,ZMYM5,UBXN6,RAB8A,RSPRY1,PSENEN,TOP3B,PRMT5,CDV3,ZYG11B,PARP1,GP1BB,PRMT1,NME3,PPRC1,ITFG2,NME1,PRPF18,HNRNPH1,FYTTD1,TOMM40,SLC20A1,AKAP8,NOL8,NOL9,RBFA,NOL6,NT5C,HIRA,RANBP2,SUZ12,RANBP1,NFYC,PTGES3,GBF1,AP3D1,RAB11B,KBTBD4,RSL1D1,NBR1,PRPF31,FAU,RAB3GAP1,NDUFA11,GOLT1B,SPPL2B,ROGDI,ARID4A,TOMM22,EFTUD2,FBL,TATDN1,PAIP2B,CHCHD2,CHCHD3,ARHGDIA,CHCHD7,NOM1,KCTD2,PUS7,TUG1,KCTD5,PDIA6,SHISA7,PDIA4,HGS,TIPRL,SPNS1,ELMO2,FIZ1,MATR3,ABCG4,IDI1,COPA,RPS19BP1,NOP2,BTF3L4,DPP3,UBB,ZMAT2,DNAJC21,CASKIN1,RPRD1B,SUDS3,MARK4,MYH10,ANKZF1,ZC3H15,KLHDC10,ATP6V1F,SMAD2,HSPA9,CPSF4,DARS,HSPA8,ACBD4,CBX5,PNPT1,CPSF1,HSPA5,HSPA4,CBX3,IDH1,CPSF2,DNAJC11,DNAJC14,EIF2S2,EIF2S1,ARHGAP33,TBCE,PI4KA,LRP10,COPE,MUS81,USP38,ASNSD1,USP32,YBX1,USP39,ELAVL1,SLC2A8,PPP2R5E,SNAPC4,PDE4A,SCYL1,USP42,H2AFZ,PDE4D,AKTIP,ABCC5,RNF208,H2AFV,OXSR1,TRNAU1AP,SENP3,SEPT5,DNM2,SUPV3L1,DDX19A,THRAP3,AKT1S1,LUC7L3,PFDN4,B4GALT7,LUC7L2,USP14,STOML2,ATF6B,POMP,PDXP,WIZ,SPG7,MOSPD3,DLL1,U2AF1L4,HSPD1,NXF1,TFPT,UGP2,SAP30L,GNA12,PDE6D,BUB3,ABCF2,ABCF1,RWDD1,KDM4A,PTCD1,KDM4B,ATP13A1,QPCTL,LCA5,NAP1L1,DEK,HSPE1,CDK2AP2,SSBP1,ABCE1,LPIN2"
+"gene_set_query"	"36"	"ZNF410"	"106.7"	"ARCHS4 Coexpression,93;Enrichr Queries,63;GTEx Coexpression,164"	"RPL5,SCOC,CHIC2,TFRC,STMN3,HNRNPU,GHITM,GABPB1,EPRS,BACH1,SCAMP5,PSMD9,LSM12,ALCAM,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,GPBP1,PRKACA,DDX17,DAXX,WSB1,NGDN,RPL22,CD3EAP,SCRIB,GTPBP4,BIN3,PRKAR1A,DDIT3,DDIT4,NUP98,RPL26,PRR12,ATF4,SET,RPN2,CTBP1,AGAP1,HIF1A,FAM171A1,LDHA,PPP3R1,PPP4C,HSPH1,LARP1,PRDX1,BLOC1S2,CHST10,GAR1,VTI1A,MCMBP,PLCG1,PIP5K1C,FDFT1,B3GALNT1,JUN,NDFIP1,JUND,H3F3B,CADM2,PLK2,PBX2,PRRC2B,EIF1,PRRC2A,HNRNPL,HNRNPK,EIF5,SLC6A8,HNRNPF,HNRNPD,HBP1,PSMG2,HNRNPC,CDC42SE2,ARF3,ARF4,MOCS2,GMEB1,BTG1,ELL,RPLP0,ING1,TRIM8,TUBA1C,TUBA1B,TUBA1A,TRIM2,ANXA7,RIOK1,CIC,APC2,ZC3H10,UPF1,TPI1,ACTL6A,TCF12,DYNLL2,DUSP6,LRRC42,RNF168,NCOR2,SLC7A5,PSMA6,PSMA3,TUBB2A,PSMA4,PSMA1,PXDN,GARS,ARF6,SF3B4,NFIX,STAU1,PSMA7,NRAS,ADAM23,PAIP2,RPL17,DEDD,BRD4,SF3A1,CRBN,YTHDF3,RIOK3,CSNK1A1,PCGF2,DAB2IP,SCAF1,SCAF4,GATAD2A,KTN1,SKI,ABI2,MORN4,CCDC9,NFIB,TAOK2,UBAP1,PLP2,PKN1,YPEL5,FAM49B,GTF2B,UBE2D3,CLSTN1,ATN1,RNF19B,BZW1,YY1,CFL1,PAPOLA,FBRSL1,KPNA2,LZTS2,TMSB10,ANKRD13A,TLE3,SLC38A1,RNF44,ANKRD46,RPS8,TPM1,RPS6,ATP11B,CASD1,ILF2,NRBP1,PIAS1,CTDNEP1,ACAP3,NCL,RAB35,SRSF3,ERH,PKP4,SRSF6,SRSF7,KPNB1,CSNK1G2,SNRPB,NSMAF,GLYR1,BRSK1,UQCRB,MAX,INSIG1,ANKRD11,RAP1B,EIF1AD,STIP1,SBNO1,MED30,PITRM1,DVL1,BTBD2,NACC1,PGK1,SLC38A2,LRRC4B,MCL1,DR1,BRPF1,FUS,CORO2B,MARCH5,COPS4,COPS3,ARPC2,REEP2,TADA1,IARS,RSL24D1,EIF4G2,NFE2L1,BCL2L2,RNF187,ISY1,ITGB1,ZNF512B,RNF11,HSP90AB1,ETFA,DUSP18,PTPN23,DUSP11,DUSP12,ZNRD1,CAPZB,SIN3A,SNRNP70,UBTF,TNPO2,PELP1,ACTR3,HSP90AA1,DST,RAD23B,DDOST,PTP4A1,PTP4A2,TRAF7,CTDSP2,POLR1B,DNAJC5,RPL37A,ETF1,TMBIM6,TOP1,GAPDH,PPP1R12C,PPP1R15A,PPP1R15B,TSSC4,NLGN2,ZBTB43,LENG8,MLLT1,LRP3,PPM1D,FBXL20,DNAJB2,STOX2,CACNG7,FIP1L1,HAUS8,U2AF2,KATNA1,DNAJB9,FEM1C,IGF2BP2,SLC25A23,CCDC71,HNRNPA3,NDUFA5,CNBP,TXNRD1,FBXL19,FOXJ3,DDHD2,CDC42BPB,DNAJA1,KLF6,NECAP2,TRIM39,POLR3C,NOVA2,OCIAD1,P4HB,TPT1,EIF4A2,EIF4A1,APP,CCNK,EIF4A3,ZDHHC5,ZDHHC8,ZDHHC3,ACTB,RPS14,KAT5,TRIM28,FTH1,ATXN7L3,SRRM2,AQR,ATP6V1G1,ACTN1,IFRD1,ANK2,MAPK8IP3,RRAGC,SUB1,XRN2,ULK1,CTXN1,MMADHC,BEX4,DHX8,ANP32A,PEX11B,PIK3R1,TTBK1,UGCG,PGBD5,TSPAN7,CSTF1,MAP4,RIMKLA,RAB11FIP3,SEC31A,INTS1,IQSEC2,IQSEC1,DCLK2,SRPK1,SMARCA4,SNW1,RPS20,CALM3,CALM1,CALM2,RPS24,SUGP2,ITM2C,DAZAP2,DAZAP1,CSRNP3,GDI1,MRPS12,PRPF19,AP2A2,HERPUD1,PTMS,MAP1LC3B,ACTR1B,ZMYM5,UIMC1,DHX15,ARIH1,KIF1A,RAB8A,GIT1,NDEL1,CTSB,CCT2,CDV3,ATP6V0B,WARS,MINK1,TUBG2,MRPS7,TOPORS,SREBF2,MLF2,CSDE1,CANX,MAPT,ALDOA,SGK1,MAPRE1,PTMA,CSTB,SLC20A1,AMIGO1,GNAI3,DERL2,CCDC106,RELA,NFIL3,SHOC2,ATP6V0E2,RAE1,GABBR1,MTX1,LSAMP,AP3D1,PLEKHA6,VEGFA,KBTBD4,XPOT,HNRNPA2B1,CTNNB1,APBA1,HDGF,TRIP12,MEGF8,ACTR10,MIDN,SYS1,ZFAND3,ZFAND5,ARHGAP44,BASP1,KIF5B,SNIP1,ARID2,SBF1,SLC30A9,TTC7B,EEF1A1,PREPL,HNRNPUL1,TBL1XR1,HNRNPUL2,TBC1D24,CHMP4B,MATR3,DDX5,TMED10,PSMD14,PSMD13,NDRG2,SEZ6L2,NDRG1,SUPT6H,RTN4,SDCBP,UBB,NDUFV2,HSPA9,HSPA8,PRNP,HSPA5,ECD,NUP153,CNOT10,EIF2S2,EIF2S1,AZIN1,GNAO1,NFKBIA,EFNA2,HOOK2,HOOK1,GNB1,GNAS,PI4KA,PHF13,TCF3,LSM14B,YWHAE,RERE,KDM5C,GSK3A,YWHAB,PRKCSH,ATP2A2,HMGB1,YBX1,CHD3,RND3,PKD1,PPP1R9B,ZC3H7B,MYO18A,TIMM17A,RBM7,YWHAG,MAPK1IP1L,ARHGEF11,PDPK1,BUD31,ABHD14A,RPS3A,OXSR1,YWHAZ,EPN1,UBE2R2,PPDPF,TSEN34,TAF9,DDX21,WIZ,SLC3A2,RNF4,AGPAT1,TOB1,STRN4,POLD3,MAPK9,FAM168A,MAPK7,MTA1,MAT2A,PABPN1,NCAM1,MAPK6,SMNDC1,RBM39,RRM2,TAF15,PDAP1,TTC19,GDAP1,GDAP2,UFM1,CARM1,POLE3,ACIN1,VIM,SSBP3,RAN"
+"gene_set_query"	"37"	"AKAP8L"	"107.7"	"ARCHS4 Coexpression,123;Enrichr Queries,45;GTEx Coexpression,155"	"MDC1,MAPKBP1,TFRC,IFT172,HNRNPU,EPRS,ZFYVE27,RAVER1,ZMIZ1,ZMIZ2,AKT2,DPYSL2,MYC,PSMD3,LUC7L,AKT1,PRKACA,CDK5RAP3,DDX17,TSPYL2,GABARAPL1,WSB1,PRKCD,CD3EAP,SCRIB,RFX1,GTPBP1,HCFC1,NISCH,WDR81,EWSR1,DDIT4,PRR12,VPS28,SF1,LRPAP1,POM121,NPRL2,COPS7B,HIF1A,RHOT2,HSPH1,PLCG1,PIP5K1C,ACD,JUN,CHKB,PHC1,JUND,NCAPH2,SETD1A,IRF2BP1,PBX2,UPF3A,PRRC2B,EIF1,PRRC2A,HNRNPL,HNRNPM,EIF5,LAS1L,FASN,HNRNPD,HNRNPC,DUS1L,LGMN,OGFR,BTG1,CDKN1B,TCF25,PHF1,PIGQ,MED15,SMG5,TIMP2,CIC,UPF1,BRD2,IFT140,ELOVL6,DUSP6,WDR33,NCOR2,RNF167,KAT2A,MED25,VAMP7,TUBB2A,KIFC2,PXDN,RAPGEF1,PICK1,SF3B2,GRN,GPS1,SRRT,WDR24,BCLAF1,CLPTM1,ANKRD54,FLNA,BRD8,CKB,SRSF11,CENPT,RIC3,MBD6,SF3A2,BRF1,MBD1,SCAF1,SKI,XAB2,TAOK2,NUCB1,PKN1,AGRN,YPEL3,MTCH1,CLSTN1,CTNND1,ATN1,EDC4,STK11,SESN1,FBRSL1,LZTS2,PIAS4,SH3GLB2,TLE2,RNF44,FBXW5,MAP2K2,USP5,RPS5,TPM1,THOC1,POLRMT,LEMD2,DGKZ,RNF40,ATXN2L,MSH6,ACAP3,ILF3,DMTF1,NCL,MADD,RAB35,SRSF5,SRSF6,FKBP4,SRSF7,SQSTM1,KPNB1,CSNK1G2,ANAPC2,GLYR1,CUL9,DNMT1,INO80E,TXNDC9,TUBGCP2,CCDC24,INSIG1,ANKRD11,MAZ,UBR4,CORO1A,RAP1GAP,HSP90B1,STIP1,SBNO2,NDOR1,KLC2,PITRM1,STK36,G3BP1,DVL1,BTBD2,NACC1,SAFB2,ANKRD10,DVL3,E4F1,MCL1,WDTC1,TMEM120B,ZBTB17,FUS,SEC16A,TNK2,HPS4,MARCH9,EEF2,CHERP,CDK9,SH3BP5L,CNOT3,PLEKHM2,PLXNB2,LRCH4,OGT,EIF4G1,LMBR1L,ZNF512B,HSP90AB1,NUMA1,POMT1,CEP164,PTPN23,DUSP12,SART1,AP1G2,SIN3B,SNRNP70,PPP6R1,PPP6R2,UBTF,WDR6,TNPO2,PELP1,DGCR2,HSP90AA1,REXO1,DDOST,NIPSNAP1,ARFGAP1,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,GAPDH,SLC25A4,PPP1R12C,PPP1R15A,GTF3C1,HDAC5,WBP1,GTF3C5,SRC,SRSF1,CXXC1,LENG8,MLLT1,HDAC6,MLLT6,HDAC7,DNAJB2,DCAF15,DNAJB1,FZR1,GANAB,DNAJB6,U2AF2,IARS2,FYN,SH2B1,PTPN1,CIZ1,FBXL19,DNAJA1,PFKL,KLF6,PDCD4,EIF4A2,TCERG1,APP,FAAH,HDAC10,VARS,ZMYND8,ZDHHC8,ACTB,PNN,TRIM28,BSG,LONP1,CCNL2,ATXN7L3,SRRM2,ACTN1,ECH1,CIRBP,PTOV1,CSNK1D,MOGS,ACTN4,CSNK1E,MAPK8IP3,ULK1,STX1A,TELO2,MACF1,RTEL1,TBC1D9B,TMEM63B,FBF1,TRMT2A,DHX30,PTDSS2,INPP5E,PCBP2,SYMPK,TNRC18,ARGLU1,RALGDS,RBM10,B4GALNT4,INTS1,STK11IP,SMARCA4,GADD45G,FUBP1,ID2,CALR,SUGP2,SUGP1,AARS,ITM2C,DAZAP1,GDI1,MRPS12,PRPF19,PTPRF,HERPUD1,SDF4,CTSD,GIT1,PARP6,GRIPAP1,PARP1,TSC22D1,STRADA,TSC22D3,MINK1,PRPF40B,MRPS7,SREBF2,MLF2,RHOB,GAK,CTTN,PITPNM1,HNRNPH1,FAM193B,ARHGEF1,FAM193A,ARHGEF2,PABPC1,ALDOA,SGK1,SFI1,DOT1L,AKAP8,GNAI2,RXRB,HIRA,ARVCF,APBB3,MAP4K4,DYNC1H1,NPM1,MIB2,AP3D1,MYO9B,VEGFA,HNRNPA2B1,SGSM2,PNPLA6,TARDBP,GRINA,SPPL2B,PHRF1,CELSR3,IGF1R,ACTG1,KHSRP,ARHGDIA,POGZ,SBF1,TSC2,TSC1,ATP1B1,ATAD3A,MAU2,HNRNPUL1,EHBP1L1,DDX5,CLEC16A,SLC1A4,NDRG1,SUPT6H,H1FX,DMAP1,ANKZF1,MARK2,IVNS1ABP,HSPA8,PRNP,CPSF7,CPSF1,RHBDD3,HSPA5,HSPA4,SUPT5H,CLK4,CLK3,PAN2,ARHGAP33,NFKBIA,HOOK2,HOOK1,GNB2,GNB1,GNAS,UBA1,SKIV2L,CLASRP,TCF3,LSM14B,MXD4,KDM5B,RBM25,ACADVL,KDM5C,GSK3A,NAA40,LDB1,PRKCSH,CHD6,ATP2A2,CHD4,CHD3,CHD2,PKD1,CABIN1,PPP1R9B,SEPT9,ZC3H7B,SNAPC4,MAN2C1,RBM5,RBM6,ARHGEF11,SUN2,PDPK1,ABCC5,DDX56,H2AFV,SAFB,YWHAZ,DNM2,SFPQ,CAT,LUC7L3,ATG4B,KDM3A,ANKS3,RBM4B,WIZ,SLC3A2,SPG7,STRN4,ADD1,USP19,HSPD1,NXF1,MTA1,DNPEP,PABPN1,MAT2A,TAF1C,MKNK2,MTA2,FBRS,CYTH1,PDLIM7,SPEN,RBM39,TAF15,USP20,ATP13A1,CYHR1,CLCN7,NEURL4,ERCC3,CAPN10,CARM1,ACIN1,VIM,SSBP2"
+"gene_set_query"	"38"	"ZFX"	"112.8"	"Literature ChIP-seq,3;ARCHS4 Coexpression,150;Enrichr Queries,95;ReMap ChIP-seq,6;GTEx Coexpression,310"	"ITSN2,ATF2,SCOC,POP7,TFRC,TSKU,ALKBH8,TBK1,CAPNS1,RAVER1,ALKBH1,DPYSL2,GPBP1,AKT3,FGFR1OP2,AKT1,FNBP4,TSTD2,FNBP1,FRS2,RC3H2,EWSR1,ZC3H11A,UNC50,JTB,FAR1,ATF4,SF1,SLBP,SET,SAR1A,SAR1B,TARSL2,NPRL2,MEPCE,NPRL3,PDGFA,PRPSAP1,RHOT2,RHOT1,RDH14,PIP5K1C,RDH13,ATRIP,HEXIM1,CREBBP,JUN,NCAPH2,FUCA1,LARP4,PBX1,TBL3,VANGL2,QARS,FASN,NMT1,MED19,MED16,OSBPL11,MED15,DDA1,MED17,BBC3,PCMTD2,MED13,ATIC,SMPD4,SMPD1,PCMTD1,JAK1,DUSP1,GSTO1,TEX10,SLC39A11,SLC39A13,EPS15L1,BAZ1B,JOSD1,MED26,MED29,DUSP7,DDB2,DDB1,PHF20L1,MED22,MED25,MED21,PXDN,RAPGEF1,ERGIC2,PAFAH1B2,ERGIC1,PAFAH1B1,ECHS1,LIN37,WRB,ATL2,DLST,SDAD1,CENPB,FAM117B,SNX27,RICTOR,SAMD1,BID,ZSWIM4,MBD3,CENPT,ATAD1,MBD1,MCRS1,TARBP2,ARCN1,SKI,ABCB10,MYBBP1A,CCDC9,SNX17,TAOK1,ETNK1,SNX14,TSR2,CIAPIN1,PKN1,AGRN,YPEL3,FRYL,MTCH1,MTCH2,TMEM167B,PDCD5,ATN1,FBXO25,CASC4,PLOD3,APEH,LAPTM4A,NUDT19,MTPAP,FADS1,FBXW4,BNIP3L,PCYT2,FBXW5,DGAT1,FBXW8,EIF1AX,FBXW7,FBXW9,ATP11C,ATP11B,CNPY2,CNPY3,ZCRB1,CASD1,POLRMT,FBXW2,LENEP,CDC25B,PIAS1,MSH6,ATXN2L,TPST2,ACLY,DMTF1,MSH3,SRSF2,SRSF3,SRSF6,SLC27A3,SRSF7,ARL8A,ARL8B,LY6E,SLC27A4,FTO,KHDRBS1,SMYD5,IREB2,GMPS,SPATA2,FBXO45,UAP1,NRF1,LIN7C,CORO1B,FBXO41,HSP90B1,FBXO42,EIF1AD,NDOR1,G3BP1,ZKSCAN3,SMYD2,ZKSCAN2,NAE1,IP6K1,SAC3D1,ZKSCAN1,TXNDC5,NEK9,NOP14,NOP16,API5,FBXO38,UROS,FBXO31,UCKL1,DRAP1,YRDC,SH3BP5L,SON,ARPC2,UQCRQ,SP3,ACO1,OSBPL1A,OGT,ISY1,ITGB1,MCFD2,ALAS1,AKAP8L,PTEN,NENF,BICD2,AP4M1,PPP6R1,PPP6R2,PPP6R3,ARL5A,YAF2,BCAS2,BOK,UNC45A,EIF5A,BCAS3,EIF5B,DHPS,ATRX,AHSA1,ACTR8,RABGGTA,ARFGAP1,MSL1,ATRN,SYF2,IMPAD1,DCTPP1,GAPDH,ROCK1,ROCK2,SRC,MGRN1,SRF,SRSF1,LENG8,MLLT1,U2AF1,CDC42,ZNRF2,U2AF2,EIF4H,IGF2BP3,FEM1C,IGF2BP2,E2F4,HNRNPA1,EIF4E,EIF4B,TRIM44,GADD45GIP1,MARCKSL1,HNRNPA3,TRIM41,SSB,CNBP,TXNL1,HNRNPAB,CABLES2,GSTZ1,MCM3AP,EIF3M,PINK1,SUCLA2,TSPAN13,TRIM39,EIF3I,EIF3J,PDCD4,OCIAD1,TRIM35,STUB1,PDCD2,EIF3E,ATXN10,TRIM32,TRIM33,EIF3A,EIF3B,SLC23A2,SMARCB1,CERK,PPAN,NUDT2,LDLRAD3,ACTB,RCBTB1,NUDT3,RCBTB2,NUDT4,TRIM28,SNRPD1,BSG,CDC27,EPC1,FBXO3,EIF2D,EPC2,TRIM26,TRIM27,ATXN7L3,FBXO9,ARL10,ATP6V1G1,ALG9,SMARCC2,CIRBP,CSNK1D,ACTN4,ALG1,MFSD11,CDC34,CFDP1,PPA2,SUB1,KCNQ2,CSNK2B,KCTD13,FAM76A,KCTD17,KCTD18,NUMBL,GGNBP2,TBC1D9B,DHX9,MYCBP2,CEND1,GSPT1,PGS1,SYNGR1,DECR2,ATP6V1C1,B4GALNT4,SMARCA5,MYO5A,NTAN1,BRI3BP,HARS2,MED13L,EXT2,ZBTB6,PTK7,NDUFAF3,ECHDC2,FBXL3,CALR,NOL11,SUGP2,MRPS15,HIBADH,COX7C,RAB22A,PTMS,THTPA,SYNCRIP,MAP1LC3B,ACTR1A,PPP3CB,NUDCD3,UIMC1,SDF4,RAC1,GIT1,COX8A,MRPS28,PBRM1,MRPS26,GAA,CACYBP,PRPF40A,SREBF2,APRT,RAP2C,GAK,KIN,RAP2B,PITPNM1,SLTM,CANX,UFC1,TAX1BP1,ARHGEF4,EEF1E1,PTMA,FJX1,NAPA,NAPB,AHCY,MRPS35,SSNA1,MRPS30,COX5B,COX5A,PCNP,MGAT3,MGAT1,MGAT2,RAE1,DYNC1H1,MAP3K3,GABBR1,SPRYD3,PNPLA8,VEGFB,COX6C,KLHL9,PDCL3,ITCH,NUDT8,KLHL8,NDUFAB1,HNRNPA2B1,AGGF1,TCEA1,HDGF,GRINA,ZFP28,OTUD4,SRP19,CRTC2,PRDM4,UBE3C,ZFAND6,ZFAND5,PEBP1,UBE3A,COX6A1,UBE2Z,CELSR2,ACTG1,IGF1R,TXN2,FAM3A,PCID2,MORC3,TMOD3,UBE4A,ADAM10,SDHD,SDHA,POU3F1,SDHB,ADAM19,EEF1A1,ADAM15,TBC1D20,EHBP1L1,PPIF,WDFY1,PLAA,WDFY3,PPIG,PPIB,CARS2,PPIA,PPID,SIDT2,DDX6,DDX5,TSG101,NDUFB10,DDX1,HTRA2,NCKIPSD,RAI1,RNASEH1,SHARPIN,IRAK1,GRK6,TBC1D14,TBC1D17,QSER1,UBE2I,NUP155,UBE2B,PCIF1,TIMM44,UBE2A,AP4B1,MANBAL,HIGD2A,UBE2W,HOOK2,HOOK1,UBE2S,GNB2,GNAQ,GNB1,MKRN2,UBA3,UBE2N,UBE2O,DEGS1,GALK1,MXD4,UBE2M,RERE,CUEDC2,PODXL2,ZMYND19,LDB1,HP1BP3,ADAR,USE1,PHTF1,TMEM223,MAN1A2,RB1CC1,SUN1,ATP6AP1,TTC33,PDPK1,DCAKD,HUNK,SYNGR3,ELF2,SETBP1,ACOX1,EEF1D,GFOD2,CRY1,MAN1B1,ZMYND11,CUEDC1,OTUB1,RRN3,SFSWAP,ANKS3,ASB13,RNF8,SLC3A2,ASAP1,RNF4,NT5C2,AGPAT3,CYTH2,CAND1,MTA1,PABPN1,TMEM203,TDG,TRA2B,MKNK2,TRA2A,BNIP2,RALY,MTA2,FBRS,MTA3,TTC14,RRM2,EYA3,USF2,TEF,ERCC1,CARM1,ERCC5,SUGT1,GPD1L,NCKAP1,ARPC5L,HNRNPU,SMC5,HNRNPR,SMC6,ADARB1,EPRS,PHB2,TFG,ZMIZ2,AP1S2,AP1S1,LUC7L,VPS35,VPS36,DDX17,NUP214,NUP210,WDR74,REV1,WDR75,SCRIB,GTPBP2,GTPBP1,ARMC1,ZSCAN21,ADPRH,NUP98,VPS28,PI4K2A,LRPAP1,SEH1L,CTBP1,XPA,WDR61,PRKCZ,ARPP19,ADH5,ANAPC11,MTDH,LDHB,LDHA,NCSTN,WDR70,BLOC1S1,NUP85,GAR1,VPS11,ST3GAL5,ST3GAL1,HMOX2,BTF3,PRELID1,ICMT,SNAPIN,NDFIP1,IRF2BP1,IRF2BP2,PHC3,MCAT,HNRNPL,HNRNPM,MEX3A,HNRNPK,TOLLIP,HNRNPF,ATG2A,GTF2IRD1,FARSA,PHF3,CDKN1C,CEP57,SETD5,PHF2,GMEB1,SETD2,SMG1,GMEB2,PHF20,PHF23,DENND1A,SETD6,SETD7,ARPC1A,WDR41,GPT,SMG5,SMG6,UBL3,MTG1,RARS,PLEKHN1,CIC,RRP15,CEP68,SHPRH,WDR36,TPI1,WDR37,NUTF2,ASH1L,WDR34,GNL2,TERF2,COPZ1,GNL3,NCOR2,TAF6L,ZEB2,KAT2A,NCOR1,KIFC2,MTF2,TCP1,EXOC4,EXOC3,EXOC5,KIFC3,TKT,EXOC2,GAS8,GRAMD1A,TIMM9,USO1,WDR24,ARFRP1,RPS15A,NSD1,PAIP1,PCGF6,YTHDF1,YTHDF3,CSNK1A1,PCGF3,SYVN1,ELP2,SYNJ2BP,HIPK1,DEF8,SCAF1,SCAF4,MKLN1,NFIA,NFIB,NUCB1,ANKRD13B,ANKRD13D,CEP120,AUP1,RPL10A,IPO7,IPO4,TM7SF2,EDC4,PPP1CB,NPEPPS,LAMP1,SLC39A9,CFL2,CFL1,LAMP2,PAPOLA,SLC39A7,TXNL4A,HMGN1,PLEKHJ1,RAB2A,MAP2K4,USP8,USP7,SUPT16H,USP5,TPM4,RALGAPA1,USP4,USP3,DYRK1A,GTF3A,VASH2,TRAFD1,THOC3,THOC2,LARP4B,ILF2,THOC7,NRBP1,PYGO2,MORF4L1,EBNA1BP2,ILF3,RAB31,RAB34,DMWD,RAB35,PGP,PHIP,SNRPE,ADNP,FKBP3,SNRPA,IFNAR1,SNRPB,BRSK1,FKBP2,RAB5B,RAB5C,CBFB,INSIG1,GLT8D1,UBR2,UBR1,PHB,HSPBP1,ORC4,ORC6,ORC3,DVL1,TPR,DVL2,DVL3,MAP2K7,MAP2K5,MCL1,EIF2B5,EIF2B4,TRAPPC3,RAB4A,SEC16A,TRAPPC4,OSBPL2,COPS4,COPS6,REEP5,COPS2,TPP2,PLXNB1,COPS8,RAB5A,BCL2L2,BCL2L1,DIDO1,MCM7,ZC3H4,CCDC47,WDR3,AP1G2,SNRNP70,RNPEP,UBTF,WDR5,WDR6,TLK1,EVI5L,TNPO1,TNPO2,CCDC50,ILKAP,IDH3A,ADSL,PLEKHG2,CDADC1,CCDC34,DIS3,RPL13A,EDF1,SMC1A,DNAJC2,DNAJC5,CTDSP2,LANCL2,POLR1D,DNAJC8,CRK,MTPN,HDAC2,RAB1B,VPS4B,CEBPG,VPS4A,TULP4,PDHB,RAB21,FBXL20,DNAJB1,POLR2A,DNAJB6,FIP1L1,MSTO1,POLR2C,RAB24,POLR2E,DNAJB9,VPS54,POLR2G,POLR2H,RAB28,SEC11A,POLR2L,MLXIP,SLC35A1,SMOX,FBXL19,AMFR,TPRKB,RPRD2,FBXL14,FBXL12,BCKDK,RAB14,VAPA,P2RX2,PSAT1,RAB12,DNAJA2,POLR3E,DRG1,RAB18,CEBPZ,SNRNP48,POLR3H,TPT1,TNRC6A,PANK4,SLC35B2,TCERG1,PANK2,SLC35B4,TMEM183A,PANK3,VARS,ZMYND8,PITPNB,HDAC11,CISD1,CISD2,GBA2,RPS15,TIAL1,RPS14,PNN,RPS16,RPS19,PPP2R1B,FLAD1,RPL36AL,RPS18,PPP2R1A,DAG1,LONP1,ARFIP2,LONP2,DENR,RPS11,BTRC,SEPHS1,SEPHS2,TBC1D10A,TBC1D10B,RPS12,SRRM2,PDHX,COG8,ARRDC1,ARRDC3,IFRD1,METTL3,MAPK8IP3,SRRM1,TWSG1,SIK2,RTEL1,DCUN1D4,DCUN1D1,UGCG,ZNHIT1,CHTF8,FXR2,PDCD10,CSTF1,ATP6V0A2,TRPM7,TNRC18,RALGDS,ZRANB2,PYCR2,PUM1,PUM2,SMU1,ZZZ3,RPS27,FUBP3,RPS29,FUBP1,ADCK5,RPS20,RNPS1,RBAK,RPS21,C2CD2L,TOP2B,AHCTF1,UBXN1,SLC35F2,ZFAND2A,LIMD2,XPO1,SIPA1L1,C1QBP,CHMP1A,XPO5,TMED2,TMED1,UBXN4,GABPA,RALGPS1,TMED4,RALGPS2,PSD,PSENEN,PARP6,ZYG11B,TMED9,PARP1,STRADB,ZDHHC13,PPRC1,ZDHHC16,CBFA2T2,ZDHHC17,ITFG1,TOPORS,MLF2,UGDH,HNRNPH1,MPND,CSTB,ZDHHC20,AMIGO1,NOL7,NOL8,RFNG,TYMP,NT5C,PPP2CA,TCEAL8,HIRA,PPP2CB,CHRAC1,APBB1,TRAM1L1,ATP6V0E2,METTL9,MTX1,NFYA,NFYB,MTX2,MTX3,NFYC,PTGES3,XPO7,AIG1,MPP6,RAB11B,MPHOSPH9,HIST3H2A,XPOT,CAPZA1,COPG2,KDM1A,NDUFA12,NDUFA10,COMT,CCDC28B,CNDP2,ARHGDIA,CWC22,FPGS,AZI2,RALBP1,ATP1B3,PUS7,TRPC4AP,RSBN1,TUFM,PRPF6,HGS,CHMP4B,MATR3,ZCCHC7,ISYNA1,COPB1,CHRNA7,NOP2,PXN,FBLN1,EFNA4,PRPF8,EMG1,UBB,BPTF,KLHDC3,DARS,CBX6,CBX5,CPSF6,PNPT1,CPSF1,RHBDD3,CBX3,RHBDD2,NONO,CBX2,CPSF2,CBX1,EIF2S2,EIF2S1,COQ2,EFNA2,CAPRIN1,CHMP2A,PI4KB,DYNLRB1,BRWD1,LRP10,MUS81,KDM5B,KDM5C,ASNSD1,RBM3,MFSD5,SNAPC2,CASP3,CASP2,TOPBP1,RBM7,KDM6A,RBM6,MAPK1IP1L,H2AFY,AKTIP,H2AFX,AXIN1,PPP2R5B,IQCE,PPP2R5D,PPP2R5C,SEPT5,SUPV3L1,RABEP1,DDAH1,THRAP3,TRAPPC6B,RASA1,AKT1S1,TMEM9,STOML2,KDM3B,PDXP,THBS3,TBRG4,GNA13,NXF1,SAP30L,GNA12,BUB3,MAPK6,KDM4A,KDM4B,KDM4C,ATP13A1,CYHR1,DEK,SLC4A7,RPS6KB1,PPP2R2C,CAPN10,RPS6KB2,CDK2AP2,CDK2AP1,ATP13A3,CHIC2,UXS1,EHMT1,RBPJ,TSEN54,LSM10,SCAMP5,PSMD9,LSM12,PSMD6,LSM11,PSMD7,PPP4R2,PSMD4,PSMD2,PSMD3,PSMD1,SAMD10,CHID1,MEF2A,HES6,GABARAPL1,RBFOX2,STARD7,CSNK2A2,DNTTIP1,DNTTIP2,DICER1,GAPVD1,SCAMP1,HDHD2,EML1,EML2,SCAMP2,FAM133B,RUFY1,EID1,EID2,RFX7,PRKAR1A,ZFYVE19,PSME3,RUFY2,UQCRC1,RBCK1,UQCRC2,CGGBP1,MTMR3,TTYH3,ABCB6,FLII,MTMR9,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,MTMR4,OAZ1,GABARAP,MTMR7,MRPL11,MRPL20,CYB5R3,PRKAR2B,PRKAR2A,PUSL1,RHBDL1,B3GALNT1,ABCA2,PRRT2,EDEM1,MRPL28,MRPL24,EIF1,MLLT11,SETX,MLLT10,ABTB1,EIF5,TDP2,EZH2,ARF3,ARF4,PIGU,ARF1,PIGO,PIGQ,RPLP1,RPLP0,HEXA,PIGP,MRPL38,LRRC3,MRPL36,CTCF,MRPL37,MRPL34,PIGX,JPH4,TRMT112,MRPL42,NIPBL,MRPL40,FASTK,RPLP2,APPL1,UPF2,LRRC47,DFFB,UPF1,LRRC45,ACTL6B,ELOVL4,MRPL49,NIPA1,RRAS2,SIRT7,NIPA2,DYNLL1,DYNLL2,SIRT2,LRRC41,SRP9,LRRC42,MRPL44,MRPL53,PSMA6,MRPL50,PSMA3,PSMA1,TMEM33,PSMA2,TMEM106C,PICK1,PGAM5,DLD,VAMP2,ARF5,ARF6,LRRC14,RNASEK,SRRT,RPS27L,PSMA7,MRPL54,TMEM70,PSMB7,UNK,BTAF1,GGA3,PSMB2,CLPTM1,FLNA,RPS27A,RABAC1,SRSF10,YKT6,MEF2D,SRSF11,LRRC24,MDH1,USP9X,UTP3,TMEM60,LETM1,PSMC6,PSMC3,PSMC4,SERBP1,UBAP2,RPL22L1,HDDC2,CCNT2,FAM13B,CSE1L,UBE2D3,UBE2D1,HDDC3,YY1,EIF4ENIF1,SMCHD1,RUVBL2,STK16,RUVBL1,SCMH1,KPNA6,PIM3,KPNA4,PMPCA,KPNA2,KPNA3,AP2M1,SLC25A46,SH3GLB2,SLC38A1,PPP1R16A,PRPF4B,ZBTB33,FOXP1,ACAP3,TXLNA,SLC9A8,FSCN1,ANAPC4,ANAPC5,RAD54L2,SQSTM1,KPNB1,ANAPC1,ANAPC2,NSMAF,RNASEH2C,RNASEH2A,MAZ,ISG20L2,ARL2,UBFD1,ACAT1,SBNO1,PORCN,PMVK,E4F1,SLC38A2,TIA1,EEF2,STK25,MDM2,TUBGCP5,PIN1,MDM4,ZNF512B,SLC25A3,HSP90AB1,CELF1,SCHIP1,POMT1,MRPL4,MRPL3,MDK,SUMO3,NCK2,PMEPA1,DGCR8,MDP1,DNM1L,DGCR2,HSP90AA1,PPP1R12A,DST,VBP1,SH2D3C,SIGMAR1,VPS37C,ARNT,NDUFC2,VEZF1,RAD23A,VPS37B,RAD23B,DDOST,GIGYF1,PPM1A,PPM1B,PIK3CA,BIRC6,SEC22B,SLC25A5,SLC25A11,PPP1R12C,SLC25A4,ST6GALNAC6,RNFT2,GTF3C2,PPP1R15B,GTF3C3,NDUFB8,GTF3C5,PRCC,MAK16,ZBTB43,KATNB1,FOXK2,PARD6G,FURIN,ZBTB45,HSD17B12,PPM1G,GANAB,SLC25A28,FCHO2,IARS2,SLC25A22,AAMP,ATP9B,SLC25A25,SH2B1,SLC12A2,NDUFA8,PTPN1,SEC24B,PPP1R14B,NDUFA6,NDUFA4,NICN1,FOXJ3,HIP1R,LYSMD1,RPL23A,LYSMD4,TPD52L2,ATOX1,SLC25A39,PTPN9,CCM2,P4HB,CDR2L,SLC25A36,EIF4A2,EIF4A1,AHCYL1,TMEM41A,PLEKHB2,TMEM41B,CCNI,KDELR1,EIF4A3,ZDHHC5,JMJD1C,TXNDC11,KEAP1,THUMPD1,ZDHHC3,CYB5D1,UBE2L3,ZDHHC4,CCAR1,RASSF1,CHORDC1,FAM53C,CCNL2,CCNL1,SEC62,TMPO,SEC63,ZFP1,SCAF11,ZFP2,THAP4,THAP3,GNPAT,FNDC4,CCNY,THAP7,ULK1,TAGLN3,CTXN1,STX1A,GCDH,TMEM87B,SUPT4H1,PIK3R1,PTTG1IP,UBE2J1,SNX3,DHX30,SNX4,SNX1,DHX32,SNX2,PCBP4,PCBP1,DHX35,MIER1,PCBP2,HIVEP1,SURF6,SYMPK,DYM,TSPAN3,ZBED4,RAB11FIP5,CTSA,SURF1,XRCC6,TMEM86B,SURF2,SURF4,INTS2,DCLK2,XRCC1,ERAL1,PAICS,WNK1,RPL27A,INTS5,PAF1,CALM3,DHX29,CALM1,INTS8,FAM57B,GPAA1,CTSZ,TECR,CCDC124,WASL,BMI1,AATF,AP2A2,ARV1,CTSL,RSRC1,HYAL2,NCS1,MLX,REV3L,DHX15,ARIH2,SSSCA1,KIF1B,CTSB,NDEL1,ACAD8,NCOA2,SEC13,TMEM150A,NCOA5,STARD3NL,CCDC115,MMD,MINK1,ANO8,COMMD3,MRPS2,ANO6,COMMD1,RGMB,COMMD7,MRPS6,COMMD5,PDRG1,ENAH,KIF2A,CTTN,CSDE1,SFI1,STK40,STX12,INPP1,STX18,DERL1,CRIP2,NEDD8,CCDC106,CAMKK1,MNT,EXOSC4,PES1,HSF2,HSF1,PAK6,HEATR3,SCAND1,CCT8,CCT7,EXOSC2,PAK2,CCT5,CCT4,NPDC1,YIPF4,TMUB1,HUWE1,MIB2,UBE2G1,PPP1CA,TMUB2,MIB1,RGP1,PER1,TARDBP,DPAGT1,FHOD3,DBR1,MIDN,CD81,KLHL34,CAPN7,PPME1,KHSRP,KIF5B,CAPN2,EP300,ARID2,BAHCC1,PPFIA3,SH3GL2,SH3GL1,SLC30A9,TPRA1,ZGPAT,SLC30A5,ATG9A,SSU72,WBP11,ATAD3A,TMX4,HNRNPUL1,HNRNPUL2,SBDS,VCP,PSMD12,PSMD11,TMED10,PSMD14,SEL1L,TOR1AIP2,PDS5B,NDRG2,PDS5A,SUPT6H,CAMTA2,H1FX,CYC1,NDUFV2,NDUFV1,PRNP,ZFHX2,PHF10,KLHL25,KLHL26,HMGA1,KLHL22,DSTN,KLHL23,KLHL24,SUPT5H,SSH3,CLK4,CLK3,KLHL20,CLK1,PAN3,APPBP2,PHF14,PHF13,TAB3,TAB2,LSM14A,PICALM,GSK3B,GSK3A,PRR7,DDX3X,DDX46,PRKCSH,YWHAB,MAST2,PRR3,DDX42,CHD6,ATP2A2,PSIP1,CHD2,AFF4,RPGR,SEC61A2,BCL7C,NUP62,BCL7B,GATAD1,MLST8,NPTN,UQCRFS1,LRRFIP2,YWHAG,RBM17,NAA30,GLRX3,NCBP2,GLRX5,RBM18,BUD31,DDX56,ABHD14B,ARHGEF18,TBC1D9,DDX54,ABHD14A,GLRX2,UTP18,DDX50,PJA2,CREB3,SFPQ,CREB1,NDUFS8,RCN2,IRF3,NDUFS7,NDUFS6,GORASP2,TBC1D5,PPDPF,GORASP1,PEX6,NUP50,NDUFS3,NDUFS2,NAA38,NUP54,INA,RBM22,DDX27,DDX24,NAA20,GOSR2,DCTN3,GOSR1,DDX20,PARN,CRMP1,DDX21,HMGCR,MAT2B,CLCN2,TAF1D,MAT2A,SMNDC1,RBM39,TAF15,TAF13,GALNT1,PDAP1,ATP2B1,SOD2,SOD1,CLCN7,RPIA,IRGQ,BRMS1L,FAM131A,ASB6,RBM42,QRICH1,TAF6,VIM,NAA15,R3HDM1,MBTPS2,TAF1,R3HDM2,CYFIP2,RPL30,RPL3,RPL32,STMN3,DCAF8,ENO2,RPL8,RPL6,RPL7,GCSH,PCMT1,NUB1,MYC,ZXDC,RPL36,RPL35,PIP4K2B,DIP2A,RPL37,DIP2C,IER2,CHGB,ACOT7,IAH1,TSPYL1,RPL23,RPL22,CD3EAP,AARSD1,MED4,CLPX,NISCH,DYNC1LI2,IFT81,CLPP,TYRO3,RPL24,RPL27,RPL26,RPL29,UBA52,ALG10B,RPL28,PRR14,POM121,RPN2,RPN1,NOLC1,VPS26A,SLAIN1,HIF1A,GLG1,FAM160B1,PRDX3,PRDX2,PRDX5,PPP3R1,PPP4C,PRDX1,RAD21,CHST10,SSR1,PLCG1,SERF2,SLC19A1,S100A10,RPL41,JUND,H3F3B,ST13,H3F3A,RDX,PRRC2C,PRDX6,THAP11,FIBP,PPP5C,RNF103,NPLOC4,TADA2A,GIPC1,OGDH,UNC119,DUS1L,CDK13,CPEB4,CDC42SE2,OGFR,TRMU,SPEF1,ELL,CLTC,LPCAT1,ING1,CLINT1,TRIM8,ING4,RFK,GPR137,ANXA7,RIOK2,EMD,ZC3H10,BRD2,BRD1,NUDC,TCF12,ITPK1,SSR3,TET2,AEN,NUDT16L1,RNF168,RNF167,MRAS,IVD,SF3B4,SF3B2,SF3B3,RPL10,GPS1,RPL12,RPL11,TIMM13,GPS2,HSPA14,HSPA13,TM9SF4,TMEM165,BCLAF1,RNF138,ASNA1,LMAN2,RPL14,RPS3,ANKRD54,RPL13,SC5D,RPS2,ANKRD52,RPL15,BRD8,RPL18,BRD7,DTD1,SF3B1,RPRM,SF3A3,SF3A1,SF3A2,BRF1,TRMT1,TTC9C,SRP68,GTF2H5,KTN1,RNF146,TM9SF2,TM9SF1,RLIM,RNF141,DGKE,TOR2A,TUSC2,FMR1,CLSTN1,MAEA,RNF19A,MAF1,RNF44,RPS9,RPS7,ANKRD46,RPS8,RPS5,GPT2,RPS6,RPSA,GTF2F1,RNF41,BSCL2,CTDNEP1,ST7L,CLIP1,NCL,DGKQ,NHP2,ERH,XIST,PHPT1,ENY2,CUL7,ANKRD16,CD151,CUL5,BRI3,TNKS,ANKRD11,GLO1,CUL3,ANKRD12,ABHD8,AK2,CUL1,AK3,STIP1,BAG4,KLC2,BAG5,BTBD2,NACC1,ESD,BAG1,PSAP,ABL1,ANKRD10,SKIL,SLC15A4,MPDU1,ESRRA,ANKRD28,ANKRD34A,TOR1A,ANKRD27,ASNS,BTBD6,LSM4,LSM3,CDK9,CNOT4,CNOT6,LSM7,CNOT7,LSM6,SCCPDH,CDK5,ZFP62,CDK4,RHEB,MAFG,CNOT3,NF1,RNF181,GPR107,IARS,NF2,LZTR1,SERINC3,SERINC5,EIF4G2,RNF187,EIF4G1,RNF10,RNF11,RNPEPL1,RNF14,DUSP11,PTBP1,RPL7A,DUSP12,PPP6C,SART3,OPA1,SIN3B,IQCB1,REXO1,GPX4,CHUK,RANGAP1,YDJC,COASY,PTBP2,NIPSNAP1,REXO4,PTP4A1,PTP4A2,TRAF7,DALRD3,TRAF4,ASPH,EVL,SNRPA1,RP9,SOS1,EIF4E2,NFAT5,GTF2A2,NLGN2,SMARCD3,WBP2,WBP4,SEMA3F,FZR1,RBBP4,DCAF11,SMARCE1,SPAG9,SPAG7,SEMA4D,TXNRD1,PTPN11,CDC42BPA,TRIT1,PNRC2,CUL4A,RAD52,KLF6,NIN,PFKL,APC,IMPDH1,IMPDH2,MGAT4B,METAP1,METAP2,CMAS,ARL6IP1,GDE1,DIXDC1,PWP1,GOLGA5,ARL6IP4,UBAP2L,ZFPL1,GLUL,AGFG1,TIPIN,BROX,NFKBIL1,SACM1L,SLC11A2,PTOV1,MRPS18A,JMJD8,JMJD6,AFG3L2,RRAGB,GRWD1,AKAP9,CRYZL1,XRN2,VDAC3,VDAC1,TTLL12,PFN1,AURKAIP1,CBLL1,LLGL1,IGSF8,TSHZ3,TEX264,NMD3,TEX261,NLN,PTDSS2,PTDSS1,SPAST,INPP5F,FIS1,TRAP1,SS18L1,TREX1,TMEM50B,ACADSB,UBAC1,MANF,SRPK1,CCT6A,STAG1,STAG2,SESTD1,ANP32E,ANP32B,CORO7,ITM2B,BAP1,CC2D1B,CDS2,DAZAP2,DAZAP1,TRAM1,GDI1,OLA1,PRPF19,EPM2AIP1,HINT1,ZMYM2,AUH,PCF11,DLAT,PRMT6,CDV3,ATP6V0B,PRMT1,TSC22D3,NME2,RHOF,RHOA,RHOB,PACS2,RPUSD1,ALDOA,SGK1,ATP6V0C,RBM15B,CUX1,SHOC2,TBL1X,MAP4K5,MAP4K3,MPZL1,RANBP2,RANBP1,RANBP3,RYK,RSL1D1,PRPF39,TRIP12,FAU,GALNT11,HDLBP,ARID4A,ARID4B,NUCKS1,TOMM20,CHCHD4,FBL,TMEM147,CHCHD6,PDIA3,ANGEL2,APLP1,TSC2,WRNIP1,KCTD2,TRNT1,KCTD3,KCTD5,PDIA6,PDIA4,DPM2,OXA1L,TMEM135,PHOSPHO2,TBL1XR1,TIPRL,FIZ1,STAM2,FAIM,DTX3,ARHGAP12,TMEM121,MAN2A2,DPP8,TMEM127,EP400,ZC3H14,ANKZF1,MARK2,ATP6V1F,SMAD2,DNAJC19,HSPA9,HSPA8,ACBD6,SMAD1,SMAD4,ACBD5,ACBD4,HSPA5,HSPA4,DNAJC11,IFT122,DNAJC13,TBCA,SMAD5,DNAJC16,TDRD3,DNAJC18,NFKBIA,TMEM115,DLG4,ATG16L1,RFXAP,JMY,SRPRB,CLASRP,ACBD3,GRSF1,CREBZF,B4GALT2,B4GALT3,SCYL3,ACADVL,USP34,USP39,ELAVL1,PKD1,ELAVL2,SENP6,SENP7,SENP5,ZC3H7A,FLOT2,SPEG,MAN2C1,SCYL1,POLG,USP46,KLF11,USP47,JAGN1,USP48,PDE4D,RNF208,CTPS2,TRNAU1AP,ARID1A,SENP2,ARID1B,KLF16,TGFBR1,LATS1,DDX19A,LUC7L3,USP40,B4GALT6,USP14,POLDIP2,TM2D2,POLDIP3,TM2D1,USP10,GMPR2,SPG7,TOB1,USP19,STRN4,IWS1,STRN3,U2AF1L4,HSPD1,GMDS,NT5DC3,ABCF2,ABCF3,PTCD3,RWDD1,PTCD1,USP20,WTAP,BAD,USP21,USP22,SGTA,CADPS,NAP1L1,USP28,NAP1L4,NEURL4,BAX,ABCE1,SSBP4"
+"gene_set_query"	"39"	"BAZ2A"	"114.3"	"ARCHS4 Coexpression,277;Enrichr Queries,43;GTEx Coexpression,23"	"MDC1,ANKLE2,TRIO,TRRAP,EHMT1,HNRNPU,DCAF5,EPRS,GCSH,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,NFRKB,FNBP4,NUP214,DDX17,WSB2,NUP210,CD3EAP,DICER1,GTPBP1,HCFC1,ARMC1,EID2,EWSR1,ZC3H11A,DDIT4,NUP98,PRR12,SF1,ANAPC13,POM121,COPS7A,LARP1,PLCG1,CREBBP,JUN,JUP,SETD1A,PRRC2C,IRF2BP2,PBX2,PRRC2B,PRRC2A,SETX,HNRNPL,SLC6A6,EIF6,FASN,MMS19,CDK13,CPEB4,PHF3,SETD5,MOCS2,SMG1,PIGU,BTG1,CLTC,TCF20,SMG7,KRI1,MED15,SMG5,PHF8,PIGX,MED12,NIPBL,MED13,CIC,JARID2,UPF1,BRD2,BRD1,TET2,MRPL48,ASH1L,BAZ1B,SRP9,WDR33,NCOR2,MED25,NCOR1,MTF2,PXDN,TET3,RAPGEF1,SF3B2,WDR26,STAU2,SRRT,DLST,BCLAF1,BTAF1,GGA3,NSD1,UBN1,FLNA,ANKRD52,SF3B1,MEF2D,SRSF11,NKTR,BRD4,SF3A1,SF3A2,MBD6,MBD1,YLPM1,SCAF1,SCAF4,GTF2H5,GATAD2B,GATAD2A,SKI,XAB2,NFIA,NFIB,TAOK2,TSR2,PKN1,FRYL,HDDC2,CTNND1,ATN1,PARK7,EDC4,FBRSL1,GTF2I,TLE3,SLC38A1,USP7,RNF44,ANKRD46,THOC7,RNF40,RBX1,FOXP1,ATXN2L,ILF3,RAB35,MAPKAPK2,PHIP,ADNP,SNRNP200,KPNB1,CSNK1G2,ANAPC2,GLYR1,DNMT1,ANKRD11,MAZ,UBR4,NTPCR,ATXN2,SBNO2,NDOR1,STK36,TPR,UBR5,NACC1,DVL3,SLC38A2,MCL1,WDTC1,BRPF1,FUS,UROS,SEC16A,EEF2,CHERP,COPS6,GON4L,SON,CNOT1,RHEB,CNOT3,MDM2,NF1,PLXNB2,MDM4,PIN4,CNTROB,LRCH4,NFE2L1,EIF4G1,LMBR1L,ZNF512B,DIDO1,RNF11,NUMA1,PTPN23,SYNE2,NGRN,PTBP1,DUSP12,SART1,SUMO1,SIN3B,AP1G1,SIN3A,PPP6R1,SNRNP70,UBTF,DIS3L2,IQCB1,HSP90AA1,REXO1,DST,VBP1,ATRX,NDUFC2,PATL1,GIGYF1,TRAF7,CTDSP2,C1D,BIRC6,TOP1,AHDC1,GTF3C1,NFAT5,NDUFB8,LENG8,FOXK1,TTL,LAGE3,MLLT6,HDAC7,DCAF15,GANAB,POLR2A,U2AF2,RBBP6,FEM1C,CSK,POLR2K,UBQLN2,GADD45GIP1,MLXIP,SPAG9,HNRNPA3,CIZ1,NDUFA5,NDUFA4,RPRD2,ASXL1,KLF6,VAPB,OCIAD1,STUB1,TRIM33,ZMYND8,CISD1,ZDHHC5,JMJD1C,ACTB,UBE2L3,PNN,TRIM28,UBAP2L,ATP6V1E1,ATXN7L3,SRRM2,SMARCC1,SMARCC2,SCAF11,METTL3,CSNK1D,MOGS,ACTN4,SRRM1,RRAGA,FAM76B,ULK1,PFN2,MACF1,DHX9,MYCBP2,PIK3R1,MBTD1,APOO,PCBP2,HIVEP1,SYMPK,GSE1,TNRC18,HIVEP2,MAP4,SETDB1,INTS1,STK11IP,RCC2,PUM1,SMARCA2,MED13L,PUM2,SMARCA4,WNK1,CCDC88C,ITM2C,AHCTF1,DAZAP1,USPL1,CCDC124,PRPF19,ZMYM2,XPO6,UIMC1,DHX16,KIF1B,MRPS28,NCOA2,NCOA6,MINK1,SREBF2,GAK,PITPNM1,HNRNPH1,PACS1,FAM193B,ARHGEF1,PABPC1,ARHGEF2,DOT1L,NEDD8,UQCR11,HIRA,MNT,CUX1,PDZD11,DYNC1H1,GBF1,CRIPT,HUWE1,AP3D1,TTC1,MYO9B,VEGFA,HNRNPA2B1,CTNNB1,TRIP12,HDGF,ACTR10,MIDN,CRTC2,NUP188,KDM1A,SPPL2B,ARID4B,NUCKS1,PHRF1,IGF1R,KHSRP,POGZ,EP300,ARID2,SBF1,KDM2A,FBXW11,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,UBE2V2,WDFY3,DDX6,DDX5,PRPF8,SUPT6H,RTN4,RAI1,EP400,SUDS3,MYH10,MARK2,BCL9L,BPTF,DNAJC19,HSPA8,CPSF7,CBX5,CPSF1,PHF12,HMGA1,NUP153,SUPT5H,ANKHD1,PAN3,EFNA2,HOOK2,HOOK1,GNAS,UBA1,CLASRP,TCF3,DYNLRB1,BRWD1,RERE,KDM5B,RBM25,KDM5C,DDX3X,LDB1,PRKCSH,CHD8,CHD6,DDX42,DPY30,ATP2A2,CHD4,ADAR,CHD3,CHD2,AFF4,CABIN1,PPP1R9B,SEPT9,LASP1,ZC3H7B,MYO18A,RBM5,KDM6A,RBM33,KDM6B,SUN2,ARHGEF12,KLF13,USP42,PDPK1,AKTIP,ARHGEF18,NAV1,NAV2,ARID1A,YWHAZ,ARID1B,DNM2,SFPQ,IRF3,THRAP3,NDUFS5,PFDN1,DCTN6,STOML1,DDX27,KDM3B,ATP1A1,STRN4,USP19,DNPEP,MTA1,MKNK2,FAM120A,MTA2,FBRS,ARFGEF1,SPEN,ATF7IP,RBM39,TAF15,ATP13A1,TAF13,ZFC3H1,ATP2B4,SOD1,NEURL4,BRMS1L,CARM1,ACIN1,ERCC5,QRICH1"
+"gene_set_query"	"40"	"MAZ"	"114.6"	"ARCHS4 Coexpression,12;ENCODE ChIP-seq,13;Enrichr Queries,28;ReMap ChIP-seq,51;GTEx Coexpression,469"	"TFRC,TSKU,CAPNS1,RAVER1,DPYSL2,AKT2,GPBP1,AKT1,PRKACA,PRKACB,FRS2,ASPHD1,DDIT4,JTB,FAR1,PLBD2,ATF4,SF1,TSTA3,SET,SHMT2,SAR1B,NPRL2,NPRL3,MEPCE,PDGFA,BAZ2A,ADAMTS10,RHOT2,RNF214,LARP1,RHOT1,RNF215,HEXIM1,JUN,CREBBP,JUP,NCAPH2,PBX2,L1CAM,TBL3,VANGL2,FASN,SFXN3,PRKAG1,MED19,SNX11,MED16,BBC3,DDA1,SHF,MED12,MED11,TCP11L2,ENOPH1,JAK1,APC2,DUSP1,SPHK2,TEX10,SLC39A11,SLC39A13,MED26,MED29,DUSP7,DDB2,DDB1,SLC7A5,MED24,SDHAF1,PXDN,MMP17,RAPGEF1,PAFAH1B3,ERGIC1,PAFAH1B1,SAMD8,LIN37,GSTP1,NOC4L,SLC7A1,CENPB,SNX29,NRAS,STX6,MFN2,ZSWIM6,BID,SAMD1,ATAD1,MBD3,TRAPPC10,SKI,SNX19,TAOK3,MYBBP1A,CCDC9,SHKBP1,TAOK1,SNX15,TAOK2,TSR1,PKN1,AGRN,YPEL5,YPEL3,MTCH1,NAB1,FBXO28,PDCD5,ATN1,MPV17L2,FBXO21,FADS3,FADS1,PIAS4,BNIP3L,PCYT2,FBXW5,DGAT1,CISH,EIF1AX,ATP11A,FBXO10,POLRMT,FBXO11,SRCIN1,LENEP,CDC25B,PIAS1,ATXN2L,MINPP1,SRSF2,ARL8A,SRSF9,SLC27A4,FTO,INO80B,INO80E,SMYD5,CORO1A,FBXO44,CORO1B,RAP1B,SNN,NDOR1,RAP1A,MBIP,PGK1,TMEM120B,FUS,FBXO38,STYX,HPS4,ARPC5,CORO2A,UCKL1,DRAP1,YRDC,SH3BP5L,SP3,LRCH4,NIT1,ISY1,AKAP8L,PTEN,ETFB,NENF,AP4M1,ZNRD1,PPP6R1,ARL5A,SNAP29,UNC45A,EIF5A,TFIP11,ARFGAP1,MSL1,ATRN,TMBIM4,IMPAD1,ETF1,TMBIM6,GAPDH,BCAT2,MGRN1,SRSF1,MLLT1,MLLT3,RCHY1,FOXRED1,MLLT6,TSPAN31,ZNRF1,SRR,CCDC85C,U2AF2,BAHD1,TRIM46,KRIT1,EIF4H,FEM1C,E2F4,HNRNPA1,DRAM2,UBQLN4,EIF4E,EIF4B,TRIM44,HNRNPA0,UBQLN2,GADD45GIP1,MARCKSL1,CIZ1,TRIM41,GPKOW,FEM1B,HNRNPAB,CABLES2,NECAP2,TSPAN13,TRIM39,SYT11,EIF3H,STUB1,EIF3E,ATXN10,EIF3C,BCAR1,TRIM33,EIF3B,ACTB,CRKL,TRIM28,CDC26,BSG,ATXN7L2,CCDC92,ATXN7L3,TBC1D22B,CIRBP,CSNK1D,MOGS,ACTN4,CSNK1E,TMEM170B,CDC34,CFDP1,KCTD10,CDC37,EIF1B,CCDC84,NUMBL,AARS2,GGNBP2,TBC1D9B,TMEM63B,GIPR,MYCBP2,SDC3,FBF1,CEND1,TTBK2,PGS1,SYNGR1,KCNN1,DECR2,XBP1,SMARCA2,SMARCA4,MED13L,AIMP1,NDUFAF3,GRB2,CALR,FBXL6,DHRS13,PAK1IP1,MRPS12,NAT14,RAB22A,PTMS,THTPA,PPP3CA,SYNCRIP,MAP1LC3B,RAC3,RAC1,GIT1,CAP1,PBRM1,MRPS24,PABPC4,MRPS23,PRPF40B,SYP,GAB2,TFB2M,SREBF2,APRT,RAP2C,RAP2A,RAP2B,PITPNM1,ARHGEF1,FAM193B,TAX1BP3,PABPC1,FAM193A,PTMA,NAPA,AHCY,SSNA1,MRPS33,GBA,HSD17B4,GNAI2,MGAT1,GABBR1,SPRYD3,VEGFB,KLHL2,PEX14,VEGFA,BOP1,KLHL7,HNRNPA2B1,SGSM2,TTC3,TCEA2,HDGF,PNPLA6,GRINA,CRTC2,SYS1,CRTC1,ZFAND3,UBE3B,UBE2Z,ACTG1,IGF1R,ADAM10,CASK,EEF1A1,ADAM15,EHBP1L1,RPP21,TBC1D24,PPIF,TBC1D25,WDFY3,PPIA,DDX5,NDUFB10,NDUFB11,DIABLO,HTRA2,CACNA1G,NCKIPSD,RAI1,SHARPIN,IRAK1,GRK6,TBC1D17,QSER1,SYT5,UBE2H,UBE2I,UBE2B,TIMM44,UBE2A,UBE2W,HOOK2,NASP,HOOK1,UBE2S,GNB2,GNB1,GNAS,MKRN2,UBA3,UBE2N,DEGS1,UBA1,TCF3,FGF11,UBE2M,CUEDC2,ZMYND19,LDB1,HP1BP3,TAZ,LMNB2,PITPNC1,LMNB1,TTC28,LASP1,RB1CC1,GET4,NUP133,PDPK1,CAD,SYNGR3,EPN1,EPN2,EEF1G,EEF1D,CAT,CRY2,MAN1B1,SHANK3,OTUB1,RALA,SLC3A2,AGPAT1,RNF5,ADD1,RNF2,MTA1,TMEM203,GNG5,OXCT1,TMEM205,MKNK2,MTA2,RPP14,FBRS,MTA3,RRM2,TTC13,SSRP1,USF2,TTC17,CARM1,ERCC1,KRAS,VPS29,HNRNPU,WDR83,EPRS,PHB2,ELK1,RRP9,CNST,ZMIZ1,ZMIZ2,AP1S1,HOMER3,VPS18,NUP210,PRKCE,GTPBP6,REV1,WDR75,SCRIB,GTPBP2,HCFC1,WDR81,VPS25,VPS28,CTBP2,CTBP1,ANAPC11,LDHA,FAM171A2,BLOC1S1,VPS11,MCMBP,ST3GAL2,NAA50,ICMT,DMPK,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MEX3D,EHD1,HNRNPL,HNRNPM,MEX3B,MEX3A,HNRNPF,HNRNPD,HNRNPC,ATG2B,CDKN1C,SETD5,PHF2,GMEB1,SETD2,DENND1A,PHF23,PHF1,GPT,WDR46,SMG5,SMG6,UBL3,AIFM1,PLEKHN1,CIC,UBL7,TPI1,FAM126A,GNL3,NCOR2,TUBB2A,KIFC2,EXOC5,KIFC3,TKT,GRN,GRAMD1A,NFIX,USO1,WDR24,FAM129B,PPP1R8,SLC17A7,CKB,PAIP1,YTHDF3,KIDINS220,PCGF2,WDR18,GATC,SYVN1,HIPK1,SCAF1,WDR11,MKLN1,NFIB,PLP2,ANKRD13B,FAM49B,RAB3A,ANKRD13D,RAB3D,CEP120,SYAP1,PARK7,CLU,IPO4,TM7SF2,EDC4,PPP1CC,IPO9,CFL1,PLS3,SLC39A7,HMGN2,GTF2I,HMGN1,TLE3,TLE2,USP7,MAP2K2,USP5,DYRK1A,LARP4B,LEMD2,THOC6,PYGO2,MORF4L1,ILF3,DMWD,RAB34,RAB35,PGP,FKBP8,SNRNP27,PHIP,FKBP4,CSNK1G2,SNRPA,SNRPB,IFNAR1,CSNK1G1,FKBP2,CBFB,FAM114A2,UBR3,ORC4,SCRT2,DVL1,UBR5,DVL2,DVL3,PLXNA1,CCDC32,MAP2K7,MAP2K6,MCL1,AKIRIN2,TRAPPC3,AKIRIN1,OSBPL7,RAB4B,SEC16A,TRAPPC5,TRAPPC8,TRAPPC9,SCRT1,BCL9,COPS6,SLC7A6OS,LRFN4,LRFN1,PLXNB2,MAP3K10,PLEKHM2,CCDC22,CNIH2,COPS8,BCL2L2,BCL2L1,MCM7,ZC3H3,PIK3C2B,ADAMTS3,VPS72,SNRNP70,UBTF,TLK2,WDR5,WDR6,TNPO2,TNPO3,PLEKHG2,CDADC1,SECISBP2L,RPL13A,EDF1,SMC1A,TFDP1,DNAJC7,CTDSP2,POLR1B,POLR1D,DNAJC9,HDAC5,RAB1B,TULP4,DNAJB2,FBXL20,DNAJB1,POLR2A,ABLIM3,POLR2E,CSK,POLR2H,CCDC71,POLR2K,POLR2L,SLC35A1,SMOX,FBXL19,NCKAP5L,CCDC59,FBXL16,DNAJA1,VAPA,MFAP3,RAB12,DNAJA2,RAB18,POLR3K,TPT1,TNRC6A,PANK4,SLC35B2,PANK2,TMEM183A,HDAC10,VARS,HDAC11,PPP2R2A,HS6ST1,RPS15,RPS14,RPS17,FRAT2,RPS16,RPS19,FLAD1,FTH1,LONP1,ARFIP2,LONP2,RPS11,TBC1D10B,SRRM2,ARRDC3,TWSG1,SIK1,ATP6V0D1,RTEL1,STXBP1,CHTF8,PDCD11,GSE1,TNRC18,RALGDS,VASP,KLHDC8B,PUM2,ADCK5,RPS21,C2CD2L,RPS24,TOP2B,UBXN1,SLC35F5,SPPL3,LIMD2,COIL,SIPA1L1,C1QBP,TMED2,RAB8A,UBXN6,RALGPS1,RALGPS2,PSD,PSENEN,CBR1,ZER1,PARP1,STRADB,PPRC1,MTSS1,TOPORS,MLF2,SCNM1,HNRNPH1,NFX1,MPND,SDCCAG8,FYTTD1,PTGER1,NOL9,RFNG,TYMP,PPP2CA,PPP2CB,HIRA,ZDHHC18,NT5M,METTL9,MPP3,MYEF2,MTX1,MPP6,ATAT1,PDP1,KBTBD4,CAPZA2,APBA1,KDM1A,COL4A3BP,ARHGDIA,FPGS,HCFC1R1,COTL1,CHRNB2,KDM2A,KDM2B,SHISA5,ATP1B3,ATP1B2,TRPC4AP,SHISA7,TUFM,PRPF6,DAP3,ISYNA1,PXK,PXN,EFNA4,PRPF8,CAMSAP1,EFNB1,EMG1,ZMAT5,CDH24,BPTF,KLHDC10,CBX6,CPSF7,CPSF6,CBX4,CPSF1,RHBDD2,CBX2,NONO,EFNA3,EFNA2,CHMP2A,PI4KA,BRWD1,ZSCAN2,LRP11,GPSM1,MUS81,KDM5B,KDM5C,THRA,YBX1,SEPT9,SPRED2,SEPT6,SPRED1,SNAPC2,SNAPC4,KDM6B,MAPK1IP1L,H2AFZ,H2AFX,AXIN1,PPP2R5B,SEPT5,DNM1,SEPT2,DNM2,FCHSD2,RABEP1,DDAH2,THRAP3,AKT1S1,DNLZ,PFDN2,THOP1,STOML2,PDXP,NRXN2,ATP1A1,THBS3,GNA13,FAM168B,FAM168A,MAPK7,UGP2,CHSY1,RPS6KC1,SAP30L,FAM120A,MAPK3,TMEM30A,CYHR1,DEK,PPP2R3A,SLC4A8,CAPN10,RPS6KB2,PPP2R2D,MDC1,EHMT2,TSEN54,LSM10,SCAMP4,PREX1,LSM12,SAMD14,KRTCAP2,PSMD3,SAMD10,MEF2A,GABARAPL2,DAXX,CSNK2A1,CSNK2A2,DNTTIP1,DNTTIP2,RFX3,EML2,SCAMP3,SND1,MYL6,RUFY2,MTMR1,ABCB6,AGAP2,COPS7B,ABCB8,COPS7A,MRPL14,AGAP3,OAZ1,MRPL13,GABARAP,PRKAR2B,AMZ2,PUSL1,RHBDL1,PRRT1,ABCA2,PRRT2,ABCA3,EXOC6B,MRPL28,ERLIN2,MRPL24,EIF1,ABTB1,UCK2,PSMG3,PSMG1,EZH2,ARF3,PIGQ,RPLP0,PIGP,LRRC3,MRPL34,TRMT112,TUBA1C,TUBA1B,TUBA1A,TMEM44,FASTK,RPLP2,UPF1,LRRC45,ACTL6B,MRPL49,SIRT6,MRPL47,SIRT7,MRPL43,MRPL53,PSMA6,TUT1,PGAM5,SLC29A1,VAMP4,VAMP2,LRRC14,SRRT,RPS27L,PSMA7,TMEM70,BTAF1,PSMB3,FLNA,NCDN,MEF2D,YKT6,LRRC24,USP9X,GATAD2A,SRRD,SERBP1,UBAP1,CCNT2,UBE2D1,STK19,ZBTB22,HDDC3,YY1,STK11,KPNA6,FBRSL1,PIM3,KPNA4,KPNA2,AP2M1,SH3GLB1,SH3GLB2,AGTPBP1,VPS33A,PPP1R16A,UBE2E1,FOXP4,RBX1,SAP30,ACAP3,FSCN1,ANAPC5,SNRNP200,SQSTM1,KPNB1,ANAPC2,LRRC59,RNASEH2A,MAX,MAZ,ISG20L2,GLIS2,SOCS2,SBNO1,SBNO2,ATXN2,PMVK,E4F1,SLC38A2,SOCS7,DR1,BRPF1,ZBTB12,EEF2,STK24,PTPRA,MDM2,NFE2L1,ZNF512B,HSP90AB1,CELF1,CELF3,CELF5,ARRB1,ARRB2,NGRN,CAPZB,MDK,SUMO2,NCK2,PELP1,HSP90AA1,PPP1R12A,SH2D3C,SIGMAR1,VPS37D,RAD23A,VPS37B,RAD23B,DDOST,GIGYF1,PPM1A,PPM1B,SLC25A17,SLC25A5,SLC25A11,PPP1R12C,AHDC1,ST6GALNAC6,GTF3C1,LRP1,NDUFB6,NDUFB5,PRCC,ZBTB45,LRP3,PPM1E,LRP6,GANAB,NCLN,FCHO1,SH3BP5,LRRC8D,SLC25A22,ATP9B,SH2B2,PPP1R14B,MBOAT7,FOXJ3,HIP1R,NDUFA1,MBOAT2,RPL23A,MCOLN1,TPD52L2,SLC25A39,PTPN9,CDR2L,P4HB,SMAP1,EIF4A1,AHCYL1,CCNH,TXNDC12,ZDHHC8,IFI30,CYB5D1,ZDHHC4,RASSF1,RASSF2,FAM53C,KIF21B,SEC62,SLC12A6,TMPO,PAQR4,SCAF11,THAP3,CCNY,CTXN1,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,APH1A,SNX1,DHX32,PCBP4,PCBP1,PCBP2,HIVEP1,DHX37,SYMPK,RBM12,RBM10,SNX6,INTS1,RCC2,ARMC10,WNK1,ID2,INTS5,PAF1,COL9A3,CALM3,RGL2,CALM2,TMEM151B,PPP1R11,FAM57B,GPAA1,SUV39H1,TECR,CTSZ,PCSK7,WASL,BMI1,PTPRF,ARV1,HYAL2,MLX,REV3L,DHX16,SSSCA1,TMEM150B,SEC13,WARS,ZFR,ANO8,MRPS7,COMMD5,PDRG1,IMMP1L,CTU1,CSDE1,CRELD2,STK40,DBN1,RABGAP1,DOT1L,CRIP2,CCDC106,CAMKK1,RXRB,PAK1,MNT,PGRMC1,EXOSC4,PGRMC2,SERTAD2,CAMK2N2,PES1,GPC4,NPDC1,BCAP31,NPM1,YIPF5,TMUB1,UBE2G1,NPM3,PPP1CA,TMUB2,FKBP1A,PER1,ZDHHC9,CCNG2,DPAGT1,SCARB2,MIDN,ACAA2,CD81,OGDHL,KHSRP,PALM,CAPN5,CAPN2,PPFIA1,EP300,BANF1,ARID2,SBF1,BAHCC1,PPFIA3,SH3GL1,ATAD3A,HNRNPUL1,TMX2,FAM173A,GEMIN7,UBE2V1,RTN2,NXPH4,KLHL17,KLHL12,NDRG2,RASGRP2,NDRG1,SUPT6H,RTN4,TAF5L,ENHO,CAMTA2,H1FX,CYC1,BCL9L,PRNP,GGT7,ZFHX2,VTA1,HMGA1,KLHL22,SUPT5H,CLK3,CLK2,BMP1,PAN3,TAB3,PHF13,LSM14B,PICALM,YWHAE,GSK3A,PRR7,DDX49,NAA40,PRKCSH,YWHAB,MAST1,ATP2A2,PSIP1,CHD4,CHD3,HMGB1,TRIAP1,AFF4,GPHN,PPP1R9B,ABHD16A,BCL7A,UBE2Q1,UBE2Q2,BCL7C,GATAD1,MLST8,TIMM17B,YWHAG,NAA30,ABHD14B,DDX54,ABHD14A,YWHAZ,PJA1,SFPQ,NDUFS8,IRF3,UBE2R2,PPDPF,PEX6,NDUFS2,MVD,NAA38,TAF9,ACVR1B,CLCN2,DNPEP,RAB40C,PDLIM7,TAF15,TAF11,ATP2B1,MAPK11,SBK1,ASB6,ACIN1,TAF6,VIM,FAM98A,RAN,LNX2,RPL4,RPL3,TRRAP,STMN3,ENO2,RPL8,DCAF5,DCAF6,PCMT1,MYC,STMN1,RPL36,RPL35,IER5,IER2,UNC13A,PIH1D1,CD3EAP,SOX12,GPR162,DYNC1LI1,RNF126,IFT81,SARNP,RPL29,PRR12,RPL28,UBA52,PRR14,POM121,PRDX2,PRDX5,PPP4C,CHST12,PLCG1,CDK17,RPL41,JUND,CHKA,RAB3IP,MAD2L1BP,PRRC2C,PRRC2B,THAP11,TMEM198,PRRC2A,TMEM199,FIBP,GIPC1,HBP1,DUS1L,CDK16,OGFR,TRMU,SPEF1,TRIM8,TMEM189,TRIM3,GPR137,EMD,BRD3,ZC3H10,BRD2,BRD1,ITPK1,TCF12,RNF167,AFTPH,INF2,RNF166,SF3B4,SF3B2,PHLPP1,SF3B3,RPL10,GPS1,RPL11,GPS2,TM9SF3,SRP72,RNF138,ASNA1,RPS3,BRD9,RPS2,ANKRD52,RPL15,RPL18,ANKRD50,RPL19,SF3A1,SF3A2,AGK,TRMT1,GTF2H1,TTC9C,GTF2H5,XAB2,RYBP,ABI2,ABI1,ZYX,TOR2A,CHPF,ATP8A1,CLSTN3,TUSC2,BZW1,ABHD11,TUBB3,LZTS2,MAF1,MEN1,SEMA6B,BIVM,RPS9,ANKRD46,RPS5,GPT2,AIP,RPSA,DGKZ,RNF40,RNF41,CTDNEP1,CLIP2,CACNB3,ZFP41,STIM2,DGKQ,NCL,ERP29,TNIK,PHPT1,GLYR1,ANKRD17,DNMT1,CUL7,CD151,CUL5,CUL3,ABHD8,KLC1,PHF21A,STIP1,BTBD2,NACC1,ABL1,ABL2,SLC15A4,SKIL,MPDU1,ESRRA,ATP8B2,MARCH9,DHCR24,MARCH7,TOR1B,LSM4,LSM2,CHERP,CDK9,NSFL1C,RCAN1,CDK5,CDK4,MAFG,CNOT2,CNOT3,NF1,SPIRE2,EIF4G3,EIF4G1,RNF187,RNPEPL1,TRADD,PTPN23,PTBP1,DUSP12,RPL7A,SART1,METTL14,GM2A,OPA1,OPA3,TAPT1,REXO1,GPX1,GPX4,RANGAP1,REXO4,COASY,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,RP9,EIF4E2,SOS1,SFT2D1,SSX2IP,TRABD,SMARCD1,NFAT5,GTF2A2,SMARCD2,RNF34,WBP1,WBP2,RNF38,WBP4,LAGE3,DCAF15,RBBP5,RBBP6,DCAF11,FNIP2,SMARCE1,SPAG7,TXNRD3,SEMA4D,RNF26,PLCL2,SEMA4C,ADRM1,PTPN11,PTPN12,KLF6,PFKL,MGAT4B,RUNDC1,RHEBL1,FAAH,PWP1,RAPGEFL1,GOLGA2,GOLGA3,GOLGA1,ARL6IP4,UBAP2L,GLUL,GOLGA7,SOX4,AGFG1,PTOV1,JMJD8,JMJD6,CARHSP1,RRAGC,TTLL12,PFN1,AURKAIP1,LLGL1,TELO2,PFN2,CUTA,ANP32A,TEX264,MGST3,TWF2,CD99L2,NUAK1,SPAST,VPS8,SCAP,BANP,ZRSR2,TRAP1,RABGAP1L,BCL11A,SS18L1,INSR,MEMO1,ACADSB,UBAC1,GADD45G,CCDC88A,PARP11,STAG1,STAG2,CCDC88C,ANP32B,ITM2B,BAP1,ITM2C,DAZAP2,HBS1L,DAZAP1,FAF1,FAF2,PRPF19,CAMKV,ZMYM3,ZMYM5,DLAT,TSC22D1,PRMT1,TSC22D3,AMPD2,RHOF,RHOA,RHOB,RPUSD1,PACS1,FAM20B,WAC,MAPT,KPTN,ALDOA,ATP6V0C,TOMM40,TRAK2,RBM15B,CUX1,MPZL1,RYK,AP3D1,CTNNB1,TRIP12,FAU,POGK,HDLBP,ARHGAP39,TOMM20,TOMM22,TMEM145,FBL,POGZ,PDIA3,APLP2,PAM16,APLP1,TSC2,OCRL,TSC1,KCTD3,PDIA6,DPM2,DPM3,TBL1XR1,FIZ1,ABCG4,ISCU,HPCA,BTF3L4,LTBP4,DTX4,SEZ6L2,MAN2A2,CASKIN1,DNAJC21,ZC3H18,MARK4,PDZD7,MARK2,HSPA8,ACBD6,SMAD4,ACBD4,PTCH1,ASPSCR1,TBCD,DNAJC14,SMAD5,NFKBIA,ARHGAP33,DLG1,DLG4,GRSF1,B4GALT2,SCYL3,ACADVL,DOCK4,DOCK9,NVL,USP32,DOCK7,USP34,SLC2A3,PKD1,SENP7,ZC3H7B,GMPPA,FLOT1,PDE4A,USP30,SCYL1,USP46,TSFM,KLF11,KLF13,USP42,ABCC5,RNF208,CTPS2,TRNAU1AP,ARID1A,SENP3,KLF16,TGFBR1,LATS1,FAM189B,CHMP6,CHMP7,B4GALT7,B4GALT5,TSEN34,HCN3,USP14,RGS19,USP16,TM2D2,USP10,USP11,POMP,USP12,OPRL1,WIZ,MOSPD3,TM2D3,TOB1,STRN4,USP19,U2AF1L4,HSPD1,STRN3,RMND5A,NT5DC2,NT5DC3,REPS1,USP24,PTCD1,B3GAT3,BAD,HAGHL,ZFC3H1,HSPE1,MEIS2,NEURL4,BAX,TBKBP1,RGS12,RGS11,ABCE1,SSBP2,SSBP4"
+"gene_set_query"	"41"	"MYNN"	"115.0"	"ARCHS4 Coexpression,3;Enrichr Queries,142;ReMap ChIP-seq,60;GTEx Coexpression,255"	"MDC1,TFRC,EHMT1,ALKBH8,ALKBH3,NDST1,LSM12,TBK1,RAVER1,CAPNS1,MPRIP,PSMD5,ALKBH1,GPBP1,AKT1,PRKACA,MEF2A,DNTTIP2,FAM133B,MYL6,DDIT3,DDIT4,SF1,ATF4,SLBP,TSTA3,TTYH3,SAR1B,FLII,MEPCE,AGAP3,MRPL12,OAZ1,GABARAP,PRPSAP1,MRPL20,RHOT2,HMGXB4,PRKAR2A,RDH13,PIP5K1C,PUSL1,RHBDL1,HEXIM1,CREBBP,JUN,PRRT2,MRPL28,PBX2,MLLT10,TBL3,EIF5,FASN,SFXN3,ARF3,PIGU,PIGO,PIGQ,RPLP0,PRKAG1,MRPL39,MED16,BBC3,PQBP1,PCMTD2,TRMT112,MRPL42,NIPBL,MED13,FASTK,RPLP2,SH3BGRL3,UPF2,APC2,LYPLA2,UPF1,LRRC45,ACTL6B,MRPL49,SLC39A13,MRPL47,SIRT7,DYNLL1,DYNLL2,MED29,LRRC41,DUSP6,SRP9,PHF20L1,MED22,PSMA6,MRPL50,PSMA3,PSMA4,PSMA1,PSMA2,PXDN,CDC42EP2,RAPGEF1,TUT1,ERGIC2,VAMP2,ERGIC1,SLC29A2,LRRC14,TRUB2,GSTP1,SRRT,CENPB,GGA3,FLNA,RICTOR,MEF2D,SRSF10,SRSF11,MBD3,EGLN2,MBD6,LRRC24,MBD1,DAB2IP,GATAD2B,BYSL,GATAD2A,SPSB3,SKI,PSMC5,ABCB10,PSMC6,PSMC3,CCDC9,ETNK1,TAOK2,PSMC2,TSR1,PKN1,AGRN,YPEL3,CCNT2,UBE2D3,LTN1,ATN1,HDDC3,FADS2,RUVBL2,FBRSL1,KPNA4,PMPCA,FADS1,KPNA1,SH3GLB1,SH3GLB2,FBXW5,PCYT2,DGAT1,CISH,FBXW9,PPP1R16A,ATP11B,PRPF4B,FBXO11,LENEP,FTSJ3,FOXP1,ACAP3,SLC9A5,DMTF1,FSCN1,SRSF3,SRSF6,SQSTM1,SRSF7,ARL8A,SRSF9,SLC27A4,ANAPC2,INO80E,RNASEH2A,TXNDC9,MAZ,LIN7C,FBXO44,UQCRH,RAP1GAP,CORO1B,GLIS2,SBNO2,NDOR1,MED30,E4F1,SLC38A2,ZKSCAN1,NOP14,TIA1,FUS,STYX,ARPC4,ZBTB11,UCKL1,DRAP1,GNL3L,TMEM11,SP3,MDM4,NFE2L1,ISY1,SLC25A1,ZNF512B,HSP90AB1,POMT1,PTEN,AP4M1,SUMO1,MDK,PPP6R1,PPP6R3,DGCR8,PMEPA1,MRPL9,BCAS2,UNC45A,VBP1,DHPS,ATRX,VEZF1,RAD23B,ARFGAP1,QTRT1,GIGYF1,PPM1A,PIK3CA,C1D,GAPDH,PPP1R12C,ST6GALNAC6,PPP1R15B,MAK16,SRSF1,LENG8,FURIN,ZBTB45,MLLT1,PPM1D,MLLT6,GANAB,U2AF2,PHKG2,FEM1C,E2F4,HNRNPA1,SLC25A22,EIF4E,SH2B1,SEC24B,PPP1R14B,MARCKSL1,CIZ1,TRIM41,MBOAT7,CNBP,TXNL1,CDC5L,RPL23A,EIF3M,EIF3G,STUB1,P4HB,EIF3C,SMAP1,SLC25A36,EIF4A2,PPAN,JMJD1C,CCNC,ZDHHC8,THUMPD1,ACTB,NUBP2,CYB5D1,TRIM28,SNRPD2,CDC26,BSG,OGFOD2,CCNL2,SEC62,ATXN7L3,ATP6V1G2,SMARCC2,PAQR4,SCAF11,NSMCE2,CIRBP,TALDO1,CSNK1D,MOGS,THAP3,CDC34,THAP7,CDC37,CSNK2B,MMADHC,TBC1D9B,DHX8,TMEM63B,GIPR,SDC3,SUPT4H1,CEND1,PIK3R2,PIK3R1,UBE2J2,PCBP4,PCBP1,HLTF,MIER1,DYM,SURF6,SYMPK,DECR2,RAB11FIP3,SURF1,TMEM86B,INTS1,SURF2,SURF4,SMARCA2,ZBTB6,SNW1,WNK1,ID2,INTS5,NDUFAF3,PAF1,NOL10,COL9A3,FBXL3,CALM3,DHX29,NOL11,FBXL6,TMEM151B,FAM57B,GPAA1,PPP1R10,CTSZ,AP2A1,AP2A2,PTMS,DHX15,RAC3,SDF4,SSSCA1,UTP14A,GIT1,CTSB,PBRM1,TMEM150A,GAA,MINK1,MRPS7,SREBF2,APRT,GAK,PITPNM1,G2E3,CD47,ARHGEF2,EEF1E1,DBN1,CAB39,SSNA1,CCDC106,CAMKK1,GNAI2,PCNP,MNT,EXOSC4,HSF1,CCT8,YIPF2,VEGFB,TMUB1,MYO9B,PPP1CA,VEGFA,TMUB2,MAD2L2,PER1,BOP1,NUDT8,CSDC2,CCNG2,KLHL8,SGSM2,TCEA2,HDGF,PNPLA6,GRINA,DPAGT1,SRP19,CRTC2,MIDN,ZFAND3,CD81,ZFAND5,SNIP1,EP300,ARID2,SBF1,BAHCC1,SH3GL1,MORC3,ZGPAT,SSU72,UBE4A,SDHD,HNRNPUL1,DKC1,FAM173A,HNRNPUL2,TMX1,EHBP1L1,TBC1D24,UBE2V2,PLAA,TBC1D23,RAF1,RTN2,COX19,VCP,NDUFB10,RPF2,RASGRP2,SUPT6H,RPF1,RNASEH1,SHARPIN,GRK6,LLPH,CYC1,TBC1D17,NDUFV1,BCL9L,IVNS1ABP,PRNP,UBE2I,VTA1,HMGA1,NUP153,KLHL24,SUPT5H,SSH3,CLK4,UBE2W,HOOK2,HOOK1,GNB2,OSTC,GNB1,UBE2N,PHF13,UBA1,LSM14B,UBE2M,MXD4,CUEDC2,GSK3A,PRR7,DDX49,ZMYND19,PRKCSH,DDX47,CHD6,TRIAP1,DDX41,CHD3,RND2,CHD2,USE1,AFF4,PPP1R9B,LASP1,ABHD16A,RB1CC1,MLST8,MYO18A,TIMM17A,TIMM17B,UTP15,ARHGEF11,ARHGEF12,TTC33,PDPK1,DCAKD,BUD31,ABHD14B,ABHD14A,SYNGR3,EPN1,EEF1G,NDUFS8,CREB1,IRF3,RER1,NDUFS7,EEF1D,PPDPF,NUP54,MVD,RRN3,TAF9,RSPH9,MAT2B,AGPAT1,RNF2,ADD1,CYTH2,GNG3,MTA1,RAB40C,TMEM203,PABPN1,TGS1,TRA2B,MKNK2,BNIP2,TMEM208,MTA2,SMNDC1,FBRS,PDLIM7,TTC14,RBM39,NAA10,PDAP1,ATP2B1,USF2,CLCN7,CLCN6,GALE,ERCC1,CARM1,ASB6,ACIN1,NAA15,RB1,RRP1,HNRNPU,GABPB1,EPRS,BACH1,PHB2,ALCAM,MYC,ZMIZ2,RPL36,RNF111,IER2,MED1,WDR74,CD3EAP,SCRIB,ARMC8,GTPBP2,MED6,GTPBP4,HCFC1,RNF123,ZSCAN21,YME1L1,RPL27,RPL29,PRR12,VPS28,ANAPC13,HIF1A,ANAPC11,FAM160B1,PRDX3,ABR,PRDX2,PRDX5,PPP4C,WDR70,RAD21,RRS1,MCMBP,PLCG1,HMOX2,NAA50,RPL41,PHC2,JUND,DMPK,H3F3B,SETD1A,MAD2L1BP,MTHFR,IRF2BP2,MEX3D,GPN1,PHC3,PRRC2A,TMEM198,EHD1,HNRNPL,FIBP,GNPTG,GIPC1,CDK10,HBP1,DUS1L,CPEB4,OGFR,CEP57,PHF3,GMEB1,BTG1,PHF20,PHF23,GPT,KRI1,WDR43,TRIM8,GPR137,RIOK2,RIOK1,CIC,EMD,RRP15,ZC3H10,BRD2,WDR36,SSR4,ITPK1,GNL2,COPZ1,NCOR2,INF2,KIFC2,MTF2,RNF166,RPL10,TIMM9,GPS1,WDR24,FAM129B,ARFRP1,BCLAF1,USP1,CKB,RPS2,DEDD,SF3A3,PCGF6,BRF2,SF3A2,YTHDF3,CSNK1A1,WDR18,SYVN1,TRMT1,SCAF1,PHF5A,NFIA,TRMT6,ZYX,NUCB1,PLP2,ANKRD13D,CHPF,CLSTN3,CLSTN1,RPL10A,BZW1,TM7SF2,PPP1CB,LAMP1,TUBB3,CFL1,PAPOLA,LZTS2,MAF1,PLEKHJ1,SEMA6B,CSNK1G3,RPS9,MAP2K2,RPS8,GTF2F1,DGKZ,RNF40,THOC6,BSCL2,CTDNEP1,PYGO2,MORF4L1,DMWD,RAB34,DGKQ,RAB35,PGP,PHIP,PHPT1,CSNK1G2,GLYR1,FKBP2,ENY2,CD151,RAB5C,FAM114A2,AK1,ANKRD12,SLC38A10,BAG4,DVL1,BTBD2,NACC1,DVL2,SMN1,SKIL,MCL1,WDTC1,OSBPL9,OSBPL8,CCDC12,MARCH7,FANCE,SCRT1,COPS3,COPS6,SLC7A6OS,LRFN4,COPS2,MAFG,CNOT3,TADA3,NF1,PLEKHM2,PLXNB2,LZTR1,COPS8,RNF187,MCM7,RNPEPL1,WDR3,PTPN23,PPP6C,PTBP1,RPL7A,DUSP12,SART1,SNRNP70,UBTF,WDR6,TNPO1,TNPO2,TNPO3,ADSL,PLEKHG2,REXO1,CHUK,GPX4,RPL13A,EDF1,YDJC,PATL1,BET1L,DNAJC2,TRAF7,PTP4A3,DALRD3,TRAF4,CTDSP2,POLR1B,DNAJC5,SOS1,NFAT5,NLGN2,WBP2,LAGE3,HDAC6,DNAJB2,DCAF15,POLR2E,DCAF13,POLR2L,SLC35A2,SEMA4A,PPIL2,IDH3G,FBXL19,CCDC59,SEMA4C,FBXL16,CDC42BPB,OXR1,PNRC2,BCKDK,DNAJA1,KLF6,PFKL,POLR3C,P2RX2,POLR3D,IMPDH2,MGAT4B,RAB18,CEBPZ,POLR3H,POLR3K,TPT1,PANK4,SLC35B2,APP,CISD2,PDCD2L,RPS15,RPS16,FLAD1,LONP1,ARL6IP4,RPS11,SRRM2,ARRDC1,NFKBIL1,ARRDC3,IFRD1,MRPS18B,PTOV1,AP1B1,CPT1C,JMJD8,MAPK8IP3,JMJD6,CARHSP1,KARS,ZW10,XRN2,HECA,AURKAIP1,CBLL1,TELO2,NECAB3,DCUN1D1,TWF1,TRMT2A,NMD3,RPAP3,FXR1,PDCD10,INPP5E,CSTF1,TNRC18,RALGDS,VASP,VAT1,MEMO1,UBAC1,PUM2,STAG1,ZZZ3,STAG2,ADCK5,RPS21,C2CD2L,ITM2C,DAZAP1,UBXN1,CITED2,MYL6B,PRPF19,XPO1,ZMYM2,PCF11,ZMYM5,TMED1,UBXN6,PSD,PRMT5,CDV3,GP1BB,PRMT1,TSC22D3,NME3,RHOF,LIME1,TOPORS,PRPF18,WAC,ALDOA,SGK1,ATP6V0C,FYTTD1,CSTB,SLC20A1,UQCR11,RFNG,NT5C,SHOC2,RANBP1,NFYA,PTGES2,AP3D1,RAB11B,ATAT1,KBTBD4,RSL1D1,CAPZA2,FAU,MEGF8,TOMM5,NDUFA13,ARID4B,COMT,TATDN1,ARHGDIA,CWC22,HCFC1R1,CHCHD1,NOM1,TRAPPC2L,PAM16,ATP1B1,RSBN1,TUFM,DPM2,HGS,TBL1XR1,TIPRL,CHMP4B,MATR3,ISYNA1,RPS19BP1,LTBP4,CAMSAP1,EMG1,MAN2A2,CASKIN1,PDZD7,MARK2,ATP6V1F,BPTF,SMAD2,SMAD4,ACBD4,CBX5,CPSF1,CBX4,CPSF2,BFAR,EIF2S1,SMAD5,AZIN1,NFKBIA,EFNA2,DLG4,CHMP2A,BRWD1,LRP10,COPE,GPSM1,MUS81,ACADVL,USP38,ASNSD1,USP34,USP39,SEPT9,ZC3H7B,SNAPC4,GMPPA,FLOT2,PDE4A,MAN2C1,RBM7,SCYL1,KDM6B,MAPK1IP1L,H2AFX,RNF208,OXSR1,TRNAU1AP,SEPT5,KLF16,DNM2,DDAH2,AKT1S1,DNLZ,LUC7L3,TSEN34,STOML2,KDM3A,USP15,WIZ,MOSPD3,ATP1A1,STRN4,PTCD1,WTAP,B3GAT3,BAD,QPCTL,HAGHL,CYHR1,PDE4DIP,NAP1L1,NEURL4,RPS6KB1,RPS6KB2,BAX,RBMX,SSBP4"
+"gene_set_query"	"42"	"GLI4"	"115.0"	"ARCHS4 Coexpression,180;GTEx Coexpression,50"	"VEZT,NCKAP1,HDAC10,PITPNB,ZDHHC8,ALKBH6,TSEN54,NUBP2,ZFYVE27,RAVER1,ZMIZ2,CDC27,ARL6IP4,AKT1,PRKACA,ATXN7L3,SLC12A9,SRRM2,DDX18,ARRDC1,SCAF11,TSTD2,SLC35C2,PTOV1,CSNK1D,MOGS,SCRIB,HCFC2,JMJD8,MAPK8IP3,GTPBP4,MFSD10,WDR81,ZFYVE19,YME1L1,ULK1,RBCK1,PRR12,TRIM11,VPS28,PRR14,TELO2,CCDC84,SF1,CTBP1,NPRL2,PIK3R4,SLAIN2,TRMT2A,MTDH,RHOT2,ZNHIT1,DHX34,DHX36,SYMPK,FAM192A,TNRC18,RCE1,RAB11FIP3,RBM10,VASP,TMEM86B,INTS1,DMPK,SMARCA5,IRF2BP1,PBX2,PUM1,PRRC2A,CCT6A,ABTB1,STAG1,ADCK5,UNC119,DHX29,DUS1L,RGL2,CC2D1A,FBXL6,SUGP1,OGFR,TRMU,GPAA1,ZFAND2B,MED16,MED15,SMG5,LIMD2,PANX1,ING4,MRPL42,MED13,FASTK,CHMP1A,SDF4,ARIH1,CIC,RRP15,LYPLA2,UPF1,SHPRH,LRRC45,DBNL,STRADA,GAA,MINK1,NME3,SIRT6,ASH1L,SIRT7,NUDT16L1,GMIP,LIME1,GAK,NCOR2,RNF167,MED25,KAT2A,INF2,PITPNM1,KIFC2,RPUSD1,NME7,PACS1,CSDE1,MED21,TAX1BP1,STRAP,ARHGEF1,FAM193B,ARHGEF2,PAFAH1B3,MPND,ATP6V0C,ARF5,FYTTD1,STAU1,RFNG,SDAD1,CENPB,MRPL55,GNAI2,ARFRP1,ZDHHC18,GGA3,HSF1,SRSF10,MAP4K3,PAIP1,MBD3,PEX16,MBD6,SF3A2,BRF1,USP9X,MTX3,MIB2,TRMT1,DEF8,SCAF1,TMUB2,KTN1,RAB11B,MKLN1,BOP1,XAB2,SHKBP1,SGSM2,TAOK2,ZYX,RAB3GAP2,NUCB1,PKN1,PNPLA6,YPEL3,RAB3GAP1,GRINA,OTUD4,OTUD5,TOR2A,CRTC2,ANKRD13D,UBE3C,UBE2D3,LTN1,ATN1,UBE3A,IPO7,STK11,CAPN7,ARHGDIA,KPNA6,FAM3A,FBRSL1,LZTS2,SBF1,USP8,SH3GLB2,RNF44,FBXW5,MAP2K2,PPP1R16A,DYRK1A,TSC2,WBP11,POLRMT,FBXO11,LEMD2,DGKZ,RNF40,ATXN2L,CTDNEP1,ACAP3,ADAM15,HNRNPUL1,HGS,DGKQ,EHBP1L1,RAB35,SBDS,CSNK1G2,ANAPC2,FTO,CUL9,DDX6,INO80E,DDX1,MAZ,PXN,SLC38A10,UBR1,CORO1B,SBNO2,NDOR1,RNASEH1,SHARPIN,DNAJC21,BTBD2,GRK6,DVL1,E4F1,CAMTA2,NADK,MARK2,BCL9L,WDTC1,TRAPPC2,ACBD6,RAB4B,CPSF1,TNK2,ADAP1,AP4B1,EIF2S1,SSH3,NMRAL1,KLHL20,CHERP,SH3BP5L,LRFN4,COPS2,LRFN1,GNB2,CNOT3,PLXNB2,SKIV2L,TAB1,CLASRP,LRCH4,LZTR1,LRP10,EIF4G2,MXD4,ZNF512B,ACADVL,GSK3A,RNPEPL1,PRKCSH,CCDC47,ZC3H3,USP34,AKAP8L,DDX41,ARRB2,PTPN23,TAZ,AFF4,PPP1R9B,TMEM222,SART1,SEPT9,PPP2R5E,PPP6R1,SNRNP70,UBTF,FLOT2,PGLS,MAN2C1,POLG,SCYL1,SUN2,REXO1,ARHGEF18,DDX50,YDJC,ARFGAP1,KLF16,DNM2,GIGYF1,TRAF7,IMPAD1,AKT1S1,NAA35,ATG4B,ETF1,EVL,PPP1R12C,OTUB1,TRABD,USP14,GTF3C5,ANKS3,RAB1B,CXXC1,LENG8,STRN4,USP19,MLLT6,HDAC7,DCAF15,FZR1,MTA1,FCHO1,POLR2B,U2AF2,TAF1C,RAB24,UBQLN1,CSK,FBRS,SH2B1,CIZ1,B3GAT3,ATP13A1,FBXL19,MBOAT7,HAGHL,CYHR1,CDC5L,USF2,USF1,CLCN7,PFKL,NEURL4,CAPN10,IMPDH1,ACIN1,CEBPZ,CCM2,TBKBP1,NAA15,EIF3A,MBTPS2,SSBP4,METAP2"
+"gene_set_query"	"43"	"SETDB1"	"115.3"	"Literature ChIP-seq,46;ARCHS4 Coexpression,279;ENCODE ChIP-seq,33;Enrichr Queries,30;ReMap ChIP-seq,232;GTEx Coexpression,72"	"ATF2,SCOC,NUP107,GMFB,TFRC,POP4,TSKU,ALKBH3,FAM110A,TBK1,CAPNS1,RAVER1,DPYSL5,DPYSL2,FGFR1OP2,GPBP1,PWWP2A,AKT1,ANKFY1,PRKAB2,SAP30BP,FRS2,RC3H2,BCR,LARS2,EWSR1,ZC3H11A,DDIT3,DDIT4,FAR1,ASPHD2,SF1,ATF4,SLBP,TSTA3,SAR1A,SAR1B,SHMT2,MEPCE,NPRL3,BAZ2A,ADAMTS10,CIAO1,PRPSAP1,RNF214,RHOT2,PIP5K1A,LTA4H,PIP5K1C,ATRIP,CREBBP,JUN,EIF2AK1,EIF2AK3,LARP7,PBX2,BTBD10,TBL3,FASN,NMT1,SFXN3,HYOU1,SFXN1,MED19,PRKAG2,SNX11,MED16,DDA1,MED17,MED12,PANX1,SMPD4,NEFM,JAK2,ENOPH1,APC2,DUSP1,SPHK2,GSTO1,TEX10,SLC39A10,BAZ1B,MED27,MED26,PGM2L1,SLC7A4,MED23,PHF20L1,DDB1,SLC7A6,PLSCR3,PXDN,MED20,ERGIC3,ERGIC2,GSTP1,WRB,ATL1,ODC1,DLST,SDAD1,FAM117B,CENPB,EXOSC10,MFN1,SPOP,ZSWIM6,ZSWIM5,EGLN2,MBD6,CRBN,GOLM1,MCRS1,WNT7B,TARBP2,SKI,SNX19,ABCB10,SNX16,CCDC9,APEX1,SNX14,ETNK1,SNX15,TAOK2,TSR2,YPEL1,PKN1,CIAPIN1,AGRN,YPEL3,MTCH2,CRCP,RASL11B,PDCD6,PDCD5,CASC4,LTN1,MSI1,FBXO22,SLK,FNTA,FNTB,NUDT19,CEP250,CIR1,BNIP3L,DGAT1,FBXW8,FBXW9,ZCRB1,POLRMT,CASD1,FBXW2,PIAS1,FAM118B,CDC25B,MSH6,ATXN2L,ACLY,MSH2,SRSF2,PKP4,SRSF5,ARL8A,ARL8B,SRSF9,FTO,INO80B,SHC2,KHDRBS2,TXNDC9,UQCRB,IREB2,GMPS,UAP1,LIN7C,UQCRH,FBXO42,CORO1C,RAP1B,IGSF21,NDOR1,MED30,G3BP1,ZKSCAN3,MBIP,SMYD2,ZKSCAN2,EIF4EBP2,NAE1,ZKSCAN1,SAC3D1,NEK9,NOP14,API5,FUS,FBXO38,HPS1,HPS4,HPS3,ARPC4,ARPC5,UCKL1,FBXO31,YRDC,SON,ARPC2,UQCRQ,SP3,ACO1,ACO2,LRCH4,OGT,NOP10,ITGB1,NUMA1,PTEN,NENF,ZNRD1,PPP6R1,ACP2,PGLS,ARL5A,ACP1,SNAP29,BCAS2,UNC45A,EIF5A,EIF5B,ACTR2,DHPS,MSL2,AHSA1,ACTR8,ARFGAP3,RABGGTB,IMPACT,NRG3,TMBIM4,C1D,GAPDH,PRPS1,CANT1,UHRF2,SRC,SRSF1,SRBD1,LENG8,U2AF1,MLLT1,SRL,RCHY1,MLLT6,SRM,MTHFSD,FOXRED2,CCDC85C,U2AF2,BAHD1,PHKG2,NNAT,UBQLN1,EIF4H,TRIM46,FEM1C,IGF2BP2,HNRNPA1,UBQLN4,EIF4E,TRIM44,EIF4B,HNRNPA0,NOP56,SEPT11,CIZ1,MARCKSL1,HNRNPA3,TRIM41,SSB,PCDH9,FEM1A,FEM1B,TXNL1,PCDH8,CABLES2,GSTZ1,DBNDD1,MCM3AP,NECAP2,EIF3M,NECAP1,NAGK,SUCLA2,TRIM39,CDKN2AIPNL,EIF3L,SYT11,EIF3J,OCIAD1,EIF3G,EIF3H,STUB1,TRIM37,EIF3E,EIF3C,EIF3D,TRIM33,EIF3A,EIF3B,PPAN,ACTB,RCBTB1,CRKL,TRIM28,SNRPD1,BSG,CDC27,TRIM24,CCDC97,EPC1,EIF2D,ATXN7L1,ATP6V1E1,ATXN7L3,SMARCC1,ATP6V1G1,SMARCC2,ATP6V1G2,ACTN1,ALG5,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,ACTN4,CDC34,CFDP1,SNHG12,PPA2,KCTD10,SUB1,CDC37,CSNK2B,FAM76B,FLYWCH1,KCTD12,KCTD17,KCTD15,DHX8,DHX9,ACTR3B,CDKN2AIP,GSPT1,MBTD1,PGS1,SYNGR1,SEC14L1,HLTF,B4GALNT1,DECR2,ATP6V1C1,B4GALNT4,BBS1,XBP1,SMARCA5,BSDC1,PTK2,SMARCA4,MED13L,AIMP1,EXT2,CWF19L1,CALU,NOL10,FBXL5,SUGP2,FBXL6,DDR1,MRPS15,CSRNP2,MRPS16,HIBADH,MRPS11,PAK1IP1,MRPS12,MRPS10,COX7C,AKAP12,THTPA,SYNCRIP,PCM1,MAP1LC3B,NUDCD3,AKAP11,UIMC1,SDF4,MRPS28,CAP1,PBRM1,MRPS25,PABPC4,MRPS21,PRPF40A,CACYBP,SYP,APRT,TOX4,TOX3,ARHGEF9,RAP2A,RAP2B,SLTM,ARHGEF4,FAM32A,TAX1BP3,FAM193B,FAM193A,ARHGEF2,PABPC1,PTMA,NAPA,DYNC1I2,CAB39,SSNA1,MRPS33,GBA,GNAI3,MRPS30,COX5B,NAPG,RELA,PCNP,PDZD11,MGAT3,MGAT1,DYNC1H1,MON2,GABBR1,PNPLA8,YIF1B,KLHL9,NUDT9,SH3RF3,PDCL3,SEC23IP,ITCH,NUDT8,KLHL5,TTC5,SGSM3,KLHL8,NDUFAB1,TTC3,TCEA2,AGGF1,HDGF,TACC2,ACTR10,ZFP28,CARS,OTUD4,SRP19,UBE3C,CRTC1,ZFAND6,ZFAND5,PEBP1,UBE3A,PRDM2,UBE3B,COX6A1,UBE2Z,SRP14,CELSR2,IGF1R,NARS,FBXW11,UBE4A,UBE4B,SDHA,SDHB,DHDDS,COX6B1,TBC1D20,PPIF,PPIH,PPIG,PPIA,PPID,GNAZ,DDX5,TBC1D19,NDUFB10,COX16,DIABLO,COX17,HTRA2,CACNA1D,SHARPIN,RNASEH1,DHRS7B,GRK6,TBC1D13,TBC1D14,PDHA1,UBE2B,PCIF1,NUP153,CNOT10,UBE2A,AP4B1,MANBAL,GNAO1,AHI1,GNAL,HOOK2,NASP,HOOK1,CCPG1,GNB2,MKRN1,GNB4,GNAS,UBA2,IFT27,UBA1,TCF3,UBE2K,RERE,CUEDC2,LDB1,PODXL2,ADAR,TNFAIP1,LMNB1,CABIN1,MAN1A2,IFT57,GET4,TBP,NUP133,PDPK1,TTC33,CAD,ATP6AP2,SYNGR3,EPN1,EEF1G,RER1,EEF1D,CAT,GFOD2,ACOX3,IFT46,SHANK3,AGPAT5,RRN3,SFSWAP,RAP1GDS1,ASB13,RNF8,SLC3A2,RNF4,AGPAT3,RNF2,AGPAT4,POLD3,CYTH3,MTA1,TMEM203,PABPN1,OXCT1,TDG,TRA2B,TGS1,MKNK2,BNIP1,BNIP2,DROSHA,MTA2,FBRS,ARFGEF1,ATF7IP,TTC14,URGCP,TTC13,BNIP3,SSRP1,CDK11B,TTC17,POLE4,FAM155A,POLE3,ERCC5,GPD1L,VPS29,ANKLE2,IPO11,TES,RRP1,HNRNPU,WDR83,HNRNPR,PHAX,ADARB1,SMC3,EPRS,ELK1,GLS,ALCAM,TFG,CSPP1,VPS36,CDK5RAP3,NUP214,DDX17,DDX18,PRKCI,NUP210,WDR74,WDR75,SCRIB,HCFC2,GTPBP2,GTPBP4,HCFC1,WDR77,WDR81,DAAM1,ARMC6,ZSCAN21,NUP98,VPS25,VPS28,NUP205,SEH1L,ANAPC16,CTBP1,ARPP19,PRKCZ,ANAPC11,NCSTN,WDR70,NUP85,LDHD,GAR1,RRS1,NUP88,NRBF2,ZSCAN18,FDFT1,ST3GAL3,VPS16,NAA50,NDFIP1,DMPK,SETD1A,IRF2BP2,NR1D1,MEX3D,MCAT,PHC3,HNRNPL,HNRNPM,SQLE,HNRNPK,ARL2BP,HNRNPF,TOLLIP,PPT1,HNRNPC,CDKN1C,SETD5,MOCS2,SETD2,GMEB1,GMEB2,CDKN1B,WDR48,SETD3,PHF20,SETD6,ARPC1A,WDR41,GPT,ASH2L,KRI1,SMG7,WDR46,SMG5,PHF8,UBL5,MTG1,RARS,TK2,PLEKHN1,JARID2,CIC,RRP15,ZIK1,UBL7,WDR36,EXOC7,ASH1L,WDR34,GNL2,WDR33,NCOR2,KAT2A,SIKE1,TUBB2B,NCOR1,TUBB2A,MTF2,TCP1,EXOC3,KIFC3,GART,GAS8,EXOC2,GRAMD1A,CDC123,GRN,RNMT,TIMM9,USO1,WDR24,ARFRP1,PPP1R2,SCAF8,RPS15A,NSD1,UBN1,PPP1R8,USP1,CKB,PAIP2,PAIP1,RUNX1T1,YTHDF2,YTHDF3,WDR18,GATC,SCAF4,WDR11,NFIA,OSTM1,PLP2,ANKRD13C,FAM49B,VKORC1L1,ANKRD13D,RAB3A,SYAP1,UBP1,AUP1,RPL10A,IPO7,IPO4,EDC3,NRBP2,NPEPPS,IPO9,LAMP1,PAPOLG,CFL1,TXNL4A,HMGN3,GTF2I,HMGN1,TLE4,USP8,TLE3,USP7,USP3,DYRK1A,GTF3A,DYRK1B,THOC2,VRK3,LEMD3,THOC5,PGD,ILF2,NRBP1,THOC6,PYGO2,ILF3,RAB34,MORF4L2,RAB35,PGP,FKBP8,AAGAB,SNRPE,ADNP,SNRPF,STAMBP,FKBP3,CSNK1G2,IFNAR1,CSNK1G1,RTN4R,RAB5B,FAM114A2,INSIG1,CCDC25,GLT8D1,UBR4,SLC38A10,UBR2,UBR1,HSPBP1,ORC5,TPR,DVL1,UBR5,DVL2,SRGAP3,MAP2K7,MCL1,EIF2B5,AKIRIN2,AKIRIN1,EIF2B3,RAB4A,RAB4B,OSBPL5,TRAPPC4,SEC16A,M6PR,TRAPPC8,SCRT1,COPS4,LRFN3,COPS6,SLC7A6OS,COPS5,DAB1,CPD,PDCL,TPP2,RAB5A,RSL24D1,CNIH3,CNIH4,MAP3K12,BCL2L1,DIDO1,MCM7,ZC3H3,CCDC47,CEP164,WDR4,SYNE2,ADAMTS3,NOB1,VPS72,AP1G1,SNRNP70,UBTF,WDR6,EIF2B1,ADSL,CDADC1,DIS3,RFC2,SECISBP2L,PLRG1,WIPI2,TSN,DNAJC2,DAD1,CTDSP2,POLR1B,DNAJC5,POLR1C,POLR1D,CCDC43,DNAJC9,DNAJC8,HDAC2,TSSC4,HDAC1,VPS4B,EI24,VPS4A,HDAC7,ABLIM1,FIP1L1,POLR2A,DNAJB6,HECTD3,VPS53,RAB23,POLR2D,POLR2E,DNAJB9,VPS54,POLR2F,POLR2I,ADSS,CCDC71,POLR2K,POLR2L,MLXIP,SLC35A2,PPIL2,RNGTT,FBXL19,CCDC59,TPRKB,FBXL16,RPRD2,MTOR,FBXL12,ASXL1,BCKDK,RAB14,POLR3C,P2RX2,PSAT1,MFAP3,RAB12,DNAJA2,MFAP2,VPS41,DRG1,POLR3F,DRG2,SNRNP48,PANK4,TCERG1,SLC35B2,VEZT,ISCA1,IFITM2,SLC35B4,PANK3,VARS,ZMYND8,CISD1,CISD2,PDCD2L,RPS15,TIAL1,RPS14,RPS17,RPS16,KAT5,RPL36AL,FLAD1,MAGOH,LONP1,DENR,BTRC,SEPHS2,RPS13,SRRM2,SRRM3,COG8,ARRDC3,METTL3,AP1AR,TWSG1,POR,KATNAL1,ATP6V0D1,MACF1,DCUN1D5,CSTF3,STXBP1,CSTF2,DCUN1D4,TRANK1,LIAS,HTATSF1,RPAP3,UGCG,SCFD1,FXR2,PDCD11,ZNHIT3,CSTF1,GSE1,TRPM7,TNRC18,ATP6V0A1,VAT1,SYNRG,SLC35E3,PUM1,SMU1,RPS27,RPS29,FUBP1,ADCK5,RPS20,RBAK,RPS24,TOP2B,AHCTF1,GFM1,CITED2,GFM2,SLC35F5,ZCCHC17,COIL,XPO1,XPO6,XPO5,CHMP1A,TMED1,SEC61B,TMED7,GABPA,RALGPS1,RALGPS2,TOP3B,PSD,PARP6,TMED9,PARP1,GP1BB,PARP2,STRADB,PPHLN1,LIME1,MTSS1,MLF2,SCNM1,HNRNPH1,NFX1,HNRNPH3,CSTB,DTYMK,NOL7,RFNG,RBFA,PTS,PPP2CB,AMN1,HIRA,ZDHHC18,CHRAC1,SUSD4,METTL6,ATP6V0E2,APBB3,METTL9,MTX2,SLC31A1,PTGES2,PTGES3,GBF1,KBTBD4,SPCS3,SPCS2,XPOT,PRKRA,CAPZA2,KBTBD7,MPHOSPH6,MEGF9,KDM1A,SPPL2B,MRFAP1,CWC25,COMT,CWC27,CNDP2,TATDN1,TATDN2,ARHGDIA,FPGS,HCFC1R1,AZI2,CHRNB2,RALBP1,KDM2A,TRAPPC2L,KDM2B,SHISA5,LIG3,ATP1B3,TUG1,PUS7,RSBN1,TUFM,PRPF6,MYCN,PRPF3,CHMP4B,MATR3,DAP3,ZCCHC8,COPB2,ZCCHC7,IDI1,ISYNA1,RPS19BP1,COPB1,NOP2,FBLN1,CABP1,PRPF8,EFNA4,CAMSAP1,EFNB1,UBB,TCTEX1D2,ZMAT5,RPRD1B,LONRF2,BPTF,DARS,KLHDC4,CPSF7,CBX6,CBX5,CPSF1,CBX4,RHBDD3,NONO,CBX2,CBX1,CWC15,CRLS1,COQ5,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KA,SKIV2L,DYNLRB1,SAE1,COPE,LRP12,MUS81,KDM5B,KDM5C,THRA,ASNSD1,CBY1,DBI,YBX1,HS2ST1,RPS4X,MFSD8,SPRED2,SEPT7,SNAPC2,CASP3,CASP2,TOPBP1,RBM5,KDM6A,H2AFY,H2AFZ,AKTIP,H2AFX,AXIN1,IQCE,RPS3A,SAFB,SEPT5,DCK,DNM1,SEPT2,DNM2,SUPV3L1,DDAH1,THRAP3,TRAPPC6B,RASA1,DNLZ,PFDN1,THOP1,KDM3A,KDM3B,ATF6B,ETFDH,ATP1A1,TBRG4,GNA13,TBRG1,NXF1,FAM168B,MAPK7,MAPK1,BUB3,MAPK6,MAPK3,KDM4A,KDM4C,TMEM30A,ATP13A1,QPCTL,LIMK1,DEK,PPP2R2C,CAPN10,RPS6KB2,CDK2AP1,ATP13A2,MDC1,MT-ND4,ZFYVE9,EHMT2,EHMT1,GHITM,RBPJ,ZFYVE1,PSMD8,LSM10,RABGEF1,PREX1,KRTCAP2,PSMD6,PSMD7,PSMD4,PPP4R2,PSMD5,PSMD3,SAMD10,HES6,DAXX,CSNK2A1,CSNK2A2,DNTTIP1,RFX3,DICER1,GAPVD1,SCAMP1,SCAMP3,SND1,SCAMP2,FAM133B,EID1,EID2,PRKAR1B,CLNS1A,RUFY2,LETMD1,CGGBP1,MTMR2,TTYH3,MRPL18,AGAP2,MTMR9,SDR39U1,ABCB8,AGAP3,OAZ1,GIGYF2,MTMR6,MRPL20,GRPEL2,AMZ2,PUSL1,HMGXB3,RHBDL1,ABCA3,EDEM1,PMM2,MRPL28,NETO2,SNF8,MRPL22,EIF1,SETX,MLLT11,PCDHGA11,MLLT10,UCK2,EIF6,TDP2,PSMG1,EZH1,EZH2,GPR27,ARF3,PIGS,ARF4,ARF1,PIGU,NCAN,HEXA,RPLP0,PIGP,MRPL38,MRPL39,CTCF,MRPL34,ECSIT,HSPB11,MRPL32,IKBKB,JPH4,TRMT112,NIPBL,LMBR1,MRPL40,TMEM44,FASTK,RPLP2,SH3BGRL3,UPF2,LRRC47,UPF1,DFFB,LYPLA2,DFFA,ELOVL2,NSUN2,MRPL49,ELOVL6,SIRT6,SIRT7,NIPA2,DYNLL1,MRPL46,SRP9,SIRT2,MRPL44,MRPL52,PSMA5,MRPL50,PSMA4,PSMA1,TMEM33,CDC42EP4,PELI1,TMEM106C,TMEM106B,TUT1,VAMP4,DLD,DSCAML1,SLC29A2,LRRC14,STAU2,SRRT,TMEM70,MRPL54,MRPL55,GGA2,PSMB6,PSMB7,GGA1,PSMB4,RECQL5,PSMB5,TMEM68,FLNA,NCDN,RABAC1,MEF2D,SRSF10,YKT6,NKTR,LRRC24,UTP3,USP9X,LRRC28,GATAD2A,SPSB3,TMEM59,PSMC6,PSMC3,PSMC1,SERBP1,SRRD,UBAP1,GOPC,RPL22L1,CCNT2,FAM13B,UBE2D2,UBE2D3,YY1,SMCHD1,ATCAY,OSBP,FBRSL1,PMPCB,PIM3,KPNA4,KPNA2,KPNA3,SLC25A44,SLC25A46,SH3GLB1,IK,SLC38A1,VPS33A,VPS33B,UBE2E2,ZBTB34,ZBTB33,FOXP4,FTSJ1,FOXP1,RBX1,FTSJ3,SAP30,ACAP3,OLFM1,ACAP2,TXLNA,SLC9A8,MRTO4,MAPKAPK2,FSCN1,SNRNP200,SQSTM1,KPNB1,ANAPC1,ANAPC2,RNASEH2C,LRRC59,PEF1,MAZ,ARL1,STK39,ARL2,FOXO6,ACAT2,ACAT1,SOCS2,ATXN2,PMVK,THEM4,E4F1,SOCS7,SLC38A2,LRRC4B,ZBTB17,DR1,BRPF1,GOT2,ZBTB12,EEF2,GNL3L,UBLCP1,STK25,MDM2,TUBGCP5,AAK1,TUBGCP3,MDM4,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,CELF1,COX4I1,POMT1,PIK3CD,ARRB2,NGRN,MRPL3,MDK,SUMO3,SUMO2,ME1,DGCR8,HMG20A,MDP1,DNM1L,EID2B,CTNNBL1,DIS3L2,DGCR2,PELP1,HSP90AA1,PPP1R12A,DST,PEG3,ARNT,DDOST,QTRT1,GIGYF1,PPM1A,PPM1B,NSMCE4A,HAX1,PIK3CA,SLC25A19,BIRC6,PIK3C3,BDP1,SEC22B,PPP1R12C,SLC25A4,SLC25A11,AHDC1,SEC22C,GTF3C1,RNFT2,GTF3C2,PPP1R15B,NDUFB9,NDUFB8,GTF3C3,SEC23A,GTF3C4,GTF3C5,NDUFB6,NDUFB4,NDUFB3,NDUFB2,ZBTB43,CXXC1,FOXK2,ZBTB45,PPM1D,HSD17B10,GANAB,SLC25A28,FCHO1,KATNA1,FCHO2,CDC37L1,LRRC8D,LRRC8B,SLC25A23,ATP9B,SLC25A25,ATP9A,SH2B1,NDUFA9,SLC12A2,NDUFA7,NDUFA6,NDUFA5,MMAA,NDUFA4,NDUFA3,NICN1,NDUFA2,NDUFA1,LYSMD1,MBOAT2,RPL23A,MCOLN1,ATOX1,SLC25A38,SLC25A39,NOVA2,PTPN9,SMAP1,SLC25A36,SPG21,CCNK,CCNJ,TMEM41A,CCNI,EIF4A3,ZDHHC5,JMJD1C,KEAP1,THUMPD3,ZDHHC7,CCNC,ZDHHC8,IFI30,NUBP2,CCAR1,TXNDC17,UBE2L3,OGFOD2,KIF21A,CCNL2,CCNL1,TMPO,SEC63,ST6GAL1,EPHA7,PAQR4,ZFP1,SCAF11,ENTPD4,ZFP2,NSMCE2,PAQR3,NSMCE1,ANK3,ANK1,GNPAT,THAP3,SFRP1,THAP7,CTXN1,GCDH,TMEM87A,CTR9,SUPT4H1,PIK3R3,PTTG1IP,PIK3R1,UBE2J2,SNX3,APH1A,COMMD9,DHX33,LARS,MIER2,DHX35,MICAL1,PCBP2,DHX37,DHX38,SYMPK,SURF6,RCE1,ZBED4,SNX5,SEC31A,INTS1,INTS3,RCC2,DCLK2,XRCC1,ERAL1,PAICS,ICK,SNW1,ARMC10,WNK1,ID2,PPP1R1B,INTS5,INTS4,INTS7,CALM3,INTS8,CALM2,RGL2,PTPRS,USPL1,CCDC127,FAM57B,GPAA1,CETN3,MIA3,SLC7A11,WASL,AATF,IER3IP1,BMI1,ARV1,RSRC1,DHX15,DHX16,CTSF,UTP14A,VKORC1,CCDC112,ACAD8,NCOA2,SEC13,ACAD9,MINK1,NCOA4,ZFR,ANO8,MRPS2,COMMD3,ANO6,COMMD1,MRPS7,COMMD6,MRPS6,MRPS5,COMMD4,COMMD5,PDRG1,RGMA,MRPS9,KIF2A,CSDE1,CRELD1,CD47,STK40,STX12,RABGAP1,STX16,DOT1L,HEATR1,DERL1,DERL2,CCDC107,PRKX,CCDC106,EXOSC7,ARVCF,EXOSC4,FAM172A,EXOSC9,GPC2,SCAND1,CCT8,CCT5,CCT4,NPM1,YIPF3,YIPF4,YIPF5,MIB2,TMUB1,HUWE1,UBE2G1,UBE2G2,AP2B1,NLE1,TMUB2,MAD2L2,GPAM,DPY19L3,KIF26A,RPA3,ESYT2,TARDBP,SCARB1,MIDN,ACAA2,BCCIP,OGDHL,CAPN7,PPME1,KIF5C,KHSRP,PALM,CAPN5,KIF5A,SNIP1,EP300,ARID2,SH3GL1,ZGPAT,DIMT1,SLC30A5,ATG9A,SSU72,LMTK2,WBP11,ATAD3A,TANC2,TMX4,TMX3,HNRNPUL1,FAM173A,HNRNPUL2,UBE2V2,GEMIN7,RTN3,NDRG3,PSMD11,RBM8A,YTHDC1,KLHL17,KLHL12,PDS5B,PSEN1,RPF2,SUPT6H,RTN4,RPF1,DEAF1,KIF3A,CAMTA1,H1FX,CYC1,NDUFV3,VARS2,NDUFV1,IVNS1ABP,OST4,PRNP,GGT7,ZFHX2,VTA1,HMGA1,KLHL22,KLHL24,ANKHD1,KLHL20,CLK2,PAN3,CYCS,STT3B,TAB1,LSM14B,LSM14A,YWHAE,GSK3B,RBM25,RBM26,DDX46,PRKCSH,CHD8,MAST2,PRR3,MAST1,CHD6,DDX42,ATP2A2,CHD5,ILK,CHD4,CHD3,TRIAP1,HMGB1,CHD2,PPP1R9A,AFF4,GPHN,PPP1R9B,SEC61A1,UBE2Q1,BCL7A,YWHAQ,BCL7C,NUP62,MLST8,UQCRFS1,YWHAG,RBM33,UTP15,ARHGEF11,RBM14,NAA30,GLRX3,NCBP2,EED,DYNLT3,RBM18,DDX55,DDX54,ABHD14A,YWHAZ,DDX50,PJA2,PJA1,SFPQ,VCAN,LMBRD1,CREB1,NDUFS7,GORASP2,NDUFS6,NDUFS5,PPDPF,PEX6,NDUFS3,MVD,NAA38,NUP54,EAPP,RBM24,DCTN6,DCTN5,DDX27,DCTN2,DDX25,DCTN4,DDX23,GOSR1,CSTF2T,ATP2C1,ACVR1B,PARL,HMGCL,DNPEP,MAT2A,TAF1C,BMS1,TAF1A,NAA25,PDLIM7,RBM39,MBTPS1,CHURC1,GALNT2,TAF13,TAF11,ATP2B4,ATP2B1,MAPK14,CHFR,SOD1,CLCN7,RPIA,CLCN6,MAPK11,PNKD,GLB1,ASB8,ACIN1,QRICH1,FAM98B,TAF6,VIM,NAA15,RBM45,CLUAP1,RAN,TAF1,LNX2,RPL4,CYFIP2,RPL5,RPL30,TRIO,RPL3,CLPB,TRRAP,RPL31,STMN2,DCAF8,THYN1,RPL8,DCAF5,GABPB1,DCAF4,RPL9,DCAF7,GLE1,PCMT1,NUB1,MYC,STMN1,CDK20,RPL36,FDXR,PIP4K2A,RPL38,PIP4K2B,PIP4K2C,RPL37,DIP2C,NFRKB,IER5,ACOT9,MECR,ACOT7,UNC13A,WSB2,RPL21,PIH1D1,RPL22,DAPK3,CD3EAP,MED4,MED6,DYNC1LI1,GPR162,RNF126,DYNC1LI2,BIN1,SARNP,TYRO3,RPL26,PRR12,DUS3L,UBA52,ALG10B,PRR13,MEG3,CDC42SE1,POM121,VPS26A,ABR,PRDX5,PPP4C,PRDX4,RIC8B,CHST12,RAD21,SSR1,PLCG1,SLC19A1,RPL41,CDK19,H3F3B,CHKA,RDX,PRRC2C,MTHFR,UPF3A,PA2G4,PRRC2B,THAP11,PRRC2A,FIBP,SLC6A6,GLUD1,FAM160A2,NPLOC4,RNF103,TADA2A,CDK10,PLCH2,DUS1L,CDK13,CDK14,CDK16,TCF25,CLTC,CLTB,ADK,TCF20,ADO,PFAS,TMEM186,TMSB4X,ENSA,GPR137,RIOK1,ZC3H10,BRD2,NUDC,HSBP1,TCF12,SSR3,RNF168,RNF167,LSG1,TET3,RNF166,SF3B5,SF3B2,SF3B3,PHLPP1,GPS1,RPL12,TIMM13,TIMM10,TMEM165,TM9SF3,BCLAF1,RPL14,BRD9,RPS2,RPL15,BRD8,RPL18,RNF130,SF3B1,DTD1,RPRM,SF3A3,SF3A1,SF3A2,AGK,GTF2H1,TRMT1,TTC9C,GTF2H2,BLCAP,GTF2H5,MZT1,LRPPRC,TM9SF2,XAB2,ERP44,RYBP,TMEM158,MORN4,ABI1,TRMT6,ZYX,RNF141,PHLDB1,DGKE,TOR2A,DGKD,CTNND2,YEATS4,RPH3A,RNF19A,SMARCAD1,MAF1,TMSB10,MEN1,SEMA6C,RNF44,ANKRD49,RPS7,ANKRD46,RPS8,RPS5,IGFBP3,RPS6,F2R,AIP,RNF40,RNF41,ARMCX1,RALGAPB,ZFP41,STIM2,NCL,NHP2,ERP29,GLYR1,CUL9,DNMT1,ENY2,SEMA7A,CUL7,CD151,TNKS,GLO1,AK1,ABHD8,AK2,TARS,KRBA1,RLF,PHF21A,PHF21B,HMBOX1,PITRM1,BTBD1,BTBD2,NACC1,SAFB2,ABL1,WDTC1,MPDU1,ANKRD28,ESRRA,ANKRD34A,ANKRD27,TOR1A,ANKRD24,TNK2,DHCR24,MARCH8,TOR1B,ADAP1,BTBD9,MARCH5,CHERP,LSM7,GON4L,CNOT7,CDK5,CNOT1,RHEB,ZFP62,MAFG,CNOT3,TADA3,NF1,NF2,LZTR1,SERINC3,EIF4G3,EIF4G1,RNF11,CALCOCO1,RNF13,RNPEPL1,TRADD,DUSP11,PTBP1,DUSP12,PPP6C,RPL7A,METTL14,OPA1,SIN3A,OPA3,SLC37A4,SLC37A3,IQCB1,PDCD6IP,GPX4,ELAC2,RTN4RL2,YDJC,ZFP90,REXO4,COASY,PTP4A1,PTP4A2,TRAF4,RPL37A,EIF4E2,SSX2IP,RNF31,SMARCD1,GTF2A2,SMARCD2,RNF34,WBP1,WBP2,SEMA3F,DCAF15,AP3M2,AP3M1,PUF60,RBBP4,RBBP5,SNRPB2,RBBP7,DCAF11,UGGT1,MEST,DCAF12,DCAF13,KCNJ11,SEMA4D,TXNRD1,DDHD2,PTPN11,DDHD1,OXR1,PNRC1,TRIT1,PNRC2,RAD52,NIN,APC,MGAT4B,INSM1,PFKM,PFKP,METAP2,CBLN1,APP,FAAH,CMAS,ARL6IP1,DIXDC1,PWP1,GOLGA4,GOLGA1,SAP130,DPF1,HABP4,UBAP2L,KIFAP3,GOLGA7,SOX4,AQR,TIPIN,NFKBIL1,RECQL,PTOV1,JMJD8,AFG3L2,COX7A2L,RRAGB,XRN2,BOLA2,GUF1,VDAC3,VDAC1,AURKAIP1,ANKRA2,EZR,PFN1,CBLL1,TELO2,BEX4,CUTA,ANP32A,TEX264,TRMT2A,CD99L2,IGSF9,TMTC4,INPP5B,PTDSS2,DGUOK,PTDSS1,NUAK1,SPAST,INPP5F,VPS8,INPP5K,RABGAP1L,BCL11B,STK11IP,BCL11A,TMEM50B,TREX1,SNHG6,ACADSB,UBAC1,SRPK1,STAG1,GOLGB1,CCDC88C,ANP32E,ANP32B,CC2D1A,ITM2C,CC2D1B,TRAM1,DAZAP1,FAF1,OLA1,PRPF19,EPM2AIP1,SERP1,GUK1,ZMYM5,ZMYM6,PRMT6,MAP4K2,PRMT5,PRMT8,PRMT7,TSC22D1,PRMT3,NME3,UCHL3,RAB33B,RHOB,PRPF18,POC5,RPUSD1,NME7,FRG1,RHOU,MAPT,ALDOA,SGK1,MAPRE2,PRIM2,TOMM40,SLC20A1,AKAP8,UQCR11,TRAK2,AKAP1,ANKMY2,CUX1,TBL1X,MAP4K5,SUZ12,RANBP2,RANBP1,RANBP3,RYK,RSL1D1,MARS,CTNNB1,RAB3GAP2,TRIP12,PRPF31,FAU,TOMM5,CDK5R1,GALNT11,POGK,ARHGAP39,ARID4B,TOMM20,CHCHD2,TMEM147,POGZ,CHCHD7,CHCHD1,PDIA3,ANGEL2,APLP1,MATK,TOMM34,TSC1,WRNIP1,TRNT1,PDIA6,PDIA4,MAU2,TMEM135,PHOSPHO2,ILVBL,TBL1XR1,DNAJC30,SPNS1,SCG5,FIZ1,SCG3,STAM2,PDE9A,RAI14,COX7A2,STK4,DTX4,PDZD4,MAN2A2,CASKIN1,ZC3H18,ATP6V1H,DMAP1,OTX1,ZC3H13,ATP6V1D,PDZD8,MARK2,ATP6V1F,HSPA9,HSPA8,ACBD6,SMAD4,ACBD5,HSPA5,PTCH1,TBCD,ASPSCR1,DNAJC11,TBCB,BFAR,DNAJC16,SMAD5,TDRD3,NFKBIA,DLG1,ATG16L1,DNAJC10,RFXAP,CLASRP,NFKBIB,CREBZF,SCYL3,PCDHGB7,NVL,USP32,GTDC1,SLC2A3,ELAVL3,TMEM101,ALDH2,ZC3H7A,GMPPA,TMEM109,PDE4A,SPEG,USP30,KLF11,USP48,USP42,PCDHGA4,RNF208,TRNAU1AP,ARID1A,SENP2,ARID1B,DDX19A,LUC7L3,B4GALT7,LUC7L2,USP15,RGS19,POLDIP2,POLDIP3,POMP,USP12,OPRL1,MOSPD3,SPG7,IWS1,STRN4,USP19,HSPD1,GMDS,NT5DC3,CLASP1,SPEN,ATE1,PTCD1,PTCD2,WTAP,NEGR1,BAD,USP22,HAGHL,SGTA,PDE4DIP,NAP1L1,HSPE1,USP29,GDAP2,NAP1L5,DLK2,NAP1L4,SH3YL1,NEURL4,FMNL2,BAX,SPRY2,TBKBP1,SSBP1,PDE7A,SSBP2,SSBP4"
+"gene_set_query"	"44"	"CAMTA1"	"117.0"	"ARCHS4 Coexpression,238;Enrichr Queries,107;GTEx Coexpression,6"	"TRIO,MYT1L,ITSN1,STMN2,STMN3,STMN4,ENO2,BACH2,SCAMP5,PREX1,SAMD14,ALCAM,ZMIZ1,DPYSL2,AKT3,DIP2C,PRKACB,NCKAP5,ANKS1B,MEF2C,RBFOX1,TSPYL1,UNC13A,RBFOX3,PRKCE,CD3EAP,SCAMP1,GABRG2,GPR162,DAAM1,PRKAR1B,RUFY3,TSPYL4,ASTN1,TTYH3,CTBP2,NEDD4L,AGAP1,PRKCZ,MTMR7,ABR,FAM171A2,PRKAR2B,RHBDL1,PRRT1,JUN,CADM3,PRRT2,CADM1,CADM2,PBX1,MLLT11,HNRNPL,CDK14,CPEB4,GABRB3,GABRB2,CLTC,PRKAG2,JPH4,TRIM9,JPH3,TRIM2,DLGAP1,JARID2,GPRASP2,APC2,RPS6KL1,ACTL6B,ELMOD1,DYNLL1,DYNLL2,PGM2L1,NCOR2,ZEB2,PXDN,PLCB1,VAMP2,GAS7,NFIX,ATL1,ADAM22,ADCY1,CHN1,SLC17A7,RUNX1T1,ATRNL1,NMNAT2,ABI2,NFIA,NFIB,PKN1,FRYL,FAM49B,RAB3C,RAB3A,ATP8A2,ATP8A1,CTNND2,PARK7,FRY,SLC8A1,SLC8A2,RPH3A,RIMS1,ATCAY,SALL2,MACROD2,FADS1,SLC38A1,TPM1,MAGI2,FRMD4A,SRCIN1,FOXP1,RBX1,CLIP3,BSCL2,FRMD3,OLFM1,CACNB4,GRIA2,BRSK1,BRSK2,PFKFB3,ARL3,ANKRD11,STK39,ITPR1,KLC1,FBXO44,IGSF21,SNN,KLC2,PITRM1,PLXNA2,SRGAP3,RAB6B,PLXNA4,LRRC4B,SLC4A10,TRAPPC9,CORO2B,PTPRD,DAB1,SYNJ1,NBEA,NSG2,REEP2,AAK1,EIF4G1,SNAP25,RNF11,CELF2,CELF4,CELF5,NRGN,SCRN1,PSD3,WDR7,PHACTR1,DNM1L,ERC2,EID2B,DST,SEZ6L,PTP4A3,DNAJC6,SNPH,CTDSP2,RNFT2,JAKMIP2,CACNG7,GANAB,TRIM46,FYN,FSD1,ATP9A,BEND6,NTRK2,SLC12A5,NDUFA6,NDUFA4,PCDH7,NTRK3,EFR3B,OXR1,KLF6,NFASC,NECAP1,GLRB,SYT11,TRIM37,METAP2,APP,CPNE5,ZDHHC5,ACTB,KIF21A,KIF21B,BSN,CCDC92,SOX4,SOX5,EPHA4,ATP6V1G2,SLC6A17,ACTN1,ACSL6,ANK2,MOGS,ANK3,CPT1C,MAPK8IP2,ANK1,STX1B,TIAM1,KCNQ2,TAGLN3,BEX4,GPM6A,MACF1,BEX2,BEX1,STXBP1,MYCBP2,CEND1,PIK3R1,KALRN,TTBK1,SYNGR1,INPP5F,TSPAN7,GSE1,B4GALNT1,RIMKLA,SCN3B,SCN3A,ATP6V0A1,RABGAP1L,PTPRN2,MAGEE1,BCL11B,BCL11A,ST8SIA3,MYO5A,SMARCA2,SNAP91,DCLK1,CALM3,CALM1,CALM2,ITM2C,ROBO2,TMEM151B,CSRNP3,GDI1,DIRAS2,ROBO1,PPP3CA,PCLO,ENC1,IDS,KIF1B,KIF1A,TSC22D1,GP1BB,MMD,SYP,AP3B2,SYN1,MLF2,CNKSR2,ARHGEF9,VSNL1,KIT,MAPRE3,MAPT,SGK1,NAPB,AMIGO1,ICA1L,GDPD1,AKAP6,NOL4,TCEAL6,PGRMC1,TCEAL5,CUX1,CAMK2N1,APBB1,CTNNA2,ATP6V0E2,PAK3,DYNC1I1,PURG,MAP4K4,ARNT2,GABBR2,GABBR1,LSAMP,LHFPL4,SORBS2,PNMA2,GRIN1,SGSM1,APBA1,TACC2,APBA2,CDK5R1,PEBP1,ACRBP,IGF1R,ARHGAP44,KIF5C,KIF5A,NRCAM,SH3GL2,RGS6,RGS7,PPFIA2,NSF,CHRNB2,LMO4,TMOD2,TTC7B,LMO7,RUNDC3B,ATP1B1,RUNDC3A,TANC2,PREPL,SCN8A,EEF1A2,EHBP1L1,ELMO1,MATR3,AMPH,ABCG4,NDRG4,BHLHB9,NDRG3,RTN1,NTM,TMEM59L,CACNA1B,CACNA1A,CACNA1C,CPLX2,SEZ6L2,CPLX1,RTN4,PDZD4,ARHGAP21,DPP6,KIF3A,FUT9,CASKIN1,KIF3C,PDZD7,RAP1GAP2,SYT4,PRNP,OST4,SYT3,AUTS2,SYT1,CRIM1,GNAO1,RALYL,DLG2,HOOK2,DLG4,HOOK1,CNTN1,GNAS,GNB5,RERE,DOCK4,DOCK3,PODXL2,DOCK9,CHD6,ELAVL4,FBLL1,AFF3,ELAVL3,SPRED2,SEC61A1,GRM5,LASP1,MCF2L,LRRTM2,GDAP1L1,PDE4B,LRRFIP1,SULT4A1,YWHAH,SVOP,PDPK1,PDE4D,PPP2R5B,UBE2QL1,ABHD14A,NAV1,NAV2,SYNGR3,YWHAZ,ARID1B,SEPT5,DNM1,SEPT3,DNM2,DNM3,GAP43,SETBP1,TRAPPC6B,CDH10,TERF2IP,CDH13,INA,SHANK2,CAMK2B,NRXN1,ATP1A3,CRMP1,NRXN2,ASAP1,FAM169A,NCALD,ADD2,MAPK9,GNG3,FAM168A,DNPEP,SV2A,SPOCK2,FAM120A,NCAM1,SNCB,MTA2,CLVS1,OPCML,CLASP2,LGI1,NEGR1,B3GAT1,ATP2B4,NAP1L2,PDE4DIP,ATP2B2,ATP2B1,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,PPP2R2C,PPP2R2B,FAM131B,SSBP3"
+"gene_set_query"	"45"	"RFX7"	"118.0"	"ARCHS4 Coexpression,69;Enrichr Queries,76;GTEx Coexpression,209"	"RB1,NCKAP1,NUP107,TRIO,MYT1L,TRRAP,HNRNPU,DCAF4,DCAF7,ALKBH8,ALKBH3,GLE1,KRTCAP2,ZMIZ1,DPYSL2,MYC,PSMD3,DIP2A,RNF111,DDX17,MED1,CSNK2A1,RFX3,DICER1,GAPVD1,MED6,CLPX,RC3H2,HCFC1,MYL6,ZC3H11A,DDIT4,YME1L1,ALG10B,CGGBP1,LRPAP1,NUP205,POM121,CDCA4,PRDM15,OAZ1,GABARAP,CYB5R1,ABR,HMGXB4,LARP1,WDR70,RAD21,SERF2,NAA50,CREBBP,JUN,PRRC2C,PHC3,MEX3C,PBX1,PRRC2B,MLLT10,EIF6,HNRNPD,CPEB4,GABRB3,PHF3,SETD5,PHF2,SETD2,SMG1,PIGU,TCF20,CTCF,SMG7,PHF6,WDR43,UBL5,MED14,NIPBL,MED13,JARID2,WDR36,SHPRH,MIOS,SSR4,GSTO1,TEX10,NSUN2,TCF12,TET2,ASH1L,BAZ1B,DUSP6,NCOR2,ZEB2,NCOR1,PXDN,TET3,EXOC4,WDR26,RNASEK,HSPA14,FAM117B,PSMA7,SCAF8,BCLAF1,BTAF1,PSMB3,NSD1,LMAN2,AP2S1,RICTOR,ANKRD50,NKTR,YTHDF2,MBD1,YLPM1,HIPK1,GATAD2B,LRPPRC,SCAF4,NUDT21,NFIA,ABI2,NFIB,TAOK1,SERBP1,CCDC6,TSR1,UBAP2,PKN1,FRYL,FBXO28,LTN1,UBP1,IPO7,IPO5,PPP1CC,NUDT19,SMARCAD1,MTPAP,SLC25A46,GTF2I,USP7,SLC38A1,DYRK1A,ATP11C,ATP11B,LARP4B,ZBTB33,FBXO11,FOXP1,MSH6,CLIP1,ILF3,MAPKAPK5,PHIP,ADNP,SNRNP200,ANAPC1,ANKRD17,GRIA2,CUL5,BRI3,TNKS,ANKRD11,CUL3,IREB2,ANKRD12,UBR4,PHF21A,UBR5,G3BP1,TPR,G3BP2,EIF4EBP2,SRGAP3,SLC38A2,ANKRD28,OSBPL8,NOP14,DR1,TRAPPC8,ZBTB11,FANCE,CNOT6,YEATS2,CNOT1,SP3,MDM2,NF1,TPP2,RNF181,EIF4G3,EIF4G2,EIF4G1,DIDO1,CELF1,WDR3,COX4I1,PTEN,SART3,AP1G1,CEP170,HIF1AN,TNPO1,ACTR2,PPP1R12A,DST,GPX4,ATRX,VPS13A,EDF1,RAD23B,PATL1,DNAJC2,GIGYF1,POLR1B,CTDSP2,BIRC6,SOS1,BDP1,AHDC1,GTF3C2,NFAT5,GTF3C3,GTF3C4,ROCK1,UHRF2,ROCK2,RNF38,ZBTB43,PPM1D,ABLIM1,HECTD1,POLR2B,FEM1C,HNRNPA1,UGGT1,EIF4B,HNRNPA0,POLR2L,SPAG9,SEC24B,HNRNPA3,FOXJ3,NDUFA1,RPRD2,CDC42BPB,CUL4A,MCM3AP,NIN,POLR3B,APC,CEBPZ,TRIM32,EIF3A,TRIM33,TNRC6A,TCERG1,PANK3,PREP,JMJD1C,PDCD2L,CCAR1,GOLGA4,TRIM24,UBAP2L,BTRC,TMPO,SRRM2,SMARCC1,SCAF11,ARRDC3,MTUS1,ANK2,CSNK1E,ANK3,ZW10,AKAP9,GUF1,HECA,AURKAIP1,MACF1,ANP32A,DHX9,STXBP1,MYCBP2,PIK3R1,RPAP3,MBTD1,NUAK1,SPAST,PDCD11,ATP6V0A2,DHX38,GSE1,HIVEP2,RBM12,ZBED4,SRPK2,TRAP1,BCL11A,INTS2,STAM,PUM1,SMARCA2,PAICS,MED13L,PUM2,SMARCA4,CCDC88A,STAG1,ZBTB6,SNW1,WNK1,FUBP1,DHX29,NOL11,SUGP2,TOP2B,AHCTF1,NAT10,SYNCRIP,PCM1,AKAP11,ZMYM2,XPO1,GUK1,ZMYM4,REV3L,DHX15,KIF1B,ARIH1,SEC61B,COX8A,NCOA2,ATP6V0B,PBRM1,MRPS24,NCOA6,PRPF40A,NFX1,WAC,PABPC1,SGK1,SATB1,HEATR1,DOT1L,UQCR11,COX5B,EXOSC7,PAK2,BCAP31,RANBP2,MTX3,HUWE1,RPA1,UBE2G1,MYO9B,MYO9A,MIB1,RSL1D1,PRPF39,HNRNPA2B1,CTNNB1,TRIP12,TARDBP,OTUD4,NDUFA13,NDUFA11,KDM1A,UBE3A,ARID4B,COX6A1,IGF1R,EFTUD2,CHCHD2,POGZ,EP300,ARID2,NOM1,KDM2B,DSCAM,UBE4A,PUS7,WBP11,ATP1B1,TMEM131,TANC2,HNRNPUL1,TBL1XR1,WDFY3,TBC1D23,ZCCHC8,DDX6,PSMD12,PSMD11,RPS19BP1,BTF3L4,PDS5B,PDS5A,PRPF8,EP400,MYH10,PDZD8,QSER1,BPTF,ATP6V1F,IVNS1ABP,SMAD1,SMAD4,CPSF6,CBX5,NUP153,KLHL24,SMAD5,EFNA2,HOOK2,HOOK1,CAPRIN1,TAB2,BRWD1,RERE,CREBZF,PHTF2,KDM5B,GSK3B,DDX46,CHD8,USP34,HP1BP3,CHD6,PSIP1,CHD4,TRIAP1,CHD3,CHD2,AFF4,LMNB1,EEF2K,TOPBP1,RBM33,UTP15,KDM6B,NAA30,KLF13,PDPK1,NAV2,ARID1A,ARID1B,CKAP5,VCAN,SFPQ,CREB1,THRAP3,NAA35,LUC7L3,KDM3A,PARG,KDM3B,NRXN1,TGFBRAP1,ASAP1,ATP1A1,HMGCR,CAND1,TNKS2,TGS1,BMS1,TRA2B,NAA25,ROMO1,MAPK6,CLASP1,ABCF1,USP24,SPEN,ATF7IP,RBM39,KDM4B,ZFC3H1,ACVR2A,SLC4A7,POLE3,QRICH1,NAA15,PDE7A,TAF1"
+"gene_set_query"	"46"	"CXXC4"	"119.3"	"ARCHS4 Coexpression,278;ReMap ChIP-seq,41;GTEx Coexpression,39"	"SCOC,TSEN54,SCAMP5,SCAMP4,CAPNS1,DPYSL5,DPYSL2,PRKACA,PRKACB,SAMD10,HES6,GABARAPL2,CXADR,RBFOX2,SCAMP1,HDHD2,EML2,PRKAR1B,RUFY3,DDIT4,RUFY2,TMEM126A,PSME1,JTB,PSME2,ATF4,SET,SAR1B,FLII,MEPCE,AGAP1,PDGFA,GABARAP,MTMR7,PRPSAP1,RHOT2,RHBDL1,HEXIM1,B3GALNT1,JUN,PRRT2,CADM1,CADM2,NCAPH2,NR2F1,BBIP1,MRPL24,PBX1,EIF1,MLLT11,MLLT10,TBL3,PKIA,SFXN3,FXYD6,DZIP1,DZIP3,GPR19,ARF1,PIGO,PRKAG2,ECSIT,MED16,MRPL34,BBC3,DDA1,TRMT112,NIPBL,TUBA1A,RPLP2,APC2,UPF1,LRRC45,DUSP1,SPHK2,LRRC49,SIRT4,MRPL49,ELOVL6,MANEAL,SIRT7,JOSD1,DYNLL2,MRPL43,PGM2L1,SRP9,MED22,MRPL53,PTRH1,TUT1,SLC29A1,PAFAH1B3,VAMP2,ARF6,LRRC14,ECHS1,LIN37,WRB,NIP7,ATL1,SRRT,CENPB,MRPL55,FLNA,ZSWIM6,SAMD1,SRSF12,CENPT,CENPV,LRRC24,SKI,SPSB3,CCDC9,SHKBP1,ETNK1,AGRN,YPEL3,TMEM167B,ATN1,HDDC3,ATCAY,PCYT2,FBXW9,PPP1R16A,CASD1,POLRMT,LENEP,FOXP1,CDC25B,SLC9A6,FSCN1,SQSTM1,ANAPC2,GRIA2,INO80B,LRRC59,INO80E,RNASEH2A,TUBGCP2,ARL3,MAZ,ISG20L2,LIN7C,NDOR1,ZKSCAN1,LRRC4B,TIA1,NOP16,DRAP1,PTPRD,LRCH2,SLC25A1,ZNF512B,HSP90AB1,CELF3,CELF4,PTEN,CELF5,ETFB,AP4M1,FSD1L,SPR,PPP6R1,PPP6R2,ERC2,MDP1,EID2B,UNC45A,EIF5A,EMX1,PEG3,SH2D3C,SIGMAR1,RAD23A,SEZ6L,MSL1,DCTPP1,GAPDH,SLC25A11,SLC25A14,RNFT2,PRCC,GANAB,CCDC85C,U2AF2,EIF4H,IGF2BP3,E2F4,SLC25A22,ATP9A,GADD45GIP1,PPP1R14B,CIZ1,TRIM41,PCDH7,PCDH8,RPL23A,TPD52L2,NECAP1,SYT11,NOVA2,OCIAD1,STUB1,P4HB,UNC79,EIF4A2,EIF4A1,ZDHHC5,KEAP1,ACTB,NUDT3,NUBP2,CYB5D1,RASSF1,TRIM28,SNRPD2,FAM53C,KIF21A,ATXN7L2,ATXN7L3,EPHB1,ARL10,EPHA7,PAQR4,ECH1,CIRBP,ANK2,MOGS,THAP3,CDC37,KDELR2,TAGLN3,FLYWCH1,CTXN1,KCTD15,L3MBTL3,NRN1,GIPR,MYCBP2,CEND1,TTBK1,APH1A,PCBP4,SCN3B,SCN3A,INTS1,ZFR2,SURF2,ST8SIA2,ST8SIA3,DCLK2,SMARCA2,CALY,WNK1,ID2,INTS5,NDUFAF3,CALR,CALM1,CALM2,CD200,FBXL6,PCSK2,CSRNP3,TMEM151B,DOC2A,PTPRN,BMI1,NAT14,PTMS,SYNCRIP,ACTR1A,RSRC1,HYAL2,MLX,RAC3,SDF4,SSSCA1,KIF1A,VKORC1,ANO8,COMMD3,SYP,RGMB,APRT,MN1,TOX3,ARHGEF9,UFC1,PTMA,DBN1,NAPB,PCNA,SSNA1,SATB2,CCDC107,NEDD8,CCDC106,NFIL3,CAMK2N2,PAK3,DYNC1I1,VEGFB,PNMA2,PPP1CA,SGSM1,PER1,KIF26A,TTC3,DPAGT1,CRTC2,MIDN,CELSR3,IGF1R,ACTG1,BAHCC1,SBF2,PPFIA3,POU3F2,POU3F3,ADAM15,FAM173A,EHBP1L1,TBC1D24,CARS2,RTN2,GNAZ,VCP,BHLHB9,RTN1,NDUFB10,NXPH3,KLHL17,HTRA2,PDS5B,RASGRP2,RAI1,KIF3A,GRK6,CAMTA1,KIF3C,TBC1D17,SYT5,IVNS1ABP,SYT4,AUTS2,HIGD2A,GNAO1,H1F0,PQLC1,GNB1,PHF13,GALK1,UBE2M,YWHAE,CUEDC2,GSK3A,PRR7,PODXL2,MAST1,CHD3,TAZ,PPP1R9A,SEC61A2,SEC61A1,TMEM223,EEF2K,GDAP1L1,HSDL1,ATP6AP1,ABHD14B,ABHD14A,SYNGR3,YWHAZ,EPN1,EEF1G,RCN2,IRF3,RER1,EEF1D,NAA38,INA,SHANK2,IRF9,NAA20,DCTN3,CRMP1,SLC3A2,GNG3,GNG2,RAB40C,TMEM203,SV2A,TMEM205,MTA2,FBRS,PDLIM7,NAA10,ACVR2A,MAPK10,FAM155A,IRGQ,MAPK11,ERCC1,TAF6,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,RPL7,ZMIZ1,MYC,CSPP1,STMN1,AP1S1,VPS36,IER5,IER2,CHGB,ACOT7,MECR,WSB1,TSPYL1,PRKCE,PIH1D1,WDR74,CD3EAP,SOX11,SOX12,GTPBP1,GABRG2,RNF126,DAAM1,IFT81,CLPP,UBA52,TSPYL4,VPS28,PRR14,ASTN1,CTBP2,PHYHIPL,NEDD4L,ANAPC11,PRDX2,PRDX5,PPP4C,BLOC1S1,VPS11,SLC19A1,ZSCAN18,RPL41,FZD3,NDFIP1,JUND,DMPK,H3F3A,IRF2BP1,IRF2BP2,PA2G4,NR1D1,TMEM198,THAP11,HNRNPL,FIBP,HNRNPF,DUS1L,FARSA,GABRB3,SETD5,CDKN1B,SPEF1,PHF23,GPT,SMG7,ADO,ING1,TRIM8,MTG1,RFK,TRIM2,GPR137,PLEKHN1,GPRASP1,CIC,JARID2,GPRASP2,EMD,ZC3H10,TPI1,SSR4,HSBP1,NUTF2,NCOR2,RNF167,TAF6L,TMEM179,TUBB2B,KIFC2,RPL10,GPS1,RPL12,GPS2,WDR24,TMEM169,ASNA1,SLC17A7,CKB,RPS2,RPL18,DTD1,DEDD,RUNX1T1,WDR17,KIDINS220,GABRA3,SYVN1,TRMT1,NMNAT2,SCAF1,TM9SF1,ABI2,MORN4,ZYX,PLP2,INHA,RAB3C,TOR2A,ATP8A2,CHPF,TUSC3,RAB3D,TUSC2,AUP1,IPO4,TM7SF2,SALL2,CDH2,TUBB3,CFL1,LZTS2,HMGN1,TLE3,RNF44,USP5,TPM3,RPS5,MAGI2,GTF2F1,THOC6,BSCL2,CLIP3,CTDNEP1,PYGO2,MORF4L1,DMWD,RAB34,PHPT1,BRSK1,FKBP2,CUL7,CD151,RAB5C,ABHD8,KLC2,NACC1,DVL2,NDN,MAP2K7,RAB6B,MPDU1,ESRRA,TRAPPC2,ANKRD34A,POLR3GL,MARCH9,MARCH6,SCRT1,CDK9,REEP1,COPS6,SYNJ1,NBEA,CDK4,MAFG,REEP2,PLXNB2,CPE,NACAD,CNIH2,BCL2L2,EIF4G1,MCM7,RNPEPL1,WDR1,TRADD,TRO,RPL7A,DUSP12,SCRN1,SIN3A,UBTF,WDR6,WDR7,TNPO2,PLEKHG2,REXO1,LIX1L,RPL13A,EDF1,YDJC,COASY,PTBP2,DALRD3,TRAF4,DNAJC6,CTDSP2,DNAJC8,RNF31,HDAC3,WBP1,RAB1B,TULP4,LAGE3,JAKMIP3,JAKMIP2,AP3M2,STOX2,HIRIP3,POLR2G,POLR2L,SEC11C,TUB,SPAG7,PPIL2,FBXL19,FBXL16,SEMA4G,TRIT1,MARCKS,GLRB,IMPDH2,ASXL3,MGAT4B,SLC35B2,HDAC10,RPS15,FLAD1,BTRC,KIFAP3,ZFPL1,SOX4,TBC1D10B,COG8,BOLA1,PTOV1,CPT1C,JMJD8,AKAP9,RRAGD,VDAC2,PFN1,OBSL1,PFN2,BEX4,GPM6A,BEX2,BEX1,ANP32A,MAGED1,INPP5F,TNRC18,ATP6V0A1,VASP,SNHG1,PTPRN2,MAGEE1,BCL11A,ADCK5,ANP32B,C2CD2L,CDS2,ROBO2,DAZAP1,UBXN1,GDI1,MYL6B,EPM2AIP1,UCHL1,SLC22A17,DNER,TMED4,PSD,PSENEN,GP1BB,PRMT1,NME3,RHOF,AP3B2,MLF2,MAPRE3,MAPT,ALDOA,ATP6V0C,MAGEH1,ICA1L,RFNG,NOL4,TYMP,TCEAL6,TCEAL5,CUX1,CTNNA2,ATP6V0E2,MYEF2,LSAMP,LHFPL4,MPP6,ATAT1,APBA1,FAU,MEGF8,CDK5R2,ARHGDIG,MRFAP1,ARHGAP44,ARHGDIA,HCFC1R1,NRCAM,NSF,CHRNB2,DSCAM,APLP1,KCTD2,TMEM130,PREPL,SCG5,MATR3,SCG3,FIZ1,RELL2,XPR1,ISYNA1,RPS19BP1,TMEM59L,LTBP4,SEZ6L2,EFNA4,TCTEX1D2,PDZD7,MARK1,ACBD4,CBX5,CPSF1,CBX4,RHBDD2,PTCH1,ARHGAP33,RALYL,EFNA3,EFNA2,DLG4,CHMP2A,LRP10,MUS81,ACADVL,ELAVL4,FBLL1,ELAVL2,SPRED2,SNAPC2,LRRTM2,PDE4A,KDM6B,SVOP,H2AFX,RNF208,SENP3,SEPT5,DNM1,KLF16,DNM2,GAP43,AKT1S1,DCX,TERF2IP,TMEM9,STOML2,KDM3B,USP11,GMPR2,ATP1A3,PDXP,TM2D3,FAM169A,U2AF1L4,MAPK9,NXF1,FAM120A,NCAM1,CLASP2,SPEN,B3GAT3,BAD,USP21,QPCTL,CADPS,HAGHL,CYHR1,NAP1L2,GDAP1,MEIS2,NAP1L5,DLK2,SLC4A8,NEURL4,RPS6KB2,SPRY2,ATP13A2,SSBP2,SSBP4"
+"gene_set_query"	"47"	"RELA"	"120.7"	"Literature ChIP-seq,142;ARCHS4 Coexpression,130;ENCODE ChIP-seq,29;Enrichr Queries,300;ReMap ChIP-seq,110;GTEx Coexpression,13"	"ITSN2,SCOC,NUP107,TFRC,POP4,TSKU,FAM110A,NDST1,TBK1,DPYSL4,CAPNS1,RAVER1,FGFR1OP2,GPBP1,AKT1,PWWP2A,PRKACA,PRKACB,FNBP4,PRKAB2,SAP30BP,FNBP1,PRKAB1,ASPHD1,EWSR1,DDIT3,DDIT4,JTB,VOPP1,ATF4,SF1,EXD2,TSTA3,SAR1B,CDCA4,NPRL2,MEPCE,NPRL3,BAZ2A,PLA2G6,CIAO1,PRPSAP1,RHOT2,PRPSAP2,PIP5K1A,ATRIP,HEXIM1,JUN,CREBBP,JUP,NCAPH2,EIF2AK3,PBX2,LARP4,TBL3,FASN,NMT1,HYOU1,DZIP3,MTMR14,PRKAG1,MED15,BBC3,DDA1,PANX1,MED11,MED13,SMPD1,JAK2,JAK1,PCMTD1,APC2,DUSP1,IFT140,SPHK2,SLC39A11,SLC39A10,GMIP,DUSP6,MED29,MED23,MED22,SLC7A5,SLC7A6,MED25,PLSCR3,MED21,PXDN,MED20,RAPGEF1,PAFAH1B3,TRUB1,LIN37,WRB,GSTP1,URM1,ATL2,ADAM22,DLST,NOC4L,SDAD1,SLC7A1,SNX29,ADAM23,RICTOR,ZSWIM6,BID,ZSWIM4,CENPT,ATAD1,MBD6,MCRS1,TRAPPC10,CCDC9,SNX14,SHKBP1,TAOK2,PKN1,CIAPIN1,AGRN,PDCD6,PDCD5,ATN1,CASC3,APEH,FBXO21,FADS2,POFUT2,ADORA1,MAP3K7,FADS1,FBXW5,FBXW8,EIF1AX,FBXW9,CNPY2,CASD1,POLRMT,SRCIN1,PIAS2,LENEP,ATXN2L,SRSF2,SRSF4,SRSF6,ARL8B,GRIA2,INO80B,INO80E,SPATA2,CORO1B,HSP90B1,NDOR1,G3BP1,MBIP,PGK1,NAE1,NOP14,API5,BOD1,UROS,FBXO38,UCKL1,DRAP1,IBTK,SP3,NIT1,ITGB1,SNAP25,MCFD2,ALAS1,PTEN,ETFB,AP4M1,ZNRD1,PPP6R1,PPP6R3,ACP2,YAF2,NEO1,UNKL,BCAS2,EIF5A,ACTR3,DHPS,MSL2,RABGGTA,ARFGAP1,MSL1,TMBIM4,C1D,TMBIM6,BCAT1,DCTPP1,GAPDH,BCAT2,CANT1,UHRF2,SRC,SRF,SRSF1,LENG8,U2AF1,RCHY1,FOXRED1,EHBP1,TSPAN31,MLLT6,MTHFSD,FOXRED2,ZNRF1,U2AF2,PHKG2,TRIM46,EIF4H,FYN,FEM1C,FSD1,HNRNPA1,DRAM2,PCDH1,UBQLN4,TRIM44,GADD45GIP1,NOP56,NOP58,HNRNPA3,MARCKSL1,CIZ1,TRIM41,FEM1B,MID1IP1,NTRK3,TXNL1,CDC5L,EFR3B,TSPAN14,NAGK,SYT11,EIF3L,EIF3J,ST7,OCIAD1,EIF3G,TRIM37,STUB1,EIF3E,ATXN10,EIF3D,BCAR1,PPAN,ACTB,TRIM28,TRIM24,CCDC97,ATXN7L2,ATXN7L3,ATP6V1G1,ARL15,ACTN1,ECH1,ALG5,CIRBP,MOGS,CSNK1D,ACTN4,ALG1,CSNK1E,MFSD11,BCS1L,SNHG12,PPA1,CDC37,SUB1,KCNQ2,BCORL1,AARS2,GGNBP2,TBC1D9B,TMEM63B,DHX9,CEND1,ZBTB5,TTBK1,CDKN2AIP,PGS1,APOO,KCNN1,FAM192A,KCNN2,HARS2,SMARCA2,BRI3BP,SMARCA4,EXT1,AIMP2,NDUFAF2,CALU,NDUFAF3,GRB2,CALR,NOL11,FBXL5,FBXL6,DDR1,DHRS13,CSRNP2,CSRNP3,MRPS16,MRPS12,NAT14,HERPUD1,PCM1,MAP1LC3B,UIMC1,SDF4,RAC1,NANS,PBRM1,MRPS27,MRPS24,PABPC4,GAA,SREBF2,APRT,RAP2C,GAK,SLTM,UFC1,TAX1BP3,FAM32A,ARHGEF1,PABPC1,ARHGEF2,PTMA,NAPA,PCNA,CAB39,SSNA1,MRPS33,GBA,HSD17B4,RELA,GNAI2,PCNP,SH3BGRL,NFIL3,MGAT1,MGAT2,VEGFB,MYO9B,VEGFA,GRIN1,NUDT9,PDCL3,BOP1,SEC23IP,KLHL5,NDUFAB1,CACHD1,AGGF1,HDGF,PNPLA6,GRINA,CRTC2,SYS1,NARF,NUP188,ZFAND3,UBE3B,SRP14,UBE2Z,IGF1R,ACTG1,TXN2,NARS,FBXW11,ADAM10,UBE4A,SDHC,UBE4B,DHDDS,EEF1A1,ADAM19,EHBP1L1,PPIF,PPIE,RAF1,CARS2,DDX6,BHLHB9,TSG101,NDUFB10,CACNA1B,HTRA2,NCKIPSD,SHARPIN,IRAK1,DHRS7B,GRK6,TBC1D14,LLPH,TBC1D17,YARS,SYT3,UBE2I,UBE2B,SYT1,PCIF1,NUP153,TIMM44,UBE2A,MANBAL,GNAO1,IFT20,GNAL,HOOK2,HOOK1,GNB2,MKRN1,GNB1,UBA3,GNAS,MKRN2,UBE2N,UBA1,AMOTL2,GALK1,UBE2M,CUEDC2,DYRK2,PODXL2,DPY30,TNFAIP1,LMNB2,CABIN1,RND1,LASP1,EEF2K,RB1CC1,GDAP1L1,SUN2,NUP133,PDPK1,TTC33,NAV1,NAV2,SYNGR3,EPN1,EEF1G,TMEM214,ACOX1,MAN1B1,NAT8L,RNF8,SLC3A2,ASAP1,AGPAT3,CYTH2,GNG3,CAND1,MTA1,TMEM203,SV2A,TDG,TGS1,MKNK2,BNIP1,DROSHA,PTK2B,RALY,MTA2,FBRS,CYTH1,TTC14,ARFGEF1,EYA3,BNIP3,USF1,FAM155A,GALE,ERCC3,TEF,ERCC1,CARM1,ERCC8,SUGT1,IPO11,ANKLE2,RRP1,ARPC5L,SMC5,SMC6,EPRS,SMC3,PHB2,ELK1,ALCAM,TFG,ZMIZ2,AP1S1,CDK5RAP3,NUP214,VPS18,NUP210,PRKCD,WDR74,GTPBP1,ATG13,GTPBP4,HCFC1,WDR82,ADPRH,NUP98,VPS25,VPS28,ASTN1,LRPAP1,ANAPC16,PRDM15,PHYHIPL,PRKCZ,ARPP19,ADH5,ANAPC11,LDHA,NCSTN,WDR70,BLOC1S1,BLOC1S2,RRS1,VPS11,ST3GAL1,ST3GAL2,HMOX2,BTF3,PRELID1,WDR59,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,HNRNPM,SQLE,MEX3A,HNRNPF,HNRNPC,FARSA,GABRB3,SETD5,PYGB,SMG1,BTG1,CDKN1B,WDR48,PHF23,ASH2L,WDR43,SMG5,CIC,RRP15,NUTF2,WDR34,FAM126A,TERF2,GNL1,COPZ1,WDR33,GNL3,NCOR2,TAF6L,TUBB2A,MTF2,EXOC5,EXOC2,GRAMD1A,GRN,TIMM9,USO1,WDR24,ARFRP1,PPP1R2,PPP1R8,RRP36,DEDD,YTHDF3,KIDINS220,GATC,ELP3,SNCAIP,SCAF1,WDR11,MKLN1,NUCB1,TMEM39B,ANKRD13C,RAB3A,ANKRD13D,GTF2B,CEP120,SYAP1,PARK7,AUP1,CLU,IPO4,TM7SF2,EDC4,PPP1CB,PPP1CC,RIMS4,LAMP1,CFL2,CFL1,TXNL4A,GTF2I,HMGN1,RARS2,IFNAR2,MAP2K4,USP8,CSNK1G3,TLE3,MAP2K1,SUPT16H,MAP2K2,TPM4,USP3,TPM1,GTF3A,THOC1,FRMD4A,LEMD3,LEMD2,PYGO2,RAB34,RAB35,SNRNP27,FKBP3,SNRPA,CSNK1G2,FKBP5,IFNAR1,BRSK1,FKBP2,RAB5C,CCDC25,GLT8D1,UBR4,UBR2,ORC5,ORC3,DVL2,MAP2K7,SRGAP1,MAP2K5,MCL1,TRAPPC2,UVRAG,TRAPPC3,EIF2B3,OSBPL5,POLR3GL,TRAPPC4,SEC16A,TMEM132A,M6PR,TRAPPC8,COPS6,COPS5,CPD,REEP2,PLXNB2,PLEKHM2,BCL2L1,SLC48A1,MCM7,WDR1,ZC3H4,CCDC47,PIK3C2B,SNRNP70,UBTF,WDR6,WDR7,EVI5L,EIF2B1,TNPO2,IDH3A,ADSL,PLEKHG2,RFC2,RPL13A,EDF1,TSN,TFDP1,DNAJC6,DAD1,CTDSP2,POLR1B,POLR1C,LANCL2,DNAJC9,CCDC43,CRK,ALDH9A1,HDAC1,RAB1B,HDAC7,RAB21,NFS1,POLR2A,DNAJB6,POLR2C,VPS53,POLR2D,POLR2E,CSK,RAB28,POLR2I,CCDC71,POLR2L,SEC11C,SLC35A2,SLC35A1,PPIL1,RNGTT,FBXL19,FBXL16,RPRD2,FBXL12,ASXL1,SNRNP40,RAB14,VAPA,P2RX2,DNAJA3,DNAJA2,DRG1,DRG2,CEBPZ,SNRNP48,POLR3K,TPT1,PANK4,SLC35B2,TMEM183A,ZMYND8,PITPNB,FCF1,PPP2R2A,GBA2,PDCD2L,RPS15,TIAL1,PNN,RPS16,KAT5,RPS19,FLAD1,RPL36AL,FTH1,LONP1,ARFIP2,LONP2,BTRC,RPS11,SEPHS2,TBC1D10A,TBC1D10B,SRRM2,ARRDC3,METTL3,AP1B1,CPT1C,MAPK8IP2,SRRM1,NIF3L1,MTHFD2L,RTEL1,DCUN1D5,STXBP2,LIAS,MYL12B,SCFD1,CHTF8,ZNHIT3,TNRC18,VASP,RPS26,RPS25,RPS28,RPS27,ADCK5,RPS20,GFM1,AHCTF1,UBXN1,SLC35F5,ZFAND2A,ZCCHC17,SIPA1L3,COIL,SEC61G,CHMP1B,XPO6,XPO5,TMED2,UBXN7,UBXN4,RAB8A,PSD,PSENEN,TMED9,PARP1,STRADA,ZDHHC16,MLF2,VAV2,UGDH,SCNM1,HNRNPH1,HNRNPH2,CSTB,DTYMK,GDPD1,NOL8,NOL9,NOL4,PTS,TYMP,PPP2CA,TCEAL6,TCEAL5,APBB2,NT5M,ATP6V0E2,APBB3,NFYA,SLC31A1,PTGES3,GBF1,GINS4,LSAMP,RAB11A,HIST3H2A,APBA1,MEGF8,KBTBD7,NDUFA13,NDUFA12,SPPL2B,CWC25,LZIC,CNDP2,TATDN1,ARHGDIA,HCFC1R1,COTL1,NRCAM,CHRNB2,NOM1,RALBP1,PHYH,KDM2A,TRAPPC2L,LMO4,NOSIP,ATP1B3,ACYP1,TRPC4AP,RSBN1,TUFM,PRPF6,HGS,PRPF3,CHMP4B,ZCCHC8,COPB2,IDI1,NOP2,PXN,CLEC16A,PRPF8,EMG1,ZMAT2,UBB,RPRD1A,KLHDC10,KLHDC3,KLHDC4,CPSF7,CBX5,CPSF6,PNPT1,CPSF1,RHBDD3,RHBDD2,CBX1,COQ9,CWC15,CRLS1,EFNA2,CHMP2A,PI4KA,SAE1,LRP10,COPE,MUS81,KDM5C,DBI,YBX1,FBLL1,SEPT9,SNAPC3,LRRTM2,KDM6B,SVOP,H2AFX,H2AFV,SAFB,SEPT3,DNM2,SUPV3L1,FCHSD2,RASA1,AKT1S1,TERF2IP,PFDN2,HAGH,PFDN4,VAC14,STOML1,ATP1A3,PDXP,NRXN2,ATP1A1,FAM169A,TBRG4,GNA13,TBRG1,MAPK9,MAPK8,FAM168A,MAPK7,UGP2,FAM120B,MAPK1,MAPK3,KDM4A,KDM4C,TMEM30A,ATP13A1,LIMK2,PDE10A,PPP2R2C,RPS6KB2,MT-ND4,UXS1,ARAF,SCAMP5,SCAMP4,PSMD9,SAMD14,KRTCAP2,PSMD6,ZFYVE27,PSMD7,PSMD4,PSMD5,PSMD2,PSMD1,SAMD10,DICER1,HDHD2,EML2,SND1,RUFY1,EID1,MYL6,CLNS1A,PSME3,PSME1,UQCRC1,PSME2,UQCRC2,LETMD1,MTMR2,ABCB6,FLII,MRPL16,OAZ1,GABARAP,GIGYF2,MRPL20,CYB5R3,HMGXB4,VTI1A,AMZ2,HMGXB3,RHBDL1,EDEM3,PRRT2,CADM2,PMM2,ERLIN2,MRPL24,MRPL21,SNUPN,EIF1,CS,SETX,MRPL30,MLLT11,EIF6,PSMG1,TMEM9B,ARF3,ARF1,LRSAM1,PIGO,RPLP1,HEXA,RPLP0,PIGP,MRPL38,MRPL39,MRPL37,TRIOBP,PIGX,PQBP1,JPH4,IKBKB,TRMT112,TUBA1C,TUBA1B,TUBA1A,FASTK,RPLP2,LRRC47,UPF1,ACTL6B,SIRT4,MRPL49,NIPA1,LRRC40,MANEAL,MRPL45,DYNLL2,SIRT2,LRRC41,MRPL43,SRP9,SIRT3,MRPL44,MRPL53,PSMA6,PSMA2,CDC42EP4,TUT1,SLC29A1,VAMP2,ARF6,RNASEK,STAU1,SRRT,HTT,PSMA7,MRPL55,GGA2,PSMB6,GGA1,UNK,RECQL5,CLPTM1,FLNA,HARS,RPS27A,MEF2D,SRSF10,YKT6,SRSF11,MDH2,UTP3,STAT2,YLPM1,TMEM62,BYSL,LRRC20,GATAD2A,LETM1,LYRM2,PSMC3,TTLL1,UBAP2,GOPC,RPL22L1,HDDC2,FAM13B,UBE2D2,YY1,STK11,SMCHD1,ATCAY,FBRSL1,PIM3,AP2M1,SLC25A46,SLC38A1,IK,FOXP4,TXLNA,SLC9A8,MAPKAPK2,MRTO4,FSCN1,SQSTM1,ANAPC1,ANAPC2,NSMAF,LRRC59,PFKFB3,RNASEH2A,MAX,MAZ,ISG20L2,ARL1,STK39,NTPCR,SBNO2,PMVK,E4F1,SLC38A2,LRRC4B,ZBTB17,DR1,TIA1,GFPT1,GOT2,EEF2,GNL3L,UBLCP1,MDM2,TUBGCP5,PIN1,TUBGCP3,NFE2L1,ZNF512B,HSP90AB1,CELF1,COX4I1,CELF4,CELF5,PIK3CD,MRPL4,NGRN,MDK,SUMO3,MRPL9,DNM1L,MDP1,DIS3L2,HSP90AA1,VPS37C,ARNT,RAD23A,VEZF1,DDOST,QTRT1,HAX1,PIK3CA,BIRC6,SLC25A12,SLC25A11,PPP1R12C,BIRC2,RNFT2,PPP1R15A,PPP1R15B,NDUFB7,GTF3C5,GTF3C6,NDUFB5,PRCC,MAK16,FURIN,ZBTB45,FOXK1,GANAB,FCHO1,KATNA1,SH3BP2,CDC37L1,SLITRK5,SH3BP4,LRRC8A,SLC25A22,ATP9A,BEND6,SH2B1,PTPN1,PPP1R14B,NDUFA7,NDUFA6,NDUFA5,NDUFA4,NDUFA3,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,TPD52L2,ATOX1,SLC25A39,CCM2,P4HB,SEC24C,SPG21,EIF4A2,EIF4A1,AHCYL1,CCNJ,LPGAT1,PLEKHB2,TMEM41B,ZDHHC5,TXNDC11,THUMPD3,GCC2,THUMPD1,ZDHHC8,IFI30,CYB5D1,CCAR1,RASSF1,KIF21A,CCNL1,ST6GAL1,NSMCE2,NSMCE1,ANK2,PISD,THAP7,KDELR2,PREB,ULK1,TAGLN3,STX1A,GCDH,PEX11B,SUPT4H1,PIK3R1,PTTG1IP,UBE2J1,SNX3,APH1A,COMMD9,PGBD5,LARS,PCBP1,DHX35,ERI3,TSPAN7,HIVEP1,DHX38,SYMPK,HIVEP2,RIMKLA,SEC31A,RAB11FIP5,INTS1,INTS3,SURF4,ERAL1,ICK,ID2,INTS5,PAF1,CALM3,CALM1,CALM2,AARS,PCSK2,TMEM151B,USPL1,FKBP15,GPAA1,CCDC124,CETN3,AP2A1,AATF,PEPD,BMI1,AP2A2,ARV1,SPTLC1,CTSL,HYAL2,MLX,REV3L,KIF1B,SSSCA1,KIF1A,CTSD,CTSB,CCT3,GRIPAP1,STARD3NL,MMD,CCDC115,ACAD9,MINK1,NCOA4,COMMD1,MRPS7,COMMD6,MRPS9,CTU1,G2E3,NCOA7,GLCCI1,CRELD2,STK40,RABGAP1,DOT1L,CCDC107,PRKX,CCDC106,EXOSC7,EXOSC4,SERTAD2,EXOSC9,EXOSC8,HSF1,CCT8,EXOSC2,CCT5,EXOSC1,NPM1,YIPF2,TMUB1,UBE2G1,AP2B1,NPM3,NLE1,PPP1CA,FKBP1A,PER1,DPY19L3,KIF26A,DPAGT1,MIDN,CD81,WWC1,BCCIP,PHRF1,KIF5C,FAM174B,CAPN2,EP300,SNIP1,SBF1,ARID2,RGS7,SH3GL1,SLC30A9,ZGPAT,TPRA1,LMTK3,SSU72,LMTK2,RUNDC3B,WBP11,RUNDC3A,MID1,TMX3,HNRNPUL1,FAM173A,UBE2V2,SBDS,RTN2,KLHL18,NDRG4,YTHDC1,KLHL12,PDS5B,PSEN1,PDS5A,RPF2,NDRG1,SUPT6H,RTN4,KIF3B,KIF3A,CAMTA2,CYC1,NDUFV3,NDUFV2,NDUFV1,BCL9L,OST4,PRNP,ZFHX2,VTA1,HMGA1,DSTN,SUPT5H,CLK2,PAN2,RCL1,GCLC,STT3B,TAB1,YWHAE,GSK3B,GSK3A,DDX46,PRKCSH,DDX47,ILK,PSIP1,CHD3,TRIAP1,CHD2,AFF4,PPP1R9B,SEC61A2,SEC61A1,YWHAQ,NUP62,MLST8,TIMM17A,TIMM17B,SULT4A1,YWHAG,YWHAH,RBM17,RBM14,HSDL1,GLRX3,NCBP1,BUD31,DDX54,ABHD14A,YWHAZ,PJA2,CREB3,CREB1,IRF3,NDUFS7,PPDPF,TBC1D7,ATG4B,NAA38,MVD,INA,RBM24,IRF9,DCTN5,MVK,DCTN1,NAA20,GOSR2,DCTN4,DDX20,PARN,CSTF2T,DDX21,HMGCR,CLCN3,ATP2C1,TAF1D,DNPEP,RAB40C,MAT2A,TAF1B,VHL,PDLIM7,MBTPS1,TAF10,SOD2,MAPK14,SOD1,MAPK10,RPIA,CLCN7,CLCN6,PNKD,ASB6,TAF6,QRICH1,VIM,CLUAP1,TAF2,MBTPS2,RB1,RPL4,CYFIP1,MYT1L,STMN3,ENO2,DCAF5,GABPB1,BACH1,PCMT1,NUB1,MYC,STMN1,RPL35,PIP4K2C,IER5,RPL39,IER2,ANKS1B,MED1,TSPYL1,ACOT7,WSB2,RPL21,PIH1D1,RPL23,DAPK3,MED8,CD3EAP,MED4,NISCH,DYNC1LI1,RNF126,DYNC1LI2,BIN3,CLPP,RPL27,PRR12,UBA52,RPL28,TSPYL4,PRR14,RNF121,PRR13,POM121,HIF1A,PRDX3,PRDX2,ABR,PRDX5,PPP4C,RIC8B,PRDX1,CHST10,CHST15,SSR1,S100A10,CDK17,RPL41,JUND,H3F3B,PNO1,RAB3IP,MAD2L1BP,MTHFR,UPF3B,PA2G4,THAP11,PRRC2A,TMEM199,FIBP,SLC6A6,PPP5C,NPLOC4,OGDH,CDK10,DUS1L,OGFR,ELL,ADK,CLTA,ADO,RNF157,TRIM8,TMEM189,CSRP2,RFK,TRIM2,TMSB4X,GPR137,ANXA7,RIOK1,EMD,ZC3H10,MIOS,AEN,NUDT16L1,BACE1,RNF167,TMEM179,AFTPH,SF3B4,PHLPP2,SF3B2,SF3B3,RPL10,RPL12,GPS2,SRP72,ASNA1,RPL14,RPL13,SC5D,RPS2,ANKRD52,SF3B1,BRD4,RPL19,SF3A1,BRF2,SF3A2,TRMT1,GTF2H1,SRP68,MZT1,KTN1,AGBL5,FIG4,TM9SF2,ERP44,TM9SF1,XAB2,MORN4,TRMT6,ABI1,ZYX,RNF141,PHLDB1,CTNND2,TUSC2,RNF19B,ABHD12,RNF19A,MAF1,TMSB10,MEN1,RPS9,ANKRD46,RPS7,RPS8,RPS5,IGFBP2,AIP,RNF40,BSCL2,CTDNEP1,CLIP2,ZFP41,XIST,TTPAL,DNMT1,SEMA7A,ENY2,CD151,ANKRD11,CUL3,ABHD2,ANKRD12,ABHD8,GTF2E1,RLF,KLC4,BAG4,BAG5,PITRM1,BTBD2,NACC1,PSAP,BAG1,ABL1,SAFB2,ANKRD10,SLC15A4,SKIL,MPDU1,WDTC1,ESRRA,ANKRD28,ANKRD34A,LSM4,CHERP,NSFL1C,RCAN1,LSM7,GON4L,CDK5,CNOT1,MAFG,CNOT3,TADA1,GPR107,SERINC1,NF2,SERINC3,RNF185,EIF4G2,EIF4G1,TRADD,PTPN23,PTBP1,DUSP12,SART1,SART3,PSD3,HIF1AN,SLC37A4,REXO1,GPX4,ELAC2,ZFP91,RANGAP1,COASY,PATL1,PTP4A2,TRAF7,DALRD3,TRAF4,ASPH,RNF31,TRABD,NFAT5,WBP1,WBP2,LAGE3,DCAF15,CACNG7,RBBP4,RBBP5,SNRPB2,WASF1,UGGT1,SMARCE1,SPAG9,SEMA4A,SPAG7,TXNRD1,SEMA4C,RPL35A,PTPN12,PNRC1,PNRC2,RAD52,KLF6,MARCKS,APC,IMPDH2,MGAT4B,RHEBL1,PFKP,APP,ARL6IP1,PWP2,GOLGA4,RUSC1,ARL6IP5,KIFAP3,ZFPL1,AQR,SLC11A2,ACSL6,RECQL,JMJD8,JMJD6,GRWD1,AKAP9,GUF1,PFN1,EZR,AURKAIP1,CBLL1,TELO2,BEX4,CUTA,BEX2,BEX1,LMAN2L,IGSF3,TWF2,NMD3,PTDSS2,SGPL1,SNHG1,ZRSR2,PTPRN2,STK11IP,TMEM50A,TMEM50B,STAM,ACADSB,SRPK1,CCT6A,CCDC88A,ANP32E,ANP32B,ITM2C,CC2D1B,CDS2,HBS1L,DAZAP1,GDI2,OLA1,MYL6B,PRPF19,CX3CL1,SERP2,RPTOR,EPM2AIP1,PCF11,CDV3,PRMT1,AMPD2,RHOF,TUBG2,UCHL3,RHOA,RHOB,NME1,PRPF18,PACS1,MAPRE3,MAPT,RHOV,ALDOA,SGK1,KPTN,ATP6V0C,TBL1X,RANBP2,ARNT2,RANBP3,AP3D1,PRPF39,R3HCC1,CTNNB1,PRPF31,FAU,CDK5R2,TOMM5,CDK5R1,GOLT1B,HDLBP,TOMM20,TOMM22,EFTUD2,CHCHD3,TMEM147,CHCHD1,NSF,KCTD5,TMEM131,PREPL,DPM3,DNAJC30,TBL1XR1,RPL7L1,FIZ1,ISCU,ATP6V1A,TMEM59L,LTBP4,STK4,CPLX2,DTX4,DPP3,SDCBP,TMEM128,CASKIN1,ATP6V1H,ATP6V1D,ANKZF1,ZC3H15,MARK2,ATP6V1F,SMAD2,HSPA9,HSPA8,ACBD5,SMAD4,ACBD4,HSPA5,SMURF1,DNAJC11,TBCB,BFAR,DNAJC13,DNAJC16,AZIN1,NFKBIA,RALYL,DLG2,NR4A3,TMEM115,DLG4,ATG16L1,TBCE,JMY,CLASRP,NFKBIB,B4GALT3,ACADVL,USP39,POLB,TMEM101,GMPPA,TMEM109,FLOT2,PDE4A,SCYL1,USP46,TSFM,JAGN1,USP48,USP43,PDE4D,RNF208,ARID1A,SENP2,SENP3,KLF16,LATS1,DDX19A,LUC7L3,ITGB1BP1,B4GALT5,USP16,POLDIP2,POLDIP3,RGS16,POMP,SPG7,IWS1,USP19,STRN4,U2AF1L4,HSPD1,RMND5B,GMDS,PDE6D,NCAM1,ABCF2,REPS1,SPEN,WTAP,B3GAT3,BAD,USP21,CADPS,SGTA,NAP1L2,HSPE1,USP28,GDAP1,GDAP2,NEURL4,BAX,SSBP1,SSBP2,PDE7A"
+"gene_set_query"	"48"	"MECP2"	"121.0"	"ARCHS4 Coexpression,32;Enrichr Queries,102;GTEx Coexpression,229"	"NCKAP1,TRIO,TRRAP,ARPC5L,HNRNPU,STMN3,EPRS,GPR173,PREX1,TFG,MPRIP,DPYSL2,MYC,ZMIZ2,AKT3,DPYSL3,AKT1,DIP2C,PRKACA,DDX17,MEF2A,MEF2C,RBFOX2,PRKCE,CD3EAP,DICER1,GTPBP1,HCFC1,DDIT4,PRR12,VPS25,SF1,NEDD4L,AGAP1,BAZ2A,MRPL13,HIF1A,MTDH,MRPL11,PRDX3,ABR,PPP3R1,PRDX4,PRDX1,GAR1,VPS11,PLCG1,PIP5K1C,FDFT1,ZSCAN18,ABCA2,CREBBP,JUN,PHC1,PRRT2,CADM1,PRRC2C,PBX2,L1CAM,PRRC2B,PBX1,POU6F1,PRRC2A,SQLE,EIF6,FASN,HNRNPD,EZH1,EZH2,CPEB4,PHF2,SMG1,KCNC3,ADK,MRPL37,MED15,PHF8,MRPL42,NIPBL,RARS,TRIM3,GPRASP1,JARID2,CIC,GARNL3,UPF1,TPI1,ACTL6A,TET2,ASH1L,DUSP8,DYNLL2,PSMA5,NCOR2,PSMA6,ZEB2,MED25,PSMA3,PSMA4,NCOR1,PSMA1,PSMA2,PXDN,RAPGEF1,VAMP4,VAMP2,PAFAH1B1,GAS7,SF3B5,CDC123,NFIX,TIMM13,PSMB7,NRAS,BCLAF1,PSMB5,LMAN2,PSMB1,LEO1,FLNA,ANKRD52,MEF2D,RUNX1T1,BRD4,KIDINS220,SAMD4B,GATAD2B,SKI,RNF146,NFIA,NFIB,SERBP1,TAOK2,SARM1,CIAPIN1,PKN1,MTCH2,DGKE,DGKD,CLSTN3,FMR1,CLSTN1,ATN1,PARK7,SALL2,FBRSL1,PLEKHJ1,DYRK1A,ILF2,DGKZ,FOXP1,ARMCX4,TOM1L2,ACAP3,NCL,MADD,NHP2,ADNP,SNRPC,SRSF9,FKBP5,CUL9,RNASEH2C,BRSK1,DNMT1,BRSK2,TNKS,ZC4H2,ANKRD11,ITPR1,UBR4,NRF1,KLC2,PITRM1,BTBD2,SAFB2,MPDU1,WDTC1,ATP8B2,SEC16A,TNK2,LSM4,BCL9,LRCH2,SON,NBEA,AAK1,NF1,PLEKHM2,LRCH4,OGT,NOP10,MAP3K12,ITGB1,NUMA1,CELF2,PTEN,MRPL3,SUMO1,PPP6R1,SNRNP70,PSD3,UNKL,TNPO2,EIF5A,REXO1,DST,ATRX,SMC1A,COASY,PTBP2,GIGYF1,PTP4A3,DAD1,SNPH,CTDSP2,DNAJC5,C1D,EVL,TOP1,SLC25A5,PPP1R12C,SEC22C,NFAT5,HDAC5,NLGN2,WBP2,MGRN1,LENG8,FOXK1,MLLT1,MLLT6,SLC25A27,DNAJB2,ZNRF2,POLR2A,FEM1C,DCAF13,ATP9A,JAZF1,SPAG9,MLXIP,SLC35A4,PPP1R14B,SEMA4D,GSTZ1,TNRC6C,KLF7,MARCKS,KLF6,POLR3B,APC,PDCD4,APP,TMEM41A,CCNI,ZMYND8,ZDHHC5,DIXDC1,TXNDC16,ACTB,TXNDC17,RUSC2,HERC1,SNRPD2,EPC2,SNRPD3,KIF21B,GLUL,ATXN7L3,TMPO,SRRM2,SMARCC2,ZFP2,CIRBP,COG1,ANK2,CSNK1D,ANK3,MAPK8IP3,INPP4A,PPA2,RRAGB,SIK3,ULK1,FLYWCH1,MACF1,SLC45A1,TEX264,STXBP1,MYCBP2,TRANK1,PIK3R1,INPP5B,DHX32,SYMPK,TNRC18,MAP4,RALGDS,BBS1,IQSEC1,MICAL3,MYO5A,SMARCA2,UBAC2,MED13L,PUM2,SMARCA4,STAG2,WNK1,INTS7,CALM3,TECPR2,SUGP2,C2CD2L,CDS2,ITM2C,MRPS16,TMEM151B,GDI1,SH3KBP1,AATK,ZCCHC18,HINT1,C1QBP,NCS1,IDS,KIF1B,KIF1A,GIT1,NCOA1,CCT2,ZER1,TSC22D3,MINK1,UCHL3,MRPS7,ZDHHC17,SYN1,APRT,MLF2,RHOB,NME1,GAK,PITPNM1,PACS2,PACS1,PITPNM2,WAC,ARHGEF1,FAM193B,MAPT,ARHGEF2,ALDOA,EEF1E1,AHCY,ICA1L,RELA,CAMKK2,ARVCF,MNT,FAM172A,CUX1,APBB1,CCT8,CCT5,DYNC1H1,NPM1,GABBR1,HUWE1,MYO9B,RAB11A,PPP1CA,VEGFA,NDUFAB1,SGSM2,CTNNB1,MEGF8,MPHOSPH8,TOMM5,CRTC1,TOMM22,IGF1R,KHSRP,POGZ,KIF5A,EP300,SBF1,KDM2A,LMTK3,TSC2,TSC1,KCTD5,PDIA6,TANC2,TUFM,MAU2,HNRNPUL1,EHBP1L1,MATR3,WDFY3,DDX5,COX16,PSMD14,ARHGEF25,CACNA1A,DTX3,CPLX2,NDRG1,PRPF8,SUPT6H,RTN4,RAI1,MAN2A2,CAMTA2,NDUFV2,MYH10,MARK2,BPTF,BCL9L,SMAD2,HSPA8,PRNP,SMAD4,CBX5,CPSF3,IDH1,PCIF1,HMGA1,GNAO1,HOOK2,HOOK1,DLG4,GNAQ,OSTC,GNB1,GNAS,PI4KA,GNB5,MXD4,YWHAE,RERE,GSK3B,KDM5C,GSK3A,DDX3X,THRA,PRKCSH,CHD8,CHD6,ATP2A2,PSIP1,DBI,CHD4,CHD3,AFF3,CHD2,PKD1,AFF4,PPP1R9B,SENP7,MFSD5,ZC3H7B,MCF2L,YWHAG,RBM33,KDM6B,ARHGEF11,SUN2,ARHGEF12,KLF13,GLRX3,PDPK1,H2AFZ,PPP2R5B,ARID1A,YWHAZ,ARID1B,EPN1,DNM1,DNM2,SFPQ,CREB1,SETBP1,LUC7L3,ZMYND11,CAMK2B,MVK,NAA20,ATP1A3,NRXN2,ASAP1,ADD1,STRN4,HSPD1,DNPEP,FAM168A,GNG5,SPOCK2,MAPK1,NCAM1,FBRS,CYTH1,CLASP1,SPEN,USP20,GALNT1,SOD2,HSPE1,NEURL4,KRAS,VIM,SSBP1,SSBP2,RAN"
+"gene_set_query"	"49"	"HMG20B"	"122.0"	"ARCHS4 Coexpression,114;Enrichr Queries,249;GTEx Coexpression,3"	"SLC4A1AP,MYT1L,STMN3,EPRS,RPL8,SCAMP5,PCMT1,SAMD14,CAPNS1,RAVER1,ZMIZ1,MYC,PSMD3,AKT1,AP1S1,HES6,RBFOX1,TSPYL1,UNC13A,UNC5A,WSB2,PRKCD,DAPK3,CD3EAP,SCRIB,HDHD2,GABRG2,SND1,GPR162,MYL6,RNF126,WDR81,DDIT4,TSPYL4,ASTN1,LRPAP1,TTYH3,FLII,MEPCE,AGAP2,MTMR9,COPS7A,MRPL12,PRKCZ,HIF1A,OAZ1,MTMR7,FAM171A2,RHOT2,CYB5R3,ST3GAL5,PIP5K1C,FDFT1,JUN,JUND,HOMER1,JUP,IRF2BP1,PRRC2A,MLLT11,EHD1,HNRNPL,FASN,GIPC1,DUS1L,CDK16,GPR19,LGMN,GABRB3,OGFR,ARHGAP1,MED15,TRIOBP,SMG5,RNF157,JPH4,TRIM9,FASTK,TIMP2,EMD,APC2,UPF1,RPS6KL1,LRRC45,ACTL6B,ELOVL6,MANEAL,WDR34,DYNLL2,TERF2,DUSP6,NCOR2,TMEM179,TUBB2A,INF2,PXDN,MMP17,KIFC3,TKT,SF3B4,GRN,STAU2,SRRT,CENPB,FAM129B,ASNA1,ADAM23,AP2S1,CLPTM1,FLNA,CKB,RPS2,RABAC1,SF3A2,NMNAT2,SCAF1,GATAD2A,TAOK2,NUCB1,PKN1,HDDC2,MTCH1,RAB3A,ATP8A2,CLSTN1,PLOD3,RPL10A,ATCAY,CFL1,LZTS2,MAF1,AP2M1,PLEKHJ1,SH3GLB2,MAP2K2,FBXW5,ANKRD46,USP5,RPS5,TPM1,PPP1R16A,POLRMT,RNF40,FOXP1,CDC25B,RAB31,MAPKAPK2,FSCN1,FKBP4,SQSTM1,CSNK1G2,SNRPA,LY6E,SLC27A4,ANAPC2,GRIA2,BRSK1,LRRC59,DNMT1,INO80E,CD151,RAB5C,INSIG1,MAZ,SPATA2,SLC38A10,CORO1A,FBXO41,CORO1B,RAP1GAP,SOCS2,SNN,NDOR1,PITRM1,BTBD2,DVL1,NACC1,ABL1,DVL3,LRRC4B,ESRRA,OSBPL5,EEF2,CORO2B,CHERP,DRAP1,LRFN4,SYNJ1,CDK4,REEP2,TADA3,AAK1,PLXNB2,PIN1,TUBGCP4,CLPTM1L,EIF4G1,ZNF512B,WDR1,CELF3,AKAP8L,CELF4,CELF5,PTBP1,DUSP12,SART1,FSD1L,PPP6R1,SNRNP70,PSD3,WDR7,PGLS,UNC45A,EIF5A,GPX4,VBP1,RFC2,DDOST,ARFGAP1,ARL4C,GIGYF1,TRAF7,NSMCE4A,DNAJC7,DNAJC6,CTDSP2,POLR1B,LANCL2,GAPDH,PPP1R12C,RNFT2,TRABD,SMARCD2,CANT1,RAB1B,RCHY1,JAKMIP2,DCAF15,CACNG7,DNAJB1,GANAB,NCLN,U2AF2,TRIM46,POLR2E,FYN,FSD1,POLR2I,UBQLN2,BEND6,PTPN1,MARCKSL1,PPP1R14B,CIZ1,SLC12A5,TXNRD1,MBOAT7,EFR3B,PFKL,KLF6,NECAP1,GLRB,SYT11,IMPDH1,NOVA2,MGAT4B,OCIAD1,TRIM37,STUB1,P4HB,UNC79,APP,SLC35B2,ISCA1,VARS,ZDHHC8,NUDT3,ACTB,TRIM28,FTH1,BSG,LONP1,ARL6IP4,KIF21A,BSN,BTRC,KIFAP3,SOX4,TRIM23,ATP6V1G2,PAQR4,ARRDC1,ACTN1,ECH1,ACSL6,CIRBP,AP1B1,ANK2,CSNK1D,MOGS,TMEM170B,CPT1C,MAPK8IP2,JMJD8,MFSD10,STX1B,CDC37,KCNQ2,VDAC1,TAGLN3,TTLL12,PFN1,TELO2,BEX2,BEX1,TBC1D9B,CEND1,PIK3R2,PTTG1IP,ACTR3B,TTBK1,APH1A,APOO,PGBD5,TSPAN7,MLEC,SYMPK,B4GALNT1,TNRC18,RIMKLA,SCN3A,RALGDS,ATP6V0A1,VAT1,CTSA,MAGEE1,IQSEC2,INTS1,MYO5A,SNAP91,SMARCA4,ID2,CALM3,CALR,CALM1,AARS,ITM2C,DDR1,DAZAP1,GDI1,CITED2,GPAA1,MRPS12,PRPF19,PTPRF,PTMS,CTSL,SDF4,KIF1B,KIF1A,CTSD,TMED9,PARP1,TSC22D1,TSC22D3,GAA,SYP,MRPS7,AP3B2,MLF2,RHOB,CNKSR2,RPUSD1,MAPRE3,MAPT,CRELD2,ALDOA,SGK1,PTMA,ATP6V0C,CSTB,AMIGO1,GDPD1,CRIP2,NOL4,RELA,GNAI2,TCEAL6,TCEAL5,PES1,HSF1,SCAND1,ATP6V0E2,DYNC1I1,PURG,NPDC1,PTGES2,TMUB1,LHFPL4,MYO9B,GRIN1,RAB11B,BOP1,APBA1,HDGF,PNPLA6,APBA2,CDK5R1,GRINA,KIF5C,ARHGDIA,KHSRP,FPGS,NRCAM,RGS7,SH3GL1,NSF,CHRNB2,FBXW11,LMTK3,ATP1B1,RUNDC3A,ATAD3A,PREPL,ADAM15,HNRNPUL1,HGS,GPRIN1,EEF1A2,SPNS1,RAI14,NDRG4,BHLHB9,RTN1,TMED10,TMEM59L,CACNA1B,SLC1A4,NDRG1,RAI1,SHARPIN,IRAK1,KIF3A,CASKIN1,CAMTA1,H1FX,CYC1,TBC1D16,HSPA8,PRNP,SYT3,CPSF1,HMGA1,SSH3,GNAO1,NFKBIA,RALYL,EFNA2,HOOK2,DLG4,HOOK1,UBE2S,GNB2,GNAS,CLASRP,LRP10,COPE,UBE2M,YWHAE,KDM5B,ACADVL,PRR7,PODXL2,PRKCSH,FBLL1,GPHN,LMNB2,ELAVL3,SEC61A2,SEPT9,BCL7C,LRRTM2,GDAP1L1,TMEM109,SULT4A1,YWHAG,SCYL1,USP46,SVOP,HSDL1,PDPK1,H2AFX,UBE2QL1,DDX54,ABHD14A,SENP3,KLF16,SEPT3,DNM2,DNM3,NDUFS7,EEF1D,CDH10,PPDPF,AKT1S1,TERF2IP,MAN1B1,NAT8L,INA,THOP1,CAMK2B,ATP1A3,CRMP1,HMGCR,FAM169A,STRN4,ADD2,MAPK9,GNG3,MTA1,DNPEP,MAT2A,SV2A,SPOCK2,GNA11,NT5DC2,MKNK2,RALY,MTA2,FBRS,CYTH1,PDLIM7,CLVS1,OPCML,CLASP2,ATP13A1,GALNT2,USP22,TAF10,CADPS,HAGHL,NAP1L2,ATP2B2,GDAP1,CLCN7,FAM155A,SBK1,FAM131B,RBM42,TAF6,VIM,SSBP4"
+"gene_set_query"	"50"	"GTF2I"	"125.0"	"ARCHS4 Coexpression,125"	"APP,TRIO,PANK3,VARS,TRRAP,HNRNPU,DCAF7,HERC2,TRIM28,MPRIP,PSMD3,DAG1,AKT1,UBAP2L,ATXN7L3,SRRM2,DDX17,SMARCC1,SCRIB,SND1,HCFC1,PRR12,LLGL1,MACF1,NUP205,POM121,ANP32A,IGSF3,DHX9,LARP1,GSE1,MLEC,PIP5K1A,PLCG1,RBM12,B4GALNT4,INTS1,INTS3,RCC2,PBX2,PRRC2B,PRRC2A,SMARCA4,HNRNPL,HNRNPK,FUBP3,WNK1,HYOU1,RCOR2,SUGP2,DDR1,SETD5,PTPRS,CLTC,TCF20,PRPF19,SMG5,PTPRF,XPO1,UPF1,PARP1,EXOC7,BAZ1B,DYNLL2,SREBF2,VAV2,DDB1,CSDE1,CANX,DBN1,SF3B3,UQCR11,HIRA,NSD1,ANKRD52,DYNC1H1,HUWE1,DAB2IP,AP2B1,LRPPRC,SERBP1,TAOK2,CTNNB1,HDGF,TRIP12,MEGF8,UBE3C,KDM1A,CTNND1,HDLBP,ATN1,NUCKS1,CELSR2,IPO7,TOMM20,IPO5,FADS2,USP5,ACLY,ILF3,HNRNPUL1,FSCN1,FKBP4,SNRNP200,KPNB1,ANAPC1,GLYR1,CUL7,MAZ,UBR4,UBFD1,PRPF8,SUPT6H,ACACA,RAI1,UBR5,NACC1,ABL1,DVL3,MYH10,CPSF7,CPSF1,FUS,NONO,SEC16A,CBX2,EEF2,CNOT1,CAPRIN1,GNB1,UBA1,GPR107,TCF3,LSM14B,NOP10,EIF4G2,NFE2L1,EIF4G1,ZNF512B,DIDO1,GSK3B,KDM5C,NUMA1,PRKCSH,CHD8,DDX42,ATP2A2,CHD4,CHD3,YBX1,AFF4,LMNB2,LMNB1,SCRN1,ZC3H7B,SNRNP70,UBTF,WDR6,TNPO1,NEO1,TNPO2,YWHAG,CAD,SAFB,RAD23B,CKAP5,SEPT2,TRAF7,SFPQ,GTF3C1,SMARCD1,KDM3B,DCTN1,SRSF1,ATP1A1,ADD1,USP19,FAM168B,GANAB,MTA1,FAM168A,CCDC85C,U2AF2,UBQLN1,EIF4H,MTA2,HNRNPA1,UBQLN4,UGGT1,EIF4B,HNRNPA3,MARCKSL1,TAF15,FBXL19,NDUFA2,NDUFA1,PTPN11,SSRP1,CDC42BPB,HNRNPAB,MTOR,NEURL4,CARM1,ACIN1,EIF3C,EIF3B"
+"gene_set_query"	"51"	"GLYR1"	"127.3"	"ARCHS4 Coexpression,122;ReMap ChIP-seq,8;GTEx Coexpression,252"	"POP5,MAPKBP1,NUP107,TFRC,LSM11,TBK1,PSMD4,CAPNS1,RAVER1,ALKBH1,FGFR1OP2,PSMD3,PSMD1,AKT1,PRKACA,SAMD10,FNBP4,FNBP1,TSTD2,CSNK2A2,SND1,EWSR1,DDIT3,ZC3H11A,CLNS1A,RUFY2,UQCRC2,SF1,SAR1A,SAR1B,MRPL18,FLII,BAZ2A,CIAO1,HMGXB4,LARP1,PIP5K1C,PRPF38A,EIF2AK1,PMM2,PBX2,MRPL22,SETX,PSMG1,HYOU1,ARF3,RPLP1,RPLP0,PRKAG1,MRPL36,MED17,MED13,LRRC47,UPF1,NSUN2,ACTL6A,LRRC40,MRPL47,BAZ1B,DYNLL2,DDB1,PSMA5,SLC7A6,PSMA3,PTRH2,MED20,RAPGEF1,PGAM5,DLD,ERGIC1,ATL2,SRRT,DLST,SDAD1,CENPB,GGA2,NRAS,EXOSC10,TCOF1,MICALL1,PSMB1,MFN2,SRSF11,UTP6,MBD6,CRBN,USP9X,TARBP2,GATAD2A,SKI,NUDT21,LYRM2,PSMC5,TAOK3,SLMAP,SNX14,SERBP1,PSMC2,TAOK2,TSR1,PKN1,CSE1L,ATN1,FBXO21,TSEN2,ALDH1L2,SMCHD1,STK11,OSBP,KPNA6,PMPCB,FBRSL1,KPNA4,SLC38A1,ANAPC7,VPS33A,SARS,PRPF4B,FTSJ3,ATXN2L,ACLY,MRTO4,SNRNP200,KPNB1,ANAPC2,KHDRBS1,LRRC59,INO80E,TXNDC9,MAZ,UBFD1,ACAT2,ACAT1,HSP90B1,SBNO1,RAP1A,NDOR1,G3BP1,G3BP2,BRIX1,TXNDC5,NOP14,API5,FUS,UROS,GFPT1,EEF2,SON,SH3BP5L,UQCRQ,MDM2,MDM4,TUBGCP4,OGT,NFE2L1,ZNF512B,POMT1,PPP6R1,SUMO2,SNAP29,DGCR2,EIF5B,ACTR2,PPP1R12A,VEZF1,RAD23B,ARFGAP1,QTRT1,GIGYF1,SLC25A17,HAX1,ETF1,PPP1R12B,SLC25A12,GAPDH,PPP1R12C,GTF3C1,BECN1,GTF3C4,PPM1L,NDUFB5,SRF,LENG8,MLLT1,HSD17B10,SRM,FOXRED2,SRR,GANAB,U2AF2,PHKG2,IARS2,UBQLN4,TRIM44,EIF4B,NOP58,CIZ1,HNRNPA3,MID1IP1,DONSON,IMMT,HNRNPAB,ATOX1,MCM3AP,EIF3L,EIF3G,PDCD2,EIF3C,TRIM32,SMAP1,EIF3D,EIF3A,EIF3B,CCNH,EIF4A3,ZDHHC5,TXNDC11,THUMPD3,CCAR1,HERC2,TRIM28,CCDC97,ATXN7L3,EPHA7,ALG5,MOGS,ACTN4,PPA1,KCNQ4,PAXIP1,TBC1D9B,DHX8,TMEM63B,DHX9,RTF1,BRCC3,GSPT1,MBTD1,APH1A,DHX33,LARS,HLTF,DHX36,PCBP2,SYMPK,SEC31A,XRCC6,INTS1,RCC2,INTS2,PAICS,IFFO1,AIMP2,ZBTB6,CDC16,CALU,CALM3,NOL11,SUGP2,AARS,MRPS17,CCDC127,CTSZ,INTS10,NAT10,HERPUD1,SYNCRIP,ACTR1A,ARIH2,SDF2,CCT2,PBRM1,TMEM150A,WARS,ATMIN,MRPS25,PABPC4,NCOA4,MINK1,COMMD1,RGMB,SREBF2,RGMA,TOX4,CSDE1,CANX,TAX1BP1,PABPC1,ARHGEF2,SFI1,MRPS35,HEATR1,DERL2,GNAI2,PES1,EXOSC8,PAK6,CCT8,RAE1,CCT5,EXOSC1,CCT4,DYNC1H1,PEX19,SORT1,YIPF3,RPA1,RSRC2,AP2B1,NPM3,RGP1,PDCL3,SEC23IP,SGSM3,NDUFAB1,SGSM2,HDGF,PNPLA6,GRINA,OTUD4,DBR1,UBE3C,NUP188,PRDM4,BCCIP,UBE3B,UBE2Z,PHRF1,CELSR2,NARS,EEF1B2,CAPN7,KIF5B,SNIP1,SBF1,SH3GL1,PCID2,TPRA1,UBE4A,UBE4B,SDHA,WBP11,HNRNPUL1,HNRNPUL2,DKC1,EHBP1L1,DDX6,DDX5,PSMD12,PSMD11,COX15,DDX1,PSEN1,SUPT6H,RNASEH1,NDUFV3,YARS,NUP155,CCDC136,TIMM44,KLHL23,CLK1,GNB2,GNB1,MKRN2,STT3A,UBA2,UBA1,TCF3,LSM14B,RBM28,RBM25,GSK3A,PODXL2,DDX46,LDB1,PRKCSH,HP1BP3,DDX42,ATP2A2,PSIP1,CHD4,CHD3,CHD2,LMNB2,LMNB1,PPP1R9B,SEC61A2,SEC61A1,LASP1,YWHAG,ARHGEF11,TBP,NCBP1,RBM18,BUD31,DDX55,GPCPD1,UTP18,NDUFS6,NDUFS1,DCTN5,DDX27,SFSWAP,ANKS3,GOSR1,DDX23,CSTF2T,DDX21,HMGCR,ADD1,TAF1D,GNG3,MTA1,TDG,BMS1,TRA2A,NAA25,BNIP2,DROSHA,MTA2,SMNDC1,FBRS,CYTH1,RBM39,TAF15,PDAP1,SSRP1,SOD2,TTC19,TTC17,CLCN7,ERCC3,CARM1,FAM131A,ACIN1,TAF6,QRICH1,TAF1,NCKAP1,ANKLE2,TES,TRRAP,DCAF8,HNRNPU,GPATCH4,HNRNPR,SMC3,EPRS,CNST,TFG,ZMIZ2,RPL36,LUC7L,RNF111,NUP214,DDX17,MED1,DDX18,IAH1,NUP210,ARMC9,SCRIB,ARMC8,GTPBP4,HCFC1,WDR82,ARMC6,SARNP,ZSCAN21,YME1L1,NUP98,PRR12,RNF121,PRR13,NUP205,POM121,RPN2,MAPKAP1,XPA,VPS26B,GLG1,FAM160B1,NCSTN,PPP3R1,WDR70,NUP85,CHST12,RAD21,MCMBP,NUP88,PLCG1,SERF2,ST3GAL3,SNAPIN,ST13,SETD1A,UPF3A,PRRC2B,THAP11,PRRC2A,TADA2B,HNRNPL,HNRNPM,HNRNPK,NPLOC4,HNRNPC,FARSB,SETD5,TCF25,SETD6,ARPC1A,ADK,CLTA,SMG7,TMEM186,SMG5,WDR43,ING4,RARS,RIOK1,CIC,BRD3,WDR36,WDR37,ASH1L,GNL2,NUDT16L1,NCOR2,NCOR1,TCP1,GARS,TKT,GART,PHLPP2,CDC123,SF3B2,WDR26,SF3B3,BCLAF1,RPS15A,SRP72,UBN1,USP1,ANKRD54,BRD9,BRD8,ANKRD52,PAIP2,SF3B1,PAIP1,SF3A3,PCGF6,SF3A1,BRF2,SF3A2,ELP2,ELP3,TTC9C,SRP68,SCAF1,LRPPRC,TRMT6,NUCB1,TMEM39B,IPO7,PPP1CB,PPP1CC,IPO9,LAMP1,SLC39A6,SLC39A7,GTF2I,SUPT16H,RNF44,USP5,TPM3,RPS8,TPM1,TRAFD1,THOC5,RNF40,RNF41,BSCL2,CLIP1,ILF3,RAB35,ERP29,SNRPE,ADNP,CSNK1G2,GLYR1,RAB5B,RAB5C,UBR4,TARS,GTF2E1,TPR,BAG1,BTBD2,NACC1,SAFB2,ABL1,SRGAP3,WDTC1,RAB4A,ANKRD27,SEC16A,CHERP,BCL9,COPS3,SLC7A6OS,SYNJ1,CNOT1,COPS2,REEP2,CNOT3,SPIRE2,RNF181,CSPG5,PLXNB2,IARS,CNOT8,CNIH3,EIF4G2,CNIH4,MAP3K12,EIF4G1,SERINC4,RNF10,WDR1,CCDC47,WDR3,WDR4,PTPN23,SART1,SART3,OPA1,SNRNP70,OPA3,UBTF,WDR6,HIF1AN,EIF2B1,TNPO2,TNPO3,IDH3A,ADSL,REXO1,CHUK,DIS3,ELAC2,SMC1A,RANGAP1,PATL1,DNAJC2,TRAF7,POLR1B,DNAJC5,POLR1C,SMARCD2,GTF2A2,EI24,RAB1B,PDHB,FBXL20,DCAF15,AP3M1,NFS1,RBBP4,DNAJB5,POLR2B,RBBP7,UGGT1,RNF20,RNF26,AMFR,FBXL19,RPRD2,CDC42BPB,MTOR,DNAJA1,CUL4A,SNRNP40,P2RX2,PSAT1,MGAT4B,RUNDC1,DRG1,CEBPZ,SNRNP48,PPIL3,PFKM,METAP2,PANK4,TCERG1,ARL6IP1,VARS,PITPNB,GDE1,PWP1,PDCD2L,TIAL1,KAT5,UBAP2L,DENR,TBC1D10A,SRRM2,COG4,MRPS18C,SRRM1,TIAM2,AFG3L2,NIF3L1,CARHSP1,RRAGA,KARS,VDAC2,VDAC1,TTLL12,CBLL1,ANP32A,TWF2,RPAP3,INPP5B,PDCD11,INPP5E,CSTF1,MLEC,ZRANB2,SETDB1,SLC35E3,MANF,SMU1,FUBP1,RNPS1,ALDH18A1,ANP32B,RPS24,CC2D1B,AHCTF1,DAZAP1,ZCCHC17,PRPF19,RPTOR,EPM2AIP1,XPO1,C1QBP,XPO5,TMED2,PRMT5,CDV3,PRMT7,PARP1,STRADA,NME2,ZDHHC16,NFX1,WAC,HNRNPH3,MAPRE1,NOL8,HIRA,RBM15B,CHRAC1,MTX3,AP3D1,SORBS1,KBTBD4,RSL1D1,XPOT,MARS,RAB3GAP1,CDK5R1,ROGDI,HDLBP,ARID4A,TOMM20,CHCHD4,EFTUD2,ARHGDIA,CHRNB2,PDIA3,NOM1,SHISA4,TRNT1,TMEM130,PRPF6,PRPF3,CHMP4B,MATR3,ISCU,DAP3,ZCCHC8,COPB2,IDI1,COPA,COPB1,NOP2,PRPF8,TMEM127,DNAJC21,SUDS3,ATP6V1D,ZC3H14,MARK2,DNAJC19,HSPA9,KLHDC2,CPSF7,KLHDC4,PNPT1,RHBDD3,CPSF1,HSPA4,CPSF2,DNAJC11,EIF2S2,COQ7,CRLS1,EIF2S1,COQ5,CAPRIN1,CLASRP,SAE1,USP36,KDM5C,NVL,USP34,YBX1,FBLL1,USP39,FLCN,SEPT9,ZC3H7A,ZC3H7B,TOPBP1,MAN2C1,RBM5,POLG,KLF13,USP42,SAFB,SENP3,LSS,SEPT2,KLF16,DNM2,SUPV3L1,DDX19A,THRAP3,TERF2IP,LUC7L3,CHMP7,CHMP5,USP14,STOML2,KDM3B,USP10,ATP1A1,USP19,IWS1,STRN4,FAM168B,FAM120A,NT5DC3,ROMO1,ABCF2,MAPK6,PTCD3,ATE1,KDM4A,PTCD1,USP22,ZFC3H1,DEK,GDAP2,NEURL4,CDK2AP1,TBKBP1"
+"gene_set_query"	"52"	"PREB"	"127.7"	"ARCHS4 Coexpression,40;Enrichr Queries,22;GTEx Coexpression,321"	"RPL3,POP7,TFRC,ARAF,HNRNPU,EPRS,RPL8,PHB2,DCAF6,RRP9,PSMD8,PSMD4,RAVER1,MYC,PSMD2,PSMD3,ZXDC,RPL35,CD3EAP,SCAMP3,GTPBP4,SND1,WDR77,SCAMP2,RNF123,RNF126,ARMC6,CLPP,PSME3,DDIT4,UQCRC1,JTB,RBCK1,RPL29,ATF4,RPN2,SAR1B,SHMT2,FLII,RPN1,MRPL14,MRPL12,MRPL11,LDHA,HSPH1,PRDX4,PPP4C,PRKAR2A,PRDX1,S100A10,JUN,PRELID1,MRPL28,LARP4,MRPL24,EIF1,TADA2B,CS,NPLOC4,EIF6,FASN,HYOU1,DUS1L,FARSA,ARF4,ARF1,PIGU,RPLP0,MRPL38,MRPL37,OSBPL11,TMEM186,SMG5,TUBA1B,MRPL40,FASTK,SPIN1,RRP12,LRRC47,UPF1,NUDC,TPI1,SSR4,SSR2,PGAM1,SSR3,SIRT4,WDR34,MRPL46,DUSP6,PSMA5,HADHA,TAF6L,RNF167,PSMA3,TUBB2A,PXDN,TCP1,TUT1,PGAM5,GARS,ARF5,SLC29A2,GRN,ECHS1,GSTP1,RPL12,GPS1,USO1,TIMM10,PSMA7,PSMB6,PSMB4,PSMB5,PSMB3,LMAN2,ASNA1,RPS3,CLPTM1,RPS2,RPL18,YKT6,RPL19,MDH2,WDR18,SYVN1,PSMC3,MYBBP1A,PSMC4,NUCB1,PKN1,MTCH1,AUP1,APEH,IPO4,EDC4,RUVBL2,CFL1,NUDT19,PMPCA,MAF1,FADS1,FBXW5,PCYT2,USP5,TPM3,RPS5,GTF3A,FBXO10,PGD,POLRMT,CTDNEP1,ACLY,NCL,RAB35,PGP,SQSTM1,SNRPA,SNRPB,SRSF9,LRRC59,INO80E,RAB5C,INSIG1,MAZ,AK2,PHB,HSPBP1,CORO1B,ACAT1,HSP90B1,STIP1,PITRM1,PGK1,MCL1,ESRRA,EIF2B3,ASNS,EEF2,LSM4,ZC3HC1,PTPRA,TMEM11,CDK4,CLPTM1L,IARS,ACO2,DHCR7,SLC25A1,SLC25A3,HSP90AB1,MCM7,COX4I1,ETFA,DUSP12,MRPL2,SPR,WDR5,SLC37A4,EIF5A,ADSL,HSP90AA1,GPX4,SIGMAR1,RPL13A,RAD23A,EDF1,RANGAP1,YDJC,REXO4,DDOST,COASY,PTP4A1,TRAF7,HAX1,DAD1,CTDSP2,POLR1B,RP9,SLC25A5,GAPDH,SLC25A11,RNF31,SMARCD2,GTF3C5,RAB1B,HSD17B10,SRM,GANAB,NCLN,PUF60,FIP1L1,U2AF2,POLR2D,EIF4H,POLR2E,DNAJB9,AAMP,SEC11C,SLC35A4,PPP1R14B,MMAA,KCNJ11,FEM1A,ADRM1,TPRKB,HNRNPAB,TPD52L2,BCKDK,PFKL,SLC25A39,IMPDH1,DNAJA3,EIF3I,IMPDH2,EIF3J,POLR3E,EIF3G,STUB1,P4HB,EIF3C,EIF3B,EIF4A1,SLC35B2,SMARCB1,VARS,SLC35B1,TXNDC11,KEAP1,PDCD2L,ACTB,NUBP2,RPS14,TRIM28,RPS19,FTH1,BSG,LONP1,ARL6IP4,SEPHS2,ECH1,MRPS18B,MRPS18A,MOGS,GNPAT,POR,CDC34,GRWD1,KDELR2,TTLL12,PFN1,ATP6V0D1,AURKAIP1,TMEM161A,TRMT2A,UBE2J2,APH1A,CHTF8,PCBP1,MLEC,RCE1,DECR2,TRAP1,XBP1,SURF4,MANF,AIMP2,CALU,CALR,AARS,ITM2C,MRPS17,MRPS15,MRPS16,GPAA1,MRPS12,CCDC124,PRPF19,HERPUD1,THTPA,HINT1,C1QBP,CHMP1A,MLX,DHX15,TMED2,SDF4,TMED1,CTSD,CTSB,CCT3,PRMT5,TMED9,ATP6V0B,SEC13,MRPS26,TMEM150A,WARS,MRPS24,PRMT1,MRPS22,PABPC4,NME2,MRPS2,TFB2M,MRPS7,TUBG1,MRPS5,MLF2,RHOB,MRPS9,RPUSD1,PABPC1,CRELD2,ALDOA,CSTB,AHCY,PCNA,DERL1,COX5A,NOL6,HIRA,SAMM50,PES1,HSF1,HEATR3,CCT7,CCT5,CCT4,BCAP31,NPM1,PTGES2,TMUB1,NPM3,PPP1CA,BOP1,MARS,HNRNPA2B1,CD81,HDLBP,ACTG1,CHCHD2,CHCHD3,TMEM147,ARHGDIA,FPGS,PDIA3,PHYH,PAM16,ATP1B1,SDHB,ATAD3A,PDIA6,TUFM,COX6B1,PDIA4,OXA1L,TMX2,DNAJB11,PPIF,PPIB,PPID,DAP3,COPB2,VCP,RPS19BP1,NDUFB11,PSMD13,DPP3,IRAK1,DPP9,RPRD1B,NDUFV3,CYC1,NDUFV2,NDUFV1,HSPA9,YARS,HSPA8,FDPS,PRNP,KLHDC3,HSPA5,RHBDD3,IDH2,HMGA1,TIMM44,EIF2S2,DNAJC16,COQ5,HOOK2,HOOK1,GNB2,STT3A,SRPRB,UBA1,COPE,UBE2M,ACADVL,DDX49,PRKCSH,ATP2A2,SEC61A1,GMPPA,UQCRFS1,SCYL1,POLG,GET4,PDPK1,H2AFX,DDX56,DDX54,TMEM214,RER1,NDUFS2,CHMP6,B4GALT7,STOML2,POLDIP2,DDX21,MTIF2,SLC3A2,ATP1A1,TBRG4,HSPD1,TMEM201,DNPEP,MKNK2,RALY,RPP14,PTCD1,RRM2,NAA10,SGTA,HSPE1,USF1,SOD1,CDK2AP2,RBM42,BAX,VIM,RAN"
+"gene_set_query"	"53"	"UBP1"	"128.0"	"ARCHS4 Coexpression,151;Enrichr Queries,19;GTEx Coexpression,214"	"IPO13,RPL4,NCKAP1,MDC1,TES,TRIO,TFRC,TRRAP,HNRNPU,HNRNPR,ADARB1,EPRS,LSM11,ALCAM,MPRIP,RAVER1,DPYSL2,MYC,AKT3,AKT1,FNBP4,DDX17,DDX18,RBFOX2,WSB1,NUP210,ARMC9,AFAP1,CD3EAP,RC3H2,GTPBP4,SND1,HCFC1,MYL6,WDR82,ZC3H11A,DDIT4,PRR12,ATF4,SF1,NUP205,POM121,SET,BAZ2A,HIF1A,ADH5,MTDH,LDHA,PPP3R1,LARP1,HSPH1,BLOC1S1,PIP5K1A,PLCG1,S100A10,JUN,JUND,SETD1A,MRPL28,PRRC2C,PBX2,PRRC2B,PRRC2A,HNRNPL,HNRNPM,HNRNPK,EIF5,EIF6,FASN,HNRNPF,HNRNPD,HYOU1,FAT4,HNRNPC,FERMT2,EZH2,ARF3,ARF4,SMG1,BTG1,GPR21,RPLP0,CLTC,TCF20,SMG7,SMG5,NIPBL,TUBA1B,AP3S2,JARID2,UBL7,BRD2,UPF1,ELOVL5,BAZ1B,SIRT2,DUSP6,NCOR2,NCOR1,TUBB2A,PXDN,ERGIC1,WDR26,SRRT,DLST,SLC7A1,PSMA7,TM9SF3,BCLAF1,RPS15A,BTAF1,NSD1,SPOP,USP1,FLNA,ANKRD52,SF3B1,SRSF11,SF3A1,LRPPRC,ARCN1,WDR11,GATAD2A,SKI,NFIA,MYBBP1A,NFIB,SLMAP,SERBP1,TAOK2,SARM1,PKN1,MTCH1,FAM13B,CEP120,IPO7,PPP1CB,YY1,IPO8,IPO9,SCMH1,CFL1,OSBP,PAPOLA,SLC39A7,KPNA2,HMGN1,GTF2I,SUPT16H,SLC38A1,USP7,MAP2K2,TPM1,UBE2E1,PRPF4B,THOC2,FOXP1,ATXN2L,ILF3,RALGAPB,DMTF1,NCL,RAB35,SRSF2,SRSF3,SRSF6,SNRNP200,SRSF7,KPNB1,ANAPC1,GLYR1,ANAPC2,LRRC59,DNMT1,CBFB,MAZ,ITPR1,UBR4,UBFD1,CORO1C,HSP90B1,RAP1A,PITRM1,UBR5,NACC1,ABL1,DVL3,SLC38A2,MCL1,ATP8B2,API5,FUS,SEC16A,TRAPPC5,EEF2,BCL9,MFHAS1,LRCH2,LRCH1,SON,CNOT1,SP3,GPR107,OGT,EIF4G2,NFE2L1,EIF4G1,ITGB1,ZNF512B,HSP90AB1,WDR1,DUSP12,PPP6R1,SNRNP70,UBTF,DGCR6,ERC1,EIF2B1,TNPO1,CCDC50,UNC45A,ACTR3,ACTR2,HSP90AA1,PPP1R12A,ATRX,ZFP91,SMC1A,RAD23B,DDOST,PATL1,PTP4A1,PTP4A2,TRAF7,NSMCE4A,TFDP1,CTDSP2,POLR1B,TOP1,BDP1,PPP1R12B,GAPDH,GTF3C1,NFAT5,MTPN,SEC23A,SMARCD2,UHRF2,ROCK1,SRF,SRSF1,LENG8,GANAB,U2AF2,RAB23,KRIT1,UBQLN1,FEM1C,POLR2J,UBQLN4,EIF4B,HNRNPA0,SMARCE1,CIZ1,HNRNPA3,RNF26,PCDH7,NDUFA3,FBXL19,NDUFA2,PTPN11,PTPN12,CDC42BPB,HNRNPAB,DNAJA1,PINK1,MARCKS,KLF6,MGAT4B,TNRC6A,TPT1,EIF3A,EIF3B,EIF4A2,TCERG1,EIF4A1,APP,VARS,PITPNB,ZMYND8,DIXDC1,ZDHHC5,THUMPD1,PWP1,ACTB,CDC23,HERC1,TRIM28,FTH1,UBAP2L,ATXN7L3,SOX4,TMPO,SRRM2,SMARCC1,ACTN1,ARRDC3,MOGS,ACTN4,TWSG1,KCTD10,KCNQ4,ANP32A,DHX9,MYCBP2,PIK3R1,INPP5B,APH1A,COMMD9,DHX35,PCBP1,PCBP2,MLEC,SYMPK,TNRC18,RAB11FIP2,RBM12,ARGLU1,FIS1,NUS1,INTS1,RCC2,PUM1,PUM2,FUBP3,WNK1,FUBP1,ID2,ANP32B,CALR,CALM1,RPS24,ITM2C,TOP2B,DAZAP1,CITED2,MRPS12,GDI2,PCSK7,PRPF19,PTMS,PPP3CA,SYNCRIP,XPO1,DHX15,KIF1B,CTSB,PBRM1,TSC22D1,PABPC4,ZFR,MINK1,MRPS7,SREBF2,MLF2,RHOB,ENAH,SLTM,HNRNPH1,CSDE1,CANX,FAM20B,PABPC1,CD47,ALDOA,SGK1,PTMA,SLC20A1,HIRA,SH3BGRL,PES1,GPC4,PAK2,MAP4K4,MON2,NPM1,RYK,PTGES3,HUWE1,SORBS1,AP2B1,MIB1,VEGFA,HNRNPA2B1,CTNNB1,ESYT2,HDGF,TRIP12,TARDBP,UBE3C,HDLBP,NUCKS1,UBE2Z,TOMM20,ACTG1,TATDN2,PPIP5K2,BASP1,ARHGDIA,KDM2A,APLP2,PAM16,ATP1B1,EEF1A1,TMX3,HNRNPUL1,HNRNPUL2,CHMP4B,MATR3,PPIG,DDX5,ARHGEF25,NPR2,CACNA1C,PDS5A,PRPF8,SUPT6H,CACNA1H,RTN4,SDCBP,BPTF,BCL9L,HSPA9,IVNS1ABP,HSPA8,PRNP,ACBD5,CPSF7,UBE2I,HSPA5,CPSF1,DSTN,DNAJC13,NUP153,MANBAL,AZIN1,NFKBIA,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB1,GNAS,STT3B,TCF3,SAE1,LSM14B,PICALM,YWHAE,RERE,CREBZF,RBM25,KDM5C,DDX3X,LDB1,YWHAB,PRKCSH,USP34,DDX42,CHD6,ILK,ATP2A2,CHD4,YBX1,CHD3,USE1,LMNB2,LMNB1,PPP1R9B,SENP6,SEC61A1,SEPT9,LASP1,YWHAQ,UBE2Q1,ZC3H7B,LRRFIP1,RBM5,YWHAG,PDPK1,H2AFZ,CAD,NAV2,ARID1A,DDX50,YWHAZ,SENP3,LATS1,SFPQ,SETBP1,LUC7L3,NUP54,ZMYND11,KDM3B,GOSR1,DDX21,ATP1A1,AGPAT3,HSPD1,FAM168B,CAND1,DNPEP,MTA1,ALDH1B1,PABPN1,MAT2A,TRA2B,NT5DC3,FAM120A,MTA2,FBRS,PDLIM7,RBM39,TAF15,TAF10,ATP2B4,NAP1L1,DEK,SSRP1,SLC4A7,GOLPH3,NEURL4,CARM1,ACIN1,VIM,R3HDM1,TAF2,RAN,TAF1"
+"gene_set_query"	"54"	"ZBTB7A"	"133.4"	"ARCHS4 Coexpression,162;ENCODE ChIP-seq,79;Enrichr Queries,133;ReMap ChIP-seq,95;GTEx Coexpression,198"	"ITSN2,ATF2,POP7,TSKU,SCAMP4,KRTCAP2,SAMD14,PSMD6,CAPNS1,MPRIP,DPYSL2,AKT2,PSMD2,AKT1,PRKACA,PRKACB,SAMD10,STARD3,GABARAPL2,HES6,DAXX,SAP30BP,RBFOX1,UNC5A,FNBP1,DNTTIP1,EML2,BCR,PRKAR1B,PRKAR1A,DDIT4,RUFY2,PSME1,TBPL1,ATF4,MTMR1,SLBP,MTMR2,TTYH3,ABCB6,SHMT2,NPRL3,AGAP2,PDGFA,SDR39U1,COPS7B,ABCB8,BAZ2A,MRPL14,AGAP3,MRPL12,OAZ1,GABARAP,MRPL20,RHOT2,RNF214,CYB5R4,LARP1,RHOT1,RNF216,RNF215,KCNMB4,RDH14,AMZ2,PIP5K1C,PUSL1,RHBDL1,PRRT1,HEXIM1,JAG2,ABCA2,CREBBP,JUN,PRRT2,JUP,EIF2AK1,PMM2,PBX2,MRPL28,SNF8,FAM136A,MRPL23,MLLT11,MLLT10,TBL3,FAM135A,UCK1,EIF5,EIF6,FASN,PSMG3,PKIG,DZIP3,LGMN,ARF3,PIGU,LRSAM1,PIGT,PIGO,KCNC3,PIGQ,HEXA,RPLP0,ARHGAP1,MRPL38,MRPL39,SNX11,MRPL37,MED16,AACS,BBC3,DDA1,JPH4,PANX1,TRMT112,MED11,TUBA1B,JPH3,MRPL40,TMEM44,FASTK,RPLP2,DLGAP1,DLGAP3,DLGAP4,JAK1,APC2,UPF1,LRRC45,DFFA,ACTL6B,SPHK2,TEX10,ELOVL2,SLC39A13,SIRT7,DYNLL1,GMIP,DUSP8,DYNLL2,MED29,DUSP6,SRP9,DUSP7,MRPL44,MED23,SLC7A5,MED25,MED24,PSMA4,BDH1,CDC42EP4,PXDN,CDC42EP3,CDC42EP2,PELI1,RAPGEF1,TMEM106B,SLC29A1,ERGIC3,PAFAH1B3,ARF5,VAMP2,SLC29A2,LRRC14,TRUB1,ECHS1,LIN37,STAU2,SRRT,RPS27L,CENPB,GGA2,RECQL5,SNX27,TCOF1,STX6,SPOP,FLNA,NCDN,SAMD1,RABAC1,MEF2D,NKTR,SRSF12,MBD3,LRRC24,DAB2IP,SNX21,SKI,CCDC9,SNX17,SHKBP1,SNX15,TAOK2,CCDC6,TSR1,GOPC,PKN1,AGRN,CRAT,CRLF1,YPEL3,MTCH1,SLC27A1,ATN1,MPV17L2,UBE2D1,PLOD3,ZBTB22,APEH,YY1,FADS2,EIF4ENIF1,LAPTM4A,POFUT2,STK11,FNTA,RUVBL1,SCMH1,FBRSL1,CEP250,PIM3,CIR1,MAP3K9,FADS1,KPNA1,SLC25A46,PIAS4,SH3GLB1,SH3GLB2,FBXW5,PCYT2,DGAT1,FBXW8,PPP1R16A,FBXW9,POLRMT,CASD1,FBXO11,LENEP,FOXP1,FRMD3,ACAP3,TPST1,MSH2,FSCN1,SQSTM1,KPNB1,ARL8A,ARL8B,SLC27A4,ANAPC2,SRSF9,INO80B,SHC2,RNASEH2A,TUBGCP2,MAX,MAZ,STK39,FBXO45,UBFD1,FBXO44,FBXO41,CORO1B,RAP1GAP,GLIS2,FBXO42,SBNO2,ATXN2,NDOR1,MBIP,E4F1,SLC38A2,NOP14,RASL10B,UROS,TMEM120A,HPS1,ARPC4,EEF2,CORO2A,UCKL1,FBXO31,DRAP1,STK25,SP3,MDM2,TUBGCP4,LRCH4,NIT1,TMEM19,NFE2L1,ZNF512B,HSP90AB1,POMT1,ETFB,NRGN,PPP6R1,HMG20A,UNKL,DIS3L2,PELP1,ACTR3,HSP90AA1,PEG3,VPS37C,VPS37D,RAD23A,VEZF1,RABGGTA,ARFGAP1,GIGYF1,ATRN,TMBIM4,SNPH,SLC25A19,SYF2,C1D,SNURF,ETF1,BIRC6,TOP1,PPP1R12C,SLC25A11,SLC25A4,AHDC1,ST6GALNAC6,PPP1R15A,GTF3C2,SEC23A,CANT1,LRP1,SRF,SRSF1,LENG8,FOXK2,KATNB1,ZBTB45,FURIN,FOXK1,U2AF1,MLLT1,LRP3,MLLT6,TSPAN31,LRP6,CDC42,CCDC85C,U2AF2,SH3BP2,PHKG2,FEM1C,FYN,IARS2,SLC25A23,UBQLN4,SLC25A22,SH2B2,UBQLN2,SH2B1,GADD45GIP1,NOP56,CYB5B,PTPN1,PPP1R14B,CIZ1,TRIM41,MMAA,MBOAT7,BAIAP2,TPD52L2,CABLES2,DBNDD1,MYO1B,SLC25A39,CDKN2AIPNL,EIF3I,TRIM35,PTPN9,STUB1,P4HB,CDR2L,ATXN10,TRIM33,AHCYL1,KDELR1,TXNDC11,CCNC,ZDHHC8,IFI30,ACTB,CYB5D1,CRKL,NUDT4,CDC26,BSG,FBXO3,CCNL2,BSN,SEC62,ATXN7L3,SEC63,PAQR4,ZFP1,ACTN1,ENTPD6,PAQR3,CIRBP,NSMCE1,TALDO1,CSNK1D,MOGS,ACTN4,MIF,ANK1,PISD,STX1B,CDC34,FNDC4,THAP7,CDC37,KCNQ2,KCTD13,FAM76B,ULK1,KDELR2,CTXN1,KCTD18,AARS2,GGNBP2,DHX8,TMEM63B,CEND1,PIK3R2,PIK3R1,UBE2J2,UBE2J1,SNX3,MBTD1,PGS1,SNX2,SEC14L1,PCBP4,PCBP1,PCBP2,DHX36,KCNN1,SYMPK,B4GALNT1,HIVEP2,DECR2,RAB11FIP2,RBM12,RAB11FIP3,B4GALNT4,XBP1,IQSEC2,INTS1,IQSEC1,RCC2,XRCC1,NTAN1,SMARCA2,SMARCA4,EXT1,ICK,CALY,WNK1,PTK7,ID2,PPP1R1B,PAF1,SDC1,ECHDC2,COL9A3,NOL10,CALM3,FBXL2,CALR,CALM1,RGL2,CALM2,SUGP2,FBXL6,AARS,MRPS17,CCDC120,FAM57B,MRPS12,AATK,NAT14,RAB22A,NUDCD3,PCM1,PPP3CB,MAP1LC3B,NCS1,UIMC1,MLX,RAC3,SDF4,SSSCA1,RAC1,GIT1,CTSB,ACAD8,TMEM150B,MRPS26,NCOA5,STARD3NL,MMD,GAA,PABPC4,MINK1,ANO8,PRPF40B,MRPS2,SYP,RGMB,MRPS6,TMEM150C,SREBF2,SYN1,APRT,PDRG1,TOX4,GAK,IMMP1L,PITPNM1,VSNL1,CTTN,G2E3,ARHGEF4,ARHGEF1,ARHGEF2,PABPC1,CRELD2,PTMA,DBN1,NAPB,CAB39,STX16,SSNA1,MRPS33,DOT1L,STX18,DERL2,CRIP2,CCDC106,CAMKK1,GNAI1,RELA,GNAI2,CAMKK2,RXRB,ARVCF,MNT,CAMK2N1,HSF1,MGAT3,PAK6,MGAT1,CCT7,NPDC1,SPRYD3,YIPF4,VEGFB,MIB2,TMUB1,MYO9B,DOHH,NPM3,NLE1,GRIN1,PPP1CA,VEGFA,MAD2L2,TTC9,PER1,BOP1,KLHL5,DPY19L3,SGSM3,SGSM2,TCEA2,TCEA1,HDGF,PNPLA6,GRINA,MIDN,CRTC2,CRTC1,PHRF1,CELSR2,ACTG1,IGF1R,EEF1B2,CAPN7,KHSRP,PALM,EP300,FAM3C,SBF1,BAHCC1,RGS9,SBF2,PPFIA3,SH3GL1,ZGPAT,ADPRHL2,LMTK3,LMTK2,SDHC,RUNDC3A,ADAM15,HNRNPUL1,HNRNPUL2,FAM173A,EEF1A2,EHBP1L1,DNAJB11,TBC1D24,UBE2V2,GEMIN7,RTN2,COX19,PSMD12,TSG101,NDUFB10,NXPH4,KLHL17,CACNA1A,RASGRP2,NDRG1,CACNA1H,RTN4,CNN3,TIMM50,NCKIPSD,SHARPIN,KIF3B,DEAF1,TBC1D14,CAMTA2,KIF3C,TBC1D17,QSER1,BCL9L,SYT5,PRNP,SYT3,GGT7,UBE2I,ZFHX2,KLHL26,HMGA1,DSTN,TIMM44,KLHL23,SSH3,CLK2,IFT20,GNAO1,GCLC,BMP1,HOOK2,HOOK1,GNB2,GNAS,TAB2,DEGS1,STT3B,TCF3,UBE2K,FGF11,GALK1,MXD4,RERE,YWHAE,GSK3A,CUEDC2,PRR7,NAA40,DDX3X,PRKCSH,YWHAB,CHD8,MAST1,CHD6,ATP2A2,ILK,CHD4,CHD3,TNFAIP1,CHD2,SOBP,PPP1R9A,USE1,AFF4,LMNB2,PPP1R9B,LMNB1,TTC28,LASP1,UBE2Q1,YWHAQ,UBE2Q2,BCL7B,MLST8,MYO18A,UQCRFS1,LRRFIP1,YWHAG,SUN2,NAA30,HSDL1,NUP133,PDPK1,DCAKD,ABHD14B,ARHGEF18,ABHD14A,SYNGR3,GPCPD1,YWHAZ,EPN1,EPN2,NDUFS8,IRF3,NDUFS7,UBE2R2,EEF1D,ACOX1,PPDPF,PEX6,GFOD2,MVD,NDUFS1,MAN1B1,NAT8L,EAPP,SHANK3,IRF9,OTUB1,AGPAT5,DCTN6,NAA20,RBM4B,ASAP1,AGPAT1,RNF5,ADD1,RNF2,AGPAT3,HMGCL,GNG3,DNPEP,RAB40C,TMEM203,TAF1B,TNKS2,GNG5,MAT2A,PABPN1,TMEM205,TDG,MKNK2,BNIP1,BNIP2,PTK2B,TMEM208,MTA3,FBRS,PDLIM7,RRM2,TAF10,ATP2B2,LRWD1,TTC17,POLE4,CLCN7,MAPK11,CLCN6,PNKD,ERCC3,TEF,FAM131C,ERCC1,BRMS1L,FAM131A,ERCC2,ASB6,ACIN1,TAF6,VIM,CLUAP1,NCKAP1,RPL3,TRRAP,STMN3,HNRNPU,THYN1,HNRNPR,SMC3,DCAF7,GPATCH8,DCAF6,ZMIZ1,MYC,ZMIZ2,FDXR,AP1S1,LUC7L,DIP2B,IER5,IER2,PRKCI,UNC13A,NUP210,DAPK1,PIH1D1,ARMC9,REV1,CD3EAP,AFAP1,SCRIB,ARMC8,SOX12,ATG12,RNF126,WDR81,WDR82,ARMC6,TARS2,RPL29,PRR12,RPL28,UBA52,VPS28,PRR14,CDC42SE1,PRDM15,VPS26B,HIF1A,ANAPC11,MTDH,ABR,PRDX2,FAM171A2,PRDX5,PPP3R1,PPP4C,CHST12,CHST10,ST3GAL5,PLCG1,SLC19A1,HMOX2,BTF3,CDK17,PRELID1,JUND,ICMT,WDR59,DMPK,CHKA,RDX,IRF2BP1,IRF2BP2,MTHFR,TYSND1,UPF3A,NR1D1,MEX3D,PHC3,PRRC2B,TMEM198,PRRC2A,EHD1,FIBP,GNPTG,GLUD1,MEX3A,RNF103,HNRNPK,GIPC1,TOLLIP,HNRNPD,CDK10,GTF2IRD1,DUS1L,ITPA,CDC42SE2,CDKN1C,OGFR,WDR47,GMEB2,PHF23,PHF1,CLTC,CLTB,GPT,KRI1,WDR46,WDR43,TMEM186,TRIM8,ENSA,TIMP2,GPR137,PLEKHN1,AP3S1,CIC,JARID2,EMD,BRD2,SHPRH,WDR37,MIOS,EXOC7,ITPK1,NUTF2,NCOR2,RNF167,AFTPH,TUBB2B,INF2,KIFC2,MTF2,GARS,KIFC3,RNF166,GAS7,GRN,GRAMD1A,NFIX,RPL10,RNMT,GPS1,TIMM13,WDR24,FGD1,ADCY6,TM9SF4,FAM129B,ARFRP1,SCAF8,SRP72,SLC17A7,RPS2,CKB,ANKRD52,RPL18,RPL19,BRD4,PAIP1,SF3A2,YTHDF2,AGK,PCGF2,WDR18,NR1H2,PCGF3,TRMT1,ELP3,WWP2,SCAF1,GTF2H5,TM9SF1,NFIA,ABI2,LPCAT4,NFIB,TRMT6,ZYX,PLP2,NUCB2,ANKRD13B,RAB3A,ANKRD13D,CHPF,RAB3D,CLSTN1,RPL10A,BZW1,RPH3A,ABHD12,NPEPPS,PPP1CC,ZFP30,TUBB3,CFL1,SLC39A7,LZTS2,TMSB10,PLEKHJ1,HMGN1,RARS2,SEMA6B,MAP2K4,TLE3,USP8,RAB2B,TLE2,MAP2K1,MAP2K2,RPS7,USP4,RPS8,F2R,AIP,GTF2F1,DGKZ,NRBP1,THOC6,CLIP3,CACNB1,CTDNEP1,PYGO2,MORF4L1,TOM1L2,CACNB3,STIM2,DMWD,DGKQ,RAB35,PGP,FKBP8,PHIP,STAMBP,PHPT1,CSNK1G2,MAD1L1,RTN4R,CUL9,BRSK1,FKBP2,CD151,ANKRD11,CUL3,GLT8D1,ABHD8,ITPR1,SLC38A10,UBR1,KRBA1,GTF2E2,GOLGA7B,NEUROD2,HMBOX1,BAG5,KLC2,PITRM1,BTBD2,DVL1,NACC1,DVL2,MAP2K7,MCL1,WDTC1,ESRRA,EIF2B4,TRAPPC3,OSBPL7,ANKRD27,TNK2,TRAPPC5,MARCH9,DHCR24,MARCH8,BTBD9,ADAP1,SCRT1,LSM7,CNOT7,CDK5,YEATS2,REEP5,CDK4,MAFG,MAP3K10,PLXNB2,PLEKHM2,PLXNB1,DHCR7,LZTR1,CNIH2,RAB5A,BCL2L2,RNF187,BCL2L1,DAGLA,ZC3H4,ZC3H3,TRADD,PTPN23,PTBP1,DUSP12,METTL14,VPS72,SNRNP70,UBTF,CEP170,EVI5L,CCDC50,PLEKHG2,REXO1,GPX4,SECISBP2L,AMT,EDF1,PTBP2,REXO4,TRAF7,PTP4A3,DNAJC5,CTDSP2,CCDC43,RP9,EIF4E2,SOS1,CRK,SFT2D1,TRABD,HDAC5,NFAT5,SMARCD1,SMARCD2,WBP2,RAB1B,WBP4,SEMA3F,PDHB,DPCD,DNAJB2,FZR1,NFS1,POLR2A,FIP1L1,MGAT5B,POLR2D,RAB24,POLR2E,POLR2H,SEC11A,UGGT1,CCDC71,POLR2L,SEMA4A,SPAG7,PPIL2,KCNJ11,RNF24,SMOX,SEMA4B,AMFR,FBXL19,CCDC59,SEMA4C,FBXL16,TRIT1,FBXL12,ASXL1,RAB10,PFKL,MARCKS,KLF6,VAPB,POLR3E,DRG1,SNRNP48,VPS45,PPIL3,PPIL4,PANK4,SLC35B2,APP,ISCA1,IFITM2,HDAC10,ZMYND8,PITPNA,HDAC11,GDE1,PWP2,RAPGEFL1,RPS15,NFU1,RPS14,GOLGA5,RUSC2,RUSC1,FLAD1,FTH1,DPF1,SOX4,TBC1D10B,AGFG1,SRRM2,SRRM3,COG6,PTOV1,COG2,MTUS1,AP1B1,CPT1C,JMJD8,MAPK8IP3,INPP4A,NIF3L1,TWSG1,CARHSP1,GUF1,TTLL12,PFN1,AURKAIP1,EZR,PFN2,CUTA,RTEL1,NECAB3,ANP32A,LMAN2L,DCUN1D2,TEX261,TRMT2A,TMTC4,FXR1,PTDSS2,NLN,SCFD1,CHTF8,ZNHIT1,SPAST,GSE1,TNRC18,STXBP5,RALGDS,ATP6V0A1,VASP,SRPK2,NUS1,NMB,SETDB1,BCL11A,TMEM50B,SLC35E3,SNHG6,KLHDC8B,SRPK1,SMU1,CCDC88A,STAG1,FUBP3,ADCK5,ANP32B,RPS21,C2CD2L,BAP1,ITM2C,DAZAP1,CITED2,SLC44A2,ZFAND2B,MYL6B,SPPL3,CX3CL1,COIL,ZMYM4,CHMP1B,XPO6,DLAT,UBXN4,RALGPS2,PSD,PSENEN,PRMT5,ZER1,TSC22D1,GP1BB,PRMT1,STRADB,RHOF,TUBG2,PPRC1,LIME1,MLF2,RHOB,RPUSD1,PACS1,WAC,RHOV,HNRNPH3,ALDOA,SGK1,MAPRE1,ATP6V0C,MPND,TOMM40,PTGER1,UQCR11,NOL9,RFNG,TRAK2,PPP2CB,HIRA,CUX1,METTL9,MAP4K3,RANBP1,MTX2,AP3D1,RAB11B,PRKRA,STAC2,R3HCC1,CTNNB1,MEGF8,KBTBD7,MPHOSPH8,RAB3GAP1,CDK5R1,NDUFA12,SPPL2B,NDUFA10,ARHGDIG,CIB2,CWC25,COMT,TMEM145,TATDN2,FAM162A,ARHGDIA,HCFC1R1,FPGS,AZI2,CHRNB2,PDIA3,KDM2A,PAM16,TSC2,WRNIP1,KCTD2,TRPC4AP,PDIA6,SHISA7,TUFM,DPM2,PRPF6,TMEM136,CHMP4B,ELMO2,FIZ1,RAI14,ZCCHC7,ISYNA1,TMEM59L,BTF3L4,HPCA,LTBP4,FBLN1,CABP1,SEZ6L2,STK4,CPLX2,CPLX1,EFNA4,CAMSAP1,PDZD4,ZMAT2,UBB,DPP9,CASKIN1,CDH24,MARK4,MYH10,MARK2,MPST,HSPA8,DARS,CBX6,ACBD4,CPSF1,CBX4,CBX3,SMURF1,CBX2,CPSF3,CBX1,ASPSCR1,BFAR,CRLS1,SMAD5,NFKBIA,ARHGAP32,DLG1,EFNA3,EFNA2,DLG4,DNAJC10,PI4KA,DYNLRB1,BRWD1,ACBD3,LRP10,ZSCAN2,GPSM1,MUS81,KDM5B,THRA,USP34,YBX1,PKD1,SENP6,SEPT9,TMEM101,SPRED2,ALDH2,SNAPC2,ZC3H7B,MCF2L,GMPPA,PDE4A,TOPBP1,USP30,RBM7,SCYL1,POLG,KDM6B,KLF13,USP42,ABCC5,AXIN1,RNF208,ARID1A,SEPT5,SENP3,DNM1,KLF16,SEPT3,DNM2,LATS1,FAM189B,FCHSD2,DDAH2,AKT1S1,TRNP1,FAM84A,DNLZ,PFDN2,ITGB1BP1,TMEM9,CHMP6,B4GALT5,TSEN34,CAMK2B,KDM3A,RGS19,KDM3B,USP10,USP12,OPRL1,WIZ,MOSPD3,ATP1A1,STRN4,U2AF1L4,HSPD1,STRN3,MAPK9,RMND5A,GNA11,LEPROTL1,ROMO1,SNCB,CAMK2G,CLASP1,MAPK3,CLASP2,REPS1,SPEN,SGTB,BAD,B3GAT3,HAGHL,CYHR1,DTNBP1,DEK,HSPE1,DLK2,NEURL4,FMNL2,PPP2R2C,RPS6KB2,CDK2AP2,SPRY2,RGS12,ATP13A2,RGS11,SSBP4"
+"gene_set_query"	"55"	"HMGN3"	"133.5"	"ARCHS4 Coexpression,60;ENCODE ChIP-seq,85;ReMap ChIP-seq,50;GTEx Coexpression,339"	"POP5,MDC1,CHIC2,POP7,POP4,RBPJ,ZFYVE1,TSEN54,FAM110A,PSMD9,PSMD6,RAVER1,PSMD4,MPRIP,PSMD2,FGFR1OP2,AKT1,PRKACA,PRKACB,DAXX,CXADR,FNBP1,SCAMP1,PRKAB1,SCAMP3,EML2,SND1,EML4,EID1,LARS2,EML5,FEZ1,PSME3,DDIT4,PSME4,ORAI2,TMEM126A,PSME1,JTB,FAR1,RBCK1,UQCRC2,LETMD1,ATF4,SF1,SLBP,TSTA3,ABCB6,SAR1B,CDCA4,FLII,MEPCE,MRPL16,ABCB8,AGAP3,MRPL12,MTMR4,OAZ1,MRPL13,GABARAP,MRPL11,MRPL20,RHOT2,RNF215,VTI1A,KCNMB4,LTA4H,PUSL1,RHBDL1,HEXIM1,B3GALNT1,ABCA2,JUN,PRRT2,CADM1,NCAPH2,MRPL27,MRPL28,PBX2,MRPL24,MRPL22,MRPL30,MLLT10,TBL3,FASN,SFXN3,DZIP3,ARF4,KCNC3,PIGQ,RPLP1,MTMR14,MRPL39,MRPL34,MED16,OSBPL11,AACS,BBC3,MRPL33,PCMTD2,TRMT112,TUBA1C,MRPL42,TMEM43,FASTK,SMPD1,RPLP2,PCMTD1,APC2,LRRC47,DFFB,UPF1,LRRC45,ACTL6B,SPHK2,LRRC49,ELOVL2,NSUN2,PGAM1,SLC39A11,SLC39A13,MRPL47,SIRT7,EPS15L1,DYNLL1,SRP9,MED29,SIRT3,SLC7A4,MED23,PHF20L1,PSMA5,MED22,SLC7A5,MRPL50,MED25,SLC7A6,PSMA3,PSMA4,PSMA2,MED21,RAPGEF1,PTRH1,SLC29A1,ERGIC3,PAFAH1B3,VAMP2,ERGIC1,LRRC14,ECHS1,ELOF1,URM1,GSTP1,SRRT,DLST,CENPB,MRPL55,GGA2,PSMB6,PSMB7,SNX29,UNK,PSMB5,PSMB3,PSMB1,ANO10,FLNA,SAMD1,YKT6,MBD3,LRRC24,MDH1,CRBN,MBD1,STAT2,GATAD2A,SKI,SPSB3,SNX19,MYBBP1A,FABP5,CCDC9,SHKBP1,APEX1,SNX14,ETNK1,TAOK2,TSR2,PKN1,CIAPIN1,AGRN,RASL11B,TMEM167B,PDCD6,PDCD5,ATN1,MPV17L2,ZBTB22,APEH,FBXO21,YY1,POFUT2,STK11,SMCHD1,FNTA,FBRSL1,PIM3,PCYT2,DGAT1,PPP1R16A,CNPY2,POLRMT,FTSJ1,LENEP,RBX1,ACAP3,TPST1,SLC9A8,FSCN1,ANAPC4,SNRNP200,SQSTM1,ANAPC1,ANAPC2,SLC27A4,PFKFB2,FTO,INO80B,LRRC59,RNASEH2A,TXNDC9,UQCRB,ARL3,MAZ,IREB2,SPATA2,FBXO45,NTPCR,UQCRH,RAP1GAP,CORO1B,ACAT2,GLIS2,FBXO42,SOCS2,SBNO2,PORCN,NDOR1,SLC38A6,E4F1,IP6K1,NADK,IP6K2,BRPF1,RASL10B,FBXO38,GFPT1,EEF2,CORO2A,UCKL1,DRAP1,ZC3HC1,IBTK,SH3BP5L,UBLCP1,UQCRQ,NFE2L3,MDM4,TUBGCP4,CNTROB,LRCH4,NIT1,OGT,NFE2L1,NOP10,MDM1,ZNF512B,HSP90AB1,COX4I1,PTEN,ETFB,NENF,ARRB2,NRGN,ALAD,NGRN,SPR,SUMO1,MDK,PPP6R1,SUMO3,PPP6R3,SUMO2,ME1,DGCR6,UNKL,ACP1,UNC45A,EMX1,SH2D3C,NDUFC2,VPS37D,NDUFC1,RAD23A,TFIP11,VEZF1,VPS37B,DDOST,ARL4C,GIGYF1,NPC1,PIK3CA,SLC25A19,C1D,ETF1,SLC25A12,SLC25A11,SLC25A4,PPP1R12C,ST6GALNAC6,GTF3C1,BECN1,PRPS1,NDUFB9,NDUFB8,GTF3C3,NDUFB7,CANT1,NDUFB6,NDUFB5,MGRN1,ROCK2,GTF3C6,NDUFB4,NDUFB3,NDUFB2,ZBTB45,RCHY1,HSD17B10,FOXRED2,GANAB,FCHO1,U2AF2,BAHD1,PHKG2,FCHO2,TRIM46,E2F4,FSD1,LRRC8B,SLC25A22,GADD45GIP1,NDUFA8,PPP1R14B,CIZ1,MARCKSL1,NDUFA7,NDUFA6,SSB,NDUFA5,GPKOW,MMAA,NDUFA4,NDUFA3,MBOAT7,NDUFA2,NDUFA1,MBOAT2,RPL23A,MCOLN1,TPD52L2,GSTZ1,EIF3M,SLC25A39,OCIAD1,EIF3G,STUB1,EIF3E,P4HB,EIF3F,TRIM32,PPAN,ZDHHC5,ZDHHC8,IFI30,ACTB,ZDHHC3,NUBP2,CYB5D1,TXNDC17,CDC23,TRIM28,SNRPD2,SNRPD1,DHX57,CDC26,BSG,OGFOD2,CDC27,FBXO3,PTGFRN,SNRPD3,SEC62,ATXN7L3,SLC12A9,SMARCC1,ATP6V1G1,PAQR4,ENTPD6,PAQR3,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,CDC34,THAP7,CDC37,SUB1,CSNK2B,CD2BP2,EIF1B,CTXN1,CCDC82,KCTD18,TRIM11,STX1A,CCDC84,GCDH,AARS2,DHX8,GIPR,FBF1,CTR9,PIK3R4,CEND1,PIK3R2,BRCC3,UBE2J2,CDKN2AIP,PGS1,APH1A,APOO,COMMD9,LARS,DHX35,TSPAN6,SURF6,TSPAN5,SYMPK,FAM192A,RCE1,DECR2,RAB11FIP3,N4BP1,SEC31A,BBS1,SURF1,XBP1,INTS1,SURF2,SURF4,MICAL3,BSDC1,MYO5A,XRCC1,NTAN1,PAICS,MED13L,EXT1,AIMP2,SNW1,CALY,ID2,INTS5,CALU,NDUFAF3,PAF1,CALM3,CALR,DHX29,FBXL5,RGL2,SUGP2,FBXL6,MRPS17,COX7B,TMEM151B,PTPRS,USPL1,GPAA1,DIRAS1,SUV39H1,MRPS12,MRPS10,NAT10,BMI1,COX7C,NAT14,AP2A2,RAB22A,PTPRF,ARV1,SPTLC1,ENC1,REV3L,RAC3,SDF4,DHX16,SSSCA1,QSOX1,CTSD,GIT1,BBS4,NDEL1,CTSB,COX8A,ACAD8,CAP1,MRPS26,WARS,GAA,MINK1,COMMD3,MRPS2,MRPS21,SYP,COMMD1,COMMD6,MRPS7,COMMD4,APRT,CTTNBP2NL,IMMP1L,CTU1,PITPNM1,ARHGEF1,TAX1BP3,CD47,ARHGEF2,EEF1E1,PTMA,SLU7,DBN1,NAPB,PNCK,MRPS36,SSNA1,MRPS33,DOT1L,HEATR1,STX18,GNAI3,CRIP2,NEDD8,CCDC106,COX5B,COX5A,GNAI2,EXOSC7,ARVCF,MNT,EXOSC4,SERTAD2,PDZD11,CAMK2N2,HSF1,EXOSC8,CCT8,BCAP31,NPDC1,MAP3K3,YIPF1,YIPF2,YIPF3,VEGFB,TMUB1,RPA1,MYO9B,MIAT,COX6C,NPM3,MYO9A,GRIN1,YIF1B,PPP1CA,PER1,BOP1,DPY19L3,GPAM,CSDC2,SGSM3,NEDD4,TTC4,NDUFAB1,TCEA2,PNPLA6,GRINA,CARS,FHOD3,DPAGT1,CRTC2,MIDN,PRDM4,NUP188,CRTC1,ZFAND3,ZFAND6,MPI,BCCIP,PEBP1,SRP14,PHRF1,COX6A1,TXN2,ACTG1,NARS,GNPTAB,KIF5A,PPFIA1,FAM3A,SBF1,BAHCC1,RGS9,PPFIA3,SLC30A9,ZGPAT,TPRA1,ATG9A,UBE4A,UBE4B,RUNDC3A,COX6B1,ADAM15,HNRNPUL1,FAM173A,GPRIN1,EHBP1L1,EEF1A2,TBC1D24,WDFY1,UBE2V2,ANKS6,PPIE,TBC1D25,GEMIN7,PPIB,CARS2,RTN2,TMED10,NDUFB10,COX16,NDUFB11,COX17,KLHL17,HTRA2,TOR1AIP2,RASGRP2,SUPT6H,SHARPIN,DEAF1,TBC1D13,ISOC1,CYC1,NDUFV3,TBC1D17,NDUFV2,NDUFV1,UBE2I,PHF12,VTA1,HMGA1,TIMM44,NUP153,CLK2,PAN2,AHI1,HOOK2,GNB2,OSTC,GNB1,IFT27,CYCS,PHF13,TCF3,LSM14A,GALK1,MXD4,UBE2M,PICALM,RBM28,PHTF2,CUEDC2,GSK3A,RBM25,DYRK3,PRR7,DDX49,LDB1,DDX46,PRKCSH,CHD8,MAST1,DPY30,HMGB3,CHD4,DDX41,HMGB1,CHD3,TAZ,PPP1R9A,LMNB2,PPP1R9B,SEC61A2,SEC61A1,LASP1,MLST8,TIMM17A,DACT3,TIMM17B,GET4,SUN2,ATP6AP1,NCBP2,DDX55,ABHD14A,SYNGR3,EPN1,PJA2,NDUFS8,RER1,NDUFS7,IRF3,NDUFS6,EEF1D,PEX3,NDUFS5,PPDPF,NUP50,CAT,TBC1D7,NDUFS4,NDUFS3,ATG4B,MVD,MAN1B1,IFT46,NAT8L,OTUB1,DCTN6,DCTN5,RRN3,DDX23,DDX21,ASAP1,MAT2B,ACVR1B,ADD1,TAF1D,RAB40C,TMEM203,TAF1B,GNG5,TMEM205,MKNK2,DROSHA,SPOCK1,TMEM208,MTA2,FBRS,PDLIM7,TIMM8B,NAA10,EYA3,LRWD1,SOD2,USF2,SOD1,CLCN7,CLCN6,SBK1,TEF,ERCC1,TAF6,QRICH1,FAM98A,NAA15,RAN,FAM50A,VPS29,RPL3,RPL31,RRP1,ARPC5L,THYN1,STMN3,HNRNPR,SLC4A3,BACH1,DCAF4,RPL9,RPL7,GCSH,RNF115,NUB1,WDR91,ZXDC,RPL36,AP1S1,RPL39,RNF111,IER2,CDK5RAP3,ACOT9,ACOT7,MECR,PIH1D1,RPL22,DAPK3,ARMC9,SCRIB,SOX12,HCFC2,WDR77,RNF126,WDR81,ARMC6,GPR161,SARNP,UBA52,DUS3L,RPL28,VPS28,ANAPC13,PDXDC1,NEDD4L,WDR61,SLAIN1,VPS26B,ADH5,ANAPC11,PRDX3,PRDX2,LDHB,FAM171A1,ABR,PRDX5,PPP3R1,PPP4C,RIC8B,PRDX4,PRDX1,VPS11,MCMBP,SLC19A1,SERF2,ZSCAN18,ST3GAL3,NDFIP2,CDK19,FZD3,ICMT,DMPK,H3F3B,IRF2BP1,IRF2BP2,MTHFR,MAD2L1BP,UPF3B,MEX3D,WDR55,PRRC2A,TMEM198,EHD1,HNRNPL,FIBP,GNPTG,SLC6A6,SQLE,MEX3B,PPP5C,SLC6A8,NPLOC4,HNRNPF,TOLLIP,HNRNPD,CDK10,UNC119,PLCH2,DUS1L,FARSA,FARSB,CDKN1C,OGFR,PHF2,PYGB,MOCS2,GMEB1,GMEB2,ELL,TCF25,PHF23,PHF1,CLTC,GPT,WDR46,ING1,PFAS,TRIM8,UBL5,TMEM189,GPR137,PLEKHN1,CIC,EMD,WDR37,SSR4,EXOC7,HSBP1,ELMOD1,NUTF2,NUDT16L1,WDR35,WDR33,HADHB,RNF167,HADHA,KAT2A,TUBB2B,INF2,KIFC2,GAS8,RNF166,GRN,CDC123,RPL10,GPS1,TIMM13,TIMM10,HSPA14,WDR24,ARFRP1,BCLAF1,SRP72,LMAN2,RPS3,RPL13,SLC17A7,RPS2,ANKRD52,RPL15,RPL18,ANKRD50,SF3B1,DEDD,BRD4,SF3A3,PCGF6,SF3A1,SF3A2,BRF2,AGK,WDR18,NR1H2,TRMT1,ELP3,DEF8,WDR12,SCAF1,SCAF4,MKLN1,XAB2,NUCB1,PLP2,NUCB2,TMEM229B,ANKRD13B,FAM49B,VKORC1L1,RAB3A,CHPF,TUSC2,UBP1,PARK7,AUP1,BZW2,TM7SF2,NRBP2,ABHD11,MAEA,CDH2,LAMP1,TUBB3,CFL1,MAF1,TXNL4A,HMGN2,HMGN3,PLEKHJ1,SLC39A3,GTF2I,HMGN1,RARS2,TLE3,USP8,RNF44,RPS9,SUPT16H,RPS5,GPT2,ANKRD45,RPS6,AIP,GTF2F1,THOC5,PGD,GTF2F2,THOC7,RNF40,THOC6,CTDNEP1,DISP2,PYGO2,MORF4L1,ILF3,DMWD,RAB34,DGKQ,RAB35,FKBP8,PGP,NHP2,SNRPG,AAGAB,PHIP,SNRPE,SNRPF,PHPT1,SNRPC,FKBP3,IFNAR1,CUL9,FKBP2,ENY2,CD151,ANKRD16,RAB5C,CCDC24,FAM114A2,BRI3,INSIG1,GLT8D1,UBR4,UBR1,KLC1,PHF21A,ORC5,STIP1,KLC4,KLC2,DVL1,BTBD2,NACC1,DVL2,ANKRD10,DVL3,MAP2K7,PLXNA3,WDTC1,ESRRA,UVRAG,EIF2B3,ANKRD27,TOR1A,POLR3GL,SEC16A,MARCH9,LSM5,LSM3,SCRT1,LSM2,CHERP,CDK9,MARCH2,COPS6,LSM7,CNOT7,GON4L,CDK5,CDK4,LHX2,RHEB,MAFG,REEP2,RNF181,PLEKHM2,DHCR7,LZTR1,CNIH2,SERINC5,CNIH4,RNF187,MAP3K12,EIF4G1,DIDO1,CALCOCO1,DAGLA,RNPEPL1,WDR1,ZC3H3,TRADD,CCDC47,UFSP2,ZFP82,SYNE2,PTBP1,RPL7A,SART1,METTL14,GM2A,SIN3B,SIN3A,VPS72,OPA3,UBTF,WDR6,EIF2B1,PLEKHG2,REXO1,GPX4,CCDC34,RPL13A,EDF1,RTN4RL2,YDJC,TRAF7,PTP4A3,DALRD3,TRAF4,DAD1,DNAJC5,POLR1C,DNAJC9,SNRPA1,RP9,SSX2IP,HDAC5,SMARCD1,GTF2A2,SMARCD3,WBP2,RAB1B,PDHB,LAGE3,FBXL20,AP3M2,AP3M1,NFS1,PUF60,VPS53,VPS52,POLR2D,POLR2E,POLR2F,POLR2G,RAB28,RBBP7,POLR2I,UGGT1,CCDC71,POLR2L,SEC11C,RNF20,PPIL1,SPAG7,PPIL2,RNGTT,KCNJ11,IDH3G,SMOX,FBXL19,SEMA4C,TPRKB,FBXL16,CDC42BPB,FBXL14,MTOR,PFKL,KLF6,NFASC,POLR3C,P2RX2,IMPDH2,GLOD4,DOLPP1,POLR3D,MGAT4B,MFAP2,DRG1,VPS45,POLR3K,TNRC6A,METAP2,PANK4,SLC35B2,IFITM2,ARL6IP1,PITPNA,CISD1,DIXDC1,PWP2,RPS15,TIAL1,RPS14,GOLGA5,PPP2R1A,RPS18,FLAD1,GOLGA1,MAGOH,LONP1,ARL6IP4,ARFIP2,DENR,SEPHS1,RPS11,RPS10,TBC1D10A,RPS12,SRRM2,SRRM3,AQR,COG8,PTOV1,COG2,COG1,MRPS18A,JMJD8,MAPK8IP3,SRRM1,MRPS18C,AFG3L2,COX7A2L,TWSG1,RRAGA,CRYZL1,SIK3,TTLL12,PFN1,AURKAIP1,CBLL1,TELO2,CUTA,RTEL1,NECAB3,TMEM161A,ANP32A,CSTF2,DCUN1D4,TRMT2A,TEX261,PTDSS2,DGUOK,PTDSS1,SPAST,INPP5F,TNRC18,ATP6V0A1,TMEM184C,PTPRN2,SETDB1,STK11IP,SYNRG,SRPK1,CCDC88A,PARP11,STAG1,ADCK5,RNPS1,TMCC2,RPS21,C2CD2L,CC2D1B,DAZAP1,UBXN1,GDI1,ZFAND2B,ZCCHC17,SPPL3,HINT1,AUH,CAMKV,UBXN6,RALGPS1,PSD,GP1BB,STRADB,NME3,RHOF,LIME1,RHOA,NME1,UGDH,POC5,RPUSD1,NME7,PACS1,HNRNPH2,ALDOA,ATP6V0C,MPND,MAGEH1,DTYMK,PRIM1,NOL7,UQCR11,UQCR10,RFNG,TCEAL8,CUX1,SUSD4,APBB3,PURG,MAP4K4,RANBP2,RANBP1,SLC31A1,AP3D1,XPO7,SORBS1,AIG1,KBTBD4,RSL1D1,SPCS2,HIST3H2A,TRIP12,FAU,CDK5R2,TOMM5,MEGF9,GALNT11,NDUFA13,NDUFA11,NDUFA12,NDUFA10,ROGDI,HDLBP,CIB2,COMT,CHCHD2,TMEM147,FAM162A,ARHGDIA,FPGS,HCFC1R1,NRCAM,CHCHD1,PDIA3,TRAPPC2L,PAM16,TSC2,NOSIP,OCRL,ATP1B2,TRPC4AP,SHISA7,TMEM131,DCTD,TMEM136,PRPF6,HGS,DNAJC30,SPNS1,SCG5,CHMP4B,ISCU,ZCCHC7,ISYNA1,RPS19BP1,CTTNBP2,COPB1,PXN,LTBP4,COX7A2,SEZ6L2,STK4,EFNA4,MAN2A2,DPP9,CASKIN1,ATP6V1H,ZC3H18,RPRD1A,ANKZF1,MARK2,ATP6V1F,DNAJC19,KLHDC3,ACBD5,ACBD4,CPSF1,CBX4,SMURF2,PTCH1,CBX2,CPSF2,ASPSCR1,IFT122,COQ9,CWC15,TBCA,DNAJC16,EIF2S1,TDRD3,COQ5,EFNA3,EFNA2,DLG4,CHMP2B,CHMP2A,PI4KA,ACBD3,LRP10,COPE,GPSM1,MUS81,ACADVL,DOCK4,KDM5C,CBY1,POLB,SENP7,FLCN,SPRED2,SNAPC2,ZC3H7B,GMPPA,PDE4A,TOPBP1,SCYL1,KDM6B,USP48,SVOP,H2AFZ,AKTIP,H2AFX,AXIN1,H2AFV,RNF208,POMGNT1,SEPT5,DNM1,KLF16,DNM2,FCHSD1,SUPV3L1,FAM189B,DDX19A,FCHSD2,RABEP1,THRAP3,RASA1,AKT1S1,DNLZ,PFDN2,TMEM9,HAGH,CHMP6,PFDN4,THOP1,PFDN5,LUC7L2,TSEN34,RGS19,ATF6B,RGS16,POMP,OPRL1,ATP1A3,MTIF3,MOSPD3,STRN3,TBRG4,NXF1,NT5DC2,FAM120A,MAPK1,ROMO1,SNCB,CDIPT,PTCD3,IGBP1,ATE1,PTCD1,BAD,USP21,LIMK2,QPCTL,HAGHL,CYHR1,LCA5,USP28,HSPE1,NEURL4,CAPN10,RPS6KB2,CDK2AP2,BAX,SSBP1,SSBP4"
+"gene_set_query"	"56"	"RXRB"	"134.7"	"ARCHS4 Coexpression,164;Enrichr Queries,52;GTEx Coexpression,188"	"RPL3,EHMT2,DCAF8,EPRS,RPL8,CAPNS1,RAVER1,ZMIZ1,AKT2,DPYSL2,MYC,ZMIZ2,LUC7L,AKT1,PRKACA,VPS39,CDK5RAP3,TMEM8B,FNBP4,DDX17,DAXX,GABARAPL1,MEF2C,CD3EAP,WDR73,GTPBP4,WDR81,PRKAR1A,WDR82,DDIT3,DDIT4,PRR12,VPS28,PRR14,SF1,ATF4,FLII,SDR39U1,COPS7B,AAAS,RNPC3,HIF1A,FAM160B2,RHOT2,LDHA,PLCG1,PIP5K1C,VPS16,FDFT1,JUN,PHC2,WDR59,CHKB,PHC1,JUND,IRF2BP1,PBX2,IRF2BP2,PRRC2A,EHD1,HNRNPL,ABTB1,FASN,CDK10,HBP1,EZH1,OGFR,PHF2,PIGU,BTG1,TCF25,PHF1,PIGQ,RPLP0,MED15,SMG5,MED12,ING4,IKBKB,TRIM8,TUBA1B,TUBA1A,ANXA6,CIC,BRD2,UPF1,TPI1,EXOC7,TCF12,MRPL47,GMIP,WDR33,NCOR2,MED22,RNF167,KAT2A,MED25,TUBB2A,TCP1,PXDN,RAPGEF1,EXOC5,SLC29A1,ERGIC1,LRRC14,GRN,NFIX,GSTP1,SRRT,CENPB,FGD3,NRAS,UNK,RPS2,ANKRD52,RPL18,RABAC1,SF3B1,MEF2D,SRSF11,NKTR,SF3A1,MBD6,SF3A2,STAT2,SCAF1,SKI,XAB2,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,YPEL3,MTCH1,ATN1,STK19,ZBTB22,RPL10A,POFUT2,STK11,LAMP1,CFL1,FBRSL1,SLC39A7,FADS1,SH3GLB2,RNF44,MAP2K2,LEMD2,DGKZ,ATXN2L,CTDNEP1,ARMCX4,ACLY,PYGO2,ACAP3,DMTF1,RAB35,MAPKAPK2,SRSF5,SRSF7,SQSTM1,CSNK1G2,LY6E,GLYR1,ANAPC2,RNASEH2C,INO80E,RAB5B,RAB5C,CBFB,MAZ,SLC38A10,CORO1A,HSP90B1,STIP1,SBNO2,NDOR1,PITRM1,DVL1,BTBD2,PGK1,ANKRD10,DVL3,E4F1,NADK,MCL1,WDTC1,ESRRA,TIA1,TNK2,EEF2,UCKL1,CDK9,SH3BP5L,CDK4,CNOT3,PLEKHM2,LZTR1,LRCH4,OGT,RAB5A,NFE2L1,BCL2L1,ZNF512B,DIDO1,HSP90AB1,NUMA1,MCM7,CCDC47,AKAP8L,PTEN,PTPN23,ARRB2,PTBP1,DUSP12,SART1,SNRNP70,PPP6R1,PPP6R3,UBTF,WDR6,UNKL,DGCR2,HSP90AA1,REXO1,GPX4,AMT,ARNT,RANGAP1,TSN,DDOST,ARFGAP1,MSL1,GIGYF1,PTP4A3,CTDSP2,POLR1B,DNAJC5,GAPDH,PPP1R12C,CANT1,WBP1,SRC,HDAC1,RAB1B,SRSF1,CXXC1,LENG8,MLLT1,MLLT6,HDAC7,SLC25A27,DNAJB2,DCAF15,GANAB,PUF60,POLR2A,U2AF2,VPS52,FEM1C,CSK,SH2B1,PPIL2,NICN1,MBOAT7,RAD52,KLF6,IMPDH1,MGAT4B,P4HB,SMAP2,EIF4A2,EIF4A1,APP,VARS,HDAC10,ZDHHC8,GBA2,ACTB,PNN,TRIM28,RPS19,RPS18,PPP2R1A,FTH1,EPC1,CCNL2,RPS11,ATXN7L3,SRRM2,SMARCC2,METTL3,CIRBP,CSNK1D,MOGS,MAPK8IP3,ULK1,CCDC84,RTEL1,TBC1D9B,TRMT2A,PIK3R2,PIK3R1,APH1A,PCBP1,PCBP2,SYMPK,PATZ1,ARGLU1,RBM10,VASP,ZRANB2,INTS1,IQSEC1,INTS3,RCC2,SMARCA4,ID2,CALR,RGL2,RPS24,ITM2C,DDR1,CITED2,ZFAND2B,MRPS12,PRPF19,LIMD2,MAP1LC3B,XPO6,DHX15,SDF4,CTSD,GIT1,TMED4,CTSB,TOP3B,ZER1,PARP1,GAA,TSC22D3,MINK1,NME3,MRPS7,ITFG2,SREBF2,MLF2,RHOB,GAK,PITPNM1,PACS1,FAM193B,ARHGEF1,PABPC1,ARHGEF2,ALDOA,SGK1,STK40,CSTB,STX16,RELA,GNAI2,PPP2CA,ZDHHC18,APBB3,CCT5,DYNC1H1,MAP3K3,NPM1,NFYA,MIB2,MYO9B,TMUB2,VEGFA,HNRNPA2B1,SGSM2,CTNNB1,PNPLA6,GRINA,CRTC2,CD81,ZFAND3,LZIC,TOMM22,IGF1R,ACTG1,TATDN2,KHSRP,ARHGDIA,POGZ,EP300,SBF1,KDM2A,LMO4,TSC2,EEF1A1,MAU2,HNRNPUL1,HGS,HNRNPUL2,PRPF3,EHBP1L1,CHMP4B,DDX5,PXN,DTX3,RASGRP2,NDRG1,SUPT6H,GRK6,CAMTA2,DMAP1,ANKZF1,MARK2,BCL9L,HSPA9,HSPA8,PRNP,CPSF7,SMAD4,ACBD4,HSPA5,CPSF1,PHF12,PCIF1,HMGA1,CLK2,CLK1,PAN2,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,GNB1,GNAS,SKIV2L,CLASRP,PI4KB,LRP10,MXD4,CREBZF,MUS81,RBM25,KDM5C,GSK3A,THRA,LDB1,PRKCSH,ATP2A2,DBI,CHD4,YBX1,CHD3,TAZ,CABIN1,PPP1R9B,SEPT9,LASP1,ZC3H7B,GATAD1,FLOT1,FLOT2,MAN2C1,RBM5,RBM6,SCYL1,SUN2,KLF13,GLRX3,ATP6AP1,PDPK1,DDX56,ARHGEF18,YWHAZ,KLF16,DNM2,IRF3,ATG4B,LUC7L2,ATF6B,ANKS3,POMP,SLC3A2,SPG7,ATP1A1,ADD1,USP19,U2AF1L4,THBS3,HSPD1,NXF1,MTA1,DNPEP,MAT2A,TAF1C,MKNK2,MAPK1,PTK2B,FBRS,CYTH1,MAPK3,TTC14,RBM39,USP20,TAF13,USP21,MAPK14,CLCN7,NEURL4,TEF,ACIN1,VIM,RAN"
+"gene_set_query"	"57"	"CXXC1"	"134.7"	"ARCHS4 Coexpression,293;Enrichr Queries,17;GTEx Coexpression,94"	"RPL3,TFRC,TRRAP,EHMT2,EPRS,RPL8,PHB2,TSEN54,RAVER1,ZMIZ2,DPYSL2,MYC,PSMD3,LUC7L,AKT1,NFRKB,CDK5RAP3,NUP210,GTPBP6,CD3EAP,SCRIB,HCFC1,WDR81,EWSR1,ZC3H11A,FEZ2,DDIT4,RBCK1,RPL29,PRR12,RPL28,VPS28,PRR14,SF1,ATF4,NPRL2,MRPL13,RHOT2,LDHA,HSPH1,NUP85,VPS16,FDFT1,PRPF38B,JUN,PHC2,WDR59,CHKB,JUND,SETD1A,IRF2BP1,PBX2,PRRC2A,EHD1,HNRNPL,HNRNPM,FASN,CDK10,DUS1L,OGFR,PIGU,BTG1,PIGQ,RPLP0,KRI1,MED15,SMG5,IKBKB,TUBA1B,TUBA1A,ANXA6,SH3BGRL3,CIC,DFFB,UPF1,BRD2,LRRC45,NUDC,TPI1,GMIP,DUSP6,WDR33,MED23,NCOR2,SLC7A5,RNF167,KAT2A,MED25,TUBB2A,INF2,PXDN,RAPGEF1,SLC29A1,LRRC14,GRN,GPS1,SRRT,CENPB,GGA2,FGD3,GGA1,UNK,GGA3,RPS3,FLNA,CKB,RPS2,RPL18,PAIP1,CENPT,MBD3,SF3A1,EGLN2,SF3A2,MBD1,PCGF3,SYVN1,TRMT1,SCAF1,TARBP2,XAB2,MYBBP1A,SHKBP1,TAOK2,NUCB1,PKN1,MTCH1,UHRF1BP1L,CCNT2,AUP1,EDC4,STK11,RUVBL2,CFL1,FBRSL1,MEN1,RAB2A,RPS9,RNF44,ANKRD49,FBXW5,RPS5,THOC1,POLRMT,LEMD2,DGKZ,RNF40,ATXN2L,CTDNEP1,ACLY,ILF3,NCL,RAB35,ERP29,SRSF2,FSCN1,SNRNP27,ANAPC5,SRSF6,FKBP4,SQSTM1,CSNK1G2,ANAPC2,SNRPB,GLYR1,CUL9,INO80E,DNMT1,RAB5C,TUBGCP2,MAX,MAZ,SLC38A10,CORO1A,STIP1,SBNO2,NDOR1,PITRM1,BTBD2,SAFB2,E4F1,NADK,IP6K2,MCL1,AP1M1,WDTC1,TIA1,FUS,TNK2,OSBPL2,HPS4,EEF2,UCKL1,CHERP,SH3BP5L,RHEB,CNOT3,PLXNB2,MDM4,COPS8,OSBPL1A,LRCH4,OGT,EIF4G1,DIDO1,HSP90AB1,NUMA1,MCM7,AKAP8L,PIK3CD,PTPN23,PTBP1,DUSP12,SART1,AP1G2,SNRNP70,PPP6R1,PPP6R2,UBTF,DGCR8,WDR6,TNPO2,REXO1,GPX4,RPL13A,RANGAP1,COASY,DDOST,ARFGAP1,QTRT1,GIGYF1,PTP4A3,CTDSP2,POLR1B,POLR1D,GAPDH,PPP1R12C,TRABD,RNF31,SMARCD1,WBP1,GTF3C5,HDAC1,WBP4,LENG8,MLLT6,HDAC7,DCAF15,NCLN,PUF60,POLR2A,U2AF2,CSK,FEM1C,POLR2H,E2F4,SH2B2,SH2B1,NOP56,MARCKSL1,PPIL2,ADRM1,PTPN11,PFKL,KLF6,IMPDH1,IMPDH2,PDCD4,EIF3G,EIF3B,EIF4A2,APP,HDAC10,VARS,ZMYND8,ACTB,NUBP2,RPS15,PNN,TRIM28,RPS19,FTH1,OGFOD2,ARL6IP5,CCNL2,ATXN7L3,SRRM2,SLC35C2,ACTN1,METTL3,CIRBP,MOGS,ACTN4,CSNK1E,MAPK8IP3,MFSD10,RRAGA,CDC37,ULK3,EZR,PFN1,TELO2,RTEL1,STXBP2,TRMT2A,APH1A,DHX34,PCBP1,DHX37,DHX38,SYMPK,RCE1,RBM10,VASP,INTS1,SMARCA4,ID2,ADCK5,CC2D1A,FBXL6,AARS,ITM2C,DAZAP1,CITED2,MRPS12,PRPF19,LIMD2,CHMP1A,DHX15,SDF4,CTSD,CTSB,TOP3B,DBNL,PRMT1,GAA,MINK1,MRPS7,ITFG2,SREBF2,MLF2,RHOB,GAK,PITPNM1,HNRNPH1,FAM193B,ARHGEF1,ARHGEF2,PABPC1,ALDOA,SGK1,SFI1,NAPA,CSTB,TOMM40,STX16,DOT1L,NOL6,GNAI2,RXRB,PES1,HSF1,DYNC1H1,NPM1,PEX19,MIB2,MYO9B,VEGFA,RAB11B,BOP1,PRPF39,SGSM3,CAPZA2,HNRNPA2B1,PNPLA6,CRTC2,CD81,SPPL2B,PHRF1,ACTG1,TATDN2,ARHGDIA,KHSRP,POGZ,SBF1,TSC2,EEF1A1,HNRNPUL1,HGS,PRPF3,EHBP1L1,SBDS,KLHL17,NOP2,CABP1,RASGRP2,PRPF8,PLD3,GRK6,DMAP1,NDUFV1,ANKZF1,MARK2,HSPA9,IVNS1ABP,HSPA8,PRNP,CPSF7,CPSF1,HMGA1,AP4B1,ANKHD1,CLK2,PAN2,NFKBIA,PAN3,HOOK2,HOOK1,GNB2,GNAS,SKIV2L,CLASRP,MXD4,KDM5C,LDB1,NVL,PRKCSH,CHD6,CHD4,YBX1,PPP1R9B,SEC61A1,SEPT9,FLOT2,MAN2C1,RBM5,RBM6,SUN2,RBM14,KLF13,PDPK1,H2AFZ,DDX55,PLA2G4B,DDX56,H2AFX,ARHGEF18,DDX54,ARID1A,SAFB,YWHAZ,EPN1,KLF16,DNM2,IRF3,EEF1D,LUC7L3,PFDN1,ATG4B,DCTN6,ATF6B,SLC3A2,ATP1A1,USP19,NXF1,DNPEP,MTA1,PABPN1,TAF1C,TRA2A,MKNK2,PTK2B,RALY,MTA2,FBRS,PDLIM7,CYTH1,ABCF1,RBM39,KDM4C,USP20,ATP13A1,TAF13,USP21,TTC17,CLCN7,NEURL4,CAPN10,RPS6KB2,ACIN1,RBM42,ERCC5,VIM"
+"gene_set_query"	"58"	"FOXK2"	"138.3"	"ARCHS4 Coexpression,372;Enrichr Queries,25;ReMap ChIP-seq,68;GTEx Coexpression,88"	"MDC1,TFRC,TESK1,ARAF,PSMD8,LSM10,SCAMP4,NDST1,PSMD9,LSM12,PSMD7,RAVER1,MPRIP,PSMD2,DPYSL2,PSMD3,PSMD1,AKT1,SAMD10,GABARAPL2,DAXX,CSNK2A1,DNTTIP2,EML2,SCAMP3,SND1,MYL6,DDIT3,PSME4,DDIT4,JTB,TBPL1,ATF4,SF1,SET,FLII,MEPCE,SDR39U1,AGAP1,MRPL14,BAZ2A,ABCB8,GABARAP,CYB5R1,MRPL20,LARP1,HSPH1,PRKAR2B,PRKAR2A,PIP5K1A,PIP5K1C,HEXIM1,PRRT1,CREBBP,JUN,CADM4,PRRT2,JUP,PBX2,MRPL24,EIF1,MLLT11,TBL3,QARS,FASN,HYOU1,EZH2,PIGU,PIGO,MRPL36,MRPL34,BBC3,PQBP1,DDA1,MED11,NIPBL,LRRC47,UPF1,DUSP1,SPHK2,SIRT4,MRPL49,EPS15L1,JOSD1,BAZ1B,SIRT2,MED29,DDB1,MRPL53,SLC7A5,MED24,PXDN,TUT1,PGAM5,PAFAH1B3,VAMP2,RNASEK,ELOF1,GSTP1,ODC1,SRRT,NOC4L,SDAD1,SLC7A1,PSMA7,CENPB,MRPL55,UNK,ANO10,FLNA,HARS,MEF2D,EGLN1,MBD6,TRAPPC10,BYSL,GATAD2A,MYBBP1A,PSMC4,CCDC9,PSMC1,PSMC2,SERBP1,TAOK2,TSR1,UBAP2,PKN1,SLC27A1,TMEM167B,ATN1,CASC3,ZBTB22,HDDC3,STK11,UROD,KPNA6,NUDT19,FBRSL1,KPNA4,MTPAP,KPNA2,KPNA3,KPNA1,CISH,STX7,FBXW9,FBXO10,POLRMT,FTSJ1,LENEP,FOXP1,ATXN2L,ACLY,MAPKAPK2,SRSF2,FSCN1,PKP4,SNRNP200,SQSTM1,KPNB1,PFKFB2,INO80B,LRRC59,RNASEH2A,PFKFB3,MAZ,ISG20L2,UBFD1,CORO1C,EIF1AD,SBNO2,ATXN2,NDOR1,PMVK,G3BP1,ZKSCAN3,SLC38A2,NOP14,NOP16,BOD1,FUS,EEF2,UCKL1,DRAP1,YRDC,SH3BP5L,TMEM11,LRCH4,NIT1,NFE2L1,ZNF512B,ITGB1,HSP90AB1,NUMA1,PTEN,ARRB1,ETFB,ARRB2,AP4M1,PPP6R1,PPP6R3,DGCR8,PMEPA1,ACP2,MDP1,SNAP29,UNC45A,HSP90AA1,DHPS,SIGMAR1,RAD23A,RAD23B,DDOST,ARFGAP1,MSL1,QTRT1,ETF1,TOP1,BCAT1,DCTPP1,GAPDH,ST6GALNAC6,PPP1R15A,GTF3C1,LRP1,PRCC,SRSF1,ZBTB43,FOXK1,MLLT1,CDC42,GANAB,CCDC85C,U2AF2,UBQLN1,FEM1C,E2F4,HNRNPA1,UBQLN4,SLC25A25,GADD45GIP1,CIZ1,TRIM41,FEM1A,MBOAT7,IMMT,BAIAP2,HNRNPAB,EIF3J,ST7,PDCD4,TRIM35,P4HB,EIF3C,EIF3B,EIF4A1,PPAN,PREP,KEAP1,ACTB,CYB5D1,SNRPD2,TRIM28,BSG,EPC2,TRIM27,CCNL2,ATXN7L3,TBC1D22B,TMPO,ST6GAL1,SMARCC1,ATP6V1G2,SMARCC2,ARL15,IMP3,ACTN1,ECH1,CSNK1D,MOGS,ACTN4,CSNK1E,THAP4,CDC37,CSNK2B,GCDH,NUMBL,DHX8,GIPR,MYCBP2,SUPT4H1,PIK3R2,PCBP1,DHX36,PCBP2,DHX37,HIVEP1,SYMPK,INTS1,IQSEC1,RCC2,MICAL2,ERAL1,HARS2,PAICS,PTK2,SMARCA4,AIMP2,WNK1,INTS5,PAF1,NOL10,CALR,RGL2,AARS,DDR1,DHRS13,GPAA1,MRPS12,AP2A1,PTPRF,AKAP12,RSRC1,DHX15,DHX16,KIF1B,ARIH1,GIT1,VKORC1,CCT3,PBRM1,TMEM150A,PABPC4,NCOA4,ANO8,TFB2M,MRPS7,SREBF2,TOX4,CANX,UFC1,PABPC1,STK40,AHCY,INPP1,GBA,DOT1L,DERL1,NEDD8,CCDC106,EXOSC7,ARVCF,MNT,PGRMC2,EXOSC4,HSF2,PES1,GPC2,MGAT2,CCT7,DYNC1H1,NPM1,PNPLA8,HUWE1,DOHH,MIAT,VEGFA,RGP1,PER1,BOP1,NEDD4,HNRNPA2B1,HDGF,ESYT2,TACC2,OTUD4,DPAGT1,OTUD5,SCARB1,CRTC2,UBE3C,UBE3A,IGF1R,ACTG1,FAM174B,KHSRP,KIF5A,CAPN2,SBF1,PPFIA3,TPRA1,ATG9A,ATAD3A,HNRNPUL1,DKC1,PLAA,RTN2,VCP,PSMD12,DDX5,PSMD11,HTRA2,SUPT6H,ACACA,RTN4,RAI1,IRAK1,CYC1,TBC1D17,BCL9L,SYT5,PRNP,UBE2I,PCIF1,HMGA1,TIMM44,NUP153,SUPT5H,AP4B1,HOOK2,NASP,HOOK1,UBE2S,GNB1,GNAS,UBA1,TCF3,LSM14B,RERE,GSK3B,GSK3A,PRKCSH,MAST2,PRR3,MAST1,CHD6,DDX42,ILK,ATP2A2,CHD4,CHD2,AFF4,LMNB2,LMNB1,LASP1,EEF2K,ABHD16A,BCL7C,MYO18A,TIMM17B,LRRFIP1,YWHAG,BCKDHA,NAA30,PDPK1,GLRX5,CAD,DDX54,GLRX2,YWHAZ,EEF1G,CREB3,SFPQ,ELF2,IRF3,ACOX1,NAA35,NDUFS2,DCTN2,DCTN3,PARN,DDX21,SLC3A2,RSPH9,ASAP1,AGPAT1,RNF5,TMEM201,CAND1,MTA1,DNPEP,PABPN1,TMEM203,BMS1,TDG,TMEM205,TRA2B,MKNK2,PTK2B,MTA2,MBTPS1,RRM2,TAF15,TAF13,TAF10,SSRP1,USF1,CLCN6,CARM1,ERCC1,POLE3,ACIN1,TAF6,NAA15,VIM,RAN,TRIO,TRRAP,HNRNPU,GPATCH4,EPRS,DCAF6,CNST,ZMIZ1,CSPP1,MYC,STMN1,FDXR,IER5,PIH1D1,RPL23,DAPK3,WDR74,CD3EAP,SCRIB,SOX12,GTPBP2,GTPBP1,GTPBP4,HCFC1,RNF126,WDR81,PRR12,VPS25,CDC42SE1,POM121,NEDD4L,NOLC1,SLAIN2,PRDX2,ABR,PPP3R1,LDHA,PRDX1,VPS11,NUP88,PLCG1,FDFT1,NAA50,RPL41,JUND,DMPK,H3F3B,SETD1A,IRF2BP1,IRF2BP2,MAD2L1BP,MTHFR,PA2G4,NR1D1,MCAT,PRRC2B,PRRC2A,TADA2B,EHD1,HNRNPL,FIBP,HNRNPM,NPLOC4,HNRNPK,HNRNPF,ATG2A,HNRNPD,GTF2IRD1,HNRNPC,DUS1L,FARSA,CDK13,CPEB4,CDK16,SETD5,PHF20,PHF23,PHF1,ADK,TCF20,KRI1,WDR46,WDR43,SMG5,RNF157,TMSB4X,RRP12,RIOK1,CIC,JARID2,ZC3H10,BRD2,NUDC,MIOS,TCF12,GNL2,GNL1,COPZ1,RNF168,NCOR2,NCOR1,TUBB2A,KIFC2,SF3B2,NFIX,SF3B3,USO1,HSPA14,BCLAF1,SRP72,ASNA1,SLC17A7,ANKRD52,RPL18,DEDD,BRD4,BRF2,RIOK3,SYVN1,SRP68,HIPK1,SCAF1,LRPPRC,TM9SF1,XAB2,NFIB,TRMT6,NUCB1,INHA,RAB3A,FMR1,RAB3D,RNF19B,AUP1,IPO7,IPO4,TM7SF2,CFL1,SLC39A7,MAF1,STK32C,HMGN1,KCMF1,TLE3,USP7,RPS9,USP5,TPM3,DYRK1A,DYRK1B,RNF40,RNF41,CTDNEP1,PYGO2,CLIP1,ILF3,DMWD,NCL,MADD,FKBP4,FKBP5,BRSK1,DNMT1,CCDC24,ANKRD11,CUL1,ABHD8,AK2,UBR4,KLC1,HSPBP1,PHF21A,STIP1,PITRM1,DVL1,UBR5,PSAP,NACC1,DVL2,ABL1,DVL3,PLXNA1,MPDU1,EIF2B4,TRAPPC3,ANKRD34A,AKIRIN1,POLR3GL,TNK2,SEC16A,MARCH6,LSM4,CHERP,LSM2,COPS3,COPS6,NF1,RNF181,IARS,BCL2L2,EIF4G1,RNF187,DIDO1,MCM7,RNPEPL1,ZC3H4,PTPN23,PTBP1,SART1,TLK2,WDR5,UBTF,CEP170,HIF1AN,TNPO2,ADSL,PLEKHG2,REXO1,RANGAP1,YDJC,REXO4,PTP4A1,DNAJC2,PTP4A2,TRAF7,TFDP1,ASPH,CTDSP2,POLR1B,SOS1,HDAC5,SMARCD2,TSSC4,HDAC3,WBP1,WBP2,AMBRA1,HDAC6,AP3M1,HECTD1,DNAJB6,POLR2A,HECTD3,POLR2D,VPS52,DNAJB9,DCAF11,SLC35A2,MLXIP,SPAG9,PPIL1,PPIL2,KCNJ11,RNF24,AMFR,SEMA4B,FBXL19,ADRM1,RPRD2,CDC42BPB,CUL4A,BCKDK,KLF6,DNAJA3,POLR3D,POLR3E,CEBPZ,VARS,ZMYND8,HDAC11,GBA2,PDCD2L,GOLGA4,RPS16,FRAT2,RPS18,FLAD1,RPL36AL,FTH1,DPF1,LONP1,UBAP2L,SEPHS2,TBC1D10B,SRRM2,NFKBIL1,SLC11A2,PTOV1,MRPS18A,CARHSP1,KARS,ZW10,GRWD1,XRN2,TTLL12,AURKAIP1,OBSL1,CUTA,MACF1,STXBP2,TRMT2A,FXR1,PTDSS1,SPAST,PDCD11,CSTF1,GSE1,RALGDS,VASP,SNHG1,TRAP1,ZRANB1,UBAC1,RPS27,RPS29,RNPS1,RPS24,C2CD2L,ITM2C,DAZAP1,UBXN1,FAF1,MYL6B,PRPF19,RPTOR,XPO1,PCF11,CHMP1B,XPO5,CDV3,ATP6V0B,PARP1,PRMT1,RHOF,UCHL3,PPRC1,MLF2,NFX1,ALDOA,ATP6V0C,SDCCAG8,FYTTD1,NOL6,AKAP1,HIRA,CUX1,MAP4K4,RANBP2,RANBP1,MTX1,PTGES2,AP3D1,RAB11B,RSL1D1,HIST3H2A,PRKRA,FAU,HDLBP,FBL,TMEM145,ARHGDIA,CHCHD1,NOM1,NOSIP,LIG3,KCTD2,DPM2,PRPF6,FIZ1,RELL2,ISYNA1,RPS19BP1,NOP2,PRPF8,CAMSAP1,ZMAT2,MAN2A2,DPP9,BPTF,HSPA8,CPSF7,ACBD4,CBX5,PNPT1,CBX4,CPSF1,CBX2,TBCD,IFT122,BFAR,EIF2S1,AZIN1,EFNA2,PI4KA,SKIV2L,SAE1,NFKBIB,GPSM1,B4GALT2,B4GALT3,USP36,KDM5C,USP38,USP32,YBX1,USP39,ELAVL1,ZC3H7B,FLOT1,FLOT2,PDE4A,SCYL1,KDM6B,JAGN1,USP42,PDE4D,H2AFX,PPP2R5B,RNF208,ARID1A,ARID1B,SENP3,CKAP5,KLF16,DNM2,SUPV3L1,DDX19A,FAM189B,DDAH2,TRAPPC6B,AKT1S1,PFDN2,LUC7L2,TSEN34,STOML2,ATF6B,GMPR2,WIZ,SPG7,TOB1,STRN4,TBRG4,THBS3,FAM168B,NT5DC2,FAM120A,MAPK1,ABCF2,ABCF1,SPEN,PTCD1,B3GAT3,USP21,QPCTL,CYHR1,NAP1L1,NEURL4,CAPN10,BAX,SSBP4"
+"gene_set_query"	"59"	"FLYWCH1"	"140.0"	"ARCHS4 Coexpression,54;GTEx Coexpression,226"	"HDAC10,STMN3,ZDHHC8,ENO2,GPR173,RNF112,SCAMP4,MPRIP,RUSC2,RUSC1,ZMIZ2,CCNL2,PRKACA,ATXN7L3,TBC1D10B,SLC12A9,DDX17,SRRM3,ATG3,SRRM4,RBFOX2,RBFOX3,CIRBP,COG1,CSNK1D,SCRIB,MAPK8IP2,MAPK8IP3,SRRM1,MAPK8IP1,NISCH,STX1B,WDR81,PSME3,RUFY2,ULK3,ULK1,PRR12,TELO2,CCDC84,IGSF8,TBC1D9B,RPN2,CTBP1,CTR9,RPN1,TRANK1,AGAP2,CEND1,AGAP3,ABR,FAM160B2,RHOT2,SYNGR1,PDCD10,PCBP4,MICAL1,SYMPK,B4GALNT1,TNRC18,PLCG1,PIP5K1C,ARGLU1,RALGDS,RAB11FIP3,RHBDL1,ABCA2,PRRT2,TMEM184B,INTS1,DMPK,IQSEC1,MICAL3,IRF2BP1,L1CAM,PRRC2B,POU6F1,LAS1L,HNRNPF,SFXN3,ATG2A,INTS7,PLCH2,CORO7,EZH1,TECPR1,OGFR,PHF2,PTPRS,GDI1,AATK,AP2A1,GRIK2,AP2A2,MED15,SHF,MECP2,ING4,TRIM8,MRPL42,TRIM3,NCS1,KIF1A,GPRASP1,CIC,GIT1,GARNL3,PSD,GRIPAP1,PRMT7,ZER1,PARP2,ACTL6A,MINK1,ITPK1,NME3,NIPA2,DUSP8,GAK,NCOR2,MED25,PSMA4,INF2,KIFC2,PITPNM1,PACS2,PACS1,MMP17,ARHGEF4,ARHGEF1,FAM193B,MAPRE3,ARHGEF7,GART,ATP6V0C,VAMP2,NFIX,ICA1L,NIP7,CENPB,RXRB,ARVCF,MNT,EXOSC10,LMAN2,APBB1,NCDN,MEF2D,CCT5,RUNX1T1,NKTR,NPDC1,MBD3,RIC3,GABBR1,BRF1,DAB2IP,MIB2,SAMD4B,MYO9B,SCAF1,GRIN1,RAB11B,SKI,ERP44,PER1,PRPF39,SGSM2,TAOK2,CCNYL1,NUCB1,PKN1,PNPLA6,MEGF8,YPEL3,GRINA,MTCH2,PHLDB1,CRTC1,CLSTN3,CLSTN1,ATN1,LZIC,BZW1,TOMM22,SLC8A2,TMEM145,STK11,SALL2,ARHGDIA,POGZ,PALM,FBRSL1,LZTS2,SBF1,PPFIA3,SH3GLB2,TLE2,MAP2K2,APLP1,LMTK3,TSC2,TSC1,POLRMT,RUNDC3A,DGKZ,ACAP3,ARMCX4,TOM1L2,CLIP2,TMX1,DGKQ,MADD,TIPRL,EHBP1L1,KPNB1,CSNK1G2,ANAPC2,LRRC59,BRSK1,INO80E,FAM114A2,CACNA1A,SLC38A10,DTX3,FBXO44,CPLX1,FBXO41,RAI1,SBNO2,KLC2,DVL1,BTBD2,CASKIN1,E4F1,CAMTA2,LLPH,TBC1D17,MAP2K7,ANKZF1,PDZD7,BCL9L,WDTC1,LRRC4B,TMEM120B,GGT7,CPSF1,CPSF3,TNK2,CPSF2,KLHL22,DNAJC14,EIF2S2,CLK4,UCKL1,DLG4,GNB2,PI4KA,MAP3K10,PLEKHM2,PLXNB2,TAB1,CLASRP,LRCH4,MAP3K12,MXD4,RNF187,GSK3A,THRA,CHD3,PTPN23,PKD1,PPP1R9B,MRPL3,SIN3B,SNRNP70,ZC3H7B,PPP6R1,MCF2L,EVI5L,MAN2C1,UNKL,RBM33,SUN2,SUN1,REXO1,GLRX3,PLA2G4B,PPP2R5B,ARFGAP1,EPN1,DNM1,KLF16,DNM2,GIGYF1,ALS2,SNPH,DNAJC5,LUC7L3,EVL,NAT8L,PPP1R12C,TRABD,HDAC5,NLGN2,WBP1,GTF3C5,SFSWAP,WBP2,MGRN1,DCTN1,ANKS3,LENG8,ATP1A3,NRXN2,WIZ,MLLT1,FOXK1,LRP3,ADD1,MLLT6,HDAC7,SLC25A27,DNAJB2,ZNRF2,TAF1C,SPOCK2,MGAT5B,TRIM46,SLC25A23,FBRS,DCAF13,SH2B1,USP20,ATP13A1,NICN1,FBXL19,NCKAP5L,LIMK1,CYHR1,FBXL16,TNRC6C,CLCN7,IRGQ,MAPK11,NEURL4,PFKL,ERCC3,TEF,ATP13A2,RGS11,RAN,SSBP4,R3HDM2"
+"gene_set_query"	"60"	"FOXK1"	"144.8"	"ARCHS4 Coexpression,118;Enrichr Queries,206;ReMap ChIP-seq,2;GTEx Coexpression,253"	"POP7,IFT172,TESK1,ALKBH8,PSMD8,SCAMP4,CAPNS1,PSMD4,MPRIP,DPYSL2,PSMD3,SAMD10,RBFOX2,GAPVD1,CLNS1A,DDIT4,JTB,ATF4,SF1,TTYH3,MEAF6,CDCA4,AGAP2,MTMR9,AGAP1,BAZ2A,OAZ1,MRPL13,MRPL20,LARP1,RNF216,PIP5K1A,ATRIP,HEXIM1,CREBBP,JUN,EDEM2,EIF2AK3,BBIP1,LARP4,MRPL24,MRPL21,PBX1,CS,ABTB1,TBL3,FASN,DZIP3,EZH1,PIGU,MTMR14,ECSIT,BBC3,PQBP1,MED17,SMPD4,TCP11L2,DLGAP4,PCMTD1,LRRC47,LYPLA2,UPF1,DFFA,IFT140,SPHK2,PGAM1,SLC39A11,SIRT4,MRPL49,LRRC40,SIRT6,MRPL47,MED27,DYNLL1,SIRT2,MED29,MRPL43,PHF20L1,MRPL53,SLC7A5,PSMA6,MED25,PSMA3,PSMA4,PSMA2,PXDN,RAPGEF1,TUT1,PGAM5,VAMP2,PAFAH1B1,ARF6,TRUB1,ELOF1,OAT,LIN37,URM1,SDAD1,SLC7A1,CENPB,MRPL55,GGA1,NRAS,PSMB4,PSMB5,MICALL1,PSMB1,SPOP,FLNA,HARS,MEF2D,YKT6,EXTL3,SRSF11,MBD3,EGLN2,CRBN,DAB2IP,SAMD4B,TARBP2,GATAD2B,GATAD2A,SKI,PSMC5,MYBBP1A,CCDC9,SNX17,APEX1,PSMC1,TAOK2,RIMBP2,CCDC6,UBAP2,PKN1,AGRN,FRYL,TMEM167B,LTN1,ATN1,PLOD3,MSI1,CASC3,EIF4ENIF1,STK11,UROD,RUVBL2,SCMH1,KPNA6,CEP250,FBRSL1,CIR1,FBXW8,VPS33A,FBXW9,CNPY2,CNPY3,FBXO10,FTSJ3,SAP30,FOXP1,RBX1,ATXN2L,SRSF2,FSCN1,SNRNP200,SQSTM1,KPNB1,INO80B,PFKFB3,MAX,IREB2,MAZ,ISG20L2,FOXO6,FBXO45,UBFD1,HSP90B1,SBNO2,IP6K1,SLC38A2,ZKSCAN1,NEK9,NOP14,TIA1,FBXO38,EEF2,FBXO31,UCKL1,LRCH2,ARPC3,AAK1,ACO2,OSBPL1A,OGT,TMEM19,NOP10,ISY1,SLC25A1,ZNF512B,NUMA1,CELF2,COX4I1,AP4M1,MRPL2,SUMO1,MDP1,ARL5A,EID2B,PELP1,BCAS3,HSP90AA1,DST,DHPS,AHSA1,ARFGAP1,MSL1,QTRT1,GIGYF1,IMPACT,PPM1B,SYF2,C1D,TMBIM6,ETF1,PIK3C3,TOP1,SEC22B,DCTPP1,PPP1R12C,AHDC1,PPP1R15A,RNFT2,GTF3C1,GTF3C2,NDUFB8,UHRF2,NDUFB6,MGRN1,NDUFB5,GTF3C6,NDUFB4,SRSF1,MAK16,PRCC,NDUFB3,FOXK2,LENG8,TSPAN31,MLLT6,FOXRED2,SLC25A28,CCDC85C,U2AF2,FCHO2,SH3BP5,FEM1C,E2F4,EIF4B,SEPT11,TRIM41,NDUFA6,FEM1A,PCDH9,FEM1B,NDUFA4,CNBP,FOXJ3,NDUFA2,NDUFA1,LYSMD1,BAIAP2,TPD52L2,TSPAN14,EIF3K,EIF3D,ZDHHC6,ZDHHC8,ZDHHC3,ACTB,ZDHHC4,CYB5D1,TXNDC17,HERC2,CDC23,DHX57,FAM53C,CCDC97,CCNL1,TMPO,ATP6V1G1,SMARCC2,ACTN1,ECH1,TALDO1,MOGS,CSNK1D,ACTN4,CSNK1E,VWA5B2,MFSD11,ANK1,KCNQ4,CD2BP2,ULK1,FLYWCH1,STX1A,TBC1D9B,DHX8,TMEM63C,CTR9,PIK3R1,ZBTB5,TTBK2,DHX33,LARS,PCBP2,DHX37,SYMPK,HIVEP2,INTS1,ZFR2,IQSEC1,RCC2,INTS3,MICAL3,XRCC1,HARS2,MED13L,SMARCA4,WNK1,PAF1,SUGP1,CSRNP2,MRPS15,CCDC120,PTPRS,GRIK5,PTPRN,PCSK7,PTPRF,AKAP12,ACTR1A,ARV1,MAP1LC3B,REV3L,SSSCA1,KIF1B,ARIH1,CTSD,BBS4,ACAD8,VKORC1,TMEM150B,SEC13,MINK1,PRPF40B,CACYBP,SREBF2,CSDE1,PITPNM2,FAM32A,EEF1E1,DYNC1I2,SSNA1,HEATR1,DOT1L,HSD17B4,COX5A,EXOSC7,MNT,CAMK2N2,EXOSC9,ORMDL3,CCT8,CCT7,EXOSC1,DYNC1H1,YIPF2,PNPLA8,HUWE1,MIB2,PEX14,PPP1CA,PER1,DPY19L3,TTC4,NEDD4,TTC3,NDUFAB1,SGSM2,CCNYL1,HDGF,TACC2,CRTC2,MIDN,ZFAND3,MPI,BCCIP,PHRF1,COX6A1,SRP14,IGF1R,TXN2,FAM174B,KHSRP,SBF1,BAHCC1,DNAJB12,SSU72,LMTK2,SDHD,DHDDS,COX6B1,HNRNPUL1,EHBP1L1,SBDS,TBC1D23,PPIB,SIDT2,RTN2,TMED10,CACNA1A,CACNA1C,RPF2,SUPT6H,NDRG1,PLD3,CACNA1H,RTN4,RAI1,IRAK1,TBC1D13,NDUFV3,TBC1D17,BCL9L,KLHL29,SYT5,FDPS,ZFHX2,UBE2B,AUTS2,CRIM1,HMGA1,KLHL24,SUPT5H,IFT20,PAN2,AHI1,HOOK2,CCPG1,HOOK1,OSTC,GNB1,PHF13,UBA2,GALK1,MXD4,RERE,RBM28,GSK3A,PRKCSH,MAST2,CHD6,CHD5,CHD4,TRIAP1,CHD3,SOBP,CHD2,MEA1,AFF4,LMNB2,RPGR,PPP1R9B,TMEM222,EEF2K,UBE2Q1,MYO18A,DACT3,TIMM17B,LRRFIP1,GET4,BCKDHA,TBP,NCBP2,PDPK1,RBM18,CAD,TBC1D8,NAV1,NAV2,DDX50,EPN1,PEX3,NDUFS5,CAT,CRY1,NAA35,ACOX3,MAN1B1,EAPP,RBM22,DDX24,CSTF2T,SLC3A2,ASAP1,PARL,CYTH2,CAND1,DNPEP,MTA1,GNG5,NAA25,TMEM208,MTA2,FBRS,TIMM8B,ATF7IP,RBM39,TAF13,GALNT2,EYA3,TAF11,ATP2B4,USF2,CDK11B,IRGQ,PNKD,ERCC1,FAM131A,RBM42,ACIN1,TAF6,VIM,RBM45,MBTPS2,ANKLE2,TRIO,CLPB,TRRAP,RRP1,THYN1,HNRNPU,WDR83,PHB2,RPL9,BACH2,RRP9,ZMIZ1,MYC,ZMIZ2,CDK20,RPL38,DIP2C,CHGB,TSPYL2,NUP214,VPS18,DDX18,MECR,PIH1D1,PRKCE,DAPK3,WDR74,CD3EAP,SCRIB,SOX12,HCFC2,MED6,HCFC1,IFT81,SARNP,YME1L1,RPL27,RPL26,RPL29,PRR12,ALG10B,UBA52,DUS3L,PRR14,PRR13,POM121,CTBP2,NOLC1,NEDD4L,XPC,PRDX3,ABR,LDHA,RAD21,GAR1,MCMBP,NRBF2,PLCG1,ST3GAL1,SERF2,ST3GAL3,BTF3,CDK19,RPL41,PHC1,JUND,DMPK,PNO1,SETD1A,IRF2BP1,TYSND1,PRRC2C,IRF2BP2,PA2G4,NR1D1,PRRC2B,PRRC2A,HNRNPL,GNPTG,SQLE,NPLOC4,GTF2IRD1,HBP1,ITPA,PHF3,GMEB1,SMG1,WDR48,ELL,PHF1,SETD6,TCF20,WDR45,KRI1,PFAS,SMG5,SMG6,UBL5,GPR137,RRP12,CIC,JARID2,RRP15,UBL7,BRD3,ZC3H10,NUDC,IFNGR2,AEN,NCOR2,LSG1,HEATR5B,TET3,EXOC3,PLEKHO1,RNF166,PCYOX1,PHLPP1,NFIX,TIMM9,TIMM13,WDR24,RPS15A,RRP36,ANKRD52,CKB,RPL15,BRD8,DTD1,BRD4,WDR17,SF3A2,BRF1,GATC,SCAF1,ERP44,TM9SF1,XAB2,PHF5A,NFIA,NFIB,TRMT6,PARK7,BZW2,IPO4,TM7SF2,SMARCAD1,MAF1,PLEKHJ1,TLE3,USP7,MAP2K1,RNF44,USP5,RPS8,RPS5,AIP,DYRK1B,TRAFD1,FRMD4A,LARP4B,RNF41,CLIP2,ILF3,ZFP41,DMWD,FKBP8,ERP29,SNRPG,PHIP,ADNP,SNRPA,MAD1L1,IFNAR1,CUL9,CUL7,RAB5C,TNKS,FAM114A2,ANKRD11,ABHD2,UBR4,AK2,CUL1,ITPR1,KLC1,PHF21B,KLC4,HMBOX1,BAG5,PITRM1,DVL1,BTBD2,NACC1,PLXNA2,ABL1,PLXNA1,SRGAP3,MPDU1,AP1M1,AKIRIN2,EIF2B4,RAB4B,TOR1A,ATP8B2,SEC16A,MARCH9,MARCH8,LSM3,LRFN3,REEP1,COPS3,COPS6,LSM7,SYNJ1,CDK4,PLXNB2,RNF185,RSL24D1,MAP3K12,EIF4G1,DIDO1,MCM7,ZC3H4,WDR4,PTPN23,SYNE2,DUSP11,SART1,DUSP12,OPA1,VPS72,SNRNP70,RNPEP,IDH3B,UBTF,HIF1AN,EIF2B1,TNPO2,PLEKHG2,REXO1,RPL13A,WIPI2,SMC1A,RANGAP1,YDJC,REXO4,PTP4A3,DAD1,CTDSP2,POLR1B,SFT2D1,HDAC5,SMARCD2,TSSC4,WBP1,WBP2,VPS4B,AMBRA1,ABLIM1,DNAJB6,POLR2A,DNAJB5,DNAJB9,RBBP6,POLR2G,UGGT1,POLR2K,SLC35A2,SPAG9,MLXIP,RNF26,FBXL19,NCKAP5L,RPRD2,CDC42BPB,PNRC1,BCKDK,ASXL1,PFKL,MARCKS,KLF6,MFAP3,IMPDH2,POLR3E,DRG2,PPIL4,PFKP,PANK3,SLC35B1,ZMYND8,CBLB,PWP1,GOLGA2,GOLGA3,GOLGA5,FRAT2,RUSC2,SAP130,MAGOH,DENR,BTRC,RPS11,ZFPL1,SEPHS2,TBC1D10B,SRRM2,COG8,AQR,TIPIN,COG4,ARRDC3,COG2,PTOV1,MAPK8IP3,JMJD6,MRPS18C,KARS,GRWD1,HECA,ANKRA2,ATP6V0D1,LLGL1,BEX4,MACF1,RTEL1,ANP32A,STXBP2,TRMT2A,HTATSF1,LIAS,GMCL1,MYL12B,ZNHIT1,PDCD11,GSE1,TNRC18,VASP,FIS1,SNHG1,ZRANB1,UBAC1,RPS27,STAG2,RNPS1,RPS21,ITM2C,DAZAP2,TRAM1,CITED2,FAF1,MYL6B,SIPA1L2,SPPL3,SIPA1L3,RPTOR,HINT1,AUH,CHMP1B,XPO5,SEC61B,GABPA,PSENEN,ZER1,ZDHHC16,TOPORS,NME1,SCNM1,PRPF18,PACS2,SGK1,UQCR10,CUX1,SHOC2,NT5M,MAP4K4,RANBP2,RANBP1,MYEF2,RANBP3,AP3D1,HIST3H2A,CAPZA2,FAU,MEGF8,TOMM5,TOMM6,NDUFA13,GOLT1B,NDUFA12,SPPL2B,ARID4A,NUCKS1,TOMM20,CNDP2,FBL,CHCHD2,TMEM14C,CHRNB2,KDM2A,KDM2B,APLP1,TSC2,OCRL,LMO7,KCTD5,PRPF6,DNAJC30,TBL1XR1,RPL7L1,ZCCHC8,ZCCHC7,RPS19BP1,CLEC16A,COX7A2,PRPF8,SDCBP,PCSK1N,EMG1,UBB,ZMAT2,DPP8,EP400,ANKZF1,HSPA9,KLHDC3,HSPA8,KLHDC4,CBX6,ACBD4,IFT122,DNAJC17,ARHGAP33,EFNA2,DLG5,JMY,RFXAP,COPE,NFKBIB,KDM5B,DOCK4,KDM5C,NVL,USP34,PKD1,ELAVL3,SPRED2,SNAPC2,ZC3H7B,MFSD1,SPEG,KDM6A,KDM6B,TSFM,KLF13,PDE4D,H2AFV,RPS3A,ARID1A,ARID1B,CKAP4,KLF16,DNM2,SUPV3L1,FAM189B,THRAP3,DNLZ,PFDN4,THOP1,VAC14,KDM3B,POMP,WIZ,MOSPD3,STRN4,U2AF1L4,NXF1,FAM168B,FAM168A,SPEN,USP20,B3GAT3,PRAF2,SGTA,ZFC3H1,SLC4A8,NEURL4,RPS6KB1,PIK3IP1,SSBP1"
+"gene_set_query"	"61"	"CREBZF"	"145.0"	"ARCHS4 Coexpression,326;Enrichr Queries,58;GTEx Coexpression,51"	"RPL4,RPL5,TRIO,TFRC,TRRAP,POP4,HNRNPU,DCAF8,SMC5,RBPJ,EPRS,MPRIP,DPYSL2,MYC,LUC7L,AKT1,FNBP4,DDX17,MEF2C,WSB1,NUP210,CD3EAP,SCRIB,DICER1,HCFC1,ZC3H11A,DDIT4,SF1,NUP205,RNPC3,GABARAP,ANAPC11,MTDH,FAM160B2,LARP1,PLCG1,PRPF38B,CREBBP,JUN,JUND,MRPL28,PRRC2C,IRF2BP2,PBX2,SNF8,PHC3,PRRC2B,EIF1,PRRC2A,HNRNPL,FIBP,EIF5,HNRNPK,HNRNPD,DUS1L,CDK13,ATG2B,SETD5,PHF2,SMG1,PIGU,BTG1,CDKN1B,CLTC,TCF20,SMG5,DDA1,UBL5,NIPBL,MED13,JARID2,UBL7,PCMTD1,UPF1,BRD2,NSUN2,TCF12,NUTF2,MRPL47,DUSP6,WDR33,MED23,PHF20L1,DDB1,CINP,MTF2,PXDN,WDR26,RNASEK,SF3B3,SRRT,TIMM10,TM9SF3,GGA2,BCLAF1,UNK,BTAF1,ASNA1,NSD1,AP2S1,RICTOR,ANKRD52,RPS27A,SF3B1,SRSF10,SRSF11,NKTR,PCGF3,LRPPRC,WDR11,RABIF,NFIA,MYBBP1A,NFIB,ETNK1,SERBP1,TAOK2,PKN1,CCNT2,UBP1,IPO7,PPP1CB,POFUT2,TXNL4A,GTF2I,SH3GLB2,SLC38A1,ANKRD49,TPM1,DYRK1A,PRPF4B,RNF40,FOXP1,ATXN2L,ARMCX4,ILF3,DMTF1,SRSF2,ANAPC4,SRSF3,SRSF4,PHIP,SRSF5,SRSF6,SNRNP200,SRSF7,KPNB1,ANAPC1,GLYR1,ANAPC2,INSIG1,ANKRD12,MAZ,UBR4,PITRM1,NACC1,UBR5,ANKRD10,DVL3,SLC38A2,MCL1,TIA1,FUS,SEC16A,MARCH6,EEF2,SON,GON4L,ZFP62,CNOT1,SP3,MDM4,OGT,EIF4G2,NOP10,EIF4G1,ZNF512B,DIDO1,NUMA1,CELF1,PTEN,DUSP12,SNRNP70,PPP6R3,UBTF,WDR6,TNPO1,SNAP29,TNPO2,PPP1R12A,DST,ATRX,AMT,RAD23B,PTBP2,GIGYF1,NSMCE4A,DNAJC7,CTDSP2,POLR1B,BIRC6,GTF3C1,NFAT5,PPP1R15B,SMARCD2,UHRF2,WBP1,NDUFB6,GTF3C6,ROCK2,SRSF1,LENG8,LRP6,MLLT6,GANAB,U2AF2,VPS54,RBBP6,FEM1C,HNRNPA1,POLR2J,UGGT1,EIF4B,HNRNPA0,SPAG9,HNRNPA3,NDUFA6,NDUFA2,ASXL1,MARCKS,KLF6,SLC25A36,TNRC6A,TRIM33,EIF3B,EIF4A2,PANK3,ZMYND8,CISD2,JMJD1C,ACTB,UBE2L3,CCAR1,TIAL1,PNN,HERC2,TRIM28,LONP1,CCNL2,ATXN7L3,SOX4,TMPO,SRRM2,SMARCC2,ACTN1,METTL3,ARRDC3,IFRD1,CIRBP,MOGS,SRRM1,AKAP9,FAM76B,HECA,ANKRA2,MACF1,TMEM161B,ANP32A,DHX9,MYCBP2,PIK3R1,MBTD1,COMMD9,GSE1,RBM12,ARGLU1,ZRANB2,INTS1,INTS3,RCC2,SMARCA2,PUM2,MED13L,STAG2,FUBP3,WNK1,GOLGB1,FUBP1,ID2,RPS24,SUGP2,DAZAP1,CITED2,MRPS11,SLC7A11,PRPF19,EPM2AIP1,SYNCRIP,ZMYM2,XPO1,PCF11,ZMYM6,DHX15,SEC61B,TMED4,TSC22D3,MRPS7,ITFG2,SREBF2,SLTM,HNRNPH1,CSDE1,CANX,FAM193B,HNRNPH3,STX16,NEDD8,UQCR11,RXRB,RANBP2,DYNC1H1,MON2,HUWE1,TTC1,VEGFA,PRPF39,XPOT,CCNG2,HNRNPA2B1,CTNNB1,HDGF,ESYT2,TARDBP,MPHOSPH8,ARID4B,TOMM20,TOMM22,IGF1R,POGZ,EP300,SBF1,KDM2A,ATP1B1,RSBN1,HNRNPUL1,TBL1XR1,HNRNPUL2,PRPF3,MATR3,DDX5,PDS5A,PRPF8,SUPT6H,RTN4,ACACA,ANKZF1,QSER1,ATP6V1F,BPTF,IVNS1ABP,HSPA8,PRNP,SMAD4,CPSF7,CPSF6,CPSF1,NONO,NUP153,KLHL24,CLK4,ANKHD1,AZIN1,CLK2,CLK1,PAN2,PAN3,HOOK2,NASP,HOOK1,CAPRIN1,PI4KB,BRWD1,LSM14B,NFKBIB,UBE2M,RBM25,KDM5C,RBM26,DDX3X,PRKCSH,CHD6,DDX42,ATP2A2,PSIP1,CHD4,CHD3,HMGB1,CHD2,AFF4,LMNB2,LMNB1,MFSD8,SENP6,SENP7,GATAD1,MAN2C1,LRRFIP1,TOPBP1,RBM5,RBM6,RBM33,HGSNAT,SUN1,PDPK1,CAD,CTPS2,ARID1A,SENP3,SFPQ,CREB1,LUC7L3,NAA38,LUC7L2,KDM3B,SFSWAP,POMP,DDX23,TOB1,USP19,NXF1,TAF1D,FAM168B,MTA1,CAND1,DNPEP,MAT2A,GNG5,TAF1C,TRA2B,FAM120A,ROMO1,MTA2,TTC14,SPEN,RBM39,TAF15,TAF13,ZFC3H1,NAP1L1,SSRP1,TTC17,NEURL4,ACIN1,ERCC5,KRAS,RBMX,TAF1"
+"gene_set_query"	"62"	"GATAD2A"	"145.3"	"ARCHS4 Coexpression,156;Enrichr Queries,20;GTEx Coexpression,260"	"ANKLE2,CHIC2,TFRC,TRRAP,HNRNPU,EPRS,BACH1,FAM110A,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,PSMD3,AKT1,DIP2C,DAXX,NUP210,CSNK2A2,CD3EAP,SCRIB,GTPBP4,SND1,HCFC1,ARMC1,EML4,EID1,RNF126,DDIT4,NUP98,PRR12,DUS3L,SF1,SLBP,POM121,MTMR3,SET,CDCA4,FLII,MEPCE,NOLC1,BAZ2A,ABR,LDHA,PPP4C,LARP1,HSPH1,CREBBP,JUN,JUND,SETD1A,TYSND1,PRRC2C,IRF2BP2,PBX2,PA2G4,PRRC2B,PRRC2A,HNRNPL,EHD1,HNRNPM,TBL3,HNRNPK,EIF6,TDP1,FASN,HNRNPF,HNRNPD,HYOU1,HNRNPC,DUS1L,EZH2,OGFR,MOCS2,ELL,CLTC,TCF20,KRI1,SMG5,PHF8,TUBA1C,TUBA1B,JARID2,CIC,UPF1,BRD2,SIRT7,MED26,DUSP6,RNF168,NCOR2,SLC7A5,MED25,TUBB2A,TET3,PXDN,TMEM106B,TKT,ARF6,SF3B4,SF3B2,SF3B3,SRRT,NOC4L,SLC7A1,CENPB,FAM129B,BCLAF1,TCOF1,UBN1,FLNA,ANKRD52,YKT6,BRD4,SF3A1,SF3A2,KIDINS220,SCAF1,SCAF4,GATAD2B,SKI,XAB2,NFIA,MYBBP1A,CCDC9,SERBP1,TAOK2,ZYX,PKN1,RNF19B,PARK7,IPO4,YY1,STK11,CFL1,FBRSL1,KPNA2,ANKRD13A,GTF2I,TLE3,BIVM,USP7,RNF44,MAP2K2,USP5,TPM1,TRAFD1,POLRMT,ILF2,RNF40,MSH6,ATXN2L,CTDNEP1,ACLY,ARMCX1,ILF3,NCL,RAB35,SRSF2,FSCN1,SRSF6,SNRNP200,SQSTM1,MAD1L1,CSNK1G2,KPNB1,SRSF9,CSNK1G1,SNRPB,FKBP5,GLYR1,ANAPC2,LRRC59,DNMT1,PFKFB3,RAB5C,ANKRD11,MAZ,CORO1C,EIF1AD,STIP1,SBNO2,NDOR1,PITRM1,G3BP1,BTBD2,NACC1,ABL1,DR1,NOP14,BRPF1,FUS,SEC16A,EEF2,CHERP,YRDC,SH3BP5L,ARPC2,NBEA,CNOT1,CNOT3,PIN4,LRCH4,EIF4G1,ZNF512B,DIDO1,HSP90AB1,MCM7,WDR1,DUSP18,PTPN23,SART1,PTBP1,CAPZB,SGCB,PPP6R1,SIN3A,SNRNP70,UBTF,WDR5,EIF5A,HSP90AA1,REXO1,RANGAP1,RAD23B,DDOST,ARFGAP1,GIGYF1,TRAF7,CTDSP2,POLR1B,GAPDH,GTF3C1,HDAC2,SMARCD2,SRF,SRSF1,FOXK1,MLLT1,DCAF15,ZNRF2,GANAB,NCLN,POLR2A,U2AF2,SH3BP2,FEM1C,CSK,HNRNPA1,ADSS,EIF4B,NOP56,MARCKSL1,CIZ1,NDUFA5,FBXL19,ADRM1,HNRNPAB,DNAJA1,NECAP2,KLF6,VAPB,MGAT4B,OCIAD1,VPS45,P4HB,EIF3C,EIF3B,EIF4A1,CCNK,VARS,ZMYND8,EIF4A3,ZDHHC5,ZDHHC3,ACTB,TRIM28,FTH1,LONP1,UBAP2L,ATXN7L3,TBC1D10A,TRIM23,TMPO,SRRM2,SMARCC1,ACTN1,MOGS,ACTN4,SRRM1,CSNK2B,TTLL12,EZR,PFN1,MACF1,DHX8,ANP32A,TEX264,CD99L2,APH1A,DHX34,PCBP1,PCBP2,DHX37,GSE1,SYMPK,TNRC18,N4BP1,VASP,INTS1,RCC2,UBAC2,SRPK1,SMARCA4,WNK1,RNPS1,ITM2C,DAZAP1,MRPS12,PRPF19,SPPL3,SYNCRIP,XPO1,XPO6,UIMC1,CHMP1A,XPO5,DHX15,RAB8A,PARP1,PRMT1,PABPC4,MINK1,MRPS7,ZDHHC17,SREBF2,MLF2,HNRNPH1,CANX,FAM20B,PABPC1,ARHGEF2,ALDOA,PTMA,TOMM40,AMIGO1,DOT1L,GNAI2,PCNP,ANKMY2,HIRA,EXOSC4,CUX1,PES1,GPC2,RAE1,MAP4K4,DYNC1H1,RANBP1,NPM1,HUWE1,AP3D1,MYO9B,RSL1D1,BOP1,CAPZA1,HNRNPA2B1,HDGF,PNPLA6,NUCKS1,PHRF1,ACTG1,ARHGDIA,KHSRP,SNIP1,ARID2,SBF1,SH3GL1,KDM2A,TTC7B,ATAD3A,EEF1A1,HNRNPUL1,HGS,DKC1,MATR3,DDX5,NOP2,PXN,EFNA4,PRPF8,SUPT6H,RTN4,IRAK1,GRK6,ZC3H18,MARK2,BCL9L,DNAJC19,HSPA9,HSPA8,PRNP,KLHDC4,CPSF7,CPSF1,HSPA4,NONO,HMGA1,CNOT10,NUP153,HOOK2,HOOK1,GNB2,GNB1,GNAS,UBA1,TCF3,LSM14B,UBE2M,RERE,KDM5B,KDM5C,GSK3A,DDX3X,ZMYND19,LDB1,PRKCSH,USP32,CHD6,ATP2A2,CHD4,YBX1,SOBP,LMNB2,LMNB1,PPP1R9B,SEPT9,LASP1,ZC3H7B,CASP2,LRRFIP1,RBM14,PDPK1,H2AFX,CAD,AXIN1,H2AFV,DDX54,ARID1A,SAFB,UTP18,YWHAZ,SENP3,KLF16,DNM2,SFPQ,EEF1D,THRAP3,NUP50,AKT1S1,ZMYND11,OTUB2,DDX21,WIZ,SLC3A2,MOSPD3,RNF4,STRN4,USP19,HSPD1,MTA1,DNPEP,MAT2A,TRA2B,FAM120A,RALY,MTA2,FBRS,SPEN,TAF15,LIMK2,SSRP1,CHFR,NEURL4,CARM1,RPS6KB2,ACIN1,VIM,RAN"
+"gene_set_query"	"63"	"NEUROD6"	"147.0"	"ARCHS4 Coexpression,166;Enrichr Queries,158;GTEx Coexpression,117"	"MYT1L,WIPF3,STMN2,STMN3,ENO2,FNBP1L,BACH2,SCAMP5,DPYSL2,DPYSL3,FAM110B,AKT3,STMN1,CHGB,ANKS1B,MEF2C,RBFOX1,CXADR,RBFOX2,UNC5A,WSB2,PRKCE,CACNA2D1,SOX11,EML1,GABRG2,PRKAR1B,FEZ1,GPR161,RUFY3,HECW1,RUFY2,NEDD4L,SLCO5A1,AGAP3,PPP3R1,PRRT1,ARPP21,GPR12,NR2F1,MLLT11,FXYD6,SERPINI1,FAT4,CDK14,GABRB3,WDR47,RNF157,JPH3,TUBA1A,CSRP2,B3GALT2,TRIM2,SPIN1,NEFL,DLGAP1,NEFM,GARNL3,ACTL6B,LRRC49,ELMOD1,ELOVL6,DYNLL1,PGM2L1,DUSP6,ZEB2,TUBB2A,MMP17,PXDN,MTF2,PLCB1,PAFAH1B3,VAMP2,NFIX,ATL1,SEZ6,ADCY1,FAM117B,PAPSS1,GLRA2,SNX27,CHN1,SLC17A7,RUNX1T1,RPRM,ATRNL1,KIDINS220,GABRA3,TTC9B,NFIA,NFIB,FABP7,ETNK1,RIMBP2,PKN1,FAM49A,RAB3A,ATP8A2,RASL11B,CLSTN2,CTNND2,SLC8A1,CDH8,RPH3A,ATCAY,TUBB3,SYBU,SEMA6B,MAP2K4,USP3,TBR1,DGKZ,OLFM1,ADNP,LY6H,GRIA1,GRIA2,BRSK1,KHDRBS3,LRRC55,FBXO41,NEUROD2,IGSF21,SBNO1,PLXNA2,PLXNA1,RAB6B,SRGAP1,PLXNA4,IP6K2,SLC4A10,MARCH6,CORO2B,REEP1,PTPRD,LRFN5,LRCH2,DAB1,SYNJ1,CDK5,NSG2,NBEA,LHX2,AAK1,RNF182,MAP3K10,SPIRE1,SERINC1,CNIH2,CNIH3,SNAP25,DAGLA,CELF4,NRGN,TRO,PHACTR3,WDR7,CEP170,ERC2,EMX1,SEZ6L,PTBP2,NRG3,SNPH,LANCL2,NLGN1,CLEC2L,TULP4,PPM1E,LRP8,JAKMIP2,CACNG7,CACNG8,SLITRK1,MGAT5B,NNAT,POLR2D,SLITRK5,FSD1,WASF1,SLC25A22,LINGO1,SLC12A5,RNF24,NTRK3,PCDH8,EFR3B,NELL2,KLF7,NECAP1,GLRB,APC,ASXL3,NOVA2,INSM1,CBLN1,NUDT3,RUSC2,DPF1,KIF21B,BSN,KIFAP3,ATXN7L3,SOX4,SOX5,EPHA5,EPHA4,SRRM4,EPHA7,ST6GAL2,SLC6A17,SLC6A15,ISLR2,ANK2,MAPK8IP2,TIAM2,AKAP9,TAGLN3,STX1A,PFN2,BEX4,NECAB1,GPM6A,NRN1,TSHZ3,FOXG1,STXBP1,CEND1,NLK,KALRN,NKAIN1,SNX4,NUAK1,PGBD5,KCNN1,RIMKLA,SCN3B,SCN3A,ATP6V1C1,BCL11B,BCL11A,ST8SIA2,INSR,ST8SIA3,MYO5A,SNAP91,DCLK1,MSRA,ID2,CALM3,CALM1,CD200,PCSK2,ROBO2,NRP1,CSRNP3,DOC2A,GRIK5,DIRAS2,PTPRO,GRIK3,ROBO1,UCHL1,PCLO,CAMKV,ENC1,NCS1,IDS,KIF1A,FEZF2,RALGPS1,SYP,SYN1,CNKSR2,MN1,VSNL1,MPPED1,KIT,MPPED2,NAPB,MAGEH1,SATB2,NOL4,CUX2,CAMK2N1,NPY,CTNNA2,ATP6V0E2,DYNC1I1,GABBR2,MPP3,ATAT1,TTC3,APBA2,CDK5R2,CDK5R1,PRDM8,ARHGDIG,BASP1,CHCHD6,KIF5A,NRCAM,SH3GL2,PPFIA2,RGS7,NSF,CHRNB2,LMO1,LMO4,LMO3,TSC1,RUNDC3A,POU3F2,POU3F3,PCP4,DOK5,GPRIN1,TBC1D24,AMPH,XPR1,RTN3,RTN1,BHLHB9,CTTNBP2,TMEM59L,CACNA1A,CABP1,BHLHE22,CPLX2,CACNA1E,PDZD4,DPP6,DEAF1,FUT9,CASKIN1,ATP6V1H,KIF3C,MARK1,SYT4,SYT3,CBX5,SYT1,AUTS2,VTA1,RALYL,DLG2,NR4A3,DLG4,HOOK1,TCF4,FGF13,KDM5B,CNRIP1,ELAVL4,CHD6,LDB2,FBLL1,AFF3,ELAVL2,GRM5,LRRTM1,GDAP1L1,TMEM108,SULT4A1,YWHAG,GALNT9,YWHAH,DACT1,SVOP,HUNK,RNF208,SEPT5,DNM1,SEPT3,PJA1,GAP43,CDH10,DCX,CDH13,TERF2IP,INA,SHANK2,SHANK1,CAMK2B,STOML1,NRXN1,ATP1A3,PDXP,CRMP1,TM2D3,NCALD,ADD2,GNG3,GNG2,IGFBPL1,SV2A,CNR1,SPOCK1,NCAM1,SNCB,CRYM,OPCML,SNCA,CLVS1,CLASP2,CHGA,LGI1,NEGR1,LIMK1,B3GAT1,CADPS,ATP2B4,NAP1L2,CCK,MEIS2,GDAP1,ACVR2A,HS3ST2,MAPK10,FAM155A,PPP2R2B,FAM131A,R3HDM1,SSBP2"
+"gene_set_query"	"64"	"ZNF358"	"149.0"	"ARCHS4 Coexpression,25;Enrichr Queries,282;GTEx Coexpression,140"	"ANKLE2,STMN3,ENO2,SCAMP5,CAPNS1,MPRIP,DPYSL2,ZMIZ2,DPYSL3,HOMER3,DIP2C,PRKACA,HES6,UNC5A,DAPK3,SCRIB,SCAMP2,EML4,EID1,PRKAR1B,ASPHD1,DDIT4,PRR12,TARSL2,CDCA4,AGAP1,BAZ2A,AGAP3,MRPL10,ABR,FAM171A2,CHST10,PIP5K1C,ST3GAL3,LHPP,ABCA2,JUN,CADM3,SNAPIN,JUND,CADM4,DMPK,JUP,IRF2BP1,PRRC2C,PBX1,POU6F1,WDR55,HNRNPL,ABTB1,UCK1,HNRNPK,HNRNPF,TDP1,GIPC1,FASN,PKIG,EZH2,CDK16,ARF3,MOCS2,PIGQ,TCF20,MED16,JPH4,TRIM8,TUBA1A,JPH3,GPR137,CIC,DLGAP4,ACTL6A,ITPK1,DUSP8,DYNLL2,NCOR2,SLC7A5,TUBB2A,INF2,KIFC2,PXDN,GAS6,ARF6,GRN,SF3B3,NFIX,TMEM160,CENPB,LMAN2,SLC17A7,CKB,NCDN,RABAC1,MBD3,YTHDF2,SF3A2,WDR18,DAB2IP,SCAF1,GATAD2A,LRRC20,SPSB3,SKI,NFIA,PSMC3,TAOK2,ZYX,NUCB1,PKN1,AGRN,YPEL3,MTCH1,RAB3A,CHPF,CLSTN3,TUSC2,CLSTN1,ATN1,PARK7,TM7SF2,RIMS4,TUBB3,CFL2,FBRSL1,MAF1,LZTS2,ANKRD13A,FBXW4,SH3GLB2,SEMA6C,TLE2,MAP2K2,IGFBP3,ATP11B,ILF2,DGKZ,CLIP3,CACNB1,CTDNEP1,TOM1L2,ACAP3,CLIP2,ACAP2,OLFM2,FKBP8,FSCN1,SQSTM1,SRSF9,CSNK1G1,LY6E,BRSK1,SHC2,BRSK2,UQCRB,ABHD8,ARL2,KLC2,BTBD2,DVL1,NACC1,RAB6B,LRRC4B,DR1,TNK2,TMEM132A,ASNS,EEF2,COPS6,LRFN4,ARPC2,CNOT1,RHEB,REEP2,PLEKHM2,MAP3K10,ACO2,OSBPL1A,BCL2L2,NFE2L1,RNF187,NENF,PTPN23,DUSP11,NGRN,PTBP1,DUSP12,SGCB,AP1G1,MDK,SNRNP70,RNPEP,PGLS,EVI5L,TNPO2,BOK,ACTR3,GPX4,DDOST,PTP4A3,SNPH,CTDSP2,C1D,TOP1,PPP1R12C,ST6GALNAC6,BCAT2,TRABD,GTF3C2,HDAC5,NDUFB8,SMARCD3,NDUFB7,NLGN2,VPS4A,NDUFB2,LRP3,MLLT1,CDC42,DNAJB2,CACNG7,MGAT5B,SLC25A23,ADSS,SLC25A22,BEND5,GADD45GIP1,LINGO1,MARCKSL1,NDUFA5,NDUFA4,NDUFA3,FBXL19,FBXL16,CDC42BPB,NECAP2,KLF6,PINK1,VAPB,STUB1,BCAR1,EIF4A1,APP,CCNK,IFITM2,EIF4A3,ZDHHC5,ZDHHC8,HS6ST1,RUSC2,TRIM28,FTH1,ARL6IP4,CCDC92,ATXN7L3,SOX4,AQR,ECH1,CIRBP,PTOV1,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,KCNQ2,ULK1,KCTD17,CTXN1,OBSL1,LLGL1,IGSF8,DHX8,DHX9,CEND1,CD99L2,PIK3R2,TTBK1,SYNGR1,FXR2,PCBP4,MAP4,RAB11FIP3,B4GALNT4,FIS1,TMEM184B,INTS1,IQSEC2,RCC2,SNHG6,SRPK1,ID2,WNK2,CALM3,ITM2C,TMEM151B,CCDC127,GDI1,CITED2,DIRAS1,CCDC124,MRPS12,MYL6B,COX7C,PTMS,ACTR1A,NUDCD3,MAP1LC3A,SPTLC1,NCS1,DHX15,CTSF,KIF1A,CTSD,RAB8A,GIT1,RALGPS2,PSD,ZER1,TSC22D1,GAA,TSC22D3,MINK1,NME3,PRPF40A,MRPS7,COMMD7,SREBF2,SYN1,MLF2,RHOB,PACS2,MAPRE3,PABPC1,MAPT,SGK1,ATP6V0C,DBN1,CSTB,AMIGO1,GNAI3,AKAP6,UQCR11,CRIP2,CCDC106,CST3,CAMK2N1,GPC1,SCAND1,APBB1,ATP6V0E2,NPDC1,GABBR1,VEGFB,MIB2,COX6C,VEGFA,GRIN1,RAB11B,CAPZA1,SGSM2,TOMM7,TCEA2,PNPLA6,MEGF8,CDK5R2,GRINA,CRTC1,CD81,HCFC1R1,PALM,KIF5A,SBF1,PPFIA3,SH3GL1,APLP1,TTC7B,SHISA5,LMTK3,SHISA4,RUNDC3A,DOK5,EEF1A2,FIZ1,ISCU,RTN2,ISYNA1,NDRG4,NDUFB10,ARHGEF25,COPB1,TMEM59L,LTBP4,DTX3,SEZ6L2,NDRG2,CPLX2,NDRG1,CPLX1,PLD3,PDZD4,CASKIN1,TBC1D13,H1FX,CAMTA2,KIF3C,TBC1D17,MARK4,DNAJC19,PRNP,CBX6,ASPSCR1,KLHL22,KLHL23,CNOT10,KLHL24,NFKBIA,GNAO1,HOOK2,DLG4,GNB1,DYNLRB1,UBE2M,GALK1,MXD4,B4GALT2,GPSM1,CUEDC2,GSK3A,THRA,CNRIP1,PRKCSH,MAST2,CBY1,SOBP,PKD1,PPP1R9B,ZC3H7B,BCL7B,CASP2,SPEG,TOPBP1,AKTIP,PPP2R5B,RNF208,H2AFV,UTP18,SEPT5,EPN1,DNM1,VCAN,NDUFS7,DDAH2,NDUFS5,NUP50,PPDPF,AKT1S1,PFDN1,MVD,ZMYND11,NAT8L,CUEDC1,CAMK2B,DCTN1,ATP1A3,NRXN2,PDXP,WIZ,STRN4,ADD1,THBS3,DNPEP,MTA1,SV2A,GNA11,MKNK2,MTA2,SNCB,CAMK2G,PDLIM7,ARFGEF1,RWDD1,BAD,SGTA,B3GAT1,USF2,GDAP2,MAPK11,NEURL4,TEF,FAM131B,ATP13A2,VIM,SSBP4"
+"gene_set_query"	"65"	"PA2G4"	"150.0"	"ARCHS4 Coexpression,153;GTEx Coexpression,147"	"RPL4,EIF4A1,MDC1,VARS,RRP1,ZDHHC5,PPAN,HNRNPU,GPATCH4,EPRS,RPL8,PWP1,PHB2,RRP9,UBE2L3,RPS17,CDC23,TRIM28,SNRPD1,MAGOH,PSMD3,SNRPD3,RPS10,TMPO,SMARCC1,AQR,CSNK2A1,WDR74,GTPBP4,HCFC1,WDR77,KARS,ZW10,PSME3,GRWD1,RPL27,VDAC1,TTLL12,RPL29,NUP205,SET,SEH1L,DCUN1D5,ANP32A,CDCA4,SHMT2,DHX9,CSTF2,NOLC1,MRPL12,LDHA,LARP1,PDCD11,PRDX1,GAR1,DHX37,RRS1,BTF3,TRAP1,PRELID1,XRCC6,RCC2,PAICS,GPN1,ZWINT,CCT6A,HNRNPL,HNRNPM,UCK2,EIF6,LAS1L,HNRNPF,INTS5,HNRNPD,NOL10,PSMG1,NOL11,HNRNPC,ANP32B,FARSA,FARSB,EZH2,DAZAP1,SLC35F2,RPLP0,OLA1,NAT10,MRPL37,PRPF19,WDR46,WDR43,SYNCRIP,TUBA1C,TUBA1B,ATIC,RARS,C1QBP,XPO5,RIOK1,DLAT,UTP14A,CCT3,PRMT5,CCT2,WDR36,NUDC,PARP1,PRMT1,NSUN2,PGAM1,ACTL6A,NME2,MRPS2,PRPF40A,GNL2,UCHL3,TUBG1,GNL3,NME1,PSMA5,PSMA4,PSMA2,TCP1,PGAM5,GART,PTMA,ARF6,SF3B4,SF3B2,PCNA,SF3B3,AHCY,NIP7,PRIM1,RPL12,HEATR1,GNAI3,NRAS,PSMB2,SRP72,TCOF1,PES1,LEO1,RPL14,CCT8,RPS2,CCT7,EXOSC2,CCT5,CCT4,SF3A3,RANBP1,NPM1,YTHDF2,UTP3,MDH2,NPM3,LRPPRC,BYSL,BOP1,RSL1D1,PHF5A,MYBBP1A,APEX1,SERBP1,TSR1,HDGF,RPL22L1,NUP188,CSE1L,RPL10A,IPO7,IPO4,TOMM22,IPO5,EEF1B2,EFTUD2,FBL,RUVBL2,RUVBL1,BANF1,NOM1,SUPT16H,RPS5,RPSA,PUS7,ILF2,ATAD3A,TUFM,FTSJ3,EBNA1BP2,ILF3,HNRNPUL1,DKC1,NCL,MRTO4,NHP2,SNRPG,PPIH,SNRPE,ERH,SNRPF,FKBP4,SNRPC,PPIA,ANAPC1,KPNB1,SNRPA,SNRPB,LRRC59,RNASEH2A,AK2,TARS,PHB,UQCRH,STIP1,EMG1,G3BP1,HSPA9,NOP14,NOP16,FUS,CBX3,NONO,HMGA1,NUP153,EIF2S2,EIF2S1,LSM4,YRDC,NACA,UBE2S,CYCS,SAE1,EIF4G1,HSP90AB1,MCM7,WDR3,WDR4,YBX1,LMNB2,LMNB1,MRPL3,RPL7A,NOB1,WDR5,TOPBP1,UTP15,EIF5A,EIF5B,RFC3,GLRX3,RFC2,CAD,DDX54,SMC1A,RAD23B,TFDP1,POLR1B,POLR1C,ETF1,SNRPA1,DNAJC9,DCTPP1,THOP1,DCTN5,PRPS1,STOML2,SRSF1,DDX21,SRM,HSPD1,PPM1G,U2AF2,TGS1,BMS1,EIF4H,DCAF13,NOP58,PPP1R14B,RRM2,SSB,NAA10,PDAP1,SSRP1,DEK,HSPE1,HNRNPAB,EIF3M,SNRNP40,EIF3I,IMPDH2,POLE3,NAA15,SSBP1,ABCE1,EIF3C,EIF3D,EIF3A,RAN,EIF3B"
+"gene_set_query"	"66"	"KLF16"	"150.3"	"ARCHS4 Coexpression,22;Enrichr Queries,181;GTEx Coexpression,248"	"CYFIP2,MYT1L,STMN3,EPRS,ELK1,RRP9,RAVER1,CAPNS1,MYC,ZMIZ2,PSMD3,RPL36,AP1S1,AKT1,PRKACA,IER5,IER2,ANKS1B,ACOT7,DAPK3,WDR74,CD3EAP,SCRIB,SOX12,GTPBP4,HCFC1,BCR,RNF126,WDR81,ASPHD1,DDIT4,PRR12,RPL28,PRR14,ASTN1,ATF4,SF1,POM121,SET,TTYH3,TTYH1,FLII,AGAP2,NOLC1,MRPL12,ARPP19,ABR,PPP3R1,RRS1,PIP5K1C,SLC19A1,JUN,PHC2,JUND,ARPP21,SETD1A,IRF2BP1,IRF2BP2,PBX2,NETO2,NR1D1,MEX3D,EIF1,PRRC2A,EHD1,HNRNPL,FASN,GIPC1,DUS1L,ARF3,GABRB3,GPR27,OGFR,SPEF1,NCAN,MED16,MED15,SMG5,DDA1,BBC3,C1QTNF4,JPH4,TUBA1C,TUBA1B,JPH3,RRP12,DLGAP3,CIC,BRD2,UPF1,ELMOD1,ITPK1,GMIP,DUSP6,DUSP7,NCOR2,SLC7A5,MED25,INF2,MMP17,PXDN,RAPGEF1,SLC29A1,TKT,NFIX,SRRT,TIMM13,SNX32,CENPB,FAM129B,CLPTM1,NCDN,ANKRD52,MEF2D,YKT6,MBD3,SF3A1,SF3A2,WDR18,SCAF1,GATAD2A,SKI,XAB2,TMEM158,MYBBP1A,TAOK2,ZYX,NUCB1,PKN1,AGRN,FAM49A,CTNND2,RIMS4,STK11,LAMP1,FBRSL1,PIM3,LZTS2,LZTS1,STK32C,PPP1R16B,SEMA6B,RNF44,MAP2K2,USP5,TPM1,POLRMT,DGKZ,FOXP1,ATXN2L,CTDNEP1,NCL,RAB35,MAPKAPK2,FSCN1,NHP2,CSNK1G2,FKBP5,GLYR1,SLC27A4,ANAPC2,LRRC59,INO80E,RAB5C,MAZ,ABHD8,HSPBP1,FBXO41,SNN,SBNO2,NDOR1,PITRM1,NACC1,DVL1,BTBD2,NADK,LRRC4B,WDTC1,ESRRA,TNK2,ADAP1,BTBD9,EEF2,CHERP,LRFN4,SH3BP5L,NSG2,CDK5,LHX2,MAFG,CNOT3,MAP3K10,CSPG5,PLEKHM2,CNIH2,EIF4G1,RNF187,MCM7,WDR1,CELF5,PTPN23,NRGN,PTBP1,DUSP12,SART1,PPP6R1,SNRNP70,UBTF,WDR5,DGCR2,EIF5A,HSP90AA1,REXO1,GPX4,RANGAP1,ARFGAP1,TRAF7,TRAF4,SNPH,DNAJC5,CTDSP2,POLR1B,ETF1,DCTPP1,GAPDH,PPP1R12C,NLGN3,CANT1,SRF,RAB1B,KATNB1,LRP3,FOXK1,MLLT1,FURIN,JAKMIP1,LAGE3,DCAF15,GANAB,NCLN,U2AF2,MGAT5B,FEM1C,CSK,SLC25A23,CACNG4,MARCKSL1,PPP1R14B,CIZ1,FBXL19,MID1IP1,MBOAT7,PCDH8,FBXL16,BAIAP2,HNRNPAB,KLF6,IMPDH1,MGAT4B,CCM2,PTPN5,EIF3B,VARS,HDAC10,ZDHHC5,ZDHHC8,HS6ST1,ACTB,RPS15,TRIM28,DPF1,BSG,LONP1,KIF21B,ATXN7L3,TBC1D10B,ACTN1,CIRBP,AP1B1,CSNK1D,MOGS,ACTN4,MAPK8IP3,CDC34,SIK1,ULK1,TTLL12,KCTD17,CTXN1,TELO2,PDE1B,FOXG1,PIK3R2,ACTR3B,APH1A,DHX34,PCBP1,TSPAN7,DHX37,KCNN1,GSE1,SYMPK,TNRC18,VASP,PTPRN2,TMEM184B,INTS1,RCC2,ST8SIA3,PPP1R1B,C2CD2L,ITM2C,DAZAP1,CITED2,MRPS12,AP2A1,PRPF19,PPP3CA,SIPA1L1,CAMKV,XPO6,NCS1,IDS,SDF4,GIT1,PSD,PRMT8,PRMT1,MINK1,AMPD2,MRPS7,PPRC1,SREBF2,MLF2,APRT,RHOB,PITPNM1,PACS1,ARHGEF4,ARHGEF2,ALDOA,SGK1,ATP6V0C,PTMA,CSTB,TOMM40,SLC20A1,DOT1L,CRIP2,CCDC106,CAMKK1,GNAI2,HIRA,MNT,ZDHHC18,PES1,CTNNA2,ARNT2,AP3D1,KLHL2,MYO9B,DOHH,VEGFA,BOP1,FKBP1B,FAM171B,HDGF,PNPLA6,CDK5R2,GRINA,MIDN,CYP46A1,PHRF1,ACTG1,ARHGDIA,KHSRP,PALM,SBF1,SH3GL1,CHRNB2,KIRREL3,LMTK3,MATK,RUNDC3A,ATAD3A,SHISA7,PCP4,HNRNPUL1,HNRNPUL2,EHBP1L1,CHMP4B,HPCA,PXN,CACNA1A,CPLX1,CACNA1E,SUPT6H,TMEM121,PDZD4,EFNB3,ZMAT2,IRAK1,DEAF1,CASKIN1,GRK6,MARK2,BCL9L,SYT5,HSPA8,PRNP,SMAD4,CBX4,CPSF1,HMGA1,GNAO1,DLG2,GNAL,EFNA2,HOOK2,DLG4,HOOK1,UBE2S,GNB2,GNB1,CLASRP,TCF3,LRP10,UBE2M,GSK3A,PRR7,KDM5C,THRA,MAST3,PRKCSH,LMNB2,PPP1R9B,SEPT9,LASP1,ZC3H7B,LRRTM1,SCYL1,KDM6B,KLF13,PDPK1,H2AFX,RNF208,ARHGEF18,DDX54,SEPT5,SENP3,EPN1,DNM2,NDUFS7,AKT1S1,DCX,NAT8L,THOP1,CAMK1G,OTUB1,OPRL1,DDX21,WIZ,STRN4,TFPT,TMEM201,DNPEP,MTA1,MAT2A,GNG7,MKNK2,MAPK1,MTA2,FBRS,PDLIM7,MAPK3,LGI1,RRM2,ATP13A1,HAGHL,ATP2B1,USF2,CLCN7,NEURL4,PPP2R2C,PPP2R2B,CARM1,SPRY2,ACIN1,BAX,ATP13A2,SSBP4"
+"gene_set_query"	"67"	"ZNF777"	"150.7"	"ARCHS4 Coexpression,1;Enrichr Queries,211;GTEx Coexpression,240"	"MDC1,POP7,GPATCH1,HNRNPU,ZFYVE1,DCAF4,ELK1,TSKU,ALKBH8,RRP9,ALKBH3,LSM10,PSMD7,CAPNS1,RAVER1,ALKBH1,DPYSL2,ZMIZ2,MYC,PSMD3,AKT1,AP1S1,PRKACA,IER2,NGDN,DAPK3,WDR74,CD3EAP,SCRIB,MED6,GTPBP4,SND1,HCFC1,RNF123,DYNC1LI1,WDR81,ZSCAN21,DDIT4,PRR12,RPL28,SF1,POM121,FLII,MEPCE,NEDD4L,AGAP3,ABR,LARP1,WDR70,RRS1,PLCG1,PIP5K1C,SLC19A1,CREBBP,JUN,JUND,JUP,PLK2,SETD1A,IRF2BP1,PBX2,PRRC2B,THAP11,PRRC2A,TADA2B,EHD1,HNRNPL,FASN,GIPC1,HYOU1,DUS1L,EZH2,ARF3,OGFR,GMEB1,PIGU,PHF20,PIGQ,CTCF,MED16,SMG5,BBC3,TRIM8,CIC,UBL7,LRRC47,BRD2,UPF1,AEN,EPS15L1,MED27,TERF2,LRRC41,NCOR2,TAF6L,SLC7A5,MED25,TUBB2A,INF2,PXDN,EXOC4,RAPGEF1,TKT,SF3B2,NFIX,SRRT,DLST,SLC7A1,CENPB,BCLAF1,TCOF1,CLPTM1,RRP36,MFN2,ZSWIM6,ANKRD52,RPS2,SAMD1,MEF2D,YKT6,BRD4,MBD3,SF3A1,BRF2,SF3A2,NR1H2,DAB2IP,ELP3,SRP68,SCAF1,BYSL,GATAD2A,SKI,XAB2,MYBBP1A,SNX15,TRMT6,SRRD,TAOK2,TSR1,NUCB1,PKN1,AGRN,FBXO28,ATN1,EDC4,STK11,KPNA6,FBRSL1,PIM3,LZTS2,KPNA1,MEN1,PIAS4,MAP2K2,USP5,POLRMT,RNF40,CDC25B,CTDNEP1,ATXN2L,CLIP1,ILF3,RAB35,MAPKAPK2,FSCN1,SQSTM1,KPNB1,CSNK1G2,GLYR1,SLC27A4,ANAPC2,LRRC59,INO80E,ANKRD16,RAB5C,MAZ,NRF1,KRBA1,FBXO42,SLC9A1,EIF1AD,SBNO2,KLC2,NDOR1,PITRM1,DVL1,BTBD2,NACC1,ABL1,PLXNA1,DVL3,MAP2K7,MAP2K5,WDTC1,NOP14,FUS,SEC16A,FANCE,EEF2,CHERP,BCL9,SH3BP5L,TMEM11,CNOT3,PLXNB2,PLEKHM2,NFE2L1,EIF4G1,RNF187,ZNF512B,PTPN23,SART1,DUSP12,VPS72,PPP6R1,SNRNP70,UBTF,WDR5,MRPL9,TNPO2,ILKAP,PELP1,EIF5A,BCAS3,REXO1,DHPS,RAD23A,TFIP11,RANGAP1,RAD23B,REXO4,COASY,DDOST,ARFGAP1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,RP9,ETF1,PPP1R12C,AHDC1,PPP1R15A,GTF3C1,SMARCD2,TSSC4,SRF,RAB1B,VPS4A,PRCC,ZBTB45,FOXK1,MLLT1,AMBRA1,DCAF15,GANAB,NCLN,POLR2A,RBBP5,U2AF2,POLR2C,BAHD1,FEM1C,SLC25A22,UBQLN4,CCDC71,PPP1R14B,CIZ1,GPKOW,FEM1A,RNF25,SMOX,FBXL19,ADRM1,FOXJ2,RPRD2,CDC42BPB,BAIAP2,HNRNPAB,KLF6,POLR3E,MGAT4B,STUB1,EIF3C,BCAR1,EIF3B,VARS,PREP,ZDHHC5,KEAP1,CISD2,ZDHHC8,PDCD2L,KAT5,TRIM28,LONP1,ATXN7L3,TBC1D10B,SRRM2,BOLA1,MRPS18A,MOGS,CSNK1E,ACTN4,MAPK8IP3,THAP4,THAP3,ZW10,GRWD1,ULK1,TTLL12,CBLL1,TRIM11,KCTD15,TELO2,TBC1D9B,DHX8,TMEM63B,PIK3R2,APH1A,DHX37,SURF6,GSE1,DHX38,SYMPK,TNRC18,PATZ1,RALGDS,ZRANB1,INTS1,RCC2,MEMO1,UBAC1,SMARCA4,SMU1,AIMP2,SNW1,INTS5,RNPS1,DHX29,ITM2C,DAZAP1,UBXN1,PTPRS,CITED2,MRPS12,AP2A1,SLC7A11,PRPF19,RPTOR,AKAP12,DHX15,SDF4,SSSCA1,GIT1,TSC22D3,MINK1,MRPS7,PPRC1,SREBF2,MLF2,RHOB,TOX4,PRPF18,ARHGEF2,SGK1,ATP6V0C,CSTB,TOMM40,NOL6,EXOSC7,HIRA,CUX1,GPC1,PES1,DYNC1H1,RPA1,AP3D1,PDCL3,KBTBD4,BOP1,PRKRA,NEDD4,SGSM2,PRPF31,HDGF,TACC2,PNPLA6,GRINA,MIDN,ZFAND3,HDLBP,PHRF1,ARHGDIA,KHSRP,SBF1,SH3GL1,KDM2B,ATAD3A,PRPF6,HNRNPUL1,HNRNPUL2,PLAA,TBC1D25,CHMP4B,RAF1,NOP2,LTBP4,CACNA1A,PRPF8,SUPT6H,RAI1,IRAK1,TBC1D17,MARK2,BCL9L,PRNP,CPSF7,CBX4,CPSF1,PCIF1,HMGA1,TIMM44,EFNA2,HOOK2,HOOK1,GNB2,GNB1,AMOTL2,UBA1,CLASRP,TCF3,LSM14B,UBE2M,RERE,B4GALT2,KDM5C,GSK3A,DDX49,USP38,LDB1,PRKCSH,CHD6,CHD4,CHD3,YBX1,USP39,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,SNAPC4,GET4,SCYL1,KDM6B,NAA30,RBM14,KLF13,PDPK1,H2AFX,CAD,AXIN1,DDX54,ARID1A,ARID1B,SENP3,KLF16,DNM2,SUPV3L1,DDX19A,AKT1S1,CHMP6,THOP1,PARG,TGFBRAP1,WIZ,STRN4,USP19,FAM168B,DNPEP,MTA1,TMEM203,BMS1,MKNK2,ABCF2,MTA2,FBRS,ABCF1,PTCD1,KDM4B,TAF15,PDAP1,PDE4DIP,SSRP1,CLCN7,NEURL4,CARM1,POLE3,RBM42,ACIN1,TAF6"
+"gene_set_query"	"68"	"REST"	"151.7"	"Literature ChIP-seq,50;ARCHS4 Coexpression,333;ENCODE ChIP-seq,5;Enrichr Queries,454;ReMap ChIP-seq,64;GTEx Coexpression,4"	"ITSN2,ITSN1,TESK1,ALKBH6,DPYSL4,CAPNS1,DPYSL5,DPYSL2,AKT2,AKT1,PRKACA,PRKACB,FNBP4,UNC5A,ASPHD1,EWSR1,DDIT3,DDIT4,JTB,VOPP1,FAR1,SF1,ATF4,SLBP,SET,SAR1B,TARSL2,MEPCE,NPRL3,CIAO1,RHOT2,RHOT1,LTA4H,RDH13,HEXIM1,CREBBP,JUN,NCAPH2,L1CAM,TBL3,LAS1L,FASN,NMT1,NMT2,PKIG,KCNC3,SNX12,BBC3,MED17,SMPD3,PANX1,MED14,MED13,NEFM,DLGAP3,JAK1,APC2,SPHK2,SLC39A13,EPS15L1,DUSP8,JOSD1,BAZ1B,DUSP6,MED29,DUSP7,PHF20L1,MED22,PLSCR3,MED21,SDHAF1,PXDN,ERGIC3,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB2,LIN37,GSTP1,WRB,ODC1,DLST,CENPB,FAM117B,EXOSC10,ADAM23,MFN1,SPOP,RICTOR,ZSWIM6,ZSWIM5,JAM3,ATAD1,CENPT,MBD6,CRBN,MCRS1,RABIF,SNX19,TAOK3,SNX16,CCDC9,SNX17,TAOK1,APEX1,ETNK1,TAOK2,SNX15,TSR1,PKN1,CIAPIN1,CRAT,YPEL3,FRYL,TMEM167B,FBXO28,ATN1,MPV17L2,CASC3,FBXO21,ALDH1L2,FADS2,NUDT10,POFUT2,FNTB,MAP3K9,FADS1,PIAS4,PCYT2,DGAT1,FBXW8,EIF1AX,FBXW7,STX7,ATP11C,ZCRB1,ATP11A,FBXO10,POLRMT,FBXO11,LENEP,CDC25B,FAM118B,MSH6,TPST2,MSH2,SRSF2,SMS,SRSF3,SRSF4,SRSF5,SRSF6,SRSF7,ARL8A,ARL8B,SLC27A4,GRIA2,INO80E,KHDRBS3,UAP1,NRF1,LIN7C,FBXO44,FBXO41,FBXO42,CORO1C,HSP90B1,NDOR1,G3BP1,MBIP,BRIX1,ZKSCAN1,CD276,NOP14,API5,FUS,STYX,HPS3,CORO2B,DRAP1,YRDC,LRCH1,ARPC2,SP3,CLPTM1L,LRCH4,NIT1,ITGB1,ISY1,SNAP25,PTEN,ETFB,NENF,BICD2,AP4M1,SPR,PPP6R1,ACP2,ARL5A,NEO1,BCAS2,EIF5A,UNC45A,EIF5B,ATRX,ACTR8,SEZ6L,ARFGAP3,RABGGTA,ARFGAP1,ARL4C,IMPAD1,C1D,PCCB,ETF1,TOP1,BCAT1,ROCK1,ROCK2,SRSF1,MLLT1,SRM,TSPAN31,CDC42,U2AF2,NNAT,TRIM46,UBQLN1,EIF4H,FEM1C,FYN,FSD1,E2F4,PCDH1,HNRNPA1,DRAM2,UBQLN4,UBQLN2,HNRNPA0,GADD45GIP1,NOP56,CIZ1,NOP58,SEPT11,TRIM41,SSB,FEM1A,CNBP,PCDH8,TXNL1,EXOG,EFR3B,HNRNPAB,TSPAN14,NECAP1,TSPAN13,EIF3K,SYT11,EIF3G,STUB1,EIF3E,PDCD2,ATXN10,EIF3F,EIF3C,TRIM32,UNC79,EIF3A,EIF3B,SLC23A2,SMARCB1,PPAN,LDLRAD3,ACTB,NUDT3,NUDT4,HERC4,HERC2,TRIM28,SNRPD2,BSG,TRIM24,CCDC97,EPC1,EPC2,PTGFRN,SNRPD3,BSN,ATXN7L2,ATP6V1E1,ATXN7L3,EIF2A,SMARCC1,ATP6V1G2,SMARCC2,ACTN1,ALG5,CIRBP,CSNK1D,ACTN4,CSNK1E,CFDP1,SNHG12,PPA2,PPA1,KCNQ2,CSNK2B,TRIM13,KCTD13,FAM76B,KCTD12,CCDC82,TBC1D9B,TMEM63C,DHX9,CEND1,ACTR3B,TTBK1,PGS1,MBTD1,APOO,B4GALNT1,B4GALNT4,BBS1,FAM78B,BSDC1,SMARCA2,MED13L,CALU,NDUFAF3,GRB2,NOL10,CALR,FBXL5,SUGP2,FBXL6,HERPUD2,MRPS17,DHRS13,CSRNP2,MRPS16,HIBADH,MRPS10,NAT10,NAT14,COX7C,RAB22A,PTMS,AKAP12,SYNCRIP,ACTR1A,MAP1LC3B,MAP1LC3A,PCLO,ACTR1B,RAC3,SDF4,SDF2,GIT1,COX8A,MRPS28,PBRM1,MRPS26,MRPS27,MRPS24,GAA,PRPF40B,PRPF40A,CACYBP,SYP,SYN1,APRT,CNKSR2,SLTM,TAX1BP1,TAX1BP3,PABPC1,EEF1E1,PTMA,NAPA,NAPB,PCNA,AHCY,SSNA1,GBA,GNAI3,PRICKLE1,COX5A,GNAI1,RELA,OS9,MGAT2,DYNC1I1,PEX16,DYNC1H1,GABBR1,VEGFB,PNMA2,PEX14,GRIN1,VEGFA,SGSM1,NUDT9,BOP1,KLHL7,TTC4,SGSM3,NDUFAB1,TTC3,KLHL8,CACHD1,PNPLA6,ZFP28,GRINA,OTUD4,SRP19,CRTC2,NARF,SYS1,NUP188,UBE3C,CRTC1,ZFAND3,UBE3A,COX6A1,CELSR3,ACTG1,IGF1R,NARS,PPIP5K2,FAM3A,DENND5A,TTC7B,SDHA,DHDDS,TBC1D20,PSPC1,GPRIN1,EEF1A2,EHBP1L1,DNAJB11,TBC1D24,PPIF,PPIE,PPIH,WDFY3,TBC1D23,PPID,SIDT2,GNAZ,COX19,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX15,DDX1,CACNA1B,HTRA2,BHLHE22,CNN3,TIMM50,SHARPIN,LLPH,QSER1,SYT5,UBE2F,SYT4,SYT3,NUP155,UBE2B,PCIF1,TIMM44,CNOT10,SYT7,GNAO1,IFT20,AHI1,HOOK2,NASP,UBE2S,HOOK1,GNB2,GNB1,MKRN2,GNAS,CNTN1,AMOTL2,DEGS1,TCF3,GNB5,UBE2M,GALK1,PHTF2,CUEDC2,DYRK3,PODXL2,ZMYND19,HP1BP3,LDB2,TAZ,RND3,LMNB2,PITPNC1,LMNB1,LASP1,MAN1A2,GDAP1L1,SUN2,SUN1,TBP,ATP6AP1,PDPK1,ATP6AP2,CAD,NAV1,SYNGR3,EPN1,EEF1G,TMEM214,CAT,ATP6V1B2,MAN1B1,CUEDC1,RRN3,SFSWAP,RNF8,SLC3A2,ADD2,POLD3,CYTH2,GNG3,CAND1,TMEM203,SV2A,CNR1,SPOCK2,TMEM205,TGS1,TDG,TRA2A,TMEM208,BNIP2,MTA2,CLVS1,ARFGEF1,TTC14,TTC19,CDK11B,USF2,TTC17,FAM155A,UFM1,ERCC1,IPO13,ANKLE2,ARPC5L,HNRNPU,PHAX,ADARB1,SMC6,EPRS,SMC3,GPATCH8,RRP9,GLS,ALCAM,TFG,ZMIZ2,WDR91,AP1S2,AP1S1,LUC7L,DDX17,NUP214,PRKCI,WDR74,SCRIB,ARMC8,GABRG2,WDR77,WDR81,ADPRH,VPS25,VPS28,PI4K2A,ASTN1,SEH1L,CTBP2,CTBP1,XPA,WDR61,XPC,PRKCZ,ADH5,ANAPC11,GJC1,FAM171A2,LDHA,WDR70,GAR1,MCMBP,ST3GAL1,HMOX2,VPS16,CEP78,FDFT1,PRELID1,ICMT,NDFIP1,SNAPIN,HOMER1,IRF2BP2,NR1D1,PHC3,POU6F1,HNRNPL,EHD1,HNRNPM,SQLE,HNRNPF,TOLLIP,PPT1,FARSA,GABRB3,PHF3,PYGB,SMG1,SETD2,CDKN1B,GMEB2,BTG1,PHF20,PHF23,ARPC1A,GPT,WDR46,SMG5,AIFM1,RARS,TK2,CIC,JARID2,RRP15,CEP68,RPS6KL1,ASH1L,WDR34,GNL2,FAM126A,COPZ1,WDR33,GNL3,NCOR2,ZEB2,NCOR1,TUBB2A,MTF2,TCP1,GARS,EXOC2,GRN,RNMT,TIMM9,WDR24,ADCY5,PAPSS1,ARFRP1,RPS15A,PPP1R7,NSD1,PPP1R8,CKB,PAIP2,DEDD,PAIP1,WDR17,PCGF6,YTHDF1,YTHDF3,KIDINS220,NR1H2,WDR18,GATC,SYVN1,ELP3,DEF8,HIPK1,WDR12,NFIA,NFIB,NUCB1,ANKRD13B,RAB3C,RAB3A,RAB3D,GTF2B,PARK7,RPL10A,SLC8A2,TM7SF2,EDC4,PPP1CB,SALL2,LAMP1,CFL1,TXNL4A,SLC39A3,HMGN1,RARS2,USP8,USP7,SUPT16H,MAP2K2,TPM4,USP5,TPM1,THOC1,DYRK1A,THOC5,LEMD2,NRBP1,PYGO2,MORF4L1,TOM1L2,RAB34,PGP,SNRPG,SNRNP27,PHIP,SNRPE,SNRPC,FKBP3,FKBP5,BRSK1,FKBP2,BRSK2,CBFB,CCDC24,FAM114A2,INSIG1,GOLGA7B,ORC5,SCRT2,ORC3,DVL1,TPR,UBR5,DVL2,DVL3,PLXNA1,MAP2K7,RAB6B,MAP2K5,MCL1,EIF2B5,OSBPL8,EIF2B4,TRAPPC3,UVRAG,AKIRIN1,TRAPPC1,OSBPL2,TMEM132A,SCRT1,LRFN3,COPS6,COPS5,SLC7A6OS,NSG2,REEP2,PLXNB2,TPP2,CPE,PLXNB1,CNIH2,COPS8,CNIH4,DIDO1,MCM7,WDR1,CCDC47,WDR4,LBH,NOB1,AP1G1,UBTF,WDR5,TLK2,WDR7,EVI5L,TNPO1,EIF2B1,IDH3A,ILKAP,PLEKHG2,GGPS1,RFC2,RPL13A,WIPI2,TSN,TFDP1,DAD1,CTDSP2,DNAJC5,POLR1C,CCDC43,LEPROT,HDAC3,RAB1B,DNAJB2,DNAJB6,POLR2A,DNAJB5,POLR2B,POLR2D,POLR2E,DNAJB9,POLR2G,POLR2H,SEC11A,POLR2J,POLR2L,TUB,SLC35A4,PPIL2,RNGTT,ASCC1,FBXL16,RPRD2,PSAT1,VAPB,DNAJA3,MFAP3,POLR3D,DNAJA2,POLR3F,RAB18,DRG2,CEBPZ,SNRNP48,PPIL3,POLR3K,PPIL4,TPT1,SLC35B2,PANK2,SLC35B4,PANK3,HDAC10,SLC35B1,HDAC11,FCF1,CISD1,HS6ST1,RPS15,RPS16,RPS19,FLAD1,PPP2R1A,RPL36AL,DZIP1L,LONP1,RPS11,SEPHS1,RPS10,SEPHS2,RPS12,SRRM2,ARRDC4,SRRM3,COG6,AP1B1,COG1,CPT1C,MAPK8IP2,MAPK8IP3,MAPK8IP1,SRRM1,POR,ZW10,SIK1,OBSL1,MACF1,RTEL1,DCUN1D5,MAGED1,STXBP1,DCUN1D1,DCUN1D2,HTATSF1,LIAS,FXR1,PDCD11,ZNHIT3,MLEC,GSE1,TNRC18,TRPM7,ATP6V0A1,VASP,ZRANB1,MAGEE1,SYNRG,SNAP91,RPS26,RPS28,RPS27,ADCK1,FUBP1,ADCK5,RPS20,RNPS1,RBAK,RPS21,C2CD2L,RPS24,TOP2B,GFM1,GFM2,ZFAND2B,ZCCHC17,ZCCHC14,XPO1,SLC22A17,C1QBP,XPO6,DNER,SEC61B,TMED4,PSD,TOP3B,TMED9,PPHLN1,ZDHHC16,ZDHHC17,MTSS1,TOPORS,HNRNPH1,HNRNPH2,MPND,SDCCAG8,ZDHHC20,PTGER1,AMIGO1,GDPD1,NOL9,RFNG,PTN,NOL4,BEGAIN,TYMP,NT5C,TCEAL8,TCEAL6,TCEAL5,SUSD4,NT5M,APBB1,ATP6V0E2,TRAM1L1,METTL9,PURG,MYEF2,NFYB,PTGES3,LSAMP,LHFPL4,AIG1,MPP6,RAB11A,SPCS2,PRKRA,CAPZA2,APBA1,MEGF8,APBA2,KDM1A,NDUFA12,KDM1B,NDUFA10,PAIP2B,FAM162A,ARHGDIA,FPGS,CHRNB2,RALBP1,TRAPPC2L,SHISA5,ATP1B3,PUS7,SHISA7,HGS,CHMP4B,AMPH,ZCCHC7,ISYNA1,RPS19BP1,COPB1,NOP2,PXN,EFNB1,EMG1,UBB,ZMAT2,BPTF,CPSF7,KLHDC4,CPSF6,PNPT1,CBX5,CPSF1,CBX4,CBX3,IDH1,CPSF2,COQ9,CRLS1,COQ2,EFNA2,CAPRIN1,CHMP2A,PI4KB,BRWD1,LRP10,LRP11,MUS81,KDM5B,KDM5C,THRA,CBY1,FBLL1,HS2ST1,RBM3,SEPT7,SNAPC2,PPP2R5E,CASP3,SNAPC3,LRRTM2,MFSD1,RBM7,RBM5,KDM6B,SVOP,H2AFZ,AKTIP,H2AFX,PPP2R5B,DNM1,SEPT2,SEPT3,DNM2,DNM3,FCHSD1,DDAH2,TRAPPC6B,CDH10,FAM84A,TERF2IP,PFDN1,PFDN2,PFDN5,VAC14,KDM3A,STOML1,ATP1A3,ATP1A1,TBRG4,TBRG1,MAPK9,NXF1,MAPK8,FAM168A,CHSY1,GNA12,MAPK1,SNCB,MAPK6,OPCML,SNCA,KDM4C,TMEM30A,SLC4A7,PPP2R2C,PPP2R2D,CDK2AP1,ATP13A2,MDC1,MT-ND4,UXS1,ARAF,EHMT1,GHITM,RBPJ,TSEN54,SCAMP5,LSM10,SAMD14,PSMD6,NSDHL,ZFYVE27,PSMD4,PPP4R2,PSMD2,PSMD3,SAMD10,MEF2A,DAXX,MEF2C,RBFOX2,STARD7,DICER1,SCAMP3,SND1,EML4,RUFY1,EID1,MYL6,EID2,PRKAR1B,PRKAR1A,RFX7,CLNS1A,PSME1,UQCRC1,PSME2,LETMD1,CGGBP1,MTMR2,TTYH3,ABCB6,AGAP2,MRPL16,MTMR9,COPS7B,AGAP1,ABCB8,AGAP3,MRPL12,OAZ1,MRPL13,GABARAP,GIGYF2,MTMR6,MTMR7,MRPL11,CYB5R4,HMGXB4,CYB5R3,GRPEL2,VTI1A,PUSL1,HMGXB3,RHBDL1,PRRT1,ABCA2,PRRT2,CADM4,CADM1,CADM2,ERLIN2,MRPL24,SNUPN,MRPL21,EIF1,MLLT11,MRPL30,CS,MLLT10,UCK1,PSMG3,PSMG2,TMEM9B,GPR19,EZH2,ARF4,PIGU,ARF1,NCAN,RPLP1,PIGQ,GPR21,HEXA,PIGP,MRPL39,CTCF,AACS,MRPL32,JPH4,TRMT112,NIPBL,JPH3,TUBA1A,FASTK,RPLP2,SH3BGRL3,DFFB,LRRC45,DFFA,ACTL6B,ELOVL5,ELOVL2,ACTL6A,MRPL49,LRRC40,SIRT6,MANEAL,SIRT7,NIPA2,DYNLL1,MRPL45,LRRC41,MRPL44,MRPL53,PSMA3,PSMA4,PSMA1,TMEM33,CDC42EP4,CDC42EP3,TUT1,TMEM106B,VAMP2,SLC29A2,LRRC14,RNASEK,STAU1,SRRT,SEZ6,MRPL55,GLRA2,GGA3,BTAF1,PSMB5,PSMB2,PSMB3,PSMB1,AP2S1,LEO1,CLPTM1,FLNA,NCDN,SRSF10,NKTR,LRRC24,MDH2,USP9X,ATRNL1,YLPM1,GATAD2B,LRRC20,TMEM60,LETM1,LYRM2,FABP7,UBAP1,CCNT2,CSE1L,UBE2D2,UBE2D3,UBE2D1,ZBTB22,YY1,ATCAY,STK16,FBRSL1,PIM3,KPNA4,PMPCA,KPNA1,SLC25A46,IK,SLC38A1,VPS33A,PPP1R16A,UBE2E1,FOXP1,FRMD3,ACAP3,OLFM1,MAPKAPK2,FSCN1,RAD54L2,SNRNP200,SQSTM1,KPNB1,ANAPC2,NSMAF,LRRC59,RNASEH2A,MAX,MAZ,ARL2,RAP1GAP,ACAT2,SLC9A1,SAV1,SBNO1,SBNO2,ATXN2,PORCN,E4F1,SLC38A2,LRRC4B,BRPF1,GFPT1,ZBTB11,EEF2,ZC3HC1,STK24,PTPRA,AAK1,MDM2,PIN1,SLC25A3,HSP90AB1,PPP1R13B,COX4I1,SCHIP1,CELF3,CELF4,CELF5,MRPL3,FSD1L,MDK,SUMO3,NCK2,PMEPA1,DNM1L,EDIL3,PELP1,HSP90AA1,PPP1R12A,DST,PEG3,SH2D3C,SIGMAR1,VPS37C,RAD23A,VEZF1,NDUFC1,RAD23B,QTRT1,GIGYF1,NSMCE4A,HAX1,SNPH,BIRC6,BDP1,SEC22B,SLC25A11,SLC25A4,PPP1R12C,AHDC1,SLC25A14,RNFT2,GTF3C1,GTF3C3,NDUFB8,LRP1,GTF3C6,NDUFB5,NDUFB4,MAK16,NDUFB3,ZBTB43,ZBTB45,PPM1D,HSD17B10,PPM1E,GANAB,PARD6A,SLC25A28,KATNA1,SH3BP2,FCHO2,SLITRK5,SH3BP4,SLC25A22,ATP9A,SH2B2,BEND6,NDUFA9,SLC12A2,NDUFA8,PTPN1,PPP1R14B,SLC12A5,NDUFA6,MMAA,NDUFA4,NDUFA2,FOXJ3,LYSMD2,IMMT,RPL23A,MCOLN1,BAIAP2,TPD52L2,ATOX1,SLC25A39,NOVA2,P4HB,SEC24C,EPHB6,EIF4A1,AHCYL1,LPGAT1,CCNI,ZDHHC5,PREP,JMJD1C,ZDHHC6,KEAP1,CCNC,ZDHHC3,CYB5D1,CCNL1,SEC62,TMPO,PAQR4,SCAF11,IMP3,ENTPD6,ZFP2,ANK2,MIF,VWA5B2,ANK1,PISD,STX1B,THAP3,THAP7,ULK3,ULK2,ULK1,TAGLN3,CTXN1,STX1A,MMADHC,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,BRCC3,UBE2J2,UBE2J1,DHX30,PGBD5,DHX34,PCBP1,TSPAN7,DHX36,PCBP2,SURF6,HIVEP2,RCE1,RAB11FIP2,RBM12,SCN3A,RAB11FIP4,SNX5,SURF1,TMEM86B,IQSEC2,SURF2,ZFR2,ST8SIA2,HSPA12A,PAICS,WNK1,ID2,RPL27A,PPP1R1B,INTS5,PAF1,COL9A3,CALM3,DHX29,CALM1,RGL2,PCSK2,TMEM151B,PTPRS,DOC2A,CCDC127,PPP1R11,FAM57B,GPAA1,PPP1R10,DIRAS1,PTPRN,SLC7A11,PEPD,AP2A2,SPTLC1,NCS1,REV3L,DHX15,MLX,IDS,SSSCA1,KIF1B,KIF1A,ARIH1,CTSF,NDEL1,GRIPAP1,NCOA2,SEC13,NCOA5,STARD3NL,MINK1,ANO8,COMMD3,MRPS2,ANO6,MRPS7,MRPS6,MRPS5,PDRG1,ENAH,CSDE1,G2E3,NCOA7,CD47,DBN1,STX12,RABGAP1,STX16,HEATR1,DOT1L,STX18,DERL2,CRIP2,CCDC106,EXOSC7,EXOSC4,SAMM50,CAMK2N2,EXOSC9,HSF1,SCAND1,CCT8,EXOSC2,PAK2,CCT5,CCT4,NPDC1,NPM1,YIPF3,TMUB1,HUWE1,UBE2G1,UBE2G2,DOHH,MIB1,FKBP1A,PER1,GPAM,ESYT2,DPAGT1,SCARB2,FHOD3,MIDN,CD81,OGDHL,KIF5C,FAM174B,PPME1,KHSRP,KIF5B,KIF5A,PALM,EP300,SNIP1,ARID2,BAHCC1,PPFIA3,SH3GL2,RGS7,SLC30A9,SLC30A5,ATG9A,LMTK3,LMTK2,RUNDC3A,ATAD3A,MID1,TMX4,TMX3,FAM173A,TMX1,SCN8A,RTN2,RTN3,NDRG4,PSMD12,RTN1,PSMD11,YTHDC1,SLC1A4,PDS5B,PDS5A,FUT9,ISOC1,CAMTA1,CAMTA2,KIF3C,CYC1,NDUFV3,NDUFV2,VARS2,BCL9L,CCDC134,PRNP,GGT7,PHF10,VTA1,ECD,KLHL22,KLHL24,SUPT5H,CLK4,ANKHD1,CLK2,KLHL20,GCLC,BMP1,APPBP2,PQLC1,STT3A,CYCS,TAB2,TAB1,LSM14A,YWHAE,GSK3B,GSK3A,RBM25,DDX3X,DDX46,PRKCSH,DDX47,MAST1,CHD6,CHD5,ATP2A2,HMGB3,PSIP1,CHD4,TRIAP1,HMGB1,CHD2,AFF4,GPHN,PPP1R9B,SEC61A2,SEC61A1,UBE2Q1,ABHD16A,BCL7A,YWHAQ,BCL7B,NUP62,MLST8,UQCRFS1,LRRFIP1,SULT4A1,YWHAG,UTP15,ARHGEF11,RBM17,NAA30,GLRX3,RBM18,DDX55,DDX56,ARHGEF18,ABHD14A,YWHAZ,UTP18,VCAN,SFPQ,LMBRD1,CREB1,IRF3,NDUFS7,TBC1D5,NUP50,TBC1D7,NAA35,ATG4B,NUP54,INA,RBM22,DDX27,DCTN2,DDX24,GOSR1,DDX23,CRMP1,DDX21,CLCN2,HMGCL,MAT2A,BMS1,CHGA,RBM39,TAF15,TAF13,GALNT1,TAF11,ATP2B2,MAPK14,CHFR,SOD1,MAPK10,MAPK11,SBK1,FAM131B,FAM131A,TAF6,VIM,CYFIP2,RPL5,RPL32,MYT1L,RPL31,STMN2,STMN3,DCAF8,STMN4,ENO2,GABPB1,FNBP1L,BACH1,RPL9,MYC,STMN1,ZXDC,PIP4K2A,RPL38,PIP4K2C,IER5,IER2,RNF111,CHGB,TSPYL2,UNC13A,TSPYL1,WSB2,PIH1D1,RPL22,DAPK3,CD3EAP,MED4,CLPX,GPR162,DYNC1LI1,RNF126,DYNC1LI2,RPL28,ALG10B,UBA52,DUS3L,CDC42SE1,ATXN7L3B,HIF1A,GLG1,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,RIC8B,BRAP,ACD,RPL41,CHKB,JUND,CHKA,H3F3B,RAB3IP,H3F3A,RDX,PRRC2C,PRRC2B,TMEM198,PRRC2A,THAP11,TMEM199,FIBP,GLUD1,FAM160A2,GIPC1,CDK10,DUS1L,CDK14,CDC42SE2,OGFR,SPEF1,ELL,TCF25,LPCAT1,ING1,TRIM9,RFK,GPR137,AP3S1,GPRASP1,EMD,ZC3H10,BRD2,BRD1,HSBP1,TCF12,SSR3,ITPK1,TET2,AEN,NUDT16L1,RNF167,TMEM179,LSG1,TET3,RNF165,PCYOX1,SF3B3,RPL10,GPS1,RPL11,GPS2,TMEM165,BCLAF1,SRP72,RPL14,SC5D,RPS2,RPL18,BRD7,SF3B1,RNF130,SF3A3,SF3A2,AGK,TRMT1,TTC9B,TTC9C,NMNAT2,BLCAP,KTN1,TM9SF2,RYBP,LPCAT4,ABI1,SARM1,INHA,TOR2A,UHRF1BP1L,ATP8A2,CHPF,CLSTN3,TUSC2,CTNND2,CLSTN1,YEATS4,BZW2,RPH3A,ABHD11,MAEA,CDH2,TUBB3,RNF19A,SMARCAD1,MAF1,RPS9,ANKRD46,RPS5,GPT2,IGFBP2,RPS6,GTF2F1,RNF41,CLIP3,DISP2,CTDNEP1,CLIP2,CACNB3,CLIP1,ARMCX1,RALGAPB,ZFP41,STIM2,MADD,ERP29,GLYR1,SEMA7A,CD151,ABHD2,GLO1,CUL1,KLC1,PHF21B,NEUROD2,KLC2,PITRM1,NACC1,BAG1,PSAP,BTBD2,ESD,SAFB2,ABL2,SKIL,MPDU1,WDTC1,ESRRA,ANKRD24,TNK2,MARCH9,ASNS,MARCH8,MARCH7,TOR1B,LSM4,MARCH4,ZZEF1,LSM3,CHERP,LSM2,CNOT4,NSFL1C,CDK8,CDK5,CDK4,ZFP62,MAFG,NF1,TADA1,GPR107,SERINC1,NF2,CNOT8,LZTR1,SERINC3,EIF4G2,EIF4G1,RNF187,RNF10,RNF14,TRADD,PTPN23,DUSP11,PTBP1,RPL7A,PSD2,OPA1,SIN3B,SIN3A,PSD3,REXO1,GPX4,CHUK,ZFP91,REXO2,COASY,DALRD3,TRAF4,ASPH,RPL37A,EVL,EIF4E2,SOS1,RNF31,GTF2A1,NFAT5,GTF2A2,RNF34,WBP2,JAKMIP2,AP3M1,CACNG7,HIRIP3,MGAT5B,RBBP7,RNF20,SPAG7,TXNRD1,DDHD2,PTPN11,SEMA4F,CDC42BPB,TRIT1,CUL4A,KLF7,KLF6,NFASC,MARCKS,NIN,APC,IMPDH2,MGAT4B,METAP1,METAP2,RUSC2,ARL6IP5,DPF2,ARL6IP4,KIFAP3,GLUL,SOX4,AQR,SLC6A17,NFKBIL1,SLC6A15,SACM1L,ACSL6,BOLA1,MRPS18B,PTOV1,MRPS18A,JMJD8,AFG3L2,CARHSP1,XRN2,AKAP9,GUF1,VDAC3,VDAC2,PFN1,AURKAIP1,BEX4,GPM6A,IGSF8,BEX2,BEX1,ANP32A,CD99L2,IGSF9,TMTC4,INPP5B,DGUOK,PTDSS2,INPP5F,SCAP,GPM6B,NTSR1,SRPK2,SNHG1,TRAP1,PTPRN2,PDE2A,SNHG6,STAM,UBAC1,ZWINT,GADD45G,MANF,SRPK1,CCT6A,SESTD1,ANP32E,TMCC2,ITM2B,ITM2C,CC2D1B,DAZAP1,GDI1,FAF1,FAF2,OLA1,MYL6B,PRPF19,RPTOR,CAMKV,GLIPR2,KIF13A,ATP6V0B,PRMT7,PRMT1,TSC22D3,RHOF,AP3B2,RHOA,RHOB,PACS1,NME7,FAM20C,STRAP,MAPRE3,MAPT,ALDOA,KPTN,SGK1,ATP6V0C,UQCR11,TRAK1,AKAP1,ANKMY2,RBM15B,RANBP2,SUZ12,RANBP1,RANBP3,AP3D1,RANBP9,RANBP6,PRPF39,TOMM7,CTNNB1,RAB3GAP2,TRIP12,FAU,CAMK1,CDK5R2,RAB3GAP1,CDK5R1,GALNT11,GOLT1B,NUCKS1,ARID4B,ARHGAP44,TMEM145,BASP1,CHCHD6,CHCHD7,CHCHD1,TMEM14C,NSF,PDIA3,APLP1,TSC1,WRNIP1,TMEM130,PDIA6,TMEM131,DPM2,OXA1L,PREPL,PHOSPHO2,TBL1XR1,DNAJC30,RPL7L1,TIPRL,SCG5,SCG3,FIZ1,RELL2,STAM2,ISCU,RAI14,TMEM59L,HPCA,BTF3L4,COX7A2,DTX3,SEZ6L2,CPLX2,STK4,CPLX1,DPP3,PDZD4,SDCBP,PCSK1N,CASKIN1,ZC3H18,DMAP1,ZC3H13,MARK3,MYH10,PDZD7,ANKZF1,SMAD2,DNAJC19,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,SMURF1,DNAJC11,TBCA,DNAJC16,TDRD3,RALYL,DLG4,RFXAP,JMY,TBCE,CLASRP,ACBD3,B4GALT2,CREBZF,B4GALT3,ACADVL,DOCK3,USP39,ELAVL1,PKD1,ELAVL3,SENP5,ZC3H7A,GMPPA,FLOT1,USP30,SCYL2,POLG,SCYL1,USP46,TSFM,KLF13,RNF208,ARID1A,SENP3,KLF16,TGFBR1,LATS1,FAM189B,CHMP6,LUC7L2,CHMP5,CAMK2B,HCN3,USP15,RGS19,POLDIP2,USP11,RGS16,MTIF2,TM2D3,TOB1,RMND5A,IGFBPL1,GMDS,NCAM1,CLASP2,LGI1,PTCD3,SPEN,USP24,PTCD1,PTCD2,BAD,USP21,B3GAT3,USP22,CADPS,HAGHL,SGTA,ZFC3H1,DTNBP1,NAP1L2,NAP1L1,MEIS3,USP28,HSPE1,GDAP1,MEIS2,NEURL4,BAX,SPRY2,RGS12,SSBP1,SSBP2,PDE7A,SSBP3,SSBP4"
+"gene_set_query"	"69"	"ZNF512B"	"152.0"	"ARCHS4 Coexpression,112;Enrichr Queries,157;GTEx Coexpression,187"	"TFRC,TRRAP,IFT172,DCAF8,STMN3,EPRS,BACH2,SCAMP4,NDST1,MPRIP,RAVER1,ZMIZ1,ZMIZ2,AKT2,DPYSL2,MYC,PSMD3,LUC7L,AKT1,AP1S1,NFRKB,VPS39,CDK5RAP3,DDX17,WSB1,PRKCD,CD3EAP,SCRIB,WDR73,SND1,HCFC1,DDIT4,PRR12,ATF4,SF1,POM121,TTYH3,ABCB8,FAM160B2,RHOT2,LARP1,PLCG1,S100A10,ABCA2,CREBBP,JUN,WDR59,PHC1,SETD1A,IRF2BP1,PBX2,PRRC2B,PBX1,PRRC2A,HNRNPL,FASN,GIPC1,CDK10,HYOU1,DUS1L,CPEB4,CDK16,ARF3,PIGU,GMEB2,KCNC3,SETD6,PIGQ,SMG5,SMPD3,SMPD4,FASTK,GPR137,CIC,UPF1,IFT140,EXOC7,IFNGR2,DYNLL2,NCOR2,DDB1,SLC7A5,VAMP7,INF2,KIFC2,IVD,PXDN,GAS8,ERGIC1,LRRC14,SF3B2,SRRT,CENPB,TM9SF4,RECQL5,UNK,NSD1,FLNA,CKB,ANKRD52,SF3B1,SRSF11,NKTR,RIC3,MBD6,SF3A2,BRF1,DAB2IP,SCAF1,SKI,NFIA,MYBBP1A,TAOK2,PKN1,AGRN,MTCH1,PHLDB1,DGKD,ATN1,IPO4,EDC4,FADS2,FBRSL1,CEP250,SLC39A7,LZTS2,FADS1,MEN1,GTF2I,SH3GLB2,USP5,TPM1,RNF40,SAP30,ATXN2L,ARMCX4,ACAP3,ILF3,RAB35,FSCN1,SRSF5,SRSF6,FKBP4,SNRNP200,ANAPC2,GLYR1,CUL9,LRRC59,CUL7,PFKFB4,DNMT1,INO80E,PFKFB3,CCDC24,ANKRD11,MAZ,UBFD1,RAP1GAP,RAP1B,SNN,NDOR1,KLC2,PITRM1,DVL1,BTBD2,NACC1,ABL1,PLXNA1,DVL3,E4F1,FUS,SEC16A,TMEM132A,HPS4,EEF2,UCKL1,CHERP,SON,PLXNB2,PLXNB1,GPR107,CNIH4,NFE2L1,EIF4G1,RNF187,PPP1R13B,NUMA1,AKAP8L,PTPN23,SART1,AP1G2,SNRNP70,PPP6R1,PPP6R2,UBTF,WDR5,DGCR8,WDR6,GAL3ST3,TNPO2,DGCR2,REXO1,RANGAP1,RAD23B,ARFGAP1,DDOST,QTRT1,GIGYF1,TRAF7,PTP4A3,CTDSP2,DNAJC5,POLR1B,C1D,EVL,AHDC1,GTF3C1,PPP1R15A,SMARCD2,WBP1,RAB1B,LENG8,FURIN,MLLT1,HDAC6,HDAC7,SLC25A27,FZR1,GANAB,CCDC85C,U2AF2,VPS52,FEM1C,UBQLN4,SH2B1,NOP56,PTPN1,MARCKSL1,CIZ1,PPIL2,FBXL19,CDC42BPB,TPD52L2,TRIT1,PFKL,MYO1B,TSPAN14,IMPDH2,MGAT4B,P4HB,EIF3C,SEC24C,TNRC6A,BCAR1,EIF3B,VARS,ZMYND8,KEAP1,ZDHHC8,GOLGA2,PNN,TRIM28,CDC26,FTH1,ARL6IP5,DAG1,LONP1,LONP2,CCNL2,KIF21B,ATXN7L3,SOX4,SRRM2,SMARCC2,ACTN1,CIRBP,MOGS,ACTN4,MAPK8IP3,ULK3,ULK1,EZR,OBSL1,TELO2,LLGL1,RTEL1,TBC1D9B,TMEM63B,PIK3R2,PIK3R1,SNX3,APH1A,SYNGR1,MIER1,GSE1,SYMPK,TNRC18,PATZ1,RAB11FIP3,SNX6,BBS1,INTS1,TMEM50A,RCC2,NTAN1,FUBP1,ECHDC2,ITM2C,NRP1,DAZAP1,CITED2,SLC44A2,PRPF19,PTPRF,EPM2AIP1,SDF4,GIT1,TMED4,NCOA1,PARP6,MRPS25,MINK1,PRPF40B,LIME1,SREBF2,MLF2,RHOB,VAV2,HNRNPH1,MPPED2,FAM193B,AIDA,ARHGEF2,MAPRE1,SGK1,DBN1,CSTB,CRIP2,RXRB,HIRA,MNT,NFIL3,GPC1,PES1,PAK2,GBF1,MIB2,AP3D1,HUWE1,VEGFA,SGSM2,CAPZA2,TCEA2,HDGF,MEGF8,GRINA,SPPL2B,HDLBP,OGDHL,CELSR2,CELSR3,ARHGDIA,POGZ,SBF1,ZGPAT,TSC2,TSC1,ATP1B1,ATAD3A,HNRNPUL1,EEF1A2,PPIF,PRPF8,SUPT6H,RAI1,SDCBP,KIF3B,IRAK1,GRK6,CAMTA1,DMAP1,VARS2,MYH10,BCL9L,PRNP,CPSF7,CBX6,CPSF1,CLK2,PAN2,EFNA2,HOOK2,HOOK1,GNB2,GNB1,GNAS,UBA1,PI4KB,BRWD1,LSM14B,PICALM,MXD4,GPSM1,RBM25,KDM5C,NAA40,RBM26,DOCK9,PRKCSH,CHD6,DDX42,CHD4,CHD3,LMNB2,LMNB1,SPRED2,SEC61A1,SEPT9,ZC3H7B,SNAPC4,PDE4A,MAN2C1,KDM6B,PDPK1,PLA2G4B,DDX56,H2AFX,CAD,IQCE,DDX54,NAV1,NAV2,ARID1A,LSS,SENP3,VCAN,PPDPF,AKT1S1,USP40,ANKS3,WIZ,SPG7,STRN4,GNA13,FAM168B,MTA1,DNPEP,GNG5,PABPN1,PPP2R3C,MKNK2,GNA12,MTA2,CAMK2G,FBRS,PDLIM7,TAF15,USP20,SSRP1,POLE4,NEURL4,SBK1,CARM1,ACIN1,VIM"
+"gene_set_query"	"70"	"ZNF576"	"154.0"	"ARCHS4 Coexpression,101;Enrichr Queries,179;GTEx Coexpression,182"	"POP7,THYN1,WDR83,PHAX,GPATCH4,ENO2,EPRS,RRP9,SCAMP5,SAMD14,KRTCAP2,MPRIP,DPYSL2,MYC,AKT1,PRKACA,IER2,DDX17,TSPYL1,UNC13A,WDR74,CD3EAP,RFX1,HDHD2,ARMC1,EML4,EID2,RNF126,ARMC6,DDIT3,DDIT4,PRR12,ATF4,SF1,SEH1L,CDCA4,FLII,MTMR9,NOLC1,BAZ2A,COPS7A,MRPL12,MRPL13,MTMR7,ANAPC11,MRPL11,MRPL20,FAM171A2,PPP3R1,CHST10,RRS1,RDH13,PLCG1,RHBDL1,PRRT1,JUN,PRRT2,JUND,PMM2,IRF2BP1,MRPL27,PBX2,FAM136A,MCAT,PRRC2B,MRPL21,PRRC2A,MRPL22,HNRNPL,UCK2,TBL3,UCK1,PSMG3,FARSA,GPR19,ARF3,PIGU,PHF23,CLTC,MRPL36,TCF20,SMG5,PIGX,TRIM9,UBL5,TRMT112,ANXA6,RRP12,CIC,UPF1,RPS6KL1,ACTL6B,SPHK2,MANEAL,DYNLL2,TERF2,GNL3,NCOR2,MRPL52,SLC7A5,PSMA2,PTRH2,SDHAF1,PXDN,RAPGEF1,LRRC14,TRUB2,SF3B5,ELOF1,GPS1,SEZ6,TIMM13,RPS27L,TMEM74,TIMM10,SLC7A1,PSMA7,MRPL55,TM9SF3,PSMB6,ARFRP1,PSMB7,PSMB5,PSMB2,ASNA1,PSMB1,CLPTM1,FLNA,RPL15,MBD3,ELP3,NMNAT2,GTF2H5,MYBBP1A,PSMC4,TAOK2,TSR1,NUCB1,PKN1,CHPF,TUSC2,FBXO28,PDCD5,PARK7,TSEN2,IPO7,MAEA,SALL2,LAMP1,RUVBL2,GTF2I,ANKRD46,ATP11B,CNPY2,RNF41,CLIP3,ILF3,MRTO4,FSCN1,NHP2,SNRPG,SNRPF,PHPT1,SNRPC,GLYR1,ANAPC2,ARL3,MAZ,UBR4,ARL2,KLC1,FBXO44,HSPBP1,ORC4,KLC2,PITRM1,NACC1,ABL1,BRIX1,SAC3D1,MCL1,WDTC1,ESRRA,NOP16,SEC16A,EEF2,LSM5,LSM3,LSM7,COPS6,SH3BP5L,CDK5,UQCRQ,TMEM11,REEP2,RNF181,PLXNB2,GPR107,TUBGCP4,DHCR7,RSL24D1,NOP10,CNIH4,NFE2L1,EIF4G1,DIDO1,MCM7,WDR4,ZFP82,NGRN,DUSP12,VPS72,PPP6R1,SNRNP70,MDP1,TNPO2,EID2B,EIF5A,ACTR2,RFC2,VPS37B,RANGAP1,RAD23B,DDOST,PTP4A3,CTDSP2,POLR1B,POLR1C,ETF1,DCTPP1,PPP1R15A,MTPN,NDUFB8,GTF2A2,NDUFB6,NDUFB4,NDUFB2,LENG8,LAGE3,HSD17B10,FOXRED1,DNAJB1,GANAB,U2AF2,TRIM46,POLR2E,POLR2F,FEM1C,IGF2BP3,POLR2I,POLR2J,SLC25A25,EIF4B,UBQLN2,BEND6,POLR2L,GADD45GIP1,NDUFA9,NDUFA7,SLC12A5,NDUFA6,NDUFA4,FBXL19,NDUFA3,NDUFA2,LYSMD2,LYSMD1,CDC42BPB,MGAT4B,POLR3F,STUB1,POLR3H,POLR3K,APP,SLC35B4,PPAN,ZDHHC5,CISD1,CISD2,UBE2L3,TXNDC17,SNRPD2,SNRPD1,BSG,BSN,ATXN7L3,SOX4,TRIM23,SRRM2,ATP6V1G2,ZFP1,CIRBP,ANK2,MOGS,MIF,CPT1C,MRPS18C,STX1B,CARHSP1,THAP7,GRWD1,KCNQ2,BOLA2,TMEM63B,SLC45A1,STXBP1,CEND1,CD99L2,TTBK1,DGUOK,DHX34,ERI3,B4GALNT1,ATP6V0A1,BANP,IQSEC2,INTS1,XRCC1,ERAL1,PAICS,SNAP91,WNK1,RNPS1,CALM1,RCOR2,ITM2C,MRPS17,COX7B,MRPS15,CITED2,MRPS12,NAT10,NAT14,PPP3CB,NUDCD3,HINT1,KIF1B,TMED1,MRPS26,ATP6V0B,MRPS24,PRMT1,MRPS23,MINK1,MRPS21,ANO6,MRPS7,AP3B2,SREBF2,MLF2,COMMD5,RHOB,NME1,CNKSR2,IMMP1L,RPUSD1,FAM20C,MAPRE3,MAPT,ARHGEF2,KPTN,EEF1E1,DTYMK,TOMM40,AMIGO1,MRPS33,HEATR1,AKAP8,UQCR11,CCDC106,UQCR10,COX5B,ARNTL,HIRA,TCEAL6,EXOSC4,METTL6,APBB1,ATP6V0E2,EXOSC2,DYNC1I1,PURG,TTC1,LHFPL4,DOHH,NDUFAB1,ESYT2,TRIP12,TOMM5,CDK5R1,NDUFA13,NDUFA11,CRTC1,SPPL2B,ROGDI,HDLBP,COX6A1,SRP14,TXN2,TMEM147,SBF1,SH3GL2,RGS7,TRAPPC2L,PAM16,TTC7B,KCTD2,KCTD6,COX6B1,HNRNPUL1,HNRNPUL2,SCN8A,EHBP1L1,UBE2V2,RPP21,FIZ1,AMPH,GEMIN7,GNAZ,NDRG4,BHLHB9,NDRG3,RTN1,NDUFB11,COX17,CACNA1B,COX7A2,PRPF8,SUPT6H,TIMM50,EMG1,CAMTA1,NDUFV2,PDZD7,ATP6V1F,HSPA8,PRNP,SYT3,CBX6,HMGA1,KLHL22,TIMM44,RALYL,TMEM115,HOOK2,UBE2S,GNB1,GNB5,NFKBIB,PICALM,GSK3A,KDM5C,DDX49,PRKCSH,CHD6,TRIAP1,CHD3,SOBP,MEA1,GPHN,ELAVL3,PPP1R9B,SEPT9,LASP1,ZC3H7B,GDAP1L1,SNAPC4,MLST8,TIMM17A,TIMM17B,ARHGEF11,RBM14,JAGN1,SVOP,KLF13,PDPK1,BUD31,H2AFX,PPP2R5B,UBE2QL1,ABHD14A,FAM189B,EEF1D,NDUFS5,AKT1S1,NAA38,THOP1,CAMK2B,STOML2,STOML1,DCTN3,PDXP,DDX21,ATP1A1,ADD1,ADD2,MAPK9,FAM168B,DNPEP,MAT2A,SV2A,TRA2B,FAM120A,TMEM208,ROMO1,MTA2,CLVS1,TIMM8B,B3GAT3,ATP2B2,IRGQ,NEURL4,SBK1,FAM131B,CARM1,RPS6KB2,ACIN1,NAA15,SSBP1"
+"gene_set_query"	"71"	"NKRF"	"154.3"	"ARCHS4 Coexpression,404;Enrichr Queries,31;GTEx Coexpression,28"	"CYFIP2,RPL4,MDC1,TFRC,MYT1L,STMN2,STMN3,HNRNPU,GPATCH4,EPRS,RRP9,SCAMP5,DPYSL2,MYC,VPS35,PRKACB,DDX18,ACOT7,TSPYL1,WDR74,WDR75,DNTTIP2,CD3EAP,GABRG2,GTPBP4,HCFC1,PRKAR1B,HECW1,DDIT4,TSPYL4,ASTN1,NUP205,SET,NOLC1,MTMR7,MTDH,FAM171A2,PPP3R1,HSPH1,LARP1,RAD21,RRS1,PIP5K1A,MCMBP,SERF2,PRRT1,JUN,PNO1,NETO2,PA2G4,LARP4,MLLT11,HNRNPL,UCK2,EIF6,FASN,TDP1,HNRNPD,SFXN1,SERPINI1,HNRNPC,GPR19,EZH2,GABRB3,GABRB2,WDR47,CLTC,SNX10,PHF6,TRIOBP,WDR43,DLGAP1,RRP12,GPRASP2,RRP15,ACTL6B,TEX10,NSUN2,ELMOD1,MANEAL,BAZ1B,TERF2,PGM2L1,DUSP6,GNL3,SLC7A5,TUBB2A,PXDN,TCP1,GART,VAMP2,SF3B2,SF3B3,ATL1,NIP7,SLC7A1,BCLAF1,NSD1,CHN1,PPP1R8,USP1,FLNA,UTP3,GABRA3,WDR12,MZT1,LRPPRC,BYSL,NUDT21,TAOK3,MYBBP1A,SERBP1,TSR1,PKN1,RAB3C,RAB3A,CSE1L,FMR1,UBP1,BZW2,IPO7,IPO5,RPH3A,LAPTM4A,ATCAY,TUBB3,PLS3,KPNA2,MAP2K4,MAP2K1,USP7,SUPT16H,THOC2,ZBTB33,ILF2,FTSJ3,MSH6,EBNA1BP2,ILF3,SLC9A6,NCL,MRTO4,SRSF3,ADNP,SRSF6,FKBP4,SNRNP200,SRSF7,KPNB1,ANAPC1,GRIA2,BRSK1,KHDRBS1,LRRC59,INSIG1,AK2,TARS,FBXO45,KLC1,FBXO41,ORC4,STIP1,BAG4,PITRM1,G3BP1,UBR5,G3BP2,PGK1,BRIX1,RAB6B,NOP14,NOP16,FUS,SLC4A10,ASNS,EEF2,SYNJ1,CDK5,CNOT1,REEP2,AAK1,IARS,RNF187,EIF4G1,HSP90AB1,MCM7,CELF1,WDR3,CELF4,CELF5,RPL7A,WDR5,WDR7,CEP170,ERC2,TNPO1,BCAS2,EID2B,HSP90AA1,DIS3,LANCL1,SEZ6L,SMC1A,COASY,PTP4A1,TFDP1,DNAJC7,NRG3,DNAJC6,POLR1B,ETF1,TOP1,SLC25A5,RNFT2,PRPS1,GTF3C4,CLEC2L,SRSF1,MAK16,PPM1G,CACNG7,U2AF2,SLITRK1,POLR2D,UBQLN1,FEM1C,IARS2,FSD1,HNRNPA1,EIF4B,UBQLN2,BEND6,NOP56,TUB,NOP58,HNRNPA3,SLC12A5,LYSMD2,PTPN11,HNRNPAB,NELL2,DNAJA1,KLF6,NECAP1,GLRB,CEBPZ,RHEBL1,EIF3C,EIF3A,EIF3B,ARL6IP1,VARS,PPAN,CISD2,PWP2,PNN,RPS17,TRIM28,SNRPD2,DPF1,CHORDC1,KIF21A,SOX4,TMPO,SMARCC1,SLC6A17,SLC6A15,GRWD1,HECA,TAGLN3,PFN2,BEX1,ANP32A,DHX9,CSTF2,CEND1,HTATSF1,TTBK1,INPP5F,PDCD11,HLTF,RIMKLA,RBM12,SCN3A,SCAI,ATP6V0A1,TRAP1,MAGEE1,RCC2,SMARCA5,MYO5A,BRI3BP,PAICS,SNAP91,CCT6A,STAG2,FUBP1,ANP32E,CALM3,NOL10,NOL11,CALM1,C2CD2L,ITM2C,AHCTF1,CSRNP3,GDI1,CITED2,MRPS12,OLA1,NAT10,PRPF19,AKAP12,SYNCRIP,UCHL1,XPO1,C1QBP,ENC1,XPO5,DHX15,IDS,KIF1A,DLAT,UTP14A,CCT3,CCT2,PARP1,STRBP,TSC22D3,CACYBP,SYP,MRPS7,PPRC1,SYN1,MLF2,VSNL1,CSDE1,HNRNPH2,MAPT,PABPC1,SGK1,EEF1E1,NAPB,AHCY,PCNA,SATB1,HEATR1,GDPD1,NOL8,AKAP6,NAPG,NOL6,AKAP1,PPP2CA,TCEAL6,PAK1,PES1,CCT8,DYNC1I1,CCT5,CCT4,RANBP2,SUZ12,GABBR2,NPM1,HUWE1,LHFPL4,PNMA2,GRIN1,SGSM1,BOP1,RSL1D1,HNRNPA2B1,APBA1,HDGF,TARDBP,APBA2,CDK5R2,CDK5R1,NUP188,UBE3C,KDM1A,TOMM20,FBL,BASP1,KHSRP,NRCAM,RGS7,NSF,CHRNB2,PUS7,TMEM130,RUNDC3A,ATAD3A,EEF1A1,PREPL,DKC1,GPRIN1,RPL7L1,UBE2V2,AMPH,MATR3,RELL2,ATP6V1A,RTN3,DDX5,BHLHB9,RTN1,TMEM59L,NOP2,CABP1,RPF2,PDS5A,PRPF8,TAF5L,EFNB3,KIF3A,CAMTA1,KIF3C,RPRD1A,HSPA9,YARS,HSPA8,PRNP,SYT3,SYT1,HSPA5,NUP155,HSPA4,CBX3,NONO,NUP153,EIF2S1,AZIN1,RALYL,DLG2,HOOK2,HOOK1,CAPRIN1,UBA2,UBE2K,YWHAE,RBM28,DDX3X,YWHAB,ELAVL4,ATP2A2,HMGB3,YBX1,FBLL1,GPHN,LMNB2,LMNB1,RPS4X,LRRTM2,GDAP1L1,TOPBP1,SULT4A1,YWHAG,YWHAH,UTP15,SVOP,NUP133,PDPK1,CAD,SYNGR3,UTP18,SENP3,CKAP5,DNM1,SEPT3,EEF1G,GAP43,SFPQ,CDH10,NUP50,TERF2IP,B4GALT6,INA,ATP1A3,PDXP,DDX21,TM2D3,FAM169A,ADD2,HSPD1,MAPK9,GNG3,DNPEP,CAND1,MAT2A,SV2A,TRA2B,SNCB,MTA2,CLVS1,OPCML,SPEN,RRM2,SGTB,LIMK1,NAP1L2,NAP1L1,SSRP1,HSPE1,GDAP1,NAP1L5,FAM155A,FAM98A,NAA15,VIM,R3HDM1,ABCE1,RBMX,RAN"
+"gene_set_query"	"72"	"ZNF644"	"157.0"	"ARCHS4 Coexpression,89;Enrichr Queries,51;ReMap ChIP-seq,176;GTEx Coexpression,312"	"MT-ND4,EHMT2,RBPJ,ZFYVE1,TSEN54,ALKBH8,LSM10,PPP4R2,CAPNS1,DPYSL2,GPBP1,AKT1,PRKACA,PRKACB,CXADR,UNC5A,FRS2,DICER1,GAPVD1,RC3H2,FAM133B,PRKAR1B,RFX7,ZFYVE19,ZC3H11A,DDIT4,JTB,RBCK1,CGGBP1,NPRL2,FLII,MEPCE,NPRL3,ABCB8,OAZ1,RNF214,CYB5R4,HMGXB4,PRKAR2B,PIP5K1C,EDEM3,CADM3,CREBBP,JUN,EIF2AK1,L1CAM,MRPL24,MLLT11,MLLT10,ARF3,MRPL42,NIPBL,MED13,MRPL40,DLGAP3,UPF2,UPF1,SLC39A10,LRRC40,EPS15L1,MRPL48,BAZ1B,DUSP6,TOMM40L,SIRT2,SRP9,SIRT3,PHF20L1,MED25,PSMA1,TMEM33,PXDN,TMEM106B,ARF5,ERGIC1,RNASEK,LIN37,SEZ6,SNX32,SDAD1,TMEM70,CENPB,MRPL55,UNK,AP2S1,CLPTM1,MFN2,ANO10,RICTOR,MEF2D,SRSF10,SRSF11,NKTR,USP9X,MBD1,LETM1,TAOK1,ETNK1,SERBP1,TAOK2,GOPC,PKN1,YPEL4,YPEL3,FRYL,CCNT2,TMEM167B,LTN1,ATN1,HDDC3,FADS2,SMCHD1,SLK,UROD,KPNA6,MAP3K7,FADS1,SH3GLB2,SLC38A1,DGAT1,PRPF4B,FBXO11,FOXP1,MSH6,DMTF1,MAPKAPK2,FSCN1,SRSF3,SRSF4,SRSF6,SQSTM1,ARL8A,NSMAF,ANAPC2,PFKFB2,INO80E,MAZ,ISG20L2,NTPCR,LIN7C,RAP1GAP,CORO1B,SAV1,CORO1C,SBNO1,SNN,SBNO2,ZKSCAN3,G3BP2,NAE1,SLC38A2,NOP14,TIA1,API5,ZBTB12,ARPC5,ZC3HC1,DRAP1,SH3BP5L,SON,SP3,DMXL2,MDM2,PTEN,ARRB1,NENF,BICD2,CAPZB,SUMO1,PPP6R1,PPP6R3,ERC2,SNAP29,UNC45A,PPP1R12A,DST,VBP1,ATRX,VEZF1,MSL1,PIK3CA,BIRC6,BDP1,BCAT1,PPP1R12C,BCAT2,PPP1R15A,CANT1,ROCK1,MGRN1,ROCK2,PRCC,KATNB1,MLLT1,FURIN,HSD17B12,EHBP1,LRP6,GANAB,NCLN,CCDC85C,KCTD20,U2AF2,KRIT1,FEM1C,LRRC8B,HNRNPA1,AAMP,EIF4E,SEC24B,HNRNPA3,CIZ1,GPKOW,FEM1A,MID1IP1,MBOAT7,FOXJ3,CDC5L,RPL23A,BAIAP2,TPD52L2,PDCD4,P4HB,TRIM32,TRIM33,SLC25A36,EIF4A1,SMARCB1,ZDHHC5,JMJD1C,ZDHHC7,GCC2,THUMPD1,ZDHHC8,ACTB,CCAR1,NUDT4,RASSF1,HERC1,CDC27,EPC1,EPC2,ATXN7L2,ATP6V1E1,ATXN7L3,TBC1D22B,TRIM23,TMPO,SCAF11,ARL15,MOGS,THAP3,CDC34,EIF1B,GCDH,AARS2,PAXIP1,TBC1D9B,MYCBP2,SUPT4H1,PTTG1IP,PIK3R1,ACTR3B,GSPT1,APH1A,SEC14L1,PCBP3,PCBP1,MIER1,B4GALNT4,XBP1,TMEM86B,INTS1,SMARCA5,BSDC1,ERAL1,SMARCA2,MED13L,AIMP1,AIMP2,ZBTB6,WNK1,CDC16,FBXL3,DHX29,NOL11,CALM2,DDR1,GPAA1,CTSZ,PCSK7,BMI1,PTPRF,SYNCRIP,PCM1,AKAP11,CTSL,OTUD6B,REV3L,SDF4,KIF1B,NANS,CTSB,PBRM1,TMEM150B,MRPS27,TMEM150A,MRPS25,GAA,ZFR,ACAD9,MINK1,PRPF40A,SYP,RNF144A,ENAH,CTU1,SLTM,PITPNM1,CSDE1,UFC1,G2E3,STK40,NAPA,AHCY,INPP1,GNAI3,GNAI2,PCNP,EXOSC4,ORMDL3,MGAT3,MGAT1,PLEKHA1,MIAT,MIB1,KLHL9,HNRNPA2B1,TCEA1,HDGF,PNPLA6,GRINA,OTUD4,OTUD5,CRTC2,ZFAND3,CD81,ZFAND6,UBE3A,OGDHL,PRDM2,ACRBP,IGF1R,CAPN7,FAM174B,PPIP5K2,KIF5B,EP300,ARID2,SBF2,SH3GL1,MORC3,DIMT1,DNAJB12,TTC7B,RUNDC3A,TMX3,FAM173A,EHBP1L1,PPIG,DDX6,NDRG4,COX15,PSMD13,DDX1,PDS5B,PDS5A,RTN4,TIMM50,RPF1,RAI1,RNASEH1,CYC1,VARS2,QSER1,SYT5,IVNS1ABP,FDPS,UBE2H,UBE2I,NUP155,KLHL24,AP4B1,KLHL20,HOOK2,CCPG1,HOOK1,GNB2,GNB1,PHF13,TAB2,LSM14A,GALK1,PICALM,MXD4,UBE2M,RERE,CUEDC2,DYRK3,GSK3A,DDX3X,LDB1,PRKCSH,CHD6,ATP2A2,ILK,CHD4,ADAR,CHD2,AFF4,PPP1R9B,SEC61A1,LASP1,MAN1A2,BCL7C,RB1CC1,GDAP1L1,NUP62,YWHAG,SUN2,HSDL1,ATP6AP1,NUP133,TTC33,PDPK1,NAV1,PJA2,EPN1,SFPQ,CREB1,IRF3,TMEM214,NDUFS7,PPDPF,NUP54,OTUB1,RRN3,DCTN4,RAP1GDS1,DDX21,RSPH9,ACVR1B,CLCN3,CAND1,MAT2A,TAF1A,FBRS,RBM39,MIIP,USF2,HS3ST2,CLCN7,CLCN6,PNKD,ERCC1,NAA15,SUGT1,TAF2,MBTPS2,TAF1,IPO11,TRIO,WIPF3,HNRNPU,HNRNPR,FNBP1L,EPRS,SMC3,MYC,ZMIZ2,STMN1,FDXR,AP1S1,DDX17,MED1,DDX18,WSB1,DAPK1,CD3EAP,SOX11,GTPBP2,ATG12,CLPX,HCFC1,IFT81,ZSCAN21,RPL28,PI4K2A,MEG3,PRDM15,HIF1A,MTDH,NRBF2,ST3GAL2,H3F3B,H3F3A,IRF2BP2,MAD2L1BP,MTHFR,PRRC2C,NR1D1,PHC3,TMEM198,EHD1,SLC6A6,GIPC1,CPEB4,PHF3,OGFR,SETD2,SMG1,SETD7,ING4,TRIM8,AIFM1,TMSB4X,ENSA,RIOK2,CIC,RRP15,SHPRH,NUDC,TCF12,ITPK1,TET2,ASH1L,FAM126A,COPZ1,RNF168,RNF167,ZEB2,INF2,MTF2,EXOC6,GRN,WDR26,SCAF8,BCLAF1,RPL14,USP1,RNF130,SF3B1,DEDD,PAIP1,SF3A3,PCGF6,YTHDF3,CSNK1A1,TRMT1,SCAF1,WDR11,KTN1,AGBL5,MKLN1,RNF145,RYBP,MORN4,NFIA,NFIB,ZYX,NUCB1,ANKRD13C,ANKRD13D,CHPF,CEP120,IPO7,PPP1CB,LAMP1,CFL1,PAPOLA,SMARCAD1,ZNF326,MAF1,TMSB10,GTF2I,USP8,CSNK1G3,RPS9,MAP2K2,RPS7,USP3,DYRK1A,THOC2,LEMD2,CTDNEP1,MORF4L1,RAB34,MORF4L2,RAB35,PHIP,STAMBP,TNIK,ADNP,CSNK1G2,ANKRD17,BRSK1,ENY2,CD151,RAB5C,CUL5,INSIG1,ANKRD12,AK1,ITPR1,SLC38A10,UBR2,UBR1,PHB,HSPBP1,PHF21A,GOLGA7B,NACC1,PSAP,TPR,UBR5,BTBD2,SMN1,SKIL,MPDU1,MCL1,WDTC1,ANKRD28,ESRRA,AKIRIN2,OSBPL8,TOR1A,SCRT1,CNOT4,CDK8,CDK5,CNOT1,COPS2,NF1,RNF181,PLEKHM2,PLXNB2,RNF187,SLC48A1,RNPEPL1,WDR1,PTPN23,PTBP1,SART1,SGCB,SNRNP70,CEP170,TNPO1,PTBP2,PTP4A1,PTP4A2,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,DNAJC5,EVL,CRK,NFAT5,HDAC2,WBP2,RAB1B,WBP4,TULP4,HDAC6,DNAJB2,DCAF15,HECTD1,HECTD3,ASCC2,RBBP6,CSK,SMARCE1,SPAG9,FBXL19,FBXL16,CDC42BPA,TRIT1,ASXL1,DNAJA1,KLF6,MARCKS,PFKL,RAB14,VAPA,IMPDH1,DOLPP1,MGAT4B,CEBPZ,PPIL4,CUL4B,TCERG1,ZMYND8,GDE1,GOLGA4,RUSC1,FTH1,SOX4,AP1B1,ACSL6,AKAP9,ATP6V0D1,EZR,PFN1,MACF1,NECAB3,IGSF3,DCUN1D1,FXR1,PTDSS2,TRPM7,TNRC18,VASP,RABGAP1L,PTPRN2,ZRANB2,BCL11A,PUM1,UBAC1,GADD45G,PUM2,CCDC88A,STAG1,ZZZ3,STAG2,RPS27,FUBP1,TMCC2,ANP32B,HBS1L,TOP2B,DAZAP1,AHCTF1,PRPF19,SERP2,SIPA1L1,ZMYM2,GUK1,ZMYM4,GABPA,PSENEN,ATP6V0B,TMED9,PRMT3,RHOF,PPRC1,RAB33A,PACS1,FAM20B,WAC,MAPRE3,SGK1,ATP6V0C,MPND,AMIGO1,UQCR10,AMN1,HIRA,APBB2,MAP4K5,MAP4K3,RANBP2,NFYB,MTX3,RAB11B,MARS,RAB3GAP2,CTNNB1,TRIP12,ARID4A,ARID4B,TOMM20,ARHGDIA,CWC22,POGZ,COTL1,SHISA7,RSBN1,TBL1XR1,CHMP4B,SCG3,MATR3,PDE9A,XPR1,PXN,BTF3L4,EFNA4,ARHGAP12,MAN2A2,ZMAT5,PDZD8,MARK2,BPTF,SMAD4,KLHDC4,CBX5,HSPA5,CBX4,RHBDD2,DNAJC13,SMAD5,DNAJC17,EFNA3,EFNA2,TMEM115,DLG5,RFXAP,PI4KA,BRWD1,LRP10,COPE,NFKBIB,MUS81,KDM5B,ACADVL,ASNSD1,USP33,USP34,USP39,SENP6,ZC3H7A,GMPPA,SCYL1,MAPK1IP1L,USP47,USP48,ARID1A,ARID1B,KLF16,DNM2,LATS1,SUPV3L1,FCHSD2,THRAP3,AKT1S1,LUC7L3,TSEN34,USP14,KDM3A,USP15,USP16,ATF6B,STRN3,U2AF1L4,GNA13,CDIPT,MAPK6,CLASP2,SPEN,PTCD2,USP20,USP21,HAGHL,LCA5,DEK,SLC4A7,RPS6KB1,CAPN10,BAX,SSBP3,SSBP4"
+"gene_set_query"	"73"	"ZNF12"	"158.0"	"ARCHS4 Coexpression,302;Enrichr Queries,116;GTEx Coexpression,56"	"IPO13,TFRC,HNRNPU,SMC5,RBPJ,EPRS,ALCAM,PPP4R2,DPYSL2,MYC,GPBP1,VPS36,FNBP4,DDX17,WSB1,REV1,WDR75,CD3EAP,DICER1,SCAMP1,RC3H2,RFX7,ZC3H11A,DDIT3,DDIT4,RUFY2,FAR1,HIF1A,ARPP19,OAZ1,ANAPC11,MTDH,FAM160B1,HSPH1,CYB5R3,FLRT2,BLOC1S1,RAD21,AMZ2,SERF2,EDEM3,PRPF38B,JUN,CDK19,PRELID1,PRRC2C,MRPL28,MRPL23,PHC3,MEX3C,SETX,FIBP,HNRNPD,HBP1,CDK13,CEP57,SETD5,SMG1,PIGU,ARF1,CLTC,DDA1,MED17,RNF157,PCMTD2,NIPBL,MED13,SH3BGRL3,EMD,UBL7,PCMTD1,SHPRH,NUDC,WDR33,MED23,CINP,MTF2,PXDN,TMEM106B,DLD,HSPA13,BCLAF1,SCAF8,BTAF1,PPP1R7,ASNA1,LMAN2,MFN1,CLPTM1,USP1,AP2S1,RICTOR,SF3B1,ANKRD50,SRSF11,NKTR,YTHDF3,CSNK1A1,PCGF3,SYNJ2BP,LRPPRC,WDR11,KTN1,MKLN1,SNX16,TAOK1,PKN1,FRYL,HDDC2,CCNT2,TUSC2,UBP1,PPP1CB,SLC39A9,CFL1,ADORA1,PAPOLA,SMARCAD1,TXNL4A,MAP3K7,STK32C,BNIP3L,SLC38A1,MAP2K2,ANKRD49,FBXW7,DYRK1A,ATP11C,PRPF4B,ATP11B,THOC2,CASD1,FBXO11,MORF4L1,DMTF1,MORF4L2,SRSF3,SRSF4,PHIP,ADNP,SRSF6,RAB5C,TNKS,ANKRD12,IREB2,ABHD8,ISG20L2,UBR3,HSPBP1,SBNO1,TPR,UBR5,G3BP1,ZKSCAN3,G3BP2,SLC38A2,SKIL,ZKSCAN1,MCL1,OSBPL8,TIA1,TRAPPC1,API5,UROS,TRAPPC5,ASNS,ZBTB11,LSM4,DRAP1,LRCH1,SON,CNOT2,TADA3,SP3,MDM2,PIN1,SERINC1,OGT,RSL24D1,DIDO1,DUSP12,CAPZB,PPP6R3,EVI5L,EIF2B1,TNPO1,CCDC50,HSP90AA1,PPP1R12A,GPX1,GPX4,ATRX,VEZF1,EDF1,NSMCE4A,PIK3CA,CTDSP2,POLR1B,BIRC6,BDP1,SOS2,NFAT5,GTF3C4,UHRF2,ROCK1,ROCK2,WBP2,RAB1B,SRSF1,KATNB1,LAGE3,LRP6,RAB21,HECTD1,KRIT1,POLR2E,VPS54,FEM1C,FYN,RBBP6,POLR2I,EIF4B,POLR2L,GADD45GIP1,SEC24B,FEM1B,NDUFA3,PTPN12,CDC42BPA,OXR1,TRIT1,PINK1,KLF6,MARCKS,EIF3E,CCM2,SLC25A36,EIF4A2,TCERG1,PANK3,HDAC11,JMJD1C,THUMPD1,NUDT3,CCAR1,TIAL1,RPS15,PNN,EFR3A,GOLGA4,CDC23,TRIM24,ARL6IP4,CCNL2,KIF21B,CCDC92,SOX4,AQR,SCAF11,COG3,ARRDC3,ALG1,SRRM1,AKAP9,HECA,FAM76B,ANKRA2,AURKAIP1,PFN1,TMEM161B,NMD3,PIK3R1,UGCG,COMMD9,ERI3,HLTF,DHX36,TRPM7,STXBP5,RAB11FIP2,ARGLU1,ZRANB2,SS18L1,MED13L,PUM2,CCDC88A,STAG2,FUBP1,ID2,NDUFAF3,RBAK,ITM2C,AHCTF1,CITED2,ZCCHC17,SERP2,EPM2AIP1,AKAP11,ZMYM2,XPO1,PCF11,ZMYM4,ZMYM6,DHX15,UBXN7,GIT1,PSENEN,PBRM1,STRBP,PRPF40A,MRPS7,MLF2,RHOB,HNRNPH1,TAX1BP1,ATP6V0C,NAPA,RABGAP1,SATB1,AKAP8,NOL8,UQCR11,COX5A,DRP2,NT5M,SCAND1,MAP4K5,MAP4K3,RANBP2,SUZ12,MON2,RYK,MTX3,VEGFA,MIB1,PPP1CA,RAB11B,KLHL9,PRPF39,CCNG2,TTC3,TARDBP,NDUFA11,ARID4A,ARID4B,TOMM20,IGF1R,KIF5B,CWC22,POGZ,NRCAM,ARID2,MORC3,MATK,RSBN1,FAM173A,TBL1XR1,SPNS1,MATR3,PPIG,ZCCHC8,NDUFB10,YTHDC1,NDUFB11,TOR1AIP2,PDS5B,PSEN1,PDS5A,NDRG1,QSER1,ATP6V1F,BPTF,KLHDC3,PRNP,SMAD4,CPSF6,NUP155,CBX3,NONO,KLHL24,SMAD5,CLK4,ANKHD1,TDRD3,PAN3,EFNA2,APPBP2,HOOK2,HOOK1,STT3B,BRWD1,COPE,NFKBIB,UBE2M,YWHAE,CREBZF,RBM25,GSK3A,RBM26,DYRK2,DDX3X,PRKCSH,USP32,USP34,CHD6,SLC2A3,CHD2,AFF4,MFSD8,SENP6,SENP7,ZC3H7A,RB1CC1,KDM6A,USP47,SUN1,USP48,NAA30,PDPK1,DYNLT3,CTPS2,RPS3A,ARID1B,PJA2,TGFBR1,LATS1,CREB1,RASA1,NUP50,LUC7L3,NAA38,NUP54,HAGH,KDM3A,STOML1,DDX21,TOB1,GNA13,CAND1,TNKS2,TDG,PDE6D,MAPK6,SPEN,TTC14,RBM39,TMEM30A,ZFC3H1,NAP1L1,DEK,RPS6KB1,PPP2R2B,ERCC5,NAA15,ABCE1,RBMX,TAF2,TAF1"
+"gene_set_query"	"74"	"JUND"	"158.3"	"Literature ChIP-seq,149;ARCHS4 Coexpression,356;ENCODE ChIP-seq,37;Enrichr Queries,120;ReMap ChIP-seq,96;GTEx Coexpression,192"	"POP5,SLC4A1AP,POP7,TFRC,POP4,ALKBH8,FAM110A,NDST1,CAPNS1,DPYSL2,FAM110B,PWWP2A,FNBP4,ATG3,PRKAB2,SAP30BP,CXADR,FNBP1,EWSR1,DDIT3,DDIT4,UNC50,JTB,VOPP1,FAR1,ATF4,SF1,SLBP,EXD2,SAR1A,SAR1B,MEPCE,PLA2G6,CIAO1,PRPSAP1,RHOT2,PRPSAP2,RNF216,RNF215,PIP5K1A,RDH14,LTA4H,RDH13,HEXIM1,JUN,CREBBP,JUP,EIF2AK1,NCAPH2,FUCA1,TBL3,FASN,PKIA,NMT1,SFXN3,HYOU1,GSTM5,KCNC1,MTMR14,PRKAG1,ARHGAP1,MED16,MED15,BBC3,DDA1,MED17,SHF,PCMTD2,TCP11L2,DUSP1,SPHK2,SLC39A11,JOSD1,MED27,DUSP8,GMIP,MED29,DUSP6,DDB2,DDB1,MED23,SLC7A5,MED25,PTRH2,MED20,PXDN,SDHAF1,CINP,RAPGEF1,PTRH1,PAFAH1B3,PAFAH1B1,TRUB1,TRUB2,GSTP1,NIP7,ATL2,DLST,NOC4L,SDAD1,CENPB,NRAS,SNX29,SNX27,SPOP,MFN2,MBD6,CRBN,GOLM1,WNT7B,TARBP2,SKI,RABIF,TAOK3,CCDC9,SNX17,ETNK1,TSR1,PKN1,AGRN,YPEL4,YPEL3,CRLF2,GZF1,MTCH1,MTCH2,SLC27A1,PDCD6,NAB1,ATN1,LTN1,SLA,FBXO22,LAPTM4A,FNTA,UROD,FNTB,FADS1,BNIP3L,PCYT2,FBXW5,FBXW8,CNPY2,LENEP,CDC25B,ATXN2L,TPST1,DMTF1,SRSF2,SMS,SRSF3,SRSF4,PKP4,SRSF5,SRSF6,ARL8A,LY6E,ARL8B,SRSF9,INO80B,INO80E,TXNDC9,UQCRB,ZC4H2,UAP1,LIN7C,SPATA7,HSP90B1,CORO1C,SNN,NDOR1,MED30,G3BP1,PGK1,MBIP,NAE1,ZKSCAN1,CD276,API5,FUS,ODF2,FBXO38,UROS,HPS1,HPS4,UCKL1,FBXO31,DRAP1,IBTK,SH3BP5L,SON,UQCRQ,SP3,ACO2,CNTROB,NIT1,LRCH4,OGT,NOP10,ITGB1,PTEN,ETFB,AP4M1,ZNRD1,PPP6R1,PGM3,ACP2,PGLS,SNAP29,ACP1,BCAS2,UNC45A,ACTR3,ACTR2,TFIP11,ACTR8,RABGGTA,ARFGAP1,MSL1,ATRN,SYF2,C1D,GAPDH,TNFRSF21,BECN1,MGRN1,SRF,SRSF1,SRBD1,LENG8,U2AF1,SRI,MLLT3,MLLT6,MTHFSD,CDC42,SRR,CCDC85C,KCTD20,U2AF2,UBQLN1,HNRNPA1,EIF4E,HNRNPA0,GADD45GIP1,NOP56,HNRNPA3,MARCKSL1,NOP58,SEPT11,TRIM41,FEM1B,CNBP,TXNL1,EXOG,CABLES2,MYO1B,NECAP1,NAGK,CDKN2AIPNL,EIF3I,TSPAN18,EIF3J,OCIAD1,EIF3H,STUB1,PDCD2,TRIM37,EIF3E,EIF3C,TRIM32,EIF3D,BCAR1,EIF3B,SMARCAL1,ACTB,NUDT4,CRKL,HERC2,TRIM28,SNRPD2,SNRPD1,CDC26,BSG,CDC27,TRIM27,ATXN7L3,TBC1D22B,ATP6V1G2,SMARCC2,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,CSNK1E,ACTN4,MFSD11,BCS1L,MFSD10,PPA2,CDC37,CSNK2B,FAM76B,FLYWCH1,KCTD18,TRIB2,SLC45A4,AARS2,DHX8,MYCBP2,FBF1,SDC3,CEND1,ACTR3B,CDKN2AIP,PGS1,MBTD1,SEC14L1,DECR2,XBP1,BSDC1,HARS2,SMARCA2,IFFO1,EXT1,AIMP2,ZBTB6,NDUFAF3,NOL10,FBXL3,NOL11,CALR,CD200,MON1B,MRPS17,HERPUD2,DHRS13,MRPS15,CSRNP2,MRPS16,HIBADH,MRPS12,MRPS10,NAT10,NAT14,HERPUD1,SYNCRIP,MAP1LC3B,ACTR1B,MAP1LC3A,OTUD6B,UIMC1,RAC1,SDF2,GIT1,COX8A,MRPS26,PCYT1B,PBRM1,MRPS27,PCYT1A,MRPS24,MRPS22,MRPS23,CACYBP,PRPF40A,TFB2M,SYP,SYN1,APRT,CTTNBP2NL,TOX4,GAK,RNF144A,RAP2B,PITPNM1,ARHGEF1,FAM193B,PABPC1,PTMA,FJX1,NAPA,PCNA,AHCY,MRPS35,CAB39,MRPS36,MRPS33,SSNA1,GBA,HSD17B4,MRPS30,COX5A,RELA,NAPG,GNAI2,NFIL3,OS9,ORMDL3,EPS15,DYNC1H1,MON2,VEGFB,TTC1,KLHL2,MYO9B,YIF1B,VEGFA,SH3RF3,KLHL7,TTC4,HNRNPA2B1,NDUFAB1,SGSM2,AGGF1,CCNYL1,TCEA1,CARS,SRP19,CRTC2,SYS1,UBE3C,PRDM4,CRTC1,ZFAND6,ZFAND5,UBE2Z,SRP14,ACTG1,NARS,EEF1B2,FAM3A,PCID2,MORC3,DNAJB12,UBE4A,SDHC,SDHB,DHDDS,COX6B1,EEF1A1,PCP4,ADAM15,EHBP1L1,WDFY1,PLAA,TBC1D25,PPIH,PPIG,TBC1D23,RAF1,PPIB,PPIA,PPID,DDX6,DDX5,TBC1D19,TSG101,NDUFB10,COX16,DDX1,RNASEH1,SHARPIN,IRAK1,DHRS7B,TBC1D13,LLPH,TBC1D17,SYT5,UBE2F,UBE2H,UBE2I,NUP155,UBE2B,PCIF1,TIMM44,NUP153,CNOT10,UBE2A,MANBAL,IFT20,AHI1,HOOK2,HOOK1,CCPG1,GNB2,GNAS,MKRN2,UBA1,AMOTL2,DEGS1,GALK1,UBE2M,MXD4,RERE,CUEDC2,LDB1,ADAR,TNFAIP1,TAZ,LMNB2,LMNB1,TTC28,RND1,TMEM222,LASP1,MYO18A,IFT57,GET4,SUN2,SUN1,TBP,TTC33,SYNGR3,EPN1,EPN2,EEF1G,ALS2,EEF1D,ACOX1,ACOX3,MAN1B1,CUEDC1,RRN3,SLC3A2,RNF7,AGPAT1,RNF5,POLD3,MTA1,TMEM203,GNG5,OXCT1,TMEM205,TDG,TRA2B,SPOCK2,MKNK2,TRA2A,BNIP1,TMEM208,BNIP2,SPOCK1,RALY,RPP14,FBRS,CYTH1,CCK,SSRP1,CDK11B,GALE,ERCC1,POLE3,ERCC5,VPS29,IPO11,TES,RRP1,HNRNPU,GPATCH4,SMC5,PHAX,ADARB1,EPRS,SMC3,PHB2,ELK1,GLS,ALCAM,TFG,ZMIZ1,CSPP1,ZMIZ2,AP1S1,LUC7L,VPS36,NUP214,VPS18,DDX18,PRKCI,WDR74,GTPBP2,GTPBP1,GTPBP4,WDR77,ARMC1,WDR81,DAAM1,WDR82,ZSCAN21,NUP98,VPS28,PI4K2A,GNE,PDXDC1,CTBP1,XPA,WDR61,XPC,RNPC3,ADH5,ANAPC11,MTDH,GJC1,RRP7A,LDHB,LDHA,WDR70,BLOC1S1,GAR1,RRS1,NRBF2,CEP78,WDR59,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,EHD1,HNRNPL,MEX3A,ARL2BP,HNRNPF,HNRNPD,ATG2A,GTF2IRD1,HNRNPC,FARSA,PAM,SETD5,PYGB,BTG1,WDR48,CDKN1B,PHF20,PHF23,PHF1,SETD6,GPT,KRI1,UBL3,MTG1,TIMP2,TK2,RRP12,CIC,RRP15,ZIK1,TPI1,NUTF2,ASH1L,GNL2,FAM126A,WDR35,COPZ1,GNL3,HADHB,NCOR2,HADHA,SIKE1,TUBB2B,ZEB2,TUBB2A,KIFC2,HEATR5B,MTF2,KIFC3,GAS6,GART,EXOC1,GRN,RNMT,WDR24,FAM129B,ARFRP1,PPP1R2,SCAF8,RPS15A,CKB,PAIP2,YTHDF2,YTHDF3,CSNK1A1,WDR18,SYVN1,GATC,ELP2,ELP3,WDR12,DHRS1,SYNJ2BP,SCAF1,NFIA,NUCB1,PLP2,FAM49B,RAB3A,ANKRD13D,RAB3D,GTF2B,CEP120,SYAP1,PARK7,AUP1,RPL10A,CLU,IPO7,SLC8A1,TM7SF2,EDC4,PPP1CB,NPEPPS,IPO8,LAMP1,CFL1,SLC39A6,ANKRD13A,PLEKHJ1,MAGI1,MAP2K1,MAP2K2,TPM4,USP3,MAGI3,TPM1,THOC1,TRAFD1,THOC3,LEMD3,THOC5,NRBP1,THOC6,PYGO2,RAB31,RAB34,SNRPG,AAGAB,SNRPE,SNRPF,STAMBP,FKBP3,CSNK1G2,SNRPB,FKBP2,RAB5B,FAM114A2,INSIG1,CCDC25,SLC38A10,UBR2,GOLGA7B,UBR7,DVL1,DVL2,SMN1,MAP2K7,SRGAP2,MCL1,EIF2B4,TRAPPC3,OSBPL8,AKIRIN2,AKIRIN1,OSBPL7,TRAPPC1,EIF2B2,POLR3GL,TRAPPC5,COPS4,LRFN3,COPS3,BCL9,COPS6,COPS5,SYNJ1,COPS2,CPE,PLEKHM2,PLXNB1,COPS8,RAB5A,RSL24D1,BCL2L2,BCL2L1,DIDO1,MCM7,WDR1,ZC3H4,WDR3,ZC3H3,CCDC47,WDR4,UFSP2,AP1G1,SNRNP70,UBTF,TLK2,WDR6,EIF2B1,TNPO3,ADSL,RFC3,PLEKHG2,CDADC1,CCDC34,RFC2,SGIP1,RPL13A,EDF1,PLRG1,TSN,POLR1B,CTDSP2,CCDC43,DNAJC9,CRK,HDAC5,HDAC2,EI24,VPS4A,TULP4,HDAC7,DNAJB2,RAB21,FBXL20,DNAJB1,NFS1,HAUS8,MSTO1,ABLIM3,POLR2B,DNAJB5,VPS53,POLR2C,VPS52,POLR2E,DNAJB9,CSK,ASCC2,POLR2H,RAB28,POLR2J,ADSS,POLR2L,SLC35A2,MLXIP,SMOX,TPRKB,FBXL16,MTOR,DNAJA1,PSAT1,GLOD4,MFAP3,POLR3D,RAB12,DNAJA2,POLR3E,CEBPZ,TPT1,SLC35B2,VEZT,IFITM2,HDAC10,ZMYND8,PITPNA,FCF1,CISD2,PPP2R2A,RPS15,NFU1,RPS14,PNN,RPS17,RPS16,FRAT2,RPS19,KAT5,FLAD1,PPP2R1A,FTH1,MAGOH,LONP1,ARFIP2,DENR,RPS11,BTRC,RPS10,TBC1D10B,SRRM2,COG8,IFRD1,METTL3,AP1AR,MAPK8IP3,TIAM2,NIF3L1,POR,MTHFD2L,SIK1,SUCLG1,HECA,DCUN1D5,CSTF3,LIAS,RPAP3,MYL12B,SCFD1,CHTF8,PDCD11,PDCD10,CSTF1,TNRC18,STXBP5,RALGDS,ARGLU1,ATP6V0A1,VASP,SYNRG,SLC35E3,PUM1,RPS26,RPS28,RPS27,RPS29,RPS20,RNPS1,RPS21,RPS24,GFM1,GFM2,CITED2,SLC35F5,ZFAND2A,ZFAND2B,ZCCHC17,SIPA1L2,SIPA1L3,LIMD2,XPO1,CHMP1B,XPO5,TMED7,UBXN4,GABPA,PSD,TOP3B,ZER1,PARP1,PARP2,STRADB,PPRC1,MLF2,UGDH,SCNM1,NFX1,HNRNPH1,HNRNPH2,SDCCAG8,CSTB,DTYMK,NOL8,NOL9,NT5C,CST3,PPP2CA,TCEAL8,AMN1,PPP2CB,APBB2,METTL9,PTGES2,NFYB,LSAMP,SORBS1,RAB11B,ATAT1,KBTBD4,SPCS3,SPCS2,PRKRA,KBTBD7,NDUFA11,NDUFA10,CWC25,CNDP2,TATDN1,FAM162A,ARHGDIA,HCFC1R1,CWC22,COTL1,LMO1,PHYH,KDM2A,LMO4,LMO7,ATP1B1,TRPC4AP,RSBN1,SHISA7,PRPF6,HGS,CHMP4B,DAP3,ZCCHC8,IDI1,ZCCHC7,PXK,RPS19BP1,PXN,EMG1,UBB,RPRD1B,RPRD1A,KLHDC2,KLHDC3,KLHDC4,PNPT1,CBX5,CPSF6,CBX4,CPSF1,RHBDD3,CBX3,CPSF2,EIF2S2,EIF2S1,COQ5,EFNA2,CHMP2B,CHMP2A,PI4KA,BLMH,PI4KB,SAE1,LRP11,MUS81,KDM5B,CBY1,YBX1,HK1,RPS4X,CASP9,SEPT9,SPRED2,FLCN,SNAPC2,KDM6B,HGSNAT,H2AFZ,H2AFX,IQCE,PPP2R5B,RPS3A,DNM2,FCHSD1,DDAH1,DDAH2,TRAPPC6B,AKT1S1,DNLZ,CDH13,PFDN1,PFDN2,HAGH,PFDN4,STOML2,KDM3A,KDM3B,STOML1,ATF6B,ETFDH,ATP1A1,TBRG4,NXF1,FAM168B,DDT,PPP2R3C,BUB3,MAPK6,KDM4B,KDM4C,LIMK1,CYHR1,SLC4A7,PDE10A,RPS6KB2,CDK2AP2,LPIN2,MDC1,MAPKBP1,ARAF,RBPJ,LSM10,PSMD8,RABGEF1,PREX1,KRTCAP2,PSMD7,ZFYVE27,PSMD2,PSMD3,PSMD1,GABARAPL1,DAXX,CSNK2A1,STARD7,DNTTIP1,DNTTIP2,SCAMP1,EML2,SCAMP3,SND1,MYL6,PSME3,CLNS1A,PSME4,PSME1,UQCRC1,RBCK1,UQCRC2,LETMD1,MTMR2,TTYH3,ABCB6,MTMR9,SDR39U1,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,MTMR4,MRPL13,OAZ1,GABARAP,MTMR6,MRPL11,HSPH1,PRKAR2B,PRKAR2A,VTI1A,AMZ2,PUSL1,VTI1B,PRRT2,CADM1,PMM2,EXOC6B,ERLIN2,MRPL24,EIF1,MLLT11,MLLT10,EIF5,EIF6,TDP2,PSMG3,PSMG4,DCHS1,AVL9,TMEM9B,LRSAM1,ARF1,PIGO,HEXB,RPLP1,RPLP0,HEXA,MRPL38,MRPL39,MRPL36,CTCF,ECSIT,MRPL33,IKBKB,TRMT112,TUBA1C,TUBA1B,LMBR1,TUBA1A,MRPL40,FASTK,RPLP2,SH3BGRL3,LYPLA2,LRRC45,ELOVL5,ELOVL2,LRRC49,PGAM1,MRPL49,MRPL47,SIRT7,NIPA2,MRPL48,DYNLL1,MRPL45,MRPL46,LRRC41,SRP9,MRPL44,PSMA5,MRPL53,PSMA6,PSMA4,VAMP7,BDH1,TMEM33,PSMA2,CDC42EP4,CDC42EP3,TMEM106C,TUT1,TMEM106B,SLC29A1,DLD,VAMP2,ARF6,LRRC14,RNASEK,SRRT,SEZ6,HTT,CCNDBP1,PSMA7,MRPL55,GGA2,PSMB7,PSMB4,PSMB5,UNK,RECQL5,MICALL1,AP2S1,FLNA,HARS,RPS27A,RABAC1,MEF2D,YKT6,UTP6,LRRC24,USP9X,STAT2,BYSL,LETM1,PSMC5,PSMC4,PSMC1,TTLL1,PSMC2,SRRD,UBAP1,RPL22L1,CSE1L,UBE2D2,UBE2D3,STK11,SMCHD1,RUVBL2,STK16,OSBP,PMPCB,FBRSL1,PIM3,KPNA2,KPNA3,SLC25A44,NOMO1,SLC25A46,SH3GLB2,SLC38A1,IK,VPS33A,PPP1R16A,FTSJ1,ACAP3,MAPKAPK2,FSCN1,MAPKAPK5,SNRNP200,SQSTM1,KPNB1,NSMAF,ANAPC2,PFKFB2,LRRC59,RNASEH2A,MAZ,ISG20L2,UBFD1,RAP1GAP,GLIS2,ACAT1,SLC9A1,SOCS2,SBNO2,PORCN,PMVK,SLC38A6,E4F1,SLC38A2,DR1,GOT1,GOT2,ZBTB12,ZBTB11,EEF2,ZC3HC1,PTPRD,STK25,MDM2,PIN1,MDM4,ZNF512B,SLC25A3,HSP90AB1,CELF1,COX4I1,SCHIP1,ARRB1,ARRB2,MRPL3,NGRN,MRPL2,SUMO3,SUMO2,PMEPA1,MRPL9,MDP1,EDIL3,EID2B,CTNNBL1,HSP90AA1,SH2D3C,SIGMAR1,VPS37C,VPS37D,RAD23A,VEZF1,VPS37B,DDOST,GIGYF1,PPM1A,NPC2,PIK3C3,BIRC6,BDP1,SEC22B,SLC25A11,MET,PPP1R12C,BIRC2,PPP1R15A,RNFT2,GTF3C1,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,SEC23A,NDUFB7,LRP1,NDUFB6,GTF3C6,PRCC,NDUFB2,ZBTB43,FURIN,ZBTB45,FOXK1,HSD17B12,CXXC4,LRP6,GANAB,CDC37L1,SH3BP5,IARS2,LRRC8A,LRRC8B,SLC25A22,ATP9B,SLC25A25,SH2B1,BEND6,SLC12A2,PPP1R14B,NDUFA7,NDUFA6,NDUFA4,NDUFA2,HIP1R,LYSMD2,LYSMD1,RPL23A,MCOLN1,TPD52L2,SNRK,SLC25A39,P4HB,SLC25A36,EIF4A2,EIF4A1,CCNK,TMEM41B,CCNI,CCNH,EIF4A3,THUMPD3,TXNDC11,JMJD1C,ZDHHC7,THUMPD1,ZDHHC8,TXNDC15,TXNDC16,ZDHHC3,NUBP2,CYB5D1,ZDHHC4,RASSF1,OGFOD2,KIF21A,CCNL1,SEC62,ENTPD4,NSMCE2,PAQR3,NSMCE1,ANK2,MIF,THAP4,GNPAT,SFRP1,CCNY,PREB,ULK1,CTXN1,STX1A,TMEM87B,PEX11B,CTR9,PIK3R4,SUPT4H1,PIK3R3,BRCC3,PTTG1IP,PIK3R1,UBE2J1,SNX1,DHX32,DHX33,PCBP4,LARS,PCBP1,MICAL1,PCBP2,DHX38,SURF6,SYMPK,RCE1,HIVEP2,RBM12,N4BP1,SNX5,SEC31A,XRCC6,TMEM86B,INTS1,IQSEC1,INTS3,SURF4,PAICS,ICK,ID2,INTS5,PAF1,INTS7,CALM3,CALM1,CALM2,RGL2,AARS,TMEM151B,PTPRS,USPL1,FKBP15,CCDC127,PPP1R10,TECR,INTS10,PTPRO,AP2A1,SLC7A11,WASL,PTPRK,PTPRF,CTSL,HYAL2,ENC1,MLX,REV3L,ARIH2,IDS,SSSCA1,ARIH1,CTSD,CTSB,NDEL1,VKORC1,CCT3,CCT2,SEC13,TMEM150A,NCOA5,STARD3NL,ACAD9,NCOA4,MINK1,ANO8,COMMD3,MRPS7,COMMD4,VSNL1,CTTN,KIF2A,CRELD1,DBN1,STK40,STX12,STX16,DOT1L,STX18,CCDC106,MNT,PAK1,FAM172A,SERTAD2,CAMK2N1,EXOSC9,GPC1,CCT8,CCT7,HEATR6,CCT5,EXOSC1,CCT4,TMUB1,MIB2,RSRC2,UBE2G1,AP2B1,MIAT,PER1,CSDC2,RPA3,NEDD4,ESYT2,TARDBP,DPAGT1,SCARB1,MIDN,ACAA2,CD81,BCCIP,PHRF1,FAM174B,KIF5C,CAPN2,SNIP1,SBF1,SBF2,PPFIA3,SLC30A9,ZGPAT,ADPRHL2,DIMT1,SLC30A5,OSR1,ATG9A,SSU72,WBP11,RUNDC3B,RUNDC3A,TANC2,TMX4,HNRNPUL1,FAM173A,DOK5,SBDS,GEMIN7,MASP1,UBE2V1,RTN2,RTN3,PSMD12,VCP,NDRG4,PSMD11,TMED10,PSMD14,RBM8A,YTHDC1,NPR2,TOR1AIP2,KLHL12,PDS5B,RPF2,RASGRP2,NDRG1,RTN4,CAMTA1,H1FX,CYC1,KIF3C,NDUFV2,NDUFV1,BCL9L,IVNS1ABP,PRNP,OST4,ZFHX2,VTA1,ECD,HMGA1,CCZ1,DSTN,SUPT5H,CLK4,CLK1,H1F0,GCLC,APPBP2,PQLC1,CYCS,GSK3A,PRR7,RBM25,DDX49,DDX46,DDX47,CNRIP1,PRKCSH,CHD8,MAST2,MAST1,CHD6,PSIP1,ILK,TRIAP1,CHD3,CHD2,AFF4,PPP1R9B,ABHD16A,YWHAQ,NUP62,TIMM17A,LRRFIP2,LRRFIP1,SULT4A1,YWHAG,YWHAH,NAA30,ARHGEF12,GLRX3,NCBP1,EED,GLRX5,BUD31,DDX55,ABHD14B,DDX54,ARHGEF18,ABHD14A,DDX52,GPCPD1,YWHAZ,UTP18,DDX50,PJA2,CREB3,SFPQ,LMBRD1,NDUFS8,IRF3,PEX3,NDUFS5,PEX6,TBC1D7,NDUFS3,NUP54,INA,IRF9,DCTN5,DDX27,PARG,GOSR1,DCTN3,PARN,CSTF2T,DDX21,CLCN3,PARL,TAF1D,DNPEP,MAT2A,TNKS2,TAF1C,NAA25,PDLIM7,CHGA,RBM39,TAF15,TAF10,TAF11,PDAP1,SOD2,CLCN7,RPIA,MAPK10,CLCN6,GOLPH3,GLB1,FAM131C,BRMS1L,FAM131A,RBM42,TAF6,FAM98A,VIM,RBM45,CLUAP1,RAN,CYFIP1,RPL5,RPL3,CLPB,RPL31,DCAF8,STMN4,ENO2,RPL8,BACH1,RPL9,BACH2,GCSH,RNF114,MYC,RPL36,RPL35,RPL38,PIP4K2B,RPL37,MPV17,IER5,IER2,TSPYL2,MED1,MECR,WSB1,ACOT7,UNC13A,RPL21,WSB2,PIH1D1,RPL23,DAPK3,RPL22,CD3EAP,SOX12,MED4,CLPX,BIN3,IFT81,RPL24,RPL27,RPL26,RPL29,PRR12,RPL28,ALG10B,PRR14,CDC42SE1,POM121,RPN2,MAPKAP1,NOLC1,SLAIN2,HIF1A,GLG1,PRDX3,PRDX2,ABR,PRDX5,PPP4C,PRDX4,RIC8B,PRDX1,SLC19A1,S100A10,RPL41,ACD,JUND,H3F3B,H3F3A,MAD2L1BP,MTHFR,PRRC2C,TYSND1,BRAF,PA2G4,TMEM198,PRRC2A,FIBP,SLC6A6,RNF103,GIPC1,OGDH,HBP1,CDK16,CPEB4,OGFR,TCF25,CLTC,CLTB,LPCAT1,PFAS,TMEM186,TRIM8,ING4,TMEM189,IMPA1,TMSB4X,ENSA,GPR137,RIOK2,EMD,ZC3H10,BRD2,SSR3,TIMM23,AEN,RNF168,RNF167,INF2,RNF166,SF3B5,SF3B3,RPL10,RPL12,RPL11,TIMM13,GPS2,HSPA13,TM9SF3,BCLAF1,TMEM169,RNF138,LMAN2,RPS3,RPL13,BRD9,RPS2,RPL18,SF3B1,RPL19,RPRM,BRD4,SF3A3,BRF2,SF3A2,TRMT1,GTF2H1,TTC9B,GTF2H2,BLCAP,LRPPRC,TM9SF2,TM9SF1,XAB2,TMEM158,ABI2,ZYX,RNF141,DGKD,CHPF,ATP8A1,CLSTN3,TUSC2,CTNND1,BZW2,ABHD11,MAEA,TUBB3,RNF19A,SMARCAD1,LZTS2,MAF1,TMSB10,STK32B,BIVM,RPS9,RNF44,ANKRD46,RPS7,RPS5,ANKRD44,RPS6,RPSA,DGKZ,CTDNEP1,ARMCX3,CLIP2,ARMCX4,CLIP1,NCL,DGKQ,ERP29,NHP2,PHPT1,GLYR1,CUL9,CUL7,DNMT1,CD151,ABHD2,GLO1,CUL2,ABHD8,ITPR1,TARS,KLC1,KRBA1,GTF2E1,RLF,PHF21A,RHOBTB2,KLC4,BAG4,BAG5,BTBD2,NACC1,PSAP,ABL2,SKIL,MPDU1,WDTC1,ESRRA,TNK2,MARCH9,DHCR24,MARCH8,MARCH7,MARCH6,LSM4,LSM3,CDK9,NSFL1C,RCAN1,CNOT6,CNOT7,CDK5,CDK4,RHEB,MAFG,TADA3,NF1,RNF181,IARS,DHCR7,CNOT8,SERINC3,EIF4G3,RNF185,SERINC2,RNF11,RNPEPL1,DUSP11,PTBP1,DUSP12,PPP6C,SART3,OPA1,GM2A,SIN3B,OPA3,PSD3,HIF1AN,IQCB1,REXO1,GPX1,PDCD6IP,GPX4,CHUK,AMT,RANGAP1,YDJC,BET1L,PTP4A1,PTP4A2,DALRD3,ASPH,TRAF4,RPL37A,EVL,RP9,EIF4E2,SSX2IP,TRABD,NFAT5,SMARCD2,GTF2A2,RNF34,WBP1,WBP2,RPL36A,DPCD,DCAF15,CACNG7,FZR1,HIRIP3,MGAT5B,RBBP7,DCAF11,CACNG4,RNF20,SEMA4A,SPAG7,RNF26,PNRC1,PNRC2,CUL4A,KLF6,MARCKS,GLRB,IMPDH2,MGAT4B,PFKP,CUL4B,APP,FAAH,ARL6IP1,GOLGA5,RUSC2,GOLGA1,UBAP2L,ZFPL1,GLUL,SOX4,AQR,NFKBIL1,SACM1L,MRPS18B,PTOV1,RECQL,MRPS18A,ACSL3,JMJD8,MRPS18C,JMJD6,CARHSP1,XRN2,GUF1,VDAC1,EZR,PFN1,ANKRA2,AURKAIP1,CBLL1,LLGL1,CUTA,BEX1,NECAB3,TMEM161A,TRMT2A,NMD3,TMTC1,GMCL1,TMTC4,NLN,DGUOK,PTDSS2,PTDSS1,SPAST,INPP5K,SCAP,MAP4,BANP,SNHG1,NUS1,TRAP1,NMB,STK11IP,TMEM50A,TREX1,ACADSB,SRPK1,GADD45G,CCT6A,CCDC88A,STAG1,GOLGB1,CCDC88C,ANP32E,ALDH18A1,CORO7,ITM2B,BAP1,ITM2C,CDS2,OLA1,MYL6B,SERP2,EPM2AIP1,SERP1,ZMYM3,GUK1,PCF11,ZMYM5,PRMT5,TSC22D1,PRMT1,TSC22D3,PRMT3,NME3,RHOF,TUBG2,UCHL3,RHOB,RAB33B,NME1,NME7,PACS1,B3GNT5,FRG1,FAM20B,STRAP,MAPT,ALDOA,SGK1,KPTN,MAPRE1,ATP6V0C,MAPRE2,SLC20A1,AKAP8,AKAP1,TRAK2,ANKMY2,TBL1X,MAP4K5,LCMT1,RANBP2,SUZ12,AP3D1,RANBP6,RSL1D1,MARS,R3HCC1,CTNNB1,FAU,TOMM5,CDK5R2,TOMM6,HDLBP,CHCHD4,EFTUD2,TMEM147,BASP1,CHCHD7,TMEM14C,NSF,PDIA3,APLP2,TSC1,WRNIP1,TRNT1,KCTD5,DPM2,DPM3,PREPL,PHOSPHO2,RPL7L1,TIPRL,SPNS1,STAM2,RAI14,TMEM59L,LTBP4,STK4,ARHGAP12,DPP8,TMEM127,DPP9,TMEM128,DNAJC21,EP400,ZC3H18,ATP6V1D,PDZD7,ANKZF1,MARK2,DNAJC19,SMAD2,HSPA8,ACBD6,ACBD4,HSPA5,WSCD1,DNAJC11,TBCD,ASPSCR1,BFAR,DNAJC14,SMAD5,AZIN1,TDRD3,ARHGAP23,NFKBIA,DLG1,NR4A3,DLG4,ATG16L1,TBCE,JMY,CLASRP,GRSF1,NFKBIB,CREBZF,USP36,ACADVL,DOCK4,USP32,USP33,USP39,POLB,SENP5,FLOT1,PDE4A,MAN2C1,SCYL1,USP46,TSFM,KLF13,RNF208,TRNAU1AP,ARID1A,SENP2,SENP3,KLF16,DDX19A,TRNP1,LUC7L3,ITGB1BP1,CHMP6,LUC7L2,B4GALT5,TSEN34,USP14,USP15,USP16,USP12,MTIF2,SPG7,MOSPD3,TOB1,USP19,HSPD1,RMND5B,TFPT,GMDS,ROMO1,ABCF2,CDIPT,CAMK2G,CLASP2,REPS1,RWDD1,PTCD1,PTCD2,WTAP,BAD,B3GAT3,USP22,HAGHL,LCA5,PDE4DIP,HSPE1,GDAP2,FMNL2,XPNPEP1,BAX,TBKBP1,SSBP1,SSBP4"
+"gene_set_query"	"75"	"ZNF653"	"160.0"	"ARCHS4 Coexpression,5;Enrichr Queries,124;GTEx Coexpression,351"	"TDRKH,MAPKBP1,STMN3,WDR83,ENO2,FAM110A,RNF112,SAMD14,RAVER1,CAPNS1,IGLON5,ZMIZ2,PSMD3,AKT1,AP1S1,PRKACA,IER2,HES6,RBFOX3,DAPK3,CD3EAP,SCRIB,RFX1,GPR162,RNF126,WDR81,DDIT4,PRR12,DUS3L,RPL28,SF1,AGAP3,PRKCZ,PRDX2,RHOT2,PPP3R1,PIP5K1C,RHBDL1,ACD,JUN,PRRT2,JUND,JUP,NCAPH2,RAB3IP,IRF2BP1,PBX2,PRRC2A,EHD1,HNRNPL,TBL3,LAS1L,GIPC1,FASN,DUS1L,OGFR,ARF3,GMEB2,KCNC1,PIGQ,ECSIT,MED16,SMG5,SHF,TRIM8,TRIM9,MMP24,GPR137,CIC,BRD2,UPF1,RPS6KL1,LRRC45,ACTL6B,SPHK2,SIRT6,DYNLL2,NCOR2,SLC7A5,MED25,INF2,KIFC2,PXDN,CDC42EP2,RAPGEF1,PAFAH1B1,GRAMD1A,ELOF1,NFIX,SRRT,ADAM22,TIMM13,TMEM160,WDR24,CENPB,GGA3,CHN2,CLPTM1,ANKRD52,RABAC1,SAMD1,SRSF12,MBD3,SF3A1,SF3A2,WDR18,NMNAT2,SCAF1,GATAD2A,SPSB3,SKI,XAB2,TAOK2,PKN1,AGRN,YPEL4,TMEM229B,ANKRD13B,ATN1,SLC8A2,TM7SF2,RIMS1,STK11,FBRSL1,PIM3,MAP3K9,MEN1,PIAS4,SH3GLB2,FBXW5,MAP2K2,USP5,PPP1R16A,GTF2F1,POLRMT,LEMD2,DGKZ,RNF40,SAP30,DISP2,ATXN2L,CTDNEP1,ACAP3,MADD,RAB35,MAPKAPK2,PGP,FKBP8,FSCN1,CSNK1G2,ANAPC2,RTN4R,INO80E,PFKFB3,RAB5C,MAZ,ABHD8,FBXO44,RAP1GAP,NEUROD2,IGSF21,SBNO2,KLC2,NDOR1,PITRM1,BTBD2,DVL1,NACC1,E4F1,SRGAP3,IP6K1,MAP2K7,WDTC1,ZBTB17,TNK2,EEF2,CHERP,LRFN4,SH3BP5L,CNOT3,PIN1,PLEKHM2,LRCH4,EIF4G1,RNF187,ZNF512B,ZC3H3,POMT1,AKAP8L,PTPN23,MRPL4,DUSP12,SART1,PPP6R1,SNRNP70,PPP6R2,UBTF,EVI5L,TNPO2,TRIM67,REXO1,GPX4,RANGAP1,DDOST,ARFGAP1,QTRT1,TRAF7,DNAJC5,ETF1,SSX2IP,PPP1R12C,RNFT2,PPP1R15A,TRABD,TSSC4,MGRN1,SRF,RAB1B,LRP3,ZBTB45,MLLT1,MLLT6,DNAJB2,DCAF15,FZR1,PARD6A,NCLN,U2AF2,VPS53,TRIM46,FEM1C,CSK,SLC25A22,CCDC71,CIZ1,SLC12A5,MID1IP1,FBXL19,ADRM1,MCOLN1,CABLES2,PFKL,IMPDH1,MGAT4B,POLR3F,TRIM37,BCAR1,PFKP,CBLN1,HDAC10,VARS,PPAN,KEAP1,ZDHHC8,TRIM28,BSG,LONP1,BSN,EPHB1,ATXN7L3,TBC1D10B,CALN1,SRRM3,SRRM4,ATP6V1G2,CIRBP,PTOV1,CSNK1D,MOGS,MAPK8IP3,JMJD8,PISD,MFSD10,TIAM1,STX1B,CDC34,HECA,ULK1,CTXN1,TRIM11,TELO2,PAXIP1,TMEM63B,STXBP1,FBF1,PIK3R2,APH1A,DHX30,SYNGR1,PCBP3,SYMPK,TNRC18,RAB11FIP3,VASP,INTS1,SURF2,MICAL2,SMARCA4,GADD45G,CALM3,SUGP2,SUGP1,ITM2C,DAZAP1,TMEM151B,DOC2A,GDI1,FAM57B,CITED2,GRIK5,DIRAS2,MRPS12,AP2A1,GRIK2,PRPF19,RPTOR,PCLO,GUK1,CHMP1A,RAC3,SDF4,TMED1,UBXN6,GIT1,GRIPAP1,ZER1,STRADA,GAA,MINK1,AP3B2,SREBF2,PDRG1,MLF2,GAK,PITPNM1,RPUSD1,PACS1,ARHGEF2,ALDOA,SFI1,MPND,ATP6V0C,NAPA,CSTB,TOMM40,DOT1L,CCDC106,RELA,CAMKK2,GNAI2,HIRA,GPC1,PES1,HSF1,SCAND1,NPDC1,MIB2,AP3D1,MYO9B,DOHH,BOP1,SGSM2,TCEA2,HDGF,PNPLA6,GRINA,MIDN,CRTC1,ZFAND3,ARHGAP39,PHRF1,CELSR3,TMEM145,KHSRP,ARHGDIA,SBF1,SH3GL2,PPFIA3,SH3GL1,TPRA1,ADAM11,LMTK3,KCTD2,ATAD3A,HNRNPUL1,HNRNPUL2,EHBP1L1,CHMP4B,FIZ1,ABCG4,ISYNA1,NDRG3,CACNA1B,LTBP4,CACNA1A,CPLX2,SUPT6H,IRAK1,GRK6,ZC3H18,CAMTA2,H1FX,MARK2,SYT4,KLHDC3,PRNP,ZFHX2,CPSF1,ASPSCR1,PQLC1,HOOK2,HOOK1,GNB2,GNB1,CLASRP,LSM14B,COPE,UBE2M,GSK3A,PRR7,KDM5C,PRKCSH,MAST1,CHD6,CHD3,YBX1,PKD1,PHTF1,LMNB2,ELAVL3,LMNB1,PPP1R9B,POLB,SEPT9,ZC3H7B,SNAPC4,MLST8,GALNT9,SCYL1,KDM6B,SUN2,PDPK1,H2AFX,PPP2R5B,ARHGEF18,DDX54,SENP3,EPN1,KLF16,DNM2,NDUFS7,PPDPF,AKT1S1,THOP1,DDX25,NRXN2,WIZ,STRN4,USP19,ADD2,DNPEP,MTA1,RAB40C,SPOCK2,MKNK2,MTA2,FBRS,PDLIM7,KDM4B,ATP13A1,HAGHL,CYHR1,ATP2B2,CLCN7,NEURL4,SBK1,CARM1,ACIN1,BAX,ATP13A2,SSBP4"
+"gene_set_query"	"76"	"ZNF263"	"160.3"	"Literature ChIP-seq,144;ARCHS4 Coexpression,262;ENCODE ChIP-seq,87;Enrichr Queries,209;ReMap ChIP-seq,117;GTEx Coexpression,143"	"ITSN2,POP5,POP7,TFRC,POP4,TSKU,ALKBH8,ALKBH3,FAM110A,NDST1,RAVER1,DPYSL2,DPYSL3,FGFR1OP2,AKT1,PWWP2A,SAP30BP,UNC5A,FRS2,BCR,LARS2,DDIT3,ZC3H11A,DDIT4,UNC50,SF1,ATF4,SLBP,TSTA3,SHMT2,MEPCE,CIAO1,RHOT2,RNF216,PIP5K1C,ATRIP,JAG2,HEXIM1,CREBBP,JUN,FUCA1,EIF2AK3,PBX2,TBL3,FASN,PKIG,DZIP3,RNF220,SNX10,SNX11,MED16,OSBPL11,MED17,MED12,SMPD3,MED14,DLGAP1,JAK2,APC2,SPHK2,SLC39A13,MED26,DUSP6,DDB2,SLC7A4,DDB1,MED23,MED22,SLC7A5,MED24,PLSCR3,PXDN,MED20,PTRH1,PAFAH1B3,TRUB2,LIN37,NIP7,NOC4L,CENPB,SPOP,MFN2,RICTOR,BID,MBD3,ATAD1,CENPV,SNX22,SKI,NUDT21,ABCB10,SNX16,MYBBP1A,APEX1,SNX14,SNX15,TAOK2,PKN1,AGRN,CRLF1,MTCH2,FBXO21,FADS3,POFUT2,FNTA,CIR1,BNIP3L,FBXW5,PCYT2,DGAT1,CISH,FBXW8,POLRMT,LENEP,MSH6,ATXN2L,TPST1,SRSF2,SMS,SRSF4,SRSF6,SRSF7,ARL8A,SLC27A4,GRIA2,INO80B,INO80E,IREB2,NRF1,LIN7C,CORO1B,SPATA7,FBXO42,CORO1C,NDOR1,G3BP1,PGK1,NAE1,IP6K1,ZKSCAN1,NEK9,NOP14,FUS,UROS,FBXO38,TMEM120A,CORO2A,SH3BP5L,UQCRQ,ACO2,LRCH4,NOP10,MCFD2,AKAP8L,ETFA,NENF,ALAD,PPP6R1,SNAP29,YAF2,UNC45A,ACTR3,BCAS3,MSL2,AHSA1,RABGGTA,ARFGAP1,MSL1,CANT1,UHRF2,SRF,SRSF1,LENG8,MLLT6,CDC42,U2AF2,KRIT1,EIF4H,FEM1C,E2F4,TRIM44,EIF4B,HNRNPA0,NOP56,CIZ1,NOP58,TRIM41,MID1IP1,HNRNPAB,CABLES2,GSTZ1,DBNDD1,PINK1,NECAP2,EIF3M,SUCLA2,CDKN2AIPNL,SYT11,EIF3I,STUB1,PDCD2,EIF3C,UNC79,EIF3A,EIF3B,CPNE5,ACTB,TRIM28,OPHN1,SNRPD1,BSG,EPC1,TRIM27,ATXN7L3,SMARCC1,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,ACTN4,TMEM170B,CDC34,CSNK2B,CCDC82,TRIM11,CCDC84,NUMBL,TMEM63C,DHX9,SDC3,FBF1,CEND1,TTBK1,MBTD1,APOO,B4GALNT1,KCNN2,DECR2,B4GALNT4,AIMP2,EXT2,CWF19L1,ECHDC2,FBXL6,MRPS15,MRPS12,NAT10,NAT14,HERPUD1,MAP1LC3B,RAC3,SDF4,SDF2,NANS,GIT1,MRPS28,MRPS27,PCYT1A,SYP,SREBF2,SYN1,APRT,KIN,SLTM,KIT,FAM193B,ARHGEF1,PABPC1,ARHGEF2,PTMA,SSNA1,MRPS33,GBA,COX5A,RELA,NFIL3,MGAT3,MGAT2,MAP3K3,SORT1,VEGFB,COX6C,GRIN1,VEGFA,NUDT9,BOP1,PDCL3,SEC23IP,NUDT8,HNRNPA2B1,TCEA2,HDGF,GRINA,SRP19,CRTC2,CRTC1,RPP30,UBE3A,UBE3B,COX6A1,UBE2Z,CELSR2,ACTG1,TBC1D30,PCID2,DHDDS,ADAM19,EEF1A1,ADAM15,GPRIN1,EHBP1L1,TBC1D24,PPIF,WDFY3,PPIH,PPIB,GNAZ,DDX6,BHLHB9,NDUFB10,CACNA1C,PLD3,CACNA1G,NCKIPSD,SHARPIN,RNASEH1,IRAK1,GRK6,TBC1D13,TBC1D17,SYT5,SYT3,UBE2I,PDHA1,NUP155,UBE2B,PCIF1,NUP153,AP4B1,HOOK2,HOOK1,GNB2,GNB1,MKRN1,TCF3,GALK1,PHTF2,CUEDC2,DYRK3,LDB1,DPY30,ADAR,TAZ,RND3,LMNB2,LMNB1,LASP1,TMEM223,SUN1,TBP,NUP133,PDPK1,HUNK,SYNGR3,EPN1,EEF1G,RER1,ALS2,EEF1D,ATP6V1B2,MAN1B1,RRN3,SFSWAP,SLC3A2,ASAP1,RSPH9,RNF4,AGPAT3,MTA1,TMEM203,TRA2B,MKNK2,RALY,MTA2,FBRS,BNIP3,SSRP1,USF2,USF1,HS3ST1,IPO13,RRP1,GPATCH1,HNRNPU,SMC5,PHAX,EPRS,SMC3,ELK1,TFG,ZMIZ1,LUC7L,CDK5RAP3,NUP214,DDX17,NUP210,SCRIB,WDR73,GTPBP4,HCFC1,WDR82,ZSCAN21,TARS2,VPS25,VPS28,CTBP2,ANAPC16,XPC,WDR61,PRKCZ,ANAPC11,NUP85,VPS11,CEP78,ICMT,DMPK,SETD1A,IRF2BP1,NR1D1,MCAT,WDR55,EHD1,HNRNPL,GNPTG,SQLE,MEX3A,ATG2A,HNRNPC,CDKN1C,MOCS2,BTG1,PHF23,SETD6,SETD7,GPT,WDR45,SMG5,PLEKHN1,RRP12,CIC,RPS6KL1,FAM126A,WDR33,NCOR2,NSA2,KIFC2,EXOC3,EXOC5,GAS8,GRN,NFIX,USO1,WDR24,PAPSS1,ARFRP1,SLC17A7,CKB,DEDD,WDR17,YTHDF1,CSNK1A1,WDR18,PCGF3,GATC,HIPK1,SLC8A3,OSTM1,PLP2,ANKRD13B,FAM49B,ANKRD13D,GTF2B,PARK7,RPL10A,IPO4,EDC4,NRBP2,IPO9,CFL1,TXNL4A,PLEKHJ1,RAB2A,USP8,CSNK1G3,TLE2,MAP2K1,USP5,USP3,VASH2,DYRK1B,LEMD2,THOC6,PYGO2,ILF3,DMWD,RAB34,RAB35,PGP,AAGAB,SNRPE,FKBP4,FKBP3,CSNK1G2,RTN4R,FKBP2,CCDC24,FAM114A2,INSIG1,SLC38A10,ORC5,DVL1,DVL2,PLXNA2,MAP2K5,MCL1,TRAPPC2,TRAPPC3,RAB4A,SEC16A,OSBPL2,SCRT1,COPS4,COPS6,LRFN4,CPD,CCDC22,CNIH2,CNIH3,RSL24D1,MAP3K12,SLC48A1,DIDO1,SNRNP70,UBTF,WDR5,TNPO1,EIF2B1,PLEKHG2,GGPS1,CCDC34,RFC2,TRPC4,RPL13A,EDF1,WIPI2,SMC1A,TFDP1,DNAJC7,CTDSP2,POLR1B,POLR1C,TSSC4,RAB1B,EI24,CEBPG,PDHB,TTL,FBXL20,DNAJB1,POLR2A,ABLIM3,DNAJB6,HAUS7,POLR2D,POLR2E,CSK,POLR2H,CCDC71,POLR2L,MLXIP,PPIL2,IDH3G,FBXL19,FBXL16,DNAJA1,P2RX2,PSAT1,POLR3C,DNAJA3,GLOD4,MFAP3,POLR3D,RAB12,MFAP2,POLR3E,CEBPZ,PANK4,SLC35B2,IFITM2,HDAC10,VARS,PITPNA,CISD1,PDCD2L,RPS15,PNN,KAT5,FTH1,LONP1,RPS11,RPS13,SRRM2,SRRM3,COG8,IFRD1,COG2,HECA,SUCLG1,OBSL1,RTEL1,MAGED1,CSTF2,DCUN1D1,APCDD1,LIAS,CHTF8,GSE1,TNRC18,RALGDS,VASP,SETDB1,SYNRG,RPS26,RPS27,ZZZ3,ADCK5,RPS20,RPS21,TECPR1,CITED2,GFM2,SIPA1L3,TMED2,TMED1,TOP3B,PSD,PSENEN,ZER1,PARP1,GP1BB,PARP2,STRADA,STRADB,PPRC1,VAV2,MLF2,SCNM1,HNRNPH1,HNRNPH2,HNRNPH3,FYTTD1,CSTB,DTYMK,NOL7,NOL9,RFNG,NOL6,HIRA,APBB2,METTL6,APBB1,ATP6V0E2,NFYA,MTX2,PTGES2,GBF1,GINS4,KBTBD4,HIST3H2A,PRKRA,MEGF8,MPHOSPH6,KDM1A,SPPL2B,CWC25,COMT,TATDN2,ARHGDIA,FPGS,HCFC1R1,LMO1,TRAPPC2L,KDM2A,LMO4,SHISA4,PRPF6,HGS,PRPF3,MATR3,ZCCHC8,ZCCHC7,IDI1,ISYNA1,NOP2,CLEC16A,EFNA4,PRPF8,CPSF7,CBX4,CBX2,IDH1,CPSF2,EIF2S2,EFNA3,EFNA2,CAPRIN1,CHMP2B,PI4KB,GPSM1,MUS81,KDM5B,KDM5C,THRA,ASNSD1,DBI,YBX1,SEPT9,MFSD6,SEPT6,MFSD5,PPP2R5E,SNAPC2,SNAPC4,MFSD1,RBM5,KDM6B,MAPK1IP1L,SVOP,AKTIP,H2AFX,AXIN1,IQCE,SAFB,SEPT5,DNM1,FCHSD1,SUPV3L1,RASA1,AKT1S1,DNLZ,PFDN1,THOP1,STOML1,ATF6B,PDXP,ATP1A3,TBRG4,GNA13,NXF1,FAM168B,UGP2,RPS6KC1,PPP2R3C,FAM120B,GNA11,SNCB,ATP13A1,CYHR1,SLC4A8,RPS6KB2,ZFYVE9,GHITM,ZFYVE1,TSEN54,SCAMP4,PSMD9,RABGEF1,SAMD14,PSMD6,LSM11,PSMD4,PSMD3,PSMD1,STARD3,GABARAPL1,DICER1,SCAMP1,SND1,EID2,CLNS1A,RUFY2,RBCK1,CGGBP1,MTMR2,TTYH3,MEAF6,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,OAZ1,MRPL20,CYB5R4,GRPEL2,VTI1A,PUSL1,RHBDL1,ABCA2,PRRT2,CADM1,MRPL28,MRPL24,MRPL21,MLLT11,MRPL30,EIF5,TDP2,PSMG3,EZH2,ARF1,PIGU,PIGT,PIGQ,RPLP1,MRPL38,MRPL36,CTCF,PQBP1,IKBKB,TRMT112,TUBA1C,NIPBL,LMBR1,FASTK,RPLP2,LRRC47,UPF1,LRRC45,ACTL6B,NSUN2,NIPA1,MRPL47,SIRT7,MANEAL,SRP9,MRPL52,PSMA5,MRPL53,PSMA4,CDC42EP3,TMEM106C,SLC29A1,VAMP4,DSCAML1,VAMP2,LRRC14,RNASEL,STAU2,SRRT,TMEM74,PSMA7,MRPL55,UNK,GGA3,FLNA,MEF2D,SRSF10,YKT6,UTP6,LRRC24,STAT2,LRRC28,BYSL,GATAD2A,SPSB3,LETM1,LYRM2,PSMC5,PSMC1,UBAP2,HDDC2,TSEN2,HDDC3,YY1,STK11,OSBP,FBRSL1,PMPCB,PMPCA,PIM3,SLC16A2,KPNA1,SH3GLB1,SLC38A1,IK,ANAPC7,PPP1R16A,ZBTB34,FTSJ1,FRMD3,ACAP3,TXLNA,SNRNP200,SQSTM1,ANAPC1,KPNB1,ANAPC2,LRRC59,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ARL1,NTPCR,SBNO2,ATXN2,STK36,PMVK,E4F1,BRPF1,EEF2,PTPRD,GNL3L,TMEM11,AAK1,TUBGCP5,MDM4,SLC25A1,ZNF512B,HSP90AB1,COX4I1,POMT1,MDK,SUMO2,ME1,DGCR8,DGCR6,MDP1,ERC2,DGCR2,DIS3L2,HSP90AA1,VBP1,SH2D3C,SIGMAR1,DDOST,GIGYF1,SEC22B,SLC25A5,AHDC1,ST6GALNAC6,PPP1R15A,GTF3C1,NDUFB9,GTF3C2,NDUFB8,NDUFB6,PPM1L,GTF3C6,NDUFB5,NDUFB3,MAK16,PRCC,NDUFB2,FURIN,PPM1G,SLC25A27,GANAB,KATNA1,SH3BP2,FCHO2,LRRC8B,SLC25A22,SH2B2,NDUFA9,NDUFA8,LINGO1,PPP1R14B,NDUFA5,MMAA,NDUFA4,NDUFA2,LYSMD1,RPL23A,BAIAP2,ATOX1,SLC25A39,P4HB,MDGA1,SLC25A36,SPG21,EIF4A1,CCNI,EIF4A3,ZDHHC5,ZDHHC6,ZDHHC8,THUMPD1,IFI30,NUBP2,RASSF2,OGFOD2,CCNL2,SLC12A9,EPHA4,NSMCE2,PISD,THAP7,STX1A,MMADHC,PIK3R3,UBE2J2,APH1A,DHX37,SURF6,TSPAN5,DHX38,RCE1,RBM12,RIMKLB,RBM10,SEC31A,SURF1,INTS1,IQSEC1,SURF2,RCC2,SURF4,XRCC1,PAICS,DCLK1,ICK,ID2,RPL27A,PPP1R1B,INTS5,INTS4,PAF1,COL9A3,RGL2,INTS8,AARS,TMEM151B,GPAA1,PPP1R10,CETN3,INTS10,AATK,WASL,AP2A2,PTPRF,ARV1,SPTLC2,NCS1,DHX15,ARIH2,SSSCA1,KIF1B,CTSB,TMEM150B,NCOA5,ZFR,COMMD3,COMMD1,MRPS7,VSNL1,DBN1,STX16,HEATR1,CRIP2,CCDC106,ARVCF,EXOSC4,SERTAD4,PES1,HSF1,CCT8,CCT7,NPDC1,NPM1,YIPF5,TMUB1,NLE1,TMUB2,PPP1CA,MAD2L2,PER1,DPY19L1,NEDD4,FHOD3,MIDN,BCCIP,OGDHL,PHRF1,KHSRP,EP300,BANF1,BAHCC1,RGS9,SH3GL2,SLC30A9,TPRA1,ZGPAT,DIMT1,OSR1,SSU72,ATAD3A,HNRNPUL1,DOK5,FAM173A,RTN1,RBM8A,YTHDC1,NXPH4,KLHL17,PDS5B,PDS5A,SUPT6H,DEAF1,CYC1,NDUFV3,NDUFV1,BCL9L,IVNS1ABP,PRNP,KLHL26,PHF12,HMGA1,DSTN,SUPT5H,CLK2,PAN3,CYCS,PHF13,TAB1,LSM14B,YWHAE,GSK3B,GSK3A,PRR7,RBM25,DDX46,PRKCSH,PRR3,CHD8,DDX42,CHD5,CHD4,DDX41,CHD3,HMGB1,TRIAP1,MEA1,AFF4,PPP1R9B,SEC61A1,MLST8,TIMM17A,YWHAH,RBM14,EED,DDX55,ABHD14B,DDX54,DDX50,PJA2,SFPQ,NDUFS8,CREB1,IRF3,NDUFS7,PEX3,TBC1D7,NDUFS3,ATG4B,NDUFS1,MVD,NUP54,RBM24,IRF9,RBM22,DCTN5,DDX27,GOSR2,DDX23,GOSR1,TAF9,DDX20,DDX21,CSTF2T,CLCN3,CLCN2,TAF1D,DNPEP,RAB40C,MAT2A,TAF1B,PDLIM7,RBM39,TAF15,NAA10,TAF13,TAF11,LRWD1,RPIA,IRGQ,GOLPH3,FAM131C,FAM131A,ACIN1,TAF6,VIM,FAM98A,RPL4,RPL3,RPL31,STMN3,RPL8,GCSH,RNF115,MYC,RPL36,PIP4K2B,RPL38,MPV17,IER5,RPL39,IER2,ANKS1B,WSB2,RPL21,PIH1D1,RPL22,MED8,CD3EAP,RNF126,RPL27,RPL29,RPL28,UBA52,PRR14,CDC42SE1,POM121,NOLC1,VPS26A,HIF1A,PRDX2,FAM160B2,ABR,PRDX5,RIC8B,PRDX1,S100A10,BRAP,FZD3,JUND,H3F3B,ST13,RDX,TMEM198,PRRC2A,FIBP,NPLOC4,UNC119,PLCH2,DUS1L,CDK13,CDC42SE2,OGFR,SPEF1,CLTC,LPCAT1,ADK,TCF20,PFAS,TRIM8,GPR137,EMD,BRD2,NUDC,SSR4,TCF12,TET2,AEN,TMEM179,INF2,RNF166,SF3B2,RPL10,GPS1,RPL12,RPL11,BCLAF1,LMAN2,RPS3,RPL13,SC5D,RPS2,RPL18,RPL19,SF3A1,SF3A2,BRF2,AGK,TRMT1,BLCAP,TM9SF2,XAB2,ERP44,RNF145,TM9SF1,RLIM,ZYX,TOR2A,CHPF,TUSC2,CLSTN1,ABHD11,TUBB3,RNF19A,MAF1,SEMA6C,RPS9,ANKRD49,RPS7,RPS8,RPS5,RPS6,RPSA,RNF40,CACNB1,CACNB3,ARMCX2,STIM2,DGKQ,NCL,PHPT1,CUL9,DNMT1,ENY2,CD151,AK1,CUL2,CHRD,TARS,RLF,NEUROD2,STIP1,BTBD2,NACC1,WDTC1,ESRRA,TOR1A,MARCH7,CHERP,CDK9,LSM7,CNOT6,CNOT7,CDK5,MAFG,CNOT2,CNOT3,RNF182,RNF181,LZTR1,SERINC5,EIF4G1,RNF187,SGCE,SART1,PTBP1,RPL7A,DUSP12,METTL14,SART3,OPA1,PSD2,SIN3A,SLC37A4,REXO1,GPX4,ELAC2,RANGAP1,DUSP26,YDJC,BET1L,REXO4,TRAF7,PTP4A3,TRAF4,ASPH,SNRPA1,RP9,NLGN3,SMARCD2,WBP1,WBP2,AMBRA1,DCAF15,AP3M1,FZR1,HIRIP3,PUF60,RBBP5,UGGT1,RNF25,TXNRD1,ADRM1,SEMA4C,PLCL2,DDHD2,TRIT1,RAD52,KLF7,PFKL,KLF6,MGAT4B,RUNDC1,PFKM,FAAH,CMAS,ARL6IP1,GOLGA1,ARL6IP4,UBAP2L,SOX4,AGFG1,TIPIN,BOLA1,JMJD8,AKAP9,XRN2,VDAC3,VDAC1,TTLL12,AURKAIP1,CBLL1,TELO2,BEX1,TEX264,MGST3,TRMT2A,PTDSS2,DGUOK,INPP5E,BANP,PDE2A,STAM,UBAC1,ANP32E,ITM2C,DAZAP1,FAF2,PRPF19,ZMYM3,GUK1,GLIPR2,ZMYM5,DLAT,PRMT5,ATP6V0B,TSC22D1,TSC22D3,NME3,RHOF,UCHL3,RHOB,RAB33B,PRPF18,PACS2,POC5,RPUSD1,FRG1,STRAP,MAPT,ALDOA,SGK1,ATP6V0C,SLC20A1,PRIM1,AKAP8,AKAP7,AKAP6,UQCR11,UQCR10,TRAK1,ARNTL,TRAK2,RBM15B,CUX1,TBL1X,MAP4K4,RANBP2,SUZ12,RANBP1,RSL1D1,STAC2,CTNNB1,CAMK1,CIB2,TOMM22,CHCHD2,TMEM147,CHCHD1,APLP2,TSC2,KCTD5,TMEM131,PDIA4,DPM2,TMEM135,MAU2,PHOSPHO2,DNAJC30,RPL7L1,SPNS1,FIZ1,TMEM59L,HPCA,LTBP4,ADIPOR2,MAN2A2,TMEM128,CASKIN1,DMAP1,ZC3H13,ATP6V1D,PDZD8,ANKZF1,ZC3H15,ATP6V1F,HSPA9,ACBD6,HSPA8,SMAD1,ACBD5,ACBD4,HSPA5,ASPSCR1,DNAJC11,IFT122,TBCB,DNAJC13,DNAJC16,DNAJC18,ARHGAP33,NFKBIA,TMEM115,DLG4,DLG5,DNAJC10,TBCE,CLASRP,GRSF1,ACBD3,NFKBIB,B4GALT2,CREBZF,USP36,SCYL3,ACADVL,ABCD3,NVL,ELAVL4,GTDC1,USP39,GMPPA,PDE4A,SCYL1,POLG,USP46,USP48,RNF208,SENP3,KLF16,LUC7L3,CHMP6,B4GALT6,CAMK1G,USP14,RGS19,POLDIP3,POMP,OPRL1,MOSPD3,DLL1,USP19,U2AF1L4,RMND5B,NCAM1,CDIPT,ABCF2,IGBP1,RWDD1,ATE1,PTCD2,USP20,NEGR1,BAD,HAGHL,CADPS,ZFC3H1,DLK2,NEURL4,FMNL2,XPNPEP1,SSBP1,SSBP4"
+"gene_set_query"	"77"	"ZKSCAN8"	"163.0"	"ARCHS4 Coexpression,110;GTEx Coexpression,216"	"MDC1,PANK3,TRRAP,ARPC5L,DCAF8,HNRNPU,SMC5,THUMPD1,DCAF7,TXNDC17,CRKL,HERC2,UBAP2L,FNBP4,NUP214,SRRM2,DDX17,SMARCC1,WSB1,NUP210,TSTD2,DICER1,RC3H2,SRRM1,HCFC1,MYL6,RFX7,ZC3H11A,BOLA2,FAM76B,ANKRA2,AURKAIP1,TSPYL4,SF1,MACF1,NUP205,POM121,DHX9,BAZ2A,RNPC3,ANAPC11,FAM160B1,INPP5B,COMMD9,BLOC1S1,BLOC1S2,DHX38,GSE1,TNRC18,PLCG1,HMGXB3,RBM12,ARGLU1,SERF2,ZRANB2,MRPL28,PBX2,PHC3,PRRC2B,MED13L,PRRC2A,CS,FIBP,HNRNPK,FUBP3,WNK1,GOLGB1,TOLLIP,FUBP1,DCHS1,HNRNPC,FARSA,PAM,SUGP2,ATG2B,PHF3,PHF2,SETD5,COX7B,SMG1,PTPRS,SMG7,MED12,UBL5,TRMT112,NIPBL,HINT1,XPO1,XPO5,SH3BGRL3,SEC61B,COX8A,BRD2,PBRM1,SHPRH,MRPS21,ASH1L,DYNLL1,SREBF2,APRT,MED23,MRPL52,CANX,ATP6V0C,WDR26,SF3B3,TIMM13,NEDD8,UQCR11,UQCR10,COX5B,PSMA7,PPP2CA,HIRA,SCAF8,BCLAF1,BTAF1,PSMB3,ASNA1,NSD1,AP2S1,RICTOR,ANKRD52,SF3B1,LCMT1,SRSF11,NKTR,MON2,RYK,MTX3,GBF1,YLPM1,HUWE1,AP2B1,COX6C,GATAD2B,LRPPRC,SCAF4,WDR11,MIB1,RLIM,ESYT2,TRIP12,FAU,TOMM5,NDUFA13,CCNT2,NDUFA11,KDM1A,NDUFA12,KDM1B,CEP120,CASC4,UBP1,ARID4B,PARK7,COX6A1,SRP14,IPO7,TOMM20,IPO8,CAPN7,POGZ,EP300,LZTS2,TXNL4A,GTF2I,ATP11C,PRPF4B,ATP11B,THOC2,RBX1,COX6B1,ATXN2L,ARMCX4,ILF3,DMTF1,HNRNPUL1,NHP2,SRSF4,PHIP,PPIG,RAD54L2,PHPT1,SNRNP200,ANAPC1,ANKRD17,DDX6,COPA,NDUFB11,ANKRD12,COX17,UBR4,COX7A2,UBR1,PDS5A,HSPBP1,SUPT6H,PRPF8,PMVK,NACC1,TPR,UBR5,ZKSCAN3,ABL1,DVL3,ATP6V1D,ATP6V1F,NEK9,OST4,SMAD4,CPSF7,CPSF6,ATP8B2,PHF10,NONO,NUP153,MARCH6,EEF2,LSM4,SMAD5,KLHL20,LSM7,SON,PAN3,GON4L,CDK5,UQCRQ,CNOT1,CAPRIN1,LSM14A,OGT,NOP10,EIF4G2,RNF187,UBE2M,CREBZF,DIDO1,RBM25,GSK3A,KDM5C,LDB1,CELF1,COX4I1,USP34,HP1BP3,CHD6,DDX42,CHD4,CHD2,AFF4,TTC28,SENP6,SENP7,ZC3H7A,SIN3A,GATAD1,PPP6R3,TNPO1,CCDC50,RBM33,HGSNAT,SUN1,ATRX,CAD,ARNT,SMC1A,ARID1A,CKAP5,KLF16,LATS1,ATRN,SFPQ,NSMCE4A,DNAJC7,SETBP1,CTDSP2,NDUFS5,NAA38,BIRC6,NUP54,LUC7L2,OTUB1,GTF3C1,NFAT5,SMARCD1,LEPROT,KDM3A,NDUFB8,KDM3B,UHRF2,ROCK1,NDUFB6,NDUFB4,POMP,NDUFB2,KATNB1,LENG8,LAGE3,FAM168B,GANAB,POLR2A,MAT2A,KRIT1,VPS54,POLR2F,ROMO1,HNRNPA1,UGGT1,EIF4B,POLR2L,SMARCE1,SPEN,TIMM8B,GADD45GIP1,USP24,RBM39,CIZ1,HNRNPA3,NDUFA6,NDUFA4,NDUFA3,FOXJ3,NDUFA2,PCDHGC3,ZFC3H1,NDUFA1,RPRD2,TTC17,ASXL1,SLC4A7,ACIN1,CCM2,RBMX,TRIM33,SLC25A36,TAF2,TNRC6A,TAF1"
+"gene_set_query"	"78"	"ATF1"	"166.2"	"ARCHS4 Coexpression,51;ENCODE ChIP-seq,56;Enrichr Queries,118;ReMap ChIP-seq,44;GTEx Coexpression,562"	"TFRC,IFT172,POP4,ALKBH8,DPYSL5,ALKBH1,AKT2,FNBP4,PRKAB1,ZC3H11A,FEZ1,DDIT4,UNC50,JTB,ATF4,SLBP,EXD2,SET,SAR1A,NPRL2,MEPCE,PDGFA,BAZ2A,CIAO1,PRPSAP2,RNF216,RNF215,RDH14,PIP5K1C,RDH13,ATRIP,HEXIM1,JUN,PRPF38B,NCAPH2,PBX2,LARP7,LARP4,TBL3,LAS1L,HYOU1,KCNC3,PRKAG1,MED16,OSBPL11,BBC3,DDA1,MED17,MED13,APC2,DUSP1,SPHK2,IFT140,JOSD1,MED27,MED29,DUSP6,SLC7A4,MED24,MED21,MED20,PXDN,CINP,ERGIC2,PAFAH1B1,TRUB1,ELOF1,OAT,LIN37,WRB,NIP7,ATL2,NOC4L,NRAS,MFN1,SPOP,EGLN1,TRAPPC10,DAB2IP,TARBP2,SKI,ABCB10,SNX19,CCDC9,SNX17,APEX1,TSR1,PKN1,CIAPIN1,AGRN,YPEL4,GZF1,MTCH2,TMEM167B,FBXO28,LTN1,MPV17L2,CASC3,POFUT2,UROD,FNTB,NUDT19,CIR1,FADS1,BNIP3L,PCYT2,DGAT1,CISH,EIF1AX,FBXW9,STX7,ATP11B,CNPY2,SRCIN1,FBXW2,MSH6,DMTF1,SRSF3,SRSF4,SRSF5,SRSF7,ARL8B,SHC2,UQCRB,UAP1,CORO1B,SPATA7,RAP1B,EIF1AD,NDOR1,RAP1A,MED30,G3BP1,MBIP,BRIX1,ZKSCAN1,NOP14,BOD1,API5,STYX,HPS4,CORO2B,FBXO31,DRAP1,YRDC,SH3BP5L,UQCRQ,SP3,ACO2,LRCH4,OGT,NOP10,SNAP25,ZNRD1,BCAS2,EIF5A,ACTR3,ACTR2,ACTR6,TNFRSF19,TFIP11,ARFGAP1,SYF2,C1D,ETF1,GAPDH,TNFRSF21,BCAT2,BECN1,PRPS1,SRC,MGRN1,SRF,SRSF1,LENG8,U2AF1,RCHY1,FOXRED1,TSPAN31,CDC42,U2AF2,PHKG2,FEM1C,FYN,E2F4,HNRNPA1,EIF4B,GADD45GIP1,CIZ1,NOP58,MARCKSL1,FEM1A,CNBP,TXNL1,CABLES2,EIF3M,NECAP1,EIF3K,SYT11,EIF3I,EIF3J,PDCD2,EIF3E,EIF3C,TRIM32,SMARCAL1,PPAN,ACTB,TRIM28,SNRPD2,CDC26,BSG,CDC27,ATP6V1E1,ATXN7L3,TRIM23,EIF2A,ACTN1,ECH1,CIRBP,CSNK1D,MFSD10,CDC34,CDC37,SUB1,CSNK2B,KCNQ2,SLC45A4,AARS2,DHX8,CEND1,ACTR3B,TTBK1,APOO,SEC14L1,KCNN1,B4GALNT4,XBP1,SMARCA5,BSDC1,PTK2,AIMP1,AIMP2,ZBTB6,CWF19L1,RANBP10,NDUFAF3,NOL11,CALR,SUGP2,FBXL6,MON1B,HERPUD2,MRPS17,COX7B,MRPS15,CSRNP2,MRPS16,HIBADH,MRPS11,PAK1IP1,MRPS12,MRPS10,NAT14,COX7C,THTPA,SYNCRIP,MAP1LC3B,SDF2,BBS4,MRPS26,MRPS27,MRPS21,CACYBP,TFB2M,SYP,APRT,TOX4,GAK,ARHGEF9,PABPC1,NAPA,NAPB,PCNA,CAB39,MRPS35,SSNA1,MRPS33,GBA,MRPS30,COX5A,GNAI2,PCNP,OS9,ORMDL3,DYNC1H1,MON2,GABBR1,VEGFB,KLHL2,TTC1,PEX14,VEGFA,PDCL3,TTC5,KLHL8,HNRNPA2B1,NDUFAB1,SGSM2,AGGF1,TCEA1,HDGF,SRP19,CRTC2,SYS1,NUP188,ZFAND5,UBE3A,SRP14,TXN2,EEF1B2,DNAJB12,ADAM10,SDHC,SDHD,SDHB,COX6B1,EEF1A1,EHBP1L1,PLAA,TBC1D23,RAF1,TSG101,NDUFB10,HTRA2,RNASEH1,SHARPIN,LLPH,TBC1D17,SYT5,UBE2H,UBE2I,PDHA1,UBE2B,TIMM44,UBE2A,MANBAL,IFT20,GNAO1,AHI1,UBE2W,HOOK2,UBE2S,HOOK1,CCPG1,GNB2,GNB1,MKRN1,GNAS,MKRN2,UBE2N,UBE2O,TCF3,GALK1,UBE2M,PHTF2,CUEDC2,ADAR,TNFAIP1,TAZ,USE1,TMEM222,LASP1,TMEM223,ATP6AP1,NUP133,TTC33,PDPK1,SYNGR3,EPN1,RER1,TMEM214,CAT,ACOX3,MAN1B1,OTUB2,ANKS3,SLC3A2,RSPH9,RNF7,AGPAT1,RNF4,RNF5,AGPAT4,POLD3,PABPN1,TMEM203,SV2A,TGS1,TRA2A,BNIP2,TMEM208,MTA2,CRYM,FBRS,TIMM8B,RRM2,EYA3,CDK11B,GALE,ERCC1,POLE3,ERCC5,RRP1,HNRNPU,GPATCH4,SMC3,EPRS,PHB2,TFG,ZMIZ1,AP1S1,VPS18,DDX18,WDR74,GTPBP2,GTPBP1,ATG13,GTPBP4,WDR81,DAAM1,ZSCAN21,NUP98,VPS25,VPS28,NUP205,WDR61,XPC,ARPP19,ANAPC11,LDHA,NCSTN,WDR70,VPS11,RRS1,ST3GAL2,HMOX2,CEP78,ZSCAN18,NAA50,BTF3,ICMT,SETD1A,IRF2BP2,HNRNPL,EHD1,HNRNPF,HNRNPC,FARSA,ATG2B,BTG1,CDKN1B,WDR48,PHF23,PHF1,SETD7,GPT,KRI1,WDR46,UBL3,TIMP2,PLEKHN1,RRP12,CIC,JARID2,RRP15,WDR36,TPI1,WDR34,GNL2,GNL1,TERF2,COPZ1,GNL3,SIKE1,TUBB2B,TUBB2A,KIFC2,MTF2,GART,EXOC1,GRN,CLDND1,RNMT,USO1,PPP1R8,USP1,RRP36,SLC17A7,PCGF6,YTHDF3,CSNK1A1,WDR18,NR1H2,SYVN1,GATC,ELP3,DHRS1,HIPK1,PHF5A,NUCB1,PLP2,RAB3A,GTF2B,CEP120,AUP1,IPO7,IPO4,TM7SF2,PPP1CB,CFL1,LAMP2,ZNF326,TXNL4A,HMGN1,RARS2,TLE3,USP8,TLE2,SUPT16H,USP5,TPM3,USP3,THOC1,LEMD3,THOC5,VRK3,THOC6,PYGO2,TOM1L2,RAB31,RAB34,PGP,STAMBP,FKBP4,CSNK1G2,SNRPA,FKBP5,CSNK1G1,BRSK1,FKBP2,BRSK2,RAB5C,CBFB,INSIG1,CCDC25,SLC38A10,UBR1,PHB,UBR7,DDRGK1,ORC3,DVL1,DVL2,CCDC32,SRGAP3,RAB6B,PLXNA3,MCL1,EIF2B4,EIF2B3,TRAPPC4,SCRT1,COPS4,COPS6,SLC7A6OS,LRFN4,COPS5,COPS2,CPD,REEP2,PDCL,PLXNB1,CCDC22,RSL24D1,BCL2L2,ZC3H3,WDR3,CEP164,NOB1,AP1G1,SNRNP70,UBTF,IDH3B,WDR6,WDR7,EVI5L,EIF2B1,TNPO3,ADSL,RFC3,PLEKHG2,RPL13A,EDF1,DNAJC2,TFDP1,CTDSP2,POLR1B,CCDC43,DNAJC8,CRK,HDAC2,HDAC1,VPS4B,HDAC6,DNAJB2,RAB21,DNAJB1,NFS1,DNAJB6,HAUS8,POLR2B,VPS53,POLR2C,VPS52,POLR2E,POLR2K,SLC35A2,MLXIP,SLC35A4,PPIL2,IDH3G,FBXL19,CCDC59,TPRKB,FBXL16,BCKDK,SNRNP40,VAPA,POLR3D,DNAJA3,DOLPP1,VPS41,DNAJA2,CEBPZ,SNRNP48,TPT1,SLC35B2,VEZT,TCERG1,IFITM2,SLC35B4,VARS,ZMYND8,PITPNA,FCF1,CISD2,CBLB,PPP2R2A,PDCD2L,RPS15,TIAL1,RPS16,RPS19,RPS18,FLAD1,RPL36AL,FTH1,ARFIP2,LONP2,RPS11,SEPHS2,RPS13,TBC1D10B,SRRM2,COG8,IFRD1,MAPK8IP2,MAPK8IP3,SRRM1,MAPK8IP1,NIF3L1,KARS,DCUN1D5,MAGED1,STXBP1,STXBP2,CSTF2,LIAS,HTATSF1,RPAP3,SCFD1,PDCD10,ZNHIT3,CSTF1,RALGDS,ATP6V0A1,VASP,SETDB1,SLC35E3,RPS26,RPS28,ZZZ3,RPS27,RBAK,RPS21,C2CD2L,RPS24,CITED2,GFM2,ZFAND2A,SLC35F5,ZFAND2B,SRA1,XPO1,CHMP1B,TMED2,TMED7,UBXN4,RAB8A,PSD,PSENEN,TMED9,ZER1,PARP1,PARP2,MLF2,UGDH,SCNM1,HNRNPH1,HNRNPH2,FYTTD1,CSTB,DTYMK,GDPD1,GDPD5,PPP2CA,AMN1,HIRA,APBB1,APBB3,MTX1,MTX2,PTGES3,GBF1,GINS4,RAB11A,RAB11B,PDP1,KBTBD4,SPCS2,APBA1,MEGF8,NDUFA13,KDM1A,NDUFA10,CWC25,TATDN1,FAM162A,ARHGDIA,CWC22,HCFC1R1,AZI2,LMO4,NOSIP,PUS7,ATP1B1,SHISA7,RSBN1,TUFM,PRPF6,HGS,MATR3,XPR1,ZCCHC8,COPB2,IDI1,RPS19BP1,COPB1,CLEC16A,EMG1,ZMAT2,UBB,TCTEX1D2,RPRD1B,KLHDC3,KLHDC4,CBX5,PNPT1,CBX4,CBX3,CPSF2,COQ9,EIF2S2,CRLS1,EIF2S1,COQ5,COQ2,EFNA2,CHMP2A,SKIV2L,BRWD1,COPE,GPSM1,KDM5B,THRA,ASNSD1,YBX1,RBM3,SNAPC2,MCF2L,LRRTM2,RBM7,RBM6,KDM6B,H2AFX,OXSR1,DCK,DNM1,SEPT3,THRAP3,DDAH2,AKT1S1,TMEM9,PFDN5,KDM3A,ATF6B,PDXP,ATP1A3,NRXN2,ATP1A1,NXF1,FAM168A,LEPROTL1,BUB3,CYHR1,DEK,RPS6KB1,RPS6KB2,PPP2R2D,RBPJ,ZFYVE1,LSM10,PSMD8,SCAMP5,SCAMP4,LSM12,ZFYVE27,TMEM8B,DAXX,DNTTIP1,DNTTIP2,SCAMP3,SCAMP2,FAM133B,EID1,MYL6,RBCK1,FLII,AGAP2,MTMR9,SDR39U1,ABCB8,MRPL12,OAZ1,MRPL13,GABARAP,MRPL20,CYB5R4,PRKAR2A,GRPEL2,AMZ2,PUSL1,HMGXB3,PRRT1,MCTS1,CADM3,CADM4,PRRT2,EDEM2,PMM2,EXOC6B,ERLIN2,MRPL24,MRPL21,EIF1,MLLT11,MLLT10,EIF5,EIF6,PSMG3,DCHS1,PSMG1,TMEM9B,EZH2,LRSAM1,PIGU,ARF1,RPLP0,CTCF,MRPL37,ECSIT,MRPL34,PQBP1,IKBKB,JPH4,TRMT112,NIPBL,TUBA1A,MRPL40,RPLP2,SH3BGRL3,LYPLA2,ELOVL5,LRRC49,ACTL6A,SIRT4,MRPL49,RRAS2,LRRC40,ELOVL6,SIRT6,MRPL47,SIRT7,NIPA2,MRPL45,MRPL46,SIRT2,MRPL52,PSMA5,PSMA6,MRPL50,PSMA3,PSMA4,PSMA1,PSMA2,TMEM33,PELI1,TUT1,SLC29A1,DLD,VAMP2,ARF5,LRRC14,RNASEK,SRRT,PSMA7,MRPL55,PSMB6,PSMB4,UNK,GGA3,RECQL5,AP2S1,LEO1,HARS,MEF2D,SRSF11,UTP6,LRRC24,STAT2,BYSL,GATAD2A,PSMC3,PSMC4,PSMC1,SRRD,SERBP1,UBAP1,RPL22L1,UBE2D1,STK19,ZBTB22,YY1,ATCAY,RUVBL2,STK16,OSBP,KPNA6,KPNA4,PMPCA,KPNA2,KPNA3,SLC25A44,KPNA1,SH3GLB1,SLC38A1,IK,AGTPBP1,PPP1R16A,VPS33B,RBX1,ACAP3,ACAP2,TXLNA,MAPKAPK2,FSCN1,SQSTM1,KPNB1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,ISG20L2,RAP1GAP,SOCS2,PMVK,E4F1,SLC38A2,LRRC4B,ZBTB17,DR1,GOT1,ZBTB11,GNL3L,TMEM11,MDM4,HSP90AB1,SCHIP1,CELF3,MRPL4,MRPL3,SUMO1,HMG20A,MRPL9,DGCR6,MDP1,CTNNBL1,HSP90AA1,RAD23A,VPS37B,RAD23B,GIGYF1,HAX1,PIK3CA,SEC22B,PPP1R12C,PPP1R15A,RNFT2,GTF3C2,NDUFB9,SEC23A,NDUFB7,NDUFB6,PRCC,MAK16,ZBTB45,LRP3,GANAB,CDC37L1,LRRC8A,LRRC8B,SLC25A22,ATP9A,CYB5B,PPP1R14B,NDUFA7,MMAA,NDUFA5,MBOAT7,FOXJ3,NDUFA2,LYSMD1,RPL23A,MCOLN1,TPD52L2,CCM2,CDR2L,P4HB,EIF4A1,AHCYL1,TMEM41B,ZDHHC7,GCC2,CCNC,ZDHHC8,IFI30,TXNDC16,ZDHHC3,ZDHHC4,RASSF1,OGFOD2,CCNL2,CCNL1,SEC62,TMPO,SEC63,SCAF11,IMP3,NSMCE2,PAQR3,NSMCE1,THAP7,CTXN1,MMADHC,GCDH,PEX11B,PIK3R4,PIK3R1,APH1A,SNX1,DHX33,LARS,PCBP4,PCBP1,DHX38,SYMPK,RCE1,RBM12,SEC31A,XRCC6,SURF2,XRCC1,DCLK2,ID2,INTS5,PAF1,INTS7,DHX29,RGL2,AARS,TMEM151B,PTPRS,DOC2A,FKBP15,FAM57B,GPAA1,CETN3,INTS10,TECR,SLC7A11,IER3IP1,AP2A2,ARV1,SPTLC1,HYAL2,DHX15,IDS,SSSCA1,KIF1B,KIF1A,NDEL1,VKORC1,TMEM150B,SEC13,ACAD9,ANO8,MRPS7,IMMP1L,CRELD1,DBN1,SATB1,DERL1,NEDD8,CCDC106,ARVCF,EXOSC4,CAMK2N1,EXOSC9,CCT8,CCT5,CCT4,NPM1,YIPF2,YIPF5,MIB2,CRIPT,RSRC2,AP2B1,DOHH,NPM3,PPP1CA,TMUB2,FKBP1A,PER1,GPAM,NEDD4,ESYT2,DPAGT1,SCARB1,MIDN,MPI,BCCIP,ACRBP,KIF5C,KIF5A,PALM,EP300,SNIP1,SBF1,BAHCC1,PPFIA3,ADPRHL2,SLC30A5,ATG9A,SSU72,RUNDC3A,TMX2,FAM173A,DKC1,TMX1,UBE2V2,SBDS,UBE2V1,RTN2,KLHL18,RTN3,VCP,NDRG4,TMED10,PSMD11,YTHDC1,KLHL17,RPF2,RTN4,CAMTA2,CYC1,KIF3C,NDUFV1,BCL9L,IVNS1ABP,PRNP,OST4,FDPS,VTA1,ECD,KLHL24,SUPT5H,CLK4,CLK1,PAN2,H1F0,APPBP2,PQLC1,CYCS,TAB2,PICALM,GSK3A,DDX3X,MAST3,PRKCSH,PRR3,MAST1,CHD6,ILK,HMGB1,TRIAP1,CHD2,ABHD16A,TIMM17A,TIMM17B,UQCRFS1,SULT4A1,YWHAG,GLRX3,NCBP2,GLRX5,DYNLT3,RBM18,BUD31,DDX55,GPCPD1,YWHAZ,DDX50,CREB1,IRF3,GORASP1,NDUFS5,ATG4B,NAA38,NUP54,EAPP,RBM22,DDX27,DCTN4,GOSR1,TAF9,DDX20,PARN,DDX21,CRMP1,MAT2B,CLCN3,TAF1D,DNPEP,MAT2A,TAF1A,SMNDC1,PDLIM7,RBM39,TAF13,TAF10,MAPK14,IRGQ,CLCN6,GOLPH3,PNKD,GLB1,FAM131B,FAM131A,RBM42,NAA15,VIM,RAN,TAF2,MBTPS2,R3HDM2,FAM50A,RB1,RPL5,CLPB,THYN1,STMN3,STMN4,RPL8,ENO2,DCAF4,RPL9,DCAF6,MYC,STMN1,FDXR,RPL38,IER5,IER2,CHGB,UNC13A,MECR,WSB1,PIH1D1,RPL23,RPL22,MED8,CD3EAP,MED4,MED6,NISCH,BIN3,SARNP,CLPP,YME1L1,RPL24,RPL27,RPL26,RPL29,RPL28,UBA52,DUS3L,ALG10B,PRR14,CDC42SE1,RPN1,NOLC1,HIF1A,PRDX2,ABR,PRDX5,RAD21,SSR1,RPL41,JUND,H3F3B,CHKA,MAD2L1BP,MTHFR,UPF3B,PA2G4,PRRC2A,TMEM198,TMEM199,FIBP,OGDH,CPEB4,CLTC,PFAS,CLINT1,TMEM186,TMEM189,TMSB4X,ENSA,GPR137,ANXA7,RIOK2,EMD,ZC3H10,BRD2,SSR2,TCF12,RNF168,LSG1,SF3B5,RPL10,RPL12,GPS2,HSPA14,HSPA13,BCLAF1,SRP72,RPS3,RPL14,SC5D,RPS2,RPL18,SF3A3,SF3A1,BRF2,GTF2H1,RNF146,XAB2,ERP44,TM9SF1,ABI1,SARM1,RNF141,PHLDB1,CHPF,CLSTN3,TUSC2,CTNND2,CTNND1,CLSTN1,RNF19A,MAF1,SEMA6B,RNF44,RPS9,RPS7,RPS5,RPS6,RPSA,GTF2F2,RNF41,TRAIP,CTDNEP1,DISP2,ARMCX3,CLIP3,CLIP2,CLIP1,NCL,ARMCX6,ERP29,NHP2,ERH,TTPAL,DNMT1,ENY2,CUL7,CD151,CUL5,ANKRD11,ABHD2,GLO1,ABHD8,AK2,TARS,KRBA1,KLC1,PITRM1,BTBD2,ABL1,SKIL,MPDU1,WDTC1,ESRRA,ANKRD27,TNK2,MARCH9,BTBD9,TOR1B,LSM4,MARCH5,LSM3,LSM2,CNOT7,CDK4,MAFG,RNF181,TADA1,IARS,SERINC3,RNF187,LMBR1L,TRADD,PTPN23,DUSP11,DUSP12,PPP6C,METTL14,SART3,OPA3,TAPT1,REXO1,GPX4,CHUK,RANGAP1,REXO2,YDJC,PATL1,PTP4A1,PTP4A2,DALRD3,TRAF4,SMARCD2,GTF2A2,NLGN2,WBP2,RPL36A,LAGE3,CACNG7,FZR1,HIRIP3,SNRPB2,WASF1,DCAF11,RNF26,TXNRD1,RPL35A,PTPN11,PTPN12,PNRC1,CUL4A,KLF6,NFASC,IMPDH2,RUNDC1,CUL4B,APP,GOLGA2,GOLGA1,ZFPL1,KIFAP3,SOX4,AQR,TIPIN,SACM1L,PTOV1,MRPS18A,MRPS18C,GRWD1,GUF1,VDAC1,AURKAIP1,CUTA,BEX2,LMAN2L,TRMT2A,NMD3,INPP5B,DGUOK,PTDSS2,SNHG1,NUS1,STK11IP,MEMO1,UBAC1,ZWINT,CCT6A,STAG1,ANP32B,ITM2C,GDI1,GDI2,MYL6B,ZMYM2,GUK1,PRMT5,CDV3,ATP6V0B,PRMT1,TSC22D3,RHOB,PRPF18,POC5,PACS2,MAPRE3,MAPT,ALDOA,SGK1,KPTN,MAPRE1,ATP6V0C,TOMM40,AKAP8,CTNNA2,LCMT1,MAP4K4,RANBP2,RANBP1,ARNT2,RANBP6,RSL1D1,MARS,TOMM7,CTNNB1,PRPF31,FAU,CDK5R2,TOMM5,TOMM20,TOMM22,FBL,CHCHD3,TMEM147,PDIA3,ANGEL2,APLP2,APLP1,TOMM34,TSC2,TRNT1,KCTD5,PDIA6,PDIA4,DPM2,OXA1L,PHOSPHO2,TBL1XR1,DNAJC30,TIPRL,ELMO1,FIZ1,ISCU,CTTNBP2,TMEM59L,LTBP4,ADIPOR1,SEZ6L2,DPP3,TMEM128,EP400,ZC3H18,ATP6V1D,MARK3,ANKZF1,HSPA9,SMAD2,HSPA8,SMAD4,ACBD4,HSPA5,HSPA4,IFT122,BFAR,DNAJC14,AZIN1,NFKBIA,NR4A3,DLG4,ATG16L1,TBCE,JMY,SRPRB,NFKBIB,CREBZF,USP35,USP36,USP38,USP39,PKD1,TMEM101,ZC3H7B,PDE4A,SCYL1,TSFM,USP48,RNF208,SENP3,KLF16,DDX19A,LUC7L2,TSEN34,POLDIP2,GMPR2,WIZ,SPG7,MOSPD3,U2AF1L4,HSPD1,RMND5B,NCAM1,ABCF1,CLASP2,SPEN,PTCD2,B3GAT3,BAD,HAGHL,SGTA,B3GAT1,LCA5,NAP1L1,HSPE1,GDAP2,NAP1L4,PIK3IP1,BAX,SSBP2,ABCE1"
+"gene_set_query"	"79"	"ZSCAN18"	"167.0"	"ARCHS4 Coexpression,39;Enrichr Queries,416;GTEx Coexpression,46"	"CYFIP2,CNTFR,EHMT2,THYN1,STMN3,STMN4,ENO2,EPRS,BACH1,BACH2,SCAMP5,GPR173,DPYSL4,DPYSL5,DPYSL2,DPYSL3,TMEM8B,RBFOX1,UNC13A,UNC5A,RBFOX3,CD3EAP,SOX11,SCAMP2,NISCH,EID1,GPR162,PRKAR1B,RUFY3,FEZ1,DDIT4,VPS25,TSPYL4,TTYH1,AGAP1,FAM171A2,CHST10,VTI1A,CHST15,PRRT1,ABCA2,FZD3,JUN,CADM3,NDFIP1,PHC1,JUND,CADM4,PRRT2,CADM1,PMM2,PBX1,POU6F1,WDR55,HNRNPF,FXYD6,DZIP1,DZIP3,GABRB3,CDKN1C,BTG1,JPH4,TUBA1A,JPH3,SPIN1,TIMP2,DLGAP1,GPRASP1,GPRASP2,APC2,LRRC49,DUSP8,MED29,DUSP6,SLC7A5,TMEM179,TUBB2B,TUBB2A,PXDN,CHST1,DSCAML1,VAMP2,ARF6,GAS7,SLC17A7,CKB,NCDN,RIC3,WDR17,YTHDF2,TTC9B,NMNAT2,ABI2,MORN4,NFIA,NFIB,SERBP1,PKN1,RAB3A,CLSTN3,CTNND2,CLSTN1,ATN1,CLU,SLC8A2,RPH3A,NRBP2,ATCAY,SALL2,CDH2,FADS1,TLE2,SLC38A1,IGFBP3,MAGI2,TPM1,F2R,IGFBP2,CASD1,SRCIN1,CLIP3,OLFM1,TOM1L2,ACAP3,OLFM2,ARMCX2,DMWD,TNIK,LY6H,LY6E,BRSK1,SHC2,BRSK2,ARL3,FBXO44,SOCS2,G3BP1,NDN,RAB6B,LRRC4B,NOP14,ASNS,CORO2B,NBEA,NSG2,PTPRA,LHX2,REEP2,CPE,MAP3K10,CSPG5,NACAD,CNIH2,CELF3,CELF5,TRO,DUSP12,NGRN,PSD2,MDK,PMEPA1,EVI5L,EID2B,PEG3,SGIP1,PATL1,ARL4C,PTP4A3,SNPH,CTDSP2,POLR1B,EVL,SLC25A14,RNFT2,PPP1R15A,NLGN2,SMARCD3,CXXC4,JAKMIP3,SLC25A27,DNAJB2,CACNG7,ABLIM1,POLR2D,RAB28,SLC25A23,MEST,ATP9A,TUB,LINGO1,MARCKSL1,SLC12A5,FBXL16,NELL2,NFASC,KLF6,SYT11,PTPN5,HABP4,CCDC92,BSN,SOX4,EPHA4,AQR,SLC6A17,LIMCH1,CIRBP,PTOV1,CPT1C,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,SFRP1,RRAGB,ZW10,RRAGD,KCNQ2,HECA,TAGLN3,TRIB2,CTXN1,BEX4,GPM6A,BEX2,BEX1,DHX8,SLC45A1,STXBP1,CEND1,TMTC1,TTBK1,NUAK1,SYNGR1,PGBD5,CSTF1,KCNN1,SCN3B,SCN3A,B4GALNT4,ATP6V0A1,BBS1,PTPRN2,MAGEE1,BCL11A,LRRN2,DCLK2,DCLK1,SNAP91,CALY,ID2,NOL10,CALM3,FBXL2,CALM2,CD200,CDS2,ITM2C,DDR1,CSRNP3,TMEM151B,GDI1,CITED2,GRIK5,CETN2,DIRAS1,GDI2,NAT14,ROBO1,SERP2,AKAP12,UCHL1,MAP1LC3A,CAMKV,SLC22A17,ENC1,NCS1,MLX,IDS,KIF1B,KIF1A,CTSF,PSD,TSC22D1,TSC22D3,ANO8,TUBG2,SYP,MTSS1,SYN1,MLF2,RHOB,RGMA,ARHGEF9,PACS2,MPPED2,KIT,ARHGEF4,MAPRE3,MAPT,SGK1,MAGEH1,CSTB,NAPB,PNCK,SATB1,ICA1L,CRIP2,CCDC106,NOL4,TCEAL6,ARVCF,TCEAL5,TCEAL3,CAMK2N1,MGAT3,GPC2,APBB1,CTNNA2,ATP6V0E2,NPDC1,ARNT2,GABBR1,SPRYD3,MYEF2,LSAMP,SORBS2,AP2B1,PNMA2,VEGFA,GRIN1,SGSM1,ATAT1,SGSM2,TTC3,TCEA2,APBA1,MEGF8,APBA2,CDK5R2,ZFP28,CDK5R1,CRTC1,MRFAP1,ARHGDIG,SRP14,ARHGAP44,EFTUD2,KIF5C,BASP1,KIF5A,PALM,NRCAM,PPFIA3,APLP1,LMTK3,LMO7,ATP1B2,ATP1B1,TMEM130,RUNDC3A,POU3F3,PREPL,TMEM136,EEF1A2,GNAZ,NDRG4,BHLHB9,RTN1,TMEM59L,LTBP4,CACNA1A,DTX3,NDRG2,CPLX2,SEZ6L2,NDRG1,CPLX1,DPP3,EFNB2,ENHO,PDZD4,DPP6,IRAK1,KIF3A,CAMTA1,RPRD1A,KIF3C,LONRF2,MYH10,MARK1,SYT5,PRNP,CBX6,AUTS2,GNAO1,ARHGAP33,HOOK2,HOOK1,DLG4,IFT27,GNB5,DOCK3,PODXL2,THRA,PRKCSH,CHD6,SLC2A3,SOBP,PPP1R9A,RND2,PKD1,ELAVL3,MCF2L,GDAP1L1,PDE4B,SULT4A1,UTP15,SVOP,PDPK1,DCAKD,PDE4D,PPP2R5B,ABHD14A,NAV2,SYNGR3,SEPT5,DNM1,SEPT3,VCAN,GAP43,SETBP1,DDAH2,TERF2IP,TMEM9,IFT46,ZMYND11,NAT8L,INA,CAMK2B,ANKS3,USP11,CRMP1,ATP1A3,NRXN2,FAM169A,NCALD,FAM168A,GNG2,SV2A,NCAM1,SNCB,USP20,B3GAT1,GDAP1,MEIS2,MAPK10,RPIA,FAM155A,CLCN6,SBK1,PIK3IP1,PPP2R2C,FAM131B,FAM131A,VIM,RGS11,SSBP2,CLUAP1,SSBP3"
+"gene_set_query"	"80"	"ZNF692"	"168.3"	"ARCHS4 Coexpression,188;Enrichr Queries,183;GTEx Coexpression,134"	"MAPKBP1,MT-ND4,TFRC,IFT172,EHMT2,HNRNPU,DCAF8,EPRS,ZFYVE27,RAVER1,ZMIZ2,DPYSL2,MYC,STMN1,LUC7L,AKT1,IER5,CDK5RAP3,IER2,DDX17,FNBP4,NUP214,WSB1,NUP210,WDR74,CD3EAP,SCRIB,WDR73,SOX12,NISCH,DDIT4,RBCK1,PRR12,DUS3L,VPS28,SF1,POM121,CTBP1,SHMT2,NPRL2,COPS7B,NEDD4L,ABCB8,AAAS,PLA2G6,FAM160B2,RHOT2,LDHA,PLCG1,SLC19A1,ACD,JUN,WDR59,CHKB,PHC1,JUND,DMPK,IRF2BP2,PBX2,UPF3A,CDC7,NR1D1,PRRC2A,HNRNPL,SLC6A8,LAS1L,FASN,CDK10,DUS1L,OGFR,PIGU,PHF1,PIGQ,MED15,SMG5,ING4,SMPD4,FASTK,ANXA7,CIC,DFFB,UPF1,LRRC45,DUSP6,WDR33,NCOR2,SLC7A5,KAT2A,MED25,VAMP7,INF2,KIFC2,PXDN,PICK1,SLC29A1,LRRC14,SRRT,UNK,GGA3,ANKRD54,CKB,SRSF11,NKTR,CENPT,RIC3,MBD6,SF3A2,BRF1,TRMT1,SCAF1,XAB2,NFIA,TAOK2,PKN1,AGRN,ATN1,EDC4,NRBP2,STK11,FBRSL1,PIM3,LZTS2,FADS1,MEN1,SH3GLB2,TLE2,RNF44,TPM1,PPP1R16A,THOC1,POLRMT,LEMD2,DGKZ,RNF40,CDC25B,ATXN2L,PYGO2,ACAP3,ILF3,DMTF1,FSCN1,SRSF5,CSNK1G2,SNRPA,ANAPC2,CUL9,RNASEH2C,INO80E,CUL7,PFKFB3,CCDC24,INSIG1,MAZ,SLC38A10,FBXO44,SOCS2,SBNO2,NDOR1,PITRM1,STK36,DVL1,BTBD2,SAFB2,ANKRD10,DVL3,E4F1,SLC38A2,TMEM120B,TIA1,FUS,TNK2,ASNS,UCKL1,CHERP,CDK9,SH3BP5L,LRFN4,CNOT3,PLXNB2,MDM4,PLXNB1,LZTR1,OGT,ZNF512B,MCM7,POMT1,AKAP8L,CEP164,PTPN23,DUSP12,SART1,AP1G2,SNRNP70,PPP6R1,PPP6R2,UBTF,WDR6,TNPO2,REXO1,AMT,DDOST,ARFGAP1,QTRT1,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,PPP1R12C,BECN1,GTF3C5,CXXC1,LENG8,MLLT1,LRP8,HDAC6,HDAC7,MLLT6,SLC25A27,DCAF15,FZR1,U2AF2,IARS2,UBQLN4,SH2B1,NOP56,MARCKSL1,CIZ1,PPIL2,FBXL19,RAD52,KLF6,PFKL,PSAT1,FAAH,HDAC10,VARS,ZMYND8,ZDHHC8,ACTB,PNN,LONP1,CCNL2,ATXN7L3,SOX4,SRRM2,ARRDC1,ACTN1,METTL3,RECQL,PTOV1,CIRBP,CSNK1D,MOGS,MAPK8IP3,MFSD10,ULK3,ULK1,TELO2,CCDC84,RTEL1,L3MBTL2,FBF1,TRMT2A,DHX34,MICAL1,INPP5E,SYMPK,GSE1,TNRC18,HIVEP2,ARGLU1,RAB11FIP3,RBM10,B4GALNT4,TRAP1,INTS1,INTS3,MICAL3,ID2,ADCK5,RGL2,SUGP2,SUGP1,ITM2C,DAZAP1,GDI1,CITED2,MRPS12,PRPF19,XPO1,ENC1,GIT1,TOP3B,PARP6,GRIPAP1,TSC22D1,GAA,MINK1,ANO8,NME3,AMPD2,CBFA2T2,MRPS7,PPRC1,SREBF2,MLF2,RHOB,GAK,HNRNPH1,FAM193B,ARHGEF1,ARHGEF2,KPTN,SGK1,SFI1,PTMA,CSTB,STX16,DOT1L,RFNG,RXRB,HIRA,HSF1,APBB3,NPDC1,MIB2,VEGFA,BOP1,SGSM3,CAPZA2,SGSM2,SCARB1,SPPL2B,POGZ,SBF1,MMGT1,LMO4,TSC2,TSC1,ATAD3A,ADAM15,ISYNA1,KLHL17,NOP2,LTBP4,CACNA1A,DTX3,NDRG1,RNASEH1,MAN2A2,DMAP1,VARS2,ANKZF1,IVNS1ABP,HSPA8,PRNP,CPSF7,CPSF1,TBCD,HMGA1,AP4B1,CLK2,PAN2,ARHGAP33,NFKBIA,HOOK2,HOOK1,SKIV2L,CLASRP,ACADVL,KDM5C,GSK3A,LDB1,PRKCSH,MAST2,CHD6,CHD3,PKD1,CABIN1,LMNB1,PPP1R9B,FLCN,SNAPC4,MAN2C1,RBM5,RBM6,KDM6B,RBM14,PDPK1,PLA2G4B,ABCC5,DDX56,CAD,DNM2,PEX6,LUC7L3,ATG4B,THOP1,ANKS3,RBM4B,USP19,NXF1,TAF1D,MTA1,DNPEP,PABPN1,MAT2A,TAF1C,TRA2A,MKNK2,FBRS,PDLIM7,RRM2,USP20,USP21,ATP13A1,HAGHL,CYHR1,CLCN7,NEURL4,ERCC3,CAPN10,ACIN1,SSBP4"
+"gene_set_query"	"81"	"KCNIP3"	"171.0"	"ARCHS4 Coexpression,215;GTEx Coexpression,127"	"STMN3,SCAMP5,RNF112,RUSC2,DPF1,HABP4,CCDC92,BSN,ATXN7L3,RBFOX1,UNC13A,WSB2,UNC5A,RBFOX3,SLC6A17,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,PRKAR1B,ASPHD1,HECW1,KCNQ2,SPARCL1,TAGLN3,STX1A,ASTN1,BEX4,NECAB1,IGSF8,FOXG1,STXBP1,AGAP2,CEND1,PHYHIPL,AGAP1,AGAP3,NLK,TTBK1,ABR,SYNGR1,ERI3,CHST10,KCNN1,PIP5K1C,ABCA2,CADM3,CADM4,PRRT2,IQSEC2,CADM2,PDE2A,DCLK2,HSPA12A,SNAP91,TOLLIP,CALM3,FXYD6,FBXL2,SERPINI1,ARF3,CSRNP3,TMEM151B,GDI1,NCAN,DIRAS1,DIRAS2,AATK,SLC35F1,NAT14,SERP2,JPH4,JPH3,SLC22A17,ENC1,NCS1,IDS,DLGAP1,KIF1A,FEZF2,DLGAP3,GIT1,PSD,PCYT1B,ITPK1,SLC39A10,TUBG2,SYP,DUSP8,MED29,SYN1,TMEM179,MPPED1,KIFC2,MMP17,CHST1,ARHGEF4,MAPRE3,MAPT,VAMP2,GAS7,NAPB,NFIX,PNCK,SNX32,CCDC106,ADCY1,CAMKK1,CST3,CAMK2N1,CHN1,SLC17A7,CTNNA2,APBB1,NCDN,ATP6V0E2,ARNT2,GABBR2,GABBR1,GABRA3,TTC9B,NMNAT2,GRIN1,ABI2,MORN4,APBA1,MEGF8,CDK5R2,RAB3A,CRTC1,CLSTN3,CTNND2,CLSTN1,ARHGDIG,ATN1,SLC8A2,RPH3A,RIMS4,ATCAY,KIF5C,KIF5A,PALM,ADORA1,NRCAM,LZTS1,STK32C,PPFIA3,PPFIA2,CHRNB2,DSCAM,LMO4,TMOD2,MAGI2,APLP1,LMTK3,ADAM11,TBR1,RUNDC3A,DGKZ,SRCIN1,TMEM130,SHISA7,CLIP3,OLFM1,TOM1L2,ACAP3,CLIP2,OLFM2,SCG3,BRSK1,NDRG4,BRSK2,ARHGEF25,ARL3,HPCA,TMEM59L,ABHD8,CABP1,NDRG2,CPLX2,CPLX1,FBXO41,RAP1GAP,TMEM121,RHOBTB2,ENHO,PDZD4,KLC2,DEAF1,BTBD2,CASKIN1,CAMTA2,KIF3C,LRRC4C,RAB6B,LRRC4B,CBX6,ANKRD24,TNK2,SYT7,GNAO1,LRFN5,DLG2,LHX2,DLG4,PTPRA,GNB1,REEP2,PI4KA,MAP3K10,CSPG5,PIN1,BCL2L2,DOCK3,THRA,CNRIP1,ELAVL4,CHD5,FBLL1,PKD1,NRGN,NGRN,GDAP1L1,PHACTR3,EVI5L,TNPO2,SULT4A1,YWHAH,RNF208,SEPT5,DNM1,SEPT3,EPN2,GAP43,NRG3,SNPH,DNAJC6,LANCL2,DCX,NAT8L,SHANK2,CAMK1G,SHANK1,NLGN3,CAMK2B,STOML1,NLGN2,CLEC2L,DCTN1,USP11,ATP1A3,NRXN2,PDXP,LRP3,DNAJB2,CACNG7,GNG3,CACNG8,FAM168A,SLITRK1,SV2A,MGAT5B,SLITRK5,SPOCK1,FSD1,SNCB,SLC25A23,SLC25A22,ATP9A,LINGO1,SLC12A5,PCDH9,LIMK1,B3GAT1,PCDHGC3,HIP1R,CCK,ATP2B2,FBXL16,MEIS3,MAPK10,FAM155A,PPP2R2C,APC,TEF,PPP2R2B,SYT11,NOVA2,FAM131B,POLR3H,ATP13A2"
+"gene_set_query"	"82"	"REPIN1"	"171.3"	"ARCHS4 Coexpression,102;Enrichr Queries,210;GTEx Coexpression,202"	"TFRC,TRRAP,HNRNPU,EPRS,RPL8,ALCAM,CAPNS1,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PSMD3,AKT1,PRKACA,IER5,IER2,HES6,NUP210,STARD7,CD3EAP,SCRIB,SND1,HCFC1,DDIT4,UQCRC1,JTB,TARS2,UQCRC2,PRR12,ATF4,SF1,MTMR2,POM121,SET,SAR1B,CTBP1,SHMT2,NPRL2,VPS26A,MRPL12,MRPL13,PRDX3,LDHB,LDHA,LARP1,LDHD,PLCG1,FDFT1,S100A10,JUN,PHC2,JUND,JUP,SETD1A,MRPL27,IRF2BP1,IRF2BP2,PBX2,MCAT,PRRC2B,EIF1,PRRC2A,HNRNPL,FASN,GIPC1,OGDH,DUS1L,ARF3,OGFR,PIGU,BTG1,MRPL38,ECSIT,MRPL34,SMG5,TUBA1B,MRPL40,TUBA1A,AIFM1,TMEM43,FASTK,TIMP2,AP3S2,CIC,LRRC47,BRD2,UPF1,TPI1,SIRT4,ELOVL6,DUSP6,NCOR2,TAF6L,SLC7A5,MRPL50,KAT2A,TUBB2A,INF2,PXDN,SLC29A1,ERGIC1,SLC29A2,GRN,SRRT,TIMM13,CENPB,ANKRD52,CKB,ANKRD50,MEF2D,CENPV,SF3A1,SF3A2,MDH2,SCAF1,GATAD2A,MYBBP1A,SERBP1,TAOK2,ZYX,NUCB1,PKN1,AGRN,MTCH1,ATN1,APEH,CLU,STK11,NUDT19,PLS3,FBRSL1,PMPCA,PIM3,LZTS2,FADS1,PLEKHJ1,BNIP3L,SH3GLB2,SLC38A1,MAP2K2,USP5,PPP1R16A,TPM1,FBXO10,POLRMT,RNF40,ATXN2L,CTDNEP1,ILF3,RAB35,FSCN1,PHPT1,SNRNP200,SQSTM1,CSNK1G2,LY6E,GLYR1,ANAPC2,LRRC59,INO80E,PFKFB3,INSIG1,MAZ,SLC38A10,SOCS2,NDOR1,PITRM1,DVL1,BTBD2,NACC1,ABL1,THEM4,DVL3,SLC38A2,WDTC1,ESRRA,EIF2B5,FUS,TNK2,SEC16A,GOT2,EEF2,CHERP,SH3BP5L,UQCRQ,STK25,PLXNB2,NFE2L1,BCL2L1,EIF4G1,RNF187,ZNF512B,SLC25A3,HSP90AB1,MCM7,NUMA1,ETFA,PTPN23,PTBP1,DUSP12,RPL7A,SART1,MRPL2,SPR,PPP6R1,SNRNP70,OPA3,UBTF,TNPO2,DGCR2,HSP90AA1,REXO1,GPX4,DHPS,RAD23B,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,HAX1,TRAF4,CTDSP2,POLR1B,SLC25A11,GAPDH,PPP1R12C,BCAT2,PPP1R15A,GTF3C1,NDUFB9,SMARCD2,CANT1,NDUFB4,RAB1B,LENG8,MLLT1,MLLT6,DCAF15,ABLIM1,GANAB,NCLN,U2AF2,EIF4H,FEM1C,DCAF11,UBQLN4,MLXIP,NDUFA9,NDUFA7,MARCKSL1,CIZ1,KCNJ11,MID1IP1,FBXL19,NDUFA2,IMMT,PTPN12,HNRNPAB,PNRC1,SLC25A38,KLF7,MARCKS,KLF6,PFKL,CDKN2AIPNL,DNAJA3,MGAT4B,P4HB,EIF3C,PFKM,PFKP,EIF3B,ISCA2,APP,VARS,KEAP1,ZDHHC8,GBA2,ACTB,TRIM28,FTH1,LONP1,GLUL,ATXN7L3,SOX4,SRRM2,ACTN1,ECH1,COG2,MRPS18B,CIRBP,MOGS,ACTN4,GNPAT,AFG3L2,VDAC1,PREB,TTLL12,TELO2,TMEM161A,TBC1D9B,PIK3R2,PIK3R1,APH1A,PCBP1,MLEC,GSE1,SYMPK,TNRC18,INTS1,RCC2,PYCR2,ERAL1,ADCK1,SESTD1,WNK2,ID2,ITM2C,MRPS17,DDR1,DAZAP1,MRPS16,HIP1,CITED2,MRPS12,PRPF19,COX7C,HERPUD1,ARIH2,SDF4,GIT1,CTSB,COX8A,MRPS28,MRPS26,MRPS24,TSC22D1,MINK1,MRPS2,TFB2M,MRPS7,MRPS5,SREBF2,CTTNBP2NL,MLF2,RHOB,MRPS9,ARHGEF2,PABPC1,ALDOA,SGK1,PTMA,CSTB,MRPS35,SLC20A1,MRPS33,UQCR10,COX5A,HIRA,SAMM50,NFIL3,PES1,HSF1,ATP6V0E2,PTGES2,MIB2,TMUB1,AP3D1,VEGFA,BOP1,HDGF,GRINA,SCARB1,MPI,PHRF1,CCDC28B,TXN2,ACTG1,CHCHD2,KHSRP,ARHGDIA,SBF1,CHCHD1,PHYH,ATP1B1,ATAD3A,TUFM,EEF1A1,ADAM15,HNRNPUL1,HNRNPUL2,PPIF,CHMP4B,PPID,COX16,NDUFB11,UBA5,COX17,NDRG1,PRPF8,SUPT6H,RTN4,RAI1,IRAK1,H1FX,CYC1,NDUFV2,NDUFV1,MARK2,DNAJC19,HSPA9,IVNS1ABP,HSPA8,PRNP,CPSF7,HSPA5,CBX4,CPSF1,IDH2,DNAJC11,HMGA1,TIMM44,COQ9,DNAJC16,COQ5,HIGD2A,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,GNB2,GNB1,GNB4,GNAS,UBA1,CLASRP,TCF3,GRSF1,LSM14B,PICALM,UBE2M,ACADVL,KDM5C,GSK3A,PRKCSH,CHD3,HMGB1,YBX1,LMNB2,LMNB1,PPP1R9B,SEPT9,LASP1,ZC3H7B,UQCRFS1,TSFM,PDPK1,H2AFX,CAD,DDX54,ARID1A,YWHAZ,KLF16,DNM2,CREB1,NDUFS8,NDUFS7,AKT1S1,NDUFS3,NDUFS2,THOP1,POLDIP2,WIZ,MTIF2,SLC3A2,ATP1A1,TOB1,STRN4,USP19,HSPD1,TMEM201,FAM168B,DNPEP,MTA1,MKNK2,FAM120A,RPP14,MTA2,ABCF3,FBRS,PTCD3,URGCP,RRM2,TAF15,ATP13A1,SSRP1,CLCN7,NEURL4,CARM1,SPRY2,ACIN1,VIM"
+"gene_set_query"	"83"	"ZNF444"	"171.3"	"ARCHS4 Coexpression,184;Enrichr Queries,131;GTEx Coexpression,199"	"NUP107,EHMT2,THYN1,EPRS,BACH1,SCAMP4,RAVER1,DPYSL2,ZMIZ2,MYC,LUC7L,AKT1,CDK5RAP3,IER2,TMEM8B,HES6,DAPK3,CD3EAP,SCRIB,SOX12,RFX1,GAPVD1,RC3H2,RNF126,DDIT4,JTB,YME1L1,RBCK1,PRR12,VPS28,SF1,CTBP1,NPRL2,MEPCE,VPS26A,MRPL12,PLA2G6,FAM171A2,RHOT2,HMGXB4,RNF215,VTI1A,MCMBP,ZSCAN18,S100A10,CREBBP,JUN,JUND,JUP,SETD1A,IRF2BP1,TMEM198,PRRC2A,TBL3,UCK1,GIPC1,FASN,CDK10,HBP1,DUS1L,OGFR,PIGQ,PHF1,MED16,WDR43,BBC3,TMEM43,FASTK,GPR137,RIOK1,CIC,JAK1,LYPLA2,BRD2,SPHK2,GNL2,NUDT16L1,DUSP8,NCOR2,SLC7A5,MED25,INF2,KIFC2,PXDN,PICK1,ARF6,LRRC14,GRAMD1A,WDR26,TMEM160,GGA1,SCAF8,CLPTM1,ANKRD54,CKB,RABAC1,MBD3,RIC3,FARP1,SF3A2,BRF1,CSNK1A1,WDR18,SAMD4B,WDR13,SCAF1,CCDC9,TAOK2,PKN1,AGRN,TUSC2,ATN1,STK11,FBRSL1,LZTS2,SYBU,SH3GLB1,PIAS4,SH3GLB2,RNF44,MAP2K2,PCYT2,PPP1R16A,CNPY2,POLRMT,FOXP4,CDC25B,ATXN2L,ACAP3,ACAP2,DMWD,FKBP8,FSCN1,CSNK1G2,ANAPC2,FKBP2,SHC2,BRSK2,INO80E,CCDC24,MAZ,ABHD8,HSPBP1,RAP1B,KLC4,SBNO2,KLC2,DDRGK1,BTBD2,DVL1,SAFB2,MAP2K7,SAC3D1,OSBPL8,ZBTB17,DR1,TNK2,TMEM132A,MARCH7,CHERP,LRFN4,ARPC2,SP3,CNOT3,SPIRE2,MAP3K10,PIN1,PLXNB1,LRCH4,BCL2L1,SLC25A1,ZNF512B,RNPEPL1,ZC3H3,PTPN23,DUSP11,MDK,SNRNP70,PPP6R1,PPP6R2,EVI5L,PELP1,PDCD6IP,REXO1,VPS37D,EDF1,RANGAP1,DDOST,ARFGAP1,QTRT1,GIGYF1,PTP4A3,CTDSP2,POLR1B,ETF1,PPP1R12C,AHDC1,BCAT2,TRABD,MGRN1,LENG8,LRP3,ZBTB45,MLLT1,CXXC4,MLLT6,FEM1C,DCAF11,SLC25A22,SEC11C,SH2B1,MARCKSL1,SMOX,FBXL19,NCKAP5L,KLF6,PFKL,STUB1,HDAC10,HDAC11,PPP2R2A,ZDHHC8,ACTB,NUBP2,RPS15,TRIM28,BSG,ARL6IP4,CCNL2,TBC1D10B,SRRM2,AQR,SCAF11,PTOV1,CSNK1D,MAPK8IP3,MFSD10,RRAGC,CDC37,HECA,ULK1,FLYWCH1,CTXN1,OBSL1,TELO2,NUMBL,L3MBTL2,DHX8,PIK3R2,IGSF9,PTDSS2,SYMPK,SCAP,TNRC18,PATZ1,DECR2,RAB11FIP3,B4GALNT4,BBS1,SURF1,INTS1,IQSEC1,STAG1,SNW1,WNK2,ECHDC2,CC2D1A,ITM2C,GDI1,GPAA1,MRPS12,AP2A1,NAT14,PTPRF,PTMS,ACTR1B,SPTLC1,GIT1,MRPS26,PCYT1A,GAA,ANO8,NME3,PRPF40A,TUBG2,MRPS7,LIME1,CTTNBP2NL,MLF2,RHOB,GAK,PITPNM1,PACS2,FAM193B,ATP6V0C,CSTB,TOMM40,DOT1L,GNAI3,CCDC106,RFNG,BEGAIN,CST3,ARVCF,MNT,EXOSC4,SERTAD2,HSF1,SCAND1,NPDC1,RANBP3,TMUB1,MIB2,PEX14,RAB11B,ATAT1,NUDT9,SPCS3,SGSM3,SGSM2,TCEA2,MEGF8,GRINA,SCARB1,MIDN,CRTC1,ROGDI,ARHGDIG,OGDHL,ARHGAP39,ARHGDIA,KHSRP,TBC1D30,HCFC1R1,PALM,FAM3A,SBF1,PPFIA3,SH3GL1,LMTK3,TSC2,DPM2,FAM173A,HGS,TBC1D24,FIZ1,RPS19BP1,LTBP4,DTX3,NDRG1,PLD3,CACNA1H,RAI1,SHARPIN,TBC1D13,ZC3H18,H1FX,CAMTA2,VARS2,TBC1D17,MARK4,BCL9L,MPST,PRNP,ACBD4,CPSF1,HMGA1,ASPSCR1,KLHL22,NUP153,UBE2A,SYT7,IFT20,ARHGAP33,HOOK2,PQLC1,HOOK1,GNB2,IFT27,TAB1,CLASRP,ACBD3,MXD4,RERE,GSK3A,PRKCSH,CHD6,TMEM191C,TMEM222,MAN2C1,GET4,UTP15,PDPK1,H2AFX,ARID1A,POMGNT1,EPN1,DNM2,IRF3,PEX6,PPDPF,AKT1S1,ATG4B,TMEM9,SHANK2,OTUB1,ANKS3,RBM4B,WIZ,STRN4,CYTH2,DNPEP,MTA1,RAB40C,PABPN1,TAF1C,TGS1,TMEM205,MKNK2,BNIP2,SMNDC1,FBRS,PDLIM7,KDM4B,B3GAT3,ATP13A1,GALNT1,SGTA,CYHR1,USF2,PNKD,NEURL4,RPS6KB2,CDK2AP2,RBM42,TAF2,SSBP4"
+"gene_set_query"	"84"	"POU6F1"	"172.7"	"ARCHS4 Coexpression,176;Enrichr Queries,322;GTEx Coexpression,20"	"MYT1L,STMN3,ADARB1,ENO2,BACH2,SCAMP5,RNF112,SAMD14,ZMIZ1,IGLON5,DPYSL2,MYC,DPYSL3,MEF2C,RBFOX1,UNC13A,UNC5A,RBFOX3,GPR162,PRKAR1B,FEZ1,RUFY2,DDIT4,TYRO3,AGAP2,NEDD4L,PDGFA,AGAP3,PRKCZ,ABR,FAM171A2,RNF215,ST3GAL1,RHBDL1,PRRT1,ABCA2,CADM3,JUN,PRRT2,JUND,CADM2,PLK2,NR1D1,L1CAM,PBX1,GABRB2,PIGU,KCNC1,JPH4,RNF157,TRIM9,JPH3,TRIM3,TIMP2,DLGAP1,GPRASP1,DLGAP3,GARNL3,APC2,RPS6KL1,ACTL6B,ELMOD1,DUSP8,DUSP6,NCOR2,ZEB2,MRAS,KIFC2,PXDN,CHST1,VAMP2,RNF165,GAS7,NFIX,ADAM22,SEZ6,ADCY1,SLC17A7,CKB,NCDN,MEF2D,DAB2IP,TTC9B,NMNAT2,NFIA,NFIB,PKN1,AGRN,YPEL4,YPEL3,ANKRD13B,RAB3A,CLSTN3,CTNND2,CLSTN1,CLU,SLC8A2,RPH3A,RIMS1,RIMS4,ATCAY,SALL2,FADS1,TLE2,FRMD4A,DGKZ,SRCIN1,FOXP1,CLIP3,DISP2,ACAP3,TOM1L2,OLFM1,CACNB3,CACNB4,FSCN1,RTN4R,GRIA2,BRSK1,SEMA7A,BRSK2,PFKFB3,ITPR1,KLC1,FBXO44,FBXO41,RAP1GAP,GOLGA7B,SOCS2,NEUROD2,IGSF21,KLC2,PLXNA2,SRGAP3,RAB6B,LRRC4B,TNK2,CORO2B,NBEA,NSG2,REEP2,AAK1,MAP3K10,MAP3K12,SNAP25,CALCOCO1,CELF2,CELF3,CELF4,CELF5,ARRB1,NRGN,DUSP12,SCRN1,PMEPA1,EID2B,DST,ARL4C,PTP4A3,DNAJC6,SNPH,CTDSP2,C1D,NLGN2,MLLT6,DNAJB2,CACNG7,ABLIM1,MGAT5B,TRIM46,FSD1,SLC25A23,ATP9A,BEND6,SLC12A5,FBXL16,KLF6,NFASC,SYT11,PTPN5,DIXDC1,RUSC2,KIF21B,BSN,SOX4,CALN1,SRRM3,SRRM4,ST6GAL1,ATP6V1G2,SLC6A17,MTUS1,CIRBP,ACSL6,ANK2,ANK3,CPT1C,MAPK8IP2,MAPK8IP3,ANK1,MAPK8IP1,STX1B,KCNQ2,HECA,KCTD12,TRIB2,GPM6A,IGSF8,SLC45A1,PDE1B,STXBP1,SDC3,CEND1,PIK3R1,KALRN,TTBK1,SYNGR1,PGBD5,GSE1,KCNN1,B4GALNT1,HIVEP2,SCN3B,RAB11FIP4,GPM6B,B4GALNT4,ATP6V0A1,MAGEE1,IQSEC2,IQSEC1,BCL11A,PDE2A,MYO5A,SNAP91,DCLK1,ID2,CALM3,CALM1,ITM2C,NRP1,TMEM151B,PTPRS,GDI1,DOC2A,CITED2,FAM57B,DIRAS1,DIRAS2,AATK,GRIK2,VLDLR,PTPRF,AKAP12,NUDCD3,PCLO,CAMKV,SLC22A17,NCS1,IDS,KIF1B,KIF1A,PSD,GRIPAP1,TSC22D1,TSC22D3,SYP,AP3B2,SYN1,MLF2,RHOB,CNKSR2,ARHGEF9,MPPED1,PACS2,PITPNM2,ARHGEF4,MAPRE3,MAPT,SGK1,NAPB,SATB1,AMIGO1,ICA1L,PRICKLE1,CAMKK1,BEGAIN,CAMKK2,CAMK2N1,MGAT3,APBB1,CTNNA2,ATP6V0E2,PURG,ARNT2,GABBR2,GABBR1,LHFPL4,PLEKHA6,PNMA2,GRIN1,VEGFA,CCNG2,STAC2,TCEA2,APBA1,APBA2,CDK5R2,CDK5R1,CRTC1,ARHGDIG,CYP46A1,ARHGAP44,KIF5C,KIF5A,PALM,SH3GL2,PPFIA3,RGS7,TMOD2,APLP1,ADAM11,TTC7B,LMTK3,ATP1B2,RUNDC3A,TMEM130,TANC2,PREPL,AMPH,ABCG4,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,ARHGEF25,NTM,TMEM59L,HPCA,CACNA1B,LTBP4,LPL,CACNA1A,DTX3,CABP1,CPLX2,RASGRP2,NDRG2,CPLX1,NDRG1,ENHO,PDZD4,DPP6,CASKIN1,CAMTA1,CAMTA2,KIF3C,PDZD7,RAP1GAP2,PRNP,SYT3,PTCH1,KLHL22,KLHL24,GNAO1,RALYL,NR4A3,HOOK2,DLG4,HOOK1,CNTN1,GNB5,MXD4,DOCK3,THRA,CNRIP1,PRKCSH,MAST1,CHD6,ARHGEF10L,CHD3,AFF3,PKD1,ELAVL3,TTC28,MCF2L,GDAP1L1,PDE4A,SULT4A1,GALNT9,KDM6B,SVOP,KLF13,PDPK1,PDE4D,PPP2R5B,NAV1,NAV2,SEPT5,DNM1,SEPT3,DNM3,SETBP1,CDH10,NAT8L,SHANK1,CAMK2B,NRXN1,NRXN2,CRMP1,ATP1A3,ADD2,MAPK9,GNG3,FAM168A,SV2A,SPOCK2,GNG7,NCAM1,SNCB,OPCML,CLASP2,B3GAT1,ATP2B4,NAP1L2,ATP2B2,MEIS2,MAPK11,TEF,PIK3IP1,PPP2R2C,PPP2R2B,FAM131B,FAM131A,RGS11"
+"gene_set_query"	"85"	"ADNP"	"175.0"	"ARCHS4 Coexpression,460;Enrichr Queries,5;ReMap ChIP-seq,217;GTEx Coexpression,18"	"MDC1,NUP107,TFRC,ARAF,EHMT1,TSEN54,FAM110A,SCAMP4,NDST1,PSMD9,LSM12,SCP2,AKT2,DPYSL2,CXADR,CSNK2A2,RFX1,DICER1,EWSR1,PRKAR1A,RFX7,ZC3H11A,DDIT4,JTB,ASPHD2,PLBD2,SET,SAR1A,NPRL3,PDGFA,BAZ2A,ABCB8,MRPL14,OAZ1,GIGYF2,ADAMTS10,MRPL11,HMGXB4,LARP1,RNF216,PRKAR2B,RNF215,PIP5K1A,PIP5K1C,CREBBP,CADM4,JUP,EDEM2,SNUPN,PBX1,SETX,MLLT10,PSMG3,AVL9,MRPL37,CTCF,ECSIT,MED16,MRPL34,SHD,BBC3,DDA1,NIPBL,ATIC,MED13,DUSP1,SPHK2,TEX10,ACTL6A,SIRT4,SIRT6,SLC39A13,ELOVL6,MRPL48,BAZ1B,TOMM40L,LRRC41,MED23,PSMA3,TMEM33,PXDN,PTRH1,PAFAH1B2,ARF5,SLC29A2,ARF6,TRUB2,ELOF1,MRPL54,FAM117B,SNX27,PSMB3,ANO10,RICTOR,SAMD1,ZSWIM4,SRSF10,SRSF11,MBD1,YLPM1,SAMD4B,GATAD2B,CCDC9,ETNK1,SRRD,SERBP1,UBAP2,PKN1,YPEL3,CSE1L,MPV17L2,ATCAY,SESN1,NUDT19,KPNA2,MTPAP,SH3GLB2,SLC38A1,ANAPC7,PRPF4B,FBXO11,PIAS2,FOXP1,MSH6,TPST2,ACLY,TXLNA,SRSF3,MAPKAPK5,SNRNP200,SRSF6,SRSF7,ARL8A,KPNB1,SLC27A4,KHDRBS1,GMPS,GPR85,FOXO6,SPATA2,LIN7C,RAP1GAP,CORO1C,SBNO1,G3BP1,SLC38A2,DR1,TIA1,FUS,HPS4,ARPC4,CORO2A,EEF2,SON,SP3,MDM4,OGT,HSP90AB1,NUMA1,PTEN,ETFB,NENF,CAPZB,PPP6R2,PPP6R3,PGLS,HSP90AA1,DST,ATRX,VPS37C,VPS37D,TFIP11,VPS37B,GIGYF1,SNPH,BIRC6,TOP1,BDP1,SEC22B,GAPDH,AHDC1,ST6GALNAC6,GTF3C2,GTF3C3,NDUFB8,GTF3C4,SRC,PRCC,SRSF1,PPM1D,ZNRF1,NCLN,FCHO1,U2AF2,KRIT1,BEND3,HNRNPA1,EIF4E,SLC25A25,SH2B1,HNRNPA3,CIZ1,MARCKSL1,TRIM41,NDUFA6,FEM1A,NICN1,IMMT,EFR3B,SYT11,TRIM33,EIF4A2,TMEM41B,KDELR1,PPAN,JMJD1C,THUMPD1,IFI30,ACTB,NUDT3,CCAR1,CDC23,TRIM28,HERC1,TRIM27,ATP6V1E1,ATXN7L3,SLC12A9,TMPO,SMARCC1,SMARCC2,CIRBP,MMD2,ANK2,CSNK1E,STX1B,CDC37,TRIM13,FAM76A,TMEM63B,DHX9,CTR9,SDC3,MYCBP2,SUPT4H1,PIK3R2,PIK3R1,ZBTB5,MBTD1,APOO,COMMD9,DHX33,DHX34,MIER1,PCBP2,HLTF,DHX37,SYMPK,BBS1,XRCC6,INTS2,SURF4,SMARCA5,XRCC1,BRI3BP,SMARCA2,PAICS,MED13L,SMARCA4,WNK1,ECHDC2,CALM3,DDR1,MRPS15,PTPRS,DIRAS1,MRPS12,SLC7A11,AATF,SYNCRIP,RSRC1,DHX15,SDF4,PBRM1,NCOA5,NCOA6,ZFR,ANO8,PRPF40A,MRPS7,RAP2C,ENAH,MN1,RAP2B,SLTM,CTTN,CSDE1,CANX,FAM32A,PABPC1,CD47,NAPA,AHCY,INPP1,HEATR1,DOT1L,GNAI2,CAMK2N1,EXOSC9,MGAT1,GABBR2,DYNC1H1,NPM1,HUWE1,MYO9B,UBE2G1,MIAT,MYO9A,YIF1B,VEGFA,TMUB2,SGSM1,PER1,NUDT8,KLHL5,CSDC2,HNRNPA2B1,HDGF,TARDBP,SCARB1,MIDN,OGDHL,UBE2Z,COX6A1,SRP14,IGF1R,ACTG1,AMMECR1L,GNPTAB,KHSRP,KIF5A,PALM,EP300,SNIP1,ARID2,LMTK3,UBE4A,GRIP2,EEF1A1,HNRNPUL1,TBC1D24,WDFY3,PPIG,RAF1,PPIA,DDX6,DDX5,PSMD12,NXPH3,TOR1AIP2,PDS5B,PDS5A,RASGRP2,RTN4,RAI1,VARS2,QSER1,TBC1D16,UBE2F,PRNP,SYT3,UBE2I,NUP155,CCDC136,ECD,HMGA1,NUP153,ANKHD1,RCL1,UBE2W,PAN3,APPBP2,HOOK2,NASP,GNAS,STT3B,TCF3,LSM14A,RERE,YWHAE,GSK3B,RBM25,RBM26,DDX3X,LDB1,MAST3,CHD8,DDX42,CHD6,ATP2A2,CHD4,CHD3,HMGB1,CHD2,AFF4,LMNB2,LMNB1,LASP1,EEF2K,YWHAQ,NUP62,DACT3,YWHAG,SUN2,TBP,PDPK1,RBM18,CAD,DDX54,YWHAZ,EEF1G,SFPQ,NDUFS8,TMEM214,NDUFS7,RER1,NUP50,DCTN2,DDX21,RSPH9,ADD1,ADD2,CYTH3,POLD3,CAND1,DNPEP,TAF1B,MAT2A,GNG7,TMEM205,TRA2B,TRA2A,ARFGEF1,ATF7IP,RBM39,EYA3,ACVR2A,IRGQ,CLCN6,GLB1,FAM131C,ERCC1,CARM1,ERCC2,ACIN1,QRICH1,VIM,NAA15,SUGT1,R3HDM1,TAF2,TAF1,R3HDM2,NCKAP1,ANKLE2,TRIO,TRRAP,WIPF3,HNRNPU,HNRNPR,SMC6,SMC3,EPRS,RPL6,DCAF6,RNF114,ZMIZ1,MYC,HOMER3,NFRKB,IER2,NUP214,DDX17,UNC13A,IAH1,TSPYL1,RPL23,WDR75,CD3EAP,SOX11,GTPBP2,DAAM1,IFT81,CLPP,NUP205,HIF1A,MTDH,PPP4C,BLOC1S1,CHST12,RAD21,BTF3,PRELID1,WDR59,JUND,DMPK,SETD1A,RDX,IRF2BP1,PRRC2C,IRF2BP2,MAD2L1BP,MTHFR,TMEM198,HNRNPM,SLC6A6,HNRNPK,HNRNPF,TOLLIP,HNRNPD,GTF2IRD1,HNRNPC,CDK13,CPEB4,GABRB3,SETD5,PHF2,SETD2,CLTC,CLTB,TCF20,KRI1,PFAS,JARID2,RRP15,BRD2,SHPRH,BRD1,ASH1L,WDR35,WDR33,NCOR2,NCOR1,TUBB2A,SF3B2,SF3B3,RPL11,FAM129B,SCAF8,BCLAF1,NSD1,LMAN2,USP1,RPL18,SF3B1,RUNX1T1,SF3A1,YTHDF2,CSNK1A1,PCGF2,NR1H2,GTF2H1,TRMT1,SYNJ2BP,SCAF4,WDR11,NFIA,NFIB,NUCB1,FAM49A,FAM49B,TOR2A,RAB3A,CHPF,RAB3D,FMR1,CLU,EDC3,PPP1CB,SLC39A9,CFL1,PAPOLA,SMARCAD1,GTF2I,SEMA6B,USP7,SUPT16H,TLE2,MAP2K2,DYRK1A,THOC2,LARP4B,ILF2,CLIP2,MORF4L1,ILF3,RALGAPB,NCL,PHIP,SNRPC,CSNK1G2,CSNK1G1,ANKRD17,RAB5C,ANKRD11,CUL3,AK1,UBR4,ABHD8,ITPR1,SCRT2,BAG4,TPR,UBR5,NACC1,PSAP,ANKRD10,SKIL,EIF2B2,TOR1A,ANKRD24,TRAPPC8,LSM5,MARCH6,LSM4,MARCH2,CNOT6,GON4L,CNOT7,CNOT1,ZFP62,LRFN1,TADA3,PDCL,NF1,TPP2,MAP3K10,PLEKHM2,CCDC22,EIF4G2,SERINC5,DIDO1,ZC3H4,SYNE2,PIK3C2B,RPL7A,PPP6C,PTBP1,METTL14,SART3,SIN3A,AP1G1,TLK1,TNPO1,GPX1,DIS3,AMT,PTBP2,PTP4A2,PTP4A3,DNAJC6,POLR1B,CTDSP2,DNAJC8,NFAT5,HDAC2,LEPROT,RNF38,TULP4,DCAF15,RBBP4,POLR2A,RBBP6,ASCC2,SPAG9,IDH3G,TXNRD1,FBXL19,PTPN11,RPRD2,CDC42BPB,CDC42BPA,TRIT1,RAD52,MARCKS,MFAP2,POLR3E,PPIL3,POLR3K,PANK4,APP,TCERG1,ZMYND8,TIAL1,GOLGA2,RPS14,PNN,DPF1,UBAP2L,TBC1D10A,SOX4,SRRM2,AQR,BROX,SRRM1,NIF3L1,CARHSP1,MACF1,STXBP1,DCUN1D4,DCUN1D1,INPP5B,NUAK1,SGPL1,SPAST,PDCD11,CSTF1,GSE1,TNRC18,SETDB1,BCL11A,PUM1,PUM2,ZZZ3,STAG2,FUBP1,ANP32E,CC2D1A,ITM2B,ITM2C,HBS1L,TOP2B,AHCTF1,UBXN1,HIP1,SLC44A2,FAF2,SPPL3,XPO1,ZMYM2,PCF11,ZMYM4,GUK1,XPO5,UBXN7,TMED1,RAB8A,RSPRY1,PRMT5,PARP1,STRBP,RHOF,MTSS1,RHOA,HNRNPH1,WAC,ALDOA,ATP6V0C,FYTTD1,PTGER1,NOL8,GDPD5,CUX1,SUZ12,RANBP2,RYK,AP3D1,RANBP9,RAB11B,CAPZA1,CTNNB1,TRIP12,CAMK1,KDM1A,NUCKS1,POGZ,KDM2A,MATK,ATP1B3,KCTD2,ATP1B1,TUFM,TBL1XR1,SPNS1,FIZ1,MATR3,ABCG4,ISCU,XPR1,ZCCHC8,PXN,PRPF8,SEL1L3,DPP3,SCUBE1,DPP9,EP400,SUDS3,MARK3,MYH10,BPTF,MPST,ACBD6,HSPA8,CBX6,CPSF6,CBX5,HSPA5,RHBDD2,CBX3,NONO,IFT122,DNAJC16,EFNA2,CAPRIN1,DLG5,CLASRP,BRWD1,COPE,GPSM1,KDM5B,ACADVL,USP34,ELAVL1,SENP5,PPP2R5E,GMPPA,PDE4A,CASP2,KDM6B,MAPK1IP1L,KLF11,JAGN1,USP42,ARID1A,SENP2,ARID1B,DNM1,TGFBR1,LATS1,IGDCC4,THRAP3,RASA1,DCX,LUC7L3,ATP1A1,STRN3,GNA11,NT5DC3,MAPK1,SPEN,KDM4B,USP20,WTAP,USP22,LIMK1,NAP1L1,DEK,SLC4A8,ATP13A2,SSBP4"
+"gene_set_query"	"86"	"THAP1"	"175.0"	"ARCHS4 Coexpression,94;ENCODE ChIP-seq,23;Enrichr Queries,147;ReMap ChIP-seq,63;GTEx Coexpression,548"	"ITSN2,POP7,POP4,IFT172,ALKBH8,NDST1,TBK1,CAPNS1,ALKBH1,GPBP1,AKT1,PRKACA,SAP30BP,TSTD2,FRS2,PRKAB1,BCR,LARS2,DDIT3,ZC3H11A,DDIT4,FEZ2,TMEM126A,SF1,ATF4,SLBP,TSTA3,EXD2,SET,SAR1B,NPRL3,PDGFA,PRPSAP1,RHOT2,RDH14,PIP5K1C,HEXIM1,JUN,PRPF38B,BTBD10,TBL3,FASN,PRKAG1,MED16,OSBPL11,MED15,BBC3,DDA1,APC2,SPHK2,SLC39A13,EPS15L1,MED26,DUSP6,TOMM40L,SLC7A4,MED23,MED22,MED20,PXDN,SDHAF1,PTRH1,ERGIC2,ERGIC1,TRUB2,LIN37,NIP7,NOC4L,NRAS,MFN1,MFN2,SAMD1,ZSWIM4,BID,MBD3,EGLN2,MBD1,TRAPPC10,DAB2IP,TARBP2,SKI,ABCB10,CCDC9,SNX17,SNX15,TAOK2,YPEL1,TSR1,PKN1,CIAPIN1,AGRN,MTCH1,MTCH2,TMEM167B,PDCD5,LTN1,ATN1,MPV17L2,PLOD3,FADS3,POFUT2,FNTB,NUDT16,PIAS4,FBXW5,PCYT2,DGAT1,FBXW7,FBXW9,ATP11A,CNPY3,POLRMT,FBXW2,PIAS2,SRSF2,SRSF3,SRSF7,SLC27A4,ARL8B,KHDRBS1,TXNDC9,IREB2,FBXO45,NRF1,FBXO44,CORO1B,CORO1C,RAP1B,NDOR1,ZKSCAN2,BRIX1,NAE1,SAC3D1,NOP16,BOD1,HPS1,ARPC4,ARPC5,UCKL1,IBTK,ARPC2,SP3,CLPTM1L,LRCH4,NOP10,ITGB1,SNAP25,AKAP8L,PTEN,BICD2,AP4M1,PPP6R1,PPP6R3,PGLS,SNAP29,BCAS2,BOK,DHPS,ACTR8,ARFGAP3,ARL4C,TMBIM4,C1D,ETF1,BECN1,SNAP47,CANT1,SRF,SRSF1,LENG8,MLLT1,SRL,FOXRED1,MTHFSD,U2AF2,UBQLN1,FEM1C,E2F4,EIF4E,GADD45GIP1,CIZ1,TRIM41,SSB,CNBP,TXNL1,CDC5L,DBNDD1,NECAP2,EIF3M,NECAP1,OCIAD1,TRIM35,STUB1,PDCD2,ATXN10,TRIM32,EIF3D,RCBTB1,CRKL,TRIM28,CDC26,BSG,EIF2D,ATXN7L3,TBC1D22B,TRIM23,SMARCC1,ATP6V1G1,ALG9,ACTN1,ECH1,CIRBP,TALDO1,CSNK1D,ALG1,MFSD11,CDC34,SNHG12,CDC37,SUB1,CSNK2B,FAM76B,EIF1B,TRIM11,KCTD15,AARS2,TBC1D9B,DHX8,CEND1,ACTR3B,CDKN2AIP,TTBK2,KCNN1,ATP6V1C1,BBS1,XBP1,SMARCA5,SMARCA4,AIMP2,ZBTB6,NDUFAF2,NDUFAF3,CALR,FBXL6,SUGP1,MRPS17,DHRS13,MRPS15,PAK1IP1,MRPS12,MRPS10,THTPA,SYNCRIP,NUDCD3,RAC3,SDF4,GIT1,MRPS26,MRPS22,GAA,MRPS23,CACYBP,TFB2M,SYN1,SREBF2,APRT,GAK,RAP2B,PITPNM1,SLTM,UFC1,FAM32A,FAM193B,EEF1E1,NAPA,SSNA1,GBA,GNAI3,NFIL3,OS9,MAP3K3,MON2,SPRYD3,VEGFB,MYO9A,GRIN1,VEGFA,PDCL3,BOP1,SEC23IP,KLHL8,HNRNPA2B1,TTC3,SGSM2,TCEA2,GRINA,SRP19,CRTC2,NARF,SYS1,UBE3C,NUP188,PRDM4,RPP30,UBE3A,CELSR2,CELSR3,ACTG1,NARS,PCID2,DNAJB12,SDHD,POU3F1,DHDDS,COX6B1,EEF1A1,EEF1A2,EHBP1L1,DNAJB11,TBC1D24,PLAA,RAF1,PPIA,PPID,COX19,GNAZ,DDX5,NDUFB10,HTRA2,CACNA1H,PLD3,RAI1,RNASEH1,SHARPIN,TBC1D13,TBC1D14,LLPH,TBC1D17,UBE2I,NUP155,UBE2B,NUP153,MANBAL,IFT20,AHI1,HOOK2,HOOK1,UBE2S,GNB2,GNB1,UBE2N,UBA1,TCF3,MXD4,UBE2M,CUEDC2,ZMYND19,HP1BP3,DPY30,TNFAIP1,RND3,USE1,TMEM222,GET4,TBP,NUP133,TTC33,PDPK1,CAD,SYNGR3,EPN1,ELF2,RER1,EEF1D,MAN1B1,ACOX3,SFSWAP,SLC3A2,CYTH2,TMEM201,MTA1,TMEM203,GNG7,TGS1,MKNK2,DROSHA,PTK2B,TTC13,USF2,USF1,GALE,ERCC1,ERCC8,IPO13,VPS29,ANKLE2,IPO11,RRP1,HNRNPU,PHAX,EPRS,PHB2,RRP9,ZMIZ2,AP1S1,HOMER3,NUP214,DDX17,REV1,WDR75,SCRIB,GTPBP4,HCFC1,ZSCAN21,NUP98,VPS28,ANAPC13,WDR61,ANAPC11,MTDH,WDR70,VPS11,MCMBP,LHPP,VPS16,ICMT,DMPK,SETD1A,IRF2BP1,IRF2BP2,MEX3D,MCAT,PHC3,HNRNPL,GNPTG,HNRNPK,HNRNPF,TOLLIP,MMS19,FARSA,ATG2B,GMEB2,BTG1,CDKN1B,ARPC1A,WDR41,GPT,ASH2L,KRI1,WDR46,PHF6,SMG5,AIFM1,PLEKHN1,CIC,JARID2,RRP15,WDR36,SHPRH,WDR37,NUTF2,WDR34,WDR33,NCOR2,KIFC2,MTF2,TCP1,EXOC3,GART,GAS8,EXOC2,CDC123,RNMT,WDR24,ARFRP1,SCAF8,RPS15A,PPP1R8,RRP36,PAIP2,DEDD,PAIP1,PCGF6,YTHDF1,YTHDF3,CSNK1A1,WDR18,GATC,ELP3,DEF8,WDR13,SCAF1,SCAF4,PHF5A,NFIB,NUCB1,NUCB2,ANKRD13C,ANKRD13B,FAM49B,RAB3A,GTF2B,AUP1,IPO7,TM7SF2,PPP1CB,NRBP2,LAMP1,SLC39A9,ZNF326,HMGN2,SNRNP35,PLEKHJ1,SLC39A3,GTF2I,TLE3,TLE2,THOC1,TRAFD1,PGD,ILF2,THOC6,PYGO2,MORF4L1,ILF3,RAB31,DMWD,RAB34,PGP,SNRPG,AAGAB,SNRPE,SNRPF,SNRPC,CSNK1G2,RTN4R,FKBP2,CBFB,FAM114A2,CCDC24,INSIG1,CCDC25,GLT8D1,SLC38A10,HSPBP1,DVL1,TPR,DVL2,MAP2K7,MAP2K5,AP1M1,MCL1,TRAPPC2,OSBPL8,UVRAG,EIF2B4,RAB4B,SEC16A,OSBPL2,TRAPPC8,SCRT1,COPS3,COPS5,SLC7A6OS,LRFN4,SYNJ1,PLXNB2,CNIH2,COPS8,RSL24D1,DIDO1,MCM7,ZC3H3,WDR3,WDR4,AP1G1,SNRNP70,UBTF,WDR7,EVI5L,TNPO1,EIF2B1,GAL3ST3,TNPO2,TNPO3,ADSL,PLEKHG2,RFC2,RPL13A,EDF1,DAD1,DNAJC5,CTDSP2,POLR1B,POLR1D,CCDC43,DNAJC9,DNAJC8,CRK,MTPN,HDAC2,HDAC3,RAB1B,VPS4B,DNAJB1,DNAJB6,POLR2B,RAB23,VPS52,POLR2D,POLR2E,DNAJB9,POLR2I,POLR2L,SLC35A4,PPIL1,PPIL2,CCDC59,FBXL16,DNAJA1,POLR3B,PSAT1,DNAJA3,GLOD4,DOLPP1,POLR3D,MFAP2,DNAJA2,DRG1,CEBPZ,PPIL4,TPT1,PANK4,SLC35B2,SLC35B4,VARS,HDAC11,CISD2,PDCD2L,RPS15,RPS17,RPS19,KAT5,RPS18,PPP2R1A,FTH1,LONP1,ARFIP2,DENR,RPS11,RPS13,TBC1D10B,RPS12,SRRM2,SRRM3,ARRDC1,ARRDC3,IFRD1,METTL3,COG2,AP1B1,COG1,MAPK8IP3,SRRM1,TIAM2,MTHFD2L,SIK3,SIK1,ATP6V0D1,RTEL1,DCUN1D5,RPAP3,ZNHIT1,CHTF8,CSTF1,TRPM7,TNRC18,RALGDS,VASP,SYNRG,PYCR2,RPS26,ZZZ3,ADCK5,RPS20,RNPS1,RBAK,RPS21,C2CD2L,TECPR1,UBXN1,CITED2,ZCCHC17,SIPA1L3,SPPL3,COIL,XPO5,SEC61B,GABPA,PSD,TOP3B,GP1BB,STRADB,TOPORS,HNRNPH1,MPND,CSTB,PTGER1,NOL7,NOL9,RFNG,PPP2CA,HIRA,APBB3,METTL9,MTX1,NFYA,PTGES2,NFYB,MTX2,PTGES3,RAB11B,KBTBD4,SPCS2,SPCS1,XPOT,CAPZA2,MEGF8,MPHOSPH6,NDUFA13,SPPL2B,ARHGDIG,CWC25,CWC27,COMT,CCDC28B,TATDN1,ARHGDIA,FPGS,HCFC1R1,RALBP1,TRAPPC2L,TUFM,PRPF6,HGS,MATR3,ISYNA1,RPS19BP1,EFNA4,EFNB2,EMG1,ZMAT2,BPTF,KLHDC10,CPSF4,CBX6,CPSF1,CBX2,CPSF2,COQ9,EIF2S2,EIF2S1,COQ7,EFNA3,COQ2,EFNA2,CHMP2B,CHMP2A,PI4KA,BRWD1,COPE,GPSM1,KDM5B,KDM5C,ASNSD1,SPRED2,SEPT7,SNAPC2,PPP2R5E,MFSD1,MAPK1IP1L,H2AFZ,H2AFX,SEPT5,DCK,DNM1,DNM2,DDAH2,AKT1S1,DNLZ,HAGH,TMEM9,STOML1,ATP1A1,THBS3,TBRG4,MAPK9,RPS6KC1,PPP2R3C,FAM120B,GNA12,MAPK1,MAPK6,CYHR1,RPS6KB1,CAPN10,RPS6KB2,CDK2AP2,EHMT1,GHITM,RBPJ,TSEN54,LSM10,PSMD8,SCAMP4,LSM12,PSMD6,MPRIP,PSMD5,PSMD3,SAMD10,STARD3,DNTTIP1,RFX1,SCAMP1,EML4,PRKAR1A,PSME3,RUFY2,TBPL1,RBCK1,TTYH3,FLII,MTMR9,ABCB8,AGAP3,MRPL12,MTMR4,OAZ1,MRPL13,MRPL20,PRKAR2B,GRPEL2,PUSL1,HMGXB3,RHBDL1,EDEM3,ABCA2,PRRT2,ABCA3,BBIP1,MRPL24,MRPL21,EIF1,MRPL22,CS,MLLT11,EIF5,PSMG3,EZH1,EZH2,ARF3,ARF4,PIGU,ARF1,LRSAM1,PIGQ,HEXA,PIGP,MRPL39,MRPL36,CTCF,MRPL37,MRPL34,PIGX,TRMT112,FASTK,RPLP2,LRRC47,UPF2,DFFB,UPF1,LRRC45,ACTL6B,ELOVL5,NSUN2,SIRT6,MRPL47,SIRT7,NIPA2,MRPL46,SRP9,SIRT2,MRPL44,PSMA5,PSMA6,MRPL50,PSMA3,PSMA4,PSMA1,TMEM33,PSMA2,CDC42EP4,CDC42EP3,CDC42EP2,SLC29A1,VAMP4,VAMP2,LRRC14,SRRT,RPS27L,PSMA7,MRPL55,GGA1,RECQL5,PSMB5,PSMB1,TMEM68,NCDN,SRSF10,YKT6,LRRC24,LETM1,SPSB3,TMEM59,PSMC3,PSMC4,PSMC1,SRRD,SERBP1,UBAP2,GOPC,CCNT2,UBE2D2,UBE2D3,UBE2D1,ZBTB22,YY1,STK11,SMCHD1,OSBP,KPNA6,KPNA4,PIM3,KPNA2,KPNA3,SLC25A44,AP2M1,KPNA1,SH3GLB2,VPS33A,PPP1R16A,ZBTB34,ZBTB33,FOXP1,RBX1,ACAP3,ACAP2,SLC9A8,SQSTM1,ANAPC1,ANAPC2,RNASEH2C,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,ARL2,GLIS2,SLC9A1,SOCS2,SBNO2,SLC38A7,SLC38A6,E4F1,SLC38A2,ZBTB17,DR1,BRPF1,ZBTB11,EEF2,ZC3HC1,GNL3L,TMEM11,MDM2,PIN1,NFE2L1,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,COX4I1,CELF5,MRPL4,SUMO1,MDK,SUMO3,SUMO2,DGCR8,DGCR2,HSP90AA1,VBP1,SH2D3C,NDUFC2,RAD23A,QTRT1,GIGYF1,PIK3C3,BDP1,PPP1R12B,PPP1R12C,SLC25A4,PPP1R15A,GTF3C1,PPP1R15B,NDUFB9,GTF3C3,NDUFB8,GTF3C4,GTF3C6,NDUFB5,PRCC,NDUFB2,FOXK2,KATNB1,ZBTB45,PPM1D,GANAB,NCLN,PARD6A,LRRC8B,SLC25A22,SH2B2,SLC25A25,BEND6,PTPN1,PPP1R14B,NDUFA6,MBOAT7,RPL23A,BAIAP2,MCOLN1,TPD52L2,P4HB,MDGA1,LPGAT1,AHCYL1,KDELR1,CCNH,ZDHHC7,ZDHHC8,TXNDC15,ZDHHC3,ZDHHC4,NUBP2,UBE2L3,TXNDC17,CHORDC1,CCNL2,SLC12A9,TMPO,PAQR4,SCAF11,IMP3,NSMCE2,GNPAT,THAP3,THAP7,CD2BP2,PREB,CTXN1,MMADHC,GCDH,SUPT4H1,PIK3R1,PTTG1IP,UBE2J2,DHX30,PCBP4,PCBP1,DHX35,MIER1,SYMPK,DHX38,RCE1,RAB11FIP2,N4BP1,SNX5,CTSA,SURF1,INTS1,SURF2,SURF4,ARMC10,ID2,COL9A3,RGL2,RCOR2,TMEM151B,USPL1,CCDC127,GPAA1,DIRAS1,CCDC124,INTS10,AP2A1,AATF,IER3IP1,ARV1,RSRC1,MLX,DHX15,SSSCA1,VKORC1,CCDC115,MINK1,ANO8,MRPS2,MRPS7,CTU1,CTTN,CSDE1,CRELD1,CRELD2,DBN1,STK40,STX16,DOT1L,DERL1,DERL2,CCDC106,EXOSC7,ARVCF,MNT,EXOSC4,SAMM50,HSF1,EXOSC8,CCT8,HEATR6,EXOSC2,CCT4,NPDC1,MIB2,TMUB1,CRIPT,RPA1,DOHH,AP2B1,PPP1CA,TMUB2,MAD2L2,PER1,DPAGT1,MIDN,CD81,BCCIP,OGDHL,PHRF1,CAPN7,PPME1,KHSRP,PALM,PPFIA1,EP300,SBF1,BAHCC1,PPFIA3,SH3GL1,ADPRHL2,SSU72,ATAD3A,HNRNPUL1,FAM173A,HNRNPUL2,TMX1,UBE2V2,GEMIN7,RTN2,KLHL18,TMED10,PSMD11,PSMD14,KLHL17,KLHL12,RPF2,SUPT6H,TAF5L,RPF1,DEAF1,CAMTA1,CYC1,NDUFV2,NDUFV1,PRNP,FDPS,VTA1,KLHL22,SUPT5H,GCLC,OSTC,PHF13,CYCS,TAB3,RBM28,GSK3A,PRR7,DDX49,DDX3X,DDX46,PRKCSH,MAST1,CHD4,TRIAP1,HMGB1,CHD3,AFF4,PPP1R9B,UBE2Q1,MLST8,NPTN,TIMM17A,LRRFIP2,RBM33,ARHGEF11,RBM17,NAA30,HSDL1,NCBP1,GLRX3,NCBP2,RBM18,BUD31,DDX55,ABHD14B,ABHD14A,YWHAZ,NDUFS8,CREB1,NDUFS7,PEX3,PPDPF,GORASP1,TBC1D7,NDUFS3,MVD,NUP54,EAPP,DCTN5,DDX27,DCTN1,GOSR2,TAF9,DDX23,DDX20,CSTF2T,HMGCL,DNPEP,RAB40C,MAT2A,PDLIM7,MBTPS1,NAA10,PDAP1,LRWD1,CHFR,CLCN7,CLCN6,ACIN1,TAF6,NAA15,FAM98A,RBM45,RAN,LNX2,RPL32,CLPB,STMN3,RPL8,DCAF6,MYC,STMN1,FDXR,RPL36,RPL35,PIP4K2C,RPL37,IER2,MED1,ACOT7,DAPK3,CD3EAP,AARSD1,MED4,RNF126,SARNP,RPL27,PRR12,DUS3L,UBA52,PRR14,CDC42SE1,NOLC1,VPS26A,HIF1A,PRDX3,PRDX2,ABR,PRDX5,RAD21,PLCG1,ACD,JUND,H3F3B,MAD2L1BP,MTHFR,PA2G4,PRDX6,PRRC2B,PRRC2A,TMEM199,FIBP,SLC6A6,NPLOC4,GIPC1,OGDH,CDK10,PLCH2,DUS1L,CPEB4,CDC42SE2,OGFR,TRMU,ADK,ADO,TMEM186,ING4,ENSA,GPR137,RIOK2,ZC3H10,NUDC,TCF12,AFTPH,INF2,RNF166,SF3B4,SF3B5,SF3B2,PHLPP1,GPS1,RPL12,TIMM13,GPS2,HSPA14,HSPA13,TM9SF4,TMEM165,BCLAF1,ASNA1,RPL13,RPS2,ANKRD52,RPL18,SF3A3,BRF2,SF3A2,RIOK3,TRMT1,SRP68,FIG4,ERP44,TM9SF1,XAB2,RYBP,TRMT6,RNF141,TOR2A,CLSTN1,BZW1,ABHD12,TUBB3,MAF1,LZTS2,MEN1,SEMA6B,RNF44,RPS7,RPS5,AIP,GTF2F2,ZFP41,DGKQ,ERP29,ERH,TTPAL,GLYR1,CUL7,CD151,ANKRD16,CUL3,CUL2,ANKRD12,ABHD8,AK2,KRBA1,GTF2E1,RLF,GTF2E2,STIP1,KLC2,PITRM1,BTBD2,NACC1,MPDU1,ESRRA,TOR1A,ASNS,MARCH8,ADAP1,TOR1B,LSM5,LSM3,LSM2,CNOT4,CDK9,RCAN1,LSM7,CNOT7,GON4L,CDK5,CNOT1,MAFG,TADA3,GPR107,LZTR1,EIF4G2,SERINC5,EIF4G1,TRADD,PTPN23,PTBP1,RPL7A,DUSP12,SLC37A3,TAPT1,REXO1,PDCD6IP,GPX4,YDJC,COASY,PTP4A1,TRAF7,PTP4A3,DALRD3,TRAF4,RP9,EIF4E2,NFAT5,SMARCD1,GTF2A2,RNF34,WBP4,AP3M1,FZR1,PUF60,RBBP4,SNRPB2,RBBP6,DCAF13,RNF20,SPAG9,RNF24,PTPN11,CDC42BPB,TRIT1,PNRC2,CUL4A,PFKL,KLF6,MGAT4B,RUNDC1,APP,GOLGA2,GOLGA4,DPF2,ARL6IP4,ZFPL1,SOX4,SACM1L,PTOV1,JMJD8,MRPS18C,JMJD6,COX7A2L,RRAGC,GRWD1,CRYZL1,VDAC3,AURKAIP1,CBLL1,CUTA,TMEM161B,NECAB3,MGST3,TRMT2A,DGUOK,BANP,FIS1,SNHG1,SS18L1,MEMO1,UBAC1,MANF,CCDC88A,STAG2,BAP1,ITM2C,CC2D1B,DAZAP1,FAF1,EPM2AIP1,GUK1,PRMT5,CDV3,MAP4K2,ATP6V0B,TSC22D1,PRMT2,PRMT3,NME3,RHOF,TUBG1,PRPF18,RPUSD1,FRG1,WAC,MAPT,SGK1,KPTN,ATP6V0C,TOMM40,UQCR11,ARNTL,TRAK2,RBM15B,SHOC2,RANBP2,RANBP1,AP3D1,CTNNB1,TOMM5,TOMM22,CHCHD4,CHCHD3,CHCHD1,ANGEL2,TSC2,WRNIP1,TMEM131,PDIA4,OXA1L,PREPL,MAU2,TBL1XR1,TIPRL,SPNS1,FIZ1,RELL2,STAM2,ISCU,HPCA,LTBP4,ARHGAP12,DPP9,CASKIN1,EP400,ZC3H18,ATP6V1H,DMAP1,ATP6V1F,HSPA9,SMAD2,HSPA8,SMAD4,ACBD4,HSPA5,HSPA4,ASPSCR1,TBCB,AZIN1,ATG16L1,NFKBIB,B4GALT2,SCYL3,B4GALT3,ACADVL,USP38,ELAVL1,PKD1,ELAVL3,TMEM101,SENP5,ZC3H7B,PDE4A,MAN2C1,POLG,USP48,JAGN1,KLF13,USP42,ABCC5,RNF208,TRNAU1AP,ARID1A,KLF16,LATS1,FAM189B,DDX19A,LUC7L3,CHMP6,B4GALT7,LUC7L2,CHMP5,TSEN34,USP14,RGS19,USP16,POLDIP2,USP10,POMP,OPRL1,MTIF2,MOSPD3,IWS1,STRN4,HSPD1,ABCF2,CAMK2G,CLASP2,ATE1,PTCD1,PTCD2,USP20,WTAP,BAD,USP21,HAGHL,SGTA,NAP1L1,HSPE1,MEIS2,GDAP2,NEURL4,BAX,SPRY2,RGS11,SSBP1,PDE7A,ABCE1,SSBP4"
+"gene_set_query"	"87"	"ZNF580"	"175.3"	"ARCHS4 Coexpression,73;Enrichr Queries,231;GTEx Coexpression,222"	"EPRS,ALCAM,CAPNS1,RAVER1,ZMIZ2,DPYSL2,MYC,RPL36,LUC7L,PRKACA,VPS39,CDK5RAP3,IER2,TMEM8B,DDX17,ACOT7,DAPK3,GTPBP6,CD3EAP,WDR73,SOX12,CLPX,MYL6,RNF126,DDIT4,RBCK1,PRR12,RPL28,VPS28,PRR14,SF1,UNC119B,TTYH3,CTBP2,CTBP1,NPRL3,VPS26A,AAAS,MRPL13,FAM160B2,RHOT2,VPS11,PIP5K1C,ZSCAN18,S100A10,NAA50,HEXIM1,JUN,CHKB,PHC1,JUND,JUP,DMPK,SETD1A,IRF2BP1,PBX2,FASN,DUS1L,CDK16,OGFR,BTG1,TCF25,KCNC3,PIGQ,MED16,BBC3,MECP2,ING4,TRIM8,MED13,SMPD4,TUBA1A,FASTK,GPR137,SH3BGRL3,GPRASP1,CIC,EMD,DLGAP4,IFT140,EXOC7,SLC39A13,DUSP6,NCOR2,MED22,SLC7A5,MED25,INF2,PXDN,VAMP2,LRRC14,SF3B4,GRN,GRAMD1A,NFIX,RNASEK,TMEM160,CENPB,AP2S1,CLPTM1,CKB,RPS2,RABAC1,RPL18,MBD3,RIC3,MBD6,SF3A2,WDR13,SCAF1,SHKBP1,SARM1,ZYX,NUCB1,PKN1,AGRN,YPEL3,MTCH1,MTCH2,ATN1,TM7SF2,POFUT2,STK11,CFL1,FBRSL1,PIM3,LZTS2,MTPAP,TMSB10,FADS1,MEN1,RNF44,RPS9,MAP2K2,AIP,FOXP4,CDC25B,ATXN2L,CTDNEP1,PYGO2,ARMCX4,CLIP2,ARMCX2,RAB34,FKBP8,FSCN1,PGP,ARL8A,CSNK1G2,SNRPA,LY6E,ANAPC2,RNASEH2C,FKBP2,CUL7,INO80E,PFKFB3,CD151,RAB5C,PEF1,BRI3,ZC4H2,INSIG1,ANKRD11,CUL2,MAZ,FOXO6,SLC38A10,CORO1A,HSPBP1,PHF21B,GLIS2,SBNO2,NDOR1,DDRGK1,G3BP1,BTBD2,SAFB2,PLXNA3,DR1,TIA1,TRAPPC1,MARCH9,TRAPPC8,EEF2,CHERP,CDK9,DRAP1,BCL9,LRFN4,CNOT3,PLXNB2,PLXNB1,LZTR1,LRCH4,RNF187,CCDC47,ZC3H3,AKAP8L,NENF,PTPN23,MRPL4,DUSP12,SART1,SNRNP70,MDK,PPP6R1,WDR6,PGLS,GPX1,REXO1,GPX4,EDF1,REXO2,RAD23B,ARFGAP1,DDOST,QTRT1,PTP4A3,CTDSP2,ETF1,PPP1R12C,PPP1R15A,TRABD,SMARCD3,WBP1,WBP2,MGRN1,ZBTB43,LENG8,MLLT1,LRP3,ZBTB45,SRM,SLC25A27,DCAF15,FZR1,NCLN,U2AF2,CSK,SH2B1,MARCKSL1,PPP1R14B,CIZ1,FBXL19,MBOAT7,KLF6,IMPDH1,STUB1,TNRC6A,IFITM2,HDAC10,KDELR1,PREP,PPP2R2A,ZDHHC8,TXNDC15,ACTB,RPS15,FTH1,BSG,ARL6IP4,CCDC97,CCNL2,SOX4,CIRBP,PTOV1,CSNK1D,MIF,JMJD8,MFSD10,CDC34,ZW10,CD2BP2,ULK1,PFN1,CTXN1,TELO2,CUTA,RTEL1,NUMBL,PIK3R2,GSE1,SYMPK,TNRC18,PATZ1,RAB11FIP3,RBM10,BBS1,ZRANB2,TMEM50B,ID2,MAGED2,RGL2,ITM2C,GDI1,CITED2,GPAA1,CETN2,MRPS12,CCDC124,NAT14,PTMS,SDF4,CTSD,TMED4,TSC22D1,TSC22D3,NME3,MRPS7,ITFG2,MLF2,RHOB,GAK,PACS1,RPUSD1,MPPED2,ALDOA,SGK1,PTMA,ATP6V0C,DBN1,NAPA,CSTB,CRIP2,CCDC106,RFNG,GNAI2,RXRB,CST3,TCEAL3,HSF1,SCAND1,NPDC1,RANBP3,YIPF2,VEGFB,MIB2,TMUB1,RAB11B,VEGFA,ITCH,SGSM2,TCEA2,GRINA,OTUD5,MIDN,CRTC2,ARHGDIA,POGZ,HCFC1R1,FAM3A,SH3GL1,DPM3,HNRNPUL1,FAM173A,HGS,FIZ1,ISYNA1,ARHGEF25,LTBP4,DTX3,NDRG1,CACNA1H,PLD3,SHARPIN,H1FX,CAMTA2,TBC1D17,MARK4,PRNP,CPSF7,UBE2I,VTA1,HMGA1,KLHL22,MANBAL,CLK2,NFKBIA,H1F0,HOOK2,HOOK1,UBE2S,GNB2,GNAS,PI4KB,CLASRP,MXD4,UBE2M,MUS81,GSK3A,PRR7,PRKCSH,CBY1,CHD3,CABIN1,PPP1R9B,TMEM222,MLST8,MAN2C1,SCYL1,KDM6B,ATP6AP1,PDPK1,H2AFX,RNF208,EPN1,KLF16,CREB3,FAM189B,DDAH2,PPDPF,AKT1S1,ANKS3,WIZ,AGPAT1,TOB1,STRN4,U2AF1L4,NXF1,MTA1,DNPEP,MKNK2,RALY,CDIPT,MAPK6,FBRS,PDLIM7,TTC14,MBTPS1,RRM2,USP20,NAA10,BAD,ATP13A1,PRAF2,TAF10,HAGHL,CYHR1,CLCN7,ERCC1,RBM42,BAX,TAF6,TBKBP1,NAA15,VIM,SSBP4,FAM50A"
+"gene_set_query"	"88"	"YY1"	"176.2"	"Literature ChIP-seq,14;ARCHS4 Coexpression,255;ENCODE ChIP-seq,4;Enrichr Queries,9;ReMap ChIP-seq,37;GTEx Coexpression,738"	"ITSN2,POP7,TFRC,ALKBH8,ALKBH3,RAVER1,SCP2,AKT2,ALKBH1,GPBP1,AKT1,ANKFY1,PRKACA,FNBP4,PRKAB2,SAP30BP,LARS2,EWSR1,ZC3H11A,DDIT4,TMEM126A,JTB,ATF4,SF1,EXD2,UNC119B,SET,SAR1B,BAZ2A,PLA2G6,CIAO1,PRPSAP1,RHOT2,LARP1,RDH11,RNF215,PIP5K1A,ATRIP,HEXIM1,CREBBP,JUN,PRPF38B,PRPF38A,NCAPH2,EIF2AK3,TBL3,QARS,FASN,SFXN3,NMT1,NMT2,SFXN1,KCNC3,PRKAG2,MED16,OSBPL11,MED15,BBC3,DDA1,MECP2,MED12,MED13,IFT140,DUSP1,SPHK2,EPS15L1,BAZ1B,JOSD1,MED27,DUSP6,TOMM40L,MED29,PHF20L1,MED23,MED22,MED25,MED24,MED21,PXDN,RAPGEF1,PTRH1,ERGIC2,PAFAH1B1,TRUB1,ECHS1,LIN37,URM1,NIP7,WRB,ATL2,NOC4L,CENPB,EXOSC10,SNX27,MFN1,RICTOR,SAMD1,CENPT,CRBN,ARCN1,NUDT21,MYBBP1A,CCDC9,SNX17,SLMAP,TAOK1,TAOK2,CCDC6,TSR2,YPEL1,TSR1,PKN1,CIAPIN1,AGRN,YPEL3,MTCH1,MTCH2,PDCD6,FBXO28,ATN1,PLOD3,SLA,CASC3,FBXO21,FBXO22,FADS2,POFUT2,FNTA,UROD,NUDT19,CEP250,NUDT16,SYBU,FBXW4,PIAS4,PCYT2,DGAT1,EIF1AX,CASD1,PIAS2,LENEP,CDC25B,FAM118B,PIAS1,SRSF2,SMS,SRSF3,SRSF7,ARL8B,FTO,INO80B,KHDRBS1,UQCRB,SMYD5,IREB2,FBXO45,NRF1,LIN7C,CORO1B,UQCRH,HSP90B1,FBXO42,NDOR1,MBIP,PGK1,BRIX1,NAE1,IP6K1,FUS,ODF2,FBXO38,HPS1,HPS4,FBXO31,UCKL1,DRAP1,IBTK,SON,LRCH1,SH3BP5L,NACA,SP3,ACO2,LRCH4,NIT1,OGT,ITGB1,ISY1,SNAP25,AKAP8L,PTEN,ETFB,AP4M1,PPP6R2,PPP6R3,ACP2,PGLS,ACP1,YAF2,BCAS2,UNC45A,EIF5A,ACTR3,ACTR2,BCAS3,DHPS,ATRX,TFIP11,ACTR8,ARFGAP1,MSL1,TMBIM4,SYF2,PCCB,TOP1,DCTPP1,GAPDH,BCAT2,UHRF2,SRF,SRSF1,U2AF1,RCHY1,FOXRED1,MLLT6,U2AF2,TRIM46,EIF4H,IGF2BP3,E2F4,HNRNPA1,EIF4B,HNRNPA0,GADD45GIP1,NOP56,NOP58,SEPT11,HNRNPA3,TRIM41,GPKOW,FEM1A,CNBP,TXNL1,HNRNPAB,EFR3B,NECAP1,SUCLA2,EIF3I,EIF3H,STUB1,PDCD2,EIF3E,EIF3F,ATXN10,TRIM33,EIF3A,EIF3B,SMARCB1,PPAN,RCBTB1,ACTB,NUDT3,CRKL,CDC23,TRIM28,SNRPD1,CDC26,CDC27,FBXO3,EPC1,EIF2D,EPC2,TRIM27,ATXN7L1,ATXN7L2,ATXN7L3,TBC1D22B,TRIM23,EIF2A,SMARCC1,ATP6V1G1,ATP6V1G2,SMARCC2,ACTN1,ECH1,ALG5,CIRBP,CSNK1D,MOGS,ACTN4,ALG1,CSNK1E,MFSD11,CDC34,PPA2,PPA1,CDC37,SUB1,CSNK2B,FLYWCH1,FAM76A,AARS2,DHX8,DHX9,CEND1,ACTR3B,CDKN2AIP,GSPT1,PGS1,NKAIN2,DECR2,BBS1,XBP1,SMARCA5,BSDC1,SMARCA2,IFFO1,PTK2,SMARCA4,NDUFAF2,RANBP10,NDUFAF3,FBXL3,NOL10,CALR,NOL11,FBXL5,COX7B,MRPS15,HIBADH,MRPS11,MRPS12,MRPS10,COX7C,RAB22A,PTMS,HERPUD1,THTPA,SYNCRIP,MAP1LC3B,PCM1,PPP3CB,NUDCD3,RAC3,SDF4,RAC1,SDF2,GIT1,BBS4,COX8A,MRPS28,CAP1,PBRM1,MRPS27,MRPS24,ATMIN,MRPS22,PABPC4,CACYBP,SYP,SREBF2,APRT,SLTM,CANX,UFC1,FAM193B,FAM32A,PABPC1,EEF1E1,PTMA,NAPB,PCNA,MRPS35,SSNA1,GBA,GNAI3,HSD17B4,MRPS30,COX5A,RELA,GNAI1,GNAI2,PCNP,OS9,ORMDL3,MGAT2,DYNC1H1,MON2,PEX19,VEGFB,TTC1,PEX14,VEGFA,SH3RF3,BOP1,SEC23IP,KLHL5,TTC5,HNRNPA2B1,NDUFAB1,TCEA2,TCEA1,HDGF,PNPLA6,GRINA,CARS,CRTC2,NARF,NUP188,PRDM4,UBE3C,CRTC1,ZFAND3,RPP30,PRDM2,UBE3A,UBE3B,COX6A1,UBE2Z,CELSR3,ACTG1,IGF1R,NARS,GNPTAB,FAM3A,PCID2,MORC3,SDHC,UBE4B,SDHD,SDHB,EEF1A1,PSPC1,EHBP1L1,DNAJB11,WDFY1,PLAA,PPIE,WDFY3,PPIG,TBC1D23,RAF1,CARS2,COX19,DDX6,DDX5,NDUFB10,COX16,HTRA2,CACNA1E,PLD3,TIMM50,SHARPIN,IRAK1,GRK6,TBC1D14,LLPH,TBC1D17,UBE2I,NUP155,SYT1,PCIF1,NUP153,TIMM44,CNOT10,AP4B1,UBE2W,AHI1,GNAL,HOOK2,UBE2S,GNB2,GNAS,UBA3,UBE2O,UBA2,UBA1,TCF4,TCF3,FGF11,GALK1,UBE2M,CUEDC2,HP1BP3,DPY30,TAZ,USE1,LMNB2,LMNB1,TMEM222,LASP1,TMEM223,GET4,TBP,ATP6AP1,NUP133,PDPK1,TTC33,DCAKD,CAD,SYNGR3,EPN1,EPN2,EEF1G,RER1,NAV3,EEF1D,MAN1B1,ACOX3,ZMYND11,OTUB1,RALA,RRN3,SFSWAP,SLC3A2,ASAP1,AGPAT1,RNF5,RNF2,POLD3,GNG3,MTA1,PABPN1,TMEM203,TRA2B,MKNK2,TRA2A,BNIP1,TMEM208,MTA2,FBRS,CYTH1,TIMM8B,ARFGEF1,ATF7IP,RRM2,TTC13,SSRP1,TTC19,USF1,TTC17,POLE4,GALE,ERCC1,ERCC8,SUGT1,VPS29,IPO11,HNRNPU,HNRNPR,GPATCH4,PHAX,SMC3,EPRS,PHB2,GPATCH8,ZMIZ1,VPS36,DDX17,PRKCI,NUP210,WDR74,WDR75,ARMC8,HCFC2,GTPBP1,ATG13,GTPBP4,HCFC1,WDR77,WDR81,DAAM1,WDR82,ARMC6,VPS25,VPS28,LRPAP1,NUP205,CTBP2,XPA,WDR61,XPC,ARPP19,ADH5,ANAPC11,MTDH,RRP7A,LDHA,NCSTN,BLOC1S1,VPS11,MCMBP,NUP88,LHPP,ST3GAL3,VPS16,BTF3,NAA50,PRELID1,NDFIP1,ICMT,SNAPIN,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,MEX3C,EHD1,HNRNPL,HNRNPM,GNPTG,MEX3A,HNRNPK,HNRNPF,TOLLIP,HNRNPD,PPT1,MMS19,HNRNPC,FARSA,PHF2,SETD2,CDKN1B,BTG1,WDR48,GMEB2,PHF23,DENND1A,GPT,ASH2L,KRI1,SMG7,WDR46,SMG5,SMG6,PHF8,UBL3,PLEKHN1,CIC,JARID2,RRP15,UBL7,TPI1,WDR37,EXOC7,NUTF2,ASH1L,WDR34,TERF2,COPZ1,WDR33,GNL3,NCOR2,HADHB,TAF6L,HADHA,NCOR1,TUBB2A,KIFC2,MTF2,EXOC4,GART,EXOC2,GRAMD1B,GRN,NFIX,WDR24,RPS15A,PPP1R7,NSD1,PPP1R8,USP1,RRP36,SLC17A7,DEDD,YTHDF1,YTHDF3,CSNK1A1,KIDINS220,PCGF2,WDR18,NR1H2,SYVN1,GATC,HIPK1,SCAF1,WDR13,SCAF4,SLC8A3,NFIA,NFIB,NUCB1,TMEM39B,ANKRD13C,ANKRD13B,ANKRD13D,GTF2B,AUP1,RPL10A,IPO7,TM7SF2,IPO5,PPP1CB,PPP1CC,IPO8,IPO9,SLC39A9,PAPOLG,CFL1,PAPOLA,ZNF326,SLC39A7,SNRNP35,PLEKHJ1,GTF2I,SLC39A3,KCMF1,TLE3,MAP2K4,USP7,USP5,RALGAPA1,USP4,TPM3,USP3,TPM1,THOC1,DYRK1B,THOC2,PGD,LEMD2,ILF2,THOC6,PYGO2,MORF4L1,ILF3,RAB34,DMWD,MORF4L2,PGP,AAGAB,PHIP,SNRPE,SNRPF,STAMBP,ADNP,FKBP4,FKBP3,FKBP2,CBFB,CCDC25,GLT8D1,UBR4,UBR3,UBR2,UBR1,HSPBP1,TPR,UBR5,DVL2,DVL3,SRGAP3,MAP2K7,MAP2K5,MCL1,OSBPL9,EIF2B5,AKIRIN2,EIF2B4,TRAPPC3,AKIRIN1,EIF2B3,EIF2B2,CCDC12,SEC16A,TRAPPC4,SLC4A10,TRAPPC8,SCRT1,COPS4,COPS3,COPS6,COPS5,SLC7A6OS,REEP5,COPS2,PLXNB2,CPE,PLXNB1,CNIH2,BCL2L2,DIDO1,MCM7,ZC3H4,CCDC47,WDR4,UFSP2,NOB1,VPS72,AP1G1,RNPEP,UBTF,IDH3B,TLK2,WDR6,TLK1,WDR7,TNPO1,EIF2B1,TNPO2,TNPO3,PLEKHG2,GGPS1,RFC2,SECISBP2L,RPL13A,EDF1,SMC1A,TFDP1,DNAJC7,DAD1,CTDSP2,POLR1B,POLR1C,CCDC43,DNAJC8,CRK,HDAC5,HDAC2,HDAC1,RAB1B,PDHB,RAB21,POLR2A,HAUS8,VPS53,POLR2D,RAB24,VPS52,POLR2E,RAB28,CCDC71,POLR2L,MLXIP,SLC35A2,SLC35A4,PPIL2,RNGTT,IDH3G,FBXL19,CCDC59,FBXL16,RPRD2,BCKDK,DNAJA1,ASXL1,SNRNP40,RAB14,DNAJA3,GLOD4,DOLPP1,POLR3D,RAB12,VPS41,POLR3E,CEBPZ,POLR3K,PPIL4,TPT1,TNRC6A,PANK4,VEZT,SLC35B2,TCERG1,ISCA2,TMEM183A,VARS,ZMYND8,PPP2R2A,PDCD2L,RPS15,TIAL1,RPS14,PNN,RPS17,RPS16,RPS19,PPP2R1B,KAT5,FLAD1,RPL36AL,FTH1,LONP1,SEPHS1,RPS11,BTRC,SEPHS2,RPS10,RPS13,TBC1D10B,SRRM2,PDHX,COG8,COG4,METTL3,COG2,COG1,CPT1C,MAPK8IP3,MTHFD2L,SIK3,ATP6V0D1,MACF1,CSTF3,CSTF2,STXBP2,DCUN1D2,HTATSF1,FXR1,SCFD1,CHTF8,ZNHIT1,ZNHIT3,CSTF1,GSE1,TNRC18,ARGLU1,ATP6V0A1,VASP,TMEM184C,ZRANB2,SETDB1,SYNRG,PUM1,PUM2,RPS26,RPS25,RPS28,ZZZ3,RPS27,FUBP3,FUBP1,RPS20,RBAK,RPS21,C2CD2L,RPS24,UBXN1,FAM45A,CITED2,SPPL3,COIL,XPO1,XPO6,UBXN7,SEC61B,UBXN4,GABPA,RAB8A,TMED4,PSD,PSENEN,TMED9,PARP1,PARP2,STRADB,PPRC1,ZDHHC17,ITFG1,TOPORS,MLF2,SCNM1,HNRNPH1,SDCCAG8,DTYMK,NOL9,RFNG,TYMP,NT5C,HIRA,CHRAC1,APBB2,APBB1,APBB3,METTL9,MTX1,NFYA,PTGES3,MTX3,NFYC,XPO7,SORBS2,SORBS1,AIG1,RAB11B,KBTBD4,SPCS2,CAPZA1,CAPZA2,NBR1,MPHOSPH6,NDUFA13,NDUFA12,SPPL2B,NDUFA10,MRFAP1,COMT,CWC27,TATDN1,COL4A3BP,TATDN2,ARHGDIA,CWC22,HCFC1R1,FPGS,NOM1,KDM2A,TRAPPC2L,NOSIP,TRPC4AP,RSBN1,TUFM,PRPF6,HGS,MATR3,ZCCHC8,ISYNA1,COPA,PXK,RPS19BP1,PRPF8,EMG1,ZMAT2,UBB,ZMAT5,RPRD1A,BPTF,CPSF4,CPSF7,PNPT1,CBX5,CPSF6,CBX4,RHBDD3,CBX3,RHBDD2,CBX2,NONO,CPSF2,COQ9,CWC15,CRLS1,EIF2S1,COQ6,COQ5,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KA,BRWD1,SAE1,COPE,ZSCAN2,LRP12,MUS81,KDM5C,YBX1,RPS4X,MFSD8,SNAPC2,SNAPC3,TOPBP1,KDM6A,KDM6B,H2AFX,SPATS2,RPS3A,SAFB,DDAH2,AKT1S1,DNLZ,PFDN1,PFDN2,PFDN4,PFDN5,VAC14,KDM3A,KDM3B,ATF6B,THBS3,TBRG4,GNA13,NXF1,MAPK8,PPP2R3C,FAM120A,MAPK1,BUB3,MAPK6,TMEM30A,ATP13A1,LIMK2,CYHR1,DEK,RPS6KB1,RPS6KB2,CDK2AP1,MDC1,MT-ND4,CHIC2,ARAF,EHMT1,GHITM,RBPJ,ZFYVE1,LSM10,PSMD8,PSMD9,KRTCAP2,PSMD7,PPP4R2,PSMD4,PSMD5,PSMD1,SAMD10,MEF2A,DAXX,MEF2C,RBFOX2,CSNK2A1,STARD7,NGDN,DNTTIP1,DNTTIP2,RFX3,DICER1,RFX1,EML2,SCAMP3,SND1,RUFY1,EID1,MYL6,PRKAR1B,PRKAR1A,CLNS1A,PSME1,UQCRC1,PSME2,UQCRC2,LETMD1,CGGBP1,MTMR1,MTMR2,MTMR3,MEAF6,MRPL18,AGAP2,COPS7B,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL10,MRPL11,MRPL20,HSPH1,HMGXB4,PRKAR2B,VTI1A,PUSL1,RHBDL1,PRRT2,EXOC6B,MRPL27,MRPL28,BBIP1,FAM136A,MRPL23,MRPL24,MRPL21,EIF1,MRPL22,MLLT11,MLLT10,EIF5,EIF6,TDP2,PSMG1,GPR19,EZH2,ARF4,ARF1,LRSAM1,PIGU,PIGT,GPR21,RPLP0,MRPL38,MRPL39,MRPL36,CTCF,MRPL37,MRPL34,ECSIT,HSPB11,MRPL32,TRMT112,TUBA1C,MRPL42,NIPBL,TUBA1B,TUBA1A,MRPL40,FASTK,RPLP2,LRRC47,LYPLA2,UPF1,LRRC45,NSUN2,MRPL49,LRRC40,SIRT6,MRPL47,SIRT7,MRPL48,MRPL45,MRPL46,MRPL43,SIRT2,LRRC41,SRP9,SIRT3,MRPL44,MRPL52,MRPL53,MRPL50,PSMA4,PSMA2,TUT1,PICK1,SLC29A1,VAMP2,ARF6,LRRC14,RNASEK,STAU1,STAU2,SRRT,HTT,PSMA7,PSMB6,PSMB7,PSMB4,RECQL5,UNK,PSMB5,TCOF1,PSMB3,PSMB1,AP2S1,LEO1,FLNA,NCDN,RABAC1,EXTL3,SRSF11,LRRC24,TMEM62,GATAD2A,LETM1,TMEM59,PSMC5,PSMC6,PSMC3,PSMC1,SERBP1,SRRD,UBAP1,GOPC,UBAP2,RPL22L1,CCNT2,UBE2D3,ZBTB22,HDDC3,YY1,STK11,SMCHD1,RUVBL2,SCMH1,KPNA6,PMPCB,FBRSL1,PIM3,PMPCA,KPNA2,SLC25A44,AP2M1,SLC25A46,SLC38A1,IK,ANAPC7,VPS33A,PPP1R16A,UBE2E1,PRPF4B,RBX1,FTSJ3,ACAP3,MRTO4,FSCN1,SQSTM1,KPNB1,ANAPC1,ANAPC2,LRRC59,RNASEH2A,MAX,MAZ,ISG20L2,UBFD1,GLIS2,SAV1,SBNO2,ATXN2,STK36,E4F1,SLC38A2,ZBTB17,TIA1,ZBTB11,EEF2,ZC3HC1,PTPRD,GNL3L,PTPRA,TMEM11,MDM2,TUBGCP5,PIN1,MDM4,TUBGCP3,NFE2L1,MDM1,ZNF512B,HSP90AB1,MRPL3,MRPL2,MDK,SUMO2,MRPL9,DNM1L,DGCR2,PELP1,HSP90AA1,PPP1R12A,PEG3,VBP1,SIGMAR1,ARNT,VEZF1,RAD23A,NDUFC1,RAD23B,DDOST,QTRT1,GIGYF1,PPM1B,PIK3C3,BDP1,PPP1R12B,SEC22B,SLC25A11,MET,PPP1R15A,PPP1R15B,NDUFB9,GTF3C2,SEC23A,NDUFB8,GTF3C4,GTF3C6,NDUFB5,PRCC,CXXC1,KATNB1,ZBTB45,FOXK1,MFF,HSD17B10,LRP6,PPM1G,GANAB,CDC37L1,LRRC8A,LRRC8B,SLC25A22,ATP9B,BEND6,NDUFA9,PTPN1,PPP1R14B,NDUFA7,SEC24B,PPP1R14C,NDUFA5,MBOAT7,NDUFA3,NICN1,NDUFA2,LYSMD1,RPL23A,MCOLN1,TPD52L2,NELL2,SLC25A39,PTPN9,CCM2,P4HB,SEC24C,EIF4A2,EIF4A1,CCNK,AHCYL1,TMEM41A,TXNDC11,JMJD1C,THUMPD1,TXNDC15,ZDHHC3,NUBP2,CYB5D1,CCAR1,UBE2L3,RASSF1,OGFOD2,CCNL2,SEC62,TMPO,ACVR1,ST6GAL1,ST6GAL2,PAQR4,SCAF11,ANK3,ANK1,THAP4,GNPAT,THAP3,THAP7,CD2BP2,PREB,CTXN1,MMADHC,TMEM87A,L3MBTL3,L3MBTL2,SUPT4H1,PIK3R1,BRCC3,UBE2J2,DHX30,SNX4,SNX1,COMMD9,DHX33,PCBP4,PCBP1,DHX35,MIER2,PCBP2,DHX36,ERI3,HIVEP1,DHX38,SURF6,SYMPK,RCE1,RBM12,SNX5,N4BP1,SNX6,SEC31A,SURF1,SURF2,INTS3,RCC2,ERAL1,SNW1,WNK1,ID2,INTS5,PAF1,INTS4,COL9A3,DHX29,CALM1,RGL2,INTS8,AARS,TMEM151B,FAM57B,GPAA1,PPP1R10,SUV39H1,CCDC124,MIA3,WASL,BMI1,PEPD,ARV1,SPTLC1,HYAL2,NCS1,MLX,DHX15,SSSCA1,CTSB,VKORC1,NCOA2,GRIPAP1,DBNL,NCOA5,NCOA6,ANO8,COMMD3,MRPS2,COMMD1,MRPS7,MRPS6,IMMP1L,MRPS9,CSDE1,GLCCI1,DBN1,STK40,STX16,DOT1L,STX18,PRKX,CCDC107,CRIP2,CCDC106,RXRB,EXOSC7,MNT,EXOSC4,SAMM50,FAM172A,EXOSC9,HSF1,HEATR6,PAK3,EXOSC2,PAK2,EXOSC1,NPDC1,NPM1,YIPF2,YIPF3,TMUB1,HUWE1,UBE2G1,RSRC2,AP2B1,DOHH,NPM3,NLE1,PPP1CA,TMUB2,PER1,TARDBP,DPAGT1,SCARB1,MIDN,MPI,BCCIP,CAPN7,FAM174B,KHSRP,KIF5B,EP300,SBF1,ARID2,BAHCC1,SBF2,ADPRHL2,LMTK2,WBP11,TMX2,HNRNPUL1,FAM173A,DKC1,TMX1,HNRNPUL2,SCN8A,UBE2V2,GEMIN7,RTN2,KLHL18,VCP,PSMD12,NDRG3,PSMD11,TMED10,RBM8A,YTHDC1,KLHL17,PDS5B,PDS5A,RPF2,SUPT6H,RTN4,RPF1,DEAF1,ISOC1,CAMTA2,CYC1,NDUFV3,NDUFV2,BCL9L,OST4,FDPS,PRNP,KLHL26,VTA1,PHF12,HMGA1,SUPT5H,CLK4,CLK2,H1F0,APPBP2,PHF14,PHF13,TAB3,STT3B,TAB1,LSM14B,LSM14A,YWHAE,GSK3B,RBM28,GSK3A,PRR7,RBM25,DDX3X,DDX49,RBM26,DDX46,YWHAB,DDX47,PRKCSH,CHD8,MAST1,ATP2A2,CHD4,CHD3,HMGB1,TRIAP1,DDX41,CHD2,GPHN,PPP1R9B,SEC61A1,YWHAQ,BCL7A,UBE2Q1,UBE2Q2,BCL7C,BCL7B,GATAD1,TIMM17A,NPTN,UQCRFS1,LRRFIP1,YWHAG,BCKDHA,RBM17,RBM14,GLRX3,NCBP2,RBM18,DDX55,ABHD14B,DDX54,ABHD14A,DDX52,YWHAZ,SFPQ,VCAN,CREB1,NDUFS8,IRF3,NDUFS7,UBE2R2,NDUFS6,TBC1D5,NUP50,NDUFS4,NDUFS3,NDUFS2,NAA35,ATG4B,NAA38,NDUFS1,DCTN6,DCTN4,TGFBRAP1,GOSR1,DCTN3,DDX23,DDX20,DDX21,RBM4B,CSTF2T,PARL,HMGCL,TAF1D,DNPEP,MAT2A,TNKS2,NAA25,SMNDC1,PDLIM7,RBM39,TAF11,LRWD1,ATP2B1,MAPK14,CHFR,CLCN7,CLCN6,GOLPH3,PNKD,ACIN1,TAF6,QRICH1,VIM,NAA15,FAM98A,RAN,TAF2,RB1,RPL4,CYFIP2,RPL5,RPL30,RPL3,RPL32,CLPB,TRRAP,ENO2,RPL8,DCAF4,BACH2,RPL7,DCAF6,RNF115,RNF114,MYC,ZXDC,RPL36,RPL35,PIP4K2B,RPL37,IER5,IER2,ANKS1B,MED1,WSB1,UNC13A,RPL21,PIH1D1,RPL23,RPL22,DAPK3,CD3EAP,SOX12,MED4,MED6,NISCH,RNF126,DYNC1LI2,SARNP,CLPP,RPL24,YME1L1,RPL27,RPL26,UBA52,DUS3L,PRR14,RPN1,NOLC1,SLAIN2,HIF1A,GLG1,PRDX3,PRDX2,FAM160B2,PRDX5,PPP4C,RAD21,SSR1,RPL41,JUND,H3F3B,H3F3A,PRRC2C,MTHFR,UPF3B,BRAF,PA2G4,GPN1,PRRC2B,THAP11,PRRC2A,TMEM199,FIBP,FAM160A2,OGDH,HBP1,DUS1L,CDK13,CDK14,CDC42SE2,CPEB4,OGFR,SPEF1,ELL,CLTC,ADK,TCF20,ADO,PFAS,ING1,TRIM8,ING4,TMEM189,TMSB4X,ENSA,GPR137,ANXA7,EMD,ZC3H10,BRD2,MIOS,SSR4,IFNGR2,TCF12,TET2,NUDT16L1,RNF167,AFTPH,LSG1,PLCB1,SF3B2,SF3B3,RPL10,GPS1,RPL12,RPL11,GPS2,TM9SF4,BCLAF1,SRP72,ASNA1,LMAN2,CHN1,RPL14,RPS3,RPL13,RPS2,BRD8,RPL18,SF3B1,RPL17,SF3A3,SF3A1,SF3A2,RIOK3,TRMT1,GTF2H1,SRP68,BLCAP,LRPPRC,FIG4,TM9SF2,XAB2,RYBP,MORN4,RLIM,UHRF1BP1L,DGKD,TUSC2,BZW2,ABHD12,ABHD11,MAEA,LZTS2,MAF1,RNF44,ANKRD49,RPS7,RPS8,RPS6,AIP,RPSA,CTDNEP1,BSCL2,ST7L,NCL,MADD,ERP29,ERH,XIST,PHPT1,GLYR1,ANKRD17,DNMT1,CD151,TNKS,GLO1,CUL3,ABHD8,CUL1,ITPR1,KLC1,GTF2E1,RLF,KLC4,HMBOX1,BAG4,BAG5,BTBD2,NACC1,SAFB2,ABL2,MPDU1,ESRRA,ANKRD27,TOR1A,MARCH9,MARCH7,MARCH6,TOR1B,LSM4,LSM3,LSM2,CNOT4,RCAN1,CDK8,NSFL1C,CNOT6,LSM7,GON4L,CDK5,ZFP62,CDK4,CNOT1,MAFG,CNOT2,CNOT3,NF1,RNF181,GPR107,LZTR1,EIF4G3,EIF4G2,EIF4G1,RNF13,TRADD,PTPN23,DUSP11,PTBP1,RPL7A,DUSP12,PPP6C,SART1,SART3,OPA1,SIN3B,SIN3A,OPA3,HIF1AN,TAPT1,REXO1,GPX4,YDJC,COASY,PTP4A2,TRAF7,DALRD3,TRAF4,RPL37A,RP9,EIF4E2,RNF31,TRABD,NFAT5,SMARCD1,GTF2A1,WBP1,WBP2,RPL36A,DPCD,DCAF15,FZR1,RBBP4,PUF60,RBBP6,DCAF11,UGGT1,FNIP2,SPAG7,RNF24,RNF25,RNF26,RPL35A,TRIT1,PNRC1,PNRC2,RAD52,MARCKS,KLF6,APC,MGAT4B,RUNDC1,METAP1,APP,GDE1,PWP1,GOLGA4,ARL6IP5,DPF2,ZFPL1,SOX4,AGFG1,SOX5,SACM1L,NFKBIL1,BOLA1,PTOV1,MRPS18B,MRPS18A,JMJD8,JMJD6,MRPS18C,AFG3L2,RRAGA,GRWD1,AKAP9,PFN1,EZR,AURKAIP1,CUTA,NECAB1,NECAB3,LMAN2L,ANP32A,TWF2,TWF1,TRMT2A,INPP5B,PTDSS2,PRRC1,VPS8,SCAP,PATZ1,BANP,SNHG1,ZRSR2,NUS1,TRAP1,RABGAP1L,TMEM50B,SS18L1,ZWINT,MANF,CCT6A,CCDC88A,STAG1,ANP32E,ANP32B,BAP1,ITM2B,ITM2C,CDS2,HBS1L,DAZAP1,GDI1,FAF1,FAF2,GDI2,MYL6B,PRPF19,RPTOR,EPM2AIP1,SERP1,ZMYM2,AUH,PCF11,ZMYM4,KIF13A,RSPRY1,PRMT5,ATP6V0B,PRMT7,PRMT1,RHOF,TUBG2,RHOA,NME7,MPPED2,FRG1,WAC,ALDOA,KPTN,SGK1,ATP6V0C,SLC20A1,AKAP8,UQCR10,TRAK2,ANKMY2,RBM15B,CUX1,MAP4K3,SUZ12,RANBP2,RANBP3,AP3D1,RANBP6,RSL1D1,TOMM7,CTNNB1,FAU,RAB3GAP1,HDLBP,ARID4A,NUCKS1,ARID4B,TOMM20,TOMM22,EFTUD2,FBL,CHCHD2,CHCHD6,CHCHD7,POGZ,CHCHD1,NSF,APLP2,ANGEL2,TSC2,TSC1,WRNIP1,KCTD2,KCTD5,TMEM131,DCTD,DPM2,OXA1L,DPM3,PREPL,TMEM135,MAU2,TBL1XR1,DNAJC30,RPL7L1,SPNS1,FIZ1,ISCU,LTBP4,COX7A2,DTX4,MAN2A2,DPP9,TMEM128,ZC3H18,DMAP1,MARK3,PDZD7,ATP6V1F,SMAD2,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,SMURF2,HSPA4,DNAJC11,ASPSCR1,IFT122,DNAJC13,AZIN1,DNAJC17,NFKBIA,ARHGAP33,RALYL,DLG4,DLG5,JMY,ACBD3,GRSF1,NFKBIB,B4GALT3,SCYL3,ACADVL,DOCK4,ABCD3,USP38,USP34,ELAVL1,SENP6,POLB,TMEM101,SENP5,ZC3H7A,FLOT1,PDE4A,SCYL1,TSFM,KLF13,PDE4D,ABCC5,RNF208,TRNAU1AP,ARID1A,ARID1B,SENP3,KLF16,FAM189B,LUC7L3,USP40,ITGB1BP1,CHMP6,B4GALT7,LUC7L2,TSEN34,HCN3,USP15,POLDIP2,POLDIP3,USP10,TM2D1,WIZ,MTIF2,SPG7,MOSPD3,STRN4,IWS1,U2AF1L4,HSPD1,GMDS,ABCF3,CLASP2,REPS1,SPEN,PTCD3,RWDD1,USP24,IGBP1,ATE1,PTCD1,PTCD2,WTAP,NEGR1,BAD,USP21,HAGHL,SGTA,ZFC3H1,DTNBP1,PDE4DIP,NAP1L1,GDAP1,MEIS2,NAP1L4,NEURL4,BAX,SSBP1,ABCE1,SSBP4"
+"gene_set_query"	"89"	"NR2C2"	"176.8"	"ARCHS4 Coexpression,416;ENCODE ChIP-seq,41;Enrichr Queries,109;ReMap ChIP-seq,3;GTEx Coexpression,315"	"POP5,MT-ND4,NUP107,SLC4A1AP,IFT172,EHMT1,SCAMP4,NDST1,PSMD9,LSM12,TBK1,PSMD7,MPRIP,ALKBH1,DPYSL2,PSMD2,AKT3,PSMD3,PRKACA,SAMD10,MEF2A,STARD3,DAXX,MEF2C,TSTD2,DNTTIP1,FRS2,DICER1,GAPVD1,RC3H2,MYL6,EWSR1,DDIT3,CLNS1A,ZC3H11A,PSME4,DDIT4,JTB,PSME2,RBCK1,LETMD1,CGGBP1,SF1,SLBP,EXD2,FLII,MRPL18,NPRL2,SDR39U1,COPS7B,BAZ2A,AAAS,OAZ1,GABARAP,CIAO1,MRPL11,MRPL20,RHOT2,CYB5R4,HMGXB4,PRKAR2A,VTI1A,PIP5K1A,HMGXB3,ATRIP,RHBDL1,HEXIM1,PRRT1,CREBBP,JUN,EIF2AK1,NCAPH2,PMM2,MRPL27,PBX2,FAM136A,LARP4,MRPL24,EIF1,MRPL30,SETX,MLLT10,TBL3,UCK1,LAS1L,QARS,NMT1,PSMG4,HYOU1,PKIG,TMEM9B,PIGU,PIGO,RPLP0,HEXA,MED19,MRPL36,SNX11,CTCF,OSBPL11,ECSIT,MRPL34,MED15,DDA1,MRPL33,TRMT112,NIPBL,MED13,TMEM43,RPLP2,LRRC47,DFFA,SPHK2,PGAM1,MRPL49,EPS15L1,SIRT7,MRPL48,DYNLL1,BAZ1B,GMIP,MED26,MRPL43,PSMA5,MED22,MRPL53,PSMA6,SLC7A6,TMEM33,PSMA2,PTRH2,PXDN,SDHAF1,RAPGEF2,VAMP4,ERGIC3,PAFAH1B1,LIN37,PSMA7,MRPL55,PSMB7,SNX29,PSMB4,TCOF1,PSMB1,MFN2,RICTOR,NCDN,SAMD1,MEF2D,YKT6,NKTR,ATAD1,MBD6,MDH1,USP9X,MCRS1,STAT2,TRAPPC10,MBD1,GATAD2B,ARCN1,NUDT21,PSMC5,ABCB10,TAOK3,MYBBP1A,SNX17,PSMC1,TTLL1,TAOK1,SRRD,PSMC2,TAOK2,TSR2,TSR1,PKN1,YPEL3,FRYL,MTCH1,CCNT2,TMEM167B,PDCD6,PDCD5,LTN1,UBE2D1,ZBTB22,YY1,POFUT2,STK11,SMCHD1,OSBP,RUVBL1,KPNA6,PMPCB,KPNA4,CIR1,MAP3K9,KPNA3,KPNA1,SH3GLB1,IK,PCYT2,FBXW5,DGAT1,FBXW7,CNPY2,PRPF4B,ZBTB34,ATP11B,ATP11A,POLRMT,FBXO11,PIAS1,LENEP,FTSJ3,FOXP1,RBX1,MINPP1,MSH3,SRSF2,SRSF4,SRSF6,SNRNP200,ARL8A,ANAPC1,INO80B,SMYD5,PEF1,ISG20L2,SPATA2,NTPCR,HSP90B1,SBNO1,EIF1AD,SBNO2,E4F1,SOCS7,ZKSCAN1,NEK9,ZBTB17,BRPF1,NOP16,UROS,UCKL1,FBXO31,DRAP1,GNL3L,SON,TMEM11,NACA,UQCRQ,SP3,AAK1,PIN1,MDM4,PIN4,ACO2,OGT,NOP10,ZNF512B,ISY1,NUMA1,CELF2,COX4I1,POMT1,PTEN,ETFB,MRPL4,FSD1L,CAPZB,SUMO3,MDP1,SNAP29,DIS3L2,EIF5A,BCAS3,ACTR2,PPP1R12A,DST,ATRX,AHSA1,TFIP11,RAD23A,NDUFC1,ACTR8,DDOST,PPM1A,GIGYF1,IMPACT,PPM1B,SLC25A17,PIK3CA,TMBIM4,SYF2,IMPAD1,BIRC6,PPP1R12B,SLC25A14,BCAT2,PPP1R15A,GTF3C2,NDUFB8,NDUFB7,NDUFB6,ROCK2,NDUFB4,PRCC,SRSF1,NDUFB3,ZBTB43,CXXC1,KATNB1,LENG8,ZBTB45,FOXK1,PPM1D,FOXRED1,MLLT6,LRP6,GANAB,NCLN,PARD6A,U2AF2,KATNA1,KRIT1,HNRNPA1,SH2B2,TRIM44,EIF4B,GADD45GIP1,PPP1R14B,TRIM41,NDUFA6,FEM1A,NDUFA5,NDUFA4,NDUFA3,TXNL1,FOXJ3,NDUFA2,NDUFA1,IMMT,LYSMD1,LYSMD4,TPD52L2,SLC25A38,MCM3AP,EIF3M,EIF3I,OCIAD1,EIF3H,STUB1,P4HB,EIF3C,SMAP1,SEC24C,TRIM33,CCNK,AHCYL1,JMJD1C,TXNDC11,THUMPD3,GCC2,ZDHHC7,CYB5D1,TXNDC17,HERC2,TRIM28,HERC1,SNRPD2,DHX57,CDC26,FAM53C,CCNL2,SLC12A6,ATXN7L3,TRIM23,EIF2A,SMARCC1,ATP6V1G2,SCAF11,CIRBP,ALG2,MOGS,ANK3,MFSD11,THAP4,CSNK2B,CD2BP2,MMADHC,CCDC84,DHX8,PEX11B,CTR9,MYCBP2,SUPT4H1,PIK3R1,UBE2J2,GSPT1,MBTD1,DHX33,PCBP4,DHX35,PCBP1,DHX36,PCBP2,ERI3,HIVEP1,DYM,SURF6,HIVEP2,RAB11FIP2,CTSA,SURF1,INTS1,SURF2,INTS3,BSDC1,MYO5A,PAICS,SMARCA2,IFFO1,MED13L,SMARCA4,AIMP2,SNW1,ZBTB6,WNK1,PPP1R1B,INTS5,INTS4,CALR,RGL2,SUGP2,MRPS15,MRPS16,GPAA1,INTS10,MRPS10,BMI1,THTPA,MAP1LC3B,AKAP11,RSRC1,OTUD6B,UIMC1,MLX,ARIH2,REV3L,DHX16,RAC3,SDF4,SSSCA1,KIF1B,ARIH1,COX8A,MRPS28,VKORC1,NCOA1,ACAD8,NCOA2,PBRM1,MRPS26,MRPS27,WARS,MRPS22,MRPS23,ZFR,ANO8,PRPF40B,COMMD3,PRPF40A,TFB2M,COMMD6,TOX4,RAP2C,FAM193B,STK40,PCNA,RABGAP1,MRPS36,STX16,STX18,DERL1,DERL2,NEDD8,CCDC106,COX5B,COX5A,SAMM50,EXOSC4,PDZD11,HSF2,ORMDL3,SCAND1,CCT8,HEATR6,CCT7,EXOSC1,CCT5,PEX16,DYNC1H1,SORT1,YIPF5,VEGFB,HUWE1,UBE2G2,AP2B1,PEX14,YIF1B,MIB1,TMUB2,RGP1,PDCL3,NEDD4,KLHL8,SGSM2,NDUFAB1,TCEA2,TCEA1,HDGF,ESYT2,PNPLA6,OTUD4,DPAGT1,OTUD5,CRTC2,MIDN,SYS1,PRDM4,BCCIP,PRDM2,UBE3A,COX6A1,PHRF1,SRP14,ACRBP,IGF1R,EEF1B2,FAM3A,EP300,SNIP1,BANF1,ARID2,SBF1,SLC30A9,ZGPAT,FBXW11,ATG9A,UBE4A,SDHD,SDHB,COX6B1,TMX2,HNRNPUL1,PSPC1,HNRNPUL2,EHBP1L1,PLAA,PPIH,WDFY3,RAF1,DDX6,COX19,VCP,DDX5,TMED10,RBM8A,PSMD14,COX16,COX15,NDUFB11,COX17,SEL1L,HTRA2,PDS5B,PSEN1,PDS5A,SUPT6H,RTN4,PLD3,TAF5L,RPF1,RNASEH1,SHARPIN,KIF3B,TBC1D14,CYC1,NDUFV1,BCL9L,YARS,FDPS,UBE2I,UBE2B,NUP155,PHF12,CCZ1,NUP153,CNOT10,KLHL24,SUPT5H,AP4B1,MANBAL,ANKHD1,KLHL20,HIGD2A,IFT20,PAN2,RCL1,UBE2W,HOOK2,HOOK1,PHF14,PHF13,TAB2,UBE2K,GALK1,UBE2M,PICALM,RERE,PHTF2,GSK3B,GSK3A,DDX46,ZMYND19,LDB1,PRKCSH,PRR3,HP1BP3,DDX42,CHD6,ILK,ATP2A2,TNFAIP1,DDX41,CHD3,CHD2,USE1,AFF4,GPHN,LASP1,TMEM223,BCL7C,RB1CC1,BCL7B,MLST8,TIMM17A,LRRFIP2,GET4,RBM33,TBP,ARHGEF12,GLRX3,NCBP1,TTC33,PDPK1,NCBP2,GLRX5,DCAKD,BUD31,ABHD14B,ARHGEF18,ABHD14A,SYNGR3,UTP18,EPN1,CREB3,SFPQ,ELF2,CREB1,IRF3,NDUFS7,NDUFS6,GORASP1,NDUFS5,CRY2,ATG4B,NDUFS1,MVD,IFT46,OTUB1,DCTN6,DCTN5,RALA,NAA20,ANKS3,TGFBRAP1,TAF9,ASB13,RSPH9,ASAP1,AGPAT1,CLCN3,RNF5,PARL,ADD1,POLD3,CAND1,MTA1,GNG5,SV2A,TAF1A,BNIP2,DROSHA,SMNDC1,ATF7IP,TIMM8B,TTC14,RBM39,GALNT2,TAF10,EYA3,MIIP,PDAP1,CDK11B,USF1,TTC17,CLCN6,CARM1,ASB8,ACIN1,QRICH1,FAM98B,KRAS,NAA15,TAF2,TAF1,RPL4,TRIO,RPL3,RPL32,RPL31,TRRAP,ARPC5L,STMN3,HNRNPU,THYN1,DCAF8,PHAX,EPRS,GABPB1,PHB2,GPATCH8,DCAF6,GLE1,NUB1,CNST,MYC,ZMIZ2,RPL35,RPL37,RNF111,NUP214,DDX17,NUP210,RPL23,RPL22,WDR74,MED8,CD3EAP,HCFC2,GTPBP2,CLPX,HCFC1,RNF123,WDR82,SARNP,CLPP,ZSCAN21,YME1L1,RPL27,RPL29,DUS3L,VPS28,PI4K2A,RNF121,PRR13,POM121,SEH1L,MAPKAP1,NOLC1,WDR61,ARPP19,HIF1A,ANAPC11,PRDX2,PRDX5,PPP3R1,PPP4C,RIC8B,WDR70,RRS1,NUP88,PLCG1,SERF2,NAA50,BRAP,RPL41,ACD,CHKB,JUND,MAD2L1BP,MTHFR,PRRC2C,PA2G4,PHC3,MCAT,PRRC2B,TMEM198,PRRC2A,TADA2B,TMEM199,HNRNPL,FIBP,HNRNPF,DUS1L,FARSA,CPEB4,ATG2B,PHF3,OGFR,SETD5,SMG1,GMEB1,SETD2,GMEB2,ELL,PHF20,PHF23,CLTC,CLTA,TCF20,SMG7,WDR46,TMEM186,ING4,UBL5,GPR137,AP3S2,RRP12,CIC,JARID2,ZC3H10,BRD2,SHPRH,WDR37,TCF12,TET2,ASH1L,WDR34,GNL1,WDR35,TERF2,COPZ1,NCOR2,HADHB,TAF6L,HADHA,ZEB2,NCOR1,TET3,TCP1,EXOC4,EXOC2,SF3B4,CDC123,WDR26,GPS1,TIMM13,GPS2,HSPA14,WDR24,ADCY6,PAPSS1,PPP1R2,ARFRP1,BCLAF1,RPS15A,SRP72,NSD1,BRD9,BRD8,RPS2,RPL18,DEDD,BRD4,BRF2,SF3A2,YTHDF3,KIDINS220,PCGF2,WDR18,PCGF3,SYVN1,TRMT1,TTC9C,HIPK1,WDR12,SYNJ2BP,SCAF1,WDR13,LRPPRC,MZT1,TM9SF1,MKLN1,ERP44,PHF5A,NFIA,NFIB,TRMT6,SARM1,NUCB1,FAM49B,CHPF,UBP1,AUP1,PARK7,IPO4,TM7SF2,SLC39A9,CFL1,LZTS2,MAF1,PLEKHJ1,GTF2I,KCMF1,RAB2A,RARS2,SUPT16H,USP5,RPS5,MAGI2,DYRK1A,THOC2,PGD,GTF2F1,LEMD2,CTDNEP1,PYGO2,TOM1L2,CLIP1,ILF3,PGP,NHP2,SNRPG,PHIP,ERH,SNRPE,SNRPF,ADNP,PHPT1,SNRPC,CSNK1G1,ANKRD17,CUL9,BRSK1,FKBP2,RAB5C,FAM114A2,TNKS,ANKRD11,CCDC25,ANKRD12,ABHD8,ITPR1,GLT8D1,AK2,UBR4,UBR2,HSPBP1,ORC4,HMBOX1,ORC3,NACC1,UBR5,DVL2,SLC15A4,MAP2K5,ESRRA,ANKRD28,EIF2B4,OSBPL8,EIF2B3,EIF2B2,TOR1A,CCDC12,TRAPPC4,SEC16A,MARCH5,ZZEF1,CHERP,CNOT4,COPS4,COPS3,COPS6,LSM7,SLC7A6OS,CNOT1,CNOT2,MAFG,NF1,SPIRE2,TPP2,RNF181,PLXNB1,GPR107,CNOT8,EIF4G3,RNF10,DIDO1,CALCOCO1,CCDC47,RPL7A,SART1,PTBP1,OPA1,VPS72,SIN3A,PSD3,TLK2,UBTF,WDR7,HIF1AN,SLC37A4,TNPO1,TNPO3,ADSL,ZFP91,RANGAP1,PATL1,COASY,REXO4,DNAJC2,PTP4A3,ASPH,DAD1,CTDSP2,DNAJC5,DNAJC9,SNRPA1,CCDC43,SOS1,CRK,RNF31,MTPN,NFAT5,SMARCD2,GTF2A2,WBP1,AMBRA1,DPCD,FBXL20,NFS1,HECTD1,FIP1L1,POLR2A,POLR2B,POLR2D,VPS52,VPS54,POLR2F,POLR2G,SNRPB2,ASCC2,POLR2I,CCDC71,SEC11A,UGGT1,POLR2L,SPAG9,RNF20,PPIL1,PPIL2,RNGTT,FBXL19,NCKAP5L,ADRM1,CCDC59,TPRKB,MTOR,FBXL12,CUL4A,ASXL1,BCKDK,KLF7,KLF6,APC,POLR3C,P2RX2,POLR3D,MFAP3,DNAJA3,DNAJA2,DRG1,CEBPZ,PFKM,PPIL4,TNRC6A,PANK4,PANK3,ARL6IP1,ZMYND8,FCF1,GBA2,PDCD2L,TIAL1,RPS14,GOLGA4,RPS16,RPS19,RPS18,FLAD1,GOLGA1,ZFPL1,TBC1D10B,SRRM2,ARRDC1,NFKBIL1,BROX,COG3,METTL3,SLC11A2,BOLA1,AP1B1,MRPS18A,CPT1C,MAPK8IP2,JMJD8,MAPK8IP3,JMJD6,KARS,AKAP9,SUCLG1,TTLL12,AURKAIP1,CBLL1,CUTA,MACF1,RTEL1,TMEM161B,TSHZ3,DCUN1D5,CSTF3,DCUN1D4,TWF2,TRMT2A,RPAP3,FXR1,PTDSS2,SCFD1,CHTF8,ZNHIT3,CSTF1,SCAP,PATZ1,ZRANB1,SETDB1,STK11IP,SYNRG,MEMO1,KLHDC8B,PUM1,PUM2,RPS26,RPS25,STAG1,FUBP3,GOLGB1,RPS20,RNPS1,RPS21,C2CD2L,TECPR1,CDS2,GFM1,UBXN1,FAF1,MYL6B,HINT1,ZMYM2,SERP1,XPO1,ZMYM5,C1QBP,CHMP1A,SEC61B,DLAT,TMED7,GABPA,PSENEN,PSD,ATP6V0B,PRMT1,PARP2,STRADB,NME2,ZDHHC16,PPRC1,ITFG2,TOPORS,RHOA,NME1,PRPF18,SCNM1,NME7,FRG1,AIDA,ATP6V0C,TOMM40,SLC20A1,PRIM1,NOL7,UQCR11,RFNG,UQCR10,TYMP,TRAK2,CUX1,APBB2,LCMT1,METTL9,RANBP1,MTX1,MTX3,RANBP9,RAB11A,KBTBD4,SPCS1,MARS,TOMM7,CTNNB1,TRIP12,FAU,TOMM5,NDUFA13,NDUFA11,NDUFA12,SPPL2B,ROGDI,ARID4A,ARID4B,NUCKS1,CWC25,TOMM22,CHCHD4,CHCHD2,TMEM147,ARHGDIA,CHCHD1,RALBP1,KDM2A,PAM16,KCTD2,TUG1,RSBN1,TMEM131,OXA1L,PRPF6,TBL1XR1,TIPRL,CHMP4B,FIZ1,STAM2,ATP6V1A,FBLN1,COX7A2,PRPF8,EMG1,DPP8,TMEM127,DPP9,CASKIN1,ZMAT5,ZC3H18,RPRD1B,SUDS3,DMAP1,ATP6V1D,ZC3H15,BPTF,KLHDC10,SMAD2,CPSF4,HSPA8,SMAD4,CPSF7,CBX5,CPSF1,HSPA5,RHBDD3,IDH1,CBX1,CPSF2,DNAJC11,TBCD,DNAJC14,CWC15,SMAD5,COQ7,EIF2S1,COQ6,COQ5,ARHGAP33,EFNA2,DLG4,ATG16L1,CHMP2A,PI4KA,SKIV2L,CLASRP,DYNLRB1,ACBD3,BRWD1,LRP12,B4GALT2,CREBZF,ACADVL,KDM5C,USP38,USP32,USP34,YBX1,USP39,MFSD8,CASP9,TMEM101,FLOT1,SCYL1,RBM6,KDM6B,KLF13,H2AFY,H2AFX,RPS3A,OXSR1,ARID1A,ARID1B,KLF16,DNM2,THRAP3,DDAH2,DNLZ,LUC7L3,TERF2IP,PFDN5,THOP1,LUC7L2,STOML2,USP16,KDM3B,POLDIP2,ATF6B,POLDIP3,GMPR2,POMP,MTIF2,SPG7,USP19,U2AF1L4,THBS3,HSPD1,TBRG1,NXF1,FAM168B,RPS6KC1,PPP2R3C,MAPK1,ROMO1,BUB3,CLASP1,ABCF1,IGBP1,SPEN,PTCD3,RWDD1,USP24,PTCD1,PTCD2,WTAP,USP20,B3GAT3,BAD,ATP13A1,USP22,SGTA,HSPE1,GDAP1,NEURL4,BAX,SSBP1"
+"gene_set_query"	"90"	"CSRNP2"	"177.0"	"ARCHS4 Coexpression,113;GTEx Coexpression,241"	"TDRKH,CNTFR,APP,TRIO,PANK3,IFT172,STMN2,STMN3,STMN4,ENO2,FNBP1L,SCAMP5,RNF112,RUSC2,DPYSL4,DPYSL5,GPBP1,DPYSL3,PIP4K2B,KIF21B,BSN,BTRC,CCDC92,KIFAP3,ATXN7L3,TSPYL2,RBFOX1,RBFOX2,CACNA2D1,PAQR3,ACSL6,PTOV1,ISLR2,AFAP1,ANK2,AARSD1,CPT1C,ATG13,MAPK8IP1,RUFY3,KCNQ2,KCTD13,SIK3,PSME1,TBPL1,ULK2,TAGLN3,VPS25,IGSF3,STXBP1,MTMR9,AGAP1,KALRN,TTBK2,APH1A,DHX30,PTDSS2,FAM171A2,HLTF,AMZ2,PIP5K1C,PLCG1,MAP4,SCN3B,SCN3A,RAB11FIP3,SERF2,B4GALNT4,SRPK2,CADM3,NDFIP1,CADM4,DMPK,ZFR2,MYO5A,DCLK2,UPF3A,L1CAM,SNAP91,PRRC2B,DCLK1,PRRC2A,PKIA,DCHS1,DZIP1,CALM2,DZIP3,SUGP2,WDR47,WDR48,CSRNP3,PTPRS,DOC2A,GDI1,FAM57B,GRIK5,DIRAS1,ROBO1,JPH4,UCHL1,TUBA1A,CAMKV,CHL1,TRIM2,ENC1,NCS1,SPIN1,GPR137,KIF1B,CTSF,ARIH1,KIF1A,CIC,GPRASP2,GIT1,DLGAP4,APC2,RPS6KL1,GNL1,AP3B2,DYNLL2,PGM2L1,SREBF2,APRT,TMEFF1,MN1,TUBB2B,TUBB2A,MAPRE3,MAPT,ARHGEF7,DBN1,PAFAH1B1,MAGEH1,ICA1L,GDPD1,ADCY1,NOL4,TCEAL6,TCEAL5,OS9,ADAM23,UBTD2,ANKRD54,APBB1,BRD8,PAK3,SRSF12,MAP4K4,DYNC1H1,ARNT2,GABBR1,KIDINS220,DAB2IP,NMNAT2,AP2B1,PNMA2,ABI2,TAOK2,TTC3,YPEL1,TCEA2,APBA1,MEGF8,CDK5R2,ZFP28,CDK5R1,ANKRD13B,ATP8A2,RAB3A,CTNND2,CLSTN1,ATN1,MSI1,CELSR3,NUDT11,NUDT10,RIMS4,KIF5C,TUBB3,BASP1,SBF1,PPFIA3,PPFIA2,CDKL2,CHRNB2,ANKRD45,TMOD2,APLP1,TOMM34,LMTK3,KCTD2,PIAS2,TANC2,BSCL2,CLIP3,MORF4L1,ACAP3,CLIP2,OLFM1,TMX4,GPRIN1,MADD,PGP,FSCN1,WDFY3,FAM92A,ABCG4,XPR1,BRSK1,NDRG4,BRSK2,NDRG3,KHDRBS3,RTN1,TNKS,TMEM59L,ABHD8,CACNA1B,KLC1,SEZ6L2,SPATA7,CAMSAP1,RTN4,EFNB2,ARHGAP21,KLC2,KIF3A,CAMTA1,KIF3C,IP6K1,LONRF2,RAB6B,PLXNA4,MARK1,LRRC4B,KLHDC3,ZFHX2,AUTS2,TMEM132A,SUPT5H,CORO2B,DNAJC18,ARHGAP33,GNAO1,REEP1,PTPRD,AHI1,DLG2,SYNJ1,APPBP2,NBEA,NSG2,DLG4,DMXL2,GNB1,PHF13,EIF4G3,EIF4G2,NFE2L1,SNAP25,GSK3B,DOCK3,PODXL2,TRADD,CELF2,MAST2,POMT1,CELF3,CHD5,ELAVL2,SEC61A2,SCRN1,RNPEP,PSD3,CEP170,EVI5L,DNM1L,NEO1,TNPO2,SULT4A1,EID2B,YWHAG,PELP1,ARHGEF11,SGIP1,IQCE,PPP2R5B,ABHD14B,SENP2,PJA1,SEPT3,GAP43,DNAJC6,TERF2IP,IFT46,SSX2IP,INA,RNFT2,NLGN2,DDX24,DCTN1,DDX25,USP11,CRMP1,ATP1A3,NRXN2,MLLT1,MFF,FAM169A,ACVR1B,PPM1E,AP3M2,CACNG7,FAM168B,MAPK8,PARD6A,HIRIP3,FAM168A,SV2A,NCAM1,WASF1,ATP9A,CLASP2,TUB,LINGO1,MARCKSL1,SLC12A5,NAP1L2,ATP2B2,CDC42BPB,CABLES2,TNRC6C,SLC4A8,CLCN6,NFASC,SYT11,FAM131B,TRIM37,CLUAP1,UNC79"
+"gene_set_query"	"91"	"ZNF721"	"177.3"	"ARCHS4 Coexpression,339;Enrichr Queries,82;GTEx Coexpression,111"	"RPL5,TFRC,MYT1L,STMN2,HNRNPU,ENO2,SMC3,EPRS,RPL8,FNBP1L,RPL9,SCAMP5,RNF112,NDST1,SAMD14,LSM12,CAPNS1,IGLON5,DPYSL2,RPL36,AKT1,AP1S1,DIP2A,PRKACA,IER2,DDX17,WSB1,CXADR,RPL22,DAPK3,CD3EAP,GPR162,MYL6,RUFY2,DDIT4,RPL28,ATF4,SAR1A,FLII,PRKCZ,ARPP19,HIF1A,OAZ1,MTMR7,LDHA,HSPH1,RAD21,RHBDL1,FDFT1,PRRT1,CADM3,JUN,PHC2,PRRT2,PHC1,H3F3B,RAB3IP,UPF3B,POU6F1,EIF1,HNRNPL,EIF5,GIPC1,PHF3,OGFR,GABRB2,BTG1,KCNC1,RPLP0,CLTB,TRIM8,TRIM9,TUBA1C,MRPL42,NIPBL,TUBA1B,MMP24,TUBA1A,TIMP2,CIC,PCMTD1,UPF1,SHPRH,ACTL6B,SLC39A10,ELOVL6,DYNLL1,SRP9,SLC7A5,TUBB2A,INF2,TMEM33,MTF2,PXDN,PAFAH1B2,ERGIC1,RNF165,GRN,RPL12,RPL11,ADAM22,SEZ6,ADCY1,FAM117B,CENPB,FAM129B,BCLAF1,CHN2,RPS3,CLPTM1,FLNA,RPL15,SF3B1,YKT6,SRSF11,NKTR,WDR17,AGK,RIOK3,NMNAT2,SCAF1,KTN1,ETNK1,TAOK2,ZYX,NUCB1,PKN1,YPEL4,ANKRD13B,DGKE,FAM13B,CLSTN1,FBXO22,SLC8A2,PPP1CB,RIMS1,PPP1CC,ZFP30,SALL2,LAMP1,CFL1,PAPOLA,SMARCAD1,TMSB10,HMGN3,AP2M1,SLC38A1,FBXW5,MAP2K2,TPM4,RPS6,MAGI2,DISP2,CTDNEP1,MORF4L1,CACNB4,DMTF1,MSH2,MADD,RAB35,MAPKAPK2,SRSF3,PHIP,SRSF5,SRSF7,CSNK1G2,ANAPC2,GRIA2,LRRC59,BRSK2,CD151,RAB5C,UQCRB,TNKS,ANKRD12,SLC38A10,KLC1,FBXO44,CORO1B,GOLGA7B,ORC4,NEUROD2,IGSF21,SBNO2,KLC2,DVL1,BTBD2,NACC1,SRGAP3,NAE1,SLC38A2,SKIL,MCL1,WDTC1,ESRRA,OSBPL8,EEF2,MARCH6,CORO2B,PTPRD,DRAP1,SON,SH3BP5L,UBLCP1,NACA,AAK1,PLEKHM2,PLXNB2,SERINC1,OGT,RSL24D1,EIF4G2,NFE2L1,SNAP25,HSP90AB1,WDR1,CELF4,DUSP12,SART1,SCRN1,CAPZB,PPP6R1,PSD3,SUMO2,PPP6R3,TLK1,TNPO1,TRIM67,HSP90AA1,RPL13A,PTBP2,ARFGAP1,TRAF7,CTDSP2,POLR1B,DNAJC5,RPL37A,GAPDH,PPP1R12C,NFAT5,HDAC2,CANT1,RAB1B,FURIN,JAKMIP2,STOX2,GANAB,U2AF2,VPS53,TRIM46,FEM1C,CSK,HNRNPA1,EIF4E,BEND6,MARCKSL1,SLC12A5,RPL23A,TPD52L2,DNAJA1,KLF6,PFKL,IMPDH1,MGAT4B,POLR3F,CEBPZ,EIF3E,P4HB,UNC79,TRIM33,TPT1,EIF4A2,JMJD1C,CCNC,ACTB,PNN,GOLGA4,FTH1,BSG,BSN,ATXN7L3,SOX4,CALN1,SRRM2,SRRM3,SRRM4,ATP6V1G2,SCAF11,SACM1L,ACTN1,IFRD1,CIRBP,ANK2,MOGS,ANK3,ACTN4,MAPK8IP2,MAPK8IP3,TIAM1,STX1B,KCNQ2,PFN1,GPM6A,MACF1,TBC1D9B,STXBP1,TTBK1,APH1A,SYNGR1,B4GALNT1,ARGLU1,VASP,CTSA,INTS1,SS18L1,MYO5A,SNAP91,RPS25,STAG2,RPS29,ID2,ANP32B,CALM1,RPS21,RPS24,ITM2B,ITM2C,TOP2B,TMEM151B,CSRNP3,GDI1,DIRAS2,MRPS12,GRIK2,COX7C,PCLO,XPO1,PCF11,DHX15,REV3L,SDF4,GRIPAP1,TMED9,PARP2,MINK1,MRPS7,ZDHHC17,AP3B2,CNKSR2,RNF144A,ENAH,SLTM,HNRNPH1,MAPT,PABPC1,ARHGEF2,SGK1,PTMA,ATP6V0C,NAPA,NAPB,CSTB,ICA1L,GDPD1,BEGAIN,GNAI2,MGAT1,APBB1,PURG,SUZ12,NPM1,PLEKHA1,LHFPL4,KLHL7,HNRNPA2B1,TTC3,HDGF,PNPLA6,APBA2,CDK5R1,GRINA,CRTC1,ZFAND3,CD81,ARID4A,ARID4B,NUCKS1,CELSR3,ACTG1,TMEM145,KIF5C,BASP1,KIF5B,ARHGDIA,SH3GL2,RGS7,SH3GL1,ANGEL2,ADAM11,KCTD2,ATP1B1,KCTD6,EEF1A1,ADAM15,HNRNPUL1,TBL1XR1,SCN8A,EHBP1L1,TBC1D24,UBE2V2,CHMP4B,MATR3,PPIG,ABCG4,PPIA,DDX5,BHLHB9,RTN1,NTM,PXN,BTF3L4,CACNA1B,PDS5B,CPLX2,RTN4,ARHGAP21,SDCBP,UBB,IRAK1,FUT9,KIF3A,TMEM128,MYH10,PDZD7,BPTF,SYT4,HSPA8,PRNP,SYT3,CBX5,KLHL24,CLK4,NFKBIA,RALYL,HOOK2,HOOK1,GNB2,GNB1,CNTN1,GNAS,LRP10,RBM25,ACADVL,DOCK3,YWHAB,PRKCSH,MAST1,USP34,CHD6,PSIP1,HMGB1,GPHN,ELAVL3,PPP1R9B,RPS4X,SEC61A1,SEPT9,LASP1,MCF2L,RB1CC1,LRRTM2,LRRFIP1,GALNT9,SCYL1,MAPK1IP1L,PDPK1,RPS3A,YWHAZ,DNM1,KLF16,DNM2,DNM3,VCAN,ALS2,TMEM214,TRAPPC6B,EEF1D,CDH10,AKT1S1,LUC7L3,CAMK2B,NRXN2,RBM4B,DDX21,FAM169A,RNF4,TOB1,STRN4,ADD2,MAPK9,MAPK8,TAF1D,UGP2,MAT2A,SV2A,MKNK2,RALY,FBRS,PDLIM7,CLVS1,OPCML,CLASP2,RBM39,GALNT2,PCDHGC4,NAP1L2,ATP2B2,NAP1L1,DEK,GDAP1,SOD1,CLCN7,FAM131B,RGS11,NAA15,SUGT1"
+"gene_set_query"	"92"	"NFYB"	"177.4"	"ARCHS4 Coexpression,260;ENCODE ChIP-seq,80;Enrichr Queries,108;ReMap ChIP-seq,34;GTEx Coexpression,405"	"POP5,TFRC,ALKBH3,RAVER1,CAPNS1,DPYSL2,DPYSL3,AKT3,PRKACA,SAP30BP,CXADR,DDIT3,DDIT4,TMEM126A,JTB,FAR1,ATF4,SF1,SLBP,SET,SAR1A,CDCA4,MEPCE,RHOT1,PRPSAP2,RDH14,ATRIP,HEXIM1,JUN,PRPF38B,PRPF38A,FUCA1,LARP7,PBX1,TBL3,LAS1L,QARS,NMT1,SFXN3,HYOU1,FAT4,PKIG,LGMN,MTMR14,SNX11,SHB,MED15,DDA1,JAK2,GSTO1,SPHK2,IFT140,BAZ1B,TOMM40L,MED29,DUSP6,MED25,MED21,MED20,PXDN,SDHAF1,RAPGEF1,PTRH1,PAFAH1B3,ERGIC1,ELOF1,OAT,LIN37,SNX32,CENPB,SPOP,STX6,MFN1,STX2,ZSWIM4,JAM3,NUDT21,TAOK3,SLMAP,APEX1,SHKBP1,SNX14,TAOK2,TSR2,PKN1,AGRN,YPEL5,GZF1,SLC27A1,MTCH2,ATN1,LTN1,FBXO25,MPV17L2,FADS2,NUDT19,NUDT16,FADS1,PIAS4,PCYT2,EIF1AX,FBXW9,STX7,CNPY2,POLRMT,LENEP,CDC25B,MSH6,ACLY,TPST1,MSH2,SRSF2,SMS,SRSF3,SRSF6,SRSF7,FTO,GMPS,UAP1,CORO1C,HSP90B1,RAP1A,NDOR1,G3BP1,G3BP2,PGK1,SMYD2,BRIX1,NAE1,IP6K1,IP6K2,ODF2,TMEM120A,STYX,LRCH2,SON,SH3BP5L,SP3,CNTROB,LRCH4,OGT,ITGB1,NUMA1,AKAP8L,PTEN,ETFA,ETFB,AP4M1,ZNRD1,PPP6R1,YAF2,EIF5A,ACTR2,DHPS,IMPAD1,ETF1,TMBIM6,BCAT1,DCTPP1,GAPDH,BCAT2,PRPS1,ROCK1,SRF,SRSF1,LENG8,U2AF1,RCHY1,FOXRED1,SRM,TSPAN31,MTHFSD,FOXRED2,CCDC85C,PHKG2,FEM1C,HNRNPA1,DRAM2,EIF4E,EIF4B,NOP56,NOP58,SSB,FEM1A,PCDH9,PCDH7,CNBP,MID1IP1,TXNL1,EFR3B,HNRNPAB,CABLES2,EIF3M,TSPAN13,TRIM35,PDCD4,OCIAD1,EIF3H,STUB1,PDCD2,EIF3E,EIF3F,TRIM32,EIF3D,NUDT2,ACTB,HERC3,CDC23,TRIM28,SNRPD2,SNRPD1,ATP6V1E1,SMARCC1,ATP6V1G2,ARL15,ACTN1,CIRBP,TALDO1,MOGS,CSNK1D,KCTD10,CDC37,SUB1,FLYWCH1,KCTD18,EIF1B,TRIM11,NUMBL,TBC1D9B,DHX8,ZBTB5,ACTR3B,HLTF,FAM192A,XBP1,SMARCA5,PTK2,IFFO1,EXT1,AIMP2,ZBTB6,CWF19L1,NDUFAF2,CALU,RANBP10,CALR,FBXL2,MRPS17,HIBADH,PAK1IP1,MRPS12,NAT10,NAT14,AKAP12,SYNCRIP,ACTR1A,ACTR1B,RAC3,SDF4,NANS,MRPS28,MRPS27,PCYT1A,PRPF40B,PRPF40A,CACYBP,CTTNBP2NL,TOX4,GAK,PITPNM1,UFC1,FAM32A,TAX1BP3,PABPC1,ARHGEF2,EEF1E1,PTMA,NAPA,DYNC1I2,PCNA,MRPS36,GBA,COX5A,GNAI2,PCNP,SH3BGRL,NFIL3,PDZD11,ORMDL3,MGAT2,PEX16,MON2,PEX19,VEGFB,TTC1,MYO9B,YIF1B,VEGFA,KLHL5,HNRNPA2B1,PNPLA6,GRINA,SRP19,CRTC2,ZFAND6,PEBP1,COX6A1,SRP14,CELSR3,TXN2,NARS,FAM3C,MORC3,ADAM10,UBE4B,COX6B1,DHDDS,EHBP1L1,PPIF,TBC1D25,TBC1D23,PPIB,CARS2,PPIA,NDUFB10,COX16,CACNA1C,SHARPIN,DHRS7B,TBC1D17,SYT5,SYT3,PDHA1,UBE2I,TIMM44,CNOT10,MANBAL,UBE2W,HOOK2,NASP,UBE2S,HOOK1,GNB2,MKRN1,UBE2N,UBA2,IFT27,UBE2M,RERE,PODXL2,HP1BP3,DPY30,TNFAIP1,USE1,RND3,LMNB1,CABIN1,RND1,TMEM222,LASP1,EEF2K,MAN1A2,DACT3,SUN2,SUN1,ATP6AP1,NUP133,PDPK1,TTC33,EEF1G,RER1,MAN1B1,ZMYND11,AGPAT5,RRN3,ANKS3,RNF7,AGPAT1,RNF4,RNF5,ADD1,CYTH2,CAND1,PABPN1,TMEM203,TMEM205,TRA2B,TDG,MKNK2,PTK2B,BNIP2,DROSHA,RALY,MTA2,FBRS,TTC14,ATF7IP,RRM2,EYA3,TEF,ERCC1,CARM1,ERCC2,ERCC5,GPD1L,NCKAP1,VPS29,IPO11,TES,HNRNPU,WDR83,ADARB1,SMC3,EPRS,ELK1,PHB2,GPATCH8,RRP9,GLS,ALCAM,TFG,WDR91,AP1S2,CDK5RAP3,NUP214,VPS18,ARMC9,AFAP1,GTPBP4,ARMC1,WDR81,DAAM1,TARS2,NUP98,XPC,GNS,ADH5,ANAPC11,LDHB,LDHA,NCSTN,LDHD,VPS11,NUP88,HMOX2,FDFT1,ST3GAL3,DMPK,SETD1A,EHD1,HNRNPM,SQLE,HNRNPK,ARL2BP,HNRNPF,ATG2A,HNRNPD,GTF2IRD1,MMS19,HNRNPC,FARSA,CDKN1C,BTG1,CDKN1B,PHF20,PHF1,SETD7,GPT,KRI1,AIFM1,CIC,RRP15,UBL7,TERF2,FAM126A,COPZ1,GNL3,TAF6L,TUBB2A,TCP1,MTF2,EXOC4,GART,EXOC1,GRN,CDC123,RNMT,TIMM9,WDR24,PPP1R7,USP1,SLC17A7,CKB,SYVN1,DHRS1,OSTM1,NFIA,NFIB,NUCB1,NUCB2,RAB3A,RAB3D,UBP1,TM7SF2,IPO5,PPP1CB,SLC39A9,CFL1,HMGN2,HMGN3,SLC39A3,RARS2,TLE3,USP8,CSNK1G3,TLE2,MAP2K1,MAP2K2,USP5,TPM1,DYRK1B,TRAFD1,LEMD3,PGD,ILF2,NRBP1,PYGO2,TOM1L2,MORF4L1,RAB34,DMWD,MORF4L2,FKBP8,PGP,SNRPG,SNRPE,SNRPF,STAMBP,FKBP4,SNRPC,FKBP3,SNRPA,CSNK1G2,FKBP5,CSNK1G1,SNRPB,FKBP2,RAB5B,RAB5C,CBFB,INSIG1,SLC38A10,ORC3,CCDC32,MCL1,RAB4B,TRAPPC1,CCDC12,POLR3GL,SEC16A,M6PR,COPS4,COPS6,SYNJ1,LHX2,LRFN1,PDCL,PLXNB2,PLXNB1,RSL24D1,RAB5A,BCL2L2,CNIH4,DIDO1,MCM7,ZC3H3,CCDC47,WDR3,CEP164,AP1G2,WDR6,WDR7,TNPO2,RFC3,PLEKHG2,GGPS1,LANCL1,RPL13A,EDF1,TFDP1,CTDSP2,POLR1B,DNAJC5,DNAJC8,HDAC2,VPS4B,RAB1B,CEBPG,PDHB,FBXL20,DNAJB1,FIP1L1,RAB23,POLR2D,POLR2E,DNAJB9,POLR2G,CSK,POLR2I,POLR2K,POLR2L,SLC35A2,MLXIP,PPIL1,PPIL2,RNGTT,IDH3G,NCKAP5L,TPRKB,FBXL16,BCKDK,SNRNP40,PSAT1,DOLPP1,POLR3H,SNRNP48,VPS45,POLR3K,VEZT,TCERG1,ISCA2,SLC35B4,ZMYND8,PITPNB,HDAC11,CISD2,PNN,RPS16,KAT5,FLAD1,RPL36AL,LONP1,ARFIP2,DENR,RPS10,SEPHS2,TBC1D10A,TBC1D10B,COG8,ARRDC1,ARRDC3,COG2,SRRM1,TWSG1,KATNAL1,HECA,CSTF3,DCUN1D4,STXBP2,LIAS,UGCG,FXR2,ZNHIT3,ATP6V0A2,CSTF1,VASP,PYCR2,C2CD2L,RPS24,UBXN1,HIP1,CITED2,ZFAND2A,ZCCHC17,SIPA1L3,XPO1,SEC61G,TMED2,TMED1,TMED7,UBXN4,UBXN6,RALGPS1,PSENEN,PARP1,ZDHHC13,ITFG2,MLF2,HNRNPH2,AIDA,MPND,SDCCAG8,DTYMK,NOL6,TCEAL8,AMN1,HIRA,TCEAL3,TCEAL1,APBB3,METTL9,NFYA,NFYB,SLC31A1,NFYC,PTGES3,GBF1,GINS4,SORBS1,RAB11B,PDP1,MPHOSPH9,SPCS2,HIST3H2A,CAPZA2,NBR1,COPG2,MPHOSPH6,CWC27,CNDP2,PAIP2B,TATDN1,TATDN2,ARHGDIA,FPGS,COTL1,LMO4,NOSIP,LIG3,ATP1B2,ACYP1,ATP1B1,SHISA7,RSBN1,TUFM,HGS,MATR3,ZCCHC8,COPB2,ZCCHC7,IDI1,RPS19BP1,EFNA4,PRPF8,EFNB1,EMG1,ZMAT2,KLHDC10,KLHDC3,CBX5,PNPT1,CBX3,CBX2,CPSF3,IDH1,CBX1,CWC15,COQ7,EFNA2,CHMP2A,PI4KB,DYNLRB1,LRP10,ZSCAN2,MUS81,DBI,YBX1,RBM3,CASP9,CASP2,RBM5,RBM6,KDM6B,H2AFZ,H2AFX,SPATS2,PPP2R5B,LSS,SEPT2,DNM2,THRAP3,AKT1S1,TMEM9,PFDN4,STOML2,KDM3A,ATF6B,ETFDH,PDXP,NRXN2,FAM168A,UGP2,CHSY1,RPS6KC1,SAP30L,GNA11,BUB3,KDM4A,TMEM30A,LIMK2,QPCTL,DEK,CAPN10,CDK2AP2,RBMX,TDRKH,MT-ND4,ARAF,GHITM,RBPJ,TSEN54,LSM10,NSDHL,PSMD4,PSMD5,TMEM8B,HES6,MEF2C,STARD7,RFX1,EML2,SCAMP3,SND1,EID1,MYL6,PSME1,PSME2,TBPL1,LETMD1,MTMR2,ABCB6,MRPL18,SDR39U1,ABCB8,COPS7A,MRPL12,MRPL13,HSPH1,RHBDL1,PRRT2,PMM1,MRPL28,BBIP1,FAM136A,EIF1,CS,UCK2,EIF5,FERMT2,EZH2,ARF4,PIGU,PIGT,PIGO,GPR21,RPLP0,MRPL39,CTCF,MRPL37,ECSIT,MRPL34,TRIOBP,PQBP1,TRMT112,MRPL42,MRPL40,RPLP2,LYPLA2,UPF1,LRRC45,DFFA,ELOVL5,ACTL6A,MRPL49,LRRC40,MRPL47,SIRT7,SIRT2,SRP9,PSMA5,MRPL53,MRPL50,PSMA3,PSMA4,TMEM33,PSMA2,CDC42EP2,TMEM106B,TUT1,PICK1,DLD,VAMP2,LRRC14,MRPL55,GGA3,RECQL5,PSMB5,PSMB3,AP2S1,CLPTM1,FLNA,NCDN,MEF2D,SRSF10,NKTR,UTP6,LRRC24,STAT2,SAMD4B,BYSL,TMEM60,PSMC6,PSMC3,PSMC4,SERBP1,UBAP1,GOPC,FAM13B,CSE1L,UBE2D3,YY1,RUVBL2,SCMH1,OSBP,KPNA6,PIM3,KPNA2,SLC25A44,IK,FTSJ1,RBX1,TXLNA,KPNB1,ANAPC2,PFKFB2,RNASEH2A,MAX,MAZ,ARL2,UBFD1,ACAT2,ACAT1,SOCS2,PORCN,SBNO2,E4F1,SLC38A2,GFPT1,ZBTB11,EEF2,MDM2,PIN1,NFE2L1,MDM1,SLC25A3,CELF1,ARRB2,MRPL4,MRPL2,SUMO1,SUMO3,SUMO2,DNM1L,CTNNBL1,PELP1,DGCR2,HSP90AA1,PPP1R12A,VBP1,SIGMAR1,VPS37C,DDOST,SLC25A17,SLC25A19,PIK3C3,PPP1R12B,BDP1,SLC25A5,SLC25A4,PPP1R12C,SEC22C,ST6GALNAC6,PPP1R15A,RNFT2,SEC23A,GTF3C5,NDUFB5,GTF3C6,NDUFB3,FOXK2,ZBTB45,HSD17B12,PPM1D,HSD17B10,SLC25A27,GANAB,SLC25A28,FCHO1,LRRC8B,SLC25A22,AAMP,SLC25A25,CYB5B,PTPN1,NDUFA8,PPP1R14B,NDUFA6,NDUFA4,NICN1,NDUFA2,NDUFA1,IMMT,RPL23A,LYSMD4,TPD52L2,SLC25A39,CDR2L,P4HB,CCNJ,TXNDC11,TXNDC16,CYB5D1,CCAR1,TXNDC17,RASSF1,DHX57,KIF21B,PELO,SLC12A9,TMPO,ACVR1,NSMCE1,GCDH,L3MBTL2,PIK3R1,UBE2J1,APH1A,DHX34,LARS,TSPAN6,MIER1,DHX38,SURF6,SYMPK,RCE1,HIVEP2,TSPAN3,RIMKLA,XRCC6,INTS1,SURF4,XRCC1,PAICS,ID2,INTS5,PAF1,CALM3,INTS7,DHX29,CALM2,AARS,USPL1,FKBP15,FAM57B,SUV39H1,CETN2,TECR,CETN3,AP2A1,PCSK7,BMI1,CTSL,HYAL2,MLX,DHX15,CCT3,VKORC1,CCT2,TMEM150B,WARS,CCDC115,ZFR,MINK1,ANO8,MRPS7,ENAH,IMMP1L,MRPS9,G2E3,CRELD1,CRELD2,STK40,RABGAP1,DERL1,DERL2,ARVCF,MNT,EXOSC8,GPC2,GPC4,CCT8,EXOSC2,EXOSC1,NPM1,PLEKHA1,CRIPT,RPA1,RSRC2,DOHH,PPP1CA,MIB1,PER1,ZDHHC9,DPY19L3,ESYT2,DPAGT1,SCARB2,MIDN,MPI,BCCIP,PHRF1,FAM174B,KIF5B,SBF1,BAHCC1,RGS9,PPFIA3,SLC30A9,TPRA1,DIMT1,SLC30A5,ATG9A,LMTK3,LMTK2,RUNDC3A,ATAD3A,HNRNPUL1,FAM173A,TMX1,SBDS,UBE2V2,UBE2V1,RTN2,VCP,RBM8A,PSMD14,ARHGEF25,RPF2,SUPT6H,RTN4,TAF5L,CAMTA1,IVNS1ABP,CCDC134,FDPS,PRNP,KLHL25,HMGA1,DSTN,KLHL23,KLHL24,SUPT5H,KLHL20,CLK2,PAN2,OSTC,STT3A,CYCS,LSM14B,PICALM,GSK3A,PRR7,DDX49,MAST3,PRKCSH,YWHAB,CHD8,MAST1,CHD6,ILK,PSIP1,ATP2A2,HMGB3,HMGB1,SOBP,CHD2,PPP1R9B,UBE2Q2,BCL7B,MLST8,TIMM17A,TIMM17B,RBM14,NCBP1,EED,NCBP2,DDX54,GPCPD1,YWHAZ,DDX50,CREB1,NDUFS8,PEX3,NDUFS2,ATG4B,NAA38,IRF9,DCTN6,DCTN2,DCTN3,DDX21,MAT2B,DNPEP,MAT2A,TAF1A,SMNDC1,RBM39,CHURC1,NAA10,ATP2B1,SOD1,CLCN7,CLCN6,BRMS1L,RBM42,TAF6,RAN,RB1,STMN4,ENO2,DCAF4,RPL9,RPL7,GLE1,MYC,STMN1,FDXR,DIP2C,IER5,IER2,TSPYL2,UNC13B,ACOT9,WSB1,MECR,PIH1D1,DAPK3,MED8,CD3EAP,SARNP,PRR12,RPL28,UBA52,PRR14,PRR13,RPN1,SLAIN2,HIF1A,PRDX3,PRDX5,RAD21,BRAP,RPL41,ACD,JUND,PNO1,H3F3A,MTHFR,CDC7,PA2G4,TMEM198,PRRC2A,FIBP,NPLOC4,GIPC1,CDK16,OGFR,SPEF1,ADK,CLTA,ING1,RNF157,TMEM189,CSRP2,ANXA6,GPR137,ZC3H10,BRD2,TCF12,AEN,RNF168,SF3B5,SF3B2,RPL10,GPS2,TMEM160,TMEM165,BCLAF1,ASNA1,LMAN2,BRD8,RPS2,RPL18,DTD1,BRF2,TRMT1,TTC9C,GTF2H5,MZT1,FIG4,AGBL5,XAB2,ERP44,TRMT6,TOR2A,TUSC2,CTNND1,TUBB3,MACROD2,MAF1,MEN1,SEMA6B,BIVM,RNF44,RPS9,RPS5,AIP,RPSA,RNF40,TRAIP,ARMCX1,NCL,ERP29,NHP2,ERH,PHPT1,CUL9,DNMT1,CUL7,CD151,ABHD2,GLO1,ANKRD12,ABHD8,TARS,GTF2E1,KLC4,PITRM1,ESD,ABL1,SLC15A4,WDTC1,ESRRA,ANKRD34A,ANKRD27,ASNS,DHCR24,LSM5,LSM4,LSM3,MARCH2,CNOT6,RHEB,CDK4,MAFG,CNOT3,RNF181,TADA1,IARS,SERINC3,EIF4G2,LMBR1L,CALCOCO1,RNF14,SGCE,DUSP12,PTBP1,METTL14,GM2A,SGCB,SIN3A,IQCB1,GPX1,GPX4,LIX1L,AMT,YDJC,PTBP2,COASY,ZFP90,PTP4A1,PTP4A2,PTP4A3,ASPH,SSX2IP,TRABD,RNF31,NLGN1,GTF2A2,RNF34,WBP1,WBP2,DCAF15,AP3M2,AP3M1,FZR1,RBBP4,SNRPB2,RBBP7,DCAF11,WASF1,DCAF13,TXNRD1,RNF26,ADRM1,PTPN11,SEMA4F,CDC42BPA,PNRC1,PNRC2,KLF6,MGAT4B,RHEBL1,METAP2,ARL6IP1,DIXDC1,GDE1,SAP130,GLUL,SOX4,TIPIN,NFKBIL1,SACM1L,SLC11A2,BOLA1,PTOV1,RECQL,MRPS18A,ACSL3,JMJD8,MRPS18C,RRAGB,GRWD1,CRYZL1,AURKAIP1,CUTA,TMEM161A,ANP32A,LMAN2L,TMTC1,PTDSS2,SCAI,NUS1,BCL11A,TREX1,ZWINT,GADD45G,MANF,CCT6A,SESTD1,GOLGB1,CCDC88C,ANP32E,TMCC2,CC2D1A,CDS2,ITM2C,FAF1,GDI2,OLA1,EPM2AIP1,SERP1,ZMYM2,GUK1,ZMYM5,KIF13A,MAP4K2,PRMT5,TSC22D1,STRBP,RHOF,RHOA,RHOB,NME7,PACS1,FRG1,FAM20B,STRAP,ALDOA,SGK1,ATP6V0C,TOMM40,PRIM1,ANKMY2,LCMT1,SUZ12,RAB3GAP2,FAU,TOMM5,ARID4A,NUCKS1,ARID4B,FBL,CHCHD2,CHCHD6,CHCHD7,TMEM14C,PDIA3,KCTD2,WRNIP1,TRNT1,PDIA6,DPM2,TMEM135,ILVBL,TBL1XR1,DNAJC30,ELMO2,BTF3L4,LTBP4,ADIPOR2,CSF2RA,PLCXD2,DPP9,MARK3,PDZD8,MARK2,ANKZF1,SMAD2,DNAJC19,HSPA8,SMAD4,ACBD4,HSPA4,IFT122,ARHGAP29,DNAJC13,DNAJC14,TBCA,AZIN1,TDRD3,ARHGAP33,NFKBIA,DLG2,NR4A3,DLG4,TBCE,NFKBIB,B4GALT3,PCDHGB7,ACADVL,USP39,ELAVL1,ELAVL3,ALDH2,SPEG,PDE4A,USP48,KLF13,PCDHGA4,RNF208,CKAP5,FAM189B,LUC7L3,LUC7L2,HCN3,USP15,USP16,TM2D1,RGS16,POMP,MOSPD3,TOB1,U2AF1L4,HSPD1,TFPT,GMDS,ABCF2,CLASP2,RWDD1,PTCD3,PTCD1,PTCD2,NEGR1,USP20,B3GAT3,BAD,USP21,LCA5,NAP1L1,HSPE1,MEIS2,GDAP2,NAP1L4,NEURL4,BAX,SSBP1,SSBP3"
+"gene_set_query"	"93"	"CTCF"	"177.5"	"Literature ChIP-seq,60;ARCHS4 Coexpression,551;ENCODE ChIP-seq,14;Enrichr Queries,14;ReMap ChIP-seq,100;GTEx Coexpression,326"	"POP5,NUP107,GMFB,POP7,POP4,TESK1,ALKBH8,ALKBH3,NDST1,TBK1,SCP2,ALKBH1,AKT2,DPYSL3,AKT1,PRKACA,FNBP1,PRKAB1,RC3H2,LARS2,EWSR1,ZC3H11A,UNC50,TMEM126A,FAR1,ATF4,SF1,UNC119B,SET,SAR1A,CDCA4,SHMT2,SAR1B,TARSL2,NPRL2,MEPCE,BAZ2A,PLA2G6,CIAO1,PRPSAP1,RHOT2,RNF214,RHOT1,LARP1,RNF216,RDH11,RNF215,PIP5K1A,RDH14,PIP5K1C,HEXIM1,JAG2,CREBBP,JUN,GSTM1,JUP,EIF2AK1,FUCA1,PBX2,BTBD10,TBL3,LAS1L,SFXN3,NMT2,HYOU1,PKIG,KCNC1,PRKAG1,MED19,SNX10,SNX11,SHB,OSBPL11,MED17,DDA1,BBC3,SHF,MED11,MED14,MED13,SMPD4,JAK2,JAK1,DLGAP4,APC2,DUSP1,GSTO1,IFT140,TEX10,SLC39A13,EPS15L1,BAZ1B,TOMM40L,DUSP7,DDB2,DDB1,MED23,MED22,SLC7A5,MED24,MMP17,PXDN,MED20,RAPGEF1,PAFAH1B3,OAT,GSTP1,ATL1,NIP7,WRB,SDAD1,CENPB,FAM117B,SNX29,SNX27,STX6,RICTOR,SAMD1,BID,STX2,CENPV,EGLN2,MBD6,CRBN,WNT7B,MBD1,SNX21,ARCN1,RABIF,ABCB10,SNX19,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,ETNK1,SNX15,CCDC6,TSR2,YPEL1,PKN1,AGRN,YPEL5,YPEL4,YPEL3,GZF1,RASL11B,TMEM167B,NAB1,FBXO28,PDCD5,ATN1,MPV17L2,MSI1,CASC3,APEH,FBXO21,ALDH1L2,FADS3,FADS2,POFUT2,FNTA,FNTB,FADS1,SYBU,CDKL2,FBXW5,PCYT2,CISH,DGAT1,EIF1AX,CTNNBIP1,FAM118A,ATP11C,ATP11B,CASD1,POLRMT,FBXO11,SRCIN1,FBXW2,LENEP,CDC25B,PIAS1,MSH6,ATXN2L,MINPP1,MSH2,DMTF1,MSH3,SRSF2,SMS,SRSF3,SRSF4,SRSF5,SRSF6,SRSF7,ARL8A,SRSF9,ARL8B,SLC27A4,FTO,KHDRBS1,TXNDC9,UQCRB,UAP1,NRF1,UQCRH,FBXO42,CORO1C,SNN,NDOR1,G3BP1,ZKSCAN3,SMYD2,BRIX1,NAE1,CD276,NOP14,API5,FUS,ODF2,STYX,HPS1,HPS4,CORO2A,CORO2B,UCKL1,YRDC,LRCH1,SON,ARPC3,SP3,DMXL2,LRCH4,NOP10,ALAS1,PTEN,NENF,BICD2,SPR,PPP6R1,PPP6R2,PGM3,ACP2,PGLS,ARL5A,UNC45A,ACTR3,EIF5A,EIF5B,ATRX,MSL2,VPS13A,AHSA1,TFIP11,ACTR8,RABGGTB,RABGGTA,MSL1,TOP1,DCTPP1,TNFRSF21,BCAT2,BECN1,CANT1,ROCK1,SRF,SRSF1,MLLT1,RCHY1,FOXRED1,TSPAN31,ZNRF1,SRR,ZNRF2,U2AF2,BAHD1,TRIM46,KRIT1,EIF4H,IGF2BP3,E2F4,HNRNPA1,UBQLN4,EIF4E,EIF4B,HNRNPA0,NOP56,GADD45GIP1,NTRK2,CIZ1,MARCKSL1,HNRNPA3,FEM1A,FEM1B,EXOG,HNRNPAB,EFR3B,CABLES2,NECAP2,MCM3AP,PINK1,MYO1B,NECAP1,CDKN2AIPNL,EIF3I,TSPAN18,TRIM35,EIF3G,STUB1,EIF3E,EIF3F,EIF3C,TRIM32,EIF3A,TRIM33,SMARCAL1,CERK,LDLRAD3,ACTB,RCBTB1,CRKL,HERC4,EFR3A,CDC23,TRIM28,SNRPD1,BSG,CDC27,EPC1,FBXO3,CCDC97,EPC2,EIF2D,TRIM26,ATXN7L1,ATXN7L2,CCDC92,ATXN7L3,SCAPER,TBC1D22B,FBXO9,TRIM23,EIF2A,ARL10,SMARCC1,SMARCC2,ATP6V1G2,ARL15,ALG5,CIRBP,ALG2,TALDO1,ISLR2,MOGS,ACTN4,MFSD10,CDC34,SNHG12,PPA2,KCTD10,PPA1,CDC37,CSNK2B,KCTD13,FLYWCH1,KCTD18,TRIB2,TRIM11,CCDC84,AARS2,GGNBP2,TBC1D9B,DHX8,TMEM63B,DHX9,GIPR,TMEM63C,MYCBP2,CEND1,PGS1,APOO,SYNGR1,HLTF,KCNN1,B4GALNT1,DECR2,ATP6V1C1,NTNG2,SMARCA5,SMARCA2,HARS2,IFFO1,MED13L,SMARCA4,EXT2,ZBTB6,CALY,CDC16,NDUFAF2,NDUFAF3,SDC1,GRB2,NOL11,FBXL6,HERPUD2,DHRS13,CSRNP2,MRPS16,HIBADH,PAK1IP1,MRPS12,RAB22A,HERPUD1,PTMS,THTPA,SYNCRIP,PCM1,ACTR1A,PPP3CB,MAP1LC3B,ACTR1B,UIMC1,RAC3,SDF4,RAC1,GIT1,MRPS28,PBRM1,MRPS26,MRPS27,MRPS24,ATMIN,MRPS25,GAA,PABPC4,MRPS23,MRPS21,PRPF40B,CACYBP,SYP,SYN3,SREBF2,SYN1,CTTNBP2NL,TOX4,RNF144A,KIN,RAP2B,SLTM,PITPNM1,PITPNM2,UFC1,FAM32A,PABPC1,EEF1E1,PTMA,NAPA,PCNA,MRPS35,CAB39,SSNA1,MRPS33,COX5A,NAPG,RELA,GNAI2,RAE1,MAP3K3,GABBR1,SPRYD3,PEX19,VEGFB,KLHL2,MYO9B,MYO9A,VEGFA,KLHL9,SGSM1,PDCL3,NUDT8,TTC5,TTC4,HNRNPA2B1,NDUFAB1,TCEA2,TCEA1,HDGF,GRINA,ZFP28,NARF,SYS1,PRDM4,NUP188,RPP30,ZFAND5,PRDM2,UBE3B,COX6A1,UBE2Z,IGF1R,GNPTAB,PPIP5K2,FAM3A,FAM3C,MORC3,PCID2,DNAJB12,TTC7B,UBE4A,ADAM10,CASK,POU3F1,EEF1A1,PCP4,ADAM15,EHBP1L1,TBC1D24,PPIF,RPP21,WDFY1,PLAA,PPIE,TBC1D25,WDFY3,RAF1,CARS2,PPID,SIDT2,DDX6,COX19,DDX5,NDUFB10,COX15,HTRA2,CACNA1G,NCKIPSD,RAI1,RNASEH1,IRAK1,GRK6,TBC1D13,TBC1D14,QSER1,PDHA1,UBE2I,PCIF1,NUP153,TIMM44,UBE2A,SYT7,HOOK2,NASP,GNB2,GNB1,GNAS,MKRN2,UBE2O,TCF3,UBE2K,GALK1,PHTF2,DYRK3,CUEDC2,DYRK2,ZMYND19,ADAR,RND2,RND3,PITPNC1,LMNB2,LMNB1,TTC28,CABIN1,TMEM222,LASP1,EEF2K,DACT3,NUP133,PDPK1,TTC33,CAD,SYNGR3,EPN1,EPN2,ELF2,ALS2,TMEM214,ATP6V1B2,IFT46,CUEDC1,RALA,RNF8,ASAP1,ASAP2,RNF7,AGPAT1,ADD2,POLD3,CYTH2,TMEM201,GNG2,TMEM203,OXCT1,SV2A,TGS1,TRA2B,TMEM208,PTK2B,SPOCK1,RPP14,MTA2,FBRS,CYTH1,TTC14,ATF7IP,RRM2,SSRP1,TTC19,USF2,HS3ST2,SMUG1,ERCC1,CARM1,POLE3,ERCC8,ERCC5,IPO13,NCKAP1,RRP1,ARPC5L,GPATCH1,HNRNPU,GPATCH4,HNRNPR,SMC5,PHAX,SMC3,EPRS,PHB2,GPATCH8,RRP9,GLS,CNST,ZMIZ1,CSPP1,WDR91,AP1S2,AP1S1,HOMER3,VPS36,CDK5RAP3,DDX17,VPS18,DDX18,NUP210,PRKCE,PRKCD,GTPBP6,REV1,ATG13,GTPBP4,HCFC1,WDR77,WDR81,PRKD3,WDR82,ZSCAN21,PI4K2A,NUP205,ANAPC16,PDXDC1,CTBP1,WDR61,GNS,MTDH,RRP7A,FAM171A2,NCSTN,LDHA,WDR70,BLOC1S1,NUP85,CEP70,VPS11,RRS1,NUP88,NRBF2,ST3GAL1,VPS16,PRELID1,NDFIP2,ICMT,PHC1,SNAPIN,PLK2,SETD1A,NR1D1,EHD1,HNRNPL,GNPTG,HNRNPM,MEX3A,HNRNPK,HNRNPF,TOLLIP,HNRNPD,ATG2A,PPT1,MMS19,HNRNPC,ITPA,ATG2B,FARSB,SETD5,PHF2,SETD2,SMG1,GMEB1,WDR47,CDKN1B,WDR48,DENND1A,SETD7,ARPC1A,WDR41,GPT,KRI1,SMG7,WDR43,UBL3,MTG1,RARS,TK2,CIC,JARID2,SHPRH,TPI1,WDR37,NUTF2,ASH1L,WDR33,GNL3,NCOR2,KAT2A,ZEB2,NCOR1,TUBB2A,KIFC2,MTF2,TCP1,EXOC4,EXOC6,GARS,KIFC3,GAS8,GRN,CDC123,GRAMD1A,NFIX,TIMM9,USO1,WDR24,SCAF8,NSD1,PPP1R7,PPP1R8,USP1,SLC17A7,CKB,PAIP2,PAIP1,FARP1,YTHDF1,YTHDF2,YTHDF3,KIDINS220,WDR18,PCGF2,GATC,ELP2,DHRS1,DEF8,PHF5A,NFIB,PLP2,TMEM229B,ANKRD13B,FAM49B,VKORC1L1,ANKRD13D,CEP120,SYAP1,PARK7,AUP1,RPL10A,CLU,IPO7,TM7SF2,IPO5,PPP1CB,IPO8,IPO9,SLC39A9,CFL2,CFL1,PAPOLA,SNRNP35,PLEKHJ1,GTF2I,RAB2A,RAB2B,TLE3,USP7,MAP2K1,SUPT16H,MAP2K2,TPM4,USP5,RALGAPA1,USP4,USP3,DYRK1A,THOC1,VASH2,THOC2,THOC5,ILF2,THOC6,PYGO2,ILF3,RAB34,MORF4L2,RAB35,SNRPG,AAGAB,SNRPE,ADNP,STAMBP,FKBP4,TOX,CSNK1G1,SNRPB,FKBP5,RTN4R,RAB5B,FKBP2,RAB5C,CBFB,CCDC24,INSIG1,CCDC25,UBR4,SLC38A10,UBR3,UBR2,UBR7,DVL1,UBR5,TPR,PLXNA2,DVL3,PLXNA1,MAP2K7,SRGAP1,MCL1,AP1M1,PLXNA3,TRAPPC2,UVRAG,EIF2B4,TRAPPC3,OSBPL7,AKIRIN1,EIF2B3,POLR3GL,SEC16A,TRAPPC5,M6PR,FANCE,BCL9,SLC7A6OS,COPS5,LRFN4,DAB1,NBEA,NSG2,MAP3K10,CPE,PLXNB1,CNIH2,RAB5A,BCL2L2,CNIH4,BCL2L1,MAP3K12,SLC48A1,DIDO1,MCM7,ZC3H4,ZC3H3,WDR3,CEP164,WDR4,PIK3C2B,ADAMTS3,AP1G2,NOB1,VPS72,SNRNP70,UBTF,WDR5,WDR6,EIF2B1,TNPO1,TNPO3,ADSL,RFC3,PLEKHG2,RFC2,RPL13A,SMC1A,DNAJC2,TFDP1,DNAJC7,CTDSP2,POLR1B,DNAJC5,CRK,HDAC5,HDAC2,TSSC4,HDAC1,RAB1B,VPS4A,PDHB,TTL,HDAC7,DNAJB2,NFS1,HECTD1,POLR2A,ABLIM3,HAUS7,POLR2C,RAB24,DNAJB9,CSK,POLR2H,RAB28,ADSS,POLR2J,SEC11A,POLR2L,SLC35A2,SLC35A4,PPIL2,RNGTT,IDH3G,FBXL19,AMFR,CCDC59,TPRKB,RPRD2,FBXL16,RAB10,SNRNP40,VAPA,RAB15,GLOD4,RAB12,DNAJA2,POLR3E,POLR3H,PPIL4,TPT1,SLC35B2,ISCA2,TCERG1,VEZT,ISCA1,HDAC10,PITPNB,SLC35B1,PITPNA,PPP2R2A,HS6ST1,PDCD2L,RPS15,TIAL1,PNN,RPS14,RPS17,KAT5,RPS19,FLAD1,DENR,RPS11,BTRC,SEPHS1,TBC1D10A,TBC1D10B,SRRM2,COG4,COG3,IFRD1,COG2,COG1,AP1AR,CPT1C,SRRM1,TWSG1,KATNAL1,ZW10,SIK3,SIK1,SUCLG1,SIK2,ATP6V0D1,STXBP1,CSTF2,LIAS,RPAP3,CHTF8,FXR2,GSE1,MLEC,RALGDS,ARGLU1,VASP,VAT1,SETDB1,SYNRG,PUM1,PUM2,SMU1,RPS26,ZZZ3,RPS29,FUBP1,ADCK5,RPS20,RNPS1,RBAK,RPS21,C2CD2L,TOP2B,AHCTF1,GFM1,FAM45A,CITED2,GFM2,SLC44A2,ZFAND2A,SLC35F1,LIMD2,COIL,XPO1,C1QBP,CHMP1B,CHMP1A,DNER,SH3PXD2B,TMED2,TMED1,TMED4,RALGPS2,TOP3B,PARP6,TMED9,PARP1,GP1BB,PPHLN1,PPRC1,MLF2,SLC22A23,SCNM1,HNRNPH1,NFX1,HNRNPH3,MPND,FYTTD1,DTYMK,PTGER1,AMIGO1,GDPD1,NOL7,NOL9,RFNG,GDPD5,PTS,NT5C,PPP2CB,HIRA,ZDHHC18,UBTD2,NT5M,APBB2,METTL9,MPP3,PTGES2,NFYC,GINS4,XPO7,MPP6,RAB11A,KBTBD4,HIST3H2A,XPOT,CAPZA1,COPG2,APBA1,MEGF8,APBA2,KDM1A,NDUFA12,SPPL2B,ROGDI,MRFAP1,COMT,PAIP2B,FAM162A,ARHGDIA,CWC22,FPGS,HCFC1R1,AZI2,LMO1,NOM1,RALBP1,PHYH,TRAPPC2L,KDM2B,ACYP1,ATP1B1,PUS7,PCDHA12,TRPC4AP,RSBN1,PRPF6,MYCN,MATR3,AMPH,DAP3,ISYNA1,PXK,RPS19BP1,CHRNA7,NOP2,PXN,CLEC16A,CABP1,EFNA4,PRPF8,EFNB1,EMG1,CDH24,RPRD1A,BPTF,CPSF4,KLHDC3,CPSF7,CBX5,CBX4,CPSF1,RHBDD3,RHBDD2,CBX3,NONO,CBX2,IDH1,CBX1,COQ9,CRLS1,EIF2S1,EFNA3,COQ2,EFNA2,CAPRIN1,BLMH,LRP10,SAE1,LRP11,MUS81,KDM5B,THRA,ASNSD1,CBY1,YBX1,MFSD8,RPS4X,CASP9,SPRED2,MFSD6,SEPT6,PPP2R5E,MFSD5,SNAPC2,CASP3,MFSD1,CASP2,TOPBP1,KDM6A,KDM6B,MAPK1IP1L,H2AFY,H2AFZ,H2AFX,SPATS2,IQCE,AXIN1,PPP2R5B,RPS3A,OXSR1,PPP2R5C,DNM1,DNM2,FCHSD2,RABEP1,THRAP3,DDAH2,TRAPPC6B,CDH10,DNLZ,TMEM9,HAGH,PFDN4,PFDN5,STOML2,KDM3B,STOML1,NRXN1,ETFDH,PDXP,NRXN2,ATP1A1,TBRG4,THBS3,MAPK9,CHSY1,DDT,RPS6KC1,SAP30L,GNA11,MAPK1,SNCB,MAPK3,KDM4A,KDM4B,LIMK2,LIMK1,CYHR1,DEK,SLC4A8,RPS6KB1,CAPN10,PPP2R2D,ATP13A2,LPIN2,MAPKBP1,CHIC2,EHMT2,TSEN54,LSM10,PSMD8,SAMD14,KRTCAP2,PSMD6,LSM11,PSMD5,PSMD3,PSMD1,TMEM8B,MEF2A,STARD3,CSNK2A2,NGDN,DNTTIP1,RFX1,EML1,SCAMP2,FAM133B,EML4,RUFY1,EML5,EID2,MYL6,RFX7,RUFY2,PSME1,UQCRC1,RBCK1,UQCRC2,LETMD1,MTMR1,MEAF6,TTYH1,FLII,AGAP2,MRPL16,COPS7B,ABCB8,COPS7A,AGAP3,AAAS,MRPL12,MTMR4,OAZ1,MRPL10,MTMR6,GIGYF2,MRPL11,MRPL20,CYB5R3,PRKAR2B,GRPEL2,VTI1A,AMZ2,PUSL1,RHBDL1,VTI1B,ABCA2,B3GALNT1,PRRT2,PMM1,CADM1,ABCA3,EXOC6B,MRPL28,BBIP1,ERLIN2,FAM136A,MRPL23,EIF1,MLLT11,SETX,MRPL30,PCDHGA11,ABTB1,UCK1,EIF6,PSMG3,PSMG4,PSMG2,AVL9,EZH1,TMEM9B,EZH2,ARF3,PIGS,PIGO,PIGQ,HEXB,RPLP0,MRPL38,LRRC3,MRPL39,CTCF,MRPL34,MRPL32,MRPL33,JPH4,TRMT112,MRPL42,NIPBL,TUBA1B,TUBA1A,MRPL40,NKRF,TMEM44,FASTK,RPLP2,SH3BGRL3,APPL1,UPF2,DFFB,LRRC45,ACTL6B,ELOVL4,NSUN2,LRRC49,ELOVL2,ACTL6A,SIRT4,MRPL49,ELOVL6,SIRT6,SIRT7,DYNLL1,MRPL45,MRPL43,LRRC41,SRP9,LRRC42,MRPL52,PSMA5,MRPL53,MRPL50,PSMA1,TMEM33,CDC42EP4,CDC42EP2,PELI1,TMEM106C,PGAM5,SLC29A1,VAMP4,DSCAML1,VAMP2,ARF5,ARF6,LRRC14,RNASEL,STAU1,SRRT,RPS27L,CCNDBP1,PSMA7,GGA1,PSMB7,GLRA2,UNK,GGA3,BTAF1,PSMB5,TCOF1,TMEM65,LEO1,CLPTM1,ANO10,FLNA,HARS,NCDN,RABAC1,EXTL3,MEF2D,YKT6,UTP6,LRRC24,UTP3,USP9X,YLPM1,SAMD4B,TMEM62,GATAD2B,GATAD2A,BYSL,LRRC20,LETM1,PSMC5,PSMC6,PSMC4,TTLL1,SERBP1,RIMBP2,CSE1L,ZBTB22,TSEN2,HDDC3,YY1,ATCAY,RUVBL2,OSBP,SCMH1,KPNA6,PMPCB,KPNA2,NOMO1,SLC25A46,SH3GLB1,SH3GLB2,ANAPC7,UBE2E3,PPP1R16A,ZBTB34,ZBTB33,FOXP1,ACAP3,OLFM1,OLFM2,SLC9A5,LIX1,SLC9A8,MAPKAPK5,RAD54L2,SNRNP200,ANAPC1,KPNB1,NSMAF,ANAPC2,LRRC59,RNASEH2A,PFKFB3,TUBGCP2,MAX,ARL3,MAZ,ISG20L2,ARL2,FOXO6,NTPCR,GLIS2,SLC9A1,SOCS2,LRRC4C,SLC38A2,GOT2,ZBTB12,ZBTB11,EEF2,GNL3L,TMEM11,MDM2,AAK1,PIN4,TUBGCP4,TMEM19,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,CELF1,POMT1,CELF5,ARRB1,ARRB2,MRPL4,MRPL3,MRPL2,MDK,SUMO3,PMEPA1,MRPL9,DGCR6,ERC1,MDP1,ERC2,EID2B,CTNNBL1,PELP1,HSP90AA1,PPP1R12A,SH2D3C,SIGMAR1,VPS37D,NDUFC1,DDOST,QTRT1,GIGYF1,PPM1A,NSMCE4A,NPC1,NPC2,SLC25A19,BIRC6,PPP1R12B,SLC25A5,PPP1R12C,AHDC1,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C3,GTF3C4,NDUFB7,LRP1,GTF3C6,NDUFB5,PRCC,CXXC1,NDUFB2,LRP3,FOXK1,ZBTB45,PPM1D,PPM1E,LRP8,LRP6,PPM1G,GANAB,PARD6A,SLC25A28,FCHO2,SH3BP2,BEND3,SH3BP5,LRRC8D,SLITRK5,LRRC8A,SLC25A23,AAMP,SLC25A22,ATP9A,SH2B1,SLC12A2,PTPN1,SEC24B,PPP1R14B,NDUFA6,MMAA,NDUFA3,FOXJ2,DONSON,LYSMD1,MBOAT2,RPL23A,BAIAP2,TPD52L2,NELL2,SLC25A38,PTPN9,CDR2L,SMAP2,SEC24C,EPHB6,AHCYL1,TMEM41B,KDELR1,EIF4A3,PREP,KEAP1,TXNDC11,ZDHHC6,CCNC,ZDHHC8,THUMPD1,IFI30,TXNDC15,ZDHHC4,CYB5D1,UBE2L3,RASSF1,RASSF2,DHX57,OGFOD2,EPHB1,TMPO,SLC12A9,ARSA,ST6GAL1,PAQR4,SCAF11,IMP3,ENTPD6,ZFP2,PISD,CCNY,ULK3,CD2BP2,CTXN1,MMADHC,TMEM87B,PEX11B,PIK3R1,UBE2J2,DHX30,SNX2,PCBP4,DHX34,PCBP1,TSPAN6,DHX36,PCBP2,DHX37,SURF6,RCE1,RBM12,SCN3A,N4BP1,ZBED4,RAB11FIP5,CTSA,SURF1,INTS1,LRRN3,SURF2,IQSEC1,ZFR2,RCC2,SURF4,MICAL3,PAICS,ICK,SNW1,WNK1,PPP1R1B,INTS5,INTS4,COL9A3,INTS7,CALM3,RCOR2,INTS8,RGL2,TMEM151B,DOC2A,CCDC127,FAM57B,PPP1R10,CCDC124,INTS10,DIRAS2,AP2A1,PCSK7,WASL,AATF,IER3IP1,SPTLC2,CTSL,HYAL2,DHX15,DHX16,SSSCA1,KIF1B,NCOA1,VKORC1,DBNL,WARS,NCOA6,CCDC115,MINK1,ZFR,ANO8,MRPS2,ANO6,COMMD1,MRPS7,RGMB,PDRG1,CSDE1,NCOA7,CRELD1,CD47,GLCCI1,CRELD2,DBN1,STK40,INPP1,DOT1L,CCDC107,CRIP2,CCDC106,MNT,PAK1,ARVCF,PGRMC2,EXOSC4,EXOSC8,SCAND1,CCT7,EXOSC2,PAK2,CCT5,NPDC1,BCAP31,NPM1,YIPF1,RPA1,TMUB1,HUWE1,UBE2G1,RSRC2,UBE2G2,AP2B1,NLE1,TMUB2,PPP1CA,FKBP1A,MAD2L2,PER1,DPY19L1,KIF26A,ESYT2,TARDBP,DPAGT1,FHOD3,SCARB2,MIDN,ACAA2,PHRF1,ACRBP,PPME1,KHSRP,CAPN5,KIF5A,PALM,CAPN2,EP300,ARID2,SBF1,RGS9,PPFIA3,SH3GL1,ADPRHL2,DIMT1,SLC30A5,LMTK3,LMTK2,ATAD3A,DOK4,HNRNPUL1,TMX2,FAM173A,TMX1,HNRNPUL2,SBDS,UBE2V1,GEMIN7,RTN2,VCP,PSMD12,NDRG3,PSMD11,NXPH3,ARHGEF25,NXPH4,KLHL17,TOR1AIP2,SLC1A4,PDS5B,PDS5A,NDRG2,RASGRP2,RTN4,KIF3B,CAMTA2,H1FX,VARS2,NDUFV2,NDUFV1,BCL9L,PRNP,GGT7,ZFHX2,VTA1,PHF12,ECD,HMGA1,KLHL22,KLHL24,CLK4,ANKHD1,CLK3,KLHL20,CLK2,GCLC,BMP1,OSTC,STT3B,TAB1,LSM14B,LSM14A,YWHAE,GSK3B,RBM28,PRR7,GSK3A,NAA40,DDX3X,DDX46,DDX47,CHD8,PRR3,MAST1,CHD6,DDX42,CHD5,ATP2A2,PSIP1,ILK,HMGB3,CHD4,CHD3,DDX41,TRIAP1,HMGB1,CHD2,MEA1,TMEM191C,PPP1R9B,RPGR,ABHD16A,BCL7A,UBE2Q1,YWHAQ,UBE2Q2,BCL7C,GATAD1,NUP62,NPTN,MLST8,YWHAG,YWHAH,UTP15,RBM17,NAA30,GLRX3,NCBP2,DDX55,TBC1D8,DDX54,ABHD14B,ABHD14A,YWHAZ,PJA2,PJA1,CREB3,SFPQ,LMBRD1,CREB1,IRF3,NDUFS7,GORASP2,PEX3,PPDPF,PEX6,NUP50,PEX5,TBC1D7,NDUFS4,NDUFS3,NDUFS2,NAA38,NUP54,EAPP,IRF9,RBM22,DCTN6,DCTN5,PARG,MVK,DDX27,DDX24,NAA20,DCTN1,TGFBRAP1,DDX23,GOSR1,TAF9,DDX20,PARN,DDX21,RBM4B,CLCN3,ATP2C1,CLCN2,PARL,DNPEP,TNKS2,RAB40C,MAT2A,TAF1C,BMS1,SMNDC1,PDLIM7,RBM39,TAF15,NAA10,GALNT2,TAF10,TAF11,LRWD1,SOD2,MAPK14,CHFR,SOD1,RPIA,MAPK11,IRGQ,PNKD,FAM131C,GLB1,ASB8,FAM131B,ASB6,ACIN1,QRICH1,FAM98B,NAA15,FAM98A,RBM45,CLUAP1,MBTPS2,RB1,RPL5,RPL3,TRIO,CLPB,RPL32,TRRAP,DCAF5,GABPB1,BACH1,RPL9,GLE1,MYC,CDK20,RPL36,RPL35,PIP4K2A,RPL38,PIP4K2B,RPL37,DIP2B,RNF111,MED1,ACOT9,ACOT7,TSPYL1,UNC13A,DAPK1,PIH1D1,RPL22,CD3EAP,MED4,MED6,GPR162,DYNC1LI1,DYNC1LI2,IFT81,SARNP,CLPP,TYRO3,RPL27,RPL26,RPL29,ALG10B,RPL28,DUS3L,PRR14,PRR13,CDC42SE1,POM121,RPN1,NEDD4L,NOLC1,SLAIN2,VPS26A,HIF1A,FAM160B1,PRDX2,ABR,FAM160B2,PRDX5,PPP3R1,PPP4C,RIC8B,RAD21,PRDX1,CHST15,PLCG1,SLC19A1,SERF2,S100A10,CDK17,RPL41,ACD,JUND,CHKB,CHKA,H3F3B,RAB3IP,RDX,PRRC2C,TYSND1,UPF3A,PA2G4,PRRC2B,THAP11,TMEM198,PRRC2A,TADA2B,FIBP,SLC6A6,PPP5C,RNF103,SLC6A8,NPLOC4,DUS1L,CDK16,OGFR,TRMU,SPEF1,CLTC,TCF20,ADO,PFAS,CLINT1,RNF157,TMEM189,FAM102B,SPIN1,GPR137,GPRASP2,ZC3H10,BRD2,BRD1,SSR4,HSBP1,TCF12,ITPK1,AFTPH,LSG1,INF2,PHLPP2,SF3B2,SF3B3,PHLPP1,RPL11,GPS2,TM9SF3,BCLAF1,TMEM169,SRP72,RPS3,ANKRD52,RPS2,RPL18,BRD7,SF3B1,ANKRD50,DTD1,RPRM,SF3A3,SF3A1,SF3A2,BRF1,AGK,WWP2,SRP68,GTF2H2,BLCAP,LRPPRC,FIG4,TMEM158,LPCAT4,ABI1,TRMT6,ZYX,RNF141,PHLDB1,TOR2A,CHPF,ATP8A1,TUSC2,YEATS4,FAM107B,ABHD12,LZTS2,MAF1,STK32B,MEN1,SEMA6B,BIVM,ANKRD46,RPS8,IGFBP3,ANKRD44,RPS5,AIP,DGKZ,RNF41,DISP2,BSCL2,ST7L,CLIP2,CACNB3,RALGAPB,ZFP41,NCL,DGKQ,ERH,XIST,TTPAL,GLYR1,ANKRD17,DNMT1,CD151,CUL5,ANKRD11,CUL3,ABHD8,CUL1,AK3,KLC1,PHF21A,KLC2,BAG5,PITRM1,BAG1,ABL1,WDTC1,MPDU1,ESRRA,TOR1A,ATP8B2,TNK2,MARCH9,ASNS,BTBD6,MARCH6,ADAP1,TOR1B,LSM4,MARCH5,CHERP,LSM2,CDK9,CDK8,NSFL1C,GON4L,CDK5,CDK4,CNOT1,CNOT2,RNF181,GPR107,NF2,LZTR1,SERINC3,EIF4G2,RNF187,LMBR1L,DAGLA,RNPEPL1,RNF14,TRADD,PTPN23,SGCE,DUSP11,RPL7A,PTBP1,DUSP12,SART3,OPA1,SIN3B,SIN3A,HIF1AN,TAPT1,IQCB1,REXO1,PDCD6IP,RTN4RL2,REXO2,YDJC,PATL1,REXO4,COASY,ZFP90,PTP4A1,PTP4A2,TRAF7,DALRD3,TRAF4,ASPH,RP9,EIF4E2,SOS1,TRABD,SMARCD1,SMARCD2,RNF34,SMARCD3,WBP2,RPL36A,SEMA3F,DCAF15,CACNG7,HIRIP3,RBBP4,RBBP5,MGAT5B,RBBP6,DCAF11,FNIP2,MEST,DCAF13,SPAG9,SEMA4A,SPAG7,KCNJ11,RNF24,TXNRD3,SEMA4D,KCNIP2,RNF26,PLCL2,ADRM1,SEMA4C,DDHD2,RPL35A,CUL4A,PFKL,KLF6,APC,IMPDH1,MGAT4B,RUNDC1,RHEBL1,PFKP,METAP2,CBLN1,APP,CMAS,ARL6IP1,RAPGEFL1,GOLGA2,GOLGA5,RUSC2,DPF1,HABP4,ARL6IP4,UBAP2L,KIFAP3,GOLGA7,AGFG1,AQR,NFKBIL1,SACM1L,SLC11A2,MRPS18B,MRPS18A,JMJD8,COX7A2L,RRAGA,BOLA2,GUF1,AURKAIP1,LLGL1,TELO2,IGSF8,ANP32A,TEX264,MGST3,TWF2,TWF1,TEX261,NLK,IGSF9,TMTC4,INPP5B,NLN,NUAK1,GNG10,SGPL1,SPAST,VPS8,INPP5E,SCAP,MAP4,PATZ1,SCAI,NUS1,BCL11B,BCL11A,TMEM50A,TREX1,INSR,MEMO1,STAM,ACADSB,GADD45G,UBAC2,CCDC88A,STAG1,STAG2,GOLGB1,CCDC88C,ANP32E,TMCC2,ALDH18A1,ANP32B,ITM2C,CDS2,DAZAP2,HBS1L,TRAM1,DAZAP1,GDI1,SH3KBP1,FAF2,PRPF19,SERP2,HINT1,SERP1,ZMYM2,GLIPR2,ZMYM5,PRMT6,MAP4K2,ATP6V0B,PRMT1,TSC22D3,PRMT3,NME2,NME3,RHOF,UCHL3,NME1,RHOB,PRPF18,PACS1,FRG1,MPPED2,WAC,RHOU,RHOV,MAPT,ALDOA,KPTN,RBM15B,CUX1,SHOC2,MAP4K5,SUZ12,RANBP1,RANBP9,RSL1D1,MARS,STAC2,R3HCC1,CTNNB1,RAB3GAP2,TRIP12,TOMM5,CDK5R1,POGK,HDLBP,CIB2,NUCKS1,ARID4B,ARHGAP39,TOMM22,EFTUD2,TMEM145,FBL,TMEM147,POGZ,CHCHD1,PDIA3,APLP2,SPNS2,TSC2,OCRL,TSC1,WRNIP1,TRNT1,KCTD5,PDIA6,TMEM131,KCTD6,DPM2,OXA1L,TMEM136,PHOSPHO2,TBL1XR1,ILVBL,RPL7L1,SPNS1,STAM2,ISCU,PDE9A,LTBP4,COX7A2,DTX4,STK4,ADIPOR1,MAN2A2,DPP8,DNAJC21,EP400,SUDS3,MARK4,MYH10,ATP6V1D,ZC3H14,MARK3,PDZD8,PDZD7,ZC3H15,ATP6V1F,HSPA9,SMAD2,SMAD1,HSPA8,SMAD4,ACBD4,HSPA5,DNAJC11,TBCD,IFT122,DNAJC13,DNAJC14,SMAD5,TDRD3,NFKBIA,TMEM115,DLG3,ATG16L1,CLASRP,ACBD3,GRSF1,NFKBIB,B4GALT2,SCYL3,B4GALT3,USP36,PCDHGB7,ACADVL,DOCK4,ABCD3,USP38,NVL,DOCK9,USP32,DOCK7,ELAVL4,SLC2A3,USP39,ELAVL1,SENP6,TMEM101,SENP5,ZC3H7A,GMPPA,FLOT1,PDE4A,TMEM109,MAN2C1,USP30,POLG,SCYL1,USP46,TSFM,KLF11,USP47,JAGN1,PCDHGA4,USP42,ABCC5,RNF208,CTPS2,TRNAU1AP,ARID1A,ARID1B,SENP3,CKAP5,KLF16,LATS1,DDX19A,LUC7L3,USP40,CHMP6,CHMP7,B4GALT7,CAMK1G,CHMP5,B4GALT5,HCN3,RGS19,USP16,POLDIP2,OPRL1,WIZ,MTIF2,MOSPD3,SPG7,TM2D3,TOB1,STRN4,IWS1,HSPD1,RMND5B,NT5DC3,REPS2,ROMO1,CDIPT,REPS1,PTCD3,USP24,LGI1,PTCD1,USP20,BAD,USP21,USP22,HAGHL,SGTA,PCDHGC3,DTNBP1,ZFC3H1,NAP1L1,MEIS3,DLK2,NEURL4,PIK3IP1,RGS12,ABCE1,SSBP4"
+"gene_set_query"	"94"	"ZBTB45"	"180.3"	"ARCHS4 Coexpression,78;Enrichr Queries,169;GTEx Coexpression,294"	"POP7,POP4,GPATCH1,WDR83,ALKBH6,ZFYVE1,ELK1,FAM110A,SCAMP4,CAPNS1,RAVER1,DPYSL2,MYC,ZMIZ2,STMN1,PSMD3,AKT1,AP1S1,PRKACA,IER2,VPS18,HES6,PIH1D1,DAPK3,DNTTIP1,CD3EAP,SCRIB,SOX12,MED6,GTPBP4,HCFC1,RNF126,WDR81,DDIT4,PRR12,RPL28,TTYH3,PDXDC1,AGAP3,CHST12,PIP5K1C,PUSL1,HEXIM1,JUN,JUND,JUP,DMPK,IRF2BP1,SNF8,NR1D1,THAP11,PRRC2A,TMEM199,EHD1,PPP5C,FASN,GIPC1,PSMG3,DUS1L,OGFR,LRSAM1,PIGU,PHF23,PIGQ,SNX12,MRPL38,MED16,TMEM186,BBC3,TRIM8,MED11,MED10,FASTK,GPR137,CIC,JARID2,EMD,UBL7,ZC3H10,BRD2,UPF1,SPHK2,MED27,DUSP6,NCOR2,RNF167,TAF6L,SLC7A5,MED25,TUBB2A,INF2,SDHAF1,PXDN,SLC29A1,TKT,ARF5,SF3B4,CDC123,GRN,NFIX,LIN37,TMEM160,WDR24,CENPB,CLPTM1,RRP36,CKB,ANKRD52,RABAC1,NKTR,MBD3,BRF2,SF3A2,NR1H2,TTC9C,SCAF1,XAB2,MYBBP1A,SNX14,SNX15,TAOK2,ZYX,NUCB1,PLP2,PKN1,AGRN,CCNT2,CHPF,ATN1,ZBTB22,TM7SF2,STK11,RUVBL2,CFL1,PAPOLA,FBRSL1,PIM3,LZTS2,MAF1,MEN1,MAP2K2,USP5,IGFBP2,FOXP4,POLRMT,DGKZ,RNF40,ATXN2L,CTDNEP1,PYGO2,DMTF1,RAB35,NHP2,FSCN1,CSNK1G2,SNRPA,ANAPC2,RAB5B,INO80E,RAB5C,MAZ,ABHD8,SLC38A10,CORO1B,FBXO42,GLIS2,SBNO2,NDOR1,KLC2,PITRM1,DVL1,BTBD2,NACC1,DVL2,E4F1,SAC3D1,TRAPPC1,TOR1A,CCDC12,TNK2,ASNS,ARPC4,CHERP,LRFN3,DRAP1,NSFL1C,SH3BP5L,SLC7A6OS,LRFN4,CNOT3,CCDC22,RNF185,CNIH4,BCL2L1,ISY1,ZC3H4,ZC3H3,PTPN23,MRPL4,SART1,DUSP12,VPS72,PPP6R1,PPP6R2,PMEPA1,MRPL9,MDP1,DGCR2,EIF5A,BCAS3,REXO1,YDJC,DDOST,TRAF7,PTP4A3,CTDSP2,POLR1B,ETF1,GAPDH,PPP1R12C,AHDC1,BCAT2,TRABD,HDAC5,CANT1,SRC,MGRN1,RAB1B,PRCC,MLLT1,DCAF15,FZR1,NCLN,RBBP5,U2AF2,FEM1C,CSK,SLC25A22,CCDC71,HNRNPA3,CIZ1,GPKOW,RNF25,MID1IP1,FBXL19,MBOAT7,ADRM1,LYSMD1,ASXL1,KLF6,PFKL,SLC25A39,IMPDH1,STUB1,BCAR1,SMARCB1,HDAC10,VARS,ZMYND8,ZDHHC8,HS6ST1,ACTB,UBE2L3,KAT5,TRIM28,BSG,LONP1,CCDC97,ZFPL1,ATXN7L3,SOX4,PAQR4,IMP3,ARRDC1,BOLA1,CIRBP,PTOV1,CSNK1D,MOGS,JMJD8,MFSD10,THAP3,NIF3L1,RRAGA,GRWD1,ULK1,CTXN1,TELO2,PEX11B,SUPT4H1,TWF2,PIK3R2,APH1A,CHTF8,DHX34,PCBP1,GSE1,SYMPK,TNRC18,PATZ1,ARGLU1,RAB11FIP3,TMEM184B,INTS1,GADD45G,ID2,INTS5,ITM2C,CITED2,GPAA1,CCDC124,MRPS12,PRPF19,RPTOR,ACTR1A,ZMYM2,ENC1,CHMP1A,SDF4,UBXN4,GIT1,TSC22D1,GAA,MRPS7,PPRC1,COMMD5,MLF2,RHOB,CTU1,SCNM1,PITPNM1,RPUSD1,HNRNPH1,FAM32A,ALDOA,SGK1,MPND,ATP6V0C,DBN1,NAPA,TOMM40,NOL7,NEDD8,CCDC106,NOL6,GNAI2,MNT,EXOSC4,PES1,HSF1,SCAND1,NFYC,MIB2,TMUB1,VEGFA,RAB11B,KBTBD4,HNRNPA2B1,PNPLA6,GRINA,MIDN,PHRF1,ARHGDIA,KHSRP,HCFC1R1,PALM,FPGS,SBF1,SH3GL1,RALBP1,ATAD3A,ADAM15,HNRNPUL1,FAM173A,HGS,RPP21,SPNS1,TBC1D25,CHMP4B,FIZ1,GEMIN7,KLHL18,DDX5,ISYNA1,PXN,LTBP4,NDRG1,RAI1,SHARPIN,ZMAT2,TMEM127,ZMAT5,GRK6,H1FX,CAMTA2,MARK2,BCL9L,PRNP,CBX4,CPSF1,PCIF1,HMGA1,NFKBIA,EFNA2,TMEM115,NASP,HOOK2,HOOK1,UBE2S,GNB2,DNAJC10,CHMP2A,UBA1,DYNLRB1,MXD4,UBE2M,GSK3A,ACADVL,DDX49,PRKCSH,CHD6,PPP1R9B,LASP1,MFSD5,MLST8,TIMM17B,SCYL1,RBM14,KLF13,PDPK1,H2AFX,AXIN1,DDX54,EPN1,KLF16,FAM189B,PPDPF,AKT1S1,CHMP6,OTUB1,POLDIP2,DCTN3,WIZ,SLC3A2,STRN4,USP19,TFPT,DNPEP,MTA1,TMEM203,MKNK2,RALY,MTA2,FBRS,PDLIM7,RRM2,ATP13A1,SGTA,HAGHL,SMUG1,CLCN7,NEURL4,CARM1,ASB6,RBM42,TAF6,VIM,SSBP4"
+"gene_set_query"	"95"	"ARNT"	"180.8"	"Literature ChIP-seq,138;ARCHS4 Coexpression,298;Enrichr Queries,245;ReMap ChIP-seq,148;GTEx Coexpression,75"	"SCOC,POP7,TFRC,RBPJ,TSKU,SCAMP5,NDST1,PREX1,SAMD14,KRTCAP2,MPRIP,DPYSL2,AKT3,AKT1,PRKACB,SAMD10,MEF2A,CXADR,DICER1,HDHD2,GAPVD1,EML4,MYL6,PRKAR1B,ASPHD1,PRKAR1A,ZC3H11A,DDIT4,JTB,VOPP1,ATF4,TTYH1,SHMT2,CDCA4,AGAP2,AGAP1,BAZ2A,MRPL14,AGAP3,MRPL12,PLA2G6,GABARAP,MRPL10,MRPL11,MRPL20,PIP5K1A,HEXIM1,CREBBP,JUN,CADM4,JUP,CADM2,MRPL27,MRPL24,PBX1,MRPL21,EIF1,MLLT11,TBL3,SFXN3,NMT1,HYOU1,GSTM5,ARF3,GPR27,PIGU,RPLP1,ARHGAP1,SNX12,PRKAG2,SHB,OSBPL11,DDA1,BBC3,IKBKB,TRMT112,NIPBL,JPH3,TMEM43,FASTK,DLGAP3,JAK2,ENOPH1,JAK1,PCMTD1,APC2,DUSP1,SPHK2,SLC39A11,MANEAL,DYNLL1,DYNLL2,TOMM40L,DUSP6,MRPL52,PHF20L1,TMEFF1,MED22,SLC7A5,SLC7A6,PSMA4,CDC42EP4,PXDN,RAPGEF1,CHST1,TUT1,PAFAH1B3,VAMP2,RNASEL,STAU2,GSTP1,ODC1,SNX32,CENPB,PSMA7,PSMB7,SNX29,UNK,PSMB5,RECQL5,AP2S1,LEO1,SAMD1,MEF2D,CENPV,USP9X,WNT7B,STAT2,TARBP2,GATAD2B,TMEM60,CCDC9,TAOK1,TSR2,PKN1,YPEL4,YPEL3,TMEM167B,PDCD5,ATN1,FBXO21,HDDC3,YY1,ATCAY,SESN1,ADORA1,PIM3,MAP3K9,MAP3K7,KPNA1,SLC38A1,CISH,FBXW8,FBXW7,ATP11C,ATP11B,ATP11A,FOXP4,LENEP,CDC25B,FOXP1,FRMD5,SLC9A8,MAPKAPK2,SRSF3,SRSF6,ARL8A,FTO,GRIA2,RNASEH2A,MAX,ARL3,ISG20L2,SPATA2,SLC9A1,SOCS2,EIF1AD,NDOR1,PMVK,LRRC4C,SLC38A2,ZKSCAN1,LRRC4B,TMEM120B,BOD1,UROS,FBXO31,DRAP1,ARPC2,UQCRQ,SP3,MDM2,PIN1,MDM4,LRCH4,OGT,NFE2L1,ITGB1,HSP90AB1,COX4I1,CELF4,PTEN,CELF5,ARRB1,AP4M1,NGRN,MDK,ERC2,EDIL3,UNC45A,BCAS3,EMX1,HSP90AA1,PPP1R12A,DST,VPS37C,NDUFC2,VEZF1,RAD23B,ARL4C,SLC25A17,PIK3CA,NRG3,SNPH,BIRC6,TOP1,SEC22B,SLC25A11,AHDC1,ST6GALNAC6,RNFT2,PPP1R15A,NDUFB9,PRPS1,NDUFB8,LRP1,NDUFB6,ROCK2,NDUFB4,SRSF1,PRCC,NDUFB2,PPM1D,TSPAN31,ZNRF1,GANAB,CCDC85C,U2AF2,SH3BP2,TRIM46,FYN,FSD1,SLC25A23,UBQLN4,AAMP,SLC25A25,EIF4B,ATP9A,BEND5,GADD45GIP1,NDUFA8,PTPN1,SEC24B,PPP1R14B,MARCKSL1,TRIM41,SLC12A5,NDUFA6,PCDH9,NDUFA4,MID1IP1,NTRK3,NDUFA2,FOXJ2,RPL23A,EFR3B,MYO16,TSPAN14,MYO1B,SYT11,OCIAD1,PDCD4,EIF3H,CCM2,TRIM37,KCNK2,PLEKHB2,ZDHHC5,ZDHHC7,LDLRAD3,ACTB,CYB5D1,TXNDC17,TRIM28,SNRPD2,SNRPD1,EPC1,ATXN7L1,CCNL1,EPHA4,SMARCC2,PAQR4,SCAF11,ARL15,ACTN1,CIRBP,CSNK1D,MIF,PISD,TAGLN3,KCTD12,BCORL1,CTXN1,TRIB2,TRIM11,KCTD15,L3MBTL3,TMEM63B,FOXG1,CEND1,PTTG1IP,PIK3R1,TTBK1,PGS1,PCBP3,PCBP1,ERI3,TSPAN7,PCBP2,HIVEP1,SYMPK,FAM192A,HIVEP2,RIMKLA,RAB11FIP4,XBP1,SURF1,IQSEC2,SURF2,INTS3,RCC2,SURF4,DCLK2,SMARCA2,PTK2,DCLK1,MED13L,SMARCA4,EXT1,EXT2,WNK1,ID2,INTS5,NDUFAF2,INTS4,GRB2,COL9A3,CALM2,NRP1,DOC2A,FAM57B,TECR,GRIK2,WASL,PTPRK,NAT14,COX7C,PPP3CA,ARV1,MAP1LC3B,PCLO,NCS1,SSSCA1,KIF1B,KIF1A,CTSD,NCOA1,COX8A,MRPS28,NCOA2,PCYT1B,MRPS26,MRPS24,MRPS22,NCOA4,MRPS21,ANO6,TMEM150C,SREBF2,MRPS9,RAP2B,CSDE1,PITPNM2,TAX1BP1,ARHGEF2,EEF1E1,PTMA,SFI1,SATB1,CRIP2,CCDC106,COX5B,COX5A,RELA,MNT,PAK1,FAM172A,CAMK2N2,PAK2,MON2,SPRYD3,VEGFB,TMUB1,UBE2G2,MIAT,COX6C,YIF1B,VEGFA,PER1,DPY19L1,NDUFAB1,TTC3,FAM171B,HDGF,ESYT2,GRINA,DPAGT1,SCARB1,CRTC2,MIDN,SYS1,WWC1,PEBP1,UBE3A,COX6A1,CYP46A1,SRP14,IGF1R,TXN2,FAM174B,KIF5C,CAPN5,CAPN2,EP300,BANF1,ARID2,BAHCC1,PPFIA3,RGS6,KIRREL3,OSR1,LMTK3,RUNDC3A,POU3F3,COX6B1,ADAM15,FAM173A,PSPC1,DOK5,GPRIN1,GPD2,EHBP1L1,TBC1D24,UBE2V1,GEMIN7,PPIA,RTN2,DDX5,TMED10,NDUFB10,ARHGEF26,ARHGEF25,NDUFB11,NXPH4,HTRA2,CACNA1D,NDRG1,RAI1,DEAF1,GRK6,BCL9L,SYT5,PRNP,AUTS2,KLHL25,HMGA1,SUPT5H,GNAO1,AHI1,HOOK2,HOOK1,GNAS,PHF14,CYCS,DEGS1,LSM14B,GALK1,UBE2M,PICALM,YWHAE,RERE,PHTF2,GSK3B,GSK3A,PODXL2,YWHAB,PRKCSH,CHD6,ATP2A2,ARHGEF10L,ADAR,CHD2,MEA1,AFF4,RND3,PITPNC1,PPP1R9B,LASP1,EEF2K,BCL7C,MLST8,MYO18A,HSDL1,ARHGEF12,PDPK1,TBC1D8,SYNGR3,EEF1G,NDUFS8,CREB1,NDUFS7,TBC1D5,PPDPF,NDUFS5,CAT,GFOD2,NDUFS2,NAT8L,ZMYND11,CUEDC1,SHANK2,OTUB1,DCTN3,ASB13,PARN,ASAP1,ADD2,CYTH3,DNPEP,TMEM203,MAT2A,GNG5,CNR1,MTA2,TIMM8B,MBTPS1,CHURC1,ATP2B4,SSRP1,MAPK14,MAPK10,SMUG1,FAM155A,PNKD,SBK1,ERCC1,FAM131B,ACIN1,TAF6,KRAS,RAN,TAF1,R3HDM2,RB1,CNTFR,TES,TRIO,RPL3,STMN3,HNRNPU,DCAF8,GPATCH4,EPRS,SLC4A3,DCAF7,DCAF6,GCSH,RNF114,ZMIZ1,MYC,RPL36,AP1S1,PIP4K2C,DIP2B,NCKAP5,NFRKB,IER2,ANKS1B,DDX17,ACOT7,WSB2,DAPK1,PIH1D1,PRKCD,CD3EAP,SOX12,DYNC1LI1,SARNP,ASTN1,PRR13,CDC42SE1,CTBP2,MAPKAP1,PRDM15,PHYHIPL,HIF1A,GLG1,ANAPC11,FAM160B1,FAM171A1,ABR,PRDX2,PRDX5,PPP4C,PRDX4,FLRT2,BLOC1S1,PRDX1,VPS11,RRS1,ST3GAL1,SLC19A1,S100A10,RPL41,PRELID1,JUND,H3F3B,IRF2BP1,IRF2BP2,NR1D1,PHC3,PRRC2B,TMEM198,HNRNPL,FIBP,SLC6A6,MEX3B,HNRNPF,OGDH,HBP1,CPEB4,GABRB3,PHF3,OGFR,SMG1,CDKN1B,SPEF1,ELL,TCF25,PHF23,CLTC,SETD7,ADK,TMEM189,UBL5,FAM102B,TRIM2,TIMP2,GPR137,CIC,JARID2,ZC3H10,SHPRH,NUDC,HSBP1,SSR2,TCF12,ITPK1,TET2,ASH1L,TERF2,COPZ1,RNF168,NCOR2,RNF167,TMEM179,ZEB2,NCOR1,SF3B2,WDR26,TIMM13,TIMM10,ADCY6,FAM129B,TMEM165,PPP1R2,SCAF8,NSD1,CHN2,RPS3,SLC17A7,RPS2,RPL18,BRD7,RPRM,CSNK1A1,HIPK1,MORN4,NFIA,NFIB,PLP2,TMEM229B,ANKRD13C,ANKRD13D,ATP8A2,CHPF,CLSTN2,CTNND2,TUSC2,CTNND1,AUP1,RPL10A,BZW2,CDH8,TM7SF2,EDC3,FAM107B,NPEPPS,RIMS4,GRB14,CFL1,MACROD2,TXNL4A,LZTS2,STK32C,KCMF1,TLE4,CSNK1G3,TLE3,SUPT16H,USP3,TPM1,TRAFD1,FRMD4A,THOC2,DGKZ,THOC6,DISP2,CTDNEP1,PYGO2,EBNA1BP2,RAB34,NHP2,SNRPG,SNRPE,SNRPF,FKBP4,PHPT1,SNRPC,FKBP3,FKBP5,SNRPB,BRSK1,FKBP2,RAB5B,BRSK2,CD151,RAB5C,INSIG1,ABHD2,AK1,ABHD8,ITPR1,UBR4,UBR3,PHB,HSPBP1,PITRM1,NACC1,PSAP,UBR5,DVL2,RAB6B,SRGAP1,MCL1,ESRRA,OSBPL7,RAB4A,CCDC12,ATP8B2,POLR3GL,TNK2,TMEM132A,MARCH9,ADAP1,MARCH6,LSM5,LSM4,LSM3,COPS6,LSM7,LRFN5,CDK5,YEATS2,NBEA,CDK4,REEP2,NF1,RNF182,SPIRE2,MAP3K10,CSPG5,RNF181,SPIRE1,NF2,DHCR7,CNOT8,CNIH2,BCL2L2,RNF187,BCL2L1,MAP3K12,SLC48A1,DIDO1,CALCOCO1,MCM7,ZC3H4,PIK3C2B,RPL7A,DUSP12,SIN3A,PHACTR3,PHACTR1,EVI5L,HIF1AN,GAL3ST3,SLC37A3,RFC3,PLEKHG2,ELAC2,RTN4RL2,PTBP2,PTP4A2,PTP4A3,TRAF4,DNAJC6,DNAJC5,CTDSP2,POLR1B,LANCL2,EVL,SOS1,SOS2,NFAT5,HDAC5,HDAC3,HDAC1,RAB1B,SEMA3F,JAKMIP1,LAGE3,CACNG7,DNAJB1,DNAJB6,ABLIM3,POLR2F,DNAJB9,CSK,ASCC2,POLR2I,CACNG4,POLR2L,SLC35A2,MLXIP,SPAG9,RNGTT,RNF26,FBXL19,NCKAP5L,SEMA4B,TXNRD1,RPL35A,PTPN11,FBXL16,CDC42BPB,MTOR,RAB10,KLF6,NIN,APC,VAPA,PSAT1,POLR3H,PFKP,APP,ZMYND8,HDAC11,CBLB,RPS15,RPS14,RPS16,RPS19,FLAD1,DPF1,BTRC,GLUL,RPS10,RPS13,MAPK8IP1,COX7A2L,RRAGC,XRN2,VDAC2,TLN2,AURKAIP1,OBSL1,BEX4,CUTA,MACF1,NECAB1,BEX2,RTEL1,TMEM161B,BEX1,NECAB3,ANP32A,IGSF3,STXBP1,CD99L2,FXR1,UGCG,NUAK1,INPP5F,CSTF1,GSE1,TNRC18,TRPM7,ARGLU1,BANP,VASP,SRPK2,RABGAP1L,PTPRN2,SETDB1,INSR,ZWINT,STAG1,FUBP1,RPS21,C2CD2L,ITM2C,ROBO2,HBS1L,DAZAP1,TRAM1,UBXN1,CITED2,SLC44A2,MYL6B,PRPF19,SIPA1L2,SIPA1L3,ROBO1,SERP2,RPTOR,UCHL1,HINT1,ZMYM2,C1QBP,KIF13A,SEC61B,PSD,PARP6,PARP1,NME2,RHOF,MLF2,NME1,RHOB,PACS1,NFX1,RHOV,ALDOA,SGK1,DTYMK,NOL7,UQCR11,UQCR10,NOL4,ARNTL,AMN1,TCEAL5,CUX1,APBB2,CTNNA2,ATP6V0E2,TRAM1L1,MAP4K3,MAP4K4,ARNT2,RANBP1,NFYA,RYK,LSAMP,ATAT1,HIST3H2A,CTNNB1,RAB3GAP2,FAU,CDK5R2,TOMM5,CDK5R1,TOMM6,MPHOSPH6,NDUFA13,NDUFA11,NDUFA12,ROGDI,ARID4B,TATDN1,CHCHD2,BASP1,HCFC1R1,POGZ,COTL1,NRCAM,NSF,CHRNB2,KDM2A,TRAPPC2L,DSCAM,APLP1,SPNS2,ATP1B3,TSC1,LMO7,ATP1B1,SHISA7,DPM2,DPM3,PRPF6,TBL1XR1,SCG3,FIZ1,RELL2,PDE9A,RAI14,ZCCHC8,ISYNA1,RPS19BP1,COX7A2,DTX3,SEZ6L2,EFNA4,DPP3,ARHGAP21,CASKIN1,ATP6V1H,CDH24,MARK4,ATP6V1D,MARK2,PDZD7,ATP6V1F,SMAD2,HSPA8,SMAD4,KLHDC4,ACBD4,CBX5,CBX4,CBX2,PTCH1,IDH2,DNAJC13,SMAD5,EFNA3,DLG2,EFNA2,DLG4,DLG5,JMY,CHMP2A,SAE1,BRWD1,LRP11,MUS81,B4GALT3,KDM5B,ACADVL,USP32,FBLL1,HK1,MFSD6,ZC3H7A,MFSD5,LRRTM2,TMEM109,MFSD1,RBM5,SCYL1,KDM6B,KLF13,H2AFZ,ABCC5,H2AFX,RNF208,CTPS2,OXSR1,PPP2R5C,ARID1A,SEPT3,FCHSD1,DNM3,DCX,PFDN1,PFDN4,VAC14,STOML2,STOML1,RGS16,NRXN1,POMP,WIZ,MOSPD3,SPG7,FAM169A,TOB1,DLL1,RMND5B,MAPK8,FAM120B,SAP30L,MAPK1,ROMO1,BUB3,CAMK2G,LGI1,SPEN,USP24,BAD,B3GAT1,HAGHL,PDE4DIP,HSPE1,GDAP1,PPP2R2C,PPP2R2B,ATP13A2,SSBP1,SSBP2,SSBP4"
+"gene_set_query"	"96"	"TP53"	"181.4"	"Literature ChIP-seq,49;ARCHS4 Coexpression,235;Enrichr Queries,364;ReMap ChIP-seq,141;GTEx Coexpression,118"	"ITSN2,TFRC,ITSN1,TSKU,FAM110A,NDST1,RAVER1,DPYSL5,ALKBH1,AKT1,ANKFY1,PWWP2A,SAP30BP,BCR,ZC3H11A,DDIT4,ORAI2,VOPP1,ATF4,SET,CDCA4,SHMT2,NPRL3,PDGFA,PRPSAP1,RHOT2,LARP1,RNF216,PIP5K1A,PIP5K1C,ATRIP,HEXIM1,JAG2,CREBBP,JUN,JUP,NCAPH2,TBL3,QARS,FASN,NMT1,DZIP1,RNF220,KCNC1,PRKAG2,SNX11,OSBPL11,MED15,BBC3,DDA1,MED17,ATIC,SMPD4,MED10,JAK2,JAK1,DLGAP4,DUSP1,SPHK2,SLC39A13,EPS15L1,PGM2L1,DDB2,DUSP7,SLC7A4,SLC7A6,MED25,PXDN,RAPGEF1,PAFAH1B3,ERGIC1,TRUB1,TRUB2,SAMD8,WRB,ADAM22,SNX32,SDAD1,SLC7A1,NRAS,MFN1,SPOP,ZSWIM6,BID,SAMD1,ZSWIM4,ATAD1,CENPT,TRAPPC10,WNT7B,DAB2IP,ARCN1,SKI,MYBBP1A,TAOK3,CCDC9,APEX1,SLMAP,SNX15,TSR1,PKN1,AGRN,FRYL,CRLF2,TMEM167B,FBXO28,ATN1,FADS2,LAPTM4A,FNTB,MAP3K7,FADS1,FBXW4,PCYT2,DGAT1,CISH,FBXW7,CTNNBIP1,FBXW9,STX7,FAM118A,LENEP,PIAS1,MSH6,ATXN2L,TPST2,TPST1,MSH2,SRSF3,PKP4,SLC27A3,SRSF8,ARL8A,SRSF9,SLC27A4,GRIA1,FTO,INO80B,KHDRBS1,FBXO42,CORO1C,NDOR1,G3BP1,PGK1,SAC3D1,NEK9,TMEM120B,FUS,BOD1,HPS4,CORO2B,DRAP1,LRCH1,ARPC2,OGT,ITGB1,ISY1,PTEN,AP4M1,ALAD,SPR,PPP6R1,ACP2,NEO1,ACTR3,EIF5A,EIF5B,MSL2,TFIP11,ARFGAP3,RABGGTA,MSL1,NRG3,TMBIM4,SYF2,TMBIM6,GAPDH,SNAP47,CANT1,MGRN1,SRC,SRSF1,MLLT3,RCHY1,CDC42,SRR,CCDC85C,U2AF2,BAHD1,NNAT,FYN,HNRNPA1,EIF4B,TRIM44,HNRNPA0,GADD45GIP1,NTRK2,MARCKSL1,TRIM41,FEM1B,CNBP,TXNL1,HNRNPAB,MYO16,GSTZ1,NECAP2,EIF3M,TSPAN14,MCM3AP,CDKN2AIPNL,EIF3L,OCIAD1,STUB1,EIF3E,EIF3F,ATXN10,EIF3C,EIF3D,TRIM32,BCAR1,UNC79,SLC23A2,SMARCB1,CPNE5,PPAN,NUDT2,ACTB,RCBTB2,CDC23,TRIM28,SNRPD2,CCDC97,EIF2D,ATXN7L1,CCDC92,ATP6V1E1,ATXN7L3,TBC1D22B,SMARCC1,ARL15,ACTN1,CIRBP,TALDO1,CSNK1D,MOGS,CSNK1E,ACTN4,CDC34,KCTD10,TRIM11,ADCYAP1R1,NUMBL,AARS2,DHX8,TMEM63B,DHX9,GIPR,SLC45A1,FBF1,CEND1,KALRN,TTBK1,PGS1,MBTD1,NKAIN1,SYNGR1,SEC14L1,B4GALNT1,FAM192A,NTNG2,FAM78B,MYO5A,SMARCA2,PTK2,SMARCA4,EXT1,MSRA,CALY,PTK7,CDC16,NDUFAF2,RANBP10,NDUFAF3,SDC1,GRB2,FBXL3,CALR,FBXL5,FBXL6,NRP1,MRPS16,HIBADH,PAK1IP1,GRIK3,NAT10,NAT14,PTMS,SYNCRIP,PPP3CA,PCLO,RAC3,SDF4,NANS,GIT1,MRPS28,MRPS23,PRPF40A,CACYBP,SYN3,SREBF2,APRT,RAP2A,RAP2B,KIT,PITPNM2,CANX,TAX1BP1,ARHGEF1,PABPC1,PTMA,NAPA,PCNA,AHCY,MRPS35,CAB39,GNAI3,PRICKLE2,GNAI1,RELA,GNAI2,OS9,DYNC1I1,GABBR2,VEGFB,MYO9B,PEX14,VEGFA,NUDT9,SH3RF3,BOP1,TTC9,TTC4,KLHL8,NDUFAB1,SGSM2,TTC3,TCEA2,CACHD1,HDGF,TACC2,PNPLA6,GRINA,ZFP28,CARS,OTUD4,SYS1,NUP188,CRTC1,ZFAND3,UBE3B,UBE2Z,COX6A1,CELSR2,TXN2,ACTG1,IGF1R,EEF1B2,GRIP1,FAM3C,FBXW11,TTC7B,DNAJB12,UBE4B,GRIP2,EEF1A1,ADAM19,EHBP1L1,PPIH,PPIA,NDUFB10,UBA5,HTRA2,CACNA1A,CACNA1D,CACNA1C,PLD3,CACNA1G,SHARPIN,DHRS7B,LLPH,QSER1,TBC1D16,AUTS2,TIMM44,CNOT10,MANBAL,GNAO1,HOOK2,NASP,GNAQ,GNAS,GNB4,IFT27,UBA2,AMOTL2,UBA1,TCF3,MXD4,RERE,DYRK3,LDB1,DPY30,USE1,RND3,LMNB2,PHTF1,LMNB1,TTC28,TMEM222,LASP1,DACT3,PDPK1,CAD,NAV2,SYNGR3,EPN2,EEF1G,SETBP1,TMEM214,ACOX1,CAT,ACOX3,ZMYND11,CUEDC1,OTUB1,AGPAT5,SFSWAP,SLC3A2,ASAP1,RNF4,ADD1,MTA1,TMEM203,TDG,TGS1,GNG7,SLIT1,DROSHA,PTK2B,SPOCK1,MTA2,RPP14,FBRS,MTA3,CYTH1,RRM2,EYA3,SSRP1,TTC19,HS3ST1,TTC17,TEF,CARM1,ERCC1,ERCC2,POLE3,ERCC8,KRAS,ERCC5,HNRNPU,EPRS,SMC3,PHB2,GPATCH8,ZMIZ1,CSPP1,AP1S1,VPS36,NCKAP5,NUP214,DDX18,NUP210,PRKCE,PRKCD,WDR74,ARMC9,REV1,ARMC8,HCFC2,HCFC1,ARMC1,ADPRH,VPS25,PI4K2A,VPS28,GNE,NUP205,CTBP2,XPC,RNPC3,ANAPC11,LDHB,LDHA,BLOC1S2,GAR1,ST3GAL2,ZSCAN18,ST3GAL3,BTF3,NAA50,PHC2,NDFIP1,PHC1,DMPK,PLK2,SETD1A,IRF2BP2,HNRNPL,EHD1,HNRNPM,MEX3B,HNRNPF,HNRNPD,HNRNPC,FARSA,PAM,ITPA,ATG2B,SETD5,PHF2,MOCS2,SETD2,CDKN1B,BTG1,PHF20,PHF23,SETD7,WDR41,GPT,SMG7,WDR46,WDR43,SMG6,MTG1,RARS,CIC,RRP15,CEP68,RPS6KL1,WDR36,NUTF2,WDR34,WDR35,NCOR2,NCOR1,TUBB2A,KIFC2,EXOC4,GARS,GAS6,TKT,EXOC2,GRAMD1B,GRN,NFIX,WDR24,ADCY6,FAM129B,ADCY5,PAPSS1,RPS15A,PPP1R8,FARP1,YTHDF2,CSNK1A1,PCGF2,WDR18,PCGF3,GATC,SYVN1,ELP2,SCAF4,SLC8A3,MKLN1,PHF5A,NFIA,OSTM1,JKAMP,ANKRD13B,VKORC1L1,RAB3A,AUP1,PARK7,RPL10A,IPO4,SLC8A1,TM7SF2,IPO5,EDC3,EDC4,NRBP2,PPP1CC,RIMS1,IPO9,CFL1,PHYHD1,SLC39A6,PLS3,SLC39A7,TXNL4A,GTF2I,KCMF1,MAGI1,RAB2B,MAP2K1,SUPT16H,USP4,DYRK1A,TRAFD1,FRMD4A,THOC6,PYGO2,TOM1L2,ILF3,RAB31,RAB34,DMWD,RAB35,FKBP8,FKBP4,SNRPA,SNRPB,CSNK1G1,RTN4R,FKBP2,CBFB,SLC38A10,PHB,ORC5,SCRT2,DDRGK1,DVL1,DVL3,PLXNA1,SRGAP3,SRGAP2,SRGAP1,MCL1,EIF2B5,UVRAG,AKIRIN1,RAB4A,CCDC12,OSBPL2,TRAPPC9,SCRT1,LRFN3,REEP1,COPS6,NBEA,LHX2,PDCL,PLXNB2,PLXNB1,CNIH3,BCL2L1,MCM7,ZC3H4,WDR4,CEP164,SYNE2,PIK3C2B,NOB1,VPS72,RNPEP,WDR5,WDR6,TNPO1,TNPO2,TNPO3,ILKAP,RFC3,PLEKHG2,GGPS1,RFC2,LANCL1,EDF1,SMC1A,TFDP1,POLR1B,DNAJC9,DNAJC8,HDAC5,HDAC2,HDAC3,TSSC4,HDAC1,EI24,TULP4,DNAJB2,RAB21,STOX2,ABLIM1,POLR2A,DNAJB5,VPS53,RAB23,CCDC71,POLR2L,RNGTT,SMOX,ASCC1,FBXL19,NCKAP5L,FBXL16,MTOR,BCKDK,TNRC6C,SNRNP40,POLR3B,RAB15,VAPB,DNAJA3,VPS41,DRG1,DRG2,PPIL3,SLC35B2,PANK2,TMEM183A,HDAC10,ZMYND8,HS6ST2,RPS14,RPS16,RPS19,RPS18,FLAD1,FTH1,RPS11,SEPHS1,BTRC,RPS10,SEPHS2,RPS13,RPS12,ARRDC4,CPT1C,MAPK8IP3,TIAM1,NIF3L1,TWSG1,ZW10,SIK3,OBSL1,RTEL1,STXBP1,TRANK1,PDCD11,CSTF1,GSE1,MLEC,TNRC18,RALGDS,VAT1,PUM2,SMU1,RPS28,RPS29,ADCK1,ADCK5,RPS21,TOP2B,GFM1,UBXN1,SLC35F2,SRA1,SIPA1L3,ROBO1,XPO5,UBXN6,RALGPS1,TMED4,PSD,TOP3B,PARP1,PPHLN1,PPRC1,TOPORS,MLF2,PARP8,AMIGO1,ICA1L,NOL9,RFNG,GDPD5,BEGAIN,AMN1,UBTD2,APBB2,METTL6,APBB1,LHFPL4,XPO7,SORBS1,AIG1,MPHOSPH9,CAPZA1,MEGF9,NDUFA11,CWC25,LZIC,CNDP2,COL4A3BP,FAM162A,ARHGDIA,FPGS,HCFC1R1,LMO1,KDM2B,SHISA4,ATP1B2,RSBN1,TUFM,PRPF6,HGS,ISYNA1,PXK,RPS19BP1,PXN,CABP1,EFNA4,PRPF8,EMG1,EFNB3,SCUBE1,ZMAT5,RPRD1A,BPTF,CPSF4,KLHDC3,CPSF1,NONO,CBX2,COQ2,EFNA3,LRP10,SAE1,GPSM1,MUS81,THRA,HK1,HS2ST1,RPS4X,SPRED1,MFSD5,SNAPC2,CASP3,CASP2,TOPBP1,KDM6B,SVOP,H2AFX,PPP2R5D,PPP2R5C,DNM3,GAP43,DDAH1,IGDCC4,THRAP3,DDAH2,CDH11,CDH13,HAGH,PFDN4,PFDN5,VAC14,STOML1,GNA13,MAPK9,MAPK8,FAM168A,MAPK7,ALDH1B1,GNA11,FAM120A,MAPK1,MAPK6,SNCA,MAPK3,OPCML,KDM4B,TMEM30A,LIMK2,QPCTL,CYHR1,PPP2R3A,SLC4A8,RPS6KB1,PPP2R2C,PPP2R2B,RPS6KB2,CDK2AP1,MAPKBP1,MT-ND4,TSEN54,RABGEF1,LSM12,MPRIP,PPP4R2,PSMD3,TMEM8B,GABARAPL1,RBFOX1,RBFOX2,CSNK2A2,RFX1,SCAMP1,GAPVD1,EML2,SND1,SCAMP2,PRKAR1A,RFX7,PSME3,RUFY3,PSME1,UQCRC1,RBCK1,TTYH3,ABCB6,MEAF6,AGAP1,COPS7B,MRPL14,MRPL12,AAAS,MRPL13,GABARAP,MRPL20,PRKAR2B,VTI1A,PUSL1,RHBDL1,CADM3,CADM4,PRRT2,PMM1,CADM2,MRPL27,MRPL24,MRPL21,SNUPN,MLLT11,PCDHGA11,ABTB1,UCK2,EIF5,EIF6,PSMG3,DCHS1,EZH2,LRSAM1,RPLP1,HEXB,PIGQ,RPLP0,MRPL39,MRPL34,MRPL33,IKBKB,TRMT112,TUBA1A,TMEM43,TMEM44,RPLP2,SH3BGRL3,DFFB,LRRC45,ELOVL5,NSUN2,ACTL6A,MRPL49,RRAS2,SIRT7,DYNLL1,MRPL45,DYNLL2,SIRT3,MRPL44,MRPL52,MRPL53,TUT1,PGAM5,SLC29A1,VAMP4,DSCAML1,VAMP2,ARF6,LRRC14,RNASEK,SRRT,RPS27L,MRPL55,PSMB7,UNK,BTAF1,TCOF1,PSMB3,MICALL1,TMEM68,LEO1,FLNA,ANO10,YKT6,NKTR,LRRC24,UTP3,ATRNL1,LRRC28,YLPM1,GATAD2A,LRRC20,LETM1,FABP5,PSMC3,SERBP1,SRRD,RPL22L1,FAM13B,CSE1L,UBE2D3,YY1,STK11,RUVBL2,SESN1,STK16,RUVBL1,SCMH1,PIM3,KPNA2,AP2M1,SH3GLB2,PPP1R16A,SARS,UBE2E2,FOXP1,ACAP3,OLFM1,ACAP2,FRMD5,FSCN1,ANAPC4,MAPKAPK5,SNRNP200,SQSTM1,KPNB1,NSMAF,LRRC59,PFKFB4,RNASEH2A,MAX,TUBGCP2,MAZ,ISG20L2,SLC9A1,ATXN2,PMVK,SLC38A6,DR1,GFPT1,EEF2,PTPRD,STK24,TMEM11,MDM2,MDM4,TMEM19,SLC25A3,HSP90AB1,CELF1,SCHIP1,CELF3,CELF5,MRPL4,NGRN,CAPZB,NCK2,DGCR8,PMEPA1,HMG20A,MDP1,ERC2,CTNNBL1,PELP1,DIS3L2,HSP90AA1,PPP1R12A,DST,NDUFC2,RAD23A,PPM1A,SLC25A17,PIK3CA,MET,AHDC1,ST6GALNAC6,SEC22C,GTF3C1,GTF3C2,GTF3C3,SEC23A,LRP1,NDUFB6,PPM1L,PRCC,FOXK2,PARD6G,FOXK1,PPM1D,PPM1G,LRP6,GANAB,NCLN,SH3BP4,LRRC8A,SLC25A22,ATP9A,SH2B1,PTPN1,PPP1R14B,FOXJ3,RPL23A,BAIAP2,NELL2,SNRK,CCM2,CDR2L,P4HB,SLC25A36,EIF4A1,EIF4A3,ZDHHC5,JMJD1C,GCC2,CCNC,CYB5D1,CCAR1,OGFOD2,CHORDC1,CCNL2,KIF21B,EPHB2,TMPO,SLC12A9,CALN1,ACVR1,EPHA4,IMP3,ENTPD6,NSMCE2,MIF,ANK3,VWA5B2,ANK1,ULK1,PREB,CTXN1,PIK3R3,PIK3R1,UBE2J2,APH1A,SNX4,COMMD9,DHX33,PCBP3,PCBP4,DHX35,MIER2,DHX37,HIVEP1,DYM,HIVEP2,SCN3B,SCN3A,SNX5,N4BP1,RAB11FIP4,SEC31A,TMEM86B,INTS1,IQSEC1,LRRN2,RCC2,INTS3,MICAL2,DCLK2,PAICS,DCLK1,RPL27A,ID2,INTS5,COL9A3,CALM1,RGL2,AARS,TMEM151B,GPAA1,FAM57B,PTPRN,AATK,AP2A1,BMI1,PEPD,PTPRF,HYAL2,ENC1,NCS1,DHX15,REV3L,IDS,DHX16,SSSCA1,ARIH1,CTSD,NDEL1,CCT3,NCOA1,VKORC1,DBNL,TMEM150A,NCOA5,MINK1,ANO8,COMMD3,MRPS2,ANO6,MRPS7,PDRG1,RGMA,VSNL1,CRELD1,CD47,SFI1,STK40,DBN1,STX12,STX16,HEATR1,STX18,DERL2,NEDD8,CCDC107,CRIP2,CCDC106,CAMKK1,EXOSC7,RXRB,ARVCF,EXOSC4,FAM172A,SERTAD2,PES1,GPC1,CAMK2N2,HSF1,SCAND1,GPC4,CCT7,BCAP31,NPM1,RPA1,PLEKHA6,AP2B1,MIAT,NPM3,NLE1,TMUB2,PER1,CSDC2,ESYT2,DPAGT1,SCARB2,SH3GL3,MIDN,CD81,WWC1,FAM174B,KIF5C,CAPN5,CAPN2,EP300,BANF1,SBF1,BAHCC1,ADPRHL2,SSU72,LMTK2,WBP11,MID1,HNRNPUL1,DKC1,FAM173A,UBE2V2,NDRG4,RTN1,NPR2,KLHL12,NDRG2,PDS5A,ENHO,DEAF1,CAMTA1,CYC1,NDUFV3,BCL9L,KLHL29,OST4,PRNP,KLHL26,ECD,HMGA1,CRIM1,DSTN,CLK3,KLHL20,BMP1,TAB2,TAB1,YWHAE,GSK3B,GSK3A,PRR7,DDX46,YWHAB,PRKCSH,CHD6,ILK,ARHGEF10L,DDX41,TRIAP1,HMGB1,PPP1R9A,CHD2,MEA1,AFF3,PPP1R9B,SEC61A1,BCL7A,NUP62,LRRFIP1,YWHAG,GALNT9,RBM33,RBM17,RBM14,ARHGEF12,GLRX3,EED,NCBP2,PLA2G4B,DDX56,TBC1D8,ABHD14B,DDX54,ABHD14A,GLRX2,YWHAZ,CREB1,NDUFS8,NDUFS7,UBE2R2,GORASP2,PEX3,PEX6,PPDPF,NUP54,IRF9,DCTN5,DCTN1,GOSR2,DDX20,CSTF2T,CLCN2,RAB40C,TNKS2,MAT2A,BMS1,PDLIM7,GALNT2,TAF10,ATP2B2,SOD2,MAPK14,MAPK11,PNKD,FAM131A,TAF6,VIM,RAN,RB1,RPL30,RPL3,TRIO,RPL32,CLPB,MYT1L,RPL31,RPL8,ENO2,GABPB1,DCAF4,DCAF7,BACH2,MYC,STMN1,ZXDC,RPL36,RPL35,PIP4K2B,DIP2B,RPL39,IER5,IER2,ANKS1B,MECR,ACOT7,DAPK1,RPL23,CD3EAP,MED4,NISCH,DYNC1LI1,YME1L1,RPL27,RPL29,ALG10B,RPL28,PRR14,MEG3,POM121,MAPKAP1,NOLC1,NEDD4L,HIF1A,PRDX2,PRDX5,PPP3R1,RIC8B,CHST15,PLCG1,S100A10,RPL41,JUND,H3F3B,ST13,BRAF,PA2G4,PRRC2B,THAP11,PRRC2A,TMEM198,FIBP,SLC6A6,PPP5C,SLC6A8,TADA2A,H2AFY2,DUS1L,CDK14,CDC42SE2,OGFR,ELL,CLTC,ADK,ADO,PFAS,TRIM8,RNF157,TMEM189,ANXA6,SPIN1,GPR137,AP3S2,EMD,ZC3H10,BRD2,SSR2,TCF12,AEN,LSG1,TET3,SF3B4,SF3B3,RPL10,RPL12,GPS1,RPL11,GPS2,GRAMD4,SRP72,ASNA1,RPL14,RPS3,RPL13,RPS2,RPL18,RPL19,RPRM,SF3A3,SF3A1,SF3A2,NMNAT2,SRP68,BLCAP,LRPPRC,TM9SF1,RNF145,XAB2,PHLDB1,ATP8A2,DGKD,TUSC2,CTNND2,CLSTN1,ABHD12,MACROD2,LZTS2,MAF1,STK32B,MEN1,BIVM,RPS9,RPS7,RPS8,RPS5,IGFBP3,ANKRD44,F2R,RPS6,RPSA,TRAIP,DISP2,CLIP2,CACNB3,STIM2,NCL,ERP29,ERH,TNIK,PHPT1,MAD1L1,DNMT1,ENY2,CUL7,CD151,ANKRD11,AK1,ABHD8,KLC1,STIP1,KLC4,NACC1,ABL1,ANKRD10,WDTC1,ESRRA,BTBD9,LSM3,CHERP,CDK9,RCAN1,CDK4,MAFG,NF1,RNF181,SERINC1,GPR107,NF2,CNOT8,EIF4G3,RNF185,SERINC5,RNF187,EIF4G1,RNF10,DAGLA,RNPEPL1,TRADD,PTPN23,DUSP11,PTBP1,RPL7A,GM2A,PSD2,SGCB,SIN3A,PSD3,SLC37A3,GPX1,PDCD6IP,RANGAP1,REXO2,BET1L,PTBP2,REXO4,PTP4A1,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,ASPH,RP9,NFAT5,SMARCD2,SMARCD3,WBP1,RPL36A,SEMA3F,AP3M1,FZR1,UGGT1,SPAG9,SEMA4A,TXNRD1,ADRM1,CDC42BPA,CUL4A,KLF7,NIN,KLF6,APC,IMPDH1,IMPDH2,APP,GDE1,RAPGEFL1,GOLGA4,GOLGA5,ARL6IP4,SOX4,SOX5,AQR,TIPIN,MTUS1,JMJD8,JMJD6,INPP4A,CARHSP1,CRYZL1,TTLL12,AURKAIP1,EZR,ANP32A,NMD3,TEX261,NLK,INPP5B,NLN,INPP5F,SCAP,BANP,SNHG1,ZRSR2,RABGAP1L,PTPRN2,BCL11B,BCL11A,TREX1,PDE2A,STAM,ZWINT,UBAC1,CCDC88A,PARP11,CORO7,ITM2B,CDS2,DAZAP1,SH3KBP1,FAF1,GDI2,PRPF19,RPTOR,EPM2AIP1,HINT1,GLIPR2,KIF13A,PRMT1,NME2,AMPD2,RHOF,RHOA,NME1,PRPF18,MPPED1,FAM20C,MAPRE3,MAPT,SGK1,AKAP6,TRAK1,ARNTL,CUX1,CTNNA2,MAP4K5,MAP4K3,MPZL1,MAP4K4,ARNT2,RANBP3,AP3D1,CTNNB1,TRIP12,FAU,ARID4B,NUCKS1,TOMM20,CHCHD4,FBL,CHCHD6,TMEM14C,TSC2,PDIA6,TMEM131,PREPL,ELMO1,ELMO2,FIZ1,ATP6V1A,TMEM59L,DPP3,SDCBP,MAN2A2,DPP9,ZC3H18,MARK4,ATP6V1D,MARK3,SMAD2,RAP1GAP2,ACBD6,HSPA8,SMAD4,ACBD4,HSPA5,HSPA4,SMURF1,ASPSCR1,TBCD,TBCA,NMRAL1,DNAJC18,ARHGAP23,NFKBIA,DLG2,DLG5,PCDHGB7,DOCK9,USP32,ELAVL4,USP39,PKD1,SENP7,ALDH2,ZC3H7B,FLOT1,MAN2C1,USP30,SCYL1,POLG,TSFM,PCDHGA4,RNF208,ARID1A,SENP3,ARID1B,TGFBR1,LATS1,CHMP6,LUC7L2,CAMK2B,USP10,GMPR2,SPG7,HSPD1,GMDS,NT5DC2,PDE6D,NCAM1,CAMK2G,USP24,B3GAT3,BAD,PCDHGC4,HAGHL,PCDHGC3,PDE4DIP,NAP1L1,USP28,USP29,NEURL4,BAX,RGS12,PDE7A,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"97"	"ZNF32"	"182.0"	"ARCHS4 Coexpression,68;Enrichr Queries,277;GTEx Coexpression,201"	"RPL5,RPL3,RPL31,TRRAP,HNRNPU,EPRS,RPL9,MPRIP,DPYSL2,MYC,ZMIZ2,STMN1,FAM110B,RPL35,AKT1,MPV17,RPL39,GABARAPL2,CACNA2D1,RPL23,RPL22,CD3EAP,SCRIB,SCAMP1,HCFC1,ARMC1,EID1,BIN1,DDIT3,DDIT4,TMEM126A,RPL27,RPL26,PRR12,ATF4,SF1,ANAPC13,POM121,TARSL2,BAZ2A,MRPL13,MRPL10,GABARAP,MRPL20,LARP1,ST3GAL3,S100A10,JUN,SNAPIN,PLK2,PBX2,MRPL24,PBX1,PRRC2A,MLLT11,HNRNPL,SLC6A6,UCK1,NPLOC4,PKIA,FXYD6,ARF3,OGFR,MOCS2,PIGU,BTG1,DIS3L,PIGP,TCF20,ECSIT,MRPL34,SMG5,MRPL33,UBL5,MRPL40,TUBA1A,TIMP2,CIC,LRRC47,UPF1,HSBP1,DUSP6,SRP9,NCOR2,SLC7A5,INF2,CDC42EP3,PXDN,RAPGEF1,TKT,PAFAH1B3,ERGIC1,OAT,RPL12,WRB,RPL11,RPS27L,DLST,SLC7A1,PSMA7,FAM129B,PSMB5,RPS15A,RPS3,FLNA,ANKRD52,RPS27A,PAIP2,PAIP1,SF3A1,SCAF1,BLCAP,GATAD2A,SKI,LYRM2,PSMC3,NFIB,TAOK2,PKN1,MTCH1,TUSC3,PARK7,CLU,IPO7,LAMP1,CFL2,ANKRD13A,FADS1,SLC38A1,RPS9,ANKRD46,RPS8,IGFBP3,RPS5,TPM1,GTF3A,ATP11A,BSCL2,ATXN2L,ACAP2,RAB31,RAB35,SNRNP27,FKBP3,KPNB1,CSNK1G2,GLYR1,LRRC59,UQCRB,ARL3,AK1,UBR4,UBR3,NTPCR,SOCS2,SBNO2,BTBD1,PITRM1,ESD,NACC1,ABL1,MCL1,BOD1,POLR3GL,FUS,SEC16A,ASNS,EEF2,COPS6,SH3BP5L,STK25,RHEB,UQCRQ,CNOT1,MAFG,PLXNB2,PIN4,GPR107,RSL24D1,EIF4G1,WDR1,SCHIP1,NENF,NGRN,DUSP12,SART1,VPS72,SGCB,MDK,PPP6R1,SNRNP70,RNPEP,UBTF,PMEPA1,YAF2,ACTR2,REXO1,GPX4,VBP1,DHPS,RPL13A,RAD23A,NDUFC1,DUSP26,RAD23B,DDOST,ARFGAP1,PATL1,ARL4C,TRAF7,PTP4A3,HAX1,DAD1,NPC2,CTDSP2,POLR1B,DNAJC5,CCDC43,SLC25A12,BCAT1,SLC25A4,GTF3C1,NDUFB9,NDUFB8,SMARCD3,NDUFB7,GTF3C6,NDUFB5,NDUFB4,VPS4A,WBP4,NDUFB2,LENG8,FURIN,GANAB,U2AF2,POLR2I,POLR2J,UGGT1,ATP9A,SEC11C,GADD45GIP1,NDUFA7,SPAG7,MARCKSL1,NDUFA6,KCNJ11,NDUFA5,NDUFA4,NDUFA3,NDUFA1,CDC42BPB,HNRNPAB,NECAP2,KLF6,SUCLA2,CDKN2AIPNL,VAPB,PSAT1,RAB12,MGAT4B,PDCD4,STUB1,ATXN10,PFKM,EIF3B,ISCA1,VARS,CISD1,ZDHHC5,NFU1,RPS14,SNRPD2,TRIM28,RPS18,FTH1,LONP1,ATXN7L3,SOX4,SRRM2,PDHX,AQR,ATP6V1G1,ACTN1,BOLA1,MOGS,ACTN4,THAP4,GNPAT,COX7A2L,PPA1,VDAC3,TRIB2,KCTD15,PFN2,BEX4,BEX2,BEX1,MAGED1,CD99L2,PIK3R1,APOO,FXR2,DHX38,SYMPK,TNRC18,TSPAN3,VASP,FIS1,INTS1,RCC2,SNHG6,ZWINT,GADD45G,RPS25,RPS29,WNK1,ID2,RPL27A,NDUFAF2,MAGED2,RPS21,RPS24,ITM2C,MRPS17,NRP1,COX7B,DAZAP1,CCDC127,CITED2,CCDC124,MRPS12,PRPF19,COX7C,PPP3CB,HINT1,XPO6,ENC1,MRPS28,ZYG11B,MRPS24,TSC22D1,TSC22D3,MINK1,COMMD3,COMMD1,MRPS7,COMMD7,MLF2,RHOB,IMMP1L,PITPNM1,PABPC1,ARHGEF2,SGK1,CSTB,MAGEH1,SATB1,MRPS33,DOT1L,AKAP6,UQCR11,UQCR10,COX5B,NOL4,HIRA,TCEAL1,ATP6V0E2,HUWE1,AP3D1,TTC1,MYO9B,COX6C,VEGFA,ATAT1,PRKRA,CAPZA1,CCNG2,R3HCC1,TOMM7,HDGF,TRIP12,ACTR10,NDUFA12,PHRF1,SRP14,CHCHD4,EEF1B2,ARHGDIA,EP300,BANF1,SBF1,PHYH,KDM2A,SHISA4,ATP1B1,ATAD3A,EEF1A1,HNRNPUL1,DOK5,EEF1A2,EHBP1L1,CHMP4B,FIZ1,SCG3,FAM92A,RTN2,NDUFB10,NDUFB11,COX17,NDRG1,PRPF8,SUPT6H,IRAK1,NDUFV3,ATP6V1D,MARK2,BCL9L,DNAJC19,IVNS1ABP,HSPA8,PRNP,CPSF7,TIMM44,NFKBIA,H1F0,HOOK2,HOOK1,TBCE,GNB1,GRSF1,LRP10,PICALM,CUEDC2,KDM5C,ASNSD1,PRKCSH,DDX42,CHD4,YBX1,SOBP,RND3,LMNB2,LMNB1,PPP1R9B,SEPT9,LASP1,YWHAQ,ZC3H7B,CASP2,ARHGEF11,USP47,PDPK1,RBM18,AKTIP,CAD,H2AFV,EPN1,DNM2,SFPQ,NDUFS7,NDUFS5,NUP50,NDUFS4,PFDN1,CUEDC1,PFDN5,B4GALT5,DCTN3,CRMP1,ATP1A1,TOB1,STRN4,DNPEP,GNG2,LEPROTL1,FAM120A,PDE6D,RPP14,MTA2,FBRS,RWDD1,TAF15,BNIP3,PDE4DIP,NAP1L1,SSRP1,HSPE1,MEIS2,CHFR,BRMS1L,CARM1,SPRY2,ACIN1,VIM,SSBP2"
+"gene_set_query"	"98"	"E4F1"	"182.3"	"Literature ChIP-seq,143;ARCHS4 Coexpression,346;Enrichr Queries,64;GTEx Coexpression,176"	"TRRAP,GPATCH1,EPRS,TSEN54,RAVER1,ZMIZ1,AKT2,MYC,ZMIZ2,AKT1,NFRKB,IER2,FNBP4,MEF2C,DAPK3,WDR74,GTPBP6,CD3EAP,SCRIB,RFX1,RNF126,DDIT3,DDIT4,RBCK1,PRR12,DUS3L,VPS28,PRR14,SF1,ATF4,POM121,RRP7A,FAM160B2,RHOT2,NUP85,ST3GAL2,VPS16,HEXIM1,JUN,WDR59,CHKB,JUND,DMPK,SETD1A,IRF2BP1,PRRC2A,EHD1,TBL3,FASN,CDK10,MMS19,PLCH2,DUS1L,EZH2,OGFR,LRSAM1,GMEB2,PIGQ,KRI1,MED16,SMG5,PQBP1,ING4,FASTK,RPLP2,GPR137,CIC,UPF1,LRRC45,BRD1,SPHK2,WDR33,NCOR2,MED25,KIFC2,PXDN,PICK1,EXOC5,ERGIC2,DLD,LRRC14,GRAMD1A,GPS1,SRRT,WDR24,CENPB,GGA1,RECQL5,UNK,GGA3,BRD9,CKB,RPS2,MEF2D,NKTR,CENPT,MBD3,RIC3,SF3A2,LRRC24,BRF1,WDR18,NR1H2,PCGF3,TRMT1,SCAF1,TARBP2,SPSB3,XAB2,MYBBP1A,PSMC3,TAOK2,PKN1,AGRN,ATN1,TSEN2,EDC4,STK11,MAEA,RUVBL2,FBRSL1,PIM3,LZTS2,MEN1,PIAS4,SH3GLB2,FBXW5,MAP2K2,VPS33B,TPM1,PPP1R16A,POLRMT,LEMD2,DGKZ,RNF40,LENEP,ACAP3,RAB35,SRSF2,PGP,SQSTM1,CSNK1G2,ANAPC2,CUL9,INO80B,INO80E,TUBGCP2,ANKRD11,MAZ,SLC38A10,CORO1B,SBNO2,NDOR1,PITRM1,DVL1,BTBD2,DVL2,SAFB2,MAP2K7,IP6K2,EIF2B5,ESRRA,ZBTB17,TMEM120B,TNK2,OSBPL2,HPS4,MARCH9,EEF2,UCKL1,CHERP,LRFN4,CNOT3,LZTR1,MAP3K12,ZNF512B,DIDO1,MCM7,ZC3H3,AKAP8L,PTPN23,SART1,PTBP1,DUSP12,AP1G2,SNRNP70,PPP6R1,UBTF,DGCR8,UNKL,CTNNBL1,ILKAP,REXO1,ARFGAP3,RANGAP1,DDOST,ARFGAP1,QTRT1,GIGYF1,TRAF7,HAX1,TRAF4,CTDSP2,POLR1B,PPP1R12C,RNF31,PPP1R15A,TRABD,HDAC5,HDAC3,TSSC4,WBP1,GTF3C5,SRF,CXXC1,LENG8,LRP3,ZBTB45,MLLT6,DCAF15,FZR1,NCLN,PUF60,POLR2A,U2AF2,POLR2E,FEM1C,FYN,SH2B1,NOP56,TRIM41,MID1IP1,FBXL19,ADRM1,KLF6,PFKL,IMPDH1,DRG2,STUB1,HDAC10,VARS,NUBP2,RPS15,TRIM28,ARL6IP5,LONP1,CCNL2,ATXN7L3,SRRM2,PAQR4,ARRDC1,SLC35C2,CIRBP,PTOV1,CSNK1D,MOGS,MAPK8IP3,JMJD8,MFSD10,ULK3,ULK1,TRIM11,TELO2,CCDC84,RTEL1,TRMT2A,DHX34,SURF6,SYMPK,TNRC18,RCE1,ARGLU1,RAB11FIP3,RBM10,INTS1,SMARCA4,GADD45G,RANBP10,ADCK5,RGL2,CC2D1A,FBXL6,AARS,ITM2C,DAZAP1,CITED2,GPAA1,ZFAND2B,MRPS12,GUK1,SDF4,TOP3B,MAP4K2,DBNL,NCOA5,NME3,MRPS7,PPRC1,LIME1,APRT,GAK,RPUSD1,FAM193B,AIDA,CRELD2,ALDOA,SFI1,NAPA,DOT1L,NOL6,RXRB,PES1,HSF1,SCAND1,MIB2,MYO9B,DOHH,TMUB2,VEGFA,BOP1,CAPZA2,SGSM2,PNPLA6,PHRF1,KHSRP,ARHGDIA,SBF1,SH3GL1,TPRA1,ZGPAT,TSC2,ATAD3A,MAU2,FAM173A,HGS,PRPF3,KLHL17,SHARPIN,GRK6,CAMTA2,DMAP1,ANKZF1,MARK2,ACBD6,PRNP,CPSF1,RHBDD3,PCIF1,HMGA1,ASPSCR1,SSH3,CRLS1,CLK3,CLK2,HOOK2,ATG16L1,HOOK1,GNB2,SKIV2L,CLASRP,PI4KB,MXD4,MUS81,KDM5C,ACADVL,NVL,PRKCSH,CHD6,TAZ,PKD1,CABIN1,PPP1R9B,SNAPC4,MLST8,MAN2C1,SCYL1,PDPK1,EED,PLA2G4B,DDX56,AXIN1,DDX54,SAFB,EPN1,DNM2,IRF3,NDUFS7,EEF1D,NDUFS5,AKT1S1,ATG4B,MVD,MAN1B1,PFDN4,THOP1,HCN3,ATF6B,SFSWAP,SPG7,STRN4,USP19,U2AF1L4,NXF1,DNPEP,MTA1,RAB40C,PABPN1,TAF1C,FBRS,PDLIM7,KDM4B,KDM4C,USP20,ATP13A1,USP21,MIIP,HAGHL,CYHR1,CLCN7,NEURL4,CAPN10,RPS6KB2,RBM42,VIM,SSBP4"
+"gene_set_query"	"99"	"SOX12"	"183.3"	"ARCHS4 Coexpression,42;Enrichr Queries,201;GTEx Coexpression,307"	"MAPKBP1,CNTFR,IFT172,EHMT2,THYN1,HNRNPU,STMN3,BACH2,DCAF7,GPR173,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,IGLON5,STMN1,DPYSL3,CDK20,LUC7L,IER2,TMEM8B,HES6,RBFOX2,RBFOX3,CD3EAP,SOX11,SCRIB,HCFC1,NISCH,EML5,DDIT4,PRR12,TTYH3,CTBP1,COPS7B,AGAP1,ABCB8,FAM171A2,LARP1,RNF215,VTI1A,PLCG1,PIP5K1C,RHBDL1,ZSCAN18,PRRT1,ACD,JUN,PHC1,PRRT2,JUND,CADM4,SETD1A,NR2F1,IRF2BP1,UPF3A,NR1D1,L1CAM,MEX3D,PRRC2B,PBX1,PRRC2A,HNRNPL,MEX3A,VANGL2,LAS1L,FASN,HNRNPD,FXYD6,DZIP1,CDK16,CDKN1C,PIGU,SMG6,ING4,TRIM8,TUBA1A,SPIN1,CIC,GPRASP1,JARID2,DLGAP4,APC2,IFT140,EXOC7,ELOVL6,DYNLL2,DUSP6,NCOR2,SLC7A5,TMEFF1,KAT2A,TUBB2B,TUBB2A,PXDN,NFIX,STAU1,SLC7A1,FGD1,CENPB,ANKRD54,CKB,SAMD1,MEF2D,MBD3,RIC3,SF3A2,PCGF2,DAB2IP,SCAF1,NFIA,NFIB,TTLL1,PKN1,AGRN,ANKRD13B,SLC27A1,DGKE,CLSTN1,ATN1,FADS2,SALL2,CDH2,TUBB3,FBRSL1,LZTS2,FADS1,MEN1,SH3GLB1,TLE2,SLC38A1,GPT2,TPM1,IGFBP2,THOC1,FOXP4,POLRMT,RNF40,CDC25B,CLIP3,ATXN2L,PYGO2,CACNB3,ILF3,ARMCX2,DMTF1,FSCN1,KPNB1,FKBP5,RNASEH2C,KHDRBS1,BRSK2,PFKFB3,INSIG1,ANKRD11,MAZ,FBXO44,GLIS2,PHF21B,SOCS2,ATXN2,KLC2,BTBD2,NACC1,SAFB2,ABL1,PLXNA1,DVL3,SRGAP3,SLC38A2,LRRC4B,FUS,TMEM132A,ZBTB12,EEF2,CHERP,BCL9,LRFN4,YEATS2,NBEA,LHX2,CNIH2,MAP3K12,RNF187,ZNF512B,MCM7,POMT1,AKAP8L,ZFP82,PTPN23,PPP6C,DUSP12,SNRNP70,MDK,UBTF,WDR6,PMEPA1,TNPO2,ADAMTS7,PELP1,VPS37D,RANGAP1,ZFP90,DDOST,NIPSNAP1,ARL4C,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,RPL37A,ETF1,BCAT1,AHDC1,SMARCD1,NLGN2,WBP1,LENG8,MLLT1,LRP3,LRP8,SLC25A27,CACNG7,CCDC85C,U2AF2,TRIM46,FEM1C,IGF2BP2,SLC25A23,UBQLN4,CACNG4,SH2B1,HNRNPA0,LINGO1,MARCKSL1,HNRNPA3,NICN1,FBXL19,CDC42BPB,HNRNPAB,PNRC1,NELL2,MARCKS,KLF6,PSAT1,VARS,ZMYND8,ZDHHC8,HS6ST1,TRIM28,SOX4,SMARCC1,SMARCC2,ACTN1,ZFP2,PTOV1,CSNK1E,MAPK8IP3,ANK1,CARHSP1,CTXN1,TRIB2,OBSL1,MMADHC,KCTD15,LLGL1,ANP32A,IGSF3,PIK3R2,NKAIN1,SYNGR1,PCBP4,HLTF,INPP5E,GSE1,TNRC18,PATZ1,RAB11FIP3,B4GALNT4,VAT1,BBS1,INTS1,BCL11A,RCC2,MICAL3,SMARCA4,PTK7,ID2,RCOR2,ITM2C,DDR1,DAZAP1,PTPRS,GDI1,CITED2,GRIK5,MRPS12,SLC7A11,NAT14,PTMS,ZMYM3,ENC1,MLX,RAC3,CTSF,PCYT1A,TSC22D1,ANO8,NME3,SREBF2,MLF2,RHOB,ENAH,PRPF18,PITPNM2,SGK1,PTMA,FJX1,DBN1,CAB39,SATB1,CRIP2,ARVCF,MNT,RBM15B,CAMK2N1,GPC1,CAMK2N2,GPC2,APBB1,PURG,MAP4K4,AP3D1,VEGFA,KIF26A,TCEA2,HDGF,MEGF8,ZFP28,MIDN,CRTC1,ARHGAP39,CELSR3,IGF1R,BASP1,KIF5C,KHSRP,POGZ,BAHCC1,PPFIA3,SH3GL1,TSC2,TSC1,KCTD2,KCTD6,POU3F3,MYCN,HNRNPUL1,GPRIN1,ANKS6,ABCG4,ISYNA1,LTBP4,CACNA1A,SLC1A4,DTX3,SEZ6L2,NDRG1,CACNA1H,EFNB2,RAI1,CDH24,H1FX,VARS2,MARK4,MYH10,BCL9L,TBC1D16,PRNP,AUTS2,CPSF1,CBX2,CBX1,HMGA1,KLHL22,ARHGAP33,H1F0,HOOK2,HOOK1,UBE2S,DLG5,GNB1,GNAS,UBA1,GNB5,TCF3,LSM14B,MXD4,UBE2M,GPSM1,YWHAE,B4GALT2,KDM5B,GSK3A,DOCK3,PODXL2,PRKCSH,CHD6,CHD4,CHD3,YBX1,LMNB2,CABIN1,LMNB1,ELAVL3,BCL7A,ZC3H7B,KDM6B,KLF13,PDPK1,H2AFX,CAD,NAV1,NAV2,ARID1A,LSS,KLF16,EPN1,SEPT3,FAM189B,VCAN,SFPQ,PPDPF,AKT1S1,LUC7L3,ATG4B,TMEM9,IFT46,ANKS3,NRXN2,RBM4B,WIZ,CRMP1,AGPAT1,STRN4,MTA1,DNPEP,PABPN1,NT5DC2,MKNK2,RRM2,TAF15,USP22,CYHR1,PDAP1,SSRP1,NEURL4,SBK1,CAPN10,CARM1,RGS11,VIM,CLUAP1,SSBP3"
+"gene_set_query"	"100"	"MYT1"	"183.7"	"ARCHS4 Coexpression,66;Enrichr Queries,46;GTEx Coexpression,439"	"CYFIP2,CNTFR,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,BACH2,SCAMP5,RNF112,GPR173,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,DPYSL3,NCKAP5,ANKS1B,CHGB,HES6,UNC13A,RBFOX2,RBFOX3,UNC5A,RFX3,SOX11,GPR162,FEZ1,RUFY3,RUFY2,HECW1,ASTN1,TTYH1,AGAP1,FAM171A2,RHBDL1,ZSCAN18,CADM3,PRRT2,CADM4,CADM1,RAB3IP,NR2F1,L1CAM,MLLT11,MEX3A,PKIA,FXYD6,PLCH2,CDKN1C,GABRB3,KCNC1,NCAN,SHF,SMPD3,JPH4,TRIM9,MMP24,JPH3,TUBA1A,TRIM2,TRIM3,NEFL,NEFM,DLGAP1,APC2,RPS6KL1,ACTL6B,MANEAL,DUSP8,TUBB2B,TMEM179,TUBB2A,PXDN,DSCAML1,RNF165,GRAMD1B,ADAM22,SEZ6,ADCY1,TMEM169,CHN2,ZSWIM5,RUNX1T1,KIDINS220,DAB2IP,TTC9B,NMNAT2,NFIA,NFIB,RIMBP2,PKN1,YPEL4,TMEM229B,RAB3C,ANKRD13B,ATP8A2,RAB3A,ATP8A1,CLSTN2,CLSTN3,CTNND2,SLC8A1,SLC8A2,RIMS1,ATCAY,SALL2,CDH2,TUBB3,TLE2,SRCIN1,DISP2,CLIP3,ACAP3,OLFM1,CACNB3,CACNB4,MADD,TOX,LY6H,RTN4R,GRIA2,BRSK1,BRSK2,SHC2,KHDRBS3,KLC1,FBXO44,LRRC55,RAP1GAP,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,PLXNA2,NDN,SRGAP3,RAB6B,PLXNA4,TMEM120B,NSG1,CORO2B,SCRT1,REEP1,PTPRD,NSG2,LHX2,REEP2,CPE,NACAD,LRCH4,CNIH2,MAP3K12,SNAP25,CELF3,CELF4,CELF5,PSD2,PSD3,CEP170,EVI5L,TRIM67,VPS37D,SEZ6L,PTP4A3,DNAJC6,NLGN3,NLGN2,CXXC4,PPM1E,JAKMIP2,STOX2,CACNG7,ABLIM1,PTPRZ1,SLITRK1,VPS53,MGAT5B,NNAT,TRIM46,CACNG4,ATP9A,BEND6,LINGO1,NTRK2,MARCKSL1,SLC12A5,PCDH8,HIP1R,NELL2,NFASC,SYT11,NOVA2,POLR3F,INSM1,MDGA1,UNC79,CBLN1,METAP2,CCNI,KIF21B,BSN,EPHB1,SOX4,CALN1,SOX5,SRRM3,SRRM4,ATP6V1G2,ISLR2,ANK2,ANK3,MAPK8IP2,MAPK8IP3,ANK1,PISD,MAPK8IP1,TIAM1,STX1B,KCNQ2,TAGLN3,TRIM11,GPM6A,PAXIP1,BEX1,STXBP1,PIK3R3,KALRN,TTBK1,NKAIN1,SYNGR1,PCBP4,GSE1,B4GALNT1,SCN3B,SCN3A,B4GALNT4,PTPRN2,BCL11B,BCL11A,ST8SIA2,PDE2A,ST8SIA3,MICAL2,DCLK2,SNAP91,DCLK1,GADD45G,COL9A3,RCOR2,PCSK2,ROBO2,TMEM151B,CSRNP3,GDI1,FAM57B,GRIK5,DIRAS2,GRIK3,GRIK2,UCHL1,PCLO,SLC22A17,DNER,KIF1B,KIF1A,RALGPS1,GRIPAP1,ANO8,SYP,RGMB,AP3B2,MTSS1,CNKSR2,TOX3,ARHGEF9,MAPT,ARHGEF7,NOL4,BEGAIN,CAMKK2,ARVCF,CUX2,CAMK2N2,GPC2,APBB1,CTNNA2,ATP6V0E2,PAK3,PURG,ARNT2,LSAMP,PLEKHA6,SORBS2,MIAT,ATAT1,TTC3,APBA2,CDK5R1,CRTC1,CELSR3,TMEM145,KIF5C,BASP1,KIF5A,PALM,NRCAM,SH3GL2,PPFIA2,CHRNB2,LMO1,LMO3,APLP1,ADAM11,KCTD2,POU3F2,RUNDC3A,KCTD6,POU3F3,SHISA7,PCP4,GPRIN1,EEF1A2,SCG5,SCG3,ABCG4,NDRG4,NDRG3,RTN1,NTM,TMEM59L,CACNA1B,CACNA1A,CACNA1D,CACNA1C,DTX3,CPLX2,SEZ6L2,CACNA1E,CACNA1H,DPP6,CAMTA1,KIF3C,PDZD7,SYT5,SYT4,ZFHX2,SYT1,AUTS2,SYT7,GNAO1,ARHGAP33,HOOK2,HOOK1,CNTN1,GNAS,CNTN2,PODXL2,MAST1,CHD6,ELAVL4,RND2,FBLL1,PKD1,ELAVL2,ELAVL3,POLB,MCF2L,GDAP1L1,SULT4A1,GALNT9,SVOP,ABCC8,PPP2R5B,NAV1,NAV2,EPN2,SEPT3,DNM3,GAP43,VCAN,ALS2,SETBP1,DDAH2,CDH10,DCX,TERF2IP,INA,SHANK2,CAMK2B,HCN3,NRXN1,NRXN2,ATP1A3,CRMP1,DLL1,NCALD,ADD2,GNG3,IGFBPL1,GNG2,SV2A,SPOCK2,SLIT1,SPOCK1,NCAM1,CLASP1,OPCML,CLASP2,CHGA,PCDHGC4,B3GAT1,CADPS,PCDHGC3,ATP2B4,ATP2B2,MEIS2,MAPK10,SLC4A8,SBK1,FAM131C,FAM131B,RGS11,SSBP3"
+"gene_set_query"	"101"	"ZNF207"	"183.8"	"ARCHS4 Coexpression,566;Enrichr Queries,2;ReMap ChIP-seq,145;GTEx Coexpression,22"	"MDC1,NUP107,TFRC,KRTCAP2,LSM12,PRKACA,SAMD10,FNBP4,GABARAPL2,DAXX,FNBP1,EML2,SCAMP3,MYL6,EWSR1,PRKAR1A,ZC3H11A,DDIT4,PSME4,ORAI2,PSME1,JTB,PSME2,SF1,ATF4,SLBP,SET,NPRL2,BAZ2A,OAZ1,MRPL13,GABARAP,MRPL20,RHOT2,HSPH1,RHBDL1,VTI1B,PRPF38B,PRRT2,NCAPH2,MRPL28,EIF1,MLLT11,SETX,TBL3,EIF5,EIF6,PIGT,RPLP0,MRPL34,BBC3,DDA1,IKBKB,TUBA1C,MRPL42,NIPBL,TUBA1B,TUBA1A,MED13,RPLP2,ENOPH1,SPHK2,MRPL49,SIRT7,DYNLL1,MED29,MRPL43,SRP9,MED23,MRPL53,PSMA3,TUT1,DSCAML1,VAMP2,LRRC14,RNASEK,ELOF1,LIN37,GSTP1,ODC1,PSMA7,GGA2,GGA1,UNK,BTAF1,GGA3,RPS27A,BID,SAMD1,ZSWIM4,RABAC1,MEF2D,SRSF10,SRSF11,NKTR,SNX22,NUDT21,CCDC9,SERBP1,TSR2,AGRN,YPEL3,MTCH1,CCNT2,CSE1L,UBE2D3,ATN1,CASC3,ZBTB22,STK16,PIM3,KPNA2,SLC38A1,PCYT2,PRPF4B,LENEP,MSH6,ACLY,SLC9A5,DMTF1,MSH2,SRSF2,SRSF3,SRSF4,SRSF5,SRSF6,SNRNP200,SRSF7,KPNB1,ANAPC1,INO80B,KHDRBS1,PFKFB3,RNASEH2A,MAZ,IREB2,GMPS,ARL2,CORO1A,CORO1B,HSP90B1,SNN,PMVK,G3BP1,G3BP2,PGK1,SLC38A2,TIA1,FUS,UROS,EEF2,UCKL1,DRAP1,SON,NACA,MDM4,OSBPL1A,OGT,ZNF512B,MCFD2,SLC25A3,HSP90AB1,PIK3CD,AP4M1,MRPL4,NGRN,PPP6R3,MDP1,ACTR3,EIF5A,ACTR2,HSP90AA1,SH2D3C,ATRX,RAD23A,RAD23B,DDOST,MSL1,SLC25A19,ETF1,BIRC6,SLC25A5,BCAT1,DCTPP1,SLC25A11,GAPDH,ST6GALNAC6,GTF3C2,NDUFB8,NDUFB7,UHRF2,SRC,SRSF1,LENG8,FURIN,ZBTB45,MLLT6,GANAB,FCHO1,U2AF2,TRIM46,E2F4,HNRNPA1,AAMP,EIF4E,EIF4B,GADD45GIP1,NOP56,HNRNPA3,NOP58,PPP1R14B,TRIM41,NDUFA6,PCDH9,NDUFA5,NDUFA4,NDUFA3,MBOAT7,CNBP,RPL23A,HNRNPAB,PINK1,TSPAN14,EIF3M,PDCD4,EIF3G,STUB1,EIF3E,P4HB,SEC24C,EIF3D,EIF3B,EIF4A2,EIF4A1,SMARCB1,PPAN,JMJD1C,IFI30,NUDT3,ACTB,CCAR1,CYB5D1,RASSF1,TRIM28,SNRPD2,CHORDC1,CCNL2,ATP6V1E1,CCDC92,ATXN7L3,TMPO,SMARCC1,ATP6V1G2,SCAF11,CIRBP,CSNK1D,MOGS,CDC37,SUB1,CSNK2B,DHX9,SUPT4H1,PIK3R2,ZBTB5,LARS,PCBP1,ERI3,PCBP2,RBM12,DECR2,SNX5,RCC2,PAICS,SMARCA4,MED13L,WNK1,RPL27A,INTS5,CALU,NDUFAF3,PAF1,CALR,CALM1,RGL2,DHRS13,TMEM151B,CCDC124,MRPS12,HERPUD1,SYNCRIP,HYAL2,DHX15,MLX,DHX16,SSSCA1,GIT1,CCT3,CCT2,CCDC115,PRPF40A,MRPS7,APRT,SLTM,CSDE1,CANX,ARHGEF1,PABPC1,CRELD2,PTMA,PCNA,DOT1L,GBA,HEATR1,GNAI3,NEDD8,CCDC106,GNAI2,SERTAD2,CCT8,CCT7,CCT5,CCT4,NPM1,MON2,CRIPT,VEGFB,MIB2,TTC1,PPP1CA,TMUB2,PER1,NUDT8,HNRNPA2B1,TCEA2,TARDBP,GRINA,DPAGT1,CRTC2,MIDN,CD81,SRP14,ACTG1,KIF5B,ARID2,ZGPAT,ATG9A,DNAJB12,EEF1A1,DOK5,FAM173A,EHBP1L1,TBC1D24,PPIB,PPIA,RTN2,DDX6,VCP,DDX5,NDUFB10,HTRA2,PDS5A,RTN4,ACACA,RAI1,GRK6,H1FX,TBC1D17,NDUFV1,QSER1,BCL9L,OST4,PRNP,UBE2I,NUP155,HMGA1,NUP153,SUPT5H,ANKHD1,CLK2,PAN3,HOOK2,NASP,GNB1,GNAS,UBE2N,CYCS,UBE2M,GALK1,YWHAE,RBM28,RBM25,CUEDC2,GSK3A,PRR7,RBM26,DDX3X,MAST3,YWHAB,PRKCSH,ATP2A2,CHD4,HMGB1,CHD2,USE1,LMNB2,PPP1R9B,LASP1,TMEM223,EEF2K,YWHAQ,LRRFIP1,YWHAG,PDPK1,DDX55,CAD,SYNGR3,YWHAZ,EPN1,EEF1G,SFPQ,NUP50,PPDPF,NAA38,MAN1B1,IRF9,DDX27,DDX21,SLC3A2,CAND1,MAT2A,TDG,TRA2B,TRA2A,MKNK2,NAA25,PDLIM7,RBM39,TAF15,NAA10,TAF13,TTC17,PNKD,ERCC1,ACIN1,ERCC5,QRICH1,TAF6,VIM,NAA15,RAN,RPL4,RPL5,RPL3,RPL31,HNRNPU,SMC5,HNRNPR,ENO2,EPRS,RPL8,PHB2,RPL9,RPL6,GCSH,PCMT1,STMN1,IER5,IER2,DDX17,VPS18,WSB1,WSB2,RPL23,PRKCD,RPL22,WDR74,WDR75,CD3EAP,WDR81,WDR82,ADPRH,RPL28,PRR14,NUP205,NOLC1,ANAPC11,PRDX2,LDHB,LDHA,PPP4C,NUP85,PRDX1,RAD21,VPS11,ST3GAL2,SERF2,JUND,H3F3B,IRF2BP1,PRRC2C,IRF2BP2,NR1D1,PHC3,PRRC2A,HNRNPL,EHD1,HNRNPM,FIBP,HNRNPK,MEX3A,HNRNPF,TOLLIP,HNRNPD,OGDH,HNRNPC,CDK13,FARSA,SETD5,MOCS2,SMG1,CDKN1B,GMEB2,PHF23,CLTC,LPCAT1,CLTB,KRI1,ADO,WDR46,TRIM8,TMSB4X,GPR137,AP3S2,CIC,JARID2,WDR36,SHPRH,TPI1,ITPK1,WDR33,RNF167,TAF6L,TUBB2A,MTF2,TCP1,GART,SF3B3,RPL12,RPL11,WDR24,ARFRP1,BCLAF1,SCAF8,RPS15A,NSD1,RPS3,RPL14,CKB,RPS2,RPL15,RPL18,RPL17,SF3B1,RPL19,CSNK1A1,WDR18,PCGF3,SYVN1,TRMT1,SCAF4,GTF2H5,LRPPRC,WDR11,KTN1,TM9SF1,NUCB1,ANKRD13B,TUSC2,CTNND1,AUP1,RPL10A,BZW1,IPO4,TM7SF2,IPO5,PPP1CB,CFL1,PAPOLA,SMARCAD1,LZTS2,HMGN1,GTF2I,RNF44,RPS9,SUPT16H,ANKRD49,RPS7,RPS8,TPM3,USP3,RPS5,RPS6,AIP,THOC2,ILF2,CTDNEP1,PYGO2,ILF3,RAB34,MORF4L2,NCL,PHIP,ERH,ADNP,MAD1L1,FKBP2,DNMT1,SEMA7A,CD151,BRI3,ABHD8,UBR4,TARS,BTBD2,NACC1,TPR,UBR5,DVL2,SLC15A4,SKIL,MCL1,MPDU1,ESRRA,CCDC12,TMEM132A,TRAPPC5,MARCH9,ADAP1,LSM4,LSM2,MARCH2,CDK9,COPS6,CDK4,CNOT1,MAFG,PLXNB2,GPR107,IARS,RSL24D1,EIF4G2,EIF4G1,DIDO1,MCM7,RNPEPL1,WDR1,ZC3H3,TRADD,PTBP1,RPL7A,GM2A,AP1G1,SNRNP70,UBTF,WDR6,TNPO1,IQCB1,PDCD6IP,PLEKHG2,REXO1,GPX4,RFC2,DIS3,RPL13A,EDF1,COASY,PTP4A3,DALRD3,TRAF4,DAD1,CTDSP2,POLR1B,RPL37A,RNF31,NFAT5,WBP1,HDAC1,WBP2,TTL,DNAJB2,VPS52,POLR2E,POLR2F,CSK,POLR2I,DCAF11,SPAG7,SEMA4C,FBXL16,DDHD1,FBXL14,DNAJA1,KLF6,TPT1,TCERG1,SLC35B2,ISCA1,VARS,GDE1,TIAL1,PNN,RPS14,RPS16,RPS19,RPS18,FLAD1,FTH1,HABP4,UBAP2L,ZFPL1,RPS11,SEPHS2,SOX4,SRRM2,AQR,NFKBIL1,METTL3,JMJD8,SRRM1,PFN1,AURKAIP1,EZR,TMEM161B,ANP32A,TWF2,CD99L2,FXR1,TRPM7,ARGLU1,RALGDS,VASP,FIS1,SNHG1,ZRANB2,CCT6A,RPS25,RPS27,FUBP1,RPS21,C2CD2L,RPS24,CDS2,DAZAP1,UBXN1,GDI2,PRPF19,LIMD2,XPO1,ZMYM6,TMED2,RAB8A,PSD,PSENEN,RHOF,LIME1,RHOA,HNRNPH1,RHOV,HNRNPH3,ALDOA,MAPRE1,ATP6V0C,TYMP,PPP2CA,AMN1,RANBP2,MTX1,PTGES3,AP3D1,RAB11B,PRPF39,MPHOSPH9,CTNNB1,FAU,CDK5R1,NUCKS1,ARHGDIA,FPGS,COTL1,KDM2A,SHISA4,DPM2,PRPF6,TBL1XR1,PRPF3,MATR3,ISCU,ZCCHC8,RPS19BP1,CLEC16A,PRPF8,EMG1,MAN2A2,SUDS3,ANKZF1,HSPA9,HSPA8,ACBD5,CPSF6,CBX5,HSPA5,CBX3,NONO,AZIN1,DNAJC18,NFKBIA,EFNA2,DLG4,CAPRIN1,CHMP2A,DYNLRB1,CREBZF,MUS81,B4GALT3,ACADVL,USP34,YBX1,SPRED2,FLOT1,FLOT2,PDE4A,TMEM109,TOPBP1,RBM5,MAPK1IP1L,KDM6B,USP48,KLF13,H2AFZ,AKTIP,H2AFX,AXIN1,RNF208,RPS3A,ARID1A,SENP3,ARID1B,KLF16,FAM189B,DDAH2,AKT1S1,PFDN1,LUC7L3,HAGH,TSEN34,HCN3,STOML1,RGS19,USP16,ATF6B,GMPR2,OPRL1,ATP1A1,U2AF1L4,THBS3,HSPD1,NXF1,BUB3,USP24,ATP13A1,BAD,USP21,HAGHL,ZFC3H1,NAP1L1,DEK,CAPN10,RPS6KB2,SPRY2,ABCE1,RBMX,SSBP4"
+"gene_set_query"	"102"	"ZNF142"	"184.0"	"ARCHS4 Coexpression,241;Enrichr Queries,75;GTEx Coexpression,236"	"CYFIP2,MDC1,TRIO,TRRAP,DCAF8,GPATCH1,EHMT1,EPRS,GPATCH8,LSM11,MPRIP,RAVER1,ZMIZ1,DPYSL2,ZMIZ2,MYC,DIP2C,RBFOX2,RBFOX3,NUP210,FNBP1,TSTD2,CD3EAP,SCRIB,ARMC8,GTPBP1,HCFC1,NISCH,ZSCAN21,PRR12,SF1,POM121,MEPCE,SDR39U1,NOLC1,BAZ2A,LARP1,VPS11,PIP5K1A,PLCG1,CREBBP,ACD,JUN,SETD1A,IRF2BP1,PBX2,PRRC2B,POU6F1,THAP11,PRRC2A,EHD1,HNRNPL,NPLOC4,FASN,ATG2A,MMS19,EZH1,PHF2,SMG1,PIGU,TCF20,MED16,SMG7,PFAS,SMG5,MECP2,MED12,SMPD4,TRIM3,RRP12,CIC,LRRC47,BRD3,BRD2,UPF1,EXOC7,ASH1L,NCOR2,MED22,SLC7A5,MED25,TUBB2A,PXDN,TET3,RAPGEF1,LRRC14,SF3B3,GPS1,SRRT,WDR24,SLC7A1,GGA3,TCOF1,NSD1,ANKRD52,MEF2D,SF3A1,SF3A2,SCAF1,SCAF4,GATAD2A,SPSB3,SKI,XAB2,MYBBP1A,SNX15,SRRD,TAOK2,SARM1,ZYX,PKN1,ATN1,IPO4,EDC4,FBRSL1,MEN1,SLC38A1,POLRMT,RNF40,ATXN2L,PYGO2,CLIP1,ILF3,NCL,MADD,RAB35,RAD54L2,SNRNP200,SQSTM1,CSNK1G2,GLYR1,ANAPC2,DNMT1,ANKRD11,MAZ,ITPR1,UBR4,NRF1,STIP1,ATXN2,KLC2,NDOR1,PITRM1,BTBD2,NACC1,DVL3,E4F1,MAP2K7,WDTC1,NOP14,ANKRD27,BRPF1,FUS,SEC16A,TNK2,TRAPPC9,EEF2,ZZEF1,CHERP,BCL9,NBEA,STK25,CNOT1,CNOT3,TUBGCP4,LRCH4,EIF4G1,ZNF512B,DIDO1,CALCOCO1,MCM7,NUMA1,ZC3H4,WDR4,ETFA,PTPN23,SYNE2,PIK3C2B,PTBP1,DUSP12,SART1,VPS72,PPP6R1,SNRNP70,UBTF,DGCR8,UNKL,TNPO2,ILKAP,REXO1,DHPS,RANGAP1,SMC1A,DDOST,GIGYF1,TRAF7,PTP4A3,DAD1,CTDSP2,POLR1B,AHDC1,RNF31,GTF3C1,PPM1L,MGRN1,PRCC,LENG8,MLLT1,ZBTB45,FOXK1,HSD17B12,AMBRA1,MLLT6,DCAF15,GANAB,NCLN,POLR2A,DNAJB5,U2AF2,FEM1C,SLC25A23,UBQLN4,NOP56,MLXIP,CIZ1,NICN1,FBXL19,FOXJ2,RPRD2,MTOR,TNRC6C,ASXL1,MCM3AP,EIF3C,PANK4,VARS,JMJD1C,ZDHHC8,HERC2,RUSC2,HERC1,KAT5,TRIM28,DPF2,EPC1,UBAP2L,CCDC92,ATXN7L3,SRRM2,SMARCC2,COG1,BCS1L,MAPK8IP3,INPP4A,CARHSP1,KCNQ4,CD2BP2,ULK1,TTLL12,CBLL1,MACF1,RTEL1,L3MBTL2,DHX8,FBF1,PIK3R2,PDCD11,DHX34,DHX37,HIVEP1,GSE1,SCAP,SYMPK,TNRC18,INTS1,RCC2,MICAL2,SMARCA4,WNK1,CCDC88C,RNPS1,ITM2C,DAZAP1,NAT10,PRPF19,SIPA1L3,RPTOR,ACTR1A,GIT1,MAP4K2,PRMT7,ZER1,NCOA6,MINK1,PPRC1,SREBF2,MLF2,GAK,PACS1,SGK1,SATB1,SLC20A1,AMIGO1,DOT1L,NOL9,NOL6,RXRB,HIRA,CUX1,PES1,HEATR6,DYNC1H1,GBF1,HUWE1,MYO9B,KBTBD4,BOP1,NUP188,PRDM2,PHRF1,KHSRP,ARHGDIA,EP300,SBF1,KDM2A,ATG9A,TSC2,UBE4B,ATAD3A,MAU2,PRPF6,HNRNPUL1,HNRNPUL2,EHBP1L1,FIZ1,ARHGEF25,NOP2,CLEC16A,DTX3,SUPT6H,PRPF8,CACNA1H,ACACA,RAI1,EP400,ZC3H18,CAMTA2,TBC1D17,MARK2,BCL9L,PRNP,GGT7,CBX6,CPSF7,CPSF1,PCIF1,KLHL22,NUP153,HOOK2,ATG16L1,AMOTL2,UBA1,TAB1,TCF3,RERE,USP36,KDM5C,GSK3A,PRKCSH,CHD8,CHD6,DBI,CHD4,CHD3,PKD1,LMNB2,CABIN1,PPP1R9B,ZC3H7B,SNAPC4,SPEG,KDM6B,RBM14,KLF13,PDPK1,CAD,ARID1A,ARID1B,SENP3,POMGNT1,EPN1,KLF16,DNM2,FAM189B,CRY2,KDM3B,WIZ,ASAP1,USP19,STRN4,NXF1,TMEM201,DNPEP,MTA1,TAF1C,DROSHA,MTA2,CAMK2G,FBRS,CLASP1,PDLIM7,ABCF1,USP24,SPEN,PTCD1,USP20,USP21,ATP13A1,SSRP1,CLCN7,IRGQ,NEURL4,ERCC3,CARM1,ACIN1,TAF6"
+"gene_set_query"	"103"	"NCOA1"	"184.3"	"ARCHS4 Coexpression,357;Enrichr Queries,174;ReMap ChIP-seq,136;GTEx Coexpression,70"	"MT-ND4,TFRC,ZFYVE9,ITSN1,TSKU,PSMD8,PREX1,KRTCAP2,PSMD6,DPYSL2,PSMD2,AKT3,MEF2A,GABARAPL2,STARD3,RBFOX1,MEF2C,RFX3,DICER1,GAPVD1,PRKAB1,EML2,BCR,MYL6,DDIT4,ORAI2,SPARCL1,RBCK1,ATF4,MTMR3,SHMT2,TARSL2,AGAP2,PLA2G6,MRPL12,MRPL11,AMZ2,PIP5K1C,ATRIP,HEXIM1,CREBBP,JUN,JUP,CADM1,CADM2,PBX2,SNF8,MRPL24,MRPL21,PBX1,MLLT11,ABTB1,EIF6,LRSAM1,PIGU,HEXB,MRPL37,PIGX,BBC3,JPH4,TRMT112,NIPBL,MED13,MRPL40,B3GALT1,TCP11L2,JAK2,JAK1,ACTL6B,ELOVL5,SPHK2,PGAM1,SIRT4,MED29,MRPL53,PSMA4,PTRH2,CDC42EP4,PXDN,PTRH1,TUT1,RAPGEF2,SLC29A1,VAMP2,TRUB2,SAMD8,ELOF1,WRB,SRRT,PSMA7,PSMB7,NRAS,UNK,SNX27,PSMB1,LEO1,AP2S1,RICTOR,CRBN,USP9X,MDH2,GATAD2A,PSMC3,CCDC9,PKN1,YPEL3,FRYL,GZF1,TMEM167B,FRY,STK11,SMCHD1,RUVBL2,KPNA2,FADS1,CISH,FBXW7,SARS,LENEP,PIAS1,FOXP1,SRSF3,ARL8A,PFKFB2,GRIA2,LRRC59,RNASEH2A,IREB2,ISG20L2,SPATA2,CORO1B,SLC9A1,SOCS2,EIF1AD,SNN,SBNO2,ZKSCAN3,LRRC4C,ZKSCAN1,TMEM120B,HPS1,ZC3HC1,PTPRA,DMXL2,MDM2,CLPTM1L,ITGB1,MCFD2,HSP90AB1,CELF2,PTEN,ARRB1,ETFB,NRGN,AP4M1,NGRN,DGCR8,BCAS2,EIF5A,BCAS3,HSP90AA1,DST,NDUFC2,VPS37B,DDOST,PPM1A,SLC25A17,PIK3CA,SLC25A19,C1D,BIRC6,PPP1R12B,GAPDH,PPP1R15A,NDUFB9,ROCK2,SRF,PRCC,ZBTB45,PPM1D,PPM1E,TSPAN31,GANAB,PTPRZ1,KCTD20,FCHO1,U2AF2,TRIM46,SH3BP5,FYN,HNRNPA1,SLC25A25,EIF4B,ATP9A,SH2B1,CYB5B,PPP1R14B,TRIM41,FEM1A,RPL23A,EFR3B,TPD52L2,PINK1,SYT11,EIF3I,ST7,PDCD4,TRIM37,P4HB,SMAP2,TRIM33,EIF4A2,AHCYL1,TMEM41A,CPNE5,KDELR1,PPAN,KEAP1,JMJD1C,NUDT3,ACTB,CRKL,RASSF2,OPHN1,TRIM28,HERC1,SNRPD2,BSG,CCDC97,SNRPD3,CCDC92,SLC12A6,SCAPER,TRIM23,SLC12A9,TMPO,EPHA4,ACTN1,ECH1,CIRBP,MOGS,ANK2,CSNK1D,ACTN4,ANK3,MIF,TMEM170B,THAP7,CDC37,CSNK2B,KDELR2,ULK1,STX1A,GCDH,TMEM87B,ADCYAP1R1,NUMBL,GIPR,FOXG1,MYCBP2,SUPT4H1,PIK3R1,ACTR3B,KALRN,SEC14L1,TSPAN7,PCBP2,HIVEP1,SYMPK,HIVEP2,SCN3A,B4GALNT4,XBP1,XRCC6,TMEM86B,IQSEC2,IQSEC1,SURF4,INTS2,MYO5A,SMARCA2,PAICS,PTK2,MED13L,SMARCA4,EXT1,WNK1,ID2,INTS5,PAF1,LRRN1,GRB2,INTS7,CALR,NOL11,NRP1,CTSZ,MRPS10,PPP3CA,PPP3CB,NUDCD3,AKAP11,SDF4,IDS,KIF1B,NANS,VKORC1,COX8A,CCT3,NCOA2,PCYT1B,SEC13,PCYT1A,NCOA6,ZFR,NCOA4,ARHGEF9,CSDE1,KIT,SLU7,NAPB,AHCY,INPP1,STX16,SATB1,PRICKLE2,CCDC106,NFIL3,SERTAD2,HEATR6,CCT7,EPS15,CCT5,GABBR2,GABBR1,NPM1,PNPLA8,SORT1,VEGFB,HUWE1,RSRC2,COX6C,MYO9A,YIF1B,VEGFA,PER1,FAM171B,HDGF,ESYT2,DPAGT1,SCARB1,CRTC2,MIDN,UBE2Z,CELSR2,TXN2,IGF1R,FAM174B,KIF5C,PALM,KIF5A,FAM3A,EP300,BANF1,SLC30A5,TMOD3,TMOD2,RUNDC3A,TANC2,DOK5,DNAJB11,WDFY3,PPIB,PPIA,RTN2,DDX5,PSMD12,TOR1AIP2,NDRG2,RASGRP2,CACNA1E,TBC1D13,TBC1D14,BCL9L,SYT5,PRNP,UBE2H,AUTS2,KLHL24,SUPT5H,AP4B1,GNAO1,GNAL,APPBP2,HOOK2,HOOK1,OSTC,GNAQ,MKRN1,STT3A,UBE2M,RERE,GSK3B,CUEDC2,PRKCSH,DDX42,CHD6,ATP2A2,CHD4,ARHGEF10L,PPP1R9A,CHD2,USE1,AFF4,PITPNC1,PHTF1,SEC61A1,LASP1,TMEM223,MAN1A2,RB1CC1,BCL7B,GATAD1,MYO18A,YWHAG,ARHGEF12,PDPK1,ABHD14B,NAV2,CREB1,RER1,NDUFS7,SETBP1,NAT8L,EAPP,ZMYND11,OTUB1,DCTN4,ASB13,SLC3A2,RSPH9,ASAP1,AGPAT1,CLCN3,RNF5,ADD1,DNPEP,MAT2A,BMS1,TMEM205,TAF13,ATP2B4,ATP2B1,USF1,GOLPH3,TEF,GLB1,ERCC1,TAF6,VIM,RAN,RB1,TRIO,MYT1L,WIPF3,STMN3,ADARB1,EPRS,RPL8,PHB2,BACH2,PCMT1,RNF115,RNF114,TFG,ZMIZ1,MYC,AP1S1,RPL37,IER5,IER2,ANKS1B,DDX17,DAPK1,PIH1D1,PRKCE,WDR74,CD3EAP,GTPBP2,DAAM1,ZSCAN21,TARS2,RPL29,VPS25,ASTN1,PRR13,CDC42SE1,RPN2,RPN1,NEDD4L,HIF1A,PRDX2,PPP3R1,PRDX4,PRDX1,SERF2,ST3GAL2,S100A10,BTF3,RPL41,CDK19,PRELID1,JUND,DMPK,H3F3B,IRF2BP1,MAD2L1BP,PA2G4,POU6F1,TMEM198,EHD1,HNRNPL,SLC6A6,HNRNPK,HNRNPF,UNC119,HBP1,HNRNPC,CPEB4,WDR47,BTG1,CDKN1B,PHF1,CLTC,LPCAT1,RNF157,TMEM189,RARS,TMSB4X,TRIM2,ENSA,AP3S2,JARID2,RRP15,CEP68,ZC3H10,NUDC,TPI1,TCF12,TET2,ASH1L,TERF2,COPZ1,NCOR2,TAF6L,SIKE1,ZEB2,NCOR1,GAS7,GRAMD1A,WDR26,RPL12,LMAN2,NSD1,SLC17A7,RPL18,RUNX1T1,SF3A3,KIDINS220,HIPK1,BLCAP,ERP44,TM9SF1,ABI2,NFIA,NFIB,NUCB1,TOR2A,CHPF,ATP8A1,CTNND2,RAB3D,YEATS4,NRBP2,RIMS4,ABHD11,SALL2,TUBB3,RNF19A,SLC39A7,HMGN1,USP8,MAGI3,MAGI2,DYRK1A,THOC3,ILF2,THOC7,PYGO2,CLIP2,DMWD,RAB34,MADD,ERP29,NHP2,SNRPC,SNRPA,SNRPB,CUL9,FKBP2,RAB5B,TNKS,ABHD2,AK1,AK2,ITPR1,UBR3,PHB,PHF21A,STIP1,UBR5,PSAP,PLXNA2,RAB6B,MCL1,TNK2,MARCH8,TOR1B,LSM4,CNOT4,COPS6,SYNJ1,NBEA,SPIRE2,NF1,CPE,SPIRE1,PLXNB1,CNOT8,MCM7,ZC3H4,CCDC47,SYNE2,PTBP1,DUSP12,AP1G1,OPA3,RNPEP,PSD3,WDR7,PLEKHG2,GGPS1,SECISBP2L,YDJC,PTP4A2,PTP4A3,TRAF4,CTDSP2,LANCL2,SOS1,SOS2,NLGN3,NFAT5,HDAC1,WBP2,HDAC6,JAKMIP2,ABLIM1,DNAJB6,PUF60,POLR2A,RBBP5,POLR2G,POLR2H,SEC11A,SPAG9,MLXIP,PPIL2,SEMA4D,SEMA4B,ADRM1,RPRD2,TNRC6C,KLF6,NIN,APC,POLR3C,IMPDH2,APP,ZMYND8,HDAC11,CBLB,GOLGA2,RPS16,FLAD1,FTH1,BTRC,SOX4,TBC1D10B,SRRM2,ACSL6,INPP4A,TIAM1,SIK3,HECA,AURKAIP1,CUTA,NECAB1,MACF1,RTEL1,TRANK1,CD99L2,MYL12B,UGCG,PRRC1,SPAST,STXBP5,TNRC18,GPM6B,ATP6V0A1,BANP,VASP,SNHG1,RABGAP1L,SETDB1,MANF,CCT6A,ALDH18A1,TMCC1,TECPR2,ITM2C,DAZAP2,DAZAP1,UBXN1,HIP1,CITED2,SLC35F1,MYL6B,RYR3,ROBO1,SIPA1L1,PCF11,SEC61G,C1QBP,TMED2,RAB8A,PRMT6,TOP3B,TMED9,ZER1,TSC22D1,PRMT1,NME2,ZDHHC17,MTSS1,NME1,UGDH,FAM20B,MAPRE3,MAPT,SGK1,AMIGO1,ICA1L,GDPD1,AKAP6,AMN1,CUX1,CTNNA2,METTL9,MAP4K4,ARNT2,RANBP1,MTX1,PTGES3,LSAMP,SORBS1,CTNNB1,TOMM5,MEGF9,ARID4B,TATDN1,COTL1,PDIA3,NOSIP,ATP1B3,ATP1B2,PUS7,PDIA6,SHISA7,RSBN1,PDIA4,TUFM,DPM2,DPM3,TMEM136,TBL1XR1,SCG3,ZCCHC8,ISYNA1,RPS19BP1,COPB1,LTBP4,CAMSAP1,ARHGAP21,EMG1,DPP8,RPRD1A,KLHDC10,BPTF,SMAD2,HSPA8,SMAD4,ACBD4,CBX5,HSPA5,CBX4,NFKBIA,ARHGAP32,NR4A3,EFNA2,DLG2,TMEM115,CHMP2A,BRWD1,SAE1,THRA,USP32,DOCK9,SLC2A8,ZC3H7A,MFSD5,LRRTM2,GMPPA,FLOT2,PDE4A,SCYL1,USP46,KLF13,AKTIP,SENP2,ARID1A,ARID1B,SEPT5,KLF16,LATS1,DNM3,PFDN4,B4GALT7,B4GALT5,CAMK2B,USP15,STOML2,NRXN1,MOSPD3,THBS3,HSPD1,RMND5B,NXF1,FAM168A,REPS2,MAPK1,NCAM1,MAPK6,CLASP1,MAPK3,LGI1,CADPS,B3GAT1,PDE4DIP,GDAP1,MEIS2,RPS6KB1,PPP2R2B,BAX,ATP13A3,SSBP2,SSBP4"
+"gene_set_query"	"104"	"GABPA"	"184.7"	"Literature ChIP-seq,104;ARCHS4 Coexpression,485;ENCODE ChIP-seq,1;Enrichr Queries,84;ReMap ChIP-seq,13;GTEx Coexpression,421"	"GMFB,NUP107,TFRC,IFT172,POP4,TSKU,ALKBH3,CAPNS1,AKT3,AKT1,SAP30BP,FNBP1,CACNA2D1,RC3H2,EWSR1,ZC3H11A,UNC50,JTB,FAR1,ATF4,SF1,SLBP,EXD2,TSTA3,SAR1B,SHMT2,NPRL2,MEPCE,BAZ2A,PLA2G6,CIAO1,RHOT2,RHOT1,RNF216,RDH14,LTA4H,RDH13,ATRIP,HEXIM1,JUN,PRPF38A,GSTM1,NCAPH2,LARP4,PBX1,TBL3,QARS,FASN,SFXN3,NMT1,HYOU1,FAT4,SNX11,OSBPL11,MED15,DDA1,BBC3,MED12,MED11,MED13,DLGAP1,APC2,SPHK2,DUSP1,TEX10,SLC39A10,DUSP8,MED27,MED29,TOMM40L,DDB1,MED23,PHF20L1,MED22,TMEFF1,MED24,PXDN,CINP,TRUB1,OAT,LIN37,ATL1,NIP7,ATL2,SNX32,NOC4L,SNX29,NRAS,EXOSC10,ADAM23,MFN2,CENPT,ATAD1,CRBN,MBD1,MCRS1,TRAPPC10,DAB2IP,SNX22,TARBP2,SKI,NUDT21,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,ETNK1,TAOK1,SLMAP,TSR1,AGRN,YPEL5,YPEL3,FRYL,GZF1,TMEM167B,RASL11B,PDCD5,FBXO28,LTN1,ATN1,PLOD3,FNTA,CIR1,MAP3K9,MTPAP,MAP3K7,PCYT2,DGAT1,FBXW9,FAM118A,ATP11C,ATP11B,ZCRB1,POLRMT,PIAS2,LENEP,MINPP1,DMTF1,SRSF2,SRSF6,SRSF9,SLC27A4,INO80B,KHDRBS1,GRIA2,KHDRBS3,UQCRB,SPATA2,CORO1B,RAP1B,EIF1AD,NDOR1,G3BP1,G3BP2,MBIP,ZKSCAN3,BRIX1,SAC3D1,ZKSCAN1,TXNDC5,NEK9,NOP14,API5,FBXO38,HPS4,UCKL1,DRAP1,YRDC,SON,LRCH1,UQCRQ,ARPC3,SP3,CLPTM1L,ACO2,LRCH4,NIT1,NOP10,ITGB1,MCFD2,NUMA1,PTEN,ETFB,AP4M1,ZNRD1,ACP2,SNAP29,ARL5A,YAF2,UNC45A,EIF5A,ACTR3,ACTR2,ATRX,DHPS,VPS13A,TFIP11,ACTR8,RABGGTB,ARFGAP3,RABGGTA,ARFGAP1,ATRN,TMBIM4,SYF2,C1D,ETF1,DCTPP1,GAPDH,CANT1,ROCK1,MGRN1,ROCK2,SRSF1,LENG8,U2AF1,TSPAN31,ZNRF2,U2AF2,KRIT1,TRIM46,FEM1C,FYN,E2F4,IGF2BP2,DRAM2,HNRNPA1,EIF4B,GADD45GIP1,HNRNPA3,TRIM41,GPKOW,PCDH9,FEM1B,PCDH7,CDC5L,MYO16,NECAP2,EIF3M,MCM3AP,CDKN2AIPNL,EIF3I,ST7,EIF3G,OCIAD1,EIF3H,STUB1,EIF3E,EIF3C,EIF3D,EIF3A,SMARCAL1,PPAN,ACTB,EFR3A,HERC3,TRIM28,SNRPD2,SNRPD1,CDC26,CDC27,EPC2,TRIM27,SNRPD3,ATXN7L3,FBXO9,ECH1,CIRBP,TALDO1,CSNK1D,MOGS,MFSD11,CDC34,CDC37,SUB1,CSNK2B,FAM76B,KCTD12,KCTD17,AARS2,DHX8,GIPR,DHX9,FBF1,MYCBP2,CEND1,TTBK2,PGS1,HLTF,SMARCA5,HARS2,BRI3BP,IFFO1,EXT1,ZBTB6,CDC16,RANBP10,NDUFAF3,FBXL3,NOL10,CALR,SUGP2,FBXL6,SUGP1,NRP1,DHRS13,CSRNP2,PAK1IP1,MRPS10,NAT14,COX7C,HERPUD1,THTPA,SYNCRIP,ACTR1A,MAP1LC3B,MAP1LC3A,PCLO,OTUD6B,UIMC1,RAC3,SDF4,GIT1,COX8A,MRPS28,PBRM1,MRPS27,PCYT1A,MRPS25,MRPS22,MRPS23,PRPF40A,TFB2M,APRT,PITPNM1,CANX,TAX1BP1,ARHGEF1,SLU7,FJX1,NAPA,DYNC1I2,NAPB,PCNA,MRPS35,CAB39,SSNA1,MRPS33,HSD17B4,MRPS30,RELA,GNAI2,PCNP,OS9,ORMDL3,MGAT2,DYNC1H1,VEGFB,COX6C,PEX14,VEGFA,KLHL9,PDCL3,TTC9,SEC23IP,ITCH,TTC5,SGSM3,TTC4,HNRNPA2B1,KLHL8,NDUFAB1,TCEA2,CACHD1,AGGF1,TCEA1,HDGF,OTUD4,OTUD5,SRP19,CRTC2,NARF,SYS1,NUP188,UBE3C,UBE3A,UBE2Z,TXN2,ACTG1,NARS,AMMECR1L,PPIP5K2,FAM3C,ENPP5,MORC3,PCID2,FBXW11,MMGT1,TMOD3,UBE4A,SDHB,GRIP2,COX6B1,EEF1A1,ADAM15,PSPC1,EHBP1L1,DNAJB11,EEF1A2,WDFY1,RPP21,PPIF,PLAA,PPIH,PPIG,TBC1D23,PPIB,RAF1,CARS2,PKDCC,NDUFB10,HTRA2,CACNA1D,CACNA1E,CACNA1H,PLD3,SHARPIN,TBC1D14,TBC1D17,SYT5,YARS,UBE2H,UBE2I,NUP155,AUTS2,PCIF1,TIMM44,CNOT10,NUP153,MANBAL,HIGD2A,HOOK2,HOOK1,CCPG1,MKRN1,CNTN1,MKRN2,UBA2,TCF4,UBA1,UBE2M,PHTF2,CUEDC2,ZMYND19,USE1,RND3,LMNB2,TTC28,LMNB1,TMEM222,TMEM223,RB1CC1,TBP,ATP6AP1,NUP133,PDPK1,TTC33,NAV1,SYNGR3,EPN1,EEF1G,ELF2,TMEM214,ALS2,SETBP1,CAT,MAN1B1,ZMYND11,OTUB1,RALA,SFSWAP,ASB13,SLC3A2,RNF7,POLD3,CYTH3,CYTH2,GNG3,CAND1,TMEM203,TGS1,BNIP2,TMEM208,MTA2,RPP14,TTC14,SSRP1,USF1,SMUG1,GALE,ERCC1,ERCC8,KRAS,GPD1L,IPO13,IPO11,ANKLE2,ARPC5L,HNRNPU,WDR83,GPATCH4,SMC5,HNRNPR,SMC3,EPRS,PHB2,ZMIZ1,WDR91,AP1S1,LUC7L,NUP214,DDX17,VPS18,DDX18,PRKCI,PRKCD,WDR74,SCRIB,ATG12,GTPBP4,DAAM1,WDR81,PRKD3,ARMC6,WDR82,VPS28,PI4K2A,NUP205,PHYHIPL,WDR61,ARPP19,MTDH,ANAPC11,NCSTN,WDR70,CEP70,VPS11,GAR1,MCMBP,NUP88,ST3GAL1,ST3GAL2,FDFT1,NAA50,BTF3,PRELID1,ICMT,SNAPIN,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,MEX3C,EHD1,HNRNPL,HNRNPK,TOLLIP,HNRNPF,ATG2A,HNRNPD,MMS19,FARSA,PAM,PHF3,PYGB,GMEB2,BTG1,PHF23,DENND1A,GPT,WDR46,UBL3,MTG1,RARS,PLEKHN1,CIC,ZIK1,UBL7,CEP68,WDR36,SHPRH,TPI1,EXOC7,NUTF2,FAM126A,TERF2,TAF6L,ZEB2,KAT2A,NSA2,TUBB2A,KIFC2,MTF2,EXOC4,EXOC6,EXOC5,TKT,EXOC2,EXOC1,WDR26,USO1,ADCY1,WDR24,FGD3,SCAF8,RPS15A,PPP1R7,NSD1,PPP1R8,USP1,RRP36,SLC17A7,DEDD,PAIP1,YTHDF2,YTHDF3,CSNK1A1,WDR18,SYVN1,ELP2,ELP3,DHRS1,SYNJ2BP,SCAF1,SCAF4,MKLN1,NFIB,NUCB1,ANKRD13B,RAB3C,ANKRD13D,GTF2B,CEP120,AUP1,RPL10A,IPO7,IPO4,TM7SF2,IPO5,PPP1CB,PPP1CC,NPEPPS,IPO9,SLC39A9,CFL1,PAPOLA,SLC39A6,PLEKHJ1,GTF2I,USP8,CSNK1G3,RAB2B,USP7,USP5,TPM4,RALGAPA1,MAGI3,TPM1,THOC1,DYRK1A,THOC3,THOC2,LEMD3,PGD,LEMD2,THOC6,PYGO2,MORF4L1,RAB34,PGP,SNRNP27,PHIP,SNRPE,ADNP,SNRPF,SNRPC,CSNK1G2,FKBP5,BRSK1,FKBP2,RAB5C,CBFB,CCDC24,FAM114A2,INSIG1,CCDC25,SLC38A10,PHB,HSPBP1,ORC5,ORC4,DVL1,TPR,UBR5,DVL2,PLXNA2,DVL3,MAP2K5,MCL1,MAP2K6,EIF2B5,UVRAG,EIF2B4,OSBPL8,TRAPPC3,OSBPL7,EIF2B3,TRAPPC4,TRAPPC5,SCRT1,COPS6,SLC7A6OS,SYNJ1,PDCL,PLXNB2,CCDC22,CNIH2,COPS8,RSL24D1,CNIH4,BCL2L1,SLC48A1,DIDO1,MCM7,WDR3,LBH,VPS72,AP1G1,UBTF,CEP170,TNPO1,EIF2B1,TNPO2,CCDC50,ILKAP,PLEKHG2,CDADC1,SECISBP2L,RPL13A,EDF1,PLRG1,TSN,DNAJC5,CTDSP2,POLR1B,CCDC43,CRK,HDAC5,MTPN,LEPROT,HDAC2,TSSC4,RAB1B,VPS4A,PDHB,DNAJB2,FBXL20,DNAJB1,NFS1,DNAJB6,VPS53,POLR2C,RAB24,POLR2E,POLR2G,POLR2H,POLR2I,SEC11A,CCDC71,POLR2J,POLR2L,SEC11C,SLC35A1,PPIL2,FBXL19,CCDC59,FBXL16,BCKDK,RAB10,SNRNP40,POLR3B,POLR3C,MFAP3,GLOD4,RAB12,DNAJA2,VPS41,DRG1,POLR3F,DRG2,SNRNP48,PPIL3,PPIL4,POLR3K,TPT1,TNRC6A,SLC35B2,TMEM183A,PANK3,HDAC10,ZMYND8,FCF1,GBA2,PDCD2L,RPS15,RPS14,RPS17,RPS16,RPS19,KAT5,FLAD1,RPL36AL,RPS18,FTH1,MAGOH,LONP1,ARFIP2,RPS11,RPS10,RPS13,TBC1D10B,RPS12,ARRDC4,COG8,ARRDC1,ARRDC3,METTL3,COG2,CPT1C,TIAM2,KATNAL1,ZW10,SUCLG1,HECA,SIK2,ATP6V0D1,OBSL1,MACF1,RTEL1,CSTF3,STXBP1,DCUN1D2,LIAS,HTATSF1,RPAP3,MYL12B,FXR1,ZNHIT1,PDCD11,ZNHIT3,TRPM7,VASP,ZRANB2,SLC35E3,PUM2,SMU1,RPS25,ZZZ3,RPS27,FUBP3,FUBP1,ADCK5,RPS20,RNPS1,RPS21,TECPR2,C2CD2L,TOP2B,AHCTF1,GFM1,UBXN1,GFM2,CITED2,ZFAND2A,ZFAND2B,SRA1,ZCCHC17,SIPA1L2,COIL,XPO1,C1QBP,CHMP1B,UBXN4,TMED7,RALGPS2,PSD,PSENEN,TOP3B,TMED9,STRADB,PPHLN1,ZDHHC16,ZDHHC17,MLF2,VAV2,SLC22A23,SCNM1,HNRNPH1,NFX1,HNRNPH2,AIDA,SDCCAG8,FYTTD1,CSTB,DTYMK,ZDHHC20,NOL7,NOL8,RFNG,NT5C,PPP2CA,PPP2CB,HIRA,APBB2,APBB3,METTL9,MTX1,PTGES2,NFYB,MTX3,PTGES3,SORBS2,RAB11B,SPCS3,KBTBD4,SPCS2,SPCS1,XPOT,KBTBD7,MEGF9,KDM1A,NDUFA12,NDUFA10,MRFAP1,CWC25,TATDN1,ARHGDIA,CWC22,FPGS,HCFC1R1,AZI2,NOSIP,LMO7,ACYP1,ATP1B1,TRPC4AP,TUFM,PRPF6,HGS,MATR3,ZCCHC8,ZCCHC7,COPA,RPS19BP1,NOP2,LPL,PRPF8,EFNB2,EMG1,EFNB3,ZMAT2,BPTF,KLHDC3,CPSF4,CPSF7,KLHDC4,CBX5,CPSF6,CPSF1,CBX4,CBX3,RHBDD2,NONO,IDH1,CPSF2,CBX1,CWC15,EIF2S2,COQ7,COQ2,EFNA2,CAPRIN1,CHMP2A,BLMH,BRWD1,ZSCAN2,LRP12,LRP11,GPSM1,MUS81,HS2ST1,RBM3,RPS4X,SPRED2,SPRED1,SNAPC2,PPP2R5E,SNAPC3,SNAPC4,MFSD1,TOPBP1,RBM7,RBM6,KDM6B,MAPK1IP1L,H2AFY,AKTIP,H2AFX,SPATS2,AXIN1,H2AFV,RPS3A,DCK,SEPT2,RABEP1,FCHSD2,RASA1,AKT1S1,CDH11,DNLZ,PFDN1,PFDN2,PFDN5,STOML2,KDM3B,STOML1,ATF6B,NRXN1,ETFDH,THBS3,TBRG4,GNA13,NXF1,MAPK8,CHSY1,PPP2R3C,BUB3,OPCML,TMEM30A,ATP13A1,QPCTL,CYHR1,DEK,SLC4A7,CAPN10,RPS6KB2,PPP2R2D,ATP13A2,MDC1,MT-ND4,CHIC2,RBPJ,LSM10,SCAMP4,SAMD14,KRTCAP2,ZFYVE27,PSMD7,PPP4R2,PSMD4,PSMD2,PSMD3,SAMD10,MEF2A,STARD3,MEF2C,DAXX,GABARAPL1,RBFOX1,RBFOX2,CSNK2A2,DNTTIP1,HDHD2,SCAMP1,EML2,FAM133B,MYL6,CLNS1A,ZFYVE19,PSME1,PSME2,TBPL1,RBCK1,UQCRC2,CGGBP1,MEAF6,ABCB6,FLII,AGAP2,MTMR9,COPS7B,ABCB8,MRPL14,AGAP3,AAAS,MRPL12,OAZ1,MRPL13,GABARAP,MRPL10,MTMR6,MRPL11,MRPL20,PRKAR2B,GRPEL2,PSMF1,PUSL1,HMGXB3,RHBDL1,EDEM3,PRRT1,ABCA2,PRRT2,EDEM2,PMM2,EXOC6B,MRPL27,MRPL28,ERLIN2,SNF8,NETO2,MRPL23,MRPL24,MRPL21,SNUPN,EIF1,MRPL30,ABTB1,EIF5,EIF6,PSMG3,PSMG1,TMEM9B,ARF4,PIGU,PIGT,PIGO,PIGQ,RPLP1,RPLP0,MRPL38,MRPL39,MRPL36,CTCF,MRPL34,AACS,MRPL33,TRMT112,MRPL42,NIPBL,MRPL40,TMEM44,FASTK,RPLP2,UPF2,LRRC47,LYPLA2,DFFB,LRRC45,DFFA,ELOVL5,LRRC49,MRPL49,SIRT4,LRRC40,MRPL47,SIRT7,DYNLL2,SIRT2,SRP9,MRPL44,PSMA5,MRPL53,PSMA6,MRPL50,PSMA1,PSMA2,TMEM33,CDC42EP3,PELI1,TUT1,TMEM106B,DLD,ARF5,VAMP2,LRRC14,RNASEK,SRRT,RPS27L,HTT,PSMA7,PSMB6,GGA1,PSMB7,RECQL5,BTAF1,GGA3,PSMB2,TCOF1,TMEM65,TMEM68,AP2S1,LEO1,NCDN,RPS27A,RABAC1,SRSF10,EXTL3,SRSF11,LRRC24,ATRNL1,YLPM1,GATAD2A,BYSL,LETM1,TMEM59,PSMC5,PSMC6,PSMC3,PSMC4,TTLL1,SERBP1,SRRD,GOPC,CCNT2,CSE1L,UBE2D1,STK19,TSEN2,HDDC3,YY1,STK11,SMCHD1,RUVBL2,STK16,PMPCB,PIM3,PMPCA,KPNA3,SLC25A44,AP2M1,NOMO1,PPP1R16A,UBE2E1,PRPF4B,ZBTB33,FTSJ3,FOXP1,SAP30,ACAP3,ACAP2,TXLNA,SLC9A8,FSCN1,ANAPC5,RAD54L2,SNRNP200,SQSTM1,ANAPC1,ANAPC2,RNASEH2C,LRRC59,RNASEH2A,TUBGCP2,MAX,PEF1,MAZ,ISG20L2,GPR85,ARL2,SAV1,SLC9A1,SBNO1,SBNO2,PMVK,SLC38A6,E4F1,LRRC4C,SLC38A2,ZBTB17,TIA1,DR1,UBLCP1,STK25,PTPRA,TMEM11,MDM2,PIN1,MDM4,ZNF512B,SLC25A3,HSP90AB1,COX4I1,PIK3CD,MRPL3,MRPL2,SUMO2,PMEPA1,HMG20A,MDP1,DNM1L,ERC2,CTNNBL1,DGCR2,DIS3L2,PELP1,HSP90AA1,PPP1R12A,SH2D3C,SIGMAR1,ARNT,RAD23A,VPS37B,DDOST,NSMCE4A,PIK3CA,BIRC6,BDP1,PPP1R12B,SEC22B,PPP1R12C,SLC25A11,AHDC1,PPP1R15A,GTF3C2,NDUFB9,GTF3C3,NDUFB7,NDUFB6,PRCC,NDUFB3,CXXC1,NDUFB2,ZBTB43,KATNB1,PARD6G,ZBTB45,MFF,PPM1D,LRP8,GANAB,PARD6A,SH3BP5,IARS2,SLC25A22,ATP9B,SLC25A25,NDUFA9,PPP1R14B,SEC24B,NDUFA5,NICN1,NDUFA3,IMMT,LYSMD1,RPL23A,BAIAP2,TPD52L2,P4HB,EIF4A1,CCNK,AHCYL1,CCNJ,KDELR1,EIF4A3,ZDHHC5,PREP,JMJD1C,THUMPD3,ZDHHC7,THUMPD1,TXNDC15,ZDHHC3,NUBP2,CYB5D1,ZDHHC4,RASSF1,DHX57,OGFOD2,CHORDC1,CCNL2,TMPO,SEC63,ZFP1,SCAF11,ENTPD6,NSMCE2,ANK3,VWA5B2,PISD,THAP4,CD2BP2,ULK2,KDELR2,MMADHC,TMEM87B,L3MBTL3,L3MBTL2,CTR9,PTTG1IP,PIK3R1,UBE2J2,APH1A,SNX3,DHX30,SNX4,SNX1,SNX2,COMMD9,PCBP4,LARS,DHX35,MIER1,PCBP2,DHX37,SURF6,SYMPK,DYM,RCE1,TSPAN3,RBM12,SNX5,SURF1,INTS1,SURF2,ZFR2,RCC2,SURF4,DCLK2,ICK,SNW1,INTS5,PAF1,INTS4,RGL2,TMEM151B,USPL1,FAM57B,GPAA1,CCDC124,DIRAS2,PCSK7,WASL,SLC7A11,PTPRK,BMI1,ARV1,SPTLC1,RSRC1,HYAL2,ENC1,MLX,DHX15,ARIH2,REV3L,SSSCA1,KIF1B,NDEL1,CTSB,VKORC1,ACAD8,SEC13,TMEM150A,WARS,CCDC115,MMD,ACAD9,NCOA4,ANO8,MRPS2,ANO6,MRPS7,COMMD6,RGMB,COMMD5,RGMA,ENAH,MN1,CTU1,KIF2A,G2E3,NCOA7,CRELD1,DBN1,STK40,RABGAP1,HEATR1,DERL1,CCDC107,CRIP2,NEDD8,CCDC106,EXOSC7,RXRB,EXOSC4,SAMM50,FAM172A,EXOSC9,EXOSC8,PAK6,CCT8,EXOSC2,EXOSC1,CCT4,NPDC1,NPM1,YIPF2,YIPF5,TMUB1,UBE2G2,AP2B1,NLE1,MIB1,PPP1CA,TMUB2,RGP1,PER1,GPAM,DPAGT1,SCARB2,MIDN,MPI,PHRF1,CAPN7,KIF5B,EP300,ARID2,BAHCC1,PPFIA3,SLC30A9,ADPRHL2,MID1,TANC2,TMX3,TMX1,FAM173A,HNRNPUL2,SBDS,UBE2V2,RTN2,KLHL18,RTN3,VCP,PSMD12,PSMD11,RBM8A,KLHL17,KLHL12,SLC1A4,PDS5B,PDS5A,TAF5L,CAMTA2,CYC1,NDUFV1,IVNS1ABP,OST4,PRNP,FDPS,VTA1,ECD,CRIM1,KLHL24,SUPT5H,SSH3,CLK4,KLHL20,GCLC,APPBP2,TAB1,STT3B,LSM14A,RBM28,GSK3A,PRR7,RBM25,NAA40,DDX3X,DDX46,PRKCSH,DDX47,ILK,PSIP1,HMGB1,TRIAP1,CHD2,MEA1,AFF4,PPP1R9B,BCL7C,UQCRFS1,LRRFIP2,YWHAG,NAA30,RBM14,NCBP2,DDX55,BUD31,DDX56,ABHD14B,ABHD14A,UTP18,YWHAZ,PJA2,CREB3,SFPQ,VCAN,CREB1,NDUFS8,IRF3,GORASP2,PEX3,PPDPF,NUP50,TBC1D7,NDUFS3,ATG4B,NUP54,NAA38,IRF9,RBM22,DCTN5,DDX27,PARG,DCTN2,NAA20,GOSR2,DCTN3,GOSR1,TGFBRAP1,DDX23,DDX21,CSTF2T,MAT2B,CLCN3,CLCN2,RAB40C,TAF1A,SMNDC1,RBM39,NAA10,TAF13,TAF10,TAF11,PDAP1,LRWD1,CLCN7,RPIA,MAPK11,IRGQ,PNKD,GOLPH3,BRMS1L,FAM131B,FAM131A,ASB6,RBM42,TAF6,NAA15,RBM45,TAF2,TAF1,RB1,RPL4,RPL5,CLPB,RPL31,TRRAP,STMN3,THYN1,ENO2,RPL8,RPL9,BACH1,RPL6,DCAF6,GLE1,RNF115,MYC,STMN1,RPL36,RPL35,RPL38,IER2,ACOT7,WSB1,DAPK1,PIH1D1,RPL23,RPL22,DAPK3,CD3EAP,MED4,RNF126,CLPP,GPR161,RPL24,RPL27,RPL26,RPL29,PRR12,UBA52,ALG10B,RPL28,PRR13,POM121,NOLC1,VPS26B,HIF1A,FAM160B1,PRDX2,PRDX5,PPP4C,RAD21,PRDX1,SSR1,RPL41,ACD,CDK19,JUND,CHKA,ST13,MTHFR,TYSND1,BRAF,PA2G4,PRDX6,TMEM198,THAP11,TMEM199,FIBP,NPLOC4,HBP1,PLCH2,DUS1L,CDK13,SPEF1,CLTC,ADK,ADO,ING1,TMEM186,GPR137,AP3S2,RIOK1,GPRASP1,EMD,BRD3,ZC3H10,SSR2,TCF12,SSR3,TIMM23,RNF167,LSG1,TMEM179,INF2,IVD,RNF166,SF3B4,SF3B5,SF3B2,RPL10,GPS1,TIMM13,GPS2,TM9SF3,BCLAF1,ASNA1,LMAN2,CHN2,RPS3,BRD9,RPS2,RPL15,RPL18,SF3B1,SF3A2,TRMT1,TTC9C,SRP68,LRPPRC,GTF2H5,MZT1,KTN1,TM9SF2,TM9SF1,ABI1,TRMT6,ZYX,INHA,RNF141,UHRF1BP1L,CHPF,TUSC2,FMR1,CLSTN1,CTNND1,BZW1,CDH8,ABHD12,GRB14,CDH2,TUBB3,RNF19A,SMARCAD1,LZTS2,MAF1,MEN1,RNF44,ANKRD46,RPS5,GPT2,ANKRD44,IGFBP3,RPS6,AIP,RNF40,RNF41,TRAIP,BSCL2,CTDNEP1,ZFP41,STIM2,DGKQ,NCL,ERP29,ENY2,CD151,ANKRD16,CUL5,CUL3,CUL2,ABHD8,ITPR1,KRBA1,GTF2E1,GTF2E2,STIP1,BAG4,BAG5,KLC2,PITRM1,BTBD1,NACC1,ESD,SLC15A4,MPDU1,ESRRA,TOR1A,MARCH9,MARCH7,TOR1B,BTBD9,LSM4,MARCH5,LSM3,ZZEF1,CHERP,CDK9,LSM6,CDK5,CDK4,CNOT1,MAFG,CNOT2,RNF181,IARS,NF2,EIF4G2,EIF4G1,LMBR1L,RNF10,CALCOCO1,TRADD,DUSP11,PTBP1,RPL7A,PPP6C,SART1,DUSP12,OPA1,SIN3A,HIF1AN,SLC37A3,REXO1,GPX4,REXO2,YDJC,COASY,PATL1,ZFP90,PTP4A1,TRAF7,TRAF4,SNRPA1,SOS1,EIF4E2,SFT2D1,RNF31,NFAT5,GTF2A1,SMARCD2,GTF2A2,WBP1,WBP2,WBP4,RPL36A,AMBRA1,HIRIP3,RBBP5,SNRPB2,DCAF11,WASF1,UGGT1,SMARCE1,SPAG9,RNF20,SEMA4A,SPAG7,TXNRD1,ADRM1,PTPN12,CDC42BPB,CDC42BPA,OXR1,PNRC2,MARCKS,KLF6,RUNDC1,RHEBL1,METAP1,CUL4B,CMAS,PWP1,GOLGA3,GOLGA5,SAP130,ARL6IP4,ZFPL1,KIFAP3,GOLGA7,AGFG1,AQR,NFKBIL1,PTOV1,RECQL,MRPS18A,JMJD8,JMJD6,MRPS18C,COX7A2L,RRAGC,GRWD1,CRYZL1,GUF1,PFN1,AURKAIP1,ANKRA2,LLGL1,TWF1,TMTC4,NUAK1,INPP5E,VPS8,SNHG1,NUS1,TRAP1,ACADSB,UBAC1,ZWINT,UBAC2,GADD45G,PARP11,STAG1,STAG2,ANP32E,CORO7,BAP1,CDS2,DAZAP2,DAZAP1,TRAM1,FAF1,GDI2,OLA1,MYL6B,PRPF19,RPTOR,PRMT6,MAP4K2,ATP6V0B,PRMT7,PRMT1,NME3,RHOF,RAB33B,NME1,PRPF18,STRAP,RHOU,ALDOA,KPTN,SGK1,ATP6V0C,PRIM1,AKAP7,AKAP6,TRAK2,SHOC2,MAP4K5,DCPS,LCMT1,MAP4K3,RANBP2,SUZ12,RYK,RANBP6,RSL1D1,MARS,R3HCC1,TOMM7,CTNNB1,TRIP12,FAU,TOMM5,RAB3GAP1,GALNT11,GOLT1B,ARID4A,ARID4B,NUCKS1,TOMM20,TOMM22,CHCHD2,TMEM147,CHCHD6,CHCHD1,TSC2,KCTD2,WRNIP1,KCTD5,PDIA4,DCTD,DPM2,OXA1L,TMEM135,DPM3,MAU2,TMEM136,TBL1XR1,DNAJC30,TIPRL,CMPK1,FIZ1,STAM2,RAI14,LTBP4,COX7A2,ADIPOR1,DTX4,MAN2A2,DPP8,TMEM127,DPP9,EP400,ZC3H18,MARK2,PDZD7,ZC3H15,ATP6V1F,SMAD2,DNAJC19,SMAD4,ACBD5,ACBD4,ASPSCR1,DNAJC11,ARHGAP29,DNAJC13,BFAR,TBCB,SMAD5,DNAJC17,DNAJC18,ARHGAP23,ARHGAP32,TMEM115,DLG4,ATG16L1,TBCE,SRPRB,ACBD3,NFKBIB,B4GALT2,USP36,SCYL3,ACADVL,DOCK4,NVL,USP39,PKD1,SENP6,SENP7,TMEM101,SENP5,ZC3H7A,GMPPA,TMEM108,PDE4A,SCYL2,SCYL1,TSFM,USP47,USP42,ABCC5,RNF208,SENP2,SENP3,CKAP5,KLF16,LATS1,LUC7L3,USP40,B4GALT7,CHMP7,USP16,GMPR2,POMP,MTIF2,MOSPD3,SPG7,DLL1,USP19,U2AF1L4,RMND5B,TFPT,ROMO1,ABCF3,CLASP1,CLASP2,PTCD1,PTCD2,USP20,B3GAT3,BAD,PRAF2,HAGHL,NAP1L1,HSPE1,GDAP2,NEURL4,FMNL2,BAX,ABCE1,SSBP4"
+"gene_set_query"	"105"	"ZFP41"	"184.7"	"ARCHS4 Coexpression,148;Enrichr Queries,396;GTEx Coexpression,10"	"TRIO,TRRAP,EHMT2,STMN3,SCAMP5,NDST1,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,STMN1,PSMD3,CDK20,AKT1,HES6,ACOT7,NUP210,CD3EAP,SCRIB,SOX11,SOX12,ATG13,HCFC1,PRKAR1B,DDIT4,TYRO3,PRR12,TSPYL4,SF1,POM121,TTYH3,PHYHIPL,AGAP1,PDGFA,VPS26B,AGAP3,FAM171A2,LDHA,LARP1,PLCG1,PIP5K1C,ST3GAL1,PRRT1,JUN,CADM1,SETD1A,IRF2BP1,PBX1,PRRC2B,PRRC2A,HNRNPL,SQLE,NPLOC4,TOLLIP,FASN,GIPC1,DCHS1,DUS1L,DZIP1,DZIP3,EZH2,ARF3,OGFR,PIGU,SMG5,DDA1,JPH3,CIC,GPRASP2,APC2,UPF1,SPHK2,MANEAL,DYNLL2,GNL1,DUSP6,NCOR2,SLC7A5,TUBB2A,INF2,KIFC2,PXDN,SLC29A1,VAMP2,ERGIC1,NFIX,WRB,CENPB,CLPTM1,ANKRD54,FLNA,ANKRD52,SRSF12,SF3A2,GABRA3,DAB2IP,TTC9B,SCAF1,SKI,MORN4,NFIA,MYBBP1A,NFIB,TTLL1,TAOK2,PKN1,AGRN,RAB3A,CLSTN1,ATN1,NUDT11,ATCAY,TUBB3,CEP250,FBRSL1,LZTS2,FADS1,MEN1,SH3GLB2,USP5,TPM1,F2R,PPP1R16A,VASH1,FOXP4,POLRMT,RNF40,FOXP1,CDC25B,BSCL2,CLIP3,ATXN2L,CLIP2,ACAP3,ILF3,RAB35,FSCN1,MAD1L1,CSNK1G2,LY6E,FKBP5,ANAPC2,BRSK1,DNMT1,ARL3,MAZ,ABHD8,ITPR1,SLC38A10,FBXO41,SOCS2,NDOR1,KLC2,PITRM1,BTBD2,DVL1,NACC1,PLXNA2,ABL1,PLXNA1,DVL3,SRGAP3,IP6K1,RAB6B,LRRC4B,ANKRD24,FUS,SEC16A,TNK2,TMEM132A,EEF2,CHERP,SH3BP5L,LRFN4,REEP2,CNOT3,MAP3K10,PIN1,PLXNB2,NF2,NFE2L1,EIF4G1,RNF187,ZNF512B,MCM7,NUMA1,ZC3H3,CELF4,PTPN23,DUSP12,SART1,PPP6R1,SNRNP70,UBTF,PMEPA1,EVI5L,TNPO2,DGCR2,REXO1,VPS37D,SEZ6L,RANGAP1,DDOST,ARFGAP1,ARL4C,GIGYF1,TRAF7,PTP4A3,TRAF4,SNPH,CTDSP2,POLR1B,DNAJC5,C1D,LANCL2,PPP1R12C,RNFT2,GTF3C1,CANT1,MGRN1,RAB1B,KATNB1,LENG8,MLLT1,LRP3,MLLT6,DNAJB2,DCAF15,FOXRED2,CACNG7,GANAB,PARD6A,CCDC85C,U2AF2,FEM1C,FSD1,MEST,UBQLN4,MARCKSL1,CIZ1,FBXL19,SEMA4F,CDC42BPB,PSAT1,MGAT4B,TRIM37,POLR3H,EIF3C,PFKP,BCAR1,VARS,ZDHHC8,TRIM28,DPF1,BTRC,ATXN7L3,SOX4,ARRDC4,SRRM2,ST6GAL1,SLC6A17,SLC6A15,ARRDC3,CIRBP,MOGS,ACTN4,CPT1C,MAPK8IP2,ANK1,MAPK8IP3,TIAM1,KCNQ2,HECA,ULK1,TAGLN3,KCTD15,TELO2,BEX2,ADCYAP1R1,BEX1,L3MBTL2,TBC1D9B,TMEM63B,FBF1,CEND1,PIK3R3,PIK3R2,TTBK1,APH1A,NUAK1,ERI3,GSE1,SYMPK,TNRC18,PATZ1,B4GALNT4,ATP6V0A1,TMEM184B,MAGEE1,INTS1,ZFR2,SNAP91,ID2,RCOR2,ITM2C,DAZAP1,HIP1,PTPRS,DOC2A,GDI1,FAM57B,GRIK5,PRPF19,NAT14,SERP2,RPTOR,NUDCD3,UCHL1,MAP1LC3A,SLC22A17,RAC3,KIF1A,GIT1,ZER1,ATMIN,TSC22D1,MINK1,SYP,AP3B2,SYN1,MTSS1,SREBF2,MLF2,ARHGEF4,MAPRE3,RHOU,MAPT,GDPD1,NOL4,NOL6,HIRA,TCEAL6,TCEAL5,CAMK2N2,GPC1,PES1,HSF1,APBB1,ATP6V0E2,DYNC1H1,GABBR2,HUWE1,AP3D1,AP2B1,VEGFA,ATAT1,BOP1,SGSM2,TCEA2,APBA1,HDGF,PNPLA6,MEGF8,APBA2,CDK5R1,GRINA,ARHGDIG,HDLBP,ARHGAP39,PHRF1,IGF1R,KIF5C,PPME1,CHCHD6,KHSRP,ARHGDIA,PALM,SBF1,BAHCC1,PPFIA3,CHRNB2,DSCAM,TMEM130,RUNDC3A,ATAD3A,HNRNPUL1,GPRIN1,GNAZ,BHLHB9,TMEM59L,CACNA1B,LTBP4,CACNA1A,SEZ6L2,NDRG1,PRPF8,SUPT6H,RAI1,KIF3B,IRAK1,DEAF1,KIF3A,TCTEX1D2,CASKIN1,KIF3C,TBC1D16,BCL9L,RAP1GAP2,PRNP,SYT3,CBX6,ZFHX2,CPSF1,CBX2,CBX1,ARHGAP33,H1F0,DLG2,EFNA2,HOOK2,HOOK1,GNB2,PI4KA,UBA1,LSM14B,GPSM1,KDM5C,GSK3A,DOCK3,PODXL2,PRKCSH,MAST2,ELAVL4,CHD6,CHD5,CHD3,RND2,FBLL1,PKD1,ELAVL2,LMNB2,LMNB1,CABIN1,PPP1R9B,SEC61A2,SEPT9,ZC3H7B,MCF2L,GDAP1L1,MLST8,SULT4A1,KDM6B,ARHGEF11,SVOP,PDPK1,CAD,IQCE,NAV1,NAV2,SYNGR3,SENP3,EPN1,KLF16,SEPT3,DNM2,GAP43,DDAH2,AKT1S1,INA,SHANK1,DCTN1,USP11,ATP1A3,CRMP1,WIZ,FAM169A,STRN4,USP19,GNG3,FAM168B,FAM168A,DNPEP,MTA1,SV2A,NT5DC2,BNIP2,SNCB,MTA3,FBRS,RRM2,TAF15,ATP13A1,LIMK1,ATP2B4,NAP1L2,GDAP1,NAP1L5,MAPK10,CLCN7,FAM155A,NEURL4,SBK1,TEF,CARM1,ACIN1,ATP13A2,VIM,SSBP3"
+"gene_set_query"	"106"	"THRA"	"186.8"	"Literature ChIP-seq,134;ARCHS4 Coexpression,133;Enrichr Queries,280;GTEx Coexpression,200"	"MYT1L,EHMT2,STMN3,SLC4A3,ENO2,SCAMP5,RNF112,ZMIZ1,DPYSL2,MYC,DPYSL3,AKT1,PRKACB,ANKS1B,GABARAPL1,MEF2C,RBFOX1,UNC13A,UNC5A,RBFOX3,PRKCE,SOX11,PRKAR1B,ASPHD1,DDIT4,UBA52,TSPYL4,ASTN1,TTYH3,TTYH1,AGAP2,NEDD4L,AGAP1,ARPP19,FAM171A1,ABR,PPP3R1,CHST10,PIP5K1C,ABCA2,JUN,CADM3,JUND,NDFIP1,CADM4,PRRT2,CADM1,CADM2,NR2F1,NR1D1,PBX1,FASN,ARF3,GABRB3,PIGU,ARF1,KCNC1,NCAN,PHF1,C1QTNF4,JPH4,JPH3,TUBA1A,TRIM2,TIMP2,DLGAP1,DLGAP3,APC2,ITPK1,DUSP8,DYNLL2,MED29,DUSP6,NCOR2,ZEB2,TUBB2A,KIFC2,PXDN,CHST1,GAS6,VAMP2,GAS7,NFIX,SEZ6,SNX32,ADCY1,ADCY5,SLC17A7,NCDN,CKB,MEF2D,PCGF2,DAB2IP,TARBP2,ABI2,MORN4,NFIA,NFIB,TSR2,PKN1,MTCH1,RAB3A,CLSTN3,CTNND2,CLSTN1,ATN1,CLU,SLC8A2,IPO5,RPH3A,RIMS4,LAMP1,ADORA1,FADS1,PPP1R16B,MAGI2,TPM1,PPP1R16A,DYRK1B,SRCIN1,DGKZ,NRBP1,FOXP1,CDC25B,CLIP3,TOM1L2,ACAP3,CLIP2,OLFM1,OLFM2,SLC9A6,LIX1,SMS,SQSTM1,FKBP5,GRIA2,BRSK1,BRSK2,ARL3,ITPR1,HSPBP1,FBXO41,RAP1GAP,SOCS2,SNN,KLC2,BTBD2,PLXNA2,LRRC4C,RAB6B,PLXNA4,LRRC4B,TNK2,BTBD9,CORO2B,NSG2,CDK5,PTPRA,CPD,REEP2,CPE,MAP3K10,CSPG5,PLEKHM2,BCL2L2,CELF3,CELF4,PTEN,CELF5,ARRB1,NRGN,NGRN,DUSP12,PSD2,PMEPA1,EVI5L,HSP90AA1,DST,QTRT1,PTP4A3,NRG3,SNPH,DNAJC6,CTDSP2,C1D,LANCL2,TOP1,GAPDH,NLGN3,RNF31,HDAC5,NLGN2,SRC,LRP3,JAKMIP1,DNAJB2,CACNG7,ABLIM1,PTPRZ1,MGAT5B,SH3BP2,FYN,SLC25A23,SLC25A22,ATP9A,CACNG4,SH2B2,NTRK2,SLC12A5,FBXL16,BAIAP2,EFR3B,MARCKS,PINK1,KLF6,NFASC,SYT11,PDCD4,PTPN5,APP,AHCYL1,HS6ST1,ACTB,RUSC2,FTH1,DPF1,HABP4,ARL6IP5,BSN,GLUL,SOX4,AGFG1,EPHA4,SLC6A17,CIRBP,ANK2,ANK3,CPT1C,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,STX1B,KCNQ2,VDAC1,TAGLN3,CTXN1,TRIB2,OBSL1,BEX4,GPM6A,IGSF8,BEX2,ADCYAP1R1,FOXG1,STXBP1,STXBP2,CEND1,CD99L2,PIK3R1,ACTR3B,TTBK1,NUAK1,SYNGR1,TSPAN7,B4GALNT1,HIVEP2,MAP4,SCN3A,RALGDS,B4GALNT4,ATP6V0A1,RAB11FIP5,MAGEE1,IQSEC2,BCL11A,IQSEC1,SS18L1,TREX1,ST8SIA3,PDE2A,DCLK2,SMARCA2,SNAP91,ID2,CALM3,COL9A3,C2CD2L,ITM2C,NRP1,CSRNP3,PTPRS,TMEM151B,CCDC120,GDI1,CITED2,DIRAS1,DIRAS2,AATK,SLC35F1,PTPRF,HERPUD1,SERP2,PPP3CA,NUDCD3,CAMKV,SLC22A17,NCS1,ENC1,IDS,KIF1A,GIT1,CTSB,PSD,PCYT1B,PRMT8,ZER1,TSC22D1,TSC22D3,MINK1,SYP,MTSS1,SREBF2,SYN1,MLF2,RHOB,ARHGEF9,PACS2,ARHGEF4,MAPRE3,MAPT,SGK1,NAPB,CSTB,PNCK,HSD17B4,CRIP2,CCDC106,CAMKK1,CAMKK2,ANKMY2,CAMK2N1,MGAT3,CTNNA2,APBB1,ATP6V0E2,ARNT2,GABBR1,SPRYD3,YIPF1,SORT1,LSAMP,TMUB1,PNMA2,GRIN1,VEGFA,FKBP1B,CTNNB1,FAM171B,APBA1,MEGF8,CDK5R2,OTUD5,CRTC2,CD81,CRTC1,CYP46A1,IGF1R,PALM,KIF5A,EP300,SBF1,ARID2,SH3GL2,PPFIA3,PPFIA2,RGS7,CHRNB2,KIRREL3,LMO4,TMOD2,APLP1,LMTK3,ADAM11,KCTD2,ATP1B2,ATP1B1,POU3F2,RUNDC3A,POU3F3,SHISA7,PREPL,NDRG4,ARHGEF25,NXPH3,HPCA,TMEM59L,LTBP4,LPL,CACNA1A,NDRG2,CPLX2,CACNA1E,NDRG1,CPLX1,RTN4,ENHO,PDZD4,EFNB3,DEAF1,CASKIN1,CAMTA2,KIF3C,CYC1,PRNP,CBX6,PTCH1,GNAO1,DLG2,GNAL,HOOK2,DLG4,HOOK1,GNAS,PI4KA,FGF11,MXD4,NFKBIB,RERE,DOCK3,PRKCSH,CHD6,CHD3,PKD1,PPP1R9B,LRRTM1,MCF2L,LRRTM2,PDE4B,SULT4A1,YWHAG,KDM6B,KLF13,PDPK1,PPP2R5B,NAV2,SEPT5,YWHAZ,DNM1,SEPT3,FCHSD1,CRY2,DCX,NAT8L,CAMK1G,CAMK2B,DCTN1,ATP1A3,NRXN2,PDXP,ADD1,THBS3,FAM168A,DNPEP,MTA1,IGFBPL1,SV2A,GNG7,SPOCK2,MAPK1,NCAM1,SNCB,CRYM,MAPK3,LGI1,B3GAT1,ATP2B4,PDE4DIP,ATP2B2,GDAP1,MEIS2,SOD1,MAPK11,PPP2R2C,TEF,PIK3IP1,PPP2R2B,FAM131B,ERCC1,ATP13A2,VIM"
+"gene_set_query"	"107"	"PRMT3"	"188.7"	"ARCHS4 Coexpression,296;Enrichr Queries,193;GTEx Coexpression,77"	"RPL4,IPO11,NUP107,TFRC,HNRNPU,GPATCH4,EPRS,PHB2,ALKBH8,RRP9,PSMD7,MYC,PSMD1,DDX18,CSNK2A1,STARD7,DNTTIP2,CD3EAP,WDR75,GTPBP4,WDR77,FAM133B,CLNS1A,DDIT4,YME1L1,NUP205,SEH1L,SET,NOLC1,MRPL13,MTDH,PRDX3,LDHB,LDHA,HSPH1,PRDX1,RRS1,NAA50,JUN,PNO1,CDC7,PA2G4,LARP4,FAM136A,MRPL30,UCK2,LAS1L,HNRNPF,HNRNPD,PSMG1,HNRNPC,FARSB,EZH2,MRPL39,MRPL37,PFAS,WDR43,TUBA1B,ATIC,MRPL40,RARS,ANXA7,RIOK2,RRP12,RRP15,WDR36,NSUN2,ACTL6A,GNL2,DUSP6,SRP9,GNL3,SLC7A5,PSMA3,TUBB2A,PSMA4,PSMA1,PSMA2,PXDN,TCP1,GARS,GART,CDC123,NIP7,USO1,SDAD1,SLC7A1,PSMA7,PSMB5,PSMB2,USP1,SF3A3,PCGF6,WDR12,LRPPRC,BYSL,NUDT21,LYRM2,PHF5A,PSMC6,MYBBP1A,SERBP1,TRMT6,PSMC2,TSR1,PKN1,CSE1L,TSEN2,BZW2,IPO7,BZW1,IPO5,RUVBL1,KPNA2,KPNA3,KPNA1,SLC25A46,SUPT16H,EIF1AX,ILF2,MSH6,EBNA1BP2,MSH2,NCL,MRTO4,SNRPG,SMS,SNRPE,FKBP4,SRSF7,KPNB1,ANAPC1,FKBP5,DNMT1,TXNDC9,CUL5,BRI3,GLO1,GMPS,AK2,TARS,PHB,STIP1,PITRM1,G3BP1,BRIX1,NAE1,NOP14,EIF2B2,NOP16,ASNS,LSM5,CNOT7,GNL3L,CDK4,COPS2,IARS,COPS8,HSP90AB1,MCM7,CCDC47,WDR3,WDR4,MRPL3,OPA1,TNPO1,RFC3,HSP90AA1,PLRG1,COASY,CTDSP2,POLR1B,CCDC43,SNRPA1,ETF1,SLC25A5,DCTPP1,MAK16,SRSF1,LRP8,SRR,HECTD1,POLR2D,UBQLN1,IARS2,RBBP7,HNRNPA1,DCAF13,NOP56,NOP58,PPIL1,SSB,TXNRD1,TXNL1,HNRNPAB,EIF3M,SNRNP40,PSAT1,EIF3I,IMPDH2,EIF3J,CEBPZ,EIF3E,EIF3A,METAP1,METAP2,VEZT,EIF4A1,KEAP1,CISD2,CCNC,SNRPD2,SNRPD1,CDC27,CHORDC1,DENR,TMPO,TIPIN,MRPS18B,MRPS18C,AFG3L2,PPA1,GRWD1,BOLA2,GUF1,VDAC1,DCUN1D5,DHX9,BRCC3,RPAP3,SNX4,NLN,DHX33,PDCD11,LARS,DHX37,SNX5,TMEM184C,XRCC6,PAICS,ZWINT,SRPK1,AIMP1,CCT6A,AIMP2,ZBTB6,NOL10,DHX29,NOL11,ITM2C,HBS1L,GFM1,MRPS16,PAK1IP1,MRPS12,GDI2,OLA1,MRPS10,NAT10,SYNCRIP,XPO1,C1QBP,OTUD6B,DHX15,DLAT,UTP14A,MRPS28,CCT3,PRMT5,CDV3,CCT2,MRPS27,PARP1,PRMT1,MRPS22,MRPS23,CACYBP,PRPF40A,TFB2M,UCHL3,MRPS7,MLF2,NME1,PRPF18,STRAP,SGK1,EEF1E1,PCNA,TOMM40,AHCY,MRPS35,SLC20A1,PRIM1,HEATR1,MRPS30,NOL6,EXOSC8,CCT8,CCT7,EXOSC2,CCT5,CCT4,RANBP1,NPM1,PTGES3,NPM3,RSL1D1,BOP1,XPOT,HNRNPA2B1,BCCIP,UBE3A,NARS,EFTUD2,FBL,TATDN1,DIMT1,TRNT1,PUS7,DKC1,TMX1,RPL7L1,PPIF,PLAA,PSMD12,PSMD11,PSMD14,DDX1,BTF3L4,NOP2,RPF2,EMG1,RNASEH1,HSPA9,DARS,HSPA8,PRNP,PNPT1,NUP155,CBX3,VTA1,CPSF2,HMGA1,EIF2S2,EIF2S1,HOOK2,NASP,HOOK1,TBCE,UBA2,CYCS,GRSF1,SAE1,ASNSD1,HMGB1,LMNB1,TIMM17A,TOPBP1,UTP15,GLRX3,PDPK1,H2AFZ,UTP18,CKAP5,DDX19A,AGPAT5,USP14,STOML2,DDX21,MTIF2,HSPD1,TAF1D,DNPEP,BMS1,NAA25,ABCF2,PTCD2,RRM2,PDAP1,NAP1L1,DEK,SSRP1,HSPE1,ERCC8,NAA15,SSBP1,ABCE1,RBMX,RAN"
+"gene_set_query"	"108"	"THAP3"	"189.0"	"ARCHS4 Coexpression,59;Enrichr Queries,144;GTEx Coexpression,364"	"IPO13,POP7,ARAF,GPATCH1,WDR83,EPRS,LSM10,GCSH,PSMD8,RABGEF1,KRTCAP2,ALKBH1,DPYSL2,RPL36,IER5,IER2,DDX17,ACOT7,DNTTIP1,GTPBP6,CD3EAP,SCAMP3,BIN1,DDIT3,ZSCAN21,DDIT4,UQCRC1,PRR14,ABCB6,NPRL2,MRPL18,SDR39U1,MRPL14,OAZ1,MRPL13,MRPL10,GABARAP,ANAPC11,MRPL11,MRPL20,BLOC1S1,PUSL1,ST3GAL2,SERF2,JUN,PRELID1,SNAPIN,JUND,JUP,IRF2BP1,MRPL27,IRF2BP2,MRPL28,NR1D1,MRPL24,MRPL21,THAP11,EIF1,MRPL22,EHD1,ABTB1,UCK1,EIF6,PSMG3,ITPA,PIGU,RPLP1,PIGQ,MRPL36,TCF20,WDR45,MRPL34,BBC3,PQBP1,ING4,MED11,TRMT112,FASTK,RPLP2,SH3BGRL3,UBL7,ZC3H10,LYPLA2,NUDC,HSBP1,SIRT6,NUTF2,MRPL47,WDR34,NUDT16L1,MRPL43,DUSP6,NCOR2,MRPL52,PSMA5,PSMA4,PSMA2,SDHAF1,PXDN,PLEKHO1,PAFAH1B3,SF3B5,LIN37,TIMM9,GSTP1,RPL11,TIMM13,RPS27L,TIMM10,PSMA7,MRPL55,PSMB6,PSMB7,PSMB5,PSMB2,PSMB3,PSMB1,AP2S1,CKB,RPL15,RABAC1,BID,DEDD,MBD3,BRF2,NR1H2,TTC9C,TMEM60,SPSB3,SNX15,SRRD,TMEM39B,PKN1,AGRN,YPEL3,CHPF,CTNND1,CLSTN1,PDCD5,PARK7,PIM3,SNRNP35,MAF1,LZTS2,FADS1,GTF2I,RPS9,AIP,CNPY2,THOC5,RBX1,ACAP3,MRTO4,FKBP8,NHP2,SNRPG,SNRPF,PHPT1,SNRPC,SQSTM1,LY6E,RNASEH2C,PFKFB3,CD151,MAZ,ARL2,NRF1,PHB,FBXO44,HSPBP1,MED30,PMVK,DVL1,BTBD2,E4F1,MAP2K7,SLC15A4,MAP2K5,SAC3D1,EIF2B2,LSM4,LSM3,LSM2,COPS6,LSM7,SLC7A6OS,TMEM11,UQCRQ,RNF181,CCDC22,SERINC2,NOP10,CNIH4,NFE2L1,COX4I1,PIK3CD,SART1,DUSP12,ZNRD1,VPS72,MRPL9,PGLS,DGCR6,MDP1,ILKAP,ACTR2,GPX4,DHPS,NDUFC2,EDF1,REXO2,RAD23B,DDOST,PTP4A3,SYF2,CTDSP2,POLR1B,RP9,AHDC1,PPP1R15A,NDUFB8,TSSC4,NDUFB7,NDUFB6,NDUFB4,PRCC,NDUFB2,ZBTB45,HSD17B10,GANAB,POLR2C,POLR2E,POLR2F,FEM1C,SNRPB2,POLR2I,POLR2J,UGGT1,SH2B2,POLR2L,GADD45GIP1,NDUFA7,SPAG7,NDUFA6,GPKOW,RNF25,NDUFA4,NDUFA3,NDUFA2,ADRM1,LYSMD1,CDC42BPB,BAIAP2,ATOX1,SLC25A38,RAD52,PINK1,KLF6,EIF3G,DRG2,PANK4,APP,HDAC10,CISD1,NUBP2,TXNDC17,UBE2L3,RPS15,RPS14,RPS19,SNRPD2,SNRPD1,CDC26,DPF2,ARL6IP4,SNRPD3,ZFPL1,GLUL,SRRM2,ATP6V1G1,IMP3,NFKBIL1,ECH1,BOLA1,CIRBP,PTOV1,MIF,JMJD6,MRPS18C,THAP7,BOLA2,HECA,AURKAIP1,CUTA,IGSF8,MACF1,TMEM161A,SUPT4H1,TWF2,UBE2J2,DGUOK,PCBP4,BANP,ZRSR2,SURF2,XRCC1,MEMO1,WNK1,ID2,NDUFAF2,INTS4,NDUFAF3,RPS21,ITM2C,COX7B,MRPS15,UBXN1,MRPS12,CCDC124,HINT1,GUK1,TMED1,SSSCA1,KIF1B,SEC61B,COX8A,ATP6V0B,MRPS26,MRPS24,TSC22D3,MINK1,MRPS21,MRPS7,COMMD5,APRT,MLF2,RHOB,PDRG1,NME1,CTU1,SCNM1,ALDOA,EEF1E1,CSTB,DTYMK,MRPS36,SSNA1,CCDC107,CRIP2,UQCR11,RFNG,UQCR10,COX5B,COX5A,CST3,SCAND1,EXOSC1,TMUB1,MIB2,HUWE1,PEX14,VEGFA,PPP1CA,MAD2L2,NDUFAB1,TOMM7,PRPF31,ESYT2,TRIP12,TOMM5,GRINA,NDUFA13,NDUFA11,COX6A1,SRP14,CCDC28B,TXN2,TOMM22,CHCHD2,TMEM147,CHCHD1,TPRA1,TRAPPC2L,PAM16,SDHB,ATAD3A,COX6B1,TUFM,DPM3,ADAM15,FAM173A,RPP21,TBC1D25,GEMIN7,RPS19BP1,NDUFB10,NDUFB11,KLHL17,COX17,LTBP4,HTRA2,CACNA1A,COX7A2,EMG1,ZMAT5,CAMTA1,TBC1D17,ATP6V1F,MPST,DNAJC19,PRNP,PCIF1,TBCB,CLK3,HIGD2A,HOOK2,HOOK1,GNB2,PHF13,ZSCAN2,COPE,GALK1,PICALM,MUS81,RERE,PRKCSH,CHD6,ARHGEF10L,USP39,MEA1,TMEM222,TMEM223,SNAPC2,ZC3H7B,TIMM17A,TIMM17B,SCYL1,KDM6B,JAGN1,ARHGEF12,PDPK1,SPATS2,TRNAU1AP,ARID1A,FAM189B,NDUFS8,NDUFS7,PPDPF,NDUFS5,DNLZ,NAA38,PFDN2,STOML2,STOML1,CLCN3,HMGCL,TMEM201,DNPEP,GNG5,DDT,MKNK2,FAM120A,TMEM208,ROMO1,TIMM8B,PTCD1,NAA10,USP21,MIIP,HSPE1,POLE4,GALE,TEF,CDK2AP2,ATP13A2,SSBP1,SSBP4,FAM50A"
+"gene_set_query"	"109"	"ERF"	"189.3"	"ARCHS4 Coexpression,30;Enrichr Queries,321;GTEx Coexpression,217"	"ZFYVE9,HNRNPU,NDST1,CAPNS1,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PSMD3,PSMD1,AKT1,AP1S1,PRKACA,IER5,IER2,RBFOX1,TSPYL1,CSNK2A1,STARD7,DAPK3,CD3EAP,SCRIB,GTPBP1,HCFC1,ARMC1,DDIT4,PRR12,PRR14,ATF4,SF1,CDC42SE1,EXD2,POM121,TTYH3,FLII,ATXN7L3B,COPS7A,PLCG1,JUN,PHC2,JUND,JUP,PLK2,SETD1A,MRPL27,IRF2BP1,PBX2,IRF2BP2,NR1D1,PRRC2A,HNRNPL,FASN,GIPC1,DUS1L,OGFR,ARF3,PIGU,ELL,DIS3L,MED15,ING1,SMG5,BBC3,TRIM8,CIC,EMD,LRRC47,BRD2,UPF1,DUSP1,JOSD1,DUSP6,NCOR2,SLC7A5,MRPL50,MED25,INF2,PXDN,SLC29A1,TKT,ERGIC1,RNASEK,NFIX,STAU2,SRRT,SLC7A1,CENPB,FAM129B,PSMB5,CLPTM1,FLNA,ZSWIM6,CKB,ANKRD52,MEF2D,YKT6,SF3A1,SF3A2,SAMD4B,ELP3,SCAF1,LRPPRC,GATAD2A,SKI,XAB2,LYRM2,RYBP,MYBBP1A,CCDC9,TAOK2,ZYX,NUCB1,PKN1,AGRN,ATN1,POFUT2,STK11,LAMP1,FBRSL1,PIM3,SLC39A7,LZTS2,FADS1,SLC25A46,RAB2A,TLE3,MAP2K2,ANKRD46,USP5,POLRMT,RNF40,ATXN2L,CTDNEP1,ILF3,RAB35,FSCN1,FKBP3,SQSTM1,CSNK1G2,FKBP5,ANAPC2,LRRC59,INO80E,PFKFB3,RAB5C,CUL5,CCDC25,INSIG1,CUL2,MAZ,FBXO45,NTPCR,SBNO2,NDOR1,DVL1,BTBD2,NACC1,ABL1,DVL3,SLC38A2,MCL1,FUS,SEC16A,EEF2,CHERP,COPS4,CNOT7,SH3BP5L,LRFN4,CNOT3,PLXNB2,TUBGCP4,NFE2L1,BCL2L1,EIF4G1,LMBR1L,ZNF512B,HSP90AB1,PTPN23,PTBP1,DUSP12,SART1,OPA1,PPP6R1,SNRNP70,UBTF,PMEPA1,HSP90AA1,PLEKHG2,REXO1,ACTR6,VBP1,NDUFC2,RANGAP1,RAD23B,TSN,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,DNAJC7,TRAF4,CTDSP2,CCDC43,GAPDH,PPP1R12C,AHDC1,PPP1R15A,GTF3C1,CANT1,SRF,RAB1B,LENG8,MLLT1,HDAC7,DCAF15,SRR,GANAB,NCLN,U2AF2,FEM1C,UBQLN4,CCDC71,RNF20,MARCKSL1,CIZ1,NCKAP5L,FBXL19,CDC42BPB,BAIAP2,HNRNPAB,DBNDD1,MARCKS,KLF6,SUCLA2,CDKN2AIPNL,VAPB,EIF3J,MGAT4B,POLR3F,P4HB,BCAR1,EIF3B,EIF4A2,VARS,ZMYND8,CISD1,ZDHHC5,ZDHHC8,ACTB,CRKL,RASSF1,TRIM28,BSG,LONP1,DENR,KIF21A,BTRC,CCNL1,GLUL,ATXN7L3,SOX4,TRIM23,SRRM2,ACTN1,CIRBP,CSNK1D,MOGS,ACTN4,GNPAT,NIF3L1,GUF1,VDAC3,VDAC1,SIK1,ULK1,BCORL1,PFN1,TELO2,TBC1D9B,TMEM63B,PEX11B,PIK3R2,BRCC3,APH1A,DHX34,DHX37,GSE1,SYMPK,TNRC18,VASP,TMEM184B,INTS1,ERAL1,GADD45G,ID2,CORO7,ITM2C,MRPS17,HBS1L,GFM1,DAZAP1,GFM2,CITED2,MRPS12,OLA1,AP2A1,PRPF19,PTMS,AKAP12,PPP3CB,ARV1,NUDCD3,ENC1,SDF4,KIF1B,GIT1,ZYG11B,TSC22D1,MINK1,SREBF2,MLF2,RHOB,IMMP1L,PITPNM1,MAPT,ARHGEF2,ALDOA,SGK1,PTMA,DBN1,MRPS35,SLC20A1,MRPS33,AMIGO1,DOT1L,CRIP2,MRPS30,RELA,GNAI2,HIRA,MNT,NFIL3,PES1,HSF1,MAP3K3,MTX2,AP3D1,RANBP6,VEGFA,PER1,BOP1,AGGF1,HDGF,PNPLA6,GRINA,CRTC2,MIDN,UBE3C,ZFAND3,HDLBP,UBE3A,PHRF1,NARS,ARHGDIA,KHSRP,SBF1,SH3GL1,ATAD3A,ADAM15,HNRNPUL1,EEF1A2,CHMP4B,PPID,COX16,PSMD14,DDX1,BTF3L4,PXN,LTBP4,CACNA1A,NDRG1,SUPT6H,CAMSAP1,RAI1,IRAK1,MARK2,KLHDC10,BCL9L,HSPA8,PRNP,CPSF7,CBX4,CPSF1,PHF12,VTA1,HMGA1,CLK3,ARHGAP23,NFKBIA,EFNA2,NR4A3,HOOK2,GNB2,GNB1,UBA1,CLASRP,TCF3,GRSF1,LSM14B,LRP10,UBE2K,UBE2M,USP36,KDM5C,GSK3A,THRA,LDB1,ASNSD1,PRKCSH,CHD4,SLC2A3,LDB2,YBX1,GPHN,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,SCYL1,KDM6B,TSFM,NAA30,KLF13,PDPK1,H2AFX,UBE2QL1,DDX54,ARID1A,SENP3,KLF16,EPN1,DNM2,FCHSD1,DDAH2,AKT1S1,WIZ,MTIF2,TOB1,AGPAT3,STRN4,USP19,THBS3,MAPK9,FAM168B,MAPK7,RMND5A,DNPEP,MTA1,CHSY1,MKNK2,MTA2,FBRS,PDLIM7,TAF15,GALNT2,CLCN7,NEURL4,BRMS1L,CARM1,SPRY2,ACIN1,BAX,FAM98B,VIM,SSBP4"
+"gene_set_query"	"110"	"RBPJ"	"189.4"	"Literature ChIP-seq,137;ARCHS4 Coexpression,247;Enrichr Queries,200;ReMap ChIP-seq,168;GTEx Coexpression,195"	"MT-ND4,POP7,TFRC,TESK1,GHITM,PREX1,SCAMP4,KRTCAP2,CAPNS1,DPYSL2,IGLON5,AKT2,GPBP1,PSMD3,AKT1,SAMD10,STARD3,MEF2C,SAP30BP,CXADR,DNTTIP1,DICER1,RFX1,HDHD2,EML2,SND1,RFX7,RUFY3,FEZ1,DDIT4,PSME4,UQCRC1,ORAI2,PSME1,JTB,PSME2,SF1,TSTA3,SET,NPRL2,MEPCE,PDGFA,COPS7A,BAZ2A,ABCB8,MRPL12,PLA2G6,OAZ1,GABARAP,PRPSAP1,HSPH1,PRPSAP2,RHOT1,PSMF1,ATRIP,RHBDL1,JUN,PRRT2,GSTM1,JUP,PMM2,MRPL27,EIF2AK3,MRPL24,PBX1,MLLT10,TBL3,NMT1,FERMT2,LGMN,GPR19,RNF220,ARF1,KCNC3,GPR21,MRPL38,LRRC3,MRPL36,CTCF,MRPL34,DDA1,IKBKB,TRMT112,MRPL42,NIPBL,TUBA1A,FASTK,RPLP2,TCP11L2,JAK2,UPF1,LYPLA2,DFFA,SPHK2,DUSP1,IFT140,ELOVL5,MRPL49,ELOVL6,SIRT6,JOSD1,MED26,MRPL46,MED29,DUSP6,MRPL43,SIRT3,SLC7A4,MRPL53,SLC7A5,SLC7A6,MED25,PSMA3,PSMA2,PXDN,RAPGEF1,PELI1,TUT1,RAPGEF2,PGAM5,VAMP4,VAMP2,ERGIC1,PAFAH1B2,ARF6,SLC29A2,TRUB2,ELOF1,LIN37,HTT,SLC7A1,CENPB,FAM117B,MRPL54,GGA1,SNX29,BTAF1,UNK,GGA3,RECQL5,SNX27,PSMB1,CLPTM1,MFN2,RICTOR,ZSWIM4,MEF2D,SRSF10,YKT6,ATAD1,EGLN1,UTP3,SNX21,GATAD2A,ARCN1,LETM1,FABP3,CCDC9,SNX17,PSMC4,TAOK1,APEX1,SHKBP1,SERBP1,TAOK2,CCDC6,PKN1,AGRN,CRAT,YPEL4,YPEL3,MTCH1,MTCH2,CSE1L,UBE2D3,ATN1,MPV17L2,APEH,FADS2,SMCHD1,STK11,KPNA6,PMPCA,KPNA3,FADS1,BNIP3L,SH3GLB2,SLC38A1,FBXW5,PCYT2,STX7,PPP1R16A,FBXW9,UBE2E1,CNPY3,POLRMT,LENEP,CDC25B,FOXP1,PIAS1,ACAP2,SLC9A5,MSH2,DMTF1,SRSF2,SRSF3,ANAPC4,ANAPC5,MAPKAPK5,SRSF6,SLC27A4,ANAPC2,INO80B,LRRC59,INO80E,SHC2,RNASEH2A,PFKFB3,PEF1,MAZ,GPR85,SPATA2,FBXO45,NTPCR,FBXO44,LRRC55,CORO1B,SAV1,RAP1B,SNN,MED30,PMVK,STK38,PGK1,E4F1,NAE1,SLC38A2,GOT1,GOT2,HPS3,ARPC5,FBXO31,UBLCP1,UQCRQ,PTPRA,SP3,AAK1,MDM4,ACO2,CLPTM1L,OGT,NFE2L1,ZNF512B,ITGB1,HSP90AB1,CELF2,AKAP8L,PTEN,PIK3CD,AP4M1,MRPL4,MRPL2,SUMO1,PPP6R1,PPP6R2,SUMO2,PPP6R3,MRPL9,MDP1,ACP1,BCAS2,DGCR2,EIF5A,HSP90AA1,DST,DHPS,SH2D3C,SIGMAR1,ARNT,NDUFC2,NDUFC1,RAD23A,VPS37B,ARFGAP1,HAX1,PIK3CA,SLC25A19,TMBIM6,TOP1,BCAT1,DCTPP1,GAPDH,PPP1R12C,AHDC1,TNFRSF21,NDUFB9,PRPS1,NDUFB7,CANT1,UHRF2,SRC,MGRN1,PRCC,SRSF1,NDUFB2,CXXC1,LENG8,FURIN,LRP6,FOXRED2,GANAB,NCLN,KCTD20,FCHO1,U2AF2,SH3BP2,BEND3,FYN,FSD1,HNRNPA1,EIF4E,SLC25A22,SH2B2,NOP56,PTPN1,NDUFA7,PPP1R14B,MARCKSL1,TRIM41,SSB,NDUFA5,GPKOW,FEM1A,FEM1B,NDUFA3,RPL23A,EFR3B,SLC25A38,TSPAN14,EIF3L,PDCD4,EIF3G,KCP,CCM2,STUB1,TRIM37,P4HB,CDR2L,EIF3D,EIF3A,EIF4A2,SMARCB1,TMEM41A,KDELR1,EIF4A3,PPAN,JMJD1C,GCC2,IFI30,TXNDC15,ACTB,RCBTB1,CYB5D1,CCAR1,HERC4,RASSF1,CDC23,TRIM28,SNRPD2,SNRPD1,BSG,ATXN7L1,ATXN7L3,TBC1D22B,TMPO,SLC12A9,SCAF11,ACTN1,ALG2,CIRBP,MOGS,ACTN4,MFSD11,TMEM170B,MFSD10,PISD,THAP3,SUB1,CDC37,KCNQ2,CD2BP2,FAM76B,KCTD12,SLC45A4,NUMBL,TBC1D9B,AARS2,TMEM63B,GIPR,SUPT4H1,PIK3R2,PIK3R1,KALRN,APH1A,PGS1,APOO,PCBP1,MIER1,SYMPK,KCNN1,FAM192A,HIVEP2,SNX5,SEC31A,INTS1,ERAL1,SMARCA2,CALY,PPP1R1A,WNK1,ID2,NDUFAF3,PAF1,CALR,CALM1,CALM2,SUGP1,HERPUD2,DHRS13,NRP1,FKBP15,HIBADH,GPAA1,MRPS11,MRPS12,TECR,AP2A1,WASL,HERPUD1,AKAP12,THTPA,PPP3CA,ARV1,MAP1LC3B,ACTR1A,HYAL2,ENC1,DHX15,SDF4,SSSCA1,GIT1,CTSB,COX8A,MRPS26,TMEM150A,MRPS24,MINK1,ANO8,MRPS21,PRPF40A,MRPS7,ENAH,RNF144A,MN1,PITPNM1,PITPNM2,G2E3,ARHGEF1,CD47,PABPC1,PTMA,SLU7,NAPA,PCNA,MRPS33,DOT1L,STX18,CCDC107,NEDD8,CCDC106,GNAI2,MNT,NFIL3,PES1,HSF1,ORMDL3,MGAT2,HEATR6,PAK2,EXOSC2,NPM1,YIPF5,VEGFB,MIB2,TMUB1,PEX14,PPP1CA,VEGFA,RGP1,PER1,KLHL5,CSDC2,KIF26A,HNRNPA2B1,TCEA2,HDGF,PNPLA6,GRINA,DPAGT1,OTUD5,CRTC2,MIDN,NARF,ZFAND6,MPI,ACRBP,IGF1R,ACTG1,FAM174B,PPME1,KIF5B,CAPN2,SBF1,PCID2,DNAJB12,UBE4A,SDHD,SDHB,ATAD3A,GRIP2,ADAM19,EEF1A1,ADAM15,HNRNPUL2,GPRIN1,EEF1A2,EHBP1L1,WDFY1,PPIF,TBC1D23,RTN2,COX19,NDUFB10,COX16,RBM8A,NDUFB11,DIABLO,PDS5B,RASGRP2,RPF2,NDRG1,RTN4,PLD3,TIMM50,CNN3,RAI1,SHARPIN,IRAK1,GRK6,H1FX,CYC1,TBC1D17,NDUFV1,BCL9L,TBC1D16,IVNS1ABP,PRNP,AUTS2,PHF12,HMGA1,KLHL22,KLHL23,UBE2A,SUPT5H,SSH3,MANBAL,KLHL20,GCLC,PAN3,HOOK2,NASP,HOOK1,UBE2S,GNB2,UBA3,GNAS,UBE2N,UBE2O,CNTN2,TCF3,TAB1,PICALM,UBE2M,GSK3A,PRR7,DDX3X,NAA40,DYRK2,PRKCSH,CNRIP1,ATP2A2,PSIP1,ILK,HMGB1,CHD2,TAZ,RND3,LMNB2,LMNB1,PPP1R9B,TTC28,SEC61A1,EEF2K,UBE2Q2,NUP62,MLST8,DACT3,CPXM1,LRRFIP1,GET4,RBM17,TBP,HSDL1,PDPK1,DCAKD,DDX56,DDX54,NAV1,NAV2,GPCPD1,SYNGR3,YWHAZ,DDX50,EPN1,CREB3,VCAN,CREB1,NDUFS8,NDUFS7,NDUFS6,EEF1D,TBC1D5,PPDPF,NDUFS3,CRY1,NDUFS2,MAN1B1,IRF9,OTUB1,AGPAT5,DDX27,DCTN1,DCTN4,GOSR2,ASAP1,SLC3A2,RNF4,ADD2,CYTH3,GNG3,DNPEP,MTA1,GNG2,RAB40C,MAT2A,TMEM205,MKNK2,BNIP2,TMEM208,RALY,VHL,MTA2,FBRS,CYTH1,CLVS1,TIMM8B,RBM39,MBTPS1,URGCP,RRM2,TAF15,GALNT2,MIIP,ACVR2A,ERCC1,POLE3,RBM42,TAF6,VIM,SUGT1,NAA15,RBM45,TRIO,RRP1,HNRNPU,WDR83,ADARB1,ENO2,EPRS,SMC3,GABPB1,ELK1,PHB2,RPL6,RNF115,NUB1,ALCAM,MYC,STMN1,AP1S1,RPL35,RPL37,IER2,DDX17,VPS18,TSPYL1,WSB1,IAH1,PIH1D1,WDR74,CD3EAP,SCRIB,SOX11,SOX12,MED6,GTPBP4,GPR162,PRKD3,BIN1,ZSCAN21,NUP98,VPS25,PRR14,RNF121,ANAPC16,CTBP2,NEDD4L,HIF1A,PRDX3,PRDX2,LDHB,PRDX5,LDHA,PPP4C,BLOC1S1,RAD21,PRDX1,MCMBP,ST3GAL5,ST3GAL1,ST3GAL2,SERF2,S100A10,ST3GAL3,CDK17,RPL41,JUND,PHC1,H3F3B,CHKA,IRF2BP1,IRF2BP2,UPF3B,PRRC2C,TYSND1,BRAF,CDC7,NR1D1,MCAT,PHC3,PRDX6,PRRC2A,EHD1,HNRNPL,FIBP,SLC6A6,NPLOC4,TOLLIP,GIPC1,OGDH,DUS1L,FARSA,CDK16,PHF3,OGFR,CDKN1C,CEP57,SETD5,PYGB,CDKN1B,BTG1,PHF20,PHF23,CLTC,CLTB,LPCAT1,TCF20,KRI1,ADO,PHF6,SMG5,TMEM186,ING4,TRIM8,TMSB4X,TIMP2,GPR137,ANXA7,TK2,PLEKHN1,CIC,JARID2,RRP15,CEP68,ZC3H10,TCF12,AEN,NUDT16L1,FAM126A,RNF168,NCOR2,BACE1,TAF6L,ZEB2,TMEM179,TUBB2A,INF2,MTF2,EXOC3,EXOC6,EXOC5,GAS8,CLDND1,TIMM9,TIMM13,GPS2,ADCY6,ARFRP1,PPP1R2,ASNA1,LMAN2,SLC17A7,RPS2,ANKRD52,RPL18,SF3B1,ANKRD50,BRD4,FARP1,SF3A2,YTHDF3,PCGF3,SYVN1,TTC9B,TTC9C,HIPK1,SYNJ2BP,SCAF1,BLCAP,SCAF4,TM9SF1,XAB2,RYBP,PHF5A,NFIA,NFIB,LPCAT4,NUCB1,ANKRD13B,RAB3A,TUSC2,RAB3D,IPO4,TM7SF2,EDC3,FAM107B,ABHD11,SALL2,RNF19A,CFL1,SMARCAD1,SNRNP35,MAF1,TMSB10,ANKRD13A,STK32C,MEN1,PLEKHJ1,SLC39A3,IFNAR2,TLE3,SEMA6C,MAP2K2,USP5,ANKRD46,RPS7,USP3,RPS5,TPM1,IGFBP2,AIP,VASH2,GTF3A,THOC5,PGD,DGKZ,RNF41,BSCL2,CTDNEP1,PYGO2,MORF4L1,CLIP2,RAB31,RAB34,RAB35,PGP,PHIP,AAGAB,SNRPE,ADNP,PHPT1,FKBP5,RTN4R,FKBP2,RAB5B,DNMT1,SEMA7A,CD151,RAB5C,CBFB,CCDC24,FAM114A2,ANKRD11,ABHD8,AK2,CUL1,SLC38A10,TARS,RLF,GTF2E2,BAG4,PITRM1,BTBD2,PSAP,DVL1,DVL2,ABL1,SLC15A4,SKIL,MAP2K5,MPDU1,MCL1,ESRRA,UVRAG,EIF2B4,ANKRD34A,AKIRIN1,RAB4B,ATP8B2,POLR3GL,TRAPPC4,TRAPPC5,TMEM132A,BTBD6,TOR1B,LSM4,SCRT1,COPS6,CNOT6,LRFN4,SLC7A6OS,SCCPDH,COPS2,NF1,RNF182,PLXNB2,NF2,CNOT8,CNIH3,SERINC2,EIF4G2,SERINC5,BCL2L1,SERINC4,EIF4G1,RNF13,MCM7,ZC3H4,PIK3C2B,DUSP11,DUSP12,SART1,SART3,GM2A,SNRNP70,SIN3A,OPA3,WDR6,TLK1,PHACTR1,TNPO1,TNPO2,CCDC50,ADAMTS7,PLEKHG2,REXO1,RFC2,LIX1L,AMT,RPL13A,EDF1,PTP4A2,TRAF7,DALRD3,TRAF4,ASPH,DAD1,CTDSP2,POLR1B,RP9,DNAJC8,SOS1,ALDH9A1,RNF31,HDAC2,SMARCD2,HDAC3,WBP1,WBP2,RAB1B,EI24,HDAC6,HDAC7,DNAJB2,NFS1,DNAJB6,POLR2F,CSK,POLR2G,SNRPB2,DCAF11,UGGT1,DCAF13,SMARCE1,SLC35A2,RNGTT,ASCC1,FBXL19,TXNRD1,RPL35A,PTPN12,CDC42BPB,FBXL14,ASXL1,BCKDK,CUL4A,TNRC6C,RAD52,KLF7,KLF6,MARCKS,PFKL,NFASC,PSAT1,POLR3C,DNAJA3,RAB12,IMPDH2,MFAP3,DOLPP1,POLR3D,MGAT4B,CEBPZ,VPS45,PFKM,PFKP,PANK4,APP,TCERG1,CMAS,ZMYND8,PITPNB,CISD1,GBA2,RAPGEFL1,NFU1,RPS16,RPS19,PPP2R1A,FLAD1,RPL36AL,RUSC1,FTH1,ARL6IP5,LONP1,HABP4,DPF2,ARL6IP4,UBAP2L,BTRC,RPS11,SEPHS2,GLUL,SOX4,TBC1D10A,AGFG1,TBC1D10B,SRRM3,SRRM4,BROX,ARRDC3,PTOV1,MTUS1,MRPS18A,JMJD6,MAPK8IP1,MRPS18C,INPP4A,NIF3L1,CARHSP1,GRWD1,RRAGD,VDAC3,MACF1,CSTF2,APCDD1,INPP5B,INPP5F,INPP5E,ATP6V0A2,MLEC,TNRC18,MAP4,GPM6B,VASP,SNHG1,SYNRG,UBAC2,RPS26,RPS25,STAG2,FUBP3,SESTD1,RPS29,ANP32B,CORO7,C2CD2L,CDS2,ITM2C,GFM1,SH3KBP1,SLC44A2,CITED2,ZFAND2B,PRPF19,HINT1,SIPA1L1,XPO1,ZMYM2,GLIPR2,GUK1,SEC61G,UBXN7,SEC61B,UBXN4,RAB8A,TMED4,RSPRY1,PSENEN,MAP4K2,TMED9,PRMT7,TSC22D1,PARP1,GP1BB,PRMT1,AMPD2,RHOF,TUBG1,RHOA,RHOB,VAV2,PACS1,RHOV,AIDA,ALDOA,SGK1,ATP6V0C,FYTTD1,CSTB,PTGER1,UQCR11,UQCR10,PTN,PTS,ARNTL,METTL6,MAP4K5,LCMT1,MAP4K4,MTX2,PTGES2,NFYB,AP3D1,XPOT,CTNNB1,PRPF31,FAU,CDK5R2,CDK5R1,NDUFA13,POGK,NDUFA10,ARID4A,LZIC,FBL,BASP1,ARHGDIA,COTL1,MATK,TSC2,NOSIP,WRNIP1,ATP1B1,TUFM,DPM2,MAU2,PRPF6,DNAJC30,TBL1XR1,RPL7L1,TIPRL,FIZ1,MATR3,RELL2,STAM2,ISCU,NTM,BTF3L4,NOP2,PXN,CLEC16A,DTX1,DTX4,PRPF8,SDCBP,EMG1,SCUBE1,ZMAT2,CDH24,ATP6V1D,SMAD2,HSPA8,CBX5,HSPA5,NONO,PTCH1,ASPSCR1,EIF2S1,SMAD5,COQ6,NFKBIA,EFNA2,DLG2,TMEM115,DLG4,ATG16L1,JMY,CHMP2A,B4GALT3,ACADVL,USP32,CBY1,SLC2A3,USP39,POLB,SENP7,SEPT6,MFSD6,ZC3H7A,ZC3H7B,SNAPC4,FLOT2,PDE4A,SCYL2,SCYL1,KDM6B,TSFM,USP48,SVOP,PDE4D,H2AFX,ARID1A,POMGNT1,KLF16,TGFBR1,DNM2,FCHSD2,DDAH2,RASA1,AKT1S1,DNLZ,PFDN1,HAGH,TMEM9,THOP1,PFDN5,LUC7L2,CAMK1G,B4GALT5,STOML2,RGS19,USP16,POLDIP2,RGS16,GMPR2,POMP,OPRL1,PDXP,ATP1A3,SPG7,ATP1A1,IWS1,U2AF1L4,HSPD1,GNA13,NXF1,TFPT,MAPK8,FAM120B,LEPROTL1,GNA12,ROMO1,ABCF3,CLASP1,SPEN,USP24,BAD,USP21,QPCTL,PRAF2,NAP1L1,DEK,SH3YL1,NEURL4,RPS6KB2,ATP13A3,SSBP4"
+"gene_set_query"	"111"	"ZNF883"	"189.5"	"ARCHS4 Coexpression,249;GTEx Coexpression,130"	"SCOC,GMFB,MYT1L,STMN4,FNBP1L,DPYSL4,DPYSL5,DPYSL2,FAM110B,STMN1,HABP4,AKT1,KIF21A,BTRC,KIFAP3,PRKACB,ATXN7L3,SOX4,ANKS1B,GABARAPL2,CXADR,WSB1,ST6GAL2,WSB2,SLC6A15,MMD2,ANK2,SOX11,MOGS,CPT1C,SCAMP1,HDHD2,ASPHD1,IFT81,FEZ1,RUFY3,RUFY2,TSPYL4,ASTN1,PFN2,BEX4,NECAB1,BEX2,BEX1,MAGED1,FOXG1,FLII,AGAP1,PHYHIPL,ACTR3B,ARPP19,ADH5,MTMR7,APH1A,APOO,FAM171A1,LDHB,TSPAN7,CHST10,SYMPK,GPM6B,FDFT1,B3GALNT1,FZD3,PHC1,CADM2,ST8SIA2,ST8SIA3,DCLK2,PAICS,MLLT11,HNRNPL,CCDC88A,FXYD6,CALM2,GABRB3,GPR27,OGFR,MOCS2,CSRNP3,SLC35F1,ZCCHC17,C1QTNF4,JPH4,SERP2,MRPL42,ARV1,UCHL1,AKAP11,TUBA1A,CSRP2,TRIM2,ANXA6,SDF4,ENOPH1,CCDC112,UPF1,PCYT1B,HSBP1,LRRC49,ZFR,MINK1,LRRC40,ELOVL6,DYNLL2,SRP9,ENAH,TMEFF1,ARHGEF9,RAP2A,TUBB2B,MRPL50,TUBB2A,PSMA2,MTF2,RAPGEF1,EEF1E1,DSCAML1,MAPRE2,PAFAH1B2,WRB,CCDC106,NAPG,FAM117B,GNAI2,PDZD11,ADAM23,MGAT1,TRAM1L1,ATP6V0E2,ZSWIM5,DYNC1I1,RUNX1T1,ARNT2,MDH1,KIDINS220,CRIPT,LSAMP,MYO9B,GTF2H5,MZT1,ATAT1,ABI2,MORN4,NFIA,NFIB,KLHL7,TTC3,TSR2,NUCB1,FAM171B,APBA1,ESYT2,PKN1,MEGF8,HDDC2,CTNND2,ROGDI,MRFAP1,CYP46A1,CDH8,NUDT11,NUDT10,LAMP1,SALL2,ARHGDIA,ADORA1,RGS7,PPFIA2,KIRREL3,MAGI1,SLC30A9,ANKRD46,FBXW11,MAGI2,APLP1,LMTK3,VASH2,POU3F2,MID1,POU3F3,SHISA7,PIAS2,MORF4L1,PREPL,FRMD5,TMEM136,SLC9A6,MSH2,HNRNPUL1,TBL1XR1,EHBP1L1,RAB35,MAPKAPK2,UBE2V2,SRSF3,CHMP4B,SNRPE,FKBP3,GRIA1,GRIA2,RTN3,KHDRBS2,BHLHB9,RTN1,RAB5C,ARL3,BTF3L4,GPR85,NTPCR,HSPBP1,SUPT6H,TMEM121,SBNO2,BAG4,ORC3,CAMTA1,NAE1,ATP6V1D,SKIL,LRRC4B,PRNP,CBX5,UROS,IDH1,TBCB,KLHL23,MARCH6,CORO2B,GNAO1,REEP1,PTPRD,DLG2,NSG2,CDK5,NBEA,DLG4,GNB2,UBE2N,CSPG5,NACAD,SERINC1,TCF4,FGF13,COPS8,LRP10,YWHAE,THRA,WDR1,PRKCSH,CELF5,PSIP1,HMGB1,PPP1R9A,NGRN,LASP1,SUMO1,YWHAQ,PPP6R1,LRRTM2,SUMO2,PHACTR3,TMEM108,DNM1L,USP46,SUN2,KLF13,VBP1,LANCL1,PTBP2,DNM2,PJA1,RCN2,IGDCC4,DNAJC6,EEF1D,LANCL2,DCX,PFDN1,PPP1R12C,NLGN1,HDAC2,STOML1,RAP1GDS1,CRMP1,FAM169A,JAKMIP1,JAKMIP2,ADD2,CACNG7,GNG3,FAM168A,U2AF2,BEND3,NCAM1,CSK,SLC25A23,MTA2,EIF4E,FBRS,CACNG4,UBQLN2,BEND6,LGI1,TUB,SSB,PCDH9,NDUFA5,NDUFA4,HAGHL,ATP2B1,FBXL16,EFR3B,GDAP1,ACVR2A,MAPK10,KLF7,MARCKS,GLRB,PPP2R2C,APC,SYT11,PPP2R2B,PSAT1,MGAT4B,OCIAD1,CDK2AP1,FAM98B,CEBPZ,SUGT1,SSBP2"
+"gene_set_query"	"112"	"ZNF316"	"192.0"	"ARCHS4 Coexpression,86;Enrichr Queries,243;GTEx Coexpression,247"	"SCOC,TSKU,GLE1,RAVER1,ZMIZ1,DPYSL2,ZMIZ2,MYC,AKT1,PRKACA,NFRKB,NUP210,PRKCD,CD3EAP,SCRIB,RFX1,SCAMP1,HCFC1,RUFY1,NISCH,EID1,WDR81,DDIT4,PRR12,PRR14,SF1,CDC42SE1,POM121,MTMR3,TTYH3,FLII,BAZ2A,AGAP3,FAM160B2,FAM171A2,CHST15,PLCG1,PIP5K1C,VPS16,CREBBP,JUN,PHC2,CHKB,JUND,PLK2,IRF2BP1,PBX2,PRRC2B,WDR55,PRRC2A,EHD1,HNRNPL,FAM160A2,ARL2BP,FASN,DUS1L,OGFR,MOCS2,GMEB2,MED16,MED15,SMG5,IKBKB,MED12,CIC,UPF1,GMIP,SRP9,DUSP6,NCOR2,MED22,SLC7A5,MED25,INF2,KIFC2,PXDN,RAPGEF1,EXOC3,KIFC3,RNF166,WRB,CENPB,FGD3,GGA3,ANKRD52,MEF2D,BRD4,MBD3,MBD6,SF3A2,SCAF1,GTF2H5,GATAD2A,SPSB3,SKI,XAB2,MYBBP1A,CCDC9,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,AGRN,HDDC2,SLC27A1,CLSTN3,ATN1,ZBTB22,STK11,MAEA,LAMP1,FBRSL1,PIM3,LZTS2,RAB2A,SH3GLB2,RNF44,ANKRD49,FBXW5,MAP2K2,IGFBP2,POLRMT,LEMD2,DGKZ,RNF40,ATXN2L,CTDNEP1,ACAP3,CLIP2,SLC9A8,DGKQ,RAB35,MAPKAPK2,FSCN1,SQSTM1,MAD1L1,CSNK1G2,ANAPC2,INO80B,INO80E,RAB5C,TUBGCP2,MAZ,SLC38A10,UBR2,SBNO2,NDOR1,KLC2,DVL1,BTBD2,NACC1,E4F1,MAP2K7,NADK,PLXNA3,WDTC1,ESRRA,ZBTB17,BRPF1,SEC16A,TNK2,TMEM132A,EEF2,CHERP,GON4L,LRFN4,SH3BP5L,CNOT3,PLXNB2,PLEKHM2,MDM4,PLXNB1,CCDC22,LRCH4,RNF187,ZNF512B,DIDO1,NUMA1,TRADD,ZC3H3,PIK3CD,PTPN23,ARRB2,SART1,DUSP12,SUMO1,SNRNP70,PPP6R1,UBTF,TNPO2,DGCR2,REXO1,ACTR6,VPS37B,RANGAP1,TSN,DDOST,ARFGAP1,MSL1,GIGYF1,TRAF7,PTP4A3,DNAJC5,C1D,ETF1,PPP1R12C,AHDC1,RNF31,TRABD,PPP1R15A,GTF3C2,HDAC5,CANT1,RAB1B,LENG8,MLLT1,FOXK1,HSD17B12,MLLT6,HDAC7,DCAF15,GANAB,POLR2A,U2AF2,FEM1C,CSK,POLR2K,FBXL19,NCKAP5L,PFKL,IMPDH1,MGAT4B,OCIAD1,ATXN10,HDAC10,ZDHHC8,KAT5,TRIM28,OGFOD2,KIFAP3,ATXN7L3,SLC12A9,TBC1D10B,SRRM2,CIRBP,CSNK1D,MOGS,MAPK8IP3,MFSD10,HECA,ULK1,TELO2,TBC1D9B,APH1A,DHX34,DHX37,DHX38,SYMPK,TNRC18,RALGDS,N4BP1,BANP,VASP,SETDB1,INTS1,IQSEC1,GADD45G,RGL2,ITM2C,DAZAP1,FKBP15,ZFAND2B,MRPS12,SLC7A11,PRPF19,PTPRF,LIMD2,XPO6,DHX16,SDF4,CTSD,GIT1,TOP3B,GAA,MINK1,RHOF,SREBF2,PARP8,MLF2,RHOB,GAK,PITPNM1,PACS1,FAM20C,ARHGEF1,FAM193B,ARHGEF2,DBN1,STK40,DOT1L,AKAP8,GNAI2,RXRB,HIRA,ZDHHC18,PDZD11,MAP3K3,NFYC,MIB2,MYO9B,TMUB2,VEGFA,SGSM2,PNPLA6,GRINA,CRTC2,MRFAP1,PHRF1,ARHGDIA,KHSRP,PALM,SBF1,SLC30A9,KDM2A,MAU2,HNRNPUL1,EHBP1L1,UBE2V2,SPNS1,CHMP4B,PXN,LTBP4,CACNA1A,SUPT6H,RAI1,IRAK1,GRK6,H1FX,ANKZF1,MARK2,BCL9L,PRNP,CPSF7,CBX6,CBX4,CPSF1,PHF12,PCIF1,HMGA1,ANKHD1,CLK3,CLK2,EFNA2,HOOK2,HOOK1,GNB2,GNB1,SKIV2L,CLASRP,PI4KB,LSM14B,LRP10,MXD4,YWHAE,GPSM1,KDM5C,GSK3A,LDB1,PRKCSH,CHD6,CHD3,TAZ,PKD1,LMNB2,PPP1R9B,CABIN1,SEPT9,LASP1,ZC3H7B,MAN2C1,POLG,KDM6B,ARHGEF11,SUN2,KLF13,PDPK1,H2AFX,AXIN1,ARHGEF18,KLF16,DNM2,FCHSD1,RCN2,IRF3,PFDN4,CHMP5,TSEN34,DCTN6,DDX23,WIZ,SLC3A2,USP19,STRN4,U2AF1L4,NXF1,MTA1,TAF1C,MKNK2,MTA2,FBRS,PDLIM7,SPEN,KDM4B,USP20,ATP13A1,USP21,USF2,USF1,CHFR,CLCN7,NEURL4,ACIN1,SSBP4"
+"gene_set_query"	"113"	"ZNF48"	"192.7"	"ARCHS4 Coexpression,169;Enrichr Queries,253;GTEx Coexpression,156"	"CNTFR,POP7,RPL32,EHMT2,STMN2,STMN3,WDR83,ENO2,EPRS,ALKBH6,TSKU,BACH2,RPL6,SCAMP5,RNF112,LSM11,RAVER1,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,IGLON5,DPYSL3,RPL36,RPL38,DIP2C,RBFOX2,WSB1,UNC5A,RBFOX3,FNBP1,CD3EAP,ARMC8,SOX12,GPR162,EID2,ZSCAN21,DDIT4,RPL26,PRR12,PRR14,ATF4,TTYH3,CTBP2,MTMR9,VPS26B,MRPL10,FAM171A2,RNF215,RRS1,PLCG1,SLC19A1,S100A10,ZSCAN18,PRRT1,JUN,SETD1A,H3F3A,IRF2BP1,MEX3D,PRRC2B,POU6F1,THAP11,HNRNPL,UCK1,MEX3A,VANGL2,FASN,HNRNPD,CPEB4,DENND1A,PHF23,KRI1,ADO,PFAS,BBC3,MECP2,SMPD3,TRMT112,TRIM3,GPR137,CIC,JARID2,APC2,RPS6KL1,ACTL6B,SPHK2,SLC39A11,TERF2,DYNLL2,NCOR2,SLC7A5,TUBB2B,SDHAF1,PXDN,TMEM74,ADCY1,RPS15A,NSD1,RPL13,CKB,HARS,RPS2,SAMD1,RPL17,EXTL3,CENPV,PCGF2,WNT7B,ELP3,SCAF1,SNX15,SARM1,PKN1,AGRN,FAM49B,ANKRD13B,DGKD,TUSC2,CLSTN1,APEH,RPL10A,SLC8A2,TM7SF2,STK11,SALL2,FBRSL1,LZTS2,TXNL4A,PCDHAC2,FADS1,SLC38A1,RPS9,RPS8,UBE2E1,RPSA,FRMD4B,RNF41,CLIP3,ATXN2L,ILF3,DGKQ,FSCN1,ERH,SNRPF,KPNB1,GLYR1,RTN4R,KHDRBS1,DNMT1,BRSK2,PFKFB3,ZC4H2,MAZ,KLC1,PHF21B,SNN,SBNO2,KLC2,NACC1,TRAPPC2,ESRRA,FUS,TMEM132A,EEF2,SCRT1,UCKL1,LRFN3,BCL9,NBEA,LHX2,AAK1,TUBGCP4,CNIH2,RNF187,ZNF512B,CELF5,MRPL4,RPL7A,VPS72,MDK,TNPO2,EID2B,ADAMTS7,PELP1,DHPS,VPS37D,RPL13A,YDJC,NIPSNAP1,DALRD3,TRAF4,CTDSP2,POLR1B,RPL37A,DCTPP1,PPP1R12C,BCAT2,PPP1R15A,SMARCD1,NLGN2,MGRN1,VPS4A,PRCC,RPL36A,MLLT1,ZBTB45,FURIN,CACNG7,FZR1,CCDC85C,U2AF2,FEM1C,IGF2BP2,UBQLN2,HNRNPA0,PTPN1,LINGO1,PPP1R14B,MARCKSL1,SLC12A5,RNF25,FBXL19,LYSMD1,RPL35A,HNRNPAB,BCKDK,DBNDD1,TSPAN14,RAB15,IMPDH2,TSPAN18,POLR3F,RUNDC1,EIF3G,STUB1,VPS45,INSM1,PPAN,KEAP1,HS6ST1,UBE2L3,RPS15,RPS17,HERC2,RUSC2,TRIM28,RPS19,RUSC1,RPS18,FTH1,LONP1,KIF21B,BSN,RPS11,SEPHS1,SEPHS2,RPS10,SOX4,TBC1D10B,SMARCC1,ZFP1,SLC6A17,ACTN1,NFKBIL1,BOLA1,CIRBP,PTOV1,COG1,ISLR2,CSNK1E,INPP4A,STX1B,CARHSP1,GRWD1,KCNQ4,CD2BP2,AURKAIP1,CTXN1,STX1A,LLGL1,CUTA,RTEL1,L3MBTL2,SLC45A1,STXBP1,NKAIN1,SYNGR1,GSE1,B4GALNT1,TNRC18,RIMKLA,PATZ1,RAB11FIP3,ATP6V0A1,B4GALNT4,IQSEC2,RCC2,MICAL2,SMARCA4,RPS29,RNPS1,RPS20,LRRN1,CALM1,RCOR2,RPS24,ITM2C,MRPS17,DAZAP1,TMEM151B,CCDC127,GDI1,SLC44A2,MRPS12,PRPF19,COX7C,NAT14,PTMS,RPTOR,ACTR1A,PPP3CB,NUDCD3,UCHL1,ACTR1B,RAC3,CTSD,ZER1,PRMT1,ANO8,TUBG1,SREBF2,MLF2,PDRG1,ARHGEF2,ALDOA,PTMA,DBN1,CSTB,PNCK,AMIGO1,NEDD8,ARNTL,PAK1,ARVCF,RBM15B,NFIL3,GPC2,APBB1,GPC4,DYNC1I1,MAP4K4,DYNC1H1,SPRYD3,YIPF2,AP3D1,NPM3,RSL1D1,KIF26A,HDGF,MEGF8,MIDN,CIB2,NUCKS1,CELSR3,ACTG1,CHCHD4,KIF5C,BASP1,SH3GL2,TTC7B,SHISA5,LMTK3,ATAD3A,POU3F3,GPRIN1,SCN8A,EEF1A2,RPP21,PPIF,FIZ1,AMPH,GNAZ,BHLHB9,RTN1,RPS19BP1,ARHGEF25,DTX3,SEZ6L2,CAMSAP1,CACNA1H,DPP6,GRK6,CAMTA1,CDH24,CAMTA2,MARK4,MYH10,BCL9L,PRNP,SYT3,CBX6,ZFHX2,AUTS2,CBX2,CBX1,HMGA1,KLHL22,TBCA,EFNA3,EFNA2,HOOK2,DLG3,HOOK1,UBE2S,GNB1,PI4KA,GNAS,GNB5,TCF3,BRWD1,LSM14B,UBE2M,GPSM1,YWHAE,B4GALT2,GSK3A,ZMYND19,CHD6,PSIP1,CHD4,SOBP,RND2,LMNB2,LMNB1,ELAVL3,SPRED2,BCL7A,SNAPC2,BCL7B,GDAP1L1,SNAPC4,PDE4A,TMEM109,KDM6B,SVOP,PDPK1,H2AFX,PPP2R5B,IQCE,UBE2QL1,H2AFV,PPP2R5D,SENP3,DNM1,SEPT3,FAM189B,UBE2R2,DDAH2,PPDPF,INA,PDXP,ADD2,AGPAT4,MAPK9,FAM168B,DNPEP,MTA1,RAB40C,PABPN1,SV2A,NT5DC2,MKNK2,GNA12,CAMK2G,FBRS,PDLIM7,OPCML,KDM4B,USP22,PDAP1,ATP2B2,SSRP1,IRGQ,SBK1,FAM131A,ERCC2,TAF6,R3HDM1,SSBP3"
+"gene_set_query"	"114"	"ASH1L"	"194.3"	"ARCHS4 Coexpression,401;Enrichr Queries,68;GTEx Coexpression,114"	"ITSN2,NCKAP1,TRIO,ZFYVE9,MYT1L,TRRAP,HNRNPU,EPRS,RPL8,GPATCH8,PSMD8,ZMIZ1,AKT3,DIP2A,DIP2C,DDX17,RBFOX2,UNC13A,TSTD2,CD3EAP,FRS2,ARMC8,DICER1,RC3H2,FAM133B,WDR82,RFX7,ZC3H11A,PSME2,RPL29,BAZ2A,MRPL12,HIF1A,OAZ1,PPP4C,SERF2,BTF3,CREBBP,PRELID1,JUN,PRRC2C,PHC3,PRRC2B,SETX,FAT3,CPEB4,ATG2B,GABRB3,PHF3,PHF2,SETD5,SETD2,SMG1,GPR21,CLTC,CTCF,MECP2,NIPBL,MED13,SH3BGRL3,JAK1,CEP68,UPF2,BRD3,LYPLA2,SHPRH,PGAM1,TET2,BAZ1B,NCOR2,NCOR1,PXDN,RAPGEF2,PLCB1,ARF5,SF3B5,NFIX,ADAM22,SCAF8,BCLAF1,LMAN2,NSD1,AP2S1,RICTOR,RPL18,MEF2D,SF3B1,RUNX1T1,NKTR,KIDINS220,USP9X,MDH2,ATRNL1,MBD1,YLPM1,HIPK1,GATAD2B,SKI,MKLN1,NFIA,NFIB,TAOK1,SLMAP,PKN1,FRYL,ANKRD13C,ATP8A1,FRY,RIMS1,SLK,ZFP30,STK16,CFL1,RALGAPA1,FBXW7,RPS5,DYRK1A,CNPY3,FBXO11,FOXP1,CLIP1,RALGAPB,PHIP,ADNP,SNRPC,SNRPB,ANKRD17,FTO,TNKS,ANKRD11,CUL3,ANKRD12,UBR4,ITPR1,UBR3,UBR1,PHB,PHF21A,SBNO1,TPR,UBR5,SLC38A2,MPDU1,TRAPPC1,TRAPPC5,ARPC4,LSM4,BCL9,SON,NBEA,ARPC3,CNOT1,NF1,AAK1,RNF181,SPIRE1,MDM4,TUBGCP4,EIF4G3,OGT,NOP10,CALCOCO1,PTEN,SYNE2,PSD3,PGLS,ERC1,TNPO1,EIF5A,GPX1,PPP1R12A,DST,GPX4,SECISBP2L,ATRX,VPS13A,EDF1,GIGYF1,DAD1,CTDSP2,PIK3C3,BIRC6,BDP1,PPP1R12B,AHDC1,NFAT5,PPM1L,ROCK1,ROCK2,RNF38,TULP4,HSD17B10,LRP6,HECTD1,POLR2E,CSK,ATP9B,ATP9A,SPAG9,FEM1B,FOXJ3,ADRM1,FOXJ2,RPRD2,CDC42BPB,DDHD1,CDC42BPA,ATOX1,TNRC6C,NECAP2,APC,TRIM33,TNRC6A,APP,DIXDC1,JMJD1C,RPS15,EFR3A,GOLGA4,HERC2,HERC1,SNRPD2,EPC2,BSN,TRIM23,SRRM2,ARSA,SMARCC2,ARRDC1,SCAF11,ANK2,ANK3,AKAP9,PFN1,MACF1,MYCBP2,PIK3R1,RTF1,KALRN,NUAK1,ZNHIT1,SPAST,TRPM7,HIVEP2,RAB11FIP2,SRPK2,BCL11A,ST8SIA3,MICAL3,MYO5A,PUM1,SMARCA2,MED13L,PUM2,SMARCA4,STAG1,STAG2,WNK1,GOLGB1,DHX29,TOP2B,AHCTF1,PCM1,AKAP11,PCLO,KIF13A,REV3L,IDS,KIF1B,PSENEN,NCOA1,COX8A,NCOA2,ATP6V0B,PBRM1,NCOA6,PRMT1,ZFR,NME2,ARHGEF9,CSDE1,FAM20B,WAC,AHCY,DOT1L,TYMP,SCAND1,MAP4K3,RANBP2,DYNC1H1,MON2,MTX3,HUWE1,MYO9B,MYO9A,YIF1B,PPP1CA,MIB1,NEDD4,TTC3,CTNNB1,TRIP12,FAU,RAB3GAP1,PRDM2,UBE3A,ARID4B,IGF1R,CAPN7,KIF5B,POGZ,EP300,BANF1,TMOD2,SHISA5,UBE4A,LMTK2,ATP1B1,TANC2,COX6B1,DPM2,PREPL,HNRNPUL2,TBL1XR1,SCN8A,WDFY3,PPIG,DDX6,PDS5B,RTN4,ARHGAP21,DPP8,FUT9,EP400,MYH10,LONRF2,QSER1,BPTF,HSPA8,SMAD4,ARHGAP32,EFNA2,DLG2,HOOK1,JMY,BRWD1,LSM14A,COPE,RERE,KDM5B,GSK3B,PCDHGB7,DDX3X,DOCK3,DOCK9,CHD8,USP34,CHD6,ATP2A2,CHD4,CHD3,CHD2,AFF4,MAN1A2,RB1CC1,RBM33,KDM6B,USP47,ARHGEF12,NUP133,TTC33,PDPK1,ARID1A,ARID1B,LATS1,SETBP1,ZMYND11,B4GALT7,KDM3B,ATP1A1,FAM168B,GNG5,REPS2,TMEM208,MAPK1,CLASP1,CLASP2,SPEN,USP24,ATF7IP,RBM39,TAF10,PDE4DIP,ATP2B1,QRICH1,SSBP2,RAN,TAF1"
+"gene_set_query"	"115"	"SP1"	"195.8"	"ARCHS4 Coexpression,531;ENCODE ChIP-seq,73;Enrichr Queries,162;ReMap ChIP-seq,65;GTEx Coexpression,148"	"SCOC,NUP107,GMFB,TFRC,TSKU,DPYSL4,CAPNS1,AKT2,AKT1,SAP30BP,FRS2,PRKAB1,LARS2,ASPHD1,DDIT3,ZC3H11A,DDIT4,TMEM126A,JTB,ATF4,SF1,EXD2,SAR1B,NPRL2,MEPCE,BAZ2A,PLA2G6,RHOT2,PRPSAP2,LARP1,RNF216,RDH14,HEXIM1,JAG2,CREBBP,JUN,PRPF38A,JUP,EIF2AK1,NCAPH2,FUCA1,NR2F1,PBX2,LARP4,BTBD10,TBL3,QARS,PKIA,SFXN3,PKIG,LGMN,KCNC3,MED16,BBC3,DDA1,MED17,MED12,MED13,MED10,ENOPH1,PCMTD1,APC2,DUSP1,SPHK2,IFT140,TEX10,DUSP8,MED27,GMIP,MED29,DUSP6,DDB1,MED23,SLC7A5,MED21,PXDN,CINP,RAPGEF1,CHST1,PAFAH1B3,ERGIC1,PAFAH1B1,TRUB1,ECHS1,LIN37,WRB,URM1,SNX32,NOC4L,SDAD1,CENPB,ADAM23,MFN1,SAMD1,ZSWIM4,CRBN,SNX21,SNX19,CCDC9,SHKBP1,SNX14,TAOK2,TSR2,PKN1,CIAPIN1,AGRN,MTCH2,TMEM167B,ATN1,LTN1,MPV17L2,FBXO21,POFUT2,NUDT16,PCYT2,FBXW9,ATP11B,CASD1,POLRMT,LENEP,CDC25B,SRSF4,SRSF6,ARL8B,INO80B,GMPS,LIN7C,CORO1B,NDOR1,MED30,MBIP,ZKSCAN3,EIF4EBP2,ZKSCAN1,NADK,IP6K2,NEK9,API5,UROS,TMEM120A,HPS1,HPS4,ARPC5,UCKL1,DRAP1,SH3BP5L,ARPC2,SP3,ACO1,LRCH4,NOP10,ITGB1,PTEN,ETFB,AP4M1,ALAD,PPP6R1,ARL5A,BCAS2,EIF5A,UNC45A,ACTR2,ACTR6,ATRX,MSL2,TFIP11,RABGGTB,MSL1,TOP1,DCTPP1,GAPDH,TNFRSF21,BCAT2,CANT1,SRC,SRF,SRSF1,LENG8,U2AF1,RCHY1,MLLT6,TSPAN31,CDC42,MTHFSD,FOXRED2,U2AF2,FEM1C,E2F4,HNRNPA1,TRIM44,EIF4B,UBQLN2,GADD45GIP1,NOP58,HNRNPA3,TRIM41,PCDH9,TXNL1,CDC5L,GSTZ1,TSPAN14,NECAP2,EIF3M,CDKN2AIPNL,SYT11,EIF3L,EIF3I,OCIAD1,EIF3G,EIF3H,STUB1,PDCD2,TRIM37,EIF3E,ATXN10,EIF3D,UNC79,SMARCAL1,ACTB,TRIM28,SNRPD2,SNRPD1,CDC26,BSG,SNRPD3,CCDC92,ATP6V1E1,ATXN7L3,SMARCC1,ECH1,ALG5,CIRBP,CSNK1D,MOGS,ACTN4,CDC34,SNHG12,CDC37,FLYWCH1,SLC45A4,AARS2,DHX8,GIPR,FBF1,CEND1,TTBK1,PGS1,APOO,HLTF,FAM192A,ATP6V1C1,BBS1,SMARCA2,HARS2,MED13L,SMARCA4,CWF19L1,NDUFAF2,NDUFAF3,GRB2,CALR,FBXL6,HERPUD2,HIBADH,MRPS10,NAT14,COX7C,PTMS,MAP1LC3B,NUDCD3,MAP1LC3A,OTUD6B,RAC3,GIT1,BBS4,MRPS24,MRPS25,PABPC4,MRPS23,MRPS21,SYP,SREBF2,APRT,RAP2C,ARHGEF9,PABPC1,ARHGEF2,PTMA,NAPB,PCNA,SSNA1,GBA,GNAI3,PRICKLE2,RELA,GNAI2,PDZD11,ORMDL3,DYNC1I1,MAP3K3,PEX19,VEGFB,MYO9B,MYO9A,PEX14,VEGFA,YIF1B,SEC23IP,TTC5,KLHL7,TTC4,HNRNPA2B1,NDUFAB1,TCEA2,AGGF1,TCEA1,HDGF,PNPLA6,SRP19,CRTC2,NUP188,PEBP1,SRP14,ACTG1,IGF1R,EEF1B2,MORC3,PCID2,FBXW11,TTC7B,UBE4A,COX6B1,DHDDS,EEF1A1,ADAM15,EHBP1L1,PPIF,WDFY1,PPIE,PPIH,CARS2,PPID,DDX6,DDX5,BHLHB9,NDUFB10,HTRA2,GRK6,TBC1D14,TBC1D17,SYT5,PCIF1,NUP153,AP4B1,HIGD2A,GNAO1,UBE2W,HOOK2,HOOK1,CCPG1,UBE2N,FGF11,UBE2M,RERE,CUEDC2,LDB1,ADAR,TAZ,USE1,LMNB2,LMNB1,TMEM222,LASP1,TMEM223,GET4,SUN2,PDPK1,SYNGR3,EEF1G,ALS2,EEF1D,ACOX1,ACOX3,CUEDC1,RRN3,SLC3A2,AGPAT1,RNF4,RNF5,AGPAT4,CYTH2,TMEM203,TMEM205,TGS1,MKNK2,PTK2B,MTA2,RPP14,FBRS,ARFGEF1,TIMM8B,ATF7IP,EYA3,SSRP1,POLE4,SMUG1,FAM155A,GALE,ERCC1,CARM1,KRAS,ERCC5,GPD1L,IPO11,TES,HNRNPU,PHAX,EPRS,PHB2,AP1S2,AP1S1,VPS36,CDK5RAP3,DDX17,NUP210,WDR74,HCFC2,GTPBP4,HCFC1,WDR81,WDR82,ZSCAN21,VPS28,ASTN1,LRPAP1,NUP205,PHYHIPL,WDR61,XPC,ANAPC11,RRP7A,LDHA,NCSTN,BLOC1S1,LDHD,GAR1,VPS11,NDFIP1,SNAPIN,DMPK,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MCAT,EHD1,HNRNPL,GNPTG,MEX3A,HNRNPK,HNRNPF,ATG2A,HNRNPC,FARSA,FARSB,GABRB3,MOCS2,SMG1,BTG1,CDKN1B,WDR48,PHF20,PHF23,PHF1,SETD6,ARPC1A,GPT,ASH2L,KRI1,SMG7,WDR46,SMG5,RARS,CIC,JARID2,UBL7,RPS6KL1,TPI1,EXOC7,WDR34,FAM126A,NCOR2,TAF6L,NCOR1,TUBB2A,KIFC2,HEATR5B,EXOC4,TKT,GART,EXOC2,GAS8,GRN,WDR26,TIMM9,WDR24,NSD1,PPP1R8,UBN1,SLC17A7,WDR17,CSNK1A1,PCGF2,WDR18,NR1H2,SYVN1,GATC,HIPK1,SCAF1,NFIA,NFIB,PLP2,ANKRD13B,RAB3A,RAB3D,GTF2B,PARK7,AUP1,RPL10A,IPO7,TM7SF2,EDC3,EDC4,PPP1CB,NPEPPS,PPP1CC,RIMS4,CFL1,HMGN3,GTF2I,TLE3,MAP2K4,CSNK1G3,USP7,USP5,USP3,DYRK1A,THOC1,THOC2,THOC6,PYGO2,DMWD,RAB34,RAB35,FKBP8,SNRNP27,SNRPF,FKBP4,CSNK1G2,CSNK1G1,BRSK1,FKBP2,CCDC24,FAM114A2,INSIG1,CCDC25,UBR4,ORC3,UBR5,DVL2,MAP2K7,RAB6B,MCL1,AP1M1,TRAPPC2,AKIRIN2,EIF2B3,OSBPL5,CCDC12,TRAPPC4,SEC16A,COPS6,SLC7A6OS,REEP5,COPS2,REEP2,CPE,CNIH2,BCL2L2,CNIH4,BCL2L1,MCM7,WDR1,CEP164,UFSP2,NOB1,VPS72,RNPEP,UBTF,IDH3B,WDR6,WDR7,EIF2B1,TNPO2,PLEKHG2,CDADC1,CCDC34,RFC2,SECISBP2L,RPL13A,EDF1,TSN,CTDSP2,POLR1B,POLR1D,CCDC43,DNAJC8,HDAC5,MTPN,HDAC2,HDAC3,HDAC1,VPS4B,RAB1B,EI24,PDHB,HDAC7,DNAJB2,DNAJB1,NFS1,POLR2A,ABLIM3,VPS53,POLR2C,VPS52,POLR2D,POLR2E,DNAJB9,POLR2G,CSK,POLR2K,POLR2L,SLC35A2,FBXL19,TPRKB,FBXL16,BCKDK,RAB14,GLOD4,MFAP3,POLR3D,DNAJA2,DRG2,CEBPZ,POLR3H,SNRNP48,PPIL4,SLC35B2,VARS,ZMYND8,FCF1,RPS15,TIAL1,RPS16,FRAT2,RPS18,FLAD1,RPL36AL,FTH1,LONP1,LONP2,RPS11,TBC1D10B,SRRM2,SRRM3,METTL3,AP1AR,CPT1C,KARS,SUCLG1,ATP6V0D1,DCUN1D5,CSTF3,STXBP2,TRANK1,TNRC18,VASP,TMEM184C,SETDB1,SYNRG,RPS26,SMU1,RPS27,ADCK5,RPS21,C2CD2L,RPS24,GFM1,UBXN1,GFM2,XPO1,XPO6,XPO5,TMED7,RAB8A,PSD,PSENEN,PARP1,PPRC1,MLF2,HNRNPH1,HNRNPH2,MPND,MAGEH1,ZDHHC20,NOL8,NOL9,RFNG,TYMP,NOL6,CST3,HIRA,ZDHHC18,APBB2,ATP6V0E2,APBB3,PTGES2,NFYB,RAB11A,RAB11B,SPCS3,SPCS2,COPG2,MEGF8,KBTBD7,SPPL2B,MRFAP1,CWC25,CNDP2,TATDN2,FAM162A,ARHGDIA,HCFC1R1,NOM1,TRAPPC2L,KDM2A,NOSIP,SHISA4,PUS7,SHISA7,RSBN1,PRPF6,COPB2,ISYNA1,RPS19BP1,COPB1,CLEC16A,EFNA4,PRPF8,EMG1,UBB,RPRD1B,CPSF7,CBX5,CPSF1,CBX4,COQ9,CWC15,EIF2S2,COQ5,EFNA3,EFNA2,CHMP2A,DYNLRB1,LRP10,BRWD1,MUS81,KDM5B,KDM5C,DBI,YBX1,FBLL1,SEPT9,SNAPC3,CASP2,KDM6A,KDM6B,H2AFZ,H2AFX,PPP2R5B,H2AFV,DCK,DNM2,DDAH2,AKT1S1,TERF2IP,PFDN2,TMEM9,HAGH,PFDN4,PFDN5,VAC14,STOML2,STOML1,KDM3B,ETFDH,PDXP,ATP1A3,FAM169A,GNA13,TBRG1,MAPK9,NXF1,MAPK8,FAM168A,ALDH1B1,FAM120B,FAM120A,MAPK1,TMEM30A,QPCTL,CYHR1,PPP2R2B,CAPN10,RPS6KB2,MDC1,MAPKBP1,RBPJ,ZFYVE1,TSEN54,LSM10,SCAMP4,PREX1,PSMD6,PPP4R1,PPP4R2,PSMD4,SAMD10,MEF2A,DAXX,DNTTIP2,DICER1,EML2,SCAMP2,RUFY1,EID1,CLNS1A,PSME1,PSME2,CGGBP1,TTYH3,ABCB6,AGAP2,COPS7B,ABCB8,AGAP3,MRPL12,GABARAP,MRPL20,HMGXB4,GRPEL2,RHBDL1,PRRT1,B3GALNT1,PRRT2,CADM2,ERLIN2,SNF8,MRPL24,MRPL21,EIF1,EIF6,PSMG4,EZH2,PIGU,PIGT,PIGO,MRPL38,MRPL39,CTCF,ECSIT,MRPL34,TRIOBP,PQBP1,IKBKB,TRMT112,NIPBL,TUBA1A,FASTK,RPLP2,UPF1,LRRC45,DFFA,ACTL6A,MRPL49,LRRC40,ELOVL6,SIRT7,NIPA2,DYNLL2,SIRT2,MRPL53,PSMA6,MRPL50,PSMA3,TMEM33,CDC42EP4,CDC42EP2,PELI1,TUT1,PICK1,TMEM106B,DLD,VAMP2,ARF6,LRRC14,RNASEK,SEZ6,PSMB6,GGA1,PSMB7,TMEM65,PSMB3,AP2S1,LEO1,FLNA,MEF2D,SRSF11,UTP6,LRRC24,MDH2,BYSL,GATAD2A,LETM1,TMEM59,PSMC1,SERBP1,UBAP1,HDDC2,UBE2D2,ZBTB22,YY1,STK11,SMCHD1,ATCAY,RUVBL2,STK16,OSBP,KPNA6,PMPCB,PIM3,PMPCA,KPNA2,IK,VPS33A,PPP1R16A,VPS33B,ZBTB33,FOXP1,ACAP2,MRTO4,FSCN1,SNRNP200,SQSTM1,KPNB1,ANAPC2,RNASEH2A,MAX,ARL3,MAZ,ISG20L2,GLIS2,SBNO2,STK38,SLC38A2,LRRC4B,ZBTB17,GOT1,EEF2,ZC3HC1,STK24,UBLCP1,MDM2,TUBGCP5,PIN1,MDM4,TUBGCP3,ZNF512B,SLC25A3,HSP90AB1,CELF1,POMT1,ARRB2,MRPL4,NGRN,SUMO1,ME1,MRPL9,DNM1L,EID2B,DIS3L2,HSP90AA1,SH2D3C,SIGMAR1,ARNT,RAD23A,VPS37B,RAD23B,DDOST,QTRT1,SNPH,PPP1R12B,SLC25A5,SLC25A11,ST6GALNAC6,RNFT2,PPP1R15A,GTF3C1,GTF3C2,NDUFB8,NDUFB7,NDUFB6,PRCC,ZBTB45,HSD17B10,GANAB,FCHO1,LRRC8A,SLC25A22,NDUFA9,PPP1R14B,NDUFA7,NDUFA6,NDUFA5,NDUFA4,MBOAT7,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,SLC25A39,NOVA2,P4HB,SMAP2,EIF4A1,CCNJ,TMEM41A,TMEM41B,KDELR1,ZDHHC5,TXNDC12,IFI30,CYB5D1,UBE2L3,CCAR1,RASSF1,DHX57,SLC12A6,TMPO,SEC63,EPHA4,PAQR4,IMP3,ENTPD6,NSMCE2,NSMCE1,ANK2,KDELR2,TAGLN3,STX1A,MMADHC,GCDH,L3MBTL2,PIK3R1,UBE2J2,SNX3,APH1A,SNX2,PGBD5,DHX34,PCBP1,ERI3,TSPAN7,DHX36,DHX37,SYMPK,SURF6,TSPAN3,RIMKLA,N4BP1,XRCC6,INTS1,RCC2,DCLK2,ICK,WNK1,ID2,INTS5,PAF1,CALM1,RGL2,CALM2,TMEM151B,FAM57B,TECR,CETN3,ARV1,SPTLC1,HYAL2,MLX,DHX15,SSSCA1,KIF1A,VKORC1,NCOA1,CCT3,NCOA2,TMEM150A,NCOA5,STARD3NL,ACAD9,NCOA4,ANO8,MRPS2,COMMD1,MRPS7,COMMD4,PDRG1,IMMP1L,MRPS9,G2E3,DBN1,STK40,STX12,RABGAP1,DOT1L,STX18,CCDC106,MNT,SAMM50,FAM172A,CCT8,EXOSC2,PAK2,NPDC1,NPM1,YIPF1,YIPF3,YIPF4,TMUB1,HUWE1,RSRC2,NPM3,PPP1CA,TMUB2,PER1,ZDHHC9,DPY19L3,GPAM,ESYT2,TARDBP,DPAGT1,MIDN,PHRF1,FAM174B,KIF5B,EP300,ARID2,BAHCC1,PPFIA3,PPFIA2,SLC30A9,DIMT1,SLC30A5,ATG9A,LMTK3,LMTK2,RUNDC3A,TMX4,HNRNPUL1,FAM173A,DKC1,GEMIN7,RTN2,RBM8A,KLHL17,TOR1AIP2,PSEN1,SUPT6H,RTN4,CAMTA1,H1FX,NDUFV2,NDUFV1,BCL9L,PRNP,FDPS,GGT7,ECD,HMGA1,CCZ1,SUPT5H,ANKHD1,TAB1,PICALM,YWHAE,GSK3B,RBM28,GSK3A,PRR7,DDX3X,PRKCSH,CHD8,MAST1,CHD6,DDX42,ATP2A2,HMGB1,TRIAP1,SOBP,CHD2,AFF4,PPP1R9B,RPGR,YWHAQ,TIMM17A,TIMM17B,UQCRFS1,YWHAG,ARHGEF11,GLRX3,NCBP1,NCBP2,DYNLT3,DDX54,ARHGEF18,ABHD14A,YWHAZ,SFPQ,NDUFS8,CREB1,IRF3,PEX3,NDUFS6,GORASP1,NAA38,IRF9,PARG,DCTN2,DDX24,GOSR1,DCTN3,MAT2B,CLCN3,PARL,DNPEP,MAT2A,TAF1A,PDLIM7,RBM39,MBTPS1,TAF13,TAF11,MAPK14,SOD1,MAPK10,CLCN7,GOLPH3,BRMS1L,FAM131A,RBM42,ACIN1,TAF6,FAM98B,VIM,RB1,RPL30,RPL3,RPL32,RPL31,TRRAP,STMN3,ENO2,RPL8,BACH1,RPL9,GCSH,GLE1,MYC,STMN1,RPL36,RPL38,IER5,IER2,ANKS1B,UNC13B,MED1,MECR,WSB2,PIH1D1,DAPK3,MED8,CD3EAP,SOX12,RNF126,BIN3,IFT81,RPL27,PRR12,RPL29,PRR14,POM121,MAPKAP1,RPN1,NOLC1,HIF1A,PRDX2,ABR,PRDX5,PPP4C,RAD21,CHST10,CHST15,RPL41,JUND,MTHFR,UPF3B,PA2G4,PRRC2A,FIBP,SLC6A6,RNF103,GIPC1,HBP1,SPEF1,CLTC,TCF20,ING1,GPR137,EMD,ZC3H10,BRD2,NUDC,TCF12,TET2,TIMM23,RNF168,RNF167,INF2,TET3,SF3B5,RPL10,GPS1,RPL11,GPS2,SRP72,ASNA1,SC5D,BRD9,RPS2,RPL18,DTD1,SF3A3,SF3A1,BRF2,TRMT1,GTF2H1,GTF2H2,MZT1,ABI2,MORN4,TRMT6,RNF141,CTNND2,TUSC2,CTNND1,ABHD11,LZTS2,MAF1,BIVM,RPS9,ANKRD46,RPS7,RPS5,AIP,RPSA,TRAIP,CTDNEP1,BSCL2,NCL,NHP2,PHPT1,GLYR1,DNMT1,ENY2,CD151,GLO1,ABHD8,ITPR1,BTBD2,NACC1,ABL1,MPDU1,WDTC1,ESRRA,TOR1A,MARCH9,MARCH8,TOR1B,LSM4,MARCH5,LSM2,CHERP,LSM7,LSM6,CDK5,CDK4,CNOT1,MAFG,TADA3,RNF181,SERINC1,IARS,EIF4G2,EIF4G1,RNF10,RNPEPL1,TRADD,DUSP18,DUSP11,SGCE,PTBP1,DUSP12,PPP6C,OPA1,SIN3A,HIF1AN,SLC37A4,IQCB1,PDCD6IP,REXO1,GPX4,CHUK,COASY,PATL1,PTP4A2,DALRD3,TRAF4,SOS1,RNF31,NFAT5,SMARCD2,GTF2A2,SMARCD3,WBP1,DCAF15,CACNG7,AP3M1,PUF60,SNRPB2,DCAF11,UGGT1,SPAG7,RNF25,CUL4A,KLF6,GLRB,APC,MGAT4B,RHEBL1,APP,FAAH,CMAS,DPF1,GOLGA1,HABP4,KIFAP3,ZFPL1,GLUL,SOX4,AQR,TIPIN,SLC11A2,BOLA1,PTOV1,MTUS1,RECQL,JMJD8,GUF1,PFN1,PFN2,BEX4,CUTA,BEX2,BEX1,TMEM161A,ANP32A,TRMT2A,INPP5B,PTDSS2,VPS8,INPP5K,SNHG1,TRAP1,ACADSB,SRPK1,CC2D1A,ITM2C,CC2D1B,HBS1L,DAZAP1,TRAM1,FAF1,OLA1,MYL6B,SERP2,RPTOR,HINT1,SERP1,ZMYM2,PCF11,GUK1,ATP6V0B,PRMT7,PRMT1,PRMT3,NME3,RHOF,TUBG2,RHOA,PRPF18,NME7,FRG1,STRAP,MAPRE3,ALDOA,SGK1,ATP6V0C,PRIM2,CUX1,ARNT2,AP3D1,RANBP6,RSL1D1,MARS,R3HCC1,CTNNB1,TRIP12,FAU,NUCKS1,TOMM22,TMEM145,TMEM147,CHCHD1,TMEM14C,PDIA3,DSCAM,APLP2,APLP1,TOMM34,TRNT1,DPM2,PREPL,TMEM136,TBL1XR1,DNAJC30,ELMO2,FIZ1,LTBP4,CASKIN1,ATP6V1H,SUDS3,DMAP1,MARK4,ZC3H13,MARK2,ANKZF1,PDZD7,ZC3H15,ATP6V1F,SMAD2,DNAJC19,HSPA8,SMAD4,ACBD5,ACBD4,HSPA5,HSPA4,TBCA,SMAD5,DNAJC18,NFKBIA,DLG4,TBCE,SCYL3,ACADVL,USP32,USP39,TMEM101,SENP5,ZC3H7B,FLOT1,PDE4A,SCYL1,TSFM,KLF13,RNF208,ARID1A,SENP3,KLF16,TGFBR1,FAM189B,DDX19A,TRNP1,LUC7L3,CHMP6,CHMP5,B4GALT5,TSEN34,POLDIP2,USP11,MOSPD3,USP19,U2AF1L4,NCAM1,ROMO1,CLASP2,B3GAT3,BAD,HAGHL,NAP1L2,GDAP1,GDAP2,NEURL4,BAX,SSBP4"
+"gene_set_query"	"116"	"ATF4"	"196.5"	"ARCHS4 Coexpression,168;Enrichr Queries,33;ReMap ChIP-seq,162;GTEx Coexpression,423"	"MDC1,SLC4A1AP,TFRC,GHITM,LSM10,RAVER1,PSMD3,AKT1,TMEM8B,GABARAPL2,CSNK2A1,GAPVD1,EML1,SND1,MYL6,DDIT3,RUFY3,DDIT4,RBCK1,LETMD1,SF1,SET,SHMT2,MEPCE,AGAP1,MRPL14,OAZ1,MRPL13,GABARAP,HSPH1,LARP1,GRPEL2,PIP5K1A,VTI1B,PRRT1,CADM3,JUN,NCAPH2,EDEM1,PBX2,BBIP1,L1CAM,EIF1,EIF5,NMT1,NMT2,PSMG4,HYOU1,AVL9,FERMT2,GPR27,ARF4,PIGU,MTMR14,RPLP1,RPLP0,LRRC4,BBC3,MRPL33,MED11,TUBA1C,TUBA1B,MMP24,TUBA1A,TCP11L2,RPLP2,DLGAP3,JAK1,UPF1,LRRC49,SIRT7,MRPL48,DYNLL1,DUSP6,TOMM40L,SIRT3,MRPL52,DDB1,SLC7A5,PTRH2,MMP17,SLC29A1,ERGIC1,LIN37,ODC1,SRRT,DLST,SLC7A1,PSMA7,CENPB,GGA2,SPOP,STX2,RPS27A,YKT6,MBD6,GATAD2A,MYBBP1A,CCDC9,SERBP1,TAOK2,PKN1,GZF1,MTCH1,STK19,ALDH1L2,POFUT2,SCMH1,ADORA1,CEP250,SLC38A1,DGAT1,UBE2E1,SARS,FOXP4,FBXO11,FOXP1,ATXN2L,MINPP1,TXLNA,MAPKAPK2,SRSF2,SRSF4,SQSTM1,KPNB1,LRRC59,MAZ,SPATA2,UAP1,UBFD1,RAP1GAP,CORO1C,HSP90B1,SBNO1,IGSF21,RAP1A,PGK1,SLC38A2,TXNDC5,GOT1,FUS,GFPT1,EEF2,FBXO31,ZC3HC1,ARPC2,UQCRQ,NACA,MDM4,NFE2L1,ZNF512B,SNAP25,SLC25A3,ALAS1,HSP90AB1,COX4I1,ETFA,FSD1L,PPP6R1,HMG20A,PGLS,UNC45A,ACTR3,EIF5A,HSP90AA1,PPP1R12A,AHSA1,VEZF1,TFIP11,ARFGAP3,RAD23B,DDOST,ARFGAP1,NSMCE4A,ETF1,BCAT1,SLC25A5,GAPDH,RNFT2,PPP1R15A,PPP1R15B,ROCK2,SRF,ZBTB43,KATNB1,FOXK2,FOXK1,FURIN,MLLT1,SRI,PPM1E,FOXRED2,GANAB,FCHO1,U2AF2,NNAT,SH3BP2,EIF4H,LRRC8D,FSD1,UBQLN4,SLC25A25,EIF4B,HNRNPA0,SH2B1,HNRNPA3,MARCKSL1,PPP1R14B,CIZ1,SLC12A5,FEM1A,MID1IP1,CNBP,EFR3B,HNRNPAB,P4HB,EIF3F,EIF3C,EIF3D,SLC25A36,EIF3B,EIF4A2,EIF4A1,SMARCB1,ZDHHC5,TXNDC12,LDLRAD3,ACTB,CYB5D1,TRIM28,EIF2D,KIF21A,KIF21B,ATXN7L3,TMPO,SMARCC2,ACTN1,CIRBP,ANK2,MOGS,CSNK1E,CDC34,KCTD10,PPA1,SUB1,KCNQ4,ULK1,KCTD17,CTXN1,L3MBTL2,TMEM63B,APH1A,SNX2,LARS,DHX35,PCBP1,DHX37,SYMPK,RAB11FIP4,SNX6,XBP1,TMEM86B,INTS1,RCC2,AIMP2,ID2,RPL27A,INTS7,CALR,FBXL5,CALM2,AARS,NRP1,MRPS15,CSRNP2,MRPS16,MRPS12,PCSK7,SLC7A11,HERPUD1,MAP1LC3B,NDEL1,CTSB,PBRM1,TMEM150B,MRPS27,WARS,PABPC4,MRPS23,ANO6,COMMD6,MRPS7,SREBF2,PDRG1,NCOA7,ARHGEF2,PABPC1,EEF1E1,PTMA,STK40,PCNA,AHCY,MRPS35,PRICKLE2,DERL1,CCDC107,MRPS30,RELA,GNAI2,NFIL3,PES1,PAK6,GPC4,HEATR6,CCT5,DYNC1H1,NPM1,PLEKHA6,UBE2G2,NPM3,VEGFA,BOP1,GPAM,HNRNPA2B1,TCEA1,ESYT2,HDGF,CARS,SCARB2,SCARB1,CELSR2,CELSR3,ACTG1,NARS,EEF1B2,KHSRP,CAPN5,KIF5A,SBF1,SH3GL1,LMTK3,DNAJB12,RUNDC3A,ATAD3A,EEF1A1,TMX3,ADAM15,HNRNPUL1,MASP1,PPIB,PPIA,RTN3,NDRG4,DDX5,NPR2,NXPH4,SEL1L,CACNA1D,SLC1A4,NDRG1,SUPT6H,CACNA1H,RTN4,IRAK1,CAMTA2,H1FX,YARS,OST4,PRNP,UBE2H,DSTN,TIMM44,SYT7,H1F0,BMP1,HOOK2,CCPG1,GNB1,GNAS,TAB2,TCF3,LSM14B,UBE2M,YWHAE,GSK3A,PRKCSH,MAST1,DDX42,ILK,CHD5,CHD4,LMNB2,LMNB1,SEC61A2,SEC61A1,UBE2Q2,GDAP1L1,LRRFIP1,GLRX5,DCAKD,BUD31,CAD,DDX54,NAV1,DDX50,YWHAZ,EEF1G,SETBP1,TMEM214,EEF1D,ACOX1,CAT,ATP6V1B2,OTUB1,DCTN2,GOSR2,DDX21,SLC3A2,RSPH9,DNPEP,MTA1,GNG5,MAT2A,PABPN1,MKNK2,RPP14,MTA2,FBRS,PDLIM7,RBM39,TAF15,ATP2B4,PDAP1,SSRP1,SOD1,GOLPH3,TEF,CARM1,ACIN1,VIM,RAN,FAM50A,R3HDM2,CYFIP2,IPO13,RPL4,NCKAP1,RPL5,TES,RPL3,RPL32,CLPB,RPL31,HNRNPU,EPRS,RPL8,RPL9,RPL6,RPL7,MYC,WDR91,ZXDC,RPL36,RPL35,RPL38,IER2,WSB2,RPL23,RPL22,AFAP1,CD3EAP,SCRIB,SOX12,GTPBP2,HCFC1,RPL27,RPL26,RPL29,DUS3L,RPL28,RNF121,MEG3,POM121,PRKCZ,HIF1A,ADH5,GJC1,PRDX3,NCSTN,LDHA,RAD21,PRDX1,NRBF2,LHPP,S100A10,RPL41,CHKB,ICMT,JUND,H3F3B,SETD1A,IRF2BP1,IRF2BP2,MAD2L1BP,MEX3C,PRRC2A,HNRNPL,RNF103,DUS1L,CDK16,SETD5,PYGB,BTG1,DENND1A,PHF23,CLINT1,SMG5,TMEM189,TMSB4X,EMD,BRD3,BRD2,TPI1,TUBB2B,NCOR1,TUBB2A,PLEKHO1,GARS,TKT,GRN,SF3B2,RPL12,RPL11,RPS15A,USP1,RPL14,RPS3,CKB,RPL15,RPS2,ANKRD52,RPL18,DTD1,PAIP1,BRD4,RPL19,SF3A3,SF3A1,SF3A2,ELP3,BLCAP,RNF145,SARM1,NUCB1,CEP120,UBP1,PARK7,RPL10A,IPO7,CFL1,SLC39A7,LZTS2,MAF1,HMGN2,TMSB10,IFNAR2,MAP2K1,RNF44,RPS9,USP5,RPS8,USP3,GPT2,RPS5,RPS6,RPSA,RNF40,RNF41,CTDNEP1,CLIP1,ILF3,NCL,RAB35,SNRPC,FKBP4,CSNK1G2,SNRPA,CD151,ANKRD11,INSIG1,UBR4,TARS,STIP1,BTBD2,DVL1,NACC1,ABL1,DVL3,CCDC32,MCL1,ATP8B2,SEC16A,ASNS,BTBD9,LSM5,MARCH6,SCRT1,CHERP,CNOT4,CDK8,SYNJ1,CDK5,NBEA,CNOT1,MAFG,CPE,IARS,RSL24D1,EIF4G3,EIF4G2,RNF187,EIF4G1,DAGLA,RNPEPL1,PIK3C2B,DUSP12,RPL7A,SART1,SNRNP70,UBTF,WDR5,CCDC50,GPX1,GPX4,RPL13A,RANGAP1,PTP4A2,TRAF7,TRAF4,CTDSP2,DNAJC5,RPL37A,LANCL2,DNAJC9,DNAJC8,CRK,NLGN3,HDAC5,SMARCD2,CEBPG,WBP4,TULP4,SEMA3F,DCAF15,DNAJB1,RAB23,VPS54,DCAF11,SMARCE1,MLXIP,SPAG7,SMOX,TXNRD1,NCKAP5L,FBXL19,PTPN12,FBXL12,DNAJA1,MARCKS,KLF6,PSAT1,DNAJA3,IMPDH2,POLR3E,MGAT4B,VPS45,TPT1,ISCA1,IFITM2,ARL6IP1,VARS,RPS15,RPS14,RPS17,RPS16,RPS19,RPS18,FTH1,LONP1,BTRC,RPS11,RPS10,RPS13,TIPIN,IFRD1,ACSL6,MAPK8IP2,POR,TTLL12,PFN1,IGSF8,TMEM161A,DCUN1D5,ANP32A,STXBP2,INPP5B,NUAK1,TNRC18,STXBP5,MAP4,SNHG1,TRAP1,UBAC1,MANF,CCT6A,RPS26,RPS25,RPS29,RPS20,CORO7,ANP32B,RPS21,C2CD2L,CC2D1A,RPS24,ITM2B,ITM2C,DAZAP1,FAM45A,SH3KBP1,VLDLR,PRPF19,HINT1,PSENEN,TSC22D1,STRADB,TSC22D3,TUBG2,RHOA,RHOB,MPPED1,FAM20C,AIDA,ALDOA,SGK1,ATP6V0C,CSTB,SLC20A1,GDPD1,NOL8,GDPD5,TYMP,HIRA,RBM15B,SHOC2,APBB2,TBL1X,RYK,PTGES3,AP3D1,SORBS1,AIG1,HIST3H2A,XPOT,MARS,FAU,RAB3GAP1,CDK5R1,MEGF9,MRFAP1,HDLBP,TOMM20,ARHGDIA,LMO4,TUFM,DPM2,PREPL,CHMP4B,ATP6V1A,COPA,PXK,HPCA,BTF3L4,CPLX2,EFNA4,PRPF8,UBB,ZC3H18,MARK3,ATP6V1F,KLHDC10,HSPA9,MPST,CPSF4,ACBD6,HSPA8,ACBD5,SMAD4,KLHDC4,CPSF7,HSPA5,CBX4,CPSF1,EIF2S2,ARHGAP23,ARHGAP33,NFKBIA,DLG1,JMY,SKIV2L,B4GALT2,KDM5C,YBX1,SLC2A8,RPS4X,TMEM101,SPRED2,ZC3H7A,ALDH2,ZC3H7B,TMEM109,USP46,KDM6B,H2AFZ,AKTIP,SEPT5,SENP3,SEPT2,CKAP4,KLF16,SUPV3L1,THRAP3,AKT1S1,DNLZ,TMEM9,ATF6B,USP12,OPRL1,ETFDH,ATP1A3,SPG7,TM2D3,FAM169A,STRN4,USP19,U2AF1L4,HSPD1,FAM168B,IGFBPL1,MAPK7,UGP2,RMND5A,NT5DC3,RWDD1,PTCD2,NAP1L1,DEK,HSPE1,DLK2,SLC4A7,NEURL4,PPP2R2C,CAPN10"
+"gene_set_query"	"117"	"ZNF511"	"196.7"	"ARCHS4 Coexpression,41;Enrichr Queries,197;GTEx Coexpression,352"	"POP7,RPL31,ARAF,EPRS,RPL8,PHB2,RRP9,LSM10,GCSH,PSMD8,PSMD4,ALKBH1,MYC,RPL36,RPL35,PRKACA,IER2,ACOT7,GTPBP6,CD3EAP,RNF123,RNF126,CLPP,DDIT4,UQCRC1,JTB,RPL29,RPL28,SLBP,SET,ANAPC16,ABCB6,SHMT2,MRPL18,MRPL16,SDR39U1,MRPL14,MRPL12,OAZ1,MRPL13,MRPL10,MRPL11,ANAPC11,MRPL20,LDHA,PPP4C,PRDX4,PRDX1,PUSL1,SERF2,FDFT1,S100A10,JUN,PRELID1,SNAPIN,MRPL28,SNF8,PA2G4,FAM136A,MRPL23,MRPL24,MRPL21,THAP11,MRPL22,EIF6,FASN,HNRNPD,PSMG1,FARSA,ITPA,MRPL38,CLTA,MRPL36,MRPL37,ECSIT,MRPL34,TMEM186,PQBP1,MED11,TUBA1C,TRMT112,TUBA1B,FASTK,NUDC,TPI1,SSR4,GSTO1,SSR2,SIRT4,WDR34,MRPL46,TOMM40L,MRPL52,SLC7A5,TUBB2A,PSMA4,PXDN,SF3B5,ECHS1,RPL12,GSTP1,TIMM13,TMEM160,TIMM10,PSMA7,MRPL55,PSMB6,PSMB7,PSMB5,PSMB2,PSMB3,LMAN2,PSMB1,RPL14,AP2S1,CKB,RPS2,RPL15,RABAC1,RPL18,MDH2,WDR18,PSMC3,APEX1,SRRD,PKN1,MTCH2,PDCD5,PARK7,CFL2,RUVBL2,CFL1,SNRNP35,MAF1,KPNA2,HMGN2,FADS1,RPS9,RPS5,GTF3A,AIP,THOC3,CNPY2,THOC5,ILF2,THOC6,CTDNEP1,EBNA1BP2,MRTO4,SRSF2,NHP2,SNRPG,PGP,SNRPF,FKBP4,PHPT1,SNRPC,SRSF7,FKBP5,SNRPB,SRSF9,RNASEH2C,DNMT1,RNASEH2A,INSIG1,AK1,PHB,HSPBP1,STIP1,MAP2K7,SAC3D1,ESRRA,EIF2B3,NOP16,POLR3GL,GOT2,EEF2,LSM4,LSM3,LSM2,ZC3HC1,LSM7,COPS6,UQCRQ,PTPRA,TMEM11,CDK4,RNF181,SLC25A1,MCM7,COX4I1,ETFA,MRPL4,MRPL2,SPR,MDK,IDH3B,ILKAP,EIF5A,ADSL,GPX4,RFC2,NDUFC2,RAD23A,EDF1,YDJC,DDOST,HAX1,CTDSP2,POLR1B,RP9,DNAJC9,SLC25A11,DCTPP1,GAPDH,NDUFB8,GTF2A2,NDUFB7,NDUFB6,GTF3C6,NDUFB4,HSD17B10,LAGE3,SRM,PUF60,POLR2E,POLR2F,POLR2I,POLR2J,POLR2L,GADD45GIP1,NOP56,NDUFA8,NDUFA7,SPAG7,PPP1R14B,NDUFA6,NDUFA2,ADRM1,HNRNPAB,BCKDK,IMPDH2,EIF3G,POLR3K,PANK4,SMARCB1,EIF4A3,ACTB,NUBP2,UBE2L3,RPS15,RPS16,SNRPD2,CDC26,ARL6IP4,SNRPD3,IMP3,ECH1,BOLA1,MIF,JMJD6,THAP4,GNPAT,THAP3,GRWD1,PFN1,AURKAIP1,TMEM161A,TWF2,DCUN1D2,UBE2J2,RCE1,SURF1,MEMO1,ZWINT,ADCK1,ID2,NDUFAF3,ANP32B,RPS21,ITM2C,MRPS17,MRPS15,MRPS12,CCDC124,GUK1,C1QBP,TMED1,SEC61B,COX8A,MRPS26,SEC13,MRPS24,PRMT1,NME2,MRPS2,MRPS7,TUBG1,MRPS5,APRT,MLF2,NME1,MRPS9,CTU1,ALDOA,PTMA,CSTB,DTYMK,AHCY,PCNA,TOMM40,MRPS36,SSNA1,NOL7,UQCR11,RFNG,UQCR10,COX5A,NT5C,SCAND1,CCT7,RANBP1,MTX1,TMUB1,NPM3,PPP1CA,MAD2L2,BOP1,NUDT8,RPA3,NDUFAB1,PRPF31,TOMM5,TOMM6,NDUFA13,NDUFA11,NDUFA12,SPPL2B,COX6A1,TOMM22,CHCHD4,FBL,CHCHD2,CHCHD3,TMEM147,COTL1,BANF1,CHCHD1,PHYH,TRAPPC2L,PAM16,SDHB,COX6B1,TUFM,EHBP1L1,PPIF,RAF1,CARS2,PPIA,PPID,NDUFB10,RPS19BP1,PSMD14,NDUFB11,COX17,NDRG1,EMG1,DPP9,ZMAT5,CYC1,NDUFV3,NDUFV2,NDUFV1,DNAJC19,HSPA8,PRNP,IDH2,HMGA1,TIMM44,COQ9,COQ7,COQ6,COQ5,HIGD2A,HOOK2,HOOK1,UBE2S,COPE,GALK1,MUS81,YBX1,MEA1,LMNB2,LMNB1,TIMM17B,UQCRFS1,JAGN1,H2AFZ,H2AFX,NDUFS8,NDUFS7,NDUFS6,NDUFS5,NDUFS2,NAA38,PFDN2,CHMP6,CHMP7,STOML2,POLDIP2,DDX21,TBRG4,DNPEP,GNG5,DDT,MKNK2,ROMO1,RPP14,TIMM8B,PTCD1,RRM2,NAA10,USP28,HSPE1,POLE4,CDK2AP2,RBM42,RAN"
+"gene_set_query"	"118"	"MEIS3"	"197.0"	"ARCHS4 Coexpression,6;Enrichr Queries,483;GTEx Coexpression,102"	"CNTFR,STMN3,STMN4,SLC4A3,ENO2,SCAMP5,PREX1,SAMD14,DPYSL4,DPYSL5,DPYSL2,IGLON5,DPYSL3,RBFOX2,UNC13A,UNC5A,SOX11,SOX12,PRKAR1B,RUFY3,HECW1,DDIT4,ASTN1,AGAP1,AGAP3,FAM171A1,FAM171A2,CHST10,CHST15,PIP5K1C,PRRT1,JUN,CADM3,CADM4,PRRT2,CADM1,PLK2,NR2F1,L1CAM,PBX1,PRRC2B,MLLT11,MEX3B,VANGL2,FXYD6,DCHS1,DZIP1,CDK14,CDKN1C,JPH4,JPH3,TUBA1A,TIMP2,DLGAP1,DLGAP3,DLGAP4,APC2,DUSP8,DYNLL2,PGM2L1,DUSP6,TMEFF1,TUBB2B,ZEB2,TUBB2A,MMP17,PXDN,GAS6,VAMP2,NFIX,ADCY1,CHN1,SLC17A7,CKB,RUNX1T1,ATRNL1,GABRA3,TTC9B,NMNAT2,MORN4,ABI2,PKN1,ANKRD13B,RAB3A,CLSTN3,CTNND2,CLSTN1,ATN1,CLU,SLC8A2,RPH3A,RIMS4,ATCAY,CDH2,TUBB3,STK32C,FADS1,SEMA6B,TLE2,IGFBP3,TPM1,TBR1,DGKZ,SRCIN1,CLIP3,OLFM1,ACAP3,CLIP2,CACNB3,OLFM2,FSCN1,LY6H,GRIA2,BRSK1,SHC2,BRSK2,ABHD8,FBXO41,PHF21B,KLC2,NEUROD6,BTBD2,PLXNA2,RAB6B,LRRC4B,TMEM132A,CORO2B,SCRT1,PTPRD,LRFN5,NSG2,LHX2,REEP2,MAP3K10,PIN1,CPE,CNIH2,DAGLA,CELF3,CELF4,CELF5,DUSP12,NGRN,SCRN1,MDK,PMEPA1,EVI5L,ERC2,TNPO2,NEO1,ADAMTS7,SEZ6L,ARL4C,PTP4A3,NRG3,SNPH,C1D,LANCL2,NLGN2,SMARCD3,CLEC2L,LRP3,FOXRED2,CACNG7,CACNG8,SLITRK1,MGAT5B,POLR2D,FSD1,PCDH1,SLC25A22,ATP9A,TUB,LINGO1,MARCKSL1,PCDH7,FBXL19,SEMA4F,CDC42BPB,NELL2,KLF6,NFASC,APC,SYT11,NOVA2,MFAP2,HS6ST1,RUSC2,DPF1,KIF21B,CCDC92,BSN,ATXN7L3,SOX4,EPHA5,ARRDC4,SRRM3,SLC6A17,PTOV1,ANK2,CSNK1E,MAPK8IP2,CPT1C,ANK1,MAPK8IP3,MAPK8IP1,STX1B,SFRP1,CARHSP1,KCNQ2,TAGLN3,CTXN1,STX1A,LLGL1,PFN2,GPM6A,NECAB1,NUMBL,NRN1,TSHZ3,MAGED1,FOXG1,STXBP1,SDC3,CEND1,PIK3R2,KALRN,TTBK1,NKAIN1,SYNGR1,PGBD5,PCBP4,KCNN1,SCN3B,B4GALNT4,BCL11A,PDE2A,DCLK2,DCLK1,SMARCA4,PTK7,ID2,CALM3,RCOR2,ITM2C,NRP1,TMEM151B,PTPRS,DOC2A,GDI1,CITED2,PTPRN,GRIK5,DIRAS1,SLC35F1,AP2A1,NAT14,ROBO1,PTMS,SERP2,AKAP12,UCHL1,CAMKV,GLIPR2,SLC22A17,ENC1,NCS1,IDS,KIF1B,KIF1A,FEZF2,PSD,SYP,SYN1,SREBF2,MLF2,RHOB,RGMA,MN1,ARHGEF9,MPPED1,PACS2,ARHGEF4,MAPRE3,MAPT,DBN1,NAPB,RABGAP1,CRIP2,PRICKLE1,ARVCF,CAMK2N1,GPC1,MGAT3,GPC2,CTNNA2,APBB1,ATP6V0E2,ARNT2,GABBR2,GABBR1,PNMA2,VEGFA,GRIN1,SGSM2,TTC3,APBA1,MEGF8,APBA2,CDK5R2,CDK5R1,ARHGDIG,CELSR2,CELSR3,KIF5C,BASP1,KIF5A,PALM,NRCAM,PPFIA3,PPFIA2,CHRNB2,DSCAM,LMO4,APLP1,TTC7B,LMTK3,RUNDC3A,ADAM19,GPRIN1,EEF1A2,SCG3,RTN2,NDRG4,RTN1,ARHGEF25,TMEM59L,LTBP4,CACNA1A,CABP1,DTX3,SEZ6L2,NDRG1,CACNA1H,TMEM121,PDZD4,DEAF1,CASKIN1,KIF3C,MARK4,PRNP,SYT3,CBX6,SYT1,CBX1,SYT7,GNAO1,ARHGAP33,DLG2,EFNA2,HOOK2,DLG4,HOOK1,GNB1,GPSM1,RERE,DOCK3,PODXL2,CNRIP1,ELAVL4,CHD6,CHD5,SLC2A3,FBLL1,PKD1,PPP1R9B,ELAVL3,GDAP1L1,SPEG,SULT4A1,YWHAG,YWHAH,DACT1,SVOP,PPP2R5B,RNF208,NAV2,SYNGR3,SEPT5,DNM1,SEPT3,GAP43,VCAN,CDH11,DCX,CDH13,NAT8L,INA,SHANK1,STOML1,DCTN1,PDXP,CRMP1,NRXN2,ATP1A3,NCALD,TFPT,GNG3,GNG2,FAM168A,SV2A,SLIT1,SPOCK1,NCAM1,SNCB,MTA3,PDLIM7,LIMK1,B3GAT1,CCK,MEIS2,MAPK10,FAM155A,MAPK11,SBK1,PPP2R2C,FAM131B,VIM,R3HDM1,SSBP3"
+"gene_set_query"	"119"	"ARNT2"	"198.7"	"ARCHS4 Coexpression,163;Enrichr Queries,279;GTEx Coexpression,154"	"CYFIP2,MYT1L,STMN3,ENO2,SCAMP5,RNF112,ALCAM,DPYSL2,MYC,DPYSL3,STMN1,ANKS1B,MEF2C,RBFOX1,UNC13A,WSB2,UNC5A,RBFOX3,SOX11,PRKAR1B,ASPHD1,FEZ1,DDIT4,SPARCL1,ASTN1,TTYH1,NPRL3,AGAP2,PHYHIPL,NEDD4L,AGAP1,FAM171A1,ABR,PPP3R1,FLRT2,CHST10,ABCA2,JUN,CADM3,NDFIP1,CADM4,PRRT2,CADM1,CADM2,PLK2,NR2F1,PBX1,FXYD6,ARF3,GABRB3,NCAN,C1QTNF4,JPH4,JPH3,TRIM2,TIMP2,DLGAP1,DLGAP3,APC2,DUSP8,MED29,DUSP6,TMEFF1,TUBB2B,MMP17,PXDN,CHST1,PLCB1,VAMP2,GAS7,NFIX,ADAM22,SNX32,ADCY1,CHN1,SLC17A7,CKB,NCDN,NMNAT2,ABI2,MORN4,NFIA,NFIB,PKN1,RAB3C,RAB3A,CLSTN3,CTNND2,CLSTN1,CLU,CDH8,SLC8A2,RPH3A,RIMS4,ATCAY,CDH2,ADORA1,LZTS1,STK32C,FADS1,PPP1R16B,IGFBP3,MAGI2,TPM1,IGFBP2,SRCIN1,CLIP3,OLFM1,TOM1L2,CLIP2,OLFM2,TNIK,TOX,GRIA2,BRSK1,BRSK2,ARL3,ABHD8,FBXO41,RAP1GAP,SOCS2,SNN,PLXNA1,SRGAP3,LRRC4C,RAB6B,LRRC4B,BTBD9,CORO2B,PTPRD,NSG2,CDK5,NBEA,LHX2,PTPRA,REEP2,CPE,MAP3K10,CSPG5,SNAP25,CELF2,CELF3,CELF5,NRGN,NGRN,DUSP12,PSD2,SCRN1,PSD3,PHACTR3,PMEPA1,ARL4C,PTP4A3,NRG3,SNPH,DNAJC6,CTDSP2,LANCL2,NLGN3,NLGN2,CXXC1,JAKMIP1,CACNG7,PTPRZ1,MGAT5B,SLC25A23,MEST,ATP9A,CACNG4,NTRK2,LINGO1,MARCKSL1,SLC12A5,PCDH9,PCDH7,PCDH8,FBXL16,NELL2,NFASC,GLRB,SYT11,PTPN5,METAP2,APP,DPF1,HABP4,EPHB2,BSN,SOX4,SOX5,EPHA4,SLC6A17,LIMCH1,ANK2,ANK3,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,STX1B,SFRP1,KCNQ2,TAGLN3,KCTD12,CTXN1,TRIB2,PFN2,BEX4,NECAB1,GPM6A,ADCYAP1R1,FOXG1,STXBP1,CEND1,TMTC1,ACTR3B,KALRN,TTBK1,NUAK1,SYNGR1,TSPAN7,SCN3B,GPM6B,ATP6V0A1,PTPRN2,IQSEC2,BCL11A,PDE2A,ST8SIA3,DCLK2,MICAL2,MYO5A,DCLK1,SNAP91,ID2,CALM3,CALM1,ITM2C,NRP1,CSRNP3,TMEM151B,GDI1,DIRAS1,DIRAS2,AATK,SLC35F1,SLC7A11,PTPRF,ROBO1,SERP2,AKAP12,UCHL1,CAMKV,SLC22A17,NCS1,ENC1,IDS,KIF1B,KIF1A,PSD,PCYT1B,PRMT8,TSC22D1,SYP,SYN1,MLF2,MN1,ARHGEF9,MPPED1,KIT,ARHGEF4,MAPRE3,MAPT,SGK1,NAPB,CCDC106,PTN,CAMKK1,CAMK2N1,MGAT3,CTNNA2,APBB1,ATP6V0E2,GABBR2,GABBR1,SORT1,LSAMP,SORBS2,PNMA2,GRIN1,FKBP1B,FAM171B,APBA1,MEGF8,APBA2,CDK5R2,CDK5R1,FHOD3,CRTC1,ARHGDIG,CYP46A1,IGF1R,KIF5C,BASP1,KIF5A,PALM,NRCAM,SH3GL2,PPFIA3,PPFIA2,RGS7,CHRNB2,KIRREL3,DSCAM,TMOD2,APLP1,LMTK3,ADAM11,ATP1B2,ATP1B1,POU3F2,RUNDC3A,TMEM130,POU3F3,SHISA7,PREPL,EEF1A2,SCG3,RAI14,RTN3,NDRG4,RTN1,CTTNBP2,ARHGEF25,HPCA,TMEM59L,LPL,CACNA1A,NDRG2,CPLX2,CPLX1,CACNA1E,NDRG1,EFNB2,ENHO,PDZD4,ARHGAP21,EFNB3,DEAF1,CASKIN1,ATP6V1H,KIF3C,MYH10,LONRF2,SYT5,RAP1GAP2,PRNP,AUTS2,SYT1,GNAO1,DLG2,NR4A3,HOOK2,DLG4,HOOK1,GNB1,CNTN1,PI4KA,YWHAE,DOCK3,THRA,CHD6,AFF3,RND3,GRM5,LRRTM1,MCF2L,LRRTM2,PDE4B,SULT4A1,YWHAG,PDPK1,RNF208,NAV2,SEPT5,DNM1,SEPT3,VCAN,DDAH1,CDH11,DCX,NAT8L,CAMK1G,CAMK2B,ATP1A3,NRXN2,PDXP,NCALD,GNG3,FAM168A,SV2A,GNG7,SPOCK1,NCAM1,SNCB,LGI1,B3GAT1,NAP1L2,ATP2B2,MEIS2,MAPK10,PPP2R2C,PPP2R2B,FAM131B,VIM"
+"gene_set_query"	"120"	"CXXC5"	"200.0"	"ARCHS4 Coexpression,37;GTEx Coexpression,363"	"CNTFR,SMARCB1,AHCYL1,HDAC11,STMN3,ENO2,HS6ST1,SCAMP5,RNF112,SAMD14,ZMIZ1,IGLON5,AKT1,BSN,CALN1,SRRM3,SRRM4,ATP6V1G2,RBFOX3,PAQR4,CIRBP,PTOV1,ANK3,MAPK8IP2,MAPK8IP3,MAPK8IP1,TIAM1,GPR162,STX1B,PRKAR1B,RUFY2,KCNQ2,ULK1,OBSL1,CTXN1,IGSF8,TBC1D9B,STXBP1,SDC3,CEND1,AGAP1,PIK3R2,AGAP3,TTBK1,SYNGR1,FAM171A2,PCBP4,GSE1,B4GALNT1,PIP5K1C,MAP4,RAB11FIP3,RHBDL1,B4GALNT4,ZSCAN18,ABCA2,CADM3,PRRT2,CADM4,SS18L1,RAB3IP,MICAL2,DCLK2,SNAP91,SMARCA4,CALM3,ITM2C,RNF220,ARF3,DDR1,GABRB2,TMEM151B,KCNC1,GDI1,GPAA1,KCNC3,GRIK5,DIRAS1,DIRAS2,GRIK2,NAT14,SHF,JPH4,TRIM9,MMP24,PCLO,JPH3,SLC22A17,TRIM3,NCS1,RAC3,CTSF,KIF1A,CIC,CTSD,GARNL3,DLGAP4,APC2,RPS6KL1,ITPK1,SYP,DUSP8,AP3B2,DYNLL2,SYN1,RNF144A,NCOR2,KIFC2,PACS2,FAM20C,MAPRE3,MAPT,ATP6V0C,VAMP2,RNF165,ADAM22,CRIP2,ADCY1,CCDC106,CENPB,BEGAIN,CAMKK2,CST3,ARVCF,CHN2,CAMK2N2,MGAT3,CLPTM1,SLC17A7,APBB1,ATP6V0E2,PURG,NPDC1,GABBR1,DAB2IP,VEGFB,NMNAT2,RAB11B,TCEA2,MEGF8,YPEL4,APBA2,CDK5R2,TMEM229B,GRINA,ATP8A2,RAB3A,CHPF,CRTC1,CLSTN3,ZFAND3,CD81,CTNND2,ROGDI,CLSTN1,ARHGDIG,ATN1,PEBP1,CELSR2,CLU,CELSR3,SLC8A2,ABHD12,RIMS1,TMEM145,KIF5C,PALM,ADORA1,LZTS2,SH3GL2,PPFIA3,SH3GLB2,IGFBP2,APLP1,ADAM11,LMTK3,SHISA4,KCTD2,ATP1B2,SRCIN1,KCTD6,DISP2,CLIP3,ACAP3,TOM1L2,CLIP2,OLFM1,OLFM2,MADD,EEF1A2,TBC1D24,ABCG4,ARL8A,RTN4R,BRSK1,BRSK2,NDRG4,SHC2,NDRG3,ARHGEF25,NXPH3,NTM,TMEM59L,CHRD,CACNA1B,CACNA1A,DTX3,CPLX2,KLC1,NDRG2,SEZ6L2,FBXO44,CPLX1,CACNA1H,GOLGA7B,ENHO,NEUROD2,IGSF21,SCRT2,PDZD4,KLC2,BTBD2,H1FX,SRGAP3,RAB6B,PDZD7,CD276,LRRC4B,SYT4,WSCD1,TMEM132A,IDH2,CORO2B,SYT7,PTPRD,GNAO1,DAB1,LHX2,DLG4,GNB1,GNAS,PLEKHM2,PLXNB1,NACAD,LSM14B,CNIH2,RNF187,MXD4,GPSM1,SNAP25,THRA,MAST1,ARHGEF10L,PKD1,GPHN,ELAVL3,POLB,SCRN1,PSD2,MCF2L,PSD3,EVI5L,GALNT9,YWHAG,TRIM67,H2AFY,PPP2R5B,DNM1,DNM3,ALS2,DDAH2,CDH10,DNAJC5,PPDPF,NAT8L,CUEDC1,CAMK2B,HDAC5,NLGN2,SMARCD3,NRXN2,ATP1A3,MLLT1,LRP3,ADD1,ADD2,DNAJB2,MAPK9,ZNRF1,CACNG7,PARD6A,FAM168A,SV2A,VPS53,GNA12,TRIM46,NCAM1,SNCB,SLC25A23,CDIPT,SLC25A22,ATP9A,CACNG4,OPCML,CLASP2,BEND6,LINGO1,MARCKSL1,SLC12A5,PCDHGC4,B3GAT1,PCDHGC3,ATP2B2,CDC42BPB,DBNDD1,MAPK11,PFKL,SBK1,TEF,PPP2R2C,RAB15,FAM131C,SYT11,FAM131B,POLR3F,TRIM37,STUB1,CDR2L,RGS11,MDGA1,SSBP3,UNC79,SSBP4,CBLN1"
+"gene_set_query"	"121"	"ZNF146"	"202.7"	"ARCHS4 Coexpression,343;Enrichr Queries,27;GTEx Coexpression,238"	"RPL4,RPL5,GMFB,NUP107,TFRC,HNRNPU,GPATCH4,PHAX,HNRNPR,EPRS,SMC3,RPL9,ALKBH8,ALCAM,DPYSL2,MYC,RPL35,DDX17,MED1,DDX18,CXADR,CSNK2A1,STARD7,WDR75,CD3EAP,GTPBP4,ARMC1,FAM133B,ZSCAN21,DDIT4,YME1L1,ATF4,NUP205,SET,SEH1L,NOLC1,HIF1A,MTDH,LDHB,LDHA,HSPH1,LARP1,PRDX1,RAD21,RRS1,FDFT1,NAA50,JUN,PRPF38B,PHC1,PNO1,PRRC2C,CDC7,PA2G4,LARP4,PCDHGA11,HNRNPK,EIF5,EIF6,HNRNPF,HNRNPD,HNRNPC,PHF6,WDR43,RIOK2,RRP15,WDR36,DFFA,TCF12,BAZ1B,FAM126A,DUSP6,SRP9,GNL3,SLC7A5,SIKE1,MRPL50,TUBB2A,PXDN,TCP1,GARS,GART,SF3B3,TIMM9,BCLAF1,NRAS,SRP72,NSD1,USP1,RPL14,SRSF10,SF3B1,SF3A3,WDR12,LRPPRC,BYSL,KTN1,NUDT21,SERBP1,TSR1,GOPC,ANKRD13C,TOR2A,CSE1L,FBXO22,IPO7,BZW1,IPO5,PPP1CB,PPP1CC,CFL1,PAPOLA,SMARCAD1,PLS3,KPNA2,MAP3K7,SLC25A46,BIVM,SUPT16H,SLC38A1,EIF1AX,RPS6,UBE2E1,ILF2,MSH6,ACLY,ILF3,DMTF1,MSH2,NCL,MORF4L2,SRSF2,SRSF3,SNRPE,ERH,ADNP,SRSF7,ANAPC1,KPNB1,ANKRD17,CBFB,CUL5,BRI3,INSIG1,GLO1,GMPS,TARS,HSP90B1,STIP1,G3BP1,TPR,G3BP2,BRIX1,SMN1,NAE1,SLC38A2,MCL1,ANKRD28,OSBPL8,API5,BOD1,ZBTB12,LSM5,EEF2,MARCH6,IBTK,CNOT7,NACA,CNOT1,COPS2,SP3,MDM2,IARS,RSL24D1,EIF4G2,HSP90AB1,MCM7,WDR3,WDR4,MRPL3,DUSP12,TNPO1,ACTR2,HSP90AA1,RFC3,ATRX,RPL13A,PLRG1,SMC1A,PTP4A1,CTDSP2,POLR1B,BCAT1,GAPDH,HDAC2,GTF3C4,MAK16,SRSF1,POLR2D,BEND3,IGF2BP3,HNRNPA1,TRIM44,DCAF13,EIF4B,NOP56,NOP58,MARCKSL1,SSB,CNBP,DNAJA1,KLF6,EIF3M,PSAT1,POLR3D,IMPDH2,EIF3J,CEBPZ,EIF3E,EIF3A,METAP2,EIF4A2,VEZT,TCERG1,CISD2,JMJD1C,ACTB,CCAR1,PNN,CDC27,CHORDC1,DENR,SEPHS1,SOX4,TMPO,SMARCC1,PPA1,SUB1,PFN1,DHX9,NLN,UGCG,DHX33,PDCD11,LARS,HLTF,RBM12,XRCC6,RCC2,SMARCA5,PAICS,SRPK1,AIMP1,CCT6A,RPS25,ZBTB6,ZZZ3,STAG2,ID2,FUBP1,ANP32E,DHX29,NOL11,RPS24,ITM2B,ITM2C,HBS1L,TOP2B,MRPS12,GDI2,OLA1,SYNCRIP,XPO1,OTUD6B,XPO5,DHX15,TMED2,DLAT,CCT3,CDV3,CCT2,PARP1,PRMT3,PRPF40A,MRPS7,MLF2,ENAH,HNRNPH1,CSDE1,CANX,PABPC1,HNRNPH3,PTMA,PCNA,AHCY,TOMM40,HEATR1,NOL8,PCNP,CCT8,CCT7,CCT5,CCT4,NPM1,MTX3,PTGES3,TMUB2,KLHL9,RSL1D1,XPOT,HNRNPA2B1,TCEA1,RAB3GAP2,KDM1A,BCCIP,NUCKS1,UBE3A,TOMM20,ACTG1,NARS,TATDN1,BASP1,KIF5B,CWC22,DIMT1,TRNT1,PUS7,EEF1A1,DKC1,TMX1,RPL7L1,MATR3,PPIG,IDI1,DDX5,BTF3L4,PDS5A,RPF2,RTN4,RPRD1A,ZC3H15,QSER1,HSPA9,IVNS1ABP,DARS,HSPA8,PRNP,PNPT1,CBX5,HSPA5,NUP155,HSPA4,CBX3,CPSF3,NONO,IDH1,NUP153,KLHL23,EIF2S2,EIF2S1,AZIN1,HOOK2,NASP,HOOK1,CAPRIN1,UBA2,SAE1,LRP12,YWHAE,DDX3X,ASNSD1,PSIP1,HMGB3,TRIAP1,HMGB1,YBX1,LMNB2,LMNB1,YWHAQ,RB1CC1,TOPBP1,UTP15,NUP133,NCBP2,PDPK1,RBM18,RPS3A,YWHAZ,CKAP5,SFPQ,THRAP3,LUC7L3,AGPAT5,USP14,RRN3,USP16,DDX21,TOB1,IWS1,HSPD1,TAF1D,CAND1,MAT2A,BMS1,TRA2B,TAF1A,NAA25,BUB3,MAPK6,RBM39,KDM4A,PTCD2,RRM2,NAP1L1,DEK,SSRP1,UFM1,RPS6KB1,ERCC8,NAA15,VIM,ABCE1,MBTPS2,RAN"
+"gene_set_query"	"122"	"ZBED5"	"203.0"	"ARCHS4 Coexpression,264;GTEx Coexpression,142"	"RPL5,VARS,ZDHHC5,SMC5,FNBP1L,RPL8,CCAR1,TIAL1,PSMD8,PNN,NDST1,CAPNS1,PSMD2,BSG,PSMD3,STMN1,LONP1,LUC7L,EPC1,AKT1,AP1S1,CCNL2,VPS36,ATXN7L3,FNBP4,SRRM2,DDX17,WSB1,WSB2,ACTN1,METTL3,CIRBP,REV1,AP1B1,MOGS,SCRIB,SOX11,WDR73,DICER1,ACTN4,SND1,SRRM1,IFT81,ZC3H11A,RUFY2,ANKRA2,PFN1,AURKAIP1,ALG10B,TBC1D9B,TMEM63B,FLII,RPN1,RNPC3,MRPL12,OAZ1,APH1A,FAM160B2,RHOT2,DHX38,ARGLU1,SCAI,RAB11FIP5,FZD3,PRELID1,ZRANB2,INTS1,TMEM50B,SURF4,BBIP1,PHC3,PUM2,PRRC2A,MLLT11,RPS27,GOLGB1,FUBP1,GIPC1,HNRNPD,CALR,CDK13,RGL2,ARF3,SETD5,PHF2,ARF1,CLTB,PRPF19,SMG5,DDA1,MED17,IKBKB,RNF157,EPM2AIP1,NIPBL,TUBA1A,ZMYM6,DHX15,SDF4,TMED4,UPF1,TMED9,SHPRH,LRRC49,MINK1,NME2,ITFG2,WDR33,MED23,INF2,SLTM,HNRNPH1,CINP,FAM193B,HNRNPH3,ALDOA,ATP6V0C,AHCY,STX16,CENPB,FAM129B,RXRB,HIRA,BCLAF1,UNK,BTAF1,ASNA1,PES1,LMAN2,AP2S1,CLPTM1,MFN2,FLNA,RPS27A,SF3B1,YKT6,SRSF11,NKTR,BCAP31,MON2,MDH2,PCGF3,AP3D1,RSRC2,SCAF1,WDR11,GATAD2A,ATAT1,PRPF39,KLHL7,TAOK2,TTC3,NUCB1,HDGF,TARDBP,GRINA,CCNT2,HDLBP,PLOD3,RPL10A,POFUT2,LAMP1,PPIP5K2,ARHGDIA,POGZ,SLC39A7,TXNL4A,SBF1,MAP3K7,STK32C,AP2M1,SH3GL1,ANKRD49,PCYT2,MAP2K2,PRPF4B,ATAD3A,PDIA4,ARMCX4,ILF3,DMTF1,HNRNPUL1,PRPF3,RAB35,SRSF2,ANAPC4,CHMP4B,SRSF4,PHIP,SRSF5,SRSF6,PPIB,SRSF7,SLC27A4,SNRPB,ZCCHC8,LRRC59,DDX5,RAB5C,MAZ,PHB,CORO1B,ORC4,IRAK1,NACC1,DVL1,ZKSCAN3,DVL2,ANKRD10,DVL3,ATP6V1F,ESRRA,CPSF7,TIA1,SMAD4,CPSF6,EEF2,MARCH6,SMAD5,ANKHD1,CLK2,CLK1,SON,PAN3,GON4L,CDK5,ZFP62,GNB2,PLEKHM2,PLXNB2,MDM4,PI4KB,OGT,NFE2L1,NFKBIB,UBE2M,EIF4G1,RNF187,CREBZF,SLC25A1,DIDO1,RBM25,GSK3A,RBM26,NUMA1,LDB1,WDR1,PRKCSH,CELF2,USP33,CHD6,ELAVL4,LMNB2,MFSD8,SENP6,SENP7,SEC61A1,SART1,LASP1,ZC3H7B,PPP6R1,GATAD1,PPP6R3,MAN2C1,RBM5,RBM6,SCYL1,EIF5A,HGSNAT,SUN1,GPX4,ACTR6,RPS3A,RANGAP1,ARID1B,RAD23B,ARFGAP1,DDOST,KLF16,LATS1,GIGYF1,TRAF7,SFPQ,NSMCE4A,RCN2,CREB1,IRF3,RER1,DNAJC5,AKT1S1,LUC7L3,NAA38,PFDN2,LUC7L2,HDAC2,SMARCD2,UHRF2,SFSWAP,RAB1B,SRSF1,LENG8,FURIN,ATP1A1,LAGE3,HDAC7,SRM,NXF1,GANAB,GNG2,TAF1C,U2AF2,GNA11,TRA2A,PDE6D,POLR2E,VPS54,TTC14,RBM39,HNRNPA3,PPP1R14B,ADRM1,ZFC3H1,CDC42BPB,TPD52L2,TTC17,PNRC2,CARM1,MGAT4B,ACIN1,CCM2,STUB1,P4HB,SSBP2,RBMX,CLUAP1,SLC25A36,BCAR1,TAF1,EIF3B"
+"gene_set_query"	"123"	"THAP11"	"203.6"	"Literature ChIP-seq,15;ARCHS4 Coexpression,543;Enrichr Queries,40;ReMap ChIP-seq,55;GTEx Coexpression,365"	"POP7,UXS1,ITSN1,ARAF,ZFYVE1,ALKBH8,ALKBH3,LSM10,FAM110A,KRTCAP2,PSMD7,DPYSL5,ALKBH1,DAXX,PRKAB2,DNTTIP1,SCAMP3,RUFY1,EWSR1,DDIT3,ZFYVE19,ZC3H11A,DDIT4,PSME1,JTB,TBPL1,LETMD1,SF1,ATF4,SLBP,TSTA3,SET,SHMT2,FLII,NPRL2,MEPCE,COPS7B,AGAP1,ABCB8,AGAP3,MRPL12,MRPL13,OAZ1,MRPL10,GABARAP,MTMR6,MRPL11,CYB5R1,MRPL20,RHOT2,HSPH1,PRKAR2B,PIP5K1A,RDH14,RDH13,RHBDL1,VTI1B,HEXIM1,EDEM3,JUN,EIF2AK1,MRPL28,MRPL24,EIF1,CS,EIF5,EIF6,FASN,NMT1,NMT2,PSMG1,LGMN,PIGU,ARF1,PIGO,RPLP0,PRKAG1,MRPL38,CTCF,MRPL37,OSBPL11,MRPL34,ECSIT,MED16,MED15,MRPL32,DDA1,SMPD3,MED11,MRPL42,TUBA1B,TMEM43,FASTK,RPLP2,LRRC47,LYPLA2,DFFA,ACTL6B,SPHK2,ELOVL2,SIRT4,EPS15L1,MED27,DUSP6,SIRT2,MED29,PGM2L1,DUSP7,MRPL44,SLC7A5,MRPL50,MED24,PLSCR3,PSMA2,MED21,MED20,PXDN,PELI1,TUT1,PAFAH1B3,ARF5,TRUB1,LIN37,STAU1,GSTP1,NIP7,ADAM22,RPS27L,TMEM74,CENPB,TMEM70,PSMA7,MRPL54,PSMB6,PSMB4,UNK,GGA3,PSMB5,SNX27,TCOF1,PSMB3,PSMB1,AP2S1,MFN2,RPS27A,MEF2D,CENPT,MBD6,EGLN2,MDH1,MDH2,STAT2,SAMD4B,GATAD2B,TARBP2,LETM1,TMEM59,SNX16,SNX17,PSMC1,SHKBP1,SNX15,SRRD,SERBP1,PKN1,YPEL4,MTCH1,SLC27A1,UBE2D1,PLOD3,FADS2,SESN1,RUVBL2,FNTB,KPNA4,KPNA3,FADS1,AP2M1,NOMO1,KPNA1,FBXW5,DGAT1,FBXW8,CNPY2,CNPY3,FTSJ1,CDC25B,SAP30,ATXN2L,MSH6,FRMD3,ACLY,SLC9A5,SLC9A8,SRSF2,FSCN1,SQSTM1,SRSF9,FTO,RNASEH2A,MAX,MAZ,GPR85,ISG20L2,CORO1A,GLIS2,HSP90B1,SLC9A1,SOCS2,EIF1AD,PORCN,SNN,ZKSCAN3,BRIX1,NOP14,NOP16,BOD1,GOT2,EEF2,UCKL1,ZC3HC1,DRAP1,UBLCP1,TMEM11,STK25,AAK1,LRCH4,HSP90AB1,COX4I1,POMT1,ETFA,ARRB2,BICD2,MRPL4,CAPZB,PPP6R1,NCK2,ACP2,MRPL9,MDP1,DNM1L,UNKL,PELP1,EIF5A,AHSA1,RAD23A,TFIP11,RABGGTA,DDOST,SLC25A19,BIRC6,PPP1R12B,PPP1R12C,DCTPP1,GAPDH,AHDC1,BCAT2,BECN1,SNAP47,GTF3C2,CANT1,GTF3C4,NDUFB7,PRCC,SRSF1,NDUFB2,ZBTB45,SRL,HSD17B10,PPM1G,SRM,ZNRF1,NCLN,TRIM46,FEM1C,IGF2BP3,E2F4,FSD1,UBQLN4,AAMP,EIF4E,ATP9A,SH2B1,MARCKSL1,TRIM41,GPKOW,FEM1A,CNBP,NDUFA3,LYSMD1,IMMT,RPL23A,MCOLN1,HNRNPAB,GSTZ1,NECAP2,MCM3AP,EIF3K,NOVA2,EIF3I,EIF3G,STUB1,SMARCAL1,SMARCB1,KDELR1,EIF4A3,PREP,ZDHHC5,KEAP1,THUMPD3,TXNDC12,ACTB,ZDHHC4,RASSF1,TRIM28,CDC26,CHORDC1,FAM53C,CCNL2,SLC12A6,TRIM23,ARL10,ZFP1,IMP3,NSMCE2,ECH1,CIRBP,BCS1L,MFSD10,THAP4,GNPAT,THAP3,CDC34,CSNK2B,KCTD17,CTXN1,EIF1B,MMADHC,L3MBTL2,DHX8,TMEM63B,FBF1,SUPT4H1,PIK3R2,GSPT1,TTBK2,SNX3,APH1A,SNX1,COMMD9,DHX33,LARS,PCBP1,PCBP2,HIVEP1,SYMPK,DYM,RAB11FIP4,RBM10,CTSA,MYO5A,AIMP1,AIMP2,WNK1,ID2,INTS5,RANBP10,PAF1,NDUFAF3,SUGP2,AARS,SUGP1,MRPS17,DHRS13,CSRNP2,USPL1,CCDC127,MRPS12,COX7C,HERPUD1,ACTR1A,PCM1,ARV1,NUDCD3,HYAL2,CTSB,CCT3,ACAD8,TMEM150B,MRPS26,MRPS24,MMD,MRPS25,MRPS22,NCOA4,ZFR,MRPS2,CACYBP,TFB2M,MRPS7,COMMD7,APRT,COMMD5,TOX4,CTU1,CSDE1,TAX1BP3,ARHGEF2,PABPC1,PTMA,STK40,DYNC1I2,NAPB,AHCY,PCNA,CAB39,STX16,SSNA1,MRPS33,DERL1,HSD17B4,NEDD8,COX5A,CAMKK1,GNAI2,PCNP,PGRMC1,ORMDL3,SCAND1,CCT7,CCT4,BCAP31,DYNC1H1,PLEKHA1,TMUB1,RPA1,MIB2,UBE2G1,RSRC2,PEX14,NLE1,PPP1CA,PDCL3,ITCH,SGSM3,TCEA2,HDGF,TACC2,PNPLA6,ZFP28,OTUD4,CRTC2,MIDN,CD81,ACRBP,PPIP5K2,KIF5C,PPME1,BANF1,ZGPAT,FBXW11,ADPRHL2,TMOD3,DNAJB12,SSU72,SDHB,EEF1A1,EHBP1L1,RPP21,PLAA,UBE2V1,PPIG,RAF1,RTN2,RTN3,NDRG3,PSMD11,NDUFB10,NDUFB11,SEL1L,TOR1AIP2,HTRA2,RPF2,RASGRP2,CACNA1E,PLD3,RPF1,SHARPIN,IRAK1,GRK6,TBC1D13,CYC1,KIF3C,NDUFV1,SYT5,OST4,FDPS,PRNP,UBE2H,SYT3,ZFHX2,PHF12,ECD,HMGA1,KLHL22,TIMM44,NUP153,SUPT5H,CLK3,HIGD2A,CLK2,IFT20,PAN2,HOOK2,HOOK1,CCPG1,GNB2,UBE2N,GNAS,PHF13,UBA1,TAB1,FGF11,GALK1,YWHAE,PHTF2,RBM25,GSK3A,PRR7,DDX49,LDB1,DDX46,PRKCSH,DDX47,HP1BP3,ILK,TNFAIP1,LMNB2,RND1,SEC61A1,BCL7C,BCL7B,NUP62,TIMM17B,YWHAG,UTP15,SUN2,GLRX3,NUP133,TTC33,PDPK1,DCAKD,GLRX5,EEF1G,CREB3,TMEM214,IRF3,NDUFS7,EEF1D,NDUFS6,TBC1D7,NAA38,NUP54,PARG,ANKS3,DDX23,GOSR1,RSPH9,DNPEP,TMEM203,RAB40C,MAT2A,SV2A,TDG,MKNK2,TMEM208,RALY,RPP14,FBRS,SMNDC1,MBTPS1,TTC13,NAA10,PDAP1,CHFR,RPIA,SMUG1,CLCN7,PNKD,ASB8,ERCC1,RBM42,ERCC5,TAF6,VIM,GPD1L,R3HDM1,IPO13,RPL3,CLPB,RPL31,STMN3,THYN1,EPRS,RPL8,PHB2,DCAF6,MYC,STMN1,RPL36,RPL35,HOMER3,RPL38,MPV17,PIH1D1,RPL23,WDR74,CD3EAP,SCRIB,ARMC8,GTPBP2,MED4,GTPBP4,HCFC1,RNF123,GPR162,RNF126,ARMC6,CLPP,ZSCAN21,RPL27,RPL26,RPL29,VPS25,PRR14,RNF121,NOLC1,ARPP19,GLG1,PRDX2,RIC8B,PPP4C,WDR70,PRDX1,RRS1,NUP88,ST3GAL2,S100A10,CDK19,PHC2,PRELID1,ACD,SNAPIN,WDR59,JUND,H3F3B,SETD1A,IRF2BP1,MAD2L1BP,IRF2BP2,PA2G4,NR1D1,THAP11,TADA2B,TMEM199,EHD1,HNRNPL,MEX3A,HNRNPF,ATG2A,SERPINI1,CDK16,PHF2,GMEB2,BTG1,SPEF1,PHF23,DENND1A,CLTB,WDR45,ING1,TMEM186,TRIM8,TMEM189,UBL3,CIC,JARID2,UBL7,BRD3,ZC3H10,BRD2,NUDC,TPI1,SSR2,NUTF2,TERF2,BACE1,RNF167,KAT2A,TUBB2A,EXOC4,SF3B4,SF3B5,GRN,CLDND1,RPL10,RNMT,RPL12,RPL11,TIMM13,TIMM10,HSPA13,ARFRP1,LMAN2,ASNA1,PPP1R7,RPS3,SLC17A7,CKB,RPS2,RPL15,RPL18,RPL19,SF3A3,PCGF6,SF3A1,BRF2,NR1H2,WDR18,AGBL5,ERP44,TM9SF1,SARM1,ZYX,PLP2,RAB3C,TOR2A,TUSC2,AUP1,RPL10A,IPO4,EDC4,CFL2,CFL1,PAPOLA,SNRNP35,MAF1,MEN1,GTF2I,KCMF1,TLE4,BIVM,SEMA6C,RPS9,RNF44,USP5,RPS8,RPS5,GPT2,RPS6,GTF3A,AIP,THOC3,RPSA,PGD,ILF2,THOC6,CTDNEP1,PYGO2,MORF4L1,CLIP1,CACNB3,ZFP41,NHP2,FKBP4,SNRPA,SNRPB,BRSK1,ENY2,DNMT1,INSIG1,ABHD8,ITPR1,UBR2,PHB,HSPBP1,GTF2E1,HMBOX1,PITRM1,DVL1,TPR,DVL2,DVL3,MAP2K7,MAP2K5,MAP2K6,MCL1,WDTC1,EIF2B5,TRAPPC2,EIF2B4,TRAPPC3,RAB4A,ANKRD27,TRAPPC1,POLR3GL,TMEM132A,M6PR,LSM4,MARCH4,CHERP,MARCH2,COPS4,CNOT4,CDK8,SLC7A6OS,CDK5,CNOT1,CDK4,TADA3,MAP3K10,COPS8,CNOT8,LZTR1,RNF185,CNIH4,RNF10,CALCOCO1,MCM7,WDR1,CEP164,ZFP82,PTPN23,PPP6C,DUSP12,NOB1,OPA1,VPS72,CEP170,HIF1AN,ADSL,PLEKHG2,GPX1,GPX4,DIS3,TRPC2,AMT,RPL13A,ZFP91,RANGAP1,REXO2,REXO4,DNAJC7,DAD1,CTDSP2,POLR1B,POLR1C,RP9,SMARCD1,NLGN2,TSSC4,WBP2,HDAC1,RAB1B,DNAJB1,HIRIP3,DNAJB6,POLR2A,PUF60,RAB24,POLR2D,VPS52,POLR2E,CSK,POLR2H,POLR2I,WASF1,POLR2J,SEC11C,SLC35A1,TXNRD3,SMOX,FBXL19,ADRM1,ASXL1,BCKDK,KLF6,IMPDH1,RAB12,DNAJA3,IMPDH2,VPS41,DRG2,TPT1,PANK4,VEZT,SLC35B2,SLC35B4,PANK3,CMAS,GDE1,PDCD2L,TIAL1,RPS15,RPS14,RPS16,GOLGA5,FRAT2,RPS19,RUSC1,RPS18,DPF1,SAP130,LONP1,ARL6IP4,BTRC,RPS11,RPS10,RPS13,SOX4,RPS12,COG8,IFRD1,BOLA1,MRPS18A,JMJD8,MRPS18C,KARS,KATNAL1,GRWD1,ZW10,CRYZL1,VDAC1,SUCLG1,AURKAIP1,PFN1,ANKRA2,CBLL1,RTEL1,TMEM161A,TWF2,RPAP3,INPP5B,PTDSS2,ZNHIT1,CHTF8,INPP5F,PDCD10,SCAI,BANP,VASP,FIS1,TRAP1,MEMO1,PYCR2,UBAC1,UBAC2,RPS26,RPS28,RPS27,RPS29,TMCC2,RPS20,RPS21,CC2D1A,ITM2C,DAZAP1,CITED2,MYL6B,PRPF19,SIPA1L3,LIMD2,RPTOR,HINT1,GUK1,C1QBP,GABPA,TMED4,PSENEN,PRMT6,MAP4K2,ATP6V0B,TMED9,ZER1,PARP1,PRMT1,GP1BB,TSC22D3,STRADB,PPRC1,RHOB,RAB33B,NME1,SCNM1,ALDOA,SGK1,SDCCAG8,FYTTD1,CSTB,DTYMK,TOMM40,PRIM1,CHRAC1,NT5M,ATP6V0E2,PURG,PTGES2,KBTBD4,SPCS2,XPOT,PRKRA,MARS,NBR1,FAU,KBTBD7,ROGDI,TOMM20,CHCHD4,FBL,CHCHD2,CHCHD3,TMEM147,CHCHD6,CWC22,HCFC1R1,AZI2,SHISA5,NOSIP,WRNIP1,ATP1B1,KCTD5,RSBN1,TUFM,DPM2,DPM3,RPL7L1,CHMP4B,ZCCHC8,ZCCHC7,RPS19BP1,BTF3L4,CLEC16A,PRPF8,DPP9,ZMAT5,ATP6V1D,ATP6V1F,DARS,HSPA8,KLHDC3,KLHDC4,ACBD4,RHBDD3,RHBDD2,CBX1,EIF2S2,EIF2S1,DNAJC17,DNAJC18,ARHGAP33,NFKBIA,EFNA2,TMEM115,DLG4,SRPRB,LRP10,COPE,NFKBIB,ACADVL,USP38,NVL,USP32,USP39,ZC3H7B,SNAPC2,SNAPC3,GMPPA,TMEM109,FLOT2,RBM6,USP48,H2AFZ,ABCC5,H2AFX,PPP2R5B,OXSR1,DNM1,SUPV3L1,DDX19A,THRAP3,AKT1S1,TERF2IP,CHMP6,CHMP7,HCN3,STOML2,KDM3B,POLDIP2,POLDIP3,GMPR2,USP11,ETFDH,NRXN2,MOSPD3,U2AF1L4,HSPD1,FAM168A,PPP2R3C,NT5DC2,PDE6D,BUB3,CDIPT,ABCF2,ABCF3,PTCD3,PTCD1,KDM4B,PRAF2,ZFC3H1,PDE4DIP,ATP13A2,ABCE1"
+"gene_set_query"	"124"	"SMAD4"	"204.6"	"Literature ChIP-seq,126;ARCHS4 Coexpression,486;Enrichr Queries,73;ReMap ChIP-seq,223;GTEx Coexpression,115"	"MDC1,SCOC,CHIC2,TFRC,RBPJ,TSEN54,TSKU,PREX1,SCAMP4,KRTCAP2,PPP4R2,ANKFY1,AKT1,FNBP4,MEF2A,HES6,MEF2C,TSTD2,CACNA2D1,DNTTIP1,DICER1,EML2,RC3H2,SCAMP3,BCR,PRKAR1A,ZC3H11A,DDIT4,UQCRC1,FAR1,SLBP,MRPL18,MRPL14,GABARAP,KCNMB4,CREBBP,JUN,CADM1,MRPL28,FAM136A,MRPL24,MRPL21,MLLT11,MLLT10,EIF5,EIF6,FAT4,PKIG,AVL9,EZH2,ARF3,ARF1,PIGU,HEXB,DIS3L,SNX10,CTCF,HSPB11,DDA1,TRMT112,NIPBL,ATIC,MED13,RPLP2,SH3BGRL3,JAK2,PCMTD1,JAK1,DYNLL1,DUSP6,MED29,LRRC42,MED23,TMEFF1,SLC7A5,MRPL53,CDC42EP4,CINP,PXDN,CDC42EP3,RAPGEF1,ERGIC1,TRUB2,RNASEK,STAU2,SRRT,SEZ6,SLC7A1,PSMA7,MRPL55,NRAS,PSMB5,PSMB3,PSMB1,MICALL1,AP2S1,CLPTM1,SAMD1,ZSWIM4,MEF2D,SRSF11,ATRNL1,USP9X,GATAD2B,NUDT21,TAOK1,UBAP2,RPL22L1,PKN1,RASL11B,UBE2D2,YY1,SLK,UROD,SCMH1,ADORA1,NUDT19,MAP3K7,FADS1,PPP1R16B,FBXW7,PRPF4B,ATP11B,ATP11A,FBXO11,FOXP1,MSH6,SLC9A5,MSH2,MSH3,FSCN1,SRSF4,SQSTM1,ANAPC2,INO80B,MAX,LIN7C,HSP90B1,SOCS2,NDOR1,G3BP1,EIF4EBP2,SLC38A2,NEK9,EEF2,DRAP1,SON,UQCRQ,SP3,MDM2,PIN1,TUBGCP4,NOP10,NFE2L1,ITGB1,HSP90AB1,NUMA1,COX4I1,PTEN,ETFA,ETFB,ALAD,MRPL2,PPP6R3,SUMO2,PGM3,PMEPA1,UNKL,EDIL3,NEO1,HSP90AA1,PPP1R12A,DST,ATRX,VPS13A,ARNT,VEZF1,RAD23B,PPM1A,NSMCE4A,NRG3,PIK3CA,IMPAD1,BIRC6,BCAT1,SEC22B,MET,BCAT2,NDUFB8,UHRF2,ROCK1,SRC,ROCK2,PRCC,SRSF1,KATNB1,FOXK1,FURIN,SRI,EHBP1,LRP6,CDC42,SLC25A28,FCHO1,KRIT1,FEM1C,FYN,UBQLN4,EIF4E,EIF4B,SEC24B,CIZ1,SLC12A5,FEM1B,CNBP,FOXJ3,FOXJ2,MBOAT2,MCM3AP,MYO1B,TSPAN18,PDCD4,CCM2,CDR2L,SMAP1,TRIM32,TRIM33,EIF4A2,PLEKHB2,CERK,NUDT2,JMJD1C,THUMPD1,ACTB,ZDHHC3,CYB5D1,RASSF2,HERC1,SNRPD2,EPC1,CCDC97,EPC2,KIF21B,PTGFRN,SNRPD3,EPHB2,CCDC92,CCNL1,ATP6V1E1,ATXN7L3,ST6GAL1,SMARCC1,ST6GAL2,SCAF11,ECH1,CIRBP,TALDO1,MOGS,MIF,CDC37,TRIM13,ULK2,KCTD15,TMEM87B,DHX8,TMEM63C,FBF1,PIK3R1,PGS1,TSPAN5,RCE1,RBM12,RAB11FIP2,RIMKLB,RAB11FIP4,FAM78B,SMARCA2,PTK2,MED13L,SMARCA4,WNK1,ID2,PAF1,NDUFAF3,GRB2,CALM3,DHX29,RCOR2,CD200,MRPS15,MRPS12,CCDC124,GRIK2,PTPRK,PPP3CA,RSRC1,ENC1,DHX15,NCOA1,NCOA2,PBRM1,TMEM150A,WARS,MRPS24,ANO6,MRPS7,MRPS6,ENAH,RAP2A,RAP2B,PITPNM1,CSDE1,KIT,PABPC1,STX12,PCNA,SSNA1,SATB2,COX5B,RELA,CAMKK1,GNAI2,MNT,PAK1,PDZD11,GPC4,MAP3K3,NPM1,PLEKHA5,HUWE1,MIAT,AP2B1,NPM3,YIF1B,VEGFA,PPP1CA,MIB1,HNRNPA2B1,CACHD1,HDGF,MIDN,ZFAND5,UBE3A,COX6A1,IGF1R,TXN2,CAPN7,KIF5B,EP300,SBF1,ARID2,SBF2,PPFIA3,PCID2,MMGT1,TMOD3,DNAJB12,COX6B1,EEF1A1,HNRNPUL1,PPIF,WDFY3,PPIG,GEMIN7,SIDT2,RTN2,DDX6,NDRG4,VCP,DDX5,PKDCC,NDUFB10,KLHL17,SLC1A1,TOR1AIP2,CACNA1D,NDRG2,PDS5A,NDRG1,RTN4,TAF5L,RAI1,FUT8,TBC1D13,QSER1,IVNS1ABP,PRNP,HMGA1,DSTN,NUP153,SUPT5H,KLHL20,CLK2,RCL1,GNAL,HOOK2,HOOK1,GNAS,TAB2,UBA1,AMOTL2,LSM14A,PICALM,RERE,YWHAE,RBM28,GSK3B,PRR7,NAA40,DDX3X,DDX46,ZMYND19,LDB1,MAST3,DDX47,PRKCSH,CHD8,DDX42,ILK,ATP2A2,CHD4,DDX41,TRIAP1,CHD2,RND2,MEA1,AFF4,LMNB2,TTC28,PPP1R9B,YWHAQ,BCL7C,GATAD1,NPTN,TIMM17B,LRRFIP1,DACT1,SUN1,ARHGEF12,PDPK1,YWHAZ,PJA1,VCAN,SFPQ,CREB1,SETBP1,ACOX1,ATP6V1B2,NAA38,NUP54,ACOX3,OTUB1,AGPAT1,RNF5,ADD1,PARL,DNPEP,TMEM203,TNKS2,GNG5,TAF1A,BNIP2,ARFGEF1,NAA10,TAF10,MAPK14,USF2,HS3ST1,SOD1,HS3ST2,ERCC1,POLE3,KRAS,VIM,TAF1,RB1,NCKAP1,TRIO,TES,RPL3,TRRAP,ARPC5L,DCAF8,HNRNPU,SMC5,HNRNPR,DCAF5,FNBP1L,RPL8,SMC3,EPRS,NUB1,ALCAM,ZMIZ1,MYC,AP1S1,IER2,DDX17,ACOT9,ACOT7,MECR,TSPYL1,DAPK3,CD3EAP,SOX11,SOX12,PRKD3,WDR82,RPL27,CDC42SE1,ANAPC16,NEDD4L,SLAIN1,RNPC3,HIF1A,FAM160B1,ABR,FAM171A1,FAM160B2,PRDX5,LDHA,WDR70,RAD21,BLOC1S2,PLCG1,HMOX2,ST3GAL2,SERF2,LHPP,S100A10,PRELID1,JUND,DMPK,HOMER1,RDX,IRF2BP1,IRF2BP2,BRAF,PHC3,MEX3C,FIBP,HNRNPM,MEX3B,MEX3A,HNRNPK,HNRNPD,MMS19,ATG2B,PHF3,PHF2,SETD5,SETD2,GMEB1,SMG1,BTG1,CDKN1B,SETD7,CLTC,TCF20,C1QTNF4,SPIN1,PLEKHN1,RIOK1,RRP15,BRD3,SHPRH,NUDC,MIOS,TCF12,NUTF2,ASH1L,BACE1,NCOR2,ZEB2,NCOR1,TCP1,GARS,WDR26,USO1,TMEM160,TM9SF3,FGD4,SCAF8,BCLAF1,RPS15A,NSD1,LMAN2,UBN1,ANKRD50,RNF130,SF3B1,DEDD,RUNX1T1,RPRM,CSNK1A1,GATC,SRP68,GTF2H2,HIPK1,BLCAP,RYBP,NFIA,NFIB,UHRF1BP1L,DGKD,CLSTN1,PARK7,IPO7,IPO5,PPP1CB,IPO8,CDH2,CFL1,PAPOLA,PLS3,TXNL4A,STK32C,GTF2I,MAP2K4,TLE2,MAP2K1,RPS8,USP3,ANKRD44,GPT2,IGFBP3,TPM1,DYRK1A,THOC2,LEMD2,THOC6,CTDNEP1,CLIP2,MORF4L2,RAB35,SNRPG,NHP2,PHIP,AAGAB,SNRPE,PHPT1,SNRPC,GLYR1,CUL7,CD151,CBFB,TNKS,CUL3,ABHD2,CUL1,UBR4,UBR3,UBR1,NEUROD6,NACC1,UBR5,PLXNA2,ABL1,ANKRD10,DVL3,SLC15A4,SKIL,MCL1,ESRRA,OSBPL8,RAB4B,BTBD9,LSM5,LSM4,COPS6,LSM7,LRFN4,CDK5,CDK4,CNOT1,NF1,RNF181,COPS8,SERINC3,RNF187,CALCOCO1,TRADD,CCDC47,CEP164,SYNE2,DUSP12,SGCB,SNRNP70,SIN3A,TNPO1,CCDC50,PLEKHG2,GGPS1,ZFP91,TSN,DAD1,CTDSP2,DNAJC5,POLR1B,SOS1,SOS2,SMARCD1,GTF2A1,NFAT5,HDAC2,SMARCD3,WBP1,HDAC1,LAGE3,DNAJB2,FZR1,ABLIM1,HECTD1,HECTD3,VPS54,DCAF11,POLR2J,POLR2L,SMARCE1,MLXIP,SPAG9,SMOX,FBXL19,TXNRD1,ADRM1,PTPN11,RPRD2,CDC42BPA,MTOR,ASXL1,CUL4A,KLF7,MARCKS,KLF6,APC,APP,PANK3,ARL6IP1,PNN,RPS16,DPF1,SOX4,AGFG1,ARRDC1,SACM1L,SRRM1,INPP4A,AFG3L2,AKAP9,RRAGD,VDAC2,VDAC1,SIK2,ANKRA2,EZR,PFN1,AURKAIP1,LLGL1,MACF1,CD99L2,IGSF9,NUAK1,SGPL1,ZNHIT1,TNRC18,PATZ1,RALGDS,VASP,VAT1,BCL11B,BCL11A,PYCR2,PUM1,GADD45G,PUM2,STAG1,STAG2,FUBP3,FUBP1,TMCC2,ITM2C,CITED2,SIPA1L2,SERP2,XPO1,GUK1,CHMP1B,KIF13A,SEC61B,GABPA,TOP3B,ZER1,TSC22D1,PARP1,RHOF,PPRC1,RAB33A,RHOA,RHOB,UGDH,NFX1,B3GNT5,WAC,SGK1,ATP6V0C,TOMM40,SLC20A1,ZDHHC20,AKAP8,UQCR11,PPP2CA,CUX2,MAP4K3,SUZ12,RANBP2,RYK,MTX3,RANBP9,KBTBD4,MARS,KBTBD2,CTNNB1,TRIP12,CDK5R2,TOMM5,NDUFA13,NDUFA11,KDM1A,CWC27,COMT,CNDP2,CHCHD2,TMEM147,BASP1,FAM162A,HCFC1R1,MATK,TMEM136,TBL1XR1,MATR3,RELL2,PLCXD2,EFNB2,EFNB3,CDH24,MARK4,ZC3H13,ATP6V1F,BPTF,KLHDC2,SMAD2,HSPA8,SMAD1,HSPA5,CBX3,TBCB,SMAD5,TDRD3,NFKBIA,NR4A3,EFNA2,JMY,DNAJC10,TBCE,BRWD1,ACBD3,COPE,CREBZF,KDM5B,USP34,YBX1,USP39,SENP6,SENP7,SPRED2,ZC3H7A,GMPPA,TMEM109,PDE4A,KDM6B,H2AFY,H2AFX,IQCE,RNF208,ARID1A,ARID1B,KLF16,DNM1,TGFBR1,LATS1,DDAH1,THRAP3,TRAPPC6B,RASA1,PFDN4,LUC7L2,KDM3B,TOB1,USP19,IWS1,HSPD1,GNA13,FAM168B,MAPK8,FAM168A,PDE6D,MAPK1,ROMO1,MAPK3,SPEN,USP24,LIMK2,LIMK1,HAGHL,NAP1L1,DEK,HSPE1,NEURL4,RPS6KB1,PPP2R2C,PPP2R2B,SPRY2,PDE7A,RBMX,SSBP3"
+"gene_set_query"	"125"	"CIC"	"205.7"	"ARCHS4 Coexpression,17;Enrichr Queries,39;GTEx Coexpression,561"	"TDRKH,MDC1,MAPKBP1,TRIO,TRRAP,IFT172,HNRNPU,NDST1,CAPNS1,MPRIP,RAVER1,ZMIZ1,DPYSL2,ZMIZ2,MYC,AKT1,PRKACA,IER2,TSPYL2,CD3EAP,SCRIB,RFX1,HCFC1,NISCH,BCR,WDR81,DDIT4,PRR12,SF1,POM121,TTYH3,MEPCE,BAZ2A,ABR,LARP1,PIP5K1C,PLCG1,ABCA2,ACD,CREBBP,JUN,PHC2,PHC1,PRRT2,JUND,JUP,NCAPH2,SETD1A,IRF2BP1,IRF2BP2,PBX2,UPF3A,PRRC2B,PRRC2A,HNRNPL,LAS1L,FASN,ARF3,OGFR,WDR48,PHF1,CLTC,SMG7,MED15,SMG5,PHF8,TRIM8,GPR137,JARID2,DLGAP4,UPF1,BRD2,BRD1,ITPK1,GNL1,DUSP6,NCOR2,MED25,NCOR1,TUBB2A,INF2,KIFC2,PXDN,RAPGEF1,SF3B2,GRN,NFIX,SRRT,CENPB,FAM129B,GGA1,CLPTM1,FLNA,BRD8,CKB,ANKRD52,MEF2D,SRSF12,BRD4,CENPT,SF3A1,MBD6,SF3A2,MBD1,DAB2IP,SCAF1,SKI,XAB2,NFIA,TAOK2,ZYX,NUCB1,PKN1,AGRN,ANKRD13B,MTCH1,PHLDB1,CLSTN3,CLSTN1,ATN1,EDC4,STK11,FBRSL1,LZTS2,PIAS4,TLE3,SH3GLB2,RNF44,MAP2K2,GTF2F1,FOXP4,DGKZ,RNF40,ATXN2L,CTDNEP1,TOM1L2,ACAP3,MADD,RAB35,FSCN1,SQSTM1,CSNK1G2,ANAPC2,ANKRD11,MAZ,UBR4,SLC38A10,SLC9A1,SBNO2,NDOR1,KLC2,STK36,DVL1,BTBD2,NACC1,ABL1,PLXNA1,DVL3,IP6K1,WDTC1,FUS,SEC16A,TNK2,HPS4,EEF2,CHERP,SH3BP5L,CNOT3,PLXNB2,MAP3K10,PLEKHM2,CNTROB,LRCH4,NFE2L1,MAP3K12,EIF4G1,LMBR1L,ZNF512B,HSP90AB1,NUMA1,ZC3H4,POMT1,AKAP8L,CEP164,PTPN23,DUSP12,SART1,SIN3B,SNRNP70,PPP6R1,PPP6R2,UBTF,DGCR8,EVI5L,TNPO2,DGCR2,HSP90AA1,PLEKHG2,REXO1,DST,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,CTDSP2,DNAJC5,C1D,ETF1,GAPDH,PPP1R12C,AHDC1,HDAC5,NLGN2,MGRN1,LENG8,FOXK1,FURIN,MLLT1,LRP3,HDAC6,MLLT6,HDAC7,DNAJB2,DCAF15,FZR1,GANAB,POLR2A,U2AF2,FEM1C,CSK,MARCKSL1,CIZ1,FBXL19,MBOAT7,CDC42BPB,CABLES2,MARCKS,KLF6,PFKL,MGAT4B,BCAR1,HDAC10,ZMYND8,ZDHHC8,ACTB,TRIM28,ATXN7L3,SOX4,SRRM2,ACTN1,CIRBP,CSNK1D,MOGS,ACTN4,MAPK8IP3,ULK1,MACF1,RTEL1,TBC1D9B,TMEM63B,FBF1,MYCBP2,PIK3R2,DHX30,PTDSS2,PCBP3,INPP5E,GSE1,SYMPK,TNRC18,RALGDS,TMEM184B,INTS1,STK11IP,IQSEC1,MICAL3,MED13L,SMARCA4,WNK1,ID2,CALM3,SUGP2,ITM2C,CSRNP2,PTPRS,GDI1,FAM57B,GRIK5,MRPS12,AATK,AP2A1,SIPA1L3,PTPRF,ZCCHC14,SDF4,CTSF,CTSD,GIT1,PARP6,ZER1,STRADA,MINK1,SREBF2,MLF2,RHOB,GAK,PITPNM1,PACS2,PACS1,ARHGEF1,FAM193B,FAM193A,ARHGEF2,PABPC1,ALDOA,SGK1,SFI1,ATP6V0C,DBN1,DOT1L,GNAI2,HIRA,MNT,CUX1,UBTD2,DYNC1H1,HUWE1,AP3D1,MIB2,MYO9B,SGSM2,CTNNB1,PNPLA6,MEGF8,GRINA,MIDN,NUP188,KDM1A,ZFAND3,SPPL2B,PHRF1,CELSR3,IGF1R,ACTG1,ARHGDIA,KHSRP,POGZ,EP300,SBF1,BAHCC1,LMTK3,TSC2,TSC1,KCTD2,MAU2,HNRNPUL1,HNRNPUL2,EHBP1L1,ISYNA1,PXN,LTBP4,CACNA1A,PRPF8,NDRG1,SUPT6H,RTN4,RAI1,EP400,CAMTA2,MARK2,BCL9L,HSPA8,CPSF7,ZFHX2,CPSF1,HMGA1,IFT122,UBE2A,SUPT5H,ARHGAP23,ARHGAP33,NFKBIA,HOOK2,HOOK1,DLG4,GNB2,GNB1,GNAS,PI4KA,CLASRP,LRP10,MXD4,RERE,KDM5C,GSK3A,LDB1,PRKCSH,CHD6,CHD4,CHD3,LDB2,PKD1,PHTF1,CABIN1,PPP1R9B,SEPT9,LASP1,ZC3H7B,SNAPC4,MYO18A,ARHGEF11,KDM6B,SUN2,KLF13,USP42,PDPK1,ARHGEF18,NAV1,NAV2,ARID1A,ARID1B,EPN1,KLF16,DNM2,AKT1S1,DDX25,DCTN1,WIZ,ATP1A1,STRN4,ADD1,USP19,FAM168B,DNPEP,MTA1,PABPN1,MKNK2,FBRS,SPEN,KDM4B,ATP13A1,CLCN7,NEURL4,ERCC3,CARM1,ACIN1,ATP13A2,VIM"
+"gene_set_query"	"126"	"GMEB2"	"207.0"	"ARCHS4 Coexpression,103;Enrichr Queries,152;GTEx Coexpression,366"	"CHIC2,EHMT1,STMN3,EPRS,BACH2,RAVER1,ZMIZ1,MYC,ZMIZ2,AKT1,NFRKB,DAXX,WSB1,NUP210,PRKCD,CD3EAP,SCRIB,RFX1,GTPBP1,GTPBP4,HCFC1,BIN3,WDR81,DDIT4,NUP98,PRR12,DUS3L,PRR14,SF1,ATF4,POM121,MTMR3,TTYH3,FLII,MEPCE,BAZ2A,PLA2G6,PPP4C,ATRIP,VPS16,S100A10,JUN,PHC2,JUND,SETD1A,IRF2BP1,PBX2,IRF2BP2,EIF1,PRRC2A,SETX,EHD1,HNRNPL,ABTB1,FAM160A2,FASN,ATG2A,UNC119,HYOU1,DUS1L,CPEB4,OGFR,GMEB1,PIGU,ELL,KRI1,MED15,SMG5,TRIM8,TMEM189,GPR137,CIC,JARID2,UPF1,BRD2,BRD1,SPHK2,GMIP,MED26,NCOR2,SLC7A5,MED25,SLC7A6,PXDN,RAPGEF1,TKT,GRAMD1A,SRRT,NOC4L,WDR24,CENPB,FGD3,ARFRP1,RECQL5,NSD1,UBN1,FLNA,ANKRD52,MEF2D,SF3B1,DEDD,BRD4,SF3A1,MBD6,SF3A2,SCAF1,GATAD2A,XAB2,CCDC9,SHKBP1,SERBP1,TAOK2,ZYX,PKN1,AGRN,FAM49B,TOR2A,PHLDB1,DGKD,UBE2D3,EDC3,EDC4,STK11,PAPOLG,FBRSL1,PIM3,ANKRD13A,FADS1,TLE3,RNF44,MAP2K2,POLRMT,LEMD2,RNF40,PIAS1,ATXN2L,CTDNEP1,ACAP3,ILF3,SLC9A8,MAPKAPK2,RAB35,FSCN1,SQSTM1,CSNK1G2,ANAPC2,PFKFB4,DNMT1,INO80E,PFKFB3,RAB5C,TUBGCP2,ANKRD11,MAZ,CORO1A,STIP1,SNN,SBNO2,NDOR1,PITRM1,DVL1,BTBD2,NACC1,E4F1,SLC38A2,NADK,MCL1,WDTC1,ESRRA,ZBTB17,BRPF1,SEC16A,EEF2,UCKL1,CHERP,SH3BP5L,MAFG,CNOT3,PLEKHM2,PLXNB2,LRCH4,EIF4G1,LMBR1L,ZNF512B,DIDO1,WDR1,ZC3H3,ARRB2,PTPN23,SART1,PTBP1,DUSP12,PPP6R1,SNRNP70,UBTF,DGCR2,CDADC1,REXO1,VPS37C,ZFP91,VPS37B,ARFGAP1,GIGYF1,TRAF7,DALRD3,CTDSP2,DNAJC5,POLR1B,ETF1,PPP1R12C,RNF31,TRABD,PPP1R15A,SMARCD2,TSSC4,CANT1,RAB1B,LENG8,FOXK1,FURIN,MLLT1,HDAC7,MLLT6,FBXL20,DCAF15,GANAB,SLC25A28,NCLN,U2AF2,FEM1C,CSK,CCDC71,POLR2K,PTPN1,FBXL19,MBOAT7,TPD52L2,ASXL1,TSPAN14,KLF6,TRIM39,IMPDH1,CCNK,VARS,ZMYND8,PPAN,ZDHHC5,KEAP1,TRIM28,FTH1,OGFOD2,FAM53C,LONP1,CCDC97,KIF21B,ATXN7L3,SOX4,TBC1D10B,SRRM2,ACTN1,CIRBP,CSNK1D,MOGS,CDC37,HECA,ULK1,BCORL1,EZR,TELO2,SLC45A4,RTEL1,STXBP2,FBF1,UBE2J2,PGS1,APH1A,SYNGR1,DHX34,PCBP1,HIVEP1,DHX37,GSE1,DHX38,SYMPK,TNRC18,BANP,ATP6V0A1,VASP,SETDB1,INTS1,SRPK1,FUBP1,CWF19L1,C2CD2L,ITM2C,DAZAP1,CITED2,ZFAND2B,PRPF19,XPO6,UIMC1,DHX15,DHX16,SDF4,MINK1,RHOF,PPRC1,LIME1,PARP8,GAK,PITPNM1,PACS1,ARHGEF1,FAM193B,ARHGEF2,SGK1,MAPRE1,STK40,DBN1,CSTB,DOT1L,RELA,ARNTL,GNAI2,HIRA,ZDHHC18,MNT,EXOSC4,NFIL3,PES1,MAP3K3,MTX1,NFYA,MYO9B,TMUB2,VEGFA,HDGF,PNPLA6,GRINA,CRTC2,MIDN,NARF,PHRF1,TATDN2,KHSRP,ARHGDIA,SNIP1,SBF1,SLC30A9,ZGPAT,KDM2A,LIG3,TRPC4AP,ATAD3A,RSBN1,HNRNPUL1,EEF1A2,EHBP1L1,PPIF,TBC1D25,CHMP4B,PXN,SUPT6H,IRAK1,GRK6,ZC3H18,CAMTA1,MARK2,BCL9L,PRNP,KLHDC4,CPSF7,CPSF1,PHF12,PCIF1,HMGA1,CNOT10,CLK3,EFNA2,HOOK2,HOOK1,GNB2,GNAS,SKIV2L,CLASRP,TCF3,BRWD1,LRP10,KDM5C,GSK3A,LDB1,PRKCSH,CHD6,CHD2,LMNB2,PPP1R9B,SPRED2,SEPT9,LASP1,ZC3H7A,SNAPC4,PDE4A,SCYL1,KDM6B,SUN2,KLF13,PDPK1,DDX56,H2AFX,AXIN1,ARHGEF18,DDX54,ARID1A,KLF16,DNM2,PPDPF,AKT1S1,TSEN34,DCTN6,DDX27,STRN4,USP19,U2AF1L4,CYTH2,DNPEP,MTA1,MKNK2,GNA12,RALY,MTA2,FBRS,PDLIM7,SPEN,KDM4B,USP20,ATP13A1,EYA3,MIIP,CHFR,CLCN7,NEURL4,SBK1,CARM1,ACIN1"
+"gene_set_query"	"127"	"ZBTB11"	"207.0"	"ARCHS4 Coexpression,475;Enrichr Queries,66;ReMap ChIP-seq,12;GTEx Coexpression,275"	"MT-ND4,SLC4A1AP,TFRC,ALKBH8,ALKBH3,LSM10,SCAMP4,TBK1,CAPNS1,PPP4R2,GPBP1,SAMD10,FNBP4,STARD3,DAXX,DNTTIP2,DICER1,GAPVD1,PRKAB1,RC3H2,FAM133B,RFX7,PSME3,RUFY3,ZC3H11A,UQCRC1,JTB,SLBP,SAR1B,NPRL2,MEPCE,MRPL16,COPS7B,ABCB8,AAAS,GABARAP,MRPL20,RHOT2,CYB5R4,HSPH1,CYB5R3,RNF215,PSMF1,RHBDL1,EDEM3,JUN,MRPL27,LARP4,MRPL24,MRPL21,SNUPN,SETX,EIF5,EIF6,NMT1,HYOU1,AVL9,EZH1,PIGU,PIGO,NCAN,PIGQ,ARHGAP1,CTCF,MED16,MRPL34,TRIOBP,BBC3,DDA1,MED11,NIPBL,MED13,MRPL40,NKRF,FASTK,RPLP2,JAK2,APPL1,UPF2,LYPLA2,DFFA,ACTL6B,MRPL49,LRRC40,SLC39A13,NIPA2,MRPL48,MED29,DUSP6,SIRT3,MRPL44,DDB1,MED23,MED22,MRPL53,PXDN,TUT1,VAMP2,SLC29A2,ECHS1,LIN37,NIP7,UNK,BTAF1,TMEM68,PSMB1,AP2S1,RICTOR,HARS,SRSF11,CENPT,UTP3,USP9X,TARBP2,GATAD2A,ABCB10,PSMC3,SNX17,ETNK1,TAOK1,SLMAP,PSMC2,YPEL3,FRYL,CCNT2,TMEM167B,FBXO28,LTN1,ATN1,ZBTB22,APEH,FBXO22,HDDC3,YY1,FADS2,SMCHD1,SLK,KPNA4,FADS1,AP2M1,SLC25A46,SLC38A1,DGAT1,FBXW8,CISH,FBXW9,CNPY2,ATP11B,PRPF4B,ZBTB33,FBXO11,LENEP,ACAP2,DMTF1,MSH3,SRSF2,SRSF7,ANAPC1,PFKFB2,INO80B,MAX,SMYD5,MAZ,GMPS,ISG20L2,ARL2,CORO1B,HSP90B1,SBNO1,NDOR1,G3BP1,G3BP2,ZKSCAN3,SLC38A2,NOP14,DR1,NOP16,API5,ZBTB11,UCKL1,DRAP1,ZC3HC1,SON,UQCRQ,SP3,MDM2,NFE2L3,TUBGCP4,OGT,ZNF512B,HSP90AB1,NUMA1,CELF2,AP4M1,MDK,DGCR8,ACP2,MDP1,UNC45A,ACTR2,HSP90AA1,PPP1R12A,ATRX,DHPS,MSL2,VPS13A,TMBIM4,PIK3CA,SYF2,BIRC6,TOP1,BDP1,SEC22B,PPP1R12C,SLC25A11,BCAT2,PPP1R15A,BECN1,GTF3C2,PPP1R15B,SEC23A,NDUFB8,GTF3C4,GTF3C5,ROCK1,MGRN1,ROCK2,NDUFB4,PRCC,ZBTB45,MLLT6,FOXRED2,GANAB,U2AF2,UBQLN1,FEM1C,FYN,SLC25A22,EIF4B,SH2B1,GADD45GIP1,PPP1R14B,NOP58,MARCKSL1,TRIM41,FEM1B,NDUFA4,MCM3AP,SNRK,STUB1,CDR2L,SEC24C,TRIM33,EIF4A2,TMEM41A,KDELR1,ZDHHC5,JMJD1C,CRKL,NUBP2,RASSF1,TRIM28,OPHN1,HERC1,OGFOD2,CHORDC1,CCDC97,EIF2D,EPC2,CCNL2,CCNL1,ATXN7L3,ATP6V1G2,SCAF11,CSNK1D,MOGS,MIF,VWA5B2,MFSD11,KCTD10,CSNK2B,CD2BP2,BCORL1,GGNBP2,MYCBP2,CEND1,RTF1,PIK3R1,APH1A,DHX33,PCBP4,PCBP1,DHX36,SURF6,SYMPK,HIVEP2,ZBED4,B4GALNT4,BBS1,SURF1,SURF2,INTS2,SMARCA5,HARS2,SMARCA2,MED13L,ZBTB6,WNK1,INTS5,RANBP10,PAF1,NOL11,RGL2,FBXL6,USPL1,GPAA1,FAM57B,DIRAS1,CTSZ,MRPS10,AKAP11,OTUD6B,HYAL2,MLX,DHX15,REV3L,SDF4,DHX16,SSSCA1,ARIH1,COX8A,CAP1,VKORC1,NCOA2,SEC13,PBRM1,PCYT1A,ZFR,ANO8,MRPS21,PRPF40A,GAB2,TAX1BP1,UFC1,STK40,CAB39,STX18,DERL1,DERL2,CCDC107,NEDD8,CCDC106,COX5A,EXOSC4,CAMK2N2,MGAT1,HEATR6,PAK2,MON2,VEGFB,TMUB1,RSRC2,AP2B1,PEX14,PPP1CA,TMUB2,MIB1,RGP1,PER1,NDUFAB1,HNRNPA2B1,HDGF,ESYT2,DPAGT1,OTUD4,CRTC2,MIDN,NARF,NUP188,CD81,MPI,PEBP1,UBE3A,UBE3B,COX6A1,TXN2,PPIP5K2,KIF5B,EP300,BANF1,MORC3,UBE4A,SDHD,COX6B1,FAM173A,EHBP1L1,WDFY1,PPIH,GEMIN7,RTN2,DDX6,VCP,PSMD11,PSMD13,YTHDC1,NDUFB11,UBA5,DDX1,HTRA2,TOR1AIP2,PDS5B,PDS5A,RNASEH1,SHARPIN,TBC1D13,CYC1,VARS2,SYT5,IVNS1ABP,OST4,PRNP,SYT3,VTA1,NUP153,KLHL24,AP4B1,SSH3,CLK4,HIGD2A,PAN2,UBE2W,HOOK2,HOOK1,GNB2,MKRN2,PHF13,FGF11,GALK1,UBE2M,GSK3B,RBM28,CUEDC2,GSK3A,RBM25,DDX3X,RBM26,CHD6,ILK,ATP2A2,CHD4,TRIAP1,HMGB1,CHD2,USE1,AFF4,TMEM222,BCL7C,RB1CC1,YWHAG,UTP15,TBP,TTC33,EED,PDPK1,GLRX5,DCAKD,BUD31,DDX55,ABHD14B,ABHD14A,YWHAZ,EPN1,PJA2,CREB3,SFPQ,CREB1,IRF3,TMEM214,NUP50,NDUFS5,OTUB1,PARG,DDX21,RSPH9,HMGCR,RNF2,CAND1,TNKS2,TMEM203,GNG5,TGS1,TDG,TRA2B,NAA25,VHL,MTA2,SMNDC1,PDLIM7,TIMM8B,ARFGEF1,RBM39,NAA10,TAF13,TAF10,PDAP1,ATP2B1,CLCN6,PNKD,ERCC1,POLE3,ASB6,FAM98B,TAF6,NAA15,VIM,TAF2,STMN3,HNRNPU,WDR83,GABPB1,DCAF5,RPL8,SMC3,EPRS,PHB2,RPL6,MYC,RNF111,IER2,MED1,WSB1,PIH1D1,CD3EAP,GTPBP2,MED6,GTPBP4,HCFC1,RNF123,ZSCAN21,RPL24,TARS2,RPL29,PRR12,VPS25,SEH1L,HIF1A,ANAPC11,MTDH,PRDX5,PPP4C,BLOC1S1,RAD21,VPS11,NUP88,ST3GAL2,SERF2,CDK17,NAA50,RPL41,H3F3B,HOMER1,SETD1A,IRF2BP1,MAD2L1BP,MTHFR,PRRC2C,PA2G4,MCAT,PHC3,WDR55,PRRC2A,TMEM198,THAP11,EHD1,FIBP,NPLOC4,HNRNPF,ATG2A,DUS1L,CDK13,CPEB4,ATG2B,PHF3,SETD2,SMG1,GMEB1,GMEB2,PHF23,PHF1,CLTC,WDR46,WDR43,UBL5,UBL3,MTG1,GPR137,RIOK2,CIC,ZIK1,ZC3H10,BRD2,WDR36,TPI1,TET2,NUTF2,ASH1L,RNF167,AFTPH,SIKE1,LSG1,NCOR1,EXOC3,WDR26,TIMM9,TIMM13,HSPA14,WDR24,HSPA13,BCLAF1,SCAF8,SRP72,LMAN2,NSD1,SLC17A7,SF3B1,DEDD,SF3A3,BRF2,YTHDF3,BRF1,GATC,TRMT1,TTC9C,HIPK1,SCAF1,AGBL5,TM9SF1,RYBP,TRMT6,RLIM,NUCB1,INHA,ANKRD13C,FAM49B,ANKRD13D,CHPF,TUSC2,AUP1,IPO7,IPO4,TM7SF2,EDC4,PPP1CC,PAPOLG,CFL1,PAPOLA,MAF1,SLC39A3,USP5,RPS7,RPS5,DYRK1A,LEMD3,VRK3,THOC6,CTDNEP1,MADD,PHIP,PHPT1,CSNK1G1,SNRPB,ANKRD17,BRSK1,FKBP2,CD151,CCDC24,CUL3,ANKRD12,ABHD8,UBR4,UBR3,UBR1,HSPBP1,RLF,PHF21A,HMBOX1,PITRM1,BTBD1,DVL1,NACC1,TPR,UBR5,DVL2,DVL3,SKIL,MCL1,ANKRD28,EIF2B5,OSBPL8,EIF2B4,TRAPPC3,TOR1A,TRAPPC8,TOR1B,LSM4,SCRT1,LSM2,CNOT4,COPS4,CDK9,NSFL1C,CNOT6,COPS6,CNOT7,SLC7A6OS,CDK5,ZFP62,CNOT1,COPS2,TPP2,CCDC22,MAP3K12,RNF187,MCM7,RNPEPL1,ZC3H4,PPP6C,RPL7A,DUSP12,SART3,OPA1,UBTF,TLK2,WDR6,CEP170,TNPO1,TNPO3,PLEKHG2,REXO1,CHUK,GPX4,DIS3,RPL13A,EDF1,PATL1,BET1L,COASY,REXO4,PTP4A1,DNAJC2,PTP4A2,PTP4A3,CTDSP2,POLR1B,DNAJC9,SOS2,MTPN,GTF2A1,NFAT5,SMARCD2,WBP1,WBP2,RAB21,DNAJB1,HECTD1,FIP1L1,RBBP5,VPS52,RBBP6,POLR2I,POLR2L,SMARCE1,SPAG9,PPIL1,SPAG7,RNGTT,FBXL19,TPRKB,PTPN11,FBXL16,PTPN12,DDHD1,OXR1,MTOR,BCKDK,DNAJA1,NIN,KLF6,VAPA,APC,DRG2,CEBPZ,SNRNP48,RHEBL1,TPT1,SLC35B2,PANK3,ZMYND8,GBA2,RPS15,PNN,GOLGA4,RPS18,ARL6IP4,RPS11,ZFPL1,COG8,AQR,NFKBIL1,SACM1L,ARRDC3,IFRD1,AP1AR,JMJD8,JMJD6,MRPS18C,GRWD1,HECA,TTLL12,PFN1,AURKAIP1,OBSL1,CUTA,RTEL1,RPAP3,MYL12B,PTDSS2,SPAST,CSTF1,TRPM7,VASP,FIS1,PYCR2,STAM,UBAC1,PUM2,STAG2,RPS27,ZZZ3,ADCK5,RBAK,C2CD2L,AHCTF1,UBXN1,OLA1,MYL6B,XPO1,ZMYM2,PCF11,C1QBP,UBXN7,GABPA,RSPRY1,PSD,PSENEN,TOP3B,TMED9,ATP6V0B,ZER1,NME3,RHOF,PPRC1,TOPORS,NME1,WAC,ALDOA,SDCCAG8,SLC20A1,PRIM1,UQCR11,NT5C,HIRA,SHOC2,SUZ12,RANBP2,RANBP6,RAB11B,RSL1D1,KBTBD4,RAB3GAP2,TRIP12,FAU,NDUFA13,NDUFA11,ARID4A,ARID4B,LZIC,CWC22,FPGS,HCFC1R1,CHCHD1,NOM1,KDM2A,NOSIP,KCTD2,PUS7,KCTD5,RSBN1,TUFM,PRPF6,HGS,FIZ1,MATR3,ZCCHC8,ZCCHC7,IDI1,ISYNA1,STK4,DPP3,EMG1,ZMAT2,MAN2A2,DMAP1,MARK4,ZC3H14,MARK3,ZC3H15,KLHDC10,BPTF,CPSF4,ACBD6,HSPA8,HSPA5,TDRD3,AZIN1,ARHGAP33,EFNA2,TMEM115,DLG4,CAPRIN1,CHMP2A,SAE1,BRWD1,ACBD3,MUS81,B4GALT2,B4GALT3,ACADVL,USP38,USP34,CBY1,YBX1,TMEM101,PPP2R5E,TOPBP1,USP47,USP48,H2AFX,PPP2R5B,RNF208,DCK,KLF16,TRAPPC6B,RASA1,LUC7L3,B4GALT7,LUC7L2,STOML2,KDM3A,USP15,USP10,GMPR2,MTIF2,U2AF1L4,PDE6D,ROMO1,MAPK6,USP24,PTCD1,TMEM30A,USP20,ATP13A1,B3GAT3,BAD,USP21,HAGHL,ZFC3H1,CYHR1,DEK,SLC4A7,RPS6KB1,CAPN10,RPS6KB2,BAX,ATP13A3,ABCE1,SSBP4"
+"gene_set_query"	"128"	"IRF3"	"208.6"	"ARCHS4 Coexpression,668;ENCODE ChIP-seq,69;Enrichr Queries,161;ReMap ChIP-seq,9;GTEx Coexpression,136"	"TDRKH,MDC1,POP5,SLC4A1AP,ZFYVE9,ITSN1,ARAF,ALKBH6,TSEN54,TSKU,LSM10,NSDHL,PSMD4,CAPNS1,MPRIP,DPYSL2,PSMD3,PWWP2A,AKT1,PRKACA,TMEM8B,FNBP4,STARD7,NGDN,RFX1,SCAMP2,EML4,EID2,EWSR1,PRKAR1A,DDIT3,DDIT4,PSME1,TMEM126A,JTB,PSME2,FAR1,RBCK1,LETMD1,ATF4,SF1,FLII,MRPL18,AGAP2,MTMR9,COPS7B,BAZ2A,ABCB8,COPS7A,MTMR4,MRPL12,PLA2G6,OAZ1,GABARAP,RHOT2,PRPSAP2,RNF215,RDH11,PIP5K1A,PUSL1,ATRIP,HEXIM1,PRRT1,EDEM3,JUN,JUP,EIF2AK3,PBX2,MRPL28,PBX1,EIF1,CS,ABTB1,EIF5,LAS1L,TDP1,FASN,SFXN3,NMT1,LGMN,EZH2,PIGS,PIGU,PIGT,PIGO,RPLP0,MED19,MRPL37,MRPL34,MED15,DDA1,PQBP1,IKBKB,MED12,MECP2,TRMT112,MRPL40,MED13,FASTK,RPLP2,APPL1,LRRC45,IFT140,ELOVL5,ACTL6A,MRPL49,JOSD1,BAZ1B,GMIP,TOMM40L,SIRT2,MED29,DUSP6,SRP9,DUSP7,PSMA5,MRPL53,PSMA3,MED25,MED24,PXDN,PTRH1,TUT1,VAMP2,RNASEK,LIN37,GSTP1,PSMA7,GGA2,UNK,GGA3,PSMB3,AP2S1,FLNA,ANO10,NCDN,RPS27A,SAMD1,ZSWIM4,RABAC1,UTP6,EGLN2,MBD6,STAT2,LRRC28,SAMD4B,SNX21,TARBP2,GATAD2B,GATAD2A,TMEM60,SPSB3,NUDT21,APEX1,SHKBP1,SNX15,UBAP1,UBAP2,PKN1,YPEL5,FRYL,YPEL3,GZF1,MTCH1,CSE1L,LTN1,MPV17L2,ZBTB22,POFUT2,LAPTM4A,STK11,RUVBL2,OSBP,RUVBL1,NUDT19,NUDT16,KPNA2,SLC25A44,AP2M1,PIAS4,PCYT2,CNPY3,POLRMT,LENEP,RBX1,ACAP3,ACAP2,FRMD5,MSH2,SRSF2,SRSF4,ANAPC5,PKP4,SRSF6,SRSF7,SQSTM1,KPNB1,SRSF8,LY6E,ANAPC2,INO80B,INO80E,RNASEH2A,TUBGCP2,SMYD5,PEF1,MAZ,ARL2,CORO1A,CORO1B,ACAT2,HSP90B1,CORO1C,SBNO2,NDOR1,MED30,PMVK,G3BP1,PGK1,THEM4,E4F1,IP6K1,SAC3D1,NADK,GOT1,ARPC4,ZBTB11,EEF2,FBXO31,IBTK,SON,SP3,PIN1,MDM4,PIN4,ACO2,LRCH4,OGT,NFE2L1,MDM1,HSP90AB1,NUMA1,AKAP8L,PIK3CD,ARRB2,AP4M1,MRPL4,NGRN,PPP6R1,PPP6R3,DGCR8,PGLS,DNM1L,EIF5A,BCAS3,ACTR2,HSP90AA1,ACTR6,VBP1,ATRX,ARNT,RAD23A,ARFGAP3,DDOST,ARFGAP1,QTRT1,GIGYF1,PPM1B,NPC2,SLC25A19,PCCB,ETF1,TMBIM6,GAPDH,DCTPP1,PPP1R12C,RNFT2,GTF3C5,SRF,SRSF1,NDUFB3,CXXC1,FOXK2,KATNB1,LENG8,PPM1D,FOXRED1,TSPAN31,SRM,MLLT6,SLC25A28,FCHO1,CCDC85C,U2AF2,BAHD1,FYN,E2F4,HNRNPA1,EIF4E,AAMP,SLC25A25,HNRNPA0,SH2B1,CYB5B,NDUFA6,FEM1A,MID1IP1,NICN1,MBOAT7,NDUFA3,IMMT,HNRNPAB,TPD52L2,ATOX1,SLC25A38,EIF3L,EIF3G,TRIM35,STUB1,P4HB,EIF3F,SMAP2,SLC25A36,EIF3B,EIF4A1,CCNK,SMARCB1,CCNJ,ZDHHC5,NUDT2,IFI30,TXNDC16,ACTB,NUBP2,HERC3,CDC23,SNRPD2,TRIM28,OGFOD2,BSG,CDC27,CCNL2,ATP6V1E1,TBC1D22B,TRIM23,TMPO,SLC12A9,ZFP1,IMP3,ACTN1,ECH1,CIRBP,NSMCE1,MOGS,CSNK1D,ACTN4,MFSD10,CDC37,CD2BP2,FAM76B,FLYWCH1,FAM76A,TRIM11,GCDH,PIK3R3,ZBTB5,TTBK2,MBTD1,LARS,MICAL1,HLTF,ERI3,DHX38,SYMPK,FAM192A,RBM10,CTSA,INTS3,SMARCA2,SMARCA4,AIMP2,RPL27A,ID2,CWF19L1,NDUFAF2,CALU,NDUFAF3,INTS4,PAF1,INTS7,CALR,RGL2,FBXL6,MON1B,AARS,HIBADH,GPAA1,GRIK5,CETN2,MRPS12,TECR,CETN3,AP2A1,NAT14,PTMS,HERPUD1,ACTR1A,PPP3CB,MAP1LC3B,ACTR1B,SPTLC2,RAC3,SDF4,KIF1B,CTSD,CTSB,COX8A,CCT3,NCOA2,GRIPAP1,TMEM150B,TMEM150A,WARS,DBNL,STARD3NL,ZFR,ANO8,PRPF40A,SYP,RGMB,MRPS7,APRT,CTTNBP2NL,GAK,IMMP1L,RAP2A,RAP2B,PITPNM1,CANX,ARHGEF1,FAM193B,FAM32A,GLCCI1,CRELD1,EEF1E1,PTMA,STK40,STX16,MRPS36,GBA,DERL1,DERL2,CCDC106,MRPS30,RELA,GNAI2,ARVCF,SAMM50,OS9,SERTAD2,HSF2,MGAT2,CCT7,EXOSC2,CCT5,EXOSC1,MAP3K3,NPM1,SPRYD3,SORT1,PNPLA8,YIPF4,MIB2,TTC1,MYO9B,RSRC2,TMUB2,PPP1CA,VEGFA,PER1,ZDHHC9,DPY19L3,SGSM3,CCNG2,FKBP1B,HNRNPA2B1,PNPLA6,GRINA,DPAGT1,OTUD5,SRP19,CRTC2,MIDN,NARF,CD81,COX6A1,SRP14,CELSR3,NARS,KHSRP,EP300,BANF1,ARID2,SH3GL1,TPRA1,FBXW11,ATG9A,TTC7B,WBP11,COX6B1,EEF1A1,HNRNPUL1,TMX2,HNRNPUL2,DNAJB11,EHBP1L1,UBE2V2,SBDS,CARS2,PPIA,VCP,TMED10,RBM8A,NDUFB11,DDX1,SEL1L,RASGRP2,RTN4,FUT8,SHARPIN,IRAK1,GRK6,CAMTA1,CYC1,TBC1D17,PRNP,FDPS,UBE2I,PDHA1,KLHL25,PHF12,PCIF1,HMGA1,TIMM44,KLHL24,AP4B1,ANKHD1,CLK3,CLK2,RCL1,PAN2,HOOK2,NASP,HOOK1,UBE2S,GNB2,STT3A,PHF14,IFT27,CYCS,TCF3,STT3B,GALK1,MXD4,RERE,PHTF2,GSK3B,GSK3A,PRR7,DDX49,ZMYND19,PRKCSH,CHD8,MAST2,CHD6,DDX42,PSIP1,ADAR,HMGB1,TAZ,CHD2,LMNB1,CABIN1,RND1,PPP1R9B,YWHAQ,MLST8,TIMM17A,TIMM17B,SUN2,RBM14,SUN1,ATP6AP1,PDPK1,GLRX5,DCAKD,DDX56,ATP6AP2,DDX54,ARHGEF18,DDX50,UTP18,YWHAZ,EPN1,PJA2,SFPQ,NDUFS8,CREB1,RCN2,IRF3,EEF1D,PPDPF,CAT,CRY1,NDUFS2,MVD,IRF9,AGPAT5,OTUB2,MVK,DCTN4,ANKS3,DCTN3,SLC3A2,HMGCR,MAT2B,NT5C2,AGPAT1,RNF4,RNF5,ADD1,CYTH2,DNPEP,CAND1,RAB40C,PABPN1,TMEM203,TAF1C,TMEM205,MKNK2,DROSHA,PTK2B,FBRS,PDLIM7,CYTH1,RBM39,RRM2,TAF15,TAF13,MIIP,TTC17,PNKD,BRMS1L,ERCC2,ACIN1,RBM42,ERCC8,ERCC5,FAM98B,TAF6,VIM,R3HDM1,TAF1,TRIO,PHAX,HNRNPR,RPL8,EPRS,ELK1,DCAF4,RPL9,DCAF7,RRP9,PCMT1,MYC,ZMIZ2,FDXR,LUC7L,VPS35,CDK5RAP3,TSPYL2,TSPYL1,NUP210,DAPK3,PRKCD,GTPBP6,WDR74,MED8,CD3EAP,GTPBP1,ATG12,ARMC1,WDR81,SARNP,CLPP,TARS2,NUP98,RPL29,PRR12,RPL28,VPS28,PRR14,PI4K2A,RNF121,PRR13,POM121,RPN2,VPS26B,HIF1A,FAM160B2,PRDX2,LDHA,PRDX5,PPP4C,VPS16,FDFT1,CDK19,CHKB,JUND,WDR59,H3F3B,TYSND1,NR1D1,MEX3C,HNRNPL,HNRNPK,GIPC1,HNRNPD,ATG2A,OGDH,CDK10,HBP1,GTF2IRD1,HNRNPC,DUS1L,FARSA,CDK16,OGFR,CEP57,SETD5,SETD3,PHF20,PHF1,CLTA,WDR45,WDR46,ING1,PHF8,TMEM189,ENSA,ANXA6,GPR137,AP3S1,CIC,JARID2,EMD,CEP68,NUDC,TPI1,SSR4,SSR3,AEN,NUDT16L1,FAM126A,COPZ1,BACE1,NCOR2,TAF6L,RNF167,TUBB2A,IVD,TCP1,EXOC4,GART,RNF166,SF3B5,GRN,RPL10,RPL11,TMEM160,HSPA14,WDR24,FGD3,PPP1R7,ASNA1,LMAN2,UBN1,RPS3,USP1,ANKRD54,RPS2,BRD8,PAIP2,RPL18,SF3B1,RPL17,PAIP1,RPL19,SF3A2,PCGF2,NR1H2,PCGF3,SYVN1,TRMT1,TTC9B,TTC9C,GTF2H5,MZT1,AGBL5,XAB2,PHF5A,MORN4,NFIA,ZYX,NUCB1,PLP2,NUCB2,RAB3A,ANKRD13D,RAB3D,GTF2B,TUSC2,CTNND1,UBP1,AUP1,BZW2,BZW1,SLC8A1,TM7SF2,MAEA,CFL1,MAF1,MEN1,SLC39A3,RAB2A,RARS2,TLE4,TLE3,BIVM,CSNK1G3,RNF44,RPS9,ANKRD49,MAP2K2,USP5,ANKRD46,RPS5,MAGI3,AIP,TRAFD1,DYRK1B,RPSA,PGD,GTF2F1,VRK3,LEMD2,ILF2,CLIP3,PYGO2,TOM1L2,MORF4L2,NCL,ERP29,PGP,FKBP8,SNRPF,STAMBP,PHPT1,FKBP3,SNRPA,CSNK1G2,GLYR1,CUL9,RAB5B,ANKRD16,CD151,RAB5C,ABHD2,ANKRD11,GLO1,INSIG1,CCDC25,ABHD8,AK2,TARS,SLC38A10,UBR1,PHB,GTF2E1,STIP1,ORC6,ORC3,UBR5,ABL1,MAP2K7,SRGAP1,MPDU1,MCL1,WDTC1,OSBPL9,UVRAG,ANKRD34A,ANKRD27,RAB4B,EIF2B2,POLR3GL,TNK2,OSBPL2,M6PR,MARCH9,DHCR24,LSM4,COPS4,MARCH2,COPS3,RCAN1,COPS6,CNOT6,CDK5,CNOT1,CDK4,CNOT3,TADA3,PDCL,SPIRE1,RNF181,TPP2,PLXNB1,IARS,NF2,DHCR7,COPS8,CNIH2,EIF4G3,BCL2L2,EIF4G2,BCL2L1,MAP3K12,EIF4G1,LMBR1L,DIDO1,MCM7,RNF13,RNF14,TRADD,CCDC47,CEP164,PTBP1,SART1,OPA1,AP1G2,SIN3A,SNRNP70,OPA3,RNPEP,WDR6,EVI5L,TNPO2,IDH3A,PLEKHG2,GPX1,REXO1,GGPS1,GPX4,CCDC34,ELAC2,LIX1L,RPL13A,EDF1,YDJC,TSN,TRAF7,PTP4A3,DALRD3,CTDSP2,POLR1B,EVL,DNAJC8,SSX2IP,TRABD,RNF31,NLGN1,NLGN2,RNF34,SMARCD3,WBP1,HDAC1,WBP4,CEBPG,HDAC6,HDAC7,AP3M2,DCAF15,DNAJB1,PUF60,RBBP4,MSTO1,DNAJB5,VPS52,POLR2E,DNAJB9,POLR2G,CSK,POLR2H,DCAF11,POLR2I,RNF20,SPAG7,PPIL2,IDH3G,RNF26,SEMA4C,ADRM1,PTPN11,SEMA4F,MTOR,PNRC2,KLF7,KLF6,PFKL,SNRNP40,PSAT1,IMPDH1,DOLPP1,IMPDH2,DNAJA2,POLR3H,POLR3K,TCERG1,VEZT,ISCA2,ISCA1,PANK2,VARS,ARL6IP1,HDAC10,SLC35B1,HDAC11,CBLB,RPS15,TIAL1,GOLGA2,PNN,RPS14,RPS16,RPS19,RPS18,FLAD1,RPL36AL,PPP2R1A,FTH1,HABP4,ARL6IP4,RPS11,SEPHS2,SOX4,TBC1D10B,SRRM2,ARRDC1,SLC35C2,METTL3,ARRDC3,SLC11A2,RECQL,BOLA1,CPT1C,JMJD8,MAPK8IP3,SRRM1,RRAGA,RRAGC,MTHFD2L,CRYZL1,PFN1,CUTA,NECAB3,TMEM161A,ANP32A,LMAN2L,STXBP2,DCUN1D4,CD99L2,TRMT2A,NLK,LIAS,TMTC4,FXR2,CSTF1,MLEC,STXBP5,SCAI,VASP,TREX1,PYCR2,ZWINT,MANF,RPS28,RPS27,GOLGB1,CCDC88C,ANP32E,ADCK5,TMCC2,CORO7,RBAK,RPS21,RPS24,C2CD2L,TECPR1,ITM2C,HBS1L,DAZAP2,TOP2B,DAZAP1,HIP1,ZFAND2A,ZFAND2B,GDI2,ZCCHC17,ZCCHC14,LIMD2,EPM2AIP1,XPO1,ZMYM2,GUK1,PCF11,ZMYM5,SEC61G,XPO6,TMED1,UBXN6,RAB8A,RALGPS1,RSPRY1,TOP3B,PSENEN,PRMT5,MAP4K2,CDV3,PRMT1,NME3,ZDHHC13,ZDHHC16,UCHL3,ITFG2,MLF2,POC5,HNRNPH1,PACS1,STRAP,HNRNPH2,ALDOA,SGK1,MAPRE1,ATP6V0C,MPND,CSTB,TOMM40,AKAP8,AKAP6,ARNTL,NOL6,NT5C,CST3,AMN1,HIRA,ANKMY2,RBM15B,ZDHHC18,NT5M,LCMT1,MPZL1,PURG,NFYA,NFYB,GBF1,GINS4,AP3D1,RAB11B,HIST3H2A,NBR1,CTNNB1,PRPF31,FAU,MPHOSPH8,MEGF9,GOLT1B,NDUFA11,ROGDI,ARID4A,ARID4B,NUCKS1,CWC27,CHCHD2,CHCHD3,ARHGDIA,CHCHD6,CHCHD7,KDM2A,LMO4,SHISA5,NOSIP,KCTD2,ACYP1,PDIA6,SHISA7,PDIA4,HGS,PRPF3,SPNS1,ELMO2,IDI1,RPS19BP1,PXN,LTBP4,PRPF8,DPP3,EFNB2,ZMAT2,CASKIN1,OTX1,MYH10,ANKZF1,PDZD7,MARK2,KLHDC10,HSPA8,ACBD4,CBX5,HSPA5,RHBDD3,CPSF1,NONO,IFT122,TBCB,DNAJC14,COQ7,AZIN1,ARHGAP33,NFKBIA,EFNA2,SKIV2L,CLASRP,DYNLRB1,BRWD1,LRP10,COPE,ZSCAN2,NFKBIB,B4GALT3,SCYL3,ACADVL,THRA,YBX1,USP39,ELAVL1,SLC2A8,HS2ST1,FLCN,SEPT9,PPP2R5E,FLOT2,MAN2C1,RBM5,RBM6,POLG,KDM6A,KLF13,USP42,AKTIP,H2AFX,RNF208,H2AFV,PPP2R5D,OXSR1,SENP3,CKAP5,DNM2,FCHSD1,FAM189B,AKT1S1,PFDN1,TMEM9,HAGH,PFDN4,B4GALT5,STOML2,KDM3A,USP16,RGS19,ATF6B,TM2D2,PDXP,NRXN2,SPG7,MOSPD3,TOB1,U2AF1L4,NXF1,TFPT,FAM168B,UGP2,MAPK7,RPS6KC1,SAP30L,NT5DC2,FAM120A,GNA12,PDE6D,MAPK1,BUB3,CDIPT,MAPK3,RWDD1,PTCD3,KDM4A,KDM4B,ATP13A1,BAD,QPCTL,LCA5,NAP1L4,CDK2AP2,BAX,RBMX"
+"gene_set_query"	"129"	"ZNF22"	"211.0"	"ARCHS4 Coexpression,10;Enrichr Queries,129;GTEx Coexpression,494"	"RPL5,TFRC,RPL31,HNRNPU,THYN1,EPRS,RPL9,RPL7,NDST1,LSM12,ALCAM,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,STMN1,RPL35,AKT1,PIP4K2C,PRKACA,WSB1,RPL22,CD3EAP,SCRIB,ATG12,SARNP,DDIT4,PRR12,CGGBP1,MTMR1,SET,FLII,MRPL13,HIF1A,PRDX3,LDHB,ABR,PRDX5,LDHA,PRDX4,SSR1,PIP5K1C,EDEM3,JUN,JUP,CADM1,H3F3B,IRF2BP2,EIF1,PRRC2A,MRPL22,HNRNPL,NPLOC4,GIPC1,HNRNPD,OGDH,EZH2,ARF3,OGFR,LRSAM1,PIGU,BTG1,CDKN1B,RPLP0,CLTB,MRPL39,MRPL32,SMG5,MRPL42,TUBA1A,CSRP2,PLEKHN1,CIC,UPF1,ELOVL4,SSR3,ITPK1,DUSP6,SRP9,NCOR2,SLC7A5,PSMA6,MRPL50,PSMA3,TUBB2A,PSMA4,INF2,PSMA1,PSMA2,PXDN,MTF2,RAPGEF1,EXOC3,ERGIC1,PAFAH1B1,CDC123,TIMM9,RPS27L,DLST,CENPB,FAM129B,RPS15A,PSMB5,PSMB1,USP1,RPL14,CLPTM1,FLNA,ANKRD52,RPL15,RPS27A,PAIP2,YKT6,GATC,DAB2IP,SCAF1,SKI,NFIA,NFIB,APEX1,SERBP1,TAOK2,NUCB1,PKN1,NUCB2,CLSTN1,ATN1,PLOD3,CLU,FAM107B,EIF4ENIF1,STK11,CDH2,LAMP1,HMGN2,TMSB10,HMGN3,FADS1,HMGN1,CSNK1G3,SH3GLB2,SLC38A1,MAP2K2,USP5,IGFBP3,TPM1,F2R,ATP11C,ILF2,TOM1L2,MORF4L1,RAB35,SRSF2,SNRPG,SRSF3,SNRPE,SNRPF,SRSF6,SNRPC,SRSF7,FKBP3,CSNK1G2,IFNAR1,SLC27A4,ANAPC2,CUL9,DNMT1,CD151,RAB5C,INSIG1,SLC38A10,SAV1,SOCS2,SBNO2,PITRM1,ESD,DVL1,BTBD2,NACC1,NAE1,SLC38A2,WDTC1,SEC16A,ASNS,LSM5,LSM3,SH3BP5L,CDK4,MDM2,PLEKHM2,PLXNB2,ACO1,GPR107,RSL24D1,NFE2L1,EIF4G1,RNF187,ZNF512B,HSP90AB1,MCM7,CELF2,PTPN23,BICD2,DUSP12,SUMO1,SNRNP70,SUMO2,PGM3,ACP1,CCDC50,BCAS3,HSP90AA1,REXO1,VBP1,RAD23B,DDOST,ARFGAP1,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,BCAT1,CRK,PPP1R12C,AHDC1,BIRC2,GTF3C1,GTF3C6,MAK16,SRSF1,KATNB1,LENG8,MLLT1,AMBRA1,PDHB,SRM,DNAJB2,FZR1,GANAB,U2AF2,POLR2D,POLR2G,DRAM2,HNRNPA1,SEC11A,MEST,EIF4E,DCAF13,SEPT11,MARCKSL1,SSB,NDUFA4,FBXL19,CNBP,TPRKB,CDC42BPB,BAIAP2,DNAJA1,MYO1B,MARCKS,KLF6,EIF3M,SNRNP40,TSPAN13,PSAT1,MFAP3,MGAT4B,PDCD4,PDCD2,EIF3E,P4HB,EIF4A2,APP,IFITM2,PITPNA,ZDHHC5,CISD2,TXNDC12,ZDHHC3,RAPGEFL1,ACTB,SNRPD2,SNRPD1,FTH1,CDC26,SEC62,GLUL,ATXN7L3,SOX4,EIF2A,SEC63,TMPO,SRRM2,ATP6V1G1,ALG5,ALG2,CIRBP,CSNK1D,MOGS,ACTN4,MAPK8IP3,MRPS18C,PPA1,SUB1,VDAC3,KCTD12,EZR,TBC1D9B,TMEM63B,IGSF3,NMD3,DGUOK,SYMPK,TNRC18,NUS1,TMEM184B,INTS1,PAICS,SMARCA4,ID2,ANP32E,RPS24,ITM2C,NRP1,TRAM1,CITED2,PAK1IP1,INTS10,TECR,MRPS12,AP2A1,SPPL3,HERPUD1,SYNCRIP,SERP1,CHMP1A,TMED2,SDF4,SEC61B,TMED7,GABPA,PARP1,TSC22D1,TSC22D3,GAA,MINK1,MRPS7,VAV2,MLF2,RHOB,GAK,PITPNM1,PACS1,SGK1,EEF1E1,PTMA,ATP6V0C,CSTB,PCNA,PRIM1,TCEAL8,PCNP,SH3BGRL,EXOSC8,PAK6,MGAT1,PAK2,RANBP1,NPM1,GBF1,AP3D1,MYO9B,KLHL9,SPCS3,SPCS2,XPOT,HNRNPA2B1,TCEA1,PNPLA6,TOMM5,GRINA,ZFAND3,CD81,BCCIP,HDLBP,NUCKS1,SRP14,CELSR2,TOMM20,EEF1B2,GRIP1,PPME1,BASP1,ARHGDIA,COTL1,SBF1,SH3GL1,DIMT1,LMO4,SLC30A5,SDHD,ATP1B1,EEF1A1,TMX3,ADAM15,HNRNPUL1,TMX1,EHBP1L1,UBE2V2,CHMP4B,PPIB,FAIM,SEL1L,BTF3L4,SUPT6H,CAMSAP1,CNN3,CAMTA2,MARK4,MYH10,MARK2,BCL9L,IVNS1ABP,DNAJC19,HSPA8,PRNP,HSPA5,IDH1,IDH2,BFAR,AZIN1,NFKBIA,EFNA3,H1F0,EFNA2,HOOK2,NASP,HOOK1,OSTC,GNB2,GNB1,STT3A,UBE2N,LSM14B,LRP10,ZSCAN2,KDM5C,GSK3A,PRKCSH,HMGB3,PSIP1,ATP2A2,DPY30,SLC2A3,HMGB1,CHD3,TRIAP1,RND3,HK1,LMNB1,PPP1R9B,SPRED2,SEC61A1,LASP1,ZC3H7A,MAN1A2,ZC3H7B,CASP2,SCYL1,ARHGEF11,H2AFY,PDPK1,H2AFZ,H2AFV,PPP2R5D,EPN1,DNM2,SFPQ,VCAN,AKT1S1,FAM84A,OTUB1,ATP1A1,TOB1,AGPAT3,HSPD1,RMND5B,TAF1D,DNPEP,MAT2A,FAM120A,FBRS,RRM2,NAP1L1,DEK,CLCN7,UFM1,CARM1,ACIN1,RGS12,VIM,SSBP1,ABCE1,RBMX,RAN"
+"gene_set_query"	"130"	"SRF"	"211.3"	"Literature ChIP-seq,37;ARCHS4 Coexpression,127;ENCODE ChIP-seq,24;Enrichr Queries,363;ReMap ChIP-seq,24;GTEx Coexpression,693"	"ATF2,SCOC,NUP107,GMFB,TFRC,IFT172,POP4,ITSN1,TESK1,NDST1,CAPNS1,RAVER1,DPYSL2,AKT2,DPYSL3,FGFR1OP2,AKT1,PRKACA,PRKACB,FNBP4,PRKAB2,SAP30BP,ZC3H11A,DDIT4,UNC50,JTB,ATF4,SF1,BAZ2A,PLA2G6,ADAMTS10,CIAO1,RHOT2,PRPSAP2,LARP1,RNF216,RDH13,HEXIM1,JUN,CREBBP,GSTM1,PRPF38A,EIF2AK1,PBX2,LARP7,LARP4,BTBD10,PBX1,TBL3,QARS,FASN,NMT1,NMT2,PKIG,LGMN,ARHGAP1,SNX11,BBC3,DDA1,SMPD3,PCMTD2,SMPD4,SMPD1,TCP11L2,JAK2,JAK1,PCMTD1,DUSP1,SPHK2,IFT140,GSTO1,TEX10,SLC39A13,MED27,MED26,DUSP6,MED29,DUSP7,MED23,PHF20L1,MED22,SLC7A5,SLC7A6,PTRH2,PXDN,MED20,RAPGEF1,ERGIC2,TRUB1,OAT,LIN37,GSTP1,WRB,DLST,SNX32,NOC4L,SDAD1,SLC7A1,CENPB,SNX27,SPOP,MFN1,MFN2,ZSWIM6,ZSWIM4,CENPT,MBD3,CRBN,MCRS1,SNX21,TARBP2,SKI,RABIF,ABCB10,TAOK3,MYBBP1A,SNX16,CCDC9,SNX17,SLMAP,SNX14,APEX1,TAOK2,YPEL1,PKN1,AGRN,YPEL3,FRYL,GZF1,MTCH1,SLC27A1,CRCP,TMEM167B,PDCD5,ATN1,LAPTM4A,UROD,FNTB,ADORA1,NUDT19,MAP3K7,DGAT1,FBXW7,CTNNBIP1,FBXW9,CNPY2,POLRMT,FBXW2,LENEP,CDC25B,ATXN2L,DMTF1,MSH3,SRSF2,SRSF3,SRSF5,SLC27A3,INO80B,TXNDC9,GMPS,FBXO45,CORO1B,CORO1C,RAP1A,NDOR1,G3BP1,MBIP,EIF4EBP2,BRIX1,SAC3D1,ZKSCAN1,BOD1,FUS,RASL10B,UROS,HPS4,ARPC4,ARPC5,DRAP1,SH3BP5L,LRCH1,NACA,ACO1,ACO2,CLPTM1L,NIT1,ISY1,MCFD2,AKAP8L,PTEN,ETFB,BICD2,AP4M1,ALAD,ZNRD1,SPR,PPP6R1,ACP2,YAF2,BCAS2,BOK,UNC45A,ACTR3,EIF5A,EIF5B,ACTR6,DHPS,TFIP11,ACTR8,ARFGAP1,TMBIM4,C1D,ETF1,TOP1,GAPDH,BECN1,ROCK1,MGRN1,SRC,ROCK2,SRF,SRSF1,LENG8,MLLT1,MLLT3,FOXRED1,MLLT6,MTHFSD,CDC42,SRR,U2AF2,BAHD1,PHKG2,TRIM46,FEM1C,HNRNPA1,UBQLN4,EIF4B,CIZ1,TRIM41,FEM1A,PCDH7,MID1IP1,TXNL1,HNRNPAB,TSPAN14,EIF3M,NAGK,TRIM39,EIF3K,EIF3L,TSPAN18,EIF3G,EIF3H,STUB1,PDCD2,EIF3D,SMARCAL1,PPAN,ACTB,NUDT3,TRIM28,HERC1,BSG,CCDC97,PTGFRN,ATP6V1E1,ATXN7L3,FBXO9,ATP6V1G2,ARL15,ACTN1,ECH1,CIRBP,MOGS,ACTN4,ALG1,MFSD11,BCS1L,TMEM170B,SNHG12,KCTD10,CDC37,CSNK2B,KCNQ4,FAM76B,FLYWCH1,KCTD17,NUMBL,AARS2,CEND1,ZBTB5,TTBK2,HLTF,KCNN1,FAM192A,HARS2,SMARCA2,SMARCA4,AIMP1,EXT2,ZBTB6,NDUFAF2,RANBP10,NDUFAF3,GRB2,FBXL6,MON1B,SUGP1,MRPS17,MRPS15,HIBADH,PAK1IP1,MRPS12,NAT10,NAT14,RAB22A,PTMS,THTPA,ACTR1A,MAP1LC3A,OTUD6B,CAP1,PCYT1A,MRPS27,PABPC4,MRPS23,TFB2M,SREBF2,CTTNBP2NL,TOX4,GAK,RAP2A,RAP2B,FAM193A,PABPC1,ARHGEF2,PTMA,NAPB,PCNA,SSNA1,PRICKLE2,GNAI3,RELA,NAPG,GNAI2,SH3BGRL,NFIL3,OS9,ORMDL3,MAP3K3,PNPLA8,VEGFB,TTC1,MYO9B,PEX14,VEGFA,YIF1B,NUDT9,KLHL9,PDCL3,CCNYL1,TCEA1,HDGF,PNPLA6,ZFP28,OTUD5,SRP19,CRTC2,SYS1,NARF,PRDM4,ZFAND3,RPP30,UBE2Z,SRP14,TXN2,ACTG1,IGF1R,EEF1B2,NARS,PCID2,MMGT1,UBE4A,UBE4B,SDHA,DHDDS,ADAM15,EHBP1L1,DNAJB11,EEF1A2,PPIF,PLAA,PPIG,TBC1D23,PPIB,RAF1,CARS2,PPIA,COX19,DDX5,NDUFB10,HTRA2,CACNA1C,CACNA1H,RNASEH1,SHARPIN,IRAK1,GRK6,TBC1D13,TBC1D14,TBC1D17,SYT5,YARS,NUP155,UBE2B,PCIF1,NUP153,TIMM44,AP4B1,MANBAL,HIGD2A,IFT20,HOOK2,HOOK1,UBE2S,GNB2,GNB1,CNTN1,UBA1,TCF3,GALK1,UBE2M,CUEDC2,LDB1,TNFAIP1,TAZ,RND2,USE1,RND3,LMNB2,LMNB1,RND1,LASP1,TMEM223,EEF2K,MYO18A,DACT3,SUN2,SUN1,TBP,NUP133,PDPK1,CAD,SYNGR3,EPN1,EEF1G,SETBP1,ALS2,CRY2,ATP6V1B2,ACOX3,MAN1B1,CUEDC1,SLC3A2,AGPAT1,RNF5,ADD1,AGPAT4,ADD2,MTA1,GNG2,PABPN1,TMEM203,OXCT1,TMEM205,MKNK2,TRA2A,DROSHA,RALY,MTA2,RPP14,FBRS,CYTH1,TTC14,TIMM8B,SSRP1,CDK11B,ERCC3,ERCC1,CARM1,ERCC2,KRAS,IPO11,ANKLE2,TES,RRP1,HNRNPU,WDR83,GPATCH4,ADARB1,SMC6,EPRS,SMC3,PHB2,ELK1,GLS,ZMIZ1,ZMIZ2,WDR91,AP1S1,NUP214,DDX17,VPS18,DDX18,PRKCE,ARMC9,WDR74,GTPBP6,AFAP1,WDR75,SCRIB,WDR73,GTPBP2,GTPBP1,GTPBP4,HCFC1,WDR81,WDR82,ARMC6,ZSCAN21,VPS28,PI4K2A,LRPAP1,SEH1L,WDR61,ADH5,GJC1,LDHA,WDR70,BLOC1S1,BLOC1S2,ST3GAL2,FDFT1,WDR59,SNAPIN,DMPK,HOMER1,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,HNRNPM,HNRNPF,PPT1,MMS19,FARSA,FARSB,CEP57,PYGB,SETD5,MOCS2,GMEB2,CDKN1B,PHF23,PHF1,SETD6,GPT,WDR46,SMG5,SMG6,RRP12,CIC,RRP15,SHPRH,NUTF2,WDR34,GNL1,WDR33,GNL3,NCOR2,HADHB,TAF6L,HADHA,SIKE1,TUBB2A,MTF2,EXOC3,PLEKHO1,TKT,GART,EXOC2,EXOC1,GRN,WDR24,ADCY5,FAM129B,SCAF8,PPP1R7,DEDD,CSNK1A1,NR1H2,WDR18,GATC,SYVN1,ELP2,HIPK1,WDR12,DEF8,DHRS1,WDR13,SCAF1,PHF5A,OSTM1,NUCB1,UBP1,AUP1,RPL10A,CLU,IPO4,SLC8A1,TM7SF2,PPP1CB,EDC4,IPO8,LAMP1,SLC39A9,CFL1,GTF2I,TLE4,MAGI1,RAB2B,TLE3,USP8,MAP2K2,TPM4,TPM3,RALGAPA1,USP4,TPM1,THOC1,FRMD4A,THOC5,VRK3,LEMD2,ILF2,THOC6,PYGO2,MORF4L1,ILF3,DMWD,RAB34,RAB35,PGP,SNRPC,FKBP3,CSNK1G2,SNRPA,FKBP5,FKBP2,INSIG1,UBR4,UBR2,ORC5,TPR,DVL1,DVL2,DVL3,MAP2K7,MCL1,MAP2K6,AP1M1,OSBPL9,EIF2B4,OSBPL8,UVRAG,EIF2B3,RAB4B,CCDC12,POLR3GL,SEC16A,OSBPL2,TMEM132A,COPS4,BCL9,COPS6,DAB1,PDCL,TPP2,PLEKHM2,PLXNB2,COPS8,BCL2L2,BCL2L1,MAP3K12,WDR1,MCM7,ZC3H4,ZC3H3,CCDC47,WDR4,VPS72,AP1G1,SNRNP70,UBTF,IDH3B,WDR6,EVI5L,EIF2B1,RFC3,PLEKHG2,CDADC1,GGPS1,SMC1A,TSN,DNAJC2,TFDP1,DAD1,CTDSP2,POLR1B,ALDH9A1,TSSC4,HDAC1,VPS4B,RAB1B,HDAC7,DNAJB2,ABLIM1,NFS1,POLR2A,HAUS8,DNAJB5,RAB23,VPS52,POLR2E,DNAJB9,POLR2F,POLR2G,ASCC2,POLR2H,POLR2I,ADSS,SLC35A4,FBXL19,CCDC59,TPRKB,FBXL16,FBXL12,BCKDK,RAB10,VAPA,GLOD4,VPS41,POLR3F,DRG2,POLR3H,POLR3K,PPIL4,TPT1,SLC35B2,ISCA2,TMEM183A,VARS,HDAC10,ZMYND8,SLC35B1,PITPNA,CISD1,FCF1,GBA2,RPS16,FRAT2,KAT5,RPS19,RPS18,FLAD1,PPP2R1A,MAGOH,LONP1,LONP2,BTRC,RPS11,TBC1D10A,TBC1D10B,SRRM2,METTL3,COG2,MAPK8IP3,KATNAL1,SUCLG1,ATP6V0D1,OBSL1,RTEL1,MAGED1,CSTF3,STXBP2,LIAS,HTATSF1,MYL12B,ZNHIT3,CSTF1,ATP6V0A2,TNRC18,VASP,PYCR2,SMU1,ADCK1,RNPS1,RPS21,C2CD2L,UBXN1,HIP1,CITED2,SLC35F5,ZFAND2A,ZCCHC17,COIL,CHMP1B,RAB8A,TMED4,PSD,PSENEN,TOP3B,PARP1,PARP2,STRADA,PPRC1,ZDHHC17,ITFG2,MLF2,UGDH,NFX1,HNRNPH1,SDCCAG8,CSTB,DTYMK,GDPD1,NOL8,NOL4,NOL6,TCEAL8,HIRA,ATP6V0E2,APBB3,MTX1,NFYA,SLC31A1,NFYB,GINS4,SORBS1,MPP6,RAB11B,SPCS3,MPHOSPH9,CAPZA2,KBTBD7,MEGF9,NDUFA12,NDUFA10,ROGDI,CWC25,LZIC,TATDN1,ARHGDIA,HCFC1R1,AZI2,TRAPPC2L,LMO4,SHISA4,NOSIP,TUG1,RSBN1,PRPF6,CHMP4B,ZCCHC7,IDI1,RPS19BP1,PRPF8,EFNB2,EMG1,UBB,ZMAT2,ZMAT5,KLHDC10,CPSF4,KLHDC4,CPSF7,CBX5,PNPT1,CPSF1,CBX4,CBX2,COQ9,EIF2S2,COQ7,COQ2,EFNA2,CAPRIN1,CHMP2A,SKIV2L,SAE1,LRP10,COPE,LRP12,MUS81,KDM5B,KDM5C,CBY1,YBX1,SEPT9,SPRED2,SNAPC2,KDM6B,H2AFZ,H2AFX,SPATS2,RPS3A,PPP2R5C,SAFB,LSS,POMGNT1,SEPT2,DNM2,SUPV3L1,DDAH1,DDAH2,AKT1S1,PFDN2,TMEM9,THOP1,PFDN5,KDM3A,KDM3B,STOML1,ATP1A1,THBS3,TBRG4,TBRG1,NXF1,MAPK9,FAM168B,UGP2,ALDH1B1,RPS6KC1,FAM120A,KDM4A,CAPN10,RPS6KB2,MDC1,MT-ND4,GHITM,TSEN54,LSM10,PSMD8,SCAMP4,KRTCAP2,PSMD7,PSMD5,PSMD3,SAMD10,MEF2A,GABARAPL2,MEF2C,CSNK2A1,RFX1,EML1,SCAMP3,SND1,SCAMP2,RUFY1,MYL6,PSME3,ZFYVE19,PSME1,PSME2,CGGBP1,TTYH3,ABCB6,FLII,COPS7A,AGAP3,MTMR4,MRPL12,OAZ1,GABARAP,MRPL20,HMGXB4,PRKAR2A,PSMF1,RHBDL1,PRRT1,PRRT2,EDEM1,EDEM2,MRPL27,BBIP1,SNF8,MRPL24,SNUPN,EIF1,CS,SETX,ABTB1,EIF6,PSMG3,PSMG4,DCHS1,AVL9,FERMT2,TMEM9B,EZH2,ARF3,ARF4,GPR21,NCAN,PIGQ,RPLP0,ECSIT,MRPL34,TRIOBP,AACS,PIGX,TUBA1C,TUBA1B,TMEM43,FASTK,RPLP2,UPF2,LRRC47,UPF1,DFFA,ELOVL5,PGAM1,SIRT4,MRPL49,RRAS2,SIRT6,NIPA2,MRPL44,MRPL53,MRPL50,PSMA1,TMEM33,TUT1,SLC29A1,VAMP4,VAMP2,ARF6,LRRC14,RNASEL,RNASEK,SRRT,CCNDBP1,TMEM70,MRPL55,GGA1,UNK,GGA3,RECQL5,PSMB5,PSMB2,PSMB3,PSMB1,AP2S1,LEO1,FLNA,HARS,MEF2D,YKT6,SRSF11,NKTR,LRRC24,UTP3,STAT2,SAMD4B,GATAD2A,BYSL,TMEM60,PSMC5,PSMC2,SRRD,UBAP1,CCNT2,UBE2D3,UBE2D1,STK19,YY1,SMCHD1,STK11,RUVBL2,SESN1,SCMH1,STK16,OSBP,KPNA6,FBRSL1,PIM3,AP2M1,IK,VPS33A,SARS,FOXP1,ACAP3,ACAP2,MAPKAPK2,FSCN1,ANAPC5,MAPKAPK5,SQSTM1,KPNB1,ANAPC2,PFKFB2,RNASEH2C,LRRC59,RNASEH2A,PFKFB3,PEF1,MAX,MAZ,ISG20L2,ARL2,FOXO6,UBFD1,SLC9A1,ACAT1,SBNO2,STK36,E4F1,SLC38A2,ZBTB17,BRPF1,GOT2,ZBTB11,EEF2,TMEM11,TUBGCP5,NFE2L1,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,CELF2,COX4I1,FHL1,POMT1,MRPL4,MRPL2,CAPZB,SUMO3,PMEPA1,ERC1,MDP1,CTNNBL1,HSP90AA1,PPP1R12A,PEG3,VEZF1,NDUFC1,RAD23B,PPM1B,SLC25A19,PIK3C3,BIRC6,PPP1R12B,BDP1,PPP1R12C,SLC25A11,PPP1R15A,GTF3C2,SEC23A,NDUFB8,PRCC,MAK16,CXXC1,NDUFB2,ZBTB45,HSD17B12,GANAB,SLC25A28,NCLN,PARD6A,LRRC8A,SLC25A22,AAMP,ATP9B,SLC25A25,PTPN1,PPP1R14B,NDUFA7,NDUFA5,MBOAT7,NDUFA3,NICN1,IMMT,MBOAT2,RPL23A,TPD52L2,SLC25A38,SLC25A39,NOVA2,P4HB,SMAP2,SEC24C,EIF4A1,AHCYL1,EIF4A3,ZDHHC5,TXNDC11,JMJD1C,CCNC,THUMPD1,ZDHHC8,ZDHHC3,ZDHHC4,NUBP2,TXNDC17,FAM53C,CCNL2,CCNL1,SEC62,SLC12A6,EPHA4,EPHA7,ZFP1,NSMCE1,PISD,THAP4,CD2BP2,ULK1,MMADHC,TMEM87A,TMEM87B,L3MBTL2,SUPT4H1,PIK3R1,APH1A,SNX1,APH1B,DHX33,DHX35,PCBP1,MICAL1,PCBP2,DHX37,SURF6,DHX38,SYMPK,ZBED4,CTSA,SURF1,XRCC6,INTS1,SURF2,RCC2,INTS3,ERAL1,ID2,INTS5,PAF1,CALM3,CALM1,RGL2,TMEM151B,PPP1R11,FKBP15,FAM57B,GPAA1,CCDC124,PCSK7,SPTLC1,RSRC1,HYAL2,ENC1,REV3L,DHX15,DHX16,SSSCA1,ARIH1,CTSF,VKORC1,CCT3,ACAD8,CCT2,SEC13,STARD3NL,MINK1,NCOA4,ANO6,MRPS7,COMMD7,ENAH,CTU1,CRELD1,GLCCI1,CD47,DBN1,STK40,RABGAP1,DOT1L,HEATR1,CCDC107,CRIP2,NEDD8,CCDC106,EXOSC7,MNT,EXOSC4,SERTAD4,EXOSC9,HSF2,PES1,GPC4,CCT8,CCT5,CCT4,MIB2,TMUB1,HUWE1,RPA1,CRIPT,UBE2G1,AP2B1,DOHH,PPP1CA,RGP1,FKBP1A,PER1,GPAM,CCNG2,ESYT2,TARDBP,DPAGT1,MIDN,MPI,PHRF1,FAM174B,PPME1,KHSRP,CAPN2,PPFIA1,EP300,SNIP1,BANF1,SBF1,SBF2,PPFIA3,RGS6,SH3GL1,SLC30A5,ATG9A,SSU72,LMTK2,ATAD3A,TMX4,HNRNPUL1,FAM173A,HNRNPUL2,SBDS,GEMIN7,RTN2,KLHL18,RTN3,TMED10,RBM8A,ARHGEF25,YTHDC1,SEL1L,TOR1AIP2,SLC1A4,NDRG1,SUPT6H,RTN4,TAF5L,CAMTA2,CYC1,NDUFV3,NDUFV2,NDUFV1,BCL9L,CCDC134,OST4,PRNP,PHF12,HMGA1,DSTN,KLHL23,SUPT5H,ANKHD1,KLHL20,RCL1,PAN2,PHF13,LSM14B,YWHAE,GSK3A,PRR7,NAA40,DDX49,PRKCSH,PRR3,CHD6,DDX42,ILK,ATP2A2,DDX41,TRIAP1,CHD2,PPP1R9B,SEC61A1,ABHD16A,UBE2Q2,BCL7B,MLST8,UQCRFS1,LRRFIP1,YWHAG,UTP15,BCKDHA,GLRX3,NCBP2,EED,GLRX5,RBM18,BUD31,DDX56,DDX54,ABHD14A,YWHAZ,UTP18,PJA2,CREB3,VCAN,CREB1,RCN2,NDUFS8,IRF3,GORASP2,PEX3,NDUFS5,ATG4B,MVD,NDUFS1,NUP54,NAA38,IRF9,RBM22,DCTN6,DCTN5,DCTN2,DDX23,PARN,DDX21,CSTF2T,MAT2B,CLCN3,CLCN2,HMGCL,DNPEP,MAT2A,RAB40C,SMNDC1,PDLIM7,RBM39,TAF15,CHURC1,NAA10,TAF13,TAF10,TAF11,ATP2B4,SOD2,MAPK14,CHFR,CLCN6,IRGQ,PNKD,ACIN1,RBM42,QRICH1,VIM,FAM98A,CYFIP1,RPL3,STMN3,DCAF5,ENO2,RPL8,DCAF4,RPL9,GLE1,MYC,RPL36,FDXR,DIP2C,IER5,IER2,TSPYL2,ACOT9,MECR,WSB2,RPL23,PIH1D1,DAPK3,RPL22,CD3EAP,MED6,NISCH,RNF126,BIN3,BIN1,GPR161,RPL24,YME1L1,RPL27,RPL26,PRR12,PRR14,POM121,MAPKAP1,RPN1,NOLC1,NEDD4L,HIF1A,PRDX2,ABR,PPP4C,RIC8B,PRDX1,PLCG1,SERF2,RPL41,JUND,H3F3B,ST13,MTHFR,TYSND1,MAD2L1BP,PA2G4,PRRC2B,PRRC2A,TMEM199,FIBP,GLUD1,FAM160A2,OGDH,DUS1L,OGFR,SPEF1,ELL,TCF25,CLTA,ADO,PFAS,ING1,TMEM189,ENSA,ANXA6,GPR137,ANXA7,RIOK2,GPRASP1,EMD,ZC3H10,HSBP1,RNF168,RNF167,IVD,RNF166,SF3B5,SF3B2,RPL10,GPS2,TMEM160,TM9SF4,BCLAF1,SRP72,ANKRD54,RPS2,ANKRD52,RPL18,ANKRD50,DTD1,BRD4,SF3A3,SF3A1,SF3A2,BRF1,TRMT1,GTF2H1,SRP68,LRPPRC,GTF2H5,AGBL5,TM9SF2,TM9SF1,XAB2,SARM1,ZYX,TOR2A,TUSC3,TUSC2,CTNND1,RNF19B,ABHD11,SMARCAD1,LZTS2,MAF1,RPS9,RNF44,RPS7,RPS8,RPS5,GPT2,AIP,RPSA,CTDNEP1,NCL,MADD,ERH,TNIK,MAD1L1,GLYR1,CUL9,CUL7,DNMT1,ANKRD16,CD151,ANKRD11,ANKRD12,AK1,ABHD8,AK2,TARS,GTF2E1,STIP1,KLC4,HMBOX1,PITRM1,BTBD1,NACC1,PSAP,BTBD2,ESD,ABL1,SAFB2,SLC15A4,MPDU1,WDTC1,ESRRA,LSM5,LSM4,LSM2,CHERP,MARCH2,CDK5,CNOT1,RHEB,TADA3,CNOT3,GPR107,SERINC1,IARS,SERINC3,RNF185,EIF4G2,RNF187,EIF4G1,LMBR1L,CALCOCO1,RNF13,PTPN23,SGCE,RPL7A,PTBP1,DUSP12,SART1,PPP6C,METTL14,SART3,SIN3B,GM2A,SIN3A,OPA3,HIF1AN,REXO1,GPX4,LIX1L,RANGAP1,REXO2,BET1L,ZFP90,PTP4A1,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,RPL37A,SNRPA1,SOS1,RNF31,SMARCD1,SMARCD2,RNF34,WBP1,WBP2,AMBRA1,DCAF15,FZR1,PUF60,SNRPB2,DCAF11,DCAF12,DCAF13,RNF20,SPAG9,SPAG7,RNF25,SEMA4B,TXNRD1,OXR1,KLF7,KLF6,PFKL,IMPDH2,RUNDC1,DIXDC1,GOLGA2,ARL6IP5,ZFPL1,GOLGA7,SOX4,NFKBIL1,BOLA1,PTOV1,JMJD8,JMJD6,CRYZL1,GUF1,VDAC2,PFN1,AURKAIP1,EZR,ANKRA2,CBLL1,CUTA,IGSF8,TMEM161A,TWF1,TRMT2A,GMCL1,INPP5B,DGUOK,PTDSS1,INPP5K,SRPK2,SNHG1,TRAP1,FIS1,STK11IP,INSR,PDE2A,SNHG6,ACADSB,GADD45G,MANF,CCT6A,STAG1,CCDC88C,BAP1,CDS2,ITM2C,DAZAP1,MYL6B,PRPF19,RYR3,GUK1,GLIPR2,ZMYM4,RSPRY1,PRMT5,CDV3,PRMT2,PRMT1,NME3,AMPD2,RHOF,RHOB,RAB33B,FRG1,FAM20B,MAPRE1,ALDOA,KPTN,SGK1,ATP6V0C,PRIM2,TOMM40,SLC20A1,PRIM1,ARNTL,RBM15B,SHOC2,RANBP2,RANBP1,RANBP3,AP3D1,RANBP6,RSL1D1,MARS,TOMM7,CTNNB1,PRPF31,FAU,TOMM6,GALNT11,HDLBP,TOMM20,TOMM22,FBL,CHCHD2,TMEM147,CHCHD6,CHCHD7,TMEM14C,ANGEL2,WRNIP1,TRNT1,KCTD5,PDIA4,DPM2,OXA1L,TMEM135,DPM3,DNAJC30,RPL7L1,CMPK1,FIZ1,ISCU,ARHGAP12,DPP3,TMEM127,TMEM128,CASKIN1,ZC3H18,DMAP1,MARK4,MYH10,ANKZF1,MARK2,HSPA8,ACBD6,ACBD5,ACBD4,HSPA5,ASPSCR1,IFT122,DNAJC14,DNAJC17,ARHGAP23,DNAJC18,NFKBIA,ARHGAP33,NR4A3,TMEM115,DLG4,DNAJC10,TBCE,SRPRB,CLASRP,USP36,ACADVL,USP32,USP39,PKD1,TMEM101,SENP5,ZC3H7B,FLOT1,PDE4B,SPEG,TMEM109,PDE4A,SCYL1,USP46,TSFM,USP48,KLF13,ABCC5,RNF208,ARID1A,SENP3,KLF16,DDX19A,LUC7L3,LUC7L2,TSEN34,USP14,POLDIP2,POLDIP3,GMPR2,WIZ,MOSPD3,STRN4,USP19,STRN3,U2AF1L4,TFPT,NT5DC3,CDIPT,ABCF2,CAMK2G,ABCF3,RWDD1,PTCD3,ATE1,PTCD1,WTAP,USP20,B3GAT3,BAD,USP22,HAGHL,PDE4DIP,NAP1L4,SH3YL1,NEURL4,XPNPEP1,SPRY2,BAX,ABCE1,SSBP4"
+"gene_set_query"	"131"	"ZNF496"	"212.3"	"ARCHS4 Coexpression,116;Enrichr Queries,255;GTEx Coexpression,266"	"MDC1,RPL5,TRIO,TRRAP,EHMT2,HNRNPU,SMC5,EPRS,BACH2,SCP2,RAVER1,ZMIZ1,DPYSL2,MYC,LUC7L,IER2,TMEM8B,FNBP4,NUP210,CD3EAP,SCRIB,WDR73,SOX12,GTPBP1,EML2,SND1,HCFC1,BCR,IFT81,DDIT4,PRR12,SF1,NUP205,POM121,TTYH3,SHMT2,BAZ2A,RNPC3,GLG1,GJC1,RNF214,LARP1,PLCG1,SLC19A1,CREBBP,NDFIP2,JUN,PRPF38B,PHC1,JUP,SETD1A,IRF2BP2,PBX2,NR1D1,PHC3,PRRC2B,PRRC2A,HNRNPL,NPLOC4,FASN,HNRNPD,HYOU1,DCHS1,TMEM9B,EZH1,PHF3,PHF2,SETD5,SETD2,PIGU,PHF1,CLTB,TCF20,PFAS,SMG5,DDA1,MED12,CIC,JARID2,PCMTD1,BRD2,SLC39A13,BAZ1B,WDR35,LRRC41,DUSP6,NCOR2,DDB1,SLC7A5,TUBB2A,INF2,TMEM33,PXDN,SLC29A1,GRAMD1A,SF3B3,SLC7A1,TCOF1,NSD1,AP2S1,CKB,SF3B1,MEF2D,EXTL3,SRSF11,RUNX1T1,SF3A2,DAB2IP,ELP2,LRPPRC,GATAD2A,XAB2,MYBBP1A,ABI1,ZYX,PKN1,AGRN,CCNT2,CEP120,ATN1,IPO7,IPO5,FADS2,POFUT2,SALL2,SCMH1,PIM3,LZTS2,FADS1,GTF2I,TLE3,SLC38A1,GPT2,THOC1,PRPF4B,FOXP4,POLRMT,MSH6,ATXN2L,ARMCX4,ILF3,DMTF1,FSCN1,PHIP,SNRNP200,KPNB1,SNRPA,ANAPC1,KHDRBS1,PFKFB3,MAZ,UBR4,UBFD1,UBR1,SAV1,SOCS2,SBNO2,PITRM1,STK36,PMVK,UBR5,NACC1,ABL1,ANKRD10,DVL3,PLXNA1,MCL1,NEK9,TIA1,ATP8B2,BOD1,FUS,SEC16A,ASNS,EEF2,CHERP,BCL9,GON4L,YEATS2,TPP2,PLXNB2,RAB5A,TMEM19,ZNF512B,NUMA1,MCM7,CEP164,AP4M1,DUSP12,GM2A,SIN3B,PPP6R3,UBTF,WDR6,PMEPA1,TNPO2,ADAMTS7,PELP1,PLEKHG2,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,AHDC1,PPP1R15A,GTF3C1,SMARCD1,NLGN2,SRC,SRF,LENG8,FOXK1,LRP8,HDAC7,ABLIM1,GANAB,CCDC85C,U2AF2,KRIT1,FEM1C,FYN,IGF2BP3,IGF2BP2,HNRNPA1,EIF4B,HNRNPA0,MLXIP,CIZ1,FBXL19,MBOAT2,HNRNPAB,ASXL1,RAD52,MCM3AP,MARCKS,KLF6,DOLPP1,EIF3G,EIF3C,SLC25A36,PFKP,EIF3B,APP,VARS,ZMYND8,RAPGEFL1,ACTB,HERC2,TRIM28,TRIM24,LONP1,ARL6IP5,EIF2D,SEPHS1,GLUL,SOX4,SEC63,SRRM2,SMARCC1,SMARCC2,ACTN1,METTL3,CIRBP,CSNK1E,SRRM1,HECA,OBSL1,TRIB2,KCTD15,LLGL1,TSHZ3,DHX9,TEX261,PIK3R1,PDCD11,DHX37,GSE1,SYMPK,SCAP,TNRC18,PATZ1,B4GALNT4,ZRANB2,SETDB1,BCL11B,INTS1,BCL11A,INTS3,RCC2,PAICS,SMARCA4,PTK7,FUBP1,ID2,RCOR2,ITM2B,SUGP2,ITM2C,AARS,DAZAP1,HIP1,PTPRS,GRIK5,PRPF19,PTPRF,XPO1,ZMYM3,XPO5,DHX15,RAC1,BBS4,PARP6,CBR1,TSC22D1,PARP1,PRMT1,PABPC4,TSC22D3,PRPF40B,SREBF2,MLF2,RHOB,ARHGEF2,PABPC1,SGK1,DBN1,DOT1L,PPP2CA,RXRB,HIRA,ARVCF,RBM15B,PDZD11,GPC1,GPC4,NPM1,RYK,HUWE1,RAB11A,VEGFA,BOP1,KIF26A,CCNG2,HDGF,MEGF8,SCARB1,MIDN,KDM1A,COX6A1,TOMM20,CELSR3,IGF1R,ACTG1,CAPN7,KHSRP,POGZ,COTL1,PCID2,KDM2B,LMO4,ATAD3A,HNRNPUL1,PRPF3,ANKS6,LTBP4,CACNA1A,SLC1A4,PRPF8,NDRG1,ACACA,ZMAT2,EP400,CDH24,VARS2,ATP6V1D,BCL9L,IVNS1ABP,HSPA8,PRNP,SMAD4,CPSF6,CPSF1,CBX2,NONO,HMGA1,TBCD,PAN2,EFNA2,HOOK2,NASP,HOOK1,UBA1,PI4KB,TCF3,LSM14B,UBE2K,ZSCAN2,CREBZF,RERE,MUS81,KDM5B,RBM25,KDM5C,LDB1,YWHAB,PRKCSH,MAST2,DDX42,CHD6,DBI,CHD4,CHD3,YBX1,LMNB2,TTC28,LMNB1,SENP6,SENP7,SPRED2,LASP1,ZC3H7B,GATAD1,MAN2C1,RBM5,RBM6,KDM6B,KLF13,USP42,PDPK1,CAD,NAV1,ARID1A,YWHAZ,ARID1B,CKAP5,EEF1G,SFPQ,EEF1D,THOP1,LUC7L2,WIZ,HMGCR,STRN4,THBS3,MTA1,DNPEP,PABPN1,TAF1C,NT5DC2,MKNK2,PDLIM7,TTC14,RBM39,RRM2,SSRP1,TTC17,ERCC3,CARM1,ERCC2,ACIN1,TAF6,VIM,RBMX,TAF1"
+"gene_set_query"	"132"	"SAFB2"	"213.0"	"ARCHS4 Coexpression,155;GTEx Coexpression,271"	"ANKLE2,HDAC10,IFT172,GPR173,SCAMP4,ZFYVE27,RAVER1,ZMIZ2,LUC7L,CCNL2,CDK5RAP3,SRRM2,DDX17,TSPYL2,FNBP4,SRRM3,SMARCC2,NUP210,FNBP1,CIRBP,PTOV1,CSNK1D,SOX12,MAPK8IP3,HCFC1,NISCH,EML5,RBCK1,FLYWCH1,PRR12,PRR14,TELO2,SF1,MEG3,RTEL1,POM121,CTBP1,NPRL2,BAZ2A,AGAP3,MRPL13,PRDX3,RHOT2,RNF215,MICAL1,INPP5E,DHX38,SYMPK,TNRC18,PLCG1,RALGDS,RBM10,ZSCAN18,BBS1,ACD,CREBBP,WDR59,PHC1,PRRT2,JUND,IQSEC1,INTS3,SETD1A,MICAL3,PBX2,UPF3A,PRDX6,POU6F1,PRRC2A,HNRNPM,LAS1L,CCDC88C,ATG2A,CORO7,EZH1,SUGP2,OGFR,PHF2,DAZAP1,TCF25,PHF1,MED15,ZMYM3,CIC,GPRASP1,PARP6,DFFB,GRIPAP1,UPF1,BRD2,BRD1,IFT140,MINK1,NME3,GMIP,SRP9,WDR33,GAK,NCOR2,KAT2A,MED25,VAMP7,PSMA4,PITPNM1,KIFC2,PACS1,PSMA2,PITPNM2,PICK1,ARHGEF1,FAM193B,HNRNPH3,ARHGEF2,SFI1,ATP6V0C,RNF166,STX16,ICA1L,DOT1L,SRRT,TCEAL8,GGA1,MNT,PSMB5,APBB3,MEF2D,PURG,NPDC1,RIC3,MBD6,SF3A2,BRF1,MIB2,MYO9B,DEF8,SCAF1,SKI,PER1,XAB2,CCDC9,HNRNPA2B1,SGSM2,TCEA2,PKN1,MPHOSPH8,YPEL4,ANKRD13B,SLC27A1,DGKE,CRTC2,ANKRD13D,ATN1,PHRF1,COX6A1,CELSR3,EDC4,TMEM145,STK11,POGZ,FBRSL1,CEP250,SBF1,TMEM14C,TLE2,RNF44,KDM2A,THOC1,TSC2,TSC1,LEMD2,DGKZ,KCTD6,ATXN2L,ARMCX4,ACAP3,ILF3,DMTF1,HNRNPUL1,MADD,EHBP1L1,SRSF5,CSNK1G2,ANAPC2,CUL9,INO80E,TXNDC9,ANKRD11,UBR4,DTX3,RASGRP2,FBXO44,SUPT6H,PHF21B,ATXN2,SBNO2,NDOR1,STK36,ZC3H18,DMAP1,VARS2,MAP2K7,TBC1D17,ANKZF1,MARK2,PLXNA3,TMEM120B,GGT7,CPSF1,FUS,TNK2,DSTN,SUPT5H,UCKL1,CHERP,CLK2,PAN2,CDK9,ARHGAP33,OSTC,CNOT3,PI4KA,PLEKHM2,CLASRP,LRCH4,MXD4,USP36,GSK3A,LDB1,CELF1,PRKCSH,POMT1,AKAP8L,MAST1,CHD5,CHD3,CHD2,PKD1,CABIN1,PPP1R9B,TRO,FLCN,SART1,AP1G2,SIN3B,SUMO1,SNRNP70,PPP6R1,MCF2L,PPP6R2,SUMO2,SNAPC4,UBTF,WDR6,MAN2C1,UNKL,RBM5,RBM6,RBM33,KDM6B,SUN2,REXO1,DDX56,SAFB,EPN1,DNM2,GIGYF1,SFPQ,LUC7L3,ATG4B,EVL,PPP1R12C,TRABD,NLGN2,WBP1,GTF3C5,SFSWAP,MGRN1,ANKS3,NDUFB3,LENG8,RBM4B,HDAC6,MLLT6,HDAC7,SLC25A27,DCAF15,FZR1,MTA1,PABPN1,POLR2A,FCHO1,U2AF2,TAF1C,SPOCK2,PTK2B,IARS2,CSK,FBRS,CYTH1,SH2B1,SPEN,CIZ1,TAF15,USP20,USP21,ATP13A1,NDUFA4,CDK11B,CLCN7,IRGQ,CLCN6,NEURL4,ERCC3,CAPN10,ACIN1,RGS11,TNRC6A"
+"gene_set_query"	"133"	"VEZF1"	"217.0"	"ARCHS4 Coexpression,202;Enrichr Queries,99;GTEx Coexpression,350"	"RPL30,TFRC,HNRNPU,EPRS,FNBP1L,DCAF7,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,STMN1,AP1S1,DIP2C,DDX17,PRKAB2,WSB1,RBFOX2,TSTD2,CD3EAP,FRS2,SOX11,DICER1,HCFC2,EML1,RC3H2,PRKAR1A,RFX7,RUFY3,ZSCAN21,DDIT4,PSME2,CGGBP1,PRR13,SET,ANAPC16,FLII,SLAIN2,ATXN7L3B,MRPL12,HIF1A,OAZ1,MTDH,GJC1,RRP7A,LDHA,HSPH1,PRKAR2A,RAD21,RDH14,SERF2,S100A10,JUN,FZD3,PRELID1,JUND,DMPK,H3F3B,RDX,H3F3A,LARP7,IRF2BP2,PBX1,EIF1,MLLT11,HNRNPK,VANGL2,H2AFY2,HBP1,FERMT2,PIGU,SETD3,BTG1,CDKN1B,PHF20,SETD7,CLTC,CLTB,MRPL37,NIPBL,TUBA1B,TUBA1A,MED13,TRIM2,TIMP2,JARID2,RRP15,PCMTD1,BRD3,BRD2,GSTO1,TCF12,DUSP6,SLC7A5,TUBB2B,TUBB2A,KIFC2,PXDN,EXOC5,ARF5,PAFAH1B1,GRN,USO1,TMEM160,BCLAF1,PSMB3,LMAN2,SPOP,AP2S1,ZSWIM6,MEF2D,ANKRD50,PAIP1,PCGF6,YTHDF3,USP9X,KIDINS220,HIPK1,GATAD2B,NFIA,ABI2,NFIB,SLMAP,TAOK1,SERBP1,PKN1,MTCH1,TUSC3,FBXO21,IPO7,PPP1CB,IPO8,CDH2,TUBB3,CFL2,SCMH1,LAMP2,KPNA6,PAPOLA,KPNA4,MAF1,KPNA3,KPNA1,GTF2I,MAGI1,BNIP3L,SLC38A1,UBE2E3,TPM1,RPS6,FOXP1,CLIP1,PHIP,ADNP,SRSF6,SQSTM1,KPNB1,SNRPB,KHDRBS1,CUL5,CBFB,UBR3,UBR1,HSP90B1,PHF21B,RAP1B,RAP1A,SLC38A2,ZKSCAN1,MCL1,NEK9,TIA1,ANKRD27,POLR3GL,EEF2,BCL9,COPS2,NFE2L1,EIF4G2,ITGB1,HSP90AB1,FHL1,UFSP2,SYNE2,DUSP12,FSD1L,SGCB,PPP6R3,SUMO2,CEP170,TNPO1,NEO1,HSP90AA1,PPP1R12A,GPX1,GPX4,DDOST,PTP4A1,PTP4A2,CTDSP2,PPP1R12B,SOS2,GAPDH,TRABD,BECN1,NFAT5,HDAC2,ROCK2,SRF,WBP4,SRSF1,KATNB1,CXXC4,SRM,HECTD1,DNAJB5,RAB23,CDC37L1,POLR2E,FEM1C,HNRNPA1,EIF4B,CACNG4,MLXIP,SPAG9,SMARCE1,GADD45GIP1,MARCKSL1,CNBP,FBXL19,ADRM1,RPRD2,CUL4A,KLF7,MARCKS,KLF6,P4HB,INSM1,TPT1,TRIM33,EIF4A2,VEZT,APP,CCNJ,CCNI,ACTB,ZDHHC4,FTH1,DAG1,DPF2,LONP1,ARL6IP4,EPC2,KIF21A,EPHB2,GLUL,SOX4,TMPO,ACTN1,CIRBP,GNPAT,KCNQ4,TAGLN3,EZR,PFN1,AURKAIP1,CBLL1,TRIB2,PFN2,MAGED1,FOXG1,PIK3R3,PIK3R1,UGCG,NKAIN1,PCBP4,DHX35,ST8SIA2,PUM1,PUM2,MED13L,STAG2,WNK1,SESTD1,ID2,FUBP1,LRRN1,DHX29,ANP32B,CALM1,ITM2B,ITM2C,DDR1,DAZAP2,TOP2B,HIP1,CCDC127,CITED2,MRPS12,PPP3CA,GUK1,C1QBP,KIF13A,ARIH2,DHX15,KIF1B,NANS,CTSB,PBRM1,TSC22D1,NCOA6,TSC22D3,ANO6,MRPS7,RGMA,MLF2,RHOB,APRT,ENAH,TOX3,HNRNPH1,CSDE1,MPPED2,FAM20B,WAC,PABPC1,CD47,HNRNPH3,SGK1,ATP6V0C,CSTB,DYNC1I2,GNAI2,CHRAC1,PAK6,GPC4,PAK2,MAP4K4,BCAP31,RANBP1,NPM1,MYEF2,SORBS1,VEGFA,YIF1B,PPP1CA,MIB1,RGP1,KLHL9,ATAT1,PRKRA,CCNG2,CAPZA2,HNRNPA2B1,TTC3,UBE3A,IGF1R,ACTG1,CAPN7,KIF5B,POGZ,EP300,ARID2,PPFIA3,MMGT1,CASK,ATP1B1,POU3F2,ATAD3A,MID1,RSBN1,TANC2,POU3F3,EEF1A1,EHBP1L1,SBDS,MATR3,PPIA,ATP6V1A,DDX6,DDX5,TMED10,RPS19BP1,NDRG1,TAF5L,RTN4,CNN3,CYC1,NDUFV1,QSER1,ATP6V1F,BPTF,IVNS1ABP,HSPA8,PRNP,SMAD4,CBX5,HSPA5,AUTS2,CBX1,KLHL23,KLHL24,COQ7,AZIN1,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,CAPRIN1,JMY,GNAS,TAB2,LSM14A,COPE,PICALM,RERE,YWHAE,KDM5B,GSK3B,DDX3X,USP34,CHD6,ELAVL4,ILK,ATP2A2,DDX41,HMGB1,YBX1,AFF4,LASP1,YWHAQ,UBE2Q2,PPP2R5E,SPEG,SCYL2,TTC33,PDPK1,PDE4D,ARID1A,YWHAZ,PJA2,SEPT2,DDX19A,SFPQ,VCAN,CREB1,RCN2,SETBP1,UBE2R2,RER1,THRAP3,LUC7L3,ZMYND11,CUEDC1,OTUB1,KDM3A,CRMP1,TOB1,USP19,STRN3,GNA13,MAPK8,DNPEP,MAT2A,DDT,SAP30L,NT5DC3,PTK2B,PDLIM7,CLASP1,RWDD1,ATE1,RBM39,CHURC1,NAA10,LCA5,NAP1L1,DEK,PPP2R3A,RPS6KB1,VIM"
+"gene_set_query"	"134"	"USF2"	"218.0"	"ARCHS4 Coexpression,659;ENCODE ChIP-seq,31;Enrichr Queries,70;ReMap ChIP-seq,47;GTEx Coexpression,283"	"ATF2,NUP107,POP7,GMFB,NDST1,TBK1,CAPNS1,SCP2,DPYSL2,AKT1,ANKFY1,PRKACA,ATG3,FNBP1,RC3H2,ASPHD1,DDIT3,ZC3H11A,DDIT4,ORAI2,TMEM126A,JTB,PLBD2,ATF4,SF1,SET,SAR1A,MEPCE,PLA2G6,CIAO1,RHOT2,LARP1,PIP5K1A,PIP5K1C,ATRIP,HEXIM1,JUN,NCAPH2,PBX2,FASN,NMT2,HYOU1,RNF220,LGMN,MTMR14,SNX12,ARHGAP1,PRKAG2,SNX10,BBC3,DDA1,SHF,MED11,ATIC,MED13,DLGAP3,ENOPH1,APC2,DUSP1,SPHK2,TEX10,SLC39A11,GMIP,MED29,DDB2,DUSP7,PHF20L1,SLC7A5,MED25,MED24,PLSCR3,PXDN,RAPGEF1,PAFAH1B2,TRUB2,GSTP1,ODC1,ATL2,SNX32,SDAD1,CENPB,STX6,ZSWIM4,BID,MBD3,EGLN2,MBD6,TARBP2,MYBBP1A,SNX16,CCDC9,APEX1,SHKBP1,SLMAP,SNX15,TAOK2,TSR2,PKN1,YPEL5,CRAT,YPEL3,GZF1,CRLF2,MTCH1,SLC27A1,MTCH2,LTN1,FBXO25,CASC3,ALDH1L2,FBXO22,LAPTM4A,UROD,ADORA1,NUDT19,FADS1,FBXW4,PIAS4,BNIP3L,FBXW5,PCYT2,FBXW8,FBXW9,CNPY2,CNPY3,FBXO10,PIAS2,LENEP,CDC25B,FAM118B,TPST2,SRSF2,SRSF3,LY6E,ARL8B,SRSF9,KHDRBS1,INO80E,TXNDC9,UAP1,FBXO44,CORO1B,HSP90B1,RAP1B,SNN,NDOR1,EIF4EBP2,NAE1,IP6K1,BOD1,ODF2,UROS,HPS1,HPS4,HPS3,ARPC5,CORO2B,FBXO31,UCKL1,SH3BP5L,UQCRQ,SP3,LRCH4,NIT1,OSBPL1A,ITGB1,MCFD2,AKAP8L,PTEN,NENF,RLBP1,AP4M1,PPP6R1,ACP2,SNAP29,YAF2,BCAS2,EIF5A,BCAS3,EIF5B,DHPS,ARFGAP3,RABGGTA,MSL1,C1D,DCTPP1,GAPDH,BCAT2,LENG8,MLLT1,MLLT3,RCHY1,MLLT6,TSPAN31,SRM,FOXRED2,ZNRF1,SRR,ZNRF2,U2AF2,PHKG2,TRIM46,EIF4H,FEM1C,EIF4E,EIF4B,GADD45GIP1,HNRNPA3,FEM1A,PINK1,NAGK,CDKN2AIPNL,EIF3K,PDCD4,STUB1,PDCD2,TRIM37,EIF3F,BCAR1,EIF3A,CERK,PPAN,LDLRAD3,NUDT3,ACTB,RCBTB1,TRIM28,HERC1,BSG,ATP6V1E1,ATXN7L2,SCAPER,ATXN7L3,ATP6V1G1,ARL15,ACTN1,CIRBP,CSNK1D,MOGS,ALG1,ACTN4,MFSD11,BCS1L,CFDP1,PPA1,SUB1,KCNQ2,KCNQ4,FAM76A,BCORL1,EIF1B,ADCYAP1R1,AARS2,CEND1,TTBK1,MBTD1,APOO,SYNGR1,KCNN1,FAM192A,DECR2,ATP6V1C1,B4GALNT4,SMARCA4,MED13L,AIMP2,RANBP10,NDUFAF3,CALR,FBXL2,NOL11,FBXL5,HERPUD2,PAK1IP1,MRPS12,NAT10,NAT14,RAB22A,HERPUD1,MAP1LC3B,PCM1,NUDCD3,MAP1LC3A,AKAP11,SDF4,CAP1,MRPS26,PBRM1,GAA,PRPF40B,PRPF40A,SREBF2,APRT,PITPNM1,CANX,PITPNM2,ARHGEF1,PABPC1,ARHGEF2,PTMA,NAPA,SSNA1,GBA,COX5A,RELA,GNAI2,MGAT1,DYNC1H1,GABBR1,VEGFB,MYO9B,MYO9A,VEGFA,NUDT9,SEC23IP,TTC3,TCEA2,CCNYL1,HDGF,PNPLA6,GRINA,CARS,CRTC2,NARF,NUP188,PRDM4,PEBP1,ACTG1,IGF1R,AMMECR1L,ENPP5,PCID2,DNAJB12,ADAM10,UBE4B,POU3F2,POU3F3,DHDDS,COX6B1,EEF1A1,TBC1D20,DNAJB11,EHBP1L1,PPIF,RPP21,TBC1D24,WDFY1,TBC1D25,PPIB,PPIA,SIDT2,DDX5,PLD3,NCKIPSD,GRK6,TBC1D13,TBC1D17,UBE2F,SYT3,PDHA1,UBE2I,UBE2B,PCIF1,TIMM44,MANBAL,GNAO1,IFT20,HOOK2,UBE2S,HOOK1,GNB2,GNAS,GNB4,AMOTL2,FGF11,UBE2M,MXD4,GALK1,CUEDC2,LDB1,ADAR,TNFAIP1,TAZ,USE1,LMNB1,LASP1,EEF2K,DACT3,GET4,SUN2,ATP6AP1,PDPK1,ATP6AP2,EEF1D,ACOX1,GFOD2,ATP6V1B2,MAN1B1,NAT8L,RRN3,SLC3A2,CYTH3,CYTH2,MTA1,PABPN1,TMEM203,TDG,MKNK1,MKNK2,BNIP1,FBRS,ARFGEF1,ATF7IP,URGCP,USF2,USF1,GALE,TEF,ERCC1,CARM1,SUGT1,IPO13,HNRNPU,EPRS,SMC3,ELK1,GLS,ZMIZ1,ZMIZ2,AP1S2,AP1S1,VPS35,CDK5RAP3,VPS18,NUP210,PRKCD,ARMC9,HCFC2,WDR77,ARMC1,WDR81,VPS28,PI4K2A,ANAPC13,LRPAP1,SEH1L,PDXDC1,CTBP1,GNS,ANAPC11,MTDH,RRP7A,LDHA,BLOC1S1,VPS11,MCMBP,ST3GAL5,NRBF2,ST3GAL1,VPS16,NAA50,PHC2,PRELID1,NDFIP1,IRF2BP1,IRF2BP2,NR1D1,MEX3D,MEX3C,PHC3,HNRNPL,EHD1,GNPTG,HNRNPM,HNRNPK,HNRNPF,HNRNPD,PPT1,GTF2IRD1,MMS19,FARSA,ATG2B,CEP57,PHF2,SMG1,BTG1,PHF20,PHF23,PHF1,GPT,WDR46,SMG5,SMG6,C1QTNF4,MTG1,CIC,JARID2,TPI1,TERF2,COPZ1,GNL3,NCOR2,TAF6L,TUBB2B,KAT2A,TUBB2A,KIFC2,HEATR5B,PLEKHO1,EXOC1,GRN,NFIX,TIMM9,USO1,WDR24,FGD3,SCAF8,UBN1,SLC17A7,CKB,YTHDF1,CSNK1A1,KIDINS220,PCGF2,NR1H2,SCAF1,NFIA,OSTM1,NFIB,NUCB1,CEP120,IPO7,IPO4,TM7SF2,LAMP1,CFL2,CFL1,LAMP2,HMGN2,ANKRD13A,HMGN1,RARS2,TLE3,MAP2K1,MAP2K2,USP5,TPM1,DYRK1A,GTF3A,LEMD2,THOC6,PYGO2,TOM1L2,ILF3,EBNA1BP2,RAB31,RAB35,ADNP,SNRPA,CSNK1G2,FKBP5,CSNK1G1,SNRPB,RAB5C,CCDC24,INSIG1,PHB,GOLGA7B,ORC4,ORC6,DVL2,MCL1,OSBPL8,UVRAG,RAB4B,TRAPPC1,TMEM132A,OSBPL2,TRAPPC8,BCL9,COPS6,LRFN4,SYNJ1,LRFN1,REEP2,MAP3K10,CSPG5,TPP2,PLEKHM2,PLXNB1,CCDC22,RAB5A,RSL24D1,BCL2L2,MAP3K12,SLC48A1,WDR1,MCM7,ZC3H4,CEP164,WDR4,SNRNP70,AP1G1,PHACTR3,UBTF,WDR6,WDR7,TNPO1,TNPO2,PLEKHG2,DIS3,RPL13A,DAD1,CTDSP2,POLR1B,DNAJC5,CCDC43,DNAJC8,CRK,ALDH9A1,HDAC5,VPS4A,TULP4,HDAC7,DNAJB2,RAB21,ABLIM3,MSTO1,POLR2A,HECTD3,RAB24,POLR2E,POLR2F,DNAJB9,POLR2G,CSK,POLR2H,POLR2L,SEC11C,SLC35A2,MLXIP,SLC35A4,PPIL1,SMOX,FBXL19,TPRKB,FBXL16,TNRC6C,ASXL1,RAB14,VAPA,POLR3C,DNAJA3,POLR3D,VPS41,CEBPZ,TPT1,PANK4,SLC35B2,TCERG1,SLC35B4,PANK3,HDAC10,SLC35B1,CISD2,PDCD2L,RPS15,RPS14,RPS16,KAT5,RPS19,FLAD1,FTH1,LONP1,RPS11,SEPHS2,SLC35C2,METTL3,COG2,AP1B1,CPT1C,MAPK8IP3,SIK3,ATP6V0D1,STXBP1,DCUN1D1,STXBP5,TRPM7,RALGDS,VASP,ZRANB2,SYNRG,SLC35E3,PYCR2,RPS28,ZZZ3,FUBP3,ADCK1,C2CD2L,RPS24,UBXN1,CITED2,SRA1,SPPL3,XPO6,SH3PXD2B,XPO5,TMED2,UBXN4,UBXN6,PARP6,ZER1,PARP2,PPRC1,TOPORS,MLF2,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,MPND,CSTB,DTYMK,NOL8,PTN,RBFA,TYMP,NOL6,CST3,TCEAL8,HIRA,ATP6V0E2,APBB3,MTX1,NFYA,PTGES2,RAB11B,KBTBD4,SPCS2,XPOT,KBTBD2,MEGF9,ROGDI,CWC25,CWC27,CNDP2,TATDN2,FAM162A,ARHGDIA,HCFC1R1,COTL1,NOM1,RALBP1,TRAPPC2L,KDM2B,LIG3,ATP1B2,TUG1,SHISA7,PRPF3,CHMP4B,MATR3,ZCCHC7,IDI1,RPS19BP1,COPB1,NOP2,TCTEX1D2,BPTF,CBX6,IDH1,EIF2S2,COQ7,EIF2S1,EFNA3,EFNA2,PI4KA,SAE1,LRP12,MUS81,THRA,DBI,YBX1,HS2ST1,RBM3,FLCN,SEPT9,SPRED1,MFSD5,MFSD1,RBM7,RBM6,KDM6A,KDM6B,H2AFZ,H2AFX,PPP2R5C,SEPT2,DNM2,SUPV3L1,RABEP1,THRAP3,AKT1S1,PFDN2,TMEM9,HAGH,VAC14,KDM3A,ATF6B,THBS3,GNA13,FAM168B,MAPK8,FAM168A,CHSY1,DDT,GNA12,MAPK1,MAPK3,KDM4B,CYHR1,CAPN10,CDK2AP2,ATP13A3,LPIN2,MDC1,MT-ND4,EHMT2,TSEN54,SCAMP5,LSM10,SCAMP4,PSMD9,RABGEF1,PREX1,KRTCAP2,PSMD2,TMEM8B,MEF2A,GABARAPL2,DAXX,SCAMP3,EML4,RUFY1,CLNS1A,PSME3,PSME1,PSME2,RBCK1,MTMR2,TTYH3,ABCB6,TTYH1,FLII,AGAP2,COPS7A,AGAP3,MRPL13,GABARAP,GIGYF2,PRKAR2B,GRPEL2,RHBDL1,PRRT2,CADM2,EDEM1,ABCA3,PMM2,MRPL27,MRPL28,MRPL23,MRPL24,EIF1,MLLT10,UCK1,AVL9,RPLP1,PIGQ,RPLP0,HEXA,PIGP,LRRC3,MRPL36,MRPL34,ECSIT,TRIOBP,TRMT112,TUBA1B,NIPBL,MRPL40,TUBA1A,FASTK,RPLP2,LYPLA2,UPF1,ELOVL5,ACTL6A,SIRT7,DYNLL2,MRPL43,SIRT2,SIRT3,PSMA4,VAMP2,ARF6,RNASEL,RNASEK,SRRT,PSMA7,GGA2,PSMB3,PSMB1,MEF2D,USP9X,GATAD2A,SRRD,UBAP2,HDDC2,CCNT2,ZBTB22,TSEN2,YY1,EIF4ENIF1,STK11,FBRSL1,SLC25A44,AP2M1,SLC25A46,VPS33A,PPP1R16A,SARS,FOXP4,FOXP1,FRMD5,ACAP2,SLC9A5,TXLNA,LIX1,MAPKAPK2,SQSTM1,ANAPC2,LRRC59,RNASEH2A,MAX,ARL3,MAZ,ISG20L2,ARL2,FOXO6,UBFD1,ACAT1,SOCS2,SBNO1,SBNO2,ATXN2,PMVK,STK38,SLC38A7,SLC38A2,LRRC4B,GOT1,GOT2,ZBTB12,EEF2,GNL3L,TMEM11,TMEM19,NFE2L1,ZNF512B,HSP90AB1,COX4I1,ARRB2,NGRN,MRPL2,CAPZB,SUMO3,MDP1,CTNNBL1,PELP1,HSP90AA1,SIGMAR1,VPS37C,RAD23A,VPS37B,DDOST,QTRT1,GIGYF1,SNPH,SLC25A5,PPP1R12C,SLC25A14,PPP1R15A,RNFT2,NDUFB8,PRCC,NDUFB2,FOXK2,LRP3,MFF,PARD6A,FCHO2,LRRC8A,SLC25A22,SLC25A25,PTPN1,NDUFA7,PPP1R14B,NDUFA3,IMMT,MCOLN1,SLC25A38,CCM2,P4HB,SLC25A36,SPG21,EIF4A1,CCNH,THUMPD3,ZDHHC7,GCC2,IFI30,CYB5D1,CCAR1,OGFOD2,SEC62,ARSA,SCAF11,NSMCE2,NSMCE1,CD2BP2,CTXN1,PIK3R1,APH1A,SNX1,COMMD9,SNX2,DHX34,PCBP1,DHX35,TSPAN7,PCBP2,HIVEP1,DYM,RAB11FIP3,RAB11FIP4,N4BP1,RBM10,CTSA,SURF1,SURF2,ZFR2,IQSEC1,DCLK2,PAICS,ID2,DHX29,RGL2,AARS,CCDC120,PTPRS,SUV39H1,CETN3,CTSZ,BMI1,AATF,IER3IP1,PEPD,PTPRF,CTSL,DHX15,MLX,SSSCA1,KIF1A,CTSD,UTP14A,CTSB,NDEL1,TMEM150A,DBNL,CCDC115,ZFR,MINK1,COMMD3,MRPS2,MRPS7,COMMD4,STK40,RABGAP1,HEATR1,DOT1L,DERL1,DERL2,CCDC106,CAMKK1,MNT,PGRMC2,PES1,HSF2,SCAND1,EXOSC1,YIPF2,RPA1,TMUB1,DOHH,MIAT,PER1,FAM171B,DPAGT1,SCARB2,MIDN,ACAA2,CD81,MPI,BCCIP,OGDHL,FAM174B,CAPN7,KHSRP,KIF5B,PALM,SNIP1,SBF1,PPFIA3,SH3GL1,SLC30A5,LMTK3,LMTK2,RUNDC3A,DOK4,HNRNPUL1,FAM173A,UBE2V1,GEMIN7,RTN2,NDRG3,PSMD11,TMED10,ARHGEF25,PSEN1,NDRG2,NDRG1,RTN4,ENHO,DEAF1,CAMTA1,FDPS,PRNP,GGT7,ZFHX2,HMGA1,KLHL22,KLHL24,ANKHD1,CLK2,QDPR,H1F0,STT3A,STT3B,PICALM,GSK3A,NAA40,DDX3X,MAST3,PRKCSH,YWHAB,CHD4,HMGB1,AFF4,PPP1R9B,SEC61A2,UBE2Q1,BCL7C,NPTN,LRRFIP1,ARHGEF11,NAA30,HSDL1,RBM18,DDX55,DDX54,ABHD14A,GLRX2,YWHAZ,UTP18,LMBRD1,NDUFS8,CREB1,NDUFS7,NDUFS6,TBC1D5,NUP50,GORASP1,PEX6,NDUFS3,NUP54,IRF9,DCTN2,DCTN4,RBM4B,CLCN2,HMGCL,DNPEP,MAT2A,RAB40C,TAF1C,SMNDC1,ATP2B1,MAPK14,CLCN7,CLCN6,GLB1,FAM131A,ASB6,RBM42,TAF6,VIM,TAF2,RAN,FAM50A,RPL30,STMN3,RPL8,ENO2,DCAF4,BACH1,DCAF7,GCSH,RNF115,MYC,STMN1,RPL36,CDK20,RPL35,PIP4K2C,DIP2B,MPV17,IER5,IER2,WSB1,TSPYL1,WSB2,PIH1D1,RPL23,DAPK3,CD3EAP,RNF126,IFT81,BIN1,CLPP,PRR12,UBA52,DUS3L,RPL28,PRR14,POM121,MAPKAP1,NOLC1,VPS26A,HIF1A,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,PRDX4,PRDX1,CHST10,SSR1,SERF2,RPL41,ACD,JUND,ST13,PRRC2C,MTHFR,PA2G4,PRDX6,PRRC2A,TMEM199,FIBP,GIPC1,OGDH,HBP1,CPEB4,OGFR,SPEF1,CLTC,CLTA,TMEM186,TRIM8,RNF157,TMEM189,ANXA6,RIOK2,ZC3H10,BRD2,HSBP1,ITPK1,TCF12,TET2,AEN,NUDT16L1,INF2,SF3B4,RPL11,TIMM13,GPS2,TIMM10,TMEM169,ASNA1,RPL14,RPS3,SC5D,RPS2,RPL18,RPL19,BRF2,BRF1,RIOK3,GTF2H1,TRMT1,WWP2,SRP68,LRPPRC,GTF2H5,FIG4,RNF146,TM9SF1,XAB2,SARM1,ZYX,DGKD,CTNND2,FMR1,RNF19B,YEATS4,BZW1,FAM107B,ABHD11,TUBB3,LZTS2,SEMA6B,RPS9,RPS5,AIP,RPSA,GTF2F1,DGKZ,RNF40,ARMCX3,CTDNEP1,ARMCX2,NCL,ARMCX6,PHPT1,GLYR1,CD151,ANKRD16,CUL5,GLO1,CUL3,ANKRD12,ABHD8,TARS,RHOBTB2,STIP1,KLC4,BAG4,PITRM1,BTBD2,BAG1,NACC1,PSAP,ANKRD10,MPDU1,WDTC1,ESRRA,ANKRD27,TNK2,MARCH9,MARCH8,ADAP1,LSM4,CNOT4,RCAN1,CDK5,CDK4,ZFP62,RHEB,MAFG,RNF181,TADA1,RNF185,RNF187,EIF4G1,SERINC4,LMBR1L,RNF10,RNPEPL1,TRADD,PTPN23,PTBP1,DUSP12,SART1,PSD2,OPA3,SLC37A3,PDCD6IP,REXO1,GPX1,GPX4,YDJC,COASY,PATL1,PTP4A2,PTP4A3,DALRD3,ASPH,EVL,NLGN3,RNF31,GTF2A1,SMARCD2,SMARCD3,WBP2,LAGE3,JAKMIP2,DCAF15,CACNG7,FZR1,RBBP4,RBBP6,DCAF11,FNIP2,DCAF13,SPAG7,SEMA4B,PNRC1,CUL4A,KLF7,KLF6,MGAT4B,RHEBL1,PFKM,METAP1,CUL4B,APP,GOLGA2,GOLGA3,RUSC2,UBAP2L,GLUL,SOX4,AQR,PTOV1,MRPS18B,MRPS18A,JMJD8,MRPS18C,RRAGC,XRN2,VDAC2,PFN1,EZR,CUTA,TEX264,PTDSS2,NLN,PTDSS1,VPS8,SCAP,FIS1,SNHG1,TREX1,MANF,GADD45G,PARP11,STAG1,GOLGB1,CORO7,TMCC1,ITM2B,ITM2C,CC2D1B,DAZAP2,DAZAP1,GDI1,FAF1,PRPF19,ZMYM3,RSPRY1,ATP6V0B,TSC22D1,PRMT1,TSC22D3,PRMT3,NME2,NME1,RHOB,PACS2,PACS1,MAPRE3,RHOV,ALDOA,SGK1,KPTN,MAPRE1,ATP6V0C,MAPRE2,SLC20A1,RBM15B,CUX1,MAP4K3,RANBP2,SUZ12,AP3D1,PRPF39,CTNNB1,RAB3GAP2,CAMK1,HDLBP,EFTUD2,FBL,CHCHD3,TMEM147,CHCHD1,TMEM14C,DSCAM,TOMM34,KCTD2,TSC1,KCTD5,TMEM131,DPM2,PREPL,ILVBL,TBL1XR1,SPNS1,FIZ1,ABCG4,ATP6V1A,BTF3L4,LTBP4,DTX3,STK4,ADIPOR1,ARHGAP12,DPP8,TMEM127,CASKIN1,ATP6V1H,MARK4,ZC3H13,ATP6V1D,ZC3H15,MARK2,ATP6V1F,HSPA9,SMAD2,HSPA8,ACBD4,PTCH1,ASPSCR1,DNAJC13,DNAJC16,DNAJC18,NFKBIA,DLG1,DLG4,JMY,CLASRP,ACBD3,NFKBIB,B4GALT2,USP36,ACADVL,USP38,USP32,USP39,ELAVL3,POLB,ALDH2,GMPPA,FLOT1,TMEM109,PDE4A,MAN2C1,SCYL2,SCYL1,KLF11,KLF13,RNF208,SENP3,KLF16,FAM189B,TRNP1,CHMP5,HCN3,POLDIP2,POMP,MTIF3,STRN4,U2AF1L4,RMND5B,TFPT,NT5DC2,NT5DC3,NCAM1,ABCF1,LGI1,PTCD1,SGTB,B3GAT3,HAGHL,SGTA,NAP1L1,USP28,NEURL4,XPNPEP1,BAX,SSBP4"
+"gene_set_query"	"135"	"MYSM1"	"218.3"	"ARCHS4 Coexpression,505;Enrichr Queries,92;GTEx Coexpression,58"	"ITSN2,TRRAP,HNRNPU,SMC5,EPRS,RPL7,VPS36,FNBP4,DDX17,WSB1,CD3EAP,DICER1,RC3H2,RFX7,ZC3H11A,PSME4,FAR1,NUP205,RNPC3,OAZ1,GABARAP,ANAPC11,PRDX5,LARP1,SERF2,EDEM3,PRPF38B,CREBBP,JUN,PHC1,PRRC2C,MRPL28,BRAF,LARP4,PHC3,SETX,FIBP,FAM135A,EIF6,HNRNPD,CDK13,ATG2B,CPEB4,PHF3,SETD5,SETD2,SMG1,TCF20,DDA1,IKBKB,UBL5,NIPBL,MED14,MED13,JARID2,UBL7,PCMTD1,UPF2,SHPRH,TET2,SLC39A10,NUTF2,ASH1L,DYNLL2,MED23,PHF20L1,ZEB2,NCOR1,HEATR5B,CINP,MTF2,PXDN,WDR26,RPL11,USO1,TM9SF3,SCAF8,BCLAF1,BTAF1,ASNA1,NSD1,LMAN2,AP2S1,RICTOR,SAMD1,SF3B1,SRSF10,SRSF11,NKTR,USP9X,MBD1,PCGF3,YLPM1,LRPPRC,WDR11,KTN1,MKLN1,RABIF,NFIB,ETNK1,TAOK1,SERBP1,PKN1,FRYL,CCNT2,FAM13B,TUSC2,CTNND1,LTN1,UBP1,IPO7,IPO5,SMCHD1,SLK,CFL1,PAPOLA,TXNL4A,STK32C,USP7,ANKRD49,PRPF4B,ATP11B,THOC2,DMTF1,SRSF2,SRSF4,PHIP,SRSF5,ANAPC1,ANKRD17,IREB2,ANKRD12,ABHD8,ITPR1,UBR4,UBR3,HSPBP1,SBNO1,PITRM1,NACC1,TPR,UBR5,G3BP1,DVL3,SLC38A2,SKIL,OSBPL8,TIA1,UROS,TRAPPC5,MARCH6,LSM4,SON,GON4L,CDK5,CNOT1,SP3,TADA3,DMXL2,NF1,PIN1,MDM4,OGT,DIDO1,PPP6R3,CEP170,EVI5L,CCDC50,PDCD6IP,PPP1R12A,DST,GPX4,ATRX,VPS13A,EDF1,PTBP2,PTP4A3,PPM1B,NSMCE4A,CTDSP2,POLR1B,BIRC6,BDP1,NFAT5,UHRF2,ROCK1,ROCK2,LAGE3,HECTD1,FCHO2,VPS54,RBBP6,FEM1C,POLR2I,ATP9B,EIF4B,POLR2L,GADD45GIP1,SPAG9,HNRNPA3,CDC42BPA,ASXL1,PINK1,KLF6,NIN,APC,CCM2,TRIM33,SLC25A36,TNRC6A,EIF3A,TCERG1,PANK3,ZDHHC6,CISD2,JMJD1C,GCC2,UBE2L3,CCAR1,TIAL1,PNN,GOLGA4,HERC2,HERC1,HABP4,CCNL2,SRRM2,SMARCC1,SCAF11,METTL3,ARRDC3,SRRM1,AKAP9,FAM76B,ANKRA2,AURKAIP1,MACF1,TMEM161B,MYCBP2,PIK3R1,MBTD1,LARS,ERI3,MIER1,DHX38,TRPM7,ARGLU1,ZRANB2,MYO5A,MED13L,CCDC88A,ZZZ3,STAG2,WNK1,GOLGB1,FUBP1,TOP2B,AHCTF1,SERP2,SYNCRIP,PCM1,AKAP11,XPO1,ZMYM2,PCF11,ZMYM6,DHX15,REV3L,KIF1B,UBXN4,COX8A,NCOA2,PBRM1,PRPF40A,ZDHHC17,MLF2,SLTM,HNRNPH1,ZDHHC20,HEATR1,AKAP8,NEDD8,UQCR11,NT5M,EPS15,RANBP2,MON2,MTX3,HUWE1,TTC1,MYO9A,MIB1,PRPF39,HNRNPA2B1,TRIP12,TARDBP,OTUD4,NDUFA11,ARID4A,ARID4B,CHCHD2,PPIP5K2,KIF5B,POGZ,EP300,FAM173A,PRPF3,MATR3,WDFY3,PPIG,DDX6,NDUFB11,PDS5A,ACACA,ARHGAP12,ARHGAP21,QSER1,ATP6V1F,BPTF,SMAD4,CPSF6,NONO,NUP153,TBCB,KLHL24,SMAD5,CLK4,ANKHD1,PAN3,HOOK2,HOOK1,JMY,DNAJC10,BRWD1,COPE,UBE2M,CREBZF,RBM25,GSK3A,RBM26,DDX3X,DDX46,PRKCSH,USP34,CHD6,DDX42,CHD2,USE1,AFF4,MFSD8,RBM3,SENP6,SENP7,MAN1A2,RB1CC1,GATAD1,TOPBP1,RBM5,RBM33,RBM6,HGSNAT,SUN1,USP48,PDPK1,ARID1B,KLF16,SFPQ,CREB1,RASA1,LUC7L3,NAA38,NUP54,HAGH,LUC7L2,KDM3A,STOML1,KDM3B,SFSWAP,TFPT,TNKS2,PDE6D,TTC14,USP24,SPEN,ARFGEF1,RBM39,BAD,ZFC3H1,CYHR1,ATP2B1,TTC17,SLC4A7,ACIN1,ERCC5,PDE7A,RBMX,TAF1"
+"gene_set_query"	"136"	"AKAP8"	"218.3"	"ARCHS4 Coexpression,550;Enrichr Queries,8;GTEx Coexpression,97"	"NCKAP1,SCOC,GMFB,TFRC,RRP1,STMN3,HNRNPU,HNRNPR,GPATCH4,SMC3,EPRS,ZMIZ1,DPYSL2,MYC,ZXDC,STMN1,LUC7L,PRKACB,IER5,ANKS1B,FNBP4,DDX17,GABARAPL2,ACOT7,WSB2,NUP210,FNBP1,NGDN,DNTTIP2,CD3EAP,HDHD2,GTPBP4,HCFC1,WDR81,ASPHD1,EWSR1,FEZ1,DDIT4,RPL28,TSPYL4,ASTN1,SF1,POM121,SET,TTYH1,PRDM15,PHYHIPL,NOLC1,LARP1,HSPH1,WDR70,PRDX1,CHST10,RRS1,B3GALNT1,JUN,PRPF38B,CREBBP,JUND,CADM2,SETD1A,PRRC2C,WDR55,EIF1,HNRNPL,HNRNPM,HNRNPK,EIF5,EIF6,FASN,HNRNPF,HNRNPD,ATG2A,HNRNPC,EZH2,ARF3,GPR27,CDKN1B,BTG1,ELL,CLTC,KRI1,WDR43,IKBKB,RRP12,ENOPH1,APC2,BRD2,BRD1,HSBP1,NSUN2,DYNLL2,MED26,GNL3,TMEFF1,LSG1,SLC7A6,TUBB2A,MTF2,PXDN,RNF166,WRB,SRRT,SCAF8,BCLAF1,BTAF1,GGA3,TCOF1,FLNA,BRD9,SRSF10,SF3B1,MEF2D,SRSF11,BRD4,YTHDF1,MBD1,STAT2,TRMT1,SCAF4,GATAD2A,ABI2,MORN4,MYBBP1A,TTLL1,SERBP1,TSR2,PKN1,ANKRD13D,CTNND2,CSE1L,CTNND1,ADORA1,FBRSL1,PIM3,KPNA2,GTF2I,TLE3,USP7,RPS5,PRPF4B,FTSJ3,MSH6,ATXN2L,CLIP2,ACLY,FRMD5,EBNA1BP2,ILF3,TXLNA,DMTF1,NCL,RAB35,SRSF2,SRSF3,SRSF4,SRSF5,SRSF6,FKBP4,SRSF7,SQSTM1,KPNB1,BRSK1,KHDRBS1,DNMT1,ARL3,ANKRD11,ABHD8,GPR85,STIP1,PITRM1,G3BP1,ABL1,G3BP2,SAFB2,ANKRD10,MAP2K7,LRRC4B,MCL1,NOP14,TIA1,BRPF1,FUS,TMEM132A,EEF2,CHERP,GON4L,SON,GNL3L,CDK5,CDK4,REEP2,CPE,CSPG5,PIN1,OGT,EIF4G2,BCL2L2,EIF4G1,DIDO1,RNF11,HSP90AB1,MCM7,AKAP8L,PIK3CD,MRPL4,PTBP1,DUSP12,SNRNP70,PPP6R1,PPP6R3,PHACTR3,UBTF,EVI5L,HSP90AA1,REXO1,RFC2,TFIP11,SMC1A,DNAJC2,GIGYF1,NRG3,DNAJC6,SNPH,CTDSP2,POLR1B,POLR1C,ETF1,TOP1,GAPDH,RNFT2,NLGN3,RNF31,PPP1R15A,TRABD,GTF3C2,PPP1R15B,HDAC2,SRSF1,MLLT6,AP3M2,CACNG7,DNAJB1,DNAJB6,PUF60,POLR2A,U2AF2,RBBP6,FSD1,HNRNPA1,ATP9A,NOP56,PTPN1,SEC24B,NOP58,HNRNPA3,PCDH9,HNRNPAB,DNAJA1,MCM3AP,PFKL,KLF6,GLRB,SYT11,VPS41,EIF3A,TCERG1,EIF4A1,APP,CCNK,ARL6IP1,HDAC11,ACTB,TIAL1,PNN,TRIM28,HABP4,CCDC92,KIFAP3,TMPO,SRRM2,SMARCC1,ACTN1,CIRBP,MMD2,CSNK1D,ACTN4,SRRM1,GRWD1,BEX4,NECAB1,MACF1,BEX2,ADCYAP1R1,BEX1,DHX9,TTBK1,MICAL1,PCBP2,DHX37,ATP6V0A2,DHX38,SURF6,ARGLU1,RAB11FIP4,GPM6B,SETDB1,DCLK2,SMARCA4,SRPK1,CCDC88A,FUBP1,CCDC88C,RNPS1,CALR,CORO7,CALM2,AARS,ITM2C,DAZAP1,MRPS12,PCSK7,ZCCHC17,NAT14,SERP2,SYNCRIP,XPO1,ZMYM2,PCF11,DHX15,KIF1A,UTP14A,PCYT1B,STARD3NL,PARP1,TSC22D3,MRPS7,PPRC1,GAK,ARHGEF9,RAP2A,SLTM,NFX1,HNRNPH1,ARHGEF1,FAM193B,ARHGEF2,PABPC1,HNRNPH3,MAGEH1,PCNA,HEATR1,DOT1L,NOL9,PRKX,GNAI2,MNT,PGRMC1,TCEAL5,PDZD11,CTNNA2,ATP6V0E2,MAP4K4,ARNT2,DYNC1H1,NPM1,LSAMP,HUWE1,MYO9B,PER1,HNRNPA2B1,FAM171B,TARDBP,OTUD4,SCARB2,CRTC2,ROGDI,PRDM2,CWC25,PHRF1,CNDP2,ACTG1,KHSRP,EP300,NRCAM,PPFIA2,NOM1,KDM2A,DSCAM,KDM2B,APLP1,LMTK3,POU3F2,RUNDC3A,POU3F3,SHISA7,EEF1A1,PREPL,DKC1,PRPF3,MATR3,PPIG,ZCCHC8,DDX5,YTHDC1,NOP2,SUPT6H,KIF3A,TCTEX1D2,CASKIN1,ZC3H18,ATP6V1D,HSPA9,IVNS1ABP,HSPA8,PRNP,SMAD4,KLHDC4,CPSF6,HSPA5,CBX4,HSPA4,NONO,CBX1,TBCB,SUPT5H,ANKHD1,CLK2,GNAO1,NFKBIA,DLG2,HOOK2,NASP,HOOK1,GNB1,GNAS,CYCS,CLASRP,NFKBIB,YWHAE,SCYL3,KDM5B,USP36,RBM25,DDX3X,DDX46,DDX42,ATP2A2,CHD4,YBX1,FBLL1,CHD2,LMNB1,RBM3,SNAPC4,NUP62,NPTN,LRRFIP1,RBM5,POLG,RBM33,UTP15,USP46,KDM6B,RBM14,USP42,PDPK1,DDX55,RNF208,DDX54,ARID1A,SAFB,YWHAZ,SFPQ,DDAH1,THRAP3,CAT,TERF2IP,LUC7L3,LUC7L2,KDM3A,KDM3B,STOML1,SFSWAP,DDX23,DDX21,FAM169A,USP19,HSPD1,NXF1,FAM168A,MTA1,PABPN1,MAT2A,TRA2B,PDE6D,NCAM1,FBRS,CYTH1,ABCF1,SPEN,USP24,RBM39,SGTB,B3GAT1,NAP1L1,DEK,GDAP1,CDK11B,MAPK10,FAM155A,PPP2R2C,PPP2R2B,ASB8,CDK2AP1,ACIN1,QRICH1,VIM,PDE7A,RBMX,RAN"
+"gene_set_query"	"137"	"ZNF282"	"218.7"	"ARCHS4 Coexpression,183;Enrichr Queries,171;GTEx Coexpression,302"	"SCOC,TRRAP,ARAF,GPATCH1,EPRS,RPL8,PHB2,TSKU,FAM110A,RAVER1,CAPNS1,ALKBH1,DPYSL2,MYC,ZXDC,PSMD3,AKT1,AP1S1,IER2,PIH1D1,PRKCD,DAPK3,CD3EAP,SCRIB,RFX1,SND1,HCFC1,RUFY1,EID1,RNF126,DDIT3,DDIT4,RPL29,PRR12,VPS25,PRR14,SF1,POM121,TTYH3,CDCA4,FLII,MEPCE,AGAP3,LARP1,PIP5K1C,PUSL1,JUN,JUND,SETD1A,NR2F1,IRF2BP1,PBX2,PRRC2B,WDR55,PRRC2A,TMEM199,EHD1,HNRNPL,FASN,GIPC1,HBP1,DUS1L,EZH2,OGFR,MOCS2,GMEB1,PIGU,MED16,MED15,SMG5,PQBP1,TRIM8,FASTK,RRP12,CIC,JARID2,BRD3,LYPLA2,UPF1,AEN,SIRT7,NCOR2,DDB1,RNF167,SLC7A5,PXDN,RAPGEF1,EXOC5,TKT,SF3B2,NFIX,WRB,SRRT,HSPA13,SLC7A1,CENPB,FAM129B,CKB,ANKRD52,RPS2,RPL18,MEF2D,YKT6,MBD3,SF3A1,SF3A2,NR1H2,SCAF1,GATAD2A,SPSB3,SKI,XAB2,ABI2,MYBBP1A,NFIA,NFIB,TAOK2,ZYX,PLP2,PKN1,AGRN,CHPF,RAB3D,CASC4,ATN1,IPO4,STK11,FBRSL1,PIM3,SLC39A7,LZTS2,PIAS4,RNF44,MAP2K2,USP5,USP3,RPS5,POLRMT,DGKZ,RNF40,THOC6,ATXN2L,MORF4L1,ILF3,DMTF1,RAB35,FSCN1,CSNK1G2,KPNB1,ANAPC2,LRRC59,INO80E,MAZ,EIF1AD,STIP1,SBNO2,NDOR1,NACC1,DVL1,BTBD2,ABL1,DVL3,PLXNA1,E4F1,MAP2K7,SLC38A2,MCL1,CCDC12,FUS,SEC16A,OSBPL2,EEF2,CHERP,SH3BP5L,LRFN4,MAFG,CNOT3,PLXNB2,SERINC1,CCDC22,NFE2L1,EIF4G1,RNF187,ISY1,ZNF512B,RNF11,RNPEPL1,ZC3H4,TRADD,PTPN23,SART1,PTBP1,DUSP12,SNRNP70,PPP6R1,UBTF,WDR5,PGLS,TNPO2,EIF5A,REXO1,VPS37C,VPS37B,RANGAP1,YDJC,RAD23B,ARFGAP1,TRAF7,GIGYF1,PTP4A3,TRAF4,CTDSP2,POLR1B,ETF1,PPP1R12C,RNF31,TRABD,GTF3C1,GTF3C2,SMARCD2,HDAC3,GTF3C5,RAB1B,SRF,PRCC,CXXC1,ZBTB45,FOXK1,FURIN,MLLT1,MTHFSD,AP3M2,DCAF15,GANAB,NCLN,U2AF2,RAB24,POLR2D,FEM1C,RAB28,CCDC71,UBQLN4,POLR2K,MARCKSL1,PPP1R14B,CIZ1,MID1IP1,FBXL19,ADRM1,CDC42BPB,HNRNPAB,TRIT1,BCKDK,KLF6,IMPDH1,MGAT4B,DRG2,EIF3C,EIF3D,BCAR1,EIF3B,VARS,ZDHHC8,NUBP2,RPS15,FRAT2,TRIM28,FLAD1,HABP4,LONP1,CCDC97,CCDC92,KIFAP3,ATXN7L3,SOX4,TBC1D10B,SMARCC1,NFKBIL1,MOGS,ACTN4,ULK1,TTLL12,TELO2,TBC1D9B,DHX8,PIK3R2,APH1A,CHTF8,DHX37,SYMPK,TNRC18,RCE1,PATZ1,N4BP1,TMEM184B,INTS1,TREX1,RCC2,PTK2,CCDC88A,INTS5,INTS4,CALM2,ITM2C,DAZAP1,CITED2,MRPS12,PRPF19,PTPRF,SERP2,AKAP11,DHX15,SDF4,QSOX1,GIT1,TOP3B,STARD3NL,MRPS7,PPRC1,ITFG1,SREBF2,APRT,MLF2,RHOB,RAP2A,CTU1,RPUSD1,ARHGEF2,ALDOA,MAGEH1,RELA,ARNTL,NOL6,NT5C,PPP2CB,HIRA,CUX1,PES1,NFYC,AP3D1,AP2B1,VEGFA,BOP1,DPY19L1,HDGF,MIDN,MRFAP1,HDLBP,PHRF1,IGF1R,ARHGDIA,KHSRP,SBF1,SH3GL1,TPRA1,DNAJB12,ATAD3A,ADAM15,HNRNPUL1,GEMIN7,COX19,EFNA4,PRPF8,SUPT6H,RAI1,IRAK1,GRK6,MYH10,ANKZF1,MARK2,BCL9L,PRNP,CPSF7,CBX4,CPSF1,PCIF1,HMGA1,SSH3,DNAJC17,DNAJC18,EFNA2,TMEM115,HOOK2,HOOK1,UBE2S,GNB2,UBE2O,UBA1,TCF3,LRP10,LSM14B,UBE2M,YWHAE,B4GALT2,SCYL3,KDM5B,KDM5C,GSK3A,DDX49,NVL,PRKCSH,CHD6,YBX1,LMNB2,LMNB1,PPP1R9B,SEPT9,SPRED1,SEPT7,ZC3H7B,SNAPC4,POLG,PDPK1,H2AFX,CAD,AXIN1,DDX54,TRNAU1AP,SENP3,KLF16,PJA1,DNM2,RCN2,CREB1,AKT1S1,CHMP6,THOP1,DDX23,WIZ,SLC3A2,STRN4,USP19,MTA1,DNPEP,GNA12,MKNK2,MTA2,FBRS,PTCD1,KDM4B,RRM2,USP21,SGTA,SSRP1,SMUG1,NEURL4,PPP2R2B,CARM1,RPS6KB2,ACIN1"
+"gene_set_query"	"138"	"ZZZ3"	"220.2"	"ARCHS4 Coexpression,294;ENCODE ChIP-seq,104;Enrichr Queries,26;ReMap ChIP-seq,191;GTEx Coexpression,486"	"RPL5,TRIO,GMFB,NUP107,SLC4A1AP,RPL3,RPL32,HNRNPU,PHAX,HNRNPR,EPRS,SMC3,RBPJ,PHB2,RPL6,ALKBH8,RPL7,ALKBH3,ALCAM,CAPNS1,PSMD5,MYC,ALKBH1,ZMIZ2,GPBP1,RPL36,RPL35,AKT1,VPS35,RPL38,RPL37,PRKACA,PRKACB,MED1,DDX18,ACOT9,RPL23,PRKCD,WDR75,CD3EAP,RFX3,DICER1,EML2,SCAMP3,GTPBP4,FAM133B,IFT81,ZC3H11A,DDIT4,RPL24,TARS2,RPL27,RPL26,RPL29,ALG10B,VPS25,RPL28,UBA52,PRR13,MTMR2,SET,MRPL16,COPS7B,XPC,MRPL13,HIF1A,OAZ1,MTDH,HMGXB4,CYB5R3,CEP70,VTI1A,PIP5K1C,EDEM3,PHC2,JUN,PRPF38B,RPL41,NR2F1,PRRC2C,IRF2BP2,LARP4,MEX3C,MRPL21,MRPL30,EHD1,PCDHGA11,ABTB1,EIF5,EIF6,LAS1L,DUS1L,PHF3,CEP57,OGFR,SETD2,SMG1,PIGU,CLTC,ARHGAP1,SMG7,PHF6,WDR43,TRIM8,TUBA1C,MRPL42,NIPBL,TUBA1A,MED13,MRPL40,TMEM43,RIOK2,AP3S2,JARID2,PCMTD1,UPF2,ZC3H10,WDR36,SHPRH,TCF12,ITPK1,MRPL49,SLC39A10,ASH1L,MRPL48,BAZ1B,GMIP,DUSP6,MRPL44,MED22,RNF167,ZEB2,LSG1,NSA2,MED25,INF2,TMEM33,PXDN,EXOC4,RAPGEF2,TUT1,PLEKHO1,GRN,WDR26,TIMM9,RPL11,WDR24,ARFRP1,SCAF8,BCLAF1,BTAF1,SRP72,RNF138,CHN2,STX6,USP1,RPS3,CLPTM1,RICTOR,SRSF10,SF3B1,RPL17,DEDD,SRSF11,SF3A3,BRF2,SF3A2,USP9X,CSNK1A1,MBD1,NR1H2,SYVN1,GTF2H1,SCAF1,LRPPRC,KTN1,LETM1,SNX16,NFIB,SLMAP,TAOK1,SHKBP1,ETNK1,SERBP1,RLIM,ZYX,NUCB1,GOPC,PKN1,FRYL,YPEL3,ANKRD13C,CSE1L,CASC4,FBXO22,IPO7,IPO4,TM7SF2,IPO5,PPP1CB,YY1,CFL1,PAPOLA,SMARCAD1,PLS3,MAP3K7,GTF2I,CSNK1G3,SLC38A1,MAP2K2,FBXW8,RPS7,DYRK1A,ATP11C,PRPF4B,THOC2,CNPY3,POLRMT,DGKZ,FOXP1,CTDNEP1,DMTF1,NCL,RAB35,SRSF3,SNRNP27,PHIP,SRSF7,KPNB1,ARL8A,CSNK1G2,ANAPC1,SNRPB,ANAPC2,ANKRD17,INO80E,RAB5C,CUL3,ANKRD12,TARS,LIN7C,CORO1A,PHF21A,CORO1B,GOLGA7B,SBNO1,EIF1AD,SBNO2,ORC6,PITRM1,G3BP1,TPR,UBR5,BTBD2,BRIX1,SLC38A2,NADK,MCL1,WDTC1,ANKRD28,TMEM120B,OSBPL8,TRAPPC1,API5,TNK2,CORO2A,BCL9,SYNJ1,CDK4,COPS2,CNOT2,SP3,TADA3,MDM2,NF1,PLEKHM2,IARS,NIT1,LRCH4,TMEM19,EIF4G3,EIF4G2,ISY1,RNF13,WDR3,PTEN,ARRB2,DUSP12,MRPL3,RPL7A,CAPZB,PPP6R1,PPP6R3,PMEPA1,TNPO1,EIF2B1,TNPO3,HSP90AA1,PPP1R12A,GPX1,REXO1,DST,DIS3,ATRX,NDUFC2,PTBP2,REXO4,PTP4A2,CTDSP2,POLR1B,DNAJC5,BIRC6,TOP1,BDP1,SOS1,SEC22B,CRK,PPP1R12C,TRABD,NFAT5,SNAP47,GTF3C3,ROCK1,ROCK2,WBP2,RAB1B,MAK16,NDUFB3,SRSF1,TULP4,MLLT1,CXXC4,DNAJB2,DCAF15,GANAB,HECTD1,RBBP4,RBBP5,RBBP6,FEM1C,FYN,CSK,EIF4B,SMARCE1,TUB,MLXIP,SEC24B,NOP58,MBOAT7,FOXJ3,RPL35A,PTPN11,OXR1,KLF6,CEBPZ,EIF3E,EIF3F,PPIL4,MDGA1,PFKM,EIF3A,TRIM33,PANK3,TMEM41A,HDAC10,FCF1,ZDHHC6,CISD2,JMJD1C,CCAR1,RPS14,GOLGA5,SNRPD2,BSG,CCDC97,EPC1,ZFPL1,ATXN7L2,ATXN7L3,TMPO,ACVR1,SMARCC1,ATP6V1G2,SCAF11,NFKBIL1,ARRDC3,NSMCE1,CSNK1D,MAPK8IP3,KCTD10,CDC37,XRN2,ULK1,ATP6V0D1,BCORL1,PFN1,KCTD18,MACF1,RTEL1,DHX8,GIPR,MYCBP2,STXBP2,TWF2,TWF1,NMD3,PIK3R1,FXR1,UGCG,PRRC1,DHX33,LARS,PCBP1,MIER1,HLTF,MLEC,TRPM7,TNRC18,SEC31A,VASP,TMEM184C,ZRANB2,IQSEC1,SMARCA5,PUM1,PTK2,MED13L,PUM2,AIMP1,EXT2,STAG1,STAG2,FUBP3,WNK1,FUBP1,CALU,INTS5,CALM3,DHX29,NOL11,ITM2C,TRAM1,AHCTF1,UBXN1,CITED2,GFM2,FAF2,MRPS12,MRPS10,SYNCRIP,AKAP11,XPO1,ZMYM2,ZMYM3,PCF11,ZMYM4,DHX15,REV3L,SDF4,DLAT,UTP14A,GABPA,TOP3B,NCOA2,PBRM1,TMED9,TSC22D3,GAA,ZFR,MINK1,PRPF40A,MRPS7,LIME1,NME1,PITPNM1,CSDE1,CANX,PABPC1,ATP6V0C,STK40,NAPA,STX16,HEATR1,GBA,GDPD1,NOL8,BEGAIN,TYMP,GNAI2,HIRA,ZDHHC18,MGAT1,MAP4K5,RANBP2,MON2,NPM1,MTX1,RYK,MTX3,RAB11B,KLHL9,RSL1D1,KBTBD4,SEC23IP,MPHOSPH9,XPOT,HNRNPA2B1,TCEA1,FAU,PNPLA6,RAB3GAP1,GRINA,OTUD4,MIDN,NARF,ZFAND3,CD81,ARID4B,NUCKS1,UBE3A,UBE3B,TXN2,BASP1,PPIP5K2,KIF5B,ARHGDIA,CWC22,CAPN2,BANF1,ARID2,SBF2,NOM1,ZGPAT,LMO4,SLC30A5,NOSIP,SDHD,DCTD,TMX4,TMX3,HNRNPUL1,TBL1XR1,RPL7L1,EHBP1L1,WDFY1,CHMP4B,MATR3,PPIG,TBC1D23,PPIA,FAIM,DDX5,COX16,COX15,TOR1AIP2,COX7A2,CACNA1C,PDS5A,RASGRP2,RTN4,ARHGAP12,ARHGAP21,EMG1,RNASEH1,CAMTA2,DMAP1,QSER1,MARK2,BPTF,IVNS1ABP,SMAD2,HSPA8,PRNP,CPSF6,SMURF2,NUP155,HSPA4,NONO,CPSF2,DNAJC13,NUP153,SMAD5,AZIN1,KLHL20,CLK2,EFNA2,HOOK2,PQLC1,HOOK1,CAPRIN1,GNB2,DNAJC10,GNB1,AMOTL2,CLASRP,ACBD3,BRWD1,LRP10,LSM14A,PICALM,MXD4,RERE,GSK3B,RBM25,GSK3A,RBM26,DDX3X,PRKCSH,USP33,DOCK7,USP34,CHD6,TRIAP1,CHD2,AFF4,PPP1R9B,SENP6,TMEM101,SPRED1,MAN1A2,RB1CC1,FLOT1,PDE4A,MAN2C1,USP30,SCYL1,UTP15,USP47,PDPK1,PDE4D,H2AFV,RPS3A,ARID1A,YWHAZ,KLF16,DNM2,LATS1,FAM189B,SFPQ,CREB1,NDUFS7,RASA1,PPDPF,NDUFS3,LUC7L3,NUP54,PFDN2,ZMYND11,HCN3,TGFBRAP1,NRXN2,DDX21,CSTF2T,THBS3,CAND1,DNPEP,TAF1B,MAT2A,BMS1,TAF1A,FBRS,TIMM8B,RBM39,B3GAT3,QPCTL,ZFC3H1,NAP1L1,DEK,MEIS3,MEIS2,CLCN7,ERCC8,FAM98B,ATP13A3,NAA15,VIM,SSBP1,ABCE1,SSBP3,TAF2,MBTPS2,SSBP4,TAF1"
+"gene_set_query"	"139"	"PCGF2"	"221.0"	"ARCHS4 Coexpression,157;ReMap ChIP-seq,285"	"CHIC2,THYN1,BACH2,ALKBH8,DPYSL4,DPYSL5,IGLON5,DPYSL3,PSMD3,AP1S1,PIP4K2B,RPL37,DIP2C,STARD3,RBFOX2,PIH1D1,SCRIB,ARMC8,SOX12,ATG12,HCFC1,EML5,DAAM1,HECW1,PRR12,ASTN1,TTYH3,AGAP1,SLAIN1,CYB5R1,FAM171A1,FAM171A2,LARP1,KCNMB4,PLCG1,LHPP,FZD3,CADM4,ARPP21,CADM1,ABCA3,RAB3IP,NR2F1,MEX3D,PRRC2B,PRRC2A,MEX3A,SLC6A8,VANGL2,GIPC1,HNRNPD,RNF220,CDK16,ARF3,PHF3,GPR27,WDR41,LPCAT1,RNF157,TRIM9,NEFL,NEFM,AP3S1,DLGAP4,APC2,WDR36,ELMOD1,DYNLL2,NCOR2,TUBB2B,RAPGEF1,TMEM106B,SLC29A2,SF3B5,OAT,ADAM22,TMEM74,SDAD1,FGD1,FGD4,BTAF1,ADAM23,CHN1,SC5D,SLC17A7,ANKRD52,SAMD1,SF3A2,ATRNL1,GOLM1,DAB2IP,NMNAT2,SCAF1,OSTM1,RPL22L1,ANKRD13B,ATN1,YEATS4,AUP1,SALL2,FBRSL1,LZTS2,MAP3K7,F2R,IGFBP2,TBR1,FOXP4,THOC6,ATXN2L,ILF3,CACNB4,FSCN1,ERH,ANAPC1,KPNB1,GRIA2,KHDRBS1,SHC2,BRSK2,SMYD5,ANKRD11,PHF21B,GLIS2,NEUROD2,BTBD2,NACC1,SMYD2,ABL1,NDN,DVL3,CD276,FUS,TMEM132A,SLC4A10,BCL9,LRFN5,LHX2,PLXNB1,CNIH2,NFE2L1,RNF187,ZNF512B,CALCOCO1,CELF2,CELF3,CELF4,CELF5,PTPN23,SPR,MDK,MRPL9,NEO1,TNPO2,ADAMTS7,PELP1,EMX1,NIPSNAP1,TRAF7,TRAF4,SNPH,RPL37A,AHDC1,NLGN1,NLGN2,RPL36A,MLLT1,LRP3,CXXC4,PPM1E,MTHFSD,ZNRF1,CACNG7,PTPRZ1,U2AF2,SH3BP4,IGF2BP3,RAB28,LRRC8B,IGF2BP2,PCDH1,UBQLN4,CACNG4,HNRNPA0,SMARCE1,LINGO1,PPP1R14B,CIZ1,MARCKSL1,PPP1R14C,NTRK3,FBXL19,LYSMD2,CDC42BPB,HNRNPAB,DBNDD1,ASXL3,RAB12,RAB18,KCP,INSM1,CDO1,BCAR1,APP,TMEM183A,KDELR1,CCNC,RPS17,FRAT2,KAT5,TRIM28,DAG1,FBXO3,EPHA5,EPHA7,ST6GAL2,SLC6A15,MTUS1,RECQL,PTOV1,COG1,ANK3,CSNK1E,ANK1,RRAGD,OBSL1,CTXN1,KCTD15,LLGL1,NECAB1,NRN1,ANP32A,FOXG1,PIK3R2,APCDD1,NKAIN1,PRRC1,KCNN2,PATZ1,RAB11FIP3,B4GALNT4,VAT1,NTNG2,BCL11B,BCL11A,SMARCA4,PPP1R1B,RPS20,RCOR2,CD200,RPS24,ITM2C,DDR1,DAZAP1,PTPRS,GDI1,INTS10,PTPRO,BMI1,NAT14,PTPRF,PTMS,UCHL1,RSRC1,KIF1A,FEZF2,ACAD8,ANO8,COMMD3,SREBF2,RGMA,VAV2,VSNL1,MPPED2,NCOA7,MAPRE3,ARHGEF7,MAPRE2,ATP6V0C,DBN1,SATB1,SATB2,ARNTL,ARVCF,CUX1,SUSD4,GPC2,RAE1,EXOSC2,PURG,AP3D1,NPM3,MPP6,TTC9,HDGF,MEGF8,CDK5R2,DBR1,MIDN,GOLT1B,ZFAND3,ARHGAP39,CELSR3,IGF1R,PAIP2B,BASP1,CHCHD7,TBC1D30,HCFC1R1,ENPP5,SH3GL1,OSR1,LMO3,TMOD2,POU3F1,RUNDC3B,POU3F2,POU3F3,HNRNPUL1,DOK5,PPIE,STAM2,ISYNA1,RTN1,CTTNBP2,NXPH4,HTRA2,BHLHE22,DTX3,ADIPOR1,SEZ6L2,CACNA1H,PCSK1N,GRK6,CDH24,OTX1,MARK4,LONRF2,BCL9L,TBC1D16,ACBD5,CBX4,AUTS2,CBX2,CBX1,HMGA1,TBCA,GNAO1,EFNA3,BMP1,HOOK1,UBE2S,DLG5,GNB1,GNAS,UBA1,TCF3,LSM14B,FGF11,UBE2M,GPSM1,YWHAE,RERE,B4GALT2,GSK3A,DOCK3,PRKCSH,CHD4,YBX1,SOBP,LMNB2,ELAVL3,RPS4X,LASP1,ZC3H7B,POLG,PLA2G4E,RBM18,PPP2R5C,EPN1,DNM3,FAM189B,VCAN,NAV3,UBE2R2,TBC1D5,DDAH2,PPDPF,AKT1S1,FAM84A,HAGH,CHMP6,WIZ,AGPAT1,STRN4,ADD2,MTA1,PABPN1,CNR1,SAP30L,NT5DC2,NCAM1,BUB3,SNCB,CRYM,SNCA,CHURC1,TAF15,PDAP1,SSRP1,GDAP1,PDE10A,SBK1,CARM1,FAM98B,SSBP3"
+"gene_set_query"	"140"	"PHF20"	"221.7"	"ARCHS4 Coexpression,75;Enrichr Queries,61;GTEx Coexpression,529"	"TRIO,TFRC,RBPJ,EPRS,DCAF6,NDST1,LSM12,TBK1,PSMD7,CAPNS1,RAVER1,ZMIZ1,CSPP1,DPYSL2,MYC,AKT3,GPBP1,PSMD3,AKT1,AP1S1,PRKACA,IER5,MEF2C,WSB1,RBFOX2,IAH1,RPL21,FNBP1,PRKCE,CD3EAP,DNTTIP2,SCRIB,HCFC2,FAM133B,RNF123,BIN1,ZSCAN21,PSME4,DDIT4,CTBP2,SAR1A,NEDD4L,SLAIN2,BAZ2A,HSPH1,WDR70,PRKAR2A,ST3GAL3,CREBBP,JUN,IRF2BP1,PRRC2C,IRF2BP2,PBX2,PBX1,PRRC2B,PRRC2A,HNRNPL,MLLT10,EIF6,FASN,GIPC1,CPEB4,PHF3,ARF3,CEP57,OGFR,SETD2,SMG1,PIGU,SETD3,BTG1,MRPL39,OSBPL11,SMG5,NIPBL,MED13,JARID2,CIC,RRP15,UPF2,ZC3H10,UPF1,MIOS,ELOVL6,EPS15L1,ASH1L,BAZ1B,NCOR2,ZEB2,NCOR1,INF2,TMEM33,MTF2,PXDN,RAPGEF1,RAPGEF2,PAFAH1B2,USO1,DLST,FAM117B,CENPB,FAM129B,PPP1R2,BCLAF1,NSD1,CLPTM1,RICTOR,ANKRD52,MEF2D,SF3B1,YKT6,NKTR,EGLN1,PCGF6,BRF2,USP9X,CSNK1A1,SCAF1,SLC8A3,MKLN1,ABI2,NFIB,PSMC1,TAOK1,ETNK1,SRRD,TAOK2,TSR1,NUCB1,PKN1,MTCH1,UHRF1BP1L,CHPF,ATN1,IPO7,PPP1CB,LAMP1,PAPOLG,CFL1,KPNA6,PAPOLA,KPNA4,SLC39A7,MTPAP,KPNA3,FADS1,AP2M1,KPNA1,GTF2I,KCMF1,SH3GLB2,USP7,SLC38A1,MAP2K2,USP5,TPM1,THOC1,THOC2,FBXO11,FOXP1,CACNB1,MORF4L1,CLIP1,RAB35,MAPKAPK2,SRSF3,PHIP,ADNP,SRSF6,SRSF7,KPNB1,FKBP5,GLYR1,SLC27A4,ANAPC2,LRRC59,INO80E,PFKFB3,CD151,TXNDC9,RAB5C,CUL5,ABHD2,ANKRD11,CUL2,ANKRD12,MAZ,CUL1,ITPR1,UBR3,SLC38A10,UBFD1,PHF21A,CORO1B,SBNO1,SBNO2,BAG4,BTBD1,PITRM1,UBR5,DVL1,BTBD2,NACC1,G3BP2,ZKSCAN2,NAE1,SLC38A2,SKIL,ESRRA,POLR3GL,EEF2,LSM5,CNOT4,COPS3,SH3BP5L,TMEM11,NF1,PLEKHM2,PLXNB2,EIF4G3,BCL2L2,NFE2L1,EIF4G1,ZNF512B,WDR1,CELF2,PTEN,PPP6C,DUSP12,SUMO1,SIN3A,PPP6R1,SNRNP70,PPP6R3,PSD3,TLK2,UBTF,TLK1,HIF1AN,TNPO1,DGCR2,ADSL,HSP90AA1,PPP1R12A,REXO1,DST,ATRX,RAD23A,RAD23B,ARFGAP1,PTP4A1,PPM1A,TRAF7,PPM1B,CTDSP2,POLR1B,DNAJC5,CCDC43,BIRC6,TOP1,PPP1R12C,NFAT5,SMARCD2,RAB1B,WBP4,LENG8,MLLT1,FURIN,DNAJB2,DCAF15,GANAB,HECTD1,DNAJB6,U2AF2,KATNA1,POLR2D,EIF4H,FEM1C,FYN,EIF4E,SPAG9,NOP58,CIZ1,KCNJ11,FEM1A,FEM1B,AMFR,FBXL19,ADRM1,CDC5L,CDC42BPB,TPD52L2,CUL4A,ASXL1,KLF6,PFKL,RAB12,MGAT4B,CEBPZ,P4HB,EIF3C,TRIM32,PFKM,SMAP1,VARS,KDELR1,ZMYND8,JMJD1C,PDCD2L,TRIM28,BSG,GLUL,ATXN7L3,EPHA4,SMARCC1,SCAF11,COG2,MOGS,ANK3,ACTN4,SRRM1,GNPAT,CBLL1,MACF1,TBC1D9B,TMEM63B,MYCBP2,PIK3R1,PTTG1IP,RPAP3,FXR1,APH1A,DHX36,MIER1,DYM,GSE1,SRPK2,ZRANB1,RABGAP1L,INTS1,SURF4,MYO5A,MEMO1,PUM1,SMARCA2,UBAC1,PTK2,MED13L,PUM2,SRPK1,AIMP2,WNK1,FUBP1,CALR,CALM1,ITM2C,MRPS17,NRP1,FAF1,PRPF19,PPP3CA,SYNCRIP,CHMP1B,SDF4,KIF1B,ARIH1,NCOA1,ZYG11B,NCOA2,NCOA6,MINK1,CBFA2T2,MTSS1,SREBF2,RHOB,TOX4,ENAH,MN1,CSDE1,EEF1E1,ATP6V0C,FYTTD1,HIRA,CUX1,HSF2,EXOSC8,MAP4K4,MYO9A,KBTBD4,RSL1D1,ITCH,PRKRA,NEDD4,CAPZA1,TRIP12,HDGF,PNPLA6,GRINA,OTUD4,SRP19,ZFAND3,CD81,RPP30,HDLBP,UBE3A,PRDM2,ARID4B,NUCKS1,IGF1R,ARHGDIA,EP300,ARID2,SBF1,KDM2A,ATP1B1,ATAD3A,ADAM15,HNRNPUL1,PSPC1,TBL1XR1,UBE2V2,PLAA,CHMP4B,MATR3,WDFY3,TOR1AIP2,PDS5B,STK4,NDRG1,SUPT6H,RTN4,RNASEH1,IRAK1,DNAJC21,MYH10,BPTF,IVNS1ABP,HSPA8,PRNP,CBX5,NFKBIA,UBE2W,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB2,GNB1,UBE2N,UBA1,BRWD1,LRP10,RERE,PHTF2,KDM5B,GSK3B,ACADVL,KDM5C,GSK3A,USP38,ASNSD1,PRKCSH,MAST2,USP34,CHD6,ATP2A2,CHD4,USP39,CHD2,AFF4,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,CASP2,LRRFIP1,SCYL1,MAPK1IP1L,ARHGEF11,NAA30,USP48,KLF13,TTC33,PDPK1,PDE4D,NAV1,ARID1A,ARID1B,KLF16,DNM2,DDX19A,CREB1,RER1,THRAP3,AKT1S1,ZMYND11,ASAP1,ATP1A1,STRN4,STRN3,FAM168B,MAT2A,MKNK2,MAPK1,ABCF2,MTA2,FBRS,SPEN,ATF7IP,RBM39,KDM4B,ATP2B4,NAP1L1,SLC4A7,CLCN7,NEURL4,ASB8,CARM1,RBM42,VIM,NAA15,SUGT1,SSBP2"
+"gene_set_query"	"141"	"TEF"	"222.0"	"ARCHS4 Coexpression,174;Enrichr Queries,480;GTEx Coexpression,12"	"TFRC,MYT1L,STMN3,ENO2,SCAMP5,RNF112,SAMD14,MPRIP,ZMIZ1,DPYSL2,MYC,GABARAPL1,MEF2C,RBFOX1,TSPYL1,UNC13A,UNC5A,RBFOX3,CD3EAP,NISCH,GPR162,PRKAR1B,DDIT4,AGAP2,NEDD4L,AGAP1,VPS26B,AGAP3,PRKCZ,ABR,FAM171A2,PPP3R1,HSPH1,PIP5K1C,RHBDL1,PRRT1,ABCA2,CADM3,JUN,PRRT2,GSTM1,JUND,CADM4,GPR12,PLK2,NR1D1,L1CAM,POU6F1,SLC6A6,FASN,TOLLIP,GABRB3,ARF3,GABRB2,PIGU,BTG1,KCNC1,KCNC3,JPH4,TRIM9,JPH3,TRIM2,TIMP2,DLGAP1,DLGAP3,APC2,ACTL6B,ITPK1,DUSP8,DYNLL2,DUSP6,NCOR2,SLC7A5,KIFC2,PXDN,CHST1,GAS6,VAMP2,RNF165,GAS7,NFIX,ADAM22,SEZ6,ADCY1,ADCY5,SLC17A7,CKB,NCDN,WDR17,DAB2IP,NMNAT2,NFIA,NFIB,PKN1,YPEL4,ANKRD13B,MTCH1,RAB3A,CLSTN3,CLSTN1,ATN1,CLU,SLC8A2,RPH3A,RIMS1,RIMS4,SALL2,SESN1,ADORA1,PIM3,FADS1,IGFBP3,TPM1,IGFBP2,SRCIN1,DGKZ,CLIP3,DISP2,CACNB1,ACAP3,TOM1L2,OLFM1,CACNB4,MADD,SQSTM1,LY6E,FKBP5,RTN4R,GRIA2,BRSK1,BRSK2,PFKFB3,INSIG1,ITPR1,KLC1,FBXO44,FBXO41,RAP1GAP,GOLGA7B,SOCS2,IGSF21,KLC2,SRGAP3,RAB6B,LRRC4B,TNK2,CORO2B,NBEA,REEP2,AAK1,MAP3K10,PLEKHM2,ACO2,BCL2L2,NFE2L1,SNAP25,CELF4,CELF5,NRGN,DUSP12,PSD3,PMEPA1,EVI5L,TNPO2,EID2B,PTP4A3,DNAJC6,SNPH,CTDSP2,DNAJC5,C1D,NLGN2,LRP3,DNAJB2,CACNG7,MGAT5B,POLR2D,TRIM46,SLC25A23,ATP9A,SLC25A25,BEND6,SLC12A5,KCNIP2,FBXL16,CDC42BPB,BAIAP2,EFR3B,PINK1,KLF6,APP,ACTB,RUSC2,BSN,GLUL,ATXN7L3,SOX4,CALN1,SRRM3,SRRM4,ATP6V1G2,SLC6A17,ARRDC3,ACSL6,CIRBP,ANK2,CPT1C,MAPK8IP2,MAPK8IP3,ANK1,MAPK8IP1,STX1B,KCNQ2,HECA,TAGLN3,TLN2,GPM6A,IGSF8,STXBP1,CEND1,CD99L2,PIK3R1,TTBK1,SYNGR1,PGBD5,TSPAN7,B4GALNT1,MAP4,B4GALNT4,ATP6V0A1,MAGEE1,IQSEC2,IQSEC1,ST8SIA3,PDE2A,MYO5A,SMARCA2,SNAP91,GADD45G,ID2,CALM3,CALM1,ITM2C,NRP1,TMEM151B,PTPRS,GDI1,CITED2,DIRAS1,DIRAS2,AATK,GRIK2,HERPUD1,AKAP12,NUDCD3,PCLO,SLC22A17,ENC1,NCS1,IDS,KIF1A,GIT1,PSD,PRMT8,ZER1,TSC22D1,PARP2,TSC22D3,MINK1,SYP,AP3B2,MTSS1,SYN1,MLF2,RHOB,CNKSR2,ARHGEF4,MAPRE3,MAPT,SGK1,CSTB,NAPB,AMIGO1,ICA1L,CAMKK1,BEGAIN,ARNTL,CAMKK2,NFIL3,CAMK2N1,MGAT3,APBB1,ATP6V0E2,PURG,ARNT2,GABBR1,SORT1,LHFPL4,GRIN1,VEGFA,CCNG2,APBA1,TACC2,MEGF8,APBA2,CDK5R2,CRTC1,ARHGDIG,OGDHL,ARHGAP44,KIF5A,PALM,SBF1,SH3GL2,PPFIA3,RGS7,CHRNB2,TMOD2,APLP1,TTC7B,LMTK3,ADAM11,SHISA4,KCTD2,ATP1B1,RUNDC3A,PREPL,EEF1A2,TBC1D24,ABCG4,NDRG4,BHLHB9,NDRG3,RTN1,ARHGEF25,NXPH3,NTM,TMEM59L,HPCA,CACNA1B,LTBP4,LPL,CACNA1A,CPLX2,NDRG2,CPLX1,NDRG1,PDZD4,DPP6,CASKIN1,CAMTA1,CAMTA2,KIF3C,PDZD7,IVNS1ABP,PRNP,HSPA8,SYT3,SYT7,NFKBIA,GNAO1,RALYL,H1F0,HOOK2,DLG4,HOOK1,CNTN1,PI4KA,GNB5,MXD4,DOCK3,THRA,PRKCSH,MAST1,CHD6,SLC2A3,PKD1,ELAVL3,PPP1R9B,BCL7A,ZC3H7B,MCF2L,LRRTM2,GDAP1L1,PDE4B,SULT4A1,YWHAG,SVOP,KLF13,PDPK1,PPP2R5B,SEPT5,DNM1,SEPT3,DNM3,TRAPPC6B,CDH10,CRY2,NAT8L,CAMK2B,DCTN1,NRXN1,NRXN2,CRMP1,ATP1A3,PDXP,ATP1A1,TOB1,ADD1,ADD2,MAPK9,DNPEP,FAM168A,SV2A,SPOCK2,MKNK2,SNCB,CLVS1,OPCML,CLASP2,LGI1,BNIP3,B3GAT1,NAP1L2,ATP2B2,GDAP1,MAPK11,PIK3IP1,PPP2R2C,FAM131B,VIM"
+"gene_set_query"	"142"	"ZNF195"	"222.0"	"ARCHS4 Coexpression,141;Enrichr Queries,205;GTEx Coexpression,320"	"STMN2,HNRNPU,SMC3,FNBP1L,EPRS,SCAMP5,RNF112,NDST1,LSM12,CAPNS1,MPRIP,IGLON5,DPYSL2,STMN1,PWWP2A,AKT1,PRKACA,SAMD10,CXADR,WSB1,CD3EAP,SOX11,GPR162,WDR81,RFX7,RUFY2,DDIT4,CTBP1,FLII,NEDD4L,ATXN7L3B,SLAIN2,OAZ1,MTMR7,LDHB,PPP3R1,CYB5R3,HSPH1,PIP5K1C,RHBDL1,FDFT1,PRPF38B,JUN,FZD3,UPF3B,PRRC2C,PBX2,CDC7,NETO2,LARP4,PRRC2A,MLLT11,HNRNPL,FASN,GIPC1,OGDH,SFXN1,HBP1,HNRNPC,AVL9,GPR19,EZH2,PHF3,ARF3,OGFR,GABRB2,ARHGAP1,TRIM8,TRIM9,MRPL42,TUBA1A,TMEM43,TRIM2,TIMP2,ANXA6,JARID2,CIC,RRP15,DFFB,UPF1,ACTL6B,LRRC49,TCF12,AEN,ELOVL6,MANEAL,MRPL48,DUSP6,SRP9,GNL3,PSMA3,INF2,MTF2,PXDN,RAPGEF1,PAFAH1B3,PAFAH1B2,ERGIC1,RNF165,ADAM22,DLST,FAM117B,CENPB,FAM129B,BCLAF1,RNF138,CHN2,USP1,CLPTM1,FLNA,ANKRD52,SRSF10,SF3B1,YKT6,SRSF11,CENPV,YTHDF2,AGK,MBD1,SCAF1,KTN1,SKI,TAOK3,NFIB,ETNK1,SERBP1,TAOK2,ZYX,NUCB1,PKN1,YPEL5,NUCB2,TMEM229B,CLSTN3,CSE1L,SLC8A2,LAPTM4A,LAMP1,SESN1,SMARCAD1,KPNA2,BIVM,SLC38A1,MAP2K2,TPM1,VASH2,PRPF4B,DISP2,MSH6,CTDNEP1,MORF4L1,CACNB4,DMTF1,MSH2,RAB35,MAPKAPK2,SRSF3,PHIP,SNRPE,ADNP,SRSF6,SRSF7,FKBP3,CSNK1G2,ANAPC2,BRSK2,PFKFB3,RAB5C,ANKRD12,SLC38A10,FBXO44,CORO1B,IGSF21,SBNO2,BAG4,G3BP1,DVL1,BTBD2,NACC1,ABL2,SRGAP3,NAE1,SLC38A2,SKIL,IP6K2,WDTC1,ESRRA,TMEM120B,TIA1,ASNS,MARCH6,PTPRD,SH3BP5L,CNOT7,AAK1,SPIRE2,MDM2,PLEKHM2,PLXNB2,GPR107,NFE2L1,EIF4G1,WDR1,CELF4,SYNE2,SART1,FSD1L,CAPZB,SUMO1,PPP6R1,SNRNP70,SUMO2,TNPO1,TRIM67,HSP90AA1,REXO1,PTBP2,PTP4A1,DNAJC2,TRAF7,ASPH,CTDSP2,POLR1B,DNAJC5,EVL,PPP1R12C,NFAT5,HDAC2,CANT1,WBP2,RAB1B,FURIN,LRP8,FOXRED1,DNAJB2,GANAB,U2AF2,TRIM46,FEM1C,SLC25A22,EIF4E,DCAF13,BEND6,NOP56,MARCKSL1,SLC12A5,SSB,CDC42BPB,TPD52L2,PFKL,NECAP1,RAB15,PSAT1,MGAT4B,POLR3F,CEBPZ,P4HB,TRIM33,EIF4A2,TCERG1,SLC35B4,ZMYND8,ZDHHC5,JMJD1C,PNN,CHORDC1,KIF21A,CCNL2,ATXN7L3,SOX4,CALN1,TMPO,SRRM3,SRRM4,ATP6V1G2,ACTN1,ARRDC3,IFRD1,MOGS,ACTN4,MAPK8IP2,MAPK8IP3,STX1B,TBC1D9B,TMEM63B,STXBP1,TTBK1,TMTC4,FXR1,MBTD1,APH1A,LARS,B4GALNT1,INTS1,BCL11A,SS18L1,BRI3BP,SNAP91,ZZZ3,GOLGB1,ITM2C,AHCTF1,DIRAS2,GRIK2,SLC7A11,PRPF19,SYNCRIP,PCLO,ZMYM2,DHX15,REV3L,SDF4,KIF1B,GRIPAP1,TMED9,PARP1,MINK1,PRPF40A,MRPS7,AP3B2,MLF2,CNKSR2,RNF144A,ENAH,SLTM,PITPNM1,HNRNPH1,PACS1,MAPT,ARHGEF2,KPTN,EEF1E1,PCNA,PRIM1,NOL8,BEGAIN,GNAI2,CAMK2N2,MGAT3,MGAT1,ATP6V0E2,PURG,RSRC2,MYO9B,RANBP6,VEGFA,ATAT1,KLHL7,HNRNPA2B1,TTC3,PNPLA6,APBA2,CDK5R1,GRINA,CRTC1,ZFAND3,ARHGDIG,HDLBP,ARID4B,NUCKS1,UBE2Z,ARHGDIA,ARID2,SBF1,SH3GL2,KCTD6,ADAM15,HNRNPUL1,EHBP1L1,TBC1D24,UBE2V2,CHMP4B,MATR3,PPIG,RAI14,RTN3,IDI1,PXN,BTF3L4,CACNA1B,CPLX2,SUPT6H,ARHGAP12,ARHGAP21,IRAK1,FUT9,VARS2,PDZD7,MARK2,BPTF,IVNS1ABP,SYT4,PRNP,SYT3,PNPT1,CBX5,IDH1,NUP153,KLHL23,KLHL24,RALYL,EFNA2,HOOK2,NASP,HOOK1,GNB2,GNB1,UBE2N,PHF13,LRP10,MXD4,CREBZF,RBM25,ACADVL,KDM5C,PRKCSH,PSIP1,HMGB3,HMGB1,RND3,GPHN,ELAVL3,LMNB1,PPP1R9B,SENP6,SEC61A1,SEPT9,LASP1,ZC3H7B,MLST8,TMEM109,GALNT9,SCYL1,MAPK1IP1L,SUN2,KLF13,PDPK1,H2AFZ,NAV2,KLF16,DNM2,DNM3,SFPQ,VCAN,RCN2,DDAH2,CDH10,AKT1S1,LUC7L3,CAMK2B,AGPAT5,NRXN2,RBM4B,CRMP1,ATP1A1,AGPAT3,ADD2,MAPK9,TAF1D,MAPK7,UGP2,MAT2A,SV2A,SPOCK2,FAM120A,FBRS,OPCML,CLASP2,PTCD3,RBM39,RRM2,USP22,ATP2B2,NAP1L1,DEK,TTC19,GDAP1,MEIS2,SLC4A7,CLCN7,FAM131C,FAM131B,ATP13A2,NAA15,SUGT1,RAN"
+"gene_set_query"	"143"	"ZNF768"	"223.0"	"ARCHS4 Coexpression,115;Enrichr Queries,143;GTEx Coexpression,411"	"IPO13,MDC1,RPL3,EHMT2,EPRS,RPL8,DCAF6,PSMD4,RAVER1,CAPNS1,ZMIZ1,MYC,PSMD3,AKT1,AP1S1,HOMER3,PRKACA,IER2,PRKAB2,WSB1,PRKCD,DAPK3,CD3EAP,SCRIB,SND1,HCFC1,RNF123,DDIT4,UQCRC1,UQCRC2,PRR12,PRR14,ATF4,SF1,POM121,TTYH3,FLII,ANAPC11,PRDX5,LARP1,PRKAR2A,ST3GAL3,S100A10,HEXIM1,JUN,JUND,JUP,SETD1A,IRF2BP1,IRF2BP2,PBX2,PRRC2B,THAP11,PRRC2A,TADA2B,HNRNPL,EIF6,FASN,GIPC1,OGDH,HYOU1,DUS1L,CPEB4,CDK16,SETD3,PIGQ,MRPL38,MRPL36,ECSIT,MRPL34,MED16,KRI1,SMG5,TRIM8,GPR137,CIC,LRRC47,UPF1,SPHK2,SIRT4,MRPL43,HADHB,NCOR2,DDB1,HADHA,SLC7A5,PXDN,SLC29A2,SF3B2,SRRT,DLST,CENPB,ARFRP1,MFN2,CKB,ANKRD52,RPS2,RPL18,SF3B1,YKT6,MBD3,SF3A1,SF3A2,MDH2,WDR18,SYNJ2BP,SCAF1,LRRC20,KTN1,GATAD2A,MYBBP1A,SERBP1,TAOK2,PKN1,AGRN,PHLDB1,ATN1,FADS2,STK11,CFL2,CFL1,FBRSL1,KPNA4,SLC39A7,MAF1,LZTS2,KPNA3,FADS1,SEMA6C,SH3GLB2,MAP2K2,USP5,POLRMT,RNF40,ATXN2L,CTDNEP1,ILF3,RAB35,FSCN1,FKBP4,SQSTM1,CSNK1G2,GLYR1,SLC27A4,ANAPC2,LRRC59,FKBP2,DNMT1,INO80E,PFKFB3,AK1,MAZ,UBFD1,STIP1,SBNO2,DVL1,BTBD2,NACC1,ABL1,DVL3,ESRRA,FUS,SEC16A,GOT2,TMEM132A,EEF2,UCKL1,CHERP,ZC3HC1,COPS5,LRFN4,STK25,CNOT3,PLXNB2,PLXNB1,ACO2,NFE2L1,EIF4G1,RNF187,ZNF512B,COX4I1,PTPN23,MRPL4,RPL7A,SART1,MRPL2,PPP6R1,SNRNP70,UBTF,WDR5,HIF1AN,TNPO2,GPX1,REXO1,GPX4,RAD23A,NDUFC1,RANGAP1,RAD23B,DDOST,ARFGAP1,TRAF7,HAX1,CTDSP2,RP9,SLC25A12,SLC25A11,DCTPP1,PPP1R12C,BCAT2,PPP1R15A,GTF3C1,NDUFB9,GTF3C2,SMARCD2,NDUFB7,CANT1,GTF3C6,RAB1B,CEBPG,FURIN,LRP3,MLLT1,SRL,HDAC7,DCAF15,FZR1,GANAB,NCLN,DNAJB6,U2AF2,RAB24,EIF4H,UBQLN4,NDUFA8,NDUFA7,SPAG7,PPP1R14B,MARCKSL1,CIZ1,NDUFA6,KCNJ11,FEM1A,FBXL19,IMMT,CDC42BPB,HNRNPAB,CUL4A,PFKL,TSPAN14,DNAJA3,IMPDH2,MGAT4B,EIF3G,P4HB,EIF3C,PFKM,EIF3B,VARS,PPAN,KEAP1,ZDHHC8,TRIM28,FTH1,BSG,DAG1,LONP1,KIF21B,SEPHS2,ATXN7L3,SOX4,TBC1D10B,SRRM2,PDHX,ACTN1,NFKBIL1,ECH1,MRPS18B,CIRBP,MOGS,ACTN4,CSNK1E,THAP4,GNPAT,CDC37,GRWD1,VDAC3,CD2BP2,TTLL12,AURKAIP1,TELO2,RTEL1,TBC1D9B,PIK3R2,LIAS,FXR1,APH1A,SYNGR1,FXR2,DHX37,SYMPK,TNRC18,TRAP1,INTS1,RCC2,UBAC1,AIMP2,FUBP1,ITM2C,MRPS17,MRPS15,DAZAP1,CCDC127,SLC44A2,FAF1,MRPS12,CTSZ,PRPF19,PTMS,RPTOR,ARIH2,SDF4,CTSD,ZYG11B,TMED9,MRPS24,MINK1,MRPS7,TUBG1,LIME1,SREBF2,MLF2,MRPS9,CSDE1,ARHGEF2,ALDOA,DBN1,CSTB,AHCY,UQCR11,UQCR10,COX5A,HIRA,SAMM50,NFIL3,HSF2,PES1,MAP4K4,VEGFB,AP3D1,RSL1D1,BOP1,PRKRA,TTC4,HDGF,TACC2,GRINA,MIDN,HDLBP,UBE3B,CHCHD4,CHCHD3,ARHGDIA,KHSRP,SBF1,SH3GL1,PHYH,ATG9A,ATAD3A,TUFM,ADAM15,HNRNPUL1,EEF1A2,PPIF,PPID,NDUFB10,RPS19BP1,PRPF8,SUPT6H,RAI1,IRAK1,DNAJC21,GRK6,CAMTA1,H1FX,CYC1,NDUFV3,NDUFV2,NDUFV1,BCL9L,FDPS,CPSF7,CPSF1,IDH2,TIMM44,COQ9,COQ7,COQ5,HIGD2A,EFNA2,HOOK2,HOOK1,GNB2,GNB1,UBA1,TCF3,BRWD1,LSM14B,UBE2M,B4GALT2,PRR7,KDM5C,GSK3A,PRKCSH,MAST2,CHD6,CHD4,DDX41,YBX1,LMNB2,LMNB1,SPRED2,ZC3H7B,UQCRFS1,PDE4A,TMEM109,NAA30,PDPK1,H2AFX,CAD,DDX54,SENP3,KLF16,DNM2,EEF1G,NDUFS7,NDUFS6,PPDPF,AKT1S1,NDUFS3,PFDN2,TMEM9,RBM24,THOP1,POLDIP2,WIZ,USP19,STRN4,TBRG4,HSPD1,TMEM201,FAM168B,DNPEP,MTA1,RAB40C,MKNK2,GNA12,RPP14,MTA2,FBRS,CAMK2G,PDLIM7,KDM4B,TAF15,BAD,SGTA,PDE4DIP,SSRP1,HSPE1,NEURL4,SBK1,ASB8,CARM1,ACIN1"
+"gene_set_query"	"144"	"GTF3A"	"226.3"	"ARCHS4 Coexpression,477;Enrichr Queries,12;GTEx Coexpression,190"	"RPL4,RPL5,NCKAP1,RPL30,RPL3,TRIO,TFRC,RPL32,RPL31,EPRS,RPL8,PHB2,RPL9,RPL6,TSEN54,RPL7,LSM10,PSMD7,MYC,RPL36,RPL35,RPL38,PRKACA,RPL39,RBFOX2,RPL21,RPL23,RPL22,GTPBP4,MYL6,RNF126,DYNC1LI2,CLPP,DDIT4,TMEM126A,UQCRC1,PSME1,JTB,PSME2,RPL27,UQCRC2,RPL26,RPL29,RPL28,UBA52,PRR13,SLBP,TSTA3,SET,ANAPC16,MRPL16,AGAP1,MRPL12,OAZ1,MRPL13,MRPL11,MRPL20,LDHB,LDHA,HSPH1,PRDX4,PPP4C,PRDX1,SERF2,S100A10,BTF3,RPL41,PRELID1,SNAPIN,PA2G4,MRPL23,MRPL24,MRPL21,EIF1,CS,OGDH,CDC42SE2,BTG1,RPLP1,RPLP0,PRKAG1,MRPL37,ECSIT,MRPL34,TUBA1C,TRMT112,TUBA1B,MRPL40,TUBA1A,TMSB4X,RPLP2,SH3BGRL3,NUDC,TPI1,GSTO1,DYNLL1,MRPL46,TOMM40L,SRP9,HADHB,HADHA,SLC7A5,TUBB2A,PSMA4,ARF5,RNF166,RPL10,RPL12,RPL11,TMEM160,TIMM10,PSMA7,MRPL54,PSMB6,PSMB7,RPS15A,PSMB3,LMAN2,PSMB1,RPL14,RPS3,MFN2,RPL15,RPS2,RPS27A,RPL18,RPL17,RPL19,MDH2,WDR18,FABP3,SNX17,APEX1,SERBP1,PDCD6,UBE2D2,TUSC2,CTNND1,PARK7,BZW2,RPL10A,CFL1,KPNA4,KPNA2,HMGN2,MAF1,TMSB10,HMGN1,SLC39A3,MAGI1,RPS9,RPS8,TPM3,RPS5,RPS6,AIP,RPSA,THOC3,CNPY2,NCL,SRSF2,NHP2,SNRPG,SRSF3,ERH,SNRPF,FKBP3,SRSF7,SNRPB,SRSF9,RNASEH2C,UQCRB,AK1,AK2,PHB,UQCRH,BTBD1,PGK1,ESRRA,EIF2B3,TRAPPC1,GOT1,POLR3GL,GOT2,TRAPPC5,EEF2,LSM4,ZC3HC1,LSM7,COPS5,ARPC2,UQCRQ,TMEM11,NACA,CDK4,ARPC3,ACO2,RSL24D1,NOP10,SLC25A3,HSP90AB1,MCM7,SCHIP1,COX4I1,TRADD,ETFA,MRPL3,RPL7A,MRPL2,SUMO3,IDH3B,MRPL9,YAF2,EIF5A,ACTR3,ADSL,HSP90AA1,GPX1,GPX4,RPL13A,RAD23A,NDUFC1,YDJC,DDOST,HAX1,DAD1,CTDSP2,POLR1B,RPL37A,CCDC43,RP9,SLC25A5,SLC25A11,SLC25A4,DCTPP1,GAPDH,TRABD,NDUFB9,NDUFB7,NDUFB6,GTF3C6,NDUFB5,NDUFB4,NDUFB3,SRSF1,NDUFB2,PDHB,SRL,HSD17B10,LAGE3,SRM,HNRNPA1,POLR2J,GADD45GIP1,NDUFA9,SPAG9,NDUFA8,NDUFA7,SPAG7,NOP58,NDUFA6,NDUFA4,NDUFA3,CNBP,NDUFA2,NDUFA1,IMMT,RPL35A,RPL23A,CDC42BPB,HNRNPAB,CDKN2AIPNL,EIF3K,EIF3L,EIF3I,IMPDH2,EIF3G,EIF3E,PDCD2,PFKM,EIF3D,TPT1,EIF4A2,EIF4A1,CISD1,ACTB,NFU1,RPS15,RPS14,RPS17,RPS16,RPS19,SNRPD2,RPS18,RPL36AL,FTH1,ARL6IP4,RPS11,RPS10,RPS13,PDHX,IMP3,ECH1,MRPS18B,MIF,THAP4,GNPAT,PPA1,RRAGD,BOLA2,VDAC3,VDAC1,PFN1,AURKAIP1,DCUN1D2,PAICS,PTK2,RPS26,CCT6A,RPS25,RPS27,RPS29,RPL27A,NDUFAF3,RPS20,ANP32B,CALM1,RPS21,CALM2,RPS24,ITM2B,ITM2C,MRPS17,DAZAP2,COX7B,MRPS16,SH3KBP1,MRPS11,MRPS12,MRPS10,COX7C,LIMD2,HINT1,C1QBP,DHX15,KIF1B,DLAT,RAB8A,COX8A,MRPS28,CCT3,CCT2,MRPS26,MRPS24,PRMT1,TSC22D3,MRPS23,NME2,MRPS7,COMMD7,LIME1,APRT,ENAH,MRPS9,PABPC1,ALDOA,PTMA,CSTB,PCNA,MRPS36,MRPS33,SSNA1,NOL7,UQCR11,MRPS30,UQCR10,COX5B,COX5A,NT5C,SAMM50,CCT8,SCAND1,CCT7,CCT5,RANBP1,NPM1,PTGES2,PTGES3,TTC1,COX6C,PPP1CA,NDUFAB1,HNRNPA2B1,FAU,TOMM5,TOMM6,NDUFA12,PEBP1,SRP14,ACTG1,CHCHD4,EEF1B2,FBL,CHCHD2,CHCHD3,TMEM147,FPGS,PAM16,NOSIP,SDHA,SDHB,COX6B1,TUFM,EEF1A1,DKC1,EEF1A2,WDFY3,PPIA,ISCU,NDUFB10,RPS19BP1,NDUFB11,COX17,COX7A2,ARHGAP21,UBB,CYC1,NDUFV3,NDUFV2,MYH10,DNAJC19,HSPA9,HSPA8,PRNP,PDHA1,IDH2,COQ9,COQ5,HIGD2A,HOOK2,DLG5,GNAS,CYCS,COPE,ATP2A2,HMGB1,YBX1,RPS4X,SEPT6,YWHAQ,BCL7B,TIMM17A,UQCRFS1,TMEM109,ARHGEF11,H2AFY,H2AFZ,RBM18,RPS3A,YWHAZ,EEF1G,NDUFS8,NDUFS7,NDUFS6,EEF1D,NDUFS5,NDUFS4,NDUFS3,NDUFS1,NAA38,RBM24,PFDN5,POLDIP2,POMP,DDX21,MTIF3,HSPD1,LEPROTL1,RALY,RPP14,TIMM8B,RRM2,NAA10,PDE4DIP,NAP1L1,DEK,USP28,HSPE1,SOD1,POLE4,PIK3IP1,CDK2AP2,VIM,RAN"
+"gene_set_query"	"145"	"ZNF804A"	"228.0"	"ARCHS4 Coexpression,182;Enrichr Queries,486;GTEx Coexpression,16"	"CYFIP2,MYT1L,STMN2,STMN3,STMN4,FNBP1L,SCAMP5,SAMD14,ALCAM,DPYSL4,DPYSL5,ZMIZ1,DPYSL2,DPYSL3,STMN1,PRKACB,NCKAP5,MEF2C,RBFOX1,ACOT7,RBFOX2,UNC5A,CACNA2D1,SOX11,GABRG2,GPR162,FEZ1,RUFY3,HECW1,TSPYL4,ASTN1,NPRL3,AGAP2,NEDD4L,PRKCZ,MTMR7,FAM171A2,PPP3R1,FLRT2,PRKAR2B,CHST15,PRRT1,CADM3,JUN,CADM2,PLK2,NETO2,MLLT11,PKIA,FAT3,FXYD6,FAT4,CDK14,GPR19,GABRB3,GABRB2,WDR47,LRRC4,SHD,JPH4,JPH3,TUBA1A,CHL1,B3GALT2,TRIM2,NEFL,DLGAP1,APC2,ACTL6B,DUSP6,PGM2L1,SLC7A5,ZEB2,TUBB2B,TUBB2A,CDC42EP3,PXDN,PLCB1,PAFAH1B3,RNF165,ATL1,SEZ6,TMEM169,CHN1,ADAM23,RUNX1T1,ATRNL1,KIDINS220,TTC9B,NMNAT2,TAOK3,NFIA,RAB3C,RAB3A,ATP8A2,CLSTN3,CTNND2,FRY,SLC8A1,RPH3A,RIMS1,ATCAY,CDH2,TUBB3,SYBU,MAP2K4,ANKRD46,IGFBP3,CLIP3,CACNB4,SLC9A6,MSH3,TOX,GRIA1,GRIA2,ZC4H2,KLC1,FBXO41,SOCS2,SCRT2,BAG4,PLXNA2,NDN,RAB6B,PLXNA4,TIA1,SLC4A10,NSG1,PTPRD,REEP1,LRFN5,SYNJ1,CDK5,NBEA,NSG2,LHX2,REEP2,AAK1,SPIRE1,SNAP25,SCHIP1,CELF3,CELF4,CELF5,DUSP12,FSD1L,PSD3,PMEPA1,WDR7,CEP170,ERC2,EDIL3,EID2B,DST,SGIP1,SEZ6L,ZFP90,ARL4C,PTP4A3,DNAJC6,DNAJC5,BCAT1,RNFT2,NLGN1,CXXC1,LRP8,CACNG7,STOX2,SLITRK1,TRIM46,SLITRK5,FSD1,WASF1,ATP9A,UBQLN2,BEND6,SEPT11,MARCKSL1,SLC12A5,PCDH9,PCDH7,NTRK3,LYSMD2,EFR3B,NELL2,NECAP1,GLRB,APC,SYT11,ASXL3,TRIM37,METAP2,SLC35B4,ARL6IP1,CCNI,DPF1,KIF21A,KIF21B,BSN,KIFAP3,EPHB1,SOX5,EPHA5,EPHA4,SRRM3,EPHA7,ATP6V1G2,SLC6A15,ACSL6,ANK2,ANK3,CPT1C,MAPK8IP2,INPP4A,STX1B,KATNAL1,KCNQ2,TAGLN3,KCTD12,GPM6A,BEX1,STXBP1,FOXG1,CEND1,TMTC1,KALRN,TTBK1,NKAIN1,INPP5F,TSPAN5,B4GALNT1,HIVEP2,SCN3B,SCN3A,ATP6V1C1,NTNG2,MAGEE1,LRRN3,BCL11A,ST8SIA2,ST8SIA3,MYO5A,DCLK2,SNAP91,DCLK1,CCDC88A,CALM3,CALM1,ROBO2,NRP1,CSRNP3,GDI1,CITED2,GRIK5,PTPRO,SLC7A11,ROBO1,UCHL1,PCLO,AKAP11,ENC1,DNER,IDS,KIF1B,RALGPS1,SYP,RGMB,AP3B2,SYN1,MLF2,CNKSR2,MN1,ARHGEF9,MPPED1,KIT,MAPT,SGK1,NAPB,SATB2,GDPD1,PRICKLE1,NOL4,CAMKK1,PAK1,CUX2,GPC2,METTL6,CTNNA2,PAK3,DYNC1I1,PURG,GABBR2,LSAMP,LHFPL4,PNMA2,GRIN1,ATAT1,TTC3,APBA1,FAM171B,APBA2,CDK5R1,PRDM8,BASP1,KIF5C,NRCAM,SH3GL2,RGS7,PPFIA2,NSF,CHRNB2,TMOD2,LMTK3,RUNDC3A,POU3F2,POU3F3,PREPL,GPRIN1,SCN8A,AMPH,ATP6V1A,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,NTM,TMEM59L,CACNA1B,LPL,CACNA1A,CACNA1E,RTN4,EFNB2,PDZD4,ARHGAP21,KIF3A,FUT9,CASKIN1,CAMTA1,KIF3C,LONRF2,SYT3,SYT1,AUTS2,CRIM1,GNAO1,RALYL,DLG2,HOOK2,DLG4,HOOK1,GNB1,CNTN1,TCF4,DOCK3,YWHAB,CHD6,ELAVL4,SLC2A3,FBLL1,AFF3,SOBP,RND3,ELAVL2,PPP1R9B,ELAVL3,SEC61A2,BCL7A,LRRTM2,GDAP1L1,PDE4B,SULT4A1,YWHAG,DACT1,SVOP,PDPK1,PDE4D,NAV1,SYNGR3,DNM1,PJA2,SEPT3,DNM3,GAP43,VCAN,NAV3,SETBP1,CDH10,CDH11,ATP6V1B2,DCX,TERF2IP,CDH13,B4GALT6,INA,CAMK2B,HCN3,NRXN1,ATP1A3,CRMP1,FAM169A,ADD2,MAPK9,GNG3,MAPK8,GNG2,SV2A,CNR1,SPOCK2,MAPK1,SPOCK1,NCAM1,CLVS1,OPCML,CLASP2,SGTB,NEGR1,NAP1L2,ATP2B2,ATP2B1,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,PDE10A,FAM131B"
+"gene_set_query"	"146"	"ZBTB9"	"229.3"	"ARCHS4 Coexpression,80;Enrichr Queries,198;GTEx Coexpression,410"	"MDC1,POP7,TRRAP,EHMT2,HNRNPU,GPATCH4,SMC6,EPRS,FNBP1L,RPL8,RRP9,RAVER1,ZMIZ1,DPYSL2,MYC,PSMD2,PSMD3,IER2,CHGB,CD3EAP,RFX1,ATG13,GTPBP4,WDR77,ARMC6,PSME3,DDIT4,RPL29,NUP205,SEH1L,CTBP2,CDCA4,NEDD4L,NOLC1,MRPL12,LDHB,RRS1,PIP5K1A,ST3GAL1,BTF3,NAA50,JUN,HOMER1,CADM1,PLK2,IRF2BP2,PA2G4,HNRNPL,HNRNPM,SQLE,UCK2,PPP5C,HNRNPK,TDP1,FASN,HNRNPF,HNRNPC,FARSA,DZIP3,ARF1,PIGU,BTG1,PHF23,RPLP0,MED19,MRPL37,WDR46,TUBA1B,SMPD4,ATIC,RRP12,JARID2,BRD2,LYPLA2,PGAM1,MRPL49,SLC39A10,AEN,WDR34,WDR35,DUSP6,GNL3,DDB1,TUBB2A,PTRH2,MED20,PXDN,TCP1,GARS,SLC29A1,SF3B4,NIP7,RPL12,SRRT,TM9SF4,FAM117B,BCLAF1,NRAS,RPS3,HARS,RPS2,RPL18,YKT6,SF3A3,YTHDF2,UTP3,TARBP2,BYSL,NFIA,MYBBP1A,PSMC3,NFIB,JKAMP,APEX1,SERBP1,RIMBP2,TSR1,PKN1,TUSC3,CSE1L,MSI1,RPL10A,IPO4,EDC3,IPO5,SALL2,RUVBL2,RUVBL1,CFL1,KPNA2,FADS1,SLC39A3,SLC38A1,SUPT16H,USP5,VPS33A,USP3,RPS5,FBXW9,THOC3,RPSA,GTF2F1,ILF2,LEMD2,RNF40,FOXP1,FTSJ3,BSCL2,PYGO2,ILF3,TXLNA,MSH2,NCL,NHP2,SRSF3,ERH,FKBP4,SNRPC,SRSF7,KPNB1,SNRPA,SRSF9,CSNK1G1,FKBP5,SNRPB,LRRC59,CUL7,CCDC24,SMYD5,ANKRD11,PHB,PHF21B,SOCS2,STIP1,PITRM1,STK38,G3BP1,NACC1,MCL1,TRAPPC4,NSG1,FANCE,LSM4,MARCH4,CHERP,LSM2,YRDC,BCL9,IARS,DHCR7,EIF4G1,HSP90AB1,MCM7,WDR3,CELF3,WDR4,MRPL4,PTBP1,DUSP12,RPL7A,SART3,NOB1,WDR5,UBTF,EIF5A,RANGAP1,ARFGAP1,DDOST,NIPSNAP1,PTP4A3,TRAF4,POLR1B,CTDSP2,POLR1C,DNAJC9,DCTPP1,GAPDH,TNFRSF21,PPP1R15B,PRPS1,GTF3C2,HDAC2,GTF3C4,SRSF1,PPM1G,ABLIM1,GANAB,U2AF2,NNAT,POLR2D,EIF4H,FEM1C,HNRNPA1,AAMP,DCAF13,SLC25A25,NOP56,NOP58,PPIL1,RNF26,ADRM1,CDC5L,IMMT,HNRNPAB,SNRNP40,KLF6,PSAT1,IMPDH2,CEBPZ,INSM1,EIF3C,UNC79,EIF3B,SMARCB1,VARS,ZMYND8,THUMPD3,CISD2,ACTB,GOLGA2,GOLGA3,TRIM28,LONP1,TRIM27,SEPHS1,RPS10,SOX4,TIPIN,SMARCC1,IMP3,KARS,GRWD1,HECA,SIK1,TTLL12,CUTA,DHX8,TMEM63C,MAGED1,DHX9,CSTF3,CTR9,PIK3R1,UBE2J2,HTATSF1,APH1A,UGCG,SCFD1,CHTF8,PDCD11,CSTF1,DHX37,SYMPK,GSE1,RBM12,TRAP1,XRCC6,ZFR2,BCL11A,RCC2,PAICS,CCT6A,INTS5,INTS7,RNPS1,NOL11,RGL2,ITM2C,PTPRS,CITED2,PPP1R10,PTPRN,FAF2,MRPS12,GDI2,NAT10,PRPF19,C1QBP,XPO5,ENC1,CHMP1A,DHX15,RSPRY1,PRMT6,CCT3,PRMT5,CCT2,SEC13,TSC22D1,PARP1,PRMT1,MRPS2,MRPS7,PPRC1,MTSS1,MLF2,RHOB,ARHGEF2,SGK1,AHCY,PCNA,SATB1,STX18,NOL6,ARNTL,PES1,CCT8,GPC4,CCT7,RAE1,CCT5,CCT4,NPM1,YIPF2,PTGES3,HUWE1,AP3D1,MIAT,NPM3,VEGFA,MAD2L2,RSL1D1,BOP1,MPHOSPH9,TTC5,MARS,TTC3,HDGF,PRPF31,CDK5R1,MIDN,NUP188,KDM1A,MRFAP1,IGF1R,ACTG1,FBL,KHSRP,BANF1,ATAD3A,TUFM,EEF1A1,RPL7L1,SCG5,VCP,DIABLO,NOP2,KLHL12,RPF2,PRPF8,PLD3,DPP3,PCSK1N,YARS,HSPA9,HSPA8,PRNP,CPSF7,CBX5,UBE2I,CBX4,HSPA4,CPSF3,NONO,CBX2,CBX1,HMGA1,DNAJC11,CNOT10,NUP153,DNAJC14,SUPT5H,EFNA2,HOOK2,HOOK1,CAPRIN1,IFT27,UBA1,TCF3,SAE1,KDM5B,ZMYND19,PRKCSH,CHD6,CHD5,SLC2A3,LMNB2,LMNB1,UBE2Q1,NUP62,SNAPC4,RBM14,PDPK1,CAD,H2AFX,NAV2,ARID1A,UTP18,EEF1G,SETBP1,STOML2,POLDIP3,USP10,GOSR2,DDX21,TOB1,HSPD1,DNPEP,MAT2A,MKNK2,ABCF1,RRM2,EYA3,SGTA,SSRP1,SLC4A8,PIK3IP1,ERCC2,RBM42,NAA15,RAN"
+"gene_set_query"	"147"	"TCF3"	"230.2"	"Literature ChIP-seq,45;ARCHS4 Coexpression,33;ENCODE ChIP-seq,61;Enrichr Queries,111;ReMap ChIP-seq,102;GTEx Coexpression,1029"	"ITSN2,POP5,GMFB,TFRC,ITSN1,FAM110A,RAVER1,DPYSL2,GPBP1,AKT1,PRKACA,ATG3,PRKAB2,CACNA2D1,EWSR1,DDIT4,ORAI2,TMEM126A,ATF4,SF1,SLBP,SET,SHMT2,TARSL2,CDCA4,PDGFA,BAZ2A,PRPSAP1,RHOT2,LARP1,HEXIM1,JAG2,JUN,CREBBP,JUP,NCAPH2,EIF2AK3,PBX2,PBX1,TBL3,VANGL2,FASN,PKIA,HYOU1,KCNC1,PRKAG1,MED16,SHB,BBC3,DDA1,MED17,SMPD4,JAK2,DLGAP3,JAK1,PCMTD1,APC2,SPHK2,DUSP1,IFT140,SLC39A10,SLC39A13,DUSP8,JOSD1,MED26,MED29,DUSP6,PGM2L1,TOMM40L,PHF20L1,DDB1,SLC7A5,SLC7A6,MED25,PXDN,RAPGEF1,PAFAH1B1,TRUB2,SAMD8,ATL1,ODC1,ADAM22,SLC7A1,ADAM23,MFN2,BID,SAMD1,ZSWIM4,ZSWIM5,MBD3,ATAD1,MBD1,MCRS1,ARCN1,SKI,MYBBP1A,CCDC9,SLMAP,TAOK2,PKN1,CIAPIN1,AGRN,YPEL5,CRAT,YPEL3,ATN1,FBXO21,FADS3,SLK,UROD,FADS1,FBXW4,CDKL2,BNIP3L,PCYT2,CISH,DGAT1,FBXW7,ATP11A,ZCRB1,POLRMT,CASD1,LENEP,FAM118B,CDC25B,ATXN2L,TPST2,ACLY,DMTF1,MSH2,SRSF2,SMS,SRSF4,PKP4,SRSF5,SRSF6,SRSF7,SRSF9,INO80B,KHDRBS1,KHDRBS3,TXNDC9,GMPS,NRF1,CORO1B,CORO1C,RAP1B,IGSF21,SNN,NDOR1,G3BP1,NAE1,SAC3D1,CD276,TXNDC5,TMEM120B,FUS,UROS,STYX,UCKL1,DRAP1,YRDC,NACA,SP3,CNTROB,LRCH4,OGT,ITGB1,SNAP25,PTEN,PPP6R1,PGLS,UNKL,YAF2,NEO1,BOK,EIF5A,ACTR3,BCAS3,ACTR2,EIF5B,VPS13A,ARFGAP1,MSL1,ATRN,SYF2,PCCB,ETF1,GAPDH,BCAT2,UHRF2,SRC,ROCK2,SRF,SRSF1,LENG8,MLLT1,SRL,SRM,MLLT6,CDC42,FOXRED2,ZNRF2,U2AF2,BAHD1,KRIT1,EIF4H,UBQLN1,FYN,FEM1C,E2F4,HNRNPA1,UBQLN4,TRIM44,UBQLN2,HNRNPA0,GADD45GIP1,MARCKSL1,CIZ1,HNRNPA3,TRIM41,FEM1B,PCDH7,TXNL1,HNRNPAB,DBNDD1,PINK1,TSPAN14,CDKN2AIPNL,TRIM39,EIF3G,PDCD4,STUB1,TRIM37,EIF3C,TRIM32,BCAR1,EIF3B,SLC23A2,SMARCB1,CPNE5,PPAN,LDLRAD3,ACTB,NUDT3,NUDT4,HERC3,TRIM28,BSG,TRIM24,CCDC97,EPC1,EPC2,TRIM27,PTGFRN,ATXN7L3,SMARCC1,SMARCC2,ATP6V1G2,ARL15,ACTN1,ALG5,CIRBP,TALDO1,CSNK1D,MOGS,CSNK1E,ACTN4,MFSD11,MFSD10,CDC34,PPA2,KCTD10,PPA1,CDC37,KCNQ2,KCTD12,TRIB2,NUMBL,AARS2,CEND1,GSPT1,PGS1,NKAIN1,B4GALNT1,KCNN2,XBP1,MYO5A,SMARCA2,PTK2,IFFO1,MED13L,SMARCA4,EXT1,EXT2,CALY,PTK7,NDUFAF3,FBXL3,GRB2,CALR,FBXL5,FBXL6,MON1B,HERPUD2,DDR1,HIBADH,MRPS12,ICA1,RAB22A,HERPUD1,PTMS,PPP3CA,MAP1LC3B,PCM1,PPP3CB,AKAP11,MAP1LC3A,RAC3,SDF4,GIT1,PABPC4,PRPF40B,PRPF40A,SREBF2,SYN1,APRT,RNF144A,RAP2B,SLTM,KIT,ARHGEF1,PABPC1,ARHGEF2,PTMA,NAPA,PCNA,AHCY,PRICKLE1,COX5A,RELA,GNAI2,NFIL3,MGAT3,MGAT2,RAE1,EPS15,MON2,SORT1,VEGFB,MYO9B,VEGFA,KLHL9,BOP1,TTC9,NUDT8,KLHL8,TTC3,TCEA2,HDGF,GRINA,NARF,NUP188,PRDM4,UBE3C,ZFAND5,UBE3A,CELSR3,ACTG1,IGF1R,FAM3C,DNAJB12,CASK,POU3F1,POU3F2,EEF1A1,ADAM19,ADAM15,EHBP1L1,TBC1D24,ANKS6,WDFY3,RAF1,PPIA,COX19,GNAZ,DDX5,NDUFB10,DIABLO,HTRA2,BHLHE22,CACNA1H,CNN3,RAI1,SHARPIN,IRAK1,GRK6,TBC1D13,TBC1D17,UBE2F,SYT3,UBE2I,UBE2B,PCIF1,CNOT10,GNAO1,AHI1,NASP,HOOK2,UBE2S,HOOK1,GNAQ,GNB1,MKRN1,GNAS,UBA3,UBE2N,UBA2,UBE2O,AMOTL2,DEGS1,UBA1,TCF3,GNB5,FGF13,UBE2K,FGF11,GALK1,UBE2M,MXD4,RERE,PHTF2,CUEDC2,ZMYND19,LDB1,TAZ,RND3,LMNB2,LMNB1,LASP1,EEF2K,MAN1A2,GET4,DACT1,PDPK1,CAD,SYNGR3,EEF1G,EEF1D,CRY2,CRY1,MAN1B1,CUEDC1,RALA,RAP1GDS1,RNF7,RNF4,ADD1,AGPAT3,MTA1,GNG5,PABPN1,OXCT1,TMEM205,MKNK2,BNIP2,RALY,MTA2,FBRS,CYTH1,TTC14,ARFGEF1,RRM2,TTC13,EYA3,SSRP1,CDK11B,ERCC1,CARM1,KRAS,ERCC5,GPD1L,NCKAP1,ANKLE2,HNRNPU,SMC6,ADARB1,SMC3,EPRS,PHB2,ALCAM,ZMIZ1,ZMIZ2,AP1S1,NUP214,VPS18,PRKCI,NUP210,WDR74,REV1,SCRIB,ATG13,GTPBP1,HCFC1,PRKD3,NUP98,VPS28,LRPAP1,NUP205,SEH1L,CTBP2,CTBP1,ANAPC11,MTDH,GJC1,FAM171A2,LDHA,BLOC1S1,NUP85,ST3GAL2,FDFT1,NAA50,PRELID1,NDFIP1,SNAPIN,PHC1,DMPK,HOMER1,SETD1A,IRF2BP2,NR1D1,MEX3D,MCAT,MEX3C,HNRNPL,EHD1,GNPTG,HNRNPM,HNRNPK,HNRNPF,TOLLIP,HNRNPD,MMS19,FARSA,GABRB3,SETD5,SETD2,WDR47,GMEB2,BTG1,PHF20,PHF23,SETD7,GPT,SMG7,KRI1,PHF6,SMG5,WDR43,PHF8,TIMP2,PLEKHN1,CIC,JARID2,RRP15,CEP68,TPI1,NUTF2,FAM126A,NCOR2,SIKE1,TUBB2B,TUBB2A,KIFC2,EXOC3,EXOC6,GARS,PLEKHO1,EXOC5,KIFC3,TKT,GRAMD1A,GRN,NFIX,USO1,WDR24,FAM129B,ADCY5,ARFRP1,USP1,SLC17A7,DEDD,YTHDF1,YTHDF2,CSNK1A1,WDR18,PCGF3,GATC,SCAF1,NFIA,OSTM1,NFIB,ANKRD13C,ANKRD13B,ANKRD13D,RAB3D,GTF2B,UBP1,AUP1,RPL10A,IPO4,EDC3,TM7SF2,IPO5,NPEPPS,LAMP1,CFL1,HMGN2,PLEKHJ1,GTF2I,TLE4,TLE3,MAP2K4,SUPT16H,USP7,TLE2,MAP2K1,MAP2K2,TPM4,USP5,USP4,MAGI3,USP3,TPM1,DYRK1A,DYRK1B,FRMD4B,ILF2,LEMD2,NRBP1,THOC6,MORF4L1,ILF3,RAB31,DMWD,RAB34,MORF4L2,RAB35,PGP,PHIP,ADNP,FKBP4,FKBP3,CSNK1G2,SNRPA,CSNK1G1,FKBP5,BRSK1,FKBP2,RAB5B,BRSK2,INSIG1,SLC38A10,ORC6,TPR,DVL1,UBR5,DVL2,PLXNA2,PLXNA1,DVL3,SRGAP3,MAP2K7,MCL1,TRAPPC3,OSBPL8,TRAPPC1,CCDC12,OSBPL5,TRAPPC5,OSBPL2,FANCE,SCRT1,REEP1,COPS6,NBEA,NSG2,REEP5,CPD,PLXNB2,CNIH2,CNIH3,BCL2L1,SLC48A1,DIDO1,MCM7,WDR1,ZC3H4,SCRN1,SNRNP70,UBTF,WDR5,WDR6,TLK1,TNPO1,TNPO2,ILKAP,PLEKHG2,RFC2,SECISBP2L,TRPC2,RPL13A,EDF1,WIPI2,TFDP1,DNAJC7,DNAJC5,CTDSP2,POLR1B,CRK,HDAC2,HDAC1,RAB1B,EI24,TULP4,HDAC7,DNAJB1,HECTD1,HAUS8,POLR2A,DNAJB5,HECTD3,RAB23,RAB24,POLR2E,DNAJB9,VPS54,CSK,POLR2L,SLC35A2,SLC35A1,AMFR,FBXL19,FBXL16,RPRD2,FBXL14,ASXL1,TNRC6C,PSAT1,DNAJA2,POLR3E,DRG1,PPIL4,TPT1,SLC35B2,VEZT,PANK2,IFITM2,SLC35B4,HDAC10,VARS,ZMYND8,HDAC11,PITPNA,CISD2,HS6ST1,GBA2,HS6ST2,RPS15,RPS17,RPS19,RPL36AL,FTH1,LONP1,DAG1,RPS11,SEPHS1,RPS10,TBC1D10A,TBC1D10B,SRRM2,COG6,ARRDC1,SLC35C2,CPT1C,SRRM1,TIAM1,TWSG1,SIK1,HECA,SIK2,OBSL1,RTEL1,CSTF2,MYL12B,FXR1,UGCG,GSE1,TNRC18,STXBP5,RALGDS,ARGLU1,VASP,VAT1,SYNRG,PUM1,PUM2,ZZZ3,FUBP1,ADCK5,RPS20,TOP2B,AHCTF1,CITED2,LIMD2,ZCCHC14,XPO6,XPO5,TMED2,RAB8A,RALGPS2,PSD,ZYG11B,PARP1,LIME1,MTSS1,ITFG1,TOPORS,VAV2,MLF2,SLC22A23,HNRNPH3,ZDHHC20,AMIGO1,NOL7,NOL9,RFNG,NOL4,TYMP,CST3,HIRA,UBTD2,APBB2,APBB1,MPP3,MYEF2,PTGES3,AIG1,PDP1,CAPZA1,CAPZA2,MEGF9,NDUFA13,KDM1A,KDM1B,SPPL2B,NDUFA10,ARHGDIG,FAM162A,ARHGDIA,FPGS,HCFC1R1,COTL1,NRCAM,AZI2,RALBP1,KDM2A,LMO4,SHISA4,ATP1B1,PUS7,PRPF6,MYCN,HGS,CHMP4B,DAP3,ISYNA1,PXK,RPS19BP1,COPB1,CHRNA7,CLEC16A,CABP1,PRPF8,CAMSAP1,EMG1,CPSF7,CBX5,CPSF6,CPSF1,CBX4,CBX3,CPSF3,CBX2,NONO,COQ9,EFNA2,CAPRIN1,CHMP2A,BRWD1,LRP10,LRP12,LRP11,MUS81,GPSM1,KDM5B,KDM5C,YBX1,HS2ST1,SEPT9,SPRED1,SNAPC2,PPP2R5E,CASP3,TOPBP1,RBM7,KDM6B,H2AFY,H2AFX,SPATS2,AXIN1,PPP2R5B,SAFB,DNM1,FCHSD2,DDAH1,AKT1S1,FAM84A,CDH13,THOP1,STOML1,KDM3B,PDXP,NRXN2,ATP1A1,GNA13,TBRG1,MAPK9,FAM168B,MAPK8,UGP2,MAPK1,MAPK6,MAPK3,KDM4B,CYHR1,DEK,SLC4A7,RPS6KB1,CAPN10,RPS6KB2,CDK2AP1,ATP13A2,MDC1,EHMT2,EHMT1,SCAMP4,RABGEF1,PPP4R1,PPP4R2,PSMD3,SAMD10,CHID1,MEF2A,HES6,MEF2C,RFX3,EML1,SND1,RUFY1,EML4,EID2,PRKAR1A,RFX7,RUFY2,PSME1,PSME2,MTMR1,TTYH3,MTMR3,AGAP1,AGAP3,MRPL12,MTMR4,OAZ1,GABARAP,GIGYF2,CYB5R3,PUSL1,RHBDL1,ABCA2,PRRT2,CADM1,EDEM2,MRPL28,MRPL23,MRPL24,EIF1,SETX,MLLT10,UCK2,EIF5,TDP1,FERMT2,TMEM9B,EZH2,ARF3,ARF4,ARF1,PIGQ,HEXB,PIGP,CTCF,MRPL34,AACS,PIGX,TRMT112,TUBA1C,TUBA1B,MRPL40,RPLP2,SH3BGRL3,APPL1,LRRC47,UPF1,LRRC45,ELOVL5,ACTL6A,RRAS2,SIRT7,MRPL48,MRPL45,LRRC41,LRRC42,MRPL53,PSMA3,CDC42EP4,CDC42EP3,PELI1,PICK1,SLC29A4,SLC29A1,VAMP4,VAMP2,LRRC14,SRRT,SEZ6,MRPL55,GGA1,BTAF1,TMEM65,FLNA,MEF2D,YKT6,SRSF10,LRRC24,YLPM1,LRRC20,GATAD2A,SPSB3,SERBP1,CSE1L,UBE2D3,UBE2D1,YY1,EIF4ENIF1,STK11,OSBP,SCMH1,FBRSL1,PIM3,PMPCA,KPNA2,KPNA3,NOMO1,SH3GLB1,AGTPBP1,UBE2E3,PPP1R16A,FOXP1,SAP30,ACAP3,OLFM1,FRMD5,FSCN1,RAD54L2,SNRNP200,SQSTM1,KPNB1,ANAPC2,LRRC59,PFKFB3,RNASEH2A,TUBGCP2,MAX,PEF1,MAZ,FOXO6,ACAT1,SAV1,SOCS2,SBNO1,ATXN2,E4F1,SLC38A2,ZBTB17,ZBTB12,EEF2,UBLCP1,STK25,PTPRA,MDM2,NFE2L1,ZNF512B,HSP90AB1,PPP1R13B,COX4I1,MRPL4,MDK,SUMO3,PMEPA1,MRPL9,PELP1,HSP90AA1,PPP1R12A,DST,SH2D3C,RAD23A,VPS37B,RAD23B,DDOST,PPM1A,GIGYF1,SLC25A19,BIRC6,SLC25A11,SLC25A4,AHDC1,ST6GALNAC6,GTF3C1,NDUFB7,PPM1L,PRCC,FOXK2,FURIN,ZBTB45,PPM1G,GANAB,NCLN,SLC25A28,SH3BP2,FCHO2,SH3BP5,SLITRK5,LRRC8B,SLC25A22,AAMP,SH2B2,SLC12A2,PPP1R14B,SEC24B,MMAA,NDUFA4,FOXJ3,DONSON,RPL23A,TPD52L2,NELL2,SLC25A39,CCM2,P4HB,CDR2L,SMAP2,SPG21,SLC25A36,EIF4A2,LPGAT1,ZDHHC5,PREP,ZDHHC8,IFI30,TXNDC15,NUBP2,CYB5D1,CCAR1,RASSF1,FAM53C,CCNL2,CCNL1,EPHB2,SLC12A6,TMPO,SEC63,EPHA7,PAQR4,ZFP1,SCAF11,ANK1,SFRP1,FNDC4,ULK2,KDELR2,CTXN1,TMEM87B,PAXIP1,FOXG1,SUPT4H1,PIK3R2,PTTG1IP,PIK3R1,UBE2J2,UBE2J1,APH1A,DHX32,PCBP4,MICAL1,PCBP1,PCBP2,ERI3,DHX37,SYMPK,TSPAN5,RCE1,HIVEP2,N4BP1,SNX5,ZBED4,RAB11FIP5,XRCC6,INTS1,IQSEC1,LRRN2,RCC2,DCLK2,HSPA12A,PAICS,WNK1,ID2,PAF1,CALM3,CALM1,RCOR2,TMEM151B,PTPRS,GPAA1,CTSZ,AATK,PTPRK,WASL,ARV1,HYAL2,ENC1,MLX,ARIH2,DHX16,SSSCA1,KIF1B,NCOA1,CCT2,NCOA5,MMD,MINK1,ANO8,COMMD3,MRPS7,RGMB,COMMD7,PDRG1,ENAH,KIF2A,NCOA7,CD47,CRELD2,DBN1,SATB2,DOT1L,CRIP2,CCDC106,EXOSC4,SERTAD4,CAMK2N2,EXOSC9,GPC1,PES1,HSF1,EXOSC8,GPC4,CCT7,PAK2,EXOSC2,CCT4,NPDC1,NPM1,PLEKHA1,UBE2G2,PPP1CA,MIB1,FKBP1A,PER1,GPAM,KIF26A,FKBP1B,FAM171B,FHOD3,MIDN,PHRF1,CAPN7,KHSRP,PALM,CAPN2,EP300,ARID2,SBF1,BAHCC1,SLC30A9,ZGPAT,SLC30A5,RUNDC3A,ATAD3A,TANC2,HNRNPUL1,FAM173A,HNRNPUL2,UBE2V2,GEMIN7,RTN2,NXPH4,KLHL17,SLC1A4,RASGRP2,SUPT6H,FUT8,DEAF1,H1FX,CYC1,CCDC134,IVNS1ABP,PRNP,OST4,HMGA1,KLHL22,SUPT5H,SSH3,CLK4,H1F0,PQLC1,PHF13,TAB2,LSM14B,LSM14A,GSK3B,GSK3A,PRR7,DDX3X,MAST3,PRKCSH,YWHAB,ATP2A2,PSIP1,HMGB3,CHD4,DDX41,CHD3,HMGB1,TRIAP1,CHD2,SOBP,PPP1R9A,AFF4,TMEM191C,PPP1R9B,SEC61A2,ABHD16A,BCL7A,UBE2Q1,UBE2Q2,BCL7C,NUP62,MLST8,LRRFIP2,LRRFIP1,YWHAG,YWHAH,RBM14,NCBP2,EED,BUD31,TBC1D8,DDX54,TBC1D9,ABHD14A,UTP18,DDX50,YWHAZ,SFPQ,NDUFS8,CREB1,NDUFS7,UBE2R2,GORASP2,PEX6,NUP50,TBC1D7,ATG4B,MVD,RBM24,INA,DDX21,HMGCR,DNPEP,RAB40C,PDLIM7,TAF15,NAA10,GALNT1,PDAP1,ATP2B1,MAPK14,ACVR2A,RPIA,MAPK11,GOLPH3,SBK1,ACIN1,VIM,FAM98A,RAN,RB1,RPL4,TRIO,RPL3,TRRAP,STMN2,STMN3,DCAF8,ENO2,DCAF5,GABPB1,RPL8,BACH2,DCAF6,NUB1,MYC,STMN1,ZXDC,RPL36,PIP4K2A,RPL35,IER5,IER2,RNF111,CHGB,MECR,ACOT7,WSB2,RPL21,CD3EAP,SOX11,SOX12,RNF126,DYNC1LI2,BIN3,BIN1,TYRO3,RPL26,RPL29,PRR12,RPL28,UBA52,RNF121,CDC42SE1,POM121,NEDD4L,HIF1A,PRDX2,ABR,PRDX5,PPP3R1,SSR1,PLCG1,CDK17,JUND,CHKA,H3F3B,RAB3IP,RDX,TYSND1,PRRC2B,PRRC2A,TADA2B,TMEM199,FIBP,SLC6A6,GLUD1,RNF103,DUS1L,CDK13,CDK16,TCF25,LPCAT1,ADO,ING1,PFAS,TRIM8,TMEM189,TMSB4X,RFK,ANXA6,GPR137,AP3S1,EMD,BRD2,BRD1,MIOS,IFNGR2,TCF12,ITPK1,RNF167,INF2,TET3,PLCB1,RNF166,SF3B2,RPL10,GPS1,RPL12,GPS2,GRAMD4,RNF138,LMAN2,RPL13,RPS2,ANKRD52,RPL18,ANKRD50,RPL19,BRD4,SF3A1,SF3A2,AGK,TRMT1,RNF145,XAB2,TM9SF1,RYBP,ABI2,LPCAT4,ZYX,INHA,DGKE,PHLDB1,TUSC2,FMR1,CDH2,TUBB3,RNF19A,SMARCAD1,MAF1,LZTS2,MEN1,SEMA6B,RNF44,RPS8,RPS5,ANKRD44,IGFBP3,RPS6,RPSA,DGKZ,GTF2F2,RNF40,TRAIP,CACNB1,CTDNEP1,CLIP3,DISP2,ST7L,ARMCX1,PHPT1,MAD1L1,GLYR1,ANKRD17,DNMT1,SEMA7A,CD151,ANKRD16,ANKRD11,ABHD2,AK1,ANKRD12,ABHD8,CHRD,CUL1,AK3,KLC1,GTF2E2,KLC2,PITRM1,BTBD2,NACC1,PSAP,BAG1,ABL1,ANKRD10,SLC15A4,SKIL,WDTC1,ESRRA,DHCR24,MARCH8,MARCH7,ADAP1,BTBD9,LSM4,CHERP,CDK9,RCAN1,LSM7,SCCPDH,YEATS2,CNOT1,CDK4,RHEB,MAFG,CNOT3,SPIRE2,LZTR1,RNF185,SERINC2,EIF4G2,RNF187,EIF4G1,RNF11,RNPEPL1,TRADD,PTPN23,PTBP1,DUSP12,RPL7A,SART1,SGCB,SIN3A,TAPT1,IQCB1,REXO1,GPX4,ZFP91,RANGAP1,COASY,PATL1,PTBP2,PTP4A1,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,EVL,SSX2IP,RNF31,TRABD,GTF2A1,NFAT5,SMARCD1,SMARCD3,WBP1,WBP2,WBP4,RNF38,DPCD,DCAF15,FZR1,RBBP4,RBBP7,DCAF12,SPAG9,SEMA4A,SPAG7,SEMA4D,TXNRD3,KCNIP2,TXNRD1,SEMA4C,PLCL2,ADRM1,PTPN11,CDC42BPB,DDHD1,PNRC1,PNRC2,RAD52,KLF7,PFKL,KLF6,MARCKS,NIN,APC,MGAT4B,INSM1,CBLN1,APP,FAAH,UBAP2L,SOX4,NFKBIL1,SLC11A2,PTOV1,MTUS1,ACSL3,JMJD8,CARHSP1,AKAP9,RRAGD,CRYZL1,XRN2,VDAC3,TTLL12,PFN1,AURKAIP1,LLGL1,TELO2,NECAB3,ANP32A,TEX264,TWF2,TWF1,TRMT2A,TMTC4,NUAK1,SGPL1,GNG10,NUS1,BCL11A,ZWINT,UBAC1,GADD45G,MANF,SRPK1,CCDC88A,STAG1,SESTD1,BAP1,ITM2C,CC2D1B,DAZAP1,TRAM1,FAF1,OLA1,MYL6B,PRPF19,RYR3,ZMYM2,GLIPR2,ZMYM4,KIF13A,CDV3,PRMT8,PRMT1,NME3,RHOF,TUBG2,RAB33B,POC5,PACS2,WAC,FAM20C,STRAP,RHOU,ATP6V0C,SLC20A1,UQCR11,RBM15B,CUX2,CUX1,TBL1X,MAP4K5,MAP4K3,MPZL1,MAP4K4,RANBP2,RANBP1,AP3D1,RANBP9,PRPF39,MARS,CTNNB1,TRIP12,CDK5R1,GALNT11,ARHGAP39,TOMM20,BASP1,CHCHD7,MATK,KCTD2,WRNIP1,PDIA6,KCTD6,DPM2,TBL1XR1,CMPK1,ATP6V1A,CTTNBP2,BTF3L4,LTBP4,DTX1,ADIPOR1,PLCXD2,MAN2A2,CASKIN1,DNAJC21,MARK4,MYH10,MARK1,SMAD2,HSPA8,SMAD1,SMAD4,ACBD4,ASPSCR1,DNAJC14,SMAD5,AZIN1,TDRD3,DNAJC18,DNAJC10,RFXAP,ACBD3,GRSF1,ABCD3,PKD1,ELAVL2,SENP6,ZC3H7B,PDE4A,TMEM109,SCYL1,POLG,KLF11,KLF13,USP42,USP43,ARID1A,ARID1B,SENP3,KLF16,TGFBR1,LATS1,CHMP6,B4GALT6,B4GALT7,LUC7L2,CHMP5,B4GALT5,CAMK2B,USP15,RGS19,POLDIP2,POLDIP3,USP10,USP12,OPRL1,WIZ,SPG7,TM2D3,TOB1,DLL1,STRN4,STRN3,HSPD1,RMND5A,NT5DC2,NT5DC3,NCAM1,CAMK2G,WTAP,USP20,BAD,USP21,HAGHL,B3GAT1,CADPS,NAP1L1,USP28,NAP1L4,NEURL4,PIK3IP1,SPRY2,BAX,RGS11,PDE7A,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"148"	"ZFP62"	"230.3"	"ARCHS4 Coexpression,375;Enrichr Queries,101;GTEx Coexpression,215"	"ITSN2,RPL5,TFRC,RPL31,HNRNPU,SMC6,RPL8,FNBP1L,EPRS,SMC3,RPL6,RPL7,DPYSL2,MYC,GPBP1,STMN1,LUC7L,NFRKB,CDK5RAP3,IER2,FNBP4,DDX17,MEF2C,WSB1,CXADR,RBFOX2,TSPYL1,RPL21,RPL22,CD3EAP,SOX11,GTPBP4,IFT81,ZC3H11A,DDIT4,RPL24,RPL26,ALG10B,CGGBP1,SET,SLCO5A1,RNPC3,HIF1A,OAZ1,LDHB,HSPH1,CYB5R3,SERF2,JUN,WDR59,PHC1,PLK2,IRF2BP2,CDC7,EIF1,MLLT11,HNRNPD,CDK10,CDK13,DZIP3,CPEB4,PHF3,SETD2,SMG1,PIGU,CLTC,PHF6,PCMTD2,MRPL42,NIPBL,TUBA1A,SPIN1,SH3BGRL3,PCMTD1,SHPRH,GSTO1,TET2,SLC39A10,LRRC40,ELOVL6,DUSP6,SRP9,WDR33,MED23,PHF20L1,KAT2A,ZEB2,MRPL50,NCOR1,TMEM33,MTF2,PXDN,PAFAH1B2,LRRC14,RPL11,FAM117B,GGA2,BCLAF1,RECQL5,UNK,BTAF1,NSD1,RPL14,RPL15,RPS27A,RPL18,RPL17,SF3B1,SRSF10,NKTR,ATAD1,KIDINS220,CSNK1A1,MBD1,WDR11,KTN1,NUDT21,NFIA,NFIB,TAOK1,ETNK1,ZYX,NUCB1,PKN1,RNF141,CCNT2,ATP8A1,CSE1L,CTNND1,RPL10A,PPP1CB,NUDT11,PAPOLA,SMARCAD1,HMGN1,SUPT16H,ANKRD49,MAP2K2,RPS6,MAGI2,THOC1,PRPF4B,THOC2,MSH6,MORF4L1,DMTF1,MSH2,ANAPC4,SRSF3,PHIP,SRSF5,ADNP,SRSF6,SRSF7,ANKRD17,RAB5C,BRI3,INSIG1,ANKRD12,LIN7C,SOCS2,SBNO1,BAG4,PITRM1,UBR5,ESD,G3BP1,NAE1,SLC38A2,SKIL,ZKSCAN1,AP1M1,MCL1,TIA1,EIF2B2,FBXO38,MARCH6,CNOT6,CNOT7,NBEA,SP3,PLXNB2,PLXNB1,MDM4,IARS,OGT,DIDO1,HSP90AB1,NUMA1,WDR1,PTEN,SYNE2,DUSP12,CAPZB,PPP6R3,UBTF,WDR6,TLK1,CEP170,DNM1L,HSP90AA1,GPX1,DST,ATRX,VPS13A,PTBP2,ZFP90,QTRT1,CTDSP2,POLR1B,BIRC6,TOP1,SOS1,NFAT5,HDAC2,ROCK1,ROCK2,WBP2,SRSF1,TULP4,LRP6,ABLIM1,RBBP4,FCHO1,VPS52,KRIT1,BEND3,FEM1C,POLR2H,HNRNPA1,EIF4B,SH2B1,TUB,HNRNPA3,NOP58,PPIL2,RPL35A,CDC42BPA,RAD52,NIN,KLF6,MARCKS,APC,EIF3L,PSAT1,ASXL3,TRIM33,SLC25A36,EIF4A2,VEZT,CCNJ,CISD2,JMJD1C,CCAR1,TIAL1,PNN,GOLGA4,CHORDC1,CCNL2,PTGFRN,GLUL,SOX4,TMPO,SRRM2,SMARCC2,METTL3,ARRDC3,IFRD1,MTUS1,BCS1L,SRRM1,AKAP9,PFN1,PFN2,MACF1,TMEM161B,DHX9,FOXG1,PIK3R3,PIK3R1,MBTD1,SNX1,LARS,HLTF,HIVEP1,CSTF1,TRPM7,PATZ1,ARGLU1,SCAI,ZRANB2,TMEM50B,PAICS,PUM2,RPS25,CCDC88A,STAG1,RPS27,ZZZ3,STAG2,WNK1,FUBP1,RPL27A,ID2,RPS24,ITM2C,TOP2B,GDI2,SLC7A11,EPM2AIP1,XPO1,ZMYM2,PCF11,DHX15,SDF4,UBXN4,RALGPS1,TMED4,PBRM1,STRBP,CBFA2T2,ITFG2,ZDHHC17,ENAH,SLTM,HNRNPH1,CSDE1,G2E3,HNRNPH3,SGK1,ATP6V0C,CSTB,STX16,SLC20A1,NOL8,NOL4,RANBP2,MON2,MYEF2,MYO9A,VEGFA,KLHL9,PRPF39,MPHOSPH9,CCNG2,KLHL7,HNRNPA2B1,TTC3,CACHD1,TARDBP,MPHOSPH8,CD81,ARID4B,PPIP5K2,KIF5B,POGZ,LIG3,TSC1,TMEM135,TBL1XR1,PRPF3,MATR3,PDE9A,DDX5,YTHDC1,BTF3L4,PDS5B,NDRG1,CACNA1E,CNN3,ARHGAP12,EP400,QSER1,BPTF,IVNS1ABP,HSPA8,PRNP,CPSF7,CPSF6,CBX5,NUP155,CPSF3,IDH1,KLHL23,KLHL24,CLK4,ANKHD1,CLK2,CLK1,PAN2,NFKBIA,UBE2W,EFNA2,HOOK2,PQLC1,HOOK1,PI4KB,BRWD1,CREBZF,KDM5B,RBM25,RBM26,DDX3X,PRKCSH,HP1BP3,USP34,CHD6,CHD2,PPP1R9A,RND3,RPS4X,SENP6,SENP7,RB1CC1,GATAD1,RBM5,RBM6,HSDL1,PDPK1,DDX56,CTPS2,RPS3A,ARID1A,ARID1B,CKAP5,TGFBR1,EEF1G,SFPQ,CREB1,THRAP3,RASA1,LUC7L3,USP40,LUC7L2,POLDIP3,RBM4B,CRMP1,ADD2,POLD3,DNPEP,CAND1,TRA2A,DROSHA,CLASP1,TTC14,RBM39,RRM2,USP21,DEK,GDAP1,ACVR2A,TTC17,ACIN1,VIM,SUGT1,RBMX,TAF1"
+"gene_set_query"	"149"	"TSC22D1"	"231.0"	"ARCHS4 Coexpression,414;Enrichr Queries,166;GTEx Coexpression,113"	"RPL3,STMN4,EPRS,ENO2,FNBP1L,PSMD9,SAMD14,ALCAM,DPYSL2,MYC,AKT3,STMN1,PRKACB,IER2,ANKS1B,GABARAPL2,GABARAPL1,WSB1,CD3EAP,SCAMP1,RUFY1,EID1,PRKAR1B,PRKAR1A,FEZ1,RUFY3,DDIT4,SPARCL1,RPL27,RPL29,VPS25,UBA52,TSPYL4,ASTN1,ATF4,TTYH1,PHYHIPL,AGAP1,HIF1A,ABR,LDHB,LDHA,PPP4C,HSPH1,PRKAR2B,PRDX1,CHST10,ZSCAN18,S100A10,FZD3,JUN,JUND,NDFIP1,PRRT2,JUP,CADM1,CADM2,PLK2,EDEM2,PBX1,WDR55,EIF1,MLLT11,HNRNPL,QARS,FASN,PKIA,FAT3,FXYD6,ARF4,MOCS2,BTG1,RPLP0,TUBA1B,TUBA1A,TRIM2,SPIN1,TIMP2,DLGAP1,TPI1,ITPK1,DUSP8,DYNLL1,MED29,DUSP6,TUBB2B,TUBB2A,PXDN,CHST1,PLCB1,GRN,ATL1,WRB,RPL12,SNX32,PSMA7,LMAN2,CHN1,CKB,PAIP2,TTC9B,BLCAP,ABI2,MORN4,NFIB,MTCH1,RAB3C,RAB3A,CTNND2,CLU,RIMS4,LAPTM4A,ATCAY,CFL1,TMSB10,BNIP3L,SLC38A1,ANKRD46,IGFBP3,MAGI2,TPM1,F2R,CLIP3,BSCL2,FRMD3,ARMCX3,OLFM1,RAB31,SLC9A6,LIX1,MORF4L2,FSCN1,LY6H,SQSTM1,KPNB1,SNRPB,LY6E,MAX,ARL3,INSIG1,HSP90B1,SOCS2,SNN,PGK1,LRRC4C,SLC38A2,RAB6B,LRRC4B,MCL1,RAB4A,EEF2,MARCH2,REEP1,LRCH2,LHX2,PTPRA,RHEB,CPE,SERINC1,OSBPL1A,RNF11,HSP90AB1,TRADD,SCHIP1,NRGN,TRO,NGRN,DUSP12,RNPEP,PMEPA1,WDR7,HSP90AA1,SGIP1,SEZ6L,DDOST,TRAF7,PTP4A3,NRG3,SNPH,NPC2,DNAJC6,CTDSP2,GAPDH,ST6GALNAC6,TRABD,PPP1R15A,NLGN3,GTF3C2,NLGN1,LEPROT,HDAC3,WBP2,CXXC1,ABLIM1,U2AF2,WASF1,ATP9A,NTRK2,MARCKSL1,PCDH9,NDUFA5,SMOX,NTRK3,CDC42BPA,PNRC1,DNAJA1,MARCKS,KLF6,TSPAN13,SYT11,PSAT1,NOVA2,PDCD4,TPT1,EIF4A2,APP,AHCYL1,IFITM2,CPNE5,ZDHHC5,ACTB,RPS17,RUSC2,OPHN1,FTH1,DPF1,HABP4,CCDC92,RPS11,KIFAP3,GLUL,RPS10,SOX4,TRIM23,ACTN1,ARRDC3,CIRBP,CRYZL1,TAGLN3,PFN1,EIF1B,STX1A,PFN2,BEX4,NECAB1,ADCYAP1R1,BEX1,SLC45A1,MAGED1,FOXG1,STXBP1,MYCBP2,CEND1,PIK3R1,APH1A,SYNGR1,ERI3,TSPAN7,CSTF1,TSPAN3,ZBED4,GPM6B,ATP6V0A1,BBS1,RCC2,DCLK2,PTK2,SNAP91,RPS29,ID2,MAGED2,FBXL2,CALM1,CALM2,RPS24,ITM2B,ITM2C,NRP1,CSRNP3,GDI1,CITED2,MRPS12,SLC35F1,WASL,PTPRF,HERPUD1,SERP2,AKAP12,NUDCD3,MAP1LC3B,SLC22A17,ENC1,DNER,IDS,CTSD,CTSB,PCYT1B,GP1BB,MMD,TSC22D3,ZFR,MRPS7,ITFG1,APRT,MLF2,RHOB,ARHGEF9,RAP2A,KIF2A,MAPRE3,PABPC1,MAPT,ALDOA,SGK1,PTMA,MAPRE2,CSTB,NAPB,MAGEH1,PCNP,CST3,PPP2CB,SH3BGRL,PGRMC1,NFIL3,TCEAL3,NT5M,CTNNA2,APBB1,ATP6V0E2,DYNC1I1,ARNT2,GABBR1,NPM1,SPRYD3,LSAMP,PNMA2,RAB11A,PPP1CA,VEGFA,ATAT1,CAPZA1,HNRNPA2B1,TTC3,CAPZA2,CTNNB1,FAM171B,ZFP28,CDK5R1,CD81,MRFAP1,SRP14,ACRBP,ACTG1,BASP1,KIF5A,PALM,NRCAM,SH3GL2,RGS6,PPFIA2,APLP2,TMOD2,ATP1B1,SHISA7,EEF1A1,PREPL,TMEM136,UBE2V2,RTN3,DDX5,NDRG4,RTN1,TMEM59L,NDRG2,NDRG1,RTN4,CNN3,EFNB2,SDCBP,DPP6,ATP6V1H,CAMTA1,RPRD1A,KIF3C,MARK1,IVNS1ABP,PRNP,HSPA8,HSPA5,KLHL26,IDH1,DSTN,GNAO1,NFKBIA,H1F0,HOOK2,HOOK1,GNAQ,CNTN1,GNAS,DYNLRB1,GNB5,FGF13,THRA,CNRIP1,PRKCSH,SLC2A3,SOBP,RND3,SEPT7,YWHAQ,NPTN,DACT3,CASP2,SULT4A1,YWHAH,PDPK1,H2AFZ,YWHAZ,SEPT5,PJA2,EPN2,PJA1,DNM3,NUP50,TERF2IP,ZMYND11,NAT8L,CAMK1G,USP11,CRMP1,SLC3A2,ATP1A1,TOB1,ADD1,HSPD1,FAM168B,GNG3,FAM168A,DNPEP,GNG2,RPS6KC1,GNA12,SPOCK1,NCAM1,MTA2,SNCB,CLASP2,LGI1,B3GAT1,PCDHGC3,LCA5,NAP1L5,MAPK10,RPIA,PPP2R2B,SPRY2,VIM,SSBP2,SSBP3"
+"gene_set_query"	"150"	"BHLHE22"	"231.3"	"ARCHS4 Coexpression,251;ReMap ChIP-seq,225;GTEx Coexpression,218"	"CYFIP2,TDRKH,TFRC,MYT1L,STMN2,TESK1,STMN4,ENO2,SLC4A3,SCAMP5,RNF112,PREX1,SCAMP4,SAMD14,DPYSL4,IGLON5,DPYSL3,AKT3,STMN1,SAMD10,CDK5RAP3,HES6,MEF2C,RBFOX1,UNC5A,RBFOX3,FNBP1,PRKCD,SOX11,HCFC1,GPR162,RNF126,BIN1,RUFY3,DDIT4,ORAI2,RBCK1,RPL29,PLBD2,SLBP,MTMR1,TTYH3,SHMT2,AGAP2,PDGFA,BAZ2A,SLCO5A1,SLAIN1,MTMR4,OAZ1,ANAPC11,PRPSAP1,PRDX5,FAM171A2,PRPSAP2,PRKAR2A,LDHD,CHST15,RHBDL1,ST3GAL2,PRRT1,ABCA2,CADM3,PRELID1,PRRT2,JUND,CADM4,NDFIP1,CADM2,MTHFR,MCAT,EHD1,TADA2B,FIBP,SLC6A6,TBL3,FASN,SFXN3,OGDH,CDK10,CDK14,GABRB2,GMEB2,KCNC1,ELL,TCF25,KCNC3,MRPL38,GPT,KRI1,PIGX,SHF,JPH4,TRIM8,TRIM9,MED11,TRMT112,MMP24,TUBA1A,CHL1,TRIM2,ANXA6,GPR137,DLGAP1,SH3BGRL3,JARID2,APC2,RPS6KL1,TPI1,ACTL6B,ELMOD1,MRPL49,AEN,MED26,NCOR2,SLC7A5,SLC7A6,TUBB2B,INF2,KIFC2,EXOC3,PICK1,GAS6,SLC29A1,RNF166,RNF165,PHLPP2,ADAM22,TIMM13,DLST,ADCY1,ARFRP1,GGA1,GLRA2,GGA3,CHN2,LMAN2,RPL13,SLC17A7,RPS2,BID,MEF2D,YKT6,RPL19,SF3A2,BRF1,KIDINS220,WDR18,WNT7B,NR1H2,SYVN1,DAB2IP,TTC9B,NMNAT2,DEF8,TAOK3,MYBBP1A,FABP7,AGRN,YPEL4,ANKRD13B,ANKRD13D,RAB3A,ATP8A2,ATP8A1,CTNND2,HDDC3,SLC8A2,TM7SF2,RIMS1,STK11,SALL2,TUBB3,FBRSL1,PIM3,PLEKHJ1,PPP1R16B,MAGI1,PCYT2,USP5,USP4,RPS8,PPP1R16A,CNPY3,DGKZ,SRCIN1,LENEP,THOC6,DISP2,CACNB1,CLIP3,CLIP2,OLFM1,CACNB4,DMWD,RAB34,MADD,RAB35,MAPKAPK2,SRSF3,CSNK1G2,FKBP5,IFNAR1,ANAPC2,GRIA1,RTN4R,BRSK1,FKBP2,BRSK2,SEMA7A,ANKRD11,AK1,AK2,FOXO6,SLC38A10,PHB,KLC1,FBXO44,FBXO41,CORO1B,GOLGA7B,NEUROD2,IGSF21,STIP1,SNN,SBNO2,KLC2,NDOR1,NEUROD6,BTBD2,PSAP,PLXNA2,SRGAP3,SLC15A4,RAB6B,NADK,PLXNA4,TXNDC5,LRRC4B,UVRAG,TRAPPC3,TNK2,TMEM132A,ADAP1,CORO2B,FBXO31,DRAP1,CDK9,PTPRD,LSM7,LRCH2,DAB1,SH3BP5L,LRFN4,SLC7A6OS,NBEA,NSG2,LHX2,REEP2,AAK1,PLXNB2,CNIH2,SLC48A1,SNAP25,DIDO1,HSP90AB1,RNPEPL1,CELF3,CELF4,ARRB1,LBH,SCRN1,PPP6R1,PSD3,PMEPA1,CEP170,PGLS,TNPO2,EID2B,TRIM67,UNC45A,EMX1,REXO1,RFC2,SH2D3C,VEZF1,VPS37B,SEZ6L,TRAF4,DNAJC6,CTDSP2,ST6GALNAC6,TRABD,HDAC5,SNAP47,NDUFB7,PPM1L,WBP2,RAB1B,MLLT1,DNAJB2,CACNG7,FOXRED2,STOX2,CACNG8,NCLN,RAB24,SH3BP2,TRIM46,POLR2E,SH3BP5,LRRC8D,SLC25A22,SH2B2,ATP9A,BEND6,PPP1R14B,MARCKSL1,SLC12A5,SMOX,SEMA4C,RPL23A,BAIAP2,CABLES2,RAB15,SYT11,KCP,P4HB,INSM1,MDGA1,BCAR1,CBLN1,SLC35B2,ZDHHC7,ACTB,CYB5D1,RASSF2,FLAD1,BSG,CCDC97,KIF21B,BSN,TBC1D10A,CALN1,TBC1D10B,EPHA5,SRRM3,SRRM4,ATP6V1G2,SLC35C2,CIRBP,ANK2,ANK3,MAPK8IP2,MAPK8IP1,INPP4A,TIAM1,STX1B,SUB1,KCNQ2,AKAP9,TAGLN3,GPM6A,NRN1,STXBP1,FOXG1,SUPT4H1,TWF2,CEND1,PTTG1IP,UBE2J2,KALRN,IGSF9,NKAIN2,SYNGR1,PGBD5,PCBP4,KCNN1,MLEC,B4GALNT1,RALGDS,SCN3A,NTSR1,VASP,CTSA,INTS1,STK11IP,IQSEC1,ST8SIA2,MICAL2,DCLK2,PYCR2,SNAP91,DCLK1,GADD45G,CCDC88A,ANP32E,CALM3,CALM1,RCOR2,SUGP2,ITM2C,HBS1L,TMEM151B,PTPRS,CSRNP3,GDI1,DIRAS1,DIRAS2,CTSZ,PTPRO,GRIK2,PRPF19,HERPUD1,MAP1LC3B,PCLO,CAMKV,SDF4,SSSCA1,KIF1B,KIF1A,FEZF2,RAB8A,COX8A,CAP1,PRMT7,GAB2,RHOF,SYP,MRPS7,CBFA2T2,AP3B2,LIME1,COMMD4,SREBF2,APRT,VAV2,CNKSR2,MN1,PACS2,MPPED1,MAPT,KPTN,PTMA,ATP6V0C,DBN1,NAPA,SSNA1,SATB2,DOT1L,CCDC107,BEGAIN,CAMKK2,CST3,MGAT3,APBB1,ATP6V0E2,PURG,NPDC1,GABBR1,VEGFB,AP3D1,GRIN1,PPP1CA,NUDT8,MARS,TTC3,TCEA2,HDGF,FAU,APBA2,CDK5R1,GRINA,PRDM8,SCARB1,CRTC2,MIDN,CRTC1,SPPL2B,SRP14,TXN2,ACTG1,TMEM145,KIF5C,BASP1,ARHGDIA,FPGS,HCFC1R1,KIF5A,SBF1,BAHCC1,SH3GL2,PPFIA2,ZGPAT,TMOD2,ADAM11,TTC7B,DNAJB12,TSC2,KCTD2,RUNDC3A,POU3F2,POU3F3,DPM2,ADAM15,FAM173A,GPRIN1,EHBP1L1,TBC1D24,GEMIN7,ABCG4,RTN2,COX19,NDRG4,ISYNA1,NDRG3,RTN1,NDUFB10,NTM,NXPH4,DTX3,CPLX2,RASGRP2,EFNA4,CACNA1E,PDZD4,RAI1,EFNB1,ARHGAP21,MAN2A2,DEAF1,KIF3A,FUT9,GRK6,KIF3C,MARK4,PDZD7,SYT4,OST4,SYT3,ACBD5,KLHDC4,AUTS2,KLHL26,SSH3,GNAO1,ARHGAP33,RALYL,EFNA3,EFNA2,DLG2,DLG4,GNB1,CNTN1,TCF4,PRR7,NAA40,DOCK3,THRA,MAST1,ELAVL4,PSIP1,DDX41,GPHN,LMNB2,ELAVL3,PPP1R9B,SLC2A8,LASP1,EEF2K,BCL7A,MCF2L,GDAP1L1,TMEM109,MAN2C1,SULT4A1,GALNT9,YWHAG,POLG,KDM6B,PDPK1,IQCE,ABHD14B,UBE2QL1,ABHD14A,SYNGR3,DNM1,KLF16,SEPT3,DNM3,FCHSD2,NDUFS8,CDH10,GORASP1,MVD,MAN1B1,B4GALT6,SHANK1,CAMK2B,RGS19,RGS16,NRXN1,OPRL1,NRXN2,PDXP,ATP1A3,CRMP1,SPG7,ADD1,ADD2,RMND5B,TMEM201,MTA1,FAM168A,TMEM203,CNR1,SV2A,SPOCK2,MKNK2,SLIT1,PTK2B,SPOCK1,NCAM1,SNCB,PDLIM7,CLVS1,OPCML,CLASP2,MBTPS1,NAA10,PCDHGC4,B3GAT1,ATP2B4,DTNBP1,CYHR1,NAP1L2,LRWD1,CLCN6,MAPK11,SBK1,FAM131C,CAPN10,FAM131B,RPS6KB2,ATP13A2,SSBP4"
+"gene_set_query"	"151"	"ZNF143"	"231.4"	"ARCHS4 Coexpression,120;ENCODE ChIP-seq,50;Enrichr Queries,267;ReMap ChIP-seq,42;GTEx Coexpression,678"	"ITSN2,ATF2,POP5,TFRC,TSKU,NDST1,TBK1,CAPNS1,ALKBH1,GPBP1,ANKFY1,AKT1,PRKACA,FNBP4,SAP30BP,FRS2,DDIT3,DDIT4,UNC50,TMEM126A,JTB,SF1,ATF4,SLBP,EXD2,TSTA3,SHMT2,SAR1B,NPRL2,MEPCE,RHOT2,RNF216,RDH11,PIP5K1C,HEXIM1,JUN,PRPF38B,JUP,NCAPH2,TBL3,SFXN3,PKIG,LGMN,MTMR14,OSBPL11,MED16,BBC3,DDA1,MED11,TCP11L2,ENOPH1,SPHK2,IFT140,TEX10,SLC39A10,MED29,DUSP6,MED22,MED25,PXDN,PTRH1,PAFAH1B3,ERGIC1,TRUB1,LIN37,DLST,SDAD1,CENPB,EXOSC10,MFN1,MFN2,SAMD1,CENPT,EGLN2,CRBN,DAB2IP,SKI,CCDC9,SNX17,SHKBP1,SNX15,TAOK2,CCDC6,PKN1,YPEL3,MTCH2,TMEM167B,FBXO28,ATN1,CASC4,LTN1,MPV17L2,FBXO21,FADS2,UROD,NUDT16,FADS1,PCYT2,DGAT1,FBXW8,FBXW9,CTNNBIP1,PIAS1,LENEP,CDC25B,FAM118B,MSH6,SRSF2,SRSF3,SRSF6,SRSF7,SRSF9,FTO,INO80B,INO80E,GMPS,NRF1,SPATA7,NDOR1,MED30,ZKSCAN3,EIF4EBP2,BRIX1,NAE1,IP6K2,API5,FBXO38,TMEM120A,HPS1,ARPC4,UCKL1,FBXO31,DRAP1,UQCRQ,SP3,LRCH4,NOP10,ISY1,MCFD2,ALAS1,AKAP8L,ETFA,AP4M1,ALAD,ZNRD1,PPP6R1,ACP2,ARL5A,YAF2,BCAS2,EIF5A,UNC45A,ACTR6,ATRX,TFIP11,RABGGTA,ARFGAP1,MSL1,C1D,TOP1,DCTPP1,TNFRSF21,BCAT2,BECN1,CANT1,MGRN1,SRF,SRSF1,LENG8,MLLT1,MLLT3,FOXRED1,TSPAN31,CDC42,CCDC85C,U2AF2,TRIM46,FEM1C,E2F4,FSD1,DRAM2,UBQLN4,EIF4E,UBQLN2,GADD45GIP1,CIZ1,NOP58,SEPT11,TRIM41,FEM1A,GPKOW,FEM1B,CNBP,TXNL1,CABLES2,NECAP2,NECAP1,SUCLA2,CDKN2AIPNL,EIF3L,EIF3J,EIF3G,EIF3H,STUB1,EIF3A,SMARCAL1,PPAN,ACTB,TRIM28,SNRPD1,CDC26,EPC1,ATXN7L2,BSN,ATXN7L3,ALG5,CIRBP,TALDO1,MOGS,ACTN4,MFSD11,CDC34,CFDP1,PPA2,CDC37,FLYWCH1,KCTD18,EIF1B,TRIM11,TBC1D9B,GIPR,DHX9,CEND1,PGS1,SEC14L1,B4GALNT1,ATP6V1C1,BBS1,XBP1,SMARCA5,NTAN1,CWF19L1,RANBP10,CALU,SDC1,ECHDC2,NOL10,CALR,NOL11,FBXL5,FBXL6,NRP1,DHRS13,COX7B,MRPS11,MRPS12,MRPS10,NAT14,COX7C,HERPUD1,THTPA,SYNCRIP,OTUD6B,UIMC1,RAC3,SDF4,GIT1,GAA,PRPF40B,PRPF40A,SYP,SREBF2,CTTNBP2NL,TOX4,GAK,ARHGEF1,EEF1E1,PTMA,CAB39,SSNA1,MRPS33,GNAI3,HSD17B4,GNAI2,NFIL3,OS9,PDZD11,EPS15,DYNC1H1,VEGFB,TTC1,PEX14,YIF1B,VEGFA,PDCL3,SEC23IP,ITCH,NUDT8,SGSM3,TTC4,KLHL8,HNRNPA2B1,NDUFAB1,SGSM2,TCEA2,AGGF1,HDGF,PNPLA6,GRINA,OTUD4,SRP19,CRTC2,ZFAND3,ZFAND6,PEBP1,UBE3A,UBE2Z,ACTG1,NARS,PCID2,TMOD3,TMOD2,DNAJB12,ADAM10,UBE4A,COX6B1,ADAM15,EHBP1L1,PPIF,TBC1D25,TBC1D23,RAF1,TBC1D19,NDUFB10,COX16,COX17,HTRA2,PLD3,RAI1,SHARPIN,RNASEH1,IRAK1,DHRS7B,GRK6,TBC1D13,TBC1D17,SYT5,SYT3,NUP155,NUP153,HIGD2A,GNAL,HOOK2,NASP,HOOK1,GNB2,MKRN1,GNB1,MKRN2,UBA3,GNB4,UBE2N,UBE2K,FGF11,GALK1,UBE2M,MXD4,CUEDC2,DYRK3,ZMYND19,ADAR,TAZ,RND3,LMNB2,LMNB1,TMEM222,TMEM223,EEF2K,RB1CC1,TBP,ATP6AP1,NUP133,PDPK1,SYNGR3,EPN1,EEF1G,TMEM214,ATP6V1B2,CUEDC1,SLC3A2,ADD1,CYTH2,MTA1,TMEM203,TMEM205,TDG,MKNK1,MKNK2,TRA2A,SPOCK1,FBRS,TIMM8B,ATF7IP,RRM2,EYA3,CDK11B,SMUG1,GALE,ERCC1,CARM1,ERCC5,SUGT1,IPO13,TES,RRP1,HNRNPU,GPATCH4,HNRNPR,SMC5,WDR83,PHAX,SMC3,EPRS,PHB2,GPATCH8,TFG,CSPP1,ZMIZ2,WDR91,AP1S1,LUC7L,NUP214,VPS18,WDR74,WDR75,SCRIB,WDR73,GTPBP2,HCFC2,GTPBP4,NUP98,VPS25,VPS28,ANAPC13,LRPAP1,PRDM15,XPA,XPC,ARPP19,ANAPC11,RRP7A,FAM171A2,LDHA,NRBF2,LHPP,VPS16,PHC2,WDR59,SNAPIN,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,MEX3A,HNRNPF,ATG2A,FARSA,GMEB1,BTG1,CDKN1B,PHF20,PHF23,SETD6,ARPC1A,GPT,KRI1,UBL5,TIMP2,RRP12,PLEKHN1,CIC,JARID2,RRP15,ZIK1,SHPRH,TPI1,EXOC7,NUTF2,WDR34,FAM126A,TERF2,NCOR2,KAT2A,KIFC2,MTF2,EXOC5,TKT,EXOC2,GRN,CDC123,WDR24,ADCY6,FGD3,ARFRP1,PPP1R2,RPS15A,SLC17A7,CKB,DEDD,YTHDF1,PCGF6,YTHDF2,KIDINS220,CSNK1A1,WDR18,GATC,ELP3,HIPK1,DHRS1,SCAF1,NFIA,NUCB1,ANKRD13B,RAB3A,RAB3D,GTF2B,CEP120,AUP1,CLU,SLC8A2,TM7SF2,EDC4,PPP1CB,PPP1CC,IPO9,LAMP1,PAPOLG,CFL1,PLS3,HMGN3,KCMF1,RARS2,RAB2A,USP8,CSNK1G3,RAB2B,TLE3,USP5,THOC1,THOC2,THOC5,VRK3,PGD,LEMD2,ILF2,THOC6,PYGO2,MORF4L1,TOM1L2,RAB34,SNRPE,SNRPF,STAMBP,SNRPA,FKBP5,SNRPB,BRSK1,FKBP2,CCDC24,INSIG1,GLT8D1,SLC38A10,UBR2,HSPBP1,ORC5,ORC3,DVL1,UBR5,DVL2,DVL3,MAP2K6,MCL1,TRAPPC2,AKIRIN2,EIF2B4,TRAPPC3,EIF2B3,RAB4B,CCDC12,TMEM132A,TRAPPC8,FANCE,SCRT1,SLC7A6OS,LRFN4,NSG2,LRFN1,CPD,MAP3K10,PLXNB2,PLXNB1,CCDC22,CNIH2,COPS8,RSL24D1,BCL2L2,SLC48A1,MCM7,WDR3,CEP164,AP1G2,SNRNP70,VPS72,AP1G1,TLK2,UBTF,TNPO1,EIF2B1,TNPO2,TNPO3,RFC3,PLEKHG2,RPL13A,WIPI2,DNAJC7,CTDSP2,POLR1B,DNAJC5,POLR1C,CCDC43,CRK,MTPN,TSSC4,RAB1B,EI24,CEBPG,PDHB,FBXL20,DNAJB2,DNAJB1,POLR2A,ABLIM3,HECTD3,POLR2B,POLR2C,POLR2D,POLR2E,DNAJB9,POLR2F,CSK,POLR2I,POLR2L,PPIL2,IDH3G,FBXL19,TPRKB,FBXL16,BCKDK,DNAJA1,RAB14,POLR3D,VPS41,POLR3H,SNRNP48,SLC35B2,VEZT,ISCA1,ZMYND8,PITPNA,GBA2,RPS15,TIAL1,RPS16,KAT5,FLAD1,RPL36AL,DAG1,ARFIP2,DENR,RPS11,SEPHS1,TBC1D10B,SRRM2,SRRM3,COG8,ARRDC3,IFRD1,COG3,AP1B1,CPT1C,MAPK8IP3,MAPK8IP1,SUCLG1,RTEL1,CSTF3,STXBP1,DCUN1D4,RPAP3,PDCD11,TRPM7,TNRC18,RALGDS,ATP6V0A1,VASP,RPS26,SMU1,RPS25,FUBP1,ADCK5,RPS20,RPS21,TECPR1,TOP2B,UBXN1,CITED2,ZFAND2A,SIPA1L3,CHMP1B,UBXN7,UBXN4,GABPA,RALGPS1,RALGPS2,PSD,PSENEN,TMED9,PARP1,GP1BB,ZDHHC13,PPRC1,ZDHHC16,MLF2,SCNM1,CSTB,PTGER1,GDPD1,NOL9,RFNG,RBFA,PPP2CA,PPP2CB,METTL9,MTX1,NFYA,NFYB,MTX3,RAB11A,PDP1,KBTBD4,SPCS3,SPCS2,CAPZA2,COPG2,KBTBD7,MEGF8,MPHOSPH8,NDUFA13,NDUFA12,SPPL2B,NDUFA10,CNDP2,FAM162A,ARHGDIA,FPGS,HCFC1R1,NOM1,TRAPPC2L,LMO4,RSBN1,SHISA7,PRPF6,CHMP4B,MATR3,IDI1,ISYNA1,RPS19BP1,NOP2,CLEC16A,EFNA4,PRPF8,EMG1,EFNB3,ZMAT5,TCTEX1D2,CDH24,KLHDC4,CBX4,CPSF1,CBX1,CWC15,EIF2S1,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KA,BRWD1,MUS81,KDM5B,KDM5C,ASNSD1,RPS4X,CASP9,SEPT9,SPRED1,MFSD5,SNAPC2,CASP3,RBM5,KDM6B,H2AFZ,AXIN1,DNM1,DNM2,THRAP3,RASA1,AKT1S1,PFDN4,THOP1,STOML2,KDM3A,KDM3B,ETFDH,ATP1A1,GNA13,NXF1,FAM168B,PPP2R3C,FAM120B,GNA11,MAPK6,CYHR1,CAPN10,CHIC2,MT-ND4,RBPJ,LSM10,PSMD8,SCAMP4,PSMD9,RABGEF1,LSM12,SAMD14,KRTCAP2,PSMD6,PPP4R1,PSMD4,PSMD2,SAMD10,MEF2A,STARD3,GABARAPL2,HES6,MEF2C,DNTTIP1,DNTTIP2,SCAMP1,EML2,SCAMP3,SND1,EID2,CLNS1A,UQCRC1,TBPL1,MTMR1,MEAF6,AGAP2,COPS7B,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL10,MRPL20,CYB5R4,HSPH1,PRKAR2A,VTI1A,PUSL1,RHBDL1,ABCA2,CADM4,PRRT2,EDEM2,MRPL27,MRPL28,ERLIN2,SNF8,MRPL24,EIF1,MLLT11,EIF5,UCK1,PSMG4,AVL9,EZH2,ARF3,PIGU,LRSAM1,PIGT,PIGO,RPLP1,DIS3L,RPLP0,MRPL38,MRPL39,CTCF,MRPL34,AACS,PQBP1,TRMT112,TUBA1C,NIPBL,FASTK,RPLP2,APPL1,UPF2,LYPLA2,DFFA,LRRC45,PGAM1,SIRT4,MRPL49,NIPA1,SIRT6,ELOVL6,MRPL47,SIRT7,MRPL46,DYNLL2,MRPL43,SRP9,LRRC42,MRPL44,PSMA5,MRPL53,PSMA6,PSMA3,PSMA4,PSMA2,PELI1,TMEM106C,TUT1,SLC29A1,VAMP2,SLC29A2,ARF6,LRRC14,SRRT,SEZ6,MRPL54,MRPL55,GGA2,PSMB6,UNK,GGA3,PSMB5,MICALL1,PSMB1,TMEM68,AP2S1,CLPTM1,RABAC1,MEF2D,SRSF10,YKT6,UTP6,MDH2,USP9X,STAT2,LRRC28,GATAD2A,PSMC6,PSMC1,SRRD,UBAP1,UBE2D2,UBE2D3,UBE2D1,TSEN2,YY1,RUVBL2,OSBP,PMPCB,PMPCA,AP2M1,KPNA1,SLC25A46,SH3GLB1,SH3GLB2,VPS33A,PPP1R16A,VPS33B,PRPF4B,SAP30,FOXP1,ACAP3,SLC9A6,SQSTM1,KPNB1,ANAPC2,NSMAF,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,ARL1,ARL2,ACAT1,SBNO1,SLC38A7,SLC38A6,SLC38A2,ZBTB17,EEF2,ZC3HC1,GNL3L,STK24,TMEM11,TUBGCP5,MDM4,NFE2L1,ZNF512B,HSP90AB1,ARRB2,MRPL3,MRPL2,SUMO1,MDK,ME1,MRPL9,MDP1,CTNNBL1,DGCR2,HSP90AA1,VBP1,SH2D3C,RAD23A,VPS37B,QTRT1,SLC25A19,PPP1R12C,SLC25A4,ST6GALNAC6,PPP1R15A,GTF3C2,PPP1R15B,PPM1L,PRCC,MAK16,ZBTB43,ZBTB45,PPM1D,HSD17B10,GANAB,KATNA1,LRRC8D,SLC25A23,AAMP,SLC25A22,SH2B2,CYB5B,NDUFA9,PPP1R14B,SLC12A5,NDUFA6,MMAA,NDUFA4,NICN1,NDUFA1,RPL23A,MCOLN1,TPD52L2,SLC25A39,CCM2,CDR2L,P4HB,SMAP1,EIF4A2,EIF4A1,CCNK,TMEM41B,KDELR1,EIF4A3,KEAP1,JMJD1C,ZDHHC8,IFI30,CYB5D1,UBE2L3,ZDHHC4,RASSF1,OGFOD2,FAM53C,CCNL2,TMPO,SEC63,NSMCE2,PAQR3,ZFP2,NSMCE1,GNPAT,ULK1,PREB,TMEM87A,SUPT4H1,PIK3R1,UBE2J2,SNX3,COMMD9,DHX34,PCBP4,PCBP1,DHX36,HIVEP1,DYM,SYMPK,SURF6,HIVEP2,RCE1,TSPAN3,RAB11FIP3,SEC31A,TMEM86B,INTS1,RCC2,SURF4,ERAL1,PAICS,SNW1,ID2,PAF1,COL9A3,CALM3,CALM1,CALM2,TMEM151B,PTPRS,DOC2A,FAM57B,GPAA1,TECR,INTS10,AP2A1,AATF,IER3IP1,AP2A2,PTPRF,ARV1,SPTLC1,HYAL2,ENC1,DHX15,MLX,ARIH2,IDS,SSSCA1,NDEL1,VKORC1,NCOA2,TMEM150B,SEC13,TMEM150A,ZFR,MINK1,ANO8,COMMD1,MRPS7,PDRG1,CTTN,STK40,DBN1,RABGAP1,CRIP2,NEDD8,CCDC106,EXOSC4,CAMK2N2,HSF2,EXOSC2,PAK2,CCT4,NPDC1,NPM1,PLEKHA1,YIPF3,TMUB1,UBE2G1,UBE2G2,NLE1,TMUB2,PPP1CA,MAD2L2,PER1,MIDN,BCCIP,OGDHL,KHSRP,KIF5B,EP300,SNIP1,SBF1,RGS9,PPFIA3,ADPRHL2,SLC30A5,ATG9A,LMTK3,HNRNPUL1,FAM173A,DKC1,HNRNPUL2,UBE2V2,SBDS,UBE2V1,GEMIN7,RTN2,RTN3,PSMD12,PSMD14,PSMD13,YTHDC1,KLHL17,TOR1AIP2,RASGRP2,PDS5A,SUPT6H,RTN4,DEAF1,ISOC1,CYC1,NDUFV3,NDUFV1,BCL9L,IVNS1ABP,OST4,PRNP,ZFHX2,ECD,HMGA1,KLHL23,KLHL24,SUPT5H,SSH3,OSTC,PHF14,TAB1,LSM14B,YWHAE,RBM28,GSK3A,RBM25,DDX3X,PRKCSH,MAST1,CHD6,ATP2A2,CHD3,CHD2,PPP1R9B,SEC61A1,YWHAQ,BCL7C,GATAD1,TIMM17A,UQCRFS1,YWHAG,UTP15,HSDL1,NCBP1,DDX55,ABHD14B,ARHGEF18,GPCPD1,YWHAZ,PJA2,SFPQ,NDUFS8,CREB1,RCN2,UBE2R2,IRF3,PEX3,TBC1D5,PEX6,PPDPF,PEX5,ATG4B,NDUFS1,NUP54,IRF9,DCTN5,DDX24,NAA20,DCTN1,GOSR1,TAF9,DDX21,CSTF2T,ATP2C1,PARL,HMGCL,TAF1D,DNPEP,TAF1B,TNKS2,TAF1C,SMNDC1,PDLIM7,MBTPS1,CHURC1,ATP2B4,MAPK14,SOD1,RPIA,CLCN7,IRGQ,PNKD,GOLPH3,GLB1,RBM42,TAF6,CLUAP1,RAN,RPL30,RPL3,RPL31,STMN3,THYN1,GABPB1,RPL8,DCAF5,BACH1,MYC,RPL38,PIP4K2C,RPL37,DIP2B,MPV17,RNF111,IER2,WSB1,PIH1D1,RPL22,CD3EAP,SOX12,AARSD1,RNF123,DYNC1LI2,BIN3,BIN1,RPL24,RPL27,RPL29,PRR12,PRR14,RNF121,CDC42SE1,MAPKAP1,NOLC1,SLAIN2,HIF1A,PRDX2,ABR,PRDX5,PPP4C,RAD21,PLCG1,SLC19A1,S100A10,CDK17,RPL41,JUND,H3F3B,H3F3A,RAB3IP,MAD2L1BP,PA2G4,PRRC2B,TMEM198,THAP11,PRRC2A,FIBP,RNF103,NPLOC4,GIPC1,HBP1,CPEB4,OGFR,ELL,SPEF1,ADK,ING1,PFAS,CLINT1,TMEM189,IMPA1,GPR137,RIOK1,ZC3H10,BRD2,NUDC,HSBP1,SSR2,TCF12,AEN,LSG1,INF2,PCYOX1,SF3B3,GPS1,RPL11,GPS2,HSPA13,TM9SF4,BCLAF1,ASNA1,LMAN2,CHN1,RPL13,BRD9,RPS2,ANKRD52,RPL18,RNF130,SF3A3,TRMT1,TTC9B,GTF2H1,SRP68,RNF145,TM9SF1,TRMT6,TOR2A,DGKE,CHPF,TUSC2,CLSTN1,BZW1,ABHD12,LZTS2,MAF1,MEN1,SEMA6B,BIVM,RPS9,RPS8,RPS5,ANKRD44,RPSA,CTDNEP1,NHP2,DNMT1,CD151,AK1,ANKRD12,CUL2,ABHD8,KLC1,PHF21A,STIP1,BAG4,KLC2,BAG5,PITRM1,BTBD1,NACC1,BTBD2,ABL1,SLC15A4,ESRRA,TOR1A,ANKRD24,MARCH9,LSM4,MARCH5,LSM3,CDK9,LSM7,CNOT7,CDK5,CDK4,MAFG,RNF181,GPR107,RNF185,SERINC5,RNF187,EIF4G1,RNF10,CALCOCO1,RNF11,TRADD,ZFP82,PTPN23,RPL7A,DUSP12,GM2A,SIN3A,OPA3,SLC37A4,IQCB1,REXO1,CHUK,GPX4,LIX1L,REXO2,YDJC,PATL1,PTP4A1,TRAF7,TRAF4,SOS1,NFAT5,SMARCD2,GTF2A2,RNF34,WBP1,WBP2,LAGE3,CACNG7,HIRIP3,PUF60,SNRPB2,DCAF11,DCAF13,TXNRD3,TXNRD1,DDHD2,SEMA4F,CDC42BPB,PNRC1,KLF6,PFKL,MGAT4B,RHEBL1,METAP2,APP,CMAS,ARL6IP1,PWP2,PWP1,GOLGA4,DPF1,HABP4,ZFPL1,KIFAP3,GOLGA7,SOX4,AQR,SACM1L,PTOV1,RECQL,JMJD8,JMJD6,GRWD1,AKAP9,VDAC3,AURKAIP1,EZR,CBLL1,NECAB3,ANP32A,TRMT2A,INPP5B,PTDSS2,SPAST,INPP5F,INPP5E,SCAP,MAP4,BANP,SNHG1,SS18L1,MEMO1,SNHG6,ACADSB,SRPK1,CCDC88A,GOLGB1,CC2D1A,ITM2C,HBS1L,DAZAP1,TRAM1,GDI2,MYL6B,PRPF19,RPTOR,ZMYM2,PCF11,ZMYM6,RSPRY1,MAP4K2,ATP6V0B,PRMT1,RHOF,RHOA,RAB33B,NME1,PRPF18,PACS2,NME7,MAPT,ALDOA,SGK1,ARNTL,TRAK2,CUX1,MAP4K5,R3HCC1,CTNNB1,PRPF31,FAU,RAB3GAP1,TOMM6,GALNT11,HDLBP,CIB2,TOMM20,TOMM22,TMEM145,TMEM147,CHCHD3,CHCHD7,CHCHD1,TMEM14C,APLP1,WRNIP1,KCTD5,DPM2,DPM3,TBL1XR1,FIZ1,LTBP4,CSF2RA,EP400,ZC3H18,ZC3H13,PDZD7,ZC3H15,SMAD2,HSPA9,HSPA8,ACBD5,ACBD4,DNAJC11,TBCD,IFT122,TBCB,DNAJC17,DNAJC18,ARHGAP33,NFKBIA,TMEM115,DLG4,DNAJC10,TBCE,B4GALT2,USP35,SCYL3,ACADVL,ABCD3,USP32,NVL,USP39,PKD1,SENP7,SENP5,ZC3H7B,GMPPA,PDE4A,TMEM109,SCYL2,SCYL1,POLG,TSFM,KLF13,RNF208,KLF16,FAM189B,DDX19A,LUC7L3,CHMP6,CHMP5,USP15,RGS19,POLDIP2,USP10,GMPR2,RGS16,POMP,OPRL1,WIZ,SPG7,TOB1,STRN4,U2AF1L4,REPS1,RWDD1,PTCD1,WTAP,BAD,USP21,HAGHL,LCA5,MEIS3,NEURL4,FMNL2,PIK3IP1,BAX,SSBP4"
+"gene_set_query"	"152"	"ZFP1"	"233.0"	"ARCHS4 Coexpression,450;Enrichr Queries,220;GTEx Coexpression,29"	"SCOC,TFRC,MYT1L,PHAX,SMC5,RBPJ,EPRS,ENO2,FNBP1L,ALCAM,DPYSL5,DPYSL2,MYC,STMN1,FAM110B,PRKACB,ANKS1B,RBFOX1,TSPYL1,WSB1,CXADR,RBFOX2,WSB2,CD3EAP,SOX11,SCAMP1,HDHD2,GABRG2,GTPBP4,SCAMP2,ARMC1,EID2,FEZ1,RUFY3,DDIT4,TBPL1,TSPYL4,ASTN1,SET,MTMR9,NEDD4L,PHYHIPL,ATXN7L3B,HIF1A,MTMR7,PPP3R1,CHST10,SERF2,JUN,FZD3,CADM1,CADM2,PLK2,IRF2BP2,CDC7,PBX1,MLLT11,QARS,H2AFY2,PKIA,SFXN1,HBP1,FXYD6,CDK14,GABRB3,MOCS2,PIGU,WDR47,CDKN1B,SNX10,PHF6,PIGX,JPH4,JPH3,UBL3,TUBA1A,TRIM2,SPIN1,DLGAP1,JARID2,GPRASP1,GPRASP2,BRD3,ACTL6B,HSBP1,TCF12,LRRC40,SLC39A10,TERF2,DUSP6,PGM2L1,SRP9,SIRT3,TMEFF1,SLC7A5,TUBB2B,TUBB2A,MTF2,PXDN,GARS,EXOC5,PAFAH1B3,ATL1,WRB,ADCY1,FAM117B,BCLAF1,CHN1,USP1,RUNX1T1,ATAD1,KIDINS220,BLCAP,GTF2H5,MZT1,TM9SF2,NUDT21,ABI2,NFIA,MORN4,ETNK1,PKN1,RAB3A,FBXO21,NUDT11,NUDT10,CDH2,TUBB3,SESN1,SCMH1,SMARCAD1,KPNA2,MAP2K1,SLC38A1,ANKRD46,UBE2E3,MAGI2,FOXP1,CLIP3,MSH6,MORF4L1,SLC9A6,DMTF1,MSH2,FKBP5,GRIA1,GRIA2,BRSK1,CBFB,ARL3,STK39,ITPR1,KLC1,SOCS2,SNN,BAG4,PITRM1,RAB6B,SLC38A2,SKIL,LRRC4B,MCL1,TIA1,SLC4A10,ASNS,MARCH6,CORO2B,REEP1,LRCH2,CNOT7,SYNJ1,CDK5,UBLCP1,ZFP62,CNOT2,REEP2,SP3,AAK1,TADA1,SERINC1,RNF11,CELF4,CELF5,NGRN,PTBP1,DUSP12,FSD1L,SUMO1,RNPEP,SUMO2,WDR7,CEP170,DNM1L,EID2B,HSP90AA1,ACTR6,VBP1,VPS13A,VPS37D,ZFP90,PTBP2,ARL4C,PTP4A1,PTP4A3,NRG3,DNAJC6,SNPH,CTDSP2,POLR1B,LANCL2,BCAT1,NFAT5,NLGN1,HDAC2,JAKMIP2,FOXRED2,CACNG7,STOX2,POLR2D,FEM1C,WASF1,ATP9A,UBQLN2,BEND6,SLC12A2,SMARCE1,RNGTT,PCDH9,LYSMD2,EFR3B,OXR1,DNAJA1,KLF6,MARCKS,GLRB,APC,SYT11,PSAT1,OCIAD1,ATXN10,SLC35B4,CCNJ,ARL6IP1,ZMYND8,CISD2,DPF1,HABP4,TRIM24,KIFAP3,SCAPER,SOX4,TRIM23,TMPO,EPHA5,ST6GAL1,ARRDC3,ACSL6,CIRBP,ANK2,CFDP1,KATNAL1,PPA1,HECA,TAGLN3,MMADHC,PFN2,BEX4,GPM6A,NECAB1,BEX1,MAGED1,FOXG1,CEND1,PIK3R3,CD99L2,NMD3,PIK3R1,ACTR3B,TTBK1,TSPAN7,B4GALNT1,RIMKLA,PATZ1,SCN3A,MAGEE1,ST8SIA2,MYO5A,DCLK2,SMARCA2,SNAP91,GADD45G,ZZZ3,ID2,CALM3,CALM1,ITM2C,CSRNP3,CITED2,MRPS12,OLA1,ROBO1,AKAP12,NUDCD3,AKAP11,ZMYM2,ENC1,IDS,KIF1B,RALGPS2,CCDC112,TSC22D1,TSC22D3,ZFR,MRPS7,ZDHHC17,MTSS1,MLF2,RHOB,CNKSR2,ARHGEF9,RAP2A,G2E3,NCOA7,MAPT,PABPC1,CD47,SGK1,NAPB,SATB1,AMIGO1,CCDC106,NOL4,NAPG,NFIL3,HSF2,CTNNA2,ATP6V0E2,DYNC1I1,ARNT2,MYEF2,LSAMP,PLEKHA5,VEGFA,MIB1,KLHL9,ATAT1,CCNG2,KLHL7,TTC3,FAM171B,APBA1,CDK5R1,GALNT11,NUCKS1,KIF5C,PPFIA2,RGS7,NSF,CHRNB2,MORC3,FBXW11,TTC7B,RUNDC3B,PREPL,TBL1XR1,DOK5,UBE2V2,MATR3,FAM92A,RTN3,BHLHB9,RTN1,BTF3L4,CACNA1A,PDS5B,NDRG1,CNN3,EFNB2,PDZD4,KIF3A,FUT9,CASKIN1,CAMTA1,RPRD1A,KIF3C,BPTF,PRNP,HSPA8,SYT3,CBX5,ARHGAP29,KLHL24,AZIN1,GNAO1,NFKBIA,RALYL,DLG2,EFNA2,HOOK2,DLG4,HOOK1,CNTN1,TCF4,KDM5B,CNRIP1,PRKCSH,CHD6,PSIP1,HMGB1,SOBP,GPHN,ELAVL2,LMNB1,SENP7,YWHAQ,SNAPC3,LRRTM2,GDAP1L1,SULT4A1,YWHAG,SVOP,KLF13,HSDL1,PDPK1,PDE4D,H2AFV,DCK,YWHAZ,PJA2,SEPT3,DNM2,PJA1,DNM3,RCN2,TRAPPC6B,CDH10,DCX,TERF2IP,ZMYND11,EAPP,INA,KDM3A,USP11,PDXP,RBM4B,CRMP1,TM2D3,HMGCR,ADD2,MAPK9,GNG3,FAM168B,MAPK8,FAM168A,DNPEP,IGFBPL1,GNG2,SV2A,OXCT1,MAPK6,CLVS1,CLASP2,LGI1,RRM2,SGTB,GALNT1,NAP1L2,ATP2B2,DEK,GDAP1,ACVR2A,MAPK10,PPP2R2B,BRMS1L,FAM98B,VIM,SSBP2"
+"gene_set_query"	"153"	"SMYD3"	"233.5"	"ARCHS4 Coexpression,383;GTEx Coexpression,84"	"CYFIP2,SLC35B4,POP7,MYT1L,STMN2,STMN3,UBE2L3,SCAMP5,PCMT1,EFR3A,SNRPD2,ZMIZ2,MPV17,BSN,PRKACA,ATXN7L3,SRRM2,ATP6V1G2,ACOT7,TSPYL1,SLC6A15,ECH1,CSNK1D,GABRG2,INPP4A,STX1B,EID2,WDR82,SARNP,HECW1,VDAC3,UQCRC1,VDAC2,TAGLN3,PRR12,TSPYL4,PFN2,SF1,BEX2,MAGED1,AGAP2,MRPL16,CEND1,COPS7A,PRKCZ,MRPL13,ANAPC11,MRPL11,PRDX3,DGUOK,ABR,FAM171A2,PRDX4,TSPAN5,ATP6V1C1,SCAI,TMEM184C,CADM3,NDFIP1,MAGEE1,IQSEC1,MYO5A,PBX2,NETO2,PRDX6,SNAP91,MRPL21,MRPL22,MLLT11,FIBP,NDUFAF3,CALM3,PSMG1,CALM1,RCOR2,CDK14,AARS,OGFR,GABRB2,CLTC,OLA1,MRPL37,NAT14,HSPB11,MRPL40,RSRC1,DLGAP1,CIC,ZIK1,UPF1,SEC13,TPI1,ACTL6B,MINK1,SLC39A10,NUTF2,SYP,DYNLL1,ITFG1,SRP9,NME1,CNKSR2,GAK,PSMA4,KIF2A,PSMA2,RAPGEF1,EEF1E1,ERGIC1,NAPB,DTYMK,GSTP1,WRB,PRIM1,GDPD1,DLST,TIMM10,UQCR10,COX5A,PSMA7,GNAI2,MRPL55,PSMB7,PAK1,PSMB5,PSMB2,PSMB3,PSMB1,EXOSC8,METTL6,MGAT1,RPL15,CCT8,PAIP2,DTD1,DYNC1H1,GABBR2,RANBP1,MDH2,DAB2IP,LHFPL4,MYO9B,NMNAT2,AIG1,GTF2H5,MZT1,YIF1B,SKI,TAOK3,TTLL1,NDUFAB1,TAOK2,PNPLA6,MEGF8,TOMM5,CDK5R1,GRINA,TOMM6,MTCH2,NDUFA13,RAB3A,PARK7,COX6A1,SRP14,ACRBP,IPO9,LAMP1,PPME1,NRCAM,SBF1,SH3GL2,AP2M1,RGS7,TMEM14C,NSF,CHRNB2,SLC30A9,KDM2A,DIMT1,CNPY2,ACYP1,ILF2,RNF41,RBX1,MORF4L1,MSH2,HNRNPUL1,GPRIN1,SCN8A,EHBP1L1,RAB35,NHP2,SNRPG,CHMP4B,AMPH,PHPT1,SNRPC,ANAPC2,GRIA1,ATP6V1A,FTO,KHDRBS2,BHLHB9,NDRG3,RTN1,PSMD14,ARL3,TMEM59L,COX7A2,UQCRH,ACAT2,BAG4,DPP6,SBNO2,KIF3A,TCTEX1D2,NACC1,G3BP2,ATP6V1H,BRIX1,KIF3C,NDUFV2,MARK2,MCL1,BCL9L,WDTC1,OST4,FDPS,SYT3,RAB4A,SYT1,SLC4A10,KLHL22,LSM3,LSM2,RALYL,COPS6,LSM7,SYNJ1,YEATS2,CDK5,OSTC,GNB2,AAK1,NF1,PLEKHM2,PLXNB2,GNB5,LRP10,NFE2L1,RNF187,SNAP25,KDM5C,DOCK3,CELF4,ETFA,ZFP82,PPP1R9B,SEPT9,SUMO1,ZC3H7B,SNRNP70,SUMO3,GDAP1L1,MLST8,TIMM17B,CEP170,WDR7,DNM1L,GAL3ST3,SULT4A1,ACP1,EID2B,ARHGEF11,SUN2,SVOP,HSDL1,KLF13,GLRX3,ATP6AP2,ABHD14A,NDUFC1,SYNGR3,YDJC,DNM1,DNM2,RCN2,NAV3,DAD1,NDUFS5,TERF2IP,DNAJC9,B4GALT6,SLC25A5,INA,PRPS1,NDUFB8,GTF3C6,NDUFB3,PDXP,LENG8,MLLT3,HSD17B10,ADD2,MLLT6,AP3M2,DNAJB2,FOXRED2,MAPK9,SRR,GNG3,SV2A,SPOCK2,MKNK2,TRIM46,SPOCK1,IGF2BP3,ROMO1,FSD1,FBRS,UBQLN2,CLVS1,OPCML,BEND6,NDUFA8,SLC12A5,NDUFA6,SGTB,NDUFA5,NDUFA4,USP22,NAP1L2,SEMA4F,ATP2B1,CDC42BPB,GDAP1,NAP1L5,SNRNP40,NEURL4,NECAP1,GLRB,EIF3I,ERCC2,OCIAD1,TRIM37,FAM98B,ATXN10,SSBP1,R3HDM1,KCNK2"
+"gene_set_query"	"154"	"SCRT2"	"234.0"	"ARCHS4 Coexpression,111;Enrichr Queries,208;GTEx Coexpression,383"	"CNTFR,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,SCAMP5,RNF112,GPR173,SAMD14,DPYSL4,DPYSL5,ZMIZ1,IGLON5,DPYSL2,DPYSL3,CHGB,RBFOX1,UNC13A,RBFOX2,UNC5A,RBFOX3,SOX11,SOX12,GPR162,FEZ1,RUFY3,AGAP1,PRKCZ,FAM171A2,RHBDL1,PRRT1,CADM3,JUN,FZD3,PRRT2,CADM4,H3F3A,NR2F1,L1CAM,PRRC2B,MLLT11,MEX3A,VANGL2,PKIA,FXYD6,DCHS1,GABRB2,KCNC1,NCAN,SHF,SMPD3,JPH4,TRIM9,MMP24,JPH3,TUBA1A,TRIM3,NEFM,DLGAP1,DLGAP3,DLGAP4,APC2,ACTL6B,DUSP8,NCOR2,TMEFF1,TUBB2B,TUBB2A,PXDN,DSCAML1,PAFAH1B3,GAS7,RNF165,GRAMD1B,NFIX,ADAM22,SEZ6,ADCY1,GLRA2,TMEM169,CHN2,SLC17A7,RUNX1T1,KIDINS220,PCGF2,DAB2IP,TTC9B,NMNAT2,NFIA,NFIB,PKN1,YPEL4,TMEM229B,RAB3C,ANKRD13B,RAB3A,CLSTN3,CTNND2,CLSTN1,SLC8A2,RPH3A,RIMS1,ATCAY,TUBB3,MAP3K9,PPP1R16B,SEMA6C,TBR1,SRCIN1,DISP2,CLIP3,ACAP3,OLFM1,CACNB3,CACNB4,MADD,ANAPC2,RTN4R,GRIA2,BRSK1,BRSK2,PFKFB3,KLC1,FBXO44,LRRC55,PHF21B,GOLGA7B,NEUROD2,IGSF21,KLC2,PLXNA2,SRGAP3,RAB6B,PLXNA4,PLXNA3,LRRC4B,NSG1,SCRT1,REEP1,PTPRD,DAB1,NSG2,LHX2,REEP2,AAK1,NACAD,CNIH2,SNAP25,CELF3,CELF4,CELF5,DUSP12,NGRN,PSD3,PHACTR3,CEP170,TRIM67,EMX1,SEZ6L,PTP4A3,DNAJC6,NLGN2,STOX2,CACNG7,DNAJB5,VPS53,MGAT5B,TRIM46,CACNG4,ATP9A,BEND6,LINGO1,MARCKSL1,SLC12A5,PCDH8,NELL2,NFASC,RAB15,SYT11,NOVA2,POLR3F,INSM1,MDGA1,PTPN5,CBLN1,CCNI,DPF1,KIF21A,KIF21B,BSN,EPHB2,SOX4,CALN1,SRRM3,EPHA4,SRRM4,ATP6V1G2,ISLR2,ANK3,MAPK8IP2,CPT1C,MAPK8IP3,ANK1,PISD,TIAM1,STX1B,KCNQ2,TAGLN3,CTXN1,GPM6A,NRN1,IGSF3,STXBP1,PIK3R3,KALRN,NKAIN1,SYNGR1,PCBP4,GSE1,B4GALNT1,SCN3B,SCN3A,B4GALNT4,NTNG2,PTPRN2,BCL11B,BCL11A,ST8SIA2,ST8SIA3,MICAL2,DCLK2,SNAP91,DCLK1,SMARCA4,RCOR2,PCSK2,ROBO2,TMEM151B,PTPRS,GDI1,FAM57B,GRIK5,DIRAS2,GRIK3,GRIK2,UCHL1,PCLO,DNER,KIF1B,GRIPAP1,PRMT8,ANO8,RGMB,AP3B2,RGMA,CNKSR2,MN1,MPPED2,FAM32A,MAPT,DYNC1I2,SATB2,BEGAIN,CAMKK2,ARVCF,CUX2,CAMK2N1,CAMK2N2,GPC2,APBB1,CTNNA2,PAK3,PURG,MAP4K4,GABBR2,ATAT1,TTC3,APBA2,CDK5R2,CDK5R1,PRDM8,CRTC1,CELSR3,IGF1R,TMEM145,KIF5C,BASP1,KIF5A,PALM,SH3GL2,KIRREL3,APLP1,ADAM11,LMTK3,KCTD2,POU3F1,POU3F2,KCTD6,POU3F3,SHISA7,MYCN,GPRIN1,TBC1D24,ABCG4,XPR1,NDRG4,NDRG3,RTN1,NTM,CACNA1B,CACNA1A,BHLHE22,CACNA1C,DTX3,CPLX2,SEZ6L2,CACNA1E,CACNA1H,CAMSAP1,CACNA1G,ARHGAP21,DPP6,DEAF1,CAMTA1,KIF3C,PDZD7,SYT4,SYT3,ZFHX2,AUTS2,SYT7,GNAO1,ARHGAP33,NR4A3,HOOK2,CNTN2,GPSM1,PODXL2,MAST1,CHD6,ELAVL4,AFF3,RND2,FBLL1,PKD1,ELAVL2,ELAVL3,MCF2L,GDAP1L1,GALNT9,KLF13,PPP2R5B,UBE2QL1,NAV1,NAV2,DNM1,SEPT3,DNM3,GAP43,ALS2,DDAH2,CDH10,GFOD2,DCX,TERF2IP,INA,SHANK2,SHANK1,CAMK2B,HCN3,NRXN1,NRXN2,ATP1A3,CRMP1,ADD2,GNG3,MAPK8,IGFBPL1,GNG2,SV2A,SPOCK2,NCAM1,SNCB,CLASP1,OPCML,CLASP2,CHGA,PCDHGC4,B3GAT1,CADPS,ATP2B4,ATP2B2,MEIS3,MEIS2,SBK1,FAM131C,FAM131B,RGS11,SSBP3"
+"gene_set_query"	"155"	"HMG20A"	"234.7"	"ARCHS4 Coexpression,85;Enrichr Queries,159;GTEx Coexpression,460"	"RPL4,TRIO,NUP107,RPL3,HNRNPU,EPRS,SMC3,FNBP1L,BACH2,PPP4R1,CAPNS1,ZMIZ1,DPYSL5,DPYSL2,MYC,FAM110B,VPS35,PRKACB,MEF2A,MEF2C,RBFOX2,CXADR,WSB1,CSNK2A1,STARD7,CD3EAP,WDR75,SOX11,RFX7,CLNS1A,DDIT4,TARS2,NUP205,SET,NEDD4L,AGAP1,SLCO5A1,ATXN7L3B,HIF1A,OAZ1,ADH5,LDHB,FDFT1,JUN,PHC1,JUP,CADM1,ST13,IRF2BP2,CDC7,PBX1,MLLT11,SQLE,HNRNPK,H2AFY2,PKIA,HBP1,FXYD6,HNRNPC,PIGU,BTG1,DIS3L,RPLP0,PHF6,TRIM8,NIPBL,TUBA1B,TUBA1A,TIMP2,SPIN1,JARID2,ZIK1,BRD3,TCF12,LRRC40,SLC39A10,ELOVL6,DUSP6,SRP9,NCOR2,MRPL50,ZEB2,TUBB2B,NCOR1,MTF2,PXDN,TCP1,EXOC5,GART,PAFAH1B2,TRUB1,RNMT,FAM117B,PAPSS1,BCLAF1,MICALL1,ANO10,ATAD1,SF3A3,AGK,MBD1,ELP3,BLCAP,LRPPRC,LRRC20,SLC8A3,FIG4,NUDT21,NFIA,NFIB,APEX1,SERBP1,PLP2,PKN1,MTCH1,RAB3D,CSE1L,IPO5,NUDT11,SALL2,CDH2,SESN1,PAPOLG,SMARCAD1,MAP3K7,SLC25A46,GTF2I,HMGN1,TLE4,BIVM,SEMA6C,TLE3,SLC38A1,SUPT16H,ANKRD46,TPM1,ATP11C,ILF2,FOXP1,MSH6,MORF4L1,SLC9A5,MSH2,MORF4L2,ADNP,FKBP3,ANAPC1,FKBP5,SEMA7A,RAB5C,CD151,CUL5,TNKS,BRI3,ABHD2,ITPR1,UBFD1,SBNO1,SBNO2,BTBD1,PITRM1,ORC3,G3BP1,G3BP2,ZKSCAN2,THEM4,NAE1,SLC38A2,TIA1,API5,GOT2,MARCH6,COPS4,ZC3HC1,CNOT4,CNOT7,LRCH1,SLC7A6OS,CNOT1,TADA1,TUBGCP4,IARS,EIF4G2,HSP90AB1,CELF2,TRO,DUSP12,FSD1L,SART3,OPA1,SIN3A,SUMO2,CEP170,YAF2,TNPO3,UNC45A,HSP90AA1,PPP1R12A,VBP1,LANCL1,TSN,NIPSNAP1,PTP4A3,ASPH,CTDSP2,POLR1B,CCDC43,SLC25A12,BCAT1,GAPDH,PRPS1,NFAT5,HDAC2,GTF3C3,RCHY1,MLLT3,LRP6,ABLIM1,RBBP4,FEM1C,FYN,IGF2BP3,PCDH1,WASF1,HNRNPA1,EIF4B,TUB,SMARCE1,PPIL1,MARCKS,KLF6,EIF3M,CDKN2AIPNL,EIF3L,PSAT1,IMPDH2,PDCD4,ATXN10,PPIL3,PFKM,APP,ZMYND8,JMJD1C,PDCD2L,ACTB,CRKL,HERC1,PPP2R1A,FTH1,ATXN7L2,ZFPL1,SEPHS1,GLUL,TBC1D10A,SOX4,TMPO,ST6GAL1,SMARCC1,CIRBP,ANK1,GUF1,VDAC3,VDAC1,HECA,TRIB2,PFN2,MACF1,DHX9,MAGED1,CSTF3,MYCBP2,DCUN1D2,PIK3R1,SNX4,LARS,HLTF,GSE1,HIVEP2,RBM12,CTSA,XRCC6,FAM78B,BCL11A,RCC2,INTS2,MYO5A,SMARCA2,PAICS,PTK2,MED13L,WNK1,ID2,FUBP1,ANP32E,MAGED2,LRRN1,CALM1,ITM2C,NRP1,GFM1,GFM2,CITED2,GDI2,OLA1,PTPRF,ROBO1,EPM2AIP1,PPP3CB,XPO1,ZMYM4,XPO5,DHX15,KIF1B,RALGPS2,MRPS28,CCT3,ZYG11B,NCOA2,PRMT5,CCT2,PARP1,TSC22D1,PARP2,PRMT1,PPHLN1,MRPS7,MTSS1,MLF2,ENAH,IMMP1L,G2E3,GLCCI1,SGK1,MAPRE2,ATP6V0C,SATB1,MRPS30,MNT,CUX1,HSF2,CCT8,CCT7,EPS15,CCT4,BCAP31,NPM1,MTX2,SORT1,PTGES3,RANBP6,ATAT1,MPHOSPH9,KLHL7,TTC3,CTNNB1,KDM1A,MPI,NUCKS1,UBE3A,CCDC28B,IGF1R,ACTG1,BASP1,PPIP5K2,CAPN2,ATP1B1,EEF1A1,TBL1XR1,ELMO1,MATR3,RAI14,RTN3,RTN1,COX15,BTF3L4,NDRG1,RTN4,CNN3,DPP8,RPRD1A,MYH10,QSER1,IVNS1ABP,SMAD2,HSPA8,PRNP,PNPT1,CBX5,CPSF6,CPSF3,NONO,CBX2,IDH1,CPSF2,KLHL23,CWC15,KLHL24,DNAJC16,COQ5,NFKBIA,EFNA2,HOOK2,NASP,HOOK1,GNB2,CAPRIN1,RFXAP,UBA2,GRSF1,LRP10,SAE1,RERE,PHTF2,KDM5B,GSK3B,DOCK4,RBM26,PRKCSH,CHD6,PSIP1,ATP2A2,ADAR,PITPNC1,LASP1,YWHAQ,PDE4B,LRRFIP1,HSDL1,ARHGEF12,KLF13,NUP133,TTC33,PDPK1,NCBP2,NAV2,PPP2R5C,ARID1A,CKAP5,YWHAZ,ARID1B,EPN1,SEPT2,PJA1,SUPV3L1,EEF1G,CREB1,TBC1D5,TRAPPC6B,PPDPF,B4GALT6,AGPAT5,USP10,USP11,CRMP1,ASAP1,HMGCR,TOB1,HSPD1,ADD2,DNPEP,CAND1,RPP14,PTCD3,ATF7IP,PTCD2,USP22,TAF10,ATP2B4,MEIS2,SPRY2,FAM98B,VIM,PDE7A,SSBP2,ABCE1"
+"gene_set_query"	"156"	"ZNF408"	"235.3"	"ARCHS4 Coexpression,99;Enrichr Queries,149;GTEx Coexpression,458"	"CHIC2,POP7,POP4,RRP1,GPATCH4,EPRS,RPL8,RRP9,LSM10,PSMD8,PSMD9,LSM12,RNF114,RAVER1,PSMD4,ALKBH1,DPYSL2,MYC,PSMD2,ZXDC,IER2,WDR74,DNTTIP1,CD3EAP,SCRIB,MED6,GTPBP4,SCAMP3,RNF126,BIN3,WDR81,ARMC6,CLPP,DDIT3,DDIT4,UQCRC1,RBCK1,VPS25,DUS3L,ATF4,TSTA3,MEPCE,MRPL12,OAZ1,MRPL11,PPP4C,VTI1A,RRS1,NRBF2,PUSL1,JUN,PRELID1,NCAPH2,IRF2BP1,MAD2L1BP,MRPL28,THAP11,TMEM199,TBL3,EIF6,HNRNPF,ATG2A,FARSA,ITPA,OGFR,TRMU,GMEB1,PIGU,ARF1,PHF23,MTMR14,ARHGAP1,MRPL38,SNX11,MRPL37,MED16,WDR46,TMEM186,BBC3,PQBP1,MED11,FASTK,GPR137,RRP12,CIC,ZC3H10,LYPLA2,BRD2,NUDC,SPHK2,SIRT6,AEN,MED26,DUSP6,TAF6L,RNF167,PTRH2,PXDN,CDC42EP2,PLEKHO1,ARF5,SF3B4,SF3B5,CDC123,GRN,ELOF1,LIN37,GPS1,SRRT,TIMM13,NOC4L,HSPA14,PSMA7,ASNA1,LMAN2,PSMB1,AP2S1,RRP36,RABAC1,RPL18,DEDD,MBD3,BRF2,EGLN2,SF3A2,WDR18,NR1H2,MCRS1,TTC9C,SCAF1,TARBP2,BYSL,TMEM60,XAB2,PHF5A,PSMC3,PSMC4,SHKBP1,TRMT6,TAOK2,ZYX,PKN1,GTF2B,AUP1,IPO4,TM7SF2,EDC4,STK11,RUVBL2,STK16,CFL1,PIM3,SNRNP35,MAF1,FBXW5,RPS5,AIP,THOC3,POLRMT,DGKZ,THOC6,RAB35,NHP2,SQSTM1,MAD1L1,SNRPB,RAB5C,HSPBP1,CORO1B,EIF1AD,STIP1,DVL2,E4F1,SAC3D1,MCL1,TOR1A,TOR1B,CDK9,DRAP1,YRDC,SH3BP5L,SLC7A6OS,GNL3L,LRFN4,TMEM11,CCDC22,NOP10,CNIH4,ISY1,SLC25A1,MCM7,ZC3H3,MRPL4,SART1,DUSP12,ZNRD1,NOB1,MDK,IDH3B,PGLS,SNAP29,CTNNBL1,EIF5A,GPX1,REXO1,RFC2,TFIP11,REXO2,YDJC,DDOST,TRAF4,CTDSP2,POLR1B,C1D,GAPDH,PPP1R15A,TRABD,TSSC4,GTF3C5,RAB1B,PRCC,ZBTB45,HSD17B10,SRM,DCAF15,PUF60,RBBP5,U2AF2,POLR2E,FEM1C,CCDC71,AAMP,POLR2L,RNF25,MBOAT7,ADRM1,TPD52L2,IMPDH1,EIF3G,STUB1,EIF4A3,KEAP1,ACTB,NUBP2,FRAT2,TRIM28,FLAD1,RPS18,CDC26,LONP1,CCDC97,ZFPL1,TBC1D10A,IMP3,NFKBIL1,ARRDC3,ECH1,MRPS18A,TALDO1,MFSD10,POR,CDC34,THAP7,GRWD1,AURKAIP1,PFN1,MMADHC,MACF1,TMEM161A,DHX8,SUPT4H1,TWF2,UBE2J2,CDKN2AIP,DHX30,CHTF8,DHX34,CSTF1,DHX37,RCE1,PATZ1,ZBTB6,ID2,INTS5,RNPS1,ITM2C,UBXN1,CITED2,SUV39H1,MRPS12,CCDC124,LIMD2,GUK1,C1QBP,CHMP1A,MLX,TMED1,SSSCA1,SDF2,CTSD,COX8A,PRMT5,ATP6V0B,MRPS26,TMED9,SEC13,MRPS24,PRMT1,TSC22D3,MRPS2,MRPS7,PPRC1,COMMD5,MLF2,RHOB,CTU1,SCNM1,PRPF18,RPUSD1,FAM32A,ALDOA,SGK1,NAPA,SSNA1,CCDC106,COX5B,RELA,NT5C,EXOSC4,PES1,HSF1,SCAND1,CCT7,PEX16,BCAP31,YIPF1,MTX1,YIPF3,PTGES2,NFYC,TMUB1,DOHH,PPP1CA,MAD2L2,KBTBD4,BOP1,PRPF31,NDUFA13,SPPL2B,CHCHD2,ARHGDIA,KHSRP,HCFC1R1,FPGS,SNIP1,CHCHD1,SH3GL1,TPRA1,ZGPAT,ADPRHL2,DNAJB12,SHISA5,NOSIP,ATAD3A,KCTD5,TUFM,TMX2,HGS,PRPF3,DNAJB11,SPNS1,WDFY3,GEMIN7,RAF1,RPS19BP1,PSMD13,DPP3,ARHGAP21,DPP9,ZMAT5,LLPH,CYC1,TBC1D17,NDUFV1,PRNP,HSPA5,RHBDD3,SUPT5H,DNAJC17,NFKBIA,TMEM115,HOOK2,GNB2,COPE,NFKBIB,MUS81,SCYL3,DDX49,PRKCSH,TRIAP1,LDB2,MFSD5,SNAPC2,MLST8,TIMM17B,FLOT2,GET4,SCYL1,RBM14,JAGN1,ARHGEF12,PDPK1,H2AFX,DDX56,AXIN1,EPN1,KLF16,EEF1D,AKT1S1,CHMP6,OTUB1,TSEN34,USP10,SLC3A2,NXF1,TFPT,DNPEP,TMEM203,MKNK2,RALY,PDLIM7,PTCD1,ATP13A1,SGTA,MIIP,SMUG1,RPS6KB2,CDK2AP2,RBM42"
+"gene_set_query"	"157"	"MXI1"	"235.6"	"ARCHS4 Coexpression,527;ENCODE ChIP-seq,20;Enrichr Queries,350;ReMap ChIP-seq,5;GTEx Coexpression,276"	"POP7,TFRC,IFT172,ALKBH6,DPYSL2,DPYSL3,AKT3,GPBP1,PRKACA,PRKACB,ATG3,FNBP1,DDIT3,DDIT4,UNC50,JTB,FAR1,ATF4,SLBP,TSTA3,EXD2,SET,SAR1A,CDCA4,NPRL2,MEPCE,NPRL3,BAZ2A,PLA2G6,PRPSAP1,RHOT2,RNF214,PRPSAP2,RNF215,ATRIP,HEXIM1,JUN,JUP,EIF2AK1,PBX2,LARP7,PBX1,TBL3,LAS1L,FASN,SFXN3,HYOU1,SNX12,ARHGAP1,PRKAG2,MED16,SHB,BBC3,DDA1,MECP2,MED12,TCP11L2,ENOPH1,PCMTD1,APC2,SPHK2,EPS15L1,JOSD1,MED27,MED26,DUSP6,TOMM40L,PGM2L1,MED22,SLC7A5,SLC7A6,PTRH2,PXDN,SDHAF1,PTRH1,PAFAH1B3,OAT,LIN37,NIP7,DLST,SNX32,NOC4L,CENPB,SPOP,SAMD1,BID,JAM3,MBD3,CENPT,EGLN1,ATAD1,MBD6,SKI,RABIF,ABCB10,TAOK3,CCDC9,SNX17,SLMAP,SNX15,TSR1,PKN1,YPEL5,AGRN,YPEL4,YPEL3,GZF1,MTCH1,MTCH2,PDCD6,NAB1,ATN1,MPV17L2,CASC3,FRY,POFUT2,NUDT16,FADS1,FBXW4,BNIP3L,PCYT2,DGAT1,FBXW9,STX7,POLRMT,LENEP,CDC25B,TPST2,MSH2,SRSF2,INO80B,UQCRB,ZC4H2,SPATA2,CORO1C,HSP90B1,RAP1A,NDOR1,G3BP1,PGK1,SMYD2,NEK9,FUS,ODF2,TMEM120A,HPS4,FBXO31,UCKL1,DRAP1,YRDC,LRCH2,LRCH1,SH3BP5L,ACO1,NIT1,OGT,PTEN,ETFB,BICD2,AP4M1,PGM3,PGLS,ACP1,UNKL,EIF5A,UNC45A,BCAS3,ACTR2,ACTR6,DHPS,AHSA1,MSL1,ARL4C,SYF2,DCTPP1,GAPDH,ROCK1,SRF,SRBD1,LENG8,MLLT1,MLLT6,CDC42,U2AF2,TRIM46,KRIT1,IGF2BP3,E2F4,HNRNPA1,DRAM2,UBQLN4,GADD45GIP1,CIZ1,TRIM41,FEM1B,NTRK3,PCDH7,TSPAN14,PINK1,SYT11,PDCD4,KCP,STUB1,EIF3B,LDLRAD3,ACTB,RCBTB1,NUDT4,HERC2,TRIM28,HERC1,BSG,EIF2D,ATXN7L1,TRIM27,ATP6V1E1,CCDC92,FBXO9,ARL10,ACTN1,ALG5,CIRBP,MOGS,MFSD11,TMEM170B,MFSD10,CDC34,CFDP1,CDC37,CSNK2B,KCNQ4,FLYWCH1,FAM76A,TRIB2,TRIM11,NUMBL,AARS2,SLC45A1,MYCBP2,CEND1,ZBTB5,GSPT1,APOO,NKAIN1,SYNGR1,SEC14L1,HLTF,KCNN1,FAM192A,DECR2,ATP6V1C1,BSDC1,NTAN1,IFFO1,AIMP2,CALU,RANBP10,NDUFAF3,NOL10,CALR,NOL11,FBXL6,MRPS17,DHRS13,COX7B,MRPS16,PAK1IP1,MRPS12,MRPS10,NAT14,PTMS,HERPUD1,SYNCRIP,MAP1LC3B,OTUD6B,RAC3,SDF2,GIT1,BBS4,PCYT1B,MRPS26,MRPS27,PCYT1A,ATMIN,MRPS22,PABPC4,MRPS23,GAB2,SYP,TFB2M,SYN1,APRT,GAK,RNF144A,RAP2A,PITPNM1,SLTM,FAM32A,EEF1E1,PTMA,NAPA,DYNC1I2,NAPB,AHCY,SSNA1,GBA,GNAI2,PCNP,SH3BGRL,NFIL3,MGAT2,DYNC1H1,GABBR1,MON2,PEX19,SPRYD3,SORT1,VEGFB,MYO9B,VEGFA,KLHL9,TTC4,KLHL8,TCEA1,HDGF,GRINA,OTUD5,CRTC2,NUP188,UBE3A,CELSR3,ACTG1,IGF1R,FAM3A,DENND5A,MORC3,MMGT1,FBXW11,TMOD2,SDHA,EEF1A1,ADAM15,TBC1D20,EHBP1L1,TBC1D24,WDFY3,PPIG,CARS2,DDX5,NDUFB10,COX15,DIABLO,UBA5,HTRA2,CACNA1H,TIMM50,SHARPIN,RNASEH1,GRK6,LLPH,TBC1D17,TBC1D16,SYT5,UBE2H,TIMM44,UBE2A,MANBAL,HIGD2A,IFT20,GNAO1,HOOK2,HOOK1,CCPG1,GNAQ,GNB2,GNB1,MKRN1,CNTN1,UBE2N,FGF11,UBE2M,PHTF2,CUEDC2,ZMYND19,LDB1,TNFAIP1,TAZ,RND2,USE1,RND3,LMNB2,TMEM222,LASP1,TMEM223,RB1CC1,DACT3,IFT57,SUN2,SUN1,ATP6AP1,PDPK1,SYNGR3,EEF1G,RER1,EEF1D,ACOX1,CAT,GFOD2,MAN1B1,ZMYND11,OTUB1,ANKS3,RAP1GDS1,ASB13,SLC3A2,RSPH9,AGPAT1,RNF4,RNF5,ADD1,RNF2,AGPAT4,TMEM203,TGS1,MKNK1,MKNK2,MTA2,FBRS,CYTH1,ARFGEF1,URGCP,BNIP3,EYA3,TTC19,POLE4,GALE,ERCC3,ERCC1,CARM1,ERCC2,POLE3,KRAS,SUGT1,VPS29,NCKAP1,ANKLE2,ARPC5L,ADARB1,EPRS,ELK1,ALCAM,ZMIZ1,AP1S1,VPS35,ARMC9,WDR74,GTPBP6,GTPBP1,GTPBP4,HCFC1,WDR81,ARMC6,VPS28,PI4K2A,ANAPC16,PDXDC1,XPA,PRDM15,WDR61,ADH5,ANAPC11,LDHA,NCSTN,WDR70,NUP85,VPS11,NUP88,FDFT1,LHPP,NAA50,PRELID1,ICMT,WDR59,SNAPIN,NDFIP1,HOMER1,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,MEX3A,HNRNPF,ATG2A,FARSA,FARSB,PYGB,CDKN1B,BTG1,WDR48,PHF20,PHF23,PHF1,SETD7,GPT,KRI1,WDR45,WDR46,SMG6,UBL5,AIFM1,MTG1,TIMP2,CIC,JARID2,CEP68,WDR36,TPI1,NUTF2,WDR34,GNL2,WDR35,GNL1,GNL3,TAF6L,KAT2A,SIKE1,TUBB2B,TUBB2A,KIFC2,HEATR5B,EXOC3,GART,GAS7,GRN,WDR26,RNMT,WDR24,ADCY6,ADCY5,FAM129B,SCAF8,RRP36,CKB,YTHDF1,YTHDF2,KIDINS220,NR1H2,PCGF2,SYVN1,GATC,ELP3,HIPK1,NFIA,NFIB,TMEM39B,TMEM229B,ANKRD13B,VKORC1L1,ANKRD13D,RAB3A,GTF2B,CEP120,AUP1,CLU,IPO4,TM7SF2,PPP1CB,EDC4,CFL1,SLC39A6,SLC39A7,HMGN1,RAB2B,USP5,USP4,MAGI2,TPM1,THOC1,TRAFD1,THOC3,THOC5,ILF2,THOC6,PYGO2,ILF3,RAB31,DMWD,RAB34,RAB35,PGP,FKBP8,CSNK1G2,FKBP5,IFNAR1,SNRPB,FKBP2,RAB5B,CCDC24,INSIG1,GLT8D1,UBR2,HSPBP1,UBR7,DVL1,DVL2,DVL3,CCDC32,MAP2K7,RAB6B,MCL1,PLXNA3,EIF2B5,TRAPPC2,EIF2B4,RAB4A,SEC16A,TRAPPC4,TRAPPC8,SCRT1,COPS3,COPS6,LRFN4,SLC7A6OS,CSPG5,PLXNB1,CNIH2,COPS8,RAB5A,RSL24D1,BCL2L2,BCL2L1,SLC48A1,DIDO1,MCM7,WDR1,ZC3H3,WDR3,PIK3C2B,IDH3B,WDR5,WDR6,WDR7,EIF2B1,TNPO2,TNPO3,PLEKHG2,CDADC1,DIS3,SECISBP2L,LANCL1,TRPC2,RPL13A,EDF1,WIPI2,TSN,DNAJC6,CTDSP2,POLR1C,DNAJC8,HDAC5,HDAC3,RAB1B,VPS4B,TULP4,PDHB,DNAJB2,DNAJB1,ABLIM1,HAUS8,MSTO1,VPS53,VPS52,POLR2D,RAB24,POLR2E,POLR2F,POLR2G,ASCC2,POLR2H,CCDC71,SEC11A,POLR2K,JAZF1,POLR2L,SLC35A2,MLXIP,SLC35A4,PPIL1,PPIL2,SMOX,IDH3G,FBXL19,NCKAP5L,FBXL16,MTOR,FBXL12,BCKDK,TNRC6C,SNRNP40,POLR3B,PSAT1,VAPB,DNAJA3,GLOD4,DOLPP1,RAB12,POLR3F,RAB18,SNRNP48,PPIL3,PPIL4,TPT1,SLC35B2,IFITM2,SLC35B4,TMEM183A,HDAC10,VARS,PITPNB,CBLB,RPS15,NFU1,RPS16,KAT5,RPS18,FLAD1,RPL36AL,PPP2R1A,FTH1,MAGOH,LONP1,DAG1,RPS11,SEPHS2,TBC1D10A,TBC1D10B,COG8,ARRDC1,ARRDC3,METTL3,AP1AR,POR,KATNAL1,SIK3,HECA,SUCLG1,ATP6V0D1,RTEL1,TRANK1,HTATSF1,RPAP3,MYL12B,FXR2,PDCD11,ZNHIT3,TNRC18,RALGDS,VASP,VAT1,ZRANB1,TMEM184B,SETDB1,PYCR2,SNAP91,SMU1,RPS28,RPS27,ADCK1,ADCK5,RNPS1,TECPR2,RPS21,C2CD2L,UBXN1,CITED2,GFM2,ZFAND2B,SIPA1L1,SEC61B,TMED7,UBXN6,PSD,PSENEN,PARP6,CBR1,ZER1,STRADB,PPRC1,ZDHHC16,MLF2,VAV2,HNRNPH3,MPND,CSTB,NOL8,RFNG,RBFA,NOL6,PPP2CB,ZDHHC18,TCEAL3,TCEAL1,NT5M,APBB3,MYEF2,MTX1,NFYB,PTGES2,GBF1,XPO7,SORBS1,ATAT1,PDP1,MEGF9,NDUFA13,NDUFA12,KDM1B,ARHGDIG,CWC25,FAM162A,ARHGDIA,HCFC1R1,KDM2B,LMO4,ACYP1,ATP1B2,ATP1B1,TUFM,PRPF6,HGS,COPB2,ZCCHC7,ISYNA1,NOP2,EFNA4,EFNB1,CDH24,RPRD1A,KLHDC10,KLHDC2,CBX5,PNPT1,CBX4,RHBDD3,COQ6,EFNA3,COQ2,EFNA2,CHMP2A,SAE1,MUS81,THRA,HS2ST1,FLCN,MFSD6,SEPT7,MFSD5,SNAPC2,SNAPC4,MFSD1,RBM6,KDM6B,HGSNAT,H2AFX,PPP2R5B,H2AFV,PPP2R5C,LSS,SEPT5,DNM2,SUPV3L1,DNM3,FCHSD2,DDAH2,AKT1S1,TERF2IP,PFDN2,TMEM9,HAGH,STOML2,KDM3A,ATF6B,NRXN1,PDXP,THBS3,TBRG4,TBRG1,NXF1,MAPK8,MAPK7,UGP2,FAM168A,CHSY1,DDT,SAP30L,FAM120B,SNCA,KDM4B,CYHR1,RPS6KB1,CAPN10,CDK2AP2,LPIN2,MDC1,UXS1,ARAF,GHITM,LSM10,SCAMP4,KRTCAP2,NSDHL,LSM11,PSMD2,SAMD10,CHID1,MEF2A,GABARAPL2,STARD3,DAXX,GABARAPL1,MEF2C,RBFOX1,SCAMP3,SND1,ZFYVE19,PSME3,PSME1,SPARCL1,PSME2,LETMD1,CGGBP1,ABCB6,COPS7B,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL11,MRPL20,CYB5R3,GRPEL2,AMZ2,HMGXB3,PUSL1,RHBDL1,PRRT1,MCTS1,ABCA2,PRRT2,CADM1,PMM1,CADM2,EDEM2,PMM2,MRPL27,MRPL28,ERLIN2,SNF8,MRPL24,EIF1,CS,SETX,MRPL30,MLLT10,ABTB1,EIF5,EIF6,TDP2,PSMG1,PSMG2,FERMT2,TMEM9B,PIGS,PIGU,PIGO,GPR21,PIGQ,MRPL37,MRPL34,ECSIT,AACS,PQBP1,IKBKB,TRMT112,NIPBL,TUBA1A,FASTK,RPLP2,LYPLA2,LRRC45,MRPL49,ELOVL6,SIRT7,MRPL45,MRPL43,SIRT2,MRPL53,PSMA4,PSMA2,TMEM33,TUT1,VAMP4,SLC29A1,VAMP2,SLC29A2,LRRC14,SRRT,PSMA7,PSMB4,GGA3,PSMB2,TMEM65,PSMB3,LEO1,FLNA,ANO10,HARS,NCDN,MEF2D,LRRC24,MDH1,ATRNL1,SPSB3,TMEM59,PSMC3,TTLL1,SRRD,FAM13B,STK19,ZBTB22,HDDC3,STK11,SMCHD1,SESN1,RUVBL2,STK16,KPNA6,PIM3,PMPCA,SLC25A44,AP2M1,SLC38A1,IK,VPS33A,PPP1R16A,VPS33B,FOXP1,SAP30,FTSJ3,ACAP3,SLC9A6,SLC9A8,MRTO4,FSCN1,ANAPC4,ANAPC5,SQSTM1,ANAPC2,RNASEH2A,PFKFB3,ARL3,MAZ,ISG20L2,ARL2,NTPCR,ACAT2,GLIS2,SBNO1,SBNO2,ATXN2,PMVK,THEM4,E4F1,SLC38A2,GOT1,ZBTB12,ZBTB11,EEF2,GNL3L,PIN1,PIN4,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,MRPL4,MDK,SUMO3,PMEPA1,MRPL9,MDP1,EDIL3,CTNNBL1,PELP1,HSP90AA1,PPP1R12A,SIGMAR1,RAD23A,DDOST,GIGYF1,PPM1A,HAX1,SLC25A19,PIK3C3,PPP1R12B,SLC25A12,SEC22B,SLC25A5,SLC25A11,SLC25A14,ST6GALNAC6,PPP1R15A,LRP1,GTF3C5,NDUFB6,PRCC,CXXC1,ZBTB45,HSD17B12,GANAB,NCLN,PARD6A,SH3BP5,SLC25A22,AAMP,PPP1R14B,NDUFA7,SEC24B,NDUFA5,MBOAT7,NDUFA2,IMMT,MBOAT2,RPL23A,LYSMD4,MCOLN1,BAIAP2,TPD52L2,SLC25A39,P4HB,EIF4A1,CCNI,EIF4A3,PREP,GCC2,ZDHHC8,IFI30,TXNDC15,TXNDC16,CYB5D1,TXNDC17,RASSF1,RASSF2,SLC12A6,EPHA7,PAQR4,IMP3,ENTPD4,SCAF11,NSMCE2,ANK1,THAP4,CD2BP2,CTXN1,STX1A,CTR9,PIK3R2,PIK3R1,BRCC3,UBE2J1,DHX30,PCBP4,SURF6,TSPAN5,CTSA,SURF1,XRCC6,SURF2,IQSEC1,SURF4,XRCC1,PAICS,WNK1,ID2,PPP1R1B,INTS5,PAF1,COL9A3,DHX29,RGL2,TMEM151B,USPL1,FAM57B,GPAA1,CCDC124,TECR,CETN3,AATK,PCSK7,SLC7A11,WASL,ARV1,HYAL2,ENC1,NCS1,MLX,REV3L,ARIH2,DHX16,IDS,SSSCA1,QSOX1,KIF1B,UTP14A,CTSB,NDEL1,VKORC1,NCOA1,SEC13,TMEM150A,WARS,CCDC115,NCOA4,ANO8,COMMD1,MRPS7,MRPS5,IMMP1L,MRPS9,KIF2A,CRELD2,DBN1,STK40,STX12,SATB1,DOT1L,HEATR1,CRIP2,NEDD8,CCDC106,RXRB,EXOSC7,MNT,EXOSC4,SAMM50,FAM172A,CAMK2N1,SERTAD2,EXOSC8,HSF1,GPC4,CCT8,CCT7,CCT5,NPDC1,YIPF2,YIPF4,MIB2,TMUB1,AP2B1,MAD2L2,PER1,ZDHHC9,CCNG2,RPA3,DPAGT1,SCARB2,MIDN,ACAA2,OGDHL,PHRF1,KIF5C,KIF5B,KIF5A,PPFIA1,BANF1,SBF2,PPFIA3,TPRA1,SLC30A5,ATG9A,RUNDC3A,HNRNPUL1,FAM173A,HNRNPUL2,SBDS,GEMIN7,RTN2,VCP,NDRG4,ARHGEF26,RBM8A,ARHGEF25,NXPH3,SEL1L,KLHL12,PSEN1,RASGRP2,NDRG2,NDRG1,TAF5L,RPF1,CAMTA2,CYC1,VARS2,NDUFV2,NDUFV1,BCL9L,IVNS1ABP,CCDC134,OST4,FDPS,PRNP,KLHL26,ECD,HMGA1,DSTN,KLHL23,KLHL24,SUPT5H,SSH3,CLK2,H1F0,BMP1,PHF13,LSM14B,PICALM,RBM28,GSK3A,PRR7,DDX49,PRKCSH,PRR3,MAST1,ILK,CHD3,DDX41,SOBP,SEC61A1,MLST8,TIMM17A,TIMM17B,RBM33,BCKDHA,RBM14,HSDL1,ARHGEF12,GLRX5,DDX55,DDX56,ABHD14B,DDX54,ABHD14A,DDX52,GPCPD1,YWHAZ,PJA2,LMBRD1,NDUFS8,IRF3,PEX3,NDUFS6,NDUFS5,PPDPF,PEX5,ATG4B,NAA38,IRF9,RBM22,DCTN6,DDX27,DDX24,DCTN1,GOSR2,TAF9,TGFBRAP1,DDX20,CLCN3,CLCN2,DNPEP,MAT2A,PDLIM7,CHURC1,TAF15,NAA10,MIIP,PDAP1,LRWD1,MAPK11,FAM131A,TAF6,VIM,CLUAP1,TAF2,RAN,TAF1,FAM50A,RPL30,STMN3,ENO2,RPL8,DCAF6,GLE1,NUB1,MYC,STMN1,CDK20,PIP4K2A,RPL35,PIP4K2B,DIP2C,NFRKB,IER2,TSPYL2,WSB1,PIH1D1,CD3EAP,SOX12,CLPX,RNF123,RNF126,CLPP,RPL27,PRR18,RPL29,UBA52,RPN2,NEDD4L,VPS26B,SLAIN1,HIF1A,GLG1,PRDX2,PRDX5,PPP3R1,PPP4C,CHST12,PRDX1,PLCG1,SERF2,S100A10,RPL41,ACD,JUND,ST13,MTHFR,TYSND1,UPF3A,PA2G4,PRDX6,PRRC2B,TMEM198,THAP11,TADA2B,FIBP,CDK10,HBP1,DUS1L,CPEB4,OGFR,SPEF1,CLTC,LPCAT1,PFAS,ING1,TMEM186,TRIM8,CSRP2,TRIM2,ANXA6,SPIN1,GPR137,RIOK2,RIOK1,AP3S1,GPRASP1,EMD,BRD3,ZC3H10,BRD2,SSR2,ITPK1,RNF167,LSG1,SF3B4,SF3B5,SF3B2,RPL10,GPS1,GPS2,HSPA14,TM9SF4,TMEM165,SRP72,ASNA1,SC5D,BRD9,RPS2,ANKRD52,BRD8,BRD7,RPL18,RNF130,RIOK3,TRMT1,TTC9C,LRPPRC,MZT1,FIG4,TM9SF1,LPCAT4,TRMT6,ZYX,CHPF,TUSC2,CTNND2,FAM107B,ABHD12,TUBB3,LZTS2,MAF1,RNF44,RPS9,RPS8,RPS5,IGFBP3,GPT2,ANKRD44,AIP,RPSA,RNF40,CTDNEP1,CLIP3,ERH,PHPT1,ENY2,CD151,ITPR1,ABHD8,PHF21A,STIP1,BTBD2,NACC1,BAG1,SAFB2,MPDU1,WDTC1,ESRRA,ANKRD34A,ATP8B2,MARCH9,ASNS,DHCR24,MARCH8,LSM4,MARCH5,ZZEF1,LSM2,CNOT4,CDK8,CDK5,YEATS2,CDK4,RHEB,MAFG,RNF181,GPR107,IARS,CNOT8,RNF185,EIF4G1,RNF10,RNF11,RNPEPL1,RNF13,TRADD,DUSP18,PTPN23,RPL7A,DUSP12,PTBP1,SIN3A,REXO1,GPX4,LIX1L,YDJC,COASY,PTBP2,PATL1,REXO4,PTP4A1,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,SOS1,SOS2,RNF31,TRABD,SMARCD1,NLGN1,WBP1,WBP2,DPCD,AP3M1,FZR1,PUF60,DCAF11,WASF1,DCAF12,RNF20,SPAG9,SPAG7,RNF24,SEMA4C,ADRM1,DDHD1,PNRC1,RAD52,MARCKS,KLF6,PFKL,NIN,IMPDH2,MGAT4B,RHEBL1,PFKP,METAP1,DIXDC1,PWP2,RAPGEFL1,GOLGA3,RUSC2,RUSC1,GOLGA1,DPF2,ARL6IP5,HABP4,ARL6IP4,UBAP2L,GOLGA7,GLUL,SOX4,PTOV1,ACSL6,MRPS18A,JMJD8,JMJD6,RRAGC,CRYZL1,PFN1,AURKAIP1,EZR,LLGL1,CUTA,TMEM161A,TMTC4,SPAST,INPP5F,MAP4,GPM6B,SNHG1,SS18L1,TREX1,ACADSB,UBAC2,MANF,CCT6A,CCDC88C,TMCC2,CDS2,ITM2C,CC2D1B,DAZAP1,OLA1,MYL6B,VLDLR,GUK1,PRMT5,ATP6V0B,PRMT2,TSC22D1,PRMT1,TSC22D3,RHOF,TUBG2,RHOB,PACS2,PACS1,FAM20B,WAC,MAPT,ALDOA,SGK1,ATP6V0C,PRIM2,SLC20A1,TRAK2,ANKMY2,LCMT1,RANBP2,RANBP1,AP3D1,RANBP6,TOMM7,PRPF31,TRIP12,FAU,TOMM6,POGK,HDLBP,ARID4A,ARID4B,TOMM22,EFTUD2,CHCHD1,PAM16,APLP1,TSC2,KCTD2,KCTD5,PDIA4,DPM2,DPM3,PREPL,PHOSPHO2,DNAJC30,RPL7L1,TIPRL,FIZ1,ABCG4,ADIPOR1,ADIPOR2,ARHGAP21,DPP8,MAN2A2,DPP9,CASKIN1,MARK3,ANKZF1,PDZD7,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,PTCH1,ASPSCR1,DNAJC13,DNAJC16,DNAJC17,TDRD3,ARHGAP33,NFKBIA,TMEM115,DLG4,JMY,NFKBIB,B4GALT2,ACADVL,ABCD3,SLC2A3,USP39,POLB,ALDH2,FLOT1,SPEG,PDE4A,MAN2C1,USP30,SCYL1,RNF208,TRNAU1AP,SENP2,SENP3,KLF16,FAM189B,CHMP6,TSEN34,HCN3,USP15,RGS19,USP16,TM2D2,GMPR2,USP12,TOB1,U2AF1L4,HSPD1,STRN3,RMND5B,GMDS,NT5DC3,NCAM1,ABCF2,CAMK2G,ABCF3,RWDD1,PTCD1,PTCD2,B3GAT3,BAD,USP21,HAGHL,SGTA,B3GAT1,LCA5,HSPE1,MEIS2,NAP1L4,NEURL4,PIK3IP1,BAX,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"158"	"ZNF277"	"235.7"	"ARCHS4 Coexpression,34;Enrichr Queries,170;GTEx Coexpression,503"	"TFRC,RPL31,EPRS,PHB2,NDST1,LSM12,ALCAM,CAPNS1,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PSMD3,AP1S2,AKT1,PRKACA,RPL39,GABARAPL1,WSB1,RPL22,DAPK3,CD3EAP,DNTTIP2,SCRIB,SCAMP1,SND1,MED6,HCFC1,DDIT4,YME1L1,LETMD1,PRR12,ALG10B,SF1,POM121,FLII,ABCB8,HIF1A,MTDH,LDHA,HSPH1,VTI1A,LTA4H,PIP5K1C,FDFT1,S100A10,BTF3,JUN,CDK19,EDEM1,PMM2,IRF2BP1,IRF2BP2,PBX2,PRRC2B,PRRC2A,HNRNPL,SQLE,GIPC1,HBP1,PSMG2,EZH2,CDK16,ARF3,PIGU,BTG1,CDKN1B,RPLP0,SMG5,PCMTD2,TRIM8,MRPL42,TUBA1A,AP3S1,CIC,PCMTD1,UPF1,ITPK1,ELOVL6,DYNLL2,DUSP6,DDB2,NCOR2,SLC7A5,NSA2,MED25,VAMP7,TUBB2A,INF2,PSMA2,PXDN,PELI1,TMEM106B,GRN,RPL12,TIMM9,SRRT,FAM117B,CENPB,FAM129B,NRAS,SRP72,RPL14,CLPTM1,MFN2,FLNA,RICTOR,RPS2,CKB,RPL15,ANKRD52,SRSF10,YKT6,SF3A1,SF3A2,CRBN,GATC,DAB2IP,TTC9C,GTF2H2,SCAF1,GATAD2A,SKI,ERP44,MKLN1,TMEM59,PHF5A,SERBP1,TAOK2,ZYX,NUCB1,RPL22L1,PKN1,YPEL5,ANKRD13B,MTCH1,GTF2B,UBE2D3,CLSTN1,ATN1,FBXO22,BZW1,SESN1,CFL1,PMPCB,SLC39A7,LZTS2,AP2M1,BNIP3L,SH3GLB2,SLC38A1,USP5,POLRMT,ATXN2L,CTDNEP1,ILF3,RAB31,MSH3,ARMCX6,RAB35,SNRPE,SQSTM1,CSNK1G2,FKBP5,GLYR1,SLC27A4,ANAPC2,INO80E,RAB5C,INSIG1,ANKRD12,MAZ,SLC38A10,PHF21A,KLC2,MED30,PITRM1,DVL1,BTBD2,NACC1,PGK1,ABL1,SLC38A2,WDTC1,FUS,SEC16A,STYX,HPS3,ASNS,EEF2,LSM2,CHERP,LSM6,SLC7A6OS,GNL3L,SH3BP5L,COPS2,PLXNB2,SERINC1,GPR107,RSL24D1,NFE2L1,EIF4G1,RNF187,ZNF512B,WDR1,PTPN23,DUSP12,SART1,ZNRD1,NOB1,PPP6R1,SNRNP70,UBTF,TNPO2,TNPO3,DGCR2,ACTR3,EIF5A,HSP90AA1,REXO1,RPL13A,RANGAP1,PATL1,ARFGAP1,TRAF7,PTP4A3,SYF2,NPC2,CTDSP2,POLR1B,DNAJC5,POLR1D,PPP1R12C,TNFRSF21,GTF3C1,GTF3C3,RAB1B,SRBD1,LENG8,MLLT1,DNAJB2,DCAF15,AP3M1,GANAB,NCLN,U2AF2,EIF4H,DNAJB9,FEM1C,FYN,DRAM2,EIF4E,EIF4B,CIZ1,FBXL19,CCDC59,RPL23A,CDC42BPB,OXR1,HNRNPAB,TPD52L2,PNRC1,PNRC2,EIF3M,MARCKS,KLF6,PFKL,PSAT1,EIF3I,MGAT4B,PDCD4,RAB18,EIF3H,PDCD2,EIF3E,EIF3F,P4HB,EIF3C,EIF3D,BCAR1,EIF4A2,APP,VARS,PITPNB,JMJD1C,CBLB,ZDHHC8,RPS17,TRIM28,RPL36AL,CDC26,FTH1,BSG,ARL6IP5,LONP1,DAG1,EIF2D,GLUL,ATXN7L3,RPS13,SOX4,EIF2A,SRRM2,ACTN1,NSMCE2,ARRDC3,IFRD1,RECQL,AP1B1,CSNK1D,MOGS,ACTN4,MAPK8IP3,HECA,ULK1,ANKRA2,KCTD18,MMADHC,TELO2,TBC1D9B,MYCBP2,NMD3,PIK3R2,PIK3R1,FXR1,PDCD10,DYM,MAP4,TMEM184B,INTS1,AIMP1,STAG2,ID2,CALM3,ANP32B,RPS24,ITM2B,ITM2C,DAZAP1,GDI1,CITED2,GDI2,MRPS12,AP2A1,WASL,SIPA1L2,BMI1,PRPF19,SYNCRIP,CHMP1B,ENC1,SDF4,UTP14A,GIT1,RSPRY1,TSC22D1,MMD,TSC22D3,MINK1,MRPS7,SREBF2,MLF2,RHOB,PRPF18,PITPNM1,FRG1,TAX1BP1,NCOA7,HNRNPH2,PABPC1,SGK1,ATP6V0C,CSTB,SLC20A1,GNAI2,HIRA,SH3BGRL,NFIL3,GPC1,MGAT2,CCT8,EXOSC1,NPM1,VEGFA,RAB11B,RSL1D1,RPA3,CCNG2,TTC3,TCEA1,RAB3GAP2,HDGF,PNPLA6,GRINA,SCARB2,ZFAND3,HDLBP,EEF1B2,TATDN1,ARHGDIA,SBF1,SH3GL1,ATP1B1,ATAD3A,EEF1A1,OXA1L,HNRNPUL1,TMX1,HNRNPUL2,TIPRL,WDFY1,CHMP4B,ZCCHC7,PXN,NDRG1,PRPF8,SUPT6H,SDCBP,RAI1,DNAJC21,CAMTA2,BCL9L,KLHDC2,IVNS1ABP,DARS,HSPA8,PRNP,CPSF1,IDH1,BFAR,KLHL24,EIF2S1,NFKBIA,EFNA2,HOOK2,CCPG1,GNB2,MKRN1,JMY,GNB1,UBA1,MXD4,KDM5B,DOCK4,ACADVL,KDM5C,GSK3A,PRKCSH,RND3,LMNB2,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7A,ZC3H7B,RB1CC1,RBM7,SCYL1,ARHGEF11,PDPK1,DDX50,PJA2,KLF16,DNM2,VCAN,AKT1S1,DCTN1,DDX21,WIZ,HMGCR,ATP1A1,STRN4,ADD1,USP19,TAF1D,FAM168B,MTA1,PABPN1,GNA11,MKNK2,RALY,SMNDC1,FBRS,IGBP1,TAF15,NAP1L1,DEK,SOD2,CLCN7,NEURL4,PIK3IP1,CARM1,ACIN1,VIM,ABCE1,SSBP2"
+"gene_set_query"	"159"	"TTF1"	"237.5"	"ARCHS4 Coexpression,179;GTEx Coexpression,296"	"APP,GPATCH4,PHAX,SMC3,PDCD2L,ALKBH8,DCAF6,TXNDC17,NFU1,NDST1,PSMD7,CAPNS1,MPRIP,SNRPD2,SNRPD1,ALKBH1,AKT1,RPL38,SNRPD3,PRKACA,ATXN7L3,DDX18,TSTD2,NSMCE2,MOGS,MED4,MRPS18C,SRRM1,FAM133B,GNPAT,KARS,SARNP,ZSCAN21,ADPRH,CBLL1,KCTD18,MMADHC,SET,TBC1D9B,TMEM63B,FLII,SLAIN2,MRPL13,RPAP3,MRPL10,APH1A,ABR,WDR70,PRKAR2A,DYM,PIP5K1C,INTS1,LARP7,PBX2,UPF3B,MEMO1,FAM136A,MRPL21,PRRC2A,MRPL22,AIMP1,AIMP2,STAG1,OGDH,DHX29,MRPS17,ARF3,COX7B,SETD3,CCDC127,PHF20,PAK1IP1,PRKAG1,AP2A1,TMEM186,SMG5,MRPL33,THTPA,UBL5,MRPL42,TRMT112,OTUD6B,SEC61G,ANXA6,SDF4,RIOK2,CIC,RRP15,UPF2,ZC3H10,PRMT5,CDV3,UPF1,MINK1,MRPS21,PRPF40A,MRPL47,TOX4,IMMP1L,MRPS9,PSMA3,PRPF18,PSMA4,INF2,PSMA2,CSDE1,FRG1,MTF2,EEF1E1,SLU7,PTMA,FYTTD1,USO1,RPS27L,UQCR10,PSMA7,FAM129B,CHRAC1,EXOSC8,CLPTM1,MFN2,ANKRD52,MEF2D,PAIP1,EGLN1,PCGF6,NPM1,BRF2,USP9X,GBF1,GINS4,RPA1,SKI,PDCL3,KBTBD4,RSL1D1,PRKRA,PSMC1,CAPZA2,SRRD,NDUFAB1,TAOK2,TSR1,NUCB1,PKN1,PNPLA6,TOMM5,GRINA,MPHOSPH6,RPP30,PDCD5,CLSTN1,BCCIP,HDLBP,ATN1,UBE3A,CWC27,COX6A1,SRP14,IPO7,TATDN1,CHCHD3,LAMP1,CFL2,ARHGDIA,CWC22,KPNA6,KPNA4,SLC39A7,SBF1,KPNA3,CHCHD1,KPNA1,KCMF1,SLC38A1,MMGT1,THOC2,ZCRB1,RBX1,CLIP1,UBE2V2,SNRPG,PLAA,SRSF3,SNRPE,PPIG,SNRPF,RAF1,SNRPC,FKBP3,ENY2,RNASEH2A,RAB5C,CUL5,UQCRB,COX16,DDX1,CUL2,COX17,UBR3,SLC38A10,COX7A2,RPF2,RPF1,RNASEH1,BTBD2,CCDC32,BRIX1,CAMTA2,WDTC1,EIF2B3,POLR3GL,SEC16A,TBCA,CWC15,LSM5,COQ7,EIF2S1,LSM3,ZC3HC1,CNOT4,COPS3,COPS5,SLC7A6OS,GNL3L,SH3BP5L,NASP,UQCRQ,COPS2,GNB2,GNB1,PLEKHM2,PLXNB2,TAB2,LRP10,NFE2L1,NOP10,CNIH4,PICALM,PHTF2,ACADVL,WDR1,ASNSD1,PRKCSH,UFSP2,HMGB1,USP39,PPP1R9B,PPP6C,SEC61A1,LASP1,SUMO1,PPP2R5E,ZC3H7B,SUMO2,MRPL9,YAF2,TNPO3,DGCR2,ARHGEF11,EIF5B,NAA30,ADSL,RFC3,TTC33,H2AFZ,RBM18,RAD23A,VEZF1,ARFGAP1,DNM2,DDX19A,DNAJC2,THRAP3,DNAJC5,NDUFS5,CCDC43,RP9,SNRPA1,PFDN2,DNAJC8,PFDN4,PPP1R12C,BECN1,GTF2A2,LRP1,NDUFB6,RAB1B,NDUFB4,WBP4,POMP,LENG8,ATP1A1,ADD1,DNAJB2,GANAB,POLR2B,POLR2F,SNRPB2,BUB3,SMNDC1,FBRS,POLR2K,RWDD1,TIMM8B,ATE1,CHURC1,SSB,TMEM30A,NDUFA6,ASCC1,NDUFA4,CNBP,NDUFA3,CCDC59,NDUFA2,TPRKB,CDC5L,PDAP1,RPL35A,DEK,CDC42BPB,USP28,HSPE1,CUL4A,NEURL4,ASB8,RAB12,MGAT4B,CEBPZ,P4HB,SSBP1,EIF3C,TRIM32,SMAP1,RAN"
+"gene_set_query"	"160"	"ZNF853"	"238.0"	"ARCHS4 Coexpression,191;GTEx Coexpression,285"	"CNTFR,APP,HDAC11,STMN3,HS6ST1,NUDT3,GCSH,SCAMP5,DPYSL3,HABP4,PIP4K2B,CCDC92,PRKACA,ATXN7L3,ANKS1B,GABARAPL2,AQR,RBFOX1,WSB2,UNC5A,PTOV1,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,PRKAR1B,ASPHD1,FEZ1,KCNQ2,OBSL1,CTXN1,LLGL1,PFN2,ADCYAP1R1,TARSL2,TTYH1,SDC3,AGAP2,PHYHIPL,AGAP1,CEND1,CD99L2,TTBK1,ABR,SYNGR1,FAM171A2,ERI3,CHST10,MAP4,PIP5K1C,RAB11FIP3,GPM6B,B4GALNT4,ABCA2,CADM3,NDFIP1,CADM4,PRRT2,CADM2,DCLK2,PRRC2B,WNK2,DCHS1,CALM3,ITM2C,DDR1,MOCS2,TMEM151B,PTPRS,GDI1,GRIK5,DIRAS1,AATK,SLC35F1,RYR3,RNF157,SERP2,JPH4,NUDCD3,JPH3,SLC22A17,B3GALT1,NCS1,IDS,KIF1B,KIF1A,CIC,GIT1,DLGAP4,APC2,PSD,PCYT1B,ZER1,ITPK1,SYP,DUSP8,DYNLL2,SIRT2,MED29,SYN1,RGMA,TMEFF1,PACS2,CHST1,ARHGEF4,MAPRE3,MAPT,VAMP2,NFIX,WRB,AKAP6,CCDC106,ADCY1,CENPB,PPP2CB,GPC1,MGAT3,CTNNA2,APBB1,NCDN,ATP6V0E2,ARNT2,GABBR1,LSAMP,DAB2IP,GRIN1,LRRC20,MORN4,SGSM2,TSR2,FAM171B,MEGF8,CDK5R2,HDDC2,RAB3A,CRTC1,CLSTN3,CTNND2,TUSC2,CLSTN1,MRFAP1,ATN1,PAIP2B,RIMS4,KIF5B,HCFC1R1,PALM,KIF5A,ADORA1,SBF1,PPFIA3,FBXW4,SEMA6C,ANKRD46,DSCAM,FBXW11,MAGI2,APLP1,TTC7B,LMTK3,SHISA4,DYRK1B,KCTD2,ZCRB1,POU3F2,SRCIN1,RUNDC3A,POU3F3,CLIP3,CACNB1,CLIP2,TOM1L2,ACAP3,OLFM2,LIX1,DOK5,EEF1A2,RTN2,GNAZ,BRSK1,NDRG4,BRSK2,ARHGEF25,TMEM59L,NTPCR,DTX3,NDRG2,CPLX2,CPLX1,ENHO,PDZD4,SNN,KLC2,DEAF1,CASKIN1,DVL1,BTBD2,TBC1D13,RPRD1A,KIF3C,LRRC4C,RAB6B,LRRC4B,UROS,TNK2,TBCB,CORO2B,GNAO1,NSG2,DLG4,GNB1,REEP2,MAP3K10,CSPG5,NF2,FGF13,OSBPL1A,NFE2L1,UBE2M,RNF187,SLC48A1,YWHAE,B4GALT2,RNF11,THRA,MAST2,CELF3,FHL1,NENF,SOBP,PKD1,PPP1R9B,NGRN,PTBP1,FSD1L,SEPT7,PSD2,SCRN1,ZC3H7B,RNPEP,PHACTR3,SPEG,EVI5L,TNPO2,YWHAG,USP46,VBP1,AKTIP,PPP2R5B,RNF208,H2AFV,DUSP26,SEPT5,DNM1,SEPT3,RABEP1,NRG3,SNPH,PFDN1,NAT8L,NLGN3,CAMK2B,SMARCD2,NDUFB8,SMARCD3,STOML1,NLGN2,DCTN1,ATP1A3,NRXN2,PDXP,LRP3,MLLT1,TTL,ADD1,DNAJB2,CACNG7,TFPT,FAM168B,FAM168A,PTPRZ1,SV2A,MGAT5B,POLR2F,NCAM1,SLC25A23,SNCB,ATP9A,LINGO1,PCDH9,NDUFA5,FBXL19,B3GAT1,PCDHGC3,PTPN11,FBXL16,PINK1,NEURL4,TEF,PPP2R2C,VAPB,PPP2R2B,SYT11,FAM131B,CDK2AP1,POLR3H,ATP13A2,PFKM"
+"gene_set_query"	"161"	"FOXG1"	"239.3"	"ARCHS4 Coexpression,239;Enrichr Queries,308;GTEx Coexpression,171"	"CNTFR,MYT1L,WIPF3,STMN2,STMN3,FNBP1L,RNF112,ALCAM,DPYSL4,DPYSL5,DPYSL2,MYC,DPYSL3,FAM110B,AKT3,STMN1,AP1S1,ANKS1B,MEF2C,RBFOX1,WSB1,RBFOX2,WSB2,CACNA2D1,SOX11,SOX12,PRKAR1B,IFT81,FEZ1,RUFY3,DDIT4,HECW1,RUFY2,ASTN1,TTYH1,NPRL3,NEDD4L,SLCO5A1,ARPP19,ABR,PPP3R1,FLRT2,CHST10,ZSCAN18,JUN,FZD3,CADM1,CADM2,PLK2,NR2F1,PBX1,MLLT11,MEX3A,H2AFY2,FXYD6,FAT4,ARF3,GABRB3,NCAN,C1QTNF4,JPH4,TRIM9,JPH3,TUBA1A,CSRP2,TRIM2,NEFL,NEFM,DLGAP1,DLGAP3,LRRC49,DUSP6,TUBB2B,ZEB2,MMP17,PXDN,CHST1,PLCB1,NFIX,ATL1,SEZ6,SNX32,CHN1,NCDN,CKB,RUNX1T1,CENPV,KIDINS220,WNT7B,SNCAIP,ABI2,MORN4,NFIA,NFIB,FABP7,PKN1,RAB3A,CTNND2,CLU,CDH8,NUDT10,RIMS4,ATCAY,CDH2,SALL2,TUBB3,LZTS1,STK32C,PPP1R16B,SEMA6B,TPM3,IGFBP3,MAGI2,TBR1,DGKZ,FOXP1,CLIP3,OLFM1,LIX1,PHIP,GRIA1,GRIA2,BRSK1,ABHD8,HSPBP1,FBXO41,PHF21B,SNN,NEUROD6,PLXNA2,SRGAP3,LRRC4C,RAB6B,PLXNA4,LRRC4B,TIA1,BTBD9,MARCH6,CORO2B,PTPRD,LRCH2,DAB1,NSG2,CDK5,NBEA,LHX2,REEP2,RNF182,CPE,MAP3K10,CSPG5,SPIRE1,SNAP25,WDR1,CELF2,CELF4,CELF5,SYNE2,NRGN,NGRN,DUSP12,FSD1L,PHACTR3,CEP170,EMX1,SEZ6L,PTBP2,PTP4A3,NRG3,SNPH,LANCL2,NLGN3,RNFT2,HDAC2,NLGN1,JAKMIP1,JAKMIP2,CACNG7,STOX2,CACNG8,PTPRZ1,MGAT5B,NNAT,POLR2D,SLITRK5,SLC25A23,WASF1,LINGO1,NTRK2,PCDH9,PCDH7,NTRK3,PCDH8,FBXL16,EFR3B,NELL2,MARCKS,GLRB,APC,SYT11,NOVA2,ASXL3,INSM1,METAP2,NUDT3,DPF1,HABP4,KIF21A,SOX4,SOX5,EPHA5,EPHA4,EPHA7,ST6GAL2,SLC6A15,ARRDC3,ISLR2,ANK2,CPT1C,ANK1,TIAM2,SFRP1,AKAP9,TAGLN3,KCTD17,CTXN1,PFN2,NECAB1,GPM6A,NRN1,MAGED1,CEND1,ACTR3B,KALRN,TTBK1,NUAK1,TSPAN7,KCNN1,GPM6B,B4GALNT4,PTPRN2,BCL11B,BCL11A,ST8SIA2,ST8SIA3,DCLK2,DCLK1,CCDC88A,ID2,CALM3,ROBO2,NRP1,CSRNP3,CITED2,GRIK5,GRIK3,SLC35F1,ROBO1,SERP2,PPP3CA,UCHL1,CAMKV,NCS1,ENC1,IDS,KIF1B,KIF1A,FEZF2,PSD,PCYT1B,PRMT8,SYN1,MLF2,CNKSR2,ENAH,MN1,TOX3,ARHGEF9,MPPED1,MPPED2,ARHGEF4,SGK1,SATB2,CCDC106,PTN,CAMK2N1,NPY,CTNNA2,PAK3,PURG,ARNT2,GABBR1,MYEF2,LSAMP,PNMA2,GRIN1,ATAT1,FKBP1B,TTC3,FAM171B,APBA1,CDK5R2,CDK5R1,CYP46A1,KIF5C,BASP1,KIF5A,PALM,NRCAM,PPFIA2,RGS7,NSF,CHRNB2,KIRREL3,LMO4,LMTK3,LMO7,ATP1B2,ATP1B1,POU3F1,RUNDC3A,POU3F2,SHISA7,POU3F3,MYCN,DOK5,SCG3,XPR1,RTN1,BHLHB9,CTTNBP2,NTM,LPL,CACNA1A,BHLHE22,CPLX2,CPLX1,CACNA1E,EFNB2,PDZD4,ARHGAP21,DPP6,EFNB3,SCUBE1,DEAF1,FUT9,CASKIN1,ATP6V1H,KIF3C,OTX1,MARK1,SYT5,PRNP,CBX5,AUTS2,SYT1,CRIM1,KLHL23,DNAJC18,GNAO1,DLG2,NR4A3,HOOK2,DLG4,HOOK1,GNB1,GNAS,UBA2,TCF4,THRA,CHD6,ELAVL4,ELAVL2,LRRTM1,LRRTM2,HUNK,RNF208,NAV1,NAV2,SEPT5,SEPT3,PJA1,GAP43,VCAN,RCN2,DDAH1,CDH11,DCX,FAM84A,CDH13,LUC7L3,NAT8L,CAMK1G,CAMK2B,STOML1,NRXN1,CRMP1,ADD2,AGPAT4,GNG3,SPOCK1,NCAM1,OPCML,CLASP2,LGI1,B3GAT1,CCK,MEIS2,GDAP1,ACVR2A,MAPK10,SLC4A8,PPP2R2C,PPP2R2B,VIM,SSBP2"
+"gene_set_query"	"162"	"CC2D1A"	"240.5"	"ARCHS4 Coexpression,108;GTEx Coexpression,373"	"IPO11,HDAC10,FCF1,ZDHHC8,TSEN54,RAPGEFL1,SCAMP4,ZFYVE27,RAVER1,RUSC1,ZMIZ2,CDC27,ARL6IP5,LONP1,AKT1,PRKACA,TBC1D10B,SRRM2,ACOT9,IAH1,SMARCC2,ENTPD6,RECQL,PTOV1,SCRIB,CSNK1D,MOGS,MAPK8IP3,PRKD3,ULK3,ULK1,FLYWCH1,PRR12,TELO2,TBC1D9B,TMEM63C,CTBP1,TMTC1,PIK3R2,VPS26B,AGAP3,FAM160B1,ABR,FAM160B2,RHOT2,SYMPK,TNRC18,RCE1,PIP5K1C,RALGDS,RAB11FIP3,RBM10,RHBDL1,JAG2,ABCA2,INTS1,SS18L1,MICAL3,IRF2BP1,PRRC2A,VANGL2,GIPC1,WNK2,CALU,ATG2A,ADCK5,CDK10,PLCH2,FAT4,DUS1L,C2CD2L,FERMT2,FBXL6,DDR1,OGFR,CCDC120,MRPL34,SIPA1L3,PTPRF,SMG5,SMPD3,CTSL,ANXA6,SDF4,CIC,RALGPS1,GIT1,GRIPAP1,UPF1,LRRC45,MINK1,ITPK1,ANO8,ANO6,CBFA2T2,DUSP8,FAM126A,SREBF2,SLC22A23,GAK,NCOR2,MED25,KAT2A,PSMA4,INF2,KIFC2,PITPNM1,PACS2,PXDN,PICK1,FAM193B,AIDA,MAPRE1,ERGIC2,ATP6V0C,ARF5,RFNG,CENPB,HSF1,CLPTM1,ANKRD52,PAK2,CENPT,MBD3,NPDC1,SF3A2,YTHDF3,BRF1,MIB2,DAB2IP,AP3D1,PLEKHA6,SAMD4B,SCAF1,RAB11B,XAB2,OSTM1,LPCAT4,CAPZA2,SGSM2,TAOK2,PKN1,PNPLA6,MEGF8,GRINA,CLSTN3,SPPL2B,CLSTN1,ATN1,ARHGAP39,PHRF1,BZW1,STK11,ARHGDIA,FBRSL1,MAP3K9,AZI2,SBF1,PPFIA3,MEN1,SH3GL1,SH3GLB2,MAP2K2,PPP1R16A,ATP11C,TSC2,POLRMT,DGKZ,ATXN2L,ACAP3,TOM1L2,DOK4,ADAM15,HNRNPUL1,HGS,DGKQ,MADD,EEF1A2,CSNK1G2,SLC27A4,ANAPC2,CUL9,INO80E,FAM114A2,MAZ,SLC38A10,FBXO44,RAP1B,GOLGA7B,RAI1,NDOR1,KLC2,IRAK1,DVL1,BTBD2,NACC1,E4F1,CAMTA2,LLPH,SRGAP3,DMAP1,MAP2K7,VARS2,TBC1D17,ANKZF1,MARK2,IP6K2,WDTC1,PLXNA3,ESRRA,CPSF1,TNK2,OSBPL2,TMEM132A,HPS4,NSG1,CORO2A,SUPT5H,SSH3,KLHL20,CHERP,ARHGAP32,DLG3,HOOK2,OSTC,GNB2,SPIRE2,MAP3K10,PLXNB2,PLXNB1,DEGS2,CLASRP,RNF187,ITGB1,ZNF512B,ACADVL,GSK3A,PRKCSH,MAST2,MAST1,PTPN23,PKD1,PPP1R9B,SART1,AP1G2,SIN3B,SNRNP70,ZC3H7B,PPP6R1,EVI5L,MAN2C1,RBM7,TNPO2,DGCR2,SCYL1,REXO1,PLA2G4B,RANGAP1,ARFGAP1,EPN1,DNM2,QTRT1,GIGYF1,TRAF7,DNAJC5,PPDPF,AKT1S1,FAM84A,ATG4B,PPP1R12C,OTUB1,TRABD,HCN3,SEC23A,GTF3C5,ATF6B,MGRN1,CXXC1,LENG8,WIZ,ASAP1,MLLT1,LRP3,ACVR1B,STRN4,MLLT6,DNAJB2,DCAF15,MTA1,RAB40C,HECTD3,U2AF2,TAF1C,VPS53,GNA11,BNIP2,SNRPB2,MTA2,SLC25A23,FBRS,REPS1,MAPK3,SH2B1,MLXIP,CIZ1,ATP13A1,FBXL19,CYHR1,HIP1R,SEMA4G,TTC19,CLCN7,NEURL4,PFKL,DOLPP1,MGAT4B,ERCC8,RGS12,ATP13A2,SSBP4"
+"gene_set_query"	"163"	"TCF12"	"240.6"	"ARCHS4 Coexpression,408;ENCODE ChIP-seq,66;Enrichr Queries,164;ReMap ChIP-seq,123;GTEx Coexpression,442"	"MDC1,POP5,NUP107,RBPJ,TSEN54,TSKU,ALKBH3,SCAMP4,NDST1,SAMD14,KRTCAP2,PSMD6,PSMD7,CAPNS1,PSMD4,DPYSL4,PSMD5,DPYSL5,DPYSL2,DPYSL3,PSMD3,FAM110B,ANKFY1,SAMD10,MEF2A,MEF2C,SAP30BP,RBFOX2,CSNK2A1,FRS2,GAPVD1,PRKAR1A,EWSR1,CLNS1A,PSME3,FEZ1,RUFY3,DDIT4,UNC50,CGGBP1,ATF4,TSTA3,MTMR2,TTYH3,SAR1B,NPRL2,MRPL16,PDGFA,MTMR9,COPS7B,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,CIAO1,MRPL11,MRPL20,RHOT2,RNF216,GRPEL2,VTI1A,PIP5K1A,RDH14,PUSL1,RHBDL1,HEXIM1,ABCA2,JUN,CREBBP,PRRT2,JUP,NCAPH2,NR2F1,MRPL27,MRPL28,ERLIN2,SNF8,MRPL24,PBX1,MRPL21,MRPL22,CS,MLLT11,MRPL30,MLLT10,TBL3,UCK1,VANGL2,FASN,SFXN3,PSMG3,PSMG4,FXYD6,DCHS1,FAT3,FAT4,FERMT2,EZH2,ARF4,PIGU,GPR21,NCAN,MRPL38,MED16,MRPL34,SHD,BBC3,DDA1,TRMT112,MRPL42,NIPBL,TUBA1B,TUBA1A,TMEM43,FASTK,RPLP2,ENOPH1,LYPLA2,LRRC45,DFFA,DUSP1,SPHK2,TEX10,LRRC49,ELOVL2,MRPL49,SIRT4,SLC39A13,ELOVL6,SIRT7,MRPL48,BAZ1B,MRPL45,MED29,MRPL43,DUSP6,LRRC41,SRP9,MRPL44,MED23,SLC7A5,MRPL53,PSMA6,CDC42EP4,PTRH2,PXDN,TUT1,TMEM106B,PGAM5,SLC29A1,PAFAH1B3,VAMP2,LRRC14,RNASEK,LIN37,DLST,NOC4L,SDAD1,CENPB,PSMB6,PSMB7,PSMB4,UNK,TMEM65,FLNA,STX2,SAMD1,MEF2D,JAM3,UTP6,LRRC24,MDH1,CRBN,UTP3,STAT2,TMEM60,SKI,LETM1,PSMC5,CCDC9,TAOK1,APEX1,SHKBP1,FABP7,GOPC,PKN1,CIAPIN1,AGRN,YPEL3,FRYL,ATN1,CASC3,TSEN2,NUDT11,STK11,FNTA,PIM3,PMPCA,KPNA2,MAP3K7,SLC38A1,PCYT2,FBXW5,DGAT1,CISH,ANAPC7,VPS33A,UBE2E3,PPP1R16A,FBXW9,ATP11C,POLRMT,FBXW2,LENEP,CDC25B,FOXP1,ACAP3,MSH2,MRTO4,FSCN1,SNRNP200,SQSTM1,ANAPC2,ARL8B,FTO,INO80B,RNASEH2A,MAZ,IREB2,ISG20L2,ARL1,LIN7C,CORO1B,CORO1C,SAV1,GLIS2,SBNO2,NDOR1,PMVK,SLC38A2,ZKSCAN1,NEK9,TIA1,BRPF1,API5,HPS3,CORO2B,UCKL1,FBXO31,DRAP1,ZC3HC1,PTPRD,UBLCP1,UQCRQ,SP3,LRCH4,OGT,NOP10,ITGB1,ZNF512B,HSP90AB1,CELF2,SCHIP1,PTEN,ETFA,AP4M1,NGRN,ZNRD1,PMEPA1,HMG20A,MRPL9,NEO1,DIS3L2,EIF5A,ACTR2,HSP90AA1,DST,ACTR6,ATRX,SH2D3C,ARNT,RAD23A,VEZF1,ARFGAP3,MSL1,QTRT1,HAX1,PIK3CA,ETF1,TOP1,GAPDH,SLC25A11,AHDC1,ST6GALNAC6,SEC23A,NDUFB8,NDUFB7,LRP1,ROCK1,ROCK2,PRCC,LENG8,FURIN,ZBTB45,MLLT6,PPM1G,LRP6,CDC42,GANAB,PTPRZ1,U2AF2,SH3BP2,SH3BP4,FYN,LRRC8A,E2F4,HNRNPA1,SLC25A22,TRIM44,HNRNPA0,GADD45GIP1,NTRK2,SEPT11,PPP1R14B,MARCKSL1,TRIM41,SSB,FEM1B,TXNL1,LYSMD1,RPL23A,BAIAP2,TPD52L2,EIF3M,SLC25A39,NECAP1,CDKN2AIPNL,EIF3K,SYT11,EIF3G,STUB1,CCM2,EIF3E,P4HB,BCAR1,EIF4A2,EIF4A1,SMARCAL1,CCNJ,EIF4A3,PPAN,JMJD1C,THUMPD3,CCNC,LDLRAD3,THUMPD1,ACTB,CYB5D1,UBE2L3,CCAR1,TRIM28,CDC26,BSG,EPHB2,ATXN7L3,TMPO,ACVR1,SMARCC1,ATP6V1G1,PAQR4,ACTN1,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,ANK3,ALG1,CDC34,CDC37,ULK1,TAGLN3,KCTD18,TRIB2,STX1A,SLC45A4,AARS2,DHX8,MYCBP2,FBF1,SUPT4H1,CEND1,PIK3R3,PIK3R1,UBE2J2,PGS1,SNX1,COMMD9,SEC14L1,PCBP4,DHX34,LARS,SURF6,HIVEP2,TSPAN3,ATP6V1C1,SNX6,BBS1,INTS1,LRRN3,ST8SIA2,DCLK2,SMARCA2,HARS2,PTK2,MED13L,SMARCA4,EXT2,ZBTB6,WNK1,ID2,CALU,INTS5,RANBP10,NDUFAF3,PAF1,FBXL3,COL9A3,NOL10,LRRN1,CALR,NOL11,CALM1,RCOR2,SUGP1,FBXL6,AARS,DDR1,NRP1,MRPS15,TMEM151B,PTPRS,HIBADH,FKBP15,GPAA1,MRPS12,INTS10,GRIK3,PTPRK,BMI1,AATF,PEPD,AKAP12,PPP3CA,SYNCRIP,NUDCD3,REV3L,DHX15,MLX,ARIH2,RAC3,SSSCA1,KIF1B,SDF2,GIT1,BBS4,VKORC1,NCOA1,COX8A,CCT3,NCOA2,PBRM1,SEC13,MRPS27,DBNL,WARS,STARD3NL,ZFR,ANO8,COMMD3,ANO6,COMMD1,RGMB,COMMD4,CTTNBP2NL,APRT,RGMA,ENAH,TOX4,GAK,TOX3,ARHGEF1,PABPC1,GLCCI1,PTMA,DBN1,NAPA,DYNC1I2,SATB1,SSNA1,DOT1L,HEATR1,CCDC107,CRIP2,CCDC106,COX5B,GNAI2,PCNP,MNT,EXOSC4,HSF1,ORMDL3,MGAT1,CCT5,NPDC1,NPM1,YIPF2,YIPF4,VEGFB,TMUB1,RSRC2,NPM3,MIB1,PPP1CA,TMUB2,KLHL9,NUDT9,PER1,BOP1,NUDT8,GPAM,DPY19L3,TTC5,NEDD4,SGSM3,TTC4,KLHL7,HNRNPA2B1,NDUFAB1,TTC3,TCEA2,CACHD1,TCEA1,ESYT2,TARDBP,GRINA,SCARB2,SRP19,CRTC2,MIDN,NARF,SYS1,MPI,PEBP1,UBE3A,ACTG1,IGF1R,KIF5B,EP300,ARID2,SBF2,BAHCC1,ZGPAT,DIMT1,DNAJB12,LMTK2,ADAM10,CASK,POU3F2,MID1,POU3F3,EEF1A1,ADAM15,FAM173A,EHBP1L1,TBC1D24,UBE2V2,WDFY1,PPIE,PPIG,GEMIN7,RAF1,RTN2,DDX6,TBC1D19,NDUFB10,COX16,KLHL17,HTRA2,SUPT6H,RTN4,CNN3,RAI1,SHARPIN,RNASEH1,DEAF1,TBC1D14,CYC1,TBC1D17,NDUFV1,BCL9L,IVNS1ABP,OST4,PRNP,AUTS2,VTA1,PCIF1,ECD,CRIM1,HMGA1,CNOT10,SUPT5H,AP4B1,KLHL20,HIGD2A,GCLC,GNAL,HOOK2,APPBP2,HOOK1,GNB4,GNAS,CYCS,AMOTL2,TCF4,LSM14A,GALK1,UBE2M,PICALM,RERE,GSK3B,RBM28,CUEDC2,GSK3A,PRR7,RBM25,ZMYND19,DDX46,PRKCSH,DDX47,CHD8,HP1BP3,CHD6,ATP2A2,DPY30,CHD3,DDX41,TRIAP1,HMGB1,CHD2,AFF4,USE1,RND3,LMNB2,TTC28,PPP1R9B,LMNB1,LASP1,EEF2K,ABHD16A,YWHAQ,UBE2Q2,TIMM17A,YWHAG,ARHGEF12,NUP133,PDPK1,RBM18,DDX55,NAV2,SYNGR3,YWHAZ,PJA2,EEF1G,CREB3,VCAN,SFPQ,NDUFS8,CREB1,RCN2,IRF3,EEF1D,PEX3,ATG4B,MVD,NAA38,NUP54,MAN1B1,ZMYND11,CUEDC1,IRF9,NAA20,GOSR2,DCTN4,GOSR1,DDX21,CRMP1,ASAP1,HMGCR,PARL,POLD3,CYTH2,HMGCL,DNPEP,GNG2,TMEM203,TDG,MKNK2,BNIP2,MTA2,PDLIM7,TTC14,RBM39,CHURC1,ATP2B1,SSRP1,CDK11B,POLE4,CLCN7,RPIA,MAPK10,MAPK11,IRGQ,CLCN6,ERCC1,VIM,FAM98A,RBM45,CLUAP1,TAF2,TAF1,RB1,IPO13,RPL4,VPS29,CNTFR,IPO11,RPL30,RPL3,TRIO,ARPC5L,STMN3,HNRNPU,SMC5,GPATCH4,EPRS,FNBP1L,PHB2,RPL9,BACH2,GPATCH8,DCAF7,DCAF6,ALCAM,CNST,ZMIZ1,MYC,STMN1,CDK20,AP1S1,RPL37,IER5,IER2,CDK5RAP3,VPS18,DDX18,WSB1,PIH1D1,AFAP1,CD3EAP,SOX11,SOX12,HCFC2,MED4,GTPBP4,ARMC1,RNF126,IFT81,ZSCAN21,RPL26,RPL28,VPS25,ALG10B,VPS28,RNF121,PRR13,CDC42SE1,PDXDC1,RPN2,NOLC1,PHYHIPL,XPC,HIF1A,GNS,ADH5,ANAPC11,PRDX2,PRDX5,NCSTN,PPP4C,RAD21,NUP88,ST3GAL2,S100A10,RPL41,FZD3,JUND,DMPK,SETD1A,H3F3A,IRF2BP2,NR1D1,PHC3,PRRC2B,EHD1,HNRNPL,FIBP,GNPTG,SQLE,PPP5C,MEX3A,HNRNPK,H2AFY2,HNRNPF,DUS1L,FARSA,PHF3,OGFR,SETD2,BTG1,WDR48,SPEF1,PHF23,CLTC,ARPC1A,CLTA,GPT,ASH2L,KRI1,PHF6,SMG6,TRIM8,ING4,TMEM189,TMSB4X,RARS,TRIM2,TIMP2,GPR137,PLEKHN1,CIC,JARID2,EMD,RRP15,WDR37,NUTF2,FAM126A,WDR35,GNL3,NCOR2,RNF168,RNF167,ZEB2,NSA2,TUBB2B,INF2,NCOR1,KIFC2,MTF2,GARS,EXOC5,TKT,RNF166,GRAMD1A,CDC123,SF3B2,NFIX,RPL10,GPS1,GPS2,WDR24,FAM129B,ARFRP1,BCLAF1,PPP1R8,RPS2,CKB,RPL18,SF3A3,SF3A2,BRF2,KIDINS220,CSNK1A1,AGK,WDR18,NR1H2,GATC,TRMT1,SRP68,SNCAIP,SCAF1,MKLN1,TM9SF1,NFIA,ABI2,NFIB,TRMT6,ANKRD13C,ANKRD13B,TOR2A,ANKRD13D,GTF2B,CTNND1,CEP120,AUP1,PARK7,BZW1,TM7SF2,EDC4,ABHD11,IPO9,CDH2,TUBB3,CFL1,SMARCAD1,LZTS2,MAF1,TMSB10,PLEKHJ1,GTF2I,MAGI1,CSNK1G3,TLE3,RNF44,TLE2,MAP2K2,TPM4,ANKRD46,RPS7,RPS8,USP3,RPS5,TPM1,RPS6,FRMD4A,THOC2,THOC6,CTDNEP1,PYGO2,MORF4L1,RAB34,DMWD,NHP2,SNRPG,SNRNP27,PHIP,AAGAB,PHPT1,FKBP3,CSNK1G1,FKBP2,RAB5B,CD151,ANKRD16,RAB5C,CBFB,TNKS,CUL2,ABHD8,ITPR1,UBR2,ORC5,HMBOX1,PITRM1,DVL1,BTBD2,NACC1,DVL2,SRGAP1,MAP2K5,MCL1,MPDU1,ESRRA,TRAPPC3,OSBPL7,EIF2B3,TOR1A,CCDC12,M6PR,MARCH9,MARCH7,LSM4,SCRT1,CDK9,COPS4,CNOT4,COPS6,SLC7A6OS,GON4L,CDK5,LHX2,MAFG,COPS2,PDCL,NF1,PLXNB2,CSPG5,CNIH2,RAB5A,EIF4G2,BCL2L1,SLC48A1,DIDO1,CALCOCO1,MCM7,RNPEPL1,TRADD,ZC3H3,SGCE,TRO,PTBP1,RPL7A,ADAMTS3,OPA1,VPS72,SGCB,UBTF,WDR6,CEP170,TNPO1,EIF2B1,SLC37A3,CCDC50,PLEKHG2,REXO1,GPX4,CCDC34,RPL13A,EDF1,COASY,REXO4,PTP4A2,DNAJC2,DALRD3,TRAF4,ASPH,CTDSP2,DNAJC9,SNRPA1,CCDC43,DNAJC8,SOS1,EIF4E2,CRK,NFAT5,SMARCD1,GTF2A1,LEPROT,HDAC2,RNF34,WBP1,WBP2,STOX2,ABLIM1,RBBP4,POLR2E,SNRPB2,DCAF11,CCDC71,SEC11A,POLR2L,SMARCE1,SPAG9,SEMA4A,SPAG7,IDH3G,FBXL19,ADRM1,PTPN12,FBXL16,BCKDK,DNAJA1,CUL4A,RAB10,KLF6,MARCKS,RAB14,APC,DNAJA3,GLOD4,MGAT4B,CEBPZ,PPIL3,PPIL4,TPT1,SLC35B2,APP,TCERG1,PANK3,HDAC10,ARL6IP1,ZMYND8,PDCD2L,PNN,RPS16,FLAD1,FTH1,MAGOH,LONP2,DENR,RPS11,SEPHS2,SOX4,TBC1D10B,SRRM3,COG8,TIPIN,ARRDC1,ARRDC3,PTOV1,COG2,JMJD8,JMJD6,TWSG1,RRAGA,ATP6V0D1,PFN1,CBLL1,PFN2,MACF1,RTEL1,NECAB3,MAGED1,CSTF3,MGST3,TWF2,TRMT2A,LIAS,PTDSS2,SPAST,TNRC18,GPM6B,VASP,SETDB1,BCL11A,SYNRG,PYCR2,RPS26,CCDC88A,STAG1,RPS28,ZZZ3,STAG2,RPS27,FUBP3,SESTD1,FUBP1,MAGED2,ANP32B,RPS21,C2CD2L,ITM2C,TOP2B,DAZAP1,GFM1,UBXN1,HIP1,GFM2,FAF1,GDI2,ZFAND2B,SLC35F1,ROBO1,XPO1,SERP1,GABPA,RSPRY1,PSD,PSENEN,TOP3B,ATP6V0B,PRMT7,TSC22D1,PRMT1,STRADA,STRADB,PRMT3,RHOF,TUBG2,ZDHHC16,LIME1,MTSS1,MLF2,NME1,RPUSD1,MPPED2,WAC,AIDA,RHOV,HNRNPH3,ALDOA,SGK1,ATP6V0C,NOL7,NOL9,RFNG,PTN,TYMP,PPP2CB,AMN1,ANKMY2,CUX1,APBB2,MAP4K5,APBB3,MAP4K4,RANBP2,MYEF2,MTX1,NFYB,PTGES2,RYK,AP3D1,ATAT1,RSL1D1,MARS,R3HCC1,CTNNB1,PRPF31,FAU,RAB3GAP1,TOMM5,TOMM6,NDUFA12,NUCKS1,CWC25,TOMM22,TMEM147,ARHGDIA,FPGS,HCFC1R1,CHCHD7,POGZ,NRCAM,PAM16,TSC2,RSBN1,DPM2,PREPL,PRPF6,HGS,TBL1XR1,FIZ1,MATR3,RAI14,IDI1,ISYNA1,LTBP4,ARHGAP21,EMG1,UBB,ZMAT2,DMAP1,MARK4,MYH10,MARK3,PDZD7,ANKZF1,BPTF,SMAD2,HSPA8,SMAD4,KLHDC4,ACBD4,CBX5,SMURF2,CPSF1,CBX4,RHBDD3,WSCD1,RHBDD2,CBX2,NONO,ASPSCR1,DNAJC11,TBCD,DNAJC13,BFAR,SMAD5,EFNA2,DLG4,ATG16L1,CAPRIN1,TBCE,CHMP2A,ACBD3,ZSCAN2,MUS81,SCYL3,KDM5B,PCDHGB7,ACADVL,DOCK7,USP34,DBI,SEPT9,SPRED2,SEPT7,FLOT1,PDE4A,MFSD1,SCYL1,KDM6B,MAPK1IP1L,PDE4D,H2AFX,SPATS2,RNF208,RPS3A,ARID1A,SENP3,ARID1B,CKAP5,SEPT2,KLF16,LATS1,FAM189B,DDX19A,IGDCC4,THRAP3,AKT1S1,TRNP1,DNLZ,DCX,LUC7L3,HAGH,CHMP6,B4GALT7,RGS19,OPRL1,PDXP,SPG7,TOB1,DLL1,U2AF1L4,THBS3,TBRG4,IGFBPL1,RPS6KC1,NCAM1,ABCF2,CAMK2G,CLASP2,RWDD1,PTCD2,BAD,HAGHL,PCDHGC3,LCA5,CYHR1,ZFC3H1,NAP1L1,DEK,MEIS2,SLC4A7,NEURL4,CAPN10,RPS6KB2,SSBP2,SSBP4"
+"gene_set_query"	"164"	"SOX11"	"241.0"	"Literature ChIP-seq,111;ARCHS4 Coexpression,217;Enrichr Queries,369;ReMap ChIP-seq,226;GTEx Coexpression,282"	"POP5,SCOC,MT-ND4,GMFB,TFRC,DPYSL4,DPYSL5,AKT2,DPYSL2,DPYSL3,FAM110B,PSMD3,PRKACA,PRKACB,GABARAPL2,MEF2C,DAXX,CXADR,RBFOX2,STARD7,CACNA2D1,RFX3,SCAMP1,GAPVD1,EML1,MYL6,ASPHD1,FEZ1,RUFY3,ZC3H11A,CLNS1A,DDIT4,RUFY2,VOPP1,FAR1,LETMD1,UNC119B,TTYH1,NPRL2,FLII,NPRL3,AGAP1,MRPL14,SLCO5A1,MRPL12,ADAMTS10,LARP1,CYB5R3,RDH14,AMZ2,EDEM3,PRRT1,B3GALNT1,JUN,PRRT2,JUP,CADM1,CADM2,EDEM1,NR2F1,MRPL24,PBX1,MLLT11,CS,FAM135A,PKIA,FXYD6,FAT3,FAT4,EZH2,ARF3,GPR27,PRKAG1,MED19,MRPL39,MED17,TUBA1C,MED11,TUBA1A,ATIC,RPLP2,NEFL,ENOPH1,LRRC45,ACTL6B,TEX10,LRRC49,LRRC40,MRPL47,ELOVL6,MANEAL,BAZ1B,DYNLL2,MED29,DUSP6,PGM2L1,SRP9,TOMM40L,TMEFF1,TMEM33,MMP17,SDHAF1,PXDN,MED20,TMEM106C,SLC29A1,VAMP4,DSCAML1,PAFAH1B3,TRUB1,LIN37,WRB,ATL1,ATL2,TMEM74,KCNA6,FAM117B,TCOF1,MFN1,LEO1,RICTOR,NCDN,RABAC1,MBD3,EGLN1,CENPV,STAT2,TRAPPC10,TARBP2,BYSL,FABP7,ETNK1,APEX1,PSMC2,TSR2,UBAP1,RPL22L1,SLC27A1,UBE2D3,FRY,FBXO21,HDDC3,NUDT11,FADS2,NUDT10,SLK,ATCAY,ADORA1,FBRSL1,SYBU,SLC38A1,UBE2E3,CASD1,SAP30,ATXN2L,FRMD3,TPST1,OLFM1,TXLNA,SLC9A6,DMTF1,LIX1,FSCN1,SRSF3,MAPKAPK5,LY6H,SRSF6,ARL8A,ARL8B,GRIA1,RNASEH2C,LRRC59,ARL3,ZC4H2,IREB2,MAZ,STK39,SOCS2,SBNO1,LRRC4C,SLC38A2,LRRC4B,TIA1,UROS,FBXO31,PTPRD,LRCH2,STK24,ARPC2,STK25,OSBPL1A,OGT,NUMA1,CELF2,COX4I1,CELF4,CELF5,NRGN,AP4M1,NGRN,FSD1L,PPP6R1,MDK,PPP6R2,SUMO3,SUMO2,PGM3,NCK2,PMEPA1,HMG20A,DNM1L,PELP1,UNC45A,PEG3,VBP1,ATRX,RAD23B,MSL1,ARL4C,IMPACT,PIK3CA,SNPH,BCAT1,SEC22B,GAPDH,ST6GALNAC6,SNAP47,GTF3C2,NDUFB8,GTF3C4,CANT1,NDUFB5,CXXC1,FOXK2,FURIN,SRI,CXXC4,MLLT6,SRM,NCLN,PARD6A,PTPRZ1,U2AF2,PHKG2,NNAT,CDC37L1,SH3BP5,SLITRK5,LRRC8A,SLC25A23,UBQLN4,SLC25A22,HNRNPA0,SH2B1,NTRK2,SEPT11,MARCKSL1,TRIM41,PCDH9,NDUFA4,PCDH7,NDUFA2,PCDH8,HIP1R,LYSMD1,RPL23A,TPD52L2,EFR3B,NELL2,TSPAN14,NAGK,SYT11,EIF3L,NOVA2,CCM2,PTPN5,EIF3B,SLC23A2,CCNJ,NUDT3,CYB5D1,CDC23,RASSF2,CHORDC1,BSG,CCDC97,KIF21A,EPHA5,EPHA4,EPHA7,ATP6V1G1,ST6GAL2,ATP6V1G2,SMARCC2,LIMCH1,NSMCE2,ENTPD6,MMD2,TMEM170B,ANK1,SFRP1,CCNY,THAP7,CSNK2B,TRIM13,KCNQ4,ULK1,TAGLN3,BCORL1,CTXN1,TRIB2,EIF1B,STX1A,ADCYAP1R1,NUMBL,NRN1,TMEM63B,FOXG1,SDC3,PEX11B,MYCBP2,CEND1,PIK3R3,RTF1,TTBK1,NKAIN1,SNX1,DHX32,PCBP4,TSPAN7,B4GALNT1,RIMKLA,SCN3A,NTNG2,ST8SIA2,ST8SIA3,DCLK2,ERAL1,SMARCA2,DCLK1,PTK2,MED13L,EXT1,CALY,ID2,PPP1R1B,INTS5,INTS4,PAF1,FBXL2,CALM2,SUGP2,CD200,NRP1,CSRNP3,CCDC120,USPL1,PPP1R10,PTPRN,TECR,PTPRO,MRPS10,SLC7A11,NAT14,AKAP12,SYNCRIP,AKAP11,MAP1LC3A,NCS1,ENC1,KIF1A,CCDC112,PCYT1B,PBRM1,GAA,MRPS21,MRPS2,COMMD5,ENAH,TOX3,MN1,ARHGEF9,KIT,ARHGEF1,FAM193B,NCOA7,ARHGEF2,DBN1,DYNC1I2,PNCK,PCNA,SATB1,MRPS33,SATB2,GBA,CRIP2,CCDC106,COX5A,PGRMC1,SAMM50,PES1,HSF2,GPC2,PAK3,CCT5,GABBR1,SORT1,VEGFB,RPA1,MYO9B,PNMA2,DOHH,VEGFA,ZDHHC9,DPY19L3,NEDD4,KLHL7,TTC3,SGSM2,FAM171B,PNPLA6,PRDM8,SCARB2,DBR1,ACAA2,PRDM4,UBE3C,ZFAND6,CYP46A1,IGF1R,ACTG1,FAM174B,KIF5C,PALM,BAHCC1,PPFIA2,KIRREL3,DIMT1,TMOD3,LMTK3,ADAM10,SDHC,POU3F2,RUNDC3A,POU3F3,ADAM19,TMX2,TBC1D24,NDRG4,RTN1,BHLHB9,RBM8A,SLC1A1,CACNA1A,PDS5B,PSEN1,CACNA1E,ENHO,SYT5,YARS,PRNP,AUTS2,KLHL23,AP4B1,MANBAL,CLK2,GNAO1,IFT20,H1F0,NASP,HOOK2,HOOK1,GNB1,UBA3,CNTN1,UBE2N,TAB3,CNTN2,UBE2O,TCF4,FGF13,YWHAE,DYRK3,PRR7,CHD6,DDX42,ADAR,HMGB1,DDX41,CHD3,PPP1R9A,MEA1,RND2,RND3,RND1,LMNB1,CABIN1,YWHAQ,ABHD16A,GDAP1L1,TIMM17A,DACT3,UQCRFS1,LRRFIP1,RBM33,ARHGEF12,HSDL1,HUNK,ARHGEF18,DDX54,NAV1,NAV2,EPN1,PJA1,EEF1G,CREB3,VCAN,RCN2,TMEM214,GORASP2,INA,CUEDC1,MVK,DCTN1,SFSWAP,DDX23,CRMP1,SLC3A2,ASAP1,HMGCR,RNF4,ADD2,TAF1D,GNG3,CAND1,GNG2,MTA1,CNR1,BMS1,TRA2B,BNIP1,SPOCK1,SMNDC1,RRM2,ATP2B4,PDAP1,ACVR2A,MAPK10,GOLPH3,ERCC5,VIM,SUGT1,RB1,RPL4,CYFIP1,IPO11,RPL3,MYT1L,STMN2,STMN3,HNRNPU,STMN4,SMC5,FNBP1L,BACH2,RRP9,GLS,DCAF6,GLE1,ALCAM,MYC,ZXDC,STMN1,WDR91,RPL36,RPL35,VPS35,MPV17,ANKS1B,PRKCI,WSB1,RPL22,WDR74,MED8,SOX11,SCRIB,GABRG2,HCFC1,DAAM1,ARMC6,IFT81,GPR161,HECW1,TARS2,RPL26,TSPYL4,ASTN1,RNF121,CDC42SE1,CTBP2,XPA,PHYHIPL,ARPP19,FAM171A1,LDHB,FAM160B2,PPP3R1,FLRT2,BLOC1S1,CHST10,ZSCAN18,CDK17,NDFIP2,FZD3,NDFIP1,PHC1,SNAPIN,PLK2,H3F3A,IRF2BP2,BRAF,NR1D1,MEX3D,PRRC2B,POU6F1,EHD1,HNRNPL,GNPTG,SQLE,MEX3B,RNF103,MEX3A,HNRNPK,H2AFY2,HNRNPD,CDK14,CDKN1C,GABRB3,PHF2,MOCS2,CDKN1B,PHF23,ADK,PHF6,C1QTNF4,ING4,CSRP2,MTG1,RFK,TRIM2,BRD3,CEP68,BRD2,SHPRH,HSBP1,ITPK1,TCF12,GNL2,COPZ1,GNL3,RNF168,NCOR2,TUBB2B,ZEB2,TUBB2A,PLEKHO1,EXOC5,RNF165,RPL10,TMEM169,RNF138,LMAN2,CHN1,CKB,SF3B1,PAIP1,RUNX1T1,YTHDF1,CSNK1A1,KIDINS220,HIPK1,BLCAP,AGBL5,SLC8A3,ABI2,MORN4,NFIA,NFIB,JKAMP,RAB3C,CTNND2,SYAP1,CDH8,FAM107B,ABHD11,CDH2,ZFP30,TUBB3,PHYHD1,USP8,SEMA6C,RNF44,TLE2,TPM4,TPM3,IGFBP3,F2R,IGFBP2,TPM1,DYRK1A,LARP4B,THOC5,LEMD3,ILF2,RNF40,RNF41,CTDNEP1,CLIP2,MORF4L1,ILF3,CACNB4,RALGAPB,STIM2,MORF4L2,RAB34,XIST,ADNP,BRSK2,RAB5C,BRI3,ANKRD11,AK1,UBR2,KLC1,HSPBP1,PHF21B,NEUROD2,SCRT2,STIP1,BAG5,ORC6,PLXNA2,PLXNA1,SRGAP3,RAB6B,SRGAP1,PLXNA4,TRAPPC2,AKIRIN2,OSBPL8,EIF2B2,MARCH6,MARCH4,CHERP,REEP1,COPS6,NSG2,CDK5,NBEA,LHX2,REEP2,CSPG5,CPE,LZTR1,CNIH2,MAP3K12,SLC48A1,DIDO1,MCM7,WDR1,CCDC47,TRADD,UFSP2,DUSP18,SYNE2,DUSP12,SGCB,SNRNP70,RNPEP,PHACTR3,CEP170,CCDC50,CHUK,CCDC34,WIPI2,PATL1,REXO4,PTBP2,NIPSNAP1,DNAJC2,PTP4A3,TFDP1,DNAJC7,DNAJC6,RPL37A,LANCL2,CRK,NLGN3,NLGN1,HDAC2,TULP4,JAKMIP1,JAKMIP2,DNAJB1,AP3M1,STOX2,CACNG8,HAUS8,MEST,CACNG4,TUB,SMARCE1,SLC35A2,SPAG9,SEMA4D,RAD52,KLF7,MARCKS,PFKL,VAPA,PSAT1,ASXL3,MFAP2,DRG1,INSM1,RHEBL1,PFKM,METAP2,VEZT,SLC35B2,PANK2,TIAL1,KAT5,RUSC2,RUSC1,FLAD1,RPL36AL,DPF1,HABP4,ARL6IP5,DPF2,BTRC,KIFAP3,SOX4,RPS13,SOX5,TBC1D10B,SACM1L,ARRDC3,RECQL,MRPS18B,COG1,TIAM2,AFG3L2,RRAGA,KARS,AKAP9,CRYZL1,EZR,PFN1,PFN2,BEX4,CUTA,NECAB1,GPM6A,BEX2,TMEM161B,BEX1,TSHZ3,ANP32A,MAGED1,CSTF3,HTATSF1,APCDD1,RPAP3,TMTC4,NLN,NUAK1,PTDSS1,INPP5F,GSE1,MLEC,MAP4,ARGLU1,GPM6B,VAT1,SNHG1,ZRANB1,PTPRN2,BCL11B,BCL11A,STK11IP,PUM1,ZWINT,GADD45G,CCDC88A,GOLGB1,ANP32E,TMCC2,TECPR1,ITM2C,ROBO2,DAZAP2,TRAM1,HIP1,CITED2,SLC35F5,ZFAND2B,OLA1,SLC35F1,ZCCHC17,ROBO1,SERP2,UCHL1,CAMKV,SLC22A17,GLIPR2,PCF11,DNER,TMED1,RSPRY1,PSD,PSENEN,PRMT2,TSC22D1,NME2,RHOF,LIME1,ZDHHC17,RHOA,NME1,RHOB,SLC22A23,UGDH,SCNM1,HNRNPH1,MPPED2,MAPT,SGK1,MPND,UQCR11,PTN,PPP2CA,CUX1,APBB2,CTNNA2,APBB3,MPZL1,ARNT2,MYEF2,LSAMP,RANBP9,PDP1,ATAT1,SPCS2,HIST3H2A,MARS,APBA1,KBTBD7,APBA2,TOMM6,CDK5R1,GOLT1B,KDM1A,NDUFA10,MRFAP1,HDLBP,ARID4A,ARHGAP39,TMEM145,BASP1,NRCAM,DSCAM,KDM2B,LMO3,APLP1,LIG3,ACYP1,ATP1B1,TUG1,SHISA7,TUFM,PREPL,MYCN,HGS,PRPF3,CMPK1,MATR3,FIZ1,XPR1,BTF3L4,NOP2,LPL,CABP1,EFNA4,TMEM121,EFNB2,DPP6,EFNB3,OTX1,PDZD8,MARK1,CPSF4,KLHDC3,PNPT1,CBX5,CBX4,HSPA4,TBCB,TBCA,COQ6,DNAJC18,NFKBIA,DLG2,DLG4,CLASRP,LRP12,SCYL3,KDM5B,THRA,ELAVL4,FBLL1,ELAVL1,ELAVL2,HK1,HS2ST1,RPS4X,SENP7,SEPT7,LRRTM1,SNAPC3,LRRTM2,GMPPA,HGSNAT,KLF11,TSFM,SVOP,PDE4D,SPATS2,CTPS2,RPS3A,SEPT2,SUPV3L1,GAP43,IGDCC4,DDAH2,CDH10,RASA1,CDH11,DCX,TERF2IP,PFDN1,LUC7L3,HCN3,POLDIP3,USP11,ATP1A3,NRXN2,PDXP,MTIF2,SPG7,MOSPD3,FAM169A,U2AF1L4,HSPD1,TBRG4,MAPK8,FAM168A,PPP2R3C,GNA12,MAPK1,NCAM1,BUB3,CLASP2,LGI1,PTCD3,SPEN,SGTB,DEK,HSPE1,USP29,MEIS2,GDAP1,DLK2,SLC4A8,PPP2R2C,PPP2R2B,SSBP2,RBMX"
+"gene_set_query"	"165"	"ELK4"	"241.4"	"ARCHS4 Coexpression,779;ENCODE ChIP-seq,22;Enrichr Queries,263;ReMap ChIP-seq,17;GTEx Coexpression,126"	"POP5,NUP107,TESK1,ALKBH6,RAVER1,ALKBH1,AKT3,PRKACB,FNBP4,ATG3,SAP30BP,TSTD2,PRKAB1,RC3H2,ZC3H11A,DDIT3,DDIT4,UNC50,TMEM126A,JTB,ATF4,TSTA3,SLBP,SAR1B,NPRL2,MEPCE,BAZ2A,CIAO1,RHOT2,RNF214,PIP5K1A,ATRIP,HEXIM1,JUN,CREBBP,NCAPH2,EIF2AK3,LARP7,PBX1,TBL3,QARS,HYOU1,DZIP3,MTMR14,PRKAG1,ARHGAP1,DDA1,PANX1,MED14,MED13,ATIC,JAK1,PCMTD1,SPHK2,DUSP1,TEX10,JOSD1,MED29,DUSP6,DDB2,DDB1,PHF20L1,MED22,SLC7A6,PTRH2,PXDN,SDHAF1,PTRH1,PAFAH1B3,PAFAH1B2,ERGIC1,LIN37,WRB,URM1,NIP7,DLST,FAM117B,NRAS,RICTOR,ZSWIM4,CENPT,MBD6,TRAPPC10,RABIF,SNX16,SNX17,CCDC9,SHKBP1,TAOK1,SLMAP,CCDC6,CIAPIN1,PKN1,YPEL4,FRYL,MTCH1,PDCD6,ATN1,LTN1,FBXO25,CASC4,APEH,FBXO22,SLK,MAP3K7,PCYT2,FBXW5,FBXW7,FBXW9,CTNNBIP1,ATP11C,CNPY2,ATP11B,ZCRB1,POLRMT,FBXW2,LENEP,MINPP1,DMTF1,SRSF2,SRSF4,SRSF5,SRSF7,SRSF9,INO80B,INO80E,GMPS,FBXO45,CORO1B,UQCRH,CORO1C,EIF1AD,NDOR1,MED30,G3BP1,ZKSCAN3,PGK1,SMYD2,ZKSCAN2,BRIX1,ZKSCAN1,IP6K2,NEK9,ODF2,TMEM120A,ARPC4,FBXO31,UCKL1,DRAP1,YRDC,SH3BP5L,SON,ARPC2,ARPC3,SP3,ACO2,CLPTM1L,CNTROB,OGT,ITGB1,ISY1,PTEN,AP4M1,ALAD,ZNRD1,PPP6R3,PGM3,SNAP29,EIF5A,ACTR2,ACTR6,DHPS,VPS13A,AHSA1,RABGGTA,ARL4C,TMBIM4,SYF2,C1D,ETF1,TMBIM6,GAPDH,SNAP47,UHRF2,ROCK1,MGRN1,ROCK2,LENG8,TSPAN31,MLLT6,KCTD20,U2AF2,FEM1C,FSD1,E2F4,HNRNPA1,EIF4B,TRIM41,PCDH9,NECAP2,MCM3AP,SYT11,EIF3L,TRIM35,EIF3H,STUB1,PDCD2,EIF3F,EIF3D,PPAN,NUDT2,ACTB,TRIM28,SNRPD2,HERC1,SNRPD1,ATP6V1E1,CCDC92,FBXO9,EIF2A,SMARCC1,ATP6V1G2,SMARCC2,ECH1,CIRBP,MOGS,MFSD11,MFSD10,KCTD10,CSNK2B,FAM76B,DHX8,SLC45A1,MYCBP2,CDKN2AIP,GSPT1,PGS1,SEC14L1,FAM192A,HARS2,SMARCA2,MED13L,SMARCA4,EXT1,MSRA,ZBTB6,CWF19L1,CALU,NDUFAF3,NOL11,FBXL5,SUGP2,FBXL6,MON1B,MRPS16,MRPS11,PAK1IP1,COX7C,MAP1LC3B,PCM1,NUDCD3,SDF4,SDF2,COX8A,CAP1,PCYT1B,MRPS26,ATMIN,MRPS23,MRPS21,PRPF40A,CACYBP,APRT,TOX4,GAK,KIN,ARHGEF9,SLTM,PITPNM1,FAM32A,ARHGEF1,DYNC1I2,CAB39,SSNA1,MRPS33,GBA,GNAI3,COX5B,RELA,GNAI2,PCNP,MON2,SPRYD3,VEGFB,TTC1,MYO9B,VEGFA,SEC23IP,HNRNPA2B1,ZFP28,CARS,OTUD5,CRTC2,PRDM4,ZFAND6,PRDM2,UBE3B,COX6A1,SRP14,CELSR3,ACTG1,IGF1R,EEF1B2,FAM3A,MORC3,PCID2,FBXW11,ADAM10,UBE4A,SDHC,SDHD,COX6B1,CARS2,PPID,GNAZ,DDX6,DDX5,NDUFB10,DIABLO,NDUFB11,HTRA2,SHARPIN,GRK6,TBC1D14,TBC1D17,QSER1,YARS,PCIF1,NUP153,GNAO1,HOOK2,NASP,HOOK1,MKRN1,UBE2N,UBA2,UBA1,UBE2M,RERE,PHTF2,USE1,LMNB2,LMNB1,TMEM222,TMEM223,EEF2K,MAN1A2,RB1CC1,TBP,PDPK1,SYNGR3,EPN1,EEF1G,RER1,ALS2,EEF1D,ACOX1,ACOX3,OTUB1,SFSWAP,ANKS3,AGPAT1,RNF4,CYTH2,GNG3,GNG5,TMEM203,TDG,BNIP2,DROSHA,PTK2B,TMEM208,RALY,MTA2,FBRS,ATF7IP,TIMM8B,TTC14,ARFGEF1,TTC13,TTC17,SMUG1,GALE,ERCC3,ERCC1,ERCC5,TES,ARPC5L,HNRNPU,GPATCH4,EPRS,PHB2,ELK1,RRP9,GLS,TFG,ZMIZ1,AP1S2,AP1S1,VPS36,DDX17,VPS18,ARMC9,WDR73,ATG12,HCFC1,WDR81,ARMC6,WDR82,ASTN1,PHYHIPL,XPC,ANAPC11,NCSTN,BLOC1S1,BLOC1S2,VPS11,GAR1,RRS1,NUP88,VPS16,BTF3,PRELID1,HOMER1,IRF2BP2,PHC3,MCAT,WDR55,GNPTG,HNRNPF,HNRNPD,HNRNPC,ITPA,ATG2B,CEP57,SETD5,MOCS2,SMG1,BTG1,SETD3,CDKN1B,DENND1A,PHF23,SETD6,SETD7,GPT,WDR46,SMG5,UBL5,JARID2,UBL7,WDR36,WDR37,NUTF2,ASH1L,WDR34,TERF2,NCOR2,TAF6L,NSA2,TCP1,EXOC3,EXOC5,GART,EXOC2,EXOC1,CDC123,WDR26,WDR24,RPS15A,PPP1R7,NSD1,USP1,PAIP2,DEDD,CSNK1A1,NR1H2,GATC,SYVN1,ELP2,HIPK1,SCAF1,SCAF4,MKLN1,PHF5A,NFIA,OSTM1,NFIB,NUCB1,PLP2,ANKRD13D,SYAP1,UBP1,PARK7,AUP1,RPL10A,IPO4,TM7SF2,RIMS4,SLC39A9,CFL1,PAPOLA,SLC39A6,RARS2,TLE4,RAB2B,CSNK1G3,SUPT16H,USP7,TPM4,USP4,DYRK1A,TRAFD1,THOC5,VRK3,LEMD2,PYGO2,EBNA1BP2,RAB34,DMWD,FKBP8,PGP,PHIP,AAGAB,SNRPE,SNRPC,CSNK1G2,SNRPA,FKBP5,SNRPB,BRSK1,FKBP2,CCDC25,GLT8D1,UBR4,SLC38A10,UBR2,ORC5,UBR7,ORC3,TPR,UBR5,DVL2,CCDC32,MCL1,AP1M1,EIF2B5,TRAPPC2,EIF2B4,AKIRIN2,OSBPL8,AKIRIN1,RAB4A,EIF2B2,RAB4B,TRAPPC1,POLR3GL,SEC16A,M6PR,TRAPPC8,COPS6,COPS2,REEP2,PLXNB1,COPS8,BCL2L1,MCM7,CCDC47,VPS72,RNPEP,TNPO1,EIF2B1,TNPO2,TNPO3,PLEKHG2,DIS3,RPL13A,DNAJC7,CTDSP2,POLR1B,POLR1C,DNAJC9,CRK,MTPN,TSSC4,HDAC1,VPS4B,DNAJB2,DNAJB1,HAUS8,POLR2A,VPS53,VPS52,RAB24,POLR2E,VPS54,POLR2G,POLR2H,CCDC71,SEC11A,POLR2L,SLC35A2,SLC35A4,PPIL1,RNGTT,IDH3G,TPRKB,FBXL16,MTOR,FBXL12,DNAJA1,POLR3D,DRG2,POLR3H,CEBPZ,PPIL3,PPIL4,TPT1,PANK2,PANK3,FCF1,GBA2,TIAL1,RPS14,PNN,RPS16,RPS19,KAT5,RPS18,FLAD1,FTH1,LONP1,ARFIP2,LONP2,RPS13,RPS12,TBC1D10B,SRRM2,COG8,COG4,COG3,METTL3,COG2,CPT1C,MAPK8IP3,SRRM1,NIF3L1,HECA,MACF1,RTEL1,MAGED1,STXBP2,TRANK1,MYL12B,SCFD1,PDCD11,MLEC,TRPM7,VASP,TMEM184C,PYCR2,PUM2,RPS26,RPS27,FUBP3,RPS20,RBAK,TECPR2,TECPR1,C2CD2L,AHCTF1,UBXN1,SLC35F2,GFM2,SLC35F5,ZFAND2A,SRA1,C1QBP,CHMP1A,UBXN4,TMED7,GABPA,RALGPS2,PSENEN,PARP1,PPHLN1,ZDHHC17,ITFG1,MLF2,SCNM1,HNRNPH1,NFX1,DTYMK,ZDHHC20,NOL7,NOL8,RFNG,NOL6,NT5C,AMN1,TCEAL5,CHRAC1,METTL6,ATP6V0E2,APBB3,MTX1,NFYA,PTGES2,RAB11A,RAB11B,KBTBD4,SPCS3,SPCS1,XPOT,CAPZA1,MEGF8,NDUFA13,NDUFA11,KDM1B,ROGDI,LZIC,CNDP2,TATDN1,ARHGDIA,NOM1,KDM2A,NOSIP,ACYP1,ATP1B1,PRPF6,HGS,PRPF3,CHMP4B,DAP3,ZCCHC8,COPB2,IDI1,COPA,RPS19BP1,EMG1,ZMAT2,UBB,BPTF,KLHDC2,KLHDC3,CPSF7,KLHDC4,CBX5,CBX3,NONO,COQ9,COQ7,EIF2S1,COQ6,EFNA2,CHMP2A,PI4KA,SKIV2L,DYNLRB1,BRWD1,COPE,MUS81,KDM5B,KDM5C,RBM3,SEPT9,SPRED2,SEPT7,SNAPC4,TOPBP1,KDM6B,MAPK1IP1L,H2AFX,RPS3A,DDAH1,TRAPPC6B,AKT1S1,PFDN5,KDM3A,STOML2,STOML1,TBRG4,THBS3,GNA13,NXF1,FAM168B,FAM168A,MAPK7,PPP2R3C,FAM120B,FAM120A,ATP13A1,QPCTL,SLC4A7,PPP2R2B,CAPN10,CDK2AP2,ATP13A3,MDC1,RBPJ,TSEN54,PSMD8,SCAMP4,PSMD9,KRTCAP2,PSMD6,PSMD2,SAMD10,MEF2A,HES6,STARD3,DAXX,MEF2C,CSNK2A1,NGDN,DNTTIP1,RFX3,DICER1,HDHD2,SCAMP1,SCAMP3,SND1,EML4,EID2,PRKAR1A,PSME3,PSME4,UQCRC1,TBPL1,RBCK1,LETMD1,CGGBP1,MRPL18,AGAP2,MTMR9,COPS7A,MRPL12,AAAS,MTMR4,GABARAP,MTMR6,MRPL10,MRPL20,CYB5R4,HSPH1,GRPEL2,VTI1A,HMGXB3,PUSL1,RHBDL1,VTI1B,EDEM3,EDEM1,PMM2,BBIP1,ERLIN2,FAM136A,MRPL24,SNUPN,EIF1,MLLT11,SETX,EIF6,TDP1,PSMG3,AVL9,TMEM9B,GPR27,PIGS,ARF4,PIGU,PIGT,PIGO,RPLP1,RPLP0,HEXA,MRPL34,PQBP1,IKBKB,TRMT112,NIPBL,TUBA1B,RPLP2,LRRC47,LYPLA2,UPF1,NSUN2,MRPL49,SIRT6,MRPL48,DYNLL1,DYNLL2,MRPL46,LRRC41,MRPL43,MRPL52,MRPL53,TUT1,VAMP2,SLC29A2,LRRC14,CCNDBP1,MRPL54,GGA1,PSMB4,BTAF1,RECQL5,GGA3,PSMB1,CLPTM1,HARS,NCDN,EXTL3,MEF2D,NKTR,LRRC24,MDH2,UTP3,USP9X,STAT2,LRRC28,GATAD2B,GATAD2A,TMEM60,SPSB3,PSMC5,LYRM2,TTLL1,SERBP1,STK19,ZBTB22,YY1,EIF4ENIF1,SMCHD1,STK16,PIM3,SLC25A44,IK,SLC38A1,PRPF4B,FTSJ3,FOXP1,ACAP3,ACAP2,RAD54L2,SNRNP200,ANAPC2,RNASEH2A,PFKFB3,MAX,PEF1,ARL3,MAZ,ISG20L2,ARL2,UBFD1,GLIS2,SBNO2,ATXN2,STK36,THEM4,E4F1,SLC38A2,LRRC4B,ZBTB17,DR1,ZBTB11,EEF2,UBLCP1,TMEM11,MDM2,PIN1,MDM4,NFE2L1,ZNF512B,COX4I1,MRPL3,MDP1,CTNNBL1,PPP1R12A,DST,VPS37C,NDUFC1,VPS37B,DDOST,NPC1,SNPH,BIRC6,SLC25A11,SEC22C,RNFT2,PPP1R15A,GTF3C2,PPP1R15B,NDUFB9,NDUFB8,PRCC,MAK16,NDUFB3,ZBTB45,PPM1G,GANAB,KATNA1,CDC37L1,LRRC8A,AAMP,ATP9A,SH2B1,CYB5B,PTPN1,SEC24B,PPP1R14B,MMAA,NDUFA4,MBOAT7,NDUFA2,FOXJ3,LYSMD1,IMMT,RPL23A,TPD52L2,CCM2,P4HB,SMAP2,SEC24C,EIF4A2,EIF4A1,CCNK,LPGAT1,TMEM41B,CCNH,ZDHHC5,ZDHHC6,THUMPD3,TXNDC12,GCC2,ZDHHC7,CCAR1,NUBP2,TXNDC17,CYB5D1,ZDHHC4,RASSF1,CHORDC1,OGFOD2,CCNL2,CCNL1,SLC12A6,TMPO,SCAF11,IMP3,NSMCE2,PISD,THAP4,THAP7,CD2BP2,STX1A,CTR9,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,SNX3,DHX30,PCBP4,MIER1,HIVEP1,SURF6,DHX38,HIVEP2,SEC31A,SURF1,INTS1,SURF2,DCLK2,WNK1,RPL27A,INTS5,PAF1,INTS4,CALM1,CALM2,RGL2,CCDC120,USPL1,PPP1R11,FAM57B,GPAA1,TECR,AP2A1,PCSK7,WASL,AATF,ARV1,DHX15,MLX,ARIH2,DHX16,KIF1B,SSSCA1,KIF1A,UTP14A,GRIPAP1,NCOA2,CCT2,TMEM150A,DBNL,WARS,CCDC115,ANO8,MRPS7,COMMD6,PDRG1,ENAH,CTU1,CTTN,STX12,DOT1L,HEATR1,DERL2,CCDC107,CRIP2,NEDD8,CCDC106,MNT,EXOSC4,FAM172A,SCAND1,PAK2,CCT5,YIPF1,YIPF3,YIPF5,HUWE1,RSRC2,AP2B1,MIB1,RGP1,FKBP1A,PER1,DPY19L1,DPY19L3,CCNG2,ESYT2,DPAGT1,MIDN,WWC1,PHRF1,ACRBP,FAM174B,EP300,SNIP1,BANF1,ARID2,SLC30A9,ADPRHL2,SSU72,RUNDC3A,HNRNPUL1,FAM173A,HNRNPUL2,UBE2V2,RTN2,KLHL18,VCP,PSMD12,KLHL17,SEL1L,PDS5A,RPF2,SUPT6H,RTN4,TAF5L,CAMTA1,CYC1,IVNS1ABP,CCDC134,OST4,FDPS,PRNP,GGT7,PHF10,VTA1,SUPT5H,SSH3,ANKHD1,CLK2,PAN2,OSTC,TAB3,LSM14B,PICALM,GSK3B,GSK3A,PRR7,DDX3X,DDX49,PRKCSH,YWHAB,CHD6,DDX42,ATP2A2,TRIAP1,CHD3,CHD2,MEA1,AFF4,PPP1R9B,RPGR,ABHD16A,UBE2Q1,BCL7B,GATAD1,MLST8,TIMM17B,LRRFIP1,RBM33,ARHGEF12,GLRX3,NCBP1,NCBP2,DDX55,ABHD14B,ARHGEF18,ABHD14A,YWHAZ,PJA2,CREB3,LMBRD1,SFPQ,CREB1,IRF3,NDUFS7,GORASP1,PEX6,NDUFS5,NDUFS3,NAA35,ATG4B,NAA38,NDUFS1,RBM22,DDX27,DCTN1,GOSR2,DCTN4,TAF9,DDX23,PARN,CSTF2T,CLCN2,DNPEP,MAT2A,TAF1B,CHURC1,NAA10,TAF13,TAF10,RPIA,PNKD,FAM131A,ASB6,ACIN1,QRICH1,TAF6,NAA15,VIM,RBM45,TAF1,RPL4,RPL30,RPL3,RPL32,TRRAP,THYN1,STMN3,RPL8,DCAF7,RPL7,GLE1,MYC,RPL35,RPL38,RPL37,IER2,WSB2,RPL21,RPL23,PIH1D1,DAPK3,CD3EAP,AARSD1,BIN3,RPL24,RPL27,RPL26,RPL29,PRR12,UBA52,ALG10B,PRR14,CDC42SE1,RPN2,NOLC1,ATXN7L3B,HIF1A,PRDX2,PRDX5,PPP4C,RIC8B,CHST10,CDK17,BRAP,RPL41,JUND,ST13,PRRC2C,UPF3A,PA2G4,THAP11,TMEM198,TMEM199,FIBP,CDK10,DUS1L,CDK13,CDK16,CPEB4,TRMU,ELL,CLTC,CLTA,TCF20,ADO,ING1,TMEM186,ING4,GPR137,RIOK1,AP3S1,ZC3H10,SSR4,HSBP1,SSR2,ITPK1,TCF12,SSR3,TET2,AEN,RNF167,LSG1,INF2,SF3B4,SF3B5,SF3B2,SF3B3,RPL10,RPL12,GPS1,RPL11,TIMM13,GPS2,TIMM10,TM9SF3,BCLAF1,ASNA1,LMAN2,RPL14,RPS3,ANKRD54,BRD9,RPS2,RPL19,TRMT1,WWP2,GTF2H1,TTC9C,FIG4,TM9SF2,TM9SF1,XAB2,ERP44,ABI2,TRMT6,TOR2A,CHPF,TUSC3,TUSC2,BZW1,ABHD11,MAEA,SMARCAD1,MAF1,TMSB10,STK32C,RPS7,RPS5,RPS6,AIP,RNF40,RNF41,CLIP3,BSCL2,CTDNEP1,ST7L,RALGAPB,ERH,TTPAL,PHPT1,ANKRD17,CUL7,DNMT1,CD151,ANKRD16,BRI3,ANKRD11,ABHD2,ANKRD12,ABHD8,HMBOX1,BAG5,BTBD1,BTBD2,NACC1,ABL2,SKIL,MPDU1,ESRRA,ANKRD34A,TOR1A,ANKRD24,ATP8B2,MARCH9,ADAP1,LSM5,LSM4,LSM3,CHERP,CDK9,GON4L,CDK5,CDK4,CNOT1,CNOT2,TADA3,NF1,RNF181,EIF4G1,RNPEPL1,PTPN23,PTBP1,RPL7A,DUSP12,SIN3A,HIF1AN,REXO1,GPX1,GPX4,CHUK,ELAC2,LIX1L,ZFP91,COASY,BET1L,PTP4A1,PTP4A2,TRAF7,PTP4A3,TRAF4,SNRPA1,SOS1,EIF4E2,SFT2D1,NLGN3,NFAT5,GTF2A1,SMARCD2,WBP1,WBP2,SEMA3F,DCAF15,FZR1,HIRIP3,PUF60,RBBP5,SNRPB2,RBBP7,DCAF11,WASF1,UGGT1,DCAF13,SPAG7,RNF25,ADRM1,PTPN12,CDC42BPA,TRIT1,CUL4A,KLF7,KLF6,NIN,RUNDC1,PFKM,GOLGA2,GOLGA5,RUSC1,SAP130,HABP4,ZFPL1,GLUL,GOLGA7,SOX4,NFKBIL1,ACSL6,PTOV1,RECQL,MRPS18A,JMJD8,JMJD6,MRPS18C,RRAGA,VDAC2,PFN1,AURKAIP1,CBLL1,BEX4,CUTA,BEX2,BEX1,TRMT2A,DGUOK,NUS1,STK11IP,TREX1,MANF,CCT6A,PARP11,GOLGB1,CCDC88C,CDS2,ITM2C,DAZAP2,FAF1,GDI2,MYL6B,SERP2,EPM2AIP1,ZMYM2,SERP1,PCF11,GUK1,RSPRY1,PRMT1,NME3,RHOF,UCHL3,AP3B2,NME7,WAC,ALDOA,SGK1,MAPRE1,PRIM2,CUX1,SHOC2,MAP4K4,RANBP2,ARNT2,RANBP1,AP3D1,PRPF39,TRIP12,FAU,TOMM6,GOLT1B,ARID4A,CIB2,NUCKS1,TOMM22,POGZ,CHCHD1,TSC2,KCTD2,TRNT1,KCTD5,PDIA6,TBL1XR1,FIZ1,STAM2,BTF3L4,LTBP4,COX7A2,ADIPOR1,STK4,DPP3,DPP8,TMEM127,DPP9,TMEM128,CASKIN1,ATP6V1H,ZC3H18,SUDS3,ATP6V1D,SMAD2,HSPA9,HSPA8,ACBD5,ACBD4,HSPA4,ASPSCR1,TBCB,DNAJC13,DNAJC14,SMAD5,NFKBIA,DLG1,NR4A3,TMEM115,DLG4,ATG16L1,JMY,TBCE,CLASRP,GRSF1,SCYL3,USP36,ACADVL,DOCK4,USP32,USP34,USP39,SENP7,TMEM101,SENP5,FLOT1,FLOT2,SCYL1,KLF13,RNF208,ARID1A,ARID1B,SENP3,KLF16,LATS1,FAM189B,DDX19A,LUC7L3,LUC7L2,TSEN34,HCN3,USP16,POLDIP2,POLDIP3,TM2D1,USP11,GMPR2,POMP,SPG7,TM2D3,MOSPD3,USP19,HSPD1,U2AF1L4,RMND5B,NCAM1,ROMO1,SPEN,USP24,USP20,B3GAT3,BAD,PRAF2,HAGHL,ZFC3H1,HSPE1,SPRY2,PDE7A"
+"gene_set_query"	"166"	"HBP1"	"242.3"	"ARCHS4 Coexpression,522;Enrichr Queries,326;ReMap ChIP-seq,67;GTEx Coexpression,54"	"MDC1,POP7,TFRC,ZFYVE1,SCAMP5,RAVER1,ALKBH1,DPYSL2,AKT1,SAMD10,GABARAPL2,DAXX,GABARAPL1,GAPVD1,SCAMP3,ASPHD1,PSME3,DDIT3,DDIT4,PSME1,JTB,PSME2,RBCK1,ATF4,SLBP,TTYH3,ABCB6,ABCB8,BAZ2A,AGAP3,OAZ1,GABARAP,PRPSAP1,MRPL20,RHOT2,CYB5R4,LARP1,PUSL1,ATRIP,RHBDL1,HEXIM1,CREBBP,JUN,PRRT2,JUP,CADM2,NCAPH2,NR2F1,MRPL28,SNUPN,PBX1,EIF1,MLLT10,ABTB1,TBL3,FASN,SFXN3,HYOU1,ARF3,ARF4,PIGU,MRPL38,SNX10,SHB,MED16,BBC3,DDA1,JPH4,PCMTD2,NIPBL,TUBA1B,MED13,TUBA1A,FASTK,TCP11L2,RPLP2,JAK2,JAK1,PCMTD1,APC2,LYPLA2,LRRC45,DUSP1,PGAM1,SIRT4,MRPL49,SIRT7,DYNLL2,DUSP6,TOMM40L,MED29,LRRC41,MRPL43,MED22,MRPL53,SLC7A6,CDC42EP4,PXDN,TUT1,SLC29A1,VAMP2,LRRC14,LIN37,ODC1,CCNDBP1,CENPB,PSMA7,MRPL55,PSMB6,GGA3,SNX27,TCOF1,PSMB3,RICTOR,BID,SAMD1,MBD3,CENPT,CRBN,STAT2,SKI,TMEM59,MYBBP1A,CCDC9,SERBP1,AGRN,YPEL5,YPEL3,MTCH1,TMEM167B,ATN1,ZBTB22,YY1,LAPTM4A,ATCAY,SESN1,STK16,PIM3,SH3GLB1,BNIP3L,SLC38A1,PCYT2,FBXW9,PPP1R16A,PIAS1,LENEP,CDC25B,ACAP3,ACLY,SRSF2,FSCN1,SQSTM1,KPNB1,ARL8B,NSMAF,GRIA2,INO80B,KHDRBS1,LRRC59,RNASEH2A,MAZ,FBXO44,FBXO41,UQCRH,NDOR1,MED30,SLC38A2,ZKSCAN1,LRRC4B,FUS,FBXO38,CORO2B,FBXO31,UCKL1,OGT,ZNF512B,ITGB1,HSP90AB1,CELF4,PTEN,CELF5,ETFB,ALAD,ACP2,SNAP29,EIF5A,SIGMAR1,ARNT,RAD23A,ARFGAP3,RAD23B,DDOST,MSL1,PIK3CA,SNPH,SYF2,SLC25A19,NPC2,TMBIM6,DCTPP1,GAPDH,SLC25A11,RNFT2,PPP1R15A,GTF3C1,BECN1,LRP1,SRC,MGRN1,ROCK2,SRSF1,ZBTB45,MLLT1,PPM1D,MLLT6,SRM,GANAB,NCLN,U2AF2,KATNA1,FEM1C,E2F4,SLC25A22,UBQLN4,SLC25A25,SH2B2,GADD45GIP1,SEC24B,PPP1R14B,MARCKSL1,HNRNPA3,TRIM41,FOXJ2,RPL23A,HNRNPAB,NECAP2,SYT11,NOVA2,PDCD4,STUB1,P4HB,EIF3C,SMAP1,EIF3B,EIF4A2,EIF4A1,CERK,PLEKHB2,JMJD1C,CYB5D1,RASSF1,TRIM28,BSG,TRIM27,SNRPD3,ATXN7L3,TMPO,IMP3,ENTPD6,NSMCE2,CIRBP,CSNK1D,MOGS,MFSD11,CDC34,CSNK2B,CD2BP2,ULK1,TAGLN3,MMADHC,DHX8,TMEM63B,CEND1,PIK3R2,PTTG1IP,PIK3R1,TTBK1,PGS1,PGBD5,PCBP4,PCBP1,DYM,SYMPK,B4GALNT4,CTSA,XBP1,SURF1,TMEM86B,INTS1,SURF2,RCC2,DCLK2,PAICS,IFFO1,MED13L,SMARCA4,SNW1,ID2,PAF1,COL9A3,CALM3,CALR,RCOR2,RGL2,AARS,NRP1,TMEM151B,GPAA1,PPP1R10,TECR,MRPS12,SLC7A11,NAT14,HERPUD1,PTMS,PCM1,MAP1LC3B,HYAL2,MLX,RAC3,DHX16,ARIH1,KIF1A,GIT1,CTSB,VKORC1,TMEM150A,MMD,MRPS23,NCOA4,ANO8,MRPS7,SREBF2,TOX4,TOX3,CRELD1,PTMA,STK40,AHCY,DOT1L,CCDC106,GNAI2,MNT,EXOSC4,NFIL3,CAMK2N1,ORMDL3,MGAT3,MGAT2,DYNC1H1,GABBR1,SPRYD3,VEGFB,TMUB1,PLEKHA6,AP2B1,VEGFA,TMUB2,RGP1,PER1,BOP1,CCNG2,TCEA2,HDGF,DPAGT1,CRTC2,MIDN,SYS1,ZFAND5,PHRF1,ACTG1,IGF1R,CAPN7,EP300,ARID2,PPFIA3,KIRREL3,MORC3,ATG9A,LMTK3,ATAD3A,COX6B1,TMX2,HNRNPUL1,HNRNPUL2,TBC1D24,TBC1D23,CARS2,PPIA,RTN2,TSG101,NDUFB10,HTRA2,PSEN1,NDRG1,SHARPIN,KIF3B,KIF3A,TBC1D14,CAMTA2,CYC1,TBC1D17,IVNS1ABP,OST4,FDPS,PRNP,UBE2H,PCIF1,CRIM1,NUP153,KLHL24,SUPT5H,CLK2,GNAO1,HOOK2,CCPG1,HOOK1,UBE2S,GNB1,PHF13,UBA1,TCF3,LSM14B,GALK1,UBE2M,MXD4,CUEDC2,GSK3A,NAA40,PRKCSH,MAST1,CHD6,CHD4,CHD2,RND2,RND3,LMNB2,LMNB1,LASP1,TMEM223,EEF2K,ABHD16A,RB1CC1,GDAP1L1,YWHAG,PDPK1,CAD,ABHD14B,DDX54,ABHD14A,SYNGR3,PJA2,EEF1G,ELF2,NDUFS7,ACOX1,CAT,NDUFS2,MVD,EAPP,IRF9,ASB13,CRMP1,SLC3A2,MAT2B,DNPEP,MTA1,PABPN1,TMEM203,SV2A,MKNK2,BNIP2,MTA2,SMNDC1,ATF7IP,RRM2,PDAP1,SSRP1,SOD2,MAPK10,FAM155A,MAPK11,GALE,ERCC1,CARM1,POLE3,RBM42,VIM,RPL3,STMN3,HNRNPU,RPL8,EPRS,BACH1,NUB1,ZMIZ1,MYC,IER2,ACOT7,WSB1,RPL23,WDR74,CD3EAP,SCRIB,SOX12,HCFC2,HCFC1,WDR81,RPL27,ASTN1,CTBP1,SLAIN2,GNS,HIF1A,ANAPC11,FAM160B1,FAM171A1,PRDX2,FAM171A2,LDHA,PPP4C,WDR70,CHST10,VPS11,MCMBP,S100A10,RPL41,CDK19,JUND,ICMT,CHKA,H3F3B,PLK2,SETD1A,IRF2BP1,IRF2BP2,PA2G4,NR1D1,PRRC2B,TMEM198,THAP11,PRRC2A,EHD1,HNRNPL,FIBP,GLUD1,HNRNPF,ATG2A,HNRNPD,DUS1L,CPEB4,CDC42SE2,GABRB3,OGFR,SETD5,CDKN1B,GMEB2,BTG1,SPEF1,PHF23,GPT,WDR46,PFAS,ING1,TRIM8,TMEM189,TRIM2,TIMP2,GPR137,RRP12,CIC,JARID2,ZC3H10,BRD2,NUDC,TPI1,NUTF2,RNF167,TAF6L,TMEM179,ZEB2,KIFC2,GRN,WDR26,GPS1,GPS2,WDR24,SCAF8,ASNA1,RPS2,ANKRD52,PAIP2,DEDD,BRD4,WDR17,FARP1,SF3A1,RIOK3,AGK,PCGF2,WDR18,SYVN1,SCAF1,MKLN1,ABI2,MORN4,NFIA,NFIB,ABI1,ANKRD13B,CHPF,GTF2B,CTNND2,TUSC2,CLSTN1,IPO7,TM7SF2,CFL1,LAMP2,LZTS2,MAF1,GTF2I,USP7,USP5,USP3,GPT2,RPS5,IGFBP3,TPM1,NRBP1,THOC6,RNF41,CTDNEP1,CLIP2,PYGO2,ILF3,RAB34,DGKQ,PHPT1,FKBP4,SNRPA,BRSK1,RAB5B,FKBP2,CD151,CCDC24,INSIG1,ABHD8,KLC2,DVL1,BTBD2,NACC1,DVL2,SKIL,MCL1,MPDU1,TMEM132A,DHCR24,MARCH7,FANCE,LSM4,LSM2,CDK5,MAFG,REEP2,SPIRE2,RNF181,PLXNB1,SERINC1,CNIH2,SERINC3,BCL2L2,BCL2L1,EIF4G1,DIDO1,CALCOCO1,WDR1,RNPEPL1,RNF13,ZC3H4,ZC3H3,TRADD,DUSP11,RPL7A,DUSP12,SIN3A,TLK2,UBTF,WDR5,SLC37A4,TNPO2,PLEKHG2,GPX4,RPL13A,EDF1,RANGAP1,COASY,TRAF7,TFDP1,TRAF4,CTDSP2,EVL,RNF31,HDAC5,NFAT5,NLGN2,WBP1,WBP2,RAB1B,JAKMIP2,CACNG7,DNAJB1,VPS52,DNAJB9,POLR2G,DCAF11,POLR2L,SPAG9,SPAG7,FBXL19,SEMA4C,FBXL16,SEMA4G,CDC42BPB,PNRC1,ASXL1,BCKDK,KLF6,MARCKS,POLR3C,MGAT4B,RUNDC1,SLC35B2,APP,SLC35B4,VARS,ZMYND8,CBLB,GBA2,RPS15,RPS17,RPS16,KAT5,PPP2R1B,RPS18,FLAD1,RPL36AL,FTH1,LONP1,ARL6IP5,RPS11,GLUL,SOX4,TBC1D10B,ARRDC3,IFRD1,MRPS18B,PTOV1,COG1,MRPS18A,CPT1C,MAPK8IP2,JMJD8,JMJD6,CARHSP1,POR,ZW10,HECA,VDAC1,TTLL12,PFN1,BEX4,BEX2,BEX1,GSE1,MLEC,TNRC18,VASP,VAT1,SNHG1,TRAP1,PTPRN2,SS18L1,ZWINT,STAG1,RPS21,C2CD2L,ITM2B,ITM2C,DAZAP2,DAZAP1,GDI1,CITED2,ZFAND2A,ZFAND2B,MYL6B,PRPF19,SLC22A17,PSD,PSENEN,ATP6V0B,TSC22D1,PARP1,PRMT1,TSC22D3,TUBG2,RHOF,LIME1,MLF2,VAV2,RHOB,PRPF18,SGK1,ATP6V0C,MPND,MAGEH1,TOMM40,RFNG,TYMP,CHRAC1,ATP6V0E2,RANBP1,RANBP3,PTGES2,LSAMP,AP3D1,RAB11B,ATAT1,NBR1,APBA1,FAU,MEGF8,ARHGAP44,ARHGDIA,HCFC1R1,CHCHD1,DPM3,PRPF6,FIZ1,RPS19BP1,TMEM59L,NOP2,PRPF8,TMEM121,SDCBP,CASKIN1,ANKZF1,PDZD7,HSPA8,ACBD4,CBX4,HSPA5,IDH1,CBX1,ASPSCR1,NFKBIA,EFNA2,DLG4,JMY,CHMP2A,SAE1,LRP11,MUS81,B4GALT2,SCYL3,B4GALT3,KDM5B,ACADVL,SLC2A3,YBX1,FBLL1,USP39,SEPT9,SPRED2,ZC3H7B,FLOT1,PDE4B,RBM7,KDM6A,SCYL1,KDM6B,KLF11,KLF13,H2AFX,AXIN1,PPP2R5B,RNF208,SENP3,SEPT3,DDAH2,AKT1S1,TRNP1,THOP1,HCN3,KDM3A,USP15,KDM3B,USP11,PDXP,WIZ,FAM169A,TOB1,U2AF1L4,HSPD1,UGP2,LEPROTL1,NT5DC2,B3GAT3,BAD,USP21,HAGHL,CYHR1,GDAP1,NEURL4,PIK3IP1,CAPN10,BAX,ATP13A2,SSBP2,SSBP4"
+"gene_set_query"	"167"	"CEBPG"	"244.3"	"ARCHS4 Coexpression,197;Enrichr Queries,342;ReMap ChIP-seq,204;GTEx Coexpression,234"	"POP7,TFRC,ITSN1,GHITM,PSMD8,NSDHL,PSMD7,PPP4R2,DPYSL2,PSMD3,FGFR1OP2,TMEM8B,FNBP4,GABARAPL1,CSNK2A1,DNTTIP2,FAM133B,EID1,DDIT3,RUFY3,DDIT4,TMEM126A,ORAI2,UQCRC1,TBPL1,RBCK1,ATF4,SLBP,SAR1B,SHMT2,MRPL18,MRPL16,MRPL14,MRPL12,MRPL11,CYB5R1,RHOT1,HSPH1,PRKAR2B,PRKAR2A,GRPEL2,JUN,PRPF38A,EDEM1,PBX2,LARP4,EIF1,MLLT11,UCK2,EIF5,HYOU1,EZH2,ARF1,SNX12,SNX10,MRPL37,OSBPL11,MRPL32,BBC3,MRPL33,TRMT112,LMBR1,MED13,SH3BGRL3,JAK1,LRRC47,SLC39A10,MRPL48,DUSP6,TMEFF1,SLC7A5,PSMA1,PSMA2,TMEM33,PTRH2,MED20,PXDN,PGAM5,VAMP2,RNASEL,LIN37,ODC1,SLC7A1,NRAS,PSMB4,SNX27,ANO10,EGLN1,MBD6,SNX21,BYSL,NUDT21,CCDC9,SRRD,SERBP1,TSR1,PKN1,YPEL5,GZF1,SLC27A1,FBXO28,ALDH1L2,NUDT19,KPNA4,KPNA3,MAP3K7,FADS1,KPNA1,SLC38A1,UBE2E1,SARS,MINPP1,SRSF3,MAPKAPK5,SRSF4,SQSTM1,PFKFB2,LRRC59,PFKFB3,MAZ,SPATA2,ACAT2,RAP1GAP,FBXO42,HSP90B1,SOCS2,EIF1AD,G3BP1,EIF4EBP2,SLC38A2,ZKSCAN1,NOP14,NOP16,GFPT1,HPS4,EEF2,FBXO31,YRDC,SON,TMEM11,NACA,MDM4,OGT,NFE2L1,SLC25A1,SLC25A3,HSP90AB1,ETFA,ZNRD1,PPP6R1,PMEPA1,ACP2,HSP90AA1,PPP1R12A,ARNT,RAD23A,TFIP11,RAD23B,ETF1,BCAT1,PPP1R12B,PPP1R15A,MAK16,SRSF1,ZBTB43,FURIN,SRI,RCHY1,HSD17B10,SLC25A28,PHKG2,UBQLN1,KRIT1,EIF4H,FYN,FEM1C,IARS2,IGF2BP2,HNRNPA1,EIF4B,HNRNPA3,TRIM41,MMAA,FEM1A,FEM1B,CNBP,DONSON,LYSMD2,HNRNPAB,SYT11,EIF3I,EIF3J,PDCD4,P4HB,SMAP2,PTPN5,EIF3A,TRIM33,EIF4A1,AHCYL1,CCNI,EIF4A3,PREP,KEAP1,LDLRAD3,THUMPD1,ACTB,CRKL,EPC1,CCNL1,SEC62,TBC1D22B,TMPO,IMP3,ACTN1,SUB1,KDELR2,EIF1B,KCTD15,DHX9,PIK3R3,PTTG1IP,PIK3R1,APH1B,LARS,TSPAN5,BBS1,XRCC6,INTS3,RCC2,SURF4,PAICS,MED13L,AIMP2,ID2,INTS4,NOL10,INTS7,DHX29,FBXL5,AARS,MRPS17,MRPS15,MRPS16,PPP1R11,CETN2,MRPS12,SLC7A11,WASL,PCSK7,HERPUD1,MAP1LC3B,RAC1,NDEL1,CCT3,CCT2,SEC13,WARS,NCOA4,ANO6,TFB2M,GAB2,MRPS7,SLTM,KIF2A,CANX,ARHGEF2,EEF1E1,AHCY,PCNA,MRPS35,INPP1,MRPS30,PRICKLE1,COX5A,NFIL3,EXOSC9,PES1,MGAT1,CCT7,CCT5,CCT4,DYNC1H1,UBE2G1,RSRC2,AP2B1,VEGFA,PER1,KLHL5,NEDD4,CCNG2,RPA3,KLHL8,TCEA1,HDGF,TACC2,CARS,UBE3C,UBE3A,NARS,FAM174B,KIF5B,KIF5A,SLC30A9,TMOD2,TTC7B,TMX2,DKC1,DOK5,DNAJB11,PPIF,PLAA,PPID,RTN3,PSMD12,DDX5,PSMD11,TMED10,PSMD14,NXPH3,SLC1A4,RPF2,NDRG1,RTN4,CYC1,KLHL29,UBE2F,YARS,IVNS1ABP,PRNP,VTA1,HMGA1,NUP153,KLHL24,SUPT5H,ANKHD1,AHI1,H1F0,HOOK2,HOOK1,UBA2,CYCS,LSM14A,ZMYND19,PRKCSH,DDX42,ATP2A2,TRIAP1,CHD2,RND2,RND3,LMNB2,LMNB1,SEC61A1,MYO18A,UQCRFS1,UTP15,NAA30,NUP133,PDPK1,GLRX2,EEF1G,ELF2,RER1,GORASP2,PEX3,NDUFS4,ATP6V1B2,ACOX3,RALA,RRN3,DCTN2,DDX20,DDX21,SLC3A2,DNPEP,MAT2A,BMS1,TMEM205,TRA2B,MKNK2,BNIP2,RPP14,NIPSNAP3B,RBM39,RRM2,EYA3,ATP2B4,SSRP1,SOD2,TTC19,FAM155A,POLE3,RBM42,NAA15,VIM,RBM45,RAN,CYFIP2,RPL4,TES,GPATCH1,HNRNPU,GPATCH4,EPRS,BACH1,PHB2,RNF114,TFG,ZMIZ1,MYC,AP1S2,IER5,IER2,WSB1,WSB2,WDR74,REV1,CD3EAP,GTPBP2,CLPX,GTPBP4,WDR77,RPL24,PI4K2A,CDC42SE1,NUP205,SEH1L,RPN1,XPC,HIF1A,PRDX5,LDHA,RRS1,MCMBP,S100A10,NAA50,BTF3,NDFIP2,PRELID1,JUND,ICMT,PNO1,PLK2,RDX,IRF2BP2,MAD2L1BP,PA2G4,HNRNPL,SQLE,HNRNPK,HNRNPF,OGDH,HNRNPC,CPEB4,CDK16,PHF3,SMG1,BTG1,GMEB2,CDKN1B,TCF25,DENND1A,SETD7,CLINT1,WDR43,SMG5,RNF157,ENSA,RRP15,WDR36,MIOS,AEN,GNL2,COPZ1,HADHB,HADHA,LSG1,TUBB2A,TCP1,GARS,KIFC3,GART,TIMM10,TM9SF3,PPP1R8,BRD4,YTHDF1,YTHDF2,RIOK3,SRP68,HIPK1,LRPPRC,RNF145,XAB2,PHF5A,MORN4,RAB3D,BZW2,IPO7,IPO5,PPP1CB,SMARCAD1,HMGN1,KCMF1,USP3,GPT2,IGFBP3,AIP,TRAFD1,PGD,ILF2,RNF40,CLIP3,CLIP1,MADD,ADNP,TNIK,FKBP4,FKBP5,SNRPB,BRSK1,DNMT1,CUL5,INSIG1,GLO1,CUL2,ITPR1,TARS,HSPBP1,PHF21A,RHOBTB2,STIP1,HMBOX1,MCL1,ESRRA,AKIRIN2,AKIRIN1,MARCH9,ASNS,LSM4,LSM3,COPS3,GON4L,RHEB,CPE,IARS,RAB5A,RSL24D1,EIF4G2,EIF4G1,RNF187,MCM7,CCDC47,PIK3C2B,SGCE,PPP6C,DUSP12,WDR5,TNPO1,PLEKHG2,RTN4RL2,SMC1A,PTP4A1,DNAJC2,PTP4A2,PTP4A3,ASPH,CTDSP2,POLR1B,CCDC43,DNAJC8,SOS1,MTPN,LEPROT,EI24,CEBPG,TULP4,DNAJB1,HECTD1,DNAJB6,ABLIM3,POLR2B,DNAJB9,SLC35A4,KCNJ11,RNF24,SMOX,AMFR,TXNRD1,ADRM1,PTPN11,RPRD2,PTPN12,CDC42BPA,TRIT1,CUL4A,DNAJA1,RAB10,KLF6,PSAT1,DOLPP1,POLR3E,VPS45,PANK3,ZMYND8,HDAC11,GOLGA4,RPS17,RPS16,GOLGA5,FLAD1,FTH1,LONP1,SEPHS2,SOX4,ARRDC3,IFRD1,MRPS18A,AFG3L2,POR,ZW10,GRWD1,MTHFD2L,CRYZL1,GUF1,VDAC2,VDAC1,SUCLG1,EZR,STXBP2,HTATSF1,GMCL1,NLN,UGCG,SCFD1,CSTF1,MLEC,STXBP5,MAP4,VAT1,TRAP1,UBAC1,GADD45G,CCT6A,CCDC88A,FUBP3,MAGED2,ANP32B,ITM2C,CITED2,SRA1,VLDLR,SIPA1L1,SERP1,ZMYM3,PCF11,ZMYM4,CHMP1B,SEC61G,C1QBP,TMED2,PSENEN,CDV3,STRADA,PRMT1,TSC22D3,TUBG2,UCHL3,MLF2,RHOB,PACS1,B3GNT5,FAM20B,SGK1,MAPRE2,FYTTD1,CSTB,SLC20A1,GDPD1,NOL8,TYMP,PPP2CA,AMN1,ANKMY2,CUX1,TBL1X,APBB3,RANBP1,PTGES3,AIG1,HIST3H2A,XPOT,MARS,CAPZA2,MPHOSPH6,MRFAP1,ARID4A,TOMM20,CHCHD2,COTL1,AZI2,PDIA3,NOM1,LMO4,PUS7,TRPC4AP,PDIA6,RSBN1,PDIA4,DPM2,XPR1,ZCCHC8,COPB2,NOP2,ARHGAP21,DPP9,HSPA9,SMAD1,HSPA8,KLHDC4,CBX5,CBX4,SMURF2,HSPA5,RHBDD2,NONO,EIF2S2,EIF2S1,DNAJC16,NFKBIA,DLG2,EFNA2,DLG5,CAPRIN1,SAE1,USP36,KDM5C,USP38,USP32,DBI,YBX1,CASP9,RPS4X,SPRED2,MFSD6,FLOT1,RBM6,SCYL1,KLF13,SAFB,SUPV3L1,AKT1S1,PFDN1,TMEM9,LUC7L2,B4GALT5,USP15,RGS16,U2AF1L4,HSPD1,FAM168B,UGP2,RPS6KC1,MAPK6,ABCF2,ABCF1,TMEM30A,WTAP,DEK,HSPE1,RBMX,LPIN2"
+"gene_set_query"	"168"	"BPTF"	"248.0"	"ARCHS4 Coexpression,368;GTEx Coexpression,128"	"TCERG1,MAPKBP1,TRRAP,ZMYND8,HNRNPU,JMJD1C,SMC6,SMC3,GPATCH8,CCAR1,GOLGA4,HERC1,BSG,TRIM24,ARL6IP4,KIF21A,SRRM2,DDX17,SMARCC1,SMARCC2,METTL3,CIRBP,REV1,DICER1,SRRM1,NISCH,EML5,RFX7,ZC3H11A,RUFY2,AKAP9,JTB,PRR12,PFN1,AURKAIP1,PRR13,MACF1,PAXIP1,MYCBP2,RPN1,TWF2,OAZ1,MBTD1,GJC1,MRPL20,PRDX5,PPP4C,BLOC1S1,PLCG1,CREBBP,SURF1,PRELID1,PHC1,ZRANB2,INTS2,SURF4,PRRC2C,BRAF,UPF3A,SNF8,SMARCA2,PRRC2B,PBX1,PUM2,MED13L,MLLT10,CCDC88A,MEX3A,LAS1L,EIF6,WNK1,GOLGB1,MMS19,LRRN1,CDK13,DZIP1,EZH1,ATG2B,PHF3,SETD5,PHF2,TOP2B,SETD2,SMG1,ARF1,MRPS11,HEXB,CLTB,PCMTD2,NIPBL,PCM1,MED13,ZMYM4,GUK1,REV3L,UBXN7,SDF4,CIC,JARID2,BRD2,SHPRH,BRD1,TMED9,PBRM1,GSTO1,NCOA6,STRBP,ASH1L,BAZ1B,TOMM40L,WDR33,MLF2,MED23,ENAH,SLTM,WAC,FAM193A,HNRNPH3,SFI1,ARF5,NAPA,GRN,STX16,BCLAF1,UNK,EXOSC10,NSD1,LMAN2,AP2S1,MGAT1,SCAND1,SF3B1,SRSF11,RUNX1T1,NKTR,BCAP31,MON2,MYEF2,USP9X,NR1H2,YLPM1,HUWE1,MYO9A,GATAD2B,WDR11,PPP1CA,PRPF39,ABI2,NEDD4,TAOK1,TTC3,NUCB1,TARDBP,FRYL,CCNT2,CEP120,ARID4B,CHCHD2,ZFP30,SALL2,POGZ,CFL1,EP300,SMARCAD1,ARID2,AP2M1,MAGI1,SUPT16H,RALGAPA1,TSC2,TSC1,THOC2,FBXO11,TANC2,PRPF6,RALGAPB,DMTF1,PHIP,WDFY3,SRSF5,ADNP,PPIG,SNRNP200,PPIB,SNRPB,ANKRD17,DDX6,RAB5C,YTHDC1,TNKS,ANKRD11,PRPF8,CORO1B,UBR5,TPR,DVL2,EP400,CYC1,ZC3H13,NDUFV1,MYH10,QSER1,IP6K2,PLXNA3,UBE2F,CPSF6,CBX5,AUTS2,PTCH1,HPS4,ARPC4,CLK4,DRAP1,CNOT6,PAN3,SON,APPBP2,NASP,NBEA,CNOT2,GNB2,NF1,RNF181,MDM4,BRWD1,EIF4G3,COPE,MAP3K12,CREBZF,RBM28,RBM25,RBM26,NUMA1,WDR1,DDX46,CELF1,CHD8,USP34,CHD6,PSIP1,PKD1,SYNE2,SENP7,SEC61A1,SART3,CAPZB,SNRNP70,RB1CC1,TLK2,ERC1,RBM5,RBM33,EIF5B,SUN1,USP48,PPP1R12A,NUP133,DST,GPX4,ATRX,ARID1A,ARID1B,LATS1,GIGYF1,SFPQ,RER1,RASA1,LUC7L3,PIK3C3,BIRC6,BDP1,NFAT5,UHRF2,SFSWAP,RAB1B,LENG8,RBM4B,ADD2,CAND1,RBBP4,GNG5,DROSHA,RBBP6,ROMO1,RALY,HNRNPA1,ATP9B,CLASP1,SPEN,GADD45GIP1,ARFGEF1,HNRNPA3,KDM4C,NDUFA2,ADRM1,POLE4,ERCC3,APC,RBM42,TRIM33,TNRC6A,EIF3A,TAF1"
+"gene_set_query"	"169"	"SOX4"	"248.3"	"ARCHS4 Coexpression,138;Enrichr Queries,442;GTEx Coexpression,165"	"RPL4,RPL5,RPL30,RPL3,RPL32,RPL31,MYT1L,POP4,STMN2,SMC5,STMN4,FNBP1L,RPL8,EPRS,RPL9,RPL7,PCMT1,LSM12,ALCAM,CAPNS1,ZMIZ1,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,FAM110B,RPL36,RPL39,IER2,MEF2C,WSB1,CXADR,RBFOX2,RPL21,RPL23,RPL22,CD3EAP,SOX11,DAAM1,IFT81,RUFY3,DDIT4,HECW1,RUFY2,RPL24,RPL26,RPL29,FLII,NEDD4L,HIF1A,OAZ1,BLOC1S1,S100A10,BTF3,RPL41,JUN,FZD3,JUND,H3F3B,JUP,CADM1,PLK2,PRRC2C,MRPL28,PBX1,MLLT11,HNRNPL,SQLE,MEX3A,HNRNPD,FXYD6,PHF3,CDKN1C,MOCS2,BTG1,RPLP0,PIGX,MRPL42,TUBA1B,TUBA1A,CSRP2,TRIM2,TIMP2,ANXA6,BRD3,UPF1,SSR2,LRRC49,TCF12,LRRC40,ELOVL6,TOMM40L,DUSP6,PGM2L1,SRP9,SLC7A5,TUBB2B,TUBB2A,TMEM33,PXDN,MTF2,PAFAH1B3,PAFAH1B2,RNF165,GRN,RPL10,RPL12,RPL11,FAM117B,TM9SF3,BCLAF1,RPS15A,UNK,TMEM169,SNX27,RPL14,RPS3,RPL13,RPL15,CKB,RPS27A,RPL18,RPL17,RPL19,RUNX1T1,KIDINS220,CSNK1A1,PCGF3,SNCAIP,GTF2H5,NFIA,ABI2,MORN4,NFIB,ETNK1,NUCB1,PKN1,MTCH1,CLSTN2,TUSC2,CTNND1,RPL10A,CLU,PPP1CB,LAPTM4A,ATCAY,CDH2,TUBB3,TMSB10,FADS1,MAGI1,RPS9,SLC38A1,RPS7,TPM4,ANKRD46,RPS8,RPS5,IGFBP3,RPS6,TPM1,F2R,IGFBP2,MAGI2,PRPF4B,MSH6,MORF4L1,RAB35,FSCN1,SRSF3,ADNP,SRSF6,GRIA1,KHDRBS1,RAB5C,INSIG1,SAV1,PHF21B,SOCS2,ORC4,BAG4,NEUROD6,ANKRD10,SLC38A2,SKIL,MCL1,IP6K2,TRAPPC2,TIA1,EEF2,MARCH6,MARCH2,REEP1,PTPRD,LRCH2,NBEA,WDR1,CELF4,PTBP1,RPL7A,DUSP12,CAPZB,MDK,PPP6R1,SUMO2,PMEPA1,CEP170,HSP90AA1,VBP1,ATRX,ARNT,RPL13A,PTBP2,ARL4C,PTP4A3,CTDSP2,TNFRSF21,RNFT2,LEPROT,HDAC2,RAB1B,RPL36A,CXXC1,TULP4,CXXC4,LRP6,JAKMIP2,FZR1,GANAB,U2AF2,NNAT,EIF4H,HNRNPA1,MEST,EIF4B,HNRNPA0,MARCKSL1,RPL35A,RPL23A,EFR3B,PNRC1,KLF7,PINK1,MARCKS,KLF6,APC,EIF3L,IMPDH2,ASXL3,NOVA2,MFAP2,EIF3E,EIF3D,PPIL4,TPT1,APP,KDELR1,GDE1,ACTB,NUDT3,UBE2L3,RPS14,RPS16,RPS18,FTH1,LONP1,RPS11,ATP6V1E1,RPS10,GLUL,RPS13,RPS12,SOX5,EPHA5,ST6GAL2,ACTN1,ARRDC3,CIRBP,MOGS,CSNK1E,SRRM1,TIAM2,SFRP1,AKAP9,TRIM13,TAGLN3,EZR,TRIB2,PFN2,TSHZ3,FOXG1,PIK3R3,PIK3R1,APH1A,NKAIN1,NUAK1,FXR2,PCBP2,SCN3A,SEC31A,SNHG1,BCL11B,BCL11A,ST8SIA2,GADD45G,RPS25,CCDC88A,RPS27,PTK7,FUBP1,RPL27A,ID2,SDC1,RPS20,RPS21,RPS24,CD200,ITM2C,ROBO2,NRP1,CSRNP3,CITED2,MRPS11,MRPS12,PTPRO,SLC35F1,ROBO1,AKAP12,ACTR1A,ENC1,DHX15,SDF4,CTSD,RSPRY1,CCDC112,TSC22D1,TSC22D3,MINK1,MLF2,RHOB,ENAH,TOX3,MN1,CTTN,HNRNPH1,MPPED2,GLCCI1,SGK1,PTMA,DBN1,CSTB,DYNC1I2,SATB1,NFIL3,CTNNA2,PAK3,MYEF2,RYK,TTC1,VEGFA,ATAT1,CCNG2,KLHL7,TTC3,CTNNB1,FAM171B,CDK5R1,ROGDI,ACTG1,IGF1R,FBL,BASP1,ARID2,ATP1B1,POU3F2,POU3F3,EEF1A1,TBL1XR1,UBE2V2,XPR1,BHLHB9,RTN1,YTHDC1,BTF3L4,PDS5B,NDRG1,SUPT6H,CNN3,EFNB2,ATP6V1D,QSER1,HSPA8,PRNP,CPSF6,CBX5,HSPA5,AUTS2,NONO,KLHL23,SMAD5,DNAJC18,NFKBIA,H1F0,HOOK2,HOOK1,GNAS,TCF4,STT3B,UBE2M,CREBZF,KDM5B,PRKCSH,CHD6,ELAVL4,SLC2A3,RND3,ELAVL2,TTC28,RPS4X,SEC61A1,PPP2R5E,BCL7B,GATAD1,GDAP1L1,CASP2,CPXM1,MAPK1IP1L,AKTIP,HUNK,CTPS2,RPS3A,DNM2,EEF1G,VCAN,GAP43,IGDCC4,EEF1D,CDH11,DCX,HAGH,INA,POLDIP3,RBM4B,CRMP1,ADD2,GNG3,MAPK8,DNPEP,GNG2,FAM120A,TRA2A,NCAM1,CLASP2,RRM2,GDAP1,HS3ST1,ACVR2A,TTC17,IRGQ,VIM,SUGT1,SSBP2,RBMX"
+"gene_set_query"	"170"	"ZBTB33"	"250.6"	"ARCHS4 Coexpression,322;ENCODE ChIP-seq,6;Enrichr Queries,132;ReMap ChIP-seq,35;GTEx Coexpression,758"	"ATF2,GMFB,NUP107,POP7,TFRC,POP4,ALKBH3,CAPNS1,DPYSL2,FGFR1OP2,GPBP1,ANKFY1,PWWP2A,SAP30BP,CXADR,PRKAB1,RC3H2,ZC3H11A,DDIT4,UNC50,JTB,FAR1,SF1,ATF4,TSTA3,SET,SAR1A,CDCA4,SAR1B,MEPCE,NPRL3,CIAO1,PRPSAP1,RHOT2,RNF216,PIP5K1A,HEXIM1,JUN,JUP,NCAPH2,BTBD10,TBL3,VANGL2,LAS1L,SFXN3,NMT1,PKIG,DZIP3,MTMR14,PRKAG1,MED16,OSBPL11,BBC3,MECP2,SHF,MED11,MED14,MED13,ENOPH1,PCMTD1,SPHK2,DUSP1,IFT140,SLC39A13,MED29,DUSP6,MED23,MED22,SLC7A5,PTRH2,PXDN,ERGIC2,TRUB2,ECHS1,LIN37,NIP7,NOC4L,SDAD1,CENPB,NRAS,EXOSC10,RICTOR,JAM3,CENPT,MBD3,ATAD1,CENPV,CRBN,WNT7B,MBD1,MCRS1,ARCN1,NUDT21,RABIF,CCDC9,SNX17,APEX1,TAOK1,PKN1,CIAPIN1,YPEL4,CRCP,TMEM167B,PDCD6,FBXO28,ATN1,CASC3,FBXO22,FNTA,FNTB,NUDT19,MAP3K7,FADS1,FBXW5,DGAT1,FBXW7,CTNNBIP1,FBXW9,ATP11C,CNPY2,ATP11B,POLRMT,LENEP,CDC25B,ATXN2L,DMTF1,SRSF2,SRSF4,SRSF5,SRSF7,ARL8B,FTO,INO80B,TXNDC9,SMYD5,IREB2,LIN7C,EIF1AD,G3BP1,PGK1,G3BP2,BRIX1,NOP14,NOP16,FUS,API5,FBXO31,UCKL1,DRAP1,UQCRQ,NACA,SP3,CNTROB,LRCH4,OGT,ITGB1,ISY1,NUMA1,AKAP8L,PTEN,ETFA,BICD2,AP4M1,ZNRD1,ACP2,ARL5A,UNC45A,ACTR3,EIF5A,ACTR2,EIF5B,DHPS,ATRX,TFIP11,RABGGTB,ATRN,ETF1,TMBIM6,GAPDH,UHRF2,MGRN1,ROCK2,SRSF1,MLLT6,U2AF2,TRIM46,KRIT1,EIF4H,UBQLN1,FEM1C,HNRNPA1,EIF4B,UBQLN2,HNRNPA0,GADD45GIP1,NOP58,TRIM41,FEM1B,TXNL1,CDC5L,HNRNPAB,GSTZ1,DBNDD1,EIF3M,NECAP1,NAGK,CDKN2AIPNL,EIF3K,EIF3L,TRIM35,EIF3G,PDCD4,STUB1,TRIM37,EIF3E,EIF3D,TRIM33,EIF3A,SMARCAL1,PPAN,NUDT2,ACTB,CRKL,EFR3A,TRIM28,HERC1,CDC26,BSG,CDC27,EIF2D,TRIM27,ARL10,ATP6V1G1,ALG9,ECH1,CIRBP,ALG2,MOGS,ACTN4,MFSD11,SNHG12,KCTD10,EIF1B,SLC45A4,GGNBP2,DHX8,DHX9,FBF1,PGS1,SEC14L1,HLTF,SMARCA5,SMARCA1,BRI3BP,HARS2,IFFO1,MED13L,ZBTB6,CWF19L1,CDC16,SDC1,NDUFAF3,GRB2,NOL10,CALR,NOL11,FBXL5,SUGP1,HERPUD2,DHRS13,COX7B,MRPS16,HIBADH,MRPS11,PAK1IP1,MRPS12,NAT10,THTPA,SYNCRIP,MAP1LC3B,PCM1,AKAP11,RAC3,COX8A,MRPS28,PBRM1,PCYT1A,MRPS25,MRPS22,MRPS23,CACYBP,SYP,TFB2M,APRT,RAP2C,TOX4,KIN,CANX,UFC1,ARHGEF1,PABPC1,EEF1E1,PTMA,SLU7,NAPA,DYNC1I2,MRPS35,CAB39,MRPS33,SSNA1,GBA,GNAI3,COX5B,COX5A,PCNP,SH3BGRL,MGAT2,PEX14,YIF1B,NUDT9,PDCL3,SEC23IP,HNRNPA2B1,AGGF1,TCEA1,CARS,SRP19,CRTC2,PRDM4,UBE3C,ZFAND5,PEBP1,UBE3B,UBE2Z,ACTG1,EEF1B2,FAM3A,PCID2,MMGT1,CASK,DHDDS,EEF1A1,DNAJB11,TBC1D23,RAF1,PPIB,PPIA,DDX6,DDX5,TBC1D19,NDUFB10,COX16,DDX1,CACNA1C,PLD3,TIMM50,RAI1,SHARPIN,RNASEH1,TBC1D17,QSER1,NUP155,NUP153,AP4B1,HIGD2A,IFT20,HOOK2,HOOK1,GNAS,MKRN2,UBA2,DEGS1,AMOTL2,DEGS2,UBE2K,FGF11,GALK1,UBE2M,PHTF2,CUEDC2,TNFAIP1,TAZ,RND3,LMNB2,TTC28,LMNB1,TMEM222,LASP1,TMEM223,EEF2K,RB1CC1,GET4,TBP,NUP133,PDPK1,TTC33,DCAKD,ATP6AP2,SYNGR3,EPN1,EEF1G,ALS2,EEF1D,IFT46,RRN3,SFSWAP,SLC3A2,RSPH9,AGPAT1,POLD3,CYTH2,GNG3,CAND1,SV2A,TDG,TRA2A,BNIP1,TMEM208,MTA2,RPP14,TTC14,SSRP1,GALE,ERCC1,ERCC5,SUGT1,VPS29,HNRNPU,WDR83,SMC5,GPATCH4,PHAX,SMC3,EPRS,PHB2,GPATCH8,CNST,AP1S2,AP1S1,LUC7L,DDX17,NUP214,DDX18,NUP210,WDR74,WDR75,SCRIB,WDR73,GTPBP2,WDR77,ARMC1,WDR81,WDR82,ADPRH,TARS2,VPS25,VPS28,NUP205,WDR61,XPC,RNPC3,ANAPC11,MTDH,LDHB,NCSTN,WDR70,BLOC1S1,NUP85,BLOC1S2,RRS1,NRBF2,ST3GAL2,HMOX2,BTF3,NAA50,NDFIP2,ICMT,WDR59,DMPK,PLK2,SETD1A,IRF2BP2,PHC3,EHD1,HNRNPL,GNPTG,HNRNPM,HNRNPK,HNRNPD,HNRNPC,FARSA,FARSB,SETD5,SMG1,BTG1,WDR48,CDKN1B,PHF23,GPT,ASH2L,SMG7,WDR46,PHF6,SMG5,WDR43,UBL5,MTG1,RARS,PLEKHN1,CIC,RRP15,WDR36,TPI1,NUTF2,WDR34,TERF2,WDR35,WDR33,GNL3,HADHB,HADHA,SIKE1,NSA2,NCOR1,MTF2,GARS,EXOC5,GAS8,CDC123,TIMM9,WDR24,PPP1R2,SCAF8,RPS15A,NSD1,USP1,SLC17A7,YTHDF2,PCGF2,NR1H2,GATC,ELP3,DEF8,HIPK1,WDR12,SCAF1,WDR11,PHF5A,NFIA,NFIB,ANKRD13C,FAM49B,GTF2B,CEP120,AUP1,RPL10A,IPO7,IPO4,TM7SF2,IPO5,EDC4,PPP1CB,PPP1CC,LAMP1,SLC39A9,CFL1,LAMP2,PAPOLA,PLS3,SLC39A7,SNRNP35,SLC39A3,GTF2I,TLE3,RAB2B,MAP2K2,USP5,USP4,DYRK1B,THOC2,ILF2,THOC6,PYGO2,DMWD,RAB34,RAB35,SNRPG,SNRNP27,PHIP,AAGAB,SNRPE,ADNP,SNRPA,CSNK1G1,SNRPB,FKBP2,RAB5B,RAB5C,CBFB,FAM114A2,UBR3,SLC38A10,PHB,ORC5,TPR,UBR5,DVL2,MAP2K5,MCL1,TRAPPC2,EIF2B4,OSBPL8,TRAPPC1,TRAPPC5,COPS4,COPS3,COPS6,SLC7A6OS,COPS2,PDCL,CNIH2,RSL24D1,BCL2L1,DIDO1,MCM7,CCDC47,WDR4,AP1G2,SNRNP70,VPS72,AP1G1,IDH3B,WDR6,TNPO1,EIF2B1,TNPO2,TNPO3,RFC3,PLEKHG2,SECISBP2L,RPL13A,SMC1A,TSN,DNAJC2,DNAJC7,CTDSP2,POLR1B,POLR1C,DNAJC9,CCDC43,MTPN,RAB1B,POLR2A,POLR2B,POLR2C,VPS52,POLR2E,POLR2H,POLR2I,ADSS,POLR2L,PPIL1,IDH3G,FBXL19,TPRKB,FBXL16,RAB10,RAB14,POLR3C,DNAJA3,GLOD4,MFAP3,POLR3D,POLR3E,DRG1,POLR3F,RAB18,DRG2,TPT1,SLC35B2,TCERG1,SLC35B4,TMEM183A,PANK3,HDAC10,CISD1,CISD2,PDCD2L,RPS15,RPS14,PNN,RPS16,RPS19,KAT5,RPS18,FLAD1,RPL36AL,FTH1,LONP1,ARFIP2,LONP2,DENR,RPS11,SEPHS2,RPS12,SRRM3,COG8,ARRDC3,METTL3,MAPK8IP3,SRRM1,NIF3L1,POR,KARS,ZW10,MTHFD2L,HECA,SUCLG1,CSTF3,LIAS,ZNHIT1,ZNHIT3,CSTF1,TNRC18,ZRANB2,SETDB1,SYNRG,SLC35E3,PUM1,PUM2,RPS26,RPS28,RPS27,ZZZ3,RPS29,FUBP1,RPS20,RBAK,RPS21,RPS24,TOP2B,GFM1,UBXN1,SLC35F2,GFM2,ZFAND2A,SIPA1L3,COIL,XPO1,C1QBP,CHMP1A,TMED2,SEC61B,TMED7,GABPA,UBXN6,PSD,PSENEN,ZER1,PARP2,STRADA,PPRC1,ITFG2,TOPORS,UGDH,SCNM1,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,DTYMK,ZDHHC20,NOL7,NOL9,RFNG,TYMP,AMN1,MYEF2,MTX1,SLC31A1,NFYB,NFYC,GBF1,GINS4,RAB11A,ATAT1,KBTBD4,SPCS3,SPCS2,HIST3H2A,XPOT,CAPZA1,MEGF8,KBTBD7,NDUFA13,KDM1A,NDUFA11,NDUFA12,KDM1B,CWC25,LZIC,CWC27,ARHGDIA,HCFC1R1,NOM1,RALBP1,KDM2B,NOSIP,TRPC4AP,RSBN1,TUFM,PRPF6,HGS,MATR3,ZCCHC8,COPB2,IDI1,RPS19BP1,COPB1,PXN,NOP2,CLEC16A,EFNA4,PRPF8,EMG1,EFNB3,ZMAT2,UBB,RPRD1A,BPTF,CPSF4,DARS,CBX5,PNPT1,CPSF6,CPSF1,CBX3,NONO,CPSF3,CPSF2,COQ9,CRLS1,EIF2S1,COQ5,EFNA3,COQ2,EFNA2,CAPRIN1,CHMP2A,SAE1,COPE,MUS81,KDM5B,ASNSD1,HS2ST1,RPS4X,SEPT7,MFSD5,SNAPC2,SNAPC3,MFSD1,TOPBP1,KDM6B,H2AFX,RPS3A,SEPT2,SUPV3L1,DDAH1,DDAH2,TRAPPC6B,AKT1S1,TERF2IP,HAGH,VAC14,STOML2,KDM3A,KDM3B,ETFDH,THBS3,TBRG4,GNA13,NXF1,FAM168B,MAPK7,UGP2,CHSY1,PPP2R3C,MAPK6,KDM4A,KDM4C,TMEM30A,DEK,SLC4A7,RPS6KB1,RBMX,MDC1,MAPKBP1,MT-ND4,CHIC2,RBPJ,ZFYVE1,TSEN54,LSM10,SCAMP5,PSMD8,PSMD9,KRTCAP2,NSDHL,ZFYVE27,PSMD7,PSMD4,PSMD5,PSMD3,SAMD10,NGDN,DNTTIP2,RFX1,DICER1,SCAMP1,SCAMP3,FAM133B,MYL6,EID2,RFX7,PRKAR1A,CLNS1A,PSME3,PSME1,PSME2,CGGBP1,MTMR1,ABCB6,MTMR9,COPS7B,COPS7A,AGAP3,MRPL12,AAAS,GABARAP,MRPL10,MRPL11,MRPL20,HSPH1,GRPEL2,VTI1A,HMGXB3,RHBDL1,VTI1B,EDEM3,MCTS1,PRRT2,EDEM1,ABCA3,PMM2,MRPL27,ERLIN2,FAM136A,MRPL24,MRPL21,EIF1,MRPL22,MRPL30,PSMG3,FERMT2,GPR19,ARF3,ARF4,LRSAM1,PIGU,PIGO,RPLP1,HEXA,RPLP0,MRPL38,MRPL36,MRPL33,JPH4,TRMT112,NIPBL,MRPL40,TMEM43,NKRF,FASTK,RPLP2,LRRC47,UPF2,DFFA,ELOVL4,LRRC49,SIRT4,MRPL49,LRRC40,MRPL48,MRPL45,MRPL46,SIRT2,MRPL43,MRPL44,MRPL53,PSMA6,PSMA4,TMEM33,TUT1,TMEM106B,PGAM5,VAMP2,ARF6,LRRC14,SRRT,RPS27L,PSMB6,GGA1,PSMB7,UNK,GGA3,RECQL5,BTAF1,PSMB3,TMEM68,LEO1,AP2S1,FLNA,HARS,SRSF10,SRSF11,NKTR,UTP6,LRRC24,MDH1,USP9X,MDH2,UTP3,GATAD2A,TMEM60,TMEM59,PSMC5,PSMC1,SERBP1,PSMC2,RPL22L1,CCNT2,UBE2D2,CSE1L,ZBTB22,YY1,RUVBL2,SCMH1,STK16,OSBP,RUVBL1,KPNA6,KPNA2,SLC38A1,VPS33A,VPS33B,PRPF4B,FTSJ3,MRTO4,ANAPC4,ANAPC1,ANAPC2,PFKFB2,RNASEH2C,LRRC59,RNASEH2A,MAZ,SBNO1,PMVK,SLC38A6,E4F1,SLC38A2,DR1,GOT2,ZBTB11,EEF2,GNL3L,STK25,NFE2L3,TUBGCP5,MDM4,PIN4,TMEM19,NFE2L1,ZNF512B,HSP90AB1,CELF1,COX4I1,MRPL3,NGRN,HMG20A,MDP1,EID2B,DIS3L2,PELP1,HSP90AA1,VBP1,RAD23A,RAD23B,HAX1,SLC25A19,BIRC6,PPP1R12B,SLC25A5,PPP1R12C,SLC25A11,SLC25A4,PPP1R15A,GTF3C2,PPP1R15B,GTF3C3,GTF3C4,NDUFB7,NDUFB6,MAK16,PRCC,PARD6G,FOXK2,ZBTB45,PPM1G,LRP6,GANAB,IARS2,SLC25A22,SH2B1,CYB5B,NDUFA9,PTPN1,PPP1R14B,NDUFA7,NDUFA4,MBOAT7,NDUFA3,NICN1,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,TPD52L2,P4HB,SPG21,EIF4A2,EIF4A1,CCNJ,TMEM41A,TMEM41B,ZDHHC5,JMJD1C,ZDHHC6,ZDHHC7,CCNC,ZDHHC4,CYB5D1,NUBP2,TXNDC17,OGFOD2,CCNL2,SEC62,TMPO,SEC63,IMP3,SCAF11,NSMCE2,THAP7,ULK3,ULK2,STX1A,PEX11B,SUPT4H1,PIK3R1,APH1A,COMMD9,DHX33,LARS,PCBP2,DHX37,SURF6,DHX38,SYMPK,RBM12,ZBED4,SNX5,SURF1,INTS1,SURF2,RCC2,INTS2,PAICS,WNK1,ID2,RPL27A,INTS5,PAF1,INTS4,DHX29,CALM1,RGL2,CALM2,TMEM151B,FAM57B,GPAA1,PPP1R10,SUV39H1,INTS10,SLC7A11,BMI1,AATF,IER3IP1,MLX,DHX15,DHX16,IDS,SSSCA1,CCT3,SEC13,MINK1,NCOA4,MRPS2,COMMD1,MRPS7,COMMD4,PDRG1,CTU1,CSDE1,DBN1,STK40,STX16,HEATR1,NEDD8,CCDC106,RXRB,PGRMC1,EXOSC4,CCT8,CCT7,EXOSC2,PAK2,CCT5,CCT4,NPM1,PLEKHA1,YIPF2,YIPF3,HUWE1,TMUB1,RSRC2,AP2B1,NLE1,PER1,DPY19L3,CCNG2,TARDBP,SCARB2,MIDN,DBR1,CAPN7,KIF5B,EP300,BANF1,BAHCC1,SH3GL1,ATG9A,SSU72,WBP11,HNRNPUL1,DKC1,FAM173A,GPD2,GEMIN7,KLHL18,VCP,PSMD11,TMED10,RBM8A,KLHL12,PDS5A,DEAF1,H1FX,CAMTA2,CYC1,PRNP,FDPS,ZFHX2,VTA1,ECD,KLHL24,SUPT5H,CLK2,KLHL20,CLK1,PAN2,H1F0,GCLC,STT3A,TAB3,CYCS,STT3B,LSM14A,YWHAE,GSK3B,RBM28,GSK3A,PRR7,RBM25,DDX3X,DDX46,PRKCSH,CHD6,ILK,DDX41,TRIAP1,AFF4,RPGR,SEC61A1,ABHD16A,YWHAQ,BCL7C,NUP62,NPTN,TIMM17A,RBM17,RBM14,HSDL1,EED,BUD31,DDX55,YWHAZ,PJA2,SFPQ,NDUFS8,CREB1,IRF3,NDUFS7,PEX3,TBC1D5,NUP50,NDUFS4,NDUFS3,NAA35,ATG4B,NAA38,NDUFS1,NUP54,IRF9,DCTN5,DCTN2,DCTN1,GOSR2,DDX23,CSTF2T,DDX21,HMGCR,ACVR1B,TAF1D,MAT2A,TAF1B,BMS1,VHL,SMNDC1,RBM39,MBTPS1,CHURC1,TAF13,GALNT1,TAF11,PDAP1,MAPK14,CHFR,CLCN7,RPIA,MAPK11,IRGQ,CLCN6,ASB6,QRICH1,VIM,FAM98A,CLUAP1,MBTPS2,TAF2,RB1,RPL4,RPL5,RPL3,CLPB,RPL31,DCAF8,ENO2,RPL8,GABPB1,RPL9,RPL6,DCAF7,DCAF6,RPL7,RNF115,MYC,RPL35,PIP4K2B,RPL38,DIP2B,RPL37,MPV17,IER5,RNF111,IER2,MED1,TSPYL1,PIH1D1,RPL23,RPL22,DAPK3,CD3EAP,SOX12,MED4,CLPX,RNF123,RPL24,YME1L1,RPL27,RPL26,RPL28,ALG10B,TSPYL4,RNF121,PRR13,NOLC1,HIF1A,PRDX2,PPP4C,PRDX4,CHST12,RAD21,SSR1,SERF2,BRAP,RPL41,JUND,H3F3B,ST13,MAD2L1BP,PRRC2C,MTHFR,UPF3B,CDC7,UPF3A,PA2G4,THAP11,FIBP,PPP5C,NPLOC4,CDK10,HBP1,DUS1L,SPEF1,CLTC,ADK,TCF20,ADO,TMEM186,ING4,TMSB4X,GPR137,EMD,ZC3H10,NUDC,SSR4,HSBP1,TCF12,RNF167,AFTPH,LSG1,TET3,SF3B3,RPL10,RPL12,GPS1,GPS2,TMEM160,TIMM10,HSPA14,HSPA13,TM9SF4,TM9SF3,BCLAF1,LMAN2,ANKRD54,RPL13,RPS2,BRD8,RPL18,RPL17,SF3B1,RNF130,RPL19,SF3A3,BRF2,SF3A2,TRMT1,GTF2H1,SRP68,LRPPRC,TM9SF1,ABI1,TRMT6,RLIM,FMR1,BZW1,ABHD11,SMARCAD1,LZTS2,MAF1,TMSB10,RPS9,ANKRD49,RPS7,RPS8,RPS5,RPS6,AIP,RPSA,BSCL2,CTDNEP1,ARMCX3,NCL,ERP29,NHP2,ERH,PHPT1,MAD1L1,ENY2,CD151,CUL5,BRI3,CUL2,TARS,KLC2,BAG5,PITRM1,BTBD1,NACC1,SLC15A4,SKIL,MPDU1,TOR1A,MARCH8,MARCH7,LSM3,ZZEF1,CHERP,LSM6,CDK5,CDK4,CNOT1,TADA3,SPIRE2,IARS,CNOT8,EIF4G2,DUSP11,PTBP1,RPL7A,DUSP12,PPP6C,SART1,GM2A,OPA1,HIF1AN,CHUK,GPX4,ELAC2,ZFP91,COASY,REXO4,PTP4A1,TRAF7,PTP4A3,DALRD3,ASPH,TRAF4,RPL37A,SNRPA1,EIF4E2,RNF31,GTF2A1,NFAT5,SMARCD1,SMARCD2,NLGN2,RNF34,WBP1,WBP4,RPL36A,PUF60,RBBP5,SNRPB2,DCAF11,UGGT1,SPAG7,ADRM1,DDHD2,PTPN11,OXR1,CUL4A,RAD52,KLF7,NIN,KLF6,APC,IMPDH2,CUL4B,METAP2,ARL6IP1,RAPGEFL1,GOLGA3,GOLGA4,GOLGA1,UBAP2L,ZFPL1,SOX4,AQR,TIPIN,SACM1L,BOLA1,MRPS18B,PTOV1,JMJD8,JMJD6,MRPS18C,COX7A2L,RRAGA,GRWD1,XRN2,VDAC3,PFN1,AURKAIP1,CBLL1,MGST3,NMD3,DGUOK,INPP5K,BANP,SNHG1,NUS1,NMB,BCL11B,BCL11A,ACADSB,CCT6A,STAG2,CORO7,ITM2C,DAZAP1,FAF2,GDI2,MYL6B,PRPF19,RPTOR,HINT1,ZMYM2,PRMT5,PRMT7,PRMT1,TSC22D3,RHOF,RAB33B,NME1,PRPF18,PACS2,FRG1,RHOV,ALDOA,SGK1,KPTN,ATP6V0C,UQCR11,UQCR10,TBL1X,RANBP2,SUZ12,ARNT2,MARS,R3HCC1,CTNNB1,PRPF31,TRIP12,FAU,TOMM5,TOMM6,ARID4B,NUCKS1,TOMM20,TOMM22,CHCHD4,EFTUD2,TMEM147,CHCHD1,TSC2,WRNIP1,KCTD2,TSC1,KCTD3,KCTD5,MAU2,TBL1XR1,SPNS1,FIZ1,STAM2,COX7A2,DPP3,DPP8,TMEM127,DPP9,EP400,ATP6V1H,SUDS3,DMAP1,ATP6V1D,ZC3H15,ANKZF1,PDZD7,HSPA9,HSPA8,ACBD6,SMAD4,ACBD5,ACBD4,HSPA4,DNAJC11,TBCD,TBCB,BFAR,DNAJC14,SMAD5,DNAJC16,NMRAL1,ARHGAP33,TMEM115,DLG4,CREBZF,B4GALT3,SCYL3,USP36,ACADVL,USP38,USP39,SENP7,TMEM101,GMPPA,FLOT1,TMEM109,PDE4A,USP30,SCYL2,SCYL1,POLG,TSFM,RNF208,TRNAU1AP,ARID1A,SENP3,CKAP5,FAM189B,DDX19A,TRNP1,LUC7L3,ITGB1BP1,CHMP6,TSEN34,HCN3,USP15,POLDIP3,GMPR2,MTIF2,TM2D3,TOB1,HSPD1,U2AF1L4,TFPT,PDE6D,ROMO1,ABCF2,CAMK2G,REPS1,RWDD1,USP24,ATE1,PTCD1,WTAP,B3GAT3,BAD,USP21,HAGHL,ZFC3H1,NAP1L1,HSPE1,DLK2,BAX,SSBP1,SSBP2,ABCE1,SSBP4"
+"gene_set_query"	"171"	"PATZ1"	"251.3"	"ARCHS4 Coexpression,27;Enrichr Queries,148;GTEx Coexpression,579"	"RPL4,CNTFR,RPL30,TRRAP,EHMT2,ARPC5L,HNRNPU,EPRS,RPL8,BACH2,DCAF7,RPL6,DPYSL4,RAVER1,ZMIZ1,DPYSL5,ZMIZ2,AKT2,DPYSL2,MYC,IGLON5,STMN1,DPYSL3,LUC7L,AKT1,PIP4K2B,CDK5RAP3,IER2,TMEM8B,DDX17,NUP210,CD3EAP,SCRIB,WDR73,SOX12,HCFC1,DYNC1LI1,WDR82,DDIT4,RPL26,LETMD1,RPL29,PRR12,SF1,UNC119B,CTBP2,MEPCE,VPS26A,PLA2G6,RNPC3,FAM171A2,LARP1,VPS11,PLCG1,HEXIM1,JUN,WDR59,JUND,PHC1,JUP,CADM1,SETD1A,H3F3A,IRF2BP1,IRF2BP2,PBX2,MEX3D,PBX1,PRRC2B,PRRC2A,HNRNPL,MEX3A,VANGL2,HNRNPK,FASN,HNRNPD,CDK10,PIGU,BTG1,CDKN1B,PIGO,KCNC3,PIGQ,RPLP0,CLTB,SMG5,ING4,TRIM8,JARID2,CIC,BRD2,UPF1,IFT140,EXOC7,GSTO1,TCF12,DYNLL2,DUSP6,NCOR2,SLC7A5,TUBB2B,TUBB2A,IVD,CDC42EP4,PXDN,SLC29A1,LRRC14,NFIX,GGA2,RPS15A,NSD1,CKB,RPS2,SAMD1,MEF2D,RIC3,FARP1,SF3A1,MBD6,PCGF2,WDR13,GATAD2A,NFIA,NFIB,PKN1,AGRN,ATN1,RPL10A,SALL2,FBRSL1,FADS1,GTF2I,MEN1,TLE3,SLC38A1,RNF44,RPS9,RPS8,TPM1,RPSA,FOXP1,MSH6,PYGO2,ARMCX4,ILF3,DMTF1,FSCN1,ERH,SRSF5,ADNP,SRSF6,FKBP4,SNRNP200,KPNB1,CSNK1G2,FKBP5,KHDRBS1,DNMT1,PFKFB3,MAZ,UBFD1,PHF21B,SOCS2,PITRM1,BTBD2,NACC1,TIA1,FUS,EEF2,CHERP,BCL9,ZFP62,PLXNB2,PLXNB1,CNIH2,BCL2L1,ZNF512B,DIDO1,NUMA1,MCM7,ZC3H4,PTBP1,DUSP12,RPL7A,SNRNP70,MDK,UBTF,WDR6,TNPO2,PELP1,AMT,RPL13A,DDOST,NIPSNAP1,QTRT1,GIGYF1,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,ETF1,AHDC1,SMARCD1,SMARCD2,NLGN2,WBP1,SRC,LENG8,MLLT1,MLLT6,HDAC7,DCAF15,CACNG7,U2AF2,BAHD1,FYN,HNRNPA1,UBQLN4,CACNG4,SH2B1,HNRNPA0,MARCKSL1,HNRNPA3,PPIL2,FBXL19,SEMA4C,HNRNPAB,SLC25A38,KLF6,EIF3C,FAAH,SMARCB1,ZMYND8,PPP2R2A,HS6ST1,RCBTB1,ACTB,PNN,RPS17,TRIM28,LONP1,CCNL2,SEPHS1,RPS11,GLUL,ATXN7L3,RPS10,SOX4,TMPO,SRRM2,SMARCC1,ST6GAL1,SMARCC2,METTL3,CIRBP,PTOV1,CSNK1E,CARHSP1,OBSL1,TRIB2,CTXN1,KCTD15,LLGL1,DHX8,ANP32A,IGSF3,DHX9,PIK3R2,PIK3R1,APH1A,NKAIN1,SNX1,PCBP2,GSE1,TNRC18,HIVEP2,ZBED4,B4GALNT4,BBS1,ZRANB2,INTS1,BCL11A,TMEM50B,RCC2,PAICS,SMARCA4,ID2,MAGED2,LRRN1,RGL2,RCOR2,RPS24,ITM2C,DDR1,NRP1,DAZAP1,PTPRS,HIP1,CITED2,GRIK5,MRPS12,PRPF19,PTPRF,PTMS,EPM2AIP1,XPO1,ZMYM3,ENC1,TMED4,PARP1,TSC22D1,ANO8,NME3,PPRC1,ITFG2,MTSS1,SREBF2,MLF2,RHOB,VAV2,MPPED2,ARHGEF2,SGK1,PTMA,DBN1,SATB1,RXRB,HIRA,MNT,ARVCF,RBM15B,CUX1,GPC2,GPC4,APBB3,MAP4K4,RAB11B,VEGFA,KIF26A,SGSM3,SGSM2,HDGF,MEGF8,MIDN,KDM1A,NUCKS1,CELSR2,CELSR3,IGF1R,ACTG1,KHSRP,POGZ,ARID2,KDM2B,TSC2,EEF1A1,MYCN,HNRNPUL1,HNRNPUL2,PRPF3,DTX3,DTX4,PRPF8,CACNA1H,CDH24,H1FX,DMAP1,MYH10,BPTF,IVNS1ABP,PRNP,CPSF7,ACBD4,CBX5,CBX4,AUTS2,CPSF1,PTCH1,CBX2,NONO,CBX1,HMGA1,CLK2,PAN2,EFNA2,HOOK2,DLG3,HOOK1,GNB1,GNAS,UBA1,PI4KB,TCF3,LSM14B,CREBZF,RERE,YWHAE,KDM5B,THRA,PRKCSH,CHD6,DDX42,PSIP1,CHD4,CHD3,LDB2,RND2,PITPNC1,LMNB2,CABIN1,LMNB1,SEPT9,BCL7A,ZC3H7B,GATAD1,PDE4B,MAN2C1,RBM5,KDM6B,KLF13,GLRX3,PDPK1,CAD,CTPS2,NAV2,ARID1A,ARID1B,EEF1G,SFPQ,DDAH2,PPDPF,USP40,LUC7L2,KDM3B,POLDIP3,RBM4B,WIZ,SPG7,TOB1,STRN4,FAM168B,MTA1,DNPEP,PABPN1,TAF1C,NT5DC2,TTC14,RBM39,KDM4A,RRM2,USP20,LIMK2,SSRP1,TTC17,SBK1,PIK3IP1,CARM1,ACIN1,VIM,RBMX,SSBP3"
+"gene_set_query"	"172"	"KMT2A"	"252.7"	"ARCHS4 Coexpression,337;ReMap ChIP-seq,78;GTEx Coexpression,343"	"ATF2,MAPKBP1,SCOC,TRIO,TRRAP,POP4,HNRNPU,GABPB1,GPATCH8,DCAF6,ALCAM,CNST,TBK1,MYC,GPBP1,VPS36,DDX17,MEF2A,MEF2C,RBFOX2,WSB1,FNBP1,PRKCE,REV1,DICER1,SCAMP1,HCFC1,NISCH,BCR,FAM133B,EML5,DYNC1LI1,PRKD3,RFX7,RUFY3,ZC3H11A,RUFY2,TMEM126A,UQCRC1,JTB,PRR12,LETMD1,CGGBP1,CDC42SE1,POM121,SAR1B,MRPL18,RPN1,AGAP1,BAZ2A,SLAIN1,MRPL12,OAZ1,HIF1A,MTMR6,GLG1,ANAPC11,FAM160B1,LDHA,PPP3R1,PRDX5,LARP1,PPP4C,BLOC1S1,NUP85,PRDX1,CHST15,PLCG1,SERF2,ST3GAL3,VPS16,HEXIM1,PRPF38B,CDK19,CREBBP,PRELID1,PHC1,PRRT2,ARPP21,PNO1,EDEM1,RAB3IP,RDX,EIF2AK3,MRPL28,IRF2BP2,PRRC2C,BRAF,PRRC2B,POU6F1,MLLT11,MLLT10,SQLE,UCK2,RNF103,HNRNPK,LAS1L,EIF6,TDP2,HNRNPF,SFXN3,PSMG2,CDK13,EZH1,RNF220,GPR19,ATG2B,SETD5,PHF2,SETD2,SMG1,CDKN1B,HEXB,ADK,TCF20,CTCF,ING1,PIGX,SHF,MECP2,NIPBL,TUBA1B,UBL3,MED13,TMSB4X,TRIM3,GPRASP1,JAK2,GARNL3,APPL1,SHPRH,DUSP1,IFT140,ELOVL5,GSTO1,TCF12,NIPA1,TET2,LRRC40,MRPL47,ELOVL6,ASH1L,SIRT7,DYNLL1,BAZ1B,LRRC41,MRPL44,MED23,RNF168,TAF6L,MRPL53,LSG1,SLC7A6,ZEB2,NCOR1,MED20,TCP1,PELI1,PLEKHO1,EXOC5,VAMP4,PLCB1,ARF5,ARF6,SF3B5,WDR26,PHLPP1,RNMT,ATL1,NIP7,ADAM22,TMEM165,PSMB7,BCLAF1,SCAF8,EXOSC10,BTAF1,NSD1,LMAN2,PSMB1,USP1,AP2S1,RICTOR,ZSWIM6,BID,SRSF11,RUNX1T1,NKTR,PAIP1,ATAD1,EGLN1,PCGF6,SF3A2,YTHDF3,KIDINS220,UTP3,ATRNL1,DAB2IP,GATC,YLPM1,TMEM62,HIPK1,SCAF4,GATAD2B,BYSL,SKI,ABCB10,PSMC6,ABI2,FABP7,TAOK1,SERBP1,PSMC2,FRYL,DGKE,CCNT2,ANKRD13D,DGKD,ATP8A1,CEP120,UBE2D3,SYAP1,ATN1,LTN1,CASC3,PARK7,BZW1,PPP1CB,YY1,EIF4ENIF1,SMCHD1,ZFP30,CFL1,NUDT19,PAPOLA,KPNA4,TXNL4A,PLEKHJ1,GTF2I,CSNK1G3,TLE2,PCYT2,ANKRD49,RALGAPA1,USP3,F2R,PRPF4B,FBXO11,FOXP1,SAP30,ARMCX4,DMTF1,STIM2,SRSF2,PHIP,ANAPC5,SNRNP200,SRSF8,SRSF9,NSMAF,SNRPB,ANKRD17,SMYD5,TNKS,ARL3,ANKRD11,ANKRD12,CUL1,UBR4,UQCRH,ACAT2,SAV1,SOCS2,ATXN2,STK38,G3BP1,TPR,UBR5,MAP2K5,PLXNA3,ANKRD28,TRAPPC2,OSBPL8,ANKRD27,ATP8B2,API5,MARCH6,COPS4,CDK9,PTPRD,COPS6,LRCH1,SLC7A6OS,SCCPDH,SON,YEATS2,NBEA,CNOT1,COPS2,CNOT2,MAFG,NF1,AAK1,SPIRE1,GPR107,MDM4,IARS,CNIH3,TMEM19,EIF4G3,OGT,SERINC5,MAP3K12,SERINC4,LMBR1L,MCFD2,MCM7,NUMA1,CELF1,PTEN,PIK3CD,SYNE2,AP4M1,PPP6C,LBH,SNRNP70,SUMO2,UBTF,ERC1,YAF2,CCDC50,TAPT1,IQCB1,HSP90AA1,GGPS1,DST,GPX4,ATRX,SH2D3C,MSL2,VPS13A,NDUFC1,VPS37B,RANGAP1,MSL1,DNAJC2,NSMCE4A,ASPH,DAD1,BIRC6,TOP1,BDP1,BCAT1,BIRC2,NFAT5,UHRF2,WBP1,GTF3C6,VPS4A,WBP4,MAK16,LENG8,FURIN,FOXK1,SRI,PPM1D,TTL,SRM,MLLT6,SLC25A27,AP3M1,NFS1,POLR2B,KRIT1,CDC37L1,DNAJB9,LRRC8D,RBBP6,IGF2BP3,POLR2G,IARS2,IGF2BP2,DRAM2,ATP9B,DCAF13,TRIM44,UBQLN2,MLXIP,SEPT11,MID1IP1,NDUFA2,ADRM1,DDHD2,RPRD2,DDHD1,ATOX1,TNRC6C,RAD52,NIN,NFASC,TRIM37,MDGA1,TNRC6A,TRIM33,VEZT,CCNI,ZMYND8,JMJD1C,CISD2,CCNC,TXNDC15,TXNDC16,NUDT3,RCBTB2,EFR3A,HERC3,HERC2,HERC1,RUSC1,RPL36AL,TRIM24,ARL6IP5,CCNL1,ATXN7L3,SOX4,FBXO9,TMPO,SRRM2,COG8,ATP6V1G1,SMARCC1,SMARCC2,ALG5,SLC11A2,MOGS,MFSD11,MAPK8IP3,SRRM1,JMJD6,AFG3L2,RRAGA,RRAGD,AKAP9,SIK3,PFN1,AURKAIP1,MACF1,L3MBTL3,PAXIP1,NRN1,ANP32A,MYCBP2,TRANK1,PIK3R1,KALRN,CDKN2AIP,UBE2J1,DHX30,UGCG,GNG10,PTDSS1,GSE1,TNRC18,HIVEP2,ARGLU1,GPM6B,XBP1,ZRANB2,BCL11A,MICAL3,STAM,MED13L,PUM2,UBAC2,MANF,ICK,CCDC88A,STAG2,RPS29,WNK1,GOLGB1,NDUFAF2,ANP32E,GRB2,NOL11,ANP32B,TMCC1,FBXL5,ITM2B,SUGP2,TOP2B,HBS1L,MRPS15,TRAM1,CITED2,MRPS11,FAF1,MRPS12,WASL,VLDLR,HERPUD1,EPM2AIP1,PCM1,SERP1,PCLO,AKAP11,RSRC1,ENC1,REV3L,KIF1B,SEC61B,NCOA2,MRPS27,PRMT7,TSC22D1,NCOA6,GAB2,TFB2M,PPHLN1,ZDHHC17,SREBF2,PARP8,RAP2A,ARHGEF9,RAP2B,PITPNM2,WAC,TAX1BP3,HNRNPH3,CD47,FAM193A,ARHGEF7,PTMA,SLU7,SFI1,FYTTD1,CAB39,SATB1,SLC20A1,DOT1L,NOL7,DERL1,NOL8,AKAP7,ARVCF,RBM15B,CHRAC1,EXOSC8,METTL6,MGAT2,MAP4K5,CCT7,PAK2,MPZL1,BCAP31,DYNC1H1,MON2,PNPLA8,RPA1,AP3D1,HUWE1,KLHL2,RANBP9,MIB1,PPP1CA,PRPF39,XPOT,NEDD4,TTC3,CACHD1,ESYT2,MPHOSPH8,MEGF9,CRTC2,KDM1A,RPP30,ARID4B,PRDM2,COX6A1,SRP14,CELSR3,TOMM22,IGF1R,CNDP2,TMEM145,GRIP1,PPIP5K2,FAM174B,POGZ,FPGS,TBC1D30,EP300,ARID2,BAHCC1,KDM2A,LMO4,ADAM10,SDHC,TSC1,TANC2,TUFM,PDIA4,GPD2,WDFY1,ANKS6,WDFY3,PPIB,CARS2,ZCCHC7,DDX6,PSMD12,YTHDC1,CACNA1A,DTX3,PSEN1,PDS5A,PRPF8,EFNB2,ARHGAP21,FUT8,MAN2A2,DHRS7B,EP400,TBC1D14,NDUFV2,PDZD8,QSER1,BPTF,CCDC134,HSPA8,CPSF6,CBX5,SYT1,PHF10,AUTS2,CPSF3,PTCH1,CLK4,CRLS1,TDRD3,ANKHD1,ARHGAP32,DLG2,PAN3,GNAQ,UBA3,GNB4,UBE2N,STT3B,BRWD1,UBE2K,COPE,CREBZF,RERE,GSK3B,RBM25,RBM26,CHD8,DOCK7,USP34,CHD6,CHD4,TRIAP1,CHD3,CHD2,PKD1,AFF4,PITPNC1,LMNB1,SENP6,SENP7,TMEM223,SENP5,BCL7A,ZC3H7B,MAN1A2,RBM7,RBM33,KDM6A,SUN1,USP48,ARHGEF12,H2AFZ,USP43,CTPS2,GLRX2,PPP2R5C,ARID1A,ARID1B,LATS1,SFPQ,ELF2,FCHSD2,CREB1,ALS2,TBC1D5,NDUFS3,LUC7L3,ITGB1BP1,ZMYND11,KDM3B,SFSWAP,RAP1GDS1,ASAP2,MAT2B,HSPD1,NXF1,GNG5,TNKS2,OXCT1,LEPROTL1,FAM120A,DROSHA,ROMO1,NCAM1,CLASP1,CLASP2,REPS1,SPEN,NIPSNAP3B,USP24,ATE1,KDM4C,PTCD2,WTAP,NEGR1,TAF10,PCDHGC4,PCDHGC3,ZFC3H1,ATP2B1,SOD2,HSPE1,MAPK14,GOLPH3,FMNL2,ERCC8,SPRY2,TAF6,NAA15,SUGT1,SSBP2,PDE7A,TAF1"
+"gene_set_query"	"173"	"ZNF629"	"253.0"	"ARCHS4 Coexpression,213;Enrichr Queries,333;GTEx Coexpression,213"	"TRIO,TRRAP,HNRNPU,EPRS,ALKBH8,NDST1,PSMD7,MPRIP,DPYSL2,MYC,PSMD3,PSMD1,AKT1,IER2,STARD3,MED1,RBFOX2,CSNK2A1,TSTD2,CD3EAP,SCRIB,SOX12,HCFC1,BIN1,ZSCAN21,DDIT4,UQCRC1,YME1L1,UQCRC2,PRR12,NEDD4L,AGAP1,FAM171A1,ABR,FAM171A2,LARP1,RRS1,CHST15,PIP5K1A,RDH14,PLCG1,JUN,ICMT,JUP,CADM1,DMPK,SETD1A,IRF2BP1,IRF2BP2,PRRC2B,PRRC2A,CS,HNRNPL,SLC6A6,PPP5C,FASN,HNRNPF,GIPC1,OGDH,DUS1L,CDK16,CDKN1C,PIGU,CLTC,PRKAG1,SMG5,TUBA1A,TIMP2,RIOK2,CIC,JARID2,RRP15,LRRC47,BRD2,UPF1,ASH1L,MRPL46,DYNLL2,DUSP6,HADHB,NCOR2,DDB1,HADHA,SLC7A5,TUBB2A,CDC42EP4,MED20,PXDN,DLD,ERGIC1,NFIX,SF3B3,DLST,SLC7A1,ADCY6,CENPB,PSMB5,MFN2,CKB,ANKRD52,BRF2,MDH2,PCGF2,DAB2IP,WDR12,SCAF1,LRPPRC,GATAD2A,SKI,NFIA,MYBBP1A,PSMC1,PSMC2,TAOK2,TSR1,PKN1,AGRN,ATN1,TSEN2,BZW2,IPO7,CLU,CFL2,KPNA6,NUDT19,SLC39A7,LZTS2,FADS1,SLC25A46,GTF2I,SLC38A1,USP5,TPM1,RNF40,ACLY,CLIP1,ILF3,FSCN1,FKBP4,SNRNP200,SQSTM1,KPNB1,GLYR1,FKBP5,FTO,LRRC59,CUL7,PFKFB3,CUL5,MAZ,UBR3,UBFD1,GLIS2,PITRM1,DVL1,BTBD2,NACC1,ABL1,PLXNA1,DVL3,CD276,EIF2B3,FUS,SEC16A,GOT2,TMEM132A,EEF2,CHERP,LRFN4,PLXNB2,GPR107,ACO2,NFE2L1,EIF4G1,ZNF512B,SLC25A3,ZC3H4,CCDC47,DUSP12,OPA1,OPA3,UBTF,TNPO2,IDH3A,RAD23B,ARL4C,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,CCDC43,SLC25A12,BCAT1,SLC25A4,PPP1R15A,GTF3C1,BECN1,GTF3C4,NLGN2,WBP4,FOXK1,MLLT1,LRP3,PDHB,SRL,SRR,ABLIM1,FZR1,GANAB,HECTD1,CCDC85C,POLR2B,U2AF2,IARS2,FEM1C,UBQLN4,NDUFA9,MARCKSL1,CIZ1,FBXL19,IMMT,CDC42BPB,HNRNPAB,CUL4A,MARCKS,KLF6,SUCLA2,EIF3C,TRIM32,PFKM,EIF3A,BCAR1,APP,VARS,ZMYND8,HS6ST1,ACTB,TRIM28,LONP1,DAG1,ATXN7L3,SOX4,SRRM2,PDHX,ACTN1,MRPS18B,CIRBP,PTOV1,CSNK1D,MOGS,CSNK1E,MRPS18C,AFG3L2,GUF1,VDAC2,VDAC1,ULK1,OBSL1,KCTD15,LLGL1,MACF1,TBC1D9B,DHX8,IGSF3,DCUN1D2,PIK3R2,PIK3R1,PCBP2,GSE1,MLEC,SYMPK,TNRC18,HIVEP2,PATZ1,RAB11FIP3,B4GALNT4,INTS1,BCL11A,RCC2,STAM,SMARCA4,AIMP2,PTK7,ID2,SDC1,DHX29,RCOR2,ITM2C,MRPS17,DDR1,NRP1,GFM1,DAZAP1,MRPS16,HIP1,PTPRS,CCDC127,GFM2,MRPS12,MRPS10,PRPF19,PTPRF,PTMS,RPTOR,ARIH2,DLAT,MRPS27,TSC22D1,MRPS22,TSC22D3,MRPS23,TFB2M,MRPS7,SREBF2,MLF2,RHOB,VAV2,MN1,MRPS9,ALDOA,SGK1,DBN1,CSTB,MRPS35,SATB2,MRPS30,HIRA,ARVCF,RBM15B,SAMM50,CUX1,PES1,GPC1,MAP4K3,DYNC1H1,MTX3,HUWE1,AP3D1,VEGFA,RGP1,KBTBD4,HDGF,TACC2,MEGF8,MIDN,UBE3C,HDLBP,UBE3A,ARHGAP39,UBE3B,CELSR2,NARS,TATDN1,CHCHD3,KHSRP,ARHGDIA,CAPN2,SBF1,SH3GL1,UBE4A,SDHA,ATP1B1,HNRNPUL1,PLAA,RAI14,DDX1,NDRG1,PRPF8,SUPT6H,CACNA1H,EFNB2,RAI1,RNASEH1,CDH24,CYC1,BCL9L,TBC1D16,PRNP,PDHA1,CPSF1,CBX2,DNAJC11,HMGA1,TIMM44,EIF2S1,COQ6,H1F0,EFNA2,HOOK2,HOOK1,DLG5,GNB1,UBA1,GRSF1,LSM14B,LRP12,RERE,GPSM1,B4GALT2,KDM5C,GSK3A,PRKCSH,MAST2,CHD6,DDX42,ATP2A2,CHD4,SLC2A3,YBX1,LMNB2,LMNB1,ZC3H7B,TIMM17A,UQCRFS1,UTP15,KDM6B,TSFM,NAA30,KLF13,NUP133,PDPK1,H2AFX,CAD,NAV1,NAV2,ARID1A,LSS,SENP3,DDX19A,VCAN,NDUFS4,AKT1S1,NDUFS2,NDUFS1,CUEDC1,USP14,STOML2,TGFBRAP1,ETFDH,WIZ,MTIF2,ATP1A1,STRN4,FAM168B,DNPEP,MTA1,NT5DC2,MKNK2,RPP14,ABCF2,FBRS,SPEN,ATE1,PTCD2,ATP2B4,PDE4DIP,PPP2R3A,SSRP1,NEURL4,SBK1,CARM1,ACIN1,GPD1L,VIM,SSBP2,MBTPS2"
+"gene_set_query"	"174"	"ZNF335"	"253.3"	"ARCHS4 Coexpression,687;Enrichr Queries,117;ReMap ChIP-seq,149;GTEx Coexpression,60"	"TRRAP,STMN3,EPRS,TSEN54,PREX1,RAVER1,ZMIZ1,ZMIZ2,MYC,PSMD3,NFRKB,CDK5RAP3,IER2,WSB1,NUP210,CD3EAP,RFX1,GTPBP1,HCFC1,ARMC1,WDR81,DDIT4,PRR12,DUS3L,VPS28,PRR14,SF1,ATF4,MTMR3,TTYH3,BAZ2A,MRPL11,RHOT2,NUP85,HMGXB3,VPS16,HEXIM1,CREBBP,ACD,JUN,CHKB,JUND,NCAPH2,SETD1A,PBX2,WDR55,EHD1,ABTB1,FAM160A2,FASN,ATG2A,MMS19,HYOU1,CPEB4,OGFR,MOCS2,GMEB2,ELL,TCF25,PHF1,CLTC,TCF20,KRI1,MED16,MED15,IKBKB,GPR137,CIC,JAK2,UPF1,BRD2,DFFA,SPHK2,GMIP,SRP9,WDR33,NCOR2,SLC7A6,MED25,PXDN,RAPGEF1,EXOC3,EXOC5,RNF166,SLC29A2,SRRT,TM9SF4,FGD3,ARFRP1,UNK,GGA3,MEF2D,SF3B1,PAIP1,CENPT,MBD6,SF3A2,PCGF3,HIPK1,GTF2H5,SPSB3,XAB2,MYBBP1A,SHKBP1,TAOK2,ZYX,PKN1,FRYL,YPEL3,TOR2A,ANKRD13D,DGKD,EDC4,FADS3,MAEA,CEP250,PMPCA,MEN1,TLE3,RNF44,USP3,VPS33B,LEMD2,DGKZ,THOC7,ATXN2L,ILF3,RAB35,SQSTM1,CSNK1G2,ANAPC2,CUL9,INO80B,DNMT1,PFKFB3,TUBGCP2,ANKRD11,UBR4,CORO1A,STIP1,SBNO2,NDOR1,PITRM1,E4F1,NADK,WDTC1,ZBTB17,BRPF1,SEC16A,TNK2,HPS4,UCKL1,SON,RHEB,CNOT3,MDM4,OSBPL1A,LRCH4,SERINC3,BCL2L1,EIF4G1,ZNF512B,DIDO1,ZC3H3,AKAP8L,PIK3CD,ETFA,PTPN23,ARRB2,MRPL4,SART1,DUSP12,AP1G2,OPA1,SNRNP70,PPP6R1,DGCR8,REXO1,ARFGAP3,MSL1,GIGYF1,CTDSP2,POLR1B,EVL,PPP1R12C,RNF31,TRABD,PPP1R15A,SMARCD1,GTF3C2,GTF3C5,NDUFB5,CXXC1,LENG8,FURIN,HSD17B12,HDAC7,MLLT6,DCAF15,FZR1,POLR2A,SH3BP2,POLR2E,CSK,JAZF1,SH2B1,PTPN1,PPIL2,SLC12A5,SEMA4D,PTPN11,TPD52L2,ASXL1,KLF6,SMAP2,SEC24C,HDAC10,ZMYND8,KEAP1,KAT5,FTH1,OGFOD2,ARL6IP5,CCNL2,KIF21B,SOX4,TBC1D10B,SLC12A9,SRRM2,SLC35C2,ACTN1,METTL3,CIRBP,CSNK1D,MAPK8IP3,ULK3,ULK1,TELO2,CCDC84,RTEL1,DHX8,MGST3,STXBP2,TRMT2A,PIK3R1,DHX34,MICAL1,SYMPK,TNRC18,RCE1,MAP4,RBM10,CTSA,VASP,SETDB1,INTS1,STK11IP,XRCC1,SMARCA4,CCDC88C,ADCK5,CORO7,RGL2,C2CD2L,FBXL6,ITM2C,CITED2,ZFAND2B,MRPS12,LIMD2,RPTOR,XPO6,DHX15,DHX16,TOP3B,NCOA1,PARP6,NCOA5,MINK1,AMPD2,MRPS7,PPRC1,ITFG2,GAK,PITPNM1,PACS1,STRAP,ARHGEF1,FAM193B,ARHGEF2,SFI1,DBN1,STK40,DOT1L,RELA,NOL6,GNAI2,RXRB,ZDHHC18,NFIL3,PDZD11,MAP4K5,MAP3K3,MIB2,MYO9B,TMUB2,PER1,PNPLA6,DPAGT1,OTUD5,CRTC2,MIDN,SPPL2B,NUCKS1,PRDM2,PHRF1,KHSRP,ARHGDIA,EP300,SBF1,KDM2A,ZGPAT,FBXW11,TSC2,TRPC4AP,MAU2,HGS,PRPF3,EHBP1L1,PPIF,PXN,RASGRP2,NDRG1,SUPT6H,NCKIPSD,KIF3B,GRK6,ZC3H18,CAMTA2,DMAP1,ANKZF1,MARK2,BCL9L,ACBD6,PRNP,CPSF7,PHF12,PCIF1,ANKHD1,CLK3,CLK2,PAN3,EFNA2,HOOK2,ATG16L1,HOOK1,GNB2,GNAS,SKIV2L,CLASRP,PI4KB,RERE,USP36,KDM5C,PRKCSH,CHD8,CHD6,CHD3,TAZ,CABIN1,PPP1R9B,SPRED2,SNAPC4,CASP2,PDE4A,MAN2C1,RBM5,KDM6B,SUN2,KLF13,PDPK1,PLA2G4B,DDX56,H2AFX,AXIN1,ARHGEF18,ARID1A,DNM2,FCHSD1,IRF3,PFDN1,PFDN4,DCTN6,DDX27,ATF6B,POMP,U2AF1L4,NXF1,CYTH2,DNPEP,TAF1C,SPOCK2,MKNK2,PTK2B,FBRS,PDLIM7,CYTH1,SPEN,RBM39,KDM4B,USP20,ATP13A1,TAF13,USP21,ATP2B4,LRWD1,USF1,CHFR,CLCN7,CAPN10,ACIN1,CDK2AP1,QRICH1"
+"gene_set_query"	"175"	"CLOCK"	"253.6"	"Literature ChIP-seq,62;ARCHS4 Coexpression,564;Enrichr Queries,237;ReMap ChIP-seq,248;GTEx Coexpression,157"	"MT-ND4,TFRC,ZFYVE9,PREX1,NDST1,NSDHL,KRTCAP2,PSMD4,PSMD2,DPYSL2,AKT3,PSMD1,AKT1,TMEM8B,MEF2A,HES6,SAP30BP,MEF2C,CSNK2A1,UNC5A,RBFOX3,TSTD2,CACNA2D1,DICER1,RC3H2,EML2,PRKAR1B,ZC3H11A,PSME4,FEZ2,DDIT4,PSME1,JTB,ASPHD2,UQCRC2,SF1,ATF4,TTYH3,SAR1A,SAR1B,PDGFA,OAZ1,ADAMTS10,CYB5R3,HSPH1,RDH11,PRKAR2A,HEXIM1,CREBBP,JUN,EIF2AK1,LARP4,EIF1,MLLT11,EIF5,SFXN3,PSMG3,DZIP3,PIGU,PIGO,NCAN,OSBPL11,MED15,BBC3,OSBPL10,NIPBL,MED13,MRPL40,TUBA1A,LRRC45,IFT140,DUSP1,SLC39A13,DYNLL1,BAZ1B,SLC7A4,PHF20L1,MRPL53,PSMA6,SLC7A6,TMEM33,MED21,CDC42EP4,PXDN,VAMP2,ARF5,PAFAH1B1,TRUB2,SRRT,KCNA6,SDAD1,UNK,SPOP,STX6,MFN2,RICTOR,BID,RABAC1,MEF2D,USP9X,TRAPPC10,MBD1,DAB2IP,TARBP2,PSMC6,PSMC3,CCDC9,APEX1,SHKBP1,TAOK1,ETNK1,SLMAP,FABP7,SRRD,YPEL1,CCDC6,TSR1,PKN1,YPEL4,FRYL,YPEL3,GZF1,NAB1,LTN1,FBXO21,FADS3,SLK,KPNA6,KPNA4,PIM3,KPNA3,KPNA1,SLC25A46,BNIP3L,DGAT1,FBXW7,PPP1R16A,PRPF4B,CNPY3,ATP11A,FBXO10,FBXO11,FOXP1,MSH6,ACLY,ACAP2,FSCN1,SRSF2,SRSF3,SRSF5,SRSF6,KPNB1,LY6E,INO80B,LRRC59,PFKFB3,MAX,UBFD1,LIN7C,CORO1A,HSP90B1,SBNO1,PMVK,G3BP1,G3BP2,ZKSCAN2,NAE1,EVI5,SLC38A2,NOP14,BOD1,FUS,HPS1,GFPT1,HPS4,HPS3,ARPC4,EEF2,STK24,SP3,MDM2,TUBGCP4,SPRN,SLC25A1,HSP90AB1,ALAS1,PTEN,BICD2,CAPZB,SUMO1,SUMO3,PPP6R2,PPP6R3,ACP2,PGLS,HSP90AA1,PPP1R12A,DST,SIGMAR1,ATRX,VPS13A,TFIP11,VEZF1,VPS37B,MSL1,ARL4C,SLC25A17,PIK3CA,NPC1,IMPAD1,BIRC6,ETF1,SEC22B,SLC25A5,PPP1R15B,PRPS1,NDUFB8,PPM1L,ROCK1,ROCK2,FOXK2,PARD6G,EHBP1,LRP6,MTHFSD,ZNRF2,FCHO1,SH3BP2,FCHO2,KRIT1,UBQLN1,CDC37L1,SH3BP5,FEM1C,FSD1,DRAM2,EIF4E,SH2B2,SLC25A25,EIF4B,CYB5B,PTPN1,CIZ1,FEM1B,PCDH7,FOXJ2,BAIAP2,MCOLN1,EFR3B,TPD52L2,ATOX1,NECAP2,MCM3AP,MYO1B,SNRK,SUCLA2,EIF3J,EIF3G,PDCD4,P4HB,TRIM32,TRIM33,EIF3B,CERK,EIF4A3,ZDHHC5,JMJD1C,ZDHHC3,ACTB,ZDHHC4,EFR3A,HERC2,SNRPD2,ATXN7L2,BSN,CALN1,ARSA,ACTN1,CIRBP,MMD2,CSNK1D,MOGS,KDELR2,TRIB2,TRIM11,GIPR,MYCBP2,PIK3R1,SNX4,PCBP1,TSPAN6,DHX36,PCBP2,SYMPK,HIVEP2,SNX5,RAB11FIP5,SEC31A,XBP1,INTS1,MYO5A,SMARCA2,PTK2,EXT1,CALY,PTK7,WNK1,CDC16,DHX29,CALR,INTS8,CALM2,PTPRS,DOC2A,FAM57B,GRIK5,DIRAS2,ICA1,MRPS10,AATK,PEPD,RAB22A,HERPUD1,SYNCRIP,PCM1,AKAP11,ARIH2,REV3L,RAC3,KIF1B,NDEL1,NCOA1,CCT3,NCOA2,MRPS26,PBRM1,MRPS23,ACAD9,MINK1,ZFR,PDRG1,PITPNM1,CSDE1,ARHGEF1,CRELD2,STK40,NAPG,GNAI2,EXOSC7,PGRMC1,SERTAD2,CAMK2N1,HSF2,HSF1,MGAT3,SCAND1,CCT5,PEX16,UBE2G1,UBE2G2,MYO9A,VEGFA,MIB1,PPP1CA,SGSM1,SH3RF3,PER1,BOP1,NUDT8,CCNG2,FKBP1B,TARDBP,OTUD4,OTUD5,SCARB1,MIDN,UBE3C,CRTC1,ZFAND6,UBE3A,IGF1R,CAPN7,KIF5B,EP300,ARID2,BAHCC1,POU3F3,TANC2,ADAM19,TBC1D20,PLAA,PPIE,WDFY3,CARS2,PPIA,PPID,COX19,PSMD12,VCP,PSMD11,NDUFB10,DDX1,NPR2,TOR1AIP2,PDS5B,PDS5A,RAI1,FUT8,GRK6,TBC1D14,NDUFV1,QSER1,TBC1D16,IVNS1ABP,PRNP,UBE2H,UBE2I,AUTS2,KLHL22,MANBAL,H1F0,HOOK2,HOOK1,GNB2,GNAQ,STT3B,LSM14B,GALK1,GSK3B,DDX3X,PRKCSH,MAST2,CHD6,ATP2A2,HMGB3,RND2,AFF4,LASP1,BCL7A,MAN1A2,RB1CC1,GALNT9,GET4,BCKDHA,NAA30,SUN1,ARHGEF12,TTC33,PDPK1,DDX55,UBE2QL1,YWHAZ,PJA1,CREB1,NAA35,MVD,IRF9,DCTN2,NAA20,DCTN4,DCTN3,RAP1GDS1,RNF8,ASB13,PARN,ASAP1,CYTH3,PABPN1,MKNK2,BNIP2,RALY,ARFGEF1,EYA3,ATP2B1,MAPK14,USF1,CHFR,CLCN7,TEF,FAM131A,ASB6,RBM42,KRAS,FAM98A,NAA15,RB1,NCKAP1,CNTFR,TRIO,RPL32,STMN2,BACH1,GPATCH8,DCAF7,DCAF6,GLS,ZMIZ2,MYC,STMN1,AP1S1,MPV17,CDK5RAP3,TSPYL1,DAPK1,RPL22,CD3EAP,ARMC8,SOX12,HCFC2,CLPX,GPR162,DAAM1,ADPRH,RPL27,PRR12,RPL29,PRR13,CDC42SE1,ANAPC13,RPN2,NEDD4L,SLAIN2,HIF1A,MTDH,PRDX2,PPP4C,CHST12,VPS11,SSR1,ST3GAL1,SLC19A1,S100A10,NAA50,RPL41,ICMT,SNAPIN,CHKA,H3F3B,ST13,IRF2BP1,NR1D1,PHC3,SLC6A6,HNRNPF,GTF2IRD1,CPEB4,OGFR,PHF3,TRMU,SMG1,CDKN1B,SETD7,CLTC,ING1,ING4,TRIM2,TMSB4X,JARID2,RRP15,ZC3H10,TCF12,TET2,ASH1L,GNL3,NCOR2,RNF167,ZEB2,NCOR1,TUBB2A,KIFC2,TET3,EXOC3,EXOC5,GAS6,RNF166,RPL10,GPS1,USO1,ADCY1,ADCY5,BCLAF1,NSD1,LMAN2,CKB,RPL18,SF3B1,PAIP1,PCGF6,SF3A2,CSNK1A1,SYNJ2BP,LRPPRC,KTN1,SLC8A3,MKLN1,NFIA,NFIB,TMEM229B,DGKE,PHLDB1,ANKRD13D,RAB3A,IPO7,CLU,PPP1CB,NPEPPS,TUBB3,CFL1,SLC39A6,LZTS2,MAF1,TMSB10,TLE4,TLE3,RPS9,USP5,ANKRD46,TPM3,RALGAPA1,USP3,RPS5,GPT2,FRMD4A,VASH1,LARP4B,PYGO2,CLIP1,ILF3,RALGAPB,MORF4L2,NCL,RAB34,PHIP,FKBP4,SNRPA,SNRPB,FKBP5,ANKRD17,BRSK1,RAB5C,CUL5,CCDC24,BRI3,CUL2,ANKRD12,CUL1,ITPR1,AK2,UBR3,TARS,AK3,UBR1,HSPBP1,RHOBTB2,PITRM1,PSAP,SKIL,MCL1,OSBPL9,OSBPL8,CCDC12,OSBPL2,TRAPPC5,COPS4,CNOT4,COPS3,RCAN1,LSM7,LRFN4,COPS2,NF1,PLXNB2,SERINC1,EIF4G2,EIF4G1,MAP3K12,RNF187,DUSP12,SCRN1,OPA3,PSD3,PHACTR3,TLK1,WDR6,HIF1AN,TNPO1,PDCD6IP,SECISBP2L,EDF1,WIPI2,YDJC,NIPSNAP1,PTP4A3,TFDP1,DALRD3,CTDSP2,RPL37A,SOS1,TRABD,NFAT5,WBP1,TULP4,PDHB,RAB21,DNAJB1,CACNG8,HECTD1,DNAJB6,POLR2B,MGAT5B,POLR2E,POLR2F,DNAJB9,POLR2G,CSK,DCAF11,MLXIP,SEMA4A,KCNJ11,SEMA4D,AMFR,TPRKB,RPRD2,CDC42BPA,FBXL14,OXR1,MTOR,CUL4A,KLF7,PFKL,KLF6,MARCKS,APC,RAB12,RUNDC1,CEBPZ,PFKM,POLR3K,PFKP,VEZT,SLC35B2,PANK3,HDAC10,RPS15,GOLGA4,DPF1,ARL6IP4,UBAP2L,PDHX,AQR,SLC35C2,ARRDC3,COG1,CARHSP1,KATNAL1,AKAP9,XRN2,VDAC2,HECA,PFN1,AURKAIP1,MACF1,BEX1,ANP32A,TEX264,MGST3,DCUN1D4,TWF1,TMTC1,TEX261,RPAP3,MYL12B,FXR1,UGCG,PTDSS2,SGPL1,ZNHIT1,CHTF8,TNRC18,VAT1,TRAP1,ZRANB1,PDE2A,MANF,CCDC88A,STAG2,GOLGB1,FUBP1,CORO7,DAZAP2,GFM1,SLC44A2,FAF1,ZFAND2A,CX3CL1,LIMD2,SIPA1L1,ZMYM2,GUK1,SEC61G,CHMP1B,ZMYM6,ZYG11B,ATP6V0B,PRMT2,TSC22D1,TSC22D3,ITFG2,MTSS1,RHOB,FAM20C,ALDOA,MPND,FYTTD1,CSTB,SLC20A1,AMIGO1,RFNG,TRAK1,ARNTL,AKAP1,HIRA,RBM15B,CHRAC1,MAP4K3,RANBP2,RYK,MTX3,PTGES3,RANBP9,XPO7,RAB11B,HIST3H2A,PRKRA,TRIP12,CAMK1,FAU,MEGF8,TOMM5,SPPL2B,HDLBP,ARHGAP39,ARID4B,COMT,TOMM20,CCDC28B,CHCHD7,COTL1,LMO4,SHISA5,NOSIP,LMO7,ATP1B3,PCDHA12,PDIA6,PDIA4,ILVBL,TBL1XR1,STAM2,PDE9A,IDI1,RPS19BP1,BTF3L4,ADIPOR2,CAMSAP1,DPP8,DNAJC21,ATP6V1D,MARK3,PDZD7,BPTF,SMAD2,ACBD4,HSPA5,HSPA4,CPSF2,ASPSCR1,ARHGAP29,EIF2S1,SMAD5,NMRAL1,NFKBIA,ARHGAP32,DLG1,EFNA2,ATG16L1,TBCE,JMY,BRWD1,ZSCAN2,COPE,LRP11,B4GALT2,USP36,USP34,ELAVL1,HK1,ELAVL3,RBM3,FLCN,SPRED2,SPRED1,PPP2R5E,MCF2L,FLOT2,MFSD1,RBM6,KDM6B,USP47,KLF11,H2AFY,USP42,ABCC5,IQCE,RNF208,ARID1A,LSS,DNM1,SEPT2,FCHSD1,DDX19A,IGDCC4,DDAH1,THRAP3,RASA1,B4GALT6,CAMK2B,USP14,USP10,RGS16,ATP1A3,STRN3,HSPD1,GNA13,MAPK8,CHSY1,GNA12,MAPK1,NCAM1,ABCF3,CAMK2G,ATE1,BAD,QPCTL,CYHR1,NAP1L1,MEIS3,HSPE1,SLC4A7,RPS6KB1,PIK3IP1,CDK2AP1,TBKBP1"
+"gene_set_query"	"176"	"ZBTB4"	"254.0"	"ARCHS4 Coexpression,107;Enrichr Queries,366;GTEx Coexpression,289"	"ARPC5L,TESK1,STMN3,ENO2,SCAMP5,NDST1,LSM12,ALCAM,CAPNS1,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,DPYSL3,AKT3,DIP2C,PRKACA,TMEM8B,GABARAPL1,MEF2C,RBFOX2,CD3EAP,SOX12,EID1,RNF126,PRKAR1B,PSME3,DDIT4,PRR12,VPS25,TTYH3,SHMT2,AGAP2,ABR,PPP3R1,PPP4C,VTI1A,NRBF2,PIP5K1C,ZSCAN18,S100A10,MCTS1,ABCA2,PRELID1,JUN,CADM3,JUND,JUP,PMM2,MAD2L1BP,IRF2BP2,PBX1,PRRC2B,POU6F1,WDR55,UCK2,SFXN3,EZH2,CPEB4,ARF3,PHF2,PIGU,BTG1,CDKN1B,GPR21,KCNC3,MECP2,TRIM8,JPH3,TRIM2,SPIN1,TIMP2,ANXA6,RRP12,GPRASP1,CIC,LYPLA2,UPF1,ITPK1,NIPA2,GNL2,DYNLL2,DUSP6,MRPL44,PSMA5,NCOR2,PSMA6,ZEB2,INF2,KIFC2,TMEM33,PSMA2,PTRH2,PXDN,PGAM5,GAS6,VAMP2,GAS7,SF3B5,GRN,NFIX,NIP7,CENPB,NRAS,SLC17A7,ANKRD52,NCDN,MEF2D,JAM3,KIDINS220,DAB2IP,SCAF1,GATAD2A,TMEM60,SKI,NFIA,NFIB,TAOK2,NUCB1,PKN1,YPEL5,YPEL3,MTCH1,MTCH2,PHLDB1,CLSTN3,CLSTN1,ATN1,SLC8A2,LAMP1,SESN1,LZTS2,FADS1,BNIP3L,SH3GLB2,TPM1,FRMD4A,ILF2,DGKZ,FOXP1,CLIP3,ARMCX4,TOM1L2,ACAP3,CLIP2,ARMCX1,ARMCX2,DMWD,MADD,SQSTM1,BRSK1,RAB5B,ZC4H2,INSIG1,ITPR1,FBXO41,RHOBTB2,EIF1AD,ATXN2,KLC2,DVL1,BTBD2,SLC38A2,RAB6B,MPDU1,WDTC1,ATP8B2,TNK2,BCL9,YRDC,LRCH2,SH3BP5L,ARPC2,NBEA,MAP3K10,PLEKHM2,PLXNB2,NOP10,BCL2L2,NFE2L1,CALCOCO1,CELF2,ARRB1,PTPN23,NRGN,SGCE,DUSP12,ZNRD1,SNRNP70,PMEPA1,ERC1,EVI5L,TNPO2,DGCR2,EIF5A,DST,RFC2,TFIP11,PTBP2,ARL4C,PTP4A3,SNPH,CTDSP2,DNAJC5,C1D,PPP1R12C,NFAT5,NLGN2,LRP1,WBP2,LENG8,MLLT1,MLLT6,SLC25A27,DNAJB2,ZNRF2,ABLIM1,POLR2A,SLC25A23,DCAF13,ATP9A,SLC35A2,SLC12A5,NICN1,FBXL16,CDC42BPB,CDC42BPA,PNRC1,TNRC6C,MARCKS,PINK1,KLF6,PDCD4,VPS45,APP,CCNK,CCNI,SLC35B1,ZMYND8,DIXDC1,ZDHHC8,HERC2,RUSC2,FTH1,GLUL,ATXN7L3,SOX4,SRRM2,ST6GAL1,SMARCC2,SLC6A17,LIMCH1,ZFP2,ARRDC3,CIRBP,ANK1,MAPK8IP3,MAPK8IP1,STX1B,CRYZL1,HECA,ULK1,KCTD12,TBC1D9B,TSHZ3,TMEM63B,STXBP1,MYCBP2,SDC3,CEND1,CD99L2,PIK3R1,NUAK1,SYNGR1,CSTF1,TNRC18,HIVEP2,MAP4,RAB11FIP3,RAB11FIP5,BBS1,TMEM184B,IQSEC2,IQSEC1,MICAL2,SMARCA2,SRPK1,WNK1,ID2,MAGED2,CALM3,ITM2B,ITM2C,NRP1,PTPRS,TMEM151B,GDI1,CITED2,SLC44A2,DIRAS1,MRPS12,AATK,AP2A1,NCS1,MLX,IDS,KIF1B,KIF1A,GIT1,CTSB,PSD,ZER1,TSC22D1,TSC22D3,MINK1,SYP,UCHL3,ZDHHC17,MTSS1,SYN1,MLF2,RHOB,PITPNM1,PACS2,PACS1,FAM20B,MAPRE3,SGK1,SATB1,PRICKLE2,CAMKK2,PCNP,MNT,CAMK2N1,GPC1,HEATR3,GABBR1,SLC31A1,SORT1,PPP1CA,VEGFA,GRIN1,CAPZA1,CCNG2,SGSM2,PNPLA6,MEGF8,MPHOSPH8,ZFP28,GRINA,SCARB2,CRTC1,ZFAND3,CD81,TOMM22,EFTUD2,POGZ,KIF5A,PALM,CAPN2,SBF1,LMTK3,KCTD2,ATP1B1,ATAD3A,KCTD5,HNRNPUL2,GEMIN7,DAP3,NDRG4,ARHGEF25,PSMD13,DTX3,NDRG2,CPLX2,NDRG1,CPLX1,DPP3,RAI1,IRAK1,CAMTA2,BCL9L,PRNP,CBX6,CRIM1,KLHL23,KLHL24,SYT7,ARHGAP23,GNAO1,HOOK2,HOOK1,DLG4,GNB1,PI4KA,LRP10,MXD4,RERE,GSK3A,DDX49,THRA,PRKCSH,CHD6,CHD3,SOBP,PKD1,TTC28,PPP1R9B,MFSD6,ZC3H7B,CASP3,NPTN,YWHAG,KDM6B,ARHGEF11,SUN2,KLF13,PDPK1,PPP2R5B,NAV2,SEPT5,DNM1,SETBP1,ACOX1,NUP50,ZMYND11,NAT8L,SHANK1,CAMK2B,DCTN1,ATP1A3,NRXN2,TOB1,ADD1,TBRG4,FAM168B,DNPEP,FAM168A,GNG5,SPOCK2,MKNK2,SNCB,FBRS,TAF10,LCA5,ATP2B4,RPIA,NEURL4,PIK3IP1,TEF,PPP2R2C,FAM131B,VIM,SSBP2"
+"gene_set_query"	"177"	"MSANTD4"	"254.5"	"ARCHS4 Coexpression,195;GTEx Coexpression,314"	"ISCA1,SCOC,SLC35B4,ZFYVE9,CISD1,PHAX,STMN4,ENO2,FNBP1L,NUDT3,UBE2L3,GCSH,EFR3A,CAPNS1,DPYSL5,DPYSL2,STMN1,KIF21A,KIFAP3,TBC1D10A,TRIM23,CHGB,GABARAPL2,CXADR,WSB1,RBFOX2,WSB2,ZFP1,PRKCD,ANK2,SOX11,ARMC8,HDHD2,SCAMP1,SCAMP2,ARMC1,LARS2,EID1,EID2,PRKAR1A,IFT81,FEZ1,RUFY3,CRYZL1,TAGLN3,PFN1,RPL28,TSPYL4,PFN2,PRR13,BEX4,BEX2,BEX1,TARSL2,MAGED1,MAPKAP1,STXBP2,MTMR9,PHYHIPL,CD99L2,COPS7A,ATXN7L3B,OAZ1,MTMR7,APH1A,APOO,CHST10,TSPAN7,TSPAN3,GPM6B,VASP,FZD3,NDFIP1,CADM1,SMARCA1,MLLT11,H2AFY2,PKIA,FXYD6,HNRNPC,PAM,CD200,MRPS17,PCSK2,GABRB3,OGFR,HBS1L,MOCS2,WDR47,CSRNP3,CCDC127,PTPRN,DIS3L,OLA1,BMI1,MED15,ROBO1,PPP3CB,LMBR1,TUBA1A,SLC22A17,TRIM2,DNER,KIF1B,GPRASP2,RPS6KL1,DFFA,TSC22D1,ZFR,TCF12,BAZ1B,DYNLL2,TERF2,SRP9,ITFG1,IMMP1L,MRPL50,TUBB2B,TUBB2A,INF2,STRAP,FAM193B,MAPT,MAGEH1,STX12,AMIGO1,WRB,HSPA13,NOL4,GNAI1,METTL6,APBB1,CTNNA2,PAIP2,PAK3,DTD1,ATAD1,DYNC1H1,ARNT2,MYEF2,PNPLA8,KIDINS220,LSAMP,TTC1,ELP3,PNMA2,GTF2H5,KLHL9,ATAT1,LYRM2,ABI2,KLHL7,RPA3,TTC3,AGGF1,MEGF8,ANKRD13C,HDDC2,RAB3C,TUSC3,CTNND1,ZFAND5,MRFAP1,CASC4,NUCKS1,PARK7,CWC27,FBXO21,NUDT11,ATCAY,CDH2,TUBB3,NRCAM,SLC25A46,SLC30A9,ANKRD46,FBXW8,FBXW11,UBE2E3,TTC7B,ZCRB1,RNF41,BSCL2,ARMCX3,MORF4L1,PREPL,ARMCX1,MORF4L2,UBE2V2,SCG5,MATR3,SCG3,FAM92A,XPR1,ATP6V1A,RTN3,IDI1,TBC1D19,BHLHB9,RTN1,ARL3,CCDC25,UBFD1,NTPCR,PDS5B,LIN7C,CORO1B,SBNO2,KIF3A,G3BP2,ZKSCAN2,CAMTA1,RPRD1A,MARK1,PNPT1,CBX5,WSCD1,VTA1,MARCH6,REEP1,NBEA,CNTN1,CPE,TADA1,SERINC1,TUBGCP4,NF2,COPS8,LRP10,LRP12,ASNSD1,RNF14,ELAVL4,DPY30,ZFP82,SOBP,PPP1R9A,GPHN,SGCE,NGRN,PTBP1,FSD1L,SEPT7,OPA1,YWHAQ,SCRN1,SGCB,RNPEP,CASP2,WDR7,CEP170,DNM1L,EID2B,HSDL1,ACTR6,VBP1,NCBP2,RBM18,AKTIP,H2AFV,NAV1,SEZ6L,TSN,EPN1,PJA2,DNM2,PJA1,RABEP1,RCN2,IRF3,EEF1D,TERF2IP,PFDN4,INA,NLGN3,TRABD,HDAC2,NLGN1,DCTN4,RAB1B,USP11,WBP4,CRMP1,HMGCR,TTL,SRR,FAM168B,FAM168A,GNG2,RPS6KC1,SLITRK1,NCAM1,WASF1,FBRS,TRIM44,UBQLN2,CLASP2,RNF20,PCDH9,NDUFA5,TAF13,USP22,PTPN11,GDAP1,NAP1L5,MAPK10,TSPAN14,APC,VAPB,SYT11,PPP2R2B,BRMS1L,ASXL3,VPS41,MGAT4B,OCIAD1,POLR3F,FAM98B,FAM98A,ATXN10,SUGT1"
+"gene_set_query"	"178"	"STAT3"	"256.3"	"Literature ChIP-seq,84;ARCHS4 Coexpression,907;ENCODE ChIP-seq,49;Enrichr Queries,349;ReMap ChIP-seq,107;GTEx Coexpression,42"	"ITSN2,POP5,NUP107,GMFB,POP7,TFRC,POP4,ALKBH3,FAM110A,NDST1,CAPNS1,DPYSL2,AKT2,GPBP1,AKT3,FAM110B,AKT1,PWWP2A,PRKACB,FNBP4,SAP30BP,PRKAB2,PRKAB1,ASPHD1,EWSR1,DDIT3,ZC3H11A,DDIT4,UNC50,FEZ2,ORAI2,JTB,FAR1,ATF4,SLBP,EXD2,SAR1A,SAR1B,SHMT2,NPRL2,MEPCE,CIAO1,PRPSAP1,RHOT2,RDH11,PIP5K1A,RDH14,HEXIM1,JUN,PRPF38A,JUP,NCAPH2,FUCA1,PBX2,LARP4,PBX1,TBL3,FASN,NMT1,SFXN3,SFXN1,DZIP1,RNF220,PRKAG1,SNX10,SNX11,MED16,SHB,MED15,BBC3,DDA1,MED17,SHF,MED11,MED14,ATIC,MED10,NEFL,DLGAP1,DLGAP3,JAK2,JAK1,PCMTD1,APC2,DUSP1,SPHK2,IFT140,TEX10,SLC39A10,SLC39A13,MED27,GMIP,DUSP6,MED29,DUSP7,DDB2,DDB1,MED23,MED22,TMEFF1,MED25,PTRH2,PXDN,MED20,RAPGEF1,ERGIC3,PAFAH1B3,ERGIC1,TRUB1,ELOF1,OAT,LIN37,WRB,GSTP1,ODC1,ATL2,SDAD1,SLC7A1,CENPB,MFN1,STX2,EGLN1,CENPV,CRBN,GOLM1,TARBP2,NUDT21,RABIF,SNX16,TAOK3,CCDC9,SNX17,SNX14,SNX15,CCDC6,PKN1,YPEL5,MTCH1,MTCH2,TMEM167B,PDCD5,ATN1,MPV17L2,CASC3,APEH,FBXO21,FRY,FBXO22,LAPTM4A,SLK,FNTA,UROD,FNTB,ADORA1,CEP250,CIR1,NUDT16,DGAT1,CISH,FBXW9,ATP11C,CNPY2,CNPY3,ZCRB1,FBXO11,LENEP,CDC25B,MSH6,ACLY,DMTF1,SRSF2,SRSF3,SRSF4,PKP4,SRSF5,SRSF6,SRSF7,ARL8B,SLC27A4,FTO,GRIA2,INO80B,TXNDC9,KHDRBS3,UQCRB,UAP1,NRF1,FBXO44,CORO1A,CORO1B,UQCRH,HSP90B1,RAP1B,IGSF21,NDOR1,MED30,PGK1,MBIP,G3BP2,SMYD2,ZKSCAN2,BRIX1,IP6K1,ZKSCAN1,NADK,IP6K2,NOP14,NOP16,API5,FUS,ODF2,FBXO38,HPS1,HPS3,ARPC4,ARPC5,CORO2B,FBXO31,UCKL1,DRAP1,LRCH1,ACO1,ACO2,OGT,NOP10,ITGB1,ISY1,MCFD2,ALAS1,PTEN,ETFA,RLBP1,BICD2,ZNRD1,PPP6R1,ACP2,SNAP29,ARL5A,BCAS2,UNC45A,ACTR3,EIF5A,BCAS3,ACTR2,ACTR6,DHPS,RABGGTA,ARFGAP1,MSL1,IMPACT,TMBIM4,C1D,ETF1,TMBIM6,TOP1,BCAT1,GAPDH,DCTPP1,TNFRSF21,BECN1,CANT1,UHRF2,SRC,SRF,SRBD1,LENG8,RCHY1,MLLT3,TSPAN31,MLLT6,FOXRED2,U2AF2,BAHD1,TRIM46,UBQLN1,FYN,IGF2BP3,FSD1,E2F4,DRAM2,PCDH1,EIF4B,HNRNPA0,NOP56,GADD45GIP1,NOP58,HNRNPA3,TRIM41,GPKOW,PCDH9,FEM1B,CNBP,PCDH7,NTRK3,CDC5L,HNRNPAB,EFR3B,MYO16,NECAP1,SUCLA2,EIF3K,CDKN2AIPNL,SYT11,EIF3L,EIF3I,PDCD4,OCIAD1,EIF3G,EIF3H,TRIM37,STUB1,EIF3E,EIF3D,BCAR1,TRIM33,SMARCAL1,NUDT2,ACTB,NUDT3,NUDT4,HERC4,TRIM28,OPHN1,SNRPD2,HERC1,SNRPD1,CDC26,BSG,TRIM24,EIF2D,SNRPD3,ATXN7L3,FBXO9,EIF2A,ATP6V1G1,SMARCC1,ALG9,ATP6V1G2,ARL15,LIMCH1,ACTN1,ECH1,CIRBP,ALG2,MOGS,CSNK1E,ACTN4,BCS1L,MFSD11,MFSD10,CDC34,SNHG12,PPA2,CDC37,KCNQ2,FAM76B,KCTD17,TRIB2,EIF1B,TRIM11,SLC45A4,DHX8,SDC3,CEND1,TTBK1,CDKN2AIP,GSPT1,PGS1,SEC14L1,HLTF,KCNN1,FAM192A,DECR2,ATP6V1C1,B4GALNT4,BBS1,XBP1,SMARCA5,BSDC1,SMARCA2,SMARCA4,EXT1,MSRA,AIMP2,EXT2,ZBTB6,CWF19L1,RANBP10,SDC1,NOL10,CALR,FBXL5,MON1B,HERPUD2,MRPS17,DHRS13,NRP1,MRPS15,CSRNP2,MRPS16,HIBADH,MRPS11,MRPS12,GRIK3,MRPS10,NAT10,NAT14,COX7C,SYNCRIP,NUDCD3,MAP1LC3B,PPP3CB,UIMC1,SDF4,RAC1,GIT1,COX8A,MRPS28,CAP1,PCYT1B,MRPS26,MRPS27,PCYT1A,GAA,CACYBP,TFB2M,APRT,CTTNBP2NL,TOX4,TOX3,RAP2A,RAP2B,PITPNM1,ARHGEF1,PABPC1,ARHGEF2,PTMA,SLU7,DYNC1I2,PCNA,MRPS36,MRPS33,SSNA1,GBA,HSD17B4,COX5B,COX5A,RELA,GNAI2,PCNP,SH3BGRL,NFIL3,OS9,MGAT1,PEX16,MAP3K3,GABBR2,MON2,PEX19,VEGFB,TTC1,MYO9B,COX6C,GRIN1,YIF1B,VEGFA,NUDT9,PDCL3,TTC9,SEC23IP,NUDT8,TTC5,KLHL7,HNRNPA2B1,NDUFAB1,KLHL8,SGSM2,TCEA2,AGGF1,TCEA1,HDGF,PNPLA6,GRINA,CARS,PRDM8,OTUD5,SRP19,CRTC2,NARF,SYS1,PRDM4,ZFAND3,CRTC1,ZFAND6,ZFAND5,PEBP1,UBE3A,UBE3B,ACTG1,IGF1R,TXN2,EEF1B2,NARS,FAM3C,PCID2,MMGT1,DNAJB12,ADAM11,SDHC,SDHD,POU3F1,COX6B1,EEF1A1,PSPC1,EHBP1L1,DNAJB11,PLAA,PPIE,PPIH,TBC1D23,RAF1,CARS2,PPIA,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX16,CACNA1B,CACNA1A,RAI1,SHARPIN,RNASEH1,TBC1D13,LLPH,TBC1D17,SYT5,UBE2F,SYT3,UBE2H,UBE2I,UBE2B,AUTS2,TIMM44,NUP153,AP4B1,MANBAL,HIGD2A,GNAO1,AHI1,UBE2W,GNAL,HOOK2,HOOK1,UBE2S,MKRN1,GNB1,CNTN1,GNAS,UBE2O,UBA1,AMOTL2,TCF4,TCF3,DEGS2,FGF11,GALK1,UBE2M,PHTF2,CUEDC2,DYRK3,PODXL2,LDB1,HP1BP3,ADAR,TNFAIP1,LDB2,USE1,RND3,LMNB2,PITPNC1,LMNB1,CABIN1,TMEM222,LASP1,RB1CC1,GDAP1L1,IFT57,SUN2,NUP133,PDPK1,TTC33,SYNGR3,EPN1,EEF1G,ALS2,RER1,ATP6V1B2,MAN1B1,CUEDC1,AGPAT5,RRN3,ANKS3,SLC3A2,AGPAT1,AGPAT3,AGPAT4,POLD3,CYTH2,GNG3,TMEM201,CAND1,TMEM203,SV2A,CNR1,TDG,TRA2B,MKNK2,BNIP1,BNIP2,TMEM208,PTK2B,MTA2,CRYM,RPP14,MTA3,FBRS,CYTH1,TIMM8B,NIPSNAP3B,ATF7IP,EYA3,CDK11B,HS3ST2,SMUG1,GALE,UFM1,TEF,ERCC1,POLE3,ERCC5,KRAS,GPD1L,RRP1,ARPC5L,GPATCH4,HNRNPR,PHAX,EPRS,SLC4A3,PHB2,RRP9,ALCAM,CNST,TFG,ZMIZ1,CSPP1,ZMIZ2,AP1S2,AP1S1,LUC7L,NUP214,VPS18,DDX18,PRKCE,PRKCD,WDR74,ATG13,GTPBP4,HCFC1,ARMC1,DAAM1,WDR81,ZSCAN21,VPS25,VPS28,ASTN1,ANAPC13,NUP205,ANAPC16,PHYHIPL,XPC,RNPC3,PRKCZ,GNS,MTDH,LDHB,FAM171A2,LDHA,NCSTN,WDR70,BLOC1S1,CEP70,GAR1,RRS1,VPS11,MCMBP,NRBF2,ST3GAL1,HMOX2,VPS16,CEP78,LHPP,ST3GAL3,BTF3,PHC2,NDFIP1,SNAPIN,PHC1,DMPK,IRF2BP1,IRF2BP2,NR1D1,MCAT,PHC3,WDR55,EHD1,HNRNPK,HNRNPF,ATG2A,MMS19,HNRNPC,FARSA,PAM,ATG2B,CEP57,BTG1,CDKN1B,PHF23,ARPC1A,WDR41,ASH2L,WDR45,SMG7,UBL5,UBL3,RARS,TIMP2,RRP12,CIC,JARID2,RRP15,UBL7,WDR36,EXOC7,WDR34,GNL2,FAM126A,TERF2,TAF6L,SIKE1,TUBB2A,KIFC2,MTF2,TCP1,EXOC4,EXOC5,EXOC2,EXOC1,GRN,CDC123,CLDND1,ADCY1,WDR24,FAM129B,FGD3,ARFRP1,RPS15A,PPP1R7,PPP1R8,RRP36,FARP1,YTHDF1,YTHDF2,KIDINS220,CSNK1A1,WDR18,NR1H2,PCGF3,SYVN1,GATC,ELP2,ELP3,DHRS1,WDR12,SYNJ2BP,SCAF1,NFIB,NUCB1,PLP2,ANKRD13B,FAM49B,RAB3C,ANKRD13D,RAB3A,GTF2B,RAB3D,CEP120,SYAP1,AUP1,RPL10A,CLU,IPO4,SLC8A1,TM7SF2,IPO5,NPEPPS,RIMS4,IPO8,LAMP1,SLC39A9,CFL1,LAMP2,PHYHD1,SLC39A6,HMGN3,GTF2I,PLEKHJ1,RARS2,CSNK1G3,TLE3,SUPT16H,USP7,USP4,USP3,TPM1,GTF3A,DYRK1A,THOC2,PGD,VRK3,LEMD2,NRBP1,THOC6,PYGO2,RAB31,DMWD,RAB34,RAB35,FKBP8,SNRPG,AAGAB,PHIP,SNRPE,STAMBP,SNRPF,TOX,SNRPC,FKBP3,CSNK1G2,FKBP5,CSNK1G1,SNRPB,BRSK1,FKBP2,RAB5C,CCDC24,INSIG1,SLC38A10,UBR2,PHB,HSPBP1,ORC5,ORC4,SCRT2,ORC6,UBR7,ORC3,TPR,UBR5,DVL2,PLXNA1,SRGAP3,RAB6B,MCL1,TRAPPC2,EIF2B5,EIF2B4,TRAPPC3,AKIRIN1,EIF2B3,TRAPPC1,TRAPPC4,TMEM132A,TRAPPC5,M6PR,TRAPPC9,COPS3,COPS5,SLC7A6OS,SYNJ1,NSG2,LHX2,COPS2,CPD,REEP2,PDCL,CCDC22,COPS8,RAB5A,RSL24D1,CNIH4,BCL2L1,DIDO1,WDR1,WDR3,CEP164,WDR4,PIK3C2B,LBH,NOB1,VPS72,SNRNP70,UBTF,IDH3B,CEP170,EVI5L,TNPO1,EIF2B1,TNPO2,TNPO3,CCDC39,RFC3,PLEKHG2,CDADC1,GGPS1,RFC2,SECISBP2L,RPL13A,PLRG1,WIPI2,SMC1A,DNAJC2,DAD1,CTDSP2,LANCL2,DNAJC9,CRK,MTPN,VPS4B,EI24,CEBPG,HDAC7,DNAJB2,DNAJB1,ABLIM1,HAUS8,POLR2B,POLR2E,DNAJB9,POLR2F,CSK,POLR2I,ADSS,SEC11A,POLR2K,POLR2L,JAZF1,SLC35A2,SLC35A4,PPIL1,PPIL2,TPRKB,FBXL16,RPRD2,FBXL12,ASXL1,BCKDK,DNAJA1,POLR3B,RAB14,PSAT1,VAPB,POLR3D,DRG1,DRG2,CEBPZ,VPS45,SLC35B2,VEZT,IFITM2,SLC35B4,ZMYND8,HDAC11,HS6ST1,RPS15,NFU1,TIAL1,RPS16,RPS19,FLAD1,PPP2R1A,FTH1,MAGOH,LONP1,DZIP1L,ARFIP2,LONP2,BTRC,RPS10,RPS13,RPS12,SRRM2,COG8,SRRM4,IFRD1,METTL3,COG2,CPT1C,MAPK8IP2,TIAM1,NIF3L1,POR,ZW10,MTHFD2L,SIK3,ATP6V0D1,RTEL1,DCUN1D5,CSTF3,CSTF2,TRANK1,LIAS,APCDD1,RPAP3,SCFD1,PDCD11,PDCD10,ZNHIT3,CSTF1,RALGDS,ARGLU1,VASP,MAGEE1,SETDB1,PYCR2,SNAP91,RPS26,SMU1,RPS25,RPS28,RPS27,RPS29,FUBP1,RPS20,RBAK,RPS21,TECPR2,RPS24,GFM1,UBXN1,CITED2,GFM2,ZFAND2A,SIPA1L3,ROBO1,COIL,SIPA1L1,XPO1,C1QBP,CHMP1B,XPO6,SEC61G,TMED1,TMED7,UBXN4,GABPA,RAB8A,TMED4,PSD,PSENEN,PARP6,PARP1,PARP2,STRADA,PPHLN1,PPRC1,TOPORS,PARP8,SLC22A23,SCNM1,NFX1,HNRNPH3,CSTB,GDPD1,NOL7,NOL9,RFNG,NOL4,PTS,TYMP,NOL6,BEGAIN,PPP2CA,TCEAL8,CST3,PPP2CB,AMN1,TCEAL6,ZDHHC18,TCEAL5,CHRAC1,METTL6,NT5M,ATP6V0E2,APBB3,METTL9,PURG,MTX1,PTGES2,NFYB,SLC31A1,NFYC,MPP6,RAB11A,ATAT1,SPCS2,MPHOSPH9,HIST3H2A,XPOT,PRKRA,CAPZA2,NBR1,APBA1,APBA2,KDM1A,NDUFA12,KDM1B,SPPL2B,NDUFA10,CWC25,LZIC,CCDC28B,CNDP2,COL4A3BP,TATDN1,ARHGDIA,FPGS,HCFC1R1,CWC22,AZI2,CHRNB2,RALBP1,PHYH,TRAPPC2L,KDM2A,KDM2B,LMO4,SHISA5,NOSIP,LMO7,ATP1B2,PCDHA12,ATP1B1,TRPC4AP,RSBN1,TUFM,PRPF6,MYCN,HGS,SPECC1L,ZCCHC8,COPB2,ZCCHC7,ISYNA1,PXN,CLEC16A,CABP1,EFNA4,PRPF8,EMG1,UBB,ZMAT2,TCTEX1D2,RPRD1B,RPRD1A,KLHDC4,PNPT1,CBX5,CPSF1,RHBDD3,CBX3,RHBDD2,CBX1,CWC15,EIF2S2,COQ7,CRLS1,COQ5,EFNA2,CHMP2B,CHMP2A,DYNLRB1,LRP10,COPE,LRP12,LRP11,MUS81,KDM5B,KDM5C,THRA,DBI,FBLL1,HK1,RBM3,RPS4X,CASP9,SEPT9,SPRED2,SEPT7,MFSD5,SNAPC2,SNAPC3,CASP3,MCF2L,LRRTM2,MFSD1,TOPBP1,RBM7,RBM5,MAPK1IP1L,KDM6B,H2AFY,H2AFZ,H2AFX,IQCE,OXSR1,SAFB,DCK,SEPT3,DNM2,DNM3,GAP43,RASA1,AKT1S1,TERF2IP,TMEM9,HAGH,PFDN4,PFDN5,KDM3A,STOML2,STOML1,ETFDH,ATP1A1,FAM169A,THBS3,TBRG4,TBRG1,MAPK9,NXF1,FAM168A,MAPK7,ALDH1B1,CHSY1,RPS6KC1,SAP30L,MAPK1,MAPK3,SNCA,TMEM30A,ATP13A1,LIMK2,QPCTL,PPP2R2C,PPP2R2B,RPS6KB2,CDK2AP2,ATP13A2,RBMX,LPIN2,EHMT2,UXS1,ARAF,RBPJ,SCAMP5,PSMD8,SCAMP4,PSMD9,RABGEF1,KRTCAP2,ZFYVE27,PSMD7,PPP4R2,PSMD2,PSMD3,SAMD10,RBFOX2,CSNK2A1,NGDN,CSNK2A2,DNTTIP1,DNTTIP2,RFX3,HDHD2,EML2,SCAMP3,FAM133B,EML5,EID2,MYL6,PRKAR1B,PRKAR1A,CLNS1A,PSME1,PSME2,LETMD1,CGGBP1,FLII,AGAP2,MRPL16,SDR39U1,ABCB8,COPS7A,AGAP3,AAAS,MRPL12,OAZ1,GABARAP,CYB5R4,HMGXB4,HSPH1,GRPEL2,VTI1A,AMZ2,RHBDL1,PRRT1,EDEM3,MCTS1,PRRT2,CADM2,EDEM2,PMM2,EXOC6B,ERLIN2,FAM136A,MRPL24,MRPL21,EIF1,MRPL22,CS,ABTB1,UCK2,EIF6,PSMG4,EZH2,GPR19,ARF4,LRSAM1,PIGT,HEXB,RPLP0,HEXA,MRPL38,MRPL39,MRPL36,MRPL37,CTCF,MRPL34,ECSIT,MRPL32,PQBP1,PIGX,JPH4,IKBKB,TRMT112,TUBA1C,TUBA1A,TMEM43,RPLP2,APPL1,LRRC47,UPF2,LYPLA2,UPF1,DFFA,ACTL6B,ELOVL4,ELOVL5,LRRC49,SIRT4,MRPL49,NIPA1,LRRC40,ELOVL6,SIRT6,MRPL47,SIRT7,MRPL45,DYNLL2,MRPL46,SIRT2,SRP9,SIRT3,MRPL44,MRPL52,PSMA6,MRPL50,PSMA3,PSMA4,TMEM33,CDC42EP4,TMEM106C,TUT1,PICK1,DLD,DSCAML1,VAMP2,ARF6,RNASEK,SRRT,RPS27L,CCNDBP1,MRPL54,MRPL55,GGA1,PSMB4,RECQL5,UNK,TCOF1,TMEM65,PSMB3,PSMB1,AP2S1,LEO1,FLNA,MEF2D,YKT6,SRSF11,NKTR,UTP6,MDH2,UTP3,USP9X,STAT2,YLPM1,LETM1,PSMC6,PSMC4,TTLL1,UBAP1,RPL22L1,UBE2D2,UBE2D3,UBE2D1,TSEN2,HDDC3,YY1,EIF4ENIF1,STK11,RUVBL2,STK16,OSBP,KPNA6,FBRSL1,PIM3,SLC16A2,KPNA3,SLC25A44,SLC25A46,SLC38A1,IK,ANAPC7,VPS33A,VPS33B,PRPF4B,ZBTB33,FOXP4,FOXP1,RBX1,OLFM1,SLC9A5,SLC9A8,MAPKAPK2,SNRNP200,SQSTM1,KPNB1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ISG20L2,ARL1,STK39,UBFD1,NTPCR,SAV1,GLIS2,SOCS2,SBNO2,PMVK,STK38,SLC38A6,SLC38A2,SOCS7,LRRC4B,ZBTB17,GOT1,GOT2,ZBTB11,EEF2,ZC3HC1,MFHAS1,PTPRA,MDM2,PIN1,MDM4,TUBGCP3,PIN4,NFE2L1,MDM1,ZNF512B,SLC25A1,HSP90AB1,CELF1,CELF2,POMT1,CELF4,CELF5,PIK3CD,ARRB2,MRPL4,MRPL3,NGRN,MRPL2,SUMO1,SUMO2,ME1,NCK2,PMEPA1,HMG20A,MRPL9,MDP1,DNM1L,CTNNBL1,HSP90AA1,DST,SH2D3C,VPS37C,RAD23A,NDUFC1,VPS37B,DDOST,PPM1B,HAX1,SNPH,PIK3C3,SLC25A12,SEC22B,MET,SLC25A11,PPP1R12C,AHDC1,ST6GALNAC6,RNFT2,PPP1R15A,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,SEC23A,NDUFB7,GTF3C5,NDUFB6,PPM1L,NDUFB4,PRCC,MAK16,CXXC1,ZBTB43,FOXK2,ZBTB45,FURIN,FOXK1,MFF,PARD6A,NCLN,FCHO1,FCHO2,SLITRK5,LRRC8B,SLC25A22,AAMP,ATP9A,BEND6,SH2B1,CYB5B,PTPN1,NDUFA8,PPP1R14B,NDUFA7,NDUFA5,NDUFA4,MBOAT7,NDUFA3,NICN1,NDUFA2,NDUFA1,FOXJ2,HIP1R,IMMT,LYSMD1,RPL23A,TPD52L2,SLC25A39,CCM2,P4HB,SMAP2,SMAP1,SPG21,SLC25A36,EIF4A1,CCNK,AHCYL1,CCNJ,TMEM41A,PLEKHB2,CCNH,KDELR1,EIF4A3,ZDHHC5,KEAP1,ZDHHC6,CCNC,GCC2,IFI30,CYB5D1,TXNDC17,UBE2L3,ZDHHC4,CCAR1,CHORDC1,KIF21B,CCNL1,SEC63,TMPO,ACVR1,ARSA,EPHA4,EPHA7,ST6GAL1,ST6GAL2,IMP3,ANK2,MMD2,MIF,THAP7,CD2BP2,TAGLN3,L3MBTL3,FOXG1,PEX11B,CTR9,SUPT4H1,PIK3R4,PIK3R3,PIK3R2,PTTG1IP,PIK3R1,UBE2J1,SNX3,SNX1,COMMD9,DHX32,PGBD5,DHX33,DHX34,LARS,PCBP1,TSPAN6,DHX35,ERI3,DHX37,DHX38,DYM,SYMPK,RCE1,RBM12,SCN3B,RAB11FIP4,SNX5,N4BP1,SEC31A,TMEM86B,IQSEC2,LRRN3,ZFR2,RCC2,INTS2,MICAL3,XRCC1,ERAL1,PAICS,ICK,ARMC10,PPP1R1A,ID2,INTS5,PAF1,INTS4,CALM3,CALM1,CALM2,INTS8,RGL2,AARS,PTPRS,GPAA1,CCDC124,CTSZ,TECR,DIRAS2,INTS10,SLC7A11,WASL,IER3IP1,PEPD,ARV1,SPTLC2,RSRC1,REV3L,IDS,SSSCA1,KIF1B,KIF1A,CTSD,CTSB,VKORC1,ACAD8,SEC13,WARS,DBNL,NCOA5,STARD3NL,ACAD9,NCOA4,MINK1,ZFR,ANO8,MRPS7,COMMD6,COMMD4,PDRG1,RGMA,ENAH,CTU1,VSNL1,G2E3,CD47,CRELD1,CRELD2,STK40,STX12,STX16,DOT1L,HEATR1,DERL1,NEDD8,CCDC106,MNT,EXOSC4,SAMM50,FAM172A,PES1,EXOSC9,EXOSC8,CCT8,CCT7,PAK2,CCT5,EXOSC1,CCT4,NPM1,YIPF1,YIPF2,YIPF4,YIPF5,RSRC2,UBE2G1,NLE1,PPP1CA,FKBP1A,PER1,DPY19L1,KIF26A,NEDD4,RPA3,TARDBP,DPAGT1,FHOD3,SCARB1,MIDN,WWC1,BCCIP,PHRF1,KIF5C,FAM174B,PPME1,KIF5B,CAPN2,EP300,SNIP1,BAHCC1,SBF2,RGS7,SH3GL1,ZGPAT,TPRA1,ADPRHL2,DIMT1,SLC30A5,OSR1,LMTK3,WBP11,RUNDC3A,HNRNPUL1,TMX2,FAM173A,TMX1,DOK5,SCN8A,UBE2V1,GEMIN7,RTN2,PSMD12,NDRG3,RTN1,PSMD13,TOR1AIP2,KLHL12,SLC1A4,PSEN1,PDS5A,NDRG1,SUPT6H,RTN4,RPF1,DEAF1,KIF3A,FUT9,CAMTA1,H1FX,KIF3C,CYC1,NDUFV2,BCL9L,IVNS1ABP,PRNP,FDPS,KLHL25,ECD,CRIM1,DSTN,SUPT5H,SSH3,KLHL20,PAN2,GCLC,PAN3,PQLC1,OSTC,PHF13,LSM14A,PICALM,YWHAE,GSK3B,RBM28,GSK3A,PRR7,PRKCSH,CNRIP1,DDX47,CHD8,MAST1,CHD6,DDX42,ATP2A2,CHD4,ARHGEF10L,TRIAP1,HMGB1,CHD2,PPP1R9A,AFF4,PPP1R9B,RPGR,SEC61A1,BCL7A,GATAD1,MLST8,TIMM17A,TIMM17B,LRRFIP2,YWHAG,GALNT9,RBM33,BCKDHA,UTP15,RBM17,NAA30,RBM14,ARHGEF12,GLRX3,DYNLT3,BUD31,DDX55,RBM18,DDX56,ARHGEF18,ABHD14A,YWHAZ,DDX50,CREB3,SFPQ,LMBRD1,CREB1,NDUFS8,IRF3,NDUFS7,NDUFS6,GORASP2,PEX3,NUP50,NDUFS5,PEX5,NDUFS4,NDUFS2,NAA38,NDUFS1,NUP54,EAPP,INA,IRF9,RBM22,DCTN6,DCTN5,MVK,DDX27,DDX24,DCTN1,NAA20,GOSR2,GOSR1,DCTN3,PARN,DDX20,RBM4B,DDX21,MAT2B,PARL,HMGCL,TAF1D,DNPEP,RAB40C,MAT2A,TAF1C,PDLIM7,RBM39,CHURC1,NAA10,TAF13,TAF10,TAF11,MIIP,ATP2B4,LRWD1,SOD2,MAPK14,ACVR2A,MAPK10,IRGQ,PNKD,GLB1,ASB8,ACIN1,QRICH1,VIM,R3HDM1,CLUAP1,RAN,LNX2,RB1,RPL4,CYFIP1,RPL5,MYT1L,STMN3,DCAF8,STMN4,GABPB1,ENO2,DCAF5,FNBP1L,BACH1,RPL9,DCAF7,BACH2,RPL6,GLE1,MYC,STMN1,CDK20,RPL36,RPL35,PIP4K2B,RPL38,PIP4K2C,RPL37,MPV17,IER5,IER2,RNF111,ANKS1B,UNC13B,ACOT9,MED1,MECR,RPL21,PIH1D1,RPL23,DAPK3,MED8,CD3EAP,SOX12,AARSD1,MED4,DYNC1LI1,BIN3,BIN1,IFT81,CLPP,YME1L1,RPL27,RPL26,PRR12,RPL29,ALG10B,DUS3L,TSPYL4,POM121,RPN2,MAPKAP1,RPN1,NOLC1,ATXN7L3B,VPS26B,HIF1A,GLG1,PRDX2,PRDX5,PPP3R1,RIC8B,RAD21,SSR1,S100A10,RPL41,ACD,CDK19,JUND,H3F3B,CHKA,H3F3A,PRRC2C,MAD2L1BP,MTHFR,UPF3B,UPF3A,PA2G4,PRDX6,PRRC2B,TMEM198,TMEM199,FIBP,SLC6A6,NPLOC4,H2AFY2,GIPC1,OGDH,CDK10,SERPINI1,CDK16,CPEB4,OGFR,ELL,SPEF1,CLTC,LPCAT1,CLTB,ING1,ING4,RNF157,TRIM8,TMEM189,TRIM2,TMSB4X,ENSA,TRIM3,ANXA6,GPR137,RIOK1,ZC3H10,BRD1,NUDC,IFNGR2,SSR2,TCF12,TET2,AEN,RNF168,RNF167,LSG1,RNF166,RNF165,SF3B4,SF3B5,SF3B3,RPL10,RPL12,RPL11,GPS2,TIMM10,TM9SF4,BCLAF1,ASNA1,CHN2,CHN1,RPL14,RPL13,SC5D,RPS2,RPL18,BRD7,RPL17,SF3B1,BRD4,SF3A3,BRF2,RIOK3,TRMT1,GTF2H1,WWP2,NMNAT2,SRP68,KTN1,FIG4,AGBL5,RNF145,TM9SF1,RYBP,MORN4,TRMT6,ABI1,ZYX,RLIM,RNF141,TOR2A,ATP8A2,CTNND2,CLSTN1,CTNND1,RNF19B,CDH8,MAEA,CDH2,TUBB3,RNF19A,SMARCAD1,MAF1,TMSB10,SEMA6B,BIVM,RNF44,ANKRD49,ANKRD46,RPS7,RPS8,RPS5,IGFBP3,RPS6,AIP,GTF2F2,TRAIP,CLIP3,CTDNEP1,BSCL2,CLIP1,RALGAPB,NCL,NHP2,MAD1L1,DNMT1,ENY2,CUL7,SEMA7A,CD151,CUL5,ABHD2,ANKRD11,AK1,CUL2,ANKRD12,ABHD8,ITPR1,GTF2E2,PHF21A,RHOBTB2,KLC4,BAG4,BTBD1,BTBD2,NACC1,ESD,PSAP,SAFB2,ABL1,SKIL,SLC15A4,MPDU1,WDTC1,ESRRA,TOR1A,MARCH9,ASNS,DHCR24,MARCH7,LSM5,MARCH6,BTBD9,MARCH5,LSM3,CDK9,CNOT4,LSM7,CNOT6,LSM6,CDK5,CDK4,CNOT1,NF1,TADA1,SERINC1,IARS,NF2,CNOT8,SERINC3,RNF185,SERINC2,RNF187,EIF4G1,LMBR1L,RNF10,CALCOCO1,RNF13,TRADD,PTPN23,DUSP11,PTBP1,DUSP12,PPP6C,RPL7A,SART1,METTL14,SART3,GM2A,OPA1,SIN3B,SIN3A,HIF1AN,SLC37A4,SLC37A3,IQCB1,REXO1,PDCD6IP,GPX4,CHUK,LIX1L,REXO2,REXO4,ZFP90,NIPSNAP1,PTP4A1,PTP4A2,TRAF4,SNRPA1,EIF4E2,SSX2IP,RNF31,GTF2A1,NFAT5,NLGN1,SMARCD2,GTF2A2,RNF34,SMARCD3,WBP1,WBP2,CLEC2L,WBP4,RNF38,RPL36A,CACNG7,FZR1,HIRIP3,PUF60,RBBP4,RBBP6,SNRPB2,WASF1,DCAF11,MEST,UGGT1,DCAF12,DCAF13,RNF20,SEMA4A,SPAG7,RNF24,SEMA4B,SEMA4C,PLCL2,PTPN11,DDHD1,OXR1,PNRC1,CUL4A,KLF6,PFKL,MGAT4B,RUNDC1,METAP1,PFKP,METAP2,CBLN1,APP,FAAH,CMAS,ARL6IP1,PWP2,GOLGA4,GOLGA5,RUSC2,DPF1,GOLGA1,ARL6IP5,KIFAP3,GLUL,GOLGA7,SOX4,AGFG1,AQR,TIPIN,SLC6A17,SLC11A2,ACSL6,PTOV1,RECQL,BOLA1,MRPS18A,JMJD8,MRPS18C,AFG3L2,COX7A2L,RRAGA,RRAGB,GRWD1,XRN2,CRYZL1,VDAC3,VDAC2,VDAC1,PFN1,EZR,ANKRA2,AURKAIP1,BEX4,CUTA,IGSF8,GPM6A,TSHZ3,IGSF3,MGST3,TWF2,TWF1,NMD3,DGUOK,PTDSS2,VPS8,PATZ1,SNHG1,FIS1,ZRSR2,RABGAP1L,STK11IP,BCL11A,TREX1,SNHG6,ZWINT,GADD45G,SRPK1,CCDC88A,PARP11,STAG1,ANP32E,TMCC2,ITM2B,ITM2C,CDS2,HBS1L,GDI1,FAF1,MYL6B,PRPF19,SERP2,RPTOR,EPM2AIP1,HINT1,UCHL1,SERP1,GUK1,ZMYM6,PRMT6,PRMT8,PRMT7,PRMT1,PRMT3,NME2,RHOF,RHOA,RHOB,RAB33B,NME1,PRPF18,POC5,PACS1,FRG1,WAC,FAM20C,STRAP,MAPRE3,MAPT,RHOV,ALDOA,SGK1,PRIM2,SLC20A1,PRIM1,AKAP8,AKAP6,TRAK1,AKAP1,ANKMY2,CUX2,MAP4K5,LCMT1,MAP4K3,MAP4K4,RANBP2,ARNT2,RANBP3,RYK,AP3D1,RANBP6,RSL1D1,PRPF39,MARS,TOMM7,CTNNB1,RAB3GAP2,TRIP12,FAU,TOMM5,CDK5R1,HDLBP,ARID4A,ARID4B,TOMM20,TOMM22,EFTUD2,CHCHD4,TMEM145,FBL,CHCHD6,POGZ,TMEM14C,ANGEL2,APLP2,TSC1,WRNIP1,KCTD2,KCTD5,TMEM131,PDIA4,DPM2,OXA1L,DPM3,PREPL,TMEM135,TMEM136,TBL1XR1,TIPRL,SPNS1,ELMO1,FIZ1,STAM2,ABCG4,PDE9A,RAI14,NTM,TMEM59L,BTF3L4,LTBP4,DTX1,COX7A2,STK4,PLCXD2,SEL1L3,PDZD4,DPP9,TMEM127,CASKIN1,ZC3H18,DMAP1,ZC3H13,ANKZF1,PDZD7,MARK2,MARK1,HSPA9,DNAJC19,SMAD2,HSPA8,ACBD6,SMAD4,ACBD5,ACBD4,HSPA5,PTCH1,DNAJC11,TBCD,ASPSCR1,IFT122,ARHGAP29,TBCB,BFAR,TBCA,AZIN1,ARHGAP33,NFKBIA,ARHGAP32,RALYL,DLG2,NR4A3,TMEM115,DLG4,ATG16L1,RFXAP,TBCE,ACBD3,NFKBIB,CREBZF,B4GALT3,USP36,ACADVL,DOCK4,USP38,USP33,ELAVL4,SLC2A3,USP39,PKD1,SENP7,TMEM101,ZC3H7B,FLOT1,TMEM108,PDE4A,FLOT2,SPEG,MAN2C1,USP30,SCYL1,USP46,TSFM,KLF13,PDE4D,ABCC5,RNF208,ARID1A,SENP2,SENP3,KLF16,CKAP4,LATS1,DDX19A,ITGB1BP1,B4GALT6,LUC7L2,CAMK1G,B4GALT5,CHMP5,USP15,USP16,POLDIP2,POLDIP3,TM2D1,RGS16,GMPR2,USP12,MTIF2,MOSPD3,MTIF3,U2AF1L4,HSPD1,TFPT,IGFBPL1,CDIPT,ABCF3,CLASP2,LGI1,SPEN,USP24,IGBP1,ATE1,PTCD2,B3GAT3,BAD,USP21,PRAF2,HAGHL,LCA5,NAP1L2,PDE4DIP,NAP1L1,HSPE1,GDAP1,MEIS2,GDAP2,NEURL4,FMNL2,PIK3IP1,BAX,SPRY2,RGS12,SSBP1,ABCE1,SSBP2,SSBP4"
+"gene_set_query"	"179"	"SP3"	"258.7"	"ARCHS4 Coexpression,536;Enrichr Queries,80;GTEx Coexpression,160"	"RB1,NCKAP1,TFRC,HNRNPU,RBPJ,SMC3,EPRS,BACH1,SCAMP5,KRTCAP2,DPYSL4,PPP4R2,MYC,RNF111,DDX17,MEF2A,MEF2C,TSPYL1,WSB1,WSB2,CD3EAP,DICER1,WDR82,ZC3H11A,DDIT4,CGGBP1,ASTN1,NUP205,PHYHIPL,XPC,HIF1A,MTDH,ANAPC11,FAM160B1,PRDX2,RAD21,MCMBP,CREBBP,JUN,JUND,MRPL28,IRF2BP2,PBX2,PHC3,MEX3C,PBX1,SETX,HNRNPL,HNRNPK,EIF5,CDK13,PHF3,SMG1,BTG1,CDKN1B,CLTC,TCF20,CTCF,DDA1,UBL5,NIPBL,MED13,UBL3,TMEM43,JARID2,JAK1,RPS6KL1,TCF12,MANEAL,DYNLL2,DUSP6,SIRT3,NCOR2,ZEB2,NCOR1,PXDN,WDR26,RNASEK,TM9SF3,SCAF8,BCLAF1,NRAS,NSD1,USP1,RICTOR,CKB,SRSF10,SF3B1,YTHDF3,CSNK1A1,USP9X,HIPK1,LRPPRC,MORN4,NFIA,NFIB,TAOK1,SERBP1,RLIM,PKN1,CCNT2,TUSC2,UBE2D3,IPO7,PPP1CB,YY1,PPP1CC,SMCHD1,ADORA1,PAPOLA,TXNL4A,CSNK1G3,USP7,SLC38A1,DYRK1A,ATP11C,ATP11B,CNPY2,ZBTB34,FBXO11,FOXP1,ACAP2,FRMD5,SRSF3,PHIP,ADNP,PHPT1,ANAPC1,BRSK1,CBFB,CUL3,ABHD8,SPATA2,ARL2,HSPBP1,RAP1B,MED30,PITRM1,UBR5,G3BP1,SLC38A2,SKIL,MCL1,OSBPL8,UROS,HPS3,MARCH7,ZBTB11,GON4L,UQCRQ,CNOT1,REEP2,MDM2,PIN1,NF2,EIF4G2,ITGB1,COX4I1,CELF2,PTEN,NGRN,DUSP12,SIN3A,UBTF,EVI5L,TNPO1,ACTR3,ACTR2,HSP90AA1,PPP1R12A,ATRX,ARNT,ZFP91,RAD23B,PTP4A1,PTP4A2,PIK3CA,SNPH,DNAJC5,CTDSP2,POLR1B,IMPAD1,BIRC6,TOP1,RNFT2,SNAP47,NFAT5,MTPN,PPP1R15B,LEPROT,NDUFB8,UHRF2,ROCK1,WBP2,ROCK2,SRSF1,NDUFB2,LAGE3,FOXRED1,NFS1,ZNRF2,PARD6A,HECTD1,FCHO2,UBQLN1,POLR2F,FEM1C,POLR2I,SEC11A,UGGT1,EIF4B,POLR2L,SMARCE1,SPAG9,NDUFA8,SEC24B,NDUFA7,NDUFA4,NDUFA3,NDUFA2,PTPN12,PINK1,KLF6,MARCKS,NIN,PPIL4,TRIM33,TPT1,APP,PANK3,HDAC11,ZDHHC5,JMJD1C,ACTB,PPP2R1A,KIF21A,BTRC,SOX4,TMPO,AGFG1,AQR,SCAF11,ARRDC3,FAM76B,CUTA,MACF1,L3MBTL2,DHX9,PIK3R1,TTBK1,MBTD1,APOO,SNX2,PGBD5,MIER1,ERI3,HIVEP2,RIMKLA,RBM12,N4BP1,ATP6V0A1,SMARCA5,PUM1,SMARCA2,MED13L,PUM2,ICK,STAG1,STAG2,WNK1,ID2,FBXL3,ITM2C,TOP2B,AHCTF1,CITED2,SERP2,SYNCRIP,ARV1,NUDCD3,XPO1,ZMYM2,ZMYM5,DHX15,KIF1A,GABPA,NCOA2,PBRM1,ZER1,ZFR,PRPF40A,MRPS7,RHOA,CTTNBP2NL,MLF2,RHOB,CSDE1,CANX,WAC,MAPRE3,MAPT,PABPC1,SGK1,PTMA,CAB39,ZDHHC20,AMIGO1,UQCR11,CCDC106,UQCR10,COX5B,TCEAL5,APBB1,ATP6V0E2,LCMT1,PAK2,SUZ12,RANBP2,NPM1,NFYA,PTGES2,SPCS3,HNRNPA2B1,CTNNB1,TRIP12,ESYT2,MEGF8,NDUFA13,NDUFA11,UBE3C,ROGDI,MPI,ARID4A,ARID4B,NUCKS1,COX6A1,IGF1R,KIF5B,CWC22,EP300,ARID2,MORC3,KDM2A,COX6B1,EEF1A1,FAM173A,TBL1XR1,WDFY1,CMPK1,FIZ1,MATR3,DDX6,DDX5,NDUFB11,COX7A2,PDS5A,RTN4,CAMTA1,ATP6V1D,BPTF,SMAD2,IVNS1ABP,HSPA8,PRNP,SMAD4,ARHGAP29,NUP153,DNAJC13,SMAD5,AZIN1,GNAO1,NFKBIA,EFNA2,HOOK2,HOOK1,CAPRIN1,STT3B,ACBD3,BRWD1,LSM14A,UBE2M,PICALM,CREBZF,GSK3B,KDM5C,DDX3X,PODXL2,PRKCSH,USP32,CHD8,USP34,CHD6,HMGB1,CHD2,AFF4,LMNB1,RB1CC1,MLST8,TOPBP1,RBM7,KLF13,PDPK1,RNF208,ARID1A,YWHAZ,ARID1B,TGFBR1,LATS1,SFPQ,CREB1,ELF2,RASA1,NDUFS5,NDUFS3,NUP54,NAA38,HAGH,STOML1,KDM3B,DCTN1,ATP1A3,GNA13,DNPEP,FAM120A,BNIP2,MAPK1,NCAM1,ROMO1,MTA2,SMNDC1,ARFGEF1,USP24,RBM39,SGTA,NAP1L1,DEK,MAPK14,NAP1L4,ACIN1,ATP13A2,VIM,PDE7A,TAF2,TAF1"
+"gene_set_query"	"180"	"ZNF512"	"259.0"	"ARCHS4 Coexpression,355;Enrichr Queries,89;GTEx Coexpression,333"	"ATF2,CNTFR,POP7,RPL3,IFT172,STMN2,HNRNPU,STMN3,HNRNPR,STMN4,ENO2,EPRS,FNBP1L,BACH2,DCAF7,RAVER1,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,AKT3,STMN1,LUC7L,TMEM8B,DDX17,WSB1,CXADR,RBFOX2,CD3EAP,SOX11,SCAMP1,SCAMP3,CLPX,RNF126,IFT81,FEZ1,RUFY3,DDIT4,CGGBP1,CTBP2,COPS7B,MRPL14,ATXN7L3B,LDHB,LDHA,VPS11,ZSCAN18,S100A10,FDFT1,NDFIP2,FZD3,PRPF38A,PHC1,ST13,H3F3A,GPN1,MLLT11,HNRNPM,H2AFY2,PKIA,HNRNPD,FXYD6,HNRNPC,CPEB4,PHF2,PIGU,CDKN1B,ADK,MRPL37,PHF6,SHD,MECP2,ING4,TUBA1B,TUBA1A,TRIM2,TIMP2,SPIN1,GPRASP1,GPRASP2,BRD3,ACTL6B,HSBP1,SLC39A10,ELOVL6,ASH1L,WDR35,SRP9,MED22,TMEFF1,TUBB2B,TUBB2A,PXDN,PGAM5,EXOC6,GART,PAFAH1B3,SRRT,PSMB7,BCLAF1,TMEM169,ZSWIM6,RPL18,PAIP2,SF3B1,DTD1,JAM3,YTHDF3,KIDINS220,MBD1,NMNAT2,BLCAP,RNF146,RNF145,ABI2,MORN4,SNX17,TAOK1,SERBP1,PKN1,YPEL5,FRYL,DGKD,CLSTN2,CEP120,UBE2D3,PARK7,PPP1CB,NUDT11,POFUT2,ATCAY,SALL2,CDH2,TUBB3,NUDT19,SMARCAD1,LZTS2,FADS1,GTF2I,HMGN1,SUPT16H,ANKRD46,UBE2E3,TPM1,ARMCX4,ARMCX2,DMTF1,RAB34,ANAPC4,SRSF5,ADNP,SRSF6,SRSF7,FKBP5,GRIA1,RNASEH2C,DNMT1,KHDRBS2,PFKFB3,ZC4H2,KLC1,CORO1C,PHF21B,STIP1,ATXN2,SNN,PITRM1,ANKRD10,NDN,SLC38A2,PLXNA3,IP6K2,ESRRA,NEK9,TIA1,ATP8B2,MARCH6,CDK9,REEP1,LRCH2,SON,NSG2,TMEM11,SERINC1,LZTR1,OGT,SLC25A3,HSP90AB1,CCDC47,COX4I1,CELF3,SGCE,TRO,WDR6,CEP170,EIF5A,ACTR2,RAD23B,ZFP90,NIPSNAP1,CTDSP2,POLR1B,SLC25A12,SEC22C,PPP1R15A,GTF3C2,HDAC2,SRSF1,ZBTB43,TULP4,LENG8,PPM1G,SLC25A27,ABLIM1,RBBP4,HNRNPA1,WASF1,SH2B1,JAZF1,SMARCE1,HNRNPA3,NOP58,MARCKSL1,MYO1B,TSPAN14,POLR3B,SYT11,EIF3L,IMPDH2,ATXN10,PFKM,METAP2,EIF4A2,ZMYND8,CISD1,NUDT3,PNN,PPP2R1A,FTH1,KIFAP3,SOX4,TMPO,EPHA5,SMARCC2,IMP3,ACTN1,METTL3,ARRDC3,CIRBP,SRRM1,AFG3L2,CRYZL1,TAGLN3,EZR,TRIB2,PFN2,BEX4,NUMBL,BEX2,BEX1,TMEM63B,TSHZ3,DHX9,MAGED1,FOXG1,DCUN1D4,PIK3R3,TMTC4,INPP5B,COMMD9,DHX32,PCBP4,PCBP2,TNRC18,MAP4,ARGLU1,RIMKLB,ATP6V0A1,BBS1,ZRANB2,BCL11A,INTS3,ST8SIA2,SMARCA2,UBAC2,RPS25,FUBP1,CALU,MAGED2,RPS24,CD200,ITM2C,MRPS16,CSRNP3,SLC44A2,MRPS12,GDI2,PRPF19,ROBO1,AKAP12,EPM2AIP1,UCHL1,XPO1,ZMYM3,ENC1,DHX15,CTSD,NCOA1,CCDC112,PARP1,STRBP,ZFR,COMMD6,UCHL3,MRPS7,ZDHHC17,RHOA,ITFG1,MLF2,HNRNPH1,HNRNPH3,ARHGEF2,DBN1,CSTB,MAGEH1,PRIM2,STX16,SATB1,PCNP,RXRB,SH3BGRL,ARVCF,NFIL3,TCEAL1,CTNNA2,MAP4K5,MAP4K4,NPM1,MYEF2,KLHL9,ATAT1,RSL1D1,KIF26A,KLHL7,HNRNPA2B1,TTC3,TARDBP,MPHOSPH8,ZFP28,CDK5R1,TOMM22,POGZ,CHRNB2,ACYP1,ATP1B1,RSBN1,POU3F3,PRPF3,EEF1A2,MATR3,FAM92A,XPR1,DDX6,RTN3,DDX5,TMED10,RTN1,ARHGEF25,BTF3L4,DTX3,DHRS7B,MYH10,HSPA8,PRNP,CPSF6,UBE2I,CBX5,NONO,KLHL23,CLK1,H1F0,EFNA2,HOOK2,HOOK1,TCF4,BRWD1,FGF11,CREBZF,MUS81,YWHAE,KDM5B,PODXL2,DOCK9,PRKCSH,HP1BP3,USP34,CHD6,ELAVL4,ATP2A2,PSIP1,CHD3,HMGB1,TTC28,LMNB1,SENP6,SEC61A2,SENP7,YWHAQ,MFSD5,GATAD1,GDAP1L1,RBM5,RBM6,HSDL1,H2AFY,TTC33,PDPK1,H2AFX,PJA2,SEPT3,PJA1,GAP43,RCN2,CREB1,ACOX1,DDAH2,LUC7L3,TERF2IP,INA,PARG,POLDIP2,ANKS3,USP11,DDX21,RBM4B,CRMP1,HMGCR,ACVR1B,ADD1,THBS3,HSPD1,ADD2,GNG3,MAPK8,DNPEP,IGFBPL1,GNG2,MAT2A,MAPK1,NCAM1,CLASP2,TTC14,RBM39,LCA5,ATP2B4,DEK,GDAP1,MAPK10,VIM,SSBP2,RBMX"
+"gene_set_query"	"181"	"ZNF76"	"259.3"	"ARCHS4 Coexpression,446;Enrichr Queries,83;GTEx Coexpression,249"	"IFT172,EHMT2,ARAF,DCAF8,EPRS,RAVER1,ZMIZ1,ZMIZ2,AKT2,DPYSL2,LUC7L,PRKACA,CDK5RAP3,IER2,TMEM8B,DDX17,NUP210,GTPBP6,WDR73,EML2,NISCH,RNF126,BIN1,EWSR1,DDIT4,RBCK1,VPS28,PRR14,SF1,ATF4,TTYH3,FLII,SDR39U1,COPS7B,VPS26A,AGAP3,AAAS,PLA2G6,FAM160B2,ABR,RHOT2,ABCA2,JUN,PHC2,WDR59,CHKB,PHC1,JUND,PBX2,NR1D1,PRRC2A,EHD1,ABTB1,FASN,OGDH,CDK10,RNF220,OGFR,PIGU,TCF25,PHF1,PIGQ,MED16,MED15,SMG5,RNF157,TRIM8,SMPD4,FASTK,TIMP2,ANXA6,CIC,JARID2,BRD2,IFT140,EXOC7,SPHK2,GMIP,DUSP6,NCOR2,RNF167,KAT2A,MED25,VAMP7,INF2,IVD,PXDN,RAPGEF1,SLC29A1,GAS8,RNF166,LRRC14,GRN,SRRT,GGA2,FGD3,RECQL5,UNK,GGA3,PPP1R8,CKB,MEF2D,NKTR,RIC3,MBD6,SF3A2,NR1H2,DAB2IP,SYVN1,WDR13,SPSB3,XAB2,SHKBP1,NUCB1,PKN1,AGRN,YPEL3,ATN1,AUP1,POFUT2,MAF1,FADS1,TLE3,SH3GLB2,RNF44,FBXW5,EIF1AX,TPM1,THOC1,DYRK1B,FOXP4,DGKZ,FOXP1,CDC25B,ARMCX4,PYGO2,ILF3,ARMCX2,DMTF1,FKBP8,FSCN1,SRSF5,SRSF6,SQSTM1,CSNK1G2,FKBP5,ANAPC2,CUL9,INO80E,CUL7,CCDC24,ANKRD11,ITPR1,SLC38A10,CORO1A,RAP1GAP,NDOR1,PITRM1,STK36,BTBD2,STK38,SAFB2,PLXNA1,WDTC1,TIA1,TNK2,MARCH9,EEF2,UCKL1,CDK9,CNOT3,PLXNB2,PLXNB1,ACO2,LZTR1,LRCH4,RAB5A,BCL2L1,ZNF512B,CALCOCO1,NUMA1,ZC3H3,AKAP8L,PTPN23,DUSP12,AP1G2,SNRNP70,PPP6R1,PPP6R2,PPP6R3,WDR6,REXO1,AMT,RAD23A,ARFGAP1,DDOST,GIGYF1,PTP4A3,TRAF4,CTDSP2,POLR1B,C1D,EVL,GAPDH,PPP1R12C,AHDC1,TRABD,HDAC5,WBP1,SRC,MGRN1,SRSF1,CXXC1,LENG8,FURIN,HDAC6,MLLT6,HDAC7,SLC25A27,DCAF15,FEM1C,CSK,SLC25A23,SH2B1,MARCKSL1,PPIL2,HIP1R,PFKL,VARS,HDAC10,ZMYND8,KEAP1,ACTB,PNN,TRIM28,LONP1,ARL6IP4,CCNL2,SOX4,SRRM2,ARRDC1,METTL3,CIRBP,PTOV1,MOGS,CSNK1E,ANK1,MAPK8IP3,MFSD10,ULK3,HECA,ULK1,OBSL1,RTEL1,TBC1D9B,FBF1,TRMT2A,PIK3R1,PCBP4,MICAL1,INPP5E,GSE1,DHX38,SYMPK,SCAP,TNRC18,PATZ1,RALGDS,ZRANB2,INTS1,INTS3,ID2,ECHDC2,CORO7,RGL2,ITM2C,SUGP1,DDR1,PTPRS,CITED2,MRPS12,LIMD2,EPM2AIP1,BBS4,TMED4,PARP6,ZER1,TSC22D1,MRPS25,GAA,TSC22D3,MINK1,PRPF40B,NME3,MRPS7,SREBF2,MLF2,RHOB,GAK,PITPNM1,HNRNPH1,PACS1,PITPNM2,ARHGEF1,FAM193B,ALDOA,SGK1,CSTB,STX16,ARNTL,RXRB,NFIL3,GPC1,HSF1,APBB3,NPDC1,SORT1,MIB2,MYO9B,RAB11B,VEGFA,PER1,SGSM3,SGSM2,TCEA2,PNPLA6,GRINA,MIDN,CRTC2,CRTC1,SPPL2B,IGF1R,KHSRP,POGZ,PALM,SBF1,SHISA5,TSC2,MAU2,ADAM15,HGS,PRPF3,EHBP1L1,DDX5,LTBP4,CACNA1A,RASGRP2,NDRG1,PLD3,SHARPIN,MAN2A2,CAMTA2,DMAP1,NDUFV1,ANKZF1,BCL9L,PRNP,CPSF7,CPSF1,IDH2,TBCD,HMGA1,CLK2,PAN2,NFKBIA,HOOK2,HOOK1,GNAS,SKIV2L,CLASRP,PI4KB,MXD4,ACADVL,NAA40,THRA,LDB1,PRKCSH,CHD6,CHD3,TAZ,PKD1,CABIN1,LMNB1,LASP1,GATAD1,FLOT1,MYO18A,FLOT2,TMEM109,MAN2C1,RBM5,RBM6,SCYL1,KDM6B,SUN2,PDPK1,DDX56,ARID1A,DNM2,ATG4B,USP40,MAN1B1,CHMP7,IRF9,ANKS3,SPG7,USP19,U2AF1L4,NXF1,MTA1,DNPEP,PABPN1,TAF1C,MKNK2,RALY,FBRS,PDLIM7,CYTH1,TTC14,RBM39,KDM4B,USP20,ATP13A1,CLCN7,NEURL4,TEF,PIK3IP1,ACIN1,ATP13A2,SSBP3"
+"gene_set_query"	"182"	"FOXJ3"	"261.3"	"ARCHS4 Coexpression,299;Enrichr Queries,79;GTEx Coexpression,406"	"MDC1,TRIO,TFRC,TRRAP,DCAF8,HNRNPU,SMC5,HNRNPR,EPRS,GPATCH8,ZMIZ1,DPYSL2,MYC,PIP4K2B,FNBP4,MEF2A,DDX17,PRKAB2,MEF2C,WSB1,TSTD2,NGDN,REV1,DNTTIP2,CD3EAP,DICER1,HCFC1,FAM133B,MYL6,RFX7,WDR82,PRKAR1A,ZC3H11A,DDIT4,SF1,POM121,NEDD4L,BAZ2A,RNPC3,ARPP19,HIF1A,ANAPC11,PPP3R1,LARP1,WDR70,BLOC1S1,PIP5K1A,SERF2,NAA50,CREBBP,JUN,MRPL27,PRRC2C,IRF2BP2,PBX2,PHC3,PBX1,PRRC2B,PRRC2A,MLLT10,EIF5,EIF6,ATG2B,PHF3,SETD5,SETD2,SMG1,BTG1,CDKN1B,PHF20,ARPC1A,CLTC,TCF20,SMG7,UBL5,MED14,NIPBL,MED13,JARID2,RRP15,APPL1,CEP68,SHPRH,TCF12,ASH1L,NUDT16L1,DYNLL1,NCOR2,SLC7A6,MTF2,PXDN,TET3,PAFAH1B1,WDR26,USO1,TIMM13,FAM117B,PSMA7,SCAF8,BCLAF1,PSMB5,NSD1,PSMB1,USP1,AP2S1,RICTOR,MEF2D,EGLN1,SF3A1,CSNK1A1,MBD1,TRAPPC10,YLPM1,HIPK1,GATAD2B,LRPPRC,KTN1,NFIA,NFIB,TAOK1,SERBP1,CCDC6,PKN1,ANKRD13C,CLSTN1,CTNND1,LTN1,UBP1,CASC3,IPO7,SESN1,CFL1,KPNA6,KPNA1,SLC25A46,GTF2I,SLC38A1,USP7,DYRK1A,PRPF4B,ATP11B,CNPY2,FBXO11,FOXP1,RBX1,ATXN2L,CLIP1,ILF3,TXLNA,DMTF1,NHP2,PHIP,PHPT1,SNRNP200,SQSTM1,ANAPC1,ANKRD17,DNMT1,CUL5,TNKS,INSIG1,ANKRD12,UBR4,UBR3,UBR1,RLF,PHF21A,SOCS2,ATXN2,PITRM1,BTBD1,UBR5,G3BP1,G3BP2,ANKRD10,SLC38A2,MCL1,RAB4B,TRAPPC1,BOD1,SEC16A,MARCH6,CNOT4,GON4L,YEATS2,ARPC3,NACA,UQCRQ,CNOT1,COPS2,CNOT2,TADA3,SP3,NF1,EIF4G3,OGT,EIF4G2,NOP10,EIF4G1,DIDO1,CELF1,PTEN,SYNE2,DUSP12,AP1G1,TLK2,TNPO1,CCDC39,PPP1R12A,ZFP91,RAD23A,RAD23B,PATL1,PTP4A1,DAD1,CTDSP2,POLR1B,IMPAD1,BIRC6,BDP1,NFAT5,PPP1R15B,NDUFB6,ROCK2,RNF38,ZBTB43,LENG8,AMBRA1,MLLT6,DNAJB1,HECTD1,POLR2A,UBQLN1,POLR2F,FEM1C,FYN,TRIM44,EIF4B,POLR2L,SPAG9,PTPN1,SEC24B,HNRNPA3,NDUFA6,KCNJ11,FEM1B,NDUFA4,CNBP,TXNRD1,NDUFA2,FOXJ2,RPRD2,PTPN12,ATOX1,CUL4A,ASXL1,MCM3AP,KLF6,RAB12,POLR3E,CEBPZ,SLC25A36,TRIM33,TPT1,TCERG1,APP,PANK3,ZMYND8,JMJD1C,CBLB,CRKL,HERC1,EPC1,EPC2,SOX4,AGFG1,SRRM2,SRRM1,TIAM1,AURKAIP1,MACF1,DHX9,MYCBP2,PIK3R1,DHX36,DHX38,HIVEP2,RBM12,PUM1,PTK2,MED13L,PUM2,STAG1,ZZZ3,WNK1,NDUFAF3,AARS,ITM2C,AHCTF1,PTPRF,ZMYM2,XPO1,ZMYM4,OTUD6B,KIF1B,ARIH1,ZYG11B,PARP1,TSC22D3,PABPC4,APRT,ENAH,NFX1,CSDE1,CANX,FAM20B,WAC,TAX1BP3,PABPC1,FYTTD1,CAB39,SATB1,HEATR1,AKAP8,UQCR11,UQCR10,COX5B,HSF2,APBB2,PAK2,MAP4K3,MAP4K4,HUWE1,RSRC2,AP2B1,PRKRA,ESYT2,TRIP12,OTUD4,NDUFA11,UBE3C,UBE3A,ARID4B,COX6A1,IGF1R,CAPN7,POGZ,EP300,ARID2,MORC3,KDM2A,ADAM10,PUS7,ATP1B1,RSBN1,TMEM131,HNRNPUL1,TBL1XR1,MATR3,WDFY3,PPIG,ZCCHC8,DDX6,PDS5A,PRPF8,SUPT6H,RTN4,BPTF,SMAD1,HSPA8,PRNP,SMAD4,CPSF7,HSPA4,NUP153,KLHL24,EFNA2,APPBP2,HOOK2,HOOK1,CAPRIN1,GNB1,GNAS,TAB2,BRWD1,COPE,RERE,RBM28,PHTF2,KDM5B,GSK3B,RBM25,DDX46,CHD8,HP1BP3,USP34,CHD6,DDX42,ATP2A2,YBX1,CHD3,CHD2,AFF4,SPRED2,PPP2R5E,MYO18A,LRRFIP1,TOPBP1,RBM33,SUN1,NAA30,ARHGEF12,KLF13,NUP133,TTC33,PDPK1,ARID1A,ARID1B,YWHAZ,DDX19A,SFPQ,CREB1,RASA1,NAA38,USP14,KDM3A,RRN3,KDM3B,STRN3,MAPK9,FAM168B,TNKS2,MAT2A,GNG5,NAA25,ROMO1,CYTH1,USP24,SPEN,TIMM8B,ATE1,TAF15,BAD,RPS6KB1,ACIN1,SSBP2,PDE7A,TAF1"
+"gene_set_query"	"183"	"MLX"	"262.0"	"ARCHS4 Coexpression,403;Enrichr Queries,103;GTEx Coexpression,280"	"NCKAP1,RPL3,TFRC,EHMT2,ARAF,EPRS,SCAMP5,LSM10,PSMD8,LSM12,ZMIZ1,ALKBH1,MYC,PSMD3,DPYSL3,IER2,WSB1,RBFOX2,PRKCD,MED8,CD3EAP,SCAMP3,GTPBP4,WDR77,SCAMP2,RUFY3,CLPP,PSME3,DDIT4,UQCRC1,PSME1,PSME2,UQCRC2,VPS25,PRR13,ATF4,AGAP1,MRPL12,HIF1A,OAZ1,CIAO1,RRP7A,MRPL20,PRDX5,LDHA,HSPH1,PPP4C,PRDX1,VTI1A,NRBF2,PSMF1,ZSCAN18,S100A10,JUN,PRELID1,CADM3,NDFIP1,JUND,CADM4,PRRT2,CADM2,MAD2L1BP,IRF2BP2,MRPL24,PBX1,PRRC2B,WDR55,EIF1,CS,TMEM199,TADA2B,LAS1L,EIF6,FASN,HYOU1,DZIP1,CPEB4,ARF4,ARF1,CDKN1B,MTMR14,CLTC,PRKAG1,MRPL37,TMEM186,SMG6,JPH4,MED11,AIFM1,TRIM2,SPIN1,TCP11L2,BRD2,LYPLA2,TPI1,GSTO1,IFNGR2,SSR2,MRPL49,NIPA2,DYNLL1,GMIP,GNL1,MRPL46,DUSP6,MRPL44,PSMA5,HADHA,SLC7A6,TUBB2A,PTRH2,MED20,PXDN,PAFAH1B1,SF3B5,ECHS1,CCNDBP1,PSMA7,PSMB5,PSMB3,LMAN2,AP2S1,RRP36,RPL18,BID,MDH2,TMEM60,PSMC5,ABI2,TAOK1,SERBP1,PKN1,PLP2,CTNND2,UBE2D3,CLSTN1,UBE2D1,PARK7,AUP1,APEH,HDDC3,CDH2,CFL1,NUDT19,FADS1,GTF2I,SH3GLB1,SLC38A1,TPM3,PGD,CTDNEP1,CLIP3,ACLY,CLIP2,MAPKAPK2,FKBP4,SQSTM1,SNRPB,RNASEH2C,BRSK1,FKBP2,DNMT1,BRSK2,PFKFB3,RAB5C,BRI3,MAX,TNKS,INSIG1,AK2,PHB,STIP1,PITRM1,PGK1,RAB6B,MAP2K6,ESRRA,TRAPPC3,NOP16,FBXO38,ARPC4,PTPRD,SLC7A6OS,GNL3L,ARPC2,PTPRA,TMEM11,ARPC3,SERINC3,NOP10,SLC25A3,HSP90AB1,RNPEPL1,COX4I1,ETFA,MRPL4,DUSP12,ZNRD1,SPR,SCRN1,OPA3,PSD3,TNPO2,EIF5A,ACTR2,HSP90AA1,GPX1,GPX4,DST,SECISBP2L,TFIP11,REXO2,ZFP90,COASY,DDOST,PTP4A1,HAX1,SLC25A19,CTDSP2,POLR1B,TMBIM6,SLC25A5,DCTPP1,GAPDH,PPP1R15A,BECN1,NLGN2,FURIN,HSD17B10,CACNG7,POLR2E,ATP9A,NDUFA9,SLC35A4,CNBP,PLCL2,ADRM1,IMMT,HNRNPAB,BCKDK,PFKL,TSPAN14,KLF6,SLC25A39,EIF3K,IMPDH2,EIF3I,EIF3G,P4HB,SEC24C,EIF4A1,APP,SLC35B1,CISD1,ZDHHC7,IFI30,ACTB,UBE2L3,FLAD1,CDC26,FTH1,BSG,GLUL,SEPHS2,SOX4,ATP6V1G1,ACTN1,MRPS18B,CIRBP,MRPS18A,TALDO1,ANK2,MFSD11,MAPK8IP1,AFG3L2,CSNK2B,BOLA2,ULK2,SUCLG1,EZR,AURKAIP1,MMADHC,MACF1,TWF2,NLK,KALRN,PCBP1,ATP6V0A1,CTSA,BBS1,DCLK1,AIMP2,RPS25,FUBP1,ID2,CALU,NDUFAF3,FBXL2,CALR,CALM2,ITM2C,MRPS16,PTPRS,CITED2,GRIK5,MRPS12,GDI2,CTSZ,PEPD,HERPUD1,HINT1,AKAP11,GLIPR2,TMED1,KIF1B,KIF1A,NANS,CTSD,CTSB,ATP6V0B,SEC13,PCYT1A,PRMT1,MRPS22,MRPS2,TFB2M,MRPS7,TUBG1,RHOA,MLF2,APRT,COMMD5,CNKSR2,ARHGEF9,PRPF18,ARHGEF2,ALDOA,CSTB,MRPS36,DERL1,UQCR10,RELA,ARNTL,TYMP,SAMM50,NFIL3,MGAT1,BCAP31,DYNC1H1,NPM1,GABBR1,YIPF1,NFYC,PPP1CA,VEGFA,ATAT1,RGP1,RSL1D1,TCEA2,MEGF8,ZFP28,COMT,ACTG1,TXN2,TOMM22,CHCHD3,KIF5C,ARHGDIA,KIF5A,BANF1,CHCHD1,TMOD2,SDHC,SDHD,SDHB,TUFM,OXA1L,PPIF,PLAA,WDFY3,GEMIN7,RAF1,DAP3,NDRG4,TSG101,TMED10,PSMD13,DTX3,DPP3,ARHGAP21,EMG1,DPP9,DHRS7B,ZMAT5,CYC1,KIF3C,MYH10,ATP6V1F,BPTF,HSPA8,FDPS,PRNP,HSPA5,AUTS2,HMGA1,DNAJC18,HIGD2A,ARHGAP33,NFKBIA,GNAO1,COQ2,EFNA2,HOOK2,HOOK1,COPE,PRKCSH,PSIP1,YBX1,USP39,TMEM223,FLOT1,TIMM17A,UQCRFS1,TIMM17B,TMEM109,BCKDHA,JAGN1,ARHGEF12,H2AFY,PDPK1,H2AFX,DNM1,SEPT3,RER1,PFDN2,CHMP6,NRXN2,MTIF2,SLC3A2,TBRG4,HSPD1,DNPEP,FAM168A,GNG5,SV2A,NCAM1,PDLIM7,CLASP1,CLASP2,NAA10,B3GAT1,HSPE1,RPIA,FAM131B,VIM,CLUAP1,RAN"
+"gene_set_query"	"184"	"ZNF74"	"263.7"	"ARCHS4 Coexpression,557;Enrichr Queries,207;GTEx Coexpression,27"	"EHMT2,STMN2,STMN3,STMN4,EPRS,FNBP1L,SCAMP5,NDST1,SAMD14,CAPNS1,DPYSL4,DPYSL5,MYC,IGLON5,STMN1,DPYSL3,FAM110B,AKT1,LUC7L,PIP4K2B,DDX17,UNC13A,RBFOX2,CXADR,WSB1,UNC5A,NUP210,CD3EAP,SOX11,SOX12,GPR162,GPR161,FEZ1,DDIT4,TYRO3,TTYH3,CTBP2,CTBP1,SHMT2,NPRL2,AGAP1,ATXN7L3B,VPS26B,AGAP3,GJC1,FAM171A2,RNF215,PLCG1,RHBDL1,FDFT1,PRRT1,JUN,FZD3,PRRT2,PHC1,GPR12,H3F3A,IRF2BP1,IRF2BP2,MCAT,PBX1,POU6F1,TMEM198,MLLT11,EHD1,MEX3A,VANGL2,H2AFY2,FASN,FXYD6,GPR19,EZH2,PIGU,HEXB,MED15,PHF6,BBC3,JPH4,TRIM9,TUBA1A,CSRP2,ANXA6,GPRASP1,JARID2,GPRASP2,BRD3,DFFB,DFFA,ACTL6B,LRRC49,MANEAL,WDR33,NCOR2,SLC7A5,TMEFF1,TMEM179,TUBB2B,TUBB2A,KIFC2,BDH1,PXDN,MTF2,PAFAH1B3,VAMP2,RNF165,GRN,NFIX,FAM117B,PSMA7,FAM129B,TMEM169,HARS,RIC3,WDR17,CENPV,BRF1,DEF8,BLCAP,GATAD2A,MORN4,ABI2,NFIB,SARM1,YPEL1,NUCB1,PKN1,PLP2,YPEL4,ATP8A2,CLSTN1,SLC8A2,NUDT11,ATCAY,SALL2,LAMP1,TUBB3,MAP3K9,FADS1,MEN1,RNF44,VASH2,ATP11A,CLIP3,PYGO2,ACAP3,CACNB3,ILF3,MADD,FSCN1,TTPAL,RTN4R,BRSK1,BRSK2,RAB5C,MAX,ZC4H2,MAZ,FBXO45,KLC1,FBXO44,FBXO41,SLC9A1,PHF21B,GOLGA7B,SOCS2,KLC2,BTBD2,NDN,SRGAP3,LRRC4B,TRAPPC2,TMEM120B,TNK2,REEP1,BCL9,NBEA,REEP2,AAK1,MDM2,SPIRE2,MDM4,LZTR1,NFE2L1,RNF187,SLC25A1,ZNF512B,ITGB1,MCM7,WDR1,ZC3H4,CELF3,CELF4,CELF5,ARRB1,PIK3C2B,TRO,PTBP1,UBTF,DGCR8,CEP170,TNPO2,SNAP29,EID2B,DGCR2,ACTR3,DHPS,RANGAP1,YDJC,NIPSNAP1,PTP4A3,SNPH,DNAJC5,POLR1B,EVL,SLC25A14,RNFT2,HDAC2,NLGN2,LAGE3,JAKMIP3,JAKMIP2,STOX2,CACNG7,TRIM46,FEM1C,IGF2BP2,FSD1,HNRNPA1,SLC25A22,MARCKSL1,SLC12A5,FBXL19,LYSMD2,SEMA4F,RPRD2,TNRC6C,KLF7,NECAP1,UNC79,EIF4A2,ZMYND8,ZDHHC5,ZDHHC8,CRKL,EFR3A,RUSC1,DPF1,BSN,SEPHS1,SOX4,ARL10,EPHA4,SRRM4,SLC6A17,CSNK1E,CPT1C,MAPK8IP2,MAPK8IP3,STX1B,THAP7,KCNQ2,ULK1,TAGLN3,STX1A,BEX4,BEX2,L3MBTL2,MAGED1,STXBP1,FOXG1,CEND1,TRMT2A,TTBK1,NKAIN1,NLN,SYNGR1,B4GALNT1,PATZ1,RBM10,RAB11FIP4,ZBED4,B4GALNT4,ATP6V0A1,MAGEE1,IQSEC2,BCL11B,BCL11A,RCC2,ST8SIA2,SNAP91,SMARCA4,CWF19L1,CALM1,RCOR2,C2CD2L,ITM2B,CD200,ITM2C,TRAM1,CSRNP3,HIP1,GDI1,FAM57B,PTPRN,NAT14,PTPRF,NUDCD3,UCHL1,SLC22A17,KIF1B,KIF1A,CCDC112,GRIPAP1,MINK1,ANO6,SYP,MRPS7,AP3B2,MLF2,RGMA,RNF144A,TOX3,RAP2B,MAPRE3,MAPT,KPTN,DBN1,SATB1,AMIGO1,PRIM1,GDPD1,CAMKK1,BEGAIN,HIRA,TCEAL6,ARVCF,MNT,CAMK2N2,GPC2,APBB1,ATP6V0E2,EXOSC2,PURG,MAP3K3,RANBP1,MYEF2,NFYA,LHFPL4,SORBS2,VEGFA,ATAT1,TTC9,KLHL7,TTC3,ESYT2,APBA2,CDK5R1,NARF,CRTC1,ROGDI,ARHGDIG,COMT,CELSR3,IGF1R,CAPN2,SH3GL2,PPFIA3,TTC7B,LMTK3,RUNDC3A,KCTD6,POU3F3,GPRIN1,EHBP1L1,TBC1D24,CHMP4B,FIZ1,GNAZ,ISYNA1,BHLHB9,RTN1,CHRNA7,TMEM59L,CACNA1B,DTX3,SEZ6L2,ACACA,EFNB2,PDZD4,DPP6,CAMTA2,PDZD7,TBC1D16,PRNP,SYT3,CBX6,CBX5,AUTS2,CBX2,KLHL22,KLHL23,HOOK2,NASP,DLG4,HOOK1,PI4KA,GNB5,FGF13,LRP10,ZSCAN2,RBM28,KDM5B,THRA,PODXL2,PRKCSH,MAST1,CHD6,ELAVL4,FBLL1,RND2,ELAVL3,BCL7A,GDAP1L1,SVOP,HSDL1,KLF13,PDPK1,ABCC5,PPP2R5B,ABHD14A,YWHAZ,DNM1,PJA1,FAM189B,VCAN,RCN2,DDAH2,CDH10,GFOD2,INA,ANKS3,USP11,RBM4B,CRMP1,HMGCR,ADD2,MAPK9,MAPK8,DNPEP,RAB40C,SV2A,MKNK2,FAM120A,MAPK1,NCAM1,CLASP2,USP22,GDAP1,IRGQ,FAM155A,NEURL4,SBK1,TEF,FAM131B,ATP13A2,SSBP2,CLUAP1"
+"gene_set_query"	"185"	"SREBF1"	"263.8"	"Literature ChIP-seq,66;ARCHS4 Coexpression,161;ENCODE ChIP-seq,60;Enrichr Queries,443;ReMap ChIP-seq,20;GTEx Coexpression,833"	"MDC1,MT-ND4,NUP107,TFRC,ARAF,EHMT1,ZFYVE1,TSEN54,ALKBH8,FAM110A,LSM10,SCAMP4,NDST1,KRTCAP2,RAVER1,CAPNS1,DPYSL2,ALKBH1,AKT2,PSMD2,PSMD3,AKT1,PRKACA,SAMD10,DAXX,PRKAB2,CSNK2A1,GAPVD1,SCAMP3,BCR,LARS2,EWSR1,DDIT3,CLNS1A,ZFYVE19,DDIT4,JTB,RBCK1,UQCRC2,PLBD2,ATF4,UNC119B,SLBP,TSTA3,SAR1A,SHMT2,TTYH1,NPRL2,FLII,COPS7B,AGAP1,ABCB8,MRPL14,AGAP3,AAAS,OAZ1,GABARAP,MRPL10,CIAO1,MRPL20,RHOT2,CYB5R4,HSPH1,LARP1,RDH11,PIP5K1A,PUSL1,RHBDL1,VTI1B,HEXIM1,PRRT1,JAG2,JUN,PRRT2,JUP,CADM1,EDEM1,PBX2,L1CAM,LARP4,MRPL24,TBL3,UCK1,LAS1L,QARS,FASN,PKIA,PSMG3,TMEM9B,FERMT2,ARF3,PIGU,MTMR14,MED16,MRPL34,OSBPL11,MED15,AACS,BBC3,PQBP1,DDA1,SMPD3,TRMT112,LMBR1,TUBA1A,MRPL40,TMEM43,FASTK,TCP11L2,APC2,DFFB,UPF1,LRRC45,DFFA,ELOVL5,SPHK2,NSUN2,MRPL49,SIRT4,ELOVL6,SLC39A13,SIRT6,SIRT7,BAZ1B,MRPL46,SIRT2,MED29,DUSP6,PGM2L1,LRRC41,MRPL43,MRPL44,DDB1,SLC7A4,MED23,MRPL53,SLC7A5,PSMA6,MED22,MED25,TMEM33,PXDN,MED20,PTRH1,TUT1,SLC29A1,PAFAH1B3,VAMP2,ERGIC1,SLC29A2,TRUB1,LRRC14,RNASEK,LIN37,STAU1,STAU2,ADAM22,SEZ6,DLST,NOC4L,SLC7A1,PSMA7,MRPL54,CENPB,UNK,GGA3,SNX27,PSMB2,PSMB1,ADAM23,CLPTM1,AP2S1,LEO1,FLNA,MFN2,NCDN,RABAC1,RPS27A,ZSWIM5,YKT6,CENPT,EGLN2,LRRC24,MDH1,GOLM1,USP9X,DAB2IP,TARBP2,BYSL,SKI,LETM1,TMEM59,PSMC5,CCDC9,SNX17,APEX1,SHKBP1,TTLL1,TAOK2,SERBP1,TSR1,PKN1,AGRN,YPEL4,YPEL3,GZF1,MTCH1,PDCD6,ATN1,MPV17L2,ZBTB22,FADS3,FADS2,STK11,UROD,RUVBL2,SESN1,OSBP,RUVBL1,FNTB,FBRSL1,PIM3,SLC16A2,KPNA2,SLC25A44,FADS1,AP2M1,SH3GLB2,SLC38A1,PCYT2,AGTPBP1,DGAT1,FBXW9,PPP1R16A,CTNNBIP1,STX7,PRPF4B,ATP11A,POLRMT,FOXP4,LENEP,FTSJ3,ATXN2L,MINPP1,ACAP3,ACLY,SRSF2,FSCN1,MAPKAPK5,SRSF5,SQSTM1,ANAPC1,ANAPC2,LY6E,SLC27A4,FTO,INO80B,INO80E,RNASEH2A,PFKFB3,TXNDC9,MAX,SMYD5,IREB2,MAZ,GPR85,ARL2,FBXO44,CORO1B,UQCRH,HSP90B1,GLIS2,EIF1AD,PORCN,SBNO2,NDOR1,PMVK,G3BP1,SLC38A7,E4F1,SLC38A2,LRRC4B,TMEM120B,NEK9,NOP14,NOP16,FUS,BOD1,UROS,ARPC4,EEF2,FBXO31,UCKL1,DRAP1,ZC3HC1,PTPRD,UQCRQ,STK25,TMEM11,PIN1,CLPTM1L,NIT1,OSBPL1A,NOP10,NFE2L1,SLC25A1,ZNF512B,SNAP25,MCFD2,ALAS1,HSP90AB1,NUMA1,AKAP8L,NENF,BICD2,ALAD,AP4M1,PPP6R1,SUMO3,ME1,DGCR8,MDP1,DNM1L,ACP1,SNAP29,DIS3L2,BOK,EIF5B,HSP90AA1,DHPS,SH2D3C,SIGMAR1,AHSA1,RAD23B,DDOST,ARFGAP1,QTRT1,GIGYF1,IMPACT,PPM1B,TMBIM4,SLC25A19,PCCB,C1D,TMBIM6,BCAT1,PPP1R12B,PPP1R12C,GAPDH,GTF3C1,GTF3C2,SNAP47,CANT1,NDUFB7,MGRN1,PRCC,CXXC1,NDUFB2,FOXK2,LENG8,ZBTB45,MLLT1,LRP8,EHBP1,GANAB,NCLN,CCDC85C,U2AF2,PHKG2,TRIM46,KRIT1,SH3BP4,AAMP,UBQLN4,SLC25A25,CYB5B,NOP56,NTRK2,CIZ1,SEPT11,NDUFA7,TRIM41,FEM1A,NDUFA5,MID1IP1,MBOAT7,NICN1,FOXJ3,LYSMD1,RPL23A,MCOLN1,ATOX1,GSTZ1,EIF3M,PDCD4,STUB1,EIF3E,P4HB,BCAR1,EIF3B,SLC23A2,SMARCAL1,TMEM41A,SMARCB1,KDELR1,ZDHHC5,TXNDC12,ZDHHC8,ACTB,NUBP2,CYB5D1,RASSF1,TRIM28,SNRPD2,DHX57,BSG,TRIM24,FAM53C,EIF2D,CCNL2,KIF21B,SLC12A6,FBXO9,ST6GAL1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,VWA5B2,MFSD11,THAP3,STX1B,FNDC4,SNHG12,THAP7,PPA1,CDC37,CSNK2B,CD2BP2,ULK1,STX1A,CCDC84,PAXIP1,TBC1D9B,TMEM63B,SLC45A1,FBF1,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,GSPT1,MBTD1,APH1A,SNX3,DHX30,SNX1,COMMD9,DHX33,LARS,PCBP2,ERI3,DHX37,SYMPK,KCNN2,DECR2,CTSA,SURF1,LRRN3,INTS1,SURF2,XRCC1,SMARCA1,NTAN1,PAICS,BRI3BP,IFFO1,ICK,MSRA,ID2,INTS5,RANBP10,NDUFAF3,PAF1,CALM3,LRRN1,RGL2,FBXL6,SUGP1,AARS,DDR1,HERPUD2,MRPS15,CSRNP2,TMEM151B,MRPS16,HIBADH,FAM57B,GPAA1,MRPS11,TECR,MRPS12,AP2A1,WASL,PEPD,NAT14,COX7C,PTPRF,HERPUD1,MAP1LC3B,ARV1,HYAL2,UIMC1,RAC3,SDF4,SSSCA1,QSOX1,ARIH1,CTSD,GIT1,CTSB,MRPS28,ACAD8,NCOA1,GRIPAP1,TMEM150B,MRPS27,MRPS24,CCDC115,MRPS22,GAA,PABPC4,MINK1,MRPS2,PRPF40A,COMMD6,MRPS7,TMEM150C,COMMD4,SREBF2,SYN1,APRT,GAK,CTU1,RAP2A,PITPNM1,PABPC1,ARHGEF7,DBN1,NAPA,DYNC1I2,NAPB,MRPS35,SSNA1,DOT1L,STX18,DERL1,NEDD8,GNAI2,PGRMC1,ARVCF,MNT,EXOSC4,PES1,HSF1,ORMDL3,CCT8,EPS15,CCT5,EXOSC1,DYNC1H1,YIPF1,YIPF2,PLEKHA1,PLEKHA5,TMUB1,MYO9B,UBE2G2,DOHH,PEX14,YIF1B,PPP1CA,VEGFA,GRIN1,PER1,BOP1,ITCH,SEC23IP,NUDT8,GPAM,SGSM2,FKBP1B,TCEA2,HDGF,PNPLA6,TARDBP,GRINA,CARS,SCARB2,SCARB1,CRTC2,MIDN,NARF,SYS1,CD81,ZFAND3,BCCIP,PEBP1,PHRF1,CELSR2,CELSR3,TXN2,IGF1R,ACTG1,SNIP1,BANF1,SBF1,PPFIA3,SH3GL1,ZGPAT,DNAJB12,LMTK3,ATAD3A,COX6B1,ADAM15,HNRNPUL1,FAM173A,EHBP1L1,EEF1A2,PPIF,PPIH,UBE2V1,PPIB,PPID,RTN2,GNAZ,PSMD11,TMED10,RTN1,NDUFB10,KLHL17,SEL1L,HTRA2,CACNA1D,NDRG1,SUPT6H,ACACA,RTN4,RAI1,FUT8,SHARPIN,IRAK1,KIF3B,CYC1,KIF3C,VARS2,TBC1D17,NDUFV1,BCL9L,SYT5,UBE2F,OST4,FDPS,PRNP,SYT3,GGT7,UBE2I,UBE2B,PHF12,KLHL22,CNOT10,NUP153,UBE2A,SUPT5H,SSH3,ANKHD1,CLK3,CLK2,HIGD2A,IFT20,HOOK2,UBE2S,HOOK1,GNB2,CNTN1,PHF13,UBA1,TAB2,LSM14B,FGF11,GALK1,UBE2M,RBM28,CUEDC2,GSK3A,PRR7,DDX49,ZMYND19,PRKCSH,PRR3,MAST1,PSIP1,TNFAIP1,TRIAP1,RND2,MEA1,LMNB2,GPHN,RND1,SEC61A1,ABHD16A,UBE2Q1,BCL7C,MYO18A,MLST8,TIMM17B,GET4,TBP,ARHGEF12,PDPK1,TTC33,EED,NCBP2,GLRX5,ABHD14B,DDX54,SYNGR3,UTP18,EPN1,EEF1G,NDUFS8,RER1,IRF3,NDUFS7,TMEM214,PEX3,ACOX1,EEF1D,PPDPF,MVD,NAA38,NUP54,MAN1B1,CUEDC1,MVK,DDX27,NAA20,ANKS3,DDX23,DDX20,SLC3A2,HMGCR,RNF4,CLCN3,PARL,CYTH2,DNPEP,MTA1,GNG2,RAB40C,TMEM203,MAT2A,TAF1C,BMS1,MKNK2,TMEM208,RALY,MTA2,FBRS,TTC13,TAF15,TAF13,MIIP,LRWD1,SOD2,CDK11B,CLCN7,RPIA,CLCN6,PNKD,ERCC1,ASB8,CARM1,ERCC2,POLE3,RBM42,TAF6,QRICH1,VIM,R3HDM1,LNX2,IPO13,CLPB,RRP1,STMN3,THYN1,WDR83,RPL8,SMC3,EPRS,ZMIZ1,MYC,CSPP1,ZMIZ2,STMN1,FDXR,RPL36,LUC7L,RPL35,AP1S1,PIP4K2B,HOMER3,MPV17,IER2,NUP214,PRKCI,TSPYL1,PIH1D1,RPL22,WDR74,CD3EAP,SCRIB,GTPBP2,CLPX,HCFC1,ARMC1,RNF126,WDR81,CLPP,RPL27,RPL29,PRR12,RPL28,DUS3L,VPS28,PRR14,RNF121,GNE,ANAPC13,PDXDC1,RPN2,NEDD4L,GNS,HIF1A,PRKCZ,ANAPC11,PRDX3,PRDX2,PRDX5,LDHA,PPP4C,FLRT2,ST3GAL5,ST3GAL2,FDFT1,S100A10,LHPP,JUND,WDR59,H3F3B,RDX,SETD1A,IRF2BP1,MTHFR,MAD2L1BP,NR1D1,PA2G4,PRRC2B,TMEM198,THAP11,PRRC2A,POU6F1,TMEM199,HNRNPL,GNPTG,FIBP,SQLE,SLC6A6,MEX3A,GIPC1,ATG2A,DUS1L,CDK16,CDKN1C,OGFR,SETD5,BTG1,ELL,PHF23,PHF1,GPT,WDR46,SMG5,UBL5,TMEM189,TRIM9,MTG1,TIMP2,GPR137,PLEKHN1,CIC,JARID2,WDR37,HSBP1,SSR3,NUTF2,ASH1L,GNL1,TERF2,COPZ1,NCOR2,LSG1,KAT2A,TUBB2A,INF2,KIFC2,TKT,RNF166,GRN,SF3B2,NFIX,CLDND1,PHLPP1,RNMT,GPS1,TIMM13,GPS2,TMEM160,ADCY1,WDR24,HSPA13,FAM129B,TM9SF3,ARFRP1,FGD4,ASNA1,LMAN2,PPP1R7,SLC17A7,BRD9,RPS2,CKB,RPL15,ANKRD52,RPL18,RPL19,SF3A3,SF3A2,CSNK1A1,WDR18,SYVN1,GATC,TRMT1,SCAF1,LRPPRC,KTN1,AGBL5,TM9SF1,ERP44,XAB2,MKLN1,TMEM158,NFIA,NFIB,NUCB1,ANKRD13B,TOR2A,ANKRD13D,RAB3A,CHPF,ATP8A1,TUSC2,AUP1,PARK7,BZW2,CLU,BZW1,IPO4,TM7SF2,IPO5,EDC4,ABHD11,GRB14,LAMP1,CFL1,PLS3,MAF1,LZTS2,ANKRD13A,GTF2I,MEN1,RARS2,BIVM,MAP2K4,RPS9,MAP2K2,USP5,RPS5,IGFBP3,GPT2,IGFBP2,AIP,PGD,LEMD2,RNF40,THOC6,RNF41,CTDNEP1,CACNB1,PYGO2,TOM1L2,ILF3,RAB34,MADD,PGP,NHP2,AAGAB,ERH,SNRPC,FKBP3,CSNK1G2,SNRPA,MAD1L1,FKBP5,CSNK1G1,RTN4R,ANKRD17,RAB5B,ENY2,DNMT1,ANKRD16,RAB5C,CD151,CCDC24,FAM114A2,INSIG1,ANKRD12,CUL2,ABHD8,ITPR1,SLC38A10,UBR2,PHB,STIP1,HMBOX1,KLC2,DVL1,BTBD2,NACC1,TPR,DVL2,ABL1,DVL3,WDTC1,ESRRA,ANKRD28,UVRAG,EIF2B4,AKIRIN1,RAB4B,ANKRD24,TRAPPC4,SEC16A,TMEM132A,M6PR,DHCR24,LSM5,MARCH5,SCRT1,LSM2,CHERP,CDK9,CNOT4,CDK8,NSFL1C,CNOT6,LSM7,COPS5,LRFN4,CDK5,MAFG,CNOT2,TADA3,CNOT3,RNF181,PLXNB2,MAP3K10,GPR107,PLXNB1,DHCR7,LZTR1,CNIH2,SERINC2,SERINC5,CNIH4,MAP3K12,EIF4G1,RNF187,CALCOCO1,MCM7,UFSP2,PTPN23,DUSP12,SART1,PPP6C,RPL7A,SNRNP70,VPS72,WDR6,TNPO2,GAL3ST3,SLC37A3,PLEKHG2,REXO1,GPX4,RANGAP1,REXO2,YDJC,COASY,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,CTDSP2,POLR1B,DNAJC5,LANCL2,DNAJC9,SNRPA1,DNAJC8,ALDH9A1,HDAC5,SMARCD2,HDAC2,TSSC4,WBP1,WBP2,HDAC1,RAB1B,EI24,CEBPG,RNF38,SEMA3F,DPCD,DNAJB1,NFS1,FZR1,HIRIP3,PUF60,POLR2A,HAUS8,VPS52,POLR2E,RBBP6,RBBP7,RAB28,DCAF11,CCDC71,POLR2L,SLC35A2,SPAG7,PPIL2,RNGTT,FBXL19,SEMA4B,CCDC59,TPRKB,FBXL16,CDC42BPB,FBXL14,OXR1,MTOR,PNRC1,FBXL12,BCKDK,CUL4A,KLF6,MARCKS,PFKL,PSAT1,IMPDH2,MFAP3,MGAT4B,DNAJA2,RUNDC1,CEBPZ,TPT1,PANK4,SLC35B2,APP,SLC35B4,PANK3,VARS,ZMYND8,GDE1,HS6ST1,RPS15,GOLGA3,PNN,RPS16,FRAT2,RPS19,RPS18,RUSC1,FLAD1,FTH1,SAP130,LONP1,DAG1,ARFIP2,ZFPL1,BTRC,GLUL,SOX4,TBC1D10B,SRRM2,ARRDC1,PTOV1,BOLA1,AP1B1,ACSL3,CPT1C,MAPK8IP2,JMJD8,JMJD6,COX7A2L,POR,RRAGC,TTLL12,ATP6V0D1,AURKAIP1,EZR,TELO2,CUTA,RTEL1,TRMT2A,TMTC1,IGSF9,MYL12B,PTDSS2,PTDSS1,MLEC,SCAP,TNRC18,FAM43B,RALGDS,BANP,VAT1,VASP,FIS1,RABGAP1L,STK11IP,SS18L1,KLHDC8B,UBAC1,GADD45G,SMU1,RPS25,RPS28,RPS27,ZZZ3,ADCK1,RPS20,ALDH18A1,RPS21,ITM2C,ROBO2,DAZAP2,DAZAP1,GFM1,UBXN1,CITED2,SLC35F5,ZFAND2A,PRPF19,SIPA1L3,COIL,AUH,ZMYM3,GUK1,KIF13A,GABPA,PSD,PSENEN,TOP3B,ATP6V0B,ZER1,TSC22D1,GP1BB,PRMT1,TSC22D3,STRADB,NME3,RHOF,UCHL3,ZDHHC16,PPRC1,RAB33A,RHOB,VAV2,SCNM1,ALDOA,SGK1,ATP6V0C,SDCCAG8,CSTB,PRIM1,NOL7,AKAP7,NOL8,RFNG,TRAK2,CST3,HIRA,ANKMY2,RBM15B,SHOC2,LCMT1,RANBP1,MTX1,PTGES2,AP3D1,FAH,RAB11B,XPOT,MARS,KBTBD2,CTNNB1,TRIP12,PRPF31,FAU,KBTBD7,SPPL2B,HDLBP,ARHGAP39,LZIC,COMT,CWC27,TOMM20,CHCHD4,ARHGAP44,TMEM145,CHCHD2,COL4A3BP,CHCHD3,TMEM147,ARHGDIA,CHCHD6,FPGS,HCFC1R1,AZI2,CHCHD1,RALBP1,TRAPPC2L,TSC2,KCTD2,WRNIP1,KCTD3,TRPC4AP,KCTD5,TMEM131,TUFM,DPM2,DPM3,TMEM135,MAU2,PRPF6,HGS,CHMP4B,DAP3,IDI1,ISYNA1,BTF3L4,LTBP4,CLEC16A,LPL,CPLX2,SEZ6L2,ADIPOR2,DPP9,TMEM127,TCTEX1D2,CASKIN1,ZC3H18,RPRD1B,SUDS3,ATP6V1D,MARK2,HSPA9,HSPA8,KLHDC3,ACBD4,PNPT1,CPSF1,HSPA5,RHBDD3,IDH1,CPSF2,ASPSCR1,DNAJC11,TBCD,DNAJC14,EIF2S2,EIF2S1,SMAD5,DNAJC17,ARHGAP23,NFKBIA,EFNA3,COQ2,RALYL,EFNA2,DLG2,TMEM115,DLG4,CHMP2A,PI4KA,COPE,NFKBIB,GPSM1,MUS81,B4GALT2,USP35,ACADVL,DOCK4,KDM5C,NVL,CBY1,PKD1,HS2ST1,TMEM101,FLCN,SEPT6,ALDH2,MFSD5,ZC3H7B,SNAPC3,CASP3,FLOT1,PDE4A,RBM6,POLG,SCYL1,KDM6B,TSFM,USP48,KLF13,IQCE,PPP2R5B,RNF208,SEPT5,LSS,DNM1,KLF16,DNM2,FAM189B,FCHSD2,DDAH1,DDAH2,THRAP3,AKT1S1,PFDN4,B4GALT7,LUC7L2,TSEN34,HCN3,USP15,RGS19,POLDIP2,GMPR2,RGS16,OPRL1,ETFDH,WIZ,MTIF3,TM2D3,STRN4,HSPD1,U2AF1L4,THBS3,RMND5B,TFPT,RMND5A,FAM120A,PDE6D,ROMO1,BUB3,CDIPT,ABCF2,MAPK6,ABCF3,PTCD3,PTCD1,PTCD2,TMEM30A,WTAP,B3GAT3,BAD,ATP13A1,QPCTL,HAGHL,CYHR1,NEURL4,CAPN10,RPS6KB2,BAX,SSBP4"
+"gene_set_query"	"186"	"BRF2"	"265.3"	"ARCHS4 Coexpression,21;ReMap ChIP-seq,240;GTEx Coexpression,535"	"RPL5,MT-ND4,POP7,RPL32,TRRAP,GHITM,FNBP1L,DCAF6,ALKBH3,LSM10,PSMD8,PCMT1,PSMD7,LSM11,PSMD4,ALKBH1,PSMD3,RPL36,PSMD1,PIP4K2A,RPL37,TSPYL1,PIH1D1,DAPK3,WDR74,MED8,HDHD2,ATG12,SCAMP2,FAM133B,RNF123,EML5,DYNC1LI1,RFX7,CLNS1A,ZSCAN21,DDIT4,TYRO3,UQCRC1,VPS25,UBA52,TSPYL4,SAR1A,RPN2,MEAF6,MRPL14,WDR61,VPS26A,BAZ2A,AAAS,MRPL12,HIF1A,ANAPC11,MRPL11,CYB5R1,MRPL20,CYB5R4,CYB5R3,PPP4C,NUP85,CHST12,PRKAR2A,VTI1A,GAR1,SERF2,NAA50,BTF3,PRELID1,SNAPIN,H3F3B,ST13,SETD1A,MRPL24,MRPL21,EIF1,TADA2B,GLUD1,UCK2,NPLOC4,EIF6,GIPC1,NMT1,SFXN3,PLCH2,ITPA,SETD2,ARF1,RPLP1,ARPC1A,PRKAG1,MRPL38,MED19,CLTA,ASH2L,OSBPL11,MED16,PFAS,TMEM186,SHD,DDA1,PQBP1,SHF,UBL5,TRMT112,RPLP2,AP3S1,RRP15,LRRC47,LYPLA2,NUDC,MIOS,DUSP1,SSR2,SSR3,SIRT4,MRPL49,MANEAL,MRPL46,WDR35,MRPL43,DDB2,DDB1,MRPL52,PSMA5,MRPL53,AFTPH,SIKE1,PSMA4,TET3,TCP1,PLCB1,PAFAH1B3,VAMP2,SLC29A2,ARF6,TRUB2,SF3B5,ECHS1,ELOF1,RPL10,GPS1,USO1,ODC1,TIMM13,TIMM10,PSMA7,MRPL54,PSMB7,PSMB5,UNK,PSMB2,PSMB3,LMAN2,PSMB1,SPOP,CLPTM1,AP2S1,RPS3,SLC17A7,RPL15,HARS,RPS27A,RPL18,EGLN1,BRF1,UTP3,RIOK3,MDH2,WDR18,GATC,GTF2H1,SNCAIP,MZT1,AGBL5,ERP44,PHF5A,TMEM158,PSMC3,SNX17,PSMC1,APEX1,PSMC2,SRRD,TAOK2,TSR1,PKN1,TMEM229B,TMEM167B,UBE2D1,MPV17L2,YEATS4,TSEN2,STK16,KPNA4,KPNA3,STK32B,KPNA1,KCMF1,FBXW8,TPM3,USP4,RPS5,RPS6,AIP,SARS,CNPY2,POLRMT,ILF2,FAM118B,RNF41,CTDNEP1,MINPP1,CLIP1,SRSF2,NHP2,SNRPF,PHPT1,SRSF7,KPNB1,IFNAR1,SNRPB,INO80E,CUL5,CBFB,MAX,PEF1,IREB2,ABHD8,UBR3,ARL2,UBFD1,PHB,LIN7C,HSPBP1,SPATA7,SAV1,BTBD1,TPR,PLXNA2,SRGAP3,EIF2B4,TRAPPC3,EIF2B3,AKIRIN1,TOR1A,POLR3GL,FUS,TRAPPC5,HPS3,ARPC4,NSG1,EEF2,LSM4,LSM3,FBXO31,LSM2,ZC3HC1,CNOT4,LRFN3,COPS3,COPS6,LSM7,COPS5,YEATS2,REEP5,TMEM11,UQCRQ,TADA3,MAP3K10,RNF181,ACO2,CCDC22,COPS8,RNF185,NFE2L1,NOP10,RNPEPL1,COX4I1,PPP6C,MRPL2,NOB1,SIN3A,PPP6R3,WDR5,MRPL9,HIF1AN,EIF2B1,UNKL,SLC37A3,ADSL,GPX1,SGIP1,RPL13A,RAD23A,EDF1,RANGAP1,QTRT1,RPL37A,CCDC43,RP9,EIF4E2,SEC22B,SLC25A11,AHDC1,PPP1R15A,BECN1,GTF3C2,NDUFB8,TSSC4,NDUFB6,NDUFB4,NDUFB3,RPL36A,LRP3,HSD17B10,HECTD1,NCLN,HIRIP3,PUF60,POLR2E,POLR2F,FSD1,LRRC8B,EIF4B,POLR2L,CYB5B,SPAG9,SLC35A2,GADD45GIP1,NDUFA8,TRIM41,NDUFA6,KCNJ11,FEM1A,MMAA,RNF24,NDUFA4,ADRM1,RPL35A,OXR1,MYO16,CUL4A,DNAJA1,RAB10,SLC25A38,NAGK,EIF3K,RAB12,EIF3I,DOLPP1,EIF3J,DRG1,EIF3G,CEBPZ,PDCD2,POLR3H,EIF3F,EIF3C,TRIM32,PFKM,SMAP1,POLR3K,PREP,KEAP1,ZDHHC6,THUMPD3,CISD2,TXNDC15,PWP1,PDCD2L,NUBP2,UBE2L3,TIAL1,RPS15,RPS14,RPS19,SNRPD2,SNRPD1,SNRPD3,RPS11,PELO,RPS10,RPS13,RPS12,CALN1,TMPO,ARL10,SRRM2,ENTPD4,IMP3,SACM1L,NSMCE2,IFRD1,MRPS18B,MRPS18A,MFSD11,MRPS18C,JMJD6,INPP4A,GNPAT,AFG3L2,THAP3,COX7A2L,THAP7,GRWD1,SUCLG1,TLN2,KCTD17,AURKAIP1,EIF1B,MMADHC,KCTD15,TMEM87A,MACF1,L3MBTL2,TMEM161A,CTR9,TMTC1,RPAP3,CHTF8,RCE1,VASP,SNHG1,PTPRN2,TMEM50A,MEMO1,HARS2,UBAC1,SMARCA4,AIMP2,RPS28,WNK2,RPL27A,ANP32E,RPS21,MRPS17,DAZAP2,DAZAP1,MRPS16,UBXN1,FAM45A,SLC44A2,SLC35F5,MRPS12,AATK,THTPA,PPP3CA,MAP1LC3B,CTSL,CHMP1B,C1QBP,RAC3,DLAT,COX8A,CCT3,ZYG11B,PRMT5,CBR1,CCT2,MRPS26,TMED9,ATP6V0B,SEC13,MRPS24,PARP2,CCDC115,NCOA6,PRMT1,ACAD9,MINK1,ANO8,MRPS21,AP3B2,APRT,MLF2,COMMD5,PDRG1,NME1,TOX4,PRPF18,PACS2,CANX,MPND,FYTTD1,PTGER1,STX16,SSNA1,GNAI3,NOL7,CCDC107,UQCR11,RFNG,UQCR10,COX5B,COX5A,TCEAL6,SAMM50,CHRAC1,HSF1,UBTD2,MPZL1,CCT4,MYEF2,YIPF2,GINS4,UBE2G1,NLE1,GRIN1,PPP1CA,KBTBD4,SPCS3,PER1,BOP1,RSL1D1,NEDD4,NDUFAB1,TOMM7,CAMK1,FAU,TOMM5,TOMM6,CARS,SCARB1,GALNT11,NDUFA13,NARF,NDUFA11,NDUFA12,ZFAND3,MPI,MRFAP1,UBE3A,COX6A1,SRP14,UBE2Z,TXN2,TOMM22,CHCHD4,TMEM145,FBL,TATDN1,CHCHD2,CHCHD3,CHCHD1,TRAPPC2L,KCTD2,TMEM130,PDIA4,COX6B1,TUFM,EEF1A1,TMX2,DKC1,DOK5,TIPRL,SPNS1,PLAA,PPIH,TBC1D23,RAF1,RTN2,PSMD12,DDX5,PSMD11,NDUFB10,RBM8A,RPS19BP1,PSMD14,COX15,NDUFB11,PSMD13,EFNB2,EMG1,RNASEH1,UBB,ZMAT2,TBC1D14,NDUFV1,PDZD7,ATP6V1F,CCDC134,CPSF4,OST4,PRNP,CBX6,VTA1,NUP153,TBCB,TBCA,MANBAL,AZIN1,DNAJC18,NFKBIA,PAN2,GNB1,COPE,GALK1,PHTF2,GSK3B,SCYL3,USP38,DDX49,ASNSD1,CBY1,DPY30,TRIAP1,USP39,MEA1,SEC61A1,TMEM223,EEF2K,SEPT7,MYO18A,TIMM17A,UQCRFS1,TIMM17B,RBM7,POLG,SCYL1,BCKDHA,KDM6B,TSFM,NAA30,JAGN1,TBP,HSDL1,ARHGEF12,GLRX3,TTC33,PLA2G4E,DCAKD,DNM2,DDX19A,CREB3,TMEM214,NDUFS7,NDUFS5,DNLZ,NDUFS3,PFDN2,LUC7L2,CHMP5,AGPAT5,STOML2,POLDIP3,GOSR2,GOSR1,POMP,RBM4B,SLC3A2,AGPAT3,TBRG4,MTA1,RAB40C,TNKS2,MAT2A,GNG5,OXCT1,TAF1C,DDT,LEPROTL1,TMEM208,ROMO1,RPP14,ABCF2,PTCD3,TIMM8B,PTCD1,KDM4C,USP20,NAA10,TAF13,PDAP1,SOD1,POLE4,ASB8,ERCC1,VIM,RAN,R3HDM2"
+"gene_set_query"	"187"	"NR2C1"	"265.7"	"ARCHS4 Coexpression,90;Enrichr Queries,242;GTEx Coexpression,465"	"TRIO,DCAF8,HNRNPU,RBPJ,EPRS,GPATCH8,BACH2,NDST1,CAPNS1,ZMIZ1,AKT2,DPYSL2,MYC,ZMIZ2,GPBP1,PSMD3,AKT1,AP1S1,VPS35,PRKACA,FNBP4,DDX17,MEF2A,MEF2C,RBFOX2,WSB1,CXADR,TSTD2,DAPK1,DAPK3,REV1,CD3EAP,SCRIB,ARMC8,EML2,SND1,DDIT4,PRR12,SAR1A,FLII,SDR39U1,NEDD4L,RNPC3,HIF1A,OAZ1,PLCG1,PIP5K1C,JUN,PHC2,CADM1,PLK2,IRF2BP2,PBX2,UPF3A,NR1D1,PBX1,PRRC2A,HNRNPL,MLLT10,GIPC1,HBP1,EZH1,PHF3,ARF3,OGFR,SETD5,PHF2,PIGU,BTG1,SMG5,TRIM8,MRPL42,TRIM3,ANXA6,JARID2,CIC,UPF1,SHPRH,TCF12,ITPK1,DYNLL1,DYNLL2,DUSP6,SRP9,WDR33,NCOR2,ZEB2,INF2,MTF2,PXDN,RAPGEF1,TKT,ERGIC1,NFIX,CENPB,PAPSS1,FAM129B,BCLAF1,TMEM68,AP2S1,CLPTM1,MFN2,FLNA,ANKRD52,YKT6,SRSF11,RUNX1T1,NKTR,WDR17,DAB2IP,SCAF1,GATAD2A,RNF146,SKI,PSMC6,NFIA,NFIB,ETNK1,ABI1,TAOK2,ZYX,NUCB1,PKN1,CCNT2,ATN1,PPP1CB,ZFP30,LAMP1,CFL1,SLC39A7,HMGN3,FADS1,GTF2I,BIVM,SEMA6C,TLE2,MAP2K2,USP5,TPM1,THOC1,PRPF4B,FOXP1,CTDNEP1,ARMCX4,MORF4L1,DMTF1,RAB35,MAPKAPK2,SRSF3,PHIP,SRSF5,RAD54L2,SRSF6,CSNK1G2,ANAPC2,LRRC59,PFKFB3,CD151,RAB5C,MAX,MAZ,SLC38A10,CORO1B,SOCS2,SBNO2,BAG4,PITRM1,DVL1,BTBD2,NACC1,ANKRD10,SLC38A2,WDTC1,ESRRA,NEK9,TMEM120B,OSBPL8,TIA1,ARPC4,EEF2,FBXO31,UCKL1,SH3BP5L,ARPC3,SP3,MDM2,PLEKHM2,PLXNB2,MDM4,GPR107,OGT,NFE2L1,EIF4G1,RNF187,WDR1,CELF1,CELF2,AKAP8L,PTEN,SYNE2,DUSP12,SART1,SNRNP70,PPP6R1,PPP6R3,UBTF,DGCR8,TLK1,UNKL,ILKAP,DST,ATRX,AMT,RAD23B,PTBP2,GIGYF1,PTP4A2,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,PPP1R12C,NFAT5,MTPN,SMARCD2,CANT1,WBP2,RAB1B,SRSF1,LENG8,MLLT1,SLC25A27,CDC42,DNAJB2,ABLIM1,GANAB,RBBP4,U2AF2,FEM1C,FYN,EIF4E,SPAG9,FBXL19,FOXJ3,CDC42BPB,TPD52L2,ASXL1,TNRC6C,MYO1B,KLF6,PFKL,IMPDH1,MGAT4B,POLR3F,PDCD4,P4HB,TNRC6A,CBLN1,TCERG1,APP,VARS,ZMYND8,ZDHHC5,CISD2,JMJD1C,CBLB,THUMPD1,HERC1,TRIM28,LONP1,CCNL2,ATXN7L2,ATXN7L3,SOX4,TMPO,ACTN1,METTL3,ZFP2,CIRBP,AP1B1,MOGS,ANK3,ACTN4,SRRM1,HECA,FAM76A,CCDC82,CCDC84,MACF1,PAXIP1,TBC1D9B,DHX8,TMEM63B,PIK3R1,APH1A,CHTF8,PCBP4,GSE1,HIVEP2,ARGLU1,SCAI,VASP,ZRANB2,INTS1,BCL11A,SS18L1,INSR,MICAL3,SMARCA2,EXT1,ID2,CALM3,CALR,CALM2,ITM2C,NRP1,PPP1R11,CITED2,GRIK2,PRPF19,AKAP12,EPM2AIP1,ZMYM2,SDF4,NCOA2,TMED9,TSC22D1,MRPS25,PARP2,MMD,MINK1,PRPF40B,MTSS1,MLF2,ENAH,HNRNPH1,UFC1,CD47,ARHGEF2,SGK1,ATP6V0C,STK40,SATB1,GBA,GNAI3,ARNTL,GNAI2,RXRB,AMN1,ARVCF,CUX1,PES1,MGAT1,MAP4K5,MAP4K3,PLEKHA5,VEGFA,PRPF39,CCNG2,CTNNB1,HDGF,PNPLA6,GRINA,ZFAND3,HDLBP,UBE2Z,IGF1R,CAPN7,PPIP5K2,ARHGDIA,POGZ,CAPN2,ARID2,SBF1,TSC2,TSC1,ATP1B1,MAU2,ADAM15,HNRNPUL1,TBL1XR1,HNRNPUL2,ANKS6,CHMP4B,PPIA,SUPT6H,IRAK1,MARK2,BPTF,KLHDC2,IVNS1ABP,SMAD2,PRNP,SMAD4,KLHL24,CLK4,NFKBIA,AHI1,EFNA2,HOOK2,HOOK1,GNB2,RFXAP,GNB1,FGF13,LSM14B,LRP10,UBE2M,CREBZF,RERE,RBM28,KDM5B,RBM25,KDM5C,GSK3A,PRKCSH,CHD6,YBX1,PITPNC1,PPP1R9B,MFSD8,SENP6,SEC61A1,SEPT9,LASP1,ZC3H7B,MAN2C1,LRRFIP1,MAPK1IP1L,ARHGEF11,SUN1,PDPK1,NAV2,KLF16,DNM2,ELF2,CREB1,ALS2,LUC7L3,LUC7L2,SPG7,ATP1A1,TOB1,STRN4,MAPK8,FAM168B,MTA1,DNPEP,FAM120A,MTA2,MTA3,FBRS,CLASP1,USP24,TTC14,RBM39,PDE4DIP,NAP1L1,ERCC3,CARM1,SUGT1"
+"gene_set_query"	"188"	"NACC2"	"266.0"	"ARCHS4 Coexpression,129;GTEx Coexpression,403"	"APP,AHCYL1,HDAC11,STMN3,ZDHHC8,SCAMP5,NDST1,CAPNS1,MPRIP,RUSC2,DPYSL2,HABP4,PIP4K2A,PRKACA,GOLGA7,ATXN7L3,ANKS1B,SLC6A17,MMD2,ACTN4,HDHD2,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,DYNC1LI2,PRKAR1B,ASPHD1,FEZ1,KCNQ2,PRR18,ULK1,PRR12,LLGL1,IGSF8,ADCYAP1R1,TBC1D9B,TTYH3,TTYH1,SDC3,AGAP2,PHYHIPL,AGAP1,CEND1,CD99L2,SLAIN1,FAM171A1,ABR,SYNGR1,PPP3R1,CHST10,MAP4,PIP5K1C,GPM6B,RAB11FIP5,ABCA2,CADM3,CADM4,TMEM184B,INTS1,IQSEC2,CADM2,IQSEC1,DCLK2,MICAL2,PRRC2B,PRRC2A,GLUD1,CALM3,TECPR2,ITM2C,ARF3,TMEM151B,GDI1,NCAN,DIRAS1,AATK,AP2A1,JPH4,TRIM8,TUBA1A,JPH3,NCS1,TIMP2,IDS,KIF1A,CIC,ENOPH1,GIT1,APC2,PSD,UPF1,PCYT1B,ZER1,ELOVL2,ZFR,ITPK1,MINK1,NIPA1,DYNLL2,MED29,SYN1,NCOR2,TMEFF1,RAP2A,TUBB2B,INF2,PACS2,PITPNM1,KIFC2,ARHGEF4,MAPRE3,GAS7,PHLPP1,NFIX,WRB,CENPB,GNAI2,CAMKK2,CST3,PPP2CB,GPC1,CLPTM1,FLNA,SLC17A7,CKB,CTNNA2,ANKRD52,NCDN,ARNT2,DYNC1H1,GABBR1,SORT1,LSAMP,DAB2IP,SCAF1,GRIN1,SKI,KLHL5,ABI2,SGSM2,TAOK2,TSR2,FAM171B,PNPLA6,MEGF8,GRINA,CRTC1,CLSTN3,CTNND2,CLSTN1,MRFAP1,ATN1,KIF5B,PALM,KIF5A,ADORA1,DENND5A,SBF1,FBXW11,MAGI2,APLP1,LMTK3,KCTD2,ATP1B2,POU3F2,DGKZ,POU3F3,CLIP3,CLIP2,TOM1L2,ACAP3,FRMD5,OLFM2,RAB31,LIX1,PKP4,TNIK,GNAZ,BRSK1,NDRG4,ARHGEF25,ARL3,NDRG2,CPLX2,CPLX1,ENHO,PDZD4,SNN,KLC2,DVL1,BTBD2,NACC1,CASKIN1,CAMTA2,RPRD1A,RAB6B,LRRC4B,WDTC1,CBX6,TNK2,TMEM132A,TBCB,ADAP1,CORO2B,ARHGAP23,GNAO1,QDPR,SH3BP5L,DLG4,GNAQ,GNB2,GNB1,PI4KA,CPE,CSPG5,MAP3K10,PLEKHM2,PLXNB2,NACAD,SERINC1,BCL2L2,NFE2L1,MXD4,SLC48A1,GSK3A,THRA,PTPN23,SOBP,PKD1,RLBP1,PPP1R9B,NGRN,PTBP1,SEPT7,SCRN1,PSD2,ZC3H7B,PHACTR3,EVI5L,TNPO2,YWHAG,DGCR2,ARHGEF11,PPP2R5B,H2AFV,SEPT5,DNM1,DDAH1,SNPH,DNAJC5,ZMYND11,NAT8L,PPP1R12C,CUEDC1,NLGN3,CAMK2B,NLGN1,NLGN2,LRP1,WBP2,DCTN1,ATP1A3,NRXN2,MLLT1,LRP3,ADD1,JAKMIP2,DNAJB2,CACNG7,FAM168B,FAM168A,PTPRZ1,MGAT5B,GNA12,NCAM1,SLC25A23,SNCB,CAMK2G,ATP9A,LGI1,NTRK2,SLC12A5,PCDH9,SMOX,FBXL19,B3GAT1,PCDHGC3,PTPN11,FBXL16,CDC42BPB,MAPK11,PINK1,NEURL4,FMNL2,PPP2R2C,TEF,SYT11,PPP2R2B,FAM131B,CDK2AP1,POLR3H,ATP13A2"
+"gene_set_query"	"189"	"DMTF1"	"266.3"	"ARCHS4 Coexpression,306;Enrichr Queries,297;GTEx Coexpression,196"	"MDC1,POP7,TES,TFRC,IFT172,POP4,HNRNPU,EPRS,RPL8,PSMD8,LSM12,PSMD7,ALCAM,CAPNS1,ZMIZ1,DPYSL2,MYC,GPBP1,RPL36,LUC7L,AP1S1,DIP2A,CDK5RAP3,TMEM8B,DDX17,FNBP4,MEF2C,WSB1,CD3EAP,DICER1,IFT81,ZC3H11A,CLPP,DDIT4,JTB,ALG10B,UBA52,SF1,COPS7B,PLA2G6,RNPC3,MRPL12,HIF1A,OAZ1,PPP4C,PLCG1,SERF2,JUN,PRELID1,PHC1,CADM1,PRRC2C,UPF3A,SNF8,PHC3,MLLT10,EIF5,GIPC1,CDK13,SETD5,SMG1,PIGU,SETD2,BTG1,CDKN1B,PHF1,CLTB,CLTA,MRPL37,NIPBL,SMPD4,BRD2,SHPRH,IFT140,GSTO1,ELOVL6,TOMM40L,DUSP6,WDR33,MRPL44,PSMA5,KAT2A,MTF2,PXDN,PGAM5,GRN,TIMM10,CENPB,PSMA7,FAM129B,PSMB6,BCLAF1,UNK,BTAF1,LMAN2,AP2S1,RRP36,RPL18,SF3B1,SRSF10,YKT6,SRSF11,NKTR,CSNK1A1,MBD1,WDR11,KTN1,MKLN1,NFIA,ABI2,TAOK1,ETNK1,NUCB1,PKN1,FRYL,CCNT2,CTNND1,ATN1,POFUT2,SESN1,CFL1,ZNF326,MAP2K2,IGFBP3,TPM1,THOC1,ATP11B,PRPF4B,ARMCX4,MORF4L1,PHIP,SRSF5,ADNP,SRSF6,SNRPB,LRRC59,CD151,RAB5C,INSIG1,ANKRD12,ITPR1,PHB,CORO1B,SOCS2,ATXN2,STK36,TPR,UBR5,ANKRD10,SLC38A2,PLXNA3,ESRRA,TIA1,MARCH6,LSM4,CDK9,UQCRQ,MDM4,LZTR1,OGT,NOP10,DIDO1,NUMA1,COX4I1,CEP164,SYNE2,DUSP12,SIN3B,SPR,SNRNP70,WDR6,EIF5A,PPP1R12A,DST,GPX4,ATRX,EDF1,PTBP2,ARL4C,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,BIRC6,NFAT5,WBP1,UHRF2,RAB1B,SRSF1,CXXC1,LENG8,HDAC6,SRM,SLC25A27,POLR2E,FYN,MEST,ATP9B,SH2B1,POLR2L,GADD45GIP1,HNRNPA3,PPP1R14B,GPKOW,TXNRD1,ADRM1,PTPN12,DDHD1,ASXL1,KLF6,APC,MGAT4B,STUB1,P4HB,TNRC6A,SLC25A36,EIF4A2,TCERG1,APP,JMJD1C,CBLB,RPS15,PNN,HERC1,BSG,ARL6IP4,EPC1,CCNL2,SOX4,SRRM2,SMARCC2,IMP3,SCAF11,METTL3,ARRDC3,CIRBP,MRPS18A,SRRM1,MRPS18C,AKAP9,HECA,PFN1,AURKAIP1,MACF1,RTEL1,MYCBP2,PIK3R1,COMMD9,INPP5E,ARGLU1,ZRANB2,INTS3,SURF4,PTK2,MED13L,PUM2,WNK1,FUBP1,ID2,ITM2C,MRPS16,MRPS11,MRPS12,MRPS10,SLC7A11,PTPRK,EPM2AIP1,PCM1,XPO1,ZMYM2,C1QBP,ENC1,DHX15,REV3L,SDF4,RAC1,COX8A,PARP6,TMED9,MRPS22,TSC22D3,NME2,ZDHHC17,MLF2,HNRNPH1,TAX1BP3,HNRNPH3,SGK1,ATP6V0C,MRPS35,STX16,SATB1,COX5B,COX5A,APBB2,APBB3,MAP4K4,BCAP31,MON2,MYEF2,VEGFA,PRPF39,MPHOSPH9,CCNG2,HNRNPA2B1,FAU,TARDBP,MPHOSPH8,ZFP28,ARID4B,TOMM22,CHCHD2,PPIP5K2,POGZ,ARID2,CHCHD1,SH3GL1,TSC2,SDHC,TSC1,ATP1B1,COX6B1,TUFM,TBL1XR1,PRPF3,RAI14,DDX5,NDUFB11,SLC1A4,PDS5B,NDRG1,EP400,CYC1,BPTF,IVNS1ABP,SMAD2,HSPA8,PRNP,CPSF7,CPSF6,CBX5,CLK4,CLK1,PAN2,NFKBIA,PAN3,EFNA2,HOOK2,HOOK1,GNB2,DNAJC10,GNAS,TCF4,PI4KB,BRWD1,COPE,UBE2M,CREBZF,KDM5B,RBM25,RBM26,PRKCSH,USP33,HP1BP3,USP34,CHD6,CHD2,CABIN1,SENP6,SENP7,TMEM223,SEPT7,GATAD1,CASP2,MAN2C1,RBM5,RBM6,RBM33,SUN1,PDPK1,NAV2,ARID1B,SFPQ,VCAN,CREB1,RASA1,PPDPF,AKT1S1,LUC7L3,CHMP6,LUC7L2,KDM3A,ANKS3,HMGCR,MTA1,DNPEP,PABPN1,MAT2A,TAF1C,DDT,TRA2B,TRA2A,TTC14,RBM39,ZFC3H1,ATP2B1,SLC4A7,ERCC3,ACIN1,RBM42,VIM,SSBP2,PDE7A"
+"gene_set_query"	"190"	"ZNF770"	"267.0"	"ARCHS4 Coexpression,420;Enrichr Queries,146;GTEx Coexpression,235"	"NCKAP1,GMFB,TFRC,HNRNPU,EPRS,SMC3,FNBP1L,ALKBH8,PSMD7,ALCAM,DPYSL2,MYC,DPYSL3,STMN1,AP1S2,RNF111,MED1,PRKCI,CXADR,CSNK2A1,DNTTIP2,CD3EAP,WDR75,DICER1,GAPVD1,MED6,CLPX,ARMC1,RFX7,PSME3,DDIT4,YME1L1,MTMR1,SEH1L,SET,CDCA4,HIF1A,ADH5,MTDH,LDHB,HMGXB4,HSPH1,GAR1,NAA50,EDEM3,JUN,PHC1,IRF2BP2,LARP7,PA2G4,LARP4,PHC3,MLLT11,FAM135A,HNRNPC,CPEB4,PHF3,SMG1,PIGU,ADK,CLINT1,PHF6,WDR43,MRPL42,NIPBL,MED13,RARS,JARID2,RRP15,PCMTD1,WDR36,MIOS,NSUN2,RRAS2,SLC39A10,LRRC40,DUSP6,SRP9,SLC7A5,SIKE1,PXDN,TCP1,EXOC4,TMEM106B,EXOC5,ARF6,WDR26,SF3B3,NIP7,USO1,SLC7A1,HSPA13,BCLAF1,SRP72,LEO1,USP1,SC5D,RICTOR,ANKRD50,YTHDF2,RIOK3,CSNK1A1,KIDINS220,USP9X,MBD1,SRP68,WDR12,LRPPRC,BYSL,MKLN1,NUDT21,ETNK1,TAOK1,SERBP1,TSR1,CSE1L,FBXO28,LTN1,FBXO22,IPO7,BZW1,IPO5,PPP1CB,NPEPPS,NUDT10,SMCHD1,SALL2,CDH2,NUDT19,SMARCAD1,BNIP3L,SLC38A1,SUPT16H,EIF1AX,VASH2,ATP11C,ATP11B,ZBTB33,MSH6,MORF4L1,CLIP1,ACAP2,ARMCX2,MSH2,MSH3,MORF4L2,SRSF3,PHIP,SNRPE,FKBP3,ANAPC1,ARL8B,ANKRD17,CUL5,INSIG1,IREB2,ANKRD12,TARS,G3BP1,G3BP2,NAE1,SLC38A2,SKIL,OSBPL8,NOP14,DR1,TIA1,NOP16,API5,ASNS,TRAPPC8,ZBTB11,EEF2,IBTK,GNL3L,CNOT7,UBLCP1,COPS2,SERINC1,IARS,TMEM19,RSL24D1,EIF4G1,ITGB1,HSP90AB1,WDR3,WDR4,BICD2,DUSP11,DUSP12,MRPL3,SUMO1,SUMO2,TNPO1,ARL5A,TNPO3,EIF5A,ACTR2,HSP90AA1,PPP1R12A,DST,VBP1,SECISBP2L,ATRX,RAD23B,PTBP2,PTP4A1,PIK3CA,POLR1B,CTDSP2,ETF1,BCAT1,MTPN,NFAT5,HDAC2,GTF3C4,ROCK1,ROCK2,VPS4B,SRSF1,ZBTB43,HECTD1,RBBP4,UBQLN1,BEND3,FEM1C,FYN,IGF2BP3,HNRNPA1,EIF4E,DCAF13,SSB,FEM1B,OXR1,RAB10,KLF6,EIF3M,POLR3B,PSAT1,DNAJA2,CEBPZ,EIF3E,SMAP1,EIF3A,TRIM33,SLC25A36,PANK3,CCNJ,ZDHHC5,CISD2,JMJD1C,PPP2R2A,CRKL,EFR3A,GOLGA4,CDC23,CHORDC1,DENR,SEPHS1,TMPO,SMARCC1,SCAF11,ARRDC3,IFRD1,ACSL3,ZW10,GRWD1,SUB1,GUF1,HECA,PFN2,DCUN1D5,BRCC3,PIK3R1,RPAP3,NLN,DHX32,DHX33,LARS,TSPAN6,DHX36,HLTF,RAB11FIP2,RBM12,ZBED4,RCC2,SMARCA5,PAICS,CCT6A,ZBTB6,STAG2,FUBP1,NOL10,LRRN1,DHX29,NOL11,CALM2,ITM2C,MRPS12,GDI2,MRPS10,SLC7A11,SYNCRIP,SPTLC1,AKAP11,XPO1,ZMYM2,DHX15,PRMT5,CCT2,PRMT3,PRPF40A,UCHL3,RHOB,ENAH,TAX1BP1,G2E3,SGK1,SLC20A1,HEATR1,MRPS30,TCEAL8,CCT8,GPC4,CCT4,RANBP2,SUZ12,NPM1,NFYB,MTX3,PTGES3,MYO9A,VEGFA,MIB1,RSL1D1,XPOT,KLHL7,HNRNPA2B1,TCEA1,TARDBP,OTUD4,UBE3C,ZFAND6,UBE3A,IGF1R,NARS,KIF5B,NOM1,UBE4A,PUS7,PREPL,DKC1,TBL1XR1,TMX1,RPL7L1,TIPRL,UBE2V2,PLAA,MATR3,ATP6V1A,DDX6,PSMD11,BTF3L4,PDS5A,RNASEH1,RPRD1A,MYH10,QSER1,BPTF,HSPA8,PRNP,CBX5,CPSF6,CBX3,VTA1,CPSF3,IDH1,CPSF2,NUP153,KLHL23,KLHL24,EIF2S1,AZIN1,HOOK2,NASP,HOOK1,CAPRIN1,JMY,ACBD3,UBE2K,KDM5B,PRKCSH,USP34,CHD6,HMGB3,PSIP1,SLC2A3,TRIAP1,HMGB1,RND3,AFF4,YWHAQ,MFSD5,PPP2R5E,RB1CC1,UTP15,PDPK1,H2AFZ,OXSR1,PJA2,RCN2,LUC7L3,AGPAT5,PARG,NAA20,DDX21,HMGCR,CLCN3,TOB1,HSPD1,MAPK8,CAND1,UGP2,TAF1B,TGS1,BMS1,NAA25,MAPK6,PTCD2,GALNT1,NAP1L1,DEK,ATP2B1,SLC4A7,POLE3,NAA15,SUGT1,ABCE1,RAN"
+"gene_set_query"	"191"	"ZNF25"	"269.3"	"ARCHS4 Coexpression,83;Enrichr Queries,695;GTEx Coexpression,30"	"ZFYVE9,MYT1L,STMN2,STMN4,ENO2,SCAMP5,ALCAM,DPYSL5,DPYSL2,MYC,DPYSL3,AKT3,PRKACB,RBFOX1,MEF2C,TSPYL1,UNC13A,WSB1,RBFOX2,CACNA2D1,CD3EAP,SCAMP1,GABRG2,SCAMP2,EID1,PRKAR1B,FEZ1,RUFY3,HECW1,RUFY2,DDIT4,SPARCL1,TSPYL4,MTMR9,PHYHIPL,MTMR7,FLRT2,FZD3,JUN,CADM3,NDFIP1,PRRT2,CADM2,PLK2,POU6F1,MLLT11,HNRNPF,PKIA,FXYD6,FAT4,CDK14,GABRB2,PIGU,WDR47,JPH4,FAM102B,TUBA1A,CHL1,TRIM2,TIMP2,DLGAP1,GPRASP1,GPRASP2,GARNL3,RPS6KL1,ACTL6B,TERF2,PGM2L1,DUSP6,ZEB2,TUBB2B,TUBB2A,CDC42EP3,PXDN,PLCB1,VAMP2,PAFAH1B1,GAS7,NFIX,ATL1,ADAM22,ADCY1,LMAN2,CHN1,SLC17A7,RUNX1T1,WDR17,KIDINS220,ATRNL1,NMNAT2,BLCAP,ABI2,NFIA,NFIB,PKN1,NUCB2,RAB3C,RAB3A,ATP8A2,ATP8A1,CTNND2,FRY,RPH3A,RIMS1,ATCAY,FADS1,ANKRD46,IGFBP3,MAGI2,F2R,CASD1,RNF41,CLIP3,BSCL2,OLFM1,SLC9A6,LY6H,GRIA1,GRIA2,BRSK1,ARL3,ITPR1,KLC1,SOCS2,ORC4,KLC2,PITRM1,RAB6B,SLC4A10,REEP1,PTPRD,SYNJ1,NBEA,NSG2,REEP2,AAK1,SERINC1,SNAP25,RNF11,CELF4,NGRN,PTBP1,DUSP12,SCRN1,RNPEP,PSD3,WDR7,DNM1L,ERC2,EID2B,SGIP1,ACTR6,SEZ6L,ARL4C,PTP4A3,DNAJC6,CTDSP2,NLGN1,PPM1L,SLITRK1,WASF1,ATP9A,UBQLN2,BEND6,NTRK2,SLC12A5,NTRK3,DDHD2,OXR1,TNRC6C,KLF6,NFASC,NECAP1,GLRB,APC,SYT11,POLR3F,TRIM37,METAP2,EIF4A2,ISCA1,RUSC2,ATP6V1E1,KIFAP3,BSN,TRIM23,ATP6V1G2,ZFP1,SLC6A17,ARRDC3,ANK2,STX1B,RRAGB,HECA,TAGLN3,KCTD12,PFN2,BEX4,BEX1,SLC45A1,STXBP1,MYCBP2,CEND1,CD99L2,PIK3R1,KALRN,APH1A,NUAK1,SYNGR1,INPP5F,B4GALNT1,HIVEP2,SCN3B,SCN3A,SCAI,ATP6V0A1,MAGEE1,IQSEC2,ST8SIA3,MYO5A,HSPA12A,SNAP91,DCLK1,ID2,FBXL2,CALM1,CDS2,ITM2C,NRP1,CSRNP3,TMEM151B,GDI1,CITED2,DIRAS2,ZCCHC18,VLDLR,AKAP12,PPP3CB,NUDCD3,UCHL1,PCLO,AKAP11,ENC1,DNER,IDS,KIF1B,KIF1A,RALGPS1,TSC22D3,SYP,ZDHHC17,SYN1,ITFG1,APRT,MLF2,RHOB,CNKSR2,ARHGEF9,VSNL1,MAPRE3,MAPT,SGK1,NAPB,AMIGO1,ICA1L,GDPD1,PRICKLE2,AKAP6,NOL4,TCEAL6,SERTAD4,NFIL3,CAMK2N1,APBB1,CTNNA2,PAK3,DYNC1I1,ARNT2,GABBR2,GABBR1,SPRYD3,LSAMP,LHFPL4,SORBS2,PNMA2,VEGFA,ATAT1,CCNG2,TTC3,APBA1,APBA2,CDK5R1,ARHGAP44,KIF5C,KIF5A,NRCAM,SH3GL2,PPFIA2,RGS7,NSF,TMOD2,APLP1,TTC7B,RUNDC3A,PREPL,SCN8A,UBE2V2,MATR3,AMPH,ATP6V1A,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,TMEM59L,LPL,CPLX2,NDRG1,RTN4,EFNB2,ARHGAP21,KIF3A,FUT9,CAMTA1,RPRD1A,KIF3C,LONRF2,MARK1,PRNP,SYT3,SYT1,CRIM1,GNAO1,RALYL,DLG2,HOOK2,HOOK1,CNTN1,DOCK3,THRA,CNRIP1,PRKCSH,CHD6,ELAVL4,SOBP,RND3,GRM5,LRRTM2,GDAP1L1,SULT4A1,YWHAG,YWHAH,SVOP,PDPK1,UBE2QL1,H2AFV,PJA2,DNM1,SEPT3,DNM3,VCAN,GAP43,TRAPPC6B,CDH10,CDH11,TERF2IP,INA,CAMK2B,NRXN1,USP11,CRMP1,ATP1A3,NRXN2,NCALD,ADD2,MAPK9,GNG3,FAM168A,DNPEP,GNG2,SV2A,NCAM1,SNCB,CLVS1,OPCML,CLASP2,SGTB,NEGR1,B3GAT1,ATP2B4,NAP1L2,PDE4DIP,ATP2B2,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,PPP2R2C,PPP2R2B,BRMS1L,FAM131B,VIM,R3HDM1,SSBP2"
+"gene_set_query"	"192"	"ZNF740"	"269.5"	"ARCHS4 Coexpression,496;Enrichr Queries,86;ReMap ChIP-seq,21;GTEx Coexpression,475"	"MDC1,POP7,EHMT2,GHITM,RBPJ,SCAMP4,NDST1,SAMD14,KRTCAP2,MPRIP,RAVER1,PSMD5,AKT3,AKT1,PRKACA,SAMD10,FNBP4,DAXX,RBFOX2,EML2,MYL6,RFX7,DDIT3,ZC3H11A,DDIT4,RBCK1,ATF4,SF1,FLII,MEPCE,AGAP2,PDGFA,BAZ2A,AGAP3,GABARAP,CYB5R1,RHOT2,PIP5K1C,PUSL1,RHBDL1,HEXIM1,JAG2,PRRT1,CREBBP,PRPF38B,JUN,PRRT2,JUP,PBX2,MRPL28,MRPL24,PBX1,EIF1,MLLT11,MLLT10,UCK1,VANGL2,FASN,SFXN3,EZH1,EZH2,PIGU,PRKAG1,CTCF,ECSIT,MED16,MRPL34,BBC3,MECP2,TRMT112,NIPBL,FASTK,RPLP2,APC2,DFFB,UPF1,ELOVL5,SPHK2,MRPL47,MED29,DUSP6,MED23,MED22,SLC7A6,MED24,PLSCR3,PXDN,RAPGEF1,TUT1,PAFAH1B3,ERGIC1,ELOF1,WRB,SRRT,FAM117B,PSMB7,GGA3,PSMB3,MFN2,FLNA,SAMD1,MEF2D,SRSF10,SRSF11,ATAD1,CENPT,MBD6,USP9X,SAMD4B,TARBP2,GATAD2B,ARCN1,CCDC9,SHKBP1,TAOK1,TAOK2,PKN1,AGRN,MTCH1,UBE2D2,ATN1,MPV17L2,ZBTB22,YY1,STK11,RUVBL2,STK16,PIM3,PIAS4,SLC38A1,CISH,PPP1R16A,PRPF4B,FBXO11,SRCIN1,FBXW2,LENEP,FOXP1,ATXN2L,ACAP3,FSCN1,RAD54L2,SNRNP200,SQSTM1,KPNB1,NSMAF,ANAPC2,INO80E,KHDRBS3,MAX,MAZ,ISG20L2,CORO1A,CORO1B,HSP90B1,SOCS2,ATXN2,SBNO2,NDOR1,ZKSCAN3,IP6K1,SLC38A2,ZKSCAN1,NADK,LRRC4B,TIA1,FUS,ZBTB12,EEF2,UCKL1,SON,SH3BP5L,MDM4,CLPTM1L,LRCH4,OGT,NFE2L1,ZNF512B,HSP90AB1,NUMA1,POMT1,ARRB1,MRPL4,ALAD,SUMO1,MDK,PPP6R1,UNKL,EIF5A,DST,RAD23A,VEZF1,VPS37B,RAD23B,DDOST,GIGYF1,NSMCE4A,ETF1,SLC25A11,AHDC1,ST6GALNAC6,PPP1R15B,NDUFB7,UHRF2,NDUFB6,LRP1,SRC,SRSF1,PRCC,LENG8,FOXK1,MLLT6,TSPAN31,CDC42,GANAB,U2AF2,TRIM46,FEM1C,SLC25A23,PCDH1,HNRNPA1,SLC25A22,EIF4B,SH2B1,GADD45GIP1,MARCKSL1,TRIM41,MBOAT7,RPL23A,BAIAP2,MCM3AP,PDCD4,STUB1,SLC25A36,KDELR1,PPAN,ZDHHC5,KEAP1,THUMPD1,IFI30,ACTB,CYB5D1,TRIM28,BSG,FAM53C,EPC1,CCDC97,CCNL2,ATXN7L3,SLC12A9,TMPO,SMARCC2,ATP6V1G2,ECH1,CIRBP,CSNK1D,MOGS,CDC34,CDC37,CSNK2B,CD2BP2,CTXN1,TRIB2,NUMBL,GIPR,CEND1,PIK3R2,PIK3R1,APH1A,PCBP4,PCBP2,HIVEP1,SYMPK,HIVEP2,DECR2,INTS1,IQSEC1,RCC2,SMARCA1,MED13L,SMARCA4,WNK1,ID2,NDUFAF3,PAF1,CALR,RGL2,MRPS15,TMEM151B,PPP1R10,NAT14,PTPRF,DHX16,NCOA1,GRIPAP1,PABPC4,COMMD1,MRPS7,SREBF2,RAP2C,TOX4,KIN,ARHGEF1,ARHGEF2,CCDC106,RXRB,MNT,CAMK2N1,MGAT1,MON2,SPRYD3,YIPF2,HUWE1,VEGFB,TMUB1,MYO9B,DOHH,PPP1CA,TMUB2,VEGFA,RGP1,CCNG2,HNRNPA2B1,HDGF,ESYT2,GRINA,DBR1,CRTC2,MIDN,CRTC1,CD81,UBE2Z,ACRBP,IGF1R,KIF5A,PALM,PPFIA1,EP300,ARID2,SBF1,PPFIA3,LMTK3,EEF1A1,ADAM15,HNRNPUL1,HNRNPUL2,FAM173A,GPRIN1,EHBP1L1,ANKS6,WDFY3,UBE2V1,RTN2,COX17,KLHL17,HTRA2,KLHL12,SUPT6H,CACNA1H,GRK6,CAMTA2,BCL9L,IVNS1ABP,PRNP,UBE2I,PHF12,HMGA1,NUP153,KLHL24,SUPT5H,CLK2,PAN3,HOOK2,HOOK1,GNB2,UBE2N,CYCS,TCF3,LSM14B,PICALM,MXD4,RERE,CUEDC2,GSK3A,LDB1,PRKCSH,CHD8,CHD6,ATP2A2,CHD4,ADAR,CHD3,RND2,CHD2,USE1,AFF4,PITPNC1,PPP1R9B,LMNB1,EEF2K,GATAD1,MYO18A,YWHAG,RBM33,SUN2,ARHGEF12,TTC33,PDPK1,BUD31,ABHD14B,ARHGEF18,ABHD14A,NAV1,GLRX2,NAV2,YWHAZ,EPN1,EEF1G,CREB3,ELF2,CREB1,UBE2R2,NAA38,IFT46,DCTN2,GOSR1,TGFBRAP1,AGPAT1,RNF5,DNPEP,MAT2A,TDG,MKNK2,PTK2B,MTA2,FBRS,CYTH1,RBM39,TAF15,PDAP1,SSRP1,USF2,MAPK11,TEF,ERCC1,POLE3,FAM131A,ACIN1,TAF1,TRRAP,ARPC5L,HNRNPU,HNRNPR,EPRS,BACH2,ZMIZ1,MYC,ZMIZ2,STMN1,IER2,DDX17,UNC13A,NUP210,DAPK3,CD3EAP,CLPX,HCFC1,WDR81,WDR82,RPL27,PRR18,RPL29,PRR12,VPS28,CDC42SE1,POM121,CTBP2,NEDD4L,XPC,ATXN7L3B,RNPC3,HIF1A,ANAPC11,PRDX2,FAM160B2,NCSTN,PRDX5,PPP3R1,PRDX4,PRDX1,VPS11,PLCG1,ST3GAL2,RPL41,JUND,PHC1,H3F3B,SETD1A,H3F3A,IRF2BP2,MTHFR,PRRC2B,POU6F1,PRRC2A,TMEM198,EHD1,HNRNPL,FIBP,MEX3A,HNRNPF,ATG2A,GTF2IRD1,HBP1,DUS1L,CDK13,FARSA,OGFR,SETD5,BTG1,CDKN1B,ELL,PHF20,PHF23,PHF1,CLTC,GPT,TCF20,SMG7,PFAS,WDR43,SMG5,ING4,RNF157,TRIM8,UBL5,TMEM189,ANXA6,PLEKHN1,CIC,JARID2,EMD,BRD3,ZC3H10,BRD2,TCF12,TET2,NUTF2,NCOR2,RNF167,ZEB2,KIFC2,TET3,NFIX,RPL10,GPS2,WDR24,FAM129B,FGD3,PPP1R7,NSD1,RPL14,ANKRD52,RPL18,SF3B1,RPL19,SF3A1,PCGF2,WDR18,TRMT1,SCAF4,WDR11,XAB2,NFIA,NFIB,SARM1,INHA,PHLDB1,RAB3A,CHPF,CLSTN3,UBP1,AUP1,TM7SF2,EDC4,IPO8,TXNL4A,STK32C,GTF2I,HMGN1,RAB2B,TLE3,TLE2,RNF44,ANKRD49,TPM4,TPM3,USP3,DYRK1A,THOC2,RNF40,THOC6,CACNB1,CTDNEP1,PYGO2,ILF3,RAB34,RAB35,FKBP8,ADNP,CSNK1G2,GLYR1,ANKRD17,BRSK1,FKBP2,DNMT1,CD151,AK1,HSPBP1,PHF21A,ORC4,KLC2,PITRM1,DVL1,NACC1,DVL2,MAP2K7,SKIL,MCL1,WDTC1,AKIRIN1,ATP8B2,SEC16A,MARCH9,LSM4,LSM2,BCL9,CDK4,LRFN1,PLXNB2,CNIH2,BCL2L2,BCL2L1,MAP3K12,EIF4G1,DIDO1,CALCOCO1,ZC3H4,DUSP12,PTBP1,RPL7A,SART1,PSD2,SNRNP70,AP1G1,UBTF,CEP170,EIF2B1,SLC37A3,PLEKHG2,REXO1,ZFP91,RTN4RL2,RANGAP1,PTP4A3,TRAF4,CTDSP2,POLR1B,CRK,SFT2D1,SMARCD1,HDAC5,NFAT5,GTF2A2,SMARCD2,HDAC3,NLGN2,TSSC4,WBP1,RAB1B,DPCD,HDAC6,HDAC7,DNAJB2,FBXL20,DCAF15,FZR1,HAUS8,POLR2A,CSK,CCDC71,POLR2L,MLXIP,SEMA4A,SPAG7,FBXL19,NCKAP5L,SEMA4C,RPRD2,FBXL16,CDC42BPB,PTPN12,PNRC1,DNAJA1,TNRC6C,KLF7,MARCKS,KLF6,VAPB,IMPDH1,MGAT4B,RUNDC1,POLR3K,TNRC6A,TPT1,SLC35B2,HDAC10,ZMYND8,GBA2,RPS15,RPS16,FLAD1,PPP2R1A,DPF1,ZFPL1,GLUL,SOX4,RPS12,SRRM2,NFKBIL1,ARRDC3,MRPS18B,JMJD8,INPP4A,CARHSP1,AKAP9,HECA,ANKRA2,AURKAIP1,PFN1,OBSL1,LLGL1,CUTA,MACF1,TMEM161A,ANP32A,FXR2,GSE1,TNRC18,PATZ1,RALGDS,VASP,VAT1,STK11IP,PUM1,PUM2,STAG2,CCDC88C,ANP32E,TMCC2,ANP32B,RBAK,ITM2C,DAZAP2,DAZAP1,CITED2,FAF1,MYL6B,PRPF19,ZCCHC14,ZMYM2,GUK1,PCF11,XPO6,RAB8A,PSD,TSC22D1,TSC22D3,RHOF,PPRC1,ITFG2,RHOB,HNRNPH1,PACS1,SDCCAG8,SLC20A1,HIRA,CUX1,MAP4K4,MTX1,NFYA,MTX2,MTX3,ATAT1,MARS,NBR1,CDK5R2,NDUFA13,COMT,TATDN2,ARHGDIA,POGZ,HCFC1R1,CHCHD1,KDM2A,KDM2B,LMO4,TSC2,NOSIP,OCRL,TSC1,WRNIP1,ATP1B2,SHISA7,TUFM,PRPF6,TBL1XR1,CHMP4B,FIZ1,RELL2,COPA,ISYNA1,LTBP4,COX7A2,ADIPOR1,PRPF8,PDZD7,MARK2,ATP6V1F,BPTF,HSPA9,SMAD4,KLHDC4,CPSF7,ACBD4,CBX5,CBX4,CBX3,NONO,CBX2,EFNA2,DLG4,PI4KB,CLASRP,BRWD1,LRP10,CREBZF,USP35,KDM5B,ACADVL,KDM5C,THRA,ELAVL3,MFSD8,SPRED2,SEPT9,MFSD5,SNAPC2,GMPPA,FLOT1,PDE4A,POLG,SCYL1,KDM6B,KLF13,SPATS2,IQCE,PPP2R5B,CTPS2,TRNAU1AP,ARID1A,SENP3,KLF16,DNM2,FCHSD1,PFDN2,LUC7L2,TSEN34,KDM3A,KDM3B,ATF6B,POMP,MOSPD3,STRN4,USP19,STRN3,THBS3,FAM168B,FAM168A,FAM120A,BUB3,SNCB,SPEN,B3GAT3,HAGHL,CYHR1,PDE4DIP,DEK,MEIS2,NEURL4,PIK3IP1,RPS6KB2,BAX,ATP13A3,RBMX,SSBP3,SSBP4"
+"gene_set_query"	"193"	"IKZF5"	"270.3"	"ARCHS4 Coexpression,397;Enrichr Queries,140;GTEx Coexpression,274"	"TRIO,HNRNPU,SMC5,EPRS,BACH2,NDST1,CAPNS1,DPYSL2,MYC,GPBP1,FGFR1OP2,AKT1,AP1S1,DIP2A,DIP2B,FNBP4,MEF2A,MEF2C,WSB1,DAPK3,CD3EAP,FRS2,SCRIB,DICER1,ATG12,RFX7,ZC3H11A,RUFY3,DDIT3,RUFY2,DDIT4,TTYH3,MAPKAP1,RNPC3,HIF1A,FAM160B1,JUN,PRPF38B,WDR59,ICMT,H3F3B,MRPL28,IRF2BP2,BRAF,SNF8,PHC3,EIF1,EIF5,GIPC1,HBP1,EZH1,ATG2B,CPEB4,CDC42SE2,PHF3,SETD5,SETD2,SMG1,PIGU,CDKN1B,BTG1,TRIOBP,PCMTD2,NIPBL,MED13,PCMTD1,TCF12,WDR33,MED23,PHF20L1,ZEB2,MTF2,PXDN,PELI1,TMEM106B,CLDND1,ADCY6,CENPB,FAM129B,BCLAF1,EXOSC10,RNF138,ASNA1,AP2S1,FLNA,RICTOR,PAIP2,YKT6,SF3B1,SRSF11,NKTR,CRBN,RIOK3,MBD1,PCGF2,DAB2IP,ELP2,GATAD2B,ETNK1,ABI1,TAOK2,PKN1,YPEL5,ANKRD13C,CCNT2,FMR1,UBE2D3,ATN1,PLOD3,PPP1CB,FNTA,LAMP1,PAPOLG,SESN1,CFL1,PAPOLA,ZNF326,SLC39A7,LZTS2,MAP3K7,RAB2B,SLC38A1,MAP2K2,RALGAPA1,THOC1,PRPF4B,FOXP1,DMTF1,FSCN1,PHIP,SRSF5,SRSF7,KPNB1,FKBP5,PFKFB3,CD151,TNKS,INSIG1,ANKRD12,UBR3,PHB,LIN7C,RLF,CORO1B,DVL1,NACC1,ABL1,PLXNA1,SLC38A2,SKIL,MCL1,CD276,OSBPL8,TIA1,TMEM132A,HPS4,ZBTB11,MARCH6,COPS6,SON,CNOT2,SP3,PLXNB2,MDM4,SERINC1,PLXNB1,RSL24D1,NFE2L1,EIF4G1,RNF187,RNF13,PTEN,DUSP12,CAPZB,MDK,HSP90AA1,ATRX,ARFGAP1,PTP4A1,PPM1A,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,C1D,SOS1,PPP1R15B,NFAT5,NLGN2,UHRF2,ROCK2,RNF38,MLLT1,SLC25A27,GANAB,U2AF2,FCHO2,POLR2E,VPS54,DNAJB9,RBBP6,FEM1C,FYN,POLR2L,SPAG9,PPP1R14B,NDUFA5,CNBP,FBXL19,FOXJ3,CDC42BPB,OXR1,HNRNPAB,PNRC2,KLF7,SNRK,KLF6,MGAT4B,PDCD4,P4HB,TRIM33,SLC25A36,BCAR1,APP,VARS,KDELR1,CISD2,JMJD1C,GCC2,CBLB,TXNDC16,TRIM28,CHORDC1,DAG1,FBXO3,EPC1,EPC2,GLUL,SOX4,ACTN1,ARRDC3,AP1B1,MOGS,ACTN4,SRRM1,AKAP9,FAM76B,HECA,ANKRA2,CBLL1,EIF1B,DHX8,MYCBP2,PIK3R2,PIK3R1,TMTC4,MBTD1,UGCG,SPAST,MIER1,HIVEP1,MLEC,RAB11FIP2,RALGDS,VAT1,ZRANB2,INTS1,SS18L1,ACADSB,SMARCA2,GADD45G,SMARCA4,EXT1,STAG2,PTK7,ID2,FBXL3,ITM2C,DAZAP2,CITED2,PTPRF,HERPUD1,PTMS,PCF11,ZMYM5,CHMP1B,ZMYM6,DHX15,UBXN7,SDF4,UBXN4,PBRM1,TSC22D3,PPHLN1,MRPS7,ZDHHC17,MLF2,VAV2,WAC,HNRNPH3,SGK1,MAPRE2,DBN1,STX16,SATB1,NEDD8,PCNP,NFIL3,GPC1,MAP4K5,MON2,PLEKHA1,YIPF4,AP3D1,RSRC2,VEGFA,PRPF39,HDGF,TARDBP,MEGF8,CD81,ZFAND5,HDLBP,ARID4A,ARID4B,PRDM2,KIF5B,POGZ,SH3GL1,MORC3,ANGEL2,TSC1,RSBN1,PDIA4,MAU2,ADAM15,PRPF3,SBDS,MATR3,ZCCHC8,DDX5,YTHDC1,ARHGAP12,IRAK1,TMEM128,ANKZF1,BPTF,TBC1D16,IVNS1ABP,OST4,PRNP,SMAD4,CPSF6,CBX1,KLHL24,CLK4,SMAD5,AZIN1,CLK1,NFKBIA,PAN3,EFNA2,BMP1,HOOK2,HOOK1,GNB2,JMY,AMOTL2,CLASRP,BRWD1,SAE1,LSM14B,CREBZF,B4GALT2,RBM25,RBM26,DDX3X,PRKCSH,MAST2,CHD6,CHD4,CHD2,AFF4,LMNB2,MFSD8,SENP7,LASP1,SENP5,ZC3H7B,RB1CC1,USP30,RBM5,RBM33,KDM6A,RBM6,ARHGEF11,USP47,KLF13,PDPK1,DYNLT3,EPN1,CKAP4,LMBRD1,ELF2,CREB1,PPDPF,LUC7L3,CUEDC1,KDM3A,USP15,SFSWAP,DDX21,MAT2B,TM2D3,TOB1,GNA13,TAF1D,MAPK8,MTA1,TNKS2,PABPN1,GNA11,LEPROTL1,NT5DC2,TRA2A,NAA25,BNIP2,ROMO1,CYTH1,RBM39,GALNT2,PDAP1,SSRP1,FMNL2,RPS6KB1,PIK3IP1,CARM1,ERCC5,R3HDM2"
+"gene_set_query"	"194"	"DACH2"	"270.7"	"ARCHS4 Coexpression,190;Enrichr Queries,455;GTEx Coexpression,167"	"SCOC,MYT1L,STMN2,ZDHHC5,STMN3,STMN4,ENO2,FNBP1L,HS6ST2,ALCAM,DPYSL5,DPYSL2,DPF1,STMN1,AP1S1,KIF21A,KIFAP3,PRKACB,NCKAP5,ANKS1B,EPHA5,MEF2C,RBFOX1,ACOT7,TSPYL1,CXADR,WSB1,RBFOX2,UNC13A,CACNA2D1,ACSL6,ANK2,MOGS,SCAMP1,CPT1C,ANK1,GABRG2,PRKAR1B,DAAM1,RUFY3,HECW1,TAGLN3,RPL29,TSPYL4,PFN2,ASTN1,BEX4,NECAB1,GPM6A,BEX2,BEX1,FOXG1,STXBP1,FLII,ACTR3B,ARPP19,NKAIN2,APH1A,PPP3R1,INPP5F,TSPAN7,SCN3B,SCN3A,GPM6B,ATP6V0A1,FZD3,NDFIP1,PTPRN2,MAGEE1,CADM1,CADM2,ST8SIA3,DCLK1,SNAP91,MLLT11,HNRNPL,PPP1R1A,PKIA,CALM3,FAT3,FXYD6,SERPINI1,CALM1,DZIP3,CD200,ARF3,GABRB3,ROBO2,CSRNP3,GRIK5,PTPRN,PTPRO,SLC35F1,ROBO1,JPH4,SERP2,PPP3CA,UCHL1,JPH3,PCLO,TUBA1A,CAMKV,RFK,TRIM2,NCS1,DNER,IDS,SDF4,NEFM,DLGAP1,DLGAP3,PSD,UPF1,PRMT8,ACTL6B,LRRC49,ELMOD1,AP3B2,PGM2L1,CNKSR2,TMEFF1,TOX3,MN1,ARHGEF9,TUBB2B,TUBB2A,VSNL1,MMP17,KIT,PXDN,MAPT,ARHGEF7,PLCB1,NAPB,ATL1,ICA1L,RPL12,SNX32,AKAP6,ADCY1,NOL4,CUX2,TMEM169,CAMK2N1,CHN1,SUSD4,NCDN,CTNNA2,GPC4,PAK3,DYNC1I1,RUNX1T1,RPRM,ARNT2,WDR17,SPRYD3,KIDINS220,GABRA3,LSAMP,TTC9B,PNMA2,NMNAT2,BLCAP,GRIN1,SGSM1,ATAT1,ABI2,MORN4,FABP7,FKBP1B,TTC3,FAM171B,APBA1,HDGF,CDK5R2,CDK5R1,RAB3C,RAB3A,ATP8A2,CLSTN2,CTNND2,CYP46A1,CDH8,SLC8A1,RIMS4,ATCAY,KIF5C,KIF5A,NRCAM,STK32C,SH3GL2,PPFIA2,RGS7,NSF,CHRNB2,KIRREL3,ANKRD46,LMO3,TMOD2,MAGI2,LMTK3,RUNDC3B,TMEM130,RUNDC3A,SHISA7,BSCL2,DISP2,PREPL,SLC9A6,TBC1D24,AMPH,SCG3,LY6H,TOX,ATP6V1A,GRIA2,RTN3,LRRC59,KHDRBS2,BHLHB9,RTN1,TMEM59L,CACNA1B,LPL,CACNA1A,CACNA1C,CACNA1E,DPP6,EFNB3,FUT9,KIF3A,CASKIN1,ATP6V1H,KIF3C,LRRC4C,RAB6B,LONRF2,LRRC4B,SYT5,SYT4,SYT1,SLC4A10,BTBD9,MARCH6,PTPRD,GNAO1,REEP1,RALYL,LRFN5,DLG2,GNAL,SYNJ1,NSG2,CDK5,NBEA,DLG4,HOOK1,CNTN1,CPE,SERINC1,FGF13,EIF4G1,SNAP25,THRA,WDR1,CELF2,CELF3,CELF4,CHD6,ELAVL4,CELF5,FBLL1,PPP1R9A,ELAVL2,GRM5,LRRTM1,LRRTM2,GDAP1L1,WDR7,ERC2,SULT4A1,EDIL3,YWHAG,YWHAH,SVOP,SGIP1,ABCC8,SYNGR3,SEPT5,PJA2,SEPT3,GAP43,VCAN,PTP4A3,NRG3,NAV3,DNAJC6,SNPH,EEF1D,LANCL2,DCX,TERF2IP,INA,CAMK1G,CAMK2B,RNFT2,NLGN1,SMARCD2,STOML1,NRXN1,RAB1B,USP11,CXXC1,CRMP1,JAKMIP1,PPM1E,NCALD,ADD2,JAKMIP2,STOX2,GNG3,CACNG8,GANAB,GNG2,PTPRZ1,U2AF2,SV2A,POLR2D,FAM120A,REPS2,SLITRK5,MAPK1,NCAM1,SLC25A23,WASF1,ATP9A,OPCML,CLASP2,LGI1,CHGA,NTRK2,PCDH9,NEGR1,PCDH8,CADPS,SYT16,NAP1L2,FBXL16,GDAP1,NAP1L5,NELL2,MAPK10,SLC4A8,FAM155A,NECAP1,PDE10A,GLRB,PPP2R2C,PPP2R2B,SYT11,INSM1,SSBP2,KCNK2,METAP2,EIF3B"
+"gene_set_query"	"195"	"TBP"	"272.4"	"Literature ChIP-seq,63;ARCHS4 Coexpression,52;ENCODE ChIP-seq,51;ReMap ChIP-seq,59;GTEx Coexpression,1137"	"GMFB,POP7,IFT172,TSKU,ALKBH8,NDST1,CAPNS1,RAVER1,ALKBH1,AKT2,FGFR1OP2,GPBP1,AKT1,PRKACA,SAP30BP,CXADR,TSTD2,PRKAB1,RC3H2,LARS2,DDIT3,DDIT4,UNC50,TMEM126A,JTB,FAR1,ATF4,SLBP,SET,SAR1A,NPRL2,MEPCE,BAZ2A,CIAO1,RHOT2,RNF214,PRPSAP2,RHOT1,RDH11,PIP5K1C,ATRIP,HEXIM1,PRPF38B,PRPF38A,JUP,EIF2AK1,NR2F1,PBX2,LARP4,TBL3,QARS,SFXN3,HYOU1,DZIP3,BBC3,DDA1,PCMTD2,SMPD4,SMPD1,JAK1,DUSP1,SPHK2,GSTO1,JOSD1,MED27,MED26,MED29,PHF20L1,MMP17,CINP,RAPGEF1,PTRH1,ERGIC1,LIN37,GSTP1,NIP7,WRB,DLST,SNX32,SDAD1,CENPB,FAM117B,MFN2,RICTOR,BID,CENPT,MBD3,MBD6,MBD1,MCRS1,DAB2IP,SNX21,ARCN1,SKI,NUDT21,RABIF,CCDC9,SHKBP1,TAOK2,TSR2,TSR1,PKN1,AGRN,CRAT,MTCH1,RASL11B,PDCD5,FBXO25,ATN1,MPV17L2,PLOD3,CASC3,FBXO22,FNTA,UROD,MTPAP,FADS1,PCYT2,FBXW5,FBXW8,FBXW7,FBXW9,ZCRB1,CASD1,POLRMT,PIAS2,FBXW2,LENEP,CDC25B,FAM118B,ATXN2L,SRSF3,SRSF5,SRSF6,SRSF7,FTO,INO80B,TXNDC9,SMYD5,GMPS,CORO1B,EIF1AD,NDOR1,MBIP,NAE1,SAC3D1,NADK,ODF2,API5,FUS,FBXO38,ARPC5,UCKL1,DRAP1,YRDC,SH3BP5L,ARPC3,NIT1,NOP10,ALAS1,ETFA,ETFB,AP4M1,ZNRD1,PPP6R1,ACP2,UNC45A,EIF5A,DHPS,RABGGTB,RABGGTA,MSL1,IMPACT,TMBIM6,TOP1,GAPDH,BECN1,PRPS1,CANT1,MGRN1,LENG8,MLLT1,FOXRED1,TSPAN31,U2AF2,TRIM46,KRIT1,IGF2BP3,E2F4,HNRNPA1,EIF4E,GADD45GIP1,NOP56,NOP58,MARCKSL1,HNRNPA3,TRIM41,GPKOW,CNBP,TXNL1,CDC5L,EXOG,NECAP2,MCM3AP,EIF3M,NECAP1,EIF3I,STUB1,EIF3E,ATXN10,TRIM32,TRIM33,BCAR1,SMARCAL1,PPAN,ACTB,CRKL,CDC23,TRIM28,SNRPD2,BSG,TRIM27,SNRPD3,ATXN7L3,TBC1D22B,SMARCC2,ATP6V1G2,ACTN1,CIRBP,TALDO1,MOGS,CSNK1D,ALG1,ACTN4,CDC34,CDC37,CSNK2B,FLYWCH1,BCORL1,EIF1B,TRIM11,TBC1D9B,GIPR,DHX9,CEND1,CDKN2AIP,FAM192A,XBP1,MYO5A,HARS2,EXT1,AIMP2,ZBTB6,NDUFAF2,RANBP10,NDUFAF3,CALR,NOL11,SUGP1,MRPS17,MRPS15,PAK1IP1,GRIK5,MRPS10,COX7C,PTMS,PCM1,NUDCD3,ACTR1A,MAP1LC3B,OTUD6B,UIMC1,RAC3,SDF4,GIT1,MRPS28,PCYT1A,MRPS22,MRPS21,SYP,TFB2M,SREBF2,APRT,GAK,SLTM,PITPNM1,UFC1,TAX1BP3,FAM193A,EEF1E1,PTMA,AHCY,PCNA,MRPS33,SSNA1,GBA,MRPS30,COX5B,GNAI2,NFIL3,PDZD11,ORMDL3,MGAT1,RAE1,PEX16,DYNC1H1,MON2,VEGFB,COX6C,PEX14,VEGFA,KLHL9,BOP1,SEC23IP,ITCH,TTC5,NDUFAB1,SGSM2,HNRNPA2B1,TCEA2,HDGF,PNPLA6,GRINA,CRTC2,SYS1,NUP188,ZFAND3,RPP30,ACTG1,AMMECR1L,FAM3A,MORC3,TMOD3,UBE4A,SDHC,SDHD,SDHA,SDHB,COX6B1,ADAM15,EHBP1L1,PPIE,TBC1D25,CARS2,DDX5,NDUFB10,COX15,DIABLO,HTRA2,SHARPIN,IRAK1,LLPH,TBC1D17,TBC1D16,NUP155,CNOT10,TIMM44,HIGD2A,GNB2,GNB1,UBE2N,GNAS,DEGS1,AMOTL2,TCF4,TCF3,UBE2M,GALK1,MXD4,CUEDC2,TAZ,RND2,RND3,PITPNC1,PHTF1,CABIN1,LASP1,TMEM223,EEF2K,RB1CC1,MYO18A,GET4,SUN2,TBP,NUP133,TTC33,CAD,SYNGR3,EPN1,EEF1G,ACOX1,EEF1D,CRY2,MAN1B1,CUEDC1,SLC3A2,AGPAT1,RNF5,ADD1,AGPAT3,GNG3,PABPN1,TMEM203,OXCT1,MKNK2,BNIP1,TMEM208,DROSHA,MTA2,FBRS,NIPSNAP3B,TTC14,BNIP3,USF1,POLE4,GALE,ERCC1,ERCC8,ERCC5,ANKLE2,ARPC5L,EPRS,PHB2,ZMIZ1,ZMIZ2,CSPP1,LUC7L,VPS39,CDK5RAP3,NUP214,DDX17,WDR74,ARMC9,AFAP1,SCRIB,ARMC8,WDR73,GTPBP1,ATG12,WDR77,WDR82,NUP98,VPS28,LRPAP1,ANAPC16,WDR61,RNPC3,ARPP19,ANAPC11,RRP7A,LDHB,VPS11,RRS1,NUP88,HMOX2,FDFT1,NDFIP2,PRELID1,SNAPIN,HOMER1,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MEX3C,PHC3,WDR55,HNRNPL,EHD1,GNPTG,MEX3A,HNRNPK,HNRNPF,ATG2A,FARSA,ITPA,SETD5,MOCS2,CDKN1B,PHF23,GPT,SMG5,PHF8,TIMP2,CIC,WDR36,TPI1,NUTF2,GNL2,COPZ1,NCOR2,TAF6L,SIKE1,ZEB2,TUBB2A,NCOR1,KIFC2,MTF2,TCP1,EXOC5,TKT,GART,CDC123,GRN,NFIX,WDR24,ADCY6,FAM129B,PAPSS1,PPP1R2,RPS15A,UBN1,USP1,RRP36,SLC17A7,DEDD,YTHDF2,KIDINS220,PCGF2,WDR18,SYVN1,ELP2,DHRS1,SYNJ2BP,SCAF1,SCAF4,NUCB1,PLP2,FAM49A,RAB3A,PARK7,AUP1,IPO4,IPO5,TM7SF2,EDC3,EDC4,IPO9,LAMP1,SLC39A9,PAPOLG,CFL1,LAMP2,SLC39A7,HMGN2,SNRNP35,TXNL4A,PLEKHJ1,CSNK1G3,RAB2B,TLE3,USP5,RALGAPA1,USP3,TRAFD1,LARP4B,THOC2,VRK3,THOC5,ILF2,NRBP1,THOC6,PYGO2,MORF4L1,TOM1L2,RAB34,MORF4L2,PGP,FKBP8,SNRNP27,SNRPE,STAMBP,SNRPC,SNRPA,CSNK1G2,SNRPB,FKBP5,FKBP2,SLC38A10,DDRGK1,ORC3,TPR,DVL1,DVL2,SMN1,MAP2K7,SRGAP2,MCL1,PLXNA3,TRAPPC3,EIF2B4,OSBPL7,EIF2B3,RAB4B,TRAPPC4,SEC16A,TRAPPC9,FANCE,COPS6,PDCL,TPP2,PLEKHM2,PLXNB2,CNIH2,COPS8,BCL2L2,MAP3K12,DIDO1,MCM7,ZC3H4,PIK3C2B,SNRNP70,TLK2,UBTF,IDH3B,TNPO2,ADSL,PLEKHG2,RFC2,RPL13A,PLRG1,DNAJC2,DNAJC7,DAD1,CTDSP2,POLR1B,DNAJC5,POLR1C,CCDC43,DNAJC9,ALDH9A1,MTPN,HDAC2,RAB1B,VPS4A,DNAJB2,FBXL20,DNAJB1,FIP1L1,VPS53,RAB23,POLR2D,VPS52,RAB24,POLR2E,POLR2G,ASCC2,POLR2I,POLR2J,POLR2L,SLC35A2,PPIL1,PPIL2,IDH3G,ASCC1,FBXL19,FBXL16,MTOR,BCKDK,SNRNP40,POLR3C,PSAT1,DNAJA3,POLR3E,DRG1,POLR3H,VPS45,POLR3K,PPIL4,PANK4,SLC35B2,PANK3,VARS,ZMYND8,CISD1,GBA2,RPS15,RPS16,FRAT2,FLAD1,RPS18,FTH1,MAGOH,ARFIP2,RPS11,SEPHS2,TBC1D10B,COG8,COG6,SLC35C2,ARRDC3,MAPK8IP3,TIAM2,MAGED1,LIAS,FXR1,PDCD11,CSTF1,MLEC,TNRC18,ATP6V0A1,VASP,PYCR2,SMU1,RPS27,RPS21,C2CD2L,UBXN1,FAM45A,CITED2,ZFAND2B,SRA1,ZCCHC17,ZCCHC14,COIL,SIPA1L1,C1QBP,CHMP1B,TMED2,UBXN4,UBXN6,TMED4,PSD,PSENEN,PARP6,TMED9,ZER1,PARP1,STRADA,PPHLN1,PPRC1,MLF2,SCNM1,NFX1,CSTB,DTYMK,GDPD1,TYMP,NT5C,CST3,HIRA,AMN1,CHRAC1,APBB3,MTX1,PTGES2,GBF1,SORBS1,RAB11B,SPCS2,MPHOSPH9,HIST3H2A,MEGF8,MPHOSPH8,NDUFA13,KDM1A,NDUFA12,NDUFA10,MRFAP1,CWC25,TATDN1,COL4A3BP,ARHGDIA,HCFC1R1,FPGS,COTL1,NOM1,RALBP1,PHYH,KDM2A,LMO4,SHISA5,LMO7,ACYP1,PUS7,TUFM,PRPF6,CHMP4B,COPA,ISYNA1,CLEC16A,CAMSAP1,EMG1,ZMAT2,UBB,MPST,CBX5,PNPT1,CBX4,CPSF1,CPSF3,IDH1,CWC15,EIF2S2,EIF2S1,EFNA2,CAPRIN1,CHMP2A,PI4KB,SAE1,LRP10,MUS81,KDM5B,KDM5C,ASNSD1,CBY1,YBX1,RBM3,CASP9,RPS4X,SEPT9,MFSD5,SNAPC2,SNAPC4,CASP2,TOPBP1,RBM7,RBM6,KDM6B,MAPK1IP1L,H2AFY,H2AFZ,H2AFX,IQCE,DCK,LSS,DNM2,DDAH2,THRAP3,TRAPPC6B,AKT1S1,PFDN1,PFDN2,THOP1,STOML2,STOML1,ATF6B,PDXP,ATP1A1,THBS3,TBRG4,NXF1,FAM168B,FAM168A,FAM120B,FAM120A,BUB3,QPCTL,CYHR1,RPS6KB2,MDC1,MT-ND4,GHITM,RBPJ,LSM10,PSMD8,PSMD9,KRTCAP2,NSDHL,LSM12,PSMD7,PSMD4,MPRIP,PSMD3,SAMD10,CHID1,GABARAPL1,NGDN,GAPVD1,EML2,SCAMP3,FAM133B,MYL6,ZFYVE19,PSME1,UQCRC1,PSME2,TBPL1,MTMR2,ABCB6,MRPL18,FLII,MRPL16,MTMR9,SDR39U1,COPS7B,ABCB8,COPS7A,MRPL14,AGAP3,GIGYF2,GABARAP,HMGXB4,CYB5R3,GRPEL2,PUSL1,RHBDL1,ABCA2,PRRT2,MRPL27,MRPL28,MRPL24,SNUPN,MRPL21,MRPL22,CS,MLLT10,UCK1,EIF5,EIF6,PSMG1,PSMG2,GPR19,ARF3,PIGO,PIGQ,RPLP0,MRPL38,MRPL39,MRPL36,MRPL37,MRPL34,PQBP1,TRMT112,NIPBL,MRPL40,FASTK,RPLP2,SH3BGRL3,LYPLA2,UPF1,LRRC45,DFFA,MRPL49,SIRT4,RRAS2,LRRC40,ELOVL6,SIRT7,DYNLL1,MRPL45,DYNLL2,SRP9,MRPL44,MRPL53,PSMA6,MRPL50,PSMA3,TMEM33,PSMA2,TUT1,TMEM106B,PGAM5,SLC29A1,VAMP2,ARF5,ARF6,RNASEK,SRRT,HTT,MRPL54,PSMB6,PSMB7,PSMB5,PSMB3,TMEM68,PSMB1,FLNA,HARS,RABAC1,MEF2D,SRSF11,LRRC24,MDH1,LRRC28,TMEM60,SPSB3,LYRM2,PSMC6,PSMC2,TSEN2,HDDC3,RUVBL2,SESN1,STK16,KPNA6,PMPCB,PIM3,KPNA2,SLC25A44,SLC25A46,PPP1R16B,SH3GLB2,IK,VPS33A,PPP1R16A,VPS33B,UBE2E1,SARS,ACAP3,TXLNA,FSCN1,ANAPC5,SQSTM1,KPNB1,RNASEH2C,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,SLC9A1,SBNO1,SBNO2,SLC38A6,THEM4,E4F1,SLC38A2,EEF2,PTPRA,MDM4,TUBGCP3,TMEM19,NFE2L1,ZNF512B,HSP90AB1,MRPL4,NGRN,SUMO1,CAPZB,MDP1,CTNNBL1,DGCR2,SIGMAR1,NDUFC2,RAD23A,NDUFC1,RAD23B,DDOST,SLC25A19,BDP1,SEC22B,SLC25A11,PPP1R12C,BIRC2,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C1,NDUFB9,GTF3C3,NDUFB8,SEC23A,LRP1,PRCC,NDUFB3,NDUFB2,ZBTB45,HSD17B10,PPM1G,GANAB,PARD6A,KATNA1,LRRC8D,IARS2,SLC25A22,AAMP,SLC25A25,SH2B1,SLC12A2,NDUFA8,PPP1R14B,NDUFA6,NDUFA3,NICN1,NDUFA1,RPL23A,MCOLN1,BAIAP2,ATOX1,SNRK,PTPN9,P4HB,EIF4A1,CCNK,PLEKHB2,KDELR1,EIF4A3,THUMPD3,THUMPD1,IFI30,CYB5D1,TXNDC17,RASSF1,DHX57,SLC12A6,TMPO,EPHA4,ARSA,PAQR4,IMP3,ENTPD6,MIF,PISD,CD2BP2,PREB,MMADHC,GCDH,L3MBTL3,FOXG1,SUPT4H1,UBE2J2,APH1A,SNX3,DHX30,SNX1,COMMD9,PCBP4,LARS,PCBP1,DHX35,MICAL1,HIVEP1,DHX37,SYMPK,HIVEP2,RBM12,RAB11FIP3,RBM10,CTSA,XRCC6,SURF1,INTS1,SURF2,INTS2,PAICS,ICK,WNK1,ID2,INTS5,PAF1,INTS4,COL9A3,CALM3,RGL2,AARS,GPAA1,TECR,INTS10,PEPD,BMI1,PTPRF,HYAL2,MLX,DHX16,SSSCA1,QSOX1,VKORC1,CCT2,SEC13,TMEM150A,DBNL,WARS,CCDC115,MINK1,ANO8,ANO6,MRPS6,COMMD4,PDRG1,COMMD5,CTU1,CSDE1,G2E3,CRELD1,STK40,RABGAP1,STX16,DOT1L,NEDD8,CCDC106,EXOSC7,MNT,PGRMC1,ARVCF,EXOSC4,EXOSC9,GPC1,EXOSC8,SCAND1,EXOSC2,EXOSC1,NPDC1,TMUB1,CRIPT,UBE2G1,UBE2G2,AP2B1,NLE1,PPP1CA,TMUB2,RGP1,PER1,RPA3,TARDBP,DPAGT1,SCARB2,SCARB1,MIDN,DBR1,CD81,BCCIP,ACRBP,FAM174B,CAPN7,KIF5B,KIF5A,EP300,SBF1,BAHCC1,SBF2,PPFIA3,TPRA1,ADPRHL2,ATG9A,SSU72,FAM173A,HNRNPUL2,UBE2V2,SBDS,GEMIN7,RTN2,KLHL18,NDRG4,RBM8A,TOR1AIP2,NDRG1,SUPT6H,RTN4,CAMTA2,CYC1,VARS2,BCL9L,OST4,FDPS,VTA1,PHF12,HMGA1,CRIM1,CCZ1,KLHL24,SUPT5H,CLK4,CLK1,GCLC,OSTC,PHF13,LSM14B,GSK3A,RBM25,DDX47,PRKCSH,CHD6,ATP2A2,CHD4,CHD3,CHD2,AFF3,TMEM191C,PPP1R9B,SEC61A1,UBE2Q2,BCL7C,GATAD1,NUP62,MLST8,TIMM17B,YWHAG,ARHGEF11,RBM14,ARHGEF12,NCBP2,BUD31,DDX55,PLA2G4B,ABHD14B,DDX54,ABHD14A,DDX52,YWHAZ,DDX50,CREB3,NDUFS8,IRF3,PEX3,PEX6,PPDPF,TBC1D7,NDUFS4,NDUFS2,NAA38,IRF9,DCTN5,DDX27,PARG,TAF9,DDX20,PARN,HMGCR,MAT2B,HMGCL,TAF1D,TAF1C,BMS1,NAA25,PDLIM7,MBTPS1,RBM39,CHURC1,MIIP,LRWD1,SOD2,MAPK14,CLCN7,IRGQ,ASB6,QRICH1,TAF6,FAM98A,NAA15,VIM,TAF2,RAN,LNX2,RPL4,RPL30,TRIO,CLPB,DCAF8,THYN1,ENO2,RPL8,RPL6,RPL7,GLE1,MYC,RPL36,RPL35,RPL38,RPL37,RPL39,IER2,TSPYL2,WSB1,ACOT7,PIH1D1,RPL23,MED8,CD3EAP,SOX12,RNF123,BIN3,SARNP,RPL27,RPL26,PRR12,UBA52,ALG10B,PRR14,NEDD4L,ATXN7L3B,SLAIN1,HIF1A,PRDX3,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,PRDX1,BRAP,RPL41,JUND,H3F3B,H3F3A,PRRC2C,MAD2L1BP,MTHFR,CDC7,PA2G4,PRRC2B,THAP11,TMEM198,PRRC2A,FIBP,SLC6A6,GIPC1,CDK10,HBP1,SERPINI1,CDC42SE2,CPEB4,OGFR,TRMU,SPEF1,PFAS,ING1,TRIM8,TMEM189,CSRP2,ANXA6,GPR137,RIOK2,RIOK1,EMD,ZC3H10,BRD2,TCF12,TIMM23,NUDT16L1,RNF167,INF2,RPL10,GPS2,TMEM165,BCLAF1,RNF138,ASNA1,LMAN2,RPL14,RPS2,ANKRD52,RPL18,RPL17,RPL19,TRMT1,TTC9C,SRP68,AGBL5,TM9SF1,TMEM158,TRMT6,RNF141,DGKE,CHPF,TUSC2,CLSTN1,CTNND1,YEATS4,FAM107B,TUBB3,LZTS2,MAF1,RNF44,RPS5,AIP,RPSA,RNF40,RNF41,ST7L,BSCL2,CTDNEP1,CACNB1,ARMCX4,CLIP2,NHP2,PHPT1,CUL7,CD151,CUL3,ANKRD11,CUL1,ABHD8,GTF2E1,PHF21A,BAG4,BAG5,BTBD2,NACC1,ESD,PSAP,ABL2,MPDU1,WDTC1,ESRRA,ANKRD34A,TOR1A,ANKRD24,MARCH9,DHCR24,LSM5,TOR1B,LSM4,LSM3,LSM2,MARCH2,NSFL1C,LSM7,CNOT7,CDK5,CNOT1,CDK4,ZFP62,MAFG,RNF181,SERINC1,GPR107,IARS,SERINC4,RNF187,RNPEPL1,TRADD,PTBP1,DUSP12,OPA1,SIN3B,SIN3A,HIF1AN,SLC37A4,REXO1,GPX4,ZFP91,YDJC,COASY,PTP4A2,DALRD3,TRAF4,RPL37A,SNRPA1,SOS1,RNF31,GTF2A1,SMARCD2,RNF34,SMARCD3,WBP1,WBP2,RPL36A,AMBRA1,DPCD,AP3M1,PUF60,DCAF11,DCAF13,SMARCE1,SPAG7,RNF25,RNF26,TXNRD1,RPL35A,CDC42BPB,PNRC1,TRIT1,RAD52,KLF6,IMPDH1,MGAT4B,RHEBL1,METAP2,APP,GDE1,GOLGA3,GOLGA5,SAP130,ARL6IP5,ARL6IP4,UBAP2L,AQR,SLC11A2,BOLA1,PTOV1,MTUS1,MRPS18A,JMJD8,MRPS18C,COX7A2L,RRAGA,TTLL12,PFN1,ANKRA2,EZR,AURKAIP1,LLGL1,ANP32A,TMTC4,MAP4,SNHG1,ZRSR2,TRAP1,BCL11A,INSR,ACADSB,STAG2,ANP32E,CORO7,ITM2C,TRAM1,FAF1,FAF2,MYL6B,AUH,DLAT,PRMT7,PRMT1,NME3,RHOF,TUBG2,TUBG1,RHOA,RAB33B,PRPF18,PACS2,FRG1,RHOV,ALDOA,ATP6V0C,PRIM2,UQCR11,UQCR10,TRAK2,AP3D1,RSL1D1,R3HCC1,CTNNB1,TRIP12,FAU,TOMM5,HDLBP,TOMM20,EFTUD2,FBL,CHCHD2,CHCHD7,CHCHD1,TMEM14C,TOMM34,TSC2,KCTD2,KCTD5,DPM2,OXA1L,DPM3,PHOSPHO2,DNAJC30,FIZ1,BTF3L4,LTBP4,ADIPOR1,STK4,DPP3,MAN2A2,DPP8,MARK4,ZC3H14,ANKZF1,PDZD7,ATP6V1F,ACBD4,HSPA5,PTCH1,ASPSCR1,DNAJC11,TBCD,TDRD3,DNAJC18,NFKBIA,DLG4,SRPRB,ACBD3,NFKBIB,B4GALT2,B4GALT3,ACADVL,USP39,PKD1,SENP5,ZC3H7B,FLOT1,PDE4A,SCYL1,JAGN1,KLF13,USP42,ABCC5,RNF208,ARID1A,ARID1B,SENP3,KLF16,FAM189B,CHMP5,TSEN34,HCN3,RGS19,GMPR2,WIZ,MTIF2,SPG7,USP19,STRN4,U2AF1L4,TFPT,PDE6D,ABCF3,ABCF1,SPEN,PTCD3,IGBP1,USP24,PTCD1,B3GAT3,BAD,USP21,HAGHL,NAP1L2,NAP1L1,HSPE1,USP29,MEIS2,NEURL4,BAX,SPRY2,SSBP1,SSBP4"
+"gene_set_query"	"196"	"PEG3"	"272.5"	"ARCHS4 Coexpression,407;GTEx Coexpression,138"	"EIF4A2,SLC23A2,APP,SCOC,ARL6IP1,MYT1L,WIPF3,STMN3,HS6ST2,SCAMP5,AKT3,CDK20,BTRC,KIFAP3,BSN,PRKACB,CALN1,RBFOX1,ACOT7,TSPYL1,UNC13A,SLC6A17,ANK2,ANK3,CPT1C,SCAMP1,GABRG2,EML2,MAPK8IP1,EML5,STX1B,COX7A2L,RUFY3,KCNQ2,SPARCL1,TSPYL4,ASTN1,BEX4,BEX2,BEX1,STXBP1,PHYHIPL,AGAP1,ARPP19,PRKCZ,KALRN,TTBK1,MTMR7,SYNGR1,PPP3R1,INPP5F,FAM43B,SCN3A,RAB11FIP4,FZD3,CADM3,NDFIP1,PTPRN2,MAGEE1,LRRN3,ARPP21,ZFR2,CADM2,ST8SIA3,MYO5A,HSPA12A,SNAP91,DCLK1,CALY,FAT3,CALM3,DZIP1,CALM1,CALM2,DZIP3,CD200,GABRB3,GABRB2,CSRNP3,TMEM151B,GDI1,PTPRN,DIRAS2,ZCCHC18,JPH4,LMBR1,UCHL1,PCLO,AKAP11,JPH3,ZMYM3,CAMKV,SLC22A17,CHL1,RFK,TRIM2,DNER,NCS1,SPIN1,IDS,DLGAP1,KIF1B,KIF1A,GPRASP1,GPRASP2,PSD,ELMOD1,MANEAL,SYP,DYNLL2,GNL1,ITFG1,SYN1,CNKSR2,ARHGEF9,TMEM179,VSNL1,MAPRE3,MAPT,PLCB1,VAMP2,GAS7,NAPB,MAGEH1,WRB,GDPD1,ADAM22,AKAP6,ADCY1,NOL4,TCEAL6,GLRA2,TCEAL5,CAMK2N1,ADAM23,CHN1,SUSD4,SLC17A7,NCDN,ZSWIM5,WDR17,ARNT2,GABBR2,GABBR1,SORT1,ATRNL1,GABRA3,LSAMP,LHFPL4,PNMA2,NMNAT2,GRIN1,SGSM1,ATAT1,ABI2,MORN4,APBA1,CDK5R2,RAB3C,ATP8A2,ATP8A1,TUSC3,CLSTN3,CTNND2,CLSTN1,MRFAP1,PEBP1,FBXO21,NUDT11,RPH3A,NUDT10,RIMS1,ATCAY,TUBB3,KIF5C,KIF5A,AP2M1,SH3GL2,PPFIA2,NSF,CHRNB2,TMOD2,CASD1,RUNDC3B,ATP1B1,TMEM130,SRCIN1,RUNDC3A,BSCL2,OLFM1,PREPL,SLC9A6,MORF4L2,SCN8A,MATR3,PKP4,WDFY3,ATP6V1A,GRIA2,BRSK1,NDRG4,BHLHB9,ARL3,TMEM59L,HPCA,SEZ6L2,CPLX2,CACNA1E,RAP1GAP,RTN4,ARHGAP21,EFNB3,KIF3A,FUT9,NDN,KIF3C,LONRF2,RAB6B,LRRC4B,SYT5,SYT1,RHBDD2,SLC4A10,NSG1,SYT7,GNAO1,PTPRD,ARHGAP32,RALYL,DLG2,GNAL,SYNJ1,NSG2,NBEA,DLG4,CNTN1,PI4KA,GNB5,BCL2L2,SNAP25,DOCK3,PODXL2,CELF4,CELF5,FBLL1,PPP1R9A,TRO,SEC61A2,GRM5,LRRTM2,PSD3,WDR7,ERC2,SULT4A1,EID2B,YWHAG,HSDL1,SECISBP2L,SYNGR3,SEZ6L,DNM1,PJA2,PJA1,SEPT3,DNM3,DNAJC6,RASA1,DCX,TERF2IP,TMEM9,INA,SLC25A14,SHANK2,RNFT2,CAMK2B,SNAP47,ROCK2,USP11,ATP1A3,CRMP1,NRXN2,TM2D3,FAM169A,CXXC4,EHBP1,SV2A,MTA3,ATP9A,OPCML,CLASP2,TUB,SLC12A5,NTRK3,CADPS,B3GAT1,SYT16,NAP1L2,ATP2B2,ATP2B1,SEMA4G,GDAP1,NAP1L5,SLC4A8,FAM155A,CLCN6,NECAP1,FMNL2,PPP2R2C,APC,SYT11,FAM131B,OCIAD1,ATXN10,PTPN5"
+"gene_set_query"	"197"	"CUX1"	"273.2"	"Literature ChIP-seq,70;ARCHS4 Coexpression,558;ENCODE ChIP-seq,78;Enrichr Queries,221;ReMap ChIP-seq,69;GTEx Coexpression,643"	"ITSN2,SCOC,GMFB,ALKBH6,ALKBH3,NDST1,CAPNS1,SCP2,RAVER1,DPYSL2,ALKBH1,PWWP2A,AKT1,ANKFY1,PRKACA,FNBP4,PRKAB2,TSTD2,ASPHD1,DDIT3,DDIT4,TMEM126A,JTB,ATF4,SF1,SLBP,TSTA3,SAR1A,SHMT2,MEPCE,BAZ2A,CIAO1,PRPSAP1,LARP1,PRPSAP2,RNF216,RDH11,PIP5K1A,PIP5K1C,LTA4H,HEXIM1,CREBBP,JUN,PRPF38A,JUP,EIF2AK1,NCAPH2,EIF2AK3,PBX2,L1CAM,PBX1,TBL3,FASN,SFXN3,FXYD6,PKIG,DZIP3,GSTM5,LGMN,MED19,MED15,BBC3,OSBPL10,SHF,MECP2,PANX1,MED14,MED10,NEFL,DLGAP1,JAK1,DUSP1,SPHK2,SLC39A11,DUSP8,MED27,MED29,TOMM40L,PHF20L1,MED22,SLC7A5,SLC7A6,PXDN,MED20,PTRH1,PAFAH1B3,ERGIC1,TRUB1,TRUB2,ECHS1,OAT,LIN37,NIP7,URM1,ATL1,ODC1,ATL2,ADAM22,DLST,NOC4L,SDAD1,CENPB,NRAS,EXOSC10,SPOP,MFN1,MFN2,STX2,CENPT,ATAD1,EGLN1,MBD6,EGLN2,MCRS1,DAB2IP,SKI,NUDT21,CCDC9,SNX17,SLMAP,APEX1,SHKBP1,SNX14,TAOK2,PKN1,AGRN,YPEL4,YPEL3,CRLF1,GZF1,MTCH1,MTCH2,CRCP,TMEM167B,ATN1,MPV17L2,PLOD3,FRY,APEH,FBXO22,FADS2,LAPTM4A,UROD,FNTB,CIR1,MAP3K7,FADS1,SYBU,PIAS4,PCYT2,FBXW5,FBXW8,CNPY2,ATP11B,CNPY3,ATP11A,ZCRB1,FBXW2,LENEP,CDC25B,ATXN2L,MSH6,TPST1,SRSF3,SRSF4,SRSF6,SRSF7,SRSF8,SRSF9,ARL8B,INO80B,TXNDC9,UQCRB,ZC4H2,SPATA2,SPATA7,UQCRH,RAP1B,EIF1AD,IGSF21,SNN,NDOR1,RAP1A,MED30,G3BP1,MBIP,G3BP2,NOP16,FUS,HPS1,FBXO31,UCKL1,DRAP1,LRCH2,SH3BP5L,UQCRQ,ARPC3,DMXL2,CNTROB,LRCH4,NIT1,OGT,ITGB1,ISY1,NUMA1,AKAP8L,PTEN,ETFB,AP4M1,ALAD,ZNRD1,PPP6R1,ACP2,PGLS,ARL5A,YAF2,BCAS2,EIF5A,UNC45A,ACTR3,EIF5B,BCAS3,ACTR6,TNFRSF19,ATRX,MSL2,TFIP11,ACTR8,RABGGTB,RABGGTA,ARFGAP1,MSL1,ARL4C,C1D,TMBIM6,DCTPP1,GAPDH,TNFRSF21,BCAT2,BECN1,PRPS1,CANT1,MGRN1,SRF,SRSF1,SRBD1,LENG8,MLLT1,RCHY1,FOXRED1,MLLT6,TSPAN31,CDC42,ZNRF1,ZNRF2,KCTD20,U2AF2,KRIT1,FYN,IGF2BP3,E2F4,IGF2BP2,DRAM2,EIF4E,TRIM44,UBQLN2,GADD45GIP1,HNRNPA3,CIZ1,TRIM41,FEM1B,MID1IP1,CDC5L,HNRNPAB,CABLES2,NECAP2,CDKN2AIPNL,TSPAN18,OCIAD1,PDCD4,EIF3E,STUB1,TRIM37,BCAR1,SMARCB1,NUDT2,ACTB,RCBTB1,CRKL,HERC2,CDC23,TRIM28,SNRPD2,HERC1,SNRPD1,CDC26,BSG,CDC27,EIF2D,ATXN7L1,CCDC92,ATXN7L3,SCAPER,TBC1D22B,EIF2A,TRIM23,ATP6V1G2,ALG9,ARL15,ACTN1,ECH1,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,BCS1L,CDC34,CFDP1,CDC37,CSNK2B,KCNQ4,FAM76A,BCORL1,CCDC82,KCTD18,KCTD15,CCDC84,SLC45A4,TBC1D9B,AARS2,DHX8,GIPR,MYCBP2,FBF1,KALRN,CDKN2AIP,PGS1,SEC14L1,B4GALNT1,ATP6V1C1,B4GALNT4,BBS1,BSDC1,SMARCA2,HARS2,IFFO1,PTK2,MED13L,SMARCA4,EXT1,AIMP2,CALY,CWF19L1,RANBP10,NDUFAF3,GRB2,CALR,NOL11,MON1B,SUGP1,MRPS17,NRP1,CSRNP2,MRPS15,MRPS16,HIBADH,PAK1IP1,NAT10,GRIK2,COX7C,PTMS,HERPUD1,PCM1,MAP1LC3B,ACTR1A,PPP3CB,NUDCD3,OTUD6B,UIMC1,RAC3,SDF2,BBS4,MRPS26,PCYT1B,MRPS27,PCYT1A,MRPS24,MRPS25,GAA,MRPS23,MRPS21,GAB2,SYP,TFB2M,SYN3,APRT,TOX4,RAP2C,KIN,FAM32A,FAM193B,PABPC1,ARHGEF2,EEF1E1,ARHGEF7,PTMA,DYNC1I2,AHCY,MRPS35,CAB39,MRPS36,SSNA1,MRPS33,GBA,PRICKLE2,GNAI3,HSD17B4,MRPS30,PRICKLE1,COX5B,GNAI1,GNAI2,OS9,NFIL3,ORMDL3,MGAT1,DYNC1H1,GABBR1,SPRYD3,SORT1,COX6C,VEGFA,NUDT9,KLHL9,NUDT8,KLHL7,KLHL8,NDUFAB1,TTC3,TCEA2,TCEA1,CCNYL1,GRINA,ZFP28,PRDM8,CRTC2,SYS1,ZFAND3,RPP30,SRP14,CELSR2,ACTG1,IGF1R,PCID2,MORC3,FBXW11,DNAJB12,UBE4A,ADAM10,SDHC,SDHD,SDHB,COX6B1,EEF1A1,EEF1A2,ANKS6,PPIE,WDFY3,PPIH,PPIG,PPIB,CARS2,COX19,DDX5,TBC1D19,TSG101,NDUFB10,COX16,CACNA1C,CACNA1E,CACNA1G,RAI1,SHARPIN,RNASEH1,DHRS7B,TBC1D14,TBC1D16,UBE2F,UBE2H,AUTS2,PCIF1,TIMM44,CNOT10,UBE2A,MANBAL,SYT7,HIGD2A,HOOK2,NASP,HOOK1,CCPG1,UBE2S,GNB2,GNAQ,MKRN1,GNB1,GNAS,AMOTL2,TCF4,GNB5,GALK1,UBE2M,MXD4,RERE,PHTF2,CUEDC2,ZMYND19,LDB1,ADAR,RND2,RND3,PHTF1,LMNB1,TMEM222,LASP1,EEF2K,RB1CC1,MYO18A,DACT3,DACT1,TBP,PDPK1,TTC33,ATP6AP2,CAD,NAV1,NAV2,SYNGR3,EPN1,EEF1G,ALS2,TMEM214,ACOX1,EEF1D,GFOD2,MAN1B1,ZMYND11,CUEDC1,AGPAT5,RALA,RRN3,SFSWAP,ANKS3,RNF8,SLC3A2,ASAP1,RNF7,AGPAT1,RNF5,ADD1,POLD3,MTA1,GNG2,TMEM203,PABPN1,CNR1,MKNK1,TGS1,MKNK2,BNIP1,TMEM208,PTK2B,BNIP2,RPP14,FBRS,TIMM8B,TTC14,ATF7IP,CDK11B,USF1,TTC17,GALE,ERCC1,POLE3,ERCC5,KRAS,IPO13,ANKLE2,RRP1,ARPC5L,HNRNPU,GPATCH1,GPATCH4,HNRNPR,EPRS,SMC3,PHB2,ELK1,RRP9,ALCAM,CNST,ZMIZ1,CSPP1,ZMIZ2,AP1S1,LUC7L,HOMER3,VPS36,CDK5RAP3,VPS39,NUP214,DDX18,PRKCI,PRKCE,WDR74,WDR75,SCRIB,ARMC8,ATG13,GTPBP1,GTPBP4,HCFC1,ARMC1,WDR81,WDR82,PRKD3,VPS25,VPS28,GNE,SEH1L,CTBP1,WDR61,ANAPC11,MTDH,GJC1,RRP7A,LDHB,FAM171A2,NCSTN,WDR70,CEP70,VPS11,RRS1,NUP88,NRBF2,ST3GAL1,FDFT1,BTF3,WDR59,SNAPIN,DMPK,ARPP21,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,WDR55,EHD1,HNRNPL,HNRNPK,ARL2BP,HNRNPF,HNRNPD,PPT1,GTF2IRD1,HNRNPC,FARSA,PAM,ITPA,PHF3,PHF2,SMG1,WDR47,GMEB2,CDKN1B,PHF23,PHF1,SETD6,ARPC1A,WDR41,ASH2L,GPT,WDR46,PHF6,WDR43,UBL5,AIFM1,RARS,TIMP2,TK2,RRP12,CIC,JARID2,RRP15,UBL7,CEP68,RPS6KL1,TPI1,NUTF2,GNL2,FAM126A,COPZ1,WDR33,NCOR2,HADHB,HADHA,ZEB2,NCOR1,MTF2,GARS,KIFC3,EXOC2,GAS8,GAS7,GRN,CDC123,NFIX,RNMT,TIMM9,USO1,WDR24,ADCY6,ADCY5,ARFRP1,PPP1R2,NSD1,PPP1R8,USP1,DEDD,RUNX1T1,FARP1,YTHDF1,YTHDF2,KIDINS220,PCGF2,WDR18,NR1H2,GATC,SYVN1,ELP2,DEF8,DHRS1,HIPK1,SYNJ2BP,SCAF1,SLC8A3,NFIA,NFIB,TMEM39B,ANKRD13B,GTF2B,CEP120,PARK7,CLU,IPO7,TM7SF2,EDC4,IPO8,SLC39A9,CFL1,ANKRD13A,GTF2I,HMGN1,TLE4,RARS2,TLE3,RAB2B,TLE2,SUPT16H,USP5,USP3,TPM1,DYRK1B,FRMD4A,VRK3,ILF2,NRBP1,THOC6,PYGO2,TOM1L2,MORF4L1,RAB31,RAB34,MORF4L2,PGP,SNRPG,FKBP8,SNRPE,PHIP,SNRPF,FKBP3,FKBP5,IFNAR1,SNRPB,RAB5B,CCDC24,FAM114A2,INSIG1,CCDC25,UBR4,UBR3,UBR1,PHB,ORC6,DDRGK1,ORC3,TPR,DVL2,DVL3,CCDC32,MAP2K7,RAB6B,MCL1,AP1M1,EIF2B5,AKIRIN2,EIF2B4,UVRAG,OSBPL7,AKIRIN1,EIF2B3,TRAPPC1,CCDC12,SEC16A,OSBPL2,M6PR,COPS4,BCL9,COPS3,COPS6,COPS5,SLC7A6OS,NBEA,REEP5,COPS2,PLXNB2,TPP2,PLXNB1,CNIH2,CNIH4,MAP3K12,BCL2L1,DIDO1,MCM7,ZC3H4,ZC3H3,WDR3,CEP164,WDR4,SYNE2,NOB1,SCRN1,AP1G1,VPS72,SNRNP70,RNPEP,UBTF,CEP170,EIF2B1,TNPO2,TNPO3,CCDC50,ADSL,PLEKHG2,CCDC34,DIS3,TRPC4,SECISBP2L,RPL13A,PLRG1,SMC1A,DNAJC2,DAD1,DNAJC5,CTDSP2,POLR1B,POLR1C,CCDC43,CRK,HDAC5,MTPN,HDAC1,RAB1B,EI24,VPS4A,TTL,DNAJB2,DNAJB1,ABLIM1,MSTO1,POLR2A,DNAJB5,RAB23,POLR2C,VPS52,POLR2E,POLR2G,POLR2H,ADSS,SEC11A,POLR2L,MLXIP,PPIL1,SLC35A4,PPIL2,RNGTT,SMOX,FBXL19,TPRKB,RPRD2,MTOR,FBXL12,TNRC6C,BCKDK,POLR3B,RAB14,POLR3C,PSAT1,MFAP3,DNAJA3,DOLPP1,DNAJA2,VPS41,POLR3E,DRG2,CEBPZ,VPS45,PPIL3,PPIL4,POLR3K,TPT1,SLC35B2,VEZT,TCERG1,PANK2,IFITM2,VARS,ZMYND8,SLC35B1,CISD1,HS6ST1,NFU1,RPS15,PNN,RPS16,RPS19,RPS18,FLAD1,FTH1,DZIP1L,ARFIP2,RPS11,SEPHS2,RPS13,RPS12,SRRM2,SRRM3,PDHX,COG8,SLC35C2,COG3,ARRDC3,IFRD1,MAPK8IP3,MAPK8IP1,TIAM1,NIF3L1,POR,ZW10,SUCLG1,ATP6V0D1,OBSL1,MACF1,RTEL1,STXBP1,TRANK1,DCUN1D1,LIAS,ZNHIT1,PDCD10,CSTF1,GSE1,TNRC18,STXBP5,RALGDS,VASP,VAT1,TMEM184C,ZRANB2,SETDB1,PYCR2,PUM1,RPS26,RPS28,RPS29,RPS21,C2CD2L,RPS24,GFM1,SLC35F2,ZFAND2B,ZCCHC17,SIPA1L3,ROBO1,XPO1,XPO6,SH3PXD2B,TMED2,TMED1,SEC61B,UBXN4,UBXN6,GABPA,RAB8A,RALGPS2,PSENEN,TOP3B,ZER1,PARP1,STRADB,PPHLN1,PPRC1,LIME1,ITFG2,MTSS1,VAV2,MLF2,SCNM1,NFX1,HNRNPH1,HNRNPH2,MPND,SDCCAG8,CSTB,DTYMK,ZDHHC20,NOL8,RFNG,RBFA,PTS,BEGAIN,NT5C,PPP2CA,TCEAL8,AMN1,TCEAL3,TCEAL1,METTL6,NT5M,METTL9,APBB3,MPP3,NFYB,SLC31A1,NFYC,XPO7,SORBS2,SORBS1,AIG1,MPP6,RAB11A,MPHOSPH9,SPCS2,CAPZA1,CAPZA2,NBR1,MEGF8,APBA2,NDUFA13,NDUFA11,KDM1B,NDUFA10,CWC25,CCDC28B,TATDN1,FAM162A,ARHGDIA,HCFC1R1,FPGS,LMO1,KDM2A,LMO4,SHISA5,NOSIP,LIG3,ATP1B1,TRPC4AP,PRPF6,HGS,ZCCHC8,COPB2,ISYNA1,COPA,RPS19BP1,NOP2,PXN,CLEC16A,CABP1,PRPF8,EFNB1,EMG1,TCTEX1D2,RPRD1A,BPTF,KLHDC4,CBX5,CPSF1,CBX4,RHBDD2,CBX2,CPSF2,CWC15,EIF2S2,EIF2S1,COQ6,COQ5,EFNA2,CAPRIN1,CHMP2B,CHMP2A,PI4KB,LRP11,MUS81,KDM5B,KDM5C,ASNSD1,YBX1,RBM3,RPS4X,SEPT9,SPRED2,SNAPC2,PPP2R5E,SNAPC4,CASP2,MFSD1,TOPBP1,RBM7,RBM5,RBM6,KDM6B,H2AFY,H2AFZ,H2AFX,SPATS2,PPP2R5B,H2AFV,PPP2R5C,SAFB,DCK,DNM2,SUPV3L1,DDAH2,THRAP3,RASA1,PFDN1,PFDN2,PFDN4,STOML2,STOML1,ETFDH,PDXP,ATP1A3,ALDH1B1,RPS6KC1,DDT,FAM120B,SAP30L,FAM120A,MAPK6,ATP13A1,QPCTL,DEK,PDE10A,RPS6KB1,CAPN10,CDK2AP2,CDK2AP1,RBMX,MDC1,GHITM,TSEN54,PREX1,PSMD9,SAMD14,KRTCAP2,LSM11,PPP4R1,MPRIP,PSMD4,SAMD10,MEF2A,STARD3,GABARAPL2,DAXX,MEF2C,RBFOX2,RBFOX3,NGDN,CSNK2A2,DNTTIP1,RFX3,GAPVD1,SCAMP1,SND1,SCAMP2,RUFY1,EML4,EID1,EID2,PRKAR1A,PSME3,CLNS1A,PSME1,PSME2,RBCK1,UQCRC2,CGGBP1,MTMR2,ABCB6,MRPL16,AGAP1,SDR39U1,COPS7B,ABCB8,COPS7A,MRPL12,MTMR4,OAZ1,MRPL13,GABARAP,MRPL10,MTMR6,MRPL11,MRPL20,HSPH1,HMGXB4,PRKAR2B,GRPEL2,HMGXB3,VTI1B,MCTS1,ABCA2,B3GALNT1,PRRT2,CADM1,PMM2,MRPL27,FAM136A,MRPL21,EIF1,MLLT11,MRPL30,MLLT10,UCK2,EIF6,TDP1,PSMG4,DCHS1,PSMG1,FERMT2,EZH2,GPR19,ARF3,PIGS,ARF4,PIGU,ARF1,PIGT,PIGO,GPR21,RPLP0,MRPL38,MRPL39,MRPL37,ECSIT,PQBP1,IKBKB,MRPL42,NIPBL,NKRF,FASTK,RPLP2,SH3BGRL3,UPF1,LRRC45,ELOVL5,LRRC49,SIRT4,MRPL49,LRRC40,ELOVL6,SIRT6,SIRT7,DYNLL2,MRPL43,SRP9,PSMA5,MRPL53,PSMA3,PSMA4,PSMA1,PSMA2,CDC42EP4,TMEM106C,TUT1,PICK1,TMEM106B,SLC29A1,VAMP4,VAMP2,ARF6,SRRT,PSMA7,GGA2,PSMB6,PSMB7,PSMB4,UNK,PSMB5,PSMB2,TCOF1,PSMB3,PSMB1,LEO1,CLPTM1,FLNA,RPS27A,SRSF10,MEF2D,SRSF11,NKTR,UTP6,MDH1,UTP3,GATAD2A,BYSL,TMEM60,PSMC5,FABP5,PSMC4,PSMC1,FABP7,UBAP2,CSE1L,UBE2D2,UBE2D3,ZBTB22,TSEN2,YY1,EIF4ENIF1,SCMH1,STK16,OSBP,RUVBL1,KPNA6,PMPCB,FBRSL1,PIM3,KPNA2,KPNA3,SH3GLB1,SH3GLB2,SLC38A1,VPS33B,SARS,PRPF4B,FOXP4,FTSJ1,FTSJ3,FOXP1,FRMD3,ACAP3,FRMD5,OLFM2,SLC9A5,SLC9A6,SLC9A8,MAPKAPK2,FSCN1,ANAPC4,MAPKAPK5,SQSTM1,KPNB1,ANAPC2,RNASEH2C,LRRC59,RNASEH2A,MAX,ARL3,MAZ,ARL1,ARL2,UBFD1,GLIS2,ACAT1,SOCS2,PMVK,SLC38A7,THEM4,SLC38A6,E4F1,SLC38A2,ZBTB17,DR1,GOT1,GOT2,ZBTB11,EEF2,PTPRD,ZC3HC1,STK24,UBLCP1,STK25,MDM2,MDM4,TUBGCP3,PIN4,TUBGCP4,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,CELF2,POMT1,MRPL3,MRPL2,SUMO1,CAPZB,ME1,HMG20A,ERC1,DGCR6,MRPL9,MDP1,DNM1L,EID2B,CTNNBL1,HSP90AA1,DST,VBP1,ARNT,VEZF1,VPS37B,RAD23B,DDOST,GIGYF1,HAX1,SNPH,BIRC6,PPP1R12B,BDP1,SEC22B,SLC25A5,SLC25A11,PPP1R12C,BIRC2,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,GTF3C2,GTF3C3,NDUFB8,SEC23A,NDUFB7,GTF3C4,NDUFB6,LRP1,GTF3C5,PPM1L,PRCC,CXXC1,FURIN,ZBTB45,FOXK1,LRP3,PPM1G,PARD6A,FCHO2,SLITRK5,LRRC8B,SLC25A22,AAMP,ATP9A,CYB5B,NDUFA7,SLC12A5,NDUFA6,NDUFA5,MBOAT7,FOXJ3,NDUFA2,FOXJ2,NDUFA1,LYSMD1,RPL23A,BAIAP2,MCOLN1,TPD52L2,ATOX1,NELL2,SLC25A38,SLC25A39,CDR2L,P4HB,SMAP1,SLC25A36,SPG21,EIF4A2,EIF4A1,TMEM41A,LPGAT1,CCNI,CCNH,ZDHHC5,PREP,JMJD1C,KEAP1,TXNDC12,ZDHHC7,THUMPD1,IFI30,CYB5D1,NUBP2,UBE2L3,ZDHHC4,RASSF1,DHX57,OGFOD2,CCNL2,CCNL1,SLC12A9,ACVR1,ST6GAL1,IMP3,NSMCE2,NSMCE1,ANK3,ANK1,THAP4,STX1B,PREB,ULK1,MMADHC,GCDH,TMEM87A,FOXG1,SUPT4H1,PIK3R2,PIK3R1,APH1A,SNX3,DHX30,PCBP4,DHX34,LARS,PCBP1,DHX35,MICAL1,SYMPK,DHX38,DYM,HIVEP2,TSPAN3,RBM12,SEC31A,CTSA,SURF1,TMEM86B,INTS1,SURF2,IQSEC1,LRRN2,RCC2,MICAL3,MICAL2,ERAL1,PAICS,ICK,SNW1,WNK1,ID2,PPP1R1B,INTS5,PAF1,INTS4,INTS7,COL9A3,DHX29,RGL2,CALM2,TMEM151B,USPL1,DOC2A,PPP1R11,FAM57B,GPAA1,SUV39H1,TECR,PTPRO,AP2A1,PTPRK,IER3IP1,AATF,PTPRF,ARV1,HYAL2,MLX,KIF1B,ARIH1,UTP14A,VKORC1,CCT3,SEC13,TMEM150A,WARS,NCOA5,CCDC115,NCOA6,MINK1,ANO8,COMMD3,MRPS2,ANO6,COMMD1,COMMD7,MRPS5,MRPS9,VSNL1,CSDE1,NCOA7,CRELD1,GLCCI1,CRELD2,STX12,SATB1,SATB2,DOT1L,HEATR1,STX18,CRIP2,CCDC106,CAMKK1,ARVCF,EXOSC4,EXOSC9,GPC1,PAK6,GPC2,GPC4,SCAND1,CCT8,CCT7,EXOSC2,PAK2,CCT5,CCT4,YIPF2,YIPF3,YIPF4,HUWE1,MIB2,RSRC2,UBE2G2,NLE1,TMUB2,MIB1,FKBP1A,PER1,GPAM,NEDD4,CCNG2,RPA3,ESYT2,FAM171B,TARDBP,DPAGT1,SCARB1,MIDN,MPI,BCCIP,CYP46A1,ACRBP,FAM174B,PPME1,KHSRP,CAPN2,PPFIA1,EP300,SNIP1,BANF1,BAHCC1,SH3GL1,KIRREL3,ZGPAT,TPRA1,ADPRHL2,SLC30A5,ATG9A,LMTK2,WBP11,MID1,TMX4,DOK4,HNRNPUL1,FAM173A,DOK5,UBE2V1,RTN2,KLHL18,VCP,PSMD11,RTN1,PSMD14,RBM8A,ARHGEF25,NXPH3,PSMD13,NPR2,TOR1AIP2,SLC1A4,PDS5B,RPF2,NDRG1,SUPT6H,RTN4,FUT8,KIF3B,DEAF1,CAMTA1,CYC1,NDUFV3,BCL9L,OST4,PRNP,ZFHX2,HMGA1,CRIM1,KLHL23,SSH3,ANKHD1,CLK3,PAN2,RCL1,QDPR,H1F0,GCLC,PHF14,PHF13,TAB2,LSM14B,LSM14A,PICALM,RBM28,GSK3A,PRR7,DDX46,PRKCSH,DDX47,MAST2,CHD6,ILK,PSIP1,ATP2A2,CHD3,TRIAP1,CHD2,AFF3,SOBP,PPP1R9B,ABHD16A,GATAD1,NUP62,MLST8,TIMM17A,TIMM17B,LRRFIP2,LRRFIP1,RBM33,ARHGEF11,BCKDHA,GLRX3,BUD31,RBM18,ABHD14B,GPCPD1,UTP18,YWHAZ,DDX50,PJA2,SFPQ,NDUFS8,IRF3,PEX3,NUP50,PPDPF,GORASP1,PEX6,ATG4B,NDUFS2,MVD,NAA38,NUP54,IRF9,DCTN6,MVK,DDX27,PARG,DCTN1,GOSR2,DCTN4,GOSR1,DCTN3,DDX23,DDX20,CSTF2T,HMGCR,CLCN3,PARL,HMGCL,DNPEP,MAT2A,TAF1B,TNKS2,TAF1C,TAF1A,VHL,PDLIM7,RBM39,TAF15,NAA10,TAF13,GALNT2,TAF11,MIIP,ATP2B4,CHFR,SOD1,RPIA,CLCN6,GOLPH3,GLB1,ACIN1,TAF6,FAM98B,VIM,RBM45,R3HDM1,CLUAP1,MBTPS2,RAN,RB1,RPL30,RPL3,TRIO,CLPB,TRRAP,RPL31,STMN2,STMN3,DCAF8,THYN1,ENO2,DCAF5,DCAF4,BACH2,RPL6,RPL7,GLE1,PCMT1,RNF115,RNF114,MYC,ZXDC,FDXR,RPL36,RPL35,RPL38,PIP4K2B,RPL37,DIP2B,DIP2C,RPL39,IER2,MECR,ACOT7,RPL21,PIH1D1,DAPK3,RPL22,MED8,CD3EAP,SOX11,SOX12,MED4,NISCH,DYNC1LI1,GPR161,RPL27,PRR12,RPL28,PRR14,TSPYL4,PRR13,RNF121,CDC42SE1,POM121,MAPKAP1,NEDD4L,NOLC1,SLAIN2,HIF1A,GLG1,PRDX3,PRDX2,ABR,PRDX5,PPP4C,RAD21,PRDX1,RPL41,ACD,CDK19,JUND,CHKA,H3F3B,H3F3A,MTHFR,UPF3B,PRRC2C,TYSND1,CDC7,PA2G4,GPN1,PRRC2B,TMEM198,THAP11,PRRC2A,FIBP,PPP5C,FAM160A2,NPLOC4,OGDH,CDK10,HBP1,DUS1L,SERPINI1,CDK14,OGFR,SPEF1,ELL,TCF25,CLTC,ADK,CLTA,ADO,TMEM189,TRIM2,TRIM3,ANXA7,RIOK2,AP3S2,RIOK1,ZC3H10,BRD2,BRD1,MIOS,HSBP1,TCF12,SSR3,TIMM23,RNF168,RNF167,LSG1,INF2,TET3,PLCB1,RNF166,SF3B4,SF3B3,GPS1,GPS2,TIMM10,HSPA13,BCLAF1,RNF138,ASNA1,RPL14,RPL13,RPS2,ANKRD52,RPL15,RPL18,DTD1,RPL17,RPL19,SF3A3,BRF1,AGK,TRMT1,WWP2,NMNAT2,RNF146,AGBL5,FIG4,ERP44,TMEM158,INHA,RNF141,DGKD,CHPF,TUSC2,CLSTN1,RNF19B,BZW1,FAM107B,ABHD12,MAEA,CDH2,TUBB3,LZTS2,MAF1,SEMA6C,RPS9,RNF44,ANKRD46,RPS8,AIP,DGKZ,GTF2F2,CTDNEP1,ARMCX4,ARMCX2,RALGAPB,ZFP41,STIM2,NCL,MADD,NHP2,MAD1L1,ANKRD17,CUL7,DNMT1,CD151,BRI3,ANKRD11,ABHD2,CUL2,ITPR1,TARS,AK3,GTF2E1,PHF21A,KLC4,STIP1,PITRM1,BTBD1,NEUROD6,NACC1,PSAP,BTBD2,ESD,SAFB2,ABL1,ANKRD10,WDTC1,ANKRD28,TOR1A,ATP8B2,TNK2,ADAP1,LSM5,LSM2,MARCH2,NSFL1C,YEATS2,CDK5,CNOT1,MAFG,CNOT2,CNOT3,SPIRE2,NF1,RNF181,TADA1,GPR107,SERINC1,DHCR7,IARS,LZTR1,SERINC3,EIF4G3,RNF185,EIF4G2,CALCOCO1,RNPEPL1,RNF13,TRADD,DUSP18,DUSP11,PTBP1,RPL7A,DUSP12,SART1,METTL14,OPA1,SGCB,SIN3A,OPA3,PSD3,SLC37A3,REXO1,PDCD6IP,ELAC2,RANGAP1,REXO2,YDJC,COASY,REXO4,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,EIF4E2,RNF31,TRABD,NFAT5,GTF2A1,SMARCD2,WBP1,WBP2,RNF38,WBP4,RPL36A,AP3M2,AP3M1,FZR1,HIRIP3,PUF60,RBBP5,SNRPB2,RBBP6,RBBP7,DCAF11,DCAF12,MEST,UGGT1,DCAF13,CACNG4,SEMA4A,SPAG7,TXNRD1,ADRM1,SEMA4C,PTPN11,CDC42BPB,DDHD1,PNRC1,TRIT1,CUL4A,RAD52,KLF6,MARCKS,IMPDH1,MGAT4B,RUNDC1,RHEBL1,METAP1,METAP2,APP,DIXDC1,GOLGA2,GOLGA4,GOLGA1,ARL6IP5,ZFPL1,KIFAP3,SOX4,SOX5,AQR,NFKBIL1,PTOV1,MRPS18A,MRPS18C,CARHSP1,RRAGA,RRAGC,GRWD1,CRYZL1,XRN2,GUF1,PFN1,AURKAIP1,CBLL1,CUTA,NECAB3,TMEM161A,TSHZ3,ANP32A,IGSF3,TEX264,MGST3,TWF2,TWF1,TRMT2A,CD99L2,NMD3,TEX261,PTDSS2,DGUOK,SPAST,MAP4,SNHG1,ZRSR2,BCL11A,STK11IP,SS18L1,TREX1,STAM,ZWINT,UBAC1,GADD45G,MANF,STAG2,GOLGB1,CCDC88C,ANP32E,CORO7,ANP32B,ITM2C,CC2D1B,HBS1L,DAZAP2,DAZAP1,FAF2,GDI2,PRPF19,RPTOR,HINT1,ZMYM3,GUK1,PCF11,KIF13A,ZMYM6,DLAT,PRMT5,ATP6V0B,PRMT7,TSC22D1,PRMT1,TSC22D3,PRMT3,NME2,RHOF,TUBG1,RHOB,PRPF18,PACS2,NME7,PACS1,FRG1,FAM20B,ALDOA,SGK1,TOMM40,PRIM1,AKAP8,AKAP1,TRAK2,ANKMY2,CUX1,NPY,TBL1X,MAP4K5,MAP4K4,AP3D1,RANBP6,PRPF39,TOMM7,CTNNB1,PRPF31,FAU,TOMM5,TOMM6,ARID4A,TOMM20,EFTUD2,FBL,CHCHD2,TMEM147,CHCHD6,CHCHD7,CHCHD1,TMEM14C,ANGEL2,PAM16,OCRL,TSC1,KCTD6,DCTD,OXA1L,DPM3,PHOSPHO2,TBL1XR1,RPL7L1,ELMO1,SCG5,ELMO2,FIZ1,SCG3,STAM2,ABCG4,BTF3L4,DTX3,SEZ6L2,ADIPOR1,DPP3,SDCBP,ARHGAP21,DPP9,TMEM127,TMEM128,ATP6V1H,DMAP1,ZC3H13,MYH10,ANKZF1,PDZD7,MARK2,ATP6V1F,HSPA8,SMAD4,ACBD4,HSPA5,ASPSCR1,DNAJC11,TBCD,TBCB,DNAJC14,DNAJC16,DNAJC17,DNAJC18,NFKBIA,ARHGAP32,DLG1,DLG4,TBCE,NFKBIB,CREBZF,B4GALT2,B4GALT3,USP36,SCYL3,ACADVL,USP32,USP34,SLC2A3,USP39,PKD1,TMEM101,GMPPA,FLOT1,SPEG,PDE4A,TMEM109,FLOT2,MAN2C1,POLG,TSFM,PDE4D,ABCC5,RNF208,TRNAU1AP,ARID1A,ARID1B,CKAP5,KLF16,TGFBR1,LATS1,LUC7L3,USP40,B4GALT7,LUC7L2,TSEN34,HCN3,RGS19,TM2D2,POLDIP3,TM2D1,OPRL1,SPG7,MOSPD3,MTIF3,TOB1,STRN4,IWS1,NCALD,STRN3,U2AF1L4,RMND5B,GMDS,PDE6D,NCAM1,ABCF3,SPEN,IGBP1,RWDD1,ATE1,PTCD1,PTCD2,WTAP,B3GAT3,ZFC3H1,PDE4DIP,NAP1L2,NAP1L1,MEIS3,MEIS2,NAP1L4,XPNPEP1,BAX,RGS11,SSBP1,SSBP2,ABCE1,PDE7A,SSBP4"
+"gene_set_query"	"198"	"TBR1"	"273.7"	"ARCHS4 Coexpression,378;Enrichr Queries,222;GTEx Coexpression,221"	"NCKAP1,TRIO,MYT1L,ITSN1,STMN2,STMN3,STMN4,ENO2,SCAMP5,DPYSL4,DPYSL5,DPYSL2,STMN1,DPYSL3,DIP2A,ANKS1B,MEF2C,RBFOX1,UNC5A,WSB2,SOX11,GABRG2,GPR162,PRKAR1B,RFX7,RUFY3,HECW1,SPARCL1,AGAP2,AGAP3,ABR,FAM171A2,ZSCAN18,CREBBP,PRRT2,ARPP21,GPR12,NR2F1,PBX1,MLLT11,MEX3A,TOLLIP,FXYD6,SERPINI1,CDK14,GABRB3,SETD5,PHF2,KCNC1,LRRC4,CTCF,RNF157,JPH4,JPH3,TUBA1A,NEFL,NEFM,DLGAP1,APC2,ASH1L,DUSP8,PGM2L1,DUSP6,TUBB2B,TUBB2A,PXDN,VAMP2,RNF165,NFIX,ATL1,ADCY1,TMEM169,CHN2,CHN1,SLC17A7,RPRM,ATRNL1,WNT7B,PCGF2,GABRA3,TTC9B,NMNAT2,BLCAP,NFIA,MORN4,NFIB,SARM1,PKN1,ANKRD13B,RAB3A,RPH3A,RIMS1,ATCAY,TUBB3,STK32C,MAP2K4,DYRK1A,DGKZ,FBXO11,ILF2,FOXP1,CLIP3,OLFM1,CACNB3,ADNP,LY6H,GRIA1,GRIA2,BRSK1,BRSK2,KHDRBS3,ANKRD11,CUL3,ARL3,ABHD8,KLC1,LRRC55,FBXO41,PHF21B,NEUROD2,IGSF21,NEUROD6,NDN,SRGAP3,LRRC4C,RAB6B,ANKRD34A,ANKRD24,TRAPPC4,SLC4A10,SCRT1,LRFN3,PTPRD,LRFN5,SYNJ1,NBEA,LHX2,REEP2,AAK1,MAP3K10,PLEKHM2,PIN1,NACAD,CNIH2,SNAP25,DAGLA,CELF3,PTEN,CELF4,CELF5,NRGN,NGRN,WDR7,ERC2,EMX1,SEZ6L,GIGYF1,NRG3,SNPH,AHDC1,CLEC2L,PPM1D,CACNG7,CACNG8,SLITRK1,MGAT5B,NNAT,SLITRK5,FSD1,LINGO1,SLC12A5,PCDH8,CDC42BPB,NELL2,DBNDD1,NFASC,GLRB,NOVA2,INSM1,DPF1,HABP4,BTRC,ATXN7L3,SOX5,EPHA5,SRRM2,EPHA4,EPHA7,ATP6V1G2,SLC6A17,ISLR2,ANK2,CSNK1E,ANK3,ANK1,MAPK8IP1,KCNQ2,TAGLN3,BCORL1,CTXN1,STX1A,PFN2,NECAB1,GPM6A,NRN1,TSHZ3,FOXG1,STXBP1,CEND1,RTF1,NLK,KALRN,APH1A,NUAK1,SPAST,PGBD5,PCBP4,KCNN1,RIMKLA,SCN3B,ATP6V1C1,NTNG2,BCL11B,IQSEC1,BCL11A,MYO5A,DCLK1,MED13L,SMARCA4,STAG2,ID2,CALM3,PCSK2,ROBO2,DOC2A,GDI1,DIRAS1,GRIK3,NAT14,UCHL1,CAMKV,SLC22A17,ENC1,NCS1,DNER,IDS,KIF1A,FEZF2,CCDC112,NCOA6,ANO8,SYP,SYN3,AP3B2,SYN1,CNKSR2,ARHGEF9,VSNL1,MPPED1,NME7,MAPT,ARHGEF7,NAPB,SATB1,SATB2,DOT1L,GDPD1,CAMKK1,BEGAIN,PAK1,CUX2,TCEAL5,CAMK2N1,NPY,CAMK2N2,GPC2,CTNNA2,APBB1,ATP6V0E2,PAK3,GABBR2,MPP3,LHFPL4,MYO9B,PNMA2,GRIN1,ATAT1,TTC3,CTNNB1,CDK5R2,CDK5R1,PRDM8,TMEM145,KIF5C,BASP1,KIF5A,POGZ,PALM,EP300,NRCAM,PPFIA2,RGS7,NSF,CHRNB2,KIRREL3,DSCAM,LMO4,APLP1,ATP1B1,RUNDC3A,POU3F2,POU3F3,TBL1XR1,GPRIN1,AMPH,SCG3,WDFY3,PPIG,XPR1,RTN3,GNAZ,NDRG4,RTN1,NXPH4,TMEM59L,CACNA1A,CACNA1D,CABP1,BHLHE22,DTX3,CPLX2,SEZ6L2,CACNA1E,CACNA1G,SCUBE1,KIF3A,ATP6V1H,KIF3C,OTX1,MYH10,SYT5,SYT4,SYT3,ZFHX2,SYT1,EFNA3,DLG2,NR4A3,HOOK2,HOOK1,GNB1,PI4KA,UBA2,KDM5B,ELAVL4,CHD6,CHD5,CHD3,CHD2,RND2,FBLL1,ELAVL2,ELAVL3,LRRTM2,GDAP1L1,IFT57,SULT4A1,YWHAG,YWHAH,KDM6B,SVOP,PPP2R5B,RNF208,UBE2QL1,NAV1,SYNGR3,SEPT5,ARID1B,DNM1,SEPT3,GAP43,NAV3,DDAH2,DCX,LUC7L3,INA,CAMK1G,SHANK2,SHANK1,STOML1,NRXN1,PDXP,CRMP1,ATP1A1,NCALD,GNG3,SV2A,SLIT1,NCAM1,SNCB,OPCML,KDM4B,SGTB,LIMK1,B3GAT1,ATP2B4,NAP1L2,CCK,MEIS2,NAP1L5,MAPK10,FAM155A,SBK1,RGS12,R3HDM1,SSBP3"
+"gene_set_query"	"199"	"ZFP90"	"273.7"	"ARCHS4 Coexpression,310;Enrichr Queries,413;GTEx Coexpression,98"	"ATF2,SCOC,GMFB,MYT1L,EHMT2,STMN2,STMN4,EPRS,ENO2,FNBP1L,TSKU,BACH2,GPR173,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,STMN1,LUC7L,PRKACB,ANKS1B,MEF2C,WSB1,CXADR,RBFOX2,PRKCD,CD3EAP,SOX11,HDHD2,SCAMP1,DAAM1,ASPHD1,IFT81,FEZ1,RUFY3,RUFY2,DDIT4,TSPYL4,TTYH3,PHYHIPL,NEDD4L,PDGFA,OAZ1,MTMR7,SERF2,ZSCAN18,CEP78,S100A10,ABCA2,CDK19,JUN,FZD3,PRELID1,CADM4,CADM1,CADM2,MLLT11,MEX3A,QARS,H2AFY2,PKIA,FXYD6,DZIP1,DZIP3,GPR19,CPEB4,PIGU,BTG1,CDKN1B,SMPD3,TUBA1A,TRIM2,SPIN1,TIMP2,GPRASP1,GPRASP2,ENOPH1,LRRC49,TCF12,GNL1,MED29,DUSP6,PGM2L1,TMEFF1,ZEB2,SLC7A6,TUBB2B,TUBB2A,PXDN,DSCAML1,PAFAH1B2,WRB,DLST,TMEM169,NSD1,LMAN2,RUNX1T1,NKTR,WDR17,KIDINS220,BLCAP,ABI2,MORN4,NFIA,NFIB,TAOK1,PKN1,YPEL5,PHLDB1,FMR1,CASC4,ATCAY,SALL2,ZFP30,CDH2,TUBB3,SESN1,FADS1,IFNAR2,ANKRD46,TPM3,IGFBP3,UBE2E3,MAGI2,TPM1,F2R,CLIP3,CLIP2,MORF4L1,CACNB3,RAB31,PHIP,ADNP,SNRPB,LRRC59,PFKFB4,DNMT1,KHDRBS2,PFKFB3,TNKS,ARL3,ITPR1,AK2,PHF21B,SOCS2,SNN,PITRM1,NDN,SRGAP3,ZKSCAN1,LRRC4B,ESRRA,TIA1,TMEM132A,ASNS,MARCH6,CORO2B,PTPRD,REEP1,NBEA,PTPRA,NF1,NACAD,SERINC1,CNIH2,EIF4G1,WDR1,SCHIP1,CELF5,ZFP82,TRO,DUSP12,FSD1L,SCRN1,PHACTR3,PMEPA1,CEP170,EID2B,EIF5A,LANCL1,ARL4C,PTP4A3,DNAJC6,CTDSP2,POLR1B,EVL,SEC22C,RNFT2,NLGN3,PPP1R15A,NLGN1,HDAC2,NLGN2,TULP4,CXXC4,JAKMIP3,JAKMIP2,AP3M2,STOX2,FZR1,U2AF2,FYN,FEM1C,RAB28,TUB,PTPN1,SLC35A4,MARCKSL1,PCDH9,ADRM1,DDHD2,SEMA4F,HNRNPAB,MYO16,NFASC,MARCKS,MYO1B,TSPAN14,KLF6,SYT11,ASXL3,VPS41,PDCD4,VARS,CCNI,CBLB,NUDT3,FLAD1,KIF21A,KIF21B,SEC62,KIFAP3,SOX4,ARRDC4,EPHA4,ST6GAL1,ACTN1,ARRDC3,CIRBP,ISLR2,ANK2,CPT1C,MAPK8IP1,AKAP9,ULK2,HECA,TAGLN3,EZR,PFN1,AURKAIP1,CCDC82,TRIB2,LLGL1,PFN2,BEX4,GPM6A,BEX1,MAGED1,FOXG1,PIK3R3,PIK3R1,NKAIN2,NKAIN1,SYNGR1,INPP5F,PCBP4,SCN3A,GPM6B,B4GALNT4,ST8SIA2,SURF4,DCLK2,CCDC88A,ID2,CALM2,ITM2C,CSRNP3,GDI1,CITED2,SLC44A2,SLC35F1,NAT14,ROBO1,UCHL1,AKAP11,SLC22A17,C1QBP,ENC1,MLX,SDF4,KIF1A,CCDC112,PCYT1B,TMED9,STARD3NL,PRMT2,TSC22D1,TSC22D3,ZDHHC17,RHOB,RAP2A,ARHGEF9,PACS2,MPPED2,RHOU,SGK1,DBN1,MAGEH1,CSTB,ICA1L,AKAP6,FAM172A,NFIL3,GPC2,APBB1,CTNNA2,TRAM1L1,PAK3,MAP4K4,GABBR1,MYEF2,LSAMP,AP2B1,AIG1,ATAT1,CCNG2,KLHL7,TTC3,TCEA2,ZFP28,MRFAP1,UBE3A,KIF5C,DENND5A,PPFIA2,DSCAM,TMOD2,APLP1,POU3F2,POU3F3,RSBN1,TMEM136,PPIF,MATR3,WDFY3,PPIB,FAM92A,GNAZ,DDX6,BHLHB9,RTN1,NDRG1,EFNB2,ARHGAP21,IRAK1,KIF3A,FUT9,CAMTA1,BCL9L,PRNP,CBX5,AUTS2,CBX1,TBCB,KLHL24,DNAJC18,ARHGAP33,H1F0,EFNA2,HOOK2,HOOK1,GNAQ,CNTN1,BRWD1,KDM5B,PODXL2,CNRIP1,DOCK9,PRKCSH,CHD6,ELAVL4,PSIP1,RND3,ELAVL2,SEC61A2,SPRED2,SEPT7,GDAP1L1,RBM5,HSDL1,H2AFY,PDPK1,NAV1,PJA1,SEPT3,DNM3,VCAN,GAP43,RCN2,CREB1,NAV3,RER1,TBC1D5,DDAH2,DCX,TERF2IP,LUC7L3,TMEM9,INA,USP11,RAP1GDS1,RBM4B,CRMP1,FAM169A,AGPAT4,TBRG4,ADD2,GNG3,MAPK8,FAM168A,DNPEP,GNG2,NCAM1,CAMK2G,PDLIM7,CLASP2,RRM2,PRAF2,LCA5,GDAP1,ACVR2A,MAPK10,FAM155A,CLCN6,SLC4A8,FMNL2,SBK1,PIK3IP1,PPP2R2B,SUGT1,VIM,SSBP2,CLUAP1,R3HDM2"
+"gene_set_query"	"200"	"ZNF664"	"274.7"	"ARCHS4 Coexpression,165;Enrichr Queries,54;GTEx Coexpression,605"	"NCKAP1,SCOC,GMFB,TFRC,TRRAP,HNRNPU,STMN4,HNRNPR,FNBP1L,EPRS,RPL6,GCSH,ALCAM,MPRIP,DPYSL5,ZMIZ1,DPYSL2,MYC,PSMD3,PIP4K2A,AKT1,AP1S1,DDX17,WSB1,CD3EAP,SCRIB,DICER1,HDHD2,HCFC1,DYNC1LI2,ASPHD1,PRKAR1A,FEZ1,ZC3H11A,DDIT4,PRR18,UNC119B,SET,PHYHIPL,AGAP1,SLAIN1,ARPP19,HIF1A,FAM171A1,HSPH1,LARP1,PIP5K1A,PLCG1,LHPP,VTI1B,ABCA2,CDK19,JUN,CADM4,ICMT,CADM1,H3F3B,RDX,PRRC2C,IRF2BP2,PBX1,PRRC2B,PRRC2A,HNRNPL,HNRNPK,EIF5,FASN,HNRNPD,HYOU1,HNRNPC,CDK16,ARF3,SMG1,RPLP0,CLTC,TCF20,SMG7,SMG5,TUBA1B,UBL3,TUBA1A,TRIM2,ENSA,ENOPH1,JAK1,UPF1,ITPK1,NIPA1,DYNLL2,SIRT2,SRP9,NCOR2,DDB1,TMEFF1,SLC7A5,ZEB2,TUBB2A,PXDN,DSCAML1,PAFAH1B2,ERGIC1,SF3B2,CLDND1,WRB,DLST,SLC7A1,CENPB,ADCY6,TM9SF3,BCLAF1,MFN2,ANKRD52,YKT6,GOLM1,MBD1,DAB2IP,LRPPRC,KTN1,ABI2,NFIB,SERBP1,TAOK2,TSR2,CCDC6,MTCH1,CTNND1,ATN1,IPO7,PPP1CB,PPP1CC,CFL1,ADORA1,PAPOLA,ZNF326,NUDT16,SLC39A7,KPNA2,GTF2I,FBXW4,SH3GLB2,SLC38A1,USP5,MAGI2,TPM1,UBE2E1,ZCRB1,RNF40,CLIP2,ACLY,FRMD5,ILF3,LIX1,NCL,SRSF2,PKP4,ADNP,FKBP4,SNRNP200,KPNB1,GLYR1,LRRC59,RAB5B,MAZ,UBFD1,CORO1C,HSP90B1,PITRM1,NACC1,G3BP2,ABL1,DVL3,SLC38A2,ZKSCAN1,MCL1,FUS,SEC16A,EEF2,SON,CNOT1,PLXNB2,NACAD,SERINC1,GPR107,OSBPL1A,BCL2L2,EIF4G2,NFE2L1,EIF4G1,RNF187,SLC48A1,ITGB1,ZNF512B,HSP90AB1,NUMA1,RPL7A,FSD1L,PHACTR3,UBTF,TNPO1,NEO1,TNPO2,HSP90AA1,DST,LANCL1,ATRX,ZFP91,RAD23B,DDOST,PTP4A1,PTP4A2,TRAF7,CTDSP2,IMPAD1,TMBIM6,GTF3C1,SMARCD2,CANT1,SRSF1,TULP4,MLLT1,ABLIM1,GANAB,HECTD1,CCDC85C,U2AF2,UBQLN1,EIF4H,IARS2,HNRNPA1,UBQLN4,EIF4B,SPAG9,MARCKSL1,CIZ1,HNRNPA3,TRIM41,PCDH9,TXNRD1,FBXL19,DDHD2,PTPN11,CDC42BPB,HNRNPAB,MARCKS,KLF6,VAPB,MGAT4B,P4HB,EIF3C,EIF3B,EIF4A2,APP,PANK3,HDAC11,ZDHHC5,RCBTB1,ACTB,TRIM28,FTH1,DAG1,SEC62,CCDC92,GOLGA7,ATXN7L3,SOX4,TMPO,SRRM2,KCNK10,ACTN1,ACTN4,LLGL1,PFN2,MACF1,TBC1D9B,TMEM63B,ANP32A,IGSF3,DHX9,PIK3R2,PIK3R1,TMTC4,NKAIN2,APH1A,PCBP2,GSE1,MLEC,TSPAN3,MAP4,RAB11FIP4,GPM6B,INTS1,RCC2,PAICS,PTK2,STAG2,FUBP3,WNK1,ID2,CALM1,CALM2,RPS24,ITM2C,AARS,DDR1,TOP2B,CITED2,PRPF19,PTPRF,PTMS,SYNCRIP,XPO1,DHX15,TMED2,CCT2,PARP1,TSC22D1,ZFR,MINK1,MRPS7,SREBF2,MLF2,VAV2,ENAH,RAP2A,PACS2,CTTN,HNRNPH1,CSDE1,CANX,PABPC1,ALDOA,PTMA,TRAK2,PPP2CB,HIRA,TRAM1L1,MAP4K4,DYNC1H1,NPM1,PLEKHA1,SORT1,HUWE1,AP2B1,VEGFA,KLHL5,HNRNPA2B1,TTC3,HDGF,TARDBP,SCARB2,SH3GL3,UBE3C,POGK,MRFAP1,HDLBP,PEBP1,NUCKS1,TOMM20,IGF1R,ACTG1,PAIP2B,KIF5B,DENND5A,FBXW11,APLP2,APLP1,OCRL,KCTD3,ATP1B1,POU3F2,POU3F3,EEF1A1,HNRNPUL1,TBL1XR1,HNRNPUL2,SPNS1,MATR3,DDX5,TMED10,CTTNBP2,NDRG1,PRPF8,SUPT6H,ADIPOR2,RTN4,ACACA,ARHGAP21,RAI1,KIF3B,IRAK1,MYH10,BPTF,HSPA8,PRNP,ACBD5,CPSF7,CBX5,NONO,IDH1,CBX1,KLHL24,AZIN1,QDPR,DLG1,H1F0,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB1,GNAS,CNTN2,UBA1,LSM14B,YWHAE,GSK3B,KDM5C,PRKCSH,HP1BP3,CHD6,DDX42,ATP2A2,CHD4,HMGB1,YBX1,AFF4,LMNB2,LMNB1,SEC61A1,LASP1,SEPT7,YWHAQ,ZC3H7B,YWHAG,USP46,SUN1,PDPK1,YWHAZ,SENP3,CKAP5,SEPT2,TGFBR1,LMBRD1,SFPQ,VCAN,RABEP1,PEX5,LUC7L3,ZMYND11,DDX23,DDX21,WIZ,ATP1A1,AGPAT4,FAM168B,DNPEP,MTA1,FAM168A,MAT2A,GNA11,FAM120A,MTA2,RRM2,TAF15,B3GAT1,NAP1L1,DEK,ATP2B1,SSRP1,NEURL4,FMNL2,CDK2AP1,ACIN1,VIM,RAN"
+"gene_set_query"	"201"	"FOXO3"	"274.8"	"Literature ChIP-seq,12;ARCHS4 Coexpression,456;Enrichr Queries,314;GTEx Coexpression,317"	"MAPKBP1,CHIC2,POP7,SLC4A1AP,TFRC,POP4,ALKBH3,LSM10,PSMD7,DPYSL2,PSMD2,GPBP1,PSMD3,ANKFY1,MEF2A,PRKAB2,MEF2C,CSNK2A1,NGDN,CSNK2A2,DNTTIP1,DICER1,HDHD2,RC3H2,EML4,RUFY1,EID1,MYL6,DDIT3,CLNS1A,ZFYVE19,PSME3,DDIT4,PSME2,UQCRC2,LETMD1,ATF4,SLBP,MTMR3,SAR1B,NPRL2,FLII,NPRL3,MRPL16,MTMR9,COPS7B,ABCB8,MRPL11,PRPSAP1,CYB5R1,MRPL20,RNF214,PRPSAP2,RHOT1,ATRIP,VTI1B,CREBBP,JUN,EIF2AK1,LARP7,BBIP1,FAM136A,PBX1,MRPL21,PSMG3,NMT2,PSMG4,SFXN1,HYOU1,PSMG2,AVL9,DZIP3,TMEM9B,EZH2,GPR19,PIGU,ARF1,PIGT,PIGO,MRPL39,PQBP1,MED17,PIGX,PCMTD2,SMPD3,TRMT112,MED11,MED14,MED13,TMEM43,SMPD1,FASTK,TCP11L2,RPLP2,JAK2,JAK1,PCMTD1,DFFB,LYPLA2,DUSP1,GSTO1,PGAM1,NSUN2,LRRC40,SIRT6,SLC39A13,DUSP8,BAZ1B,JOSD1,MED27,DUSP6,MRPL43,MRPL52,SLC7A5,MRPL53,SLC7A6,MED25,PSMA4,PSMA2,PXDN,MED20,RAPGEF2,VAMP4,ARF6,ECHS1,OAT,NIP7,DLST,CCNDBP1,PSMA7,PSMB7,PSMB4,EXOSC10,BTAF1,GGA3,PSMB2,PSMB1,MICALL1,MFN2,RICTOR,STX2,MEF2D,YKT6,SRSF11,EGLN1,MDH2,UTP3,MBD1,STAT2,TRAPPC10,ARCN1,BYSL,SKI,TMEM59,LYRM2,PSMC5,ABCB10,GOPC,PKN1,YPEL5,YPEL4,MTCH1,HDDC2,MTCH2,CSE1L,NAB1,UBE2D3,LTN1,FRY,TSEN2,YY1,SMCHD1,STK11,SLK,SESN1,CEP250,PIM3,NUDT16,MAP3K7,KPNA1,CDKL2,BNIP3L,SLC38A1,CISH,VPS33A,ATP11B,ZBTB34,ZCRB1,FOXP4,FBXO11,FBXW2,FOXP1,SLC9A8,MRTO4,ANAPC4,SRSF6,SNRNP200,SQSTM1,PFKFB3,TUBGCP2,SMYD5,ARL2,FBXO45,UBFD1,NRF1,ACAT2,SPATA7,FBXO42,SAV1,ACAT1,EIF1AD,NDOR1,STK36,PGK1,EIF4EBP2,SLC38A6,THEM4,SLC38A2,NOP14,GOT1,BOD1,FUS,FBXO38,UROS,HPS1,HPS3,ARPC4,EEF2,ZC3HC1,YRDC,SH3BP5L,ARPC2,UBLCP1,PTPRA,TMEM11,DMXL2,MDM2,TUBGCP5,TUBGCP3,ACO1,CLPTM1L,NOP10,NFE2L1,ITGB1,SLC25A1,HSP90AB1,ALAS1,COX4I1,PTEN,ETFA,BICD2,ALAD,NGRN,ZNRD1,SUMO1,SUMO2,ME1,ERC1,ARL5A,ACP1,DIS3L2,PELP1,ACTR2,HSP90AA1,PPP1R12A,ARNT,RAD23A,NDUFC1,ARFGAP3,RABGGTB,PPM1A,ATRN,PPM1B,PIK3CA,SYF2,C1D,BDP1,SLC25A12,GAPDH,GTF3C1,GTF3C2,NDUFB8,GTF3C3,CANT1,NDUFB7,ROCK1,NDUFB6,ROCK2,NDUFB5,CXXC1,NDUFB2,ZBTB43,ZBTB45,LRP6,MTHFSD,NCLN,FCHO2,CDC37L1,KRIT1,UBQLN1,FEM1C,FYN,E2F4,LRRC8B,HNRNPA1,ATP9B,SH2B1,NOP56,GADD45GIP1,NDUFA9,SEC24B,NOP58,HNRNPA3,TRIM41,NDUFA6,MMAA,FEM1B,NDUFA4,CNBP,FOXJ3,TXNL1,FOXJ2,CDC5L,MBOAT2,MCOLN1,EIF3M,CDKN2AIPNL,PDCD4,OCIAD1,TRIM35,EIF3H,PDCD2,EIF3C,EIF3D,SMAP1,EIF3A,TMEM41B,ZDHHC6,THUMPD3,CCNC,THUMPD1,TXNDC15,ACTB,RCBTB1,ZDHHC3,NUDT3,NUDT4,TXNDC17,CRKL,HERC1,SNRPD2,EPC1,EPC2,CCNL2,CCNL1,FBXO9,ENTPD4,ACTN1,NSMCE2,NSMCE1,MOGS,ANK3,ACTN4,TMEM170B,ANK1,THAP4,GNPAT,SNHG12,ULK2,ULK1,PREB,TMEM87A,GGNBP2,TBC1D9B,TMEM63B,DHX9,CTR9,PIK3R4,PIK3R1,PTTG1IP,RTF1,ZBTB5,GSPT1,DHX30,SEC14L1,LARS,MIER2,DHX36,MIER1,DYM,SURF6,TSPAN5,FAM192A,HIVEP2,SEC31A,IQSEC1,ZFR2,SMARCA5,MICAL2,SMARCA2,HARS2,PAICS,PTK2,MED13L,SMARCA4,AIMP1,EXT1,SNW1,ARMC10,WNK1,ID2,CWF19L1,CDC16,RANBP10,FBXL3,INTS7,NOL10,CALM3,DHX29,CALM2,MON1B,SUGP1,CSRNP2,CCDC127,PPP1R10,PAK1IP1,CCDC124,CETN3,INTS10,SLC7A11,WASL,AATF,IER3IP1,AP2A2,HERPUD1,ACTR1B,AKAP11,SPTLC1,ENC1,ARIH1,RAC1,SDF2,CTSB,NCOA1,ACAD8,CAP1,VKORC1,NCOA2,PCYT1A,WARS,NCOA4,ZFR,COMMD3,ANO6,COMMD4,MRPS5,TOX4,CTU1,RAP2B,SLTM,CANX,G2E3,NCOA7,PABPC1,CD47,GLCCI1,EEF1E1,PTMA,STX12,MRPS35,CAB39,MRPS36,INPP1,MRPS33,SSNA1,STX18,GNAI3,MRPS30,COX5B,RELA,PCNP,EXOSC7,NFIL3,HSF1,MGAT2,CCT7,CCT4,MAP3K3,NPM1,YIPF3,PNPLA8,YIPF4,UBE2G2,NPM3,VEGFA,PPP1CA,KLHL9,PER1,BOP1,GPAM,NEDD4,CCNG2,NDUFAB1,HNRNPA2B1,AGGF1,TCEA1,SRP19,SCARB1,DBR1,CRTC2,NUP188,ZFAND3,ZFAND5,BCCIP,UBE3A,UBE3B,COX6A1,PHRF1,IGF1R,EEF1B2,CAPN7,EP300,FAM3A,DENND5A,BANF1,SBF1,MMGT1,UBE4A,LMTK2,SDHC,SDHD,SDHA,EEF1A1,HNRNPUL1,TMX1,EHBP1L1,PLAA,PPIE,WDFY3,TBC1D23,PPIG,GEMIN7,PPID,KLHL18,DDX6,TSG101,RBM8A,COX15,YTHDC1,NDRG1,RTN4,RPF1,RNASEH1,SHARPIN,KIF3B,KIF3C,NDUFV2,PRNP,OST4,UBE2H,UBE2B,KLHL26,VTA1,PCIF1,ECD,DSTN,NUP153,KLHL24,CLK4,MANBAL,KLHL20,PAN2,PAN3,HOOK2,HOOK1,UBE2S,MKRN1,GNB1,GNAS,IFT27,UBA2,CYCS,DEGS1,TCF4,TCF3,UBE2K,PICALM,RERE,GSK3B,RBM25,RBM26,DYRK2,DDX49,DDX46,LDB1,PRKCSH,CNRIP1,YWHAB,CHD6,CHD2,MEA1,AFF4,YWHAQ,UBE2Q2,RB1CC1,MLST8,TIMM17A,UQCRFS1,TIMM17B,LRRFIP1,YWHAG,RBM33,YWHAH,GET4,BCKDHA,SUN2,NAA30,ARHGEF12,NUP133,TTC33,PDPK1,GLRX5,BUD31,DDX55,ATP6AP2,NAV2,GPCPD1,YWHAZ,UTP18,DDX50,CREB1,SETBP1,UBE2R2,RER1,NDUFS7,ACOX1,EEF1D,PEX3,NUP50,CRY1,NAA38,NDUFS1,RBM22,OTUB1,DCTN5,RRN3,DDX27,SFSWAP,GOSR2,DCTN4,DDX20,RBM4B,CSTF2T,DDX21,ASAP1,RNF7,CLCN3,RNF4,ADD1,POLD3,CYTH2,TAF1D,CAND1,TNKS2,TAF1B,GNG5,TMEM203,MAT2A,TGS1,TRA2B,MKNK2,TMEM208,SMNDC1,MTA3,NIPSNAP3B,TIMM8B,TTC14,RBM39,BNIP3,ATP2B4,TTC19,POLE4,QRICH1,VIM,NAA15,RAN,RB1,VPS29,ANKLE2,TRIO,EPRS,SMC3,BACH1,RPL9,RPL6,RNF115,RNF114,TFG,ZMIZ1,MYC,ZMIZ2,ZXDC,FDXR,HOMER3,VPS35,PIP4K2C,RPL37,MPV17,RPL39,NFRKB,DDX17,ACOT7,PRKCE,WDR74,MED8,REV1,CD3EAP,AFAP1,ARMC8,AARSD1,ATG12,GTPBP4,RNF123,DYNC1LI1,ARMC6,WDR82,CLPP,ZSCAN21,YME1L1,RPL26,RPL29,VPS25,RPL28,PI4K2A,ANAPC13,NUP205,NEDD4L,SLAIN2,VPS26B,RNPC3,HIF1A,GLG1,ADH5,MTDH,FAM160B1,PRDX5,PPP3R1,NCSTN,RIC8B,WDR70,NUP85,PRDX1,CEP70,CHST15,MCMBP,VPS16,CEP78,BRAP,CDK19,PRELID1,JUND,NDFIP1,ICMT,CHKA,ST13,PLK2,IRF2BP2,MTHFR,PHC3,GPN1,PRRC2A,TMEM199,EHD1,HNRNPL,GLUD1,FAM160A2,ARL2BP,GIPC1,PPT1,HBP1,HNRNPC,CDK13,FARSA,ITPA,CPEB4,ATG2B,CDK16,FARSB,CDC42SE2,OGFR,TRMU,SMG1,BTG1,CDKN1B,SETD3,PHF20,TCF25,SETD7,CLTC,ARPC1A,WDR41,LPCAT1,WDR45,ADO,PHF8,TIMP2,AP3S2,JARID2,RRP15,CEP68,SHPRH,NUDC,WDR36,HSBP1,TET2,NUTF2,ASH1L,NUDT16L1,WDR33,NCOR2,NSA2,SIKE1,TET3,MTF2,EXOC5,PLCB1,EXOC2,CDC123,NFIX,WDR26,RNMT,TIMM9,USO1,TIMM10,TMEM165,FGD4,ARFRP1,SCAF8,BCLAF1,UBN1,USP1,RPL14,ANKRD52,RPL15,RPS2,PAIP2,BRD4,PCGF6,BRF2,BRF1,RIOK3,AGK,GTF2H1,SRP68,HIPK1,WDR12,SYNJ2BP,MZT1,AGBL5,TM9SF2,MKLN1,NFIA,ABI2,NFIB,TRMT6,TMEM39B,ANKRD13C,ATP8A1,TUSC3,CTNND1,RNF19B,YEATS4,BZW2,IPO7,EDC4,IPO9,MAEA,LAMP1,CFL1,PAPOLA,SLC39A7,HMGN2,SNRNP35,MAF1,RARS2,RPS9,USP5,USP4,IGFBP3,TPM1,RPS6,DYRK1A,GTF3A,THOC1,ILF2,NRBP1,BSCL2,CLIP1,ILF3,RAB31,RALGAPB,NHP2,SNRPG,FKBP8,PGP,SNRPE,ADNP,SNRPC,FKBP3,FKBP5,SNRPB,ENY2,FAM114A2,INSIG1,ABHD2,ANKRD11,ANKRD12,CUL2,UBR4,CUL1,UBR3,UBR2,PHB,KLC1,GTF2E1,ORC5,HMBOX1,ORC6,ORC3,TPR,ANKRD10,SLC15A4,MAP2K5,MCL1,WDTC1,OSBPL9,ANKRD28,OSBPL8,EIF2B4,OSBPL7,POLR3GL,SEC16A,TRAPPC4,M6PR,MARCH8,LSM5,LSM4,ZZEF1,CHERP,LSM7,CNOT6,COPS5,SCCPDH,SYNJ1,YEATS2,RHEB,COPS2,CNOT3,GPR107,SERINC1,LZTR1,BCL2L2,EIF4G2,BCL2L1,RNF10,CALCOCO1,RNF11,ZC3H4,ZC3H3,TRADD,PTPN23,PPP6C,DUSP12,OPA1,SGCB,AP1G1,SNRNP70,OPA3,WDR6,HIF1AN,TNPO3,TAPT1,ILKAP,IQCB1,ADSL,RFC3,CDADC1,PLRG1,NIPSNAP1,TSN,PATL1,REXO4,PTP4A1,DNAJC2,PTP4A3,ASPH,CTDSP2,POLR1C,CCDC43,DNAJC8,EIF4E2,SOS1,SOS2,SSX2IP,MTPN,HDAC5,NFAT5,TSSC4,RAB1B,CEBPG,TTL,DNAJB1,ABLIM1,NFS1,HECTD1,RBBP4,VPS52,RAB24,VPS54,POLR2G,POLR2I,DCAF12,CCDC71,POLR2J,FNIP2,PPIL2,SMOX,RNF25,ASCC1,TXNRD1,TPRKB,DDHD2,RPL35A,PTPN11,OXR1,PNRC1,PNRC2,FBXL12,CUL4A,TNRC6C,RAD52,KLF7,KLF6,MARCKS,NIN,POLR3B,RAB12,GLOD4,MFAP3,POLR3D,POLR3E,DRG1,RAB18,DRG2,CEBPZ,POLR3K,PPIL4,TPT1,APP,SLC35B2,ZMYND8,SLC35B1,CBLB,PPP2R2A,GBA2,NFU1,TIAL1,FRAT2,KAT5,FTH1,GOLGA1,MAGOH,LONP1,ARFIP2,GLUL,SOX4,TBC1D10A,AGFG1,COG8,COG4,ARRDC3,COG3,METTL3,RECQL,COG1,MRPS18A,AP1AR,RRAGA,GRWD1,AKAP9,RRAGD,SIK3,VDAC2,HECA,VDAC1,EZR,PFN1,CBLL1,MACF1,RTEL1,TRANK1,NLK,HTATSF1,GMCL1,TMTC4,SCFD1,CHTF8,FXR2,PDCD11,CSTF1,MLEC,TRPM7,ARGLU1,BANP,ZRANB1,TMEM184C,ZRANB2,STK11IP,SS18L1,SNHG6,STAM,PUM1,ACADSB,PARP11,STAG1,RPS27,SESTD1,FUBP1,TMCC2,TECPR2,RPS21,CC2D1A,ITM2B,ITM2C,CC2D1B,TOP2B,HBS1L,FAM45A,CITED2,GFM2,FAF1,ZFAND2B,HINT1,SIPA1L1,XPO1,AUH,ZMYM4,CHMP1B,C1QBP,SEC61G,KIF13A,TMED1,UBXN6,GABPA,TMED4,ZER1,TSC22D1,PRMT2,PRMT1,TSC22D3,STRADB,PRMT3,NME2,PPHLN1,ITFG2,MTSS1,ITFG1,RHOA,MLF2,RHOB,NME1,RAB33B,SLC22A23,PRPF18,NFX1,PACS1,FRG1,WAC,STRAP,SGK1,KPTN,FYTTD1,ZDHHC20,AKAP8,NOL7,PTS,ARNTL,TRAK2,CUX1,METTL6,NT5M,APBB1,MAP4K3,RANBP2,MTX1,MTX3,PTGES3,AP3D1,XPO7,RSL1D1,SPCS2,XPOT,MARS,KBTBD2,NBR1,TOMM7,CTNNB1,TRIP12,FAU,MEGF8,KBTBD7,TOMM5,MEGF9,TOMM6,GALNT11,NDUFA13,GOLT1B,POGK,HDLBP,CWC25,LZIC,EFTUD2,TATDN1,TMEM147,TATDN2,BASP1,NSF,PDIA3,SHISA5,NOSIP,TSC1,ATP1B1,TUFM,MAU2,PRPF6,DNAJC30,PRPF3,SPECC1L,FIZ1,COPB2,IDI1,COPB1,NOP2,ADIPOR1,DTX4,EMG1,MAN2A2,DPP8,TMEM127,ATP6V1H,RPRD1B,SUDS3,ZC3H13,MARK3,ATP6V1D,ATP6V1F,DNAJC19,KLHDC2,MPST,SMAD2,HSPA8,ACBD6,KLHDC3,SMAD4,KLHDC4,CBX5,RHBDD3,HSPA4,IDH1,IDH2,BFAR,TBCB,NMRAL1,NFKBIA,EFNA2,RFXAP,TBCE,CHMP2B,JMY,SRPRB,BLMH,ACBD3,COPE,KDM5B,SCYL3,USP36,USP38,ABCD3,USP32,USP33,USP34,USP39,TMEM101,FLCN,ZC3H7A,ALDH2,MFSD5,PPP2R5E,SNAPC2,FLOT2,TMEM109,RBM5,RBM6,KDM6B,USP46,TSFM,USP47,JAGN1,KLF13,H2AFY,H2AFV,ARID1A,ARID1B,KLF16,LATS1,DDX19A,THRAP3,TRAPPC6B,RASA1,LUC7L2,CHMP5,VAC14,USP15,STOML2,KDM3B,POLDIP2,USP10,USP12,POMP,MTIF2,SPG7,MOSPD3,TM2D3,TOB1,HSPD1,TBRG4,TBRG1,MAPK8,FAM168A,MAPK7,FAM120B,LEPROTL1,REPS2,ROMO1,ABCF2,CLASP1,SNCA,SPEN,USP24,PTCD3,RWDD1,PTCD1,WTAP,ATP13A1,BAD,USP21,ZFC3H1,PPP2R3A,SH3YL1,RPS6KB1,CAPN10,PPP2R2D,SSBP1,ATP13A3,ABCE1,LPIN2"
+"gene_set_query"	"202"	"CHAMP1"	"275.0"	"ARCHS4 Coexpression,135;GTEx Coexpression,415"	"SLC35B2,MDC1,CCNJ,VARS,TRRAP,HNRNPU,PHAX,EPRS,PWP1,DCAF7,ALKBH8,RPS17,CDC23,TRIM28,RAVER1,PSMD5,PSMD3,UBAP2L,TMPO,SRRM2,MED1,DDX18,TIPIN,SMARCC1,NUP210,RECQL,CD3EAP,GTPBP4,HCFC1,WDR82,PSME3,BOLA2,YME1L1,TTLL12,PRR12,ALG10B,SF1,NUP205,POM121,DCUN1D5,ANP32A,SHMT2,DHX9,CTR9,NOLC1,BAZ2A,MTDH,LARP1,DHX33,PCBP1,PCBP2,CSTF1,RRS1,DHX37,PIP5K1A,SYMPK,TRPM7,RBM12,ZBED4,TRAP1,RCC2,PMM2,SETD1A,PBX2,PA2G4,PAICS,PRRC2B,PRRC2A,SMARCA4,CCT6A,HNRNPL,PCDHGA11,HNRNPM,UCK2,ZBTB6,HNRNPK,FUBP3,CALU,HNRNPD,NOL11,ANP32B,RCOR2,TRAM1,DAZAP1,FAF2,TCF20,SMG7,PRPF19,PFAS,WDR43,SYNCRIP,ATIC,XPO1,RARS,XPO5,RIOK2,UTP14A,RSPRY1,PRMT6,BRD2,WDR36,PARP1,PRMT2,NSUN2,PABPC4,RRAS2,NIPA2,BAZ1B,PPRC1,SREBF2,PARP8,SIKE1,PTRH2,TET3,GARS,PABPC1,GART,SF3B4,SF3B2,PCNA,SF3B3,NIP7,HEATR1,DOT1L,SRRT,DLST,SLC7A1,HIRA,NRAS,SRP72,TCOF1,PES1,PPP1R8,MGAT2,ANKRD52,SRSF10,EXOSC2,CCT5,SF3A1,YTHDF2,SF3A2,YTHDF3,UTP3,MTX3,YIPF5,GATC,HUWE1,GTF2H1,WDR12,SCAF4,GATAD2A,KLHL9,SEC23IP,XPOT,MYBBP1A,SERBP1,HNRNPA2B1,TSR1,RAB3GAP2,HDGF,TARDBP,DBR1,NUP188,UBP1,FBXO22,IPO7,IPO5,IPO8,ARHGDIA,KHSRP,EP300,AZI2,GTF2I,HMGN1,USP7,SUPT16H,KDM2B,WBP11,ATAD3A,ATXN2L,ILF3,TMX3,HNRNPUL1,TMX1,HNRNPUL2,NCL,RPL7L1,TIPRL,FSCN1,SNRPE,SNRNP200,ANAPC1,KPNB1,SNRPA,DDX6,KHDRBS1,LRRC59,DNMT1,SEMA7A,COPB1,TARS,PRPF8,SUPT6H,TAF5L,RNASEH1,G3BP1,NACC1,ZC3H18,BRIX1,LLPH,ANKRD28,NOP14,CPSF7,API5,FUS,NONO,SEC16A,CBX2,CBX1,HMGA1,NUP153,DNAJC14,EIF2S2,EEF2,EIF2S1,CHERP,NASP,CDK4,CNOT1,CAPRIN1,CNOT3,GNB1,MDM2,IARS,TCF3,LSM14B,LSM14A,EIF4G1,GSK3A,ZMYND19,PRKCSH,WDR3,WDR4,DDX42,CHD4,TRIAP1,YBX1,ELAVL1,LMNB2,LMNB1,MRPL3,DUSP12,PPP6R1,NUP62,UBTF,WDR5,TOPBP1,TNPO1,TNPO2,PELP1,UTP15,EIF5A,RFC3,DIS3,CAD,H2AFX,SMC1A,ARID1A,SAFB,CKAP5,PATL1,DNM2,SFPQ,TFDP1,TRAF4,POLR1B,PCCB,TOP1,SMARCD1,GTF3C3,GTF3C4,TGFBRAP1,MAK16,SRSF1,WIZ,DDX21,PPM1G,DCAF15,SRR,TMEM201,FAM168B,GANAB,MTA1,TAF1B,POLR2A,POLR2B,U2AF2,TGS1,NT5DC2,FAM120A,TAF1A,SNRPB2,IGF2BP3,IGF2BP2,MTA2,HNRNPA1,UGGT1,TRIM44,DCAF13,HNRNPA0,CIZ1,HNRNPA3,RRM2,TAF15,NAP1L1,RPRD2,SSRP1,HNRNPAB,CARM1,ERCC8,ACIN1,NAA15,ABCE1,EIF3C,TAF2,EIF3A,MBTPS2"
+"gene_set_query"	"203"	"THAP8"	"275.0"	"ARCHS4 Coexpression,67;Enrichr Queries,420;GTEx Coexpression,338"	"POP7,HNRNPU,STMN4,FNBP1L,ENO2,LSM10,PSMD8,RABGEF1,PSMD4,DPYSL4,DPYSL5,DPYSL2,MYC,AP1S2,DIP2C,HES6,IAH1,ACOT7,FNBP1,DNTTIP1,CD3EAP,EML1,SCAMP3,WDR81,DDIT3,DDIT4,UQCRC1,PRR12,ANAPC13,MAPKAP1,MRPL16,MRPL10,GABARAP,ANAPC11,MRPL11,GJC1,PRDX4,RNF216,PIP5K1C,ST3GAL3,ZSCAN18,JUN,PRELID1,JUND,JUP,IRF2BP1,MTHFR,MRPL28,SNF8,NR1D1,SNUPN,THAP11,MLLT11,ABTB1,EIF6,H2AFY2,FASN,FXYD6,FARSA,ITPA,CDKN1C,PIGU,SMG1,ASH2L,MRPL37,MED16,BBC3,PQBP1,TUBA1A,MTG1,UBL7,ZC3H10,LYPLA2,NUDC,TPI1,PGAM1,SSR2,NUDT16L1,MRPL43,COPZ1,MRPL52,RNF167,TUBB2B,TUBB2A,HEATR5B,PXDN,PLEKHO1,PAFAH1B3,GRN,ECHS1,TIMM13,TMEM160,PSMA7,MRPL55,TM9SF3,PSMB6,PSMB7,SNX27,LMAN2,PSMB1,SPOP,AP2S1,FLNA,CKB,RPL15,DTD1,CENPV,MDH2,WDR18,HIPK1,BLCAP,TARBP2,NFIA,PSMC3,MORN4,TTLL1,SNX15,YPEL1,PKN1,YPEL3,RAB3A,CHPF,TM7SF2,SLK,TUBB3,RUVBL2,PIM3,MAF1,LZTS2,FADS1,PIAS4,BNIP3L,SEMA6C,VPS33A,UBE2E3,RPS5,AIP,ATP11B,THOC3,CNPY2,VASH1,ZCRB1,THOC5,DGKZ,SAP30,CLIP3,BSCL2,SRSF2,FSCN1,NHP2,TOX,PHPT1,SQSTM1,FKBP5,SNRPB,PFKFB3,INSIG1,ARL3,ABHD8,HSPBP1,RAP1GAP,ACAT2,CORO1C,RAP1A,UBR5,PMVK,NDN,SAC3D1,MAP2K5,WDTC1,AP1M1,ANKRD27,TRAPPC4,TRAPPC5,MARCH6,LSM4,LSM2,MARCH2,REEP1,LRFN3,COPS6,LSM7,LHX2,TADA3,PLXNB2,RNF181,PIN1,OGT,MDM1,BCL2L1,SLC25A1,ETFB,NGRN,CAPZB,VPS72,SGCB,MDK,TLK2,PMEPA1,SNAP29,CTNNBL1,GGPS1,GPX4,VPS37D,EDF1,PTBP2,DDOST,NIPSNAP1,PTP4A3,DALRD3,DAD1,CTDSP2,POLR1B,PPP1R12C,GAPDH,SLC25A11,BCAT2,PPP1R15A,NDUFB8,RNF34,TSSC4,HSD17B10,DPCD,LAGE3,EHBP1,FBXL20,HIRIP3,PUF60,POLR2E,POLR2G,PCDH1,POLR2J,RNF20,MARCKSL1,SPAG7,NCKAP5L,ADRM1,BAIAP2,PNRC1,ENOX1,BCKDK,TSPAN13,DOLPP1,ATXN10,SMARCAL1,SMARCB1,TMEM41B,GDE1,NUDT2,PDCD2L,UBE2L3,ZDHHC4,NUBP2,RPS15,PPP2R1A,FTH1,FAM53C,DPF2,CCNL1,SOX4,EPHA7,IMP3,SLC11A2,ECH1,NSMCE1,BOLA1,PTOV1,ISLR2,MIF,MAPK8IP2,THAP3,CDC34,KATNAL1,RRAGD,KCNQ4,ULK1,AURKAIP1,CTXN1,EIF1B,CUTA,MACF1,MAGED1,SUPT4H1,PCBP4,MICAL1,RCE1,RALGDS,NTSR1,BCL11A,SURF2,KLHDC8B,GADD45G,ID2,PAF1,NDUFAF3,MAGED2,TECPR2,ITM2C,CCDC127,PPP1R11,CITED2,GPAA1,CCDC124,MRPS12,PEPD,RPTOR,ACTR1A,UCHL1,TMED1,UBXN4,CTSD,VKORC1,MRPS26,SEC13,MRPS24,GAA,TUBG1,PDRG1,RGMA,MLF2,RHOB,SCNM1,ALDOA,MPND,CSTB,DTYMK,SSNA1,CRIP2,NEDD8,COX5A,EXOSC4,NFIL3,NT5M,SCAND1,RANBP3,MTX2,YIPF3,VEGFB,MYO9B,VEGFA,YIF1B,PPP1CA,MAD2L2,ATAT1,PDCL3,CCNG2,R3HCC1,NDUFAB1,NARF,NDUFA11,ZFAND3,ROGDI,MRFAP1,LZIC,CWC27,SRP14,TXN2,ACTG1,CHCHD4,CHCHD2,TMEM147,CHCHD6,CAPN5,HCFC1R1,PALM,TMEM14C,PAM16,SHISA5,EHBP1L1,RPP21,RTN2,TSG101,NDUFB10,RPS19BP1,NDUFB11,HTRA2,CACNA1A,SLC1A4,NDRG1,CACNA1H,PLD3,SHARPIN,ZMAT5,CYC1,ATP6V1F,PRNP,KLHDC3,FDPS,RHBDD2,KLHL23,TBCB,KLHL24,MANBAL,NFKBIA,ARHGAP33,EFNA3,HOOK2,HOOK1,GNB2,IFT27,TAB2,TAB1,SAE1,COPE,MXD4,CUEDC2,PRKCSH,CHD6,ILK,MEA1,SLC2A8,YWHAQ,SNAPC2,GDAP1L1,TIMM17B,KDM6B,BCKDHA,JAGN1,ARHGEF12,PDPK1,BUD31,FAM189B,SFPQ,NDUFS8,UBE2R2,DDAH2,PPDPF,NDUFS4,TERF2IP,PFDN1,NDUFS2,NAA38,TMEM9,INA,DCTN2,USP11,DCTN3,CRMP1,AGPAT1,RNF5,DNPEP,GNG5,PPP2R3C,NT5DC3,MKNK2,FAM120A,PDE6D,ROMO1,CAMK2G,PDLIM7,KDM4B,BNIP3,PRAF2,MIIP,ATP2B4,CYHR1,PDE4DIP,TTC19,CDK2AP2,BAX"
+"gene_set_query"	"204"	"PRDM4"	"276.7"	"ARCHS4 Coexpression,419;Enrichr Queries,160;GTEx Coexpression,251"	"NCKAP1,TRIO,TFRC,TRRAP,HNRNPU,PHAX,EPRS,ALKBH8,PSMD5,ZMIZ1,DPYSL2,MYC,AKT3,AKT1,MED1,DDX18,DNTTIP2,CD3EAP,DICER1,RC3H2,GTPBP4,FAM133B,WDR82,PSME3,DDIT3,ZC3H11A,DDIT4,ATF4,SF1,UNC119B,NUP205,POM121,MTMR3,MAPKAP1,MEPCE,NEDD4L,VPS26A,XPC,BAZ2A,GNS,HIF1A,ANAPC11,FAM160B1,HMGXB4,HSPH1,LARP1,MCMBP,PIP5K1A,CDK17,JUN,PHC2,JUND,PLK2,PMM2,IRF2BP2,PBX2,PRRC2B,EIF1,PRRC2A,EHD1,HNRNPL,PCDHGA11,UCK2,EIF6,FASN,HBP1,HYOU1,FERMT2,CPEB4,ARF3,SETD2,PIGU,BTG1,CLTC,TCF20,CTCF,SMG7,WDR43,SMG5,TRIM8,MED13,TMEM43,RIOK2,RIOK1,JARID2,BRD2,UPF1,ASH1L,JOSD1,BAZ1B,DUSP6,SIRT3,SLC7A5,PXDN,RAPGEF1,GARS,ARF6,PAFAH1B1,WDR26,SF3B3,NIP7,DLST,SLC7A1,FAM129B,SCAF8,SRP72,NSD1,PPP1R8,ANKRD52,MEF2D,BRD4,SF3A1,YTHDF2,UTP3,CSNK1A1,STAT2,GATC,TMEM62,GTF2H1,ARCN1,SERBP1,TAOK2,CCDC6,PKN1,YPEL5,ANKRD13C,FBXO28,LTN1,UBP1,IPO7,IPO8,SLK,LAMP1,OSBP,PIM3,HMGN3,TLE4,USP8,CSNK1G3,SLC38A1,USP7,TPM4,DYRK1A,ATP11B,FBXO11,RNF40,ACAP2,RALGAPB,DMTF1,RAB35,MAPKAPK2,PHPT1,FKBP4,SQSTM1,ANAPC1,KPNB1,NSMAF,LRRC59,PFKFB3,ANKRD11,INSIG1,CUL3,ANKRD12,MAZ,UBR4,SOCS2,SBNO1,ATXN2,PITRM1,NACC1,ABL1,ABL2,BRIX1,SLC38A2,MCL1,ANKRD28,NOP14,TOR1A,API5,SEC16A,EEF2,YRDC,CNOT6,SH3BP5L,CNOT1,MAFG,MDM2,GPR107,IARS,EIF4G2,NFE2L1,EIF4G1,WDR4,PTPN23,DUSP11,DUSP12,AP1G1,UBTF,TLK2,HSP90AA1,PDCD6IP,ZFP91,VEZF1,RAD23B,PATL1,PTP4A1,PTP4A3,CTDSP2,POLR1B,DNAJC5,IMPAD1,CRK,PPP1R15A,GTF3C1,MTPN,BECN1,NFAT5,SMARCD2,GTF3C4,CANT1,ROCK2,VPS4B,SRF,MAK16,SRSF1,CEBPG,RNF38,FOXK1,GANAB,HECTD1,CCDC85C,U2AF2,UBQLN1,FEM1C,IGF2BP2,TRIM44,EIF4B,SMARCE1,NDUFA4,NDUFA3,FOXJ3,PTPN11,CDC42BPB,KLF7,KLF6,POLR3C,EIF3A,PITPNB,ZDHHC5,CISD2,JMJD1C,PWP1,LONP1,UBAP2L,ATXN7L3,SRRM2,AQR,SMARCC1,IFRD1,RRAGC,HECA,TBC1D9B,DHX8,DHX9,TWF1,BRCC3,PIK3R1,CDKN2AIP,APH1A,UGCG,DHX33,PCBP2,HIVEP1,DHX38,STXBP5,HIVEP2,MED13L,SMU1,STAG1,ZBTB6,ZZZ3,WNK1,ID2,DHX29,NOL11,ITM2C,CITED2,FAF2,MRPS12,SIPA1L2,PRPF19,SYNCRIP,SPTLC1,REV3L,DHX15,UTP14A,RALGPS2,PRMT5,PBRM1,ATMIN,NCOA6,MMD,PRPF40A,PPRC1,CTTNBP2NL,MLF2,RHOB,CSDE1,CANX,WAC,PABPC1,SGK1,CSTB,SLC20A1,HEATR1,GNAI3,UQCR11,COX5B,RBM15B,NFIL3,EXOSC2,PAK2,MTX3,GBF1,HUWE1,AP3D1,AP2B1,VEGFA,KLHL9,XPOT,KBTBD2,HDGF,TRIP12,RAB3GAP1,NDUFA13,DBR1,UBE3C,HDLBP,UBE2Z,ACTG1,TATDN2,CWC22,CAPN2,EP300,AZI2,SBF2,NOM1,KDM2A,TMOD3,UBE4A,OCRL,PUS7,ATP1B1,TMEM131,TMX3,HNRNPUL1,HNRNPUL2,RPL7L1,DDX6,PDS5A,NDRG1,PRPF8,SUPT6H,RTN4,CAMSAP1,EFNB2,IRAK1,QSER1,BCL9L,HSPA9,IVNS1ABP,SMAD2,HSPA8,PRNP,CPSF7,HSPA5,HMGA1,DNAJC13,NUP153,NFKBIA,GCLC,EFNA2,HOOK2,HOOK1,GNB1,GNB4,IFT27,AMOTL2,UBA1,ACBD3,RERE,GSK3B,KDM5C,GSK3A,DDX3X,USP32,CHD8,USP34,CHD6,DDX42,ATP2A2,SLC2A3,CHD4,ADAR,CHD3,RND3,AFF4,PPP1R9B,SEC61A1,SPRED1,YWHAQ,UBE2Q1,LRRFIP1,UTP15,KLF13,PDPK1,TBC1D9,OXSR1,ARID1A,POMGNT1,YWHAZ,SENP3,NDUFS8,NUP54,KDM3A,KDM3B,TGFBRAP1,DDX21,ACVR1B,GNA13,FAM168B,DNPEP,TAF1B,MAT2A,TGS1,TMEM205,FAM120A,MAPK6,FBRS,SPEN,RRM2,NAP1L1,DEK,ATP2B1,NEURL4,ACIN1,VIM,ATP13A3,ABCE1,TAF2"
+"gene_set_query"	"205"	"FOXJ2"	"276.8"	"ARCHS4 Coexpression,409;Enrichr Queries,265;ReMap ChIP-seq,179;GTEx Coexpression,254"	"LSM10,ALKBH1,DPYSL2,PRKACA,MEF2A,PRKAB2,DAXX,GABARAPL1,TSTD2,NGDN,RFX3,RFX1,GAPVD1,PRKAB1,MYL6,ZFYVE19,DDIT3,DDIT4,SF1,FLII,NPRL3,BAZ2A,MRPL13,MRPL10,ATRIP,HEXIM1,CREBBP,JUN,EIF2AK1,EDEM1,ABCA3,PBX2,PBX1,MRPL21,ABTB1,TDP1,FASN,ARF3,PIGU,CTCF,MRPL34,MECP2,MED12,TUBA1C,TRMT112,TUBA1A,TMEM43,TCP11L2,JAK2,ENOPH1,JAK1,LYPLA2,SPHK2,DUSP1,GSTO1,ELOVL2,PGAM1,EPS15L1,GMIP,SRP9,MED29,DUSP6,SLC7A4,SLC7A5,MED25,MED24,PSMA4,PSMA2,PXDN,RAPGEF1,PTRH1,RAPGEF2,VAMP2,SAMD8,WRB,PSMA7,PSMB7,SNX29,PSMB5,PSMB1,SPOP,AP2S1,MFN2,RICTOR,MEF2D,EXTL3,CENPT,MBD6,MDH1,YLPM1,GATAD2B,SKI,NUDT21,SHKBP1,UBAP1,PKN1,YPEL3,TMEM167B,PDCD6,PDCD5,ATN1,ZBTB22,FRY,SESN1,KPNA6,ADORA1,FADS1,IK,CNPY2,ZBTB33,RBX1,FOXP1,ATXN2L,MINPP1,SRSF7,SQSTM1,PFKFB3,TUBGCP2,MAX,FOXO6,NRF1,FBXO42,HSP90B1,SLC9A1,SBNO2,ZKSCAN3,THEM4,SLC38A2,IP6K2,NOP14,FBXO31,ZC3HC1,LRCH1,SH3BP5L,UQCRQ,LRCH4,NFE2L1,CELF2,FHL1,PIK3CD,ETFB,ARRB2,AP4M1,PPP6R1,SUMO3,CTNNBL1,ARNT,NDUFC2,DDOST,SLC25A17,PIK3CA,SYF2,C1D,TMBIM6,PPP1R12B,MET,PPP1R12C,AHDC1,PPP1R15A,PPP1R15B,NDUFB6,SRF,PRCC,LENG8,FOXK1,FURIN,SRI,MLLT6,CDC37L1,FEM1C,IGF2BP2,DRAM2,HNRNPA1,SEC24B,SSB,FEM1A,NDUFA4,CNBP,MBOAT7,FOXJ3,NDUFA2,SYT16,GSTZ1,SYT11,TRIM35,CDR2L,P4HB,SMAP2,SEC24C,PLEKHB2,CPNE5,IFI30,ACTB,UBE2L3,NUDT4,TXNDC17,HERC1,SNRPD2,SNRPD1,BSG,EPC1,EPC2,PTGFRN,SNRPD3,SLC12A6,ST6GAL1,SMARCC2,ACTN1,NSMCE2,ANK1,THAP3,SUB1,TRIM13,KCTD13,ULK1,FAM76A,CTXN1,FOXG1,MYCBP2,PIK3R2,PIK3R1,APH1A,SEC14L1,MICAL1,MIER1,HIVEP1,DHX38,SYMPK,FAM192A,TSPAN3,HIVEP2,RAB11FIP4,TMEM86B,INTS1,IQSEC1,SMARCA2,PAICS,MED13L,SMARCA4,WNK1,ID2,PAF1,INTS4,RGL2,COX7B,HIBADH,FAM57B,SLC7A11,MAP1LC3B,MAP1LC3A,RSRC1,KIF1B,NDEL1,CAP1,NCOA1,NCOA2,TMEM150B,MINK1,NCOA4,MRPS21,ANO6,TOX4,RNF144A,KIN,CTU1,TAX1BP1,UFC1,ARHGEF1,ARHGEF2,EEF1E1,STK40,NAPB,CCDC107,CRIP2,COX5A,RELA,GNAI2,MNT,NFIL3,SERTAD2,PES1,HSF1,DYNC1H1,MAP3K3,MYO9B,UBE2G2,VEGFA,NUDT9,PER1,BOP1,CCNG2,KLHL8,NDUFAB1,ESYT2,HDGF,PNPLA6,SH3GL3,OTUD5,CRTC2,UBE3C,ZFAND3,WWC1,PRDM2,COX6A1,UBE2Z,SRP14,CAPN7,FAM174B,KHSRP,EP300,BAHCC1,RGS9,MORC3,MMGT1,UBE4B,TMX2,HNRNPUL1,GPRIN1,EHBP1L1,RAF1,PPIA,KLHL18,RTN2,PKDCC,YTHDC1,RASGRP2,NDRG1,RTN4,CACNA1G,KIF3B,GRK6,TBC1D14,CAMTA2,BCL9L,TBC1D16,IVNS1ABP,PRNP,UBE2I,PCIF1,DSTN,TIMM44,KLHL23,KLHL24,IFT20,H1F0,HOOK2,HOOK1,PHF13,UBE2M,MXD4,PICALM,YWHAE,RERE,DYRK2,DDX46,PRKCSH,PRR3,CHD6,ATP2A2,DPY30,ADAR,TNFAIP1,CHD3,RND2,CHD2,CABIN1,RND1,PPP1R9B,LASP1,EEF2K,MYO18A,SUN2,SUN1,RBM14,PDPK1,NAV1,NAV2,PJA2,EEF1G,CREB1,SETBP1,NDUFS7,NDUFS5,AGPAT5,DCTN6,DDX23,ASAP1,RNF7,CLCN3,ADD1,AGPAT4,CYTH2,DNPEP,TRA2A,MKNK2,BNIP2,PTK2B,FBRS,CYTH1,TIMM8B,MBTPS1,ATP2B4,MAPK10,PNKD,GALE,FAM131C,ERCC1,TAF6,RAN,TAF1,TES,TRIO,GPATCH1,ENO2,BACH1,BACH2,DCAF6,GCSH,NUB1,ZMIZ1,MYC,STMN1,RPL36,AP1S1,IER5,ACOT9,TSPYL1,PIH1D1,PRKCD,CD3EAP,ARMC8,PRR12,POM121,PHYHIPL,NEDD4L,SLAIN2,GLG1,ANAPC11,FAM160B1,FAM171A1,ABR,PRDX5,PPP4C,PRDX4,WDR70,PRDX1,PLCG1,NRBF2,ST3GAL1,ST3GAL2,HMOX2,ZSCAN18,NDFIP2,RPL41,JUND,CHKA,IRF2BP2,PA2G4,PHC3,PRRC2B,THAP11,WDR55,PRRC2A,TMEM199,GNPTG,SLC6A6,MEX3A,ARL2BP,HNRNPF,HBP1,CPEB4,PHF2,SMG1,BTG1,CDKN1B,SETD6,ASH2L,SMG7,WDR46,CLINT1,TRIM8,UBL5,RFK,TMSB4X,ENSA,RRP12,CIC,JARID2,EMD,UBL7,CEP68,BRD3,ZC3H10,BRD2,SHPRH,HSBP1,EXOC7,NUTF2,ASH1L,GNL1,RNF168,NCOR2,ZEB2,TET3,SF3B5,NFIX,WDR26,RPL11,TIMM13,FGD3,BCLAF1,ASNA1,RPL15,ANKRD52,RNF130,BRD4,SF3A1,BRF2,NR1H2,HIPK1,RYBP,NFIA,NFIB,ZYX,NUCB1,FAM49A,TOR2A,CTNND2,CTNND1,PARK7,EDC4,SALL2,TXNL4A,MAF1,HMGN3,STK32C,RARS2,TLE4,TLE3,RPS9,RNF44,TPM3,RPS5,F2R,DYRK1A,VASH2,FRMD4A,VRK3,LEMD2,BSCL2,CTDNEP1,CLIP1,ILF3,SNRPG,PHIP,SNRPE,TNIK,SNRPF,PHPT1,SNRPC,CUL9,SEMA7A,UBR4,UBR2,PHF21A,GOLGA7B,HMBOX1,BTBD1,PITRM1,ORC3,NACC1,BAG1,PLXNA1,MAP2K7,MCL1,WDTC1,OSBPL7,OSBPL5,ANKRD24,SEC16A,MARCH8,TRAPPC9,LSM5,LSM4,LSM3,CDK8,NSFL1C,BCL9,COPS6,GON4L,CNOT2,RAB5A,BCL2L1,RNF187,RNF10,CALCOCO1,MCM7,ZC3H4,UFSP2,DUSP12,TNPO2,PLEKHG2,REXO1,GGPS1,RPL13A,PATL1,CTDSP2,RP9,NFAT5,HDAC5,WBP2,HDAC7,ABLIM1,POLR2A,VPS52,POLR2F,CSK,SMARCE1,MLXIP,SPAG9,SEMA4A,SEMA4D,RNF26,PLCL2,RPL35A,RPRD2,PNRC1,TRIT1,FBXL12,KLF7,KLF6,DNAJA3,MGAT4B,ARL6IP1,SLC35B1,CISD1,CBLB,KAT5,RPS18,FTH1,DPF1,UBAP2L,SOX4,AGFG1,SRRM2,ARRDC3,PTOV1,GRWD1,MTHFD2L,SIK3,HECA,EZR,CBLL1,NLK,IGSF9,UGCG,SGPL1,NUAK1,GSE1,TNRC18,RALGDS,VASP,PTPRN2,BCL11A,TREX1,STAM,STAG1,STAG2,GOLGB1,CORO7,TECPR2,ITM2C,HBS1L,DAZAP1,HIP1,CITED2,SLC44A2,MYL6B,SERP2,HINT1,XPO6,KIF13A,ZER1,TSC22D1,TSC22D3,PRMT3,NME1,MLF2,RHOB,PACS1,ALDOA,SGK1,MPND,MAPRE2,AKAP8,UQCR10,ARNTL,AMN1,ZDHHC18,CHRAC1,CUX1,CTNNA2,TBL1X,MAP4K3,ARNT2,MTX1,ATAT1,KBTBD2,TOMM5,NDUFA13,ARID4A,ARID4B,CNDP2,CHCHD4,ARHGDIA,NRCAM,AZI2,CHCHD1,KDM2A,DSCAM,LMO4,ATP1B3,KCTD2,ACYP1,TRNT1,ATP1B1,RSBN1,PHOSPHO2,ILVBL,ISYNA1,PXN,COX7A2,CABP1,MAN2A2,DPP9,TCTEX1D2,MARK2,HSPA8,SMAD4,KLHDC4,CPSF7,ACBD4,CBX5,CBX4,RHBDD2,IFT122,TBCA,DNAJC16,SMAD5,DNAJC17,NFKBIA,EFNA2,DLG5,CHMP2A,DYNLRB1,SAE1,LRP10,COPE,KDM5B,B4GALT3,THRA,SLC2A3,USP39,CASP9,SNAPC2,SPEG,TMEM109,KDM6B,USP48,KLF13,IQCE,RNF208,ARID1A,ARID1B,CKAP4,KLF16,DNM2,DDX19A,DDAH1,PFDN4,CHMP5,TSEN34,KDM3B,POLDIP2,ATF6B,ATP1A3,FAM169A,NCALD,STRN3,THBS3,PPP2R3C,GNA11,LEPROTL1,NT5DC3,MAPK1,ROMO1,SNCB,ABCF1,SPEN,USP21,LIMK2,LCA5,HSPE1,SSBP1,SSBP3,SSBP4"
+"gene_set_query"	"206"	"POU3F3"	"279.3"	"ARCHS4 Coexpression,124;Enrichr Queries,470;GTEx Coexpression,244"	"CNTFR,GMFB,MYT1L,STMN2,STMN3,STMN4,ENO2,FNBP1L,GPR173,ALCAM,DPYSL4,DPYSL5,DPYSL2,IGLON5,CSPP1,DPYSL3,STMN1,PRKACB,NCKAP5,ANKS1B,MEF2C,RBFOX2,WSB2,SOX11,SOX12,HDHD2,ASPHD1,FEZ1,RUFY3,DDIT4,PRR18,ASTN1,TTYH1,PHYHIPL,AGAP1,SLAIN1,FAM171A1,FAM171A2,CHST10,ZSCAN18,JUN,FZD3,NDFIP1,CADM4,PRRT2,CADM1,CADM2,NR2F1,PBX1,MLLT11,MEX3A,VANGL2,H2AFY2,PKIA,FXYD6,DCHS1,RNF220,CDKN1C,NCAN,JPH4,JPH3,TUBA1A,CHL1,TRIM2,NEFL,NEFM,DLGAP3,ENOPH1,APC2,ACTL6B,ITPK1,NIPA1,MED29,DUSP6,TMEFF1,TUBB2B,ZEB2,TUBB2A,PXDN,DSCAML1,RNF165,PHLPP1,NFIX,WRB,SNX32,CKB,EXTL3,RUNX1T1,KIDINS220,WNT7B,NMNAT2,ABI2,MORN4,NFIA,NFIB,FABP7,TSR2,HDDC2,ANKRD13B,CTNND2,CLU,ATCAY,CDH2,TUBB3,ADORA1,MAGI2,IGFBP2,TBR1,SRCIN1,CLIP3,CLIP2,OLFM1,FRMD5,LIX1,LY6H,GRIA1,BRSK1,GRIA2,BRSK2,GPR85,LRRC55,PHF21B,SNN,PLXNA2,NDN,SRGAP3,RAB6B,LRRC4B,TMEM132A,ADAP1,CORO2B,PTPRD,DAB1,NSG2,LHX2,PTPRA,REEP2,CPE,MAP3K10,CSPG5,NACAD,SERINC1,CNIH2,SLC48A1,SCHIP1,CELF3,CELF5,NGRN,PSD2,SCRN1,PHACTR3,CEP170,TRIM67,EMX1,LANCL1,PTP4A3,NRG3,DNAJC6,SNPH,CTDSP2,LANCL2,NLGN3,NLGN2,SMARCD3,TULP4,JAKMIP2,CACNG7,STOX2,PTPRZ1,NNAT,POLR2D,FSD1,ATP9A,CACNG4,NTRK2,LINGO1,MARCKSL1,PCDH9,NTRK3,PCDH7,PCDH8,NELL2,MARCKS,NFASC,APC,SYT11,NOVA2,POLR3H,INSM1,METAP2,AHCYL1,ARL6IP1,DPF1,KIF21A,KIF21B,GOLGA7,EPHB1,SOX4,SOX5,EPHA4,ACSL6,ISLR2,MMD2,ANK2,MAPK8IP1,SFRP1,KCNQ2,TAGLN3,TRIB2,CTXN1,LLGL1,PFN2,BEX4,GPM6A,NECAB1,ADCYAP1R1,NRN1,FOXG1,SDC3,CEND1,PIK3R3,KALRN,TTBK1,NKAIN1,TSPAN7,SCN3A,RAB11FIP4,GPM6B,B4GALNT4,PTPRN2,BCL11B,BCL11A,ST8SIA2,DCLK2,DCLK1,CCDC88A,ID2,RCOR2,ITM2C,DDR1,CSRNP3,PTPRS,GDI1,GRIK5,DIRAS1,GRIK3,ROBO1,SERP2,UCHL1,ENC1,DNER,KIF1B,KIF1A,CCDC112,PCYT1B,ANO8,MLF2,RGMA,MN1,RAP2A,ARHGEF9,MPPED1,KIT,MPPED2,MAPT,SATB2,CCDC106,PTN,PPP2CB,ARVCF,CUX2,CAMK2N1,MGAT3,GPC2,CTNNA2,APBB1,ATP6V0E2,ARNT2,MYEF2,LSAMP,PNMA2,ATAT1,TTC3,FAM171B,APBA1,MEGF8,APBA2,CDK5R2,CDK5R1,CELSR2,IGF1R,KIF5C,BASP1,PALM,NRCAM,PPFIA2,KIRREL3,LMO1,DSCAM,APLP1,LMTK3,ATP1B2,ATP1B1,POU3F1,POU3F2,RUNDC3A,SHISA7,SCG3,NDRG4,RTN1,CACNA1A,BHLHE22,DTX3,NDRG2,CPLX2,DTX4,CACNA1E,ENHO,EFNB2,ARHGAP21,DPP6,DEAF1,FUT9,CASKIN1,OTX1,KIF3C,AUTS2,SYT1,WSCD1,CBX1,TBCB,GNAO1,QDPR,ARHGAP33,DLG2,EFNA2,NR4A3,HOOK1,UBA2,TCF4,YWHAE,THRA,PODXL2,CHD6,ELAVL4,AFF3,SOBP,RND2,ELAVL2,ELAVL3,SEPT7,LRRTM2,GDAP1L1,USP46,RNF208,SEPT3,GAP43,VCAN,RCN2,DDAH1,DDAH2,CDH11,FAM84A,NAT8L,INA,NRXN1,NRXN2,CRMP1,FAM169A,AGPAT4,FAM168A,GNG2,SV2A,SPOCK1,NCAM1,CLASP2,LGI1,B3GAT1,HAGHL,GDAP1,MEIS2,MAPK10,PDE10A,SBK1,PPP2R2C,PPP2R2B,FAM131B,CDK2AP1,SPRY2,VIM,SSBP3"
+"gene_set_query"	"207"	"SP4"	"279.4"	"ARCHS4 Coexpression,324;ENCODE ChIP-seq,44;Enrichr Queries,340;ReMap ChIP-seq,75;GTEx Coexpression,614"	"MDC1,ATF2,MAPKBP1,MT-ND4,POP7,NUP107,TFRC,EHMT2,GHITM,RBPJ,PSMD8,ALKBH3,SCAMP4,NDST1,KRTCAP2,PSMD6,CAPNS1,DPYSL2,AKT3,GPBP1,PSMD3,AKT1,PRKACA,TMEM8B,MEF2A,DAXX,MEF2C,PRKAB2,CXADR,TSTD2,RFX3,EML2,SCAMP3,FAM133B,MYL6,RFX7,DDIT3,RUFY3,DDIT4,UQCRC1,JTB,PLBD2,CGGBP1,SF1,ATF4,EXD2,SET,SAR1A,TARSL2,SHMT2,SAR1B,NPRL2,FLII,AGAP2,COPS7A,AAAS,GABARAP,GIGYF2,MRPL20,CYB5R1,RHOT2,RNF216,RDH11,GRPEL2,AMZ2,RDH13,PIP5K1C,HMGXB3,ATRIP,RHBDL1,VTI1B,HEXIM1,PRRT1,JUN,JUP,CADM1,NCAPH2,FUCA1,PMM2,LARP7,PBX2,MRPL28,LARP4,MRPL24,PBX1,MRPL21,SETX,MLLT11,MLLT10,TBL3,FAM135A,TDP2,TDP1,SFXN3,HYOU1,EZH1,EZH2,ARF3,LRSAM1,PIGU,PIGO,KCNC3,RPLP1,RPLP0,MRPL39,SNX11,MRPL37,OSBPL11,MRPL34,MED16,SHD,TRIOBP,BBC3,PQBP1,DDA1,SMPD3,TRMT112,TUBA1C,MRPL42,NIPBL,TUBA1A,TMEM43,RPLP2,PCMTD1,UPF2,APC2,UPF1,DFFA,ACTL6B,SPHK2,ACTL6A,MRPL49,SLC39A11,SLC39A10,LRRC40,ELOVL6,SIRT6,SIRT7,DYNLL1,MRPL45,MED29,MRPL43,DUSP6,PGM2L1,SIRT2,SRP9,DDB2,MRPL44,PHF20L1,DDB1,MED23,MRPL53,MED25,MED24,TMEM33,CDC42EP4,PTRH2,PXDN,PTRH1,TUT1,TMEM106B,SLC29A1,VAMP2,PAFAH1B2,SLC29A2,LRRC14,TRUB2,RNASEK,OAT,LIN37,SNX32,NOC4L,CENPB,FAM117B,MRPL55,UNK,GGA3,TCOF1,SPOP,CLPTM1,FLNA,RICTOR,ZSWIM6,NCDN,ZSWIM4,MEF2D,YKT6,SRSF11,EGLN1,LRRC24,CRBN,MDH2,STAT2,DAB2IP,BYSL,LETM1,TAOK3,PSMC3,CCDC9,SHKBP1,ETNK1,APEX1,SRRD,TAOK2,GOPC,PKN1,AGRN,CRAT,YPEL4,MTCH1,UBE2D2,UBE2D3,ATN1,CASC4,MPV17L2,CASC3,ZBTB22,FBXO21,FADS2,OSBP,PMPCB,NUDT16,MAP3K7,SLC25A44,KPNA1,SLC25A46,SH3GLB1,BNIP3L,PCYT2,DGAT1,FBXW9,PPP1R16A,STX7,SARS,FOXP4,FBXO11,LENEP,CDC25B,FOXP1,MSH6,TPST2,ACLY,ACAP2,DMTF1,MSH2,MRTO4,FSCN1,SRSF3,SRSF4,SRSF6,SRSF7,SQSTM1,SRSF9,ANAPC2,SLC27A4,PFKFB2,INO80B,LRRC59,RNASEH2A,TUBGCP2,ARL3,ISG20L2,NRF1,LIN7C,CORO1B,ACAT1,HSP90B1,SBNO2,NDOR1,MED30,SLC38A7,EIF4EBP2,SLC38A6,NAE1,SLC38A2,SAC3D1,TIA1,ODF2,TMEM120A,HPS1,HPS3,ZBTB11,EEF2,UCKL1,DRAP1,ZC3HC1,SP3,MDM2,TUBGCP3,ACO1,PIN4,TUBGCP4,LRCH4,NIT1,OSBPL1A,NFE2L1,ZNF512B,HSP90AB1,CELF2,AKAP8L,PTEN,AP4M1,MRPL4,ALAD,SUMO2,ACP2,HMG20A,MRPL9,MDP1,UNKL,YAF2,ACP1,EIF5A,ACTR2,HSP90AA1,DHPS,ATRX,SH2D3C,SIGMAR1,ARNT,RAD23A,DDOST,ARFGAP1,MSL1,QTRT1,PPM1A,GIGYF1,PPM1B,PIK3C3,ETF1,BIRC6,GAPDH,SLC25A11,PPP1R12C,AHDC1,TNFRSF21,BCAT2,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C3,SEC23A,GTF3C4,CANT1,GTF3C5,MGRN1,SRF,PRCC,SRBD1,NDUFB3,ZBTB43,ZBTB45,U2AF1,MLLT1,RCHY1,MLLT3,CXXC4,FOXRED1,MLLT6,TSPAN31,MTHFSD,GANAB,CCDC85C,U2AF2,FCHO2,TRIM46,IGF2BP3,FEM1C,IARS2,E2F4,FSD1,HNRNPA1,PCDH1,SLC25A22,EIF4E,HNRNPA0,GADD45GIP1,SLC12A2,PPP1R14B,HNRNPA3,MARCKSL1,NOP58,SEPT11,NDUFA7,CIZ1,TRIM41,SLC12A5,NDUFA5,NDUFA4,CNBP,MID1IP1,MBOAT7,FOXJ3,CDC5L,RPL23A,MCOLN1,HNRNPAB,TPD52L2,EIF3M,SLC25A39,SUCLA2,CDKN2AIPNL,EIF3G,STUB1,EIF3E,P4HB,TRIM32,SPG21,BCAR1,EIF4A1,SMARCAL1,CCNK,TMEM41A,TMEM41B,KDELR1,CCNH,EIF4A3,ZDHHC5,PPAN,JMJD1C,THUMPD1,IFI30,ACTB,CYB5D1,RASSF1,CDC23,HERC1,TRIM28,CDC26,BSG,CDC27,EPC1,EPC2,EIF2D,CCNL2,ATP6V1E1,TRIM23,TMPO,EPHA4,ATP6V1G1,ST6GAL1,SMARCC2,PAQR4,SCAF11,IMP3,ACTN1,ALG5,CIRBP,MOGS,CSNK1E,ANK3,ALG1,ACTN4,ANK1,THAP3,SUB1,CDC37,CSNK2B,KCTD13,KDELR2,PREB,FLYWCH1,CCDC82,EIF1B,GCDH,TMEM87B,PAXIP1,AARS2,L3MBTL2,TBC1D9B,GIPR,FBF1,CEND1,PIK3R1,PTTG1IP,CDKN2AIP,PGS1,APH1A,SNX3,SNX1,COMMD9,SEC14L1,DHX33,PCBP4,DHX34,PCBP1,MIER2,DHX36,MIER1,HIVEP1,KCNN1,SURF6,HIVEP2,RCE1,SNX5,ATP6V1C1,SURF1,INTS1,SURF2,BSDC1,SMARCA2,IFFO1,ZBTB6,WNK1,RPL27A,ID2,CDC16,INTS5,NDUFAF3,PAF1,FBXL3,CALR,NOL11,CALM1,RCOR2,RGL2,CALM2,SUGP2,DHRS13,CSRNP2,CCDC120,TMEM151B,USPL1,GPAA1,MRPS11,MRPS12,IER3IP1,COX7C,SYNCRIP,PPP3CB,PCM1,MAP1LC3B,NUDCD3,SPTLC1,SPTLC2,OTUD6B,HYAL2,DHX15,REV3L,SDF4,SSSCA1,KIF1B,RAC1,GIT1,COX8A,NCOA2,SEC13,MRPS27,PCYT1A,WARS,MRPS24,GAA,ACAD9,MINK1,ANO8,MRPS2,MRPS7,COMMD4,APRT,CTTNBP2NL,PDRG1,KIT,G2E3,NCOA7,TAX1BP3,GLCCI1,EEF1E1,SLU7,PTMA,DBN1,NAPA,RABGAP1,CAB39,SATB1,SSNA1,GBA,STX18,CCDC106,COX5A,GNAI2,RXRB,EXOSC4,CCT8,CCT4,BCAP31,NPM1,SPRYD3,YIPF2,YIPF3,YIPF5,VEGFB,MIB2,RSRC2,PPP1CA,MAD2L2,PER1,BOP1,NUDT8,CCNG2,KLHL7,TTC4,KLHL8,HNRNPA2B1,TCEA1,HDGF,PNPLA6,GRINA,DPAGT1,SRP19,CRTC2,MIDN,SYS1,NUP188,CD81,ZFAND6,UBE3A,PHRF1,CELSR3,ACTG1,IGF1R,EEF1B2,CAPN7,PPIP5K2,CAPN2,ARID2,ENPP5,PPFIA3,SH3GL1,ADPRHL2,DIMT1,UBE4A,ADAM10,LMTK2,RUNDC3A,DHDDS,COX6B1,EEF1A1,ADAM15,FAM173A,EHBP1L1,WDFY1,UBE2V2,PPIH,GEMIN7,TBC1D23,RAF1,CARS2,RTN2,DDX6,VCP,DDX5,PSMD12,BHLHB9,NDUFB10,COX16,YTHDC1,NXPH4,KLHL12,PDS5B,RASGRP2,PDS5A,RTN4,CACNA1G,NCKIPSD,SHARPIN,IRAK1,TBC1D13,CAMTA2,H1FX,CYC1,NDUFV3,TBC1D17,NDUFV2,NDUFV1,QSER1,BCL9L,SYT5,IVNS1ABP,PRNP,UBE2H,UBE2B,HMGA1,KLHL24,SUPT5H,KLHL20,RCL1,H1F0,GCLC,HOOK2,NASP,HOOK1,GNB2,PHF13,TAB1,FGF13,FGF11,GALK1,UBE2M,MXD4,PHTF2,GSK3A,PRR7,RBM25,CUEDC2,NAA40,DDX3X,LDB1,DDX46,PRKCSH,MAST1,CHD6,PSIP1,TNFAIP1,TRIAP1,HMGB1,TAZ,CHD2,AFF4,USE1,LMNB2,LMNB1,TMEM222,SEC61A1,TMEM223,LASP1,YWHAQ,GATAD1,NUP62,TIMM17B,NAA30,TBP,HSDL1,NUP133,TTC33,PDPK1,EED,BUD31,ARHGEF18,SYNGR3,EEF1G,SFPQ,CREB1,IRF3,ALS2,TMEM214,EEF1D,PEX3,GFOD2,NDUFS1,EAPP,OTUB2,DCTN5,SLC3A2,RNF7,AGPAT1,RNF5,PARL,CYTH2,GNG3,DNPEP,GNG2,MAT2A,TAF1B,TMEM203,TRA2B,MKNK1,MKNK2,TRA2A,MTA2,RPP14,FBRS,SMNDC1,PDLIM7,RBM39,RRM2,GALNT2,PDAP1,CLCN7,RPIA,ASB8,ERCC1,POLE3,TAF6,ERCC5,SUGT1,CLUAP1,IPO13,RPL3,RPL32,RPL31,RRP1,HNRNPU,WDR83,ENO2,RPL8,EPRS,FNBP1L,ELK1,RPL9,GPATCH8,BACH2,ALCAM,RNF114,MYC,STMN1,AP1S1,RPL38,VPS35,PIP4K2B,RPL37,PIP4K2C,MPV17,IER2,CDK5RAP3,MED1,MECR,RPL21,PIH1D1,DAPK3,WDR74,MED8,REV1,CD3EAP,AFAP1,SCRIB,SOX11,ARMC8,SOX12,HCFC2,ATG13,RNF123,WDR81,BIN1,ARMC6,SARNP,ZSCAN21,RPL24,RPL27,NUP98,RPL26,PRR12,RPL29,VPS25,VPS28,PRR14,ANAPC16,RPN1,NEDD4L,XPC,HIF1A,GNS,ANAPC11,PRDX2,PRDX5,BLOC1S1,NUP85,VPS11,SSR1,NRBF2,RPL41,PRELID1,FZD3,JUND,ICMT,WDR59,DMPK,H3F3B,HOMER1,PLK2,H3F3A,IRF2BP1,UPF3B,PRRC2C,PA2G4,NR1D1,MCAT,PHC3,PRRC2B,TMEM198,PRRC2A,HNRNPL,TMEM199,EHD1,FIBP,GNPTG,MEX3A,NPLOC4,HNRNPF,GIPC1,ATG2A,FARSA,CPEB4,CDC42SE2,SMG1,CDKN1B,BTG1,SPEF1,PHF20,PHF23,PHF1,CLTB,GPT,ASH2L,KRI1,WDR46,PFAS,SMG5,SMG6,TRIM8,CSRP2,TMSB4X,TIMP2,GPR137,JARID2,EMD,RRP15,ZIK1,CEP68,BRD3,ZC3H10,BRD2,WDR36,NUDC,TPI1,TCF12,SSR3,ASH1L,WDR34,TERF2,FAM126A,COPZ1,HADHB,NCOR2,RNF167,TAF6L,HADHA,ZEB2,INF2,KIFC2,MTF2,SF3B5,GRN,SF3B2,SF3B3,RPL10,RPL12,GPS2,WDR24,FAM129B,BCLAF1,SCAF8,RPS15A,ASNA1,LMAN2,USP1,RPL13,SLC17A7,RPS2,ANKRD52,PAIP2,RPL18,DTD1,RNF130,SF3B1,SF3A3,PCGF6,BRF2,YTHDF2,KIDINS220,WDR18,NR1H2,GATC,TRMT1,GTF2H1,BLCAP,SCAF1,WDR11,RNF146,XAB2,NFIA,NFIB,NUCB1,RNF141,ANKRD13C,ANKRD13B,FAM49B,PHLDB1,TOR2A,DGKE,RAB3A,CHPF,ATP8A1,TUSC2,GTF2B,CEP120,SYAP1,PARK7,RPL10A,IPO4,SLC8A2,TM7SF2,EDC4,PPP1CC,ABHD11,ZFP30,LAMP1,PAPOLG,CFL1,SLC39A7,LZTS2,HMGN2,MAF1,TLE4,RPS9,MAP2K2,USP5,RPS7,TPM4,RPS5,ANKRD44,USP3,TPM1,DYRK1A,VASH2,RPSA,PGD,GTF2F2,THOC6,RNF41,BSCL2,CTDNEP1,PYGO2,MORF4L1,ILF3,RAB34,RAB35,NHP2,SNRNP27,PHIP,AAGAB,SNRPF,STAMBP,PHPT1,FKBP5,SNRPB,FKBP2,ENY2,RAB5B,CD151,RAB5C,CUL5,TNKS,INSIG1,ABHD8,ITPR1,UBR3,SLC38A10,PHF21A,ORC4,KLC4,KLC2,BTBD1,ORC3,BTBD2,NACC1,PSAP,DVL1,DVL2,SAFB2,CCDC32,MAP2K7,SKIL,MCL1,MPDU1,WDTC1,ESRRA,TRAPPC2,TRAPPC3,OSBPL8,AKIRIN2,EIF2B3,ANKRD27,TOR1A,TMEM132A,TRAPPC5,MARCH9,MARCH8,TRAPPC8,FANCE,MARCH6,TOR1B,LSM4,LSM2,CNOT4,CDK9,COPS4,COPS6,CNOT7,SLC7A6OS,CDK5,CDK4,MAFG,TADA3,PLEKHM2,PLXNB2,GPR107,NF2,CNIH2,SERINC3,RNF185,BCL2L2,EIF4G2,SERINC5,EIF4G1,LMBR1L,MCM7,WDR1,TRADD,CCDC47,PTPN23,SYNE2,PPP6C,DUSP12,RPL7A,GM2A,SIN3A,PSD3,TLK1,HIF1AN,EIF2B1,SLC37A4,TNPO2,PLEKHG2,REXO1,CDADC1,GPX1,GPX4,RFC2,SECISBP2L,ELAC2,RPL13A,YDJC,PTBP2,TSN,BET1L,COASY,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,CTDSP2,POLR1B,DNAJC5,RPL37A,POLR1D,CCDC43,SNRPA1,DNAJC8,EIF4E2,CRK,GTF2A1,NFAT5,LEPROT,SMARCD2,GTF2A2,HDAC2,HDAC3,WBP1,HDAC1,RAB1B,VPS4B,WBP4,JAKMIP2,RAB21,CACNG7,AP3M1,CACNG8,ABLIM1,PUF60,RBBP5,DNAJB5,VPS52,RAB24,POLR2D,POLR2E,DNAJB9,POLR2G,RAB28,DCAF11,UGGT1,POLR2L,SLC35A2,SPAG7,PPIL2,KCNJ11,KCNIP2,RNF25,RNF26,NCKAP5L,PLCL2,RPL35A,RPRD2,FBXL16,CDC42BPB,PNRC1,TNRC6C,KLF7,KLF6,MARCKS,PFKL,POLR3C,RAB12,POLR3D,IMPDH2,MGAT4B,POLR3F,SNRNP48,PFKM,POLR3K,PPIL4,TPT1,METAP2,SLC35B2,ARL6IP1,VARS,ZMYND8,PITPNB,CISD1,CISD2,PDCD2L,RPS15,RPS14,RPS16,RPS19,RPS18,FLAD1,RUSC1,FTH1,GOLGA1,LONP1,ARFIP2,RPS11,ZFPL1,SEPHS1,RPS10,SOX4,RPS12,AQR,TIPIN,ARRDC3,PTOV1,RECQL,AP1B1,AP1AR,CPT1C,JMJD8,POR,KARS,RRAGD,HECA,SUCLG1,PFN1,EZR,ATP6V0D1,TELO2,CUTA,IGSF8,CSTF3,STXBP2,DCUN1D1,TRMT2A,DGUOK,SPAST,PDCD10,TNRC18,VASP,SNHG1,ZRANB1,TMEM184B,BCL11B,SETDB1,BCL11A,STK11IP,SYNRG,MEMO1,SNHG6,STAM,ACADSB,SMU1,RPS25,CCDC88A,STAG2,RPS27,ADCK1,TMCC1,ALDH18A1,C2CD2L,RPS24,CC2D1A,ITM2C,TRAM1,UBXN1,HIP1,CITED2,FAF1,GDI2,MYL6B,COIL,EPM2AIP1,ZMYM2,CHMP1B,UBXN7,UBXN4,UBXN6,RALGPS2,PSENEN,ZYG11B,TMED9,PRMT7,TSC22D1,PRMT2,PRMT1,PRMT3,RHOF,PPRC1,ZDHHC16,ZDHHC17,MLF2,NME1,SCNM1,POC5,HNRNPH1,SGK1,ATP6V0C,PRIM1,NOL9,RBFA,ARNTL,NOL6,PPP2CA,AMN1,MPZL1,SUZ12,MTX1,NFYB,SLC31A1,PTGES3,GINS4,AP3D1,RAB11B,KBTBD4,RSL1D1,SPCS1,MARS,CTNNB1,COPG2,FAU,NDUFA12,HDLBP,ARID4B,CWC25,TOMM20,CCDC28B,CHCHD4,FAM162A,ARHGDIA,FPGS,HCFC1R1,TMEM14C,TRAPPC2L,ANGEL2,APLP2,APLP1,NOSIP,ACYP1,TRPC4AP,KCTD5,PDIA6,RSBN1,TUFM,PDIA4,DPM2,TMEM136,PRPF6,TBL1XR1,DNAJC30,SPECC1L,ELMO2,CHMP4B,MATR3,FIZ1,RELL2,RPS19BP1,BTF3L4,LTBP4,CLEC16A,EFNA4,DPP3,EFNB2,EMG1,EFNB3,DPP8,UBB,DPP9,ATP6V1H,DMAP1,MARK4,ZC3H13,ATP6V1D,PDZD7,BPTF,HSPA8,KLHDC3,SMAD4,KLHDC4,CBX5,CPSF1,CBX3,CBX2,PTCH1,CBX1,TBCA,SMAD5,DNAJC16,COQ6,DNAJC18,EFNA3,EFNA2,TMEM115,DLG4,ATG16L1,CAPRIN1,RFXAP,CHMP2A,PI4KB,LRP10,MUS81,KDM5B,USP36,ACADVL,THRA,ASNSD1,USP33,DBI,POLB,TMEM101,SEPT9,SENP7,ALDH2,ZC3H7B,FLOT1,PDE4B,TMEM109,MFSD1,CASP2,USP30,SCYL1,KDM6B,KLF13,H2AFZ,PDE4D,H2AFX,RPS3A,TRNAU1AP,PPP2R5C,SAFB,DCK,KLF16,TGFBR1,DNM2,FAM189B,TRAPPC6B,CDH10,AKT1S1,TRNP1,DNLZ,LUC7L3,PFDN2,HAGH,B4GALT7,CHMP5,TSEN34,VAC14,STOML2,ETFDH,MTIF2,MOSPD3,ATP1A1,TOB1,U2AF1L4,THBS3,RMND5B,NXF1,UGP2,GNA11,NT5DC3,FAM120A,NCAM1,CLASP1,REPS1,USP24,USP20,B3GAT3,BAD,HAGHL,CYHR1,NAP1L1,DEK,MEIS2,SLC4A7,NEURL4,BAX,SSBP2"
+"gene_set_query"	"208"	"ZFP28"	"279.7"	"ARCHS4 Coexpression,45;Enrichr Queries,538;GTEx Coexpression,256"	"ATF2,MYT1L,STMN2,STMN4,ENO2,FNBP1L,RPL8,BACH2,GPR173,ALCAM,MPRIP,DPYSL5,DPYSL2,MYC,AKT3,DPYSL3,STMN1,TMEM8B,CXADR,WSB1,RBFOX2,UNC13A,CACNA2D1,CD3EAP,SOX11,SCAMP1,SCAMP2,EID1,IFT81,RUFY3,FEZ1,RUFY2,RPL29,VPS25,PRR13,NEDD4L,MTMR7,PPP4C,FLRT2,SERF2,ZSCAN18,FZD3,PRELID1,JUN,NDFIP1,CADM2,PLK2,UPF3A,L1CAM,PBX1,POU6F1,WDR55,MLLT11,LAS1L,QARS,PKIA,FXYD6,FAT3,FAT4,DZIP1,GABRB3,PIGU,WDR47,WDR48,TRIM9,TUBA1A,CHL1,TRIM2,SPIN1,TIMP2,DLGAP1,GPRASP1,GPRASP2,GARNL3,LYPLA2,ACTL6B,ELOVL4,LRRC49,GNL1,PGM2L1,SLC7A5,ZEB2,TUBB2B,TUBB2A,PXDN,VAMP4,PAFAH1B1,ARF6,GAS7,GRN,WRB,RPL12,ATL1,JAM3,RUNX1T1,WDR17,KIDINS220,GABRA3,NMNAT2,BLCAP,ABI2,NFIA,NFIB,RIMBP2,ANKRD13B,RAB3C,ATP8A2,FAM13B,CTNND2,FBXO21,SLC8A1,ATCAY,ZFP30,CDH2,TUBB3,FADS1,CDKL2,MAGI2,F2R,FRMD4A,CASD1,BSCL2,CLIP3,MORF4L1,ARMCX4,OLFM1,DMTF1,DMWD,RAB34,LY6H,GRIA1,TNKS,ARL3,ITPR1,PHB,KLC1,SOCS2,ATXN2,PITRM1,PLXNA2,NDN,MPDU1,MARCH6,CORO2B,REEP1,PTPRD,LRCH2,NBEA,NSG2,NF1,NACAD,SERINC1,NOP10,RNPEPL1,TRADD,SCHIP1,CELF4,CELF5,SGCE,DUSP12,NGRN,SCRN1,SGCB,RNPEP,PSD3,CEP170,DNM1L,ERC2,EID2B,DST,PEG3,SGIP1,TNFRSF19,SEZ6L,ZFP90,TRAF7,PTP4A3,DNAJC6,POLR1B,BCAT1,SEC22C,NLGN1,NLGN2,PPM1L,CXXC1,SLC25A27,STOX2,POLR2D,FEM1C,RAB28,MEST,ATP9A,SLC35A2,SPAG9,TUB,PCDH9,NTRK3,DDHD2,CDC42BPA,HNRNPAB,TNRC6C,KLF7,KLF6,NFASC,APC,PSAT1,SYT11,ASXL3,CCNI,NUDT3,RASSF2,RUSC2,FLAD1,HABP4,KIF21A,CCDC92,KIFAP3,TRIM23,ARRDC4,ZFP2,ARRDC3,MTUS1,ANK2,ANK3,CPT1C,ANK1,SFRP1,KATNAL1,RRAGB,CRYZL1,AKAP9,ULK2,HECA,KCTD12,TAGLN3,PFN1,CCDC82,PFN2,BEX4,GPM6A,BEX2,BEX1,TSHZ3,SLC45A1,TMEM63C,MAGED1,STXBP1,DCUN1D4,PIK3R3,PIK3R1,KALRN,TTBK2,APH1A,NUAK1,TSPAN5,SCN3B,RIMKLB,SCN3A,BBS1,ST8SIA2,MYO5A,DCLK2,PTK2,SNAP91,DCLK1,GADD45G,CCDC88A,SESTD1,FBXL2,CALM2,CDS2,ITM2C,ROBO2,NRP1,CSRNP2,PTPRS,CSRNP3,GRIK5,PTPRO,ZCCHC18,SLC7A11,VLDLR,AKAP12,EPM2AIP1,UCHL1,AKAP11,PCLO,CAMKV,ENC1,DNER,MLX,KIF1B,CTSF,RALGPS1,TSC22D3,ZFR,NME2,ZDHHC17,MTSS1,APRT,MLF2,RHOB,CNKSR2,ARHGEF9,KIT,MAPT,SGK1,MAGEH1,CSTB,DYNC1I2,SATB1,ICA1L,GDPD1,AKAP6,PRICKLE1,PCNP,TCEAL5,TCEAL3,APBB2,APBB1,CTNNA2,PAK3,DYNC1I1,MYEF2,SLC31A1,LSAMP,AP2B1,PNMA2,PPP1CA,VEGFA,KLHL9,ATAT1,TTC3,TCEA2,HDGF,CDK5R1,MRFAP1,IGF1R,GRIP1,BASP1,KIF5C,POGZ,NRCAM,SH3GL2,PPFIA2,TMOD2,LMO7,POU3F3,PREPL,TMEM136,MATR3,AMPH,SCG3,ATP6V1A,RTN3,NDRG4,BHLHB9,RTN1,TMEM59L,LTBP4,LPL,CACNA1A,DTX3,CACNA1C,NDRG1,RTN4,DPP3,CNN3,EFNB2,ARHGAP21,KIF3A,FUT9,RPRD1A,KIF3C,LONRF2,MARK1,PRNP,SYT4,SYT1,CBX1,CRIM1,KLHL24,DNAJC18,ARHGAP33,GNAO1,EFNA2,DLG2,APPBP2,HOOK2,HOOK1,CNRIP1,DOCK9,PRKCSH,CHD6,ELAVL4,PSIP1,SLC2A3,SOBP,ELAVL2,ELAVL3,YWHAQ,GDAP1L1,PDE4B,SVOP,H2AFY,PDPK1,PDE4D,NAV1,PJA2,PJA1,SEPT3,VCAN,GAP43,RCN2,ACOX1,EEF1D,DCX,TERF2IP,IFT46,ZMYND11,INA,DCTN1,ANKS3,USP11,CRMP1,ADD1,GNG3,MAPK8,DNPEP,GNG2,GNG5,RPS6KC1,SV2A,NCAM1,CLASP1,CLASP2,NEGR1,CADPS,LCA5,PDE4DIP,MEIS2,GDAP1,NAP1L5,RPIA,MAPK10,CLCN6,SLC4A8,PPP2R2B,VIM,SSBP2,CLUAP1"
+"gene_set_query"	"209"	"ZNF775"	"280.3"	"ARCHS4 Coexpression,229;Enrichr Queries,534;GTEx Coexpression,78"	"CYFIP2,CNTFR,EHMT2,THYN1,STMN3,WDR83,ALKBH6,BACH2,PSMD8,PREX1,ZFYVE27,TFG,DPYSL4,RAVER1,DPYSL2,MYC,ZMIZ2,DPYSL3,HES6,NUP210,FNBP1,DNTTIP2,CD3EAP,SOX12,GAPVD1,GTPBP4,WDR81,DDIT4,YME1L1,RBCK1,RPL26,PRR12,RPL28,PRR14,SF1,TTYH3,CTBP1,NPRL2,COPS7B,VPS26A,AGAP3,PLA2G6,FAM171A2,RHOT2,RNF215,PLCG1,ZSCAN18,NAA50,ACD,JUN,JUND,JUP,PNO1,H3F3A,NR2F1,IRF2BP1,PBX2,LARP4,POU6F1,ABTB1,MEX3A,FASN,UNC119,FXYD6,RNF220,CDKN1C,OGFR,PIGU,DENND1A,CLINT1,WDR43,BBC3,ING4,MED13,TUBA1A,ANXA7,RPLP2,GPR137,RIOK1,CIC,JARID2,RRP15,DLGAP4,APC2,DFFB,ITPK1,GNL2,GMIP,DUSP6,NCOR2,MED22,SLC7A5,TAF6L,TUBB2B,MED25,KIFC2,PXDN,PLEKHO1,GAS6,SLC29A1,RNF166,SLC29A2,LRRC14,GRAMD1A,PSMA7,FAM129B,RPS15A,SNX27,RPL13,CKB,NCDN,RPS2,RABAC1,RPL18,CENPV,YTHDF2,EGLN2,SF3A2,BRF1,CSNK1A1,AGK,PCGF2,DEF8,SHKBP1,PSMC2,SARM1,PKN1,YPEL3,ANKRD13B,DGKE,PHLDB1,ANKRD13D,ZBTB22,RPL10A,BZW1,FADS2,STK11,SALL2,FBRSL1,PIM3,LZTS2,RNF44,TLE2,RPS9,MAP2K2,RPS8,AIP,POLRMT,LEMD2,DGKZ,CDC25B,CLIP3,CTDNEP1,PYGO2,CLIP2,CACNB3,DGKQ,FSCN1,TOX,CSNK1G2,FKBP5,ANAPC2,RNASEH2C,BRSK2,TXNDC9,ZC4H2,INSIG1,KRBA1,CORO1A,PHF21B,G3BP1,BTBD2,SAFB2,MAP2K7,SLC38A2,NADK,MCL1,WDTC1,LRRC4B,TRAPPC2,OSBPL7,RAB4B,TNK2,TMEM132A,ADAP1,SCRT1,LHX2,PIN1,NACAD,LRCH4,CNIH2,EIF4G1,RNF187,CCDC47,WDR3,PIK3CD,ARRB2,DUSP12,RPL7A,MDK,PPP6R1,SNRNP70,PMEPA1,ARL5A,REXO1,VPS37D,RPL13A,RTN4RL2,RAD23B,DDOST,GIGYF1,PTP4A3,CTDSP2,POLR1B,C1D,ETF1,EVL,PPP1R12C,AHDC1,PPP1R15A,TRABD,HDAC5,SMARCD3,CXXC1,MLLT1,RAB21,DCAF15,FZR1,FCHO1,IARS2,CSK,BEND5,SH2B1,LINGO1,SEC24B,MARCKSL1,FBXL19,SEMA4C,LYSMD2,CEBPZ,CCM2,BCAR1,METAP2,EIF4A1,SMARCB1,CERK,HDAC10,ZMYND8,ZDHHC5,ACTB,RPS15,GOLGA4,GOLGA5,TRIM28,TRIM24,LONP1,ARL6IP4,KIF21B,RPS11,ATXN7L3,RPS10,SOX4,CIRBP,PTOV1,ISLR2,MOGS,MAPK8IP3,MFSD10,INPP4A,CARHSP1,CDC34,ZW10,CD2BP2,KCTD17,CTXN1,TMEM87A,L3MBTL2,DHX8,PIK3R1,MICAL1,PCBP1,GSE1,SYMPK,FAM192A,TNRC18,PATZ1,RALGDS,RBM10,ZRSR2,IQSEC1,LRRN2,GADD45G,SMARCA4,RPS29,ID2,RPL27A,DHX29,RCOR2,ITM2C,DAZAP1,GDI1,MRPS12,IER3IP1,NAT14,LIMD2,ACTR1B,XPO6,ARIH1,FEZF2,PSD,MAP4K2,GRIPAP1,ANO8,NME3,TUBG2,CBFA2T2,UCHL3,SREBF2,CTTNBP2NL,MLF2,RHOB,PITPNM1,PACS1,FAM20C,ARHGEF1,ARHGEF2,SGK1,ATP6V0C,CSTB,PNCK,STX16,SSNA1,CRIP2,CCDC106,GNAI2,HIRA,PAK1,MNT,ZDHHC18,ARVCF,MGAT3,GPC2,ATP6V0E2,GABBR1,RANBP3,MIB2,TMUB1,RAB11B,MPHOSPH8,OTUD5,MIDN,UBE3C,ROGDI,CIB2,SBF1,MATK,SHISA5,PUS7,FIZ1,TBC1D23,GNAZ,VCP,PSMD11,ARHGEF25,SLC1A4,DTX3,RASGRP2,NDRG1,TMEM121,GRK6,TBC1D13,H1FX,DMAP1,MARK4,PRNP,CBX6,UBE2I,KLHL22,AP4B1,EIF2S1,ARHGAP33,H1F0,HOOK2,HOOK1,GNB2,TAB1,CLASRP,TCF3,ACBD3,LSM14B,MXD4,MUS81,GPSM1,GSK3A,THRA,MAST3,PRKCSH,CHD6,CHD3,TAZ,AFF4,PPP1R9B,ELAVL3,RBM3,SEPT9,SEPT6,GDAP1L1,FLOT2,UTP15,SUN2,GLRX3,PDPK1,H2AFX,PPP2R5B,ARHGEF18,KLF16,DDAH2,PPDPF,ATG4B,NAA20,ANKS3,RBM4B,DDX21,DNPEP,MTA1,PABPN1,MKNK2,CAMK2G,FBRS,CYTH1,KDM4B,USP20,B3GAT3,USP21,GALNT1,HAGHL,MIIP,USF2,NEURL4,SBK1,CAPN10,TBKBP1,NAA15,VIM,SSBP3,SSBP4"
+"gene_set_query"	"210"	"ZBED4"	"285.0"	"ARCHS4 Coexpression,256;Enrichr Queries,167;GTEx Coexpression,432"	"RPL4,MDC1,TRIO,TFRC,TRRAP,RRP1,HNRNPU,EHMT1,GABPB1,RBPJ,EPRS,BACH2,DCAF7,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,PSMD3,MED1,NUP210,CD3EAP,SCRIB,GTPBP4,HCFC1,EID1,RFX7,WDR82,PSME3,DDIT4,PRR12,SF1,ATF4,NUP205,POM121,SHMT2,CDCA4,NOLC1,NEDD4L,BAZ2A,LARP1,GAR1,RRS1,PLCG1,ST3GAL1,JUN,EDEM1,PMM2,SETD1A,PBX2,PA2G4,PRRC2B,WDR55,PRRC2A,HNRNPL,HNRNPM,UCK2,HNRNPK,HNRNPF,FASN,HNRNPD,HYOU1,EZH2,GMEB1,PIGU,TCF20,PFAS,WDR43,SMG5,TUBA1C,RARS,JARID2,UPF1,WDR36,BRD1,NSUN2,TET2,NIPA2,BAZ1B,DUSP6,GNL3,NCOR2,DDB1,SLC7A5,SIKE1,SLC7A6,PTRH2,MTF2,PXDN,TET3,PGAM5,GART,ARF6,SF3B3,NIP7,SRRT,HSPA14,SLC7A1,NRAS,NSD1,LEO1,USP1,ANKRD52,SF3A1,YTHDF2,UTP3,LRPPRC,GATAD2A,MYBBP1A,NFIB,SERBP1,TSR1,PKN1,NAB1,IPO7,IPO5,KPNA2,FADS1,GTF2I,SLC38A1,USP7,RPSA,RNF40,MSH6,ATXN2L,ACLY,ILF3,FSCN1,ADNP,SNRNP200,ANAPC1,KPNB1,CSNK1G2,FKBP5,KHDRBS1,LRRC59,DNMT1,PFKFB3,INSIG1,ANKRD11,MAZ,UBR4,TARS,EIF1AD,PITRM1,G3BP1,NACC1,ABL1,PLXNA1,SLC38A2,MCL1,NOP14,ATP8B2,FUS,SEC16A,EEF2,CHERP,YRDC,BCL9,CNOT1,PLXNB2,EIF4G1,DIDO1,MCM7,WDR3,WDR4,SYNE2,PTBP1,DUSP12,RPL7A,PPP6R1,UBTF,TNPO1,TNPO3,EIF5A,HSP90AA1,DST,SMC1A,RAD23B,ARL4C,TRAF7,PTP4A3,TFDP1,TRAF4,POLR1B,CTDSP2,POLR1C,DNAJC9,TOP1,TNFRSF21,GTF3C1,GTF3C2,SMARCD1,GTF3C4,SRSF1,DCAF15,GANAB,U2AF2,POLR2D,BEND3,UBQLN1,FEM1C,HNRNPA1,UGGT1,DCAF13,EIF4B,HNRNPA0,NOP56,MLXIP,NOP58,HNRNPA3,TXNRD1,FBXL19,HNRNPAB,MTOR,NELL2,TNRC6C,ASXL1,SNRNP40,NIN,KLF6,EIF3C,EIF3A,EIF3B,CCNJ,PANK3,CERK,VARS,PPAN,CISD2,TRIM28,UBAP2L,ATXN7L3,SOX4,TMPO,SRRM2,SMARCC1,ARRDC3,GRWD1,HECA,TTLL12,MACF1,ANP32A,DHX9,CSTF2,CTR9,UGCG,PDCD11,DHX33,CSTF1,DHX37,HIVEP1,GSE1,TNRC18,HIVEP2,RBM12,INTS1,RCC2,PAICS,ZWINT,SMARCA4,CCT6A,WNK1,CCDC88C,INTS7,NOL11,RCOR2,ITM2C,DAZAP1,CITED2,MRPS12,NAT10,PRPF19,SYNCRIP,XPO1,XPO5,DHX15,UTP14A,NCOA2,PBRM1,TSC22D1,PARP1,PABPC4,PRPF40A,PPRC1,SREBF2,MLF2,RHOB,PABPC1,SGK1,PCNA,SLC20A1,PRIM1,HEATR1,DOT1L,NOL6,HIRA,RBM15B,CUX1,PES1,MGAT2,EXOSC2,CCT5,MAP4K4,SUZ12,HUWE1,NPM3,PPP1CA,CAPZA1,CCNG2,HNRNPA2B1,HDGF,TACC2,OTUD4,NUP188,KDM1A,PRDM2,PHRF1,EFTUD2,KHSRP,EP300,ARID2,SBF1,NOM1,KDM2B,KCTD5,ATAD3A,EEF1A1,HNRNPUL1,DKC1,TBL1XR1,NOP2,SLC1A4,PDS5A,PRPF8,SUPT6H,DPP3,EFNB2,EP400,H1FX,QSER1,IVNS1ABP,PRNP,CPSF7,CBX5,CPSF1,NONO,CBX2,HMGA1,NUP153,H1F0,EFNA2,HOOK2,NASP,HOOK1,CAPRIN1,GNB1,UBA1,TCF3,LSM14B,KDM5B,KDM5C,DYRK2,PRKCSH,CHD8,CHD6,DDX42,CHD4,YBX1,LMNB2,LMNB1,SEPT9,ZC3H7B,CASP3,NUP62,TOPBP1,LRRFIP1,UTP15,KDM6B,KLF13,NCBP1,H2AFY,EED,PDPK1,PDE4D,CAD,OXSR1,ARID1A,ARID1B,SENP3,CKAP5,TGFBR1,EEF1G,SFPQ,NUP50,B4GALT5,DCTN5,KDM3B,DDX21,RNF4,STRN4,FAM168B,DNPEP,MTA1,CHSY1,TDG,TGS1,BMS1,NT5DC2,MKNK2,FAM120A,VHL,MAPK6,MTA2,SPEN,RRM2,TAF15,EYA3,SSRP1,RPIA,SLC4A7,CARM1,ACIN1,NAA15,ABCE1,RAN"
+"gene_set_query"	"211"	"MZF1"	"287.3"	"ARCHS4 Coexpression,240;Enrichr Queries,418;GTEx Coexpression,204"	"DCAF8,ZFYVE27,RAVER1,ZMIZ2,AKT2,DPYSL2,MYC,LUC7L,CDK5RAP3,DDX17,RFX3,CD3EAP,SCRIB,WDR73,RFX1,HCFC1,NISCH,WDR81,DDIT3,DDIT4,RBCK1,PRR12,VPS28,SF1,POM121,CTBP1,COPS7B,ABCB8,AAAS,PLA2G6,FAM160B2,RHOT2,PLCG1,ABCA2,JUN,WDR59,CHKB,PHC1,JUND,JUP,DMPK,SETD1A,NR2F1,PBX2,NR1D1,PBX1,PRRC2B,PRRC2A,FAM160A2,FASN,CDK10,HBP1,DUS1L,OGFR,KCNC3,PIGQ,MED15,ING4,SMPD4,FASTK,CIC,DFFB,UPF1,LRRC45,IFT140,EXOC7,SPHK2,DUSP6,NCOR2,SLC7A5,KAT2A,MED25,VAMP7,INF2,KIFC2,PSMA2,PXDN,LRRC14,GRN,NFIX,GGA2,RECQL5,UNK,GGA3,BRD9,CKB,ANKRD52,RIC3,MBD6,SF3A2,BRF1,STAT2,WDR13,SCAF1,SPSB3,NFIA,NFIB,TAOK2,PKN1,AGRN,ATN1,TM7SF2,STK11,FBRSL1,LZTS2,MEN1,SH3GLB2,TLE2,RNF44,IGFBP3,PPP1R16A,IGFBP2,THOC1,LEMD2,DGKZ,RNF40,FOXP1,ATXN2L,PYGO2,ARMCX4,ACAP3,DMTF1,DGKQ,SRSF5,SRSF6,CSNK1G2,ANAPC2,CUL9,FKBP2,CUL7,INO80E,CCDC24,SLC38A10,SBNO2,NDOR1,DVL1,BTBD2,SAFB2,E4F1,MAP2K7,IP6K2,PLXNA3,WDTC1,TMEM120B,TIA1,OSBPL5,FUS,TNK2,SEC16A,TMEM132A,MARCH9,CDK9,SH3BP5L,LRFN4,CNOT3,PLXNB2,PLXNB1,LZTR1,LRCH4,MAP3K12,ZNF512B,CALCOCO1,NUMA1,AKAP8L,PTPN23,DUSP12,AP1G2,SIN3B,SNRNP70,PPP6R1,WDR6,SNAP29,TNPO2,REXO1,AMT,ARFGAP1,DDOST,QTRT1,GIGYF1,PTP4A3,CTDSP2,ETF1,EVL,PPP1R12C,PPP1R15A,BECN1,HDAC5,WBP1,GTF3C5,MGRN1,CXXC1,LENG8,MLLT1,HDAC6,MLLT6,HDAC7,SLC25A27,DCAF15,FZR1,U2AF2,IARS2,FEM1C,SH2B1,MLXIP,CIZ1,TRIM41,FBXL19,KLF6,PFKL,FAAH,HDAC10,ZMYND8,ZDHHC8,PNN,CCNL2,ATXN7L3,SOX4,SRRM2,ARRDC1,CIRBP,PTOV1,CSNK1D,MOGS,MAPK8IP3,JMJD8,MFSD10,ULK1,TELO2,RTEL1,TBC1D9B,FBF1,TRMT2A,INPP5E,SYMPK,TNRC18,HIVEP2,PATZ1,RALGDS,RAB11FIP3,RBM10,INTS1,BCL11A,INTS3,ID2,ECHDC2,RGL2,SUGP2,ITM2C,CITED2,ZFAND2B,PARP6,DBNL,TSC22D1,GAA,TSC22D3,MINK1,NME3,MLF2,RHOB,GAK,PITPNM1,PACS1,FAM193B,ARHGEF1,CRELD1,ARHGEF2,SGK1,CSTB,STX16,SATB1,DOT1L,RXRB,MNT,ARVCF,NFIL3,CUX1,APBB3,NPDC1,MIB2,RAB11B,VEGFA,SGSM3,CCNG2,SGSM2,TCEA2,PNPLA6,MIDN,SPPL2B,ARHGAP39,PHRF1,IGF1R,ARHGDIA,POGZ,SBF1,TSC2,TSC1,MAU2,PRPF3,EHBP1L1,ISYNA1,LTBP4,CACNA1A,DTX3,NDRG1,RAI1,RNASEH1,MAN2A2,CAMTA2,DMAP1,VARS2,ANKZF1,MARK2,BCL9L,PRNP,CPSF7,CPSF1,TBCD,HMGA1,KLHL24,EIF2S1,CLK2,PAN2,ARHGAP33,EFNA2,HOOK2,HOOK1,GNAS,CLASRP,PI4KB,MXD4,RERE,KDM5B,ACADVL,KDM5C,GSK3A,NAA40,THRA,LDB1,PRKCSH,CHD6,CHD3,PKD1,CABIN1,PPP1R9B,ZC3H7B,SNAPC4,MAN2C1,RBM5,RBM6,KDM6B,KLF13,PDPK1,DDX56,NAV2,EPN1,DNM2,IRF3,LUC7L3,ATG4B,IRF9,ANKS3,RBM4B,SPG7,STRN4,USP19,THBS3,NXF1,MTA1,DNPEP,PABPN1,TAF1C,MKNK2,FBRS,PDLIM7,TTC14,RBM39,KDM4B,USP20,ATP13A1,USP21,HAGHL,ATP2B4,CYHR1,MEIS2,CLCN7,NEURL4,PIK3IP1,CAPN10,ACIN1,SSBP4"
+"gene_set_query"	"212"	"NR2F1"	"288.0"	"ARCHS4 Coexpression,211;Enrichr Queries,735;ReMap ChIP-seq,130;GTEx Coexpression,76"	"EHMT2,TSEN54,SCAMP4,SAMD14,DPYSL4,DPYSL5,DPYSL2,IGLON5,DPYSL3,AKT1,SAMD10,CHID1,MEF2C,RBFOX2,FEZ1,RUFY3,DDIT4,UQCRC1,SPARCL1,SF1,TTYH3,TTYH1,NPRL3,PDGFA,AGAP1,AGAP3,MRPL12,OAZ1,RHOT2,RNF215,VTI1A,KCNMB4,PIP5K1C,PUSL1,RHBDL1,PRRT1,HEXIM1,JAG2,ABCA2,CADM3,JUN,CADM4,PRRT2,CADM1,CADM2,NCAPH2,MRPL28,L1CAM,PBX1,TBL3,VANGL2,FASN,PSMG3,FXYD6,DCHS1,FAT3,FAT4,DZIP1,GSTM5,ARF1,PIGQ,MED16,DDA1,JPH4,TRMT112,TUBA1A,FASTK,RPLP2,APC2,LRRC45,SPHK2,SIRT7,GMIP,DUSP6,SLC7A5,MMP17,PXDN,PTRH1,PAFAH1B3,PAFAH1B2,VAMP2,LRRC14,ECHS1,LIN37,NOC4L,MRPL54,FLNA,BID,LRRC24,WNT7B,DAB2IP,SKI,SPSB3,MYBBP1A,AGRN,YPEL4,YPEL3,SLC27A1,ATN1,CASC4,FADS3,FADS2,POFUT2,STK11,ATCAY,FBRSL1,PMPCA,PIM3,AP2M1,PIAS4,FBXW5,PCYT2,DGAT1,PPP1R16A,POLRMT,SRCIN1,LENEP,ACAP3,FSCN1,MAPKAPK5,ARL8A,ANAPC2,PFKFB4,INO80E,SHC2,ARL3,FBXO44,CORO1B,EIF1AD,IGSF21,ATXN2,SBNO2,NDOR1,E4F1,LRRC4B,STYX,EEF2,CORO2B,UCKL1,PTPRD,PTPRA,ZNF512B,CELF3,CELF4,MDK,PPP6R1,PMEPA1,SNAP29,UNKL,NEO1,TRIM67,SH2D3C,TFIP11,ARFGAP1,ST6GALNAC6,MGRN1,CXXC1,LRP3,FURIN,MLLT1,SLC25A27,PARD6A,CCDC85C,U2AF2,SH3BP2,SLITRK5,E2F4,SLC25A22,ATP9A,BEND6,NTRK2,PPP1R14B,MARCKSL1,SEPT11,TRIM41,PCDH9,PCDH7,BAIAP2,TPD52L2,CABLES2,NELL2,SYT11,NOVA2,TSPAN18,STUB1,P4HB,SMAP1,BCAR1,CCNI,PREP,ZDHHC8,ACTB,NUBP2,OPHN1,BSG,OGFOD2,EPHB2,EPHA5,EPHA4,EPHA7,PAQR4,LIMCH1,NSMCE2,CIRBP,CSNK1D,CSNK1E,MFSD11,SFRP1,CDC34,THAP7,KCNQ2,ULK1,TAGLN3,CTXN1,TRIB2,MMADHC,SLC45A4,NRN1,TBC1D9B,DHX8,SDC3,CEND1,PTTG1IP,PIK3R1,UBE2J2,NKAIN1,SYNGR1,RCE1,SCN3A,B4GALNT4,BBS1,TMEM86B,INTS1,IQSEC1,ST8SIA2,DCLK2,HSPA12A,DCLK1,SMARCA4,SNW1,CALY,WNK2,ID2,COL9A3,RCOR2,FBXL6,DDR1,NRP1,PTPRS,CSRNP3,DOC2A,FAM57B,GPAA1,TECR,AATK,NAT14,PTMS,AKAP12,NCS1,ENC1,MLX,RAC3,SDF4,SSSCA1,KIF1B,KIF1A,CTSD,GIT1,PCYT1A,COMMD1,SREBF2,APRT,RGMA,TOX4,MN1,PITPNM1,KIT,CRELD2,STK40,DBN1,DYNC1I2,SSNA1,DOT1L,CRIP2,CCDC106,GNAI2,ARVCF,EXOSC4,FAM172A,CAMK2N1,GPC1,HSF1,MGAT3,GPC2,NPDC1,PEX16,GABBR1,VEGFB,TMUB1,PNMA2,GRIN1,PPP1CA,PER1,BOP1,NUDT8,KIF26A,TTC3,TCEA2,CACHD1,GRINA,MIDN,CELSR2,CELSR3,ACTG1,KIF5C,PALM,FAM3A,SBF1,BAHCC1,PPFIA3,ZGPAT,TMOD2,RUNDC3B,POU3F2,MID1,POU3F3,ADAM15,FAM173A,GPRIN1,EEF1A2,EHBP1L1,TBC1D24,COX19,TSG101,NDUFB10,PSMD13,ARHGEF25,NXPH4,KLHL17,CACNA1A,NDRG2,RASGRP2,NDRG1,CACNA1H,RTN4,CNN3,CACNA1G,RPF1,SHARPIN,DEAF1,CYC1,KIF3C,TBC1D17,BCL9L,PRNP,UBE2I,AUTS2,SSH3,GNAO1,HOOK2,HOOK1,GNB1,CNTN1,DEGS2,TCF3,GALK1,MXD4,YWHAE,PRR7,NAA40,DDX49,CNRIP1,PRKCSH,CHD3,DDX41,RND3,PPP1R9B,MLST8,GET4,ABHD14A,SYNGR3,EPN1,VCAN,NDUFS8,NAV3,IRF3,PPDPF,MVD,MAN1B1,OTUB1,DCTN5,RBM4B,CRMP1,MTA1,GNG5,RAB40C,TMEM203,SV2A,MKNK2,SLIT1,SPOCK1,PDLIM7,NAA10,MAPK10,CLCN7,CLCN6,MAPK11,SBK1,FAM131B,ASB6,VIM,FAM50A,CNTFR,RPL3,RRP1,STMN3,STMN4,DCAF7,GPR173,ALCAM,ZMIZ1,MYC,FDXR,IER2,DAPK3,CD3EAP,SOX11,SOX12,HCFC1,GPR162,DYNC1LI1,RNF126,DYNC1LI2,TYRO3,RPL29,VPS28,ASTN1,SLAIN2,PRKCZ,ANAPC11,FAM171A1,FAM171A2,PRDX5,PPP4C,FLRT2,CHST10,NUP88,SLC19A1,ZSCAN18,ACD,FZD3,JUND,DMPK,PLK2,SETD1A,GPN1,PRRC2B,POU6F1,TMEM198,EHD1,FIBP,SLC6A6,GNPTG,MEX3A,H2AFY2,GIPC1,HNRNPF,PLCH2,DUS1L,OGFR,CDKN1C,TCF25,GPT,TMEM186,TMEM189,TRIM2,SPIN1,TIMP2,GPR137,PLEKHN1,GPRASP1,CIC,GPRASP2,EMD,SSR4,NUDT16L1,KAT2A,TUBB2B,ZEB2,INF2,KIFC2,EXOC3,GAS6,RNF166,RNF165,NFIX,RPL10,GPS1,WDR24,ARFRP1,RRP36,RPL13,CKB,RPS2,RPL18,RUNX1T1,YTHDF1,SF3A2,BRF1,KIDINS220,WDR18,PCGF2,PCGF3,TRMT1,NMNAT2,DEF8,SCAF1,ABI2,MORN4,NFIA,NFIB,ANKRD13B,TOR2A,ANKRD13D,CHPF,CTNND2,CLSTN1,CLU,NRBP2,SALL2,CDH2,TUBB3,CFL1,MAF1,MEN1,PLEKHJ1,SEMA6B,RNF44,TLE2,IGFBP3,TPM1,F2R,IGFBP2,AIP,FRMD4A,THOC6,CLIP3,ARMCX4,CLIP2,CACNB3,ZFP41,DMWD,DGKQ,PGP,PHPT1,CSNK1G2,BRSK1,FKBP2,BRSK2,CD151,AK1,ABHD8,SLC38A10,PHF21B,DVL1,BTBD2,NACC1,PLXNA1,NDN,SRGAP3,MAP2K7,RAB6B,PLXNA3,ESRRA,OSBPL5,SEC16A,TMEM132A,OSBPL2,MARCH9,ADAP1,LSM4,SCRT1,CDK9,LRFN5,LSM7,LRFN4,CDK5,NSG2,CDK4,LHX2,MAFG,REEP2,PLXNB2,CPE,CSPG5,LZTR1,MAP3K12,SLC48A1,TRO,SGCE,PPP6C,PTBP1,DUSP12,SCRN1,UBTF,TNPO2,ADAMTS7,REXO1,GPX4,EDF1,ZFP90,TRAF7,PTP4A3,CTDSP2,NLGN3,TRABD,NLGN2,TSSC4,SMARCD3,SEMA3F,LAGE3,JAKMIP2,DCAF15,CACNG7,DNAJB1,STOX2,FZR1,HIRIP3,HAUS7,POLR2D,POLR2E,MEST,POLR2L,TUB,SLC35A4,PPIL2,IDH3G,FBXL19,ADRM1,SEMA4C,SEMA4F,FBXL16,NFASC,PFKL,MARCKS,P2RX2,METAP1,METAP2,HDAC10,ZMYND8,HS6ST1,RPS15,FLAD1,ARL6IP4,SOX4,SRRM2,ARRDC3,PTOV1,CPT1C,MAPK8IP2,JMJD8,MAPK8IP1,CARHSP1,KARS,ZW10,AURKAIP1,TELO2,LLGL1,PFN2,GPM6A,TSHZ3,MAGED1,TRMT2A,PTDSS2,NUAK1,INPP5E,GSE1,TNRC18,RALGDS,NTSR1,GPM6B,BCL11A,UBAC1,UBAC2,ADCK5,RNPS1,RPS21,ITM2C,DAZAP1,GDI1,CITED2,FAF1,ROBO1,UCHL1,GUK1,PSENEN,MAP4K2,GP1BB,PRMT1,NME3,TUBG2,RHOF,ZDHHC17,MLF2,RHOB,PRPF18,PACS2,RPUSD1,MAPT,ALDOA,SGK1,ATP6V0C,MPND,CSTB,PTGER1,PTN,RFNG,BEGAIN,CHRAC1,APBB1,CTNNA2,PURG,RANBP1,ARNT2,MYEF2,LSAMP,AP3D1,ATAT1,MEGF8,CDK5R1,SPPL2B,ARHGDIG,ARID4A,COMT,ARHGAP44,BASP1,ARHGDIA,POGZ,FPGS,HCFC1R1,NRCAM,TRAPPC2L,APLP1,TSC2,ATP1B2,TMEM131,KCTD6,DPM2,TMEM136,PRPF6,DAP3,ISYNA1,NTM,TMEM59L,LTBP4,DTX3,DTX4,SEZ6L2,EFNA4,TMEM121,EFNB2,ARHGAP21,CASKIN1,ATP6V1F,ACBD4,CPSF1,CBX4,CBX1,ASPSCR1,ARHGAP33,EFNA3,EFNA2,DLG4,COPE,GPSM1,MUS81,DOCK4,ELAVL3,ZC3H7B,SNAPC2,SNAPC4,GMPPA,SCYL1,AXIN1,RNF208,SEPT5,KLF16,SEPT3,GAP43,DDAH1,CDH10,AKT1S1,CDH11,DNLZ,TMEM9,CHMP6,RGS19,NRXN1,USP11,OPRL1,WIZ,NRXN2,TBRG4,U2AF1L4,FAM168A,IGFBPL1,GNA11,NCAM1,CLASP2,BAD,PCDHGC3,HAGHL,B3GAT1,CYHR1,MEIS3,MEIS2,CAPN10,RPS6KB2,SPRY2,RGS11,SSBP3,SSBP4"
+"gene_set_query"	"213"	"NFAT5"	"288.7"	"ARCHS4 Coexpression,468;Enrichr Queries,293;GTEx Coexpression,105"	"ITSN2,TRIO,TFRC,TRRAP,HNRNPU,RPL8,BACH2,PSMD8,MPRIP,ZMIZ1,DPYSL2,MYC,AKT3,RPL36,FNBP4,DDX17,MEF2A,MEF2C,WSB1,CD3EAP,DICER1,ZC3H11A,DDIT4,PSME4,UQCRC1,RPL29,ALG10B,XPC,HIF1A,ANAPC11,FLRT2,BLOC1S1,SERF2,CREBBP,JUN,PRRC2C,MRPL28,PHC3,PBX1,SETX,UCK1,CDK13,CPEB4,ATG2B,PHF3,SETD5,SETD2,SMG1,BTG1,TCF20,DDA1,RNF157,UBL5,TRMT112,NIPBL,MED13,JARID2,PCMTD1,SHPRH,ITPK1,TET2,ASH1L,DUSP6,MED23,NCOR2,ZEB2,PXDN,RAPGEF2,SF3B5,WDR26,TIMM13,PSMA7,PSMB7,SCAF8,BCLAF1,BTAF1,NSD1,PSMB1,AP2S1,RICTOR,RPL15,RPL18,SRSF10,SF3B1,SRSF11,NKTR,CSNK1A1,MDH2,YLPM1,WDR11,NFIA,PSMC3,NFIB,TAOK1,SLMAP,FRYL,HDDC2,NAB1,TUSC2,CTNND1,PARK7,SLK,CFL1,ADORA1,SMARCAD1,TXNL4A,STK32C,FBXW8,RALGAPA1,RPS5,PRPF4B,ATP11B,THOC2,FOXP1,CLIP1,RALGAPB,NHP2,PHIP,SNRPC,SNRPB,ANKRD17,ABHD2,ANKRD11,IREB2,ANKRD12,ABHD8,ITPR1,UBR4,SPATA2,UBR3,HSPBP1,UBR5,ZKSCAN3,DVL3,SLC38A2,SKIL,MCL1,OSBPL8,UROS,ADAP1,LSM4,LSM2,LSM7,SON,GON4L,CNOT1,SP3,AAK1,MDM2,NF1,PIN1,MDM4,OGT,DIDO1,CELF2,COX4I1,PTEN,SYNE2,NGRN,PTBP1,DUSP12,SIN3A,PPP6R3,PSD3,EVI5L,TNPO1,PDCD6IP,PPP1R12A,DST,SECISBP2L,ATRX,VPS13A,ARNT,EDF1,PTP4A3,CTDSP2,C1D,BIRC6,BDP1,NDUFB8,UHRF2,WBP2,ROCK2,LENG8,LAGE3,HSD17B10,FOXRED1,ABLIM1,HECTD1,FCHO2,POLR2F,POLR2I,POLR2J,UGGT1,ATP9B,GADD45GIP1,SPAG9,SEC24B,NDUFA4,NDUFA3,NDUFA2,CDC42BPA,PINK1,KLF6,APC,CCM2,TRIM33,TNRC6A,HDAC11,JMJD1C,CCAR1,RPS15,RPS14,HERC2,HERC1,SNRPD2,UBAP2L,CCDC92,SOX4,AGFG1,SRRM2,AQR,SCAF11,ARRDC3,MTUS1,ANK3,AKAP9,ANKRA2,AURKAIP1,CUTA,MACF1,MYCBP2,PIK3R4,PIK3R1,APOO,UGCG,PRRC1,ERI3,HIVEP1,TRPM7,HIVEP2,SEC31A,FIS1,MICAL3,PUM1,SMARCA2,MED13L,PUM2,CCDC88A,STAG1,ZZZ3,WNK1,GOLGB1,FUBP1,ITM2C,CCDC124,ZCCHC17,SERP2,AKAP12,SYNCRIP,HINT1,AKAP11,KIF13A,DHX15,REV3L,UBXN7,KIF1B,UBXN4,COX8A,NCOA2,PBRM1,TSC22D1,PRPF40A,ANO6,SGK1,UQCR11,CCDC106,UQCR10,COX5B,CUX1,NT5M,RANBP2,DYNC1H1,MON2,RYK,MTX3,HUWE1,TTC1,MYO9A,VEGFA,NEDD4,NDUFAB1,TRIP12,FAU,NDUFA13,NDUFA11,ROGDI,ARID4B,COX6A1,IGF1R,CHCHD2,EP300,BANF1,KDM2A,PAM16,TANC2,TMEM131,COX6B1,FAM173A,TBL1XR1,WDFY3,PPIG,RPS19BP1,NDUFB11,COX7A2,PDS5A,NDRG1,SUPT6H,ARHGAP21,QSER1,BCL9L,ATP6V1F,BPTF,SMAD2,PRNP,CPSF6,NONO,CRIM1,TBCB,KLHL24,SMAD5,ANKHD1,NFKBIA,ARHGAP32,EFNA2,HOOK2,HOOK1,DNAJC10,BRWD1,LSM14A,UBE2M,PICALM,CREBZF,RERE,GSK3B,RBM25,GSK3A,DDX3X,PRKCSH,DOCK9,CHD8,USP34,CHD6,ATP2A2,CHD4,CHD2,USE1,AFF4,TMEM222,RBM33,KDM6B,HGSNAT,ARHGEF12,PDPK1,PDE4D,NAV1,NAV2,ARID1A,ARID1B,LATS1,VCAN,CREB1,NDUFS5,LUC7L3,NAA38,PFDN2,HAGH,STOML2,ASAP1,TFPT,CAND1,TNKS2,ROMO1,SPEN,ATF7IP,USP24,RBM39,BAD,SGTA,ZFC3H1,ATP2B4,ATP2B1,VIM,TAF2,RAN,TAF1"
+"gene_set_query"	"214"	"ZNF830"	"288.7"	"ARCHS4 Coexpression,48;Enrichr Queries,71;GTEx Coexpression,747"	"RPL4,POP5,NCKAP1,RPL32,RPL31,HNRNPU,HNRNPR,GPATCH4,GABPB1,SMC3,EPRS,RPL9,NDST1,CAPNS1,MPRIP,ALKBH1,MYC,ZMIZ2,RPL36,AKT1,PRKACA,IER5,RNF111,FNBP4,MED1,DDX18,DAXX,NGDN,DNTTIP2,CD3EAP,SCRIB,MED6,GTPBP4,DDIT3,SARNP,DDIT4,ATF4,MRPL18,MEPCE,NOLC1,MRPL13,ANAPC11,MRPL11,MRPL20,ABR,PPP4C,RAD21,RRS1,NRBF2,PLCG1,PIP5K1C,HEXIM1,JUN,PRPF38B,PRPF38A,MRPL27,MAD2L1BP,IRF2BP2,PRRC2B,MRPL21,PRRC2A,MRPL22,TMEM199,HNRNPK,NPLOC4,EIF6,HNRNPF,FASN,GIPC1,HNRNPD,HNRNPC,PSMG2,ARF3,GMEB1,PIGU,BTG1,CDKN1B,PHF23,SETD7,MRPL36,SNX11,CTCF,MRPL32,MED17,PQBP1,UBL5,TRMT112,MED10,TIMP2,RIOK2,CIC,RRP15,ZC3H10,BRD2,MRPL47,NIPA2,DUSP6,WDR33,GNL3,MRPL44,NCOR2,MRPL53,PSMA6,PSMA3,PSMA4,INF2,PSMA2,PTRH2,PXDN,ERGIC1,SF3B5,RNASEL,NIP7,RPL12,RPL11,SRRT,TIMM13,RPS27L,DLST,TIMM10,ADCY6,FAM129B,BCLAF1,PPP1R8,PSMB1,RPL14,FLNA,ANKRD52,RPL15,SF3B1,UTP6,UTP3,DAB2IP,TTC9C,SCAF1,TMEM60,BYSL,SKI,PHF5A,PSMC6,TAOK2,TSR2,NUCB1,RPL22L1,PKN1,GTF2B,PDCD5,CLSTN1,ATN1,YY1,PMPCB,LZTS2,GTF2I,SUPT16H,ANKRD49,RPS6,UBE2E1,ZBTB34,PRPF4B,CNPY2,ILF2,GTF2F2,RBX1,TOM1L2,ILF3,NCL,RAB35,SRSF2,SNRPG,SRSF3,SNRPF,SNRPC,SRSF7,SQSTM1,KPNB1,ENY2,CD151,MAX,CORO1A,GTF2E1,ORC5,EIF1AD,ORC6,MED30,DVL1,BTBD2,NACC1,PLXNA1,BRIX1,SLC38A2,MCL1,NOP14,BRPF1,NOP16,M6PR,TOR1B,EEF2,LSM5,LSM3,YRDC,LSM6,SLC7A6OS,SON,UQCRQ,PLXNB2,RSL24D1,NOP10,BCL2L2,NFE2L1,ISY1,ZNF512B,MCM7,PIK3CD,DUSP11,ZNRD1,SUMO1,SUMO2,MRPL9,TNPO3,MSL2,TFIP11,RAD23B,DDOST,TRAF7,NSMCE4A,SYF2,POLR1B,CTDSP2,DNAJC5,POLR1C,TOP1,DNAJC8,PPP1R12C,PPP1R15A,GTF2A2,LRP1,NDUFB6,NDUFB4,SRSF1,PPM1D,GANAB,HAUS8,POLR2A,CCDC85C,RBBP5,U2AF2,POLR2D,POLR2F,CSK,RBBP6,FEM1C,IGF2BP3,SNRPB2,HNRNPA1,CCDC71,NOP56,NOP58,SSB,CCDC59,NDUFA2,RPL35A,CDC42BPB,SNRNP40,POLR3C,MGAT4B,CEBPZ,BCAR1,APP,PANK2,EIF4A3,PPAN,CISD2,TXNDC17,UBE2L3,PNN,RPS14,TRIM28,SNRPD2,SNRPD1,RPL36AL,CDC26,MAGOH,DAG1,CCDC97,SNRPD3,SEPHS2,ATXN7L3,RPS13,TMPO,SRRM2,ATP6V1G1,IMP3,CIRBP,ACTN4,MAPK8IP3,MRPS18C,XRN2,BOLA2,HECA,EIF1B,LLGL1,TBC1D9B,DHX8,TMEM63B,DHX9,CSTF3,CTR9,CDKN2AIP,DGUOK,CHTF8,CSTF1,SYMPK,TNRC18,MAP4,RAB11FIP3,ZBED4,ZRANB2,TMEM184B,SETDB1,INTS1,SMARCA5,PAICS,CCT6A,RPS25,ZBTB6,SNW1,ID2,INTS5,INTS4,CALM3,NOL11,INTS8,ITM2C,MRPS17,AHCTF1,GDI1,CITED2,PPP1R10,PAK1IP1,MRPS12,AP2A1,AATF,PTPRF,HINT1,PCF11,DHX15,RAB8A,GIT1,MRPS28,TSC22D3,MINK1,MRPS21,CACYBP,MRPS7,TOPORS,SREBF2,COMMD5,MLF2,RHOB,KIN,CTU1,POC5,SLTM,SGK1,EEF1E1,SLU7,PCNA,NOL7,NOL8,UQCR10,NOL6,EXOSC4,EXOSC8,MGAT2,CCT5,RANBP2,SUZ12,DYNC1H1,SORT1,GBF1,RSRC2,NLE1,RSL1D1,SPCS2,CAPZA1,HNRNPA2B1,NDUFAB1,SGSM2,FAU,MEGF8,TOMM5,GRINA,DBR1,NDUFA12,CD81,BCCIP,HDLBP,ARID4B,NUCKS1,COX6A1,SRP14,TOMM22,FBL,CWC22,SNIP1,SBF1,LIG3,DKC1,UBE2V2,GEMIN7,ZCCHC7,PSMD11,RBM8A,YTHDC1,COX17,HTRA2,RPF2,SUPT6H,RPF1,EMG1,ZC3H18,DNAJC19,HSPA8,PRNP,HSPA5,CBX1,NUP153,DNAJC14,TBCA,CWC15,NFKBIA,EFNA2,HOOK2,GNB1,SCYL3,RBM25,ACADVL,PRKCSH,MAST2,ATP2A2,HMGB1,TRIAP1,PKD1,LMNB1,ZC3H7B,TIMM17A,TOPBP1,RBM7,ARHGEF11,RBM14,JAGN1,ARHGEF12,PDPK1,H2AFZ,H2AFX,SAFB,EPN1,DNM2,SFPQ,NUP50,CAT,ATP6V1B2,TERF2IP,LUC7L3,PFDN2,RBM22,USP10,DDX23,POMP,DDX21,MAT2B,ATP1A1,RNF4,RNF2,STRN4,ADD1,POLD3,NXF1,DNPEP,MAT2A,TGS1,TRA2B,GNA11,VHL,BUB3,SMNDC1,TIMM8B,RBM39,RRM2,TAF15,TMEM30A,NAP1L1,HSPE1,GDAP2,RPS6KB1,CARM1,BAX,VIM,SSBP1,RAN"
+"gene_set_query"	"215"	"NFIC"	"289.6"	"ARCHS4 Coexpression,389;ENCODE ChIP-seq,48;Enrichr Queries,244;ReMap ChIP-seq,280;GTEx Coexpression,487"	"MDC1,ATF2,MT-ND4,NUP107,TFRC,TESK1,GHITM,RBPJ,ZFYVE1,ALKBH3,NDST1,KRTCAP2,PSMD6,PSMD7,ZFYVE27,CAPNS1,MPRIP,DPYSL2,ALKBH1,PSMD3,FGFR1OP2,PSMD1,PRKACA,PRKAB2,SAP30BP,MEF2C,CSNK2A1,TSTD2,FNBP1,DNTTIP2,EML4,CLNS1A,DDIT4,TMEM126A,VOPP1,CGGBP1,PLBD2,SF1,ATF4,MTMR2,TTYH3,ABCB6,CDCA4,SAR1B,FLII,MEPCE,PDGFA,AGAP1,MTMR9,SDR39U1,COPS7B,COPS7A,AAAS,OAZ1,GABARAP,MRPL20,RHOT2,LARP1,CYB5R3,PRKAR2A,VTI1A,RDH14,PIP5K1C,RHBDL1,HEXIM1,ABCA2,JUN,CREBBP,PRPF38A,JUP,NCAPH2,PMM2,MRPL27,ERLIN2,LARP4,MRPL24,PBX1,MRPL21,MLLT10,FASN,NMT1,DZIP3,ARF4,PIGU,LRSAM1,PIGT,HEXB,MTMR14,RPLP0,PRKAG1,MRPL38,SHB,ECSIT,MED15,MED17,MRPL33,TUBA1C,MED11,FASTK,PCMTD1,DLGAP4,LRRC47,UPF2,DFFA,DUSP1,SPHK2,TEX10,SIRT4,MRPL49,LRRC40,ELOVL6,SIRT6,MRPL47,MRPL45,DUSP6,SRP9,LRRC41,DDB2,DDB1,MED23,SLC7A5,SLC7A6,MRPL50,PSMA3,BDH1,CDC42EP4,PTRH2,PXDN,MED20,CDC42EP2,TUT1,TMEM106B,SLC29A1,ERGIC2,VAMP2,ERGIC1,SLC29A2,TRUB1,RNASEK,ELOF1,LIN37,NIP7,NOC4L,SDAD1,PSMA7,CENPB,GGA2,GGA1,PSMB7,RECQL5,PSMB3,AP2S1,SPOP,LEO1,CLPTM1,FLNA,MFN2,ZSWIM4,MEF2D,SRSF10,YKT6,SRSF11,EGLN1,CRBN,DAB2IP,SAMD4B,BYSL,SKI,PSMC5,MYBBP1A,CCDC9,PSMC1,APEX1,PSMC2,TAOK2,CCDC6,GOPC,PKN1,CRCP,UBE2D2,ATN1,CASC3,FBXO22,LAPTM4A,UROD,SCMH1,STK16,RUVBL1,KPNA6,FBRSL1,KPNA4,KPNA2,KPNA3,SLC25A44,FADS1,KPNA1,SLC25A46,SH3GLB2,IK,VPS33A,FBXW9,VPS33B,FOXP4,LENEP,FOXP1,SAP30,ACAP3,FSCN1,SRSF3,SRSF5,SNRNP200,SQSTM1,ARL8B,ANAPC2,FTO,LRRC59,PFKFB3,RNASEH2A,UQCRB,ISG20L2,GLIS2,CORO1C,ACAT1,SOCS2,EIF1AD,NDOR1,PMVK,ZKSCAN3,SLC38A2,NOP14,GOT1,BOD1,API5,GOT2,EEF2,UCKL1,DRAP1,ZC3HC1,MDM4,TUBGCP3,LRCH4,NFE2L1,NOP10,ITGB1,MCFD2,SLC25A3,HSP90AB1,FHL1,MRPL3,MRPL2,ZNRD1,SUMO2,PMEPA1,DNM1L,CTNNBL1,DIS3L2,BOK,ACTR2,HSP90AA1,DST,TNFRSF19,RAD23A,VEZF1,TFIP11,RABGGTB,MSL1,HAX1,SYF2,C1D,TOP1,SEC22B,SLC25A11,PPP1R12C,AHDC1,RNFT2,PPP1R15B,NDUFB9,SEC23A,NDUFB7,PPM1L,NDUFB6,LRP1,ROCK2,GTF3C6,SRF,PRCC,MAK16,LENG8,FOXK1,MLLT1,LRP3,PPM1D,RCHY1,MLLT6,CDC42,FOXRED2,KCTD20,U2AF2,KATNA1,CDC37L1,SH3BP5,IGF2BP3,HNRNPA1,DRAM2,SLC25A23,AAMP,SLC25A25,NDUFA9,PPP1R14B,HNRNPA3,NOP58,CIZ1,TRIM41,FEM1A,NDUFA4,CNBP,TXNL1,NDUFA2,LYSMD1,RPL23A,BAIAP2,SLC25A38,TSPAN14,EIF3M,PINK1,NECAP1,NAGK,CDKN2AIPNL,EIF3L,EIF3I,EIF3H,STUB1,CCM2,ATXN10,EIF3F,EIF3D,BCAR1,SMARCAL1,CCNK,TMEM41A,KEAP1,THUMPD3,TXNDC12,ZDHHC8,ACTB,ZDHHC4,CCAR1,CDC23,OPHN1,EIF2D,SNRPD3,CCNL1,ATXN7L3,FBXO9,ZFP1,ACTN1,NSMCE2,ALG5,CIRBP,ACTN4,ANK3,ALG1,ANK1,GNPAT,SNHG12,SUB1,CD2BP2,EIF1B,STX1A,SLC45A4,NUMBL,AARS2,TBC1D9B,DHX8,TMEM63B,SDC3,SUPT4H1,PIK3R4,PIK3R2,PIK3R1,PGS1,APH1A,COMMD9,DHX34,LARS,PCBP1,DHX35,HLTF,DHX36,HIVEP1,DYM,DHX38,FAM192A,RAB11FIP3,SNX5,SEC31A,RAB11FIP5,BBS1,XBP1,LRRN3,INTS1,IQSEC2,IQSEC1,MICAL3,SMARCA2,HARS2,SMARCA4,ICK,AIMP2,WNK1,RPL27A,ID2,CWF19L1,INTS5,DHX29,FBXL5,CALM2,MON1B,AARS,HERPUD2,MRPS17,NRP1,COX7B,TMEM151B,MRPS16,USPL1,HIBADH,MRPS10,AP2A1,SLC7A11,COX7C,PTPRF,PTMS,AKAP12,PCM1,ARV1,NUDCD3,SPTLC1,ENC1,NCS1,UIMC1,ARIH2,MLX,SSSCA1,KIF1B,BBS4,GIT1,CTSB,CCT3,SEC13,TMEM150A,MRPS27,MMD,PABPC4,MRPS23,ACAD9,NCOA4,MINK1,MRPS21,CACYBP,TFB2M,MRPS7,COMMD4,RGMA,MRPS9,CTU1,CSDE1,G2E3,NCOA7,PABPC1,PTMA,SLU7,MRPS35,STX16,MRPS33,SSNA1,DOT1L,HEATR1,CRIP2,GNAI2,OS9,SERTAD2,EXOSC9,HSF2,GPC1,MGAT2,CCT8,CCT5,EXOSC1,DYNC1H1,SPRYD3,PEX19,YIPF2,YIPF3,YIPF4,YIPF5,VEGFB,TTC1,PEX14,VEGFA,NUDT9,PER1,SEC23IP,TTC5,NEDD4,HNRNPA2B1,NDUFAB1,TCEA1,TACC2,TARDBP,GRINA,DPAGT1,SCARB1,SRP19,MIDN,CRTC2,SYS1,UBE3C,ZFAND3,CD81,WWC1,UBE3A,UBE3B,ACTG1,IGF1R,NARS,CAPN7,FAM174B,KHSRP,CAPN2,SNIP1,BAHCC1,SBF2,SH3GL1,PCID2,SLC30A9,ADPRHL2,ATG9A,DNAJB12,UBE4A,UBE4B,SDHC,DHDDS,ADAM19,EEF1A1,TMX3,ADAM15,HNRNPUL1,EHBP1L1,EEF1A2,PLAA,PPIH,RTN3,DDX6,TBC1D19,PSMD11,TSG101,RBM8A,YTHDC1,ARHGEF25,DDX1,CACNA1A,RPF2,NDRG2,NDRG1,SUPT6H,RTN4,PLD3,RAI1,KIF3B,TBC1D13,H1FX,CAMTA2,LLPH,TBC1D17,BCL9L,OST4,PRNP,FDPS,NUP155,UBE2B,VTA1,ECD,CRIM1,HMGA1,TIMM44,SUPT5H,SYT7,KLHL20,HIGD2A,IFT20,BMP1,HOOK2,HOOK1,GNAS,MKRN2,STT3A,TAB2,AMOTL2,TAB1,MXD4,RERE,RBM28,DDX47,PRKCSH,MAST2,CHD6,ATP2A2,CHD4,ADAR,CHD3,TNFAIP1,DDX41,TRIAP1,CHD2,USE1,AFF4,LMNB2,LASP1,EEF2K,NUP62,MYO18A,LRRFIP1,UTP15,NAA30,ARHGEF12,PDPK1,TTC33,NAV1,NAV2,GPCPD1,EPN1,EEF1G,SFPQ,NDUFS7,IRF3,ALS2,TMEM214,EEF1D,PPDPF,NDUFS4,NDUFS3,ATG4B,NDUFS1,NUP54,ACOX3,CUEDC1,AGPAT5,RALA,NAA20,GOSR1,DDX23,RNF8,DDX21,ASAP1,ASAP2,RNF7,RNF4,CLCN3,PARL,ADD1,AGPAT3,TMEM201,DNPEP,TAF1B,TMEM203,TDG,MKNK2,TAF1A,BNIP1,SMNDC1,FBRS,CYTH1,TAF11,ATP2B4,PDAP1,CDK11B,TTC17,POLE4,CLCN7,MAPK11,GALE,ERCC3,TEF,ASB8,ERCC1,ERCC5,VIM,RBM45,CLUAP1,TAF2,MBTPS2,VPS29,IPO11,RPL30,TRIO,RPL32,CLPB,RPL31,DCAF8,GPATCH4,PHAX,EPRS,PHB2,BACH1,RPL9,DCAF6,GLS,ALCAM,CNST,ZMIZ1,MYC,ZMIZ2,AP1S1,LUC7L,RPL35,RPL38,RPL37,IER5,IER2,NUP214,DDX17,MED1,DDX18,WSB1,AFAP1,CD3EAP,SCRIB,MED4,GTPBP4,HCFC1,ARMC1,RNF123,CLPP,ZSCAN21,ADPRH,RPL24,YME1L1,RPL27,RPL26,PRR12,VPS25,ALG10B,RPL28,RNF121,ANAPC13,CTBP2,ANAPC16,RPN1,NOLC1,XPC,RNPC3,ADH5,PRDX2,ABR,LDHA,WDR70,BLOC1S1,NUP85,BLOC1S2,LDHD,GAR1,RRS1,VPS11,SSR1,S100A10,RPL41,JUND,CHKA,DMPK,RDX,IRF2BP2,NR1D1,PA2G4,PRRC2B,PRRC2A,TADA2B,TMEM199,FIBP,SLC6A6,GNPTG,NPLOC4,MEX3A,HNRNPK,GIPC1,HNRNPD,OGDH,GTF2IRD1,FARSA,CDC42SE2,FARSB,SETD5,BTG1,CDKN1B,PHF23,SETD7,CLTA,SMG5,TRIM8,ING4,UBL5,TMSB4X,TRIM2,RARS,TIMP2,GPR137,RIOK1,JARID2,CIC,EMD,RRP15,UBL7,BRD3,BRD2,ZC3H10,SSR3,WDR34,TERF2,COPZ1,GNL3,NCOR2,HADHA,RNF167,LSG1,ZEB2,AFTPH,INF2,TUBB2A,KIFC2,MTF2,GARS,EXOC5,GAS6,GART,EXOC2,GAS7,EXOC1,SF3B5,CDC123,SF3B2,CLDND1,NFIX,SF3B3,RPL10,TIMM9,USO1,RPL11,TIMM10,WDR24,FAM129B,PPP1R8,RPS3,CKB,RPS2,ANKRD52,RNF130,SF3B1,PAIP1,RPL19,BRD4,SF3A3,PCGF6,BRF2,YTHDF2,PCGF2,WDR18,NR1H2,GATC,ELP3,TRMT1,GTF2H1,SRP68,SCAF1,AGBL5,ERP44,NFIA,NFIB,ZYX,NUCB1,PHLDB1,CHPF,GTF2B,CEP120,CLSTN1,PARK7,RPL10A,IPO7,CLU,PPP1CB,NRBP2,LAMP1,CFL2,CFL1,MAF1,SNRNP35,LZTS2,TMSB10,GTF2I,KCMF1,TLE3,CSNK1G3,SUPT16H,RPS9,TLE2,RPS7,RALGAPA1,USP3,TPM1,F2R,RPS6,THOC1,DYRK1B,FRMD4A,THOC2,NRBP1,THOC6,RNF41,TRAIP,CACNB1,CTDNEP1,PYGO2,TOM1L2,CLIP1,RAB34,SNRNP27,AAGAB,SNRPE,SNRPF,STAMBP,FKBP5,IFNAR1,FKBP2,SEMA7A,ENY2,DNMT1,CD151,CUL5,ANKRD11,ITPR1,UBR3,UBR2,BAG4,KLC2,BTBD2,DVL1,NACC1,DVL2,ABL1,DVL3,SKIL,MCL1,WDTC1,OSBPL9,AKIRIN2,EIF2B3,TOR1A,POLR3GL,SEC16A,TNK2,M6PR,MARCH8,LSM3,LSM2,COPS4,LSM7,COPS5,SLC7A6OS,CDK4,COPS2,PLXNB2,CPE,PLEKHM2,GPR107,SERINC1,IARS,RNF185,RSL24D1,EIF4G2,BCL2L2,BCL2L1,EIF4G1,RNF187,RNF10,CALCOCO1,ZC3H4,ZC3H3,CCDC47,WDR4,UFSP2,PTPN23,DUSP12,NOB1,OPA1,VPS72,AP1G1,OPA3,UBTF,HIF1AN,EVI5L,EIF2B1,TNPO2,ADSL,RFC3,PLEKHG2,REXO1,GPX4,CCDC34,SECISBP2L,LANCL1,RPL13A,COASY,PTP4A1,PTP4A2,DNAJC2,PTP4A3,TRAF4,CTDSP2,POLR1C,DNAJC9,SNRPA1,CCDC43,DNAJC8,NFAT5,SMARCD2,VPS4B,VPS4A,SEMA3F,FBXL20,DNAJB2,ABLIM1,HECTD1,HIRIP3,DNAJB6,POLR2A,DNAJB5,POLR2B,POLR2D,POLR2E,DNAJB9,CSK,SNRPB2,POLR2L,MLXIP,SEMA4A,SPAG7,KCNJ11,SEMA4B,ADRM1,RPRD2,FBXL16,CDC42BPB,PNRC2,FBXL12,CUL4A,ASXL1,DNAJA1,KLF7,MARCKS,KLF6,RAB14,RAB12,GLOD4,POLR3D,POLR3E,DNAJA2,DRG2,CEBPZ,SNRNP48,PFKM,PPIL4,TPT1,VEZT,SLC35B2,APP,VARS,ARL6IP1,ZMYND8,RPS15,TIAL1,RPS14,GOLGA4,RPS16,GOLGA5,PPP2R1B,KAT5,RUSC2,FLAD1,RPL36AL,FTH1,GOLGA1,MAGOH,DAG1,LONP1,DPF2,LONP2,GLUL,RPS10,SEPHS2,SOX4,RPS13,AGFG1,SRRM2,AQR,TIPIN,MTUS1,BOLA1,COG2,RECQL,MRPS18A,JMJD8,MAPK8IP3,JMJD6,MRPS18C,KARS,ZW10,GUF1,SUCLG1,PFN1,ANKRA2,AURKAIP1,CBLL1,TMEM161A,NECAB3,CSTF3,TWF2,TRMT2A,IGSF9,MYL12B,PDCD10,GSE1,INPP5K,TNRC18,MAP4,SNHG1,TMEM184C,TMEM184B,SETDB1,STK11IP,SLC35E3,STAM,UBAC1,SRPK1,SMU1,RPS25,CCDC88A,STAG1,RPS27,ZZZ3,RPS20,RPS21,RPS24,ITM2C,HBS1L,GFM1,CITED2,GFM2,FAF1,CX3CL1,RPTOR,COIL,SIPA1L1,SERP1,CHMP1B,KIF13A,TMED1,RAB8A,TOP3B,ZYG11B,PRMT7,ZER1,TSC22D1,PRMT3,RHOF,TUBG2,ZDHHC16,MLF2,RHOB,SCNM1,POC5,PACS2,NFX1,HNRNPH1,FRG1,HNRNPH2,MAPRE3,ALDOA,SGK1,ATP6V0C,FYTTD1,DTYMK,SLC20A1,NOL8,NOL9,PPP2CA,AMN1,CUX1,METTL6,LCMT1,RANBP2,GBF1,AP3D1,RANBP6,RAB11B,PDP1,KBTBD4,PRKRA,MARS,CAPZA2,CTNNB1,PRPF31,FAU,KBTBD7,MEGF8,TOMM6,NDUFA13,GOLT1B,NDUFA12,SPPL2B,HDLBP,CWC25,TOMM20,TOMM22,TATDN1,CHCHD2,ARHGDIA,HCFC1R1,POGZ,CWC22,CHCHD1,NOM1,TRAPPC2L,TOMM34,NOSIP,TSC2,SHISA4,ATP1B1,TRPC4AP,KCTD5,TUFM,DPM2,PREPL,TMEM136,PHOSPHO2,PRPF3,RAI14,ZCCHC8,IDI1,RPS19BP1,COPB1,CLEC16A,LTBP4,COX7A2,EFNA4,CPLX1,EMG1,ZMAT2,DPP8,DPP9,ATP6V1H,RPRD1B,DMAP1,ZC3H13,DNAJC19,HSPA8,KLHDC3,SMAD4,CBX6,ACBD5,KLHDC4,ACBD4,CBX5,PNPT1,CPSF1,CBX3,CBX1,TBCD,CWC15,ARHGAP23,NFKBIA,EFNA2,TMEM115,ATG16L1,TBCE,BRWD1,ACBD3,SAE1,COPE,LRP11,MUS81,B4GALT2,SCYL3,ACADVL,THRA,ASNSD1,USP32,DBI,USP39,PKD1,SEPT9,SPRED2,ZC3H7B,SNAPC3,FLOT1,MFSD1,PDE4A,SPEG,MAN2C1,RBM5,SCYL1,KDM6B,KLF13,H2AFZ,PDE4D,H2AFX,RPS3A,TRNAU1AP,ARID1A,ARID1B,DCK,CKAP5,DDX19A,DDAH1,THRAP3,DDAH2,AKT1S1,HAGH,VAC14,STOML2,STOML1,USP16,TM2D2,ATF6B,ETFDH,WIZ,ATP1A1,TM2D3,TOB1,USP19,STRN3,TBRG4,NXF1,FAM168B,GNA11,NT5DC3,FAM120A,ABCF3,ABCF1,SPEN,PTCD2,KDM4C,B3GAT3,HSPE1,RPS6KB2,ATP13A3,SSBP1,LPIN2,RBMX"
+"gene_set_query"	"216"	"PRDM2"	"289.7"	"ARCHS4 Coexpression,507;Enrichr Queries,185;GTEx Coexpression,177"	"ITSN2,CYFIP2,POP5,TRIO,ZFYVE9,GPATCH8,BACH2,GCSH,PSMD8,PSMD9,KRTCAP2,SCP2,ZMIZ1,DPYSL2,AKT3,PRKACB,CHID1,MEF2A,DDX17,MEF2C,RBFOX2,FNBP1,PRKCE,CD3EAP,DICER1,WDR82,HECW1,UQCRC1,SF1,RPN2,RPN1,NEDD4L,AGAP1,BAZ2A,MRPL12,HIF1A,ANAPC11,MRPL11,PRDX4,PRDX1,SERF2,CREBBP,JUN,PRELID1,EDEM1,UPF3B,PRRC2C,IRF2BP2,BRAF,PRDX6,PRRC2B,PBX1,POU6F1,EIF6,CDK13,EZH1,CPEB4,PHF3,ARF4,SMG1,SETD2,PIGU,BTG1,CLTA,TRMT112,NIPBL,MED13,GPRASP1,JARID2,JAK1,CEP68,BRD2,SHPRH,SSR4,GSTO1,PGAM1,TCF12,TET2,ASH1L,NCOR2,ZEB2,NCOR1,PXDN,TET3,RAPGEF1,PELI1,RAPGEF2,SF3B5,ECHS1,NFIX,WDR26,RNMT,ATL1,TIMM13,MRPL54,PSMA7,BCLAF1,SNX29,PSMB5,LMAN2,NSD1,AP2S1,MEF2D,SF3B1,MDH2,YLPM1,GATAD2B,ERP44,NFIA,PSMC3,NFIB,PKN1,FRYL,ANKRD13C,DGKD,ATP8A1,CLSTN1,FAM107B,SMCHD1,ZFP30,RUVBL2,CFL1,SLC39A7,GTF2I,TLE4,PPP1R16B,FBXW7,RALGAPA1,DYRK1A,FRMD4A,FBXO11,FOXP1,CACNB3,CLIP1,NHP2,SNRPB,LRRC59,PFKFB3,BRI3,ABHD2,ANKRD11,ANKRD12,UBR4,ITPR1,SLC38A10,PHB,PHF21A,FBXO41,ORC4,ATXN2,PITRM1,UBR5,PLXNA2,MPDU1,TMEM120A,LSM4,YEATS2,ZFP62,AAK1,NF1,RNF181,MDM4,CLPTM1L,TUBGCP4,EIF4G3,OGT,SLC25A1,DIDO1,CELF2,PIK3CD,SYNE2,DUSP12,SART3,SPR,ACP2,TNPO2,UNKL,DST,SECISBP2L,ATRX,DDOST,PTP4A3,TMBIM4,DAD1,CTDSP2,PIK3C3,EVL,BDP1,AHDC1,NFAT5,NLGN2,LENG8,HSD17B10,MLLT6,ABLIM1,NCLN,RBBP6,FEM1C,ATP9B,POLR2L,SPAG9,PPP1R14B,SEMA4D,NICN1,RPRD2,TNRC6C,KLF6,NIN,APC,P4HB,SMAP2,TCERG1,ZMYND8,JMJD1C,TXNDC12,CBLB,HERC2,RASSF2,HERC1,SNRPD2,EPC1,KIF21B,SLC12A6,ARL10,SRRM2,ARSA,EPHA4,SMARCC2,ANK3,ANK1,SRRM1,SIK3,KDELR2,HECA,AURKAIP1,MACF1,DHX8,MYCBP2,TRANK1,RTF1,PIK3R1,ZNHIT1,HIVEP1,GSE1,TNRC18,HIVEP2,SCAI,SURF1,IQSEC1,SURF4,MYO5A,PUM1,SMARCA2,PUM2,MED13L,SMARCA4,WNK1,CCDC88C,TOP2B,EPM2AIP1,NUDCD3,SIPA1L1,ZMYM2,AKAP11,SEC61G,C1QBP,SDF4,UBXN7,TMED1,KIF1B,SEC61B,TMED7,CTSD,PSENEN,VKORC1,NCOA1,COX8A,CCT3,NCOA2,TMED9,SEC13,PRMT1,TSC22D3,NME2,COMMD4,NME1,ENAH,WAC,ARHGEF1,ARHGEF7,SGK1,AHCY,SATB1,DERL2,PAK1,CUX1,SERTAD2,SCAND1,CCT7,CCT5,MAP4K4,YIPF3,HUWE1,MYO9B,SORBS1,FAH,PER1,SPCS1,NDUFAB1,MPHOSPH8,NDUFA13,CRTC2,ACAA2,ARID4B,COX6A1,IGF1R,TMEM147,POGZ,EP300,BANF1,ARID2,TMEM14C,KDM2A,ANGEL2,TSC1,PDIA6,TUFM,DPM3,HNRNPUL2,DNAJB11,WDFY3,PPIB,DDX6,YTHDC1,PDS5B,RASGRP2,STK4,RTN4,EP400,CAMTA1,CYC1,BPTF,PRNP,CPSF6,AUTS2,KLHL24,CRLS1,EFNA2,HOOK2,HOOK1,JMY,PI4KA,GNAS,SRPRB,BRWD1,COPE,RERE,KDM5B,GSK3B,DOCK3,LDB1,PRKCSH,CHD8,USP34,CHD6,PSIP1,ATP2A2,CHD2,AFF3,AFF4,SEC61A1,SEPT6,SENP5,PDE4B,LRRFIP1,RBM33,KDM6A,ARHGEF12,KLF13,PDPK1,PDE4D,NAV1,NAV2,ARID1A,ARID1B,SETBP1,NDUFS5,B4GALT7,STOML2,KDM3B,ASAP1,HMGCL,MAPK8,GNG5,DDT,TMEM208,PTK2B,ROMO1,CLASP1,CYTH1,SPEN,ATF7IP,USP24,TAF10,ATP2B4,PDE4DIP,ATP2B1,NEURL4,ERCC3,R3HDM1,SSBP2,RAN"
+"gene_set_query"	"217"	"POU3F2"	"290.0"	"Literature ChIP-seq,156;ARCHS4 Coexpression,201;Enrichr Queries,445;GTEx Coexpression,358"	"ITSN2,ATF2,GMFB,ZFYVE9,PREX1,DPYSL4,DPYSL5,DPYSL2,DPYSL3,FGFR1OP2,AKT3,PRKACB,MEF2A,MEF2C,RBFOX1,RBFOX2,CXADR,CACNA2D1,RFX3,HDHD2,EML1,EML5,ASPHD1,PRKAR1A,FEZ1,RUFY3,CGGBP1,TTYH1,AGAP1,CYB5R4,KCNMB4,JUN,CADM4,CADM1,GPR12,CADM2,ABCA3,NR2F1,NETO2,PBX1,MLLT11,UCK2,VANGL2,TDP2,PKIA,FAT3,DCHS1,PSMG1,FAT4,DZIP1,NCAN,SNX10,NIPBL,TUBA1A,NEFL,TCP11L2,NEFM,JAK2,ENOPH1,APPL1,PCMTD1,APC2,ELOVL2,LRRC49,NIPA1,MED29,DUSP6,TMEFF1,PSMA2,PXDN,CHST1,WRB,ADAM22,SLC7A1,GLRA2,PSMB2,TMEM65,SPOP,ZSWIM6,RICTOR,EXTL3,ATAD1,EGLN1,WNT7B,TRAPPC10,DAB2IP,PSMC6,TAOK3,FABP7,SNX14,TSR2,HDDC2,FBXO28,UBE2D3,ATCAY,ADORA1,FBXW7,UBE2E3,STX7,UBE2E2,ATP11B,FOXP1,FRMD5,OLFM2,DMTF1,LIX1,GRIA1,GRIA2,KHDRBS2,ARL3,GPR85,GMPS,SPATA7,SAV1,SNN,MBIP,SLC38A6,LRRC4C,LRRC4B,TIA1,STYX,CORO2B,PTPRD,LRCH2,SON,PTPRA,SP3,ITGB1,SNAP25,SCHIP1,CELF2,CELF3,CELF5,RLBP1,PGLS,NEO1,TRIM67,DST,TNFRSF19,RAD23B,NRG3,PIK3C3,BDP1,MET,RNFT2,ROCK1,SRI,MLLT3,CXXC4,LRP8,SLC25A27,ZNRF2,PTPRZ1,KRIT1,SLITRK5,IGF2BP3,IARS2,ATP9A,HNRNPA0,NTRK2,SEPT11,MARCKSL1,TRIM41,PPP1R14C,PCDH9,PCDH7,PCDH8,FOXJ2,NELL2,SNRK,SYT11,NOVA2,OCIAD1,SLC25A36,EPHB6,AHCYL1,CCNI,CCNH,ZDHHC6,CCNC,NUDT3,RCBTB1,CRKL,OPHN1,DHX57,CHORDC1,KIF21A,KIF21B,ATXN7L1,EPHB2,EPHB1,PELO,TMPO,EPHA5,EPHA4,EPHA7,ST6GAL2,ARL15,MMD2,ANK2,SFRP1,PPA2,TAGLN3,TRIB2,CCDC82,ADCYAP1R1,NRN1,GGNBP2,FOXG1,PIK3R3,PIK3R1,KALRN,TTBK2,SNX3,MBTD1,NKAIN1,DHX32,TSPAN7,MIER1,KCNN2,HIVEP2,RAB11FIP2,SCN3A,RAB11FIP4,B4GALNT4,LRRN3,ST8SIA2,INTS2,DCLK2,DCLK1,MED13L,AIMP1,WNK1,ID2,LRRN1,FBXL5,RCOR2,DDR1,PCSK2,NRP1,CSRNP3,PTPRS,GRIK5,CETN3,PTPRO,GRIK3,ICA1,GRIK2,SLC7A11,WASL,BMI1,IER3IP1,AKAP12,PCM1,ENC1,KIF1B,KIF1A,ARIH1,CCDC112,NCOA1,PCYT1B,STARD3NL,COMMD3,RGMA,TOX3,MN1,KIN,RAP2A,RAP2B,SLTM,KIF2A,CSDE1,G2E3,CD47,EEF1E1,DYNC1I2,SATB1,INPP1,STX16,SATB2,MRPS30,SERTAD4,EXOSC8,GPC2,PAK3,GABBR1,PLEKHA1,CRIPT,KLHL2,PNMA2,MIB1,KLHL5,CCNG2,TTC3,HNRNPA2B1,FAM171B,PRDM2,UBE3A,CELSR2,NARS,KIF5C,PALM,ARID2,ENPP5,SH3GL2,RGS6,PPFIA2,SLC30A9,TMOD3,TMOD2,ADAM10,POU3F1,WBP11,RUNDC3B,POU3F3,TMX4,PLAA,WDFY3,TBC1D23,FAM92A,RTN1,TSG101,COX17,CACNA1A,TOR1AIP2,BHLHE22,NDRG2,RTN4,ENHO,FUT9,KIF3C,SYT4,SYT1,AUTS2,NUP153,KLHL23,KLHL24,KLHL20,GNAO1,QDPR,AHI1,GNAL,HOOK2,HOOK1,CCPG1,OSTC,CNTN1,UBA3,GNAS,CNTN2,TCF4,TAB2,LSM14A,UBE2K,YWHAE,PHTF2,GSK3B,DYRK2,CHD6,ATP2A2,SOBP,RND2,CHD2,RND3,SEC61A1,UBE2Q2,GDAP1L1,LRRFIP2,IFT57,UTP15,PJA2,VCAN,ELF2,ALS2,NAV3,CRY1,NUP54,NAT8L,INA,RALA,RAP1GDS1,CRMP1,MAT2B,RNF2,ADD2,AGPAT4,GNG2,CAND1,CNR1,OXCT1,SPOCK1,ATF7IP,TAF15,GALNT1,ATP2B1,SOD2,MAPK10,UFM1,SBK1,FAM131B,VIM,R3HDM1,TAF2,RB1,CNTFR,VPS29,IPO11,MYT1L,RPL31,STMN2,STMN4,SMC6,FNBP1L,DCAF6,GPR173,ALCAM,MYC,CSPP1,STMN1,DIP2A,DIP2C,ANKS1B,WSB2,DAPK1,SOX11,SOX12,DYNC1LI1,DYNC1LI2,PRKD3,GPR161,ASTN1,PHYHIPL,WDR61,XPC,SLAIN1,RNPC3,HIF1A,FAM160B1,FAM171A1,FAM171A2,PPP3R1,FLRT2,CHST10,GAR1,FZD3,PHC1,ARPP21,HOMER1,RAB3IP,POU6F1,GLUD1,MEX3B,MEX3A,H2AFY2,HBP1,SERPINI1,CPEB4,PHF3,ING1,TRIM9,CSRP2,CHL1,TRIM2,ITPK1,TCF12,TET2,TUBB2B,ZEB2,AFTPH,HEATR5B,EXOC6,EXOC5,RNF165,PHLPP2,PHLPP1,NFIX,HSPA14,FGD4,TMEM169,CKB,ANKRD50,RUNX1T1,RPRM,YTHDF3,KIDINS220,SNCAIP,HIPK1,KTN1,RNF146,ABI2,NFIA,NFIB,ANKRD13C,RAB3C,DGKE,CTNND2,GTF2B,BZW2,CDH8,PPP1CB,PPP1CC,CDH2,TUBB3,SLC39A9,RNF19A,SMARCAD1,TLE4,MAGI1,USP8,CSNK1G3,ANKRD49,IGFBP3,MAGI2,IGFBP2,DYRK1A,TRAFD1,FRMD4A,CLIP2,STIM2,PHIP,ADNP,TOX,FKBP5,BRSK2,UBR3,PHF21B,SCRT2,ORC4,NEUROD6,TPR,PLXNA2,SRGAP3,PLXNA4,MAP2K5,TMEM132A,SLC4A10,BTBD9,CDK8,LSM6,NSG2,SYNJ1,NBEA,LHX2,CNOT2,RNF182,CPE,CSPG5,SERINC1,EIF4G3,EIF4G2,SLC48A1,SYNE2,SGCE,PSD2,SCRN1,OPA1,SGCB,PHACTR3,CEP170,TNPO1,CCDC50,TAPT1,PDCD6IP,CCDC34,DIS3,SECISBP2L,PLRG1,PTP4A3,ASPH,LANCL2,SOS2,NLGN3,MTPN,NLGN1,HDAC2,NLGN2,RNF38,JAKMIP2,FBXL20,CACNG7,STOX2,ABLIM3,VPS54,RAB28,WASF1,CACNG4,JAZF1,SPAG9,SMARCE1,SLC35A1,RNF24,SMOX,CDC42BPA,MARCKS,APC,RAB14,ASXL3,POLR3H,INSM1,VPS45,METAP2,ARL6IP1,HDAC11,DIXDC1,CISD2,CBLB,PPP2R1B,GOLGA1,GOLGA7,SOX4,SOX5,SLC6A15,ARRDC3,IFRD1,MTUS1,MRPS18C,TIAM2,MTHFD2L,AKAP9,ANKRA2,CBLL1,LLGL1,PFN2,BEX4,GPM6A,DCUN1D5,TWF1,NMD3,LIAS,PTDSS1,INPP5K,STXBP5,MAP4,GPM6B,SRPK2,RABGAP1L,ZRANB1,BCL11B,BCL11A,CCDC88A,ZZZ3,GOLGB1,CCDC88C,ITM2C,ROBO2,HBS1L,GFM1,GDI2,SLC35F1,ROBO1,SERP2,COIL,DNER,DLAT,FEZF2,UBXN4,PRMT6,MPPED2,WAC,MAPT,SGK1,ICA1L,AKAP7,PTN,NOL4,CST3,PPP2CB,CUX2,UBTD2,CTNNA2,ATP6V0E2,TRAM1L1,MAP4K5,PURG,RANBP2,ARNT2,MYEF2,MTX2,NFYB,LSAMP,ATAT1,PDP1,SPCS3,PRPF39,HIST3H2A,CTNNB1,APBA1,CDK5R1,GOLT1B,BASP1,NRCAM,DSCAM,LMO4,APLP1,ATP1B2,PCDHA12,SHISA7,RSBN1,MYCN,ELMO1,SCG3,AMPH,ATP6V1A,CTTNBP2,NTM,CHRNA7,DTX4,CAMSAP1,EFNB2,ARHGAP21,SDCBP,CASKIN1,OTX1,LONRF2,ZC3H15,MARK1,SMAD2,ACBD5,CBX5,WSCD1,CBX1,ARHGAP29,TBCB,DNAJC13,CRLS1,ARHGAP33,ARHGAP32,DLG2,NR4A3,DNAJC10,THRA,ELAVL4,GTDC1,ELAVL2,ELAVL3,HS2ST1,SENP6,SEPT7,USP46,SEPT3,DNM3,GAP43,DDAH1,CDH10,CDH11,DCX,B4GALT6,LUC7L2,USP10,NRXN1,FAM169A,DLL1,NCALD,MAPK8,FAM168A,IGFBPL1,NCAM1,SNCA,CLASP2,LGI1,PTCD2,NEGR1,B3GAT1,HAGHL,PCDHGC3,PDE4DIP,MEIS2,FMNL2,PDE10A,PPP2R2C,PPP2R2B,CDK2AP1,SPRY2,RGS12,ATP13A3,SSBP3"
+"gene_set_query"	"218"	"ESRRA"	"290.2"	"ARCHS4 Coexpression,718;ENCODE ChIP-seq,86;Enrichr Queries,233;ReMap ChIP-seq,171;GTEx Coexpression,243"	"TFRC,TSKU,TSEN54,PSMD8,PREX1,NDST1,RABGEF1,SAMD14,PSMD7,CAPNS1,PSMD2,PSMD3,AKT1,PRKACA,STARD3,GABARAPL1,EML2,LARS2,ZFYVE19,DDIT3,DDIT4,UQCRC1,UQCRC2,RBCK1,LETMD1,ATF4,TSTA3,TTYH3,SAR1B,TARSL2,FLII,NPRL3,MRPL14,BAZ2A,AGAP3,MRPL12,OAZ1,CIAO1,MRPL20,RHOT2,RNF215,PIP5K1C,RHBDL1,HEXIM1,ABCA2,JUN,JUP,ABCA3,MRPL27,FAM136A,MRPL21,EIF1,CS,TBL3,QARS,EIF6,FASN,NMT1,PSMG3,HYOU1,PIGU,PIGO,MRPL38,MRPL36,ECSIT,MRPL34,BBC3,DDA1,TRMT112,SMPD4,FASTK,RPLP2,JAK2,UPF1,DUSP1,SPHK2,PGAM1,SIRT4,SLC39A13,SIRT6,MRPL48,DYNLL1,BAZ1B,MRPL46,MED26,TOMM40L,DUSP6,MRPL43,DDB1,MED23,PHF20L1,MED24,CDC42EP4,PXDN,PTRH1,DLD,VAMP2,ERGIC1,SLC29A2,LRRC14,TRUB2,STAU1,ODC1,DLST,NOC4L,CENPB,MRPL55,PSMB6,GGA1,UNK,GGA3,AP2S1,MFN2,ZSWIM6,MEF2D,MDH2,USP9X,TRAPPC10,LETM1,SPSB3,FABP3,SNX14,TAOK2,SRRD,CCDC6,TSR2,CIAPIN1,PKN1,AGRN,CRAT,YPEL3,HDDC2,MTCH2,SLC27A1,CCNT2,TMEM167B,PDCD6,ATN1,MPV17L2,FADS2,STK11,SLK,NUDT19,FBRSL1,PIM3,FADS1,PPP1R16B,SH3GLB2,SLC38A1,FBXW5,CISH,DGAT1,PPP1R16A,CNPY2,FOXP4,POLRMT,PIAS2,LENEP,CDC25B,SLC9A8,MAPKAPK2,MRTO4,FSCN1,SRSF2,SQSTM1,ARL8A,SLC27A4,ANAPC2,SRSF9,PFKFB2,RNASEH2A,PFKFB3,MAZ,ISG20L2,FOXO6,UAP1,RAP1GAP,CORO1B,SLC9A1,SOCS2,SBNO2,NDOR1,E4F1,BRIX1,ZKSCAN1,NADK,GOT1,NOP16,API5,GOT2,HPS4,EEF2,FBXO31,UCKL1,DRAP1,ZC3HC1,SH3BP5L,UQCRQ,TMEM11,STK25,ACO2,NFE2L1,SLC25A3,MCFD2,HSP90AB1,NUMA1,COX4I1,POMT1,AKAP8L,ETFA,ARRB1,MRPL4,MRPL2,CAPZB,MDK,PPP6R1,PMEPA1,ACP2,EMX1,SH2D3C,VPS37C,VPS37D,NDUFC1,VEZF1,VPS37B,DDOST,ARFGAP1,MSL1,SLC25A5,SLC25A11,SLC25A4,GAPDH,DCTPP1,PPP1R12C,ST6GALNAC6,NDUFB9,PPP1R15B,NDUFB7,CANT1,NDUFB5,NDUFB4,SRF,NDUFB3,NDUFB2,FOXK2,FURIN,SRL,GANAB,NCLN,CCDC85C,U2AF2,PHKG2,FCHO2,FEM1C,PCDH1,SLC25A23,SLC25A22,AAMP,ATP9B,SLC25A25,ATP9A,SH2B1,NDUFA9,NDUFA7,PPP1R14B,NDUFA6,TRIM41,SLC12A5,FEM1A,FEM1B,FOXJ3,NDUFA1,IMMT,RPL23A,BAIAP2,TPD52L2,HNRNPAB,CABLES2,TSPAN14,PINK1,SLC25A39,EIF3K,EIF3G,STUB1,CDR2L,P4HB,TMEM41A,PLEKHB2,ZDHHC5,KEAP1,THUMPD3,ZDHHC7,IFI30,ZDHHC3,ACTB,NUDT3,CYB5D1,NUBP2,EIF2D,PTGFRN,SNRPD3,CCNL2,ATXN7L2,CCNL1,ATXN7L3,SLC12A9,PAQR4,ECH1,ENTPD6,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,THAP4,GNPAT,SNHG12,GGNBP2,TBC1D9B,GIPR,CEND1,APH1A,APOO,LARS,RCE1,SNX6,CTSA,XBP1,INTS1,MICAL2,NTAN1,IFFO1,AIMP2,ID2,PPP1R1B,RANBP10,SDC1,CALM2,MRPS17,COX7B,MRPS16,TMEM151B,CCDC127,FAM57B,GPAA1,MRPS12,TECR,INTS10,MRPS10,WASL,COX7C,HERPUD1,MAP1LC3B,HYAL2,UIMC1,MLX,RAC3,SDF4,SSSCA1,QSOX1,CTSD,NDEL1,COX8A,CAP1,MRPS24,ATMIN,MRPS22,PABPC4,MRPS23,NCOA4,MINK1,ANO8,MRPS2,MRPS7,MRPS5,SREBF2,APRT,GAK,MRPS9,CTU1,PITPNM1,TAX1BP1,ARHGEF2,PTMA,DBN1,AHCY,MRPS35,MRPS36,MRPS33,SSNA1,DOT1L,STX18,CRIP2,MRPS30,COX5B,COX5A,RELA,GNAI2,EXOSC7,SAMM50,EXOSC4,NFIL3,CAMK2N1,GPC1,EPS15,CCT4,YIPF2,VEGFB,TMUB1,MIB2,PLEKHA6,COX6C,PEX14,YIF1B,PPP1CA,VEGFA,RGP1,PER1,NUDT8,NDUFAB1,HDGF,TACC2,PNPLA6,GRINA,CARS,SCARB1,MIDN,SYS1,PRDM4,WWC1,OGDHL,COX6A1,CELSR3,TXN2,ACTG1,NARS,FAM174B,KHSRP,CAPN2,SBF1,PCID2,ZGPAT,ADPRHL2,DNAJB12,LMTK2,SDHD,SDHA,SDHB,ATAD3A,COX6B1,ADAM15,FAM173A,EHBP1L1,PPIF,SBDS,UBE2V1,PPIA,COX19,NDRG3,PSMD11,NDUFB10,NDUFB11,NXPH3,DIABLO,COX17,SLC1A4,BHLHE22,RASGRP2,CACNA1G,TIMM50,SHARPIN,IRAK1,GRK6,TBC1D14,H1FX,CYC1,NDUFV3,NDUFV2,NDUFV1,BCL9L,UBE2F,FDPS,PRNP,PDHA1,UBE2I,HMGA1,DSTN,TIMM44,KLHL24,SSH3,SYT7,HIGD2A,IFT20,HOOK2,HOOK1,GNB2,CYCS,AMOTL2,TCF3,LSM14B,GALK1,YWHAE,PRR7,GSK3A,DDX47,PRKCSH,MAST3,MAST2,MAST1,ATP2A2,ARHGEF10L,TNFAIP1,TRIAP1,CHD2,LMNB2,PPP1R9B,TMEM222,LASP1,MYO18A,MLST8,UQCRFS1,RBM17,ARHGEF12,GLRX3,PDPK1,TTC33,DCAKD,DDX55,DDX54,SYNGR3,EPN1,NDUFS8,NDUFS7,RER1,NDUFS6,EEF1D,PPDPF,NDUFS3,NDUFS2,ATG4B,NDUFS1,RBM24,CUEDC1,OTUB1,MVK,NAA20,PARN,SLC3A2,PARL,CYTH3,DNPEP,TMEM203,MAT2A,SPOCK2,BMS1,MKNK2,TMEM208,RPP14,FBRS,PDLIM7,CYTH1,TIMM8B,ATP2B4,SOD2,USF1,GALE,PNKD,CARM1,FAM131A,RBM42,TAF6,GPD1L,RPL3,CLPB,RRP1,GPATCH4,EPRS,RPL8,PHB2,DCAF6,RRP9,ZMIZ1,MYC,RPL38,DIP2A,CDK5RAP3,IER2,VPS18,NUP210,RPL23,PRKCD,AFAP1,CD3EAP,SCRIB,SOX12,MED4,GTPBP4,WDR77,HCFC1,RNF123,CLPP,RPL26,NUP98,RPL29,VPS28,RPN1,RNPC3,HIF1A,PRDX2,PRDX5,LDHA,PPP4C,WDR70,LDHD,ST3GAL2,S100A10,RPL41,JUND,CHKA,H3F3B,IRF2BP1,IRF2BP2,TYSND1,PA2G4,NR1D1,TMEM198,TADA2B,TMEM199,EHD1,HNRNPL,FIBP,SLC6A6,GLUD1,PPP5C,MEX3A,NPLOC4,GIPC1,TOLLIP,OGDH,UNC119,GTF2IRD1,DUS1L,CPEB4,OGFR,SMG1,CDKN1B,BTG1,SPEF1,PHF1,CLTB,GPT,ING1,SMG5,TMEM189,AIFM1,MTG1,TMSB4X,GPR137,RRP12,RRP15,ZC3H10,TPI1,HSBP1,ITPK1,NUDT16L1,HADHB,NCOR2,HADHA,INF2,TET3,TKT,RNF166,TIMM13,TMEM160,TIMM10,WDR24,FAM129B,ARFRP1,USP1,SLC17A7,RPS2,CKB,RPL18,SF3A3,SF3A2,NR1H2,GATC,DEF8,SCAF1,PHF5A,NUCB1,FAM49B,TOR2A,RAB3A,CHPF,BZW2,TM7SF2,EDC4,ABHD11,CFL1,MAF1,TMSB10,PLEKHJ1,SLC39A3,SEMA6B,RNF44,MAP2K1,MAP2K2,USP5,RPS7,TPM3,RALGAPA1,GTF3A,RNF40,THOC6,CTDNEP1,CACNB4,RAB34,RAB35,PGP,SNRPE,ADNP,XIST,CSNK1G2,SNRPA,FKBP2,SEMA7A,DNMT1,CUL7,CD151,RAB5C,ABHD2,AK1,ABHD8,UBR4,SLC38A10,KLC1,NEUROD2,SCRT2,STIP1,NACC1,PSAP,DVL1,BTBD2,SRGAP3,MCL1,WDTC1,ESRRA,ANKRD34A,AKIRIN1,ANKRD24,POLR3GL,SEC16A,TRAPPC4,TMEM132A,OSBPL2,TOR1B,LSM4,ZZEF1,CDK9,NSFL1C,CNOT6,COPS5,LRFN4,CDK5,CNOT3,SPIRE2,PLEKHM2,PLXNB2,GPR107,NF2,SERINC2,CNIH4,SERINC5,BCL2L1,EIF4G1,SLC48A1,ZC3H4,DUSP12,SART1,LBH,SNRNP70,OPA3,RNPEP,IDH3B,SLC37A4,IDH3A,PLEKHG2,GPX1,GPX4,YDJC,BET1L,NIPSNAP1,PTP4A2,TRAF7,PTP4A3,TRAF4,CTDSP2,POLR1B,DNAJC5,SMARCD2,TSSC4,WBP2,HDAC1,RAB1B,PDHB,SEMA3F,DNAJB2,DNAJB1,FZR1,ABLIM3,POLR2C,CSK,SNRPB2,CCDC71,POLR2L,SPAG9,SEMA4A,SLC35A4,SPAG7,KCNJ11,SMOX,SEMA4B,SEMA4C,ADRM1,FBXL16,BCKDK,DNAJA1,CUL4A,PFKL,KLF6,RAB15,IMPDH1,DNAJA3,IMPDH2,MGAT4B,PFKM,POLR3K,PFKP,TPT1,PANK4,SLC35B2,VEZT,TMEM183A,ZMYND8,HDAC11,CISD1,GBA2,GOLGA2,GOLGA3,FRAT2,FLAD1,FTH1,MAGOH,LONP1,LONP2,ARL6IP4,ZFPL1,SEPHS2,TBC1D10A,SOX4,PDHX,SRRM3,SLC11A2,MRPS18B,MTUS1,MRPS18A,ACSL3,JMJD8,MAPK8IP3,AFG3L2,POR,GRWD1,RRAGD,VDAC3,SIK3,VDAC2,VDAC1,SUCLG1,HECA,SIK1,AURKAIP1,PFN1,TMEM161B,IGSF3,MAGED1,TWF2,DCUN1D2,CD99L2,TRMT2A,RPAP3,MYL12B,PTDSS1,SCAP,TNRC18,VASP,NUS1,TRAP1,PYCR2,UBAC1,MANF,RPS25,RNPS1,RPS21,C2CD2L,BAP1,ITM2C,DAZAP1,GDI2,PRPF19,CX3CL1,COIL,DLAT,UBXN6,RAB8A,PSD,TOP3B,ATP6V0B,ZER1,NME3,RHOF,CBFA2T2,ITFG2,RHOB,MLF2,VAV2,FRG1,RHOV,ALDOA,SGK1,KPTN,MAPRE1,ATP6V0C,CSTB,DTYMK,TOMM40,SLC20A1,UQCR11,UQCR10,GDPD5,AKAP1,NT5C,RBM15B,CHRAC1,DCPS,METTL9,RANBP1,PTGES2,NFYC,KBTBD4,RSL1D1,STAC2,CAPZA2,KBTBD2,CTNNB1,MEGF8,KBTBD7,TOMM5,NDUFA12,NDUFA10,CIB2,CWC25,TOMM22,CHCHD4,TATDN1,CHCHD3,FAM162A,ARHGDIA,HCFC1R1,NOM1,PHYH,RALBP1,SPNS2,TSC2,KCTD2,ATP1B1,KCTD5,TUFM,DPM2,DPM3,TMEM136,ILVBL,HGS,CHMP4B,DAP3,RPS19BP1,PXN,EFNA4,ARHGAP12,EMG1,DPP8,TMEM127,ZMAT5,CASKIN1,EP400,MARK2,BPTF,HSPA9,HSPA8,ACBD4,CBX4,CPSF1,CPSF3,IDH2,DNAJC11,ASPSCR1,BFAR,COQ9,COQ7,DNAJC17,COQ5,NFKBIA,ARHGAP32,EFNA3,EFNA2,TMEM115,BRWD1,SAE1,GRSF1,LRP10,ZSCAN2,USP35,USP36,ACADVL,KDM5C,THRA,ELAVL3,MFSD1,PDE4A,TMEM109,SCYL1,POLG,KDM6B,USP42,H2AFX,IQCE,RNF208,KLF16,DNM2,AKT1S1,DNLZ,ITGB1BP1,HAGH,PFDN4,B4GALT7,B4GALT5,KDM3B,POLDIP2,ETFDH,MTIF2,ATP1A1,TOB1,USP19,TBRG4,HSPD1,RMND5B,MAPK9,FAM168B,GNA11,FAM120A,ABCF2,CAMK2G,WTAP,BAD,HAGHL,PDE4DIP,USP28,HSPE1,SLC4A8,NEURL4,RPS6KB2,SSBP4"
+"gene_set_query"	"219"	"ZNF326"	"291.7"	"ARCHS4 Coexpression,283;Enrichr Queries,10;GTEx Coexpression,582"	"GMFB,TFRC,HNRNPU,STMN4,HNRNPR,SMC3,EPRS,NDST1,LSM12,CAPNS1,DPYSL5,DPYSL2,MYC,STMN1,PIP4K2A,LUC7L,AKT1,AP1S1,RPL37,DIP2B,PRKACA,DDX17,WSB1,DAPK3,CD3EAP,FRS2,DICER1,GTPBP4,FAM133B,DYNC1LI2,ASPHD1,EWSR1,FEZ1,RUFY3,RUFY2,DDIT4,FAR1,PRR18,FLII,RPN1,SLAIN1,OAZ1,MTDH,HSPH1,PIP5K1C,LHPP,ABCA2,PRPF38B,CDK19,JUN,PHC2,CADM4,PRRC2C,UPF3A,CDC7,HNRNPL,EHD1,HNRNPM,RNF103,HNRNPK,EIF5,EIF6,FASN,HNRNPF,GIPC1,HNRNPD,OGDH,HNRNPC,EZH2,ARF3,OGFR,PIGU,CLTC,CLTB,SMG5,MRPL42,NIPBL,UBL3,TRIM2,FASTK,ANXA6,CIC,ENOPH1,RRP15,UPF1,SHPRH,NIPA1,ELOVL6,SIRT2,GNL3,BACE1,RNF167,ZEB2,TUBB2A,TMEM33,MTF2,PXDN,RAPGEF1,DSCAML1,ERGIC1,GRN,CLDND1,CENPB,FAM129B,BCLAF1,CLPTM1,FLNA,SRSF10,SF3B1,YKT6,SRSF11,NKTR,KIDINS220,YLPM1,SCAF1,KTN1,NFIB,SERBP1,TAOK2,ZYX,NUCB1,PKN1,MTCH1,CCNT2,FMR1,PPP1CB,SMCHD1,FNTA,LAMP1,CFL1,KPNA2,AP2M1,GTF2I,FBXW4,FBXW5,MAP2K2,USP5,RALGAPA1,PRPF4B,THOC2,THOC5,ILF2,MSH6,CTDNEP1,CLIP2,MORF4L1,ILF3,DMTF1,NCL,RAB35,MAPKAPK2,SRSF2,SRSF3,PKP4,PHIP,STAMBP,SRSF5,ADNP,SNRPF,SRSF6,SRSF7,KPNB1,CSNK1G2,ANAPC2,KHDRBS1,CD151,RAB5C,TNKS,SLC38A10,LIN7C,CORO1B,HSP90B1,SBNO2,PITRM1,TPR,G3BP1,DVL1,BTBD2,NACC1,PSAP,G3BP2,SLC38A2,ZKSCAN1,NADK,WDTC1,ESRRA,OSBPL8,TIA1,FUS,MARCH6,PTPRD,DRAP1,SON,SH3BP5L,PLEKHM2,PLXNB2,NACAD,MDM4,OGT,NOP10,EIF4G2,NFE2L1,HSP90AB1,WDR1,CELF2,PTBP1,FSD1L,CAPZB,PPP6R1,PHACTR3,TNPO1,DGCR2,EIF5B,HSP90AA1,PPP1R12A,DST,SECISBP2L,LANCL1,ATRX,SMC1A,PTBP2,PTP4A2,TRAF7,CTDSP2,POLR1B,DNAJC5,TOP1,PPP1R12C,NFAT5,HDAC2,SMARCD2,CANT1,RAB1B,SRSF1,TULP4,FURIN,STOX2,GANAB,RBBP4,FIP1L1,POLR2A,U2AF2,CDC37L1,EIF4H,RBBP6,CSK,HNRNPA1,EIF4E,HNRNPA0,SPAG9,NOP56,MARCKSL1,NOP58,HNRNPA3,TRIM41,SSB,MBOAT7,DDHD2,CDC5L,PTPN11,HNRNPAB,TPD52L2,DNAJA1,MYO1B,KLF6,PFKL,PSAT1,IMPDH1,MGAT4B,P4HB,TRIM33,TCERG1,ZMYND8,ZDHHC5,CISD2,JMJD1C,LDLRAD3,ACTB,CCAR1,TIAL1,PNN,SNRPD1,CHORDC1,BSG,SEC62,GOLGA7,ATXN7L3,TMPO,SRRM2,KCNK10,PAQR4,SCAF11,ACTN1,MTUS1,CIRBP,AP1B1,MOGS,SRRM1,XRN2,AKAP9,EZR,PFN1,LLGL1,MACF1,TBC1D9B,TMEM63B,DHX9,CSTF3,TWF2,PIK3R1,TMTC4,NKAIN2,FXR1,APH1A,CHTF8,PCBP2,MAP4,ARGLU1,RAB11FIP4,GPM6B,VASP,ZRANB2,TMEM184B,INTS1,SURF4,SMARCA5,PUM1,WNK1,FUBP1,ID2,ANP32E,RPS24,ITM2C,DDR1,TOP2B,AHCTF1,MRPS12,AP2A1,AKAP12,SYNCRIP,XPO1,CHMP1A,DHX15,SDF4,RAC1,PBRM1,TMED9,ZER1,PARP1,GAA,ZFR,MINK1,CACYBP,PRPF40A,MRPS7,ENAH,PACS2,SLTM,PITPNM1,HNRNPH1,HNRNPH3,PABPC1,ARHGEF2,ATP6V0C,NAPA,TRAK2,GNAI2,MGAT1,MAP4K5,MAP4K4,RANBP2,NPM1,MYEF2,PLEKHA5,PRPF39,ZDHHC9,HNRNPA2B1,CTNNB1,PNPLA6,TARDBP,GRINA,SH3GL3,POGK,ARID4B,NUCKS1,PAIP2B,BASP1,KIF5B,KHSRP,ARHGDIA,ARID2,SBF1,ANGEL2,APLP1,ADAM15,PSPC1,TBL1XR1,EHBP1L1,CHMP4B,MATR3,PPIG,DDX6,DDX5,CTTNBP2,YTHDC1,PXN,HTRA2,TOR1AIP2,PDS5B,DTX4,RTN4,ARHGAP12,ARHGAP21,FUT8,IRAK1,TMEM128,GRK6,MYH10,MARK2,BPTF,HSPA9,IVNS1ABP,HSPA8,PRNP,CPSF6,CBX5,HSPA5,HSPA4,NONO,QDPR,DLG1,HOOK2,NASP,HOOK1,CAPRIN1,GNB2,CNTN2,LRP10,RBM28,RBM25,ACADVL,RBM26,DDX3X,DDX46,PRKCSH,CHD6,ATP2A2,PSIP1,CHD4,HMGB1,YBX1,CHD2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,SCYL1,USP46,MAPK1IP1L,SUN2,RBM14,H2AFY,PDPK1,ARHGEF18,ARID1A,SAFB,YWHAZ,SEPT2,KLF16,DNM2,LMBRD1,SFPQ,THRAP3,LUC7L3,LUC7L2,SFSWAP,DDX21,CLCN3,USP19,AGPAT4,HSPD1,DNPEP,GNG5,MAT2A,TRA2B,TRA2A,RALY,FBRS,RBM39,RRM2,TAF15,NAP1L1,DEK,UFM1,FMNL2,ACIN1,NAA15,VIM,SUGT1,RBMX,RAN"
+"gene_set_query"	"220"	"BAZ2B"	"293.3"	"ARCHS4 Coexpression,616;Enrichr Queries,106;GTEx Coexpression,158"	"POP7,TRIO,MYT1L,IFT172,POP4,HNRNPU,EPRS,FNBP1L,RPL8,PHB2,RRP9,PSMD9,CAPNS1,ZMIZ1,DPYSL2,GPBP1,PSMD3,LUC7L,DIP2A,DDX17,MEF2C,WSB1,REV1,RFX3,CD3EAP,SOX11,DICER1,SND1,EML5,DAAM1,IFT81,ZC3H11A,PSME3,CLPP,RUFY3,DDIT4,RUFY2,RPL27,RPL29,SHMT2,FLII,RPN1,RNPC3,MRPL12,MRPL13,HIF1A,MRPL11,MRPL20,LDHA,BTF3,CREBBP,JUN,CDK19,FZD3,PRPF38A,PHC1,PRRC2C,UPF3A,BBIP1,SNF8,PA2G4,PBX1,PRRC2A,MLLT11,HNRNPL,PPP5C,HNRNPF,HBP1,CDK13,FARSA,CPEB4,PHF3,SETD5,PHF2,SETD2,SMG1,PIGU,WDR48,BTG1,MRPL37,SMG5,PCMTD2,NIPBL,MED13,TUBA1A,MED10,TRIM2,JARID2,PCMTD1,BRD2,UPF1,SHPRH,GSTO1,IFT140,LRRC49,TCF12,TET2,NUTF2,ASH1L,MED27,DUSP6,MED23,MRPL52,PSMA5,ZEB2,NCOR1,PSMA1,PXDN,RAPGEF2,SF3B4,SF3B5,RPL12,TIMM10,CENPB,PSMB6,PSMB7,PSMB4,BCLAF1,PSMB2,LMAN2,AP2S1,RRP36,RICTOR,ZSWIM5,SF3B1,YKT6,SRSF11,NKTR,RIC3,KIDINS220,MBD1,HIPK1,KTN1,NFIA,ABI2,NFIB,TAOK1,NUCB1,FRYL,CCNT2,ATP8A1,FRY,IPO4,CFL1,ZNF326,SLC39A7,AP2M1,TLE4,USP5,RALGAPA1,ANKRD44,MAGI2,THOC1,FRMD4A,FRMD4B,FOXP1,ARMCX4,DMTF1,MRTO4,RAB35,NHP2,PHIP,SRSF5,SNRPA,SNRPB,LRRC59,RAB5C,ANKRD12,MAZ,ITPR1,PHB,PHF21A,CORO1B,ORC4,STIP1,STK36,TPR,NACC1,SAFB2,SLC38A2,ZKSCAN1,OSBPL8,TIA1,NOP16,PTPRD,NBEA,DMXL2,NF1,OGT,EIF4G1,NUMA1,WDR1,CELF2,CEP164,PTEN,SYNE2,MRPL4,DUSP12,SART1,CAPZB,SNRNP70,PSD3,WDR5,WDR6,EIF5A,PPP1R12A,DST,ATRX,GIGYF1,TRAF7,CTDSP2,BIRC6,DCTPP1,RNFT2,NFAT5,WBP1,ROCK1,ROCK2,HDAC1,RAB1B,LENG8,HDAC6,SLC25A27,ABLIM1,GANAB,U2AF2,POLR2E,EIF4H,VPS54,ATP9B,POLR2L,GADD45GIP1,SPAG9,HNRNPA3,PPP1R14B,ADRM1,DDHD1,CDC42BPA,OXR1,HNRNPAB,TPD52L2,MARCKS,NIN,KLF6,APC,MGAT4B,EIF3G,P4HB,TRIM33,TNRC6A,EIF3B,APP,VARS,ZMYND8,ZDHHC5,JMJD1C,CBLB,GOLGA4,HERC1,TRIM28,BSG,KIF21A,SOX4,SRRM2,EPHA4,SRRM4,SMARCC2,IMP3,SCAF11,ARRDC3,CIRBP,MTUS1,MOGS,ANK3,SRRM1,AKAP9,HECA,PFN1,MACF1,DCUN1D5,MYCBP2,PIK3R1,MBTD1,APH1A,PCBP1,HIVEP2,ARGLU1,RABGAP1L,ZRANB2,BCL11A,INTS3,BSDC1,MYO5A,SMARCA2,MED13L,CCDC88A,STAG2,WNK1,GOLGB1,CALR,ITM2C,DAZAP1,CSRNP3,MRPS12,CCDC124,SIPA1L2,PRPF19,EPM2AIP1,ZMYM2,REV3L,SDF4,SSSCA1,KIF1B,NCOA1,CCT3,PARP6,NCOA2,TMED9,TSC22D1,NME2,ZDHHC17,NME1,ARHGEF9,MPPED2,FAM32A,NCOA7,HNRNPH3,SGK1,TOMM40,AHCY,STX16,SATB1,NEDD8,CUX1,PES1,CCT7,PAK3,APBB3,MAP4K4,PLEKHA5,RSRC2,SORBS2,CCNG2,NEDD4,HNRNPA2B1,TTC3,TRIP12,HDGF,TOMM5,ARID4A,ARID4B,CYP46A1,UBE2Z,TOMM22,IGF1R,PPIP5K2,ARHGDIA,POGZ,EP300,ARID2,TSC2,TSC1,ATAD3A,TANC2,MAU2,PRPF3,WDFY3,PSMD13,YTHDC1,ARHGAP21,EMG1,IRAK1,EP400,BPTF,IVNS1ABP,OST4,PRNP,CPSF6,AUTS2,KLHL24,CLK1,PAN2,PAN3,EFNA2,APPBP2,HOOK2,HOOK1,GNB2,BRWD1,FGF13,CREBZF,RERE,KDM5B,RBM25,RBM26,DOCK9,PRKCSH,USP33,USP34,CHD6,ELAVL4,CHD2,PPP1R9A,AFF4,LMNB2,SENP6,SENP7,SEC61A1,TMEM223,RB1CC1,TIMM17A,LRRFIP1,RBM5,PDPK1,PDE4D,DDX54,NAV2,ARID1A,ARID1B,VCAN,CREB1,SETBP1,RER1,AKT1S1,LUC7L3,STOML2,POMP,RBM4B,ASAP1,PABPN1,TMEM203,TRA2A,ROMO1,MTA2,CLASP2,TTC14,ATF7IP,RBM39,NAA10,ZFC3H1,ATP2B1,MEIS2,SLC4A7,MAPK10,IRGQ,SSBP1,VIM"
+"gene_set_query"	"221"	"ZBTB40"	"294.0"	"ARCHS4 Coexpression,601;Enrichr Queries,228;GTEx Coexpression,53"	"TRIO,TRRAP,HNRNPU,DCAF8,EPRS,BACH2,GCSH,PCMT1,NUB1,ZMIZ1,DPYSL2,MYC,ZMIZ2,AKT1,VPS39,FNBP4,DDX17,GABARAPL2,WSB1,WSB2,NUP210,CD3EAP,WDR73,HCFC1,WDR81,WDR82,ZC3H11A,DDIT4,PRR12,SF1,POM121,TTYH3,NEDD4L,BAZ2A,AAAS,FAM160B2,PPP3R1,HSPH1,BLOC1S2,VPS11,PLCG1,S100A10,CREBBP,PRPF38B,JUN,CHKB,CADM1,CADM2,MRPL28,PRRC2C,IRF2BP2,PBX2,PHC3,PRRC2B,PRRC2A,HNRNPL,NPLOC4,FASN,HYOU1,CDK13,CPEB4,WDR47,PIGU,SMG1,BTG1,TCF20,MED15,SMG5,PIGX,IKBKB,RNF157,MED12,JARID2,CIC,ENOPH1,UPF1,SLC39A11,ASH1L,DUSP6,MED23,NCOR2,TMEFF1,MED22,SLC7A5,SLC7A6,TUBB2A,CINP,PXDN,RAPGEF1,WDR26,STAU2,GGA2,UNK,GGA3,SNX27,NSD1,ANKRD52,DTD1,SF3B1,MEF2D,SRSF10,SRSF11,NKTR,SF3A1,TRAPPC10,SYVN1,HIPK1,WDR11,NFIA,NFIB,SERBP1,TAOK2,PKN1,FRYL,HDDC2,DGKD,UBP1,POFUT2,IPO8,ADORA1,TXNL4A,FADS1,TLE3,RNF44,ANKRD49,MAGI3,PRPF4B,ATP11B,FBXW2,RBX1,FOXP1,ATXN2L,ILF3,TXLNA,ANAPC4,ANAPC5,SRSF6,SNRNP200,CSNK1G2,FKBP5,GLYR1,ANAPC2,CUL9,INO80E,DNMT1,PFKFB3,UBR4,ITPR1,SLC38A10,FBXO45,HSPBP1,PHF21A,SLC9A1,STIP1,SNN,BAG4,SBNO2,PITRM1,NACC1,UBR5,PLXNA2,ANKRD10,DVL3,PLXNA1,SLC38A2,MCL1,WDTC1,NEK9,TIA1,ATP8B2,FUS,UROS,SEC16A,EEF2,ZZEF1,SON,GON4L,CDK5,CNOT1,MDM4,LZTR1,LRCH4,OGT,RAB5A,DIDO1,NUMA1,SYNE2,DUSP12,PPP6R1,SNRNP70,PPP6R3,UBTF,WDR6,BCAS2,REXO1,DST,VBP1,VPS13A,DDOST,GIGYF1,PTP4A3,NSMCE4A,DNAJC7,CTDSP2,POLR1B,BIRC6,EVL,AHDC1,GTF3C1,SMARCD1,NFAT5,UHRF2,CXXC1,LENG8,FOXK1,FURIN,LRP6,MLLT6,HDAC7,DCAF15,ABLIM1,U2AF2,POLR2F,FEM1C,CSK,EIF4E,UGGT1,EIF4B,MLXIP,PTPN1,NDUFA4,MTOR,ASXL1,MCM3AP,MYO1B,TSPAN14,KLF6,SEC24C,TNRC6A,ZMYND8,THUMPD1,NUDT3,PNN,KIF21A,CCNL2,KIF21B,ATXN7L3,SOX4,SRRM2,ACTN1,METTL3,CIRBP,CSNK1D,MOGS,MAPK8IP3,EZR,MACF1,DHX8,PIK3R1,APOO,MICAL1,ERI3,DHX38,GSE1,SYMPK,TNRC18,ARGLU1,ATP6V0A1,BANP,INTS1,INTS3,MED13L,WNK1,GOLGB1,FUBP1,CCDC88C,RGL2,SUGP2,ITM2C,NRP1,CITED2,SLC44A2,OLA1,ZCCHC17,SIPA1L2,PTPRF,MAP1LC3B,ZMYM6,KIF1B,TMED4,NCOA1,ITFG2,GAK,HNRNPH1,FAM193B,ARHGEF1,ARHGEF2,SGK1,AKAP8,ARNTL,PPP2CA,RXRB,HIRA,NFIL3,CUX1,PDZD11,MAP4K4,ARNT2,MAP3K3,CRIPT,HUWE1,MYO9B,VEGFA,ESYT2,TRIP12,PRDM2,PHRF1,IGF1R,POGZ,EP300,SBF1,KDM2A,RSBN1,HNRNPUL1,GPD2,EHBP1L1,SPNS1,DDX5,CLEC16A,RASGRP2,SUPT6H,NDRG1,PRPF8,GRK6,CAMTA1,DMAP1,ATP6V1F,BCL9L,HSPA8,PRNP,CPSF7,SMAD4,CPSF1,NONO,CRIM1,NUP153,ANKHD1,CLK2,PAN2,EFNA2,HOOK2,HOOK1,SKIV2L,CLASRP,BRWD1,UBE2M,YWHAE,CREBZF,MUS81,RERE,KDM5B,RBM25,KDM5C,LDB1,DOCK9,PRKCSH,CHD8,DDX42,CHD6,DBI,CHD4,ADAR,CHD3,CHD2,CABIN1,PPP1R9B,MFSD8,SPRED2,SEPT9,GATAD1,PDE4A,MAN2C1,RBM5,RBM6,RBM33,USP46,KDM6B,SUN2,KLF13,PDPK1,ARHGEF18,RNF208,NAV1,NAV2,ARID1A,ARID1B,DNM2,SFPQ,IRF3,TMEM214,PFDN1,PFDN2,NAT8L,KDM3B,POMP,DDX23,AGPAT3,USP19,NXF1,DNPEP,TAF1C,MKNK2,MTA2,CAMK2G,FBRS,CYTH1,SPEN,USP24,RBM39,ATP13A1,TAF13,ZFC3H1,ATP2B4,PDE4DIP,CLCN7,NEURL4,PPP2R2C,ACIN1,QRICH1,RBMX,TAF1"
+"gene_set_query"	"222"	"CREB3"	"294.5"	"ARCHS4 Coexpression,143;Enrichr Queries,356;ReMap ChIP-seq,228;GTEx Coexpression,451"	"VPS29,POP7,TESK1,THYN1,HNRNPU,GHITM,EPRS,LSM10,PSMD8,CNST,ZFYVE27,ALCAM,TFG,PSMD4,ZMIZ1,DPYSL2,MYC,PSMD2,CDK20,FDXR,RPL37,VPS36,IER5,IER2,TMEM8B,DDX17,GABARAPL1,IAH1,NUP210,DAPK1,ARMC9,WDR74,MED8,RFX3,CD3EAP,RFX1,GAPVD1,GTPBP2,PRKAB1,SCAMP3,HCFC1,EID1,MYL6,IFT81,DDIT3,DDIT4,ORAI2,UQCRC1,RBCK1,VPS25,PI4K2A,ATF4,MEG3,SET,NPRL2,MEPCE,NPRL3,RPN1,ABCB8,AGAP3,PLA2G6,HIF1A,GABARAP,ANAPC11,LDHA,PRDX5,PPP4C,PRDX4,RNF216,PRKAR2B,ST3GAL5,RDH13,PIP5K1C,NRBF2,ST3GAL2,SERF2,ZSCAN18,S100A10,JUN,PRELID1,WDR59,JUND,JUP,H3F3B,PLK2,MRPL27,IRF2BP2,MAD2L1BP,MTHFR,PBX2,MRPL28,CDC7,UPF3A,NETO2,NR1D1,MRPL24,MRPL21,EIF1,CS,EHD1,HNRNPL,SLC6A6,EIF5,EIF6,HNRNPF,HYOU1,DZIP1,ITPA,CPEB4,ARF4,GMEB1,SMG1,ARF1,BTG1,PHF1,RPLP1,RPLP0,ARPC1A,CLTB,CLTA,ASH2L,WDR46,BBC3,PIGX,PQBP1,RNF157,TMEM189,TRMT112,ATIC,MRPL40,TUBA1A,TMSB4X,FASTK,MED10,ENSA,TIMP2,ANXA6,GPR137,TK2,SH3BGRL3,PLEKHN1,RRP12,NUDC,TPI1,SSR4,DUSP1,ELOVL5,GSTO1,PGAM1,SSR2,TET2,SLC39A13,NUTF2,MRPL48,WDR34,DYNLL1,DUSP6,COPZ1,DDB1,MRPL52,PSMA5,PSMA6,MED25,TUBB2A,PTRH2,TET3,MED20,PXDN,CDC42EP2,PLEKHO1,ARF6,TRUB2,GRN,WDR26,ELOF1,SRRT,TIMM13,PSMA7,MRPL54,FAM129B,MRPL55,PSMB6,PSMB7,BCLAF1,UNK,PSMB5,PSMB3,NSD1,ASNA1,LMAN2,PSMB1,AP2S1,ANKRD54,ANO10,FLNA,ANKRD52,CKB,RABAC1,BID,RNF130,JAM3,SRSF12,SF3A3,MBD6,RIOK3,STAT2,TRMT1,GTF2H1,BYSL,AGBL5,TM9SF1,SNX19,RYBP,PSMC3,PSMC4,PSMC2,ZYX,NUCB1,PLP2,PKN1,FAM49A,FAM49B,MTCH1,MTCH2,ATP8A2,TUSC2,CASC4,MSI1,STK19,PARK7,CASC3,CLU,HDDC3,FADS2,LAPTM4A,UROD,SCMH1,CFL1,SLC39A7,HMGN2,TMSB10,FADS1,SLC39A3,RPS9,SLC38A1,CISH,TPM4,USP4,TPM1,SARS,CNPY2,LARP4B,ZBTB33,FTSJ1,MORF4L1,ACAP2,RAB31,DMWD,DGKQ,MORF4L2,RAB34,FSCN1,NHP2,TNIK,PHPT1,SQSTM1,ARL8A,NSMAF,SLC27A4,LY6E,SNRPB,PFKFB2,RNASEH2C,LRRC59,FKBP2,CD151,CCDC24,PEF1,INSIG1,ABHD2,AK1,HSPBP1,RAP1GAP,GTF2E2,HSP90B1,SOCS2,SBNO1,SCRT2,BTBD2,NACC1,PSAP,UBR5,ZKSCAN3,PLXNA2,SRGAP3,MCL1,ZBTB17,ANKRD34A,TRAPPC3,AKIRIN1,RAB4A,POLR3GL,LSM4,FBXO31,LSM2,REEP1,DRAP1,LRCH2,COPS6,CDK5,UQCRQ,TMEM11,RHEB,TADA3,NFE2L3,RNF181,COPS8,TMEM19,RAB5A,BCL2L2,NOP10,BCL2L1,RNF187,ALAS1,RNF14,ZC3H4,ZC3H3,COX4I1,BICD2,PTBP1,DUSP12,SNAP29,UNC45A,ACTR2,HSP90AA1,GPX1,GPX4,LIX1L,NDUFC2,ARFGAP3,YDJC,DDOST,MSL1,PTP4A2,PTP4A3,ASPH,TRAF4,DNAJC6,DAD1,CTDSP2,POLR1B,TMBIM6,PPP1R12C,DCTPP1,GAPDH,SEC22C,PPP1R15A,NFAT5,LEPROT,NDUFB8,TSSC4,WBP2,PRCC,FURIN,MFF,SRL,DPCD,LAGE3,HSD17B10,HDAC6,ZNRF1,PARD6A,PUF60,HECTD3,SH3BP2,VPS52,DNAJB9,RAB28,LRRC8B,HNRNPA1,SLC25A25,EIF4B,POLR2L,MLXIP,PTPN1,SEMA4A,PPIL1,HNRNPA3,TRIM41,MID1IP1,SEMA4B,ADRM1,IMMT,CDC42BPA,ATOX1,TSPAN14,KLF6,NAGK,RAB14,VAPA,EIF3I,ST7,POLR3E,P4HB,PANK4,APP,IFITM2,AHCYL1,CPNE5,ZMYND8,SLC35B1,THUMPD3,PPP2R2A,THUMPD1,GBA2,ACTB,NUDT4,NUBP2,RASSF1,GOLGA5,RUSC2,HERC1,RPS18,PPP2R1A,FTH1,HABP4,ARL6IP4,CCDC92,CCNL1,ATP6V1E1,SEPHS2,PELO,SRRM2,ST6GAL1,ATP6V1G1,ARL15,ACTN1,SLC11A2,NSMCE1,PTOV1,CIRBP,CSNK1D,ACTN4,COX7A2L,THAP7,SUB1,CRYZL1,VDAC2,HECA,KDELR2,EZR,ATP6V0D1,AURKAIP1,OBSL1,EIF1B,CUTA,GCDH,ANP32A,SLC45A1,SDC3,TRANK1,SUPT4H1,PTTG1IP,APH1A,PTDSS2,SNX1,SCFD1,SEC14L1,DHX35,PCBP1,ERI3,DYM,RAB11FIP3,RALGDS,N4BP1,B4GALNT4,CTSA,BBS1,SNHG1,STK11IP,RCC2,SURF4,PYCR2,ERAL1,PUM1,UBAC1,GADD45G,MANF,AIMP2,WNK1,ID2,CDC16,CALU,SDC1,NDUFAF3,MAGED2,FBXL2,ANP32B,CALR,C2CD2L,AARS,ITM2C,DDR1,CITED2,GRIK5,CETN2,CTSZ,MRPS12,SRA1,SLC7A11,BMI1,HERPUD1,MAP1LC3B,ACTR1B,XPO1,CTSL,GLIPR2,HYAL2,ENC1,TMED2,TMED1,SEC61B,NANS,CTSD,CTSB,CCDC112,CAP1,VKORC1,CBR1,TMED9,ATP6V0B,MRPS26,SEC13,PCYT1A,ATMIN,TSC22D1,MRPS24,MRPS2,TFB2M,RHOF,MRPS7,MRPS6,MLF2,RHOB,COMMD5,NME7,FAM20B,UFC1,MAPRE3,TAX1BP3,ALDOA,SGK1,STK40,MAGEH1,CSTB,INPP1,CCDC107,UQCR11,GDPD5,CAMKK1,RELA,TYMP,RXRB,CST3,AMN1,NFIL3,TCEAL3,NT5M,BCAP31,MYEF2,RANBP3,SORT1,YIPF3,YIPF5,TMUB1,AP2B1,VEGFA,PPP1CA,RGP1,XPOT,R3HCC1,TCEA2,HDGF,ESYT2,CAMK1,TOMM5,GRINA,OTUD5,SCARB1,NARF,NDUFA11,CD81,MRFAP1,SRP14,COX6A1,ACRBP,CNDP2,ACTG1,CHCHD2,TMEM147,FAM174B,ARHGDIA,POGZ,KIF5A,CAPN2,FAM3A,EP300,TRAPPC2L,ATP1B1,ADAM19,TMEM135,TMX2,SPECC1L,DNAJB11,PPIB,FAM92A,VCP,TSG101,RPS19BP1,PSMD13,DDX1,COX7A2,NDRG1,RTN4,PLD3,SDCBP,MAN2A2,VARS2,TBC1D17,NDUFV2,ATP6V1D,ATP6V1F,HSPA8,PRNP,KLHDC4,ZFHX2,CBX5,HSPA5,RHBDD2,IDH1,HMGA1,IFT122,DSTN,NUP153,TBCB,MANBAL,DNAJC18,PAN2,NFKBIA,EFNA2,TMEM115,HOOK2,CCPG1,ATG16L1,HOOK1,OSTC,PI4KA,CNTN1,IFT27,SKIV2L,SAE1,FGF13,LRP10,COPE,GALK1,DYRK3,GSK3A,ACADVL,PRKCSH,CBY1,ILK,CHD4,MEA1,SOBP,USE1,SEC61A1,LASP1,EEF2K,ABHD16A,ALDH2,SNAPC2,BCL7B,NUP62,FLOT1,TIMM17A,DACT3,CASP2,MFSD1,TIMM17B,IFT57,YWHAG,SCYL1,JAGN1,H2AFY,GLRX3,PDPK1,BUD31,H2AFX,ATP6AP2,IQCE,PPP2R5C,SYNGR3,ARID1A,PJA2,CKAP4,CREB3,SFPQ,ELF2,FCHSD2,NDUFS8,TMEM214,RER1,DDAH2,GORASP2,AKT1S1,LUC7L3,NAA38,TMEM9,SHANK1,CHMP5,STOML2,KDM3B,DDX24,DCTN2,DCTN4,GOSR2,DCTN3,POMP,WIZ,SLC3A2,RSPH9,RNF7,AGPAT1,AGPAT3,DNPEP,TNKS2,MAT2A,GNG5,RPS6KC1,TMEM205,GNA12,MKNK2,PDE6D,TMEM208,ROMO1,SPEN,USP24,USP20,USP21,BAD,PRAF2,CLCN6,GALE,PPP2R2D,CDK2AP2,BAX,ACIN1,ATP13A3,VIM,SSBP2,CLUAP1,RAN,SSBP4"
+"gene_set_query"	"223"	"MYC"	"294.7"	"Literature ChIP-seq,2;ARCHS4 Coexpression,612;ENCODE ChIP-seq,2;Enrichr Queries,545;ReMap ChIP-seq,7;GTEx Coexpression,600"	"NUP107,TFRC,IFT172,ALKBH8,ALKBH3,FAM110A,CAPNS1,ALKBH1,FGFR1OP2,GPBP1,ANKFY1,FNBP4,PRKAB2,SAP30BP,PRKAB1,BCR,LARS2,EWSR1,DDIT3,ZC3H11A,DDIT4,UNC50,JTB,PLBD2,SF1,SLBP,UNC119B,SET,SAR1A,SHMT2,SAR1B,NPRL2,MEPCE,NPRL3,PRPSAP1,PRPSAP2,LARP1,RDH11,RDH13,ATRIP,HEXIM1,JAG2,JUN,CREBBP,PRPF38B,PRPF38A,JUP,NCAPH2,EIF2AK1,LARP4,BTBD10,LAS1L,SFXN3,NMT1,NMT2,HYOU1,FXYD6,SFXN1,DZIP3,PRKAG1,SNX12,SNX10,SNX11,SHB,BBC3,JAK2,APC2,DUSP1,IFT140,GSTO1,TEX10,DUSP6,TOMM40L,DUSP7,TMEFF1,PLSCR3,PTRH2,PTRH1,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB1,TRUB2,GSTP1,URM1,SDAD1,FAM117B,ADAM23,STX6,STX2,BID,MBD3,ATAD1,EGLN2,MBD6,MCRS1,TARBP2,ARCN1,SKI,SNX19,MYBBP1A,CCDC9,SNX17,APEX1,SHKBP1,SNX14,CCDC6,PKN1,CIAPIN1,AGRN,GZF1,MTCH1,MTCH2,RASL11B,TMEM167B,PDCD6,FBXO28,PDCD5,FBXO25,APEH,FBXO21,FBXO22,FADS3,FADS2,LAPTM4A,FNTA,UROD,FNTB,MAP3K7,FADS1,PIAS4,FBXW5,PCYT2,DGAT1,FBXW8,FBXW9,FBXW2,PIAS2,LENEP,FAM118B,PIAS1,MSH6,DMTF1,MSH2,MSH3,SRSF2,SMS,SRSF3,SRSF4,PKP4,SRSF5,SRSF6,SRSF7,ARL8A,ARL8B,LY6E,UQCRB,IREB2,FBXO45,UQCRH,FBXO42,NDOR1,MBIP,ZKSCAN3,IP6K1,ZKSCAN1,IP6K2,NEK9,NOP14,NOP16,API5,RASL10B,FBXO38,UROS,STYX,FBXO31,UCKL1,DRAP1,SON,SH3BP5L,UQCRQ,CLPTM1L,LRCH4,NOP10,ALAS1,PTEN,ETFA,ETFB,NENF,BICD2,AP4M1,SPR,ARL5A,BCAS2,BOK,UNC45A,BCAS3,DHPS,MSL2,VPS13A,RABGGTB,RABGGTA,ARFGAP1,MSL1,ARL4C,C1D,PCCB,ETF1,TOP1,BCAT1,DCTPP1,GAPDH,TNFRSF21,BCAT2,UHRF2,SRF,SRSF1,LENG8,MLLT1,U2AF1,SRM,MLLT6,MTHFSD,U2AF2,TRIM46,KRIT1,UBQLN1,E2F4,DRAM2,UBQLN4,TRIM44,UBQLN2,NOP56,NOP58,SEPT11,TRIM41,SSB,GPKOW,CNBP,TXNL1,EFR3B,CABLES2,GSTZ1,NECAP2,NECAP1,CDKN2AIPNL,TRIM39,TRIM35,OCIAD1,PDCD2,TRIM37,TRIM32,TRIM33,SLC23A2,RCBTB1,TRIM28,TRIM27,ATXN7L2,BSN,ATXN7L3,TRIM23,ECH1,BCS1L,CFDP1,SNHG12,SUB1,FLYWCH1,TRIM11,AARS2,DHX8,DHX9,MYCBP2,ZBTB5,ACTR3B,APOO,SYNGR1,HLTF,FAM192A,KCNN2,DECR2,B4GALNT4,BBS1,XBP1,HARS2,PTK2,MSRA,ZBTB6,PTK7,CWF19L1,NDUFAF3,SDC1,FBXL3,GRB2,FBXL2,FBXL5,FBXL6,HERPUD2,MRPS17,COX7B,MRPS15,MRPS16,HIBADH,MRPS11,GRIK5,MRPS12,MRPS10,COX7C,HERPUD1,PTMS,SYNCRIP,PPP3CA,PCM1,PPP3CB,ACTR1B,UIMC1,RAC3,SDF4,SDF2,GIT1,BBS4,COX8A,MRPS28,MRPS26,MRPS27,PCYT1A,MRPS25,MRPS23,MRPS21,PRPF40B,CACYBP,PRPF40A,SYP,TFB2M,APRT,CTTNBP2NL,RAP2C,RNF144A,RAP2B,SLTM,KIT,ARHGEF4,ARHGEF2,PTMA,SLU7,DYNC1I2,PCNA,AHCY,MRPS35,MRPS36,SSNA1,MRPS33,PRICKLE1,COX5B,COX5A,PCNP,RAE1,DYNC1I1,PEX16,DYNC1H1,PEX19,KLHL2,COX6C,PEX14,YIF1B,GRIN1,SGSM1,PDCL3,SEC23IP,KLHL7,SGSM3,NDUFAB1,SGSM2,HDGF,GRINA,NUP188,PRDM4,CELSR3,IGF1R,TXN2,PPIP5K2,DENND5A,FAM3C,PCID2,TMOD2,DNAJB12,SDHC,SDHD,DHDDS,ADAM15,PSPC1,PLAA,RAF1,COX19,BHLHB9,TSG101,NDUFB10,COX16,NDUFB11,COX17,HTRA2,CNN3,TIMM50,RAI1,RNASEH1,GRK6,NUP155,NUP153,TIMM44,AP4B1,IFT20,AHI1,MKRN1,CNTN1,MKRN2,UBA3,UBA2,UBA1,FGF13,FGF11,ZMYND19,PODXL2,TNFAIP1,TAZ,USE1,LMNB2,LMNB1,LASP1,EEF2K,SUN1,TBP,ATP6AP1,NUP133,TTC33,CAD,HUNK,SYNGR3,EEF1G,ACOX1,EEF1D,CAT,ACOX3,IFT46,RALA,RRN3,SFSWAP,SLC3A2,POLD3,CAND1,MTA1,TGS1,TDG,BNIP1,DROSHA,PTK2B,RALY,MTA2,NIPSNAP3B,TIMM8B,TTC14,RRM2,TTC13,URGCP,BNIP3,TTC19,USF2,USF1,POLE4,SMUG1,GALE,ERCC3,TEF,ERCC1,POLE3,ERCC8,ERCC5,IPO13,VPS29,IPO11,RRP1,WIPF3,SMC5,WDR83,SMC3,ELK1,RRP9,ALCAM,CNST,ZMIZ1,ZMIZ2,LUC7L,HOMER3,VPS35,VPS36,VPS39,NUP214,VPS18,NUP210,PRKCD,WDR74,WDR75,AFAP1,HCFC1,WDR77,ARMC1,ARMC6,ZSCAN21,TARS2,NUP98,VPS25,VPS28,NUP205,WDR61,MTDH,RRP7A,FAM171A2,NCSTN,WDR70,BLOC1S1,NUP85,GAR1,VPS11,RRS1,NUP88,LHPP,ST3GAL3,VPS16,BTF3,PLK2,MEX3D,MCAT,MEX3C,WDR55,MEX3B,MEX3A,ARL2BP,CDKN1C,SETD5,MOCS2,SETD2,BTG1,PHF20,PHF23,SETD6,WDR41,ASH2L,SMG7,WDR45,WDR46,WDR43,SMG5,SMG6,UBL5,MTG1,RARS,RRP12,CIC,RRP15,WDR36,TPI1,WDR34,FAM126A,COPZ1,WDR33,KIFC2,MTF2,GARS,EXOC5,TKT,GART,EXOC2,USO1,WDR24,PAPSS1,ARFRP1,RPS15A,PPP1R7,PPP1R8,USP1,RRP36,SLC17A7,CKB,PAIP2,PAIP1,PCGF6,KIDINS220,WDR18,PCGF2,PCGF3,SYVN1,GATC,ELP2,ELP3,WDR12,WDR13,PHF5A,NFIA,OSTM1,JKAMP,PLP2,FAM49B,GTF2B,UBP1,PARK7,CLU,IPO7,IPO4,EDC3,PPP1CB,NPEPPS,PPP1CC,IPO9,CFL2,CFL1,GTF2I,KCMF1,IFNAR2,MAP2K4,USP8,MAP2K1,MAP2K2,USP5,TPM4,RALGAPA1,TPM3,USP3,GTF3A,THOC1,DYRK1B,TRAFD1,THOC2,LARP4B,LEMD3,THOC5,LEMD2,THOC7,THOC6,PYGO2,MORF4L1,MORF4L2,FKBP8,FKBP4,FKBP3,FKBP5,IFNAR1,FKBP2,INSIG1,GLT8D1,UBR4,UBR2,UBR1,ORC5,ORC6,UBR7,ORC3,TPR,UBR5,SMN1,MAP2K7,MAP2K5,MCL1,AKIRIN2,UVRAG,AKIRIN1,OSBPL7,OSBPL5,COPS4,COPS3,COPS6,DAB1,LHX2,COPS2,TPP2,COPS8,BCL2L2,BCL2L1,MCM7,ZC3H4,ZC3H3,NOB1,VPS72,UBTF,TNPO1,TNPO2,TNPO3,DIS3,SECISBP2L,LANCL1,EDF1,WIPI2,SMC1A,TSN,DNAJC2,DNAJC7,DAD1,DNAJC5,LANCL2,DNAJC9,DNAJC8,CRK,MTPN,HDAC2,HDAC3,HDAC1,VPS4B,PDHB,DNAJB2,DNAJB1,NFS1,ABLIM3,DNAJB6,DNAJB5,HECTD3,VPS52,DNAJB9,CSK,SLC35A4,MTOR,BCKDK,ASXL1,DNAJA1,DNAJA3,GLOD4,MFAP3,VPS41,DNAJA2,DRG1,DRG2,CEBPZ,TPT1,SLC35B2,TCERG1,VEZT,SLC35B4,TMEM183A,IFITM2,ZMYND8,PITPNB,PITPNA,GBA2,HS6ST1,PDCD2L,RPS15,TIAL1,RPS14,RPS17,RPS16,RPS19,RPS18,DAG1,ARFIP2,RPS11,BTRC,RPS10,RPS13,RPS12,SRRM2,ARRDC4,PDHX,SRRM3,COG8,COG6,ARRDC1,COG4,SLC35C2,IFRD1,COG3,COG2,SRRM1,NIF3L1,TWSG1,MTHFD2L,HECA,RTEL1,CSTF3,STXBP1,CSTF2,APCDD1,LIAS,FXR1,SCFD1,CHTF8,FXR2,PDCD11,PDCD10,CSTF1,GSE1,SYNRG,SLC35E3,PUM1,PUM2,SMU1,RPS26,RPS25,RPS28,RPS27,ZZZ3,RPS29,ADCK1,ADCK5,RPS20,RPS21,RPS24,AHCTF1,UBXN1,SLC35F2,ZCCHC17,COIL,C1QBP,SEC61G,UBXN7,TMED2,TMED1,SEC61B,TMED7,FEZF2,TMED4,TMED9,PARP1,GP1BB,STRADA,PARP2,STRADB,ZDHHC13,PPHLN1,ZDHHC16,ZDHHC17,MTSS1,MLF2,SCNM1,NFX1,AIDA,DTYMK,NOL7,NOL8,NOL9,RBFA,TYMP,NOL6,PPP2CA,TCEAL8,PPP2CB,ZDHHC18,CHRAC1,PURG,MTX1,NFYA,MTX2,NFYB,MTX3,NFYC,GBF1,GINS4,AIG1,PDP1,SPCS2,HIST3H2A,SPCS1,COPG2,MPHOSPH6,NDUFA13,NDUFA11,SPPL2B,NDUFA10,ARHGDIG,COMT,CNDP2,PAIP2B,ARHGDIA,FPGS,AZI2,NOM1,RALBP1,ATP1B3,LIG3,PUS7,TRPC4AP,RSBN1,MATR3,DAP3,ZCCHC8,ZCCHC7,ISYNA1,COPA,COPB1,NOP2,CLEC16A,EMG1,UBB,ZMAT2,ZMAT5,CDH24,CPSF4,DARS,CPSF7,PNPT1,CPSF1,CPSF3,CPSF2,COQ9,COQ5,COQ2,BLMH,BRWD1,COPE,GPSM1,ASNSD1,DBI,RBM3,RPS4X,MFSD5,LRRTM1,TOPBP1,RBM7,RBM5,RBM6,MAPK1IP1L,HGSNAT,SVOP,IQCE,RPS3A,OXSR1,DCK,LSS,FCHSD1,SUPV3L1,RABEP1,DDAH1,THRAP3,AKT1S1,TERF2IP,TMEM9,THOP1,PDXP,NXF1,ALDH1B1,CHSY1,RPS6KC1,FAM120B,FAM120A,BUB3,ATP13A1,DEK,RPS6KB1,CAPN10,RPS6KB2,ATP13A2,RBMX,MDC1,ZFYVE9,ARAF,RBPJ,ZFYVE1,TSEN54,SCAMP4,SAMD14,ZFYVE27,SAMD10,HES6,DAXX,GABARAPL1,CSNK2A1,STARD7,NGDN,DNTTIP1,DNTTIP2,SCAMP1,EML2,SCAMP3,SND1,EML4,PRKAR1B,CLNS1A,CGGBP1,MTMR1,MEAF6,MTMR9,SLCO5A1,AAAS,MTMR4,OAZ1,MTMR6,HSPH1,PRKAR2B,PRKAR2A,VTI1A,HMGXB3,EDEM3,MCTS1,EDEM2,PMM2,ERLIN2,NETO2,SNF8,CS,MLLT11,SETX,MLLT10,UCK2,UCK1,ARF3,ARF4,ARF1,LRSAM1,RPLP1,RPLP0,AACS,TRIOBP,PQBP1,IKBKB,TUBA1C,TUBA1B,TUBA1A,RPLP2,APPL1,ACTL6B,ELOVL5,NSUN2,ACTL6A,NIPA1,SIRT4,ELOVL6,SIRT6,SIRT7,NIPA2,DYNLL1,DYNLL2,CDC42EP2,PICK1,SLC29A1,DLD,ARF6,SLC29A2,RNASEK,STAU1,RPS27L,CCNDBP1,UNK,RECQL5,RPS27A,UTP6,UTP3,MDH2,STAT2,YLPM1,GATAD2B,GATAD2A,LYRM2,SERBP1,UBAP1,UBAP2,HDDC2,CCNT2,CSE1L,UBE2D2,UBE2D3,UBE2D1,HDDC3,SMCHD1,STK11,ATCAY,STK16,OSBP,KPNA6,FBRSL1,PMPCA,KPNA4,KPNA2,KPNA3,SLC25A44,SLC25A46,KPNA1,PPP1R16B,IK,UBE2E3,VPS33A,PPP1R16A,VPS33B,UBE2E1,PRPF4B,FOXP4,RBX1,ACAP3,FSCN1,KPNB1,PFKFB2,RNASEH2A,PFKFB3,MAX,PEF1,TUBGCP2,ARL3,MAZ,ARL1,STK39,ARL2,NTPCR,ACAT1,SOCS2,PMVK,STK38,E4F1,DR1,BRPF1,GFPT1,EEF2,ZC3HC1,STK24,STK25,AAK1,TUBGCP5,MDM4,TUBGCP3,MDM1,COX4I1,POMT1,PIK3CD,MRPL4,MRPL3,NGRN,MRPL2,FSD1L,SUMO1,MDK,SUMO3,SUMO2,DGCR8,DGCR6,MRPL9,MDP1,DGCR2,SH2D3C,VPS37C,ARNT,VPS37D,RAD23A,VPS37B,RAD23B,NPC1,PIK3CA,SLC25A19,SLC25A12,BDP1,SLC25A11,MET,ST6GALNAC6,PPP1R15A,RNFT2,PPP1R15B,FOXK2,FOXK1,HSD17B12,LRP8,SLC25A27,SLC25A28,KATNA1,CDC37L1,SLC25A23,SLC25A22,AAMP,PPP1R14B,PPP1R14C,MMAA,FOXJ3,BAIAP2,SLC25A38,SLC25A39,P4HB,SLC25A36,SPG21,EIF4A2,EIF4A1,EIF4A3,ZDHHC5,ZDHHC6,TXNDC12,ZDHHC8,TXNDC16,ZDHHC3,NUBP2,TXNDC17,ZDHHC4,UBE2L3,DHX57,OGFOD2,CHORDC1,CCNL2,CCNL1,ENTPD4,SCAF11,ENTPD6,NSMCE2,NSMCE1,MIF,GNPAT,THAP3,THAP7,ULK3,ULK1,CTXN1,GCDH,TMEM87A,PAXIP1,PEX11B,SUPT4H1,PIK3R4,PIK3R3,PIK3R2,PIK3R1,RTF1,UBE2J2,SNX3,SNX4,DHX30,COMMD9,SNX2,DHX33,PCBP4,DHX34,LARS,PCBP1,DHX35,MICAL1,PCBP2,DHX37,DYM,DHX38,RCE1,RAB11FIP2,RBM12,RBM10,SNX5,ZBED4,INTS1,RCC2,INTS2,MICAL3,MICAL2,INTS5,INTS4,COL9A3,INTS7,DHX29,INTS8,RCOR2,AARS,TMEM151B,DOC2A,FKBP15,SUV39H1,CCDC124,CETN3,SLC7A11,WASL,AATF,BMI1,PEPD,ARV1,HYAL2,ENC1,DHX15,MLX,REV3L,SSSCA1,UTP14A,ACAD8,DBNL,TMEM150A,WARS,NCOA5,CCDC115,MMD,NCOA6,ACAD9,NCOA4,MINK1,COMMD3,MRPS2,COMMD1,MRPS7,COMMD6,COMMD4,MRPS5,COMMD5,ENAH,MRPS9,CSDE1,G2E3,NCOA7,CRELD1,SFI1,DBN1,STK40,RABGAP1,HEATR1,DOT1L,CRIP2,CCDC107,NEDD8,CCDC106,MNT,ARVCF,PGRMC1,PGRMC2,SAMM50,FAM172A,SERTAD2,PES1,HEATR3,SCAND1,HEATR6,NPDC1,NPM1,YIPF2,YIPF3,YIPF5,CRIPT,HUWE1,UBE2G1,UBE2G2,NPM3,PPP1CA,FKBP1A,MAD2L2,PER1,NEDD4,ESYT2,TARDBP,DBR1,ACAA2,MPI,BCCIP,OGDHL,PHRF1,ACRBP,CAPN7,SNIP1,BANF1,SH3GL1,TPRA1,ADPRHL2,WBP11,DKC1,FAM173A,UBE2V2,UBE2V1,RTN2,KLHL18,RBM8A,KLHL17,KLHL12,NDRG1,RTN4,TAF5L,CYC1,BCL9L,CCDC134,OST4,KLHL25,KLHL26,CCDC136,HMGA1,KLHL22,DSTN,KLHL23,KLHL20,RCL1,GCLC,BMP1,PQLC1,OSTC,STT3A,CYCS,TAB3,STT3B,TAB1,LSM14B,LSM14A,YWHAE,RBM28,RBM25,RBM26,YWHAB,CHD6,HMGB3,PSIP1,ATP2A2,CHD4,CHD3,HMGB1,MEA1,SEC61A1,BCL7A,YWHAQ,UBE2Q1,UBE2Q2,BCL7C,GATAD1,BCL7B,NPTN,UQCRFS1,LRRFIP2,YWHAG,RBM33,YWHAH,UTP15,BCKDHA,RBM17,NAA30,RBM14,GLRX3,EED,DYNLT3,GLRX5,RBM18,ABHD14B,ARHGEF18,ABHD14A,GLRX2,GPCPD1,YWHAZ,UTP18,SFPQ,IRF3,UBE2R2,PEX3,TBC1D5,GORASP2,PEX6,PEX5,TBC1D7,NAA35,MVD,NAA38,IRF9,MVK,TAF9,RBM4B,HMGCL,TAF1D,RAB40C,TAF1B,TAF1C,BMS1,NAA25,VHL,RBM39,TAF15,NAA10,TAF13,TAF10,LRWD1,SOD2,ACVR2A,CHFR,SOD1,GOLPH3,PNKD,GLB1,ASB8,BRMS1L,ACIN1,TAF6,QRICH1,VIM,FAM98A,NAA15,RBM45,TAF2,TAF1,RPL30,RPL32,RPL31,DCAF8,DCAF4,DCAF7,GCSH,GLE1,RNF114,RPL36,RPL35,PIP4K2A,RPL38,PIP4K2B,PIP4K2C,RPL37,RPL39,MED1,MECR,RPL21,WSB2,PIH1D1,RPL23,RPL22,MED8,AARSD1,MED4,MED6,RNF123,RNF126,SARNP,TYRO3,RPL24,RPL27,RPL26,RPL29,UBA52,RPL28,RNF121,NEDD4L,VPS26A,VPS26B,PRDX3,PRDX2,PRDX5,PPP4C,PRDX4,PRDX1,RPL41,FZD3,CDK19,JUND,PNO1,RAB3IP,PRRC2C,PA2G4,PRDX6,TMEM198,PRRC2A,FIBP,SLC6A6,PPP5C,CDK10,CDK16,CPEB4,SPEF1,ELL,PFAS,TMEM186,TMEM189,IMPA1,ENSA,GPR137,RIOK2,RIOK1,EMD,ZC3H10,RNF167,AFTPH,LSG1,RNF166,RPL10,RPL12,RPL11,TMEM160,TMEM165,TMEM169,RNF138,CHN1,RPL14,RPL13,ANKRD54,RPL15,RPL18,RNF130,RPL17,DTD1,RPL19,RIOK3,TRMT1,TTC9C,LRPPRC,FIG4,ERP44,RNF145,ABI2,TRMT6,ABI1,RLIM,RNF141,YEATS4,ZFP30,RNF19A,LZTS2,TMSB10,MEN1,RNF44,ANKRD49,ANKRD46,ANKRD45,F2R,RNF40,RNF41,DISP2,CLIP1,ZFP41,NCL,ERP29,NHP2,ERH,PHPT1,GLYR1,ANKRD17,ENY2,CD151,ANKRD16,ANKRD11,ABHD2,GLO1,ANKRD12,ABHD8,TARS,KRBA1,PHF21A,STIP1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TF7IP,EYA3,SSRP1,CDK11B,UFM1,SUGT1,NCKAP1,ARPC5L,HNRNPU,GPATCH4,HNRNPR,PHAX,ADARB1,EPRS,PHB2,GPATCH8,GLS,CSPP1,AP1S1,CDK5RAP3,DDX17,DDX18,REV1,GTPBP6,SCRIB,GTPBP2,ATG13,ATG12,GTPBP4,ANAPC13,SEH1L,ANAPC16,CTBP2,CTBP1,XPC,RNPC3,ADH5,ANAPC11,LDHB,LDHA,LDHD,MCMBP,NRBF2,HMOX2,CEP78,NAA50,PRELID1,SNAPIN,PHC1,SETD1A,IRF2BP1,IRF2BP2,NR1D1,EHD1,HNRNPL,HNRNPM,SQLE,HNRNPK,HNRNPF,TOLLIP,HNRNPD,HNRNPC,FARSA,ITPA,FARSB,CEP57,PHF2,GMEB2,ARPC1A,GPT,KRI1,AIFM1,PLEKHN1,JARID2,CEP68,SHPRH,NUTF2,GNL2,TERF2,GNL3,HADHB,TAF6L,KAT2A,NSA2,SIKE1,TUBB2B,ZEB2,TUBB2A,NCOR1,HEATR5B,TCP1,PLEKHO1,GRN,CDC123,RNMT,TIMM9,DEDD,YTHDF1,YTHDF2,YTHDF3,CSNK1A1,NR1H2,DEF8,DHRS1,SYNJ2BP,SCAF4,MKLN1,NUCB1,TMEM39B,NUCB2,ANKRD13C,ANKRD13B,VKORC1L1,ANKRD13D,RAB3D,CEP120,SYAP1,AUP1,RPL10A,TM7SF2,LAMP1,SLC39A9,PAPOLA,SLC39A6,ZNF326,SLC39A7,TXNL4A,HMGN3,ANKRD13A,HMGN1,PLEKHJ1,SLC39A3,RARS2,TLE4,MAGI1,RAB2A,TLE3,CSNK1G3,RAB2B,SUPT16H,PGD,ILF2,EBNA1BP2,ILF3,RAB31,RAB34,RAB35,PGP,SNRPG,SNRNP27,AAGAB,PHIP,SNRPE,ADNP,SNRPF,SNRPC,SNRPA,CSNK1G2,SNRPB,BRSK1,RAB5C,CCDC24,FAM114A2,CCDC25,PHB,DVL1,DVL2,DVL3,CCDC32,SRGAP3,SRGAP2,AP1M1,PLXNA3,EIF2B5,TRAPPC2,EIF2B4,TRAPPC3,EIF2B3,RAB4A,CCDC12,SEC16A,TRAPPC4,TMEM132A,TRAPPC5,M6PR,TRAPPC8,SCRT1,LRFN4,SLC7A6OS,REEP2,CSPG5,CCDC22,CNIH2,RAB5A,RSL24D1,CNIH4,DIDO1,WDR1,CCDC47,WDR3,CEP164,WDR4,ADAMTS3,AP1G1,SNRNP70,IDH3B,WDR5,WDR6,TLK1,CEP170,WDR7,EIF2B1,IDH3A,CCDC39,ADSL,RFC3,PLEKHG2,CCDC34,RPL13A,TFDP1,POLR1B,POLR1C,POLR1D,CCDC43,TSSC4,RAB1B,EI24,FIP1L1,HAUS8,MSTO1,POLR2A,POLR2B,POLR2C,POLR2D,RAB24,POLR2E,ASCC2,POLR2H,RAB28,POLR2I,ADSS,POLR2J,SEC11A,POLR2K,POLR2L,SEC11C,MLXIP,PPIL1,PPIL2,IDH3G,FBXL19,AMFR,CCDC59,TPRKB,FBXL16,FBXL14,FBXL12,RAB10,SNRNP40,POLR3B,VAPA,PSAT1,POLR3C,DOLPP1,POLR3D,POLR3E,POLR3F,POLR3H,SNRNP48,PPIL3,POLR3K,PPIL4,TNRC6A,ISCA1,PANK2,PANK3,VARS,CISD1,FCF1,CISD2,CBLB,PPP2R2A,PNN,FRAT2,KAT5,PPP2R1B,FLAD1,RPL36AL,PPP2R1A,FTH1,MAGOH,LONP1,LONP2,DENR,SEPHS1,SEPHS2,TBC1D10A,TBC1D10B,METTL3,AP1B1,AP1AR,MAPK8IP3,MAPK8IP1,POR,KARS,KATNAL1,ZW10,SIK1,SUCLG1,SIK2,ATP6V0D1,DCUN1D5,DCUN1D4,DCUN1D1,HTATSF1,MYL12B,UGCG,ZNHIT1,ZNHIT3,ATP6V0A2,TNRC18,TRPM7,RALGDS,VASP,VAT1,ZRANB2,SETDB1,KLHDC8B,PYCR2,FUBP1,RNPS1,C2CD2L,TOP2B,GFM1,CITED2,GFM2,ZFAND2B,SPPL3,XPO1,XPO6,CHMP1B,XPO5,GABPA,RAB8A,RALGPS1,RALGPS2,PSD,PSENEN,TOP3B,CBR1,PPRC1,LIME1,ITFG2,TOPORS,UGDH,HNRNPH1,HNRNPH2,HNRNPH3,CSTB,MAGEH1,RFNG,NT5C,CST3,AMN1,HIRA,UBTD2,APBB2,METTL6,NT5M,ATP6V0E2,APBB3,METTL9,MPP3,MYEF2,PTGES2,PTGES3,XPO7,SORBS1,MPP6,RAB11A,RAB11B,KBTBD4,XPOT,CAPZA1,CAPZA2,KBTBD2,NBR1,KBTBD7,KDM1A,MRFAP1,CWC25,CWC27,TATDN1,FAM162A,HCFC1R1,CWC22,CHRNB2,TRAPPC2L,KDM2B,NOSIP,TUFM,PRPF6,MYCN,HGS,PRPF3,CHMP4B,IDI1,RPS19BP1,EFNA4,PRPF8,EFNB1,RPRD1B,RPRD1A,KLHDC10,KLHDC3,KLHDC4,CBX5,CBX4,RHBDD3,CBX3,RHBDD2,CBX2,IDH2,CBX1,CWC15,EIF2S2,CRLS1,EIF2S1,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KA,SAE1,MUS81,KDM5B,KDM5C,YBX1,HS2ST1,FLCN,SPRED1,SEPT7,SNAPC2,PPP2R5E,SNAPC3,SNAPC4,CASP2,KDM6B,H2AFZ,AKTIP,H2AFX,AXIN1,PPP2R5B,H2AFV,SAFB,DNM1,SEPT2,TRAPPC6B,RASA1,DNLZ,FAM84A,PFDN2,HAGH,PFDN5,VAC14,STOML2,KDM3A,KDM3B,STOML1,ATF6B,THBS3,TBRG4,TBRG1,GNA13,FAM168B,UGP2,MAPK7,PPP2R3C,LEPROTL1,MAPK1,MAPK3,KDM4B,KDM4C,TMEM30A,LIMK2,QPCTL,CYHR1,PPP2R2D,CDK2AP2,CDK2AP1,CHIC2,EHMT2,EHMT1,GHITM,LSM10,PSMD9,KRTCAP2,PSMD6,LSM12,LSM11,PSMD7,PSMD4,PSMD5,PSMD2,PSMD3,PSMD1,TMEM8B,MEF2A,RBFOX2,RFX3,RFX1,HDHD2,FAM133B,RUFY1,MYL6,EID2,RFX7,PSME3,PSME4,PSME1,UQCRC1,PSME2,LETMD1,ABCB6,MRPL18,AGAP2,MRPL16,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,MRPL13,GABARAP,MRPL10,MRPL11,MRPL20,CYB5R1,CYB5R4,GRPEL2,AMZ2,PUSL1,RHBDL1,ABCA2,PRRT2,ABCA3,EXOC6B,MRPL27,MRPL28,MRPL23,MRPL24,MRPL21,EIF1,MRPL22,MRPL30,EIF5,EIF6,TDP1,PSMG3,PSMG4,PSMG1,AVL9,TMEM9B,FERMT2,EZH2,GPR19,PIGU,PIGT,PIGO,PIGQ,PIGP,MRPL38,MRPL39,MRPL36,CTCF,MRPL37,MRPL34,MRPL32,MRPL33,JPH4,TRMT112,MRPL42,LMBR1,MRPL40,TMEM43,TMEM44,NKRF,FASTK,B3GALT2,SH3BGRL3,UPF2,DFFB,LRRC45,DFFA,PGAM1,MRPL49,LRRC40,MRPL47,MRPL48,MRPL45,MRPL46,MRPL43,LRRC41,SRP9,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,MRPL50,PSMA3,PSMA4,PSMA1,PSMA2,TMEM33,TUT1,TMEM106B,PGAM5,VAMP4,VAMP2,LRRC14,SRRT,HTT,PSMA7,MRPL54,MRPL55,GGA2,PSMB6,GGA1,PSMB7,PSMB4,GGA3,BTAF1,PSMB5,PSMB2,TCOF1,TMEM65,PSMB3,MICALL1,PSMB1,TMEM68,FLNA,ANO10,NCDN,MEF2D,SRSF10,YKT6,SRSF11,NKTR,LRRC24,ATRNL1,LRRC28,BYSL,LRRC20,TMEM60,SPSB3,LETM1,PSMC5,FABP3,PSMC6,PSMC3,FABP5,PSMC4,PSMC1,PSMC2,SRRD,GOPC,RPL22L1,TSEN2,YY1,EIF4ENIF1,RUVBL2,RUVBL1,PIM3,AP2M1,NOMO1,SH3GLB1,SLC38A1,ANAPC7,SARS,FTSJ1,FTSJ3,SLC9A5,TXLNA,SLC9A8,MRTO4,ANAPC4,ANAPC5,MAPKAPK5,SNRNP200,SQSTM1,ANAPC1,ANAPC2,LRRC59,ISG20L2,UBFD1,ATXN2,SLC38A7,SLC38A2,ZBTB17,GOT1,GOT2,ZBTB11,GNL3L,UBLCP1,TMEM11,NFE2L3,PIN4,NFE2L1,ZNF512B,SLC25A1,SLC25A3,HSP90AB1,ARRB2,PMEPA1,HMG20A,DNM1L,CTNNBL1,PELP1,DIS3L2,HSP90AA1,SIGMAR1,NDUFC1,DDOST,QTRT1,GIGYF1,PPM1A,PPM1B,HAX1,BIRC6,SEC22B,SLC25A5,SLC25A4,BIRC2,GTF3C2,NDUFB9,SEC23A,GTF3C4,NDUFB7,GTF3C5,GTF3C6,NDUFB5,NDUFB4,MAK16,PRCC,NDUFB3,CXXC1,NDUFB2,PARD6G,ZBTB45,PPM1D,PPM1G,GANAB,NCLN,PARD6A,FCHO2,BEND3,LRRC8D,SH3BP4,IARS2,LRRC8A,LRRC8B,BEND6,CYB5B,NDUFA9,NDUFA8,PTPN1,NDUFA7,NDUFA6,NDUFA4,NDUFA3,NICN1,MBOAT7,NDUFA2,DONSON,HIP1R,NDUFA1,IMMT,RPL23A,MCOLN1,TPD52L2,ATOX1,CCM2,SEC24C,SMAP1,CCNK,AHCYL1,CCNJ,TMEM41A,CCNI,PLEKHB2,TMEM41B,KDELR1,PREP,KEAP1,THUMPD3,CCNC,THUMPD1,IFI30,CYB5D1,CCAR1,RASSF1,FAM53C,KIF21B,SEC62,SLC12A6,SEC63,SLC12A9,TMPO,ST6GAL1,PAQR4,ZFP1,IMP3,PAQR3,ZFP2,ANK2,PISD,CD2BP2,PREB,STX1A,L3MBTL2,ERI3,HIVEP1,SURF6,SYMPK,TSPAN5,SEC31A,SURF1,XRCC6,SURF2,SURF4,XRCC1,ERAL1,PAICS,ICK,ARMC10,WNK1,ID2,RPL27A,PAF1,CALM3,CALM2,PTPRS,USPL1,FAM57B,GPAA1,PPP1R10,CTSZ,INTS10,TECR,PTPRK,AP2A2,RSRC1,CTSL,IDS,QSOX1,ARIH1,CTSD,CTSB,NDEL1,VKORC1,CCT3,CCT2,GRIPAP1,SEC13,ZFR,ANO8,ANO6,PDRG1,CTU1,KIF2A,CD47,GLCCI1,STX12,STX16,STX18,DERL1,DERL2,PRKX,EXOSC7,PAK1,EXOSC4,CAMK2N1,EXOSC9,HSF2,EXOSC8,HSF1,PAK6,CCT8,CCT7,EXOSC2,PAK2,CCT5,EXOSC1,CCT4,PLEKHA1,TMUB1,MIB2,RPA1,RSRC2,AP2B1,DOHH,MIAT,NLE1,RGP1,DPY19L1,DPY19L3,GPAM,DPAGT1,SCARB2,SCARB1,MIDN,KHSRP,KIF5A,EP300,BAHCC1,SBF2,PPFIA3,SLC30A9,ZGPAT,DIMT1,SLC30A5,ATG9A,SSU72,LMTK2,ATAD3A,RUNDC3A,TMX3,DOK4,HNRNPUL1,TMX2,HNRNPUL2,TMX1,SBDS,GEMIN7,TMED10,PSMD14,PSMD13,NXPH4,TOR1AIP2,SLC1A4,PDS5B,PSEN1,PDS5A,RPF2,RASGRP2,RPF1,KIF3A,FUT9,CAMTA2,H1FX,NDUFV3,NDUFV2,NDUFV1,IVNS1ABP,PRNP,FDPS,GGT7,VTA1,PHF12,CCZ1,SUPT5H,SSH3,CLK4,CLK3,CLK2,CLK1,PAN2,QDPR,PAN3,PHF14,PHF13,PICALM,GSK3B,GSK3A,PRR7,DDX3X,DDX49,DDX46,DDX47,MAST3,PRKCSH,MAST1,DDX42,ILK,DDX41,TRIAP1,AFF4,PPP1R9B,RPGR,NUP62,MLST8,TIMM17A,TIMM17B,CPXM1,HSDL1,NCBP1,PLA2G4E,NCBP2,BUD31,DDX55,DDX56,DDX54,DDX52,DDX50,CREB3,NDUFS8,CREB1,NDUFS7,NDUFS6,PPDPF,NDUFS5,NUP50,NDUFS4,NDUFS3,ATG4B,NDUFS1,NUP54,DCTN6,DCTN5,DDX27,DCTN1,DDX25,DCTN4,DDX23,DDX20,PARN,DDX21,CSTF2T,MAT2B,CLCN3,CLCN2,PARL,MAT2A,SMNDC1,PDLIM7,MBTPS1,GALNT1,PDAP1,CLCN7,RPIA,CLCN6,MAPK11,R3HDM1,CLUAP1,RAN,MBTPS2,FAM50A,LNX2,CYFIP2,RB1,RPL4,RPL5,RPL3,CLPB,STMN2,STMN3,RPL8,GABPB1,RPL9,RPL6,RPL7,NUB1,STMN1,DIP2A,MPV17,IER5,IER2,UNC13B,ACOT7,CD3EAP,SOX12,CLPX,NISCH,DYNC1LI2,BIN3,BIN1,CLPP,YME1L1,DUS3L,CDC42SE1,POM121,MAPKAP1,RPN1,NOLC1,HIF1A,ABR,FAM160B2,PPP3R1,RIC8B,CHST10,SSR1,SLC19A1,S100A10,BRAP,H3F3B,ST13,H3F3A,RDX,MAD2L1BP,MTHFR,UPF3B,CDC7,GPN1,THAP11,NPLOC4,TADA2A,OGDH,HBP1,DUS1L,OGFR,CLTC,ADK,LPCAT1,CLTA,ING1,ING4,TRIM8,RFK,TRIM2,ANXA6,AP3S1,BRD3,BRD2,NUDC,SSR4,HSBP1,SSR2,SSR3,TET2,TIMM23,AEN,NUDT16L1,INF2,TET3,SF3B4,SF3B5,SF3B3,GPS1,TIMM13,GPS2,TIMM10,HSPA14,TM9SF4,BCLAF1,SRP72,ASNA1,LMAN2,RPS3,BRD9,RPS2,BRD8,BRD7,SF3B1,SF3A3,SF3A1,BRF2,SF3A2,AGK,GTF2H1,WWP2,SRP68,BLCAP,MZT1,TM9SF2,AGBL5,TM9SF1,XAB2,RYBP,LPCAT4,TOR2A,DGKE,DGKD,TUSC2,BZW2,BZW1,ABHD11,MAEA,TUBB3,SMARCAD1,MAF1,SEMA6C,BIVM,RPS9,RPS7,RPS8,RPS5,IGFBP3,GPT2,RPS6,IGFBP2,AIP,RPSA,GTF2F1,GTF2F2,TRAIP,CTDNEP1,ARMCX3,ST7L,CACNB1,RALGAPB,DGKQ,ARMCX6,MADD,XIST,CUL9,DNMT1,SEMA7A,CUL5,AK1,AK2,ITPR1,GTF2E1,RLF,GTF2E2,RHOBTB2,KLC4,BAG4,BAG5,BTBD1,NACC1,BTBD2,SAFB2,MPDU1,ANKRD34A,TOR1A,ADAP1,TOR1B,BTBD9,CDK9,NSFL1C,RCAN1,CDK8,CDK5,CDK4,RHEB,MAFG,SERINC1,DHCR7,SERINC5,RNPEPL1,TRADD,DUSP18,PTPN23,DUSP11,DUSP12,OPA1,SIN3A,OPA3,PSD3,SLC37A4,TAPT1,REXO1,GPX1,GPX4,ELAC2,RTN4RL2,REXO2,YDJC,REXO4,PTP4A1,TRAF7,PTP4A2,DALRD3,TRAF4,RPL37A,TRABD,GTF2A1,NFAT5,GTF2A2,RPL36A,JAKMIP1,LAGE3,AP3M1,HIRIP3,DCAF11,FNIP2,DCAF12,DCAF13,SPAG7,ADRM1,SEMA4C,DDHD2,RPL35A,CDC42BPB,DDHD1,PTPN12,OXR1,TRIT1,RAD52,KLF7,KLF6,IMPDH1,IMPDH2,MGAT4B,APP,DIXDC1,AQR,TIPIN,BROX,SACM1L,SLC6A15,SLC11A2,PTOV1,BOLA1,MRPS18B,MRPS18A,INPP4A,GRWD1,CRYZL1,XRN2,BOLA2,AURKAIP1,TELO2,CUTA,IGSF8,ANP32A,IGSF3,TEX264,MGST3,NMD3,TEX261,IGSF9,TMTC4,INPP5B,PTDSS2,PTDSS1,SGPL1,PRRC1,SPAST,INPP5K,SCAP,MAP4,BANP,NUS1,TRAP1,BCL11B,BCL11A,TMEM50A,TMEM50B,MEMO1,STAM,GADD45G,MANF,CCT6A,ANP32E,ANP32B,TMCC1,BAP1,CDS2,HBS1L,DAZAP1,TRAM1,HINT1,UCHL1,SERP1,ZMYM2,AUH,ZMYM3,PCF11,ZMYM4,ZMYM6,KIF13A,CDV3,TSC22D1,TSC22D3,NME2,NME3,RHOF,UCHL3,RHOA,RHOB,NME1,NME7,MAPT,PRIM2,UQCR11,UQCR10,ANKMY2,RBM15B,CUX1,TBL1X,RANBP2,SUZ12,RANBP1,RANBP3,AP3D1,RSL1D1,MARS,R3HCC1,CTNNB1,CAMK1,GALNT11,GOLT1B,ARHGAP44,EFTUD2,BASP1,APLP1,KCTD2,KCTD5,PDIA6,PDIA4,DPM2,DPM3,TIPRL,CMPK1,ABCG4,BTF3L4,ADIPOR1,STK4,ADIPOR2,PLCXD2,DPP3,PDZD4,MAN2A2,DPP9,CASKIN1,EP400,DMAP1,MARK4,PDZD8,PDZD7,MARK2,SMAD4,SMURF2,SMURF1,ASPSCR1,IFT122,NMRAL1,TDRD3,ARHGAP33,ATG16L1,JMY,SRPRB,B4GALT2,B4GALT3,USP36,ABCD3,USP38,USP32,USP34,SLC2A3,USP39,SLC2A8,GMPPA,MAN2C1,USP46,KLF11,USP48,ABCC5,TRNAU1AP,CKAP5,KLF16,TGFBR1,DDX19A,B4GALT5,USP14,HCN3,USP15,USP16,USP10,GMPR2,OPRL1,MTIF2,MTIF3,TM2D3,MOSPD3,TOB1,IWS1,RMND5B,TFPT,RMND5A,NT5DC2,NT5DC3,REPS2,NCAM1,ROMO1,ABCF2,ABCF3,CAMK2G,REPS1,RWDD1,USP24,IGBP1,USP20,B3GAT3,BAD,USP21,USP22,HAGHL,NAP1L1,USP28,NAP1L5,NAP1L4,NEURL4,PIK3IP1,XPNPEP1,BAX,SPRY2,SSBP1,ABCE1,SSBP3,SSBP4"
+"gene_set_query"	"224"	"SP9"	"297.0"	"ARCHS4 Coexpression,308;GTEx Coexpression,286"	"CCNJ,MYT1L,STMN3,STMN4,FNBP1L,DPYSL4,RUSC2,DPYSL5,PPP2R1A,DPF1,DPYSL3,FAM110B,STMN1,HABP4,AP1S1,SOX4,ANKS1B,EPHA5,CXADR,WSB1,RBFOX2,ST6GAL2,SOX11,BCR,EID1,FEZ1,SUB1,RUFY3,RUFY2,TAGLN3,KCTD17,CTXN1,ASTN1,PFN2,BEX4,NECAB1,BEX2,PDE1B,MAGED1,FOXG1,PIK3R3,ATXN7L3B,SLAIN1,ACTR3B,ARPP19,FAM171A1,PPP3R1,TSPAN7,B4GALNT1,FZD3,PTPRN2,ARPP21,MAGEE1,CADM1,BCL11B,CADM2,ST8SIA2,ST8SIA3,DCLK2,DCLK1,TMEM198,MLLT11,CCDC88A,GNPTG,HNRNPK,H2AFY2,PKIA,PPP1R1B,PPT1,CALM3,LRRN1,FXYD6,DCHS1,CD200,ARF3,GABRB3,ROBO2,WDR47,CSRNP3,SPEF1,NCAN,GRIK3,OLA1,SLC35F1,TCF20,ROBO1,C1QTNF4,JPH4,SERP2,PPP3CA,JPH3,TUBA1A,CAMKV,B3GALT2,TRIM2,NCS1,IDS,DLGAP3,PSD,CCDC112,CAP1,BRD3,ZYG11B,PRMT8,ACTL6B,TSC22D1,LRRC49,ELMOD1,TCF12,LRRC40,MTSS1,SRP9,MLF2,TMEFF1,MN1,ARHGEF9,TUBB2B,TUBB2A,MMP17,MPPED2,CHST1,ARHGEF4,PLCB1,PAFAH1B3,DSCAML1,DBN1,DYNC1I2,AKAP7,SNX32,CCDC106,NOL4,TMEM169,HSF2,CHN1,NCDN,CTNNA2,CKB,ATP6V0E2,RUNX1T1,ARNT2,GABBR1,KIDINS220,NFYC,LSAMP,PNMA2,NMNAT2,BLCAP,MZT1,GRIN1,KLHL9,ATAT1,TMEM158,ABI2,MORN4,KLHL7,FKBP1B,TTC3,FAM171B,APBA1,CDK5R2,CDK5R1,CTNND2,CYP46A1,FBXO21,CDH8,ACTG1,NUDT11,NUDT10,RIMS4,ATCAY,CDH2,TUBB3,PALM,PLS3,LZTS1,RGS9,STK32C,RGS7,HMGN1,PPP1R16B,NSF,CHRNB2,KIRREL3,ANKRD46,LMTK3,POU3F2,SHISA7,PIAS2,POU3F3,PCP4,PREPL,UBE2V2,TBC1D24,LY6H,XPR1,GRIA1,GRIA2,RTN3,KHDRBS2,RTN1,HPCA,BTF3L4,KLC1,CPLX1,CACNA1E,HSPBP1,PHF21B,SCRT2,SNN,EFNB3,KIF3A,CASKIN1,ATP6V1H,KIF3C,LRRC4C,LRRC4B,IP6K2,SYT5,CBX5,UROS,NSG1,BTBD9,MARCH6,GNAO1,REEP1,LRCH2,DLG2,GNAL,DAB1,NSG2,CDK5,DLG4,MAP3K10,CSPG5,TCF4,SERINC1,FGF13,EIF4G2,KDM5B,THRA,PODXL2,CELF3,ELAVL4,CELF5,RND3,ELAVL2,GPHN,NRGN,TRO,YWHAQ,LRRTM1,LRRTM2,GDAP1L1,CEP170,HSDL1,VBP1,RBM18,SEPT5,KLF16,PTBP2,SEPT3,PJA1,PTP4A1,RCN2,NRG3,PIK3CA,SNPH,LANCL2,DCX,TERF2IP,NAT8L,INA,CAMK1G,HDAC2,USP11,RBM4B,CRMP1,JAKMIP1,DLL1,JAKMIP2,STOX2,GNG3,MAPK8,GNG2,GNG7,MGAT5B,NNAT,MAPK1,NCAM1,SLC25A23,WASF1,ATP9A,CACNG4,CLASP2,HNRNPA0,LGI1,MARCKSL1,PCDH8,ATP2B1,FBXL16,GDAP1,MAPK10,KLF7,GLRB,PPP2R2C,APC,PPP2R2B,SYT11,NOVA2,SSBP2,PTPN5"
+"gene_set_query"	"225"	"ZMAT4"	"297.7"	"ARCHS4 Coexpression,434;Enrichr Queries,266;GTEx Coexpression,193"	"MYT1L,STMN2,ZDHHC5,STMN3,STMN4,ENO2,SCAMP5,DPYSL2,DPF1,STMN1,AP1S1,KIF21A,EPHB1,NCKAP5,ANKS1B,CHGB,SOX5,EPHA5,EPHA4,EPHA7,MEF2C,RBFOX1,TSPYL1,UNC13A,CXADR,WSB2,CACNA2D1,SLC6A15,SOX11,MOGS,ANK2,ANK3,ANK1,GABRG2,SFRP1,PRKAR1B,RUFY3,HECW1,TAGLN3,KCTD17,ASTN1,PFN2,BEX4,NECAB1,BEX2,NRN1,BEX1,FOXG1,FLII,CEND1,NLK,ACTR3B,ARPP19,KALRN,PPP3R1,TSPAN7,CHST10,RIMKLA,SCN3B,SCN3A,NTNG2,FZD3,NDFIP1,PTPRN2,MAGEE1,ARPP21,CADM1,BCL11B,CADM2,BCL11A,ST8SIA3,DCLK1,SNAP91,MLLT11,CALM3,FXYD6,FAT3,LRRN1,SERPINI1,CALM1,CDK14,ARF3,GABRB3,PCSK2,ROBO2,CSRNP3,GRIK5,DIRAS2,PTPRO,GRIK2,ROBO1,C1QTNF4,JPH4,SERP2,PPP3CA,TRIM9,UCHL1,JPH3,PCLO,TUBA1A,CSRP2,CAMKV,CHL1,TRIM2,NCS1,ENC1,DNER,IDS,NEFL,SDF4,NEFM,DLGAP1,KIF1B,KIF1A,DLGAP3,PSD,PRMT8,LRRC49,ELMOD1,SLC39A10,SYN1,DUSP6,PGM2L1,CNKSR2,TOX3,ARHGEF9,TUBB2A,VSNL1,KIT,MPPED2,PXDN,CHST1,MAPT,PLCB1,SGK1,NAPB,ATL1,ADAM22,SNX32,AKAP6,PRICKLE1,ADCY1,CAMKK1,CUX2,TCEAL5,CAMK2N1,CHN1,NCDN,CTNNA2,PAK3,RUNX1T1,RPRM,ARNT2,GABBR2,WDR17,SPRYD3,ATRNL1,LSAMP,SORBS2,PNMA2,NMNAT2,GRIN1,ABI2,MORN4,APBA1,PKN1,CDK5R2,CDK5R1,FAM49A,FHOD3,RAB3C,RAB3A,ATP8A2,RASL11B,CLSTN2,CTNND2,CYP46A1,CDH8,SLC8A1,RPH3A,RIMS1,RIMS4,ATCAY,CDH2,SALL2,KIF5C,KIF5A,NRCAM,LZTS1,STK32C,SH3GL2,PPFIA2,RGS7,PPP1R16B,NSF,CHRNB2,KIRREL3,MAGI1,LMO3,TMOD2,MAGI2,LMTK3,VASH2,TMEM130,POU3F2,SHISA7,OLFM1,PREPL,PCP4,MYCN,SCN8A,EHBP1L1,ELMO1,UBE2V2,AMPH,TOX,GRIA2,RTN3,BRSK1,KHDRBS2,NDRG4,BRSK2,BHLHB9,RTN1,RAB5C,NTM,ABHD8,LPL,CACNA1A,CABP1,CPLX1,CACNA1E,FBXO41,IGSF21,ORC4,DPP6,EFNB3,IRAK1,FUT9,CASKIN1,PLXNA2,ATP6V1H,CAMTA1,KIF3C,LRRC4C,RAB6B,PLXNA4,SYT5,ANKRD24,AUTS2,SYT1,SLC4A10,BTBD9,GNAO1,PTPRD,DLG2,DAB1,NSG2,REEP5,CDK5,HOOK2,NBEA,DLG4,HOOK1,GNB1,PI4KA,CNTN1,MAP3K10,FGF13,SNAP25,DOCK3,WDR1,CELF2,CELF4,CHD6,ELAVL4,CELF5,HMGB3,RND2,PPP1R9A,ELAVL2,NRGN,NGRN,SEC61A1,GRM5,LRRTM1,LRRTM2,GDAP1L1,SUMO2,PSD3,PHACTR1,ERC2,GAL3ST3,SULT4A1,EDIL3,SVOP,PDPK1,PDE4D,RNF208,NAV2,SEPT5,PJA2,SEPT3,DNM2,GAP43,PTP4A3,NRG3,SNPH,DNAJC6,DCX,SNURF,CDH13,NAT8L,INA,SHANK2,CAMK1G,CAMK2B,RNFT2,NLGN1,STOML1,CLEC2L,HDAC1,NRXN1,RAB1B,CXXC1,CRMP1,JAKMIP1,NCALD,ADD2,JAKMIP2,STOX2,CACNG7,GNG3,GANAB,PTPRZ1,SV2A,SLITRK1,MGAT5B,POLR2D,FAM120A,SLIT1,SLITRK5,SPOCK1,NCAM1,SLC25A23,WASF1,ATP9A,OPCML,CLASP2,LGI1,CHGA,LINGO1,NTRK2,PCDH9,NEGR1,NDUFA4,PCDH7,NTRK3,PCDH8,CADPS,ATP2B4,SYT16,NAP1L2,FBXL16,MEIS2,MYO16,NAP1L5,ENOX1,NELL2,MAPK10,FAM155A,GLRB,PPP2R2C,PPP2R2B,SYT11,P2RX2,NOVA2,FAM131A,OCIAD1,P4HB"
+"gene_set_query"	"226"	"SMAD1"	"297.8"	"Literature ChIP-seq,99;ARCHS4 Coexpression,630;Enrichr Queries,498;ReMap ChIP-seq,90;GTEx Coexpression,172"	"MDC1,MT-ND4,CHIC2,TFRC,RBPJ,ALKBH8,ALKBH3,KRTCAP2,ZFYVE27,DPYSL5,DPYSL2,PSMD3,DPYSL3,AKT1,MEF2C,CSNK2A1,FNBP1,NGDN,DNTTIP2,EML2,FAM133B,BCR,MYL6,RFX7,DDIT3,FEZ1,RUFY3,ZC3H11A,DDIT4,RBCK1,ATF4,SHMT2,FLII,MEPCE,ABCB8,COPS7A,AGAP3,MRPL12,OAZ1,GABARAP,PRPSAP1,MRPL20,RHOT2,HMGXB4,PUSL1,RHBDL1,HEXIM1,PRRT1,CREBBP,JUN,PRRT2,JUP,PBX2,MRPL24,PBX1,EIF1,MLLT11,TBL3,FASN,HYOU1,FXYD6,GPR19,LRSAM1,PIGU,PIGO,KCNC3,HEXB,RPLP0,MRPL39,CTCF,MED16,MRPL34,BBC3,OSBPL10,TRMT112,TUBA1C,MED14,MED13,TUBA1A,FASTK,RPLP2,TCP11L2,SH3BGRL3,APPL1,JAK1,LRRC47,UPF2,APC2,LYPLA2,UPF1,LRRC45,ACTL6B,DUSP1,SPHK2,MRPL49,MRPL47,SIRT7,GMIP,MED29,DUSP6,MED23,MED22,MRPL53,TMEFF1,MED20,PXDN,CDC42EP3,RAPGEF1,TUT1,SLC29A1,VAMP2,SLC29A2,LRRC14,RNASEK,URM1,WRB,SRRT,SDAD1,CENPB,UNK,PSMB3,ADAM23,FLNA,ANO10,JAM3,EGLN1,MBD3,MBD6,BYSL,CCDC9,SERBP1,PSMC2,TSR1,PKN1,YPEL3,CCNT2,FBXO28,ATN1,HDDC3,FADS2,UROD,RUVBL2,KPNA6,NUDT19,KPNA3,FADS1,SLC25A46,SH3GLB2,SLC38A1,PCYT2,DGAT1,CISH,FBXW9,PPP1R16A,ATP11B,LENEP,FOXP1,MSH6,ACAP3,SLC9A5,LIX1,FSCN1,MAPKAPK5,SQSTM1,ANAPC1,ARL8A,ANAPC2,KHDRBS1,INO80E,RNASEH2A,PFKFB3,MAZ,ISG20L2,FBXO44,CORO1A,CORO1B,SOCS2,SBNO2,PORCN,NDOR1,G3BP1,G3BP2,SLC38A2,NADK,NOP14,FUS,EEF2,DRAP1,SP3,MDM2,NFE2L1,SLC25A1,ITGB1,HSP90AB1,SCHIP1,CELF3,PTEN,PIK3CD,ETFB,ARRB2,AP4M1,MRPL4,ZNRD1,PPP6R1,DGCR8,PMEPA1,MRPL9,BCAS2,UNC45A,ACTR2,HSP90AA1,DST,DHPS,RAD23A,RAD23B,ARFGAP1,GIGYF1,SLC25A5,DCTPP1,SLC25A11,PPP1R12C,SLC25A4,BCAT2,PPP1R15A,GTF3C3,GTF3C4,LRP1,GTF3C5,SRC,ROCK2,PRCC,LENG8,ZBTB45,SRL,MLLT6,U2AF2,UBQLN1,EIF4H,TRIM46,IARS2,FYN,E2F4,HNRNPA1,SLC25A22,EIF4B,ATP9A,GADD45GIP1,SEC24B,PPP1R14B,TRIM41,MMAA,CNBP,MBOAT7,FOXJ3,RPL23A,HNRNPAB,TSPAN14,TSPAN18,STUB1,CCM2,P4HB,EIF3C,SMAP2,TRIM32,EIF3A,EIF4A2,EIF4A1,KDELR1,PREP,PPAN,ZDHHC8,ACTB,CYB5D1,TXNDC17,NUDT4,CDC23,TRIM28,SNRPD2,KIF21A,CCNL2,ATXN7L3,EIF2A,SLC12A9,ARSA,PAQR4,ZFP1,ARL15,ACTN1,CIRBP,TALDO1,CSNK1D,MOGS,CSNK1E,THAP3,THAP7,CDC37,CSNK2B,CD2BP2,ULK1,CTXN1,GCDH,PAXIP1,GIPR,SUPT4H1,CEND1,PIK3R1,APH1A,PCBP1,MICAL1,HIVEP1,SURF6,TSPAN5,HIVEP2,TSPAN3,DECR2,ZBED4,NTNG2,BBS1,SURF1,INTS1,SURF2,LRRN2,SURF4,XRCC1,SMARCA2,MED13L,AIMP1,AIMP2,SNW1,ID2,NDUFAF3,PAF1,SDC1,DHX29,NOL11,CALR,RCOR2,CD200,NRP1,TMEM151B,PPP1R11,GPAA1,CCDC124,SLC7A11,NAT14,PTMS,HERPUD1,AKAP12,THTPA,SYNCRIP,ENC1,MLX,RAC3,SDF4,SSSCA1,CTSB,COX8A,PBRM1,PCYT1B,STARD3NL,MINK1,APRT,PITPNM1,KIT,ARHGEF1,ARHGEF2,PTMA,DBN1,SATB1,DOT1L,GBA,RELA,GNAI2,ARVCF,EXOSC4,NFIL3,MGAT1,RPA1,VEGFB,TMUB1,UBE2G1,MYO9B,AP2B1,MIAT,PPP1CA,VEGFA,TMUB2,PER1,TCEA1,PNPLA6,OTUD4,DPAGT1,OTUD5,CRTC2,MIDN,UBE3C,UBE3A,UBE2Z,ACTG1,IGF1R,EEF1B2,CAPN7,KIF5B,KIF5A,FAM3A,EP300,SBF1,PPFIA3,ZGPAT,UBE4A,ADAM15,HNRNPUL1,DOK4,DKC1,FAM173A,EHBP1L1,PLAA,TBC1D25,GEMIN7,PPIA,RTN2,VCP,PSMD12,PSMD11,NDUFB10,NXPH3,NXPH4,UBA5,KLHL17,HTRA2,PSEN1,NDRG1,SUPT6H,CNN3,SHARPIN,IRAK1,GRK6,TBC1D13,TBC1D14,CYC1,QSER1,BCL9L,YARS,OST4,PRNP,ZFHX2,VTA1,HMGA1,CRIM1,NUP153,SUPT5H,HOOK2,UBE2S,HOOK1,GNB2,MKRN1,CNTN1,GNAS,PHF13,TCF4,TCF3,LSM14A,UBE2M,PICALM,GALK1,GSK3B,GSK3A,PRR7,DDX46,PRKCSH,RND2,MEA1,RND3,PPP1R9B,LASP1,EEF2K,ABHD16A,BCL7C,NUP62,MYO18A,MLST8,UTP15,ARHGEF11,SUN2,NAA30,RBM14,NUP133,TTC33,PDPK1,DCAKD,DDX54,ARHGEF18,SYNGR3,EEF1G,VCAN,CREB1,RCN2,IRF3,EEF1D,PEX6,NUP54,SHANK3,INA,DCTN6,RRN3,DCTN2,TGFBRAP1,CRMP1,SLC3A2,AGPAT1,RNF5,DNPEP,TNKS2,RAB40C,TMEM203,MAT2A,TGS1,BMS1,MKNK2,NAA25,TMEM208,PTK2B,MTA2,FBRS,PDLIM7,CYTH1,NAA10,ACVR2A,CLCN7,CLCN6,GALE,ERCC1,CARM1,POLE3,ACIN1,TAF6,NAA15,VIM,MBTPS2,TAF1,RB1,RPL3,ARPC5L,GPATCH4,HNRNPR,FNBP1L,DCAF4,PHB2,BACH1,GCSH,MYC,ZMIZ2,STMN1,RPL35,IER2,MED1,VPS18,WSB1,TSPYL1,NUP210,DAPK1,PIH1D1,DAPK3,WDR74,CD3EAP,SOX11,SOX12,CLPX,WDR81,IFT81,ZSCAN21,YME1L1,RPL27,RPL28,DUS3L,VPS28,CDC42SE1,SLAIN2,HIF1A,ARPP19,ANAPC11,MTDH,GJC1,PRDX2,PRDX5,PPP4C,RIC8B,WDR70,BLOC1S1,VPS11,ST3GAL2,BTF3,NAA50,RPL41,FZD3,JUND,CHKB,PHC1,CHKA,H3F3B,PLK2,SETD1A,IRF2BP2,MTHFR,PA2G4,NR1D1,PRRC2A,TMEM198,EHD1,HNRNPL,FIBP,SLC6A6,GLUD1,MEX3A,H2AFY2,HNRNPF,DUS1L,FARSA,OGFR,SMG1,BTG1,CDKN1B,GMEB2,PHF23,PHF1,SETD7,GPT,WDR43,SMG5,TMEM189,CSRP2,TMSB4X,TIMP2,GPR137,PLEKHN1,AP3S1,CIC,JARID2,EMD,RRP15,CEP68,ZC3H10,WDR36,SHPRH,TPI1,SSR2,TCF12,ITPK1,ASH1L,COPZ1,RNF167,LSG1,ZEB2,TUBB2B,TUBB2A,NCOR1,KIFC2,EXOC4,KIFC3,RNF166,RPL10,RPL12,GPS1,USO1,WDR24,SCAF8,BCLAF1,SLC17A7,RPS2,RPL18,PAIP2,RNF130,RUNX1T1,SF3A3,PCGF6,YTHDF2,BRF2,SF3A2,CSNK1A1,NR1H2,TRMT1,SRP68,NFIA,NFIB,ZYX,NUCB1,PLP2,DGKE,CHPF,AUP1,RPL10A,CLU,TM7SF2,CDH2,CFL1,MAF1,TXNL4A,PLEKHJ1,GTF2I,IFNAR2,RNF44,RPS9,TPM4,USP5,RPS8,USP3,IGFBP3,F2R,DYRK1A,AIP,DGKZ,THOC6,CTDNEP1,PYGO2,CLIP1,RAB34,RAB35,PGP,ADNP,PHPT1,FKBP4,CSNK1G2,FKBP5,ANKRD17,FKBP2,DNMT1,CD151,RAB5C,CUL5,CCDC24,SLC38A10,PHF21A,ORC5,KLC4,ZFP57,PITRM1,DVL1,BTBD2,NACC1,DVL2,MAP2K7,RAB6B,MCL1,MPDU1,ESRRA,TRAPPC3,ANKRD34A,RAB4B,CCDC12,POLR3GL,BTBD9,LSM4,SCRT1,CDK9,COPS6,CDK5,COPS2,MAFG,TADA3,PLEKHM2,CSPG5,BCL2L2,EIF4G1,RNF187,SLC48A1,DIDO1,MCM7,WDR1,ZC3H4,WDR3,PPP6C,PTBP1,RPL7A,DUSP12,SART1,LBH,SNRNP70,UBTF,WDR6,PLEKHG2,REXO1,GPX4,RPL13A,RTN4RL2,YDJC,COASY,PTP4A2,PTP4A3,DALRD3,TRAF4,CTDSP2,POLR1B,TRABD,SMARCD2,HDAC1,CEBPG,LAGE3,HDAC6,DCAF15,ABLIM1,HECTD1,POLR2B,HECTD3,RBBP5,CSK,POLR2L,SEMA4A,SPAG7,PPIL2,ASCC1,RNF26,FBXL19,FBXL16,CUL4A,KLF6,MARCKS,RAB14,PSAT1,IMPDH1,MFAP3,IMPDH2,MGAT4B,CEBPZ,VPS45,INSM1,SLC35B2,APP,IFITM2,ZMYND8,HS6ST1,RPS16,RUSC2,FLAD1,FTH1,LONP1,RPS11,ZFPL1,GLUL,SOX4,SLC11A2,ARRDC3,IFRD1,CPT1C,JMJD8,JMJD6,ZW10,GRWD1,RRAGD,PFN1,AURKAIP1,EZR,CUTA,NECAB3,ANP32A,MAGED1,TWF2,TRMT2A,NUAK1,TNRC18,GPM6B,VASP,VAT1,TRAP1,SNHG1,BCL11A,PUM1,GADD45G,STAG1,ZZZ3,FUBP3,MAGED2,RPS21,C2CD2L,CC2D1A,ITM2C,HBS1L,DAZAP1,CITED2,MYL6B,PRPF19,XPO6,TOP3B,ATP6V0B,TSC22D1,STRADA,GP1BB,PRMT1,RHOF,CBFA2T2,ITFG2,LIME1,MLF2,RHOB,RAB33B,PRPF18,NFX1,ALDOA,SGK1,MPND,FYTTD1,CSTB,TOMM40,SLC20A1,AKAP8,UQCR11,RFNG,GDPD5,RBFA,HIRA,ZDHHC18,APBB2,CTNNA2,MAP4K4,RANBP1,MTX1,PTGES2,MTX3,AP3D1,RSL1D1,STAC2,CTNNB1,TRIP12,FAU,KDM1A,NUCKS1,COMT,TATDN1,BASP1,ARHGDIA,FPGS,HCFC1R1,NOM1,TSC1,PUS7,ATP1B1,SHISA7,TMEM131,MYCN,HGS,RPL7L1,CHMP4B,ISYNA1,RPS19BP1,HPCA,LTBP4,EFNA4,EFNB2,EMG1,EFNB3,MAN2A2,UBB,CASKIN1,ZMAT5,EP400,MARK2,ATP6V1F,SMAD2,KLHDC3,SMAD4,ACBD4,CBX5,CPSF1,HSPA5,CBX4,NONO,PTCH1,ASPSCR1,EIF2S1,SMAD5,NFKBIA,EFNA3,EFNA2,CHMP2A,CLASRP,ACBD3,SAE1,LRP10,MUS81,B4GALT2,KDM5C,DOCK7,ELAVL4,SLC2A3,SEPT9,PPP2R5E,SNAPC2,GMPPA,PDE4B,TMEM108,PDE4A,SCYL1,KDM6B,KLF13,H2AFX,RNF208,TRNAU1AP,ARID1A,ARID1B,SENP3,SEPT5,KLF16,CKAP4,DNM2,DDX19A,THRAP3,DDAH2,TSEN34,STOML2,KDM3B,RGS16,TOB1,STRN4,THBS3,RMND5B,MAPK9,ALDH1B1,RPS6KC1,PDE6D,ABCF1,USP24,SPEN,BAD,PRAF2,QPCTL,HAGHL,CYHR1,RPS6KB1,CAPN10,PPP2R2D,CDK2AP2,BAX,SSBP2,SSBP4"
+"gene_set_query"	"227"	"ZNF33A"	"300.0"	"ARCHS4 Coexpression,268;Enrichr Queries,194;GTEx Coexpression,438"	"NCKAP1,STMN2,DCAF8,HNRNPU,RBPJ,FNBP1L,EPRS,RPL8,ELK1,NDST1,CAPNS1,DPYSL2,PSMD2,ZXDC,PSMD3,STMN1,PWWP2A,AP1S1,VPS39,CDK5RAP3,FNBP4,DDX17,WSB1,CXADR,REV1,CD3EAP,SOX11,DICER1,SND1,DAAM1,RFX7,ZC3H11A,RUFY3,DDIT4,FAR1,RPL29,FLII,RPN1,RNPC3,MRPL12,PRPF38B,CREBBP,FZD3,PRELID1,H3F3A,PRRC2C,FAM136A,PBX1,MLLT11,HNRNPL,ARL2BP,GIPC1,DZIP3,ATG2B,CPEB4,PHF3,SETD2,SMG1,PIGU,SETD6,CLTB,CLTA,TRIM8,MRPL42,NIPBL,MED13,TUBA1A,PCMTD1,UPF2,DFFB,SHPRH,TET2,NUTF2,ASH1L,DYNLL1,SRP9,WDR33,MED23,TUBB2B,INF2,HEATR5B,MTF2,PXDN,TMEM106B,FAM117B,CENPB,FAM129B,GGA2,BCLAF1,NSD1,LMAN2,MFN1,CLPTM1,RICTOR,ANKRD52,SF3B1,YKT6,SRSF11,NKTR,KIDINS220,MDH2,MBD1,TMEM62,SYNJ2BP,SCAF1,SPSB3,RNF146,MKLN1,NFIA,MORN4,NFIB,TAOK1,ETNK1,NUCB1,PKN1,CCNT2,FAM13B,CHPF,PLOD3,SMCHD1,LAMP1,CFL1,PAPOLA,SLC39A7,LZTS2,LZTS1,AP2M1,USP8,SLC38A1,ANKRD49,TPM4,USP5,RALGAPA1,USP3,DYRK1A,PRPF4B,FBXO11,FBXW2,FOXP1,MORF4L1,DMTF1,RAB35,ANAPC4,PHIP,ANAPC5,ADNP,SQSTM1,SLC27A4,SNRPB,LRRC59,CD151,RAB5C,ANKRD11,ANKRD12,ARL2,UBR3,UBR2,PHB,CORO1B,STIP1,TPR,DVL1,NACC1,ABL1,SKIL,ZKSCAN1,EIF2B5,TRAPPC2,OSBPL8,TIA1,FBXO38,MARCH6,DRAP1,NBEA,NFE2L3,MDM2,NF1,PLEKHM2,MDM4,OGT,EIF4G1,DIDO1,WDR1,PTEN,SYNE2,AP1G2,PPP6R3,TLK1,UNKL,EIF5A,PPP1R12A,DST,ATRX,VPS13A,RANGAP1,PTBP2,ARFGAP1,DDOST,PTP4A1,GIGYF1,PPM1A,TRAF7,NSMCE4A,CTDSP2,POLR1B,SOS1,RNF31,NFAT5,HDAC2,RAB1B,CXXC1,TULP4,SRM,GANAB,NCLN,U2AF2,VPS52,POLR2E,EIF4H,VPS54,FEM1C,SPAG9,PPP1R14B,PPIL2,ADRM1,OXR1,TPD52L2,NIN,KLF6,MGAT4B,PDCD4,P4HB,TNRC6A,TRIM33,BCAR1,EIF3B,VARS,JMJD1C,GCC2,PNN,TRIM28,OGFOD2,BSG,LONP1,EPC1,TRIM27,CCNL2,SRRM2,SCAF11,ACTN1,COG3,CIRBP,MOGS,ACTN4,AKAP9,ANKRA2,PFN1,MACF1,BEX2,BEX1,PIK3R1,MBTD1,APH1A,SPAST,ERI3,STXBP5,PATZ1,RAB11FIP5,RABGAP1L,ZRANB2,INTS1,BCL11A,ST8SIA2,SURF4,HARS2,MED13L,CCDC88A,STAG2,WNK1,GOLGB1,CALR,RBAK,CD200,ITM2C,TOP2B,AHCTF1,CSRNP3,PRPF19,PCM1,ZMYM2,PCF11,ZMYM6,REV3L,SDF4,UBXN4,GIT1,TMED4,TMED9,NME2,ITFG2,MLF2,ENAH,KIN,WAC,ALDOA,RXRB,PES1,PAK3,RANBP2,MON2,YIPF4,PLEKHA5,MIB1,ATAT1,BOP1,PRPF39,TTC3,GRINA,CD81,ARID4A,ARID4B,NUCKS1,UBE2Z,PPIP5K2,CHCHD6,ARHGDIA,POGZ,EP300,ARID2,SH3GL1,UBE4A,TRPC4AP,ATAD3A,RSBN1,MAU2,ADAM15,TBL1XR1,MATR3,WDFY3,SCG3,PPIB,COX19,PDS5B,SEL1L3,IRAK1,DMAP1,CYC1,ANKZF1,QSER1,ATP6V1F,BPTF,KLHDC2,ACBD6,PRNP,SMAD4,PHF12,KLHL24,CLK4,ANKHD1,CLK2,PAN3,EFNA2,HOOK2,UBE2S,HOOK1,GNB2,DNAJC10,JMY,BRWD1,FGF13,UBE2M,CREBZF,SCYL3,KDM5B,RBM25,RBM26,DDX46,PRKCSH,CHD6,ELAVL4,PSIP1,CHD2,PPP1R9A,AFF4,LMNB2,MFSD8,SENP6,SENP7,SEC61A1,RB1CC1,GDAP1L1,RBM5,RBM33,KDM6B,USP47,USP48,PDPK1,H2AFX,CTPS2,ARID1B,KLF16,CREB1,RER1,AKT1S1,LUC7L3,ZMYND11,INA,KDM3A,KDM3B,GOSR1,WIZ,CRMP1,GNG2,MKNK1,RALY,TTC14,ATF7IP,RBM39,KDM4C,GALNT2,GDAP1,TTC17,CARM1,RBM42,BAX,ERCC5,SSBP2"
+"gene_set_query"	"228"	"ZNF609"	"301.0"	"ARCHS4 Coexpression,189;Enrichr Queries,77;GTEx Coexpression,637"	"MDC1,TRIO,TRRAP,HNRNPU,EHMT1,SMC3,DCAF5,EPRS,GPATCH8,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,DPYSL3,AKT3,DIP2B,FNBP4,DDX17,NUP214,RBFOX2,NUP210,PRKCE,CD3EAP,SCRIB,HCFC1,BCR,IFT81,RFX7,WDR82,DDIT4,NUP98,PRR12,SF1,POM121,NEDD4L,BAZ2A,GIGYF2,MTDH,LARP1,PLCG1,CREBBP,JUN,SETD1A,PRRC2C,IRF2BP2,PBX2,MEX3D,MEX3C,PHC3,PRRC2B,PRRC2A,SETX,HNRNPL,MLLT10,MEX3B,HYOU1,CDK13,TMEM9B,CPEB4,PHF3,SETD5,SETD2,SMG1,PIGU,WDR48,PHF1,TCF20,SMG7,SMG6,PHF8,MED12,NIPBL,MED13,JARID2,CIC,BRD2,UPF1,TCF12,TET2,ASH1L,BAZ1B,WDR35,NCOR2,SLC7A5,NCOR1,PXDN,TET3,RAPGEF1,SF3B2,NFIX,SRRT,SLC7A1,PSMA7,GGA1,RNF138,NSD1,PSMB1,USP1,ZSWIM6,BRD8,ANKRD52,BRD4,SF3A1,MBD1,YLPM1,SCAF1,GATAD2B,GATAD2A,AGBL5,SKI,NFIA,ABI2,NFIB,TAOK1,SERBP1,TAOK2,CCDC6,PKN1,ATN1,PARK7,IPO7,IPO5,EIF4ENIF1,FBRSL1,GTF2I,SUPT16H,SLC38A1,USP7,FOXP1,MSH6,ATXN2L,ST7L,CLIP2,ILF3,DMTF1,PHIP,ADNP,RAD54L2,SNRNP200,KPNB1,GLYR1,ANKRD17,ABHD2,ANKRD11,ANKRD12,UBR4,GMPS,PHF21A,SLC9A1,SBNO1,ATXN2,PITRM1,STK36,TPR,UBR5,NACC1,ABL1,DVL3,ZKSCAN1,ODF2,FUS,SEC16A,EEF2,BCL9,YEATS2,CNOT1,AAK1,NF1,CNTROB,EIF4G3,NFE2L1,EIF4G1,LMBR1L,ZNF512B,DIDO1,NUMA1,ZC3H4,CELF1,CEP164,PTPN23,SYNE2,PIK3C2B,SIN3B,SIN3A,UBTF,ERC1,TNPO2,REXO1,DST,ATRX,ZFP91,RAD23B,GIGYF1,DAD1,CTDSP2,GTF3C1,NFAT5,NDUFB8,RNF38,LENG8,FOXK1,MLLT1,MLLT6,ABLIM1,GANAB,HECTD1,RBBP4,CCDC85C,U2AF2,RBBP6,UGGT1,TRIM44,EIF4B,SPAG9,CIZ1,HNRNPA3,FBXL19,DONSON,RPRD2,CDC42BPB,MTOR,ASXL1,MARCKS,ZMYND8,JMJD1C,HERC2,TRIM28,HERC1,SAP130,UBAP2L,ATXN7L3,SRRM2,SMARCC1,SMARCC2,ANK3,SRRM1,SIK2,LLGL1,MACF1,ANP32A,DHX9,MYCBP2,PIK3R1,DHX30,COMMD9,GSE1,SYMPK,TNRC18,MAP4,SEC31A,XRCC6,INTS1,RCC2,INTS3,MYO5A,PUM1,SMARCA2,PTK2,MED13L,PUM2,SMARCA4,WNK1,SUGP2,ITM2C,AHCTF1,DAZAP1,HIP1,PTPRS,CETN3,SIPA1L2,SIPA1L3,PTPRF,ZCCHC14,RPTOR,PCM1,ZMYM2,SIPA1L1,XPO1,ZMYM4,UIMC1,UBXN7,KIF1B,SEC61B,NCOA2,SREBF2,SLTM,FAM193A,PABPC1,ARHGEF2,DOT1L,UQCR11,HIRA,CUX1,APBB2,MAP4K4,DYNC1H1,RYK,HUWE1,MYO9B,AP2B1,MYO9A,TRIP12,ESYT2,HDGF,MEGF8,NUP188,KDM1A,ARID4B,PRDM2,NUCKS1,IGF1R,KHSRP,POGZ,EP300,ARID2,SBF1,KDM2A,SSU72,TANC2,HNRNPUL1,TBL1XR1,HNRNPUL2,SPECC1L,WDFY3,PDS5B,PDS5A,PRPF8,SUPT6H,ACACA,RTN4,CAMSAP1,RAI1,EP400,ZC3H14,BCL9L,BPTF,CPSF7,CBX5,NUP155,CPSF1,IFT122,NUP153,EFNA2,NASP,HOOK2,HOOK1,CAPRIN1,GNB1,PI4KA,PHF13,TCF3,BRWD1,LSM14B,RERE,KDM5B,GSK3B,KDM5C,LDB1,PRKCSH,CHD8,CHD6,DDX42,CHD4,CHD3,YBX1,CHD2,AFF4,LMNB2,LMNB1,CABIN1,ZC3H7B,MYO18A,RBM33,ARHGEF11,TBP,ARHGEF12,USP42,PDPK1,CAD,NAV1,NAV2,ARID1A,ARID1B,CKAP5,DNM2,SFPQ,KDM3B,WIZ,ASAP1,STRN4,FAM168B,MTA1,GNG5,MAPK1,MTA2,FBRS,CLASP1,ABCF1,SPEN,ATF7IP,TAF15,ZFC3H1,ATP2B4,SSRP1,SLC4A7,CARM1,ACIN1,TAF1"
+"gene_set_query"	"229"	"HIVEP2"	"302.3"	"ARCHS4 Coexpression,413;Enrichr Queries,430;GTEx Coexpression,64"	"CYFIP2,TRIO,ZFYVE9,MYT1L,STMN2,ENO2,BACH2,SCAMP5,SAMD14,KRTCAP2,ALCAM,MPRIP,ZMIZ1,DPYSL2,MYC,AKT3,IER5,TSPYL2,RBFOX1,MEF2C,GABARAPL1,TSPYL1,UNC13A,UNC5A,FNBP1,PRKCE,CD3EAP,SCAMP1,GABRG2,WDR82,HECW1,DDIT4,AGAP2,NEDD4L,HIF1A,MTMR7,ANAPC11,ABR,FAM171A2,PPP3R1,PIP5K1C,ST3GAL1,SERF2,PRRT1,JUN,CREBBP,HOMER1,CADM2,PLK2,POU6F1,MLLT11,SETX,CDK14,CPEB4,ATG2B,GABRB2,WDR47,SMG1,BTG1,CDKN1B,TCF20,JPH4,TRIM9,NKRF,DLGAP1,JARID2,CIC,GARNL3,RPS6KL1,ACTL6B,DUSP8,WDR34,TERF2,PGM2L1,DUSP6,NCOR2,ZEB2,CDC42EP3,PXDN,RAPGEF1,RAPGEF2,PLCB1,RNF165,GAS7,PAFAH1B1,NFIX,ATL1,ADAM22,ADCY1,ZSWIM6,MEF2D,ATRNL1,TRAPPC10,NMNAT2,MZT1,SKI,NFIA,NFIB,PKN1,ANKRD13C,RAB3A,ATP8A1,CLSTN3,CLSTN1,RNF19B,RPH3A,RIMS1,SMCHD1,PPP1R16B,MAP2K4,MAP2K1,SLC38A1,ATP11B,FBXO11,DGKZ,FOXP1,CACNB4,MADD,NHP2,SNRPC,FTO,GRIA2,PFKFB3,ITPR1,UBR4,UBR3,KLC1,FBXO41,SOCS2,BAG4,SBNO2,KLC2,PITRM1,PLXNA2,SLC38A2,RAB6B,SLC4A10,SYNJ1,AAK1,PLEKHM2,TUBGCP4,SNAP25,RNF11,CELF2,CELF4,DUSP12,PSD3,SUMO2,PMEPA1,WDR7,DNM1L,DST,SGIP1,SECISBP2L,ARL4C,PTP4A3,TMBIM4,DNAJC6,SNPH,CTDSP2,C1D,NFAT5,HDAC1,LENG8,MLLT6,DNAJB2,ABLIM1,FYN,ATP9A,UBQLN2,BEND6,SLC12A5,SEMA4D,EFR3B,PNRC1,NELL2,KLF7,MARCKS,KLF6,NIN,GLRB,RAB15,POLR3F,APP,JMJD1C,CBLB,HERC1,LONP1,KIF21B,BSN,SLC12A6,ATXN7L3,SOX4,TRIM23,CALN1,SRRM2,EPHA4,ATP6V1G2,SLC6A17,ARRDC3,ANK2,ANK3,ANK1,MAPK8IP3,INPP4A,STX1B,TIAM1,KCNQ2,SIK3,HECA,TAGLN3,PFN2,GPM6A,MACF1,STXBP1,MYCBP2,TRANK1,CEND1,PIK3R1,KALRN,SYNGR1,NUAK1,TSPAN7,HIVEP1,B4GALNT1,RIMKLA,N4BP1,ATP6V0A1,MAGEE1,IQSEC2,IQSEC1,ST8SIA3,MYO5A,MICAL2,SMARCA2,SNAP91,DCLK1,MED13L,EXT1,WNK1,ID2,CALM3,CALM1,ITM2C,NRP1,TMEM151B,CITED2,DIRAS2,SLC7A11,AKAP12,PPP3CA,PPP3CB,NUDCD3,SIPA1L1,AKAP11,ENC1,NCS1,IDS,KIF1B,KIF1A,PRMT8,TSC22D1,MINK1,SYP,COMMD4,MLF2,RHOB,CNKSR2,ARHGEF9,VSNL1,MPPED1,PACS1,MAPT,ARHGEF2,SGK1,NAPB,CAB39,SATB1,AMIGO1,CAMKK2,NFIL3,DYNC1I1,GABBR2,DYNC1H1,GABBR1,HUWE1,LHFPL4,GRIN1,VEGFA,ESYT2,TRIP12,CDK5R1,OTUD4,PRDM2,IGF1R,ARHGAP44,BASP1,KIF5A,DENND5A,BANF1,SBF1,SH3GL2,RGS7,NSF,CHRNB2,KDM2A,FBXW11,LMO4,TMOD2,TTC7B,LMTK2,LMO7,ATP1B1,TANC2,PREPL,SCN8A,UBE2V2,AMPH,WDFY3,NDRG4,BHLHB9,NDRG3,RTN1,CACNA1A,CPLX2,NDRG1,EFNB2,PDZD4,ARHGAP21,CAMTA1,CAMTA2,KIF3C,LONRF2,SYT4,PRNP,SYT3,SYT1,CRIM1,NFKBIA,ARHGAP32,RALYL,NR4A3,DLG2,HOOK2,DLG4,HOOK1,CNTN1,PI4KA,TAB2,GNB5,RERE,DOCK4,DOCK3,CNRIP1,DOCK9,PRKCSH,CHD6,ATP2A2,CHD3,RND3,AFF4,GPHN,PPP1R9B,GRM5,BCL7A,LRRTM2,GDAP1L1,PDE4B,SULT4A1,YWHAG,YWHAH,RBM33,KDM6B,ARHGEF11,SUN2,SVOP,KLF13,PDPK1,PDE4D,UBE2QL1,NAV2,DNM1,SEPT3,DNM3,VCAN,RER1,TRAPPC6B,CDH10,B4GALT6,CAMK2B,USP12,ATP1A3,ADD2,MAPK9,GNG3,FAM168A,SV2A,SPOCK2,PTK2B,CYTH1,CLVS1,OPCML,CLASP2,SGTB,PCDHGC4,ATP2B4,NAP1L2,PDE4DIP,ATP2B2,ATP2B1,SOD2,MEIS2,SBK1,PPP2R2C,BRMS1L,FAM131B,FAM131A,VIM,R3HDM1"
+"gene_set_query"	"230"	"SON"	"303.5"	"ARCHS4 Coexpression,600;GTEx Coexpression,7"	"MDC1,TRRAP,ITSN1,HNRNPU,JMJD1C,THUMPD1,PWP2,BACH1,NUDT3,CCAR1,PNN,HERC2,UBAP2L,DIP2A,SEC62,FNBP4,SRRM2,DDX17,GABARAPL2,DDX18,AQR,SMARCC1,WSB2,SCAF11,TALDO1,WDR73,HCFC1,SRRM1,ZC3H11A,UQCRC1,AURKAIP1,SF1,MACF1,NUP205,POM121,RPN2,DHX9,PIK3R4,PRDM15,TWF2,BAZ2A,OAZ1,PPP3R1,PRDX5,COMMD9,LARP1,PPP4C,PCBP3,DHX38,RBM12,RAB11FIP4,SEC31A,NTNG2,CREBBP,ZRANB2,SMARCA5,PRRC2C,MRPL28,LARP7,PHC3,PRRC2B,MED13L,SETX,HNRNPK,RPS27,EIF6,WNK1,GOLGB1,FUBP1,CDK13,SUGP2,GPR27,SETD5,SETD2,SMG1,PIGO,LRRC4,TCF20,DDA1,PIGX,MED12,SYNCRIP,NIPBL,MAP1LC3B,MED13,XPO1,PCF11,DHX15,UBXN4,JARID2,BRD2,PBRM1,SHPRH,ATP6V0B,PRPF40A,BAZ1B,JOSD1,WDR35,LRRC41,MLF2,MED23,NCOR1,SLTM,HNRNPH1,CINP,WAC,TAX1BP3,ATP6V0C,PTMA,ARF5,NAPA,WDR26,HEATR1,NOL8,NEDD8,TMEM160,SCAF8,BCLAF1,TCOF1,NSD1,ASNA1,LMAN2,AP2S1,BID,SF3B1,SRSF11,NKTR,BCAP31,MON2,RYK,MTX3,TRAPPC10,GBF1,CRIPT,HUWE1,YLPM1,TTC1,UBE2G2,GATAD2B,SCAF4,WDR11,PPP1CA,SEC23IP,TAOK1,FKBP1B,CTNNB1,TRIP12,TARDBP,LTN1,IPO8,POFUT2,CHCHD2,CFL1,POGZ,EP300,SMARCAD1,TXNL4A,STK32C,SUPT16H,USP7,MORC3,KDM2A,SLC30A5,MATK,DYRK1A,PRPF4B,THOC2,RBX1,ILF3,TXLNA,RALGAPB,NCL,PHIP,PPIG,ADNP,SRSF6,SNRNP200,SRSF7,ARL8A,KPNB1,ANKRD17,RTN3,DDX6,DDX5,COPB1,ANKRD11,UBR4,PRPF8,SNN,TPR,UBR5,EP400,QSER1,ATP6V1F,BPTF,NEK9,CPSF7,TIA1,SMAD4,CPSF6,RAB4B,TRAPPC1,AUTS2,FUS,UROS,NONO,SEC16A,NUP153,ADAP1,ANKHD1,CLK2,GON4L,CDK5,SYNJ1,CNOT1,MAP3K10,PIN1,BRWD1,LSM14A,OGT,EIF4G2,COPE,RNF187,UBE2M,CREBZF,DIDO1,RBM25,GSK3A,PRR7,RBM26,DDX3X,NUMA1,CELF1,CHD8,HP1BP3,USP34,CHD6,DDX42,CHD4,CHD2,USE1,SENP6,PTBP1,SIN3A,PPP6R3,WDR6,CCDC50,RBM33,EIF5B,GPX1,GPX4,RNF208,ARID1A,SMC1A,ARID1B,KLF16,FCHSD1,SFPQ,CTDSP2,NAA38,BIRC6,BDP1,LUC7L2,NFAT5,USP16,ROCK1,WBP2,SFSWAP,SRSF1,LAGE3,AGPAT3,NXF1,CACNG7,TFPT,GANAB,RBBP4,U2AF2,POLR2B,TRA2B,KRIT1,VPS54,POLR2F,RBBP6,FSD1,HNRNPA0,MAPK3,SMARCE1,SPEN,RBM39,HNRNPA3,SGTB,BAD,ADRM1,ZFC3H1,DONSON,TTC17,ASXL1,MCM3AP,PPP2R2C,PPP2R2B,ACIN1,QRICH1,CCM2,RBMX,SEC24C,TAF2,EIF3A,TAF1"
+"gene_set_query"	"231"	"DACH1"	"304.7"	"Literature ChIP-seq,25;ARCHS4 Coexpression,371;Enrichr Queries,518"	"MAPKBP1,TFRC,RBPJ,TSEN54,ALKBH3,SCAMP5,RABGEF1,ZFYVE27,PPP4R1,DPYSL4,CAPNS1,DPYSL5,DPYSL2,DPYSL3,GPBP1,PSMD3,ANKFY1,SAMD10,MEF2A,MEF2C,PRKAB2,RBFOX2,CACNA2D1,DNTTIP1,DNTTIP2,PRKAB1,SCAMP3,MYL6,RUFY3,PSME3,DDIT4,UNC50,PSME4,RUFY2,LETMD1,SLBP,TSTA3,MTMR2,SAR1A,ABCB6,SAR1B,FLII,NPRL3,MEPCE,COPS7B,MRPL12,OAZ1,MRPL10,KCNMB4,AMZ2,VTI1B,JUN,CADM1,ABCA3,EDEM2,NR2F1,BTBD10,PBX1,MRPL21,MLLT11,MLLT10,VANGL2,EIF6,FASN,PSMG1,FAT4,EZH1,FERMT2,TMEM9B,ARF3,LRSAM1,MRPL36,MRPL32,PIGX,PCMTD2,TUBA1C,NIPBL,TUBA1A,ATIC,MED13,SMPD1,NEFL,NEFM,DUSP1,SPHK2,LRRC49,NSUN2,PGAM1,MRPL49,DYNLL1,DYNLL2,MED26,DUSP6,MRPL44,DDB1,MED23,TMEFF1,MRPL53,SLC7A6,CDC42EP4,PXDN,MED20,RAPGEF1,PGAM5,PAFAH1B1,ARF6,SLC29A2,LRRC14,RNASEK,ATL2,NOC4L,CENPB,PSMA7,GGA3,TMEM65,PSMB3,SPOP,LRRC24,MDH2,TRAPPC10,TARBP2,BYSL,SKI,LETM1,SPSB3,RABIF,SNX17,PSMC4,ETNK1,SNX14,TAOK1,SRRD,CIAPIN1,GZF1,MTCH1,MTCH2,PDCD6,PDCD5,FADS2,LAPTM4A,POFUT2,SLK,SESN1,CEP250,NUDT16,FBXW5,DGAT1,FBXW9,ATP11B,FBXW2,FOXP1,ATXN2L,ACAP2,SLC9A5,LIX1,SRSF2,FSCN1,SRSF3,MAPKAPK5,SRSF6,SQSTM1,KPNB1,KHDRBS3,ARL3,IREB2,MAZ,ARL1,FBXO45,LRRC55,CORO1C,HSP90B1,SAV1,SOCS2,RAP1B,ZKSCAN1,TMEM120B,TIA1,NOP14,API5,HPS4,ZBTB12,ZBTB11,FBXO31,PTPRD,LRCH2,NFE2L3,OSBPL1A,NFE2L1,ZNF512B,ALAS1,HSP90AB1,CELF2,SCHIP1,CELF3,PTEN,CELF5,ARRB1,ETFB,BICD2,FSD1L,PPP6R1,ACP2,ERC1,EDIL3,ACP1,PPP1R12A,MSL2,RAD23A,VEZF1,VPS37B,SEZ6L,RABGGTB,RAD23B,NPC1,SLC25A19,BIRC6,TOP1,PPP1R12C,SEC22C,RNFT2,BECN1,GTF3C3,CANT1,PPM1L,ROCK2,SRSF1,MAK16,CXXC1,NDUFB2,LENG8,FOXK2,FOXK1,ZBTB45,CXXC4,LRP6,PPM1G,SLC25A28,PARD6A,PHKG2,TRIM46,EIF4H,SLITRK5,IGF2BP3,LRRC8A,E2F4,IGF2BP2,LRRC8B,SLC25A22,ATP9B,SLC25A25,HNRNPA0,SLC12A2,NTRK2,PTPN1,MARCKSL1,TRIM41,PCDH9,MMAA,FEM1B,PCDH7,FOXJ2,IMMT,MBOAT2,MCOLN1,TPD52L2,HNRNPAB,NELL2,TSPAN18,NOVA2,EIF3G,TRIM37,P4HB,MDGA1,EIF3B,EIF4A2,AHCYL1,TMEM41A,CCNI,ZDHHC5,ZDHHC3,NUDT3,SNRPD1,CCDC97,KIF21A,TRIM26,EPHB2,CCDC92,SEC62,EPHB1,TMPO,EPHA4,EPHA7,SMARCC2,ARL15,SCAF11,ECH1,ZFP2,ANK3,MFSD11,SFRP1,CFDP1,CDC34,KCTD10,KCTD13,FAM76B,KCTD12,TAGLN3,TRIB2,GGNBP2,FOXG1,ZBTB5,KALRN,CDKN2AIP,NKAIN1,SEC14L1,PCBP4,PCBP1,TSPAN7,PCBP2,SCN3A,INTS1,ST8SIA2,DCLK2,SMARCA2,DCLK1,PTK2,SMARCA4,EXT1,AIMP2,WNK1,ID2,SDC1,PAF1,GRB2,CALM3,RCOR2,CALM2,RGL2,FBXL6,PCSK2,HERPUD2,NRP1,CSRNP3,CCDC127,GPAA1,AP2A1,SLC7A11,WASL,AP2A2,AKAP12,ACTR1A,ARV1,ENC1,SDF4,RAC3,KIF1B,ARIH1,NANS,GIT1,CCT2,DBNL,MRPS24,NCOA5,GAA,PABPC4,MRPS23,ZFR,COMMD3,RGMB,MRPS7,COMMD7,COMMD5,PDRG1,GAK,TOX3,MN1,VSNL1,KIT,CANX,CRELD1,CD47,PTMA,DYNC1I2,NAPB,SATB1,STX16,MRPS33,SSNA1,DERL2,CCDC107,RELA,PAK1,EXOSC4,CAMK2N1,SERTAD2,HSF1,GPC2,PAK3,PAK2,NPDC1,MAP3K3,NPM1,CRIPT,UBE2G2,DOHH,VEGFA,BOP1,TTC3,HNRNPA2B1,CACHD1,ACTR10,PRDM4,UBE3C,ZFAND3,PEBP1,UBE2Z,CELSR3,IGF1R,GNPTAB,KIF5C,CAPN7,ARID2,PPFIA3,PCID2,ZGPAT,SDHA,POU3F2,POU3F3,EEF1A1,ADAM15,TBC1D20,HNRNPUL2,TMX1,RPP21,UBE2V1,TBC1D23,GEMIN7,PPIA,KLHL18,DDX5,RTN1,SEL1L,CACNA1A,NDRG1,ACACA,SHARPIN,KIF3A,GRK6,H1FX,CYC1,TBC1D17,TBC1D16,FDPS,AUTS2,PCIF1,CRIM1,HMGA1,KLHL23,MANBAL,HOOK2,HOOK1,MKRN2,PHF14,CNTN2,UBA2,STT3B,LSM14B,LSM14A,UBE2K,MXD4,YWHAE,GSK3B,ZMYND19,CHD6,ATP2A2,DPY30,ILK,AFF3,RND2,PPP1R9A,MEA1,PHTF1,LMNB1,PPP1R9B,SEC61A2,LASP1,UBE2Q1,YWHAQ,MAN1A2,NUP62,MYO18A,IFT57,YWHAG,NAA30,ARHGEF12,PDPK1,NCBP2,RBM18,DDX55,DDX54,NAV2,DDX50,EPN1,CREB3,VCAN,SETBP1,RER1,NDUFS7,EEF1D,PEX3,TBC1D5,NDUFS6,PEX6,CRY1,NDUFS3,INA,RALA,MVK,ASB13,RNF8,DDX20,CRMP1,RBM4B,ASAP2,CLCN2,ADD1,ADD2,CYTH3,CYTH2,GNG3,GNG2,MAT2A,TDG,BMS1,TRA2B,TRA2A,RALY,CYTH1,RBM39,MBTPS1,RRM2,TTC13,TAF10,ACVR2A,MAPK10,CLCN7,IRGQ,CLCN6,SBK1,FAM131A,TAF6,VIM,RBM45,RAN,CYFIP2,CNTFR,VPS29,RPL5,STMN2,ARPC5L,DCAF8,STMN4,FNBP1L,BACH1,BACH2,GPATCH8,DCAF6,GPR173,ALCAM,RNF114,ZMIZ1,MYC,STMN1,PIP4K2A,VPS35,RPL38,DIP2A,NCKAP5,CHGB,NUP214,WSB1,PRKCE,DAPK3,WDR74,REV1,SOX11,SCRIB,SOX12,ATG12,GTPBP4,DYNC1LI1,RNF126,DYNC1LI2,DAAM1,WDR81,IFT81,ARMC6,YME1L1,RPL27,RPL28,VPS28,GNE,LRPAP1,CTBP1,NEDD4L,VPS26B,PRDX2,RIC8B,FLRT2,NUP85,ST3GAL1,VPS16,BTF3,CDK17,BRAP,FZD3,CDK19,JUND,CHKA,H3F3B,PLK2,H3F3A,RAB3IP,IRF2BP1,IRF2BP2,TMEM198,FIBP,GNPTG,GLUD1,PPP5C,MEX3A,HNRNPK,TADA2A,H2AFY2,TOLLIP,OGDH,MMS19,SERPINI1,CDK13,CDKN1C,CEP57,SETD5,GMEB2,PHF1,ARPC1A,CLTC,CLTB,SMG6,TRIM8,CSRP2,TRIM2,TIMP2,GPR137,ZC3H10,WDR37,NUTF2,ASH1L,ZEB2,TUBB2B,LSG1,NCOR1,TUBB2A,KIFC2,HEATR5B,MTF2,PLCB1,RNF165,SF3B2,RPL12,TM9SF3,ARFRP1,TMEM169,USP1,BRD9,ANKRD52,RPL15,RPL18,RNF130,RUNX1T1,KIDINS220,CSNK1A1,PCGF2,PCGF3,GTF2H1,TTC9C,SRP68,SCAF1,AGBL5,TM9SF2,TM9SF1,NFIA,ABI2,MORN4,NFIB,INHA,NUCB2,RAB3C,ANKRD13D,CHPF,CTNND2,TUSC2,RPL10A,CLU,SLC8A1,EDC4,MAEA,CDH2,ZFP30,TUBB3,SLC39A7,MAF1,TMSB10,STK32C,SLC39A3,TLE4,MAGI1,RPS9,MAP2K2,USP5,RPS7,TPM3,USP4,IGFBP3,USP3,MAGI3,GPT2,RPS5,IGFBP2,GTF3A,TRAFD1,VRK3,ILF2,THOC6,CTDNEP1,ST7L,ILF3,RALGAPB,RAB34,RAB35,ERP29,PHIP,ADNP,TNIK,TOX,CSNK1G2,CUL9,BRSK2,DNMT1,SEMA7A,ANKRD16,CBFB,ITPR1,SLC38A10,PHF21B,SCRT2,STIP1,KLC4,PLXNA2,DVL2,NDN,SRGAP3,MAP2K7,SRGAP1,MPDU1,OSBPL8,EIF2B4,AKIRIN1,TRAPPC1,TNK2,TRAPPC5,MARCH6,NBEA,NSG2,LHX2,CDK4,CNOT2,MAFG,CNOT3,CPE,CNIH2,SERINC3,BCL2L1,DIDO1,WDR1,ZC3H3,CCDC47,DUSP12,PTBP1,SART3,SCRN1,OPA1,UBTF,EIF2B1,ILKAP,REXO1,ELAC2,RTN4RL2,WIPI2,TRAF7,PTP4A3,DALRD3,TRAF4,DNAJC5,CCDC43,RP9,SOS1,SFT2D1,SOS2,HDAC2,SMARCD2,TSSC4,WBP2,RAB1B,JAKMIP2,FBXL20,RAB21,STOX2,DNAJB1,NFS1,HIRIP3,PUF60,RBBP4,POLR2A,VPS53,POLR2C,MGAT5B,POLR2D,POLR2E,POLR2H,MEST,POLR2L,SMARCE1,MLXIP,SPAG9,SPAG7,ADRM1,CCDC59,ASXL1,CUL4A,KLF7,MARCKS,NIN,VAPA,VAPB,ASXL3,POLR3E,INSM1,PPIL4,METAP2,PANK3,ARL6IP1,SLC35B1,ZMYND8,PWP2,RPS14,GOLGA3,GOLGA4,FRAT2,RPL36AL,MAGOH,DPF2,ARFIP2,DENR,ZFPL1,SOX4,SOX5,AGFG1,SRRM2,COG8,SACM1L,BOLA1,MRPS18B,COG1,MAPK8IP3,JMJD6,TWSG1,AKAP9,XRN2,VDAC2,HECA,PFN1,AURKAIP1,CBLL1,PFN2,BEX4,GPM6A,BEX2,BEX1,NECAB3,DCUN1D1,APCDD1,RPAP3,FXR1,UGCG,PTDSS2,INPP5F,PDCD10,CSTF1,MLEC,INPP5K,TRPM7,ATP6V0A1,BANP,VASP,PTPRN2,BCL11B,BCL11A,SS18L1,INSR,ZWINT,PUM2,MANF,SRPK1,ZZZ3,ADCK5,CORO7,RPS21,CC2D1A,ROBO2,DAZAP1,CITED2,FAF2,ROBO1,HINT1,SEC61G,CHMP1A,UBXN7,DLAT,TMED4,RSPRY1,PRMT6,PARP6,PRMT5,ZER1,PARP2,PRMT1,NME3,RHOF,ZDHHC16,MLF2,RAB33B,PACS1,MPPED2,FRG1,WAC,FAM20C,HNRNPH3,SGK1,ALDOA,FYTTD1,CSTB,SLC20A1,NOL7,AKAP8,NOL9,PTN,GDPD5,NOL4,PTS,NT5C,AMN1,HIRA,ANKMY2,TCEAL5,CHRAC1,SHOC2,CTNNA2,MYEF2,NFYA,SORBS2,MPP6,RAB11A,KBTBD4,XPOT,KBTBD2,TOMM6,TMEM147,BASP1,ARHGDIA,POGZ,NRCAM,KDM2A,TOMM34,TRPC4AP,KCTD5,TMEM131,TBL1XR1,ELMO1,SCG5,CHMP4B,SCG3,ISCU,RAI14,ZCCHC8,CHRNA7,NOP2,CLEC16A,LPL,DTX4,ADIPOR2,EFNB2,TCTEX1D2,RPRD1B,MARK1,BPTF,ACBD5,CBX5,CPSF6,PNPT1,CPSF1,SMURF2,HSPA4,CBX3,CPSF3,ASPSCR1,IFT122,COQ9,EFNA2,NR4A3,DLG4,CHMP2A,BLMH,NFKBIB,CREBZF,B4GALT3,USP36,USP34,ELAVL4,FBLL1,ELAVL2,ELAVL3,TMEM101,SNAPC2,PDE4B,FLOT1,PDE4A,POLG,MAPK1IP1L,JAGN1,USP42,AKTIP,H2AFX,SENP3,CKAP4,KLF16,SEPT3,GAP43,FCHSD2,DDAH2,CDH11,DCX,CDH13,B4GALT7,B4GALT5,USP15,POLDIP2,POLDIP3,NRXN1,USP12,OPRL1,TM2D3,NCALD,HSPD1,TBRG4,THBS3,RMND5B,NXF1,TFPT,IGFBPL1,UGP2,NT5DC2,NT5DC3,NCAM1,BUB3,ABCF3,CLASP2,USP24,NEGR1,WTAP,B3GAT3,BAD,USP22,CADPS,SGTA,CYHR1,HSPE1,MEIS2,SLC4A8,SH3YL1,PDE10A,CDK2AP2,BAX,SSBP1,SSBP2,SSBP3"
+"gene_set_query"	"232"	"ZKSCAN2"	"304.7"	"ARCHS4 Coexpression,285;Enrichr Queries,252;GTEx Coexpression,377"	"IPO13,TDRKH,CYFIP2,SLC4A1AP,TRIO,STMN2,HNRNPU,SMC3,FNBP1L,BACH2,DCAF7,DCAF6,ALCAM,PSMD4,DPYSL4,DPYSL5,CSPP1,PSMD2,DPYSL2,DPYSL3,AKT3,STMN1,ANKS1B,CXADR,WSB1,RBFOX2,PRKCE,RFX3,SOX11,AARSD1,DICER1,SOX12,RFX7,RUFY3,ZSCAN21,PSME4,DDIT4,PSME1,PRR13,NEDD4L,AGAP1,ATXN7L3B,MTMR4,OAZ1,GIGYF2,PRKAR2A,NUP88,AMZ2,ST3GAL1,SERF2,ST3GAL3,S100A10,BRAP,CREBBP,JUN,FZD3,CADM1,PLK2,CDC7,PBX1,PRRC2B,MLLT11,SQLE,VANGL2,H2AFY2,FAT3,FAT4,DZIP3,GABRB3,SETD5,SMG1,PIGU,SETD3,PHF20,DIS3L,ASH2L,MRPL36,ADO,PHF6,TUBA1A,TRIM2,SH3BGRL3,JARID2,SHPRH,TET2,DUSP6,PSMA6,SLC7A5,TMEFF1,TUBB2B,PXDN,EXOC5,RNF165,ADCY1,HSPA14,SLC7A1,BCLAF1,ZSWIM6,ZSWIM5,PAIP1,RUNX1T1,ATAD1,PCGF6,KIDINS220,YLPM1,ELP3,SYNJ2BP,LRPPRC,GATAD2B,KTN1,NUDT21,NFIA,ABI2,NFIB,TAOK1,YPEL1,PKN1,PLP2,CRAT,CCNT2,CSE1L,SLC8A1,IPO5,NUDT11,SALL2,CDH2,TUBB3,MAP3K9,MTPAP,KPNA3,FADS1,SLC25A46,GTF2I,TLE4,MAGI1,SEMA6C,SLC38A1,SUPT16H,VPS33A,DYRK1B,FRMD4A,FBXO10,PIAS2,FOXP1,MSH6,MORF4L1,ACLY,ILF3,PGP,PHIP,ADNP,TNIK,TOX,FKBP3,PFKFB3,CUL5,TNKS,CUL3,INSIG1,CUL2,ANKRD12,CUL1,ITPR1,UBR3,UBFD1,PHF21B,SBNO1,BTBD1,PITRM1,ORC3,G3BP2,PLXNA2,SRGAP3,SRGAP1,SAC3D1,PLXNA4,ARPC4,MARCH6,COPS4,ZC3HC1,CNOT4,PTPRD,COPS3,BCL9,LRCH2,COPS5,DAB1,NBEA,YEATS2,TPP2,MDM4,EIF4G3,EIF4G2,CELF2,SYNE2,DUSP12,PSD3,TLK2,CEP170,HIF1AN,ERC2,TNPO1,NEO1,ADSL,DST,ZFP91,TSN,PPM1A,PTP4A3,DNAJC6,POLR1B,CCDC43,NFAT5,HDAC2,RNF34,GTF3C4,WBP4,FOXK1,MFF,LRP8,CXXC4,PPM1E,LRP6,STOX2,HIRIP3,KATNA1,POLR2D,FEM1C,IGF2BP3,HNRNPA1,HNRNPA0,TUB,MARCKSL1,TXNRD3,PCDH9,AMFR,DDHD1,MTOR,NELL2,TNRC6C,KLF6,NFASC,DRG1,PFKM,PANK3,CCNJ,THUMPD3,PDCD2L,TXNDC16,ZDHHC4,HERC1,DHX57,TRIM24,KIF21A,SOX4,TMPO,ARRDC4,EPHA4,EPHA7,SMARCC1,ARRDC3,ANK2,ANK3,ANK1,HECA,PFN1,PFN2,MACF1,TSHZ3,DHX9,MAGED1,FOXG1,DCUN1D1,PIK3R3,PIK3R1,LIAS,RPAP3,TTBK2,FXR1,NKAIN1,HLTF,DHX36,HIVEP1,GSE1,HIVEP2,PATZ1,BCL11B,BCL11A,ST8SIA2,AIMP2,CCDC88A,WNK1,ID2,FUBP1,LRRN1,RCOR2,ITM2B,ITM2C,MRPS17,ROBO2,HBS1L,DAZAP2,MRPS15,GFM1,CSRNP3,PTPRS,CCDC127,CITED2,FAF1,GRIK3,SLC35F1,SLC7A11,ROBO1,AKAP12,PCM1,PCLO,XPO1,GUK1,ZMYM4,ARIH2,KIF1B,ZYG11B,CCT2,MLF2,ENAH,MN1,CSDE1,KIT,DYNC1I2,SATB1,PRICKLE2,AKAP6,HSF2,GPC2,METTL6,CCT7,DYNC1H1,MYEF2,HUWE1,SORBS2,SORBS1,VEGFA,MIB1,ATAT1,NBR1,TTC3,CACHD1,TRIP12,CDK5R1,KDM1A,ZFAND3,UBE3A,CCDC28B,CELSR3,IGF1R,KIF5C,POGZ,ARID2,ATG9A,CASK,TANC2,PSPC1,SCN8A,XPR1,CACNA1A,NDRG1,CACNA1E,CACNA1H,CAMSAP1,TIMM50,EFNB2,ARHGAP21,DPP8,DNAJC21,CAMTA1,RPRD1A,MYH10,QSER1,BPTF,PRNP,CBX5,AUTS2,PTCH1,NONO,CBX2,CBX1,KLHL23,CWC15,COQ7,SYT7,EFNA2,HOOK2,NASP,HOOK1,CAPRIN1,MKRN2,LSM14B,RERE,YWHAE,KDM5B,GSK3B,PRKCSH,MAST2,CHD6,ELAVL4,PSIP1,CHD4,AFF3,ELAVL2,GDAP1L1,NAA30,TBP,HSDL1,PDPK1,PDE4D,NAV1,GLRX2,NAV2,SENP2,ARID1A,CKAP5,ARID1B,SEPT3,VCAN,SFPQ,SETBP1,DCX,NAA35,INA,SHANK2,CRMP1,HMGCR,ADD2,TMEM201,DNPEP,CAND1,IGFBPL1,NCAM1,CLASP1,CLASP2,NEGR1,USP22,MEIS2,SLC4A8,SBK1,CARM1,FAM98A"
+"gene_set_query"	"233"	"DRAP1"	"306.3"	"ARCHS4 Coexpression,181;Enrichr Queries,16;GTEx Coexpression,722"	"RPL4,SLC4A1AP,RPL3,RPL31,EPRS,RPL8,ELK1,RPL6,PSMD4,CAPNS1,RAVER1,PSMD2,STMN1,PSMD3,RPL36,RPL35,AKT1,AP1S1,RPL38,HOMER3,RPL23,DAPK3,CD3EAP,SCRIB,AARSD1,MYL6,RNF126,SARNP,DDIT4,PSME1,UQCRC1,TBPL1,PSME2,RPL27,RPL26,RPL28,VPS28,FLII,MRPL12,OAZ1,MRPL13,ANAPC11,PRDX5,LDHA,PPP4C,PRDX1,RRS1,AMZ2,S100A10,BRAP,JUN,PRELID1,JUND,IRF2BP1,MRPL28,SNUPN,EIF1,EHD1,HNRNPL,FIBP,EIF6,GIPC1,PSMG1,OGFR,PYGB,RPLP1,RPLP0,CLTB,MED19,CLTA,MRPL36,ADO,DDA1,TRMT112,TUBA1B,TUBA1A,ANXA6,GPR137,RPLP2,SH3BGRL3,EMD,NUDC,TPI1,NUTF2,MRPL47,DYNLL1,MRPL52,NCOR2,RNF167,TUBB2A,PXDN,GAS6,ARF5,SF3B4,SF3B5,GRN,ELOF1,GSTP1,RPL12,RPL11,PSMA7,CENPB,FAM129B,PSMB6,PSMB7,PSMB4,RPS15A,PSMB5,PSMB3,PPP1R7,ASNA1,LMAN2,AP2S1,RPL14,RPS3,CLPTM1,FLNA,CKB,RPS2,ANKRD52,RPL18,RABAC1,DTD1,YKT6,SRSF12,RPL19,SF3A2,MDH2,NR1H2,SCAF1,XAB2,RABIF,PSMC5,PSMC3,TTLL1,ZYX,NUCB1,PKN1,PLP2,MTCH1,CSE1L,UBE2D2,PLOD3,PARK7,RPL10A,LAMP1,RUVBL2,RUVBL1,CFL1,KPNA2,TXNL4A,LZTS2,MAF1,TMSB10,AP2M1,SLC39A3,RPS9,MAP2K2,USP5,RPS8,RPS5,RPS6,RPSA,CTDNEP1,RAB35,PGP,FSCN1,SNRPC,SQSTM1,CSNK1G2,SNRPA,LY6E,SNRPB,LRRC59,FKBP2,INO80E,RNASEH2A,CD151,RAB5C,CORO1B,HSP90B1,STIP1,NACC1,DVL1,PGK1,SAC3D1,TRAPPC1,TRAPPC5,EEF2,LSM4,SH3BP5L,ARPC2,UQCRQ,EIF4G3,RSL24D1,NOP10,EIF4G1,HSP90AB1,WDR1,COX4I1,ETFB,PTPN23,RPL7A,SART1,CAPZB,PPP6R1,SUMO3,EIF5A,HSP90AA1,GPX1,CCDC34,GPX4,RPL13A,EDF1,RAD23A,RANGAP1,DDOST,ARFGAP1,TRAF7,CTDSP2,POLR1B,RPL37A,SLC25A5,GAPDH,NDUFB9,GTF2A2,NDUFB8,NDUFB7,CANT1,RAB1B,MFF,DPCD,PPM1G,DCAF15,GANAB,HIRIP3,NCLN,FIP1L1,PUF60,U2AF2,POLR2D,EIF4H,POLR2E,POLR2I,CCDC71,POLR2L,PPP1R14B,CIZ1,NDUFA4,NDUFA3,MBOAT7,ADRM1,NDUFA1,TPD52L2,ATOX1,DNAJA1,EIF3K,EIF3I,IMPDH2,MGAT4B,DRG1,EIF3G,STUB1,P4HB,PFKP,TPT1,EIF3B,EIF4A2,EIF4A1,IFITM2,VARS,THUMPD3,ZDHHC8,ACTB,RPS15,RPS14,RPS16,RPS19,SNRPD2,TRIM28,RPS18,DHX57,FTH1,BSG,ARL6IP4,RPS11,RPS10,RPS13,TBC1D10B,TIPIN,ACTN1,CIRBP,TALDO1,MOGS,ACTN4,MFSD10,CDC37,AKAP9,AURKAIP1,PFN1,TWF2,UBE2J2,APH1A,PTDSS2,PCBP1,ERI3,SRPK2,FIS1,INTS1,SURF2,RPS25,RPS28,RPS29,RPL27A,NDUFAF3,PAF1,RPS20,CALM3,CALR,RPS21,RPS24,ITM2C,GPAA1,CETN3,MRPS12,CCDC124,PRPF19,PTMS,HINT1,GUK1,CHMP1A,SDF4,CTSD,COX8A,CCT2,ATP6V0B,TMED9,PRMT1,TUBG1,MRPS7,RHOA,PDRG1,APRT,MLF2,RPUSD1,PABPC1,ALDOA,ATP6V0C,NAPA,CSTB,PCNA,SSNA1,NEDD8,UQCR10,COX5A,GNAI2,CST3,EXOSC4,PES1,GPC1,HSF1,METTL6,CCT7,RAE1,RANBP1,NPM1,TMUB1,DOHH,PPP1CA,RAB11B,MAD2L2,FKBP1A,BOP1,HNRNPA2B1,HDGF,FAU,PNPLA6,GRINA,NDUFA13,CD81,PEBP1,CWC27,COX6A1,ACTG1,EEF1B2,FBL,CHCHD2,PPME1,CHCHD6,ARHGDIA,FPGS,CAPN2,BANF1,SH3GL1,TOMM34,ATAD3A,COX6B1,EEF1A1,ADAM15,HNRNPUL1,HGS,CHMP4B,PPIB,NDUFB10,PXN,COX7A2,TIMM50,SHARPIN,IRAK1,TCTEX1D2,CYC1,ATP6V1F,BCL9L,HSPA8,PRNP,HSPA5,CPSF3,HMGA1,CWC15,SUPT5H,NFKBIA,HOOK2,UBE2S,HOOK1,GNB2,MKRN2,UBE2N,GNAS,CHMP2A,DYNLRB1,COPE,UBE2M,PRKCSH,YBX1,MEA1,LMNB2,SEC61A1,SEPT9,LASP1,SNAPC2,TMEM109,SCYL1,H2AFZ,BUD31,H2AFX,DDX54,GLRX2,CKAP5,KLF16,NDUFS8,EEF1D,NDUFS6,PPDPF,AKT1S1,NAA38,PFDN2,THOP1,PFDN5,DDX25,HSPD1,DNPEP,PDE6D,ROMO1,RALY,MTA2,PDLIM7,GALNT2,PDAP1,HSPE1,SOD1,ERCC2,RBM42,BAX,TAF6,FAM98A,VIM,RAN,SSBP4,FAM50A"
+"gene_set_query"	"234"	"ZNF197"	"307.0"	"ARCHS4 Coexpression,317;Enrichr Queries,272;ReMap ChIP-seq,128;GTEx Coexpression,511"	"MT-ND4,ZFYVE9,EHMT2,ALKBH8,SCAMP5,SCAMP4,CAPNS1,DPYSL4,DPYSL5,DPYSL2,AKT3,AKT1,PRKACB,CHID1,PRKAB2,MEF2C,CXADR,RBFOX2,UNC5A,TSTD2,CACNA2D1,RFX3,DICER1,GAPVD1,PRKAB1,SCAMP2,FAM133B,RUFY1,RUFY3,RUFY2,JTB,RBCK1,TSTA3,SET,SAR1A,FLII,NPRL3,ABCB8,AGAP3,OAZ1,MRPL10,PRPSAP1,RHOT2,CYB5R4,LTA4H,RHBDL1,EDEM3,CADM3,JUN,PRRT2,EIF2AK1,LARP4,MRPL24,CS,MLLT11,MLLT10,TBL3,FASN,PKIA,NMT1,HYOU1,FXYD6,DZIP3,ARF3,PIGU,DIS3L,SNX12,MED15,MRPL33,MRPL42,NIPBL,MRPL40,TUBA1A,FASTK,DLGAP3,JAK2,UPF2,APC2,UPF1,LRRC49,MANEAL,MRPL48,BAZ1B,TOMM40L,LRRC41,PGM2L1,SRP9,SIRT3,MED23,PHF20L1,SLC7A5,PXDN,STAU2,UNK,AP2S1,RICTOR,RABAC1,SRSF11,NKTR,EGLN1,CENPT,RIC3,CRBN,MBD1,STAT2,GATAD2B,LETM1,ABCB10,ETNK1,TAOK1,SHKBP1,TSR1,PKN1,CRAT,YPEL3,FRYL,CCNT2,MPV17L2,TSEN2,SMCHD1,SLK,ATCAY,STK16,KPNA4,KPNA2,KPNA3,KPNA1,SLC25A46,SH3GLB2,DGAT1,UBE2E3,UBE2E2,CNPY2,ATP11B,PRPF4B,FBXO11,PIAS1,ACAP2,DMTF1,SRSF6,SRSF8,LY6E,PFKFB2,FTO,SHC2,RNASEH2A,MAZ,ISG20L2,UBFD1,UQCRH,CORO1B,FBXO42,CORO1C,SBNO2,G3BP2,ZKSCAN3,ZKSCAN2,NAE1,ZKSCAN1,TIA1,BOD1,ZBTB12,ZBTB11,LRCH2,TMEM11,MDM4,TUBGCP4,NIT1,SNAP25,FSD1L,CAPZB,PPP6R1,SUMO3,SUMO2,PPP6R3,DGCR8,PMEPA1,TRIM67,EIF5A,PPP1R12A,DST,ATRX,RAD23A,PPM1A,PPM1B,SLC25A17,ETF1,PIK3C3,PPP1R12C,BCAT2,RNFT2,CANT1,SRC,PRCC,CXXC1,CXXC4,LRP6,SRR,U2AF2,KRIT1,CDC37L1,FEM1C,FYN,FSD1,HNRNPA1,GADD45GIP1,FEM1A,NDUFA4,CDC5L,MCOLN1,TPD52L2,ST7,P4HB,TRIM32,SEC24C,TRIM33,SMARCB1,KDELR1,JMJD1C,UBE2L3,EFR3A,HERC1,BSG,KIF21A,CCNL1,ATXN7L3,ENTPD4,SCAF11,ACTN1,MOGS,ACTN4,THAP3,CDC34,THAP7,CSNK2B,FLYWCH1,TAGLN3,KCTD18,PAXIP1,DHX8,FOXG1,SDC3,PIK3R3,PTTG1IP,PIK3R1,APH1A,SYNGR1,LARS,PCBP1,DHX36,MIER1,KCNN1,ST8SIA2,ERAL1,PTK2,SMARCA4,AIMP1,AIMP2,ZBTB6,RANBP10,CALM3,DHX29,FBXL5,FBXL6,SUGP1,DDR1,DHRS13,CSRNP3,CCDC127,FAM57B,GPAA1,PAK1IP1,PTPRN,CCDC124,CTSZ,AP2A2,PTPRF,OTUD6B,HYAL2,NCS1,MLX,REV3L,SDF4,KIF1B,CCDC112,PBRM1,MRPS25,NCOA4,MINK1,SREBF2,SYN1,PDRG1,RNF144A,TOX4,ENAH,CSDE1,UFC1,DBN1,DYNC1I2,PRKX,COX5A,GNAI2,EXOSC4,FAM172A,GPC2,MGAT1,PAK3,PAK2,NPDC1,BCAP31,MON2,YIPF2,MIB2,TMUB1,UBE2G2,TMUB2,MIB1,KLHL9,NEDD4,CCNG2,KLHL7,NDUFAB1,TTC3,TCEA2,HDGF,PNPLA6,GRINA,DPAGT1,CRTC2,UBE3C,CD81,UBE3A,ACRBP,IGF1R,AMMECR1L,CAPN7,PPIP5K2,KIF5C,CAPN2,ARID2,SH3GL1,PCID2,MORC3,DNAJB12,LMTK3,SSU72,ADAM10,RUNDC3A,POU3F3,DHDDS,EEF1A1,ADAM15,PLAA,ANKS6,PPIG,BHLHB9,NDUFB10,PSMD13,SEL1L,PDS5B,ACACA,RTN4,RNASEH1,IRAK1,KIF3A,GRK6,CYC1,VARS2,TBC1D17,SYT5,UBE2F,OST4,PRNP,UBE2H,UBE2I,PHF12,KLHL22,KLHL23,KLHL24,SYT7,PAN2,GCLC,HOOK2,UBE2S,GNB2,GNB1,PHF14,PHF13,FGF13,GALK1,RERE,PHTF2,CUEDC2,GSK3A,PRR7,PRKCSH,HP1BP3,MAST1,CHD6,CHD4,DDX41,CHD2,PPP1R9A,USE1,AFF4,LASP1,ABHD16A,MAN1A2,BCL7C,GDAP1L1,SUN2,NAA30,HSDL1,NUP133,TTC33,PDPK1,DCAKD,ATP6AP2,SYNGR3,PJA2,ELF2,CREB1,RCN2,IRF3,TMEM214,NDUFS7,SETBP1,RER1,EEF1D,NAA35,NDUFS2,MAN1B1,INA,RRN3,DCTN4,CRMP1,RSPH9,ASAP2,HMGCR,CYTH2,CAND1,GNG2,MKNK2,RPP14,PDLIM7,ARFGEF1,TTC14,RBM39,USF2,ACVR2A,MAPK10,FAM155A,ASB8,FAM131B,MBTPS2,IPO13,RPL3,RPL32,CLPB,MYT1L,STMN2,HNRNPU,STMN4,EPRS,FNBP1L,ELK1,GPATCH8,DCAF6,ZMIZ1,STMN1,RPL36,AP1S2,DDX17,WSB1,CD3EAP,SOX11,ARMC8,SOX12,GTPBP2,CLPX,GPR162,DYNC1LI2,DAAM1,IFT81,ZSCAN21,DUS3L,CTBP1,GNS,HIF1A,ANAPC11,PRDX2,PPP4C,NUP85,PRDX1,VPS11,ST3GAL1,ST3GAL2,CDK17,CDK19,FZD3,H3F3B,SETD1A,RDX,MAD2L1BP,TYSND1,PHC3,THAP11,TADA2A,DUS1L,OGFR,SMG1,GMEB1,SETD2,PHF20,SETD7,PHF6,TMSB4X,TRIM2,RIOK2,CIC,RRP15,ZIK1,BRD3,SHPRH,TPI1,TCF12,TET2,TIMM23,NUTF2,ASH1L,WDR34,COPZ1,RNF167,ZEB2,TUBB2B,INF2,MTF2,EXOC3,EXOC6,TKT,NFIX,USO1,RPL11,TMEM160,BCLAF1,TMEM169,NSD1,LMAN2,RPS2,RNF130,SF3B1,DEDD,PAIP1,RUNX1T1,SF3A3,PCGF6,BRF2,SF3A2,KIDINS220,TRMT1,SCAF1,BLCAP,AGBL5,MKLN1,ABI2,MORN4,ZYX,NUCB1,ANKRD13C,FAM49A,RAB3A,TUSC2,CLSTN1,BZW2,IPO7,MAEA,ZFP30,SALL2,CDH2,TUBB3,SMARCAD1,GTF2I,PLEKHJ1,TLE4,RAB2B,USP5,MAGI2,VRK3,LEMD2,CTDNEP1,MORF4L1,CLIP1,RAB35,PHIP,CSNK1G2,ENY2,RAB5C,CUL5,TNKS,CCDC24,INSIG1,CUL2,ANKRD12,UBR3,PHB,PHF21A,PHF21B,HMBOX1,BTBD1,ORC3,BTBD2,NACC1,SAFB2,NDN,SKIL,ANKRD28,ESRRA,AKIRIN2,TOR1A,BTBD9,TOR1B,MARCH6,SCRT1,CNOT4,REEP1,CNOT7,CDK5,NBEA,LHX2,COPS2,NF1,SERINC1,COPS8,LZTR1,CALCOCO1,RNPEPL1,WDR1,PTBP1,UBTF,CEP170,TNPO1,ADSL,SECISBP2L,BET1L,COASY,TRAF7,PTP4A3,CTDSP2,POLR1B,CCDC43,EVL,SOS1,SOS2,SMARCD1,NFAT5,HDAC2,SMARCD2,TSSC4,RAB1B,WBP4,TULP4,JAKMIP2,DNAJB2,HECTD1,RBBP4,VPS54,CSK,SPAG9,KCNJ11,FBXL19,ADRM1,SEMA4F,RPRD2,TRIT1,CUL4A,NIN,RAB14,RAB12,DOLPP1,ASXL3,MGAT4B,CEBPZ,PANK4,VEZT,SLC35B1,ZMYND8,PDCD2L,RPS15,HABP4,LONP1,SOX4,METTL3,PTOV1,MTHFD2L,AKAP9,PFN1,CBLL1,PFN2,BEX4,BEX1,IGSF3,TRMT2A,RPAP3,FXR1,UGCG,PTDSS2,PATZ1,RALGDS,BANP,VASP,ZRANB1,RABGAP1L,PTPRN2,MEMO1,PYCR2,PUM1,UBAC1,RPS26,CCDC88A,RPS27,ZZZ3,ADCK5,RBAK,C2CD2L,ITM2C,HBS1L,TOP2B,GFM1,DAZAP1,SIPA1L3,EPM2AIP1,ZMYM2,ZMYM4,KIF13A,UBXN7,UBXN4,PSD,TOP3B,ZYG11B,ATP6V0B,TMED9,PRMT1,PRMT3,FAM20B,MAPRE3,ALDOA,SGK1,MPND,FYTTD1,HIRA,ANKMY2,CTNNA2,MAP4K5,MAP4K3,RANBP2,RANBP1,MYEF2,RYK,MTX3,LHFPL4,PDP1,ATAT1,KBTBD4,PRKRA,KBTBD2,ARID4A,ARID4B,TATDN1,ARHGDIA,CHCHD1,RALBP1,SHISA7,RSBN1,PREPL,MAU2,CHMP4B,MATR3,XPR1,NOP2,HPCA,PXN,CPLX2,EFNA4,DPP8,CASKIN1,BPTF,HSPA9,SMAD4,KLHDC4,CBX5,SMURF1,SMAD5,EFNA3,EFNA2,RFXAP,TBCE,JMY,BRWD1,LRP10,B4GALT2,CREBZF,SCYL3,B4GALT3,KDM5B,ASNSD1,USP34,ELAVL4,PKD1,ELAVL2,SENP7,SENP5,ZC3H7A,SNAPC3,FLOT2,RBM5,USP47,H2AFX,SAFB,DCK,KLF16,DNM2,DDX19A,FCHSD2,THRAP3,RASA1,AKT1S1,LUC7L3,PFDN2,USP14,USP16,RGS19,TM2D2,USP12,OPRL1,ATP1A3,STRN3,MAPK8,FAM120A,NCAM1,MAPK3,CLASP2,USP24,SPEN,ATE1,PTCD2,USP20,USP21,GDAP1,SLC4A7,SLC4A8,RPS6KB1,CAPN10,ATP13A3,SSBP2"
+"gene_set_query"	"235"	"ELF1"	"307.6"	"Literature ChIP-seq,100;ARCHS4 Coexpression,1262;ENCODE ChIP-seq,19;ReMap ChIP-seq,25;GTEx Coexpression,132"	"ITSN2,GMFB,POP4,ALKBH8,TBK1,ALKBH1,SAP30BP,TSTD2,FNBP1,PRKAB1,DDIT3,DDIT4,UNC50,JTB,SF1,ATF4,SLBP,SHMT2,NPRL2,MEPCE,BAZ2A,PLA2G6,CIAO1,RHOT2,HEXIM1,JUP,NCAPH2,EIF2AK3,LARP7,TBL3,LAS1L,QARS,SFXN3,NMT1,DZIP1,DZIP3,MTMR14,PRKAG1,ARHGAP1,MED19,MED16,MED15,BBC3,DDA1,MED17,MED10,TCP11L2,JAK2,APC2,SPHK2,SLC39A11,GMIP,MED29,MED23,MED22,PTRH2,SDHAF1,PTRH1,PAFAH1B2,TRUB1,LIN37,WRB,URM1,NIP7,SDAD1,CENPB,NRAS,ZSWIM6,SAMD1,MCRS1,TRAPPC10,SNX19,MYBBP1A,TAOK3,CCDC9,SNX17,APEX1,SHKBP1,SNX14,TSR2,PKN1,CIAPIN1,AGRN,YPEL5,YPEL3,FRYL,MTCH1,CRCP,TMEM167B,PDCD6,ATN1,FBXO25,LTN1,PLOD3,APEH,FNTA,CIR1,MAP3K7,BNIP3L,PCYT2,DGAT1,CISH,FBXW9,ATP11B,ZCRB1,POLRMT,FBXW2,LENEP,CDC25B,DMTF1,SRSF4,SRSF5,ARL8B,INO80B,INO80E,IREB2,CORO1A,CORO1B,RAP1B,EIF1AD,NDOR1,RAP1A,MED30,ZKSCAN3,PGK1,ZKSCAN2,BRIX1,ZKSCAN1,NOP14,NOP16,ODF2,FBXO38,HPS1,HPS3,ARPC5,UCKL1,FBXO31,DRAP1,YRDC,SH3BP5L,ARPC2,ARPC3,SP3,ACO2,LRCH4,ISY1,ITGB1,NUMA1,ETFB,AP4M1,BCAS2,ACTR3,UNC45A,EIF5A,ACTR6,DHPS,AHSA1,TFIP11,MSL1,TMBIM4,SYF2,C1D,ETF1,GAPDH,SNAP47,BECN1,UHRF2,LENG8,RCHY1,FOXRED1,MLLT6,TSPAN31,CDC42,U2AF2,BAHD1,PHKG2,KRIT1,E2F4,TRIM41,TSPAN14,SYT11,EIF3L,EIF3I,TRIM35,EIF3H,TRIM37,STUB1,PDCD2,EIF3D,PPAN,ACTB,TRIM28,SNRPD2,SNRPD1,CDC26,CCDC97,SNRPD3,CCDC92,ATP6V1E1,ATXN7L3,EIF2A,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,BCS1L,CDC34,KCTD10,CDC37,SUB1,KCNQ2,CSNK2B,KCTD13,FAM76B,EIF1B,KCTD18,TRIM11,DHX8,GIPR,CEND1,TTBK1,PGS1,SEC14L1,B4GALNT1,FAM192A,B4GALNT4,NTAN1,HARS2,IFFO1,ZBTB6,CWF19L1,NDUFAF3,NOL10,CALR,NOL11,FBXL6,MON1B,SUGP1,CSRNP2,GRIK5,MRPS11,NAT14,COX7C,NUDCD3,PCM1,MAP1LC3B,MAP1LC3A,RAC3,SDF4,SDF2,GIT1,BBS4,COX8A,CAP1,PCYT1A,MRPS22,MRPS23,PRPF40A,CACYBP,TFB2M,APRT,CTTNBP2NL,TOX4,GAK,RAP2B,PITPNM1,CANX,UFC1,ARHGEF1,FAM32A,PTMA,SLU7,DYNC1I2,SSNA1,GBA,GNAI3,COX5B,NAPG,GNAI2,PCNP,OS9,MGAT1,MGAT2,DYNC1I1,PEX16,MON2,SPRYD3,VEGFB,KLHL2,KLHL9,BOP1,PDCL3,SEC23IP,ITCH,TCEA2,AGGF1,HDGF,CARS,SRP19,CRTC2,NARF,SYS1,PRDM4,ZFAND3,UBE3B,ACTG1,TXN2,NARS,FAM3A,TTC7B,UBE4A,SDHD,DHDDS,EHBP1L1,DNAJB11,TBC1D24,PLAA,TBC1D25,CARS2,PPID,BHLHB9,TSG101,NDUFB10,COX16,CACNA1B,HTRA2,SHARPIN,RNASEH1,GRK6,TBC1D14,LLPH,TBC1D17,SYT5,UBE2I,MANBAL,HIGD2A,GNAO1,GNB2,MKRN1,FGF11,GALK1,UBE2M,CUEDC2,PODXL2,ZMYND19,TAZ,USE1,LMNB2,TMEM222,LASP1,TMEM223,RB1CC1,GDAP1L1,TBP,DCAKD,SYNGR3,EPN1,EEF1G,ELF2,EEF1D,ACOX1,MAN1B1,IFT46,RRN3,RNF7,RNF4,CYTH2,TMEM203,TDG,TMEM205,MKNK2,BNIP1,BNIP2,TMEM208,DROSHA,PTK2B,RALY,MTA2,CYTH1,TIMM8B,TTC14,TTC13,CDK11B,USF1,TTC17,SMUG1,GALE,UFM1,ERCC1,POLE3,ERCC5,SUGT1,GPATCH1,GPATCH4,SMC6,PHB2,GPATCH8,CNST,TFG,AP1S2,AP1S1,VPS39,NUP214,VPS18,DDX18,PRKCD,WDR74,WDR75,ATG12,GTPBP4,ARMC1,WDR81,TARS2,VPS25,VPS28,ASTN1,PHYHIPL,XPC,RNPC3,ANAPC11,NCSTN,BLOC1S1,VPS11,GAR1,MCMBP,NUP88,HMOX2,ZSCAN18,FDFT1,LHPP,VPS16,DMPK,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,MEX3A,ARL2BP,HNRNPF,FARSA,CEP57,MOCS2,BTG1,PHF23,ARPC1A,GPT,WDR46,SMG5,UBL5,PLEKHN1,CIC,UBL7,RPS6KL1,TPI1,WDR37,WDR34,TERF2,COPZ1,TAF6L,KIFC2,EXOC4,EXOC3,GARS,EXOC5,EXOC2,EXOC1,GRN,CDC123,WDR26,RNMT,WDR24,ARFRP1,PPP1R7,SLC17A7,CKB,DEDD,YTHDF2,CSNK1A1,WDR18,NR1H2,SYVN1,ELP3,HIPK1,WDR12,SCAF1,WDR11,PHF5A,NFIA,OSTM1,JKAMP,ANKRD13B,ANKRD13D,GTF2B,CEP120,AUP1,IPO4,TM7SF2,LAMP1,SLC39A9,CFL1,ZNF326,PLEKHJ1,RARS2,USP8,CSNK1G3,RAB2B,SUPT16H,USP5,USP3,THOC5,VRK3,LEMD2,THOC6,PYGO2,ILF3,DMWD,RAB34,PGP,AAGAB,SNRPE,STAMBP,SNRPA,CSNK1G1,SNRPB,BRSK1,FKBP2,RAB5C,FAM114A2,SLC38A10,UBR2,UBR1,ORC3,DVL1,TPR,DVL2,MCL1,AP1M1,TRAPPC2,EIF2B4,AKIRIN2,UVRAG,AKIRIN1,RAB4B,TRAPPC4,M6PR,TRAPPC8,SCRT1,COPS6,SYNJ1,COPS2,REEP2,PLXNB2,CNIH2,RAB5A,BCL2L2,BCL2L1,DIDO1,MCM7,WDR1,ZC3H3,WDR3,CEP164,AP1G2,NOB1,VPS72,SNRNP70,UBTF,IDH3B,EVI5L,EIF2B1,TNPO2,TNPO3,CCDC50,IDH3A,PLEKHG2,DIS3,RPL13A,DNAJC2,POLR1B,POLR1C,MTPN,RAB1B,VPS4B,DNAJB1,DNAJB6,MSTO1,POLR2B,VPS53,POLR2C,POLR2E,POLR2F,CSK,POLR2G,ASCC2,POLR2I,ADSS,CCDC71,SEC11A,POLR2K,POLR2L,SLC35A2,SLC35A1,PPIL2,RNGTT,FBXL19,TPRKB,FBXL16,FBXL12,BCKDK,DNAJA1,POLR3C,DNAJA3,MFAP3,POLR3D,VPS41,RAB18,DRG2,CEBPZ,PPIL3,PPIL4,TPT1,SLC35B2,SLC35B4,HDAC10,ZMYND8,HDAC11,FCF1,RPS15,TIAL1,RPS14,RPS16,RPS19,FLAD1,RPL36AL,MAGOH,LONP2,DENR,BTRC,RPS11,RPS10,TBC1D10B,RPS12,COG8,ARRDC1,COG3,COG2,CPT1C,MAPK8IP2,NIF3L1,ZW10,MTHFD2L,ATP6V0D1,RTEL1,MAGED1,CSTF2,STXBP2,TRANK1,MYL12B,SCFD1,ZNHIT1,CSTF1,MLEC,TNRC18,ATP6V0A1,VASP,TMEM184C,ZRANB2,SETDB1,PYCR2,RPS26,RPS25,RPS27,ADCK1,RPS21,C2CD2L,TECPR1,GFM1,UBXN1,SLC35F5,ZFAND2A,SIPA1L3,LIMD2,SEC61G,CHMP1B,CHMP1A,TMED2,UBXN4,RAB8A,UBXN6,GABPA,PSD,PSENEN,TOP3B,ZER1,ZDHHC13,PPHLN1,ITFG2,ITFG1,TOPORS,MLF2,PARP8,SCNM1,MAGEH1,DTYMK,AMIGO1,ICA1L,NOL8,RFNG,NOL4,TYMP,NOL6,NT5C,AMN1,TCEAL6,TCEAL5,METTL6,APBB1,ATP6V0E2,PURG,MTX1,PTGES2,XPO7,RAB11B,ATAT1,XPOT,CAPZA1,NBR1,MEGF8,MPHOSPH8,NDUFA13,ROGDI,MRFAP1,CWC25,TATDN1,ARHGDIA,FPGS,HCFC1R1,AZI2,RALBP1,NOSIP,TRPC4AP,SHISA7,RSBN1,PRPF6,HGS,CHMP4B,ZCCHC7,ISYNA1,COPA,RPS19BP1,COPB1,NOP2,CLEC16A,EMG1,ZMAT2,RPRD1A,DARS,CPSF7,KLHDC4,PNPT1,CPSF1,CBX4,RHBDD2,COQ9,EFNA2,CHMP2A,COPE,MUS81,KDM5C,DBI,RBM3,RPS4X,SPRED2,SEPT6,SNAPC2,PPP2R5E,SNAPC4,MFSD1,CASP2,TOPBP1,RBM7,KDM6B,H2AFX,PPP2R5B,RPS3A,DDAH2,AKT1S1,DNLZ,TMEM9,VAC14,STOML2,STOML1,ATF6B,ETFDH,FAM169A,THBS3,TBRG4,TBRG1,GNA13,MAPK9,NXF1,FAM168A,UGP2,PPP2R3C,SAP30L,ATP13A1,QPCTL,CYHR1,CAPN10,RPS6KB2,MDC1,MT-ND4,GHITM,ZFYVE1,SCAMP5,LSM10,SCAMP4,SAMD14,PSMD7,PSMD4,SAMD10,MEF2A,STARD3,RBFOX2,DNTTIP1,GAPVD1,SCAMP1,EML2,SCAMP3,SND1,SCAMP2,RUFY1,MYL6,PSME3,PSME1,PSME2,UQCRC2,LETMD1,CGGBP1,MRPL18,AGAP2,MTMR9,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,OAZ1,GABARAP,MRPL10,MRPL20,CYB5R4,HSPH1,GRPEL2,VTI1A,PUSL1,RHBDL1,VTI1B,PRRT1,EDEM3,MCTS1,ABCA2,PRRT2,PMM1,CADM2,EDEM1,EDEM2,PMM2,MRPL27,MRPL28,ERLIN2,SNF8,MRPL24,SETX,MRPL30,UCK1,EIF6,TDP1,PSMG3,AVL9,TMEM9B,ARF4,LRSAM1,PIGT,PIGO,MRPL38,MRPL34,IKBKB,TRMT112,NIPBL,FASTK,RPLP2,LRRC47,UPF2,LYPLA2,LRRC45,DFFA,MRPL49,SIRT7,DYNLL2,MRPL46,SIRT2,SIRT3,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,MRPL50,PSMA4,TMEM33,TUT1,PICK1,PGAM5,SLC29A1,VAMP2,ARF6,LRRC14,RNASEK,SRRT,RPS27L,CCNDBP1,MRPL54,PSMB7,RECQL5,PSMB3,PSMB1,AP2S1,FLNA,HARS,YKT6,LRRC24,MDH1,MDH2,UTP3,STAT2,LRRC28,TMEM62,GATAD2A,LETM1,TMEM59,LYRM2,PSMC1,PSMC2,RPL22L1,UBE2D1,HDDC3,STK11,SMCHD1,RUVBL2,PIM3,SLC25A44,AP2M1,SLC25A46,PPP1R16B,VPS33A,PPP1R16A,VPS33B,PRPF4B,ACAP3,ACAP2,SLC9A8,FSCN1,SQSTM1,ANAPC2,LRRC59,RNASEH2A,MAX,ARL3,MAZ,ISG20L2,SBNO2,PMVK,THEM4,E4F1,LRRC4B,ZBTB17,DR1,EEF2,ZC3HC1,GNL3L,AAK1,PIN1,MDM4,TUBGCP3,ZNF512B,HSP90AB1,COX4I1,CELF4,PIK3CD,NGRN,CAPZB,MDK,MDP1,CTNNBL1,DIS3L2,SH2D3C,VPS37C,RAD23A,DDOST,HAX1,NPC1,SNPH,PIK3C3,BIRC6,SEC22B,PPP1R12C,SLC25A11,SLC25A4,SLC25A14,BIRC2,ST6GALNAC6,RNFT2,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,GTF3C5,PRCC,MAK16,KATNB1,ZBTB45,GANAB,NCLN,SH3BP2,LRRC8A,SLC25A22,AAMP,ATP9A,SH2B1,PPP1R14B,MBOAT7,NICN1,LYSMD1,RPL23A,TPD52L2,SLC25A38,P4HB,SMAP2,SEC24C,SPG21,EIF4A1,CCNK,TMEM41B,KDELR1,CCNH,ZDHHC5,ZDHHC6,GCC2,IFI30,CYB5D1,TXNDC17,UBE2L3,RASSF1,OGFOD2,CCNL2,SLC12A6,PAQR4,SCAF11,IMP3,NSMCE2,ANK2,MIF,GNPAT,CD2BP2,STX1A,CTR9,SUPT4H1,PIK3R2,PTTG1IP,UBE2J1,APH1A,SNX3,PGBD5,DHX33,PCBP4,LARS,PCBP1,ERI3,DHX36,DHX37,SYMPK,DHX38,RCE1,RAB11FIP2,RBM12,RAB11FIP3,SEC31A,SURF1,IQSEC2,INTS1,SURF2,INTS3,SURF4,DCLK2,ID2,RPL27A,INTS5,PAF1,INTS4,CALM2,RGL2,TMEM151B,USPL1,FAM57B,GPAA1,TECR,AATF,ARV1,SPTLC1,RSRC1,HYAL2,DHX15,MLX,KIF1B,SSSCA1,KIF1A,UTP14A,VKORC1,GRIPAP1,TMEM150A,CCDC115,NCOA4,ANO8,ANO6,COMMD6,COMMD4,CTU1,KIF2A,G2E3,DBN1,STK40,STX16,HEATR1,CRIP2,NEDD8,CCDC106,MNT,EXOSC4,SAMM50,FAM172A,SERTAD2,EXOSC9,PES1,HSF1,NPDC1,YIPF1,PLEKHA1,YIPF3,YIPF4,TMUB1,RSRC2,AP2B1,PPP1CA,TMUB2,FKBP1A,PER1,DPY19L3,DPAGT1,MIDN,DBR1,PHRF1,ACRBP,PPME1,BANF1,BAHCC1,PPFIA3,ZGPAT,TMX2,FAM173A,RTN2,KLHL18,NDRG4,RBM8A,PSMD14,KLHL17,SEL1L,RASGRP2,SUPT6H,RPF1,KIF3B,DEAF1,CAMTA1,CAMTA2,CYC1,BCL9L,FDPS,VTA1,CCZ1,SUPT5H,SSH3,KLHL20,PAN3,TAB3,YWHAE,RBM28,GSK3A,PRR7,RBM25,DDX49,YWHAB,DDX47,ILK,CHD4,SOBP,PPP1R9A,PPP1R9B,RPGR,BCL7C,GATAD1,MLST8,LRRFIP1,NCBP1,NCBP2,BUD31,DDX55,TBC1D8,ABHD14B,ARHGEF18,ABHD14A,YWHAZ,CREB3,CREB1,NDUFS8,IRF3,NDUFS2,NAA35,ATG4B,MVD,NAA38,RBM22,DCTN6,DDX27,DCTN1,DDX23,PARN,CRMP1,CSTF2T,DDX21,TAF1D,TAF1C,BMS1,TAF1A,PDLIM7,CHURC1,NAA10,TAF10,TAF11,ATP2B4,PDAP1,CHFR,MAPK10,RPIA,MAPK11,PNKD,ASB6,TAF6,RBM45,TAF2,TAF1,RPL4,RPL3,RPL32,RPL31,STMN3,ENO2,RPL8,DCAF5,DCAF4,RPL6,GLE1,RNF115,RPL36,FDXR,RPL38,PIP4K2C,RPL37,IER2,TSPYL1,RPL21,PIH1D1,RPL23,MED8,CD3EAP,SOX12,AARSD1,MED4,RNF126,BIN3,CLPP,YME1L1,RPL27,RPL26,RPL29,ALG10B,UBA52,RNF121,RPN2,PRDX2,PRDX5,PPP3R1,PPP4C,RIC8B,CHST10,BRAP,RPL41,JUND,PA2G4,TMEM198,TMEM199,FIBP,GIPC1,CDK10,DUS1L,CPEB4,CDC42SE2,OGFR,SPEF1,ELL,CLTC,CLTA,PFAS,ING1,CLINT1,TMEM186,TRIM8,ING4,IMPA1,GPR137,AP3S1,GPRASP2,EMD,ZC3H10,BRD2,HSBP1,SSR2,SSR3,TET2,RNF168,BACE1,RNF167,LSG1,INF2,SF3B5,SF3B2,RPL10,GPS1,RPL12,TIMM13,GPS2,TMEM160,TIMM10,TM9SF4,BCLAF1,ASNA1,LMAN2,RPS3,RPS2,RPL18,RPL17,RPL19,SF3A3,SF3A2,RIOK3,TRMT1,GTF2H1,WWP2,TTC9C,MZT1,TM9SF2,TM9SF1,ERP44,XAB2,ABI2,MORN4,TRMT6,ABI1,CHPF,TUSC2,BZW1,FAM107B,MAEA,SMARCAD1,MAF1,MEN1,RPS9,ANKRD49,RPS7,RPS5,RPS6,AIP,RNF40,BSCL2,CLIP3,CTDNEP1,ST7L,ERH,PHPT1,CUL9,ENY2,CD151,ANKRD16,ANKRD11,CUL2,ABHD8,TARS,GTF2E1,GTF2E2,HMBOX1,KLC2,BAG5,BTBD2,NACC1,BAG1,MPDU1,ESRRA,TOR1A,MARCH9,LSM4,LSM3,ZZEF1,CHERP,CDK9,CDK5,CDK4,ZFP62,MAFG,TADA3,RNF181,NF2,RNF185,SERINC5,RNF10,RNPEPL1,TRADD,DUSP11,PTBP1,RPL7A,SART1,METTL14,SART3,OPA1,SIN3A,OPA3,REXO1,PDCD6IP,GPX1,GPX4,CHUK,ELAC2,RANGAP1,YDJC,COASY,REXO4,TRAF7,DALRD3,TRAF4,SNRPA1,EIF4E2,SFT2D1,RNF31,GTF2A1,SMARCD2,GTF2A2,SMARCD3,WBP1,RNF38,RPL36A,JAKMIP2,CACNG7,FZR1,HIRIP3,RBBP4,RBBP5,SNRPB2,DCAF11,WASF1,UGGT1,RNF20,SEMA4A,SPAG7,SEMA4D,PTPN11,PNRC1,KLF6,MGAT4B,RUNDC1,PWP1,GOLGA5,HABP4,ARL6IP5,ARL6IP4,UBAP2L,KIFAP3,ZFPL1,AQR,SACM1L,ACSL6,PTOV1,RECQL,JMJD8,MRPS18C,CARHSP1,GRWD1,GUF1,PFN1,AURKAIP1,CBLL1,PFN2,BEX4,CUTA,BEX2,TMEM161B,TWF1,TRMT2A,INPP5B,DGUOK,VPS8,INPP5K,STK11IP,GOLGB1,CCDC88C,CORO7,BAP1,DAZAP2,DAZAP1,GDI1,MYL6B,SERP2,SERP1,PRMT6,MAP4K2,PRMT1,TSC22D3,PRMT3,RHOF,POC5,FRG1,MAPRE3,MAPT,RHOV,ALDOA,ATP6V0C,PRIM2,UQCR11,LCMT1,RANBP1,AP3D1,MARS,TOMM7,FAU,TOMM5,TOMM6,GOLT1B,TOMM22,EFTUD2,CHCHD2,POGZ,ANGEL2,TSC2,TRNT1,KCTD5,DPM2,PREPL,MAU2,RPL7L1,TIPRL,FIZ1,STAM2,LTBP4,STK4,ADIPOR2,DPP3,DPP8,TMEM127,DPP9,TMEM128,CASKIN1,ATP6V1H,ZC3H18,SUDS3,ATP6V1D,MYH10,PDZD7,ZC3H15,MARK2,ACBD5,ACBD4,ASPSCR1,BFAR,DNAJC14,NMRAL1,DNAJC18,RALYL,TMEM115,DLG4,ATG16L1,NFKBIB,CREBZF,B4GALT3,SCYL3,USP36,ACADVL,DOCK4,DOCK3,USP39,FLOT1,PDE4A,MAN2C1,SCYL1,JAGN1,KLF13,USP42,RNF208,TRNAU1AP,SENP3,KLF16,CHMP6,CHMP5,CAMK2B,TSEN34,USP15,RGS19,USP16,POLDIP2,TM2D1,USP11,GMPR2,POMP,OPRL1,MTIF2,MOSPD3,MTIF3,TM2D3,TOB1,IWS1,U2AF1L4,HSPD1,NCAM1,IGBP1,WTAP,B3GAT3,BAD,USP21,PRAF2,HAGHL,DTNBP1,ZFC3H1,HSPE1,GDAP1,GDAP2,NEURL4,PIK3IP1,BAX,SSBP1,SSBP4"
+"gene_set_query"	"236"	"CENPB"	"308.0"	"ARCHS4 Coexpression,175;Enrichr Queries,81;GTEx Coexpression,668"	"GMFB,TFRC,STMN4,EPRS,GCSH,NDST1,CAPNS1,MPRIP,RAVER1,DPYSL2,MYC,ZMIZ2,PSMD3,RPL36,PIP4K2A,AKT1,AP1S1,PRKACA,DAPK3,CD3EAP,SCRIB,DYNC1LI2,MYL6,ASPHD1,FEZ1,DDIT4,PRR18,PRR12,ATF4,SET,TTYH3,TTYH1,FLII,AGAP1,SLAIN1,LDHA,PRDX1,PIP5K1C,LHPP,VTI1B,S100A10,CDK19,JUN,CADM4,JUND,IRF2BP1,IRF2BP2,PRRC2A,EHD1,HNRNPL,FASN,GIPC1,DUS1L,RNF220,ARF3,OGFR,PYGB,PIGU,BTG1,PIGQ,RPLP0,SMG5,TUBA1C,TUBA1B,TUBA1A,SH3BGRL3,CIC,ENOPH1,UPF1,DFFA,NUDC,TPI1,ITPK1,NIPA1,DYNLL2,SIRT2,MED29,DUSP6,NCOR2,TMEFF1,SLC7A5,ZEB2,TUBB2A,INF2,PXDN,TKT,ERGIC1,GRN,CLDND1,PHLPP1,NFIX,RPL12,DLST,FAM129B,AP2S1,RPS3,CLPTM1,FLNA,CKB,RPS2,ANKRD52,SAMD1,RPL18,RABAC1,YKT6,MBD3,SCAF1,GATAD2A,SKI,PSMC3,MYBBP1A,TAOK2,TSR2,ZYX,NUCB1,PKN1,AGRN,RNF141,HDDC2,MTCH1,CHPF,ATN1,STK11,LAMP1,CFL1,ADORA1,FBRSL1,ZNF326,SLC39A7,LZTS2,FADS1,FBXW4,SH3GLB2,RPS9,MAP2K2,USP5,RPS5,ZCRB1,RNF40,CDC25B,CTDNEP1,CLIP2,FRMD5,LIX1,NCL,RAB35,MAPKAPK2,SRSF2,FKBP8,FSCN1,PKP4,SRSF6,FKBP4,SQSTM1,KPNB1,CSNK1G2,LY6E,SNRPB,SLC27A4,ANAPC2,LRRC59,DNMT1,INO80E,CD151,RAB5C,MAZ,CORO1B,HSP90B1,STIP1,SBNO2,DVL1,BTBD2,NACC1,ABL1,PLXNA1,ESRRA,SEC16A,DHCR24,ARPC5,EEF2,DRAP1,SH3BP5L,LRFN4,PTPRA,PLEKHM2,PLXNB2,NACAD,OSBPL1A,BCL2L2,NFE2L1,BCL2L1,EIF4G1,RNF187,SLC48A1,ZNF512B,HSP90AB1,MCM7,COX4I1,NENF,PTPN23,PTBP1,DUSP12,SART1,PPP6R1,SNRNP70,PHACTR3,UBTF,EIF5A,HSP90AA1,GPX1,REXO1,GPX4,RPL13A,RANGAP1,RAD23B,DDOST,ARFGAP1,PTP4A2,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,SLC25A5,DCTPP1,GAPDH,PPP1R12C,PPP1R15A,GTF3C1,SMARCD2,CANT1,WBP2,RAB1B,TULP4,MLLT1,LRP3,TTL,GANAB,NCLN,PTPRZ1,PUF60,U2AF2,POLR2F,FEM1C,NOP56,MARCKSL1,PPP1R14B,CIZ1,TRIM41,PCDH9,MID1IP1,FBXL19,ADRM1,PTPN11,CDC42BPB,HNRNPAB,TPD52L2,KLF6,PFKL,SLC25A39,VAPB,MGAT4B,POLR3H,P4HB,BCAR1,EIF3B,VARS,HDAC11,ZDHHC5,ZDHHC8,NUDT3,ACTB,UBE2L3,RPS15,RPS14,RASSF2,TRIM28,RPS19,FTH1,BSG,LONP1,SEC62,GOLGA7,ATXN7L3,PAQR4,ACTN1,ECH1,CIRBP,MMD2,MOGS,ACTN4,CARHSP1,PFN1,LLGL1,TELO2,TBC1D9B,MGST3,PIK3R2,TMTC4,NKAIN2,APH1A,PCBP1,SYMPK,TNRC18,MAP4,RAB11FIP4,GPM6B,FIS1,TMEM184B,INTS1,SNHG6,WNK1,ID2,CALM3,CALR,RPS21,ITM2C,DAZAP1,UBXN1,MRPS12,AP2A1,PRPF19,PTMS,SDF4,RAC1,CTSD,GIT1,CTSB,COX8A,MINK1,GAB2,MRPS7,APRT,MLF2,RHOB,PACS2,PABPC1,ALDOA,SGK1,CSTB,TOMM40,TRAK2,GNAI2,CST3,PPP2CB,HIRA,CAMK2N1,PES1,GPC1,MAP4K4,CRIPT,VEGFB,AP3D1,DOHH,BOP1,KLHL5,R3HCC1,HDGF,PNPLA6,GRINA,SH3GL3,CD81,POGK,HDLBP,PHRF1,UBE2Z,ACTG1,PAIP2B,KIF5B,ARHGDIA,KHSRP,DENND5A,SBF1,SH3GL1,FBXW11,APLP1,ATP1B1,POU3F2,ATAD3A,POU3F3,EEF1A1,ADAM15,HNRNPUL1,CHMP4B,NDRG2,NDRG1,SUPT6H,PLD3,ENHO,RAI1,IRAK1,CYC1,BCL9L,IVNS1ABP,HSPA8,PRNP,ACBD5,CBX6,CPSF1,HMGA1,TBCB,QDPR,NFKBIA,H1F0,HOOK2,HOOK1,GNB2,GNB1,GNAS,CNTN2,UBA1,LSM14B,MXD4,UBE2M,B4GALT2,KDM5C,GSK3A,PRKCSH,YBX1,LMNB2,PPP1R9B,SEC61A1,SEPT9,LASP1,SEPT7,ZC3H7B,TMEM109,SCYL1,SUN2,PDPK1,H2AFZ,H2AFX,DDX54,YWHAZ,SENP3,EPN1,KLF16,EPN2,DNM2,RABEP1,PPDPF,AKT1S1,PFDN2,CUEDC1,DCTN6,WIZ,STRN4,FAM168B,DNPEP,MTA1,MAT2A,GNA11,GNA12,MKNK2,FAM120A,MTA2,FBRS,TAF13,B3GAT1,CLCN7,NEURL4,FMNL2,CARM1,CDK2AP1,VIM,SSBP4"
+"gene_set_query"	"237"	"ZNF324B"	"308.0"	"ARCHS4 Coexpression,410;GTEx Coexpression,206"	"EIF4A2,RPL4,EIF4A1,RPL3,VARS,TRRAP,PPAN,GPATCH1,DCAF4,PHB2,PDCD2L,RRP9,ALKBH3,CDC23,TRIM28,RAVER1,ALKBH1,PSMD3,ZXDC,LONP1,AKT1,UBAP2L,ATXN7L3,CSNK2A1,NUP210,WDR74,CD3EAP,MRPS18A,MOGS,SCRIB,MED6,GTPBP4,SND1,HCFC1,NIF3L1,KARS,WDR81,WDR82,ZW10,PSME3,GRWD1,ZSCAN21,TTLL12,PRR12,ALG10B,CBLL1,MMADHC,TELO2,RNF121,NUP205,RTEL1,POM121,DHX8,MEPCE,APH1A,WDR70,PDCD11,DHX33,GAR1,RRS1,CSTF1,DHX37,PIP5K1A,SYMPK,TRAP1,INTS1,PMM2,IRF2BP1,PA2G4,GPN1,PRRC2A,CCT6A,HNRNPL,UCK2,INTS5,NOL10,NOL11,DUS1L,OGFR,DAZAP1,NAT10,MRPL37,PRPF19,WDR46,PFAS,WDR43,TMEM186,SMG5,RPTOR,SDF4,RIOK2,CIC,UTP14A,RRP15,PRMT5,UPF1,BRD2,WDR36,LRRC45,MIOS,NSUN2,TFB2M,GNL2,SREBF2,GNL3,TOX4,DDB1,TAF6L,PRPF18,NFX1,PGAM5,ARHGEF2,SF3B3,SRRT,NOL9,SDAD1,RBFA,WDR24,SLC7A1,CENPB,NOL6,EXOSC7,HIRA,PSMB2,PES1,HSF1,RRP36,ANKRD52,RPS2,EXOSC2,MBD3,RANBP1,BRF2,RPA1,HUWE1,SRP68,SCAF1,BYSL,GATAD2A,KBTBD4,RSL1D1,BOP1,XAB2,PHF5A,MYBBP1A,APEX1,SERBP1,TRMT6,TAOK2,TSR1,HDGF,UBAP2,PKN1,NUP188,SPPL2B,PHRF1,IPO4,EFTUD2,EDC4,TATDN1,STK11,ARHGDIA,NUDT19,SBF1,NOM1,ZGPAT,USP5,DNAJB12,UBE4A,PUS7,POLRMT,ATAD3A,RNF40,ATXN2L,PYGO2,ILF3,HNRNPUL1,DKC1,RAB35,PLAA,MAPKAPK5,ANAPC1,KPNB1,DAP3,ANAPC2,LRRC59,PSMD11,PSMD13,MAZ,PRPF8,SUPT6H,ORC5,EIF1AD,RAI1,EMG1,RNASEH1,NDOR1,IRAK1,DVL1,NACC1,CCDC32,CCDC134,NOP14,CPSF7,NOP16,SEC16A,NUP153,EEF2,EIF2S1,CHERP,SLC7A6OS,GNL3L,SH3BP5L,LRFN4,CNOT3,UBA1,SKIV2L,EIF4G1,ZNF512B,SCYL3,DIDO1,KDM5C,DDX46,PRKCSH,WDR3,WDR4,AKAP8L,USP39,LMNB2,LMNB1,PPP1R9B,SEC61A1,RPL7A,SART1,SART3,NOB1,ZC3H7B,PPP6R1,UBTF,MRPL9,TNPO3,GET4,UTP15,RBM14,RFC2,CAD,H2AFX,DDX54,RABGGTB,RANGAP1,SENP3,KLF16,DNM2,DDX19A,TRAF7,NDUFS7,THRAP3,POLR1B,AKT1S1,THOP1,GTF3C1,GTF3C2,STOML2,GTF3C3,SMARCD2,HDAC3,GTF3C4,PARG,WBP1,TGFBRAP1,PRCC,USP19,TBRG4,DCAF15,TAF1D,FZR1,GANAB,NCLN,RBBP5,POLR2B,U2AF2,TGS1,BMS1,NAA25,EIF4H,ABCF2,MTA2,CCDC71,FBRS,ABCF1,NOP56,PTCD1,TAF15,ATP13A1,FBXL19,PDAP1,SSRP1,SNRNP40,NEURL4,EIF3I,IMPDH2,POLE3,POLR3E,CEBPZ,NAA15,EIF3C,EIF3D,RBMX,EIF3A,EIF3B"
+"gene_set_query"	"238"	"ZBTB18"	"309.0"	"ARCHS4 Coexpression,95;GTEx Coexpression,523"	"MYT1L,STMN2,STMN3,ENO2,SCAMP5,RNF112,SAMD14,RASSF2,IGLON5,AKT3,BSN,ATXN7L3,CALN1,SRRM3,SRRM4,MEF2C,RBFOX1,ATP6V1G2,UNC13A,RBFOX3,UNC5A,SLC6A17,ANK2,ANK3,MAPK8IP2,MAPK8IP3,GABRG2,PISD,MAPK8IP1,TIAM1,GPR162,STX1B,PRKAR1B,RUFY2,KCNQ2,TRIM11,PAXIP1,STXBP1,AGAP2,CEND1,AGAP1,PRKCZ,KALRN,TTBK1,ABR,SYNGR1,PPP3R1,PCBP4,B4GALNT1,PIP5K1C,RHBDL1,RAB11FIP4,ABCA2,CADM3,PRRT2,NDFIP1,CADM4,IQSEC2,CADM2,IQSEC1,SS18L1,RAB3IP,MICAL2,MYO5A,SNAP91,DCLK1,CALM3,CALM1,GABRB2,TMEM151B,CDKN1B,KCNC1,GDI1,KCNC3,DIRAS1,DIRAS2,AATK,GRIK2,SHF,JPH4,TRIM9,PPP3CB,MMP24,PCLO,AKAP11,JPH3,CAMKV,CHL1,TRIM2,TRIM3,NCS1,IDS,DLGAP1,KIF1B,KIF1A,PSD,GRIPAP1,SYP,DYNLL2,SYN1,CNKSR2,KIFC2,VSNL1,MPPED1,MAPRE3,MAPT,VAMP2,GAS7,RNF165,PAFAH1B1,GRAMD1B,NAPB,NFIX,SATB2,ADAM22,ADCY1,CAMKK1,CAMKK2,CAMK2N1,CHN2,MGAT3,SLC17A7,APBB1,NCDN,PURG,ARNT2,GABBR2,GABBR1,DAB2IP,NMNAT2,PNMA2,GRIN1,SKI,APBA1,YPEL4,TMEM229B,CDK5R1,RAB3A,ATP8A1,CRTC1,CLSTN3,CTNND2,CLSTN1,CELSR3,SLC8A2,RPH3A,RIMS1,TMEM145,RIMS4,KIF5C,KIF5A,SH3GL2,PPFIA3,TLE2,TMOD2,APLP1,ADAM11,LMTK3,KCTD2,ATP1B2,SRCIN1,RUNDC3A,KCTD6,DISP2,CLIP3,ACAP3,TOM1L2,OLFM1,PREPL,CACNB4,SCN8A,MADD,WDFY3,ABCG4,RTN4R,RTN3,BRSK1,NDRG4,BRSK2,NDRG3,ARHGEF25,NXPH3,NTM,TMEM59L,CACNA1B,CACNA1A,CPLX2,KLC1,NDRG2,FBXO44,CPLX1,FBXO41,RTN4,GOLGA7B,NEUROD2,IGSF21,SCRT2,ARHGAP21,PDZD4,KLC2,FUT9,CAMTA2,SRGAP3,KIF3C,LONRF2,RAB6B,PDZD7,LRRC4B,SYT4,CLK4,CORO2B,GNAO1,PTPRD,DAB1,DLG2,NSG2,DLG4,GNB1,CNTN1,PI4KA,SNAP25,DOCK3,THRA,MAST1,PKD1,ELAVL3,NRGN,PPP1R9B,POLB,SCRN1,MCF2L,PSD3,SULT4A1,GALNT9,YWHAG,TRIM67,PPP2R5B,SEPT5,DNM1,SEPT3,DNM3,ALS2,DNAJC6,SNPH,CDH10,NAT8L,CAMK2B,NRXN2,ATP1A3,ADD1,ADD2,DNAJB2,CACNG7,ABLIM1,FAM168A,SV2A,VPS53,SPOCK2,TRIM46,SPOCK1,NCAM1,SNCB,ATP9A,OPCML,BEND6,CLASP2,SLC12A5,PCDHGC4,B3GAT1,NAP1L2,ATP2B2,SBK1,TEF,PPP2R2C,FAM131C,SYT11,FAM131B,POLR3F,RGS11,MDGA1,CBLN1"
+"gene_set_query"	"239"	"ELF2"	"310.0"	"ARCHS4 Coexpression,765;Enrichr Queries,125;GTEx Coexpression,40"	"TRIO,STMN3,HNRNPU,DCAF5,RBPJ,EPRS,RPL8,BACH2,SCAMP5,NUB1,CAPNS1,ZMIZ1,MYC,PSMD2,GPBP1,PSMD3,AP1S1,DDX17,MEF2A,MEF2C,ACOT7,WSB1,WSB2,PRKCE,CD3EAP,SCRIB,DICER1,HCFC2,HDHD2,LARS2,PRKAR1B,DDIT4,ASTN1,NEDD4L,ATXN7L3B,MRPL12,HIF1A,FAM160B1,ABR,PRDX5,CYB5R4,CHST10,CREBBP,JUN,MRPL27,IRF2BP2,PHC3,GLUD1,GIPC1,HNRNPD,SFXN1,HBP1,FARSA,CDK13,TMEM9B,ARF3,PHF3,SETD2,PIGU,SMG1,BTG1,NCAN,CLTC,NIPBL,JPH3,MED13,TCP11L2,DLGAP3,JARID2,APC2,SHPRH,PGAM1,TCF12,TET2,MANEAL,ASH1L,DUSP6,NCOR2,ZEB2,TUBB2A,NCOR1,PXDN,PELI1,PAFAH1B3,TRUB2,NFIX,SNX32,CENPB,FAM129B,BCLAF1,NSD1,ASNA1,LMAN2,CLPTM1,AP2S1,RICTOR,SF3B1,YKT6,DEDD,NKTR,CSNK1A1,MDH2,MBD1,GABRA3,SCAF1,MKLN1,MORN4,NFIA,NFIB,PKN1,FRYL,RAB3A,CHPF,CTNND2,ATN1,ABHD12,YY1,SMCHD1,ATCAY,CFL1,PAPOLA,SLC39A7,AP2M1,GTF2I,TLE4,CSNK1G3,USP8,SLC38A1,USP5,FBXW7,ANKRD44,TPM1,DYRK1A,THOC5,FOXP1,PHIP,FKBP5,SLC27A4,SNRPB,BRSK1,LRRC59,ANKRD11,ANKRD12,UBR2,PHB,HSPBP1,FBXO41,CORO1B,STIP1,BTBD2,NACC1,DVL1,RAB6B,SLC38A2,LRRC4B,MCL1,OSBPL8,FBXO38,UROS,TMEM132A,MARCH7,BTBD9,CDK5,LHX2,SP3,CSPG5,PLXNB2,MDM4,NF2,NFE2L1,RNF187,EIF4G1,ITGB1,DAGLA,CELF2,CELF4,PTEN,CELF5,DUSP12,SUMO3,TLK1,PMEPA1,TNPO1,EIF5A,PPP1R12A,DST,ATRX,RANGAP1,NIPSNAP1,ARFGAP1,DDOST,TRAF7,PTP4A3,NRG3,ASPH,SNPH,DNAJC5,CTDSP2,LANCL2,BIRC6,GAPDH,NFAT5,ROCK1,RAB1B,MLLT1,PPM1D,LAGE3,SRM,FBXL20,FOXRED2,CACNG7,GANAB,HECTD1,NCLN,U2AF2,VPS54,FEM1C,FYN,FSD1,SLC25A22,AAMP,ATP9B,SPAG9,LINGO1,PPP1R14B,ADRM1,FOXJ2,PTPN12,DDHD1,OXR1,TPD52L2,KLF6,TRIM39,PSAT1,MGAT4B,OCIAD1,POLR3H,P4HB,APP,ARL6IP1,PLEKHB2,VARS,ZMYND8,JMJD1C,CBLB,HS6ST1,ACTB,TRIM28,HERC1,PPP2R1A,DPF1,BSG,TRIM24,EPC1,SOX4,TMPO,SCAF11,ARRDC3,MOGS,ACTN4,AKAP9,FAM76B,HECA,KDELR2,TAGLN3,FAM76A,MACF1,MYCBP2,CEND1,PIK3R2,PIK3R1,APH1A,PGBD5,TSPAN7,GSE1,HIVEP2,RIMKLA,INTS1,ERAL1,PUM1,BRI3BP,SMARCA2,PTK2,MED13L,PUM2,STAG2,WNK1,FUBP1,ID2,AARS,ITM2C,AHCTF1,CITED2,PRPF19,ZMYM5,UIMC1,DHX15,REV3L,SDF4,ARIH1,KIF1A,RAC1,CCT3,NCOA2,TMED9,TSC22D1,PRMT1,NME2,SREBF2,SYN1,MLF2,NME1,WAC,PABPC1,SGK1,ALDOA,PTMA,AHCY,CCDC106,ARNTL,NFIL3,CUX1,PDZD11,CAMK2N1,PES1,MGAT3,CTNNA2,ATP6V0E2,CCT7,MAP4K4,MAP3K3,ARNT2,LSAMP,RSRC2,GRIN1,FKBP1A,NEDD4,FKBP1B,HNRNPA2B1,APBA1,HDGF,MEGF8,CDK5R1,GRINA,MPI,ARHGDIG,PEBP1,ARID4A,ARID4B,COX6A1,IGF1R,ARHGDIA,KIF5A,EP300,NRCAM,ARID2,RGS7,NSF,CHRNB2,MORC3,LMTK3,RUNDC3B,ATAD3A,RSBN1,TUFM,PDIA4,MAU2,TMX2,ADAM15,TBL1XR1,MATR3,PPIA,ATP6V1A,YTHDC1,TMEM59L,STK4,RTN4,TMEM121,ARHGAP12,IRAK1,DEAF1,CASKIN1,KIF3C,ATP6V1D,BPTF,SMAD2,PRNP,SYT3,SMAD4,NUP153,AZIN1,RALYL,EFNA2,HOOK2,DLG4,HOOK1,GNAQ,GNB1,GNAS,BRWD1,PICALM,UBE2M,YWHAE,RERE,B4GALT2,GSK3B,DDX3X,YWHAB,PRKCSH,CHD6,ATP2A2,FBLL1,CHD2,AFF4,LMNB2,SEC61A1,RASGEF1B,GDAP1L1,MLST8,LRRFIP1,SULT4A1,KLF13,PDPK1,PDE4D,RNF208,PPP2R5C,SYNGR3,ARID1A,SEPT5,YWHAZ,ARID1B,SEPT3,GAP43,CREB1,DDAH1,AKT1S1,NAT8L,OTUB1,USP15,STOML1,PDXP,ASAP1,ATP1A1,AGPAT3,GNG3,DNPEP,BNIP2,ATF7IP,RBM39,LIMK1,ATP2B1,TTC19,SOD1,PPP2R2C,ATP13A2"
+"gene_set_query"	"240"	"CHCHD3"	"311.5"	"ARCHS4 Coexpression,117;GTEx Coexpression,506"	"RPL5,RPL30,RPL32,RPL31,CISD1,THYN1,RPL9,RPL6,DCAF6,TXNDC17,RPL7,NFU1,RPS15,RPS14,PSMD7,RPS19,SNRPD2,PSMD4,SNRPD1,RPL36,SNRPD3,RPS10,RPL39,RPS13,PDHX,ATP6V1G1,RPL21,RPL23,RPL22,MRPS18B,MRPS18A,MIF,GNPAT,RNF123,AFG3L2,COX7A2L,SUB1,SARNP,RRAGD,VDAC3,TMEM126A,UQCRC1,VDAC2,VDAC1,UQCRC2,CUTA,MRPL18,SLCO5A1,MRPL13,ANAPC11,DGUOK,LDHB,SERF2,BTF3,RPL41,PRDX6,PAICS,ZWINT,MRPL22,CS,RPS26,AIMP2,RPS25,RPS27,RPS29,OGDH,HNRNPC,RPS24,MRPS17,COX7B,MRPS16,RPLP1,RPLP0,PRKAG1,OLA1,MRPS10,MYL6B,MRPL36,COX7C,MRPL33,UBL5,TUBA1C,TRMT112,HINT1,CSRP2,RPLP2,DLAT,MRPS28,COX8A,ZYG11B,CCT2,TPI1,MRPS22,MINK1,MRPS21,MRPS7,COMMD6,MRPL46,SRP9,NME1,HADHB,GAK,HADHA,MRPS9,PSMA4,PSMA1,PSMA2,EEF1E1,DLD,PTMA,MRPS36,MRPS33,RPL11,TIMM13,RPS27L,NEDD8,MRPS30,UQCR10,COX5B,COX5A,PSMB6,TCEAL8,EXOSC7,PSMB7,SAMM50,PSMB5,PSMB2,PSMB1,EXOSC8,RPS3,MFN2,RPL15,RPL18,PAIP1,NPM1,MDH2,COX6C,LRRC20,PSMC1,APEX1,NDUFAB1,TOMM7,FAU,TOMM5,TOMM6,HDDC2,NDUFA13,NDUFA11,NDUFA12,BCCIP,UBE3A,BZW2,SRP14,RPL10A,CHCHD4,TATDN1,FAM162A,CFL2,KPNA4,BANF1,KPNA3,TMEM14C,PHYH,RPS5,SDHD,SDHA,SDHB,ILF2,COX6B1,EEF1A1,UBE2V2,NHP2,SNRPG,PLAA,SNRPE,SNRPF,PHPT1,SNRPC,FKBP3,ENY2,RNASEH2A,NDUFB10,CUL5,UQCRB,COX16,AK1,UBR3,COX7A2,PHB,UQCRH,BTBD1,TCTEX1D2,CYC1,NDUFV3,NDUFV2,DNAJC19,OST4,EIF2B3,PDHA1,POLR3GL,IDH2,GOT2,COQ9,TBCA,CWC15,LSM5,COQ7,COQ6,LSM3,COQ5,LSM2,COPS4,ZC3HC1,COPS5,LSM6,TMEM11,NACA,OSTC,CYCS,RNF181,ACO2,GRSF1,LRP10,NFE2L1,NOP10,CNIH4,PHTF2,COX4I1,ATP2A2,HMGB3,DPY30,ETFA,ETFB,HMGB1,PPP1R9B,MRPL2,SUMO2,UQCRFS1,TIMM17B,ACP1,IDH3A,SUN2,ADSL,H2AFZ,BUD31,RPL13A,RAD23A,RPS3A,NDUFC1,NDUFS7,DAD1,NDUFS5,NDUFS4,RPL37A,SNURF,NDUFS2,CCDC43,NDUFS1,SLC25A12,PFDN4,SLC25A11,RBM24,SLC25A4,PFDN5,OTUB1,NDUFB9,STOML2,NDUFB6,GTF3C6,NDUFB5,NDUFB4,NDUFB3,RPL36A,PDHB,SRL,DPCD,GNG5,POLR2F,SNRPB2,POLR2G,ROMO1,POLR2H,RPP14,HNRNPA1,POLR2I,POLR2L,NIPSNAP3B,NDUFA9,TIMM8B,NDUFA8,NDUFA7,SPAG7,PPIL1,NDUFA6,SSB,FEM1A,NDUFA4,NDUFA3,NDUFA2,TPRKB,NDUFA1,PDE4DIP,IMMT,RPL35A,RPL23A,PPP2R3A,USP28,HSPE1,SOD1,CUL4A,EIF3M,SUCLA2,EIF3K,ASB8,RAB12,IMPDH2,GPD1L,SSBP1,PFKM,RAN"
+"gene_set_query"	"241"	"ZNF365"	"312.3"	"ARCHS4 Coexpression,266;Enrichr Queries,565;GTEx Coexpression,106"	"ARL6IP1,MYT1L,STMN2,STMN3,ENO2,BACH2,SCAMP5,RNF112,ALCAM,ZMIZ1,DPYSL2,DPF1,BSN,PRKACB,SOX4,ANKS1B,CALN1,EPHA4,MEF2C,RBFOX1,UNC13A,WSB2,SLC6A17,UNC5A,RBFOX3,LIMCH1,ACTN1,ACSL6,CD3EAP,ANK2,ANK3,MAPK8IP2,GABRG2,MAPK8IP1,STX1B,PRKAR1B,HECW1,DDIT4,KCNQ2,SPARCL1,PRR18,TAGLN3,STX1A,PFN2,ASTN1,BEX4,NECAB1,FOXG1,STXBP1,MYCBP2,AGAP2,CEND1,PHYHIPL,NEDD4L,PIK3R1,NLK,KALRN,TTBK1,FAM171A2,PPP3R1,NUAK1,SYNGR1,PGBD5,FLRT2,TSPAN7,TSPAN5,RIMKLA,ATP6V0A1,ABCA2,CADM3,PTPRN2,PRRT2,MAGEE1,CADM1,IQSEC2,CADM2,PLK2,PDE2A,ST8SIA3,MYO5A,MICAL2,HSPA12A,DCLK1,SNAP91,MLLT11,PKIA,CALM3,SERPINI1,CALM1,CDK14,ARF3,GABRB3,NRP1,GABRB2,CSRNP3,TMEM151B,KCNC1,GDI1,DIRAS1,DIRAS2,AATK,SERP2,JPH4,TRIM9,JPH3,SLC22A17,TRIM2,ENC1,NCS1,IDS,DLGAP1,KIF1B,KIF1A,PSD,PRMT8,SYP,SYN3,SYN1,DUSP6,PGM2L1,MLF2,CNKSR2,TMEFF1,ARHGEF9,RAP2A,VSNL1,MPPED1,CDC42EP3,PXDN,CHST1,ARHGEF4,MAPRE3,MAPT,PLCB1,SGK1,VAMP2,GAS7,NAPB,CSTB,ATL1,GDPD1,PRICKLE2,ADAM22,SNX32,ADCY1,NAPG,CAMKK1,CAMKK2,TCEAL6,SERTAD4,NFIL3,CAMK2N1,CHN1,SLC17A7,CTNNA2,APBB1,NCDN,DYNC1I1,ARNT2,GABBR2,GABBR1,ATRNL1,GABRA3,SORBS2,PNMA2,NMNAT2,SORBS1,GRIN1,TMEM158,NFIA,APBA1,PKN1,APBA2,CDK5R2,CDK5R1,FHOD3,RAB3C,RAB3A,CLSTN2,CLSTN3,CTNND2,CLSTN1,ARHGDIG,CDH8,SLC8A1,SLC8A2,RPH3A,RIMS1,ATCAY,CDH2,KIF5C,KIF5A,NRCAM,STK32C,SH3GL2,PPFIA3,PPFIA2,RGS7,NSF,CHRNB2,MAP2K4,LMO4,IGFBP3,TPM1,TMOD2,APLP1,LMTK3,ADAM11,TBR1,ATP1B1,RUNDC3A,SRCIN1,TMEM130,ADAM19,CLIP3,OLFM1,PREPL,SCN8A,EEF1A2,SCG5,SCG3,GRIA2,RTN3,BRSK1,NDRG4,BRSK2,BHLHB9,RTN1,PFKFB3,ARHGEF25,NTM,HPCA,TMEM59L,ITPR1,CACNA1A,CABP1,NDRG2,CPLX2,CPLX1,FBXO41,RAP1GAP,PDZD4,ARHGAP21,KIF3A,FUT9,CASKIN1,PLXNA2,ATP6V1H,PLXNA1,CAMTA1,KIF3C,LRRC4C,RAB6B,LONRF2,LRRC4B,PRNP,SYT3,SYT1,ANKRD24,SLC4A10,CRIM1,SYT7,GNAO1,DLG2,SYNJ1,CDK5,HOOK2,NBEA,DLG4,HOOK1,GNB1,AAK1,CNTN1,PI4KA,MAP3K10,BCL2L2,SNAP25,RNF11,DOCK3,THRA,CELF4,ELAVL4,CHD5,NRGN,DUSP12,GRM5,MCF2L,LRRTM2,GDAP1L1,PSD3,NPTN,PMEPA1,WDR7,ERC2,SULT4A1,YWHAG,GALNT9,YWHAH,SVOP,PDE4D,RNF208,NAV2,SYNGR3,SEPT5,DNM1,SEPT3,ARL4C,DNM3,GAP43,VCAN,PTP4A3,NRG3,DDAH1,NAV3,DNAJC6,SNPH,LANCL2,DCX,CDH13,NAT8L,INA,CAMK1G,CAMK2B,CLEC2L,CXXC1,ATP1A3,NRXN2,FAM169A,JAKMIP1,NCALD,CACNG7,GNG3,ABLIM1,FAM168A,SV2A,SLITRK1,MGAT5B,REPS2,SLITRK5,SPOCK1,FYN,FSD1,SNCB,ATP9A,OPCML,SNCA,JAZF1,BEND6,LINGO1,NTRK2,SLC12A5,SGTB,PCDH9,NEGR1,PCDH7,NTRK3,PCDH8,B3GAT1,NAP1L2,CCK,ATP2B2,FBXL16,GDAP1,NAP1L5,NELL2,MAPK10,FAM155A,KLF6,NFASC,GLRB,PPP2R2C,SYT11,PPP2R2B,FAM131B,R3HDM1,METAP2"
+"gene_set_query"	"242"	"TSHZ1"	"312.3"	"ARCHS4 Coexpression,58;Enrichr Queries,499;GTEx Coexpression,380"	"STMN3,BACH2,GLS,SCAMP5,ALCAM,MPRIP,ZMIZ1,DPYSL2,ZMIZ2,AKT3,ANKFY1,DIP2C,PRKACA,DDX17,MEF2C,RBFOX2,UNC13A,RBFOX3,CACNA2D1,CD3EAP,SOX12,NISCH,EML5,WDR82,DDIT4,TYRO3,PRR12,SF1,CTBP1,AGAP1,MRPL11,GJC1,ABR,PPP3R1,PPP4C,FLRT2,PRDX1,PIP5K1C,ST3GAL1,PRRT1,ABCA2,JUN,CREBBP,CADM3,PRRT2,NDFIP1,CADM4,CADM1,ST13,PLK2,NR2F1,IRF2BP2,L1CAM,PBX1,PRRC2B,POU6F1,MEX3A,EIF6,FXYD6,DCHS1,ITPA,EZH1,GSTM5,PHF2,PIGU,BTG1,MECP2,PCMTD2,JPH4,TRIM8,SMPD1,SPIN1,TIMP2,RRP12,GPRASP1,JARID2,CIC,GPRASP2,CEP68,APC2,LYPLA2,ASH1L,DUSP8,DYNLL2,DUSP6,PSMA5,NCOR2,BACE1,PSMA6,ZEB2,PSMA3,PSMA4,PSMA2,CDC42EP3,PXDN,PAFAH1B1,GAS7,CDC123,NFIX,FGD1,PSMA7,LMAN2,PSMB1,SPOP,ZSWIM6,MEF2D,RUNX1T1,KIDINS220,DAB2IP,NMNAT2,SNCAIP,GATAD2B,SKI,NFIA,NFIB,TAOK2,PKN1,CLSTN2,CLSTN3,CLSTN1,ATN1,APEH,SLC8A2,SALL2,CDH2,STK16,FBRSL1,TLE4,RALGAPA1,F2R,ILF2,FOXP1,CLIP3,ARMCX4,TOM1L2,ACAP3,CLIP2,ARMCX1,CACNB3,MADD,SMS,SNRPG,AAGAB,TOX,SNRPC,FKBP5,SNRPB,BRSK1,BRSK2,RAB5B,ZC4H2,ITPR1,PHB,PHF21A,SOCS2,PITRM1,BTBD2,PLXNA2,RAB6B,MPDU1,WDTC1,LRRC4B,ATP8B2,TNK2,CORO2B,ZZEF1,BCL9,LRCH2,NBEA,NSG2,RNF181,CPE,CNIH2,NOP10,BCL2L2,MAP3K12,MDM1,CELF2,CELF3,PTPN23,SGCE,DUSP12,PMEPA1,ERC1,EVI5L,TNPO2,EMX1,DST,ATRX,PTBP2,ARL4C,PTP4A3,SNPH,CTDSP2,DNAJC5,AHDC1,NLGN2,LRP1,LENG8,MLLT1,LRP3,MLLT3,MLLT6,SLC25A27,DNAJB2,ATP9A,SLC35A2,PCDH7,RPRD2,CDC42BPB,CDC42BPA,ENOX1,NELL2,KLF6,NFASC,PDCD4,INSM1,EIF4A2,APP,CCNI,SLC35B1,ZMYND8,DIXDC1,HERC2,SNRPD1,BSN,SOX4,ARL10,SRRM2,EPHA4,SMARCC2,ATP6V1G2,ZFP2,ARRDC3,ANK3,VWA5B2,ANK1,MAPK8IP3,MAPK8IP1,HECA,KCTD12,SIK2,TRIB2,TSHZ3,STXBP1,MYCBP2,PIK3R2,CD99L2,PIK3R1,NUAK1,TSPAN5,TNRC18,HIVEP2,RAB11FIP3,RALGDS,BBS1,PTPRN2,BCL11B,MAGEE1,BCL11A,IQSEC1,MICAL3,SMARCA2,PAICS,SNAP91,GADD45G,WNK1,ID2,CALM3,ITM2C,PCSK2,TOP2B,NRP1,GDI1,CITED2,DIRAS1,PTPRN,SIPA1L2,PTMS,ROBO1,ZCCHC14,AKAP12,AKAP11,ENC1,IDS,KIF1A,GIT1,PSENEN,CCT2,ZER1,TSC22D1,MINK1,ZDHHC17,MTSS1,SREBF2,MLF2,RHOB,RNF144A,MN1,ARHGEF9,PACS2,WAC,MAPRE3,MAPT,SGK1,PNCK,SATB1,ICA1L,PRICKLE2,PCNP,FAM172A,NFIL3,CAMK2N1,TCEAL1,MGAT3,APBB1,ARNT2,NPM1,GABBR1,PPP1CA,VEGFA,SPCS1,SGSM2,MEGF8,MPHOSPH8,APBA2,CDK5R2,TOMM5,CRTC1,IGF1R,EFTUD2,KIF5C,PALM,SBF1,LMO4,APLP1,ATP1B1,MID1,RUNDC3A,KCTD6,TMX4,HNRNPUL2,SCG3,GNAZ,BHLHB9,ARHGEF25,PSMD13,CACNA1A,DTX3,SEZ6L2,NDRG1,CACNA1H,DPP3,EFNB2,ARHGAP21,PCSK1N,CAMTA2,KIF3C,BPTF,RAP1GAP2,PRNP,CBX6,UBE2I,AUTS2,PTCH1,CRIM1,KLHL23,KLHL24,SYT7,GNAO1,EFNA2,HOOK2,HOOK1,DLG4,JMY,GNB1,CNTN1,GNAS,PI4KA,TCF4,GNB5,COPE,NFKBIB,GPSM1,RERE,PCDHGB7,THRA,CNRIP1,PRKCSH,CHD6,CHD3,AFF3,PKD1,PPP1R9B,ZC3H7B,MAN1A2,MCF2L,PDE4B,ARHGEF11,SUN2,KLF13,PDPK1,H2AFZ,PPP2R5B,UBE2QL1,NAV2,ARID1B,SEPT3,LATS1,VCAN,SETBP1,CDH11,ZMYND11,STOML2,NRXN2,ACVR1B,TOB1,ADD1,FAM168B,DNPEP,FAM168A,GNG5,SV2A,SPOCK2,NCAM1,CHGA,SPEN,TAF10,B3GAT1,ATP2B4,MEIS2,HS3ST1,TEF,FAM131B,SPRY2,VIM,SSBP1,SSBP2,SSBP3,RAN"
+"gene_set_query"	"243"	"MTERF2"	"312.5"	"ARCHS4 Coexpression,237;GTEx Coexpression,388"	"CHIC2,SCOC,EIF4A3,ZDHHC5,DCAF8,PPP2R2A,THUMPD1,GBA2,PNN,CAPNS1,TRIM28,AKT2,ZMIZ2,LUC7L,AKT1,CCNL2,ATXN7L3,TMEM8B,CHGB,DDX17,SMARCC2,RBFOX2,WSB1,TSPYL1,ACTN1,ZFP2,CIRBP,MOGS,ACTN4,PPA2,WDR82,PFN1,PRR12,OBSL1,RPL28,SF1,PFN2,BEX4,ANAPC13,BEX2,BEX1,FLII,DCUN1D4,RNPC3,MTMR7,APH1A,PDCD10,VTI1A,SYMPK,TSPAN3,PATZ1,ARGLU1,ZSCAN18,VASP,BBS1,WDR59,ZRANB2,PMM1,INTS1,CADM1,TMEM50B,RCC2,MICAL3,PBX2,UPF3A,PRRC2A,MLLT11,EHD1,HNRNPL,ECHDC2,FXYD6,CALR,PAM,CALM2,ARF3,PCSK2,OGFR,PHF2,DAZAP1,PIGP,PRPF19,EPM2AIP1,ACTR1B,SDF4,SH3BGRL3,CIC,RAB8A,TMED4,ACAD8,PARP6,UPF1,MRPS25,MINK1,PRPF40B,SRP9,IMMP1L,KAT2A,RAP2B,INF2,RAPGEF1,ARHGEF2,TKT,GAS8,ERGIC1,ARF6,MAGEH1,GNAI3,DLST,NOL4,CENPB,FAM129B,GNAI2,RXRB,ARVCF,PES1,AP2S1,FLNA,MGAT1,PAK2,YKT6,SRSF11,RIC3,SF3A1,CSNK1A1,MYO9B,UBE2G2,SYNJ2BP,WDR13,SCAF1,GATAD2A,SKI,TMEM59,PRPF39,NFIA,CAPZA1,JKAMP,TTC3,ZYX,NUCB1,HDGF,ESYT2,FAM171B,TRIP12,PKN1,PNPLA6,CCNT2,TUSC3,ATN1,CASC4,UBE2Z,LAMP1,ARHGDIA,CFL1,POGZ,FBRSL1,SBF1,HMGN3,BIVM,TLE2,RPS9,MAP2K2,TPM4,THOC1,TSC2,TSC1,KCTD5,CTDNEP1,ARMCX4,MORF4L1,DMTF1,HNRNPUL1,MORF4L2,RAB35,EHBP1L1,MAPKAPK2,UBE2V2,SCG5,ANKS6,CHMP4B,SCG3,SRSF5,SRSF6,KPNB1,CSNK1G2,LRRC59,SHC2,RAB5C,MAZ,PXN,DTX3,SUPT6H,SBNO2,IRAK1,TMEM128,GRK6,ESD,NACC1,ANKRD10,DMAP1,TBC1D17,ZKSCAN1,BCL9L,KLHDC2,NEK9,TMEM120B,TIA1,GGT7,SMAD4,ACBD4,ARPC4,ARPC5,EEF2,MARCH6,UCKL1,PAN2,SH3BP5L,CNOT7,ARPC2,ARPC3,GNB2,GNB1,TUBGCP5,CPE,PLEKHM2,PLXNB1,LRP10,NOP10,EIF4G1,CREBZF,ZNF512B,RBM25,KDM5C,WDR1,PRKCSH,CBY1,UFSP2,YBX1,PPP1R9A,LMNB2,PPP1R9B,MFSD8,SEC61A2,SGCE,SART1,SEPT9,LASP1,YWHAQ,SNRNP70,ZC3H7B,PPP6R1,GATAD1,PPP6R3,UBTF,WDR6,MAN2C1,RBM6,ACTR3,ACTR2,REXO1,BUD31,AMT,CTPS2,RANGAP1,KLF16,DNM2,QTRT1,TRAF7,EEF1D,DNAJC5,CDH10,LUC7L3,USP40,SEC22B,LUC7L2,B4GALT5,MTPN,WBP1,ANKS3,LENG8,SPG7,STRN4,SLC25A27,CDC42,DCAF15,GANAB,MTA1,FIP1L1,U2AF2,FAM120A,CSK,MTA2,FBRS,SH2B1,TTC14,RBM39,URGCP,NDUFA5,NICN1,FBXL19,DDHD2,CDC42BPB,CDC42BPA,HNRNPAB,TPD52L2,TTC17,MAPK10,NECAP2,NEURL4,CARM1,MGAT4B,RAB18,BAX,VPS45,SSBP2,TNRC6A"
+"gene_set_query"	"244"	"MGA"	"314.0"	"ARCHS4 Coexpression,576;Enrichr Queries,62;GTEx Coexpression,304"	"MDC1,MAPKBP1,TRIO,TRRAP,HNRNPU,EHMT1,SMC6,SMC3,DCAF5,EPRS,CAPNS1,DDX17,WDR74,CD3EAP,DICER1,RC3H2,ZC3H11A,NUP98,SF1,NUP205,BAZ2A,HIF1A,OAZ1,GIGYF2,RNF214,PRDX5,PPP4C,BLOC1S1,ATRIP,SERF2,CREBBP,JUN,SETD1A,PRRC2C,LARP4,PHC3,PRRC2B,PRRC2A,SETX,MLLT10,EIF6,CDK13,AVL9,ATG2B,PHF3,SETD2,SMG1,ARF1,CLTC,TCF20,SMG7,PHF8,NIPBL,MED13,CIC,BRD2,SHPRH,BRD1,TEX10,TCF12,TET2,ASH1L,WDR35,WDR33,NCOR2,ZEB2,NCOR1,MTF2,PXDN,ARF5,SF3B2,SRRT,BCLAF1,SCAF8,NSD1,USP1,AP2S1,RICTOR,BRD8,SF3B1,NKTR,SF3A1,KIDINS220,USP9X,MBD1,YLPM1,KTN1,MKLN1,NFIB,TAOK1,RLIM,ZYX,NUCB1,FRYL,CCNT2,CSE1L,CEP120,LTN1,EDC3,IPO5,EDC4,EIF4ENIF1,SMCHD1,ZFP30,CFL1,SMARCAD1,AP2M1,GTF2I,USP8,USP7,SUPT16H,SLC38A1,RALGAPA1,PRPF4B,THOC2,PIAS2,FOXP1,MSH6,ATXN2L,CTDNEP1,RALGAPB,DMTF1,PHIP,ADNP,SNRNP200,ANAPC1,ANKRD17,RAB5C,TNKS,ANKRD11,ANKRD12,UBR4,GMPS,CORO1B,SBNO1,STK36,TPR,UBR5,SLC38A2,ZKSCAN1,NEK9,OSBPL8,BRPF1,FUS,TRAPPC8,DRAP1,SON,CNOT1,SP3,DMXL2,AAK1,NF1,TPP2,MDM4,EIF4G3,OGT,DIDO1,ZC3H4,COX4I1,CEP164,SYNE2,METTL14,SART3,CAPZB,PSD3,PPP6R3,DGCR8,CEP170,TNPO1,HSP90AA1,PPP1R12A,DST,GPX4,ATRX,VPS13A,ZFP91,EDF1,CTDSP2,POLR1B,BIRC6,TOP1,BDP1,SOS1,NFAT5,ROCK1,ROCK2,WBP2,RAB1B,RNF38,TULP4,LRP6,HECTD1,RBBP4,KRIT1,RBBP6,FYN,UGGT1,ATP9B,EIF4B,SPAG9,RPRD2,DDHD1,CDC42BPA,MTOR,APC,TRIM33,TNRC6A,PANK3,ZMYND8,JMJD1C,CCAR1,GOLGA4,HERC2,TRIM28,HERC1,DHX57,SRRM2,SMARCC1,AQR,SCAF11,ANK3,AKAP9,PFN1,AURKAIP1,MACF1,PAXIP1,DHX9,MYCBP2,PIK3R1,DHX30,LARS,HLTF,TRPM7,XRCC6,INTS1,SETDB1,INTS2,SMARCA5,PUM1,SMARCA2,MED13L,PUM2,CCDC88A,STAG2,WNK1,FUBP1,INTS8,SUGP2,TOP2B,AHCTF1,ZCCHC14,PCM1,XPO1,AKAP11,ZMYM2,ZMYM4,PCF11,GUK1,XPO5,CHMP1A,REV3L,UBXN7,SDF4,KIF1B,RAC1,NCOA2,PBRM1,TMED9,NCOA5,TOPORS,MLF2,SLTM,HNRNPH1,G2E3,FAM193A,ATP6V0C,NAPA,HEATR1,NOL9,CUX1,UBTD2,MAP4K4,RANBP2,SUZ12,DYNC1H1,HUWE1,MYO9A,MIB1,RAB11B,FKBP1A,MPHOSPH9,NEDD4,HNRNPA2B1,TTC3,TRIP12,GRINA,OTUD4,NUP188,KDM1A,ARID4B,UBE3A,IGF1R,KHSRP,KIF5B,EP300,ARID2,PCID2,KDM2A,SHISA5,TSC2,LIG3,TBL1XR1,SPECC1L,MATR3,WDFY3,DDX6,ARHGEF26,TOR1AIP2,PDS5B,PDS5A,PRPF8,ACACA,EP400,ZC3H14,QSER1,BPTF,SMAD2,CBX5,NUP155,CPSF2,NUP153,KLHL24,SUPT5H,ANKHD1,EFNA2,APPBP2,HOOK2,HOOK1,CAPRIN1,GNB2,DNAJC10,STT3B,BRWD1,COPE,RERE,KDM5B,RBM28,RBM25,RBM26,DDX3X,PRKCSH,CHD8,USP34,CHD6,CHD4,CHD2,AFF4,SENP5,SNAPC3,RB1CC1,FLOT1,TBP,ARHGEF12,USP42,ATP6AP1,PDPK1,PDE4D,ARID1A,CKAP5,ARID1B,LATS1,SFPQ,CREB1,LUC7L3,DDX21,TAF1D,RALY,PDLIM7,SPEN,ARFGEF1,ATF7IP,USP24,RBM39,ATP2B1,TTC17,SLC4A7,TAF1"
+"gene_set_query"	"245"	"SIX5"	"314.8"	"ARCHS4 Coexpression,244;ENCODE ChIP-seq,9;Enrichr Queries,749;ReMap ChIP-seq,19;GTEx Coexpression,553"	"NUP107,GMFB,POP7,POP4,TSKU,ALKBH8,ALKBH3,NDST1,CAPNS1,RAVER1,DPYSL2,ALKBH1,AKT1,SAP30BP,FRS2,PRKAB1,LARS2,ZC3H11A,DDIT4,UNC50,JTB,ATF4,TSTA3,EXD2,SHMT2,SAR1B,NPRL2,MEPCE,CIAO1,PRPSAP1,RHOT2,RNF216,RDH11,RDH14,HEXIM1,JUN,PRPF38A,JUP,NR2F1,PBX1,TBL3,LAS1L,FASN,NMT1,LGMN,PRKAG1,OSBPL11,MED15,BBC3,DDA1,MED11,PCMTD1,DUSP1,SPHK2,IFT140,SLC39A13,BAZ1B,MED27,MED29,DUSP6,TOMM40L,MED23,SLC7A5,MED25,MED24,PTRH2,PXDN,SDHAF1,MED20,PTRH1,PAFAH1B3,TRUB1,LIN37,DLST,SNX32,NOC4L,SDAD1,CENPB,MFN1,MFN2,BID,CENPT,MBD3,CRBN,MCRS1,DAB2IP,TARBP2,SKI,NUDT21,SNX19,MYBBP1A,CCDC9,SNX17,SHKBP1,APEX1,TAOK2,PKN1,CIAPIN1,AGRN,YPEL4,YPEL3,TMEM167B,FBXO28,ATN1,PLOD3,FBXO22,FADS2,UROD,MTPAP,MAP3K7,FADS1,PCYT2,FBXW5,DGAT1,FBXW8,FBXW9,CNPY2,POLRMT,FBXW2,LENEP,CDC25B,ATXN2L,ACLY,SRSF2,SRSF4,SRSF5,SLC27A4,ARL8B,FTO,INO80B,SMYD5,FBXO45,LIN7C,EIF1AD,NDOR1,G3BP1,ZKSCAN3,BRIX1,ZKSCAN1,CD276,NEK9,NOP16,FBXO31,UCKL1,DRAP1,SH3BP5L,UQCRQ,ARPC3,ACO2,NIT1,NOP10,ISY1,SNAP25,AP4M1,ZNRD1,ACP2,BCAS2,BOK,UNC45A,EIF5A,ACTR6,DHPS,RABGGTB,ARFGAP1,IMPACT,C1D,ETF1,BCAT2,CANT1,MGRN1,SRF,SRBD1,MLLT1,RCHY1,TSPAN31,U2AF2,TRIM46,FSD1,UBQLN4,GADD45GIP1,NOP56,CIZ1,NOP58,TRIM41,GPKOW,HNRNPAB,NECAP2,EIF3M,CDKN2AIPNL,EIF3L,EIF3G,EIF3E,STUB1,EIF3C,EIF3D,BCAR1,SMARCAL1,ACTB,CDC23,TRIM28,SNRPD2,SNRPD1,CDC26,BSG,CCDC97,EIF2D,EIF2A,ARL10,ATP6V1G1,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,CDC34,SNHG12,CSNK2B,EIF1B,KCTD15,AARS2,DHX8,FBF1,CEND1,PGS1,SEC14L1,FAM192A,DECR2,B4GALNT4,HARS2,SMARCA4,ZBTB6,PTK7,CWF19L1,RANBP10,NDUFAF3,NOL10,CALR,NOL11,DDR1,NRP1,COX7B,MRPS15,CSRNP2,MRPS16,MRPS11,MRPS12,MRPS10,NAT10,NAT14,COX7C,PTMS,THTPA,PCM1,ACTR1A,PPP3CB,MAP1LC3B,NUDCD3,UIMC1,RAC3,SDF4,SDF2,GIT1,COX8A,MRPS28,MRPS26,MRPS27,PCYT1A,MRPS24,MRPS25,MRPS23,CACYBP,SYP,TFB2M,SREBF2,APRT,TOX4,UFC1,ARHGEF1,PTMA,NAPA,DYNC1I2,NAPB,MRPS35,SSNA1,MRPS33,GBA,HSD17B4,COX5A,ORMDL3,VEGFB,PEX14,YIF1B,VEGFA,NUDT9,SEC23IP,ITCH,TTC4,HNRNPA2B1,NDUFAB1,AGGF1,HDGF,PNPLA6,GRINA,SRP19,CRTC2,NARF,SYS1,RPP30,UBE2Z,ACTG1,NARS,EEF1B2,PCID2,FBXW11,TMOD3,SDHD,DHDDS,COX6B1,EEF1A1,ADAM15,EHBP1L1,PLAA,PPIG,TBC1D23,RAF1,PPIB,COX19,TBC1D19,BHLHB9,TSG101,PKDCC,NDUFB10,COX16,HTRA2,PLD3,RAI1,SHARPIN,RNASEH1,IRAK1,TBC1D17,SYT5,UBE2F,SYT3,UBE2H,UBE2I,NUP155,UBE2B,UBE2A,MANBAL,HIGD2A,HOOK2,HOOK1,CCPG1,GNB2,MKRN2,UBA1,AMOTL2,TCF3,FGF11,UBE2M,MXD4,CUEDC2,ADAR,TNFAIP1,USE1,LMNB2,TTC28,TMEM222,LASP1,TMEM223,GET4,TBP,NUP133,DCAKD,CAD,NAV2,SYNGR3,EPN1,EEF1G,SETBP1,ALS2,EEF1D,ATP6V1B2,OTUB1,RRN3,ANKS3,SLC3A2,RNF7,POLD3,CYTH2,GNG3,MTA1,TMEM203,SPOCK2,TDG,MKNK2,BNIP1,PTK2B,DROSHA,TMEM208,FBRS,TIMM8B,TTC14,CDK11B,SMUG1,ERCC1,CARM1,ERCC5,GPD1L,IPO13,IPO11,ARPC5L,WDR83,GPATCH4,PHAX,EPRS,PHB2,GPATCH8,CNST,ZMIZ1,LUC7L,AP1S1,NUP214,DDX18,WDR74,SCRIB,WDR73,GTPBP2,ATG13,GTPBP4,HCFC1,ARMC1,WDR81,DAAM1,ZSCAN21,VPS25,VPS28,LRPAP1,ANAPC16,CTBP2,PRKCZ,ADH5,ANAPC11,NCSTN,WDR70,BLOC1S1,NUP85,BLOC1S2,GAR1,RRS1,VPS11,MCMBP,ST3GAL2,LHPP,BTF3,SNAPIN,DMPK,SETD1A,IRF2BP1,NR1D1,WDR55,EHD1,HNRNPL,MEX3A,ATG2A,HNRNPC,FARSA,ITPA,FARSB,CDKN1C,SETD5,PHF23,GPT,WDR46,WDR43,SMG5,SMG6,UBL5,MTG1,RARS,JARID2,CIC,RRP15,ZIK1,UBL7,TPI1,NUTF2,WDR34,TERF2,COPZ1,WDR33,GNL3,NCOR2,TAF6L,KAT2A,NSA2,KIFC2,MTF2,EXOC4,TKT,EXOC2,CDC123,GRN,NFIX,CLDND1,TIMM9,WDR24,ADCY6,FAM129B,ARFRP1,RPS15A,SLC17A7,CKB,DEDD,PCGF6,WDR18,NR1H2,PCGF2,SYVN1,GATC,ELP3,SYNJ2BP,SCAF1,WDR11,PHF5A,NFIA,NFIB,NUCB1,PLP2,FAM49B,ANKRD13B,CEP120,AUP1,PARK7,RPL10A,IPO4,TM7SF2,EDC4,IPO8,LAMP1,CFL1,SLC39A7,TLE2,MAP2K2,USP5,DYRK1B,VRK3,LEMD2,THOC6,PYGO2,ILF3,RAB34,DMWD,PGP,SNRNP27,AAGAB,SNRPE,STAMBP,FKBP3,SNRPA,BRSK1,FKBP2,RAB5B,RAB5C,FAM114A2,CCDC25,GLT8D1,SLC38A10,UBR2,HSPBP1,DVL1,DVL2,DVL3,PLXNA1,MAP2K5,MAP2K6,EIF2B5,EIF2B4,AKIRIN2,EIF2B3,RAB4B,TMEM132A,COPS3,COPS6,COPS5,SLC7A6OS,LRFN4,COPS2,PDCL,PLXNB2,PLXNB1,CCDC22,CNIH2,RSL24D1,BCL2L2,MAP3K12,DIDO1,MCM7,CCDC47,UFSP2,VPS72,SNRNP70,IDH3B,EIF2B1,TNPO2,CCDC50,TNPO3,ADAMTS7,ADSL,PLEKHG2,RPL13A,EDF1,TSN,DNAJC2,CTDSP2,DNAJC9,CCDC43,CRK,RAB1B,VPS4B,EI24,TULP4,DNAJB2,HAUS8,RAB23,POLR2C,VPS52,POLR2E,POLR2I,POLR2J,POLR2L,PPIL2,SMOX,FBXL19,TPRKB,FBXL16,FBXL12,BCKDK,POLR3C,GLOD4,MFAP3,POLR3D,MFAP2,VPS41,POLR3F,DRG2,CEBPZ,PPIL4,TCERG1,VEZT,VARS,ZMYND8,FCF1,RPS15,TIAL1,PNN,RPS16,RPS19,KAT5,RPL36AL,RPS18,FLAD1,FTH1,MAGOH,LONP1,DAG1,ARFIP2,LONP2,DENR,RPS11,TBC1D10B,SRRM2,COG8,METTL3,COG2,CPT1C,NIF3L1,KARS,ZW10,SUCLG1,ATP6V0D1,OBSL1,RTEL1,DCUN1D5,CSTF3,LIAS,SCFD1,ZNHIT1,PDCD11,PDCD10,ZNHIT3,TNRC18,VASP,ZRANB2,TMEM184B,SETDB1,SLC35E3,RPS26,SMU1,RPS25,RPS27,ADCK1,RPS29,RPS20,RPS21,C2CD2L,RPS24,GFM1,UBXN1,CITED2,GFM2,COIL,CHMP1B,CHMP1A,UBXN4,GABPA,UBXN6,PSD,PSENEN,TOP3B,TMED9,STRADA,PPRC1,ZDHHC16,ITFG2,MLF2,HNRNPH1,NOL7,NOL8,NOL9,RFNG,TYMP,PPP2CA,AMN1,TCEAL1,MTX1,GBF1,SORBS1,KBTBD4,SPCS2,MEGF8,KBTBD7,APBA2,NDUFA13,KDM1A,NDUFA12,SPPL2B,NDUFA10,MRFAP1,CWC25,COL4A3BP,TATDN1,ARHGDIA,HCFC1R1,AZI2,NOSIP,RSBN1,TUFM,PRPF6,HGS,PRPF3,RPS19BP1,NOP2,CLEC16A,PRPF8,EFNB1,EMG1,EFNB3,ZMAT2,CDH24,RPRD1B,KLHDC10,CPSF4,KLHDC3,KLHDC4,PNPT1,CPSF1,CBX3,CPSF2,COQ9,EIF2S2,COQ7,COQ5,EFNA2,CHMP2A,SAE1,MUS81,GPSM1,KDM5C,THRA,CBY1,RBM3,RPS4X,SNAPC3,RBM5,RBM6,KDM6B,H2AFX,PPP2R5B,RPS3A,DNM1,DDAH2,THRAP3,TRAPPC6B,AKT1S1,DNLZ,TERF2IP,PFDN2,HAGH,PFDN4,PFDN5,STOML2,ATF6B,ETFDH,FAM169A,THBS3,TBRG4,NXF1,PPP2R3C,BUB3,QPCTL,CYHR1,PPP2R2C,CAPN10,RPS6KB2,CDK2AP2,RBMX,MDC1,MT-ND4,GHITM,ZFYVE1,LSM10,PSMD8,SCAMP4,PSMD9,RABGEF1,KRTCAP2,PSMD4,PSMD5,PSMD3,SAMD10,HES6,NGDN,DNTTIP2,GAPVD1,SCAMP3,FAM133B,MYL6,PSME3,CLNS1A,UQCRC2,CGGBP1,ABCB6,MRPL16,COPS7B,ABCB8,AGAP3,MRPL12,GABARAP,MRPL11,MRPL20,GRPEL2,VTI1A,HMGXB3,RHBDL1,VTI1B,PRRT1,EDEM3,MCTS1,PRRT2,EDEM2,EXOC6B,MRPL28,ERLIN2,SNF8,MRPL24,MRPL21,MRPL30,UCK1,EIF6,PSMG3,FERMT2,TMEM9B,GPR19,LRSAM1,PIGU,PIGT,PIGO,PIGQ,RPLP0,LRRC4,MRPL34,TRIOBP,MRPL42,TRMT112,MRPL40,FASTK,RPLP2,LRRC47,UPF2,LYPLA2,UPF1,DFFA,LRRC45,LRRC49,SIRT4,MRPL49,LRRC40,SIRT6,MRPL47,SIRT7,MRPL48,MRPL46,SIRT2,LRRC41,MRPL43,SRP9,MRPL44,MRPL52,MRPL53,PSMA6,MRPL50,PSMA2,TMEM33,PELI1,TUT1,PICK1,SLC29A1,VAMP2,SLC29A2,LRRC14,RNASEK,MRPL54,MRPL55,PSMB6,GGA1,PSMB7,RECQL5,UNK,AP2S1,LEO1,FLNA,HARS,YKT6,SRSF11,UTP6,LRRC24,MDH2,UTP3,LETM1,TMEM59,PSMC5,PSMC3,PSMC1,SERBP1,PSMC2,RPL22L1,UBE2D2,UBE2D1,ZBTB22,TSEN2,STK11,RUVBL2,SCMH1,STK16,FBRSL1,KPNA3,SLC25A44,AP2M1,KPNA1,SH3GLB2,IK,VPS33A,PPP1R16A,PRPF4B,FOXP4,FOXP1,FTSJ3,MRTO4,FSCN1,SNRNP200,ANAPC1,ANAPC2,LRRC59,RNASEH2A,MAZ,ISG20L2,GLIS2,SBNO2,STK36,PMVK,SLC38A7,SLC38A6,E4F1,ZBTB17,GOT1,ZBTB11,EEF2,ZC3HC1,TMEM11,MDM2,TUBGCP5,MDM4,PIN4,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,CELF1,COX4I1,MRPL3,NGRN,MRPL2,MDK,MRPL9,MDP1,DNM1L,CTNNBL1,DIS3L2,PELP1,PPP1R12A,VEZF1,RAD23A,VPS37B,DDOST,QTRT1,NSMCE4A,HAX1,SLC25A19,BIRC6,PPP1R12B,BDP1,SEC22B,PPP1R12C,SLC25A11,RNFT2,PPP1R15A,GTF3C1,GTF3C2,NDUFB9,GTF3C3,NDUFB7,GTF3C5,PRCC,MAK16,NDUFB3,KATNB1,ZBTB45,PPM1G,GANAB,NCLN,FCHO1,CDC37L1,LRRC8A,SLC25A22,AAMP,SH2B1,PTPN1,PPP1R14B,NDUFA4,MBOAT7,NDUFA3,NICN1,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,TPD52L2,SLC25A38,SLC25A39,P4HB,EIF4A1,CCNK,AHCYL1,TMEM41A,PLEKHB2,KDELR1,EIF4A3,ZDHHC5,THUMPD3,THUMPD1,ZDHHC8,CYB5D1,TXNDC17,RASSF1,DHX57,KIF21B,CCNL2,SLC12A6,SEC63,ZFP1,IMP3,NSMCE2,THAP4,CD2BP2,ULK1,PREB,CTXN1,STX1A,L3MBTL2,SUPT4H1,PIK3R2,UBE2J2,SNX3,SNX1,COMMD9,DHX33,LARS,DHX35,ERI3,SYMPK,DHX38,DYM,SURF6,RAB11FIP3,RAB11FIP4,SNX5,SEC31A,INTS1,XRCC1,SNW1,ID2,INTS5,PAF1,RGL2,RCOR2,CALM2,PTPRS,GPAA1,AP2A1,PCSK7,WASL,AATF,PTPRF,ARV1,SPTLC1,RSRC1,HYAL2,MLX,VKORC1,ACAD8,CCT3,CCT2,TMEM150B,SEC13,TMEM150A,WARS,ZFR,ANO8,MRPS2,ANO6,COMMD1,COMMD6,COMMD4,CSDE1,STK40,DBN1,STX16,HEATR1,STX18,CCDC107,NEDD8,CRIP2,CCDC106,MNT,EXOSC4,FAM172A,CAMK2N1,GPC1,HSF1,GPC4,EXOSC2,CCT5,EXOSC1,CCT4,YIPF2,MIB2,TMUB1,RSRC2,UBE2G2,AP2B1,NLE1,FKBP1A,PER1,ESYT2,TARDBP,DPAGT1,MIDN,MPI,BCCIP,PHRF1,SNIP1,BAHCC1,PPFIA3,SH3GL1,ZGPAT,ADPRHL2,DIMT1,ATG9A,LMTK3,SSU72,WBP11,RUNDC3A,ATAD3A,TMX2,HNRNPUL1,FAM173A,HNRNPUL2,GEMIN7,UBE2V1,RTN2,PSMD12,PSMD11,TMED10,RBM8A,PSMD13,TOR1AIP2,KLHL12,NDRG1,CAMTA2,H1FX,CYC1,KIF3C,NDUFV1,BCL9L,OST4,PRNP,ZFHX2,ECD,HMGA1,SUPT5H,SSH3,CLK2,KLHL20,PAN2,BMP1,CYCS,TAB3,PHF13,LSM14B,YWHAE,GSK3B,RBM28,GSK3A,RBM25,DDX46,PRKCSH,DDX47,MAST2,CHD6,ILK,PSIP1,CHD3,DDX41,TRIAP1,SEC61A2,BCL7C,GATAD1,BCL7B,MLST8,TIMM17A,RBM14,NCBP1,EED,NCBP2,DDX54,DDX50,VCAN,NDUFS8,IRF3,PEX3,PPDPF,NDUFS4,NDUFS3,ATG4B,NDUFS2,NAA38,NDUFS1,NUP54,DCTN5,PARG,DCTN2,NAA20,DCTN1,GOSR2,GOSR1,DDX21,PARL,DNPEP,MAT2A,TAF1C,PDLIM7,RBM39,CHURC1,GALNT2,LRWD1,GOLPH3,ASB6,RBM42,TAF6,FAM98B,CLUAP1,TAF2,MBTPS2,RPL5,RPL30,RPL3,RPL32,CLPB,STMN3,DCAF8,THYN1,RPL8,RPL9,RPL6,MYC,STMN1,RPL36,RPL35,DIP2B,RPL37,MPV17,IER2,PIH1D1,RPL23,DAPK3,CD3EAP,SOX12,RPL24,YME1L1,RPL27,RPL26,PRR12,RPL29,RPL28,ALG10B,UBA52,PRR14,MAPKAP1,ATXN7L3B,GLG1,FAM160B2,PRDX2,PPP4C,PRDX1,BRAP,RPL41,JUND,H3F3B,MAD2L1BP,PRRC2C,PA2G4,THAP11,PRRC2A,TMEM199,FIBP,PPP5C,NPLOC4,GIPC1,CDK10,DUS1L,CDK16,SPEF1,PFAS,CLINT1,TMEM186,TRIM8,ING4,GPR137,ZC3H10,HSBP1,SSR2,TCF12,BACE1,RNF167,INF2,RNF166,SF3B5,SF3B2,SF3B3,RPL12,GPS1,RPL11,TIMM13,GPS2,ASNA1,LMAN2,RPS3,RPL13,RPS2,ANKRD52,RPL18,SF3B1,SF3A3,SF3A1,BRF2,SF3A2,AGK,TRMT1,GTF2H1,TTC9C,GTF2H2,BLCAP,FIG4,TM9SF1,ABI1,TRMT6,TOR2A,CHPF,TUSC2,TUBB3,LZTS2,MAF1,MEN1,BIVM,RPS9,RPS7,RPS8,RPS5,IGFBP3,RPS6,AIP,RPSA,BSCL2,CTDNEP1,NCL,MADD,PHPT1,DNMT1,CUL7,CD151,GLO1,CUL2,ABHD8,KLC2,BAG5,ESD,NACC1,BTBD2,ABL1,MPDU1,ESRRA,TOR1A,MARCH8,TOR1B,MARCH5,LSM3,CHERP,CDK9,LSM7,CDK5,CDK4,MAFG,RNF181,GPR107,IARS,RNF185,EIF4G1,RNF10,CALCOCO1,RNPEPL1,PTPN23,PTBP1,DUSP12,PPP6C,RPL7A,SART1,SART3,OPA1,HIF1AN,SLC37A3,PDCD6IP,GPX4,CHUK,ELAC2,AMT,REXO2,BET1L,COASY,REXO4,TRAF7,PTP4A3,DALRD3,TRAF4,RPL37A,EIF4E2,TRABD,SMARCD2,NLGN2,WBP1,WBP2,SEMA3F,CACNG7,CACNG8,SNRPB2,WASF1,UGGT1,SMARCE1,SPAG7,RNF25,PTPN11,CDC42BPB,CUL4A,RAD52,IMPDH2,MGAT4B,RHEBL1,METAP2,CMAS,GOLGA4,DPF1,GOLGA1,ZFPL1,SOX4,AQR,ACSL6,BOLA1,PTOV1,JMJD8,JMJD6,MRPS18C,COX7A2L,RRAGA,GRWD1,CRYZL1,PFN1,AURKAIP1,LLGL1,TELO2,TMEM161A,TSHZ3,MGST3,TRMT2A,INPP5B,DGUOK,PTDSS2,NUAK1,INPP5K,FIS1,SNHG1,STK11IP,GADD45G,CC2D1A,ITM2C,DAZAP1,FAF1,FAF2,MYL6B,PRPF19,UCHL1,MAP4K2,ATP6V0B,PRMT7,TSC22D1,PRMT1,TSC22D3,RHOF,TUBG2,RHOA,RHOB,PRPF18,NME7,FRG1,ALDOA,SGK1,ATP6V0C,PRIM1,AKAP8,TRAK2,RANBP2,RYK,AP3D1,MARS,TOMM7,PRPF31,FAU,CDK5R1,HDLBP,ARHGAP39,TOMM20,TOMM22,TMEM145,TMEM147,CHCHD1,APLP1,TSC2,TSC1,WRNIP1,KCTD5,DPM2,DPM3,DNAJC30,TIPRL,SPNS1,FIZ1,RELL2,ISCU,ATP6V1A,LTBP4,COX7A2,DPP3,DPP8,DPP9,CASKIN1,ATP6V1H,DMAP1,MARK4,ATP6V1D,ANKZF1,ZC3H15,ATP6V1F,HSPA9,ACBD6,SMAD4,ACBD5,ACBD4,TBCD,TBCB,BFAR,DNAJC14,DNAJC17,DNAJC18,ARHGAP33,TMEM115,DLG4,ATG16L1,CLASRP,B4GALT2,B4GALT3,USP36,ACADVL,USP39,PKD1,TMEM101,ZC3H7B,GMPPA,FLOT1,SPEG,TMEM109,MAN2C1,USP30,SCYL1,TSFM,ABCC5,CTPS2,RNF208,TRNAU1AP,SENP3,KLF16,FAM189B,DDX19A,LUC7L3,ITGB1BP1,B4GALT7,LUC7L2,TSEN34,HCN3,USP15,POLDIP2,GMPR2,WIZ,MTIF2,STRN4,U2AF1L4,TFPT,NT5DC2,PDE6D,ABCF2,PTCD3,PTCD1,USP20,B3GAT3,BAD,USP21,PRAF2,HAGHL,ZFC3H1,HSPE1,GDAP1,NEURL4,BAX,SSBP1"
+"gene_set_query"	"246"	"ZNF148"	"316.7"	"ARCHS4 Coexpression,209;Enrichr Queries,49;GTEx Coexpression,692"	"RB1,NCKAP1,TRIO,TFRC,HNRNPU,SMC3,RBPJ,EPRS,RPL8,ALKBH8,ZMIZ1,DPYSL2,MYC,AKT3,PRKACB,RNF111,DDX17,MEF2A,MEF2C,WSB1,CD3EAP,DICER1,SCAMP1,RC3H2,ATG12,ZC3H11A,RUFY3,RPL29,ALG10B,CGGBP1,MRPL12,HIF1A,MTDH,FAM160B1,PPP4C,SSR1,EDEM3,CREBBP,JUN,PRELID1,PRRC2C,IRF2BP2,PHC3,SETX,FAT4,CPEB4,ATG2B,PHF3,SETD2,SMG1,CLTC,MRPL37,HSPB11,NIPBL,MED13,JAK2,EMD,PCMTD1,APPL1,UPF2,SHPRH,NUDC,ACTL6B,TCF12,ASH1L,PHF20L1,ZEB2,AFTPH,NCOR1,PXDN,PAFAH1B1,SCAF8,BCLAF1,AP2S1,RICTOR,RPL18,SRSF10,SF3B1,SRSF11,NKTR,SF3A2,YTHDF3,USP9X,KIDINS220,MDH2,CSNK1A1,MBD1,MKLN1,RYBP,NFIA,NFIB,ETNK1,TAOK1,SERBP1,RLIM,NUCB1,PKN1,FRYL,FAM13B,CEP120,YY1,PPP1CB,IPO8,SMCHD1,SLK,PAPOLG,RUVBL2,CFL1,PAPOLA,USP8,BNIP3L,SLC38A1,RPS9,MAP2K2,FBXW7,RALGAPA1,DYRK1A,ATP11B,THOC2,FBXO11,FOXP1,ACAP2,PHIP,SNRPA,SNRPB,ANKRD17,CBFB,CUL5,ANKRD11,CUL3,ANKRD12,UBR3,UBR2,HSPBP1,CORO1B,SBNO1,ATXN2,ESD,TPR,UBR5,BTBD2,NACC1,SLC38A2,SKIL,ZKSCAN1,OSBPL8,FUS,HPS3,MARCH7,LSM4,SLC7A6OS,NBEA,SP3,NF1,SLC25A1,CELF2,COX4I1,PTEN,SYNE2,MRPL4,PTBP1,METTL14,SNRNP70,PSD3,TLK1,PMEPA1,CEP170,TNPO1,EIF5A,ACTR2,PPP1R12A,DST,GPX4,SECISBP2L,ATRX,EDF1,ARFGAP1,PTBP2,PPM1A,TRAF7,PIK3CA,CTDSP2,BIRC6,PIK3C3,TOP1,BDP1,SOS1,GTF2A1,NFAT5,ROCK1,ROCK2,RAB1B,TULP4,SRM,HECTD1,NCLN,U2AF2,FCHO2,POLR2E,SPAG9,ADRM1,CDC5L,CDC42BPA,OXR1,KLF6,NIN,APC,EIF3G,PPIL4,TRIM33,TNRC6A,VEZT,APP,LPGAT1,SMARCB1,PANK3,VARS,ZMYND8,FCF1,JMJD1C,ZDHHC8,RCBTB2,RPS15,EFR3A,GOLGA4,TRIM28,HERC1,CDC27,BSG,ARL6IP4,EPC2,SEC62,ACVR1,SRRM2,SCAF11,RECQL,AP1B1,CSNK1D,ANK2,TWSG1,KATNAL1,AKAP9,PFN1,AURKAIP1,KCTD18,MACF1,MYCBP2,DCUN1D1,PIK3R1,SNX2,MIER1,HLTF,VPS8,SYMPK,STXBP5,HIVEP2,SCN3A,TMEM184C,SMARCA5,PUM1,SMARCA2,MED13L,PUM2,PARP11,CCDC88A,STAG1,ZBTB6,ZZZ3,STAG2,WNK1,GOLGB1,FBXL3,ITM2C,TOP2B,DAZAP1,CCDC124,SYNCRIP,PCM1,AKAP11,XPO1,ZMYM2,RSRC1,ZMYM5,DHX15,REV3L,SDF4,GABPA,NCOA1,COX8A,NCOA2,ZYG11B,PBRM1,TMED9,PRMT1,ZFR,TOPORS,MLF2,KIN,CSDE1,CANX,WAC,ATP6V0C,AHCY,CUX1,HSF1,SHOC2,PAK2,EPS15,RANBP2,SUZ12,MTX3,RANBP9,MYO9A,MIB1,YIF1B,MAD2L2,TTC3,TCEA1,RAB3GAP2,CTNNB1,TRIP12,FAU,NDUFA11,ARID4B,NUCKS1,UBE3A,IGF1R,CAPN7,KIF5B,ARHGDIA,CWC22,EP300,BANF1,ARID2,SH3GL1,MMGT1,ADAM10,ATAD3A,TUFM,TBL1XR1,SCN8A,WDFY1,MATR3,WDFY3,PPIG,STAM2,DDX6,PDS5B,PDS5A,RTN4,CYC1,QSER1,BPTF,SMAD2,PRNP,SMAD4,CBX5,CPSF1,CRIM1,HMGA1,DNAJC13,NUP153,KLHL24,SMAD5,KLHL20,EFNA2,HOOK1,CAPRIN1,GNB2,RFXAP,BRWD1,LSM14A,COPE,PICALM,UBE2M,RERE,GSK3B,DDX3X,PRKCSH,USP34,CHD6,ATP2A2,CHD2,AFF4,SENP6,ZC3H7A,PPP2R5E,MAN1A2,RB1CC1,RBM7,USP47,ARHGEF12,TTC33,PDPK1,ARID1A,DDX50,YWHAZ,ARID1B,PJA2,EPN1,LATS1,CREB1,RASA1,AKT1S1,ZMYND11,ASAP1,MAT2B,CLCN3,STRN3,MTA1,TAF1A,BNIP2,MAPK1,RALY,SMNDC1,ATF7IP,ARFGEF1,RBM39,NAP1L1,DEK,ATP2B1,SLC4A7,ERCC8,RBM42,BAX,TAF2"
+"gene_set_query"	"247"	"ZHX1"	"319.5"	"ARCHS4 Coexpression,548;Enrichr Queries,163;ReMap ChIP-seq,99;GTEx Coexpression,468"	"MDC1,MT-ND4,GMFB,ARAF,SCAMP4,KRTCAP2,DPYSL2,AKT3,PRKACA,SAMD10,MEF2C,DNTTIP1,FRS2,SCAMP1,EML2,SCAMP3,DDIT4,UQCRC1,JTB,SET,MEPCE,AAAS,MRPL12,OAZ1,GABARAP,RHOT2,HSPH1,PIP5K1C,PUSL1,RHBDL1,HEXIM1,PRRT1,EDEM3,ABCA2,JUN,PRRT2,PBX2,MRPL24,SNUPN,PBX1,ABTB1,TBL3,FAM135A,EIF6,FASN,SFXN3,PSMG3,PIGU,MTMR14,MED16,MRPL34,MED15,BBC3,DDA1,TRMT112,TUBA1B,NIPBL,TUBA1A,MED13,JAK2,ENOPH1,PCMTD1,APC2,LYPLA2,LRRC45,DUSP1,SPHK2,MRPL49,SLC39A10,SLC39A13,DYNLL1,GMIP,SRP9,MED29,DDB2,PHF20L1,MRPL53,MED25,PXDN,CDC42EP2,PTRH1,TUT1,TMEM106B,VAMP2,SLC29A2,LRRC14,GSTP1,SRRT,TMEM65,FLNA,SAMD1,CENPT,LRRC24,MBD1,SNX16,FABP5,PSMC3,CCDC9,ETNK1,TAOK1,SHKBP1,SERBP1,PKN1,AGRN,CRAT,YPEL3,ATN1,MPV17L2,HDDC3,FADS3,STK11,SLK,RUVBL2,PMPCA,FADS1,SLC25A46,BNIP3L,SLC38A1,FBXW5,PCYT2,DGAT1,PPP1R16A,UBE2E1,CNPY3,POLRMT,LENEP,FOXP1,ACAP3,DMTF1,MAPKAPK2,SRSF2,ARL8B,ANAPC2,RNASEH2A,TUBGCP2,MAZ,ISG20L2,ARL2,LIN7C,CORO1A,CORO1B,GLIS2,SBNO2,NDOR1,E4F1,SLC38A2,ZKSCAN1,ZBTB17,EEF2,UCKL1,DRAP1,IBTK,SH3BP5L,SP3,LRCH4,NIT1,TMEM19,NOP10,ZNF512B,HSP90AB1,CELF1,PTEN,ARRB2,AP4M1,MRPL4,CAPZB,MDK,ACP2,PGLS,MDP1,CTNNBL1,UNC45A,HSP90AA1,DST,ACTR6,SH2D3C,ATRX,RAD23A,RAD23B,PIK3CA,IMPAD1,TOP1,SLC25A11,ST6GALNAC6,PPP1R15B,ROCK1,PPM1L,ROCK2,PRCC,ZBTB45,MLLT6,GANAB,PTPRZ1,U2AF2,TRIM46,LRRC8A,FEM1C,FYN,E2F4,HNRNPA1,ATP9A,GADD45GIP1,NTRK2,PPP1R14B,CIZ1,TRIM41,MBOAT2,RPL23A,TPD52L2,CABLES2,EIF3G,PDCD4,STUB1,TRIM37,P4HB,EIF4A1,PPAN,JMJD1C,IFI30,ACTB,CYB5D1,RASSF1,EFR3A,OPHN1,TRIM28,BSG,FAM53C,KIF21A,SEC62,PAQR4,IMP3,SCAF11,CIRBP,TALDO1,CSNK1D,MOGS,ANK2,MFSD11,CDC34,CDC37,CSNK2B,FLYWCH1,KCTD12,CTXN1,GIPR,MYCBP2,PIK3R2,PIK3R1,PCBP4,HLTF,HIVEP1,ST8SIA3,SMARCA2,WNK1,ID2,CWF19L1,INTS5,NDUFAF3,PAF1,COL9A3,CALR,RGL2,FBXL6,NRP1,FAM57B,GPAA1,TECR,MRPS12,WASL,NAT14,RAB22A,PPP3CA,PCM1,AKAP11,HYAL2,UIMC1,ENC1,REV3L,DHX16,RAC3,SSSCA1,RAC1,COX8A,NCOA1,NCOA2,PBRM1,GAA,ZFR,ANO8,PRPF40A,SYP,APRT,ENAH,RAP2A,PITPNM1,CSDE1,CANX,UFC1,ARHGEF4,ARHGEF1,PTMA,SSNA1,GBA,DERL1,CRIP2,CCDC106,GNAI1,RELA,GNAI2,MNT,SH3BGRL,CAMK2N2,HSF1,PAK3,EXOSC2,EPS15,NPDC1,MAP3K3,SPRYD3,VEGFB,DOHH,TMUB2,GRIN1,PPP1CA,MAD2L2,TTC9,PER1,HNRNPA2B1,TTC3,TCEA2,SCARB2,CRTC2,MIDN,NARF,UBE3A,CELSR2,CELSR3,ACTG1,IGF1R,FAM174B,KIF5B,CAPN2,BANF1,BAHCC1,SBF2,PPFIA3,ZGPAT,FBXW11,TMOD2,DNAJB12,ADAM10,POU3F2,ADAM15,FAM173A,HNRNPUL2,GPD2,EHBP1L1,NDUFB10,KLHL17,HTRA2,PDS5A,RASGRP2,NDRG1,RTN4,NCKIPSD,SHARPIN,CYC1,TBC1D17,BCL9L,SYT5,IVNS1ABP,FDPS,PRNP,PHF12,HMGA1,CRIM1,KLHL24,SUPT5H,SSH3,CLK3,CLK2,HOOK2,HOOK1,PHF14,CNTN1,PHF13,UBE2K,UBE2M,GSK3B,PHTF2,ZMYND19,PRKCSH,MAST1,CHD6,CHD3,TAZ,CHD2,USE1,AFF4,LMNB2,PPP1R9B,LASP1,TMEM223,MAN1A2,RB1CC1,MLST8,ARHGEF12,PDPK1,DYNLT3,ABHD14B,ABHD14A,SYNGR3,YWHAZ,PJA2,EPN2,EEF1G,VCAN,NDUFS8,CREB1,IRF3,PPDPF,NDUFS3,MAN1B1,ZMYND11,OTUB1,RALA,SLC3A2,ASAP1,CLCN3,AGPAT1,RNF5,CYTH2,GNG3,DNPEP,TMEM203,MKNK2,NAA25,MTA2,FBRS,PDLIM7,MIIP,ERCC1,ASB6,TAF6,VIM,RB1,NCKAP1,ARPC5L,STMN3,HNRNPU,GPATCH4,EPRS,GLS,ALCAM,MYC,RPL35,DIP2C,IER2,VPS18,PIH1D1,RPL23,PRKCE,WDR74,CD3EAP,DYNC1LI2,RNF126,WDR81,DAAM1,RPL28,PRR14,HIF1A,ARPP19,ANAPC11,MTDH,PRDX2,PRDX5,PPP4C,PRDX1,RAD21,S100A10,PHC2,JUND,SNAPIN,NDFIP1,PHC1,PLK2,RDX,NR1D1,PRRC2B,THAP11,EHD1,GLUD1,FIBP,MEX3A,GIPC1,GTF2IRD1,DUS1L,FARSA,PAM,CPEB4,CDKN1C,OGFR,ELL,PHF23,SETD7,CLTC,GPT,KRI1,WDR46,TMEM189,UBL3,TRIM2,ENSA,GPR137,PLEKHN1,EMD,BRD2,TCF12,TET2,NUTF2,COPZ1,RNF167,TAF6L,ZEB2,KIFC2,RNF166,GRAMD1A,RPL10,GPS1,GPS2,WDR24,FAM129B,FGD3,ARFRP1,BCLAF1,ASNA1,LMAN2,SC5D,RPS2,RPL18,DEDD,SF3A2,CSNK1A1,KIDINS220,PCGF2,WDR18,SYVN1,TRMT1,TTC9C,SCAF1,KTN1,NFIA,NFIB,ABI1,ZYX,PLP2,TOR2A,ANKRD13D,TUSC3,TUSC2,AUP1,TM7SF2,CFL1,PAPOLA,MAF1,MEN1,PLEKHJ1,GTF2I,RAB2A,RNF44,TPM4,RALGAPA1,RPS5,IGFBP3,AIP,THOC5,ILF2,THOC6,BSCL2,CTDNEP1,PYGO2,RAB34,MADD,PGP,PHIP,PHPT1,CSNK1G2,SNRPB,FKBP2,CUL5,BRI3,INSIG1,AK1,ANKRD12,ABHD8,ITPR1,UBR3,STIP1,KLC2,PITRM1,BTBD1,BTBD2,NACC1,UBR5,DVL2,SKIL,WDTC1,MCL1,MPDU1,ESRRA,OSBPL8,SEC16A,MARCH9,LSM4,SCRT1,LSM2,CDK9,COPS6,LRFN4,CDK4,NF1,CPE,SPIRE1,SERINC1,CNIH2,RAB5A,BCL2L2,LMBR1L,RNF11,MCM7,ZC3H3,TRADD,CCDC47,SART1,PTBP1,DUSP12,OPA1,PSD3,WDR6,TNPO1,PLEKHG2,REXO1,GPX4,SECISBP2L,RPL13A,ZFP91,EDF1,PLRG1,YDJC,PTP4A1,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,CTDSP2,POLR1B,SSX2IP,ALDH9A1,RNF31,HDAC5,NFAT5,SMARCD2,WBP2,VPS4B,RAB1B,DNAJB1,FZR1,VPS52,POLR2E,POLR2G,CSK,SPAG9,SPAG7,PPIL2,FBXL19,ADRM1,PTPN11,FBXL16,CDC42BPA,OXR1,RAB10,MARCKS,KLF6,RAB14,APC,PSAT1,RAB18,SLC35B2,IFITM2,PANK3,VARS,RPS15,GOLGA2,GOLGA4,RPS16,FRAT2,RPS18,RUSC1,FLAD1,RPS11,ZFPL1,GLUL,ARRDC1,ARRDC3,PTOV1,MTUS1,AP1AR,JMJD8,AKAP9,GUF1,HECA,PFN1,AURKAIP1,MACF1,RTEL1,NECAB3,STXBP1,TWF2,TWF1,TNRC18,STXBP5,RALGDS,VASP,SNHG1,UBAC1,CCDC88A,RPS27,STAG2,CORO7,RPS21,ITM2C,TOP2B,DAZAP1,UBXN1,CITED2,FAF1,VLDLR,LIMD2,PSD,CBR1,ZYG11B,ATP6V0B,PRMT1,NME3,RHOF,MTSS1,MLF2,FAM20B,RHOV,ALDOA,SGK1,CSTB,PTGER1,RFNG,NOL4,TYMP,NT5C,PPP2CB,MTX1,PTGES2,RAB11A,CTNNB1,FAU,POGK,NUCKS1,ARHGDIA,FPGS,HCFC1R1,COTL1,NRCAM,SHISA5,NOSIP,KCTD2,KCTD3,DPM2,DPM3,PREPL,PRPF6,TBL1XR1,CMPK1,SCG5,FIZ1,MATR3,SCG3,ISYNA1,CTTNBP2,PXN,LTBP4,EFNA4,SDCBP,ARHGAP21,MAN2A2,CASKIN1,PDZD7,KLHDC10,HSPA8,ACBD4,CBX5,CBX4,CBX2,SMAD5,AZIN1,NFKBIA,ARHGAP32,DLG1,EFNA3,EFNA2,DLG4,CHMP2A,BRWD1,COPE,LRP11,MUS81,GPSM1,B4GALT2,B4GALT3,ACADVL,DBI,SEPT9,SPRED1,SEPT7,SNAPC2,SNAPC4,FLOT1,PDE4A,FLOT2,SCYL1,USP46,KDM6B,USP47,PDE4D,RNF208,DNM1,KLF16,TGFBR1,FAM189B,DDAH2,RASA1,AKT1S1,DNLZ,PFDN2,CHMP5,HCN3,TOB1,THBS3,UGP2,CLASP2,SPEN,B3GAT3,BAD,USP21,HAGHL,CYHR1,PDE4DIP,DEK,MEIS2,SLC4A7,PPP2R2C,RPS6KB2,CDK2AP2,CDK2AP1,BAX,RGS12,SSBP4"
+"gene_set_query"	"248"	"ZNF507"	"320.0"	"ARCHS4 Coexpression,556;Enrichr Queries,145;GTEx Coexpression,259"	"RPL4,MDC1,NCKAP1,TRIO,TRRAP,DCAF8,HNRNPU,SMC3,DCAF5,EPRS,GPATCH8,ALKBH8,CSPP1,MYC,AKT3,DDX17,CXADR,TSTD2,CD3EAP,FRS2,DICER1,HCFC2,HCFC1,RFX7,ZC3H11A,ZSCAN21,PSME4,NUP205,SEH1L,NEDD4L,GIGYF2,GABARAP,FAM160B1,RNF214,LARP1,PRKAR2A,RAD21,NUP88,SERF2,CREBBP,SETD1A,LARP4,PHC3,PRRC2B,SETX,HNRNPL,FAM135A,VANGL2,CDK13,CPEB4,PHF3,SETD5,SETD2,SMG1,PIGU,PHF20,CLTC,TCF20,NIPBL,MED13,RRP15,UPF2,BRD2,SHPRH,TEX10,TCF12,TET2,SLC39A10,ASH1L,BAZ1B,WDR35,MTF2,PXDN,RAPGEF2,RNASEK,SF3B3,USO1,SDAD1,HSPA14,SCAF8,BCLAF1,NSD1,USP1,RICTOR,ANKRD50,PCGF6,USP9X,KIDINS220,MBD1,YLPM1,SYNJ2BP,LRPPRC,KTN1,MKLN1,NFIA,NFIB,ETNK1,TAOK1,SERBP1,RLIM,TSR1,PKN1,ANKRD13D,CCNT2,LTN1,IPO7,IPO5,SMCHD1,SLK,PAPOLA,SMARCAD1,MTPAP,KPNA3,SLC25A46,GTF2I,SLC38A1,USP7,DYRK1A,ATP11B,PRPF4B,FOXP1,MSH6,ACAP2,ILF3,PHIP,ADNP,SNRNP200,KPNB1,ANAPC1,ANKRD17,CUL5,TNKS,BRI3,CUL2,IREB2,ANKRD12,CUL1,UBR4,UBR3,UBFD1,UBR1,TPR,UBR5,G3BP1,ZKSCAN2,NAE1,SLC38A2,ANKRD28,NEK9,OSBPL8,BOD1,GFPT1,CHERP,CNOT4,CNOT1,COPS2,SP3,MDM2,NF1,TPP2,DIDO1,SYNE2,METTL14,PPP6R3,PSD3,TLK2,TLK1,TNPO1,PPP1R12A,GPX1,DST,DIS3,ATRX,VPS13A,ZFP91,SMC1A,PTBP2,DNAJC2,PTP4A3,POLR1B,CTDSP2,BIRC6,BDP1,SOS1,GTF3C1,NFAT5,PPP1R15B,GTF3C3,GTF3C4,ROCK1,ROCK2,RNF38,SRSF1,LRP6,ABLIM1,HECTD1,POLR2B,KATNA1,POLR2D,KRIT1,RBBP6,FEM1C,UGGT1,EIF4B,SPAG9,HNRNPA3,TXNRD3,AMFR,FOXJ3,PTPN11,RPRD2,CDC42BPA,MTOR,CUL4A,MCM3AP,APC,POLR3E,CEBPZ,EIF3A,TRIM33,TNRC6A,VEZT,PANK3,ZMYND8,THUMPD3,JMJD1C,GOLGA4,HERC2,KIF21A,UBAP2L,TMPO,SRRM2,SMARCC1,SCAF11,AKAP9,MACF1,DHX9,PIK3R1,FXR1,MBTD1,SPAST,DHX36,HLTF,TRPM7,HIVEP2,RBM12,ZBED4,BCL11A,INSR,MED13L,PUM2,ZZZ3,STAG2,WNK1,FUBP1,DHX29,NRP1,AHCTF1,SLC7A11,AKAP12,SYNCRIP,PCM1,AKAP11,XPO1,ZMYM2,ZMYM4,OTUD6B,XPO5,UBXN7,BBS4,GABPA,RALGPS2,NCOA2,PBRM1,PARP1,STRBP,PRPF40B,ENAH,NFX1,CSDE1,WAC,ATP6V0C,FYTTD1,HEATR1,HSF2,MAP4K3,RANBP2,SUZ12,MTX3,HUWE1,MYO9A,MIB1,DPY19L3,NBR1,TRIP12,OTUD4,UBE3C,UBE3A,PRDM2,ARID4B,NUCKS1,IGF1R,CAPN7,KIF5B,EP300,ARID2,WBP11,PUS7,PHOSPHO2,HNRNPUL1,TBL1XR1,PRPF3,WDFY3,PPIG,DDX6,SEL1L,PDS5B,PDS5A,PRPF8,ACACA,DNAJC21,EP400,MYH10,QSER1,BPTF,ATP6V1F,KLHL29,SMAD2,SMAD4,CBX4,NUP155,NUP153,KLHL24,SMAD5,KLHL20,EFNA2,HOOK2,HOOK1,GNB2,CAPRIN1,RFXAP,JMY,UBA2,TAB3,BRWD1,LSM14A,RERE,CREBZF,DDX46,MAST2,CHD8,USP34,CHD6,DDX42,CHD2,AFF4,LMNB1,SENP7,TOPBP1,RBM33,NAA30,TBP,ARHGEF12,ATP6AP1,NUP133,PDPK1,PDE4D,ARID1A,ARID1B,CKAP5,LATS1,SFPQ,THRAP3,NAA35,LUC7L2,KDM3A,RRN3,USP16,KDM3B,DDX21,FAM169A,USP19,CAND1,TRA2B,NAA25,CLASP1,USP24,SPEN,ARFGEF1,SSRP1,SLC4A7,ACIN1,TAF1"
+"gene_set_query"	"249"	"E2F6"	"321.2"	"ARCHS4 Coexpression,398;ENCODE ChIP-seq,45;Enrichr Queries,503;ReMap ChIP-seq,134;GTEx Coexpression,526"	"ATF2,NUP107,POP7,TFRC,TSKU,ALKBH3,FAM110A,TBK1,DPYSL2,GPBP1,AKT1,PRKACB,FNBP1,CACNA2D1,PRKAB1,RC3H2,BCR,DDIT3,ZC3H11A,DDIT4,UNC50,ORAI2,JTB,VOPP1,FAR1,ATF4,TSTA3,SAR1A,SAR1B,SHMT2,CDCA4,NPRL2,MEPCE,NPRL3,RHOT2,HEXIM1,JAG2,JUN,FUCA1,EIF2AK3,TBL3,FASN,SFXN3,SFXN1,PKIG,DZIP3,KCNC3,MTMR14,PRKAG1,OSBPL11,MED16,MED15,BBC3,DDA1,PANX1,PCMTD2,ATIC,APC2,SPHK2,GSTO1,SLC39A11,MED29,DUSP6,DUSP7,SLC7A5,TMEFF1,SLC7A6,MED25,PTRH2,PXDN,PTRH1,ERGIC3,PAFAH1B3,PAFAH1B2,ECHS1,LIN37,NIP7,ODC1,DLST,NOC4L,SDAD1,CENPB,NRAS,SNX27,MFN2,RICTOR,SAMD1,BID,EGLN1,MBD3,CENPV,CRBN,SKI,NUDT21,SNX19,ABCB10,MYBBP1A,CCDC9,SHKBP1,APEX1,ETNK1,YPEL1,CCDC6,TSR1,PKN1,CIAPIN1,AGRN,YPEL3,MTCH1,MTCH2,RASL11B,TMEM167B,ATN1,CASC4,LTN1,MPV17L2,APEH,POFUT2,MAP3K7,FADS1,FBXW4,PCYT2,DGAT1,FBXW8,EIF1AX,CTNNBIP1,POLRMT,PIAS2,LENEP,CDC25B,FAM118B,MSH6,DMTF1,MSH2,SRSF2,SRSF6,SRSF7,ARL8A,SRSF9,ARL8B,INO80B,TXNDC9,IREB2,FBXO45,CORO1A,FBXO42,CORO1C,NDOR1,MED30,SMYD2,BRIX1,IP6K1,NEK9,TMEM120B,NOP16,FBXO38,HPS1,HPS4,CORO2A,UCKL1,DRAP1,YRDC,SP3,DMXL2,NOP10,ALAS1,ETFB,NENF,AP4M1,ALAD,PPP6R3,ARL5A,UNC45A,EIF5A,ACTR3,RABGGTA,MSL1,ETF1,GAPDH,BCAT2,MGRN1,SRF,SRSF1,SRBD1,LENG8,U2AF1,MLLT6,CDC42,FOXRED2,ZNRF1,SRR,U2AF2,BAHD1,PHKG2,KRIT1,UBQLN1,EIF4H,FEM1C,FYN,E2F4,UBQLN4,GADD45GIP1,NOP56,NOP58,HNRNPA3,TRIM41,FEM1A,CNBP,EXOG,GSTZ1,NECAP2,EIF3M,PINK1,TSPAN14,EIF3I,EIF3J,ST7,OCIAD1,TRIM35,EIF3G,STUB1,TRIM32,EIF3D,TRIM33,UNC79,LDLRAD3,ACTB,CRKL,NUDT4,HERC4,CDC23,TRIM28,CDC26,BSG,CDC27,ATP6V1G1,SMARCC1,ACTN1,ALG5,CIRBP,CSNK1D,MOGS,CDC34,PPA1,CDC37,CSNK2B,TRIM13,FLYWCH1,KCTD12,TRIB2,CCDC82,KCTD18,EIF1B,KCTD15,AARS2,GGNBP2,TBC1D9B,FBF1,CEND1,SEC14L1,HLTF,DECR2,B4GALNT4,XBP1,SMARCA4,AIMP2,CALU,NOL10,NOL11,FBXL6,MRPS17,HERPUD2,MRPS16,MRPS11,MRPS12,NAT14,HERPUD1,SYNCRIP,RAC3,SDF2,GIT1,COX8A,PCYT1A,MRPS25,PABPC4,MRPS21,TFB2M,SREBF2,APRT,GAK,SLTM,FAM193B,ARHGEF1,PTMA,NAPA,PCNA,AHCY,MRPS35,SSNA1,GBA,GNAI3,PRICKLE1,GNAI2,PCNP,NFIL3,RAE1,MON2,VEGFB,KLHL2,GRIN1,VEGFA,SGSM1,NUDT9,BOP1,SEC23IP,NUDT8,SGSM3,TTC4,KLHL8,NDUFAB1,TTC3,TCEA2,GRINA,OTUD4,SRP19,CRTC2,CRTC1,ZFAND5,UBE3A,COX6A1,ACTG1,TXN2,TBC1D30,SDHC,POU3F1,EEF1A1,ADAM15,TBC1D20,EHBP1L1,TBC1D24,PPIF,PLAA,ANKS6,PPIE,TBC1D25,BHLHB9,NDUFB10,COX16,COX17,HTRA2,RAI1,SHARPIN,GRK6,TBC1D13,LLPH,TBC1D17,SYT5,YARS,PCIF1,MANBAL,HIGD2A,AHI1,UBE2W,HOOK2,UBE2S,HOOK1,GNB2,GNB1,MKRN2,UBA3,GNB4,UBE2N,UBA2,UBA1,UBE2M,GALK1,PHTF2,CUEDC2,DYRK3,ZMYND19,LDB1,TAZ,USE1,RND3,TTC28,TMEM223,MYO18A,DACT3,GET4,SUN2,SUN1,ATP6AP1,PDPK1,NAV2,SYNGR3,EPN1,EEF1D,CAT,ATP6V1B2,MAN1B1,RALA,ANKS3,ASB13,SLC3A2,RNF7,AGPAT1,RNF4,POLD3,TMEM201,TMEM203,TDG,SPOCK2,MKNK2,TRA2A,BNIP1,PTK2B,RPP14,NIPSNAP3B,TIMM8B,ATF7IP,RRM2,BNIP3,SSRP1,USF2,TTC17,POLE4,TEF,ERCC1,ERCC8,ERCC5,GPD1L,SUGT1,VPS29,RRP1,ARPC5L,HNRNPU,ADARB1,EPRS,ELK1,GPATCH8,RRP9,CSPP1,AP1S1,VPS35,VPS36,NUP214,VPS18,ARMC9,REV1,HCFC2,GTPBP4,WDR77,ARMC1,WDR81,ZSCAN21,ADPRH,NUP98,VPS28,PI4K2A,ANAPC16,RNPC3,ADH5,ANAPC11,MTDH,LDHA,BLOC1S1,BLOC1S2,RRS1,VPS11,MCMBP,NUP88,ST3GAL2,FDFT1,ST3GAL3,CEP78,NAA50,BTF3,NDFIP2,ICMT,NDFIP1,PLK2,IRF2BP1,NR1D1,HNRNPL,EHD1,GNPTG,SQLE,ARL2BP,HNRNPF,TOLLIP,HNRNPC,CDKN1C,PYGB,MOCS2,GMEB1,BTG1,WDR48,PHF20,ARPC1A,GPT,ASH2L,AIFM1,PLEKHN1,CIC,RRP15,CEP68,WDR36,SHPRH,TPI1,NUTF2,WDR34,GNL2,WDR33,GNL3,NCOR2,HADHA,TAF6L,TUBB2B,SIKE1,TUBB2A,KIFC2,HEATR5B,MTF2,TCP1,GARS,EXOC2,GRN,CDC123,NFIX,RNMT,USO1,WDR24,PPP1R2,PPP1R8,USP1,SLC17A7,DEDD,PAIP1,PCGF6,YTHDF1,PCGF2,WDR18,NR1H2,PCGF3,GATC,ELP3,PHF5A,NFIA,NFIB,NUCB1,PLP2,TMEM39B,ANKRD13B,FAM49B,VKORC1L1,RAB3A,CEP120,AUP1,PARK7,IPO7,EDC4,PPP1CB,NPEPPS,LAMP1,CFL2,PAPOLG,CFL1,PAPOLA,ZNF326,HMGN2,TXNL4A,HMGN3,GTF2I,KCMF1,TLE3,MAP2K1,USP5,TPM3,USP3,TPM1,THOC1,THOC2,ILF2,THOC6,PYGO2,EBNA1BP2,ILF3,RAB31,RAB34,RAB35,FKBP4,FKBP5,IFNAR1,SNRPB,FKBP2,RAB5B,CBFB,CCDC24,GLT8D1,UBR4,UBR3,PHB,ORC5,SCRT2,ORC3,DVL1,UBR5,DVL2,MAP2K7,MAP2K5,PLXNA3,MCL1,UVRAG,TRAPPC3,EIF2B3,RAB4A,OSBPL5,POLR3GL,TRAPPC4,TRAPPC8,SCRT1,COPS3,COPS6,COPS5,CPD,PDCL,TPP2,PLEKHM2,CNIH2,RSL24D1,SLC48A1,MCM7,ZC3H3,CCDC47,UFSP2,UBTF,CEP170,TNPO2,ADSL,RFC3,PLEKHG2,RFC2,RPL13A,EDF1,WIPI2,SMC1A,TSN,TFDP1,CTDSP2,POLR1B,CCDC43,HDAC2,HDAC1,VPS4A,RAB21,DNAJB1,NFS1,HECTD1,ABLIM3,HAUS8,DNAJB5,POLR2B,POLR2D,POLR2E,DNAJB9,POLR2L,MLXIP,PPIL1,PPIL2,RNGTT,AMFR,FBXL16,FBXL14,BCKDK,RAB10,SNRNP40,RAB14,PSAT1,RAB12,DNAJA3,GLOD4,POLR3D,POLR3E,DRG1,DRG2,CEBPZ,POLR3H,TPT1,PANK4,SLC35B2,VEZT,IFITM2,TMEM183A,PANK3,VARS,PITPNB,SLC35B1,PITPNA,CISD1,CISD2,HS6ST1,PDCD2L,RPS15,RPS14,PNN,RPS16,PPP2R1B,FLAD1,FTH1,DENR,RPS11,RPS10,TBC1D10B,RPS12,ARRDC4,PDHX,COG8,SLC35C2,IFRD1,AP1AR,MAPK8IP3,SRRM1,TWSG1,KATNAL1,MTHFD2L,ATP6V0D1,OBSL1,RTEL1,DCUN1D5,STXBP1,TRANK1,DCUN1D2,HTATSF1,RPAP3,FXR1,FXR2,ATP6V0A2,TNRC18,RALGDS,ZRANB1,SETDB1,SYNRG,PYCR2,RPS26,FUBP1,RPS20,RNPS1,RPS21,C2CD2L,GFM1,UBXN1,CITED2,LIMD2,C1QBP,GABPA,TMED4,RALGPS2,PSD,PSENEN,ZYG11B,PARP1,GP1BB,PARP2,STRADA,STRADB,CBFA2T2,ZDHHC17,MLF2,UGDH,SCNM1,HNRNPH2,AIDA,HNRNPH3,MPND,FYTTD1,CSTB,DTYMK,ZDHHC20,PTGER1,AMIGO1,RFNG,PTS,PPP2CA,ZDHHC18,METTL6,APBB3,MTX1,NFYA,MTX2,PTGES3,GINS4,RAB11A,XPOT,PRKRA,COPG2,MPHOSPH8,MEGF9,NDUFA11,KDM1A,SPPL2B,CNDP2,TATDN1,FAM162A,ARHGDIA,HCFC1R1,FPGS,PHYH,RALBP1,TRAPPC2L,ATP1B1,SHISA7,PRPF6,HGS,IDI1,ISYNA1,PXK,RPS19BP1,NOP2,CABP1,EFNA4,RPRD1A,CPSF4,DARS,CPSF7,CPSF6,CBX4,CBX3,CBX2,IDH2,COQ9,EIF2S2,EIF2S1,EFNA3,EFNA2,CHMP2B,CHMP2A,PI4KA,SAE1,LRP10,LRP12,MUS81,ASNSD1,DBI,YBX1,SEPT9,MFSD6,SEPT7,SNAPC2,MFSD1,CASP2,KDM6A,KDM6B,H2AFZ,AKTIP,H2AFX,SPATS2,AXIN1,RPS3A,OXSR1,SEPT5,DCK,LSS,DNM1,DNM2,DNM3,DDAH2,THRAP3,AKT1S1,DNLZ,VAC14,STOML2,NRXN2,PDXP,THBS3,TBRG4,UGP2,CHSY1,RPS6KC1,PPP2R3C,GNA11,MAPK1,BUB3,MAPK3,KDM4C,LIMK2,CYHR1,DEK,CAPN10,MDC1,MT-ND4,ZFYVE9,PSMD8,PSMD9,RABGEF1,NSDHL,KRTCAP2,PSMD6,PSMD7,PSMD4,PSMD2,PSMD3,PSMD1,SAMD10,MEF2C,GABARAPL1,GAPVD1,SCAMP1,EML2,SCAMP3,EML4,EML5,CLNS1A,PSME4,UQCRC1,RBCK1,MTMR2,MEAF6,MRPL14,ABCB8,AGAP3,MRPL12,OAZ1,GIGYF2,MRPL11,HSPH1,PRKAR2B,PRKAR2A,GRPEL2,PUSL1,RHBDL1,ABCA2,PRRT2,MRPL27,MRPL28,BBIP1,NETO2,FAM136A,MRPL24,MRPL21,SETX,MLLT10,UCK2,UCK1,EIF5,TDP2,TDP1,PSMG3,PSMG4,PSMG1,EZH1,EZH2,GPR19,PIGU,PIGQ,HEXB,RPLP0,MRPL39,MRPL36,MRPL37,MRPL34,HSPB11,PQBP1,TRMT112,TUBA1C,MRPL42,NIPBL,TMEM43,TMEM44,FASTK,RPLP2,LRRC47,UPF2,LRRC45,ACTL6B,NSUN2,PGAM1,SIRT7,DYNLL1,MRPL45,MRPL46,MRPL43,SRP9,PSMA5,MRPL53,PSMA6,PSMA3,PSMA4,PSMA1,CDC42EP3,TMEM106B,SLC29A1,VAMP2,ARF5,SLC29A2,LRRC14,RNASEL,RNASEK,SRRT,PSMA7,PSMB7,PSMB5,PSMB3,MICALL1,PSMB1,FLNA,HARS,EXTL3,SRSF10,YKT6,LRRC24,MDH2,STAT2,YLPM1,GATAD2B,SPSB3,TMEM59,LYRM2,PSMC1,PSMC2,SRRD,UBAP2,GOPC,CSE1L,UBE2D2,ZBTB22,HDDC3,EIF4ENIF1,OSBP,SCMH1,KPNA4,PIM3,KPNA2,KPNA3,KPNA1,SLC25A46,SH3GLB1,ANAPC7,UBE2E3,PPP1R16A,FTSJ1,ACAP3,ACAP2,SLC9A5,SLC9A8,MRTO4,FSCN1,SQSTM1,KPNB1,ANAPC1,ANAPC2,PFKFB2,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,UBFD1,NTPCR,GLIS2,SOCS2,SBNO2,ATXN2,PMVK,STK38,SLC38A7,E4F1,SLC38A2,DR1,GOT2,ZC3HC1,GNL3L,STK24,TMEM11,MDM2,TUBGCP5,PIN1,MDM4,TUBGCP3,TUBGCP4,NFE2L1,MDM1,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,PPP1R13B,SCHIP1,PIK3CD,ARRB1,ARRB2,MRPL4,NGRN,MRPL3,FSD1L,SUMO3,SUMO2,MRPL9,DGCR2,DIS3L2,PELP1,EMX1,HSP90AA1,SIGMAR1,VPS37C,RAD23A,QTRT1,GIGYF1,PPM1B,SLC25A17,NPC1,BIRC6,SLC25A12,SLC25A11,SLC25A4,ST6GALNAC6,GTF3C3,NDUFB6,PRCC,MAK16,FOXK2,ZBTB45,FOXK1,HSD17B10,PPM1G,FCHO2,CDC37L1,SLC25A22,CYB5B,SLC12A2,PPP1R14B,MMAA,NDUFA2,FOXJ2,LYSMD1,RPL23A,BAIAP2,MCOLN1,ATOX1,SNRK,SLC25A39,PTPN9,P4HB,EIF4A2,EIF4A1,CCNI,EIF4A3,ZDHHC5,KEAP1,JMJD1C,ZDHHC7,NUBP2,CYB5D1,ZDHHC4,CCAR1,RASSF1,RASSF2,DHX57,KIF21A,TMPO,SEC63,PAQR4,ENTPD4,SCAF11,ENTPD6,PAQR3,ANK1,PISD,GNPAT,THAP7,CTXN1,CTR9,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,SNX3,SNX2,LARS,MIER1,ERI3,DYM,N4BP1,SEC31A,SURF1,XRCC6,INTS1,SURF2,ZFR2,IQSEC1,RCC2,MICAL3,XRCC1,PAICS,ARMC10,ID2,PAF1,COL9A3,INTS7,CALM3,RCOR2,RGL2,AARS,TMEM151B,CCDC127,GPAA1,CETN3,CTSZ,TECR,WASL,BMI1,AATF,AP2A2,PTPRF,SPTLC2,HYAL2,ARIH2,MLX,REV3L,SSSCA1,QSOX1,CTSF,CTSD,ACAD8,CCT3,CCT2,TMEM150B,TMEM150A,CCDC115,MMD,NCOA6,MINK1,ANO8,COMMD3,MRPS2,COMMD1,MRPS7,COMMD6,COMMD4,COMMD5,MRPS9,CSDE1,G2E3,CD47,DBN1,SATB2,PRKX,CCDC106,CAMKK1,ARVCF,MNT,PAK1,SAMM50,EXOSC4,HSF2,EXOSC9,CCT8,CCT7,CCT5,CCT4,NPDC1,YIPF1,MIB2,TMUB1,RPA1,UBE2G1,PER1,GPAM,NEDD4,CCNG2,ESYT2,DPAGT1,SCARB2,MIDN,PHRF1,FAM174B,PPME1,KIF5B,BAHCC1,RGS9,PPFIA3,TPRA1,ZGPAT,ADPRHL2,DIMT1,SLC30A5,SSU72,WBP11,TMX3,HNRNPUL1,TMX2,FAM173A,TMX1,UBE2V1,GEMIN7,PSMD12,PSMD11,TMED10,RBM8A,PSMD14,NXPH3,NXPH4,KLHL17,RASGRP2,PDS5A,RPF2,NDRG1,DEAF1,CYC1,NDUFV3,NDUFV2,NDUFV1,IVNS1ABP,CCDC134,PRNP,OST4,FDPS,GGT7,KLHL26,VTA1,HMGA1,KLHL22,SUPT5H,CLK4,CLK1,GCLC,OSTC,PHF13,CYCS,TAB1,YWHAE,GSK3A,PRR7,NAA40,PRKCSH,YWHAB,MAST2,MAST1,CHD6,DDX41,TRIAP1,MEA1,AFF4,PPP1R9B,TIMM17A,LRRFIP2,RBM33,YWHAH,NAA30,NCBP1,GLRX3,NCBP2,DYNLT3,RBM18,GPCPD1,YWHAZ,UTP18,CREB3,NDUFS8,RCN2,TBC1D5,NDUFS6,PPDPF,NDUFS5,TBC1D7,RBM24,DDX24,DCTN4,DDX23,PARN,DDX21,CSTF2T,ACVR1B,CLCN2,PARL,DNPEP,RAB40C,MAT2A,TAF1B,TAF1A,PDLIM7,TAF15,CHURC1,NAA10,LRWD1,CLCN7,CLCN6,GOLPH3,GLB1,FAM131C,ASB8,TAF6,VIM,CLUAP1,RAN,FAM50A,R3HDM2,RB1,RPL31,TRRAP,ENO2,RPL8,FNBP1L,DCAF6,GLE1,GCSH,RNF115,NUB1,MYC,PIP4K2C,RPL39,IER2,ACOT9,MECR,WSB2,DAPK1,PIH1D1,RPL22,MED8,CD3EAP,SOX12,MED4,CLPX,RNF123,DYNC1LI1,RNF126,BIN1,IFT81,YME1L1,RPL28,UBA52,POM121,NOLC1,SLAIN2,VPS26A,HIF1A,GLG1,PRDX2,ABR,PRDX5,RIC8B,PRDX4,PRDX1,SSR1,SLC19A1,BRAP,JUND,ST13,CDC7,PA2G4,TMEM198,THAP11,TADA2B,FIBP,GLUD1,PPP5C,NPLOC4,CDK10,HBP1,DUS1L,CDK13,OGFR,SPEF1,TMEM186,FAM102B,TMSB4X,RFK,GPR137,RIOK1,EMD,BRD3,BRD2,ZC3H10,NUDC,MIOS,TCF12,AEN,RNF167,AFTPH,INF2,RNF166,SF3B5,RPL10,GPS1,TIMM13,GPS2,HSPA14,TM9SF3,SRP72,ASNA1,LMAN2,CHN1,RPL14,ANKRD54,RPL13,SC5D,RPS2,RPL18,BRD7,RPL19,SF3A1,BRF2,AGK,TRMT1,WWP2,GTF2H5,MZT1,LRPPRC,AGBL5,TM9SF1,TRMT6,INHA,RNF141,DGKE,CHPF,TUSC2,FMR1,TUBB3,LZTS2,MAF1,TMSB10,STK32B,STK32C,RPS9,RPS8,RPS5,IGFBP3,GPT2,F2R,AIP,RPSA,DGKZ,RNF40,TRAIP,CACNB1,CLIP2,CLIP1,ZFP41,DGKQ,ERP29,NHP2,ERH,PHPT1,CUL9,DNMT1,SEMA7A,CD151,CUL5,ANKRD12,AK1,ABHD8,ITPR1,KRBA1,KLC1,BAG4,BTBD1,PITRM1,NACC1,SAFB2,MPDU1,WDTC1,ESRRA,ANKRD27,TOR1A,MARCH7,MARCH6,ADAP1,LSM4,LSM2,CHERP,RCAN1,CDK5,CNOT1,RHEB,MAFG,RNF181,IARS,NF2,LZTR1,SERINC5,EIF4G1,RNF187,RNF11,CALCOCO1,RNPEPL1,TRADD,ZFP82,PTPN23,PTBP1,DUSP12,PPP6C,PSD3,HIF1AN,SLC37A3,IQCB1,REXO1,GPX4,ELAC2,YDJC,COASY,PTBP2,PTP4A1,PTP4A2,PTP4A3,TRAF4,ASPH,SNRPA1,RP9,EIF4E2,TRABD,RNF34,WBP1,WBP2,WBP4,RPL36A,SEMA3F,LAGE3,PUF60,RBBP4,RBBP6,DCAF11,UGGT1,FNIP2,DCAF13,SPAG7,KCNJ11,RNF26,TXNRD1,ADRM1,SEMA4C,DDHD2,OXR1,TRIT1,CUL4A,KLF6,MGAT4B,RHEBL1,PFKM,METAP2,APP,ARL6IP1,DIXDC1,PWP2,GOLGA4,GOLGA5,RUSC2,GOLGA1,UBAP2L,SOX4,BROX,SACM1L,MRPS18B,PTOV1,RECQL,MRPS18A,JMJD8,AFG3L2,RRAGA,RRAGB,GRWD1,VDAC2,PFN1,EZR,TELO2,CUTA,NECAB3,TMEM161A,IGSF3,TRMT2A,NMD3,GMCL1,NUAK1,GNG10,PRRC1,VPS8,SCAP,SCAI,BANP,PTPRN2,STAM,UBAC1,ZWINT,GADD45G,MANF,CCT6A,TMCC2,ITM2C,CDS2,HBS1L,DAZAP1,GDI1,FAF1,OLA1,AUH,GLIPR2,ZMYM4,CDV3,PRMT5,ATP6V0B,TSC22D1,TSC22D3,STRBP,NME2,NME3,RHOF,UCHL3,RHOB,RAB33B,NME1,PACS2,POC5,STRAP,MAPT,RHOV,SGK1,ALDOA,MAPRE1,ATP6V0C,PRIM2,SLC20A1,AKAP7,ARNTL,CUX1,TBL1X,MAP4K3,RANBP2,RANBP1,R3HCC1,TOMM5,GALNT11,HDLBP,CIB2,TOMM22,CHCHD4,FBL,CHCHD2,CHCHD3,TMEM147,TMEM14C,APLP1,SPNS2,TOMM34,KCTD2,PDIA6,TMEM131,PDIA4,DPM3,FIZ1,SCG3,RAI14,LTBP4,COX7A2,ADIPOR2,SDCBP,MAN2A2,DNAJC21,CASKIN1,EP400,ATP6V1H,DMAP1,ZC3H14,PDZD8,PDZD7,ZC3H15,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,SMURF1,PTCH1,DNAJC14,SMAD5,AZIN1,NFKBIA,ARHGAP33,TMEM115,ATG16L1,TBCE,GRSF1,ACBD3,NFKBIB,B4GALT2,USP38,ABCD3,GTDC1,TMEM101,GMPPA,FLOT1,TMEM108,PDE4A,SCYL1,POLG,USP48,JAGN1,RNF208,SENP2,SENP3,KLF16,CKAP4,TGFBR1,DDX19A,FAM189B,LUC7L3,CHMP6,LUC7L2,USP14,RGS19,USP10,POMP,USP12,OPRL1,MTIF2,MOSPD3,IWS1,USP19,STRN3,U2AF1L4,HSPD1,RMND5B,IGFBPL1,ABCF2,ABCF3,CAMK2G,ABCF1,CLASP2,USP24,SPEN,IGBP1,RWDD1,ATE1,PTCD1,PTCD2,BAD,HAGHL,LCA5,PDE4DIP,NAP1L1,USP28,NAP1L5,NEURL4,XPNPEP1,BAX,SSBP4"
+"gene_set_query"	"250"	"SNAPC2"	"322.0"	"ARCHS4 Coexpression,126;GTEx Coexpression,518"	"SLC35B2,TES,SMARCB1,VARS,DIXDC1,KEAP1,ADARB1,ZDHHC8,RPL8,ELK1,ACTB,PSMD8,LSM11,CAPNS1,TRIM28,RAVER1,PPP2R1A,PSMD2,DPYSL3,AKT3,BSG,PSMD3,DPF2,LONP1,AP1S1,HOMER3,ACTN1,DAPK3,ARMC9,NSMCE1,AFAP1,MOGS,SCRIB,MIF,JMJD8,MFSD10,THAP3,TWSG1,MYL6,CDC34,IFT81,KCTD10,GPR161,CDC37,CLPP,GRWD1,KCNQ4,BCORL1,PFN1,AURKAIP1,RPL28,TELO2,FLII,TWF2,MRPL12,OAZ1,ADH5,GJC1,APH1A,CHTF8,PPP4C,RNF216,DHX35,PCBP1,TNRC18,PIP5K1C,VAT1,ACD,TMEM184B,INTS1,IRF2BP1,MRPL28,PBX1,EHD1,GIPC1,FERMT2,TMEM9B,OGFR,PYGB,ARF1,GPAA1,CCDC124,MRPL38,CLTA,PCSK7,PRPF19,MED16,PTMS,CHMP1A,SDF4,CIC,EMD,ZC3H10,LYPLA2,TMED9,PRMT1,PGAM1,SLC39A13,SIRT6,MLF2,MED22,RNF167,MED25,NME7,RPUSD1,PLEKHO1,TKT,ALDOA,ATP6V0C,DBN1,ARF5,NAPA,SF3B4,GRN,SSNA1,HSD17B4,CCDC107,CCDC106,RFNG,CENPB,FAM129B,GNAI2,SH3BGRL,MNT,PES1,ASNA1,LMAN2,TCEAL1,HSF1,SPOP,AP2S1,CLPTM1,FLNA,MGAT1,TBL1X,STX2,RABAC1,RPL18,YKT6,JAM3,SF3A2,RANBP3,EGLN2,WDR18,NR1H2,TMUB1,SORBS1,DOHH,NPM3,SCAF1,RAB11B,BOP1,XAB2,SLMAP,SARM1,ZYX,NUCB1,PKN1,PLP2,PNPLA6,GRINA,CHPF,PLOD3,ARHGDIA,SCMH1,CFL1,FPGS,LZTS2,MAF1,AP2M1,SH3GL1,RPS9,MAP2K2,TPRA1,USP5,RPS5,AIP,SHISA5,THOC5,POLRMT,GTF2F1,ATAD3A,KCTD5,FOXP1,TUFM,CTDNEP1,ADAM15,HGS,DMWD,RAB34,SPECC1L,RAB35,SPNS1,RPP21,FSCN1,CSNK1G2,SNRPA,LY6E,ANAPC2,RNASEH2C,LRRC59,RAB5C,ARHGEF25,ZC4H2,NPR2,PXN,CACNA1C,HSPBP1,CACNA1H,CORO1B,CORO1C,RAP1A,NDOR1,IRAK1,DVL1,NACC1,CYC1,AP1M1,UBE2I,OSBPL5,ATP8B2,HMGA1,DSTN,MANBAL,CHERP,REEP1,DRAP1,BCL9,SH3BP5L,UBE2S,GNB2,TADA3,PHF13,PLEKHM2,SAE1,COPE,UBE2M,MUS81,DDX49,WDR1,PRKCSH,CCDC47,ILK,PTPN23,AP4M1,MRPL4,SEC61A1,SART1,LASP1,CAPZB,PPP6R1,BCL7C,FLOT1,WDR5,SPEG,DACT3,SCYL1,UNC45A,EIF5A,PPP1R12A,REXO1,ATP6AP1,GPX4,DDX54,RABGGTB,RANGAP1,DDX50,ARFGAP1,KLF16,FAM189B,CREB3,TRAF7,AKT1S1,PPP1R12B,PPP1R12C,TSSC4,CANT1,SRF,RAB1B,WIZ,SRM,DCAF15,NCLN,ALDH1B1,U2AF2,RAB23,NT5DC3,EIF4H,POLR2E,RALY,CDIPT,FBRS,CCDC71,PDLIM7,JAZF1,PPP1R14B,RNF25,RNF26,PCDH7,PRAF2,MBOAT7,SGTA,ADRM1,ATP2B4,MEIS2,TPD52L2,CLCN7,IMPDH1,EIF3G,RBM42,BAX,TAF6,STUB1,P4HB,FAM50A"
+"gene_set_query"	"251"	"ZNF205"	"322.7"	"ARCHS4 Coexpression,65;Enrichr Queries,292;GTEx Coexpression,611"	"RPL8,NDST1,TBK1,CAPNS1,MYC,PSMD3,RPL36,RPL35,AKT1,AP1S1,IER2,ATG3,HES6,DAPK3,GTPBP6,CD3EAP,SCRIB,SOX12,HCFC1,RNF126,DDIT4,RPL24,NUP98,PRR12,FLII,AGAP3,MRPL12,CYB5R4,RHOT2,FAM171A2,VTI1A,RHBDL1,JAG2,JUN,WDR59,JUND,JUP,IRF2BP1,NR1D1,PRRC2A,EHD1,HNRNPL,TBL3,GIPC1,FASN,DUS1L,CDK16,OGFR,TRMU,ELL,PHF20,PIGQ,SMG5,PQBP1,BBC3,CIC,UPF1,LRRC45,SPHK2,SIRT6,GMIP,DUSP6,NCOR2,DDB1,INF2,MMP17,PXDN,KIFC3,SLC29A1,GRN,WDR24,FGD1,CENPB,FAM129B,PPP1R2,RNF138,CLPTM1,CKB,ANKRD52,RPS2,PAIP2,RPL18,RABAC1,YKT6,MBD3,SF3A2,WDR18,DAB2IP,WDR13,SCAF1,SPSB3,RABIF,MYBBP1A,TAOK2,NUCB1,PKN1,AGRN,FAM49B,UHRF1BP1L,CHPF,ATN1,RNF19B,SMCHD1,STK11,PHYHD1,FBRSL1,PIM3,SLC39A7,LZTS2,FADS1,IFNAR2,SH3GLB1,SH3GLB2,IK,AGTPBP1,MAP2K2,USP5,ANKRD44,RPS5,IGFBP2,PPP1R16A,POLRMT,LEMD2,RNF40,PIAS1,ACAP3,RAB35,FSCN1,FKBP4,KPNB1,MAD1L1,LY6E,SLC27A4,ANAPC2,LRRC59,SHC2,INO80E,CD151,MAZ,HSPBP1,CORO1B,GLIS2,KLC2,PMVK,DVL1,BTBD2,NACC1,ABL1,PLXNA1,SAC3D1,IP6K2,CD276,ESRRA,AKIRIN2,AKIRIN1,TNK2,TMEM132A,M6PR,EEF2,CHERP,LRFN4,PLXNB2,EIF4G3,SERINC2,NFE2L1,EIF4G1,RNF187,ZNF512B,DUSP18,PTPN23,DUSP12,SART1,CAPZB,PPP6R1,MDK,SNRNP70,UBTF,TLK2,WDR5,DGCR2,REXO1,EDF1,RANGAP1,RAD23B,DDOST,ARFGAP1,QTRT1,TRAF7,PTP4A3,TRAF4,SLC25A19,CTDSP2,POLR1B,ETF1,PPP1R12C,AHDC1,BCAT2,TRABD,GTF3C1,SMARCD2,NDUFB7,RAB1B,CXXC1,LRP3,MLLT1,SEMA3F,DCAF15,GANAB,NCLN,FIP1L1,U2AF2,POLR2D,FEM1C,UBQLN4,PPP1R14B,CIZ1,FBXL19,CDC42BPB,HNRNPAB,DBNDD1,KLF6,MGAT4B,STUB1,P4HB,EIF3C,BCAR1,EIF3B,CCNK,VARS,CCNH,ZDHHC8,NUBP2,RPS15,TRIM28,BSG,FAM53C,DAG1,LONP1,ARL6IP4,CCNL2,SLC12A6,ATXN7L3,SOX4,AGFG1,NFKBIL1,CIRBP,PTOV1,MOGS,CSNK1E,ACTN4,BCS1L,MAPK8IP3,MFSD10,FLYWCH1,TTLL12,OBSL1,CTXN1,KCTD15,TELO2,LLGL1,TBC1D9B,TMEM63B,FBF1,PIK3R2,APH1A,APH1B,DHX37,SYMPK,TNRC18,RALGDS,RBM10,B4GALNT4,VAT1,TMEM184B,INTS1,GADD45G,SMARCA4,RPS28,ID2,GRB2,CORO7,FBXL5,RCOR2,ITM2C,DDR1,DAZAP1,MRPS12,CCDC124,PRPF19,PTPRF,PTMS,LIMD2,AKAP12,ACTR1B,UIMC1,RAC3,SDF4,GIT1,MRPS26,TSC22D1,NME3,SREBF2,MLF2,RHOB,CTTN,RPUSD1,ALDOA,PTMA,MPND,DBN1,CSTB,CAB39,ZDHHC20,CRIP2,RFNG,CCDC106,NOL6,AMN1,HIRA,ARVCF,GPC1,PES1,HSF1,SHOC2,SCAND1,PAK2,NPDC1,MTX1,NFYA,MIB2,AP3D1,DOHH,BOP1,PRPF39,ITCH,TRIP12,HDGF,MEGF8,GRINA,CD81,ROGDI,HDLBP,ARHGAP39,KHSRP,ARHGDIA,HCFC1R1,PALM,FAM3A,SBF1,SH3GL1,TPRA1,ATAD3A,TMX4,ADAM15,HNRNPUL1,PSPC1,FAM173A,RPS19BP1,DIABLO,LTBP4,CACNA1A,STK4,CACNA1H,RAI1,IRAK1,GRK6,CDH24,H1FX,TBC1D17,BCL9L,PRNP,CBX4,CPSF1,CPSF3,HMGA1,EFNA2,HOOK2,HOOK1,UBE2S,GNB2,AMOTL2,UBA1,TAB1,LSM14B,UBE2M,B4GALT2,PRR7,KDM5C,GSK3A,USP32,PRKCSH,MAST2,CBY1,CHD6,LMNB2,SEC61A1,ZC3H7B,BCL7C,SCYL1,PDPK1,H2AFX,CTPS2,RNF208,DDX54,SENP3,EPN1,KLF16,DDAH2,PPDPF,AKT1S1,THOP1,CUEDC1,B4GALT5,USP15,DCTN1,ANKS3,WIZ,DLL1,STRN4,GNA13,DNPEP,MTA1,RAB40C,PPP2R3C,GNA11,NT5DC2,MKNK2,CDIPT,PDLIM7,ATF7IP,GALNT2,HAGHL,SSRP1,CLCN7,NEURL4,CARM1,BAX,RBM42,TBKBP1,SSBP4"
+"gene_set_query"	"252"	"MEF2A"	"324.0"	"Literature ChIP-seq,61;ARCHS4 Coexpression,796;ENCODE ChIP-seq,105;Enrichr Queries,261;ReMap ChIP-seq,251;GTEx Coexpression,470"	"ITSN2,MDC1,ATF2,MT-ND4,SLC4A1AP,TFRC,EHMT2,RBPJ,ALKBH8,SCAMP4,SAMD14,ZFYVE27,PSMD4,PSMD5,DPYSL2,GPBP1,PSMD3,PSMD1,PRKACA,FNBP4,MEF2A,GABARAPL2,PRKAB2,DAXX,MEF2C,RBFOX1,FNBP1,CACNA2D1,DNTTIP2,RC3H2,LARS2,RFX7,RUFY3,ZC3H11A,DDIT4,UNC50,ORAI2,VOPP1,SLBP,MEPCE,COPS7B,ABCB8,GABARAP,MRPL11,RHOT2,RDH14,PSMF1,HEXIM1,JUN,CREBBP,PRRT2,CADM1,EDEM1,ABCA3,EIF2AK3,MRPL28,ERLIN2,LARP4,MRPL24,BTBD10,PBX1,SETX,PKIA,NMT1,PSMG3,AVL9,EZH2,GPR19,ARF4,PIGU,PIGQ,KCNC3,HEXB,MRPL39,PRKAG2,SNX10,MED16,SHB,MRPL34,BBC3,PIGX,IKBKB,TRMT112,NIPBL,MRPL40,JPH3,TMEM43,TMEM44,JAK2,JAK1,DLGAP4,UPF2,SPHK2,SIRT4,RRAS2,SLC39A13,DUSP8,MED29,DUSP6,TOMM40L,SIRT3,MED23,PSMA6,PSMA2,PTRH2,PXDN,RAPGEF1,TMEM106C,RAPGEF2,TUT1,PAFAH1B3,VAMP2,ERGIC1,GSTP1,NIP7,ATL2,SRRT,SLC7A1,PSMB7,PSMB5,PSMB3,PSMB1,MFN2,RICTOR,ZSWIM6,BID,MEF2D,SRSF10,JAM3,EGLN1,UTP3,MDH2,GATAD2B,TMEM60,TMEM59,FABP3,TAOK3,CCDC9,SNX17,TAOK1,SLMAP,PSMC2,UBAP1,PKN1,AGRN,CRLF2,CCNT2,RASL11B,PDCD6,ATN1,ZBTB22,FRY,EIF4ENIF1,RUVBL1,KPNA4,SH3GLB1,CDKL2,FBXW5,FBXW7,CNPY2,CNPY3,LENEP,FOXP1,ATXN2L,DMTF1,SLC9A8,MAPKAPK2,SRSF3,ANAPC5,MAPKAPK5,RAD54L2,SRSF7,SQSTM1,ARL8A,SRSF9,ARL8B,GRIA1,INO80B,INO80E,PFKFB3,RNASEH2A,MAZ,SPATA2,FBXO42,HSP90B1,SAV1,SLC9A1,GLIS2,SNN,ATXN2,G3BP2,SLC38A2,ZBTB17,DR1,FBXO38,HPS1,GOT2,ARPC4,FBXO31,DRAP1,ZC3HC1,ARPC3,NACA,TMEM11,SP3,MDM2,MDM4,OGT,TMEM19,NFE2L1,NOP10,ITGB1,HSP90AB1,SCHIP1,CELF2,COX4I1,FHL1,CELF3,PTEN,PIK3CD,SPR,SUMO2,PGLS,ARL5A,YAF2,TRIM67,ACTR3,PPP1R12A,DST,ATRX,SH2D3C,AHSA1,NDUFC1,VPS37B,HAX1,PIK3CA,SLC25A19,IMPAD1,C1D,TMBIM6,PPP1R12B,SLC25A12,BCAT1,SEC22B,SLC25A4,MET,PPP1R15A,PPP1R15B,ROCK1,UHRF2,LRP1,ROCK2,ZBTB45,LRP3,SRL,ZNRF1,ZNRF2,U2AF2,SH3BP5,FYN,LRRC8B,IGF2BP2,SLC25A23,EIF4E,BEND6,CYB5B,PTPN1,SEC24B,PPP1R14B,MARCKSL1,TRIM41,CNBP,PCDH7,FOXJ3,FOXJ2,IMMT,LYSMD4,CDKN2AIPNL,SYT11,EIF3G,CCM2,ATXN10,EIF3F,SEC24C,TRIM33,EIF4A2,CCNI,TMEM41B,PPAN,TXNDC11,JMJD1C,KEAP1,ZDHHC6,CCNC,ACTB,EFR3A,HERC1,SNRPD2,SNRPD1,EPC1,EPC2,EIF2D,SNRPD3,ATXN7L1,CCNL1,SLC12A6,EPHB2,ATXN7L3,SMARCC1,ATP6V1G2,LIMCH1,ACTN1,NSMCE2,CIRBP,ANK3,SUB1,CDC37,TRIM13,ULK3,ULK2,KCTD12,TRIB2,PAXIP1,MYCBP2,SUPT4H1,PIK3R1,KALRN,UBE2J1,PGS1,SNX1,SEC14L1,DHX33,PGBD5,DHX35,HLTF,HIVEP1,TSPAN5,DYM,HIVEP2,RAB11FIP3,SNX5,CTSA,INTS1,IQSEC1,MYO5A,SMARCA2,PAICS,PTK2,MED13L,SMARCA4,ZBTB6,WNK1,PTK7,ID2,PAF1,CALM3,CALM1,RGL2,AARS,HERPUD2,NRP1,DHRS13,USPL1,MRPS16,FKBP15,PPP1R11,DIRAS1,PAK1IP1,CTSZ,MRPS10,NAT10,PPP3CA,SYNCRIP,PCM1,PPP3CB,ACTR1A,MAP1LC3B,AKAP11,ENC1,KIF1B,SSSCA1,CTSB,NCOA2,PCYT1A,MRPS25,PABPC4,ANO6,CACYBP,TFB2M,RGMA,RAP2A,RAP2B,CSDE1,UFC1,ARHGEF1,GLCCI1,CD47,ARHGEF2,ARHGEF7,PTMA,SFI1,NAPA,CAB39,STX16,DOT1L,GBA,CCDC106,PCNP,PGRMC2,EXOSC4,NFIL3,SERTAD2,ORMDL3,MGAT2,SCAND1,EPS15,CCT4,DYNC1H1,YIPF2,PLEKHA6,UBE2G1,MYO9B,TMUB2,VEGFA,PER1,PDCL3,CCNG2,TCEA1,ESYT2,TACC2,GRINA,FHOD3,DPAGT1,CRTC2,MIDN,ZFAND3,ZFAND5,COX6A1,ACTG1,IGF1R,FAM174B,KHSRP,EP300,DENND5A,FAM3C,ARID2,SH3GL1,ZGPAT,TPRA1,MMGT1,FBXW11,DNAJB12,ADAM19,EEF1A1,HNRNPUL1,EHBP1L1,SBDS,TBC1D25,WDFY3,GEMIN7,RTN2,KLHL18,DDX6,DDX5,PSMD11,COX16,DDX1,SLC1A4,PDS5B,CACNA1C,NDRG1,TAF5L,RTN4,CNN3,RAI1,KIF3B,TBC1D14,KIF3C,VARS2,NDUFV2,NDUFV1,YARS,UBE2F,PRNP,UBE2H,AUTS2,ECD,HMGA1,CRIM1,CNOT10,KLHL24,SUPT5H,AP4B1,MANBAL,KLHL20,PAN2,HOOK2,HOOK1,UBA3,TAB3,DEGS1,TCF3,LSM14B,PICALM,MXD4,RERE,PHTF2,GSK3B,RBM28,DDX3X,PRKCSH,MAST3,CHD8,DDX42,ATP2A2,PSIP1,CHD3,CHD2,AFF3,AFF4,LMNB1,PPP1R9B,TMEM222,EEF2K,YWHAQ,RASGEF1B,NPTN,MYO18A,DACT3,LRRFIP1,YWHAH,RBM17,ARHGEF12,TTC33,PDPK1,CAD,NAV1,NAV2,GPCPD1,VCAN,CREB1,SETBP1,NDUFS7,GORASP2,PEX3,EEF1D,NDUFS5,TBC1D7,ATG4B,MVD,RBM24,CUEDC1,AGPAT5,RALA,CSTF2T,SLC3A2,ASAP1,ATP2C1,NT5C2,RNF4,RNF5,HMGCL,DNPEP,PABPN1,TAF1C,BMS1,MKNK2,TRA2A,BNIP2,NIPSNAP3B,ATF7IP,CHURC1,GALNT2,ATP2B4,ATP2B1,ERCC1,ASB8,POLE3,ASB6,ERCC5,GPD1L,NAA15,VIM,RAN,RB1,CYFIP1,NCKAP1,TRIO,RPL3,ARPC5L,STMN2,DCAF8,SMC6,SMC3,PHB2,GLS,DCAF6,NUB1,CNST,ALCAM,ZMIZ1,MYC,RPL36,PIP4K2A,RPL35,RPL38,IER5,VPS36,CDK5RAP3,IER2,ACOT9,DDX18,WSB1,WSB2,PIH1D1,PRKCE,WDR74,CD3EAP,AFAP1,WDR75,SCRIB,ARMC8,MED4,GTPBP2,WDR77,DYNC1LI1,DAAM1,BIN1,ADPRH,RPL24,TARS2,RPL29,PRR14,ANAPC13,ANAPC16,PRDM15,NEDD4L,NOLC1,SLAIN2,HIF1A,MTDH,ANAPC11,FAM160B1,PRDX2,ABR,PPP3R1,NCSTN,BLOC1S1,NUP85,PRDX1,NUP88,NRBF2,ST3GAL2,CDK17,PHC2,CDK19,RPL41,JUND,CHKA,IRF2BP2,PHC3,EHD1,HNRNPL,SLC6A6,GNPTG,GLUD1,HNRNPK,NPLOC4,CDK10,GTF2IRD1,HBP1,DUS1L,CDK13,PAM,CDK14,CPEB4,SMG1,BTG1,CDKN1B,TCF25,SETD6,SETD7,CLTC,ADK,CLTA,WDR46,PFAS,CLINT1,ING1,SMG5,RNF157,UBL5,TMSB4X,ANXA6,TIMP2,ANXA7,TK2,RIOK2,CIC,JARID2,CEP68,BRD2,ZC3H10,MIOS,HSBP1,IFNGR2,TCF12,NCOR2,HADHA,ZEB2,NCOR1,MRAS,MTF2,PLEKHO1,GARS,EXOC6,GAS7,CDC123,CLDND1,NFIX,SF3B3,WDR26,RPL11,TIMM13,ARFRP1,PPP1R2,BCLAF1,RPS3,ANKRD54,RPL13,SLC17A7,RPL15,NR1H2,TRMT1,WWP2,TTC9C,SNCAIP,RNF146,AGBL5,MKLN1,OSTM1,NFIA,NFIB,TMEM39B,FAM49B,PHLDB1,RAB3A,DGKD,RPL10A,SLC8A1,IPO4,TM7SF2,ABHD12,PPP1CB,LAMP1,CDH2,CFL2,RNF19A,CFL1,PLS3,SLC39A7,TMSB10,ANKRD13A,MEN1,GTF2I,SLC39A3,TLE4,MAGI1,RAB2A,MAP2K1,RNF44,TPM4,RPS7,USP4,USP3,RPS5,MAGI3,F2R,TPM1,RPS6,DYRK1A,VASH2,VASH1,GTF2F1,ILF2,CLIP2,TOM1L2,ILF3,RAB31,STIM2,DMWD,NCL,ERP29,NHP2,SNRPE,ADNP,SNRPF,SNRPC,SNRPB,FKBP2,CCDC24,ANKRD11,ABHD2,ANKRD12,GLT8D1,ITPR1,UBR3,UBR1,PHB,RHOBTB2,PITRM1,BTBD1,NACC1,ANKRD10,CCDC32,SRGAP2,SKIL,MAP2K5,MCL1,TRAPPC2,AKIRIN2,ANKRD34A,OSBPL8,OSBPL7,RAB4A,RAB4B,POLR3GL,MARCH7,LSM5,LSM4,LSM2,CDK9,COPS4,LRFN3,COPS6,REEP5,RHEB,CPD,SPIRE2,PLEKHM2,CNIH4,RNPEPL1,ZC3H4,CCDC47,UFSP2,PIK3C2B,DUSP12,SART3,LBH,OPA1,VPS72,IDH3A,PLEKHG2,GPX4,RFC2,LIX1L,ZFP91,PTBP2,ZFP90,REXO4,PTP4A1,PTP4A2,PTP4A3,TRAF4,ASPH,DAD1,CTDSP2,CRK,SFT2D1,SOS2,HDAC5,MTPN,NFAT5,HDAC3,SMARCD3,WBP4,HDAC7,RAB21,DNAJB2,AP3M2,ABLIM1,HIRIP3,DNAJB6,POLR2A,HAUS7,RBBP5,VPS52,POLR2E,POLR2F,CSK,POLR2J,SPAG9,ASCC1,KCNIP2,FBXL19,SEMA4B,PLCL2,CCDC59,DDHD1,PTPN12,OXR1,PNRC1,PNRC2,CUL4A,ASXL1,DNAJA1,RAD52,BCKDK,RAB10,KLF7,KLF6,MARCKS,NFASC,VAPA,DOLPP1,RAB12,POLR3E,MGAT4B,DRG2,VPS45,PPIL3,SLC35B2,VEZT,APP,FAAH,PANK3,TMEM183A,VARS,ZMYND8,CBLB,HS6ST1,RPS14,RPS17,GOLGA4,RPS16,RPS19,RPL36AL,ARL6IP5,DENR,BTRC,SEPHS2,GLUL,RPS10,SOX4,RPS12,TIPIN,COG8,NFKBIL1,COG4,BOLA1,MTUS1,COG2,JMJD6,MRPS18C,INPP4A,NIF3L1,KATNAL1,VDAC3,HECA,TLN2,EZR,AURKAIP1,CBLL1,CUTA,MACF1,DCUN1D1,MYL12B,INPP5F,MLEC,GSE1,MAP4,PATZ1,ATP6V0A1,BANP,VASP,SRPK2,SNHG1,FIS1,TRAP1,RABGAP1L,MEMO1,UBAC2,PUM2,CCDC88A,STAG1,ZZZ3,RPS29,CCDC88C,RPS20,ANP32B,ITM2B,ITM2C,HBS1L,TRAM1,SH3KBP1,CITED2,SLC35F5,ZFAND2A,GDI2,SIPA1L2,CX3CL1,ZCCHC14,KIF13A,TMED1,TMED7,RAB8A,PSENEN,CDV3,ZER1,PARP1,GP1BB,PARP2,NME2,RHOF,MTSS1,RAB33A,NME1,MLF2,RHOB,RAB33B,UGDH,NFX1,FRG1,RHOU,SGK1,FYTTD1,PRIM2,TOMM40,SLC20A1,AKAP6,PTN,AMN1,HIRA,CHRAC1,CUX1,TBL1X,METTL9,MPZL1,MAP4K4,SLC31A1,PTGES2,NFYC,GBF1,AP3D1,SORBS2,SORBS1,MPP6,ATAT1,RSL1D1,SPCS2,SPCS1,PRKRA,CAPZA2,CTNNB1,TRIP12,RAB3GAP1,MPHOSPH6,NDUFA12,HDLBP,MRFAP1,NUCKS1,TMEM145,CHCHD2,CHCHD3,POGZ,COTL1,TRAPPC2L,APLP2,SHISA4,LMO7,TSC1,ATP1B1,KCTD5,TMEM131,DPM2,TMEM136,TBL1XR1,RPL7L1,FIZ1,MATR3,RELL2,STAM2,ISCU,XPR1,ZCCHC8,DTX4,EMG1,MAN2A2,DPP9,TMEM128,CASKIN1,SUDS3,DMAP1,MYH10,BPTF,HSPA8,SMAD4,KLHDC4,ACBD4,CPSF1,IDH2,COQ9,DNAJC18,NFKBIA,EFNA2,NR4A3,CLASRP,COPE,LRP12,MUS81,SCYL3,KDM5B,B4GALT3,DOCK4,DBI,SPRED2,SEPT9,TMEM101,FLOT1,SPEG,PDE4A,MAN2C1,USP30,SCYL1,POLG,KLF11,USP47,KLF13,H2AFZ,PDE4D,IQCE,RPS3A,TRNAU1AP,ARID1A,SEPT5,ARID1B,KLF16,TGFBR1,DNM2,FCHSD2,DDAH1,CDH13,PFDN1,B4GALT7,LUC7L2,STOML2,KDM3A,POLDIP3,USP10,RGS16,POMP,MTIF2,ATP1A1,SPG7,MTIF3,TOB1,STRN3,U2AF1L4,TBRG1,NXF1,MAPK1,ROMO1,CDIPT,CAMK2G,CLASP1,SPEN,ATE1,WTAP,B3GAT3,PDE4DIP,PPP2R3A,USP28,HSPE1,NAP1L4,PIK3IP1,BAX,SPRY2,ATP13A3,SSBP1,SSBP2"
+"gene_set_query"	"253"	"ZNF536"	"325.3"	"ARCHS4 Coexpression,55;Enrichr Queries,404;GTEx Coexpression,517"	"CNTFR,GMFB,MYT1L,STMN2,STMN4,ENO2,FNBP1L,BACH2,GPR173,PREX1,ALCAM,DPYSL4,DPYSL5,DPYSL2,DPYSL3,STMN1,PIP4K2A,DIP2B,NCKAP5,ANKS1B,MEF2C,RBFOX1,WSB1,RBFOX2,SOX11,HDHD2,DYNC1LI2,ASPHD1,FEZ1,RUFY3,RUFY2,HECW1,PRR18,ASTN1,PHYHIPL,AGAP1,SLAIN1,MTMR7,FAM171A1,FLRT2,KCNMB4,LHPP,ABCA2,CDK19,FZD3,CADM3,CADM4,PRRT2,CADM1,CADM2,NR2F1,MLLT11,H2AFY2,PKIA,FXYD6,FAT3,FAT4,RNF220,WDR47,JPH4,TUBA1A,CHL1,TRIM2,DLGAP1,ENOPH1,APC2,ACTL6B,LRRC49,NIPA1,SIRT2,PGM2L1,TMEFF1,ZEB2,TUBB2B,TUBB2A,PXDN,DSCAML1,PAFAH1B3,PAFAH1B2,GAS7,CLDND1,NFIX,WRB,RPL12,ADCY1,CHN2,CKB,RUNX1T1,KIDINS220,ATRNL1,NMNAT2,BLCAP,NFIA,ABI2,MORN4,TSR2,ANKRD13B,RAB3C,RAB3A,CLSTN2,CTNND2,SLC8A1,NUDT11,RIMS1,ATCAY,CDH2,TUBB3,ADORA1,LZTS1,ANKRD46,MAGI2,SRCIN1,CLIP3,CLIP2,OLFM1,FRMD5,PKP4,TOX,GRIA1,BRSK2,KLC1,PLXNA2,SRGAP3,LRRC4C,RAB6B,PLXNA4,NSG1,MARCH6,CORO2B,PTPRD,REEP1,DAB1,NBEA,NSG2,REEP2,NACAD,SERINC1,SLC48A1,CELF2,SCHIP1,CELF3,CELF4,CELF5,NGRN,SCRN1,PSD3,PHACTR3,CEP170,ERC2,EDIL3,SGIP1,SECISBP2L,LANCL1,PTP4A3,NRG3,DNAJC6,NLGN3,NLGN1,CXXC1,JAKMIP3,JAKMIP2,DNAJB2,STOX2,CACNG7,PTPRZ1,SLITRK1,POLR2F,SLITRK5,ATP9A,SPAG9,TUB,NTRK2,MARCKSL1,PCDH9,PCDH7,PCDH8,DDHD2,EFR3B,NELL2,NFASC,APC,SYT11,NOVA2,CDO1,METAP2,KIF21A,BSN,GOLGA7,EPHB1,SOX4,SOX5,EPHA5,SRRM3,KCNK10,PAQR4,ANK2,ANK3,MAPK8IP2,ANK1,MAPK8IP1,SFRP1,KCNQ2,ULK2,TAGLN3,LLGL1,PFN2,BEX4,IGSF8,GPM6A,NRN1,BEX1,TSHZ3,MAGED1,STXBP1,PIK3R1,KALRN,TMTC4,NKAIN2,PCBP4,MAP4,SCN3B,SCN3A,RAB11FIP4,GPM6B,B4GALNT4,ATP6V0A1,PTPRN2,BCL11B,BCL11A,ST8SIA2,DCLK2,SNAP91,DCLK1,CCDC88A,ROBO2,NRP1,TMEM151B,CSRNP3,GDI1,GRIK5,GRIK3,AATK,SLC35F1,RYR3,ROBO1,UCHL1,DNER,KIF1B,KIF1A,MN1,ARHGEF9,PACS2,MPPED2,MAPT,SGK1,MAPRE2,DYNC1I2,NAPB,MAGEH1,AKAP6,NOL4,CUX2,MGAT3,APBB1,CTNNA2,TRAM1L1,PAK3,PURG,ARNT2,MYEF2,LSAMP,SORBS2,PNMA2,ATAT1,KLHL7,TTC3,APBA1,APBA2,CDK5R1,SH3GL3,ROGDI,KIF5C,BASP1,KIF5A,DENND5A,NRCAM,PPFIA2,CHRNB2,TMOD2,APLP1,RUNDC3B,POU3F2,POU3F3,PREPL,ELMO1,AMPH,GNAZ,RTN3,PXK,NDRG4,RTN1,NTM,TMEM59L,CACNA1B,CACNA1A,CACNA1C,NDRG2,ARHGAP21,FUT8,DPP6,FUT9,KIF3A,CAMTA1,KIF3C,AUTS2,SYT1,TBCB,QDPR,GNAO1,DLG2,HOOK2,CNTN1,CNTN2,TCF4,CHD6,ELAVL4,GTDC1,AFF3,ELAVL2,ELAVL3,SEPT7,YWHAQ,MCF2L,GDAP1L1,SULT4A1,DACT1,USP46,SVOP,HSDL1,PDE4D,SEPT3,PJA1,DNM3,VCAN,GAP43,RCN2,NAV3,SETBP1,CDH11,DCX,CDH13,TERF2IP,INA,SHANK2,NRXN1,USP11,RAP1GDS1,NRXN2,ATP1A3,CRMP1,NCALD,AGPAT4,ADD2,GNG3,MAPK8,FAM168A,GNG2,SV2A,SLIT1,SPOCK1,NCAM1,CLASP2,OPCML,NEGR1,B3GAT1,CADPS,ATP2B4,MEIS2,GDAP1,MAPK10,SLC4A8,FMNL2,PDE10A,PPP2R2B,FAM131B,SSBP2"
+"gene_set_query"	"254"	"SMAD5"	"326.5"	"ARCHS4 Coexpression,793;Enrichr Queries,234;ReMap ChIP-seq,33;GTEx Coexpression,246"	"MDC1,POP7,TFRC,RBPJ,PREX1,RAVER1,PPP4R2,PSMD5,DPYSL2,AKT3,FNBP4,MEF2A,MEF2C,DICER1,SCAMP1,MYL6,RFX7,DDIT3,ORAI2,PSME1,JTB,PSME2,RBCK1,SF1,ATF4,SLBP,TSTA3,BAZ2A,AGAP3,MRPL12,OAZ1,GABARAP,MRPL20,RHOT2,HMGXB4,RDH13,PUSL1,RHBDL1,HEXIM1,CREBBP,JUN,PRRT2,MRPL28,PBX2,FAM136A,LARP4,MRPL24,PBX1,EIF1,MLLT11,TBL3,EIF5,FASN,HYOU1,FERMT2,ARF1,LRSAM1,PIGU,RPLP0,LRRC4,MED16,DDA1,BBC3,NIPBL,MED13,TMEM43,FASTK,RPLP2,JAK1,APC2,LYPLA2,ACTL6B,SPHK2,MRPL49,SIRT7,DYNLL1,JOSD1,GMIP,MED29,LRRC41,DUSP6,MED22,CINP,PXDN,TUT1,VAMP2,LRRC14,LIN37,SRRT,MRPL55,BTAF1,PSMB3,FLNA,RICTOR,BID,MBD6,LRRC24,MDH2,SNX22,TARBP2,ARCN1,PSMC5,SNX17,APEX1,TAOK1,SHKBP1,SERBP1,GOPC,PKN1,YPEL3,CCNT2,NAB1,CSE1L,ZBTB22,FADS2,SLK,PMPCA,PIM3,FADS1,SLC38A1,PCYT2,CISH,EIF1AX,FBXW9,ATP11C,PRPF4B,CASD1,LENEP,FTSJ3,FOXP1,ATXN2L,ACAP3,ACAP2,DMTF1,SRSF2,FSCN1,SRSF3,SRSF7,SQSTM1,ARL8A,KPNB1,SRSF9,MAZ,SPATA2,CORO1A,UQCRH,CORO1B,HSP90B1,SOCS2,G3BP1,E4F1,SLC38A2,FUS,API5,ARPC4,ZBTB11,EEF2,FBXO31,UCKL1,SP3,MDM2,PIN1,LRCH4,ITGB1,HSP90AB1,PTEN,PIK3CD,ARRB2,AP4M1,CAPZB,DGCR8,MDP1,EIF5A,PPP1R12A,DST,DHPS,ATRX,ARNT,RAD23A,RABGGTB,RAD23B,GIGYF1,PPM1A,IMPAD1,ETF1,DCTPP1,SLC25A11,RNFT2,GTF3C4,ROCK1,ROCK2,PRCC,LENG8,FURIN,ZBTB45,FOXRED1,LRP6,MLLT6,FOXRED2,GANAB,PARD6A,FCHO1,U2AF2,PHKG2,FCHO2,FEM1C,FYN,HNRNPA1,AAMP,SLC25A22,EIF4B,SH2B1,GADD45GIP1,SEC24B,PPP1R14B,HNRNPA3,MARCKSL1,SEPT11,TRIM41,MBOAT7,LYSMD2,RPL23A,HNRNPAB,MYO1B,EIF3I,EIF3G,EIF3E,CCM2,STUB1,P4HB,SMAP2,EIF3D,SLC25A36,EIF3B,EIF4A2,EIF4A1,PLEKHB2,PPAN,JMJD1C,ZDHHC8,ACTB,CCAR1,TRIM28,BSG,CCDC97,KIF21B,CCNL2,CCNL1,ATXN7L3,TMPO,ACVR1,ATP6V1G2,SMARCC2,SCAF11,ECH1,CIRBP,TALDO1,CSNK1D,MFSD11,MFSD10,THAP3,CSNK2B,FAM76A,SUPT4H1,CEND1,PIK3R1,DHX35,PCBP1,PCBP2,HIVEP1,SURF6,SNX5,SEC31A,SURF1,SURF2,IQSEC1,RCC2,SURF4,SMARCA2,PAICS,IFFO1,PTK2,MED13L,EXT2,WNK1,ID2,INTS5,CALU,NDUFAF3,PAF1,CALR,RGL2,SUGP1,TMEM151B,GPAA1,PPP1R10,CTSZ,HERPUD1,SYNCRIP,PPP3CA,MAP1LC3B,ENC1,DHX15,MLX,DHX16,KIF1B,NCOA1,PBRM1,DBNL,PABPC4,CTTNBP2NL,APRT,ENAH,PITPNM1,CANX,ARHGEF1,PABPC1,DBN1,NAPA,CCDC106,GNAI2,PAK1,PGRMC2,EXOSC4,PEX16,MON2,NPM1,PLEKHA1,YIPF3,VEGFB,TMUB1,PPP1CA,VEGFA,TMUB2,MIB1,RGP1,PER1,HNRNPA2B1,TTC3,TCEA2,ESYT2,PNPLA6,DPAGT1,CRTC2,MIDN,ACTG1,IGF1R,CAPN7,KHSRP,KIF5B,EP300,ARID2,SH3GL1,MORC3,ZGPAT,EEF1A1,HNRNPUL1,FAM173A,DKC1,PPIG,TBC1D23,PPIB,RTN2,NDUFB10,PDS5A,RASGRP2,ACACA,IRAK1,GRK6,CYC1,TBC1D17,QSER1,BCL9L,PRNP,NUP155,HMGA1,CRIM1,KLHL24,SUPT5H,KLHL20,HOOK2,UBE2S,GNB2,GNB4,PHF13,LSM14A,UBE2M,GSK3B,GSK3A,CUEDC2,PRR7,DDX3X,LDB1,MAST3,PRKCSH,CHD6,CHD4,TRIAP1,TAZ,CHD2,AFF4,TTC28,SEC61A2,TMEM223,ABHD16A,NUP62,MLST8,SUN2,SUN1,RBM14,ATP6AP1,PDPK1,BUD31,ABHD14B,SYNGR3,EPN1,PJA2,EEF1G,CREB3,SFPQ,CREB1,IRF3,EEF1D,ATP6V1B2,NAA38,NUP54,ZMYND11,IRF9,OTUB1,DCTN2,SLC3A2,AGPAT1,RNF5,CAND1,MAT2A,TDG,TRA2B,MKNK2,PTK2B,MTA2,PDLIM7,CYTH1,RBM39,RRM2,NAA10,TAF10,PDAP1,ATP2B1,ACVR2A,GALE,PNKD,ERCC1,FAM131A,TAF6,KRAS,FAM98B,VIM,TAF2,RAN,TAF1,CYFIP2,RB1,RPL5,NCKAP1,IPO11,RPL3,RPL31,ARPC5L,HNRNPU,SMC5,EPRS,PHB2,RPL9,RPL7,ALCAM,MYC,RPL36,RPL35,RPL37,VPS36,IER5,IER2,DDX17,WSB1,RPL23,RPL22,DAPK3,WDR74,WDR75,CD3EAP,GTPBP2,GTPBP1,HCFC1,WDR81,RPL24,RPL27,RPL28,VPS28,PRR13,CDC42SE1,NOLC1,PRKCZ,HIF1A,ANAPC11,LDHA,PPP4C,VPS11,ST3GAL2,FDFT1,BTF3,NAA50,RPL41,JUND,SNAPIN,SETD1A,RDX,IRF2BP2,MAD2L1BP,PA2G4,PHC3,PRRC2A,HNRNPL,FIBP,HNRNPK,HNRNPF,HBP1,HNRNPC,DUS1L,FARSA,PHF3,OGFR,SMG1,DENND1A,PHF23,PHF1,CLTC,WDR46,MTG1,GPR137,CIC,EMD,ZC3H10,BRD2,SHPRH,TPI1,TCF12,ASH1L,NUDT16L1,COPZ1,NCOR2,RNF167,ZEB2,GARS,RNF166,CLDND1,RPL10,RPL12,GPS1,RPL11,USO1,GPS2,WDR24,TM9SF3,FGD3,ARFRP1,SCAF8,BCLAF1,RPS15A,RPS3,RPS2,RPL18,ANKRD50,SF3A3,SF3A2,CSNK1A1,PCGF2,NR1H2,GATC,SYVN1,TRMT1,SCAF1,LRPPRC,KTN1,TM9SF1,NFIA,NFIB,PLP2,FAM49B,ANKRD13D,TUSC2,FMR1,RPL10A,IPO7,IPO4,TM7SF2,IPO5,PPP1CB,CFL1,PAPOLA,PLS3,STK32C,PLEKHJ1,TLE4,RNF44,RPS9,TPM4,RPS8,RPS5,AIP,RPSA,THOC2,DGKZ,RNF40,CTDNEP1,PYGO2,RAB34,MORF4L2,PGP,SNRPG,PHIP,PHPT1,ANKRD17,FKBP2,CD151,CBFB,INSIG1,ANKRD12,ABHD8,STIP1,PITRM1,BTBD2,NACC1,DVL2,SKIL,MCL1,MPDU1,EIF2B4,OSBPL8,RAB4B,TRAPPC4,MARCH7,ADAP1,LSM4,CHERP,LSM2,COPS6,CDK5,CNOT2,LRFN1,MAFG,COPS2,CNOT3,TADA3,NF1,IARS,MAP3K12,EIF4G1,MCM7,WDR1,RNPEPL1,PTBP1,RPL7A,UBTF,WDR6,SLC37A4,TNPO1,TNPO2,RFC3,PLEKHG2,REXO1,GPX4,RPL13A,EDF1,YDJC,BET1L,COASY,PTP4A3,DALRD3,TRAF4,ASPH,CTDSP2,DNAJC5,POLR1B,RPL37A,EVL,RNF31,TRABD,NFAT5,LEPROT,SMARCD2,WBP2,NFS1,VPS52,POLR2E,CSK,RAB28,POLR2L,SMARCE1,SPAG9,SPAG7,PPIL2,SEMA4D,SEMA4C,RPL35A,PTPN11,FBXL16,KLF6,APC,IMPDH2,MGAT4B,PPIL4,SLC35B2,APP,PANK3,VARS,ZMYND8,GBA2,RPS15,PNN,RPS16,RPS19,RPS18,FLAD1,DZIP1L,LONP1,RPS11,RPS10,SOX4,RPS12,SRRM2,NFKBIL1,ARRDC3,MRPS18B,CPT1C,JMJD8,JMJD6,CARHSP1,ATP6V0D1,PFN1,AURKAIP1,CUTA,STXBP2,TWF1,TRMT2A,LIAS,MYL12B,PRRC1,INPP5E,TRPM7,VASP,SNHG1,BCL11B,PUM1,PUM2,RPS25,STAG1,ZZZ3,RPS27,STAG2,RNPS1,CORO7,RPS24,C2CD2L,ITM2C,DAZAP1,UBXN1,MYL6B,LIMD2,XPO1,ZMYM2,TMED7,GABPA,UBXN6,RAB8A,PSD,PSENEN,ATP6V0B,TSC22D1,PRMT1,NME3,RHOF,PPRC1,MLF2,RHOB,HNRNPH1,ALDOA,SGK1,ATP6V0C,SLC20A1,NOL8,UQCR11,RFNG,TYMP,NT5C,HIRA,CUX1,NT5M,MAP4K5,MAP4K4,SUZ12,RANBP1,RYK,MTX3,PTGES3,RAB11B,ATAT1,CTNNB1,FAU,ROGDI,NUCKS1,CCDC28B,ARHGDIA,CWC22,NOM1,MATK,KCTD3,TUFM,HGS,TBL1XR1,MATR3,RELL2,RAI14,ISYNA1,RPS19BP1,NOP2,ARHGAP12,EMG1,MAN2A2,DNAJC21,ATP6V1F,BPTF,HSPA9,SMAD2,CPSF4,HSPA8,DARS,SMAD4,CBX5,CPSF1,CBX4,CBX3,PTCH1,DNAJC13,EFNA2,DLG4,CAPRIN1,CHMP2A,ACBD3,BRWD1,COPE,MUS81,ACADVL,SLC2A3,SENP6,RPS4X,SNAPC4,FLOT1,TMEM109,HGSNAT,H2AFX,RPS3A,ARID1B,SENP3,CKAP5,KLF16,TGFBR1,SEPT2,LATS1,DDAH2,TRAPPC6B,RASA1,AKT1S1,HAGH,TSEN34,RGS19,OPRL1,U2AF1L4,TBRG4,GNA13,NXF1,MAPK8,PDE6D,REPS2,MAPK1,ROMO1,B3GAT3,NAP1L1,SLC4A7,NEURL4,RPS6KB2,BAX,RBMX,SSBP4"
+"gene_set_query"	"255"	"POGK"	"327.7"	"ARCHS4 Coexpression,282;Enrichr Queries,137;GTEx Coexpression,564"	"RPL4,GMFB,TRIO,TFRC,TRRAP,HNRNPU,STMN4,EPRS,DCAF7,ALCAM,DPYSL5,ZMIZ1,DPYSL2,MYC,AKT3,PIP4K2A,DIP2B,IER5,DDX17,NUP210,CD3EAP,FRS2,SCRIB,GTPBP4,HCFC1,DYNC1LI2,ASPHD1,WDR82,FEZ1,ZC3H11A,DDIT4,PRR18,NUP205,POM121,SET,PHYHIPL,AGAP1,SLAIN1,MTMR4,FAM171A1,HSPH1,LARP1,KCNMB4,PIP5K1A,PLCG1,ST3GAL1,SERF2,LHPP,S100A10,ABCA2,CDK19,JUN,CADM4,H3F3B,PLK2,PRRC2C,IRF2BP2,NETO2,PBX1,PRRC2B,EIF1,PRRC2A,EHD1,HNRNPL,UCK2,HNRNPK,FASN,HNRNPD,RNF220,ARF3,PIGU,BTG1,CLTC,TCF20,SMG7,SMG5,FAM102B,TUBA1A,ATIC,TRIM2,ENSA,ENOPH1,UPF1,NSUN2,ITPK1,NIPA1,SLC39A10,ELOVL6,BAZ1B,DYNLL2,DUSP6,DDB1,TMEFF1,SLC7A5,ZEB2,TUBB2A,PXDN,SF3B2,CLDND1,PHLPP1,SF3B3,SLC7A1,CENPB,PAPSS1,NRAS,NSD1,PSMB1,USP1,ANKRD52,KIDINS220,LRPPRC,NFIB,SERBP1,TAOK2,TSR2,PKN1,CTNND2,IPO7,FAM107B,ZNF326,FADS1,GTF2I,FBXW4,SLC38A1,TPM4,USP5,MAGI2,TPM1,RNF40,FOXP1,MSH6,CLIP2,ACLY,FRMD5,ILF3,NCL,MAPKAPK2,PKP4,FKBP4,SNRNP200,KPNB1,ANAPC1,LRRC59,PFKFB3,INSIG1,MAZ,STK39,SOCS2,PITRM1,UBR5,NACC1,PLXNA2,ABL2,SLC38A2,MCL1,FUS,SEC16A,DHCR24,EEF2,PTPRD,CNOT1,NACAD,SERINC1,CLPTM1L,RAB5A,BCL2L2,EIF4G2,EIF4G1,SLC48A1,ITGB1,ZNF512B,PTBP1,DUSP12,SCRN1,PSD3,PHACTR3,UBTF,TNPO1,EDIL3,TNPO2,DST,SECISBP2L,LANCL1,ZFP91,VEZF1,SMC1A,RAD23B,DDOST,ARL4C,PTP4A1,PTP4A2,PTP4A3,TRAF4,CTDSP2,POLR1B,BCAT1,NLGN3,GTF3C1,PPP1R15B,NFAT5,MTPN,SMARCD1,SMARCD2,GTF3C4,SRSF1,TULP4,LRP8,JAKMIP2,GANAB,PTPRZ1,CCDC85C,U2AF2,UBQLN1,LRRC8D,FEM1C,IARS2,UBQLN4,EIF4B,HNRNPA0,SLC12A2,MARCKSL1,TRIM41,PCDH9,FEM1B,FBXL19,MBOAT2,PTPN11,RPRD2,HNRNPAB,MARCKS,KLF6,VPS41,PFKP,EIF3B,LPGAT1,PANK3,ZDHHC5,RASSF2,TRIM28,LONP1,UBAP2L,SEC62,SEPHS1,GOLGA7,GLUL,ATXN7L3,SOX4,TMPO,SRRM2,EPHA4,KCNK10,PAQR4,ACTN1,HECA,EZR,TRIB2,LLGL1,TBC1D9B,IGSF3,DHX9,PIK3R1,TMTC4,NKAIN2,APH1A,DHX37,GSE1,MAP4,HIVEP2,RBM12,RAB11FIP4,GPM6B,RCC2,MED13L,FUBP3,WNK1,ID2,ITM2C,AARS,NRP1,AHCTF1,CITED2,MRPS12,SLC7A11,PRPF19,PTPRF,SYNCRIP,XPO1,DHX15,DHX16,QSOX1,RAC1,PRMT2,PARP1,GAB2,MRPS7,PPRC1,SREBF2,MLF2,RHOB,RAP2A,PACS2,CSDE1,CANX,FAM20B,ARHGEF2,SGK1,PTMA,DYNC1I2,CSTB,SLC20A1,HEATR1,COX5B,TRAK2,NOL6,PPP2CB,RBM15B,CAMK2N1,PES1,TRAM1L1,MAP4K5,MAP4K4,DYNC1H1,SORT1,HUWE1,KLHL2,AP2B1,KLHL5,XPOT,ZDHHC9,HDGF,NDUFA13,NUP188,UBE3C,NUCKS1,CELSR2,TOMM20,IGF1R,PAIP2B,KIF5B,POGZ,CAPN2,DENND5A,FBXW11,LMO4,APLP1,KCTD3,ATP1B1,POU3F2,POU3F3,HNRNPUL1,WDFY3,PXK,COPA,CTTNBP2,COPB1,PDS5A,NDRG1,PRPF8,ACACA,EFNB2,ARHGAP21,RAI1,QSER1,IVNS1ABP,HSPA8,PRNP,CPSF7,NONO,CBX2,TBCB,NUP153,KLHL24,AZIN1,QDPR,NFKBIA,DLG1,EFNA2,HOOK2,HOOK1,GNAQ,CAPRIN1,GNB1,GNAS,CNTN2,UBA2,UBA1,LSM14B,CREBZF,KDM5B,KDM5C,PRKCSH,CHD6,DDX42,GTDC1,ADAR,CHD4,YBX1,AFF4,LMNB2,LMNB1,SPRED1,SEPT7,UBE2Q1,LRRFIP1,TOPBP1,YWHAG,USP46,KDM6B,PDPK1,CAD,NAV1,ARID1A,YWHAZ,SENP3,CKAP5,EPN2,EEF1G,SFPQ,VCAN,CREB1,RAP1GDS1,DDX23,DDX21,ATP1A1,ATP2C1,AGPAT4,FAM168B,DNPEP,CAND1,FAM168A,MAT2A,FAM120A,ROMO1,MTA2,RRM2,B3GAT1,ATP2B4,PDE4DIP,SSRP1,NEURL4,FMNL2,PPP2R2C,CDK2AP1,ACIN1,VIM"
+"gene_set_query"	"256"	"ZNF24"	"327.8"	"ARCHS4 Coexpression,476;Enrichr Queries,24;ReMap ChIP-seq,208;GTEx Coexpression,603"	"POP5,GMFB,TFRC,RBPJ,TSKU,LSM10,PSMD8,PPP4R2,DPYSL2,PRKACA,FRS2,DICER1,EML2,RC3H2,BCR,RFX7,PRKAR1A,FEZ1,ZC3H11A,DDIT4,FAR1,RBCK1,CGGBP1,EXD2,UNC119B,SET,TARSL2,MEPCE,ABCB8,HSPH1,RNF215,PIP5K1C,ABCA2,JUN,PRRT2,MRPL27,LARP4,MRPL24,SNUPN,EIF1,MLLT11,EIF5,EIF6,PIGU,KCNC3,SHB,TRIOBP,BBC3,SHF,TRMT112,NIPBL,MRPL40,TUBA1A,MED13,SH3BGRL3,DFFA,DUSP1,ELOVL5,SPHK2,NIPA1,ELOVL6,SIRT6,MRPL48,MED27,DYNLL1,SIRT2,SRP9,CDC42EP4,MED20,PXDN,TMEM106B,ARF5,ERGIC1,SLC29A2,PAFAH1B1,TRUB2,RNASEK,ELOF1,ODC1,CENPB,NRAS,AP2S1,STX2,SAMD1,MBD1,BYSL,NUDT21,CCDC9,ETNK1,TAOK1,SERBP1,YPEL1,PKN1,YPEL3,HDDC2,UBE2D3,YY1,FADS3,SMCHD1,SLK,FNTA,UROD,FADS1,FBXW4,SLC38A1,CISH,VPS33B,PPP1R16A,UBE2E1,PRPF4B,ATP11B,ZBTB34,ZCRB1,ZBTB33,LENEP,MSH6,FRMD5,DMTF1,MAPKAPK2,FSCN1,SRSF3,PKP4,SRSF6,SRSF7,SQSTM1,KPNB1,ARL8B,SRSF9,LRRC59,RNASEH2A,MAZ,IREB2,FBXO44,RAP1GAP,HSP90B1,SOCS2,SNN,G3BP1,ZKSCAN3,G3BP2,SLC38A2,ZKSCAN1,ZBTB17,TIA1,BRPF1,ARPC4,DRAP1,SON,SP3,MDM2,OSBPL1A,ITGB1,HSP90AB1,PTEN,CELF5,ETFB,AP4M1,FSD1L,DGCR8,PMEPA1,SNAP29,ARL5A,ACTR3,HSP90AA1,PPP1R12A,DST,SH2D3C,ATRX,VEZF1,BIRC6,TOP1,BCAT2,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB7,GTF3C4,GTF3C5,ROCK1,MGRN1,PRCC,SRSF1,FURIN,MLLT6,CDC42,NCLN,FCHO1,LRRC8D,FEM1C,LRRC8B,HNRNPA1,SLC25A25,EIF4B,PTPN1,MARCKSL1,PPP1R14B,CIZ1,HNRNPA3,TRIM41,PCDH9,FEM1B,MID1IP1,IMMT,RPL23A,ST7,PDCD4,EIF3E,TRIM33,EIF4A2,AHCYL1,PPAN,JMJD1C,ZDHHC7,THUMPD1,RCBTB1,ACTB,CRKL,OGFOD2,CDC27,KIF21A,SEC62,CCNL1,TMPO,SMARCC1,IMP3,SCAF11,CIRBP,THAP7,CDC37,SUB1,CSNK2B,KCNQ4,STX1A,SLC45A4,DHX9,SDC3,SUPT4H1,PIK3R1,NKAIN2,MBTD1,PCBP4,PCBP1,MIER1,HLTF,HIVEP1,SYMPK,RBM12,SMARCA5,MED13L,WNK1,ID2,CALU,CALM3,FBXL3,CALM1,RGL2,DDR1,TMEM151B,PTPRS,FAM57B,TECR,MRPS12,BMI1,SYNCRIP,AKAP11,NCS1,DHX15,DHX16,NDEL1,CTSB,CAP1,SEC13,PBRM1,ZFR,PRPF40A,GAB2,MRPS7,COMMD7,RAP2A,CSDE1,CANX,UFC1,NCOA7,CRELD1,STK40,GBA,HEATR1,CCDC106,EXOSC9,MGAT3,EPS15,YIPF4,VEGFB,DOHH,VEGFA,MIB1,MAD2L2,KLHL5,HNRNPA2B1,HDGF,SCARB2,DPAGT1,SCARB1,MIDN,UBE3C,ZFAND5,UBE3A,COX6A1,IGF1R,FAM174B,KIF5B,CAPN2,EP300,DENND5A,ARID2,FBXW11,ADAM19,EEF1A1,ADAM15,DDX6,DDX5,DDX1,PDS5B,PDS5A,RTN4,RNASEH1,TBC1D17,QSER1,IVNS1ABP,OST4,PRNP,SYT3,UBE2I,HMGA1,NUP153,KLHL24,AP4B1,QDPR,APPBP2,HOOK2,HOOK1,GNB2,CNTN2,UBA2,STT3B,LSM14A,GSK3B,DDX3X,MAST3,PRKCSH,CHD8,HP1BP3,MAST1,CHD6,PSIP1,CHD4,TRIAP1,HMGB1,RND2,AFF4,PPP1R9B,LMNB1,ABHD16A,BCL7C,RB1CC1,BCL7B,MYO18A,DACT3,RBM17,NUP133,PDPK1,ABHD14B,ABHD14A,GLRX2,YWHAZ,PJA2,LMBRD1,SFPQ,CREB1,TMEM214,CRY1,ZMYND11,SHANK1,DDX21,SLC3A2,RSPH9,CLCN3,CAND1,MAT2A,RBM39,GALNT1,USF2,CLCN6,UFM1,ERCC1,KRAS,SUGT1,VIM,RAN,RPL4,HNRNPU,HNRNPR,SMC3,EPRS,DCAF7,GCSH,PCMT1,MYC,PIP4K2A,IER5,IER2,NUP214,DDX17,NUP210,PRKCD,MED8,CD3EAP,SOX12,GTPBP2,RNF126,DYNC1LI2,WDR82,PRR18,RPL27,RPL29,PI4K2A,NUP205,ANAPC16,RPN2,WDR61,SLAIN1,ARPP19,HIF1A,PRDX2,PRDX5,PPP4C,RAD21,VPS11,LHPP,S100A10,CDK19,JUND,H3F3B,ST13,RDX,IRF2BP1,IRF2BP2,MAD2L1BP,MTHFR,NR1D1,MEX3C,POU6F1,EHD1,SLC6A6,MEX3A,HNRNPK,HNRNPF,SERPINI1,HNRNPC,CPEB4,SMG1,BTG1,CDKN1B,PHF1,CLTC,KRI1,WDR46,TMEM189,UBL3,AIFM1,TRIM2,TMSB4X,GPR137,BRD2,TCF12,COPZ1,ZEB2,LSG1,NSA2,NCOR1,TUBB2A,KIFC2,MTF2,EXOC5,CLDND1,WDR26,SF3B3,TMEM160,TIMM10,HSPA13,TM9SF3,BCLAF1,SCAF8,RNF138,NSD1,PPP1R8,USP1,RPL18,SF3B1,DEDD,SF3A3,KIDINS220,CSNK1A1,NR1H2,PCGF3,GATC,TRMT1,LRPPRC,KTN1,AGBL5,MKLN1,RYBP,NFIB,RLIM,PLP2,FAM49B,ATP8A1,FMR1,BZW1,IPO7,IPO5,PPP1CB,PPP1CC,LAMP2,PAPOLA,ZNF326,SLC39A3,GTF2I,SEMA6B,TPM4,RPS7,USP3,DYRK1A,THOC6,CLIP2,CLIP1,RAB34,NCL,PHIP,TNIK,ADNP,SNRPB,ANKRD17,FKBP2,BRI3,AK1,ANKRD12,UBR3,KRBA1,SCRT2,PITRM1,BTBD1,DVL1,NACC1,PSAP,TPR,UBR5,SKIL,MCL1,ESRRA,OSBPL8,EIF2B3,ANKRD24,TRAPPC9,LSM4,LSM2,MARCH2,CDK9,COPS6,ZFP62,CNOT1,TADA3,RAB5A,SERINC2,RSL24D1,EIF4G2,BCL2L1,SLC48A1,RNF13,MCM7,DUSP12,SART3,ADAMTS3,OPA1,AP1G1,UBTF,TNPO1,TAPT1,PDCD6IP,REXO1,SECISBP2L,ZFP91,SMC1A,YDJC,PTP4A1,PTP4A2,TRAF4,DNAJC6,CTDSP2,POLR1B,MTPN,GTF2A1,HDAC6,DNAJB1,FZR1,CACNG8,HECTD3,CSK,SPAG9,ASCC1,FBXL19,SEMA4B,ADRM1,PTPN11,DNAJA1,KLF6,VAPA,VAPB,POLR3E,PFKP,TPT1,SLC35B2,APP,PANK3,VARS,ZMYND8,PNN,FTH1,DPF1,ARL6IP4,GOLGA7,TBC1D10A,SOX4,MTUS1,TWSG1,VDAC2,AURKAIP1,PFN1,ANP32A,NLK,TMTC4,MYL12B,FXR1,PDCD10,TNRC18,MAP4,RALGDS,GPM6B,VAT1,SNHG1,PUM1,PUM2,STAG2,FUBP1,ANP32E,ANP32B,C2CD2L,ITM2C,HBS1L,TOP2B,HIP1,SLC44A2,XPO1,ZMYM2,PCF11,ZMYM4,GABPA,RAB8A,TOP3B,PARP1,TSC22D1,GP1BB,TSC22D3,RHOF,RAB33A,RHOB,PACS2,HNRNPH1,B3GNT5,FAM20B,WAC,RHOU,HNRNPH3,ALDOA,SLC20A1,ZDHHC20,GDPD5,TRAK2,PPP2CB,AMN1,MAP4K5,MPZL1,MAP4K4,RANBP2,SUZ12,PTGES2,RANBP9,RAB11B,SPCS3,RAB3GAP2,CTNNB1,TRIP12,CAMK1,MPHOSPH8,TOMM6,POGK,NUCKS1,ARID4B,TOMM20,PAIP2B,FPGS,HCFC1R1,COTL1,CHCHD1,TSC1,RSBN1,TMEM135,TBL1XR1,FIZ1,MATR3,ISCU,PXK,ISYNA1,CLEC16A,DTX1,EFNA4,ARHGAP12,MAN2A2,RPRD1A,MARK3,ATP6V1F,BPTF,HSPA9,SMAD2,HSPA8,ACBD5,SMAD4,CPSF7,PNPT1,CBX5,HSPA5,SMURF1,CBX3,NONO,IFT122,SMAD5,AZIN1,NFKBIA,DLG1,EFNA2,DLG5,CAPRIN1,PI4KA,BRWD1,COPE,CREBZF,USP34,HS2ST1,RPS4X,SEPT7,PDE4A,TOPBP1,SCYL2,SCYL1,USP47,JAGN1,H2AFX,ARID1A,SEPT5,CKAP5,SEPT2,DNM1,KLF16,TGFBR1,RABEP1,DDAH2,AKT1S1,LUC7L3,B4GALT5,KDM3B,USP10,TOB1,STRN4,HSPD1,GNA13,FAM168B,MAPK7,LEPROTL1,MAPK1,SPEN,USP24,TMEM30A,BAD,USP21,CYHR1,NAP1L1,DEK,MEIS2,FMNL2,ATP13A2,SSBP2,RBMX,SSBP4"
+"gene_set_query"	"257"	"SOX2"	"328.0"	"Literature ChIP-seq,42;ARCHS4 Coexpression,583;Enrichr Queries,552;ReMap ChIP-seq,104;GTEx Coexpression,359"	"SCOC,IFT172,ITSN1,ALKBH8,NDST1,DPYSL4,CAPNS1,DPYSL5,DPYSL2,DPYSL3,PWWP2A,HIST3H2BA,FNBP4,FNBP1,CACNA2D1,FRS2,RC3H2,ASPHD1,FEZ1,ZC3H11A,DDIT4,SET,CDCA4,PDGFA,BAZ2A,PLA2G6,PIP5K1A,HEXIM1,JUN,JUP,NR2F1,LARP7,BTBD10,PBX1,VANGL2,PKIA,FASN,FAT3,SFXN1,FAT4,PRKAG1,SNX10,SNX11,OSBPL11,BBC3,MED17,SHF,MED14,NEFL,NEFM,DLGAP3,ENOPH1,PCMTD1,APC2,DUSP1,SPHK2,MED26,MED29,DUSP6,PGM2L1,TOMM40L,MED23,SLC7A4,TMEFF1,SLC7A5,MED25,PTRH2,PXDN,CHST1,PAFAH1B3,PAFAH1B1,WRB,URM1,ATL1,SNX27,ADAM23,ZSWIM6,ZSWIM4,JAM3,MBD3,CENPV,GOLM1,DAB2IP,NUDT21,RABIF,CCDC9,SHKBP1,SLMAP,TSR2,PKN1,YPEL5,YPEL4,FRYL,YPEL3,GZF1,TMEM167B,ATN1,MSI1,FBXO22,FADS2,LAPTM4A,POFUT2,UROD,FNTB,ADORA1,MAP3K7,PIAS4,CISH,FBXW7,FBXW9,CNPY2,ATP11A,ZCRB1,SRCIN1,LENEP,PIAS1,MSH6,ACLY,DMTF1,MSH2,SMS,SRSF6,SRSF7,LY6E,KHDRBS1,INO80B,TXNDC9,KHDRBS3,IREB2,FBXO44,SPATA7,CORO1C,RAP1B,SNN,NDOR1,G3BP1,MBIP,SMYD2,BRIX1,IP6K1,ZKSCAN1,RASL10B,HPS3,ARPC5,CORO2B,FBXO31,IBTK,SON,UQCRQ,SP3,ACO2,LRCH4,OGT,NUMA1,PTEN,RLBP1,AP4M1,PGLS,UNC45A,EIF5B,TNFRSF19,ATRX,AHSA1,MSL1,ARL4C,NRG3,PCCB,ETF1,BCAT1,GAPDH,BCAT2,BECN1,PRPS1,UHRF2,SRC,MGRN1,SRI,MLLT3,MLLT6,CCDC85C,U2AF2,PHKG2,TRIM46,FYN,IGF2BP3,IGF2BP2,HNRNPA1,DRAM2,UBQLN4,TRIM44,HNRNPA0,NTRK2,HNRNPA3,MARCKSL1,PCDH9,GPKOW,FEM1A,FEM1B,PCDH7,PCDH8,EIF3M,MYO1B,PINK1,TSPAN13,SYT11,EIF3L,TSPAN18,ST7,BCAR1,SLC23A2,SMARCAL1,NUDT3,ACTB,CRKL,NUDT4,HERC4,OPHN1,TRIM28,SNRPD1,TRIM24,EPC1,TRIM26,EIF2D,EPC2,ATXN7L1,PTGFRN,ATXN7L3,FBXO9,SMARCC1,ARL15,ACTN1,CIRBP,ISLR2,MOGS,ACTN4,CSNK1E,BCS1L,KCNQ2,TRIM13,FLYWCH1,EIF1B,TRIB2,CCDC84,SLC45A4,ADCYAP1R1,DHX8,DHX9,TMEM63C,SLC45A1,SDC3,FBF1,ACTR3B,GSPT1,PGS1,NKAIN1,SYNGR1,HLTF,KCNN1,KCNN2,B4GALNT4,NTNG2,BSDC1,SMARCA2,SMARCA4,EXT1,ZBTB6,CALY,PTK7,ECHDC2,FBXL3,FBXL5,CD200,DDR1,NRP1,COX7B,GRIK5,PAK1IP1,MRPS12,GRIK3,MRPS10,COX7C,AKAP12,SYNCRIP,ACTR1A,ACTR1B,SDF2,GIT1,COX8A,PCYT1B,MRPS24,MRPS23,CACYBP,SREBF2,TOX4,TOX3,RAP2A,RAP2B,KIT,CANX,TAX1BP1,ARHGEF4,PTMA,SLU7,FJX1,DYNC1I2,AHCY,COX5A,GNAI1,NAPG,GNAI2,MGAT3,GABBR1,SORT1,KLHL2,TTC1,PNMA2,COX6C,VEGFA,KLHL5,TTC5,KLHL7,HNRNPA2B1,CACHD1,TCEA1,ZFAND6,ZFAND5,COX6A1,SRP14,CELSR3,IGF1R,NARS,MORC3,TMOD3,TMOD2,CASK,UBE4A,SDHC,POU3F1,POU3F2,POU3F3,DHDDS,EEF1A1,ADAM19,TBC1D24,TBC1D25,PPIH,CARS2,DDX6,DDX5,CACNA1A,CACNA1C,PLD3,CNN3,RAI1,DHRS7B,TBC1D13,TBC1D14,TBC1D17,UBE2F,SYT3,AUTS2,SYT1,UBE2B,CNOT10,SYT7,GNAO1,HOOK2,NASP,HOOK1,MKRN1,GNAS,UBA3,UBE2O,AMOTL2,TCF4,GNB5,TCF3,UBE2K,PHTF2,DYRK3,LDB1,ADAR,RND2,RND3,PITPNC1,PHTF1,LMNB2,LASP1,EEF2K,MYO18A,SUN1,PDPK1,NAV1,NAV2,EPN2,EEF1G,CRY1,NAT8L,CUEDC1,AGPAT5,RRN3,SLC3A2,NT5C2,AGPAT3,AGPAT4,CYTH2,PABPN1,TDG,MKNK1,TRA2B,PTK2B,MTA2,RRM2,SMUG1,UFM1,ERCC1,CARM1,ERCC2,SUGT1,TES,HNRNPU,GPATCH1,HNRNPR,PHB2,GLS,ALCAM,ZMIZ1,CSPP1,VPS36,DDX17,VPS18,PRKCI,WDR74,GTPBP6,GTPBP2,WDR82,VPS28,ASTN1,ANAPC13,LRPAP1,CTBP2,XPA,PHYHIPL,GJC1,FAM171A1,LDHB,LDHD,NUP88,NRBF2,ZSCAN18,FDFT1,NAA50,ICMT,PHC1,PLK2,IRF2BP2,NR1D1,MEX3C,WDR55,EHD1,HNRNPL,MEX3A,PPT1,PAM,PHF3,SETD5,WDR47,GMEB1,BTG1,CDKN1B,PHF20,PHF23,ASH2L,SMG7,UBL5,UBL3,RARS,CIC,JARID2,ZIK1,CEP68,WDR36,TPI1,WDR34,TERF2,WDR33,NCOR2,TUBB2B,NSA2,ZEB2,NCOR1,MTF2,EXOC5,KIFC3,TKT,GAS7,GRAMD1A,ADCY1,FGD1,FGD4,RPS15A,PPP1R7,USP1,CKB,FARP1,CSNK1A1,PCGF2,NR1H2,DEF8,SCAF4,PHF5A,OSTM1,NFIA,NFIB,PLP2,ANKRD13B,CLU,IPO5,TM7SF2,PPP1CC,NRBP2,SALL2,CFL1,GTF2I,TLE4,MAGI1,IFNAR2,KCMF1,TLE3,RAB2B,MAP2K1,USP5,TPM3,USP3,MAGI3,MAGI2,TPM1,VASH2,PYGO2,TOM1L2,ILF3,RAB31,RAB34,FKBP8,SNRPG,AAGAB,PHIP,ADNP,SNRPF,TOX,FKBP4,FKBP3,CSNK1G2,SNRPA,IFNAR1,RAB5B,INSIG1,UBR2,PHB,UBR5,DVL2,PLXNA2,SRGAP3,MCL1,AKIRIN2,AKIRIN1,RAB4A,CCDC12,POLR3GL,TMEM132A,M6PR,BCL9,COPS6,COPS5,DAB1,REEP5,LHX2,COPS2,PDCL,CPE,MAP3K10,CSPG5,CNIH4,BCL2L1,DIDO1,MCM7,WDR1,WDR3,ZC3H3,CEP164,PIK3C2B,PHACTR3,TLK1,PHACTR1,TNPO1,IDH3A,CCDC34,GGPS1,SGIP1,RPL13A,DNAJC7,DAD1,DNAJC6,CTDSP2,POLR1B,LANCL2,HDAC1,EI24,PDHB,TTL,HDAC6,HDAC7,STOX2,DNAJB6,HECTD3,VPS52,RAB24,POLR2E,ASCC2,POLR2J,SMOX,FBXL19,AMFR,FBXL14,FBXL12,ASXL1,TNRC6C,RAB14,VAPA,PSAT1,ASXL3,DOLPP1,POLR3H,CEBPZ,VEZT,TCERG1,ISCA1,PANK3,IFITM2,SLC35B4,ZMYND8,CISD1,CBLB,GBA2,HS6ST1,HS6ST2,TIAL1,RPS14,RPS17,FRAT2,RPS19,FLAD1,RPS18,MAGOH,LONP1,SEPHS1,BTRC,RPS11,TBC1D10B,SRRM4,ARRDC3,IFRD1,METTL3,TIAM1,TWSG1,ZW10,MAGED1,CSTF3,DCUN1D4,MYL12B,UGCG,PDCD10,ZNHIT3,CSTF1,MLEC,GSE1,TNRC18,TRPM7,ARGLU1,RALGDS,VAT1,SLC35E3,PUM1,RPS26,RPS27,FUBP3,RPS29,FUBP1,RPS20,RBAK,RPS21,RPS24,TOP2B,HIP1,CITED2,GFM2,SLC35F2,SLC35F1,SIPA1L2,COIL,SIPA1L1,CHMP1A,TMED1,FEZF2,TMED4,TOP3B,PARP6,ZYG11B,ZER1,PARP1,PPHLN1,PPRC1,ITFG2,MTSS1,MLF2,UGDH,MPND,NOL9,PTN,RFNG,NOL6,CST3,TCEAL8,PPP2CB,UBTD2,MYEF2,MTX1,NFYB,GBF1,LSAMP,XPO7,SORBS1,MPP6,RAB11B,ATAT1,PDP1,HIST3H2A,KBTBD2,NBR1,APBA2,MEGF9,KDM1A,MRFAP1,ARHGDIA,COTL1,NRCAM,LMO1,RALBP1,PHYH,KDM2B,ATP1B2,ATP1B1,SHISA7,RSBN1,MYCN,ZCCHC8,FBLN1,EFNA4,EFNB2,EMG1,EFNB3,UBB,ZMAT2,TCTEX1D2,ZMAT5,LONRF2,BPTF,CPSF4,KLHDC3,CBX5,CBX3,RHBDD2,CBX2,CBX1,IDH2,COQ5,COQ2,CAPRIN1,SKIV2L,ZSCAN2,MUS81,THRA,CBY1,YBX1,CASP9,SPRED2,FLCN,SPRED1,SEPT7,CASP3,MCF2L,SNAPC3,KDM6B,H2AFY,H2AFZ,H2AFX,RPS3A,SEPT3,GAP43,DDAH1,DDAH2,CDH10,AKT1S1,CDH11,CDH13,KDM3A,KDM3B,ETFDH,ATP1A1,FAM169A,THBS3,GNA13,FAM168A,UGP2,GNA11,OPCML,SNCA,KDM4C,SLC4A8,PPP2R2C,PPP2R2B,PPP2R2D,CDK2AP1,MDC1,MT-ND4,EHMT2,UXS1,EHMT1,RBPJ,ZFYVE1,SCAMP5,LSM10,PSMD8,RABGEF1,KRTCAP2,PSMD6,PSMD7,PSMD1,GABARAPL2,MEF2C,DAXX,RBFOX1,RBFOX2,CSNK2A1,RFX3,RFX7,RUFY3,PSME4,TBPL1,SPARCL1,LETMD1,TTYH1,AGAP1,MTMR9,SLCO5A1,ABCB8,MRPL13,OAZ1,GABARAP,HSPH1,PRKAR2A,HMGXB3,MCTS1,CADM3,CADM4,CADM1,CADM2,BBIP1,ERLIN2,MRPL24,EIF1,MLLT11,SETX,MLLT10,UCK2,TDP2,PSMG4,EZH1,GPR19,EZH2,ARF3,GPR27,ARF4,NCAN,HEXB,RPLP1,HEXA,MRPL38,MRPL36,MRPL32,TUBA1C,LMBR1,JPH3,TUBA1A,TMEM43,ELOVL5,ELOVL2,SIRT4,RRAS2,LRRC40,ELOVL6,MRPL45,SRP9,SIRT2,PSMA2,CDC42EP3,PELI1,TUT1,SLC29A1,VAMP2,ARF6,RNASEL,SRRT,SEZ6,RPS27L,TMEM70,GGA2,PSMB7,UNK,BTAF1,CLPTM1,LEO1,SRSF10,EXTL3,MEF2D,SRSF11,NKTR,LRRC28,TMEM60,FABP3,FABP7,UBAP2,HDDC2,CCNT2,UBE2D3,ZBTB22,TSEN2,HDDC3,SMCHD1,ATCAY,SESN1,PMPCB,PIM3,SLC16A2,SLC25A44,AP2M1,PPP1R16B,UBE2E1,SARS,ZBTB34,SAP30,FOXP1,OLFM2,SLC9A6,LIX1,SLC9A8,FSCN1,MAPKAPK5,NSMAF,PFKFB4,RNASEH2A,MAX,PEF1,ARL3,GPR85,STK39,SLC9A1,SOCS2,ATXN2,PORCN,PMVK,STK38,THEM4,LRRC4C,SLC38A2,SOCS7,LRRC4B,TIA1,ZBTB12,EEF2,PTPRD,MFHAS1,GNL3L,PTPRA,TMEM11,MDM4,PIN4,TMEM19,NFE2L1,MDM1,SLC25A1,HSP90AB1,CELF1,COX4I1,SCHIP1,CELF3,POMT1,FSD1L,CAPZB,SUMO1,MDK,SUMO3,SUMO2,PMEPA1,DGCR2,PELP1,HSP90AA1,DST,PEG3,ARNT,VEZF1,VPS37B,RAD23B,PPM1A,PPM1B,NPC1,SNPH,SNURF,PPP1R12B,SLC25A11,SLC25A4,SEC22C,PPP1R15A,PPP1R15B,GTF3C3,NDUFB8,GTF3C4,NDUFB4,MAK16,PRCC,CXXC1,PPM1E,PTPRZ1,SH3BP4,SLC25A23,SLC25A25,ATP9A,SH2B1,CYB5B,SLC12A2,SEC24B,NDUFA4,NICN1,HIP1R,RPL23A,MCOLN1,BAIAP2,ATOX1,P4HB,MDGA1,SLC25A36,EIF4A2,EIF4A1,AHCYL1,TMEM41B,ZDHHC5,PREP,TXNDC12,CCNC,IFI30,CYB5D1,CCAR1,RASSF1,DHX57,CHORDC1,KIF21A,CCNL1,EPHB2,EPHB1,TMPO,CALN1,SLC12A9,EPHA4,ARSA,ST6GAL1,ZFP1,SCAF11,MMD2,ANK2,MIF,ANK3,SFRP1,FNDC4,CD2BP2,ULK1,TAGLN3,CTXN1,MMADHC,GCDH,TMEM87B,FOXG1,PIK3R2,PIK3R1,APH1A,SNX4,SNX1,DHX32,PCBP3,DHX34,LARS,PCBP4,PCBP1,DHX35,TSPAN7,MIER1,DHX37,SCN3A,RAB11FIP4,SEC31A,CTSA,LRRN3,LRRN2,RCC2,ST8SIA2,DCLK2,XRCC1,HSPA12A,DCLK1,ICK,ARMC10,WNK1,ID2,LRRN1,CALM1,CALM2,RCOR2,AARS,PTPRS,GPAA1,PPP1R10,CETN2,CCDC124,SLC7A11,WASL,BMI1,PTPRF,HYAL2,ENC1,NCS1,MLX,REV3L,ARIH2,KIF1B,KIF1A,ARIH1,CTSF,CTSB,ACAD8,CCT3,VKORC1,CCT2,NCOA5,ZFR,COMMD3,ANO6,RGMB,COMMD4,RGMA,ENAH,MN1,G2E3,NCOA7,CRELD1,CD47,STK40,RABGAP1,SATB1,HEATR1,CRIP2,MNT,PAK1,SAMM50,EXOSC4,SERTAD2,CAMK2N1,HSF2,GPC4,EXOSC2,PLEKHA1,MIB2,RSRC2,MIAT,UBE2G2,NPM3,MAD2L2,PER1,CCNG2,NEDD4,FAM171B,DPAGT1,SCARB2,MIDN,KLHL34,CYP46A1,FAM174B,PPME1,KIF5C,PALM,CAPN5,KIF5A,BANF1,ARID2,BAHCC1,RGS9,SH3GL2,RGS6,SLC30A9,TPRA1,LMTK3,LMTK2,WBP11,HNRNPUL2,GEMIN7,RTN3,NDRG4,VCP,TMED10,NXPH3,NXPH4,SLC1A4,NDRG2,RPF2,SUPT6H,RTN4,TAF5L,ENHO,DEAF1,FUT9,KIF3A,NDUFV2,NDUFV1,PRNP,ZFHX2,KLHL26,PHF12,VTA1,HMGA1,KLHL23,CLK4,ANKHD1,RCL1,CLK1,GCLC,APPBP2,PHF13,YWHAE,GSK3A,PRKCSH,CHD6,HMGB3,PSIP1,ATP2A2,ARHGEF10L,HMGB1,CHD2,MEA1,PPP1R9A,YWHAQ,BCL7B,NPTN,YWHAG,GALNT9,RBM14,ARHGEF12,EED,PLA2G4E,DDX56,ABHD14B,ARHGEF18,TBC1D9,ABHD14A,GLRX2,YWHAZ,PJA2,SFPQ,VCAN,RCN2,UBE2R2,NDUFS6,NDUFS5,MVD,INA,DCTN2,DDX24,TGFBRAP1,CRMP1,CSTF2T,MAT2B,HMGCR,ACVR1B,CLCN3,SMNDC1,MBTPS1,TAF13,GALNT2,ATP2B2,SOD2,MAPK10,RPIA,CLCN6,GOLPH3,FAM131B,QRICH1,FAM98A,VIM,MBTPS2,CNTFR,RPL3,CLPB,RPL31,MYT1L,STMN2,STMN3,THYN1,ENO2,RPL9,DCAF4,BACH1,RPL6,RPL7,GPR173,MYC,STMN1,RPL36,DIP2B,IER5,IER2,ANKS1B,MED1,ACOT9,TSPYL1,WSB1,RPL21,PIH1D1,RPL23,RPL22,DAPK3,SOX11,SOX12,DYNC1LI1,TYRO3,RPL27,RPL29,RPL28,DUS3L,TSPYL4,PRR13,CDC42SE1,MAPKAP1,NEDD4L,NOLC1,HIF1A,ABR,PRDX2,RIC8B,PRDX1,CHST10,CDK17,FZD3,RPL41,CDK19,H3F3B,H3F3A,RAB3IP,RDX,MAD2L1BP,MTHFR,PRDX6,GPN1,PRRC2B,PRRC2A,GLUD1,FIBP,SLC6A6,SLC6A8,GIPC1,HBP1,SERPINI1,DUS1L,CDK14,SPEF1,TCF20,ING1,TRIM8,ING4,CSRP2,TMSB4X,TRIM2,SPIN1,RIOK2,IFNGR2,SSR2,ITPK1,TCF12,BACE1,RNF167,MRAS,PCYOX1,PHLPP2,SF3B5,PHLPP1,GPS1,TIMM13,TM9SF4,TM9SF3,RNF138,CHN2,LMAN2,CHN1,RPL15,ANKRD52,BRD8,RPL18,RNF130,RPL17,SF3B1,RPRM,TTC9B,TTC9C,SRP68,BLCAP,ERP44,RYBP,ABI2,MORN4,RLIM,INHA,RNF141,DGKE,ATP8A1,CTNND2,BZW2,ABHD11,CDH2,TUBB3,SMARCAD1,LZTS2,LZTS1,TMSB10,SEMA6C,RPS9,RPS7,RPS8,IGFBP3,GPT2,RPS5,IGFBP2,GTF2F2,RNF40,TRAIP,CTDNEP1,CLIP3,CLIP2,ARMCX1,CACNB3,CACNB4,ZFP41,DGKQ,TNIK,MAD1L1,ANKRD17,CUL5,TNKS,ANKRD11,ITPR1,KLC1,PHF21A,PHF21B,HMBOX1,BAG5,ZFP57,BAG1,NDN,ABL2,ANKRD10,SLC15A4,SKIL,MPDU1,ESRRA,ANKRD34A,ATP8B2,TNK2,ASNS,MARCH6,ADAP1,LSM4,LSM2,YEATS2,CDK5,CNOT3,RNF182,SPIRE2,SPIRE1,IARS,NF2,SERINC5,RNF10,RNF13,ZFP82,SGCE,DUSP12,PSD2,HIF1AN,SLC37A4,GPX4,LIX1L,AMT,RANGAP1,COASY,PTBP2,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,RPL37A,NLGN3,SMARCD1,GTF2A1,NFAT5,NLGN2,WBP1,RPL36A,JAKMIP2,AP3M2,CACNG7,FZR1,RBBP4,RBBP5,MGAT5B,RBBP6,RBBP7,MEST,UGGT1,CACNG4,SPAG9,KCNIP2,SEMA4B,RPL35A,OXR1,TRIT1,PNRC1,PNRC2,KLF7,MARCKS,KLF6,NFASC,IMPDH2,INSM1,CDO1,CUL4B,CMAS,ARL6IP1,DIXDC1,RUSC2,ARL6IP5,ZFPL1,GOLGA7,SOX4,SOX5,AQR,SLC6A15,PTOV1,MTUS1,MRPS18B,RRAGD,BOLA2,CRYZL1,XRN2,VDAC1,EZR,PFN1,LLGL1,BEX4,GPM6A,IGSF8,ANP32A,PDE1B,TEX264,TWF2,NMD3,NUAK1,PATZ1,GPM6B,SNHG1,RABGAP1L,BCL11A,STAM,ZWINT,GADD45G,SRPK1,STAG1,ITM2C,HBS1L,SERP2,UCHL1,KIF13A,PRMT8,TSC22D1,PRMT3,RHOF,RHOA,RHOB,NME1,PRPF18,PACS1,RHOU,SGK1,TOMM40,UQCR11,TRAK1,AKAP1,ANKMY2,SHOC2,CTNNA2,TBL1X,MPZL1,MAP4K4,ARNT2,RANBP6,FAH,MARS,STAC2,CTNNB1,NUCKS1,ARID4B,CHCHD4,TMEM145,CHCHD2,CHCHD3,BASP1,NSF,DSCAM,TOMM34,KCTD2,KCTD3,PDIA6,KCTD6,PDIA4,TMEM135,TMEM136,TBL1XR1,ELMO1,SCG3,FIZ1,RAI14,ATP6V1A,BTF3L4,COX7A2,DTX3,DTX4,STK4,CPLX1,ADIPOR2,CSF2RA,ARHGAP12,PDZD4,ARHGAP20,DPP6,PCSK1N,CASKIN1,OTX1,MYH10,PDZD7,MARK1,SMAD4,ACBD4,WSCD1,PTCH1,DNAJC16,TDRD3,ARHGAP23,NFKBIA,ARHGAP32,DLG1,DLG2,NR4A3,DLG4,TBCE,ACBD3,GRSF1,NFKBIB,ACADVL,ABCD3,NVL,USP33,DOCK7,ELAVL4,SLC2A3,GTDC1,USP39,ELAVL1,ELAVL2,SLC2A8,ALDH2,SPEG,SCYL1,USP46,USP48,RNF208,ARID1A,SENP2,ARID1B,CKAP4,TRNP1,B4GALT6,LUC7L2,B4GALT5,CAMK2B,USP14,POLDIP3,USP10,RGS16,POMP,TOB1,DLL1,NCALD,IGFBPL1,NT5DC2,NCAM1,REPS1,LGI1,SPEN,PTCD1,WTAP,USP22,B3GAT1,PCDHGC3,LCA5,ZFC3H1,HSPE1,USP28,MEIS2,USP29,GDAP2,SPRY2,ABCE1,PDE7A,SSBP3"
+"gene_set_query"	"258"	"RBAK"	"331.0"	"ARCHS4 Coexpression,360;Enrichr Queries,217;GTEx Coexpression,416"	"TRRAP,HNRNPU,SMC5,EPRS,ALCAM,PPP4R2,MYC,PWWP2A,FNBP4,DDX17,WSB1,TSTD2,REV1,WDR75,CD3EAP,DICER1,RC3H2,FAM133B,RFX7,ZC3H11A,DDIT4,PSME4,ALG10B,POM121,NUP205,GABARAP,LARP1,BLOC1S1,RAD21,PIP5K1A,SERF2,EDEM3,PRPF38B,JUN,UPF3B,PRRC2C,FAM136A,LARP4,PHC3,MEX3C,HBP1,CDK13,CEP57,PHF3,SETD5,SMG1,PIGU,SETD6,CLTC,TCF20,NIPBL,FAM102B,MED13,TRIM2,SH3BGRL3,APPL1,WDR36,SHPRH,NSUN2,TET2,SLC39A10,BAZ1B,PGM2L1,GNL3,MED23,PHF20L1,SIKE1,MTF2,PXDN,TMEM106B,WDR26,RNASEK,USO1,FAM117B,TM9SF3,BCLAF1,NRAS,SCAF8,BTAF1,NSD1,TMEM68,MFN1,USP1,RICTOR,ZSWIM6,RABAC1,SF3B1,SRSF11,NKTR,USP9X,LRPPRC,WDR11,KTN1,MKLN1,ABCB10,RYBP,ETNK1,TAOK1,SERBP1,RLIM,PKN1,ANKRD13C,CCNT2,CSE1L,LTN1,UBP1,IPO7,IPO5,SLK,ZFP30,PAPOLG,SMARCAD1,MAP3K7,SLC25A46,GTF2I,BIVM,SLC38A1,USP7,SUPT16H,ANKRD49,DYRK1A,PRPF4B,ATP11B,THOC2,ZBTB33,LEMD3,FOXP1,MSH6,DMTF1,PHIP,SRSF6,ANAPC1,KPNB1,ANKRD17,ANKRD12,IREB2,UBR4,ARL2,UBR3,TARS,LIN7C,TPR,UBR5,G3BP1,SLC38A2,SKIL,ZKSCAN1,OSBPL8,TIA1,API5,ZBTB11,CNOT6,IBTK,CNOT1,TADA3,SP3,NF1,TADA1,IARS,OGT,CELF1,DUSP12,OPA1,AP1G1,UBTF,TLK2,TNPO1,PPP1R12A,DST,DIS3,ATRX,VPS13A,ZFP91,RAD23B,PTBP2,PTP4A3,CTDSP2,POLR1B,IMPAD1,BIRC6,BDP1,SOS1,NFAT5,PPP1R15B,GTF3C3,GTF3C4,UHRF2,ROCK1,ROCK2,SRSF1,ABLIM1,HECTD1,KRIT1,FEM1C,UGGT1,EIF4B,NOP58,HNRNPA3,FEM1B,PTPN11,OXR1,TRIT1,ASXL1,APC,SNRNP48,EIF3E,TRIM33,SLC25A36,EIF3A,EIF3B,TCERG1,PANK3,JMJD1C,CISD2,CCNC,GCC2,THUMPD1,CCAR1,TIAL1,PNN,CDC23,EPC2,EIF2A,TMPO,ARRDC4,SRRM2,SMARCC1,COG3,ARRDC3,IFRD1,AKAP9,HECA,FAM76B,ANKRA2,MACF1,TMEM161B,PAXIP1,DHX9,DCUN1D1,BRCC3,PIK3R1,MBTD1,UGCG,SPAST,DHX33,LARS,DHX36,TRPM7,HIVEP2,RBM12,ZBED4,ZRANB2,SS18L1,RCC2,INTS2,SMARCA5,PUM2,MED13L,CCDC88A,ZBTB6,ZZZ3,STAG2,FUBP3,WNK1,NDUFAF3,NOL11,ITM2C,TOP2B,AHCTF1,CITED2,SLC7A11,SYNCRIP,AKAP11,ZMYM2,XPO1,GUK1,ZMYM4,ZMYM6,DHX15,REV3L,UBXN4,PSENEN,PRPF40A,MLF2,RHOB,NFX1,CSDE1,CANX,G2E3,PABPC1,ZDHHC20,HEATR1,NOL8,UQCR11,ARNTL,MAP4K5,EXOSC2,SUZ12,RANBP2,MON2,PLEKHA1,RYK,MTX3,HUWE1,MIB1,PRPF39,XPOT,CCNG2,HNRNPA2B1,RAB3GAP2,TRIP12,OTUD4,NDUFA11,UBE3C,ARID4A,ARID4B,NUCKS1,TOMM20,PPIP5K2,KIF5B,ARID2,MORC3,UBE4A,KCTD3,MATR3,PPIG,ZCCHC8,DDX6,PDS5A,PRPF8,RPRD1A,QSER1,BPTF,IVNS1ABP,PRNP,SMAD4,NUP155,CBX3,NUP153,TBCB,KLHL24,CLK4,SMAD5,GCLC,EFNA2,HOOK2,CCPG1,HOOK1,CAPRIN1,JMY,PHF14,UBA2,STT3B,BRWD1,COPE,CREBZF,GSK3B,RBM25,RBM26,DYRK2,DDX3X,DDX46,PRKCSH,USP32,CHD8,USP34,CHD6,DDX42,CHD4,YBX1,AFF4,LMNB1,HS2ST1,MFSD8,SPRED1,CASP3,RB1CC1,TOPBP1,SCYL2,USP47,USP48,PDPK1,DDX55,OXSR1,CKAP5,LATS1,SFPQ,NUP50,LUC7L3,NAA38,NUP54,KDM3A,GOSR1,DDX21,AGPAT1,HSPD1,MAPK8,TDG,TRA2B,FAM120A,NAA25,MAPK6,TTC14,ARFGEF1,USP24,KDM4C,NAP1L1,DEK,SSRP1,SLC4A7,RPS6KB1,ACIN1,ATP13A3,TAF2,TAF1"
+"gene_set_query"	"259"	"RORB"	"331.3"	"ARCHS4 Coexpression,380;Enrichr Queries,423;GTEx Coexpression,191"	"ARL6IP1,MYT1L,STMN3,ENO2,SCAMP5,ALCAM,DPYSL2,DPF1,DPYSL3,AKT3,KIF21A,BSN,ANKS1B,SOX5,EPHA5,DDX17,EPHA4,EPHA7,MEF2C,RBFOX1,UNC13A,WSB2,SLC6A17,CACNA2D1,ACSL6,ANK2,SOX11,ANK3,MAPK8IP2,ANK1,GABRG2,STX1B,SFRP1,PRKAR1B,RUFY3,HECW1,SPARCL1,TAGLN3,STX1A,PFN2,ASTN1,GPM6A,NECAB1,NRN1,TSHZ3,FOXG1,STXBP1,CEND1,PHYHIPL,AGAP1,PIK3R1,NLK,KALRN,ABR,SYNGR1,FLRT2,PCBP4,TSPAN7,CHST10,RIMKLA,SCN3B,RIMKLB,ATP6V1C1,JUN,CADM3,PRRT2,MAGEE1,CADM1,CADM2,IQSEC1,BCL11A,PLK2,ST8SIA3,NR2F1,DCLK2,MYO5A,HSPA12A,PBX1,DCLK1,SNAP91,CCDC88A,ID2,CALM3,FAT3,FBXL2,SERPINI1,CALM1,CDK14,ARF3,GABRB3,ROBO2,GABRB2,CSRNP3,TMEM151B,NCAN,GRIK5,DIRAS1,DIRAS2,SLC35F1,SLC7A11,ROBO1,SERP2,JPH4,TRIM9,JPH3,PCLO,AKAP11,TRIM2,ENC1,NCS1,IDS,DLGAP1,KIF1B,KIF1A,SYP,SYN1,DUSP6,MLF2,CNKSR2,ARHGEF9,RAP2A,ZEB2,VSNL1,MPPED1,KIT,PXDN,CHST1,MAPT,PLCB1,SGK1,VAMP2,GAS7,PAFAH1B1,NAPB,SATB1,ATL1,SATB2,ADAM22,SNX32,AKAP6,ADCY1,PTN,CUX2,CAMK2N1,CHN1,SLC17A7,CTNNA2,PAK3,RUNX1T1,ARNT2,GABBR2,WDR17,GABBR1,SPRYD3,ATRNL1,GABRA3,LSAMP,SORBS2,PNMA2,NMNAT2,GRIN1,VEGFA,MORN4,NFIA,ABI2,NFIB,TTC3,FAM171B,APBA1,PKN1,MEGF8,CDK5R2,CDK5R1,FAM49A,RAB3C,RAB3A,ATP8A2,CTNND2,SLC8A1,RPH3A,RIMS1,RIMS4,ATCAY,CDH2,KIF5C,BASP1,KIF5A,PALM,NRCAM,STK32C,SH3GL2,PPFIA2,CHRNB2,LMO4,IGFBP3,TMOD2,MAGI2,TBR1,ATP1B2,ATP1B1,RUNDC3A,POU3F2,CLIP3,OLFM1,PREPL,SCN8A,SCG3,WDFY3,TOX,ABCG4,GRIA2,RTN3,BRSK1,NDRG4,BRSK2,KHDRBS3,RTN1,ARL3,NTM,TMEM59L,ABHD8,LPL,CACNA1A,CABP1,CPLX2,CPLX1,FBXO41,RTN4,EFNB2,ARHGAP21,FUT9,KIF3A,CASKIN1,PLXNA2,ATP6V1H,PLXNA1,CAMTA1,KIF3C,LRRC4C,RAB6B,LONRF2,PLXNA4,LRRC4B,ANKRD24,SYT1,SLC4A10,CRIM1,BTBD9,CORO2B,GNAO1,PTPRD,ARHGAP32,LRFN5,DLG2,NR4A3,HOOK2,NBEA,NSG2,LHX2,HOOK1,DLG4,GNB1,CNTN1,CPE,MAP3K10,CSPG5,PIN1,SNAP25,RNF11,DOCK3,CNRIP1,CELF2,ELAVL4,CHD6,RND3,ELAVL2,NRGN,NGRN,DUSP12,GRM5,LRRTM2,GDAP1L1,PSD3,PDE4B,WDR7,ERC2,SULT4A1,EDIL3,YWHAH,SVOP,DST,SGIP1,PDE4D,SECISBP2L,RNF208,SEPT5,DNM1,PJA2,SEPT3,GAP43,VCAN,PTP4A3,DDAH1,NRG3,SNPH,DNAJC6,CDH11,DCX,FAM84A,CDH13,NAT8L,MET,CAMK1G,CAMK2B,NLGN1,STOML1,PPM1L,CLEC2L,NRXN1,RGS16,CXXC1,ATP1A3,NRXN2,NCALD,ADD2,CACNG7,GNG3,FAM168A,PTPRZ1,SLITRK1,SV2A,MGAT5B,SPOCK1,NCAM1,SNCB,ATP9A,OPCML,CLASP2,TUB,LINGO1,NTRK2,SLC12A5,SGTB,PCDH9,NEGR1,PCDH7,NTRK3,B3GAT1,CADPS,NAP1L2,CCK,ATP2B2,MEIS2,NELL2,MAPK10,FAM155A,NFASC,PDE10A,GLRB,PPP2R2C,APC,SYT11,PPP2R2B,FAM131B,SPRY2,R3HDM1"
+"gene_set_query"	"260"	"SNAPC4"	"331.5"	"ARCHS4 Coexpression,46;Enrichr Queries,87;ReMap ChIP-seq,183;GTEx Coexpression,1010"	"TDRKH,MDC1,MAPKBP1,MT-ND4,CHIC2,SLC4A1AP,TFRC,IFT172,PSMD9,LSM11,CAPNS1,RAVER1,DPYSL3,PSMD3,PSMD1,AKT1,FNBP4,GABARAPL2,RFX1,PRKAR1B,EWSR1,ZC3H11A,RUFY3,DDIT4,ORAI2,JTB,RBCK1,ATF4,SF1,SLBP,TTYH3,MEAF6,SAR1B,MEPCE,AAAS,CYB5R4,RHOT2,LARP1,RDH11,VTI1B,B3GALNT1,CADM3,JUN,PRPF38A,NCAPH2,EIF2AK1,EDEM2,PBX2,SNUPN,EIF1,CS,MLLT11,FASN,SFXN1,DZIP1,EZH2,LRSAM1,PIGQ,PIGP,MED16,UPF1,LRRC45,SPHK2,NSUN2,SIRT4,MED27,MED26,PGM2L1,MRPL44,SLC7A5,MED25,PXDN,SLC29A1,PAFAH1B3,VAMP2,ELOF1,WRB,SRRT,SNX32,SLC7A1,MRPL54,CENPB,GGA1,BTAF1,PSMB2,TCOF1,MFN1,FLNA,NKTR,EGLN1,MBD3,EGLN2,UTP3,GOLM1,MBD1,SAMD4B,SNX21,GATAD2A,SKI,ABCB10,TAOK3,MYBBP1A,PSMC4,TAOK2,PKN1,AGRN,CRLF1,FBXO28,PDCD5,ATN1,LTN1,CASC3,YY1,STK11,UROD,RUVBL2,FBRSL1,PMPCA,FADS1,PIAS4,PPP1R16B,SH3GLB2,PCYT2,ANAPC7,VPS33A,CNPY2,POLRMT,ATXN2L,OLFM1,ACAP3,MRTO4,SRSF2,FSCN1,SRSF6,SNRNP200,SQSTM1,KPNB1,ANAPC2,PFKFB2,LRRC59,INO80E,PFKFB3,IREB2,MAZ,SPATA7,SBNO2,NDOR1,STK36,G3BP1,EIF4EBP2,THEM4,E4F1,IP6K2,NOP14,BRPF1,NOP16,ODF2,FUS,EEF2,SON,SH3BP5L,UBLCP1,TUBGCP4,LRCH4,ZNF512B,ALAS1,POMT1,AKAP8L,ARRB2,FSD1L,PPP6R1,PPP6R2,SUMO2,MRPL9,TRIM67,PELP1,EIF5A,ARNT,ACTR8,DDOST,ARFGAP1,QTRT1,GIGYF1,PPP1R12B,SEC22B,PPP1R12C,PPP1R15A,GTF3C1,PRPS1,GTF3C2,FOXK2,KATNB1,LENG8,FURIN,MLLT1,MLLT6,SLC25A27,ZNRF1,GANAB,NCLN,FCHO1,U2AF2,PHKG2,IARS2,FEM1C,SLC25A22,UBQLN4,SH2B2,SLC12A2,NOP56,NOP58,CIZ1,MCOLN1,HNRNPAB,CABLES2,ATOX1,DBNDD1,CDKN2AIPNL,EIF3G,EIF3C,EIF3B,CERK,PPAN,ZDHHC8,CDC23,TRIM28,DHX57,CCNL2,KIF21B,ATP6V1E1,ATXN7L3,ARL10,ATP6V1G1,SMARCC1,IMP3,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,CDC37,ULK1,CTXN1,CCDC82,TRIM11,KCTD15,TBC1D9B,SLC45A1,FBF1,UBE2J2,DHX30,SNX1,COMMD9,DHX34,DHX35,DHX37,SYMPK,DHX38,HIVEP2,RAB11FIP3,ATP6V1C1,INTS1,SURF2,RCC2,SMARCA4,AIMP2,INTS7,SUGP2,FBXL6,PTPRS,FKBP15,FAM57B,MRPS12,AATK,NAT10,MIA3,NAT14,PTMS,SYNCRIP,SDF4,QSOX1,GIT1,NDEL1,PABPC4,MINK1,MRPS7,SREBF2,GAK,RAP2B,PITPNM1,CANX,FAM32A,FAM193B,FAM193A,ARHGEF2,FJX1,DBN1,PCNA,DOT1L,HEATR1,DERL1,HSD17B4,CCDC107,NAPG,PES1,HSF1,SCAND1,MGAT2,RAE1,MAP3K3,DYNC1H1,SPRYD3,PNPLA8,MIB2,HUWE1,MYO9B,PER1,BOP1,KLHL8,TTC3,ESYT2,HDGF,PNPLA6,PRDM8,NUP188,UBE2Z,PHRF1,ACRBP,CELSR3,KHSRP,CAPN5,SBF1,PPFIA3,SH3GL1,MORC3,ZGPAT,FBXW11,ATAD3A,HNRNPUL1,EEF1A2,WDFY1,RTN2,PSMD12,KLHL17,CACNA1A,SUPT6H,TAF5L,RAI1,IRAK1,TBC1D16,BCL9L,PRNP,ZFHX2,KLHL26,CCDC136,SUPT5H,HIGD2A,PAN2,RCL1,HOOK2,HOOK1,GNB2,STT3A,UBA1,TAB1,TCF3,UBE2M,RBM25,GSK3A,PODXL2,DDX46,ZMYND19,PRKCSH,CHD6,CHD4,CHD3,USE1,AFF4,TMEM191C,PITPNC1,LMNB2,LMNB1,CABIN1,PPP1R9B,BCL7C,RB1CC1,TIMM17A,ARHGEF11,RBM14,PDPK1,CAD,DDX54,GLRX2,PEX6,TBC1D7,DDX25,GOSR2,DDX21,SLC3A2,DNPEP,MTA1,PABPN1,MAT2A,TAF1C,TMEM205,TAF1A,MTA2,FBRS,PDLIM7,TTC14,TAF15,EYA3,LRWD1,SSRP1,USF1,CLCN7,GLB1,ERCC1,CARM1,ASB6,ACIN1,ERCC5,VIM,RBM45,TRIO,TRRAP,ARPC5L,HNRNPU,STMN3,GPATCH4,EPRS,PHB2,RPL9,GCSH,ZMIZ1,ZMIZ2,MYC,STMN1,LUC7L,RPL35,IER2,NUP214,MECR,TSPYL1,WSB1,NUP210,PIH1D1,WDR74,CD3EAP,SCRIB,GTPBP4,HCFC1,WDR81,GPR161,TARS2,PRR12,TSPYL4,PRR14,CDC42SE1,POM121,ANAPC16,NOLC1,LDHA,NUP85,CEP70,RRS1,PLCG1,FDFT1,BTF3,WDR59,SETD1A,IRF2BP1,PRRC2C,IRF2BP2,MEX3D,PRRC2B,PRRC2A,HNRNPL,SLC6A6,HNRNPM,DUS1L,OGFR,GMEB1,ELL,DENND1A,SMG7,KRI1,PFAS,WDR43,SMG5,RARS,GPR137,RRP12,CIC,RRP15,GARNL3,BRD2,AEN,GNL3,HADHB,NCOR2,HADHA,AFTPH,KAT2A,INF2,GART,GAS8,SF3B2,WDR26,RPL12,WDR24,FGD3,BCLAF1,PPP1R7,SLC17A7,BRD8,ANKRD52,BRD4,SF3A1,SF3A2,BRF1,WDR18,TRMT1,SCAF1,MZT1,XAB2,ANKRD13C,PHLDB1,ATP8A1,RAB3D,RNF19B,IPO4,EDC4,LAMP1,LZTS2,TMSB10,PCDHAC2,MEN1,TLE4,BIVM,MAP2K2,USP5,VRK3,GTF2F1,THOC5,GTF2F2,RNF40,ILF3,NCL,RAB35,FKBP8,NHP2,FKBP4,CSNK1G2,IFNAR1,GLYR1,DNMT1,BRI3,ANKRD11,UBR2,STIP1,KLC2,PITRM1,NACC1,DVL1,BTBD2,SAFB2,ABL1,PLXNA1,MAP2K7,MAP2K6,WDTC1,AP1M1,EIF2B3,SEC16A,TNK2,TMEM132A,ASNS,TOR1B,CHERP,LRFN4,REEP5,COPS2,LRFN1,CNOT3,PLEKHM2,PLXNB2,PLXNB1,CNIH3,CNIH4,RNF187,EIF4G1,DIDO1,MCM7,RNF14,CEP164,PTPN23,DUSP12,PTBP1,SART1,GM2A,SNRNP70,RNPEP,WDR5,UBTF,TNPO2,REXO1,ELAC2,RPL13A,EDF1,REXO2,RANGAP1,TSN,COASY,NIPSNAP1,PTP4A2,TRAF7,DALRD3,TRAF4,CTDSP2,POLR1B,POLR1C,CCDC43,SSX2IP,ALDH9A1,EI24,HDAC7,DCAF15,FZR1,HECTD1,POLR2A,HECTD3,RBBP5,DNAJB9,POLR2I,ADSS,CCDC71,SLC35A4,ASCC1,FBXL19,CCDC59,DDHD2,RPL35A,ENOX1,ASXL1,RAB12,IMPDH2,MGAT4B,POLR3F,INSM1,CMAS,VARS,CISD1,PWP2,RAPGEFL1,NFU1,RPL36AL,DAG1,LONP1,LONP2,RPS11,SOX4,SRRM2,COG6,SLC6A15,MAPK8IP3,GRWD1,TTLL12,TELO2,RTEL1,TWF2,NMD3,LIAS,PTDSS2,PRRC1,PDCD11,TNRC18,ARGLU1,SNHG1,PTPRN2,STK11IP,KLHDC8B,STAM,PUM1,UBAC2,RPS27,RPS29,ANP32E,ADCK5,BAP1,TECPR1,CDS2,ITM2C,GFM1,DAZAP1,SRA1,PRPF19,RPTOR,PARP6,TMED9,PARP1,PRMT2,PARP2,ZDHHC13,PPRC1,LIME1,MLF2,PACS2,RHOU,SGK1,AKAP8,NOL9,UQCR11,NOL6,AMN1,HIRA,UBTD2,APBB3,SLC31A1,AP3D1,RSL1D1,SPCS2,HIST3H2A,MARS,MEGF8,KDM1A,SPPL2B,CWC27,TOMM20,TMEM145,ARHGDIA,AZI2,TSC2,NOSIP,KCTD3,PUS7,KCTD5,SHISA7,DAP3,FAIM,PXN,TMEM59L,NOP2,CLEC16A,PRPF8,EMG1,EP400,SUDS3,MYH10,MARK2,HSPA9,CPSF7,CPSF1,IDH1,DNAJC11,IFT122,TBCB,EFNA2,SKIV2L,CLASRP,ACBD3,USP35,GPSM1,USP36,KDM5C,NVL,YBX1,PKD1,SEPT9,SNAPC2,ZC3H7B,USP42,PCDHGA4,H2AFX,PPP2R5D,ARID1A,CKAP5,SENP3,KLF16,DNM2,IGDCC4,AKT1S1,DNLZ,PFDN1,THOP1,PFDN5,B4GALT7,LUC7L2,POLDIP3,WIZ,USP19,STRN4,PPP2R3C,FAM120A,PTCD3,NEGR1,ATP13A1,DLK2,NEURL4,RPS6KB1"
+"gene_set_query"	"261"	"TFCP2"	"333.7"	"ARCHS4 Coexpression,338;Enrichr Queries,97;GTEx Coexpression,566"	"RPL4,MDC1,TFRC,HNRNPU,PHAX,HNRNPR,EPRS,SMC3,ALKBH8,RPL7,DPYSL2,MYC,DPYSL3,STMN1,DDX17,MED1,MEF2C,CSNK2A1,RPL22,CD3EAP,WDR75,SCAMP1,GTPBP4,HCFC1,ARMC1,WDR82,RFX7,DDIT4,ATF4,UNC119B,NUP205,SET,NOLC1,COPS7A,LDHB,HSPH1,LARP1,PRDX1,RAD21,JUN,JUND,PHC1,LARP7,PBX2,PBX1,MLLT10,HNRNPM,VANGL2,HNRNPK,EIF6,FASN,HNRNPD,HNRNPC,SETD5,PIGU,DIS3L,CTCF,SMG7,OSBPL11,PHF6,PHF8,MED14,ATIC,RIOK2,JARID2,DFFA,TCF12,SLC39A10,ELOVL6,BAZ1B,DUSP6,SIKE1,NCOR1,TUBB2A,MED20,MTF2,PXDN,TCP1,EXOC4,KIFC3,GART,USO1,BCLAF1,PPP1R8,CKB,SRSF10,SF3A1,BRF2,STAT2,ELP3,WDR12,GTF2H5,LRPPRC,GATAD2B,NUDT21,LYRM2,NFIA,NFIB,APEX1,SERBP1,CCDC6,GOPC,PKN1,FAM49B,CSE1L,UBP1,CASC3,IPO7,IPO5,PPP1CC,SALL2,RUVBL1,PAPOLA,KPNA3,FADS1,SLC25A46,GTF2I,SUPT16H,USP7,UBE2E1,ATP11C,PGD,MSH6,ACLY,MORF4L1,ILF3,MSH2,MSH3,NCL,FSCN1,SRSF3,ADNP,SRSF7,CSNK1G2,KPNB1,ANAPC1,FKBP5,GLYR1,ANKRD17,KHDRBS1,CUL5,CBFB,MAX,STK39,NTPCR,SOCS2,STIP1,ATXN2,PITRM1,ORC3,G3BP1,G3BP2,EIF4EBP2,SLC38A2,API5,FUS,TRAPPC5,ASNS,ZBTB12,CNOT7,SLC7A6OS,CNOT1,NFE2L3,EIF4G3,NFE2L1,LMBR1L,HSP90AB1,CELF1,ZFP82,DUSP12,OPA1,NOB1,VPS72,UBTF,EIF2B1,TNPO3,BCAS3,ACTR2,HSP90AA1,VBP1,PLRG1,SMC1A,TSN,DDOST,PTP4A3,CTDSP2,POLR1B,C1D,CCDC43,BCAT1,NFAT5,WBP4,SRSF1,SRR,ABLIM1,RBBP5,U2AF2,PHKG2,POLR2D,FEM1C,IGF2BP3,HNRNPA1,EIF4B,UBQLN2,HNRNPA0,RNF20,NOP56,PTPN1,NOP58,HNRNPA3,MARCKSL1,SSB,RPRD2,HNRNPAB,KLF6,VAPB,PSAT1,EIF3L,IMPDH2,EIF3E,TRIM32,POLR3K,EIF3A,METAP2,APP,ZMYND8,FCF1,CISD2,ACTB,UBE2L3,CRKL,TRIM28,DENR,SEPHS1,GLUL,SOX4,TMPO,SRRM2,SMARCC1,ACTN1,SLC11A2,NIF3L1,CARHSP1,XRN2,GUF1,HECA,KCTD18,ANP32A,DHX9,CSTF3,BRCC3,PIK3R1,RPAP3,NLN,UGCG,SPAST,DHX33,LARS,PCBP2,RBM12,NUS1,RCC2,PAICS,PUM2,SMU1,AIMP1,ZBTB6,ZZZ3,WNK1,FUBP1,ID2,NDUFAF3,LRRN1,RCOR2,ITM2C,HBS1L,DAZAP1,CCDC127,CITED2,MRPS12,OLA1,NAT10,BMI1,ZCCHC14,SYNCRIP,XPO1,ZMYM3,OTUD6B,DHX15,MRPS27,PARP1,TSC22D1,PRMT3,ZFR,MRPS7,MLF2,ENAH,HNRNPH1,PABPC1,HNRNPH3,SGK1,DOT1L,CUX1,SCAND1,CCT8,GPC4,CCT4,NPM1,NFYA,NFYB,CRIPT,RPA1,XPO7,VEGFA,KLHL9,KBTBD4,XPOT,HNRNPA2B1,CACHD1,AGGF1,COPG2,TARDBP,DBR1,KDM1A,NUCKS1,UBE3A,UBE3B,CWC27,IGF1R,BASP1,KHSRP,CHCHD7,EP300,KDM2B,APLP2,EEF1A1,HNRNPUL2,RPL7L1,MATR3,DDX6,NDRG3,COX15,BTF3L4,NDRG1,PRPF8,RPRD1A,QSER1,BPTF,SMAD2,DARS,HSPA8,PRNP,UBE2H,SMAD4,CBX5,NUP155,HSPA5,HSPA4,VTA1,NONO,CBX1,AZIN1,CLK2,EFNA2,HOOK2,NASP,HOOK1,CAPRIN1,GNB1,UBA3,TCF3,GRSF1,SAE1,LSM14A,UBE2K,GSK3B,RBM26,DDX3X,DDX46,ASNSD1,PRKCSH,CHD6,DDX42,PSIP1,HMGB3,CHD4,YBX1,LMNB1,RPS4X,TOPBP1,RBM14,NCBP2,PDPK1,RBM18,H2AFX,CAD,SAFB,YWHAZ,CKAP5,EEF1G,SFPQ,RABEP1,CREB1,CAT,CRY1,AGPAT5,USP14,PARG,KDM3B,DCTN4,DDX21,CSTF2T,HSPD1,DNPEP,MAT2A,DROSHA,MAPK1,SPEN,PTCD2,TAF15,NAP1L1,DEK,SSRP1,MEIS2,ACVR2A,TEF,ERCC8,ACIN1,FAM98B,VIM,PDE7A,RAN"
+"gene_set_query"	"262"	"PBX3"	"333.8"	"ARCHS4 Coexpression,220;ENCODE ChIP-seq,28;Enrichr Queries,426;ReMap ChIP-seq,94;GTEx Coexpression,901"	"TFRC,POP4,ITSN1,TBK1,DPYSL4,DPYSL5,DPYSL2,DPYSL3,AKT3,FGFR1OP2,GPBP1,ANKFY1,PWWP2A,PRKACA,PRKAB2,CXADR,FNBP1,CACNA2D1,DDIT3,FEZ1,DDIT4,UNC50,JTB,FAR1,ATF4,SF1,TSTA3,EXD2,CDCA4,SAR1B,MEPCE,PRPSAP1,RHOT2,HEXIM1,JAG2,JUN,JUP,NCAPH2,NR2F1,EIF2AK3,PBX1,TBL3,VANGL2,FASN,PKIA,NMT1,SFXN3,PKIG,PRKAG1,BBC3,DDA1,MECP2,SMPD1,APC2,DUSP1,SPHK2,SLC39A13,BAZ1B,MED29,DUSP6,TOMM40L,PGM2L1,DDB1,MED23,MED22,SLC7A5,TMEFF1,MED25,PXDN,PAFAH1B3,PAFAH1B2,LIN37,GSTP1,URM1,NIP7,ATL1,WRB,ATL2,SNX32,NOC4L,SPOP,ZSWIM6,RICTOR,ZSWIM4,ZSWIM5,EGLN2,MBD6,CRBN,ABCB10,CCDC9,SNX17,SLMAP,SHKBP1,TAOK2,PKN1,YPEL5,YPEL4,FRYL,SLC27A1,ATN1,LTN1,MPV17L2,CASC3,FBXO22,FADS2,LAPTM4A,UROD,FADS1,PIAS4,FBXW4,BNIP3L,PCYT2,DGAT1,STX7,CNPY2,CNPY3,POLRMT,FBXW2,LENEP,ATXN2L,ACLY,MSH2,SMS,SRSF2,SRSF4,LY6H,SRSF7,ARL8B,INO80B,INO80E,KHDRBS2,ZC4H2,UAP1,CORO1B,HSP90B1,EIF1AD,RAP1A,NDOR1,MED30,G3BP1,PGK1,BRIX1,IP6K1,NEK9,TMEM120B,FUS,TMEM120A,STYX,FBXO31,UCKL1,DRAP1,LRCH2,UQCRQ,SP3,LRCH4,OGT,ITGB1,ALAS1,AKAP8L,PTEN,ETFB,AP4M1,TRIM67,EIF5A,UNC45A,ACTR3,BCAS3,ACTR2,DHPS,RABGGTA,MSL1,ARL4C,ATRN,TMBIM4,BCAT1,GAPDH,SRF,SRSF1,LENG8,MLLT1,SRM,SRR,ZNRF2,U2AF2,FYN,IGF2BP3,E2F4,HNRNPA1,HNRNPA0,NOP56,MARCKSL1,TRIM41,FEM1B,PCDH7,HNRNPAB,GSTZ1,NAGK,CDKN2AIPNL,TSPAN18,EIF3G,TRIM35,STUB1,ATXN10,TRIM32,PPAN,ACTB,CRKL,HERC3,TRIM28,SNRPD2,HERC1,SNRPD1,CCDC97,EPC1,PTGFRN,ATXN7L2,ATXN7L3,EIF2A,ATP6V1G2,SMARCC2,ARL15,ACTN1,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,MFSD10,SNHG12,TRIM13,FAM76B,FAM76A,TRIB2,KCTD15,NUMBL,GIPR,MYCBP2,FBF1,CEND1,KALRN,TTBK2,MBTD1,NKAIN1,HLTF,DECR2,SMARCA1,SMARCA2,IFFO1,EXT1,CDC16,NDUFAF3,CALR,NOL11,CD200,FBXL6,MON1B,NRP1,DHRS13,CSRNP2,CSRNP3,HIBADH,MRPS11,MRPS12,NAT14,PTMS,PPP3CA,MAP1LC3B,ACTR1B,RAC3,NANS,COX8A,MRPS26,PCYT1A,MRPS23,PRPF40B,TFB2M,SREBF2,APRT,CTTNBP2NL,RAP2B,SLTM,CANX,ARHGEF1,TAX1BP3,PTMA,DYNC1I2,MRPS33,GBA,COX5A,RELA,OS9,ORMDL3,MGAT2,DYNC1H1,MAP3K3,SPRYD3,SORT1,VEGFB,VEGFA,YIF1B,BOP1,HNRNPA2B1,TTC3,TCEA2,PNPLA6,OTUD5,SRP19,CRTC2,NARF,NUP188,ZFAND3,ZFAND5,UBE2Z,CELSR3,ACTG1,IGF1R,EEF1B2,PCID2,CASK,POU3F1,POU3F2,POU3F3,DHDDS,COX6B1,EEF1A1,EHBP1L1,TBC1D24,WDFY1,PPIB,PPIA,TBC1D19,NDUFB10,DDX1,CACNA1A,CACNA1C,CACNA1H,PLD3,SHARPIN,RNASEH1,TBC1D17,UBE2H,UBE2I,AUTS2,UBE2B,PCIF1,MANBAL,HOOK2,UBE2S,HOOK1,GNB2,CNTN1,MKRN2,IFT27,UBA2,CNTN2,AMOTL2,GALK1,UBE2M,MXD4,PHTF2,CUEDC2,TAZ,RND3,LMNB2,LMNB1,RND1,LASP1,TMEM223,GDAP1L1,GET4,SUN2,ATP6AP1,PDPK1,DCAKD,ATP6AP2,CAD,NAV1,NAV2,SYNGR3,EPN1,EEF1G,EEF1D,ACOX1,CUEDC1,OTUB2,SFSWAP,SLC3A2,AGPAT1,RNF4,RNF5,CYTH2,GNG3,GNG2,CAND1,TMEM203,MKNK2,DROSHA,PTK2B,MTA2,RRM2,USF2,CDK11B,GALE,ERCC1,ERCC2,POLE3,RRP1,ARPC5L,WDR83,HNRNPR,SLC4A3,ELK1,PHB2,GLS,ALCAM,CNST,ZMIZ1,AP1S2,AP1S1,VPS35,ARMC9,WDR74,GTPBP6,GTPBP1,WDR81,DAAM1,TARS2,NUP98,VPS28,ANAPC16,GNS,ANAPC11,GJC1,LDHB,LDHA,FAM171A2,BLOC1S1,FDFT1,ST3GAL3,DMPK,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3C,WDR55,EHD1,HNRNPL,GNPTG,SQLE,HNRNPK,MEX3A,HNRNPF,MMS19,HNRNPC,CEP57,PYGB,WDR47,BTG1,CDKN1B,PHF23,SETD7,GPT,ASH2L,WDR45,PHF6,WDR46,SMG6,MTG1,RARS,TIMP2,PLEKHN1,CIC,JARID2,TPI1,NUTF2,WDR34,FAM126A,WDR35,COPZ1,ZEB2,KAT2A,NSA2,TUBB2B,NCOR1,TUBB2A,MTF2,PLEKHO1,NFIX,WDR24,ADCY5,FAM129B,ARFRP1,SCAF8,RPS15A,USP1,RRP36,DEDD,RUNX1T1,KIDINS220,NR1H2,SYVN1,SCAF1,MKLN1,NFIA,NFIB,PLP2,ANKRD13B,RAB3C,RAB3A,UBP1,PARK7,AUP1,IPO4,TM7SF2,EDC4,PPP1CC,IPO9,LAMP1,CFL1,PLS3,HMGN3,PLEKHJ1,SLC39A3,TLE4,MAP2K1,TPM4,USP5,USP3,TPM1,MAGI2,DYRK1B,TRAFD1,PGD,NRBP1,PYGO2,TOM1L2,RAB31,RAB34,DMWD,PGP,FKBP8,AAGAB,PHIP,TOX,FKBP3,CSNK1G1,SNRPB,FKBP2,RAB5B,BRSK2,RAB5C,CCDC24,INSIG1,SLC38A10,SCRT2,DDRGK1,DVL1,DVL2,PLXNA2,DVL3,MCL1,EIF2B4,UVRAG,EIF2B3,EIF2B2,RAB4B,SEC16A,TRAPPC5,OSBPL2,NSG1,SCRT1,COPS4,REEP1,COPS3,COPS6,LRFN4,NBEA,NSG2,PLXNB2,CNIH2,MCM7,ZC3H4,ZC3H3,LBH,AP1G1,SNRNP70,UBTF,WDR6,CEP170,PLEKHG2,SECISBP2L,RPL13A,EDF1,TSN,DNAJC2,DNAJC7,CTDSP2,DNAJC9,CRK,HDAC2,RAB1B,CEBPG,HDAC7,DNAJB2,DNAJB1,STOX2,POLR2A,DNAJB5,VPS53,VPS52,POLR2E,POLR2H,POLR2I,JAZF1,POLR2L,IDH3G,CCDC59,TPRKB,FBXL16,MTOR,ASXL1,DNAJA1,RAB10,VAPA,POLR3B,DOLPP1,POLR3D,ASXL3,DRG2,POLR3K,TPT1,SLC35B2,TCERG1,VEZT,PANK2,HDAC10,HDAC11,CBLB,PDCD2L,PNN,RPS16,RPS19,KAT5,RPS18,FLAD1,RPL36AL,LONP1,RPS11,SEPHS2,TBC1D10A,TBC1D10B,ARRDC4,COG8,SRRM4,ARRDC1,CPT1C,MAPK8IP3,POR,ATP6V0D1,OBSL1,RTEL1,MAGED1,DCUN1D4,CHTF8,ATP6V0A2,VAT1,SYNRG,SLC35E3,KLHDC8B,RPS26,ADCK5,RPS20,RNPS1,RPS21,C2CD2L,GFM1,UBXN1,HIP1,CITED2,GFM2,ZFAND2B,SPPL3,LIMD2,ROBO1,DNER,TMED2,RAB8A,RALGPS1,PSD,PSENEN,TOP3B,ZER1,PARP2,STRADA,ZDHHC13,LIME1,ITFG2,MTSS1,MLF2,UGDH,HNRNPH1,HNRNPH3,CSTB,PTGER1,RFNG,PTN,TYMP,AMN1,CHRAC1,MYEF2,MTX1,NFYB,MTX3,GBF1,SORBS2,RAB11A,RAB11B,ATAT1,KBTBD4,COPG2,MEGF8,MPHOSPH8,MEGF9,NDUFA11,KDM1A,NDUFA12,NDUFA10,ROGDI,PAIP2B,ARHGDIA,FPGS,COTL1,NRCAM,LMO1,TRAPPC2L,LMO4,NOSIP,ACYP1,ATP1B1,TUFM,HGS,XPR1,IDI1,RPS19BP1,NOP2,CLEC16A,PRPF8,EFNB2,EMG1,UBB,TCTEX1D2,BPTF,CPSF4,KLHDC3,CPSF7,CBX5,CBX4,CPSF1,CBX3,CPSF2,COQ7,EFNA2,CAPRIN1,CHMP2A,DYNLRB1,SAE1,BRWD1,LRP10,COPE,MUS81,KDM5B,KDM5C,CBY1,YBX1,SEPT9,FLCN,SNAPC2,PPP2R5E,SNAPC4,KDM6A,KDM6B,MAPK1IP1L,AKTIP,H2AFX,PPP2R5B,H2AFV,OXSR1,SEPT2,DNM2,SEPT3,GAP43,RABEP1,DDAH1,DDAH2,TRAPPC6B,AKT1S1,DNLZ,TERF2IP,TMEM9,HAGH,KDM3A,PDXP,ATP1A3,NRXN2,THBS3,NXF1,MAPK9,MAPK8,SAP30L,GNA11,GNA12,BUB3,MAPK6,KDM4A,QPCTL,RPS6KB2,RBMX,TDRKH,MDC1,MT-ND4,ARAF,EHMT1,PSMD8,RABGEF1,SAMD14,PSMD4,IGLON5,PSMD3,TMEM8B,MEF2A,DAXX,MEF2C,RBFOX2,STARD7,NGDN,RFX1,EML1,SCAMP3,SCAMP2,MYL6,PSME3,RUFY3,PSME4,PSME1,PSME2,ABCB6,MRPL18,MRPL16,COPS7B,ABCB8,COPS7A,AGAP3,AAAS,MRPL12,MTMR4,OAZ1,GABARAP,MRPL20,AMZ2,PUSL1,RHBDL1,PRRT2,CADM1,MRPL28,NETO2,MRPL24,MRPL21,EIF1,MLLT11,MLLT10,EIF5,TMEM9B,EZH2,LRSAM1,PIGU,PIGO,RPLP1,HEXA,RPLP0,MRPL38,MRPL39,MRPL37,MRPL34,AACS,MRPL33,TRMT112,TUBA1C,TUBA1A,MRPL40,FASTK,RPLP2,APPL1,LYPLA2,LRRC45,ACTL6B,ACTL6A,MRPL49,SIRT4,SIRT7,MRPL48,MRPL46,SIRT2,MRPL53,CDC42EP4,CDC42EP3,TMEM106B,TUT1,PGAM5,SLC29A1,VAMP2,ARF6,LRRC14,RNASEK,SRRT,RPS27L,HTT,TMEM70,GGA2,GLRA2,UNK,PSMB3,FLNA,RABAC1,MEF2D,YKT6,LRRC24,MDH1,STAT2,GATAD2B,GATAD2A,TMEM60,SPSB3,UBE2D2,ZBTB22,YY1,STK11,ATCAY,RUVBL2,SCMH1,OSBP,RUVBL1,PIM3,SLC16A2,SLC38A1,IK,VPS33A,UBE2E3,PPP1R16A,FOXP1,RBX1,ACAP3,OLFM1,ACAP2,FRMD5,TXLNA,FSCN1,SQSTM1,KPNB1,RNASEH2C,PFKFB4,RNASEH2A,PEF1,MAZ,UBFD1,LRRC55,SOCS2,ATXN2,THEM4,E4F1,SLC38A2,TIA1,GOT1,GFPT1,EEF2,PTPRD,GNL3L,AAK1,MDM2,TUBGCP5,PIN1,NFE2L1,MDM1,HSP90AB1,CELF2,CELF3,CELF4,CELF5,MRPL4,NGRN,MDK,PMEPA1,DGCR8,HMG20A,MDP1,PELP1,VBP1,SH2D3C,VEZF1,RAD23A,RAD23B,GIGYF1,SLC25A19,BIRC6,PPP1R12B,SLC25A11,PPP1R12C,AHDC1,PPP1R15A,RNFT2,GTF3C2,PPP1R15B,GTF3C3,SEC23A,NDUFB7,GTF3C5,PPM1L,FOXK2,ZBTB45,HSD17B12,PPM1D,CXXC4,LRP6,GANAB,SLC25A28,SLITRK1,SLC25A22,AAMP,ATP9A,BEND5,SH2B1,CYB5B,NDUFA9,PPP1R14B,MMAA,MBOAT7,NDUFA2,MBOAT2,RPL23A,BAIAP2,MCOLN1,TPD52L2,NELL2,NOVA2,CCM2,P4HB,EIF4A2,EIF4A1,CCNK,CCNI,JMJD1C,THUMPD1,TXNDC16,NUBP2,CYB5D1,TXNDC17,OGFOD2,KIF21A,CCNL2,KIF21B,SLC12A6,EPHB2,EPHA4,EPHA7,ST6GAL2,PAQR4,ENTPD4,SCAF11,ENTPD6,NSMCE2,NSMCE1,ANK3,ULK3,ULK2,CD2BP2,TAGLN3,CTXN1,PIK3R3,PIK3R1,PCBP4,DHX35,PCBP1,PCBP2,ERI3,SURF6,HIVEP2,RCE1,SCN3B,SCN3A,SNX5,SURF1,INTS1,SURF2,INTS3,ST8SIA2,DCLK2,DCLK1,ICK,ID2,INTS5,PAF1,INTS4,CALM3,CALM1,RGL2,CALM2,RCOR2,AARS,TMEM151B,USPL1,FAM57B,GPAA1,PPP1R10,TECR,PTPRO,AP2A1,PEPD,SPTLC2,ENC1,MLX,SSSCA1,KIF1B,ARIH1,CCT3,VKORC1,CCDC112,STARD3NL,MMD,ANO8,COMMD1,COMMD6,MRPS7,RGMB,TMEM150C,ENAH,MN1,CRELD1,GLCCI1,DBN1,SATB1,STX16,STX18,DERL2,CCDC107,CCDC106,MNT,ARVCF,EXOSC4,SERTAD4,CAMK2N1,HSF1,GPC2,CCT7,PAK3,PLEKHA5,TMUB1,RPA1,UBE2G1,NPM3,NLE1,PPP1CA,TMUB2,FKBP1A,PER1,ZDHHC9,DPY19L3,GPAM,CSDC2,CCNG2,DPAGT1,MIDN,PHRF1,KIF5C,BANF1,PPFIA2,ZGPAT,ADPRHL2,ATG9A,LMTK2,WBP11,HNRNPUL1,TMX2,FAM173A,GEMIN7,VCP,RTN1,KLHL17,KLHL12,NDRG1,RTN4,DEAF1,KIF3A,CAMTA1,CYC1,KIF3C,BCL9L,IVNS1ABP,OST4,PRNP,ZFHX2,KLHL25,PHF12,CRIM1,HMGA1,KLHL23,SUPT5H,SSH3,CLK1,PAN2,STT3A,CYCS,LSM14A,YWHAE,RBM28,GSK3B,GSK3A,PRR7,RBM25,DDX49,DDX46,PRKCSH,CHD8,CHD6,ILK,ATP2A2,CHD3,DDX41,CHD2,MEA1,SOBP,PPP1R9A,AFF4,PPP1R9B,YWHAQ,UBE2Q2,NUP62,MLST8,RBM14,HSDL1,EED,BUD31,GLRX5,UTP18,PJA2,CREB3,VCAN,SFPQ,NDUFS8,RCN2,IRF3,NDUFS7,UBE2R2,PEX3,TBC1D5,NDUFS3,NAA38,NDUFS1,INA,IRF9,DCTN5,DCTN4,CRMP1,HMGCR,PARL,HMGCL,DNPEP,RAB40C,MAT2A,TAF1B,BMS1,PDLIM7,RBM39,TAF13,TAF10,MIIP,ATP2B4,PDAP1,CHFR,ACVR2A,RPIA,MAPK10,MAPK11,CLCN6,PNKD,SBK1,FAM131A,RBM42,TAF6,FAM98B,VIM,R3HDM1,RAN,RPL4,RPL5,CNTFR,TRIO,RPL3,STMN2,STMN3,STMN4,ENO2,RPL8,DCAF5,GABPB1,FNBP1L,DCAF4,BACH2,DCAF7,MYC,STMN1,FDXR,RPL36,RPL35,RPL38,PIP4K2B,MPV17,IER5,IER2,WSB1,PIH1D1,RPL23,DAPK3,CD3EAP,SOX11,SOX12,CLPX,NISCH,RNF126,SARNP,RPL26,RPL28,RNF121,PRR13,RPN2,MAPKAP1,NEDD4L,NOLC1,HIF1A,PRDX3,PRDX2,PRDX5,PPP4C,RIC8B,CHST15,BRAP,FZD3,JUND,H3F3B,ST13,RDX,H3F3A,MTHFR,PRRC2A,FIBP,NPLOC4,H2AFY2,GIPC1,OGDH,CDK10,HBP1,DUS1L,CDK16,CPEB4,CLTC,ADO,TRIM8,CSRP2,CHL1,TMSB4X,TRIM2,ENSA,GPR137,AP3S2,AP3S1,EMD,BRD2,ZC3H10,NUDC,SSR4,TCF12,NUDT16L1,RNF167,RNF165,RPL10,RPL12,GPS1,RPL11,TIMM13,GPS2,TMEM160,TMEM169,LMAN2,ANKRD54,RPL13,RPS2,RPL18,SF3A2,BRF2,AGK,NMNAT2,BLCAP,LRPPRC,TM9SF1,XAB2,ABI2,MORN4,TRMT6,TUSC2,ABHD12,CDH2,TUBB3,MACROD2,LZTS2,MAF1,TMSB10,RPS9,RPS7,RPS5,IGFBP3,IGFBP2,AIP,CTDNEP1,ARMCX4,ARMCX1,NCL,PHPT1,CUL7,CD151,ANKRD16,ABHD2,ANKRD11,ABHD8,AK2,KLC1,PHF21A,PHF21B,STIP1,KLC2,PITRM1,BTBD2,PSAP,ABL1,NDN,SLC15A4,SKIL,WDTC1,MPDU1,ESRRA,ANKRD27,MARCH9,LSM4,ZZEF1,LSM2,CDK9,MARCH2,CDK5,CDK4,CNOT1,ZFP62,MAFG,NF1,NF2,DHCR7,CNOT8,EIF4G2,LMBR1L,RNF13,TRADD,PTPN23,SGCE,PTBP1,RPL7A,DUSP12,SIN3A,PSD3,GPX1,GPX4,ELAC2,LIX1L,ZFP91,REXO4,PTP4A1,PTP4A3,DALRD3,ASPH,TRAF4,EIF4E2,RNF31,NFAT5,SMARCD2,GTF2A2,RNF34,WBP1,WBP4,JAKMIP2,AP3M2,DCAF15,CACNG7,CACNG8,HIRIP3,PUF60,RBBP7,DCAF11,UGGT1,SPAG9,SPAG7,ADRM1,PTPN11,CUL4A,RAD52,MARCKS,KLF6,IMPDH2,MGAT4B,INSM1,METAP2,APP,ARL6IP1,RUSC2,RUSC1,GOLGA1,ARL6IP4,KIFAP3,SOX4,NFKBIL1,BOLA1,MRPS18B,PTOV1,RECQL,JMJD8,JMJD6,CARHSP1,RRAGC,CRYZL1,PFN1,AURKAIP1,LLGL1,PFN2,BEX4,GPM6A,NECAB3,TMEM161A,BEX1,TSHZ3,TRMT2A,TMTC4,NUAK1,INPP5K,SCAI,SNHG1,BCL11A,CCDC88A,ANP32E,TMCC2,ITM2C,DAZAP1,GDI1,GDI2,MYL6B,VLDLR,EPM2AIP1,UCHL1,SERP1,ZMYM2,ZMYM3,GUK1,PCF11,ZMYM4,ZMYM5,MAP4K2,ATP6V0B,TSC22D1,PRMT1,NME3,RHOF,RHOB,PRPF18,RPUSD1,PACS1,MPPED2,MAPT,ALDOA,SGK1,KPTN,ATP6V0C,AKAP8,AKAP1,ARNTL,RBM15B,CUX1,TBL1X,CTNNA2,LCMT1,MPZL1,RANBP2,RANBP1,RANBP3,RYK,CTNNB1,PRPF31,TRIP12,CDK5R2,TOMM5,CDK5R1,TOMM6,GOLT1B,HDLBP,ARID4A,NUCKS1,CHCHD2,BASP1,CHCHD7,POGZ,APLP1,TSC1,KCTD2,KCTD3,KCTD5,PDIA6,PDIA4,DPM2,SPNS1,ELMO2,FIZ1,STAM2,ISCU,RAI14,DTX3,DPP3,CASKIN1,DMAP1,MARK4,MYH10,ANKZF1,PDZD7,SMAD2,HSPA8,ACBD5,ACBD4,HSPA5,SMURF2,ASPSCR1,DNAJC14,SMAD5,AZIN1,NFKBIA,ARHGAP33,RALYL,NR4A3,DLG4,TBCE,NFKBIB,USP36,ACADVL,USP32,ELAVL4,USP39,ELAVL1,ELAVL2,ELAVL3,TMEM101,FLOT1,PDE4A,MAN2C1,USP30,SCYL1,KLF13,CTPS2,RNF208,ARID1A,KLF16,TRNP1,B4GALT7,TSEN34,HCN3,TM2D2,POMP,MTIF2,U2AF1L4,RMND5B,TFPT,IGFBPL1,NT5DC3,PDE6D,NCAM1,ABCF3,CLASP2,PTCD1,WTAP,USP20,NEGR1,BAD,B3GAT3,HAGHL,MEIS2,GDAP1,NAP1L4,NEURL4,BAX,SPRY2,SSBP1,SSBP2,SSBP3"
+"gene_set_query"	"263"	"ZBTB41"	"334.7"	"ARCHS4 Coexpression,290;Enrichr Queries,264;GTEx Coexpression,450"	"NCKAP1,SCOC,GMFB,TFRC,STMN2,HNRNPU,ENO2,FNBP1L,EPRS,GLS,RNF112,SAMD14,ALCAM,IGLON5,DPYSL2,AKT3,RPL36,CHGB,RBFOX2,TSPYL1,RBFOX3,WSB2,CACNA2D1,CD3EAP,HCFC2,SCAMP1,RC3H2,GPR162,RNF126,DAAM1,RFX7,PRKAR1A,ZC3H11A,RUFY3,RUFY2,DDIT4,FAR1,RPL29,UBA52,SAR1B,OAZ1,MTMR7,SSR1,RHBDL1,EDEM3,CADM3,JUN,FZD3,PRRT2,NDFIP1,IRF2BP2,PHC3,PBX1,MLLT11,FAM135A,CDK14,PAM,DZIP3,CPEB4,PHF3,GABRB2,SMG1,KCNC1,CLTC,SHF,PCMTD2,TRIM9,NIPBL,FAM102B,MMP24,MED13,CHL1,TRIM2,TRIM3,SPIN1,GARNL3,PCMTD1,TET2,SLC39A10,ASH1L,PGM2L1,SRP9,PHF20L1,TMEM33,PXDN,TMEM106B,EXOC5,VAMP4,WDR26,ADAM22,HSPA13,BCLAF1,CHN2,RICTOR,RPL18,ANKRD50,RUNX1T1,ATAD1,SF3A2,KIDINS220,CSNK1A1,NMNAT2,SYNJ2BP,KTN1,NFIA,ABI2,NFIB,ETNK1,TAOK1,ZYX,YPEL4,RAB3C,CCNT2,TUSC3,SLC8A2,PPP1CB,RIMS1,SMCHD1,ZFP30,SALL2,SLC39A9,CFL1,BIVM,RPS9,MAP2K2,ANKRD46,RALGAPA1,ATP11B,DISP2,MORF4L1,OLFM1,CACNB4,DMTF1,MADD,PHIP,CSNK1G2,SNRPB,TNKS,INSIG1,ANKRD12,UBR3,KLC1,LIN7C,ORC4,NEUROD2,IGSF21,KLC2,TPR,ABL2,SRGAP3,SLC38A2,SKIL,ZKSCAN1,OSBPL8,GFPT1,MARCH6,PTPRD,CNOT6,IBTK,NBEA,SP3,NF1,CPE,SPIRE1,SERINC1,TUBGCP4,MAP3K12,SNAP25,PTEN,DUSP12,FSD1L,SCRN1,CAPZB,PPP6R1,PSD3,CEP170,TNPO1,EID2B,TRIM67,DST,ATRX,LANCL1,VPS13A,PTBP2,PTP4A1,PIK3CA,CTDSP2,SOS1,SEC22B,SSX2IP,TRABD,PPP1R15B,GTF2A1,NFAT5,ROCK1,ROCK2,TULP4,CXXC4,RAB21,DCAF15,STOX2,HECTD1,FCHO2,TRIM46,POLR2E,FEM1C,CSK,ATP9A,BEND6,SLC12A5,NDUFA5,FEM1B,CDC42BPA,OXR1,KLF7,KLF6,APC,ASXL3,VPS41,POLR3F,EIF3G,TRIM33,SLC25A36,CBLN1,EIF4A2,VEZT,SLC35B4,LPGAT1,PANK3,JMJD1C,GCC2,RPS15,KIF21A,BSN,TRIM23,CALN1,ARRDC4,SRRM3,SRRM4,ATP6V1G2,ARRDC3,ANK2,ANK3,TIAM1,STX1B,AKAP9,RRAGD,HECA,FAM76A,PFN1,PFN2,BEX1,STXBP1,TWF1,PIK3R1,KALRN,SYNGR1,PCBP4,PCBP1,HLTF,B4GALNT1,TRPM7,STXBP5,HIVEP2,ST8SIA3,SMARCA5,MICAL2,SNAP91,CCDC88A,ZZZ3,STAG2,WNK1,ITM2C,PCSK2,TOP2B,AHCTF1,TMEM151B,CSRNP3,DIRAS2,GRIK2,SLC7A11,PCLO,AKAP11,XPO1,ZMYM2,REV3L,KIF1B,TMED7,RALGPS2,NCOA2,ZYG11B,AP3B2,ITFG1,CNKSR2,RNF144A,ENAH,G2E3,ICA1L,NOL4,GNAI1,CAMKK2,GNAI2,APBB1,PAK3,EPS15,PURG,RANBP2,DYNC1H1,MYEF2,PNMA2,MYO9A,MPP6,MIB1,KLHL9,CCNG2,TTC3,RAB3GAP2,FAM171B,FAU,SCARB2,CRTC1,ARID4A,ARID4B,NUCKS1,UBE3A,CELSR3,TMEM145,PPIP5K2,KIF5B,SH3GL2,PPFIA2,TMOD2,ADAM11,TTC7B,KCTD2,KCTD6,RSBN1,PREPL,TBL1XR1,SCN8A,SCG5,MATR3,WDFY3,SCG3,ABCG4,XPR1,ATP6V1A,BHLHB9,NDRG3,RTN1,NTM,BTF3L4,CACNA1B,CACNA1A,TOR1AIP2,PDS5B,ARHGAP12,ARHGAP21,GRK6,RPRD1A,PDZD7,QSER1,IVNS1ABP,SYT4,KLHL24,UBE2W,HOOK2,HOOK1,JMY,CNTN1,BRWD1,LRP11,PHTF2,PRKCSH,USP33,MAST1,USP34,CHD6,PPP1R9A,PKD1,AFF4,ELAVL3,SPRED1,MAN1A2,MCF2L,RB1CC1,GALNT9,ARHGEF12,PDPK1,PJA2,TGFBR1,DNM2,DNM3,CREB1,ALS2,TRAPPC6B,CDH10,RASA1,ZMYND11,NAA20,NRXN2,CLCN3,ADD2,MAPK9,SPOCK1,RALY,OPCML,CLASP2,TTC14,ARFGEF1,PCDHGC4,USP22,ATP2B2,ATP2B1,GDAP1,SLC4A7,MAPK10,FAM131C,FAM131B,RGS11,ATP13A3"
+"gene_set_query"	"264"	"ZNF627"	"334.7"	"ARCHS4 Coexpression,96;Enrichr Queries,380;GTEx Coexpression,528"	"RPL4,RPL5,SMC3,EPRS,FNBP1L,RPL9,BACH2,RPL7,CAPNS1,MPRIP,DPYSL5,DPYSL2,MYC,ZMIZ2,DPYSL3,FAM110B,STMN1,AP1S2,AKT1,PRKACA,IER2,DDX18,WSB1,CXADR,RPL22,RFX3,CD3EAP,SCRIB,SOX11,DAAM1,RFX7,IFT81,DDIT3,FEZ1,RUFY3,DDIT4,PRR12,ALG10B,SF1,FLII,XPC,ATXN7L3B,FAM160B1,PPP3R1,LARP1,PIP5K1C,JUN,CDK19,FZD3,H3F3B,PLK2,IRF2BP2,PBX2,ERLIN2,PHC3,PRRC2A,MLLT11,HNRNPL,H2AFY2,HBP1,FXYD6,CPEB4,CEP57,PHF3,ARF3,OGFR,SETD2,PIGU,BTG1,CDKN1B,SMG5,MED17,MRPL42,NIPBL,TUBA1A,CIC,UPF2,UPF1,SHPRH,HSBP1,LRRC49,WDR35,DUSP6,SRP9,SLC7A5,TUBB2B,TUBB2A,INF2,CDC42EP3,PXDN,MTF2,RAPGEF1,PAFAH1B3,ERGIC1,ATL1,WRB,FAM117B,CENPB,PAPSS1,FGD4,SCAF8,BCLAF1,TMEM169,USP1,MFN2,FLNA,ZSWIM6,RPL15,SF3A1,ELP2,SCAF1,BLCAP,GATAD2A,SKI,MORN4,NFIB,TAOK2,NUCB1,PKN1,YPEL5,CEP120,LTN1,NUDT11,IPO8,LAMP1,CDH2,TUBB3,SESN1,HMGN2,USP8,SUPT16H,SLC38A1,ANKRD46,IGFBP3,UBE2E3,F2R,ATP11C,ZBTB34,MSH6,BSCL2,CTDNEP1,MORF4L1,RAB35,MAPKAPK2,SRSF3,PHIP,ADNP,SQSTM1,CSNK1G2,GLYR1,ANAPC2,KHDRBS1,LRRC59,INO80E,PFKFB3,RAB5C,INSIG1,STK39,SAV1,ORC5,SOCS2,SBNO2,MED30,UBR5,ESD,DVL1,NACC1,ZKSCAN3,SLC38A2,ZKSCAN1,IP6K2,MCL1,WDTC1,OSBPL9,ESRRA,TIA1,ASNS,MARCH6,REEP1,SH3BP5L,ZFP62,SP3,PLEKHM2,RSL24D1,NFE2L1,EIF4G1,WDR1,TRO,DUSP12,SART1,METTL14,SART3,SIN3A,PPP6R1,SNRNP70,UBTF,PMEPA1,CEP170,IQCB1,REXO1,DIS3,VBP1,ARNT,VEZF1,RAD23B,ZFP90,DDOST,ARFGAP1,PTBP2,TRAF7,PTP4A3,SYF2,CTDSP2,POLR1B,DNAJC5,BDP1,PPP1R12C,PPP1R15A,RNFT2,GTF2A1,HDAC2,UHRF2,RAB1B,CXXC1,LENG8,FURIN,PPM1D,JAKMIP2,DNAJB1,GANAB,U2AF2,KRIT1,FEM1C,SMARCE1,SLC12A2,MARCKSL1,RPL35A,OXR1,EIF3M,KLF6,TSPAN13,MGAT4B,EIF3H,EIF3E,P4HB,PPIL4,FCF1,ZDHHC5,THUMPD1,ZDHHC8,CDC23,LONP1,EIF2D,EPC2,ATXN7L3,SOX4,ARRDC4,SRRM2,AQR,ZFP1,SCAF11,ACTN1,ARRDC3,IFRD1,CIRBP,MOGS,ACTN4,TRIM13,FAM76B,HECA,TAGLN3,ANKRA2,EIF1B,PFN2,BEX4,BEX1,MAGED1,PIK3R4,PIK3R3,TMTC4,APH1A,UGCG,NUAK1,SNX2,MIER1,SEC31A,INTS1,BCL11A,ST8SIA2,GADD45G,STAG1,ZZZ3,STAG2,ID2,FBXL3,MAGED2,CD200,ITM2C,NRP1,CSRNP2,DAZAP1,CSRNP3,CITED2,PTPRO,PRPF19,XPO1,ZMYM5,SDF4,GABPA,RSPRY1,TSC22D1,TSC22D3,MINK1,PRPF40A,MTSS1,CTTNBP2NL,MLF2,RHOB,POC5,MPPED2,NCOA7,SGK1,MAGEH1,SATB1,GNAI2,HIRA,NFIL3,CUX1,CTNNA2,SUZ12,NPM1,MON2,RYK,RSRC2,SORBS2,MYO9B,MIB1,KLHL9,ATAT1,CCNG2,KLHL7,TTC3,TCEA1,RAB3GAP2,HDGF,PNPLA6,GRINA,ARID4B,IGF1R,ARHGDIA,CWC22,SBF1,ATP1B1,EEF1A1,HNRNPUL1,HNRNPUL2,EHBP1L1,WDFY1,CHMP4B,PPIG,ZCCHC7,IDI1,RTN1,YTHDC1,PXN,BTF3L4,NDRG1,SUPT6H,EFNB2,IRAK1,GRK6,MYH10,MARK2,BCL9L,PRNP,SMAD4,ECD,KLHL24,CLK4,DNAJC18,NFKBIA,H1F0,EFNA2,APPBP2,HOOK2,HOOK1,GNB2,JMY,GNB1,BRWD1,LRP10,LSM14A,ZSCAN2,KDM5B,KDM5C,GSK3A,DYRK2,PRKCSH,CHD6,ELAVL4,SLC2A3,YBX1,RND3,PPP1R9B,SENP6,SENP7,SEPT9,LASP1,ZC3H7A,YWHAQ,ZC3H7B,HSDL1,KLF13,PDPK1,PDE4D,TBC1D9,RPS3A,DDX50,KLF16,DNM2,PJA1,LATS1,CREB1,RCN2,RASA1,TERF2IP,NUP54,INA,LUC7L2,KDM3A,PARN,RBM4B,CRMP1,HMGCR,ATP1A1,TOB1,GNG2,TAF1A,MKNK2,FAM120A,FBRS,CLASP2,DEK,GDAP1,MAPK10,CARM1,ACIN1,SSBP2,RBMX,TAF2,TAF1"
+"gene_set_query"	"265"	"ZNF248"	"335.0"	"ARCHS4 Coexpression,72;Enrichr Queries,428;GTEx Coexpression,505"	"ATF2,GMFB,MYT1L,STMN2,HNRNPU,STMN4,ENO2,FNBP1L,GPR173,RNF112,ALCAM,DPYSL4,DPYSL5,DPYSL2,MYC,AKT3,FAM110B,STMN1,LUC7L,PRKACB,ANKS1B,MEF2C,RBFOX1,RBFOX2,WSB1,RBFOX3,RFX3,CD3EAP,SOX11,SOX12,NISCH,EML5,GPR162,IFT81,FEZ1,RUFY3,RUFY2,DDIT4,HECW1,CTBP1,NEDD4L,PHYHIPL,OAZ1,MTMR7,RNF215,RHBDL1,ZSCAN18,JUN,FZD3,PHC1,PRRT2,NDFIP1,CADM1,CADM2,PLK2,L1CAM,PBX1,POU6F1,MLLT11,LAS1L,PKIA,FXYD6,DZIP3,PIGU,KCNC1,SHF,PCMTD2,TRIM9,MMP24,TUBA1A,CHL1,TRIM2,TRIM3,DLGAP1,GPRASP1,GPRASP2,GARNL3,CEP68,DFFB,ACTL6B,LRRC49,TCF12,DUSP6,PGM2L1,SLC7A5,ZEB2,TUBB2B,TUBB2A,CDC42EP3,PXDN,PLCB1,ATL1,ADAM22,TMEM169,CHN2,RUNX1T1,RIC3,WDR17,KIDINS220,DAB2IP,TTC9B,NMNAT2,BLCAP,NFIA,ABI2,MORN4,NFIB,TAOK1,PKN1,YPEL4,RAB3C,DGKE,ATP8A2,RAB3A,ATP8A1,CLSTN1,ATN1,FRY,SLC8A2,RIMS1,ATCAY,SALL2,TUBB3,SESN1,TLE4,TLE2,SLC38A1,ANKRD46,MAGI2,PIAS2,DISP2,CLIP3,ACAP3,DMTF1,MADD,ANAPC4,LY6H,GRIA1,INSIG1,ANKRD12,KLC1,FBXO44,SOCS2,KLC2,PITRM1,SAFB2,NDN,SRGAP3,SLC38A2,ZKSCAN1,PLXNA3,TMEM120B,SLC4A10,MARCH6,REEP1,PTPRD,NBEA,NSG2,ZFP62,REEP2,SERINC1,OGT,MAP3K12,ITGB1,WDR1,CELF2,CELF3,CELF4,CELF5,SYNE2,TRO,DUSP12,NGRN,CAPZB,SNRNP70,PSD3,CEP170,ERC2,EID2B,TRIM67,DST,SGIP1,ATRX,VPS13A,PTBP2,ZFP90,ARL4C,PTP4A3,CTDSP2,POLR1B,SOS1,HDAC2,NLGN2,TULP4,MLLT3,CXXC4,SLC25A27,STOX2,ABLIM1,SLITRK1,WASF1,SH2B1,PCDH9,PLCL2,OXR1,KLF6,MARCKS,GLRB,APC,SYT11,ASXL3,PDCD4,UNC79,TNRC6A,METAP2,EIF4A2,JMJD1C,NUDT3,RUSC1,KIF21A,KIFAP3,SOX4,EPHA5,SRRM3,EPHA4,SRRM4,ATP6V1G2,ZFP2,ARRDC3,ISLR2,ANK2,ANK3,MAPK8IP3,AKAP9,VDAC3,HECA,TAGLN3,PFN1,TRIB2,PFN2,BEX4,MACF1,GPM6A,BEX2,BEX1,STXBP1,FOXG1,MYCBP2,TRANK1,PIK3R3,PIK3R1,KALRN,SYNGR1,HIVEP2,SCN3B,SCN3A,BBS1,RABGAP1L,BCL11A,ST8SIA2,ST8SIA3,MICAL3,SNAP91,CCDC88A,ID2,CD200,ITM2C,ROBO2,NRP1,CSRNP3,CITED2,DIRAS2,PTPRO,GRIK2,SLC7A11,SIPA1L2,ROBO1,EPM2AIP1,UCHL1,PCLO,ENC1,KIF1B,RALGPS1,RALGPS2,GRIPAP1,TSC22D3,AP3B2,MLF2,CNKSR2,ARHGEF9,NME7,WAC,CD47,GLCCI1,MAPT,SGK1,NAPB,SATB1,ICA1L,AMIGO1,AKAP6,PRICKLE1,NOL4,ARVCF,TCEAL5,APBB1,CTNNA2,PAK3,PURG,NPDC1,MYEF2,SORT1,LSAMP,PNMA2,ATAT1,CCNG2,TTC3,MEGF9,CDK5R1,CRTC1,ARID4A,UBE3A,CELSR3,TMEM145,KIF5C,POGZ,NRCAM,SH3GL2,PPFIA2,CHRNB2,TMOD2,ADAM11,TSC2,TSC1,KCTD2,ATP1B1,KCTD6,POU3F3,PREPL,SCN8A,ANKS6,AMPH,RTN3,NDRG4,BHLHB9,RTN1,TMEM59L,CACNA1B,CACNA1A,DTX3,NDRG1,CACNA1E,ARHGAP12,EFNB2,ARHGAP21,FUT9,KIF3A,KIF3C,SYT4,PRNP,GGT7,AUTS2,PTCH1,KLHL24,CLK4,DNAJC18,AHI1,DLG2,HOOK2,HOOK1,TCF4,GNB5,BRWD1,MXD4,CREBZF,DOCK3,PRKCSH,MAST1,CHD6,ELAVL4,AFF3,PPP1R9A,PKD1,ELAVL2,ELAVL3,FLCN,SENP7,YWHAQ,MCF2L,GDAP1L1,PDE4B,GALNT9,RBM5,SVOP,HSDL1,PDPK1,PDE4D,PPP2R5B,PJA2,SEPT3,DNM3,VCAN,GAP43,ALS2,SETBP1,LUC7L3,TERF2IP,B4GALT6,INA,ANKS3,NRXN1,USP11,NRXN2,RBM4B,CRMP1,ADD2,GNG3,MAPK8,GNG2,SV2A,NCAM1,CLASP2,ATP2B4,ZFC3H1,PDE4DIP,NAP1L2,MEIS2,GDAP1,ACVR2A,NAP1L5,MAPK10,IRGQ,NEURL4,PPP2R2B,RGS11,VIM,SSBP2"
+"gene_set_query"	"266"	"ZNF131"	"336.3"	"ARCHS4 Coexpression,807;Enrichr Queries,50;GTEx Coexpression,152"	"MAPKBP1,ANKLE2,TFRC,HNRNPU,HNRNPR,SMC6,SMC3,EPRS,GLE1,NDST1,CAPNS1,DPYSL2,MYC,AKT1,PRKACA,PRKACB,FNBP4,MED1,MEF2C,WSB1,WDR75,DNTTIP2,CD3EAP,GAPVD1,GTPBP4,RFX7,DDIT4,NUP98,FLII,MEPCE,VPS26A,HIF1A,GIGYF2,HMGXB4,HSPH1,PIP5K1A,NUP88,PIP5K1C,ATRIP,BRAP,JUN,PHC2,SETD1A,IRF2BP2,PBX2,MEX3C,PRRC2A,HNRNPM,EIF5,EIF6,TDP1,PSMG1,EZH2,ARF3,SETD2,SMG1,PIGU,BTG1,CLTC,SMG7,WDR43,MED17,NIPBL,TUBA1B,MED13,ANXA6,RIOK1,JARID2,CIC,BRD2,UPF1,BRD1,TEX10,ITPK1,ELOVL6,MED26,DUSP6,GNL3,RNF168,TUBB2A,INF2,PXDN,GARS,PAFAH1B1,PHLPP2,GRN,HSPA14,PSMA7,CENPB,FAM129B,BCLAF1,RNF138,NSD1,USP1,CLPTM1,MFN2,RICTOR,YKT6,SRSF11,UTP6,YTHDF2,CSNK1A1,MBD1,DAB2IP,GTF2H1,WDR13,SCAF1,SCAF4,LRPPRC,KTN1,NFIB,TRMT6,TAOK2,ZYX,NUCB1,PKN1,CSE1L,ATN1,YEATS4,IPO7,IPO4,EDC3,IPO5,LAMP1,SLC39A7,MTPAP,KPNA2,USP7,SUPT16H,USP5,FBXW7,RPS5,PRPF4B,LEMD3,FBXO11,PIAS2,ST7L,MSH6,CTDNEP1,TOM1L2,RALGAPB,DMTF1,NCL,RAB35,SRSF2,SRSF3,ADNP,SRSF6,SRSF7,SQSTM1,KPNB1,CSNK1G2,CSNK1G1,ANAPC2,DNMT1,RAB5C,CBFB,CUL3,INSIG1,ANKRD12,GMPS,CUL1,TARS,CORO1B,SBNO1,SBNO2,BAG5,TPR,G3BP1,BTBD2,NACC1,PSAP,G3BP2,SLC38A2,MCL1,WDTC1,ANKRD28,ESRRA,DR1,BRPF1,TRAPPC8,ZBTB11,EEF2,YRDC,SH3BP5L,CNOT1,SP3,MDM2,TPP2,PLEKHM2,PLXNB2,IARS,EIF4G2,NFE2L1,HSP90AB1,WDR1,WDR3,DUSP12,METTL14,SART3,CAPZB,PPP6R1,SNRNP70,TLK2,WDR5,DGCR2,HSP90AA1,DIS3,ZFP91,DDOST,PTP4A1,DNAJC2,TRAF7,POLR1B,CTDSP2,DNAJC5,ETF1,TOP1,GAPDH,PPP1R12C,GTF3C4,RAB1B,SRSF1,PPM1D,DNAJB2,DNAJB1,GANAB,FIP1L1,RBBP4,U2AF2,KATNA1,POLR2D,RBBP6,FEM1C,NOP56,NOP58,CDC5L,CDC42BPB,DNAJA1,KLF6,POLR3C,MGAT4B,DRG1,CEBPZ,P4HB,TRIM33,EIF4A2,TCERG1,EIF4A1,APP,ZMYND8,THUMPD3,JMJD1C,ACTB,SAP130,BSG,ATXN7L3,SOX4,SMARCC1,SCAF11,SACM1L,IFRD1,CIRBP,AP1B1,MOGS,ZW10,TRIM13,HECA,PAXIP1,TBC1D9B,DHX8,TMEM63B,MYCBP2,PIK3R1,LIAS,MBTD1,FXR1,APH1A,PDCD11,ZNHIT3,PCBP1,HIVEP1,XRCC6,SETDB1,INTS1,INTS2,SMARCA5,PTK2,CCT6A,SNW1,ZZZ3,WNK1,ID2,INTS7,CALM3,NOL11,AARS,ITM2C,AHCTF1,MRPS12,AP2A1,HERPUD1,COIL,SYNCRIP,XPO1,ZMYM2,PCF11,XPO5,DHX15,SDF4,ARIH1,RALGPS2,CCT3,CCT2,TMED9,PARP1,TSC22D1,TSC22D3,GAA,MINK1,PRPF40A,PPHLN1,MRPS7,PPRC1,TOPORS,POC5,PITPNM1,HNRNPH1,CANX,G2E3,FAM193A,PABPC1,ALDOA,SGK1,NAPA,PCNA,SATB1,SLC20A1,DOT1L,NOL9,GNAI2,PPP2CA,NFIL3,EXOSC9,UBTD2,GPC2,RAE1,CCT5,SUZ12,NPM1,GINS4,RSRC2,VEGFA,RSL1D1,HNRNPA2B1,CTNNB1,TRIP12,PNPLA6,GRINA,OTUD4,NUP188,KDM1A,ZFAND3,CD81,HDLBP,ARID4B,IGF1R,AMMECR1L,KHSRP,FAM3A,SNIP1,EP300,ARID2,SBF1,NOM1,KDM2A,APLP2,LIG3,ATP1B1,EEF1A1,PSPC1,EHBP1L1,CHMP4B,MATR3,ZCCHC8,DDX6,VCP,DDX5,PDS5A,RTN4,ZC3H18,ZC3H14,HSPA9,IVNS1ABP,HSPA8,PRNP,NUP155,HSPA5,HSPA4,CPSF3,NUP153,CNOT10,AZIN1,NFKBIA,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB2,GNB1,MKRN2,GNAS,UBA2,CYCS,LSM14B,LRP10,PICALM,MXD4,KDM5B,DDX3X,ZMYND19,USP32,PRKCSH,ATP2A2,HMGB1,PPP1R9B,POLB,SENP6,SEC61A1,SEPT9,LASP1,FLOT1,TOPBP1,ARHGEF11,TBP,USP42,EED,PDPK1,SPATS2,UTP18,YWHAZ,SFPQ,RASA1,LUC7L3,DDX20,DDX21,HMGCR,ATP1A1,ADD1,HSPD1,DNPEP,MAT2A,TGS1,BMS1,MAPK6,RBM39,RRM2,TMEM30A,DEK,CARM1,POLE3,QRICH1,NAA15,RAN"
+"gene_set_query"	"267"	"MAFG"	"336.5"	"ARCHS4 Coexpression,300;Enrichr Queries,365;ReMap ChIP-seq,224;GTEx Coexpression,457"	"IPO13,GMFB,TFRC,TESK1,EPRS,DCAF4,PHB2,BACH1,ELK1,TSKU,BACH2,DCAF6,LSM10,ALKBH3,PCMT1,PREX1,PSMD7,PSMD4,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PSMD3,PIP4K2A,DIP2B,IER5,IER2,CHID1,GABARAPL1,WSB1,STARD7,DAPK1,RPL23,ARMC9,CD3EAP,SCRIB,GAPVD1,GTPBP2,HCFC1,RNF123,WDR81,BIN1,FEZ1,DDIT3,PSME4,DDIT4,HECW1,RBCK1,PI4K2A,ATF4,SF1,MEG3,CDC42SE1,UNC119B,POM121,TTYH3,ABCB6,SAR1B,FLII,MEPCE,NEDD4L,MRPL14,VPS26A,ARPP19,HIF1A,ANAPC11,LDHA,HSPH1,LARP1,PRKAR2B,RNF215,VPS11,ST3GAL5,NRBF2,PIP5K1C,ST3GAL1,ST3GAL3,PRRT1,JUN,NDFIP1,JUND,HOMER1,PMM1,SETD1A,IRF2BP2,NR1D1,PRDX6,EIF1,PRRC2A,TADA2B,EHD1,HNRNPL,MLLT10,SLC6A6,UCK2,NPLOC4,EIF5,EIF6,HNRNPF,FASN,HYOU1,CPEB4,ARF3,OGFR,SETD3,BTG1,PHF20,DENND1A,KCNC3,HEXB,RPLP0,WDR41,ASH2L,OSBPL11,SMG5,PIGX,RNF157,IKBKB,MRPL40,TMSB4X,ENSA,TIMP2,TK2,RRP12,JARID2,CIC,BRD2,UPF1,DUSP1,SPHK2,PGAM1,ELOVL6,SLC39A13,EPS15L1,SIRT7,MRPL48,MRPL46,DUSP6,MED29,GNL3,PSMA5,NCOR2,SLC7A5,ZEB2,PSMA3,TUBB2A,INF2,HEATR5B,PTRH2,PXDN,RAPGEF1,KIFC3,VAMP4,TKT,TRUB2,GRN,GRAMD1A,RNASEK,OAT,RPL11,ATL2,RPS27L,SLC7A1,CENPB,TMEM165,FAM129B,SNX29,PSMB2,STX6,AP2S1,ANO10,MFN2,FLNA,RICTOR,ANKRD52,STX2,RPL18,RPL17,MEF2D,YKT6,EGLN1,ATAD1,SF3A1,BRF2,NR1H2,ELP2,TTC9B,GTF2H1,SCAF1,WDR11,GATAD2A,SLC8A3,ERP44,MKLN1,ABCB10,PSMC1,SRRD,PSMC2,TAOK2,ZYX,UBAP1,NUCB1,GOPC,PKN1,FAM49B,HDDC2,MTCH1,UHRF1BP1L,TMEM167B,TUSC2,FBXO28,UBE2D1,IPO7,CLU,STK11,LAMP1,STK16,NUDT19,SLC39A6,KPNA4,PIM3,SNRNP35,LZTS2,KPNA3,FADS1,KPNA1,KCMF1,BNIP3L,SLC38A1,PCYT2,ANKRD46,TRAFD1,FBXO10,PGD,FAM118B,LENEP,CACNB1,ATXN2L,CTDNEP1,PYGO2,CLIP1,RAB35,MAPKAPK2,SNRNP27,AAGAB,SQSTM1,CSNK1G2,GLYR1,ANAPC2,LRRC59,PFKFB3,RAB5C,INSIG1,MAZ,UBR4,UBR3,SPATA2,UBFD1,RAP1GAP,CORO1C,SBNO1,SCRT2,SBNO2,BTBD1,PITRM1,BAG1,PSAP,DVL1,NACC1,ZKSCAN3,ABL1,SLC38A6,THEM4,SLC38A2,SKIL,MCL1,AKIRIN2,ANKRD27,CCDC12,SEC16A,ASNS,TRAPPC9,MARCH6,EEF2,CHERP,CNOT4,CDK9,COPS6,COPS5,CNOT7,SH3BP5L,STK25,TMEM11,RHEB,MAFG,PDCL,RNF182,NFE2L3,PLEKHM2,NFE2L1,EIF4G1,HSP90AB1,WDR1,SCHIP1,PTEN,ETFA,PTPN23,DUSP12,SART1,VPS72,PPP6R1,SUMO2,TLK1,HIF1AN,TNPO1,ARL5A,TRIM67,ACTR3,HSP90AA1,PLEKHG2,REXO1,DST,CCDC34,SH2D3C,VPS37C,RAD23A,TFIP11,NDUFC1,RTN4RL2,DUSP26,REXO2,RANGAP1,YDJC,ARFGAP1,PATL1,PTP4A1,PPM1A,DNAJC2,PTP4A2,TRAF7,PPM1B,PTP4A3,ASPH,DNAJC6,SYF2,CTDSP2,POLR1B,DNAJC5,TOP1,EIF4E2,BCAT1,GAPDH,SSX2IP,PPP1R12C,PPP1R15A,MTPN,LEPROT,ROCK2,WBP2,SRC,SRF,VPS4A,MAK16,CEBPG,ZBTB43,LENG8,FURIN,HSD17B12,PPM1E,DNAJB2,CDC42,DNAJB1,GANAB,HECTD1,DNAJB6,ABLIM3,RBBP4,KCTD20,U2AF2,SH3BP5,DNAJB9,IGF2BP2,POLR2J,DCAF12,SH2B2,BEND6,PTPN1,CIZ1,KCNJ11,FEM1A,RNF24,SMOX,CNBP,TXNRD1,FBXL19,ADRM1,RPL35A,IMMT,CDC42BPA,BAIAP2,TPD52L2,KLF7,MARCKS,KLF6,VAPA,APC,RAB12,ST7,MGAT4B,RAB18,P4HB,RHEBL1,PFKM,PFKP,PANK4,EPHB6,VEZT,VARS,ZMYND8,ZDHHC5,KEAP1,THUMPD1,ZDHHC8,ACTB,CRKL,NUDT4,TRIM28,FLAD1,FTH1,LONP1,TRIM27,GOLGA7,ATXN7L3,TBC1D22B,SOX4,FBXO9,ARL15,ACTN1,IFRD1,COG2,ACSL6,MRPS18B,AP1B1,CSNK1D,AP1AR,MOGS,ACTN4,JMJD6,INPP4A,AFG3L2,RRAGD,HECA,ULK1,FLYWCH1,GGNBP2,TMEM63B,MGST3,CD99L2,PIK3R1,TTBK2,FXR1,APH1A,SNX1,PTDSS1,FXR2,SNX2,SEC14L1,LARS,CSTF1,HIVEP1,TSPAN5,SYMPK,STXBP5,SNX5,ATP6V1C1,SRPK2,ZRANB1,RABGAP1L,INTS1,LRRN2,RCC2,MEMO1,PYCR2,STAM,PAICS,UBAC1,GADD45G,ICK,GOLGB1,ID2,PAF1,ITM2C,HERPUD2,DDR1,HBS1L,DAZAP1,CCDC127,HIBADH,CITED2,GPAA1,PPP1R10,MRPS11,FAF1,PTPRN,CTSZ,TECR,MRPS12,AP2A1,SLC7A11,PRPF19,AP2A2,HERPUD1,COIL,ACTR1A,HINT1,MAP1LC3B,SERP1,CTSL,CHMP1B,UIMC1,ENC1,SDF4,CTSD,CTSB,CAP1,ZYG11B,CBR1,PBRM1,PCYT1A,STARD3NL,TSC22D1,TSC22D3,PABPC4,NCOA4,MINK1,NME2,CACYBP,GAB2,MRPS7,SREBF2,NME1,MLF2,RHOB,SLC22A23,POC5,CTTN,KIF2A,FAM20B,FAM193B,MAPRE3,ARHGEF2,ALDOA,SGK1,STK40,NAPA,CSTB,CAB39,SLC20A1,DOT1L,AKAP6,RELA,AMN1,HIRA,ARVCF,MNT,EXOSC4,NFIL3,EXOSC9,PES1,APBB2,MGAT1,DYNC1H1,MON2,SORT1,AP3D1,RANBP9,UBE2G1,MYO9B,VEGFA,HIST3H2A,NEDD4,KLHL8,HDGF,PNPLA6,CDK5R2,TOMM5,GRINA,SH3GL3,SCARB1,MIDN,ZFAND3,PHRF1,UBE2Z,IGF1R,ACTG1,PPIP5K2,ARHGDIA,KHSRP,FPGS,CAPN2,COTL1,FAM3C,SBF1,SBF2,ANGEL2,ATG9A,UBE4B,ATP1B1,ATAD3A,PDIA4,TMEM135,HNRNPUL1,GPD2,EEF1A2,EHBP1L1,CMPK1,PPIF,PLAA,CHMP4B,MASP1,RAF1,FAM92A,PPID,RTN2,PSMD12,NDRG4,PSMD11,COX16,ADIPOR2,NDRG1,SUPT6H,RTN4,EMG1,IRAK1,TCTEX1D2,TBC1D14,MARK3,HSPA8,PRNP,UBE2B,HSPA5,CCDC136,IDH2,HMGA1,NUP153,TBCA,NFKBIA,UBE2W,GCLC,H1F0,PAN3,EFNA2,HOOK2,HOOK1,MKRN1,GNB1,CNTN1,TAB3,CLASRP,UBE2K,UBE2M,LRP11,PHTF2,GSK3A,KDM5C,USP38,PRKCSH,ATP2A2,ADAR,SLC2A3,YBX1,LMNB2,SLC2A8,PPP1R9B,RBM3,LASP1,YWHAQ,UBE2Q1,ZC3H7B,BCL7B,NUP62,YWHAG,RBM33,KDM6B,ARHGEF11,HGSNAT,NAA30,ARHGEF12,KLF13,EED,PDPK1,PDE4D,ABHD14B,UBE2QL1,TRNAU1AP,YWHAZ,PJA2,KLF16,DNM2,CAT,AKT1S1,B4GALT6,B4GALT5,CHMP5,AGPAT5,USP15,ATF6B,TM2D2,USP12,SLC3A2,ATP1A1,NT5C2,AGPAT1,CLCN3,RNF5,STRN4,STRN3,ADD2,FAM168B,CAND1,DNPEP,RPS6KC1,FAM120A,GNA12,MKNK2,NAA25,MAPK1,ABCF2,FBRS,CLASP1,SPEN,ARFGEF1,TMEM30A,TAF13,CDK11B,TTC17,CLCN7,NEURL4,ASB8,CARM1,ACIN1,BAX,ERCC5,TBKBP1,KRAS,NAA15,VIM,ATP13A3,RBM45"
+"gene_set_query"	"268"	"HSF1"	"336.6"	"Literature ChIP-seq,80;ARCHS4 Coexpression,8;ENCODE ChIP-seq,107;ReMap ChIP-seq,84;GTEx Coexpression,1404"	"MT-ND4,TSEN54,SCAMP4,SAMD14,KRTCAP2,CAPNS1,RAVER1,GPBP1,PSMD3,AKT1,PRKACA,PRKAB2,RFX1,EWSR1,DDIT4,JTB,SF1,SLBP,SET,SHMT2,MRPL18,FLII,MEPCE,ABCB8,COPS7A,MRPL14,AGAP3,AAAS,MRPL12,OAZ1,GABARAP,RHOT2,CYB5R4,HSPH1,PIP5K1C,LTA4H,RHBDL1,HEXIM1,JAG2,ABCA2,JUN,MRPL28,SETX,TBL3,FASN,PSMG3,ARF1,NCAN,PIGQ,PIGP,MRPL38,MED16,MRPL34,MED15,TRIOBP,DDA1,MRPL33,JPH4,SHF,TRMT112,FASTK,RPLP2,APC2,UPF1,LRRC45,DFFA,DUSP1,SPHK2,IFT140,ELOVL5,SLC39A13,SIRT7,DYNLL1,MED29,MED22,SLC7A5,MRPL53,MED25,PSMA3,TMEM33,CDC42EP4,MED21,TUT1,PGAM5,SLC29A1,PAFAH1B3,DSCAML1,VAMP2,LIN37,SRRT,CENPB,MRPL54,PSMA7,GGA1,GGA3,PSMB3,MICALL1,CLPTM1,SAMD1,ZSWIM4,RABAC1,YKT6,MBD3,CENPT,MBD1,WNT7B,GATAD2A,SKI,SPSB3,MYBBP1A,TAOK3,CCDC9,SHKBP1,TAOK2,PKN1,AGRN,YPEL5,CRAT,CRLF1,UBE2D3,FBXO25,ATN1,PLOD3,TSEN2,STK11,RUVBL2,FBRSL1,PMPCA,SH3GLB2,FBXW5,PCYT2,DGAT1,FBXW8,FBXW9,PPP1R16A,CNPY2,POLRMT,LENEP,CDC25B,ATXN2L,TPST2,FSCN1,SRSF2,SQSTM1,KPNB1,ANAPC2,LY6E,SLC27A4,LRRC59,INO80E,RNASEH2A,TUBGCP2,MAZ,UBFD1,CORO1B,FBXO42,HSP90B1,EIF1AD,SBNO2,NDOR1,STK36,PMVK,PGK1,THEM4,E4F1,SLC38A2,ZKSCAN1,NADK,TIA1,GOT1,ODF2,API5,EEF2,UCKL1,FBXO31,DRAP1,SH3BP5L,TUBGCP3,MDM4,CLPTM1L,TUBGCP4,LRCH4,NFE2L1,ZNF512B,HSP90AB1,CELF2,CELF5,BICD2,AP4M1,SPR,PPP6R1,PPP6R3,UNKL,EIF5A,HSP90AA1,DHPS,VPS37D,AHSA1,RAD23A,ARFGAP1,TMBIM4,SYF2,TOP1,PPP1R12C,GAPDH,PPP1R15A,GTF3C3,CANT1,LRP1,ZBTB45,MLLT1,PPM1G,LRP6,GANAB,NCLN,U2AF2,PHKG2,TRIM46,UBQLN1,EIF4H,DRAM2,SLC25A22,SH2B2,EIF4B,GADD45GIP1,PPP1R14B,NOP58,CIZ1,TRIM41,NDUFA6,DONSON,BAIAP2,MCOLN1,TPD52L2,CABLES2,SLC25A38,EIF3H,STUB1,P4HB,EIF3C,BCAR1,EIF3B,EIF4A2,EPHB6,SMARCB1,CPNE5,ZDHHC8,IFI30,ACTB,NUBP2,HERC4,TRIM28,OGFOD2,CHORDC1,BSG,KIF21A,CCNL2,TRIM27,SEC62,ATXN7L3,TMPO,ATP6V1G1,SMARCC2,PAQR4,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,MFSD10,CDC37,FAM76B,FLYWCH1,KCTD18,STX1A,SLC45A4,TBC1D9B,TMEM63B,PEX11B,CEND1,PIK3R2,APH1A,SNX3,PGS1,SEC14L1,PCBP4,DHX37,HIVEP1,SYMPK,RAB11FIP5,SEC31A,SURF1,TMEM86B,INTS1,SURF2,SURF4,INTS2,MICAL3,INTS5,NDUFAF3,PAF1,COL9A3,CALR,FBXL6,TMEM151B,USPL1,PTPRS,DOC2A,FAM57B,GPAA1,CTSZ,TECR,NAT14,PTMS,THTPA,PPP3CA,MLX,RAC3,SDF4,SSSCA1,GIT1,CTSB,VKORC1,CCT3,WARS,CCDC115,MINK1,MRPS23,ANO8,MRPS2,CACYBP,COMMD1,MRPS7,MRPS6,APRT,GAK,ENAH,PITPNM2,CANX,ARHGEF1,NCOA7,TAX1BP3,CRELD1,PTMA,DBN1,SSNA1,DOT1L,CRIP2,CCDC107,CCDC106,CAMKK1,MNT,GPC1,PES1,HSF2,HSF1,ORMDL3,MGAT3,CCT8,CCT7,CCT5,CCT4,NPDC1,BCAP31,YIPF3,VEGFB,TMUB1,MIB2,RPA1,RSRC2,DOHH,MIAT,UBE2G2,PEX14,PPP1CA,PER1,BOP1,NUDT8,HNRNPA2B1,NDUFAB1,TTC3,TCEA2,HDGF,PNPLA6,GRINA,SCARB1,CRTC2,MIDN,NARF,PHRF1,ACRBP,PALM,CAPN2,BANF1,SBF1,BAHCC1,PPFIA3,SH3GL1,ZGPAT,ADPRHL2,ATAD3A,RUNDC3A,TMX4,ADAM15,HNRNPUL1,FAM173A,EHBP1L1,TBC1D24,UBE2V1,CARS2,PPID,RTN2,KLHL18,COX19,NDUFB10,RBM8A,NXPH4,KLHL17,HTRA2,CACNA1H,RAI1,SHARPIN,IRAK1,KIF3B,DEAF1,CYC1,TBC1D17,BCL9L,SYT5,UBE2F,OST4,UBE2H,ZFHX2,UBE2I,KLHL25,UBE2B,KLHL26,HMGA1,NUP153,UBE2A,SUPT5H,SSH3,GNB2,GNAS,UBE2O,UBA1,AMOTL2,TCF3,FGF11,UBE2M,DYRK3,CUEDC2,GSK3A,PRR7,DDX49,PRKCSH,MAST2,CHD5,CHD3,USE1,LMNB2,PPP1R9B,LMNB1,SEC61A1,LASP1,EEF2K,RASGEF1B,MLST8,MYO18A,YWHAG,GET4,YWHAH,SUN1,NAA30,DCAKD,ABHD14B,DDX54,ABHD14A,SYNGR3,EPN1,EEF1G,NDUFS8,IRF3,RER1,NDUFS7,EEF1D,MVD,NAA38,ZMYND11,DCTN5,DDX23,ATP2C1,MTA1,RAB40C,TMEM203,MAT2A,TAF1C,GNG7,TRA2B,BMS1,MKNK2,BNIP1,RALY,MTA2,FBRS,PDLIM7,TAF10,CCK,LRWD1,CLCN7,POLE4,MAPK11,CLCN6,ERCC1,CARM1,RBM42,TAF6,ERCC5,SUGT1,FAM50A,CLPB,RRP1,ARPC5L,STMN3,DCAF5,ENO2,RPL8,PHB2,ELK1,RPL6,RRP9,RNF114,ZMIZ2,STMN1,RPL35,AP1S1,HOMER3,IER5,IER2,TSPYL2,VPS18,ACOT7,DAPK3,RPL22,WDR74,CD3EAP,SCRIB,AARSD1,HCFC1,RNF126,GPR161,NUP98,PRR12,VPS28,TSPYL4,ANAPC11,GJC1,PRDX2,PRDX5,PPP4C,PRDX1,SLC19A1,NAA50,JUND,ICMT,DMPK,ST13,IRF2BP1,MTHFR,MEX3D,TMEM198,PRRC2A,THAP11,EHD1,HNRNPL,FIBP,GNPTG,MEX3B,NPLOC4,GIPC1,HNRNPF,OGDH,DUS1L,CDK16,OGFR,CEP57,GMEB2,BTG1,ELL,SPEF1,TCF25,PHF23,CLTB,TCF20,PFAS,ING1,SMG5,TMEM189,FAM102B,TRIM3,GPR137,PLEKHN1,CIC,JARID2,EMD,NUDC,TPI1,EXOC7,NUTF2,FAM126A,NCOR2,KAT2A,INF2,KIFC2,TCP1,TKT,RNF166,PCYOX1,SF3B4,GRAMD1B,SF3B2,GPS1,TIMM9,TIMM13,GPS2,WDR24,GRAMD4,FAM129B,ARFRP1,RPL13,RPS2,ANKRD52,RPL18,SF3A2,WDR18,NR1H2,PCGF3,TRMT1,WWP2,SCAF1,AGBL5,TM9SF1,XAB2,ERP44,ZYX,NUCB1,TMEM39B,DGKE,ANKRD13D,CHPF,AUP1,CLU,IPO4,TM7SF2,EDC4,PPP1CC,ABHD11,CFL1,PAPOLA,MAF1,LZTS2,PLEKHJ1,MEN1,MAP2K2,USP5,RPS5,USP3,MAGI3,AIP,FRMD4A,VRK3,PGD,ILF2,RNF40,ST7L,CTDNEP1,PYGO2,RAB31,ZFP41,STIM2,DMWD,DGKQ,MORF4L2,RAB35,FKBP8,PGP,FKBP4,PHPT1,MAD1L1,CSNK1G2,SNRPA,BRSK1,FKBP2,DNMT1,CD151,RAB5C,CCDC25,ABHD8,SLC38A10,UBR2,KLC1,HSPBP1,STIP1,NEUROD2,KLC2,DVL1,BTBD2,NACC1,DVL2,PLXNA1,MAP2K7,MCL1,PLXNA3,ESRRA,SEC16A,TNK2,OSBPL2,M6PR,ADAP1,FANCE,LSM4,SCRT1,CHERP,LSM2,RCAN1,COPS6,LSM7,LRFN4,CDK5,MAFG,CNOT3,PLEKHM2,PLXNB2,RAB5A,SERINC4,EIF4G1,MCM7,WDR1,ZC3H3,PTPN23,SGCE,RPL7A,SART1,AP1G2,SIN3B,SNRNP70,UBTF,GAL3ST3,PLEKHG2,REXO1,RPL13A,EDF1,RANGAP1,COASY,TRAF7,DNAJC5,POLR1C,TRABD,NFAT5,GTF2A2,SMARCD2,TSSC4,WBP2,HDAC1,RAB1B,WBP4,HDAC7,DNAJB2,DCAF15,DNAJB1,FZR1,ABLIM1,HIRIP3,DNAJB6,HAUS7,DNAJB5,CSK,SNRPB2,POLR2L,SEMA4D,RNF25,ASCC1,FBXL19,TXNRD1,SEMA4B,ADRM1,FBXL16,FBXL14,ENOX1,BCKDK,DNAJA1,PFKL,IMPDH1,MGAT4B,POLR3E,DRG1,DRG2,TPT1,SLC35B2,IFITM2,HDAC10,VARS,ZMYND8,RPS15,PNN,RPS16,FLAD1,GOLGA1,MAGOH,LONP1,DZIP1L,ARL6IP4,RPS11,RPS13,SACM1L,PTOV1,JMJD8,JMJD6,POR,SIK3,TTLL12,AURKAIP1,TELO2,RTEL1,DCUN1D5,LMAN2L,TRMT2A,PTDSS2,ZNHIT1,ZNHIT3,GSE1,TNRC18,NTSR1,VASP,TMEM184B,TMEM50A,SS18L1,STAM,UBAC1,GADD45G,CCT6A,RPS29,FUBP1,CCDC88C,ANP32E,ADCK5,RPS21,DAZAP1,UBXN1,GDI1,SH3KBP1,ZFAND2A,PRPF19,SPPL3,RPTOR,EPM2AIP1,XPO1,ZMYM5,UBXN4,PSD,PSENEN,PRMT5,PRMT1,NME3,RHOF,TUBG1,MLF2,NME1,RPUSD1,STRAP,HNRNPH2,ALDOA,SGK1,MPND,ATP6V0C,CSTB,PTGER1,UQCR11,RFNG,AKAP1,ARNTL,CHRAC1,MPZL1,RANBP1,RANBP3,PTGES2,PTGES3,AP3D1,RAB11A,NBR1,NDUFA11,SPPL2B,HDLBP,MRFAP1,CHCHD2,ARHGDIA,FPGS,AZI2,PDIA3,TRAPPC2L,MATK,TOMM34,TSC2,KCTD2,DPM2,DNAJC30,HGS,FIZ1,MATR3,ATP6V1A,ISYNA1,TMEM59L,PXN,LTBP4,EMG1,UBB,ZMAT2,DPP9,CASKIN1,ZMAT5,ATP6V1F,HSPA9,HSPA8,CPSF7,CBX6,ACBD4,CPSF1,RHBDD3,CBX3,PTCH1,ASPSCR1,DNAJC11,AZIN1,EFNA2,DLG4,CHMP2A,CLASRP,COPE,GPSM1,ACADVL,KDM5C,USP33,YBX1,SEPT9,ALDH2,SNAPC2,ZC3H7B,SNAPC4,GMPPA,SCYL1,POLG,H2AFX,AXIN1,IQCE,RNF208,SENP3,KLF16,DNM2,IGDCC4,AKT1S1,DNLZ,HAGH,CHMP6,THOP1,PFDN5,LUC7L2,PDXP,WIZ,MOSPD3,STRN4,USP19,U2AF1L4,HSPD1,GNA11,LEPROTL1,SPEN,BAD,ATP13A1,SGTA,HAGHL,CYHR1,HSPE1,NEURL4,RPS6KB2,BAX,SSBP4"
+"gene_set_query"	"269"	"MTF2"	"337.3"	"Literature ChIP-seq,163;ARCHS4 Coexpression,192;GTEx Coexpression,657"	"TDRKH,GMFB,TFRC,IFT172,EHMT1,NDST1,SAMD14,CAPNS1,MPRIP,DPYSL4,GPBP1,AKT1,PRKACA,HES6,STARD3,RBFOX1,CXADR,UNC5A,CSNK2A1,CACNA2D1,SCAMP1,EML1,BCR,EID1,EID2,FEZ1,SET,SHMT2,FLII,AGAP2,PDGFA,BAZ2A,SLCO5A1,ABCB8,MTMR4,AAAS,CYB5R4,PRPSAP2,PRKAR2A,KCNMB4,PIP5K1C,B3GALNT1,JUN,CADM3,PRPF38A,CADM1,GPR12,CADM2,EDEM1,NR2F1,NETO2,SETX,MLLT10,PCDHGA11,EIF5,TDP1,FAT4,EZH2,RNF220,ARF3,GPR27,PIGT,KCNC1,NCAN,PIGQ,LRRC4,PRKAG2,MRPL34,BBC3,DDA1,PANX1,SMPD3,JPH4,MRPL42,MMP24,JPH3,NEFL,NEFM,JAK2,DLGAP3,UPF1,ELOVL4,ELOVL6,DUSP8,SRP9,DUSP7,PSMA3,PSMA4,PSMA2,MMP17,CDC42EP3,PXDN,RAPGEF1,DSCAML1,ERGIC1,STAU2,ADAM22,SEZ6,KCNA6,SLC7A1,CENPB,BTAF1,MICALL1,CLPTM1,MFN2,FLNA,ANO10,SRSF10,YKT6,ZSWIM5,NKTR,JAM3,EGLN1,WNT7B,SNX22,SKI,TAOK2,SRRD,PKN1,CRLF1,FRYL,SLC27A1,CCNT2,NAB1,ATN1,MSI1,FADS3,SMCHD1,SESN1,SCMH1,ADORA1,SLC16A2,FBXW4,PPP1R16B,SH3GLB2,DGAT1,UBE2E1,PRPF4B,TBR1,ATP11A,ATXN2L,FRMD3,OLFM1,OLFM2,SLC9A5,MSH2,MAPKAPK2,FSCN1,SRSF3,SNRNP200,LY6H,ANAPC2,NSMAF,GRIA2,KHDRBS2,SHC2,PFKFB3,STK39,FOXO6,FBXO44,FBXO41,RAP1GAP,SAV1,IGSF21,SBNO2,PGK1,NAE1,SOCS7,FUS,HPS4,CORO2B,MFHAS1,SH3BP5L,PTPRA,NFE2L3,CNTROB,NFE2L1,SPRN,CELF1,CELF4,PIK3CD,ARRB1,NRGN,FSD1L,SUMO1,PPP6R1,SUMO2,ME1,PMEPA1,PGLS,YAF2,EDIL3,EMX1,TNFRSF19,VPS13A,SEZ6L,ARL4C,NRG3,TMBIM4,SNPH,BDP1,PPP1R12C,SLC25A4,TNFRSF21,CANT1,UHRF2,PPM1L,SRF,LENG8,PARD6G,FURIN,LRP3,MLLT3,LRP8,CXXC4,PPM1E,TSPAN31,MTHFSD,GANAB,PTPRZ1,U2AF2,BAHD1,SH3BP5,SLITRK5,IGF2BP2,HNRNPA1,PCDH1,EIF4E,TRIM44,NTRK2,HNRNPA3,CIZ1,SSB,PPP1R14C,SLC12A5,NTRK3,PCDH7,PCDH8,DONSON,FOXJ2,SYT16,HIP1R,LYSMD2,BAIAP2,MCOLN1,EFR3B,MYO16,NELL2,TSPAN18,PTPN9,PDCD2,P4HB,KCNK2,MDGA1,PTPN5,TRIM33,LPGAT1,CERK,CPNE5,ZDHHC5,TXNDC11,KEAP1,UBE2L3,NUDT4,SNRPD1,BSN,EPHB2,CCDC92,ATXN7L3,EPHB1,TMPO,CALN1,EPHA5,ACVR1,EPHA4,EPHA7,ST6GAL2,PAQR4,LIMCH1,IMP3,ACTN1,ISLR2,MOGS,ACTN4,CSNK1E,ANK1,THAP3,SFRP1,FNDC4,KCNQ2,KCNQ4,ULK2,FAM76B,KCTD12,BCORL1,TRIB2,KCTD15,ADCYAP1R1,L3MBTL3,TBC1D9B,NRN1,TMEM63B,FOXG1,MYCBP2,SDC3,UBE2J1,MBTD1,APH1A,NKAIN2,PGBD5,HIVEP1,KCNN1,B4GALNT1,KCNN2,HIVEP2,SCN3B,B4GALNT4,NTNG2,INTS1,IQSEC2,LRRN2,ST8SIA2,INTS2,ST8SIA3,PAICS,SMARCA2,PTK2,DCLK1,ID2,WNK2,PPP1R1B,SDC1,COL9A3,LRRN1,SUGP2,PCSK2,NRP1,CSRNP2,DIRAS2,PTPRO,GRIK3,ICA1,AATK,GRIK2,AATF,BMI1,PPP3CA,RSRC1,NCS1,MLX,SDF4,SSSCA1,KIF1A,GIT1,MINK1,MRPS23,COMMD3,PRPF40A,GAB2,RGMB,RGMA,GAK,CNKSR2,RNF144A,TOX3,MN1,RAP2B,PITPNM1,KIT,G2E3,GLCCI1,ARHGEF2,EEF1E1,ARHGEF7,SFI1,FJX1,AHCY,MRPS36,SATB1,SATB2,PRICKLE2,PRICKLE1,GNAI1,CAMKK1,GNAI2,SERTAD4,NFIL3,CAMK2N1,EXOSC9,CAMK2N2,GPC1,EXOSC8,EPS15,DYNC1I1,NPDC1,GABBR2,NPM1,SPRYD3,RSRC2,PNMA2,YIF1B,VEGFA,FKBP1A,MAD2L2,SH3RF3,KIF26A,HNRNPA2B1,CACHD1,TCEA2,PNPLA6,GRINA,PRDM8,DPAGT1,FHOD3,ZFAND3,CD81,SRP14,UBE2Z,CYP46A1,CELSR2,IGF1R,GRIP1,CAPN2,ARID2,SBF1,BAHCC1,RGS6,PPFIA2,RGS7,KIRREL3,OSR1,TMOD2,ADAM11,POU3F1,POU3F2,POU3F3,ADAM15,GPRIN1,SCN8A,EHBP1L1,UBE2V2,TBC1D24,ANKS6,GEMIN7,SIDT2,COX19,RTN1,UBA5,NPR2,NXPH4,SLC1A1,CACNA1A,CACNA1D,BHLHE22,PDS5B,SUPT6H,NDRG1,CACNA1E,CACNA1H,CACNA1G,RAI1,IRAK1,KIF3A,ISOC1,CAMTA2,BCL9L,CRIM1,KLHL23,SYT7,UBE2W,H1F0,PAN3,BMP1,GNAL,NASP,GNB2,GNAQ,GNB1,GNAS,PHF13,TCF3,DEGS2,FGF13,FGF11,UBE2M,RBM28,RBM25,GSK3A,RBM26,DYRK2,PODXL2,PRKCSH,CNRIP1,HMGB3,PSIP1,DPY30,CHD5,ADAR,ARHGEF10L,HMGB1,CHD3,SOBP,RND3,PPP1R9B,SEC61A1,LASP1,UBE2Q2,MLST8,LRRFIP1,DACT1,ARHGEF11,EED,HUNK,TBC1D9,NAV1,NAV2,GPCPD1,UTP18,SFPQ,VCAN,EEF1D,PEX6,ZMYND11,NAT8L,CUEDC1,SHANK3,RBM24,INA,SHANK2,RAP1GDS1,DCTN3,RNF8,CRMP1,ASAP1,ASAP2,ADD1,AGPAT3,PABPN1,CNR1,SPOCK2,SLIT1,SPOCK1,FBRS,CYTH1,ARFGEF1,CCK,ATP2B2,ATP2B1,MAPK14,HS3ST1,HS3ST2,CLCN7,SMUG1,VIM,RAN,CYFIP2,RPL5,RPL30,TRIO,THYN1,SMC3,BACH2,RPL7,ALCAM,ZMIZ1,ZMIZ2,STMN1,PIP4K2A,IER5,UNC13B,MECR,NUP210,DAPK1,PRKCE,SOX11,BIN1,SARNP,PRR18,VPS25,ASTN1,LDHB,ABR,PRDX5,FLRT2,BLOC1S1,RRS1,ST3GAL5,ST3GAL1,CEP78,FZD3,JUND,PLK2,RAB3IP,PRRC2C,BRAF,CDC7,PRRC2A,HNRNPL,NPLOC4,RNF103,H2AFY2,GIPC1,OGDH,CDK10,MMS19,CDK14,CDC42SE2,CEP57,OGFR,CDKN1C,SETD5,PHF2,SMG7,PHF6,PHF8,TRIM8,C1QTNF4,TRIM9,CSRP2,TIMP2,ANXA6,CIC,ITPK1,ELMOD1,TCF12,WDR33,NCOR2,INF2,MRAS,PLEKHO1,GAS6,PLCB1,PHLPP2,GRAMD1B,NFIX,ADCY1,ADCY6,FAM129B,ADCY5,RNF138,SLC17A7,ANKRD52,RPL15,RNF130,RUNX1T1,RPRM,FARP1,SRP68,SNCAIP,DEF8,SCAF1,SLC8A3,TMEM158,NFIA,NFIB,NUCB1,INHA,ANKRD13B,PHLDB1,ANKRD13D,CLSTN2,CTNND2,CLSTN1,CDH8,RIMS1,RIMS4,LAMP1,GRB14,CDH2,TUBB3,SLC39A7,HMGN3,PCDHAC2,STK32C,HMGN1,RAB2A,SEMA6B,TLE2,MAP2K2,USP3,ANKRD44,IGFBP3,TPM1,THOC1,VASH2,VASH1,ILF2,DGKZ,TRAIP,MORF4L1,TOM1L2,ILF3,CLIP1,RAB31,CACNB4,RAB35,SNRPG,PHIP,SNRPE,SNRPF,TOX,PHPT1,FKBP3,RTN4R,DNMT1,SEMA7A,BRSK2,CD151,RAB5C,ABHD8,CHRD,SLC38A10,AK3,NEUROD2,ORC6,UBR5,DVL1,BTBD2,NACC1,PLXNA2,ANKRD10,NDN,RAB6B,PLXNA4,WDTC1,ESRRA,ANKRD34A,ANKRD27,POLR3GL,SEC16A,NSG1,LSM5,ADAP1,SCRT1,REEP1,COPS3,CDK8,LRFN5,DAB1,SCCPDH,NBEA,LHX2,CPD,TPP2,PLEKHM2,PLXNB2,CPE,TADA1,SERINC3,CNIH3,SERINC2,BCL2L2,EIF4G1,LMBR1L,DAGLA,WDR1,TRADD,PTPN23,SYNE2,SART3,LBH,ADAMTS3,AP1G2,SNRNP70,SGCB,RNPEP,TLK1,ADAMTS7,IQCB1,RTN4RL2,DUSP26,PTBP2,COASY,DNAJC5,TRABD,HDAC2,NLGN1,SMARCD3,WBP2,CLEC2L,RAB1B,SEMA3F,HDAC7,DCAF15,DNAJB2,STOX2,RBBP4,ABLIM3,DCAF13,CACNG4,JAZF1,TUB,KCNJ11,AMFR,PLCL2,DDHD1,CDC42BPB,ENOX1,MARCKS,NIN,GLRB,RAB15,IMPDH1,MGAT4B,INSM1,CBLN1,PANK4,TCERG1,APP,FAAH,HS6ST2,GOLGA4,RUSC2,HABP4,DZIP1L,SOX4,RPS12,SLC6A17,METTL3,MTUS1,SRRM1,MAPK8IP1,TIAM2,RRAGA,GRWD1,RRAGD,OBSL1,MACF1,NECAB1,TSHZ3,PDE1B,CSTF3,TMTC1,APCDD1,GNG10,NUAK1,GSE1,STXBP5,TNRC18,GPM6B,NTSR1,BCL11B,BCL11A,SNAP91,GADD45G,FUBP1,TMCC2,C2CD2L,ROBO2,SLC35F2,FAF1,SLC35F1,VLDLR,ZMYM2,SLC22A17,ZMYM6,DNER,SH3PXD2B,UBXN7,FEZF2,PRMT8,ZER1,STRADA,GP1BB,TSC22D3,PARP8,RHOB,SLC22A23,POC5,MPPED1,HNRNPH1,PACS1,B3GNT5,WAC,MAPT,PTGER1,PRIM1,AMIGO1,ICA1L,GDPD1,GDPD5,NOL4,ARNTL,TCEAL8,CUX1,NPY,SUSD4,APBB2,NT5M,TRAM1L1,SUZ12,ARNT2,MPP3,NFYA,MTX1,GBF1,LSAMP,LHFPL4,MPHOSPH9,STAC2,KBTBD2,APBA1,APBA2,CDK5R2,NDUFA13,POGK,HDLBP,ARHGDIG,ARID4B,ARHGDIA,NRCAM,LMO1,KDM2B,DSCAM,APLP2,MATK,ATP1B2,PCDHA12,CHMP4B,ABCG4,ZCCHC8,ZCCHC7,CTTNBP2,NTM,PXN,TMEM59L,LPL,DTX1,CABP1,STK4,DTX4,EFNB2,EFNB1,ARHGAP20,DPP6,SCUBE1,CASKIN1,OTX1,MARK2,BPTF,MARK1,KLHDC2,RAP1GAP2,CPSF6,CBX5,CBX4,WSCD1,PTCH1,ARHGAP29,EFNA3,RALYL,NR4A3,CHMP2A,LRP10,ACADVL,PCDHGB7,DOCK3,HS2ST1,SEPT9,SEPT6,SENP5,ZC3H7B,LRRTM1,SNAPC4,TMEM108,CASP2,PDE4A,SPEG,TOPBP1,RBM5,SCYL1,HGSNAT,USP48,H2AFY,H2AFZ,ABCC8,USP43,SPATS2,PPP2R5D,DNM1,TGFBR1,DNM2,DDAH1,IGDCC4,RASA1,AKT1S1,CDH11,CDH13,PFDN4,CAMK2B,ATP1A3,NRXN2,WIZ,ATP1A1,DLL1,TOB1,NCALD,IGFBPL1,CHSY1,FAM120A,NCAM1,BUB3,SNCB,OPCML,SPEN,NEGR1,BAD,PCDHGC4,CADPS,PDE4DIP,MEIS2,NAP1L5,DLK2,PDE10A,PPP2R2C,PPP2R2B,TBKBP1,SSBP1,RGS11,SSBP2"
+"gene_set_query"	"270"	"PCGF6"	"337.7"	"ARCHS4 Coexpression,415;Enrichr Queries,477;GTEx Coexpression,121"	"POP7,TFRC,HNRNPU,SMC3,EPRS,ALKBH8,ALKBH3,PSMD7,CAPNS1,MPRIP,ALKBH1,DPYSL2,MYC,ZMIZ2,STMN1,PRKACA,PRKAB2,WSB1,TSTD2,WDR75,CD3EAP,ARMC8,HCFC2,MED4,GTPBP4,FAM133B,DYNC1LI1,CLNS1A,ZSCAN21,DDIT4,YME1L1,PRR12,SLBP,SET,SHMT2,NOLC1,SLAIN2,MTDH,PRDX3,LDHB,ABR,HSPH1,WDR70,PRKAR2A,RRS1,RDH14,PIP5K1C,NAA50,JUN,PNO1,PBX2,CDC7,NETO2,PA2G4,UCK2,PSMG1,EZH2,ARF3,OGFR,PIGU,PHF20,SETD7,MRPL39,MRPL36,PFAS,WDR43,TMEM186,TRIM8,RIOK2,RRP12,CIC,RRP15,ITPK1,RRAS2,DUSP6,SRP9,GNL3,NCOR2,PSMA3,TUBB2A,PSMA4,PSMA1,PSMA2,MTF2,PXDN,TCP1,RAPGEF1,SLC29A1,GART,ERGIC1,CDC123,TIMM9,USO1,SNX32,SDAD1,SLC7A1,PSMA7,USP1,SRSF10,MEF2D,SRSF11,PAIP1,BRF2,YTHDF3,USP9X,DAB2IP,ABCB10,PSMC1,PSMC2,TSR1,NUCB1,GOPC,PKN1,CSE1L,PDCD5,UBE2D3,CLSTN1,ATN1,IPO7,IPO5,IPO8,LAMP1,CFL2,KPNA4,KPNA2,KPNA3,FADS1,KPNA1,SLC25A46,KCMF1,SLC38A1,ILF2,DGKZ,SAP30,MSH6,TOM1L2,CLIP1,MSH2,NCL,MAPKAPK2,SRSF3,MAPKAPK5,SRSF7,ANAPC1,FKBP5,SNRPB,ANAPC2,ENY2,DNMT1,RAB5B,CUL5,GLO1,CUL2,SLC38A10,UBR1,ACAT2,SOCS2,SBNO2,ORC6,PITRM1,BRIX1,SMN1,NAE1,WDTC1,NOP14,EIF2B3,BOD1,SEC16A,STYX,ASNS,ZC3HC1,SH3BP5L,COPS2,PLEKHM2,PLXNB2,IARS,BCL2L2,NFE2L1,CALCOCO1,MCM7,WDR3,DUSP12,MRPL3,SNRNP70,SUMO2,MRPL9,ADSL,RFC3,HSP90AA1,VBP1,RAD23A,RAD23B,COASY,TFDP1,IMPAD1,CTDSP2,POLR1B,DNAJC5,BCAT1,DCTPP1,PPP1R12C,BECN1,SEC23A,HDAC2,WBP2,WBP4,MAK16,SRSF1,LENG8,MLLT6,JAKMIP2,DNAJB2,SRR,HIRIP3,POLR2B,POLR2D,CDC37L1,FEM1C,RBBP7,NOP56,NOP58,MARCKSL1,PPIL1,SSB,MMAA,CNBP,CCDC59,TPRKB,CDC5L,CDC42BPB,CUL4A,EIF3M,PSAT1,P2RX2,EIF3J,CEBPZ,TRIM32,EIF3A,METAP2,APP,CISD2,CCNC,PDCD2L,ZDHHC4,ATXN7L3,TMPO,SRRM2,TIPIN,NSMCE2,MAPK8IP3,MRPS18C,GNPAT,KARS,VDAC2,CBLL1,KCTD18,MMADHC,DCUN1D5,TMEM63B,DCUN1D1,RPAP3,DHX36,DYM,TNRC18,XRCC6,IQSEC1,MEMO1,PAICS,ZWINT,AIMP1,CCT6A,AIMP2,STAG1,NDUFAF2,ANP32E,NOL10,DHX29,NOL11,MRPS17,GFM1,AHCTF1,MRPS12,AKAP12,SYNCRIP,OTUD6B,C1QBP,SDF4,CDV3,CCT2,ZER1,PARP1,PRMT3,MINK1,ANO6,CACYBP,PRPF40A,TFB2M,MRPS7,PPRC1,PRPF18,PITPNM1,PACS1,CSDE1,ARHGEF2,EEF1E1,FYTTD1,DTYMK,PCNA,PRIM1,NOL6,GNAI2,CHRAC1,EXOSC8,CCT8,CCT5,CCT4,RANBP1,NPM1,PTGES3,MYO9B,VEGFA,RSL1D1,XPOT,PRKRA,NEDD4,SGSM2,PNPLA6,TOMM5,GRINA,UBE3C,BCCIP,UBE3A,CHCHD4,TATDN1,SBF1,NOM1,KDM2A,PUS7,TMX1,EHBP1L1,PLAA,CHMP4B,FAM92A,PSMD12,PSMD11,PSMD14,DDX1,NOP2,RPF2,TAF5L,RNASEH1,DNAJC21,CAMTA2,MARK2,BCL9L,HSPA9,IVNS1ABP,PRNP,PNPT1,CBX5,CPSF2,HMGA1,BFAR,EIF2S2,EIF2S1,KLHL20,HOOK2,NASP,HOOK1,OSTC,GNB2,RFXAP,TBCE,GNB1,CYCS,LRP10,RERE,PHTF2,USP38,ASNSD1,CHD6,PSIP1,CHD3,HMGB1,USP39,LMNB1,PPP1R9B,SEPT9,LASP1,ZC3H7B,MYO18A,TIMM17A,UTP15,ARHGEF11,SUN2,NAA30,KLF13,ATP6AP1,GLRX3,TTC33,PDPK1,H2AFZ,H2AFX,DDX50,UTP18,DNM2,DDX19A,NAA35,NUP54,USP14,RRN3,USP16,DDX21,ADD1,RNF2,STRN3,HSPD1,FAM168A,TGS1,ABCF2,FBRS,ABCF1,RWDD1,ATE1,RRM2,PDAP1,NAP1L1,DEK,RPS6KB1,ERCC8,NAA15,VIM,SSBP1,ABCE1,MBTPS2,RAN"
+"gene_set_query"	"271"	"THAP5"	"338.7"	"ARCHS4 Coexpression,320;Enrichr Queries,235;GTEx Coexpression,461"	"IPO13,TDRKH,ATF2,NCKAP1,SCOC,GMFB,WIPF3,HNRNPU,SMC5,EPRS,FAM110A,PCMT1,NDST1,LSM12,ALCAM,PPP4R2,CAPNS1,DPYSL2,ZMIZ2,GPBP1,AKT1,IAH1,TSPYL1,DICER1,SCAMP2,ARMC1,DAAM1,DDIT4,FAR1,PRR12,RPL28,SF1,SAR1A,TARSL2,SAR1B,FLII,MTMR9,SSR1,AMZ2,ST3GAL3,S100A10,EDEM3,JUP,RAB3IP,RDX,PBX2,BBIP1,LARP4,PRRC2A,HNRNPL,UCK1,EIF6,HBP1,CPEB4,CEP57,ARF3,PIGU,RPLP1,DIS3L,PIGP,ADO,SMG5,MRPL42,MED13,RPLP2,CIC,RRP15,PCMTD1,UPF1,SSR4,TCF12,LRRC40,TERF2,PHF20L1,MRPL50,SIKE1,INF2,PLSCR3,TMEM33,TMEM106B,EXOC5,TKT,ERGIC2,PAFAH1B2,ARF6,GRN,GSTP1,WRB,HSPA13,CENPB,TM9SF3,BCLAF1,RNF138,TMEM68,USP1,CLPTM1,RICTOR,ANKRD52,PAIP2,YKT6,ATAD1,CENPV,SF3A1,CRBN,CSNK1A1,SYNJ2BP,SCAF1,LYRM2,SNX16,OSTM1,ETNK1,TAOK2,NUCB1,GOPC,PKN1,NUCB2,CCNT2,CTNND1,CEP120,CASC4,PPP1CB,SMCHD1,NUDT19,SMARCAD1,LZTS2,SLC25A46,ANKRD46,USP5,ATP11B,ZCRB1,CASD1,CTDNEP1,ACAP2,DMTF1,RAB35,PHIP,SRSF6,CSNK1G2,GLYR1,ANAPC2,PFKFB2,LRRC59,RAB5C,TNKS,INSIG1,CUL2,ANKRD12,SPATA2,LIN7C,CORO1B,ORC4,BAG4,ORC3,BTBD2,NACC1,ABL1,ZKSCAN2,SLC38A2,SKIL,TRAPPC2,OSBPL8,TIA1,ZBTB11,EEF2,MARCH6,CNOT4,CNOT7,SH3BP5L,STK24,UBLCP1,COPS2,SP3,MDM2,NF1,SPIRE1,CPE,PLXNB2,MDM4,NFE2L1,EIF4G1,WDR1,RNF14,TRADD,PTEN,PTBP1,SART1,FSD1L,PPP6R1,SNRNP70,RNPEP,UBTF,TLK1,PMEPA1,TNPO1,TAPT1,REXO1,DST,ACTR6,VBP1,ATRX,TSN,ARFGAP1,PPM1A,TRAF7,PPM1B,CTDSP2,POLR1B,DNAJC5,SEC22B,PPP1R12C,RNFT2,GTF3C1,GTF2A1,NFAT5,ROCK2,RAB1B,TULP4,LENG8,SEMA3F,MFF,RCHY1,RAB21,DCAF15,GANAB,PARD6A,U2AF2,KRIT1,EIF4H,DNAJB9,VPS54,FEM1C,PCDH1,EIF4E,FBXL19,CDC42BPB,OXR1,TPD52L2,RAD52,TSPAN14,PFKL,APC,VAPB,MGAT4B,POLR3F,RAB18,P4HB,ISCA1,VARS,TMEM41B,CISD2,JMJD1C,THUMPD1,TIAL1,TRIM28,BSG,ATXN7L3,TBC1D10A,TRIM23,SRRM2,ZFP1,BROX,ARRDC3,IFRD1,MOGS,ACSL3,TMEM170B,AKAP9,RRAGD,FAM76A,IGSF3,GIPR,DCUN1D4,DCUN1D1,TWF1,CD99L2,PIK3R1,TTBK2,MYL12B,FXR1,APH1A,SPAST,MIER1,TRPM7,RAB11FIP2,INTS1,RCC2,CCDC88A,ZBTB6,STAG2,ANP32E,FBXL3,ITM2C,HBS1L,DAZAP1,CETN3,SLC7A11,BMI1,PRPF19,PTPRF,RSRC1,REV3L,SDF4,KIF1B,TMED7,GABPA,TMED4,MINK1,SREBF2,APRT,RAB33B,IMMP1L,HNRNPH1,TAX1BP1,G2E3,ARHGEF2,SLU7,ICA1L,GNAI2,PCNP,AMN1,HIRA,METTL6,SHOC2,PNPLA8,MPP6,SPCS3,MPHOSPH9,SPCS1,CAPZA1,AGGF1,HDGF,PNPLA6,GRINA,GOLT1B,ZFAND5,ARID4A,ARID4B,PPIP5K2,ARHGDIA,FAM3C,SBF1,RGS9,SH3GL1,MORC3,RSBN1,PREPL,TMX3,ADAM15,HNRNPUL1,TBL1XR1,TBC1D24,SCG5,CHMP4B,MATR3,SCG3,STAM2,SEL1L,TOR1AIP2,PDS5B,EFNA4,SUPT6H,EFNB1,DPP8,RPRD1A,QSER1,PDZD7,KLHDC10,BPTF,PRNP,UBE2B,CBX3,CWC15,KLHL24,SMAD5,DNAJC16,DNAJC18,UBE2W,APPBP2,CCPG1,HOOK1,GNB2,GNB1,MKRN2,SRPRB,UBA1,BRWD1,PHTF2,KDM5C,ASNSD1,PRKCSH,PSIP1,AFF4,PPP1R9B,SEC61A2,SENP6,SEC61A1,SEPT9,LASP1,SENP5,MAN1A2,ZC3H7B,RB1CC1,MAPK1IP1L,NAA30,TTC33,PDPK1,AKTIP,H2AFV,PPP2R5C,SENP2,PJA2,DNM2,RABEP1,CREB1,ATF6B,NAA20,DCTN4,TM2D3,FAM169A,STRN4,USP19,STRN3,GNA13,FAM168B,MAPK7,RPS6KC1,PPP2R3C,TRA2A,MTA2,FBRS,EYA3,SLC4A7,NEURL4,CARM1,ACIN1,ATP13A3,SSBP2,R3HDM2"
+"gene_set_query"	"272"	"EEA1"	"339.7"	"ARCHS4 Coexpression,451;Enrichr Queries,172;GTEx Coexpression,396"	"NCKAP1,RPL30,TRIO,TFRC,HNRNPU,SMC3,EPRS,RPL8,ALKBH8,ZFYVE27,ALCAM,RAVER1,DPYSL2,MYC,AKT3,MED1,TSPYL1,CD3EAP,RC3H2,DAAM1,RFX7,PRKAR1A,YME1L1,FAR1,RPL29,ALG10B,RPL28,SF1,SAR1A,SAR1B,SLAIN2,VPS26A,HIF1A,OAZ1,MTDH,HMGXB4,HSPH1,PPP4C,WDR70,MCMBP,NAA50,EDEM3,JUN,CHKA,PLK2,RDX,H3F3A,PRRC2C,PBX2,HNRNPL,PCDHGA11,EIF6,FERMT2,CPEB4,PHF3,OGFR,SMG1,PIGU,BTG1,PIGQ,SETD7,CLTC,WDR43,NIPBL,MED13,TMEM43,EMD,RRP15,PCMTD1,WDR36,SHPRH,SSR3,TET2,RRAS2,GMIP,FAM126A,DUSP6,RNF167,ZEB2,MED25,TMEM33,PXDN,EXOC4,RAPGEF2,ARF5,RNF166,SF3B4,RPL10,USO1,SNX32,BCLAF1,RPS3,RICTOR,RPL18,PCGF6,SF3A2,YTHDF3,CSNK1A1,USP9X,MBD1,SYNJ2BP,KTN1,XAB2,NFIB,ETNK1,TAOK1,SHKBP1,SERBP1,TSR1,GOPC,PKN1,FRYL,FBXO28,LTN1,RPL10A,IPO7,PPP1CB,SMCHD1,SLK,CFL2,CFL1,KPNA4,CSNK1G3,RNF44,RPS9,MAP2K2,TPM4,TPM1,THOC2,ACAP2,CLIP1,MSH3,PHIP,ANAPC1,SNRPA,SNRPB,ANAPC2,INO80E,RAB5C,ANKRD12,MAZ,UBR3,LIN7C,CORO1A,HSP90B1,BAG4,PITRM1,G3BP1,TPR,BRIX1,SLC38A2,SKIL,EVI5,OSBPL8,COPS2,SP3,MDM2,NF1,ITGB1,PTEN,ARRB2,DUSP11,DUSP12,RPL7A,PPP6R1,PSD3,TLK1,CEP170,ERC1,TNPO1,ACTR3,ACTR2,EIF5B,HSP90AA1,PPP1R12A,DST,ATRX,VPS13A,RPL13A,RAD23B,PTP4A1,PIK3CA,ASPH,CTDSP2,IMPAD1,C1D,TOP1,BCAT1,SOS1,BDP1,SEC22B,TRABD,NFAT5,SEC23A,ROCK1,ROCK2,TULP4,EHBP1,RAB21,DCAF15,ABLIM1,HECTD1,U2AF2,FCHO2,UBQLN1,IARS2,FYN,CSK,SMARCE1,SPAG9,SEC24B,SEPT11,CDC42BPA,OXR1,MARCKS,KLF6,APC,EIF3G,TRIM32,EIF3A,APP,SMARCB1,PITPNB,FCF1,JMJD1C,THUMPD1,PWP1,GOLGA4,TRIM28,CDC27,BSG,DENR,SEC62,RPS10,TMPO,ACVR1,AQR,SCAF11,ACTN1,ARRDC3,RECQL,CSNK1D,RRAGC,ZW10,AKAP9,PFN1,MACF1,MYCBP2,TMTC1,PIK3R1,APH1A,PRRC1,PCBP1,MIER1,FAM192A,HIVEP2,LRRN2,MYO5A,PUM1,SMARCA2,MED13L,AIMP1,CCDC88A,STAG1,ZZZ3,STAG2,WNK1,GOLGB1,CALU,DHX29,CALM2,NRP1,PRPF19,LIMD2,AKAP12,SYNCRIP,PPP3CA,PCM1,SPTLC1,XPO1,OTUD6B,CHMP1A,KIF13A,REV3L,CTSB,PBRM1,PRMT1,PRPF40A,CTTNBP2NL,RHOB,ENAH,PRPF18,PITPNM1,TAX1BP1,ARHGEF1,SGK1,ATP6V0C,FYTTD1,HEATR1,SERTAD2,EPS15,RANBP2,MTX3,MYO9A,VEGFA,RAB11B,NEDD4,CAPZA1,HNRNPA2B1,RAB3GAP2,FAU,RAB3GAP1,UBE3C,ARID4A,IGF1R,KIF5B,CWC22,NOM1,TMOD3,ADAM10,UBE4A,LMO7,PUS7,TBL1XR1,GPD2,WDFY1,WDFY3,TBC1D23,STAM2,RAI14,DDX6,TOR1AIP2,PDS5B,PDS5A,NDRG1,RTN4,RNASEH1,GRK6,QSER1,BPTF,SMAD1,HSPA8,PRNP,HSPA5,HSPA4,CRIM1,DSTN,NUP153,DNAJC13,EIF2S1,SMAD5,KLHL20,EFNA2,HOOK2,HOOK1,GNB2,GNB4,AMOTL2,ACBD3,COPE,PICALM,DDX3X,PRKCSH,USP34,CHD6,ATP2A2,AFF4,PPP2R5E,MAN1A2,RB1CC1,FLOT2,LRRFIP1,UTP15,USP47,ARHGEF12,PDPK1,IQCE,OXSR1,YWHAZ,PJA2,LATS1,EEF1G,VCAN,EEF1D,RASA1,ATG4B,NUP54,USP14,POMP,ASAP1,DNPEP,TAF1B,TNKS2,TGS1,RALY,SMNDC1,ARFGEF1,PTCD2,SGTA,CYHR1,ATP2B4,DEK,ATP2B1,SLC4A7,PNKD,RPS6KB1,CAPN10,NAA15,VIM,ABCE1,TAF2,MBTPS2"
+"gene_set_query"	"273"	"MXD4"	"340.7"	"ARCHS4 Coexpression,71;Enrichr Queries,383;GTEx Coexpression,568"	"CYFIP2,ENO2,GPR173,RNF112,NDST1,ALCAM,CAPNS1,MPRIP,ZMIZ1,IGLON5,DPYSL2,MYC,ZMIZ2,AKT1,PRKACA,GABARAPL1,RBFOX3,DAPK3,GTPBP6,CD3EAP,SCRIB,NISCH,GPR162,WDR81,DDIT4,PRR12,TTYH3,CTBP1,LDHA,ST3GAL5,PLCG1,PIP5K1C,RHBDL1,S100A10,ACD,JUN,CDK19,PHC2,PRRT2,JUND,JUP,PLK2,IRF2BP1,PBX2,L1CAM,PBX1,PRRC2B,PRRC2A,EHD1,ABTB1,FASN,GIPC1,SFXN3,HBP1,EZH1,ARF3,OGFR,PIGU,BTG1,KCNC1,SHF,TRIM8,TRIM9,MMP24,TUBA1A,TRIM3,TIMP2,ANXA6,TCP11L2,CIC,DFFB,UPF1,ITPK1,DUSP6,NCOR2,SLC7A5,MED25,INF2,KIFC2,PXDN,RAPGEF1,GAS6,ERGIC1,GRAMD1B,GRN,NFIX,ADAM22,CENPB,CHN2,CLPTM1,CKB,RABAC1,MEF2D,RUNX1T1,STAT2,DAB2IP,SCAF1,TARBP2,SKI,NFIA,TAOK2,ZYX,NUCB1,PKN1,YPEL5,YPEL4,YPEL3,TMEM229B,MTCH1,SLC27A1,ATP8A2,CLSTN1,ATN1,ZBTB22,SLC8A2,TM7SF2,STK11,SALL2,LAMP1,SESN1,FBRSL1,LZTS2,FADS1,BNIP3L,SH3GLB2,TLE2,SLC38A1,FBXW5,MAP2K2,IGFBP3,TPM1,F2R,DYRK1B,LEMD2,DGKZ,DISP2,CTDNEP1,ACAP3,TOM1L2,DGKQ,MADD,RAB35,MAPKAPK2,FSCN1,SQSTM1,CSNK1G2,LY6E,FKBP5,ANAPC2,INO80E,CD151,RAB5C,INSIG1,MAZ,SLC38A10,FBXO44,CORO1B,SOCS2,NEUROD2,IGSF21,SCRT2,SBNO2,KLC2,DVL1,BTBD2,SRGAP3,NADK,PLXNA3,WDTC1,TMEM120B,OSBPL5,TNK2,EEF2,SH3BP5L,PLEKHM2,PLXNB2,LRCH4,NFE2L1,MAP3K12,BCL2L1,RNF187,ZNF512B,CALCOCO1,PTPN23,DUSP12,SART1,SNRNP70,PPP6R1,PPP6R2,PMEPA1,EVI5L,TRIM67,BOK,DGCR2,REXO1,DDOST,ARFGAP1,GIGYF1,TRAF7,PTP4A3,CTDSP2,DNAJC5,C1D,PPP1R12C,PPP1R15A,HDAC5,LRP1,RAB1B,LENG8,MLLT1,LRP3,MLLT6,HDAC7,DNAJB2,DCAF15,U2AF2,VPS53,TRIM46,CSK,MARCKSL1,FBXL19,MBOAT7,CDC42BPB,PNRC1,PINK1,KLF6,PFKL,IMPDH1,MGAT4B,PDCD4,CDR2L,INSM1,MDGA1,UNC79,TNRC6A,CBLN1,APP,HDAC10,ZDHHC8,ACTB,RUSC1,FTH1,LONP1,GLUL,ATXN7L3,SOX4,ARRDC4,SRRM3,SRRM4,ST6GAL1,ARRDC3,CIRBP,AP1B1,PTOV1,CSNK1D,MOGS,MAPK8IP3,PISD,TIAM1,ULK1,KCTD12,TRIB2,RTEL1,TBC1D9B,TMEM63C,STXBP1,MYCBP2,TRANK1,PIK3R2,PIK3R1,APH1A,SYNGR1,NUAK1,PCBP3,PCBP4,TNRC18,RALGDS,RAB11FIP3,TMEM184B,INTS1,IQSEC1,MICAL3,MICAL2,SMARCA2,GADD45G,ID2,RGL2,ITM2B,ITM2C,NRP1,TMEM151B,CITED2,AP2A1,GRIK2,AP2A2,PCLO,ENC1,RAC3,SDF4,CTSF,CTSD,GIT1,UBXN6,CTSB,GRIPAP1,ZER1,TSC22D1,TSC22D3,GAA,MINK1,NME3,AP3B2,MLF2,RHOB,RNF144A,GAK,PITPNM1,PACS2,PACS1,ARHGEF1,FAM193B,ARHGEF2,SGK1,SFI1,ATP6V0C,CSTB,CRIP2,RFNG,BEGAIN,CAMKK2,GNAI2,CST3,RXRB,ARVCF,CAMK2N1,PURG,NPDC1,MAP3K3,SORT1,MIB2,MYO9B,VEGFA,RAB11B,CCNG2,SGSM2,PNPLA6,MEGF8,GRINA,CRTC1,CD81,ZFAND3,CELSR3,TMEM145,ARHGDIA,POGZ,CAPN5,SBF1,SH3GL1,ADAM11,TSC2,TSC1,KCTD2,KCTD6,EHBP1L1,ANKS6,CHMP4B,SIDT2,CACNA1A,DTX3,NDRG1,EFNB2,GRK6,CAMTA2,MARK2,BCL9L,SYT4,PRNP,CPSF1,IDH1,KLHL24,CLK4,NFKBIA,H1F0,HOOK2,GNB2,GNB1,CLASRP,LRP10,KDM5B,ACADVL,KDM5C,GSK3A,LDB1,PRKCSH,MAST1,CHD3,PKD1,ELAVL3,CABIN1,PPP1R9B,SEPT9,LASP1,ZC3H7B,MCF2L,MAN2C1,GALNT9,SCYL1,SUN2,KLF13,ABCC8,PDPK1,PPP2R5B,ARHGEF18,EPN1,KLF16,DNM2,ALS2,PPDPF,AKT1S1,LUC7L3,SHANK3,ANKS3,NRXN2,RBM4B,WIZ,TOB1,STRN4,ADD1,USP19,DNPEP,GNA11,MKNK2,CDIPT,FBRS,ATP2B4,CLCN7,NEURL4,PIK3IP1,FAM131C,RGS11,VIM,SSBP4"
+"gene_set_query"	"274"	"ZNF217"	"341.3"	"Literature ChIP-seq,113;ARCHS4 Coexpression,651;ENCODE ChIP-seq,110;Enrichr Queries,452;ReMap ChIP-seq,282;GTEx Coexpression,440"	"ITSN2,ATF2,CHIC2,SCOC,GMFB,TFRC,POP4,EHMT1,TSEN54,TSKU,FAM110A,PREX1,PSMD6,PSMD7,PSMD5,DPYSL2,FAM110B,AKT1,SAP30BP,PRKAB2,CXADR,UNC5A,FRS2,DICER1,GAPVD1,RC3H2,EML4,BCR,EID1,EID2,MYL6,PRKAR1B,ZC3H11A,PSME4,DDIT4,SPARCL1,PLBD2,MTMR1,TARSL2,CDCA4,MEPCE,AGAP2,PDGFA,AGAP1,MRPL14,ABCB8,BAZ2A,AAAS,HSPH1,LARP1,RNF216,VTI1A,PIP5K1A,LTA4H,RDH13,B3GALNT1,JUN,PRPF38B,CADM1,EDEM1,EIF2AK3,EXOC6B,PBX2,LARP4,PBX1,MLLT11,MRPL30,UCK1,PKIA,PSMG3,PSMG1,DZIP3,FERMT2,EZH2,HEXB,RPLP0,PIGP,PRKAG2,SHB,OSBPL10,SHF,SMPD3,TUBA1C,NIPBL,LMBR1,ATIC,TUBA1A,MED13,DLGAP1,JAK1,UPF1,ELOVL5,ELOVL2,ACTL6A,SLC39A11,MRPL48,DUSP8,DYNLL2,MRPL46,DUSP6,MED23,SLC7A5,MED25,SLC7A6,PSMA1,BDH1,PXDN,CDC42EP3,RAPGEF1,PELI1,TUT1,RAPGEF2,VAMP2,ERGIC1,ARF6,GSTP1,ODC1,ATL2,TMEM74,SDAD1,CENPB,NRAS,GLRA2,SNX29,RECQL5,UNK,SNX27,TMEM65,MICALL1,PSMB1,AP2S1,STX6,LEO1,FLNA,ZSWIM6,HARS,RABAC1,SRSF10,MDH2,GOLM1,UTP3,ATRNL1,GATAD2A,LYRM2,FABP5,FABP7,TAOK2,CCDC6,PKN1,YPEL3,FRYL,MTCH1,CRCP,TMEM167B,CASC4,FRY,LAPTM4A,FNTB,SCMH1,FBRSL1,KPNA2,SYBU,SH3GLB2,SLC38A1,UBE2E2,ATP11B,CASD1,FOXP1,MSH6,ACAP2,SLC9A8,PKP4,ANAPC5,SRSF7,LY6E,ANAPC2,SLC27A4,INO80B,PFKFB3,MAX,ARL3,IREB2,MAZ,STK39,SPATA2,SLC9A1,SOCS2,RAP1B,NDOR1,G3BP1,THEM4,LRRC4C,SLC38A2,DR1,TIA1,NOP16,BOD1,FBXO38,UROS,HPS1,ARPC5,EEF2,CORO2A,CORO2B,FBXO31,ZC3HC1,LRCH1,ARPC2,SP3,DMXL2,NFE2L3,MDM4,NIT1,ITGB1,ZNF512B,HSP90AB1,PPP1R13B,NUMA1,SCHIP1,CELF3,CELF4,ARRB1,ETFA,ARRB2,BICD2,NGRN,MRPL3,FSD1L,PPP6R1,PPP6R3,ME1,PMEPA1,ACP2,HMG20A,MRPL9,ERC1,SNAP29,NEO1,EID2B,CTNNBL1,PELP1,ACTR3,BCAS3,ACTR2,HSP90AA1,DST,VPS37C,ARNT,VEZF1,RAD23B,ARL4C,TMBIM4,NPC2,SYF2,C1D,ETF1,TOP1,SEC22B,PPP1R12B,GAPDH,MET,AHDC1,RNFT2,GTF3C1,PPP1R15B,PRPS1,NDUFB9,NDUFB8,CANT1,GTF3C5,PPM1L,ROCK2,SRSF1,NDUFB3,ZBTB43,FOXK1,SRI,MLLT3,PPM1D,PPM1E,CDC42,ZNRF1,ZNRF2,CCDC85C,U2AF2,SLITRK1,UBQLN1,CDC37L1,SH3BP5,SH3BP4,LRRC8A,SLC25A25,TRIM44,EIF4B,ATP9A,CYB5B,NDUFA9,NTRK2,PTPN1,MARCKSL1,HNRNPA3,TRIM41,NDUFA5,FEM1B,MID1IP1,NTRK3,FOXJ3,HIP1R,IMMT,EFR3B,HNRNPAB,ATOX1,NECAP2,MYO1B,SYT11,PDCD4,EIF3H,PDCD2,TRIM37,EIF3E,EIF3C,KCNK2,TRIM33,SLC25A36,EIF3B,EIF4A1,CCNK,CERK,JMJD1C,KEAP1,ZDHHC7,LDLRAD3,ZDHHC3,ACTB,CRKL,ATXN7L1,TRIM27,PTGFRN,ATP6V1E1,CCDC92,CCNL1,TMPO,EPHA4,ATP6V1G1,SCAF11,IMP3,LIMCH1,ACTN1,ECH1,NSMCE2,NSMCE1,ANK2,ACTN4,ANK3,ULK3,ULK1,KDELR2,SLC45A4,DHX8,TMEM63B,SLC45A1,TMEM63C,FOXG1,PEX11B,PTTG1IP,PIK3R1,KALRN,GSPT1,TTBK2,APH1A,HLTF,PCBP2,TSPAN5,HIVEP2,RAB11FIP3,RAB11FIP4,XBP1,IQSEC1,RCC2,INTS2,SMARCA5,DCLK2,MYO5A,NTAN1,HARS2,SMARCA2,PAICS,PTK2,DCLK1,MED13L,AIMP1,EXT1,WNK1,ID2,WNK2,SDC1,CALM1,CALM2,NRP1,CCDC120,USPL1,FAM57B,MRPS11,MRPS12,CETN3,DIRAS2,ICA1,GRIK2,PTPRK,COX7C,PTPRF,PPP3CA,NUDCD3,ENC1,UIMC1,DHX15,KIF1B,QSOX1,CTSB,VKORC1,MMD,NCOA4,MRPS23,PRPF40A,ANO6,MRPS7,SYN3,COMMD7,TMEM150C,RNF144A,RAP2B,CSDE1,PITPNM2,TAX1BP1,NCOA7,PABPC1,CD47,GLCCI1,PTMA,AHCY,STX16,SATB1,SSNA1,HEATR1,GBA,GNAI3,CCDC107,CRIP2,PRICKLE1,EXOSC7,PAK1,PGRMC2,NFIL3,SERTAD2,MGAT2,HEATR6,PAK2,DYNC1I1,CCT4,DYNC1H1,MAP3K3,GABBR2,MON2,SPRYD3,YIPF2,HUWE1,PLEKHA5,PLEKHA6,UBE2G2,YIF1B,VEGFA,FKBP1A,KLHL9,PER1,ITCH,CCNG2,RPA3,HNRNPA2B1,TTC3,ESYT2,HDGF,SCARB2,SCARB1,SYS1,WWC1,BCCIP,UBE2Z,CELSR2,IGF1R,ACTG1,GRIP1,FAM174B,KIF5C,KIF5B,CAPN5,TBC1D30,CAPN2,EP300,ARID2,RGS9,SBF2,RGS6,RGS7,FBXW11,TMOD3,OSR1,SLC30A5,TTC7B,LMTK3,TANC2,TMX4,HNRNPUL1,TMX1,GPD2,EEF1A2,UBE2V1,RAF1,FAM92A,DDX5,TBC1D19,BHLHB9,TMED10,COX16,ARHGEF26,TOR1AIP2,CACNA1D,SLC1A4,NDRG1,SUPT6H,RTN4,CACNA1H,RAI1,FUT8,ISOC1,CAMTA1,BCL9L,IVNS1ABP,OST4,PRNP,UBE2H,UBE2I,NUP155,AUTS2,KLHL25,SYT1,CRIM1,DSTN,NUP153,AP4B1,SSH3,HIGD2A,QDPR,GNAL,HOOK2,APPBP2,HOOK1,GNB2,GNAQ,CNTN1,PHF14,PHF13,AMOTL2,STT3B,LSM14B,LSM14A,PICALM,GSK3B,RBM25,DYRK2,DDX47,PRKCSH,CHD8,MAST1,DDX42,CHD6,ARHGEF10L,ADAR,SOBP,PPP1R9A,CHD2,AFF3,RND3,PITPNC1,LMNB1,LASP1,EEF2K,YWHAQ,BCL7C,LRRFIP1,TBP,PDPK1,PLA2G4B,TBC1D8,TBC1D9,ABHD14A,NAV2,YWHAZ,VCAN,TMEM214,NDUFS7,SETBP1,ACOX1,TBC1D5,NUP50,NDUFS4,ZMYND11,IFT46,CUEDC1,SHANK2,RALA,RAP1GDS1,ASB13,PARN,DDX21,ASAP1,ASAP2,RNF4,NT5C2,POLD3,DNPEP,CAND1,TMEM203,TAF1B,GNG5,TRA2B,BMS1,TMEM205,GNG7,MKNK2,SPOCK1,VHL,MTA2,MTA3,FBRS,CLVS1,ARFGEF1,TTC14,MBTPS1,RBM39,RRM2,TAF13,ACVR2A,MAPK10,IRGQ,PNKD,POLE3,FAM131A,ACIN1,FAM98B,VIM,GPD1L,RBM45,CYFIP2,CYFIP1,TES,TRIO,RPL32,TRRAP,GPATCH1,HNRNPU,GPATCH4,ADARB1,EPRS,GABPB1,SLC4A3,BACH1,DCAF4,DCAF7,RNF115,ALCAM,RNF114,ZMIZ1,MYC,CSPP1,PIP4K2A,RPL37,MPV17,DIP2B,DIP2C,IER5,NCKAP5,ANKS1B,WSB1,RPL21,WSB2,NUP210,DAPK1,PRKCE,WDR74,AFAP1,CD3EAP,WDR75,SCRIB,DAAM1,RPL24,TARS2,CDC42SE1,ANAPC13,NUP205,MAPKAP1,WDR61,HIF1A,GNS,GLG1,MTDH,FAM160B1,LDHA,PPP4C,RIC8B,WDR70,CHST12,RAD21,GAR1,CHST15,ST3GAL5,PLCG1,ST3GAL1,ZSCAN18,S100A10,CDK19,PRELID1,WDR59,DMPK,HOMER1,PLK2,RDX,RAB3IP,PRRC2C,IRF2BP2,PA2G4,NR1D1,MCAT,PRRC2B,POU6F1,PRRC2A,HNRNPL,EHD1,SLC6A6,MEX3B,HNRNPK,HNRNPF,HNRNPD,GTF2IRD1,PAM,CPEB4,PHF2,MOCS2,WDR47,SMG1,BTG1,CDKN1B,CLTC,CLTB,LPCAT1,ADK,CLTA,TCF20,SMG7,PFAS,RNF157,TMEM189,FAM102B,UBL3,IMPA1,AIFM1,TMSB4X,RFK,ENSA,TIMP2,ANXA6,SPIN1,AP3S2,JARID2,RRP15,GARNL3,BRD3,RPS6KL1,WDR36,MIOS,HSBP1,SSR3,ITPK1,TET2,WDR35,NCOR2,LSG1,NSA2,SIKE1,INF2,TET3,EXOC4,EXOC5,PLCB1,SF3B4,PHLPP2,SF3B3,WDR26,TIMM9,RPL12,HSPA13,ADCY5,FAM129B,NSD1,CHN2,RPS3,RPS2,ANKRD52,ANKRD50,DTD1,RUNX1T1,RPRM,YTHDF2,CSNK1A1,ELP2,HIPK1,SCAF1,SCAF4,KTN1,AGBL5,RNF145,RYBP,NFIA,NFIB,JKAMP,INHA,NUCB2,FAM49A,FAM49B,ATP8A2,CLSTN2,CTNND2,CEP120,CLSTN1,UBP1,YEATS4,BZW2,ABHD12,PPP1CB,RNF19A,LAMP2,SLC39A6,MACROD2,TMSB10,ANKRD13A,HMGN1,GTF2I,TLE4,TLE3,USP8,USP7,ANKRD46,TPM3,USP3,IGFBP3,MAGI3,RPS5,MAGI2,TPM1,GTF3A,FRMD4A,FRMD4B,VASH1,ILF2,THOC7,ST7L,CLIP1,RAB31,STIM2,MORF4L2,RAB35,PHIP,SNRPE,SNRPF,TNIK,FKBP4,FKBP3,MAD1L1,SNRPB,GLYR1,FKBP2,ENY2,FAM114A2,INSIG1,ABHD2,ANKRD11,ITPR1,KLC1,PHF21A,ORC5,PITRM1,UBR5,NACC1,ESD,SRGAP3,SRGAP1,PLXNA4,MCL1,OSBPL9,ANKRD28,EIF2B5,OSBPL8,RAB4A,CCDC12,TNK2,SEC16A,SLC4A10,DHCR24,MARCH7,TRAPPC9,BTBD9,MARCH4,LSM3,COPS4,BCL9,LRFN5,SCCPDH,COPS5,GON4L,NBEA,NSG2,CNOT1,CNOT2,SPIRE2,PLXNB2,SERINC1,GPR107,NF2,DHCR7,CNOT8,COPS8,RAB5A,CNIH3,SERINC5,SERINC4,EIF4G1,BCL2L1,DIDO1,RNF11,CALCOCO1,DAGLA,ZC3H4,CCDC47,SYNE2,PIK3C2B,DUSP11,PTBP1,DUSP12,AP1G2,OPA1,VPS72,AP1G1,RNPEP,PSD3,UBTF,TLK2,PHACTR3,SLC37A3,TNPO3,RFC3,PLEKHG2,DIS3,LIX1L,PLRG1,TSN,NIPSNAP1,PTBP2,PTP4A1,TRAF7,ASPH,DAD1,CTDSP2,EVL,GTF2A1,NLGN1,SMARCD2,SMARCD3,WBP4,HDAC7,FZR1,ABLIM1,ABLIM3,DNAJB6,RBBP5,RAB24,DNAJB9,CSK,WASF1,MEST,CACNG4,POLR2K,MLXIP,SEMA4D,TXNRD1,SEMA4B,TPRKB,RPRD2,FBXL16,PTPN12,CDC42BPA,OXR1,PNRC1,ENOX1,RAD52,RAB10,KLF6,MARCKS,NFASC,POLR3B,VAPB,RAB15,POLR3C,MFAP3,POLR3E,VPS45,PFKM,TNRC6A,ISCA2,PANK3,CMAS,ZMYND8,CBLB,HS6ST1,HS6ST2,RPS19,RUSC2,RPL36AL,FTH1,LONP1,DENR,KIFAP3,SOX4,AGFG1,SRRM2,AQR,ARRDC3,IFRD1,SLC11A2,MTUS1,RECQL,AP1B1,ACSL3,SRRM1,INPP4A,TIAM1,POR,KATNAL1,VDAC1,EZR,OBSL1,CBLL1,PFN2,MACF1,NECAB1,TSHZ3,IGSF3,DCUN1D5,ANP32A,STXBP1,CD99L2,NMD3,IGSF9,MYL12B,UGCG,SCFD1,GNG10,PTDSS1,PRRC1,GSE1,TNRC18,TRPM7,ATP6V0A1,SRPK2,PTPRN2,SETDB1,SNHG6,SRPK1,PUM2,UBAC2,GADD45G,CCDC88A,STAG1,RPS29,CCDC88C,ANP32E,MAGED2,TMCC1,ITM2C,SLC35F2,CITED2,GFM2,FAF1,SIPA1L2,ROBO1,SERP2,XPO1,PCF11,CHMP1B,XPO6,SH3PXD2B,UBXN7,SEC61B,RAB8A,PRMT6,PRMT5,CDV3,TSC22D1,PARP1,STRADA,PARP2,TSC22D3,ZDHHC17,MTSS1,RHOB,MLF2,VAV2,SLC22A23,PRPF18,HNRNPH1,PACS1,MPPED2,FAM20C,RHOV,ALDOA,SGK1,MAPRE2,CSTB,PRIM2,SLC20A1,ZDHHC20,AMIGO1,ICA1L,AKAP6,TRAK1,AKAP1,PPP2CA,AMN1,ANKMY2,CUX1,APBB2,APBB1,TBL1X,RAB11A,RAB11B,PDP1,CAPZA1,CAPZA2,KBTBD2,RAB3GAP2,TRIP12,MEGF8,MEGF9,MPHOSPH6,GOLT1B,MRFAP1,HDLBP,LZIC,FBL,TATDN1,TATDN2,CHCHD3,BASP1,CHCHD6,NRCAM,AZI2,KDM2A,DSCAM,PAM16,SPNS2,KCTD3,ATP1B1,RSBN1,KCTD6,DPM3,TMEM136,TBL1XR1,SPNS1,CHMP4B,XPR1,FAIM,RAI14,CTTNBP2,PXN,CLEC16A,DTX3,STK4,CPLX2,PRPF8,ADIPOR2,PLCXD2,ARHGAP12,EFNB2,SDCBP,ZMAT2,DPP9,ATP6V1H,RPRD1A,ZC3H13,LONRF2,PDZD8,ZC3H15,MARK2,MARK1,BPTF,HSPA9,RAP1GAP2,HSPA8,ACBD6,KLHDC4,ACBD4,PNPT1,HSPA5,SMURF2,HSPA4,CBX3,RHBDD2,IDH1,TBCD,COQ7,AZIN1,NFKBIA,ARHGAP32,EFNA2,DLG2,NR4A3,DLG5,JMY,PI4KA,BRWD1,SAE1,LRP12,LRP11,SCYL3,B4GALT3,DOCK4,ABCD3,NVL,USP32,SLC2A3,HK1,RBM3,SEPT9,SPRED2,MFSD6,SPRED1,CASP2,MFSD1,TOPBP1,USP30,POLG,AKTIP,ABCC5,PDE4D,H2AFV,RNF208,OXSR1,ARID1A,DNM2,LATS1,DNM3,RABEP1,TRAPPC6B,FAM84A,PFDN2,PFDN4,LUC7L2,VAC14,KDM3A,USP15,KDM3B,POLDIP3,USP10,USP12,MTIF3,TOB1,IWS1,NCALD,MAPK9,FAM168B,FAM168A,UGP2,CHSY1,NT5DC3,FAM120A,GNA12,NCAM1,BUB3,MAPK6,CAMK2G,CLASP1,CLASP2,KDM4B,CADPS,LCA5,GDAP2,SLC4A7,RPS6KB1,BAX,SPRY2,ATP13A3,SSBP1,SSBP2"
+"gene_set_query"	"275"	"ZNF274"	"342.8"	"Literature ChIP-seq,162;ARCHS4 Coexpression,949;ENCODE ChIP-seq,102;Enrichr Queries,473;ReMap ChIP-seq,259;GTEx Coexpression,112"	"ITSN2,SCOC,MT-ND4,CHIC2,TFRC,UXS1,GHITM,ALKBH6,SCAMP5,NDST1,PSMD7,PSMD5,AKT2,PRKACA,PRKACB,FNBP4,MEF2C,CSNK2A1,RFX1,GAPVD1,SCAMP1,PRKAB1,BCR,FAM133B,PRKAR1B,DDIT3,DDIT4,UNC50,ORAI2,SF1,TSTA3,NPRL3,AGAP1,ABCB8,MRPL12,OAZ1,CIAO1,PRPSAP1,MRPL20,HSPH1,RHOT1,LTA4H,RDH13,PUSL1,HMGXB3,PRRT1,HEXIM1,JUN,PRPF38B,CADM2,ABCA3,BBIP1,EIF1,TBL3,EIF5,FASN,PSMG3,NMT1,PSMG1,EZH2,ARF3,ARF4,ARF1,LRSAM1,RPLP1,RPLP0,SNX12,MRPL36,MED15,MED17,PIGX,BBC3,JPH4,TRMT112,NIPBL,LMBR1,JPH3,MRPL40,FASTK,TCP11L2,ENOPH1,DFFA,DUSP1,NIPA2,SIRT2,DUSP6,SRP9,DDB1,TMEFF1,SLC7A5,MRPL50,PTRH2,PXDN,MMP17,PAFAH1B3,DSCAML1,VAMP2,SLC29A2,TRUB2,ELOF1,OAT,ATL1,ODC1,SRRT,SNX32,PSMA7,CENPB,MRPL55,UNK,HARS,RABAC1,SRSF10,CRBN,MDH2,USP9X,DAB2IP,LETM1,SPSB3,ABCB10,SNX16,CCDC9,PSMC4,SNX17,SERBP1,YPEL1,PKN1,CIAPIN1,YPEL5,YPEL4,CRCP,EIF4ENIF1,STK11,ATCAY,UROD,BNIP3L,SLC38A1,PRPF4B,FBXW2,MSH6,ACAP3,ACLY,DMTF1,MRTO4,FSCN1,SRSF3,SRSF4,PKP4,MAPKAPK5,SRSF5,SNRNP200,SQSTM1,SRSF7,SRSF8,SLC27A4,PFKFB2,LRRC59,RNASEH2A,PFKFB3,UAP1,CORO1A,SLC9A1,SOCS2,MBIP,E4F1,BRIX1,NAE1,LRRC4C,SLC38A2,LRRC4B,NEK9,NOP14,BRPF1,FUS,API5,GFPT1,ARPC4,EEF2,UCKL1,FBXO31,DRAP1,SP3,TUBGCP5,MDM4,LRCH4,TMEM19,NFE2L1,SLC25A1,ITGB1,HSP90AB1,CELF2,NGRN,PPP6R1,PPP6R3,PMEPA1,PGLS,SNAP29,TRIM67,PEG3,MSL2,RAD23A,RAD23B,ARL4C,NRG3,NPC1,SNPH,SYF2,IMPAD1,C1D,BCAT1,SEC22B,PPP1R15A,SNAP47,SEC23A,MGRN1,ROCK2,CXXC1,LRP3,FURIN,SRI,LRP6,FCHO1,FCHO2,FEM1C,FYN,IARS2,HNRNPA1,GADD45GIP1,LINGO1,MARCKSL1,TRIM41,PCDH9,NICN1,NTRK3,RPL23A,MCOLN1,HNRNPAB,MYO16,NECAP2,SUCLA2,OCIAD1,EIF3A,EIF4A2,TMEM41A,KEAP1,NUDT3,ACTB,CRKL,UBE2L3,EFR3A,HERC1,TRIM28,CHORDC1,EPC1,CCDC97,EIF2D,EPC2,CCNL2,TRIM27,ATP6V1E1,CCDC92,CCNL1,TMPO,ZFP1,ARL15,ZFP2,ALG5,CIRBP,MFSD10,GNPAT,SNHG12,PPA2,THAP7,CDC37,TAGLN3,STX1A,TMEM87B,PAXIP1,DHX9,FOXG1,SUPT4H1,PIK3R3,CDKN2AIP,GSPT1,PCBP1,HLTF,DHX38,FAM192A,RCE1,ZBED4,SNX5,LRRN3,LRRN2,DCLK2,HARS2,ICK,ID2,CALU,CALM3,CALM2,MRPS17,CSRNP3,SUV39H1,MRPS12,MRPS10,SLC7A11,HERPUD1,AKAP12,THTPA,MAP1LC3B,NUDCD3,SPTLC1,NCS1,ARIH2,DHX16,IDS,SSSCA1,QSOX1,CTSE,CCDC112,VKORC1,PCYT1B,SEC13,WARS,MRPS24,NCOA4,ANO8,MRPS5,APRT,COMMD5,PDRG1,ENAH,KIN,ARHGEF9,RAP2A,CANX,G2E3,NCOA7,ARHGEF2,PTMA,SATB1,DOT1L,COX5A,MNT,NFIL3,PDZD11,CAMK2N1,EXOSC9,EXOSC8,SCAND1,NPM1,SPRYD3,MYO9B,PNMA2,PEX14,VEGFA,YIF1B,PER1,FKBP1B,NDUFAB1,HNRNPA2B1,FAM171B,ESYT2,TARDBP,ZFP28,DPAGT1,SCARB1,NARF,COX6A1,ACRBP,IGF1R,PALM,EP300,FAM3C,PPFIA2,PCID2,MORC3,ZGPAT,DIMT1,DNAJB12,EEF1A1,FAM173A,EHBP1L1,UBE2V2,PPIE,RAF1,PPIA,RTN3,DDX5,TSG101,PKDCC,NDUFB10,ARHGEF25,DDX1,SEL1L,SLC1A4,CACNA1D,NDRG1,RTN4,TBC1D14,H1FX,NDUFV1,UBE2F,PRNP,PHF10,PCIF1,HMGA1,CRIM1,KLHL22,DSTN,CNOT10,SUPT5H,CLK4,ANKHD1,CLK3,CLK2,GNAO1,PAN2,AHI1,GCLC,HOOK2,HOOK1,GNAQ,GNB1,MKRN2,GNAS,TAB2,STT3B,FGF13,LSM14B,RERE,YWHAB,PRKCSH,CHD2,USE1,PHTF1,LMNB1,EEF2K,MLST8,NPTN,YWHAG,YWHAH,RBM33,BCKDHA,RBM17,RBM14,GLRX3,PDPK1,DDX55,DCAKD,PLA2G4B,DDX56,DDX54,SFPQ,NDUFS7,EEF1D,GORASP2,NDUFS6,GFOD2,ACOX3,NAT8L,EAPP,IRF9,DDX27,DDX24,SFSWAP,ANKS3,SLC3A2,HMGCR,ATP2C1,DNPEP,MAT2A,BMS1,MKNK2,CYTH1,ARFGEF1,RBM39,MBTPS1,URGCP,USF1,CHFR,MAPK10,FAM155A,CLCN6,GLB1,CARM1,ASB6,ACIN1,VIM,FAM98A,IPO13,RPL4,NCKAP1,TES,TRIO,HNRNPU,SMC5,HNRNPR,ADARB1,RPL8,EPRS,GLE1,MYC,RPL36,AP1S1,LUC7L,DIP2A,NFRKB,IER5,IER2,ANKS1B,UNC13B,NUP214,ACOT7,WSB1,WSB2,WDR74,ARMC9,CD3EAP,WDR73,GTPBP2,RNF123,ASTN1,RPN2,MAPKAP1,PHYHIPL,XPC,HIF1A,FAM171A1,ABR,PRDX2,PRDX5,PPP3R1,NUP85,PRDX1,VPS11,ST3GAL2,ZSCAN18,S100A10,RPL41,WDR59,SNAPIN,JUND,NDFIP1,H3F3B,H3F3A,PRRC2C,MAD2L1BP,MTHFR,PRDX6,FIBP,HNRNPM,SQLE,ARL2BP,HNRNPF,CDK10,HBP1,SERPINI1,DUS1L,CDK13,GMEB1,SETD2,GMEB2,BTG1,ELL,CLTC,KRI1,SMG5,ING4,TIMP2,GPR137,TK2,JARID2,EMD,ZIK1,ZC3H10,TPI1,ITPK1,SSR3,TET2,NUTF2,ASH1L,COPZ1,WDR33,RNF168,EXOC4,PLCB1,GRN,PHLPP1,RPL12,TIMM13,TIMM10,TM9SF3,ARFRP1,RPS15A,CHN1,RPL13,RPS2,BRD4,YTHDF1,WDR18,GABRA3,ELP2,TRMT1,SYNJ2BP,SCAF4,AGBL5,XAB2,MKLN1,TM9SF1,NUCB1,NUCB2,ANKRD13D,ATP8A2,CTNND2,GTF2B,CLSTN1,PARK7,RPL10A,IPO7,CDH8,IPO5,ABHD11,ZFP30,PAPOLG,RNF19A,CFL2,SLC39A6,PLS3,HMGN2,LZTS2,STK32C,TPM4,RPS8,USP3,MAGI3,IGFBP3,ANKRD45,ILF2,NRBP1,CLIP2,ILF3,RAB31,RAB34,FKBP8,PHIP,ADNP,TNIK,STAMBP,BRSK1,DNMT1,INSIG1,GLT8D1,ITPR1,UBR4,CUL1,HMBOX1,KLC2,PITRM1,NACC1,ABL1,ANKRD10,CCDC32,RAB6B,MCL1,AP1M1,ESRRA,EIF2B4,ASNS,MARCH8,MARCH7,LSM3,MARCH2,LRFN5,CDK5,RHEB,CNOT2,CNOT3,REEP2,TADA3,CSPG5,NF2,LZTR1,RSL24D1,BCL2L2,EIF4G2,LMBR1L,DIDO1,WDR1,ZFP82,DUSP12,NOB1,SNRNP70,OPA3,REXO1,REXO2,YDJC,ZFP90,PTP4A1,TRAF7,PTP4A3,TRAF4,DAD1,CTDSP2,POLR1B,DNAJC9,MTPN,HDAC2,HDAC1,JAKMIP1,HDAC6,DNAJB2,RAB21,DNAJB1,HECTD1,FIP1L1,HAUS8,POLR2A,HECTD3,MGAT5B,POLR2D,ADSS,PPIL1,PPIL2,TXNRD1,TPRKB,FBXL16,CDC42BPB,PNRC1,PNRC2,ASXL1,KLF6,GLRB,ASXL3,VPS41,POLR3E,APP,CMAS,TMEM183A,ARL6IP1,CBLB,TIAL1,RPS15,RPS14,PPP2R1A,FTH1,DPF1,SAP130,GOLGA1,HABP4,LONP1,DPF2,DENR,GLUL,SEPHS2,SOX4,SOX5,SACM1L,METTL3,ARRDC3,IFRD1,COG2,SRRM1,JMJD6,CARHSP1,COX7A2L,POR,VDAC1,TLN2,AURKAIP1,PFN2,NECAB1,MACF1,TRMT2A,MYL12B,PTDSS1,CSTF1,GSE1,MLEC,SNHG1,PTPRN2,SETDB1,SYNRG,SS18L1,SLC35E3,KLHDC8B,PUM1,UBAC1,RPS27,RPS29,RPS20,ANP32B,CORO7,RBAK,C2CD2L,ITM2C,CC2D1B,AHCTF1,CITED2,SLC35F1,PRPF19,SERP2,UCHL1,SIPA1L1,PCF11,GUK1,RSPRY1,TOP3B,PRMT5,PARP6,TSC22D1,GP1BB,STRADA,TSC22D3,NME3,RHOF,CBFA2T2,ITFG1,MLF2,RHOB,NFX1,HNRNPH1,FRG1,HNRNPH3,ALDOA,SGK1,CSTB,AKAP8,NOL7,NOL8,NOL9,ARNTL,HIRA,AMN1,CHRAC1,SHOC2,NT5M,CTNNA2,PURG,ARNT2,RANBP1,NFYB,LSAMP,AP3D1,RANBP9,RAB11A,SPCS1,HIST3H2A,R3HCC1,MEGF8,TOMM5,TOMM6,HDLBP,NUCKS1,TOMM20,TMEM145,CHCHD2,CHCHD3,ARHGDIA,NRCAM,CHCHD1,TMEM14C,NSF,CHRNB2,NOM1,LMO4,ACYP1,ATP1B1,TRPC4AP,PDIA6,SHISA7,PDIA4,MAU2,PHOSPHO2,PRPF3,ELMO2,STAM2,ZCCHC8,IDI1,ADIPOR1,SEL1L3,EFNB3,ZMAT2,MAN2A2,TMEM127,DPP9,CASKIN1,ZC3H15,ATP6V1F,KLHDC10,HSPA9,HSPA8,CPSF7,CBX5,CBX3,NONO,COQ9,NFKBIA,EFNA2,PI4KA,CLASRP,PI4KB,BRWD1,NFKBIB,B4GALT2,KDM5B,SLC2A3,SPRED2,FLOT1,PDE4A,RBM5,RBM6,POLG,SCYL1,KDM6B,H2AFZ,H2AFX,ARID1A,SEPT5,KLF16,SEPT2,CKAP4,DDAH1,CDH10,DCX,DNLZ,LUC7L3,CHMP7,THOP1,LUC7L2,KDM3A,STOML1,USP16,ATF6B,POLDIP3,USP11,MTIF2,MOSPD3,TOB1,HSPD1,STRN3,RMND5B,MAPK9,NXF1,FAM120A,MAPK1,REPS1,KDM4B,WTAP,ATP13A1,BAD,HAGHL,PDE4DIP,USP29,PPP2R2C,PPP2R2B,RPS6KB2,CDK2AP2,CDK2AP1,SSBP2"
+"gene_set_query"	"276"	"ZNF800"	"343.7"	"ARCHS4 Coexpression,713;Enrichr Queries,173;GTEx Coexpression,145"	"RB1,ITSN2,SCOC,CHIC2,THYN1,STMN3,HNRNPU,GABPB1,EPRS,BACH1,ALCAM,DPYSL2,MYC,FGFR1OP2,PRKACB,MEF2A,FNBP4,ACOT7,CD3EAP,DICER1,GAPVD1,HDHD2,RFX7,ASTN1,CDCA4,AGAP1,HIF1A,FAM160B1,CHST10,VTI1A,MCMBP,ZSCAN18,EDEM3,CDK17,JUN,NDFIP1,PHC1,CADM2,PRRC2C,PHC3,WDR55,EIF1,SETX,HNRNPF,HBP1,CDK13,CPEB4,CDC42SE2,PHF3,ARF3,MOCS2,SMG1,PIGU,SETD2,BTG1,WDR43,NIPBL,LMBR1,MED13,RIOK1,JAK2,GPRASP2,APC2,TCF12,TET2,ASH1L,GNL2,DYNLL2,PHF20L1,ZEB2,AFTPH,TET3,PXDN,RAPGEF2,TMEM106B,RNF166,ARF6,WDR26,WRB,SCAF8,BCLAF1,BTAF1,RNF138,RICTOR,SF3B1,YTHDF2,KIDINS220,RIOK3,PCGF2,DAB2IP,HIPK1,SCAF4,GATAD2A,MKLN1,ABI2,MORN4,ETNK1,TAOK1,TSR2,RLIM,PKN1,YPEL5,FRYL,CCNT2,FAM13B,GTF2B,CTNND2,CLSTN1,ATN1,PARK7,FAM107B,SMCHD1,SALL2,RNF19A,PAPOLA,AP2M1,TLE4,USP3,ANKRD44,MAGI2,DYRK1A,ATP11B,CASD1,FBXO11,CLIP3,ACAP2,RAB35,PHIP,SNRPB,BRSK1,CD151,CUL5,ARL3,ANKRD12,UBR3,PHB,EIF1AD,NACC1,SLC38A2,SKIL,ZKSCAN1,LRRC4B,MCL1,OSBPL8,DR1,ZBTB11,YRDC,SON,REEP2,SP3,NFE2L3,NF1,CPE,PIN1,NACAD,MDM4,NFE2L1,ITGB1,DUSP11,NGRN,DUSP12,MDK,PMEPA1,TNPO1,PPP1R12A,ATRX,NIPSNAP1,PTP4A1,PIK3CA,ASPH,SNPH,CTDSP2,ETF1,BIRC6,TOP1,SOS1,SOS2,GTF3C2,NFAT5,PPP1R15B,NDUFB8,SMARCD3,NLGN2,ROCK1,ROCK2,MLLT1,LRP3,CACNG7,HECTD1,FCHO2,RBBP6,FEM1C,FYN,SLC25A23,ATP9A,SPAG9,MARCKSL1,NDUFA5,FBXL19,CDC42BPB,DDHD1,OXR1,PNRC1,NFASC,KLF6,SNRK,APC,SYT11,POLR3C,VAPB,MFAP2,OCIAD1,PDCD4,TRIM33,EIF4A1,APP,CCNK,KDELR1,JMJD1C,EFR3A,TRIM28,HERC1,PPP2R1A,EPC1,CCDC92,KIFAP3,SEPHS1,SLC12A6,AQR,SCAF11,PTOV1,ANK2,CPT1C,XRN2,HECA,OBSL1,LLGL1,PFN2,BEX4,BEX2,DHX8,MYCBP2,PIK3R2,PIK3R1,TTBK1,UBE2J1,UGCG,PGBD5,TSPAN7,MIER1,ATP6V0A2,STXBP5,B4GALNT4,DCLK2,MED13L,SMARCA4,SNW1,ZZZ3,STAG2,WNK1,FBXL3,CALM3,RCOR2,AHCTF1,CSRNP3,GDI1,WASL,NAT14,PTPRF,PTMS,SERP2,NUDCD3,XPO1,ZMYM2,PCF11,DHX15,REV3L,KIF1A,PRMT1,ZFR,PRPF40A,TUBG2,MLF2,ARHGEF9,DBN1,FYTTD1,MAGEH1,AHCY,AMIGO1,HEATR1,GNAI3,CCDC106,SERTAD2,APBB1,GPC4,ATP6V0E2,DYNC1I1,RANBP2,SUZ12,GABBR1,SPRYD3,PLEKHA1,LSAMP,ATAT1,TCEA2,MEGF8,OTUD4,ROGDI,MRFAP1,PEBP1,PRDM2,ARID4B,UBE3A,ARHGAP44,AMMECR1L,KIF5B,SNIP1,BANF1,ARID2,NOM1,MORC3,TTC7B,RSBN1,PREPL,TMEM136,TBL1XR1,SBDS,MATR3,DDX6,BHLHB9,DTX3,PDS5B,SEZ6L2,STK4,ARHGAP12,ARHGAP21,TBC1D13,CAMTA1,MYH10,QSER1,BPTF,PRNP,CBX2,CBX1,CRIM1,KLHL22,NUP153,KLHL24,SMAD5,GNAO1,EFNA2,HOOK2,DLG4,HOOK1,GNB1,BRWD1,YWHAE,B4GALT2,SCYL3,RBM25,DYRK2,DDX3X,USP38,THRA,HP1BP3,USP34,CHD6,SOBP,PPP1R9A,CHD2,AFF4,SEPT6,MAN1A2,ZC3H7B,RB1CC1,CASP2,LRRFIP1,UTP15,USP47,ARHGEF12,PDPK1,PDE4D,H2AFV,ABHD14A,GPCPD1,PJA2,EPN1,CREB1,RASA1,TMEM9,ZMYND11,USP15,STOML1,DCTN1,USP11,CRMP1,DDX21,ASAP1,AGPAT1,FAM168A,PABPN1,TDG,TGS1,GNA11,NT5DC2,NCAM1,CYTH1,LGI1,ZFC3H1,DEK,ATP2B1,SOD1,MAPK10,SLC4A7,PIK3IP1,PPP2R2B,CARM1,QRICH1,ATP13A3,NAA15"
+"gene_set_query"	"277"	"TCF4"	"344.6"	"Literature ChIP-seq,116;ARCHS4 Coexpression,319;Enrichr Queries,370;ReMap ChIP-seq,246;GTEx Coexpression,672"	"ITSN2,ATF2,NUP107,SLC4A1AP,TFRC,POP4,ITSN1,ALKBH6,DPYSL5,DPYSL2,DPYSL3,AKT3,FAM110B,GPBP1,CXADR,CACNA2D1,FRS2,DDIT3,FEZ1,ZC3H11A,DDIT4,JTB,FAR1,ATF4,TSTA3,EXD2,SET,CDCA4,RHOT2,PRPSAP2,HEXIM1,JAG2,JUN,JUP,EIF2AK1,PBX1,TBL3,SFXN3,NMT1,FXYD6,FAT3,LGMN,PRKAG2,MED16,SHB,BBC3,OSBPL10,MED11,MED13,DLGAP1,PCMTD1,SPHK2,DUSP1,SLC39A11,SLC39A10,EPS15L1,DUSP8,BAZ1B,DUSP6,MED29,TMEFF1,SLC7A6,MED24,PXDN,RAPGEF1,RAPGEF2,TRUB2,OAT,GSTP1,ATL1,ATL2,ADAM22,KCNA6,CENPB,FAM117B,SNX29,EXOSC10,ZSWIM6,ZSWIM5,ATAD1,EGLN1,MBD6,DAB2IP,SNX16,TAOK3,SNX17,TAOK1,SNX14,SLMAP,CCDC6,PKN1,YPEL3,MTCH1,PDCD6,FBXO28,PDCD5,ATN1,FBXO25,APEH,ALDH1L2,MAP3K9,NUDT16,FBXW8,FBXW7,FBXW9,STX7,ATP11B,FBXO10,CASD1,PIAS2,LENEP,CDC25B,PIAS1,TPST1,MSH2,PKP4,SRSF4,LY6H,SRSF7,ARL8B,GRIA1,GRIA2,KHDRBS1,SHC2,INO80E,KHDRBS3,TXNDC9,GMPS,NRF1,HSP90B1,RAP1B,EIF1AD,IGSF21,SNN,NDOR1,MED30,ZKSCAN1,CD276,NOP14,FBXO38,STYX,CORO2A,CORO2B,LRCH2,LRCH1,SON,UQCRQ,SP3,ACO2,NIT1,ITGB1,SNAP25,NUMA1,PTEN,ETFA,NENF,NEO1,ACTR3,EIF5A,BCAS3,EIF5B,ATRX,MSL2,ACTR8,SEZ6L,ARFGAP1,MSL1,ARL4C,NRG3,SYF2,C1D,PCCB,TOP1,BCAT1,CANT1,ROCK1,ROCK2,SRBD1,MLLT1,SRI,EHBP1,SRM,ZNRF2,FYN,FEM1C,IGF2BP3,PCDH1,DRAM2,TRIM44,EIF4B,MARCKSL1,PCDH9,FEM1A,NTRK3,CNBP,PCDH7,SYT16,CDC5L,HNRNPAB,CABLES2,TSPAN14,EIF3M,MYO1B,SUCLA2,CDKN2AIPNL,SYT11,EIF3L,ST7,EIF3H,STUB1,PDCD2,TRIM37,BCAR1,ACTB,NUDT3,HERC4,CDC23,HERC2,HERC1,OPHN1,CDC27,SNRPD3,TRIM27,ATXN7L3,SCAPER,EIF2A,ARL15,LIMCH1,ACTN1,ALG5,CSNK1E,ACTN4,CFDP1,SUB1,KCNQ4,KCTD12,CCDC82,TRIB2,NRN1,MYCBP2,SDC3,CEND1,KALRN,ACTR3B,GSPT1,TTBK2,NKAIN2,MBTD1,NKAIN1,SYNGR1,SEC14L1,HLTF,FAM78B,SMARCA2,PTK2,SMARCA4,MSRA,EXT2,PTK7,NDUFAF2,CALU,RANBP10,NDUFAF3,HERPUD2,MRPS17,NRP1,CSRNP3,MRPS16,HIBADH,GRIK3,RAB22A,AKAP12,PPP3CA,UIMC1,RAC3,NANS,MRPS28,PBRM1,MRPS27,ATMIN,MRPS25,MRPS23,SYN3,TOX4,RNF144A,RAP2A,PITPNM2,ARHGEF4,FAM193B,ARHGEF2,ARHGEF7,AHCY,CAB39,SSNA1,MRPS33,MRPS30,PRICKLE1,COX5A,GNAI1,NAPG,NFIL3,EPS15,DYNC1I1,GABBR2,KLHL2,TTC1,MYO9B,PNMA2,VEGFA,SH3RF3,PDCL3,ITCH,KLHL5,KLHL7,TTC3,NDUFAB1,SGSM2,CACHD1,TACC2,SYS1,ZFAND5,IGF1R,NARS,GRIP1,AMMECR1L,PPIP5K2,MORC3,TMOD3,TMOD2,TTC7B,CASK,POU3F2,POU3F3,PCP4,PSPC1,EHBP1L1,PPIF,ANKS6,TBC1D23,RAF1,PPIA,PPID,TBC1D19,PKDCC,BHLHB9,COX15,CACNA1B,CACNA1A,CACNA1D,CACNA1C,CNN3,RAI1,TBC1D14,TBC1D17,SYT4,UBE2H,AUTS2,NUP155,PCIF1,CNOT10,SYT7,MANBAL,GNAL,HOOK2,NASP,HOOK1,GNB2,GNAS,UBE2O,AMOTL2,DEGS2,GNB5,TCF3,FGF13,GALK1,RERE,PHTF2,DYRK2,ADAR,LDB2,RND2,RND3,RND1,TTC28,DACT1,SUN1,PDPK1,DCAKD,HUNK,NAV1,NAV2,EPN2,SETBP1,EEF1D,CRY2,CAT,MAN1B1,ACOX3,SHANK3,CUEDC1,SHANK2,SLC3A2,ADD2,CYTH3,POLD3,GNG2,CAND1,TMEM203,CNR1,TRA2B,MKNK2,DROSHA,SPOCK1,FBRS,ATF7IP,TTC13,EYA3,HS3ST1,USF1,TTC17,SMUG1,POLE4,FAM155A,GALE,UFM1,ERCC1,ERCC5,KRAS,GPD1L,IPO13,IPO11,ANKLE2,WIPF3,HNRNPU,SLC4A3,PHB2,GPATCH8,GLS,ALCAM,ZMIZ1,ZMIZ2,CSPP1,AP1S1,HOMER3,VPS35,NCKAP5,CDK5RAP3,NUP214,VPS18,PRKCE,ARMC9,WDR74,REV1,AFAP1,HCFC2,ARMC1,DAAM1,HECW1,VPS25,PI4K2A,GNE,ANAPC13,NUP205,CTBP2,XPA,PHYHIPL,RNPC3,GNS,ANAPC11,GJC1,WDR70,FLRT2,ST3GAL1,ST3GAL2,HMOX2,LHPP,CEP78,NAA50,PRELID1,NDFIP1,DMPK,HOMER1,PLK2,IRF2BP2,NR1D1,MCAT,POU6F1,EHD1,GTF2IRD1,PAM,FARSB,CEP57,PYGB,GABRB2,PHF2,WDR47,MOCS2,BTG1,CDKN1B,SETD3,GMEB2,PHF20,PHF23,ARPC1A,ASH2L,GPT,SMG7,RARS,TIMP2,RRP12,CIC,JARID2,RRP15,CEP68,SHPRH,WDR37,NUTF2,TERF2,COPZ1,WDR33,NCOR2,TAF6L,ZEB2,HEATR5B,EXOC4,EXOC6,GARS,EXOC5,GAS7,EXOC1,CDC123,GRAMD1A,NFIX,WDR26,RNMT,WDR24,FAM129B,ADCY5,FGD4,NSD1,PPP1R8,RRP36,PAIP2,RUNX1T1,FARP1,YTHDF1,KIDINS220,CSNK1A1,SYVN1,SNCAIP,SLC8A3,MKLN1,NFIA,NFIB,TMEM39B,RAB3C,UBP1,CLU,SLC8A1,SLC8A2,PPP1CC,RIMS1,RIMS4,LAMP1,PLEKHJ1,TLE4,MAGI1,KCMF1,RARS2,TLE3,USP7,RALGAPA1,USP3,MAGI3,TPM1,MAGI2,THOC1,FRMD4A,LARP4B,ILF3,RAB31,DMWD,AAGAB,SNRPE,SNRPC,TOX,CSNK1G1,RAB5B,FAM114A2,GLT8D1,SLC38A10,ORC3,DVL1,UBR5,DVL2,PLXNA2,PLXNA4,MAP2K5,AP1M1,EIF2B4,OSBPL7,RAB4A,OSBPL5,SLC4A10,REEP1,DAB1,NBEA,REEP5,LRFN1,PLXNB2,CPE,MAP3K10,TPP2,COPS8,RAB5A,BCL2L1,SLC48A1,WDR1,SYNE2,LBH,ADAMTS3,SCRN1,PHACTR3,TLK2,WDR6,TLK1,CEP170,PHACTR1,WDR7,TNPO1,TNPO3,CCDC39,PLEKHG2,SGIP1,SECISBP2L,EDF1,WIPI2,CTDSP2,RAB1B,CEBPG,TULP4,HDAC7,STOX2,ABLIM1,ABLIM3,DNAJB6,POLR2A,POLR2B,RAB23,RAB24,VPS54,CSK,POLR2G,ADSS,JAZF1,SLC35A2,TUB,SLC35A1,RNGTT,CCDC59,FBXL16,FBXL14,BCKDK,RAB10,ASXL1,SNRNP40,VAPA,PSAT1,ASXL3,VPS41,PPIL3,PANK2,SLC35B4,TMEM183A,ZMYND8,FCF1,PPP2R2A,FLAD1,PPP2R1A,SEPHS1,BTRC,RPS10,RPS12,SRRM2,PDHX,SRRM4,COG4,ARRDC3,COG3,AP1B1,COG1,MAPK8IP1,TIAM2,TIAM1,TWSG1,NIF3L1,POR,ZW10,MTHFD2L,SIK1,SUCLG1,ATP6V0D1,MACF1,DCUN1D4,DCUN1D2,SCFD1,CHTF8,CSTF1,MLEC,TNRC18,TRPM7,ATP6V0A1,SYNRG,SLC35E3,SNAP91,RPS27,FUBP3,RPS21,ROBO2,AHCTF1,CITED2,SLC35F2,SLC35F1,ROBO1,SIPA1L1,XPO1,XPO5,TMED1,UBXN4,GABPA,RALGPS2,TOP3B,TMED9,CBFA2T2,ZDHHC17,MTSS1,MLF2,PARP8,UGDH,HNRNPH3,AIDA,ICA1L,NOL7,GDPD1,NOL4,AMN1,HIRA,ZDHHC18,METTL6,NT5M,MYEF2,MTX2,NFYC,GBF1,LSAMP,SORBS1,AIG1,ATAT1,SPCS3,SPCS1,CAPZA2,NBR1,COPG2,MEGF9,KDM1A,CWC27,CNDP2,PAIP2B,COL4A3BP,ARHGDIA,CWC22,COTL1,NRCAM,LMO1,KDM2B,NOSIP,LMO7,ATP1B1,PUS7,TUFM,PRPF6,CHMP4B,AMPH,IDI1,COPB2,ZCCHC7,COPA,RPS19BP1,COPB1,CABP1,EFNA4,EFNB2,EMG1,CDH24,RPRD1B,BPTF,MPST,DARS,CBX6,CBX5,CPSF1,CBX4,RHBDD2,IDH2,CPSF2,EFNA3,EFNA2,SAE1,ZSCAN2,LRP12,THRA,YBX1,HK1,SPRED2,SPRED1,MFSD5,PPP2R5E,MCF2L,CASP2,TOPBP1,RBM6,KDM6B,HGSNAT,H2AFY,AXIN1,PPP2R5C,SEPT3,FCHSD2,IGDCC4,DDAH1,CDH10,RASA1,CDH11,DCX,CDH13,PFDN2,PFDN5,NRXN1,ETFDH,FAM169A,TBRG4,GNA13,MAPK8,RPS6KC1,SAP30L,MAPK6,KDM4B,KDM4C,DEK,PPP2R3A,PDE10A,RPS6KB1,PPP2R2C,PPP2R2B,TDRKH,MT-ND4,EHMT1,RBPJ,ZFYVE1,PSMD9,PREX1,ZFYVE27,MEF2A,STARD3,MEF2C,RBFOX2,RBFOX3,DICER1,GAPVD1,SND1,SCAMP2,EML5,PRKAR1B,RFX7,RUFY3,RUFY2,SPARCL1,MTMR2,MTMR3,TTYH3,FLII,MRPL16,MTMR9,AGAP1,COPS7B,SLCO5A1,AGAP3,GABARAP,MRPL10,PRKAR2A,VTI1A,RHBDL1,PRRT2,CADM1,CADM2,PMM2,EXOC6B,MRPL28,NETO2,MRPL24,MLLT11,SETX,FERMT2,EZH2,ARF3,PIGU,PIGT,HEXB,DIS3L,MRPL36,TRMT112,NIPBL,TUBA1A,B3GALT1,RPLP2,LYPLA2,LRRC45,LRRC49,ACTL6A,SIRT4,RRAS2,SIRT7,MRPL45,SRP9,PSMA5,MRPL53,PSMA1,CDC42EP4,SLC29A1,VAMP4,SLC29A2,LRRC14,STAU2,SEZ6,HTT,UNK,PSMB1,AP2S1,CLPTM1,LEO1,ANO10,MEF2D,EXTL3,NKTR,LRRC24,MDH1,ATRNL1,GATAD2A,FABP5,FABP7,PSMC1,RIMBP2,UBAP2,GOPC,CCNT2,TSEN2,STK11,ATCAY,SESN1,STK16,OSBP,SCMH1,FBRSL1,KPNA4,PMPCA,KPNA2,SLC16A2,SLC25A46,PPP1R16B,SH3GLB1,AGTPBP1,UBE2E3,VPS33B,SARS,FOXP1,FRMD3,ACAP2,FRMD5,SLC9A8,FSCN1,RAD54L2,SNRNP200,ANAPC2,PFKFB4,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,STK39,LRRC55,SOCS2,SBNO2,ATXN2,LRRC4C,SLC38A2,EVI5,TIA1,GOT2,PTPRD,MFHAS1,STK24,CELF2,SCHIP1,CELF4,CELF5,MRPL3,FSD1L,CAPZB,ME1,NCK2,PMEPA1,DGCR6,ERC1,ERC2,CTNNBL1,DIS3L2,EMX1,HSP90AA1,DST,SH2D3C,VPS37C,ARNT,RAD23B,PPM1B,PPP1R12B,SLC25A12,MET,GTF3C2,GTF3C3,NDUFB4,PRCC,CXXC1,ZBTB43,FOXK2,FURIN,HSD17B12,LRP8,LRP6,SLC25A27,SLC25A28,PTPRZ1,FCHO2,SH3BP4,IARS2,SLC25A23,SLC25A22,ATP9B,BEND6,CYB5B,SLC12A2,SLC12A5,NDUFA4,BAIAP2,NELL2,SNRK,NOVA2,CDR2L,P4HB,SMAP2,PTPN5,SLC25A36,CCNK,TMEM41B,KDELR1,JMJD1C,ZDHHC6,THUMPD3,NUBP2,CYB5D1,RASSF2,DHX57,OGFOD2,KIF21A,CCNL2,KIF21B,EPHB2,SEC62,EPHB1,CALN1,EPHA5,ACVR1,EPHA4,EPHA7,ST6GAL2,NSMCE2,ZFP2,ANK2,ANK3,GNPAT,MMADHC,STX1A,TMEM87A,L3MBTL3,FOXG1,CTR9,SUPT4H1,PIK3R3,PIK3R1,DHX30,SNX1,DHX32,PCBP3,PGBD5,MICAL1,DYM,HIVEP2,RIMKLA,RIMKLB,SCN3A,RAB11FIP4,INTS1,IQSEC1,ST8SIA2,MICAL3,DCLK2,MICAL2,DCLK1,SNW1,WNK1,ID2,RPL27A,PPP1R1B,INTS5,PAF1,INTS7,LRRN1,CALM1,CALM2,AARS,PTPRS,FAM57B,CTSZ,PTPRO,DIRAS2,SLC7A11,WASL,PTPRK,AATF,PEPD,AP2A2,PTPRF,SPTLC1,SPTLC2,RSRC1,ENC1,NCS1,DHX15,REV3L,ARIH2,SSSCA1,KIF1B,CTSB,NDEL1,CCDC112,VKORC1,NCOA2,MMD,ZFR,COMMD1,RGMB,COMMD7,MN1,IMMP1L,CTTN,GLCCI1,SFI1,STK40,RABGAP1,SATB1,STX16,SATB2,STX18,CAMKK1,FAM172A,PAK3,EXOSC1,NPDC1,YIPF2,PLEKHA1,YIPF5,TMUB1,PLEKHA5,RPA1,AP2B1,PPP1CA,MIB1,NEDD4,FAM171B,SCARB2,FHOD3,WWC1,CYP46A1,FAM174B,PPME1,PPFIA1,ARID2,BAHCC1,SBF2,RGS6,PPFIA2,RGS7,KIRREL3,OSR1,SLC30A5,LMTK2,RUNDC3B,TANC2,HNRNPUL1,FAM173A,DOK5,TMX1,GPD2,SCN8A,SBDS,GEMIN7,UBE2V1,FAM92A,RTN1,TMED10,PSMD14,SEL1L,PDS5B,PDS5A,RPF2,NDRG1,RTN4,FUT8,DEAF1,FUT9,KIF3A,CAMTA1,KIF3C,BCL9L,PRNP,PHF12,HMGA1,CRIM1,KLHL23,CLK4,ANKHD1,PAN2,H1F0,GCLC,PHF14,STT3B,YWHAE,GSK3A,DDX49,CNRIP1,YWHAB,DDX47,MAST1,CHD6,ARHGEF10L,AFF3,PPP1R9A,GPHN,RPGR,SEC61A2,SEC61A1,BCL7A,BCL7C,TIMM17A,TIMM17B,GALNT9,ARHGEF11,ARHGEF12,TBC1D8,TBC1D9,ARHGEF18,VCAN,SFPQ,UBE2R2,NDUFS6,TBC1D5,PPDPF,PEX5,NDUFS4,DCTN6,PARG,DDX23,PARN,CRMP1,ACVR1B,HMGCL,DNPEP,TAF1B,TNKS2,TAF1C,ATP2B4,PDAP1,ATP2B2,ATP2B1,ACVR2A,CHFR,MAPK10,MAPK11,CLCN6,FAM131C,FAM131B,FAM98B,VIM,FAM98A,NAA15,R3HDM1,TAF2,MBTPS2,RAN,TRIO,RPL32,MYT1L,STMN2,ENO2,FNBP1L,RPL8,DCAF5,BACH1,DCAF4,BACH2,RPL6,PCMT1,MYC,STMN1,RPL36,PIP4K2A,DIP2A,IER2,ANKS1B,WSB1,UNC13A,WSB2,DAPK1,MED8,SOX11,IFT81,CLPP,RPL29,PRR14,TSPYL4,RNF121,CDC42SE1,POM121,RPN2,MAPKAP1,NEDD4L,SLAIN2,SLAIN1,HIF1A,GLG1,PRDX2,ABR,PRDX5,PPP4C,PLCG1,SERF2,S100A10,CDK17,FZD3,CDK19,H3F3B,H3F3A,PA2G4,TADA2B,NPLOC4,TADA2A,OGDH,HBP1,PLCH2,SERPINI1,CDK13,CDK14,CPEB4,OGFR,SPEF1,CLTB,CLTA,TCF20,PFAS,TMEM186,RNF157,TRIM8,TMEM189,FAM102B,CHL1,TRIM2,GPR137,AP3S2,BRD1,HSBP1,SSR2,TCF12,RNF167,AFTPH,INF2,PLCB1,PHLPP2,SF3B5,RPL12,GRAMD4,TMEM169,RNF138,LMAN2,RPL18,RNF130,TRMT1,WWP2,NMNAT2,TTC9C,LRPPRC,RNF146,RYBP,ABI2,PHLDB1,DGKE,ATP8A2,ATP8A1,CLSTN2,TUSC3,CTNND2,CLSTN1,RNF19B,CDH8,FAM107B,ABHD11,MAEA,CDH2,TUBB3,TMSB10,STK32B,BIVM,ANKRD46,RPS5,IGFBP3,ANKRD44,GPT2,ANKRD45,F2R,DISP2,CTDNEP1,CLIP2,CACNB4,TNIK,PHPT1,TTPAL,ANKRD17,DNMT1,CD151,TNKS,ABHD2,ANKRD11,CUL2,ITPR1,AK3,KRBA1,GTF2E1,PHF21A,BAG4,NEUROD6,BAG1,BTBD2,NACC1,ABL1,NDN,SLC15A4,SKIL,ESRRA,BTBD6,MARCH6,LSM5,ZZEF1,CDK9,CDK5,ZFP62,NF1,SPIRE1,DHCR7,EIF4G3,SERINC5,RNF13,DUSP18,DUSP12,OPA1,OPA3,PSD3,SLC37A3,IQCB1,PDCD6IP,ELAC2,DUSP26,COASY,PTBP2,PATL1,ZFP90,PTP4A2,PTP4A3,DALRD3,ASPH,RP9,EIF4E2,NFAT5,NLGN1,SMARCD2,WBP1,WBP4,RNF38,AMBRA1,JAKMIP1,JAKMIP2,MGAT5B,RBBP6,DCAF11,CACNG4,DCAF13,SPAG9,RNF24,TXNRD1,ADRM1,PLCL2,SEMA4F,PTPN12,CDC42BPA,OXR1,ENOX1,CUL4A,KLF7,KLF6,MARCKS,NFASC,APC,GLRB,IMPDH1,IMPDH2,CBLN1,APP,GOLGA4,GOLGA5,GLUL,SOX4,SOX5,AQR,MTUS1,ACSL3,JMJD8,INPP4A,COX7A2L,AKAP9,CRYZL1,AURKAIP1,PFN1,ANKRA2,EZR,PFN2,BEX4,GPM6A,TEX264,TMTC1,NLK,IGSF9,NLN,NUAK1,INPP5F,VPS8,SCAP,MAP4,PATZ1,SNHG1,PTPRN2,BCL11A,INSR,MEMO1,ZWINT,UBAC2,SRPK1,CCDC88A,PARP11,STAG1,SESTD1,GOLGB1,CCDC88C,ITM2C,FAF1,RYR3,SERP2,RPTOR,EPM2AIP1,HINT1,AUH,GUK1,ZMYM4,RSPRY1,ATP6V0B,TSC22D1,PRMT2,STRBP,PRMT3,NME3,RHOF,UCHL3,RHOB,MPPED1,B3GNT5,MPPED2,FRG1,WAC,RHOV,ALDOA,SGK1,MAPRE2,PRIM2,PRIM1,AKAP7,AKAP6,TRAK2,CUX2,CUX1,CTNNA2,LCMT1,SUZ12,ARNT2,RYK,TOMM7,CTNNB1,FAU,CDK5R1,GOLT1B,ARID4A,ARID4B,ARHGAP39,ARHGAP44,CHCHD3,BASP1,CHCHD6,POGZ,ANGEL2,PDIA6,TMEM131,PDIA4,DCTD,DPM3,TMEM136,TBL1XR1,CMPK1,ELMO1,SCG3,RAI14,ATP6V1A,CTTNBP2,NTM,BTF3L4,DTX4,STK4,CPLX1,ADIPOR2,PLCXD2,DPP3,ARHGAP12,TMEM121,ARHGAP21,ARHGAP20,DPP6,DPP8,EP400,ATP6V1H,SUDS3,MARK4,ZC3H13,MYH10,MARK3,MARK2,ATP6V1F,MARK1,DNAJC19,RAP1GAP2,HSPA8,SMAD1,SMAD4,ACBD4,SMURF2,HSPA4,SMURF1,PTCH1,ASPSCR1,ARHGAP29,TBCA,DNAJC18,NFKBIA,ARHGAP32,DLG1,RALYL,NR4A3,DLG2,DLG4,RFXAP,SCYL3,DOCK4,ACADVL,DOCK3,DOCK9,USP32,USP33,DOCK7,USP34,ELAVL4,GTDC1,ELAVL2,POLB,SENP7,SENP5,ALDH2,ZC3H7B,PDE4B,TMEM108,FLOT2,SPEG,USP47,JAGN1,KLF13,PDE4D,RNF208,ARID1A,ARID1B,CKAP5,LATS1,ITGB1BP1,B4GALT6,CHMP5,B4GALT5,USP14,USP15,TM2D1,USP10,OPRL1,SPG7,MTIF3,NCAM1,CLASP2,USP24,NEGR1,BAD,SGTA,CADPS,MEIS2,GDAP1,USP29,NAP1L4,FMNL2,XPNPEP1,SPRY2,BAX,RGS12,SSBP2"
+"gene_set_query"	"278"	"NR1H2"	"345.0"	"ARCHS4 Coexpression,664;Enrichr Queries,153;ReMap ChIP-seq,169;GTEx Coexpression,394"	"VPS29,SCOC,TES,RPL3,ARAF,EPRS,PHB2,BACH1,TSKU,LSM10,MYC,AKT1,IER2,ACOT9,VPS18,WSB2,RPL23,DAPK3,PRKCD,DNTTIP1,WDR74,CD3EAP,SOX12,GTPBP2,SCAMP2,MYL6,RNF126,WDR81,DDIT3,RUFY3,DDIT4,RBCK1,RPL28,VPS28,ATF4,LRPAP1,SHMT2,FLII,SLAIN2,AGAP3,MRPL12,OAZ1,HIF1A,MRPL10,GABARAP,ANAPC11,PRDX2,RHOT2,HSPH1,PPP4C,BLOC1S1,RNF215,VPS11,PIP5K1C,PUSL1,ST3GAL1,RHBDL1,S100A10,HEXIM1,JUN,RPL41,SNAPIN,PRRT2,JUND,DMPK,JUP,H3F3B,PLK2,IRF2BP1,IRF2BP2,MAD2L1BP,SNF8,PA2G4,NR1D1,MRPL24,THAP11,EIF1,EHD1,HNRNPL,FIBP,ABTB1,TBL3,EIF6,GIPC1,FASN,PSMG3,HYOU1,GTF2IRD1,DUS1L,PKIG,FERMT2,OGFR,PYGB,PIGU,ARF1,BTG1,CDKN1B,ELL,PHF23,HEXB,PIGQ,CLTB,GPT,WDR45,SMG7,MED16,MED15,PQBP1,TRIM8,TMEM189,CSRP2,TMSB4X,FASTK,RPLP2,GPR137,TCP11L2,SH3BGRL3,CIC,EMD,ENOPH1,ZC3H10,LYPLA2,DUSP1,SPHK2,SIRT4,MRPL49,AEN,SIRT7,MRPL48,MED27,GMIP,DUSP6,MED29,DDB2,NCOR2,RNF167,MRPL53,MED25,INF2,CDC42EP4,PXDN,TUT1,PLEKHO1,PAFAH1B2,ERGIC1,VAMP2,RNF166,LRRC14,GRN,RPL10,LIN37,GPS1,WDR24,FAM129B,PSMB6,FGD3,ARFRP1,UNK,ASNA1,LMAN2,SPOP,CLPTM1,FLNA,RPL13,RPS2,CKB,RPL18,RABAC1,MEF2D,SRSF10,DEDD,MBD3,MBD6,LRRC24,SF3A2,EGLN2,WDR18,SYVN1,SCAF1,SPSB3,OSTM1,SLMAP,SHKBP1,SNX15,ZYX,NUCB1,UBAP1,PLP2,PKN1,AGRN,YPEL3,MTCH1,ANKRD13D,CHPF,FRY,RPL10A,CLU,TM7SF2,PPP1CB,STK11,ABHD11,RUVBL2,SCMH1,CFL1,SMARCAD1,PIM3,MAF1,TMSB10,PLEKHJ1,TLE3,RPS9,PCYT2,FBXW5,MAP2K2,DGAT1,USP3,RPS5,TPM1,AIP,CNPY3,THOC5,FOXP1,LENEP,THOC6,BSCL2,CTDNEP1,PYGO2,ACAP3,MSH2,RAB34,MADD,RAB35,PGP,FKBP8,FSCN1,PHPT1,SQSTM1,CSNK1G2,SNRPB,LY6E,PFKFB2,FKBP2,RNASEH2A,CD151,RAB5C,ABHD2,INSIG1,STK39,ISG20L2,CORO1A,CORO1B,SBNO2,RAP1A,NDOR1,ESD,DVL1,BTBD2,PSAP,DVL2,E4F1,SLC38A2,NADK,MCL1,WDTC1,ESRRA,OSBPL5,POLR3GL,TNK2,HPS1,ARPC4,EEF2,ADAP1,FBXO31,DRAP1,COPS6,SH3BP5L,CDK5,MAFG,NFE2L3,PLXNB2,PIN1,PLEKHM2,LRCH4,SERINC2,BCL2L1,ITGB1,HSP90AB1,WDR1,MCM7,RNPEPL1,ZC3H4,TRADD,FHL1,ARRB2,NRGN,PIK3C2B,AP4M1,DUSP12,CAPZB,VPS72,PPP6R1,ACP2,PGLS,EIF5A,PPP1R12A,PLEKHG2,GPX1,GPX4,RPL13A,VEZF1,EDF1,RAD23A,DDOST,MSL1,ATRN,GIGYF1,PTP4A2,PTP4A3,DALRD3,TRAF4,SYF2,CTDSP2,C1D,PPP1R12B,GAPDH,MET,SLC25A11,PPP1R12C,PPP1R15A,TRABD,BECN1,HDAC5,TSSC4,NDUFB7,LRP1,WBP2,ROCK2,SRF,RAB1B,PRCC,ZBTB45,FURIN,DCAF15,DNAJB1,NFS1,NCLN,ABLIM3,DNAJB5,U2AF2,POLR2E,IGF2BP3,FEM1C,CSK,POLR2H,HNRNPA1,AAMP,SLC25A22,SLC25A25,ATP9A,POLR2L,SLC35A2,SEMA4A,PTPN1,PPP1R14B,HNRNPA3,SPAG7,TRIM41,GPKOW,CNBP,SEMA4B,MBOAT7,ADRM1,FOXJ2,HIP1R,RPL23A,FBXL16,BAIAP2,HNRNPAB,FBXL12,PNRC2,KLF6,PFKL,NECAP2,SLC25A39,IMPDH1,MGAT4B,EIF3G,STUB1,P4HB,SMAP2,BCAR1,SLC35B2,APP,PANK3,HDAC10,ZMYND8,KEAP1,ACTB,NUBP2,CYB5D1,RPS15,RPS16,FRAT2,KAT5,TRIM28,FLAD1,CDC26,FTH1,BSG,LONP1,ARL6IP4,ZFPL1,RPS11,CCNL1,PELO,ACVR1,SMARCC2,ACTN1,NSMCE2,ECH1,BOLA1,CIRBP,PTOV1,TALDO1,CSNK1D,MOGS,ACSL3,ACTN4,CPT1C,JMJD8,MFSD10,THAP3,CDC37,MTHFD2L,KCNQ4,PFN1,STX1A,CSTF3,STXBP2,TWF2,CEND1,IGSF9,MYL12B,APH1A,DHX35,PCBP1,MICAL1,TSPAN5,TNRC18,RALGDS,NTSR1,VASP,CTSA,SNHG1,XBP1,INTS1,EXT1,ID2,NDUFAF3,PAF1,CORO7,RPS21,ITM2C,DAZAP2,UBXN1,CITED2,CCDC124,TECR,MRPS12,MRPS10,MYL6B,PCSK7,HERPUD1,LIMD2,RPTOR,ACTR1A,MAP1LC3B,SPTLC2,PCF11,GUK1,KIF13A,ENC1,CHMP1A,RAC3,SDF4,SSSCA1,CTSD,PSENEN,TMED9,DBNL,TSC22D1,PRMT1,GAA,TSC22D3,NME3,ANO6,RHOF,MRPS7,MLF2,RHOB,SCNM1,ARHGEF1,ARHGEF2,RHOV,ALDOA,SGK1,PTMA,ATP6V0C,STK40,DBN1,NAPA,CSTB,CCDC107,CRIP2,CCDC106,RFNG,RELA,GNAI2,TYMP,NT5C,CST3,MNT,CHRAC1,NFIL3,MGAT1,GPC4,SCAND1,NPDC1,MAP3K3,PTGES2,VEGFB,TMUB1,MIB2,MYO9B,SORBS1,YIF1B,PPP1CA,VEGFA,RAB11B,PDCL3,PER1,PRKRA,TTC3,HNRNPA2B1,CAPZA2,FAU,PNPLA6,GRINA,SCARB2,MIDN,SYS1,CCDC28B,ACTG1,FAM174B,ARHGDIA,KHSRP,CAPN5,HCFC1R1,FPGS,CAPN2,COTL1,FAM3A,ARID2,SBF2,PPFIA3,ZGPAT,MMGT1,SHISA5,TSC2,ATP1B1,EEF1A1,DPM2,DPM3,FAM173A,DNAJC30,HGS,EHBP1L1,EEF1A2,SPNS1,SBDS,CHMP4B,FIZ1,ATP6V1A,RTN2,NDUFB10,RPS19BP1,NXPH4,PXN,HTRA2,RASGRP2,NDRG1,TAF5L,PLD3,EFNB2,EMG1,SHARPIN,KIF3B,DEAF1,GRK6,TBC1D17,BCL9L,SYT5,HSPA8,PRNP,CBX5,ACBD4,HSPA5,CBX4,CBX3,PCIF1,HMGA1,DSTN,ARHGAP29,SUPT5H,SSH3,NFKBIA,H1F0,EFNA2,HOOK2,PQLC1,HOOK1,DLG4,GNB2,CHMP2A,GNAS,AMOTL2,SAE1,LRP10,COPE,GALK1,UBE2M,LRP11,NFKBIB,YWHAE,MUS81,ACADVL,GSK3A,RBM26,DDX47,PRKCSH,ILK,USP39,TAZ,CHD2,PPP1R9B,SPRED2,LASP1,BCL7C,BCL7B,MLST8,FLOT1,SPEG,TMEM109,TIMM17B,FLOT2,LRRFIP1,SCYL1,GET4,KDM6B,SUN2,PDPK1,H2AFX,RNF208,SYNGR3,EPN1,DNM2,EEF1G,DDX19A,NDUFS8,IRF3,NDUFS7,EEF1D,PPDPF,AKT1S1,TRNP1,LUC7L3,CHMP6,CUEDC1,IRF9,B4GALT5,RGS19,SLC3A2,RSPH9,ASAP2,MTIF3,CLCN3,CLCN2,TOB1,STRN4,U2AF1L4,NXF1,GNG3,CAND1,DNPEP,ALDH1B1,RAB40C,TMEM203,MAT2A,MKNK2,ROMO1,RALY,MTA2,FBRS,PDLIM7,CYTH1,REPS1,MAPK3,CHURC1,NAA10,B3GAT3,HAGHL,CLCN7,MAPK11,GALE,PNKD,CAPN10,ERCC1,RPS6KB2,FAM131A,RBM42,BAX,TAF6,VIM,LPIN2,SSBP4"
+"gene_set_query"	"279"	"ARID2"	"345.8"	"ARCHS4 Coexpression,267;Enrichr Queries,56;ReMap ChIP-seq,82;GTEx Coexpression,978"	"MDC1,NUP107,RBPJ,TSKU,LSM12,CAPNS1,DPYSL2,GPBP1,PSMD1,SAMD10,CXADR,CSNK2A2,DICER1,GAPVD1,EML4,RFX7,DDIT4,TMEM126A,PSME1,JTB,PSME2,RBCK1,SET,SAR1A,ABCB6,BAZ2A,MRPL14,AGAP3,PLA2G6,MRPL12,OAZ1,GIGYF2,GABARAP,PRPSAP1,MRPL20,RHOT2,PUSL1,ATRIP,HEXIM1,CREBBP,JUN,PRRT2,PBX1,CS,MLLT10,TBL3,FASN,SFXN3,HYOU1,GPR19,PIGU,MRPL38,CTCF,BBC3,JPH4,MRPL42,NIPBL,MED13,FASTK,RPLP2,TCP11L2,PCMTD1,LRRC45,DUSP1,MRPL49,ELOVL6,SIRT7,MED26,DUSP6,TOMM40L,MED29,MRPL43,SRP9,MRPL53,TMEM33,PXDN,TUT1,SLC29A1,VAMP2,PAFAH1B2,ARF6,LRRC14,ECHS1,LIN37,SRRT,PSMA7,FAM117B,CENPB,GGA1,AP2S1,CLPTM1,RICTOR,ZSWIM6,SAMD1,SRSF10,YKT6,LRRC24,USP9X,MBD1,SKI,CCDC9,ETNK1,TAOK1,PKN1,AGRN,CRLF1,FRYL,MTCH1,ATN1,LTN1,CASC3,YY1,EIF4ENIF1,FADS2,STK11,STK16,NUDT19,PIM3,KPNA2,MTPAP,FADS1,SLC38A1,PCYT2,FBXW7,PPP1R16A,CNPY2,FBXO11,LENEP,FOXP1,ATXN2L,MINPP1,ACAP3,SRSF2,SRSF3,SRSF6,SQSTM1,INO80B,RNASEH2A,MAZ,GMPS,ISG20L2,LIN7C,CORO1B,SBNO1,SBNO2,NDOR1,E4F1,SLC38A2,TIA1,ODF2,FBXO31,UCKL1,DRAP1,SON,STK24,UQCRQ,SP3,MDM4,CNTROB,NFE2L1,ZNF512B,HSP90AB1,CELF2,PTEN,ETFB,AP4M1,SPR,CAPZB,PPP6R3,PMEPA1,DIS3L2,EIF5A,PPP1R12A,DST,SIGMAR1,ATRX,MSL1,SLC25A19,BIRC6,SEC22B,DCTPP1,PPP1R12C,AHDC1,PPP1R15B,ROCK1,SRC,ROCK2,PRCC,FOXK2,ZBTB45,PPM1G,LRP6,ZNRF1,U2AF2,KATNA1,EIF4H,BEND3,FEM1C,E2F4,IGF2BP2,SLC25A22,EIF4E,PPP1R14B,TRIM41,RPL23A,TPD52L2,CABLES2,TSPAN14,STUB1,P4HB,TRIM33,BCAR1,EIF4A1,TMEM41B,JMJD1C,THUMPD1,ACTB,CRKL,CYB5D1,TRIM28,BSG,CCNL2,SNRPD3,CCNL1,ATXN7L3,TMPO,SMARCC1,SCAF11,CIRBP,CSNK1D,MOGS,ACTN4,ANK3,MFSD11,STX1B,TRIM13,CD2BP2,FAM76A,DHX8,TMEM63B,MYCBP2,CEND1,PIK3R1,MBTD1,PGS1,APH1A,PCBP4,PCBP1,MIER1,HIVEP1,SYMPK,HIVEP2,SNX5,SEC31A,CTSA,XRCC6,XBP1,SURF4,SMARCA2,MED13L,SMARCA4,WNK1,ID2,PAF1,GRB2,COL9A3,RCOR2,TMEM151B,TECR,PTMS,THTPA,SYNCRIP,ACTR1A,PCM1,MAP1LC3B,HYAL2,MLX,DHX15,REV3L,RAC3,SDF4,ARIH1,GIT1,CTSB,VKORC1,NCOA1,NCOA2,PBRM1,TMEM150A,MMD,MRPS23,NCOA4,MINK1,RGMB,APRT,ENAH,RAP2C,TOX3,VSNL1,G2E3,PABPC1,CRELD1,PTMA,PCNA,DOT1L,CCDC106,GNAI2,MNT,CAMK2N1,GPC2,MGAT1,MGAT2,RAE1,VEGFB,TMUB1,HUWE1,PLEKHA5,VEGFA,NUDT9,RGP1,PER1,FKBP1B,HNRNPA2B1,TCEA2,PNPLA6,GRINA,DPAGT1,OTUD4,CRTC2,MIDN,SYS1,NUP188,CD81,ACRBP,IGF1R,FAM174B,KIF5B,EP300,BAHCC1,SBF2,PPFIA3,ATG9A,DNAJB12,ADAM10,UBE4A,TBC1D24,RTN2,COX19,DDX6,DDX5,PKDCC,NDUFB10,HTRA2,TOR1AIP2,PDS5B,NDRG2,PDS5A,DEAF1,CAMTA2,NDUFV2,QSER1,BCL9L,IVNS1ABP,OST4,ZFHX2,NUP155,PCIF1,HMGA1,CNOT10,NUP153,KLHL24,SUPT5H,CLK1,UBE2W,PAN3,HOOK2,HOOK1,GNAQ,GNB2,GNB1,GNAS,PHF13,LSM14B,FGF11,UBE2M,RERE,GSK3B,CUEDC2,GSK3A,DDX3X,PRKCSH,CHD6,ATP2A2,CHD2,AFF4,PPP1R9B,SEC61A1,LASP1,EEF2K,MLST8,TBP,ARHGEF12,ATP6AP1,PDPK1,NCBP2,DDX56,ABHD14B,ABHD14A,NAV2,SYNGR3,YWHAZ,EEF1G,CREB3,SFPQ,ELF2,CREB1,NDUFS7,RER1,NDUFS2,MVD,ZMYND11,SHANK2,DCTN3,DDX20,SLC3A2,ASAP1,CAND1,GNG5,TMEM203,TRA2B,MKNK2,TRA2A,RALY,MTA2,FBRS,ARFGEF1,ATF7IP,EYA3,ATP2B1,ACVR2A,ERCC1,RBM42,QRICH1,TAF6,KRAS,NAA15,SUGT1,RB1,ANKLE2,TRIO,HNRNPU,SMC3,DCAF5,ENO2,EPRS,PHB2,ZMIZ1,MYC,ZXDC,IER2,NUP214,DDX17,IAH1,TSPYL1,WDR74,CD3EAP,SOX11,SOX12,RNF126,DAAM1,RPL27,NUP98,VPS25,ALG10B,VPS28,NEDD4L,PHYHIPL,HIF1A,GLG1,ANAPC11,PRDX2,PRDX1,VPS11,FDFT1,BRAP,CDK17,NAA50,RPL41,PRELID1,WDR59,JUND,CHKA,SETD1A,IRF2BP1,IRF2BP2,TYSND1,PRRC2C,BRAF,PA2G4,NR1D1,MEX3C,PHC3,THAP11,EHD1,FIBP,SQLE,MEX3B,HNRNPF,GIPC1,ATG2A,DUS1L,CDK13,CPEB4,OGFR,PHF3,SETD5,SETD2,SMG1,CDKN1B,BTG1,ELL,PHF23,CLTC,CLTB,GPT,PHF8,TRIM8,TMEM189,GPR137,CIC,JARID2,RRP15,ZC3H10,BRD2,BRD1,SHPRH,TPI1,TCF12,TET2,ASH1L,RNF168,ZEB2,NCOR1,KIFC2,MTF2,PHLPP1,GPS1,GPS2,BCLAF1,RNF138,NSD1,LMAN2,UBN1,RPL13,RPS2,SF3B1,SF3A1,CSNK1A1,WDR18,SYVN1,DEF8,SYNJ2BP,SCAF4,AGBL5,MKLN1,NFIA,NFIB,NUCB1,ANKRD13B,TUSC2,RAB3D,RNF19B,YEATS4,AUP1,TM7SF2,PPP1CB,LAMP1,TUBB3,CFL1,LZTS2,GTF2I,TLE4,USP7,RNF44,RPS9,MAP2K2,USP5,RPS8,USP3,MAGI3,DYRK1A,LARP4B,THOC2,THOC6,ST7L,CTDNEP1,PYGO2,MORF4L1,CLIP1,RAB34,DGKQ,RAB35,PGP,PHIP,ADNP,CSNK1G1,ANKRD17,FKBP2,SEMA7A,CD151,RAB5C,CUL3,ANKRD11,ANKRD12,UBR3,GTF2E1,BAG4,BAG5,DDRGK1,TPR,DVL1,UBR5,DVL2,ANKRD10,SKIL,MPDU1,ESRRA,TRAPPC2,TRAPPC4,MARCH9,TRAPPC8,DHCR24,ADAP1,MARCH6,LSM4,MARCH2,COPS6,CDK5,CNOT1,CDK4,MAFG,SPIRE2,NF1,RNF181,PLEKHM2,PLXNB1,LZTR1,CNIH2,SERINC5,BCL2L1,DIDO1,MCM7,RNPEPL1,WDR1,ZC3H4,TRADD,SYNE2,AP1G2,SIN3A,UBTF,TLK1,SLC37A4,TNPO1,PLEKHG2,REXO1,GPX4,ZFP91,RPL13A,COASY,PTBP2,PTP4A1,TRAF7,ASPH,TRAF4,CTDSP2,DNAJC5,DNAJC8,SOS1,RNF31,HDAC5,NFAT5,WBP1,WBP2,RAB1B,RNF38,TULP4,RAB21,DNAJB1,HECTD1,RBBP4,POLR2E,RBBP6,DCAF11,POLR2L,SPAG9,SPAG7,AMFR,SEMA4G,RPRD2,CDC42BPA,BCKDK,RAD52,MARCKS,KLF6,APC,MGAT4B,DNAJA2,TNRC6A,SLC35B2,TCERG1,ZMYND8,GBA2,TIAL1,RPS16,FLAD1,RPL36AL,FTH1,SAP130,DAG1,ARL6IP4,RPS11,SEPHS2,SOX4,TBC1D10B,BROX,ARRDC3,ACSL3,JMJD6,CARHSP1,POR,AKAP9,SIK3,VDAC1,SIK2,AURKAIP1,PFN1,MACF1,ANP32A,DCUN1D4,DCUN1D1,CSTF1,GSE1,VASP,SNHG1,SS18L1,STAM,PUM1,PUM2,RPS25,RPS27,STAG2,RPS29,FUBP1,ANP32E,RPS21,ITM2B,C2CD2L,CDS2,TOP2B,AHCTF1,DAZAP1,CITED2,ZFAND2B,ZCCHC14,COIL,ZMYM2,XPO1,CHMP1A,TMED4,PSD,PSENEN,TMED9,RHOF,LIME1,MTSS1,MLF2,NME1,HNRNPH1,ATP6V0C,CUX1,MAP4K3,RANBP2,RANBP3,AP3D1,RAB11B,MPHOSPH9,PRPF39,CAPZA1,CTNNB1,TRIP12,FAU,KDM1A,NDUFA11,ARID4A,ARID4B,ARHGDIA,HCFC1R1,POGZ,KDM2A,LIG3,KCTD2,DPM3,PRPF6,TBL1XR1,CHMP4B,FIZ1,MATR3,ATP6V1A,TMEM59L,ARHGAP21,EMG1,CASKIN1,ZC3H14,PDZD8,ANKZF1,PDZD7,BPTF,SMAD2,SMAD4,ACBD4,CBX5,CPSF1,CBX4,CBX2,PTCH1,ASPSCR1,DNAJC16,EFNA2,DLG4,CAPRIN1,BLMH,SAE1,BRWD1,ZSCAN2,COPE,KDM5B,B4GALT3,ACADVL,USP34,USP39,FLOT1,CASP2,SCYL1,KDM6A,KDM6B,MAPK1IP1L,USP47,USP42,H2AFX,PPP2R5B,RNF208,ARID1A,SENP3,ARID1B,CKAP4,KLF16,TGFBR1,FCHSD2,IGDCC4,THRAP3,RASA1,TRNP1,LUC7L3,KDM3A,RGS19,TM2D2,OPRL1,PDXP,ATP1A1,SPG7,TOB1,STRN3,U2AF1L4,SPEN,BAD,USP21,CYHR1,SLC4A7,FMNL2,CAPN10,BAX"
+"gene_set_query"	"280"	"KCMF1"	"346.7"	"ARCHS4 Coexpression,530;Enrichr Queries,21;GTEx Coexpression,489"	"NCKAP1,TFRC,HNRNPU,GHITM,EPRS,DCAF6,PSMD6,PSMD7,PSMD4,CAPNS1,DPYSL2,MYC,PSMD3,PSMD1,CD3EAP,GTPBP4,RNF123,BIN1,PSME4,DDIT4,ATF4,SET,CTBP2,FLII,MAPKAP1,MEPCE,NEDD4L,MRPL14,HIF1A,MTDH,PRDX5,LDHA,PPP3R1,LARP1,HSPH1,PRKAR2A,PRDX1,S100A10,NAA50,JUN,ICMT,EIF2AK1,IRF2BP2,MEX3C,EIF1,TADA2B,HNRNPL,NPLOC4,HNRNPK,EIF5,EIF6,HNRNPD,HNRNPC,ARF4,PIGU,SETD3,PHF20,CLTC,SNX12,MRPL36,TCF20,OSBPL11,ADO,TUBA1C,UBL3,JARID2,LRRC47,MIOS,SSR3,RRAS2,EPS15L1,DUSP6,SLC7A5,TUBB2A,PXDN,TCP1,GARS,TKT,SLC29A2,PAFAH1B1,WDR26,RPL12,USO1,ATL2,DLST,SLC7A1,PSMA7,TM9SF3,PSMB6,PSMB5,MFN2,YKT6,EGLN1,BRF2,CSNK1A1,GATAD2A,RYBP,PSMC1,SRRD,SERBP1,CCDC6,TSR1,PKN1,FAM49B,UBE2D3,UBE2D1,BZW1,IPO7,IPO5,PPP1CB,YY1,PPP1CC,SLK,LAMP1,OSBP,KPNA4,PIM3,KPNA2,KPNA3,KPNA1,SH3GLB1,RAB2A,BNIP3L,USP7,SLC38A1,MAP2K1,TPM4,TPM3,TPM1,DYRK1A,UBE2E1,FBXO10,CTDNEP1,CLIP1,NCL,RAB35,MAPKAPK2,SRSF3,SQSTM1,KPNB1,ARL8B,LRRC59,CUL5,CUL3,CUL2,UBR3,TARS,UBFD1,CORO1C,SAV1,BTBD1,PITRM1,DVL1,NACC1,PGK1,SLC38A2,MCL1,ESRRA,ASNS,EEF2,CNOT4,COPS3,COPS5,SH3BP5L,ARPC2,TMEM11,MAFG,NFE2L3,CLPTM1L,EIF4G2,NFE2L1,ITGB1,SLC25A3,RNF11,HSP90AB1,WDR1,PPP6C,DUSP12,CAPZB,NCK2,HIF1AN,TNPO1,ACTR3,ADSL,HSP90AA1,GPX4,ZFP91,RAD23A,TFIP11,RAD23B,PATL1,PTP4A1,PPM1A,PTP4A2,TRAF7,PPM1B,ASPH,CTDSP2,POLR1B,CCDC43,RP9,ETF1,EIF4E2,GAPDH,MTPN,SRF,VPS4A,SRSF1,ZBTB43,ZNRF2,HECTD1,DNAJB6,U2AF2,CDC37L1,UBQLN1,FEM1C,EIF4B,SPAG9,PPP1R14B,HNRNPA3,KCNJ11,FEM1A,AMFR,CNBP,TXNRD1,MID1IP1,ADRM1,TPRKB,CDC42BPB,HNRNPAB,CUL4A,RAB10,KLF6,VAPA,PSAT1,RAB12,EIF3J,POLR3E,DNAJA2,MGAT4B,EIF3C,PFKM,SMAP1,TPT1,EIF3A,EIF3B,EIF4A2,APP,ZDHHC5,KEAP1,CISD2,ZDHHC7,PDCD2L,ACTB,GOLGA4,TRIM28,FTH1,SEPHS1,GLUL,ATXN7L3,TMPO,AGFG1,ACTN1,IFRD1,MRPS18A,ACTN4,GNPAT,AFG3L2,CDC34,KARS,CCNY,SUB1,RRAGD,VDAC2,VDAC1,EZR,MMADHC,TMEM63B,PIK3R1,RPAP3,GSPT1,FXR1,APH1A,PCBP1,DYM,RCC2,MEMO1,UBAC1,PUM2,MANF,AIMP2,WNK1,ID2,ITM2C,MRPS17,DAZAP1,CITED2,FAF1,MRPS12,GDI2,HERPUD1,SYNCRIP,CHMP1B,KIF13A,DHX15,TMED2,RAC1,ZYG11B,CCT2,CDV3,TSC22D1,ATMIN,PABPC4,CACYBP,ANO6,MRPS7,MLF2,TOX4,ENAH,CSDE1,CANX,PABPC1,AIDA,ALDOA,SGK1,PTMA,STK40,FYTTD1,CSTB,CAB39,PPP2CA,MAP4K4,CCT4,NPM1,PTGES3,UBE2G1,VEGFA,XPOT,PRKRA,NEDD4,HNRNPA2B1,HDGF,TRIP12,UBE3C,ZFAND3,ZFAND5,HDLBP,UBE3A,NUCKS1,UBE2Z,TOMM20,ACTG1,NARS,TATDN1,BASP1,KIF5B,CAPN2,RALBP1,ATP1B1,EEF1A1,HNRNPUL1,TBL1XR1,PLAA,CHMP4B,MATR3,RAF1,PSMD12,PSMD11,PSMD14,NDRG1,RTN4,IRAK1,DNAJC21,BCL9L,HSPA9,IVNS1ABP,SMAD2,HSPA8,PRNP,UBE2H,HSPA5,HSPA4,SMURF1,HMGA1,DSTN,EIF2S2,AZIN1,HOOK2,HOOK1,UBE2S,GNB1,CYCS,GRSF1,LSM14B,UBE2K,PICALM,UBE2M,YWHAE,PHTF2,USP38,DDX3X,ATP2A2,HMGB1,YBX1,USP39,CHD2,LMNB2,LASP1,YWHAQ,UBE2Q1,MYO18A,LRRFIP1,YWHAG,NAA30,PDPK1,YWHAZ,SFPQ,UBE2R2,B4GALT5,USP12,DDX21,SLC3A2,ATP1A1,RNF4,STRN4,HSPD1,TMEM201,FAM168B,DNPEP,UGP2,MAT2A,MKNK2,FAM120A,GNA12,MAPK6,ABCF1,RBM39,PTCD1,TAF10,PDAP1,NAP1L1,DEK,SSRP1,GOLPH3,ASB8,CARM1,VIM,ATP13A3,SSBP2,RAN"
+"gene_set_query"	"281"	"ZNF654"	"347.7"	"ARCHS4 Coexpression,261;Enrichr Queries,360;GTEx Coexpression,422"	"HNRNPU,GABPB1,RBPJ,FNBP1L,BACH1,ALKBH8,TBK1,CAPNS1,PPP4R2,PSMD5,ALKBH1,GPBP1,RPL36,RNF111,MED1,MEF2C,WSB1,CD3EAP,FRS2,SCRIB,GAPVD1,SCAMP1,RC3H2,MED6,RFX7,DDIT4,YME1L1,FAR1,ALG10B,CGGBP1,XPC,MRPL12,MTMR6,MTDH,HMGXB4,HSPH1,VTI1A,MCMBP,SERF2,EDEM3,CDK17,B3GALNT1,JUN,PRELID1,PHC3,MLLT11,SETX,HNRNPL,GIPC1,DZIP3,CPEB4,PHF3,CEP57,SETD2,GMEB1,SMG1,WDR47,BTG1,WDR43,NIPBL,MED13,SPIN1,RIOK1,JAK2,PCMTD1,WDR36,TET2,LRRC40,DUSP6,PHF20L1,SIKE1,ZEB2,AFTPH,CDC42EP3,PXDN,EXOC5,VAMP4,WDR26,HSPA13,BCLAF1,RICTOR,SRSF10,SF3B1,PAIP1,YTHDF3,RIOK3,MDH2,CSNK1A1,SCAF4,MKLN1,RYBP,SNX16,ETNK1,TAOK1,FRYL,CCNT2,FAM13B,FBXO28,UBE2D3,ATN1,FBXO22,BZW1,PPP1CB,CFL1,PAPOLA,FBRSL1,SMARCAD1,SLC25A46,USP8,BNIP3L,SLC38A1,MAP2K2,FBXW7,DYRK1A,ATP11B,FBXO11,PIAS2,PIAS1,CTDNEP1,MORF4L1,ACAP2,MSH3,PHIP,ADNP,ANAPC1,NSMAF,PFKFB3,CD151,CBFB,CUL5,INSIG1,ANKRD12,MAZ,UBR1,PHB,RLF,RAP1B,SBNO1,MED30,G3BP1,DVL1,BTBD2,NACC1,MBIP,SMN1,SLC15A4,SLC38A2,SKIL,OSBPL8,DR1,TIA1,STYX,MARCH7,ZBTB11,MARCH6,SLC7A6OS,GNL3L,CNOT2,SP3,MDM2,SERINC1,SLC25A1,PTEN,DUSP11,DUSP12,SNRNP70,TNPO1,EIF5A,PPP1R12A,DST,GPX4,DIS3,VBP1,SECISBP2L,ATRX,EDF1,ARFGAP3,PATL1,PTBP2,PTP4A1,PPM1A,TRAF7,PIK3CA,CTDSP2,BDP1,SOS2,BIRC2,NFAT5,ROCK2,RAB1B,LRP3,PPM1D,CDC42,U2AF2,FCHO2,POLR2E,FEM1C,FYN,POLR2L,GADD45GIP1,SEC24B,PPP1R14B,FBXL19,CCDC59,DDHD1,OXR1,HNRNPAB,PNRC2,KLF6,MGAT4B,EIF3G,RAB18,STUB1,SLC25A36,VARS,KDELR1,FCF1,JMJD1C,GCC2,RPS15,BSG,ARL6IP4,SEC62,ARRDC4,AQR,SCAF11,ARRDC3,RECQL,ACSL3,RRAGC,HECA,FAM76B,PFN1,AURKAIP1,DCUN1D1,PIK3R1,UGCG,MIER1,VPS8,HIVEP1,TRPM7,RAB11FIP2,INTS1,PUM2,CCDC88A,STAG1,ZBTB6,ZZZ3,SNW1,STAG2,SESTD1,ID2,FBXL3,CALM3,DHX29,INTS8,DAZAP1,VLDLR,PRPF19,PTMS,EPM2AIP1,PCM1,ZMYM2,ZMYM5,REV3L,GABPA,RSPRY1,RALGPS2,COX8A,PBRM1,PRMT1,TSC22D3,MINK1,NME2,PRPF40A,ZDHHC17,RHOB,MLF2,PRPF18,HNRNPH1,G2E3,SGK1,ATP6V0C,FYTTD1,GNAI3,NOL8,SERTAD2,HSF2,SHOC2,PAK2,EPS15,SUZ12,MON2,PTGES2,VEGFA,RSL1D1,CCNG2,TTC3,RAB3GAP2,AGGF1,HDGF,OTUD4,CD81,ZFAND6,ARID4A,ARID4B,COL4A3BP,PPIP5K2,KIF5B,CWC22,SH3GL1,NOM1,MORC3,RSBN1,COX6B1,TBL1XR1,WDFY1,MATR3,TBC1D23,PPIG,ZCCHC8,ATP6V1A,ZCCHC7,DDX6,DDX5,SEL1L,NDRG1,BPTF,ECD,NUP153,KLHL24,SMAD5,CLK4,KLHL20,UBE2W,EFNA2,HOOK2,HOOK1,GNB2,JMY,TAB3,ACBD3,BRWD1,UBE2M,SCYL3,KDM5B,DDX3X,PRKCSH,USP34,AFF4,SENP6,PPP2R5E,ZC3H7B,RB1CC1,RBM7,SCYL2,UTP15,USP47,PDPK1,OXSR1,PJA2,EPN1,LATS1,CREB1,TRAPPC6B,PPDPF,NUP54,TMEM9,KDM3A,ATP2C1,RNF2,STRN3,GNA13,MAPK8,MTA1,GNG2,TAF1B,PABPN1,TDG,TGS1,BNIP2,MAPK6,SMNDC1,TTC14,ARFGEF1,TMEM30A,WTAP,PDAP1,DEK,SLC4A7,RPS6KB1,CARM1,NAA15,SSBP2,TAF2,SSBP4"
+"gene_set_query"	"282"	"ZSCAN9"	"348.5"	"ARCHS4 Coexpression,340;GTEx Coexpression,357"	"EPHB6,MDC1,VEZT,CCNJ,ZMYND8,STMN2,EHMT1,STMN4,DCAF5,ENO2,FNBP1L,TXNDC16,DCAF7,TIAL1,PNN,RNF114,TRIM28,DPYSL4,DPYSL5,STMN1,DPF2,AP1S1,LUC7L,CCNL2,EPHB1,SOX4,CXADR,WSB1,RBFOX2,METTL3,ISLR2,CSNK1D,SOX11,WDR73,BCR,DYNC1LI1,DAAM1,EWSR1,RRAGB,RUFY3,RBCK1,TAGLN3,EIF1B,SF1,PFN2,BEX4,BEX1,MAGED1,COPS7B,PIK3R3,TRMT2A,ATXN7L3B,AAAS,UBE2J2,TMTC4,RHOT2,PRPSAP2,COMMD9,SPAST,RNF216,PCBP4,INPP5E,TSPAN5,SCN3A,FDFT1,NDFIP2,ACD,FZD3,INTS1,SETDB1,BCL11B,BCL11A,INTS3,ST8SIA2,SETD1A,H3F3A,BBIP1,SETX,MLLT11,ICK,GLUD1,SQLE,MEX3A,H2AFY2,PKIA,FUBP1,FXYD6,MAGED2,HNRNPC,CDK13,INTS8,SUGP2,CD200,ARF3,WDR47,DAZAP1,USPL1,CSRNP3,PHF1,GDI2,PTPRO,OLA1,PHF6,ROBO1,ING4,EPM2AIP1,MRPL42,PCM1,UCHL1,TUBA1A,UIMC1,ENSA,DHX16,RAC1,CCDC112,BRD3,PARP6,UPF1,BRD2,NCOA5,ACTL6B,STARD3NL,PARP2,HSBP1,LRRC49,ELMOD1,TCF12,LRRC40,SLC39A13,RGMB,SRP9,WDR33,ENAH,KIN,TOX3,TUBB2B,TUBB2A,ARHGEF4,FAM193A,HNRNPH3,PAFAH1B3,DYNC1I2,MAGEH1,SRRT,TMEM169,PDZD11,HSF2,EXOSC8,HSF1,UBTD2,GPC2,BRD8,RAE1,DTD1,MPP3,KIDINS220,MBD1,RSRC2,BLCAP,ATAT1,MPHOSPH9,ABI2,MORN4,KLHL7,ABI1,HNRNPA2B1,TTC3,FRYL,NARF,CELSR2,ACTG1,EDC4,NUDT11,NUDT10,CDH2,TUBB3,POGZ,PAPOLA,FADS1,PIAS4,PCID2,ANKRD46,UBE2E3,THOC1,TSC2,LEMD2,ATXN2L,BSCL2,OLFM2,ARMCX1,TXLNA,DMTF1,SPECC1L,SNRNP200,ARL8B,ZCCHC8,INO80E,RTN1,ZC4H2,BTF3L4,KLC1,PRPF8,PHF21B,STK36,ANKRD10,ATP6V1H,ZC3H18,ZC3H14,SOCS7,ZKSCAN1,IP6K2,NEK9,TIA1,CBX5,KLHL23,BTBD9,MARCH6,CLK2,DNAJC18,PAN2,REEP1,ARHGAP32,CAPRIN1,CNOT3,TPP2,LRCH4,RAB5A,MUS81,LMBR1L,KDM5B,SCHIP1,POMT1,AKAP8L,CEP164,ELAVL4,YBX1,RND3,ELAVL2,AP4M1,TRO,SEC61A2,POLB,FSD1L,YWHAQ,PPP6R2,SNAPC3,PPP6R3,NUP62,SUMO2,GDAP1L1,DGCR8,CEP170,RBM6,KLF11,RBM14,TBP,HSDL1,USP42,NCBP2,DDX56,YWHAZ,PTBP2,NIPSNAP1,PJA1,GAP43,RCN2,DDAH2,ATG4B,TERF2IP,INA,HCN3,HDAC2,USP11,SRSF1,LENG8,RBM4B,CRMP1,HMGCR,DLL1,CXXC4,HDAC6,MTHFSD,STOX2,GNG3,MAPK8,MTA1,IGFBPL1,GNG2,PABPN1,MSTO1,U2AF2,NNAT,RBBP6,WASF1,HNRNPA1,BEND5,CLASP2,SMARCE1,MARCKSL1,DONSON,GDAP1,ACVR2A,ASXL1,DNAJA1,TRIM39,ERCC3,PPP2R2C,EIF3L,ASXL3,ACIN1,SSBP2,TAF2"
+"gene_set_query"	"283"	"CENPX"	"349.0"	"GTEx Coexpression,349"	"TMEM183A,POP7,CRCP,PDCD6,WDR83,COX6A1,ALKBH6,NUBP2,TXNDC17,TOMM22,CAPN5,ARFIP2,TRIM26,CHCHD1,SEPHS2,ZGPAT,IMP3,PIH1D1,DYRK1A,KCTD5,TMX4,DOK4,ARMC6,PRKD3,PRKAR1A,ZFYVE19,NHP2,RPP21,TTLL12,SNRPF,VPS25,PPIA,GNE,TSTA3,RPS19BP1,MAZ,UBR1,LIN7C,GLG1,CORO1B,MRPL11,DPP3,ZNHIT1,RCE1,DECR2,PUSL1,MPDU1,MPST,NEK9,PMM1,MRPL27,ERAL1,CORO2A,SSH3,DNAJC17,NMRAL1,LSM7,UCK1,EFNA2,EIF6,GIPC1,PSMG3,ADCK5,UBE2K,SERINC2,CC2D1A,ITPA,FBXL6,DDX49,CLTA,DBI,TTC28,PQBP1,MRPL4,HINT1,MTG1,NANS,CBR1,LYPLA2,MRPS26,LRRC45,SIGMAR1,EDF1,SIRT6,SIRT7,WDR35,LIME1,YDJC,NIPSNAP1,APRT,SLC22A23,MRPL52,TRAF7,BDH1,RPUSD1,SDHAF1,GFOD2,FAM32A,SLC25A5,PAFAH1B3,DCTPP1,MPND,ARF5,OTUB1,NAPA,SF3B5,HCN3,DTYMK,TOMM40,EI24,ASB13,TIMM13,HSD17B10,MRPL54,NT5C,HMGCL,GMDS,DDT,POLR2E,AP2S1,TMEM208,SCAND1,BAD,WDR18,SEMA4G,DHRS1,TARBP2,ATOX1,PPP1CA,SMUG1,GALE,TAOK1,DOLPP1,MGAT4B,HDGF,PRPF31,SLC25A36"
+"gene_set_query"	"284"	"MNT"	"349.3"	"ARCHS4 Coexpression,517;Enrichr Queries,250;ReMap ChIP-seq,31;GTEx Coexpression,599"	"MDC1,CHIC2,EHMT1,TSEN54,TSKU,LSM10,PREX1,SCAMP4,KRTCAP2,DPYSL2,AKT1,SAMD10,SAP30BP,DAXX,GABARAPL1,UNC5A,STARD7,RFX1,EML2,SCAMP3,SCAMP2,MYL6,CLNS1A,DDIT3,DDIT4,PSME1,ORAI2,JTB,PSME2,ATF4,SF1,SLBP,TSTA3,SET,TTYH3,MEAF6,SAR1B,SHMT2,NPRL2,BAZ2A,ABCB8,AGAP3,PLA2G6,MRPL12,GABARAP,RHOT2,PIP5K1C,PUSL1,ATRIP,RHBDL1,HEXIM1,PRRT1,ABCA2,JUN,CREBBP,PRRT2,JUP,PBX2,MRPL28,MRPL24,EIF1,MLLT11,ABTB1,MLLT10,TBL3,FASN,SFXN3,PSMG3,PIGQ,MRPL34,BBC3,DDA1,TRMT112,FASTK,RPLP2,DLGAP4,APC2,DUSP1,SPHK2,MRPL49,MRPL48,SIRT7,EPS15L1,JOSD1,GMIP,MED29,DUSP6,SRP9,MRPL53,SLC7A5,MRPL50,MED25,PSMA3,PSMA4,PSMA2,PXDN,RAPGEF1,PTRH1,TUT1,VAMP2,LRRC14,RNASEL,LIN37,SRRT,CENPB,PSMA7,RECQL5,UNK,PSMB5,PSMB1,AP2S1,FLNA,MEF2D,CENPT,LRRC24,MBD6,SAMD4B,SKI,CCDC9,SHKBP1,TSR1,PKN1,YPEL5,YPEL3,TMEM167B,ATN1,ZBTB22,STK11,FBRSL1,PIM3,SLC25A46,PIAS4,SH3GLB2,SLC38A1,PCYT2,CISH,PPP1R16A,POLRMT,PIAS1,SAP30,LENEP,CDC25B,FTSJ3,FOXP1,ACAP3,FSCN1,SQSTM1,ANAPC2,INO80B,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,GLIS2,SBNO2,ATXN2,NDOR1,E4F1,SLC38A2,NADK,BRPF1,ARPC4,EEF2,FBXO31,UCKL1,UQCRQ,PIN1,LRCH4,NFE2L1,ZNF512B,PTEN,ETFA,ETFB,ARRB2,AP4M1,CAPZB,MDK,PPP6R1,PMEPA1,HMG20A,UNKL,UNC45A,EIF5A,VPS37C,RAD23A,VPS37B,GIGYF1,C1D,ETF1,SLC25A5,DCTPP1,SLC25A11,PPP1R12C,AHDC1,PPP1R15A,NDUFB5,MGRN1,PRCC,LENG8,FOXK2,MLLT1,ZBTB45,FOXK1,FURIN,MLLT6,CCDC85C,FCHO1,U2AF2,SH3BP2,TRIM46,FEM1C,E2F4,AAMP,ATP9A,SH2B1,GADD45GIP1,PPP1R14B,MARCKSL1,TRIM41,MBOAT7,HIP1R,RPL23A,TPD52L2,CABLES2,SLC25A39,TRIM39,PDCD4,STUB1,P4HB,CERK,ZDHHC7,ACTB,CYB5D1,RASSF1,SNRPD2,KIF21B,ATXN7L3,SLC12A9,PAQR4,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,MFSD10,CD2BP2,ULK1,FLYWCH1,BCORL1,STX1A,MMADHC,SLC45A4,NUMBL,GIPR,PTTG1IP,PIK3R1,UBE2J2,PGS1,DHX34,MICAL1,HIVEP1,SYMPK,HIVEP2,NTNG2,INTS1,IQSEC1,RCC2,SMARCA4,ID2,NDUFAF3,SDC1,PAF1,COL9A3,CALR,RGL2,DHRS13,DOC2A,FAM57B,GPAA1,TECR,PCSK7,MAP1LC3B,MAP1LC3A,HYAL2,ENC1,SSSCA1,CTSD,NDEL1,MRPS28,CAP1,CCT3,DBNL,TMEM150A,GAB2,SREBF2,APRT,GAK,IMMP1L,PITPNM1,ARHGEF1,FAM193B,PTMA,SFI1,STK40,MRPS33,SSNA1,DOT1L,GBA,CRIP2,CCDC106,GNAI2,ARVCF,MNT,EXOSC4,NFIL3,CCT8,CCT7,CCT4,MAP3K3,DYNC1H1,VEGFB,TMUB1,PLEKHA6,MYO9B,TMUB2,GRIN1,YIF1B,VEGFA,PER1,SGSM2,TCEA2,HDGF,ESYT2,GRINA,SCARB2,SCARB1,CRTC2,MIDN,SYS1,MPI,CELSR2,IGF1R,ACTG1,SNIP1,FAM3A,EP300,SBF1,BAHCC1,PPFIA3,SH3GL1,LMTK3,ADAM15,FAM173A,GPRIN1,EHBP1L1,TBC1D25,UBE2V1,GEMIN7,RTN2,COX16,NDUFB10,KLHL17,NDRG1,CACNA1H,RAI1,SHARPIN,GRK6,CAMTA2,CYC1,KIF3C,TBC1D17,NDUFV1,BCL9L,PRNP,UBE2I,PHF12,HMGA1,DSTN,KLHL24,SSH3,CLK2,H1F0,HOOK2,HOOK1,GNB2,OSTC,GNB1,PHF13,AMOTL2,LSM14B,GALK1,MXD4,RERE,CUEDC2,GSK3A,ZMYND19,PRKCSH,CHD6,CHD3,CHD2,PPP1R9B,LASP1,MLST8,GET4,SUN1,HSDL1,PDPK1,GLRX5,SYNGR3,YWHAZ,EPN1,EEF1G,NDUFS8,EEF1D,PPDPF,NDUFS3,MVD,NAA38,ASB13,ASAP2,CLCN2,DNPEP,RAB40C,TMEM203,MKNK2,MTA2,FBRS,MBTPS1,MAPK14,CHFR,USF1,PNKD,TEF,ERCC1,CARM1,FAM131A,ASB6,TAF6,RAN,FAM50A,ANKLE2,TES,TRIO,ARPC5L,STMN3,HNRNPU,FNBP1L,ENO2,RPL8,PHB2,GCSH,ZMIZ1,MYC,ZMIZ2,RPL35,AP1S1,IER5,CDK5RAP3,IER2,VPS18,MECR,WSB1,PRKCE,PIH1D1,PRKCD,DAPK3,CD3EAP,SCRIB,SOX12,GTPBP1,BIN3,ZSCAN21,PRR12,VPS28,CDC42SE1,CTBP2,ANAPC11,PRDX3,PRDX2,ABR,PRDX5,PPP4C,PRDX1,LDHD,CHST15,ST3GAL1,ST3GAL2,RPL41,JUND,SETD1A,IRF2BP1,IRF2BP2,PA2G4,NR1D1,PRDX6,PRRC2B,TMEM198,THAP11,HNRNPL,EHD1,FIBP,SLC6A6,GNPTG,ATG2A,FARSA,CPEB4,OGFR,PYGB,GMEB2,BTG1,CDKN1B,ELL,SPEF1,PHF23,LPCAT1,GPT,ING1,WDR46,TRIM8,UBL5,TMEM189,GPR137,PLEKHN1,CIC,JARID2,EMD,ZC3H10,BRD2,TPI1,HSBP1,NUTF2,WDR34,NUDT16L1,NCOR2,RNF167,KIFC2,TET3,PLEKHO1,SF3B4,GRN,NFIX,RPL10,GPS2,WDR24,FAM129B,ASNA1,RPS2,ANKRD52,RPL18,YTHDF1,SF3A2,SYVN1,DEF8,XAB2,NFIA,NFIB,ZYX,PLP2,INHA,TOR2A,ANKRD13D,CHPF,RAB3D,TUSC2,TM7SF2,EDC4,ABHD11,TUBB3,CFL1,LZTS2,MAF1,TLE3,BIVM,RNF44,USP5,TPM1,GTF3A,THOC5,PGD,ILF2,DGKZ,THOC6,CTDNEP1,PYGO2,RAB34,RAB35,PGP,CSNK1G2,FKBP2,CD151,ANKRD11,INSIG1,GLO1,ABHD8,AK3,KLC1,PHF21A,BAG5,DVL1,PSAP,BTBD2,DVL2,MAP2K7,MCL1,PLXNA3,WDTC1,ESRRA,ANKRD34A,CCDC12,POLR3GL,TNK2,MARCH9,LSM4,LSM2,COPS6,CDK5,CDK4,MAFG,SPIRE2,RNF181,PLXNB1,EIF4G1,BCL2L1,MAP3K12,RNF10,DIDO1,WDR1,MCM7,RNPEPL1,ZC3H4,TRADD,DUSP18,PTPN23,DUSP12,OPA3,UBTF,WDR6,TNPO2,PLEKHG2,REXO1,GPX4,LIX1L,RPL13A,YDJC,REXO4,PTP4A3,DALRD3,TRAF4,DNAJC5,CTDSP2,RNF31,NFAT5,SMARCD2,WBP1,LAGE3,DNAJB1,PUF60,POLR2A,POLR2E,CSK,POLR2H,DCAF11,MLXIP,SPAG7,RNF24,RNF25,SEMA4B,NCKAP5L,SEMA4C,FBXL16,PNRC1,FBXL12,BCKDK,KLF7,PFKL,KLF6,MARCKS,IMPDH1,DNAJA3,MGAT4B,PANK4,PANK2,IFITM2,VARS,HDAC10,ZMYND8,HDAC11,HS6ST1,RPS15,FRAT2,KAT5,FLAD1,FTH1,LONP1,RPS11,ZFPL1,SOX4,TBC1D10B,SRRM2,ARRDC1,ARRDC3,MTUS1,MRPS18B,BOLA1,JMJD8,MAPK8IP3,VDAC2,VDAC1,HECA,SIK1,PFN1,OBSL1,RTEL1,NECAB3,STXBP2,TWF2,MYL12B,GSE1,TNRC18,RALGDS,VASP,SS18L1,SLC35E3,CCT6A,CORO7,RPS21,C2CD2L,ITM2C,GFM1,DAZAP1,CITED2,ZFAND2A,MYL6B,GLIPR2,GUK1,XPO6,TMED2,PSD,PSENEN,TSC22D1,TSC22D3,RHOF,CBFA2T2,RHOB,PACS1,RHOV,ALDOA,SGK1,ATP6V0C,NT5C,ZDHHC18,CUX1,TBL1X,MTX1,AP3D1,FAU,MRFAP1,ARHGDIA,HCFC1R1,CHCHD1,KDM2A,PAM16,SHISA5,TSC2,PDIA6,DPM2,DPM3,MAU2,PRPF6,FIZ1,RPS19BP1,CSF2RA,EFNA4,EFNB2,EMG1,CDH24,MARK4,PDZD7,MARK2,HSPA8,ACBD5,PNPT1,ACBD4,CBX4,CBX2,COQ5,NFKBIA,EFNA3,TMEM115,DLG4,CLASRP,LRP10,SAE1,GPSM1,KDM5B,ACADVL,THRA,USP39,SEPT9,SPRED2,SNAPC2,FLOT1,FLOT2,MAN2C1,SCYL1,KDM6B,KLF13,H2AFX,AXIN1,RNF208,ARID1A,KLF16,DNM2,FAM189B,DDAH2,PFDN4,TSEN34,HCN3,RGS19,OPRL1,MTIF2,SPG7,TOB1,U2AF1L4,THBS3,HSPD1,RMND5B,MAPK7,FAM120B,SNCB,MAPK3,PTCD3,SPEN,KDM4B,B3GAT3,BAD,QPCTL,HAGHL,LIMK1,CYHR1,NEURL4,CAPN10"
+"gene_set_query"	"285"	"TCF20"	"349.7"	"ARCHS4 Coexpression,245;Enrichr Queries,42;GTEx Coexpression,762"	"TRIO,TRRAP,HNRNPU,EPRS,MPRIP,ZMIZ1,DPYSL2,ZMIZ2,AKT3,NFRKB,DDX17,RBFOX2,NUP210,CSNK2A2,CD3EAP,SCRIB,SND1,HCFC1,BCR,WDR82,NUP98,PRR12,SF1,SLBP,MTMR1,NUP205,POM121,CDCA4,NEDD4L,AGAP1,BAZ2A,GIGYF2,LARP1,PIP5K1A,PLCG1,ST3GAL1,CREBBP,JUN,JUP,CADM1,PRRC2C,TYSND1,PBX2,PRRC2B,PRRC2A,HNRNPL,SQLE,SLC6A6,FAM135A,EIF6,TDP1,FASN,HYOU1,EZH2,PHF3,SETD5,SETD2,SMG1,PIGU,CLTC,SMG7,SMG5,NIPBL,MED13,PLEKHN1,JARID2,CIC,DLGAP4,BRD3,UPF1,BRD1,ASH1L,BAZ1B,NCOR2,DDB1,AFTPH,NCOR1,TET3,PXDN,RAPGEF1,RAPGEF2,ARF6,NFIX,SLC7A1,TM9SF4,BCLAF1,TCOF1,NSD1,FLNA,ANKRD52,MEF2D,BRD4,SF3A1,MBD1,YLPM1,DAB2IP,GATAD2B,LRPPRC,GATAD2A,SKI,NFIA,MYBBP1A,NFIB,SERBP1,TAOK2,PKN1,FRYL,CTNND1,RNF19B,IPO7,CEP250,ANKRD13A,GTF2I,TLE4,TLE3,USP7,SLC38A1,FBXW9,DYRK1A,THOC3,ATP11B,ZBTB33,RNF40,FOXP1,ATXN2L,ARMCX1,ILF3,RAB35,PKP4,ADNP,SNRNP200,KPNB1,CSNK1G2,ANAPC1,SLC27A4,CSNK1G1,GLYR1,CUL9,ANKRD17,LRRC59,ABHD2,ANKRD11,MAZ,UBR4,ITPR1,PITRM1,TPR,UBR5,NACC1,PLXNA2,ABL1,PLXNA1,DR1,SEC16A,CORO2A,EEF2,CNOT6,SON,SH3BP5L,STK24,CNOT1,NF1,EIF4G3,NFE2L1,EIF4G1,DIDO1,NUMA1,CELF1,BICD2,SYNE2,GM2A,SGCB,SIN3A,PPP6R1,SNRNP70,PSD3,UBTF,ERC1,HSP90AA1,REXO1,DST,ATRX,RANGAP1,RAD23B,TRAF7,PTP4A3,CTDSP2,POLR1B,C1D,BIRC6,AHDC1,GTF3C1,NFAT5,GTF3C4,VPS4B,PARD6G,LENG8,FOXK1,AMBRA1,MLLT6,DCAF15,ABLIM1,GANAB,POLR2A,U2AF2,UBQLN1,FEM1C,ADSS,UGGT1,EIF4B,FBXL19,PTPN11,RPRD2,CDC42BPB,HNRNPAB,MTOR,ASXL1,NIN,APC,EIF3A,EIF3B,APP,PANK3,VARS,ZMYND8,ZDHHC5,JMJD1C,RAPGEFL1,HERC2,HERC1,TRIM28,ATXN7L3,TMPO,SRRM2,SMARCC1,SMARCC2,SCAF11,ACTN1,MOGS,ANK3,TIAM1,TTLL12,MACF1,DHX8,IGSF3,TMEM63B,ANP32A,DHX9,MGST3,CSTF2,MYCBP2,PIK3R1,ZBTB5,SGPL1,PDCD11,GSE1,MLEC,SYMPK,TNRC18,HIVEP2,MAP4,RBM12,ZBED4,BCL11B,INTS1,IQSEC1,BCL11A,RCC2,MYO5A,PUM1,SMARCA2,SMARCA4,SRPK1,MED13L,PUM2,WNK1,SDC1,INTS7,AHCTF1,DAZAP1,CCDC120,SLC35F2,PRPF19,SPPL3,SIPA1L3,PTPRF,SIPA1L1,XPO1,XPO5,DHX15,KIF1B,RALGPS2,NCOA2,NCOA6,STRBP,MINK1,ZDHHC13,SREBF2,MLF2,CANX,PABPC1,RHOV,ARHGEF2,SATB1,GNAI3,HIRA,CUX1,PES1,GPC2,RAE1,MAP4K4,DYNC1H1,VEGFB,HUWE1,AP3D1,MYO9B,AP2B1,RAB11A,CTNNB1,TRIP12,HDGF,UBE3C,HDLBP,PRDM2,NUCKS1,PHRF1,IGF1R,KHSRP,POGZ,EP300,ARID2,SBF1,KDM2A,KDM2B,LMO7,TANC2,HNRNPUL1,TBL1XR1,MATR3,WDFY3,CACNA1A,PRPF8,SUPT6H,ACACA,ARHGAP21,RAI1,EP400,SUDS3,MYH10,MARK2,BPTF,BCL9L,CPSF7,CBX5,AUTS2,NUP153,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB1,TCF3,LSM14B,RERE,GSK3B,KDM5C,ZMYND19,LDB1,DOCK9,PRKCSH,CHD8,CHD6,DDX42,ATP2A2,CHD4,ADAR,CHD3,YBX1,CHD2,AFF4,LMNB2,LMNB1,CABIN1,PPP1R9B,SEPT9,ZC3H7B,TOPBP1,ARHGEF11,ARHGEF12,KLF13,PDPK1,CAD,NAV1,NAV2,ARID1A,UTP18,YWHAZ,ARID1B,SENP3,CKAP5,DNM2,SFPQ,THRAP3,NUP50,OTUB2,DCTN5,KDM3B,ASAP1,HMGCR,STRN4,USP19,FAM168B,DNPEP,MTA1,FAM120A,MAPK1,MTA2,MAPK6,FBRS,CLASP1,ARFGEF1,SPEN,ATF7IP,RBM39,TAF15,EYA3,ATP2B4,ATP2B1,SSRP1,DLK2,NEURL4,CARM1,ACIN1"
+"gene_set_query"	"286"	"ZNF395"	"350.0"	"ARCHS4 Coexpression,311;Enrichr Queries,564;GTEx Coexpression,175"	"IPO13,TDRKH,RPL5,RPL30,RPL3,RPL32,TFRC,SMC5,RPL8,ENO2,PHB2,RPL9,RPL6,RPL7,PCMT1,ZMIZ1,DPYSL2,MYC,ZMIZ2,RPL36,RPL35,AKT1,RPL39,MEF2C,WSB1,ACOT7,RPL21,RPL23,RPL22,CD3EAP,WDR82,DDIT4,RPL24,RPL27,RPL26,RPL29,RPL28,SF1,MTMR9,NEDD4L,BAZ2A,MRPL13,PRDX3,LDHB,LDHA,PRDX1,ST3GAL1,S100A10,BTF3,RPL41,JUN,JUND,JUP,EDEM1,IRF2BP2,MRPL28,PBX2,NR1D1,PRRC2B,HNRNPL,SLC6A6,HNRNPD,PIGU,BTG1,RPLP1,RPLP0,SHB,RNF157,TMEM43,TIMP2,CIC,RPS6KL1,DYNLL2,DUSP6,SRP9,DDB2,NCOR2,PSMA5,SLC7A5,PSMA6,PSMA3,PSMA4,PSMA1,PSMA2,PXDN,RAPGEF1,CDC123,RPL10,RPL12,RPL11,PSMA7,FAM129B,GGA2,PSMB7,RPS15A,BTAF1,PSMB5,PSMB3,PSMB1,RPL14,RPS3,RPS2,RPS27A,RPL18,SAMD1,RPL17,RPL19,EGLN1,SKI,NFIA,PSMC2,NUCB1,PKN1,TUSC2,ATN1,PARK7,RPL10A,CLU,SESN1,FBRSL1,FADS1,BNIP3L,RPS9,SLC38A1,RPS7,RPS8,RPS5,IGFBP3,RPS6,TPM1,IGFBP2,ILF2,FAM118B,RBX1,ATXN2L,CTDNEP1,RAB31,MAPKAPK2,PGP,FSCN1,SNRPG,SNRPC,FKBP5,PFKFB4,PFKFB3,INSIG1,SPATA2,ACAT2,SOCS2,PITRM1,BTBD2,DVL2,PGK1,ABL1,WDTC1,RAB4B,FANCE,EEF2,LSM3,SYNJ1,STK24,PIN1,PLXNB2,NOP10,NFE2L1,NUMA1,NGRN,PTBP1,RPL7A,DUSP12,SUMO1,SNRNP70,UBTF,WDR7,EVI5L,UNC45A,VBP1,ARNT,RPL13A,ARL4C,GIGYF1,PTP4A3,CTDSP2,TNFRSF21,AHDC1,SMARCD2,GTF3C6,RPL36A,LENG8,FOXK1,FURIN,RCHY1,MLLT6,HDAC7,DNAJB2,ABLIM1,FYN,POLR2G,EIF4B,MLXIP,SEC24B,NDUFA5,NDUFA4,NDUFA3,SEMA4B,RPL35A,RPL23A,TRIT1,PNRC1,ASXL1,EIF3M,PINK1,KLF6,PFKL,IMPDH2,PDCD4,EIF3H,TRIM37,EIF3E,EIF3F,EIF3D,PFKP,TPT1,APP,ISCA1,PLEKHB2,UBE2L3,RPS15,RPS14,RPS16,RPS19,RPS18,DZIP1L,LONP1,EIF2D,CCDC92,RPS11,RPS10,GLUL,RPS13,SOX4,RPS12,SRRM2,SMARCC1,ALG9,ARRDC3,ACSL6,CIRBP,MOGS,CSNK1E,ANK3,TMEM170B,SUB1,RRAGD,OBSL1,TBC1D9B,MYCBP2,NMD3,PIK3R1,ZBTB5,APH1A,APOO,PRRC1,PCBP1,PCBP2,TNRC18,RALGDS,SEC31A,INTS3,SMARCA2,CCT6A,RPS25,RPS28,RPS27,RPS29,RPL27A,ID2,RPS20,RPS21,TECPR2,CALM2,RPS24,BAP1,ITM2C,CCDC120,SLC35F2,CITED2,VLDLR,PTPRF,ENC1,DHX15,KIF1B,UBXN6,CCT2,TSC22D1,TSC22D3,MINK1,NME2,MRPS7,MTSS1,SREBF2,MLF2,RHOB,VAV2,NME1,PACS1,MAPRE3,MAPT,ALDOA,SGK1,EEF1E1,CSTB,SATB1,AMIGO1,GNAI3,UQCR10,RELA,AMN1,PGRMC2,NFIL3,SERTAD2,NT5M,CCT5,RYK,VEGFB,TTC1,VEGFA,PER1,CCNG2,SGSM2,ESYT2,FAU,TOMM5,SCARB1,ZFAND3,ROGDI,SRP14,IGF1R,EEF1B2,FBL,SH3GL1,KDM2A,ATP1B1,EEF1A1,HNRNPUL1,HNRNPUL2,CHMP4B,PSMD11,ARHGEF26,PSMD14,LTBP4,SLC1A4,PDS5A,NDRG1,H1FX,SUDS3,QSER1,PRNP,CPSF7,SMURF1,NONO,IDH1,KLHL22,KLHL24,SMAD5,NFKBIA,H1F0,HOOK2,HOOK1,GNB1,CNTN1,GNAS,CYCS,TCF3,FGF11,UBE2M,MXD4,KDM5C,LDB1,PRKCSH,CHD6,SLC2A3,CHD3,PPP1R9B,RPS4X,SEC61A2,SEPT9,MYO18A,TIMM17A,SUN2,SUN1,KLF13,GLRX3,PDPK1,H2AFZ,RPS3A,ABHD14A,NAV2,DNM2,EEF1G,VCAN,PEX6,ACOX3,HAGH,KDM3A,STOML1,HMGCR,FAM169A,TOB1,ADD1,FAM168B,DNPEP,MTA1,CHSY1,GNG5,PABPN1,MKNK2,FBRS,KDM4B,RRM2,BNIP3,ATP2B4,VIM,SSBP1,SSBP2,RAN,TAF1"
+"gene_set_query"	"287"	"MBD2"	"352.0"	"ARCHS4 Coexpression,891;Enrichr Queries,130;ReMap ChIP-seq,241;GTEx Coexpression,146"	"ITSN2,RB1,CNTFR,NCKAP1,MT-ND4,TFRC,STMN3,HNRNPU,EPRS,SCAMP5,PSMD8,ALCAM,DPYSL4,CAPNS1,RAVER1,DPYSL2,MYC,ZMIZ2,STMN1,RPL36,AP1S2,PRKACB,SAMD10,MEF2A,TSPYL1,FNBP1,DAPK3,PRKCD,CD3EAP,RNF126,PRKAR1B,DDIT4,PRR12,RPL28,VPS28,ASTN1,SF1,CDCA4,FLII,PHYHIPL,AGAP1,NEDD4L,ABCB8,SLAIN1,MRPL12,PRKCZ,OAZ1,HIF1A,MTDH,MRPL20,PRDX5,RHOT2,LDHA,FLRT2,CHST10,VTI1A,MCMBP,PUSL1,RHBDL1,SLC19A1,S100A10,BTF3,PRRT1,JAG2,ABCA2,JUN,CHKB,JUND,NR2F1,IRF2BP2,PBX2,MEX3D,WDR55,EIF1,EHD1,PCDHGA11,GNPTG,SLC6A6,TBL3,UCK1,NPLOC4,EIF5,HNRNPF,FASN,HNRNPD,DCHS1,DUS1L,HNRNPC,DZIP1,CPEB4,ARF3,GPR27,OGFR,ARF4,MOCS2,PIGU,BTG1,KCNC3,PIGQ,RPLP0,CLTC,LRRC4,GPT,MED16,DDA1,C1QTNF4,JPH4,TRMT112,TRIM3,ANXA6,RPLP2,PLEKHN1,JARID2,GPRASP2,JAK1,APC2,UPF1,RPS6KL1,ACTL6B,SSR4,SPHK2,ELOVL2,TET2,MRPL49,DUSP8,GMIP,DYNLL2,DUSP6,SIRT3,DDB2,NCOR2,ZEB2,INF2,TUBB2A,PLSCR3,KIFC2,MMP17,PXDN,RAPGEF1,EXOC3,PLEKHO1,GAS6,RNF166,ERGIC1,ARF6,LRRC14,SF3B2,WDR26,SF3B3,NFIX,LIN37,RPL12,WRB,GPS1,TIMM13,WDR24,MRPL54,PSMA7,ADCY5,ARFRP1,NSD1,RPL13,FLNA,CKB,RPS2,RPL18,ZSWIM4,MEF2D,MBD3,YTHDF1,LRRC24,SF3A2,CSNK1A1,WDR18,NR1H2,TRMT1,TTC9B,SRP68,BLCAP,SPSB3,ERP44,ABI2,MORN4,NFIA,NFIB,JKAMP,SERBP1,SARM1,PKN1,AGRN,GZF1,ANKRD13B,MTCH1,UBE2D3,RNF19B,AUP1,SLC8A2,TM7SF2,PPP1CB,NRBP2,LAMP1,LAMP2,NUDT19,PMPCA,MAF1,KPNA2,ANKRD13A,MEN1,PLEKHJ1,PIAS4,SLC38A1,FBXW5,DGAT1,RPS8,TPM3,RPS5,PPP1R16A,TPM1,AIP,ATP11B,ATP11A,CASD1,POLRMT,FOXP1,CLIP3,CTDNEP1,ACAP3,ACAP2,DGKQ,NCL,RAB35,MAPKAPK2,PGP,PHPT1,SQSTM1,CSNK1G2,SNRPB,ANAPC2,BRSK1,DNMT1,CD151,RAB5C,TUBGCP2,MAX,ARL3,ABHD8,CHRD,CORO1A,FBXO41,HSP90B1,RAP1B,SBNO2,KLC2,NDOR1,RAP1A,PITRM1,DVL1,NACC1,E4F1,SLC38A2,NADK,LRRC4B,MCL1,WDTC1,ESRRA,TRAPPC3,ANKRD27,SEC16A,EEF2,ADAP1,SCRT1,UCKL1,LRFN3,LSM7,SH3BP5L,STK24,ARPC2,NBEA,LHX2,LRFN1,SP3,REEP2,MDM2,PIN1,MAP3K10,PLXNB2,NACAD,ZNF512B,ITGB1,HSP90AB1,WDR1,TRADD,CELF4,PTEN,PIK3CD,ARRB2,DUSP11,MRPL4,NGRN,PTBP1,DUSP12,SART1,CAPZB,MDK,PPP6R1,RNPEP,UBTF,EVI5L,GAL3ST3,UNKL,ACTR3,ACTR2,HSP90AA1,GPX4,EDF1,RAD23B,DDOST,PATL1,PTP4A1,TRAF7,PTP4A2,PTP4A3,SNPH,CTDSP2,POLR1B,TOP1,GAPDH,PPP1R12C,RNFT2,TRABD,SNAP47,GTF3C2,MTPN,HDAC2,SMARCD3,NLGN2,KATNB1,FURIN,JAKMIP1,JAKMIP3,MLLT6,CDC42,DCAF15,CACNG7,FZR1,ZNRF2,NCLN,PUF60,U2AF2,NNAT,POLR2E,FYN,CSK,E2F4,POLR2I,POLR2L,TRIM41,NDUFA5,IDH3G,PCDH8,ADRM1,FBXL16,PTPN12,CDC42BPA,MCOLN1,TPD52L2,HNRNPAB,PINK1,TSPAN14,NFASC,PFKL,MARCKS,KLF6,NIN,SYT11,P2RX2,EIF3G,PDCD4,STUB1,SMAP2,EIF3D,PFKP,TPT1,APP,IFITM2,HDAC10,ZMYND8,ZDHHC5,NUDT2,KEAP1,CISD2,ZDHHC7,IFI30,ACTB,NUBP2,RPS15,SNRPD2,FTH1,BSG,DPF1,CCNL2,BTRC,CCDC92,ATXN7L3,TBC1D10A,SOX4,AGFG1,TMPO,ARSA,AQR,PAQR4,ACTN1,ACSL6,PTOV1,CIRBP,ANK2,MOGS,ACTN4,CPT1C,MAPK8IP2,JMJD8,ANK1,CDC34,GRWD1,SUB1,KCNQ2,HECA,AURKAIP1,EZR,TELO2,PFN2,GCDH,RTEL1,DHX8,TSHZ3,CD99L2,PIK3R2,PIK3R1,UBE2J2,TTBK1,MYL12B,UBE2J1,APH1A,PGBD5,ERI3,INPP5E,KCNN2,RAB11FIP3,NTSR1,N4BP1,B4GALNT4,ATP6V0A1,VASP,IQSEC2,RCC2,SS18L1,DCLK2,SMARCA2,SMARCA4,CALY,WNK1,ID2,ADCK5,COL9A3,ITM2B,FBXL6,ITM2C,DAZAP2,DAZAP1,TMEM151B,GDI1,GPAA1,CITED2,SH3KBP1,GDI2,MRPS12,CTSZ,NAT14,SERP2,SYNCRIP,NUDCD3,SPTLC1,XPO6,DHX15,SDF4,KIF1B,SSSCA1,KIF1A,CTSB,PSENEN,VKORC1,ZER1,DBNL,GP1BB,MINK1,ANO8,NME3,PRPF40A,MRPS7,LIME1,RHOA,MTSS1,APRT,MLF2,MN1,PITPNM1,RPUSD1,PACS1,CANX,MAPRE3,ARHGEF1,MAPT,PABPC1,CD47,ARHGEF2,ARHGEF7,ALDOA,SGK1,PTMA,STK40,CSTB,CAB39,STX16,AMIGO1,ICA1L,SSNA1,GNAI3,CRIP2,UQCR11,CCDC106,RFNG,RELA,GNAI2,TCEAL6,ZDHHC18,TCEAL5,EXOSC4,SERTAD2,HSF1,MGAT3,GPC2,MGAT1,APBB1,ATP6V0E2,DYNC1I1,NPDC1,GABBR2,MAP3K3,GABBR1,NPM1,LSAMP,MIB2,MYO9B,DOHH,NPM3,GRIN1,VEGFA,ATAT1,MAD2L2,BOP1,KBTBD4,KIF26A,CAPZA1,HNRNPA2B1,TCEA2,CTNNB1,TRIP12,FAU,PNPLA6,MEGF8,CDK5R2,GRINA,NDUFA13,MIDN,SPPL2B,ROGDI,MRFAP1,ARHGDIG,ARHGAP39,CELSR3,ACTG1,FBL,BASP1,PALM,CAPN2,BAHCC1,PPFIA3,NOM1,TRAPPC2L,ZGPAT,KDM2A,TMOD3,TTC7B,SSU72,MATK,TSC2,NOSIP,ATP1B3,POU3F1,PCDHA12,ATAD3A,POU3F3,SHISA7,PRPF6,HNRNPUL1,TMX1,FAM173A,HGS,TBL1XR1,HNRNPUL2,GPRIN1,EEF1A2,EHBP1L1,CHMP4B,FIZ1,MATR3,GNAZ,COX19,ISYNA1,NDRG4,DDX5,BHLHB9,NDUFB10,KLHL17,CACNA1B,HTRA2,NDRG2,RASGRP2,NDRG1,SUPT6H,CACNA1H,RTN4,TMEM121,SDCBP,PCSK1N,SHARPIN,GRK6,CASKIN1,CAMTA1,RPRD1A,CYC1,OTX1,MARK2,BPTF,SMAD2,MPST,HSPA9,IVNS1ABP,PRNP,HSPA8,SMAD4,CPSF1,CBX4,HSPA5,CBX2,HMGA1,TBCB,DNAJC18,GNAO1,ARHGAP33,NFKBIA,EFNA2,HOOK2,DLG4,HOOK1,GNAS,DEGS2,TCF3,LRP10,FGF11,PICALM,GPSM1,YWHAE,PCDHGB7,DDX3X,PODXL2,THRA,PRKCSH,MAST1,CHD6,ATP2A2,HMGB1,YBX1,CHD3,SOBP,PPP1R9A,CHD2,LMNB2,ELAVL3,LMNB1,PPP1R9B,RBM3,TMEM101,SEPT9,LASP1,UBE2Q1,SNAPC4,GMPPA,MLST8,CASP2,SPEG,LRRFIP1,GALNT9,SCYL1,GET4,SUN2,KLF13,H2AFY,PDPK1,IQCE,RNF208,ABHD14A,SYNGR3,SEPT5,YWHAZ,EPN1,DNM2,NDUFS8,NDUFS7,PPDPF,DNLZ,MVD,TMEM9,DCTN1,CRMP1,NRXN2,WIZ,ASAP1,MOSPD3,STRN4,U2AF1L4,CYTH2,FAM168A,DNPEP,RAB40C,TMEM203,TDG,MKNK1,FAM120A,MKNK2,MAPK1,PTK2B,NCAM1,SNCB,MTA2,MTA3,FBRS,CYTH1,CLASP2,BAD,USP22,QPCTL,HAGHL,CYHR1,NAP1L1,DEK,ATP2B1,SOD2,CDK11B,CLCN7,MAPK11,ERCC2,CDK2AP2,TBKBP1,RGS11,VIM,SSBP4,RAN"
+"gene_set_query"	"288"	"ZNF581"	"352.3"	"ARCHS4 Coexpression,26;Enrichr Queries,251;GTEx Coexpression,780"	"RPL4,RPL5,RPL3,POP7,RPL32,ENO2,EPRS,RPL8,PHB2,RRP9,LSM10,PSMD8,PSMD9,LSM12,PSMD4,MYC,RPL36,IER5,DAXX,PIH1D1,CD3EAP,MED6,RUFY1,RNF126,BIN3,ARMC6,DDIT3,CLPP,DDIT4,PSME1,UQCRC1,RPL27,RPL29,RPL28,UBA52,PRR14,ATF4,SHMT2,CDCA4,MRPL12,MRPL13,MRPL11,PPP4C,PRDX4,PRDX1,VTI1A,LTA4H,PUSL1,FDFT1,BTF3,PRELID1,JUN,JUND,MRPL28,MRPL21,EIF1,THAP11,TMEM199,QARS,EIF6,FASN,HNRNPF,FARSA,ITPA,GMEB1,BTG1,RPLP1,RPLP0,MRPL38,MRPL37,MRPL34,BBC3,PQBP1,MED11,TRMT112,ATIC,RPLP2,SH3BGRL3,LYPLA2,NUDC,PGAM1,SSR2,GMIP,MRPL43,SLC7A5,TUBB2A,PXDN,TKT,PAFAH1B3,SF3B5,GRAMD1A,GRN,RNASEK,ELOF1,RPL10,RPL12,TIMM13,PSMA7,MRPL55,FGD3,PSMB7,PSMB3,ASNA1,LMAN2,PSMB1,RPL14,AP2S1,RPS3,RPS2,CKB,RPL15,RPL18,RABAC1,EGLN2,MDH2,STAT2,MCRS1,WDR18,TTC9C,TARBP2,TMEM60,SPSB3,SHKBP1,APEX1,PLP2,PKN1,YPEL3,MTCH1,RAB3D,RPL10A,IPO4,TM7SF2,RUVBL2,STK16,SLC38A1,RPS9,RPS8,USP3,IGFBP3,RPS5,RPS6,AIP,RPSA,THOC3,CNPY3,ILF2,THOC6,RAB34,RAB35,NHP2,SNRPC,SQSTM1,SNRPA,LY6E,SNRPB,PHB,CORO1A,HSPBP1,EIF1AD,SLC15A4,SLC38A2,NOP16,ASNS,ARPC4,EEF2,LSM4,LSM2,LSM7,NACA,RNF181,CCDC22,RSL24D1,NOP10,ISY1,SLC25A1,MCM7,TRADD,COX4I1,PIK3CD,SART1,RPL7A,DUSP12,MRPL2,ZNRD1,NOB1,MDK,PGLS,MRPL9,ADSL,GPX1,GPX4,RFC2,RPL13A,EDF1,REXO2,YDJC,PATL1,DDOST,CTDSP2,POLR1B,POLR1D,SLC25A5,DCTPP1,GAPDH,TRABD,PPP1R15A,HDAC3,TSSC4,CEBPG,HSD17B10,LAGE3,SRM,PUF60,RAB24,POLR2E,CSK,FEM1C,CCDC71,SH2B2,ATP9A,GADD45GIP1,ADRM1,RPL23A,KLF6,SNRNP40,EIF3K,PSAT1,EIF3L,IMPDH2,EIF3I,EIF3G,EIF3H,EIF3F,EIF3D,SMARCAL1,HDAC10,PDCD2L,NUBP2,RPS15,RPS14,RPS16,FRAT2,TRIM28,RPS19,SNRPD2,RPS18,CDC26,FTH1,LONP1,CCDC97,ARL6IP4,SNRPD3,RPS11,RPS10,SOX4,RPS13,IMP3,NFKBIL1,ECH1,CIRBP,TALDO1,MIF,MFSD10,CDC34,GRWD1,CSNK2B,VDAC2,AURKAIP1,MACF1,STXBP2,CHTF8,PCBP1,CSTF1,VASP,SURF2,TREX1,RPL27A,CWF19L1,INTS5,INTS4,RNPS1,RPS21,RPS24,ITM2C,MRPS15,UBXN1,CITED2,MRPS12,CCDC124,GUK1,C1QBP,ENC1,SDF2,UTP14A,CTSD,RAB8A,CTSB,CCT3,PRMT5,MRPS26,SEC13,MRPS24,PRMT1,TSC22D3,NME2,NME3,MRPS2,RHOF,MRPS7,APRT,MLF2,RHOB,CTU1,SCNM1,ALDOA,SGK1,CSTB,DTYMK,AHCY,SSNA1,CCDC106,COX5A,GNAI2,ZDHHC18,SCAND1,CCT7,EXOSC1,CCT4,MTX1,NPM3,NLE1,PPP1CA,MAD2L2,PDCL3,HIST3H2A,NDUFAB1,PRPF31,FAU,TOMM6,CRTC2,NDUFA11,ACTG1,TOMM22,EEF1B2,FBL,CHCHD2,TMEM147,HCFC1R1,COTL1,BANF1,PAM16,SHISA5,NOSIP,TUFM,EEF1A1,DPM3,WDFY3,GEMIN7,CARS2,ZCCHC7,NDUFB10,RPS19BP1,NDUFB11,HTRA2,NDRG1,SEL1L3,ARHGAP21,GRK6,ZMAT5,H1FX,CYC1,HSPA8,PRNP,HMGA1,DNAJC17,NFKBIA,H1F0,HOOK2,HOOK1,GNB2,SAE1,COPE,MXD4,KDM5B,B4GALT3,DDX49,CNRIP1,PRKCSH,SLC2A3,RND3,RPS4X,SNAPC2,MLST8,UQCRFS1,TIMM17B,JAGN1,ARHGEF12,PDPK1,H2AFX,AXIN1,TRNAU1AP,EEF1G,VCAN,EEF1D,DDAH2,PPDPF,RBM22,TSEN34,STOML2,RGS19,SLC3A2,DNPEP,GNG5,DDT,MKNK2,IGBP1,NAA10,MIIP,RPIA,CDK2AP2,BAX,RBM42,VIM,RAN"
+"gene_set_query"	"289"	"POU2F1"	"352.5"	"ARCHS4 Coexpression,636;Enrichr Queries,187;ReMap ChIP-seq,138;GTEx Coexpression,449"	"MT-ND4,NUP107,POP7,TFRC,ZFYVE9,RBPJ,PSMD8,ZFYVE27,LSM11,CAPNS1,AKT2,DPYSL2,FNBP4,MEF2A,GABARAPL1,MEF2C,RBFOX2,RBFOX3,STARD7,RFX3,DNTTIP2,DICER1,GAPVD1,RC3H2,RFX7,RUFY2,DDIT4,LETMD1,SLBP,UNC119B,EXD2,MTMR2,MEPCE,AGAP1,BAZ2A,OAZ1,RHOT2,KCNMB4,RHBDL1,JAG2,CREBBP,JUN,PRRT2,ABCA3,LARP7,BBIP1,L1CAM,PBX1,MLLT10,VANGL2,LAS1L,SFXN3,EZH1,TMEM9B,EZH2,PIGU,ARF1,KCNC1,GPR21,NCAN,HEXB,PIGP,SNX10,MED16,HSPB11,PQBP1,SHF,MECP2,TRMT112,NIPBL,MMP24,MED13,GSTO1,NSUN2,SIRT4,RRAS2,SLC39A10,JOSD1,MED27,LRRC42,MRPL52,PSMA5,MRPL53,MED24,MMP17,PXDN,PELI1,TUT1,VAMP4,ERGIC2,ARF6,TRUB2,ADAM22,TMEM70,GGA1,EXOSC10,UNK,RICTOR,ZSWIM5,MEF2D,SRSF11,NKTR,MBD3,EGLN2,USP9X,STAT2,DAB2IP,YLPM1,GATAD2B,SKI,RABIF,SNX17,APEX1,TAOK1,SNX15,SERBP1,PSMC2,PKN1,AGRN,FRYL,ATN1,YY1,RUVBL2,KPNA6,SLC25A46,SH3GLB1,FBXW5,SARS,FOXP1,MSH6,ACAP3,MSH2,RAD54L2,SQSTM1,ARL8B,ANAPC2,PFKFB3,IREB2,ARL2,NRF1,CORO1B,RAP1B,EIF4EBP2,BRIX1,SLC38A2,TMEM120B,ARPC4,FBXO31,DRAP1,LRCH1,DMXL2,SP3,MDM2,MDM4,LRCH4,CELF1,CELF2,ARRB1,SPR,CAPZB,PPP6R3,UNKL,ARL5A,BCAS2,TRIM67,HSP90AA1,DST,MSL2,ARNT,NDUFC2,PIK3C3,TOP1,PPP1R12B,RNFT2,GTF3C2,UHRF2,SRF,FOXK1,LRP6,CDC42,ZNRF1,GANAB,FCHO1,NNAT,BEND3,IGF2BP3,LRRC8A,FEM1C,FYN,HNRNPA1,SLC25A25,GADD45GIP1,PPP1R14B,NDUFA7,MID1IP1,FOXJ3,EXOG,CABLES2,TSPAN13,SYT11,TRIM37,STUB1,P4HB,MDGA1,EIF3D,TRIM33,SLC25A36,JMJD1C,TXNDC11,KEAP1,ZDHHC4,TRIM24,CCNL1,SLC12A9,TMPO,ARL10,SMARCC1,ZFP1,SCAF11,MOGS,ACTN4,ANK3,KCTD13,KDELR2,TAGLN3,FAM76A,CCDC82,CCDC84,SLC45A4,PAXIP1,PEX11B,MYCBP2,PIK3R1,ZBTB5,GSPT1,SNX1,PCBP4,LARS,HIVEP1,HIVEP2,CTSA,XRCC6,TMEM86B,SURF4,MICAL3,MICAL2,SMARCA2,PAICS,PTK2,SMARCA4,MED13L,WNK1,INTS5,RANBP10,GRB2,INTS7,LRRN1,RCOR2,AARS,MRPS17,CSRNP2,CCDC127,GRIK2,ACTR1A,MAP1LC3B,REV3L,SDF4,KIF1B,NCOA1,GRIPAP1,NCOA2,TMEM150B,DBNL,MRPS23,PRPF40A,COMMD1,SREBF2,ENAH,CSDE1,TAX1BP3,ARHGEF7,SFI1,PTMA,NAPA,SATB1,SSNA1,HEATR1,CCDC107,CAMKK2,ARVCF,SH3BGRL,GPC2,MGAT1,GPC4,CCT5,CCT4,BCAP31,PNPLA8,VEGFB,FKBP1A,NUDT8,DPY19L3,FKBP1B,TTC3,CACHD1,HDGF,PNPLA6,ZFAND6,ZFAND5,UBE3A,SRP14,IGF1R,PPIP5K2,CAPN7,FAM174B,PPME1,PPFIA1,CAPN2,EP300,ARID2,BAHCC1,SDHA,POU3F1,DOK4,PPIE,PPIB,DDX6,PSMD11,CACNA1A,KLHL12,NDRG1,ACACA,FUT8,DHRS7B,QSER1,SYT5,YARS,PRNP,GGT7,AUTS2,PHF12,ECD,HMGA1,KLHL23,CLK4,MANBAL,PAN2,PAN3,HOOK2,NASP,UBE2S,HOOK1,GNB2,UBA1,RERE,GSK3B,RBM25,DDX49,DDX46,PRKCSH,HP1BP3,CHD6,HMGB3,PSIP1,CHD2,RND2,USE1,AFF4,LMNB1,SEC61A1,MAN1A2,BCL7C,TIMM17B,RBM33,GET4,SUN1,ARHGEF12,TTC33,PDPK1,DDX54,NAV1,NAV2,YWHAZ,PJA2,SFPQ,CREB1,ALS2,IRF3,RER1,GORASP2,AGPAT5,DCTN5,SFSWAP,GOSR2,RBM4B,SLC3A2,ASAP1,ASAP2,MAT2B,CLCN2,ADD2,HMGCL,TAF1B,SV2A,NAA25,MTA2,RPP14,ATF7IP,CHURC1,ATP2B4,TEF,ERCC1,ERCC2,VIM,RPL4,RB1,TRIO,HNRNPU,ENO2,EPRS,SMC3,FNBP1L,PHB2,GPATCH8,BACH2,GCSH,RNF112,ZMIZ1,ZMIZ2,MYC,STMN1,CDK20,LUC7L,VPS36,IER5,PIH1D1,DAPK3,WDR74,CD3EAP,SOX11,HCFC2,GTPBP2,GTPBP1,NISCH,RPL26,UBA52,CDC42SE1,NOLC1,NEDD4L,HIF1A,GLG1,GJC1,PRDX5,PRDX1,PLCG1,SERF2,S100A10,FZD3,WDR59,PHC1,H3F3B,MAD2L1BP,PRRC2C,IRF2BP2,BRAF,POU6F1,MEX3A,SERPINI1,PAM,CDK16,CPEB4,SETD5,PHF2,GMEB1,ELL,ARPC1A,CLTB,SMG7,WDR45,PHF6,TRIM9,TMSB4X,TRIM3,ANXA6,GPR137,AP3S2,CIC,JARID2,GARNL3,SHPRH,TCF12,TET2,ASH1L,WDR34,WDR33,NCOR2,ZEB2,TUBB2B,NCOR1,MTF2,GAS7,SF3B5,GRN,NFIX,PHLPP1,TIMM13,WDR24,ADCY5,FAM129B,BCLAF1,CHN2,NSD1,LMAN2,RPS3,RUNX1T1,BRD4,DHRS1,SCAF1,BLCAP,RNF146,NFIA,ABI2,NFIB,NUCB1,TMEM39B,PLP2,DGKE,SYAP1,CLU,SLC8A2,IPO5,LAMP1,SALL2,CFL1,GTF2I,TLE4,MAGI1,TLE2,USP4,RPS8,DYRK1A,VASH2,TRAFD1,PGD,ILF2,CTDNEP1,ST7L,MORF4L1,TOM1L2,RALGAPB,FKBP8,PHIP,AAGAB,SNRPE,ADNP,ANKRD17,FKBP2,ENY2,CD151,RAB5C,CCDC24,CUL1,UBR4,TARS,PHB,PHF21B,NEUROD2,BTBD1,PITRM1,TPR,UBR5,PLXNA2,ABL2,CCDC32,MAP2K6,ESRRA,EIF2B4,EIF2B3,OSBPL2,FANCE,BCL9,DAB1,GON4L,NF1,TADA1,IARS,DHCR7,MAP3K12,WDR1,WDR3,SYNE2,SGCE,PPP6C,SIN3A,TNPO1,ADAMTS7,PLEKHG2,CCDC34,GPX4,ELAC2,WIPI2,TSN,DNAJC2,PTP4A2,TRAF7,PTP4A3,DAD1,CTDSP2,POLR1B,RPL37A,EVL,SNRPA1,SOS1,SOS2,NFAT5,HDAC2,RAB1B,STOX2,ABLIM1,HECTD1,POLR2A,RBBP5,RAB23,DNAJB9,VPS54,POLR2H,ADSS,POLR2L,SLC35A2,FBXL19,CCDC59,FBXL16,RPRD2,CDC42BPA,OXR1,TNRC6C,KLF7,KLF6,POLR3B,PSAT1,POLR3D,DNAJA2,MGAT4B,TNRC6A,CBLN1,METAP2,TCERG1,FAAH,SLC35B4,PANK3,ZMYND8,CBLB,GOLGA2,DAG1,ARL6IP4,SEPHS1,SOX4,SOX5,SRRM3,SRRM4,COG3,BOLA1,ACSL3,MAPK8IP3,JMJD8,SRRM1,TIAM1,PFN1,MACF1,TMEM161A,LMAN2L,TRANK1,TWF2,NLN,PRRC1,PDCD10,MLEC,GSE1,ARGLU1,SNHG1,RABGAP1L,STK11IP,BCL11A,SLC35E3,CCDC88A,RPS28,STAG1,FUBP1,RNPS1,CC2D1A,ITM2B,ITM2C,TOP2B,AHCTF1,TRAM1,HIP1,XPO1,GUK1,XPO6,UBXN6,RALGPS2,CDV3,TMED9,PRMT2,PARP1,PARP2,PRMT1,STRBP,CBFA2T2,ZDHHC17,NFX1,WAC,SGK1,ATP6V0C,ICA1L,UQCR11,CHRAC1,CUX1,TBL1X,MAP4K4,MYEF2,MTX1,SORBS1,HIST3H2A,CAPZA1,CTNNB1,TOMM5,POGK,ARID4A,ARID4B,NUCKS1,TOMM20,TOMM22,TMEM145,TMEM147,FAM162A,CHCHD6,ARHGDIA,POGZ,ANGEL2,TSC1,KCTD2,KCTD3,ATP1B1,TRPC4AP,KCTD5,MAU2,TBL1XR1,RPL7L1,SPNS1,EMG1,MYH10,BPTF,ACBD6,KLHDC4,SMAD4,CPSF6,CBX5,PTCH1,CBX2,CBX1,DNAJC11,EIF2S2,EFNA2,BRWD1,LRP10,COPE,KDM5B,THRA,NVL,PKD1,SENP7,SENP5,MCF2L,CASP2,TMEM109,POLG,KLF13,PDE4D,CTPS2,ARID1A,CKAP5,ARID1B,THRAP3,LUC7L3,CHMP7,POLDIP3,TM2D1,USP11,NRXN2,MTIF2,MOSPD3,THBS3,MAPK8,RPS6KC1,SPEN,PTCD1,KDM4C,B3GAT3,BAD,LIMK1,MEIS2,GDAP2,BAX,RGS11"
+"gene_set_query"	"290"	"CDC5L"	"353.3"	"ARCHS4 Coexpression,939;Enrichr Queries,1;GTEx Coexpression,120"	"RPL4,RPL5,IPO11,RPL3,GMFB,TFRC,RPL32,RPL31,HNRNPU,HNRNPR,SMC3,EPRS,RPL8,PHB2,RPL6,ALKBH8,DCAF6,RPL7,ALKBH3,PSMD7,ALKBH1,ZMIZ2,PSMD1,DDX17,DDX18,RPL21,RPL23,WDR74,CD3EAP,HCFC2,MED4,GTPBP4,ZSCAN21,YME1L1,SET,RPN1,NEDD4L,PDGFA,SLAIN2,MRPL13,MTDH,LDHA,LARP1,HSPH1,WDR70,PRKAR2A,RAD21,KCNMB4,SLC19A1,NAA50,CADM1,HNRNPL,HNRNPM,HNRNPK,EIF5,EIF6,HNRNPF,HNRNPD,CDK10,HNRNPC,ARF4,PHF20,SETD7,RPLP0,CLTC,PRKAG1,MRPL39,ASH2L,PFAS,TMEM186,OSBPL10,SHF,MRPL42,NIPBL,RIOK2,RRP15,UPF2,ZC3H10,WDR36,ACTL6A,BAZ1B,GNL3,DDB1,TUBB2A,TCP1,SF3B2,SF3B3,USO1,SDAD1,PSMA7,GGA1,BCLAF1,RPL14,RPS3,RPS2,MEF2D,SRSF10,SF3B1,RPL17,PAIP1,SF3A3,PCGF6,SF3A1,BRF2,YTHDF3,USP9X,SYNJ2BP,LRPPRC,NUDT21,PSMC5,PSMC3,PSMC1,PSMC2,SERBP1,ZYX,TSR1,NUCB1,UBAP2,UHRF1BP1L,CSE1L,FMR1,SYAP1,LTN1,RPL10A,IPO7,BZW1,PPP1CB,CFL2,RUVBL2,RUVBL1,KPNA4,KPNA2,KPNA3,KPNA1,GTF2I,PLEKHJ1,RPS9,SUPT16H,RPS5,RPS6,PRPF4B,THOC2,FBXO11,ILF2,MSH6,ACLY,ILF3,NCL,SRSF2,SRSF3,PHIP,RAD54L2,SRSF6,SNRNP200,SRSF7,KPNB1,KHDRBS1,ENY2,RAB5B,DNMT1,RAB5C,CUL5,FAM114A2,CUL3,CUL2,GPR85,UBR3,TARS,GTF2E1,HSP90B1,STIP1,SBNO1,PITRM1,ORC3,TPR,G3BP1,G3BP2,PGK1,ZKSCAN2,SLC38A6,EIF2B3,DR1,FUS,STYX,EEF2,COPS4,ZC3HC1,CNOT4,COPS3,CNOT7,SLC7A6OS,SON,COPS2,IARS,EIF4G2,EIF4G1,HSP90AB1,MCM7,UFSP2,PPP6C,PTBP1,CAPZB,TLK2,UBTF,MRPL9,TNPO1,SNAP29,TNPO3,ACTR3,ACTR2,EIF5B,ADSL,HSP90AA1,PPP1R12A,ATRX,SMC1A,RANGAP1,RABGGTB,RAD23B,IMPAD1,CTDSP2,POLR1B,C1D,CCDC43,ETF1,TOP1,GAPDH,PPP1R12C,BECN1,HDAC2,WBP1,WBP2,RAB1B,WBP4,SRSF1,LENG8,FIP1L1,PUF60,RBBP4,POLR2A,POLR2B,U2AF2,UBQLN1,SLITRK5,HNRNPA1,RNF20,NOP56,NOP58,HNRNPA3,SSB,ASCC1,CCDC59,TPRKB,IMMT,RPL23A,HNRNPAB,DNAJA1,RAB12,CEBPZ,EIF3C,TRIM32,SMAP1,METAP2,EIF4A2,EIF4A1,PANK3,PITPNB,EIF4A3,PDCD2L,ACTB,CCAR1,RPS14,PNN,TRIM28,SNRPD2,EPC2,UBAP2L,SNRPD3,CCNL1,RPS13,TMPO,SRRM2,SMARCC1,BROX,NSMCE2,MRPS18C,SRRM1,KARS,XRN2,TRIM13,VDAC1,CBLL1,KCTD18,MMADHC,DHX9,RPAP3,FXR1,PCBP1,PCBP2,DYM,XRCC6,ZFR2,SMARCA5,MEMO1,SMARCA4,AIMP1,CCT6A,AIMP2,STAG1,ZBTB6,SNW1,STAG2,FUBP1,RPL27A,NDUFAF2,DHX29,CALR,RPS24,ITM2B,HBS1L,TOP2B,FAF1,MRPS12,PRPF19,COX7C,THTPA,SYNCRIP,MAP1LC3B,XPO1,RSRC1,OTUD6B,DHX15,SDF4,CCT3,PRMT5,CCT2,PARP1,MRPS22,ZFR,MINK1,PRMT3,PRPF40A,MRPS7,TOX4,PRPF18,HNRNPH1,CSDE1,CANX,ARHGEF1,PABPC1,ALDOA,SLU7,ATP6V0C,FYTTD1,NAPA,PCNA,CAB39,GNAI2,CCT8,CCT7,CCT5,CCT4,RANBP2,DYNC1H1,RANBP1,NPM1,RPA1,RAB11B,PDCL3,KBTBD4,RSL1D1,HIST3H2A,PRKRA,CAPZA2,HNRNPA2B1,CTNNB1,TARDBP,UBE3C,CD81,RPP30,SPPL2B,UBE3A,CWC27,EFTUD2,TATDN1,CHCHD3,GNPTAB,KHSRP,KIF5B,CWC22,MMGT1,SHISA5,WBP11,EEF1A1,DKC1,RPL7L1,TIPRL,PLAA,MATR3,DDX6,COPB2,PSMD12,COPA,VCP,DDX5,DDX1,COPB1,PRPF8,RNASEH1,SCUBE1,DPP9,DNAJC21,LLPH,HSPA9,DARS,HSPA8,PRNP,CPSF6,HSPA5,NUP155,HSPA4,CBX3,VTA1,NONO,CPSF2,NUP153,EIF2S2,COQ7,EIF2S1,KLHL20,HOOK2,CAPRIN1,GNB2,UBA2,GRSF1,YWHAE,PHTF2,RBM25,ACADVL,DDX3X,DDX46,ASNSD1,YWHAB,ATP2A2,PSIP1,CHD4,HMGB1,YBX1,USP39,ELAVL1,LMNB1,YWHAQ,PPP2R5E,DACT3,YWHAG,SUN2,NAA30,RBM14,NUP133,TTC33,RBM18,SENP2,DDX50,YWHAZ,CKAP5,DDX19A,SFPQ,NDUFS7,THRAP3,LUC7L3,USP14,RRN3,DDX21,ATP1A1,HSPD1,MAPK9,TAF1D,CAND1,TRA2B,MAPK1,BUB3,ABCF1,ATE1,RBM39,PTCD2,CHURC1,NAP1L1,DEK,SSRP1,HS3ST1,NAA15,VIM,RBMX,MBTPS2,RAN"
+"gene_set_query"	"291"	"JUN"	"354.5"	"Literature ChIP-seq,112;ARCHS4 Coexpression,463;ENCODE ChIP-seq,18;Enrichr Queries,595;ReMap ChIP-seq,170;GTEx Coexpression,769"	"SLC4A1AP,NUP107,TFRC,POP4,ALKBH8,ALKBH3,NDST1,TBK1,CAPNS1,DPYSL2,AKT2,GPBP1,DPYSL3,PRKAB2,TSTD2,PRKAB1,RC3H2,BCR,LARS2,EWSR1,DDIT3,DDIT4,UNC50,FEZ2,ORAI2,TMEM126A,JTB,PLBD2,ATF4,SF1,EXD2,TSTA3,SET,SAR1B,NPRL2,MEPCE,NPRL3,PLA2G6,CIAO1,PRPSAP1,RHOT2,RHOT1,RNF216,RDH13,HEXIM1,JUN,CREBBP,JUP,NR2F1,EIF2AK3,BTBD10,TBL3,PKIA,SFXN3,SFXN1,PKIG,KCNC3,ARHGAP1,SHB,MED16,OSBPL11,MED15,DDA1,BBC3,MED17,PANX1,ATIC,TCP11L2,JAK2,ENOPH1,DUSP1,GSTO1,IFT140,SPHK2,TEX10,SLC39A11,SLC39A10,SLC39A13,JOSD1,DUSP8,MED27,DUSP6,MED29,MED23,SLC7A5,MED24,PTRH2,MED21,CINP,PXDN,MED20,RAPGEF1,PTRH1,PAFAH1B3,ERGIC2,ERGIC1,PAFAH1B2,PAFAH1B1,TRUB2,ELOF1,OAT,LIN37,URM1,GSTP1,ATL1,ODC1,DLST,NOC4L,SDAD1,FAM117B,SNX29,NRAS,SNX27,ADAM23,SPOP,STX6,MFN2,RICTOR,BID,STX2,MBD3,MBD6,CRBN,GOLM1,TRAPPC10,SKI,RABIF,TAOK3,CCDC9,SNX17,SHKBP1,SNX14,YPEL1,AGRN,YPEL5,YPEL4,CRLF1,MTCH1,SLC27A1,MTCH2,FBXO28,PDCD5,FBXO25,ATN1,CASC4,LTN1,PLOD3,CASC3,APEH,FADS3,NUDT10,FNTA,FADS1,PIAS4,PCYT2,FBXW5,DGAT1,FBXW8,FBXW7,EIF1AX,FBXW9,ATP11A,CNPY3,ZCRB1,LENEP,MSH6,MINPP1,DMTF1,MSH2,SMS,SRSF2,SRSF3,SRSF4,SRSF5,SRSF6,ARL8B,SLC27A4,INO80B,KHDRBS1,KHDRBS2,KHDRBS3,UQCRB,SPATA2,FBXO45,CORO1B,SPATA7,HSP90B1,FBXO42,RAP1B,EIF1AD,NDOR1,MED30,G3BP1,EIF4EBP2,BRIX1,IP6K1,ZKSCAN1,NADK,TMEM120B,NOP14,NOP16,API5,BOD1,FUS,ODF2,FBXO38,TMEM120A,HPS4,ARPC4,FBXO31,DRAP1,SH3BP5L,UQCRQ,SP3,CNTROB,NOP10,ITGB1,MCFD2,NUMA1,AP4M1,ALAD,ZNRD1,SPR,PPP6R1,ACP2,ARL5A,SNAP29,BCAS2,ACTR3,ACTR2,TNFRSF19,ACTR8,RABGGTB,RABGGTA,ARFGAP1,MSL1,ARL4C,ATRN,IMPACT,SYF2,C1D,ETF1,GAPDH,DCTPP1,TNFRSF21,SNAP47,CANT1,UHRF2,ROCK1,MGRN1,ROCK2,SRF,SRBD1,LENG8,MLLT1,RCHY1,FOXRED1,TSPAN31,SRM,MLLT6,CDC42,MTHFSD,FOXRED2,KCTD20,UBQLN1,EIF4H,FEM1C,IGF2BP2,EIF4E,TRIM44,HNRNPA0,GADD45GIP1,NTRK2,MARCKSL1,NOP58,CIZ1,HNRNPA3,TRIM41,GPKOW,PCDH9,NTRK3,TXNL1,CDC5L,NECAP2,EIF3M,NECAP1,CDKN2AIPNL,SYT11,ST7,EIF3J,OCIAD1,EIF3H,EIF3F,TRIM32,BCAR1,TRIM33,EIF3A,SMARCAL1,SLC23A2,CERK,CPNE5,ACTB,CRKL,NUDT4,HERC3,EFR3A,HERC2,SNRPD1,CCDC97,EPC1,EIF2D,ATXN7L1,TRIM27,BSN,ATP6V1E1,TBC1D22B,EIF2A,FBXO9,ATP6V1G1,SMARCC1,ALG9,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,CSNK1E,ACTN4,MFSD11,MFSD10,CDC34,SNHG12,PPA2,PPA1,SUB1,CDC37,CSNK2B,KCTD13,TRIM13,KCTD12,FLYWCH1,KCTD18,TRIB2,TRIM11,CCDC84,SLC45A4,NUMBL,ADCYAP1R1,AARS2,DHX8,DHX9,MYCBP2,FBF1,ZBTB5,KALRN,CDKN2AIP,GSPT1,TTBK2,PGS1,APOO,SEC14L1,HLTF,B4GALNT1,NTNG2,FAM78B,SMARCA5,BSDC1,SMARCA2,PTK2,SMARCA4,EXT1,AIMP2,CWF19L1,CDC16,NOL10,CALR,SUGP2,FBXL6,SUGP1,MON1B,MRPS17,HERPUD2,NRP1,DHRS13,MRPS15,MRPS16,HIBADH,MRPS11,PAK1IP1,GRIK5,MRPS12,ICA1,MRPS10,NAT10,NAT14,COX7C,HERPUD1,PTMS,AKAP12,SYNCRIP,PCM1,PPP3CB,MAP1LC3B,ACTR1B,AKAP11,SDF4,RAC1,SDF2,CAP1,COX8A,MRPS26,PBRM1,MRPS27,ATMIN,GAA,PABPC4,PRPF40B,CACYBP,GAB2,SYP,TFB2M,SREBF2,SYN1,CTTNBP2NL,APRT,TOX4,GAK,CNKSR2,RNF144A,KIN,RAP2A,RAP2B,CANX,ARHGEF1,FAM193B,PABPC1,EEF1E1,DYNC1I2,PCNA,MRPS35,MRPS33,SSNA1,GBA,COX5A,RELA,NAPG,PCNP,NFIL3,PDZD11,ORMDL3,EPS15,RAE1,DYNC1H1,PEX19,PNPLA8,TTC1,KLHL2,MYO9B,PEX14,VEGFA,NUDT9,PDCL3,NUDT8,TTC5,NDUFAB1,SGSM2,AGGF1,TCEA1,PNPLA6,ACTR10,CARS,PRDM8,SRP19,CRTC2,SYS1,NUP188,PRDM4,UBE3C,CRTC1,ZFAND3,PEBP1,UBE3B,COX6A1,CELSR3,TXN2,ACTG1,NARS,PPIP5K2,DENND5A,FAM3C,PCID2,FBXW11,UBE4A,SDHA,POU3F1,DHDDS,COX6B1,EEF1A1,PCP4,TBC1D20,DNAJB11,EEF1A2,EHBP1L1,PPIF,WDFY1,TBC1D25,PPIH,WDFY3,PPIG,CARS2,PPID,COX19,GNAZ,DDX5,COX16,NDUFB10,PLD3,CNN3,SHARPIN,IRAK1,TBC1D13,TBC1D14,TBC1D17,SYT5,UBE2F,YARS,SYT4,UBE2H,UBE2B,AUTS2,NUP155,SYT1,PCIF1,NUP153,TIMM44,UBE2A,HIGD2A,IFT20,GNAO1,AHI1,UBE2W,GNAL,HOOK2,HOOK1,UBE2S,GNB1,CNTN1,GNAS,MKRN2,UBA3,GNB4,UBE2N,UBE2O,AMOTL2,TCF4,DEGS1,FGF13,UBE2M,RERE,CUEDC2,ADAR,LDB2,TNFAIP1,RND2,TAZ,RND3,USE1,LMNB2,TTC28,CABIN1,TMEM222,LASP1,EEF2K,RASGEF1B,IFT57,GET4,SUN2,SUN1,PDPK1,TTC33,ATP6AP2,SYNGR3,EEF1G,RER1,NAV3,CAT,CRY1,ACOX3,MAN1B1,RALA,RRN3,SFSWAP,ANKS3,SLC3A2,RSPH9,ASAP1,RNF7,NT5C2,AGPAT3,RNF2,AGPAT4,GNG5,TMEM203,TMEM205,TRA2B,MKNK2,TRA2A,TMEM208,DROSHA,MTA2,RPP14,FBRS,TTC14,TTC13,BNIP3,EYA3,SSRP1,CDK11B,USF1,SMUG1,GALE,TEF,ERCC1,ERCC8,ERCC5,GPD1L,IPO13,VPS29,TES,RRP1,HNRNPU,SMC5,GPATCH4,PHAX,EPRS,PHB2,GLS,CNST,ZMIZ1,ZMIZ2,AP1S2,AP1S1,HOMER3,NUP214,DDX18,NUP210,PRKCE,WDR74,REV1,AFAP1,GTPBP2,HCFC2,GTPBP1,GTPBP4,HCFC1,ARMC1,DAAM1,WDR81,WDR82,ARMC6,PRKD3,HECW1,NUP98,VPS25,ANAPC13,NUP205,SEH1L,ANAPC16,PDXDC1,CTBP1,PRDM15,XPC,ARPP19,ADH5,ANAPC11,GJC1,LDHB,LDHA,FAM171A2,WDR70,CEP70,ST3GAL5,NUP88,NRBF2,ST3GAL1,VPS16,PHC2,WDR59,SNAPIN,HOMER1,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MCAT,MEX3C,WDR55,EHD1,GNPTG,MEX3A,HNRNPK,HNRNPF,TOLLIP,ATG2A,HNRNPD,GTF2IRD1,FARSA,FARSB,PHF3,GABRB3,PYGB,SETD5,PHF2,MOCS2,BTG1,CDKN1B,PHF20,PHF23,SETD6,PHF1,ARPC1A,ASH2L,KRI1,PHF6,SMG5,WDR43,PHF8,UBL5,UBL3,RARS,TIMP2,RRP12,PLEKHN1,CIC,RRP15,RPS6KL1,WDR37,TPI1,NUTF2,GNL2,TERF2,FAM126A,GNL3,HADHB,NCOR2,HADHA,NSA2,TUBB2B,TUBB2A,KIFC2,MTF2,EXOC4,GARS,EXOC2,EXOC1,GRN,CDC123,WDR26,CLDND1,RNMT,WDR24,FAM129B,ARFRP1,SCAF8,RPS15A,PPP1R8,UBN1,CKB,PAIP2,FARP1,PCGF6,YTHDF2,KIDINS220,WDR18,NR1H2,PCGF3,GATC,SYVN1,ELP2,ELP3,DHRS1,SNCAIP,SCAF1,WDR11,MKLN1,OSTM1,NFIB,NUCB1,TMEM39B,FAM49B,RAB3C,RAB3D,GTF2B,CEP120,SYAP1,PARK7,AUP1,CLU,IPO4,EDC3,IPO5,EDC4,PPP1CB,NRBP2,RIMS1,IPO8,IPO9,LAMP1,SLC39A9,SLC39A6,TXNL4A,SNRNP35,PLEKHJ1,USP8,RAB2B,TLE3,MAP2K1,TLE2,TPM4,USP3,TPM1,DYRK1A,GTF3A,THOC1,THOC2,THOC5,ILF2,THOC6,MORF4L1,PYGO2,RAB31,RAB34,MORF4L2,RAB35,PGP,SNRPG,SNRNP27,SNRPE,PHIP,ADNP,STAMBP,SNRPF,FKBP5,IFNAR1,FKBP2,RAB5B,RAB5C,INSIG1,UBR4,UBR2,PHB,TPR,DVL2,MAP2K7,MAP2K5,PLXNA4,MCL1,AP1M1,OSBPL9,AKIRIN2,TRAPPC3,OSBPL8,UVRAG,EIF2B4,AKIRIN1,OSBPL7,EIF2B3,RAB4A,TRAPPC1,CCDC12,POLR3GL,SEC16A,TRAPPC5,M6PR,COPS4,BCL9,COPS6,COPS5,NSG2,COPS2,PDCL,CSPG5,CPE,PLXNB1,COPS8,CNIH3,RAB5A,BCL2L2,CNIH4,BCL2L1,DIDO1,WDR1,ZC3H4,ZC3H3,CCDC47,WDR3,WDR4,UFSP2,LBH,NOB1,VPS72,SNRNP70,CEP170,WDR7,EIF2B1,TNPO2,CCDC50,TNPO3,ADAMTS7,RFC3,PLEKHG2,CDADC1,SGIP1,SECISBP2L,EDF1,TSN,DNAJC2,DNAJC6,DNAJC5,CTDSP2,POLR1D,DNAJC9,DNAJC8,ALDH9A1,HDAC5,MTPN,LEPROT,HDAC3,HDAC1,VPS4B,CEBPG,VPS4A,DNAJB2,FBXL20,DNAJB1,ABLIM1,ABLIM3,DNAJB6,HAUS8,POLR2A,RAB23,POLR2E,DNAJB9,POLR2I,ADSS,CCDC71,POLR2K,POLR2L,SEC11C,SLC35A2,MLXIP,SLC35A4,PPIL2,SMOX,ASCC1,IDH3G,AMFR,TPRKB,FBXL14,MTOR,FBXL12,ASXL1,RAB10,BCKDK,DNAJA1,SNRNP40,VAPA,POLR3B,RAB14,VAPB,PSAT1,POLR3C,DNAJA3,GLOD4,POLR3D,RAB12,POLR3E,POLR3F,DRG2,TPT1,PANK4,SLC35B2,VEZT,TCERG1,ISCA1,SLC35B4,PANK3,ZMYND8,PITPNB,PITPNA,PPP2R2A,HS6ST2,RPS15,RPS16,FRAT2,FLAD1,FTH1,MAGOH,LONP1,DAG1,DZIP1L,ARFIP2,BTRC,RPS11,RPS13,TBC1D10B,ARRDC4,SRRM2,SRRM3,SRRM4,SLC35C2,ARRDC3,IFRD1,COG3,METTL3,COG2,AP1B1,MAPK8IP3,SRRM1,MAPK8IP1,NIF3L1,POR,KARS,MTHFD2L,SIK3,SIK1,HECA,SUCLG1,ATP6V0D1,MACF1,DCUN1D5,CSTF3,STXBP2,LIAS,APCDD1,RPAP3,MYL12B,SCFD1,CHTF8,ZNHIT1,PDCD11,CSTF1,MLEC,TRPM7,TNRC18,RALGDS,ARGLU1,VASP,VAT1,TMEM184C,TMEM184B,ZRANB2,SYNRG,SLC35E3,RPS26,RPS28,RPS27,RPS29,RPS20,RNPS1,RBAK,RPS21,RPS24,TECPR1,ROBO2,AHCTF1,GFM1,UBXN1,CITED2,GFM2,SLC35F5,ZFAND2A,ZFAND2B,SPPL3,ZCCHC14,ROBO1,COIL,CHMP1B,C1QBP,XPO6,XPO5,TMED1,TMED7,UBXN4,RAB8A,TMED4,RALGPS2,PSENEN,TOP3B,ZER1,PARP1,GP1BB,PARP2,STRADB,PPHLN1,CBFA2T2,ITFG2,ZDHHC17,MLF2,SCNM1,HNRNPH1,SDCCAG8,CSTB,DTYMK,GDPD1,NOL7,NOL8,NOL9,RFNG,PPP2CA,TCEAL8,AMN1,PPP2CB,HIRA,CHRAC1,METTL6,TRAM1L1,APBB3,METTL9,PURG,SLC31A1,MTX2,PTGES3,GINS4,XPO7,SORBS1,AIG1,MPP6,RAB11B,SPCS2,XPOT,CAPZA2,MEGF8,KBTBD7,APBA2,NDUFA13,NDUFA11,KDM1A,KDM1B,SPPL2B,ROGDI,MRFAP1,CWC25,COMT,CNDP2,COL4A3BP,FAM162A,ARHGDIA,HCFC1R1,FPGS,COTL1,AZI2,NOM1,TRAPPC2L,KDM2A,KDM2B,SHISA4,ATP1B3,ATP1B1,TUFM,PRPF6,PRPF3,SPECC1L,CHMP4B,MATR3,XPR1,ZCCHC8,ZCCHC7,IDI1,PXK,PXN,NOP2,CLEC16A,PRPF8,EFNB2,EMG1,UBB,ZMAT2,TCTEX1D2,KLHDC10,KLHDC2,CBX6,KLHDC4,CBX5,PNPT1,CBX4,CPSF1,RHBDD3,CPSF3,CPSF2,EIF2S2,COQ7,CRLS1,EIF2S1,COQ5,COQ2,EFNA2,CAPRIN1,PI4KA,BLMH,PI4KB,SAE1,LRP10,COPE,LRP11,GPSM1,KDM5B,KDM5C,ASNSD1,HK1,RBM3,RPS4X,CASP9,SPRED2,SEPT6,CASP3,LRRTM1,MFSD1,RBM7,RBM6,KDM6A,KDM6B,MAPK1IP1L,HGSNAT,AKTIP,PPP2R5B,IQCE,H2AFV,RPS3A,OXSR1,PPP2R5C,SAFB,SEPT2,DNM2,FCHSD1,DDAH1,DDAH2,THRAP3,CDH10,AKT1S1,PFDN1,TERF2IP,HAGH,PFDN4,THOP1,KDM3B,STOML1,ATF6B,NRXN1,ETFDH,ATP1A3,ATP1A1,FAM168B,MAPK7,ALDH1B1,RPS6KC1,PPP2R3C,FAM120B,FAM120A,GNA12,MAPK1,MAPK6,KDM4C,TMEM30A,LIMK1,CYHR1,DEK,PPP2R2C,PPP2R2B,PPP2R2D,RPS6KB2,RBMX,MDC1,MT-ND4,ZFYVE9,EHMT1,GHITM,RBPJ,ZFYVE1,TSEN54,LSM10,PSMD8,SCAMP4,PSMD9,RABGEF1,KRTCAP2,PSMD6,ZFYVE27,LSM11,PSMD4,PPP4R2,PSMD5,PSMD3,SAMD10,GABARAPL2,STARD3,GABARAPL1,CSNK2A1,STARD7,DNTTIP1,RFX3,RFX1,GAPVD1,EML2,SND1,RUFY1,EID1,EID2,MYL6,PRKAR1B,PSME4,RUFY2,UQCRC1,RBCK1,LETMD1,CGGBP1,TTYH3,MRPL18,AGAP2,MRPL16,MTMR9,SDR39U1,COPS7B,ABCB8,COPS7A,MRPL12,OAZ1,GABARAP,MRPL10,MRPL20,CYB5R4,HSPH1,HMGXB4,AMZ2,PUSL1,HMGXB3,EDEM3,CADM1,GPR12,ABCA3,EDEM2,EXOC6B,MRPL28,ERLIN2,SNF8,FAM136A,MRPL24,MRPL21,EIF1,CS,SETX,UCK2,EIF5,UCK1,EIF6,TDP2,PSMG3,PSMG4,TMEM9B,EZH2,GPR19,ARF4,PIGU,ARF1,LRSAM1,PIGO,HEXB,RPLP0,MRPL38,LRRC4,MRPL39,CTCF,ECSIT,MRPL34,MRPL32,IKBKB,TRMT112,TUBA1C,MRPL42,NIPBL,LMBR1,TUBA1A,MRPL40,TMEM43,TMEM44,RPLP2,SH3BGRL3,APPL1,UPF2,LYPLA2,DFFB,UPF1,DFFA,ACTL6B,ELOVL5,PGAM1,SIRT4,MRPL49,LRRC40,SIRT6,MRPL47,SIRT7,MRPL48,MRPL45,MRPL46,SIRT2,LRRC41,MRPL43,SRP9,MRPL44,PSMA5,MRPL52,PSMA6,MRPL50,PSMA3,PSMA4,PSMA2,CDC42EP3,TUT1,TMEM106B,SLC29A1,VAMP4,VAMP2,ARF6,SRRT,HTT,CCNDBP1,MRPL54,PSMA7,MRPL55,PSMB4,UNK,PSMB5,TMEM65,TCOF1,PSMB3,MICALL1,AP2S1,FLNA,NCDN,RABAC1,RPS27A,YKT6,MEF2D,SRSF10,SRSF11,MDH1,UTP3,USP9X,SAMD4B,TMEM62,BYSL,LETM1,SPSB3,PSMC5,PSMC3,FABP7,SRRD,RIMBP2,UBAP1,RPL22L1,UBE2D2,CSE1L,STK19,SMCHD1,ATCAY,RUVBL2,KPNA6,FBRSL1,KPNA4,PMPCA,PIM3,KPNA3,SLC25A44,SH3GLB2,SLC38A1,IK,AGTPBP1,VPS33A,PPP1R16A,VPS33B,UBE2E1,SARS,UBE2E2,PRPF4B,ZBTB33,FTSJ1,FOXP1,FTSJ3,ACAP3,OLFM2,SLC9A8,MRTO4,FSCN1,MAPKAPK5,SQSTM1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,ARL1,GPR85,ISG20L2,ARL2,UBFD1,SAV1,SLC9A1,SOCS2,ATXN2,PMVK,SLC38A7,SLC38A6,E4F1,SLC38A2,GOT1,GOT2,ZBTB11,EEF2,ZC3HC1,UBLCP1,STK25,TMEM11,AAK1,MDM4,TUBGCP3,ZNF512B,SLC25A3,HSP90AB1,CELF1,CELF2,CELF4,MRPL3,MRPL2,CAPZB,SUMO1,MDK,SUMO3,PMEPA1,DGCR8,HMG20A,DGCR6,ERC1,MDP1,DIS3L2,EMX1,HSP90AA1,PPP1R12A,ARNT,VPS37D,RAD23A,VPS37B,RAD23B,DDOST,PPM1B,SLC25A19,SNPH,BIRC6,PIK3C3,BDP1,PPP1R12B,SLC25A12,SEC22B,SLC25A5,SLC25A11,PPP1R12C,BIRC2,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C1,PPP1R15B,GTF3C3,GTF3C4,NDUFB7,GTF3C6,NDUFB5,PRCC,CXXC1,ZBTB43,FURIN,FOXK1,ZBTB45,PPM1G,GANAB,SLC25A28,PARD6A,FCHO1,SLITRK1,KATNA1,SH3BP5,BEND3,SLITRK5,LRRC8A,IARS2,LRRC8B,SLC25A23,AAMP,ATP9B,SLC25A25,PTPN1,SEC24B,PPP1R14B,NDUFA7,NDUFA6,MMAA,NDUFA5,NDUFA4,MBOAT7,NICN1,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,SLC25A38,SNRK,SLC25A39,PTPN9,P4HB,SMAP2,MDGA1,SLC25A36,SPG21,AHCYL1,TMEM41A,CCNI,PLEKHB2,TMEM41B,EIF4A3,ZDHHC5,JMJD1C,KEAP1,ZDHHC7,GCC2,TXNDC12,ZDHHC8,TXNDC16,UBE2L3,CYB5D1,NUBP2,ZDHHC4,RASSF1,RASSF2,OGFOD2,FAM53C,KIF21A,KIF21B,CCNL1,CALN1,PAQR4,NSMCE2,PAQR3,NSMCE1,MIF,PISD,THAP7,ULK3,CD2BP2,KDELR2,PREB,STX1A,MMADHC,GCDH,TMEM87B,L3MBTL3,FOXG1,PEX11B,CTR9,PIK3R3,PTTG1IP,PIK3R1,UBE2J2,UBE2J1,DHX30,SNX1,COMMD9,DHX32,SNX2,DHX33,DHX34,LARS,DHX36,PCBP2,ERI3,DHX37,HIVEP1,DHX38,DYM,SURF6,SYMPK,RCE1,RIMKLB,N4BP1,SNX6,CTSA,TMEM86B,INTS1,RCC2,ST8SIA2,SURF4,ST8SIA3,MICAL2,XRCC1,DCLK2,PAICS,ICK,WNK1,ID2,RPL27A,PPP1R1B,INTS5,PAF1,INTS7,DHX29,CALM1,CALM2,RGL2,AARS,PTPRS,USPL1,CCDC127,FKBP15,GPAA1,TECR,CCDC124,CETN3,INTS10,SLC7A11,PCSK7,WASL,AATF,AP2A2,ARV1,CTSL,RSRC1,HYAL2,ENC1,DHX15,MLX,IDS,SSSCA1,QSOX1,ARIH1,CTSF,CTSD,UTP14A,CTSB,CCT3,GRIPAP1,CCT2,SEC13,TMEM150A,NCOA5,STARD3NL,MINK1,ZFR,ANO8,COMMD3,MRPS2,ANO6,MRPS7,COMMD7,COMMD4,MRPS5,ENAH,CTU1,CTTN,CSDE1,G2E3,CRELD1,GLCCI1,DBN1,STK40,STX12,PNCK,STX16,SATB1,DOT1L,HEATR1,STX18,MNT,PAK1,ARVCF,SAMM50,EXOSC4,CAMK2N2,PAK6,CCT8,GPC4,CCT7,EXOSC2,CCT5,CCT4,BCAP31,NPM1,YIPF1,YIPF2,YIPF3,RPA1,TMUB1,MIB2,RSRC2,AP2B1,MIAT,NLE1,PPP1CA,TMUB2,MIB1,MAD2L2,PER1,GPAM,RPA3,ESYT2,FHOD3,SCARB1,MIDN,BCCIP,OGDHL,KLHL34,FAM174B,KIF5C,KIF5B,KIF5A,PALM,CAPN2,SNIP1,SBF2,RGS9,PPFIA3,SH3GL1,SLC30A9,ZGPAT,ADPRHL2,SLC30A5,ATG9A,LMTK2,RUNDC3B,RUNDC3A,TMX4,HNRNPUL1,FAM173A,GPD2,SBDS,UBE2V1,GEMIN7,RTN2,KLHL18,RTN3,NDRG4,PSMD12,RBM8A,PSMD14,PSMD13,YTHDC1,KLHL17,SEL1L,TOR1AIP2,SLC1A4,KLHL12,PDS5B,PDS5A,RPF2,NDRG1,RTN4,ACACA,TAF5L,CAMTA1,H1FX,CAMTA2,NDUFV3,NDUFV2,NDUFV1,BCL9L,PRNP,FDPS,PHF10,KLHL25,KLHL26,PHF12,ECD,HMGA1,CRIM1,DSTN,KLHL22,SUPT5H,CLK2,CLK1,RCL1,PAN2,GCLC,OSTC,STT3A,PHF14,CYCS,TAB3,TAB1,PICALM,RBM28,GSK3A,RBM25,DDX49,DDX47,PRKCSH,MAST2,CHD6,DDX42,ILK,DDX41,TRIAP1,CHD3,CHD2,MEA1,AFF4,SEC61A2,ABHD16A,YWHAQ,UBE2Q2,GATAD1,BCL7B,MLST8,NPTN,UQCRFS1,CPXM1,LRRFIP1,SULT4A1,YWHAG,YWHAH,RBM33,RBM17,HSDL1,NCBP1,GLRX3,NCBP2,GLRX5,RBM18,BUD31,DDX54,ABHD14A,GPCPD1,UTP18,YWHAZ,CREB3,VCAN,SFPQ,CREB1,IRF3,NDUFS7,PEX3,TBC1D5,NDUFS5,TBC1D7,ATG4B,NAA35,NUP54,MVD,EAPP,IRF9,RBM22,DCTN6,MVK,DDX27,DCTN2,DCTN1,DDX20,PARN,DDX21,ATP2C1,CLCN3,PARL,MAT2A,RAB40C,TAF1C,BMS1,PDLIM7,RBM39,TAF10,TAF11,ATP2B4,PDAP1,LRWD1,SOD2,MAPK14,CHFR,CLCN7,RPIA,MAPK10,CLCN6,IRGQ,GOLPH3,PNKD,SBK1,FAM131A,ASB6,RBM42,VIM,FAM98A,CLUAP1,TAF2,MBTPS2,RAN,TAF1,LNX2,CYFIP1,RPL5,RPL3,CLPB,RPL31,MYT1L,TRRAP,STMN2,THYN1,STMN3,STMN4,GABPB1,RPL8,BACH1,RPL9,BACH2,RPL7,PCMT1,RNF114,MYC,STMN1,RPL36,RPL35,PIP4K2B,RPL38,RPL37,DIP2B,MPV17,IER5,IER2,TSPYL2,MED1,WSB1,WSB2,DAPK1,DAPK3,CD3EAP,SOX12,MED4,MED6,RNF123,RNF126,BIN3,IFT81,CLPP,RPL24,YME1L1,RPL27,RPL26,RPL29,UBA52,DUS3L,ALG10B,PRR14,POM121,RPN2,NOLC1,NEDD4L,HIF1A,PRDX3,PRDX2,PRDX5,CHST12,PRDX1,SSR1,SLC19A1,S100A10,RPL41,ACD,JUND,H3F3B,PNO1,ST13,MAD2L1BP,MTHFR,BRAF,PA2G4,PRDX6,TMEM198,TMEM199,FIBP,SLC6A6,RNF103,TADA2A,SLC6A8,GIPC1,OGDH,HBP1,DUS1L,CDK13,CPEB4,TRMU,SPEF1,CLTB,LPCAT1,ADK,CLTA,PFAS,CLINT1,ING1,ING4,TRIM8,TMEM189,TRIM9,CSRP2,TMSB4X,ENSA,GPR137,EMD,ZC3H10,BRD2,BRD1,HSBP1,SSR3,AEN,RNF167,RNF166,SF3B5,SF3B3,RPL10,RPL12,GPS1,RPL11,TIMM13,GPS2,GRAMD4,TM9SF4,TMEM165,TM9SF3,BCLAF1,SRP72,RPL14,BRD9,RPS2,RPL15,RPL18,RPRM,SF3A3,BRF2,SF3A2,AGK,TRMT1,TTC9B,GTF2H1,SRP68,BLCAP,MZT1,KTN1,FIG4,TM9SF2,TM9SF1,XAB2,RYBP,MORN4,TRMT6,RLIM,ZYX,RNF141,PHLDB1,DGKE,ATP8A2,CHPF,CLSTN3,TUSC2,FMR1,CTNND1,RNF19B,ABHD11,ZFP30,MAF1,TMSB10,RNF44,RPS9,ANKRD46,RPS7,IGFBP3,GPT2,F2R,AIP,RPSA,CTDNEP1,ARMCX3,CLIP2,CLIP1,RALGAPB,DGKQ,MADD,ERP29,NHP2,ERH,XIST,PHPT1,MAD1L1,GLYR1,CUL9,ENY2,CD151,BRI3,ABHD2,GLO1,CUL2,ABHD8,ITPR1,CUL1,TARS,KLC1,RLF,GTF2E2,KLC4,NEUROD2,HMBOX1,BAG4,BAG5,BTBD1,NEUROD6,NACC1,PSAP,SAFB2,ANKRD10,SKIL,SLC15A4,WDTC1,ESRRA,ANKRD34A,TOR1A,MARCH9,ASNS,LSM5,TOR1B,BTBD9,LSM4,MARCH5,LSM3,ZZEF1,MARCH2,RCAN1,CDK8,LSM7,GON4L,CNOT7,CDK5,CDK4,CNOT1,MAFG,NF1,RNF182,SPIRE2,RNF181,TADA1,NF2,IARS,DHCR7,SERINC3,LZTR1,SERINC5,EIF4G1,RNF10,CALCOCO1,RNF11,DAGLA,PTPN23,DUSP12,PPP6C,PTBP1,METTL14,SART3,GM2A,OPA1,OPA3,SLC37A3,IQCB1,REXO1,GPX4,AMT,ZFP91,RANGAP1,REXO2,YDJC,BET1L,COASY,REXO4,PTP4A1,PTP4A2,ASPH,TRAF4,RP9,EIF4E2,SSX2IP,GTF2A1,NFAT5,SMARCD2,GTF2A2,RNF34,WBP2,RNF38,JAKMIP1,DPCD,LAGE3,JAKMIP2,AP3M2,AP3M1,FZR1,HIRIP3,RBBP5,RBBP6,SNRPB2,RBBP7,WASF1,DCAF11,DCAF12,CACNG4,DCAF13,SPAG9,SMARCE1,SEMA4A,SPAG7,TXNRD1,SEMA4B,PLCL2,PTPN11,OXR1,PNRC1,CUL4A,RAD52,KLF7,KLF6,MARCKS,NIN,IMPDH1,IMPDH2,MGAT4B,RHEBL1,PFKP,CUL4B,METAP2,APP,GDE1,DIXDC1,PWP2,GOLGA2,GOLGA5,RUSC2,GOLGA1,ARL6IP4,ZFPL1,GLUL,SOX4,AQR,SLC6A17,SACM1L,PTOV1,ACSL3,JMJD8,JMJD6,MRPS18C,CARHSP1,RRAGA,RRAGC,XRN2,GUF1,VDAC2,VDAC1,PFN1,EZR,AURKAIP1,CBLL1,TELO2,BEX4,CUTA,BEX2,TMEM161A,TRMT2A,TMTC1,IGSF9,INPP5B,DGUOK,PTDSS2,SGPL1,SCAP,BANP,SNHG1,TRAP1,TMEM50B,STAM,ACADSB,UBAC1,GADD45G,MANF,CCT6A,CCDC88A,CCDC88C,ANP32E,ANP32B,CC2D1A,ITM2C,CC2D1B,CDS2,HBS1L,FAF1,FAF2,GDI2,OLA1,MYL6B,VLDLR,CX3CL1,EPM2AIP1,SERP1,GUK1,ZMYM6,PRMT6,MAP4K2,PRMT5,TSC22D1,TSC22D3,PRMT3,RHOF,TUBG2,RHOA,NME1,RHOB,NME7,FRG1,FAM20B,STRAP,MAPT,SGK1,ALDOA,KPTN,MAPRE1,ATP6V0C,PRIM2,TOMM40,SLC20A1,AKAP7,TRAK1,TRAK2,RBM15B,NPY,TBL1X,CTNNA2,MAP4K5,RANBP2,RANBP1,RANBP3,AP3D1,RANBP6,RSL1D1,MARS,R3HCC1,STAC2,TOMM7,CTNNB1,PRPF31,FAU,TOMM5,TOMM6,GALNT11,POGK,NUCKS1,TOMM20,TOMM22,CHCHD4,EFTUD2,CHCHD2,CHCHD3,BASP1,POGZ,CHCHD1,DSCAM,ANGEL2,APLP2,TOMM34,MATK,TSC2,TSC1,WRNIP1,TRNT1,KCTD5,TMEM130,PDIA6,TMEM131,KCTD6,PDIA4,DCTD,DPM2,OXA1L,DPM3,PHOSPHO2,DNAJC30,TBL1XR1,TIPRL,FIZ1,SCG3,RELL2,FAIM,BTF3L4,LTBP4,COX7A2,STK4,DTX4,ADIPOR2,CPLX1,ARHGAP12,DPP3,SDCBP,TMEM127,DPP9,TMEM128,EP400,ATP6V1H,ZC3H18,DMAP1,SUDS3,MARK3,MYH10,PDZD8,ANKZF1,PDZD7,ATP6V1F,HSPA9,RAP1GAP2,HSPA8,ACBD6,ACBD4,HSPA5,HSPA4,PTCH1,DNAJC11,TBCD,ASPSCR1,ARHGAP29,TBCB,SMAD5,DNAJC16,DNAJC17,AZIN1,TDRD3,NFKBIA,NR4A3,TMEM115,DLG4,ATG16L1,DLG5,JMY,CLASRP,GRSF1,CREBZF,USP35,USP36,SCYL3,ACADVL,NVL,DOCK7,ELAVL4,SLC2A3,USP39,SENP6,SENP7,TMEM101,ZC3H7B,GMPPA,FLOT1,PDE4B,FLOT2,PDE4A,MAN2C1,USP30,SCYL2,SCYL1,POLG,KLF11,TSFM,JAGN1,USP48,KLF13,USP42,PDE4D,RNF208,ARID1A,SENP2,CKAP4,LATS1,FAM189B,DDX19A,TRNP1,ITGB1BP1,CHMP6,B4GALT7,LUC7L2,B4GALT5,USP14,USP15,POLDIP2,TM2D2,POLDIP3,TM2D1,USP12,MTIF2,TM2D3,TOB1,STRN3,U2AF1L4,HSPD1,RMND5B,IGFBPL1,GMDS,CDIPT,CAMK2G,REPS1,RWDD1,ATE1,PTCD2,B3GAT3,USP22,SGTA,NAP1L1,HSPE1,USP28,GDAP2,NAP1L4,DLK2,FMNL2,PIK3IP1,XPNPEP1,SPRY2,BAX,SSBP1,PDE7A,ABCE1,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"292"	"DZIP1"	"355.3"	"ARCHS4 Coexpression,538;Enrichr Queries,507;GTEx Coexpression,21"	"NCKAP1,MYT1L,ZFYVE9,EHMT2,ITSN1,ARAF,STMN3,SCAMP5,ALCAM,DPYSL2,STMN1,DPYSL3,AKT3,CDK20,PRKACB,MEF2C,RBFOX1,RBFOX2,UNC13A,DAPK1,CACNA2D1,PRKCD,CD3EAP,SCAMP2,RUFY3,DDIT4,PSME1,TSPYL4,ASTN1,PRR13,NPRL3,PHYHIPL,AGAP1,OAZ1,GJC1,FAM171A1,FLRT2,AMZ2,FZD3,JUN,CADM4,CADM1,CADM2,PLK2,NR2F1,PBX1,FAT3,FAT4,DZIP3,FERMT2,JPH4,JPH3,TRIM2,SPIN1,TIMP2,DLGAP3,GPRASP2,GMIP,GNL1,DUSP6,BACE1,ZEB2,PXDN,PLCB1,VAMP2,GAS7,PAFAH1B1,WRB,ADAM22,ADCY1,ADAM23,CKB,SRSF12,RUNX1T1,WDR17,FARP1,NMNAT2,ABI2,MORN4,NFIA,NFIB,SHKBP1,PKN1,ANKRD13B,RAB3C,CTNND2,MSI1,FRY,CLU,IPO5,NUDT11,NUDT10,RIMS1,RIMS4,ATCAY,CDH2,SALL2,STK32C,FADS1,CDKL2,MAGI1,IGFBP3,ANKRD45,TPM1,F2R,MAGI2,FRMD4A,BSCL2,CLIP3,MORF4L1,RAB31,FSCN1,GRIA2,BRSK1,BRSK2,TNKS,ARL3,ABHD8,CORO1A,FBXO41,SOCS2,RAB6B,LRRC4B,ARPC4,CORO2B,PTPRD,LRCH2,NBEA,NSG2,PTPRA,REEP2,CPE,MAP3K10,PIN1,EIF4G3,CELF4,CELF5,SCRN1,PSD3,PMEPA1,EVI5L,ERC2,TNPO2,EDIL3,NEO1,EID2B,DST,SEZ6L,ARL4C,PTP4A3,SNPH,CTDSP2,C1D,LANCL2,BCAT1,SSX2IP,RNFT2,NLGN1,NLGN2,EHBP1,LRP6,AP3M2,CACNG7,STOX2,PARD6A,FYN,CSK,FSD1,WASF1,ATP9A,TUB,NTRK2,SEPT11,PCDH7,NTRK3,SYT16,CDC42BPA,NELL2,APC,SYT11,TRIM37,METAP2,APP,ARL6IP1,DPF1,HABP4,KIF21A,BTRC,CCDC92,KIFAP3,EPHA4,LIMCH1,ACSL6,TALDO1,ANK2,ANK3,CSNK1E,CPT1C,MAPK8IP2,ANK1,MAPK8IP1,SFRP1,KCNQ2,KCTD13,ULK2,HECA,TAGLN3,KCTD12,PFN1,TRIB2,PFN2,BEX4,GPM6A,BEX2,BEX1,MYCBP2,STXBP2,PIK3R1,KALRN,TTBK1,NUAK1,INPP5F,ERI3,SCN3A,GPM6B,B4GALNT4,SRPK2,VASP,MAGEE1,ZFR2,DCLK2,DCLK1,CCDC88A,PTK7,CALM3,FBXL2,CALM2,ITM2C,NRP1,DAZAP2,CSRNP2,CSRNP3,PTPRS,DOC2A,GDI1,FAM57B,GRIK5,NAT14,ROBO1,LIMD2,SERP2,AKAP12,UCHL1,AKAP11,PCLO,SLC22A17,NCS1,IDS,KIF1B,KIF1A,GIT1,PCYT1B,TUBG2,RHOF,RNF144A,ENAH,MN1,ARHGEF9,ARHGEF1,MAPT,SGK1,MAGEH1,SATB1,ICA1L,GDPD1,PRICKLE1,PTN,NOL4,TCEAL6,TCEAL5,CTNNA2,PAK3,PURG,MAP4K4,ARNT2,GABBR1,MYEF2,LSAMP,SORBS2,PNMA2,AP2B1,VEGFA,PPP1CA,ATAT1,TTC3,TCEA2,CACHD1,FAM171B,APBA1,MEGF8,SH3GL3,MRFAP1,KIF5C,BASP1,CHCHD6,NRCAM,PPFIA2,RGS7,TMOD2,CASK,TMEM130,PREPL,SCN8A,EHBP1L1,MATR3,SCG3,FAM92A,BHLHB9,ARHGEF25,NTM,TMEM59L,CACNA1B,CACNA1A,FBLN1,RASGRP2,RTN4,EFNB2,PDZD4,ARHGAP21,KIF3B,KIF3A,FUT9,TCTEX1D2,CASKIN1,KIF3C,MYH10,LONRF2,BPTF,KLHDC3,PRNP,ZFHX2,CBX5,AUTS2,CBX1,CRIM1,DNAJC18,GNAO1,ARHGAP33,AHI1,RALYL,HOOK2,DLG4,HOOK1,CNTN1,YWHAE,DOCK3,PODXL2,CNRIP1,DOCK9,PRKCSH,CHD6,SLC2A3,CHD3,RND2,FBLL1,SOBP,ELAVL2,TTC28,LRRTM2,GDAP1L1,PDPK1,IQCE,NAV1,NAV2,SEPT3,PJA1,VCAN,RCN2,SETBP1,IGDCC4,CDH11,TERF2IP,TMEM9,IFT46,NAT8L,SHANK1,RGS19,DCTN1,DDX25,USP11,CRMP1,NRXN2,FAM169A,ADD2,FAM168A,GNG2,SV2A,SLIT1,NCAM1,MTA3,CYTH1,CLASP2,NEGR1,USP22,B3GAT1,ATP2B4,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,FMNL2,PPP2R2B,FAM131B,VIM,SSBP2,CLUAP1"
+"gene_set_query"	"293"	"ZNF655"	"358.7"	"ARCHS4 Coexpression,839;Enrichr Queries,176;GTEx Coexpression,61"	"ITSN2,HNRNPU,SMC5,RBPJ,EPRS,GCSH,PCMT1,ALCAM,PSMD4,DPYSL2,MYC,AP1S1,VPS36,FNBP4,DDX17,MECR,WSB1,ACOT7,FNBP1,REV1,CD3EAP,DICER1,ZC3H11A,DDIT3,DDIT4,NEDD4L,MRPL12,ANAPC11,FAM160B2,RHOT2,LDHA,CYB5R4,PRDX1,ST3GAL1,ST3GAL3,S100A10,PRPF38B,JUN,PLK2,MRPL28,PRRC2C,MEX3D,PHC3,PRDX6,SNUPN,EIF1,SETX,FIBP,EIF5,GIPC1,HNRNPD,CDK13,ATG2B,CPEB4,CDC42SE2,SETD5,SMG1,PIGU,BTG1,IKBKB,RNF157,UBL5,TRMT112,NIPBL,TUBA1B,TUBA1A,TCP11L2,JAK2,BRD2,TPI1,TET2,NUTF2,DUSP6,WDR33,MED23,PHF20L1,ZEB2,MRAS,HEATR5B,CDC42EP3,PXDN,PELI1,RNF166,ECHS1,TIMM13,TIMM10,GGA2,FGD3,BCLAF1,BTAF1,AP2S1,RICTOR,RPL17,SF3B1,SRSF11,NKTR,CSNK1A1,MDH2,MBD1,PCGF2,PCGF3,GTF2H5,WDR11,MKLN1,APEX1,PKN1,YPEL5,HDDC2,CCNT2,CTNND1,UBE2D3,SMCHD1,PAPOLA,TXNL4A,STK32C,FADS1,HMGN1,SLC38A1,ANKRD49,ANKRD44,TPM1,PRPF4B,ATP11B,THOC2,LEMD2,FBXW2,FAM118B,FOXP1,ILF3,RALGAPB,DMTF1,SRSF2,NHP2,SNRNP27,ANAPC4,SRSF3,SRSF4,PHIP,SRSF5,SNRPF,SRSF6,FKBP4,SRSF7,SQSTM1,INSIG1,ANKRD12,ARL2,PHB,DVL3,ABL2,SLC38A2,IP6K2,MCL1,OSBPL8,TIA1,UROS,ASNS,LSM4,SON,MDM2,PLXNB2,TPP2,MDM4,OGT,DIDO1,NUMA1,CELF1,CELF2,PIK3CD,SYNE2,NGRN,DUSP12,SNRNP70,PPP6R3,PMEPA1,DST,ATRX,DDOST,PTP4A1,GIGYF1,PPM1A,NSMCE4A,ASPH,CTDSP2,EVL,BIRC6,BCAT1,GTF3C2,NFAT5,SMARCD2,UHRF2,NDUFB6,NDUFB4,SRSF1,CXXC1,LENG8,MLLT6,VPS54,POLR2F,RBBP6,FEM1C,FYN,POLR2I,POLR2L,GADD45GIP1,SPAG9,HNRNPA3,PPP1R14B,PPIL2,SEMA4D,NDUFA4,NDUFA3,NDUFA2,HNRNPAB,TRIT1,PNRC1,PINK1,KLF6,SNRK,SEC24C,EIF4A2,JMJD1C,NUDT3,ACTB,CCAR1,TIAL1,PNN,HERC1,SNRPD2,HABP4,EPC1,CCNL2,SNRPD3,CCNL1,CCDC92,GLUL,TMPO,SRRM2,ENTPD4,COG3,METTL3,ARRDC3,IFRD1,CIRBP,MOGS,AKAP9,HECA,ANKRA2,MACF1,TMEM161B,DHX8,MYCBP2,TRANK1,PIK3R1,UGCG,ERI3,ARGLU1,SEC31A,SNHG1,ZRANB2,MYO5A,PUM2,CCDC88A,STAG2,WNK1,GOLGB1,FUBP1,CCDC88C,CALU,RBAK,CALM1,ITM2C,DAZAP2,CITED2,MRPS12,SLC7A11,PCSK7,ZCCHC17,HERPUD1,LIMD2,AKAP12,PCF11,ZMYM6,ENC1,DHX15,UBXN4,CTSB,COX8A,CCT3,PRMT2,TSC22D3,NME2,MRPS7,LIME1,MLF2,RHOB,PARP8,NME1,ENAH,SLTM,HNRNPH1,ARHGEF1,CD47,SGK1,AHCY,STX16,NEDD8,AMN1,MAP4K5,MAP4K4,MON2,TTC1,VEGFA,SPCS3,PRPF39,HNRNPA2B1,ESYT2,TARDBP,ARID4B,COX6A1,CAPN2,BANF1,SHISA4,COX6B1,EEF1A1,TBC1D20,DOK5,PRPF3,MATR3,PPIA,ZCCHC8,DDX5,RASGRP2,STK4,NDRG1,RTN4,SUDS3,ANKZF1,IVNS1ABP,HSPA8,PRNP,CPSF6,NONO,HMGA1,KLHL24,SSH3,CLK4,ANKHD1,CLK2,PAN3,HOOK2,HOOK1,GNAS,BRWD1,UBE2M,PICALM,CREBZF,YWHAE,RBM25,KDM5C,DDX3X,PRKCSH,USP34,DDX42,HMGB3,GTDC1,CHD2,AFF4,MFSD8,GATAD1,LRRFIP1,RBM5,RBM6,RBM33,HGSNAT,USP47,SUN2,KLF13,PDPK1,AKTIP,YWHAZ,SFPQ,VCAN,IRF3,EEF1D,NDUFS5,LUC7L3,PFDN1,NAA38,PFDN2,PFDN4,USP15,STOML1,ATF6B,POMP,ASAP1,NXF1,MAT2A,NT5DC2,PTK2B,CYTH1,RBM39,KDM4C,RRM2,ZFC3H1,PDE4DIP,SOD2,HSPE1,TTC17,POLE4,PIK3IP1,ACIN1,ERCC5,VIM,RBMX"
+"gene_set_query"	"294"	"NHLH2"	"358.7"	"ARCHS4 Coexpression,221;Enrichr Queries,407;GTEx Coexpression,448"	"CCNI,MYT1L,STMN2,STMN4,ENO2,FNBP1L,RNF112,GPR173,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,DPYSL3,STMN1,KIF21A,DIP2B,KIF21B,EPHB2,KIFAP3,EPHB1,NCKAP5,SOX4,CALN1,EPHA5,SRRM3,EPHA4,SRRM4,RBFOX1,ATP6V1G2,CXADR,RBFOX2,RBFOX3,CACNA2D1,ISLR2,AFAP1,SOX11,ANK2,ANK3,CSNK1E,MAPK8IP3,ANK1,TIAM1,GPR162,STX1B,SFRP1,RUFY3,RUFY2,HECW1,TAGLN3,EIF1B,TRIM11,BEX4,GPM6A,NRN1,BEX1,STXBP1,PIK3R3,AGAP1,PRKCZ,KALRN,NKAIN1,SYNGR1,PCBP4,TSPAN5,B4GALNT1,SCN3A,RHBDL1,NTNG2,CADM3,JUN,FZD3,PRRT2,PTPRN2,CADM1,BCL11B,LRRN3,BCL11A,SS18L1,ST8SIA2,RAB3IP,H3F3A,NR2F1,MICAL2,DCLK2,L1CAM,SNAP91,PBX1,DCLK1,MLLT11,MEX3B,MEX3A,VANGL2,ARMC10,SESTD1,PKIA,PLCH2,FAT4,RCOR2,CDKN1C,PCSK2,ROBO2,GABRB3,NRP1,TMEM151B,CSRNP3,KCNC1,GDI1,FAM57B,GRIK5,DIRAS2,PTPRO,GRIK3,GRIK2,ROBO1,SHF,SMPD3,TRIM9,TUBA1C,UCHL1,MMP24,PCLO,TUBA1A,TRIM2,TRIM3,DNER,RAC3,NEFL,NEFM,KIF1B,FEZF2,APC2,CCDC112,GRIPAP1,PRMT8,ACTL6B,LRRC49,MANEAL,RGMB,AP3B2,PGM2L1,RGMA,TMEFF1,TOX3,ZEB2,TUBB2B,TUBB2A,KIFC2,KIT,PXDN,MAPT,RNF165,DYNC1I2,SATB2,ADAM22,AKAP6,ADCY1,NOL4,CAMKK2,GLRA2,CUX2,TCEAL5,TMEM169,CAMK2N1,CHN2,CAMK2N2,GPC2,CTNNA2,PAK3,PURG,RUNX1T1,RPRM,MYEF2,KIDINS220,DAB2IP,NMNAT2,ATAT1,NFIA,ABI2,MORN4,NFIB,FABP7,TTC3,YPEL4,APBA2,CDK5R1,PRDM8,RAB3C,ANKRD13B,MIDN,CLSTN2,CLSTN3,CTNND2,CLSTN1,CELSR3,CDH8,SLC8A2,RIMS1,TMEM145,ATCAY,SALL2,KIF5C,TUBB3,BASP1,NRCAM,MAP3K9,TMSB10,SH3GL2,PPFIA2,LMO1,LMO3,UBE2E3,APLP1,ADAM11,KCTD2,TBR1,POU3F1,RUNDC3B,POU3F2,KCTD6,POU3F3,DISP2,ACAP3,OLFM1,CACNB4,MYCN,MADD,AMPH,ABCG4,XPR1,RTN4R,GRIA2,NDRG4,BRSK2,NDRG3,RTN1,CHRNA7,CACNA1B,CACNA1A,LPL,BHLHE22,CPLX2,KLC1,SEZ6L2,FBXO44,CACNA1E,LRRC55,RTN4,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,DPP6,SNN,KLC2,KIF3A,PLXNA2,CAMTA1,SRGAP3,OTX1,KIF3C,PDZD7,SYT4,AUTS2,KLHL23,NSG1,SCRT1,PTPRD,REEP1,RALYL,LRCH2,NR4A3,DAB1,HOOK2,NSG2,LHX2,HOOK1,CNTN2,CNIH2,SNAP25,CELF2,SCHIP1,MAST1,CELF3,CHD6,ELAVL4,CELF4,CELF5,AFF3,SOBP,FBLL1,PKD1,ELAVL2,ELAVL3,POLB,SENP7,MCF2L,CASP3,PSD3,SUMO2,GDAP1L1,CEP170,GALNT9,TRIM67,EMX1,PPP2R5B,UBE2QL1,SEZ6L,SEPT3,DNM3,GAP43,PTP4A3,RCN2,ALS2,DDAH2,CDH10,GFOD2,DCX,FAM84A,CDH13,TERF2IP,INA,CAMK2B,HCN3,HDAC2,NRXN1,RGS16,CXXC1,NRXN2,CRMP1,DLL1,ADD2,STOX2,CACNG7,ABLIM1,GNG3,MAPK8,RMND5A,IGFBPL1,GNG2,DNAJB5,SLITRK1,VPS53,SPOCK2,NNAT,TRIM46,SPOCK1,NCAM1,OPCML,CLASP2,BEND6,CHGA,NTRK2,LINGO1,MARCKSL1,SLC12A5,PCDHGC4,PCDH7,PCDH8,CADPS,MEIS2,NELL2,IRGQ,FAM155A,KLF7,NFASC,SBK1,FAM131C,SYT11,FAM131B,TSPAN18,NOVA2,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1,METAP2"
+"gene_set_query"	"295"	"ZNF518B"	"359.0"	"ARCHS4 Coexpression,146;Enrichr Queries,465;GTEx Coexpression,466"	"IPO11,TFRC,PHAX,FNBP1L,BACH2,LSM12,TBK1,ALCAM,PPP4R1,ZMIZ1,DPYSL2,MYC,DPYSL3,GPBP1,STMN1,MED1,MEF2C,WSB1,CXADR,TSPYL1,CD3EAP,SOX11,DICER1,RNF126,DAAM1,WDR82,ZSCAN21,DDIT4,JTB,ALG10B,SAR1A,SAR1B,MAPKAP1,MTMR9,MRPL12,OAZ1,RNF216,FLRT2,RAD21,CHST15,PIP5K1A,RDH14,JUN,FZD3,PRELID1,CADM1,PLK2,RDX,MAD2L1BP,IRF2BP2,NETO2,PBX1,MLLT11,PCDHGA11,PKIA,FASN,DZIP3,CPEB4,SETD2,WDR48,PHF20,MRPL36,ADO,PHF6,MRPL42,RIOK2,ZIK1,PCMTD1,UPF2,SLC39A10,ELOVL6,BAZ1B,DUSP6,SRP9,SLC7A5,ZEB2,INF2,TMEM33,CDC42EP3,PXDN,EXOC5,PAFAH1B2,ARF6,FAM117B,CENPB,BCLAF1,NSD1,LMAN2,CLPTM1,ZSWIM6,RPL18,ZSWIM5,SRSF10,RUNX1T1,SF3A2,YTHDF3,USP9X,KIDINS220,CSNK1A1,MBD1,GTF2H1,WDR12,SYNJ2BP,NFIA,NFIB,ETNK1,TRMT6,TSR1,NUCB1,PKN1,IPO7,PPP1CB,CDH2,SLC39A9,CFL1,KPNA6,PAPOLA,SMARCAD1,KPNA4,MTPAP,KPNA3,SLC38A1,RPS9,MAP2K2,IGFBP3,TPM1,IGFBP2,FBXO11,MORF4L1,TXLNA,LIX1,MORF4L2,SRSF3,ADNP,SRSF6,KPNB1,GLYR1,SNRPB,INO80E,RAB5C,CUL5,INSIG1,CUL2,CUL1,UBFD1,LIN7C,GTF2E1,CORO1B,SOCS2,SBNO1,EIF1AD,BAG4,PITRM1,G3BP2,PLXNA2,ZKSCAN2,ANKRD10,SLC38A2,SKIL,NEK9,AKIRIN1,TIA1,ANKRD27,ZBTB12,MARCH7,MARCH6,ZC3HC1,CNOT7,NBEA,EIF4G3,EIF4G2,SERINC5,PTEN,ZFP82,DUSP12,FSD1L,OPA3,PPP6R3,TLK2,PGM3,TLK1,CEP170,TNPO1,EIF5A,PPP1R12A,GGPS1,TNFRSF19,ATRX,ZFP91,ACTR8,PTBP2,ARL4C,PTP4A3,POLR1B,CTDSP2,BCAT1,SEC22B,TRABD,RNF34,RAB1B,WBP4,TULP4,CXXC4,RBBP4,POLR2B,POLR2D,RBBP6,FEM1C,EIF4E,TRIM44,RNF20,GADD45GIP1,PCDH7,ADRM1,CDC42BPA,MTOR,ENOX1,NELL2,KLF7,NIN,KLF6,MARCKS,PFKL,APC,POLR3D,DNAJA2,MGAT4B,STUB1,TRIM32,METAP2,CCNJ,TMEM41B,THUMPD3,THUMPD1,NUDT3,RPS15,DPF2,LONP1,ARL6IP4,SOX4,ARRDC4,EPHA4,ST6GAL1,ARRDC3,CSNK1D,TIAM1,RRAGD,HECA,KCTD12,FAM76A,PFN1,CBLL1,TRIB2,PFN2,FOXG1,CTR9,DCUN1D4,DCUN1D1,TMTC1,PIK3R1,RPAP3,APH1A,NUAK1,SGPL1,HLTF,MIER1,HIVEP2,SEC31A,ZRANB1,BCL11B,BCL11A,SMARCA5,GADD45G,CCDC88A,ZBTB6,ID2,FUBP1,CALU,ANP32E,CALM2,ITM2C,MRPS17,NRP1,CCDC127,CITED2,SLC35F1,SIPA1L2,ROBO1,AKAP12,PCM1,ZMYM4,GLIPR2,ENC1,REV3L,ARIH2,DHX15,SDF4,RAC1,RSPRY1,TMED9,CCDC115,TSC22D3,TOPORS,MLF2,RHOB,RAP2C,ENAH,MN1,RAP2B,HNRNPH1,CSDE1,G2E3,RHOU,SGK1,ATP6V0C,PRICKLE1,NAPG,PCNP,SHOC2,CCT7,MTX3,VEGFA,PPP1CA,MIB1,KBTBD4,CCNG2,CAPZA1,TTC3,TRIP12,FAM171B,GRINA,UBE3C,ARID4A,UBE3A,LZIC,CWC27,CHCHD4,PPIP5K2,ARHGDIA,ARID2,UBE4A,TSC1,ATP1B1,MID1,TMX4,TBL1XR1,TIPRL,TBC1D24,CHMP4B,BHLHB9,COPB1,BTF3L4,TOR1AIP2,PDS5B,NDRG1,SEL1L3,EFNB2,ARHGAP21,DNAJC21,LLPH,CYC1,MYH10,PRNP,CBX5,HSPA4,CPSF2,DNAJC14,KLHL24,EIF2S1,DNAJC16,UBE2W,EFNA2,HOOK2,HOOK1,GNB2,MKRN2,TCF4,SAE1,BRWD1,LRP12,COPE,YWHAE,ACADVL,ASNSD1,PRKCSH,USP34,CHD6,SLC2A3,ELAVL1,RND3,RB1CC1,PDE4B,CASP2,TOPBP1,MAPK1IP1L,NAA30,PDPK1,RBM18,PDE4D,TBC1D9,NAV1,CKAP5,YWHAZ,TGFBR1,DNM2,VCAN,CREB1,SETBP1,DDAH1,IGDCC4,EEF1D,THRAP3,DCX,NAA35,RAP1GDS1,GNG2,TRA2A,RALY,ABCF2,PTCD1,EYA3,USP22,PDE4DIP,MEIS2,ACVR2A,GDAP2,SLC4A7,FAM98A,NAA15,VIM,SUGT1"
+"gene_set_query"	"296"	"ZBTB2"	"361.3"	"ARCHS4 Coexpression,318;Enrichr Queries,275;GTEx Coexpression,491"	"HNRNPU,GABPB1,EPRS,ALKBH8,LSM12,TBK1,ZMIZ1,ALKBH1,MYC,IER5,RNF111,IER2,MED1,DDX18,STARD7,DNTTIP2,CD3EAP,MED6,GTPBP4,DDIT3,PSME3,RUFY3,ZSCAN21,DDIT4,YME1L1,ALG10B,ATF4,SF1,SLBP,NEDD4L,NOLC1,MTDH,HSPH1,RAD21,VTI1A,RRS1,MCMBP,NRBF2,NAA50,JUN,JUND,PRRT2,PNO1,PLK2,EIF2AK3,MAD2L1BP,IRF2BP2,MEX3C,EIF1,EHD1,HNRNPL,EIF5,HNRNPK,FASN,HNRNPF,HNRNPC,GMEB1,PIGU,BTG1,PHF23,LPCAT1,WDR43,TRIM8,RIOK2,RIOK1,JARID2,ZC3H10,BRD2,NSUN2,AEN,ELOVL6,NIPA2,DUSP6,NCOR2,SLC7A5,AFTPH,CDC42EP3,PXDN,TCP1,NIP7,NRAS,PPP1R8,USP1,ZSWIM6,SRSF10,DEDD,YTHDF3,UTP3,GATC,GTF2H2,NMNAT2,BYSL,GATAD2A,NUDT21,PHF5A,RYBP,SERBP1,PKN1,PHLDB1,CSE1L,CTNND2,UBE2D3,BZW1,IPO4,YY1,PIM3,KPNA2,USP7,SLC38A1,TPM3,MAGI2,SRCIN1,ILF2,PIAS1,CLIP3,MSH3,RAB35,SRSF2,SQSTM1,SRSF7,ANAPC1,FKBP5,LRRC59,BRSK2,PFKFB3,INSIG1,TARS,RAP1B,SOCS2,STIP1,MED30,PITRM1,G3BP1,BRIX1,SLC15A4,SLC38A2,SKIL,RAB6B,ZKSCAN1,MCL1,NOP14,AKIRIN1,TOR1A,M6PR,HPS3,TOR1B,SLC7A6OS,GNL3L,SP3,MDM2,SPIRE2,CPE,EIF4G2,ISY1,HSP90AB1,WDR1,WDR4,PIK3CD,DUSP12,PTBP1,ZNRD1,NOB1,SIN3A,UBTF,PMEPA1,MRPL9,TNPO3,ACTR3,ACTR2,HSP90AA1,CHUK,PATL1,TSN,PTP4A1,CTDSP2,POLR1B,ETF1,PPP1R15A,PPP1R15B,SMARCD2,MAK16,SRSF1,DNAJB1,FIP1L1,HAUS8,BEND3,FEM1C,CSK,CCDC71,EIF4B,ATP9A,TXNRD1,CCDC59,HNRNPAB,PNRC1,PNRC2,KLF7,NIN,MARCKS,KLF6,SNRK,NFASC,SYT11,CEBPZ,EIF3C,EIF3D,TPT1,ZMYND8,FCF1,CISD2,ACTB,CDC26,CDC27,MAGOH,LONP1,EPC1,SOX4,TMPO,SCAF11,ACTN1,ARRDC3,IFRD1,RECQL,ANK2,MAPK8IP2,MAPK8IP1,BOLA2,XRN2,HECA,KCTD15,BEX1,DHX8,DHX9,STXBP1,PIK3R1,RPAP3,GSPT1,APH1A,PTDSS1,PCBP1,MIER1,HIVEP1,HIVEP2,RBM12,ATP6V0A1,NUS1,RCC2,SNAP91,GADD45G,CCT6A,STAG1,ZBTB6,SNW1,STAG2,ID2,ITM2C,CITED2,MRPS12,SLC7A11,HERPUD1,AKAP12,SYNCRIP,XPO1,ENC1,DHX15,KIF1B,KIF1A,UTP14A,CCT3,CDV3,NCOA5,PRPF40A,SYP,MRPS7,PPRC1,RHOB,ARHGEF9,PRPF18,CSDE1,ARHGEF4,STRAP,MAPRE3,PABPC1,MAPT,SGK1,MAPRE1,PTMA,CSTB,PCNA,SLC20A1,HEATR1,DERL1,CHRAC1,NFIL3,SERTAD2,SHOC2,MGAT2,CCT8,PAK3,PAK2,CCT5,CCT4,SUZ12,ARNT2,NPM1,PTGES3,PNMA2,VEGFA,KBTBD4,RSL1D1,KLHL8,TTC3,MEGF8,MIDN,TATDN2,KIF5C,CWC22,KIF5A,PALM,AZI2,KDM2A,LMO4,APLP1,RUNDC3A,EEF1A1,TMX1,TBL1XR1,TIPRL,PPIF,ZCCHC7,DDX6,IDI1,NDRG4,NOP2,TMEM59L,HTRA2,CACNA1A,NDRG2,SEZ6L2,NDRG1,RPF1,EFNB2,DPP6,RNASEH1,GRK6,LLPH,HSPA9,IVNS1ABP,HSPA8,PRNP,CPSF7,HSPA5,HMGA1,NUP153,BFAR,SYT7,NFKBIA,GNAO1,EFNA2,HOOK2,HOOK1,CAPRIN1,UBA2,AMOTL2,SAE1,DDX3X,CHD6,HMGB1,USP39,RND3,LMNB1,SPRED2,ZC3H7A,MCF2L,RBM7,UTP15,KDM6B,KLF11,KLF13,SVOP,PDPK1,OXSR1,ARID1A,YWHAZ,ARID1B,DNM1,SEPT3,EEF1G,SFPQ,NUP50,CHMP7,CAMK2B,USP10,DDX20,DDX21,SLC3A2,RNF4,TOB1,RNF2,HSPD1,GNA13,DNPEP,TAF1B,MAT2A,TGS1,LEPROTL1,TAF1A,MKNK2,BNIP2,NCAM1,MTA2,SMNDC1,CYTH1,RRM2,B3GAT1,DEK,SSRP1,FAM131A,ERCC8,BAX,SPRY2,ABCE1,TAF2"
+"gene_set_query"	"297"	"CEBPD"	"363.2"	"Literature ChIP-seq,133;ARCHS4 Coexpression,1228;ENCODE ChIP-seq,65;ReMap ChIP-seq,54;GTEx Coexpression,336"	"MDC1,MT-ND4,SLC4A1AP,TFRC,EHMT2,GHITM,RBPJ,SCAMP5,ALKBH3,SCAMP4,PREX1,TBK1,RAVER1,PSMD3,AKT3,SAMD10,RBFOX2,DNTTIP1,RFX3,FRS2,HDHD2,SCAMP1,RC3H2,BCR,RUFY1,EID1,MYL6,DDIT3,DDIT4,UNC50,RUFY2,TMEM126A,PSME1,CGGBP1,ATF4,TSTA3,EXD2,ABCB6,SAR1A,SAR1B,MEPCE,AGAP2,MRPL14,AGAP3,MRPL12,OAZ1,GABARAP,CIAO1,PRPSAP1,MRPL20,RHOT2,PRKAR2B,PUSL1,ATRIP,RHBDL1,VTI1B,HEXIM1,B3GALNT1,JUN,PRPF38B,PRRT2,JUP,CADM2,NCAPH2,NR2F1,EXOC6B,PBX2,MRPL28,MRPL24,MRPL21,MRPL30,MLLT10,ABTB1,TBL3,EIF5,FASN,TDP1,PSMG3,PSMG4,PKIG,ARF3,PIGQ,RPLP0,MRPL38,PRKAG1,MRPL39,MRPL36,MED16,BBC3,JPH4,TRMT112,NIPBL,FASTK,B3GALT2,B3GALT1,RPLP2,APC2,LRRC47,LYPLA2,LRRC45,DUSP1,SPHK2,TEX10,ELOVL2,MRPL49,MANEAL,SIRT7,NIPA2,JOSD1,GMIP,MED27,DYNLL2,MED29,MRPL43,SIRT3,LRRC42,MRPL44,MED23,MRPL53,SLC7A5,PSMA6,MED25,PLSCR3,CDC42EP4,PGAM5,SLC29A1,ERGIC3,VAMP2,LRRC14,TRUB2,ECHS1,OAT,LIN37,DLST,TMEM70,MRPL55,GGA2,UNK,GGA3,BTAF1,TMEM65,PSMB3,TMEM68,FLNA,HARS,SAMD1,MBD6,EGLN2,ATRNL1,SNX22,GATAD2A,SKI,SPSB3,MYBBP1A,CCDC9,SNX17,SHKBP1,TAOK1,UBAP1,GOPC,RPL22L1,CIAPIN1,AGRN,CRAT,CRLF1,YPEL3,PDCD5,UBE2D3,UBE2D1,ZBTB22,FBXO21,TSEN2,FBXO22,HDDC3,FADS2,LAPTM4A,SMCHD1,RUVBL2,ADORA1,PIM3,MAP3K9,KPNA2,PCYT2,DGAT1,CISH,PPP1R16A,CTNNBIP1,ATP11C,TBR1,LENEP,SAP30,FOXP1,MSH6,ACAP3,MSH2,SLC9A8,SRSF2,FSCN1,SRSF3,SRSF4,SRSF5,SNRNP200,SQSTM1,SRSF7,ANAPC1,ANAPC2,FTO,INO80B,LRRC59,RNASEH2A,PFKFB3,MAZ,SPATA2,FBXO45,UBFD1,NTPCR,LIN7C,CORO1A,CORO1B,UQCRH,GLIS2,RAP1B,SBNO2,SNN,ATXN2,NDOR1,RAP1A,MED30,STK38,SMYD2,EIF4EBP2,E4F1,LRRC4C,SLC38A2,NADK,TXNDC5,GOT1,FUS,ODF2,API5,GFPT1,ZBTB12,ZBTB11,EEF2,FBXO31,UCKL1,DRAP1,ZC3HC1,AAK1,MDM4,LRCH4,NIT1,OGT,SLC25A1,ZNF512B,ITGB1,SLC25A3,HSP90AB1,CELF2,PTEN,ETFB,ARRB2,AP4M1,NGRN,SUMO1,DGCR8,ACP2,ARL5A,EDIL3,ACTR2,EIF5B,PEG3,ARNT,RAD23A,VEZF1,ARFGAP1,SLC25A17,PIK3CA,NPC2,SNURF,ETF1,BIRC6,BDP1,SEC22B,SLC25A5,SLC25A11,DCTPP1,ST6GALNAC6,RNFT2,PPP1R15A,LRP1,NDUFB6,UHRF2,PRCC,ZBTB45,FOXRED1,MLLT6,TSPAN31,PPM1G,MTHFSD,CDC42,FOXRED2,GANAB,CCDC85C,U2AF2,SLITRK1,FCHO2,SH3BP2,SLITRK5,FYN,FSD1,E2F4,HNRNPA1,EIF4E,SLC25A22,GADD45GIP1,PPP1R14B,HNRNPA3,NOP58,MARCKSL1,NDUFA7,TRIM41,SSB,PCDH9,FEM1B,MBOAT7,CNBP,RPL23A,LYSMD4,EFR3B,CABLES2,ATOX1,GSTZ1,DBNDD1,EIF3G,EIF3H,TRIM37,STUB1,PDCD2,P4HB,SMAP2,SMAP1,SPG21,EIF4A1,AHCYL1,TMEM41A,PLEKHB2,PPAN,TXNDC11,CCNC,ZDHHC8,THUMPD1,IFI30,ACTB,NUBP2,TXNDC17,UBE2L3,ZDHHC4,EFR3A,TRIM28,BSG,CHORDC1,CDC27,TRIM24,EPC1,KIF21A,CCNL2,TRIM27,CCNL1,ATXN7L3,SLC12A9,EPHA4,PAQR4,ACTN1,ECH1,ENTPD6,NSMCE2,CIRBP,ANK2,CSNK1D,MOGS,ACTN4,ANK3,MFSD11,THAP3,CDC34,SNHG12,CDC37,KCNQ2,CSNK2B,ULK3,CD2BP2,ULK1,PREB,CTXN1,KCTD18,TRIB2,MMADHC,SLC45A4,TMEM87B,GGNBP2,PEX11B,FBF1,CEND1,UBE2J2,TTBK2,SNX1,SEC14L1,PGBD5,PCBP4,DHX34,LARS,PCBP1,DHX35,MIER1,SYMPK,SURF6,FAM192A,RIMKLA,DECR2,RBM12,RAB11FIP4,N4BP1,CTSA,XBP1,IQSEC2,INTS2,SMARCA1,BRI3BP,PTK2,EXT1,ID2,CDC16,INTS5,NDUFAF3,PAF1,COL9A3,NOL10,CALR,CALM1,RGL2,CALM2,SUGP2,FBXL6,MON1B,AARS,DHRS13,NRP1,MRPS15,CCDC127,GPAA1,PPP1R10,TECR,INTS10,SLC7A11,WASL,COX7C,PTMS,PPP3CA,ARV1,MAP1LC3B,MLX,RAC3,SDF4,KIF1B,SSSCA1,CTSB,COX8A,GRIPAP1,PBRM1,TMEM150A,MRPS24,GAA,PABPC4,NCOA4,COMMD1,MRPS7,SYN3,COMMD4,APRT,RGMA,KIN,SLTM,VSNL1,G2E3,TAX1BP1,PTMA,DBN1,STK40,NAPA,SSNA1,GNAI3,CCDC106,MRPS30,RELA,GNAI2,ARVCF,MNT,EXOSC4,SAMM50,NFIL3,CAMK2N1,ORMDL3,HSF1,PAK6,MGAT1,CCT4,MAP3K3,YIPF2,YIPF3,VEGFB,TMUB1,PLEKHA5,TTC1,RSRC2,MYO9B,VEGFA,YIF1B,PER1,SEC23IP,CCNG2,TTC4,HNRNPA2B1,TCEA2,AGGF1,CCNYL1,TACC2,GRINA,CARS,SCARB1,CRTC2,MIDN,CRTC1,CD81,ZFAND3,ZFAND6,ZFAND5,PHRF1,NARS,KHSRP,PALM,ARID2,BAHCC1,PPFIA3,SLC30A9,ZGPAT,ADPRHL2,FBXW11,ATG9A,SDHA,RUNDC3A,MID1,TANC2,COX6B1,EEF1A1,TMX3,FAM173A,HNRNPUL2,EHBP1L1,WDFY1,WDFY3,GEMIN7,PPIB,RTN2,COX19,NDRG4,DDX5,NDRG3,NDUFB10,PSMD14,KLHL17,HTRA2,KLHL12,PSEN1,NDRG2,RTN4,SHARPIN,KIF3A,TBC1D14,H1FX,CYC1,TBC1D17,BCL9L,UBE2F,IVNS1ABP,OST4,FDPS,UBE2I,KLHL25,UBE2B,VTA1,PCIF1,HMGA1,TIMM44,SUPT5H,AHI1,BMP1,APPBP2,PQLC1,GNB2,GNB1,UBA3,UBE2N,PHF14,PHF13,UBA2,CYCS,AMOTL2,LSM14B,UBE2K,PICALM,GALK1,UBE2M,YWHAE,RERE,GSK3B,RBM28,PHTF2,GSK3A,PRR7,CHD8,DPY30,ILK,CHD4,TAZ,RND2,CHD2,AFF4,TMEM222,TMEM223,ABHD16A,MLST8,MYO18A,TBP,NUP133,PDPK1,DDX55,ABHD14B,ARHGEF18,ABHD14A,SYNGR3,GPCPD1,YWHAZ,DDX50,EPN1,EEF1G,CREB3,NDUFS8,NDUFS7,TMEM214,SETBP1,EEF1D,ACOX1,PEX3,TBC1D5,GFOD2,NDUFS4,NDUFS3,MAN1B1,CUEDC1,AGPAT5,DCTN5,RRN3,DCTN1,NAA20,DDX21,SLC3A2,CLCN3,AGPAT1,ATP2C1,RNF5,AGPAT3,TAF1D,RAB40C,TMEM203,TGS1,SPOCK2,MKNK2,BNIP2,PTK2B,TMEM208,PDLIM7,RRM2,TAF15,BNIP3,ATP2B1,MAPK14,ACVR2A,POLE4,RPIA,GOLPH3,GALE,ERCC3,ERCC1,BRMS1L,FAM131A,ACIN1,TAF6,ERCC5,FAM98B,KRAS,RPL5,RPL3,RPL31,STMN3,HNRNPU,SMC5,RPL8,RPL9,BACH1,RNF114,ZMIZ1,ZXDC,RPL36,PIP4K2B,RPL38,MPV17,DIP2B,VPS36,NFRKB,IER2,ANKS1B,PRKCI,TSPYL1,WSB1,WSB2,RPL22,DAPK3,PRKCD,WDR74,SOX12,GTPBP1,ATG12,NISCH,DYNC1LI1,RNF126,WDR81,ARMC6,WDR82,RPL24,RPL27,NUP98,RPL26,RPL29,UBA52,VPS25,RPL28,VPS28,CDC42SE1,PHYHIPL,ATXN7L3B,VPS26B,PRKCZ,GLG1,ADH5,ANAPC11,PRDX3,PRDX2,PRDX5,NCSTN,CHST15,MCMBP,ST3GAL5,ST3GAL1,NAA50,BRAP,PHC2,RPL41,CDK19,JUND,WDR59,H3F3B,RAB3IP,SETD1A,RDX,IRF2BP1,IRF2BP2,PA2G4,NR1D1,TMEM198,WDR55,EHD1,HNRNPL,FIBP,SLC6A6,HNRNPF,OGDH,HBP1,DUS1L,FARSA,CDC42SE2,OGFR,MOCS2,GMEB2,WDR48,BTG1,ELL,TCF25,PHF23,PHF1,CLTC,GPT,WDR46,TMEM186,RNF157,TRIM8,TMEM189,RARS,TIMP2,GPR137,PLEKHN1,CIC,JARID2,EMD,CEP68,ZC3H10,BRD2,RPS6KL1,TPI1,MIOS,IFNGR2,TERF2,COPZ1,RNF168,RNF167,ZEB2,NCOR1,TUBB2A,KIFC2,HEATR5B,RNF166,PCYOX1,GRN,PHLPP1,RPL10,GPS1,GPS2,WDR24,ARFRP1,PPP1R2,PPP1R8,RPL14,RPS3,RPS2,RPL18,PAIP2,RPL19,RUNX1T1,RPRM,SF3A3,SF3A2,BRF2,PCGF2,WDR18,NR1H2,SYVN1,TRMT1,ELP3,GTF2H1,DEF8,AGBL5,ABI2,NFIA,NFIB,ZYX,INHA,FAM49B,CHPF,CTNND2,AUP1,BZW2,IPO7,TM7SF2,FAM107B,EDC4,ABHD12,PPP1CC,GRB14,TUBB3,RNF19A,CFL1,SMARCAD1,LZTS2,MAF1,PLEKHJ1,SLC39A3,RAB2A,MAGI1,TLE4,TLE3,RAB2B,RPS9,USP5,USP3,RPS5,MAGI3,RPS6,AIP,DYRK1A,LEMD2,THOC6,CTDNEP1,PYGO2,MORF4L1,RALGAPB,RAB34,MADD,PGP,SNRNP27,TNIK,PHPT1,SNRPB,FKBP2,SEMA7A,CD151,FAM114A2,BRI3,ANKRD11,CUL2,UBR3,KLC1,PHF21A,NACC1,DVL1,ABL1,DVL2,NDN,MAP2K7,MAP2K5,MCL1,MPDU1,ESRRA,ANKRD34A,OSBPL8,EIF2B4,OSBPL5,POLR3GL,MARCH9,DHCR24,ADAP1,MARCH6,LSM4,SCRT1,LSM2,CNOT4,COPS6,LSM7,SLC7A6OS,CDK5,NBEA,CDK4,MAFG,RNF181,PLXNB1,SERINC1,NF2,IARS,LZTR1,EIF4G2,RNF187,BCL2L1,RNF11,MCM7,RNPEPL1,ZC3H3,TRADD,CCDC47,WDR4,PTBP1,RPL7A,NOB1,OPA1,SIN3A,AP1G1,PSD3,UBTF,WDR6,EVI5L,HIF1AN,SLC37A4,EIF2B1,CCDC50,ILKAP,ADSL,PLEKHG2,REXO1,CDADC1,GPX1,GPX4,GGPS1,RPL13A,EDF1,PLRG1,YDJC,TSN,COASY,PTBP2,PTP4A2,TRAF7,DALRD3,TRAF4,DNAJC5,LANCL2,CCDC43,DNAJC8,SOS1,CRK,WBP1,WBP2,HDAC1,TULP4,HDAC7,AP3M2,DNAJB2,FBXL20,CACNG7,DNAJB1,NFS1,PUF60,POLR2B,POLR2C,POLR2D,POLR2E,DNAJB9,VPS54,RBBP6,SNRPB2,RAB28,POLR2L,SLC35A1,SPAG7,PPIL2,RNF24,SMOX,FBXL19,SEMA4C,PTPN12,FBXL16,DDHD1,PNRC1,FBXL12,CUL4A,KLF7,KLF6,MARCKS,DNAJA3,IMPDH2,MFAP3,MGAT4B,POLR3E,DRG2,CEBPZ,SNRNP48,PPIL4,SLC35B2,FAAH,CMAS,PANK3,IFITM2,VARS,ARL6IP1,ZMYND8,CISD1,CBLB,RPS14,RPS16,FRAT2,RUSC1,FLAD1,FTH1,MAGOH,BTRC,RPS11,ZFPL1,RPS10,SEPHS2,RPS12,TBC1D10B,PDHX,COG8,ACSL6,BOLA1,MRPS18B,PTOV1,MTUS1,AP1AR,JMJD8,JMJD6,CARHSP1,KARS,SIK3,PFN1,AURKAIP1,OBSL1,CUTA,RTEL1,NECAB3,DCUN1D5,LMAN2L,TWF2,TWF1,TRMT2A,DGUOK,SCFD1,NUAK1,INPP5F,ATP6V0A2,GSE1,TNRC18,STXBP5,RALGDS,ATP6V0A1,BANP,VASP,VAT1,SNHG1,TRAP1,SNHG6,ACADSB,SRPK1,CCDC88A,STAG1,RPS27,CORO7,RPS21,C2CD2L,ITM2B,RPS24,DAZAP1,UBXN1,FAM45A,CITED2,FAF1,OLA1,MYL6B,SPPL3,GLIPR2,C1QBP,XPO5,RALGPS1,PSD,PSENEN,TOP3B,ZYG11B,PRMT7,ZER1,GP1BB,STRBP,TSC22D3,PRMT3,NME3,AMPD2,RHOF,PPHLN1,PPRC1,CBFA2T2,LIME1,MLF2,NME1,RHOB,UGDH,PRPF18,HNRNPH1,WAC,FAM20C,MAPT,SGK1,ATP6V0C,MPND,TOMM40,GDPD1,AKAP7,RFNG,TYMP,TRAK2,CST3,AMN1,RBM15B,ZDHHC18,TCEAL5,ATP6V0E2,LCMT1,RANBP1,MTX2,PTGES2,XPO7,RANBP6,RAB11A,ATAT1,KBTBD4,HIST3H2A,R3HCC1,FAU,KBTBD7,CDK5R1,NDUFA13,NDUFA11,NDUFA12,SPPL2B,ROGDI,HDLBP,CWC25,TOMM22,FBL,BASP1,ARHGDIA,FPGS,HCFC1R1,COTL1,TMEM14C,PDIA3,NOM1,PHYH,NOSIP,ATP1B3,TSC1,LMO7,PUS7,KCTD5,TUFM,DPM2,TMEM135,PRPF6,DNAJC30,SPNS1,FIZ1,XPR1,ATP6V1A,ZCCHC8,IDI1,ISYNA1,RPS19BP1,PXN,TMEM59L,NOP2,CLEC16A,EFNB2,ARHGAP21,UBB,CASKIN1,RPRD1B,DMAP1,SUDS3,ATP6V1D,ANKZF1,KLHDC10,HSPA9,MPST,ACBD6,ACBD5,ACBD4,CBX5,CPSF6,CPSF1,CBX4,SMURF2,CBX3,RHBDD2,CBX2,CBX1,ASPSCR1,COQ9,COQ5,NFKBIA,ARHGAP33,RALYL,EFNA2,DLG4,DNAJC10,CHMP2A,BRWD1,LRP10,MUS81,KDM5B,ACADVL,USP38,ASNSD1,USP32,GTDC1,USP39,SLC2A8,SENP6,SENP7,SNAPC2,MCF2L,GMPPA,FLOT1,PDE4A,USP30,RBM7,SCYL1,KDM6B,MAPK1IP1L,H2AFX,AXIN1,PPP2R5B,RNF208,ARID1A,CKAP5,SENP3,SEPT5,ARID1B,KLF16,FAM189B,GAP43,DDAH2,THRAP3,RASA1,AKT1S1,TRNP1,CDH11,PFDN2,ITGB1BP1,TMEM9,THOP1,B4GALT7,TSEN34,VAC14,KDM3A,STOML2,RGS19,POLDIP2,TM2D2,OPRL1,PDXP,SPG7,FAM169A,U2AF1L4,TBRG4,TBRG1,MAPK9,NXF1,MAPK7,CHSY1,GMDS,FAM120B,SAP30L,MAPK1,ROMO1,SPEN,USP24,KDM4A,PTCD1,KDM4C,WTAP,NEGR1,BAD,LIMK2,HAGHL,SGTA,CYHR1,LCA5,MEIS2,NAP1L4,PPP2R2C,RPS6KB1,CAPN10,RPS6KB2,BAX,SSBP1,SSBP4"
+"gene_set_query"	"298"	"ZNF451"	"364.0"	"ARCHS4 Coexpression,222;Enrichr Queries,65;GTEx Coexpression,805"	"RB1,MDC1,ATF2,NCKAP1,HNRNPU,SMC3,RBPJ,EPRS,RPL8,RNF114,CAPNS1,MYC,DPYSL2,ZMIZ2,GPBP1,AKT1,AP1S1,PRKACA,DDX17,WSB1,TSPYL1,CD3EAP,SOX11,DICER1,DAAM1,EWSR1,PRKAR1A,RFX7,DDIT4,RPL29,ALG10B,RPL28,SAR1A,FLII,BAZ2A,MRPL12,ARPP19,HIF1A,OAZ1,PIP5K1C,CREBBP,JUN,PRELID1,BRAF,UPF3A,BBIP1,MEX3C,PHC3,SETX,MEX3B,EIF5,GIPC1,HBP1,CPEB4,CEP57,PHF3,ARF3,OGFR,SETD5,SMG1,PIGU,WDR48,CDKN1B,PHF1,TRIM8,MRPL42,NIPBL,MED13,CIC,PCMTD1,BRD2,UPF1,SHPRH,TCF12,ASH1L,PHF20L1,RNF167,NCOR1,INF2,TMEM33,MTF2,PXDN,TKT,PAFAH1B2,GRN,SRRT,CENPB,BCLAF1,RNF138,LMAN2,USP1,CLPTM1,RICTOR,BRD8,SF3B1,YKT6,SRSF11,NKTR,CSNK1A1,USP9X,MBD1,SYNJ2BP,SCAF1,MKLN1,NFIB,SNX14,ETNK1,TAOK1,ZYX,NUCB1,PKN1,FRYL,CCNT2,ATN1,PPP1CB,SMCHD1,ZFP30,LAMP1,CFL1,PAPOLA,SMARCAD1,MTPAP,BNIP3L,SLC38A1,MAP2K2,RALGAPA1,TPM1,THOC1,DYRK1A,ATP11B,PRPF4B,FBXO11,PIAS2,FOXP1,ATXN2L,CTDNEP1,MORF4L1,DMTF1,RAB35,SRSF3,PHIP,ADNP,SRSF6,SQSTM1,ANAPC2,INO80E,CD151,RAB5C,TNKS,CUL3,ANKRD12,GMPS,UBR3,LIN7C,SPATA7,CORO1B,ORC4,SBNO1,SBNO2,BAG4,STK36,TPR,UBR5,DVL1,BTBD2,NACC1,SLC38A2,SKIL,MCL1,ESRRA,OSBPL8,TIA1,ODF2,GFPT1,MARCH6,SON,SH3BP5L,SP3,MDM2,NF1,TPP2,PLXNB2,MDM4,OGT,NFE2L1,LMBR1L,WDR1,POMT1,CEP164,PTEN,SYNE2,METTL14,CAPZB,PPP6R1,PPP6R3,TLK1,CEP170,TNPO1,EIF5A,PPP1R12A,DST,GPX4,ATRX,VPS13A,ZFP91,EDF1,PTBP2,PPM1A,TRAF7,PIK3CA,CTDSP2,POLR1B,DNAJC5,BIRC6,SEC22B,PPP1R12C,BIRC2,NFAT5,CANT1,RAB1B,RNF38,TULP4,LENG8,ZBTB45,MLLT1,SRM,RAB21,GANAB,NCLN,RBBP4,U2AF2,RBBP6,FEM1C,EIF4E,SPAG9,HNRNPA3,PPP1R14B,ADRM1,DONSON,DDHD1,CDC42BPA,OXR1,TPD52L2,ASXL1,KLF6,EIF3K,APC,IMPDH1,MGAT4B,PDCD4,STUB1,P4HB,TRIM33,SLC25A36,TCERG1,ZMYND8,JMJD1C,THUMPD1,PNN,HERC1,BSG,ATXN7L3,SOX4,TMPO,SRRM2,SCAF11,ARRDC3,MOGS,AKAP9,FAM76B,PFN1,CCDC82,MACF1,DCUN1D4,MYCBP2,DCUN1D1,PIK3R1,FXR1,APH1A,APH1B,SPAST,PCBP1,HLTF,MIER1,TRPM7,RAB11FIP2,INTS1,SMARCA5,PTK2,MED13L,PUM2,CCDC88A,STAG2,WNK1,FUBP1,CALU,SUGP2,TOP2B,AHCTF1,USPL1,CCDC124,PRPF19,ZCCHC14,COIL,EPM2AIP1,PCM1,ZMYM2,AKAP11,XPO1,ZMYM4,REV3L,SDF4,RAC1,UBXN4,PBRM1,TMED9,TSC22D1,TSC22D3,MINK1,PRPF40A,HNRNPH1,CSDE1,G2E3,WAC,ATP6V0C,DOT1L,NEDD8,GNAI2,UBTD2,MGAT1,RANBP2,SUZ12,MIB1,MPHOSPH9,CAPZA1,HNRNPA2B1,TTC3,CTNNB1,TRIP12,PNPLA6,GRINA,OTUD4,CD81,ZFAND5,ARID4A,ARID4B,IGF1R,PPIP5K2,KIF5B,ARHGDIA,POGZ,EP300,ARID2,TSC1,RSBN1,TBL1XR1,CHMP4B,MATR3,FAM92A,TOR1AIP2,PDS5B,PDS5A,EP400,ZC3H14,BPTF,SMAD2,SMAD4,CBX5,NUP155,CCDC136,KLHL24,SMAD5,APPBP2,NASP,HOOK2,HOOK1,GNB2,GNB1,GNAS,BRWD1,LRP10,UBE2M,KDM5B,RBM25,GSK3A,RBM26,DDX3X,PRKCSH,USP33,USP34,CHD6,CHD2,AFF4,PPP1R9B,SENP6,SEPT9,LASP1,SENP5,MAN1A2,RB1CC1,FLOT1,CASP2,IFT57,SCYL1,MAPK1IP1L,USP47,TBP,USP42,NCBP1,PDPK1,ARID1B,KLF16,SFPQ,CREB1,RER1,AKT1S1,LUC7L3,KDM3A,USP15,DDX20,CAND1,PABPN1,MAT2A,TRA2A,RALY,CLASP2,SPEN,RBM39,ZFC3H1,PDAP1,ATP2B1,GDAP2,SLC4A7,CARM1,RBM42,NAA15,SUGT1"
+"gene_set_query"	"299"	"ZNF415"	"364.7"	"ARCHS4 Coexpression,159;Enrichr Queries,794;GTEx Coexpression,141"	"TDRKH,FNBP1L,CAPNS1,RAVER1,DPYSL2,GPBP1,STMN1,DPYSL3,PSMD3,CDK20,AKT1,PRKACB,MEF2C,CXADR,WSB1,NUP210,CD3EAP,SCRIB,HDHD2,SND1,DAAM1,WDR81,FEZ1,RUFY3,DDIT4,RUFY2,TSPYL4,SF1,FLII,MTMR9,PHYHIPL,NEDD4L,PRKCZ,OAZ1,FLRT2,CHST10,AMZ2,PIP5K1C,ZSCAN18,FZD3,CADM1,CADM2,RAB3IP,PBX2,UPF3A,PBX1,WDR55,PRRC2A,MLLT11,HNRNPL,SLC6A6,LAS1L,PKIA,FXYD6,DUS1L,DZIP1,DZIP3,OGFR,WDR48,SMG5,TUBA1A,CIC,UPF1,RPS6KL1,LRRC49,NSUN2,DYNLL2,GNL1,SRP9,TUBB2A,PXDN,RAPGEF1,PLCB1,TKT,PAFAH1B1,WRB,RPL12,ATL1,SRRT,DLST,CENPB,FLNA,ANKRD52,PAIP2,YKT6,SRSF12,SF3A1,GATAD2A,ABI2,MYBBP1A,MORN4,NFIB,TTLL1,TAOK2,NUCB1,PKN1,ANKRD13B,CLU,SALL2,CDH2,LAMP1,ADORA1,SLC39A7,SYBU,CDKL2,IGFBP3,TPM1,MAGI2,IGFBP2,CASD1,THOC6,BSCL2,CTDNEP1,MORF4L1,FRMD5,RAB35,MAPKAPK2,TOX,CSNK1G2,GLYR1,ANAPC2,LRRC59,INO80E,RAB5C,ARL3,MAZ,ABHD8,SLC38A10,KLC1,CORO1B,SOCS2,SBNO2,NACC1,NDN,MCL1,ESRRA,SEC16A,EEF2,CORO2B,PTPRD,REEP1,SH3BP5L,NBEA,NFE2L3,PIN1,CPE,PLEKHM2,PLXNB2,CLPTM1L,LRCH4,NFE2L1,EIF4G1,SLC48A1,WDR1,RNF14,TRADD,SCHIP1,POMT1,ZFP82,SGCE,PTBP1,RPL7A,SART1,SCRN1,PPP6R1,SNRNP70,PSD3,UBTF,PMEPA1,EVI5L,DNM1L,EDIL3,EIF5A,ACTR2,DST,RAD23B,ARFGAP1,TRAF7,PTP4A3,DNAJC5,LANCL2,SSX2IP,RNFT2,SNAP47,MTPN,CANT1,HDAC1,RAB1B,CXXC1,FURIN,MFF,PPM1E,JAKMIP2,AP3M2,DCAF15,CACNG7,GANAB,PARD6A,NCLN,U2AF2,EIF4H,CSK,RAB28,WASF1,MEST,BEND6,PCDH9,CDC42BPA,NELL2,IMPDH1,MGAT4B,TRIM37,VPS45,P4HB,METAP2,EIF3B,VARS,HDAC11,ZDHHC5,TRIM28,HABP4,BTRC,CCDC92,KIFAP3,ATXN7L3,SOX4,ARRDC4,SRRM2,LIMCH1,ACSL6,MTUS1,AP1B1,ANK2,MOGS,ANK3,ACTN4,SFRP1,ULK2,PFN2,BEX4,BEX2,BEX1,DHX8,PIK3R1,TTBK2,APH1A,PTDSS2,PGBD5,HLTF,FAM43B,GPM6B,VASP,LRRN3,INTS1,BCL11A,RCC2,DCLK1,CCDC88A,CALR,CALM2,CSRNP2,DAZAP1,CSRNP3,DOC2A,FAM57B,CITED2,GRIK5,VLDLR,ZCCHC17,PRPF19,ROBO1,SERP2,AKAP12,DNER,ENC1,SDF4,CTSF,PCYT1B,MINK1,MLF2,KIT,ARHGEF2,SGK1,MAPRE2,SATB1,AMIGO1,ICA1L,GDPD1,PTN,NOL4,RELA,GNAI2,HIRA,TCEAL5,PES1,APBB1,CTNNA2,PAK3,PURG,SORBS2,MYO9B,AP2B1,SORBS1,VEGFA,ATAT1,TTC3,TCEA2,HDGF,PNPLA6,MEGF8,ZFP28,SH3GL3,ROGDI,MRFAP1,HDLBP,PEBP1,CYP46A1,UBE2Z,TATDN2,KIF5C,BASP1,ARHGDIA,SBF1,ENPP5,TRAPPC2L,KDM2A,ATP1B2,RUNDC3B,ATAD3A,TMEM136,HNRNPUL1,EHBP1L1,CHMP4B,MATR3,SCG3,FAM92A,ABCG4,RAI14,NDRG4,BHLHB9,NDRG3,RTN1,NTM,PXN,CACNA1B,PRPF8,SUPT6H,EFNB2,ARHGAP21,IRAK1,KIF3A,FUT9,GRK6,CAMTA1,RPRD1A,MYH10,KLHDC3,ZFHX2,WSCD1,CBX1,KLHL24,DNAJC18,GNAO1,ARHGAP33,RALYL,APPBP2,HOOK2,HOOK1,GNB2,CNTN1,LRP10,PICALM,YWHAE,KDM5C,DOCK3,PRKCSH,YBX1,RND2,PPP1R9A,LMNB2,ELAVL3,LMNB1,PPP1R9B,SEC61A2,SEC61A1,SEPT9,LASP1,SEPT7,POLG,DACT1,USP46,SUN2,KLF13,PDE4D,IQCE,ABHD14A,CKAP5,SENP3,KLF16,DNM2,DNM3,VCAN,EEF1D,AKT1S1,TMEM9,IFT46,DCTN1,DDX25,CRMP1,FAM169A,STRN4,USP19,MAPK9,FAM168A,FAM120A,PDE6D,SPOCK1,NCAM1,MTA2,FBRS,CLASP2,PDE4DIP,NAP1L2,MEIS2,MAPK10,CLCN7,PPP2R2B,FAM131B,CARM1,ACIN1,SUGT1,SSBP2,CLUAP1"
+"gene_set_query"	"300"	"ETV1"	"365.0"	"ARCHS4 Coexpression,361;Enrichr Queries,515;ReMap ChIP-seq,15;GTEx Coexpression,569"	"EHMT1,TSEN54,TSKU,LSM10,SCAMP5,SCAMP4,SAMD14,CAPNS1,IGLON5,DPYSL2,DPYSL3,STARD3,MEF2C,RBFOX3,FNBP1,CACNA2D1,PRKAR1A,PSME3,FEZ1,RUFY3,RUFY2,DDIT4,TMEM126A,JTB,SPARCL1,RBCK1,ATF4,MEPCE,AGAP2,PDGFA,AGAP1,BAZ2A,AGAP3,GABARAP,MRPL10,MRPL20,RHOT2,PUSL1,RHBDL1,ABCA2,CADM3,JUN,PRRT2,CADM4,JUP,CADM1,CADM2,EDEM1,NR2F1,MRPL28,L1CAM,MRPL24,SNUPN,PBX1,MLLT11,TBL3,QARS,FASN,SFXN3,HYOU1,FXYD6,PKIG,KCNC1,PIGO,NCAN,MRPL34,BBC3,DDA1,SHF,JPH4,TUBA1B,MMP24,FASTK,RPLP2,DLGAP1,LYPLA2,LRRC45,SPHK2,ELOVL2,MRPL49,ELOVL6,SIRT7,MANEAL,MRPL48,DYNLL1,DUSP6,MED29,MRPL53,SLC7A6,CDC42EP4,MED20,PXDN,CDC42EP2,TUT1,ERGIC1,VAMP2,LRRC14,RNASEK,LIN37,ODC1,SRRT,ADAM22,CENPB,GGA1,AP2S1,MEF2D,CENPT,LRRC24,DAB2IP,GATAD2A,BYSL,SKI,PSMC5,CCDC9,SNX17,PKN1,AGRN,YPEL4,TMEM167B,ATN1,HDDC3,EIF4ENIF1,RUVBL2,STK16,PIM3,SLC38A1,PCYT2,CISH,PPP1R16A,FOXP4,LENEP,CDC25B,FTSJ3,FOXP1,ATXN2L,ACAP3,SLC9A5,SRSF2,SQSTM1,KPNB1,SRSF9,ANAPC2,INO80B,PFKFB3,RNASEH2A,MAZ,ISG20L2,CORO1B,SOCS2,IGSF21,NDOR1,PMVK,CORO2B,FBXO31,DRAP1,PTPRD,YRDC,SON,LRCH4,NIT1,SNAP25,HSP90AB1,AP4M1,CAPZB,PMEPA1,MDP1,SNAP29,UNKL,EDIL3,TRIM67,UNC45A,EIF5A,DST,TNFRSF19,SEZ6L,RABGGTA,MSL1,ARL4C,SYF2,DCTPP1,GAPDH,SLC25A11,MET,TNFRSF21,BECN1,GTF3C2,CANT1,MGRN1,ROCK2,PRCC,CXXC1,ZBTB45,TSPAN31,GANAB,PTPRZ1,U2AF2,TRIM46,FYN,E2F4,SLC25A22,ATP9A,BEND6,SH2B1,NTRK2,PPP1R14B,MARCKSL1,SLC12A5,TRIM41,PCDH7,RPL23A,TPD52L2,NELL2,SYT11,EIF3H,STUB1,CDR2L,P4HB,MDGA1,SEC24C,EIF4A1,PLEKHB2,LDLRAD3,ACTB,CYB5D1,TRIM28,OGFOD2,CCDC97,KIF21A,CCNL2,BSN,ATXN7L3,CALN1,EPHA4,EPHA7,ATP6V1G2,IMP3,LIMCH1,ECH1,CIRBP,CSNK1D,MOGS,ANK2,ANK3,MFSD11,ANK1,PISD,STX1B,SFRP1,CDC34,KCNQ2,KCTD12,TRIB2,TMEM87B,ADCYAP1R1,PAXIP1,MYCBP2,SDC3,SUPT4H1,CEND1,PIK3R3,PIK3R2,PIK3R1,SYNGR1,PCBP4,B4GALNT1,TSPAN3,SNX5,MICAL2,DCLK2,PTK2,IFFO1,DCLK1,ID2,PPP1R1B,INTS5,PAF1,LRRN1,CALM1,DDR1,NRP1,TMEM151B,GPAA1,DIRAS2,GRIK3,GRIK2,SLC7A11,NAT14,PTMS,AKAP12,MAP1LC3B,PCLO,ENC1,MLX,RAC3,SSSCA1,KIF1B,SDF2,KIF1A,GIT1,COX8A,CAP1,CCDC115,ANO8,SYP,RGMB,SYN1,APRT,COMMD5,RGMA,CNKSR2,ARHGEF9,RAP2A,KIT,UFC1,STK40,NAPB,SATB1,SSNA1,NEDD8,CCDC106,RELA,GNAI1,CAMKK2,ARVCF,MNT,EXOSC4,CAMK2N2,HSF1,MGAT1,MGAT2,NPDC1,GABBR1,SPRYD3,VEGFB,TMUB1,PNMA2,PPP1CA,TMUB2,RGP1,PER1,BOP1,NUDT8,HNRNPA2B1,FAM171B,DPAGT1,SCARB1,CRTC2,MIDN,CRTC1,CELSR3,ACTG1,KIF5C,KIF5A,FAM3A,ARID2,BAHCC1,SH3GL2,PPFIA3,TMOD2,ADAM11,ADAM15,HNRNPUL1,FAM173A,EHBP1L1,ANKS6,CARS2,RTN2,RTN3,NDRG4,NDRG3,NXPH3,KLHL17,CACNA1B,CACNA1A,NDRG2,SUPT6H,RAI1,RNASEH1,SHARPIN,FUT9,CYC1,KIF3C,TBC1D17,BCL9L,SYT4,OST4,FDPS,PRNP,GGT7,UBE2I,SYT1,PCIF1,CRIM1,SUPT5H,CLK4,SSH3,GNAO1,HOOK2,HOOK1,CNTN1,LSM14B,UBE2M,YWHAE,CUEDC2,GSK3A,ZMYND19,PRKCSH,MAST1,CHD6,ILK,RND3,LMNB2,PPP1R9B,LASP1,TMEM223,BCL7C,GALNT9,ARHGEF12,PDPK1,ABHD14B,ABHD14A,NAV2,SYNGR3,YWHAZ,EPN1,PJA2,EPN2,EEF1G,VCAN,ALS2,NAV3,MAN1B1,OTUB1,CLCN2,ADD2,GNG2,TMEM203,SV2A,SPOCK2,MKNK2,SPOCK1,TMEM208,MTA2,FBRS,NAA10,TAF13,TAF10,ATP2B2,MAPK10,CLCN6,GALE,FAM131C,FAM131B,ERCC1,QRICH1,TAF6,VIM,LNX2,IPO13,STMN3,ENO2,RPL8,PHB2,RPL6,RNF112,ALCAM,MYC,AP1S1,IER5,IER2,UNC13A,PIH1D1,RPL23,CD3EAP,SOX12,RPL29,UBA52,VPS28,PRR14,ASTN1,CDC42SE1,ANAPC13,CTBP2,PHYHIPL,SLAIN2,SLAIN1,HIF1A,ANAPC11,PRDX2,PPP4C,FLRT2,VPS11,ST3GAL5,ST3GAL1,CDK17,RPL41,FZD3,JUND,NDFIP1,PLK2,RAB3IP,SETD1A,IRF2BP2,PA2G4,NR1D1,MCAT,PRRC2B,TMEM198,THAP11,HNRNPL,FIBP,HNRNPF,CDK10,DUS1L,SERPINI1,CDK14,ITPA,GABRB3,GABRB2,SETD5,GMEB1,SPEF1,PHF23,GPT,ING1,TRIM8,TRIM9,TRIM2,TRIM3,TIMP2,GPR137,PLEKHN1,CIC,ZC3H10,TCF12,NUTF2,RNF167,TAF6L,ZEB2,KIFC2,TET3,PLCB1,GART,GAS7,GRAMD1B,NFIX,PHLPP1,GPS1,GPS2,TIMM10,WDR24,FAM129B,TM9SF3,CHN2,CHN1,SLC17A7,RPS2,CKB,RPL18,SF3B1,DEDD,RUNX1T1,SF3A3,SYVN1,TRMT1,NMNAT2,AGBL5,MKLN1,NFIA,ABI2,NFIB,FAM49B,ANKRD13B,ANKRD13D,CHPF,FMR1,CTNND2,CLSTN1,CLU,SLC8A1,SLC8A2,TM7SF2,RPH3A,RIMS1,SALL2,CDH2,CFL1,LZTS2,MAF1,MAGI1,TLE2,RNF44,RPS7,IGFBP3,TPM1,AIP,GTF2F1,THOC6,DISP2,CTDNEP1,ST7L,CLIP3,PYGO2,CLIP2,CACNB4,RAB34,MADD,ADNP,CSNK1G2,FKBP5,RTN4R,BRSK1,FKBP2,BRSK2,CD151,ABHD8,SLC38A10,KLC1,NEUROD2,SCRT2,KLC2,BAG5,DDRGK1,BTBD2,NACC1,DVL2,PLXNA2,DVL3,SRGAP3,RAB6B,MPDU1,EIF2B5,EIF2B4,OSBPL7,TOR1A,TNK2,MARCH9,TRAPPC9,TOR1B,LSM4,COPS6,DAB1,CDK5,CDK4,CNOT2,MAFG,REEP2,CPE,CSPG5,SERINC3,MAP3K12,BCL2L1,SLC48A1,LMBR1L,MCM7,RNPEPL1,ZC3H4,TRADD,PTBP1,DUSP12,SCRN1,SGCB,PSD3,UBTF,PLEKHG2,REXO1,RANGAP1,YDJC,COASY,PTP4A2,TRAF7,PTP4A3,DNAJC7,TRAF4,DNAJC6,POLR1D,CRK,SMARCD2,NLGN1,NLGN2,WBP1,WBP2,AP3M2,CACNG7,ABLIM1,POLR2A,VPS53,POLR2G,POLR2H,POLR2I,DCAF11,MEST,DCAF13,POLR2L,SLC35A4,SPAG7,PPIL2,FBXL19,PTPN11,FBXL16,PTPN12,KLF6,MARCKS,NFASC,APC,MGAT4B,POLR3F,CBLN1,METAP2,SLC35B2,HDAC10,ZMYND8,GBA2,RPS16,RUSC1,FLAD1,RPL36AL,LONP1,SEPHS2,SOX4,TBC1D10B,SOX5,SRRM3,SRRM4,ARRDC1,SLC6A15,MRPS18A,MAPK8IP3,JMJD8,JMJD6,MAPK8IP1,TIAM1,VDAC1,PFN1,ATP6V0D1,AURKAIP1,PFN2,RTEL1,MAGED1,STXBP1,MYL12B,PDCD10,GSE1,INPP5K,TNRC18,PATZ1,GPM6B,VASP,FIS1,BCL11A,SNAP91,ADCK5,ANP32B,C2CD2L,ITM2C,UBXN1,HIP1,GDI1,CITED2,FAF1,SRA1,SLC35F1,ROBO1,SLC22A17,DNER,PSD,PSENEN,RHOF,MLF2,VAV2,WAC,MAPT,ALDOA,SGK1,RFNG,PTN,NT5C,APBB2,APBB1,ATP6V0E2,APBB3,PURG,ARNT2,MYEF2,AP3D1,LSAMP,SORBS2,RAB11B,CAPZA1,TRIP12,FAU,APBA2,TOMM6,TMEM145,CHCHD2,BASP1,ARHGDIA,FPGS,HCFC1R1,NRCAM,CHCHD1,APLP1,TSC2,KCTD2,ATP1B2,PCDHA12,TUFM,DPM3,PREPL,TMEM136,FIZ1,SCG3,ABCG4,PDE9A,RAI14,ISYNA1,RPS19BP1,NOP2,TMEM59L,CPLX2,EFNB2,ARHGAP21,EMG1,MAN2A2,DPP9,PDZD7,CPSF1,CBX4,WSCD1,CBX3,PTCH1,TBCB,EFNA2,DLG4,CHMP2A,PI4KA,SAE1,MUS81,KDM5B,DOCK4,DOCK3,THRA,PKD1,ELAVL3,POLB,SPRED2,SPRED1,SEPT7,ZC3H7B,MCF2L,PDE4B,SCYL1,KDM6B,H2AFX,PPP2R5B,AXIN1,RNF208,SENP3,KLF16,DNM1,SEPT2,SEPT3,DNM3,IGDCC4,CDH10,AKT1S1,CDH11,DNLZ,PFDN2,CAMK2B,STOML2,GMPR2,NRXN2,PDXP,ATP1A3,MOSPD3,USP19,U2AF1L4,RMND5B,NXF1,FAM168A,NCAM1,SNCB,OPCML,SNCA,CLASP2,USP24,USP20,B3GAT3,BAD,PCDHGC4,HAGHL,B3GAT1,PCDHGC3,CYHR1,NAP1L2,MEIS2,NEURL4,FMNL2,CAPN10,RPS6KB2,BAX,SPRY2,RGS12,RGS11,SSBP4"
+"gene_set_query"	"301"	"TCF7L2"	"365.3"	"Literature ChIP-seq,97;ARCHS4 Coexpression,626;ENCODE ChIP-seq,46;Enrichr Queries,497;ReMap ChIP-seq,192;GTEx Coexpression,734"	"POP5,SLC4A1AP,POP7,TSKU,ALKBH8,ALKBH3,FAM110A,CAPNS1,DPYSL2,ALKBH1,ANKFY1,SAP30BP,CXADR,CACNA2D1,PRKAB1,LARS2,DDIT3,DDIT4,UNC50,JTB,EXD2,SET,SAR1A,SAR1B,PLA2G6,ADAMTS10,CIAO1,PRPSAP1,RHOT2,RNF216,RNF215,PIP5K1A,HEXIM1,JUN,CREBBP,JUP,FUCA1,NR2F1,PBX1,TBL3,SFXN3,NMT1,PKIG,DZIP3,LGMN,ARHGAP1,PRKAG1,PRKAG2,SHB,MED15,BBC3,DDA1,SMPD3,PANX1,ATIC,DLGAP1,JAK2,APC2,DUSP1,SPHK2,SLC39A11,SLC39A10,BAZ1B,DUSP6,MED29,TOMM40L,DDB2,MED23,SLC7A6,PTRH2,CINP,PXDN,PAFAH1B3,ERGIC1,PAFAH1B2,TRUB2,OAT,LIN37,WRB,ODC1,NOC4L,SDAD1,CENPB,FAM117B,EXOSC10,STX6,MFN1,MBD6,CRBN,GOLM1,MCRS1,DAB2IP,SNX17,APEX1,SNX14,ETNK1,PKN1,AGRN,FBXO28,ATN1,LTN1,FBXO21,FBXO22,FADS2,UROD,FNTB,NUDT19,CIR1,MTPAP,SYBU,CDKL2,ATP11C,ATP11A,POLRMT,SRCIN1,FBXW2,PIAS2,LENEP,CDC25B,MSH2,MSH3,SRSF3,SRSF4,SRSF6,ARL8A,SLC27A4,ARL8B,INO80B,KHDRBS1,SHC2,UQCRB,SMYD5,GMPS,SPATA2,FBXO45,LIN7C,CORO1A,RAP1B,MED30,G3BP2,BRIX1,SAC3D1,NADK,CD276,NEK9,API5,BOD1,FBXO38,HPS4,FBXO31,UCKL1,DRAP1,UQCRQ,ARPC3,SP3,ACO1,ACO2,LRCH4,NOP10,ITGB1,MCFD2,PTEN,AP4M1,ALAD,SPR,PPP6R1,PPP6R3,PGM3,ACP2,ARL5A,EIF5A,BCAS3,ATRX,ACTR8,ATRN,IMPACT,SYF2,C1D,BCAT1,DCTPP1,ROCK1,ROCK2,MGRN1,SRSF1,MLLT6,U2AF2,TRIM46,EIF4H,IGF2BP3,FYN,IGF2BP2,HNRNPA1,EIF4E,HNRNPA0,NOP56,NTRK2,NOP58,SEPT11,TRIM41,SSB,FEM1B,PCDH7,MYO16,MYO1B,NECAP1,EIF3K,STUB1,PDCD2,EIF3E,TRIM33,SMARCAL1,ACTB,EFR3A,BSG,CDC27,EPC1,EIF2D,ATXN7L3,TBC1D22B,EIF2A,TRIM23,SMARCC1,ACTN1,ECH1,ALG5,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,CFDP1,SNHG12,PPA2,KCTD10,CDC37,EIF1B,KCTD18,CCDC84,SLC45A4,AARS2,DHX8,DHX9,CEND1,PGS1,APOO,SEC14L1,HLTF,B4GALNT1,XBP1,SMARCA5,SMARCA2,MED13L,SMARCA4,EXT1,AIMP2,ZBTB6,CWF19L1,NDUFAF2,RANBP10,FBXL3,NOL11,SUGP1,HERPUD2,MRPS17,NRP1,DHRS13,COX7B,CSRNP2,HIBADH,MRPS11,MRPS12,GRIK3,SYNCRIP,PPP3CA,MAP1LC3B,OTUD6B,RAC3,SDF4,GIT1,COX8A,MRPS28,CAP1,MRPS26,MRPS27,MRPS24,GAA,PABPC4,MRPS23,MRPS21,CACYBP,PRPF40A,SYN1,CTTNBP2NL,TOX4,GAK,RAP2C,CANX,TAX1BP3,PTMA,NAPA,MRPS33,SSNA1,GBA,PRICKLE2,MRPS30,PRICKLE1,NAPG,SH3BGRL,OS9,MON2,VEGFB,TTC1,VEGFA,GRIN1,SEC23IP,KLHL7,TTC4,NDUFAB1,TCEA2,CACHD1,AGGF1,TCEA1,GRINA,CARS,SRP19,CRTC2,SYS1,PRDM4,UBE3B,SRP14,ACTG1,IGF1R,NARS,PCID2,MORC3,FBXW11,DNAJB12,SDHC,SDHD,DHDDS,EEF1A1,ADAM15,PSPC1,EHBP1L1,PPIF,WDFY1,WDFY3,PPIG,RAF1,CARS2,PPIA,PPID,DDX5,NDUFB10,COX16,CACNA1B,HTRA2,CACNA1C,CNN3,IRAK1,GRK6,LLPH,TBC1D17,QSER1,SYT5,UBE2F,AUTS2,NUP155,UBE2A,MANBAL,HIGD2A,IFT20,AHI1,UBE2W,GNAL,HOOK2,NASP,HOOK1,GNB2,GNAQ,CNTN1,GNAS,MKRN2,UBE2O,AMOTL2,UBA1,TCF4,UBE2M,RERE,CUEDC2,TNFAIP1,RND3,PITPNC1,TTC28,RND1,LASP1,TMEM223,RB1CC1,MYO18A,IFT57,SUN2,ATP6AP1,NUP133,PDPK1,TTC33,NAV2,SYNGR3,EEF1G,SETBP1,RER1,TMEM214,CRY1,MAN1B1,ACOX3,IFT46,CUEDC1,SHANK2,OTUB1,RALA,RRN3,ANKS3,RNF8,ASB13,SLC3A2,ASAP1,AGPAT3,TMEM205,TDG,GNG7,MKNK2,TRA2A,BNIP2,DROSHA,PTK2B,RALY,MTA2,FBRS,MTA3,CYTH1,TIMM8B,CDK11B,GALE,TEF,ERCC1,KRAS,SUGT1,IPO13,IPO11,TES,ARPC5L,PHB2,ALCAM,ZMIZ1,CSPP1,AP1S1,NUP214,DDX18,PRKCE,WDR74,ARMC9,SCRIB,ARMC8,HCFC2,GTPBP4,DAAM1,NUP98,NUP205,CTBP2,PDXDC1,PRKCZ,ARPP19,ADH5,ANAPC11,GJC1,LDHB,LDHA,NCSTN,WDR70,NUP85,BLOC1S2,GAR1,RRS1,NRBF2,BTF3,ICMT,PHC1,HOMER1,IRF2BP2,NR1D1,MEX3D,EHD1,HNRNPL,GNPTG,HNRNPM,SQLE,ARL2BP,HNRNPD,GTF2IRD1,FARSA,ITPA,CDKN1C,CDKN1B,BTG1,WDR48,PHF23,WDR43,UBL3,AIFM1,RARS,TIMP2,RRP12,CIC,JARID2,RRP15,UBL7,CEP68,WDR36,TPI1,TERF2,WDR35,NCOR2,ZEB2,MTF2,EXOC4,EXOC5,GAS6,TKT,GART,EXOC2,CDC123,NFIX,CLDND1,ADCY1,WDR24,FAM129B,PPP1R7,PPP1R8,SLC17A7,CKB,WDR17,CSNK1A1,WDR18,NR1H2,SYVN1,GATC,SYNJ2BP,MKLN1,NFIA,NFIB,PLP2,FAM49B,ANKRD13B,RAB3D,GTF2B,CEP120,AUP1,PARK7,RPL10A,CLU,TM7SF2,PPP1CB,IPO8,LAMP1,SALL2,CFL1,PLS3,TXNL4A,SNRNP35,HMGN3,PCDHAC2,TLE4,RARS2,MAGI1,TLE3,CSNK1G3,SUPT16H,USP4,USP3,TPM1,DYRK1A,THOC1,THOC2,THOC6,PYGO2,MORF4L1,RAB34,RAB35,PGP,SNRNP27,SNRPE,ADNP,SNRPF,TOX,FKBP3,FKBP2,CCDC24,UBR3,ORC5,DVL1,DVL2,SRGAP3,SRGAP2,EIF2B4,AKIRIN2,TRAPPC3,EIF2B3,OSBPL5,TRAPPC4,BCL9,DAB1,NSG2,COPS2,CPD,PDCL,CPE,CCDC22,RSL24D1,BCL2L1,MCM7,WDR1,UFSP2,PIK3C2B,VPS72,AP1G1,UBTF,TLK1,WDR7,EVI5L,TNPO1,TNPO2,CCDC50,RFC3,PLEKHG2,RPL13A,DNAJC2,DNAJC7,DNAJC5,CTDSP2,LANCL2,LEPROT,HDAC2,EI24,PDHB,ABLIM1,HECTD1,POLR2B,POLR2C,RAB23,POLR2E,DNAJB9,CSK,POLR2I,POLR2K,POLR2L,MLXIP,PPIL1,RNGTT,ASCC1,FBXL19,CCDC59,FBXL16,FBXL12,PSAT1,DNAJA3,MFAP3,MFAP2,DRG2,VPS45,TCERG1,TMEM183A,ZMYND8,PITPNB,CISD1,RPS15,TIAL1,RPS14,RPS16,RPS19,FLAD1,RPL36AL,MAGOH,LONP1,ARFIP2,LONP2,BTRC,RPS11,SEPHS2,SRRM2,COG8,COG3,SRRM1,ZW10,HECA,ATP6V0D1,DCUN1D5,MAGED1,APCDD1,SCFD1,PDCD10,GSE1,TNRC18,VASP,ZRANB2,TMEM184B,SETDB1,PUM1,SMU1,RPS27,ZZZ3,RPS29,ADCK1,ADCK5,RPS20,RPS21,C2CD2L,RPS24,UBXN1,HIP1,CITED2,SIPA1L3,LIMD2,ROBO1,COIL,CHMP1B,GABPA,RAB8A,TMED4,PSD,PSENEN,PARP1,ZDHHC13,ZDHHC16,TOPORS,SLC22A23,SCNM1,HNRNPH1,HNRNPH3,DTYMK,GDPD1,NOL8,RFNG,TCEAL8,AMN1,APBB2,NT5M,ATP6V0E2,APBB3,METTL9,PTGES2,SORBS1,RAB11A,PDP1,SPCS3,KBTBD4,SPCS1,XPOT,CAPZA2,NDUFA13,KDM1A,NDUFA12,ROGDI,NDUFA10,MRFAP1,CWC25,COL4A3BP,TATDN2,ARHGDIA,HCFC1R1,COTL1,NOM1,KDM2B,LMO4,LMO7,ATP1B1,PUS7,RSBN1,TUFM,PRPF6,PRPF3,MATR3,AMPH,ZCCHC8,NOP2,LPL,EFNA4,PRPF8,CAMSAP1,EFNB2,EMG1,ZMAT2,TCTEX1D2,CDH24,RPRD1B,BPTF,MPST,CPSF7,PNPT1,CBX5,CBX4,IDH1,CBX1,IDH2,CWC15,CRLS1,EFNA3,EFNA2,CAPRIN1,PI4KA,BLMH,BRWD1,ZSCAN2,COPE,MUS81,KDM5B,KDM5C,THRA,ASNSD1,RBM3,RPS4X,SEPT9,SPRED2,SPRED1,MFSD5,SNAPC2,SNAPC3,CASP2,KDM6B,MAPK1IP1L,HGSNAT,H2AFZ,H2AFX,H2AFV,SAFB,DNM3,DDAH1,IGDCC4,DDAH2,THRAP3,AKT1S1,PFDN4,THOP1,PFDN5,VAC14,STOML2,STOML1,PDXP,TBRG1,NXF1,FAM168B,UGP2,FAM168A,CHSY1,RPS6KC1,SAP30L,GNA12,BUB3,MAPK6,TMEM30A,PDE10A,RPS6KB1,RBMX,MDC1,MT-ND4,CHIC2,SCAMP5,PSMD9,KRTCAP2,NSDHL,PSMD6,LSM12,PPP4R1,MEF2A,HES6,MEF2C,SCAMP1,EML2,SCAMP3,CLNS1A,TBPL1,ABCB6,COPS7B,AGAP1,COPS7A,AGAP3,AAAS,MRPL12,OAZ1,GABARAP,MRPL10,MTMR6,CYB5R3,HMGXB4,HSPH1,GRPEL2,VTI1A,HMGXB3,RHBDL1,EDEM3,B3GALNT1,PRRT2,CADM1,PMM2,MRPL28,MRPL24,MRPL22,CS,MLLT11,MRPL30,MLLT10,UCK2,EIF5,EIF6,TDP2,TDP1,PSMG3,FERMT2,ARF3,ARF4,PIGU,ARF1,PIGT,RPLP1,PIGQ,RPLP0,MRPL38,TRMT112,MRPL42,TMEM43,RPLP2,LYPLA2,LRRC45,DFFA,ACTL6A,MRPL49,RRAS2,SIRT6,MRPL47,ELOVL6,SIRT7,MANEAL,MRPL46,SRP9,MRPL44,MRPL53,PSMA6,PSMA4,PSMA2,TMEM33,CDC42EP4,TUT1,PICK1,VAMP4,DLD,VAMP2,ARF6,LRRC14,RNASEK,MRPL55,PSMB6,PSMB7,RECQL5,PSMB5,AP2S1,SRSF10,MDH1,MDH2,TMEM62,BYSL,LRRC20,PSMC5,FABP5,PSMC4,SERBP1,SRRD,PSMC2,RPL22L1,GOPC,UBE2D1,ZBTB22,OSBP,RUVBL1,PIM3,KPNA4,SLC25A44,AP2M1,SH3GLB1,PPP1R16B,IK,UBE2E3,UBE2E2,FOXP1,TXLNA,LIX1,MRTO4,MAPKAPK2,FSCN1,SNRNP200,SQSTM1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,SAV1,GLIS2,SOCS2,ATXN2,STK36,E4F1,SLC38A2,DR1,TIA1,BRPF1,ZC3HC1,PTPRA,TUBGCP5,MDM4,PIN4,SLC25A3,CELF2,MRPL3,NGRN,SUMO1,SUMO2,MRPL9,DNM1L,DIS3L2,PELP1,DST,VBP1,SIGMAR1,ARNT,VPS37D,VEZF1,VPS37B,DDOST,HAX1,PIK3CA,NPC1,BDP1,PPP1R12B,SLC25A11,MET,GTF3C3,NDUFB8,NDUFB6,PRCC,HSD17B10,LRP6,SLC25A27,PTPRZ1,CDC37L1,BEND3,SH3BP5,LRRC8B,SLC25A22,ATP9B,CYB5B,PTPN1,PPP1R14B,NDUFA6,MMAA,NDUFA2,NDUFA1,LYSMD1,RPL23A,MCOLN1,TPD52L2,ATOX1,NELL2,SPG21,EIF4A2,EIF4A1,TMEM41B,EIF4A3,TXNDC11,JMJD1C,CCNC,THUMPD1,CYB5D1,TXNDC17,ZDHHC4,RASSF1,DHX57,CCNL2,EPHB1,TMPO,ACVR1,EPHA4,PAQR4,IMP3,ZFP2,NSMCE2,NSMCE1,ANK2,MMD2,ANK3,MIF,SFRP1,ULK3,CD2BP2,ULK1,KDELR2,STX1A,MMADHC,SUPT4H1,PTTG1IP,PIK3R1,UBE2J1,APH1A,DHX33,PCBP3,LARS,PCBP1,DHX35,MICAL1,TSPAN6,MIER1,HIVEP1,TSPAN5,DYM,RCE1,RBM12,RAB11FIP2,SNX5,RAB11FIP4,SURF4,DCLK2,ERAL1,PAICS,ICK,ARMC10,ID2,PAF1,COL9A3,INTS7,LRRN1,RGL2,AARS,USPL1,DOC2A,GPAA1,TECR,INTS10,PTPRO,WASL,PTPRK,BMI1,AATF,AP2A2,PTPRF,RSRC1,HYAL2,ENC1,MLX,KIF1B,SSSCA1,CTSB,ACAD8,CCT3,CCT2,DBNL,TMEM150A,WARS,MMD,ACAD9,NCOA4,ANO8,COMMD3,ANO6,RGMB,ENAH,KIF2A,G2E3,CD47,SFI1,STX16,SATB2,DOT1L,DERL1,CRIP2,CCDC106,PGRMC1,EXOSC4,FAM172A,GPC4,CCT5,NPM1,YIPF3,YIPF5,PLEKHA5,RSRC2,AP2B1,NPM3,NLE1,RGP1,PER1,ZDHHC9,GPAM,ESYT2,DPAGT1,SCARB2,MIDN,PPME1,FAM174B,CAPN2,EP300,SNIP1,ARID2,SBF1,BAHCC1,SBF2,ADPRHL2,ATG9A,SSU72,MID1,TMX4,FAM173A,UBE2V2,GEMIN7,RTN2,RTN3,PSMD12,PSMD11,YTHDC1,KLHL17,TOR1AIP2,PSEN1,PDS5B,PDS5A,NDRG1,CAMTA2,H1FX,CYC1,NDUFV1,BCL9L,PRNP,OST4,FDPS,PHF12,VTA1,ECD,CRIM1,HMGA1,DSTN,SUPT5H,KLHL20,CLK1,PAN2,H1F0,OSTC,LSM14B,PICALM,YWHAE,GSK3B,RBM28,GSK3A,PRR7,DDX46,PRKCSH,DDX47,CHD8,MAST1,CHD6,ILK,HMGB3,CHD3,TRIAP1,HMGB1,CHD2,PPP1R9A,PPP1R9B,SEC61A2,SEC61A1,BCL7A,YWHAQ,MLST8,TIMM17A,RBM33,UTP15,ARHGEF12,EED,NCBP2,DYNLT3,RBM18,BUD31,TBC1D8,DDX54,GPCPD1,YWHAZ,VCAN,SFPQ,NDUFS8,RCN2,PEX3,GORASP2,GORASP1,PEX6,NDUFS4,NDUFS3,NAA38,NDUFS1,DDX27,DCTN2,DDX24,NAA20,DCTN1,CLCN2,TAF1D,DNPEP,MAT2A,TNKS2,RBM39,TAF13,TAF11,ATP2B2,CLCN7,CLCN6,GOLPH3,ASB8,TAF6,VIM,NAA15,CLUAP1,TAF2,MBTPS2,RB1,RPL30,TRIO,CLPB,ENO2,DCAF7,BACH2,PCMT1,RNF115,MYC,STMN1,RPL36,RPL35,RPL38,DIP2C,IER5,IER2,MED1,MECR,WSB1,DAPK1,PIH1D1,RPL23,RPL22,MED8,CD3EAP,SOX12,SARNP,RPL24,RPL26,RPL29,PRR14,CDC42SE1,RPN2,RPN1,NEDD4L,NOLC1,SLAIN2,HIF1A,PRDX3,PRDX2,ABR,PRDX5,PPP4C,RAD21,CHST15,SSR1,S100A10,BRAP,RPL41,CDK19,JUND,H3F3B,RDX,MTHFR,TMEM198,TMEM199,FIBP,SLC6A6,NPLOC4,DUS1L,CDK13,CDK14,CDK16,OGFR,SPEF1,ADK,CLTA,TCF20,ADO,PFAS,ING1,CLINT1,TRIM8,TMEM189,CSRP2,TRIM2,TMSB4X,ANXA6,GPR137,RIOK1,EMD,ZC3H10,MIOS,TCF12,ITPK1,BACE1,RNF167,LSG1,PLCB1,RNF166,SF3B5,PHLPP1,SF3B3,GPS1,RPL11,TIMM13,GPS2,TIMM10,HSPA13,TM9SF4,LMAN2,RPS3,RPS2,RPL18,RNF130,SF3A3,AGK,TRMT1,GTF2H1,BLCAP,MZT1,TM9SF2,TRMT6,SARM1,RLIM,TUSC2,RNF19B,YEATS4,FAM107B,ABHD11,CDH2,TUBB3,MAF1,TMSB10,RNF44,RPS9,ANKRD49,RPS5,AIP,GTF2F1,TRAIP,CTDNEP1,BSCL2,CLIP1,NHP2,TNIK,MAD1L1,CUL9,CUL7,DNMT1,ENY2,CD151,TNKS,ANKRD11,ABHD2,ABHD8,ITPR1,GTF2E1,RLF,PHF21A,BAG4,KLC2,ESD,NACC1,BTBD2,SKIL,WDTC1,MPDU1,ESRRA,ANKRD34A,MARCH7,MARCH5,CNOT6,CDK5,YEATS2,MAFG,CNOT2,TADA3,NF1,GPR107,NF2,CNOT8,SERINC3,SERINC5,LMBR1L,CALCOCO1,TRADD,DUSP12,PPP6C,METTL14,OPA1,OPA3,HIF1AN,SLC37A3,GPX4,ELAC2,COASY,PTBP2,PTP4A2,PTP4A3,ASPH,TRAF4,RPL37A,TRABD,WBP1,WBP4,SEMA3F,LAGE3,HIRIP3,RBBP5,SNRPB2,DCAF11,SMARCE1,RNF20,SPAG7,TXNRD1,PTPN12,SEMA4G,OXR1,TRIT1,PNRC2,CUL4A,RAD52,KLF6,MARCKS,PFKL,APC,MGAT4B,RHEBL1,METAP2,APP,ARL6IP1,PWP1,GOLGA2,ARL6IP5,HABP4,ZFPL1,GLUL,SOX4,SOX5,AQR,SLC11A2,MTUS1,PTOV1,MRPS18A,ACSL3,JMJD8,MRPS18C,RRAGA,GUF1,VDAC2,TTLL12,PFN1,EZR,ANKRA2,ANP32A,LMAN2L,TWF1,TRMT2A,CD99L2,IGSF9,TMTC4,DGUOK,NUAK1,SGPL1,SCAP,NTSR1,SRPK2,SNHG1,BCL11A,TREX1,SS18L1,STAM,ZWINT,CCDC88A,SESTD1,ANP32E,ITM2C,DAZAP1,TRAM1,FAF1,OLA1,GUK1,PCF11,TSC22D1,PRMT1,PRMT3,RHOF,TUBG1,RHOB,PRPF18,NME7,FRG1,FAM20C,KPTN,ALDOA,SGK1,TRAK2,ANKMY2,CUX1,LCMT1,MAP4K3,MPZL1,RANBP2,RYK,RSL1D1,MARS,CTNNB1,FAU,ARID4A,TOMM20,TOMM22,CHCHD2,CHCHD6,TMEM14C,NSF,ANGEL2,TOMM34,KCTD2,TSC1,WRNIP1,PDIA4,DPM2,OXA1L,TMEM135,DPM3,MAU2,TMEM136,TBL1XR1,TIPRL,ELMO1,ELMO2,RAI14,BTF3L4,COX7A2,ARHGAP12,SDCBP,DPP6,DPP8,DPP9,EP400,DMAP1,MARK4,ZC3H13,ATP6V1D,MYH10,PDZD7,ATP6V1F,DNAJC19,HSPA8,ACBD5,ACBD4,SMURF1,PTCH1,ASPSCR1,ARHGAP29,IFT122,SMAD5,AZIN1,TDRD3,NFKBIA,DLG4,JMY,USP35,SCYL3,ACADVL,ABCD3,DOCK9,SLC2A8,ELAVL3,TMEM101,SENP5,FLOT1,PDE4B,TMEM109,PDE4A,USP30,SCYL1,TSFM,USP42,ABCC5,PDE4D,RNF208,ARID1A,SENP2,ARID1B,CKAP5,CKAP4,TGFBR1,FAM189B,TRNP1,LUC7L3,CHMP6,POLDIP2,MTIF2,MTIF3,TOB1,NCALD,U2AF1L4,NCAM1,ROMO1,CLASP1,SPEN,RWDD1,ATE1,PTCD1,USP20,BAD,B3GAT3,HAGHL,ZFC3H1,MEIS2,NAP1L4,NEURL4,SPRY2,SSBP1,SSBP3,SSBP4"
+"gene_set_query"	"302"	"ZNF140"	"365.3"	"ARCHS4 Coexpression,23;Enrichr Queries,713;GTEx Coexpression,360"	"RPL5,HNRNPU,FNBP1L,EPRS,CAPNS1,MPRIP,AKT2,DPYSL2,MYC,ZMIZ2,AKT3,GPBP1,PSMD3,STMN1,LUC7L,AKT1,PRKACA,CDK5RAP3,FNBP4,DDX17,CXADR,WSB1,CD3EAP,SCRIB,SOX11,WDR73,SND1,ZC3H11A,DDIT3,DDIT4,RPL24,RBCK1,PRR12,RPL28,SF1,ANAPC13,FLII,AAAS,RHOT2,PIP5K1C,JUN,WDR59,H3F3B,PBX2,NETO2,MEX3C,PRRC2A,MLLT11,HNRNPL,EIF5,GIPC1,CDK10,HBP1,CDK13,ARF3,OGFR,PIGU,BTG1,SMG5,MED17,PCMTD2,TRIM8,MRPL42,SMPD4,CSRP2,CIC,BRD2,UPF1,DYNLL2,DUSP6,SRP9,WDR33,MED23,NCOR2,KAT2A,PSMA3,INF2,MTF2,PXDN,TMEM106B,TKT,ERGIC1,RPL12,DLST,CENPB,FAM129B,GGA2,BCLAF1,UNK,RNF138,USP1,CLPTM1,MFN2,FLNA,ANKRD52,PAIP2,RPL17,SF3B1,SRSF10,YKT6,SRSF11,NKTR,RIC3,SF3A1,MBD6,SF3A2,CSNK1A1,DAB2IP,ELP2,SCAF1,GATAD2A,SKI,ETNK1,TAOK2,NUCB1,PKN1,CCNT2,FAM13B,CLSTN1,ATN1,POFUT2,STK11,ZFP30,LAMP1,SMARCAD1,FBRSL1,LZTS2,SLC38A1,RPS9,ANKRD49,MAP2K2,THOC1,PRPF4B,DGKZ,CTDNEP1,ARMCX4,MORF4L1,ILF3,TXLNA,DMTF1,MORF4L2,RAB35,MAPKAPK2,ANAPC4,SRSF5,ADNP,SRSF6,SRSF7,KPNB1,CSNK1G2,GLYR1,SLC27A4,ANAPC2,LRRC59,CUL7,INO80E,CD151,RAB5C,MAZ,SOCS2,DVL1,BTBD2,NACC1,SLC38A2,SKIL,ZKSCAN1,PLXNA3,WDTC1,ESRRA,TIA1,ASNS,EEF2,MARCH6,COPS4,SH3BP5L,ZFP62,CNOT3,MDM2,PLXNB2,PLEKHM2,MDM4,NFE2L1,EIF4G1,RNF187,ZNF512B,PTPN23,DUSP12,SART1,SUMO1,SNRNP70,PPP6R1,PPP6R3,UBTF,WDR6,TNPO1,EIF5A,REXO1,VBP1,ATRX,RANGAP1,RAD23B,ARFGAP1,PTBP2,QTRT1,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,SOS1,PPP1R12C,PPP1R15A,HDAC2,WBP1,RAB1B,SRSF1,CXXC1,LENG8,MLLT1,SLC25A27,DNAJB2,DCAF15,GANAB,NCLN,U2AF2,KRIT1,VPS54,DNAJB9,FEM1C,EIF4E,SH2B1,HNRNPA3,CIZ1,CNBP,FBXL19,CDC42BPB,HNRNPAB,KLF6,EIF3L,MGAT4B,RAB18,P4HB,TNRC6A,EIF3B,APP,VARS,CBLB,ZDHHC8,CCAR1,TIAL1,PNN,TRIM28,CCNL2,ATXN7L3,SOX4,SRRM2,ATP6V1G1,ACTN1,COG3,METTL3,ARRDC3,IFRD1,CIRBP,AP1B1,CSNK1D,MOGS,ACTN4,HECA,ANKRA2,EIF1B,TBC1D9B,DHX8,TMEM63B,PIK3R1,APH1A,SYMPK,TNRC18,RBM10,ZRANB2,INTS1,INTS3,ZZZ3,GOLGB1,FUBP1,ID2,CDC16,ECHDC2,CALM3,CALR,ITM2C,DAZAP1,PPP1R10,CITED2,AP2A1,SLC7A11,PRPF19,ZMYM6,SDF4,GIT1,TMED4,RSPRY1,PARP6,NCOA5,TSC22D1,MINK1,ITFG2,MLF2,RHOB,KIN,PITPNM1,HNRNPH1,HNRNPH3,SGK1,ATP6V0C,STX16,GNAI3,GNAI2,RXRB,HIRA,MON2,AP3D1,RSRC2,VEGFA,PRPF39,KLHL7,HDGF,PNPLA6,TARDBP,ACTR10,GRINA,ZFAND3,CD81,ZFAND6,HDLBP,ARHGDIA,POGZ,ARID2,SBF1,SH3GL1,PCID2,TSC2,ATAD3A,HNRNPUL1,TBL1XR1,HNRNPUL2,PRPF3,EHBP1L1,UBE2V2,CHMP4B,ZCCHC8,IDI1,DDX5,PXN,BTF3L4,SUPT6H,IRAK1,DMAP1,MARK2,BCL9L,PRNP,CPSF7,SMAD4,CPSF6,AUTS2,VTA1,KLHL24,CLK4,ANKHD1,CLK2,CLK1,PAN2,NFKBIA,PAN3,EFNA2,HOOK2,HOOK1,GNB2,JMY,GNB1,PI4KB,FGF13,LSM14B,UBE2M,CREBZF,RBM25,KDM5C,GSK3A,RBM26,DYRK2,PRKCSH,CHD6,ATP2A2,HMGB1,YBX1,LMNB2,LMNB1,PPP1R9B,MFSD8,SENP6,SEPT9,LASP1,ZC3H7B,GATAD1,RBM5,YWHAG,RBM6,PDPK1,DDX55,DDX56,DDX54,EPN1,KLF16,DNM2,CREB1,USP40,ANKS3,WIZ,ATP1A1,TOB1,STRN4,NXF1,FAM168B,MTA1,CAND1,PABPN1,TDG,TRA2A,FAM120A,MTA2,FBRS,TTC14,RBM39,MBTPS1,TAF15,PDAP1,SSRP1,TTC17,CARM1,ACIN1,SPRY2,VIM,SSBP2,RBMX"
+"gene_set_query"	"303"	"ZNF587B"	"365.5"	"ARCHS4 Coexpression,436;GTEx Coexpression,295"	"APP,CCNK,CCNJ,NUP107,TMEM41B,PPAN,HNRNPU,CCNC,GABPB1,LSM12,RUSC2,OPHN1,CAPNS1,FLAD1,DPYSL2,ZXDC,BSG,HABP4,CCDC92,KIFAP3,PRKACA,SEPHS1,DDX18,SMARCC1,AQR,CXADR,WDR74,MED6,EID1,PSME3,XRN2,VPS25,BEX4,SET,TBC1D9B,DHX8,SAR1A,AGAP1,NOLC1,PTTG1IP,GJC1,APH1A,LDHB,CHTF8,PPP4C,CYB5R3,LARS,GAR1,CSTF1,VTI1A,DHX37,ATP6V0A2,TRPM7,NRBF2,PIP5K1C,N4BP1,ZBED4,ZSCAN18,PRELID1,NDFIP1,PHC1,SETDB1,EDEM1,PMM2,DCLK2,FAM136A,PAICS,PTK2,WDR55,SRPK1,TMEM199,QARS,GIPC1,TOLLIP,FUBP1,CWF19L1,INTS5,ANP32E,CALM3,FBXL2,CDK16,MOCS2,GMEB1,SMG1,GDI1,MTMR14,PAK1IP1,CLTB,SLC35F1,WDR43,SYNCRIP,MRPL42,RARS,SPIN1,TIMP2,SDF4,JARID2,RAB8A,RRP15,TMED4,WDR36,DFFA,PCYT1A,NSUN2,GAA,MINK1,PRPF40A,ENAH,PSMA3,HNRNPH1,TMEM33,MAPRE3,EEF1E1,ATP6V0C,PAFAH1B2,NIP7,HEATR1,AKAP8,NOL9,PPP2CB,NSD1,CLPTM1,RRP36,SRSF10,UTP6,NPM1,YTHDF2,KIDINS220,UTP3,CSNK1A1,DAB2IP,GTF2H2,WDR12,SYNJ2BP,PPP1CA,RAB11B,RSL1D1,ABI2,CAPZA1,TSR1,NUCB1,MEGF8,ZFP28,GRINA,ZFAND3,CD81,GTF2B,CLSTN1,MRFAP1,ATN1,SRP14,EFTUD2,PPP1CB,ARHGDIA,PALM,CFL1,SNIP1,MTPAP,ARID2,ANKRD13A,AP2M1,NOM1,SUPT16H,USP3,TMOD2,MAGI2,VASH2,ATP11B,LARP4B,FBXW2,THOC6,MSH6,ADAM19,CTDNEP1,TOM1L2,ARMCX1,TMEM136,MSH2,DKC1,TBL1XR1,SLC9A8,SRSF3,CHMP4B,GEMIN7,SRSF6,ARL8A,SNRPB,KLHL18,RAB5C,PSMD11,ARL3,ARL2,TOR1AIP2,DTX3,EIF1AD,ATXN2,BAG4,G3BP1,BTBD2,NDN,ANKRD10,LRRC4C,SKIL,QSER1,MARK1,BPTF,NOP14,BRPF1,CBX5,NUP155,FBXO38,IDH1,CPSF2,YRDC,GNL3L,PAN3,GON4L,ARPC2,NASP,GNB2,GNB1,NFE2L3,PLEKHM2,NACAD,SERINC1,MDM4,IARS,RNF187,ISY1,SCYL3,RBM28,RNF11,ACADVL,HSP90AB1,DDX46,CNRIP1,MAST3,PSIP1,SOBP,SENP5,AP1G1,PPP6R3,FLOT1,CASP2,TLK1,TOPBP1,UTP15,MAPK1IP1L,ATP6AP1,SGIP1,RFC2,PPP2R5B,TFIP11,ARID1B,THRAP3,NUP50,PPDPF,POLR1C,SNRPA1,ZMYND11,BCAT1,ST6GALNAC6,RNF31,TRABD,GTF3C2,NLGN1,USP15,HDAC3,NLGN2,USP10,WBP2,RAB1B,SRBD1,MAK16,DDX21,FURIN,MLLT1,ADD1,HSPD1,DNAJB2,UGP2,HAUS8,TGS1,BEND3,NCAM1,IGF2BP3,RAB28,CCDC71,EIF4E,DCAF13,TUB,NOP58,SSB,EYA3,LCA5,CDC42BPA,CHFR,MAPK10,NFASC,EIF3M,NAA15,ABCE1,POLR3K"
+"gene_set_query"	"304"	"ZNF35"	"366.0"	"ARCHS4 Coexpression,280;Enrichr Queries,576;GTEx Coexpression,242"	"IPO11,TFRC,GPATCH4,PHAX,GABPB1,SMC3,FNBP1L,RABGEF1,LSM12,TBK1,ALKBH1,DPYSL2,MYC,DPYSL3,PRKACA,MED1,DDX18,MEF2C,CXADR,DNTTIP2,CD3EAP,WDR75,SOX11,HCFC2,MED4,GTPBP4,DYNC1LI1,PSME3,DDIT3,SARNP,PSME4,DDIT4,YME1L1,SET,SLAIN2,HIF1A,MRPL13,ADH5,PRDX3,LDHB,HSPH1,PRKAR2A,PRDX1,RRS1,NUP88,ATRIP,FDFT1,BRAP,JUN,CADM1,PNO1,PLK2,NR2F1,LARP7,NETO2,LARP4,FAM136A,GPN1,PBX1,MRPL22,SQLE,PSMG1,HNRNPC,FERMT2,OGFR,PIGU,MRPL39,MRPL36,WDR43,MRPL42,RARS,RIOK2,RIOK1,CIC,RRP15,ZC3H10,ACTL6A,LRRC40,MRPL47,AEN,GNL2,DUSP6,SRP9,PSMA6,TUBB2B,MRPL50,PSMA3,PSMA4,TUBB2A,PSMA2,PTRH2,TCP1,PXDN,GAS6,GART,RNF166,VAMP2,CDC123,NIP7,SDAD1,HSPA14,PSMB7,BCLAF1,PSMB5,PSMB1,USP1,CKB,PCGF6,SYNJ2BP,WDR12,BYSL,PHF5A,NFIA,NFIB,PSMC1,TRMT6,PSMC2,TSR1,NUCB1,PKN1,CIAPIN1,YPEL3,MTCH2,CSE1L,BZW1,IPO4,CDH2,SESN1,KPNA6,MTPAP,FADS1,SH3GLB2,USP7,SLC38A1,SUPT16H,EIF1AX,IGFBP3,F2R,ATP11C,ILF2,DGKZ,MORF4L1,DMTF1,MSH2,RAB34,SNRPG,SRSF3,SNRPE,SNRPF,KPNB1,PFKFB3,FAM114A2,INSIG1,GLO1,CUL2,CUL1,TARS,GTF2E1,ACAT2,SOCS2,G3BP1,BTBD2,ZKSCAN2,BRIX1,NAE1,SKIL,WDTC1,NOP16,STYX,ASNS,LSM5,LSM3,ZC3HC1,COPS3,NFE2L3,IARS,NOP10,CNIH4,HSP90AB1,WDR3,DUSP12,MRPL3,SUMO1,MDK,SUMO2,TLK2,SNAP29,TNPO3,DIS3,ACTR8,DNAJC2,PTP4A3,SLC25A19,POLR1B,CTDSP2,ETF1,EVL,BCAT1,TNFRSF21,TRABD,GTF2A2,HDAC2,TSSC4,GTF3C4,WBP2,MAK16,CXXC1,LENG8,MLLT6,DNAJB2,FIP1L1,POLR2B,KATNA1,POLR2D,BEND3,FEM1C,MEST,EIF4E,DCAF13,MARCKSL1,PPIL1,SSB,CCDC59,TPRKB,DNAJA1,MYO1B,KLF6,PFKL,EIF3M,POLR3C,PSAT1,POLR3D,DRG1,CEBPZ,METAP2,EIF3B,CISD1,THUMPD3,CCNC,TXNDC17,SNRPD1,LONP1,SOX4,SLC12A9,EPHA4,TIPIN,SMARCC1,LIMCH1,ARRDC3,IFRD1,MTUS1,MAPK8IP3,KARS,VDAC2,HECA,CBLL1,MMADHC,DCUN1D5,PIK3R3,RPAP3,NUAK1,PDCD11,LARS,CSTF1,XRCC6,BCL11A,PAICS,GADD45G,SRPK1,CCT6A,SNW1,ID2,INTS7,NOL10,NOL11,ITM2B,ITM2C,NRP1,DAZAP2,MRPS15,CITED2,FAF1,PAK1IP1,MRPS12,OLA1,SLC7A11,LIMD2,AKAP12,SYNCRIP,XPO5,ENC1,CCT3,PRMT5,CCT2,CDV3,TSC22D1,TSC22D3,MINK1,PRPF40A,MRPS7,MLF2,RHOB,NME1,ENAH,PRPF18,ARHGEF1,SGK1,EEF1E1,ATP6V0C,FYTTD1,CSTB,SATB1,SLC20A1,HEATR1,NOL6,GNAI2,TCEAL8,TCEAL1,CCT8,CCT7,CCT5,CCT4,NPM1,VEGFA,RSL1D1,TRIP12,TOMM5,UBE3C,RPP30,BCCIP,CWC27,WBP11,ATP1B1,TMX2,TMX1,TIPRL,UBE2V2,PLAA,IDI1,PSMD11,PSMD14,BTF3L4,RPF2,RASGRP2,NDRG1,TIMM50,RPF1,EFNB2,RNASEH1,DNAJC21,CAMTA2,LLPH,QSER1,PRNP,HSPA8,CBX5,HSPA4,CPSF3,IDH1,VTA1,CPSF2,NUP153,KLHL23,EIF2S2,EIF2S1,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,MKRN2,CNTN1,UBE2N,CYCS,LRP10,PRKCSH,CHD6,HMGB3,YBX1,TRIAP1,ELAVL1,RND3,NUP62,PDE4B,TIMM17A,UTP15,SUN2,TBP,GLRX3,PDPK1,H2AFZ,GLRX2,EPN1,DNM2,VCAN,DDAH1,THRAP3,NAA35,GOSR2,RGS16,TAF9,POMP,DDX21,HMGCR,HSPD1,POLD3,DNPEP,TGS1,BMS1,ABCF2,ABCF1,PTCD1,RRM2,MEIS2,SPRY2,FAM98A,NAA15,SSBP1,RAN"
+"gene_set_query"	"305"	"INSM1"	"367.0"	"ARCHS4 Coexpression,427;Enrichr Queries,303;GTEx Coexpression,371"	"CERK,CCNI,STMN2,STMN3,STMN4,FNBP1L,BACH2,SCAMP5,GPR173,GOLGA3,ZFYVE27,DPYSL4,DPYSL5,ZMIZ1,DPYSL2,MYC,DPYSL3,EPHB1,SOX4,CHGB,TSPYL2,HES6,EPHA4,SRRM4,UNC13A,RBFOX2,SLC6A17,CACNA2D1,PTOV1,ISLR2,SOX11,SOX12,CPT1C,VWA5B2,MAPK8IP3,ANK1,MAPK8IP1,NISCH,RUFY3,TAGLN3,KCTD12,CTXN1,STX1A,MEG3,CUTA,GPM6A,RTEL1,BEX2,BEX1,NRN1,MEAF6,TMEM63C,CTBP1,MAGED1,STXBP1,FOXG1,HTATSF1,KALRN,TTBK1,MTMR7,NKAIN1,FAM171A2,PCBP3,PCBP4,GSE1,RALGDS,SCN3A,JUN,FZD3,PHC1,PRRT2,PTPRN2,CADM1,BCL11B,ZFR2,BCL11A,ST8SIA2,H3F3A,NR2F1,SNAP91,DCLK1,TMEM198,GADD45G,SMARCA4,MEX3A,PPP1R1A,ID2,FXYD6,RCOR2,DZIP3,CD200,GPR19,CDKN1C,PCSK2,GABRB3,ROBO2,DDR1,GDI1,KCNC1,PTPRN,GRIK3,NAT14,ROBO1,SMPD3,UCHL1,PCLO,TUBA1A,SLC22A17,ENC1,DNER,NEFL,NEFM,KIF1A,GPRASP1,RALGPS1,APC2,GRIPAP1,RPS6KL1,ACTL6B,ANO8,AMPD2,MANEAL,SYP,DUSP8,CBFA2T2,RGMB,AP3B2,DUSP6,TOX3,MN1,TMEM179,TUBB2B,NME7,KIT,PXDN,MAPT,RNF165,SATB1,ICA1L,SEZ6,ADCY1,NOL4,BEGAIN,TCEAL6,ARVCF,CUX2,TCEAL5,TMEM169,CAMK2N1,CAMK2N2,GPC2,HARS,PAK3,RUNX1T1,RPRM,NPDC1,RIC3,WDR17,MYEF2,BRF1,AP3D1,LHFPL4,PLEKHA6,MIAT,PNMA2,NMNAT2,SGSM1,NFIA,NFIB,SGSM2,TTC3,RIMBP2,SARM1,CDK5R2,ANKRD13B,MIDN,ATP8A2,CLSTN3,TUSC3,CTNND2,CELSR3,FADS2,ATCAY,SALL2,CDH2,KIF5C,TUBB3,BASP1,NRCAM,PPFIA3,SH3GL2,LMO1,CHRNB2,IGFBP3,APLP1,TSC2,POU3F1,FOXP4,POU3F2,RUNDC3A,POU3F3,BSCL2,ACAP3,OLFM1,ACLY,CACNB3,MYCN,GPRIN1,MADD,SCG5,FSCN1,SCG3,TOX,CUL7,BRSK2,SHC2,RTN1,CACNA1B,FOXO6,LPL,CACNA1A,DTX3,BHLHE22,SEZ6L2,CPLX2,FBXO44,LRRC55,PLD3,CACNA1H,PHF21B,IGSF21,SCRT2,PCSK1N,KLC2,PLXNA2,NDN,PDZD7,ZKSCAN1,PLXNA3,SYT5,RAP1GAP2,TMEM120B,SYT4,PRNP,ZFHX2,AUTS2,SYT1,RHBDD2,MARCH9,NSG1,SYT7,SCRT1,FBXO31,GNAO1,ARHGAP33,AHI1,EFNA2,NBEA,HOOK2,LHX2,HOOK1,SPIRE2,GNAS,IFT27,CNTN2,UBA2,CPE,NACAD,LRCH4,CNIH2,MXD4,SNAP25,NAA40,PODXL2,CELF3,MAST1,CELF4,CHD6,ELAVL4,CHD5,CELF5,FBLL1,PKD1,ELAVL2,ELAVL3,TRO,DUSP12,ABHD16A,AP1G2,MCF2L,GDAP1L1,NEO1,EID2B,SVOP,ABCC8,UBE2QL1,NAV1,SEZ6L,LSS,ARFGAP1,SEPT3,ARL4C,GAP43,VCAN,PTP4A3,DDAH2,DCX,TERF2IP,INA,SLC25A14,CAMK2B,HCN3,USP11,NRXN1,RGS16,CXXC1,RBM4B,CRMP1,NRXN2,ACVR1B,DLL1,PPM1E,JAKMIP3,SLC25A27,GNG3,PARD6A,IGFBPL1,SPOCK2,NNAT,POLR2D,SPOCK1,NCAM1,ATP9A,CACNG4,CLASP2,REPS1,SEC11C,TUB,CHGA,MBTPS1,NTRK2,LINGO1,MARCKSL1,RRM2,PCDH8,CADPS,MEIS2,NELL2,SLC4A8,IRGQ,FAM155A,NFASC,SBK1,NOVA2,ATP13A2,RGS11,MDGA1,SSBP3,UNC79,TNRC6A,CBLN1"
+"gene_set_query"	"306"	"SALL2"	"367.0"	"ARCHS4 Coexpression,605;Enrichr Queries,429;GTEx Coexpression,67"	"EHMT2,STMN2,STMN3,ENO2,FNBP1L,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,DPYSL3,RBFOX3,SOX11,SOX12,GPR162,RUFY2,DDIT4,TSPYL4,SET,AGAP2,ADH5,MTMR7,GJC1,LDHB,FAM171A2,CHST15,RHBDL1,FDFT1,PRRT1,CADM3,JUN,FZD3,PRRT2,PHC1,CADM1,PLK2,NR2F1,PBX1,POU6F1,HNRNPM,MEX3A,VANGL2,H2AFY2,HNRNPD,FXYD6,HNRNPC,GPR19,GABRB3,KCNC1,PFAS,SHF,JPH4,TRIM9,MMP24,TUBA1A,CSRP2,TRIM2,TIMP2,GPRASP1,JARID2,GARNL3,APC2,ACTL6B,RRAS2,ELOVL6,DUSP6,TMEFF1,TUBB2B,TUBB2A,PXDN,VAMP2,ADAM22,SEZ6,CKB,EXTL3,WDR17,CENPV,USP9X,NMNAT2,NFIA,ABI2,NFIB,SERBP1,PKN1,PLP2,YPEL4,ANKRD13B,ATP8A2,RASL11B,CLSTN3,CLSTN1,CLU,SLC8A2,IPO5,RIMS1,FADS2,RIMS4,CDH2,FADS1,MAGI1,SUPT16H,IGFBP3,TPM1,F2R,IGFBP2,VASH2,CLIP3,DISP2,MSH6,ACAP3,ILF3,OLFM2,CACNB4,ARMCX2,MSH2,RAB34,NCL,MADD,TOX,KHDRBS1,BRSK2,ARL3,KLC1,FBXO44,PHF21B,GOLGA7B,SOCS2,IGSF21,KLC2,G3BP1,G3BP2,SRGAP3,RAB6B,LRRC4B,AKIRIN1,TMEM132A,CORO2B,PTPRD,BCL9,NBEA,PTPRA,REEP2,CPE,PLXNB1,LRCH4,HSP90AB1,CELF3,CELF4,SCRN1,MDK,PSD3,NEO1,EID2B,TRIM67,ADAMTS7,NIPSNAP1,ARL4C,PTP4A3,CTDSP2,BCAT1,RNFT2,SMARCD1,HDAC2,NLGN2,CXXC1,JAKMIP2,CACNG7,PTPRZ1,TRIM46,BEND3,IGF2BP3,IGF2BP2,PCDH1,HNRNPA1,MEST,ATP9A,BEND6,HNRNPA0,LINGO1,MARCKSL1,SLC12A5,SSB,SMOX,FBXL19,EFR3B,HNRNPAB,NELL2,SYT11,PSAT1,TSPAN18,MFAP2,UNC79,TRIM28,TRIM24,BSN,SEPHS1,GLUL,SOX4,CALN1,SRRM3,EPHA4,SRRM4,SMARCC1,ATP6V1G2,ACSL6,ANK2,ANK3,CPT1C,MAPK8IP2,MAPK8IP3,STX1B,SFRP1,KCNQ2,TRIB2,LLGL1,GPM6A,ADCYAP1R1,BEX1,STXBP1,CEND1,TTBK1,NKAIN1,NLN,SYNGR1,NUAK1,LARS,TSPAN7,B4GALNT1,PATZ1,SCN3A,GPM6B,B4GALNT4,MAGEE1,BCL11A,RCC2,PAICS,SNAP91,DCLK1,SMARCA4,ID2,LRRN1,CALM1,RCOR2,ITM2C,DDR1,NRP1,TMEM151B,PTPRS,HIP1,GDI1,CITED2,GRIK5,GRIK2,NAT14,PTPRF,ROBO1,AKAP12,UCHL1,PCLO,ZMYM3,SLC22A17,ENC1,KIF1A,GRIPAP1,PARP1,PRMT1,AP3B2,RGMA,RHOB,CNKSR2,ENAH,TOX3,KIT,MAPT,SGK1,DBN1,ICA1L,HSD17B4,PRICKLE1,PTN,BEGAIN,TCEAL6,ARVCF,SERTAD4,CAMK2N1,CAMK2N2,APBB1,GPC4,ATP6V0E2,PURG,ARNT2,GABBR1,NPM1,MYEF2,LSAMP,LHFPL4,SORBS2,MAD2L2,KIF26A,HNRNPA2B1,CACHD1,APBA2,KDM1A,CRTC1,ARID4A,CIB2,NUCKS1,CELSR2,CELSR3,TMEM145,KIF5C,BASP1,NRCAM,SH3GL2,ADAM11,TTC7B,KCTD2,ATP1B2,KCTD6,MYCN,ABCG4,NDRG4,BHLHB9,NDRG3,RTN1,NTM,TMEM59L,CACNA1B,FBLN1,CPLX2,NDRG2,DTX4,NDRG1,SEL1L3,EFNB2,ARHGAP21,DPP6,EFNB3,FUT9,CAMTA1,MYH10,PDZD7,QSER1,SYT4,PRNP,SYT3,CBX5,AUTS2,PTCH1,CBX2,NONO,IDH1,CBX1,HMGA1,KLHL23,GNAO1,RALYL,HOOK2,DLG3,NASP,HOOK1,CNTN1,GNB5,TCF3,SAE1,YWHAE,KDM5B,PODXL2,MAST1,CHD6,HMGB3,PSIP1,CHD4,RND2,RND3,ELAVL3,LMNB1,GALNT9,PDPK1,PPP2R5B,ABHD14A,NAV2,DNM3,VCAN,SFPQ,DDAH1,CDH10,TERF2IP,CAMK2B,NRXN2,RBM4B,CRMP1,NCALD,ADD2,HSPD1,FAM168A,UGP2,SV2A,SPOCK2,NT5DC2,MTA3,OPCML,CLASP2,LGI1,PCDHGC4,ATP2B2,NAP1L1,GDAP1,MEIS2,SBK1,FAM131B,RGS11,VIM,SSBP3"
+"gene_set_query"	"307"	"INSM2"	"367.3"	"ARCHS4 Coexpression,513;Enrichr Queries,508;GTEx Coexpression,81"	"CNTFR,SCOC,MYT1L,STMN2,STMN3,STMN4,ENO2,DCAF7,RPL6,SCAMP5,GPR173,RNF112,DPYSL4,DPYSL5,DPYSL2,DPYSL3,PRKACB,ANKS1B,CHGB,HES6,RBFOX1,ACOT7,TSPYL1,RBFOX2,UNC5A,RBFOX3,CACNA2D1,SOX11,SOX12,GABRG2,EML5,GPR162,PRKAR1B,HECW1,TSPYL4,ASTN1,PHYHIPL,PPP3R1,FAM171A2,NDFIP1,CADM2,H3F3A,NR2F1,L1CAM,TMEM198,MLLT11,MEX3A,SERPINI1,ARF3,GABRB3,CDKN1C,KCNC1,SHD,SHF,TRIM9,TUBA1A,NEFL,NEFM,DLGAP1,DLGAP3,GPRASP2,APC2,MANEAL,PGM2L1,TUBB2B,TUBB2A,PXDN,ERGIC3,VAMP2,ATL1,SEZ6,SNX32,ADCY1,TMEM169,CHN1,RUNX1T1,RPRM,CENPV,GABRA3,TTC9B,NMNAT2,MORN4,NFIA,RIMBP2,SARM1,RAB3C,ANKRD13B,RAB3A,CLSTN2,CDH8,SLC8A2,RPH3A,RIMS4,ATCAY,TUBB3,STK32C,MAP2K4,TBR1,CACNB3,SLC9A6,FSCN1,TOX,GRIA2,BRSK1,BRSK2,KHDRBS3,LRRC55,PHF21B,IGSF21,SCRT2,PLXNA1,LRRC4C,RAB6B,LRRC4B,SLC4A10,SCRT1,REEP1,LRFN5,SYNJ1,NSG2,CDK5,LHX2,REEP2,PIN1,NACAD,CNIH2,SNAP25,CELF3,CELF4,CELF5,NRGN,NGRN,MDK,WDR7,ERC2,TRIM67,EMX1,SEZ6L,NIPSNAP1,PTP4A3,NRG3,DNAJC6,SNPH,RNFT2,CLEC2L,MLLT1,JAKMIP1,AP3M2,MGAT5B,NNAT,SLITRK5,FSD1,ATP9A,CACNG4,TUB,NTRK2,LINGO1,SLC12A5,PCDH8,NELL2,DBNDD1,NECAP1,GLRB,SYT11,TRIM37,INSM1,MDGA1,CBLN1,ARL6IP1,CERK,DPF1,KIF21A,BTRC,KIFAP3,BSN,EPHB1,SRRM3,SRRM4,SLC6A17,ISLR2,MAPK8IP2,ANK1,KCNQ2,HECA,TAGLN3,CTXN1,BEX4,BEX2,BEX1,NRN1,FOXG1,CEND1,ACTR3B,TTBK1,NKAIN1,INPP5F,PCBP4,TSPAN7,RIMKLA,SCN3B,SCN3A,RALGDS,ATP6V1C1,ATP6V0A1,PTPRN2,MAGEE1,BCL11B,LRRN3,BCL11A,ST8SIA2,MYO5A,KLHDC8B,SNAP91,SMARCA4,CALM3,RCOR2,PCSK2,CSRNP3,GDI1,FAM57B,GRIK5,GRIK3,ICA1,NAT14,PTMS,SERP2,UCHL1,CAMKV,SLC22A17,DNER,IDS,KIF1A,FEZF2,CCT3,PRMT8,ANO8,SYP,CBFA2T2,AP3B2,SYN1,MLF2,MN1,ARHGEF9,MAPRE3,MAPT,GLCCI1,NAPB,SATB1,SATB2,GDPD1,NOL4,BEGAIN,TCEAL6,ARVCF,TCEAL5,CUX2,CAMK2N2,GPC2,CTNNA2,ARNT2,GABBR2,MPP3,MYEF2,LSAMP,LHFPL4,PNMA2,GRIN1,KIF26A,APBA1,CDK5R2,CDK5R1,PRDM8,CELSR3,KIF5C,BASP1,NRCAM,PPFIA2,RGS7,NSF,CHRNB2,LMO1,KIRREL3,LMTK3,POU3F1,TMEM130,POU3F2,RUNDC3A,POU3F3,PREPL,MYCN,DOK4,GPRIN1,EEF1A2,ELMO1,ATP6V1A,RTN3,BHLHB9,RTN1,DDX1,TMEM59L,CACNA1B,CACNA1A,BHLHE22,DTX3,CPLX2,SEZ6L2,CPLX1,CAMSAP1,DPP6,EFNB3,KIF3A,CASKIN1,ATP6V1H,CAMTA1,CDH24,H1FX,KIF3C,SYT5,RAP1GAP2,SYT3,ZFHX2,SYT1,CBX2,CBX1,SYT7,RALYL,DLG2,HOOK2,DLG4,HOOK1,GNB1,GNAS,IFT27,PODXL2,ELAVL4,CHD6,CHD4,FBLL1,RND2,ELAVL2,ELAVL3,BCL7A,LRRTM1,LRRTM2,GDAP1L1,TMEM108,SULT4A1,YWHAG,YWHAH,SVOP,SYNGR3,SEPT3,GAP43,DDAH2,PPDPF,DCX,TERF2IP,LUC7L3,NAT8L,PFDN4,INA,CAMK1G,CAMK2B,HCN3,STOML1,NRXN1,ATP1A3,NRXN2,CRMP1,FAM169A,GNG3,IGFBPL1,SV2A,NT5DC2,SPOCK1,NCAM1,OPCML,CHGA,LIMK1,CADPS,ATP2B4,NAP1L2,GDAP1,NAP1L5,HS3ST2,MAPK10,FAM155A,SLC4A8,PPP2R2C,PPP2R2B,ATP13A2,SSBP3"
+"gene_set_query"	"308"	"SMAD3"	"367.4"	"Literature ChIP-seq,95;ARCHS4 Coexpression,704;Enrichr Queries,604;ReMap ChIP-seq,206;GTEx Coexpression,228"	"TDRKH,ITSN2,MDC1,MT-ND4,RBPJ,TSKU,LSM10,NDST1,KRTCAP2,TBK1,CAPNS1,MPRIP,PSMD2,DPYSL2,AKT2,AKT1,PRKACB,FNBP4,MEF2A,MEF2C,PRKAB2,GABARAPL1,FNBP1,DNTTIP2,HDHD2,SCAMP2,BCR,DDIT4,JTB,FAR1,MTMR1,ABCB6,CDCA4,FLII,PDGFA,ABCB8,AGAP3,PLA2G6,GABARAP,PRPSAP2,RNF215,RDH11,PIP5K1A,RDH13,RHBDL1,VTI1B,HEXIM1,PRRT1,JUN,CREBBP,PRRT2,JUP,NR2F1,MRPL24,BTBD10,PBX1,EIF1,MLLT10,PCDHGA11,TBL3,EIF6,FASN,PSMG3,FAT4,GPR19,LRSAM1,HEXB,GPR21,RPLP0,DIS3L,LRRC4,MRPL38,PRKAG2,MED19,SHB,ECSIT,MED15,DDA1,BBC3,IKBKB,TUBA1C,TUBA1A,SMPD4,FASTK,SMPD1,RPLP2,DLGAP1,JAK2,ENOPH1,JAK1,DUSP1,SPHK2,MRPL49,SLC39A13,BAZ1B,DUSP6,MED29,MRPL53,SLC7A5,TMEFF1,SLC7A6,CDC42EP4,PXDN,CDC42EP3,RAPGEF1,TUT1,SLC29A1,VAMP2,ERGIC1,PAFAH1B2,PAFAH1B1,TRUB2,WRB,SRRT,RPS27L,SLC7A1,CENPB,PSMB7,SNX27,MICALL1,STX6,LEO1,FLNA,MFN2,ZSWIM6,ZSWIM4,SAMD1,MEF2D,SRSF10,YKT6,EGLN1,LRRC28,DAB2IP,SAMD4B,SKI,FABP3,SNX16,CCDC9,TTLL1,TAOK2,PSMC2,PKN1,AGRN,PDCD6,ATN1,CASC4,UBE2D1,YY1,FADS2,STK11,STK16,FNTB,PIM3,KPNA4,MAP3K9,AP2M1,FADS1,KPNA1,PIAS4,AGTPBP1,CISH,CTNNBIP1,LENEP,FOXP1,FRMD5,SLC9A5,DMTF1,SRSF2,FSCN1,SRSF3,SRSF4,SQSTM1,SRSF7,PFKFB2,INO80B,LRRC59,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ISG20L2,UAP1,CORO1C,SAV1,SLC9A1,SOCS2,EIF1AD,SBNO2,G3BP1,PMVK,SMYD2,BRIX1,IP6K1,SLC38A2,NADK,NOP16,STYX,DRAP1,LRCH1,SP3,MDM2,PIN1,NIT1,OSBPL1A,OGT,NFE2L1,ITGB1,ISY1,MCFD2,HSP90AB1,NUMA1,CELF5,ARRB1,ETFA,ARRB2,AP4M1,MRPL4,MRPL2,SUMO2,PMEPA1,DGCR6,PGLS,DNM1L,EDIL3,HSP90AA1,DST,VPS37C,VPS37D,VPS37B,ARFGAP3,RAD23B,MSL1,ARL4C,PPM1A,NPC1,C1D,BCAT1,PPP1R12B,SLC25A12,GAPDH,MET,SLC25A11,TNFRSF21,RNFT2,PPP1R15A,PPP1R15B,CANT1,LRP1,GTF3C5,SRC,PRCC,NDUFB2,FURIN,SRI,PPM1E,GANAB,ZNRF2,PARD6A,SLC25A28,NCLN,U2AF2,FCHO2,TRIM46,UBQLN1,EIF4H,SH3BP4,LRRC8A,FYN,FSD1,IGF2BP2,PCDH1,EIF4E,ATP9A,BEND6,PTPN1,SEC24B,PPP1R14B,CIZ1,FEM1B,LYSMD2,HIP1R,MBOAT2,RPL23A,BAIAP2,GSTZ1,MYO1B,SUCLA2,TSPAN18,ST7,EIF3J,TRIM37,P4HB,CDR2L,TRIM32,BCAR1,UNC79,EIF3A,EIF4A2,CERK,ZDHHC5,JMJD1C,ZDHHC7,ACTB,RCBTB1,ZDHHC3,CCAR1,CYB5D1,HERC4,CCDC97,TRIM26,PTGFRN,CCNL1,ATP6V1E1,ST6GAL2,SCAF11,LIMCH1,ACTN1,ECH1,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,ACTN4,MFSD11,PISD,PPA1,KCTD13,ULK2,FAM76B,EIF1B,STX1A,TMEM87A,TMEM87B,L3MBTL2,PIK3R1,ACTR3B,GSPT1,TTBK2,PGS1,MBTD1,APOO,DHX32,PCBP1,TSPAN5,FAM192A,HIVEP2,SNX5,SEC31A,RAB11FIP5,INTS1,RCC2,MICAL2,PTK2,EXT1,EXT2,ZBTB6,RPL27A,ID2,INTS5,NDUFAF3,PAF1,INTS7,CALM3,FBXL5,CALM2,SUGP1,HERPUD2,NRP1,PTPRS,USPL1,FAM57B,GPAA1,GRIK5,TECR,CTSZ,MRPS10,PTPRK,PTPRF,SYNCRIP,PPP3CA,ACTR1A,NUDCD3,SPTLC2,ENC1,REV3L,SDF4,SSSCA1,QSOX1,CTSB,CCDC112,CAP1,PCYT1B,MRPS23,MINK1,ACAD9,ANO8,COMMD7,SREBF2,ENAH,RAP2A,RAP2B,VSNL1,PITPNM2,TAX1BP1,ARHGEF1,TAX1BP3,NCOA7,PABPC1,PTMA,DBN1,STK40,RABGAP1,CAB39,STX16,SATB1,DOT1L,HEATR1,GBA,RELA,CAMKK1,RXRB,MNT,SERTAD4,NFIL3,SERTAD2,GPC1,ORMDL3,PAK6,DYNC1I1,PLEKHA1,VEGFB,PLEKHA5,TMUB1,MIAT,AP2B1,NPM3,VEGFA,MIB1,FKBP1A,PER1,KLHL5,NEDD4,HNRNPA2B1,TCEA2,AGGF1,TCEA1,HDGF,ESYT2,SH3GL3,CRTC2,MIDN,SYS1,ACAA2,UBE3C,WWC1,ZFAND5,SRP14,UBE2Z,TXN2,ACTG1,IGF1R,FAM174B,PPIP5K2,CAPN2,EP300,BANF1,ARID2,BAHCC1,SBF2,TPRA1,FBXW11,TMOD3,RUNDC3B,ADAM19,HNRNPUL1,TMX2,PSPC1,GPD2,EHBP1L1,PPIF,SBDS,ANKS6,WDFY3,GNAZ,NDRG4,DDX5,NDRG3,TMED10,NDUFB10,PSMD14,KLHL17,CACNA1B,PSEN1,NDRG1,SUPT6H,RTN4,TAF5L,RAI1,SHARPIN,IRAK1,KIF3A,DEAF1,TBC1D13,CAMTA1,CYC1,TBC1D17,BCL9L,YARS,IVNS1ABP,PRNP,UBE2H,HMGA1,CRIM1,DSTN,KLHL22,SUPT5H,AP4B1,CLK4,HIGD2A,BMP1,PAN3,HOOK2,HOOK1,CCPG1,CNTN1,PHF13,AMOTL2,TCF4,GNB5,PICALM,GSK3A,RBM25,NAA40,PODXL2,DDX47,PRKCSH,PRR3,ATP2A2,CHD3,CHD2,AFF4,RND3,PHTF1,LMNB2,SEC61A2,SEC61A1,TMEM223,LASP1,YWHAQ,UBE2Q2,BCL7B,NUP62,NPTN,DACT1,SUN1,GLRX3,PDPK1,EED,BUD31,ARHGEF18,NAV2,GLRX2,SYNGR3,YWHAZ,EPN2,EEF1G,CREB3,VCAN,CREB1,UBE2R2,SETBP1,ACOX1,CRY1,MAN1B1,CUEDC1,INA,DCTN1,SFSWAP,RAP1GDS1,CSTF2T,SLC3A2,ATP2C1,CLCN3,DNPEP,CAND1,RAB40C,GNG5,SPOCK2,TRA2B,BMS1,PTK2B,PDLIM7,GALNT2,ATP2B4,PDAP1,CDK11B,HS3ST2,CLCN6,GOLPH3,FAM131B,ERCC1,BRMS1L,FAM131A,POLE3,TAF6,VIM,LNX2,CYFIP2,RPL4,TRIO,RPL3,TES,HNRNPU,SMC5,RPL8,PHB2,BACH1,GLS,NUB1,ALCAM,ZMIZ1,MYC,STMN1,AP1S2,AP1S1,VPS35,RPL37,DIP2C,IER5,VPS36,IER2,VPS18,MECR,WSB1,DAPK1,PRKCE,DAPK3,PRKCD,WDR74,REV1,CD3EAP,AFAP1,SCRIB,SOX12,ATG13,ATG12,WDR81,TYRO3,RPL24,YME1L1,RPL27,RPL26,PRR12,CDC42SE1,CTBP2,PHYHIPL,NEDD4L,VPS26B,PRKCZ,HIF1A,PRDX2,ABR,LDHA,PPP4C,BLOC1S1,BLOC1S2,PRDX1,ST3GAL5,NUP88,S100A10,NAA50,RPL41,NDFIP2,JUND,NDFIP1,HOMER1,H3F3B,PLK2,RAB3IP,RDX,IRF2BP2,MTHFR,PA2G4,NR1D1,PRDX6,GPN1,PRRC2A,EHD1,FIBP,SLC6A6,MEX3B,MEX3A,NPLOC4,RNF103,HNRNPK,GIPC1,GTF2IRD1,CEP57,SMG1,BTG1,CDKN1B,PHF23,SETD6,SETD7,CLTC,CLTB,ADK,ASH2L,SMG7,CLINT1,WDR43,TRIM8,TMEM189,UBL3,AIFM1,TMSB4X,TRIM2,RFK,TIMP2,SPIN1,GPR137,PLEKHN1,AP3S1,CIC,JARID2,EMD,RRP15,ZC3H10,BRD2,WDR36,WDR37,MIOS,ITPK1,AEN,FAM126A,GNL3,NCOR2,RNF168,RNF167,ZEB2,TUBB2B,INF2,TUBB2A,KIFC3,GAS6,GAS7,RNF165,PHLPP1,RPL10,RPL12,TIMM10,TM9SF4,FAM129B,FGD3,TMEM169,RPS3,RPS2,ANKRD52,PAIP2,RPL18,RNF130,DEDD,SF3A3,RIOK3,WDR18,TRMT1,GTF2H1,GTF2H2,SCAF1,BLCAP,RNF146,NFIA,NFIB,PLP2,TMEM229B,FAM49B,PHLDB1,ATP8A2,DGKD,CTNND1,CLSTN1,RPL10A,CLU,IPO7,SLC8A1,TM7SF2,FAM107B,ABHD11,SLC39A9,CFL1,PLS3,ZNF326,SLC39A7,MAF1,HMGN2,TMSB10,GTF2I,KCMF1,MAGI1,TLE3,CSNK1G3,SUPT16H,ANKRD49,TPM4,RPS8,TPM3,USP3,IGFBP3,MAGI3,TPM1,F2R,DYRK1A,ILF2,THOC6,BSCL2,CLIP3,CTDNEP1,PYGO2,MORF4L1,CLIP2,CLIP1,RAB31,RAB34,MADD,ERH,PHIP,SNRPE,FKBP2,SEMA7A,CD151,ABHD2,INSIG1,ABHD8,KLC1,PHF21A,GTF2E2,KLC4,ORC6,DVL1,NACC1,DVL2,ABL1,PLXNA2,ANKRD10,PLXNA1,ABL2,SKIL,MCL1,ANKRD28,TRAPPC3,OSBPL7,RAB4A,RAB4B,CCDC12,TNK2,SEC16A,MARCH8,ADAP1,LSM4,NSFL1C,COPS6,LRFN4,CDK5,REEP5,CNOT1,RHEB,REEP2,PLXNB2,TADA1,NACAD,GPR107,COPS8,SERINC2,EIF4G2,BCL2L1,EIF4G1,SLC48A1,RNF10,DIDO1,RNF11,MCM7,RNPEPL1,WDR1,PTPN23,SYNE2,PIK3C2B,PTBP1,DUSP12,SCRN1,SIN3A,EVI5L,TNPO1,CCDC50,PLEKHG2,GPX4,RFC2,ZFP91,RANGAP1,PTP4A1,PTP4A2,TRAF7,DNAJC2,PTP4A3,DALRD3,ASPH,TRAF4,CTDSP2,POLR1D,DNAJC9,SOS2,NLGN3,GTF2A1,SMARCD3,WBP1,WBP2,WBP4,TTL,JAKMIP2,HDAC7,DNAJB2,DNAJB1,ABLIM1,FZR1,HECTD1,ABLIM3,RBBP5,POLR2E,DCAF11,SEC11A,POLR2J,POLR2L,SPAG9,SEMA4A,SPAG7,SMOX,SEMA4B,TXNRD1,ADRM1,CDC42BPB,PNRC2,ASXL1,KLF7,KLF6,MFAP3,MGAT4B,POLR3E,TPT1,METAP2,VEZT,APP,TMEM183A,ZMYND8,GDE1,HS6ST2,RPS14,RPS16,FLAD1,LONP1,HABP4,DENR,SEPHS1,SOX4,RPS12,SRRM2,ARRDC4,ARRDC1,SLC6A15,IFRD1,ACSL6,MTUS1,MRPS18B,MRPS18A,MAPK8IP2,MAPK8IP3,JMJD6,INPP4A,TIAM2,TIAM1,AFG3L2,ZW10,BOLA2,VDAC2,SIK2,EZR,PFN1,AURKAIP1,IGSF8,MACF1,MGST3,DCUN1D2,NMD3,MYL12B,NUAK1,SGPL1,GSE1,TNRC18,MAP4,SRPK2,SNHG1,RABGAP1L,TMEM184B,PYCR2,PUM1,ACADSB,SNAP91,GADD45G,CCDC88A,FUBP3,SESTD1,FUBP1,TECPR2,RPS21,CDS2,ITM2C,TOP2B,TRAM1,UBXN1,GDI1,CITED2,SLC35F2,FAF2,GDI2,ZCCHC17,RPTOR,GUK1,CHMP1B,C1QBP,DNER,SEC61B,RSPRY1,CDV3,PARP1,TSC22D1,STRADA,TSC22D3,NME2,RHOF,PPRC1,AP3B2,RHOB,PARP8,NME1,PACS1,NFX1,HNRNPH1,NME7,B3GNT5,RHOU,HNRNPH3,ALDOA,SGK1,MAPRE2,SLC20A1,PTGER1,GDPD1,TRAK1,NOL4,PTS,TYMP,NT5C,TCEAL6,TCEAL5,TCEAL1,APBB1,ATP6V0E2,MPZL1,MAP4K4,RANBP2,ARNT2,MYEF2,RYK,AP3D1,PDP1,SPCS2,KBTBD2,CTNNB1,TRIP12,FAU,APBA2,GALNT11,ROGDI,HDLBP,ARID4A,NUCKS1,CWC27,ARHGDIA,HCFC1R1,CHCHD7,POGZ,COTL1,KDM2A,LMO4,TSC2,KCTD2,LMO7,ATP1B3,ACYP1,KCTD3,PUS7,ATP1B1,DPM2,DNAJC30,TBL1XR1,CHMP4B,MATR3,ABCG4,STAM2,ATP6V1A,IDI1,PXN,PLCXD2,ARHGAP12,EFNB2,ARHGAP21,EMG1,DPP8,TCTEX1D2,CDH24,ATP6V1D,MARK3,SMAD2,SMAD1,SMAD4,CBX6,ACBD4,CPSF6,WSCD1,SMURF2,HSPA5,CBX3,SMURF1,ARHGAP29,IFT122,TBCB,SMAD5,DNAJC16,EIF2S1,AZIN1,DNAJC18,COQ5,ARHGAP23,NFKBIA,ARHGAP32,RALYL,COQ2,EFNA2,NR4A3,DLG4,ATG16L1,DYNLRB1,ACBD3,LRP10,LRP11,MUS81,SCYL3,KDM5B,ACADVL,KDM5C,PCDHGB7,THRA,ELAVL3,RPS4X,CASP9,SPRED2,SEPT9,SPRED1,ZC3H7A,MFSD5,ZC3H7B,FLOT1,SCYL1,POLG,KDM6B,PCDHGA4,PDE4D,H2AFX,IQCE,PPP2R5B,CTPS2,H2AFV,TRNAU1AP,PPP2R5C,ARID1A,ARID1B,CKAP4,DNM3,FCHSD2,RABEP1,DDAH1,TRNP1,AKT1S1,TERF2IP,CDH13,PFDN2,CAMK1G,KDM3A,TM2D2,OPRL1,FAM169A,TOB1,IWS1,NXF1,FAM168B,MAPK8,GNA11,GNA12,FAM120A,PDE6D,REPS2,MAPK1,MAPK6,ABCF2,CAMK2G,CLASP2,ABCF1,SPEN,RWDD1,WTAP,NEGR1,USP20,LIMK2,PCDHGC4,LIMK1,PDE4DIP,HSPE1,SLC4A8,PDE10A,RPS6KB1,PPP2R2D,RGS12,ATP13A3,SSBP3"
+"gene_set_query"	"309"	"ATF6B"	"368.0"	"ARCHS4 Coexpression,665;GTEx Coexpression,71"	"ISCA1,ANKLE2,HDAC10,CISD1,RPL8,NUDT3,NFU1,GCSH,SCAMP4,PCMT1,RPS19,RAVER1,OPHN1,ZMIZ2,AKT1,CCDC92,RPS10,RPS12,SLC12A9,SRRM2,PDHX,NUP210,ARRDC1,CACNA2D1,SLC35C2,PRKCD,MOGS,CSNK1D,SCAMP2,MFSD10,WDR81,FEZ2,TMEM126A,ORAI2,PRR12,RPL28,PRR14,SF1,TARSL2,CD99L2,APH1A,FXR2,MICAL1,SYMPK,TNRC18,MAP4,ST3GAL3,VASP,CHKB,RCC2,SLC35E3,PBX2,PRRC2A,HNRNPL,ABTB1,PPP1R1A,ARMC10,RPL27A,NDUFAF2,CORO7,RGL2,OGFR,HBS1L,MOCS2,SETD3,PIGO,PCSK7,MED15,LIMD2,IKBKB,PPP3CB,CIC,MRPS28,TOP3B,DBNL,MINK1,MRPL47,GMIP,ITFG2,APRT,MED23,GAK,MED25,PITPNM1,HNRNPH1,PACS1,RAPGEF1,STRAP,ARHGEF1,FAM193B,ARHGEF2,RNF166,GRN,STAU2,AKAP6,TM9SF4,GNAI2,FGD3,RXRB,ZDHHC18,RECQL5,UNK,PSMB5,OS9,RPS3,MGAT1,PAIP2,RPL18,MEF2D,PAIP1,ATAD1,MBD6,SF3A2,PNPLA8,PCGF3,TTC1,MYO9B,COX6C,WDR11,TMUB2,PSMC3,PRKRA,SHKBP1,ZYX,NUCB1,PKN1,PNPLA6,TOMM5,GRINA,UHRF1BP1L,CRTC2,ANKRD13D,CTNND1,RPL10A,STK11,MAEA,CFL2,ARHGDIA,KPNA4,MEN1,RNF44,RPS9,MAP2K2,KDM2A,GTF3A,SHISA4,ZCRB1,DGKZ,THOC7,ATXN2L,HNRNPUL1,DOK5,EHBP1L1,UBE2V2,ERP29,SBDS,SNRNP27,SRSF6,FKBP3,CSNK1G2,SIDT2,ANAPC2,CUL9,INO80E,CD151,RAB5C,TUBGCP2,AK1,PXN,SLC38A10,RASGRP2,CORO1A,CORO1B,ORC4,SBNO2,ORC6,BTBD1,GRK6,DVL2,ANKZF1,NADK,MARK2,IP6K2,WDTC1,AP1M1,DNAJC19,CPSF1,TNK2,SSH3,ANKHD1,CLK2,PAN3,RHEB,GNB2,CNOT3,SPIRE1,PLXNB2,CLASRP,OSBPL1A,LRCH4,LRP10,DIDO1,GSK3A,NUMA1,LDB1,RNF14,NVL,PRKCSH,SCHIP1,CHD8,TRADD,PIK3CD,ARRB2,SOBP,PPP1R9B,NGRN,PTBP1,RPL7A,LASP1,AP1G2,PPP6R1,SNRNP70,BCL7B,RNPEP,UBTF,CASP2,FLOT2,MAN2C1,YAF2,TAPT1,SUN2,NAA30,REXO1,KLF13,TTC33,VBP1,AKTIP,ARID1A,EPN1,DNM2,FCHSD1,GIGYF1,PPM1B,RABEP1,IRF3,PFDN1,PFDN2,EVL,MAN1B1,PFDN4,PPP1R12C,DCTN6,TRABD,SMARCD1,GTF3C2,NDUFB9,SMARCD2,NDUFB6,HDAC1,POLDIP3,GTF3C6,MGRN1,WBP4,POMP,CXXC1,LENG8,TTL,MLLT6,HDAC7,DCAF15,GANAB,UGP2,U2AF2,SH3BP2,CDC37L1,PTK2B,CSK,MTA2,POLR2I,FBRS,CYTH1,SH2B1,RWDD1,RBM39,ATE1,KDM4A,CIZ1,PPIL2,NDUFA5,ATP13A1,TAF13,NDUFA4,MBOAT7,CLCN7,NECAP2,PINK1,PFKL,SUCLA2,BRMS1L,RAB12,DNAJA2,ACIN1,ERCC5,SMAP2,SEC24C,RAN"
+"gene_set_query"	"310"	"ZNF3"	"369.0"	"ARCHS4 Coexpression,874;Enrichr Queries,178;GTEx Coexpression,55"	"TRIO,POP7,TFRC,RPL32,MYT1L,ARAF,STMN3,HNRNPU,GPATCH4,FNBP1L,EPRS,PHB2,BACH2,KRTCAP2,ZMIZ1,DPYSL2,MYC,ZXDC,STMN1,RPL36,RPL35,RPL38,FNBP4,DDX17,WSB1,RBFOX2,RPL23,CD3EAP,GTPBP4,PRKAR1B,DDIT4,ZSCAN21,JTB,TSPYL4,ASTN1,SET,MRPL18,PHYHIPL,NEDD4L,GAR1,PUSL1,BTF3,B3GALNT1,CREBBP,JUN,JUND,CADM2,IRF2BP2,NR1D1,MRPL23,PBX1,MRPL21,WDR55,MLLT11,QARS,FASN,PSMG3,HBP1,DZIP1,GABRB3,PIGU,BTG1,MED14,JPH3,RPLP2,DLGAP3,JARID2,BRD2,NSUN2,TCF12,TET2,ELOVL6,DUSP6,MED23,NCOR2,MRPL52,TAF6L,SLC7A5,MTF2,PXDN,TUT1,SF3B5,TIMM13,SNX32,BCLAF1,RPS15A,ADAM23,CHN1,RPL14,AP2S1,RPS2,RPL18,MEF2D,SRSF12,CENPV,GTF2H2,ABI2,NFIA,NFIB,APEX1,PKN1,HDDC2,RAB3A,CTNND2,PDCD5,RPL10A,NUDT11,RIMS4,ATCAY,TXNL4A,LZTS1,AP2M1,STK32C,FADS1,SEMA6B,SLC38A1,ANKRD49,RPS7,RPS8,TPM1,PRPF4B,CNPY2,FOXP1,BSCL2,ILF3,DMTF1,NHP2,SRSF4,ADNP,SNRPF,SRSF6,SNRPC,SNRPA,FKBP5,GRIA2,BRSK1,RNASEH2C,INO80E,ARL3,INSIG1,ABHD8,UQCRH,SOCS2,PITRM1,ZKSCAN3,RAB6B,ZKSCAN1,SAC3D1,MCL1,ASNS,BTBD9,LSM4,ZZEF1,BCL9,GON4L,SYNJ1,CDK5,UQCRQ,NACA,REEP2,MDM2,MAP3K10,PIN1,PIN4,DIDO1,MCM7,CELF4,CELF5,DUSP12,PPP6R3,UBTF,EVI5L,DST,VEZF1,DDOST,PTP4A1,PTP4A3,NSMCE4A,NRG3,TRAF4,SNPH,CTDSP2,POLR1B,RPL37A,SNRPA1,DCTPP1,RNFT2,GTF3C2,NFAT5,NDUFB4,RPL36A,FOXK1,JAKMIP1,SRM,AP3M2,CACNG7,ABLIM1,HECTD3,VPS52,POLR2D,POLR2E,POLR2F,FEM1C,FSD1,WASF1,POLR2I,EIF4B,GADD45GIP1,MARCKSL1,NDUFA7,NDUFA3,PNRC1,FBXL12,KLF6,GLRB,NOVA2,PDCD4,TRIM37,PDCD2,EIF3D,POLR3K,ARL6IP1,ZMYND8,CBLB,ACTB,RPS15,RPS17,RPS16,RPS18,SNRPD1,DPF1,HABP4,TRIM24,SNRPD3,BTRC,CCDC92,KIFAP3,GLUL,SOX4,RPS13,TMPO,RPS12,SMARCC1,IMP3,COG3,ARRDC3,IFRD1,ACSL6,CIRBP,ISLR2,KCNQ2,AKAP9,HECA,ULK1,TAGLN3,KCTD17,DHX8,FOXG1,FBF1,PIK3R1,INPP5B,ERI3,TSPAN7,DHX38,GSE1,PATZ1,RALGDS,BCL11A,RCC2,DCLK2,PUM2,WNK1,NDUFAF3,CALM3,CALM2,RPS21,ITM2C,MRPS15,CITED2,MRPS12,SERP2,C1QBP,DHX15,IDS,KIF1A,GIT1,TSC22D1,MRPS24,STRBP,NME2,MRPS21,MRPS2,SYN3,MRPS7,ITFG2,MLF2,RHOB,APRT,ENAH,ARHGEF9,CTU1,NFX1,PABPC1,SGK1,AKAP8,UQCR11,COX5B,NOL4,COX5A,NT5C,TCEAL5,CUX1,CTNNA2,MPZL1,MAP4K4,ARNT2,NFYA,YIPF2,LSAMP,TMUB1,PNMA2,GRIN1,VEGFA,NDUFAB1,TOMM7,APBA1,FAU,MEGF8,TOMM6,DBR1,MIDN,NDUFA11,ARID4B,CHCHD2,CHCHD6,EP300,NRCAM,CHCHD1,PPFIA2,RGS7,CHRNB2,LMTK3,TMEM130,RUNDC3A,OXA1L,PREPL,DPM3,TBL1XR1,FAIM,ZCCHC8,NDUFB10,NDUFB11,TMEM59L,SUPT6H,NDRG1,EFNB2,PDZD4,KIF3A,TCTEX1D2,CASKIN1,CAMTA1,KIF3C,ATP6V1F,IVNS1ABP,DNAJC19,KLHDC3,HSPA8,PRNP,SMAD4,CBX5,AUTS2,CBX2,HMGA1,KLHL24,TBCA,ANKHD1,AZIN1,DNAJC18,GNAO1,RALYL,EFNA2,HOOK2,NASP,DLG4,HOOK1,GNB1,BRWD1,ZSCAN2,MXD4,UBE2M,SCYL3,KDM5B,DDX46,THRA,ZMYND19,CNRIP1,PRKCSH,CHD6,FBLL1,ELAVL2,PPP1R9B,BCL7A,LRRTM2,GDAP1L1,PDE4B,SULT4A1,RBM5,YWHAH,KLF13,PDPK1,PDE4D,CTPS2,NAV2,ARID1A,SEPT5,YWHAZ,SEPT3,PJA1,GAP43,NDUFS6,NDUFS5,TERF2IP,NAA38,NAT8L,LUC7L2,KDM3A,STOML1,DCTN1,DDX23,ATP1A3,RNF7,USP19,GNG3,DNPEP,MAT2A,DDT,PDE6D,ROMO1,BUB3,LGI1,TIMM8B,RWDD1,RBM39,NAA10,MEIS2,SOD1,MAPK10,SBK1,TEF,PPP2R2B,ERCC5,PDE7A,RBMX,TAF1"
+"gene_set_query"	"311"	"ZNF84"	"370.3"	"ARCHS4 Coexpression,219;Enrichr Queries,271;GTEx Coexpression,621"	"HNRNPU,EPRS,SMC3,FNBP1L,BACH2,ALKBH8,CAPNS1,DPYSL5,DPYSL2,FAM110B,STMN1,PRKACB,DDX17,MED1,DDX18,MEF2C,WSB1,CXADR,RBFOX2,CD3EAP,SOX11,SCAMP1,GTPBP4,FAM133B,DAAM1,RFX7,IFT81,RUFY3,FEZ1,ZSCAN21,DDIT4,RUFY2,YME1L1,ALG10B,FLII,NEDD4L,ATXN7L3B,OAZ1,MTDH,HMGXB4,FZD3,PBX1,MLLT11,PCDHGA11,H2AFY2,PKIA,FXYD6,PHF3,OGFR,SMG1,WDR43,PCMTD2,MRPL42,NIPBL,ATIC,TUBA1A,TRIM2,RIOK2,RRP15,PCMTD1,UPF1,WDR36,LRRC49,TCF12,RRAS2,LRRC40,BAZ1B,FAM126A,PGM2L1,SRP9,TUBB2B,INF2,MTF2,PXDN,TMEM106B,GART,TIMM9,FAM117B,BCLAF1,RICTOR,SRSF10,NKTR,RUNX1T1,PCGF6,YTHDF3,KIDINS220,MBD1,WDR12,MKLN1,NFIA,ABI2,MORN4,NFIB,TAOK1,ETNK1,ZYX,TSR1,NUCB1,PKN1,PLP2,CCNT2,FAM13B,FBXO22,NUDT11,SMCHD1,ZFP30,LAMP1,CDH2,TUBB3,SMARCAD1,FADS1,MAGI1,SLC38A1,MAP2K2,RALGAPA1,MAGI2,PRPF4B,MORF4L1,DMTF1,MSH3,MORF4L2,RAB35,MAPKAPK2,SRSF3,SNRPE,PHIP,ADNP,SRSF6,ANAPC1,CSNK1G2,LRRC59,RAB5C,ANKRD12,TARS,CORO1B,SBNO1,SBNO2,UBR5,NACC1,MBIP,BRIX1,SMN1,SLC38A2,ZKSCAN1,ESRRA,NOP14,TIA1,ARPC4,LSM5,MARCH6,REEP1,PTPRD,SLC7A6OS,GNL3L,NBEA,CDK4,ZFP62,COPS2,DMXL2,MDM2,MDM4,RSL24D1,OGT,WDR1,WDR3,SCHIP1,PTEN,SYNE2,MRPL3,FSD1L,CAPZB,PPP6R1,CEP170,TNPO1,EIF5A,PPP1R12A,DST,SECISBP2L,ATRX,VPS13A,PTBP2,CTDSP2,NFAT5,GTF3C3,HDAC2,ROCK2,RAB1B,MAK16,FURIN,STOX2,SRR,POLR2B,U2AF2,SNRPB2,IGF2BP3,FEM1C,TRIM44,CCDC59,EFR3B,EIF3M,MARCKS,APC,EIF3I,POLR3D,ASXL3,MGAT4B,PDCD4,CEBPZ,P4HB,EIF3A,SLC25A36,METAP2,VEZT,FCF1,JMJD1C,GCC2,NUDT3,RPS17,CDC27,KIF21A,SOX4,EPHA4,SCAF11,ACTN1,NSMCE2,ARRDC3,RECQL,MOGS,ANK2,ACTN4,KATNAL1,BOLA2,AKAP9,TRIM13,TAGLN3,PFN1,KCTD18,TRIB2,PFN2,BEX4,DCUN1D5,MAGED1,FOXG1,PIK3R3,PIK3R1,RPAP3,APH1A,SPAST,DHX33,HLTF,TRPM7,SCN3A,VASP,ZRANB2,BCL11B,BCL11A,ST8SIA2,AIMP1,CCDC88A,STAG1,ZBTB6,ZZZ3,STAG2,GOLGB1,NOL11,CALM2,ITM2C,TOP2B,CSRNP3,USPL1,ROBO1,EPM2AIP1,ZMYM2,ZMYM4,OTUD6B,ENC1,REV3L,SDF4,UTP14A,RSPRY1,CCDC112,CDV3,TMED9,TSC22D1,PRMT3,MINK1,CBFA2T2,ZDHHC17,MLF2,ENAH,TOX3,PRPF18,MPPED2,DYNC1I2,HEATR1,GNAI2,MGAT1,MGAT2,CTNNA2,PAK3,SUZ12,NPM1,MYEF2,PLEKHA1,MTX3,SORBS2,VEGFA,KLHL9,ATAT1,RSL1D1,CCNG2,KLHL7,HNRNPA2B1,TTC3,TCEA1,RAB3GAP2,PNPLA6,ARID4A,ARID4B,IGF1R,TATDN1,COL4A3BP,ARHGDIA,CWC22,ARID2,PPFIA2,POU3F2,RSBN1,POU3F3,TBL1XR1,TIPRL,EHBP1L1,WDFY1,CHMP4B,ZCCHC7,DDX6,DDX5,RTN1,PXN,BTF3L4,PDS5B,RPF2,EFNB2,RNASEH1,IRAK1,FUT9,GRK6,BPTF,MARK1,DARS,SMAD4,CPSF6,CBX5,AUTS2,BFAR,KLHL23,KLHL24,EIF2S2,EIF2S1,CLK4,SMAD5,EFNA2,HOOK2,HOOK1,GNB2,JMY,PHF14,TCF4,BRWD1,FGF13,LRP10,CREBZF,KDM5B,PRKCSH,NVL,USP34,CHD6,ELAVL4,PSIP1,ELAVL2,SENP6,SENP7,LASP1,ZC3H7A,YWHAQ,USP47,HSDL1,PDPK1,PDE4D,KLF16,DNM2,CREB1,RCN2,EEF1D,DCX,LUC7L3,INA,USP11,CRMP1,ADD2,MAPK8,GNG2,TGS1,TAF1A,NCAM1,FBRS,CLASP2,TTC14,PTCD2,ZFC3H1,PDE4DIP,DEK,GDAP1,ACVR2A,MAPK10,ERCC8,NAA15,VIM,ABCE1,PDE7A,SSBP2,TAF2,MBTPS2"
+"gene_set_query"	"312"	"ZNF540"	"370.7"	"ARCHS4 Coexpression,534;Enrichr Queries,521;GTEx Coexpression,57"	"MYT1L,STMN2,THYN1,STMN3,STMN4,ENO2,BACH2,SCAMP5,GPR173,RNF112,CAPNS1,DPYSL2,AKT1,ANKS1B,CHGB,GABARAPL2,MEF2C,UNC13A,UNC5A,SND1,GABRG2,GPR162,RUFY3,HECW1,RUFY2,RPL29,TSPYL4,CTBP1,FLII,MTMR7,FAM171A2,RHBDL1,ZSCAN18,PRRT1,FZD3,PRRT2,H3F3B,CADM2,POU6F1,PRRC2A,MLLT11,HNRNPL,PKIA,FXYD6,SERPINI1,GPR19,GABRB3,CDKN1C,SMG5,JPH4,TRIM9,TUBA1A,DLGAP1,GPRASP1,GPRASP2,GARNL3,UPF1,RPS6KL1,ACTL6B,LRRC49,TMEM179,PXDN,TKT,VAMP2,RNF165,GAS7,NFIX,RPL12,ATL1,ADAM22,SEZ6,ADCY1,CHN2,RUNX1T1,RIC3,WDR17,ATRNL1,NMNAT2,BLCAP,GATAD2A,ABI2,NFIA,NFIB,SERBP1,PKN1,YPEL4,FAM49A,RAB3C,DGKE,ATP8A2,ATP8A1,CLSTN3,CLSTN1,FRY,IPO7,ATCAY,SALL2,ZFP30,SESN1,SLC39A7,SYBU,MAGI2,CLIP3,DISP2,OLFM1,CACNB4,MADD,LY6H,KPNB1,GRIA1,GRIA2,LRRC59,ARL3,ITPR1,KLC1,FBXO44,KLC2,NACC1,SRGAP3,PLXNA4,TMEM120B,SLC4A10,EEF2,MARCH6,REEP1,NBEA,REEP2,AAK1,CPE,SERINC1,EIF4G1,SNAP25,WDR1,CELF3,CELF4,TRO,PSD3,PHACTR3,PHACTR1,EID2B,PEG3,SGIP1,RAD23B,TRAF7,PTP4A3,SLC25A14,RNFT2,RAB1B,JAKMIP3,JAKMIP2,SLC25A27,STOX2,GANAB,U2AF2,TRIM46,TUB,NTRK2,SLC12A5,PCDH9,SEMA4F,HNRNPAB,NELL2,NECAP1,GLRB,MGAT4B,P4HB,UNC79,METAP1,METAP2,EIF3B,EIF4A2,VARS,ZDHHC5,TRIM28,BSN,KIFAP3,SRRM3,EPHA4,SRRM4,ATP6V1G2,SLC6A17,ZFP2,ACSL6,ANK2,MOGS,ANK3,ACTN4,CPT1C,MAPK8IP2,MAPK8IP3,STX1B,KCNQ2,HECA,BEX4,GPM6A,BEX2,BEX1,NRN1,TMEM63C,SLC45A1,STXBP1,PIK3R1,TTBK1,APH1A,SYNGR1,INPP5F,TSPAN7,MLEC,B4GALNT1,SCN3B,RIMKLA,SCN3A,SCAI,ATP6V0A1,PTPRN2,MAGEE1,BCL11B,BCL11A,RCC2,TMEM50B,ST8SIA3,SNAP91,DCLK1,CALR,CALM1,ITM2C,DAZAP1,CSRNP3,GDI1,GRIK5,GRIK2,ZCCHC18,PRPF19,NAT14,AKAP12,EPM2AIP1,PCLO,SLC22A17,SDF4,CTSF,RALGPS1,GRIPAP1,TSC22D3,AP3B2,ITFG1,CNKSR2,KIT,MAPRE3,MAPT,SGK1,NAPB,AHCY,SATB1,ICA1L,AKAP6,NOL4,BEGAIN,AMN1,TCEAL6,CAMK2N1,PES1,APBB1,CTNNA2,ATP6V0E2,PAK3,DYNC1I1,PURG,NPDC1,GABBR1,LHFPL4,SORBS2,PNMA2,SGSM1,ATAT1,TTC3,TCEA2,APBA1,HDGF,FAM171B,ZFP28,CDK5R1,CRTC1,HDLBP,CELSR3,ARHGAP44,KIF5C,SH3GL2,PPFIA2,LMO3,TMOD2,LMO7,RUNDC3B,KCTD6,PDIA4,PREPL,HNRNPUL1,SCG5,MATR3,AMPH,SCG3,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,TMEM59L,CACNA1B,CACNA1A,DTX3,SEZ6L2,NDRG2,SUPT6H,DPP6,ARHGAP20,IRAK1,KIF3A,FUT9,CAMTA1,LONRF2,PDZD7,SYT5,SYT4,PRNP,GGT7,SYT1,PTCH1,GNAO1,AHI1,RALYL,NR4A3,HOOK2,HOOK1,CNTN1,GNB5,DOCK3,PODXL2,PRKCSH,MAST1,CHD6,ELAVL4,YBX1,AFF3,LMNB2,ELAVL3,LASP1,MCF2L,GDAP1L1,SVOP,ABCC8,PDPK1,PDE4D,PPP2R5B,DDX54,ABHD14A,DNM3,NAV3,CDH10,GFOD2,TERF2IP,LUC7L3,INA,CAMK2B,DDX25,ANKS3,USP11,NRXN1,RBM4B,CRMP1,NRXN2,NCALD,ADD2,GNG2,SV2A,SPOCK2,GNG7,FAM120A,REPS2,OPCML,CLASP2,NEGR1,NAP1L2,PDE4DIP,ATP2B2,SSRP1,GDAP1,NAP1L5,MAPK10,IRGQ,FAM155A,PIK3IP1,PPP2R2B,FAM131A,ACIN1,RGS11,SSBP2"
+"gene_set_query"	"313"	"MAFK"	"372.8"	"ARCHS4 Coexpression,132;ENCODE ChIP-seq,35;Enrichr Queries,636;ReMap ChIP-seq,159;GTEx Coexpression,902"	"POP5,GMFB,SLC4A1AP,POP7,POP4,ALKBH6,TBK1,CAPNS1,RAVER1,DPYSL3,FGFR1OP2,PWWP2A,AKT1,PRKACA,PRKAB2,SAP30BP,FRS2,PRKAB1,LARS2,EWSR1,DDIT3,ZC3H11A,DDIT4,JTB,ATF4,SF1,SAR1A,SAR1B,MEPCE,PDGFA,ADAMTS10,CIAO1,PRPSAP1,RNF216,RNF215,RDH14,LTA4H,PIP5K1C,ATRIP,CREBBP,JUN,JUP,EIF2AK1,NCAPH2,FUCA1,EIF2AK3,PBX2,LARP4,TBL3,LAS1L,QARS,FASN,NMT1,PKIG,MTMR14,MED15,BBC3,DDA1,MED17,SHF,SMPD3,MED13,DLGAP4,DUSP1,SPHK2,IFT140,SLC39A11,SLC39A13,DUSP8,MED27,DUSP6,MED29,DDB2,PHF20L1,MED23,SLC7A5,PTRH2,MED20,PXDN,SDHAF1,RAPGEF1,ERGIC3,PAFAH1B3,ERGIC1,PAFAH1B2,TRUB1,TRUB2,OAT,LIN37,URM1,NOC4L,FAM117B,CENPB,SNX27,ADAM23,STX6,MFN1,ATAD1,CRBN,SKI,TAOK3,MYBBP1A,CCDC9,SNX17,SLMAP,APEX1,SNX14,TAOK2,CCDC6,PKN1,AGRN,YPEL3,MTCH1,PDCD6,PDCD5,LTN1,ATN1,FRY,LAPTM4A,UROD,FNTB,MTPAP,FADS1,PCYT2,FBXW5,DGAT1,STX7,POLRMT,FBXW2,LENEP,PIAS1,ATXN2L,ACLY,TPST1,MSH2,SRSF4,SRSF6,SRSF7,SRSF9,FTO,INO80B,INO80E,TXNDC9,UQCRB,ZC4H2,IREB2,SPATA2,CORO1B,FBXO42,CORO1C,HSP90B1,EIF1AD,RAP1A,NDOR1,G3BP1,ZKSCAN3,SMYD2,G3BP2,SAC3D1,IP6K2,NOP14,BOD1,API5,ODF2,HPS4,FBXO31,DRAP1,SH3BP5L,ARPC3,SP3,ACO2,CLPTM1L,LRCH4,OGT,NOP10,ITGB1,ISY1,SNAP25,PTEN,AP4M1,ALAD,ZNRD1,PPP6R1,ACP2,BCAS2,TRIM67,UNC45A,ACTR2,EIF5B,TFIP11,RABGGTB,RABGGTA,ARFGAP1,TMBIM4,C1D,PCCB,ETF1,TMBIM6,TOP1,GAPDH,CANT1,ROCK2,SRC,SRF,LENG8,U2AF1,MLLT1,SRI,FOXRED1,TSPAN31,MLLT6,MTHFSD,CDC42,FOXRED2,ZNRF2,KCTD20,U2AF2,BAHD1,PHKG2,UBQLN1,IGF2BP3,FYN,IGF2BP2,HNRNPA1,TRIM44,EIF4B,UBQLN2,NOP56,CIZ1,MARCKSL1,TRIM41,GPKOW,FEM1B,CNBP,TXNL1,HNRNPAB,MCM3AP,NAGK,CDKN2AIPNL,EIF3K,EIF3L,EIF3I,PDCD2,TRIM37,EIF3E,ATXN10,EIF3D,UNC79,BCAR1,EIF3B,SMARCAL1,SMARCB1,CERK,ACTB,HERC4,CDC23,HERC1,TRIM28,SNRPD1,CDC26,CDC27,BSG,EIF2D,SNRPD3,ATXN7L3,TBC1D22B,FBXO9,ATP6V1G1,ATP6V1G2,ARL15,ACTN1,CIRBP,CSNK1D,MOGS,ALG1,ACTN4,SNHG12,PPA2,KCTD10,KCNQ4,FAM76B,FLYWCH1,EIF1B,SLC45A4,NUMBL,AARS2,TBC1D9B,TMEM63B,DHX9,ZBTB5,TTBK1,CDKN2AIP,PGS1,SEC14L1,FAM192A,ATP6V1C1,BBS1,XBP1,SMARCA5,BRI3BP,HARS2,IFFO1,AIMP2,ZBTB6,CWF19L1,NDUFAF2,NOL10,CALR,NOL11,HERPUD2,MRPS17,NRP1,MRPS15,MRPS16,MRPS11,MRPS12,MRPS10,NAT10,COX7C,HERPUD1,AKAP12,MAP1LC3B,OTUD6B,SDF4,COX8A,MRPS28,MRPS26,PCYT1A,MRPS22,GAA,MRPS23,MRPS21,PRPF40A,GAB2,SYP,APRT,TOX4,GAK,TOX3,ARHGEF9,RAP2B,PITPNM1,TAX1BP1,FAM32A,PABPC1,ARHGEF2,EEF1E1,NAPB,PCNA,MRPS35,SSNA1,GNAI3,RELA,NAPG,NFIL3,OS9,ORMDL3,MGAT2,PEX16,DYNC1H1,TTC1,MYO9B,PEX14,VEGFA,SH3RF3,NUDT9,PDCL3,BOP1,SEC23IP,ITCH,KLHL7,SGSM3,TTC4,NDUFAB1,TCEA2,AGGF1,TCEA1,HDGF,PNPLA6,GRINA,SRP19,CRTC2,SYS1,RPP30,ZFAND5,SRP14,UBE2Z,ACTG1,EEF1B2,PCID2,FBXW11,TMOD3,DNAJB12,UBE4A,SDHC,UBE4B,SDHD,DHDDS,COX6B1,ADAM15,EHBP1L1,DNAJB11,PPIF,WDFY1,PLAA,PPIG,RAF1,COX19,DDX5,TBC1D19,TSG101,COX16,HTRA2,CACNA1C,BHLHE22,NCKIPSD,RAI1,RNASEH1,IRAK1,TBC1D13,TBC1D14,TBC1D17,UBE2F,UBE2H,UBE2I,PCIF1,NUP153,UBE2A,AP4B1,MANBAL,HIGD2A,IFT20,GNAL,HOOK2,HOOK1,GNB2,MKRN1,CNTN1,UBE2O,AMOTL2,UBA1,FGF11,DYRK3,CUEDC2,HP1BP3,ADAR,TNFAIP1,RND3,USE1,RND1,TMEM222,LASP1,EEF2K,RB1CC1,NUP133,PDPK1,TTC33,EPN1,EEF1G,SETBP1,TMEM214,CAT,CRY1,ACOX3,MAN1B1,CUEDC1,OTUB1,AGPAT5,ANKS3,RNF8,SLC3A2,ASAP2,RNF7,NT5C2,AGPAT1,RNF5,ADD2,CAND1,GNG5,TMEM203,TGS1,TRA2B,MKNK2,BNIP1,BNIP2,DROSHA,TMEM208,RALY,RPP14,FBRS,TIMM8B,TTC14,BNIP3,EYA3,USF1,TTC17,GALE,ERCC1,POLE3,ERCC8,KRAS,ERCC5,IPO13,IPO11,TES,RRP1,SMC5,PHAX,SMC3,EPRS,PHB2,GLS,RRP9,ALCAM,CSPP1,ZMIZ2,AP1S1,LUC7L,VPS39,NUP214,VPS18,DDX18,SCRIB,GTPBP4,HCFC1,WDR81,WDR82,VPS28,ANAPC13,NUP205,ANAPC16,WDR61,XPC,RNPC3,GNS,ANAPC11,LDHA,NUP85,LDHD,VPS11,ST3GAL5,ST3GAL1,FDFT1,LHPP,VPS16,CEP78,BTF3,NDFIP2,NDFIP1,SNAPIN,DMPK,HOMER1,PLK2,IRF2BP1,IRF2BP2,NR1D1,EHD1,HNRNPL,GNPTG,HNRNPK,ARL2BP,TOLLIP,HNRNPC,FARSA,PAM,CEP57,BTG1,CDKN1B,PHF23,SETD6,ASH2L,KRI1,PHF6,SMG5,UBL3,TIMP2,TK2,RRP12,CIC,RRP15,CEP68,WDR36,WDR34,WDR35,COPZ1,NCOR2,TAF6L,SIKE1,TUBB2A,KIFC2,MTF2,EXOC4,KIFC3,TKT,GART,EXOC2,CDC123,GRN,CLDND1,RNMT,USO1,FAM129B,ARFRP1,SCAF8,PPP1R7,PPP1R8,YTHDF2,CSNK1A1,KIDINS220,NR1H2,WDR18,GATC,SYVN1,ELP2,DHRS1,SYNJ2BP,WDR13,SCAF1,WDR11,MKLN1,JKAMP,NUCB1,TMEM39B,ANKRD13C,FAM49B,GTF2B,CEP120,AUP1,PARK7,RPL10A,CLU,EDC3,TM7SF2,PPP1CB,EDC4,IPO8,IPO9,LAMP1,LAMP2,PAPOLA,SLC39A6,SLC39A7,TXNL4A,MAGI1,RARS2,MAP2K4,USP8,CSNK1G3,TLE3,SUPT16H,MAP2K2,TPM1,THOC1,TRAFD1,THOC2,PGD,LEMD3,THOC5,NRBP1,PYGO2,MORF4L1,RAB35,AAGAB,SNRPF,CSNK1G2,FKBP5,CSNK1G1,SNRPB,FKBP2,RAB5C,FAM114A2,GLT8D1,UBR3,SLC38A10,UBR2,ORC5,SCRT2,UBR7,DDRGK1,ORC3,DVL1,DVL2,DVL3,MCL1,AKIRIN2,EIF2B4,AKIRIN1,EIF2B3,EIF2B2,TRAPPC4,SEC16A,TRAPPC5,TRAPPC8,TRAPPC9,FANCE,BCL9,COPS3,COPS6,DAB1,SLC7A6OS,LRFN4,NSG2,PDCL,CPE,PLEKHM2,PLXNB2,RAB5A,RSL24D1,BCL2L2,BCL2L1,SLC48A1,DIDO1,MCM7,ZC3H3,CCDC47,NOB1,AP1G1,VPS72,SNRNP70,WDR6,WDR7,TNPO1,EIF2B1,TNPO2,CCDC50,PLEKHG2,CCDC34,SECISBP2L,LANCL1,RPL13A,TSN,DNAJC2,CTDSP2,DNAJC5,LANCL2,DNAJC9,CCDC43,ALDH9A1,VPS4B,RAB1B,VPS4A,PDHB,HDAC6,HDAC7,RAB21,DNAJB2,DNAJB1,HECTD1,ABLIM3,HAUS8,FIP1L1,POLR2A,DNAJB5,HAUS7,HECTD3,RAB23,VPS53,POLR2C,POLR2F,SMOX,FBXL19,FBXL12,RAB10,DNAJA1,VAPA,VAPB,POLR3C,DOLPP1,MFAP3,GLOD4,VPS41,POLR3F,DRG2,VPS45,PPIL4,TPT1,VEZT,ISCA1,SLC35B4,VARS,ZMYND8,PITPNA,HDAC11,PPP2R2A,PDCD2L,NFU1,RPS15,TIAL1,PNN,RPS16,KAT5,FLAD1,RPL36AL,FTH1,MAGOH,LONP1,ARFIP2,LONP2,SEPHS2,SRRM2,SRRM3,COG8,ARRDC3,IFRD1,METTL3,COG2,AP1AR,MAPK8IP3,NIF3L1,POR,ZW10,MTHFD2L,SIK3,HECA,SIK1,SUCLG1,ATP6V0D1,DCUN1D5,CSTF3,CSTF2,FXR1,PDCD11,PDCD10,ZNHIT3,CSTF1,GSE1,STXBP5,TNRC18,TMEM184B,SYNRG,PUM1,RPS26,RPS28,RPS27,RPS29,FUBP1,RPS20,RPS24,GFM1,UBXN1,CITED2,ZFAND2A,SIPA1L3,COIL,CHMP1B,SEC61G,CHMP1A,TMED1,SEC61B,UBXN4,TMED4,PSENEN,TMED9,PARP1,PARP2,SLC22A23,UGDH,SCNM1,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,SDCCAG8,CSTB,MAGEH1,NOL9,PTS,NOL6,CST3,AMN1,TCEAL1,METTL6,APBB2,METTL9,MTX1,NFYA,MTX2,PTGES3,GBF1,SORBS1,KBTBD4,SPCS2,SPCS1,XPOT,NBR1,KBTBD7,MPHOSPH8,MEGF9,NDUFA13,NDUFA11,KDM1B,NDUFA12,NDUFA10,MRFAP1,CWC27,CNDP2,COL4A3BP,TATDN1,TATDN2,FAM162A,ARHGDIA,COTL1,LMO1,NOM1,PHYH,TRAPPC2L,LMO4,LIG3,RSBN1,TUFM,PRPF6,PRPF3,CHMP4B,MATR3,DAP3,ZCCHC8,ZCCHC7,PXK,RPS19BP1,COPB1,NOP2,PXN,CLEC16A,EMG1,ZMAT2,ZMAT5,RPRD1B,DARS,KLHDC3,KLHDC4,CPSF6,CBX4,CPSF1,RHBDD3,IDH1,CPSF3,IDH2,CPSF2,CBX1,EIF2S2,COQ7,CRLS1,EFNA2,CHMP2B,PI4KA,BLMH,DYNLRB1,SAE1,LRP10,LRP11,MUS81,KDM5C,ASNSD1,CBY1,RPS4X,SEPT9,SEPT7,MAPK1IP1L,KDM6B,H2AFZ,SPATS2,IQCE,RPS3A,SAFB,DNM1,DNM2,AKT1S1,HAGH,PFDN4,VAC14,KDM3A,STOML2,KDM3B,ATF6B,NRXN1,ETFDH,ATP1A1,NXF1,FAM168B,ALDH1B1,RPS6KC1,PPP2R3C,FAM120A,GNA12,BUB3,TMEM30A,SLC4A7,RPS6KB2,CDK2AP2,RBMX,MDC1,ARAF,ZFYVE1,LSM10,PSMD8,PREX1,KRTCAP2,PSMD6,ZFYVE27,PSMD7,MPRIP,PSMD4,PSMD3,PSMD1,MEF2A,STARD3,STARD7,NGDN,DNTTIP1,DNTTIP2,SCAMP1,FAM133B,MYL6,RUFY3,PSME1,UQCRC1,RBCK1,ABCB6,FLII,MTMR9,SDR39U1,ABCB8,MRPL12,OAZ1,GABARAP,MTMR6,GIGYF2,MRPL20,CYB5R4,HMGXB4,GRPEL2,VTI1A,HMGXB3,EDEM3,ABCA2,PMM1,CADM1,EDEM2,PMM2,EXOC6B,ERLIN2,MRPL24,MRPL21,EIF1,SETX,MLLT10,EIF5,EIF6,PSMG4,DCHS1,FERMT2,EZH1,TMEM9B,GPR19,ARF4,ARF1,PIGU,PIGT,HEXB,RPLP0,MRPL38,MRPL39,ECSIT,MRPL34,TRMT112,MRPL42,RPLP2,LRRC47,LYPLA2,UPF1,ACTL6B,LRRC49,ACTL6A,SIRT4,MRPL49,ELOVL6,MRPL47,SIRT7,MRPL48,NIPA2,SIRT2,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,MRPL50,PSMA4,BDH1,TMEM33,PSMA2,CDC42EP2,PICK1,TMEM106B,TUT1,SLC29A1,VAMP4,DLD,VAMP2,LRRC14,SRRT,SEZ6,RPS27L,CCNDBP1,MRPL55,GGA2,PSMB6,GGA1,PSMB7,PSMB4,RECQL5,TMEM65,TMEM68,AP2S1,CLPTM1,FLNA,HARS,NCDN,RABAC1,MEF2D,YKT6,MDH1,STAT2,BYSL,TMEM59,LYRM2,PSMC5,PSMC6,PSMC3,PSMC4,PSMC1,PSMC2,SERBP1,SRRD,UBAP1,GOPC,RPL22L1,CCNT2,CSE1L,UBE2D2,TSEN2,HDDC3,SESN1,SCMH1,STK16,OSBP,KPNA6,FBRSL1,PIM3,KPNA2,AP2M1,KPNA1,SLC25A46,SH3GLB2,SLC38A1,IK,VPS33A,VPS33B,PPP1R16A,UBE2E1,PRPF4B,FTSJ1,FOXP1,ACAP3,MRTO4,MAPKAPK2,SNRNP200,SQSTM1,KPNB1,ANAPC2,LRRC59,PFKFB3,MAX,PEF1,ARL3,ISG20L2,GLIS2,ACAT1,SOCS2,SBNO2,PMVK,SLC38A6,E4F1,SLC38A2,DR1,GOT1,GOT2,EEF2,ZC3HC1,NFE2L3,TUBGCP5,MDM4,TUBGCP3,NFE2L1,MDM1,ZNF512B,FHL1,POMT1,MRPL4,MRPL2,FSD1L,ME1,PMEPA1,MRPL9,MDP1,DNM1L,EID2B,PPP1R12A,DST,VEZF1,RAD23A,RAD23B,GIGYF1,HAX1,NPC2,SNURF,BIRC6,PPP1R12B,SEC22B,SLC25A5,PPP1R12C,PPP1R15A,RNFT2,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,SEC23A,GTF3C4,NDUFB7,NDUFB6,PRCC,ZBTB43,FURIN,GANAB,NCLN,CDC37L1,LRRC8D,LRRC8B,SLC25A25,BEND6,CYB5B,NDUFA9,NDUFA7,NDUFA6,NDUFA5,NDUFA4,MBOAT7,NDUFA2,FOXJ2,NDUFA1,IMMT,LYSMD1,RPL23A,MCOLN1,TPD52L2,ATOX1,P4HB,EIF4A2,EIF4A1,CCNK,AHCYL1,TMEM41A,PLEKHB2,CCNH,ZDHHC5,TXNDC11,JMJD1C,GCC2,TXNDC12,THUMPD1,ZDHHC8,TXNDC16,NUBP2,TXNDC17,ZDHHC4,CCAR1,FAM53C,EPHB1,CALN1,ZFP1,IMP3,NSMCE2,ZFP2,THAP7,KDELR2,PREB,ULK1,MMADHC,GCDH,CTR9,PIK3R4,SUPT4H1,PIK3R1,UBE2J1,APH1A,SNX1,COMMD9,DHX33,LARS,DHX35,PCBP1,DHX36,HIVEP1,DHX37,DYM,DHX38,SURF6,SYMPK,HIVEP2,RCE1,RBM12,SNX5,SEC31A,SURF1,XRCC6,INTS1,LRRN2,SURF2,SURF4,XRCC1,ERAL1,ICK,ID2,INTS5,PAF1,DHX29,CALM1,CALM2,FAM57B,GPAA1,INTS10,TECR,PCSK7,SLC7A11,WASL,ARV1,RSRC1,ENC1,MLX,SSSCA1,CTSD,CTSB,NDEL1,VKORC1,TMEM150B,SEC13,DBNL,WARS,NCOA5,STARD3NL,MINK1,ANO8,ANO6,COMMD1,MRPS7,COMMD4,PDRG1,ENAH,MRPS9,CTU1,CTTN,VSNL1,STK40,STX12,STX16,HEATR1,DERL1,CCDC107,CRIP2,NEDD8,MNT,SAMM50,EXOSC4,FAM172A,PES1,EXOSC9,GPC1,HSF1,GPC4,SCAND1,EXOSC1,CCT4,NPM1,YIPF1,YIPF4,YIPF5,CRIPT,MIB2,UBE2G1,RSRC2,DOHH,AP2B1,TMUB2,PER1,DPY19L1,ZDHHC9,ESYT2,DPAGT1,SCARB1,MIDN,PHRF1,CAPN7,FAM174B,PPME1,KIF5B,CAPN2,SBF1,SBF2,RGS9,SH3GL1,SLC30A9,TPRA1,ADPRHL2,DIMT1,SLC30A5,ATG9A,SSU72,LMTK2,WBP11,ATAD3A,TMX3,TMX2,HNRNPUL1,TMX1,DKC1,GPD2,SBDS,UBE2V2,UBE2V1,GEMIN7,KLHL18,RTN3,NDRG4,VCP,PSMD12,PSMD11,TMED10,RBM8A,YTHDC1,KLHL12,SLC1A4,NDRG1,SUPT6H,RTN4,DEAF1,KIF3A,H1FX,KIF3C,NDUFV2,BCL9L,CCDC134,PRNP,OST4,FDPS,ECD,HMGA1,DSTN,SUPT5H,SSH3,PAN2,GCLC,BMP1,PHF14,CYCS,YWHAE,RBM28,RBM25,DDX46,PRKCSH,CHD6,ILK,DDX41,TRIAP1,CHD3,CHD2,AFF4,PPP1R9B,UBE2Q1,MLST8,TIMM17A,LRRFIP2,LRRFIP1,YWHAG,UTP15,NAA30,RBM14,ARHGEF12,NCBP1,NCBP2,GLRX5,DYNLT3,DDX56,DDX54,ARHGEF18,GLRX2,GPCPD1,UTP18,CREB3,PEX3,TBC1D5,NUP50,NDUFS5,NDUFS4,NDUFS3,ATG4B,NAA38,NDUFS1,NUP54,RBM24,IRF9,RBM22,DCTN5,DDX27,DDX24,NAA20,GOSR2,GOSR1,DDX23,PARN,RBM4B,CLCN3,PARL,DNPEP,RAB40C,TNKS2,TAF1C,NAA25,PDLIM7,MBTPS1,TAF13,GALNT2,TAF11,MIIP,ATP2B4,ATP2B1,SOD1,CLCN7,RPIA,ASB6,ACIN1,FAM98B,VIM,RBM45,TAF2,RPL5,RPL30,TRIO,RPL3,CLPB,RPL31,THYN1,BACH1,RPL9,BACH2,DCAF7,DCAF6,RNF114,MYC,RPL36,RPL37,MPV17,DIP2C,IER5,IER2,UNC13B,ACOT9,WSB1,ACOT7,TSPYL1,RPL23,PIH1D1,DAPK3,RPL22,MED8,CD3EAP,MED4,MED6,RNF123,BIN3,SARNP,RPL24,YME1L1,PRR12,ALG10B,UBA52,RPN2,RPN1,NOLC1,VPS26A,FAM160B1,PRDX3,PRDX5,PPP4C,PRDX1,SSR1,S100A10,BRAP,RPL41,JUND,H3F3B,PRRC2C,MAD2L1BP,PRDX6,PRRC2A,FIBP,RNF103,NPLOC4,GIPC1,OGDH,SERPINI1,DUS1L,OGFR,CLTC,CLTA,CLINT1,TMEM186,RNF157,TRIM8,ZC3H10,BRD2,SSR2,SSR3,TCF12,AEN,NUDT16L1,RNF168,BACE1,AFTPH,LSG1,INF2,RNF166,SF3B5,SF3B2,RPL11,TIMM13,GPS2,TM9SF4,SRP72,RPL14,SC5D,RPL15,RPS2,ANKRD52,RPL18,RPL17,DTD1,RNF130,SF3B1,SF3A3,SF3A1,BRF2,SF3A2,TRMT1,GTF2H1,TTC9C,SRP68,MZT1,RNF146,ERP44,RNF145,XAB2,ABI1,TRMT6,ZYX,TUSC2,YEATS4,BZW2,SMARCAD1,LZTS2,MAF1,MEN1,SEMA6C,RPS9,ANKRD49,RPS7,RPS8,IGFBP3,RPS5,GTF2F2,DGKZ,TRAIP,ARMCX3,CLIP2,NCL,MADD,ERP29,NHP2,TTPAL,GLYR1,ENY2,CUL7,CD151,ABHD2,GLO1,ANKRD12,CUL2,ITPR1,TARS,GTF2E1,RLF,KLC4,BAG4,BTBD1,PSAP,ESD,BTBD2,NACC1,ABL1,SAFB2,SKIL,ESRRA,TOR1A,TNK2,MARCH8,MARCH7,MARCH6,LSM4,MARCH5,LSM3,CHERP,CNOT4,RCAN1,CNOT7,LSM6,GON4L,RHEB,CDK4,MAFG,CNOT2,TADA1,SERINC1,IARS,SERINC3,EIF4G3,EIF4G2,EIF4G1,CALCOCO1,RNF11,DUSP18,PTPN23,SGCE,DUSP12,PPP6C,RPL7A,SART1,OPA1,OPA3,PDCD6IP,REXO1,CHUK,ELAC2,LIX1L,RTN4RL2,REXO2,RANGAP1,YDJC,COASY,REXO4,PTP4A1,PTP4A2,TRAF7,PTP4A3,ASPH,SNRPA1,SMARCD1,GTF2A1,NFAT5,SMARCD2,WBP2,RPL36A,AMBRA1,DPCD,DCAF15,AP3M1,FZR1,HIRIP3,PUF60,SNRPB2,RBBP7,DCAF11,UGGT1,DCAF12,RNF20,SMARCE1,RNF24,SEMA4B,TXNRD1,RNF26,PTPN11,SEMA4F,CDC42BPB,CDC42BPA,PNRC1,PNRC2,CUL4A,KLF6,IMPDH2,MGAT4B,RHEBL1,METAP2,FAAH,ARL6IP1,GDE1,PWP1,GOLGA2,GOLGA4,GOLGA5,RUSC2,GOLGA1,ARL6IP5,GOLGA7,SOX4,NFKBIL1,RECQL,BOLA1,ACSL3,MRPS18C,AFG3L2,GRWD1,CRYZL1,XRN2,ANKRA2,AURKAIP1,TELO2,CUTA,TMEM161B,MGST3,DGUOK,PTDSS1,INPP5K,BANP,NUS1,TREX1,STAM,ACADSB,GADD45G,CCT6A,CCDC88A,CC2D1A,BAP1,CDS2,ITM2C,DAZAP1,FAF1,MYL6B,VLDLR,PRPF19,RPTOR,HINT1,UCHL1,SERP1,GUK1,PCF11,ZMYM5,KIF13A,RSPRY1,CDV3,PRMT7,TSC22D3,NME2,RHOF,TUBG2,TUBG1,NME1,RHOB,PRPF18,POC5,NME7,FRG1,STRAP,MAPRE3,ALDOA,SGK1,PRIM2,SLC20A1,PRIM1,AKAP8,TRAK2,RANBP2,RANBP3,RANBP6,RSL1D1,MARS,CTNNB1,FAU,CDK5R2,TOMM5,TOMM6,GOLT1B,POGK,TOMM20,TOMM22,EFTUD2,TMEM147,TMEM14C,PDIA3,ANGEL2,TSC2,TSC1,WRNIP1,KCTD5,PREPL,TMEM136,PHOSPHO2,RPL7L1,TIPRL,CMPK1,SPNS1,FAIM,ATP6V1A,COX7A2,PLCXD2,DPP8,DPP9,ZC3H18,DMAP1,MARK3,ATP6V1D,MYH10,ANKZF1,ZC3H15,MARK2,DNAJC19,HSPA9,HSPA8,ACBD5,SMAD4,HSPA5,DNAJC11,TBCD,BFAR,TBCB,SMAD5,DNAJC17,DNAJC18,ARHGAP23,NFKBIA,NR4A3,DLG4,ATG16L1,DNAJC10,TBCE,JMY,CLASRP,ACBD3,SCYL3,ACADVL,GTDC1,SLC2A8,TMEM101,ZC3H7B,FLOT1,PDE4B,SPEG,TMEM109,PDE4A,USP30,SCYL1,TSFM,USP47,KLF16,LATS1,DDX19A,TRNP1,LUC7L3,B4GALT7,USP14,USP15,USP16,TM2D2,GMPR2,MTIF2,MTIF3,STRN4,RMND5B,PDE6D,ABCF3,CAMK2G,SPEN,PTCD1,WTAP,B3GAT3,HSPE1,GDAP1,GDAP2,NAP1L4,NEURL4,PIK3IP1,BAX,SSBP1"
+"gene_set_query"	"314"	"GPBP1L1"	"374.5"	"ARCHS4 Coexpression,541;GTEx Coexpression,208"	"RPL4,PANK3,ZDHHC5,HNRNPU,SMC6,ZDHHC3,TIAL1,TRIM28,DPYSL2,ATP6V1E1,CCDC92,NFRKB,ATXN7L3,SRRM2,DDX17,WSB2,CSNK2A2,ANK2,MOGS,GTPBP2,SCAMP2,EID1,RRAGA,EID2,WDR82,ZC3H11A,FEZ1,DUS3L,PFN2,ASTN1,NUP205,PDXDC1,ANP32A,SLC45A1,DHX9,TRANK1,CD99L2,BAZ2A,ZBTB5,ANAPC11,MBTD1,APH1A,SGPL1,LARP1,RAD21,CHST10,MLEC,RBM12,TMEM184B,SETDB1,IQSEC1,RCC2,DCLK2,TYSND1,PBX2,MEX3C,MED13L,HNRNPL,SETX,SLC6A6,FAM160A2,QARS,TDP2,WNK1,HNRNPF,CDK13,CDK14,EZH2,MOCS2,SETD2,SMG1,AHCTF1,DAZAP1,TCF20,SMG7,KRI1,SMG5,PHF8,NIPBL,UCHL1,ZMYM2,TUBA1A,MED13,XPO1,DHX16,RALGPS2,UPF1,BRD2,NCOA2,BRD1,PABPC4,NCOA4,ANO6,WDR33,GAK,ARHGEF9,MRAS,SLTM,HNRNPH1,CSDE1,CANX,WAC,PABPC1,ARHGEF2,ERGIC3,MAPRE2,PAFAH1B3,WDR26,CAB39,ZDHHC20,AMIGO1,RPL12,USO1,HEATR1,PSMA7,TM9SF3,HIRA,SCAF8,RECQL5,NSD1,UBN1,PPP1R8,MFN2,APBB1,PAK2,SPRYD3,MBD1,TTC1,XPO7,HIPK1,SCAF4,GTF2H5,LRPPRC,SPCS3,SERBP1,TSR2,HDGF,ESYT2,TRIP12,MEGF8,UBE3C,CTNND1,UBP1,PARK7,PHRF1,SRP14,IPO7,AMMECR1L,SLK,OSBP,EP300,DENND5A,ARID2,SEMA6B,USP7,KDM2A,MAGI2,TTC7B,DYRK1A,UBE2E1,ATP11B,CNPY2,RNF41,CLIP3,EEF1A1,HNRNPUL1,EHBP1L1,UBE2V2,ADNP,PHPT1,ANAPC1,GLYR1,ZCCHC8,ARL3,UBR4,PDS5A,PRPF8,SUPT6H,TMEM121,SNN,UBR5,CAMTA1,EIF4EBP2,SUDS3,LRRC4B,MCL1,WDTC1,CBX6,CPSF7,TRAPPC5,KLHL22,TRAPPC8,NUP153,TBCB,CORO2A,EEF2,ANKHD1,COPS6,STK24,CNOT1,HOOK1,RHEB,REEP2,TAB3,SERINC1,CNTROB,DYNLRB1,STT3B,PICALM,DIDO1,RNF11,CUEDC2,KDM5C,CNRIP1,ADAR,YBX1,SOBP,SYNE2,LMNB1,NGRN,PTBP1,AP1G1,RNPEP,UBTF,CASP2,WDR7,EID2B,YWHAG,KDM6A,DIS3L2,ACTR2,PDCD6IP,KLF13,VBP1,ZFP91,ABHD14A,OXSR1,ARID1A,RAD23B,PATL1,DNM2,EEF1G,PTP4A2,SFPQ,SNPH,PFDN1,PFDN2,NAA38,ST6GALNAC6,B4GALT5,DCTN6,PRPS1,GTF3C2,MTPN,PPP1R15B,NLGN1,KDM3A,NDUFB8,SMARCD2,SMARCD3,STOML1,KDM3B,HDAC1,USP12,DDX21,LRP3,MLLT6,ZNRF2,FAM168A,HECTD1,U2AF2,FAM120A,MKNK2,ROMO1,MTA2,EIF4B,UBQLN2,ARFGEF1,USP24,HNRNPA3,SGTB,NDUFA4,PRAF2,GLRB,SYT11,BRMS1L,ACIN1,ERCC5,QRICH1,POLR3H,EIF3E,TPT1"
+"gene_set_query"	"315"	"DLX1"	"374.7"	"ARCHS4 Coexpression,178;Enrichr Queries,736;GTEx Coexpression,210"	"SCOC,STMN3,STMN4,ENO2,FNBP1L,ALCAM,DPYSL4,DPYSL5,DPYSL2,MYC,DPYSL3,FAM110B,STMN1,LUC7L,PRKACB,MEF2C,ACOT7,CXADR,WSB1,RBFOX2,WSB2,SOX11,GABRG2,EID1,PRKAR1B,FEZ1,RUFY3,DDIT4,RUFY2,TSPYL4,ASTN1,NPRL3,PHYHIPL,ATXN7L3B,FDFT1,JUN,FZD3,NDFIP1,CADM1,H3F3B,NR2F1,TMEM198,MLLT11,HNRNPK,ARL2BP,H2AFY2,PKIA,FXYD6,SERPINI1,HNRNPC,GPR19,ARF3,WDR47,PHF6,ING4,JPH3,TUBA1A,TRIM2,NEFL,GPRASP2,BRD3,ACTL6B,ELOVL4,HSBP1,TCF12,LRRC40,PGM2L1,DUSP6,SRP9,TUBB2B,TUBB2A,PXDN,CHST1,EXOC5,PAFAH1B3,VAMP2,NFIX,WRB,ATL1,PAPSS1,TMEM169,CHN1,CKB,DTD1,KIDINS220,GABRA3,BLCAP,MORN4,NFIA,NFIB,FABP7,RAB3C,RAB3A,CTNND2,FBXO21,NUDT11,NUDT10,ATCAY,CDH2,TUBB3,PLS3,HMGN2,LZTS1,STK32C,HMGN1,MAP2K4,ANKRD46,IGFBP3,IGFBP2,TBR1,OLFM1,SLC9A6,RAD54L2,LY6H,TOX,GRIA1,BRSK1,ZC4H2,KLC1,FBXO41,PHF21B,CORO1C,SOCS2,PLXNA2,MBIP,PLXNA1,LRRC4C,RAB6B,ZKSCAN1,LRRC4B,IP6K2,TIA1,SLC4A10,NSG1,MARCH6,MARCH5,REEP1,LRFN5,CDK5,LHX2,MAP3K10,CSPG5,SERINC1,EIF4G2,SNAP25,RNF11,CELF3,CELF4,CELF5,TRO,NGRN,DUSP12,VPS72,PMEPA1,WDR7,CEP170,ERC2,VBP1,LANCL1,SEZ6L,PTBP2,NIPSNAP1,PTP4A1,PTP4A3,NRG3,DNAJC6,SNPH,LANCL2,HDAC2,CXXC1,JAKMIP2,CACNG7,SLITRK1,MGAT5B,POLR2D,FSD1,WASF1,HNRNPA1,UBQLN2,SMARCE1,LINGO1,PCDH9,PCDH8,ENOX1,NELL2,KLF7,KLF6,NECAP1,GLRB,SYT11,ST7,METAP2,CCNJ,ARL6IP1,RUSC2,PPP2R1A,DPF1,KIFAP3,ATXN7L3,EPHB1,SOX4,SOX5,EPHA5,EPHA4,SLC6A15,ANK3,ANK1,TIAM1,SFRP1,SUB1,TAGLN3,PFN2,BEX4,BEX2,BEX1,NRN1,MAGED1,FOXG1,STXBP1,PIK3R3,HTATSF1,SNX4,NUAK1,INPP5F,PCBP4,B4GALNT1,SCN3B,ATP6V1C1,ATP6V0A1,PTPRN2,MAGEE1,BCL11B,BCL11A,ST8SIA2,MICAL2,DCLK2,DCLK1,CALY,ID2,CALM3,MAGED2,CD200,NRP1,CSRNP3,CITED2,GRIK3,OLA1,SLC35F1,SLC7A11,ROBO1,SERP2,AKAP12,UCHL1,ACTR1A,SLC22A17,NCS1,ENC1,DNER,IDS,KIF1A,RSPRY1,CCDC112,TSC22D1,SYP,SYN1,ITFG1,MLF2,MN1,MPPED1,SGK1,FJX1,DBN1,NAPB,DYNC1I2,MAGEH1,SATB2,PRICKLE1,NOL4,PPP2CA,SERTAD4,CAMK2N1,HSF2,CTNNA2,APBB1,PAK3,ATP6V0E2,ARNT2,GABBR2,LSAMP,PNMA2,KLHL9,ATAT1,KLHL7,TTC3,APBA1,CDK5R2,CDK5R1,PRDM8,NARF,ZFAND6,ACTG1,KIF5A,NRCAM,PPFIA2,NSF,CHRNB2,DSCAM,LMO7,TMEM130,POU3F2,POU3F3,PREPL,GPRIN1,UBE2V2,SCG3,ATP6V1A,RTN3,DDX5,BHLHB9,TSG101,RTN1,TMEM59L,BTF3L4,CACNA1A,BHLHE22,NDRG1,EFNB2,EFNB3,DEAF1,KIF3A,CASKIN1,KIF3C,OTX1,RAP1GAP2,PRNP,CBX5,SYT1,TBCB,DLG2,HOOK2,HOOK1,CAPRIN1,GNB1,CNTN1,TCF4,FGF13,KDM5B,PODXL2,CNRIP1,ELAVL4,CHD6,FBLL1,AFF3,RND3,ELAVL2,YWHAQ,SNAPC3,LRRTM2,GDAP1L1,SULT4A1,YWHAG,YWHAH,SVOP,HSDL1,NCBP2,RBM18,DCAKD,SYNGR3,SEPT3,PJA1,GAP43,VCAN,RCN2,CDH11,DCX,TERF2IP,INA,SHANK2,SHANK1,STOML1,USP11,ATP1A3,PDXP,RBM4B,CRMP1,HMGCR,FAM169A,DLL1,NCALD,GNG3,MAPK8,GNG2,SV2A,SLIT1,SPOCK1,CRYM,CLASP2,RRM2,LIMK1,NAP1L2,CCK,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,VIM,SSBP2"
+"gene_set_query"	"316"	"BCL11A"	"375.0"	"ARCHS4 Coexpression,291;ENCODE ChIP-seq,115;Enrichr Queries,219;ReMap ChIP-seq,190;GTEx Coexpression,1060"	"MDC1,MT-ND4,FAM110A,SCAMP4,PSMD9,CAPNS1,DPYSL2,DPYSL3,FAM110B,AKT3,PRKACA,SAMD10,MEF2C,CXADR,FNBP1,CACNA2D1,EML2,SND1,RUFY3,DDIT4,RUFY2,ORAI2,VOPP1,SF1,ATF4,MTMR1,CDCA4,FLII,PDGFA,BAZ2A,SLCO5A1,PLA2G6,MRPL12,OAZ1,MRPL20,RHOT2,RDH13,PUSL1,RHBDL1,CREBBP,JUN,PRRT2,JUP,CADM1,GPR12,NCAPH2,EDEM1,LARP7,MRPL24,PBX1,MLLT11,TBL3,VANGL2,PSMG3,NMT1,EZH2,GPR19,LRSAM1,KCNC3,MRPL39,BBC3,PCMTD2,TRMT112,JPH3,TUBA1A,RPLP2,UPF2,UPF1,ELOVL4,LRRC49,SLC39A13,ELOVL6,SIRT7,DYNLL1,MED29,DUSP6,MRPL44,SLC7A5,PXDN,RAPGEF1,SLC29A1,PAFAH1B3,ARF5,VAMP2,PAFAH1B2,ARF6,LRRC14,ECHS1,GSTP1,ODC1,SEZ6,HTT,SNX32,FAM117B,UNK,SNX27,FLNA,BID,SAMD1,MEF2D,YKT6,LRRC24,WNT7B,SNX16,CCDC9,ETNK1,TAOK2,PKN1,AGRN,ATN1,PIM3,SLC38A1,PCYT2,DGAT1,FBXW7,CTNNBIP1,PPP1R16A,UBE2E1,TBR1,FBXO11,LENEP,FOXP1,ACAP3,SLC9A8,SRSF2,FSCN1,SRSF3,SRSF6,SQSTM1,SLC27A4,GRIA1,GRIA2,LRRC59,PFKFB3,RNASEH2A,MAZ,ISG20L2,CORO1A,CORO1B,SOCS2,SBNO1,SNN,PMVK,E4F1,SLC38A2,TIA1,FUS,FBXO31,UCKL1,PTPRD,LRCH2,LRCH1,TMEM19,NFE2L1,ZNF512B,HSP90AB1,CELF2,PTEN,PIK3CD,BICD2,MRPL4,PMEPA1,ERC2,DGCR2,EIF5A,TNFRSF19,ATRX,VPS37B,RAD23B,MSL1,ARL4C,SLC25A19,BCAT1,SLC25A11,AHDC1,RNFT2,SRC,PRCC,KATNB1,PARD6G,CXXC4,MLLT6,GANAB,U2AF2,SH3BP5,EIF4H,IGF2BP3,FYN,SLC25A22,PTPN1,NTRK2,PPP1R14B,TRIM41,PCDH7,NTRK3,RPL23A,BAIAP2,TPD52L2,EFR3B,NELL2,TSPAN13,PDCD4,EIF3G,STUB1,CCM2,P4HB,UNC79,EPHB6,PPAN,ZDHHC5,ACTB,NUDT3,NUBP2,CYB5D1,CCNL2,CCDC92,ATXN7L3,EPHA5,EPHA4,ST6GAL1,EPHA7,ATP6V1G2,ST6GAL2,CIRBP,TALDO1,CSNK1D,ANK2,MOGS,ANK3,MFSD11,ANK1,SFRP1,CDC37,KCNQ2,TRIB2,FOXG1,SUPT4H1,CEND1,PIK3R2,PIK3R1,PGS1,APH1A,PCBP1,HIVEP1,HIVEP2,SNX5,XBP1,RCC2,ST8SIA2,SURF4,SMARCA2,DCLK1,MED13L,SMARCA4,ID2,SDC1,NDUFAF3,PAF1,COL9A3,RGL2,FBXL6,NRP1,CCDC120,TMEM151B,CSRNP3,GPAA1,GRIK3,HERPUD1,MAP1LC3B,ACTR1B,ENC1,SDF4,SSSCA1,MMD,ACAD9,MINK1,SYN3,MN1,PITPNM1,VSNL1,KIT,ARHGEF4,PTMA,DBN1,SATB1,SATB2,DOT1L,CRIP2,CCDC106,EXOSC4,HSF1,PAK6,MGAT1,MGAT2,VEGFB,PPP1CA,VEGFA,PER1,BOP1,KLHL5,KLHL7,HNRNPA2B1,TTC3,TCEA2,HDGF,FAM171B,GRINA,MIDN,CELSR2,ACTG1,IGF1R,GRIP1,EP300,ARID2,RGS9,PPFIA3,SH3GL1,PPFIA2,ZGPAT,FBXW11,POU3F1,ADAM19,EEF1A1,FAM173A,EHBP1L1,TBC1D24,COX19,RTN1,BHLHB9,NDUFB10,CACNA1A,PDS5B,NDRG1,CACNA1E,SUPT6H,RAI1,SHARPIN,GRK6,CAMTA2,CYC1,TBC1D17,OST4,AUTS2,SYT1,HMGA1,SUPT5H,PAN3,HOOK2,HOOK1,GNAS,DEGS1,TCF4,DEGS2,TCF3,FGF13,GALK1,CUEDC2,GSK3A,PRR7,CHD6,DDX41,CHD3,HMGB1,TAZ,CHD2,AFF3,LMNB2,PPP1R9B,SEC61A1,RASGEF1B,NUP62,MLST8,ARHGEF12,PLA2G4E,PDPK1,DCAKD,HUNK,NAV1,NAV2,SYNGR3,YWHAZ,VCAN,IRF3,SETBP1,RER1,MVD,NUP54,SHANK2,OTUB1,CRMP1,SLC3A2,HMGCR,ACVR1B,ADD2,RAB40C,MKNK2,TRA2A,FBRS,PDLIM7,RRM2,TAF10,USF2,ACVR2A,MAPK11,VIM,SUGT1,R3HDM2,CYFIP2,ANKLE2,TRIO,RPL3,MYT1L,WIPF3,STMN2,STMN3,RPL8,FNBP1L,PHB2,BACH2,GLS,ALCAM,MYC,STMN1,RPL36,AP1S1,IER5,IER2,DAPK1,PIH1D1,PRKCD,WDR74,SOX11,DAAM1,ADPRH,HECW1,TYRO3,VPS28,CTBP1,VPS26B,ANAPC11,PRDX2,ABR,PRDX5,FLRT2,PRDX1,CHST15,NDFIP2,RPL41,JUND,H3F3B,PLK2,IRF2BP2,NR1D1,PRRC2A,POU6F1,EHD1,FIBP,TOLLIP,CDK14,PAM,CPEB4,OGFR,GABRB3,WDR47,CDKN1B,GMEB2,BTG1,CLTC,CLTB,LPCAT1,GPT,KRI1,ADO,WDR46,SMG5,RNF157,TRIM8,CSRP2,MTG1,TMSB4X,TRIM2,ENSA,GPR137,PLEKHN1,CIC,JARID2,EMD,BRD3,BRD2,ZC3H10,ELMOD1,RNF167,ZEB2,KIFC2,TET3,MTF2,PLCB1,CLDND1,NFIX,RPL10,TIMM13,GPS2,WDR24,ARFRP1,RPS2,RUNX1T1,SF3A2,KIDINS220,WDR18,NR1H2,TRMT1,SCAF4,AGBL5,MKLN1,NFIA,NFIB,ABI1,NUCB1,FAM49A,ATP8A2,CDH8,TM7SF2,RIMS1,CDH2,LAMP1,CFL1,SLC39A7,MAF1,TMSB10,PLEKHJ1,IFNAR2,KCMF1,USP3,IGFBP2,MAGI2,VASH2,AIP,PYGO2,CLIP2,RAB34,RAB35,PGP,PHIP,TNIK,ADNP,TOX,FKBP2,DNMT1,SEMA7A,CD151,RAB5C,ANKRD11,ITPR1,NEUROD6,DVL1,BTBD2,NACC1,ANKRD10,SRGAP3,SLC15A4,MCL1,ESRRA,TRAPPC2,AKIRIN2,TRAPPC3,AKIRIN1,CCDC12,OSBPL2,TRAPPC5,ADAP1,MARCH6,LSM4,SCRT1,LRFN3,CDK9,REEP1,DAB1,REEP5,NBEA,MAFG,REEP2,RNF182,GPR107,MAP3K12,EIF4G1,WDR1,TRADD,PTBP1,DUSP12,GM2A,PSD3,UBTF,PHACTR3,WDR6,PHACTR1,CEP170,PLEKHG2,REXO1,GPX4,RFC2,RPL13A,PTBP2,PTP4A2,PTP4A3,DALRD3,TRAF4,CTDSP2,SFT2D1,TRABD,TSSC4,RAB1B,TULP4,JAKMIP2,AP3M2,ABLIM1,POLR2E,CSK,SEMA4A,SPAG7,SEMA4C,FBXL16,CDC42BPB,RAD52,KLF7,KLF6,MARCKS,PSAT1,IMPDH2,ASXL3,MGAT4B,METAP2,SLC35B2,PITPNA,RAPGEFL1,TIAL1,RPS16,FLAD1,RPL36AL,LONP1,RPS11,SOX4,SOX5,SRRM2,NFKBIL1,SLC6A15,ARRDC3,JMJD8,JMJD6,INPP4A,TIAM2,TIAM1,CARHSP1,AKAP9,EZR,PFN1,AURKAIP1,RTEL1,NECAB3,IGSF3,ANP32A,STXBP1,MYL12B,SGPL1,NUAK1,MLEC,GSE1,TNRC18,SNHG1,BCL11B,BCL11A,INSR,PUM2,CCDC88A,RPS29,ADCK5,ITM2C,DAZAP1,CITED2,GDI2,SPPL3,LIMD2,ROBO1,CAMKV,RAB8A,PSD,ZER1,TSC22D1,PRMT1,STRBP,NME3,RHOF,LIME1,MTSS1,MLF2,MPPED1,HNRNPH1,MPPED2,RHOV,MAPT,SGK1,NOL4,TYMP,AP3D1,RAB11A,ATAT1,CTNNB1,CDK5R1,HDLBP,BASP1,ARHGDIA,POGZ,COTL1,RALBP1,KDM2B,DSCAM,LMO4,LMO3,ATP1B1,PRPF6,MYCN,TBL1XR1,ELMO1,FIZ1,XPR1,CTTNBP2,LPL,DTX4,EFNA4,EFNB2,EMG1,CASKIN1,MYH10,MARK2,CBX5,CPSF1,CBX4,CBX3,PTCH1,CBX2,NFKBIA,ARHGAP32,EFNA3,RALYL,EFNA2,NR4A3,CHMP2A,BLMH,LRP12,MUS81,KDM5B,ELAVL4,SLC2A3,ELAVL2,ZC3H7A,FLOT1,PDE4B,PDE4A,CASP2,SCYL1,KDM6B,KLF13,H2AFY,PDE4D,RNF208,ARID1A,SEPT5,ARID1B,KLF16,GAP43,AKT1S1,CDH11,FAM84A,DCX,RGS19,RGS16,NRXN1,OPRL1,ATP1A1,SPG7,NCALD,FAM120A,NCAM1,SNCA,SPEN,BAD,CYHR1,MEIS2,GDAP1,DLK2,NEURL4,CAPN10,PPP2R2B,RPS6KB2,CDK2AP2,SPRY2,RGS12,SSBP2,SSBP4"
+"gene_set_query"	"317"	"DR1"	"375.3"	"ARCHS4 Coexpression,766;Enrichr Queries,23;GTEx Coexpression,337"	"NCKAP1,ANKLE2,CHIC2,GMFB,TFRC,HNRNPU,HNRNPR,RBPJ,EPRS,BACH1,GLE1,LSM12,MYC,STMN1,AKT1,RNF111,MED1,CSNK2A2,CD3EAP,GAPVD1,MED6,GTPBP4,DYNC1LI1,RFX7,PRKAR1A,DDIT4,ALG10B,SLBP,SET,SAR1A,CDCA4,PDGFA,VPS26A,HIF1A,MTDH,ABR,LDHA,PPP3R1,HMGXB4,HSPH1,RAD21,GAR1,VTI1A,PIP5K1A,SSR1,PIP5K1C,NAA50,JUN,IRF2BP2,PA2G4,GPN1,PHC3,EIF1,HNRNPK,EIF5,EIF6,HNRNPF,TDP1,EZH2,CDC42SE2,ARF4,BTG1,CLTC,TCF20,WDR43,MRPL42,TUBA1B,MED13,RIOK1,CIC,RRP15,WDR36,TEX10,ACTL6A,ITPK1,DUSP6,RNF168,PSMA5,ZEB2,TUBB2A,TMEM33,MTF2,PXDN,PAFAH1B2,ARF6,WDR26,NIP7,CCNDBP1,TM9SF3,NRAS,BCLAF1,USP1,CLPTM1,SRSF10,YTHDF2,CSNK1A1,DAB2IP,GTF2H1,WDR13,SCAF4,GATAD2A,NUDT21,ETNK1,SERBP1,NUCB1,PKN1,FAM49B,CSE1L,FMR1,FBXO28,UBE2D3,CLSTN1,ATN1,IPO7,BZW1,PPP1CB,YY1,ABHD12,PAPOLA,NUDT19,KPNA4,MTPAP,KPNA2,KPNA3,ANKRD13A,USP7,TPM4,TPM3,TPM1,ATP11B,PIAS2,ACAP2,NCL,SRSF3,ADNP,RAD54L2,SRSF6,SRSF7,KPNB1,CSNK1G1,CBFB,MAX,GMPS,GPR85,LIN7C,CORO1C,RAP1B,BAG4,PITRM1,G3BP1,G3BP2,PGK1,SLC38A2,SKIL,MCL1,TRAPPC2,OSBPL8,STYX,TRAPPC8,ARPC5,FANCE,YRDC,CNOT7,ARPC2,CNOT1,SP3,PLEKHM2,PLXNB2,PLXNB1,EIF4G2,NFE2L1,ITGB1,RNF11,HSP90AB1,WDR3,PTEN,BICD2,DUSP11,DUSP12,PPP6R3,TLK2,TLK1,TNPO1,ACTR3,ACTR2,HSP90AA1,PPP1R12A,DIS3,RAD23B,DDOST,PTP4A1,PTP4A2,POLR1B,CTDSP2,ETF1,TOP1,PPP1R12C,PPP1R15B,HDAC2,GTF3C4,SRSF1,CDC42,DNAJB2,RAB21,FIP1L1,RBBP4,KATNA1,POLR2D,SLITRK5,FEM1C,ADSS,EIF4E,DCAF13,MARCKSL1,TRIM41,CNBP,CDC42BPB,EFR3B,DNAJA1,RAB10,RAD52,MARCKS,KLF6,PFKL,POLR3C,PSAT1,RAB12,RAB18,METAP1,APP,CCNK,ZDHHC5,CISD2,CCNC,THUMPD1,ZDHHC3,ACTB,TIAL1,FTH1,CHORDC1,GLUL,AGFG1,TMPO,AQR,TIPIN,BROX,PTOV1,ZW10,SUB1,TRIM13,HECA,FAM76A,DHX8,TMEM63B,DHX9,CTR9,DCUN1D1,TWF1,NMD3,UGCG,PDCD11,MIER1,CSTF1,STXBP5,ZRANB2,RCC2,SMARCA5,MEMO1,UBAC2,SRPK1,SNW1,ZZZ3,STAG2,WNK1,FUBP1,ID2,CALU,ANP32E,INTS7,ITM2C,DDR1,GDI1,SLC35F2,CITED2,MRPS12,SYNCRIP,ACTR1B,XPO1,RSRC1,DHX15,TMED2,SDF4,ARIH1,RSPRY1,RALGPS2,CDV3,GAA,MINK1,PRPF40A,CACYBP,MRPS7,MLF2,RAP2C,ENAH,TOX4,RAP2B,KIF2A,HNRNPH1,CANX,G2E3,PABPC1,CD47,ALDOA,SGK1,PTMA,SFI1,ATP6V0C,PCNA,ZDHHC20,HEATR1,GNAI3,NOL9,PCNP,SERTAD2,GPC2,SHOC2,RAE1,SUZ12,RANBP2,NPM1,PTGES3,SPCS3,CAPZA1,HNRNPA2B1,CAPZA2,CTNNB1,TRIP12,GRINA,CD81,ZFAND5,NUCKS1,ACTG1,KIF5B,SNIP1,ARID2,TMOD3,TTC7B,ADAM10,EEF1A1,TBL1XR1,TMX1,TIPRL,CMPK1,CHMP4B,MATR3,DDX5,CACNA1A,TOR1AIP2,DTX3,RTN4,CNN3,SCUBE1,TBC1D13,HSPA9,IVNS1ABP,HSPA8,PRNP,CBX5,HSPA5,NUP155,HSPA4,CBX3,CPSF3,CPSF2,HMGA1,NUP153,CNOT10,DNAJC14,AZIN1,UBE2W,HOOK2,HOOK1,CAPRIN1,GNB2,UBE2N,UBA2,CYCS,ACBD3,PICALM,ACADVL,DDX3X,YWHAB,PRKCSH,ATP2A2,PSIP1,HMGB1,YBX1,PPP1R9A,LMNB1,SENP5,YWHAQ,TOPBP1,YWHAG,ATP6AP1,PDPK1,SENP2,UTP18,DCK,YWHAZ,SFPQ,CREB1,RCN2,NUP50,DCTN5,DDX21,RNF2,GNA13,CAND1,DNPEP,TAF1B,TGS1,TRA2B,TRA2A,MAPK1,BNIP2,MAPK6,SMNDC1,ARFGEF1,ATF7IP,RRM2,TMEM30A,GALNT1,NAP1L1,DEK,USF1,GDAP2,NAA15,VIM,ABCE1,RAN"
+"gene_set_query"	"318"	"ZNF260"	"375.7"	"ARCHS4 Coexpression,396;Enrichr Queries,115;GTEx Coexpression,616"	"GMFB,HNRNPU,PHAX,FNBP1L,EPRS,ALCAM,CAPNS1,DPYSL5,DPYSL2,MYC,ZMIZ2,STMN1,AKT1,PRKACA,PRKACB,DDX17,WSB1,CXADR,PRKCD,WDR75,CD3EAP,FRS2,SOX11,HDHD2,ATG12,ARMC1,FAM133B,DAAM1,WDR81,RFX7,IFT81,RUFY2,DDIT4,FAR1,SF1,SET,FLII,HIF1A,OAZ1,LDHB,HSPH1,EDEM3,JUN,FZD3,UPF3B,MLLT11,PCDHGA11,H2AFY2,HBP1,ARF3,OGFR,ARF4,PIGU,BTG1,ELL,PHF6,PCMTD2,MRPL42,NIPBL,MED13,TUBA1A,TRIM2,CIC,ENOPH1,PCMTD1,BRD3,UPF1,DFFA,HSBP1,LRRC49,TCF12,NIPA1,LRRC40,SLC39A10,ELOVL6,BAZ1B,SRP9,DUSP6,PGM2L1,PHF20L1,SIKE1,MRPL50,ZEB2,TUBB2B,INF2,PXDN,RAPGEF1,TMEM106B,EXOC5,PAFAH1B2,TRUB1,GRN,GPS2,NOC4L,CENPB,BCLAF1,TMEM169,TMEM68,NKTR,KIDINS220,AGK,USP9X,MBD1,NUDT21,NFIA,ABI2,CCDC9,NFIB,TAOK1,ETNK1,ZYX,NUCB1,GOPC,PKN1,ANKRD13C,FMR1,NUDT10,FNTA,ZFP30,LAMP1,CDH2,TUBB3,SESN1,SMARCAD1,MAP3K7,FADS1,CSNK1G3,BIVM,BNIP3L,SLC38A1,FBXW5,MAP2K2,UBE2E3,TPM1,F2R,UBE2E1,THOC2,ZBTB33,DGKZ,CTDNEP1,MORF4L1,DMTF1,RAB35,MAPKAPK2,PHIP,CSNK1G2,ANAPC2,ANKRD17,RAB5C,IREB2,ANKRD12,SLC38A10,CORO1B,PHF21B,SOCS2,SBNO2,DVL1,NAE1,SLC38A2,SKIL,ZKSCAN1,NADK,WDTC1,ESRRA,OSBPL8,TIA1,API5,ZBTB12,MARCH6,SH3BP5L,UBLCP1,ZFP62,NF1,MDM2,PLEKHM2,SERINC1,OGT,WDR1,PTEN,ZFP82,DUSP12,SART1,CAPZB,PPP6R1,SNRNP70,PSD3,SUMO2,CEP170,HSP90AA1,REXO1,DST,ACTR6,VBP1,LANCL1,ATRX,VPS13A,PLRG1,ZFP90,PTBP2,DDOST,PTP4A3,CTDSP2,POLR1B,DNAJC5,PPP1R12C,NFAT5,HDAC2,ROCK1,ROCK2,RAB1B,TULP4,LENG8,FURIN,ABLIM1,RBBP4,U2AF2,POLR2D,FEM1C,IGF2BP3,CSK,HNRNPA1,EIF4E,TRIM44,SLC12A2,SMARCE1,PTPN11,OXR1,MARCKS,KLF6,PSAT1,IMPDH1,VPS41,MGAT4B,PDCD4,P4HB,VEZT,SLC35B4,CCNJ,CISD2,JMJD1C,CHORDC1,SEC62,GLUL,ATXN7L3,SOX4,TMPO,ARL10,ARRDC4,ZFP1,ARRDC3,MOGS,AKAP9,PFN1,TRIB2,PFN2,MAGED1,PIK3R3,PIK3R1,APH1A,UGCG,TSPAN6,HLTF,VASP,TMEM184C,INTS1,BCL11A,ST8SIA2,INTS2,SMARCA5,CCDC88A,ZZZ3,STAG2,ID2,FUBP1,ANP32E,RBAK,ITM2C,TOP2B,CITED2,BMI1,PRPF19,EPM2AIP1,AKAP11,XPO1,ZMYM2,ZMYM4,OTUD6B,ENC1,SDF4,RSPRY1,PRMT6,TMED9,TSC22D1,TSC22D3,ZFR,MINK1,MLF2,RHOB,ENAH,GAK,G2E3,CD47,SGK1,STK40,GNAI2,PCNP,TCEAL8,SH3BGRL,FAM172A,MGAT1,TRAM1L1,MAP4K5,MAP3K3,MYEF2,PNPLA8,MYO9B,VEGFA,KLHL9,ATAT1,XPOT,CCNG2,KLHL7,TTC3,TCEA1,RAB3GAP2,PNPLA6,GRINA,POGK,NUCKS1,ARID4B,KIF5B,ARHGDIA,ARID2,SBF1,FBXW11,ANGEL2,NOSIP,ATP1B1,TMEM136,RPL7L1,EHBP1L1,UBE2V2,CHMP4B,MATR3,BTF3L4,PDS5A,SUPT6H,CNN3,ARHGAP12,EFNB2,GRK6,QSER1,MARK2,IVNS1ABP,DARS,PRNP,CBX5,HSPA5,IDH1,KLHL23,KLHL24,CLK4,AZIN1,NFKBIA,DLG1,EFNA2,HOOK2,HOOK1,GNB2,BRWD1,LRP10,KDM5B,ACADVL,PRKCSH,CHD6,PSIP1,SLC2A3,RND3,PPP1R9B,SPRED1,LASP1,SEPT7,YWHAQ,RB1CC1,SNAPC3,MAPK1IP1L,USP47,SUN2,HSDL1,KLF13,NCBP2,PDPK1,SEPT2,PJA2,TGFBR1,KLF16,DNM2,VCAN,CREB1,RCN2,NAV3,TBC1D5,RASA1,LUC7L3,ZMYND11,CHMP5,CRMP1,HMGCR,ATP2C1,TOB1,CAND1,DNPEP,UGP2,FAM120A,PTK2B,FBRS,TTC14,RBM39,TMEM30A,LCA5,NAP1L1,ACVR2A,SLC4A7,CLCN7,UFM1,FMNL2,FAM98B,VIM,SSBP2"
+"gene_set_query"	"319"	"TGIF1"	"378.3"	"ARCHS4 Coexpression,412;Enrichr Queries,690;GTEx Coexpression,33"	"CYFIP2,TES,TFRC,MYT1L,THYN1,STMN3,SCAMP5,LSM12,MPRIP,MYC,PRKACA,PRKACB,IER5,IER2,RBFOX1,TSPYL1,CD3EAP,HDHD2,DDIT3,DDIT4,ASTN1,ATF4,AGAP2,VPS26B,PRKCZ,HIF1A,PRDX3,LDHB,ABR,FAM171A2,PPP3R1,PRDX1,CHST10,PIP5K1C,S100A10,JUN,JUND,PHC1,CADM2,PLK2,IRF2BP2,LARP7,EIF1,HNRNPF,GPR19,GABRB3,BTG1,MRPL39,MRPL36,MRPL32,JPH4,ANXA6,JARID2,APC2,RPS6KL1,ACTL6B,RRAS2,MANEAL,GNL2,DYNLL2,DUSP6,SIRT3,SLC7A5,PSMA6,ZEB2,PSMA3,PSMA2,PXDN,VAMP2,GAS7,CDC123,NFIX,NIP7,PSMB5,ADAM23,MFN2,WDR17,YTHDF2,NMNAT2,TM9SF1,TAOK2,PKN1,RAB3A,ATP8A1,CLSTN3,UBE2D3,CLSTN1,CLU,LAPTM4A,ATCAY,SLC38A1,ANKRD46,TPM4,IGFBP3,TPM1,ILF2,DGKZ,CLIP3,TOM1L2,ACAP3,RAB31,MADD,FSCN1,SMS,SRSF3,SNRPF,SQSTM1,SRSF7,GRIA2,BRSK1,PFKFB3,ARL3,INSIG1,ABHD8,KLC1,FBXO41,SOCS2,SBNO2,G3BP1,BRIX1,SLC38A2,SKIL,RAB6B,LRRC4B,MCL1,WDTC1,TNK2,ASNS,SYNJ1,NSG2,RHEB,REEP2,AAK1,NFE2L3,PIN1,NOP10,CNIH4,RNF187,CELF3,CELF4,NRGN,NGRN,PTBP1,DUSP12,SUMO1,PPP6R1,PMEPA1,WDR7,EVI5L,DNM1L,EID2B,ARL4C,PTP4A3,SNPH,DNAJC6,CTDSP2,DNAJC5,ETF1,EVL,SNRPA1,PPP1R12C,RNFT2,PPP1R15A,MTPN,CXXC1,MLLT1,CXXC4,FOXRED1,JAKMIP2,AP3M2,DNAJB2,STOX2,CACNG7,PARD6A,BEND3,IGF2BP3,FSD1,EIF4E,ATP9A,DCAF13,MARCKSL1,SSB,NDUFA5,TXNRD1,LYSMD2,EFR3B,PNRC1,KLF6,MARCKS,NFASC,SYT11,PSAT1,MFAP2,TRIM37,UNC79,EIF4A1,CCNC,ACTB,FTH1,LONP1,KIF21A,BSN,BTRC,CCNL1,CCDC92,KIFAP3,SEPHS1,SOX4,ACTN1,ARRDC3,IFRD1,ACSL6,ANK2,MAPK8IP2,MAPK8IP3,KCNQ2,SIK1,TAGLN3,EZR,BEX4,BEX2,STXBP1,CEND1,PIK3R1,TTBK1,MYL12B,APOO,UGCG,PGBD5,TSPAN6,TSPAN7,B4GALNT1,RIMKLA,SCN3A,ATP6V0A1,MAGEE1,IQSEC1,SMARCA2,PAICS,SNAP91,GADD45G,ID2,SDC1,CALM3,CALM1,C2CD2L,CDS2,ITM2C,GDI1,CITED2,SLC7A11,HERPUD1,SERP2,AKAP12,NUDCD3,CHMP1B,ENC1,DHX15,IDS,KIF1B,KIF1A,ZER1,TSC22D1,TSC22D3,PPRC1,AP3B2,RHOB,UGDH,ARHGEF9,MAPRE3,MAPT,SGK1,EEF1E1,MAPRE2,CSTB,SLC20A1,AMIGO1,ICA1L,GDPD1,CCDC106,NOL4,RELA,GNAI2,CAMKK2,TCEAL6,TCEAL5,NFIL3,MGAT3,APBB1,GPC4,ATP6V0E2,DYNC1I1,NPM1,LHFPL4,VEGFA,TCEA2,APBA2,CDK5R1,ROGDI,AMMECR1L,KIF5C,BASP1,KIF5A,SBF1,CHRNB2,TMOD2,APLP1,TTC7B,RUNDC3A,PREPL,HNRNPUL2,GNAZ,NDRG4,PSMD12,BHLHB9,NDRG3,RTN1,PSMD11,TMEM59L,CACNA1B,NDRG1,CNN3,PDZD4,SDCBP,EMG1,MAN2A2,KIF3A,CASKIN1,CAMTA1,CAMTA2,PRNP,SYT3,IDH1,HMGA1,KLHL22,GNAO1,NFKBIA,RALYL,TMEM115,HOOK2,DLG4,HOOK1,OSTC,GNB1,CNTN1,GNAS,PI4KA,ACBD3,DOCK3,PODXL2,THRA,PRKCSH,PSIP1,HMGB3,DPY30,SLC2A3,CHD3,RND3,PPP1R9B,SEC61A2,LRRTM2,GDAP1L1,PDE4B,MYO18A,RBM7,YWHAG,KDM6B,SVOP,HSDL1,KLF13,GLRX3,PDPK1,H2AFZ,AKTIP,PPP2R5B,RNF208,H2AFV,ABHD14A,SEPT5,SEPT3,DNM3,VCAN,TRAPPC6B,TERF2IP,INA,CAMK2B,DCTN1,TAF9,ATP1A3,CRMP1,DDX21,NRXN2,SLC3A2,FAM169A,TOB1,ADD1,AGPAT3,ADD2,MAPK9,FAM168A,DNPEP,UGP2,SV2A,PTK2B,NCAM1,CLASP2,RRM2,WTAP,CADPS,NAP1L2,GDAP1,MAPK11,TEF,FAM131B,SPRY2,VIM,SSBP1,RAN"
+"gene_set_query"	"320"	"TERF2"	"378.8"	"ARCHS4 Coexpression,1305;Enrichr Queries,34;ReMap ChIP-seq,152;GTEx Coexpression,24"	"MDC1,MT-ND4,SLC4A1AP,TFRC,ZFYVE9,ZFYVE1,SCAMP5,LSM10,PREX1,SCAMP4,NDST1,LSM12,LSM11,PSMD4,DPYSL2,GABARAPL2,RBFOX1,MEF2C,FNBP1,SND1,SCAMP2,EID2,DDIT4,ORAI2,TMEM126A,JTB,UNC119B,SET,TARSL2,FLII,MTMR9,BAZ2A,COPS7A,PLA2G6,CYB5R3,LARP1,HSPH1,RDH11,PIP5K1A,PIP5K1C,RDH13,VTI1B,JUN,CREBBP,CADM2,EDEM1,MRPL28,BBIP1,MRPL24,MLLT11,TBL3,VANGL2,EIF6,FASN,HYOU1,EZH2,PIGU,SNX10,CTCF,MRPL34,TRIOBP,DDA1,NIPBL,B3GALT1,DLGAP1,APC2,DFFA,ACTL6B,SPHK2,TOMM40L,SRP9,MRPL53,PXDN,RAPGEF1,TUT1,DSCAML1,VAMP2,PAFAH1B1,RNASEK,STAU2,GSTP1,NIP7,WRB,MRPL54,PSMA7,SNX27,TMEM68,SPOP,HARS,ZSWIM4,MEF2D,SRSF10,ATAD1,UTP6,MDH1,SNX22,CCDC6,UBAP2,PKN1,HDDC2,MTCH1,TMEM167B,CASC4,YY1,EIF4ENIF1,ATCAY,FNTB,RUVBL1,MAP3K9,NUDT16,KPNA2,SLC25A44,CNPY3,FBXO10,MSH6,ACLY,MSH2,SNRNP200,SRSF6,SQSTM1,ARL8A,KPNB1,KHDRBS1,MAX,GMPS,SPATA2,FBXO45,FBXO41,RAP1B,SNN,G3BP2,ZKSCAN3,ZBTB17,HPS3,ARPC5,EEF2,SON,AAK1,MDM2,MDM4,TUBGCP4,CNTROB,MCFD2,HSP90AB1,CELF4,PTEN,CELF5,NGRN,FSD1L,CAPZB,SUMO2,DGCR6,MDP1,EID2B,HSP90AA1,DST,VBP1,DHPS,SIGMAR1,ATRX,MSL2,RAD23A,VPS37B,ACTR8,SEZ6L,SNPH,SLC25A19,SYF2,TMBIM6,TOP1,DCTPP1,AHDC1,BIRC2,RNFT2,PPP1R15B,NDUFB7,PRCC,SRSF1,PPM1D,FOXRED2,GANAB,NCLN,FCHO1,EIF4H,SLITRK5,FYN,FSD1,PCDH1,SLC25A25,UBQLN2,BEND6,GADD45GIP1,CYB5B,PTPN1,MARCKSL1,SLC12A5,NICN1,LYSMD1,CDC5L,TPD52L2,DBNDD1,PINK1,NECAP1,CDKN2AIPNL,EIF3L,TRIM37,P4HB,SMAP2,EIF3B,EIF4A1,TXNDC11,ZDHHC7,CCNC,NUDT3,ACTB,CRKL,CYB5D1,TRIM28,SNRPD1,CCDC97,BSN,CCNL1,TRIM23,TMPO,SMARCC1,ATP6V1G2,SMARCC2,ZFP1,PAQR4,ALG2,ANK2,MOGS,TMEM170B,PISD,STX1B,KCNQ2,TAGLN3,FAM76A,DHX8,DHX9,PEX11B,MYCBP2,CEND1,PIK3R1,PTTG1IP,ZBTB5,TTBK1,PGS1,APH1A,SEC14L1,PGBD5,LARS,PCBP1,TSPAN7,HLTF,B4GALNT1,XRCC6,IQSEC2,LRRN3,SURF4,SMARCA5,MYO5A,XRCC1,HARS2,SMARCA2,PTK2,SMARCA4,WNK1,CALM1,AARS,MRPS12,MIA3,AKAP12,PPP3CA,PPP3CB,MAP1LC3B,NUDCD3,ACTR1A,MLX,DHX15,SDF4,KIF1B,KIF1A,CTSB,ACAD8,NCOA2,MRPS27,TMEM150A,ANO8,SYP,MRPS7,SYN1,SREBF2,CNKSR2,ARHGEF1,ARHGEF2,SLU7,SFI1,STK40,NAPB,STX12,PCNA,NEDD8,MRPS30,CAMKK2,PAK1,MGAT2,DYNC1I1,GABBR2,DYNC1H1,NPM1,YIPF4,HUWE1,PLEKHA6,UBE2G1,GRIN1,VEGFA,FKBP1A,PER1,NUDT8,SGSM3,HNRNPA2B1,HDGF,ESYT2,GRINA,CRTC2,ZFAND6,COX6A1,IGF1R,KIF5C,FAM174B,KHSRP,EP300,RGS7,ZGPAT,TTC7B,SDHC,RUNDC3A,TMX1,GPRIN1,EEF1A2,UBE2V2,TBC1D24,PPIG,PPIB,RTN2,VCP,BHLHB9,RTN1,RBM8A,TOR1AIP2,KLHL12,PDS5B,NDRG1,RTN4,KIF3A,CAMTA1,KIF3C,LLPH,NDUFV3,NDUFV2,NDUFV1,CCDC134,YARS,PRNP,SYT3,UBE2I,NUP153,HOOK2,CCPG1,HOOK1,UBA3,GNB4,GNAS,TCF3,UBE2M,YWHAE,RERE,GSK3B,GSK3A,DDX3X,PRKCSH,MAST2,CHD6,ATP2A2,CHD4,CHD3,TRIAP1,AFF4,GPHN,LMNB1,SEC61A1,LASP1,BCL7A,RB1CC1,GDAP1L1,SULT4A1,YWHAG,SUN1,RBM14,PDPK1,UBE2QL1,SYNGR3,YWHAZ,EEF1G,SFPQ,CREB1,RER1,PEX6,NDUFS2,NAA38,CUEDC1,DDX25,GOSR2,RBM4B,DDX21,SLC3A2,ASAP1,RNF7,ADD2,GNG3,DNPEP,PABPN1,MAT2A,SV2A,CNR1,TRA2A,NAA25,MTA2,MTA3,FBRS,CYTH1,RBM39,TAF13,EYA3,ATP2B2,USF1,SMUG1,MAPK10,IRGQ,SBK1,BRMS1L,FAM131B,ERCC1,CARM1,RBM42,VIM,R3HDM1,RB1,TRIO,TRRAP,THYN1,HNRNPU,SMC3,GABPB1,EPRS,PCMT1,ZMIZ1,ZMIZ2,MYC,STMN1,PIP4K2A,PIP4K2C,IER2,DDX17,TSPYL1,IAH1,WSB2,PIH1D1,PRKCE,WDR74,CD3EAP,AARSD1,GABRG2,GTPBP4,HCFC1,BIN1,PRKD3,HECW1,RPL27,NUP98,PRR12,UBA52,PRR14,RPN1,VPS26B,HIF1A,MTDH,PPP3R1,RIC8B,NUP85,PRDX1,RAD21,VPS11,JUND,HOMER1,IRF2BP1,MEX3C,PHC3,HNRNPL,HNRNPM,HNRNPK,OGDH,HNRNPD,HNRNPC,CDC42SE2,GABRB2,PHF20,CLTC,RNF157,TRIM8,JARID2,CEP68,BRD2,RPS6KL1,SSR2,WDR34,TERF2,NCOR2,KAT2A,NCOR1,TUBB2A,IVD,PCYOX1,SF3B4,NFIX,CLDND1,SF3B3,USO1,RPL11,GRAMD4,FAM129B,FGD3,ARFRP1,ANKRD54,SLC17A7,RPL18,SF3B1,CSNK1A1,PCGF3,GATC,ELP3,TTC9B,TRMT1,DEF8,SLC8A3,NFIA,NUCB1,FAM49B,RAB3A,DGKD,ATP8A1,TUSC2,RPH3A,TUBB3,MACROD2,TMSB10,GTF2I,IFNAR2,MAP2K4,USP7,ANKRD46,RPS7,USP4,RPS8,USP3,VASH2,DYRK1A,TRAFD1,ILF2,CLIP3,CACNB1,DISP2,ILF3,STIM2,NCL,RAB35,NHP2,SNRPG,SNRNP27,STAMBP,FKBP3,SNRPA,IFNAR1,CSNK1G1,BRSK1,DNMT1,ANKRD16,ANKRD11,CUL3,ABHD8,ITPR1,CUL1,UBR1,KLC1,RHOBTB2,GOLGA7B,ORC4,KLC2,ORC6,PITRM1,BAG1,NACC1,PSAP,UBR5,SRGAP3,SLC15A4,MCL1,MPDU1,AP1M1,TRAPPC2,ANKRD34A,RAB4B,TRAPPC1,POLR3GL,TRAPPC5,CNOT4,DAB1,SLC7A6OS,SYNJ1,REEP5,CNOT1,REEP2,NF1,SPIRE2,PLEKHM2,RNF181,PLXNB2,NF2,RAB5A,EIF4G3,BCL2L2,DIDO1,CALCOCO1,DAGLA,MCM7,WDR1,TRADD,PIK3C2B,PTBP1,DUSP12,OPA1,VPS72,SIN3A,OPA3,UBTF,WDR7,SLC37A3,GGPS1,RFC2,LIX1L,RPL13A,NIPSNAP1,PTP4A2,DNAJC7,ASPH,CTDSP2,POLR1B,LANCL2,SOS1,CRK,SFT2D1,HDAC5,NFAT5,WBP2,CLEC2L,HDAC1,VPS4A,TULP4,FBXL20,RAB21,CACNG7,FIP1L1,POLR2A,POLR2D,RBBP6,DCAF11,SEC11A,MLXIP,SEMA4B,PNRC2,KLF6,GLRB,APC,POLR3F,RUNDC1,PFKP,ISCA1,ZMYND8,CISD2,PDCD2L,RPS15,RPS19,RPL36AL,DPF1,ARL6IP5,RPS11,SEPHS2,SOX4,SRRM2,COG8,ACSL6,RECQL,MAPK8IP2,SRRM1,CARHSP1,SIK2,EZR,PFN2,GPM6A,MACF1,CSTF3,CD99L2,SPAST,GSE1,ATP6V0A1,SNHG1,MAGEE1,SLC35E3,PYCR2,PUM1,SNAP91,UBAC2,PUM2,RPS27,RPS29,CCDC88C,RNPS1,ITM2C,HBS1L,CITED2,OLA1,PRPF19,XPO1,SEC61B,RAB8A,PRMT5,PRMT7,PARP1,TSC22D1,TUBG1,LIME1,MLF2,RHOB,SCNM1,PACS1,MAPRE3,MAPT,ALDOA,SLC20A1,AMIGO1,GDPD1,NOL9,AMN1,ZDHHC18,METTL6,SHOC2,NT5M,LCMT1,MAP4K4,NFYC,RANBP6,HIST3H2A,CTNNB1,APBA1,TRIP12,APBA2,TOMM5,CDK5R1,GOLT1B,KDM1A,ARHGDIG,HDLBP,ARID4B,LZIC,POGZ,COTL1,NSF,PDIA3,KDM2A,APLP1,TOMM34,SHISA5,NOSIP,OXA1L,TBL1XR1,AMPH,MATR3,ATP6V1A,TMEM59L,DTX3,ADIPOR1,SEL1L3,PDZD4,CASKIN1,PDZD7,BPTF,HSPA9,SMAD2,DARS,HSPA8,KLHDC4,CBX5,HSPA5,HSPA4,RALYL,EFNA2,B4GALT3,ASNSD1,FBLL1,USP39,ELAVL1,LRRTM2,SCYL1,KDM6B,AKTIP,H2AFX,SPATS2,AXIN1,PPP2R5D,ARID1A,ARID1B,CKAP5,DNM1,SEPT2,SEPT3,DNM2,RABEP1,FCHSD2,CDH10,TERF2IP,B4GALT6,CHMP7,PFDN5,CHMP5,B4GALT5,CAMK2B,GMPR2,ETFDH,SPG7,TBRG4,HSPD1,RMND5B,MAPK9,TFPT,FAM168A,CHSY1,MAPK1,SNCB,OPCML,PTCD1,PTCD2,KDM4C,USP21,LIMK1,NAP1L2,DEK,GDAP1,BAX"
+"gene_set_query"	"321"	"GTF2B"	"378.8"	"ARCHS4 Coexpression,377;ENCODE ChIP-seq,52;ReMap ChIP-seq,28;GTEx Coexpression,1058"	"POP7,POP4,ALKBH8,NDST1,CAPNS1,AKT1,PRKACA,SAP30BP,FRS2,RC3H2,LARS2,DDIT3,DDIT4,ORAI2,TMEM126A,JTB,SF1,SLBP,EXD2,SET,SAR1B,NPRL2,MEPCE,BAZ2A,RHOT2,LARP1,RDH11,PIP5K1C,ATRIP,HEXIM1,JUN,PRPF38A,JUP,NCAPH2,TBL3,FASN,NMT1,SFXN3,SNX10,SNX11,SHB,BBC3,DDA1,MED17,MED11,MED10,JAK1,DUSP1,GSTO1,GMIP,MED29,MED23,SLC7A6,MED25,MED24,PTRH2,MED21,MMP17,SDHAF1,RAPGEF1,ERGIC3,ERGIC1,TRUB2,ELOF1,OAT,GSTP1,ATL1,WRB,ATL2,CENPB,SAMD1,ZSWIM4,BID,ATAD1,CENPV,MBD6,MCRS1,DAB2IP,SKI,CCDC9,SNX17,SHKBP1,APEX1,ETNK1,TAOK2,CIAPIN1,AGRN,YPEL5,MTCH2,TMEM167B,PDCD6,FBXO28,ATN1,LTN1,MPV17L2,CASC3,FBXO21,FBXO22,CIR1,MAP3K7,FADS1,PCYT2,DGAT1,CTNNBIP1,CNPY2,CNPY3,FBXW2,PIAS1,LENEP,CDC25B,FAM118B,SMS,SRSF3,PKP4,SRSF5,ARL8B,INO80B,TXNDC9,SMYD5,GMPS,LIN7C,CORO1A,CORO1B,HSP90B1,CORO1C,EIF1AD,MED30,G3BP1,ZKSCAN3,G3BP2,NAE1,NADK,ZKSCAN1,NEK9,STYX,HPS1,ARPC4,ARPC5,FBXO31,DRAP1,ARPC2,ARPC3,UQCRQ,SP3,LRCH4,NOP10,ISY1,ITGB1,NENF,AP4M1,ZNRD1,ACP2,PGLS,BCAS2,UNC45A,EIF5A,ACTR2,EIF5B,RABGGTB,ARFGAP3,MSL1,SYF2,C1D,ETF1,TMBIM6,TOP1,BCAT1,GAPDH,BCAT2,BECN1,UHRF2,SRF,SRBD1,LENG8,MLLT1,RCHY1,CDC42,KCTD20,U2AF2,UBQLN1,IGF2BP3,E2F4,HNRNPA1,DRAM2,EIF4B,UBQLN2,HNRNPA0,GADD45GIP1,HNRNPA3,MARCKSL1,TRIM41,FEM1B,CNBP,HNRNPAB,NECAP2,NECAP1,CDKN2AIPNL,EIF3I,PDCD4,EIF3H,STUB1,PDCD2,UNC79,BCAR1,PPAN,ACTB,NUDT3,NUDT4,CDC23,HERC2,TRIM28,SNRPD2,CDC26,CDC27,TRIM24,EIF2D,ATXN7L2,ATXN7L3,SMARCC1,ATP6V1G1,SMARCC2,ECH1,CIRBP,ALG2,TALDO1,MOGS,ACTN4,BCS1L,MFSD11,PPA2,CDC37,SUB1,KCTD13,EIF1B,AARS2,TBC1D9B,DHX8,MYCBP2,FBF1,CEND1,ZBTB5,ACTR3B,CDKN2AIP,HLTF,XBP1,SMARCA4,ZBTB6,CWF19L1,CALU,RANBP10,NDUFAF3,FBXL3,NOL10,CALR,HERPUD2,MRPS17,DHRS13,COX7B,CSRNP2,MRPS10,COX7C,PTMS,UIMC1,SDF4,SDF2,BBS4,GIT1,CAP1,COX8A,PCYT1A,MRPS24,MRPS25,PABPC4,MRPS21,PRPF40A,SYP,SREBF2,APRT,UFC1,TAX1BP3,ARHGEF2,EEF1E1,PTMA,SLU7,DYNC1I2,PCNA,GBA,GNAI3,COX5A,PCNP,PDZD11,MGAT1,MGAT2,EPS15,DYNC1H1,MAP3K3,MON2,PEX19,VEGFB,TTC1,NUDT9,ITCH,NUDT8,HNRNPA2B1,HDGF,CARS,OTUD5,SRP19,CRTC2,PEBP1,UBE2Z,ACTG1,TMOD3,COX6B1,TBC1D20,PSPC1,EHBP1L1,WDFY1,PPIF,PPIH,TBC1D23,CARS2,PPID,DDX6,DDX5,NDUFB10,HTRA2,RAI1,SHARPIN,GRK6,LLPH,TBC1D17,CNOT10,UBE2A,MANBAL,MKRN1,GNB1,UBA3,UBA1,UBE2K,UBE2M,CUEDC2,TAZ,USE1,PITPNC1,LMNB2,LMNB1,RND1,TMEM223,EEF2K,ATP6AP1,DCAKD,SYNGR3,EPN1,EEF1G,ACOX1,MAN1B1,RALA,SFSWAP,SLC3A2,RSPH9,RNF4,ADD1,ADD2,GNG3,MTA1,PABPN1,TDG,TGS1,MKNK2,DROSHA,TMEM208,MTA2,FBRS,RRM2,EYA3,TTC17,GALE,UFM1,ERCC1,CARM1,ERCC5,IPO11,TES,GPATCH4,PHB2,GPATCH8,GLS,CSPP1,AP1S1,NUP210,WDR74,REV1,SCRIB,ARMC8,GTPBP2,GTPBP4,ARMC1,VPS25,VPS28,ANAPC13,ANAPC16,WDR61,XPC,RNPC3,ARPP19,ADH5,ANAPC11,LDHB,BLOC1S1,NUP85,BLOC1S2,CEP70,VPS11,GAR1,MCMBP,NRBF2,HMOX2,FDFT1,CEP78,PRELID1,NDFIP1,WDR59,IRF2BP2,NR1D1,WDR55,HNRNPL,MEX3A,HNRNPK,HNRNPF,HNRNPC,FARSA,SETD5,PYGB,GMEB1,CDKN1B,GMEB2,WDR48,BTG1,PHF23,SETD6,KRI1,WDR45,UBL5,AIFM1,CIC,RRP15,CEP68,TPI1,NUTF2,FAM126A,TERF2,COPZ1,NCOR2,TAF6L,NSA2,NCOR1,TUBB2A,MTF2,TCP1,EXOC4,CDC123,CLDND1,RNMT,WDR24,ADCY6,PAPSS1,SCAF8,RPS15A,PPP1R8,CKB,PAIP2,DEDD,SYVN1,HIPK1,WDR13,SCAF1,SCAF4,PHF5A,JKAMP,PLP2,TMEM39B,FAM49B,SYAP1,AUP1,RPL10A,IPO7,IPO4,TM7SF2,EDC4,PPP1CB,PPP1CC,IPO9,CFL1,LAMP2,SNRNP35,GTF2I,RAB2A,RARS2,CSNK1G3,TPM4,USP5,RALGAPA1,USP3,THOC1,TRAFD1,THOC2,PGD,PYGO2,ILF3,RAB34,RAB35,SNRNP27,SNRPE,FKBP4,SNRPB,FKBP2,RAB5B,CCDC25,SLC38A10,UBR2,UBR1,DDRGK1,DVL1,DVL2,CCDC32,MCL1,UVRAG,EIF2B4,TRAPPC3,OSBPL8,EIF2B3,CCDC12,POLR3GL,TRAPPC4,COPS4,COPS6,COPS5,SLC7A6OS,PLXNB2,RSL24D1,CNIH4,BCL2L2,SLC48A1,DIDO1,MCM7,ZC3H4,PIK3C2B,LBH,NOB1,SNRNP70,UBTF,IDH3B,WDR6,TNPO1,EIF2B1,TNPO2,ADSL,RFC3,PLEKHG2,RFC2,RPL13A,EDF1,DAD1,POLR1C,DNAJC8,MTPN,VPS4B,DNAJB1,POLR2C,POLR2E,DNAJB9,POLR2G,RAB28,CCDC71,POLR2K,POLR2L,FBXL19,TPRKB,RPRD2,FBXL16,FBXL12,BCKDK,DNAJA1,POLR3C,DOLPP1,DNAJA2,POLR3E,DRG1,RAB18,DRG2,CEBPZ,SNRNP48,PANK4,SLC35B2,TCERG1,ZMYND8,TIAL1,RPS15,RPS14,PNN,FRAT2,RPS16,RPS19,FLAD1,RPL36AL,MAGOH,DAG1,ARFIP2,LONP2,RPS11,RPS10,TBC1D10B,SRRM2,ARRDC3,METTL3,AP1AR,SRRM1,POR,KARS,SUCLG1,DCUN1D5,CSTF3,CSTF2,RPAP3,FXR2,CHTF8,ZNHIT3,PDCD10,MLEC,TNRC18,VASP,TMEM184C,SETDB1,PUM1,RPS26,RPS27,RPS29,RPS20,RPS21,C2CD2L,RPS24,GFM1,UBXN1,GFM2,CITED2,ZFAND2A,COIL,XPO1,C1QBP,TMED1,SEC61B,UBXN4,RAB8A,GABPA,PSD,PSENEN,ZYG11B,TMED9,PPRC1,TOPORS,SCNM1,NFX1,FYTTD1,TYMP,NT5C,PPP2CA,CST3,ZDHHC18,METTL6,NT5M,ATP6V0E2,MTX1,MTX2,GBF1,AIG1,KBTBD4,SPCS2,HIST3H2A,CAPZA1,CAPZA2,MEGF8,MEGF9,NDUFA13,LZIC,ARHGDIA,FPGS,COTL1,NOM1,PHYH,LMO4,NOSIP,ATP1B3,LIG3,PUS7,MATR3,DAP3,NOP2,EFNA4,PRPF8,EMG1,RPRD1B,KLHDC4,CBX5,PNPT1,CBX4,CBX3,CPSF2,IDH2,COQ9,CRLS1,EIF2S1,COQ5,CAPRIN1,CHMP2A,SAE1,MUS81,KDM5B,KDM5C,DBI,RPS4X,SEPT7,RBM5,KDM6B,MAPK1IP1L,H2AFX,SPATS2,DCK,DNM1,AKT1S1,TERF2IP,PFDN5,STOML2,PDXP,TBRG4,GNA13,TBRG1,NXF1,FAM168B,ALDH1B1,FAM120B,LEPROTL1,FAM120A,BUB3,MAPK6,KDM4B,TMEM30A,ATP13A1,QPCTL,RPS6KB1,RPS6KB2,RBMX,CHIC2,MT-ND4,LSM10,PSMD8,NSDHL,PSMD7,MPRIP,PSMD5,SAMD10,MEF2A,HES6,STARD7,DNTTIP1,HDHD2,SCAMP2,EID1,MYL6,EID2,CLNS1A,UQCRC1,TBPL1,ABCB6,MRPL18,AGAP2,COPS7B,OAZ1,GABARAP,MRPL20,CYB5R4,CYB5R3,HMGXB4,VTI1A,HMGXB3,RHBDL1,PRRT2,EDEM1,EDEM2,MRPL27,MRPL24,EIF1,CS,MLLT11,MLLT10,AVL9,GPR19,PIGS,ARF3,ARF1,PIGO,HEXB,MRPL39,MRPL37,MRPL34,ECSIT,MRPL32,PQBP1,MRPL33,IKBKB,TRMT112,TUBA1B,NIPBL,FASTK,RPLP2,LYPLA2,UPF1,DFFA,PGAM1,ACTL6A,MRPL49,LRRC40,DYNLL1,DYNLL2,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,MRPL50,PSMA3,PSMA1,TMEM33,CDC42EP2,TUT1,TMEM106B,SLC29A1,VAMP2,ARF6,RNASEL,RNASEK,SRRT,CCNDBP1,PSMA7,MRPL55,GGA2,PSMB4,GGA3,LEO1,FLNA,NCDN,MEF2D,SRSF11,UTP3,STAT2,TMEM62,TMEM60,TMEM59,PSMC6,PSMC1,SRRD,UBAP1,GOPC,FAM13B,CSE1L,UBE2D2,HDDC3,YY1,RUVBL2,SESN1,STK16,PIM3,KPNA4,PMPCA,SH3GLB2,IK,VPS33A,VPS33B,UBE2E1,PRPF4B,SLC9A8,MRTO4,FSCN1,SQSTM1,KPNB1,NSMAF,LRRC59,RNASEH2A,MAZ,ISG20L2,ARL1,ACAT2,ACAT1,SBNO1,PMVK,SLC38A2,GOT1,GOT2,ZBTB11,EEF2,TUBGCP5,MDM4,TUBGCP3,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,MRPL4,MRPL3,NGRN,SUMO1,SUMO3,ME1,MRPL9,MDP1,DIS3L2,VBP1,SH2D3C,SIGMAR1,RAD23A,RAD23B,QTRT1,GIGYF1,NPC1,SLC25A19,SLC25A12,SEC22B,SLC25A5,SLC25A11,SLC25A4,ST6GALNAC6,PPP1R15A,GTF3C1,GTF3C2,PPP1R15B,NDUFB6,NDUFB5,NDUFB4,PRCC,FOXK2,ZBTB45,PPM1G,GANAB,FCHO2,CDC37L1,LRRC8A,SLC25A22,CYB5B,SLC12A2,PTPN1,PPP1R14B,NDUFA7,MMAA,NDUFA5,NDUFA3,NICN1,NDUFA2,NDUFA1,LYSMD1,RPL23A,BAIAP2,ATOX1,CCM2,P4HB,EIF4A2,EIF4A1,CCNK,AHCYL1,PREP,TXNDC12,THUMPD1,ZDHHC8,IFI30,CYB5D1,ZDHHC4,CCAR1,RASSF1,OGFOD2,FAM53C,SLC12A6,SEC62,TMPO,SEC63,NSMCE1,KDELR2,GCDH,SUPT4H1,PIK3R2,UBE2J1,DHX30,SNX2,PCBP4,LARS,PCBP1,PCBP2,DHX36,MIER1,DHX38,HIVEP2,RCE1,RBM12,RAB11FIP3,SEC31A,INTS1,RCC2,SURF4,ERAL1,SNW1,WNK1,ID2,INTS5,PAF1,INTS7,CALM1,INTS8,CALM2,TMEM151B,GPAA1,AP2A1,SLC7A11,PTPRF,HYAL2,MLX,SSSCA1,UTP14A,NDEL1,VKORC1,TMEM150A,WARS,MINK1,MRPS2,MRPS7,MRPS6,COMMD4,COMMD5,MRPS9,CTTN,G2E3,CRELD1,DBN1,STK40,STX16,CCDC107,NEDD8,CCDC106,MNT,EXOSC4,FAM172A,SERTAD2,HSF2,CCT8,PAK2,EXOSC1,NPM1,YIPF1,YIPF3,YIPF4,AP2B1,PPP1CA,TMUB2,PER1,NEDD4,DPAGT1,SCARB1,MIDN,CD81,MPI,FAM174B,PPME1,KIF5B,SNIP1,BANF1,SBF1,SLC30A9,ADPRHL2,ATG9A,HNRNPUL1,FAM173A,HNRNPUL2,DKC1,UBE2V2,GEMIN7,UBE2V1,RTN2,RTN3,VCP,PSMD12,TMED10,RBM8A,YTHDC1,TOR1AIP2,PSEN1,RPF2,NDRG1,CAMTA2,H1FX,CYC1,NDUFV2,IVNS1ABP,OST4,FDPS,VTA1,HMGA1,KLHL23,KLHL24,SUPT5H,CLK4,PAN2,CLK1,TAB1,LSM14B,LSM14A,YWHAE,RBM28,GSK3A,PRR7,MAST3,PRKCSH,MAST2,ATP2A2,CHD4,CHD3,CHD2,PPP1R9B,GATAD1,TIMM17A,LRRFIP2,YWHAG,RBM18,BUD31,ABHD14B,ABHD14A,GLRX2,GPCPD1,CREB1,IRF3,PEX3,NDUFS6,GORASP1,PEX6,NDUFS5,PPDPF,NAA38,EAPP,RBM22,DCTN6,DCTN2,TAF9,DDX21,PARL,TAF1D,MAT2A,NAA25,SMNDC1,PDLIM7,MBTPS1,CHURC1,NAA10,TAF13,GALNT2,ATP2B4,LRWD1,MAPK14,SOD1,CLCN7,RPIA,GLB1,ACIN1,TAF6,FAM98B,VIM,MBTPS2,LNX2,RPL5,RPL30,TRIO,RPL3,RPL32,CLPB,GABPB1,ENO2,BACH2,RPL7,GLE1,MYC,RPL36,RPL38,PIP4K2C,IER5,IER2,WSB1,PIH1D1,RPL23,MED8,SOX12,MED4,MED6,BIN3,RPL24,RPL27,RPL26,RPL29,PRR12,RPL28,PRR14,PRR13,CDC42SE1,RPN1,GLG1,PRDX2,PRDX5,PPP3R1,PPP4C,PRDX4,SSR1,PLCG1,SERF2,RPL41,JUND,H3F3B,H3F3A,MAD2L1BP,PRRC2C,PA2G4,PRRC2B,THAP11,PRRC2A,TMEM199,FIBP,SLC6A6,NPLOC4,OGDH,HBP1,CPEB4,CDC42SE2,CLTC,CLTB,PFAS,ING1,CLINT1,TMEM189,TMSB4X,GPR137,EMD,ZC3H10,RNF168,RNF167,SF3B5,SF3B3,RPL10,RPL12,RPL11,GPS2,HSPA14,TMEM165,LMAN2,RPL13,RPS2,ANKRD52,SF3A3,BRF2,SF3A2,TRMT1,TTC9C,AGBL5,TM9SF1,ERP44,RLIM,ZYX,RNF141,TOR2A,TUSC2,CLSTN1,ABHD12,ABHD11,MAEA,RNF19A,MAF1,LZTS2,TMSB10,STK32C,RPS9,RPS7,RPS8,RPS5,RPS6,AIP,RPSA,RNF41,BSCL2,CTDNEP1,ST7L,CLIP2,CLIP1,RALGAPB,NCL,XIST,DNMT1,ENY2,CUL7,SEMA7A,CD151,ANKRD16,GLO1,CUL3,CUL2,ABHD8,ITPR1,RLF,GTF2E2,STIP1,KLC4,ESD,PSAP,BTBD2,NACC1,ABL1,MPDU1,WDTC1,ESRRA,ANKRD34A,TOR1A,MARCH9,MARCH7,TOR1B,LSM4,LSM3,CDK9,LSM6,CDK4,NF1,RNF181,IARS,EIF4G3,SERINC4,EIF4G1,RNF10,RNF11,RNF13,TRADD,PTPN23,DUSP11,DUSP12,PTBP1,RPL7A,METTL14,SART3,OPA1,IQCB1,REXO1,GPX4,LIX1L,YDJC,COASY,PTP4A2,TRAF7,DALRD3,TRAF4,SNRPA1,NFAT5,SMARCD2,GTF2A2,NLGN2,WBP1,RPL36A,AP3M1,HIRIP3,PUF60,RBBP6,DCAF11,DCAF12,SMARCE1,SPAG7,RNF24,RNF26,DDHD2,PTPN11,PTPN12,CDC42BPB,PNRC1,TRIT1,PNRC2,KLF6,APC,IMPDH2,MGAT4B,RUNDC1,APP,RUSC2,ARL6IP5,ZFPL1,SOX4,AGFG1,AQR,SLC11A2,RECQL,MRPS18A,ACSL3,JMJD8,JMJD6,XRN2,GUF1,VDAC2,EZR,PFN1,ANKRA2,LLGL1,BEX4,BEX2,NECAB3,TMEM161A,TWF2,TWF1,CD99L2,MAP4,SNHG1,RABGAP1L,TMEM50A,ZWINT,ALDH18A1,CC2D1B,CDS2,DAZAP2,DAZAP1,FAF1,MYL6B,PRPF19,RPTOR,EPM2AIP1,SERP1,PCF11,ZMYM5,PRMT6,ATP6V0B,PRMT7,PRMT1,TSC22D3,RHOF,TUBG1,RHOB,PRPF18,POC5,PACS2,FRG1,STRAP,ALDOA,KPTN,PRIM2,SLC20A1,MPZL1,RANBP2,SUZ12,AP3D1,RSL1D1,TOMM7,CTNNB1,RAB3GAP2,FAU,RAB3GAP1,HDLBP,TOMM20,TOMM22,FBL,CHCHD7,CHCHD1,TMEM14C,PDIA3,TOMM34,KCTD2,TSC1,KCTD5,DPM2,DPM3,TMEM135,PHOSPHO2,TIPRL,FIZ1,BTF3L4,CSF2RA,DPP3,MAN2A2,DNAJC21,ZC3H18,MARK4,ZC3H13,PDZD8,ANKZF1,PDZD7,ZC3H15,ATP6V1F,DNAJC19,HSPA9,ACBD5,ACBD4,HSPA4,DNAJC11,ASPSCR1,IFT122,TBCA,DNAJC16,NFKBIA,TMEM115,DLG4,ACBD3,GRSF1,CREBZF,B4GALT2,B4GALT3,ACADVL,NVL,USP33,USP39,PKD1,SENP6,TMEM101,ALDH2,ZC3H7B,PDE4A,SCYL1,TSFM,TRNAU1AP,ARID1A,SENP3,KLF16,LATS1,FAM189B,DDX19A,LUC7L3,LUC7L2,CHMP5,TSEN34,USP15,RGS19,USP16,USP10,GMPR2,WIZ,MOSPD3,U2AF1L4,HSPD1,TFPT,SPEN,RWDD1,PTCD1,PTCD2,WTAP,B3GAT3,BAD,USP21,USP22,HAGHL,GDAP2,NEURL4,BAX,SSBP1"
+"gene_set_query"	"322"	"LCORL"	"379.3"	"ARCHS4 Coexpression,206;Enrichr Queries,123;GTEx Coexpression,809"	"HNRNPU,FNBP1L,BACH2,LSM12,TBK1,ALCAM,CAPNS1,DPYSL5,DPYSL2,AKT3,STMN1,AKT1,PRKACA,PRKACB,RNF111,MEF2A,MED1,MEF2C,WSB1,CXADR,CSNK2A1,CACNA2D1,RFX3,CD3EAP,SOX11,SCAMP1,MED6,DAAM1,RFX7,IFT81,RUFY3,DDIT4,RUFY2,YME1L1,RPL29,ALG10B,RPL28,SF1,NEDD4L,HIF1A,MTDH,HMGXB4,VTI1A,ZSCAN18,EDEM3,JUN,FZD3,CADM1,GPN1,PBX1,PRRC2A,MLLT11,UCK2,FAM135A,H2AFY2,GIPC1,DZIP3,EZH2,CPEB4,PHF3,OGFR,PIGU,SETD2,PHF6,WDR43,TRIM8,MRPL42,NIPBL,MED13,TUBA1A,TRIM2,ANXA6,JARID2,CIC,PCMTD1,UPF1,WDR36,HSBP1,LRRC49,TCF12,TET2,SLC39A10,ELOVL6,NIPA2,SRP9,PHF20L1,RNF167,SIKE1,ZEB2,TUBB2B,INF2,PXDN,PELI1,EXOC5,PLCB1,PAFAH1B3,ERGIC1,WRB,HSPA14,CENPB,FGD4,NRAS,BCLAF1,TMEM68,LEO1,CLPTM1,RICTOR,ZSWIM6,RUNX1T1,KIDINS220,GATC,SCAF1,SKI,NFIA,ABI2,NFIB,ETNK1,TAOK1,SERBP1,TAOK2,ZYX,NUCB1,PKN1,FRYL,CCNT2,ATP8A1,ATN1,FBXO22,CDH2,LAMP1,TUBB3,SMARCAD1,TLE4,USP8,MAP2K2,DYRK1A,ATP11B,ZBTB33,DGKZ,FOXP1,CTDNEP1,MORF4L1,DMTF1,MSH3,RAB35,MAPKAPK2,PHIP,ANAPC1,CSNK1G2,LY6E,ANAPC2,RNASEH2A,CD151,RAB5C,INSIG1,ANKRD12,UBR3,SLC38A10,LIN7C,GTF2E1,ORC4,SBNO2,G3BP1,DVL1,BTBD2,NACC1,PLXNA2,SLC38A2,ANKRD28,ESRRA,OSBPL8,NOP14,DR1,TIA1,STYX,ZBTB11,MARCH6,PTPRD,CNOT7,SLC7A6OS,GNL3L,SH3BP5L,NBEA,SP3,PLEKHM2,NFE2L1,WDR1,CELF2,PTEN,SYNE2,DUSP12,SART1,FSD1L,CAPZB,PPP6R1,SNRNP70,PSD3,SUMO2,CEP170,TNPO1,TNPO3,EIF5A,RFC3,PPP1R12A,REXO1,DST,VBP1,ATRX,VPS13A,RAD23B,PATL1,PTBP2,ARFGAP1,TRAF7,PTP4A3,ASPH,CTDSP2,DNAJC5,PPP1R12C,NFAT5,GTF3C3,HDAC2,ROCK1,RAB1B,TULP4,MLLT3,CXXC4,HDAC7,DNAJB2,DCAF15,GANAB,FIP1L1,U2AF2,FCHO2,FEM1C,CSK,SPAG9,RNGTT,NDUFA5,MARCKS,KLF6,APC,ASXL3,CEBPZ,SLC25A36,CISD2,JMJD1C,CDC23,KIF21A,ATXN7L3,SOX4,TMPO,TIPIN,SCAF11,ARRDC3,CSNK1D,MOGS,ANK3,ZW10,BOLA2,AKAP9,HECA,EIF1B,PFN2,PIK3R1,RPAP3,MBTD1,APH1A,PCBP1,HLTF,CSTF1,STXBP5,ZBED4,SCAI,RABGAP1L,INTS1,BCL11A,ST8SIA2,INTS2,MYO5A,PAICS,SMARCA2,PTK2,PUM2,CCDC88A,ZBTB6,SNW1,WNK1,ID2,NOL11,CALM2,ITM2C,CSRNP3,SLC7A11,PTPRK,PRPF19,ROBO1,EPM2AIP1,ZMYM2,REV3L,UBXN7,SDF4,RSPRY1,MINK1,PRPF40A,PRPF18,G2E3,GLCCI1,SGK1,ATP6V0C,SATB1,PRIM1,GNAI2,EXOSC9,HSF2,SHOC2,MGAT1,MAP4K4,SUZ12,MYEF2,GINS4,VEGFA,MIB1,KLHL9,ATAT1,KLHL7,TTC3,RAB3GAP2,PNPLA6,GRINA,CRTC2,CD81,ZFAND6,ARID4B,UBE3A,IGF1R,PPIP5K2,ARHGDIA,ARID2,SH3GL1,UBE4A,LMO7,HNRNPUL1,TMX1,TBL1XR1,GPD2,TIPRL,EHBP1L1,UBE2V2,CHMP4B,TBC1D23,FAM92A,XPR1,ZCCHC7,DDX6,PXN,BTF3L4,PDS5B,ARHGAP12,IRAK1,CAMTA1,QSER1,BCL9L,CCDC134,IVNS1ABP,PRNP,CBX5,AUTS2,CBX3,VTA1,CPSF2,CRIM1,NUP153,KLHL24,AHI1,EFNA2,HOOK2,HOOK1,GNAQ,GNB2,BRWD1,FGF13,LRP10,RERE,PHTF2,ACADVL,GSK3A,DDX46,PRKCSH,USP33,CHD6,PSIP1,HMGB1,CHD2,PPP1R9B,SEPT9,SPRED1,LASP1,YWHAQ,MAN1A2,ZC3H7B,CASP3,TOPBP1,SCYL1,UTP15,SUN2,HSDL1,PDPK1,PDE4D,OXSR1,NAV2,ARID1B,TGFBR1,KLF16,DNM2,VCAN,CREB1,RCN2,SETBP1,EEF1D,RASA1,AKT1S1,PARG,NRXN1,CRMP1,ASAP1,GNG2,TGS1,BUB3,VHL,MAPK6,SMNDC1,FBRS,CLASP2,RBM39,NEGR1,ATP2B1,MEIS2,GDAP1,ACVR2A,RPIA,SLC4A7,CARM1,NAA15,SSBP2,TAF2"
+"gene_set_query"	"323"	"ATF7"	"379.5"	"ARCHS4 Coexpression,620;Enrichr Queries,307;ReMap ChIP-seq,146;GTEx Coexpression,445"	"RB1,MDC1,RPL3,TRIO,TRRAP,ARPC5L,TESK1,GHITM,EPRS,PHB2,GPATCH8,NDST1,CAPNS1,ZMIZ1,DPYSL2,MYC,ZMIZ2,AKT3,AP1S1,PRKACA,IER2,MEF2A,NUP214,DDX17,DAXX,MEF2C,WSB2,PIH1D1,PRKCE,WDR74,CD3EAP,SOX12,EML2,HCFC1,BCR,LARS2,EID2,WDR81,DDIT3,DDIT4,ORAI2,RBCK1,PRR12,VPS28,PLBD2,ASTN1,ATF4,SF1,CDC42SE1,POM121,NPRL2,NEDD4L,ABCB8,BAZ2A,AGAP3,OAZ1,HIF1A,GNS,GABARAP,ANAPC11,PRDX2,PRDX5,RHOT2,NCSTN,PPP4C,PRKAR2B,VPS11,PIP5K1C,ST3GAL2,RHBDL1,HEXIM1,PRRT1,CREBBP,RPL41,JUN,JUND,PRRT2,JUP,H3F3B,IRF2BP1,IRF2BP2,MRPL28,MTHFR,PRRC2C,PBX2,NETO2,PA2G4,NR1D1,PHC3,MRPL24,PBX1,PRRC2B,TMEM198,PRRC2A,MLLT11,EHD1,CS,MLLT10,FIBP,SLC6A6,TBL3,MEX3A,EIF5,GIPC1,HNRNPF,PSMG3,SFXN1,FARSA,CPEB4,PHF3,CDKN1C,PHF2,SETD5,SMG1,PIGU,CDKN1B,KCNC3,PHF23,PHF1,SETD7,ARHGAP1,MED16,MRPL34,SMG7,WDR46,BBC3,DDA1,RNF157,MECP2,MED12,TRMT112,UBL5,NIPBL,TMEM43,RFK,TMSB4X,FASTK,TIMP2,RPLP2,GPR137,JAK2,CIC,JARID2,ZC3H10,SHPRH,ACTL6B,DUSP1,SPHK2,TCF12,TET2,MANEAL,SIRT7,ASH1L,NUDT16L1,DYNLL2,COPZ1,MED29,LRRC41,SIRT3,DDB1,NCOR2,ZEB2,TUBB2A,NCOR1,PSMA4,KIFC2,CINP,PXDN,SLC29A1,VAMP2,TRUB2,RNASEK,ELOF1,NFIX,SRRT,WDR24,UNK,PSMB5,ASNA1,AP2S1,RPS3,ANO10,SLC17A7,RICTOR,RPS2,ANKRD52,RPL18,SAMD1,MEF2D,BRD4,MBD6,YTHDF3,WDR18,NR1H2,YLPM1,SYVN1,SAMD4B,TRMT1,GATAD2B,SKI,AGBL5,NFIA,NFIB,CCDC9,SHKBP1,NUCB1,PKN1,PLP2,AGRN,FRYL,FAM49B,ANKRD13B,TOR2A,PHLDB1,TMEM167B,CHPF,CLSTN3,NAB1,TUSC2,RAB3D,CTNND1,ATN1,ZBTB22,CLU,HDDC3,FADS3,RUVBL2,STK16,PLS3,LZTS2,TXNL4A,STK32C,HMGN1,GTF2I,SEMA6B,RNF44,PCYT2,TPM3,USP3,PPP1R16A,ATP11A,DGKZ,LENEP,THOC6,FOXP1,CTDNEP1,ATXN2L,SLC9A5,RAB34,DGKQ,MADD,FSCN1,AAGAB,PHIP,ADNP,SNRPF,ARL8A,FKBP5,PFKFB2,ANKRD17,FKBP2,RAB5B,RNASEH2A,CD151,TUBGCP2,TNKS,ANKRD11,ABHD2,MAZ,ABHD8,ISG20L2,ITPR1,UBR4,SPATA2,FOXO6,UQCRH,CORO1B,PHF21A,FBXO42,SBNO1,SCRT2,HMBOX1,ATXN2,PITRM1,NACC1,PSAP,DVL2,ABL1,DVL3,EIF4EBP2,MAP2K7,SLC38A2,SRGAP1,MCL1,WDTC1,ESRRA,OSBPL5,UROS,SEC16A,LSM4,UCKL1,LSM2,DRAP1,CDK9,COPS6,LRCH1,LRFN4,SON,CDK5,CNOT2,LRFN1,MAFG,SP3,AAK1,NF1,NF2,BCL2L1,RNF187,ZNF512B,LMBR1L,CALCOCO1,HSP90AB1,MCM7,RNPEPL1,NUMA1,TRADD,FHL1,ARRB1,ETFB,PTPN23,SYNE2,AP4M1,MRPL4,PTBP1,LBH,MDK,SIN3A,SUMO3,UBTF,ACP2,ERC1,UNC45A,EIF5A,PLEKHG2,REXO1,PPP1R12A,DST,SH2D3C,ATRX,ARNT,RPL13A,RTN4RL2,YDJC,PATL1,MSL1,PTP4A2,PTP4A3,PIK3CA,TRAF4,CTDSP2,DNAJC5,POLR1B,C1D,LANCL2,SOS1,BCAT1,ST6GALNAC6,HDAC5,NFAT5,UHRF2,ROCK1,LRP1,RAB1B,PRCC,LENG8,FURIN,FOXK1,JAKMIP1,LAGE3,FOXRED1,MLLT6,HDAC7,DNAJB2,DNAJB1,ABLIM1,GANAB,NCLN,POLR2A,U2AF2,POLR2E,FEM1C,E2F4,HNRNPA1,SLC25A22,POLR2L,SMARCE1,MLXIP,PTPN1,SEMA4A,SEC24B,PPP1R14B,TRIM41,RNF24,NDUFA4,RNF26,SEMA4C,FOXJ2,IMMT,RPL23A,PTPN12,FBXL16,RPRD2,MCOLN1,KLF7,KLF6,TSPAN14,VAPA,APC,EIF3I,OCIAD1,CCM2,STUB1,P4HB,ISCA2,IFITM2,PLEKHB2,VARS,ZMYND8,JMJD1C,ACTB,RASSF1,RPS16,RPS19,SNRPD2,FLAD1,SNRPD1,FTH1,DZIP1L,DAG1,EPC1,EPC2,UBAP2L,TRIM27,RPS11,ATXN7L3,GLUL,SLC12A9,SRRM2,ST6GAL1,ATP6V1G2,SMARCC2,NFKBIL1,CIRBP,MRPS18A,CSNK1D,ACTN4,ANK3,JMJD8,STX1B,KCTD10,CDC37,CSNK2B,HECA,FLYWCH1,KCTD12,CTXN1,STX1A,CUTA,GCDH,MACF1,BEX2,BEX1,NECAB3,DHX8,TMEM63B,GIPR,SDC3,SUPT4H1,CEND1,PTTG1IP,PIK3R1,NLK,INPP5B,APOO,SNX1,SEC14L1,PCBP4,PCBP2,HIVEP1,GSE1,TNRC18,RCE1,HIVEP2,MAP4,DECR2,RALGDS,VASP,SNHG1,PTPRN2,INTS3,SMARCA2,UBAC1,MED13L,STAG1,CALY,SESTD1,WNK1,PAF1,FBXL3,TMCC2,RGL2,C2CD2L,DDR1,DHRS13,NRP1,UBXN1,PTPRS,FAM57B,TECR,MRPS10,NAT14,COX7C,PTMS,AKAP12,ARV1,GUK1,HYAL2,DHX16,SSSCA1,KIF1B,GIT1,PSD,NCOA2,PBRM1,GP1BB,PRMT1,NCOA6,MINK1,ANO8,MRPS2,ANO6,SYP,RHOF,PPRC1,MTSS1,CTTNBP2NL,APRT,MLF2,RHOB,PITPNM1,PACS1,FAM20B,UFC1,ALDOA,ATP6V0C,DBN1,PTGER1,INPP1,DOT1L,GBA,CCDC106,GDPD5,COX5B,RELA,AMN1,ARVCF,CUX1,SERTAD2,APBB2,NPM1,PTGES2,RYK,GBF1,VEGFB,TMUB1,AP3D1,HUWE1,XPO7,SORBS1,VEGFA,TMUB2,MAD2L2,PER1,HIST3H2A,MARS,ESYT2,HDGF,GRINA,DPAGT1,OTUD5,SCARB1,MIDN,CRTC2,ZFAND3,MPI,PRDM2,TXN2,IGF1R,FAM174B,ARHGDIA,FPGS,HCFC1R1,KIF5A,POGZ,FAM3A,EP300,NRCAM,ARID2,CHCHD1,PPFIA3,MORC3,KDM2A,SHISA7,TANC2,TMEM131,DPM2,ADAM15,HNRNPUL1,FAM173A,DNAJC30,EHBP1L1,UBE2V2,WDFY3,RELL2,RTN2,NDUFB10,RPS19BP1,PXN,LTBP4,COX7A2,EFNA4,NDRG1,PRPF8,SUPT6H,RTN4,EMG1,MAN2A2,EP400,CDH24,TBC1D14,CAMTA2,CYC1,ATP6V1D,NDUFV1,MARK3,BCL9L,ATP6V1F,BPTF,SYT5,OST4,PRNP,SMAD4,CPSF7,ACBD4,CBX5,CBX4,RHBDD2,CBX3,CBX2,PHF12,HMGA1,KLHL24,TBCA,SUPT5H,SMAD5,EFNA3,EFNA2,HOOK2,DLG4,HOOK1,DLG5,GALK1,PICALM,YWHAE,RERE,B4GALT3,GSK3B,ACADVL,CUEDC2,GSK3A,LDB1,MAST3,PRKCSH,MAST2,MAST1,CHD6,CHD4,DDX41,CHD2,AFF4,PPP1R9B,SENP7,SPRED2,EEF2K,SNAPC2,GMPPA,MLST8,FLOT1,TMEM109,FLOT2,PDE4A,YWHAG,SCYL1,RBM33,HGSNAT,SUN1,ARHGEF12,KLF13,PDPK1,GLRX5,H2AFX,NAV1,NAV2,SYNGR3,ARID1A,ARID1B,SEPT5,KLF16,LATS1,FAM189B,ELF2,SETBP1,TMEM214,DDAH2,EEF1D,NAA38,STOML2,DCTN2,RGS16,SLC3A2,ASAP1,MOSPD3,FAM169A,AGPAT1,RNF5,AGPAT3,ADD1,DNPEP,TMEM205,TMEM208,FBRS,PDLIM7,CLVS1,SPEN,ATF7IP,USP21,LIMK1,MIIP,ATP2B4,CYHR1,CLCN6,PNKD,CAPN10,ERCC1,PPP2R2D,BAX,ACIN1,ATP13A2,TAF6,VIM,SSBP2,SSBP4,RAN"
+"gene_set_query"	"324"	"ZNF202"	"381.7"	"ARCHS4 Coexpression,622;Enrichr Queries,485;GTEx Coexpression,38"	"RPL4,TFRC,EHMT1,HNRNPU,GPATCH4,EPRS,DCAF4,DPYSL2,MYC,NFRKB,IER5,FNBP4,GABARAPL2,DDX18,DAXX,WDR75,CD3EAP,WDR73,GTPBP4,ZC3H11A,DDIT3,DDIT4,DUS3L,SF1,POM121,NUP205,SET,NOLC1,RNF214,HSPH1,LARP1,NUP85,RRS1,CREBBP,JUN,PHC1,HOMER1,PLK2,SETD1A,CDC7,PA2G4,HNRNPL,HNRNPM,HNRNPK,HNRNPF,HNRNPD,PSMG4,DUS1L,HNRNPC,CDK13,SETD5,MOCS2,SETD2,PIGU,SETD6,KRI1,WDR46,PFAS,WDR43,MED17,PANX1,NIPBL,MED14,RIOK1,RRP12,JARID2,RRP15,UPF1,BRD2,WDR36,BRD1,TEX10,NSUN2,SLC39A10,RRAS2,AEN,LRRC41,DUSP6,WDR33,MED23,SLC7A5,LSG1,PXDN,TUT1,SF3B3,USO1,SRRT,SDAD1,SLC7A1,UNK,TCOF1,NSD1,PPP1R8,BRD4,UTP6,UTP3,SYVN1,TRMT1,SCAF4,LRPPRC,BYSL,NUDT21,MYBBP1A,NFIB,APEX1,SERBP1,TSR2,TSR1,PKN1,CCNT2,CSE1L,AUP1,TSEN2,IPO7,IPO4,EDC3,IPO5,EDC4,PPP1CC,SALL2,PAPOLA,SMARCAD1,FADS1,USP7,SLC38A1,SUPT16H,ANKRD49,RPS5,GPT2,PRPF4B,RPSA,FTSJ3,MSH6,ILF3,TXLNA,RALGAPB,MSH2,MRTO4,ADNP,SRSF6,SNRNP200,SRSF7,KPNB1,ANAPC1,ANAPC2,KHDRBS1,PFKFB3,SMYD5,TARS,GTF2E2,SOCS2,STIP1,UBR5,G3BP1,G3BP2,EIF2B4,NOP14,BRPF1,NOP16,FUS,ASNS,DHCR24,CHERP,ZFP62,CNOT1,CNOT3,NFE2L3,MDM4,SERINC1,IARS,RNF11,HSP90AB1,MCM7,ZC3H4,WDR3,WDR4,DUSP12,SART3,WDR5,UBTF,DGCR8,PMEPA1,EIF2B1,TNPO3,IQCB1,REXO4,COASY,DNAJC2,GIGYF1,PTP4A3,SLC25A19,POLR1B,POLR1C,BIRC6,DCTPP1,TNFRSF21,RNF31,PPP1R15A,GTF3C2,NDUFB8,GTF3C4,SRSF1,CXXC1,LRP8,MTHFSD,U2AF2,POLR2D,BEND3,LRRC8D,RBBP6,FEM1C,IGF2BP3,E2F4,HNRNPA1,EIF4B,NOP56,HNRNPA3,HNRNPAB,KLF6,PSAT1,POLR3D,IMPDH2,EIF3G,CEBPZ,EIF3C,EIF3D,EIF3A,EIF3B,CCNJ,PPAN,CISD2,TIAL1,FRAT2,TRIM28,LONP1,ATP6V1E1,SEPHS1,SOX4,TMPO,EPHA4,SMARCC1,COG3,METTL3,IFRD1,BCS1L,GRWD1,HECA,KCTD15,DHX8,ANP32A,DHX9,TRMT2A,NLN,PDCD11,DHX33,LARS,DHX37,RBM12,ZBED4,XRCC6,SETDB1,BCL11A,RCC2,PAICS,CCT6A,NOL10,LRRN1,NOL11,INTS8,ITM2C,DAZAP1,PPP1R10,MRPS12,NAT10,SYNCRIP,XPO1,PCF11,XPO5,DHX15,DHX16,UTP14A,PRMT6,CCT3,PRMT5,NCOA5,PARP1,PRMT1,TSC22D3,PPRC1,MLF2,RHOB,RAP2A,HNRNPH1,SGK1,EEF1E1,MAPRE2,FJX1,AHCY,PCNA,SLC20A1,PRIM1,HEATR1,AKAP8,NOL8,DERL2,NOL9,NOL6,AKAP1,ARNTL,RBM15B,PDZD11,PES1,GPC4,EXOSC2,CCT4,NPM1,HUWE1,NPM3,NLE1,VEGFA,RSL1D1,HNRNPA2B1,KDM1A,PHRF1,AMMECR1L,KHSRP,EP300,NOM1,PCID2,KDM2A,LIG3,PUS7,EEF1A1,DKC1,ZCCHC8,NOP2,SLC1A4,RPF2,PRPF8,EP400,ZC3H18,QSER1,HSPA8,PRNP,CPSF7,CBX2,HMGA1,NUP153,ANKHD1,CLK2,NFKBIA,HOOK2,NASP,HOOK1,GNAQ,CLASRP,TCF3,SAE1,USP36,NVL,CHD6,DDX42,HMGB3,PSIP1,CHD4,YBX1,RND3,LMNB2,LMNB1,RBM14,TBP,PDPK1,DDX55,CAD,DDX56,ARID1A,SAFB,SFPQ,EEF1D,PFDN1,DCTN6,AGPAT5,DDX27,DDX23,DDX21,SLC3A2,HSPD1,DNPEP,MAT2A,BMS1,TRA2B,ABCF1,RBM39,RRM2,ATP13A1,SSRP1,TTC17,ACIN1,ABCE1,RAN"
+"gene_set_query"	"325"	"FOXP4"	"382.0"	"ARCHS4 Coexpression,104;Enrichr Queries,254;GTEx Coexpression,788"	"TESK1,BACH2,PREX1,KRTCAP2,CAPNS1,RAVER1,ZMIZ1,DPYSL2,ZMIZ2,MYC,PSMD3,AKT1,PIP4K2C,DIP2B,PRKACA,CDK5RAP3,CD3EAP,SCRIB,SOX12,PRKAB1,HCFC1,BCR,UNC50,DDIT4,JTB,PRR12,SF1,POM121,TTYH3,CTBP2,PDXDC1,PDGFA,AGAP1,LARP1,BLOC1S2,PIP5K1C,PLCG1,ST3GAL1,JUN,PHC2,JUND,JUP,CADM1,SETD1A,NR2F1,IRF2BP1,PBX2,MEX3D,PRRC2B,PRRC2A,HNRNPL,FASN,GIPC1,HYOU1,DUS1L,CDK16,PIGU,PIGO,PHF1,SMG5,TRIM8,CIC,JARID2,DLGAP4,BRD2,UPF1,WDR34,DUSP6,NCOR2,SLC7A5,MED25,INF2,PXDN,ERGIC3,SLC29A1,GAS7,LRRC14,NFIX,CENPB,TM9SF4,TM9SF3,FAM129B,STX6,CLPTM1,CKB,ANKRD52,BID,MEF2D,BRD4,FARP1,SF3A1,MBD6,SF3A2,PCGF2,SYVN1,DAB2IP,SAMD4B,SCAF1,SKI,NFIA,NFIB,TAOK2,ZYX,NUCB1,PKN1,AGRN,PHLDB1,DGKD,CHPF,ATN1,AUP1,POFUT2,SCMH1,FBRSL1,SLC39A7,LZTS2,TLE3,SH3GLB2,PCYT2,MAP2K2,IGFBP2,TPM1,PPP1R16A,FRMD4A,RBX1,FOXP1,ATXN2L,ACAP3,ILF3,FSCN1,CSNK1G2,ANAPC2,INO80E,CUL7,PFKFB3,CD151,ANKRD11,MAZ,SLC38A10,FBXO45,CORO1B,GLIS2,KLC2,PITRM1,STK36,DVL1,BTBD2,NACC1,PLXNA2,ABL1,PLXNA1,DVL3,OSBPL7,FUS,SEC16A,TNK2,GFPT1,TMEM132A,CHERP,CNOT3,PLXNB2,PLXNB1,CLPTM1L,NFE2L1,EIF4G1,ZNF512B,NUMA1,PTPN23,AP4M1,DUSP12,PPP6R1,SNRNP70,PMEPA1,TNPO2,PELP1,REXO1,VPS37C,ARFGAP3,BET1L,ARFGAP1,ARL4C,TRAF7,PTP4A3,DNAJC7,TRAF4,CTDSP2,C1D,PPP1R12C,AHDC1,NFAT5,SRC,MGRN1,SRF,RAB1B,LENG8,FOXK1,FURIN,MLLT1,LRP3,TTL,MLLT6,ABLIM1,GANAB,POLR2A,CCDC85C,U2AF2,PCDH1,AAMP,UBQLN2,MARCKSL1,CIZ1,SEMA4B,FBXL19,CDC42BPB,SEMA4G,BAIAP2,SLC25A38,NELL2,KLF6,ASXL3,MGAT4B,P4HB,SLC25A36,BCAR1,VARS,KDELR1,ZMYND8,ZDHHC8,CRKL,TRIM28,LONP1,DAG1,ARFIP2,EPHB2,SOX4,SEC63,SRRM2,EPHA4,ACTN1,PTOV1,MOGS,CSNK1D,ACTN4,JMJD8,ANK1,SIK1,ULK1,OBSL1,LLGL1,TMEM161B,TBC1D9B,TMEM63B,TEX261,PIK3R2,PTTG1IP,PIK3R1,NUAK1,COMMD9,SPAST,PCBP2,GSE1,SYMPK,TNRC18,B4GALNT4,XBP1,TMEM184B,INTS1,IQSEC1,BCL11A,GADD45G,SMARCA4,PTK7,GOLGB1,ID2,CCDC88C,ITM2C,DDR1,PTPRS,FAM45A,CITED2,AP2A1,PTPRK,PRPF19,SIPA1L3,PTPRF,HERPUD1,ROBO1,PTMS,MAP1LC3B,SERP1,ENC1,CTSE,GIT1,TMED4,TSC22D1,MINK1,PRPF40B,MTSS1,SREBF2,MLF2,RHOB,VAV2,GAK,TOX3,HNRNPH2,SGK1,SATB1,DOT1L,PPP2CA,MNT,CUX1,GPC1,HSF1,GBF1,AP3D1,VEGFA,RAB11B,SGSM3,HDGF,MPHOSPH6,GRINA,MIDN,ZFAND3,HDLBP,ARHGAP39,PHRF1,IGF1R,FAM174B,KHSRP,ARHGDIA,SBF1,BAHCC1,SH3GL1,LMO4,TSC2,ADAM19,HNRNPUL1,CHMP4B,SIDT2,CHRNA7,LTBP4,CACNA1A,NDRG1,SUPT6H,RTN4,CACNA1H,EFNB2,RAI1,IRAK1,MARK2,BCL9L,KLHDC2,PRNP,CPSF7,AUTS2,CBX4,CPSF1,VTA1,PTCH1,HMGA1,SSH3,EFNA2,HOOK2,HOOK1,GNB2,DNAJC10,UBA3,GNAS,UBA1,CLASRP,TCF3,LSM14B,RERE,B4GALT2,GSK3B,KDM5C,GSK3A,PRKCSH,MAST2,CHD6,CHD3,AFF3,LMNB2,SPRED2,SEPT9,LASP1,ZC3H7B,MCF2L,GATAD1,KDM6B,PDPK1,NAV1,NAV2,ARID1A,DCK,ARID1B,EPN1,DNM2,VCAN,TMEM214,GORASP1,PPDPF,AKT1S1,WIZ,ASAP1,ATP1A1,STRN4,CYTH2,DNPEP,MTA1,GMDS,PABPN1,GNA11,FBRS,ATP13A1,MEIS2,TTC17,SH3YL1,CARM1,ACIN1,SSBP3"
+"gene_set_query"	"326"	"EGR1"	"382.5"	"Literature ChIP-seq,32;ARCHS4 Coexpression,774;ENCODE ChIP-seq,16;Enrichr Queries,678;ReMap ChIP-seq,27;GTEx Coexpression,768"	"SCOC,NUP107,TFRC,IFT172,ITSN1,ALKBH6,ALKBH3,CAPNS1,DPYSL4,SCP2,DPYSL5,DPYSL2,FAM110B,DPYSL3,GPBP1,ANKFY1,PRKACA,PRKAB2,UNC5A,FNBP1,CACNA2D1,BCR,LARS2,EWSR1,DDIT3,FEZ1,DDIT4,FEZ2,UNC50,ORAI2,JTB,VOPP1,ASPHD2,SF1,SET,SAR1A,SHMT2,SAR1B,MEPCE,ADAMTS10,PRPSAP1,LARP1,PRPSAP2,RDH13,HEXIM1,JAG2,JUN,CREBBP,JUP,EIF2AK1,NCAPH2,PBX2,LAS1L,SFXN3,HYOU1,FXYD6,PKIG,DZIP3,LGMN,GSTM5,KCNC1,KCNC3,PRKAG1,SNX12,PRKAG2,SNX10,SNX11,SHB,BBC3,MMP24,JAK1,APC2,DUSP1,IFT140,GSTO1,DUSP8,DUSP6,MMP17,RAPGEF1,PAFAH1B3,PAFAH1B2,TRUB2,ECHS1,URM1,ADAM22,SNX27,ADAM23,STX6,RICTOR,BID,STX2,ATAD1,MBD3,EGLN2,MBD6,MCRS1,SNX21,ARCN1,SKI,SNX19,MYBBP1A,SNX16,CCDC9,SHKBP1,CCDC6,CIAPIN1,AGRN,MTCH1,TMEM167B,RASL11B,PDCD6,FBXO25,MSI1,APEH,FBXO21,FADS3,POFUT2,FNTA,FNTB,PIAS4,PCYT2,FBXW5,DGAT1,FBXW8,CTNNBIP1,FAM118A,ATP11B,ATP11A,FBXO10,SRCIN1,FBXO11,FBXW2,LENEP,PIAS1,FAM118B,MSH2,DMTF1,SRSF2,SRSF3,SRSF4,PKP4,SRSF5,SRSF6,LY6H,SRSF7,LY6E,ARL8B,SRSF9,IREB2,UAP1,SNN,NDOR1,RAP1A,ZKSCAN2,ZKSCAN1,API5,RASL10B,UROS,STYX,FBXO31,UCKL1,DRAP1,SH3BP5L,LRCH1,SP3,LRCH4,NOP10,PTEN,ETFB,NENF,BICD2,AP4M1,ARL5A,BCAS2,BOK,TRIM67,UNC45A,BCAS3,ARFGAP3,ARFGAP1,MSL1,ARL4C,C1D,PCCB,GAPDH,BCAT2,SRC,SRF,SRSF1,LENG8,U2AF1,MLLT1,SRI,MLLT6,MTHFSD,U2AF2,KRIT1,E2F4,UBQLN4,TRIM44,NOP56,SEPT11,TRIM41,SSB,CNBP,EFR3B,CABLES2,DBNDD1,NECAP2,CDKN2AIPNL,TRIM39,ST7,PDCD4,TRIM37,KCNK2,TRIM33,UNC79,BCAR1,CERK,EFR3A,TRIM28,BSG,TRIM24,TRIM26,ATXN7L1,TRIM27,ATXN7L2,BSN,ATXN7L3,ARL10,LIMCH1,ARL15,BCS1L,TMEM170B,CFDP1,SNHG12,SUB1,KCNQ2,TRIM13,KCNQ4,FLYWCH1,TRIM11,AARS2,TMEM63B,GIPR,DHX9,TMEM63C,MYCBP2,SDC3,TTBK1,NKAIN2,SYNGR1,KCNN1,FAM192A,B4GALNT1,B4GALNT4,NTNG2,HARS2,PTK2,MED13L,MSRA,ZBTB6,PTK7,NDUFAF2,NDUFAF3,SDC1,GRB2,FBXL3,FBXL5,FBXL6,HIBADH,GRIK5,MRPS12,GRIK3,MRPS10,PTMS,HERPUD1,SYNCRIP,PPP3CA,PCM1,PPP3CB,ACTR1B,UIMC1,RAC3,SDF4,SDF2,GIT1,MRPS28,MRPS24,MRPS23,PRPF40B,CACYBP,SYP,GAB2,APRT,CTTNBP2NL,RAP2C,RNF144A,TOX4,CNKSR2,RAP2B,SLTM,PITPNM1,ARHGEF4,ARHGEF1,ARHGEF2,ARHGEF7,PTMA,SLU7,AHCY,SSNA1,MRPS33,MRPS30,COX5B,COX5A,PCNP,SH3BGRL,ORMDL3,DYNC1H1,SORT1,PEX14,YIF1B,GRIN1,SEC23IP,KLHL5,NDUFAB1,KLHL8,CACHD1,HDGF,TACC2,ACTR10,GRINA,PRDM8,NUP188,PRDM2,CELSR2,IGF1R,GNPTAB,FAM3C,FBXW11,MMGT1,ADAM11,TTC7B,SDHC,SDHD,SDHA,SDHB,PCP4,ADAM15,COX19,NDUFB10,COX16,PLD3,CNN3,RNASEH1,GRK6,AUTS2,PCIF1,NUP153,TIMM44,IFT20,MKRN1,CNTN1,MKRN2,UBA3,UBA2,ZMYND19,PODXL2,TNFAIP1,TAZ,USE1,LMNB2,TTC28,LMNB1,LASP1,SUN1,NUP133,TTC33,CAD,HUNK,SYNGR3,ELF2,EEF1D,GFOD2,SHANK2,SHANK1,RALA,SLC3A2,NT5C2,CYTH3,CAND1,MTA1,TDG,BNIP2,DROSHA,PTK2B,RALY,CYTH1,TIMM8B,RRM2,URGCP,USF2,TTC19,HS3ST1,GALE,ERCC3,ERCC1,POLE3,ERCC5,GPD1L,IPO13,RRP1,SMC5,SMC3,ELK1,CNST,ZMIZ1,ZMIZ2,LUC7L,HOMER3,VPS35,NUP214,VPS18,PRKCI,NUP210,PRKCE,PRKCD,ARMC9,WDR74,WDR75,AFAP1,HCFC1,WDR81,ARMC6,PRKD3,ZSCAN21,TARS2,VPS25,VPS28,PRDM15,PRKCZ,MTDH,RRP7A,GJC1,BLOC1S1,RRS1,ST3GAL5,ST3GAL2,LHPP,ST3GAL3,BTF3,NDFIP2,WDR59,HOMER1,PLK2,MEX3D,MCAT,MEX3C,WDR55,MEX3B,MEX3A,GTF2IRD1,CDKN1C,MOCS2,BTG1,SETD3,WDR48,PHF23,DENND1A,WDR41,SMG7,WDR46,SMG6,UBL3,MTG1,RARS,TK2,CIC,RRP15,UBL7,WDR36,TPI1,WDR37,ASH1L,WDR34,WDR35,WDR33,KIFC2,MTF2,EXOC4,EXOC3,EXOC6,GARS,KIFC3,GAS6,EXOC2,GAS8,NFIX,WDR26,ADCY1,WDR24,ADCY6,ADCY5,ARFRP1,PPP1R2,PPP1R7,PPP1R8,USP1,SLC17A7,CKB,PCGF2,WDR18,PCGF3,GATC,ELP2,ELP3,WDR13,OSTM1,NFIA,NFIB,GTF2B,UBP1,PARK7,CLU,IPO4,EDC3,EDC4,PPP1CB,NPEPPS,PPP1CC,RIMS1,RIMS4,IPO9,CFL1,GTF2I,IFNAR2,KCMF1,USP7,MAP2K2,USP5,TPM4,USP4,TPM3,USP3,TPM1,THOC1,DYRK1A,DYRK1B,LEMD2,THOC7,THOC6,PYGO2,MORF4L1,FKBP8,TOX,FKBP5,IFNAR1,RTN4R,FKBP2,INSIG1,SLC38A10,UBR2,UBR1,ORC5,ORC4,UBR5,MAP2K7,MCL1,OSBPL8,UVRAG,OSBPL7,OSBPL2,FANCE,COPS4,BCL9,COPS6,DAB1,SYNJ1,LHX2,COPS2,TPP2,CPE,MAP3K10,BCL2L2,BCL2L1,MAP3K12,SLC48A1,MCM7,ZC3H4,ZC3H3,LBH,NOB1,VPS72,UBTF,PHACTR3,PHACTR1,EVI5L,TNPO1,TNPO3,GGPS1,SECISBP2L,EDF1,WIPI2,TSN,DNAJC2,DNAJC7,DNAJC6,CTDSP2,DNAJC5,DNAJC8,CRK,MTPN,HDAC5,HDAC2,HDAC3,VPS4A,TULP4,PDHB,TTL,HDAC6,HDAC7,DNAJB1,NFS1,HECTD1,DNAJB6,HECTD3,VPS53,VPS52,VPS54,CSK,TUB,SLC35A1,MTOR,BCKDK,DNAJA1,DNAJA3,MFAP3,DNAJA2,DRG2,VPS45,TPT1,SLC35B2,TCERG1,IFITM2,SLC35B4,HDAC10,SLC35B1,PITPNA,HDAC11,GBA2,HS6ST1,PDCD2L,HS6ST2,RPS15,TIAL1,RPS17,RPS16,RPS19,RPS18,RPS11,BTRC,RPS10,RPS13,RPS12,SRRM2,SRRM3,COG8,ARRDC1,SLC35C2,ARRDC3,IFRD1,COG2,COG1,SRRM1,TIAM1,NIF3L1,TWSG1,MTHFD2L,MACF1,RTEL1,STXBP1,LIAS,APCDD1,RPAP3,CHTF8,PDCD11,PDCD10,CSTF1,GSE1,MLEC,FAM43B,SLC35E3,RPS25,ZZZ3,ADCK5,RPS20,TECPR2,RPS24,TECPR1,UBXN1,SLC35F5,SLC35F1,SIPA1L3,ZCCHC14,COIL,C1QBP,TMED1,TMED7,UBXN6,TMED4,ZYG11B,PARP6,TMED9,PARP1,GP1BB,STRADA,ZDHHC16,ZDHHC17,MTSS1,MLF2,PARP8,NFX1,SDCCAG8,FYTTD1,ZDHHC20,ICA1L,AMIGO1,NOL7,NOL9,GDPD5,TYMP,NOL6,BEGAIN,PPP2CB,ZDHHC18,CHRAC1,SUSD4,PURG,MTX1,NFYA,MTX2,NFYB,MTX3,NFYC,GBF1,AIG1,PDP1,MPHOSPH9,SPCS2,PRKRA,MEGF8,SPPL2B,ROGDI,LZIC,COMT,CCDC28B,CNDP2,ARHGDIA,AZI2,NOM1,RALBP1,LIG3,ATP1B2,ATP1B1,PUS7,RSBN1,MATR3,ISYNA1,CLEC16A,LPL,CAMSAP1,EMG1,UBB,TCTEX1D2,CDH24,DARS,CPSF7,CPSF1,COQ9,BLMH,BRWD1,COPE,GPSM1,THRA,RBM3,RPS4X,TOPBP1,RBM7,RBM6,MAPK1IP1L,HGSNAT,SVOP,IQCE,RPS3A,OXSR1,LSS,FCHSD1,FCHSD2,RABEP1,DDAH1,THRAP3,DDAH2,AKT1S1,CDH13,TERF2IP,TMEM9,THOP1,NRXN1,ATP1A3,NRXN2,ATP1A1,NXF1,CHSY1,ALDH1B1,RPS6KC1,FAM120A,SNCB,OPCML,ATP13A1,PDE10A,CAPN10,RPS6KB2,ATP13A2,MDC1,RBPJ,TSEN54,SCAMP4,PREX1,SAMD14,NSDHL,ZFYVE27,SAMD10,GABARAPL2,STARD3,DAXX,GABARAPL1,STARD7,CSNK2A2,EML1,SND1,SCAMP2,EML4,PRKAR1B,PRKAR1A,CLNS1A,ZFYVE19,RBCK1,MTMR1,SLCO5A1,AAAS,OAZ1,HSPH1,PRKAR2B,PRKAR2A,VTI1A,PMM1,EDEM1,ERLIN2,BBIP1,MLLT11,SETX,MLLT10,UCK1,DCHS1,ARF3,HEXA,ECSIT,TRIOBP,IKBKB,TUBA1C,NIPBL,TUBA1A,RPLP2,APPL1,ACTL6B,ELOVL4,ELOVL2,NSUN2,ACTL6A,SIRT6,SIRT7,DYNLL1,DYNLL2,SIRT2,SIRT3,CDC42EP4,SLC29A4,SLC29A1,DLD,DSCAML1,ARF5,SLC29A2,RNASEK,STAU1,STAU2,SEZ6,RPS27L,RECQL5,UNK,MDH1,UTP3,SAMD4B,SERBP1,RIMBP2,UBAP1,UBAP2,HDDC2,FAM13B,UBE2D2,UBE2D1,HDDC3,STK11,ATCAY,PMPCA,KPNA3,KPNA1,PPP1R16B,VPS33A,UBE2E3,PPP1R16A,UBE2E1,UBE2E2,PRPF4B,FOXP4,FOXP1,RBX1,ACAP3,FSCN1,KPNB1,NSMAF,PFKFB2,RNASEH2A,PFKFB3,MAX,TUBGCP2,ARL3,MAZ,ARL1,STK39,ARL2,RAP1GAP,SOCS2,SBNO2,E4F1,SOCS7,DR1,BRPF1,GFPT1,ZC3HC1,STK24,CELF1,CELF2,SCHIP1,POMT1,CELF3,CELF4,CELF5,PIK3CD,MRPL4,MRPL3,CAPZB,MDK,SUMO3,SUMO2,ME1,DGCR8,DGCR2,EMX1,PPP1R12A,SH2D3C,VPS37C,VPS37D,RAD23A,VPS37B,RAD23B,NSMCE4A,SLC25A17,NPC1,NPC2,PIK3C3,SLC25A12,PPP1R12C,ST6GALNAC6,PPP1R15A,PPP1R15B,LRP1,FOXK2,KATNB1,FOXK1,FURIN,LRP3,HSD17B10,LRP8,PTPRZ1,SLC25A23,SLC25A22,SLC25A25,LINGO1,PPP1R14B,MMAA,FOXJ3,BAIAP2,SNRK,SLC25A39,P4HB,MDGA1,SLC25A36,SPG21,EPHB6,EIF4A1,LPGAT1,EIF4A3,ZDHHC5,TXNDC12,ZDHHC7,ZDHHC8,TXNDC16,UBE2L3,OGFOD2,CCNL1,EPHB2,EPHB1,ENTPD4,ENTPD6,VWA5B2,GNPAT,SFRP1,FNDC4,THAP7,ULK2,ULK1,CTXN1,TMEM87B,PAXIP1,FOXG1,PEX11B,SUPT4H1,PIK3R2,RTF1,PTTG1IP,UBE2J2,APH1A,SNX4,SNX2,APH1B,PCBP3,PCBP4,DHX34,MIER2,DHX35,MICAL1,PCBP1,PCBP2,MIER1,DHX37,RIMKLA,RAB11FIP3,RIMKLB,N4BP1,RAB11FIP4,ZBED4,RAB11FIP5,SNX6,INTS1,RCC2,INTS5,INTS4,COL9A3,RCOR2,AARS,PCSK2,TMEM151B,CCDC127,DOC2A,CCDC124,SLC7A11,WASL,BMI1,AATF,PEPD,ARV1,HYAL2,ENC1,DHX15,REV3L,DHX16,SSSCA1,UTP14A,ACAD8,CCDC112,NCOA2,DBNL,TMEM150A,WARS,STARD3NL,ACAD9,MINK1,NCOA4,COMMD3,MRPS2,COMMD6,MRPS6,MRPS5,ENAH,NCOA7,CRELD2,DBN1,STK40,PNCK,DOT1L,CRIP2,CCDC107,CCDC106,MNT,ARVCF,PGRMC2,SERTAD4,SERTAD2,HEATR3,NPDC1,BCAP31,NPM1,YIPF1,YIPF2,YIPF3,YIPF5,UBE2G2,NPM3,PPP1CA,FKBP1A,MAD2L2,PER1,ZDHHC9,CCNG2,NEDD4,ESYT2,FAM171B,TARDBP,SH3GL3,ACAA2,MPI,OGDHL,CYP46A1,PHRF1,ACRBP,CAPN7,FAM174B,CAPN5,BANF1,SH3GL1,TPRA1,ADPRHL2,FAM173A,DKC1,UBE2V2,RTN2,KLHL18,RTN3,NDRG4,ARHGEF26,KLHL17,KLHL12,NDRG2,NDRG1,ACACA,TAF5L,RTN4,CYC1,BCL9L,ZFHX2,KLHL26,ECD,HMGA1,CRIM1,KLHL22,DSTN,KLHL20,GCLC,APPBP2,PQLC1,STT3A,CYCS,TAB2,TAB1,LSM14B,RBM28,RBM25,NAA40,RBM26,YWHAB,CHD8,CHD6,ATP2A2,CHD5,PSIP1,CHD4,CHD3,MEA1,SOBP,UBE2Q1,ABHD16A,BCL7A,YWHAQ,UBE2Q2,BCL7C,BCL7B,GATAD1,NPTN,YWHAG,YWHAH,UTP15,BCKDHA,RBM14,ARHGEF12,GLRX3,GLRX5,RBM18,ABHD14B,ARHGEF18,GLRX2,GPCPD1,YWHAZ,SFPQ,IRF3,UBE2R2,TBC1D5,PEX6,PEX5,MVD,NAA38,RBM22,NAA20,GOSR1,TGFBRAP1,HMGCR,ACVR1B,HMGCL,DNPEP,RAB40C,TAF1C,BMS1,CHGA,RBM39,TAF10,ATP2B4,LRWD1,CHFR,SOD1,GOLPH3,PNKD,GLB1,ASB6,TAF6,QRICH1,VIM,RBM45,TAF1,TRIO,RPL32,RPL31,MYT1L,THYN1,DCAF5,ENO2,FNBP1L,DCAF7,DCAF6,GCSH,RNF115,RNF114,MYC,RPL35,RPL38,PIP4K2B,RPL37,ANKS1B,CHGB,WSB1,IAH1,MECR,RPL21,WSB2,PIH1D1,RPL22,MED8,MED4,MED6,GPR162,RNF126,GPR161,RPL26,RPL29,UBA52,ALG10B,RPL28,RNF121,NEDD4L,VPS26A,GLG1,PRDX2,PRDX5,PPP4C,PRDX1,PLCG1,CDK17,RPL41,CDK19,JUND,CHKA,PRRC2C,PA2G4,PRDX6,PRRC2A,FIBP,SLC6A6,CDK10,PLCH2,CDK13,CPEB4,ELL,RNF157,FAM102B,TMSB4X,GPR137,EMD,ZC3H10,RNF168,AFTPH,LSG1,TMEM179,RNF166,RNF165,RPL10,RPL11,RNF138,RPL14,ANKRD54,RPL15,RPL18,DTD1,ANKRD50,RIOK3,TRMT1,TTC9B,TTC9C,NMNAT2,LRPPRC,RNF146,RNF145,TMEM158,ABI2,ABI1,TRMT6,SARM1,PHLDB1,RNF19B,GRB14,RNF19A,LZTS2,TMSB10,RNF44,ANKRD49,ANKRD46,ANKRD44,F2R,ANKRD45,RNF40,DISP2,CLIP2,ZFP41,STIM2,NCL,PHPT1,MAD1L1,ANKRD17,CD151,ANKRD16,ANKRD11,ABHD2,ANKRD12,ABHD8,KRBA1,PHF21A,PHF21B,NEUROD2,ABL1,ABL2,SLC15A4,WDTC1,ESRRA,ANKRD28,MARCH9,ASNS,MARCH8,DHCR24,MARCH6,LSM5,LSM4,MARCH5,CNOT4,CNOT7,YEATS2,ZFP62,CNOT2,CNOT3,TADA3,RNF182,SPIRE2,SPIRE1,GPR107,LZTR1,RNF185,EIF4G2,EIF4G1,RNF11,SGCE,RPL7A,PTBP1,SART1,GM2A,SGCB,BET1L,PTBP2,COASY,PATL1,SNRPA1,EVL,EIF4E2,SOS1,NLGN3,SMARCD1,SMARCD2,RNF34,SMARCD3,WBP1,WBP2,WBP4,RNF38,FZR1,PUF60,RBBP5,RBBP7,WASF1,MEST,RNF24,KCNJ11,KCNIP2,PNRC1,PNRC2,MARCKS,NIN,PFKL,INSM1,PFKP,METAP2,CBLN1,CUL4B,FAAH,GDE1,PWP2,RAPGEFL1,GOLGA2,GOLGA3,GOLGA5,RUSC2,HABP4,ARL6IP4,UBAP2L,GLUL,GOLGA7,SOX4,AGFG1,SOX5,JMJD8,JMJD6,AFG3L2,RRAGC,RRAGD,GUF1,VDAC1,TTLL12,ANKRA2,EZR,PFN1,PFN2,BEX4,BEX2,TMEM161B,NECAB3,TMEM161A,TRMT2A,GMCL1,DGUOK,GNG10,NUAK1,FIS1,RABGAP1L,PTPRN2,SS18L1,PDE2A,SNHG6,ACADSB,UBAC1,STAG2,ALDH18A1,CC2D1A,ITM2C,CC2D1B,GDI1,SH3KBP1,FAF1,MYL6B,RPTOR,EPM2AIP1,GUK1,RSPRY1,PRMT6,MAP4K2,ATP6V0B,PRMT2,PRMT1,STRBP,AMPD2,RAB33B,PRPF18,MPPED1,PACS2,RPUSD1,PACS1,FAM20B,FAM20C,ALDOA,SGK1,KPTN,ATP6V0C,AKAP6,ARNTL,MAP4K5,MAP4K4,ARNT2,FAH,PRPF39,STAC2,FAU,CDK5R1,POGK,ARID4A,ARID4B,NUCKS1,TOMM22,TMEM145,CHCHD3,POGZ,CHCHD7,CHCHD1,PAM16,TSC2,TSC1,WRNIP1,TRNT1,TMEM130,TMEM131,TBL1XR1,ILVBL,ELMO1,FIZ1,RELL2,PDE9A,FAIM,RAI14,NTM,LTBP4,DTX1,CPLX2,CPLX1,SEL1L3,TMEM121,SDCBP,DNAJC21,ZC3H18,OTX1,ZC3H14,ANKZF1,ZC3H15,HSPA9,HSPA8,ACBD6,ACBD5,ACBD4,HSPA5,HSPA4,PTCH1,DNAJC11,TBCD,BFAR,DNAJC14,DNAJC16,DNAJC17,DNAJC18,NF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2,ZFAND2A,ZFAND2B,SPPL3,LIMD2,XPO1,CHMP1B,XPO6,CHMP1A,SH3PXD2B,XPO5,GABPA,RAB8A,RALGPS1,RALGPS2,PSD,PSENEN,TOP3B,ZER1,PPRC1,ITFG1,TOPORS,VAV2,HNRNPH3,CSTB,PTGER1,RFNG,CST3,AMN1,HIRA,UBTD2,METTL6,MPP3,PTGES2,LSAMP,XPO7,LHFPL4,MPP6,KBTBD4,XPOT,KBTBD2,CAPZA2,KBTBD7,APBA2,KDM1A,KDM1B,MRFAP1,CWC27,TATDN1,FAM162A,HCFC1R1,COTL1,NRCAM,LMO1,KDM2A,TRAPPC2L,KDM2B,LMO4,NOSIP,SHISA4,TUFM,PRPF6,MYCN,HGS,PRPF3,CHMP4B,XPR1,IDI1,PXK,CHRNA7,PXN,FBLN1,EFNA4,EFNB2,EFNB3,SCUBE1,RPRD1A,KLHDC10,KLHDC2,MPST,KLHDC4,CBX4,CBX3,RHBDD2,CBX2,IDH1,CWC15,EFNA3,EFNA2,CHMP2A,PI4KA,DYNLRB1,LRP12,LRP11,MUS81,KDM5B,KDM5C,YBX1,HK1,CASP9,SPRED2,SPRED1,SEPT7,SNAPC2,CASP3,MCF2L,CASP2,KDM6A,KDM6B,H2AFY,H2AFX,SPATS2,AXIN1,PPP2R5D,PPP2R5C,SEPT2,DNM1,DNM2,IGDCC4,TRAPPC6B,RASA1,DNLZ,PFDN2,PFDN5,VAC14,KDM3A,KDM3B,STOML1,ATF6B,THBS3,TBRG4,TBRG1,FAM168B,FAM168A,LEPROTL1,MAPK1,MAPK6,MAPK3,KDM4A,KDM4B,KDM4C,QPCTL,LIMK1,CYHR1,PPP2R3A,PPP2R2C,CDK2AP1,LPIN2,TDRKH,MAPKBP1,CHIC2,UXS1,EHMT2,GHITM,PSMD8,RABGEF1,LSM12,PSMD6,PSMD4,PPP4R2,CHID1,MEF2A,MEF2C,RBFOX1,RFX3,DICER1,RFX1,FAM133B,RUFY1,EID2,RUFY3,RUFY2,PSME1,UQCRC1,TTYH3,ABCB6,TTYH1,MRPL18,AGAP2,MRPL16,COPS7B,AGAP1,MRPL14,AGAP3,MRPL13,GABARAP,GIGYF2,MRPL10,CYB5R4,CYB5R3,GRPEL2,KCNMB4,AMZ2,PSMF1,PUSL1,RHBDL1,ABCA2,PRRT2,CADM4,GPR12,ABCA3,EXOC6B,MRPL27,MRPL28,FAM136A,MRPL23,MRPL24,MRPL21,SNUPN,EIF1,MRPL30,EIF5,EIF6,TDP1,PSMG3,PSMG1,AVL9,TMEM9B,EZH1,FERMT2,EZH2,GPR27,PIGU,PIGO,PIGQ,NCAN,LRRC3,MRPL36,CTCF,JPH4,TRMT112,LMBR1,MRPL40,JPH3,TMEM43,TMEM44,FASTK,SH3BGRL3,LRRC47,UPF2,LYPLA2,UPF1,DFFB,LRRC45,LRRC49,PGAM1,MRPL49,MRPL48,MANEAL,MRPL44,LRRC42,MRPL53,TMEM33,PGAM5,VAMP4,VAMP2,LRRC14,SRRT,HTT,PSMA7,MRPL55,GGA1,PSMB7,BTAF1,GGA3,PSMB3,MICALL1,FLNA,ANO10,HARS,NCDN,MEF2D,SRSF11,NKTR,LRRC24,USP9X,LRRC28,BYSL,LRRC20,TMEM60,LETM1,SPSB3,PSMC5,FABP3,PSMC3,FABP5,RPL22L1,ZBTB22,YY1,RUVBL2,RUVBL1,SCMH1,PIM3,AP2M1,SH3GLB2,SLC38A1,AGTPBP1,ANAPC7,SARS,ZBTB33,FTSJ1,FTSJ3,SAP30,FRMD3,OLFM1,OLFM2,SLC9A5,TXLNA,SLC9A8,MRTO4,MAPKAPK2,MAPKAPK5,SNRNP200,SQSTM1,ANAPC2,LRRC59,ISG20L2,UBFD1,SLC9A1,ATXN2,PORCN,SLC38A7,SLC38A2,ZBTB17,GOT1,GOT2,ZBTB12,PTPRD,NFE2L3,PIN1,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,ARRB1,ARRB2,PMEPA1,HMG20A,ERC1,ERC2,EDIL3,DIS3L2,HSP90AA1,NDUFC2,QTRT1,GIGYF1,PPM1B,HAX1,SNURF,BIRC6,SLC25A5,SEC22B,SLC25A4,AHDC1,SEC22C,GTF3C2,NDUFB9,GTF3C3,NDUFB7,NDUFB6,PRCC,MAK16,CXXC1,ZBTB43,ZBTB45,CXXC4,PPM1E,GANAB,NCLN,FCHO1,SH3BP2,SH3BP5,LRRC8D,IARS2,LRRC8B,ATP9B,SH2B2,ATP9A,CYB5B,SLC12A2,PTPN1,SEC24B,SLC12A5,NDUFA4,MBOAT7,DONSON,HIP1R,LYSMD2,IMMT,MBOAT2,RPL23A,MCOLN1,TPD52L2,NOVA2,CCM2,SMAP2,PTPN5,AHCYL1,TMEM41A,CCNI,TMEM41B,CCNH,PREP,KEAP1,THUMPD3,CCNC,THUMPD1,CYB5D1,CCAR1,KIF21B,SEC62,TMPO,CALN1,SLC12A9,ST6GAL1,PAQR4,ZFP1,ANK1,PISD,STX1B,CD2BP2,L3MBTL3,TSPAN7,ERI3,HIVEP1,SYMPK,SURF6,TSPAN5,HIVEP2,SCN3B,SEC31A,CTSA,SURF1,XRCC6,IQSEC2,SURF2,IQSEC1,ST8SIA2,DCLK2,XRCC1,ARMC10,WNK1,ID2,RPL27A,WNK2,PPP1R1B,PAF1,CALM1,RGL2,CALM2,USPL1,PTPRS,PPP1R11,GPAA1,DIRAS1,INTS10,TECR,AP2A1,AP2A2,PTPRF,NCS1,IDS,QSOX1,ARIH1,KIF1A,CTSD,CTSB,VKORC1,GRIPAP1,SEC13,ZFR,ANO8,RGMA,CTU1,CTTN,GLCCI1,STX16,INPP1,STX18,PRKX,CAMKK1,CAMKK2,RXRB,PAK1,EXOSC4,CAMK2N1,CAMK2N2,GPC1,HSF1,GPC2,CCT7,CCT4,TMUB1,MIB2,PLEKHA6,RSRC2,DOHH,AP2B1,NLE1,TMUB2,MIB1,GPAM,RPA3,SCARB2,FHOD3,SCARB1,MIDN,WWC1,PPME1,KIF5C,KHSRP,KIF5A,PALM,PPFIA1,ARID2,BAHCC1,SBF2,PPFIA3,KIRREL3,ZGPAT,ATG9A,SSU72,LMTK2,RUNDC3B,TMX4,TMX3,DOK4,HNRNPUL1,HNRNPUL2,DOK5,SCN8A,GPD2,GEMIN7,YTHDC1,NXPH3,NXPH4,SLC1A1,TOR1AIP2,SLC1A4,PDS5B,RASGRP2,RPF2,PDS5A,SUPT6H,KIF3B,DEAF1,ISOC1,CAMTA1,CAMTA2,NDUFV3,NDUFV2,IVNS1ABP,PRNP,GGT7,PHF10,VTA1,SUPT5H,CLK4,CLK3,CLK2,PHF14,PHF13,PICALM,GSK3B,GSK3A,PRR7,DDX3X,DDX49,DDX47,MAST3,PRKCSH,MAST2,MAST1,DDX42,ARHGEF10L,TRIAP1,DDX41,AFF3,PPP1R9A,AFF4,GPHN,PPP1R9B,MLST8,GALNT9,HSDL1,NCBP2,DDX55,DDX54,DDX50,PJA2,PJA1,CREB3,VCAN,LMBRD1,NDUFS7,NDUFS6,PPDPF,NDUFS3,NUP54,DDX23,DDX20,PARN,CSTF2T,DDX21,MAT2B,CLCN3,CLCN2,MAT2A,PDLIM7,MBTPS1,CHURC1,GALNT2,PDAP1,CLCN7,RPIA,MAPK10,MAPK11,SBK1,FAM131B,FAM131A,RAN,R3HDM2,RPL4,RPL5,CNTFR,CYFIP1,RPL3,CLPB,TRRAP,STMN3,STMN4,RPL8,GABPB1,RPL9,BACH1,BACH2,PCMT1,NUB1,STMN1,ZXDC,FDXR,DIP2A,DIP2C,IER5,NFRKB,IER2,TSPYL1,ACOT7,DAPK1,DAPK3,CD3EAP,SOX12,CLPX,NISCH,DYNC1LI1,DYNC1LI2,BIN1,YME1L1,PRR12,DUS3L,PRR14,CDC42SE1,POM121,HIF1A,FAM160B2,ABR,PPP3R1,CHST15,SSR1,SLC19A1,S100A10,ACD,H3F3B,RDX,H3F3A,MTHFR,BRAF,UPF3A,FAM160A2,NPLOC4,TADA2A,H2AFY2,HBP1,DUS1L,SERPINI1,OGFR,TCF25,CLTC,CLTB,LPCAT1,ADK,TCF20,ING1,CLINT1,ING4,TRIM2,TRIM3,ANXA6,ANXA7,AP3S2,AP3S1,BRD3,BRD2,SSR4,HSBP1,IFNGR2,ITPK1,SSR3,TCF12,TET2,NUDT16L1,INF2,TET3,SF3B4,PHLPP1,GPS1,GPS2,HSPA14,HSPA13,BCLAF1,ASNA1,LMAN2,RPS3,BRD9,RPS2,BRD7,BRD4,SF3A3,SF3A2,BRF2,BRF1,AGK,GTF2H1,WWP2,GTF2H2,BLCAP,MZT1,AGBL5,XAB2,LPCAT4,ZYX,INHA,UHRF1BP1L,DGKE,ATP8A2,DGKD,ATP8A1,CLSTN3,TUSC3,TUSC2,CTNND2,FMR1,CLSTN1,BZW2,BZW1,ABHD12,CDH2,TUBB3,MAF1,STK32B,STK32C,SEMA6B,SEMA6C,RPS9,RPS7,RPS8,RPS5,IGFBP3,GPT2,IGFBP2,RPS6,AIP,RPSA,DGKZ,CTDNEP1,CACNB1,ARMCX4,CACNB3,CACNB4,DGKQ,MADD,TNIK,TTPAL,DNMT1,SEMA7A,CUL7,CUL5,CUL3,CUL2,AK1,AK2,ITPR1,CUL1,AK3,KLC1,RLF,KLC4,BAG5,KLC2,BTBD1,NACC1,BTBD2,SAFB2,SKIL,MPDU1,TOR1A,ATP8B2,TNK2,BTBD6,BTBD9,TOR1B,ADAP1,CDK9,NSFL1C,RCAN1,GON4L,SCCPDH,CDK5,CDK4,RHEB,MAFG,DHCR7,DAGLA,RNPEPL1,TRADD,PTPN23,DUSP12,SIN3B,PSD2,SIN3A,OPA3,SLC37A4,SLC37A3,REXO1,GPX4,ELAC2,LIX1L,RTN4RL2,YDJC,NIPSNAP1,REXO4,PTP4A1,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,RPL37A,RP9,NFAT5,SEMA3F,JAKMIP1,DPCD,AP3M2,CACNG8,HIRIP3,MGAT5B,DCAF11,CACNG4,DCAF13,SPAG9,SEMA4A,SPAG7,SEMA4B,SEMA4C,ADRM1,PTPN11,SEMA4F,CDC42BPB,DDHD1,PTPN12,CDC42BPA,RAD52,KLF6,IMPDH1,IMPDH2,MGAT4B,APP,CMAS,DIXDC1,DPF1,SAP130,SLC6A17,SACM1L,SLC11A2,PTOV1,BOLA1,MRPS18A,MRPS18C,INPP4A,BOLA2,XRN2,AURKAIP1,TELO2,LLGL1,CUTA,ANP32A,TEX264,MGST3,TWF2,TEX261,TMTC1,INPP5B,SGPL1,PTDSS1,PRRC1,SPAST,INPP5E,SCAP,NTSR1,BANP,SRPK2,NUS1,TRAP1,BCL11B,TMEM50B,INSR,GADD45G,SRPK1,MANF,CCT6A,ANP32E,TMCC2,ANP32B,TMCC1,BAP1,DAZAP2,DAZAP1,TRAM1,RYR3,ZMYM2,AUH,ZMYM4,ZMYM5,ZMYM6,TSC22D1,TSC22D3,NME3,RHOF,UCHL3,AP3B2,RHOB,NME1,MAPRE3,RHOV,MAPT,MAPRE2,PRIM2,PRIM1,ANKMY2,RBM15B,CUX2,CUX1,TBL1X,LCMT1,RANBP2,SUZ12,RANBP1,RANBP3,RYK,AP3D1,RANBP9,R3HCC1,CTNNB1,RAB3GAP1,GALNT11,ARHGAP39,BASP1,DSCAM,APLP2,APLP1,MATK,KCTD2,KCTD3,KCTD5,PDIA6,PDIA4,DPM2,DPM3,MAU2,SCG5,SCG3,ABCG4,TMEM59L,BTF3L4,COX7A2,STK4,ADIPOR2,ARHGAP12,ARHGAP21,PDZD4,ARHGAP20,DPP6,DPP8,MAN2A2,CASKIN1,EP400,DMAP1,MARK4,MARK3,MYH10,PDZD8,PDZD7,MARK2,SMAD2,SMURF2,WSCD1,SMURF1,ASPSCR1,NMRAL1,ARHGAP33,NR4A3,ATG16L1,JMY,B4GALT2,USP36,B4GALT3,ABCD3,USP38,USP32,USP33,USP34,SLC2A3,GTDC1,PKD1,MAN2C1,USP30,KLF11,KLF13,ABCC8,TRNAU1AP,KLF16,TGFBR1,B4GALT7,B4GALT5,CAMK2B,HCN3,USP10,USP11,USP12,OPRL1,MTIF2,MOSPD3,MTIF3,TOB1,IWS1,NCALD,TFPT,NT5DC2,NT5DC3,REPS2,ABCF2,CAMK2G,ABCF1,USP24,IGBP1,USP20,BAD,B3GAT3,USP21,HAGHL,B3GAT1,NAP1L1,USP28,NAP1L4,NEURL4,FMNL2,BAX,SPRY2,SSBP1,ABCE1,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"327"	"ZNF236"	"382.7"	"ARCHS4 Coexpression,442;Enrichr Queries,141;GTEx Coexpression,565"	"TCERG1,MDC1,TRIO,TRRAP,IFT172,ZMYND8,HNRNPU,EHMT1,JMJD1C,SMC6,SMC3,BACH2,HERC2,TRIM28,HERC1,ZMIZ1,DPYSL2,GPBP1,AKT3,DIP2C,MEF2A,FNBP4,SRRM2,DDX17,SMARCC2,SCAF11,PRKCE,CD3EAP,DICER1,GAPVD1,SRRM1,INPP4A,IFT81,RFX7,ZC3H11A,AKAP9,KDELR2,PFN1,AURKAIP1,MACF1,MTMR3,CSTF3,MYCBP2,NEDD4L,AGAP1,PIK3R1,MRPL12,GIGYF2,MBTD1,DHX30,PRDX5,HLTF,HIVEP1,SYMPK,GSE1,TRPM7,HIVEP2,SERF2,CREBBP,PRELID1,PHC1,INTS1,STK11IP,INTS2,SETD1A,PRRC2C,MYO5A,PUM1,SMARCA2,PHC3,PTK2,PRRC2A,MED13L,PUM2,SETX,MLLT10,ZZZ3,EIF6,WNK1,FAT3,CDK13,DZIP3,SUGP2,CPEB4,ATG2B,DAZAP2,SETD5,SETD2,SMG1,PIGU,WDR48,CETN3,TCF20,SMG7,SMG6,ZCCHC14,PHF8,PCM1,NIPBL,XPO1,ZMYM2,MED13,AKAP11,ZMYM3,ZMYM4,REV3L,UBXN7,KIF1B,CIC,NCOA1,COX8A,BRD2,NCOA2,BRD1,TMED9,SHPRH,NUDC,TEX10,TCF12,TET2,ASH1L,CBFA2T2,WDR35,MLF2,NCOR2,NCOR1,MTF2,PXDN,G2E3,WAC,RAPGEF2,FAM193A,GLCCI1,PLCB1,ARF5,STX16,SATB1,SRRT,COX5A,PSMB7,SCAF8,CUX1,NSD1,PSMB1,AP2S1,RICTOR,ZSWIM6,BRD8,EPS15,BCAP31,RANBP2,DYNC1H1,MON2,MDH2,MBD1,YLPM1,HUWE1,HIPK1,MYO9A,GATAD2B,MIB1,FKBP1A,MKLN1,PSMC3,NFIB,TAOK1,NEDD4,SLMAP,HNRNPA2B1,TRIP12,PKN1,FRYL,ZFP28,OTUD4,NDUFA13,NUP188,KDM1A,FAM13B,ATP8A1,CSE1L,CEP120,ARID4A,PRDM2,ARID4B,UBE3A,IGF1R,EIF4ENIF1,SMCHD1,CHCHD2,ZFP30,KHSRP,PAPOLG,POGZ,SCMH1,CFL1,EP300,SMARCAD1,BANF1,ARID2,TLE4,CSNK1G3,SUPT16H,SLC38A1,MORC3,AGTPBP1,FBXW7,RALGAPA1,THOC1,TOMM34,DYRK1A,TSC2,TSC1,FRMD4A,ATP11B,FOXP1,COX6B1,MSH6,ATXN2L,DMTF1,WDFY3,PHIP,ADNP,SNRNP200,PPIB,SNRPB,ANKRD17,DDX6,ISYNA1,TNKS,NDUFB11,ABHD2,ANKRD11,ANKRD12,UBR4,GMPS,ITPR1,UBR3,PDS5B,PRPF8,SPATA7,CAMSAP1,ARHGAP12,SBNO1,ATXN2,HMBOX1,PITRM1,STK36,TPR,UBR5,EP400,CAMTA1,CYC1,ZC3H14,QSER1,BPTF,SMAD2,OSBPL8,SMAD4,ZFHX2,CBX5,AUTS2,PTCH1,CRIM1,IFT122,NUP153,DNAJC13,TRAPPC9,SUPT5H,ARHGAP33,ARHGAP32,EFNA2,APPBP2,HOOK2,NBEA,HOOK1,CAPRIN1,DMXL2,JMY,CHMP2A,NF1,PHF13,MDM4,BRWD1,EIF4G3,COPE,PICALM,RERE,KDM5B,GSK3B,RBM26,DOCK9,PRKCSH,CELF2,COX4I1,CHD8,POMT1,CEP164,HP1BP3,USP34,CHD6,CHD2,AFF4,SYNE2,SENP6,MAN1A2,SNAPC3,RB1CC1,SNAPC4,PPP6R3,PSD3,TLK2,WDR7,ERC1,RBM33,ARHGEF12,USP42,DST,PDPK1,ATRX,VPS13A,EDF1,NAV2,ARID1A,CKAP5,ARID1B,ELF2,FCHSD2,SETBP1,TBC1D5,RASA1,CTDSP2,NDUFS5,BIRC6,BDP1,SOS2,NFAT5,KDM3B,ROCK1,SFSWAP,RNF38,TULP4,ASAP1,JAKMIP1,HSD17B10,LRP6,CAND1,HECTD1,RBBP4,GNG5,RBBP6,FEM1C,ATP9B,CLASP1,CLASP2,SPEN,ARFGEF1,SPAG9,USP24,KDM4B,KDM4C,PLCL2,DONSON,ZFC3H1,PDE4DIP,DDHD1,OXR1,ASXL1,SLC4A7,TNRC6C,NIN,ERCC3,TRIM33,TAF1"
+"gene_set_query"	"328"	"ZNF668"	"384.7"	"ARCHS4 Coexpression,529;Enrichr Queries,184;GTEx Coexpression,441"	"SMARCAL1,PANK2,CHIC2,POP7,HDAC10,VARS,POP4,EHMT2,RRP1,PPAN,TESK1,KEAP1,WDR83,RPL8,NUBP2,LSM10,PSMD9,RABGEF1,LSM12,TRIM28,RAVER1,CDC26,MYC,PSMD3,LONP1,CCDC97,HOMER3,IER2,TBC1D10B,VPS18,MED1,DAXX,ACOT7,NFKBIL1,DAPK3,WDR74,DNTTIP1,AP1B1,CD3EAP,RFX1,MED6,GTPBP4,MFSD10,RNF126,BIN3,ARMC6,CDC37,GRWD1,DDIT4,AURKAIP1,TELO2,TTYH3,DHX8,MEPCE,SUPT4H1,TWF2,MRPL12,CHTF8,PPP4C,DHX34,CSTF1,VTI1A,RRS1,DHX37,SYMPK,TNRC18,PUSL1,ST3GAL2,SLC19A1,FDFT1,BANP,JUN,JUND,INTS1,SETD1A,IRF2BP1,MAD2L1BP,MRPL28,SNF8,SMARCA4,TMEM199,EHD1,FIBP,TBL3,MEX3B,GIPC1,FASN,CWF19L1,INTS5,RNPS1,FARSA,ITM2C,OGFR,GMEB1,PHF23,SUV39H1,PIGQ,MRPS12,CCDC124,MED19,AP2A1,BBC3,TRIM8,MED11,SMPD4,CHMP1A,SDF4,GPR137,SSSCA1,SH3BGRL3,SDF2,RRP12,EMD,RAB8A,UBL7,CTSB,ZC3H10,TMED9,PRMT1,SPHK2,NME3,SIRT6,SLC39A13,MRPS7,MED26,DUSP6,COMMD5,MLF2,GAK,NCOR2,MRPL53,SLC7A5,CTU1,SCNM1,INF2,RPUSD1,PTRH2,PXDN,ALDOA,LRRC14,SF3B4,CSTB,CDC123,GRN,RNASEK,TOMM40,LIN37,NOC4L,CCDC106,CENPB,NOL6,EXOSC4,PES1,ASNA1,LMAN2,HSF1,AP2S1,CLPTM1,RRP36,MGAT1,SCAND1,YKT6,DEDD,MAP4K4,MBD3,SF3A2,EGLN2,MTX1,WDR18,TTC9C,DOHH,SCAF1,YIF1B,BYSL,TMEM60,GATAD2A,MAD2L2,SPSB3,KBTBD4,XAB2,BOP1,RABIF,MYBBP1A,TRMT6,ZYX,PRPF31,TMEM39B,PKN1,PNPLA6,CARS,MIDN,CHPF,SPPL2B,IPO4,TUBB3,ARHGDIA,RUVBL2,HCFC1R1,CFL1,SNIP1,FBRSL1,LZTS2,AP2M1,STK32C,SH3GL1,MAP2K2,FBXW5,TPRA1,USP5,ADPRHL2,VPS33A,GTF2F1,ATAD3A,RNF40,THOC6,TUFM,FAM173A,HGS,DMWD,DGKQ,RAB35,FSCN1,PPIF,TBC1D25,GEMIN7,CARS2,MAD1L1,CSNK1G2,SNRPB,RAB5C,MAZ,HTRA2,CORO1A,HSPBP1,CORO1B,EIF1AD,KLC2,IRAK1,GRK6,ZMAT5,NACC1,ZC3H18,E4F1,LLPH,SLC15A4,SAC3D1,AP1M1,MPDU1,CCDC134,PRNP,TRAPPC1,TOR1A,UBE2I,RHBDD3,TRAPPC5,HMGA1,ARPC4,TOR1B,CHERP,DRAP1,LSM7,SH3BP5L,SLC7A6OS,GNL3L,LRFN4,HOOK2,TMEM115,UBE2S,GNB2,NOP10,CNIH4,COPE,NFKBIB,EIF4G1,UBE2M,ISY1,DDX49,MCM7,WDR1,PRKCSH,ZC3H3,CHD6,LMNB2,LMNB1,DUSP12,SEC61A1,SART1,ZNRD1,PPP6R1,SNAPC2,BCL7C,SNAPC4,WDR5,MLST8,GET4,SCYL1,EIF5A,RBM14,REXO1,RFC2,PDPK1,BUD31,H2AFX,AXIN1,DDX54,TFIP11,RANGAP1,SENP3,YDJC,EPN1,KLF16,TRAF7,SLC25A19,POLR1B,AKT1S1,ETF1,CHMP6,DCTPP1,THOP1,PPP1R15A,TRABD,TSSC4,USP10,RAB1B,PRCC,DDX21,MLLT1,ZBTB45,SLC3A2,STRN4,TBRG4,FBXL20,DCAF15,TMEM201,DNPEP,NCLN,HAUS8,RAB40C,PUF60,POLR2A,RBBP5,U2AF2,POLR2E,FEM1C,IGF2BP3,RALY,CCDC71,SLC25A22,FBRS,SH2B2,PDLIM7,PTCD1,PPP1R14B,RRM2,RNF25,ATP13A1,FBXL19,ADRM1,SGTA,LRWD1,TPD52L2,BCKDK,CLCN7,SNRNP40,PFKL,IMPDH1,CARM1,ASB6,EIF3G,BAX,RBM42,BCAR1,SSBP4"
+"gene_set_query"	"329"	"MYCN"	"384.8"	"Literature ChIP-seq,7;ARCHS4 Coexpression,518;Enrichr Queries,594;ReMap ChIP-seq,26;GTEx Coexpression,779"	"ATF2,GMFB,POP7,TFRC,TBK1,DPYSL5,DPYSL2,DPYSL3,GPBP1,HIST3H2BA,PRKACA,FNBP4,PRKAB1,FEZ1,DDIT3,ZC3H11A,DDIT4,JTB,ATF4,SLBP,SET,NPRL2,MEPCE,PLA2G6,PRPSAP1,RHOT2,LARP1,RHOT1,HEXIM1,JUN,PRPF38A,NCAPH2,BTBD10,PBX1,TBL3,SFXN3,NMT2,HYOU1,RNF220,SHD,BBC3,DDA1,MED17,JAK2,ENOPH1,DLGAP4,APC2,SPHK2,IFT140,SLC39A13,EPS15L1,BAZ1B,MED26,MED29,DUSP6,PGM2L1,DDB1,TMEFF1,MED22,SLC7A5,PLSCR3,MED21,PXDN,ERGIC3,PAFAH1B3,PAFAH1B2,LIN37,WRB,ATL1,NIP7,ODC1,ADAM22,NOC4L,CENPB,FAM117B,SPOP,ZSWIM5,MBD3,CENPT,ATAD1,CENPV,MBD6,WNT7B,MBD1,TRAPPC10,SKI,NUDT21,MYBBP1A,CCDC9,SNX17,APEX1,TAOK1,YPEL1,PKN1,CIAPIN1,AGRN,CRAT,YPEL3,GZF1,MTCH2,RASL11B,ATN1,FBXO22,FADS2,POFUT2,ADORA1,MAP3K9,PIAS4,PCYT2,CNPY2,ATP11A,POLRMT,FBXW2,LENEP,CDC25B,MSH6,ACLY,MSH2,SRSF2,SRSF3,PKP4,SLC27A3,FTO,INO80B,KHDRBS1,TXNDC9,FBXO45,NRF1,UQCRH,SNN,NDOR1,G3BP1,G3BP2,ZKSCAN2,NAE1,IP6K1,ODF2,ARPC4,CORO2B,UCKL1,DRAP1,YRDC,SH3BP5L,ARPC2,CLPTM1L,ACO2,LRCH4,OSBPL1A,OGT,NOP10,MCFD2,AKAP8L,ETFA,ETFB,AP4M1,ALAD,PPP6R1,TRIM67,EIF5A,UNC45A,ACTR2,DHPS,RABGGTB,MSL1,ARL4C,SYF2,TOP1,BCAT1,DCTPP1,GAPDH,BCAT2,CANT1,UHRF2,SRSF1,LENG8,MLLT1,U2AF1,SRM,MTHFSD,FOXRED2,ZNRF2,CCDC85C,KCTD20,U2AF2,TRIM46,EIF4H,IGF2BP3,FYN,E2F4,FSD1,HNRNPA1,UBQLN4,EIF4B,HNRNPA0,GADD45GIP1,NTRK2,MARCKSL1,CIZ1,HNRNPA3,TRIM41,PCDH9,MID1IP1,HNRNPAB,MCM3AP,EIF3K,OCIAD1,STUB1,EIF3D,EIF3A,EIF3B,CERK,PPAN,ACTB,RCBTB1,NUDT3,CRKL,HERC4,HERC2,TRIM28,BSG,TRIM26,ATXN7L1,ATXN7L3,TRIM23,SMARCC1,ATP6V1G2,ECH1,ALG5,CIRBP,CSNK1D,MOGS,ALG1,MFSD11,CDC34,CFDP1,PPA1,CDC37,FLYWCH1,TRIB2,EIF1B,GGNBP2,DHX9,CEND1,ZBTB5,CDKN2AIP,NKAIN2,MBTD1,NKAIN1,HLTF,B4GALNT4,XBP1,NTAN1,HARS2,IFFO1,SMARCA4,EXT2,ZBTB6,NDUFAF3,CALR,NOL11,FBXL5,SUGP2,DDR1,HERPUD2,NRP1,DHRS13,MRPS16,HIBADH,ICA1,NAT14,PTMS,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,NUDCD3,RAC3,SDF4,RAC1,GIT1,PCYT1B,PBRM1,MRPS27,CACYBP,APRT,KIN,SLTM,KIT,TAX1BP3,PABPC1,ARHGEF7,PTMA,NAPA,AHCY,PCNA,SSNA1,COX5A,NAPG,RELA,PCNP,ORMDL3,MGAT1,MGAT2,DYNC1H1,VEGFB,MYO9B,GRIN1,VEGFA,NUDT9,KLHL7,TTC4,NDUFAB1,SGSM2,TCEA2,HDGF,PNPLA6,GRINA,SRP19,CRTC2,NARF,NUP188,CRTC1,ZFAND3,UBE3A,UBE3B,CELSR2,ACTG1,IGF1R,AMMECR1L,GNPTAB,MORC3,TMOD2,DNAJB12,POU3F1,POU3F2,ADAM15,PSPC1,GPRIN1,EEF1A2,EHBP1L1,DNAJB11,TBC1D24,PPIF,WDFY1,TBC1D25,PPIG,RAF1,PPIA,COX19,DDX6,GNAZ,DDX5,NDUFB10,COX15,NDUFB11,DDX1,UBA5,HTRA2,PLD3,RAI1,SHARPIN,TBC1D17,SYT5,YARS,UBE2I,AUTS2,UBE2B,TIMM44,AP4B1,IFT20,GNAO1,AHI1,HOOK2,NASP,HOOK1,UBE2S,CCPG1,GNB2,GNB1,MKRN1,CNTN1,UBE2N,CNTN2,UBE2O,UBA1,TCF3,UBE2M,MXD4,CUEDC2,DYRK3,ZMYND19,LDB1,PODXL2,ADAR,TNFAIP1,TAZ,RND2,RND3,LMNB2,PITPNC1,LMNB1,LASP1,EEF2K,GET4,SUN2,TBP,NUP133,PDPK1,DCAKD,CAD,SYNGR3,EEF1G,ACOX1,CRY2,CRY1,MAN1B1,OTUB1,AGPAT5,SFSWAP,RAP1GDS1,SLC3A2,RNF4,ADD1,AGPAT4,MTA1,TMEM203,CNR1,TRA2B,MKNK2,BNIP1,DROSHA,RALY,MTA2,TTC14,RRM2,TTC13,SSRP1,TTC19,GALE,TEF,ERCC1,CARM1,ERCC8,KRAS,GPD1L,IPO13,NCKAP1,ARPC5L,HNRNPU,SMC6,SMC3,EPRS,PHB2,RRP9,GLS,ZMIZ1,AP1S1,VPS36,NUP214,VPS18,NUP210,WDR74,GTPBP6,REV1,SCRIB,GTPBP4,HCFC1,WDR77,DAAM1,ADPRH,VPS28,NUP205,CTBP2,XPC,ADH5,ANAPC11,MTDH,GJC1,FAM171A1,LDHB,LDHA,WDR70,BLOC1S1,NRBF2,ST3GAL1,LHPP,PHC1,WDR59,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3D,HNRNPL,EHD1,HNRNPM,MEX3A,HNRNPK,HNRNPF,HNRNPD,GTF2IRD1,MMS19,HNRNPC,FARSA,PAM,CDKN1C,CEP57,MOCS2,PHF23,ARPC1A,GPT,KRI1,SMG5,PHF8,UBL3,MTG1,TIMP2,PLEKHN1,CIC,JARID2,UBL7,CEP68,TPI1,NUTF2,WDR34,GNL2,NCOR2,ZEB2,TUBB2B,NCOR1,KIFC2,MTF2,TCP1,CDC123,GRN,CLDND1,NFIX,RNMT,TIMM9,USO1,WDR24,PAPSS1,FGD4,PPP1R7,NSD1,USP1,SLC17A7,CKB,DEDD,RUNX1T1,PCGF6,ELP2,DEF8,DHRS1,SCAF4,PHF5A,NFIA,OSTM1,NFIB,ANKRD13B,AUP1,PARK7,IPO7,TM7SF2,IPO5,NRBP2,NPEPPS,RIMS4,IPO8,SALL2,CFL1,PAPOLA,SLC39A6,ZNF326,PLEKHJ1,GTF2I,TLE4,KCMF1,MAGI1,RARS2,TLE3,MAP2K4,SUPT16H,USP5,USP4,THOC1,DYRK1B,LEMD3,PGD,VRK3,ILF2,LEMD2,THOC6,PYGO2,ILF3,RAB34,MORF4L2,PGP,SNRPG,ADNP,TOX,FKBP3,FKBP5,IFNAR1,RTN4R,FKBP2,CCDC24,SLC38A10,ORC6,DVL1,TPR,UBR5,DVL2,PLXNA2,PLXNA1,MAP2K7,SRGAP2,MAP2K5,MAP2K6,OSBPL8,EIF2B3,TRAPPC1,TMEM132A,TRAPPC5,COPS6,SLC7A6OS,NSG2,PLXNB2,CPE,MAP3K10,TPP2,PLXNB1,CNIH2,RAB5A,CNIH4,SLC48A1,MCM7,WDR4,AP1G2,AP1G1,UBTF,WDR6,TLK1,TNPO1,EIF2B1,TNPO2,TNPO3,RFC3,PLEKHG2,GGPS1,SECISBP2L,LANCL1,RPL13A,EDF1,WIPI2,SMC1A,TSN,DNAJC2,HDAC2,HDAC3,RAB1B,PDHB,DNAJB2,RAB21,STOX2,DNAJB1,NFS1,FIP1L1,POLR2A,HAUS7,POLR2B,VPS52,POLR2D,RAB24,POLR2E,POLR2F,DNAJB9,VPS54,POLR2I,ADSS,SEC11A,POLR2L,TUB,MLXIP,PPIL2,FBXL19,AMFR,CCDC59,FBXL16,MTOR,BCKDK,RAB10,POLR3B,VAPA,PSAT1,POLR3D,DNAJA3,GLOD4,MFAP3,RAB12,POLR3E,PPIL3,PPIL4,SLC35B2,ISCA1,PANK3,HDAC10,VARS,PITPNB,SLC35B1,CISD1,GBA2,HS6ST1,RPS15,RPS16,KAT5,FLAD1,FTH1,LONP1,DENR,RPS11,SEPHS1,SEPHS2,TBC1D10B,SRRM2,COG8,ARRDC1,COG4,IFRD1,METTL3,CPT1C,MAPK8IP1,SRRM1,ATP6V0D1,DCUN1D5,CSTF2,LIAS,PDCD11,CSTF1,GSE1,TNRC18,TRPM7,RALGDS,VASP,SYNRG,SLC35E3,PUM2,RPS26,RPS28,ZZZ3,RPS29,RPS20,RPS21,C2CD2L,HIP1,CITED2,GFM2,SLC35F1,ZCCHC17,COIL,XPO1,XPO6,XPO5,TMED2,SEC61B,UBXN6,RAB8A,PSD,PSENEN,PARP1,PARP2,PPRC1,ZDHHC16,CBFA2T2,MTSS1,TOPORS,MLF2,HNRNPH3,MPND,DTYMK,GDPD1,NOL7,NOL8,RFNG,DRP2,NT5C,PPP2CB,UBTD2,APBB2,METTL6,TRAM1L1,APBB3,MYEF2,MTX1,PTGES2,AIG1,MPP6,ATAT1,KBTBD4,HIST3H2A,XPOT,CAPZA2,APBA1,NDUFA13,KDM1A,SPPL2B,LZIC,TATDN2,ARHGDIA,HCFC1R1,AZI2,CHRNB2,PHYH,LIG3,ATP1B1,PUS7,TRPC4AP,TUFM,MYCN,PRPF6,HGS,PRPF3,MATR3,ZCCHC7,IDI1,ISYNA1,PXK,RPS19BP1,CHRNA7,NOP2,LPL,FBLN1,EFNA4,CAMSAP1,EFNB2,EMG1,UBB,ZMAT5,CDH24,BPTF,KLHDC4,CPSF6,CBX5,CBX4,RHBDD3,CBX3,CBX2,NONO,CBX1,COQ9,EIF2S1,EFNA3,EFNA2,CHMP2A,BRWD1,SAE1,COPE,GPSM1,MUS81,DBI,YBX1,HS2ST1,RPS4X,FLCN,SPRED2,SPRED1,SNAPC2,SNAPC4,KDM6B,H2AFY,H2AFZ,H2AFX,SPATS2,AXIN1,SUPV3L1,FCHSD2,DDAH1,AKT1S1,CDH11,DNLZ,FAM84A,HAGH,THOP1,PFDN5,VAC14,KDM3A,PDXP,THBS3,TBRG4,NXF1,MAPK9,MAPK7,UGP2,CHSY1,MAPK1,KDM4C,CYHR1,MT-ND4,EHMT2,LSM10,SCAMP5,SCAMP4,SAMD14,KRTCAP2,LSM11,PSMD5,SAMD10,MEF2A,DAXX,RBFOX2,DNTTIP2,DICER1,RFX1,HDHD2,SND1,EML5,EID1,EID2,RUFY3,CLNS1A,PSME3,PSME4,PSME1,PSME2,TTYH3,ABCB6,MRPL18,MRPL16,AGAP1,ABCB8,AGAP3,MRPL12,MTMR4,OAZ1,MRPL13,GABARAP,MRPL20,PRKAR2A,GRPEL2,KCNMB4,PUSL1,RHBDL1,ABCA2,CADM4,PRRT2,CADM1,ABCA3,EDEM2,MRPL28,MRPL24,MRPL21,MLLT11,MRPL30,MLLT10,UCK2,EIF5,TDP2,PSMG3,PSMG4,PSMG1,EZH2,GPR19,PIGU,LRSAM1,PIGQ,NCAN,RPLP0,PIGP,MRPL38,CTCF,MRPL34,MRPL32,TUBA1B,TUBA1A,TMEM43,TMEM44,FASTK,RPLP2,APPL1,LYPLA2,LRRC45,ELOVL4,NSUN2,PGAM1,NIPA1,MRPL49,LRRC40,ELOVL6,MRPL47,SIRT7,DYNLL1,MRPL45,SIRT2,MRPL43,LRRC41,LRRC42,MRPL44,MRPL52,MRPL53,PSMA2,CDC42EP4,CDC42EP3,TUT1,SLC29A1,DSCAML1,VAMP2,ARF6,LRRC14,SRRT,PSMA7,PSMB4,PSMB5,BTAF1,GGA3,TMEM65,PSMB3,FLNA,HARS,NCDN,MEF2D,SRSF10,LRRC24,UTP3,ATRNL1,YLPM1,LETM1,FABP3,PSMC5,PSMC1,SERBP1,PSMC2,UBE2D2,UBE2D3,YY1,STK11,RUVBL2,SESN1,STK16,RUVBL1,PMPCA,PIM3,KPNA3,AP2M1,KPNA1,ANAPC7,UBE2E3,PPP1R16A,VPS33B,FOXP4,FOXP1,FTSJ3,SAP30,ACAP3,FRMD5,TXLNA,FSCN1,MAPKAPK5,SQSTM1,KPNB1,ANAPC2,LRRC59,RNASEH2A,MAX,ARL3,MAZ,ISG20L2,ARL2,UBFD1,SAV1,SOCS2,SBNO1,SBNO2,ATXN2,THEM4,E4F1,LRRC4C,SLC38A2,DR1,TIA1,BRPF1,GFPT1,ZBTB12,EEF2,PTPRD,GNL3L,TUBGCP5,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,ARRB2,MDK,SUMO3,SUMO2,HMG20A,MRPL9,PELP1,HSP90AA1,PPP1R12A,SIGMAR1,RAD23A,RAD23B,QTRT1,GIGYF1,SLC25A19,PIK3C3,SLC25A11,MET,ST6GALNAC6,GTF3C1,RNFT2,PPP1R15B,GTF3C2,GTF3C3,GTF3C4,PPM1L,NDUFB5,PRCC,CXXC1,NDUFB2,FOXK2,ZBTB45,LRP3,LRP6,PPM1G,SLC25A27,GANAB,SLC25A28,SH3BP2,SLITRK5,LRRC8D,LRRC8A,LRRC8B,SLC25A22,SH2B2,CYB5B,PTPN1,PPP1R14B,NDUFA7,MMAA,MBOAT7,FOXJ3,MBOAT2,RPL23A,BAIAP2,MCOLN1,TPD52L2,NELL2,SLC25A39,P4HB,SEC24C,SMAP1,EIF4A2,EIF4A1,CCNJ,CCNI,TMEM41B,ZDHHC5,PREP,TXNDC11,KEAP1,THUMPD3,CCNC,ZDHHC8,IFI30,ZDHHC3,NUBP2,CYB5D1,TXNDC17,CCAR1,RASSF1,OGFOD2,CHORDC1,KIF21A,CCNL2,TMPO,SLC12A9,EPHA4,PAQR4,ENTPD4,SCAF11,ENTPD6,ANK3,ANK1,PISD,GNPAT,SFRP1,CCNY,ULK2,CD2BP2,CTXN1,STX1A,PAXIP1,PIK3R2,PIK3R1,UBE2J2,COMMD9,DHX33,PCBP4,LARS,DHX35,PCBP1,SURF6,RAB11FIP4,SNX5,ZBED4,SURF1,INTS1,SURF2,RCC2,INTS3,SURF4,INTS2,HSPA12A,PAICS,ID2,PAF1,COL9A3,CALM3,DHX29,CALM1,RCOR2,CALM2,RGL2,AARS,TMEM151B,PTPRS,USPL1,FAM57B,GPAA1,PPP1R10,CCDC124,CETN3,AATK,BMI1,AP2A2,HYAL2,ENC1,MLX,REV3L,SSSCA1,VKORC1,CCT3,NCOA1,CCT2,NCOA5,CCDC115,NCOA4,ZFR,MRPS2,ANO6,MRPS5,RGMA,COMMD5,ENAH,MN1,MRPS9,KIF2A,CSDE1,CRELD1,DBN1,STK40,STX12,RABGAP1,SATB1,STX16,DOT1L,DERL2,CRIP2,CCDC106,CAMKK1,RXRB,ARVCF,MNT,EXOSC4,SERTAD2,PES1,EXOSC8,HSF1,HEATR3,GPC2,SCAND1,CCT8,NPDC1,NPM1,PLEKHA1,YIPF3,TMUB1,RPA1,DOHH,PER1,GPAM,KIF26A,DPAGT1,SH3GL3,MIDN,ACAA2,OGDHL,ACRBP,KIF5C,EP300,BAHCC1,PPFIA3,TPRA1,ADPRHL2,DIMT1,ATG9A,DOK4,HNRNPUL1,FAM173A,HNRNPUL2,TMX1,RTN2,RBM8A,KLHL17,TOR1AIP2,KLHL12,SLC1A4,PSEN1,NDRG2,RPF2,NDRG1,TAF5L,FUT8,DEAF1,CAMTA2,CYC1,CCDC134,IVNS1ABP,OST4,PHF12,HMGA1,KLHL23,SUPT5H,CLK4,CLK2,GCLC,BMP1,STT3A,PHF13,LSM14A,PICALM,YWHAE,GSK3A,PRR7,DDX3X,DDX49,PRKCSH,MAST1,CHD6,DDX42,PSIP1,ILK,CHD4,CHD3,TRIAP1,PPP1R9A,PPP1R9B,SEC61A1,UBE2Q1,UBE2Q2,BCL7C,NUP62,MLST8,NPTN,CPXM1,LRRFIP1,BCKDHA,NAA30,GLRX3,NCBP2,GLRX5,BUD31,ABHD14B,ABHD14A,GLRX2,LMBRD1,VCAN,SFPQ,NDUFS8,IRF3,NDUFS7,PPDPF,NUP50,TBC1D7,ATG4B,NAA38,MVD,NDUFS1,IRF9,DDX27,PARG,GOSR2,GOSR1,TAF9,DDX20,RBM4B,HMGCR,MAT2B,CLCN3,RAB40C,MAT2A,SMNDC1,PDLIM7,MBTPS1,TAF15,PDAP1,SOD1,MAPK11,FAM131A,TAF6,QRICH1,VIM,NAA15,CLUAP1,RAN,RPL4,CNTFR,CYFIP1,RPL3,CLPB,STMN3,STMN4,ENO2,GABPB1,RPL9,BACH2,DCAF7,PCMT1,MYC,STMN1,RPL35,RPL38,IER5,IER2,ANKS1B,ACOT7,PIH1D1,DAPK3,CD3EAP,SOX11,SOX12,GPR162,DYNC1LI2,RNF126,CLPP,PRR18,RPL29,UBA52,RNF121,CDC42SE1,POM121,NOLC1,SLAIN1,VPS26B,HIF1A,GLG1,PRDX2,PRDX5,PPP4C,PRDX4,RIC8B,CHST12,SSR1,SLC19A1,SERF2,BRAP,RPL41,CDK19,JUND,CHKA,ST13,H3F3A,RDX,PA2G4,TMEM198,THAP11,FIBP,GLUD1,H2AFY2,GIPC1,HBP1,DUS1L,CDK13,CDK16,OGFR,SPEF1,ELL,TCF25,CLTC,ADK,PFAS,CLINT1,CSRP2,CHL1,TRIM2,SPIN1,GPR137,ANXA7,RIOK2,EMD,BRD3,ZC3H10,BRD1,SSR4,TIMM23,RNF167,LSG1,INF2,RNF166,RPL10,GPS1,GPS2,TIMM10,HSPA14,GRAMD4,TM9SF3,TMEM169,ASNA1,RPL14,SC5D,BRD9,RPS2,BRD8,RPL18,RNF130,RPL19,BRD4,SF3A2,TRMT1,GTF2H1,WWP2,NMNAT2,LRPPRC,TM9SF2,RYBP,ATP8A1,CHPF,TUSC2,CTNND1,BZW1,ABHD12,CDH2,TUBB3,SMARCAD1,LZTS2,MAF1,RPS7,RPS5,IGFBP3,GPT2,F2R,IGFBP2,RPSA,DGKZ,GTF2F2,DISP2,CTDNEP1,CLIP2,ZFP41,STIM2,NCL,ERH,PHPT1,ANKRD17,CD151,ANKRD11,CUL3,AK1,ANKRD12,ABHD8,ITPR1,AK3,PHF21A,PHF21B,STIP1,BAG4,ZFP57,PITRM1,BTBD1,NACC1,SAFB2,SLC15A4,SKIL,MPDU1,ESRRA,ANKRD24,TNK2,MARCH9,ADAP1,BTBD9,LSM4,LSM3,ZZEF1,CHERP,LSM2,CNOT4,CDK9,CDK8,LSM7,CDK5,CDK4,ZFP62,MAFG,CNOT2,CNOT3,TADA3,NACAD,NF2,RNF185,EIF4G2,EIF4G1,RNF13,RNPEPL1,TRADD,PTBP1,RPL7A,DUSP12,SART3,OPA3,TAPT1,REXO1,GPX4,CHUK,REXO2,YDJC,COASY,ZFP90,NIPSNAP1,PTP4A1,TRAF7,PTP4A3,DALRD3,TRAF4,SNRPA1,SOS1,NLGN3,RNF31,TRABD,SMARCD1,GTF2A1,NFAT5,WBP1,WBP2,AP3M1,FZR1,RBBP4,RBBP6,DCAF11,MEST,DCAF13,RNF20,SPAG7,RNF24,TXNRD1,ADRM1,RPL35A,CDC42BPB,SEMA4G,OXR1,PNRC2,MARCKS,KLF6,IMPDH2,MGAT4B,METAP1,METAP2,APP,CMAS,ARL6IP1,GOLGA2,RUSC2,GOLGA1,ARL6IP4,SOX4,SLC6A15,NFKBIL1,PTOV1,MRPS18B,MRPS18A,JMJD8,JMJD6,RRAGC,RRAGB,AKAP9,BOLA2,XRN2,VDAC2,VDAC1,TTLL12,PFN1,AURKAIP1,ANKRA2,EZR,LLGL1,IGSF8,ANP32A,IGSF3,TRMT2A,GMCL1,IGSF9,TMTC4,NLN,PTDSS2,SPAST,SCAP,PATZ1,GPM6B,BANP,SNHG1,TRAP1,BCL11B,BCL11A,INSR,STAM,GADD45G,UBAC2,MANF,CCT6A,PARP11,STAG1,ANP32E,ALDH18A1,ANP32B,CC2D1A,BAP1,DAZAP1,TRAM1,FAF1,MYL6B,EPM2AIP1,GUK1,ZMYM6,CDV3,ATP6V0B,TSC22D1,PRMT1,NME3,AMPD2,RHOF,TUBG2,UCHL3,RHOB,NME1,RAB33B,PACS2,MPPED2,WAC,MAPT,ALDOA,SGK1,ATP6V0C,PRIM2,TOMM40,SLC20A1,ANKMY2,TBL1X,MAP4K3,RANBP2,SUZ12,RANBP1,AP3D1,RANBP9,MARS,TOMM7,PRPF31,TRIP12,FAU,GALNT11,HDLBP,ARID4A,ARHGAP39,NUCKS1,ARID4B,TOMM20,CHCHD4,TMEM145,FBL,BASP1,NSF,APLP1,TOMM34,TSC2,KCTD2,TSC1,KCTD5,DPM2,DPM3,PREPL,ILVBL,ELMO1,FIZ1,STAM2,ISCU,ATP6V1A,LTBP4,DTX4,ADIPOR1,ARHGAP12,DPP8,DPP9,CASKIN1,ATP6V1H,SUDS3,ZC3H13,MYH10,ATP6V1D,ZC3H14,ANKZF1,PDZD7,MARK2,ATP6V1F,HSPA9,ACBD4,SMURF2,PTCH1,ASPSCR1,DNAJC11,TBCB,DNAJC16,AZIN1,NMRAL1,TDRD3,DLG1,DLG4,JMY,SRPRB,B4GALT2,ACADVL,ABCD3,SLC2A3,SENP5,GMPPA,TMEM108,PDE4A,SCYL1,USP46,JAGN1,USP42,RNF208,ARID1A,SENP3,CKAP5,KLF16,CKAP4,CHMP7,CHMP5,TSEN34,USP15,RGS19,USP16,POLDIP2,USP10,USP12,OPRL1,MOSPD3,DLL1,U2AF1L4,HSPD1,TFPT,IGFBPL1,NT5DC2,NT5DC3,NCAM1,CDIPT,ABCF3,CAMK2G,CLASP1,ABCF1,PTCD3,RWDD1,PTCD2,SGTB,WTAP,NEGR1,B3GAT3,BAD,USP21,B3GAT1,HAGHL,SGTA,ZFC3H1,HSPE1,USP28,MEIS2,GDAP2,NEURL4,FMNL2,XPNPEP1,BAX,SPRY2,SSBP4"
+"gene_set_query"	"330"	"ZNF592"	"385.0"	"ARCHS4 Coexpression,588;Enrichr Queries,59;ReMap ChIP-seq,194;GTEx Coexpression,699"	"MT-ND4,TRIO,TFRC,TRRAP,ARAF,HNRNPU,EHMT1,EPRS,GPATCH8,DCAF6,LSM10,PREX1,NDST1,ZFYVE27,MPRIP,RAVER1,ZMIZ1,ALKBH1,DPYSL2,MYC,ZMIZ2,ZXDC,AKT1,PRKACA,IER5,CDK5RAP3,DDX17,NUP210,PIH1D1,DNTTIP1,CD3EAP,HCFC1,BCR,RNF123,WDR81,JTB,RBCK1,PRR12,PI4K2A,SF1,POM121,MTMR3,FLII,BAZ2A,AAAS,MRPL12,GLG1,LARP1,PRKAR2A,RRS1,SLC19A1,CREBBP,JUN,JUND,H3F3B,SETD1A,PRRC2C,IRF2BP2,PBX2,ERLIN2,PRRC2B,THAP11,PRRC2A,TADA2B,HNRNPL,SLC6A6,ABTB1,NPLOC4,FASN,PSMG3,FARSA,CDK13,CPEB4,OGFR,SETD5,GMEB1,SETD2,SMG1,PIGU,PHF20,MTMR14,ARHGAP1,CLTA,TCF20,OSBPL11,MED15,SMG5,PHF8,MECP2,MED12,TRIM8,MED11,NIPBL,TCP11L2,CIC,ZC3H10,UPF1,BRD2,TCF12,EPS15L1,MRPL48,GMIP,LRRC41,NCOR2,SLC7A5,MED25,NCOR1,PXDN,RAPGEF1,EXOC3,PICK1,EXOC6,PAFAH1B3,GPS2,SNX32,ADCY1,FGD3,PSMB4,BCLAF1,UNK,TCOF1,CHN2,FLNA,SLC17A7,BRD9,ANKRD52,MEF2D,DEDD,BRD4,EGLN1,SF3A1,BRF2,MBD6,SCAF1,GATAD2B,SCAF4,GATAD2A,SPSB3,SKI,PSMC5,SRRD,TAOK2,ZYX,UBAP1,PKN1,GZF1,FAM49B,DGKE,PDCD6,ATN1,UBE2D1,YY1,NRBP2,STK11,ABHD11,CFL1,OSBP,FBRSL1,SNRNP35,MAF1,KPNA1,KCMF1,SH3GLB1,TLE3,RNF44,TPM3,THOC5,LEMD2,PIAS1,FTSJ3,FOXP1,CTDNEP1,ATXN2L,ILF3,SLC9A8,RAB35,MAPKAPK2,SRSF2,ADNP,LY6H,SNRNP200,SQSTM1,CSNK1G2,LY6E,GLYR1,ANAPC2,ARL3,ANKRD11,MAZ,UBR4,UBR2,NRF1,CORO1A,UQCRH,PHF21A,SBNO1,SBNO2,ATXN2,NDOR1,PITRM1,SRGAP3,MAP2K7,SLC15A4,SLC38A2,MAP2K5,NADK,MAP2K6,WDTC1,AP1M1,MCL1,AKIRIN2,TMEM120B,ANKRD34A,POLR3GL,FUS,FBXO38,SEC16A,OSBPL2,TRAPPC9,EEF2,FBXO31,CHERP,SON,SH3BP5L,TMEM11,PLXNB2,PLEKHM2,CCDC22,DHCR7,LRCH4,RAB5A,EIF4G1,RNF10,DIDO1,NUMA1,ZC3H4,WDR4,ARRB2,PPP6C,SART1,PTBP1,SART3,SIN3A,PPP6R1,SNRNP70,RNPEP,PHACTR3,UBTF,HIF1AN,CTNNBL1,BCAS3,ADSL,PLEKHG2,REXO1,DST,LIX1L,MSL2,RPL13A,RAD23A,TFIP11,DDOST,GIGYF1,DNAJC5,CTDSP2,POLR1B,C1D,SOS1,SOS2,CRK,PPP1R12C,AHDC1,RNF31,GTF3C1,SMARCD2,WBP2,LENG8,FOXK1,FURIN,MLLT6,HDAC7,DCAF15,PUF60,RBBP4,POLR2A,U2AF2,RBBP6,FEM1C,CSK,SEC11A,SH2B2,ATP9A,CACNG4,GADD45GIP1,MLXIP,SPAG9,KCNJ11,FEM1A,SEMA4B,ADRM1,FBXL16,RPRD2,TPD52L2,CABLES2,BCKDK,ASXL1,KLF6,SMAP2,PANK4,AHCYL1,ZMYND8,THUMPD3,TXNDC12,RAPGEFL1,ACTB,RPS16,KAT5,OPHN1,TRIM28,FAM53C,CCDC97,UBAP2L,RPS11,ATXN7L3,ARRDC4,SRRM2,ATP6V1G1,SMARCC2,ACTN4,MFSD11,JMJD6,SRRM1,ULK1,STX1A,GCDH,MACF1,DHX8,TWF2,PIK3R1,INPP5F,DHX34,PCBP1,DYM,GSE1,SYMPK,TNRC18,MAP4,BANP,CTSA,VASP,INTS1,IQSEC1,MYO5A,MEMO1,PUM2,SMARCA4,MED13L,RPS27,WNK1,FUBP1,CALR,RPS21,ITM2C,TRAM1,CCDC127,GPAA1,PPP1R10,CTSZ,MRPS12,PTPRF,MAP1LC3B,XPO6,DHX15,TMED1,CTSE,RAB8A,GIT1,VKORC1,MMD,MINK1,MRPS7,APRT,MLF2,RHOB,GAK,CTU1,SCNM1,SLTM,PITPNM1,RPUSD1,PACS1,FAM32A,ARHGEF1,FAM193B,ARHGEF2,PTMA,STK40,DOT1L,NOL6,GNAI2,HIRA,ZDHHC18,EXOSC4,CUX1,METTL6,MAP3K3,ARNT2,DYNC1H1,RANBP3,NFYC,GBF1,HUWE1,UBE2G1,MYO9B,PDP1,KBTBD4,KIF26A,KLHL8,PNPLA6,MEGF8,CRTC2,NDUFA13,HDLBP,UBE3A,IGF1R,TMEM145,TATDN2,KHSRP,POGZ,EP300,SBF1,KDM2A,TSC2,SDHA,RSBN1,HNRNPUL1,FAM173A,HGS,EHBP1L1,RAF1,PPIA,ISCU,PXN,PRPF8,SUPT6H,TIMM50,SHARPIN,MAN2A2,ZMAT5,GRK6,EP400,ZC3H18,CYC1,NDUFV3,MARK2,BCL9L,BPTF,CPSF4,HSPA8,PRNP,CPSF7,PHF12,PCIF1,KLHL22,SUPT5H,EFNA2,HOOK2,HOOK1,GNB2,GNB1,PI4KA,CLASRP,LRP10,LRP11,GALK1,MUS81,RERE,PHTF2,USP36,KDM5C,GSK3A,USP38,LDB1,PRKCSH,CHD6,CHD4,ADAR,CHD3,USP39,CHD2,AFF4,ELAVL3,CABIN1,PPP1R9B,SEPT9,LASP1,YWHAQ,MYO18A,LRRFIP1,SCYL1,RBM33,BCKDHA,KDM6B,ARHGEF11,SUN2,KLF13,EED,PDPK1,AXIN1,ARHGEF18,OXSR1,NAV2,ARID1A,ARID1B,DNM2,THRAP3,CHMP6,KDM3B,SFSWAP,WIZ,DDX21,USP19,STRN4,MTA1,DNPEP,MKNK2,FAM120A,RALY,FBRS,SPEN,USP24,PTCD1,MIIP,HAGHL,CDK11B,NEURL4,RPS6KB1,ASB8,CARM1,ACIN1,TBKBP1,VIM"
+"gene_set_query"	"331"	"TERF1"	"385.5"	"ARCHS4 Coexpression,701;Enrichr Queries,218;ReMap ChIP-seq,186;GTEx Coexpression,437"	"ATF2,MAPKBP1,MT-ND4,NUP107,TFRC,ZFYVE9,RBPJ,SCAMP4,NDST1,LSM12,DPYSL2,AKT3,GPBP1,RBFOX2,CXADR,FNBP1,STARD7,FRS2,RFX1,EML2,SCAMP2,EML4,EID1,RUFY2,DDIT4,ORAI2,VOPP1,ASPHD2,RBCK1,UNC119B,SET,SAR1B,FLII,MEPCE,AGAP2,COPS7A,PLA2G6,OAZ1,CYB5R3,HSPH1,RDH11,VTI1B,JUN,EDEM1,LARP7,BBIP1,FAM136A,EIF1,CS,QARS,EZH1,TMEM9B,EZH2,PIGU,PIGT,MRPL39,CTCF,OSBPL11,MED15,PIGX,MECP2,MED11,TRMT112,MRPL42,TCP11L2,PCMTD1,LYPLA2,ELOVL5,SPHK2,SLC39A10,RRAS2,ELOVL6,TOMM40L,MED29,SRP9,DUSP6,MRPL52,MRPL53,PSMA6,SLC7A6,MRPL50,PSMA3,PSMA4,PSMA2,PXDN,TMEM106B,TUT1,VAMP4,SLC29A1,VAMP2,PAFAH1B2,RNASEK,ELOF1,LIN37,STAU2,ADAM22,FAM117B,PSMB7,SNX29,UNK,GGA3,PSMB5,ZSWIM6,MEF2D,SRSF10,JAM3,CRBN,MDH1,MBD1,SNX22,SKI,PSMC6,SERBP1,PKN1,FAM13B,TMEM167B,RASL11B,CSE1L,CASC4,ATN1,MPV17L2,SMCHD1,CEP250,KPNA2,FBXW4,EIF1AX,UBE2E2,CNPY2,MSH6,DMTF1,MSH2,SLC9A8,SRSF3,SRSF7,KPNB1,FTO,KHDRBS1,ZC4H2,NRF1,FBXO42,PMVK,G3BP1,NAE1,SLC38A2,NADK,HPS3,EEF2,LRCH2,LRCH1,SH3BP5L,MDM2,NIT1,HSP90AB1,CELF1,PTEN,AP4M1,MRPL3,CAPZB,SUMO1,SUMO2,ERC1,MDP1,EID2B,ACTR3,BCAS3,HSP90AA1,DST,ATRX,DHPS,SIGMAR1,VPS37B,RABGGTA,SLC25A19,SYF2,PIK3C3,TOP1,BCAT1,DCTPP1,PPP1R12C,SLC25A11,BIRC2,SEC22C,NDUFB7,ROCK1,SRSF1,MAK16,EHBP1,TSPAN31,CDC42,SH3BP5,BEND3,LRRC8A,IGF2BP3,HNRNPA1,EIF4E,SH2B2,NOP56,PTPN1,NOP58,HNRNPA3,TRIM41,SSB,NTRK3,TPD52L2,NECAP2,EIF3M,ST7,PDCD4,CCM2,CDR2L,EIF4A1,CCNI,KDELR1,ZDHHC5,ZDHHC7,CCNC,IFI30,TXNDC15,TXNDC16,ACTB,CYB5D1,SNRPD1,TRIM24,CCDC97,EPC2,SLC12A6,TRIM23,TMPO,SMARCC1,ZFP2,MOGS,PISD,SFRP1,SUB1,CDC37,CD2BP2,CCDC82,SLC45A1,GIPR,DHX9,PIK3R1,APH1A,PGS1,DHX33,PCBP4,LARS,PCBP1,HLTF,RAB11FIP2,N4BP1,SEC31A,IQSEC1,RCC2,SMARCA5,BSDC1,ERAL1,HSPA12A,PAICS,PTK2,ID2,SDC1,PAF1,FBXL3,GRB2,LRRN1,CALM1,DHRS13,PAK1IP1,MRPS12,BMI1,SYNCRIP,RSRC1,UIMC1,DHX15,CAP1,NCOA2,MRPS27,CCDC115,ZFR,CACYBP,PRPF40A,MRPS7,SREBF2,ENAH,MRPS9,SLTM,UFC1,G2E3,ARHGEF1,PABPC1,EEF1E1,PTMA,PCNA,NEDD8,CCDC106,PCNP,SH3BGRL,FAM172A,EXOSC8,SCAND1,CCT8,GPC4,RAE1,MAP3K3,NPM1,RPA1,MYO9B,PPP1CA,MIB1,VEGFA,MAD2L2,PER1,NUDT8,HNRNPA2B1,ZFP28,SCARB1,ZFAND6,RPP30,FAM174B,EP300,DENND5A,FAM3C,SH3GL1,FBXW11,ADAM10,ADAM19,TMX1,UBE2V2,RAF1,PPIB,TMED10,ARHGEF25,NXPH3,NPR2,RPF2,GRK6,NDUFV1,QSER1,BCL9L,IVNS1ABP,PRNP,UBE2I,HMGA1,KLHL22,KLHL23,SUPT5H,AP4B1,PAN2,HOOK2,NASP,HOOK1,UBA3,STT3A,UBE2N,CYCS,DEGS1,GALK1,PRR7,CNRIP1,MAST3,PRKCSH,CHD8,PSIP1,HMGB3,CHD3,HMGB1,RND3,LMNB1,YWHAQ,RB1CC1,MYO18A,LRRFIP1,DACT1,GLRX3,PDPK1,YWHAZ,PJA2,EEF1G,SFPQ,CREB1,TBC1D7,CRY2,NDUFS3,NDUFS2,NAA38,ZMYND11,CUEDC1,SLC3A2,CLCN3,RNF4,ADD1,ADD2,DNPEP,MKNK2,NAA25,MTA2,MTA3,CYTH1,NIPSNAP3B,ARFGEF1,RBM39,RRM2,EYA3,GALNT1,USF1,MAPK10,GOLPH3,CARM1,TAF6,VIM,NAA15,RAN,CYFIP2,TRIO,STMN3,HNRNPU,WDR83,ENO2,SMC3,EPRS,PHB2,GPR173,NUB1,ZMIZ2,MYC,CSPP1,STMN1,PIP4K2A,DIP2C,IER5,IER2,DDX18,CD3EAP,SOX12,ATG12,GTPBP4,ARMC1,DAAM1,RPL27,SLAIN1,HIF1A,ADH5,GJC1,PRDX3,ABR,LDHB,PRDX5,LDHA,PRDX1,RAD21,LDHD,ST3GAL2,FDFT1,FZD3,PHC1,H3F3B,HNRNPL,HNRNPM,HNRNPD,DUS1L,SERPINI1,HNRNPC,CDC42SE2,GABRB3,CDKN1B,GMEB2,SMG7,RNF157,SPIN1,JARID2,RRP15,GARNL3,SSR2,ASH1L,RNF167,AFTPH,TUBB2A,MTF2,CDC123,RPL11,USO1,BCLAF1,NSD1,USP1,RPL18,SF3B1,DEDD,RUNX1T1,BRF2,KIDINS220,TRMT1,WDR12,SCAF4,RNF145,TM9SF1,NFIB,ANKRD13C,FAM49B,RAB3A,CEP120,IPO7,IPO5,RIMS4,SALL2,PAPOLA,TMSB10,PLEKHJ1,GTF2I,IFNAR2,SUPT16H,MAP2K2,ANKRD49,USP4,USP3,RPS5,IGFBP3,MAGI2,TPM1,VASH2,LARP4B,ILF2,MORF4L1,ARMCX1,ILF3,RAB31,STIM2,NCL,RAB35,SNRPG,SNRPF,FKBP3,BRSK1,RAB5B,ANKRD16,INSIG1,ITPR1,TARS,HSPBP1,GTF2E1,RHOBTB2,BAG4,PITRM1,ESD,BAG1,NACC1,PSAP,TPR,CCDC32,SLC15A4,SKIL,MAP2K5,MCL1,MPDU1,ATP8B2,TMEM132A,TRAPPC5,MARCH9,ASNS,LSM3,COPS6,LSM7,SLC7A6OS,NBEA,REEP5,CDK4,NF1,SERINC1,EIF4G3,CNIH4,BCL2L1,DIDO1,MCM7,ZFP82,SGCE,DUSP12,SCRN1,SGCB,AP1G1,TLK1,SLC37A3,RFC3,ADSL,PLEKHG2,RFC2,SECISBP2L,RPL13A,COASY,ZFP90,PTP4A1,PTP4A2,PTP4A3,TRAF4,DAD1,CTDSP2,POLR1B,DNAJC8,TRABD,NLGN1,HDAC2,NLGN2,WBP1,WBP2,PDHB,HAUS8,DNAJB6,DCAF13,SLC35A4,SEMA4D,ADRM1,DDHD2,CDC42BPA,PNRC1,PNRC2,TNRC6C,NIN,KLF6,PSAT1,RAB12,DNAJA2,MFAP2,CEBPZ,SLC35B2,ZMYND8,DIXDC1,CISD2,PPP2R2A,PNN,RPS16,RUSC2,RPS19,FLAD1,ARL6IP5,RPS11,SEPHS1,SEPHS2,GLUL,SOX4,TBC1D10B,ARRDC1,SLC35C2,SRRM1,INPP4A,CARHSP1,KATNAL1,RRAGC,RRAGB,CRYZL1,PFN1,RTEL1,MGST3,TRANK1,TWF2,FXR1,UGCG,NLN,PDCD10,MLEC,MAP4,SRPK2,SNHG1,RABGAP1L,TREX1,UBAC2,SESTD1,ANP32E,RPS24,CDS2,ITM2C,TOP2B,AHCTF1,CITED2,GDI2,ZCCHC18,PRPF19,SIPA1L3,CX3CL1,SIPA1L1,XPO1,RAB8A,PSENEN,PRMT7,PARP1,TUBG1,ZDHHC17,LIME1,NFX1,FAM20B,WAC,SGK1,FYTTD1,ICA1L,TCEAL8,ZDHHC18,TCEAL3,TCEAL1,SHOC2,MPZL1,MAP4K4,SUZ12,MYEF2,RANBP3,NFYC,MARS,TRIP12,SPPL2B,NUCKS1,SHISA5,ATP1B1,TMEM131,DCTD,OXA1L,TBL1XR1,MATR3,DTX1,SEL1L3,EMG1,TCTEX1D2,MARK3,MYH10,ATP6V1F,BPTF,HSPA9,HSPA8,CBX5,HSPA5,HSPA4,CPSF3,IDH1,AZIN1,NFKBIA,EFNA2,RFXAP,B4GALT3,KDM5B,USP33,SENP7,ALDH2,FLOT2,PDE4A,TMEM109,H2AFZ,H2AFX,AXIN1,H2AFV,ARID1B,SENP3,SEPT2,CKAP4,DNM2,FCHSD2,THRAP3,PFDN2,CHMP5,NRXN1,GMPR2,HSPD1,U2AF1L4,UGP2,CAMK2G,CLASP2,USP24,PTCD2,KDM4C,NEGR1,ATP13A1,USP21,LCA5,DTNBP1,NAP1L1,DEK,USP28,HSPE1,NEURL4,SSBP1,SSBP2,SSBP3"
+"gene_set_query"	"332"	"ZSCAN1"	"386.0"	"ARCHS4 Coexpression,500;Enrichr Queries,593;GTEx Coexpression,65"	"MYT1L,IFT172,ZDHHC5,STMN2,STMN3,STMN4,ENO2,FNBP1L,SCAMP5,GPR173,DPYSL4,DPYSL5,DPYSL2,IGLON5,CDK20,ANKS1B,CALN1,CHGB,GABARAPL2,RBFOX1,ACOT7,UNC13A,SLC6A17,RBFOX3,ISLR2,SOX11,CPT1C,MAPK8IP2,ATG13,ANK1,EID1,PRKAR1B,RUFY3,FEZ1,KCNQ2,HECW1,TAGLN3,CTXN1,STX1A,TSPYL4,ASTN1,PFN2,BEX4,CUTA,GPM6A,BEX2,BEX1,NRN1,MEAF6,TMEM63C,MAGED1,TTYH1,FOXG1,STXBP1,FLII,AGAP1,PHYHIPL,AGAP3,HTATSF1,TTBK1,GABARAP,MTMR7,ABR,FAM171A2,INPP5F,FLRT2,TSPAN3,SCN3B,SCN3A,ZSCAN18,ATP6V0A1,FZD3,NDFIP1,PTPRN2,CADM1,BCL11B,ZFR2,ST8SIA3,H3F3A,TMEM198,MLLT11,PCDHGA11,CALY,PPP1R1A,H2AFY2,COL9A3,FAT3,FXYD6,MAGED2,PAM,DZIP3,GPR19,GABRB3,PCSK2,CSRNP3,GDI1,KCNC1,GRIK5,PTPRN,KCNC3,DIRAS1,CETN2,GRIK3,NAT14,JPH4,SERP2,SMPD3,AKAP12,UCHL1,MAP1LC3A,PCLO,JPH3,TUBA1A,SLC22A17,DHX15,NEFM,KIF1A,GPRASP1,GPRASP2,APC2,UPF1,RPS6KL1,ACTL6B,SSR4,HSBP1,SYP,MANEAL,GNL1,AP3B2,MLF2,SLC7A5,IMMP1L,TMEM179,TUBB2B,TUBB2A,NME7,PXDN,MAPRE3,SGK1,PAFAH1B3,GAS8,VAMP2,GAS7,MAGEH1,RNASEK,ICA1L,WRB,CCDC106,KCNA6,ADCY1,NOL4,ADCY5,TCEAL6,ARVCF,TCEAL5,CUX2,TMEM169,CAMK2N2,ANKRD54,GPC2,CTNNA2,APBB1,ATP6V0E2,PAK3,DTD1,NPDC1,RIC3,WDR17,MPP3,BRF1,LHFPL4,AP2B1,MIAT,BLCAP,SGSM1,ATAT1,SH3RF3,TMEM59,ABI2,MORN4,SGSM2,TTC3,RIMBP2,TCEA2,CDK5R2,MTCH1,ATP8A2,TUSC3,CTNND2,MRFAP1,MSI1,OGDHL,IPO7,CELSR3,CDH8,SLC8A2,TM7SF2,ARHGAP44,RIMS4,ATCAY,CDH2,KIF5C,TUBB3,RGS6,CHRNB2,DSCAM,APLP1,LMTK3,CASD1,PCDHA12,TMEM130,RUNDC3A,SRCIN1,SHISA7,BSCL2,OLFM1,PREPL,HNRNPUL1,GPRIN1,EEF1A2,SCG5,SCG3,RELL2,ANAPC2,BRSK1,LRRC59,NDRG4,BRSK2,RTN1,CCDC24,ARL3,NTM,TMEM59L,ABHD8,CACNA1B,DTX1,CACNA1A,CACNA1C,DTX3,SEZ6L2,CPLX2,FBXO44,CPLX1,CACNA1E,SUPT6H,PLD3,CACNA1H,PHF21B,SOCS2,IGSF21,PCSK1N,DPP6,KIF3A,TCTEX1D2,NDN,LRRC4B,SYT5,SYT3,RHBDD2,TNK2,TRAPPC4,NSG1,ADAP1,SCRT1,GNAO1,ARHGAP33,AHI1,DAB1,EFNA2,HOOK2,DLG4,LHX2,REEP2,SPIRE2,GNAS,IFT27,CPE,NACAD,CNIH2,EIF4G1,YWHAE,DOCK3,PODXL2,WDR1,CELF2,CELF3,CELF4,CHD6,ELAVL4,CHD5,CELF5,FBLL1,RND2,ELAVL2,GPHN,ELAVL3,TRO,SEC61A2,NGRN,YWHAQ,GDAP1L1,PHACTR3,SPEG,PHACTR1,EVI5L,EID2B,ACTR2,SVOP,HSDL1,PEG3,ABCC8,IQCE,ABHD14A,NAV1,NAV2,SEZ6L,DUSP26,ARFGAP1,PTP4A3,GAP43,DALRD3,NRG3,DDAH2,GFOD2,TERF2IP,CDH13,ETF1,TMEM9,IFT46,INA,RBM24,SLC25A14,SHANK2,SHANK1,RNFT2,DCTN1,DDX25,USP11,NRXN1,DCTN3,CRMP1,NRXN2,FAM169A,CXXC4,JAKMIP3,STOX2,GNG3,PARD6A,GNG2,SV2A,U2AF2,MGAT5B,NNAT,FAM120A,NCAM1,MEST,OPCML,SEC11C,TUB,SLC12A5,PCDH7,PRAF2,CADPS,PCDH8,FBXL16,GDAP1,MEIS2,NAP1L5,HS3ST2,MAPK10,SLC4A8,FAM155A,CLCN6,NFASC,NECAP1,SYT11,FAM131C,ACIN1,ATP13A2,INSM1,CDO1,UNC79,SSBP4,CBLN1"
+"gene_set_query"	"333"	"RLF"	"387.3"	"ARCHS4 Coexpression,364;Enrichr Queries,110;GTEx Coexpression,688"	"TCERG1,CHIC2,CCNK,TRIO,PANK3,TFRC,GPATCH1,JMJD1C,HNRNPU,RBPJ,EPRS,FNBP1L,BACH1,RPS15,RASSF1,CAPNS1,HERC1,MYC,GPBP1,LONP1,ARL6IP4,EPC1,EPC2,SLC12A6,GLUL,RNF111,WSB1,SCAF11,ARRDC3,ECH1,DNTTIP2,CD3EAP,GAPVD1,GTPBP1,GTPBP4,ZC3H11A,DDIT4,HECA,PFN1,AURKAIP1,MACF1,MTMR3,DHX9,MYCBP2,COPS7A,PIK3R1,MRPL12,HIF1A,OAZ1,UGCG,LDHA,PRDX5,HSPH1,CYB5R3,DHX34,BLOC1S1,VTI1A,HIVEP1,MLEC,TRPM7,SERF2,CDK17,CREBBP,JUN,H3F3B,MRPL27,SMARCA5,EIF2AK3,PRRC2C,IRF2BP2,BRAF,PUM1,SRPK1,MED13L,PUM2,SETX,STAG2,EIF5,ZZZ3,EIF6,WNK1,GIPC1,FUBP1,ATG2A,PPT1,INTS4,NDUFAF3,CPEB4,PHF3,TOP2B,GMEB1,SETD2,SMG1,AHCTF1,PIGU,BTG1,WDR48,ELL,GPAA1,CITED2,ARPC1A,ING1,PTPRF,BBC3,NIPBL,PCM1,MED13,XPO1,ZMYM2,PCF11,ZMYM5,UIMC1,DHX15,REV3L,UBXN7,KIF1B,ARIH1,JARID2,NDEL1,COX8A,CAP1,DUSP1,HSBP1,TET2,NME2,ASH1L,ZDHHC17,DUSP6,RNF168,SLC7A5,MTF2,PXDN,TET3,PELI1,WAC,TAX1BP3,SGK1,WDR26,ECHS1,RNMT,GNAI3,TIMM13,UQCR11,COX5B,RELA,BCLAF1,SCAF8,BTAF1,NFIL3,SERTAD2,AP2S1,RICTOR,ZSWIM6,YKT6,SF3B1,BRD4,NKTR,EGLN1,RANBP2,BCAP31,RIOK3,USP9X,MBD1,RSRC2,WDR13,MYO9A,GATAD2B,SCAF4,VEGFA,KTN1,RAB11B,FKBP1A,PER1,PSMC5,RYBP,CCDC9,TAOK1,TTC3,RLIM,NUCB1,TRIP12,PKN1,FRYL,CRTC2,NDUFA13,UHRF1BP1L,CCNT2,TMEM167B,NDUFA11,UBE2D3,LTN1,ARID4A,PRDM2,ARID4B,PARK7,SRP14,SMCHD1,RNF19A,KIF5B,CFL1,EP300,BANF1,ARID2,TLE3,BNIP3L,MORC3,KDM2A,AGTPBP1,USP4,RALGAPA1,ANKRD44,DYRK1A,CNPY2,PRPF4B,ATP11B,ATP1B1,FBXO11,RSBN1,PIAS1,FOXP1,COX6B1,CTDNEP1,ACAP2,TMX2,TBL1XR1,TBC1D25,MATR3,PHIP,WDFY3,CSNK1G1,DDX6,DDX5,PFKFB3,CD151,CUL5,TNKS,INSIG1,ANKRD12,UBR4,PHB,STK4,NDRG1,PHF21A,CORO1B,ARHGAP12,SBNO1,MED30,PITRM1,UBR5,TPR,TBC1D13,G3BP2,SLC15A4,SLC38A2,SKIL,MCL1,BPTF,IVNS1ABP,PRNP,OSBPL8,OST4,TRAPPC1,ECD,ARHGAP29,NUP153,KLHL24,MARCH7,ZBTB11,MARCH6,CLK3,AZIN1,NFKBIA,CLK1,EFNA2,HOOK2,HOOK1,CNOT2,SP3,DMXL2,JMY,BRWD1,RERE,KDM5B,RBM25,DDX3X,USP34,PTEN,CHD6,SLC2A3,CHD2,AFF4,DUSP12,RB1CC1,TLK2,CEP170,TNPO1,KDM6A,KDM6B,USP47,HSP90AA1,PPP1R12A,DST,GPX4,PDPK1,ATRX,NDUFC2,EDF1,OXSR1,GPCPD1,ARID1A,PATL1,PTBP2,EPN1,PJA2,ARL4C,PTP4A1,SFPQ,CREB1,ELF2,CTDSP2,POLR1B,BIRC6,TOP1,BDP1,PPP1R15A,PPP1R15B,NFAT5,KDM3A,USP15,DDX27,UHRF2,ROCK1,ROCK2,RAB1B,RNF38,ZBTB43,DDX21,SRM,FBXL20,GNA13,MAPK8,HECTD1,TNKS2,POLR2E,FEM1C,RBBP6,FYN,MAPK6,CDIPT,SMNDC1,CLASP2,POLR2L,SPEN,SPAG9,GADD45GIP1,ARFGEF1,USP24,RBM39,SEC24B,KDM4B,BNIP3,FOXJ3,FOXJ2,ATP2B1,PTPN12,PNRC1,SLC4A7,KLF6,PNKD,APC,MGAT4B,ATP13A3,TRIM33,SLC25A36,PFKP"
+"gene_set_query"	"334"	"HSF2"	"387.3"	"ARCHS4 Coexpression,231;Enrichr Queries,248;GTEx Coexpression,683"	"TFRC,HNRNPU,STMN4,SMC3,RBPJ,EPRS,FNBP1L,BACH2,DCAF6,PSMD7,ALCAM,CAPNS1,DPYSL5,PSMD2,DPYSL2,MYC,STMN1,AKT1,VPS35,PRKACA,MEF2A,MEF2C,WSB1,CXADR,RBFOX2,CACNA2D1,CD3EAP,SOX11,GTPBP4,RNF123,DAAM1,IFT81,DDIT3,FEZ1,RUFY3,PSME4,DDIT4,ANAPC13,HIF1A,CYB5R1,HSPH1,PRKAR2A,ST3GAL3,FDFT1,JUN,PRPF38B,FZD3,H3F3B,PLK2,NR2F1,PBX1,TADA2B,MLLT11,SQLE,H2AFY2,PKIA,HBP1,FXYD6,DZIP3,EZH2,ARF3,OGFR,PIGU,WDR47,SETD3,BTG1,WDR48,PHF20,PHF6,MRPL42,CSRP2,TUBA1A,JARID2,LRRC47,BRD3,UPF1,HSBP1,LRRC49,TCF12,SLC39A10,LRRC40,EPS15L1,DUSP6,SRP9,ZEB2,TUBB2B,TUBB2A,INF2,MTF2,PXDN,TCP1,RAPGEF1,PAFAH1B3,ERGIC1,SLC29A2,GRN,WRB,USO1,CENPB,FAM129B,BCLAF1,TMEM169,TMEM68,FLNA,RUNX1T1,SRSF12,EGLN1,ATAD1,KIDINS220,BLCAP,KTN1,NFIA,MORN4,NFIB,PSMC1,ZYX,NUCB1,PKN1,YPEL5,NUDT11,LAMP1,CDH2,TUBB3,CFL2,SESN1,KPNA6,KPNA4,KPNA2,KPNA3,FADS1,KPNA1,TLE4,SEMA6C,SLC38A1,ANKRD46,UBE2E3,FOXP1,CACNB1,MSH6,MORF4L1,CLIP1,DMTF1,MORF4L2,RAB35,FKBP3,CSNK1G2,FKBP5,PFKFB3,CD151,RAB5C,CUL5,INSIG1,AK1,CUL2,UBR3,SLC38A10,UBFD1,CORO1B,SOCS2,SBNO1,SBNO2,BTBD1,PITRM1,NACC1,ZKSCAN2,NAE1,SLC38A2,IP6K2,EIF2B3,TIA1,ASNS,MARCH6,COPS4,ZC3HC1,CNOT4,REEP1,COPS3,COPS5,CNOT7,SP3,SERINC1,OGT,NFE2L1,HSP90AB1,WDR1,SCHIP1,TRO,DUSP12,NGRN,CAPZB,SUMO1,PPP6R1,SUMO2,TLK2,CEP170,HIF1AN,ADSL,HSP90AA1,DST,VBP1,RAD23A,PTBP2,PTP4A1,PPM1A,PTP4A3,CTDSP2,POLR1B,CCDC43,SLC25A12,NFAT5,HDAC2,RAB1B,CEBPG,ZBTB43,SRL,DNAJB1,DNAJB6,POLR2D,CDC37L1,FEM1C,WASF1,SMARCE1,NOP58,KCNJ11,FEM1A,NDUFA5,CNBP,AMFR,ADRM1,TPRKB,CDC42BPB,OXR1,CUL4A,DNAJA1,MARCKS,KLF6,PSAT1,RAB12,MGAT4B,PDCD4,P4HB,ATXN10,PFKM,SLC25A36,TCERG1,CISD2,PDCD2L,GOLGA4,CHORDC1,LONP1,KIFAP3,ATXN7L3,SOX4,PDHX,EPHA4,ACTN1,ARRDC3,IFRD1,MOGS,ACTN4,GNPAT,RRAGD,VDAC3,HECA,TAGLN3,PFN1,EIF1B,PFN2,BEX4,BEX1,MAGED1,FOXG1,MYCBP2,DCUN1D2,PIK3R3,PIK3R1,FXR1,APH1A,FXR2,HLTF,VASP,ZRANB1,BCL11A,ST8SIA2,UBAC1,AIMP2,ID2,CALM2,CD200,ITM2C,TOP2B,CSRNP3,CITED2,FAF1,SLC7A11,AKAP12,UCHL1,XPO1,ENC1,ARIH2,DHX15,REV3L,SDF4,CCDC112,ZYG11B,CCT2,TSC22D1,PARP2,TSC22D3,MINK1,CACYBP,MRPS7,RHOB,GAK,MRPS9,CSDE1,SGK1,FYTTD1,DYNC1I2,MAGEH1,SATB1,ARNTL,GNAI2,SAMM50,NFIL3,MGAT1,NFYB,MYO9B,VEGFA,ATAT1,PRKRA,KLHL7,TTC3,PNPLA6,GRINA,CD81,ZFAND6,UBE3A,CCDC28B,CHCHD3,KHSRP,ARHGDIA,ATG9A,ATP1B1,EEF1A2,UBE2V2,PLAA,MATR3,FAM92A,IDI1,RTN3,DDX5,RTN1,PXN,BTF3L4,SUPT6H,DNAJC21,MARK2,BCL9L,IVNS1ABP,HSPA8,PRNP,CBX5,HSPA5,HSPA4,VTA1,KLHL24,COQ6,AZIN1,NFKBIA,AHI1,EFNA2,HOOK2,HOOK1,GNB2,UBE2N,LRP10,PHTF2,KDM5B,RBM26,PRKCSH,MAST2,CHD6,ELAVL4,ATP2A2,PSIP1,RND3,ELAVL2,LMNB1,PPP1R9B,SEPT9,LASP1,YWHAQ,MYO18A,LRRFIP2,NAA30,HSDL1,PDPK1,DNM2,PJA1,SUPV3L1,VCAN,CREB1,RCN2,TERF2IP,RBM24,INA,USP11,CRMP1,HMGCR,TOB1,HSPD1,TMEM201,MAPK8,CAND1,DNPEP,GNG2,FAM120A,RPP14,FBRS,CLASP2,ATE1,RRM2,PDE4DIP,NAP1L1,USP28,MEIS2,GDAP1,ACVR2A,SLC4A7,MAPK10,ASB8,VIM,SSBP2"
+"gene_set_query"	"335"	"EBF4"	"387.7"	"ARCHS4 Coexpression,119;Enrichr Queries,644;GTEx Coexpression,400"	"RPL5,CNTFR,SLC4A1AP,STMN3,ELK1,BACH2,SCAMP5,PREX1,DPYSL4,DPYSL5,DPYSL2,ZMIZ2,DPYSL3,LUC7L,RPL38,NCKAP5,TMEM8B,DDX17,SOX11,SCRIB,WDR73,SOX12,DYNC1LI1,MYL6,DDIT4,PRR12,CTBP2,XPA,AGAP1,PLA2G6,ADAMTS10,FAM160B2,FAM171A2,PLCG1,PIP5K1C,ZSCAN18,ABCA2,JUN,WDR59,JUND,CADM4,ABCA3,NR2F1,PBX2,GPN1,PBX1,PRRC2B,PRRC2A,CDK10,DCHS1,FXYD6,FAT4,CDKN1C,PHF2,SMPD3,TIMP2,CIC,APC2,IFT140,EXOC7,DUSP8,MRPL44,NCOR2,MED22,KAT2A,KIFC2,CDC42EP4,PXDN,LRRC14,NFIX,ADCY1,ADCY6,CKB,RIC3,FARP1,GOLM1,PCGF2,DAB2IP,WDR13,SCAF1,NFIA,TAOK2,PKN1,AGRN,ANKRD13B,PHLDB1,CLSTN2,CLSTN3,CTNND2,CLSTN1,ATN1,CLU,NRBP2,POFUT2,RIMS4,SCMH1,FBRSL1,LZTS2,SEMA6C,SH3GLB2,TLE2,IGFBP3,IGFBP2,PPP1R16A,VASH1,FOXP4,SRCIN1,FOXP1,CLIP3,ARMCX4,TOM1L2,ACAP3,CLIP2,OLFM2,ARMCX2,DMTF1,RAB34,SRSF5,TOX,ANAPC2,RNASEH2C,BRSK1,SHC2,BRSK2,MAZ,CHRD,RAP1GAP,KLC2,DVL1,BTBD2,ABL1,SAFB2,PLXNA2,DVL3,LRRC4B,TIA1,TNK2,TMEM132A,BCL9,LRCH2,ZFP62,MAP3K10,CSPG5,PLXNB2,PLXNB1,LZTR1,ZNF512B,NUMA1,CELF3,PTPN23,SIN3B,MDK,SNRNP70,WDR6,PMEPA1,EVI5L,NEO1,TNPO2,ADAMTS7,DGCR2,PTBP2,ARFGAP1,ARL4C,PTP4A3,NSMCE4A,PPP1R12C,BCAT2,SMARCD3,NLGN2,WBP1,SRSF1,LENG8,MLLT1,LRP3,SEMA3F,SLC25A27,DNAJB2,CACNG7,MGAT5B,PCDH1,SLC25A23,ATP9A,CACNG4,SH2B1,LINGO1,MARCKSL1,FBXL19,HIP1R,CDC42BPB,NELL2,POLR3B,TSPAN18,MFAP2,MDGA1,BCAR1,EPHB6,APP,THUMPD1,ZDHHC8,HS6ST1,PNN,CCNL2,EPHB2,SOX4,EPHA4,SMARCC2,LIMCH1,CIRBP,PTOV1,CSNK1E,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,NIF3L1,KCNQ2,ULK1,OBSL1,CTXN1,LLGL1,NRN1,TSHZ3,SDC3,PIK3R2,APCDD1,TTBK1,SNX1,TNRC18,PATZ1,RAB11FIP3,RALGDS,B4GALNT4,BBS1,NTNG2,ZRANB2,PTPRN2,INTS1,INTS3,TMEM50B,DCLK2,DCLK1,SMARCA4,PTK7,ID2,WNK2,ECHDC2,COL9A3,RGL2,ITM2C,DDR1,PTPRS,GDI1,GRIK5,GRIK3,PTPRF,PTMS,KIF1A,GIT1,TMED4,PSD,PARP6,ANO8,PRPF40B,NME3,COMMD6,CBFA2T2,SREBF2,MLF2,RGMA,RHOB,MN1,PACS2,MPPED2,HNRNPH3,MAPT,SGK1,PRICKLE2,PRICKLE1,RXRB,ARVCF,CAMK2N1,GPC1,HEATR3,NPDC1,ARNT2,GABBR1,VEGFB,MIB2,RAB11B,VEGFA,KIF26A,SGSM2,MEGF8,MPHOSPH8,PRDM8,CD81,ARID4A,ARHGAP39,CELSR2,CELSR3,POGZ,PALM,NRCAM,SBF1,PPFIA3,APLP1,LMTK3,TSC2,PRPF3,NDRG4,ARHGEF25,LTBP4,CACNA1A,DTX1,FBLN1,DTX3,SEZ6L2,NDRG1,CACNA1H,CACNA1G,RAI1,PDZD4,EFNB3,CASKIN1,CDH24,VARS2,MARK4,AUTS2,CPSF1,VTA1,KLHL23,MANBAL,CLK2,CLK1,PAN2,GNAO1,ARHGAP33,EFNA2,HOOK2,HOOK1,DLG4,GNAS,PI4KB,CREBZF,MUS81,GPSM1,RERE,GSK3B,KDM5C,PODXL2,THRA,PRKCSH,MAST2,CHD6,CBY1,ILK,SLC2A3,CHD3,AFF3,PKD1,SENP6,ZC3H7B,GATAD1,SPEG,CPXM1,MAN2C1,RBM5,RBM6,PDPK1,H2AFX,NAV1,NAV2,SEPT3,VCAN,IGDCC4,ATG4B,ZMYND11,NAT8L,PFDN5,LUC7L2,POLDIP3,ANKS3,NRXN2,WIZ,DLL1,THBS3,NXF1,MTA1,FAM168A,TAF1C,SLIT1,NCAM1,PDLIM7,TTC14,RBM39,KDM4B,USP20,B3GAT1,PCDHGC3,MEIS2,MAPK11,NEURL4,FAM131B,POLE3,RGS11"
+"gene_set_query"	"336"	"RXRA"	"388.2"	"Literature ChIP-seq,90;ARCHS4 Coexpression,767;ENCODE ChIP-seq,103;Enrichr Queries,494;ReMap ChIP-seq,125;GTEx Coexpression,750"	"ATF2,MDC1,MT-ND4,POP7,TFRC,ARAF,ZFYVE1,TSEN54,FAM110A,PREX1,SAMD14,LSM11,ZFYVE27,DPYSL2,PSMD2,PSMD3,GPBP1,PSMD1,AKT1,ANKFY1,PRKACA,SAMD10,ATG3,MEF2C,RBFOX2,NGDN,RUFY1,EWSR1,DDIT3,DDIT4,ATF4,SLBP,MTMR2,TTYH3,SET,CDCA4,FLII,COPS7B,COPS7A,AAAS,MTMR4,OAZ1,GABARAP,CIAO1,PRPSAP1,CYB5R1,MRPL20,RHOT2,RNF215,PIP5K1C,ATRIP,RHBDL1,VTI1B,HEXIM1,EDEM3,B3GALNT1,JUN,CREBBP,PRPF38B,PRRT2,CADM4,JUP,PBX2,EIF1,MRPL22,MLLT10,ABTB1,TBL3,FAM135A,EIF6,FASN,PSMG4,DZIP1,PKIG,EZH2,GSTM5,LGMN,ARF3,PIGU,PIGO,MTMR14,HEXB,PRKAG1,LRRC4,MED19,SNX11,OSBPL11,SHD,BBC3,MED11,TRMT112,TUBA1B,SMPD4,MRPL40,TMEM43,TMEM44,TCP11L2,RPLP2,ENOPH1,APC2,UPF1,LRRC45,ACTL6B,DUSP1,SPHK2,IFT140,MRPL49,SLC39A13,SIRT7,MRPL45,GMIP,DUSP6,MED29,MRPL43,SRP9,DDB2,MRPL44,DUSP7,MED23,SLC7A5,MRPL53,SLC7A6,MED25,PLSCR3,BDH1,CDC42EP4,PXDN,SDHAF1,RAPGEF1,PELI1,TUT1,RAPGEF2,SLC29A1,PAFAH1B3,VAMP2,ERGIC1,SLC29A2,LRRC14,RNASEK,LIN37,STAU1,GSTP1,ODC1,SNX32,TMEM74,CENPB,TMEM70,GGA1,SNX29,PSMB4,AP2S1,SAMD1,ZSWIM4,MEF2D,EGLN1,CENPT,UTP6,CENPV,MBD6,LRRC24,DAB2IP,TARBP2,SPSB3,SKI,PSMC5,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,ETNK1,SLMAP,SNX15,TAOK2,YPEL1,PKN1,AGRN,YPEL5,CRAT,YPEL3,MTCH1,MSI1,CASC3,FBXO21,EIF4ENIF1,STK11,FNTA,SESN1,SCMH1,NUDT19,PIM3,MAP3K9,KPNA3,FADS1,AP2M1,KPNA1,SH3GLB2,FBXW5,PCYT2,DGAT1,CISH,VPS33A,CTNNBIP1,PRPF4B,CNPY2,CNPY3,SRCIN1,LENEP,FOXP1,CDC25B,FTSJ3,ACLY,ACAP2,SLC9A8,SRSF2,FSCN1,LY6H,SQSTM1,SRSF7,ARL8A,ANAPC2,LY6E,SRSF9,INO80B,RNASEH2C,RNASEH2A,PFKFB3,PEF1,SMYD5,ARL3,MAZ,ISG20L2,ARL2,SPATA2,FBXO45,CORO1A,LRRC55,FBXO41,CORO1B,GLIS2,SLC9A1,EIF1AD,SBNO2,SNN,NDOR1,STK38,MBIP,NAE1,SLC38A2,NADK,FBXO31,UCKL1,DRAP1,SH3BP5L,STK24,TMEM11,MDM2,NFE2L3,LRCH4,TMEM19,ITGB1,ZNF512B,HSP90AB1,PTEN,PIK3CD,ETFB,ARRB2,AP4M1,MRPL4,ALAD,PPP6R1,SUMO3,PMEPA1,ACP2,DGCR6,DNM1L,MDP1,DGCR2,ACTR3,HSP90AA1,TFIP11,RAD23A,VPS37B,MSL1,GIGYF1,PPM1A,SLC25A19,C1D,ETF1,DCTPP1,GAPDH,SLC25A11,PPP1R12C,SEC22C,PPP1R15B,GTF3C2,BECN1,GTF3C3,CANT1,UHRF2,ROCK1,MGRN1,ROCK2,SRC,NDUFB4,PRCC,ZBTB43,PARD6G,FURIN,ZBTB45,SRI,MLLT6,PPM1G,SLC25A27,GANAB,SLC25A28,NCLN,CCDC85C,U2AF2,BAHD1,SH3BP2,CDC37L1,EIF4H,SH3BP4,IGF2BP3,FYN,FSD1,HNRNPA1,PCDH1,AAMP,SLC25A22,UBQLN4,EIF4B,HNRNPA0,TRIM41,SSB,NDUFA6,SLC12A5,FEM1A,MID1IP1,MBOAT7,HIP1R,LYSMD1,RPL23A,EFR3B,CABLES2,SLC25A39,NAGK,CDKN2AIPNL,EIF3K,TRIM35,EIF3G,STUB1,CCM2,P4HB,CDR2L,SMAP2,EIF3C,BCAR1,SPG21,EIF4A2,EIF4A1,TMEM41A,PREP,PPAN,KEAP1,ZDHHC7,ZDHHC8,ACTB,ZDHHC3,CYB5D1,CRKL,RASSF2,TRIM28,DHX57,FAM53C,EIF2D,CCNL2,SNRPD3,CCNL1,ATXN7L2,CCDC92,ATXN7L3,PELO,TBC1D22B,TMPO,SLC12A9,ST6GAL1,ATP6V1G2,SMARCC2,ACTN1,ECH1,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,MFSD11,ANK1,CDC34,THAP7,CSNK2B,ULK1,SLC45A4,AARS2,GGNBP2,DHX8,FBF1,SUPT4H1,CEND1,PIK3R1,GSPT1,PGS1,APH1A,SNX4,SEC14L1,DHX33,PCBP4,DHX34,PCBP1,HIVEP1,SYMPK,HIVEP2,RCE1,N4BP1,ATP6V1C1,CTSA,XBP1,TMEM86B,IQSEC1,ZFR2,ERAL1,SMARCA2,IFFO1,WNK1,ID2,INTS5,SDC1,PAF1,COL9A3,NOL10,CALM1,RCOR2,RGL2,INTS8,FBXL6,MRPS17,DDR1,NRP1,TMEM151B,CCDC127,FKBP15,FAM57B,CTSZ,INTS10,MRPS10,AATF,COX7C,PTPRF,HERPUD1,PTMS,AKAP12,MAP1LC3B,AKAP11,HYAL2,ENC1,MLX,REV3L,RAC3,DHX16,SSSCA1,SDF2,CTSD,GIT1,CTSB,VKORC1,MRPS28,PCYT1A,TMEM150A,MMD,GAA,ACAD9,MRPS23,MINK1,MRPS21,TFB2M,COMMD1,COMMD6,TOX4,GAK,PITPNM1,G2E3,ARHGEF1,CD47,ARHGEF2,FAM193A,ARHGEF7,PTMA,DBN1,STK40,STX12,AHCY,PCNA,STX16,MRPS36,SSNA1,DOT1L,GBA,STX18,CCDC106,RELA,GNAI2,RXRB,MNT,NFIL3,ORMDL3,PAK6,MGAT1,MGAT2,CCT5,MAP3K3,MON2,SPRYD3,YIPF2,SORT1,MYO9B,UBE2G1,AP2B1,UBE2G2,DOHH,MIAT,VEGFA,PPP1CA,MIB1,TMUB2,PER1,BOP1,NUDT8,TCEA2,CCNYL1,PNPLA6,ACTR10,ZFP28,GRINA,SCARB1,MIDN,ACAA2,NUP188,BCCIP,PHRF1,SRP14,CELSR3,ACTG1,IGF1R,AMMECR1L,FAM174B,TBC1D30,CAPN2,EP300,FAM3C,ARID2,SBF2,PPFIA3,SH3GL1,PCID2,MORC3,ZGPAT,RUNDC3A,DHDDS,EEF1A1,PSPC1,EHBP1L1,PPIF,WDFY1,RAF1,CARS2,PPIA,KLHL18,RTN2,RTN3,PSMD12,PSMD11,NDUFB10,DDX1,HTRA2,KLHL12,SLC1A4,PSEN1,NDRG2,NDRG1,RAI1,RNASEH1,GRK6,CAMTA2,H1FX,NDUFV3,VARS2,NDUFV1,QSER1,BCL9L,CCDC134,PRNP,SYT1,VTA1,HMGA1,KLHL22,NUP153,KLHL24,SUPT5H,AP4B1,SSH3,SYT7,HIGD2A,PAN2,AHI1,UBE2W,H1F0,HOOK2,HOOK1,UBE2S,GNB2,GNAS,TCF3,UBE2K,GALK1,MXD4,GSK3A,PRR7,RBM25,DYRK3,DDX46,PRKCSH,CNRIP1,PRR3,HP1BP3,PSIP1,DPY30,CHD4,DDX41,CHD2,AFF3,MEA1,USE1,LMNB2,PPP1R9B,LASP1,YWHAQ,BCL7C,BCL7B,MYO18A,LRRFIP1,YWHAG,ARHGEF11,RBM17,SUN2,HSDL1,NUP133,PDPK1,GLRX5,DCAKD,DDX56,HUNK,TBC1D8,ABHD14B,ARHGEF18,ABHD14A,NAV2,SYNGR3,EEF1G,IRF3,NDUFS7,ACOX1,GORASP2,PPDPF,CAT,ATP6V1B2,NAT8L,INA,IRF9,RBM22,DCTN1,ASB13,AGPAT1,CLCN2,PARL,AGPAT4,TAF1D,DNPEP,CAND1,TMEM203,TAF1B,SV2A,GNG7,MKNK2,BNIP1,NAA25,MTA2,CRYM,FBRS,ATF7IP,ATP2B4,SMUG1,CLCN7,PNKD,ERCC1,ASB6,TAF6,VIM,TRIO,MYT1L,RPL31,HNRNPU,SLC4A3,ENO2,PHB2,GPATCH8,GLE1,TFG,ZMIZ1,MYC,CSPP1,ZXDC,WDR91,RPL36,IER5,IER2,CDK5RAP3,IAH1,DAPK1,RPL23,PRKCE,PRKCD,DAPK3,WDR74,ARMC9,SCRIB,SOX12,AARSD1,CLPX,GTPBP4,WDR77,RNF123,GPR162,RNF126,BIN3,WDR81,ZSCAN21,HECW1,ADPRH,RPL27,RPL29,VPS28,PRR14,TSPYL4,SEH1L,NEDD4L,NOLC1,HIF1A,ARPP19,PRDX2,PRDX5,FAM171A2,PPP4C,RIC8B,BLOC1S1,NUP85,CHST15,GAR1,SSR1,ST3GAL1,ST3GAL2,S100A10,NAA50,RPL41,PHC2,CDK19,JUND,NDFIP1,CHKA,ST13,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PA2G4,PRRC2A,THAP11,TADA2B,EHD1,HNRNPL,TMEM199,FIBP,GNPTG,SLC6A6,NPLOC4,MEX3A,TADA2A,ATG2A,UNC119,MMS19,HBP1,DUS1L,CPEB4,FARSB,OGFR,PHF3,PHF2,BTG1,PHF23,DENND1A,CLTC,WDR41,LPCAT1,GPT,KRI1,SMG5,TRIM8,TMEM189,TRIM9,SPIN1,TIMP2,PLEKHN1,CIC,BRD3,BRD2,ZC3H10,SHPRH,TPI1,WDR37,MIOS,EXOC7,IFNGR2,ITPK1,NUTF2,GNL2,COPZ1,WDR33,GNL3,NCOR2,RNF168,HADHB,RNF167,TAF6L,LSG1,TUBB2B,TET3,MTF2,TKT,EXOC1,PCYOX1,GRN,NFIX,CLDND1,TIMM13,WDR24,FAM129B,TM9SF3,FGD3,ARFRP1,PPP1R2,SRP72,USP1,RPS2,ANKRD52,RPL18,RNF130,DEDD,FARP1,SF3A2,WDR18,SYVN1,TRMT1,TTC9B,SCAF1,GTF2H5,AGBL5,TM9SF1,NFIA,NFIB,TRMT6,ZYX,NUCB1,TMEM229B,ANKRD13B,TOR2A,ATP8A2,CLSTN3,RAB3D,AUP1,RPL10A,CLU,IPO4,TM7SF2,NPEPPS,NRBP2,RIMS4,LAMP1,CFL1,PHYHD1,SLC39A7,LZTS2,HMGN2,PLEKHJ1,TLE3,RAB2B,USP8,TLE2,MAP2K2,RPS7,USP3,ANKRD44,TPM1,IGFBP2,LEMD3,THOC6,RNF41,CTDNEP1,PYGO2,CLIP2,RAB31,ZFP41,RAB34,RAB35,FKBP8,SNRNP27,PHIP,ADNP,CSNK1G2,MAD1L1,FKBP5,SNRPB,CUL9,DNMT1,FKBP2,CD151,RAB5C,ANKRD16,CUL3,AK1,ITPR1,KLC1,NEUROD2,PITRM1,UBR7,DVL1,BTBD2,NACC1,PSAP,DVL2,DVL3,MAP2K7,SKIL,SRGAP1,MCL1,MPDU1,WDTC1,ESRRA,EIF2B5,EIF2B4,TRAPPC3,ANKRD34A,EIF2B3,CCDC12,ANKRD24,TNK2,TRAPPC5,M6PR,MARCH8,FANCE,LSM4,SCRT1,NSFL1C,RCAN1,COPS6,CNOT6,COPS5,CDK5,LHX2,TADA3,NF1,RNF181,PLXNB2,PLEKHM2,PLXNB1,LZTR1,BCL2L1,EIF4G1,RNF10,MCM7,ZC3H3,ZFP82,PTBP1,DUSP12,AP1G2,UBTF,CEP170,HIF1AN,CCDC50,PLEKHG2,REXO1,GPX4,RFC2,ELAC2,RTN4RL2,PLRG1,RANGAP1,COASY,BET1L,PTP4A1,PTP4A2,PTP4A3,TRAF4,CTDSP2,DNAJC5,POLR1C,RPL37A,CCDC43,EIF4E2,CRK,RNF31,SMARCD2,TSSC4,NLGN2,WBP1,WBP2,RAB1B,SEMA3F,JAKMIP2,AP3M2,DCAF15,DNAJB2,ABLIM1,FZR1,HECTD1,POLR2A,ABLIM3,PUF60,RBBP4,MSTO1,RBBP5,POLR2E,CSK,POLR2G,RAB28,UGGT1,FNIP2,POLR2L,SEMA4A,SLC35A4,SPAG7,PPIL1,PPIL2,RNF24,FBXL19,ADRM1,TPRKB,FBXL16,CDC42BPA,ASXL1,BCKDK,CUL4A,RAD52,RAB10,KLF6,NFASC,IMPDH1,POLR3C,DNAJA3,MGAT4B,POLR3E,VPS41,POLR3K,SLC35B2,APP,VEZT,PANK2,IFITM2,TMEM183A,VARS,ZMYND8,PITPNA,CBLB,RAPGEFL1,RPS15,RPS14,RPS16,FRAT2,GOLGA5,RPS19,KAT5,RUSC2,PPP2R1B,FLAD1,RPL36AL,FTH1,GOLGA1,LONP1,SEPHS2,GLUL,SOX4,TBC1D10B,COG8,SLC6A17,NFKBIL1,ARRDC3,COG3,MRPS18A,JMJD8,MAPK8IP3,JMJD6,POR,NIF3L1,CARHSP1,ZW10,CRYZL1,HECA,TTLL12,PFN1,AURKAIP1,ATP6V0D1,NECAB3,STXBP1,STXBP2,TRANK1,TRMT2A,NMD3,NLK,VPS8,INPP5K,GSE1,SCAP,TNRC18,RALGDS,ATP6V0A1,VASP,SNHG1,TRAP1,RABGAP1L,PTPRN2,INSR,SLC35E3,UBAC1,UBAC2,RPS26,STAG1,RPS29,ADCK5,RNPS1,RPS21,TECPR2,RPS24,CDS2,ITM2C,DAZAP1,FAM45A,CITED2,GDI2,MYL6B,HINT1,SIPA1L1,XPO6,ZMYM6,RAB8A,UBXN6,RALGPS1,PSENEN,MAP4K2,TMED9,ZER1,PARP1,TSC22D1,PRMT1,STRADA,TSC22D3,RHOF,LIME1,MTSS1,MLF2,VAV2,RHOB,NME1,RAB33B,SCNM1,NFX1,PACS1,RPUSD1,HNRNPH1,HNRNPH3,ALDOA,SGK1,ATP6V0C,FYTTD1,MAGEH1,CSTB,TOMM40,SLC20A1,ICA1L,ARNTL,TYMP,AKAP1,TCEAL8,CST3,NT5C,AMN1,ZDHHC18,CUX1,NT5M,RANBP1,PTGES2,SLC31A1,RYK,NFYC,AP3D1,RAB11B,CAPZA2,R3HCC1,CTNNB1,TRIP12,FAU,CDK5R2,NDUFA13,KDM1A,CWC25,TOMM22,CNDP2,TATDN2,FAM162A,ARHGDIA,HCFC1R1,FPGS,CHCHD1,RALBP1,PAM16,SPNS2,KCTD3,ATP1B1,TUG1,PDIA4,DPM3,PRPF6,CHMP4B,MATR3,FIZ1,STAM2,PDE9A,ZCCHC8,ATP6V1A,ISYNA1,PXK,RPS19BP1,CHRNA7,PXN,NOP2,EFNA4,PRPF8,ARHGAP12,EMG1,DPP9,TMEM127,DNAJC21,SUDS3,MARK2,BPTF,HSPA8,ACBD4,CBX5,CPSF1,CBX4,IDH1,ASPSCR1,TBCD,BFAR,CWC15,EIF2S1,COQ6,COQ5,ARHGAP23,NFKBIA,DLG1,EFNA2,DLG4,ATG16L1,DNAJC10,CHMP2B,JMY,BLMH,PI4KB,LRP10,MUS81,SCYL3,KDM5B,ACADVL,USP38,THRA,NVL,USP39,SEPT9,SPRED2,SENP7,ALDH2,ZC3H7A,MFSD5,FLOT1,PDE4A,FLOT2,USP30,SCYL1,POLG,KDM6B,JAGN1,KLF13,SPATS2,AXIN1,RNF208,H2AFV,TRNAU1AP,KLF16,DNM2,FCHSD2,RABEP1,DDAH2,AKT1S1,TRNP1,LUC7L3,CHMP6,B4GALT5,VAC14,HCN3,STOML2,RGS19,KDM3B,STOML1,USP16,POLDIP2,POLDIP3,OPRL1,PDXP,ATP1A1,TOB1,U2AF1L4,HSPD1,TBRG4,MAPK9,FAM120B,FAM120A,LGI1,PTCD1,TMEM30A,B3GAT3,LIMK2,NAP1L1,DEK,HSPE1,MEIS2,SLC4A8,PDE10A,RPS6KB1,RPS6KB2,BAX,SSBP3,SSBP4"
+"gene_set_query"	"337"	"MBNL2"	"389.0"	"ARCHS4 Coexpression,484;Enrichr Queries,390;GTEx Coexpression,293"	"ATF2,NCKAP1,GLS,FAM110A,GLE1,SCAMP5,ALCAM,RAVER1,ZMIZ1,DPYSL2,DIP2C,PRKACB,ANKS1B,DAXX,GABARAPL1,MEF2C,RBFOX1,PRKCD,CD3EAP,FRS2,SCAMP1,GABRG2,SCAMP2,ARMC1,EID1,PRKAR1A,FEZ1,DDIT4,SPARCL1,RPL29,VPS25,CDCA4,NEDD4L,HIF1A,FAM171A1,PPP3R1,PPP4C,HSPH1,S100A10,JUN,NDFIP2,NDFIP1,CADM1,CADM2,PLK2,H3F3A,EXOC6B,TYSND1,NR1D1,PBX1,WDR55,QARS,PAM,FERMT2,EZH2,CPEB4,PIGS,MOCS2,PIGU,BTG1,SETD7,UBL3,TUBA1A,TRIM2,TIMP2,DLGAP1,PCMTD1,LYPLA2,SIRT7,DUSP6,BACE1,TMEFF1,ZEB2,PXDN,TMEM106B,RAPGEF2,PLCB1,ARF6,GAS7,SF3B4,GRN,ADAM22,GGA3,UBN1,CHN1,SLC17A7,NCDN,RPL18,JAM3,KIDINS220,ATRNL1,GATAD2A,NFIA,NFIB,YPEL5,MTCH1,TOR2A,ATP8A1,CLSTN1,CASC4,CLU,SLC8A2,SLK,LAMP2,ANKRD13A,TLE3,BNIP3L,RNF44,SLC38A1,ANKRD46,IGFBP3,MAGI2,TPM1,CASD1,RNF40,FOXP1,ARMCX3,TOM1L2,OLFM1,ARMCX1,RAB31,RAB35,PKP4,SQSTM1,SNRPB,FTO,INSIG1,ITPR1,UBR3,RAP1GAP,HSP90B1,NDOR1,PITRM1,SLC38A2,RAB6B,BRPF1,SLC4A10,CORO2A,LRCH2,ARPC2,RHEB,NF1,CPE,NACAD,SERINC1,OSBPL1A,SERINC3,BCL2L2,ITGB1,SNAP25,RNF11,TRADD,CELF2,SGCE,DUSP12,SGCB,RNPEP,PSD3,PMEPA1,EDIL3,DST,PEG3,SECISBP2L,LANCL1,VPS37B,ARL4C,PTP4A3,ASPH,DNAJC6,CTDSP2,IMPAD1,SEC22C,GTF3C2,NFAT5,NLGN1,HDAC3,ROCK2,DCAF15,ABLIM1,CSK,E2F4,ATP9A,SPAG9,SLC12A5,DDHD2,PTPN11,CDC42BPA,OXR1,MARCKS,KLF6,NFASC,VAPB,PDCD4,EIF4A2,APP,CCNK,ZDHHC5,JMJD1C,ZDHHC3,ACTB,RPS15,EFR3A,FTH1,CCDC97,SEC62,BSN,GLUL,SOX4,TRIM23,SLC6A17,ARRDC1,ACTN1,ARRDC3,MTUS1,ANK2,ANK3,STX1B,STX1A,MACF1,DHX8,STXBP1,STXBP2,DCUN1D4,MYCBP2,PIK3R1,NKAIN2,HIVEP2,MAP4,N4BP1,RCC2,TREX1,ST8SIA3,MYO5A,HSPA12A,SMARCA2,PTK2,SNAP91,UBAC2,SRPK1,ID2,CALM1,ITM2C,NRP1,CITED2,DIRAS2,WASL,SLC7A11,PTPRK,BMI1,HERPUD1,AKAP12,PPP3CA,PPP3CB,AKAP11,CHMP1A,ENC1,KIF13A,DHX16,IDS,CTSB,DBNL,TSC22D1,PRMT1,TSC22D3,ZFR,SYP,ZDHHC17,SYN1,MLF2,RHOB,PACS2,VSNL1,FAM20B,NCOA7,MAPRE3,CD47,SGK1,MAPRE2,NAPB,AKAP6,PCNP,CAMK2N1,EPS15,DYNC1I1,MAP4K4,GABBR1,NFYB,SORT1,SORBS2,SORBS1,PPP1CA,VEGFA,GRIN1,CAPZA1,CCNG2,ZFP28,SCARB2,MRFAP1,NUCKS1,IGF1R,KIF5A,CAPN2,SH3GL2,NSF,KDM2A,FBXW11,TMOD2,LMTK2,LMO7,ATP1B1,PREPL,TMEM136,SCG5,WDFY3,NDRG4,SEL1L,NDRG2,CPLX2,NDRG1,CPLX1,RTN4,CNN3,ARHGAP21,RPRD1A,LONRF2,MARK2,IVNS1ABP,HSPA8,PRNP,HSPA5,SYT1,CRIM1,DSTN,CNOT10,KLHL24,SYT7,NFKBIA,GNAO1,ARHGAP32,DLG1,EFNA2,DLG2,HOOK2,HOOK1,GNAQ,GNB2,CNTN1,PICALM,DOCK3,THRA,PRKCSH,DOCK9,CHD6,ATP2A2,PPP1R9A,RND3,AFF4,GRM5,MFSD6,NPTN,CASP2,LRRFIP1,SULT4A1,YWHAG,YWHAH,ARHGEF12,H2AFY,PDPK1,PDE4D,DYNLT3,NAV2,YWHAZ,PJA2,DNM1,DNM2,DNM3,LMBRD1,RABEP1,DDAH1,NUP50,ZMYND11,DCTN6,CAMK2B,CLCN3,DNPEP,RALY,MTA2,SNCB,RWDD1,TMEM30A,NEGR1,EYA3,LCA5,ATP2B4,PDE4DIP,NAP1L2,ATP2B2,ATP2B1,CHFR,NAP1L5,FMNL2,TEF,PPP2R2C,VIM"
+"gene_set_query"	"338"	"HSF4"	"390.0"	"ARCHS4 Coexpression,210;Enrichr Queries,791;GTEx Coexpression,169"	"MT-ND4,IFT172,DCAF8,ENO2,AKT2,DPYSL2,MYC,ZMIZ2,LUC7L,AKT1,PRKACA,CDK5RAP3,TMEM8B,DDX17,HES6,CD3EAP,SCRIB,NISCH,PRKAR1B,PSME3,DDIT3,DDIT4,RBCK1,PRR12,MEG3,CTBP1,NPRL2,AGAP3,AAAS,PLA2G6,FAM160B2,ABR,RHOT2,PLCG1,PIP5K1C,ZSCAN18,ABCA2,JUN,WDR59,PHC1,PRRT2,JUND,DMPK,NR1D1,POU6F1,PRRC2A,ABTB1,CDK10,PLCH2,DUS1L,CDKN1C,OGFR,PHF2,KCNC3,SMG5,SMPD3,SMPD4,FASTK,GPRASP1,CIC,DFFB,EXOC7,ITPK1,DUSP8,DUSP6,NCOR2,SLC7A5,KAT2A,VAMP7,INF2,KIFC2,PXDN,MMP17,PICK1,SLC29A1,GAS8,GAS7,LRRC14,NFIX,GPS1,CENPB,SLC17A7,CKB,NCDN,CENPT,RIC3,BRF1,DAB2IP,SCAF1,XAB2,TAOK2,NUCB1,PKN1,AGRN,SLC27A1,CLSTN3,CLSTN1,ATN1,CLU,TM7SF2,NRBP2,FBRSL1,LZTS2,FADS1,SH3GLB2,TLE2,MAP2K2,IGFBP3,PPP1R16A,THOC1,DGKZ,ATXN2L,CACNB1,ACAP3,ARMCX4,TOM1L2,MADD,FSCN1,SRSF5,ANAPC2,BRSK1,CUL7,INO80E,SHC2,RAB5C,PFKFB3,INSIG1,CHRD,FBXO44,RAP1GAP,KLC2,DVL1,BTBD2,SAFB2,DVL3,E4F1,PLXNA3,EIF2B5,TMEM120B,TIA1,TNK2,M6PR,MARCH9,UCKL1,ARPC2,UBLCP1,MAP3K10,PLEKHM2,PLXNB2,PLXNB1,LZTR1,BCL2L2,NFE2L1,ZNF512B,CALCOCO1,NUMA1,AKAP8L,PTPN23,TRO,DUSP12,AP1G2,SIN3B,SNRNP70,MDK,WDR6,TNPO2,ACTR3,ACTR2,REXO1,DHPS,AMT,ARFGAP1,QTRT1,GIGYF1,PTP4A3,C1D,PPP1R12C,SMARCD3,WBP1,GTF3C5,CXXC1,LENG8,LRP3,HDAC6,MLLT6,SLC25A27,CDC42,DNAJB2,SLC25A23,SH2B1,SLC12A5,NICN1,CDC42BPB,RAD52,PFKL,UNC79,TNRC6A,FAAH,HDAC10,ZDHHC8,RUSC2,RUSC1,CCNL2,SOX4,SRRM2,SLC6A17,ZFP2,ENTPD6,CIRBP,PTOV1,MAPK8IP2,MAPK8IP3,ANK1,ULK1,HECA,FLYWCH1,OBSL1,TELO2,IGSF8,RTEL1,NRN1,NECAB3,TBC1D9B,STXBP1,CEND1,SYNGR1,PDCD10,MICAL1,SYMPK,TNRC18,RAB11FIP3,RALGDS,RBM10,SNX6,B4GALNT4,BBS1,ZRANB2,INTS1,IQSEC2,INTS3,SS18L1,MICAL3,GADD45G,ID2,ITM2C,DDR1,GDI1,AATK,SLC7A11,VLDLR,ACTR1B,CTSF,GIT1,PARP6,PRMT7,GAA,TSC22D3,MINK1,NME3,CBFA2T2,SYN1,MLF2,GAK,PACS2,FAM193B,MAPRE3,CRELD1,MAPT,SGK1,CSTB,STX16,CRIP2,RFNG,GDPD5,CAMKK1,BEGAIN,CAMKK2,RXRB,NFIL3,HSF1,PAK2,NPDC1,GABBR1,MIB2,VEGFB,VEGFA,GRIN1,PRPF39,SGSM3,TTC3,SGSM2,GRINA,CELSR3,POGZ,SBF1,PPFIA3,LMTK3,TSC2,TSC1,ADAM15,EEF1A2,TBC1D24,ISYNA1,ARHGEF25,LTBP4,CACNA1A,DTX3,NDRG2,CPLX2,SEZ6L2,NDRG1,CPLX1,CACNA1H,RAI1,MAN2A2,CAMTA2,DMAP1,TBC1D17,ANKZF1,PRNP,CPSF7,GGT7,CPSF1,KLHL22,SSH3,SYT7,PAN2,AHI1,EFNA2,NR4A3,HOOK2,HOOK1,DLG4,PI4KA,CLASRP,MXD4,ACADVL,THRA,PRKCSH,MAST2,CHD6,SLC2A3,ARHGEF10L,PKD1,PPP1R9B,FLCN,ZC3H7B,MCF2L,MYO18A,PDE4A,SPEG,MAN2C1,RBM5,RBM6,ARHGEF11,SUN1,ABCC8,PDPK1,PLA2G4B,DDX56,PPP2R5B,NAV2,DNM1,PEX6,LUC7L3,ATG4B,NAT8L,CUEDC1,CAMK2B,ANKS3,RBM4B,ATP1A3,SPG7,DLL1,THBS3,MTA1,TAF1C,SNCB,TTC14,URGCP,USP20,USP21,ATP13A1,CLCN7,IRGQ,MAPK11,NEURL4,ERCC3,TEF,PPP2R2C,RGS11"
+"gene_set_query"	"339"	"ZNF518A"	"390.0"	"ARCHS4 Coexpression,657;Enrichr Queries,281;GTEx Coexpression,232"	"MDC1,TCERG1,POP7,IFT172,ZMYND8,HNRNPU,JMJD1C,SMC5,GCC2,SMC6,SMC3,FNBP1L,PNN,GOLGA4,CAPNS1,GPBP1,LUC7L,CCNL2,NFRKB,PRKACB,CDK5RAP3,SRRM2,DDX17,WSB1,CXADR,SCAF11,METTL3,ARRDC3,DAPK3,CIRBP,RFX3,WDR73,DICER1,SCAMP1,SRRM1,EWSR1,RFX7,ZC3H11A,DDIT4,AKAP9,JTB,FAM76B,FAR1,PFN1,OBSL1,ALG10B,SF1,PDXDC1,FBF1,DCUN1D4,COPS7B,BAZ2A,PIK3R1,PLA2G6,RNPC3,OAZ1,MBTD1,HLTF,PCBP2,RAB11FIP2,ARGLU1,EDEM3,JUN,PHC1,ZRANB2,CHKA,STK11IP,BCL11A,INTS3,BBIP1,SETX,CCDC88A,MLLT10,FAM160A2,ZZZ3,STAG2,WNK1,GOLGB1,FUBP1,GIPC1,CDC16,CDK13,SUGP2,DZIP3,PHF3,SMG1,AHCTF1,PIGU,ARF1,PIGO,PHF1,CCDC124,CLTB,PHF8,EPM2AIP1,MRPL42,NIPBL,PCM1,XPO1,ZMYM2,MED13,AKAP11,ZMYM3,PCF11,GUK1,ZMYM4,TRIM2,ZMYM6,REV3L,SDF4,SH3BGRL3,UBXN4,EMD,PCMTD1,PARP6,BRD2,TMED9,SHPRH,IFT140,TET2,SLC39A10,WDR34,WDR35,SRP9,WDR33,MLF2,MED23,PHF20L1,ENAH,KAT2A,HNRNPH1,MTF2,PXDN,G2E3,HNRNPH3,SGK1,ATP6V0C,NAPA,PRIM2,STX16,SRRT,NEDD8,FAM117B,CENPB,BCLAF1,RECQL5,BTAF1,USP1,CLPTM1,RICTOR,BRD8,APBB3,SF3B1,SRSF10,SRSF11,NKTR,RANBP2,MON2,MBD6,YTHDF3,CSNK1A1,MBD1,NR1H2,SYNJ2BP,MYO9A,MPP6,WDR11,MIB1,RAB11B,MKLN1,NFIA,NFIB,SNX14,ETNK1,TAOK1,HNRNPA2B1,ZYX,NUCB1,PKN1,TARDBP,FRYL,GRINA,CCNT2,SPPL2B,LTN1,ARID4A,ARID4B,POFUT2,SMCHD1,PPIP5K2,KIF5B,ARHGDIA,POGZ,CFL1,PAPOLA,SMARCAD1,ARID2,HMGN1,SH3GL1,SLC38A1,MAP2K2,RALGAPA1,THOC1,TSC2,ATP11C,TSC1,PRPF4B,THOC2,ATXN2L,MORF4L1,ILF3,ACAP2,DMTF1,TBL1XR1,PRPF3,RAB35,MATR3,PHIP,WDFY3,SRSF5,ADNP,SRSF6,SNRNP200,FAM92A,ANAPC2,CSNK1G1,ISYNA1,CD151,RAB5C,CCDC24,ANKRD12,PDS5B,PRPF8,ARHGAP12,SBNO1,STK36,ORC3,TPR,UBR5,EP400,DMAP1,NAE1,SLC38A2,QSER1,BPTF,IVNS1ABP,OSBPL8,PRNP,CPSF7,TIA1,CPSF6,CBX5,CPSF1,TRAPPC8,KLHL24,SUPT5H,CLK4,ANKHD1,CLK2,PAN2,DRAP1,SON,PAN3,EFNA2,HOOK2,ZFP62,HOOK1,GNB2,DNAJC10,SP3,DMXL2,NF1,MDM4,PI4KB,BRWD1,OGT,COPE,CREBZF,LMBR1L,RBM25,RBM26,NUMA1,WDR1,PRKCSH,CEP164,USP34,PTEN,CHD6,SYNE2,SENP6,SENP7,SIN3B,CAPZB,RB1CC1,GATAD1,PPP6R3,FLOT1,WDR6,TLK1,MAN2C1,RBM5,RBM6,SCYL1,EIF5A,USP47,PPP1R12A,DST,PDPK1,CAD,ATRX,VPS13A,NAV2,ARID1B,PTBP2,ZFP90,GIGYF1,SFPQ,ELF2,CREB1,RASA1,CTDSP2,POLR1B,LUC7L3,USP40,BIRC6,SOS1,LUC7L2,NFAT5,PARG,ROCK2,WBP2,SRSF1,TULP4,LENG8,SPG7,HDAC6,MTA1,HECTD1,RBBP4,PABPN1,TAF1C,BMS1,TRA2A,KRIT1,FEM1C,FYN,IGF2BP3,EIF4E,SH2B1,TTC14,ATF7IP,ARFGEF1,RBM39,HNRNPA3,GPKOW,ATP2B4,ZFC3H1,PDE4DIP,CDC42BPA,OXR1,TTC17,ASXL1,SLC4A7,KLF6,APC,ACIN1,RBM42,STUB1,SUGT1,TRIM33,TAF1,R3HDM2"
+"gene_set_query"	"340"	"FOSL2"	"390.6"	"ARCHS4 Coexpression,762;ENCODE ChIP-seq,74;Enrichr Queries,752;ReMap ChIP-seq,195;GTEx Coexpression,170"	"TDRKH,MDC1,SCOC,NUP107,SLC4A1AP,EHMT2,POP4,TSKU,SCAMP5,LSM10,ALKBH3,NDST1,PSMD9,KRTCAP2,ZFYVE27,CAPNS1,PSMD5,GPBP1,AKT3,PSMD1,SAMD10,MEF2A,SAP30BP,SCAMP3,SCAMP2,MYL6,EWSR1,DDIT3,CLNS1A,PSME3,DDIT4,UQCRC1,JTB,UQCRC2,ATF4,TTYH3,ABCB6,CDCA4,SAR1B,FLII,MEPCE,MRPL16,MTMR9,COPS7B,ABCB8,PLA2G6,MRPL12,MRPL13,GABARAP,MRPL11,PRPSAP1,RNF216,GRPEL2,PIP5K1A,AMZ2,HEXIM1,JUN,PRRT2,CADM1,JUP,CADM2,MRPL27,ERLIN2,LARP4,MRPL24,MRPL21,MRPL30,EIF5,EIF6,LAS1L,SFXN3,PSMG3,NMT1,DZIP3,RNF220,PIGO,HEXB,RPLP1,RPLP0,HEXA,PRKAG1,MRPL38,MED15,BBC3,MED17,MRPL33,SHF,TRMT112,TUBA1C,MED11,MRPL42,TUBA1A,MRPL40,RPLP2,APC2,LYPLA2,UPF1,LRRC45,SPHK2,DUSP1,LRRC49,MRPL49,SIRT4,SLC39A10,SIRT7,MRPL48,JOSD1,DYNLL1,GMIP,DYNLL2,MRPL46,MED29,MRPL43,DUSP6,SIRT2,LRRC41,SIRT3,DDB2,MRPL44,MED23,SLC7A5,MRPL53,MED22,MED25,PSMA4,CDC42EP4,PTRH2,PXDN,SDHAF1,RAPGEF1,TUT1,TMEM106B,VAMP4,PAFAH1B3,VAMP2,ERGIC1,ARF6,SLC29A2,LRRC14,TRUB2,WRB,URM1,NIP7,SRRT,NOC4L,SDAD1,PSMB7,PSMB4,RECQL5,UNK,SNX27,TMEM65,TMEM68,MICALL1,AP2S1,LEO1,FLNA,ZSWIM6,MEF2D,UTP6,CRBN,MDH2,UTP3,TARBP2,SKI,PSMC5,MYBBP1A,CCDC9,PSMC4,APEX1,ETNK1,YPEL4,ATN1,CASC3,FBXO22,FADS2,LAPTM4A,STK11,RUVBL2,STK16,FNTB,OSBP,ADORA1,NUDT19,PIM3,SLC38A1,PCYT2,FBXW5,DGAT1,VPS33A,CNPY2,FBXW2,LENEP,CDC25B,SLC9A5,MAPKAPK2,SRSF4,SRSF5,SQSTM1,ARL8B,ANAPC2,INO80B,LRRC59,PFKFB4,RNASEH2A,PFKFB3,TXNDC9,ARL3,MAZ,IREB2,ISG20L2,ARL1,SPATA2,ARL2,FBXO44,GLIS2,RAP1B,SOCS2,EIF1AD,SBNO2,NDOR1,SLC38A2,ZKSCAN1,LRRC4B,NEK9,API5,FUS,UROS,ZBTB11,EEF2,UCKL1,DRAP1,SH3BP5L,STK24,UQCRQ,SP3,AAK1,PIN1,OGT,ITGB1,ZNF512B,MCFD2,HSP90AB1,ETFB,ARRB2,MRPL3,FSD1L,ZNRD1,PPP6R1,SUMO2,PMEPA1,ACP2,HMG20A,MDP1,UNC45A,EIF5A,EIF5B,DST,ACTR6,ARNT,VPS37D,VEZF1,VPS37B,MSL1,ARL4C,HAX1,NPC1,ETF1,TMBIM6,BDP1,GAPDH,SLC25A11,MET,PPP1R12C,RNFT2,PPP1R15A,PPP1R15B,GTF3C3,LRP1,GTF3C5,ROCK2,SRC,PRCC,SRSF1,CXXC1,LENG8,FURIN,SRI,CXXC4,FOXRED1,MLLT6,PARD6A,KCTD20,U2AF2,SH3BP2,SH3BP5,UBQLN1,LRRC8A,IGF2BP3,FSD1,SLC25A22,SLC25A25,ATP9A,HNRNPA0,BEND6,CYB5B,PTPN1,SEC24B,PPP1R14B,HNRNPA3,NOP58,CIZ1,TRIM41,FEM1B,NDUFA4,MBOAT7,RPL23A,MCOLN1,EFR3B,HNRNPAB,TPD52L2,NELL2,EIF3M,NAGK,CDKN2AIPNL,EIF3K,SYT11,EIF3I,EIF3J,OCIAD1,EIF3G,TRIM37,STUB1,P4HB,EIF3F,BCAR1,EIF3A,EIF4A2,EIF4A1,CCNI,TMEM41B,EIF4A3,ZDHHC5,ZDHHC7,CCNC,ACTB,CYB5D1,SNRPD2,BSG,OGFOD2,CCDC97,EIF2D,KIF21A,TRIM27,CCNL1,CCDC92,ATXN7L3,TMPO,IMP3,SCAF11,ACTN1,ECH1,NSMCE2,NSMCE1,CIRBP,ALG2,ANK2,CSNK1D,MOGS,ACTN4,SNHG12,KCTD10,KCNQ2,CD2BP2,STX1A,SLC45A4,TMEM87B,TBC1D9B,DHX8,FBF1,CTR9,SUPT4H1,CEND1,PTTG1IP,PIK3R1,TTBK1,PGS1,PGBD5,LARS,ERI3,TSPAN5,SURF6,SYMPK,FAM192A,HIVEP2,RCE1,RIMKLA,RBM12,N4BP1,TMEM86B,INTS1,MICAL2,SMARCA2,PTK2,MED13L,ID2,INTS5,SDC1,PAF1,INTS4,NOL10,CALM2,RGL2,NRP1,DHRS13,MRPS15,MRPS16,USPL1,GPAA1,MRPS11,TECR,MRPS12,INTS10,CTSZ,MRPS10,PTPRK,SLC7A11,AATF,NAT14,AKAP12,ARV1,PCM1,ENC1,UIMC1,MLX,RAC3,SDF4,SSSCA1,KIF1A,NDEL1,CTSB,CCT3,TMEM150B,SEC13,MRPS27,PCYT1A,WARS,GAA,MRPS23,MINK1,ANO6,CACYBP,TFB2M,GAB2,COMMD4,APRT,GAK,CTU1,RAP2B,PITPNM1,ARHGEF1,ARHGEF2,PTMA,DBN1,STK40,AHCY,STX16,MRPS33,SSNA1,HEATR1,GBA,CCDC107,CCDC106,RELA,GNAI2,MNT,EXOSC4,NFIL3,SERTAD2,ORMDL3,MGAT1,CCT7,CCT4,NPDC1,DYNC1H1,MAP3K3,VEGFB,TTC1,RSRC2,MYO9B,AP2B1,VEGFA,PER1,TCEA2,ESYT2,PNPLA6,GRINA,SCARB1,MIDN,CRTC2,SYS1,NARF,UBE3B,ACTG1,KIF5C,FAM174B,CAPN2,FAM3A,BANF1,DENND5A,BAHCC1,SBF2,SH3GL1,PCID2,ZGPAT,ADPRHL2,DIMT1,SLC30A5,ATG9A,DNAJB12,EEF1A1,FAM173A,EHBP1L1,TBC1D24,PLAA,GEMIN7,RTN2,TBC1D19,COX16,CACNA1B,NDRG1,SUPT6H,RTN4,PLD3,RAI1,SHARPIN,KIF3B,KIF3A,DEAF1,CAMTA1,H1FX,CYC1,KIF3C,TBC1D17,NDUFV1,BCL9L,SYT5,OST4,PRNP,UBE2H,UBE2B,HMGA1,CRIM1,KLHL22,DSTN,SUPT5H,KLHL20,HIGD2A,GNAO1,CLK1,PAN2,BMP1,HOOK2,HOOK1,GNB2,UBA3,CNTN1,MKRN2,UBA2,CYCS,AMOTL2,PICALM,YWHAE,RBM28,GSK3A,PRR7,RBM25,DDX3X,DDX46,DDX47,PSIP1,DDX41,TRIAP1,CHD3,CHD2,AFF4,RND3,LMNB1,RND1,PPP1R9B,SEC61A2,LASP1,EEF2K,YWHAQ,MLST8,TIMM17A,YWHAG,BCKDHA,ARHGEF11,SUN2,RBM14,NUP133,PDPK1,GLRX5,DCAKD,DDX55,EPN1,EEF1G,VCAN,NDUFS8,IRF3,EEF1D,ACOX1,NDUFS3,CUEDC1,SHANK2,DCTN1,NAA20,GOSR2,GOSR1,CSTF2T,DDX21,CLCN3,AGPAT4,POLD3,TMEM203,MAT2A,GNG5,TGS1,RPP14,FBRS,PDAP1,TTC19,CDK11B,CLCN7,GALE,GLB1,ERCC1,POLE3,ASB6,VIM,CLUAP1,MBTPS2,RPL4,CYFIP1,RPL3,CLPB,RPL31,THYN1,STMN3,PHAX,ENO2,RPL8,BACH1,PHB2,GLS,PCMT1,ALCAM,ZMIZ1,MYC,STMN1,RPL36,AP1S1,LUC7L,RPL38,RPL37,MPV17,IER5,IER2,NUP214,DDX18,RPL23,PIH1D1,DAPK3,PRKCD,CD3EAP,WDR75,SOX12,GTPBP1,ARMC1,BIN3,WDR81,ZSCAN21,RPL24,RPL27,RPL26,RPL29,RPL28,VPS25,ALG10B,VPS28,PRR13,NUP205,ANAPC16,CTBP1,PHYHIPL,NOLC1,XPC,PRKCZ,HIF1A,GNS,ANAPC11,PRDX2,PRDX5,NCSTN,PPP4C,BLOC1S1,NUP85,BLOC1S2,CHST10,RRS1,CHST15,ST3GAL1,S100A10,RPL41,JUND,WDR59,DMPK,H3F3B,PLK2,IRF2BP2,TYSND1,UPF3A,PA2G4,NR1D1,WDR55,EHD1,HNRNPL,FIBP,GNPTG,SLC6A6,MEX3A,NPLOC4,GIPC1,ATG2A,HBP1,DUS1L,CPEB4,OGFR,BTG1,ELL,PHF23,CLTC,PFAS,TRIM8,TMEM189,TRIM2,TMSB4X,TIMP2,GPR137,RRP12,CIC,EMD,RRP15,CEP68,ZC3H10,RPS6KL1,TPI1,TCF12,HADHB,NCOR2,RNF167,NSA2,INF2,NCOR1,MTF2,GARS,TKT,GRN,SF3B2,GRAMD1A,SF3B3,RPL10,GPS2,TMEM160,WDR24,TM9SF4,FAM129B,ARFRP1,RPS15A,RPS3,RPL13,RPS2,PAIP2,BRD4,SF3A3,BRF2,SF3A2,NR1H2,SYVN1,GATC,ELP3,TRMT1,GTF2H1,SRP68,SCAF1,WDR11,ABI2,MORN4,ZYX,NUCB1,PLP2,TOR2A,UHRF1BP1L,CTNND2,TUSC2,CEP120,SYAP1,RNF19B,PARK7,RPL10A,CLU,BZW1,IPO4,TM7SF2,EDC4,ABHD12,PPP1CC,LAMP1,TUBB3,SLC39A9,LZTS2,MAF1,KCMF1,TLE3,RPS9,TPM4,ANKRD46,RPS7,USP3,RPS5,IGFBP3,TPM1,RPS6,DYRK1B,VRK3,ILF2,NRBP1,THOC6,CTDNEP1,PYGO2,DMWD,RAB34,NCL,RAB35,ERP29,SNRNP27,AAGAB,SNRPE,TNIK,PHPT1,SNRPA,FKBP5,CSNK1G1,SNRPB,FKBP2,ENY2,RAB5B,CD151,RAB5C,ABHD2,INSIG1,ABHD8,ITPR1,SLC38A10,TARS,KLC1,PSAP,DVL2,MCL1,WDTC1,AKIRIN2,TRAPPC3,EIF2B3,RAB4B,SEC16A,MARCH7,LSM4,LSM3,COPS4,COPS5,GON4L,CDK5,CDK4,MAFG,COPS2,REEP2,NF1,PLEKHM2,PLXNB2,NF2,RSL24D1,EIF4G2,BCL2L1,RNPEPL1,WDR1,ZC3H4,CCDC47,DUSP12,PPP6C,RPL7A,OPA1,VPS72,AP1G1,EVI5L,EIF2B1,TNPO3,PLEKHG2,REXO1,GPX4,ELAC2,EDF1,COASY,REXO4,PTP4A1,PTP4A2,TRAF7,DNAJC2,PTP4A3,ASPH,TRAF4,DNAJC7,DAD1,CTDSP2,RPL37A,LANCL2,DNAJC9,SNRPA1,CCDC43,EIF4E2,HDAC5,NFAT5,SMARCD2,RNF34,WBP1,WBP2,WBP4,HDAC7,AP3M2,DNAJB2,CACNG7,ABLIM1,HIRIP3,ABLIM3,POLR2A,POLR2C,POLR2E,DNAJB9,SNRPB2,POLR2I,SEC11A,POLR2L,MLXIP,SEMA4A,SPAG7,SLC35A4,SMOX,ADRM1,TPRKB,FBXL16,PNRC1,ASXL1,CUL4A,RAB10,RAD52,KLF7,KLF6,MARCKS,PSAT1,GLOD4,POLR3D,MGAT4B,POLR3F,DRG2,PPIL3,METAP2,VEZT,PANK2,ARL6IP1,ZMYND8,HDAC11,PWP1,RPS15,RPS14,RPS16,KAT5,FLAD1,FTH1,GOLGA1,ARL6IP5,LONP1,DENR,BTRC,GLUL,SOX4,RPS12,AGFG1,SRRM2,COG8,AQR,ARRDC3,IFRD1,ACSL6,MTUS1,PTOV1,CPT1C,JMJD8,JMJD6,SRRM1,CARHSP1,NIF3L1,COX7A2L,POR,VDAC2,HECA,SIK1,SUCLG1,PFN1,EZR,ATP6V0D1,AURKAIP1,BEX4,MGST3,RPAP3,UGCG,DGUOK,NUAK1,CSTF1,GSE1,TNRC18,VASP,SNHG1,GADD45G,RPS26,CCDC88A,RPS27,RPS29,ANP32E,ADCK5,RPS21,ITM2C,GFM1,UBXN1,CITED2,GFM2,ZFAND2A,MYL6B,ZCCHC17,SERP2,RPTOR,SEC61G,TMED2,SEC61B,UBXN4,UBXN6,PSD,PRMT5,PRMT1,PARP2,STRADA,TSC22D3,RHOF,TUBG2,PPRC1,ZDHHC17,RHOB,MLF2,NME1,SCNM1,POC5,NFX1,MAPRE3,MAPT,ALDOA,SGK1,KPTN,CSTB,SLC20A1,GDPD1,NOL4,TYMP,NT5C,AMN1,PPP2CB,TCEAL5,CHRAC1,METTL6,TBL1X,ATP6V0E2,APBB3,RANBP2,NFYC,RAB11A,ATAT1,KBTBD4,MARS,R3HCC1,CTNNB1,PRPF31,FAU,MEGF8,KBTBD7,TOMM6,NDUFA13,KDM1A,ROGDI,ARHGDIG,CWC25,CWC27,TOMM20,TOMM22,EFTUD2,TMEM147,BASP1,ARHGDIA,HCFC1R1,CHCHD7,KDM2A,SHISA5,SHISA4,NOSIP,ATP1B3,TSC1,ATP1B1,KCTD5,TUFM,DPM2,DPM3,PRPF6,HGS,CHMP4B,MATR3,FIZ1,ZCCHC8,RPS19BP1,PXN,NOP2,ARHGAP12,DPP6,EMG1,UBB,ZMAT2,DPP9,DMAP1,ATP6V1D,PDZD7,ANKZF1,ZC3H15,MARK2,CBX5,ACBD4,HSPA5,RHBDD3,SMURF1,CPSF3,CBX1,CPSF2,ASPSCR1,AZIN1,DNAJC18,COQ5,NFKBIA,NR4A3,EFNA2,DLG4,ATG16L1,CAPRIN1,CHMP2A,SAE1,LRP10,LRP11,USP36,ACADVL,KDM5C,DOCK3,SLC2A3,USP39,SEPT9,TMEM101,SPRED2,FLOT1,PDE4B,MFSD1,PDE4A,USP30,RBM7,SCYL1,MAPK1IP1L,KDM6B,TSFM,KLF13,IQCE,RNF208,DNM2,DDAH1,DDAH2,AKT1S1,TRNP1,DNLZ,LUC7L3,ITGB1BP1,HAGH,PFDN4,THOP1,B4GALT5,TSEN34,KDM3A,STOML2,KDM3B,TM2D2,RGS16,MTIF2,FAM169A,STRN4,HSPD1,TBRG4,MAPK9,TFPT,FAM168A,MAPK7,CHSY1,FAM120A,CAMK2G,PTCD2,KDM4C,WTAP,BAD,B3GAT3,LIMK2,HAGHL,HSPE1,GDAP1,NAP1L4,CAPN10,BAX,SSBP1,ATP13A3,RBMX,SSBP4"
+"gene_set_query"	"341"	"SOX1"	"391.3"	"ARCHS4 Coexpression,444;Enrichr Queries,637;GTEx Coexpression,93"	"CNTFR,MYT1L,STMN2,STMN3,FNBP1L,SCAMP5,GPR173,DPYSL4,DPYSL5,DPYSL2,DPYSL3,STMN1,PRKACB,NCKAP5,ANKS1B,TMEM8B,RBFOX1,WSB1,RBFOX2,SOX11,SOX12,PRKAR1B,IFT81,FEZ1,RUFY3,DDIT4,TSPYL4,ASTN1,TTYH1,PHYHIPL,FAM171A2,ZSCAN18,JUN,FZD3,CADM4,CADM1,CADM2,H3F3A,NR2F1,MEX3A,VANGL2,H2AFY2,FXYD6,DCHS1,ARF3,GABRB3,KCNC1,NCAN,PHF6,C1QTNF4,JPH4,JPH3,TUBA1A,CSRP2,TRIM2,NEFL,NEFM,DLGAP3,APC2,LRRC49,DYNLL2,NCOR2,TMEFF1,ZEB2,TUBB2B,TUBB2A,PXDN,RNF165,NFIX,WRB,SEZ6,SNX32,RPS15A,RPL13,CKB,RPL17,EXTL3,RUNX1T1,JAM3,CENPV,WNT7B,PCGF2,GABRA3,SNCAIP,ABI2,MORN4,NFIA,NFIB,FABP7,RAB3C,CTNND2,MSI1,CDH8,RIMS4,ATCAY,CDH2,SALL2,TUBB3,STK32C,FADS1,MAGI1,TPM3,IGFBP2,TBR1,FRMD4A,CLIP3,OLFM1,SLC9A6,LY6H,GRIA1,GRIA2,BRSK1,ARL3,ABHD8,LRRC55,FBXO41,PHF21B,IGSF21,NDN,SRGAP3,LRRC4C,LRRC4B,TMEM132A,PTPRD,DAB1,NSG2,CDK5,PTPRA,LHX2,REEP2,CPE,MAP3K10,CSPG5,CNIH2,CELF4,CELF5,NGRN,PSD2,PHACTR3,ADAMTS7,SEZ6L,NIPSNAP1,PTP4A3,DALRD3,NRG3,SNPH,LANCL2,RNFT2,NLGN3,NLGN2,JAKMIP1,CACNG7,STOX2,PTPRZ1,NNAT,FSD1,IGF2BP2,ATP9A,CACNG4,BEND5,NTRK2,SEPT11,MARCKSL1,PCDH7,PCDH8,NELL2,MARCKS,SYT11,NOVA2,TSPAN18,INSM1,CDO1,CBLN1,ARL6IP1,DPF1,EPHB2,EPHB1,SOX4,SOX5,EPHA4,SRRM4,EPHA7,KCNK10,ACSL6,CPT1C,MAPK8IP2,SFRP1,KCNQ2,TAGLN3,CTXN1,TRIB2,LLGL1,PFN2,BEX4,GPM6A,BEX2,ADCYAP1R1,BEX1,NRN1,MAGED1,FOXG1,CEND1,PIK3R3,ACTR3B,TTBK1,NKAIN1,INPP5F,TSPAN7,PATZ1,SCN3A,B4GALNT4,PTPRN2,MAGEE1,BCL11B,BCL11A,ST8SIA2,ST8SIA3,DCLK2,DCLK1,GADD45G,SMARCA4,CALY,ID2,LRRN1,RCOR2,DDR1,CSRNP3,HIP1,PTPRS,GDI1,GRIK3,SLC35F1,NAT14,ROBO1,SERP2,UCHL1,SLC22A17,NCS1,IDS,KIF1B,KIF1A,FEZF2,PRMT8,ANO8,RGMA,TOX3,MN1,ARHGEF9,MAPRE3,MAPT,HNRNPH3,CCDC106,PTN,NOL4,ARVCF,TCEAL5,CAMK2N1,GPC2,CTNNA2,ATP6V0E2,ARNT2,GABBR1,MYEF2,LSAMP,PNMA2,GRIN1,VEGFA,ATAT1,KIF26A,TTC3,CACHD1,FAM171B,APBA1,CDK5R2,CDK5R1,CELSR2,CELSR3,ACTG1,KIF5C,BASP1,PALM,PPFIA2,RGS7,CHRNB2,KIRREL3,DSCAM,LMTK3,POU3F1,TMEM130,RUNDC3A,POU3F2,MID1,POU3F3,SHISA7,PREPL,MYCN,GPRIN1,SCG3,BHLHB9,TMEM59L,CACNA1B,CACNA1A,BHLHE22,DTX3,NDRG2,CPLX2,DTX4,CACNA1E,EFNB2,PDZD4,EFNB1,ARHGAP21,DPP6,EFNB3,DEAF1,CASKIN1,TCTEX1D2,CAMTA1,KIF3C,OTX1,MYH10,SYT5,SYT3,CBX5,AUTS2,WSCD1,CBX1,GNAO1,ARHGAP33,RALYL,DLG2,EFNA2,HOOK2,DLG4,HOOK1,GNAS,UBA2,TCF4,YWHAE,PODXL2,THRA,CHD6,ELAVL4,FBLL1,RND2,ELAVL2,ELAVL3,LRRTM2,GDAP1L1,HSDL1,RNF208,H2AFV,NAV2,SYNGR3,SEPT3,GAP43,RCN2,DDAH2,CDH11,DCX,TERF2IP,LUC7L3,NAT8L,INA,SHANK2,NRXN1,CRMP1,FAM169A,DLL1,AGPAT4,GNG3,FAM168A,IGFBPL1,GNG2,SV2A,NCAM1,LGI1,GDAP1,MEIS2,NAP1L5,MAPK10,FAM155A,PDE10A,SBK1,PPP2R2C,PPP2R2B,VIM,SSBP3"
+"gene_set_query"	"342"	"FOXP2"	"391.3"	"Literature ChIP-seq,87;ARCHS4 Coexpression,724;ENCODE ChIP-seq,93;Enrichr Queries,586;ReMap ChIP-seq,62;GTEx Coexpression,796"	"MDC1,MAPKBP1,MT-ND4,SCOC,CHIC2,RBPJ,TSKU,PSMD8,SCAMP4,RABGEF1,SAMD14,LSM11,CAPNS1,DPYSL5,DPYSL2,DPYSL3,PSMD3,ANKFY1,AKT1,PRKACA,SAMD10,FNBP4,MEF2C,RBFOX1,RBFOX2,FNBP1,CACNA2D1,EML1,EML2,BCR,EML4,MYL6,CLNS1A,RUFY3,DDIT4,TBPL1,FAR1,ATF4,SLBP,TSTA3,TTYH3,SAR1A,SAR1B,FLII,MEPCE,NPRL3,AGAP2,MTMR9,SDR39U1,ABCB8,AGAP3,PLA2G6,OAZ1,GABARAP,MRPL20,RHOT2,PRKAR2A,PUSL1,HMGXB3,RHBDL1,HEXIM1,JAG2,ABCA2,JUN,PRRT2,CADM1,JUP,CADM2,NCAPH2,NR2F1,PBX2,ERLIN2,BTBD10,PBX1,MRPL21,MLLT11,MLLT10,ABTB1,TBL3,FAM135A,FASN,PKIA,SFXN3,PSMG3,PSMG4,DCHS1,FAT3,SFXN1,FAT4,FERMT2,ARF3,GPR21,KCNC3,MTMR14,PIGP,LRRC3,PRKAG2,MED16,MRPL34,BBC3,DDA1,TRMT112,TUBA1A,TMEM44,FASTK,RPLP2,PCMTD1,APC2,UPF1,ACTL6B,DUSP1,SPHK2,LRRC49,ELOVL6,SIRT7,MED29,MRPL43,MRPL53,PSMA1,PXDN,TUT1,TMEM106B,SLC29A4,SLC29A1,PAFAH1B3,DLD,VAMP2,LRRC14,GSTP1,ATL2,RPS27L,CENPB,PSMA7,MRPL55,GGA2,GGA1,TMEM65,PSMB3,SPOP,AP2S1,FLNA,MFN2,ZSWIM6,RICTOR,SAMD1,ZSWIM4,LRRC24,CRBN,ATRNL1,TRAPPC10,WNT7B,BYSL,ABCB10,CCDC9,SNX17,SLMAP,SHKBP1,ETNK1,SNX15,GOPC,PKN1,AGRN,YPEL5,CRLF1,MTCH1,HDDC2,MPV17L2,FRY,HDDC3,FADS3,YY1,POFUT2,STK11,FNTA,SCMH1,PIM3,KPNA4,PMPCA,BNIP3L,PCYT2,DGAT1,PPP1R16A,ZBTB33,POLRMT,FOXP4,PIAS2,FOXP1,CDC25B,SAP30,ATXN2L,ACAP3,TPST1,MRTO4,SRSF2,FSCN1,SRSF3,SRSF5,SQSTM1,SRSF7,KPNB1,ANAPC2,INO80B,LRRC59,SHC2,INO80E,RNASEH2A,ZC4H2,ARL3,MAZ,IREB2,GPR85,SPATA2,CORO1B,CORO1C,GLIS2,SOCS2,EIF1AD,IGSF21,SBNO2,RAP1A,NDOR1,STK38,PGK1,SLC38A6,EIF4EBP2,E4F1,GOT2,EEF2,CORO2B,UCKL1,FBXO31,DRAP1,PTPRD,LRCH2,SH3BP5L,SP3,LRCH4,OGT,MDM1,ZNF512B,SLC25A3,HSP90AB1,CELF2,CELF4,CELF5,ARRB1,AP4M1,MDK,PPP6R1,ACP2,PGLS,EDIL3,CTNNBL1,UNC45A,EIF5A,PPP1R12A,DST,SH2D3C,VEZF1,RAD23A,VPS37B,NSMCE4A,SLC25A19,ETF1,BIRC6,PPP1R12B,BDP1,PPP1R12C,SLC25A11,MET,ST6GALNAC6,PPP1R15A,LRP1,SRF,RCHY1,PPM1D,CXXC4,MLLT6,TSPAN31,PPM1G,GANAB,PARD6A,CCDC85C,FCHO1,KCTD20,U2AF2,SLITRK1,SH3BP2,FCHO2,EIF4H,SLITRK5,IGF2BP3,E2F4,PCDH1,SLC25A22,SH2B2,EIF4B,GADD45GIP1,NTRK2,PPP1R14B,TRIM41,PCDH9,MMAA,PCDH7,MBOAT7,NTRK3,MID1IP1,LYSMD1,RPL23A,BAIAP2,MCOLN1,TPD52L2,MYO16,GSTZ1,NELL2,NECAP2,EIF3M,MYO1B,EIF3K,NOVA2,EIF3G,STUB1,PDCD2,EIF3E,P4HB,EIF3D,SLC25A36,BCAR1,EIF3B,EIF4A2,EIF4A1,TMEM41A,CERK,TMEM41B,EIF4A3,PPAN,ZDHHC5,LDLRAD3,THUMPD1,IFI30,CYB5D1,SNRPD2,BSG,OGFOD2,CDC27,CCDC97,EIF2D,EPC2,PTGFRN,CCNL2,TRIM27,SLC12A6,ATXN7L3,TRIM23,EPHA5,EPHA4,EPHA7,PAQR4,IMP3,LIMCH1,ENTPD4,ACTN1,NSMCE2,CIRBP,CSNK1D,MOGS,ANK2,ANK3,ACTN4,MFSD11,BCS1L,ANK1,SFRP1,CDC34,CDC37,SUB1,CSNK2B,TRIM13,KCNQ4,ULK1,TAGLN3,FAM76A,FLYWCH1,CTXN1,CCDC84,NUMBL,GGNBP2,GIPR,SUPT4H1,CEND1,PIK3R2,PIK3R1,PGS1,APH1A,DHX33,PCBP4,DHX35,DHX36,PCBP2,SURF6,SCN3A,SEC31A,NTNG2,INTS1,ST8SIA2,SMARCA2,DCLK1,EXT1,WNK2,INTS5,PAF1,CALR,FBXL6,HERPUD2,MRPS17,NRP1,MRPS15,CSRNP3,USPL1,HIBADH,GPAA1,GRIK5,TECR,NAT14,PTMS,AKAP12,SYNCRIP,MAP1LC3B,PCM1,PCLO,RSRC1,HYAL2,OTUD6B,NCS1,MLX,SDF4,SSSCA1,GIT1,MRPS28,SEC13,MRPS23,ACAD9,MINK1,ANO8,TFB2M,SREBF2,RGMA,MN1,RAP2A,PITPNM1,KIT,ARHGEF4,ARHGEF1,PABPC1,CRELD2,EEF1E1,DBN1,STK40,PNCK,SATB1,SSNA1,SATB2,DOT1L,STX18,PRICKLE2,CRIP2,CCDC106,CAMKK1,GNAI2,MNT,EXOSC4,SERTAD4,FAM172A,SERTAD2,HSF1,GPC2,GPC4,CCT8,PAK3,PEX16,NPDC1,BCAP31,YIPF4,VEGFB,TMUB1,PPP1CA,NUDT9,PER1,BOP1,TTC3,TCEA2,TCEA1,HDGF,TACC2,GRINA,SCARB1,MIDN,CRTC2,NARF,UBE3C,ZFAND3,WWC1,PHRF1,SRP14,UBE2Z,IGF1R,TXN2,GRIP1,KIF5C,ARID2,BAHCC1,SBF2,PPFIA3,MORC3,ADPRHL2,SLC30A5,LMTK3,SSU72,LMTK2,SDHD,MID1,POU3F3,EEF1A1,ADAM15,HNRNPUL1,FAM173A,EHBP1L1,TBC1D24,PPIF,WDFY1,TBC1D23,SIDT2,RTN2,COX19,RTN3,TBC1D19,RTN1,ARHGEF26,ARHGEF25,YTHDC1,DIABLO,NXPH4,KLHL17,CACNA1A,CACNA1C,PDS5A,SUPT6H,NDRG1,CACNA1H,RAI1,KIF3A,CYC1,TBC1D17,NDUFV2,BCL9L,SYT5,FDPS,UBE2I,AUTS2,SYT1,UBE2B,KLHL26,HMGA1,KLHL23,TIMM44,KLHL24,SUPT5H,SSH3,MANBAL,IFT20,CLK1,AHI1,GNB2,MKRN1,GNB1,CNTN1,PHF13,CYCS,TAB2,TAB1,FGF13,LSM14A,UBE2M,CUEDC2,GSK3A,PRR7,MAST3,PRKCSH,YWHAB,MAST2,MAST1,CHD6,ILK,PSIP1,CHD3,TNFAIP1,TAZ,AFF3,USE1,AFF4,LMNB2,PPP1R9B,CABIN1,SEC61A1,TMEM222,LASP1,EEF2K,YWHAQ,UBE2Q2,MLST8,DACT3,LRRFIP2,SUN2,RBM17,ARHGEF12,ATP6AP1,NUP133,NCBP2,DDX55,ABHD14B,ABHD14A,NAV2,GLRX2,SYNGR3,YWHAZ,EPN1,EEF1G,VCAN,NDUFS8,SETBP1,IRF3,NDUFS7,EEF1D,CRY2,NDUFS2,NAA38,MAN1B1,NAT8L,EAPP,CUEDC1,INA,RBM22,NAA20,DDX20,CRMP1,ASAP1,PARL,CYTH2,GNG2,TMEM203,TRA2B,MKNK2,SLIT1,MTA2,FBRS,PDLIM7,TIMM8B,TTC14,NAA10,TAF13,ATP2B4,SSRP1,ACVR2A,POLE4,RPIA,MAPK11,GOLPH3,GALE,SBK1,ERCC1,ACIN1,TAF6,FAM98B,RBM45,FAM50A,ANKLE2,TES,MYT1L,STMN2,DCAF8,STMN4,ADARB1,RPL8,FNBP1L,BACH2,PCMT1,ALCAM,CNST,ZMIZ1,MYC,STMN1,RPL36,AP1S1,PIP4K2A,RPL37,MPV17,DIP2C,NCKAP5,VPS36,IER2,ANKS1B,NUP214,VPS18,WSB1,PIH1D1,PRKCE,PRKCD,ARMC9,AFAP1,SOX11,SOX12,GTPBP1,HCFC1,RNF126,WDR81,DAAM1,TYRO3,RPL28,UBA52,VPS28,CTBP1,XPA,NEDD4L,ADH5,ANAPC11,GJC1,PRDX2,PRDX5,PPP4C,PRDX4,FLRT2,RAD21,RRS1,PLCG1,SLC19A1,HMOX2,ACD,FZD3,NDFIP2,JUND,ICMT,DMPK,SETD1A,H3F3A,IRF2BP2,MTHFR,NR1D1,PRDX6,TMEM198,PRRC2A,HNRNPL,FIBP,GNPTG,SLC6A6,OGDH,ATG2A,HBP1,DUS1L,SERPINI1,FARSA,CDK13,FARSB,CDKN1C,GABRB3,OGFR,PHF3,WDR48,SPEF1,PHF23,PHF1,CLTC,GPT,KRI1,SMG5,TRIM8,TMEM189,CHL1,RARS,RFK,TIMP2,GPR137,PLEKHN1,CIC,EMD,UBL7,BRD3,BRD2,TPI1,WDR37,MIOS,IFNGR2,AEN,GNL2,WDR35,NCOR2,RNF167,ZEB2,TUBB2B,INF2,KIFC2,TET3,MTF2,PLEKHO1,PLCB1,TKT,RNF166,NFIX,PHLPP1,RPL10,TIMM9,RPL12,GPS2,WDR24,GRAMD4,TM9SF3,BCLAF1,SLC17A7,CKB,RPL18,RUNX1T1,SF3A3,SF3A2,BRF1,CSNK1A1,RIOK3,PCGF2,WDR18,NR1H2,TRMT1,GTF2H1,SCAF1,BLCAP,NFIA,MORN4,NFIB,RLIM,NUCB1,ANKRD13B,RAB3C,PHLDB1,TOR2A,ANKRD13D,RAB3A,CHPF,TUSC2,GTF2B,SLC8A1,TM7SF2,PPP1CB,RIMS1,PPP1CC,MAEA,TUBB3,CFL1,LZTS2,MAF1,LZTS1,PLEKHJ1,TLE3,RNF44,RPS9,RPS8,USP3,RPS5,TPM1,MAGI2,AIP,THOC1,THOC6,CTDNEP1,MORF4L1,RAB34,DGKQ,MADD,RAB35,PGP,PHIP,SNRPE,TOX,PHPT1,CSNK1G2,FKBP5,FKBP2,ENY2,CUL7,SEMA7A,CD151,FAM114A2,TNKS,AK1,ABHD8,SLC38A10,RLF,GTF2E2,STIP1,ORC4,BTBD1,PITRM1,DVL1,BTBD2,NACC1,PSAP,ABL1,DVL2,PLXNA2,DVL3,MAP2K7,SKIL,PLXNA4,MCL1,PLXNA3,MPDU1,WDTC1,ESRRA,EIF2B4,EIF2B3,ANKRD27,SEC16A,OSBPL2,MARCH9,MARCH8,TRAPPC9,NSG1,MARCH6,FANCE,LSM4,SCRT1,ZZEF1,REEP1,LRFN3,CDK9,COPS4,BCL9,CDK8,COPS6,CDK5,NBEA,NSG2,CDK4,MAFG,IARS,CNOT8,SERINC3,SERINC2,EIF4G2,EIF4G1,RNF10,CALCOCO1,RNF11,MCM7,RNPEPL1,WDR1,ZC3H4,ZC3H3,DUSP11,PTBP1,SART1,OPA1,SIN3A,OPA3,UBTF,CEP170,EIF2B1,TNPO1,CCDC50,PLEKHG2,REXO1,GPX4,RFC2,RPL13A,YDJC,PTBP2,COASY,TRAF7,PTP4A2,PTP4A3,TRAF4,DNAJC6,CTDSP2,SNRPA1,EIF4E2,TRABD,NLGN1,SMARCD2,WBP1,WBP2,RAB1B,LAGE3,HDAC7,AP3M2,DNAJB1,STOX2,DNAJB6,RAB23,POLR2E,DNAJB9,SNRPB2,POLR2I,POLR2L,MLXIP,SPAG7,SMOX,IDH3G,FBXL19,SEMA4C,TPRKB,FBXL16,CDC42BPB,FBXL14,PNRC1,MARCKS,KLF6,APC,P2RX2,VAPB,MFAP3,ASXL3,MGAT4B,VPS41,POLR3H,POLR3K,METAP2,SLC35B2,APP,HDAC10,VARS,DIXDC1,GDE1,RPS15,RPS16,FRAT2,RPS19,RUSC2,FTH1,ARL6IP4,DENR,RPS11,SOX4,SOX5,BROX,ARRDC3,PTOV1,MTUS1,MRPS18A,CPT1C,JMJD8,JMJD6,MAPK8IP1,TIAM2,AKAP9,PFN1,ATP6V0D1,CBLL1,CUTA,GPM6A,BEX1,TSHZ3,ANP32A,PDE1B,MGST3,TMTC1,PTDSS2,ZNHIT1,SPAST,ZNHIT3,INPP5E,GSE1,INPP5K,TNRC18,RALGDS,NTSR1,BANP,VASP,FIS1,BCL11B,BCL11A,TMEM50A,TMEM50B,PYCR2,MEMO1,PUM1,SMU1,STAG2,SESTD1,FUBP1,ANP32E,RPS20,RPS21,C2CD2L,ROBO2,DAZAP2,DAZAP1,TRAM1,HIP1,GDI1,CITED2,PRPF19,ROBO1,UCHL1,ZMYM2,AUH,TMED1,PSD,ZER1,PARP1,PRMT1,PRMT3,RHOF,TUBG2,MLF2,VAV2,RHOB,PACS2,NFX1,MPPED2,FAM20B,FAM20C,MAPT,ATP6V0C,MAPRE2,CSTB,SLC20A1,PTGER1,ICA1L,PTN,NOL4,TYMP,TBL1X,MTX1,RYK,AP3D1,LSAMP,XPO7,SORBS2,SORBS1,RAB11B,ATAT1,SPCS2,R3HCC1,CAPZA2,FAU,TOMM5,ARID4A,CWC25,TMEM145,CHCHD2,COL4A3BP,FAM162A,ARHGDIA,HCFC1R1,NRCAM,AZI2,PDIA3,KCTD2,LMO7,TSC1,RSBN1,DPM2,DPM3,PRPF6,RPL7L1,CHMP4B,FIZ1,RAI14,ISYNA1,RPS19BP1,CTTNBP2,TMEM59L,LTBP4,FBLN1,EFNA4,TMEM121,EFNB2,SCUBE1,MAN2A2,UBB,TMEM127,CASKIN1,DMAP1,RPRD1A,ZC3H13,PDZD7,ZC3H15,KLHDC10,DNAJC19,HSPA9,KLHDC2,HSPA8,KLHDC3,SMAD4,CBX6,ACBD4,CPSF1,CBX4,PTCH1,CBX2,DNAJC11,TBCB,EFNA3,RALYL,EFNA2,DLG4,JMY,RFXAP,CHMP2A,SAE1,NFKBIB,GPSM1,MUS81,ACADVL,DOCK4,ASNSD1,CBY1,ELAVL4,ELAVL2,CASP9,SPRED2,TMEM101,SENP7,SEPT9,SENP5,SNAPC2,SPEG,PDE4A,POLG,KDM6B,KLF11,TSFM,USP48,SVOP,PDE4D,H2AFX,PPP2R5B,RNF208,SENP3,SEPT5,ARID1B,KLF16,DNM2,GAP43,DDAH1,AKT1S1,CDH11,DNLZ,CDH13,ITGB1BP1,PFDN4,TSEN34,RGS19,KDM3B,STOML1,NRXN1,USP12,OPRL1,ETFDH,PDXP,MOSPD3,TM2D3,STRN4,NCALD,THBS3,MAPK7,UGP2,NT5DC3,FAM120A,GNA12,NCAM1,CAMK2G,CLASP2,ABCF1,TMEM30A,NEGR1,USP20,BAD,QPCTL,HAGHL,CYHR1,DTNBP1,MEIS2,NAP1L5,SLC4A8,PDE10A,PIK3IP1,CAPN10,RPS6KB2,CDK2AP2,SPRY2,SSBP1,SSBP2,SSBP4"
+"gene_set_query"	"343"	"ZXDC"	"391.7"	"ARCHS4 Coexpression,638;Enrichr Queries,256;GTEx Coexpression,281"	"SCOC,TRIO,TFRC,TRRAP,ARAF,HNRNPU,EPRS,DCAF4,BACH1,ALKBH3,PREX1,ALCAM,ZMIZ1,ALKBH1,DPYSL2,MYC,PSMD3,AKT1,DDX17,MEF2A,ACOT7,WSB1,NUP210,WDR74,CD3EAP,CLPX,RC3H2,RNF123,WDR81,DDIT3,DDIT4,PRR12,SF1,FLII,NEDD4L,AGAP1,CYB5R1,ABR,WDR70,CHST15,ST3GAL1,B3GALNT1,CREBBP,JUN,PHC2,IRF2BP2,PBX2,PHC3,PBX1,WDR55,EIF1,PRRC2A,TADA2B,EHD1,SLC6A6,ABTB1,NPLOC4,HBP1,DZIP1,CPEB4,ARF3,OGFR,GMEB1,PIGU,BTG1,SETD6,MTMR14,OSBPL11,TMEM186,SMG5,TRIM8,MED14,SPIN1,JARID2,CIC,LRRC47,BRD2,UPF1,MIOS,TCF12,ITPK1,GMIP,DUSP6,NCOR2,TAF6L,ZEB2,MED25,INF2,PXDN,RAPGEF1,TUT1,NFIX,WDR26,USO1,FGD3,BCLAF1,MEF2D,DEDD,BRD4,BRF2,MBD6,BRF1,TRAPPC10,SPSB3,ABI2,NFIA,NFIB,ZYX,PKN1,FRY,STK11,OSBP,FBRSL1,AP2M1,FADS1,KPNA1,TLE3,RNF44,MAP2K2,TPM1,FOXP1,CLIP3,CTDNEP1,DMTF1,MAPKAPK2,SQSTM1,CSNK1G2,FKBP5,ANAPC2,PFKFB3,ARL3,INSIG1,ABHD2,ANKRD11,ANKRD12,ITPR1,UBR4,SLC38A10,UBR2,CORO1A,EIF1AD,SBNO2,NDOR1,PITRM1,ANKRD10,PLXNA1,MAP2K7,SLC38A2,SKIL,NADK,MAP2K6,LRRC4B,MCL1,WDTC1,NOP14,TOR1A,FBXO38,SEC16A,LRFN3,GNL3L,SH3BP5L,PTPRA,TMEM11,REEP2,AAK1,MDM4,LRCH4,DIDO1,NUMA1,CELF2,PIK3CD,ARRB2,PPP6C,DUSP12,PPP6R1,SNRNP70,UBTF,HIF1AN,DNM1L,ADSL,REXO1,DST,TFIP11,RAD23A,DDOST,GIGYF1,PTP4A3,HAX1,CTDSP2,POLR1B,PPP1R12C,RNFT2,RNF31,NFAT5,NLGN1,LENG8,FURIN,MLLT6,AP3M2,DCAF15,HECTD1,U2AF2,SH3BP2,FEM1C,CSK,RAB28,CCDC71,POLR2K,MLXIP,SEC24B,MMAA,CDC42BPA,BAIAP2,CUL4A,TNRC6C,KLF7,KLF6,SYT11,NOVA2,POLR3E,EIF3G,EIF3C,SMAP2,PREP,CISD2,JMJD1C,CBLB,FRAT2,RASSF2,FLAD1,GOLGA1,HABP4,LONP1,CCDC97,EPC1,ATXN7L3,SOX4,SLC12A9,SRRM2,ACTN1,ARRDC3,IFRD1,CIRBP,CSNK1D,MOGS,ANK1,ZW10,HECA,ULK1,MMADHC,BEX4,SLC45A4,MACF1,TMEM161A,DHX8,TRANK1,PIK3R1,DHX34,CSTF1,DHX37,DYM,GSE1,SYMPK,TNRC18,VASP,SETDB1,INTS1,IQSEC1,INSR,DCLK2,MED13L,WNK1,CCDC88C,INTS5,FBXL2,CALM2,ITM2C,DAZAP1,NAT14,SERP2,AKAP11,PCF11,XPO6,ENC1,MLX,DHX16,TMED1,KIF1B,TMEM150A,TSC22D3,PRPF40A,MLF2,RHOB,TOX4,GAK,ARHGEF9,RAP2A,NFX1,PACS1,ARHGEF1,FAM193B,ARHGEF2,SGK1,STK40,MAGEH1,CSTB,AKAP8,TRAK1,NOL6,GNAI2,TCEAL8,MNT,ZDHHC18,NFIL3,CUX1,DYNC1H1,MAP3K3,NFYC,LSAMP,MYO9B,AP2B1,VEGFA,KLHL8,MEGF8,ZFAND3,MRFAP1,SRP14,IGF1R,KHSRP,EP300,SBF1,KDM2A,DNAJB12,OXA1L,MAU2,TMEM136,TBL1XR1,EHBP1L1,PLAA,RAF1,ZCCHC8,RASGRP2,NDRG1,PRPF8,SUPT6H,KIF3A,DPP9,TCTEX1D2,GRK6,TBC1D14,MARK2,MARK1,PRNP,CPSF7,SMURF2,KLHL24,GNAO1,NFKBIA,GCLC,EFNA2,NR4A3,HOOK2,HOOK1,GNB2,GNB1,CHMP2A,CLASRP,BRWD1,RERE,SCYL3,KDM5C,USP38,DDX46,LDB1,CNRIP1,PRKCSH,CHD6,ATP2A2,ADAR,CHD2,AFF4,CABIN1,PPP1R9B,FLCN,SEPT7,YWHAQ,MYO18A,LRRFIP1,POLG,RBM33,KDM6B,SUN2,KLF13,PDPK1,PDE4D,DDX54,ARHGEF18,NAV2,ARID1A,ARID1B,TGFBR1,DNM2,SFPQ,TBC1D5,AKT1S1,CRY2,CHMP6,KDM3B,USP19,DNPEP,MKNK2,PTK2B,FBRS,CYTH1,SPEN,PTCD1,KDM4B,CYHR1,PDE4DIP,MAPK10,POLE4,NEURL4,ACIN1"
+"gene_set_query"	"344"	"SCX"	"392.0"	"ARCHS4 Coexpression,392"	"ANKRD13B,MIDN,HDAC10,CD81,ATN1,ARHGAP39,ZDHHC8,RNF112,NRBP2,STK11,KIF5C,ZMIZ2,FBRSL1,AKT1,PRKACA,LZTS2,CDK5RAP3,SH3GLB2,SEMA6C,MAP2K2,PPP1R16A,DAPK3,PTOV1,TSC2,SCRIB,CSNK1E,FOXP4,LEMD2,CTDNEP1,ACAP3,CHMP4B,ULK1,PRR12,OBSL1,CTXN1,RPL28,TELO2,ATF4,ANAPC2,RTN2,GPM6A,NUMBL,NRN1,ANKRD11,NXPH4,KLHL17,LTBP4,DTX3,SEZ6L2,GLIS2,FAM171A2,RHOT2,DVL1,BTBD2,CDH24,SYMPK,TNRC18,MAP2K7,B4GALNT4,JAG2,JUND,CPSF1,INTS1,DMPK,CBX4,CCDC136,TNK2,TMEM132A,SSH3,SMARCA4,EFNA3,MEX3A,STAG2,GIPC1,GNAS,PHF14,PLXNB2,PLXNB1,CLASRP,DUS1L,LSM14B,CNIH2,RGL2,RNF187,MXD4,UBE2M,GPSM1,ZNF512B,ACADVL,GSK3A,GPAA1,MAST2,DOCK7,CELF5,CHD3,PTPN23,NAT14,AP2A2,PTMS,UCHL1,SNRNP70,FASTK,SPEG,EVI5L,CIC,DLGAP4,APC2,PPP2R5B,ANO8,VPS37D,EDF1,RTN4RL2,DYNLL2,ARFGAP1,EPN1,NCOR2,GIGYF1,TRAF7,INF2,KIFC2,PACS2,PPDPF,AKT1S1,PPP1R12C,ATP6V0C,CUEDC1,AHDC1,AMIGO1,VPS4A,OPRL1,MLLT1,CCDC106,RFNG,CENPB,THBS3,DNAJB2,ZNRF1,ARVCF,MTA1,PABPN1,TAF1C,CAMK2N2,GPC1,HSF1,GPC2,SAMD1,ZSWIM4,FBRS,NPDC1,MLXIP,NDUFA8,PPP1R14B,YIPF2,ATP13A1,PCGF2,HAGHL,VEGFB,CYHR1,MIB2,AP3D1,SCAF1,RAB11B,CLCN7,BOP1,SGSM2,TTC3,ATP13A2,AGRN,MPHOSPH8,BCAR1,SSBP4,GRINA"
+"gene_set_query"	"345"	"ZNF232"	"392.7"	"ARCHS4 Coexpression,196;Enrichr Queries,660;GTEx Coexpression,322"	"DCAF8,HNRNPU,THYN1,DCAF5,ENO2,EPRS,ALKBH3,GCSH,NUB1,MPRIP,ALKBH1,DPYSL2,MYC,STMN1,RPL36,RPL37,PRKAB2,CXADR,RPL21,TSTD2,DAPK1,NGDN,CD3EAP,HCFC2,GTPBP4,DDIT3,SARNP,ZSCAN21,PSME4,DDIT4,ATF4,SHMT2,CDCA4,FLII,SLAIN2,MRPL14,MRPL13,ANAPC11,MRPL11,PRDX3,ABR,LDHB,MRPL20,RNF214,WDR70,PRKAR2A,RRS1,NUP88,JUN,RPL41,PLK2,SETD1A,MRPL27,LARP7,CDC7,FAM136A,PBX1,MRPL21,THAP11,MRPL22,TADA2B,EZH2,ARF3,SETD2,SETD3,PHF20,MRPL39,MRPL36,PFAS,TMEM186,MRPL32,MRPL33,UBL5,MRPL42,TRMT112,CIC,LRRC47,UPF2,BRD3,ZC3H10,UPF1,TPI1,AEN,NUTF2,MRPL47,NUDT16L1,DUSP6,SRP9,SLC7A5,MRPL50,PSMA3,PSMA4,PSMA2,PXDN,MTF2,PLEKHO1,PAFAH1B3,CDC123,TIMM9,TIMM13,RPS27L,TIMM10,SDAD1,PSMB5,TCOF1,PSMB2,PSMB1,CKB,RPL15,PCGF6,UTP6,CENPV,BRF2,PSMC1,APEX1,TAOK2,NUCB1,RPL22L1,PKN1,PDCD5,YEATS4,PARK7,TSEN2,SALL2,LAMP1,SCMH1,KPNA6,MAF1,KPNA3,HMGN3,FADS1,KPNA1,SLC38A1,TPM1,THOC5,ILF2,NRBP1,FTSJ3,FOXP1,RBX1,MSH6,CLIP1,MSH2,NHP2,SNRPG,SNRPE,SNRPF,FKBP4,PHPT1,SNRPC,SRSF7,FKBP3,ENY2,RNASEH2A,INSIG1,ARL3,ARL2,ACAT2,SOCS2,PITRM1,ZKSCAN2,BRIX1,MAP2K7,WDTC1,NEK9,EIF2B4,ANKRD27,BOD1,FANCE,LSM5,LSM3,CHERP,ZC3HC1,LSM7,UQCRQ,NFE2L3,PLEKHM2,NOP10,CNIH4,MCM7,SUMO1,PPP6R1,PPP6R3,SUMO2,TLK2,MRPL9,HIF1AN,ILKAP,ADSL,RAD23A,VEZF1,EDF1,NDUFC1,REXO4,TFDP1,SLC25A19,CTDSP2,POLR1B,RP9,DCTPP1,HDAC2,NDUFB8,GTF2A2,TSSC4,NDUFB6,GTF3C6,NDUFB4,CEBPG,NDUFB3,LRP8,ABLIM1,KATNA1,POLR2D,LRRC8D,POLR2F,FEM1C,SNRPB2,POLR2G,POLR2I,MEST,POLR2K,POLR2L,MLXIP,PPIL1,NDUFA7,SSB,NDUFA6,NDUFA4,CNBP,NDUFA3,ADRM1,NDUFA2,TPRKB,RPL35A,CDC42BPB,CUL4A,MCM3AP,TRIM39,POLR3D,POLR3E,MGAT4B,EIF3G,CEBPZ,TRIM32,EIF3B,CISD1,PDCD2L,TXNDC17,TIAL1,RPS14,RPS19,SNRPD2,SNRPD1,DPF2,LONP1,SNRPD3,SEPHS1,ATXN7L3,SOX4,TMPO,NSMCE2,MRPS18C,GNPAT,THAP3,KARS,CBLL1,TRIB2,TMEM161A,RPAP3,FXR1,DGUOK,HLTF,DYM,RALGDS,ZRANB1,SETDB1,MAGEE1,BCL11A,SURF2,MEMO1,PAICS,ZWINT,ID2,NDUFAF2,INTS8,CD200,ITM2C,COX7B,UBXN1,FAF1,PAK1IP1,MRPS12,COX7C,ROBO1,THTPA,HINT1,SEC61G,ARIH2,DHX16,SDF4,PRMT6,CDV3,TMEM150A,PARP1,MINK1,MRPS21,CACYBP,MRPS7,PPRC1,MLF2,RHOB,NME1,IMMP1L,CSDE1,SGK1,EEF1E1,PTMA,CSTB,PCNA,SATB1,MRPS36,PRIM1,UQCR10,TCEAL8,EXOSC7,CUX2,CUX1,EXOSC8,NPM1,MYO9B,VEGFA,RSL1D1,PRKRA,NDUFAB1,TOMM5,GRINA,NDUFA13,NDUFA12,RPP30,BCCIP,UBE3A,COX6A1,SRP14,TXN2,CAPN7,BANF1,CHCHD1,NOM1,PCID2,KDM2B,PAM16,LIG3,COX6B1,EHBP1L1,PPIF,UBE2V2,RPP21,PDE9A,ZCCHC8,COX16,RBM8A,PSMD14,NOP2,COX17,COX7A2,RPF2,SUPT6H,DNAJC21,RAP1GAP2,DNAJC19,SMAD4,CBX2,HMGA1,TIMM44,TBCA,CWC15,NFKBIA,HOOK2,HOOK1,JMY,UBE2N,TAB2,LSM14A,PICALM,RERE,MUS81,MAST2,PSIP1,DPY30,HMGB1,USP39,MEA1,LMNB1,PPP1R9B,LASP1,NAA30,TBP,ATP6AP1,PDPK1,H2AFZ,DNM2,DDX19A,THRAP3,NDUFS5,NAA35,PFDN2,PFDN4,AGPAT5,DDX23,POMP,RNF4,USP19,ADD1,STRN3,MAPK7,MAT2A,FAM120A,ROMO1,ABCF2,FBRS,ABCF1,TIMM8B,PTCD1,RRM2,SGTA,HSPE1,CDK11B,MEIS2,ASB6,SSBP1,RAN"
+"gene_set_query"	"346"	"MTERF1"	"393.0"	"ARCHS4 Coexpression,35;GTEx Coexpression,751"	"APP,CCNC,ZDHHC8,EPRS,NDST1,LSM12,CDC23,CAPNS1,MPRIP,SNRPD1,ZMIZ2,AKT1,DENR,PRKACA,ATXN7L3,TMPO,SRRM2,MED1,TIPIN,CXADR,CD3EAP,WDR75,CSNK1D,MOGS,SCRIB,ACTN4,MAPK8IP3,MED6,MRPS18C,NIF3L1,SARNP,BOLA2,YME1L1,ULK1,PRR12,ALG10B,LLGL1,SF1,SET,TBC1D9B,DCUN1D5,TMEM63B,SHMT2,FLII,CTR9,BRCC3,MRPL13,RPAP3,MTDH,APH1A,PRDX3,LDHB,ABR,DHX33,CSTF1,SYMPK,TNRC18,PIP5K1C,ZBED4,MCTS1,TMEM184B,INTS1,PBX2,PAICS,PRRC2B,PRRC2A,HNRNPL,ZBTB6,GIPC1,CALM3,NOL11,ARF3,OGFR,MRPL39,AP2A1,PRPF19,TMEM186,SMG5,TRIM8,MRPL42,ATIC,C1QBP,SDF4,RIOK2,CIC,GIT1,RRP15,UPF1,WDR36,MINK1,ITPK1,MRPL47,TFB2M,NIPA2,SREBF2,SRP9,MRPL44,PSMA5,NCOR2,PSMA6,SIKE1,MRPL50,PSMA3,PSMA4,INF2,PITPNM1,PSMA2,PACS1,TMEM33,PTRH2,MED20,ARHGEF2,EEF1E1,GART,ATP6V0C,ERGIC1,PCNA,MRPS35,STX16,PRIM1,CENPB,FAM129B,GNAI2,TCEAL8,NRAS,PSMB5,EXOSC8,LEO1,CLPTM1,MGAT2,CCT8,SRSF10,SF3A2,YTHDF3,UTP3,CSNK1A1,GATC,DAB2IP,MIB2,AP3D1,TTC1,GTF2H2,WDR12,SCAF1,KLHL9,SKI,PSMC6,RPA3,TAOK2,RAB3GAP2,NUCB1,RPL22L1,PKN1,PNPLA6,MEGF8,TOMM5,GRINA,DBR1,ZFAND3,CD81,CLSTN1,HDLBP,ATN1,FBXO22,STK11,LAMP1,ARHGDIA,LZTS2,SBF1,CHCHD1,SH3GL1,SH3GLB2,MAP2K2,TRNT1,DGKZ,CTDNEP1,MORF4L1,TOM1L2,ADAM15,HNRNPUL1,TMX1,TBL1XR1,HNRNPUL2,RPL7L1,TIPRL,RAB35,MAPKAPK2,UBE2V2,SNRPG,SRSF3,CHMP4B,SNRPE,ANAPC1,ARL8A,CSNK1G2,ANAPC2,TXNDC9,CD151,RAB5C,COX15,BTF3L4,TARS,SLC38A10,GTF2E1,SUPT6H,ORC5,SBNO2,BAG4,ORC3,DVL1,BTBD2,NACC1,BRIX1,LLPH,NAE1,WDTC1,API5,VTA1,CPSF2,LSM5,EEF2,EIF2S1,CNOT7,LSM6,SLC7A6OS,SH3BP5L,OSTC,GNB2,GNB1,UBE2N,PLEKHM2,PLXNB2,UBA1,FGF13,LSM14B,LRP10,NFE2L1,RNF187,MXD4,ZNF512B,ACADVL,KDM5C,GSK3A,PRKCSH,WDR3,TRIAP1,CHD3,HMGB1,PTPN23,PPP1R9B,MRPL3,SEPT9,LASP1,SUMO1,ZC3H7B,PPP6R1,SNRNP70,CASP3,TIMM17A,TLK1,TNPO3,SCYL1,MAPK1IP1L,ACTR2,RFC3,CDADC1,REXO1,NCBP1,EED,H2AFZ,ARFGAP1,EPN1,KLF16,DNM2,TRAF7,POLR1B,DNAJC5,PPP1R12C,HDAC5,GTF3C3,RAB1B,TAF9,LENG8,MTIF2,MLLT1,ATP1A1,STRN4,ADD1,DNAJB2,DCAF15,AP3M1,GANAB,MTA1,RBBP5,U2AF2,TGS1,GNA11,TAF1A,SNRPB2,IGF2BP3,EIF4E,FBRS,DCAF13,PTCD2,FBXL19,CDC42BPB,CLCN7,PFKL,EIF3M,CARM1,MGAT4B,ERCC8,NAA15,P4HB,SSBP1,ABCE1,POLR3K,RAN"
+"gene_set_query"	"347"	"POU5F1B"	"393.0"	"ARCHS4 Coexpression,549;GTEx Coexpression,237"	"RPL30,ZDHHC5,FCF1,GPATCH4,RPL8,TXNDC17,CCAR1,FAM110A,RPS15,RPS14,RPS19,RUSC2,SNRPD2,RPS18,SNRPD1,CDC26,RPL36,HABP4,RPL35,SNRPD3,CCDC92,DIP2C,KIFAP3,SEPHS1,RPS10,TRIM23,RPS12,ARL10,DDX18,RPL21,ARRDC1,SLC35C2,RPL23,ANK2,SRRM1,MRPS18C,FAM133B,SFRP1,KATNAL1,SARNP,RPL29,RPL28,PFN2,SET,CTBP2,TARSL2,SLC45A1,MTMR9,PDGFA,CD99L2,MRPL13,TTBK2,ANAPC11,APH1A,NLN,MRPL20,GAR1,SERF2,ST3GAL3,RPL41,HOMER1,RCC2,H3F3A,LARP7,WDR55,MRPL22,MANF,RPS26,RPS28,RPS27,QARS,RPS29,RPL27A,HNRNPD,LRRN1,DZIP1,CALM2,CDS2,MOCS2,CSRNP2,COX7B,BTG1,SLC35F2,GRIK5,RPLP1,SETD6,RPLP0,COX7C,MRPL32,MRPL33,IKBKB,SERP2,UBL5,TRMT112,PPP3CB,DHX15,RPLP2,KIF1B,JARID2,RRP15,PCYT1B,RPS6KL1,TET2,MRPS21,PRPF40A,DYNLL2,APRT,MRPL50,PSMA4,PSMA2,EEF1E1,MAPRE2,PTMA,PAFAH1B1,MAGEH1,RPL10,MRPS36,AMIGO1,RPL12,WRB,RPL11,TIMM13,AKAP6,TIMM10,UQCR10,COX5B,TCEAL8,RPS15A,PGRMC2,OS9,EXOSC8,RPL14,MGAT1,APBB1,RPS2,PAIP2,RPL18,DYNC1I1,RPL19,NPM1,YTHDF2,MYEF2,TTC1,TCEA2,TOMM7,RPL22L1,MEGF8,NDUFA13,NDUFA12,RPP30,CTNND1,MRFAP1,NUCKS1,RPL10A,COX6A1,FBL,TATDN1,PIM3,BANF1,CHCHD1,HMGN3,RPS9,RPS5,TTC7B,VASH2,RBX1,COX6B1,CLIP3,MORF4L1,ADAM15,DMWD,UBE2V2,ERP29,SNRPG,ERH,SNRPE,PPIG,SNRPF,SNRPC,FKBP3,ENY2,UQCRB,COX16,ARL3,COX17,GPR85,COX7A2,RPF2,EFNA4,UQCRH,KLC2,CAMTA1,RPRD1A,MARK1,DNAJC19,PRNP,AKIRIN1,AUTS2,CBX1,TBCA,LSM5,EIF2S2,ANKHD1,DNAJC17,LSM3,DNAJC18,REEP1,MFHAS1,SON,LSM6,SP3,SPIRE1,PIN1,MDM4,NOP10,CNIH4,RNF14,TRADD,HMGB3,PSIP1,DPY30,HMGB1,SOBP,PPP1R9A,RND2,RBM3,NGRN,PTBP1,RPL7A,SUMO1,SGCB,RNPEP,SUMO2,DACT3,CASP2,EVI5L,PGLS,DNM1L,EID2B,EIF5B,H2AFZ,AKTIP,ABHD14B,H2AFV,NDUFC1,EEF1G,IRF3,TRAF4,NDUFS5,SNURF,PFDN4,GTF3C2,NLGN1,SMARCD3,ATF6B,NDUFB6,DCTN1,GTF3C6,NDUFB4,POMP,NDUFB3,RPL36A,NCALD,FAM168B,FAM168A,UGP2,TRA2B,BEND3,POLR2F,SNRPB2,ROMO1,POLR2I,MTA3,TIMM8B,SSB,NDUFA6,NDUFA4,NDUFA3,NDUFA2,TPRKB,NDUFA1,PDAP1,RPL35A,RPL23A,DEK,CDC42BPA,HSPE1,TSPAN14,SYT11,VAPB,BRMS1L,RPS6KB2,MFAP2,TRIM37,ERCC5,SSBP1,EIF3D,CLUAP1,RAN"
+"gene_set_query"	"348"	"ZNF787"	"393.0"	"ARCHS4 Coexpression,49;Enrichr Queries,104;GTEx Coexpression,1026"	"ARAF,EPRS,RPL8,LSM10,RAVER1,CAPNS1,MYC,ZMIZ2,PSMD3,RPL36,AKT1,AP1S1,PRKACA,IER2,DAPK3,DNTTIP1,WDR74,CD3EAP,SCRIB,HCFC1,RNF126,BIN3,WDR81,DDIT4,RBCK1,PRR12,RPL28,DUS3L,SF1,FLII,MRPL12,MRPL13,RHOT2,PPP4C,NRBF2,PRELID1,JUN,PHC2,JUND,H3F3A,IRF2BP1,MAD2L1BP,PBX2,PRRC2A,TADA2B,EHD1,HNRNPL,TBL3,GIPC1,FASN,DUS1L,OGFR,MTMR14,RPLP1,PIGQ,MED16,SMG5,BBC3,TRIM8,MED11,RPLP2,RRP12,CIC,UPF1,SPHK2,SIRT6,GMIP,NCOR2,RNF167,SLC7A5,MED25,TUBB2A,INF2,PXDN,RAPGEF1,TKT,ERGIC1,GRAMD1A,RNASEK,LIN37,GPS1,SRRT,TIMM13,TMEM160,NOC4L,CENPB,FAM129B,FGD3,CKB,RPS2,RPL18,SAMD1,YKT6,DEDD,MBD3,SF3A1,SF3A2,WDR18,NR1H2,SCAF1,TMEM60,GATAD2A,XAB2,MYBBP1A,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,STK11,LAMP1,RUVBL2,STK16,FBRSL1,PIM3,PIAS4,RPS9,FBXW5,MAP2K2,USP5,RPS5,CNPY3,POLRMT,LEMD2,RNF40,THOC6,ATXN2L,CTDNEP1,SLC9A8,RAB35,MAPKAPK2,FKBP8,FSCN1,SQSTM1,CSNK1G2,SNRPA,SNRPB,ANAPC2,LRRC59,INO80E,RAB5C,MAZ,ARL2,SLC38A10,HSPBP1,CORO1B,SBNO2,NDOR1,DVL1,BTBD2,NACC1,E4F1,NADK,SAC3D1,MAP2K6,WDTC1,ESRRA,NOP16,EEF2,ADAP1,CHERP,LSM7,LRFN4,SH3BP5L,CNOT3,PIN1,PLEKHM2,PLXNB2,CCDC22,NOP10,EIF4G1,ISY1,ZNF512B,RNPEPL1,ZC3H3,ARRB2,PTPN23,MRPL4,PTBP1,SART1,ZNRD1,PPP6R1,SNRNP70,UBTF,PGLS,EIF5A,GPX1,REXO1,VPS37C,TFIP11,RANGAP1,YDJC,DDOST,ARFGAP1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,ETF1,GAPDH,PPP1R12C,TRABD,PPP1R15A,SMARCD2,TSSC4,NDUFB7,CANT1,RAB1B,LRP3,MLLT1,FURIN,DCAF15,GANAB,NCLN,PUF60,U2AF2,RAB24,POLR2E,CSK,FEM1C,POLR2I,POLR2J,SLC25A22,CCDC71,SH2B2,PPP1R14B,MARCKSL1,CIZ1,MID1IP1,FBXL19,MBOAT7,ADRM1,HNRNPAB,BCKDK,IMPDH1,MGAT4B,STUB1,EIF3B,IFITM2,HDAC10,VARS,KEAP1,ZDHHC8,NUBP2,RPS15,FRAT2,TRIM28,RPS19,CDC26,LONP1,ATXN7L3,SLC12A9,TBC1D10B,MOGS,ACTN4,MFSD10,CDC34,ULK1,TTLL12,AURKAIP1,TELO2,STXBP2,SUPT4H1,TWF2,PGS1,APH1A,DHX34,PCBP1,DHX37,SYMPK,TNRC18,BANP,VASP,TMEM86B,INTS1,ITM2C,DHRS13,DAZAP1,MRPS12,CCDC124,PRPF19,GUK1,XPO6,MLX,SDF4,TMED1,SDF2,ATP6V0B,MRPS26,PRMT1,NME3,MRPS7,COMMD5,MLF2,RHOB,CTU1,SCNM1,PITPNM1,RPUSD1,ARHGEF2,ALDOA,ATP6V0C,DBN1,STK40,CSTB,TOMM40,GNAI2,HIRA,ZDHHC18,EXOSC4,PES1,HSF1,SCAND1,YIPF1,TMUB1,AP3D1,MYO9B,DOHH,BOP1,HDGF,PNPLA6,GRINA,MIDN,ZFAND3,PHRF1,FBL,ARHGDIA,KHSRP,SBF1,SH3GL1,PAM16,NOSIP,ATAD3A,HNRNPUL1,FAM173A,EHBP1L1,CHMP4B,GEMIN7,CARS2,RPS19BP1,PXN,CSF2RA,SUPT6H,IRAK1,GRK6,ZMAT5,H1FX,MARK2,BCL9L,PRNP,CPSF1,HMGA1,ASPSCR1,HOOK2,UBE2S,GNB2,CHMP2A,CLASRP,TCF3,LSM14B,LRP10,COPE,GALK1,UBE2M,KDM5C,GSK3A,PRKCSH,YBX1,LMNB2,LMNB1,PPP1R9B,SEPT9,LASP1,ZC3H7B,FLOT2,TIMM17B,SCYL1,PDPK1,H2AFX,AXIN1,ARHGEF18,DDX54,SENP3,EPN1,KLF16,DNM2,NDUFS8,NDUFS7,PPDPF,AKT1S1,CHMP6,TSEN34,RGS19,WIZ,STRN4,USP19,DNPEP,MTA1,GNG5,RAB40C,MKNK2,RALY,MTA2,FBRS,PDLIM7,BAD,MIIP,CLCN7,NEURL4,CARM1,RBM42,ACIN1,BAX,SSBP4"
+"gene_set_query"	"349"	"AEBP2"	"394.3"	"ARCHS4 Coexpression,227;Enrichr Queries,122;GTEx Coexpression,834"	"TRIO,NUP107,TFRC,HNRNPU,RBPJ,EPRS,LSM12,ALCAM,ZMIZ1,DPYSL2,MYC,AKT1,MEF2A,WSB1,CXADR,IAH1,TSPYL1,CSNK2A2,CD3EAP,DAAM1,DDIT4,SET,SAR1A,SAR1B,NEDD4L,SLAIN2,VPS26A,HIF1A,MTDH,PRDX3,LDHB,SSR1,BTF3,CDK17,JUN,PLK2,RDX,IRF2BP2,PHC3,PBX1,EIF1,PRRC2A,HNRNPK,CPEB4,PHF3,PIGU,BTG1,ARHGAP1,MRPL39,MRPL42,NIPBL,CSRP2,TMEM43,TIMP2,JAK2,JARID2,RRP15,PCMTD1,UPF1,SHPRH,TCF12,TET2,SLC39A10,ELOVL6,DUSP6,SRP9,SIRT3,DDB2,NCOR2,ZEB2,PSMA3,TMEM33,CDC42EP3,PXDN,ERGIC2,PAFAH1B2,ARF6,ATL2,FAM117B,SCAF8,BCLAF1,PSMB5,CLPTM1,FLNA,RICTOR,SRSF10,YKT6,MDH1,CSNK1A1,SYNJ2BP,RYBP,NFIA,NFIB,ETNK1,SERBP1,TAOK2,CCDC6,NUCB1,PKN1,NAB1,TUSC2,FBXO28,PPP1CB,SLC39A9,CFL1,PAPOLA,KPNA6,NUDT19,PLS3,MTPAP,GTF2I,TLE4,TLE3,SLC38A1,RPS9,MAP2K2,USP5,FBXW7,F2R,DYRK1A,FRMD4A,LARP4B,THOC2,FOXP1,MORF4L1,TXLNA,RAB35,SRSF3,PHIP,ADNP,SRSF6,ANAPC2,ANKRD17,PFKFB2,INO80E,PFKFB3,RAB5C,ANKRD12,SPATA2,LIN7C,GTF2E1,FBXO42,RAP1B,SBNO1,EIF1AD,BAG4,PITRM1,ORC3,ESD,ANKRD10,SLC38A2,SKIL,TRAPPC2,OSBPL8,FANCE,MARCH6,SH3BP5L,CNOT2,SP3,MDM2,SERINC5,ZC3H4,CELF2,PTEN,BICD2,DUSP11,DUSP12,SUMO1,SIN3A,PPP6R1,SNRNP70,PPP6R2,PPP6R3,TLK1,PMEPA1,TNPO1,ARL5A,UNC45A,HSP90AA1,PPP1R12A,DST,ATRX,RAD23B,PTBP2,ARL4C,PTP4A1,PTP4A3,PIK3CA,CTDSP2,POLR1B,DNAJC5,TOP1,BCAT1,SEC22B,PPP1R12C,NFAT5,ROCK1,ROCK2,RAB1B,MAK16,TULP4,FOXRED1,RAB21,ABLIM1,GANAB,KCTD20,RBBP4,HAUS7,U2AF2,EIF4H,FEM1C,EIF4E,DCAF13,SMARCE1,SPAG9,SEC24B,FOXJ2,PTPN12,CDC42BPA,OXR1,TPD52L2,RAD52,MARCKS,KLF6,PFKL,PSAT1,DNAJA2,MGAT4B,P4HB,TMEM41B,PITPNB,ZMYND8,CISD2,JMJD1C,CCNC,THUMPD1,ACTB,TIAL1,BSG,EPC2,ATXN7L3,SOX4,TMPO,SCAF11,ACTN1,BROX,ARRDC3,MOGS,ACTN4,ANK3,TWSG1,KCTD10,HECA,FAM76A,MACF1,MYCBP2,DCUN1D4,DCUN1D1,PIK3R1,APH1A,CHTF8,MIER1,CSTF1,GSE1,HIVEP2,SMARCA5,PUM1,SMARCA2,MED13L,EXT1,STAG1,WNK1,ID2,ANP32E,FBXL3,ITM2C,CITED2,SLC35F2,PAK1IP1,AKAP12,SYNCRIP,PPP3CA,XPO1,ENC1,DHX15,SDF4,TMED4,PBRM1,TSC22D1,MINK1,CTTNBP2NL,MLF2,RAB33B,ENAH,RAP2C,RAP2B,CTTN,HNRNPH1,WAC,PABPC1,CD47,SGK1,EEF1E1,ATP6V0C,SATB1,GNAI2,PCNP,SERTAD2,MAP4K4,SUZ12,RYK,PLEKHA5,MPP6,MIB1,VEGFA,PRPF39,CAPZA1,ESYT2,HDGF,FAM171B,RAB3GAP1,GRINA,OTUD4,SRP19,ZFAND5,NUCKS1,IGF1R,KIF5B,CWC22,ARID2,SBF1,MORC3,UBE4A,SDHD,HNRNPUL1,FAM173A,TBL1XR1,TMX1,UBE2V2,TBC1D24,CHMP4B,PPIG,PSMD12,PSMD11,TOR1AIP2,PDS5B,RTN4,CNN3,ARHGAP12,BPTF,SMAD2,IVNS1ABP,PRNP,RHBDD3,NUP155,SMURF1,IDH1,ECD,CRIM1,DSTN,SMAD5,DNAJC16,EIF2S1,AZIN1,KLHL20,UBE2W,EFNA2,PAN3,HOOK2,HOOK1,OSTC,GNB2,GNB1,GNB4,UBE2N,UBA2,SRPRB,BRWD1,LSM14A,RERE,ACADVL,KDM5C,DYRK2,DDX3X,PRKCSH,CHD6,ATP2A2,CHD2,AFF4,PPP1R9B,SEC61A1,SPRED1,LASP1,SENP5,PPP2R5E,MLST8,TMEM109,CASP2,MAPK1IP1L,PDPK1,PDE4D,NAV2,ARID1A,ARID1B,DDX50,YWHAZ,DNM2,LATS1,CREB1,SETBP1,DDAH1,IGDCC4,THRAP3,CDH13,NUP54,NAA20,DDX21,ASAP1,TOB1,STRN3,DNPEP,TRA2A,NT5DC3,RALY,ATF7IP,EYA3,ACVR2A,SLC4A7,PNKD,VIM,NAA15,SUGT1,TAF2,R3HDM2"
+"gene_set_query"	"350"	"PBX1"	"394.5"	"Literature ChIP-seq,160;ARCHS4 Coexpression,226;Enrichr Queries,389;GTEx Coexpression,803"	"ITSN2,TDRKH,POP4,ITSN1,ALKBH3,PREX1,LSM11,DPYSL5,DPYSL2,DPYSL3,FGFR1OP2,PSMD3,ANKFY1,PRKACA,MEF2C,RBFOX2,STARD7,CACNA2D1,RFX1,EML1,SCAMP3,EID1,MYL6,EID2,RFX7,RUFY3,DDIT4,JTB,FAR1,MTMR1,MTMR3,SHMT2,AGAP1,MRPL14,OAZ1,MTMR7,CIAO1,PRKAR2B,PRKAR2A,VTI1A,PIP5K1A,B3GALNT1,JUN,PRPF38B,JUP,CADM1,GPR12,NR2F1,EIF2AK3,L1CAM,MLLT11,PCDHGA11,VANGL2,FAM135A,PKIA,NMT1,SFXN3,DCHS1,FAT3,FERMT2,LGMN,GPR19,PIGU,LRSAM1,PIGT,GPR21,MED19,SNX11,MRPL37,MED15,MRPL33,MECP2,TUBA1A,PCMTD1,APPL1,LRRC49,SLC39A11,MRPL49,MANEAL,JOSD1,DYNLL2,MRPL46,DUSP6,PGM2L1,TOMM40L,TMEFF1,PSMA6,PSMA3,MED21,PXDN,ERGIC3,SLC29A2,LIN37,ATL2,KCNA6,MRPL55,GLRA2,GGA3,PSMB3,ADAM23,SPOP,FLNA,ANO10,ZSWIM4,LRRC28,TARBP2,GATAD2A,TMEM60,SPSB3,RABIF,PSMC5,SNX16,FABP5,PSMC4,SLMAP,TAOK1,FABP7,PKN1,CIAPIN1,MTCH1,LTN1,ATCAY,SCMH1,OSBP,RUVBL1,ADORA1,KPNA4,NOMO1,KPNA1,FBXW7,UBE2E3,SARS,ATP11B,SRCIN1,FOXP1,SAP30,FRMD5,SLC9A6,RAD54L2,KHDRBS3,MAX,ZC4H2,ARL3,CORO1C,SOCS2,RAP1A,MED30,G3BP1,MBIP,IP6K1,NEK9,HPS4,PTPRD,LRCH2,ARPC2,SP3,AAK1,NFE2L1,MDM1,NUMA1,CELF2,CELF3,AKAP8L,CELF4,CELF5,CAPZB,SUMO1,PMEPA1,MRPL9,ERC2,NEO1,BCAS3,PPP1R12A,DST,TNFRSF19,SH2D3C,VEZF1,RABGGTA,ARL4C,PPM1A,PPM1B,NRG3,IMPAD1,PPP1R12B,BCAT1,SLC25A12,NDUFB8,PPM1L,SRF,PRCC,ZBTB43,CXXC4,HSD17B10,EHBP1,LRP6,SRM,ZNRF2,CDC37L1,LRRC8D,SH3BP4,FYN,LRRC8B,HNRNPA1,UBQLN4,AAMP,ATP9A,SLC25A25,NDUFA9,NTRK2,MARCKSL1,PCDH7,NTRK3,NDUFA3,SYT16,LYSMD2,HNRNPAB,NELL2,MYO1B,NOVA2,PDCD4,UNC79,SLC23A2,EIF4A1,CCNI,CERK,PPAN,TXNDC12,THUMPD1,NUDT3,TXNDC16,NUBP2,RASSF2,OPHN1,KIF21A,PTGFRN,EIF2A,ARL10,EPHA5,EPHA4,EPHA7,LIMCH1,ACTN1,ECH1,PAQR3,NSMCE1,ANK2,ANK3,ALG1,BCS1L,ANK1,THAP3,KCTD10,CSNK2B,KCNQ4,TAGLN3,TRIB2,DHX8,TMEM63B,MYCBP2,SUPT4H1,PIK3R3,PIK3R1,KALRN,TTBK2,UBE2J1,MBTD1,NKAIN1,SNX2,SEC14L1,PGBD5,DHX35,HLTF,TSPAN5,SURF6,B4GALNT1,FAM192A,TSPAN3,RAB11FIP2,SCN3B,SCN3A,BBS1,ST8SIA2,DCLK2,MYO5A,SMARCA2,DCLK1,MSRA,ID2,RANBP10,INTS4,LRRN1,GRB2,INTS7,NRP1,DHRS13,CSRNP3,PTPRS,MRPS11,PTPRO,MRPS12,PTPRK,PTPRF,PTMS,HERPUD1,AKAP12,ACTR1A,PPP3CB,SPTLC2,ENC1,IDS,KIF1B,CCT3,MRPS23,ANO6,SYP,MRPS7,MRPS5,RGMA,ENAH,TOX3,MN1,ARHGEF9,RAP2B,KIT,PITPNM2,G2E3,PTMA,SATB1,SSNA1,PRICKLE2,PRICKLE1,SH3BGRL,ARVCF,PAK1,CAMK2N1,ORMDL3,GPC2,GPC4,MGAT2,PAK3,GABBR2,YIPF1,SORT1,PLEKHA5,TTC1,PLEKHA6,COX6C,YIF1B,MAD2L2,NUDT9,SEC23IP,KLHL5,ZDHHC9,NEDD4,TTC3,CACHD1,ZFP28,CARS,OTUD5,UBE3B,IGF1R,KIF5C,KHSRP,CAPN5,PPFIA2,SH3GL1,TPRA1,TTC7B,CASK,LMTK2,SDHC,SDHA,WBP11,POU3F2,TANC2,COX6B1,ADAM19,TMX4,HNRNPUL1,TMX2,DOK5,PPIF,SBDS,TBC1D19,RTN1,ARHGEF25,DIABLO,NPR2,CACNA1B,HTRA2,CACNA1A,CACNA1C,NDRG1,CACNA1H,RTN4,PLD3,NCKIPSD,FUT9,CAMTA1,KIF3C,IVNS1ABP,PRNP,GGT7,AUTS2,SYT1,CRIM1,KLHL23,MANBAL,ANKHD1,GNAO1,IFT20,GCLC,BMP1,HOOK2,HOOK1,GNAQ,GNAS,CNTN1,PHF14,UBA2,FGF13,RERE,GSK3B,PHTF2,DDX3X,PRKCSH,CHD6,ILK,TNFAIP1,SOBP,RND2,MEA1,RND3,TTC28,UBE2Q2,BCL7C,GDAP1L1,TIMM17A,DACT1,ATP6AP1,PDPK1,DCAKD,CAD,UBE2QL1,ABHD14B,NAV1,ABHD14A,NAV2,UTP18,CREB3,VCAN,SFPQ,SETBP1,PEX5,ZMYND11,CUEDC1,INA,OTUB2,DCTN4,CRMP1,AGPAT1,RNF5,ADD2,GNG3,CAND1,GNG2,TNKS2,MAT2A,SV2A,TAF1C,BMS1,SPOCK2,PDLIM7,ATP2B4,MAPK10,IRGQ,FAM155A,CLCN6,PNKD,SBK1,VIM,R3HDM1,CYFIP1,TES,TRIO,MYT1L,ARPC5L,STMN2,DCAF8,STMN4,PHAX,FNBP1L,DCAF7,BACH2,GPR173,ALCAM,ZMIZ1,MYC,STMN1,PIP4K2A,DIP2C,VPS36,DDX17,NUP210,ARMC9,AFAP1,SOX11,GTPBP1,IFT81,GPR161,SARNP,TYRO3,TARS2,PRR13,LRPAP1,SEH1L,PDXDC1,NEDD4L,HIF1A,ADH5,GJC1,NCSTN,FLRT2,CHST15,ST3GAL5,LHPP,S100A10,FZD3,CDK19,RPL41,DMPK,PLK2,MTHFR,EHD1,HNRNPL,MEX3A,HNRNPK,NPLOC4,HBP1,HNRNPC,GABRB3,BTG1,SETD6,PHF6,AIFM1,CHL1,TRIM2,ENSA,JARID2,GARNL3,BRD3,ZC3H10,FAM126A,COPZ1,HADHB,HADHA,ZEB2,TUBB2B,LSG1,MTF2,EXOC6,PLCB1,TKT,RNF165,GAS7,NFIX,CLDND1,USO1,TIMM10,LMAN2,CKB,PAIP2,ANKRD50,RUNX1T1,RPRM,FARP1,KIDINS220,PCGF2,NMNAT2,NFIA,ABI2,NFIB,SARM1,ZYX,PLP2,TMEM229B,RAB3C,ATP8A2,CLSTN2,CTNND2,AUP1,BZW2,CLU,PPP1CB,IPO8,CDH2,SALL2,GRB14,CFL1,LZTS2,TMSB10,HMGN1,MAGI1,TLE4,RPS9,USP5,IGFBP3,MAGI3,GPT2,TPM1,MAGI2,ANKRD45,TRAFD1,FRMD4A,THOC3,VASH1,TRAIP,ARMCX4,ARMCX1,CACNB4,RAB34,FKBP8,PHIP,TNIK,TOX,FKBP3,SNRPB,BRSK2,RAB5B,CBFB,TNKS,AK2,TARS,PHF21B,ORC4,NEUROD2,STIP1,ABL1,PLXNA2,DVL3,SMN1,SRGAP2,PLXNA4,TRAPPC2,UVRAG,OSBPL2,NSG1,BTBD9,REEP1,BCL9,LRFN5,DAB1,NBEA,NSG2,SYNJ1,CDK4,CNOT3,NF1,CPE,SPIRE1,DHCR7,SERINC3,EIF4G3,BCL2L1,MAP3K12,LMBR1L,RNF14,SYNE2,DUSP12,PSD3,CEP170,PHACTR1,EVI5L,ILKAP,REXO1,LIX1L,AMT,EDF1,WIPI2,SMC1A,PTBP2,PATL1,NIPSNAP1,PTP4A3,ASPH,CTDSP2,CCDC43,RP9,SOS2,NLGN3,WBP1,AP3M2,STOX2,CACNG7,ABLIM1,DNAJB5,RAB23,CSK,RBBP6,ASCC2,MEST,UGGT1,ADSS,JAZF1,SMARCE1,TUB,RNF20,SEMA4A,SLC35A4,SPAG7,RPRD2,OXR1,MTOR,MARCKS,KLF6,NFASC,ASXL3,VPS45,TNRC6A,METAP2,APP,TCERG1,CMAS,SLC35B1,DIXDC1,PWP1,PDCD2L,FLAD1,RPL36AL,HABP4,DZIP1L,UBAP2L,KIFAP3,GLUL,SEPHS2,SOX4,SOX5,TBC1D10B,PDHX,SRRM3,MTUS1,MAPK8IP2,TIAM1,KATNAL1,BOLA2,CRYZL1,TLN2,PFN1,GPM6A,NECAB1,BEX1,TMEM161A,TSHZ3,IGSF3,ANP32A,TWF1,NLK,GMCL1,NUAK1,INPP5F,TNRC18,RABGAP1L,BCL11A,TREX1,CCDC88A,SESTD1,ANP32E,TMCC2,ITM2C,ROBO2,CITED2,ZFAND2B,SIPA1L2,PRPF19,SIPA1L3,ROBO1,EPM2AIP1,HINT1,SERP1,PCF11,TMED7,RSPRY1,PARP6,CDV3,TSC22D1,PRMT2,PARP2,TSC22D3,ITFG2,MTSS1,RAB33A,MLF2,RHOB,PARP8,FAM20B,RHOU,MAPT,SGK1,AKAP6,PTN,TCEAL5,CUX1,TCEAL3,TCEAL1,CTNNA2,APBB3,METTL9,MPZL1,MYEF2,RYK,GBF1,LSAMP,XPO7,SORBS2,SORBS1,FAH,RANBP6,MPP6,RAB11B,NBR1,COPG2,APBA2,CDK5R1,MRFAP1,ARHGAP39,BASP1,ARHGDIA,TMEM14C,CHRNB2,DSCAM,LMO4,LMO3,APLP2,TOMM34,SHISA5,TSC1,ACYP1,ATP1B1,PDIA6,DCTD,OXA1L,PREPL,TMEM136,PHOSPHO2,HGS,SPECC1L,ELMO1,ELMO2,XPR1,RAI14,COPA,ISYNA1,NTM,CHRNA7,BTF3L4,SEZ6L2,STK4,EFNB2,ARHGAP21,MYH10,ZC3H14,ANKZF1,PDZD7,BPTF,MARK1,DNAJC19,KLHDC3,SMAD4,CBX5,HSPA5,ASPSCR1,DNAJC13,COQ9,DLG2,NR4A3,CAPRIN1,JMY,SRPRB,SKIV2L,MUS81,PCDHGB7,DOCK4,DOCK7,CBY1,ELAVL4,YBX1,ELAVL2,ELAVL3,SLC2A8,SENP7,SPRED1,ALDH2,PDE4B,TMEM108,SPEG,TOPBP1,KLF13,PDE4D,H2AFV,SENP2,SAFB,CKAP4,SEPT3,DNM2,LATS1,GAP43,CDH11,DCX,PFDN1,HAGH,CAMK1G,USP16,POLDIP2,ETFDH,NCALD,IWS1,U2AF1L4,UGP2,SAP30L,NT5DC3,NCAM1,CAMK2G,CLASP2,LGI1,NEGR1,PCDHGC4,PCDHGC3,PDE4DIP,NAP1L2,MEIS2,SLC4A8,PPP2R2B,PPP2R2D,RGS12,SSBP2,RBMX"
+"gene_set_query"	"351"	"PRDM8"	"395.3"	"ARCHS4 Coexpression,131;Enrichr Queries,570;GTEx Coexpression,485"	"STMN2,STMN3,BACH2,SCAMP5,RNF112,LSM11,ALCAM,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,DPYSL3,AKT3,NCKAP5,TMEM8B,MEF2C,RBFOX1,UNC5A,FNBP1,PRKCE,ARMC9,SOX11,EML1,PRKAR1B,HECW1,DDIT4,SF1,NPRL3,AGAP2,AGAP1,NEDD4L,ABR,PPP3R1,FLRT2,RDH11,CHST15,PIP5K1C,ABCA2,JUN,CADM3,CADM1,NR2F1,L1CAM,PBX1,EHD1,FXYD6,FAT4,OGFR,PYGB,DENND1A,JPH4,TRIM8,TRIM9,JPH3,DLGAP1,CIC,ITPK1,DUSP8,DUSP6,NCOR2,ZEB2,KIFC2,CDC42EP3,PXDN,PLEKHO1,PLCB1,VAMP2,GAS7,NFIX,ATL1,CHN1,SPOP,SLC17A7,CKB,NCDN,MEF2D,ATRNL1,SCAF1,SKI,TMEM158,NFIA,NFIB,PKN1,FAM49A,RAB3A,CLSTN2,CLSTN3,CLSTN1,ATN1,RNF19B,SLC8A2,RPH3A,CDH2,FBRSL1,AP2M1,IGFBP3,F2R,IGFBP2,TBR1,DGKZ,FOXP1,RNF41,CLIP3,OLFM1,TOM1L2,ACAP3,CLIP2,CACNB3,DMWD,RAB35,MADD,TOX,ARL8A,BRSK1,SEMA7A,BRSK2,PFKFB3,ZC4H2,ITPR1,FBXO41,SOCS2,SBNO2,RAP1A,KLC2,NEUROD6,BTBD2,PLXNA2,PLXNA1,RAB6B,PLXNA4,WDTC1,LRRC4B,TNK2,ADAP1,CORO2B,REEP1,PTPRD,BCL9,LRFN5,SH3BP5L,LHX2,MAP3K10,PLEKHM2,BCL2L2,SNAP25,ARRB1,NRGN,DUSP12,PPP6R1,PMEPA1,EVI5L,ERC2,PPP1R12A,REXO1,PTBP2,ARL4C,PTP4A3,SNPH,DNAJC6,DNAJC5,PPP1R12C,WBP2,SRF,CXXC1,LENG8,MLLT1,MLLT6,DNAJB2,CACNG7,CACNG8,MGAT5B,BEND5,LINGO1,SLC12A5,PCDH7,MBOAT7,FBXL16,ENOX1,NELL2,KLF6,DIXDC1,ZDHHC8,RUSC2,KIF21B,BSN,ATXN7L3,SOX4,EPHA5,EPHA4,EPHA7,SLC6A17,ACTN1,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,STX1B,KCNQ2,KCNQ4,HECA,KCTD12,KCTD17,TRIB2,STX1A,NECAB1,NRN1,TSHZ3,SLC45A1,STXBP1,CEND1,TTBK1,NUAK1,SYNGR1,DHX35,TNRC18,HIVEP2,SCN3B,RALGDS,BBS1,NTNG2,ZRSR2,BCL11B,IQSEC2,IQSEC1,BCL11A,MICAL2,SNAP91,ID2,CALM3,NRP1,TMEM151B,GDI1,DIRAS1,AATK,SLC7A11,SIPA1L2,AKAP12,ACTR1A,ENC1,NCS1,IDS,KIF1A,GIT1,PSD,ZER1,SYP,RGMB,SYN1,MLF2,MN1,MPPED1,PITPNM1,KIT,FAM20B,RHOU,MAPRE3,ARHGEF2,MAPT,SGK1,DBN1,CSTB,NAPB,PNCK,SATB1,SATB2,PRICKLE2,CAMKK1,GNAI2,CAMKK2,NFIL3,TCEAL3,CAMK2N1,TCEAL1,MAP4K4,GABBR2,GABBR1,SPRYD3,RANBP3,MYO9B,SORBS1,VEGFA,GRIN1,SGSM2,CDK5R2,GRINA,CDK5R1,CRTC1,BASP1,KIF5A,PALM,NRCAM,DENND5A,SBF1,LMO4,TMOD2,ADAM11,LMTK3,OCRL,LMO7,RUNDC3A,ADAM19,CHMP4B,GNAZ,NDRG4,ARHGEF25,NTM,PXN,TMEM59L,CACNA1A,DTX3,CABP1,BHLHE22,CPLX2,NDRG1,CPLX1,CACNA1H,RTN4,PDZD4,CAMTA2,KIF3C,PRNP,CBX6,AUTS2,CRIM1,KLHL23,MANBAL,GNAO1,ARHGAP33,NR4A3,HOOK2,HOOK1,DLG4,GNAQ,GNB1,PI4KA,CNTN1,CLASRP,GSK3A,THRA,CNRIP1,ELAVL4,CHD6,ILK,SLC2A3,CHD3,SOBP,AFF3,PKD1,PPP1R9B,SNAPC2,ZC3H7B,PDE4B,SULT4A1,YWHAG,YWHAH,KDM6B,SUN2,KLF13,PDE4D,NAV2,SEPT5,PJA2,DNM1,KLF16,SEPT3,GAP43,VCAN,NAT8L,SHANK2,SHANK1,CAMK2B,DCTN1,RGS16,ATP1A3,NRXN2,ADD1,NCALD,FAM168B,GNG2,FAM168A,SV2A,NT5DC3,SPOCK1,PTK2B,SNCB,CAMK2G,FBRS,PDLIM7,SNCA,NEGR1,B3GAT1,CCK,MEIS3,MEIS2,MAPK10,MAPK11,PPP2R2C,FAM131B,ATP13A2,VIM"
+"gene_set_query"	"352"	"KDM5B"	"396.4"	"Literature ChIP-seq,6;ARCHS4 Coexpression,359;ENCODE ChIP-seq,96;ReMap ChIP-seq,89;GTEx Coexpression,1432"	"ITSN2,ATF2,POP5,SCOC,POP7,GMFB,NUP107,TFRC,ALKBH6,ALKBH8,DPYSL4,RAVER1,DPYSL5,ALKBH1,DPYSL2,DPYSL3,GPBP1,FGFR1OP2,AKT3,AKT1,ANKFY1,PWWP2A,PRKACA,FNBP4,ATG3,SAP30BP,CXADR,UNC5A,TSTD2,PRKAB1,RC3H2,EWSR1,DDIT3,ZC3H11A,DDIT4,TMEM126A,JTB,SF1,ATF4,SLBP,SET,SAR1A,SHMT2,CDCA4,PDGFA,BAZ2A,CIAO1,PRPSAP1,RHOT2,LARP1,PRPSAP2,RHOT1,RNF216,RDH11,PIP5K1A,LTA4H,ATRIP,HEXIM1,JAG2,JUN,CREBBP,PRPF38B,PRPF38A,JUP,NCAPH2,NR2F1,EIF2AK3,LARP4,PBX1,TBL3,VANGL2,FASN,SFXN3,NMT1,SFXN1,FAT3,FAT4,MED19,SNX11,MED16,MED15,BBC3,DDA1,MED17,SHF,MED14,ATIC,MED13,SMPD4,NEFM,ENOPH1,APC2,SPHK2,IFT140,TEX10,SLC39A10,EPS15L1,BAZ1B,MED26,MED29,DUSP6,DDB1,MED23,MED22,TMEFF1,SLC7A5,SLC7A6,PTRH2,MMP17,RAPGEF1,PAFAH1B3,ERGIC2,PAFAH1B1,TRUB2,LIN37,URM1,ATL1,WRB,ATL2,ADAM22,DLST,SDAD1,SLC7A1,CENPB,NRAS,EXOSC10,ADAM23,SPOP,RICTOR,ZSWIM6,SAMD1,MBD3,CENPT,ATAD1,EGLN1,RIC3,CENPV,MBD6,CRBN,GOLM1,WNT7B,TRAPPC10,ARCN1,SKI,NUDT21,SNX19,SNX16,MYBBP1A,CCDC9,APEX1,ETNK1,SLMAP,TAOK1,CCDC6,YPEL1,TSR1,CIAPIN1,AGRN,YPEL3,CRLF1,MTCH2,SLC27A1,CRCP,ATN1,CASC4,LTN1,CASC3,FRY,FBXO22,NUDT11,FADS2,POFUT2,FNTA,NUDT19,MTPAP,MAP3K7,PIAS4,FBXW4,CDKL2,FBXW5,PCYT2,DGAT1,CISH,FBXW7,EIF1AX,STX7,ATP11B,CNPY2,ATP11A,POLRMT,CASD1,FBXO11,SRCIN1,FBXW2,PIAS2,LENEP,CDC25B,MSH6,ATXN2L,ACLY,MSH2,DMTF1,SRSF2,SRSF3,PKP4,SRSF5,SRSF6,SRSF7,SLC27A4,FTO,INO80B,KHDRBS1,TXNDC9,UQCRB,ZC4H2,IREB2,GMPS,NRF1,CORO1A,CORO1B,FBXO41,HSP90B1,RAP1B,IGSF21,NDOR1,G3BP1,G3BP2,BRIX1,NAE1,ZKSCAN1,NEK9,NOP14,ODF2,API5,FUS,FBXO38,STYX,ARPC5,CORO2A,UCKL1,DRAP1,YRDC,IBTK,SON,SH3BP5L,ARPC2,UQCRQ,NACA,SP3,ACO1,LRCH4,OSBPL1A,OGT,ITGB1,PTEN,AP4M1,SPR,PPP6R3,PGM3,ACP2,NEO1,BOK,TRIM67,ACTR3,EIF5A,BCAS3,ACTR2,EIF5B,ATRX,MSL2,VPS13A,ACTR8,ARFGAP3,ARFGAP1,IMPACT,PCCB,ETF1,TOP1,BCAT1,GAPDH,TNFRSF21,BECN1,ROCK1,UHRF2,ROCK2,SRBD1,SRSF1,RCHY1,EHBP1,FOXRED1,TSPAN31,MLLT6,CDC42,ZNRF1,SRR,KCTD20,U2AF2,NNAT,PHKG2,TRIM46,KRIT1,UBQLN1,EIF4H,IGF2BP3,FEM1C,E2F4,IGF2BP2,HNRNPA1,EIF4E,EIF4B,HNRNPA0,GADD45GIP1,SEPT11,MARCKSL1,NOP58,HNRNPA3,TRIM41,SSB,FEM1A,PCDH7,CNBP,NTRK3,TXNL1,SYT16,CDC5L,EFR3B,HNRNPAB,CABLES2,MYO16,GSTZ1,EIF3M,MCM3AP,NECAP1,TSPAN13,CDKN2AIPNL,EIF3L,EIF3J,EIF3G,OCIAD1,PDCD4,STUB1,PDCD2,TRIM37,EIF3E,ATXN10,EIF3C,EIF3D,BCAR1,TRIM33,EIF3A,EIF3B,SLC23A2,SMARCB1,PPAN,ACTB,CRKL,NUDT4,HERC4,CDC23,TRIM28,HERC1,SNRPD1,CDC26,BSG,CDC27,TRIM24,EPC1,FBXO3,EIF2D,ATXN7L1,TRIM27,PTGFRN,SNRPD3,ATXN7L3,SCAPER,EIF2A,FBXO9,TRIM23,SMARCC1,ARL15,LIMCH1,ACTN1,CIRBP,ALG2,ISLR2,CSNK1D,MOGS,ACTN4,MFSD11,CDC34,CFDP1,SNHG12,CDC37,SUB1,FAM76B,FAM76A,TRIB2,GGNBP2,NRN1,TBC1D9B,DHX8,TMEM63C,DHX9,CEND1,ZBTB5,ACTR3B,GSPT1,NKAIN2,MBTD1,PGS1,NKAIN1,SYNGR1,SEC14L1,HLTF,KCNN2,FAM192A,ATP6V1C1,XBP1,SMARCA5,MYO5A,BSDC1,NTAN1,SMARCA2,PTK2,SMARCA4,AIMP1,MSRA,PTK7,CWF19L1,CDC16,NDUFAF2,CALU,FBXL3,GRB2,NOL10,CALR,FBXL2,NOL11,FBXL5,CD200,SUGP2,FBXL6,MON1B,SUGP1,DHRS13,NRP1,MRPS15,PAK1IP1,GRIK3,NAT10,GRIK2,NAT14,HERPUD1,AKAP12,PPP3CA,SYNCRIP,PCM1,NUDCD3,OTUD6B,RAC3,SDF4,RAC1,SDF2,GIT1,BBS4,CAP1,PBRM1,PCYT1A,MRPS27,ATMIN,MRPS22,PABPC4,PRPF40A,TFB2M,SYN3,SREBF2,APRT,GAK,RAP2B,PITPNM1,SLTM,CANX,TAX1BP1,FAM193A,PABPC1,EEF1E1,PTMA,SLU7,DYNC1I2,MRPS35,SSNA1,GNAI3,MRPS30,COX5A,GNAI1,NAPG,PCNP,OS9,ORMDL3,MGAT1,RAE1,PEX16,DYNC1H1,MAP3K3,GABBR2,GABBR1,MON2,VEGFB,TTC1,COX6C,MYO9A,GRIN1,SH3RF3,NUDT9,BOP1,SEC23IP,NUDT8,KLHL7,KLHL8,TTC3,NDUFAB1,HNRNPA2B1,TCEA2,CACHD1,AGGF1,TCEA1,TACC2,GRINA,PRDM8,CARS,OTUD4,CRTC2,NUP188,PRDM4,UBE3C,ZFAND5,PEBP1,PRDM2,UBE3A,SRP14,UBE2Z,ACTG1,IGF1R,TXN2,NARS,AMMECR1L,PPIP5K2,FAM3C,PCID2,MORC3,FBXW11,CASK,SDHC,UBE4B,SDHD,SDHA,POU3F1,POU3F2,EEF1A1,ADAM15,PSPC1,EEF1A2,EHBP1L1,DNAJB11,TBC1D24,PLAA,PPIE,WDFY3,PPIH,PPIG,PPIB,RAF1,PPIA,PPID,COX19,GNAZ,DDX6,DDX5,TSG101,NDUFB10,COX15,UBA5,DDX1,BHLHE22,CACNA1E,CACNA1H,CNN3,NCKIPSD,RAI1,SHARPIN,RNASEH1,TBC1D14,TBC1D17,QSER1,TBC1D16,SYT5,YARS,UBE2H,NUP155,AUTS2,SYT1,UBE2B,PCIF1,TIMM44,NUP153,CNOT10,AP4B1,IFT20,UBE2W,AHI1,NASP,UBE2S,CCPG1,HOOK1,GNB2,MKRN1,GNB1,GNAS,UBE2N,MKRN2,UBA3,UBA2,UBE2O,UBA1,DEGS2,GALK1,UBE2M,PHTF2,CUEDC2,ZMYND19,LDB1,HP1BP3,TNFAIP1,LDB2,TAZ,LMNB2,PITPNC1,PHTF1,CABIN1,RND1,LMNB1,TTC28,TMEM223,EEF2K,MAN1A2,RB1CC1,MYO18A,GET4,SUN1,TBP,NUP133,NAV2,SYNGR3,EPN1,EPN2,EEF1G,ELF2,RER1,ALS2,ATP6V1B2,MAN1B1,NAT8L,SHANK3,CUEDC1,OTUB1,AGPAT5,RALA,RRN3,SFSWAP,SLC3A2,RNF7,NT5C2,RNF4,RNF2,ADD2,CYTH3,POLD3,MTA1,CAND1,GNG2,TMEM203,CNR1,OXCT1,TDG,TGS1,TRA2B,MKNK2,TRA2A,TMEM208,BNIP2,DROSHA,SPOCK1,MTA2,FBRS,TTC14,ATF7IP,TTC13,URGCP,EYA3,BNIP3,TTC19,CDK11B,HS3ST1,POLE4,ERCC1,ERCC8,ERCC5,KRAS,SUGT1,VPS29,NCKAP1,IPO11,ANKLE2,HNRNPU,GPATCH4,PHAX,HNRNPR,SMC6,ADARB1,SMC3,EPRS,CNST,TFG,ZMIZ1,ZMIZ2,CSPP1,AP1S1,LUC7L,VPS35,NUP214,DDX17,DDX18,PRKCI,NUP210,REV1,WDR75,ARMC8,ATG12,GTPBP4,HCFC1,WDR77,DAAM1,WDR82,HECW1,TARS2,NUP98,VPS25,VPS28,NUP205,SEH1L,CTBP2,PDXDC1,CTBP1,PRDM15,PHYHIPL,WDR61,RNPC3,ARPP19,ADH5,ANAPC11,MTDH,GJC1,LDHB,NUP85,RRS1,VPS11,NUP88,ST3GAL2,FDFT1,CEP78,BTF3,NAA50,NDFIP2,PHC2,ICMT,NDFIP1,PHC1,WDR59,DMPK,HOMER1,SETD1A,IRF2BP2,NR1D1,MEX3C,MCAT,EHD1,HNRNPL,SQLE,HNRNPM,MEX3A,HNRNPK,TOLLIP,HNRNPD,MMS19,HNRNPC,FARSA,ATG2B,FARSB,CEP57,PHF3,SETD5,PYGB,SETD2,WDR47,SMG1,GMEB1,GMEB2,WDR48,PHF20,PHF23,SETD7,GPT,ASH2L,KRI1,SMG7,PHF6,SMG5,WDR43,SMG6,RARS,TIMP2,PLEKHN1,RRP12,CIC,JARID2,UBL7,CEP68,WDR36,SHPRH,WDR37,NUTF2,ASH1L,GNL2,FAM126A,WDR35,TERF2,WDR33,GNL3,HADHB,HADHA,TUBB2B,NSA2,ZEB2,NCOR1,TUBB2A,KIFC2,MTF2,TCP1,EXOC4,EXOC6,GARS,EXOC5,GART,CDC123,NFIX,WDR26,RNMT,USO1,WDR24,FAM129B,ARFRP1,FGD4,SCAF8,RPS15A,NSD1,UBN1,PPP1R8,USP1,RRP36,CKB,PCGF6,YTHDF1,KIDINS220,CSNK1A1,WDR18,PCGF2,PCGF3,SYVN1,ELP2,ELP3,WDR12,SCAF4,WDR11,MKLN1,OSTM1,ANKRD13C,ANKRD13B,FAM49B,ANKRD13D,RAB3A,GTF2B,RAB3D,UBP1,PARK7,RPL10A,IPO7,IPO4,TM7SF2,IPO5,EDC3,PPP1CB,PPP1CC,NPEPPS,IPO9,SALL2,LAMP1,SLC39A9,PAPOLG,CFL1,SLC39A6,PAPOLA,HMGN2,TXNL4A,PLEKHJ1,GTF2I,HMGN1,KCMF1,MAGI1,RAB2A,RARS2,TLE4,CSNK1G3,USP8,USP7,SUPT16H,TPM4,USP5,RALGAPA1,TPM3,USP3,MAGI3,MAGI2,DYRK1A,THOC1,THOC3,LARP4B,THOC2,FRMD4B,THOC5,PGD,ILF2,THOC6,PYGO2,MORF4L1,TOM1L2,ILF3,DMWD,RAB34,PGP,SNRPG,SNRNP27,PHIP,SNRPE,ADNP,SNRPC,FKBP3,CSNK1G2,SNRPA,IFNAR1,CSNK1G1,SNRPB,FKBP2,RAB5B,CBFB,FAM114A2,CCDC25,GLT8D1,UBR4,SLC38A10,UBR3,UBR2,PHB,ORC5,ORC4,ORC6,UBR7,DDRGK1,ORC3,DVL1,UBR5,TPR,DVL2,SRGAP3,MAP2K7,MAP2K5,PLXNA3,AP1M1,EIF2B5,OSBPL9,AKIRIN2,AKIRIN1,EIF2B3,RAB4A,EIF2B2,SEC16A,M6PR,TRAPPC8,TRAPPC9,SCRT1,COPS4,BCL9,COPS3,LRFN4,COPS5,SLC7A6OS,NBEA,NSG2,LHX2,COPS2,CPD,REEP2,PLXNB2,CPE,TPP2,CNIH2,CNIH3,RAB5A,CNIH4,MAP3K12,DIDO1,WDR1,ZC3H4,CCDC47,WDR3,TRO,ADAMTS3,NOB1,AP1G2,AP1G1,SNRNP70,UBTF,IDH3B,TLK2,WDR5,TLK1,CEP170,TNPO1,EIF2B1,TNPO2,TNPO3,ADAMTS7,IDH3A,ADSL,RFC3,PLEKHG2,GGPS1,DIS3,TRPC4,RPL13A,EDF1,TSN,DNAJC2,TFDP1,DNAJC7,POLR1B,CCDC43,DNAJC8,CRK,HDAC2,HDAC1,RAB1B,VPS4B,EI24,CEBPG,PDHB,TTL,FBXL20,RAB21,STOX2,HECTD1,ABLIM3,DNAJB6,FIP1L1,POLR2A,HECTD3,POLR2B,POLR2E,VPS54,ASCC2,POLR2I,ADSS,SEC11A,POLR2L,SEC11C,JAZF1,PPIL1,RNGTT,FBXL19,CCDC59,FBXL16,RPRD2,MTOR,BCKDK,ASXL1,DNAJA1,TNRC6C,SNRNP40,POLR3B,RAB14,PSAT1,RAB15,VAPB,ASXL3,MFAP3,DNAJA3,GLOD4,DNAJA2,MFAP2,POLR3E,DRG1,POLR3F,CEBPZ,SNRNP48,POLR3K,PPIL4,TNRC6A,SLC35B2,TCERG1,PANK3,TMEM183A,HDAC10,ZMYND8,PITPNB,PITPNA,CISD1,FCF1,PPP2R2A,RPS15,NFU1,TIAL1,PNN,RPS16,FRAT2,FLAD1,PPP2R1A,LONP1,BTRC,SEPHS1,RPS13,RPS12,PDHX,ARRDC1,COG4,ARRDC3,IFRD1,METTL3,AP1B1,COG1,AP1AR,SRRM1,TIAM1,KARS,ZW10,MACF1,RTEL1,DCUN1D5,MAGED1,CSTF3,CSTF2,DCUN1D2,FXR1,SCFD1,CHTF8,FXR2,PDCD11,PDCD10,ZNHIT3,ATP6V0A2,GSE1,TNRC18,TRPM7,ARGLU1,ATP6V0A1,VASP,ZRANB1,TMEM184B,ZRANB2,SETDB1,SLC35E3,PYCR2,PUM1,SNAP91,PUM2,RPS26,SMU1,FUBP3,FUBP1,ADCK5,RNPS1,RPS21,C2CD2L,AHCTF1,CITED2,GFM2,ZFAND2A,ZCCHC17,SIPA1L3,ROBO1,LIMD2,COIL,XPO1,C1QBP,SEC61G,XPO6,DNER,XPO5,UBXN7,TMED2,SEC61B,UBXN4,GABPA,RAB8A,PSD,PSENEN,TOP3B,CBR1,ZER1,PARP1,GP1BB,PARP2,STRADA,ZDHHC13,PPHLN1,ZDHHC16,CBFA2T2,PPRC1,LIME1,SLC22A23,UGDH,HNRNPH1,NFX1,HNRNPH3,AIDA,FYTTD1,GDPD1,NOL7,NOL8,NOL9,RFNG,NOL4,TYMP,PPP2CA,PPP2CB,HIRA,UBTD2,APBB2,METTL6,MPP3,MYEF2,NFYA,NFYB,MTX3,PTGES3,GBF1,LHFPL4,XPO7,AIG1,ATAT1,SPCS2,SPCS1,XPOT,CAPZA1,KBTBD2,CAPZA2,NBR1,MPHOSPH8,NDUFA13,KDM1A,KDM1B,ROGDI,LZIC,COL4A3BP,TATDN2,FAM162A,ARHGDIA,HCFC1R1,CWC22,NRCAM,NOM1,RALBP1,PHYH,KDM2A,KDM2B,NOSIP,ATP1B3,LIG3,ACYP1,TUG1,RSBN1,TUFM,PRPF6,HGS,PRPF3,MATR3,AMPH,XPR1,ZCCHC8,COPB2,ZCCHC7,ISYNA1,COPA,PXK,RPS19BP1,COPB1,CLEC16A,FBLN1,EFNA4,PRPF8,CAMSAP1,EFNB2,UBB,ZMAT2,ZMAT5,RPRD1B,BPTF,DARS,CPSF7,KLHDC4,CBX5,CPSF6,PNPT1,CPSF1,CBX4,RHBDD3,CBX3,CBX2,NONO,CPSF3,CBX1,CPSF2,CWC15,EIF2S2,EIF2S1,EFNA3,EFNA2,CAPRIN1,CHMP2A,BLMH,DYNLRB1,BRWD1,SAE1,COPE,LRP12,LRP11,GPSM1,MUS81,KDM5B,KDM5C,THRA,DBI,YBX1,FBLL1,HS2ST1,FLCN,SPRED2,SPRED1,SEPT7,SNAPC2,PPP2R5E,SNAPC3,SNAPC4,CASP2,TOPBP1,RBM5,KDM6A,KDM6B,MAPK1IP1L,SVOP,AKTIP,H2AFX,H2AFV,OXSR1,PPP2R5C,SAFB,DCK,LSS,SUPV3L1,GAP43,RABEP1,THRAP3,RASA1,AKT1S1,DNLZ,FAM84A,DCX,TERF2IP,CDH13,PFDN5,VAC14,KDM3A,NRXN1,ETFDH,PDXP,ATP1A1,FAM169A,TBRG4,TBRG1,NXF1,MAPK9,MAPK8,FAM168B,UGP2,FAM168A,PPP2R3C,LEPROTL1,FAM120A,GNA12,MAPK1,BUB3,MAPK6,OPCML,KDM4A,KDM4C,ATP13A1,QPCTL,CYHR1,DEK,RPS6KB1,PPP2R2C,CAPN10,PPP2R2B,RPS6KB2,PPP2R2D,CDK2AP2,ATP13A3,MDC1,CHIC2,EHMT1,GHITM,TSEN54,SCAMP5,SCAMP4,PSMD9,SAMD14,KRTCAP2,PSMD6,LSM12,ZFYVE27,PPP4R1,PSMD7,PSMD5,IGLON5,PSMD2,PSMD3,PSMD1,SAMD10,GABARAPL2,RBFOX2,CSNK2A1,STARD7,CSNK2A2,DNTTIP1,RFX3,DNTTIP2,DICER1,RFX1,GAPVD1,SCAMP1,SND1,FAM133B,RUFY1,EML5,PRKAR1A,ZFYVE19,PSME3,RUFY2,PSME4,UQCRC1,PSME2,RBCK1,UQCRC2,MTMR2,TTYH3,MTMR3,FLII,AGAP2,SDR39U1,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,MTMR4,OAZ1,GABARAP,GIGYF2,MTMR7,MRPL20,HMGXB4,HSPH1,GRPEL2,VTI1A,AMZ2,PUSL1,HMGXB3,RHBDL1,ABCA2,PRRT2,CADM2,PMM2,EXOC6B,MRPL28,SNF8,MRPL24,MRPL21,MLLT11,CS,SETX,MLLT10,UCK2,EIF5,EIF6,PSMG3,DCHS1,AVL9,EZH1,FERMT2,EZH2,GPR27,PIGQ,RPLP1,HEXB,PIGP,LRRC3,MRPL39,MRPL36,CTCF,MRPL34,TRIOBP,PIGX,JPH4,TRMT112,NIPBL,TUBA1A,FASTK,RPLP2,APPL1,UPF1,LRRC45,DFFA,ACTL6B,NSUN2,LRRC49,PGAM1,ACTL6A,MRPL49,LRRC40,MRPL47,SIRT7,NIPA2,DYNLL2,MRPL43,PSMA5,MRPL53,PSMA6,PSMA3,PSMA4,PSMA1,TMEM33,PSMA2,CDC42EP4,PELI1,TUT1,PGAM5,DLD,VAMP2,ARF6,LRRC14,RNASEL,STAU2,SRRT,SEZ6,HTT,TMEM74,GGA2,GGA1,PSMB7,GGA3,BTAF1,MICALL1,PSMB1,LEO1,CLPTM1,FLNA,RPS27A,SRSF10,SRSF11,NKTR,UTP6,LRRC24,MDH1,UTP3,USP9X,MDH2,ATRNL1,STAT2,YLPM1,GATAD2B,LRRC20,TMEM60,GATAD2A,SPSB3,TMEM59,PSMC5,PSMC6,FABP5,PSMC4,TTLL1,PSMC1,SERBP1,PSMC2,UBAP2,GOPC,HDDC2,CCNT2,FAM13B,CSE1L,UBE2D2,UBE2D3,HDDC3,YY1,EIF4ENIF1,STK11,SMCHD1,RUVBL2,OSBP,KPNA6,PMPCB,PMPCA,PIM3,KPNA4,KPNA2,KPNA3,AP2M1,KPNA1,SH3GLB2,SLC38A1,IK,ANAPC7,PPP1R16A,ZBTB34,PRPF4B,FTSJ3,SAP30,FRMD3,ACAP3,FRMD5,SLC9A5,TXLNA,MRTO4,FSCN1,ANAPC5,SNRNP200,SQSTM1,KPNB1,ANAPC1,ANAPC2,NSMAF,LRRC59,RNASEH2A,MAX,MAZ,ISG20L2,UBFD1,GLIS2,SBNO1,SBNO2,ATXN2,STK38,E4F1,EVI5,SOCS7,SLC38A2,DR1,TIA1,BRPF1,EEF2,PTPRD,ZC3HC1,MFHAS1,GNL3L,TMEM11,MDM2,TUBGCP5,PIN1,MDM4,TUBGCP3,TUBGCP4,ZNF512B,SLC25A3,HSP90AB1,CELF1,PIK3CD,NGRN,MDK,SUMO3,SUMO2,DGCR8,HMG20A,MRPL9,DNM1L,EDIL3,EID2B,DIS3L2,PELP1,EMX1,PPP1R12A,DST,VBP1,NDUFC2,ARNT,RAD23A,VEZF1,VPS37B,RAD23B,GIGYF1,PPM1A,PPM1B,PIK3CA,NPC2,SNURF,BIRC6,BDP1,SLC25A12,SLC25A11,SLC25A4,ST6GALNAC6,GTF3C1,PPP1R15B,GTF3C2,GTF3C4,GTF3C5,PPM1L,PRCC,MAK16,ZBTB43,FOXK2,KATNB1,ZBTB45,LRP3,CXXC4,PPM1G,LRP6,GANAB,PARD6A,PTPRZ1,FCHO1,KATNA1,BEND3,LRRC8D,IARS2,LRRC8B,SLC25A22,ATP9A,BEND6,CYB5B,LINGO1,PPP1R14B,NDUFA7,PPP1R14C,NDUFA6,MMAA,DONSON,HIP1R,IMMT,MBOAT2,RPL23A,BAIAP2,TPD52L2,P4HB,SEC24C,SMAP1,SLC25A36,SPG21,EIF4A2,EIF4A1,CCNK,CCNJ,AHCYL1,CCNI,TMEM41B,EIF4A3,JMJD1C,ZDHHC6,THUMPD3,TXNDC12,CCNC,TXNDC16,NUBP2,CYB5D1,CCAR1,RASSF1,OGFOD2,CHORDC1,CCNL2,CCNL1,SEC62,SEC63,TMPO,EPHA4,PAQR4,ZFP1,SCAF11,PAQR3,ANK3,ANK1,GNPAT,CCNY,ULK2,KDELR2,TAGLN3,CTXN1,MMADHC,TMEM87A,TMEM87B,PAXIP1,L3MBTL2,FOXG1,CTR9,PIK3R3,PTTG1IP,BRCC3,UBE2J2,DHX30,SNX2,DHX33,PCBP4,LARS,DHX36,MIER1,PCBP2,TSPAN5,DHX38,SYMPK,HIVEP2,RIMKLB,N4BP1,SNX5,RAB11FIP5,SEC31A,CTSA,SURF1,INTS1,SURF2,ST8SIA2,RCC2,INTS3,ST8SIA3,INTS2,SURF4,MICAL3,XRCC1,ERAL1,PAICS,ICK,SNW1,PPP1R1A,WNK1,ID2,WNK2,PPP1R1B,PAF1,INTS4,COL9A3,LRRN1,DHX29,CALM2,RCOR2,INTS8,AARS,TMEM151B,PTPRS,USPL1,CCDC127,GPAA1,CETN3,INTS10,CCDC124,AATK,MIA3,WASL,BMI1,SPTLC2,CTSL,HYAL2,DHX15,MLX,REV3L,ARIH2,DHX16,SSSCA1,ARIH1,UTP14A,CTSB,NDEL1,VKORC1,CCDC112,CCT3,NCOA2,CCT2,TMEM150B,SEC13,ACAD9,MINK1,NCOA4,ZFR,ANO8,ANO6,MRPS7,RGMB,TMEM150C,ENAH,KIF2A,CSDE1,G2E3,SFI1,DBN1,STK40,STX12,RABGAP1,STX16,DOT1L,HEATR1,DERL2,CRIP2,CCDC106,EXOSC7,MNT,EXOSC4,SAMM50,SERTAD4,FAM172A,SERTAD2,PES1,EXOSC9,HSF2,HSF1,EXOSC8,GPC2,HEATR3,CCT8,GPC4,HEATR6,CCT7,EXOSC2,PAK2,CCT5,EXOSC1,CCT4,NPDC1,NPM1,YIPF2,PLEKHA1,YIPF4,YIPF5,TMUB1,HUWE1,RPA1,RSRC2,UBE2G2,AP2B1,PPP1CA,MIB1,TMUB2,PER1,KIF26A,NEDD4,ESYT2,TARDBP,DPAGT1,FHOD3,SCARB2,MIDN,DBR1,CD81,BCCIP,OGDHL,PHRF1,ACRBP,CAPN7,FAM174B,KIF5B,SNIP1,EP300,ARID2,BAHCC1,PPFIA3,SH3GL2,SLC30A9,ZGPAT,DIMT1,OSR1,SLC30A5,ATG9A,LMTK3,WBP11,RUNDC3B,MID1,TMX4,TMX3,HNRNPUL1,TMX2,FAM173A,HNRNPUL2,DKC1,TMX1,SCN8A,SBDS,GEMIN7,RTN2,VCP,PSMD12,TMED10,PSMD11,YTHDC1,NXPH3,PSMD13,KLHL17,SLC1A1,SEL1L,TOR1AIP2,KLHL12,SLC1A4,PSEN1,PDS5B,RASGRP2,PDS5A,SUPT6H,ACACA,RTN4,TAF5L,RPF1,FUT8,DEAF1,ISOC1,CAMTA1,CYC1,KIF3C,NDUFV3,NDUFV2,BCL9L,CCDC134,IVNS1ABP,KLHL25,PHF10,CCDC136,PHF12,ECD,HMGA1,KLHL23,SUPT5H,SSH3,CLK4,ANKHD1,CLK2,CLK1,H1F0,PAN3,APPBP2,STT3A,STT3B,LSM14A,PICALM,YWHAE,GSK3B,RBM28,GSK3A,PRR7,RBM25,DDX49,RBM26,DDX3X,DDX46,DDX47,CHD8,PRR3,MAST1,CHD6,DDX42,PSIP1,HMGB3,ATP2A2,CHD4,CHD3,SOBP,PPP1R9A,CHD2,AFF3,AFF4,PPP1R9B,SEC61A2,SEC61A1,YWHAQ,UBE2Q2,MLST8,NPTN,TIMM17A,LRRFIP2,YWHAH,UTP15,RBM17,NAA30,HSDL1,NCBP1,EED,GLRX5,RBM18,BUD31,DDX56,TBC1D8,ABHD14B,ARHGEF18,ABHD14A,DDX52,UTP18,YWHAZ,DDX50,PJA1,CREB3,SFPQ,NDUFS8,RCN2,IRF3,NDUFS7,GORASP2,PPDPF,GORASP1,NUP50,TBC1D7,NAA35,MVD,NAA38,NDUFS1,NUP54,INA,RBM22,PARG,DDX24,NAA20,DCTN1,GOSR2,DCTN4,GOSR1,DDX23,DDX20,PARN,CRMP1,RBM4B,DDX21,HMGCR,MAT2B,PARL,TAF1D,RAB40C,TNKS2,MAT2A,BMS1,NAA25,SMNDC1,PDLIM7,MBTPS1,RBM39,TAF15,GALNT2,LRWD1,SOD2,MAPK14,ACVR2A,SOD1,MAPK11,CLCN6,SBK1,ACIN1,TAF6,FAM98B,QRICH1,FAM98A,NAA15,RBM45,R3HDM1,TAF2,TAF1,R3HDM2,RPL4,CYFIP2,CYFIP1,RPL5,RPL3,CLPB,RPL31,TRRAP,STMN2,STMN3,DCAF8,THYN1,ENO2,GABPB1,FNBP1L,DCAF7,GCSH,GLE1,PCMT1,NUB1,RNF114,MYC,STMN1,RPL36,DIP2A,RPL37,DIP2B,MPV17,IER5,NFRKB,IER2,RNF111,MED1,WSB1,RPL23,DAPK3,CD3EAP,SOX11,SOX12,AARSD1,MED4,NISCH,DYNC1LI1,RNF126,DYNC1LI2,SARNP,YME1L1,PRR18,RPL28,RNF121,MEG3,RPN2,RPN1,NEDD4L,SLAIN2,VPS26A,ATXN7L3B,SLAIN1,VPS26B,HIF1A,GLG1,FAM160B1,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,RIC8B,PRDX1,RAD21,SSR1,SLC19A1,CDK19,FZD3,ACD,JUND,PNO1,ST13,RDX,PRRC2C,UPF3B,BRAF,CDC7,UPF3A,PA2G4,PRDX6,GPN1,PRRC2B,PRRC2A,TMEM198,THAP11,TMEM199,FIBP,SLC6A6,GLUD1,FAM160A2,NPLOC4,TADA2A,H2AFY2,OGDH,HBP1,DUS1L,SERPINI1,CPEB4,OGFR,SPEF1,CLTC,ADK,LPCAT1,CLTA,TCF20,PFAS,CLINT1,TMEM186,TRIM8,CSRP2,CHL1,SPIN1,ANXA6,GPR137,ANXA7,AP3S2,RIOK2,AP3S1,EMD,BRD3,ZC3H10,BRD2,BRD1,NUDC,TCF12,SSR3,TET2,TIMM23,AEN,RNF168,RNF167,AFTPH,LSG1,INF2,RNF166,RNF165,PHLPP2,SF3B5,SF3B2,PHLPP1,SF3B3,RPL10,GPS1,TIMM13,GPS2,HSPA14,GRAMD4,TMEM165,BCLAF1,SRP72,ASNA1,CHN1,RPS3,RPL13,RPS2,RPL15,BRD8,RPL18,BRD7,ANKRD50,RNF130,SF3B1,RPRM,BRD4,SF3A3,SF3A1,SF3A2,RIOK3,AGK,TRMT1,GTF2H1,WWP2,NMNAT2,TTC9C,GTF2H2,SRP68,LRPPRC,KTN1,AGBL5,TM9SF2,ERP44,TM9SF1,RNF145,XAB2,ABI2,TRMT6,RNF141,DGKE,UHRF1BP1L,CHPF,TUSC3,TUSC2,CTNND1,RNF19B,BZW2,BZW1,CDH2,TUBB3,RNF19A,SMARCAD1,MACROD2,LZTS2,MAF1,STK32B,LZTS1,MEN1,RPS5,GPT2,ANKRD45,F2R,IGFBP2,RPS6,AIP,GTF2F2,RNF40,CTDNEP1,CACNB1,ST7L,ZFP41,DGKQ,NCL,ERP29,ERH,PHPT1,TTPAL,GLYR1,ANKRD17,DNMT1,CD151,CUL5,TNKS,CUL3,GLO1,ANKRD11,CUL2,ABHD8,CUL1,TARS,AK3,KLC1,GTF2E1,GTF2E2,PHF21B,NEUROD2,STIP1,HMBOX1,BAG4,KLC2,ZFP57,BTBD1,PITRM1,BTBD2,NACC1,ESD,SAFB2,ABL2,ANKRD10,SKIL,MPDU1,ESRRA,ANKRD28,TNK2,MARCH9,ASNS,DHCR24,MARCH7,ADAP1,MARCH6,BTBD9,MARCH5,ZZEF1,CHERP,CDK8,NSFL1C,CNOT6,SCCPDH,CNOT7,CDK5,YEATS2,CDK4,CNOT1,ZFP62,RHEB,MAFG,CNOT2,CNOT3,SPIRE2,NF1,SERINC1,IARS,NF2,CNOT8,RNF185,EIF4G2,SERINC5,EIF4G1,RNF10,RNF13,TRADD,SGCE,DUSP11,PTBP1,RPL7A,DUSP12,SART3,OPA1,SIN3A,PSD3,HIF1AN,IQCB1,REXO1,GPX4,ELAC2,ZFP91,RANGAP1,REXO4,NIPSNAP1,PATL1,PTP4A1,TRAF7,TRAF4,RPL37A,SNRPA1,SFT2D1,TRABD,RNF31,GTF2A1,NFAT5,SMARCD2,NLGN2,RNF34,WBP1,WBP2,RNF38,WBP4,LAGE3,DPCD,AP3M2,AP3M1,RBBP4,RBBP5,RBBP6,RBBP7,DCAF12,MEST,UGGT1,SMARCE1,RNF20,SPAG9,SPAG7,RNF24,RNF26,TXNRD1,ADRM1,SEMA4C,DDHD2,PTPN12,PNRC1,TRIT1,ENOX1,PNRC2,CUL4A,PFKL,KLF6,MARCKS,NIN,APC,MGAT4B,RUNDC1,CDO1,METAP1,PFKP,METAP2,CBLN1,CUL4B,PWP2,PWP1,GOLGA4,SAP130,DPF2,ARL6IP4,UBAP2L,GLUL,GOLGA7,SOX4,AGFG1,AQR,TIPIN,SACM1L,SLC6A15,PTOV1,MTUS1,MRPS18A,ACSL3,JMJD8,JMJD6,AFG3L2,RRAGC,XRN2,GUF1,VDAC3,VDAC2,VDAC1,PFN1,AURKAIP1,CBLL1,PFN2,CUTA,GPM6A,IGSF8,TMEM161B,IGSF3,TRMT2A,NMD3,NLK,GMCL1,NLN,GNG10,SPAST,INPP5E,PATZ1,BANP,FIS1,SNHG1,ZRSR2,TRAP1,NMB,RABGAP1L,BCL11B,BCL11A,TREX1,TMEM50B,STAM,UBAC1,ZWINT,SRPK1,CCT6A,CCDC88A,STAG1,STAG2,GOLGB1,ITM2B,ITM2C,HBS1L,DAZAP1,GDI1,FAF1,GDI2,FAF2,PRPF19,RPTOR,HINT1,SERP1,ZMYM2,ZMYM3,ZMYM4,PCF11,ZMYM5,RSPRY1,PRMT6,CDV3,PRMT7,TSC22D1,PRMT1,PRMT3,NME2,NME3,RHOF,TUBG1,UCHL3,RHOA,RHOB,POC5,RPUSD1,PACS1,FRG1,MPPED2,WAC,STRAP,MAPT,ALDOA,ATP6V0C,MAPRE2,SLC20A1,PRIM1,AKAP8,UQCR10,AKAP1,CUX2,MAP4K5,MPZL1,RANBP2,SUZ12,RANBP1,RANBP3,AP3D1,RANBP9,RSL1D1,PRPF39,MARS,STAC2,CTNNB1,RAB3GAP2,TRIP12,FAU,TOMM5,HDLBP,ARID4A,ARID4B,NUCKS1,TOMM20,EFTUD2,FBL,POGZ,CHCHD1,PDIA3,DSCAM,APLP2,TOMM34,TSC2,WRNIP1,TSC1,TRNT1,KCTD3,TMEM130,PDIA6,TMEM131,DCTD,DPM2,OXA1L,DNAJC30,TBL1XR1,TIPRL,ELMO1,FIZ1,FAIM,RAI14,TMEM59L,BTF3L4,LTBP4,COX7A2,CSF2RA,DPP6,DPP9,TMEM128,CASKIN1,DNAJC21,EP400,ZC3H18,OTX1,MARK4,MYH10,ZC3H14,MARK3,PDZD7,ZC3H15,DNAJC19,HSPA9,RAP1GAP2,SMAD2,SMAD1,ACBD4,HSPA5,SMURF2,HSPA4,ASPSCR1,TBCD,IFT122,DNAJC13,TBCB,DNAJC14,AZIN1,TDRD3,ARHGAP23,NFKBIA,RALYL,DLG2,DLG4,ATG16L1,DLG5,DNAJC10,TBCE,SRPRB,ACBD3,GRSF1,CREBZF,SCYL3,USP36,ACADVL,DOCK4,ABCD3,USP38,USP32,DOCK9,NVL,USP33,DOCK7,GTDC1,SLC2A3,ELAVL1,ELAVL2,POLB,SENP6,TMEM101,SENP5,PDE4A,MAN2C1,SCYL1,POLG,USP48,USP42,PCDHGA4,USP43,PDE4D,ABCC5,RNF208,CTPS2,ARID1A,SENP3,CKAP5,ARID1B,KLF16,LATS1,DDX19A,LUC7L3,ITGB1BP1,B4GALT6,LUC7L2,B4GALT5,CHMP5,CAMK2B,USP14,USP15,RGS19,USP16,POLDIP2,USP10,RGS16,OPRL1,MTIF2,MOSPD3,SPG7,STRN4,IWS1,U2AF1L4,HSPD1,STRN3,IGFBPL1,GMDS,NCAM1,CLASP1,REPS1,USP24,PTCD3,WTAP,BAD,USP22,HAGHL,SGTA,CADPS,ZFC3H1,PDE4DIP,NAP1L1,USP28,USP29,MEIS2,NAP1L4,NEURL4,FMNL2,PIK3IP1,SPRY2,TBKBP1,SSBP1,ABCE1,PDE7A,SSBP3,SSBP4"
+"gene_set_query"	"353"	"IKZF4"	"398.7"	"ARCHS4 Coexpression,327;Enrichr Queries,398;GTEx Coexpression,471"	"CNTFR,ZFYVE9,STMN2,DCAF8,STMN4,FNBP1L,GPATCH8,BACH2,DCAF6,FAM110A,GPR173,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,DIP2C,NUP214,RBFOX2,CXADR,WSB1,TSTD2,CACNA2D1,SOX11,ARMC8,SCAMP2,EML5,IFT81,RUFY3,ZSCAN21,DDIT4,JTB,TARSL2,RPN1,SDR39U1,NEDD4L,BAZ2A,OAZ1,PPP4C,ST3GAL1,ST3GAL3,S100A10,JUN,FZD3,PRELID1,PHC1,CADM1,RDX,H3F3A,NR2F1,LARP4,PBX1,MLLT11,SLC6A6,MEX3B,MEX3A,VANGL2,H2AFY2,PKIA,FXYD6,CPEB4,PHF2,PIGU,BTG1,HEXB,DIS3L,PIGP,MRPL33,MECP2,RNF157,TUBA1A,SH3BGRL3,BRD3,LYPLA2,RPS6KL1,GSTO1,LRRC49,TET2,ELOVL6,ASH1L,DUSP6,PGM2L1,SLC7A5,ZEB2,TUBB2B,PXDN,GAS8,ARF5,RNF165,GRN,NFIX,TMEM169,LMAN2,ANKRD52,ZSWIM5,MEF2D,PAIP1,RUNX1T1,KIDINS220,YLPM1,GATAD2B,RNF146,NFIA,ABI2,MORN4,NFIB,ABI1,PKN1,ATP8A1,ATN1,FRY,SALL2,CDH2,TUBB3,CFL2,SCMH1,FADS1,KPNA1,MAGI1,SEMA6C,RAB2B,CISH,RALGAPA1,MAGI2,VASH1,FBXO10,FOXP1,ARMCX4,CLIP1,FSCN1,TOX,SQSTM1,FKBP5,SNRPB,PFKFB3,CUL5,ARL3,UBR3,UBFD1,UBR1,PHF21B,SOCS2,SCRT2,PITRM1,PLXNA2,ZKSCAN2,THEM4,NDN,SRGAP1,ZKSCAN1,NEK9,TIA1,ARPC4,ARPC5,MARCH6,CORO2B,REEP1,BCL9,LRCH2,ARPC2,ARPC3,REEP2,TUBGCP4,WDR1,CELF3,CELF4,CELF5,ARRB1,TRO,DUSP12,GM2A,RNPEP,PMEPA1,CEP170,PGLS,NEO1,TAPT1,GPX1,DST,VEZF1,DUSP26,YDJC,PTP4A3,IMPAD1,CTDSP2,C1D,BCAT1,RNFT2,NFAT5,HDAC2,NLGN2,WBP4,LRP8,CXXC4,CDC42,STOX2,CACNG7,ABLIM1,DNAJB5,SH3BP2,CDC37L1,TRIM46,HNRNPA1,MLXIP,NTRK2,MARCKSL1,ADRM1,RPRD2,NELL2,KLF7,NECAP2,KLF6,NFASC,VAPB,NOVA2,POLR3E,MGAT4B,P4HB,PFKM,VEZT,TCERG1,CCNI,HERC2,HERC1,LONP1,PTGFRN,KIF21B,ATXN7L2,SOX4,ARL10,EPHA4,KCNK10,ARRDC3,ANK3,CPT1C,TIAM1,HECA,TAGLN3,PFN1,TRIB2,PFN2,BEX4,BEX2,NECAB3,BEX1,MAGED1,FOXG1,PIK3R3,PIK3R1,NKAIN1,HIVEP2,FAM43B,SCN3B,CTSA,ZRANB1,BCL11B,BCL11A,ST8SIA2,SMARCA1,SMARCA2,GADD45G,CCDC88A,ID2,CCDC88C,FBXL2,CD200,ITM2C,ROBO2,NRP1,CSRNP2,TRAM1,CSRNP3,FAM57B,GRIK5,SLC7A11,VLDLR,PTPRF,EPM2AIP1,PPP3CB,C1QBP,ARIH2,SDF4,BBS4,ZYG11B,TMED9,TSC22D1,TSC22D3,PRPF40B,APRT,MLF2,RGMA,TOX3,MN1,RAP2B,CSDE1,KIT,SGK1,SATB1,GNAI3,NFIL3,CAMK2N1,HSF2,GPC2,CTNNA2,PAK3,MAP4K3,BCAP31,MYEF2,PLEKHA6,VEGFA,PPP1CA,ATAT1,PRKRA,CAPZA1,TTC3,CDK5R1,UBE3A,IGF1R,CAPN7,KIF5C,POGZ,EP300,ATP1B1,POU3F2,TANC2,POU3F3,ADAM19,ADAM15,SCG3,XPR1,RTN1,CHRNA7,CACNA1A,CACNA1D,NDRG1,TCTEX1D2,CAMTA1,LONRF2,BCL9L,BPTF,MARK1,KLHL29,PRNP,CBX5,AUTS2,TIMM44,KLHL23,COQ7,COQ6,EFNA2,NR4A3,HOOK2,HOOK1,FGF13,RERE,RBM25,THRA,ASNSD1,PRKCSH,USP34,CHD6,ELAVL4,SOBP,AFF3,PPP1R9A,RND2,ELAVL2,ELAVL3,SEC61A1,LASP1,MCF2L,GDAP1L1,PDE4B,CASP2,KDM6B,USP47,HSDL1,TTC33,PDPK1,DCAKD,NAV1,NAV2,ARID1A,TGFBR1,SEPT3,DDX19A,GAP43,IGDCC4,SETBP1,RER1,DCX,LUC7L3,INA,HCN3,RRN3,RGS16,CRMP1,HMGCR,ADD2,POLD3,TMEM201,GNG3,MAPK8,GNG2,SPOCK2,NCAM1,RPP14,CLASP1,CLASP2,USP24,ATE1,URGCP,USP22,ATP2B4,MEIS2,MAPK10,SBK1,SSBP2,SSBP3"
+"gene_set_query"	"354"	"ZSCAN21"	"400.0"	"ARCHS4 Coexpression,619;Enrichr Queries,199;GTEx Coexpression,382"	"TES,POP7,HNRNPU,GPATCH4,EPRS,FNBP1L,ALKBH8,DCAF6,ALKBH3,PSMD7,CAPNS1,MPRIP,ZMIZ1,ALKBH1,DPYSL2,MYC,STMN1,AKT1,PRKACA,IER5,IER2,MED1,HES6,PRKAB2,GABARAPL1,MEF2C,CXADR,WSB1,TSTD2,PIH1D1,CD3EAP,GTPBP4,FAM133B,DDIT3,DDIT4,ATF4,SF1,MRPL18,NEDD4L,PRDX2,PPP3R1,WDR70,PRKAR2A,GRPEL2,RRS1,VTI1A,ST3GAL5,RDH14,FDFT1,NAA50,JUN,PNO1,PLK2,IRF2BP2,PBX2,EIF1,PRRC2A,MLLT11,H2AFY2,HBP1,FXYD6,EZH2,ARF3,PIGU,BTG1,PHF20,SETD7,MRPL36,TMEM186,TRIM8,PANX1,CSRP2,TUBA1A,RIOK2,JARID2,CIC,RRP15,ZIK1,LRRC47,UPF2,ZC3H10,UPF1,TPI1,SLC39A10,ELOVL6,MRPL46,DUSP6,SRP9,SLC7A5,HADHA,TUBB2B,INF2,CDC42EP4,MED20,MTF2,PXDN,RAPGEF1,SLC29A1,PAFAH1B3,ERGIC1,TIMM9,USO1,SDAD1,PSMA7,CENPB,BCLAF1,PSMB5,PSMB1,STX6,MEF2D,PAIP1,EGLN1,PCGF6,BRF2,YTHDF2,USP9X,ELP3,BYSL,SKI,ABCB10,NFIB,PSMC1,APEX1,PSMC2,SRRD,TSR1,NUCB1,PKN1,CIAPIN1,YPEL5,IPO7,LAMP1,SESN1,FNTB,KPNA4,PIM3,KPNA2,KPNA3,LZTS1,FADS1,KPNA1,RARS2,BNIP3L,SLC38A1,GPT2,TPM1,ILF2,DGKZ,MSH6,CLIP1,DMTF1,SRSF6,SRSF7,SQSTM1,FKBP5,PFKFB3,RAB5C,CUL5,INSIG1,UBR3,UBFD1,ACAT2,SOCS2,SBNO2,PITRM1,SLC38A2,ZKSCAN1,MCL1,WDTC1,NOP14,BOD1,POLR3GL,ASNS,ZC3HC1,CNOT4,SLC7A6OS,ZFP62,COPS2,TADA1,PLEKHM2,TMEM19,BCL2L2,EIF4G2,MCM7,DUSP12,PPP6R1,MRPL9,ACTR2,ADSL,RAD23A,VEZF1,ZFP90,DDOST,NIPSNAP1,PTP4A3,CTDSP2,POLR1B,DNAJC5,CCDC43,RP9,PPP1R15A,BECN1,MTPN,HDAC2,RAB1B,WBP4,LENG8,PPM1D,MLLT6,SRR,DNAJB6,U2AF2,POLR2C,POLR2D,CDC37L1,DNAJB9,FEM1C,FYN,MEST,MARCKSL1,MMAA,FEM1A,GPKOW,RNF26,CDC5L,CUL4A,KLF6,SNRNP40,TRIM39,POLR3D,EIF3J,POLR3E,MGAT4B,CEBPZ,EIF3C,TRIM32,EIF3A,TMEM41A,KEAP1,JMJD1C,PDCD2L,ACTB,ZDHHC4,LONP1,CCNL2,ATXN7L3,SOX4,TMPO,NSMCE2,ARRDC3,IFRD1,MTUS1,CIRBP,MRPS18A,GNPAT,VDAC3,HECA,CBLL1,KCTD18,TMEM161B,DHX8,RPAP3,DYM,PATZ1,BANP,ZRANB1,RCC2,MEMO1,ERAL1,GADD45G,AIMP1,AIMP2,ZBTB6,ID2,NDUFAF2,DHX29,ITM2C,MRPS17,CCDC127,CITED2,ZFAND2A,SUV39H1,MRPS12,VLDLR,THTPA,AKAP12,ACTR1B,OTUD6B,ENC1,ZYG11B,CDV3,PRMT5,CCT2,TSC22D1,TSC22D3,MINK1,TFB2M,MRPS7,MTSS1,MLF2,RHOB,ENAH,PRPF18,PACS1,CSDE1,ARHGEF2,SGK1,KPTN,FYTTD1,CSTB,PCNA,SATB1,PRIM1,NOL6,ARNTL,GNAI2,NFIL3,CUX1,RAE1,YIPF3,MYO9B,VEGFA,ATAT1,KBTBD4,RSL1D1,PRKRA,NEDD4,CCNG2,CTNNB1,ESYT2,NARF,UBE3C,UBE3A,TATDN1,ARHGDIA,SBF1,KDM2A,KDM2B,HNRNPUL1,HNRNPUL2,EHBP1L1,PLAA,CHMP4B,TSG101,PSMD11,TMED10,PXN,RPF2,NDRG1,SUPT6H,CNN3,RNASEH1,CAMTA2,MARK2,IVNS1ABP,HSPA8,PRNP,IDH1,IDH2,TIMM44,KLHL24,EIF2S2,EIF2S1,NFKBIA,H1F0,EFNA2,HOOK2,NASP,HOOK1,TBCE,JMY,LRP10,UBE2K,ZSCAN2,MXD4,PICALM,RERE,PHTF2,KDM5B,USP38,ASNSD1,PRKCSH,CHD6,TRIAP1,USP39,RND3,ELAVL1,PPP1R9B,POLB,SEPT9,LASP1,LRRFIP1,RBM5,KLF11,SUN2,NAA30,KLF13,TTC33,PDPK1,DNM2,DDX19A,THRAP3,DDAH2,LUC7L3,KDM3A,RRN3,USP11,RBM4B,CRMP1,ATP1A1,RNF4,TOB1,AGPAT3,STRN3,DNPEP,FAM120A,ABCF2,FBRS,ABCF1,PTCD1,PTCD2,RRM2,PDAP1,ASB8,ERCC8,SPRY2,VIM,MBTPS2,RAN"
+"gene_set_query"	"355"	"THAP2"	"401.0"	"ARCHS4 Coexpression,137;Enrichr Queries,471;GTEx Coexpression,595"	"TDRKH,TFRC,HNRNPU,FNBP1L,BACH2,NDST1,CAPNS1,MPRIP,DPYSL5,DPYSL2,MYC,GPBP1,PSMD3,STMN1,AKT1,PRKACA,GABARAPL2,MEF2C,WSB1,CXADR,RFX3,CD3EAP,SCRIB,SOX11,SND1,WDR81,DDIT3,RUFY3,DDIT4,PRR12,MRPL18,FLII,MTMR9,SLCO5A1,HIF1A,PRPSAP2,HSPH1,LARP1,AMZ2,PLCG1,JUN,FZD3,PLK2,RAB3IP,IRF2BP2,PBX2,PRRC2A,MLLT11,HNRNPL,SLC6A6,EIF5,NPLOC4,QARS,PKIA,GIPC1,FXYD6,GPR19,CPEB4,ARF3,PIGU,BTG1,ADO,SMG5,MRPL42,NIPBL,TUBA1A,CIC,PCMTD1,UPF1,LRRC49,TCF12,TET2,DUSP6,PGM2L1,SRP9,MRPL50,ZEB2,TUBB2B,INF2,CDC42EP3,PXDN,TKT,ERGIC1,GRAMD1B,RPL12,WRB,ADAM22,CENPB,FAM129B,TMEM169,CHN2,MFN2,FLNA,ANKRD52,PAIP2,SCAF1,GATAD2A,SKI,NFIA,MYBBP1A,ETNK1,TAOK2,NUCB1,PKN1,RNF141,ANKRD13B,UBE2D1,STK11,ZFP30,LAMP1,TUBB3,SLC39A7,LZTS2,FADS1,SH3GLB2,MAP2K2,ANKRD46,IGFBP3,FOXP1,FRMD5,DMTF1,KPNB1,CSNK1G2,GLYR1,SLC27A4,PFKFB2,LRRC59,PFKFB3,INSIG1,ANKRD12,MAZ,CORO1B,SOCS2,ORC4,STIP1,KLC2,DVL1,BTBD2,NACC1,ABL1,SLC38A2,SKIL,MCL1,OSBPL8,TIA1,OSBPL5,FUS,SEC16A,EEF2,MARCH6,PTPRD,GON4L,PLXNB2,NFE2L1,EIF4G1,ZNF512B,WDR1,CELF2,PTEN,ZFP82,PTPN23,DUSP12,SART1,FSD1L,PPP6R1,SNRNP70,PSD3,UBTF,CEP170,EIF5A,ACTR6,VBP1,AHSA1,RAD23B,ARFGAP1,PTP4A1,TRAF7,PTP4A3,NSMCE4A,CTDSP2,POLR1B,DNAJC9,TOP1,PPP1R12C,PPP1R15A,GTF3C1,NFAT5,HDAC2,SMARCD2,CANT1,RAB1B,FOXK2,RCHY1,DNAJB2,DCAF15,GANAB,PARD6A,NCLN,HECTD3,U2AF2,DNAJB9,FEM1C,EIF4E,CIZ1,FBXL19,CDC42BPB,HNRNPAB,PNRC1,DNAJA1,KLF7,TSPAN14,MARCKS,KLF6,MGAT4B,POLR3F,CDR2L,P4HB,EIF3C,UNC79,EIF3B,VARS,ZDHHC5,JMJD1C,ZDHHC7,TRIM28,CHORDC1,ATXN7L3,SOX4,CALN1,SRRM2,SRRM3,ATP6V1G1,ACTN1,ARRDC3,IFRD1,PTOV1,MOGS,ACTN4,HECA,TAGLN3,TTLL12,EIF1B,PFN2,BEX4,BEX2,TBC1D9B,CSTF3,PIK3R3,PIK3R1,TTBK2,APH1A,NKAIN1,MLEC,HIVEP2,INTS1,BCL11A,RCC2,ST8SIA2,WNK1,FUBP1,ID2,CALR,NRP1,CSRNP2,DAZAP1,CSRNP3,FAM57B,CITED2,SLC7A11,BMI1,PRPF19,EPM2AIP1,PCF11,CHMP1B,ENC1,TSC22D1,TSC22D3,MINK1,CACYBP,MTSS1,MLF2,RHOB,NCOA7,KPTN,EEF1E1,SGK1,AKAP8,GNAI2,HIRA,OS9,NFIL3,METTL6,APBB1,PAK3,PURG,RANBP2,AP3D1,VEGFA,ATAT1,MPHOSPH9,CCNG2,TTC3,HDGF,ESYT2,BCCIP,HDLBP,CWC27,SRP14,CELSR3,IGF1R,TMEM145,ARHGDIA,SBF1,SH3GL1,KCTD2,ACYP1,ATAD3A,KCTD6,ADAM15,HNRNPUL1,HNRNPUL2,UBE2V2,PPID,IDI1,NDRG3,TSG101,PXN,BTF3L4,PRPF8,SUPT6H,ARHGAP21,IRAK1,KIF3A,CAMTA1,RPRD1A,MARK2,BCL9L,IVNS1ABP,HSPA8,SYT4,PRNP,PNPT1,ZFHX2,WSCD1,CPSF1,HSPA4,CBX1,CWC15,KLHL24,DNAJC18,NFKBIA,EFNA2,NR4A3,HOOK2,HOOK1,GNB2,JMY,GNB1,MKRN2,BRWD1,LRP10,KDM5C,GSK3A,PRKCSH,MAST1,CHD6,DDX42,PSIP1,YBX1,RND3,PHTF1,LMNB2,ELAVL3,PPP1R9B,RBM3,POLB,SEPT9,SPRED1,LASP1,YWHAQ,ZC3H7B,SNAPC3,PDE4B,KDM6B,HGSNAT,HSDL1,PDPK1,PDE4D,CAD,KLF16,DNM2,DNM3,CREB1,ALS2,LUC7L3,PFDN2,IFT46,THOP1,INA,CHMP5,RGS16,RNF8,NRXN2,RBM4B,CRMP1,ATP1A1,FAM169A,TOB1,STRN4,GNA13,MTA1,GNG2,FAM120A,PDE6D,MTA2,CLASP2,RRM2,PCDHGC4,ZFC3H1,PDE4DIP,SSRP1,HSPE1,MAPK10,FAM131C,CARM1,SPRY2,ACIN1,RGS11,SUGT1,VIM,SSBP2"
+"gene_set_query"	"356"	"ANKZF1"	"401.0"	"ARCHS4 Coexpression,866;Enrichr Queries,213;GTEx Coexpression,124"	"EIF4A2,CYFIP2,HDAC10,ZMYND8,HNRNPU,DCAF8,ENO2,EPRS,TSEN54,TIAL1,PNN,DPYSL2,OGFOD2,LONP1,LUC7L,DIP2A,CCNL2,KIF21B,GLUL,CDK5RAP3,SOX4,IER2,SLC12A9,FNBP4,SRRM2,DDX17,GABARAPL1,WSB1,NUP210,ARRDC1,FNBP1,SLC35C2,METTL3,ARRDC3,CIRBP,CD3EAP,MOGS,MAPK8IP3,SRRM1,MFSD10,RRAGA,ZC3H11A,DDIT3,DDIT4,ULK3,HECA,ULK1,RBCK1,TRIM11,VPS28,PRR14,TELO2,CCDC84,ATF4,L3MBTL3,ABCB6,NPRL2,MYCBP2,NEDD4L,PIK3R1,PLA2G6,PRDX3,RHOT2,LDHA,NUP85,MICAL1,RCE1,PLCG1,ARGLU1,RALGDS,RBM10,VPS16,FDFT1,SNHG1,PRPF38B,JUN,WDR59,CHKB,JUND,JUP,IRF2BP2,PBX2,IFFO1,ABTB1,ARL2BP,CCDC88C,ADCK5,INTS4,CDK10,HBP1,CORO7,RGL2,EZH1,SUGP2,FBXL6,ITM2C,EZH2,SETD5,TRMU,PIGU,BTG1,CITED2,TCF25,PHF1,ZFAND2B,VLDLR,PCSK7,HERPUD1,LIMD2,IKBKB,ING4,TUBA1A,TCP11L2,PCMTD1,TOP3B,DFFB,BRD2,LRRC45,TPI1,TSC22D1,TSC22D3,NUTF2,MRPL47,MRPS7,GMIP,LIME1,DUSP6,WDR33,MLF2,RHOB,NME1,MED23,GAK,NCOR2,SLC7A5,PITPNM1,HNRNPH1,PACS1,PXDN,STRAP,FAM193B,ARHGEF1,EXOC5,ALDOA,SGK1,SFI1,RNF166,GRN,STX16,GGA2,RXRB,FGD3,UNK,GGA3,NFIL3,RNF138,CKB,SRSF11,PAIP1,NKTR,MAP4K4,CENPT,EGLN1,AGK,STAT2,PCGF3,MIB2,VEGFA,SPSB3,XAB2,PRPF39,SGSM3,CCNG2,PKN1,AGRN,YPEL5,YPEL3,CRTC2,CCNT2,ANKRD13D,DGKD,TM7SF2,EDC4,FAM162A,SESN1,POGZ,MEN1,BNIP3L,RNF44,SLC38A1,ANKRD49,KDM2A,USP3,ATG9A,TSC1,LEMD2,MAU2,DMTF1,PRPF3,SRSF5,SQSTM1,ANAPC2,FKBP5,ZCCHC8,CUL9,INO80B,IDI1,PFKFB4,PFKFB3,MAX,TUBGCP2,INSIG1,ITPR1,RASGRP2,STK4,NDRG1,CORO1A,PHF21A,NDOR1,PITRM1,STK38,SAFB2,PGK1,E4F1,DMAP1,TBC1D17,IP6K2,PLXNA3,EIF2B5,IVNS1ABP,ACBD6,HSPA8,PRNP,TIA1,KLHDC4,CPSF6,HSPA5,PHF12,OSBPL2,HPS4,MARCH9,ASNS,DSTN,KLHL24,AP4B1,SSH3,ANKHD1,CLK3,UCKL1,CLK2,PAN2,NFKBIA,H1F0,PAN3,EFNA2,YEATS2,HOOK2,RHEB,HOOK1,CNOT3,PLXNB2,SKIV2L,MDM4,CLASRP,DHCR7,LRCH4,OGT,CREBZF,LMBR1L,DIDO1,KDM5B,RBM25,KDM5C,CALCOCO1,NUMA1,CELF1,PRKCSH,AKAP8L,CHD6,PIK3CD,SLC2A3,CHD3,ARRB2,TAZ,CHD2,SYNE2,MFSD8,DUSP12,AP1G2,SNRNP70,LRRFIP1,MAN2C1,UNKL,RBM5,RBM33,KDM6B,SUN2,USP48,DST,PDPK1,PLA2G4B,ABCC5,DDX56,AMT,SAFB,LSS,DDOST,DNM2,FCHSD1,GIGYF1,PTP4A3,IRF3,CTDSP2,POLR1B,C1D,LUC7L3,ATG4B,EVL,GAPDH,IRF9,TRABD,PPP1R15A,HDAC5,KDM3A,UHRF2,WBP1,ATF6B,GTF3C5,GMPR2,SRSF1,CXXC1,LENG8,THBS3,MLLT6,HDAC7,DNAJB2,ABLIM1,DNPEP,FCHO1,TAF1C,SPOCK2,MKNK2,DNAJB9,PTK2B,CSK,FYN,CYTH1,SH2B1,RBM39,KDM4B,KDM4C,TTC13,USP20,SEMA4D,ATP13A1,TAF13,USP21,BNIP3,PNRC1,PFKL,KLF6,PIK3IP1,CAPN10,PDCD4,ACIN1,ERCC5,P4HB,SMAP2,PFKP,RAN"
+"gene_set_query"	"357"	"ZNF771"	"401.7"	"ARCHS4 Coexpression,821;Enrichr Queries,335;GTEx Coexpression,49"	"RPL3,POP7,STMN3,EPRS,TSKU,BACH2,SCAMP5,FAM110A,RAVER1,ZMIZ1,RPL36,RBFOX1,TSPYL1,WSB2,PRKCD,CD3EAP,EID2,PRKAR1B,ASPHD1,PRR14,ASTN1,ATF4,TTYH3,AGAP2,AGAP3,ANAPC11,FAM171A2,PRDX5,CHST10,RDH13,ST3GAL2,S100A10,PRRT1,JUN,JUND,CADM2,PBX2,MRPL23,SLC6A6,PPP5C,MEX3A,FASN,PSMG4,CPEB4,MOCS2,NCAN,ADK,MED19,MED16,BBC3,RNF157,C1QTNF4,JPH4,SMPD3,TRMT112,JPH3,MRPL40,B3GALT1,GPR137,DLGAP3,APC2,SPHK2,DUSP8,DYNLL2,TERF2,MRPL52,SLC7A6,MMP17,PXDN,CINP,RAPGEF1,CHST1,TIMM13,RPS27L,SNX32,TMEM160,ARFRP1,AP2S1,ANKRD54,RPL18,WDR18,TTC9B,SCAF1,MORN4,PKN1,AGRN,HDDC2,PHLDB1,RAB3A,CTNND2,TUSC2,PARK7,HDDC3,TM7SF2,FADS2,RIMS4,STK11,ATCAY,LAMP1,CFL1,PMPCA,STK32C,FADS1,SLC39A3,SEMA6B,ANKRD46,ATP11B,CNPY2,DGKZ,CLIP3,ATXN2L,CACNB4,NHP2,SNRPF,SLC27A3,BRSK1,FKBP2,DNMT1,PFKFB3,ANKRD16,CCDC24,ARL3,MAZ,ABHD8,HSPBP1,FBXO41,STIP1,SNN,BTBD2,NDN,RAB6B,LRRC4B,MCL1,AP1M1,ESRRA,UROS,TMEM132A,TRAPPC5,LSM4,LSM7,CDK5,LHX2,REEP2,SPIRE2,MAP3K10,CSPG5,PIN1,NF2,NFE2L1,RNF11,COX4I1,CELF4,CELF5,MRPL4,NGRN,OPA3,SLC37A4,EID2B,ACTR2,GPX1,GPX4,VPS37D,YDJC,RAD23B,NRG3,SNPH,POLR1B,LANCL2,DCTPP1,PPP1R12C,BCAT2,PPP1R15A,MTPN,NDUFB8,NDUFB6,LENG8,LRP3,LAGE3,FOXRED2,CACNG7,ZNRF1,FZR1,GANAB,MGAT5B,RAB24,POLR2E,POLR2F,FSD1,SLC25A23,POLR2I,EIF4B,POLR2L,GADD45GIP1,LINGO1,PTPN1,PPP1R14B,NDUFA7,TRIM41,NDUFA3,FBXL16,DBNDD1,PFKL,TSPAN14,GLRB,RUNDC1,KCP,STUB1,POLR3H,POLR3K,PPAN,ZDHHC5,KEAP1,NUDT3,RPS15,HERC3,RPS19,SNRPD1,FTH1,DPF1,HABP4,CCDC92,SEPHS2,ATXN7L3,SOX4,TRIM23,TBC1D10B,COG8,ZFP1,ACTN1,NFKBIL1,MIF,CPT1C,MAPK8IP2,GRWD1,KCNQ2,CD2BP2,TAGLN3,AURKAIP1,CTXN1,PFN2,RTEL1,SLC45A1,FOXG1,CEND1,CD99L2,ACTR3B,TTBK1,APH1A,SYNGR1,PGBD5,ERI3,TSPAN7,KCNN1,SURF6,B4GALNT1,B4GALNT4,ATP6V0A1,IQSEC2,SLC35E3,DCLK2,FUBP1,ITM2C,SLC44A2,MRPS12,PRPF19,NAT14,SERP2,NUDCD3,NCS1,KIF1B,KIF1A,PSD,MINK1,NME3,MRPS21,ANO6,TUBG1,LIME1,SYN1,COMMD4,MLF2,MAPRE3,MAPT,ARHGEF2,DBN1,CSTB,AMIGO1,UQCR11,CCDC106,UQCR10,COX5B,NT5C,NFIL3,CAMK2N1,GPC1,CTNNA2,SCAND1,ATP6V0E2,MAP4K4,ARNT2,SPRYD3,VEGFB,TMUB1,GRIN1,NUDT8,FKBP1B,FAM171B,APBA1,TRIP12,MEGF8,CDK5R2,MIDN,NDUFA11,PALM,RGS7,CHRNB2,ZGPAT,TTC7B,LMTK3,SHISA5,RUNDC3A,ATAD3A,SHISA7,TUFM,EEF1A2,EHBP1L1,UBE2V2,PPIF,ISYNA1,BHLHB9,RPS19BP1,NDUFB10,TMEM59L,CLEC16A,CACNA1A,NDRG2,CPLX1,TMEM121,TIMM50,PDZD4,DEAF1,DHRS7B,CASKIN1,GRK6,CAMTA1,KIF3C,NDUFV3,PDZD7,BCL9L,SYT3,CBX6,KLHL22,TBCB,CRLS1,GNAO1,EFNA2,HOOK2,DLG4,DYNLRB1,FGF13,UBE2M,PICALM,GPSM1,PRR7,THRA,CNRIP1,DOCK9,ADAR,SOBP,FBLL1,SPRED2,SEPT9,LASP1,TMEM223,BCL7C,GDAP1L1,SNAPC4,PDE4A,TMEM109,SULT4A1,ARHGEF11,SUN2,KLF13,H2AFX,UBE2QL1,RNF208,ABHD14A,SEPT5,SEPT3,NDUFS7,PPDPF,DNLZ,NAA38,TMEM9,NAT8L,SHANK1,OTUB1,STOML1,ANKS3,PDXP,NRXN2,HSPD1,TFPT,CYTH2,GNG3,FAM168A,DNPEP,SV2A,GNA12,FAM120A,SNCB,FBRS,PDLIM7,LGI1,TIMM8B,PTCD1,TMEM30A,BAD,PRAF2,HSPE1,PPP2R2B,ACIN1"
+"gene_set_query"	"358"	"NFE2L1"	"402.8"	"ARCHS4 Coexpression,511;Enrichr Queries,105;ReMap ChIP-seq,243;GTEx Coexpression,752"	"RPL3,TFRC,HNRNPU,GHITM,EPRS,ZFYVE1,BACH1,DCAF6,GCSH,LSM10,PSMD9,NDST1,PSMD7,RNF114,TBK1,TFG,CAPNS1,MPRIP,ZMIZ1,DPYSL2,MYC,PSMD3,FDXR,PSMD1,AKT1,DIP2A,PRKACA,GABARAPL1,WSB1,CACNA2D1,DAPK3,CD3EAP,SCRIB,GAPVD1,CLPX,RNF123,DYNC1LI1,BIN1,PRKAR1A,DDIT3,HECW1,PSME4,DDIT4,SPARCL1,PRR12,ATF4,MTMR2,ABCB6,FLII,NPRL3,MTMR9,ATXN7L3B,HIF1A,FAM160B1,CYB5R1,FAM171A1,LDHA,CYB5R4,PRPSAP2,RIC8B,LARP1,PRKAR2A,PRDX1,KCNMB4,NRBF2,PLCG1,S100A10,CDK19,CADM3,JUN,JUND,H3F3B,EDEM1,EDEM2,IRF2BP2,MTHFR,PRDX6,PRRC2B,MRPL22,EIF1,PRRC2A,TADA2B,HNRNPL,UCK2,NPLOC4,HNRNPK,EIF5,EIF6,FASN,GIPC1,OGDH,HNRNPD,PPT1,HYOU1,GSTM5,ARF3,SETD3,BTG1,CLTC,RPLP0,SETD7,PRKAG1,SMG7,SMG5,RNF157,TUBA1B,UBL3,MED13,TUBA1A,TIMP2,CIC,RRP15,LRRC47,BRD2,UPF1,TPI1,EXOC7,HSBP1,SIRT7,DYNLL2,DUSP6,HADHB,NCOR2,HADHA,SLC7A5,PSMA3,TUBB2A,INF2,MED20,PXDN,GARS,TKT,GART,DLD,GAS8,ERGIC1,SLC29A2,EXOC1,GRN,RNASEK,NFIX,USO1,DLST,HSPA13,SLC7A1,PSMA7,FGD1,ADCY6,CENPB,FAM129B,FGD4,PSMB5,UNK,RPS3,CLPTM1,FLNA,MFN2,HARS,CKB,RPS2,ANKRD52,MEF2D,YKT6,PAIP1,JAM3,EGLN1,BRF2,MDH2,DAB2IP,GTF2H1,SCAF1,BYSL,SKI,PSMC4,NFIB,PSMC1,APEX1,PSMC2,TAOK2,NUCB1,PKN1,YPEL4,FAM49B,MTCH1,CCNT2,ATP8A2,CHPF,UBE2D3,CLSTN1,ATN1,STK19,CLU,IPO7,HDDC3,LAPTM4A,ABHD11,LAMP1,CFL2,RUVBL1,SCMH1,CFL1,NUDT19,KPNA4,SLC39A7,LZTS2,KPNA3,MAP3K7,SLC25A44,FADS1,KPNA1,SEMA6C,USP7,SLC38A1,PCYT2,MAP2K2,USP5,ANKRD45,TPM1,VASH2,FRMD3,ATXN2L,CTDNEP1,TPST1,ACLY,TOM1L2,CLIP1,ACAP2,DGKQ,MORF4L2,NCL,RAB35,ERP29,SQSTM1,KPNB1,NSMAF,GLYR1,PFKFB2,LRRC59,CD151,CUL5,INSIG1,AK1,UBR3,UBFD1,UBR2,SPATA7,GTF2E2,HSP90B1,BTBD1,PSAP,DVL1,NACC1,ZKSCAN3,DVL2,PLXNA2,SAFB2,PGK1,ABL1,DVL3,PLXNA1,RAB6B,SLC38A2,MAP2K5,MCL1,ESRRA,AKIRIN2,EIF2B3,POLR3GL,TNK2,SEC16A,ASNS,DHCR24,TRAPPC8,MARCH7,EEF2,ZC3HC1,CNOT4,COPS5,SON,CNOT7,LRFN4,SH3BP5L,YEATS2,MAFG,PDCL,PLEKHM2,PLXNB2,SERINC1,GPR107,ACO2,NFE2L1,SERINC5,EIF4G2,BCL2L2,EIF4G1,SLC48A1,ITGB1,ZNF512B,DIDO1,SLC25A3,HSP90AB1,SCHIP1,FHL1,ETFA,ETFB,PTPN23,DUSP12,OPA1,ME1,HIF1AN,TNPO2,TAPT1,EIF5A,BCAS3,ADSL,HSP90AA1,PLEKHG2,GPX4,DST,ACTR6,SECISBP2L,RPL13A,RAD23A,RAD23B,ARFGAP1,DDOST,PTP4A2,TRAF7,SLC25A17,ASPH,DAD1,POLR1B,CTDSP2,DNAJC5,C1D,CCDC43,PIK3C3,TMBIM6,SLC25A12,GAPDH,PPP1R15A,GTF3C1,MTPN,GTF2A1,CANT1,SMARCD3,LRP1,WBP4,SRBD1,PRCC,FOXK1,MLLT1,SRL,LRP8,LAGE3,DNAJB2,ZNRF1,GANAB,HECTD1,DNAJB6,HAUS8,U2AF2,CDC37L1,POLR2E,SH3BP5,EIF4B,UBQLN2,SPAG7,KCNJ11,FEM1A,RNF24,CNBP,TXNRD1,FBXL19,DONSON,IMMT,CDC42BPB,CUL4A,DBNDD1,KLF6,SUCLA2,RAB14,PSAT1,RAB12,ST7,DNAJA2,MGAT4B,PDCD4,P4HB,RHEBL1,PFKM,SEC24C,TPT1,BCAR1,EIF4A2,APP,ARL6IP1,ZMYND8,ZDHHC5,KEAP1,CISD2,ACTB,TXNDC17,NUDT4,TIAL1,SNRPD2,DHX57,FTH1,BSG,DAG1,ATP6V1E1,GLUL,ATXN7L3,SOX4,FBXO9,PDHX,ACTN1,IFRD1,MRPS18B,MOGS,MIF,ACTN4,TIAM2,GNPAT,AFG3L2,KATNAL1,SUB1,RRAGD,VDAC2,FLYWCH1,PFN1,EIF1B,STX1A,NUMBL,TBC1D9B,TMEM63B,SDC3,MYCBP2,PTTG1IP,RTF1,PIK3R1,ZBTB5,FXR1,APH1A,APOO,NLN,PTDSS1,FXR2,SEC14L1,SPAST,PCBP1,MLEC,RCE1,MAP4,RIMKLA,ATP6V1C1,ATP6V0A1,SRPK2,TMEM184B,INTS1,LRRN2,PYCR2,NTAN1,HARS2,UBAC1,AIMP2,WNK1,ID2,CDC16,CALU,FBXL2,CALR,CALM1,INTS8,RPS24,ITM2B,AARS,ITM2C,DDR1,CCDC127,FKBP15,CITED2,CTSZ,MRPS12,SLC7A11,IER3IP1,PRPF19,COX7C,PTPRF,HERPUD1,HINT1,MAP1LC3B,SERP1,CTSL,CHMP1B,XPO5,KIF13A,ARIH2,SDF4,NANS,CTSD,CTSB,TOP3B,ZYG11B,TMEM150B,PCYT1A,WARS,TSC22D1,TSC22D3,MINK1,GAB2,RHOF,MRPS7,SREBF2,MLF2,RHOB,SLC22A23,MRPS9,CSDE1,CANX,TAX1BP1,NCOA7,PABPC1,EEF1E1,ALDOA,SGK1,PTMA,CSTB,GNAI2,CST3,SAMM50,HSF2,PES1,GPC1,MAP4K3,DYNC1H1,NPM1,SORT1,SLC31A1,GBF1,MIB2,AP3D1,LHFPL4,XPO7,MYO9B,AP2B1,FAH,RAB11B,VEGFA,PRKRA,TTC5,NDUFAB1,FKBP1B,HNRNPA2B1,R3HCC1,CTNNB1,HDGF,TACC2,MEGF8,ACTR10,CDK5R2,GRINA,SH3GL3,SCARB1,UBE3C,KDM1B,CD81,ZFAND3,HDLBP,UBE3A,UBE2Z,ACTG1,NARS,FBL,CHCHD3,FAM174B,PPME1,ARHGDIA,CAPN2,FAM3A,DENND5A,SBF1,PHYH,PCID2,MORC3,APLP2,TOMM34,NOSIP,SDHC,ACYP1,ATP1B1,RSBN1,EEF1A1,OXA1L,TMEM135,TMEM136,ADAM15,HNRNPUL1,HNRNPUL2,GPD2,EEF1A2,PLAA,CHMP4B,PPIA,NDRG4,VCP,DDX5,PSMD11,STK4,NDRG1,SUPT6H,RTN4,SEL1L3,SCUBE1,ZMAT2,DNAJC21,TBC1D13,NDUFV3,BCL9L,UBE2F,HSPA9,IVNS1ABP,HSPA8,PRNP,HSPA5,CBX3,IDH1,PCIF1,HMGA1,ASPSCR1,DSTN,NUP153,KLHL20,NFKBIA,AHI1,GCLC,H1F0,HOOK2,DLG4,UBE2S,HOOK1,CAPRIN1,GNB1,GNAS,TAB3,UBE2O,GRSF1,BRWD1,LSM14B,CREBZF,USP35,PHTF2,ACADVL,KDM5C,RBM26,PRKCSH,MAST2,ATP2A2,YBX1,SEC61A1,LASP1,SENP5,ZC3H7B,NUP62,MYO18A,UQCRFS1,SPEG,LRRFIP2,YWHAG,ARHGEF11,NAA30,ARHGEF12,PDPK1,ABCC5,ATP6AP2,H2AFX,SPATS2,SAFB,YWHAZ,DDX19A,PEX6,AKT1S1,PEX5,ATP6V1B2,PFDN1,NDUFS1,USP40,RBM24,CUEDC1,SLC3A2,ATP1A1,RNF7,TM2D3,NT5C2,CLCN3,TOB1,ADD1,USP19,STRN3,ADD2,HSPD1,FAM168B,DNPEP,MAT2A,RPS6KC1,GNA11,FAM120A,MKNK2,RPP14,ATE1,RBM39,SGTB,GALNT2,QPCTL,PDE4DIP,NAP1L1,USP28,SOD2,TTC17,NAP1L4,CLCN6,NEURL4,ASB8,FAM131B,CARM1,PPP2R2D,BAX,ACIN1,GPD1L,ATP13A3,VIM,RAN"
+"gene_set_query"	"359"	"ZNF398"	"403.7"	"ARCHS4 Coexpression,623;Enrichr Queries,288;GTEx Coexpression,300"	"CHIC2,TRRAP,HNRNPU,EHMT1,EPRS,BACH1,BACH2,FAM110A,GLE1,SCAMP5,DPYSL2,MYC,DPYSL3,RNF111,DAXX,CSNK2A2,CD3EAP,SOX12,GAPVD1,HCFC1,DYNC1LI1,WDR82,DDIT4,PRR12,UNC119B,NUP205,MTMR3,CTBP2,CDCA4,NEDD4L,NOLC1,SLAIN2,FAM160B1,CYB5R4,PPP4C,LARP1,VTI1A,PUSL1,ATRIP,CREBBP,JUN,PHC1,ICMT,TYSND1,IRF2BP2,PRRC2C,MEX3C,PRRC2A,TMEM199,HNRNPL,SLC6A6,TBL3,HNRNPD,HBP1,CDK13,EZH2,GABRB3,SETD5,MOCS2,GMEB1,PIGU,ELL,LPCAT1,TCF20,PFAS,MED14,JARID2,ZC3H10,UPF1,BRD2,BRD1,SLC39A10,RRAS2,SIRT7,MED26,DUSP6,RNF168,NCOR2,SLC7A5,AFTPH,BDH1,TET3,PXDN,ARF6,SF3B4,WDR26,SF3B3,USO1,ADAM22,ADCY1,SLC7A1,FGD4,TCOF1,NSD1,UBN1,MEF2D,DEDD,BRD4,SF3A1,USP9X,SCAF4,LRPPRC,GATAD2A,NFIA,MYBBP1A,NFIB,SERBP1,PLP2,PKN1,RAB3D,CSE1L,FBXO28,RNF19B,IPO7,IPO5,SALL2,ANKRD13A,FADS1,GTF2I,TLE3,USP7,SLC38A1,SUPT16H,VPS33A,DYRK1A,VASH2,TRAFD1,ATP11B,NRBP1,PIAS1,FOXP1,MSH6,ILF3,DMTF1,MSH2,RAB35,ADNP,SQSTM1,KPNB1,ANAPC1,CSNK1G1,FKBP5,KHDRBS1,INSIG1,ABHD2,CUL1,UBR4,CORO1C,SOCS2,EIF1AD,PITRM1,UBR5,G3BP1,NACC1,G3BP2,EIF4EBP2,SLC38A2,SKIL,ZKSCAN1,MCL1,DR1,AKIRIN1,BRPF1,FBXO38,TRAPPC8,FANCE,EEF2,ARPC2,CNOT1,NFE2L3,BCL2L1,ISY1,DIDO1,DUSP18,BICD2,SYNE2,DUSP11,SART1,DUSP12,SART3,SIN3A,TLK2,UBTF,TNPO3,MSL2,TFIP11,PPM1B,PTP4A3,CTDSP2,POLR1B,PPP1R15A,GTF3C1,NFAT5,SMARCD1,GTF3C4,SRSF1,FOXK1,AMBRA1,PPM1D,FBXL20,DCAF15,DNAJB6,KATNA1,UBQLN1,BEND3,FEM1C,IGF2BP3,PCDH1,EIF4B,FEM1B,MID1IP1,FBXL19,HNRNPAB,MTOR,KLF6,TRIM39,POLR3C,EIF3A,CCNK,ZMYND8,ZDHHC5,CISD2,JMJD1C,ZDHHC3,FRAT2,KAT5,TRIM28,SAP130,TRIM24,LONP1,CCDC97,ATXN7L1,SEC62,SEPHS1,TBC1D22B,TBC1D10A,SOX4,TMPO,SMARCC1,IFRD1,CARHSP1,ZW10,CSNK2B,TRIM13,TTLL12,PAXIP1,DHX8,ANP32A,DHX9,PIK3R1,NLN,PDCD11,LARS,CSTF1,GSE1,STXBP5,TSPAN3,HIVEP2,RBM12,PATZ1,N4BP1,RAB11FIP4,RABGAP1L,SETDB1,IQSEC1,BCL11A,RCC2,SMARCA2,PAICS,UBAC2,SRPK1,SMARCA4,SNW1,ID2,CWF19L1,INTS5,LRRN1,INTS8,RCOR2,ITM2C,DAZAP1,CITED2,PRPF19,ZCCHC14,XPO1,UIMC1,DHX15,RAC3,KIF1B,ARIH1,NDEL1,PARP1,TSC22D3,STRBP,PPRC1,RGMB,MLF2,TOX4,ENAH,RHOU,ARHGEF7,SGK1,STK40,HEATR1,GNAI3,HIRA,CUX1,GPC4,RAE1,MTX1,HUWE1,AP3D1,TTC9,KIF26A,ESYT2,TACC2,KDM1A,PRDM2,NUCKS1,SRP14,IGF1R,SNIP1,EP300,ARID2,KDM2A,KDM2B,LIG3,UBE4B,RSBN1,TMEM136,MYCN,KLHL18,EFNA4,PRPF8,CAMSAP1,ACACA,ZC3H18,MYH10,MARK2,QSER1,BPTF,PRNP,PTCH1,CBX2,CBX1,HMGA1,CNOT10,NUP153,KLHL24,EFNA2,HOOK2,DLG3,NASP,HOOK1,FGF13,BRWD1,LSM14B,UBE2K,SCYL3,KDM5B,DYRK2,USP32,PRKCSH,CHD8,CHD6,PSIP1,CHD4,YBX1,LMNB2,LMNB1,SPRED1,YWHAG,KDM6A,RBM33,TBP,USP42,PDPK1,CAD,AXIN1,NAV1,ARID1A,UTP18,ARID1B,SFPQ,CREB1,UBE2R2,DDX21,MOSPD3,RNF4,TOB1,ADD2,DNPEP,UGP2,ARFGEF1,SPEN,KDM4A,EYA3,PDE4DIP,SSRP1,SBK1,RPS6KB2,QRICH1"
+"gene_set_query"	"360"	"NFXL1"	"404.0"	"ARCHS4 Coexpression,321;Enrichr Queries,324;GTEx Coexpression,567"	"CYFIP2,CHIC2,TFRC,HNRNPU,FNBP1L,EPRS,SMC3,GLE1,LSM12,ALCAM,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,AKT1,PRKACA,RNF111,MED1,NGDN,CD3EAP,GTPBP4,SND1,DDIT3,DDIT4,YME1L1,NUP98,PRR12,SHMT2,MRPL14,HIF1A,PRDX3,ABR,NCSTN,RNF214,PRDX4,CYB5R3,PIP5K1A,PIP5K1C,ATRIP,JUN,PLK2,PMM2,NETO2,LARP4,TDP1,HYOU1,HNRNPC,TMEM9B,CPEB4,EZH2,OGFR,GMEB1,PIGU,BTG1,ELL,SNX10,WDR43,MRPL32,TRIM8,NIPBL,LMBR1,TIMP2,JAK2,JARID2,CIC,ZIK1,ACTL6A,TET2,RRAS2,SLC39A10,DUSP6,GNL3,NCOR2,SLC7A5,NCOR1,INF2,CDC42EP3,PXDN,TCP1,PELI1,GART,EXOC2,ERGIC1,CDC123,NFIX,DLST,HSPA14,SLC7A1,CENPB,BCLAF1,SRP72,LMAN2,UBN1,SF3B1,SF3A3,YTHDF2,YTHDF3,MBD1,GATC,DAB2IP,GTF2H1,SCAF1,SKI,NFIA,TAOK2,NUCB1,PKN1,NUCB2,CSE1L,CLSTN1,ATN1,FBXO22,LAMP1,RUVBL1,LZTS2,FADS1,SH3GLB2,SLC38A1,GPT2,THOC3,ILF2,RNF40,PIAS1,FOXP1,MSH6,CTDNEP1,TOM1L2,ACAP3,CLIP2,DMTF1,MSH2,MAPKAPK2,PHIP,SRSF7,KPNB1,CSNK1G1,FKBP5,RAB5B,RNASEH2A,PFKFB3,CD151,FAM114A2,GMPS,ITPR1,RHOBTB2,SOCS2,PITRM1,ORC3,TPR,DVL1,BTBD2,BRIX1,NAE1,SLC15A4,SLC38A2,SKIL,SOCS7,WDTC1,OSBPL8,DR1,AKIRIN1,GFPT1,ASNS,TOR1B,GNL3L,MDM2,TPP2,PLEKHM2,PLXNB2,BCL2L2,NFE2L1,MCM7,MRPL4,DUSP12,MRPL3,METTL14,SNRNP70,TLK2,TNPO1,TNPO2,IQCB1,DST,AMT,ACTR8,PATL1,PTBP2,ASPH,POLR1B,CTDSP2,DNAJC5,PPP1R12C,TNFRSF21,PPP1R15A,NFAT5,ROCK1,RAB1B,SRBD1,LENG8,MLLT1,MLLT6,FBXL20,DNAJB2,FIP1L1,HAUS8,U2AF2,POLR2D,DNAJB9,IGF2BP3,FEM1C,IGF2BP2,SLC25A23,UGGT1,DCAF13,NOP56,NOP58,MARCKSL1,CNBP,PTPN12,CDC42BPB,OXR1,MARCKS,KLF6,PFKL,POLR3C,PSAT1,MGAT4B,TRIM33,SMARCAL1,TCERG1,APP,CCNK,THUMPD3,CISD2,JMJD1C,CBLB,CCNC,PDCD2L,GOLGA5,FAM53C,LONP1,ATXN7L3,TMPO,AQR,TIPIN,SCAF11,ARRDC3,IFRD1,MTUS1,ALG2,ALG1,MAPK8IP3,HECA,TBC1D9B,CTR9,APH1A,UGCG,SCFD1,COMMD9,PDCD11,DHX34,CSTF1,TSPAN5,STXBP5,RAB11FIP3,SETDB1,SRPK1,SNW1,INTS7,NOL10,CALM3,NOL11,INTS8,AARS,ITM2C,NRP1,TRAM1,AHCTF1,CITED2,GDI2,SLC7A11,HERPUD1,SYNCRIP,ZMYM5,UIMC1,ENC1,NCS1,DHX15,RSPRY1,CCT3,CCT2,PARP2,STRBP,TSC22D3,MINK1,CACYBP,PRPF40A,TOPORS,MLF2,RHOB,PACS2,NCOA7,SGK1,EEF1E1,ATP6V0C,ZDHHC20,PRIM1,HEATR1,GNAI3,DERL2,NOL8,NOL6,ARNTL,GNAI2,EXOSC4,NFIL3,EXOSC9,MGAT2,CCT8,RAE1,CCT4,MTX1,NFYA,MTX2,PTGES3,YIPF5,VEGFB,RSRC2,VEGFA,SEC23IP,XPOT,CCNG2,SGSM2,TRIP12,MPHOSPH6,GRINA,CD81,ARHGDIA,SNIP1,SBF1,MORC3,LIG3,PUS7,HNRNPUL2,TIPRL,CHMP4B,TSG101,COPB1,SLC1A4,RPF2,NDRG1,RTN4,CAMTA2,MYH10,PRNP,PNPT1,HSPA5,CPSF3,VTA1,PCIF1,CNOT10,DNAJC14,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB2,JMY,GNB1,MKRN2,STT3A,UBE2N,STT3B,BRWD1,MXD4,KDM5B,GSK3A,USP32,PRKCSH,CHD6,PSIP1,CHD3,PKD1,LMNB1,PPP1R9B,SPRED1,ZC3H7B,RB1CC1,CASP3,NUP62,LRRTM2,MYO18A,TOPBP1,RBM7,KLF11,TBP,PDPK1,UTP18,EPN1,VCAN,UBE2R2,NUP50,PPDPF,USP10,DDX21,SLC3A2,RNF2,ADD1,AGPAT3,HSPD1,POLD3,DNPEP,FAM168A,TAF1B,FAM120B,GNA11,FBRS,ARFGEF1,ATF7IP,RBM39,RRM2,NAP1L1,DEK,ATP2B1,HS3ST1,SLC4A7,CLCN7,MAPK11,GOLPH3,FMNL2,BAX,ABCE1,RAN"
+"gene_set_query"	"361"	"ZBTB6"	"405.3"	"ARCHS4 Coexpression,521;Enrichr Queries,154;GTEx Coexpression,541"	"RB1,SCOC,GMFB,TFRC,HNRNPU,PHAX,HNRNPR,EPRS,RBPJ,BACH1,ALKBH8,LSM12,TBK1,PPP4R2,ALKBH1,MYC,RNF111,MEF2A,MED1,MEF2C,WSB1,CSNK2A1,STARD7,CD3EAP,FRS2,DICER1,MED6,RC3H2,FAM133B,WDR82,PRKAR1A,ZC3H11A,ZSCAN21,DDIT4,YME1L1,FAR1,ALG10B,CGGBP1,UNC119B,NUP205,MTMR4,HIF1A,MTDH,PPP3R1,HSPH1,RAD21,GRPEL2,PIP5K1A,MCMBP,NAA50,EDEM3,JUN,MAD2L1BP,LARP4,HNRNPK,HNRNPF,HBP1,CPEB4,PIGU,CDKN1B,CLTC,TCF20,ADO,PHF6,WDR43,TMEM186,NIPBL,MED13,RIOK2,RRP15,PCMTD1,WDR36,SLC39A10,NIPA2,DUSP6,PGM2L1,MRPL44,PHF20L1,SIKE1,ZEB2,PTRH2,MED20,MTF2,PXDN,TET3,TMEM106B,EXOC5,USO1,HSPA13,TM9SF3,BCLAF1,NRAS,RNF138,PPP1R8,USP1,RICTOR,SRSF10,ATAD1,EGLN1,PCGF6,BRF2,YTHDF3,UTP3,USP9X,GATC,WDR12,LRPPRC,MZT1,ARCN1,NUDT21,PHF5A,RYBP,SNX16,NFIB,ETNK1,TAOK1,TRMT6,SERBP1,RLIM,TSR1,RNF141,CCNT2,IPO7,IPO5,PPP1CB,SMCHD1,PAPOLG,NUDT19,SMARCAD1,KPNA1,SLC25A46,SLC38A1,UBE2E1,PRPF4B,ATP11B,ZBTB34,THOC2,ZBTB33,CASD1,DMTF1,MSH3,RAB35,PHIP,ERH,ANAPC1,KPNB1,NSMAF,TXNDC9,CUL5,CBFB,FAM114A2,INSIG1,IREB2,ANKRD12,UBR3,LIN7C,GTF2E1,FBXO41,BTBD1,G3BP1,G3BP2,SLC38A2,SKIL,MCL1,OSBPL8,NOP14,API5,ZBTB11,CNOT7,SLC7A6OS,GNL3L,ZFP62,CNOT1,COPS2,SP3,GPR107,EIF4G2,WDR3,PTEN,PPP6C,DUSP12,AP1G1,TNPO1,TNPO3,ACTR3,ACTR2,PPP1R12A,CHUK,ATRX,ZFP91,RAD23B,PTBP2,PTP4A1,PIK3CA,CTDSP2,POLR1B,CCDC43,BECN1,GTF2A1,NFAT5,MTPN,PPP1R15B,GTF3C3,GTF3C4,ROCK1,ROCK2,MAK16,SRSF1,SRR,RBBP5,POLR2B,POLR2D,CDC37L1,UBQLN1,DNAJB9,FEM1C,IARS2,EIF4B,FEM1B,CDC5L,PTPN11,OXR1,RAB10,KLF6,CEBPZ,EIF3E,TRIM32,EIF3A,SLC25A36,TPT1,METAP1,CCNJ,PANK3,ZDHHC5,CISD2,PNN,EFR3A,CHORDC1,DENR,EPC2,SOX4,TRIM23,TMPO,SACM1L,ARRDC3,AP1AR,TMEM170B,NIF3L1,BOLA2,GUF1,HECA,FAM76B,CBLL1,KCTD18,ANP32A,DHX9,CTR9,DCUN1D1,TWF1,NMD3,BRCC3,PIK3R1,RPAP3,MBTD1,APH1A,DHX33,MIER1,CSTF1,TRPM7,HIVEP2,RBM12,N4BP1,NUS1,MEMO1,MED13L,PUM2,AIMP1,ZZZ3,STAG2,FBXL3,DHX29,NOL11,GDI2,SLC7A11,SYNCRIP,AKAP11,XPO1,OTUD6B,ENC1,REV3L,TMED7,GABPA,PRMT5,CDV3,TFB2M,TOPORS,RHOB,PRPF18,CSDE1,CANX,G2E3,SGK1,CAB39,ZDHHC20,SH3BGRL,NFIL3,SERTAD2,MGAT2,PAK2,MAP4K3,RANBP2,MTX3,RANBP6,KBTBD4,SPCS3,TRIP12,DBR1,UBE3C,ARID4A,ARID4B,PRDM2,UBE2Z,TOMM20,CAPN7,CWC22,ARID2,MORC3,UBE4A,ADAM10,RSBN1,EEF1A1,TMX3,TBL1XR1,TIPRL,PLAA,MATR3,ATP6V1A,DDX6,PDS5B,PDS5A,ARHGAP12,RNASEH1,LLPH,QSER1,BPTF,IVNS1ABP,SMAD2,PRNP,HSPA8,SMAD4,CBX3,VTA1,CPSF2,NUP153,KLHL24,SMAD5,AZIN1,TDRD3,UBE2W,EFNA2,HOOK2,HOOK1,CAPRIN1,UBA3,PICALM,CREBZF,GSK3B,USP38,DDX3X,ASNSD1,TRIAP1,LMNB1,CASP3,RB1CC1,TOPBP1,UTP15,USP47,TTC33,PDPK1,OXSR1,DCK,CREB1,LUC7L3,AGPAT5,PARG,RRN3,USP10,ASB13,CSTF2T,DDX21,GNA13,FAM168B,CAND1,TNKS2,OXCT1,TGS1,TRA2B,FAM120A,MAPK6,TTC14,PTCD2,TMEM30A,NAP1L1,SLC4A7,POLE3,NAA15,ATP13A3,ABCE1"
+"gene_set_query"	"362"	"ZNF888"	"407.0"	"GTEx Coexpression,407"	"SLC35B2,DBR1,UBE2Z,EPRS,FBXO22,EEF1B2,SLC39A9,PSMD5,EIF2A,TMPO,MED1,DDX18,AQR,SLC30A5,ALG2,MOGS,RPSA,THOC2,ALG1,PDIA6,SND1,TMEM131,DKC1,TMX1,NCL,ERP29,SNRPE,ALG10B,ANAPC1,COPB2,LRRC59,NUP205,TMEM87B,TMEM161B,SET,SHMT2,COPB1,TARS,PDS5A,CORO1B,MTDH,DPP3,PRRC1,DHX33,G3BP1,SSR1,ZBED4,NONO,EDEM1,PMM2,M6PR,FAM136A,QARS,CDK4,HNRNPF,STT3A,IARS,ALDH18A1,TRAM1,PIGO,RPLP0,FAF2,GDI2,PFAS,SYNCRIP,SEC61A1,LASP1,NOB1,RARS,CASP3,DHX15,TMED2,TOPBP1,UTP14A,RSPRY1,PRMT6,WDR36,TMED9,RFC3,PRPF40A,NIPA2,DDOST,GNL3,TRAF4,NUP50,BIRC6,TOP1,SLC25A5,GART,PRIM2,GTF3C3,CANT1,PCNA,HDAC1,NIP7,HEATR1,TGFBRAP1,TM9SF3,AP3M1,NRAS,GANAB,OS9,SRP72,FAM120A,TAF1A,BEND3,IGF2BP3,BUB3,MGAT2,RPS2,UGGT1,SRSF10,NPM1,UTP3,GINS4,YIPF5,SSRP1,ARCN1,KLHL9,TM9SF2,ERP44,TM9SF1,SEC23IP,EIF3M,GLB1,APEX1,PDCD2,P4HB,ABCE1,EIF3D,TAF2,EIF3A"
+"gene_set_query"	"363"	"NPAS3"	"407.0"	"ARCHS4 Coexpression,316;Enrichr Queries,506;GTEx Coexpression,399"	"CNTFR,GMFB,AHCYL1,ARL6IP1,MYT1L,HDAC11,ZDHHC5,STMN3,STMN4,NUDT3,BACH2,GPR173,OPHN1,DPYSL5,DPYSL2,DPYSL3,KIF21A,EPHB1,NCKAP5,ANKS1B,SOX5,EPHA4,MEF2C,RBFOX1,KCNK10,LIMCH1,CACNA2D1,ACSL6,RFX3,MMD2,ANK2,SOX11,MOGS,ANK3,HDHD2,ANK1,TIAM1,ASPHD1,FEZ1,RUFY3,SPARCL1,RPL29,PFN1,TRIB2,ASTN1,PFN2,BEX4,GPM6A,ADCYAP1R1,TTYH1,FOXG1,FLII,SDC3,PHYHIPL,AGAP1,PIK3R1,OAZ1,FAM171A1,TSPAN7,CHST10,SCN3A,RAB11FIP4,GPM6B,B4GALNT4,FZD3,PTPRN2,NDFIP1,CADM4,CADM1,BCL11B,LRRN3,CADM2,BCL11A,ST8SIA2,NR2F1,DCLK2,PBX1,DCLK1,GLUD1,CCDC88A,VANGL2,FAT3,FXYD6,FAT4,CDK14,ITM2C,GPR27,GABRB3,ROBO2,DDR1,NRP1,CSRNP3,NCAN,GRIK5,GRIK3,SLC35F1,RYR3,ROBO1,SERP2,TUBA1A,CHL1,TRIM2,DLGAP1,KIF1B,KIF1A,JARID2,ENOPH1,APC2,PCYT1B,ELOVL2,LRRC49,ITPK1,ELMOD1,MED29,PGM2L1,RGMA,TMEFF1,MN1,RAP2A,TUBB2B,ZEB2,ARHGEF9,PXDN,MPPED2,CHST1,MAPT,PLCB1,PHLPP1,NFIX,WRB,RPL12,AKAP6,PTN,CST3,PPP2CB,APBB2,CTNNA2,PAK3,RUNX1T1,ARNT2,GABBR2,WDR17,GABBR1,MYEF2,KIDINS220,LSAMP,SORBS2,NMNAT2,PNMA2,SNCAIP,ATAT1,ABI2,NFIA,NFIB,FABP7,TTC3,TSR2,FAM171B,APBA1,CDK5R1,HDDC2,RAB3C,CLSTN2,CTNND2,SLC8A1,IGF1R,ATCAY,CDH2,KIF5C,BASP1,PALM,ADORA1,NRCAM,MACROD2,TLE4,KIRREL3,MAGI1,DSCAM,TPM3,MAGI2,TMOD2,LMTK3,FRMD4A,ATP1B2,POU3F2,POU3F3,SHISA7,FOXP1,CLIP3,CLIP2,OLFM2,LIX1,ELMO1,SCG3,TNIK,TOX,GRIA1,LRRC59,ARL3,NTM,CHRNA7,CACNA1A,CACNA1C,NDRG2,DTX4,CACNA1E,ENHO,ARHGAP21,SNN,DPP6,DEAF1,FUT9,CASKIN1,CAMTA1,SRGAP3,LRRC4C,PLXNA4,LRRC4B,AUTS2,SYT1,WSCD1,PTCH1,TMEM132A,CRIM1,TBCB,CORO2B,GNAO1,PTPRD,DLG2,DAB1,NBEA,NSG2,LHX2,PTPRA,CPE,MAP3K10,CSPG5,TCF4,SLC48A1,YWHAE,THRA,WDR1,CELF2,SCHIP1,DOCK7,CHD6,CELF4,AFF3,RND2,PITPNC1,RLBP1,ELAVL2,ELAVL3,SEPT7,PSD2,SCRN1,PSD3,PHACTR3,PDE4B,TRIM67,USP46,HSP90AA1,DST,PDE4D,NAV2,SEZ6L,SEPT3,VCAN,PTP4A3,GAP43,DDAH1,NRG3,NAV3,SETBP1,SNPH,CDH11,LANCL2,CDH13,NAT8L,SHANK2,NLGN3,RNFT2,NLGN1,NRXN1,NRXN2,CRMP1,SRI,FAM169A,CXXC4,NCALD,JAKMIP2,CACNG7,STOX2,FAM168A,GNG2,PTPRZ1,CNR1,GNA12,SLIT1,SPOCK1,SLITRK5,NCAM1,CACNG4,ATP9A,OPCML,CLASP2,LGI1,SPAG9,NTRK2,MARCKSL1,PCDH9,NEGR1,SMOX,NTRK3,PCDH7,B3GAT1,PCDHGC3,CADPS,PCDH8,MEIS2,MYO16,MAPK10,NELL2,SLC4A8,MARCKS,PDE10A,PPP2R2C,APC,SYT11,PPP2R2B,NOVA2,CDK2AP1,POLR3H,CDO1,METAP2"
+"gene_set_query"	"364"	"ST18"	"407.7"	"ARCHS4 Coexpression,524;Enrichr Queries,270;GTEx Coexpression,429"	"GMFB,MYT1L,STMN2,ZDHHC5,STMN4,ENO2,PHB2,BACH2,NUDT3,RNF112,RASSF2,ALCAM,TRIM28,DPYSL5,DPYSL2,IGLON5,AKT3,STMN1,PIP4K2A,DIP2B,PRKACB,EPHB1,NCKAP5,SOX4,ANKS1B,CALN1,CHGB,SOX5,EPHA5,EPHA4,EPHA7,MEF2C,RBFOX1,ATP6V1G1,ATP6V1G2,UNC13A,KCNK10,PAQR4,CACNA2D1,MTUS1,ANK2,SOX11,MOGS,ANK3,HDHD2,VWA5B2,ANK1,TIAM1,DYNC1LI2,ASPHD1,FEZ1,RUFY3,RUFY2,PRR18,TAGLN3,KCTD12,RPL29,LLGL1,STX1A,PFN2,BEX4,IGSF8,BEX2,BEX1,SAR1B,STXBP1,FLII,MYCBP2,PHYHIPL,SLAIN1,MTMR7,TMTC4,NKAIN2,APH1A,SPAST,PCBP4,MLEC,SCN3B,SCN3A,RAB11FIP4,GPM6B,LHPP,ABCA2,CDK19,PTPRN2,CADM1,BCL11B,BCL11A,RAB3IP,ST8SIA3,PRDX6,DCLK1,GADD45G,MLLT11,HNRNPL,FAT3,PAM,CD200,RNF220,CDKN1C,PCSK2,GABRB3,ROBO2,NRP1,CSRNP3,GRIK5,PTPRN,DIRAS2,GRIK2,SLC7A11,ROBO1,TRIM9,PCLO,TUBA1A,TRIM2,B3GALT2,DNER,IDS,NEFM,DLGAP1,KIF1A,ENOPH1,APC2,UPF1,SSR4,LRRC49,NIPA1,CBFA2T2,RGMB,AP3B2,SIRT2,MTSS1,RNF144A,BACE1,TMEFF1,ZEB2,ARHGEF9,PACS2,KIT,PXDN,PLCB1,SGK1,TKT,DSCAML1,MAPRE2,PAFAH1B2,GAS7,CLDND1,AHCY,ICA1L,RPL12,ADAM22,AKAP6,ADCY1,NOL4,TRAK2,TMEM169,CHN2,PES1,APBB1,CTNNA2,TRAM1L1,PAK3,DYNC1I1,PURG,RUNX1T1,MYEF2,LSAMP,SORBS2,NMNAT2,PNMA2,WDR13,SGSM1,TMEM59,NFIA,NFIB,TTC3,RIMBP2,HDGF,APBA2,SH3GL3,ANKRD13B,RAB3C,CLSTN2,TUSC3,ROGDI,SLC8A1,ATCAY,SALL2,CDH2,KIF5C,BASP1,TUBB3,FNTB,KIF5A,NRCAM,SH3GL2,PPFIA2,CHRNB2,LMO3,APLP1,MAGI2,KCTD2,FRMD4A,FRMD4B,SRCIN1,POU3F3,CLIP2,OLFM1,FRMD5,ELMO1,SCG5,TBC1D24,PKP4,SCG3,TOX,GRIA1,GNAZ,GRIA2,LRRC59,PXK,RTN1,NTM,CACNA1B,LPL,CACNA1A,CACNA1D,BHLHE22,KLC1,CPLX2,NDRG1,CACNA1E,ARHGAP21,DPP6,PCSK1N,PLXNA2,SRGAP3,PDZD7,ZKSCAN1,SYT4,WSCD1,AUTS2,SYT1,TBCB,MARCH6,CORO2B,SYT7,PTPRD,QDPR,GNAO1,DLG1,RALYL,HOOK2,NBEA,HOOK1,CNTN1,CNTN2,CPE,NACAD,SERINC1,LRCH4,ACBD3,EIF4G1,SNAP25,WDR1,PRKCSH,CELF2,SCHIP1,CELF3,CELF4,CHD6,ELAVL4,YBX1,AFF3,PPP1R9A,RND3,ELAVL2,ELAVL3,SEC61A2,FSD1L,SCRN1,PHACTR3,CEP170,EDIL3,TRIM67,EIF5A,SVOP,DST,ABCC8,LANCL1,NAV1,NAV2,SEZ6L,DNM3,GAP43,VCAN,PTP4A3,NAV3,RER1,DNAJC6,EEF1D,DCX,MET,INA,CAMK2B,RNFT2,PPM1L,NAA20,NRXN1,RGS16,RAP1GDS1,TULP4,CXXC1,NRXN2,CRMP1,FAM169A,CXXC4,JAKMIP3,NCALD,AGPAT4,JAKMIP2,DNAJB2,STOX2,CACNG7,GANAB,FAM168A,GNG2,PTPRZ1,U2AF2,SPOCK2,TRIM46,SPOCK1,NCAM1,CLASP2,BEND6,OPCML,SEC11C,CHGA,NTRK2,MARCKSL1,SEMA4D,PCDH9,NEGR1,CADPS,GDAP1,MEIS2,HNRNPAB,NELL2,MAPK10,SLC4A8,MYO1B,NFASC,FMNL2,SYT11,FAM131C,FAM131B,ASXL3,CDR2L,RGS11,VIM,INSM1,UNC79,METAP2,EIF3B"
+"gene_set_query"	"365"	"ZKSCAN1"	"408.0"	"ARCHS4 Coexpression,671;ENCODE ChIP-seq,43;Enrichr Queries,119;ReMap ChIP-seq,98;GTEx Coexpression,1109"	"ITSN2,GMFB,TFRC,IFT172,SCP2,RAVER1,DPYSL5,DPYSL2,GPBP1,PWWP2A,PRKACA,SAP30BP,CXADR,BCR,EWSR1,ZC3H11A,DDIT4,UNC50,TMEM126A,ATF4,SF1,TSTA3,EXD2,SAR1B,NPRL2,MEPCE,BAZ2A,PRPSAP1,RHOT2,RNF216,RDH14,PIP5K1C,RDH13,ATRIP,HEXIM1,JUN,CREBBP,JUP,EIF2AK1,NCAPH2,PBX1,TBL3,FASN,SFXN3,PKIG,DZIP3,SNX11,MED16,BBC3,DDA1,PCMTD2,MED13,PCMTD1,APC2,DUSP1,SPHK2,IFT140,GSTO1,MED27,MED29,DUSP6,DDB1,MED23,PHF20L1,SLC7A5,SLC7A6,MED21,PXDN,PAFAH1B3,ODC1,DLST,SNX32,SDAD1,STX6,MFN1,RICTOR,SAMD1,CENPT,CRBN,SKI,NUDT21,SNX16,TAOK3,CCDC9,TAOK1,APEX1,SNX14,ETNK1,PKN1,AGRN,YPEL3,FRYL,MTCH1,TMEM167B,FBXO28,PDCD5,FBXO25,ATN1,LTN1,APEH,LAPTM4A,FNTA,CIR1,BNIP3L,FBXW5,PCYT2,DGAT1,CISH,FBXW8,CTNNBIP1,ZCRB1,FBXW2,ACLY,SRSF6,SMYD5,FBXO44,CORO1B,FBXO41,HSP90B1,EIF1AD,NDOR1,MED30,G3BP2,IP6K2,NEK9,ARPC4,UCKL1,FBXO31,DRAP1,YRDC,SON,UQCRQ,ARPC3,DMXL2,ACO2,LRCH4,NIT1,OGT,NOP10,ALAS1,ETFA,ETFB,AP4M1,ALAD,ACP2,UNC45A,ACTR3,EIF5A,ACTR2,EIF5B,ACTR6,ATRX,TFIP11,ARFGAP3,MSL1,IMPAD1,DCTPP1,GAPDH,TNFRSF21,BCAT2,BECN1,CANT1,MGRN1,SRBD1,FOXRED1,MLLT6,SRM,CDC42,FOXRED2,U2AF2,FEM1C,FYN,E2F4,TRIM44,GADD45GIP1,CIZ1,MARCKSL1,TRIM41,CABLES2,NECAP2,EIF3M,EIF3L,PDCD4,OCIAD1,EIF3G,STUB1,EIF3E,EIF3D,BCAR1,UNC79,SMARCAL1,CPNE5,PPAN,ACTB,CDC23,TRIM28,SNRPD1,ATP6V1G1,ALG9,ACTN1,ALG5,CIRBP,TALDO1,MOGS,CSNK1D,CDC34,CDC37,CSNK2B,KCTD13,EIF1B,GGNBP2,DHX8,MYCBP2,ZBTB5,PGS1,SEC14L1,KCNN1,B4GALNT1,BBS1,XBP1,BSDC1,SMARCA2,PTK2,SMARCA4,MED13L,CWF19L1,ECHDC2,SDC1,NOL10,CALR,FBXL5,DDR1,MRPS17,MRPS15,CSRNP3,MRPS12,NAT14,RAB22A,PCM1,RAC3,SDF4,PBRM1,PCYT1A,MRPS25,PABPC4,MRPS21,APRT,TOX3,RAP2B,CANX,PTMA,SSNA1,MRPS33,GNAI3,COX5B,RELA,GNAI1,NAPG,GNAI2,OS9,ORMDL3,MGAT1,MGAT2,MON2,VEGFB,MYO9A,PEX14,YIF1B,VEGFA,PDCL3,SEC23IP,SGSM3,KLHL7,TTC4,HNRNPA2B1,TTC3,KLHL8,NDUFAB1,TCEA2,TCEA1,GRINA,NUP188,SRP14,ACTG1,IGF1R,EEF1B2,PCID2,FBXW11,TMOD3,SDHA,SDHB,POU3F2,DHDDS,ADAM15,PSPC1,EHBP1L1,TBC1D24,PPIF,WDFY1,RAF1,PPIB,GNAZ,COX19,DDX5,TBC1D19,TSG101,NDUFB10,COX16,COX17,CACNA1D,PLD3,SHARPIN,GRK6,TBC1D14,SYT5,UBE2F,UBE2H,NUP155,UBE2A,HIGD2A,AHI1,GNAL,HOOK2,HOOK1,GNB2,MKRN2,GNB4,UBE2N,UBA1,TCF4,TCF3,UBE2K,GALK1,UBE2M,RERE,PHTF2,CUEDC2,HP1BP3,ADAR,TNFAIP1,TAZ,USE1,RND3,LMNB2,LASP1,TMEM223,EEF2K,MAN1A2,TBP,PDPK1,SYNGR3,EPN1,EEF1G,RER1,ALS2,EEF1D,GFOD2,CUEDC1,RALA,RRN3,RSPH9,ADD1,RNF2,TMEM203,TMEM205,TDG,MKNK1,MKNK2,TRA2A,DROSHA,PTK2B,SPOCK1,TMEM208,RALY,RPP14,ATF7IP,TTC14,TTC17,GALE,ERCC3,ERCC1,ERCC5,KRAS,SUGT1,TES,RRP1,HNRNPU,GPATCH4,EPRS,PHB2,GPATCH8,ALCAM,ZMIZ1,CSPP1,NUP214,DDX17,HCFC2,ATG12,WDR81,DAAM1,ZSCAN21,NUP98,VPS25,VPS28,XPC,ANAPC11,LDHA,WDR70,BLOC1S1,CEP70,VPS11,NUP88,NRBF2,HMOX2,BTF3,PRELID1,WDR59,NDFIP1,SNAPIN,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,MCAT,EHD1,GNPTG,HNRNPM,SQLE,HNRNPF,FARSA,PAM,ATG2B,CDKN1C,SMG1,BTG1,PHF23,DENND1A,ARPC1A,GPT,KRI1,WDR45,WDR46,WDR43,UBL5,RARS,PLEKHN1,CIC,JARID2,RRP15,EXOC7,NUTF2,ASH1L,FAM126A,SIKE1,TUBB2B,NCOR1,TUBB2A,KIFC2,HEATR5B,MTF2,GART,EXOC2,NFIX,TIMM9,WDR24,ARFRP1,USP1,SLC17A7,FARP1,PCGF6,YTHDF1,KIDINS220,PCGF2,WDR18,GATC,DHRS1,HIPK1,SYNJ2BP,WDR11,NFIA,NFIB,RAB3D,CEP120,IPO4,TM7SF2,EDC4,PPP1CC,IPO9,SLC39A9,CFL1,PAPOLA,ZNF326,PLEKHJ1,GTF2I,RARS2,USP8,TLE3,TLE2,TPM4,RALGAPA1,TPM3,MAGI2,THOC2,THOC6,MORF4L1,PYGO2,RAB31,RAB34,RAB35,PGP,PHIP,AAGAB,ADNP,SNRPB,FKBP2,RAB5B,RAB5C,CCDC24,FAM114A2,GLT8D1,UBR4,UBR2,PHB,ORC5,ORC4,ORC3,DVL1,TPR,DVL2,MAP2K7,SRGAP1,MCL1,AKIRIN2,EIF2B3,SEC16A,FANCE,SCRT1,COPS4,COPS6,SLC7A6OS,NSG2,NBEA,CPE,CNIH2,RAB5A,BCL2L2,SLC48A1,MCM7,WDR1,ZC3H4,CCDC47,UFSP2,NOB1,VPS72,SNRNP70,RNPEP,TNPO1,EIF2B1,PLEKHG2,RPL13A,WIPI2,DNAJC7,CTDSP2,DNAJC9,CCDC43,CRK,MTPN,EI24,RAB1B,TULP4,FBXL20,DNAJB1,ABLIM1,FIP1L1,DNAJB5,VPS53,POLR2C,RAB23,VPS52,POLR2D,RAB24,POLR2E,POLR2F,CSK,POLR2K,POLR2L,SLC35A2,PPIL2,RNGTT,FBXL19,FBXL16,FBXL12,BCKDK,DNAJA1,SNRNP40,RAB14,POLR3C,GLOD4,DOLPP1,MFAP3,ASXL3,VPS41,POLR3E,POLR3F,DRG2,POLR3H,TPT1,SLC35B2,ISCA1,PANK3,VARS,ZMYND8,FCF1,RPS15,NFU1,TIAL1,RPS16,RPS18,FTH1,ARFIP2,LONP2,DENR,RPS11,RPS10,SRRM2,SRRM3,COG8,COG3,ARRDC3,IFRD1,MAPK8IP3,HECA,SUCLG1,ATP6V0D1,MACF1,RTEL1,MAGED1,CSTF3,CSTF2,DCUN1D1,FXR1,SCFD1,CHTF8,PDCD11,GSE1,TNRC18,RALGDS,ARGLU1,VASP,TMEM184C,SETDB1,SYNRG,SLC35E3,PUM1,RPS28,RPS20,RBAK,RPS21,C2CD2L,TOP2B,SIPA1L3,ROBO1,COIL,C1QBP,XPO5,TMED2,UBXN7,TMED1,UBXN4,TMED7,TMED9,PARP1,GP1BB,PPHLN1,ZDHHC16,CBFA2T2,LIME1,MTSS1,MLF2,VAV2,SLC22A23,UGDH,SCNM1,HNRNPH2,MPND,CSTB,DTYMK,NOL9,RFNG,GDPD5,NOL4,NOL6,TYMP,AMN1,CHRAC1,APBB2,METTL6,METTL9,MPP3,MYEF2,MTX1,SLC31A1,PTGES2,NFYB,GINS4,SORBS1,ATAT1,SPCS3,PRKRA,CAPZA2,KBTBD7,NDUFA13,NDUFA11,NDUFA12,SPPL2B,NDUFA10,ROGDI,CWC25,COMT,ARHGDIA,FPGS,HCFC1R1,COTL1,NOM1,TRAPPC2L,SHISA7,PRPF6,HGS,IDI1,ISYNA1,RPS19BP1,NOP2,CLEC16A,EFNA4,PRPF8,EMG1,TCTEX1D2,RPRD1B,BPTF,MPST,KLHDC3,KLHDC4,CBX5,PNPT1,CPSF1,CBX4,RHBDD3,CPSF3,CWC15,CRLS1,COQ5,EFNA3,EFNA2,CAPRIN1,CHMP2A,DYNLRB1,SAE1,BRWD1,LRP11,MUS81,KDM5B,ASNSD1,MFSD8,RPS4X,SEPT9,SPRED1,SNAPC2,RBM5,KDM6B,SVOP,H2AFX,AXIN1,H2AFV,SEPT5,LSS,DNM1,SEPT2,DDAH2,PFDN2,PFDN4,VAC14,ATF6B,PDXP,ATP1A1,THBS3,TBRG1,NXF1,ALDH1B1,FAM120B,LEPROTL1,BUB3,ATP13A1,CYHR1,SLC4A8,RPS6KB2,ATP13A2,MDC1,TSEN54,PREX1,PSMD9,RABGEF1,SAMD14,PSMD6,PSMD4,PSMD2,SAMD10,DAXX,RBFOX2,NGDN,DNTTIP1,DNTTIP2,SCAMP3,EID2,CLNS1A,RUFY3,UQCRC1,PSME2,LETMD1,CGGBP1,ABCB8,COPS7A,AGAP3,MRPL12,OAZ1,GABARAP,AMZ2,PUSL1,RHBDL1,ABCA2,PRRT2,CADM1,SNF8,MRPL24,MRPL21,MLLT11,UCK1,TDP1,PSMG1,PSMG2,AVL9,EZH1,ARF3,ARF1,PIGU,LRSAM1,PIGT,HEXB,HEXA,RPLP0,PIGP,MRPL38,MRPL34,PIGX,IKBKB,TRMT112,NIPBL,TUBA1A,FASTK,RPLP2,UPF1,LRRC45,LRRC49,PGAM1,ACTL6A,MRPL49,SIRT4,MRPL47,SIRT7,DYNLL1,MRPL45,MRPL44,MRPL52,MRPL53,PSMA3,PSMA4,BDH1,PSMA1,PELI1,TMEM106C,TMEM106B,SLC29A1,VAMP2,LRRC14,SRRT,CCNDBP1,PSMA7,MRPL55,PSMB7,UNK,TCOF1,PSMB3,TMEM68,CLPTM1,AP2S1,EXTL3,YKT6,LRRC24,MDH2,STAT2,GATAD2A,LYRM2,PSMC5,PSMC6,PSMC1,UBAP1,GOPC,FAM13B,ZBTB22,TSEN2,OSBP,PIM3,SLC25A44,AP2M1,KPNA1,SLC38A1,IK,PPP1R16A,VPS33B,UBE2E2,FOXP1,SAP30,ACAP3,ACAP2,FSCN1,ANAPC4,SQSTM1,KPNB1,ANAPC1,ANAPC2,LRRC59,RNASEH2A,ARL3,MAZ,ISG20L2,ARL1,ARL2,UBFD1,RAP1GAP,GLIS2,ACAT1,SBNO1,ATXN2,STK36,SLC38A7,SLC38A6,E4F1,SLC38A2,ZBTB17,TIA1,GOT2,EEF2,ZC3HC1,MDM2,TUBGCP5,PIN1,TMEM19,SLC25A1,ZNF512B,HSP90AB1,POMT1,MRPL4,NGRN,MRPL2,CAPZB,MDK,DGCR8,MRPL9,DGCR2,HSP90AA1,PPP1R12A,DST,SH2D3C,VPS37D,RAD23A,VPS37B,RAD23B,BIRC6,SEC22B,PPP1R12C,SLC25A4,AHDC1,ST6GALNAC6,RNFT2,PPP1R15B,MAK16,ZBTB45,CXXC4,PPM1G,SLC25A27,FCHO2,SH3BP4,IARS2,SLC25A22,ATP9B,ATP9A,SLC12A2,CYB5B,PPP1R14B,NDUFA6,NDUFA5,MBOAT7,NDUFA2,HIP1R,RPL23A,MCOLN1,SLC25A39,P4HB,SMAP1,EIF4A2,EIF4A1,LPGAT1,TMEM41A,TMEM41B,CCNH,JMJD1C,TXNDC11,CCNC,ZDHHC8,IFI30,TXNDC16,CYB5D1,UBE2L3,KIF21A,SLC12A6,SLC12A9,PAQR4,ENTPD6,NSMCE2,ZFP2,ANK3,THAP7,ULK3,CD2BP2,ULK1,PREB,STX1A,GCDH,SUPT4H1,PIK3R4,PIK3R3,PIK3R2,PIK3R1,UBE2J2,APH1A,DHX30,PCBP4,DHX34,PCBP1,DHX35,ERI3,DHX37,DYM,SURF6,TSPAN3,N4BP1,SNX5,SEC31A,XRCC6,TMEM86B,INTS1,SURF2,SURF4,MICAL3,ICK,WNK1,ID2,INTS5,PAF1,COL9A3,RGL2,CALM2,PCSK2,TMEM151B,PTPRS,FKBP15,GPAA1,CETN2,CCDC124,CTSZ,TECR,CETN3,INTS10,PCSK7,AATF,PTPRF,ARV1,SPTLC1,HYAL2,MLX,REV3L,SSSCA1,KIF1B,ACAD8,CCT3,NCOA2,SEC13,TMEM150A,ACAD9,MINK1,ANO8,MRPS7,COMMD4,MRPS5,CSDE1,G2E3,CD47,GLCCI1,DBN1,HEATR1,CRIP2,CCDC107,PRKX,CCDC106,ARVCF,MNT,EXOSC4,HSF2,HEATR3,PAK3,CCT5,NPDC1,YIPF2,PLEKHA1,YIPF5,TMUB1,HUWE1,UBE2G2,AP2B1,PPP1CA,MAD2L2,FKBP1A,PER1,DPY19L1,DPY19L3,CCNG2,NEDD4,ESYT2,SCARB2,DPAGT1,MIDN,MPI,CYP46A1,KIF5B,PALM,EP300,SNIP1,RGS9,SBF2,PPFIA3,ZGPAT,ADPRHL2,DIMT1,LMTK3,LMTK2,WBP11,FAM173A,DKC1,HNRNPUL2,UBE2V2,SBDS,UBE2V1,RTN2,PSMD12,KLHL17,PDS5A,NDRG1,RTN4,KIF3A,CYC1,NDUFV3,NDUFV2,BCL9L,OST4,PRNP,FDPS,ECD,HMGA1,DSTN,KLHL23,KLHL24,SUPT5H,PAN2,H1F0,APPBP2,PQLC1,PHF14,TAB1,LSM14B,YWHAE,GSK3B,GSK3A,PRR7,DDX46,PRKCSH,CHD8,MAST1,CHD6,ATP2A2,TRIAP1,CHD2,PPP1R9A,AFF4,PPP1R9B,RPGR,ABHD16A,BCL7C,BCL7B,GATAD1,MLST8,TIMM17A,LRRFIP2,YWHAG,ARHGEF12,GLRX3,NCBP1,ABHD14B,ABHD14A,YWHAZ,UTP18,DDX50,VCAN,LMBRD1,NDUFS8,CREB1,IRF3,PEX3,NDUFS6,PPDPF,PEX6,NAA35,MVD,INA,IRF9,DCTN6,DCTN5,DCTN2,NAA20,DCTN1,GOSR1,DDX20,PARN,DDX21,CRMP1,HMGCL,TAF1D,DNPEP,MAT2A,TAF1B,TNKS2,TAF1C,PDLIM7,RBM39,MBTPS1,GALNT2,TAF11,ATP2B4,LRWD1,SOD1,CLCN7,MAPK10,CLCN6,IRGQ,GOLPH3,FAM131C,GLB1,BRMS1L,RBM42,TAF6,FAM98A,RBM45,LNX2,CYFIP1,RPL30,RPL3,RPL31,STMN3,RPL8,DCAF5,FNBP1L,GLE1,MYC,STMN1,PIP4K2C,RPL37,IER2,CHGB,WSB1,PIH1D1,RPL23,DAPK3,RPL22,CD3EAP,SOX11,SOX12,AARSD1,MED4,RNF123,RNF126,IFT81,SARNP,CLPP,RPL27,RPL29,DUS3L,PRR13,CDC42SE1,HIF1A,GLG1,PRDX2,ABR,PRDX5,PPP4C,PRDX4,RAD21,PRDX1,SSR1,RPL41,FZD3,JUND,RAB3IP,H3F3A,MTHFR,PRRC2C,PA2G4,PRRC2B,TMEM198,THAP11,FIBP,SLC6A6,GIPC1,CDK10,HBP1,DUS1L,OGFR,TCF25,CLTC,CLTA,TCF20,ADO,PFAS,TMEM189,TRIM2,TMSB4X,GPR137,ZC3H10,HSBP1,TCF12,SSR3,TET2,RNF167,LSG1,RNF166,PCYOX1,SF3B5,SF3B2,RPL10,GPS1,RPL12,GPS2,TIMM10,TM9SF4,TM9SF3,BCLAF1,ASNA1,CHN1,RPL14,RPS3,SC5D,RPL13,RPS2,RPL18,SF3B1,RPL17,SF3A2,BRF2,TRMT1,LRPPRC,MZT1,XAB2,ABI2,RLIM,ZYX,CHPF,TUSC3,TUSC2,CTNND1,ABHD11,CDH2,TUBB3,LZTS2,MAF1,MEN1,SEMA6B,BIVM,RNF44,RPS9,RPS7,GPT2,RPS5,AIP,GTF2F1,GTF2F2,CTDNEP1,DGKQ,ERP29,PHPT1,TTPAL,ANKRD17,DNMT1,CUL7,CD151,TNKS,ABHD2,AK1,ANKRD12,ABHD8,CUL1,KLC1,KLC2,NACC1,PSAP,SAFB2,ESRRA,ANKRD34A,ANKRD24,MARCH8,MARCH6,LSM4,MARCH5,LSM2,CDK9,LSM7,CNOT7,CDK5,MAFG,TADA3,NF1,RNF181,SERINC1,IARS,LZTR1,SERINC3,SERINC2,RNF185,EIF4G2,EIF4G1,RNF10,RNF11,TRADD,PTBP1,DUSP12,PPP6C,RPL7A,METTL14,GM2A,OPA1,OPA3,PSD3,SLC37A4,SLC37A3,REXO1,GPX4,LIX1L,RTN4RL2,REXO2,YDJC,COASY,PTP4A1,PTP4A3,TRAF4,ASPH,NFAT5,GTF2A1,SMARCD2,GTF2A2,WBP2,PUF60,SNRPB2,RBBP7,DCAF12,SPAG9,RNF20,RNF25,TXNRD1,SEMA4C,ADRM1,SEMA4G,OXR1,PNRC1,RAD52,MARCKS,KLF6,MGAT4B,RHEBL1,METAP2,APP,GDE1,HABP4,KIFAP3,GLUL,SOX4,AQR,SACM1L,SLC11A2,BOLA1,ACSL3,JMJD8,INPP4A,AKAP9,CRYZL1,AURKAIP1,ANKRA2,EZR,PFN1,PFN2,CUTA,TMEM161B,NECAB3,BEX1,TEX264,TWF2,TRMT2A,IGSF9,TMTC4,INPP5B,PTDSS2,SGPL1,INPP5E,SCAP,SNHG1,TRAP1,PTPRN2,UBAC1,SRPK1,CCDC88A,GOLGB1,ALDH18A1,ITM2C,CDS2,DAZAP1,GDI2,EPM2AIP1,SERP1,ZMYM2,PCF11,ATP6V0B,PRMT7,TSC22D1,PRMT1,TSC22D3,NME2,RHOF,TUBG2,RHOA,MAPT,ALDOA,ATP6V0C,PRIM2,TOMM40,PRIM1,AKAP1,ANKMY2,CUX1,RANBP2,RANBP1,RANBP9,RSL1D1,R3HCC1,CTNNB1,TRIP12,FAU,CAMK1,TOMM5,GALNT11,ARID4B,NUCKS1,CHCHD3,BASP1,POGZ,PDIA3,PAM16,OCRL,PDIA4,DPM2,PHOSPHO2,DNAJC30,SCG5,ELMO2,FIZ1,SCG3,RELL2,LTBP4,CSF2RA,ARHGAP12,DPP3,SDCBP,CASKIN1,ZC3H18,MARK3,PDZD7,ZC3H15,ATP6V1F,HSPA8,ACBD6,ACBD5,ACBD4,ASPSCR1,TBCD,ARHGAP29,BFAR,SMAD5,NMRAL1,DNAJC18,DLG2,TMEM115,ATG16L1,DNAJC10,TBCE,SCYL3,ABCD3,USP33,USP34,DOCK7,ELAVL4,GTDC1,USP39,ELAVL1,TMEM101,ZC3H7B,FLOT1,PDE4A,USP30,SCYL1,CTPS2,RNF208,ARID1A,SENP2,ARID1B,KLF16,CKAP4,FAM189B,LUC7L3,USP40,CHMP6,B4GALT6,B4GALT7,TSEN34,RGS19,POLDIP2,OPRL1,MOSPD3,TOB1,NT5DC3,NCAM1,CLASP2,USP24,ATE1,PTCD1,PTCD2,BAD,HAGHL,NAP1L1,MEIS2,SH3YL1,PIK3IP1,BAX,SSBP2,SSBP4"
+"gene_set_query"	"366"	"ZBTB17"	"408.3"	"ARCHS4 Coexpression,637;Enrichr Queries,168;GTEx Coexpression,420"	"NCKAP1,TFRC,HDAC10,ZMYND8,HNRNPU,EPRS,IFI30,TSEN54,ACTB,RASSF1,TRIM28,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,OGFOD2,FAM53C,AKT1,ATXN7L3,SOX4,IER2,TBC1D10B,STARD3,ARSA,DAXX,ACOT7,ACTN1,CD3EAP,CSNK1D,SCRIB,RFX1,CSNK1E,GTPBP1,MAPK8IP3,GTPBP4,MFSD10,WDR81,BIN1,DDIT3,DDIT4,RBCK1,AURKAIP1,VPS28,PRR14,SF1,SLC45A4,MTMR3,DHX8,FLII,STXBP2,FBF1,TWF2,TRMT2A,PIK3R1,AGAP3,HIF1A,PGS1,RHOT2,PPP4C,DHX34,MICAL1,GSE1,HIVEP2,VPS16,BANP,VASP,JUN,PHC2,CHKB,JUND,INTS1,PBX2,SMARCA4,GADD45G,EHD1,ABTB1,FASN,ID2,UNC119,CORO7,ITM2C,OGFR,NRP1,PIGU,GMEB2,BTG1,ELL,CITED2,PHF1,ZFAND2B,CLTC,MRPS12,CTSZ,KRI1,MED15,PTPRF,LIMD2,TRIM8,XPO6,FASTK,UIMC1,CHMP1A,DHX15,DHX16,SDF4,SH3BGRL3,KIF1B,CIC,PSENEN,TOP3B,MAP4K2,LYPLA2,BRD2,UPF1,DBNL,PARP1,TSC22D1,STRADA,PRMT1,GAA,IFNGR2,GMIP,MRPS7,DUSP6,MLF2,RHOB,GAK,NCOR2,MED25,PITPNM1,PXDN,RAPGEF1,ARHGEF1,FAM193B,PLEKHO1,ARHGEF2,ALDOA,SGK1,STK40,RNF166,PCYOX1,NAPA,CSTB,GRAMD1A,GRN,DOT1L,GPS2,NOC4L,RELA,FAM129B,TYMP,GNAI2,FGD3,HIRA,MNT,ZDHHC18,GGA3,HSF1,MGAT1,CKB,MEF2D,DEDD,MAP4K4,EGLN2,SF3A2,NR1H2,MIB2,TRMT1,MYO9B,PEX14,TMUB2,VEGFA,MAD2L2,XAB2,CCDC9,SHKBP1,ZYX,CTNNB1,NUCB1,PNPLA6,PKN1,AGRN,GRINA,MTCH1,CRTC2,TOR2A,MIDN,NARF,ANKRD13D,KDM1A,GTF2B,RNF19B,NUCKS1,PRDM2,PHRF1,STK11,KHSRP,ARHGDIA,FPGS,PIM3,LZTS2,SBF1,RAB2A,TLE3,RNF44,SLC30A9,FBXW5,MAP2K2,TPRA1,LMO4,NOSIP,UBE4B,CNPY3,POLRMT,LEMD2,ATAD3A,DGKZ,ACAP3,HGS,RPL7L1,SLC9A8,EHBP1L1,RAB35,MAPKAPK2,FSCN1,PPIF,CHMP4B,SQSTM1,CSNK1G2,MAD1L1,ARL8A,ANAPC2,FKBP5,INO80E,PFKFB3,RAB5C,TUBGCP2,ANKRD11,UBR4,CACNA1A,NDRG1,CORO1A,PHF21A,RAP1GAP,PLD3,SBNO2,NDOR1,SHARPIN,PITRM1,GRK6,DVL1,PSAP,ZC3H18,E4F1,DMAP1,NADK,MCL1,PRNP,KLHDC4,CBX4,OSBPL5,API5,PHF12,TNK2,HMGA1,CLK3,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,MAFG,CNOT3,PLEKHM2,SKIV2L,CLASRP,LRCH4,EIF4G3,MUS81,LMBR1L,RERE,B4GALT3,KDM5B,WDR1,PRKCSH,ZC3H3,AKAP8L,CHD6,PIK3CD,CHD4,ARHGEF10L,ARRB2,TAZ,CABIN1,PPP1R9B,SART1,DUSP12,OPA1,CAPZB,PPP6R1,SIN3A,SNRNP70,UBTF,MYO18A,KDM6B,SUN2,KLF13,REXO1,ATP6AP1,PDPK1,AXIN1,ARHGEF18,VPS37B,ARID1A,REXO2,DDOST,ARFGAP1,KLF16,DNM2,PTP4A3,IRF3,CTDSP2,POLR1B,ATG4B,PPP1R12C,AHDC1,RNF31,TRABD,PPP1R15A,TSSC4,SRC,CXXC1,LENG8,FURIN,ATP1A1,USP19,U2AF1L4,HDAC7,DCAF15,SLC25A28,DNPEP,RAB24,MKNK2,RALY,IARS2,CSK,FBRS,SH2B2,CYTH1,SPEN,PTPN1,MARCKSL1,ATP13A1,TAF10,MBOAT7,MIIP,ADRM1,SGTA,PDE4DIP,BAIAP2,CDK11B,TPD52L2,USF1,CHFR,MTOR,CLCN7,KLF6,PFKL,NEURL4,CAPN10,IMPDH1,RBM42,VIM,SMAP2,SSBP3,MBTPS2,BCAR1,PFKP"
+"gene_set_query"	"367"	"PURA"	"408.5"	"ARCHS4 Coexpression,400;GTEx Coexpression,417"	"VEZT,NCKAP1,PITPNB,FCF1,PHAX,EPRS,ALKBH8,GLS,EFR3A,HERC1,AKT3,BSN,SEC62,PRKACB,MED1,MEF2C,RBFOX1,UNC13A,SLC6A17,TSTD2,NSMCE2,RECQL,ACSL6,ANK2,ANK3,GABRG2,MRPS18C,ARMC1,FAM133B,STX1B,TWSG1,ZSCAN21,YME1L1,SPARCL1,TLN2,KCTD18,MACF1,STXBP1,MYCBP2,AGAP2,PIK3R1,NLK,KALRN,RPAP3,MTDH,PPP3R1,RRS1,RDH14,STXBP5,HIVEP2,ICMT,NDFIP1,PNO1,CADM2,ST8SIA3,LARP7,MYO5A,HSPA12A,SMARCA2,PTK2,SNAP91,AIMP1,STAG1,ZBTB6,WNK1,NDUFAF2,DHX29,CALM1,GABRB2,SETD7,DIRAS2,BMI1,PPP3CA,PPP3CB,PCLO,AKAP11,RSRC1,CHL1,OTUD6B,TRIM2,NCS1,IDS,RIOK2,DLGAP1,KIF1B,KIF1A,RRP15,PBRM1,PRMT3,SLC39A10,ANO6,SYP,ASH1L,BAZ1B,SYN1,CNKSR2,ARHGEF9,PRPF18,VSNL1,CSDE1,MED21,FAM20B,PLCB1,VAMP2,PAFAH1B1,GAS7,FYTTD1,NAPB,NFIX,NOL7,ADAM22,AKAP6,ADCY1,TCEAL6,CHRAC1,CAMK2N1,PPP1R8,CHN1,NCDN,SRSF10,EPS15,DYNC1I1,PAIP1,GABBR2,PCGF6,GABBR1,BRF2,YTHDF3,USP9X,SORT1,ATRNL1,MTX3,YIPF4,NMNAT2,PNMA2,MYO9A,GRIN1,PDCL3,KBTBD4,ABCB10,OSTM1,PRKRA,ETNK1,CAPZA2,TSR1,TCEA1,RAB3GAP2,RAB3GAP1,RAB3C,UBE3C,ATP8A1,UBE3A,CWC27,IPO7,SLC8A1,RPH3A,RIMS1,TATDN1,SLK,CAPN7,CFL2,CWC22,KIF5A,KPNA4,KPNA3,SH3GL2,PPFIA2,NSF,RNF44,MMGT1,TMOD2,ATP1B1,SRCIN1,OLFM1,CLIP1,PREPL,SCN8A,SBDS,PLAA,PKP4,WDFY3,FTO,ANKRD17,DDX6,NDRG4,CUL5,HPCA,UBR3,CPLX2,TAF5L,RTN4,ARHGAP21,DPP6,RNASEH1,FUT9,CAMTA1,LLPH,LONRF2,RAB6B,DARS,CBX6,SYT1,CPSF2,SLC4A10,DNAJC13,EIF2S1,SYT7,KLHL20,GNAO1,ARHGAP32,SLC7A6OS,DLG2,SYNJ1,DLG4,COPS2,CNTN1,AAK1,CPE,LRP12,BCL2L2,ITGB1,SNAP25,DOCK3,DYRK2,ASNSD1,DOCK9,USP34,UFSP2,PPP1R9A,GRM5,SGCB,PPP2R5E,MAN1A2,PSD3,NPTN,TNPO1,SULT4A1,YWHAG,ARHGEF12,PCDHGA4,DST,PEG3,TTC33,SGIP1,RBM18,SECISBP2L,ATRX,VEZF1,DNM1,PJA2,DNM3,DDX19A,DNAJC6,SNPH,IMPAD1,BDP1,NAT8L,CAMK2B,BECN1,USP14,NFAT5,SEC23A,USP16,PPM1L,ROCK2,WBP4,MAK16,SRR,UBQLN1,REPS2,TRIM44,ATP9A,BEND6,RWDD1,ATE1,PTCD2,CHURC1,SLC12A5,PCDH9,NTRK3,B3GAT1,SYT16,CDC5L,PDAP1,PDE4DIP,NAP1L2,ATP2B2,DEK,ATP2B1,CDC42BPA,OXR1,FMNL2,PPP2R2C,APC,ERCC8,CEBPZ,NAA15,EIF3C,TRIM32,EIF3A,MBTPS2"
+"gene_set_query"	"368"	"ZNF837"	"408.7"	"ARCHS4 Coexpression,287;Enrichr Queries,547;GTEx Coexpression,392"	"RPL8,EPRS,PHB2,RPL6,SCAMP4,RAVER1,MYC,RPL36,AP1S2,FDXR,RPL35,AKT1,AP1S1,DIP2B,SAMD10,HES6,WDR74,GTPBP6,SCRIB,RNF126,RBCK1,RPL29,RPL28,ASTN1,SLBP,MTMR9,MRPL12,RHOT2,PPP4C,LDHD,ATRIP,RPL41,PRELID1,WDR59,JUND,SETD1A,IRF2BP1,MRPL28,MRPL23,HNRNPM,QARS,EIF6,GIPC1,CDK10,DUS1L,FARSA,ITPA,OGFR,PIGO,ELL,RPLP0,MRPL38,SMG5,C1QTNF4,JPH3,MTG1,FASTK,GPR137,EMD,LYPLA2,NUDC,SPHK2,SLC39A11,MRPL49,SIRT6,WDR34,COPZ1,TAF6L,SDHAF1,GARS,ARF5,SLC29A2,SF3B5,RPL12,RPL11,TMEM160,PSMA7,CENPB,RPS15A,RECQL5,UNK,LMAN2,RPL14,RPS3,USP1,CLPTM1,RPL13,RPS2,NCDN,PAIP2,RPS27A,RPL18,RPL17,RPL19,YTHDF2,SF3A2,USP9X,WDR18,SYVN1,SNX21,DHRS1,SCAF1,SCAF4,PKN1,CTNND1,ZBTB22,RPL10A,TM7SF2,ABHD12,SLC39A9,UROD,RUVBL2,CFL1,LZTS2,MAF1,MEN1,SLC39A3,RPS9,FBXW5,MAP2K2,RPS7,RPS5,FBXW9,IGFBP2,RPSA,POLRMT,LEMD2,THOC6,CDC25B,TRAIP,CTDNEP1,ERP29,FSCN1,PGP,SRSF6,SNRPA,ANAPC2,SRSF9,SNRPB,RNASEH2C,INO80B,INO80E,RNASEH2A,ANKRD16,MAZ,ABHD8,SLC38A10,HSPBP1,CORO1B,DVL2,ZKSCAN1,MCL1,ZBTB17,TRAPPC9,FANCE,EEF2,BTBD9,LSM4,DRAP1,CNOT4,CNOT1,PTPRA,CNOT2,CNOT3,SPIRE1,PLXNB1,CNIH2,ZNF512B,SLC25A1,TRADD,AKAP8L,NENF,MRPL4,PTBP1,RPL7A,SART1,SGCB,PPP6R1,SNRNP70,SUMO3,RNPEP,PGLS,DGCR2,UNC45A,EIF5A,GPX4,SIGMAR1,EDF1,YDJC,COASY,DDOST,TRAF7,PTP4A3,POLR1B,TRABD,GTF3C2,SMARCD2,HDAC3,RAB1B,PARD6G,LRP3,ZBTB45,LAGE3,SRM,DCAF15,FZR1,NCLN,PUF60,U2AF2,POLR2E,EIF4H,POLR2H,AAMP,SLC35A2,GADD45GIP1,PPP1R14B,PPIL2,FBXL19,MBOAT7,RPL35A,HNRNPAB,TRIT1,PFKL,EIF3K,EIF3L,IMPDH1,PDCD4,EIF3G,STUB1,SPG21,EIF4A1,SMARCB1,KDELR1,NUBP2,RPS15,RPS14,RPS16,RPS19,TRIM28,RPS18,BSG,ARFIP2,LONP2,ARL6IP4,RPS10,RPS12,IMP3,SLC35C2,COG3,ECH1,TALDO1,MOGS,MIF,JMJD8,MFSD10,TIAM1,GRWD1,TTLL12,PFN1,AURKAIP1,TELO2,TRMT2A,PIK3R1,TTBK2,APH1A,SGPL1,CHTF8,ARGLU1,PDE2A,RPS28,RPL27A,ID2,INTS5,SDC1,ECHDC2,RPS21,DHRS13,DAZAP1,CCDC120,GPAA1,MRPS12,CCDC124,PTPRF,MAP1LC3B,C1QBP,CHMP1A,SDF4,MRPS26,PRMT2,GP1BB,PRMT1,ITFG2,APRT,MLF2,CTU1,RPUSD1,CSTB,SSNA1,AKAP6,CCDC106,NT5C,CHRAC1,PES1,HSF1,SCAND1,ATP6V0E2,PTGES2,MIB2,TMUB1,DOHH,RAB11B,BOP1,NUDT8,TCEA2,CDK5R2,FBL,PAIP2B,ARHGDIA,FPGS,TPRA1,TSC1,ATAD3A,DCTD,FAM173A,EEF1A2,ISYNA1,EFNA4,DPP3,SHARPIN,IRAK1,RPRD1B,CYC1,TBC1D17,NDUFV1,MPST,KLHDC3,ACBD4,UBE2I,CPSF1,RHBDD3,IDH2,TBCD,ANKHD1,NMRAL1,CLK2,TMEM115,HOOK2,UBE2S,GNB2,COPE,MUS81,PRR7,PRKCSH,SNAPC2,MLST8,TMEM109,RBM14,H2AFY,AKTIP,DDX56,ABHD14B,RNF208,DDX54,ABHD14A,EEF1G,IRF3,RER1,NDUFS7,PPDPF,DNLZ,USP40,VAC14,MVK,ATF6B,OPRL1,HMGCL,TFPT,TMEM201,RALY,MTA2,CDIPT,PDLIM7,TTC13,ATP13A1,HAGHL,CYHR1,LRWD1,SMUG1,CLCN7,RPS6KB2,CDK2AP2,RBM42,ERCC5,SSBP4"
+"gene_set_query"	"369"	"HMGA1"	"408.7"	"ARCHS4 Coexpression,160;Enrichr Queries,127;GTEx Coexpression,939"	"RPL4,RPL5,MDC1,RPL3,TFRC,RRP1,HNRNPU,EPRS,RPL8,PHB2,ELK1,RAVER1,DPYSL2,MYC,PSMD2,STMN1,PSMD3,RPL36,RPL35,AP1S1,CD3EAP,SCRIB,SND1,HCFC1,PSME3,DDIT4,RPL27,PRR12,RPL28,NUP205,POM121,SET,CDCA4,SHMT2,FLII,NOLC1,MRPL12,MRPL13,LDHB,LDHA,HSPH1,LARP1,PRDX1,GAR1,RRS1,S100A10,BTF3,JUN,ICMT,PHC1,PBX2,PA2G4,EIF1,PRRC2A,HNRNPL,HNRNPM,UCK2,PPP5C,HNRNPK,FASN,HNRNPF,HNRNPD,HYOU1,HNRNPC,EZH2,RPLP0,PFAS,SMG5,TUBA1C,TUBA1B,TUBA1A,RARS,RPLP2,SH3BGRL3,TPI1,PGAM1,NIPA2,DUSP6,DDB1,NCOR2,SLC7A5,TUBB2A,PXDN,GARS,TKT,SLC29A1,GART,ARF6,SF3B4,SF3B2,SF3B3,NIP7,GSTP1,RPL12,SRRT,SLC7A1,PSMA7,FAM129B,NRAS,TCOF1,LEO1,RPL14,RPS3,FLNA,CKB,RPS2,RPL18,YKT6,SF3A1,SF3A2,SCAF1,GATAD2A,MYBBP1A,SERBP1,ZYX,RPL22L1,PKN1,MTCH1,RPL10A,IPO7,IPO4,IPO5,SALL2,RUVBL1,CFL1,SLC39A7,KPNA2,HMGN2,TMSB10,MEN1,RPS9,TPM4,USP5,RPS8,RPS5,TPM1,RPS6,THOC3,RPSA,POLRMT,TRAIP,ATXN2L,ACLY,ILF3,NCL,MRTO4,RAB35,SRSF2,FSCN1,SNRPE,SNRPF,FKBP4,SQSTM1,KPNB1,ANAPC1,SNRPA,SNRPB,KHDRBS1,LRRC59,DNMT1,RNASEH2A,MAZ,HSP90B1,STIP1,ORC6,DVL1,NACC1,PGK1,ABL1,FUS,ASNS,EEF2,CHERP,DRAP1,CNOT3,EIF4G1,HSP90AB1,MCM7,WDR1,WDR4,PTPN23,PTBP1,DUSP12,SART1,UBTF,WDR5,EIF5A,RFC3,HSP90AA1,RPL13A,RANGAP1,RAD23B,TRAF7,TFDP1,POLR1B,SLC25A5,GAPDH,SMARCD1,RAB1B,SRSF1,PPM1G,DCAF15,GANAB,NCLN,U2AF2,EIF4H,IGF2BP3,IGF2BP2,HNRNPA1,PCDH1,DCAF13,NOP56,NOP58,MARCKSL1,PPP1R14B,CIZ1,HNRNPA3,FBXL19,HNRNPAB,TPD52L2,PSAT1,IMPDH2,P4HB,EIF3C,BCAR1,EIF3B,EIF4A1,VARS,KDELR1,ACTB,RPS15,RPS14,RPS16,TRIM28,RPS19,SNRPD1,RPS18,FTH1,BSG,LONP1,DENR,RPS11,SEPHS1,RPS10,TMPO,TIPIN,SMARCC1,ACTN1,ACTN4,PPA1,BOLA2,TTLL12,EZR,PFN1,DCUN1D5,ANP32A,CSTF2,PDCD11,DHX37,MLEC,ZBED4,TRAP1,INTS1,RCC2,PAICS,ZWINT,SMARCA4,CALR,ANP32B,RCOR2,RPS24,ITM2C,AARS,DAZAP1,SLC35F2,MRPS12,PRPF19,AKAP12,C1QBP,RAC3,CCT3,PARP1,PRMT1,PABPC4,MRPS7,SREBF2,NME1,MLF2,PABPC1,ALDOA,PTMA,DBN1,CSTB,DTYMK,PCNA,AHCY,SLC20A1,PRIM1,HEATR1,HIRA,PES1,GPC4,CCT7,CCT5,RANBP1,NPM1,GINS4,NPM3,VEGFA,FKBP1A,BOP1,CAPZA1,HNRNPA2B1,HDGF,NUP188,KDM1A,TOMM22,ACTG1,FBL,ARHGDIA,KHSRP,COTL1,SH3GL1,KCTD5,ATAD3A,EEF1A1,HNRNPUL1,DKC1,PPIH,PPIA,PXN,NDRG1,PRPF8,RTN4,IRAK1,BCL9L,HSPA9,HSPA8,PRNP,HSPA5,CPSF1,NONO,CBX2,HOOK2,NASP,HOOK1,UBE2S,UBA1,TCF3,SAE1,PRKCSH,CHD4,HMGB1,YBX1,LMNB2,LMNB1,HK1,LASP1,TOPBP1,GLRX3,NCBP1,H2AFZ,H2AFX,CAD,DDX54,OXSR1,YWHAZ,SENP3,KLF16,EEF1D,NUP50,AKT1S1,THOP1,DCTN5,DDX21,SLC3A2,STRN4,HSPD1,DNPEP,MTA1,TAF1B,NT5DC2,BUB3,MAPK6,MTA2,RRM2,TAF15,PDAP1,NAP1L1,DEK,SSRP1,HSPE1,CARM1,ERCC2,BAX,TAF6,NAA15,VIM,ABCE1,RAN"
+"gene_set_query"	"370"	"ZNF706"	"409.0"	"ARCHS4 Coexpression,284;Enrichr Queries,6;GTEx Coexpression,937"	"RPL4,RPL5,VPS29,RPL30,RPL3,TRIO,RPL32,RPL31,TRRAP,HNRNPU,GHITM,EPRS,RPL8,RPL9,RPL6,RPL7,NDST1,PSMD6,MPRIP,MYC,WDR91,STMN1,RPL36,RPL35,AKT1,RPL38,RPL37,ACOT9,CXADR,RPL21,RPL23,RPL22,CD3EAP,WDR82,DDIT4,RPL27,RPL26,LETMD1,RPL28,SET,FLII,OAZ1,MRPL13,GABARAP,ANAPC11,PRDX5,LDHA,HSPH1,PRDX1,PLCG1,SERF2,FDFT1,S100A10,NDFIP2,JUN,H3F3B,EIF2AK3,PBX2,PRRC2B,EIF1,PRRC2A,MRPL22,HNRNPL,VANGL2,EIF5,NPLOC4,PLCH2,ATG2B,BTG1,RPLP0,MRPL36,TCF20,SMG5,TUBA1C,TUBA1B,TUBA1A,RPLP2,CIC,UPF1,TPI1,ELOVL4,MRPL48,DYNLL1,BACE1,DDB1,MRPL52,SLC7A5,PSMA6,TUBB2A,HEATR5B,PSMA2,PXDN,ARF5,ERGIC1,SF3B5,GSTP1,RPL12,RPL11,HTT,DLST,PSMA7,PAPSS1,RPS15A,NSD1,PSMB1,RPL14,RPS3,MFN2,FLNA,RPL15,RPS2,ANKRD52,RPS27A,RPL18,RPL17,RPL19,GATAD2A,SKI,MYBBP1A,SERBP1,TAOK2,NUCB1,MTCH1,PARK7,RPL10A,IPO7,ABHD12,LAPTM4A,CFL1,ZNF326,TMSB10,SYBU,HMGN1,SH3GLB2,SLC38A1,RPS9,USP5,FBXW7,RPS8,GPT2,RPS5,CTNNBIP1,RPS6,RPSA,RBX1,TPST2,MORF4L1,ACLY,MORF4L2,SRSF2,NHP2,SNRPG,SRSF3,ANAPC5,ERH,PHPT1,SNRPC,SRSF7,SQSTM1,KPNB1,GLYR1,SHC2,BRSK2,UQCRB,UBR4,HSP90B1,NACC1,PLXNA2,PGK1,ABL1,SLC38A2,WDTC1,ATP8B2,SEC16A,OSBPL2,HPS4,EEF2,LSM3,LSM7,SH3BP5L,ARPC2,NACA,UQCRQ,CNOT1,RNF181,PLXNB2,GPR107,RSL24D1,NOP10,NFE2L1,EIF4G1,ZNF512B,SLC25A3,HSP90AB1,COX4I1,RPL7A,DUSP12,UBTF,TNPO1,DGCR2,ACTR3,HSP90AA1,GPX4,RPL13A,NDUFC2,NDUFC1,RAD23B,DDOST,QTRT1,PTP4A1,PTP4A2,TRAF7,DAD1,NPC2,CTDSP2,DNAJC5,RPL37A,POLR1D,TMBIM6,SLC25A5,GAPDH,SFT2D1,GTF3C1,NDUFB9,SEC23A,NDUFB8,NDUFB6,NDUFB4,NDUFB3,CXXC1,NDUFB2,GANAB,U2AF2,HNRNPA1,SLC25A22,UGGT1,EIF4B,POLR2K,MARCKSL1,NDUFA6,NDUFA4,CNBP,FBXL19,NDUFA2,NDUFA1,CDC42BPB,TRIT1,MTOR,ATOX1,DNAJA1,KLF6,PDCD4,EIF3H,EIF3E,P4HB,TPT1,EPHB6,EIF4A2,EIF4A1,APP,ARL6IP1,CISD1,RAPGEFL1,ACTB,TXNDC17,RPS15,RPS14,RPS16,RPS19,SNRPD2,TRIM28,RPS18,FTH1,FBXO3,RPS11,PELO,RPS10,GLUL,ATXN7L3,RPS13,SRRM2,ATP6V1G1,ALG5,CIRBP,MOGS,MIF,MRPS18C,COX7A2L,PPA1,SUB1,VDAC2,PFN1,LLGL1,MYL12B,MBTD1,SNX3,SGPL1,PCBP1,MLEC,INTS1,RCC2,RPS26,RPS25,RPS28,RPS29,WNK1,ID2,RPL27A,RPS20,CALM1,RPS21,CALM2,TECPR1,CC2D1A,RPS24,ITM2B,ITM2C,DDR1,COX7B,CITED2,INTS10,MRPS12,ICA1,SPPL3,HINT1,C1QBP,SEC61G,DHX15,SEC61B,CTSB,ATP6V0B,TSC22D1,MINK1,MRPS21,COMMD1,MRPS7,COMMD6,RHOA,MLF2,HNRNPH1,CSDE1,ARHGEF4,PABPC1,CD47,ALDOA,SGK1,PTMA,CSTB,MRPS36,UQCR11,UQCR10,COX5B,COX5A,CST3,HIRA,PAK6,PAK3,LCMT1,CCT5,RANBP1,DYNC1H1,NPM1,PTGES3,HUWE1,COX6C,NLE1,FKBP1A,PRPF39,SPCS2,SPCS1,CAPZA2,NDUFAB1,HNRNPA2B1,HDGF,TRIP12,FAU,TOMM5,TOMM6,NDUFA11,UBE3C,GOLT1B,NDUFA12,HDLBP,PEBP1,COX6A1,SRP14,CELSR2,TOMM20,ACTG1,EEF1B2,CHCHD2,FAM174B,TBC1D30,SBF1,ATP1B3,POU3F1,COX6B1,EEF1A1,HNRNPUL1,PPIB,PPIA,DDX5,TMED10,SEL1L,COX17,COX7A2,NDRG1,PRPF8,SUPT6H,RTN4,SDCBP,CYC1,NDUFV2,ATP6V1F,DNAJC19,HSPA8,PRNP,HSPA5,CBX3,DSTN,TBCA,AZIN1,ARHGAP32,EFNA3,DLG3,HOOK2,HOOK1,GNB1,GNAS,SRPRB,CYCS,UBA1,DEGS2,BRWD1,LSM14B,YWHAE,KDM5C,RBM26,YWHAB,PRKCSH,CHD4,HMGB1,YBX1,CHD3,LMNB2,LMNB1,PPP1R9B,SEPT9,LASP1,YWHAQ,ZC3H7B,LRRFIP1,ARHGEF11,PDPK1,H2AFZ,BUD31,HUNK,YWHAZ,SENP3,EEF1D,NAA38,POMP,RNF7,ACVR1B,CLCN3,STRN4,ADD1,USP19,HSPD1,DNPEP,RAB40C,GNG5,ROMO1,MTA2,BNIP3,NAP1L1,HSPE1,SOD1,SH3YL1,NEURL4,XPNPEP1,PPP2R2D,ACIN1,VIM,SSBP1,RAN"
+"gene_set_query"	"371"	"MEF2D"	"409.0"	"ARCHS4 Coexpression,203;Enrichr Queries,165;GTEx Coexpression,859"	"TRIO,TESK1,HNRNPU,EPRS,DCAF6,PSMD7,MPRIP,CAPNS1,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,DIP2C,PRKACA,IER5,IER2,MEF2A,PRKAB2,GABARAPL1,MEF2C,NUP210,TSTD2,CACNA2D1,PRKCD,CD3EAP,ARMC8,HCFC1,RNF123,WDR81,DDIT4,PRR12,SF1,POM121,FLII,NEDD4L,BAZ2A,HIF1A,ABR,LDHA,PPP3R1,WDR70,PRKAR2A,PIP5K1C,ST3GAL1,ST3GAL3,CREBBP,JUN,JUND,JUP,SETD1A,IRF2BP2,PBX2,NR1D1,PRRC2B,PRRC2A,EHD1,SLC6A6,FASN,OGDH,CPEB4,ARF3,OGFR,PIGU,BTG1,PHF20,KCNC3,SETD7,MED15,SMG5,TRIM8,TIMP2,ANXA6,CIC,JARID2,DLGAP4,CEP68,LRRC47,BRD2,UPF1,ITPK1,GMIP,DUSP6,NCOR2,SLC7A5,MED25,INF2,KIFC2,PXDN,RAPGEF1,GAS7,NFIX,USO1,FAM129B,MFN2,ANKRD52,EGLN1,SF3A1,BRF2,MBD6,SF3A2,NR1H2,SCAF1,GATAD2B,SKI,XAB2,NFIA,NFIB,PSMC1,TAOK2,ZYX,NUCB1,PKN1,MTCH1,DGKD,CLSTN3,CLSTN1,ATN1,PPP1CB,CFL2,KPNA6,FBRSL1,KPNA4,MAF1,KPNA3,KPNA1,PPP1R16B,TLE3,RNF44,TPM1,DGKZ,FOXP1,CACNB1,ATXN2L,CTDNEP1,TOM1L2,ACAP3,CLIP1,RAB35,MAPKAPK2,MADD,FSCN1,SQSTM1,ARL8A,CSNK1G2,SRSF9,GLYR1,ANAPC2,PFKFB3,RAB5C,CUL5,UBR3,FBXO41,SLC9A1,SBNO2,PITRM1,DVL1,BTBD2,PLXNA2,SLC38A2,MCL1,WDTC1,ESRRA,EIF2B3,POLR3GL,SEC16A,TNK2,EEF2,CNOT4,SH3BP5L,MAFG,PLEKHM2,LRCH4,NFE2L1,BCL2L1,HSP90AB1,CELF2,FHL1,UFSP2,PTPN23,DUSP12,SART1,PPP6R1,SNRNP70,UBTF,ADSL,HSP90AA1,REXO1,RAD23A,VEZF1,DUSP26,PTP4A1,GIGYF1,PTP4A3,CTDSP2,DNAJC5,C1D,SLC25A12,GAPDH,PPP1R12C,PPP1R15A,NFAT5,HDAC5,PPM1L,WBP2,MGRN1,SRF,WBP4,LENG8,FOXK1,FURIN,MLLT1,MLLT6,HDAC7,DNAJB2,DCAF15,DNAJB6,POLR2A,DNAJB5,U2AF2,CDC37L1,FEM1C,FYN,CSK,KCNJ11,FEM1A,CNBP,MID1IP1,FOXJ2,RPRD2,BAIAP2,CUL4A,KLF7,KLF6,RAB12,POLR3E,SMAP2,TRIM32,PFKM,APP,HDAC10,ZMYND8,ZDHHC8,ACTB,FTH1,LONP1,ATXN7L3,SOX4,SRRM2,ACTN1,NSMCE2,CIRBP,CSNK1D,ACTN4,ANK1,MAPK8IP3,ULK1,SIK1,TBC1D9B,PIK3R1,MICAL1,GSE1,SYMPK,TNRC18,HIVEP2,VASP,ZRANB1,INTS1,IQSEC2,IQSEC1,SMARCA2,UBAC1,MED13L,WNK1,ID2,CALM3,ITM2C,CITED2,PTPRF,RPTOR,CHMP1B,KIF13A,GIT1,CTSB,ZYG11B,ZER1,TSC22D1,TSC22D3,MINK1,SREBF2,MLF2,RHOB,GAK,MN1,PITPNM1,PACS1,CSDE1,ARHGEF1,ARHGEF2,ALDOA,SGK1,ATP6V0C,STK40,FYTTD1,DOT1L,GNAI2,CAMKK2,MNT,HSF2,MAP3K3,MIB2,MYO9B,VEGFA,PER1,PRKRA,TACC2,PNPLA6,GRINA,MIDN,CRTC2,ZFAND3,UBE3A,IGF1R,ACTG1,CHCHD3,CAPN7,KHSRP,ARHGDIA,SBF1,KDM2A,ATP1B1,HNRNPUL1,HNRNPUL2,EHBP1L1,SBDS,PLAA,CHMP4B,CACNA1A,NDRG1,SUPT6H,RTN4,MAN2A2,GRK6,CAMTA2,MARK2,BCL9L,HSPA8,PRNP,CPSF7,HSPA5,CBX4,HMGA1,TIMM44,COQ7,NFKBIA,EFNA2,HOOK2,HOOK1,DLG4,GNB1,PI4KA,CLASRP,LRP10,RERE,PHTF2,KDM5B,KDM5C,GSK3A,THRA,PRKCSH,CHD6,ATP2A2,CHD3,CHD2,PKD1,PPP1R9B,SEPT9,LASP1,ZC3H7B,MYO18A,SPEG,LRRFIP1,YWHAG,KDM6B,ARHGEF11,SUN2,NAA30,KLF13,TTC33,PDPK1,PDE4D,ARHGEF18,NAV1,NAV2,ARID1A,YWHAZ,KLF16,DNM2,DDX19A,SETBP1,RBM24,SLC3A2,ATP1A1,TOB1,ADD1,USP19,STRN3,DNPEP,MKNK2,PTK2B,FBRS,CYTH1,SPEN,ATE1,ATP2B4,PDE4DIP,CLCN7,NEURL4,ASB8,ACIN1,VIM"
+"gene_set_query"	"372"	"ZNF219"	"409.3"	"ARCHS4 Coexpression,109;Enrichr Queries,489;GTEx Coexpression,630"	"CYFIP2,CNTFR,TES,EHMT2,PREX1,NDST1,LSM11,CAPNS1,DPYSL4,ZMIZ1,DPYSL2,MYC,ZMIZ2,DPYSL3,ANKFY1,AKT1,HOMER3,DIP2C,IER5,ATG3,DAPK3,AFAP1,CD3EAP,SCRIB,SOX12,EML1,HCFC1,MYL6,DDIT4,VOPP1,PRR12,ATF4,TTYH3,NEDD4L,ADH5,GJC1,FAM171A2,PLCG1,PIP5K1C,JAG2,JUN,JUND,DMPK,JUP,PLK2,PBX2,MEX3D,PBX1,PRRC2B,PRRC2A,HNRNPL,SLC6A8,FASN,GIPC1,DCHS1,PKIG,FERMT2,CDC42SE2,CDK16,PYGB,PIGU,TRIOBP,SMG5,BBC3,TRIM8,CIC,DLGAP4,DYNLL2,DUSP6,NCOR2,MED22,SLC7A5,INF2,PXDN,PLEKHO1,SLC29A1,GAS6,TKT,GRN,ATL2,FGD1,ADCY6,CENPB,MICALL1,SPOP,FLNA,CKB,MBD3,SF3A2,NR1H2,PCGF2,DAB2IP,SCAF1,SKI,NFIA,NFIB,SLMAP,SNX15,TAOK2,NUCB1,PKN1,AGRN,FAM49B,CHPF,ATN1,TM7SF2,FADS2,STK11,SALL2,SESN1,SCMH1,FBRSL1,LZTS2,MAF1,FADS1,TLE2,RPS9,AGTPBP1,MAP2K2,USP5,TPM1,F2R,IGFBP2,CTNNBIP1,PPP1R16A,POLRMT,FOXP1,CTDNEP1,ILF3,OLFM2,RAB34,FSCN1,SLC27A3,SQSTM1,CSNK1G2,SNRPA,LY6E,ANKRD11,MAZ,CORO1C,GLIS2,SOCS2,RAP1A,DVL1,BTBD2,NACC1,ABL1,DVL3,PLXNA1,CD276,OSBPL5,TMEM132A,EEF2,CHERP,BCL9,LRFN4,PLXNB2,PLXNB1,SERINC2,NFE2L1,ZNF512B,CALCOCO1,MCM7,ARRB1,PTPN23,DUSP12,MDK,SNRNP70,ERC1,BOK,ADAMTS7,PELP1,UNC45A,PPP1R12A,REXO2,DDOST,ARFGAP1,NIPSNAP1,GIGYF1,TRAF7,PTP4A3,NSMCE4A,TRAF4,CTDSP2,C1D,PPP1R12B,PPP1R12C,SMARCD1,NLGN2,SRF,MLLT1,LRP3,SEMA3F,CACNG7,ABLIM1,NCLN,U2AF2,RAB23,IGF2BP2,PCDH1,MARCKSL1,PPP1R14B,FBXL19,CDC42BPB,HNRNPAB,KLF6,TSPAN18,MGAT4B,BCAR1,KDELR1,DIXDC1,ZDHHC8,HS6ST1,TRIM28,DAG1,PTGFRN,KIF21B,SEPHS1,ATXN7L3,SOX4,EPHA7,ACTN1,PTOV1,CSNK1E,JMJD8,CARHSP1,KCNQ4,KCTD17,OBSL1,CTXN1,KCTD15,LLGL1,TELO2,ANP32A,PIK3R2,APH1A,PTDSS2,DHX35,TNRC18,RALGDS,RAB11FIP3,B4GALNT4,VAT1,INTS1,BCL11A,RCC2,KLHDC8B,SMARCA4,ICK,PTK7,ID2,WNK2,LRRN1,RCOR2,ITM2C,DDR1,NRP1,DAZAP1,PTPRS,CITED2,MRPS12,PCSK7,PRPF19,NAT14,PTPRF,PTMS,ENC1,QSOX1,GIT1,TSC22D1,GAA,ANO8,NME3,COMMD6,SREBF2,MLF2,RHOB,VAV2,KIF2A,PITPNM1,PACS2,FAM20B,ARHGEF2,ALDOA,SGK1,ATP6V0C,DBN1,CSTB,PRICKLE2,CCDC107,CRIP2,CCDC106,AMN1,ARVCF,RBM15B,CAMK2N1,GPC1,METTL6,GPC4,NPDC1,RANBP3,NFYA,MIB2,VEGFB,AP3D1,SORBS1,RAB11B,DPY19L3,KIF26A,HDGF,MEGF8,MIDN,CD81,CELSR2,PALM,SBF1,SH3GL1,ATP1B1,MID1,TBC1D20,HNRNPUL1,EEF1A2,ISYNA1,PKDCC,ARHGEF26,ARHGEF25,LTBP4,CACNA1C,DTX3,NDRG2,CACNA1H,EFNB1,CDH24,H1FX,MARK4,BCL9L,TBC1D16,KLHL29,PRNP,CPSF1,CBX2,HMGA1,KLHL23,MANBAL,NFKBIA,H1F0,BMP1,EFNA2,HOOK2,HOOK1,DLG5,GNB1,UBA1,TCF3,LSM14B,MXD4,B4GALT2,GSK3A,PRKCSH,CBY1,CHD6,ILK,CHD4,LMNB2,UBE2Q2,ZC3H7B,SPEG,TMEM109,PDPK1,H2AFX,DDX54,LSS,SENP3,EPN1,FAM189B,VCAN,PPDPF,AKT1S1,CUEDC1,AGPAT5,WIZ,STRN4,DNPEP,MTA1,PABPN1,GNA11,NT5DC2,NT5DC3,MKNK2,CDIPT,PDLIM7,ATP2B4,MEIS2,CARM1,SPRY2,VIM,LPIN2,SSBP3,SSBP4"
+"gene_set_query"	"373"	"BACH1"	"409.3"	"Literature ChIP-seq,164;ARCHS4 Coexpression,1298;ENCODE ChIP-seq,76;Enrichr Queries,481;ReMap ChIP-seq,109;GTEx Coexpression,328"	"POP5,NUP107,TFRC,TBK1,CAPNS1,RAVER1,ALKBH1,AKT2,AKT3,FNBP4,BCR,LARS2,EWSR1,DDIT3,DDIT4,UNC50,TMEM126A,ATF4,SF1,SLBP,TSTA3,SAR1A,PDGFA,BAZ2A,PLA2G6,CIAO1,PRPSAP1,RHOT2,HEXIM1,JUN,PRPF38B,FUCA1,LARP7,PBX1,FASN,DZIP3,GSTM5,KCNC1,MED19,PRKAG2,SNX11,MED16,MED15,BBC3,OSBPL10,MED13,MED10,TCP11L2,JAK2,ENOPH1,APC2,DUSP1,SPHK2,GMIP,MED29,DUSP6,DUSP7,MED23,SLC7A6,MED25,MMP17,PXDN,MED20,RAPGEF1,RAPGEF2,ERGIC3,TRUB2,GSTP1,ODC1,SDAD1,EXOSC10,MFN1,CENPT,RIC3,CRBN,GOLM1,TRAPPC10,WNT7B,ARCN1,RABIF,SNX16,CCDC9,SNX17,SNX14,SNX15,AGRN,YPEL3,MTCH1,CRCP,TMEM167B,PDCD6,FBXO28,PDCD5,ATN1,PLOD3,APEH,FBXO22,POFUT2,FNTB,FADS1,BNIP3L,PCYT2,FBXW5,DGAT1,CISH,STX7,ATP11B,CASD1,PIAS1,LENEP,CDC25B,MSH6,DMTF1,MSH2,SRSF2,SRSF6,LY6H,ARL8B,GRIA1,INO80B,KHDRBS3,SMYD5,ZC4H2,SPATA2,UQCRH,CORO1B,HSP90B1,EIF1AD,ZKSCAN3,BRIX1,NADK,NOP14,BOD1,FUS,FBXO38,ARPC5,FBXO31,DRAP1,ARPC2,SP3,DMXL2,ACO2,CNTROB,LRCH4,OGT,ISY1,ALAS1,RLBP1,ALAD,ZNRD1,PPP6R1,UNC45A,ACTR3,DHPS,AHSA1,TFIP11,ETF1,GAPDH,DCTPP1,BCAT2,SRSF1,LENG8,MLLT6,CDC42,SRR,ZNRF2,KCTD20,U2AF2,KRIT1,UBQLN1,FEM1C,IGF2BP3,IGF2BP2,HNRNPA1,NTRK2,CIZ1,HNRNPA3,TRIM41,MID1IP1,NTRK3,PCDH7,TXNL1,EXOG,HNRNPAB,DBNDD1,PINK1,NAGK,SYT11,STUB1,UNC79,ACTB,HERC4,TRIM28,BSG,CDC27,TRIM24,CCDC97,EIF2D,TRIM26,TBC1D22B,EIF2A,FBXO9,ATP6V1G2,ARL15,ACTN1,CIRBP,TALDO1,MOGS,BCS1L,MFSD11,KCTD10,CDC37,KCTD12,FLYWCH1,KCTD18,TRIB2,NUMBL,DHX8,SLC45A1,DHX9,CEND1,KALRN,GSPT1,PGS1,MBTD1,APOO,SEC14L1,B4GALNT1,DECR2,ATP6V1C1,BBS1,MYO5A,HARS2,SMARCA2,IFFO1,MED13L,SMARCA4,AIMP1,CALY,CALU,NDUFAF3,SDC1,NOL10,CALR,FBXL6,DDR1,DHRS13,NRP1,MRPS15,CSRNP2,MRPS16,HIBADH,PAK1IP1,NAT14,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,ACTR1B,OTUD6B,UIMC1,SDF2,CAP1,PCYT1A,MRPS25,GAA,PABPC4,CACYBP,TFB2M,APRT,TOX4,RAP2B,FAM193B,TAX1BP3,ARHGEF2,PABPC1,PTMA,PCNA,SSNA1,GBA,GNAI3,HSD17B4,COX5A,NFIL3,MGAT3,DYNC1H1,MAP3K3,SPRYD3,MYO9B,PNMA2,VEGFA,KLHL5,KLHL7,SGSM3,NDUFAB1,TCEA2,TCEA1,AGGF1,TACC2,OTUD4,CRTC2,UBE3C,RPP30,ZFAND5,PEBP1,UBE3B,SRP14,ACTG1,IGF1R,FAM3A,DENND5A,FAM3C,MORC3,MMGT1,DNAJB12,ADAM11,UBE4A,UBE4B,SDHB,POU3F3,DHDDS,COX6B1,EEF1A2,EHBP1L1,PPIF,PPIH,PPIG,GNAZ,TSG101,NDUFB10,CACNA1C,NCKIPSD,RAI1,SHARPIN,GRK6,TBC1D13,TBC1D14,UBE2I,SYT1,UBE2B,NUP153,UBE2A,AP4B1,AHI1,HOOK2,NASP,HOOK1,CCPG1,GNB1,CNTN1,MKRN2,UBE2N,GNAS,UBE2O,CNTN2,TCF3,FGF13,GALK1,UBE2M,RERE,PHTF2,CUEDC2,RND3,LMNB2,PITPNC1,LMNB1,TMEM222,LASP1,TMEM223,EEF2K,MAN1A2,RASGEF1B,MYO18A,DACT1,SUN2,NUP133,PDPK1,TTC33,CAD,NAV2,ELF2,TMEM214,EEF1D,ACOX1,ATP6V1B2,MAN1B1,ACOX3,IFT46,CUEDC1,RRN3,SFSWAP,RAP1GDS1,RNF8,SLC3A2,RNF7,ADD2,PABPN1,GNG5,OXCT1,TGS1,MKNK1,TMEM205,TRA2A,RPP14,FBRS,TIMM8B,ATF7IP,URGCP,RRM2,CDK11B,GALE,TEF,IPO13,NCKAP1,IPO11,RRP1,GPATCH1,SMC5,HNRNPR,ADARB1,PHB2,CNST,ALCAM,ZMIZ1,CSPP1,AP1S1,LUC7L,VPS39,NUP214,DDX18,WDR74,REV1,GTPBP4,WDR81,ZSCAN21,NUP98,VPS28,NUP205,CTBP1,PRDM15,ANAPC11,MTDH,GJC1,LDHA,FLRT2,BLOC1S2,MCMBP,NRBF2,ST3GAL1,ZSCAN18,BTF3,NDFIP2,NDFIP1,ICMT,DMPK,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,PHC3,EHD1,GNPTG,HNRNPM,MEX3B,HNRNPD,FARSA,MOCS2,GMEB1,BTG1,ARPC1A,WDR41,GPT,SMG7,WDR45,WDR43,JARID2,UBL7,TPI1,EXOC7,NUTF2,GNL2,WDR34,WDR33,HADHB,HADHA,TAF6L,ZEB2,TUBB2A,KIFC2,EXOC4,TKT,GAS8,EXOC2,CDC123,WDR26,RNMT,TIMM9,ADCY1,WDR24,SCAF8,DEDD,YTHDF2,WDR18,GATC,DEF8,SCAF1,WDR13,SCAF4,WDR11,MKLN1,PLP2,NUCB2,FAM49B,GTF2B,PARK7,IPO7,CLU,TM7SF2,EDC3,EDC4,PPP1CB,IPO8,PAPOLA,SLC39A6,ZNF326,SLC39A7,TXNL4A,HMGN2,HMGN3,HMGN1,SLC39A3,TLE3,RAB2B,MAP2K1,TLE2,MAP2K2,USP4,USP3,DYRK1A,FRMD4A,VASH1,PGD,THOC5,PYGO2,RAB34,RAB35,AAGAB,PHIP,SNRPC,FKBP5,IFNAR1,FKBP2,INSIG1,UBR2,DDRGK1,DVL1,DVL2,RAB6B,MAP2K5,MCL1,AKIRIN2,EIF2B4,TRAPPC3,OSBPL8,OSBPL7,EIF2B3,TRAPPC1,CCDC12,TRAPPC5,TRAPPC8,SCRT1,COPS4,LRFN4,SYNJ1,REEP5,COPS2,CPD,CPE,BCL2L2,CNIH4,SLC48A1,ZC3H3,WDR4,UFSP2,SYNE2,LBH,AP1G2,SNRNP70,AP1G1,WDR6,EVI5L,TNPO2,ADSL,PLEKHG2,DNAJC2,DNAJC6,CTDSP2,DNAJC5,POLR1B,DNAJC9,HDAC5,MTPN,HDAC3,VPS4A,PDHB,HDAC7,FBXL20,DNAJB2,DNAJB1,HECTD1,HAUS8,FIP1L1,POLR2A,RAB23,POLR2E,DNAJB9,POLR2F,POLR2K,POLR2L,TUB,SLC35A4,PPIL2,FBXL19,TPRKB,FBXL16,ASXL1,RAB10,RAB14,VAPA,DNAJA3,GLOD4,POLR3D,DNAJA2,DRG2,CEBPZ,POLR3H,VPS45,PPIL4,SLC35B2,VEZT,SLC35B4,PANK3,VARS,ZMYND8,PITPNA,PPP2R2A,CBLB,HS6ST1,RPS15,FRAT2,RPS19,PPP2R1B,FLAD1,FTH1,MAGOH,LONP1,RPS12,COG8,COG4,IFRD1,ARRDC3,COG1,MAPK8IP3,NIF3L1,KATNAL1,ZW10,MTHFD2L,HECA,SUCLG1,MAGED1,CSTF3,TRANK1,DCUN1D2,RPAP3,UGCG,ZNHIT1,TNRC18,VASP,SYNRG,PYCR2,KLHDC8B,PUM1,RPS26,ADCK1,ADCK5,RPS20,MAGED2,TECPR2,RPS24,UBXN1,CITED2,ZFAND2A,ZFAND2B,SIPA1L3,ROBO1,XPO1,C1QBP,CHMP1B,XPO6,TMED7,UBXN4,PSD,TOP3B,CBR1,ZER1,PARP1,GP1BB,ZDHHC13,CBFA2T2,LIME1,ITFG1,SLC22A23,UGDH,SCNM1,MPND,SDCCAG8,MAGEH1,CSTB,NOL7,NOL9,RBFA,TYMP,AMN1,CHRAC1,APBB1,ATP6V0E2,PTGES3,GINS4,SORBS1,KBTBD4,HIST3H2A,PRKRA,CAPZA1,MEGF8,MEGF9,KDM1A,CWC25,COMT,TATDN1,ARHGDIA,COTL1,NOM1,SHISA4,ATP1B1,TRPC4AP,RSBN1,TUFM,HGS,MATR3,XPR1,DAP3,ISYNA1,NOP2,CLEC16A,CABP1,PRPF8,EFNB2,EMG1,ZMAT2,TCTEX1D2,KLHDC4,RHBDD3,CBX2,COQ7,EFNA3,EFNA2,CAPRIN1,CHMP2A,BLMH,BRWD1,LRP12,LRP11,KDM5B,KDM5C,DBI,HS2ST1,SPRED2,SNAPC2,MCF2L,RBM7,KDM6A,KDM6B,H2AFZ,H2AFX,OXSR1,SEPT5,LSS,TMEM9,PFDN4,VAC14,STOML1,NRXN1,GNA13,NXF1,UGP2,CHSY1,RPS6KC1,FAM120B,MAPK6,MAPK3,LIMK2,CYHR1,ATP13A3,LPIN2,MDC1,MAPKBP1,CHIC2,MT-ND4,ZFYVE9,RBPJ,LSM10,PSMD9,PSMD6,PSMD7,PSMD4,PSMD3,PSMD1,TMEM8B,MEF2A,GABARAPL1,MEF2C,RBFOX2,DNTTIP1,DNTTIP2,RFX3,GAPVD1,SND1,SCAMP2,FAM133B,PSME3,PSME4,PSME1,UQCRC1,TBPL1,RBCK1,MTMR3,ABCB6,MRPL16,ABCB8,MRPL12,MRPL13,MRPL10,MTMR6,MRPL11,CYB5R4,PRKAR2A,GRPEL2,VTI1A,PUSL1,RHBDL1,MCTS1,PRRT2,CADM4,CADM1,EDEM1,MRPL27,MRPL28,MRPL24,MRPL21,SNUPN,EIF1,MLLT11,SETX,UCK2,EIF6,PSMG4,TMEM9B,PIGS,GPR27,PIGU,PIGO,RPLP0,CTCF,HSPB11,TRMT112,MRPL42,TUBA1B,LMBR1,MRPL40,B3GALT2,RPLP2,SH3BGRL3,UPF2,ELOVL5,NSUN2,ELOVL2,SIRT4,MRPL49,ELOVL6,SIRT7,MRPL48,LRRC41,LRRC42,MRPL52,MRPL53,PSMA6,CDC42EP3,PELI1,TUT1,SLC29A1,VAMP4,ARF6,LRRC14,RNASEL,RNASEK,STAU2,SRRT,PSMA7,PSMB6,UNK,PSMB2,HARS,NCDN,RABAC1,LRRC24,ATRNL1,GATAD2A,BYSL,LRRC20,TMEM60,SPSB3,TMEM59,PSMC5,PSMC3,FABP5,PSMC1,FABP7,PSMC2,UBAP1,CSE1L,UBE2D3,HDDC3,EIF4ENIF1,SMCHD1,RUVBL2,STK16,OSBP,PMPCB,PIM3,KPNA2,SH3GLB1,SLC38A1,PPP1R16A,VPS33B,ZBTB34,PRPF4B,ZBTB33,FTSJ1,FTSJ3,FOXP1,SAP30,ACAP3,OLFM1,ACAP2,TXLNA,MRTO4,FSCN1,SQSTM1,NSMAF,ANAPC2,LRRC59,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ARL1,ARL2,UBFD1,ACAT2,SOCS2,SBNO1,SBNO2,PMVK,SLC38A7,SLC38A2,EVI5,DR1,BRPF1,GOT2,GNL3L,UBLCP1,MDM2,TUBGCP3,TMEM19,NFE2L1,SLC25A3,HSP90AB1,FHL1,ARRB2,MRPL4,FSD1L,MDK,ME1,PMEPA1,DGCR6,ERC1,ERC2,EID2B,EMX1,HSP90AA1,DST,SH2D3C,VPS37C,RAD23A,RAD23B,PPM1A,HAX1,NPC1,BIRC6,PPP1R12B,SLC25A11,SLC25A4,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,NDUFB7,ZBTB43,NDUFB2,ZBTB45,LRP8,PPM1E,GANAB,PTPRZ1,BEND3,SH3BP5,SLITRK5,LRRC8B,SLC25A22,ATP9B,SLC25A25,ATP9A,BEND6,SEC24B,NDUFA5,NDUFA1,LYSMD1,RPL23A,LYSMD4,TPD52L2,PTPN9,CCM2,P4HB,SMAP2,SPG21,CCNK,AHCYL1,PLEKHB2,TMEM41B,ZDHHC5,KEAP1,JMJD1C,GCC2,THUMPD1,NUBP2,CYB5D1,UBE2L3,RASSF1,RASSF2,DHX57,OGFOD2,KIF21A,SLC12A6,CCNL1,SEC62,SEC63,ST6GAL1,PAQR4,SCAF11,NSMCE2,ZFP2,ANK3,ANK1,SFRP1,THAP7,ULK1,CTXN1,STX1A,TMEM87B,PIK3R3,PIK3R1,SNX1,PCBP1,PCBP2,HIVEP1,DHX37,RCE1,HIVEP2,RIMKLB,N4BP1,TMEM86B,RCC2,HSPA12A,PAICS,ICK,SNW1,ARMC10,ID2,INTS5,PAF1,INTS4,CALM1,CALM2,RGL2,AARS,PCSK2,TMEM151B,USPL1,PTPRS,FAM57B,GPAA1,PTPRN,CTSZ,SLC7A11,AP2A2,PTPRF,SPTLC2,RSRC1,HYAL2,ENC1,REV3L,DHX15,ARIH2,IDS,KIF1B,ARIH1,CTSF,CTSD,NDEL1,CTSB,NCOA2,TMEM150B,SEC13,NCOA4,ANO6,COMMD7,MRPS5,ENAH,CTU1,VSNL1,CRELD1,CD47,SFI1,STK40,RABGAP1,STX16,SATB2,DOT1L,STX18,CCDC106,MNT,EXOSC4,SERTAD2,HSF1,GPC2,PAK6,SCAND1,CCT8,CCT4,NPDC1,YIPF2,TMUB1,PLEKHA6,AP2B1,PER1,DPY19L1,DPY19L3,CSDC2,CCNG2,ESYT2,SCARB1,SH3GL3,MIDN,CYP46A1,KIF5C,KHSRP,SNIP1,EP300,SBF2,PPFIA3,SH3GL1,RGS7,DIMT1,SLC30A5,ATG9A,LMTK2,HNRNPUL1,TMX2,FAM173A,GPD2,UBE2V1,MASP1,NDRG4,VCP,PSMD11,RTN1,PSMD13,YTHDC1,NPR2,KLHL17,SEL1L,NDRG1,RTN4,CYC1,BCL9L,IVNS1ABP,OST4,PRNP,FDPS,GGT7,ECD,HMGA1,DSTN,KLHL24,CLK4,KLHL20,CLK1,PAN2,GCLC,PHF14,PHF13,CYCS,LSM14B,PICALM,PRR7,RBM25,DDX3X,PRKCSH,ATP2A2,DDX41,TRIAP1,CHD2,AFF3,AFF4,BCL7B,NUP62,TIMM17A,LRRFIP1,YWHAG,RBM14,EED,BUD31,DDX55,TBC1D8,DDX54,ABHD14A,GPCPD1,UTP18,DDX50,VCAN,UBE2R2,NDUFS7,IRF3,PEX3,GORASP2,PPDPF,GORASP1,PEX6,PEX5,NDUFS3,RBM22,DCTN1,DDX23,PARN,RBM4B,CLCN3,HMGCL,DNPEP,RAB40C,MAT2A,TAF1C,BMS1,NAA25,SMNDC1,PDLIM7,TAF15,GALNT1,ATP2B4,PDAP1,ATP2B1,LRWD1,MAPK14,SOD2,SOD1,FAM131A,ACIN1,VIM,FAM98A,RBM45,R3HDM1,CLPB,THYN1,DCAF8,GABPB1,ENO2,BACH1,BACH2,DCAF6,RNF114,MYC,STMN1,PIP4K2B,MPV17,IER5,NFRKB,RNF111,IER2,TSPYL2,WSB1,MECR,RPL23,CD3EAP,SOX11,MED6,CLPX,NISCH,BIN3,YME1L1,UBA52,PRR14,TSPYL4,RNF121,CDC42SE1,MEG3,POM121,NEDD4L,NOLC1,HIF1A,PRDX2,PRDX5,PPP4C,PRDX1,CHST10,CHST15,S100A10,CDK19,JUND,H3F3B,PNO1,TYSND1,MTHFR,THAP11,FIBP,SLC6A6,NPLOC4,OGDH,HBP1,CPEB4,ELL,CLTC,CLTB,PFAS,RNF157,TMSB4X,GPR137,RIOK2,RIOK1,GPRASP1,GPRASP2,EMD,BRD2,ZC3H10,IFNGR2,TET2,RNF167,INF2,TET3,PCYOX1,SF3B5,RPL10,RPL11,TIMM13,HSPA13,LMAN2,RPL13,RPS2,BRD8,RPL18,BRD4,SF3A3,BRF2,RIOK3,BLCAP,AGBL5,RNF145,ERP44,ABI2,MORN4,SARM1,RNF141,DGKE,ATP8A1,TUSC2,CTNND2,RNF19B,BZW2,ABHD11,TUBB3,SMARCAD1,LZTS2,MAF1,STK32B,STK32C,MEN1,RNF44,RPS8,RPS5,IGFBP3,CLIP3,ARMCX3,CLIP1,ARMCX2,DGKQ,MADD,TNIK,CUL9,ANKRD17,DNMT1,CUL7,SEMA7A,CD151,ABHD2,GLO1,KRBA1,RLF,PITRM1,PSAP,ABL1,SLC15A4,SKIL,WDTC1,ESRRA,TOR1A,ATP8B2,ASNS,MARCH7,MARCH6,BTBD9,LSM4,LSM2,CHERP,CNOT4,CDK5,RHEB,MAFG,NF1,NF2,LZTR1,RNF185,EIF4G2,RNF187,RNF11,DAGLA,TRADD,DUSP11,DUSP12,SART3,OPA3,SLC37A3,IQCB1,PDCD6IP,RTN4RL2,YDJC,PATL1,BET1L,PTP4A1,PTP4A2,PTP4A3,DALRD3,ASPH,TRAF4,SFT2D1,GTF2A1,NFAT5,SMARCD2,WBP1,WBP2,RPL36A,FZR1,HIRIP3,PUF60,UGGT1,SPAG9,SEMA4A,RNF24,TXNRD1,ADRM1,DDHD2,PTPN12,CDC42BPA,PNRC1,TRIT1,KLF7,KLF6,MARCKS,NIN,APC,MGAT4B,CDO1,METAP2,CUL4B,APP,RAPGEFL1,GOLGA1,GOLGA7,GLUL,SOX4,SOX5,TIPIN,NFKBIL1,JMJD8,COX7A2L,GRWD1,AKAP9,VDAC2,PFN1,AURKAIP1,EZR,CBLL1,TELO2,BEX4,CUTA,TMEM161B,TMEM161A,TEX264,MGST3,TRMT2A,PTDSS2,PTDSS1,SGPL1,VPS8,INPP5E,INPP5K,MAP4,SRPK2,SNHG1,TRAP1,BCL11B,TREX1,ZWINT,UBAC2,SRPK1,GADD45G,PARP11,ANP32E,CORO7,CC2D1A,ITM2C,DAZAP1,TRAM1,GDI1,FAF1,RYR3,UCHL1,GUK1,PCF11,PRMT5,ATP6V0B,TSC22D1,TSC22D3,PRMT3,NME3,TUBG2,RHOF,UCHL3,AP3B2,RHOA,RHOB,NME1,RAB33B,PRPF18,POC5,NME7,FRG1,ALDOA,SGK1,ATP6V0C,SLC20A1,PRIM1,AKAP8,ANKMY2,TBL1X,ARNT2,AP3D1,FAH,CTNNB1,TRIP12,FAU,CDK5R2,TOMM5,ARHGAP44,CHCHD3,BASP1,TSC2,TSC1,WRNIP1,DPM2,DPM3,TMEM135,PHOSPHO2,DNAJC30,ELMO1,RELL2,NTM,DTX3,STK4,SEZ6L2,CSF2RA,SEL1L3,SDCBP,DPP8,MAN2A2,TMEM127,ZC3H18,SUDS3,ANKZF1,ZC3H15,HSPA9,ACBD6,HSPA8,ACBD4,HSPA5,ASPSCR1,TBCD,TBCB,SMAD5,DNAJC16,NFKBIA,DLG2,DLG3,DLG4,ATG16L1,DNAJC10,TBCE,SCYL3,ACADVL,USP32,USP33,SLC2A3,GTDC1,POLB,SENP6,TMEM101,ZC3H7B,FLOT1,PDE4B,FLOT2,PDE4A,SCYL1,TSFM,JAGN1,KLF13,ABCC5,RNF208,TGFBR1,CKAP4,DDX19A,ITGB1BP1,B4GALT6,B4GALT7,LUC7L2,USP14,USP15,RGS19,USP16,TM2D2,TM2D1,USP11,RGS16,GMPR2,POMP,USP12,OPRL1,IWS1,RMND5B,ABCF2,SPEN,IGBP1,RWDD1,WTAP,BAD,B3GAT3,HAGHL,SGTA,LCA5,PDE4DIP,GDAP1,GDAP2,NAP1L5,SH3YL1,BAX,RGS12,SSBP1,ABCE1,SSBP2,SSBP4"
+"gene_set_query"	"374"	"NFIB"	"410.5"	"Literature ChIP-seq,105;ARCHS4 Coexpression,349;Enrichr Queries,435;GTEx Coexpression,753"	"IPO13,SLC4A1AP,MYT1L,POP4,UXS1,WIPF3,ARPC5L,HNRNPU,FNBP1L,GPATCH8,RPL6,FAM110A,LSM12,RNF115,ALCAM,DPYSL2,MYC,DPYSL3,FAM110B,AKT3,STMN1,FDXR,CHGB,ATG3,MEF2C,CXADR,RBFOX2,DAPK1,CACNA2D1,DAPK3,DNTTIP1,CD3EAP,WDR75,SOX11,DICER1,SOX12,EML1,BIN1,GPR161,RUFY3,DDIT4,HECW1,RUFY2,UQCRC1,SPARCL1,NEDD4L,SLCO5A1,MRPL12,PPP4C,RIC8B,FLRT2,PLCG1,HMOX2,ST3GAL3,VPS16,VTI1B,HEXIM1,JUN,CADM1,GPR12,H3F3B,PLK2,SETD1A,NR2F1,IRF2BP2,MRPL28,MAD2L1BP,CDC7,PBX1,MLLT11,MEX3B,UCK2,UCK1,TDP1,FXYD6,FAT4,FARSA,FERMT2,EZH1,CPEB4,LGMN,PIGU,WDR47,ARF1,BTG1,DENND1A,PHF23,GPR21,HEXB,WDR41,SNX11,ING1,BBC3,MED17,TUBA1A,CSRP2,TRIM2,TIMP2,GARNL3,BRD3,LRRC49,ELOVL6,NIPA2,MED27,DUSP6,PSMA5,NCOR2,ZEB2,CINP,PXDN,MTF2,GART,PAFAH1B2,GRAMD1A,NFIX,WDR26,SEZ6,ADCY6,FAM117B,GGA1,UNK,SNX27,ASNA1,RUNX1T1,SF3A3,KIDINS220,CSNK1A1,STAT2,ELP3,SNCAIP,RABIF,NFIA,ETNK1,RLIM,UBAP2,FAM49A,FAM49B,TOR2A,PHLDB1,ATP8A2,NAB1,CLU,EIF4ENIF1,ATCAY,CDH2,FNTA,STK16,FBRSL1,TXNL4A,SLC39A3,KPNA1,KCMF1,VPS33A,IGFBP3,USP3,TPM1,MAGI2,FRMD4A,FRMD4B,FOXP1,ST7L,MORF4L1,PGP,SRSF3,AAGAB,PHIP,ADNP,SRSF6,KPNB1,ARL8A,GRIA1,PFKFB4,ZC4H2,INSIG1,ANKRD11,CUL3,MAZ,SPATA2,AK3,LRRC55,SAV1,SOCS2,SBNO1,ATXN2,NEUROD6,NACC1,PSAP,PLXNA2,ANKRD10,LRRC4C,SLC38A2,SRGAP1,AKIRIN2,AKIRIN1,TIA1,TRAPPC1,TRAPPC5,DHCR24,MARCH6,LSM4,CORO2B,PTPRD,CNOT4,BCL9,CDK8,LRCH2,CNOT6,DAB1,SCCPDH,NBEA,STK24,ZFP62,RNF182,CPE,SPIRE1,PIN4,RAB5A,SERINC5,SNAP25,MCFD2,CELF2,PTEN,SYNE2,DUSP12,ADAMTS3,PPP6R1,SNRNP70,PSD3,PHACTR3,PMEPA1,CEP170,HIF1AN,ACP1,CCDC50,EMX1,DST,ATRX,TFIP11,PTBP2,TSN,PTP4A3,SLC25A19,CTDSP2,LANCL2,CCDC43,BIRC6,SLC25A12,SEC22B,CRK,RNFT2,PPP1R15A,NFAT5,LEPROT,NLGN1,HDAC2,RNF34,CXXC1,TULP4,LRP8,LRP6,JAKMIP2,ABLIM1,PTPRZ1,POLR2D,NNAT,UBQLN1,IGF2BP3,NTRK2,NTRK3,EFR3B,PNRC1,NELL2,KLF7,MARCKS,MYO1B,KLF6,APC,CDKN2AIPNL,PSAT1,ASXL3,NOVA2,PDCD4,OCIAD1,POLR3K,UNC79,APP,PANK2,CCNI,TXNDC11,ACTB,NUDT3,RUSC2,CDC27,DPF1,FAM53C,KIF21A,KIF21B,KIFAP3,ATXN7L3,PELO,GLUL,SOX4,SOX5,SLC12A9,TMPO,EPHA5,EPHA4,EPHA7,ST6GAL1,ST6GAL2,LIMCH1,SLC6A15,ARRDC3,MTUS1,MRPS18A,ANK2,AP1AR,CSNK1E,ANK3,TIAM2,SFRP1,AKAP9,SIK1,PREB,KCTD12,TTLL12,ATP6V0D1,TELO2,MACF1,TMEM87A,ANP32A,SLC45A1,FOXG1,PEX11B,MYCBP2,DCUN1D4,PIK3R1,KALRN,ACTR3B,MYL12B,NKAIN1,NUAK1,SGPL1,SCFD1,SNX2,SPAST,TNRC18,GPM6B,BCL11B,BCL11A,ST8SIA2,INSR,SMARCA2,DCLK1,PUM2,EXT1,MSRA,CCDC88A,ZBTB6,SESTD1,ID2,NDUFAF2,RANBP10,GRB2,INTS7,CALM2,TECPR1,ITM2C,ROBO2,NRP1,DHRS13,CSRNP3,SLC35F5,PTPRO,CETN3,GRIK3,SLC35F1,CX3CL1,PTPRF,ROBO1,AKAP12,CAMKV,ENC1,FEZF2,PSENEN,TSC22D1,ANO8,RHOF,SYN3,CBFA2T2,ITFG1,MLF2,RHOB,PDRG1,ENAH,MN1,PRPF18,KIF2A,MPPED1,KIT,MPPED2,AIDA,HNRNPH3,SGK1,SFI1,MPND,PTN,PRICKLE1,NOL4,ARNTL,AMN1,EXOSC4,NFIL3,CUX1,CAMK2N1,SERTAD2,METTL6,NFYB,VEGFB,PLEKHA6,SORBS2,VEGFA,MAD2L2,ATAT1,MPHOSPH9,RPA3,SGSM3,TTC3,CTNNB1,FAM171B,PNPLA6,CDK5R1,PRDM8,IGF1R,POGZ,BAHCC1,PPFIA2,LMO3,LMO7,TSC1,ATP1B1,ADAM15,PSPC1,TBL1XR1,TIPRL,TBC1D24,CHMP4B,XPR1,DDX6,BHLHB9,PKDCC,DIABLO,CTTNBP2,COPB1,LPL,KLHL12,PDS5B,NDRG2,NDRG1,CACNA1E,RTN4,CNN3,EFNB2,FUT9,DPP9,TBC1D17,MYH10,QSER1,BPTF,MARK1,TBC1D16,PRNP,CBX5,AUTS2,HSPA4,CPSF3,PCIF1,CRIM1,HMGA1,ARHGAP29,DNAJC14,SMAD5,UBE2W,RALYL,HOOK2,UBE2S,HOOK1,GNB1,CNTN1,GNAS,TCF4,AMOTL2,FGF13,COPE,LRP12,NFKBIB,RERE,USP36,USP32,PRKCSH,CHD6,ELAVL4,GTDC1,LDB2,AFF3,CHD2,RND3,LMNB1,SPRED2,ABHD16A,RASGEF1B,PPP2R5E,TMEM108,TMEM109,CASP2,RBM33,MAPK1IP1L,HGSNAT,SUN1,PDPK1,BUD31,PDE4D,H2AFX,HUNK,NAV1,NAV2,ARID1A,ARID1B,VCAN,GAP43,ELF2,DDAH1,SETBP1,DDAH2,TRAPPC6B,NUP50,CDH11,DCX,ZMYND11,CUEDC1,SHANK2,ATF6B,USP10,SFSWAP,RNF7,TOB1,AGPAT3,ADD2,MTA1,CNR1,TRA2A,NCAM1,CLVS1,CLASP2,TAF10,PCDHGC3,MEIS2,GDAP1,ACVR2A,SOD1,MAPK11,PPP2R2B,BRMS1L,ERCC2,SPRY2,ATP13A2,VIM,SUGT1,SSBP2,R3HDM2"
+"gene_set_query"	"375"	"ZNF138"	"411.7"	"ARCHS4 Coexpression,248;Enrichr Queries,639;GTEx Coexpression,348"	"HNRNPU,FNBP1L,EPRS,SMC3,CAPNS1,DPYSL5,STMN1,AKT1,RPL37,DIP2B,PRKACA,VPS36,PRKACB,ACOT9,CXADR,WSB1,CSNK2A1,RFX3,CD3EAP,SOX11,HDHD2,EML2,MYL6,RFX7,CLNS1A,FEZ1,MTMR1,ANAPC13,FLII,NEDD4L,PHYHIPL,ATXN7L3B,ARPP19,LDHB,PRPSAP2,RHOT1,BLOC1S2,CEP70,FDFT1,NDFIP2,FZD3,CDC7,PBX1,MLLT11,HNRNPL,VANGL2,FAM135A,H2AFY2,PKIA,DCHS1,FXYD6,PLCH2,PKIG,FERMT2,DZIP3,PHF3,OGFR,WDR47,PIGU,PHF6,TRIOBP,TRIM8,MRPL42,TUBA1A,ENSA,JARID2,CIC,ENOPH1,PCMTD1,UPF1,ELOVL4,HSBP1,SLC39A10,LRRC40,SLC39A13,ELOVL6,MRPL48,PGM2L1,SRP9,NCOR2,AFTPH,SIKE1,TUBB2B,TUBB2A,INF2,TET3,MTF2,PXDN,RAPGEF1,TMEM106B,EXOC5,PAFAH1B3,ERGIC1,TRUB1,WRB,FAM117B,CENPB,PAPSS1,FAM129B,FGD4,TMEM68,LEO1,FLNA,PAIP2,DTD1,WNT7B,BLCAP,SKI,NUDT21,NFIA,ABI2,NFIB,ETNK1,TAOK1,ABI1,TAOK2,ZYX,NUCB1,PKN1,RNF141,ATP8A1,FBXO28,NUDT11,NUDT10,LAMP1,CDH2,TUBB3,SCMH1,SMARCAD1,HMGN3,SLC25A46,USP8,MAP2K2,ANKRD46,FBXW7,UBE2E3,UBE2E1,ZBTB33,GTF2F2,CTDNEP1,MORF4L1,MSH2,DMTF1,MORF4L2,MAPKAPK2,PHIP,SNRPE,STAMBP,FKBP3,CSNK1G2,ARL8B,CD151,RAB5C,GLO1,SLC38A10,FBXO45,ORC4,SBNO2,ORC3,DVL1,NACC1,NAE1,WDTC1,TIA1,ZBTB11,LSM5,MARCH6,REEP1,CNOT7,SH3BP5L,ZFP62,NFE2L3,TADA1,PLEKHM2,PLXNB2,NFE2L1,WDR1,SYNE2,GM2A,CAPZB,SUMO1,PPP6R1,SUMO2,CEP170,BCAS2,PLEKHG2,DST,VBP1,LANCL1,ATRX,PTBP2,PTP4A3,DNAJC7,ASPH,CTDSP2,POLR1B,DNAJC5,BCAT1,PPP1R12C,GTF2A1,HDAC2,GTF3C4,SRF,RAB1B,TULP4,FURIN,LRP8,FOXRED2,ABLIM1,RBBP4,U2AF2,KRIT1,FEM1C,IGF2BP3,EIF4E,NDUFA5,CDC42BPB,OXR1,RAB14,APC,MGAT4B,RAB18,P4HB,PPIL3,ZDHHC5,JMJD1C,RAPGEFL1,CRKL,DENR,ATXN7L3,SOX4,TMPO,PAQR4,ACTN1,MTUS1,AP1AR,MOGS,ANK3,ACTN4,NIF3L1,SUB1,AKAP9,GUF1,EIF1B,PFN2,BEX4,TBC1D9B,CSTF3,PTTG1IP,PIK3R1,MBTD1,SPAST,TSPAN6,HLTF,GPM6B,ZRANB2,BCL11A,INTS2,BRI3BP,PAICS,CCDC88A,WNK1,ANP32E,CALM2,HBS1L,CTSZ,TECR,OLA1,ZMYM2,OTUD6B,SDF4,PARP1,STRBP,MINK1,MLF2,ENAH,KIT,G2E3,EEF1E1,SATB1,PRIM1,GNAI2,PPP2CA,EXOSC7,PAK6,MGAT1,TRAM1L1,EPS15,MAP3K3,PLEKHA5,MYO9B,RANBP6,VEGFA,ATAT1,MPHOSPH9,KLHL7,TTC3,AGGF1,COPG2,PNPLA6,GRINA,CD81,ZFAND6,ARID4A,SRP14,CELSR2,TOMM20,PAIP2B,KIF5C,ARHGDIA,SBF1,SH3GL1,KDM2B,LMO7,GPD2,EHBP1L1,UBE2V2,CHMP4B,MATR3,RTN3,IDI1,RTN1,BTF3L4,SUPT6H,IRAK1,MYH10,ZC3H15,QSER1,BPTF,ACBD5,CBX5,VTA1,IDH1,KLHL23,ARHGAP32,DLG1,EFNA3,HOOK2,HOOK1,GNB2,JMY,GNB1,BRWD1,FGF13,LRP10,FGF11,GSK3B,PHTF2,RBM25,ACADVL,NVL,PRKCSH,CHD6,ILK,PSIP1,HMGB1,PPP1R9A,GPHN,PPP1R9B,SENP7,LASP1,YWHAQ,ZC3H7B,HSDL1,PDPK1,H2AFZ,NCBP2,SPATS2,DCK,DNM2,PJA1,RCN2,B4GALT6,INA,AGPAT5,PARG,USP11,CRMP1,HMGCR,CLCN3,FAM169A,MAPK8,CAND1,UGP2,GNG2,NAA25,MAPK6,FBRS,CLASP2,NEGR1,PDE4DIP,DEK,GDAP1,ACVR2A,DLK2,MAPK10,FAM98B,SSBP2"
+"gene_set_query"	"376"	"RBCK1"	"412.5"	"ARCHS4 Coexpression,563;GTEx Coexpression,262"	"NCKAP1,IFITM2,HDAC10,TSEN54,PNN,ZFYVE27,RAVER1,CAPNS1,ZMIZ2,OGFOD2,LUC7L,AKT1,TRIM27,CCNL2,ATXN7L3,CDK5RAP3,SLC12A9,DDX17,STARD3,ARRDC1,SLC35C2,PRKCD,CSNK1D,MOGS,WDR73,MFSD10,PSME2,ULK1,VPS28,PRR14,TELO2,RTEL1,CTBP1,NPRL2,FLII,STXBP2,COPS7B,TRMT2A,ABCB8,AAAS,APH1A,RHOT2,DHX34,TNRC18,RCE1,RBM10,VPS16,VASP,PHC2,WDR59,CHKB,INTS1,INTS3,EDEM2,PBX2,ABTB1,ADCK5,CDK10,RGL2,FBXL6,OGFR,ZFAND2B,MED15,LIMD2,MTG1,FASTK,XPO6,SDF4,CIC,TOP3B,DFFB,UPF1,LRRC45,DBNL,GAA,MINK1,NME3,GMIP,ITFG2,LIME1,GAK,MRPL53,RNF167,KAT2A,MED25,INF2,PITPNM1,PACS1,FAM193B,ARHGEF1,ARHGEF2,KPTN,SFI1,STK40,ERGIC1,NAPA,GRAMD1A,GRN,STX16,RFNG,CENPB,TYMP,GNAI2,GGA2,FGD3,ZDHHC18,MGAT1,APBB3,PAIP1,EGLN2,MBD6,SF3A2,STAT2,MIB2,TRMT1,SCAF1,TARBP2,TMUB2,SGSM3,TAOK1,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,YPEL3,GRINA,TOR2A,AUP1,MAEA,ARHGDIA,POGZ,SBF1,MEN1,RAB2A,ZGPAT,FBXW5,MAP2K2,THOC1,SHISA5,LEMD2,CTDNEP1,PYGO2,PRPF3,EHBP1L1,RAB35,SBDS,CHMP4B,SRSF6,CSNK1G2,LY6E,ANAPC2,RNASEH2C,CUL7,INO80E,RAB5C,DDX1,KLHL17,PXN,SLC38A10,CORO1A,CORO1B,SBNO2,NDOR1,DPP8,GRK6,BTBD2,SAFB2,E4F1,DMAP1,ANKZF1,NADK,MARK2,PLXNA3,BCL9L,WDTC1,ESRRA,ACBD6,CPSF7,TIA1,CPSF1,MARCH9,AP4B1,SSH3,UCKL1,CLK2,PAN2,SH3BP5L,GNB2,CNOT3,PLXNB2,SKIV2L,CLASRP,LZTR1,NIT1,LRCH4,LRP10,MXD4,NAA40,PRKCSH,AKAP8L,ADAR,ARRB2,TAZ,PPP1R9B,SART1,SEPT9,LASP1,ABHD16A,AP1G2,OPA1,SNRNP70,PPP6R1,RB1CC1,GMPPA,FLOT1,WDR6,FLOT2,RBM6,DGCR2,SCYL1,SUN2,RBM14,REXO1,DDX56,AMT,ARHGEF18,ARFGAP1,KLF16,DNM2,TRAF7,IRF3,RER1,ATG4B,PPP1R12C,IRF9,TRABD,RNF31,CANT1,RGS19,ATF6B,GTF3C5,ANKS3,RAB1B,CXXC1,LENG8,RBM4B,FURIN,HDAC6,MLLT6,HDAC7,DCAF15,NXF1,NCLN,U2AF2,RAB24,MKNK2,RALY,CSK,POLR2H,FBRS,SH2B1,RBM39,ATP13A1,MBOAT7,PTPN11,TPD52L2,CLCN7,PFKL,CAPN10,IMPDH1,BRMS1L,MGAT4B,ACIN1,P4HB,SMAP2"
+"gene_set_query"	"377"	"NR3C1"	"413.3"	"Literature ChIP-seq,119;ARCHS4 Coexpression,1037;ENCODE ChIP-seq,100;Enrichr Queries,417;ReMap ChIP-seq,188;GTEx Coexpression,619"	"ITSN2,MT-ND4,TFRC,POP4,GHITM,RBPJ,TSKU,ALKBH8,NDST1,PREX1,KRTCAP2,ZFYVE27,MPRIP,PSMD5,DPYSL5,ALKBH1,DPYSL2,AKT3,DPYSL3,ANKFY1,MEF2A,SAP30BP,MEF2C,RBFOX1,CXADR,FNBP1,RC3H2,SND1,FAM133B,LARS2,DDIT4,JTB,MEAF6,MEPCE,PLA2G6,GABARAP,RHOT2,CYB5R3,RNF215,RHBDL1,HEXIM1,JUN,JUP,EDEM1,MRPL24,PBX1,EIF1,TBL3,EIF6,PKIA,FAT3,EZH1,FERMT2,ARF3,LRSAM1,PIGU,KCNC1,RPLP0,SNX10,CTCF,MED15,DDA1,BBC3,MRPL33,SMPD3,TUBA1A,MED10,RPLP2,NEFL,JAK2,JAK1,UPF2,DUSP1,SPHK2,SIRT4,MRPL49,SLC39A13,MRPL48,DYNLL1,GMIP,MED27,MRPL46,MED29,DUSP6,LRRC41,SRP9,SLC7A5,MRPL53,MED24,CDC42EP4,CDC42EP3,PXDN,RAPGEF1,TUT1,CHST1,RAPGEF2,PAFAH1B3,ERGIC2,ERGIC1,VAMP2,ARF6,PAFAH1B1,ODC1,NOC4L,CENPB,FAM117B,RECQL5,UNK,PSMB5,PSMB2,CLPTM1,AP2S1,RICTOR,BID,SRSF10,MEF2D,JAM3,MDH1,MDH2,ABCB10,PSMC3,CCDC9,SLMAP,SRRD,SERBP1,RIMBP2,PKN1,CIAPIN1,YPEL5,CCNT2,ATN1,FBXO21,SMCHD1,RUVBL2,STK16,PIM3,MAP3K7,FADS1,PPP1R16B,SH3GLB1,FBXW5,PPP1R16A,ATP11C,ATP11B,LENEP,CDC25B,FOXP1,OLFM1,ACAP2,MSH3,MAPKAPK2,FSCN1,SMS,SQSTM1,ANAPC1,SRSF9,ANAPC2,ARL8B,NSMAF,PFKFB2,INO80B,GRIA2,RNASEH2A,PFKFB3,PEF1,IREB2,ISG20L2,LRRC55,UQCRH,RAP1B,SOCS2,SNN,NDOR1,SMYD2,E4F1,SLC38A2,BOD1,HPS4,ARPC5,FBXO31,DRAP1,GNL3L,SP3,TUBGCP5,MDM4,ACO2,NFE2L1,ITGB1,SNAP25,MCFD2,HSP90AB1,SCHIP1,CELF2,CELF3,PTEN,ARRB1,ARRB2,AP4M1,MRPL2,PPP6R1,MDK,SUMO2,PELP1,ACTR3,ACTR2,BCAS3,HSP90AA1,DST,ATRX,ARNT,RAD23A,VPS37B,RABGGTA,DDOST,MSL1,ARL4C,PIK3CA,IMPAD1,C1D,ETF1,TOP1,GAPDH,SLC25A11,MET,BIRC2,BCAT2,PPP1R15B,GTF3C2,CANT1,ROCK1,MGRN1,ROCK2,PRCC,CXXC1,FOXK2,LRP3,FOXK1,FURIN,MTHFSD,GANAB,CCDC85C,PTPRZ1,U2AF2,SLITRK1,KATNA1,TRIM46,SH3BP5,LRRC8A,FYN,SLC25A25,ATP9A,GADD45GIP1,CYB5B,PTPN1,SEC24B,NDUFA7,MARCKSL1,TRIM41,PPP1R14C,NDUFA4,MID1IP1,FOXJ3,MBOAT2,RPL23A,BAIAP2,MYO16,SNRK,SUCLA2,CDKN2AIPNL,TSPAN18,ST7,PDCD4,TRIM35,STUB1,CDR2L,P4HB,EIF3F,EIF4A1,SMARCAL1,CERK,ZDHHC7,ACTB,CYB5D1,EFR3A,TRIM28,CDC27,OGFOD2,EPC1,CCDC97,EPC2,CCNL1,EPHB2,TMPO,EPHA5,SCAF11,IMP3,LIMCH1,ECH1,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,THAP4,PPA2,KCNQ2,ULK1,KCTD12,STX1A,AARS2,DHX8,MYCBP2,PIK3R1,ACTR3B,PGS1,SEC14L1,PCBP3,DHX35,HIVEP1,KCNN2,HIVEP2,SCN3B,N4BP1,SNX5,XBP1,INTS1,INTS2,MICAL2,SMARCA2,BRI3BP,PTK2,EXT1,ID2,INTS5,PAF1,FBXL3,NOL10,CALR,CALM2,MON1B,NRP1,GPAA1,TECR,CCDC124,INTS10,ICA1,SLC7A11,COX7C,RAB22A,HERPUD1,AKAP12,PPP3CA,MAP1LC3B,AKAP11,SPTLC1,OTUD6B,MLX,CTSD,VKORC1,NCOA1,PBRM1,TMEM150A,MRPS27,CCDC115,MMD,MRPS23,ANO6,GAB2,COMMD7,CNKSR2,RNF144A,ARHGEF1,CD47,CRELD2,PTMA,CAB39,SATB1,SSNA1,CCDC107,CRIP2,CCDC106,MRPS30,GNAI1,CAMKK2,MNT,ARVCF,EXOSC4,NFIL3,ORMDL3,MGAT2,PAK2,SPRYD3,RPA1,AP2B1,UBE2G2,YIF1B,VEGFA,PER1,TCEA1,ESYT2,TACC2,GRINA,SCARB1,SH3GL3,CRTC2,MIDN,NARF,SYS1,CRTC1,ZFAND5,UBE2Z,ACTG1,IGF1R,FAM174B,CAPN5,CAPN2,EP300,BAHCC1,SBF2,PPFIA3,PPFIA2,TMOD3,SLC30A5,DNAJB12,SSU72,TMX4,ADAM15,FAM173A,WDFY1,ANKS6,PPIG,GEMIN7,RTN2,NDUFB10,SLC1A4,PDS5B,NDRG1,RTN4,SHARPIN,ISOC1,CYC1,TBC1D17,BCL9L,PRNP,PDHA1,SYT1,PCIF1,CRIM1,DSTN,NUP153,KLHL24,SUPT5H,SYT7,CLK3,KLHL20,BMP1,HOOK2,HOOK1,GNAQ,CNTN1,GNAS,UBA2,TAB3,AMOTL2,LSM14A,GALK1,UBE2M,YWHAE,RERE,GSK3B,GSK3A,PRR7,DYRK2,DDX47,PRKCSH,HMGB3,TRIAP1,CHD2,RND3,LMNB2,PPP1R9B,RPGR,LASP1,EEF2K,YWHAQ,UQCRFS1,LRRFIP2,IFT57,YWHAH,UTP15,ARHGEF12,TTC33,PDPK1,SYNGR3,YWHAZ,EPN1,PJA2,EEF1G,VCAN,CREB1,NAV3,CAT,CRY2,NDUFS4,ATG4B,NUP54,ACOX3,CUEDC1,IRF9,SHANK2,PARG,CRMP1,SLC3A2,ASAP1,CYTH3,DNPEP,TMEM203,MAT2A,TAF1B,TGS1,TMEM205,TAF1A,MKNK2,BNIP2,PTK2B,TMEM208,RPP14,SMNDC1,CYTH1,CHGA,RBM39,ATP2B1,SSRP1,SOD2,TTC17,MAPK11,PNKD,SBK1,ERCC1,ERCC8,RBM42,TAF6,QRICH1,VIM,TAF2,RB1,IPO11,RPL3,CLPB,MYT1L,ARPC5L,GPATCH1,ENO2,EPRS,FNBP1L,DCAF5,PHB2,BACH1,ALCAM,ZMIZ1,MYC,STMN1,RPL35,AP1S1,IER5,RNF111,IER2,CHGB,NUP214,MED1,DDX18,ACOT7,TSPYL1,RPL23,PRKCD,WDR74,CD3EAP,MED6,CLPX,RNF126,ADPRH,ALG10B,PRR13,ANAPC16,PHYHIPL,HIF1A,MTDH,ANAPC11,PRDX2,PRDX5,PPP3R1,WDR70,FLRT2,ST3GAL1,HMOX2,SLC19A1,S100A10,RPL41,CDK19,JUND,SNAPIN,H3F3B,PLK2,IRF2BP2,NR1D1,PHC3,PRRC2B,EHD1,HNRNPL,FIBP,SLC6A6,MEX3A,H2AFY2,GIPC1,HNRNPF,HBP1,FARSA,CPEB4,CDC42SE2,FARSB,PHF3,PYGB,BTG1,CDKN1B,SPEF1,PHF23,ADK,PFAS,SMG5,RNF157,TMEM189,TMSB4X,ANXA6,TIMP2,CIC,JARID2,CEP68,ZC3H10,WDR36,SHPRH,TPI1,ELMOD1,ITPK1,TCF12,WDR34,FAM126A,TERF2,NCOR2,RNF167,ZEB2,AFTPH,TUBB2B,RNF166,NFIX,RPL12,WDR24,TM9SF4,FAM129B,SCAF8,ASNA1,CHN1,RPS2,RPL18,RPL19,PCGF6,CSNK1A1,GATC,NMNAT2,DHRS1,AGBL5,MKLN1,RNF145,PHF5A,NFIA,NFIB,NUCB2,FAM49B,RAB3C,RAB3D,CEP120,CLU,TM7SF2,FAM107B,ABHD11,SALL2,CDH2,RNF19A,PAPOLG,PHYHD1,MAF1,TMSB10,LZTS1,KCMF1,CSNK1G3,TLE3,RPS8,USP3,RPS5,IGFBP3,TPM1,LEMD3,ILF2,LEMD2,THOC6,CACNB1,CTDNEP1,DISP2,PYGO2,CLIP1,RAB31,RAB34,PGP,PHIP,ADNP,SNRPF,FKBP5,SEMA7A,CD151,CBFB,ABHD2,ANKRD11,INSIG1,CUL3,ABHD8,ITPR1,CHRD,RLF,KLC4,UBR5,BTBD2,PSAP,DVL2,PLXNA2,MAP2K5,MCL1,MPDU1,UVRAG,ANKRD34A,OSBPL8,TOR1A,POLR3GL,MARCH9,DHCR24,TRAPPC9,NSG1,LSM4,CNOT4,COPS6,SLC7A6OS,CDK4,COPS2,RNF181,PLXNB2,CPE,SPIRE1,NF2,COPS8,EIF4G2,BCL2L1,SLC48A1,MCM7,RNF13,ZC3H4,SYNE2,PIK3C2B,DUSP12,PTBP1,OPA3,IDH3B,EIF2B1,TNPO2,CCDC50,PLEKHG2,CDADC1,RPL13A,PATL1,COASY,NIPSNAP1,ZFP90,PTP4A2,PTP4A3,TRAF4,ASPH,DAD1,CTDSP2,HDAC5,NFAT5,MTPN,SMARCD1,SMARCD2,HDAC2,WBP1,HDAC7,JAKMIP2,DNAJB2,DNAJB1,ABLIM3,PUF60,DNAJB9,RAB28,POLR2L,MLXIP,SPAG7,PPIL1,SMOX,ASCC1,TXNRD1,SEMA4B,FBXL19,CCDC59,PLCL2,FBXL16,OXR1,PNRC1,BCKDK,ASXL1,KLF7,NIN,KLF6,MARCKS,NFASC,P2RX2,VAPB,IMPDH1,GLOD4,DNAJA3,POLR3E,DRG1,PPIL4,TNRC6A,CBLN1,SLC35B2,APP,TMEM183A,ZMYND8,PITPNB,CBLB,RPS16,GOLGA5,RPS19,FLAD1,FTH1,DENR,RPS11,BTRC,SOX4,RPS12,AGFG1,PDHX,ARRDC3,METTL3,RECQL,AP1B1,BOLA1,MTUS1,MRPS18A,JMJD8,POR,MTHFD2L,VDAC2,HECA,SIK1,EZR,PFN1,MACF1,NLN,GNG10,INPP5F,CSTF1,TNRC18,NTSR1,BANP,VASP,SRPK2,SNHG1,RABGAP1L,STAG1,RPS28,ZZZ3,STAG2,RPS27,ADCK1,RPS29,ALDH18A1,RPS21,BAP1,ITM2C,HBS1L,TRAM1,UBXN1,SH3KBP1,CITED2,SERP2,UCHL1,SIPA1L1,CHMP1B,XPO6,GABPA,TSC22D1,TSC22D3,ZDHHC13,RHOF,RHOA,RHOB,MLF2,PRPF18,NME7,AIDA,SGK1,KPTN,SLC20A1,BEGAIN,ARNTL,AMN1,SHOC2,APBB2,DCPS,MAP4K4,MTX1,RANBP6,RAB11A,RAB11B,SPCS3,KBTBD2,STAC2,RAB3GAP2,CTNNB1,TRIP12,FAU,CDK5R2,TOMM6,MEGF9,NDUFA12,CWC25,TOMM20,CHCHD3,ARHGDIA,CWC22,HCFC1R1,COTL1,PHYH,TSC2,KCTD2,WRNIP1,ATP1B1,TMEM131,DPM3,PREPL,TBL1XR1,SPECC1L,FIZ1,XPR1,RAI14,FAIM,ZCCHC7,ISYNA1,CHRNA7,PXN,CLEC16A,FBLN1,STK4,EFNA4,ARHGAP12,EMG1,SCUBE1,ZMAT2,DPP9,MARK4,SMAD2,RAP1GAP2,SMAD1,HSPA8,ACBD6,KLHDC4,ACBD4,CBX4,HSPA5,CBX2,ARHGAP29,DNAJC13,COQ9,NFKBIA,EFNA3,EFNA2,DLG2,DLG4,RFXAP,CHMP2A,SAE1,SCYL3,ACADVL,THRA,ELAVL4,USP39,SPRED2,SPRED1,ZC3H7A,PPP2R5E,MCF2L,FLOT1,PDE4B,PDE4A,SCYL1,KDM6B,JAGN1,KLF13,USP42,PDE4D,IQCE,RNF208,PPP2R5C,ARID1A,SENP3,LATS1,DNM3,GAP43,THRAP3,RASA1,TRNP1,AKT1S1,LUC7L3,PFDN1,LUC7L2,B4GALT5,POLDIP3,USP12,SPG7,TOB1,THBS3,GNA13,FAM168A,GMDS,NT5DC2,NT5DC3,MAPK1,BUB3,MAPK3,LGI1,HAGHL,LIMK1,CADPS,LCA5,DEK,SLC4A8,PIK3IP1,RPS6KB2,BAX,ATP13A3,SSBP3"
+"gene_set_query"	"378"	"SP2"	"414.2"	"ARCHS4 Coexpression,685;ENCODE ChIP-seq,26;Enrichr Queries,155;ReMap ChIP-seq,16;GTEx Coexpression,1189"	"POP5,ITSN1,ALKBH6,RAVER1,DPYSL2,PWWP2A,PRKACA,FNBP4,PRKAB2,TSTD2,BCR,DDIT3,DDIT4,JTB,FAR1,ATF4,SF1,SLBP,BAZ2A,PRPSAP1,RHOT2,RNF214,RNF216,HEXIM1,CREBBP,JUN,JUP,EIF2AK3,PBX2,TBL3,LAS1L,FASN,NMT1,SFXN3,MTMR14,MED19,SNX11,MED15,DDA1,MECP2,TCP11L2,ENOPH1,APC2,SPHK2,GMIP,JOSD1,BAZ1B,TOMM40L,DUSP6,MED29,DDB1,SLC7A5,MED25,MED20,PXDN,SDHAF1,CINP,RAPGEF1,PTRH1,ERGIC3,PAFAH1B3,PAFAH1B2,ERGIC1,TRUB2,OAT,LIN37,NIP7,SNX32,FAM117B,ZSWIM4,MBD6,CRBN,TRAPPC10,SNX21,TARBP2,NUDT21,TAOK3,SNX17,SHKBP1,YPEL1,PKN1,YPEL5,YPEL4,FRYL,YPEL3,GZF1,SLC27A1,TMEM167B,ATN1,LTN1,MPV17L2,PLOD3,APEH,LAPTM4A,FNTA,NUDT16,BNIP3L,PCYT2,FBXW9,CTNNBIP1,CNPY2,CNPY3,POLRMT,PIAS1,LENEP,ATXN2L,MSH2,PKP4,SRSF6,ARL8B,INO80B,TXNDC9,CORO1A,HSP90B1,EIF1AD,NDOR1,MED30,G3BP1,ZKSCAN3,MBIP,PGK1,BRIX1,IP6K1,ZKSCAN1,NADK,API5,FBXO38,TMEM120A,FBXO31,DRAP1,SON,NACA,SP3,ACO1,ACO2,LRCH4,AKAP8L,ETFB,BICD2,AP4M1,ZNRD1,PPP6R1,PPP6R3,EIF5A,BCAS3,ACTR2,EIF5B,ACTR6,DHPS,RABGGTA,ARFGAP1,C1D,PCCB,TMBIM6,ETF1,DCTPP1,SRF,LENG8,MLLT1,SRM,TSPAN31,MLLT6,CCDC85C,U2AF2,BAHD1,FEM1C,FYN,E2F4,FSD1,HNRNPA1,HNRNPA0,CIZ1,TRIM41,HNRNPAB,GSTZ1,NECAP2,CDKN2AIPNL,EIF3L,EIF3J,TRIM35,EIF3G,STUB1,PDCD2,TRIM32,NUDT2,ACTB,CRKL,HERC3,CDC23,TRIM28,SNRPD2,SNRPD1,TRIM24,CCDC97,SNRPD3,ATP6V1E1,ATXN7L3,TBC1D22B,SMARCC2,ACTN1,ALG5,CIRBP,MOGS,ACTN4,BCS1L,CDC37,FAM76B,FLYWCH1,FAM76A,CCDC82,TRIB2,AARS2,DHX8,GIPR,ZBTB5,TTBK2,PGS1,SEC14L1,HLTF,FAM192A,BSDC1,HARS2,SMARCA2,SMARCA4,EXT1,CWF19L1,CALU,NDUFAF3,GRB2,CALR,SUGP2,MON1B,FBXL6,HIBADH,PAK1IP1,MRPS12,MRPS10,NAT14,HERPUD1,PPP3CA,ACTR1A,MAP1LC3B,ACTR1B,RAC3,COX8A,PCYT1A,PABPC4,CACYBP,PRPF40A,SYP,TFB2M,SREBF2,CTTNBP2NL,TOX4,KIN,PITPNM1,CANX,ARHGEF1,FAM32A,ARHGEF2,PABPC1,PTMA,CAB39,SSNA1,MRPS33,GBA,RELA,GNAI2,PCNP,NFIL3,OS9,MGAT2,PEX16,MAP3K3,SPRYD3,SORT1,VEGFB,MYO9B,VEGFA,BOP1,TTC5,NDUFAB1,PNPLA6,OTUD5,SRP19,CRTC2,NARF,SYS1,ZFAND3,UBE2Z,SRP14,IGF1R,AMMECR1L,FAM3C,SDHD,POU3F1,SDHB,POU3F2,COX6B1,DNAJB11,EHBP1L1,TBC1D25,PPIB,CARS2,PPIA,GNAZ,NDUFB10,CACNA1A,PLD3,CACNA1G,TIMM50,SHARPIN,DHRS7B,GRK6,TBC1D17,SYT5,UBE2F,PDHA1,UBE2I,PCIF1,TIMM44,AP4B1,MANBAL,HOOK2,HOOK1,UBE2S,GNB2,IFT27,UBE2M,MXD4,RERE,PHTF2,CUEDC2,ZMYND19,PODXL2,TAZ,RND1,TMEM223,LASP1,DACT3,GET4,SUN2,SUN1,TBP,ATP6AP1,PDPK1,DCAKD,ATP6AP2,NAV1,NAV2,SYNGR3,EEF1G,RER1,CAT,CRY2,IFT46,OTUB2,RRN3,ANKS3,SLC3A2,AGPAT1,RNF4,RNF5,CYTH2,GNG3,CAND1,PABPN1,TMEM203,TMEM205,TDG,TGS1,MKNK2,DROSHA,PTK2B,FBRS,CYTH1,ATF7IP,TIMM8B,TTC13,SSRP1,ERCC3,ERCC1,ERCC2,SUGT1,HNRNPU,HNRNPR,GPATCH4,ELK1,PHB2,RRP9,GLS,CNST,ZMIZ1,ZMIZ2,CSPP1,VPS35,CDK5RAP3,NUP214,DDX18,PRKCD,WDR74,GTPBP6,WDR75,GTPBP1,GTPBP4,HCFC1,WDR81,ARMC6,ZSCAN21,TARS2,NUP98,ANAPC11,RRP7A,NCSTN,WDR70,BLOC1S1,HMOX2,FDFT1,ST3GAL3,SNAPIN,WDR59,SETD1A,IRF2BP2,NR1D1,MEX3C,WDR55,EHD1,GNPTG,SQLE,MEX3B,HNRNPK,ARL2BP,HNRNPD,HNRNPC,FARSA,CEP57,SETD5,GMEB1,BTG1,SETD3,PHF20,PHF23,GPT,WDR45,SMG7,UBL5,MTG1,RARS,CIC,JARID2,ZIK1,CEP68,TPI1,WDR37,FAM126A,COPZ1,NCOR2,TAF6L,ZEB2,KIFC2,TCP1,EXOC4,GART,GRN,NFIX,WDR24,FGD3,ARFRP1,SCAF8,PPP1R7,USP1,RRP36,SLC17A7,DEDD,PAIP1,YTHDF2,SYVN1,HIPK1,DEF8,SCAF1,PHF5A,NFIA,NFIB,PLP2,NUCB2,RAB3A,RAB3D,CEP120,UBP1,IPO4,TM7SF2,EDC4,IPO9,LAMP1,SLC39A9,CFL1,ZNF326,HMGN1,SLC39A3,RARS2,TLE3,RAB2B,USP5,USP4,THOC1,TRAFD1,THOC5,PGD,ILF2,NRBP1,THOC6,PYGO2,TOM1L2,DMWD,RAB35,FKBP8,PGP,SNRPE,FKBP3,SNRPA,CSNK1G2,FKBP2,RAB5B,RAB5C,ORC5,ORC6,ORC3,DVL2,MCL1,OSBPL9,UVRAG,EIF2B4,OSBPL7,RAB4B,EIF2B2,CCDC12,POLR3GL,OSBPL2,COPS4,BCL9,COPS6,LRFN1,CPD,PDCL,TPP2,CCDC22,CNIH2,COPS8,BCL2L2,BCL2L1,SLC48A1,DIDO1,MCM7,ZC3H4,CEP164,UBTF,WDR6,WDR7,EVI5L,TNPO2,ADSL,GGPS1,RPL13A,EDF1,DNAJC7,CTDSP2,POLR1D,DNAJC8,MTPN,HDAC1,RAB1B,VPS4B,VPS4A,CEBPG,HDAC6,DNAJB1,POLR2A,DNAJB5,POLR2C,VPS53,POLR2G,CSK,POLR2I,POLR2J,SEC11A,MLXIP,SLC35A1,PPIL1,PPIL2,IDH3G,FBXL19,CCDC59,TPRKB,FBXL16,MTOR,FBXL12,DNAJA1,SNRNP40,POLR3C,PSAT1,DOLPP1,RAB12,DRG1,POLR3K,SLC35B2,TCERG1,VEZT,ISCA2,PANK2,IFITM2,ZMYND8,HDAC11,CBLB,RPS15,PNN,RPS14,RPS17,KAT5,FLAD1,RPL36AL,PPP2R1A,LONP1,DENR,RPS11,SEPHS2,TBC1D10B,SRRM2,ARRDC4,SRRM3,COG8,ARRDC1,COG2,AP1AR,CPT1C,MAPK8IP3,HECA,DCUN1D4,STXBP2,ZNHIT1,FXR2,PDCD11,ATP6V0A2,GSE1,MLEC,TNRC18,VASP,TMEM184C,ZRANB2,PYCR2,RPS27,RPS20,TECPR2,RPS24,C2CD2L,TECPR1,GFM1,UBXN1,HIP1,CITED2,SLC44A2,ZFAND2A,ZCCHC17,LIMD2,XPO1,XPO6,SEC61G,RAB8A,UBXN6,RALGPS1,PSD,PSENEN,TOP3B,GP1BB,ZDHHC13,PPRC1,ITFG2,MLF2,SCNM1,HNRNPH2,MPND,FYTTD1,NOL7,NOL9,RFNG,NOL6,HIRA,PPP2CB,ZDHHC18,METTL9,NFYA,NFYC,GBF1,RAB11B,NBR1,COPG2,MEGF8,MPHOSPH8,MEGF9,NDUFA11,KDM1A,ROGDI,CNDP2,PAIP2B,ARHGDIA,HCFC1R1,COTL1,NOM1,KDM2A,LMO4,ACYP1,RSBN1,SHISA7,TUFM,HGS,IDI1,COPA,RPS19BP1,PXN,PRPF8,EMG1,SCUBE1,BPTF,KLHDC2,CPSF7,CBX5,CBX4,NONO,CWC15,COQ7,EIF2S1,EFNA2,CHMP2A,DYNLRB1,LRP10,COPE,ZSCAN2,MUS81,YBX1,HS2ST1,CASP9,RPS4X,SPRED2,SNAPC2,PPP2R5E,SNAPC4,KDM6A,KDM6B,H2AFZ,AKTIP,H2AFX,AXIN1,H2AFV,RPS3A,PPP2R5D,OXSR1,SEPT2,DNM2,TRAPPC6B,AKT1S1,DNLZ,TMEM9,HAGH,PFDN5,STOML2,KDM3A,KDM3B,STOML1,ATF6B,PDXP,NRXN2,NXF1,MAPK9,MAPK7,UGP2,SAP30L,GNA11,GNA12,BUB3,KDM4A,KDM4B,TMEM30A,ATP13A1,QPCTL,CYHR1,CDK2AP2,RBMX,TDRKH,MDC1,MT-ND4,ARAF,LSM10,PSMD8,NSDHL,KRTCAP2,PSMD6,MPRIP,PSMD1,TMEM8B,GABARAPL2,HES6,STARD7,CSNK2A2,NGDN,DNTTIP1,RFX1,EML2,SND1,SCAMP2,FAM133B,CLNS1A,RUFY2,PSME1,PSME2,UQCRC2,MTMR3,TTYH3,ABCB6,FLII,MRPL18,AGAP2,COPS7B,ABCB8,COPS7A,AAAS,MRPL12,MTMR4,OAZ1,GABARAP,MRPL10,CYB5R4,VTI1A,RHBDL1,PRRT1,EDEM3,PRRT2,MRPL28,BBIP1,MRPL23,EIF1,CS,ABTB1,EIF5,EIF6,PSMG1,PIGS,PIGU,PIGO,RPLP1,RPLP0,HEXA,MRPL37,ECSIT,MRPL34,TRIOBP,PQBP1,TRMT112,MRPL40,APPL1,LRRC47,LRRC45,ACTL6B,ACTL6A,MRPL49,MRPL47,SIRT2,MRPL43,PSMA5,MRPL53,PGAM5,VAMP2,LRRC14,RNASEK,RPS27L,HTT,CCNDBP1,GGA1,PSMB7,GGA3,PSMB3,PSMB1,TMEM68,AP2S1,LEO1,FLNA,ANO10,HARS,NCDN,MEF2D,UTP6,STAT2,LRRC28,YLPM1,SAMD4B,GATAD2B,GATAD2A,BYSL,LRRC20,TMEM60,SPSB3,PSMC3,CSE1L,HDDC3,YY1,STK11,RUVBL2,STK16,OSBP,RUVBL1,FBRSL1,SLC25A44,NOMO1,VPS33A,PPP1R16A,FOXP4,FOXP1,RBX1,ACAP2,FRMD5,SLC9A8,KPNB1,ANAPC2,LRRC59,MAX,PEF1,MAZ,ARL2,ACAT2,SLC9A1,SBNO2,PMVK,E4F1,SLC38A2,BRPF1,GOT1,GFPT1,GOT2,GNL3L,PIN1,MDM4,NFE2L1,MDM1,SLC25A1,SLC25A3,HSP90AB1,COX4I1,PIK3CD,ARRB2,MRPL4,NGRN,MRPL2,DGCR8,MDP1,DGCR2,VBP1,SIGMAR1,RAD23A,VPS37B,DDOST,PPM1B,NSMCE4A,NPC2,SLC25A19,PIK3C3,PPP1R12C,AHDC1,RNFT2,GTF3C1,PPP1R15B,NDUFB8,NDUFB7,GTF3C5,NDUFB5,ZBTB43,FOXK2,KATNB1,FOXK1,FURIN,PPM1D,GANAB,SLC25A28,FCHO1,AAMP,SH2B2,SLC25A25,SH2B1,CYB5B,PTPN1,PPP1R14B,NDUFA6,MBOAT7,MBOAT2,MCOLN1,BAIAP2,TPD52L2,P4HB,SMAP2,SEC24C,SLC25A36,EIF4A1,CCNK,ZDHHC5,ZDHHC8,IFI30,TXNDC16,NUBP2,RASSF1,FAM53C,CCNL2,SLC12A9,IMP3,NSMCE2,NSMCE1,THAP7,CD2BP2,ULK1,CTXN1,GCDH,L3MBTL2,PIK3R1,UBE2J2,DHX30,DHX33,DHX34,PCBP1,PCBP2,ERI3,HIVEP1,DHX38,HIVEP2,TSPAN3,SNX5,SEC31A,CTSA,INTS1,IQSEC1,INTS3,RCC2,WNK1,ID2,INTS5,INTS4,PAF1,RGL2,AARS,DOC2A,FAM57B,GPAA1,PPP1R10,CETN2,CETN3,TECR,AP2A1,PCSK7,ARV1,SPTLC2,HYAL2,MLX,KIF1B,VKORC1,CCT3,NCOA2,TMEM150A,WARS,STARD3NL,MINK1,ANO8,MRPS2,COMMD4,COMMD5,IMMP1L,CRELD1,GLCCI1,CRELD2,STK40,RABGAP1,DOT1L,DERL2,NEDD8,CCDC106,ARVCF,MNT,SERTAD2,HSF2,HSF1,GPC2,CCT7,EXOSC2,AP2B1,NLE1,TMUB2,PER1,ZDHHC9,DPY19L3,DPAGT1,MIDN,KHSRP,EP300,BANF1,BAHCC1,PPFIA3,SH3GL1,TPRA1,ADPRHL2,ATG9A,LMTK3,LMTK2,WBP11,HNRNPUL1,TMX2,HNRNPUL2,GEMIN7,RTN2,VCP,PSMD11,RBM8A,SEL1L,RASGRP2,RTN4,TAF5L,CAMTA1,CAMTA2,CYC1,BCL9L,CCDC134,OST4,PRNP,KLHL25,PHF12,HMGA1,CLK3,ANKHD1,PAN2,RCL1,STT3A,PHF13,STT3B,TAB1,GSK3B,GSK3A,RBM25,DDX49,DDX46,PRKCSH,CHD8,CHD6,ILK,CHD2,PPP1R9B,YWHAQ,BCL7C,MLST8,TIMM17A,TIMM17B,LRRFIP1,RBM17,RBM14,NCBP1,GLRX5,DDX54,ARHGEF18,YWHAZ,DDX50,PJA2,CREB3,SFPQ,CREB1,RCN2,NDUFS8,IRF3,NDUFS2,MVD,IRF9,RBM22,MVK,DDX24,DCTN4,DCTN3,GOSR1,HMGCR,PARL,DNPEP,RAB40C,TAF1C,RBM39,NAA10,MIIP,MAPK14,SOD1,PNKD,ASB6,RBM42,TAF6,VIM,R3HDM1,RBM45,LNX2,RPL5,RPL8,DCAF4,DCAF7,GCSH,RNF115,MYC,RPL36,IER5,IER2,UNC13A,PIH1D1,DAPK3,MED8,CD3EAP,MED4,BIN3,SARNP,CLPP,RPL26,PRR12,UBA52,RPL28,PRR14,PRR13,RNF121,POM121,RPN2,NEDD4L,HIF1A,PRDX2,PRDX5,RPL41,JUND,CHKA,H3F3A,PA2G4,GPN1,PRRC2A,TMEM199,TADA2B,FIBP,SLC6A6,GIPC1,OGDH,HBP1,CDK16,OGFR,TRMU,ELL,ING1,TRIM8,RNF157,TMEM189,ENSA,GPR137,RIOK1,EMD,ZC3H10,BRD2,NUDC,SSR4,TCF12,SSR3,AEN,NUDT16L1,RNF168,RNF167,RNF166,SF3B4,SF3B5,RPL10,GPS1,RPL11,GPS2,TMEM160,TIMM10,ASNA1,LMAN2,ANKRD54,RPS2,RPL18,BRD7,BRD4,SF3A3,SF3A1,SF3A2,RIOK3,TRMT1,TTC9C,SRP68,FIG4,TM9SF1,XAB2,ZYX,CLSTN3,TUSC2,MAEA,MAF1,SEMA6C,RNF44,RPS9,ANKRD49,RPS7,ANKRD46,ANKRD44,RPS5,RPS6,AIP,RPSA,GTF2F1,RNF41,TRAIP,BSCL2,CTDNEP1,ZFP41,ERH,PHPT1,DNMT1,ANKRD16,TNKS,ANKRD11,ABHD2,GLO1,ABHD8,AK2,TARS,STIP1,KLC4,BAG4,PITRM1,NACC1,ABL1,SLC15A4,MPDU1,WDTC1,ESRRA,ANKRD34A,ANKRD27,MARCH9,DHCR24,MARCH8,MARCH6,LSM4,CHERP,MARCH2,ZFP62,CDK4,CNOT1,RHEB,CNOT3,RNF181,NF2,DHCR7,CNOT8,EIF4G2,LMBR1L,RNF13,PTPN23,SART1,PTBP1,DUSP12,METTL14,GM2A,SIN3A,OPA3,HIF1AN,REXO1,GPX4,ELAC2,LIX1L,ZFP91,YDJC,COASY,NIPSNAP1,PATL1,PTP4A1,PTP4A2,TRAF7,PTP4A3,DALRD3,RPL37A,RNF31,SMARCD1,NFAT5,SMARCD2,RNF34,WBP1,WBP2,RPL36A,JAKMIP1,DCAF15,AP3M2,PUF60,RBBP4,DCAF11,UGGT1,RNF20,SPAG7,SEMA4D,ADRM1,SEMA4F,KLF7,KLF6,IMPDH1,IMPDH2,METAP2,ARL6IP1,GDE1,SAP130,HABP4,KIFAP3,AGFG1,AQR,SLC11A2,BOLA1,PTOV1,JMJD8,JMJD6,RRAGC,RRAGB,CRYZL1,AURKAIP1,LLGL1,CUTA,TMEM161A,ANP32A,LMAN2L,TRMT2A,TEX261,IGSF9,TMTC4,INPP5E,MAP4,PATZ1,SCAI,FIS1,SNHG1,NUS1,STK11IP,TMEM50B,ZWINT,MANF,CCT6A,GOLGB1,CCDC88C,ANP32E,TMCC2,CORO7,ITM2C,DAZAP2,TRAM1,GDI2,OLA1,EPM2AIP1,ZMYM2,PCF11,ZMYM5,RSPRY1,PRMT5,ATP6V0B,TSC22D1,PRMT1,STRBP,RHOF,RHOB,PRPF18,RPUSD1,PACS1,FRG1,SGK1,ATP6V0C,TOMM40,AKAP8,ARNTL,CUX1,SHOC2,LCMT1,MPZL1,RANBP1,AP3D1,RSL1D1,MARS,R3HCC1,FAU,CDK5R2,TOMM5,HDLBP,ARID4A,ARID4B,NUCKS1,TOMM22,TMEM145,CHCHD2,CHCHD3,CHCHD7,APLP2,KCTD2,KCTD5,PDIA6,PDIA4,ILVBL,DNAJC30,RPL7L1,ELMO2,FIZ1,LTBP4,COX7A2,CSF2RA,DPP3,DPP8,EP400,ATP6V1D,MYH10,ANKZF1,PDZD7,MARK2,SMAD2,HSPA8,HSPA5,DNAJC11,IFT122,BFAR,TBCB,DNAJC14,DNAJC16,NMRAL1,ARHGAP33,NFKBIA,ATG16L1,TBCE,CLASRP,NFKBIB,SCYL3,DOCK4,USP39,ELAVL1,SLC2A8,ZC3H7A,PDE4A,FLOT2,TSFM,KLF11,JAGN1,KLF13,USP42,RNF208,ARID1A,SENP3,TGFBR1,KLF16,TRNP1,USP14,USP15,RGS19,USP16,POLDIP2,TM2D1,GMPR2,MOSPD3,TOB1,U2AF1L4,HSPD1,PDE6D,CDIPT,ABCF2,CLASP1,SPEN,PTCD1,USP20,BAD,USP22,SGTA,LCA5,HSPE1,NEURL4,BAX,SSBP2,SSBP3"
+"gene_set_query"	"379"	"ZNF160"	"415.3"	"ARCHS4 Coexpression,676;Enrichr Queries,225;GTEx Coexpression,345"	"CYFIP2,POP7,TRIO,HNRNPU,RBPJ,ENO2,EPRS,RPL8,PCMT1,CAPNS1,DPYSL2,PSMD3,LUC7L,DIP2A,FNBP4,DDX17,WSB1,WSB2,CD3EAP,SCRIB,SOX11,WDR73,DAAM1,ZC3H11A,DDIT4,RPL29,SF1,FLII,NEDD4L,BAZ2A,PLA2G6,MRPL12,HIF1A,OAZ1,GJC1,RHOT2,LDHA,FDFT1,BTF3,JUN,PRELID1,CHKB,PA2G4,PRRC2A,HNRNPL,GIPC1,HBP1,DUS1L,FARSA,CDK13,PHF3,ARF3,SETD5,SMG1,PIGU,BTG1,MRPL37,DDA1,PIGX,IKBKB,MED12,NIPBL,TUBA1A,PCMTD1,CEP68,UPF1,DUSP6,WDR33,KAT2A,MTF2,PXDN,PELI1,TKT,TRUB2,CENPB,GGA2,BCLAF1,UNK,LMAN2,AP2S1,CLPTM1,YKT6,SF3B1,SRSF11,NKTR,EGLN1,RIOK3,PCGF3,WDR11,NFIA,NFIB,JKAMP,PKN1,YPEL5,CCNT2,CLU,IPO4,POFUT2,SMCHD1,LAMP1,CFL1,LZTS2,TXNL4A,AP2M1,BNIP3L,SLC38A1,ANKRD44,TPM1,THOC1,PRPF4B,THOC2,FOXP1,CTDNEP1,ARMCX4,DMTF1,SRSF2,ERP29,ANAPC4,SRSF4,PHIP,SRSF5,SRSF6,SRSF7,SLC27A4,SNRPB,LRRC59,PFKFB3,RAB5C,INSIG1,ANKRD12,MAZ,FBXO45,PHB,PHF21A,CORO1B,PITRM1,NACC1,DVL1,PGK1,ANKRD10,DVL3,SLC38A2,ZKSCAN1,MCL1,ESRRA,NEK9,TIA1,ASNS,MARCH6,MDM4,CLPTM1L,OGT,EIF4G1,ITGB1,WDR1,CELF2,SYNE2,DUSP12,SIN3B,PPP6R1,PPP6R3,WDR5,WDR6,CCDC50,EIF5A,PPP1R12A,DST,DDOST,TRAF7,PTP4A3,TFDP1,DNAJC7,CTDSP2,POLR1B,SFT2D1,RNFT2,NFAT5,UHRF2,RAB1B,SRSF1,LENG8,LAGE3,HDAC7,SRM,ABLIM1,GANAB,NCLN,U2AF2,FEM1C,FYN,ATP9B,HNRNPA3,PPP1R14B,ADRM1,OXR1,HNRNPAB,TPD52L2,PNRC1,ASXL1,KLF6,MGAT4B,PDCD4,STUB1,P4HB,TRIM33,EIF3B,TMEM183A,VARS,GDE1,JMJD1C,CBLB,CRKL,CCAR1,TIAL1,PNN,BSG,CCNL2,CCNL1,ATXN7L3,SOX4,SRRM2,ARRDC4,SCAF11,ARRDC3,METTL3,MTUS1,MOGS,ANK3,ACTN4,SRRM1,AKAP9,FAM76B,HECA,SUCLG1,TTLL12,PFN1,AURKAIP1,TRIB2,MACF1,L3MBTL3,DHX8,PEX11B,MYCBP2,PIK3R1,MBTD1,APH1A,UGCG,SNX1,ATP6V0A2,ARGLU1,RALGDS,INTS1,INTS3,PARP11,WNK1,FUBP1,GOLGB1,ID2,INTS7,FBXL2,RGL2,ITM2C,DAZAP1,PRPF19,PTPRF,ZMYM2,ZMYM5,C1QBP,ZMYM6,SDF4,PRMT2,TSC22D1,TSC22D3,NME2,MLF2,RHOB,HNRNPH1,FAM193B,HNRNPH3,ARHGEF7,ALDOA,SGK1,AHCY,STX16,SATB1,RXRB,PES1,MAP4K5,APBB3,LCMT1,DYNC1H1,PTGES2,TTC1,RSRC2,DOHH,SORBS1,VEGFA,FKBP1A,BOP1,CCNG2,TTC3,CTNNB1,HDGF,GRINA,ARID4B,IGF1R,ARHGDIA,POGZ,ATAD3A,TUFM,ADAM15,HNRNPUL1,PRPF3,PPIF,CHMP4B,DDX5,NDRG1,ZMAT2,IRAK1,ANKZF1,ACBD6,VTA1,TBCD,ARHGAP29,BFAR,KLHL24,CLK4,CLK2,CLK1,PAN2,NFKBIA,PAN3,EFNA2,HOOK2,HOOK1,UBE2S,GNB2,GNB1,GNAS,PI4KB,BRWD1,UBE2M,CREBZF,KDM5B,RBM25,GSK3A,PRKCSH,USP34,CHD6,SLC2A3,LMNB2,TTC28,SENP6,SENP7,SEC61A1,GATAD1,MAN2C1,LRRFIP1,RBM5,RBM6,RBM33,PDPK1,PDE4D,DDX54,NAV2,PJA2,KLF16,VCAN,ELF2,CREB1,IRF3,RER1,AKT1S1,LUC7L3,USP40,LUC7L2,RBM22,KDM3A,SPG7,TOB1,NXF1,TAF1C,MKNK2,FAM120A,TTC14,RBM39,KDM4B,TAF13,BNIP3,ZFC3H1,SSRP1,TTC17,ACIN1,SSBP2,RBMX"
+"gene_set_query"	"380"	"ZNF749"	"416.7"	"ARCHS4 Coexpression,79;Enrichr Queries,1012;GTEx Coexpression,159"	"POP7,RRP1,GPATCH4,EPRS,RRP9,LSM12,CAPNS1,MYC,ZMIZ2,PRKACA,MED1,UNC13A,CSNK2A1,DAPK1,WDR74,CD3EAP,MED6,GTPBP4,FAM133B,PSME3,DDIT3,DDIT4,UQCRC1,ALG10B,SEH1L,SHMT2,MRPL18,MRPL16,NOLC1,MRPL11,PRDX3,LDHB,ABR,LDHA,PRDX4,PRDX1,GAR1,RRS1,PIP5K1C,PNO1,MRPL27,PBX2,PA2G4,FAM136A,GPN1,MRPL21,UCK2,FAM135A,EIF6,FASN,HNRNPF,HNRNPC,FARSA,ITPA,FARSB,PIGU,MRPL39,MRPL36,MRPL37,PFAS,WDR43,TMEM186,MRPL32,PQBP1,TRIM8,TIMP2,RIOK2,CIC,RRP15,ZIK1,WDR36,TPI1,NSUN2,ACTL6A,ITPK1,SLC39A10,TIMM23,MRPL47,NIPA2,GNL2,PGM2L1,GNL3,MRPL44,PSMA5,SLC7A5,PSMA6,SIKE1,PSMA3,PSMA4,PSMA1,PSMA2,PTRH2,PXDN,TCP1,RAPGEF1,GARS,PGAM5,SF3B5,CDC123,NIP7,GSTP1,TIMM13,TIMM10,SLC7A1,MRPL54,PSMA7,PSMB7,PSMB5,PSMB2,SRP72,PSMB3,PSMB1,LEO1,RPL15,MEF2D,SF3A3,UTP3,GATC,DAB2IP,WDR12,BYSL,RABIF,PHF5A,MYBBP1A,APEX1,SERBP1,TRMT6,TSR1,NUCB1,PKN1,MTCH2,CLSTN1,ATN1,PARK7,FBXO22,IPO5,LAMP1,RUVBL2,NUDT19,MAP3K9,GPT2,RPS5,THOC3,ZBTB33,ILF2,TOM1L2,EBNA1BP2,DMTF1,MSH2,MRTO4,NHP2,SNRPE,SNRPC,SRSF7,ANAPC1,SNRPB,RAB5B,GLO1,TARS,PHB,EIF1AD,G3BP1,BRIX1,SMN1,WDTC1,NOP14,NOP16,FBXO38,LSM3,YRDC,COPS3,LSM7,CNOT7,GNL3L,IARS,NOP10,BCL2L2,NFE2L1,WDR3,WDR4,ZFP82,MRPL4,MRPL3,MRPL2,SART3,MRPL9,TNPO3,EIF5A,VBP1,NDUFC1,RAD23B,REXO4,POLR1B,DNAJC5,POLR1C,DNAJC9,SNRPA1,SLC25A5,DCTPP1,PPP1R12C,TNFRSF21,PPP1R15A,GTF3C4,GTF3C6,MAK16,PRCC,MLLT1,LRP8,HSD17B10,LAGE3,DNAJB2,ABLIM1,FZR1,RBBP5,POLR2D,UBQLN1,BEND3,FEM1C,DCAF13,PPIL1,MMAA,CNBP,CDC42BPB,EIF3M,SNRNP40,POLR3B,EIF3I,POLR3K,APP,VARS,PPAN,CISD2,CCNC,PDCD2L,CRKL,RPS17,CDC23,SNRPD2,SNRPD1,DENR,SNRPD3,SOX4,EPHA4,IMP3,MRPS18A,MIF,MAPK8IP3,NIF3L1,ZW10,GRWD1,BOLA2,GUF1,VDAC2,HECA,DCUN1D5,BRCC3,NLN,UGCG,DGUOK,PDCD11,DHX33,CSTF1,DHX37,ZBED4,XRCC6,BCL11A,IQSEC1,PAICS,CCT6A,ZBTB6,INTS5,NOL10,NOL11,TECPR2,ITM2B,ITM2C,MRPS16,PAK1IP1,MRPS12,OLA1,NAT10,SLC7A11,C1QBP,SEC61B,UTP14A,CCT3,PRMT5,CCT2,MRPS26,ATP6V0B,ZER1,MRPS24,PRMT3,MINK1,MRPS2,CACYBP,TFB2M,MRPS7,PPRC1,MLF2,NME1,PRPF18,PITPNM1,PACS2,KIT,EEF1E1,ATP6V0C,DTYMK,PCNA,PRIM1,MRPS30,NOL6,GNAI2,EXOSC7,PES1,CCT8,CCT7,EXOSC2,CCT5,CCT4,NPM1,PLEKHA5,MYO9B,NLE1,VEGFA,KBTBD4,RSL1D1,NDUFAB1,TOMM5,CDK5R1,GRINA,TOMM6,ZFAND3,CD81,BCCIP,TOMM22,EFTUD2,CHCHD4,CHCHD2,TMEM147,BANF1,NOM1,PAM16,PUS7,DKC1,HNRNPUL2,RPL7L1,SCN8A,TIPRL,EHBP1L1,RPP21,CHMP4B,GEMIN7,PSMD14,RBM8A,NOP2,RPF2,EMG1,RNASEH1,NDUFV2,ZC3H15,DNAJC19,NUP155,VTA1,EIF2S2,EIF2S1,HOOK2,GNB1,CYCS,LRP10,MXD4,USP36,PRKCSH,CHD6,SLC2A3,TRIAP1,PPP1R9B,GET4,UTP15,ARHGEF11,SUN2,JAGN1,GLRX3,PDPK1,H2AFZ,EPN1,DNM2,STOML2,PARG,TAF9,ADD1,HSPD1,DDT,TGS1,BMS1,BNIP1,NAA25,TMEM208,ABCF2,PTCD2,RRM2,POLE3,CDK2AP2,NAA15,SSBP1,ABCE1,RAN"
+"gene_set_query"	"381"	"ZNF184"	"419.0"	"ARCHS4 Coexpression,519;Enrichr Queries,425;GTEx Coexpression,313"	"SLC4A1AP,HNRNPU,SMC3,EPRS,BACH2,PCMT1,ALCAM,CAPNS1,DPYSL2,MYC,STMN1,AKT1,VPS35,PRKACA,IER5,MEF2C,WSB1,CXADR,DNTTIP1,CD3EAP,RFX3,SOX11,GTPBP4,PRKAR1B,HECW1,DDIT4,TBPL1,SLBP,MEAF6,FLII,OAZ1,MTMR6,HSPH1,CYB5R3,AMZ2,BRAP,JUN,PLK2,IRF2BP2,CDC7,BTBD10,MLLT11,MEX3B,TOLLIP,TDP1,GIPC1,DZIP3,WDR47,PIGU,BTG1,CDKN1B,WDR48,MED19,RNF157,TRIM8,MRPL42,TUBA1A,NKRF,DLGAP1,JARID2,CIC,PCMTD1,ITPK1,TCF12,SLC39A10,LRRC40,TERF2,DUSP6,SRP9,NCOR2,SLC7A5,INF2,MTF2,PXDN,ERGIC1,PAFAH1B1,FAM117B,FAM129B,BCLAF1,CHN1,USP1,SLC17A7,SRSF10,SRSF11,SRSF12,ATRNL1,SKI,RABIF,NFIA,NFIB,ZYX,NUCB1,GOPC,PKN1,RAB3A,CCNT2,CEP120,LAMP1,KPNA2,STK32C,MAP2K4,MAP2K2,FBXW7,VPS33A,TBR1,MSH6,CTDNEP1,OLFM1,MORF4L1,MSH2,SRSF3,ADNP,SRSF6,CSNK1G1,FKBP5,KHDRBS3,PFKFB3,CD151,BRI3,INSIG1,CUL2,ABHD8,SLC38A10,FBXO45,ORC5,SOCS2,SBNO1,PITRM1,UBR7,NEUROD6,STK38,DVL1,NACC1,G3BP2,BRIX1,RAB6B,SLC38A2,MCL1,TIA1,ANKRD24,SLC4A10,ZBTB11,MARCH7,MARCH6,PTPRD,SYNJ1,PLEKHM2,PLXNB2,MDM4,EIF4G3,NFE2L1,WDR1,NRGN,DUSP12,FSD1L,ZNRD1,CAPZB,TLK2,CEP170,EMX1,CCDC34,DST,RANGAP1,ZFP90,ARL4C,SLC25A17,CTDSP2,POLR1B,SSX2IP,PPP1R12C,PPP1R15B,HDAC2,KATNB1,AP3M2,FIP1L1,DNAJB6,RBBP4,RBBP5,MGAT5B,POLR2D,FEM1C,WASF1,EIF4E,SMARCE1,LINGO1,MARCKSL1,FBXL19,PCDH8,SYT16,DDHD1,CDC42BPB,OXR1,NELL2,DNAJA1,MARCKS,KLF6,APC,PSAT1,MGAT4B,TRIM37,CEBPZ,EIF3E,RHEBL1,ARL6IP1,CISD2,JMJD1C,CBLB,NUDT3,DHX57,LONP1,TRIM27,KIFAP3,ATXN7L3,SOX4,TMPO,EPHA4,SLC6A17,ACTN1,ARRDC3,CSNK1D,TIAM2,HECA,TRIB2,STX1A,TBC1D9B,DHX8,PIK3R3,PIK3R1,NLK,HLTF,SCN3B,SCAI,SRPK2,BCL11B,BCL11A,ID2,INTS7,CALM3,CALM2,BAP1,ITM2C,ROBO2,TOP2B,DOC2A,CITED2,OLA1,SLC7A11,AKAP12,PCM1,ENC1,DHX15,REV3L,SDF4,TSC22D1,STRBP,GAA,MINK1,SYN3,SYN1,MLF2,RHOB,VSNL1,MPPED1,KIF2A,MPPED2,G2E3,NCOA7,SGK1,MAPRE1,SLU7,ATP6V0C,SATB1,SATB2,GDPD1,NOL4,CAMKK1,GNAI2,AMN1,PAK1,NFIL3,FAM172A,HSF2,METTL6,CCT8,RAE1,GABBR2,RANBP6,SEC23IP,CCNG2,TTC3,AGGF1,FAM171B,PNPLA6,TARDBP,CDK5R1,GRINA,GOLT1B,ZFAND3,CD81,NARS,PPME1,BASP1,CHCHD6,KIF5A,SH3GL1,NSF,LMO4,PSPC1,TBL1XR1,CHMP4B,ZCCHC8,KLHL12,CABP1,PDS5B,ARHGAP12,EFNB2,TCTEX1D2,ZC3H15,ANKZF1,KLHDC3,PRNP,ZFHX2,CBX5,SYT1,KLHL24,AP4B1,AZIN1,CLK1,EFNA2,NR4A3,HOOK2,HOOK1,GNB2,MKRN2,UBE2N,PI4KA,TCF4,LSM14B,BRWD1,LRP10,GSK3B,GSK3A,ACADVL,PRKCSH,ELAVL4,CHD6,CHD5,PSIP1,SLC2A3,HMGB1,RND3,LMNB1,SPRED2,UBE2Q1,YWHAQ,ZC3H7B,TOPBP1,RBM7,SULT4A1,YWHAH,KDM6B,PDPK1,SPATS2,SENP2,UTP18,CKAP5,YWHAZ,DDX50,EPN1,CREB1,PEX3,ATP6V1B2,CUEDC1,KDM3A,DDX25,RGS16,GMPR2,RNF8,PDXP,TOB1,NCALD,ADD2,CAND1,MAT2A,GNA11,MKNK2,BUB3,RRM2,SGTB,ATP2B4,CCK,DEK,MEIS2,ACVR2A,SPRY2,VIM,R3HDM1,SSBP2"
+"gene_set_query"	"382"	"WIZ"	"420.0"	"ARCHS4 Coexpression,11;Enrichr Queries,11;GTEx Coexpression,1238"	"MDC1,TRRAP,EHMT2,HNRNPU,EHMT1,EPRS,NDST1,RAVER1,CAPNS1,MPRIP,ZMIZ1,ZMIZ2,PSMD3,AKT1,PRKACA,DDX17,DAPK3,CD3EAP,SCRIB,RFX1,HCFC1,BCR,PRR12,SF1,POM121,TTYH3,BAZ2A,LARP1,RNF216,PIP5K1C,PLCG1,JAG2,CREBBP,JUN,JUND,JUP,SETD1A,IRF2BP1,PRRC2C,IRF2BP2,PBX2,MEX3D,PRRC2B,PRRC2A,HNRNPL,HNRNPM,MEX3B,FASN,GIPC1,DUS1L,CDK16,ARF3,PIGQ,MED16,MED15,SMG5,TIMP2,GPR137,CIC,DLGAP4,UPF1,BRD2,NCOR2,NCOR1,TUBB2A,INF2,PXDN,NFIX,SRRT,CENPB,FAM129B,BCLAF1,TCOF1,CLPTM1,FLNA,ANKRD52,SAMD1,MEF2D,YKT6,BRD4,MBD3,SF3A1,MBD6,SF3A2,DAB2IP,SAMD4B,SCAF1,GATAD2B,GATAD2A,AGBL5,SKI,MYBBP1A,TAOK2,ZYX,PKN1,AGRN,CHPF,CLSTN1,CTNND1,ATN1,IPO5,EIF4ENIF1,RUVBL2,FBRSL1,SLC39A7,LZTS2,SLC39A3,GTF2I,MEN1,TLE3,SH3GLB2,RNF44,FBXW5,PCYT2,MAP2K2,USP5,FOXP4,DGKZ,RNF40,ATXN2L,CTDNEP1,ACAP3,ILF3,DMWD,NCL,RAB35,FSCN1,ADNP,CSNK1G2,ANAPC2,LRRC59,DNMT1,KHDRBS3,ANKRD11,MAZ,CUL1,UBR4,SLC9A1,ATXN2,NDOR1,KLC2,PITRM1,NACC1,DVL1,BTBD2,SAFB2,ABL1,PLXNA1,DVL3,SAC3D1,ODF2,FUS,SEC16A,TNK2,TMEM132A,EEF2,CHERP,SH3BP5L,LRFN4,CNOT3,PLXNB2,PLEKHM2,GPR107,NFE2L1,EIF4G1,RNF187,ZNF512B,DIDO1,HSP90AB1,NUMA1,ZC3H4,ZC3H3,AKAP8L,PTPN23,AP4M1,PTBP1,SART1,SNRNP70,PPP6R1,UBTF,TNPO2,PELP1,HSP90AA1,REXO1,GPX4,RANGAP1,RAD23B,DDOST,ARFGAP1,GIGYF1,TRAF7,CTDSP2,POLR1B,DNAJC5,C1D,ETF1,PPP1R12C,AHDC1,GTF3C1,NLGN2,RAB1B,LENG8,MLLT1,FOXK1,FURIN,LRP3,PPM1G,HDAC7,DCAF15,GANAB,NCLN,POLR2A,U2AF2,UBQLN4,CIZ1,MARCKSL1,PPP1R14B,FBXL19,CDC42BPB,BAIAP2,HNRNPAB,MGAT4B,BCAR1,VARS,ZMYND8,ZDHHC8,HS6ST1,ACTB,TRIM28,BSG,DAG1,LONP1,UBAP2L,ATXN7L3,TMPO,TBC1D10B,SRRM2,SMARCC2,ACTN1,PTOV1,CSNK1D,MOGS,ACTN4,CSNK1E,MAPK8IP3,SRRM1,CCNY,ULK1,TTLL12,LLGL1,MACF1,TBC1D9B,ANP32A,DHX8,TMEM63B,PIK3R2,UBE2J2,APH1A,DHX30,PTDSS2,PCBP2,GSE1,SYMPK,TNRC18,MAP4,RAB11FIP5,B4GALNT4,TMEM184B,INTS1,IQSEC1,SMARCA4,WNK1,BAP1,ITM2C,DAZAP1,PTPRS,GRIK5,MRPS12,AP2A1,PRPF19,SIPA1L3,PTPRF,PTMS,RPTOR,SDF4,GIT1,MINK1,TUBG1,MRPS7,PPRC1,SREBF2,MLF2,HNRNPH1,ARHGEF1,ARHGEF2,DBN1,DOT1L,NOL6,HIRA,MNT,CUX1,GPC1,DYNC1H1,RANBP3,HUWE1,AP3D1,MYO9B,BOP1,HDGF,PNPLA6,MEGF8,GRINA,MIDN,NUP188,CRTC1,ZFAND3,HDLBP,PHRF1,ACRBP,ARHGDIA,KHSRP,POGZ,PALM,SBF1,SH3GL1,TSC2,ATAD3A,HNRNPUL1,HNRNPUL2,SPECC1L,MATR3,LTBP4,CACNA1A,PRPF8,SUPT6H,RAI1,IRAK1,EP400,ZC3H18,CDH24,CAMTA2,ZC3H14,MARK2,BCL9L,HSPA8,PRNP,CPSF7,CPSF1,CCDC136,CBX2,HMGA1,IFT122,HOOK2,HOOK1,GNB2,GNB1,GNAS,PHF13,UBA1,TCF3,SAE1,LSM14B,UBE2M,RERE,GPSM1,B4GALT2,KDM5B,KDM5C,GSK3A,PRKCSH,MAST2,CHD6,CHD4,YBX1,CHD3,MEA1,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,MYO18A,KDM6B,RBM14,PDPK1,CAD,NAV1,NAV2,ARID1A,SAFB,ARID1B,SENP3,EPN1,KLF16,DNM2,CREB3,SFPQ,THRAP3,AKT1S1,CUEDC1,STRN4,FAM168B,MTA1,DNPEP,NT5DC2,MKNK2,MTA2,FBRS,PDLIM7,SPEN,KDM4B,TAF15,LRWD1,SSRP1,USP29,NEURL4,CARM1,ACIN1,SSBP4"
+"gene_set_query"	"383"	"ZBTB26"	"421.7"	"ARCHS4 Coexpression,504;Enrichr Queries,224;GTEx Coexpression,537"	"MDC1,PANK3,CCNJ,TFRC,HNRNPU,THUMPD1,FNBP1L,EPRS,TXNDC16,DCAF7,CRKL,TIAL1,PNN,ALCAM,CHORDC1,GPBP1,STMN1,DPF2,SOX4,TMPO,DDX17,ARRDC4,WSB1,FNBP1,METTL3,ARRDC3,RFX3,CD3EAP,FRS2,HCFC2,RC3H2,SRRM1,IFT81,RFX7,ZC3H11A,DDIT4,HECA,FAM76B,TRIB2,ALG10B,CGGBP1,PFN2,DHX8,DHX9,DCUN1D4,HIF1A,CDKN2AIP,TMTC4,INPP5B,MBTD1,COMMD9,SPAST,RNF216,DHX35,RAD21,HLTF,MIER1,VPS8,GSE1,TNRC18,TRPM7,RBM12,SCAI,SERF2,EDEM3,FZD3,PHC1,ZRANB2,INTS3,INTS2,SMARCA5,PHC3,PAICS,PBX1,PUM2,CS,MLLT11,MLLT10,CCDC88A,ZBTB6,ZZZ3,STAG2,FAM135A,HNRNPK,FUBP1,ID2,HNRNPC,CDK13,INTS8,TMEM9B,DZIP3,CPEB4,TOP2B,SETD2,SMG1,PIGU,CDKN1B,CITED2,CLTB,SLC7A11,PHF6,PCMTD2,EPM2AIP1,NIPBL,FAM102B,MED13,AKAP11,XPO1,ZMYM2,GUK1,TRIM2,REV3L,DHX15,UBXN7,GABPA,PCMTD1,RALGPS2,UPF2,NCOA2,SHPRH,TSC22D1,STRBP,TCF12,TET2,PRPF40B,LRRC40,WDR35,DUSP6,SRP9,WDR33,MED23,PHF20L1,ENAH,KIN,ZEB2,NCOR1,CSDE1,MTF2,PXDN,TET3,G2E3,TMEM106B,PLEKHO1,HNRNPH3,EXOC5,ATP6V0C,STX16,UQCR11,COX5B,HSPA13,BCLAF1,NRAS,BTAF1,USP1,AP2S1,RICTOR,ZSWIM6,CCT8,BRD8,SF3B1,SRSF10,SRSF11,RANBP2,MBD1,PTGES3,HIPK1,RANBP6,MYO9A,LRPPRC,MIB1,KLHL9,NUDT21,MPHOSPH9,NFIA,CCNG2,ETNK1,TAOK1,HNRNPA2B1,PKN1,TARDBP,MPHOSPH8,RNF141,CCNT2,CSE1L,CEP120,UBP1,ARID4A,ARID4B,NUDT11,EIF4ENIF1,IPO8,ZFP30,CDH2,PAPOLG,POGZ,SCMH1,PAPOLA,SMARCAD1,ARID2,GTF2I,HMGN1,PCID2,SUPT16H,ANKRD49,ATP11C,PRPF4B,ZBTB34,THOC2,ZBTB33,TUG1,MSH6,EEF1A1,MORF4L1,DMTF1,MSH2,LIX1,SPECC1L,ANAPC4,PHIP,MATR3,PPIG,ADNP,SNRNP200,IDI1,DDX5,BRI3,IREB2,TARS,PDS5B,PDS5A,CACNA1H,SBNO1,RAP1A,UBR5,G3BP1,EP400,G3BP2,ANKRD10,SLC38A2,SKIL,ZKSCAN1,QSER1,IVNS1ABP,NEK9,OSBPL8,TIA1,SMAD4,CPSF6,CBX5,CBX4,CBX3,NONO,NUP153,KLHL24,MARCH7,REEP1,BCL9,SON,EFNA2,HOOK2,ZFP62,HOOK1,CNOT1,CAPRIN1,RFXAP,JMY,SP3,TPP2,UBA2,MDM4,STT3B,IARS,LSM14A,EIF4G2,MDM1,CREBZF,MUS81,DIDO1,RBM26,DDX3X,HP1BP3,USP34,CHD6,ILK,AFF4,HS2ST1,AP4M1,SENP6,SENP7,DUSP12,SNAPC3,PPP6R3,PSD3,WDR6,TOPBP1,TNPO1,RBM5,RBM6,TBP,PPP1R12A,HSDL1,PDPK1,DIS3,ATRX,VPS13A,VEZF1,DDX50,CKAP5,PTBP2,TGFBR1,SEPT2,LATS1,EEF1G,PTP4A1,PTP4A3,SFPQ,CREB1,PIK3CA,SETBP1,CTDSP2,POLR1B,LUC7L3,BIRC6,SOS1,GTF2A1,NFAT5,KDM3A,HDAC2,KDM3B,GTF3C4,ROCK1,ROCK2,SRSF1,RNF38,LENG8,HMGCR,MLLT3,LRP6,CAND1,GNG2,RBBP4,MAT2A,RAB23,KRIT1,RBBP6,FEM1C,HNRNPA1,MAPK6,EIF4B,HNRNPA0,POLR2L,TTC14,SMARCE1,GADD45GIP1,HNRNPA3,ZFC3H1,NAP1L1,PNRC2,RAD52,SLC4A7,MARCKS,TRIM39,RAB14,EIF3L,EIF3E,RBM45,PDE7A,SLC25A36,METAP2"
+"gene_set_query"	"384"	"ZNF446"	"424.0"	"ARCHS4 Coexpression,649;Enrichr Queries,336;GTEx Coexpression,287"	"MAPKBP1,MDC1,TRRAP,GPATCH1,WDR83,EPRS,GPATCH8,SCAMP4,ZFYVE27,DPYSL2,MYC,VPS39,IER2,TSPYL2,CD3EAP,SCRIB,SOX12,GTPBP4,NISCH,EML5,EWSR1,DDIT3,DDIT4,PRR12,SF1,MEPCE,NPRL3,ABCB8,RRP7A,FAM160B2,RHOT2,RNF215,VPS11,ST3GAL2,HEXIM1,CREBBP,ACD,JUN,PHC1,PRRT2,JUND,DMPK,NCAPH2,ABCA3,SETD1A,IRF2BP1,IRF2BP2,BRAF,NR1D1,PRRC2B,TBL3,LAS1L,FASN,ATG2A,CDK10,DUS1L,ATG2B,GMEB2,TCF25,PIGQ,MED16,BBC3,MECP2,SMPD4,TMEM44,FASTK,TRIM3,GPR137,CIC,GPRASP1,UPF1,BRD1,LRRC45,SPHK2,IFT140,SLC39A13,WDR33,RNF168,NCOR2,SLC7A5,KIFC2,CDC42EP4,PXDN,EXOC3,PICK1,LRRC14,LIN37,WDR24,CENPB,ARFRP1,UNK,EXOSC10,GGA3,BRD9,SRSF11,CENPT,MBD3,RIC3,SF3A2,MBD6,LRRC24,BRF1,SCAF1,SPSB3,XAB2,TAOK2,SARM1,PKN1,YPEL4,YPEL3,SLC27A1,ANKRD13D,PDCD6,ATN1,EDC3,TM7SF2,EDC4,NPEPPS,STK11,FBRSL1,SH3GLB2,TLE2,FBXW5,FBXW8,VPS33B,FBXW9,PPP1R16A,DYRK1B,GTF2F1,PGD,LEMD2,RNF40,TRAIP,LENEP,PYGO2,SLC9A5,ZFP41,MADD,FSCN1,PGP,RAD54L2,SQSTM1,SNRPA,ANAPC2,CUL9,INO80B,RNASEH2C,RAB5B,INO80E,CUL7,RNASEH2A,TUBGCP2,CCDC24,ANKRD11,ABHD8,SLC38A10,NRF1,CORO1B,GLIS2,RHOBTB2,KLC4,BTBD2,DVL2,E4F1,IP6K1,MAP2K7,ZBTB17,TMEM120B,BRPF1,HPS4,FANCE,FBXO31,CHERP,CDK9,BCL9,LRFN4,PTPRA,CNOT3,MAP3K10,PLXNB2,LZTR1,MAP3K12,ZNF512B,NUMA1,ZC3H4,ZC3H3,TRADD,AKAP8L,PTPN23,DUSP12,SNRNP70,PPP6R2,OPA3,DGCR8,UNKL,ILKAP,REXO2,DDOST,GIGYF1,PTP4A3,DALRD3,TRAF4,CTDSP2,POLR1B,ETF1,RP9,RNF31,PPP1R15A,WBP1,GTF3C5,MGRN1,ZBTB45,AMBRA1,JAKMIP1,FZR1,FEM1C,ATP9B,SH2B1,TRIM41,RNF25,MID1IP1,RPRD2,CABLES2,KLF6,TRIM39,P2RX2,STUB1,POLR3H,SEC24C,SLC35B2,HDAC10,KAT5,LONP1,ARFIP2,CCDC97,ARSA,PAQR4,ARRDC1,ECH1,CIRBP,PTOV1,COG1,CSNK1D,MOGS,MAPK8IP3,JMJD8,THAP7,KCTD13,ULK1,TELO2,RTEL1,PAXIP1,L3MBTL2,NECAB3,DHX8,TMEM63C,PEX11B,FBF1,TRMT2A,PCBP3,DHX34,INPP5E,GSE1,SURF6,TNRC18,RCE1,RAB11FIP3,BBS1,STK11IP,XRCC1,WNK1,RGL2,ITM2C,CSRNP2,CITED2,GPAA1,MRPS12,AP2A2,PARP6,PRMT7,DBNL,PRPF40B,RHOF,MLF2,RHOB,FAM193A,SFI1,NAPA,ICA1L,RXRB,MNT,HSF1,SCAND1,PEX16,NPDC1,MIB2,NLE1,CCNG2,PNPLA6,CRTC2,MIDN,MPI,CELSR3,FAM174B,ARHGDIA,HCFC1R1,PPFIA3,CHRNB2,APLP1,TSC2,TSC1,KCTD2,MAU2,PRPF6,FAM173A,ILVBL,HGS,FIZ1,NDUFB10,CACNA1A,STK4,PRPF8,SUPT6H,EMG1,SHARPIN,GRK6,EP400,H1FX,CAMTA2,PRNP,CPSF7,CBX4,PCIF1,KLHL24,CRLS1,HOOK2,ATG16L1,PI4KA,TAB1,CLASRP,PI4KB,MXD4,GPSM1,MUS81,ACADVL,PRKCSH,CHD8,PRR3,HP1BP3,CHD6,PKD1,CABIN1,LRRTM1,SNAPC4,MLST8,KDM6B,PDPK1,H2AFX,EPN1,NDUFS7,AKT1S1,MAN1B1,RALA,ANKS3,RNF8,THBS3,NXF1,DNPEP,RAB40C,GMDS,MKNK2,MTA2,PDLIM7,SPEN,KDM4B,KDM4C,USP20,USP21,ATP13A1,TAF10,HAGHL,CYHR1,LRWD1,NEURL4,ERCC3,CARM1,FAM131A,ASB6"
+"gene_set_query"	"385"	"ZNF559"	"424.3"	"ARCHS4 Coexpression,515;Enrichr Queries,302;GTEx Coexpression,456"	"RPL5,NCKAP1,POP7,TRIO,MYT1L,ARPC5L,HNRNPU,EPRS,CAPNS1,DPYSL2,MYC,PSMD3,LUC7L,AKT1,AP1S1,DIP2A,PRKACA,PRKACB,TMEM8B,DDX17,MEF2C,WSB1,CD3EAP,SCRIB,SOX11,WDR73,SND1,IFT81,RFX7,SPARCL1,CGGBP1,SF1,FLII,AAAS,ABR,LARP1,BLOC1S2,FDFT1,NDFIP2,CREBBP,JUN,PHC1,JUP,PBX2,PRRC2A,HNRNPL,GIPC1,CDK13,FARSA,PHF3,GABRB3,ARF3,PHF2,SETD5,PIGU,CTCF,SMG5,MED12,SMPD4,JPH3,TIMP2,CIC,UPF1,SHPRH,LRRC49,SLC39A13,ASH1L,WDR35,INF2,PXDN,PGAM5,TKT,CENPB,FAM129B,BCLAF1,UNK,TMEM68,CLPTM1,MFN2,FLNA,ANKRD52,SF3B1,YKT6,SRSF11,NKTR,SYNJ2BP,SCAF1,GATAD2A,RNF146,SKI,NFIA,NFIB,ETNK1,TAOK2,SARM1,NUCB1,PKN1,TMEM39B,CEP120,RIMS1,POFUT2,LAMP1,SLC39A7,LZTS2,USP5,MAGI2,THOC1,DYRK1A,TBR1,FBXO11,ILF2,FOXP1,CTDNEP1,ARMCX4,ARMCX1,ARMCX2,DMTF1,RAB34,RAB35,MAPKAPK2,ANAPC4,PHIP,SRSF5,ADNP,KPNB1,CSNK1G2,GLYR1,SLC27A4,RNASEH2C,GRIA2,LRRC59,BRSK2,RAB5C,ANKRD11,CUL3,MAZ,ITPR1,FBXO45,PHF21A,NACC1,DVL1,DVL2,ANKRD10,DVL3,PLXNA3,ESRRA,NEK9,TIA1,ATP8B2,EEF2,MARCH6,CDK9,SON,SH3BP5L,MDM2,PLEKHM2,PLXNB2,LZTR1,NFE2L1,EIF4G1,ZNF512B,NUMA1,WDR1,PTEN,ETFB,SGCE,SART1,MDK,PPP6R1,SNRNP70,PSD3,UBTF,WDR6,EIF5A,DST,AMT,RAD23B,PTBP2,ARFGAP1,ZFP90,GIGYF1,TRAF7,DNAJC7,CTDSP2,POLR1B,DNAJC5,AHDC1,RNFT2,GTF3C1,SMARCD2,CANT1,RAB1B,SRSF1,RNF38,LENG8,PPM1D,GANAB,U2AF2,EIF4H,VPS54,FYN,SPAG9,SLC35A1,PPP1R14B,FBXL19,CDC42BPB,HNRNPAB,TPD52L2,DBNDD1,KLF6,MARCKS,MGAT4B,P4HB,PPIL3,PPIL4,TNRC6A,TRIM33,METAP2,EIF3B,VARS,ZDHHC5,PNN,TRIM28,BSG,KIF21A,CCNL2,BTRC,EPHB2,ATXN7L3,SOX4,ARRDC4,SRRM2,METTL3,MTUS1,ANK2,MOGS,CSNK1E,ACTN4,SRRM1,KCNQ2,AKAP9,OBSL1,TSHZ3,TMEM63B,STXBP1,MYCBP2,PIK3R1,INPP5B,APH1A,NUAK1,COMMD9,SPAST,MLEC,ARGLU1,ZRANB2,INTS1,BCL11A,INTS3,STAM,SMARCA2,MED13L,SMARCA4,PTK7,FUBP1,ID2,MAGED2,GRB2,CALR,ITM2C,DAZAP1,VLDLR,PRPF19,EPM2AIP1,PCF11,ZMYM6,SDF4,CTSB,NCOA6,MINK1,COMMD6,ITFG2,SREBF2,CSDE1,WAC,HNRNPH3,SGK1,STX16,SATB1,DOT1L,ARNTL,PPP2CA,RXRB,HIRA,PES1,MON2,RYK,AP3D1,MYO9B,PRPF39,DPY19L3,CTNNB1,TRIP12,HDGF,MPHOSPH8,GRINA,CD81,HDLBP,NUCKS1,ARHGDIA,POGZ,EP300,SBF1,PCID2,DSCAM,TSC1,ATP1B1,ATAD3A,HNRNPUL1,TBL1XR1,HNRNPUL2,PRPF3,CHMP4B,MATR3,WDFY3,DDX5,PSMD12,LTBP4,SUPT6H,DPP3,IRAK1,EP400,MYH10,BCL9L,PRNP,CPSF7,SMAD4,CPSF6,AUTS2,SYT1,SMURF1,VTA1,CLK2,CLK1,PAN2,HOOK2,HOOK1,GNB2,GNB1,TCF4,PI4KB,BRWD1,UBE2M,CREBZF,MUS81,KDM5B,GSK3B,KDM5C,DDX3X,PRKCSH,CHD6,CHD3,YBX1,CHD2,LMNB2,TTC28,PPP1R9B,SENP6,SENP7,SEC61A1,SEPT9,LASP1,ZC3H7B,GATAD1,MAN2C1,RBM5,RBM6,KDM6B,HGSNAT,SUN1,PDPK1,DDX54,ARID1B,SENP3,TGFBR1,LATS1,SETBP1,AKT1S1,ZMYND11,NRXN1,ATP1A1,AGPAT3,THBS3,NXF1,FAM168B,MTA1,TAF1C,FAM120A,MTA2,FBRS,SNCA,MAPK3,TTC14,RBM39,MBTPS1,KDM4B,NEURL4,CARM1,ACIN1,QRICH1,SSBP2,RBMX"
+"gene_set_query"	"386"	"ZNF91"	"425.7"	"ARCHS4 Coexpression,422;Enrichr Queries,343;GTEx Coexpression,512"	"CYFIP2,MAPKBP1,TFRC,MYT1L,HNRNPU,ENO2,EPRS,FNBP1L,RPL8,GPATCH8,PSMD9,ALCAM,CAPNS1,DPYSL5,DPYSL2,MYC,AKT3,STMN1,PRKACB,DDX17,GABARAPL1,MEF2C,RBFOX2,WSB1,CXADR,RBFOX3,REV1,CD3EAP,SOX11,NISCH,EML5,DAAM1,RUFY3,DDIT4,RUFY2,RPL29,FLII,HIF1A,OAZ1,HSPH1,CHST15,S100A10,JUN,FZD3,PRRT2,RAB3IP,PRRC2B,PBX1,MLLT11,HNRNPL,PKIA,FAT3,GABRB2,SMG1,PIGU,WDR47,BTG1,KCNC1,SHF,TRIM9,NIPBL,MMP24,UBL3,TUBA1A,CHL1,TRIM2,TRIM3,TIMP2,DLGAP1,GPRASP1,PCMTD1,UPF1,SHPRH,LRRC49,DUSP6,SLC7A5,TUBB2B,PLSCR3,KIFC2,PXDN,TKT,PHLPP2,RPL12,ATL1,ADAM22,FGD4,CHN2,CKB,YKT6,RUNX1T1,FARP1,KIDINS220,ATRNL1,MBD1,DAB2IP,NMNAT2,KTN1,NFIA,ABI2,LPCAT4,NFIB,NUCB1,YPEL5,NUCB2,MTCH1,RAB3C,CLSTN1,CLU,SLC8A2,RIMS1,ZFP30,SESN1,MAP3K9,BNIP3L,SLC38A1,ANKRD46,RALGAPA1,IGFBP3,F2R,MAGI2,DISP2,CTDNEP1,CACNB4,MADD,RAB35,PHIP,FKBP5,LRRC59,RAB5C,TNKS,INSIG1,ANKRD12,LIN7C,ORC4,NEUROD2,KLC2,NACC1,SRGAP3,SLC38A2,ZKSCAN1,PLXNA4,TMEM120B,MARCH6,REEP1,PTPRD,NBEA,SPIRE2,CPE,SERINC1,TUBGCP4,EIF4G1,SNAP25,WDR1,CELF1,SYNE2,DUSP12,SART1,FSD1L,CAPZB,PPP6R1,PSD3,DGCR8,CEP170,ERC2,TRIM67,EIF5A,HSP90AA1,GPX1,DST,ATRX,VPS13A,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,PPP1R15A,RAB1B,TULP4,FBXL20,ABLIM1,GANAB,CCDC85C,U2AF2,VPS53,POLR2G,MEST,ATP9B,SLC12A5,SEMA4G,HNRNPAB,TPD52L2,MARCKS,KLF6,TSPAN13,APC,RAB15,ASXL3,PDCD4,P4HB,MDGA1,SPG21,CBLN1,METAP2,EIF3B,EIF4A2,PANK3,VARS,JMJD1C,GCC2,ACTB,NUDT3,TRIM28,FTH1,KIF21A,BSN,GLUL,SOX4,CALN1,TMPO,EPHA5,SRRM3,SRRM4,ENTPD6,MTUS1,CIRBP,MOGS,ANK2,ANK3,MAPK8IP3,TIAM1,AKAP9,HECA,KCTD12,PFN1,PAXIP1,STXBP1,FOXG1,MYCBP2,TRANK1,PIK3R1,KALRN,NKAIN2,APH1A,SYNGR1,PCBP1,SCN3A,SS18L1,MICAL3,MICAL2,CCDC88A,GOLGB1,ID2,ITM2C,ROBO2,TOP2B,DAZAP1,TMEM151B,CSRNP3,CITED2,DIRAS2,MRPS12,PTPRO,GRIK2,PRPF19,HERPUD1,AKAP12,EPM2AIP1,PCLO,ENC1,REV3L,SDF4,KIF1B,RALGPS1,ZYG11B,TMED9,TSC22D1,TSC22D3,NME2,MRPS7,RHOA,MLF2,RHOB,ARHGEF9,PABPC1,SGK1,CSTB,SATB1,SATB2,AKAP6,NOL4,GNAI2,CAMKK2,SH3BGRL,CAMK2N1,PES1,MGAT1,CTNNA2,PAK3,MYEF2,PLEKHA6,PNMA2,MYO9A,KLHL9,ATAT1,CCNG2,KLHL7,TTC3,HDGF,ARID4A,CYP46A1,CELSR3,ARHGAP44,TMEM145,BASP1,PPIP5K2,ARHGDIA,SH3GL2,PPFIA2,TMOD2,ADAM11,TSC1,KCTD2,ATP1B1,HNRNPUL1,CHMP4B,ABCG4,NDRG4,NDRG3,RTN1,CACNA1B,CACNA1A,PDS5B,NDRG1,RTN4,SDCBP,IRAK1,FUT9,KIF3A,BPTF,SYT4,HSPA8,PRNP,CRIM1,KLHL24,CLK4,NFKBIA,EFNA2,DLG2,HOOK2,HOOK1,GNB2,CNTN1,TCF4,LSM14B,BRWD1,FGF13,PRKCSH,USP33,CHD6,ELAVL4,SLC2A3,PPP1R9A,PKD1,RND3,LMNB1,POLB,MCF2L,RB1CC1,PDPK1,PJA2,VCAN,ALS2,SETBP1,RER1,DCX,LUC7L3,INA,HCN3,NRXN1,NRXN2,RBM4B,CRMP1,TOB1,MAPK8,RMND5A,UGP2,GNG2,GNA11,CLASP2,RRM2,PCDHGC4,USP22,ATP2B2,GDAP1,MAPK10,SLC4A8,NEURL4,PPP2R2B,RBM42,VIM,SUGT1,SSBP2"
+"gene_set_query"	"387"	"ZNF704"	"426.0"	"ARCHS4 Coexpression,172;Enrichr Queries,467;GTEx Coexpression,639"	"NCKAP1,TRIO,MYT1L,POP4,ARPC5L,FNBP1L,BACH2,ALCAM,MPRIP,DPYSL5,ZMIZ1,DPYSL2,AKT3,DPYSL3,DIP2C,DDX17,GABARAPL1,MEF2C,RBFOX2,CACNA2D1,SOX11,EML5,DYNC1LI2,DAAM1,PSME3,RUFY3,DDIT4,VPS25,PRR13,PDGFA,NEDD4L,AGAP1,SLAIN1,OAZ1,ADAMTS10,PPP4C,ST3GAL1,JUN,CADM1,CADM2,PLK2,EXOC6B,MAD2L1BP,PBX1,PRRC2B,SFXN3,DCHS1,FAT3,FAT4,FARSA,CPEB4,PHF2,PIGU,PHF23,MECP2,CHL1,TRIM2,TRIM3,TIMP2,GARNL3,LYPLA2,ELOVL6,NIPA2,ASH1L,DUSP6,PSMA5,SLC7A5,ZEB2,TMEM33,PTRH2,PXDN,VAMP4,PLCB1,PAFAH1B1,NFIX,NIP7,ADAM22,ADCY1,ADCY6,CHN2,AP2S1,FLNA,ANKRD50,JAM3,RUNX1T1,FARP1,KIDINS220,UTP3,YLPM1,DAB2IP,NMNAT2,SKI,NFIA,ABI2,NFIB,TAOK1,PHLDB1,ATP8A2,ATP8A1,CLSTN2,CTNND2,FRY,SLC8A1,RIMS4,RUVBL1,PLS3,GTF2I,MAGI1,RALGAPA1,IGFBP3,MAGI3,TPM1,FRMD4B,SRCIN1,ARMCX1,AAGAB,BRSK2,CD151,TNKS,ITPR1,UBR3,GLIS2,NACC1,PLXNA2,SRGAP1,ZKSCAN1,PLXNA4,MPDU1,ARPC4,LSM4,CORO2B,PTPRD,ARPC2,NBEA,NSG2,ARPC3,NF1,SPIRE1,NOP10,NUMA1,CELF2,CELF3,SYNE2,MRPL4,SGCE,DUSP12,CAPZB,PSD3,PMEPA1,CEP170,NEO1,EIF5A,DST,SECISBP2L,ATRX,SEZ6L,ARL4C,PTP4A3,TFDP1,CTDSP2,POLR1C,PPP1R12B,TNFRSF21,SEC22C,PPM1L,TULP4,LRP6,STOX2,ABLIM1,ATP9A,CACNG4,TUB,SPAG9,NTRK2,NTRK3,PCDH7,CDC42BPB,CDC42BPA,TNRC6C,NELL2,KLF7,KLF6,NFASC,APC,SYT11,ASXL3,ST7,METAP2,PANK3,CCNI,PPAN,DIXDC1,TXNDC16,HERC2,RUSC2,FLAD1,EPC2,KIF21A,PTGFRN,SOX4,ARL10,EPHA5,EPHA4,ST6GAL1,LIMCH1,ZFP2,MTUS1,ANK2,ANK3,TIAM1,CRYZL1,HECA,SIK2,TLN2,ATP6V0D1,PFN1,TRIB2,MACF1,IGSF3,FOXG1,PIK3R3,PIK3R1,KALRN,TTBK1,NUAK1,RIMKLB,SCN3A,MICAL3,MYO5A,DCLK2,PTK2,SNAP91,DCLK1,EXT1,CCDC88A,WNK1,ID2,WNK2,ITM2C,ROBO2,NRP1,CSRNP3,PTPRS,CITED2,GRIK3,SLC7A11,VLDLR,SIPA1L2,ROBO1,AKAP12,PCM1,AKAP11,C1QBP,ENC1,REV3L,KIF1B,KIF1A,ZYG11B,NCOA6,ZDHHC17,MTSS1,MLF2,RGMA,RHOB,RNF144A,ENAH,SLC22A23,ARHGEF9,RAP2A,PACS2,RHOU,MAPT,SGK1,SATB1,AKAP6,PRICKLE1,ARVCF,CAMK2N1,GPC4,CCT5,DYNC1H1,ARNT2,MYEF2,SORT1,SORBS2,SORBS1,PNMA2,MYO9A,PPP1CA,MIB1,CAPZA1,TTC3,MEGF8,MPHOSPH8,ZFP28,CDK5R1,CARS,SCARB2,CELSR2,CELSR3,IGF1R,TOMM22,EFTUD2,KIF5C,POGZ,NRCAM,PPFIA2,CHRNB2,TMOD2,CASK,KCTD5,TANC2,POU3F3,MYCN,GPRIN1,WDFY3,GEMIN7,XPR1,RAI14,ARHGEF26,ARHGEF25,NXPH3,NPR2,NOP2,NDRG2,NDRG1,CAMSAP1,EFNB2,ARHGAP21,FUT9,KIF3C,TBC1D16,BPTF,PRNP,CBX5,AUTS2,SYT1,PTCH1,HMGA1,CRIM1,DSTN,KLHL24,GNAO1,ARHGAP32,HOOK2,HOOK1,TCF4,BRWD1,CREBZF,RERE,GSK3B,DOCK4,DDX49,PRKCSH,MAST2,CHD6,ARHGEF10L,SLC2A3,AFF3,PPP1R9A,AFF4,PKD1,SENP7,MCF2L,DACT3,DACT1,SUN1,ARHGEF12,H2AFY,PDPK1,PDE4D,CTPS2,NAV2,ARID1B,SEPT3,VCAN,SETBP1,NUP50,DCX,ZMYND11,NRXN2,CRMP1,ASAP1,NCALD,ADD2,IGFBPL1,FAM168A,NCAM1,CLASP1,CLASP2,USP22,B3GAT1,LCA5,MEIS2,FMNL2,FAM131B,BAX,SSBP2"
+"gene_set_query"	"388"	"NRF1"	"426.2"	"ARCHS4 Coexpression,1163;ENCODE ChIP-seq,8;Enrichr Queries,134;ReMap ChIP-seq,11;GTEx Coexpression,815"	"POP5,NUP107,POP7,IFT172,POP4,TBK1,CAPNS1,RAVER1,ALKBH1,AKT2,AKT1,PRKACA,FNBP4,TSTD2,EWSR1,DDIT3,TMEM126A,JTB,SF1,ATF4,SLBP,SHMT2,NPRL2,MEPCE,NPRL3,PDGFA,PRPSAP1,RHOT2,PIP5K1A,HEXIM1,CREBBP,JUN,JUP,NCAPH2,EIF2AK1,PBX1,TBL3,SFXN3,MTMR14,KCNC3,MED16,BBC3,DDA1,MED17,MECP2,PCMTD2,MED11,PCMTD1,APC2,SPHK2,SLC39A10,EPS15L1,GMIP,MED26,MED29,DUSP6,DUSP7,MED25,MED24,PLSCR3,PXDN,ERGIC3,PAFAH1B3,PAFAH1B1,TRUB1,ELOF1,LIN37,WRB,CENPB,EXOSC10,SPOP,SAMD1,STX2,MBD3,CENPT,ATAD1,MBD6,MBD1,MCRS1,TRAPPC10,RABIF,MYBBP1A,SNX16,CCDC9,SHKBP1,SNX14,SNX15,TAOK2,PKN1,AGRN,CRAT,YPEL3,FRYL,GZF1,MTCH2,PDCD6,PDCD5,ATN1,MPV17L2,PLOD3,CASC3,LAPTM4A,POFUT2,PIAS4,PCYT2,FBXW5,DGAT1,EIF1AX,STX7,POLRMT,LENEP,CDC25B,FAM118B,PIAS1,MSH6,DMTF1,MSH2,SRSF2,SRSF3,SRSF5,SRSF7,SRSF9,INO80B,KHDRBS1,INO80E,TXNDC9,UQCRB,NRF1,LIN7C,CORO1A,FBXO42,NDOR1,G3BP2,NAE1,IP6K1,IP6K2,FBXO38,UROS,ARPC5,FBXO31,UCKL1,DRAP1,ARPC2,NACA,SP3,DMXL2,ACO2,CLPTM1L,CNTROB,OGT,ISY1,ALAS1,PTEN,ETFB,AP4M1,ACP2,PGLS,UNKL,ACP1,SNAP29,BCAS2,UNC45A,EIF5A,EIF5B,DHPS,VPS13A,ACTR8,ARFGAP3,RABGGTB,RABGGTA,MSL1,SYF2,PCCB,TMBIM6,TOP1,CANT1,UHRF2,SRF,SRSF1,U2AF1,MLLT3,TSPAN31,MTHFSD,CDC42,U2AF2,PHKG2,TRIM46,UBQLN1,FEM1C,FYN,E2F4,HNRNPA1,EIF4B,GADD45GIP1,NOP56,TRIM41,SSB,GPKOW,TXNL1,CDC5L,EXOG,PINK1,NAGK,SUCLA2,EIF3K,EIF3L,OCIAD1,PDCD4,STUB1,TRIM37,EIF3E,EIF3D,BCAR1,UNC79,SMARCB1,PPAN,ACTB,CRKL,HERC4,TRIM28,SNRPD2,CDC27,TRIM24,EPC1,CCDC97,EIF2D,BSN,ATXN7L3,FBXO9,TRIM23,EIF2A,ATP6V1G1,SMARCC1,ECH1,CIRBP,MOGS,ACTN4,MFSD11,CDC34,CFDP1,PPA1,CDC37,KCTD13,FLYWCH1,DHX8,TMEM63B,GIPR,DHX9,MYCBP2,CEND1,TTBK2,PGS1,MBTD1,KCNN1,ATP6V1C1,SMARCA5,HARS2,SMARCA2,PTK2,MED13L,SMARCA4,AIMP2,EXT2,CWF19L1,NDUFAF3,GRB2,CALR,SUGP2,FBXL6,DHRS13,MRPS12,NAT10,SYNCRIP,ACTR1A,MAP1LC3B,OTUD6B,UIMC1,RAC3,SDF4,GIT1,MRPS25,GAA,CACYBP,SYP,TFB2M,SREBF2,APRT,GAK,KIN,PITPNM1,SLTM,FAM32A,TAX1BP3,ARHGEF1,PABPC1,PTMA,SLU7,NAPA,NAPB,PCNA,SSNA1,GBA,HSD17B4,RELA,NAPG,OS9,PDZD11,RAE1,PEX16,MAP3K3,VEGFB,COX6C,GRIN1,YIF1B,VEGFA,PDCL3,BOP1,SEC23IP,ITCH,KLHL7,KLHL8,TTC3,TCEA2,GRINA,OTUD5,CRTC2,NARF,SYS1,PRDM4,CRTC1,COX6A1,CELSR3,IGF1R,GNPTAB,DENND5A,MORC3,FBXW11,TMOD3,DNAJB12,ADAM10,UBE4A,UBE4B,SDHD,SDHA,SDHB,DHDDS,ADAM15,TBC1D20,PSPC1,EHBP1L1,TBC1D24,TBC1D25,RAF1,CARS2,PPIA,DDX5,NDUFB10,COX17,HTRA2,PLD3,CACNA1G,NCKIPSD,SHARPIN,DHRS7B,GRK6,TBC1D17,SYT5,PCIF1,TIMM44,NUP153,AP4B1,HOOK2,NASP,HOOK1,MKRN1,GALK1,UBE2M,RERE,CUEDC2,ZMYND19,HP1BP3,DPY30,TAZ,LMNB2,LMNB1,RB1CC1,MYO18A,SUN2,PDPK1,NAV2,SYNGR3,EPN1,EEF1G,ELF2,RER1,EEF1D,GFOD2,CRY1,MAN1B1,AGPAT5,RNF8,SLC3A2,RNF7,AGPAT1,CYTH2,TMEM203,GNG5,MKNK1,MKNK2,MTA2,RPP14,CYTH1,TIMM8B,ATF7IP,RRM2,TTC13,URGCP,BNIP3,EYA3,USF2,USF1,ERCC1,ERCC2,GPD1L,IPO11,RRP1,ARPC5L,GPATCH1,HNRNPU,SMC6,EPRS,PHB2,GPATCH8,RRP9,CNST,TFG,ZMIZ1,AP1S1,VPS35,NUP214,NUP210,WDR74,ARMC8,GTPBP4,HCFC1,DAAM1,ARMC6,WDR82,VPS28,PI4K2A,ANAPC13,LRPAP1,CTBP2,ANAPC16,PDXDC1,XPA,RNPC3,ANAPC11,NUP85,BLOC1S2,ST3GAL2,BTF3,NAA50,NDFIP2,ICMT,DMPK,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MEX3D,PHC3,WDR55,EHD1,HNRNPL,GNPTG,HNRNPM,HNRNPK,ARL2BP,HNRNPF,TOLLIP,ATG2A,HNRNPD,HNRNPC,FARSA,FARSB,GMEB1,SETD2,MOCS2,CDKN1B,GMEB2,BTG1,PHF23,ARPC1A,GPT,KRI1,WDR45,WDR43,AIFM1,CIC,JARID2,TPI1,EXOC7,NUTF2,NCOR2,ZEB2,KAT2A,SIKE1,NCOR1,TUBB2A,KIFC2,HEATR5B,MTF2,TCP1,EXOC6,GRN,NFIX,TIMM9,USO1,WDR24,PAPSS1,FGD3,PPP1R7,SLC17A7,DEDD,PCGF6,YTHDF1,CSNK1A1,WDR18,NR1H2,GATC,SYVN1,SCAF1,PHF5A,NFIA,NFIB,PLP2,ANKRD13B,FAM49B,ANKRD13D,RAB3A,CEP120,AUP1,PARK7,RPL10A,TM7SF2,PPP1CB,IPO9,CFL1,PAPOLA,SLC39A6,SNRNP35,HMGN3,HMGN1,PLEKHJ1,GTF2I,TLE4,MAGI1,TLE3,USP7,MAP2K2,USP5,USP3,DYRK1A,GTF3A,DYRK1B,TRAFD1,THOC3,VRK3,THOC6,PYGO2,MORF4L1,ILF3,RAB34,RAB35,FKBP8,PGP,CSNK1G2,IFNAR1,FKBP2,CBFB,UBR4,UBR2,PHB,ORC6,DDRGK1,TPR,DVL2,CCDC32,MAP2K7,MAP2K6,MCL1,PLXNA3,AP1M1,EIF2B5,TRAPPC3,AKIRIN2,RAB4A,TRAPPC1,CCDC12,TRAPPC4,TRAPPC5,SCRT1,COPS6,COPS5,LRFN1,CCDC22,CNIH2,RSL24D1,BCL2L2,DIDO1,MCM7,ZC3H3,CCDC47,WDR4,LBH,NOB1,VPS72,SNRNP70,WDR5,UBTF,WDR6,CEP170,TNPO2,TNPO3,ILKAP,PLEKHG2,GGPS1,RPL13A,PLRG1,WIPI2,TFDP1,DAD1,CTDSP2,POLR1B,DNAJC5,POLR1C,CCDC43,CRK,MTPN,HDAC2,VPS4B,RAB1B,PDHB,DNAJB1,POLR2A,DNAJB6,FIP1L1,HAUS8,RAB23,POLR2E,DNAJB9,POLR2F,CSK,POLR2H,POLR2I,POLR2L,SLC35A2,SLC35A4,PPIL2,RNGTT,IDH3G,FBXL19,FBXL16,BCKDK,RAB10,POLR3B,RAB14,VAPA,VAPB,DNAJA3,DOLPP1,POLR3E,RAB18,SNRNP48,POLR3H,POLR3K,PANK4,SLC35B2,IFITM2,HDAC10,ZMYND8,PITPNB,CISD1,CISD2,PDCD2L,RPS15,TIAL1,PNN,RPS16,FRAT2,KAT5,FLAD1,PPP2R1A,DENR,BTRC,TBC1D10B,RPS12,COG6,ARRDC1,ARRDC3,COG2,SRRM1,KARS,ATP6V0D1,RTEL1,TRANK1,RPAP3,ZNHIT1,FXR2,CSTF1,TNRC18,TRPM7,RALGDS,VASP,TMEM184B,SETDB1,SLC35E3,PUM1,PUM2,RPS25,RPS29,FUBP1,ADCK5,RNPS1,RBAK,RPS21,C2CD2L,CITED2,ZFAND2B,SPPL3,LIMD2,XPO1,C1QBP,SEC61G,XPO6,XPO5,UBXN7,RAB8A,RALGPS1,TMED4,PSD,PSENEN,CBR1,TMED9,PARP1,PARP2,STRADA,ZDHHC16,ITFG2,SCNM1,NFX1,HNRNPH1,HNRNPH3,GDPD1,NOL7,RFNG,PTS,TYMP,NT5C,PPP2CA,ZDHHC18,APBB3,PURG,MTX1,NFYA,NFYB,NFYC,PTGES3,XPO7,KBTBD4,CAPZA2,MEGF8,MPHOSPH6,NDUFA11,NDUFA12,SPPL2B,ARHGDIA,HCFC1R1,RALBP1,KDM2A,LIG3,RSBN1,PRPF6,HGS,PRPF3,SPECC1L,MATR3,DAP3,COPB2,ZCCHC7,ISYNA1,RPS19BP1,NOP2,EFNA4,EMG1,UBB,ZMAT2,ZMAT5,TCTEX1D2,BPTF,KLHDC3,CPSF7,CBX5,CPSF1,CBX4,CBX2,NONO,CBX1,CWC15,EIF2S2,EIF2S1,EFNA3,COQ2,EFNA2,CHMP2B,CHMP2A,PI4KA,DYNLRB1,SAE1,MUS81,KDM5C,ASNSD1,CBY1,YBX1,SNAPC2,CASP2,RBM7,KDM6B,H2AFX,SPATS2,AXIN1,PPP2R5B,PPP2R5D,PPP2R5C,SAFB,DNM1,RABEP1,AKT1S1,TERF2IP,PFDN1,THOP1,KDM3A,ATF6B,ETFDH,THBS3,NXF1,FAM120B,KDM4A,TMEM30A,QPCTL,CYHR1,RPS6KB1,CAPN10,RPS6KB2,CDK2AP2,MT-ND4,UXS1,ARAF,EHMT1,RBPJ,LSM10,PSMD8,SAMD14,KRTCAP2,LSM12,ZFYVE27,SAMD10,TMEM8B,MEF2A,STARD7,DNTTIP1,GAPVD1,EML2,SCAMP3,SND1,EML4,FAM133B,EID1,EID2,ZFYVE19,PSME3,PSME1,UQCRC1,PSME2,LETMD1,ABCB6,MEAF6,AGAP2,SDR39U1,ABCB8,MRPL14,AGAP3,MRPL12,OAZ1,GABARAP,MRPL10,GIGYF2,MRPL20,CYB5R4,PRKAR2A,GRPEL2,AMZ2,PUSL1,HMGXB3,RHBDL1,ABCA2,PRRT2,ABCA3,EDEM2,MRPL24,EIF1,MRPL22,MRPL30,ABTB1,MLLT10,EIF5,UCK1,TDP2,TDP1,EZH1,GPR19,EZH2,ARF4,ARF1,PIGU,PIGT,RPLP1,PIGP,MRPL36,CTCF,ECSIT,MRPL34,MRPL32,PIGX,TRMT112,MRPL42,NIPBL,TMEM43,FASTK,RPLP2,UPF2,DFFB,UPF1,LRRC45,NSUN2,PGAM1,MRPL49,SIRT6,SIRT7,NIPA2,DYNLL1,MRPL45,MRPL53,PSMA6,PSMA3,PSMA4,PSMA2,CDC42EP4,PELI1,TMEM106C,TUT1,TMEM106B,SLC29A1,DLD,VAMP2,ARF6,LRRC14,SRRT,PSMA7,MRPL54,TMEM70,MRPL55,PSMB4,UNK,TMEM65,FLNA,HARS,MEF2D,SRSF10,NKTR,LRRC24,YLPM1,GATAD2B,GATAD2A,BYSL,SPSB3,LYRM2,PSMC5,PSMC4,SRRD,GOPC,CCNT2,CSE1L,UBE2D1,TSEN2,HDDC3,YY1,STK11,SMCHD1,PIM3,SLC25A44,AP2M1,KPNA1,PPP1R16A,SARS,ZBTB34,PRPF4B,FOXP1,RBX1,SAP30,ACAP3,SLC9A5,SQSTM1,KPNB1,ANAPC2,PFKFB4,RNASEH2A,MAX,ARL3,MAZ,ISG20L2,ARL1,NTPCR,SBNO1,SBNO2,STK38,E4F1,ZBTB17,TIA1,GFPT1,EEF2,UBLCP1,STK25,TUBGCP4,TMEM19,MDM1,ZNF512B,SLC25A3,HSP90AB1,CELF1,POMT1,PIK3CD,ARRB2,FSD1L,PMEPA1,EID2B,PELP1,HSP90AA1,PPP1R12A,DST,ARNT,RAD23A,RAD23B,HAX1,PIK3C3,BIRC6,PPP1R12B,SLC25A11,SEC22C,GTF3C1,PPP1R15B,NDUFB7,NDUFB4,PRCC,CXXC1,ZBTB43,ZBTB45,FOXK1,PPM1D,GANAB,PARD6A,FCHO2,BEND3,SLC25A22,SH2B2,NDUFA8,PPP1R14B,NDUFA6,NDUFA5,NDUFA3,FOXJ2,LYSMD1,RPL23A,MCOLN1,TPD52L2,ATOX1,SNRK,SLC25A39,P4HB,SMAP2,SEC24C,SMAP1,EIF4A1,PLEKHB2,TMEM41B,ZDHHC5,IFI30,CYB5D1,CCAR1,RASSF1,RASSF2,OGFOD2,CHORDC1,SLC12A6,SLC12A9,TMPO,PAQR4,ZFP1,SCAF11,ENTPD6,ANK1,THAP3,GNPAT,THAP7,KDELR2,ULK1,PREB,CTXN1,MMADHC,STX1A,GCDH,TMEM87A,PIK3R1,PTTG1IP,SNX4,PCBP4,DHX34,PCBP1,ERI3,SYMPK,RBM12,N4BP1,ZBED4,XRCC6,INTS2,XRCC1,PAICS,SNW1,WNK1,INTS5,PAF1,COL9A3,INTS7,CCDC127,GPAA1,CCDC124,TECR,INTS10,AATF,ARV1,SPTLC1,CTSL,RSRC1,HYAL2,MLX,DHX15,SSSCA1,KIF1B,NDEL1,NCOA1,CCT3,NCOA2,GRIPAP1,TMEM150A,NCOA5,ACAD9,MINK1,ZFR,ANO8,MRPS7,MRPS6,PDRG1,CTU1,KIF2A,CSDE1,CRELD2,SFI1,DBN1,STX12,RABGAP1,DOT1L,CCDC107,CCDC106,MNT,EXOSC4,HSF1,HEATR3,CCT8,EXOSC2,EXOSC1,NPDC1,NPM1,YIPF2,YIPF3,YIPF5,MIB2,TMUB1,CRIPT,UBE2G1,DOHH,PPP1CA,FKBP1A,PER1,TARDBP,MIDN,BCCIP,PPME1,CAPN5,EP300,ARID2,SBF1,BAHCC1,SBF2,PPFIA3,SLC30A5,LMTK3,ATAD3A,TMX3,FAM173A,DKC1,TMX1,SBDS,UBE2V1,RTN2,RTN3,NDRG3,YTHDC1,RASGRP2,KIF3A,CYC1,NDUFV3,BCL9L,IVNS1ABP,FDPS,PRNP,PHF12,HMGA1,DSTN,SUPT5H,SSH3,CLK4,ANKHD1,PAN3,OSTC,PHF14,CYCS,TAB3,TAB1,YWHAE,GSK3B,GSK3A,PRR7,NAA40,PRKCSH,MAST1,CHD6,ATP2A2,CHD3,DDX41,TRIAP1,HMGB1,CHD2,MEA1,PPP1R9B,BCL7C,BCL7B,NUP62,MLST8,TIMM17B,UQCRFS1,YWHAG,YWHAH,UTP15,RBM17,RBM14,HSDL1,NCBP1,EED,DDX56,ABHD14B,ARHGEF18,ABHD14A,YWHAZ,UTP18,SFPQ,NDUFS8,CREB1,IRF3,NDUFS7,NDUFS6,TBC1D5,PEX6,PPDPF,NUP50,TBC1D7,MVD,NAA38,RBM22,DCTN5,DDX27,DCTN1,DCTN4,PARN,RBM4B,CLCN2,DNPEP,MAT2A,TAF1B,TNKS2,NAA25,VHL,PDLIM7,RBM39,CHURC1,NAA10,MIIP,LRWD1,IRGQ,MAPK11,GLB1,ASB8,FAM131A,TAF6,FAM98A,NAA15,RAN,FAM50A,RPL5,TRIO,STMN3,DCAF8,ENO2,RPL8,GABPB1,BACH2,DCAF6,RPL7,GLE1,MYC,ZXDC,RPL36,DIP2A,IER2,PIH1D1,RPL22,DAPK3,CD3EAP,SOX12,MED4,RNF123,DYNC1LI1,RNF126,UBA52,DUS3L,PRR14,POM121,MAPKAP1,NEDD4L,ATXN7L3B,VPS26B,HIF1A,PRDX2,PRDX5,PPP4C,RAD21,BRAP,RPL41,ACD,FZD3,JUND,H3F3B,RAB3IP,PRRC2C,CDC7,THAP11,TMEM198,TADA2B,FIBP,PPP5C,NPLOC4,GIPC1,OGDH,CDK10,CDK16,OGFR,SPEF1,ELL,TCF25,LPCAT1,ING1,ING4,TMEM189,SPIN1,GPR137,RIOK2,EMD,ZC3H10,BRD2,SSR4,TCF12,RNF167,AFTPH,RNF166,SF3B2,RPL10,GPS1,TIMM13,GPS2,HSPA14,BCLAF1,ASNA1,RPL14,RPS2,RPL18,RNF130,SF3B1,RPL19,SF3A2,SRP68,RNF146,FIG4,TM9SF2,ABI1,CHPF,TUSC2,FMR1,RNF19B,YEATS4,FAM107B,ZFP30,MACROD2,MAF1,RNF44,RPS5,AIP,GTF2F1,GTF2F2,RNF40,CTDNEP1,DISP2,RALGAPB,STIM2,DGKQ,NCL,ERP29,PHPT1,DNMT1,CD151,ANKRD11,ABHD8,CUL1,TARS,PHF21A,RHOBTB2,BAG4,PITRM1,BTBD2,BAG1,PSAP,SAFB2,SLC15A4,MPDU1,WDTC1,ESRRA,MARCH9,LSM4,CHERP,CNOT4,LSM7,GON4L,CDK5,CDK4,MAFG,NF1,RNF181,SERINC1,EIF4G2,EIF4G1,RNF187,LMBR1L,RNPEPL1,TRADD,DUSP18,PTPN23,DUSP11,SART1,PTBP1,PPP6C,OPA1,SIN3B,SIN3A,OPA3,SLC37A4,REXO1,PDCD6IP,GPX4,YDJC,COASY,PATL1,TRAF7,DALRD3,TRAF4,RPL37A,EVL,SOS1,EIF4E2,RNF31,NFAT5,GTF2A1,NLGN2,WBP1,WBP2,RNF38,LAGE3,DCAF15,HIRIP3,SNRPB2,RBBP7,DCAF11,MEST,DCAF12,SPAG7,RNF24,SEMA4D,PLCL2,PNRC1,TRIT1,KLF7,KLF6,APC,IMPDH2,MGAT4B,RHEBL1,PWP1,GOLGA2,GOLGA4,RUSC1,GOLGA1,DPF2,ARL6IP4,KIFAP3,SOX4,PTOV1,BOLA1,JMJD8,JMJD6,MRPS18C,COX7A2L,VDAC3,PFN1,ANKRA2,CBLL1,TMEM161B,TEX264,MGST3,TWF2,GMCL1,PRRC1,SPAST,VPS8,INPP5K,SCAP,PATZ1,BANP,ZRSR2,FIS1,SNHG1,RABGAP1L,SS18L1,MEMO1,ZWINT,UBAC2,SRPK1,STAG1,CCDC88C,TMCC1,CORO7,CC2D1A,ITM2C,CC2D1B,CDS2,HBS1L,DAZAP1,TRAM1,FAF2,EPM2AIP1,HINT1,SERP1,AUH,GUK1,ZMYM6,CDV3,TSC22D1,PRMT1,RHOF,TUBG2,TUBG1,UCHL3,RHOA,RAB33B,WAC,MAPT,ALDOA,SGK1,ATP6V0C,PRIM2,PRIM1,AKAP8,UQCR11,UQCR10,AKAP1,CUX1,SUZ12,RANBP3,AP3D1,RSL1D1,PRPF39,TOMM7,RAB3GAP2,FAU,GALNT11,HDLBP,ARID4B,TOMM20,CHCHD4,TMEM145,FBL,CHCHD1,TMEM14C,ANGEL2,APLP1,PAM16,TOMM34,KCTD2,DPM2,MAU2,DPM3,PREPL,TMEM135,TBL1XR1,ILVBL,RPL7L1,FIZ1,ISCU,LTBP4,STK4,ADIPOR2,SDCBP,CASKIN1,ZC3H18,ATP6V1D,ZC3H14,PDZD7,ZC3H15,ATP6V1F,HSPA9,SMAD2,ACBD6,HSPA8,SMAD4,ACBD4,PTCH1,IFT122,TBCB,DNAJC13,TBCA,SMAD5,DNAJC17,TDRD3,ARHGAP33,TMEM115,DLG4,RFXAP,ACADVL,ABCD3,USP39,SENP7,TMEM101,PDE4A,TMEM109,SCYL1,TSFM,USP48,JAGN1,KLF13,ABCC5,RNF208,TRNAU1AP,ARID1A,SENP2,SENP3,ARID1B,KLF16,CHMP6,CHMP7,LUC7L2,CHMP5,RGS19,USP16,USP10,OPRL1,SPG7,IWS1,U2AF1L4,HSPD1,STRN3,RMND5B,ABCF3,SPEN,PTCD3,RWDD1,USP20,BAD,USP21,USP22,SGTA,HAGHL,DTNBP1,HSPE1,NAP1L4,PIK3IP1,TBKBP1,PDE7A,SSBP4"
+"gene_set_query"	"389"	"ATMIN"	"426.7"	"ARCHS4 Coexpression,423;Enrichr Queries,100;GTEx Coexpression,757"	"TDRKH,NCKAP1,SLC4A1AP,TFRC,ZFYVE9,SMC3,EPRS,ZMIZ1,DPYSL2,MYC,STMN1,AP1S2,AKT1,AP1S1,PIP4K2B,IER5,MEF2C,PRKCI,WSB1,WSB2,DAPK1,CD3EAP,DICER1,ATG13,RC3H2,PRKAR1A,WDR82,DDIT4,TBPL1,MTMR9,AGAP1,ARPP19,HIF1A,LDHA,HSPH1,LARP1,RAD21,PIP5K1A,AMZ2,FDFT1,BRAP,NAA50,JUN,ICMT,PLK2,MEX3D,MEX3C,EIF1,HNRNPL,EIF5,TOLLIP,PSMG1,HYOU1,DZIP3,CPEB4,ARF3,PIGU,BTG1,CDKN1B,CLTC,SETD7,SNX12,TCF20,ADO,SMG7,UBL3,MED13,TRIM2,TIMP2,SPIN1,GPR137,ANXA7,SH3BGRL3,JARID2,ELOVL6,BAZ1B,GNL1,DYNLL2,DUSP6,SLC7A4,DDB1,PXDN,DLD,PAFAH1B1,RPL12,USO1,SLC7A1,FAM117B,TM9SF3,BCLAF1,NRAS,PPP1R7,NSD1,SRSF12,YTHDF1,CSNK1A1,USP9X,HIPK1,LRPPRC,ARCN1,KTN1,NFIA,NFIB,YPEL1,CCDC6,PKN1,CSE1L,FBXO28,CTNND1,UBP1,IPO7,IPO5,NUDT11,SLK,SESN1,OSBP,SLC39A6,GTF2I,CDKL2,TLE4,MAP2K4,BNIP3L,USP7,SLC38A1,PCYT2,USP5,IGFBP3,ANKRD45,TPM1,ATP11B,PIAS2,BSCL2,MSH6,MORF4L1,ACLY,PKP4,FKBP4,SQSTM1,KPNB1,LRRC59,KHDRBS3,CUL3,INSIG1,ITPR1,STK39,FBXO45,UBFD1,SPATA7,SBNO1,BAG5,PITRM1,UBR7,G3BP1,UBR5,NACC1,G3BP2,SLC38A2,MCL1,OSBPL8,GFPT1,ASNS,DHCR24,EEF2,REEP5,CNOT1,MDM2,GPR107,CLPTM1L,EIF4G3,EIF4G2,NFE2L1,EIF4G1,CCDC47,PTEN,DUSP12,SCRN1,OPA1,AP1G1,TLK2,PMEPA1,EVI5L,TNPO1,CCDC34,ZFP91,RANGAP1,RAD23B,TSN,ARL4C,PTP4A1,TRAF7,TFDP1,CTDSP2,POLR1B,IMPAD1,LANCL2,ETF1,SSX2IP,GAPDH,CRK,GTF3C1,PPP1R15B,SMARCD2,GTF3C4,MFF,PPM1E,DPCD,DNAJB1,HECTD1,DNAJB6,UBQLN1,FEM1C,WASF1,EIF4E,EIF4B,ATP9A,CACNG4,FEM1B,FBXL19,TXNRD1,SYT16,PTPN11,CDC42BPB,KLF6,MYO1B,RAB15,VAPB,DRG1,TRIM37,TRIM33,TPT1,EIF3B,APP,LPGAT1,PANK3,CERK,THUMPD3,CISD2,EFR3A,TRIM28,DHX57,FTH1,LONP1,DAG1,KIF21A,BTRC,GLUL,ATXN7L3,SOX4,AGFG1,SMARCC1,SACM1L,CIRBP,ISLR2,ACSL3,CCNY,MACF1,IGSF3,DHX9,MYCBP2,DCUN1D1,TWF1,PIK3R1,APH1A,UGCG,ERI3,MLEC,GSE1,TSPAN3,RBM12,ATP6V1C1,RAB11FIP5,SRPK2,SURF2,RCC2,SMARCA4,CCDC88A,WNK1,ID2,CALU,CALM1,BAP1,AARS,ITM2C,FAM57B,CITED2,CETN3,MRPS12,WASL,PTPRK,HERPUD1,ZCCHC14,COIL,SYNCRIP,ARV1,ZMYM2,AKAP11,XPO1,ZMYM4,ENC1,GIT1,NCOA1,PARP1,TSC22D1,TSC22D3,TUBG1,MRPS7,MLF2,RHOB,CSDE1,CANX,WAC,PABPC1,ALDOA,SGK1,CSTB,CAB39,ZDHHC20,NOL4,RBM15B,METTL6,PAK2,MAP4K4,RYK,HUWE1,RANBP9,AP2B1,VEGFA,XPOT,AGGF1,TRIP12,HDGF,CDK5R1,SH3GL3,UBE3C,KDM1A,HDLBP,NUCKS1,UBE2Z,CELSR2,IGF1R,CNDP2,PPME1,CHCHD6,KIF5B,TOMM34,OCRL,KCTD3,ATP1B1,EEF1A2,TMED10,PDS5A,NDRG1,PRPF8,CAMSAP1,RTN4,ACACA,TCTEX1D2,PDZD8,QSER1,KLHDC10,BCL9L,IVNS1ABP,KLHDC3,HSPA8,PRNP,UBE2H,ZFHX2,HSPA4,CCDC136,IDH1,CBX1,NUP153,DNAJC13,DNAJC18,NFKBIA,EFNA2,APPBP2,HOOK2,HOOK1,CAPRIN1,GNB1,MKRN2,UBE2N,GNAS,CYCS,LSM14B,YWHAE,KDM5B,GSK3B,DYRK2,DDX3X,DOCK9,PRKCSH,USP32,CHD6,DDX42,ATP2A2,SLC2A3,CHD4,TAZ,MEA1,RND2,AFF4,TMEM191C,LASP1,YWHAQ,UBE2Q1,YWHAG,ARHGEF12,PDPK1,IQCE,SENP2,CKAP5,YWHAZ,RCN2,CREB1,ZMYND11,DDX25,ATP1A1,HMGCR,FAM169A,CLCN3,TOB1,FAM168B,DNPEP,MAT2A,FAM120A,MAPK6,PDE4DIP,NAP1L1,RPS6KB1,VIM"
+"gene_set_query"	"390"	"ZNF324"	"427.7"	"ARCHS4 Coexpression,555;Enrichr Queries,310;GTEx Coexpression,418"	"ANKLE2,POP7,RRP1,GPATCH1,WDR83,EPRS,ALKBH6,RAVER1,ZMIZ1,DPYSL2,MYC,IER5,SAMD10,IER2,VPS18,MED8,WDR74,CD3EAP,GTPBP1,MED6,WDR81,DDIT3,DDIT4,ASPHD2,PRR12,MTMR1,POM121,MEPCE,ABCB8,VPS26B,RRP7A,ABR,PIP5K1C,PUSL1,ST3GAL1,ST3GAL2,HEXIM1,JUN,JUND,JUP,DMPK,PLK2,SETD1A,IRF2BP1,MTHFR,WDR55,TMEM199,TBL3,TOLLIP,FASN,PSMG3,PLCH2,DUS1L,OGFR,GMEB1,PIGU,ELL,PHF23,LRRC4,TCF20,SNX11,MED16,ING1,TRIM8,CIC,BRD2,SPHK2,SIRT7,DUSP8,DUSP6,NCOR2,DDB1,SLC7A5,TAF6L,AFTPH,TMEM179,SDHAF1,TET3,PXDN,ARF5,LRRC14,NFIX,SF3B3,LIN37,SRRT,WDR24,ARFRP1,TMEM169,GGA3,CLPTM1,BRD9,HARS,CKB,MBD3,LRRC24,TTC9C,SCAF1,GATAD2A,SPSB3,MYBBP1A,TAOK2,SARM1,PKN1,SLC27A1,GTF2B,RAB3D,ZBTB22,TM7SF2,EDC4,STK11,MAP3K9,SLC25A44,FADS1,USP3,VPS33B,F2R,RNF40,LENEP,ILF3,SLC9A5,RAB35,FSCN1,PGP,ANAPC2,CUL9,RNASEH2C,PFKFB3,MAZ,CORO1A,RHOBTB2,GOLGA7B,EIF1AD,SBNO2,PITRM1,BTBD2,DVL2,E4F1,IP6K1,MCL1,ZBTB17,TMEM120B,OSBPL2,CORO2A,CHERP,CDK9,YRDC,SH3BP5L,LRFN4,LRFN1,MAFG,LZTR1,MAP3K12,ZNF512B,DUSP12,PPP6R1,UBTF,WDR6,PMEPA1,UNKL,DGCR2,RFC2,YDJC,TRAF7,PTP4A3,TRAF4,DNAJC5,CTDSP2,POLR1B,C1D,DNAJC9,ETF1,AHDC1,PPP1R15A,HDAC3,GTF3C4,TSSC4,MGRN1,PRCC,LENG8,MLLT1,ZBTB45,AMBRA1,DNAJB1,FZR1,NCLN,RBBP5,FEM1C,SLC25A22,SEMA4A,MARCKSL1,TRIM41,RNF25,MID1IP1,FBXL19,HIP1R,CABLES2,KLF6,PFKL,POLR3H,SLC35B2,EIF4A1,PANK2,TMEM183A,HDAC10,PITPNA,FRAT2,KAT5,TRIM28,LONP1,CCDC97,TRIM26,ATXN7L3,SCAPER,SOX4,PAQR4,ARRDC1,ARRDC3,IFRD1,CIRBP,PTOV1,CSNK1D,MOGS,JMJD8,MAPK8IP3,THAP7,KCTD13,HECA,ULK1,KCTD12,ATP6V0D1,TRIM11,KCTD15,TELO2,DHX8,PEX11B,FBF1,TRMT2A,PGS1,DHX30,DHX34,MICAL1,INPP5E,CSTF1,SURF6,TNRC18,RCE1,RAB11FIP3,N4BP1,ZBED4,BANP,TREX1,SRPK1,ID2,CWF19L1,INTS5,RNPS1,ITM2C,DHRS13,CCDC120,CITED2,PPP1R10,GPAA1,SUV39H1,PRPF19,RPTOR,CTSD,RAB8A,NDEL1,DBNL,TSC22D3,RHOF,COMMD5,MLF2,RHOB,PITPNM1,RPUSD1,ARHGEF2,SGK1,NAPA,DOT1L,CAMKK1,RELA,NOL6,ARNTL,HIRA,MNT,PAK1,RBM15B,HSF1,EXOSC2,NLE1,KBTBD4,CCNG2,SCARB2,MIDN,CD81,MPI,ARHGAP39,KHSRP,ARHGDIA,SNIP1,SBF1,PPFIA3,CHRNB2,KDM2B,ATG9A,LMTK2,HGS,FAM173A,ILVBL,TBC1D25,FIZ1,RELL2,GEMIN7,KLHL18,LTBP4,SLC1A4,SUPT6H,EMG1,SHARPIN,GRK6,CAMTA2,MARK2,PRNP,CBX4,TBCD,CLK3,NFKBIA,EFNA2,HOOK2,ATG16L1,HOOK1,SKIV2L,MXD4,RERE,GSK3B,USP36,GSK3A,KDM5C,DDX49,PRKCSH,CHD8,PRR3,CHD6,GRM5,MFSD5,SNAPC4,NUP62,MLST8,GET4,KDM6B,RBM14,KLF13,PDPK1,USP43,AXIN1,DDX54,ARID1A,GFOD2,CRY2,MAN1B1,THOP1,OTUB1,USP10,RGS16,GOSR1,USP19,THBS3,RMND5B,CYTH2,NXF1,TAF1D,TMEM201,DNPEP,RAB40C,MKNK2,PTK2B,KDM4A,KDM4B,ATP13A1,HAGHL,CYHR1,LRWD1,USF2,DLK2,NEURL4,RPS6KB2,ASB6"
+"gene_set_query"	"391"	"AHDC1"	"428.0"	"ARCHS4 Coexpression,145;Enrichr Queries,112;GTEx Coexpression,1027"	"MAPKBP1,TRIO,STMN3,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,DIP2A,PRKACA,VPS36,RBFOX1,REV1,CD3EAP,SCRIB,SOX12,BCR,DAAM1,RFX7,DDIT4,PRR12,MTMR1,TTYH3,AGAP2,AGAP1,PDGFA,BAZ2A,ABR,FAM171A2,RDH13,PIP5K1C,ABCA2,CREBBP,JUN,CADM3,JUND,CADM4,PRRT2,JUP,CADM1,DMPK,IRF2BP2,NR1D1,PBX1,PRRC2B,PRRC2A,VANGL2,FAM135A,GIPC1,FASN,GTF2IRD1,PLCH2,SETD5,PHF2,PIGU,CLTB,SHB,TRIM8,JPH4,JPH3,PLEKHN1,CIC,DLGAP4,APC2,BRD1,ASH1L,DUSP8,DYNLL2,DUSP6,DUSP7,NCOR2,INF2,KIFC2,CINP,PXDN,NFIX,GSTP1,UNK,NCDN,MEF2D,WNT7B,PCGF2,DAB2IP,SNX21,SCAF1,SKI,NFIA,NFIB,TAOK2,ZYX,PKN1,AGRN,PHLDB1,CLSTN3,NAB1,CLSTN1,ATN1,FADS3,NRBP2,FBRSL1,LZTS2,TLE3,SH3GLB2,SEMA6C,RALGAPA1,CTNNBIP1,DYRK1A,FOXP4,SRCIN1,FOXP1,CLIP3,CACNB1,CLIP2,TOM1L2,ACAP3,FSCN1,ADNP,IFNAR1,FKBP5,BRSK1,BRSK2,ANKRD11,GPR85,RAP1GAP,PHF21A,FBXO42,SLC9A1,GLIS2,NEUROD2,KLC2,DVL1,BTBD2,DVL2,PLXNA2,PLXNA1,E4F1,SRGAP3,WDTC1,LRRC4B,TNK2,TMEM132A,STK24,CPD,PLXNB2,MAP3K10,PLXNB1,NFE2L1,ZNF512B,CELF3,PTEN,CELF4,CELF5,PTPN23,BICD2,PIK3C2B,DUSP12,EVI5L,TNPO2,DGCR2,DST,GIGYF1,PTP4A3,CTDSP2,C1D,SFT2D1,GTF3C1,HDAC5,NLGN2,SRC,PARD6G,FOXK1,MLLT1,LRP3,AMBRA1,SEMA3F,DNAJB2,CACNG7,ABLIM1,MGAT5B,SLITRK5,SLC25A23,SH2B1,LINGO1,PPP1R14C,TRIM41,SEMA4B,FBXL19,LYSMD4,RPRD2,CDC42BPB,FBXL16,BAIAP2,TRIT1,NELL2,KLF6,RAB12,BCAR1,METAP1,APP,ZMYND8,TXNDC12,ZDHHC8,HS6ST1,RAPGEFL1,ACTB,RUSC2,FBXO3,KIF21B,EPHB2,SRRM2,ACTN1,ANK2,CSNK1E,ANK3,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,STX1B,KCNQ2,ULK3,ULK1,OBSL1,CTXN1,LLGL1,MACF1,NUMBL,IGSF3,STXBP1,SDC3,PIK3R2,PIK3R1,ZBTB5,TTBK1,GNG10,NUAK1,GSE1,TNRC18,MAP4,RALGDS,RAB11FIP3,B4GALNT4,INTS1,IQSEC2,IQSEC1,BCL11A,MICAL3,MED13L,SMARCA4,ID2,WNK2,SDC1,CALM3,BAP1,ITM2C,NRP1,CCDC120,PTPRS,GDI1,GRIK5,SPPL3,SIPA1L3,PTPRF,PTMS,AKAP12,ENC1,NCS1,KIF1A,GIT1,PSD,STARD3NL,TSC22D1,NCOA6,MINK1,ANO8,MTSS1,SREBF2,MLF2,RGMA,RHOB,MN1,PACS2,PITPNM2,ARHGEF4,MAPRE3,RHOV,ARHGEF2,CD47,MAPT,SGK1,DBN1,DOT1L,MNT,ARVCF,CUX1,GPC1,GABBR2,MIB2,MYO9B,GRIN1,SGSM2,MEGF8,MIDN,CRTC1,ARHGAP39,CELSR2,IGF1R,KHSRP,POGZ,PALM,EP300,SBF1,BAHCC1,PPFIA3,SH3GL1,LMTK3,TSC2,ATP1B1,TBL1XR1,EEF1A2,WDFY3,RTN2,ARHGEF25,LTBP4,CACNA1A,DTX3,SEZ6L2,NDRG1,CPLX1,TIMM50,RAI1,DPP6,SCUBE1,CASKIN1,EP400,MARK4,MYH10,BCL9L,AUTS2,SSH3,ARHGAP23,GNAO1,ARHGAP33,EFNA3,HOOK2,HOOK1,DLG4,DEGS2,RERE,GPSM1,KDM5B,KDM5C,LDB1,THRA,PRKCSH,CHD8,MAST2,CHD6,CHD4,ARHGEF10L,CHD3,CHD2,PKD1,ELAVL3,LASP1,EEF2K,ZC3H7B,MYO18A,SPEG,KDM6B,SUN1,KLF13,PDPK1,PLA2G4B,NAV1,NAV2,ARID1A,SENP2,ARID1B,EPN1,DNM1,PPDPF,NAT8L,SHANK1,CAMK2B,NRXN2,ATP1A3,WIZ,ATP1A1,DNPEP,MTA1,TNKS2,PPP2R3C,SV2A,NCAM1,SPEN,KDM4B,B3GAT1,ATP2B4,ACVR2A,HS3ST1,FAM131B,RGS12,ATP13A2,SSBP3"
+"gene_set_query"	"392"	"TIGD5"	"428.3"	"ARCHS4 Coexpression,794;Enrichr Queries,294;GTEx Coexpression,197"	"RPL4,ANKLE2,POP7,GPATCH4,EPRS,RPL8,TSKU,RRP9,LSM12,PSMD7,ALKBH1,MYC,PSMD3,IER5,IER2,HES6,CSNK2A1,WDR74,CD3EAP,SCRIB,SOX12,SCAMP3,MED6,WDR77,RNF126,WDR81,CLPP,ZSCAN21,DDIT4,VPS28,PI4K2A,TTYH3,CDCA4,MEPCE,MRPL12,MRPL13,MRPL11,RRP7A,RNF215,RRS1,PUSL1,SLC19A1,ST3GAL2,HEXIM1,JUN,JUND,DMPK,SETD1A,IRF2BP1,MAD2L1BP,TYSND1,MRPL23,MCAT,THAP11,TADA2B,TBL3,FASN,DUS1L,PIGU,PIGQ,PRKAG1,MRPL37,MED16,TMEM186,BBC3,RIOK2,RRP15,LRRC47,LRRC45,MIOS,SPHK2,MRPL46,MRPL44,TAF6L,SLC7A5,INF2,KIFC2,PTRH2,MED20,PXDN,PGAM5,PAFAH1B3,LRRC14,NFIX,TIMM13,TMEM160,WDR24,CENPB,ARFRP1,PSMB5,GGA3,RRP36,BRD9,MBD3,BRF2,LRRC24,MDH2,WDR18,GATC,SRP68,WDR12,BYSL,PHF5A,TRMT6,SRRD,SARM1,TSR1,PKN1,AGRN,SLC27A1,CHPF,ATN1,HDDC3,STK11,NUDT19,PIM3,MAF1,FADS1,FBXW5,PPP1R16A,POLRMT,RNF40,LENEP,CTDNEP1,ACAP3,SLC9A5,FSCN1,PGP,LY6E,CCDC24,MAZ,ABHD8,SLC38A10,FOXO6,GLIS2,RHOBTB2,SOCS2,EIF1AD,BTBD2,DVL2,E4F1,SAC3D1,ESRRA,TMEM120B,NOP14,NOP16,TMEM132A,ZBTB12,ADAP1,CHERP,ZC3HC1,SLC7A6OS,GNL3L,LRFN4,TMEM11,SPIRE2,LZTR1,MAP3K12,MCM7,ZC3H3,WDR4,MRPL4,DUSP12,NOB1,OPA3,PMEPA1,MRPL9,ADSL,GPX4,TFIP11,YDJC,REXO4,PTP4A3,TRAF4,CTDSP2,POLR1B,RP9,DCTPP1,TRABD,TSSC4,PRCC,VPS4A,ZBTB45,LRP3,FZR1,PUF60,RBBP5,FEM1C,CCDC71,SLC25A22,MARCKSL1,TRIM41,MID1IP1,FBXL19,CABLES2,POLR3B,P2RX2,DNAJA3,EIF3I,POLR3D,POLR3E,STUB1,POLR3H,EIF3C,TRIM32,EIF3A,BCAR1,SLC35B2,EIF4A1,HDAC10,PPAN,PREP,KEAP1,ZDHHC8,PDCD2L,NUBP2,FRAT2,LONP1,PAQR4,IMP3,ARRDC1,BOLA1,MRPS18B,CIRBP,PTOV1,MRPS18A,CSNK1D,MOGS,JMJD8,MRPS18C,THAP4,AFG3L2,NIF3L1,THAP7,GRWD1,KCTD13,CTXN1,TELO2,TRIM11,TMEM161A,BRCC3,CSTF1,DHX37,SURF6,TNRC18,RCE1,RAB11FIP3,ZBED4,MEMO1,ERAL1,GADD45G,AIMP2,ZBTB6,INTS5,ADCK5,NOL10,NOL11,FBXL6,ITM2C,MRPS17,MRPS16,CITED2,GPAA1,MRPS12,RPTOR,TMED1,UTP14A,PRMT5,DBNL,MRPS24,MRPS22,MRPS2,NME3,TFB2M,RHOF,MRPS7,COMMD5,APRT,MLF2,RHOB,CTU1,RPUSD1,FAM20C,SGK1,FJX1,CSTB,TOMM40,DOT1L,NOL9,CRIP2,MRPS30,CCDC106,RBM15B,SAMM50,EXOSC4,HSF1,SCAND1,VEGFB,MIB2,TMUB1,NLE1,RGP1,KBTBD4,RSL1D1,BOP1,GRINA,MIDN,MPI,ARHGAP39,EFTUD2,TATDN1,ARHGDIA,HCFC1R1,CHCHD1,PPFIA3,ATAD3A,FAM173A,HGS,PLAA,GEMIN7,NDUFB10,RPF2,EMG1,RNASEH1,SHARPIN,DPP9,GRK6,H1FX,CAMTA2,CYC1,VARS2,MPST,PRNP,CBX4,RHBDD3,VTA1,CBX2,DNAJC11,HMGA1,ASPSCR1,TIMM44,COQ2,EFNA2,HOOK2,HOOK1,UBE2S,MXD4,GPSM1,PRR7,DDX49,PRKCSH,CHD6,TRIAP1,TMEM223,MLST8,GET4,PDPK1,H2AFX,DDX54,EPN1,KLF16,NDUFS7,EEF1D,PPDPF,AKT1S1,CHMP6,STOML2,POLDIP2,TBRG4,RMND5B,TAF1D,DNPEP,TMEM203,RAB40C,MKNK2,BNIP1,RPP14,ABCF2,PDLIM7,ABCF1,PTCD1,PTCD2,TAF10,HAGHL,CYHR1,PDAP1,LRWD1,ASB6,SSBP4"
+"gene_set_query"	"393"	"ADNP2"	"429.0"	"ARCHS4 Coexpression,725;Enrichr Queries,192;GTEx Coexpression,370"	"RPL4,ANKLE2,NUP107,TFRC,HNRNPU,SMC3,EPRS,ALCAM,ZMIZ1,MYC,DPYSL2,IER5,IER2,GABARAPL1,CSNK2A2,CD3EAP,GAPVD1,HDHD2,GTPBP4,HCFC1,DDIT4,NUP98,DUS3L,ATF4,NUP205,POM121,TARSL2,CDCA4,NEDD4L,NOLC1,BAZ2A,HIF1A,HSPH1,LARP1,RHOT1,RAD21,PIP5K1A,NAA50,CREBBP,JUN,JUND,PHC1,H3F3B,PLK2,PRRC2C,TYSND1,IRF2BP2,MEX3C,EIF1,HNRNPL,MLLT10,EIF5,HNRNPD,HNRNPC,EZH2,CPEB4,SETD5,MOCS2,PIGU,BTG1,RPLP0,TCF20,PHF8,NIPBL,AP3S2,JARID2,BRD2,BRD1,TEX10,ACTL6A,MRPL48,BAZ1B,DUSP6,RNF168,SLC7A5,TUBB2A,TET3,PXDN,PELI1,SF3B3,SLC7A1,SCAF8,BCLAF1,BTAF1,NSD1,ZSWIM6,SF3A1,YTHDF2,SF3A2,USP9X,MBD1,SCAF4,LRPPRC,GATAD2A,NUDT21,RYBP,SERBP1,PKN1,TUSC2,CSE1L,PARK7,IPO7,IPO5,PPP1CC,LAMP1,SALL2,RNF19A,PIM3,FADS1,TLE3,USP7,SUPT16H,ANKRD46,USP3,DYRK1A,FOXP1,ST7L,MSH6,ILF3,MSH2,ADNP,SNRNP200,KPNB1,ANAPC1,CSNK1G1,KHDRBS1,PFKFB3,TNKS,INSIG1,ANKRD12,GMPS,TARS,UBFD1,SOCS2,PITRM1,TPR,UBR5,G3BP1,ABL2,BRIX1,SLC38A2,SKIL,MCL1,DR1,BRPF1,EEF2,YRDC,SON,STK24,CNOT1,MAFG,PIN4,CNTROB,IARS,HSP90AB1,NGRN,PTBP1,DUSP12,METTL14,AP1G1,SIN3A,TNPO1,DIS3L2,HSP90AA1,RFC3,DIS3,VBP1,LANCL1,PTP4A1,CTDSP2,POLR1B,ETF1,PPP1R15A,PPP1R15B,NFAT5,SMARCD3,GTF3C4,SRSF1,ZBTB43,PARD6G,RCHY1,DNAJB1,BEND3,RBBP6,FEM1C,IGF2BP3,HNRNPA1,ADSS,EIF4B,HNRNPA0,HNRNPA3,TXNRD1,HNRNPAB,KLF6,VAPB,TRIM35,EIF3E,TRIM33,EIF3A,EIF4A1,PANK3,ZMYND8,ZDHHC5,CISD2,JMJD1C,ZDHHC3,NUDT3,ACTB,TRIM28,TRIM24,LONP1,UBAP2L,SEPHS1,TBC1D10A,SOX4,TMPO,SMARCC1,AQR,ACTN1,ARRDC3,IFRD1,CSNK2B,FAM76B,SIK1,HECA,EZR,DHX8,DHX9,CD99L2,PIK3R1,ZBTB5,MBTD1,UGCG,SEC14L1,PDCD11,HIVEP1,GSE1,RBM12,ZBED4,XRCC6,RCC2,PAICS,MED13L,WNK1,FUBP1,ID2,ITM2C,AHCTF1,SLC35F2,CITED2,FAF2,MRPS12,SLC7A11,SPPL3,AKAP12,SYNCRIP,ZMYM2,XPO1,XPO5,ENC1,DHX15,KIF1B,ARIH1,RALGPS2,TSC22D1,PARP1,PRPF40A,RHOB,PABPC1,SGK1,PCNA,SLC20A1,AMIGO1,HEATR1,RBM15B,NFIL3,SERTAD2,GPC2,CCT8,GPC4,CCT5,MAP4K4,CCT4,NPM1,RYK,TTC1,VEGFA,HNRNPA2B1,TRIP12,NUP188,KDM1A,ZFAND5,NUCKS1,PHRF1,IGF1R,AMMECR1L,SNIP1,EP300,ARID2,KDM2A,TTC7B,SHISA4,EEF1A1,HNRNPUL1,TBL1XR1,PPIF,SBDS,FIZ1,SLC1A1,PRPF8,RTN4,TBC1D13,SUDS3,QSER1,IVNS1ABP,HSPA8,PRNP,SMAD4,NUP155,HSPA5,SMURF1,CBX2,NONO,CBX1,KLHL22,NUP153,AZIN1,NFKBIA,EFNA2,HOOK2,NASP,HOOK1,PHF13,UBA2,DEGS1,TCF3,SAE1,KDM5B,DDX3X,DDX47,PRKCSH,CHD6,DDX42,HMGB3,PSIP1,SLC2A3,CHD4,YBX1,CHD2,USE1,AFF4,LMNB2,LMNB1,SPRED2,TOPBP1,KDM6A,KDM6B,KLF11,USP42,PDPK1,PDE4D,CAD,H2AFV,ABHD14A,NAV2,ARID1A,UTP18,ARID1B,CKAP5,SFPQ,OTUB2,AGPAT5,KDM3A,DDX21,SLC3A2,HMGCR,HSPD1,GNA13,DNPEP,TRA2B,NT5DC2,MAPK6,FBRS,ARFGEF1,SPEN,ATF7IP,RRM2,ATP2B1,SSRP1,USF2,ACVR2A,QRICH1,RAN"
+"gene_set_query"	"394"	"NCOA2"	"430.3"	"ARCHS4 Coexpression,716;Enrichr Queries,186;ReMap ChIP-seq,227;GTEx Coexpression,592"	"TDRKH,RB1,MT-ND4,TRIO,TRRAP,GPATCH1,EHMT1,STMN3,HNRNPU,EPRS,BACH1,TSEN54,TSKU,PREX1,KRTCAP2,PSMD6,RNF114,PSMD7,MPRIP,ZMIZ1,MYC,AKT3,AKT1,AP1S1,DIP2B,IER5,RNF111,IER2,MEF2A,DDX17,MEF2C,WSB2,PRKCE,CD3EAP,DICER1,WDR77,ZC3H11A,DDIT4,TARS2,RNF121,CDC42SE1,MTMR1,MTMR3,XPA,PDGFA,NEDD4L,BAZ2A,MTMR4,AAAS,PLA2G6,HIF1A,CIAO1,ANAPC11,MRPL20,PRDX2,PRDX5,RHOT2,PPP4C,CHST12,CHST15,PIP5K1A,AMZ2,PIP5K1C,S100A10,ABCA2,ACD,CREBBP,JUN,WDR59,JUP,CHKA,PRRC2C,PBX2,NR1D1,MRPL24,PBX1,MLLT11,EHD1,HNRNPL,SETX,SLC6A6,GNPTG,FAM135A,GIPC1,HBP1,GTF2IRD1,CDK13,CPEB4,ATG2B,PHF3,SETD2,SMG1,PIGU,GMEB2,CDKN1B,TCF25,PIGQ,RPLP0,CLTC,LPCAT1,TCF20,DDA1,TMEM189,TRMT112,TRIM9,UBL5,NIPBL,MED13,SPIN1,TCP11L2,RPLP2,AP3S2,PLEKHN1,JAK2,JARID2,JAK1,PCMTD1,IFT140,SSR2,TCF12,TET2,SIRT4,MRPL49,NUTF2,AEN,EPS15L1,ASH1L,WDR34,DDB2,NCOR2,PHF20L1,MRPL52,AFTPH,SIKE1,PSMA3,ZEB2,NCOR1,MMP17,PXDN,TET3,PELI1,RAPGEF1,RAPGEF2,TKT,ARF6,PHLPP2,TRUB2,GRAMD1A,WDR26,URM1,TIMM13,FAM117B,CENPB,PSMA7,FAM129B,NRAS,SCAF8,TMEM65,NSD1,PSMB1,STX6,LEO1,RICTOR,YKT6,MBD3,BRF1,RIOK3,GOLM1,USP9X,WDR18,TRAPPC10,PCGF3,SYVN1,DHRS1,HIPK1,SNX16,NFIA,NFIB,TAOK1,ABI1,PKN1,YPEL3,FRYL,UHRF1BP1L,TMEM167B,ATP8A1,TUSC2,RAB3D,PARK7,FRY,ABHD12,STK11,SMCHD1,SLK,ABHD11,RNF19A,PIM3,KPNA2,GTF2I,TLE4,USP8,TPM3,ANKRD44,DYRK1A,TRAFD1,ATP11B,ZBTB34,THOC7,PIAS1,LENEP,THOC6,FOXP1,ACAP2,NHP2,PGP,PHIP,SNRPC,ARL8A,SLC27A4,ANAPC2,ANKRD17,DNMT1,RNASEH2A,CD151,ABHD2,ANKRD11,ABHD8,ITPR1,UBR4,ARL2,SPATA2,UBR3,PHF21A,SLC9A1,SOCS2,SBNO2,NDOR1,ESD,PSAP,TPR,UBR5,THEM4,E4F1,SRGAP1,SKIL,ZKSCAN1,MCL1,ESRRA,TMEM120B,OSBPL8,CCDC12,TMEM120A,TRAPPC8,MARCH8,MARCH7,LSM4,COPS6,CNOT6,LSM7,STK24,CNOT1,RHEB,UQCRQ,SP3,DMXL2,MDM2,SPIRE2,NF1,RNF181,PLXNB2,MDM4,EIF4G3,SLC25A3,PPP1R13B,CELF1,CCDC47,COX4I1,WDR4,PTEN,ARRB1,SYNE2,PIK3C2B,DUSP11,ALAD,METTL14,AP1G1,VPS72,SIN3A,PSD3,PMEPA1,ACP2,MRPL9,BCAS2,IDH3A,BCAS3,HSP90AA1,PDCD6IP,PPP1R12A,DST,ATRX,MSL2,VPS37C,VPS13A,ARNT,VEZF1,VPS37B,PPM1A,PTP4A3,TRAF4,SLC25A19,CTDSP2,BIRC6,TOP1,SOS1,SOS2,PPP1R15B,NFAT5,SMARCD2,WBP2,ROCK2,VPS4B,VPS4A,SRSF1,PRCC,PPM1D,PPM1E,SRM,DNAJB1,ZNRF1,PARD6A,HECTD1,ABLIM3,CCDC85C,POLR2A,FCHO2,SH3BP2,TRIM46,SH3BP5,POLR2F,FYN,SLC25A22,DCAF12,SLC25A25,ATP9A,CACNG4,POLR2L,GADD45GIP1,SPAG9,PTPN1,SEC24B,TRIM41,SEMA4D,SEMA4B,SEMA4C,LYSMD2,BAIAP2,MCM3AP,NFASC,KLF6,NIN,APC,PDCD2,TRIM37,CDR2L,BCAR1,TRIM33,APP,PANK3,CERK,ZMYND8,HDAC11,KEAP1,JMJD1C,PPP2R2A,ZDHHC7,CBLB,RASSF2,SNRPD2,HERC1,TRIM24,ARL6IP4,DENR,ATXN7L1,PTGFRN,SLC12A6,CCNL1,SLC12A9,SRRM2,ATP6V1G1,ARRDC1,BROX,ECH1,NSMCE2,CIRBP,ANK3,INPP4A,AKAP9,CD2BP2,FAM76B,ULK1,VDAC1,FLYWCH1,STX1A,SLC45A4,CUTA,MACF1,RTEL1,GIPR,MYCBP2,TRANK1,PTTG1IP,PIK3R1,ZBTB5,GMCL1,CDKN2AIP,MYL12B,MBTD1,PTDSS1,HIVEP1,GSE1,TRPM7,HIVEP2,N4BP1,BANP,SRPK2,XBP1,RABGAP1L,TMEM184B,TMEM86B,PTPRN2,INTS1,SETDB1,IQSEC1,INSR,INTS2,MYO5A,SMARCA2,PTK2,GADD45G,MED13L,WNK1,CCDC88C,SDC1,INTS4,GRB2,RNPS1,NOL11,HERPUD2,TOP2B,AHCTF1,HIP1,CITED2,CCDC124,CTSZ,TECR,PPP3CA,ZMYM2,CTSL,ZMYM5,XPO6,REV3L,UBXN7,SDF4,TMED2,SSSCA1,KIF1B,NANS,CTSD,RALGPS2,PRMT6,NCOA1,COX8A,TMEM150A,STRADA,NCOA6,MRPS23,NCOA4,NME2,ZDHHC13,ANO6,RHOF,NME1,UGDH,PACS2,CSDE1,ARHGEF2,RHOV,ALDOA,SGK1,MPND,CSTB,TOMM40,CAB39,ZDHHC20,SSNA1,PRICKLE2,GDPD1,CRIP2,UQCR11,COX5B,CST3,CUX1,SERTAD2,MGAT1,HEATR6,RAE1,PAK2,MAP4K4,SUZ12,NPDC1,DYNC1H1,MON2,YIPF2,HUWE1,COX6C,MYO9A,YIF1B,VEGFA,TTC9,KBTBD4,ITCH,CCNG2,CTNNB1,ESYT2,TRIP12,FAU,MPHOSPH8,TOMM5,MEGF9,SCARB1,MIDN,NDUFA13,SYS1,NDUFA11,ARID4A,CIB2,PRDM2,COX6A1,CELSR2,IGF1R,HCFC1R1,CAPN2,EP300,BANF1,ARID2,MORC3,KDM2A,TMOD3,TMOD2,SPNS2,TSC2,KCTD2,KCTD3,PUS7,KCTD5,RSBN1,TANC2,TMEM131,DPM2,DPM3,DOK5,TBL1XR1,EHBP1L1,WDFY3,GEMIN7,ZCCHC8,DDX6,PSMD12,RPS19BP1,NDUFB11,PXN,TOR1AIP2,COX7A2,STK4,ZMAT2,TMEM127,DPP9,TCTEX1D2,EP400,SUDS3,KIF3C,NDUFV3,MARK4,BCL9L,BPTF,SMAD2,UBE2H,SMAD4,UBE2I,CBX4,SMURF2,IDH2,ASPSCR1,DSTN,DNAJC13,AP4B1,PAN3,EFNA2,APPBP2,HOOK2,HOOK1,GNAQ,MKRN1,GNAS,TAB3,AMOTL2,BRWD1,ZSCAN2,PICALM,B4GALT2,RERE,SCYL3,GSK3B,CUEDC2,ZMYND19,USP32,DOCK9,PRKCSH,MAST1,USP34,DDX42,CHD6,ARHGEF10L,ADAR,USP39,CHD2,USE1,AFF4,PITPNC1,PHTF1,BCL7A,MAN1A2,RB1CC1,MLST8,CASP2,MFSD1,SCYL2,KDM6A,GET4,RBM33,KDM6B,ARHGEF11,TBP,ARHGEF12,KLF13,PDPK1,DDX55,IQCE,RNF208,NAV1,NAV2,ARID1A,ARID1B,EEF1G,CREB3,CREB1,NDUFS8,NDUFS5,NDUFS3,PFDN2,PFDN4,CUEDC1,KDM3A,USP15,KDM3B,USP10,ASB13,ASAP1,ATP1A1,SPG7,MTIF3,TOB1,RMND5B,DNPEP,RAB40C,TMEM203,MAT2A,TMEM205,MAPK1,ROMO1,MAPK6,CAMK2G,CLASP1,MAPK3,CLASP2,ARFGEF1,ATF7IP,SPEN,USP24,NAA10,TAF13,BAD,GALNT1,QPCTL,SGTA,PDE4DIP,MAPK14,MAPK11,RPS6KB1,POLE3,PPP2R2D,FAM50A"
+"gene_set_query"	"395"	"LHX2"	"430.8"	"ARCHS4 Coexpression,595;Enrichr Queries,578;ReMap ChIP-seq,286;GTEx Coexpression,264"	"CNTFR,MT-ND4,CHIC2,TES,TRIO,RPL3,STMN2,STMN3,HNRNPU,STMN4,ENO2,RPL7,ALCAM,DPYSL4,DPYSL5,MYC,DPYSL2,FAM110B,DPYSL3,AP1S2,AP1S1,RPL37,TMEM8B,PRKCI,MEF2C,CXADR,WSB2,SOX11,SOX12,MYL6,DDIT4,ASTN1,ATF4,GNE,TTYH1,NPRL3,WDR61,AGAP3,HIF1A,GABARAP,ABR,FAM171A1,LDHA,FAM171A2,FLRT2,CHST10,RRS1,S100A10,ZSCAN18,JUN,NDFIP2,PHC2,FZD3,CADM1,CADM2,PLK2,H3F3A,EIF2AK3,NR2F1,IRF2BP2,LARP4,GLUD1,FIBP,MEX3A,FXYD6,HNRNPC,CPEB4,ARF3,CDKN1C,LRSAM1,BTG1,NCAN,PHF23,HEXB,ADK,JPH4,UBL5,JPH3,TUBA1A,TMSB4X,NEFL,DLGAP3,ENOPH1,APC2,ELOVL2,ITPK1,SSR3,SLC39A10,FAM126A,MED29,DUSP6,COPZ1,TUBB2B,PSMA3,ZEB2,MMP17,PXDN,CHST1,EXOC6,RNF165,PHLPP1,NFIX,RPL12,ATL1,SNX32,RPS15A,TMEM169,CHN1,RPL13,CKB,SRSF10,RPL17,RPRM,CENPV,WNT7B,PCGF2,TTC9B,NMNAT2,KTN1,ERP44,RNF145,TM9SF1,MORN4,NFIA,NFIB,SNX14,SLMAP,FABP7,RPL22L1,NUCB2,ANKRD13B,TUSC3,CTNND2,FRY,BZW2,BZW1,CLU,IPO4,SLC8A1,RIMS4,LAPTM4A,ATCAY,CDH2,TUBB3,RUVBL2,ADORA1,ZNF326,LZTS1,TMSB10,STK32C,FADS1,KPNA1,SEMA6B,TLE4,TLE3,BIVM,IGFBP3,TPM1,F2R,IGFBP2,TBR1,DGKZ,THOC7,CLIP3,OLFM1,OLFM2,CACNB3,LIX1,SMS,FSCN1,SRSF3,TOX,SQSTM1,PFKFB2,BRSK1,BRSK2,CD151,KHDRBS3,ABHD2,ARL3,ABHD8,STK39,LRRC55,FBXO41,PHF21B,RAP1B,SOCS2,IGSF21,SNN,BTBD2,DVL2,PLXNA2,NDN,SRGAP3,RAB6B,SLC38A2,LRRC4B,MCL1,OSBPL9,ANKRD24,TRAPPC4,TMEM132A,HPS3,BTBD9,SCRT1,BCL9,CNOT7,CDK5,PTPRA,COPS2,REEP2,NFE2L3,CPE,MAP3K10,CSPG5,PLEKHM2,NACAD,CNIH2,ITGB1,CELF3,CELF5,RLBP1,NRGN,NGRN,DUSP12,PSD2,PSD3,PHACTR3,PMEPA1,CCDC50,EMX1,CCDC34,SGIP1,VPS37D,VPS37B,RABGGTB,NIPSNAP1,ARL4C,PPM1B,PTP4A3,DALRD3,NRG3,ASPH,SNPH,RPL37A,LANCL2,POLR1D,BCAT1,GAPDH,SOS2,BIRC2,NLGN3,NLGN2,CXXC1,LRP3,SRI,MLLT3,FOXRED2,CACNG7,AP3M1,PTPRZ1,MGAT5B,NNAT,POLR2D,FYN,IGF2BP2,SLC25A23,HNRNPA1,MEST,BEND5,POLR2L,LINGO1,NTRK2,HNRNPA3,MARCKSL1,PCDH9,SMOX,ADRM1,PCDH8,FBXL16,MYO16,PNRC2,NELL2,MARCKS,KLF6,APC,PSAT1,SYT11,TSPAN18,EIF3J,MGAT4B,POLR3H,P4HB,INSM1,KCNK2,TPT1,EIF4A2,CCNH,THUMPD3,PNN,HERC3,OPHN1,DPF1,PELO,SOX4,FBXO9,SOX5,EPHA4,SMARCC2,ATP6V1G2,ARRDC3,ACSL6,MTUS1,ISLR2,MMD2,CPT1C,ANK1,SFRP1,TRIM13,SIK3,HECA,TAGLN3,EZR,CTXN1,GPM6A,ADCYAP1R1,TMEM87B,BEX2,NRN1,FOXG1,CEND1,APCDD1,KALRN,TTBK1,CDKN2AIP,UBE2J1,MYL12B,NKAIN2,NKAIN1,APH1B,INPP5F,LARS,PCBP4,ERI3,TSPAN7,KCNN1,TSPAN5,GPM6B,LRRN3,BCL11B,BCL11A,ST8SIA2,DCLK2,KLHDC8B,STAM,IFFO1,GADD45G,SMARCA4,ICK,RPS25,STAG2,FUBP1,ID2,CALM2,ITM2C,NRP1,GDI1,CITED2,GRIK5,NAT10,SLC35F1,MYL6B,SLC7A11,NAT14,SERP2,AKAP12,PPP3CA,SYNCRIP,UCHL1,SPTLC2,NCS1,ENC1,KIF13A,DNER,IDS,KIF1A,DLAT,FEZF2,UBXN4,PSD,CCDC112,CDV3,PCYT1B,STRADB,ANO8,MRPS6,MLF2,RGMA,ARHGEF9,RAP2B,KIT,MPPED2,G2E3,WAC,ARHGEF4,NCOA7,PABPC1,HNRNPH3,EEF1E1,SGK1,FJX1,SATB2,AKAP7,NEDD8,CCDC106,PTN,BEGAIN,CST3,ANKMY2,TCEAL5,NFIL3,CAMK2N1,EXOSC9,CAMK2N2,GPC2,CTNNA2,APBB1,RAE1,MAP4K3,ARNT2,GABBR1,MPP3,LSAMP,PDP1,NUDT9,ATAT1,KLHL5,FKBP1B,HNRNPA2B1,CAPZA2,TTC3,CACHD1,FAM171B,CDK5R2,MEGF9,SCARB2,MIDN,ZFAND5,ARID4A,ACTG1,KIF5C,PPME1,BASP1,ARHGDIA,KIF5A,PALM,CWC22,NRCAM,LMO1,DSCAM,LMO4,TMOD2,APLP1,LMTK3,ATP1B2,ATP1B1,POU3F1,POU3F2,RUNDC3A,POU3F3,SHISA7,EEF1A1,TMX4,TMEM136,SCG3,AMPH,DDX5,RTN1,NDUFB11,NXPH4,LPL,CACNA1A,CABP1,BHLHE22,DTX3,NDRG2,CPLX1,PLCXD2,SEL1L3,ENHO,EFNB2,PDZD4,DEAF1,CASKIN1,TCTEX1D2,OTX1,ZC3H13,PDZD8,SMAD2,SYT5,HSPA8,PRNP,CBX5,ZFHX2,HSPA5,SMURF2,CBX3,CRIM1,HMGA1,GNAO1,ARHGAP33,DLG1,DLG2,EFNA2,NR4A3,HOOK2,DLG4,HOOK1,GNB1,CNTN1,GNAS,CNTN2,IFT27,TAB2,PICALM,YWHAE,RERE,SCYL3,ACADVL,DDX3X,USP38,THRA,DDX47,CHD6,ELAVL4,CHD2,SOBP,RND2,FBLL1,RND3,PPP1R9B,TTC28,ELAVL3,GDAP1L1,MFSD1,LRRFIP2,ARHGEF12,ABCC5,RNF208,TBC1D9,H2AFV,NAV1,GPCPD1,SEPT5,YWHAZ,SEPT3,SFPQ,VCAN,GAP43,DDAH1,UBE2R2,DDAH2,PPDPF,LUC7L3,NAT8L,ZMYND11,INA,HCN3,TM2D2,CRMP1,ATP1A1,ACVR1B,DLL1,NCALD,AGPAT4,CYTH3,TFPT,GNG3,FAM168A,CHSY1,MAT2A,TRA2B,MAPK1,NCAM1,CAMK2G,REPS1,LGI1,RRM2,B3GAT1,PCDHGC3,CCK,ATP2B1,MEIS2,SOD1,MAPK10,SLC4A8,FAM155A,SBK1,PPP2R2C,PPP2R2B,BAX,SPRY2,ERCC5,VIM,SSBP3,LNX2"
+"gene_set_query"	"396"	"ZNF292"	"431.3"	"ARCHS4 Coexpression,345;Enrichr Queries,67;GTEx Coexpression,882"	"TRIO,TFRC,TRRAP,MYT1L,HNRNPU,SMC3,RBPJ,EPRS,FNBP1L,RPL8,CAPNS1,DPYSL2,PSMD3,STMN1,AKT1,PRKACA,WSB1,CXADR,WDR75,CD3EAP,SOX11,DICER1,DAAM1,RFX7,IFT81,ZC3H11A,RUFY3,DDIT4,RUFY2,RPL29,ALG10B,NUP205,FLII,SLCO5A1,MRPL12,HIF1A,OAZ1,CREBBP,JUN,FZD3,EDEM1,PRRC2C,PHC3,PRRC2A,SETX,MLLT11,HNRNPL,GIPC1,HNRNPD,CDK13,CPEB4,CEP57,PHF3,ARF3,SETD5,SETD2,SMG1,BTG1,SMG5,NIPBL,MED13,TUBA1A,TRIM2,PCMTD1,UPF1,SHPRH,LRRC49,TET2,ASH1L,DDB2,MED23,PHF20L1,AFTPH,ZEB2,NCOR1,INF2,MTF2,PXDN,TKT,RNMT,RPL12,CENPB,FAM129B,BCLAF1,BTAF1,NSD1,LMAN2,MFN1,AP2S1,MFN2,RICTOR,SF3B1,YKT6,SRSF11,NKTR,RUNX1T1,USP9X,KIDINS220,MBD1,SCAF1,WDR11,KTN1,GATAD2A,NFIB,ETNK1,TAOK1,TAOK2,ZYX,NUCB1,PKN1,FRYL,CCNT2,SMCHD1,LAMP1,RNF19A,CFL1,SMARCAD1,SLC39A7,AP2M1,BNIP3L,SUPT16H,MAP2K2,MAGI2,PRPF4B,THOC2,CTDNEP1,DMTF1,RAB35,PHIP,ADNP,SNRNP200,ANAPC1,CSNK1G2,SLC27A4,KHDRBS1,LRRC59,RAB5C,ANKRD11,ANKRD12,MAZ,PHB,RLF,CORO1B,SBNO1,ORC4,UBR5,TPR,DVL1,NACC1,SLC38A2,SKIL,ESRRA,OSBPL8,TIA1,MARCH6,SON,SH3BP5L,NBEA,SP3,NF1,MDM4,CLPTM1L,OGT,NFE2L1,EIF4G1,WDR1,CELF2,PTEN,SYNE2,SART1,SART3,CAPZB,PPP6R1,PSD3,TLK1,CEP170,TNPO1,IQCB1,EIF5A,RFC3,PPP1R12A,DST,DIS3,SECISBP2L,ATRX,VPS13A,RAD23B,PTBP2,TRAF7,CTDSP2,BIRC6,BDP1,SOS1,RNFT2,NFAT5,SMARCD2,CANT1,UHRF2,ROCK1,ROCK2,RAB1B,TULP4,LRP6,GANAB,NCLN,U2AF2,FCHO2,RBBP6,FEM1C,ATP9B,SPAG9,PPP1R14B,ADRM1,DDHD1,CDC42BPA,HNRNPAB,TPD52L2,NIN,KLF6,APC,ASXL3,MGAT4B,EIF3G,P4HB,TRIM33,SLC25A36,TNRC6A,EIF3B,EIF4A2,TCERG1,VARS,ZMYND8,ZDHHC5,JMJD1C,GCC2,CCAR1,TIAL1,PNN,GOLGA4,CDC23,HERC1,TRIM28,BSG,EPC1,ATXN7L3,SOX4,TMPO,SRRM2,SCAF11,ACTN1,ARRDC3,MOGS,ANK3,ACTN4,SRRM1,AKAP9,HECA,PFN1,MACF1,TMEM161B,BEX1,FOXG1,MYCBP2,PIK3R1,MBTD1,APH1A,HIVEP1,TRPM7,HIVEP2,INTS2,MED13L,PUM2,CCDC88A,STAG2,WNK1,FUBP1,GOLGB1,CALR,RBAK,TOP2B,DAZAP1,CSRNP3,NAT10,PRPF19,XPO1,ZMYM2,ZMYM6,DHX15,REV3L,UBXN7,SDF4,KIF1B,NCOA2,PBRM1,TMED9,MINK1,NME2,PRPF40A,SLTM,MPPED2,SGK1,AHCY,ICA1L,NOL8,NOL4,GNAI2,PES1,PAK3,MAP4K4,SUZ12,RANBP2,MON2,MYEF2,MYO9A,VEGFA,MIB1,ATAT1,PRPF39,CCNG2,TTC3,RAB3GAP2,TRIP12,HDGF,PNPLA6,GRINA,HDLBP,ARID4A,ARID4B,UBE3A,IGF1R,KIF5B,ARHGDIA,EP300,ARID2,MORC3,KDM2B,ATAD3A,RSBN1,ADAM15,HNRNPUL1,TBL1XR1,WDFY1,CHMP4B,MATR3,PPIG,ZCCHC7,DDX6,PDS5B,PDS5A,NDRG1,IRAK1,QSER1,BPTF,IVNS1ABP,CPSF6,NONO,NUP153,KLHL24,CLK4,ANKHD1,PAN3,EFNA2,HOOK2,HOOK1,GNB2,JMY,TCF4,BRWD1,FGF13,UBE2M,RERE,KDM5B,RBM25,RBM26,DDX3X,PRKCSH,USP33,USP34,CHD6,ELAVL4,ADAR,CHD2,AFF4,LMNB2,SENP6,SEC61A1,LASP1,RB1CC1,TOPBP1,SCYL1,USP48,EED,PDPK1,DDX55,NAV2,ARID1A,ARID1B,KLF16,LATS1,VCAN,CREB1,RER1,RASA1,AKT1S1,LUC7L3,KDM3A,CRMP1,CAND1,GNG2,FAM120A,MTA2,CLASP2,TTC14,SPEN,ATF7IP,RBM39,ZFC3H1,DEK,ATP2B1,GDAP1,SLC4A7,CARM1,ATP13A3,SSBP2,TAF2,TAF1"
+"gene_set_query"	"397"	"ZNF687"	"431.3"	"ARCHS4 Coexpression,140;Enrichr Queries,35;GTEx Coexpression,1119"	"MDC1,TRRAP,HNRNPU,EHMT1,EPRS,PREX1,RAVER1,MYC,AKT1,NUP214,DDX17,NUP210,PRKCD,DNTTIP1,CD3EAP,SCRIB,GTPBP1,HCFC1,BCR,BIN3,ZC3H11A,DDIT4,PRR12,SF1,POM121,MTMR3,MEPCE,NOLC1,BAZ2A,CYB5R4,RHOT2,PPP4C,LARP1,PIP5K1A,ST3GAL2,CREBBP,JUN,JUND,H3F3A,SETD1A,IRF2BP1,PRRC2C,IRF2BP2,PBX2,PRRC2B,PRRC2A,HNRNPL,ABTB1,NPLOC4,FASN,ATG2A,DUS1L,CDK13,EZH2,OGFR,PIGU,GMEB2,ELL,MED15,SMG5,NIPBL,ENSA,CIC,BRD2,UPF1,TCF12,ITPK1,ASH1L,GMIP,NCOR2,RNF167,SLC7A5,MED25,PXDN,RAPGEF1,TKT,RNF166,ERGIC1,SF3B4,RNASEK,WDR26,SRRT,CENPB,FAM129B,FGD3,BCLAF1,GGA3,TCOF1,CLPTM1,FLNA,ANKRD52,MEF2D,SF3B1,BRD4,SF3A1,MBD6,SF3A2,MBD1,SCAF1,GATAD2B,GATAD2A,XAB2,MYBBP1A,SHKBP1,SERBP1,TAOK2,ZYX,PKN1,TOR2A,RAB3D,CLSTN1,CTNND1,ATN1,SLA,STK11,STK16,FBRSL1,GTF2I,TLE3,SH3GLB2,RNF44,USP3,CNPY3,ILF2,LEMD2,RNF40,PIAS1,MSH6,ATXN2L,PYGO2,ILF3,SLC9A8,RAB35,ADNP,SRSF6,SNRNP200,SQSTM1,CSNK1G2,ANAPC2,PFKFB4,INO80E,RAB5C,ANKRD11,MAZ,UBR4,SLC38A10,CORO1A,PHF21A,SLC9A1,STIP1,SBNO2,NDOR1,TPR,BTBD2,NACC1,NADK,MCL1,WDTC1,BRPF1,FUS,SEC16A,EEF2,CHERP,BCL9,SON,LRFN4,CNOT3,LRCH4,EIF4G1,ZNF512B,DIDO1,HSP90AB1,MCM7,NUMA1,ZC3H4,PIK3CD,ARRB2,SART1,PTBP1,SIN3A,PPP6R1,SNRNP70,UBTF,BCAS3,REXO1,DDOST,GIGYF1,TRAF7,TRAF4,CTDSP2,POLR1B,ETF1,GAPDH,AHDC1,RNF31,TRABD,GTF3C1,SMARCD2,HDAC1,MGRN1,RAB1B,PRCC,LENG8,FOXK1,DCAF15,FZR1,RBBP4,POLR2A,CCDC85C,RBBP5,U2AF2,CSK,HNRNPA1,CCDC71,SEMA4A,MARCKSL1,MBOAT7,MID1IP1,FBXL19,RPRD2,MARCKS,KLF6,PFKL,TRIM39,IMPDH1,SMAP2,IFITM2,HDAC10,ZMYND8,FRAT2,KAT5,TRIM28,OGFOD2,FAM53C,TRIM24,CCDC97,UBAP2L,ATXN7L3,SLC12A9,TMPO,TBC1D10B,SRRM2,SMARCC1,SMARCC2,ARRDC1,AP1B1,CSNK1D,MOGS,ACTN4,SRRM1,ULK1,TELO2,SLC45A4,TBC1D9B,DHX8,DHX9,STXBP2,PGS1,APH1A,DHX34,DHX37,GSE1,SYMPK,TNRC18,VASP,SETDB1,INTS1,INTS3,RCC2,XRCC1,PUM1,SRPK1,SMARCA4,WNK1,CWF19L1,ANP32E,CORO7,ITM2C,DHRS13,AHCTF1,DAZAP1,MRPS12,PTPRF,LIMD2,RPTOR,ZMYM2,ZMYM4,XPO6,PBRM1,PARP1,GAA,MRPS7,MLF2,GAK,CTTN,PITPNM1,PACS1,ARHGEF1,ARHGEF2,STK40,DOT1L,GNAI2,ZDHHC18,CUX1,HSF1,RANBP2,DYNC1H1,MAP3K3,MTX1,HUWE1,MYO9B,TMUB2,HDGF,GRINA,CRTC2,MIDN,KDM1A,PRDM2,NUCKS1,ARHGDIA,KHSRP,POGZ,EP300,SBF1,KDM2A,TSC2,RSBN1,HNRNPUL1,HGS,MATR3,PXN,PDS5B,CSF2RA,PRPF8,SUPT6H,RTN4,RAI1,GRK6,EP400,ZC3H18,H1FX,MARK2,BCL9L,BPTF,HSPA8,CPSF7,CBX4,CPSF1,CBX3,PHF12,HMGA1,NUP153,SSH3,EFNA2,HOOK2,NASP,HOOK1,GNB2,UBA1,PI4KB,CLASRP,LRP10,RERE,KDM5B,KDM5C,LDB1,PRKCSH,USP32,CHD8,CHD6,CHD4,ADAR,CHD3,CHD2,LMNB1,CABIN1,PPP1R9B,SEPT9,MYO18A,SCYL1,KDM6B,SUN2,RBM14,PDPK1,AXIN1,DDX54,NAV1,ARID1A,ARID1B,EPN1,KLF16,DNM2,SFPQ,THRAP3,TSEN34,KDM3A,RGS19,WIZ,DDX21,STRN4,USP19,MTA1,DNPEP,MKNK2,RALY,MTA2,FBRS,SPEN,KDM4B,ATP13A1,LIMK2,ATP2B4,CHFR,CLCN7,NEURL4,CARM1,ACIN1,VIM"
+"gene_set_query"	"398"	"ZNF468"	"431.7"	"ARCHS4 Coexpression,53;Enrichr Queries,954;GTEx Coexpression,288"	"STMN3,FNBP1L,EPRS,NDST1,LSM12,CAPNS1,MPRIP,PSMD5,DPYSL2,MYC,ZMIZ2,PSMD3,AKT1,PRKACA,MED1,CD3EAP,DNTTIP2,SCRIB,PSME3,DDIT3,DDIT4,PRR12,VPS25,ALG10B,SF1,SAR1A,SAR1B,HIF1A,PRDX3,PPP3R1,HSPH1,PLCG1,PIP5K1C,ST3GAL3,ZSCAN18,S100A10,PRPF38B,JUN,PHC2,PLK2,PMM2,IRF2BP1,PBX2,FAM136A,PRRC2B,WDR55,PRRC2A,HNRNPL,HNRNPF,ARF3,OGFR,PIGU,RPLP0,CLINT1,TRIM8,MRPL42,RARS,TIMP2,RIOK2,CIC,UPF1,WDR36,ITPK1,SLC39A10,NIPA2,DYNLL2,DUSP6,PGM2L1,GNL3,MED23,NCOR2,SLC7A5,AFTPH,SIKE1,INF2,KIFC2,TMEM33,PXDN,ERGIC1,NFIX,NIP7,TM9SF4,CENPB,NRAS,SRP72,TMEM68,CLPTM1,ANKRD52,SRSF10,YKT6,YTHDF2,UTP3,CSNK1A1,GATC,DAB2IP,SCAF1,TM9SF2,SKI,ERP44,TM9SF1,APEX1,ETNK1,TAOK2,NUCB1,PKN1,CLSTN3,CLSTN1,ATN1,CLU,PPP1CB,ZFP30,SLC39A9,FBRSL1,LZTS2,SLC38A1,ANKRD49,MAP2K2,USP5,USP3,IGFBP3,ATP11B,DGKZ,FBXW2,ATXN2L,CTDNEP1,TOM1L2,ACAP3,ACAP2,DMWD,FSCN1,CSNK1G2,SRSF9,NSMAF,GLYR1,ANAPC2,LRRC59,INO80E,INSIG1,IREB2,MAZ,ARL2,TARS,LIN7C,KLC2,DVL1,BTBD2,NACC1,ABL1,SLC38A2,SKIL,WDTC1,NOP14,NOP16,FUS,M6PR,ASNS,TOR1B,EEF2,SH3BP5L,NFE2L3,MDM2,PIN1,PLEKHM2,PLXNB2,BCL2L2,NFE2L1,SERINC5,EIF4G1,RNF187,ZNF512B,NENF,PTPN23,NGRN,DUSP12,SART1,NOB1,AP1G1,PPP6R1,SNRNP70,RNPEP,UBTF,EVI5L,TNPO2,DGCR2,ACTR3,REXO1,ARFGAP1,ARL4C,PTP4A1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,TOP1,PPP1R12C,TNFRSF21,GTF3C1,GTF3C2,NFAT5,CANT1,SMARCD3,NLGN2,HDAC1,LENG8,MLLT1,LRP3,CDC42,DNAJB2,DCAF15,AP3M1,FZR1,GANAB,U2AF2,FEM1C,SLC25A23,UGGT1,EIF4E,DCAF13,SLC35A2,TXNRD1,FBXL19,CDC42BPB,EIF3M,PFKL,VPS41,MGAT4B,RAB18,PDCD2,P4HB,EIF3D,APP,CCNJ,VARS,HDAC11,TXNDC12,CCNC,ZDHHC8,TRIM28,BSG,HABP4,CCDC92,ATXN7L3,SOX4,EIF2A,TMPO,ARRDC4,SRRM2,AQR,ARRDC3,IFRD1,ALG2,PTOV1,MOGS,ALG1,MAPK8IP3,XRN2,KCTD12,LLGL1,TMEM87B,TBC1D9B,CTR9,PIK3R2,PIK3R1,UBE2J1,APH1A,UGCG,PRRC1,ERI3,CSTF1,SYMPK,MAP4,RAB11FIP3,ZBED4,INTS1,IQSEC1,ZBTB6,ID2,CALM3,ALDH18A1,NOL11,ITM2C,DAZAP1,GDI1,CITED2,FAF2,GDI2,AP2A1,SLC7A11,PRPF19,PTMS,AKAP12,MAP1LC3A,SPTLC1,NCS1,DHX15,TMED2,SDF4,UTP14A,GIT1,RSPRY1,TSC22D3,MINK1,PRPF40A,SREBF2,MLF2,ARHGEF2,SGK1,ATP6V0C,CSTB,SATB1,HEATR1,NOL8,GNAI2,OS9,MGAT2,SUZ12,PPP1CA,KLHL9,SEC23IP,CAPZA1,SGSM2,TCEA2,HDGF,PNPLA6,MEGF8,GRINA,DPAGT1,DBR1,ZFAND3,CD81,ARHGDIA,SBF1,SLC30A5,UBE4A,LMO7,ATP1B1,HNRNPUL1,DKC1,TMX1,TBL1XR1,HNRNPUL2,EHBP1L1,CHMP4B,COPB2,DDX5,ARHGEF25,COPB1,TOR1AIP2,PDS5A,NDRG1,SUPT6H,DPP3,SEL1L3,EFNB2,RAI1,PRNP,CPSF7,CPSF1,NONO,CRIM1,DNAJC18,EFNA2,HOOK2,HOOK1,GNB2,GNB1,CNTN1,UBE2N,PI4KA,UBA1,LSM14B,MXD4,UBE2M,B4GALT2,SCYL3,KDM5C,GSK3A,THRA,PRKCSH,MAST2,ATP2A2,SLC2A3,CHD3,YBX1,SOBP,PKD1,PPP1R9B,SEPT9,ZC3H7B,CASP3,MYO18A,RBM7,YWHAG,MAPK1IP1L,ARHGEF11,PDPK1,AKTIP,SENP3,DNM2,VCAN,NUP50,CRY1,CUEDC1,DCTN1,TGFBRAP1,RNF4,TOB1,STRN4,ADD1,MTA1,FAM168A,TAF1B,PABPN1,TDG,TGS1,FAM120A,VHL,FBRS,ARFGEF1,KDM4A,RRM2,ATP2B1,SSRP1,CLCN7,MAPK11,NEURL4,GLB1,CARM1,ACIN1,TAF2"
+"gene_set_query"	"399"	"MEIS2"	"431.8"	"ARCHS4 Coexpression,365;Enrichr Queries,572;ReMap ChIP-seq,197;GTEx Coexpression,593"	"MDC1,CNTFR,TES,TFRC,MYT1L,EHMT2,STMN2,FNBP1L,ELK1,BACH2,DCAF6,GPR173,ALCAM,DPYSL4,ZMIZ1,DPYSL5,CSPP1,DPYSL2,DPYSL3,FGFR1OP2,STMN1,AKT3,ANKFY1,DIP2C,IER5,IER2,CHGB,MEF2C,RBFOX2,DAPK1,CACNA2D1,ARMC9,REV1,SOX11,EML1,BCR,EID1,IFT81,DDIT3,RUFY3,DDIT4,TBPL1,RBCK1,RPL29,PRR13,MEPCE,AGAP1,XPC,ABCB8,MRPL14,SLCO5A1,AGAP3,ARPP19,OAZ1,GABARAP,GJC1,RIC8B,FLRT2,PRKAR2B,VTI1A,RDH13,ZSCAN18,CDK17,HEXIM1,JUN,PHC2,FZD3,JUND,PRRT2,ARPP21,CADM1,PNO1,PLK2,IRF2BP1,NR2F1,IRF2BP2,MTHFR,NR1D1,PBX1,TMEM198,EIF1,MLLT11,SLC6A6,EIF5,PSMG4,DCHS1,FAT3,FAT4,PKIG,AVL9,DZIP1,PAM,FERMT2,DZIP3,CPEB4,CDKN1C,SETD5,BTG1,SPEF1,KCNC3,PHF23,PHF1,PIGP,CLTB,SHB,ECSIT,BBC3,PIGX,C1QTNF4,RNF157,MRPL40,CSRP2,TUBA1A,AIFM1,TMSB4X,FASTK,TRIM2,SPIN1,GPR137,CIC,CEP68,DUSP1,SSR3,SIRT4,SLC39A10,ELOVL6,TERF2,COPZ1,DUSP6,RNF168,BACE1,MRPL53,TUBB2B,ZEB2,TUBB2A,PTRH2,MED20,PXDN,RAPGEF2,TUT1,PLCB1,SLC29A1,GART,VAMP2,ARF6,ELOF1,CLDND1,GSTP1,ADCY5,BCLAF1,SPOP,RPL14,ANO10,CKB,NCDN,STX2,RNF130,RPL17,MEF2D,NKTR,RUNX1T1,MBD6,KIDINS220,TRAPPC10,NR1H2,SAMD4B,NMNAT2,SCAF4,BYSL,AGBL5,RNF145,MKLN1,TMEM158,RYBP,ABI2,NFIA,CCDC9,NFIB,SLMAP,YPEL1,RIMBP2,NUCB1,PLP2,GZF1,FAM49A,RAB3C,CHPF,TUSC3,CTNND2,RNF19B,CLU,HDDC3,SLC8A1,CDH2,TUBB3,FADS1,TLE4,MAGI1,RPS9,CISH,TPM3,USP3,IGFBP3,TPM1,IGFBP2,MAGI2,DYRK1A,NRBP1,FOXP1,CTDNEP1,ST7L,ACLY,ARMCX1,DMWD,PGP,MAPKAPK5,PHIP,TNIK,NSMAF,CUL9,PFKFB3,TNKS,ZC4H2,INSIG1,ARL3,ANKRD11,MAZ,ANKRD12,CUL1,ITPR1,HSPBP1,CORO1C,PHF21B,SOCS2,SCRT2,BTBD1,PSAP,DVL2,PLXNA2,NDN,SRGAP3,ZKSCAN1,PLXNA4,AKIRIN2,RAB4A,CCDC12,LSM5,LSM3,LSM2,REEP1,CNOT4,PTPRD,MFHAS1,LRCH2,COPS6,SON,NBEA,NSG2,CDK5,UQCRQ,CPE,LZTR1,BCL2L2,MDM1,BCL2L1,RNF187,HSP90AB1,MCM7,CELF2,CELF3,SGCE,AP4M1,DUSP12,SCRN1,SGCB,CEP170,SNAP29,NEO1,UNC45A,ACTR3,PPP1R12A,DST,VPS37C,VEZF1,YDJC,PTBP2,COASY,ARL4C,PTP4A2,PTP4A3,ASPH,DNAJC6,CTDSP2,C1D,TOP1,PPP1R12B,BCAT1,SOS1,ST6GALNAC6,SEC22C,PPP1R15A,RNFT2,HDAC5,NLGN2,SMARCD3,GTF3C5,SRF,EI24,TULP4,LRP3,JAKMIP1,LAGE3,CXXC4,DCAF15,DNAJB2,DNAJB1,STOX2,ZNRF2,KCTD20,NNAT,EIF4H,SH3BP5,LRRC8B,SLC25A23,HNRNPA1,MEST,CACNG4,SLC25A25,ATP9A,CYB5B,TUB,PTPN1,NTRK2,HNRNPA3,PPIL1,MARCKSL1,TRIM41,PPP1R14C,PPIL2,RNF24,PCDH9,MBOAT7,PCDH7,NTRK3,IMMT,FBXL16,CDC42BPA,MCOLN1,TRIT1,ENOX1,NELL2,NFASC,PINK1,TSPAN14,KLF6,MARCKS,TSPAN13,VAPA,APC,SYT11,ASXL3,NOVA2,PDCD4,CCM2,INSM1,PTPN5,METAP2,VEZT,CPNE5,VARS,PLEKHB2,ZMYND8,DIXDC1,ACTB,NUDT3,HERC1,FTH1,OGFOD2,CDC27,KIF21A,PTGFRN,GOLGA7,TBC1D22B,SOX4,SOX5,ARL10,EPHA4,EPHA7,ST6GAL1,SRRM4,PAQR4,ARL15,LIMCH1,CIRBP,MRPS18A,ANK2,ACSL3,ACTN4,ANK3,TIAM2,SFRP1,CDC37,AKAP9,KCNQ4,KCTD12,KCTD17,PFN1,CTXN1,TRIB2,STX1A,GPM6A,TMEM161B,NUMBL,BEX1,TMEM63B,PDE1B,MAGED1,FOXG1,SDC3,MYCBP2,TRANK1,PTTG1IP,PIK3R1,KALRN,NKAIN1,SNX1,NUAK1,MIER1,HIVEP1,GSE1,TSPAN3,RALGDS,SCN3A,BBS1,FIS1,PTPRN2,BCL11B,LRRN2,BCL11A,ST8SIA2,ST8SIA3,DCLK2,SNHG6,SMARCA2,PTK2,DCLK1,RPS29,ID2,PPP1R1B,FBXL5,CALM1,C2CD2L,CDS2,ITM2C,ROBO2,PCSK2,DHRS13,NRP1,HIP1,CSRNP3,PTPRS,CETN2,FAF1,PTPRN,FAF2,TECR,WASL,AATF,BMI1,PTMS,ROBO1,SERP2,AKAP12,PPP3CA,ACTR1B,PCLO,CAMKV,CHMP1B,KIF13A,ENC1,MLX,REV3L,TMED1,KIF1B,PSD,CBR1,TSC22D1,GP1BB,ANO8,COMMD3,CACYBP,ANO6,GAB2,TUBG1,MRPS6,RAB33A,MLF2,MN1,TOX3,ARHGEF9,RAP2B,KIF2A,KIT,MPPED2,FAM20B,CD47,SGK1,DBN1,PNCK,PCNA,SLC20A1,INPP1,SATB1,PRICKLE2,DERL1,AKAP6,PRICKLE1,PTN,NOL4,AMN1,ARVCF,SERTAD4,SERTAD2,CAMK2N1,PES1,EXOSC9,GPC2,MGAT1,CTNNA2,PAK3,MAP4K3,GABBR1,SPRYD3,RANBP3,MYEF2,NFYC,TMUB1,XPO7,PLEKHA6,SORBS2,AP2B1,PNMA2,YIF1B,MAD2L2,SPCS3,PER1,HIST3H2A,CAPZA1,TTC3,KBTBD2,HDGF,ESYT2,CDK5R1,DPAGT1,SCARB1,MIDN,ARID4A,CYP46A1,SRP14,CELSR3,FAM174B,KIF5C,KIF5A,POGZ,FAM3A,RGS9,CHCHD1,KIRREL3,CHRNB2,LMO3,APLP2,TOMM34,LIG3,ATP1B1,MID1,POU3F2,TANC2,POU3F3,DPM2,PCP4,GPRIN1,TBC1D24,SCG5,SCG3,XPR1,NDRG4,ARHGEF25,HPCA,PXN,CACNA1A,DTX3,CACNA1C,STK4,CACNA1E,ADIPOR2,CACNA1H,RTN4,EFNB2,ARHGAP21,MAN2A2,FUT9,ISOC1,TBC1D17,NDUFV2,LONRF2,MYH10,MARK1,SYT5,PRNP,ACBD4,CBX5,AUTS2,KLHL23,CNOT10,MANBAL,GNAO1,GNAL,NR4A3,HOOK2,HOOK1,STT3A,PI4KA,CNTN1,GNAS,TCF4,STT3B,FGF13,CUEDC2,GSK3A,THRA,PRKCSH,DOCK7,CBY1,ELAVL4,ILK,CHD3,LDB2,PPP1R9A,RND3,ELAVL2,ELAVL3,SENP7,MAN1A2,LRRTM1,GMPPA,NPTN,FLOT1,MLST8,TIMM17A,FLOT2,PDE4A,YWHAG,SCYL2,SCYL1,USP48,ARHGEF12,HSDL1,SVOP,H2AFY,ABCC8,H2AFX,HUNK,NAV1,GLRX2,NAV2,ARID1A,YWHAZ,ARID1B,SEPT5,SEPT3,EEF1G,LATS1,VCAN,CREB1,TMEM214,DDAH1,DDAH2,AKT1S1,TBC1D7,CDH11,ATP6V1B2,DCX,CDH13,ZMYND11,INA,B4GALT5,TSEN34,DCTN6,RALA,USP15,DCTN2,USP10,CRMP1,ATP1A1,SPG7,NCALD,ADD2,FAM168B,UGP2,IGFBPL1,GNG7,SLIT1,MAPK1,NCAM1,BUB3,MTA2,PDLIM7,CLASP1,CLASP2,NIPSNAP3B,SPEN,TMEM30A,NAA10,EYA3,CADPS,ATP2B4,USF1,MAPK10,SLC4A8,CLCN6,IRGQ,PDE10A,SBK1,PPP2R2D,BAX,SPRY2,TAF6,VIM,SSBP2,SSBP4,RAN"
+"gene_set_query"	"400"	"ZNF226"	"432.3"	"ARCHS4 Coexpression,185;Enrichr Queries,596;GTEx Coexpression,516"	"IFT172,HNRNPU,EPRS,FNBP1L,NDST1,CAPNS1,RAVER1,ZMIZ2,DPYSL2,MYC,LUC7L,AKT1,PRKACA,CDK5RAP3,TMEM8B,DDX17,WSB1,CXADR,IAH1,CD3EAP,SCRIB,SOX11,WDR73,SND1,IFT81,DDIT3,DDIT4,RUFY2,PRR12,SF1,UNC119B,FLII,COPS7B,AAAS,PLA2G6,RHOT2,PPP3R1,PIP5K1C,ZSCAN18,JUN,FZD3,WDR59,PHC1,PLK2,NR2F1,PBX2,PRRC2A,MLLT11,HNRNPL,GIPC1,OGDH,HBP1,FXYD6,ARF3,OGFR,PIGU,BTG1,TCF25,HSPB11,SMG5,ING4,MRPL42,SMPD4,TUBA1A,TIMP2,ANXA6,GPRASP1,CIC,PCMTD1,CEP68,UPF1,IFT140,EXOC7,LRRC49,DUSP6,PGM2L1,SRP9,PHF20L1,NCOR2,KAT2A,INF2,IVD,MTF2,PXDN,RAPGEF1,TKT,ERGIC1,SRRT,DLST,CENPB,FAM129B,GGA2,TMEM169,TMEM68,USP1,CLPTM1,MFN2,FLNA,RICTOR,ANKRD52,SF3B1,YKT6,SRSF11,NKTR,RIC3,MBD6,USP9X,SCAF1,GTF2H5,GATAD2A,SKI,NFIA,ETNK1,TAOK2,ZYX,NUCB1,GOPC,PKN1,YPEL5,NUCB2,ATN1,CLU,POFUT2,LAMP1,SLC39A7,HMGN3,SLC38A1,MAP2K2,USP5,TPM1,THOC1,THOC2,CDC25B,ATXN2L,CTDNEP1,ARMCX4,ILF3,ARMCX2,DMTF1,RAB35,MAPKAPK2,SRSF5,SRSF6,CSNK1G2,GLYR1,SLC27A4,ANAPC2,LRRC59,CUL7,PFKFB3,RAB5C,CCDC24,INSIG1,MAZ,GLT8D1,PHF21B,SOCS2,SBNO2,STK36,DVL1,BTBD2,NACC1,SAFB2,ABL1,ZKSCAN1,MCL1,IP6K2,ESRRA,TIA1,SEC16A,EEF2,MARCH6,CDK9,SH3BP5L,ZFP62,PLEKHM2,PLXNB2,NFE2L1,EIF4G1,DIDO1,NUMA1,WDR1,AKAP8L,PTPN23,BICD2,DUSP12,SART1,SIN3B,SNRNP70,PPP6R1,UBTF,WDR6,EIF5A,REXO1,DST,RAD23B,ARFGAP1,DDOST,TRAF7,ASPH,CTDSP2,POLR1B,DNAJC5,PIK3C3,PPP1R12C,NFAT5,CANT1,WBP1,RAB1B,SRSF1,LENG8,FURIN,HDAC6,JAKMIP2,SLC25A27,DCAF15,GANAB,U2AF2,EIF4H,SH2B1,HNRNPA3,FBXL19,LYSMD1,CDC42BPB,OXR1,HNRNPAB,KLF6,APC,MGAT4B,PDCD4,P4HB,TNRC6A,EIF3B,TCERG1,FAAH,PANK3,VARS,ZDHHC5,RCBTB1,PNN,TRIM28,CCNL2,ATXN7L3,SOX4,SMARCC2,ACTN1,METTL3,ARRDC3,CIRBP,MOGS,ACTN4,CRYZL1,HECA,OBSL1,TBC1D9B,DHX8,TMEM63B,MAGED1,DCUN1D4,MYCBP2,PIK3R1,APH1A,UGCG,PCBP1,MLEC,PATZ1,ARGLU1,BBS1,ZRANB2,INTS1,INTS3,PDE2A,ID2,MAGED2,ITM2C,DAZAP1,CITED2,MRPS12,SLC7A11,PRPF19,EPM2AIP1,ZMYM3,ZMYM6,SDF4,BBS4,TMED4,RSPRY1,PARP6,PRMT2,TSC22D1,MRPS25,TSC22D3,MINK1,PRPF40B,NME3,MRPS7,RHOB,MPPED2,NCOA7,ARHGEF2,SGK1,STX16,AKAP7,GNAI2,RXRB,HIRA,ATP6V0E2,APBB3,SORBS2,VEGFA,ATAT1,CCNG2,KLHL7,NBR1,TTC3,HDGF,PNPLA6,GRINA,SPPL2B,HDLBP,UBE2Z,TATDN2,ARHGDIA,POGZ,SBF1,TSC2,TSC1,PREPL,ADAM15,HNRNPUL1,HNRNPUL2,PRPF3,EHBP1L1,CHMP4B,DDX5,PXN,BTF3L4,SLC1A4,NDRG1,SUPT6H,IRAK1,DMAP1,MYH10,MARK2,BCL9L,PRNP,CPSF7,CPSF6,KLHL24,CLK4,CLK2,PAN2,EFNA2,HOOK2,HOOK1,GNB2,GNB1,PI4KB,BRWD1,LRP10,CREBZF,KDM5C,NAA40,RBM26,PRKCSH,CHD6,CHD3,YBX1,PPP1R9A,LMNB2,PPP1R9B,SENP6,SEC61A1,SEPT9,LASP1,UBE2Q1,ZC3H7B,GATAD1,MAN2C1,LRRFIP1,RBM5,RBM6,KLF13,PDPK1,ABCC5,KLF16,DNM2,VCAN,CREB1,RCN2,LUC7L3,ATG4B,USP40,ANKS3,RBM4B,SPG7,HMGCR,ATP1A1,MTA1,PABPN1,FAM120A,MTA2,FBRS,TTC14,RBM39,USP20,ATP2B4,PDE4DIP,NEURL4,ERCC3,CARM1,ACIN1,VIM,FAM98A,SSBP2"
+"gene_set_query"	"401"	"ZBTB44"	"434.7"	"ARCHS4 Coexpression,323;Enrichr Queries,121;GTEx Coexpression,860"	"TFRC,HNRNPU,DCAF5,RBPJ,EPRS,BACH2,DCAF6,PSMD8,LSM12,CSPP1,DPYSL2,GPBP1,AP1S1,DDX17,WSB1,TSPYL1,RFX3,CD3EAP,DICER1,HCFC2,RNF123,MYL6,BIN1,RFX7,ZC3H11A,PSME4,TBPL1,SET,NEDD4L,HIF1A,GIGYF2,GABARAP,CYB5R1,PPP4C,CYB5R3,PRKAR2A,RAD21,NUP88,CREBBP,PRELID1,PHC1,IRF2BP2,LARP4,PHC3,MEX3C,PBX1,TADA2B,CPEB4,PHF3,SMG1,PIGU,ARF1,SETD3,PHF20,CLTA,OSBPL11,PCMTD2,NIPBL,MED13,JARID2,RRP15,PCMTD1,APPL1,SHPRH,NUDC,MIOS,TCF12,TET2,SLC39A10,ASH1L,ZEB2,TMEM33,PXDN,TMEM106B,PAFAH1B2,ARF5,USO1,FAM117B,PSMA7,BCLAF1,SCAF8,NSD1,LMAN2,AP2S1,RICTOR,SRSF10,SRSF11,EGLN1,CSNK1A1,USP9X,KTN1,MKLN1,NUDT21,NFIA,NFIB,ETNK1,TAOK1,SERBP1,UBAP2,PKN1,CRAT,FRYL,CCNT2,FAM13B,ATP8A1,PLOD3,IPO5,PPP1CB,ABHD12,SESN1,CFL1,KPNA4,MTPAP,KPNA3,KPNA1,KCMF1,SEMA6C,SLC38A1,TPM3,DYRK1A,DYRK1B,ATP11C,ATP11B,PIAS2,FOXP1,MSH6,MORF4L1,DMTF1,MSH2,PHIP,ADNP,SRSF6,FKBP5,CD151,RAB5C,CUL5,BRI3,CUL3,ABHD2,CUL2,ANKRD12,IREB2,CUL1,UBR3,UBFD1,LIN7C,CORO1B,SBNO1,BAG4,BTBD1,UBR5,G3BP1,ZKSCAN2,EIF4EBP2,SLC38A2,SKIL,ZKSCAN1,CD276,OSBPL8,TRAPPC8,MARCH7,CNOT4,DRAP1,COPS3,CNOT1,SP3,NF1,TPP2,OGT,SLC25A1,CELF2,PTEN,SYNE2,PPP6C,PSD3,PPP6R3,TLK2,TLK1,HIF1AN,TNPO1,TAPT1,CCDC39,ADSL,DST,GPX4,ATRX,VPS13A,ZFP91,RAD23A,EDF1,PTBP2,PTP4A1,PPM1A,PTP4A3,PPM1B,PIK3CA,CTDSP2,POLR1B,BIRC6,SOS1,BCAT1,SOS2,NFAT5,GTF2A1,ROCK2,ZBTB43,ABLIM1,HECTD1,KATNA1,FCHO2,BEND3,FEM1C,FYN,EIF4E,EIF4B,KCNJ11,TXNRD3,FEM1A,CNBP,AMFR,FOXJ3,ADRM1,OXR1,CUL4A,KLF6,DNAJA2,EIF3E,P4HB,PFKM,TRIM33,SLC25A36,TPT1,SMARCB1,PANK3,TMEM41B,JMJD1C,TIAL1,GOLGA4,HERC1,FTH1,ATXN7L2,SEPHS1,ARRDC3,MTUS1,ANK3,GNPAT,HECA,KDELR2,PFN1,AURKAIP1,MACF1,MYCBP2,DCUN1D1,PIK3R1,FXR1,MBTD1,PCBP3,LARS,DHX36,MIER1,RAB11FIP2,ZRANB1,RABGAP1L,BCL11A,SURF4,PUM1,SMARCA2,UBAC1,MED13L,PUM2,STAG2,WNK1,ANP32E,FBXL3,ITM2C,FAF1,CCDC124,PCM1,AKAP11,XPO1,ZMYM2,GUK1,CHMP1A,REV3L,UBXN7,SDF4,ARIH1,RALGPS2,ZYG11B,NCOA2,TMED9,MLF2,ENAH,CSDE1,WAC,GLCCI1,SGK1,ATP6V0C,SATB1,HSF2,EPS15,RANBP2,NPM1,MPP6,VEGFA,MIB1,RAB11B,NEDD4,CCNG2,NBR1,TRIP12,OTUD4,UBE3A,ARID4B,NUCKS1,IGF1R,CHCHD2,ARID2,ATG9A,RSBN1,TBL1XR1,HGS,MATR3,PPIB,DDX6,PDS5B,PDS5A,RTN4,PLD3,DPP8,DNAJC21,CYC1,PDZD8,QSER1,BPTF,ATP6V1F,PRNP,SMAD4,CPSF6,CBX5,CPSF2,KLHL24,EFNA2,HOOK2,HOOK1,JMY,BRWD1,COPE,PICALM,RERE,PHTF2,USP38,RBM26,PRKCSH,MAST2,USP34,CHD6,PSIP1,CHD2,AFF4,SENP6,RB1CC1,MYO18A,RBM33,NAA30,ARHGEF12,ATP6AP1,PDPK1,PDE4D,ARID1A,ARID1B,CREB1,THRAP3,NUP50,LUC7L3,KDM3A,USP19,TMEM201,DNPEP,UGP2,RMND5A,PDLIM7,USP24,ATF7IP,ARFGEF1,RBM39,NAP1L1,DEK,ATP2B1,SLC4A7,ASB8,RBM42,NAA15,PDE7A,FAM50A"
+"gene_set_query"	"402"	"GATAD2B"	"436.3"	"ARCHS4 Coexpression,200;Enrichr Queries,41;GTEx Coexpression,1068"	"MDC1,TRRAP,HNRNPU,EPRS,BACH2,DCAF7,GPATCH8,ZMIZ1,DPYSL2,ZMIZ2,AKT3,STMN1,RNF111,DDX17,MEF2C,NUP210,FNBP1,CD3EAP,DICER1,GTPBP1,HCFC1,MYL6,WDR82,RFX7,ZC3H11A,DDIT4,PRR12,PRR14,SF1,POM121,MTMR3,BAZ2A,MTDH,PRDX3,PPP3R1,LARP1,PRDX4,PRDX1,PIP5K1A,PLCG1,SERF2,CREBBP,JUN,SETD1A,PRRC2C,IRF2BP2,PBX2,BRAF,PHC3,PRRC2B,PRRC2A,EIF1,EIF6,FASN,ATG2A,HNRNPD,HNRNPC,CPEB4,OGFR,PHF3,SETD5,PHF2,GMEB1,SMG1,PIGU,SETD2,BTG1,CDKN1B,ELL,ARPC1A,CLTC,TCF20,SMG7,BBC3,MECP2,MED12,NIPBL,MED13,JARID2,CIC,BRD2,GSTO1,TCF12,TET2,ASH1L,BAZ1B,DYNLL2,NCOR2,NCOR1,TUBB2A,PXDN,TET3,RNF166,RNASEK,NFIX,WDR26,ECHS1,PSMA7,BCLAF1,NSD1,PSMB1,AP2S1,RICTOR,MEF2D,SF3B1,BRD4,SF3A1,MBD6,MBD1,YLPM1,GATAD2A,SPSB3,SKI,NFIA,NFIB,TAOK1,SERBP1,PKN1,YPEL3,FRYL,ANKRD13D,ATN1,PARK7,CASC3,SMCHD1,FBRSL1,CIR1,GTF2I,TLE3,SLC38A1,USP7,RNF44,AGTPBP1,USP4,USP3,ANKRD44,DYRK1A,CNPY2,PIAS1,FOXP1,ATXN2L,ILF3,NCL,PHIP,ADNP,SNRNP200,ANKRD17,MAX,TNKS,ANKRD11,ARL1,UBR4,UBR2,NRF1,RLF,PHF21A,ATXN2,TPR,UBR5,ABL2,EIF4EBP2,DVL3,MAP2K7,SLC15A4,SLC38A2,WDTC1,FUS,SEC16A,EEF2,BCL9,SON,CNOT1,CNOT2,LRFN1,CNOT3,AAK1,NF1,MDM4,CCDC22,EIF4G3,EIF4G2,EIF4G1,DIDO1,HSP90AB1,NUMA1,ZC3H4,CELF1,CELF2,PTEN,ARRB2,SART1,SIN3A,TNPO2,HSP90AA1,PPP1R12A,DST,GPX4,ATRX,PATL1,MSL1,ARL4C,GIGYF1,DAD1,CTDSP2,TOP1,NFAT5,SRSF1,LENG8,FOXK1,MLLT6,FCHO1,RBBP4,POLR2A,SH2B2,HNRNPA3,MARCKSL1,FOXJ3,FOXJ2,RPRD2,ASXL1,KLF7,KLF6,PDCD4,CCNI,ZMYND8,JMJD1C,ACTB,TRIM28,UBAP2L,KIF21B,SLC12A6,TMPO,SRRM2,SMARCC1,SMARCC2,SRRM1,INPP4A,SIK3,HECA,BCORL1,MACF1,ANP32A,DHX9,MYCBP2,PIK3R1,DHX34,PCBP2,GSE1,TNRC18,ZRSR2,IQSEC1,INTS3,PUM1,SMARCA2,MED13L,PUM2,SMARCA4,STAG2,WNK1,FUBP1,CWF19L1,CCDC88C,INTS4,SUGP2,TOP2B,AKAP11,XPO6,DHX15,KIF1B,SEC61B,MAP4K2,NCOA2,PARP1,NCOA6,RHOF,MRPS7,SREBF2,MLF2,ENAH,HNRNPH1,PACS1,CANX,WAC,ARHGEF2,PABPC1,FAM193A,CUX1,PAK2,RANBP2,BCAP31,DYNC1H1,NPM1,HUWE1,HNRNPA2B1,TRIP12,TOMM5,CRTC2,MIDN,ARID4A,ARID4B,NUCKS1,PRDM2,IGF1R,TMEM147,KHSRP,POGZ,EP300,ARID2,TMEM14C,KDM2A,RSBN1,TMEM131,EEF1A1,MAU2,TMX2,HNRNPUL1,TBL1XR1,HNRNPUL2,TBC1D25,MATR3,WDFY3,PPIB,DDX6,DDX5,STK4,PDS5A,PRPF8,SUPT6H,RTN4,RAI1,ARHGAP21,EP400,ANKZF1,MARK2,BCL9L,BPTF,HSPA8,CPSF7,CBX5,AUTS2,PHF12,PCIF1,NUP153,CLK3,HOOK2,HOOK1,GNB1,JMY,PI4KA,RERE,GSK3B,KDM5C,GSK3A,DDX3X,PRKCSH,CHD8,USP34,CHD6,ATP2A2,SLC2A3,CHD4,ADAR,CHD3,CHD2,AFF4,LMNB1,PPP1R9B,RBM33,KDM6B,ARHGEF12,KLF13,PDPK1,AXIN1,NAV1,GPCPD1,SAFB,ARID1A,YWHAZ,ARID1B,SFPQ,UBE2R2,THRAP3,RBM22,USP15,KDM3A,KDM3B,GNA13,FAM168A,MAPK1,FBRS,CLASP1,SPEN,ATF7IP,USP24,RBM39,TAF15,ATP2B4,USF1,ACIN1,VIM,PDE7A,SSBP3,TAF1"
+"gene_set_query"	"403"	"NFIA"	"436.3"	"ARCHS4 Coexpression,312;Enrichr Queries,478;GTEx Coexpression,519"	"MYT1L,WIPF3,ARPC5L,ADARB1,BACH2,ALCAM,ZMIZ1,DPYSL2,MYC,DPYSL3,AKT3,FAM110B,STMN1,DIP2C,MEF2C,RBFOX2,CXADR,PRKCE,CD3EAP,SOX11,EML1,EID1,RNF126,DAAM1,RUFY3,DDIT4,HECW1,RUFY2,XPA,NEDD4L,PHYHIPL,SLCO5A1,OAZ1,CIAO1,PPP4C,VTI1A,ZSCAN18,JUN,FZD3,DMPK,CADM1,GPR12,NR2F1,MAD2L1BP,IRF2BP2,GPN1,PBX1,WDR55,MLLT11,HNRNPL,TDP1,FXYD6,FAT4,FARSA,FERMT2,EZH2,CPEB4,PHF2,PYGB,PIGU,GPR21,TUBA1A,CSRP2,TRIM2,TIMP2,RRP12,JARID2,GARNL3,LYPLA2,LRRC49,TCF12,ELOVL6,NIPA2,DUSP6,PSMA5,NCOR2,ZEB2,PTRH2,PXDN,VAMP4,PAFAH1B2,GAS7,NFIX,RPL12,SEZ6,FAM117B,SNX27,SPOP,FLNA,JAM3,RUNX1T1,KIDINS220,CSNK1A1,SNCAIP,GATAD2A,SKI,ABI2,NFIB,ETNK1,FABP7,ATP8A2,CTNND2,CLU,CDH2,LZTS2,TPM3,IGFBP3,USP3,TPM1,MAGI2,FRMD4A,ILF2,FOXP1,MORF4L1,ARMCX1,LIX1,RAB35,SRSF3,AAGAB,PHIP,ADNP,SRSF6,SRSF9,FKBP5,GRIA1,RNASEH2C,RNASEH2A,RAB5C,ITPR1,GLIS2,EIF1AD,SBNO1,NEUROD6,PLXNA2,ANKRD10,SRGAP3,TIA1,MARCH6,CORO2B,PTPRD,YRDC,LRCH2,DAB1,ARPC2,NBEA,RNF182,SPIRE1,WDR1,CELF2,SCHIP1,PTEN,SYNE2,SGCE,DUSP12,ADAMTS3,SGCB,PPP6R1,PSD3,PHACTR3,PMEPA1,CEP170,ERC1,EMX1,PPP1R12A,DST,RFC2,ATRX,TFIP11,PTBP2,PTP4A3,CTDSP2,PPP1R12B,RNFT2,NLGN1,RAB1B,TULP4,JAKMIP2,STOX2,ABLIM1,PTPRZ1,U2AF2,SLC35A2,NTRK2,PCDH9,PCDH7,NTRK3,CDC42BPA,EFR3B,TNRC6C,NELL2,MARCKS,KLF6,APC,ASXL3,PDCD4,VPS45,CDO1,APP,CCNK,PPAN,DIXDC1,PWP2,NUDT3,RUSC2,KIF21A,KIFAP3,GLUL,SOX4,SOX5,EPHA5,EPHA4,EPHA7,ST6GAL2,LIMCH1,SLC6A15,ZFP2,ARRDC3,MTUS1,ANK2,MOGS,ANK3,ANK1,TIAM2,CRYZL1,AKAP9,KCNQ4,KCTD12,PFN1,TRIB2,PFN2,MACF1,FOXG1,DCUN1D4,CTR9,PIK3R1,SGPL1,PDCD11,CSTF1,RIMKLB,GPM6B,BBS1,BCL11B,BCL11A,ST8SIA2,INSR,MICAL3,SMARCA2,SRPK1,SESTD1,ID2,ITM2C,ROBO2,NRP1,CSRNP3,CITED2,GRIK3,SLC35F1,PTMS,ROBO1,AKAP12,CAMKV,REV3L,SDF4,KIF1B,FEZF2,TSC22D1,MTSS1,MLF2,RHOB,ENAH,MN1,MPPED2,FAM20B,GLCCI1,SGK1,PRICKLE2,NOL4,PCNP,CUX1,VEGFB,SORBS2,SORBS1,NPM3,PPP1CA,VEGFA,CAPZA1,TTC3,ESYT2,FAM171B,IGF1R,EFTUD2,POGZ,ARID2,PPFIA2,LMO4,LMO3,LMO7,TSC1,ATP1B2,ATP1B1,MID1,POU3F3,KCTD6,TBL1XR1,TBC1D24,GEMIN7,MASP1,XPR1,BHLHB9,ARHGEF25,NXPH3,CTTNBP2,NPR2,DTX3,PDS5B,NDRG2,NDRG1,CACNA1E,DPP3,CNN3,EFNB2,IRAK1,FUT9,MYH10,MARK1,BPTF,PRNP,CBX5,AUTS2,CPSF3,PTCH1,CRIM1,KLHL23,DNAJC14,HOOK2,HOOK1,TCF4,RERE,PRKCSH,CBY1,CHD6,ELAVL4,ILK,HMGB1,SOBP,AFF3,PPP1R9A,PDE4B,SPEG,DACT3,CASP2,MAPK1IP1L,KLF13,PDPK1,PDE4D,HUNK,H2AFV,NAV1,NAV2,ARID1A,UTP18,ARID1B,DNM2,VCAN,SETBP1,DDAH1,IGDCC4,NUP50,DCX,ZMYND11,SHANK2,ADD1,ADD2,NCAM1,VHL,CLVS1,CLASP2,TAF10,LCA5,ATP2B4,PDE4DIP,MEIS2,ACVR2A,PPP2R2B,BAX,VIM,SUGT1,SSBP2"
+"gene_set_query"	"404"	"KLF7"	"437.0"	"ARCHS4 Coexpression,100;Enrichr Queries,490;GTEx Coexpression,721"	"TRIO,MYT1L,ARPC5L,STMN2,STMN4,RBPJ,ENO2,FNBP1L,RPL8,BACH2,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,AKT3,DPYSL3,FAM110B,STMN1,ACOT9,MEF2C,CXADR,WSB1,RBFOX2,AFAP1,CD3EAP,SOX11,RC3H2,DAAM1,FEZ1,RUFY3,DDIT4,RUFY2,RPL29,NEDD4L,MRPL12,HIF1A,FAM160B1,MCMBP,ST3GAL1,SERF2,BTF3,JUN,FZD3,PRELID1,CADM1,PLK2,IRF2BP2,PA2G4,PHC3,PRDX6,PBX1,MLLT11,SLC6A6,TOLLIP,PKIA,HNRNPF,FXYD6,DCHS1,FAT4,FARSA,FERMT2,CPEB4,WDR47,BTG1,RNF157,TUBA1A,TRIM2,TIMP2,JARID2,ACTL6B,LRRC49,MANEAL,DUSP6,PGM2L1,SIRT3,SLC7A5,TMEFF1,ZEB2,TUBB2B,TUBB2A,CDC42EP3,PXDN,CDC42EP2,RNF165,RPL12,ATL1,GLRA2,TMEM169,LMAN2,ZSWIM6,STX2,ZSWIM5,RUNX1T1,KIDINS220,NMNAT2,BLCAP,OSTM1,NFIA,ABI2,NFIB,ZYX,CTNND2,CEP120,APEH,ATCAY,CDH2,TUBB3,TLE4,MAP2K2,TPM4,USP5,IGFBP3,RPS5,PPP1R16A,TPM1,F2R,ATP11C,FRMD4A,FOXP1,RAB31,SNRPB,GRIA1,PFKFB3,ITPR1,AK2,PHB,KLC1,CORO1C,PHF21B,RAP1B,SOCS2,DVL1,PLXNA2,SLC38A2,SKIL,PLXNA4,MCL1,UVRAG,ATP8B2,NSG1,MARCH6,LSM4,REEP1,PTPRD,LRCH2,NBEA,NSG2,SP3,SERINC1,CNOT8,ITGB1,CELF2,CELF3,PTEN,CELF4,CELF5,TRO,DUSP12,PMEPA1,CEP170,SLC37A3,CCDC50,PELP1,EIF5A,PPP1R12A,PLEKHG2,DST,SGIP1,ARL4C,PTP4A3,PIK3CA,CTDSP2,C1D,SLC25A5,CRK,GTF3C1,PPP1R15A,LEPROT,ROCK1,ROCK2,HDAC1,TULP4,HDAC7,JAKMIP2,NFS1,SLITRK1,FYN,NTRK3,ADRM1,MBOAT2,PTPN12,EFR3B,NELL2,MARCKS,KLF6,APC,SYT11,ASXL3,NOVA2,APP,CMAS,CCNI,CBLB,NUDT3,RPS17,LONP1,EPC1,KIF21A,KIF21B,KIFAP3,GLUL,RPS10,SOX4,EPHA5,EPHA4,ACTN1,ARRDC3,RECQL,ISLR2,ANK2,KCTD10,HECA,KCTD12,TAGLN3,PFN1,TRIB2,PFN2,BEX1,MAGED1,FOXG1,PIK3R2,TMTC1,PIK3R1,KALRN,NKAIN1,NUAK1,PCBP4,MIER1,HIVEP2,SCN3A,BCL11A,ST8SIA2,MICAL2,DCLK2,ERAL1,ZWINT,DCLK1,MED13L,SMARCA4,EXT1,CCDC88A,STAG1,SESTD1,ID2,FBXL3,ITM2C,ROBO2,NRP1,HIP1,CSRNP3,CITED2,TECR,SLC7A11,ROBO1,AKAP12,ARV1,HINT1,UCHL1,C1QBP,ENC1,KIF1B,CCDC112,TSC22D1,STRBP,TSC22D3,NME2,ANO6,RGMB,RHOA,MTSS1,RHOB,APRT,AIDA,MAPT,SGK1,DYNC1I2,STX12,AHCY,SATB1,AKAP6,NOL4,GNAI2,NFIL3,PAK6,GPC2,APBB2,CTNNA2,PAK3,PAK2,LCMT1,MAP4K4,MAP3K3,PTGES2,VEGFA,PPP1CA,ATAT1,TTC3,CDK5R1,TOMM6,IGF1R,FAM162A,BASP1,KIF5C,CAPN2,SBF2,PPFIA2,WRNIP1,ATP1B1,MID1,TANC2,POU3F3,TUFM,ADAM19,WDFY3,XPR1,RTN1,PXN,NDRG1,EFNB2,SDCBP,ARHGAP21,KIF3A,CYC1,KIF3C,PRNP,GGT7,AUTS2,CRIM1,ARHGAP29,DNAJC13,NFKBIA,EFNA2,HOOK2,HOOK1,CNTN1,AMOTL2,TCF4,FGF13,PICALM,KDM5B,GSK3B,PRKCSH,CHD6,ELAVL4,SLC2A3,RND3,ELAVL2,TTC28,ELAVL3,GDAP1L1,MLST8,PDE4B,LRRFIP1,KDM6B,KLF13,HSDL1,PDPK1,PDE4D,NAV1,NAV2,SEPT3,PJA1,VCAN,GAP43,CREB1,EEF1D,DCX,TERF2IP,THOP1,INA,OTUB1,STOML2,CRMP1,ASAP1,CLCN3,AGPAT3,HSPD1,ADD2,GNG3,MAPK8,DNPEP,IGFBPL1,GNG2,BNIP2,NCAM1,CLASP1,CLASP2,ATP2B4,MEIS2,USF2,GDAP1,ACVR2A,MAPK10,IRGQ,SBK1,PPP2R2B,VIM,SSBP2"
+"gene_set_query"	"405"	"ZNF300"	"437.3"	"ARCHS4 Coexpression,187;Enrichr Queries,853;GTEx Coexpression,272"	"RPL5,RPL3,MYT1L,STMN2,SMC5,STMN4,GHITM,ENO2,FNBP1L,BACH2,LSM10,ALCAM,DPYSL4,DPYSL5,DPYSL2,DPYSL3,FAM110B,STMN1,FNBP4,DDX17,PRKCI,CXADR,WSB1,RBFOX2,WDR75,CD3EAP,SOX11,WDR73,IFT81,FEZ1,RUFY3,CTBP2,ATXN7L3B,OAZ1,GLG1,FLRT2,CHST15,FDFT1,JUN,FZD3,CADM1,PLK2,H3F3A,PBX1,MLLT11,HNRNPM,MEX3A,H2AFY2,PKIA,FXYD6,CDK13,EZH2,PIGU,WDR47,PIGO,PHF6,DDA1,TUBA1A,CSRP2,TRIM2,SPIN1,AP3S2,UBL7,BRD3,SHPRH,ACTL6B,HSBP1,LRRC49,TCF12,LRRC40,ELOVL6,TOMM40L,LRRC41,DUSP6,PGM2L1,SRP9,MED23,TUBB2B,TUBB2A,PXDN,EXOC5,PLCB1,PAFAH1B3,WRB,FAM117B,BCLAF1,UNK,EXOSC10,TMEM169,BID,RPL17,SF3B1,DTD1,SRSF11,NKTR,RUNX1T1,KIDINS220,SNCAIP,BLCAP,WDR11,NUDT21,NFIA,ABI2,MORN4,NFIB,FAM49A,CCNT2,TUSC2,CEP120,CLU,NUDT11,NUDT10,POFUT2,ATCAY,CDH2,TUBB3,SMARCAD1,FADS1,HMGN1,ANKRD46,IGFBP3,UBE2E3,THOC1,PRPF4B,MSH6,ARMCX4,MORF4L1,ILF3,DMTF1,SRSF2,SRSF3,ANAPC4,SRSF5,SRSF6,TOX,GRIA1,ZC4H2,PHF21B,SOCS2,SRGAP1,IP6K2,AKIRIN2,TIA1,FUS,MARCH6,REEP1,PTPRD,LRCH2,ZFP62,RNF182,PLXNB2,EIF4G2,DIDO1,NUMA1,TRO,FSD1L,CAPZB,MDK,PPP6R1,PPP6R3,SUMO2,PMEPA1,CEP170,VBP1,PTBP2,ZFP90,NIPSNAP1,ARL4C,PTP4A3,BDP1,PPP1R15A,NLGN1,HDAC2,UHRF2,RAB1B,SRSF1,CXXC1,TULP4,LENG8,LAGE3,CXXC4,JAKMIP2,STOX2,GANAB,VPS54,FYN,HNRNPA1,WASF1,POLR2J,MEST,SMARCE1,HNRNPA3,NDUFA7,MARCKSL1,GPKOW,PCDH9,NDUFA2,ENOX1,ASXL1,NELL2,KLF7,PINK1,MYO1B,MARCKS,APC,SYT11,ASXL3,NOVA2,STUB1,CCM2,PPIL4,METAP2,VEZT,CCNJ,GDE1,NUDT3,CCAR1,PNN,KIF21A,CCNL2,ATP6V1E1,EPHB1,SOX4,SRRM2,ARRDC4,EPHA5,EPHA4,ST6GAL2,SLC6A15,METTL3,ARRDC3,SRRM1,SFRP1,FAM76B,TAGLN3,ATP6V0D1,OBSL1,TRIB2,PFN2,BEX4,BEX2,BEX1,TSHZ3,MAGED1,FOXG1,PIK3R3,TMTC1,APCDD1,TMTC4,NKAIN1,COMMD9,HLTF,ARGLU1,RIMKLB,SCN3A,GPM6B,SEC31A,ZRANB2,BCL11A,ST8SIA2,DCLK2,CCDC88A,FUBP3,PTK7,FUBP1,ID2,C2CD2L,CD200,ITM2C,ROBO2,CSRNP3,PTPRO,SLC7A11,ROBO1,EPM2AIP1,UCHL1,ZMYM4,ENC1,DNER,DHX15,CCDC112,ITFG2,MLF2,ENAH,MN1,CTTN,HNRNPH1,KIT,MPPED2,RHOU,HNRNPH3,SGK1,DBN1,DYNC1I2,SATB1,CTNNA2,MAP4K5,MON2,GABBR1,MYEF2,RYK,TTC1,KLHL9,ATAT1,KLHL7,TTC3,TARDBP,CDK5R1,ARID4B,POGZ,NRCAM,POU3F2,POU3F3,PRPF3,EEF1A2,UBE2V2,XPR1,RTN3,BHLHB9,RTN1,YTHDC1,BTF3L4,EFNB2,EP400,QSER1,CPSF6,CBX5,AUTS2,SYT1,KLHL23,SMAD5,HIGD2A,CLK2,RALYL,PAN3,EFNA2,HOOK2,NASP,HOOK1,DNAJC10,TCF4,PI4KB,LRP10,UBE2M,CREBZF,KDM5B,RBM25,GSK3A,PRKCSH,CHD6,DDX42,ELAVL4,AFF3,RND3,ELAVL2,TTC28,LMNB1,SENP6,SENP7,YWHAQ,GATAD1,GDAP1L1,PDE4B,TIMM17B,RBM5,HGSNAT,HSDL1,PDPK1,NCBP2,CAD,DNM2,PJA1,LATS1,SFPQ,VCAN,GAP43,RCN2,NDUFS3,DCX,NUP54,USP40,HAGH,INA,LUC7L2,USP11,RBM4B,CRMP1,HMGCR,THBS3,ADD2,GNG3,MAPK8,MTA1,GNG2,TAF1C,SPOCK1,NCAM1,CLASP2,TTC14,RBM39,RRM2,ZFC3H1,MEIS2,GDAP1,ACVR2A,TTC17,MAPK10,PPP2R2B,ACIN1,VIM,SSBP2,RBMX,TAF1"
+"gene_set_query"	"406"	"SETBP1"	"439.3"	"ARCHS4 Coexpression,212;Enrichr Queries,412;GTEx Coexpression,694"	"CYFIP2,MDC1,CNTFR,TES,TRIO,MYT1L,ARPC5L,ADARB1,FNBP1L,BACH2,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,DPYSL3,AKT3,FAM110B,STMN1,DIP2C,MEF2C,WSB1,RBFOX2,DAPK1,CACNA2D1,PRKCE,AFAP1,SOX11,MYL6,IFT81,FEZ1,RUFY3,DDIT4,RUFY2,PRR13,NEDD4L,PHYHIPL,AGAP1,SLCO5A1,PRDX5,FLRT2,CHST15,ST3GAL1,SERF2,JUN,CREBBP,FZD3,CADM1,SETD1A,NR2F1,PHC3,PBX1,PRRC2B,MLLT11,H2AFY2,PKIA,DCHS1,FXYD6,FAT3,FAT4,DZIP1,CDK14,FERMT2,TMEM9B,PHF2,PIGU,GPR21,TUBA1A,TRIM2,JAK2,BRD3,SHPRH,LRRC49,TCF12,ASH1L,DUSP6,NCOR2,ZEB2,TUBB2B,TUBB2A,PXDN,PLCB1,GAS7,RNF165,NFIX,SPOP,FLNA,CKB,MEF2D,RUNX1T1,ATRNL1,KIDINS220,YLPM1,SNCAIP,GATAD2B,NFIA,ABI2,NFIB,SLMAP,FRY,SLC8A1,PPP1CB,CDH2,TUBB3,SCMH1,LZTS2,TXNL4A,TLE4,MAGI1,TPM3,MAGI2,FRMD4A,RNF40,FOXP1,PHIP,TNIK,TOX,GRIA1,TNKS,ITPR1,UBR1,PHF21B,SOCS2,RAP1A,ESD,NACC1,ABL1,PLXNA2,DVL3,SRGAP3,PLXNA4,ZKSCAN1,TIA1,OSBPL5,ATP8B2,ARPC4,MARCH6,LSM4,PTPRD,REEP1,LRCH2,LRCH1,DAB1,NBEA,CPE,EIF4G3,WDR1,CELF2,FHL1,SYNE2,FSD1L,CAPZB,PSD3,PMEPA1,CEP170,CCDC50,UNC45A,PPP1R12A,DST,ATRX,ARNT,VEZF1,PTBP2,ARL4C,PTP4A3,PIK3CA,C1D,PPP1R12B,SOS1,HDAC2,GTF3C4,ROCK1,ROCK2,SRF,TULP4,MLLT3,CXXC4,LRP6,JAKMIP2,STOX2,ABLIM1,RAB23,FYN,WASF1,TUB,SPAG9,NTRK2,PCDH9,PCDH7,NTRK3,FOXJ2,EFR3B,NELL2,MARCKS,KLF6,APC,SYT11,ASXL3,NOVA2,CDO1,METAP2,APP,PITPNB,DIXDC1,CBLB,NUDT3,FAM53C,EPC1,EPC2,KIF21A,SOX4,SOX5,EPHA5,EPHA4,EPHA7,ST6GAL2,LIMCH1,ACTN1,ANK2,ANK3,CSNK1E,ANK1,TIAM2,TWSG1,KCTD10,AKAP9,KCNQ4,KCTD12,TAGLN3,PFN1,TRIB2,PFN2,MAGED1,FOXG1,PIK3R3,PIK3R1,KALRN,INPP5B,NUAK1,DHX35,TNRC18,HIVEP2,SCN3A,BCL11A,ST8SIA2,DCLK2,PUM1,SMARCA2,DCLK1,MED13L,CCDC88A,STAG1,ID2,FBXL3,ITM2C,ROBO2,NRP1,CSRNP3,PTPRS,CITED2,PPP1R10,SLC35F1,PCSK7,VLDLR,ROBO1,AKAP12,KIF13A,ENC1,REV3L,KIF1B,PBRM1,ANO6,CBFA2T2,MTSS1,RHOB,ENAH,MN1,TOX3,KIT,MPPED2,FAM20B,SGK1,SATB1,PRICKLE2,CCDC107,AKAP6,PRICKLE1,NOL4,SH3BGRL,TCEAL1,GPC4,CTNNA2,PAK3,BCAP31,MYEF2,SORBS2,SORBS1,PNMA2,ATAT1,TTC3,ESYT2,CDK5R1,IGF1R,CAPN7,KIF5C,POGZ,NRCAM,PPFIA2,TSC1,POU3F2,POU3F3,EHBP1L1,XPR1,RTN1,ARHGEF25,NPR2,CACNA1C,NDRG1,TAF5L,CAMSAP1,EFNB2,ARHGAP21,FUT9,BPTF,MARK1,PRNP,SMAD4,CBX5,AUTS2,PTCH1,CRIM1,DSTN,KLHL20,HOOK2,HOOK1,TCF4,LSM14A,RERE,GPSM1,PRKCSH,CHD6,ELAVL4,ILK,AFF3,PPP1R9A,ELAVL2,TTC28,UBE2Q2,GDAP1L1,SNAPC4,PDE4B,SPEG,TMEM109,LRRFIP1,HSDL1,PDE4D,NAV1,NAV2,ARID1A,ARID1B,SEPT3,PJA1,LATS1,VCAN,CDH11,DCX,INA,USP11,CRMP1,CLCN3,NCALD,ADD2,MAPK8,GNG2,ALDH1B1,SLIT1,NCAM1,PDLIM7,CLASP1,CLASP2,ATP2B4,MEIS2,GDAP1,ACVR2A,SLC4A7,MAPK10,PPP2R2B,SSBP2"
+"gene_set_query"	"407"	"NEUROD2"	"441.0"	"Literature ChIP-seq,94;ARCHS4 Coexpression,1104;Enrichr Queries,182;GTEx Coexpression,384"	"MAPKBP1,GMFB,TFRC,ALKBH6,TSEN54,PREX1,SAMD14,PSMD6,DPYSL4,IGLON5,DPYSL2,GPBP1,MEF2C,RBFOX1,UNC5A,RBFOX3,NGDN,HDHD2,PRKAB1,SND1,MYL6,ZC3H11A,DDIT4,CGGBP1,SF1,ATF4,SLBP,ABCB6,SAR1B,SHMT2,FLII,NPRL2,AGAP2,PDGFA,MTMR9,BAZ2A,MTMR4,MRPL12,MRPL10,MRPL20,PRKAR2A,PIP5K1C,RHBDL1,PRRT1,CADM3,CREBBP,PRRT2,CADM4,GPR12,CADM1,NR2F1,EIF2AK3,L1CAM,ABTB1,FAM135A,DZIP3,EZH1,FERMT2,TMEM9B,GSTM5,KCNC1,PIGO,KCNC3,GPR21,PIGQ,MED19,MRPL36,SHB,PQBP1,OSBPL10,SHF,SMPD3,TUBA1B,MMP24,JPH3,TMEM44,MED10,NEFL,NEFM,DLGAP1,DLGAP3,APC2,ACTL6B,SIRT7,MANEAL,SLC7A4,SLC7A6,MED24,PLSCR3,CDC42EP4,PXDN,CHST1,SLC29A4,RNASEK,ODC1,SRRT,ADAM22,SEZ6,HTT,SNX32,TMEM70,GGA3,PSMB3,RICTOR,RIC3,ATRNL1,WNT7B,DAB2IP,YLPM1,FABP3,SNX16,FABP5,CCDC9,TSR2,YPEL1,RPL22L1,PKN1,YPEL4,CSE1L,UBE2D2,LTN1,CASC3,FADS3,ADORA1,FBRSL1,SLC25A44,FADS1,AP2M1,FBXW4,UBE2E3,TBR1,CNPY3,SRCIN1,PIAS2,FOXP1,ACAP3,OLFM1,ANAPC5,RAD54L2,LY6H,GRIA1,GRIA2,SHC2,PEF1,GPR85,FBXO44,LRRC55,FBXO41,GLIS2,CORO1C,IGSF21,ATXN2,RAP1A,SLC38A6,SLC38A2,TMEM120B,DR1,FBXO38,CORO2A,SH3BP5L,ARPC2,PTPRA,AAK1,MDM2,NFE2L3,SNAP25,NUMA1,CELF3,POMT1,CELF4,CELF5,NRGN,CAPZB,MDK,ACP2,MDP1,DNM1L,SNAP29,CTNNBL1,TRIM67,BOK,PELP1,EMX1,ACTR2,HSP90AA1,DHPS,VPS37B,SEZ6L,DDOST,QTRT1,PPM1B,TMBIM4,SLC25A19,TMBIM6,AHDC1,NDUFB7,NDUFB2,FOXK1,SRL,PPM1E,CDC42,GANAB,CCDC85C,NNAT,TRIM46,SLITRK5,SH3BP4,LRRC8A,IGF2BP2,ATP9A,SH2B2,BEND6,LINGO1,NTRK2,SLC12A5,TRIM41,PCDH9,NICN1,PCDH8,CDC5L,TPD52L2,NELL2,SLC25A39,NOVA2,TSPAN18,CCM2,P4HB,CDR2L,MDGA1,PTPN5,TRIM33,EIF4A2,AHCYL1,CPNE5,LDLRAD3,ZDHHC8,RCBTB1,ZDHHC3,CRKL,EPC1,EIF2D,KIF21B,BSN,CCNL1,ATP6V1E1,EPHB1,CALN1,SEC63,EPHA5,EPHA4,ATP6V1G2,CIRBP,ISLR2,ANK3,ANK1,STX1B,THAP7,KCNQ2,TRIM13,CD2BP2,TAGLN3,KCTD12,CTXN1,SLC45A4,ADCYAP1R1,NRN1,FOXG1,SDC3,MYCBP2,FBF1,KALRN,TTBK1,GSPT1,APH1A,PGS1,SYNGR1,SEC14L1,PGBD5,B4GALNT1,RCE1,SCN3A,ZBED4,XRCC6,MICAL2,ERAL1,BRI3BP,EXT2,ID2,PPP1R1B,CDC16,ECHDC2,INTS7,CALR,RCOR2,FBXL6,PCSK2,DDR1,DHRS13,COX7B,TMEM151B,PTPRN,DIRAS2,AATK,GRIK2,WASL,AATF,PTMS,PCLO,AKAP11,ENC1,GRIPAP1,NCOA5,PABPC4,MRPS23,CACYBP,CNKSR2,MN1,CD47,FAM193A,DBN1,SATB1,SATB2,DERL1,NEDD8,CAMKK2,ARVCF,NFIL3,FAM172A,PES1,CAMK2N2,HEATR3,CCT7,PAK2,CCT5,NPDC1,GABBR2,PLEKHA1,YIPF4,CRIPT,RPA1,TTC1,MIAT,PEX14,VEGFA,MIB1,NEDD4,HNRNPA2B1,PRDM8,SCARB2,MIDN,CRTC1,PRDM2,COX6A1,ACRBP,CELSR3,KIF5B,KIF5A,BAHCC1,SH3GL2,MORC3,ADAM11,TTC7B,POU3F1,POU3F2,POU3F3,GPRIN1,EEF1A2,UBE2V2,WDFY1,TBC1D23,MASP1,KLHL18,NDRG4,NDRG3,RTN1,ARHGEF26,SEL1L,CACNA1B,CACNA1A,CACNA1D,BHLHE22,PSEN1,PDS5A,CACNA1E,CACNA1H,ACACA,CACNA1G,TIMM50,RNASEH1,CAMTA1,NDUFV3,KIF3C,NDUFV1,CCDC134,SYT4,SYT3,SYT1,CCDC136,KLHL24,SYT7,BMP1,HOOK2,HOOK1,GNB1,CNTN2,TCF4,LSM14B,YWHAE,GSK3B,PODXL2,MAST1,CHD6,ATP2A2,ARHGEF10L,CHD3,PITPNC1,TTC28,LMNB1,SEC61A1,GRM5,LASP1,GDAP1L1,IFT57,SULT4A1,GALNT9,YWHAG,DACT1,PLA2G4E,HUNK,TBC1D8,NAV1,DDX52,DDX50,LMBRD1,CREB1,ALS2,TBC1D7,ATP6V1B2,CRY1,NAT8L,INA,RBM22,OTUB1,RRN3,ANKS3,GOSR1,DCTN3,CRMP1,RBM4B,CSTF2T,HMGCR,CLCN2,AGPAT3,ADD2,DNPEP,SPOCK2,TRA2B,MKNK2,NAA25,SPOCK1,RALY,CHGA,ATF7IP,GALNT2,TAF11,ATP2B4,ATP2B2,CCK,CDK11B,HS3ST1,USF1,IRGQ,PNKD,SBK1,FAM131C,FAM131B,NAA15,FAM50A,CNTFR,TRIO,MYT1L,WIPF3,STMN2,STMN3,ENO2,PHB2,BACH1,BACH2,RNF112,ALCAM,RNF114,ZMIZ2,LUC7L,PIP4K2C,DIP2C,CHGB,ANKS1B,NUP214,IAH1,WSB1,SOX11,GTPBP4,CLPX,NISCH,GPR162,WDR81,TSPYL4,ASTN1,LRPAP1,SEH1L,RPN1,NEDD4L,VPS26A,PRKCZ,RRP7A,FAM160B2,RIC8B,GAR1,ICMT,ARPP21,H3F3B,UPF3A,TMEM198,FIBP,HNRNPM,RNF103,NPLOC4,PLCH2,CDK14,CPEB4,CDKN1C,GABRB3,GABRB2,PHF2,TCF25,DENND1A,CLTC,LPCAT1,PFAS,SMG5,RNF157,TRIM9,UBL3,TRIM3,SPIN1,PLEKHN1,UBL7,BRD1,WDR37,SSR2,TCF12,GNL2,NUDT16L1,RNF168,LSG1,GAS6,GAS8,RNF165,SF3B4,NFIX,WDR26,TIMM9,ADCY1,ADCY5,CHN2,LMAN2,RPL14,RPL13,SLC17A7,RUNX1T1,RPRM,TTC9B,ELP3,NMNAT2,SRP68,SNCAIP,GTF2H5,AGBL5,NFIA,NFIB,INHA,TMEM229B,DGKD,CLSTN2,CLSTN3,RAB3D,TUSC2,CLSTN1,PARK7,SLC8A2,FAM107B,RIMS1,CFL1,HMGN2,SNRNP35,USP8,TLE2,USP7,MAP2K2,ANKRD46,RPS7,IGFBP2,TRAFD1,LARP4B,VRK3,DISP2,CACNB4,MADD,SNRPF,PHPT1,FKBP5,RTN4R,CUL9,BRSK2,FKBP2,TNKS,GLO1,CHRD,PHB,KLC1,GTF2E1,PHF21A,GOLGA7B,SCRT2,KLC2,BAG5,PITRM1,NEUROD6,TPR,DVL1,BTBD2,PLXNA2,DVL3,SRGAP3,AP1M1,EIF2B5,TRAPPC3,SEC16A,TNK2,OSBPL2,BTBD9,TOR1B,SCRT1,LSM2,LRFN3,DAB1,GON4L,LSM6,NSG2,YEATS2,LHX2,RHEB,CNOT2,TADA1,GPR107,NF2,LZTR1,CNIH2,MAP3K12,EIF4G1,CEP164,SART1,SCRN1,PSD3,TLK1,PHACTR1,EIF2B1,CDADC1,RTN4RL2,YDJC,PTP4A2,PTP4A3,TTL,DNAJB2,FZR1,PUF60,VPS53,MGAT5B,RAB23,POLR2G,POLR2J,CACNG4,SLC35A1,PPIL1,RNF24,PLCL2,RPL35A,FBXL16,RPRD2,CDC42BPA,RAD52,PFKL,KLF6,RAB15,RAB12,VPS41,POLR3F,RAB18,INSM1,CBLN1,TCERG1,APP,TMEM183A,PANK3,PITPNB,PITPNA,CBLB,PWP2,HS6ST1,RPS14,SOX4,SOX5,SRRM3,SRRM4,SLC35C2,COG3,ACSL6,COG1,MAPK8IP2,MAPK8IP3,TIAM1,AFG3L2,COX7A2L,ZW10,AKAP9,RRAGD,BOLA2,VDAC2,PFN1,GPM6A,STXBP1,TMTC1,NLK,ZNHIT1,CHTF8,VPS8,RALGDS,TRAP1,ZRANB1,TMEM184B,BCL11B,BCL11A,TMEM50B,SNAP91,UBAC1,STAG2,CORO7,BAP1,ROBO2,DAZAP1,SLC35F5,ZFAND2A,FAF2,ZCCHC14,ROBO1,CAMKV,ZMYM4,FEZF2,PSD,ZYG11B,NME2,PPHLN1,AP3B2,MTSS1,ITFG1,MLF2,NME1,MPPED1,B3GNT5,MAPT,SDCCAG8,FYTTD1,ICA1L,NOL7,AKAP6,UQCR11,RFNG,BEGAIN,PPP2CB,HIRA,CUX2,CUX1,UBTD2,NT5M,APBB1,DCPS,LCMT1,PURG,SUZ12,RANBP3,MTX2,RANBP9,RAB11B,CAPZA1,NBR1,KBTBD7,APBA2,CDK5R2,CDK5R1,MPHOSPH6,POGK,ROGDI,EFTUD2,TMEM145,TATDN1,BASP1,KDM2A,LMO4,LMO3,KCTD2,ATP1B2,TUG1,TRPC4AP,KCTD5,KCTD6,OXA1L,MYCN,RPL7L1,CMPK1,CHMP4B,ABCG4,PDE9A,ZCCHC8,IDI1,CTTNBP2,NTM,TMEM59L,CLEC16A,FBLN1,CPLX2,CPLX1,PLCXD2,EFNB2,DPP6,EFNB3,SCUBE1,EP400,SUDS3,PDZD7,ANKZF1,MARK2,RAP1GAP2,SMAD4,SMURF2,WSCD1,CBX2,COQ6,AZIN1,DNAJC18,EFNA3,DLG1,EFNA2,DLG2,DLG5,GRSF1,LRP10,GPSM1,SCYL3,THRA,DOCK9,NVL,DOCK7,ELAVL4,YBX1,PKD1,ELAVL2,ELAVL3,POLB,SENP7,SENP5,ZC3H7A,SNAPC2,MCF2L,FLOT2,PDE4A,SPEG,MAPK1IP1L,HGSNAT,TSFM,KLF11,SVOP,PDE4D,SPATS2,PPP2R5B,PPP2R5D,SENP2,LSS,ARID1B,DNM1,KLF16,DNM3,GAP43,CDH10,DCX,USP40,CAMK2B,STOML1,NRXN1,NRXN2,ATP1A3,PDXP,SPG7,NCALD,TBRG4,RMND5B,DDT,GNA12,PDE6D,MAPK1,SNCB,CAMK2G,OPCML,KDM4B,NEGR1,PCDHGC4,LIMK1,HAGHL,NAP1L1,MEIS2,NAP1L5,DLK2,PDE10A,RPS6KB1,CDK2AP2,RGS11"
+"gene_set_query"	"408"	"PAX6"	"441.6"	"Literature ChIP-seq,101;ARCHS4 Coexpression,922;Enrichr Queries,621;ReMap ChIP-seq,155;GTEx Coexpression,409"	"MT-ND4,POP4,ALKBH6,PSMD8,SAMD14,LSM11,IGLON5,DPYSL2,DPYSL3,SAMD10,SAP30BP,MEF2C,RBFOX1,RBFOX3,FNBP1,MYL6,PSME3,RUFY2,DDIT4,TMEM126A,JTB,PSME2,LETMD1,ATF4,SAR1B,FLII,MEPCE,MTMR9,AGAP1,BAZ2A,MRPL12,GABARAP,MTMR7,MRPL20,RHOT2,RDH14,ATRIP,RHBDL1,HEXIM1,JAG2,CADM3,JUN,PRRT2,GSTM1,CADM1,EDEM2,NR2F1,SNF8,L1CAM,PBX1,EIF1,TBL3,EIF6,TDP2,SFXN1,DZIP3,LGMN,LRSAM1,KCNC1,PIGO,HEXB,RPLP1,PIGQ,RPLP0,PIGP,DIS3L,ARHGAP1,SHB,SHF,MED12,TUBA1C,TUBA1B,MMP24,TUBA1A,MRPL40,B3GALT2,RPLP2,NEFL,NEFM,ENOPH1,APPL1,LYPLA2,ACTL6B,DUSP1,SPHK2,MRPL49,SLC39A13,DUSP6,SIRT3,MED23,SLC7A4,MED22,MRPL53,PLSCR3,TMEM33,PTRH2,MED21,PXDN,TMEM106C,VAMP4,ERGIC2,LRRC14,RNASEK,SRRT,ADAM22,SEZ6,RECQL5,UNK,FLNA,RPS27A,YKT6,EGLN1,MBD3,LRRC24,MCRS1,DAB2IP,SPSB3,TMEM59,PSMC5,PSMC3,SNX17,PSMC4,FABP7,ETNK1,APEX1,RIMBP2,CCDC6,RPL22L1,PKN1,YPEL4,YPEL3,MTCH1,MTCH2,RASL11B,TMEM167B,CASC4,ALDH1L2,RUVBL2,MTPAP,AP2M1,UBE2E3,FBXW9,TBR1,FOXP1,ACAP3,OLFM1,SLC9A5,SRSF3,SQSTM1,ARL8A,PFKFB2,INO80B,KHDRBS2,KHDRBS3,ARL3,MAZ,ARL1,LIN7C,FBXO44,SOCS2,IGSF21,MBIP,SLC38A2,ZKSCAN1,UROS,ARPC5,UCKL1,DRAP1,MFHAS1,ARPC3,SP3,NFE2L3,LRCH4,ISY1,ZNF512B,SNAP25,SLC25A3,PTEN,CELF4,PPP6R3,PMEPA1,MDP1,TRIM67,EIF5B,VEZF1,SEZ6L,ARFGAP3,SYF2,C1D,SEC22B,GAPDH,BIRC2,TNFRSF21,GTF3C1,BECN1,SNAP47,GTF3C2,SRSF1,CXXC1,ZBTB45,MLLT3,MFF,CXXC4,PPM1G,GANAB,PTPRZ1,U2AF2,TRIM46,HNRNPA1,SLC25A22,BEND6,NOP56,NTRK2,PPP1R14B,HNRNPA3,NDUFA7,SLC12A5,PCDH8,RPL23A,MCOLN1,NELL2,EIF3K,SYT11,EIF3G,STUB1,P4HB,MDGA1,UNC79,EIF4A2,EIF4A1,CCNI,ZDHHC5,PPAN,THUMPD3,NUBP2,TXNDC17,CYB5D1,HERC4,RASSF1,TRIM28,BSG,TRIM24,EPC1,EPC2,CCNL2,KIF21B,BSN,CCNL1,CALN1,ARL10,EPHA4,ATP6V1G2,SMARCC2,NSMCE2,ALG5,CIRBP,MOGS,ANK2,ANK3,ACTN4,VWA5B2,ANK1,PISD,MFSD10,STX1B,SFRP1,SNHG12,ULK1,FAM76A,TRIM11,CCDC84,L3MBTL3,NRN1,GGNBP2,TBC1D9B,GIPR,FOXG1,CEND1,PIK3R1,BRCC3,SYNGR1,PCBP4,PCBP1,PCBP2,DHX37,SURF6,B4GALNT1,BBS1,SURF1,XBP1,INTS1,SURF2,SURF4,ST8SIA3,INTS2,MICAL2,MYO5A,SMARCA2,IFFO1,EXT1,ID2,RPL27A,INTS5,NDUFAF3,FBXL5,CALM2,PCSK2,NRP1,TMEM151B,DOC2A,FAM57B,PTPRN,PAK1IP1,DIRAS2,TECR,CETN3,GRIK2,SLC7A11,COX7C,SYNCRIP,PCLO,ACTR1B,RSRC1,ENC1,KIF1B,CTSD,CAP1,GRIPAP1,NCOA2,PBRM1,SEC13,DBNL,GAA,MRPS2,COMMD1,MRPS6,CNKSR2,RNF144A,TOX3,IMMP1L,KIT,ARHGEF1,TAX1BP3,NCOA7,PABPC1,ARHGEF7,DBN1,SATB1,SATB2,DERL2,CCDC106,MRPS30,CAMKK2,CAMK2N1,HSF1,PAK3,CCT5,YIPF5,VEGFB,AP2B1,VEGFA,SEC23IP,ITCH,ZDHHC9,KLHL7,HNRNPA2B1,TTC3,AGGF1,FAM171B,TACC2,CRTC2,MIDN,CRTC1,MPI,ZFAND5,PEBP1,CELSR3,ACTG1,IGF1R,FAM174B,KIF5C,KHSRP,CAPN2,SNIP1,ENPP5,RGS9,BAHCC1,SH3GL2,PPFIA2,ZGPAT,ADPRHL2,SLC30A5,ADAM11,POU3F2,POU3F3,EEF1A1,HNRNPUL1,FAM173A,HNRNPUL2,DKC1,TMX1,TBC1D24,CARS2,NDRG4,VCP,DDX5,NDRG3,RTN1,NDUFB10,PSMD13,COX17,CACNA1B,CACNA1A,TOR1AIP2,CACNA1D,PDS5B,RTN4,TAF5L,CNN3,TIMM50,RAI1,FUT9,TBC1D17,NDUFV2,SYT4,OST4,PRNP,SYT1,PCIF1,HMGA1,CLK4,SYT7,CLK1,HOOK2,UBE2S,HOOK1,OSTC,CNTN1,GNAS,CYCS,GALK1,UBE2M,PICALM,GSK3A,PRR7,DDX3X,RBM26,DDX49,DDX47,MAST1,CHD6,PPP1R9A,CHD2,TMEM223,EEF2K,GDAP1L1,LRRFIP2,GALNT9,ARHGEF12,PDPK1,DYNLT3,PLA2G4B,TBC1D9,NAV1,NAV2,DDX52,SYNGR3,GPCPD1,SFPQ,VCAN,NDUFS8,ALS2,GORASP1,NUP54,INA,IRF9,NAA20,GOSR2,CRMP1,SLC3A2,RNF2,ADD2,GNG3,GNG2,RAB40C,PABPN1,MAT2A,GNG5,SV2A,SPOCK2,SPOCK1,PDLIM7,TAF10,EYA3,ATP2B2,USF2,MAPK10,GALE,SBK1,FAM131C,FAM131B,ERCC8,ACIN1,ERCC5,VIM,MBTPS2,RAN,RPL3,RPL31,RRP1,STMN2,ADARB1,ENO2,GABPB1,RPL8,RPL9,RPL7,GLS,RNF112,MYC,AP1S1,RPL38,VPS35,RPL37,IER5,RPL39,CHGB,TSPYL1,RPL21,RPL23,WDR74,GTPBP6,SOX11,MED4,GPR162,DAAM1,ADPRH,RPL27,RPL26,RPL29,RPL28,VPS28,PRR13,CTBP1,GLG1,PPP4C,RIC8B,CEP70,SSR1,HMOX2,BTF3,RPL41,JUND,SNAPIN,DMPK,H3F3B,PLK2,RAB3IP,IRF2BP2,GPN1,FIBP,HNRNPK,GIPC1,CDK10,CDK13,PAM,CDKN1C,GABRB3,GABRB2,SETD5,SETD2,PHF23,ARPC1A,LPCAT1,GPT,ING1,TRIM9,TMSB4X,TRIM3,SPIN1,CIC,JARID2,EMD,ZC3H10,TPI1,WDR37,SSR4,SSR3,COPZ1,GNL3,TAF6L,ZEB2,LSG1,GAS7,RNF165,GRAMD1B,NFIX,RPL10,RPL12,GPS1,RPL11,HSPA14,WDR24,ARFRP1,CHN2,RPL14,RPL13,BRD9,RPL15,RPS2,RPL18,RPL17,RUNX1T1,BRF1,CSNK1A1,SYVN1,NMNAT2,TTC9C,SYNJ2BP,WDR13,BLCAP,AGBL5,TM9SF1,NFIA,NFIB,RLIM,RAB3C,TUSC3,TUSC2,CLSTN1,RPL10A,CLU,IPO4,SLC8A1,SLC8A2,TM7SF2,PPP1CB,RIMS1,SALL2,CDH2,PAPOLG,CFL1,HMGN2,TMSB10,KCMF1,SEMA6B,TLE3,TLE2,RPS9,USP5,RPS8,RPS5,IGFBP3,TPM1,F2R,RPS6,ILF2,RNF40,THOC7,THOC6,DISP2,BSCL2,CTDNEP1,ARMCX3,CACNB4,DMWD,RAB34,MORF4L2,MADD,ARMCX6,FKBP8,CSNK1G1,RTN4R,BRSK1,BRSK2,FKBP2,CD151,RAB5C,GLT8D1,KLC1,GOLGA7B,NEUROD2,SCRT2,KLC2,PITRM1,PSAP,DVL2,PLXNA2,ABL1,SRGAP3,MCL1,TRAPPC2,AKIRIN2,EIF2B4,UVRAG,TRAPPC4,SLC4A10,FANCE,MARCH6,LSM5,SLC7A6OS,NBEA,LHX2,REEP2,CPE,GPR107,CNIH2,EIF4G2,BCL2L2,WDR1,WDR4,PTPN23,SGCE,RPL7A,DUSP12,LBH,SCRN1,PSD2,SGCB,AP1G1,SIN3A,PSD3,IDH3B,WDR6,TLK1,SLC37A4,GPX4,GGPS1,AMT,RPL13A,PLRG1,BET1L,TRAF7,PTP4A3,DALRD3,TRAF4,DNAJC6,CTDSP2,DNAJC5,RPL37A,LANCL2,SSX2IP,RNF31,GTF2A1,NFAT5,NLGN2,WBP1,RAB1B,RPL36A,DNAJB1,ABLIM1,NFS1,VPS53,POLR2E,POLR2G,RBBP7,MEST,POLR2K,POLR2L,SEC11C,MLXIP,SPAG9,TPRKB,RPL35A,FBXL16,CDC42BPA,FBXL14,PNRC1,BCKDK,DNAJA1,KLF6,NFASC,IMPDH2,ASXL3,MGAT4B,POLR3F,RAB18,INSM1,TPT1,CBLN1,METAP2,SLC35B2,HDAC10,SLC35B1,HS6ST2,RPS15,RPS14,PNN,RPS19,FLAD1,RPL36AL,DPF2,RPS11,SOX4,RPS12,SOX5,ARRDC4,SRRM3,SRRM4,SLC6A17,ARRDC3,BOLA1,PTOV1,COG2,MAPK8IP3,JMJD8,TIAM1,RRAGD,PFN1,ANKRA2,PFN2,BEX4,BEX2,BEX1,STXBP1,LIAS,MYL12B,SCFD1,STXBP5,SNHG1,PTPRN2,BCL11A,SNAP91,MANF,RPS26,RPS25,RPS28,RPS27,RPS29,CCDC88C,RPS20,RPS24,ROBO2,UBXN1,GDI1,CITED2,SRA1,MYL6B,UCHL1,PCF11,DNER,TMED2,TMED4,PSENEN,PRMT7,NME3,RHOF,ZDHHC16,AP3B2,RHOB,MLF2,HNRNPH3,MAPT,ALDOA,SGK1,ICA1L,PTN,RFNG,NOL4,PTS,BEGAIN,PPP2CA,HIRA,ANKMY2,RBM15B,TCEAL6,TCEAL1,APBB1,PURG,MYEF2,RYK,PTGES3,MPP6,SPCS1,HIST3H2A,CAPZA2,FAU,APBA2,GOLT1B,ARID4B,TMEM145,COL4A3BP,HCFC1R1,NRCAM,CHCHD1,LMO1,CHRNB2,APLP2,KCTD2,KCTD3,KCTD6,RSBN1,DPM2,TMEM136,MYCN,PRPF6,TBL1XR1,RPL7L1,SCG5,MATR3,SCG3,ABCG4,IDI1,RPS19BP1,NTM,NOP2,CPLX2,EFNB2,ARHGAP21,DPP6,PCSK1N,UBB,DPP9,OTX1,ATP6V1D,PDZD7,ATP6V1F,BPTF,HSPA8,CBX6,ACBD4,CBX5,HSPA5,CBX3,RHBDD2,PTCH1,CRLS1,DNAJC16,RALYL,EFNA2,DLG4,CHMP2A,COPE,LRP12,LRP11,MUS81,ACADVL,PCDHGB7,ELAVL4,SLC2A3,PKD1,ELAVL2,ELAVL3,POLB,CASP9,SPRED1,MCF2L,SNAPC3,SCYL1,KDM6A,ABCC8,PPP2R5B,RPS3A,DCK,DNM3,FCHSD1,GAP43,DDAH1,TRAPPC6B,CDH10,AKT1S1,TRNP1,DNLZ,CAMK2B,STOML2,TM2D2,POLDIP3,NRXN1,NRXN2,MTIF2,HSPD1,TBRG4,NXF1,UGP2,NT5DC2,ROMO1,NCAM1,BUB3,ABCF3,CAMK2G,OPCML,CLASP2,SNCA,ATE1,PCDHGC4,HAGHL,CADPS,SGTA,HSPE1,MEIS2,PPP2R2D,BAX,SPRY2,RGS11,LPIN2"
+"gene_set_query"	"409"	"ZNF286A"	"445.3"	"ARCHS4 Coexpression,236;Enrichr Queries,325;GTEx Coexpression,775"	"RPL4,TRIO,NUP107,HNRNPU,PHAX,SMC3,RBPJ,FNBP1L,EPRS,GPR173,LSM12,ALCAM,CAPNS1,DPYSL2,MYC,STMN1,AKT1,PRKACA,PRKACB,RBFOX2,CXADR,TSPYL1,DAPK1,CSNK2A2,WDR75,RFX3,CD3EAP,SOX11,SOX12,DICER1,ATG12,FAM133B,EML5,DAAM1,RUFY2,DDIT4,NUP98,SF1,SET,SAR1A,MTMR9,NEDD4L,ADH5,PRDX3,LDHB,FDFT1,JUN,PHC1,PLK2,UPF3B,CDC7,LARP4,PHC3,PRRC2B,MLLT11,PCDHGA11,MEX3A,FAM135A,HNRNPC,CDK13,EZH2,OGFR,PIGU,MRPL39,PHF6,MRPL42,TUBA1A,CSRP2,GPRASP1,RRP15,ZIK1,BRD3,UPF1,SLC39A10,LRRC40,ELOVL6,BAZ1B,DUSP6,PGM2L1,SRP9,SLC7A5,ZEB2,PSMA3,TMEM33,MTF2,PXDN,PAFAH1B2,ARF6,CDC123,FGD1,FAM117B,BCLAF1,PSMB5,SNX27,ANKRD50,SRSF10,RUNX1T1,KIDINS220,CSNK1A1,MBD1,ELP2,SYNJ2BP,NUDT21,NFIA,NFIB,TAOK1,ETNK1,TAOK2,NUCB1,GOPC,PKN1,ANKRD13C,PPP1CB,IPO9,ZFP30,LAMP1,SMARCAD1,KPNA2,MTPAP,MAP3K7,BIVM,SLC38A1,SUPT16H,ATP11C,PRPF4B,ILF2,MSH6,CTDNEP1,MORF4L1,ILF3,DMTF1,MSH2,LIX1,MORF4L2,RAB35,SRSF3,ADNP,SRSF6,ANAPC2,KHDRBS1,RAB5C,INSIG1,LIN7C,GTF2E1,ACAT2,SBNO1,BAG4,ORC3,G3BP1,ANKRD10,BRIX1,NAE1,SKIL,MAP2K6,TIA1,ASNS,ZBTB12,EEF2,MARCH6,COPS4,CNOT7,YEATS2,NF1,MDM2,MDM4,TUBGCP4,COPS8,SERINC5,MAP3K12,HSP90AB1,RNPEPL1,WDR1,ZFP82,DUSP12,SART3,SUMO1,PPP6R1,PSD3,SUMO2,PPP6R3,TLK1,CEP170,DNM1L,TNPO1,HSP90AA1,DST,ATRX,ZFP90,PTBP2,PTP4A3,SLC25A17,CTDSP2,POLR1B,DNAJC5,DNAJC9,BDP1,SOS1,BCAT1,RNFT2,HDAC2,NLGN2,RAB1B,TULP4,LRP8,ABLIM1,GANAB,RBBP4,U2AF2,BEND3,FEM1C,IGF2BP3,HNRNPA1,EIF4E,TRIM44,DCAF13,NOP58,NELL2,KLF6,MARCKS,PSAT1,DNAJA2,MGAT4B,POLR3F,TRIM33,METAP2,TCERG1,SLC35B4,TMEM41B,CISD2,THUMPD1,NUDT3,TRIM24,LONP1,KIF21A,ATXN7L3,SOX4,ARL10,SMARCC1,ST6GAL2,SLC6A15,ARRDC3,MOGS,TRIM13,HECA,PFN2,TBC1D9B,FOXG1,DCUN1D4,DCUN1D1,APH1A,SPAST,DHX33,DHX36,MIER1,CSTF1,TSPAN5,BCL11A,INTS2,SMARCA5,PAICS,FUBP1,ID2,ANP32E,NOL11,RBAK,CALM2,TOP2B,CITED2,SLC35F1,SLC7A11,VLDLR,AKAP12,SYNCRIP,UCHL1,AKAP11,ZMYM4,ENC1,UBXN7,SDF4,TSC22D3,MINK1,PRPF40A,MLF2,ENAH,RAP2C,HNRNPH1,WAC,G2E3,SGK1,GNAI2,PCNP,FAM172A,CCT8,HEATR6,MAP4K5,EXOSC2,RANBP2,DYNC1H1,NPM1,UBE2G1,KLHL9,KLHL7,CAPZA1,TTC3,CACHD1,RAB3GAP2,CTNNB1,ZFP28,GRINA,PRDM2,NUCKS1,IGF1R,KIF5C,ARID2,ANGEL2,KCTD6,EEF1A1,HNRNPUL1,TBL1XR1,RPL7L1,EHBP1L1,UBE2V2,CHMP4B,MATR3,BHLHB9,PSMD11,BTF3L4,TOR1AIP2,PDS5B,QSER1,BPTF,MARK1,IVNS1ABP,CPSF6,CBX5,AUTS2,NUP155,CPSF3,IDH1,KLHL23,KLHL24,UBE2W,EFNA2,HOOK2,NASP,HOOK1,GNB2,UBE2N,TCF4,GNB5,BRWD1,LRP10,YWHAE,KDM5B,ACADVL,PRKCSH,PRR3,CHD6,PSIP1,HMGB3,SLC2A3,HMGB1,RND3,LMNB1,PPP1R9B,CASP2,MAPK1IP1L,USP48,NCBP2,PDPK1,H2AFZ,NAV2,TGFBR1,DNM2,LATS1,VCAN,CREB1,NAV3,IGDCC4,THRAP3,DCX,LUC7L3,B4GALT6,RBM4B,DDX21,FAM169A,ADD2,TAF1D,CAND1,TRA2B,TAF1A,TRA2A,DROSHA,SPOCK1,FBRS,USP22,EYA3,NAP1L1,GDAP1,ACVR2A,FAM98B,NAA15,SUGT1,PDE7A"
+"gene_set_query"	"410"	"C11ORF95"	"446.0"	"GTEx Coexpression,446"	"CCNK,CLSTN2,CD81,ATN1,TXNDC15,ZDHHC3,FAM110A,GLE1,EFTUD2,RUSC2,AKT3,LZTS2,DIP2C,TMEM8B,ARL10,ATG3,RBFOX2,ZFP2,ATP11B,LARP4B,SOX12,KCTD5,SCAMP2,EID1,ARMCX4,RNF126,ARMCX1,CACNB3,ARMCX2,DMWD,RAB34,VPS25,NUMBL,TSHZ3,ARHGEF25,NPR2,STXBP2,DCUN1D4,DTX3,PSEN1,GLIS2,DPP3,ATXN2,PPP4C,RNF215,CSTF1,VTI1A,NDN,TNRC18,RAB11FIP3,RIMKLB,N4BP1,MARK2,FDFT1,ZSCAN18,BBS1,CBX6,ATP8B2,CPSF3,KLHL23,PBX1,POU6F1,WDR55,SRPK1,LRFN3,LRCH2,ARPC2,FXYD6,DCHS1,GNB5,GSTM5,EZH2,PHF2,CNRIP1,WASL,SOBP,PTMS,TTC28,TRO,SGCE,AP1G1,TIMP2,SPIN1,CASP2,GPRASP1,JARID2,PCYT1A,H2AFY,RFC2,SIRT7,ZDHHC17,UTP18,DNM2,NUP50,TET3,FAM20B,ZMYND11,DBN1,ARF6,ST6GALNAC6,DCTN5,NLGN2,PRICKLE2,LRP3,FGD1,ADD1,LRP6,PCNP,TCEAL1,CYTH1,BEND5,SLC35A2,RIOK3,LIMK2,LCA5,SNCAIP,CDC42BPA,MEIS2,CHFR,GATAD2A,PPP1CA,NFIA,CAPZA1,RPS6KB2,CACHD1,SSBP2,MPHOSPH8,ZFP28"
+"gene_set_query"	"411"	"POU3F4"	"447.0"	"ARCHS4 Coexpression,307;Enrichr Queries,610;GTEx Coexpression,424"	"CNTFR,CPNE5,MYT1L,STMN2,STMN4,FNBP1L,HS6ST2,GPR173,ALCAM,DPYSL4,DPYSL5,DPYSL2,DPYSL3,STMN1,HABP4,AP1S1,KIF21A,EPHB2,PRKACB,NCKAP5,EPHB1,SOX4,ANKS1B,SOX5,EPHA5,MEF2C,RBFOX1,SRRM4,WSB1,RBFOX2,CACNA2D1,SOX11,BCR,SFRP1,IFT81,FEZ1,RUFY3,TAGLN3,KCTD17,CTXN1,TRIB2,ASTN1,PFN2,BEX4,GPM6A,ADCYAP1R1,BEX1,PDE1B,TTYH1,MAGED1,FOXG1,PIK3R3,PHYHIPL,APCDD1,ACTR3B,ARPP19,FAM171A1,NKAIN1,PPP3R1,RIC8B,PCBP4,TSPAN7,SCN3A,GPM6B,CDK17,JUN,FZD3,PTPRN2,CADM4,ARPP21,GPR12,LRRN3,ST8SIA2,ST8SIA3,H3F3A,NR2F1,DCLK2,NETO2,PBX1,DCLK1,GADD45G,MLLT11,CCDC88A,MEX3A,VANGL2,ARMC10,H2AFY2,ID2,PKIA,PPP1R1B,FAT3,CALM3,LRRN1,FXYD6,GPR19,ARF3,GABRB3,GPR27,PCSK2,ROBO2,CSRNP3,SPEF1,NCAN,GRIK5,PTPRO,GRIK3,SLC35F1,RYR3,ROBO1,C1QTNF4,JPH4,PPP3CA,SIPA1L1,AKAP11,TUBA1A,CSRP2,CAMKV,TRIM2,IDS,NEFL,NEFM,KIF1B,DLGAP3,FEZF2,PSD,APC2,CCDC112,BRD3,PRMT8,ACTL6B,MMD,LRRC49,ELMOD1,TCF12,RGMB,ITFG1,DUSP6,RGMA,CNKSR2,TOX3,MN1,TMEFF1,ARHGEF9,TUBB2B,TUBB2A,PAFAH1B3,RNF165,DYNC1I2,RPL12,SEZ6,SNX32,CCDC106,PTN,CUX2,TMEM169,ADAM23,GPC2,NCDN,GPC4,CKB,CTNNA2,PAK3,RUNX1T1,RPRM,SRSF12,ARNT2,GABBR1,SPRYD3,MYEF2,KIDINS220,WNT7B,GABRA3,PNMA2,SNCAIP,BLCAP,MZT1,ATAT1,TMEM158,ABI2,NFIA,MORN4,NFIB,FABP7,KLHL7,FKBP1B,TTC3,YPEL1,FAM171B,CDK5R1,CTNND2,MSI1,CYP46A1,CDH8,NUDT11,RIMS4,ATCAY,CDH2,TUBB3,BASP1,LZTS1,RGS9,TMSB10,RGS7,PPP1R16B,NSF,KIRREL3,MAGI1,TPM3,LMO3,LMTK3,ATP1B2,POU3F1,POU3F2,SHISA7,POU3F3,PCP4,PREPL,SLC9A6,DMTF1,GRIA1,GRIA2,KHDRBS2,BRSK2,ARL3,CHRNA7,HPCA,LPL,CACNA1A,BHLHE22,DTX4,CACNA1E,HSPBP1,RAP1GAP,CACNA1G,PHF21B,SCRT2,ARHGAP21,SNN,DPP6,EFNB3,PLXNA2,OTX1,SRGAP3,LRRC4C,TIA1,CBX5,SYT1,AUTS2,PTCH1,KLHL23,BTBD9,GNAO1,PTPRD,RALYL,GNAL,EFNA2,NR4A3,NSG2,CDK5,HOOK2,DLG4,LHX2,CNTN1,CPE,CNTN2,UBA2,LRCH4,DOCK4,THRA,WDR1,SCHIP1,CELF3,CELF4,CHD6,ELAVL4,CELF5,RND2,RND3,ELAVL2,ELAVL3,SENP7,GRM5,FSD1L,YWHAQ,LRRTM1,LRRTM2,SUMO2,GDAP1L1,PHACTR1,CEP170,EDIL3,HSP90AA1,HSDL1,PDPK1,KLF16,PJA1,SEPT3,GAP43,VCAN,PTP4A3,RCN2,DDAH2,CDH10,CDH11,DCX,FAM84A,TERF2IP,NAT8L,INA,CAMK1G,RNFT2,HDAC2,NRXN1,CRMP1,HMGCR,JAKMIP1,DLL1,CXXC4,JAKMIP2,STOX2,CACNG7,GNG3,MAPK8,GNG2,PTPRZ1,SLITRK1,DNAJB5,GNG7,NNAT,POLR2D,FAM120A,MAPK1,NCAM1,SLC25A23,WASF1,CRYM,ATP9A,CACNG4,CLVS1,CLASP2,LGI1,SPAG9,NTRK2,MARCKSL1,NEGR1,NTRK3,PCDH7,PCDH8,DTNBP1,ATP2B1,FBXL16,EFR3B,MEIS2,NELL2,MAPK10,MARCKS,PDE10A,SBK1,PPP2R2C,SYT11,PPP2R2B,NOVA2,INSM1,CDO1,SSBP2,PTPN5"
+"gene_set_query"	"412"	"TOPORS"	"448.0"	"ARCHS4 Coexpression,216;GTEx Coexpression,680"	"APP,VARS,KDELR1,THUMPD3,SMC6,ZDHHC8,THUMPD1,SMC3,NDST1,TBK1,CAPNS1,MPRIP,DHX57,ZMIZ2,SAP130,PSMD3,FAM53C,LONP1,AKT1,AP1S1,ATXN7L1,PRKACA,ATXN7L3,NUP214,CXADR,ENTPD6,DNTTIP2,CSNK1D,MOGS,SCRIB,SRRM1,TRIM13,NUP98,PRR12,TBC1D9B,CTR9,DCUN1D1,CDKN2AIP,GIGYF2,APH1A,ABR,APH1B,MIER1,SYMPK,TNRC18,PLCG1,PIP5K1C,ATRIP,BRAP,SETDB1,INTS1,H3F3B,MEX3C,PRRC2B,PRRC2A,SETX,MEX3B,NPLOC4,GIPC1,CALM3,DUS1L,INTS8,HERPUD2,ARF3,SETD2,AHCTF1,GDI1,PRPF19,ING1,SMG5,COIL,MRPL42,PCM1,MED13,ZMYM5,FASTK,UIMC1,SDF4,CIC,GIT1,RSPRY1,UPF2,ZC3H10,UPF1,TMED9,ZER1,GAA,MINK1,PRPF40A,MED26,DYNLL2,SREBF2,RNF168,MED23,NCOR2,INF2,POC5,PITPNM1,MTF2,G2E3,ATP6V0C,ZDHHC20,CENPB,BCLAF1,RNF138,UBN1,USP1,UBTD2,CLPTM1,SHOC2,ANKRD52,RAE1,SRSF10,YKT6,SUZ12,NFYA,PTGES2,DAB2IP,VEGFB,GTF2H1,RSRC2,SCAF1,RAB11B,SKI,TAOK2,NUCB1,TRIP12,PKN1,PNPLA6,MEGF8,GRINA,CD81,CLSTN1,ATN1,RNF19B,ARID4B,IPO5,LAMP1,ARHGDIA,CFL1,CWC22,SNIP1,EP300,FBRSL1,SLC39A7,ARID2,LZTS2,MTPAP,SBF1,TLE4,USP8,SH3GLB2,MAP2K2,USP5,THOC2,VRK3,MSH6,ST7L,CTDNEP1,MORF4L1,TOM1L2,ACAP3,MSH2,ADAM15,RAB35,SRSF3,CHMP4B,PHIP,SRSF6,SRSF7,KPNB1,CSNK1G1,SLC27A4,ANAPC2,CD151,RAB5C,CUL3,MAZ,GMPS,ISG20L2,CUL1,SLC38A10,CORO1B,SBNO1,BAG5,IRAK1,TPR,DVL1,BTBD2,NACC1,ZC3H18,DVL3,NAE1,ZC3H14,PDZD8,WDTC1,ESRRA,NUP155,CPSF3,CNOT10,TRAPPC8,DNAJC14,MARCH7,ZBTB11,CNOT1,GNB2,GNB1,MKRN2,PHF13,PLEKHM2,PLXNB2,UBA1,BCL2L2,NFE2L1,RNF187,MXD4,ZNF512B,KDM5B,ACADVL,KDM5C,GSK3A,USP32,PRKCSH,DUSP18,HMGB1,PTPN23,PPP1R9B,SEC61A1,SEPT9,METTL14,LASP1,ZC3H7B,PPP6R1,SNRNP70,RB1CC1,TLK2,CASP2,RBM7,TNPO2,BCAS2,SCYL1,MAPK1IP1L,TBP,PPP1R12A,USP42,DIS3,H2AFZ,ZFP91,ARFGAP1,EPN1,DNM2,TRAF7,TMEM214,THRAP3,DNAJC5,PPDPF,AKT1S1,WBP2,RAB1B,RNF38,DDX20,MLLT1,ATP1A1,PPM1D,AGPAT3,PPM1G,MLLT6,POLD3,FBXL20,DNAJB2,GANAB,MTA1,FIP1L1,U2AF2,KATNA1,POLR2D,RBBP6,UBQLN4,EIF4E,DCAF13,ARFGEF1,ATF7IP,CIZ1,FBXL19,CCDC59,CDC42BPB,TPD52L2,DNAJA1,CLCN7,PFKL,NEURL4,TRIM39,POLR3C,MGAT4B,P4HB,NAA15"
+"gene_set_query"	"413"	"ZSCAN26"	"448.0"	"ARCHS4 Coexpression,252;GTEx Coexpression,644"	"ATF2,ZDHHC5,FCF1,THYN1,STMN4,FNBP1L,ZDHHC3,GPR173,RUSC2,CAPNS1,TRIM28,DPYSL5,DPYSL2,STMN1,SAP130,ARL6IP5,AKT1,KIFAP3,ATXN7L3,SOX4,TMEM8B,GABARAPL2,RBFOX2,CXADR,WSB1,ZFP2,MOGS,SCRIB,SOX11,SOX12,ACTN4,HDHD2,SCAMP2,TIAM2,EML5,EID1,DAAM1,FEZ1,RUFY3,RUFY2,TAGLN3,PFN2,BEX4,BEX1,TBC1D9B,MEAF6,CTBP1,MAGED1,FOXG1,TRANK1,MRPL16,PIK3R3,APH1A,PCBP4,RNF215,ZSCAN18,BBS1,FZD3,PHC1,ZRANB2,PRRT2,CHKB,INTS1,H3F3B,RCC2,ST8SIA2,MICAL3,L1CAM,POU6F1,UBAC2,PRRC2A,MLLT11,HNRNPL,NPLOC4,LAS1L,EIF6,H2AFY2,PKIA,GIPC1,CWF19L1,FXYD6,MAGED2,CALM2,EZH1,CD200,ARF3,PHF2,WDR47,DAZAP1,WDR48,CSRNP3,SLC35F1,ZCCHC18,PRPF19,MECP2,PCMTD2,ING4,EPM2AIP1,TUBA1A,GPRASP1,GARNL3,CCDC112,DFFB,UPF1,TSC22D1,MINK1,NME3,LRRC40,ELOVL6,ZDHHC17,ITFG1,SRP9,NCOR2,TUBB2B,TUBB2A,INF2,PAFAH1B3,PAFAH1B2,ARF6,DYNC1I2,STX16,ICA1L,ATL1,WRB,CENPB,ARVCF,TMEM169,HSF2,APBB1,CTNNA2,RUNX1T1,NPDC1,MYEF2,KIDINS220,PLEKHA5,AP3D1,BLCAP,GATAD2A,RNF146,ATAT1,NFIA,MORN4,KLHL7,ETNK1,TTC3,SARM1,HDGF,FAM171B,MPHOSPH8,ACTR10,ZFP28,SLC27A1,DGKE,ATN1,FBXO21,SRP14,SALL2,LAMP1,CDH2,TUBB3,ARHGDIA,POGZ,MAP2K2,ANKRD46,UBE2E3,GTF3A,TSC1,KCTD6,BSCL2,ARMCX4,MORF4L1,ARMCX1,DMTF1,HNRNPUL1,LIX1,CHMP4B,GLYR1,SLC27A4,RNASEH2C,RTN3,LRRC59,DDX5,RTN1,ARHGEF25,ZC4H2,NPR2,BTF3L4,DTX3,SUPT6H,ATXN2,IRAK1,ESD,DVL1,NACC1,SAFB2,MBIP,BCL9L,ESRRA,NEK9,TIA1,SEC16A,VTA1,KLHL22,MARCH6,REEP1,BCL9,LRCH2,STK24,NBEA,GNB2,SERINC1,TAB1,GNB5,MAP3K12,MXD4,EIF4G1,CUEDC2,RNF13,NVL,PRKCSH,ELAVL4,PSIP1,ZFP82,PPP1R9A,TRO,FLCN,YWHAQ,SNRNP70,SGCB,ZC3H7B,PPP6R1,CEP170,EID2B,EIF5A,HSDL1,REXO1,ACTR6,VBP1,AMT,RAD23B,ZFP90,DNM2,PJA1,RCN2,DCX,LUC7L3,TERF2IP,ETF1,IFT46,ZMYND11,INA,HDAC2,SMARCD2,NLGN2,ANKS3,USP11,TULP4,RBM4B,CRMP1,ADD1,JAKMIP2,SLC25A27,SRR,GNG3,GANAB,GNG2,U2AF2,FAM120A,DROSHA,FBRS,SH2B1,CLASP2,SMARCE1,NICN1,CDC42BPB,CDC42BPA,GDAP1,HNRNPAB,ACVR2A,TNRC6C,RAD52,MAPK10,SYT11,CARM1,MGAT4B,VPS45,RGS11,P4HB,ATXN10,SSBP2,TNRC6A,EIF3B"
+"gene_set_query"	"414"	"ZBTB42"	"448.5"	"ARCHS4 Coexpression,589;GTEx Coexpression,308"	"SLC35B1,ARAF,ZDHHC5,TXNDC11,ZDHHC7,RPL8,GPR173,PREX1,GOLGA4,PSMD6,CAPNS1,TRIM28,ZXDC,AKT1,AP1S1,ARRDC1,ALG5,ALG2,MRPS18B,MOGS,SCRIB,BCS1L,SCAMP3,SND1,WDR77,AFG3L2,GRWD1,JTB,PREB,ULK1,MMADHC,TMEM161A,TBC1D9B,TMEM63B,IGSF3,FLII,MEPCE,TEX261,PIK3R2,GSPT1,APH1A,DHX32,PRDX4,RRS1,DHX37,DYM,GSE1,TNRC18,EDEM3,JAG2,XBP1,JUP,INTS1,PMM2,EIF2AK3,IRF2BP1,FAM136A,PRRC2A,TADA2B,NPLOC4,QARS,GIPC1,FASN,INTS5,DUS1L,CALM2,RGL2,TECPR1,ARF3,DDR1,OGFR,MRPS16,GDI1,SETD6,CLTC,MRPL37,PRPF19,SMG5,PTPRF,HERPUD1,AKAP11,ENSA,CHMP1A,MLX,TMED2,TMED1,PRMT6,UPF1,TMED9,LRRC45,TMEM150A,PABPC4,GAA,TFB2M,WDR34,COPZ1,VAV2,CSDE1,TUT1,ERGIC1,SF3B4,AHCY,USO1,DLST,ADCY6,CENPB,FAM129B,ANKRD52,HEATR6,PAK2,MDH2,YIPF3,SYVN1,TMUB1,SRP68,HIPK1,SCAF1,RGP1,TM9SF1,ABI2,TAOK2,TCEA2,HDGF,AGRN,GRINA,WWC1,HDLBP,ARHGAP39,ZBTB22,APEH,UBE2Z,CELSR2,IPO4,TATDN1,TATDN2,FAM174B,OSBP,NUDT19,SLC39A6,FBRSL1,SLC39A7,KCMF1,SH3GLB2,PPP1R16A,KCTD3,TUFM,CLIP3,TPST2,OXA1L,PYGO2,PRPF6,ADAM15,EEF1A2,RAB35,MAPKAPK2,CHMP4B,FKBP4,DAP3,LY6E,SLC27A4,ANAPC2,LRRC59,VCP,RAB5C,ARL3,SEL1L,MAZ,CORO1B,CACNA1H,DPP3,RAI1,SBNO2,IRAK1,DPP9,NACC1,DVL3,MARK2,BCL9L,ESRRA,PRNP,NOP14,CPSF1,CBX4,SEC16A,IDH2,TMEM132A,TBCB,EEF2,SSH3,APPBP2,PTPRA,GNB2,GNB1,SRPRB,PLXNB2,GPR107,CLPTM1L,LSM14B,LRP10,EIF4G1,ZNF512B,SLC25A3,RNPEPL1,NUMA1,CNRIP1,PRKCSH,USP32,PSIP1,SEC61A1,SART1,SEPT7,SPR,NOB1,SLC37A4,SCYL1,BCKDHA,BCAS3,JAGN1,TBC1D8,VPS37C,DDX54,TBC1D9,ARFGAP3,RAD23B,COASY,ZFP90,DNM2,TRAF7,EEF1D,PPDPF,AKT1S1,TERF2IP,CUEDC1,BCAT2,NLGN1,SMARCD2,CANT1,POLDIP2,RAB1B,FURIN,MTIF2,SEMA3F,AP3M2,GANAB,CCDC85C,U2AF2,FAM120A,BEND3,FYN,RAB28,DCAF11,FBRS,CACNG4,ABCF1,SLC35A2,SLC35A4,PPP1R14B,PPIL2,BNIP3,PRAF2,CDC42BPB,BCKDK,SLC25A38,PFKL,XPNPEP1,RPS6KB1,IMPDH1,EIF3J,POLR3E,MGAT4B,PDCD4,EIF3G,PDCD2,TRIM37,P4HB,EIF3C,EIF3A,LNX2"
+"gene_set_query"	"415"	"ZNF287"	"448.7"	"ARCHS4 Coexpression,276;Enrichr Queries,626;GTEx Coexpression,444"	"SCOC,EPRS,FNBP1L,BACH2,ALKBH8,ALKBH3,PSMD7,CAPNS1,DPYSL5,DPYSL2,MYC,ZMIZ2,STMN1,PSMD1,MED1,GABARAPL2,MEF2C,CXADR,WSB1,CSNK2A1,RFX3,CD3EAP,SOX11,SCAMP1,MED6,EID1,FEZ1,ZSCAN21,DDIT4,YME1L1,ALG10B,ANAPC13,MTMR6,FLRT2,RDH14,JUN,FZD3,CADM1,PLK2,LARP7,PBX2,PBX1,MRPL22,PRRC2A,MLLT11,HNRNPL,PCDHGA11,PPP5C,H2AFY2,PKIA,FXYD6,FAT4,PAM,DZIP3,OGFR,PIGU,PRKAG1,MRPL39,TMEM186,MRPL42,TUBA1A,B3GALT2,TRIM2,RIOK2,CIC,RRP15,ZIK1,UPF1,ELOVL4,HSBP1,LRRC40,MRPL46,PGM2L1,SRP9,MRPL44,SLC7A4,NCOR2,ZEB2,TUBB2B,INF2,PSMA1,MED20,PXDN,RAPGEF1,DLD,ATL1,WRB,DLST,PSMB5,PPP1R8,PAIP2,DTD1,RUNX1T1,PCGF6,BRF2,MBD1,WDR12,BLCAP,GATAD2A,TMEM60,LYRM2,NFIA,PSMC2,TSR1,FRYL,FAM49A,ATP8A1,TUSC3,FBXO21,FBXO22,SLC8A1,NUDT11,ZFP30,SALL2,CDH2,LAMP1,TUBB3,FBRSL1,SLC25A46,RAB2A,RARS2,ANKRD46,UBE2E3,MORF4L1,DMTF1,MORF4L2,TOX,ANAPC1,CSNK1G2,FTO,TXNDC9,ZC4H2,ARL3,ARL1,GTF2E1,SOCS2,SBNO2,UBR7,ORC3,DVL1,NACC1,NDN,MARCH6,COPS4,REEP1,SH3BP5L,CNOT7,NBEA,COPS2,MAFG,SP3,PLEKHM2,SERINC1,COPS8,EIF4G1,SLC25A3,ZFP82,SGCE,MRPL3,DUSP12,OPA1,PPP6R1,SNRNP70,PSD3,SUMO2,PMEPA1,CEP170,REXO1,DST,VBP1,ACTR8,ZFP90,ARL4C,PTP4A3,CTDSP2,POLR1B,PPP1R12C,BECN1,GTF3C3,HDAC2,GTF3C4,WBP4,PDHB,LRP6,AP3M1,SRR,ABLIM1,POLR2B,U2AF2,SNRPB2,IARS2,FEM1C,IGF2BP3,SEC11C,SMARCE1,ASCC1,PCDH7,CDC5L,IMMT,NECAP1,APC,MGAT4B,RAB18,ATXN10,TRIM32,METAP2,ISCA2,FCF1,ZDHHC6,CBLB,CDC23,ATXN7L3,SCAPER,SOX4,SOX5,ARRDC4,SRRM2,NSMCE2,ARRDC3,RECQL,ANK2,MOGS,ANK3,MRPS18C,NIF3L1,RRAGA,ULK2,TAGLN3,KCTD18,PFN2,BEX4,BEX2,BEX1,DCUN1D5,MAGED1,PIK3R1,HTATSF1,RPAP3,HLTF,SYMPK,TSPAN3,PTPRN2,BCL11A,RCC2,ST8SIA2,DCLK1,SMU1,AIMP1,ZBTB6,ZZZ3,ID2,NDUFAF2,CALU,MAGED2,DHX29,CALM2,DAZAP1,MRPS16,CCDC127,GFM2,CITED2,GRIK5,MRPS12,SLC7A11,IER3IP1,MRPS27,MRPS22,PABPC4,MRPS23,PRMT3,MINK1,ITFG1,RHOB,GAK,RNF144A,KIT,STRAP,ARHGEF2,SGK1,MAGEH1,SATB1,MRPS30,PPP2CA,TCEAL8,NFIL3,HSF2,EXOSC8,MAP4K5,PAK3,ARNT2,MYEF2,NFYA,MTX2,MTX3,RPA1,MYO9B,KLHL9,ATAT1,KBTBD4,MPHOSPH9,KLHL7,TTC3,HDGF,ESYT2,KBTBD7,RAB3GAP1,GRINA,DBR1,UBE3C,RPP30,ZFAND6,ZFAND5,UBE3A,CWC27,TATDN1,KIF5C,ENPP5,KDM2A,TMOD2,LMO7,RSBN1,HNRNPUL2,RPL7L1,TIPRL,EHBP1L1,SBDS,UBE2V2,SCG5,CHMP4B,SCG3,RTN3,DDX5,TSG101,DDX1,BTF3L4,SUPT6H,RNASEH1,TMEM128,ATP6V1H,LLPH,ATP6V1D,MARK2,DARS,PRNP,SYT4,AUTS2,PTCH1,VTA1,CPSF2,KLHL24,EIF2S1,COQ6,EFNA2,NR4A3,HOOK2,HOOK1,GNB1,UBA3,LRP12,GSK3A,PRKCSH,CHD6,SLC2A3,GPHN,PPP1R9B,LASP1,YWHAQ,ZC3H7B,TIMM17A,UTP15,HSDL1,NUP133,PDPK1,PDE4D,RBM18,NAV1,DNM2,PJA1,DDX19A,VCAN,RCN2,TERF2IP,B4GALT6,B4GALT5,DCTN6,USP14,STOML2,PARG,CRMP1,TOB1,GNG2,TAF1A,ABCF2,FBRS,PTCD2,NEGR1,ATP2B4,PDAP1,PDE4DIP,GDAP1,MAPK10,TEF,ERCC8,ACIN1,FAM98A,NAA15,SSBP1,SSBP2,CLUAP1,MBTPS2"
+"gene_set_query"	"416"	"ZNF317"	"449.7"	"ARCHS4 Coexpression,841;Enrichr Queries,269;GTEx Coexpression,239"	"RPL4,TCERG1,RPL30,RPL3,HDAC11,PPAN,GPATCH1,CISD2,JMJD1C,CBLB,EPRS,PWP2,DCAF4,RPS14,CDC23,RPS19,RAVER1,RPS18,PSMD5,DPYSL2,MYC,GPBP1,HABP4,FAM53C,UBAP2L,CCDC92,SEPHS2,IER5,RPS13,IER2,SRRM2,DDX17,MEF2A,NUP210,FNBP1,BROX,ARRDC3,CIRBP,CD3EAP,MED6,GTPBP4,WDR81,EWSR1,GRWD1,DDIT3,DDIT4,RPL27,HECA,NUP98,RPL29,CBLL1,SF1,ATF4,CDC42SE1,POM121,NUP205,DHX8,CDCA4,DHX9,MGST3,NOLC1,PIK3R1,HIF1A,ANAPC11,PTDSS2,HSPH1,ERI3,DHX37,ATP6V0A2,HIVEP1,DHX38,N4BP1,ZBED4,FDFT1,BTF3,HEXIM1,CREBBP,JUN,JUND,BCL11A,RCC2,TREX1,EDEM1,IRF2BP2,PUM1,WDR55,SMARCA4,SMU1,HNRNPL,STAG1,ZBTB6,EIF5,WNK1,HNRNPF,FASN,CCDC88C,INTS5,NOL11,HNRNPC,DZIP1,CPEB4,ITM2C,GMEB1,PIGU,BTG1,SLC35F2,CITED2,SLC44A2,GRIK5,RPLP1,RPLP0,MRPS12,CTCF,KRI1,PFAS,WDR43,MED17,IKBKB,SERP2,NIPBL,PCF11,XPO5,DHX15,JARID2,UTP14A,BRD2,WDR36,PARP1,NSUN2,TSC22D3,AEN,MRPS7,PPRC1,DUSP6,DDB2,MLF2,RHOB,SLC7A5,AFTPH,LSG1,NFX1,TET3,PXDN,RAPGEF1,ARHGEF1,ARHGEF2,SGK1,WDR26,SF3B3,SLC20A1,SATB1,RPL12,WRB,SRRT,AKAP8,NOL8,NOL9,COX5B,SLC7A1,NOL6,ARNTL,CST3,BCLAF1,RPS15A,BTAF1,NFIL3,CUX1,FLNA,ZSWIM6,RPS2,EXOSC2,SRSF10,SF3B1,SF3A1,YTHDF2,UTP3,MBD1,TRAPPC10,MYO9B,SCAF4,GATAD2A,VEGFA,XAB2,APEX1,TCEA2,RLIM,PKN1,DBR1,MIDN,GTF2B,FBXO28,PRDM2,RPL10A,BZW1,YY1,FBL,COL4A3BP,TATDN2,KHSRP,SNIP1,EP300,PIM3,KPNA2,PPP1R16B,NOM1,USP8,USP7,SLC38A1,ANKRD49,KDM2A,KDM2B,RPS5,IGFBP3,VPS33B,ANKRD45,TMEM131,EEF1A1,MORF4L1,ILF3,RAB35,SBDS,SRSF4,FAM92A,SQSTM1,ANAPC1,NSMAF,SNRPB,ZCCHC8,KLHL18,COX19,IDI1,KHDRBS3,PFKFB3,MAX,INSIG1,ANKRD11,NOP2,COX7A2,STK4,EFNA4,PRPF8,EIF1AD,STIP1,PITRM1,UBR5,G3BP1,SLC38A2,MCL1,KLHDC3,HSPA8,PRNP,NOP14,AKIRIN1,CPSF7,BRPF1,CBX4,ASNS,DSTN,NUP153,EEF2,ANKHD1,DNAJC18,NFKBIA,SON,EFNA2,PAN3,HOOK2,HOOK1,CNOT1,CNOT2,NFE2L3,TPP2,MDM4,TAB2,ISY1,SCYL3,USP36,DIDO1,KDM5C,HSP90AB1,DDX3X,DDX46,RNF14,NVL,PRKCSH,CHD8,CHD6,PIK3CD,SLC2A3,ADAR,RND2,CHD2,USP39,PTBP1,DUSP12,EEF2K,SART3,NOB1,SIN3A,PPP6R1,NUP62,CASP2,TOPBP1,EIF2B1,TNPO2,POLG,UTP15,RBM14,KLF13,PDPK1,DDX55,MSL2,TFIP11,TRNAU1AP,ARID1B,EEF1G,PTP4A1,TRAF7,SFPQ,RCN2,SLC25A19,CTDSP2,POLR1B,NUP50,ETF1,TMEM9,PPP1R15A,GTF3C2,PPP1R15B,SMARCD2,HDAC3,GTF3C4,DDX25,TGFBRAP1,DDX23,CEBPG,ZBTB43,CXXC1,DDX21,SLC3A2,MFF,AGPAT1,RNF4,PPM1D,DPCD,TOB1,DNAJB1,DNPEP,DNAJB6,PUF60,POLR2A,TDG,TGS1,SH3BP2,MKNK2,POLR2D,PTK2B,FEM1C,CSK,RAB28,MTA2,FBRS,CYTH1,EIF4B,ABCF1,SPEN,USP24,KDM4A,PTPN1,WTAP,NDUFA4,RPL23A,USF1,KLF6,RPS6KB2,ACIN1,ERCC5,EIF3D,RBMX,TAF1"
+"gene_set_query"	"417"	"ZNF680"	"449.7"	"ARCHS4 Coexpression,273;Enrichr Queries,745;GTEx Coexpression,331"	"SCOC,NUP107,HNRNPU,FNBP1L,GCSH,CAPNS1,DPYSL2,ZMIZ2,GPBP1,AKT1,PRKACA,PRKACB,ANKS1B,GABARAPL2,WSB2,PRKCD,DAPK3,CD3EAP,HDHD2,LARS2,RUFY3,DDIT4,ALG10B,ASTN1,TARSL2,TTYH1,FLII,PHYHIPL,HIF1A,OAZ1,CHST10,CEP70,ST3GAL5,JUN,PHC2,NDFIP1,CADM2,PBX2,CDC7,BTBD10,PBX1,EHD1,GLUD1,FAM135A,GIPC1,PHF3,OGFR,MOCS2,PIGU,NCAN,CLTB,MRPL36,MED15,TRIM8,MRPL42,TRIM2,CIC,ENOPH1,PCMTD1,UPF1,SHPRH,ELOVL2,SLC39A10,GMIP,DYNLL2,MED29,SRP9,PGM2L1,TMEFF1,TUBB2B,MED25,INF2,MTF2,PXDN,RAPGEF1,CHST1,TMEM106B,SF3B4,GRN,WRB,CENPB,FAM129B,BCLAF1,USP1,CLPTM1,FLNA,YKT6,CSNK1A1,MBD1,SCAF1,KTN1,GATAD2A,LYRM2,ABI2,NFIA,NFIB,ETNK1,SHKBP1,TAOK2,TSR2,ZYX,NUCB1,PLP2,PKN1,HDDC2,ATP8A1,FAM13B,CTNND2,CASC4,PARK7,PPP1CB,STK11,LAMP1,CFL1,RPS9,FBXW5,MAP2K2,ANKRD46,MAGI2,CASD1,NRBP1,CTDNEP1,MORF4L1,FRMD5,DMTF1,MSH2,LIX1,RAB35,MAPKAPK2,SRSF3,PHIP,TNIK,SRSF6,CSNK1G2,INO80E,CD151,RAB5C,INSIG1,ANKRD12,SLC38A10,NTPCR,CORO1B,SNN,SBNO2,STK38,BTBD2,NACC1,ANKRD10,NAE1,ZKSCAN1,NADK,WDTC1,TIA1,UROS,DRAP1,SH3BP5L,REEP5,CPE,CSPG5,PLEKHM2,PLXNB2,SERINC1,SLC48A1,RNF11,WDR1,PTPN23,NGRN,FSD1L,PSD2,CAPZB,PPP6R1,SNRNP70,PPP6R3,PHACTR3,GAL3ST3,TAPT1,EIF5A,REXO1,DST,VBP1,NDUFC2,PTBP2,ARFGAP1,TRAF7,ASPH,CTDSP2,POLR1B,DNAJC5,PPP1R12C,NLGN3,NFAT5,MGRN1,RAB1B,LENG8,MLLT1,FURIN,RCHY1,LRP8,DCAF15,FOXRED2,GANAB,NCLN,PTPRZ1,RBBP4,U2AF2,FCHO2,FEM1C,CSK,EIF4E,DCAF13,NTRK2,PCDH9,NDUFA5,TXNL1,OXR1,TPD52L2,PFKL,VAPB,IMPDH1,MGAT4B,OCIAD1,EIF3E,P4HB,AHCYL1,ARL6IP1,CISD2,ZDHHC8,RCBTB1,NUDT3,OPHN1,SEPHS1,SEC62,ATXN7L3,TRIM23,TMPO,TBC1D10B,ZFP1,ACTN1,ARRDC3,AP1B1,MMD2,CSNK1D,MOGS,PFN1,PFN2,BEX4,GPM6A,ADCYAP1R1,DHX8,DCUN1D4,DCUN1D1,PIK3R1,MBTD1,APH1A,TSPAN7,HLTF,GPM6B,VASP,LRRN3,INTS1,BCL11A,SURF4,DCLK2,ZZZ3,ID2,ANP32E,RBAK,ITM2C,TOP2B,SLC7A11,CHMP1A,SDF4,KIF1B,TMED9,ZFR,MINK1,MRPS7,MLF2,ENAH,GAK,PITPNM1,PACS1,MPPED2,G2E3,GLCCI1,ARHGEF2,ATP6V0C,STK40,NAPA,PRIM1,CCDC106,GNAI2,PPP2CB,EXOSC8,MGAT1,EPS15,ARNT2,LSAMP,MYO9B,MPHOSPH9,CCNG2,HNRNPA2B1,FAM171B,PNPLA6,GRINA,ZFAND3,CD81,PEBP1,NUCKS1,ARHGDIA,ARID2,SBF1,SH3GL1,MORC3,FBXW11,SHISA4,ATP1B2,RUNDC3B,POU3F2,POU3F3,TMEM136,HNRNPUL1,TBL1XR1,TMX1,EHBP1L1,UBE2V2,CHMP4B,MATR3,PXN,PDS5B,NDRG2,ARHGAP12,ENHO,EFNB2,IRAK1,GRK6,RPRD1A,QSER1,PRNP,ACBD5,CBX5,KLHL24,EFNA2,HOOK2,HOOK1,GNB2,JMY,GNB1,CNTN1,TCF4,BRWD1,LRP10,MXD4,YWHAE,GSK3A,PRKCSH,CHD6,PSIP1,HMGB1,LMNB1,PPP1R9B,SEC61A1,SEPT9,SPRED1,LASP1,SEPT7,RB1CC1,SCYL1,USP46,MAPK1IP1L,SUN2,HSDL1,PDPK1,ARHGEF18,ABHD14A,EPN1,KLF16,DNM2,VCAN,RABEP1,DDAH1,LUC7L3,TMEM9,FAM169A,TOB1,AGPAT3,STRN4,FAM168A,MAPK7,UGP2,TMEM205,RALY,FBRS,PDLIM7,LGI1,RRM2,DEK,CHFR,SOD1,CLCN7,FMNL2,BAX"
+"gene_set_query"	"418"	"ZNF346"	"451.0"	"ARCHS4 Coexpression,654;Enrichr Queries,90;GTEx Coexpression,609"	"CYFIP2,TFRC,HNRNPU,WDR83,EPRS,CAPNS1,MPRIP,ZMIZ1,DPYSL5,DPYSL2,MYC,ALKBH1,PRKACA,IER5,DDX17,GABARAPL2,WSB1,PIH1D1,CD3EAP,GTPBP4,FEZ1,ZSCAN21,ORAI2,NUP98,ABCB6,NPRL2,NPRL3,NEDD4L,OAZ1,GNS,PPP3R1,PRPSAP2,LARP1,HSPH1,GRPEL2,VTI1A,ST3GAL1,ST3GAL2,ACD,JUN,CHKA,PNO1,PLK2,IRF2BP2,PBX2,PBX1,MLLT11,ABTB1,UCK2,EIF5,H2AFY2,FASN,UNC119,FXYD6,CPEB4,ARF3,ARF4,PIGU,GMEB2,DENND1A,SNX11,PANX1,TUBA1A,TIMP2,ANXA6,DFFB,BRD2,UPF1,RPS6KL1,DUSP6,GNL3,NCOR2,SLC7A5,MED25,TUBB2B,TUBB2A,PXDN,RAPGEF1,SLC29A1,PAFAH1B3,ERGIC1,LIN37,DLST,WDR24,FAM129B,TM9SF3,TMEM169,UNK,NSD1,PSMB1,STX6,PAIP2,MEF2D,TTC9C,DEF8,SKI,MORN4,SRRD,NUCB1,PKN1,YPEL4,YPEL3,TMEM229B,TOR2A,ANKRD13D,IPO7,LAMP1,FNTB,CEP250,SLC39A7,KPNA2,LZTS1,FADS1,TLE3,SLC38A1,TPM1,CDC25B,ILF3,DMTF1,NCL,MAPKAPK2,FKBP8,SQSTM1,KPNB1,FKBP5,INO80B,PFKFB4,PFKFB3,INSIG1,MAZ,ANKRD12,ITPR1,NRF1,KLC1,PHF21A,PITRM1,ANKRD10,E4F1,MCL1,TRAPPC2,TIA1,MARCH8,SH3BP5L,LRFN1,CNOT3,MDM2,TADA1,PLEKHM2,PLXNB2,MDM4,GPR107,CCDC22,TMEM19,BCL2L2,EIF4G2,NFE2L1,BCL2L1,ITGB1,RNF10,AKAP8L,ETFA,DUSP12,UBTF,ACTR2,HSP90AA1,ZFP91,RAD23B,DDOST,PTP4A3,ASPH,CTDSP2,POLR1B,DNAJC5,IMPAD1,DNAJC9,TOP1,PPP1R15A,NFAT5,GTF3C5,FOXK1,FBXL20,DNAJB2,FZR1,GANAB,POLR2A,U2AF2,VPS53,POLR2C,RAB24,POLR2D,RBBP6,FEM1C,FYN,DCAF12,SH2B2,SLC25A25,SEMA4A,NOP58,GPKOW,RNF26,CDC42BPB,BAIAP2,KLF6,SLC25A39,TRIM39,MGAT4B,P4HB,TNRC6A,APP,TMEM41A,HDAC10,ZMYND8,ZDHHC5,CISD2,EFR3A,FAM53C,ATXN7L3,TMPO,SRRM2,ARL10,ARRDC3,IFRD1,NSMCE2,PTOV1,CIRBP,MOGS,ACTN4,PISD,CDC34,MTHFD2L,HECA,TRIM11,TMEM161B,L3MBTL2,DHX8,FBF1,PIK3R1,APH1A,PDCD11,DHX34,TSPAN5,GSE1,HIVEP2,RBM10,BANP,ATP6V0A1,TMEM86B,IQSEC1,RCC2,SLC35E3,XRCC1,ERAL1,SMARCA2,SMARCA4,WNK1,FUBP1,ID2,CWF19L1,RANBP10,TMCC2,FBXL2,SUGP1,ITM2C,DHRS13,CITED2,PPP1R10,SUV39H1,MRPS12,CTSZ,SRA1,PTPRK,XPO1,ACTR1B,OTUD6B,UIMC1,ENC1,DHX15,KIF1B,UBXN6,CTSB,GRIPAP1,PCYT1B,STRADA,MINK1,MRPS7,CBFA2T2,MTSS1,SREBF2,MLF2,ENAH,CTU1,SCNM1,HNRNPH1,MPPED2,PABPC1,HNRNPH3,KPTN,SGK1,SFI1,CSTB,SATB1,SLC20A1,NOL9,NOL6,AKAP1,GNAI2,PAK1,NFIL3,NT5M,METTL6,MAP4K4,NPM1,YIPF3,XPO7,VEGFA,ATAT1,HIST3H2A,CCNG2,ESYT2,GRINA,OTUD5,MIDN,NARF,HDLBP,IGF1R,KHSRP,EP300,DPM2,MAU2,HNRNPUL2,EHBP1L1,CMPK1,TBC1D25,CHMP4B,MATR3,PSMD11,TMED10,NOP2,CACNA1A,NDRG1,EFNB2,GRK6,MARK3,BPTF,ACBD6,HSPA8,PRNP,CBX5,HSPA5,HSPA4,HMGA1,KLHL22,EIF2S2,AP4B1,CLK4,CLK3,COQ5,EFNA2,HOOK2,NASP,HOOK1,JMY,GNB1,UBE2O,FGF13,UBE2K,PICALM,GSK3A,PRKCSH,PRR3,CHD6,ATP2A2,CHD3,CHD2,AFF4,ELAVL1,PHTF1,PPP1R9B,POLB,SEPT9,LASP1,ABHD16A,YWHAQ,ZC3H7B,NPTN,LRRFIP1,YWHAG,ARHGEF11,KLF13,PDPK1,NAV1,NAV2,GPCPD1,SFPQ,CREB1,GORASP1,GFOD2,CRY2,LUC7L3,B4GALT5,USP11,DCTN3,OPRL1,RBM4B,CRMP1,SLC3A2,ATP1A1,RNF4,TOB1,DNPEP,FAM120A,PTK2B,PDLIM7,RBM39,KDM4B,TMEM30A,USP20,USP21,EYA3,MIIP,TEF,ERCC8,SPRY2,TBKBP1,ATP13A3,PDE7A,SSBP2"
+"gene_set_query"	"419"	"ZNF865"	"452.0"	"ARCHS4 Coexpression,88;GTEx Coexpression,816"	"PANK4,HDAC10,ARAF,KEAP1,ZDHHC8,DCAF6,LSM10,PSMD7,CAPNS1,TRIM28,RAVER1,ALKBH1,ZMIZ2,AKT1,PRKACA,ATXN7L3,TBC1D10B,SLC12A9,SRRM2,DNTTIP1,MRPS18A,CSNK1D,MOGS,SCRIB,ACTN4,MAPK8IP3,HCFC1,GNPAT,RNF123,WDR81,BIN1,ULK1,PRR12,RPL28,SF1,POM121,FLII,TWF2,SDR39U1,APH1A,CYB5R1,FXR2,DHX34,PCBP1,SYMPK,TNRC18,PIP5K1C,VASP,PHC2,INTS1,IQSEC1,SETD1A,IRF2BP1,PBX2,MEMO1,UBAC1,THAP11,PRRC2A,TADA2B,HNRNPL,AIMP2,ABTB1,DUS1L,OGFR,DAZAP1,MTMR14,MRPL38,AP2A1,ECSIT,OSBPL11,PRPF19,MED15,TMEM186,SMG5,TRIM8,XPO6,SDF4,CIC,GIT1,LRRC47,UPF1,MINK1,ITPK1,EPS15L1,GMIP,SREBF2,GAK,NCOR2,TAF6L,MED25,SCNM1,INF2,PITPNM1,PACS1,RAPGEF1,ARHGEF1,FAM193B,ARHGEF2,ALDOA,TKT,ATP6V0C,STK40,SLC29A2,CENPB,GNAI2,HIRA,ZDHHC18,HSF1,CLPTM1,ANKRD52,MEF2D,EGLN1,SF3A1,BRF2,MBD6,SF3A2,NFYC,MIB2,MYO9B,SCAF1,GATAD2A,SKI,KBTBD4,XAB2,PSMC1,SHKBP1,SRRD,TAOK2,ZYX,NUCB1,TACC2,PKN1,PNPLA6,AGRN,GRINA,CRTC2,MIDN,ZFAND3,ATN1,UBE2D1,PHRF1,CCDC28B,STK11,CHCHD3,ARHGDIA,FBRSL1,KPNA4,SNRNP35,MAF1,SBF1,KPNA1,RNF44,MAP2K2,TPM3,POLRMT,DGKZ,CACNB1,CTDNEP1,ATXN2L,HNRNPUL1,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,RAF1,CSNK1G2,ANAPC2,RTN2,INO80E,RAB5C,NDUFB10,NDUFB11,MAZ,PXN,UBR3,SLC38A10,NRF1,SUPT6H,RAI1,SBNO2,NDOR1,IRAK1,ZMAT5,GRK6,DVL1,BTBD2,NACC1,CAMTA2,MAP2K7,NADK,MARK2,BCL9L,WDTC1,ESRRA,CPSF7,CPSF1,POLR3GL,SEC16A,TNK2,PCIF1,TIMM44,TRAPPC9,EEF2,HIGD2A,CHERP,ZC3HC1,SH3BP5L,TMEM11,GNB2,CNOT3,PLEKHM2,PLXNB2,CCDC22,CLASRP,LRCH4,LRP10,NFE2L1,UBE2M,ZNF512B,PHTF2,KDM5C,GSK3A,LDB1,PRKCSH,ARRB2,PTPN23,USP39,PPP1R9B,SART1,SEPT9,LASP1,VPS72,ZC3H7B,PPP6R1,SNRNP70,MYO18A,UBTF,TIMM17B,HIF1AN,DGCR2,SUN2,ADSL,REXO1,KLF13,ARHGEF18,RAD23A,ARFGAP1,EPN1,KLF16,DNM2,GIGYF1,TRAF7,DNAJC5,AKT1S1,RP9,SLC25A12,CHMP6,RBM24,PPP1R12C,RNF31,CANT1,MGRN1,RAB1B,VPS4A,PRCC,LENG8,WIZ,MLLT1,FURIN,SRL,USP19,STRN4,MLLT6,HDAC7,DCAF15,TMEM201,MTA1,U2AF2,MKNK2,CSK,RPP14,POLR2J,FBRS,SH2B2,PTCD1,SPAG7,CIZ1,GPKOW,KCNJ11,FEM1A,ATP13A1,FBXL19,MBOAT7,ADRM1,CLCN7,NEURL4,IMPDH1,ASB8,CARM1,MGAT4B,ACIN1,TBKBP1,PFKM"
+"gene_set_query"	"420"	"ZNF565"	"453.0"	"ARCHS4 Coexpression,258;Enrichr Queries,555;GTEx Coexpression,546"	"HNRNPU,GPATCH4,EPRS,FNBP1L,BACH2,ALKBH8,CAPNS1,CSPP1,DPYSL2,MYC,ZMIZ2,STMN1,AKT1,PRKACA,IER2,IAH1,ACOT7,WSB1,CD3EAP,SCRIB,SOX11,AARSD1,HCFC2,EML1,GTPBP4,DYNC1LI1,FEZ1,ZSCAN21,DDIT4,HECW1,PRR12,SF1,FLII,WDR61,HIF1A,PRKAR2A,PLCG1,ST3GAL1,ST3GAL3,CDK17,JUN,H3F3B,NR2F1,PBX2,SNUPN,PRRC2A,EIF1,MLLT11,HNRNPL,HBP1,FXYD6,CPEB4,ARF3,OGFR,PIGU,PHF20,ADK,MRPL36,ADO,SMG5,TUBA1A,ANXA6,RIOK2,DLGAP1,RIOK1,CIC,RRP15,GARNL3,BRD2,UPF1,BRD1,LRRC49,MRPL47,DYNLL2,DUSP6,SRP9,SLC7A5,PXDN,RAPGEF1,EXOC5,TKT,ERGIC1,GRAMD1A,NFIX,CLDND1,RPL12,WRB,DLST,SDAD1,CENPB,BCLAF1,MFN2,FLNA,ANKRD52,RABAC1,PAIP1,ATAD1,PCGF6,BRF2,GTF2H1,SYNJ2BP,SCAF1,BYSL,KTN1,GATAD2A,NFIA,NFIB,TAOK2,TSR1,NUCB1,PKN1,ATN1,IPO7,IPO5,FAM107B,LAMP1,MTPAP,KPNA3,SYBU,ANKRD46,FRMD4A,CTDNEP1,KPNB1,CSNK1G2,FKBP5,RAB5C,FAM114A2,INSIG1,ANKRD11,CUL2,ANKRD12,MAZ,CUL1,SLC38A10,UBFD1,CORO1A,SOCS2,ORC3,DVL1,BTBD2,NACC1,ZKSCAN2,WDTC1,ANKRD28,EIF2B3,BOD1,EEF2,MARCH6,ZC3HC1,CNOT4,COPS3,COPS2,NFE2L3,PDCL,SPIRE1,TADA1,MDM4,GPR107,SERINC1,COPS8,SERINC5,NFE2L1,EIF4G1,WDR3,SCHIP1,ZFP82,SGCE,DUSP12,PPP6R1,SNRNP70,PSD3,TLK2,UBTF,PMEPA1,RAD23B,DDOST,ARL4C,DNAJC2,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,CCDC43,PPP1R15A,SMARCD2,RAB1B,WBP4,MAK16,LENG8,MLLT1,DCAF15,DNAJB1,SRR,GANAB,DNAJB6,U2AF2,KATNA1,POLR2D,FEM1C,FYN,RNF20,MARCKSL1,TXNRD3,FBXL19,CCDC59,TPRKB,CDC5L,CDC42BPB,OXR1,KLF7,KLF6,POLR3D,EIF3J,MGAT4B,DRG1,RAB18,CEBPZ,P4HB,TRIM32,METAP2,EIF3B,VARS,ZMYND8,ZDHHC5,THUMPD3,CISD2,PDCD2L,RASSF2,TRIM28,LONP1,ATXN7L3,SCAPER,SOX4,SRRM2,TIPIN,ARRDC1,ARRDC3,ANK2,MOGS,ANK3,CRYZL1,HECA,EIF1B,DHX8,TMEM63B,ANP32A,RPAP3,TTBK2,FXR1,APH1A,NLN,ZNHIT3,MLEC,GPM6B,PTPRN2,INTS1,RCC2,MEMO1,NTAN1,AIMP2,WNK1,ID2,NDUFAF2,NOL10,CD200,ITM2C,HBS1L,MRPS15,DAZAP1,CCDC127,CITED2,FAF1,SLC7A11,SIPA1L2,PRPF19,OTUD6B,CHMP1B,SDF4,MINK1,MLF2,SLC22A23,IMMP1L,G2E3,RHOU,ARHGEF2,SGK1,FYTTD1,MAGEH1,SLC20A1,ARNTL,GNAI2,HIRA,NFIL3,SERTAD2,METTL6,MAP4K5,MAP4K4,ATAT1,RSL1D1,PRKRA,KLHL7,TTC3,HDGF,PNPLA6,KBTBD7,GRINA,OTUD4,RPP30,BCCIP,HDLBP,UBE3A,LZIC,CWC27,CYP46A1,TATDN1,ARHGDIA,SBF1,HNRNPUL1,DOK5,HNRNPUL2,CHMP4B,PDE9A,PSMD12,PXK,DDX5,CHRNA7,BTF3L4,RPF2,SUPT6H,TIMM50,CACNA1G,RNASEH1,DNAJC21,GRK6,CAMTA1,LLPH,YARS,IVNS1ABP,PRNP,PNPT1,CWC15,EIF2S1,KLHL20,QDPR,H1F0,EFNA2,HOOK2,HOOK1,GNB2,GNB1,MKRN2,TCF4,LRP12,ACADVL,KDM5C,ASNSD1,PRKCSH,CHD6,CHD4,YBX1,LMNB2,PPP1R9B,SEPT9,GRM5,LASP1,SEPT7,YWHAQ,ZC3H7B,TMEM108,MAPK1IP1L,NAA30,TTC33,PDPK1,USP43,GLRX2,NAV2,SENP3,DNM2,VCAN,ELF2,DDAH2,NAA35,MVD,PFDN4,CHMP6,SHANK2,USP14,SFSWAP,RBM4B,CRMP1,ATP1A1,STRN4,USP19,DNPEP,MTA1,RPS6KC1,FAM120A,ABCF2,MTA2,FBRS,ATF7IP,PTCD2,PPP2R3A,USP28,ACVR2A,NEURL4,CARM1,ERCC8,ACIN1,FAM98A,NAA15,SSBP2"
+"gene_set_query"	"421"	"ZNF783"	"454.0"	"ARCHS4 Coexpression,898;Enrichr Queries,311;GTEx Coexpression,153"	"CYFIP2,TCERG1,TRIO,TMEM41A,HDAC10,TRRAP,CBLB,GHITM,TIAL1,GCSH,PNN,MPRIP,ZMIZ1,DPYSL2,ZMIZ2,MYC,LUC7L,EPC1,DIP2A,CCNL2,SOX4,SLC12A9,FNBP4,SRRM2,DDX17,MED1,WSB1,NUP210,CSNK2A1,ZFP1,METTL3,WDR74,CIRBP,CD3EAP,SCRIB,WDR73,MAPK8IP3,SRRM1,MFSD10,NISCH,ZC3H11A,DDIT4,HECA,FLYWCH1,TRIB2,TELO2,KCTD15,SF1,MACF1,L3MBTL2,CTBP1,FBF1,NEDD4L,AGAP1,BAZ2A,MBTD1,FAM160B2,ABR,RHOT2,NUP85,INPP5E,DHX38,GSE1,SYMPK,TNRC18,PLCG1,PATZ1,ARGLU1,RBM10,CREBBP,JUN,ZRANB2,JUND,PTPRN2,SETDB1,BCL11B,BCL11A,INTS3,NETO2,PRDX6,PBX1,EHD1,FUBP1,FASN,ID2,CCDC88C,CDK10,MMS19,CORO7,CDK13,EZH1,ITM2C,EZH2,DDR1,OGFR,SETD5,PHF2,PIGU,PRKAG2,SLC7A11,KRI1,PTPRF,LIMD2,IKBKB,MED12,AKAP12,UBL5,ARV1,JARID2,CIC,TOP3B,NCOA2,TMEM150A,TSC22D1,GMIP,DUSP6,WDR33,MLF2,RHOB,MED23,NCOR2,SLC7A5,KAT2A,TUBB2A,INF2,PACS2,HNRNPH1,PXDN,TCP1,RAPGEF1,FAM193B,ARHGEF1,HNRNPH3,PLCB1,SGK1,EXOC2,NFIX,STX16,NEDD8,UQCR10,COX5A,NOL6,PPP2CA,RXRB,FGD3,MNT,UNK,EXOSC10,GGA3,CUX1,PDZD11,BRD9,APBB3,SF3B1,SRSF11,NKTR,DYNC1H1,GABBR1,BRF1,PCGF3,MIB2,TTC1,TRMT1,MYO9B,VEGFA,XAB2,PRPF39,NFIA,TAOK1,SGSM2,ESYT2,PKN1,YPEL5,CRTC2,CCNT2,ANKRD13D,IGF1R,EDC4,POFUT2,POGZ,FBRSL1,RAB2A,PPP1R16B,TLE3,ANKRD49,KDM2A,THOC1,SDHC,PRPF4B,LEMD2,FOXP1,RBX1,ADAM19,ARMCX4,ILF3,MAU2,DMTF1,PRPF3,ANAPC4,SRSF4,SRSF5,RAD54L2,SNRNP200,MAD1L1,ANAPC2,ZCCHC8,GRIA1,INSIG1,ANKRD11,LTBP4,KRBA1,RASGRP2,NDRG1,CORO1A,EFNB2,SBNO2,PITRM1,MAN2A2,ZMAT5,DVL2,SAFB2,EP400,ANKRD10,CAMTA1,E4F1,ZC3H13,ATP6V1D,SKIL,ANKZF1,YARS,PRNP,CPSF7,TIA1,ACBD5,KLHDC4,CPSF6,AUTS2,CPSF1,ATP8B2,FUS,TNK2,CRIM1,ASNS,UCKL1,CLK2,FBXO31,CLK1,CDK9,PAN3,GON4L,HOOK2,TMEM115,HOOK1,UQCRQ,CNOT3,CNTN1,MDM4,SKIV2L,CLASRP,PI4KB,LZTR1,LRCH4,OGT,RAB5A,CREBZF,MUS81,RERE,ZNF512B,DIDO1,KDM5B,RBM25,NUMA1,PRKCSH,ZC3H4,CELF2,CHD6,PIK3CD,SLC2A3,ETFB,PTPN23,CHD3,ARRB2,LMNB1,SENP6,SENP7,SUMO1,SIN3B,SNRNP70,PPP6R1,GATAD1,UBTF,WDR6,PMEPA1,MAN2C1,UNKL,RBM5,RBM6,RBM33,KDM6B,SUN2,SUN1,REXO1,KLF13,DST,PDPK1,PDE4D,DDX56,RANGAP1,ARID1A,DDOST,ARL4C,GIGYF1,SFPQ,VCAN,IRF3,SETBP1,CTDSP2,POLR1B,NDUFS5,C1D,EVL,BCAT1,TNFRSF21,RNFT2,SMARCD1,DDX27,UHRF2,WBP1,GTF3C5,NDUFB6,SFSWAP,POLDIP3,SRSF1,POMP,CXXC1,LENG8,FOXK1,ASAP1,HDAC7,MLLT6,NXF1,MTA1,DNPEP,TAF1C,OXCT1,SH3BP2,PTK2B,FEM1C,CSK,FBRS,ATP9A,CYTH1,SH2B1,TTC14,TIMM8B,RBM39,HNRNPA3,MARCKSL1,NDUFA6,SEMA4D,ATP13A1,TAF13,NDUFA4,SEMA4C,ZFC3H1,PDE4DIP,PTPN12,TTC17,ASXL1,KLF7,MCM3AP,KLF6,ERCC3,ACIN1,VIM,RBMX,EIF3D,TAF1"
+"gene_set_query"	"422"	"FOXP1"	"455.2"	"Literature ChIP-seq,24;ARCHS4 Coexpression,1179;Enrichr Queries,262;ReMap ChIP-seq,48;GTEx Coexpression,763"	"POP5,GMFB,POP7,TFRC,TSKU,ALKBH3,CAPNS1,RAVER1,DPYSL5,DPYSL2,DPYSL3,AKT3,FGFR1OP2,PRKACA,FNBP4,PRKAB2,FNBP1,PRKAB1,RC3H2,LARS2,ASPHD1,DDIT4,JTB,FAR1,ATF4,SLBP,EXD2,TSTA3,SET,SHMT2,TARSL2,MEPCE,PDGFA,BAZ2A,RHOT2,RNF214,RHOT1,RDH11,PIP5K1A,LTA4H,PIP5K1C,ATRIP,HEXIM1,JUN,CREBBP,JUP,LARP7,PBX2,LARP4,PBX1,TBL3,VANGL2,NMT1,HYOU1,PKIG,RNF220,MTMR14,PRKAG1,ARHGAP1,MED15,BBC3,DDA1,SHF,MMP24,MED13,ENOPH1,PCMTD1,APC2,SPHK2,DUSP1,SLC39A11,SLC39A13,JOSD1,DUSP6,DDB1,MED23,SLC7A4,MED22,SLC7A5,MED25,MED21,PXDN,MMP17,RAPGEF1,TRUB2,ELOF1,OAT,GSTP1,URM1,WRB,ODC1,SNX32,NOC4L,CENPB,NRAS,ADAM23,SPOP,RICTOR,SAMD1,ZSWIM4,JAM3,CENPT,CENPV,EGLN2,CRBN,WNT7B,SNX22,ARCN1,NUDT21,ABCB10,TAOK3,CCDC9,SNX17,SLMAP,APEX1,TAOK1,TAOK2,TSR1,PKN1,YPEL4,CRLF1,YPEL3,TMEM167B,ATN1,PLOD3,FADS3,FADS2,FNTA,ADORA1,CEP250,FADS1,CISH,EIF1AX,CTNNBIP1,FBXO10,SRCIN1,PIAS2,FBXW2,LENEP,CDC25B,ACLY,TPST1,MSH2,SRSF2,SRSF3,SRSF4,SRSF7,SRSF9,SLC27A4,INO80B,TXNDC9,IREB2,GMPS,UAP1,FBXO44,CORO1A,CORO1C,HSP90B1,FBXO42,EIF1AD,RAP1A,NDOR1,G3BP1,PGK1,BRIX1,NAE1,NADK,NOP14,API5,FBXO38,STYX,HPS4,ARPC4,FBXO31,UCKL1,SON,NACA,ARPC3,SP3,ACO1,NIT1,OSBPL1A,OGT,NOP10,ISY1,ITGB1,AKAP8L,PTEN,ETFA,NRGN,AP4M1,ZNRD1,SPR,PPP6R2,SNAP29,UNKL,UNC45A,ACTR3,EIF5A,EIF5B,MSL2,VPS13A,TFIP11,ARFGAP3,MSL1,PCCB,ETF1,TMBIM6,TOP1,GAPDH,DCTPP1,TNFRSF21,BECN1,ROCK1,MGRN1,SRF,SRSF1,SRL,RCHY1,SRM,ZNRF1,SRR,KCTD20,U2AF2,EIF4H,TRIM46,FYN,FEM1C,IGF2BP3,IGF2BP2,DRAM2,UBQLN4,EIF4B,GADD45GIP1,TRIM41,PCDH7,CNBP,PCDH8,EFR3B,MYO1B,NECAP1,NAGK,SUCLA2,CDKN2AIPNL,EIF3J,PDCD4,TRIM37,STUB1,EIF3D,EIF3A,UNC79,ACTB,NUDT3,RCBTB2,CRKL,NUDT4,HERC3,TRIM28,SNRPD2,SNRPD1,BSG,CCDC97,EPC1,EIF2D,EPC2,ATXN7L2,BSN,ATP6V1E1,CCDC92,ATXN7L3,FBXO9,SMARCC2,ATP6V1G2,ACTN1,ALG5,CIRBP,ISLR2,TALDO1,MOGS,ACTN4,MFSD11,MFSD10,CFDP1,KCTD10,PPA1,CDC37,TRIM13,KCNQ4,KCTD18,KCTD15,GGNBP2,DHX8,GIPR,MYCBP2,FBF1,CEND1,GSPT1,PGS1,APOO,KCNN2,ATP6V1C1,XBP1,SMARCA2,BRI3BP,IFFO1,MED13L,SMARCA4,EXT1,EXT2,ZBTB6,PTK7,RANBP10,NDUFAF3,GRB2,CALR,NOL11,FBXL6,HERPUD2,NRP1,DHRS13,MRPS15,CSRNP2,HIBADH,MRPS10,PTMS,HERPUD1,THTPA,PPP3CA,PCM1,ACTR1A,MAP1LC3B,OTUD6B,RAC3,SDF2,BBS4,GIT1,PBRM1,ATMIN,MRPS22,MRPS23,PRPF40B,CACYBP,TFB2M,SREBF2,CNKSR2,TOX4,GAK,RAP2A,SLTM,KIT,ARHGEF1,PABPC1,PTMA,AHCY,PCNA,CAB39,MRPS36,SSNA1,GBA,PRICKLE2,COX5A,RELA,GNAI1,GNAI2,SH3BGRL,ORMDL3,MGAT2,EPS15,DYNC1H1,GABBR2,GABBR1,VEGFB,VEGFA,GRIN1,YIF1B,PDCL3,NUDT8,KLHL7,TTC4,HNRNPA2B1,NDUFAB1,SGSM2,TCEA2,HDGF,TACC2,PNPLA6,PRDM8,CRTC2,PRDM4,ZFAND6,PEBP1,UBE3A,COX6A1,UBE2Z,CELSR2,CELSR3,ACTG1,IGF1R,EEF1B2,NARS,GNPTAB,FAM3C,MORC3,TMOD3,TTC7B,DNAJB12,SDHC,UBE4B,SDHB,EEF1A1,ADAM15,GPRIN1,EHBP1L1,DNAJB11,TBC1D24,WDFY1,WDFY3,TBC1D23,RAF1,PPIB,CARS2,PPIA,SIDT2,DDX6,COX19,DDX5,TBC1D19,NDUFB10,CACNA1B,CACNA1A,HTRA2,CACNA1D,CACNA1C,CACNA1H,TIMM50,CACNA1G,RAI1,SHARPIN,RNASEH1,TBC1D13,TBC1D14,TBC1D17,UBE2F,YARS,AUTS2,UBE2B,SYT1,NUP153,TIMM44,CNOT10,MANBAL,SYT7,IFT20,UBE2W,NASP,HOOK2,HOOK1,CCPG1,GNB2,MKRN1,UBA3,MKRN2,AMOTL2,TCF4,UBE2K,FGF11,GALK1,UBE2M,RERE,PHTF2,CUEDC2,ZMYND19,LDB1,HP1BP3,TNFAIP1,LDB2,RND2,LMNB2,PITPNC1,LMNB1,TTC28,TMEM223,EEF2K,DACT3,TBP,NUP133,TTC33,PDPK1,DCAKD,NAV2,SYNGR3,EPN1,EEF1G,SETBP1,RER1,GFOD2,ACOX3,MAN1B1,IFT46,SHANK1,SLC3A2,ASAP1,RSPH9,RNF7,NT5C2,AGPAT1,RNF5,AGPAT3,ADD1,ADD2,CYTH2,GNG3,TMEM201,TMEM203,PABPN1,TDG,TMEM205,MKNK2,MTA2,CRYM,RPP14,FBRS,ATF7IP,EYA3,SSRP1,TTC19,CDK11B,HS3ST1,HS3ST2,SMUG1,ERCC1,CARM1,POLE3,KRAS,SUGT1,IPO13,NCKAP1,IPO11,TES,WIPF3,RRP1,HNRNPU,GPATCH1,HNRNPR,ADARB1,SMC3,EPRS,PHB2,RRP9,ALCAM,CNST,ZMIZ1,VPS36,VPS18,DDX18,PRKCI,PRKCE,ARMC9,WDR74,REV1,AFAP1,SCRIB,WDR73,HCFC2,GTPBP2,GTPBP1,ARMC1,DAAM1,TARS2,ANAPC13,ANAPC16,PDXDC1,WDR61,ADH5,ANAPC11,GJC1,FAM171A1,NCSTN,LDHA,BLOC1S2,VPS11,GAR1,RRS1,NUP88,ST3GAL2,HMOX2,NAA50,PHC2,ICMT,WDR59,DMPK,PLK2,IRF2BP1,IRF2BP2,NR1D1,PHC3,WDR55,HNRNPL,SQLE,MEX3A,ARL2BP,HNRNPF,HNRNPD,FARSA,ATG2B,GABRB3,CDKN1C,PHF3,PYGB,SETD5,WDR47,BTG1,CDKN1B,SETD3,WDR48,PHF23,PHF1,ARPC1A,WDR41,KRI1,SMG5,SMG6,MTG1,JARID2,RRP15,UBL7,ZIK1,WDR36,SHPRH,TPI1,EXOC7,NUTF2,ASH1L,WDR34,WDR35,GNL1,GNL3,NCOR2,TAF6L,ZEB2,KIFC2,TCP1,MTF2,PLEKHO1,GARS,GART,EXOC2,GAS7,NFIX,RNMT,TIMM9,ADCY5,FAM129B,SCAF8,NSD1,SLC17A7,PAIP2,DEDD,RUNX1T1,YTHDF1,CSNK1A1,NR1H2,PCGF2,GATC,SYVN1,ELP2,WDR11,MKLN1,NFIA,NFIB,FAM49B,ANKRD13B,RAB3D,CEP120,UBP1,AUP1,CLU,TM7SF2,IPO5,SLC8A2,PPP1CB,PPP1CC,NPEPPS,NRBP2,IPO8,LAMP1,SLC39A9,CFL1,SLC39A6,ZNF326,SLC39A7,HMGN2,ANKRD13A,GTF2I,PLEKHJ1,SLC39A3,TLE4,USP8,RAB2B,TLE3,MAP2K1,USP5,TPM4,TPM3,USP3,TPM1,DYRK1A,THOC1,FRMD4A,VRK3,THOC5,LEMD2,THOC6,PYGO2,MORF4L1,RAB34,RAB35,PGP,SNRPG,PHIP,SNRPE,ADNP,FKBP4,FKBP3,SNRPB,RTN4R,FKBP2,RAB5B,CCDC24,GLT8D1,UBR4,UBR2,PHB,UBR7,UBR5,DVL2,PLXNA2,DVL3,MAP2K7,MCL1,AP1M1,EIF2B5,EIF2B4,TRAPPC3,AKIRIN1,OSBPL5,POLR3GL,TRAPPC4,TRAPPC5,TRAPPC8,TRAPPC9,LRFN3,COPS6,LRFN5,NSG2,COPS2,PLXNB2,PLXNB1,CNIH2,BCL2L2,BCL2L1,DIDO1,WDR1,MCM7,ZC3H4,CEP164,WDR4,AP1G2,VPS72,SNRNP70,UBTF,WDR6,CEP170,EVI5L,EIF2B1,GAL3ST3,TNPO2,IDH3A,PLEKHG2,CDADC1,GGPS1,RPL13A,TSN,DNAJC7,DNAJC6,CTDSP2,POLR1D,DNAJC8,HDAC3,TSSC4,RAB1B,VPS4A,DNAJB2,ABLIM1,HECTD1,ABLIM3,DNAJB6,POLR2A,POLR2B,RAB23,POLR2E,DNAJB9,POLR2H,POLR2I,POLR2J,POLR2L,SLC35A4,PPIL2,ASCC1,AMFR,FBXL19,FBXL16,FBXL14,ASXL1,BCKDK,POLR3B,RAB14,VAPA,PSAT1,RAB12,POLR3E,DRG1,DRG2,CEBPZ,POLR3H,PPIL3,PPIL4,TPT1,SLC35B2,VEZT,IFITM2,PANK3,VARS,ZMYND8,HS6ST1,RPS15,TIAL1,RPS14,PNN,RPS16,FRAT2,FLAD1,RPL36AL,DAG1,RPS11,RPS13,RPS12,TBC1D10B,SRRM2,SRRM3,ARRDC3,METTL3,COG2,AP1AR,CPT1C,MAPK8IP3,MAPK8IP1,TWSG1,NIF3L1,POR,KARS,ZW10,SIK2,MACF1,RTEL1,STXBP1,MYL12B,FXR1,UGCG,CHTF8,ZNHIT1,ZNHIT3,MLEC,GSE1,TNRC18,ARGLU1,VASP,VAT1,SYNRG,SLC35E3,PYCR2,PUM1,RPS26,RPS25,RPS27,RPS29,FUBP1,ADCK5,RPS20,RNPS1,RPS21,C2CD2L,AHCTF1,FAM45A,CITED2,ZFAND2B,SRA1,SIPA1L3,ROBO1,XPO1,C1QBP,CHMP1B,XPO5,TMED2,UBXN4,UBXN6,GABPA,RAB8A,PSD,TOP3B,TMED9,ZER1,PARP1,PARP2,STRADB,PPRC1,ZDHHC17,ITFG2,TOPORS,MTSS1,MLF2,NFX1,HNRNPH1,AIDA,HNRNPH3,SDCCAG8,CSTB,AMIGO1,GDPD1,PPP2CA,TCEAL1,APBB2,APBB3,MTX1,MTX2,PTGES2,GBF1,XPO7,SORBS2,SORBS1,SPCS1,COPG2,APBA1,MEGF8,MPHOSPH6,NDUFA13,KDM1A,KDM1B,SPPL2B,MRFAP1,COMT,CCDC28B,FAM162A,ARHGDIA,HCFC1R1,FPGS,LMO1,KDM2A,LMO4,LMO7,ATP1B1,PUS7,TRPC4AP,RSBN1,TUFM,PRPF6,MYCN,SPECC1L,CHMP4B,ZCCHC7,COPA,RPS19BP1,COPB1,NOP2,CLEC16A,CABP1,EFNA4,EFNB2,EMG1,EFNB3,UBB,CDH24,BPTF,KLHDC2,DARS,CBX6,CBX4,CPSF1,CBX3,CPSF3,CBX2,IDH1,COQ7,EIF2S1,COQ5,EFNA3,EFNA2,CAPRIN1,CHMP2A,SKIV2L,DYNLRB1,SAE1,ZSCAN2,LRP12,MUS81,GPSM1,KDM5B,ASNSD1,MFSD8,CASP9,SPRED2,SNAPC2,CASP3,SNAPC3,SNAPC4,RBM5,KDM6B,H2AFX,SPATS2,RPS3A,SAFB,GAP43,FCHSD2,DDAH1,IGDCC4,DDAH2,THRAP3,TRAPPC6B,AKT1S1,DNLZ,TERF2IP,PFDN2,KDM3B,STOML1,ATF6B,PDXP,ATP1A1,THBS3,GNA13,NXF1,ALDH1B1,LEPROTL1,FAM120B,GNA11,KDM4C,TMEM30A,ATP13A1,QPCTL,CYHR1,LPIN2,MDC1,MAPKBP1,MT-ND4,CHIC2,RBPJ,ZFYVE1,TSEN54,SCAMP5,PSMD8,SCAMP4,PSMD9,SAMD14,KRTCAP2,LSM12,PSMD6,LSM11,PPP4R1,PSMD3,PSMD1,SAMD10,MEF2A,HES6,STARD3,MEF2C,RBFOX2,STARD7,NGDN,DNTTIP2,DICER1,SCAMP1,EML1,EML2,SND1,SCAMP3,FAM133B,RUFY1,MYL6,EID2,PRKAR1A,RUFY3,ZFYVE19,PSME3,PSME1,PSME2,LETMD1,MTMR3,ABCB6,MRPL18,AGAP2,MTMR9,SDR39U1,SLCO5A1,COPS7A,AAAS,OAZ1,GABARAP,MRPL11,CYB5R3,RHBDL1,VTI1B,CADM3,PRRT2,CADM1,GPR12,EDEM1,ABCA3,EDEM2,BBIP1,ERLIN2,FAM136A,MRPL23,MRPL24,MRPL22,SETX,MLLT11,MLLT10,PCDHGA11,EIF6,TDP2,TDP1,PSMG3,DCHS1,AVL9,FERMT2,TMEM9B,GPR19,ARF1,PIGU,PIGO,GPR21,RPLP1,MRPL39,CTCF,MRPL34,JPH4,TRMT112,TUBA1C,TMEM44,RPLP2,UPF2,UPF1,LRRC45,ACTL6B,ELOVL5,PGAM1,ELOVL2,SIRT4,MRPL49,ELOVL6,DYNLL1,MRPL45,SIRT2,SRP9,MRPL44,MRPL52,MRPL53,PSMA3,PSMA1,CDC42EP4,CDC42EP2,TMEM106C,TUT1,TMEM106B,SLC29A1,VAMP4,VAMP2,ARF6,STAU2,SRRT,RPS27L,MRPL55,PSMB6,PSMB7,UNK,BTAF1,TMEM65,AP2S1,FLNA,RABAC1,SRSF10,NKTR,UTP3,LRRC28,YLPM1,TMEM60,GATAD2A,PSMC3,SRRD,UBAP2,GOPC,UBE2D2,STK19,TSEN2,HDDC3,YY1,SMCHD1,STK11,RUVBL2,SCMH1,PMPCA,KPNA2,KPNA3,SLC25A44,AP2M1,SH3GLB1,SH3GLB2,SLC38A1,IK,AGTPBP1,VPS33A,UBE2E1,UBE2E2,SARS,PRPF4B,ZBTB33,FOXP1,SAP30,FSCN1,ANAPC4,RAD54L2,SQSTM1,KPNB1,ANAPC2,LRRC59,PFKFB4,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ISG20L2,UBFD1,ACAT2,RAP1GAP,GLIS2,SLC9A1,E4F1,SLC38A2,EVI5,LRRC4B,DR1,GFPT1,ZBTB11,EEF2,STK25,TMEM11,MDM2,NFE2L3,MDM4,TUBGCP3,NFE2L1,ZNF512B,HSP90AB1,CELF1,CELF2,CELF4,ARRB1,MRPL4,NGRN,MRPL2,MDK,SUMO3,PMEPA1,DGCR8,DGCR6,MDP1,EID2B,DGCR2,HSP90AA1,PPP1R12A,DST,SH2D3C,SIGMAR1,NDUFC2,RAD23A,VEZF1,NDUFC1,QTRT1,GIGYF1,PPM1A,NSMCE4A,PIK3CA,SLC25A19,BIRC6,PPP1R12B,SEC22B,PPP1R12C,MET,BIRC2,AHDC1,ST6GALNAC6,SEC22C,GTF3C2,PPP1R15B,LRP1,PPM1L,NDUFB4,PRCC,MAK16,LRP3,ZBTB45,CXXC4,PPM1E,LRP6,GANAB,FCHO2,CDC37L1,SLITRK5,LRRC8A,SLC25A22,SH2B2,SH2B1,PPP1R14B,NDUFA6,MBOAT7,FOXJ3,NDUFA2,RPL23A,MCOLN1,ATOX1,NELL2,SLC25A39,NOVA2,PTPN9,P4HB,SMAP1,SLC25A36,EIF4A2,EIF4A1,CCNK,AHCYL1,CCNI,TMEM41B,ZDHHC5,JMJD1C,KEAP1,THUMPD1,ZDHHC8,CYB5D1,UBE2L3,OGFOD2,FAM53C,CCNL1,SEC62,SLC12A6,TMPO,SLC12A9,EPHA4,EPHA7,PAQR4,ENTPD4,SCAF11,PAQR3,ANK2,ANK3,ANK1,THAP4,THAP7,ULK1,CTXN1,STX1A,TMEM87A,FOXG1,PIK3R1,UBE2J1,SNX3,SNX1,DHX32,DHX33,PCBP4,DHX34,DHX35,MIER1,DHX37,HIVEP2,RBM12,RIMKLA,SNX5,N4BP1,SEC31A,SURF1,TMEM86B,SURF2,RCC2,MICAL2,XRCC1,ICK,PPP1R1A,WNK1,ID2,RPL27A,PPP1R1B,INTS5,INTS4,CALM3,CALM1,CALM2,RCOR2,USPL1,PPP1R11,DIRAS1,PTPRN,MIA3,AP2A1,PCSK7,WASL,PTPRK,BMI1,SPTLC1,ENC1,DHX15,DHX16,SSSCA1,KIF1B,ARIH1,ACAD8,CCT3,VKORC1,CCT2,SEC13,TMEM150A,NCOA5,COMMD3,MRPS2,ANO6,COMMD1,RGMB,ENAH,CTU1,KIF2A,CSDE1,NCOA7,CD47,CRELD1,DBN1,STX12,SATB1,STX16,STX18,DERL2,CCDC107,NEDD8,CCDC106,CAMKK2,RXRB,MNT,PGRMC2,SERTAD2,CAMK2N2,EXOSC8,GPC4,SCAND1,CCT8,EXOSC2,CCT4,NPDC1,NPM1,PLEKHA1,YIPF4,CRIPT,PLEKHA5,UBE2G1,UBE2G2,TMUB2,PER1,GPAM,CSDC2,CCNG2,ESYT2,MIDN,CYP46A1,FAM174B,EP300,BANF1,ARID2,BAHCC1,SBF2,RGS9,PPFIA3,RGS6,KIRREL3,TPRA1,DIMT1,OSR1,SLC30A5,WBP11,RUNDC3A,FAM173A,HNRNPUL2,UBE2V1,GEMIN7,RTN2,RTN3,VCP,PSMD12,PSMD11,ARHGEF26,ARHGEF25,NXPH3,YTHDC1,TOR1AIP2,KLHL12,PDS5B,PDS5A,NDRG1,SUPT6H,CAMTA1,CYC1,NDUFV3,VARS2,NDUFV2,NDUFV1,BCL9L,PRNP,OST4,FDPS,GGT7,ZFHX2,VTA1,HMGA1,CRIM1,DSTN,KLHL22,KLHL23,SUPT5H,CLK3,CLK2,QDPR,GCLC,H1F0,PAN3,TAB1,PICALM,YWHAE,GSK3A,RBM25,PRR7,NAA40,DDX46,PRKCSH,YWHAB,PRR3,MAST1,CHD6,ILK,CHD4,CHD3,TRIAP1,DDX41,CHD2,AFF3,PPP1R9B,SEC61A1,ABHD16A,UBE2Q2,MLST8,NPTN,LRRFIP1,ARHGEF11,BCKDHA,UTP15,RBM17,ARHGEF12,NCBP2,DDX55,ABHD14B,ABHD14A,GLRX2,YWHAZ,VCAN,IRF3,NDUFS7,GORASP2,PEX3,PEX5,ATG4B,NAA38,NDUFS1,NUP54,EAPP,INA,IRF9,RBM22,DCTN5,NAA20,GOSR1,DCTN3,DDX20,PARN,MAT2B,ACVR1B,CLCN3,CLCN2,PARL,HMGCL,MAT2A,PDLIM7,RBM39,MBTPS1,NAA10,GALNT2,ATP2B4,LRWD1,MAPK14,IRGQ,CLCN6,GOLPH3,SBK1,FAM131C,ASB8,FAM131B,FAM131A,ACIN1,RBM42,TAF6,FAM98B,VIM,NAA15,RBM45,CLUAP1,LNX2,RPL4,CNTFR,TRIO,RPL3,MYT1L,THYN1,STMN3,ENO2,DCAF5,RPL8,BACH2,DCAF6,MYC,ZXDC,RPL36,PIP4K2B,IER5,IER2,MECR,ACOT7,DAPK1,PIH1D1,DAPK3,CD3EAP,SOX12,AARSD1,MED4,GPR162,RNF126,TYRO3,YME1L1,RPL24,RPL27,PRR18,RPL26,RPL29,UBA52,DUS3L,PRR14,CDC42SE1,NEDD4L,NOLC1,SLAIN2,HIF1A,GLG1,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,PRDX1,SSR1,SERF2,RPL41,JUND,H3F3B,MAD2L1BP,MTHFR,TYSND1,PA2G4,PRRC2B,PRRC2A,TMEM198,THAP11,TADA2B,FIBP,SLC6A6,GLUD1,PPP5C,RNF103,NPLOC4,HBP1,CPEB4,CDC42SE2,OGFR,SPEF1,TCF25,CLTC,ADK,CLTB,ING1,TRIM8,TMEM189,RFK,GPR137,EMD,GARNL3,BRD3,ZC3H10,TCF12,NUDT16L1,RNF168,BACE1,LSG1,AFTPH,RNF166,SF3B5,SF3B2,PHLPP1,TIMM13,GPS2,TIMM10,TM9SF3,BCLAF1,ASNA1,LMAN2,RPS3,RPL15,RPS2,RPL18,RPL17,SF3B1,RNF130,RPRM,SF3A3,SF3A1,SF3A2,BRF1,RIOK3,NMNAT2,TTC9C,GTF2H2,GTF2H5,FIG4,TM9SF1,RNF141,PHLDB1,CHPF,FMR1,CLSTN1,ABHD12,ABHD11,GRB14,CDH2,RNF19A,LZTS2,MAF1,TMSB10,STK32B,RNF44,RPS9,ANKRD46,RPS7,RPS8,ANKRD44,GPT2,RPS6,DGKZ,CTDNEP1,BSCL2,DISP2,CLIP2,STIM2,ERP29,NHP2,ERH,TTPAL,PHPT1,CUL9,CUL7,DNMT1,CD151,BRI3,TNKS,ANKRD11,CUL3,GLO1,ANKRD12,ABHD8,ITPR1,CHRD,CUL1,TARS,AK3,PHF21A,STIP1,NEUROD2,KLC2,PITRM1,ABL1,SAFB2,ANKRD10,SKIL,MPDU1,ESRRA,ANKRD34A,ATP8B2,TNK2,MARCH9,ASNS,BTBD9,ZZEF1,LSM2,CDK9,CDK8,NSFL1C,LSM7,CDK4,RHEB,CNOT3,TADA3,RNF181,TADA1,CNOT8,EIF4G3,EIF4G2,SERINC5,SERINC4,EIF4G1,RNF10,CALCOCO1,TRADD,DUSP11,RPL7A,DUSP12,PPP6C,PTBP1,SART3,OPA1,SGCB,SIN3A,OPA3,PSD3,SLC37A4,SLC37A3,PDCD6IP,GPX4,ELAC2,LIX1L,ZFP91,YDJC,PTBP2,BET1L,ZFP90,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,SNRPA1,EIF4E2,SOS1,RNF31,NFAT5,SMARCD1,NLGN1,WBP1,WBP2,WBP4,AP3M2,PUF60,RBBP5,MGAT5B,RBBP6,RBBP7,DCAF11,MEST,DCAF13,SEMA4A,SPAG7,RNF24,RNF26,ADRM1,SEMA4C,CDC42BPB,PNRC2,RAD52,KLF7,MARCKS,KLF6,PFKL,IMPDH2,MGAT4B,RUNDC1,METAP1,METAP2,APP,DIXDC1,RUSC1,GOLGA1,DPF1,ARL6IP5,HABP4,DPF2,ARL6IP4,ZFPL1,SOX4,SOX5,AQR,BROX,NFKBIL1,SACM1L,SLC11A2,BOLA1,PTOV1,MTUS1,JMJD8,JMJD6,BOLA2,TTLL12,EZR,PFN1,ANKRA2,CBLL1,CUTA,GPM6A,IGSF8,TSHZ3,PDE1B,TWF2,TRMT2A,GMCL1,INPP5B,NUAK1,SGPL1,SCAP,PATZ1,BANP,SNHG1,NUS1,NMB,BCL11B,BCL11A,STK11IP,TREX1,INSR,ACADSB,UBAC1,GADD45G,MANF,CCT6A,STAG1,STAG2,ANP32E,TMCC2,TMCC1,CC2D1A,ITM2C,CC2D1B,CDS2,DAZAP1,TRAM1,FAF1,MYL6B,ZMYM2,AUH,PCF11,GUK1,ZMYM5,ATP6V0B,TSC22D1,PRMT1,NME2,RHOF,AP3B2,RHOB,NME1,PACS2,PACS1,FRG1,FAM20B,MAPT,ALDOA,SGK1,KPTN,AKAP1,TRAK2,RBM15B,CUX1,SHOC2,TBL1X,MAP4K5,MAP4K4,SUZ12,RANBP1,RYK,RANBP9,PRPF39,MARS,R3HCC1,CTNNB1,PRPF31,FAU,TOMM5,TOMM6,GALNT11,CIB2,ARID4B,TMEM145,CHCHD3,BASP1,POGZ,CHCHD1,APLP1,TSC1,WRNIP1,KCTD2,KCTD6,DCTD,OXA1L,TMEM135,TMEM136,TBL1XR1,ELMO1,FIZ1,SCG3,RELL2,ISCU,ATP6V1A,HPCA,TMEM59L,LTBP4,STK4,DTX4,SEZ6L2,DPP8,DNAJC21,EP400,ZC3H18,SUDS3,MYH10,ATP6V1D,PDZD7,HSPA9,SMAD4,ACBD4,HSPA4,PTCH1,DNAJC11,ASPSCR1,BFAR,TBCB,DNAJC16,SMAD5,DNAJC17,NMRAL1,DLG4,ATG16L1,DNAJC10,RFXAP,TBCE,NFKBIB,B4GALT2,USP35,ACADVL,DOCK4,PCDHGB7,USP34,GTDC1,USP39,PKD1,ELAVL3,SENP5,PDE4B,SPEG,TMEM109,FLOT2,SCYL1,TSFM,USP42,PDE4D,RNF208,TRNAU1AP,ARID1A,ARID1B,SENP3,CKAP5,TGFBR1,FAM189B,TRNP1,LUC7L3,ITGB1BP1,CHMP6,CHMP7,B4GALT7,LUC7L2,B4GALT5,TSEN34,HCN3,USP15,USP16,RGS19,TM2D2,POLDIP3,GMPR2,USP12,WIZ,DLL1,NCALD,U2AF1L4,HSPD1,STRN3,RMND5B,TFPT,RMND5A,NT5DC3,CDIPT,ABCF2,ABCF3,ABCF1,REPS1,SPEN,NEGR1,BAD,USP22,HAGHL,PDE4DIP,NAP1L1,HSPE1,MEIS2,DLK2,NEURL4,PIK3IP1,BAX,SPRY2,TBKBP1,SSBP2,ABCE1,SSBP4"
+"gene_set_query"	"423"	"ZC3H8"	"455.3"	"ARCHS4 Coexpression,1217;Enrichr Queries,259;ReMap ChIP-seq,182;GTEx Coexpression,163"	"MT-ND4,GMFB,TFRC,ZFYVE9,MYT1L,HNRNPU,ENO2,EPRS,PHB2,RRP9,SCAMP5,LSM10,SAMD14,CAPNS1,PSMD5,MYC,STMN1,AP1S1,AKT1,RPL38,IER5,CDK5RAP3,IER2,DDX18,RBFOX1,TSPYL1,UNC13A,ACOT7,TSTD2,RPL23,RPL22,WDR74,WDR75,CD3EAP,ATG13,EML2,GTPBP4,SND1,WDR77,MYL6,DDIT3,DDIT4,JTB,RPL27,RPL28,UBA52,ATF4,TARSL2,CTBP1,SHMT2,NPRL2,FLII,RPN1,AGAP2,SDR39U1,NOLC1,BAZ2A,COPS7A,AAAS,MTMR4,GABARAP,MRPL10,MTMR7,PRPSAP1,CYB5R3,PPP4C,HSPH1,RIC8B,RDH11,BLOC1S1,BLOC1S2,LDHD,RRS1,PIP5K1C,ATRIP,SERF2,LHPP,S100A10,HEXIM1,RPL41,JUN,PRPF38A,SNAPIN,HOMER1,H3F3B,PLK2,UPF3B,LARP7,CDC7,NR1D1,NETO2,MRPL24,SNUPN,EIF1,HNRNPL,MEX3A,VANGL2,EIF6,PKIA,SFXN3,NMT2,CDK16,FARSB,EZH2,PIGU,KCNC1,SPEF1,HEXB,PHF23,MRPL38,PFAS,TRIOBP,SMG5,WDR43,SHF,TMEM189,SH3BGRL3,AP3S2,RRP12,RRP15,LRRC47,ZC3H10,UPF1,RPS6KL1,ACTL6B,DUSP1,SIRT4,SLC39A10,SLC39A13,ELOVL6,MANEAL,SIRT7,TERF2,DYNLL2,DUSP6,COPZ1,SIRT2,MED29,LRRC41,MRPL43,DUSP7,GNL3,MRPL53,SLC7A5,MED25,PXDN,GARS,PAFAH1B2,GAS8,VAMP2,RNF165,SF3B4,TIMM10,SLC7A1,CENPB,MRPL54,FAM129B,GGA1,RPS15A,UNK,TMEM68,SPOP,AP2S1,RPS3,HARS,SRSF10,DEDD,RPL19,RIOK3,SNX21,ELP3,WDR12,BLCAP,SCAF1,SLC8A3,TM9SF1,MYBBP1A,PSMC3,SNX17,APEX1,NUCB1,UBAP1,TSR1,CRLF1,ANKRD13B,ATP8A2,RAB3A,CLSTN3,TUSC2,CSE1L,ATN1,MPV17L2,TSEN2,IPO4,LAMP1,RUVBL1,MAP3K9,SLC39A7,LZTS2,HMGN2,KPNA2,TMSB10,AP2M1,SLC25A46,KCMF1,MAP2K4,USP8,PCYT2,ANKRD46,USP5,RPS8,USP3,GPT2,FBXW9,TPM1,THOC1,FBXO10,PIAS2,CDC25B,CACNB1,ATXN2L,CTDNEP1,PYGO2,CLIP2,MSH2,RAB34,NCL,MADD,MRTO4,RAB35,SRSF2,SRSF3,FKBP3,SRSF7,FKBP5,INO80B,LRRC59,RAB5B,SEMA7A,DNMT1,CD151,RAB5C,PFKFB3,RNASEH2A,TNKS,ABHD2,ISG20L2,SPATA2,SLC38A10,FBXO45,UBFD1,NTPCR,FBXO44,UQCRH,RAP1B,GOLGA7B,SOCS2,ORC4,NEUROD2,KLC2,PITRM1,DVL1,DVL2,DVL3,SRGAP3,SLC38A2,CD276,MPDU1,AP1M1,EIF2B5,EIF2B4,OSBPL7,TRAPPC1,NOP16,TNK2,FBXO38,MARCH9,ASNS,FBXO31,NSFL1C,CNOT7,STK25,CDK4,LRFN1,MAFG,AAK1,SPIRE2,PLXNB2,MDM4,PLXNB1,TUBGCP4,CNTROB,IARS,NIT1,NFE2L1,BCL2L1,EIF4G1,ISY1,CALCOCO1,WDR1,NUMA1,MCM7,ZC3H4,WDR3,CELF3,ARRB1,PIK3C2B,DUSP12,FSD1L,AP1G2,SCRN1,OPA3,UBTF,DGCR6,MDP1,PELP1,EIF5B,HSP90AA1,PLEKHG2,CHUK,DHPS,RPL13A,RAD23A,DUSP26,COASY,MSL1,PTP4A2,TRAF7,DNAJC7,CTDSP2,POLR1B,POLR1C,CCDC43,DNAJC9,DCTPP1,SLC25A14,RNFT2,GTF3C2,LEPROT,WBP1,WBP2,RAB1B,PRCC,SRSF1,TULP4,KATNB1,FURIN,RCHY1,TSPAN31,MTHFSD,STOX2,GANAB,U2AF2,VPS53,POLR2D,EIF4H,SLITRK5,POLR2I,AAMP,UGGT1,SLC25A25,EIF4B,SH2B1,GADD45GIP1,CYB5B,NOP56,SEMA4A,NOP58,PPIL1,TRIM41,KCNJ11,FEM1A,FBXL19,LYSMD1,SEMA4G,TPD52L2,DBNDD1,KLF7,KLF6,CDKN2AIPNL,EIF3K,PSAT1,EIF3I,RAB12,POLR3F,TRIM35,CEBPZ,P4HB,PPIL3,PTPN5,UNC79,TPT1,EIF4A2,EIF4A1,CERK,ARL6IP1,SLC35B1,ZMYND8,ZDHHC5,CISD2,CRKL,CYB5D1,PNN,RASSF1,RPS16,FLAD1,FTH1,OGFOD2,BSG,FAM53C,KIF21A,ATXN7L2,BSN,BTRC,RPS11,ATXN7L3,SEPHS2,TBC1D10A,TMPO,TIPIN,ALG9,SMARCC2,IMP3,ARRDC3,IFRD1,BOLA1,COG1,MOGS,ANK3,ACTN4,MFSD10,STX1B,NIF3L1,SNHG12,RRAGD,GUF1,HECA,EZR,TRIB2,MACF1,GPM6A,DHX8,TMEM63C,GIPR,DHX9,MGST3,CSTF3,PTTG1IP,TTBK1,INPP5B,APH1A,UGCG,FXR2,CHTF8,ZNHIT1,PDCD11,DHX36,TNRC18,NTSR1,ATP6V0A1,BANP,SNHG1,XBP1,FAM78B,IQSEC2,SS18L1,TREX1,SLC35E3,BSDC1,ERAL1,SNAP91,MANF,RPS27,ID2,FUBP1,CWF19L1,INTS5,INTS4,PAF1,RNPS1,CALR,C2CD2L,ITM2C,AHCTF1,UBXN1,FAM57B,CITED2,PAK1IP1,MRPS12,OLA1,NAT10,MYL6B,SLC7A11,SPPL3,PTMS,HERPUD1,THTPA,AKAP12,SYNCRIP,PPP3CB,NUDCD3,ACTR1A,PCLO,ACTR1B,XPO1,GUK1,DHX15,SDF4,KIF1B,TMED1,SSSCA1,RALGPS1,GIT1,PSD,CDV3,PARP2,CCDC115,PRMT1,TSC22D3,MRPS23,MINK1,CACYBP,RHOF,PPRC1,MRPS7,AP3B2,RHOA,MLF2,IMMP1L,NFX1,UFC1,MAPRE3,MAPT,MAPRE1,ALDOA,SGK1,PTMA,STK40,PCNA,SLC20A1,AMIGO1,ICA1L,PRIM1,CCDC106,GDPD5,NOL4,GNAI2,NOL6,NT5C,TCEAL6,RBM15B,NFIL3,PES1,EXOSC8,LCMT1,EXOSC2,NPM1,SPRYD3,PTGES2,YIPF3,YIPF4,GINS4,MIB2,LHFPL4,NPM3,TMUB2,VEGFA,PER1,RSL1D1,NEDD4,HDGF,PNPLA6,MPHOSPH6,DPAGT1,CARS,SYS1,HDLBP,UBE2Z,CELSR3,CCDC28B,FBL,FAM174B,CAPN2,COTL1,BAHCC1,SH3GL2,PPFIA3,CHRNB2,DIMT1,DNAJB12,SHISA5,TTC7B,SHISA4,WRNIP1,KCTD2,ACYP1,PUS7,TUFM,DPM3,DKC1,EEF1A2,EHBP1L1,PPIF,CHMP4B,FIZ1,UBE2V1,SIDT2,IDI1,BHLHB9,RPS19BP1,PXN,TMEM59L,NOP2,CACNA1B,CACNA1A,SLC1A4,CACNA1D,SEZ6L2,RPF2,CAMSAP1,RAI1,EMG1,KIF3A,NDUFV3,VARS2,PDZD7,KLHDC10,BCL9L,SYT5,MPST,YARS,IVNS1ABP,PRNP,GGT7,ZFHX2,ACBD4,PNPT1,CBX2,TBCB,SUPT5H,ANKHD1,CLK1,H1F0,DLG3,TMEM115,NASP,HOOK2,DLG4,UBE2S,HOOK1,GNB2,STT3A,CNTN1,UBE2O,AMOTL2,LSM14B,SAE1,PICALM,NFKBIB,GALK1,B4GALT3,USP36,ACADVL,CUEDC2,RBM25,LDB1,DDX46,DDX47,PRKCSH,DOCK7,CHD6,CHD5,ILK,CHD2,RND3,GPHN,PPP1R9B,LMNB1,TTC28,POLB,SEC61A1,SENP7,LASP1,BCL7A,UBE2Q1,BCL7C,MLST8,MYO18A,SCYL1,KDM6B,TSFM,NAA30,HSDL1,NCBP1,PDPK1,ABCC5,H2AFX,UBE2QL1,TRNAU1AP,ARID1A,GPCPD1,SENP3,SUPV3L1,IRF3,NDUFS7,DDAH2,TRAPPC6B,TRNP1,NDUFS2,LUC7L3,PFDN2,ACOX3,CAMK2B,KDM3B,GOSR2,RGS16,RBM4B,PDXP,DDX21,SLC3A2,ASAP1,MTIF3,TOB1,MAPK9,TMEM201,MAPK8,RMND5A,DNPEP,MAT2A,SV2A,PTK2B,RPP14,CAMK2G,CLASP1,CLVS1,CLASP2,REPS1,MBTPS1,RRM2,NEGR1,USP21,USP22,TAF10,TTC19,GDAP1,NEURL4,PNKD,SBK1,ERCC1,CARM1,FAM131A,VIM,ABCE1"
+"gene_set_query"	"424"	"ZBTB22"	"455.7"	"ARCHS4 Coexpression,301;Enrichr Queries,214;GTEx Coexpression,852"	"TFRC,EHMT2,EPRS,FAM110A,CAPNS1,ZMIZ1,DPYSL2,MYC,ZMIZ2,AKT1,PRKACA,IER2,HES6,DAXX,GABARAPL1,WSB1,PIH1D1,PRKCD,CD3EAP,SCRIB,RUFY1,WDR81,WDR82,DDIT3,DDIT4,PRR12,FLII,CYB5R1,ABR,HSPH1,PIP5K1C,PUSL1,JUN,PHC2,JUND,JUP,CADM1,PLK2,IRF2BP1,PBX2,PRRC2A,TMEM199,EHD1,SQLE,ABTB1,FASN,LGMN,ARF3,OGFR,LRSAM1,PIGU,BTG1,PHF1,PIGQ,SMG5,BBC3,TRIM8,TUBA1A,ANXA6,CIC,JARID2,BRD2,UPF1,ITPK1,TET2,GMIP,DUSP6,NCOR2,SLC7A5,TUBB2B,MED25,TUBB2A,TET3,PXDN,RAPGEF1,EXOC5,SLC29A1,ARF5,ERGIC1,GRN,RNASEK,CENPB,FAM129B,CLPTM1,ANO10,CKB,RABAC1,MEF2D,WNT7B,SCAF1,SKI,XAB2,TAOK2,ZYX,NUCB1,PLP2,PKN1,AGRN,YPEL3,MTCH1,RAB3D,PDCD5,ATN1,TM7SF2,STK11,LAMP1,SESN1,PIM3,FADS1,SH3GLB2,SLC38A1,MAP2K2,CTNNBIP1,VPS33B,F2R,IGFBP2,DYRK1B,LEMD2,DGKZ,CTDNEP1,RAB35,MAPKAPK2,SQSTM1,ARL8A,CSNK1G2,LY6E,ANAPC2,INO80B,INO80E,RAB5C,PEF1,INSIG1,MAZ,SLC38A10,FBXO42,SOCS2,SBNO2,PITRM1,DVL1,BTBD2,NACC1,PSAP,NADK,WDTC1,CCDC12,TNK2,OSBPL2,TMEM132A,ARPC4,EEF2,SH3BP5L,MAFG,PLEKHM2,PLXNB2,NFE2L1,ZNF512B,CALCOCO1,TRADD,ARRB2,PTPN23,BICD2,DUSP12,SART1,MDK,PPP6R1,SNRNP70,UBTF,PGLS,DGCR2,EIF5B,REXO1,GPX4,VPS37C,YDJC,DDOST,ARFGAP1,TRAF7,PTP4A3,CTDSP2,DNAJC5,PPP1R12C,PPP1R15A,HDAC5,SMARCD2,HDAC3,CANT1,WBP2,RAB1B,PARD6G,LENG8,ZBTB45,MLLT1,FURIN,AMBRA1,MLLT6,HDAC7,DNAJB2,DCAF15,DNAJB1,GANAB,U2AF2,POLR2D,FEM1C,CSK,CCDC71,SEMA4A,FBXL19,MBOAT7,CDC42BPA,PNRC1,PFKL,KLF6,IMPDH1,PDCD4,P4HB,EPHB6,VARS,HDAC10,ZDHHC8,RAPGEFL1,ACTB,KAT5,FTH1,LONP1,CCDC92,ATXN7L3,TBC1D10A,SOX4,SLC35C2,NFKBIL1,CIRBP,MOGS,MAPK8IP3,HECA,ULK1,TBC1D9B,TMEM63B,PIK3R2,APH1A,PCBP4,SYMPK,TNRC18,RALGDS,N4BP1,VASP,BCL11B,INTS1,BCL11A,IQSEC1,TREX1,GADD45G,ID2,RGL2,ITM2C,CCDC120,CITED2,ZFAND2B,MRPS12,SPPL3,PTPRF,XPO6,SDF4,SDF2,RAB8A,GIT1,NDEL1,CTSB,ZER1,TSC22D1,CCDC115,GAA,TSC22D3,MINK1,MRPS7,SREBF2,APRT,MLF2,RHOB,GAK,PITPNM1,RPUSD1,PACS1,RHOU,ARHGEF1,ARHGEF2,SGK1,STK40,CSTB,TOMM40,GBA,CRIP2,GNAI2,RXRB,MNT,ZDHHC18,MGAT1,MAP3K3,NFYC,MIB2,MYO9B,VEGFA,CCNG2,SGSM2,PNPLA6,GRINA,MIDN,ZFAND3,UBE2Z,TATDN2,ARHGDIA,PALM,SBF1,RALBP1,LMO4,SHISA5,ATP1B1,HNRNPUL1,EHBP1L1,CHMP4B,FAM92A,KLHL18,ISYNA1,CACNA1A,EFNA4,NDRG1,TMEM127,GRK6,CAMTA2,OTX1,MARK2,BCL9L,HSPA8,PRNP,PNPT1,CBX4,CPSF1,PCIF1,CWC15,KLHL24,SSH3,DNAJC17,NMRAL1,NFKBIA,EFNA3,H1F0,EFNA2,TMEM115,HOOK2,HOOK1,GNB2,GNB1,DEGS1,DEGS2,CLASRP,LRP10,MXD4,KDM5C,GSK3A,LDB1,THRA,PRKCSH,CHD8,CHD6,CHD3,PPP1R9B,SEPT9,LASP1,MFSD5,ZC3H7B,FLOT1,SCYL1,ARHGEF11,SUN2,KLF13,PDPK1,H2AFX,ARHGEF18,KLF16,DNM2,FCHSD1,DDAH2,EAPP,IRF9,TSEN34,ATF6B,AGPAT1,STRN4,ADD1,USP19,THBS3,DNPEP,RAB40C,MKNK2,FBRS,PTCD3,KDM4A,LIMK2,CLCN7,NEURL4,PIK3IP1,RPS6KB2,ASB6,VIM,SSBP4"
+"gene_set_query"	"425"	"ZNF23"	"455.7"	"ARCHS4 Coexpression,314;Enrichr Queries,502;GTEx Coexpression,551"	"ATF2,TFRC,IFT172,WIPF3,EPRS,FNBP1L,GPR173,ALCAM,CAPNS1,DPYSL2,MYC,CDK20,LUC7L,AKT1,PRKACA,IER2,DDX17,TSPYL2,GABARAPL2,UNC13A,WSB1,CXADR,TSPYL1,CD3EAP,SCRIB,SCAMP1,ATG13,GTPBP4,SND1,NISCH,DAAM1,DDIT4,RUFY2,PRR12,UBA52,SF1,CTBP1,SAR1B,FLII,NEDD4L,LDHB,ZSCAN18,JUN,PHC1,GSTM1,PLK2,ABCA3,IRF2BP2,PBX2,UPF3A,PRRC2A,MLLT11,HNRNPL,RNF103,FAM135A,PKIA,FASN,FXYD6,DZIP1,DZIP3,CPEB4,ARF3,OGFR,PIGU,SMG5,MRPL42,SMPD4,TUBA1A,GPRASP1,CIC,UPF1,ELOVL6,WDR35,DUSP6,SRP9,NCOR2,SLC7A5,TMEM179,SIKE1,TUBB2A,INF2,MED21,PXDN,RAPGEF1,EXOC4,TKT,GAS8,ERGIC1,ARF6,CENPB,UBN1,FLNA,YKT6,RUNX1T1,RIC3,WDR17,SF3A1,YTHDF2,BRF1,CSNK1A1,SCAF1,GATAD2A,NFIB,TAOK2,RIMBP2,ZYX,NUCB1,PLP2,PKN1,DGKE,ATP8A2,ATN1,CLU,PPP1CB,LAMP1,SESN1,FADS1,RAB2B,SLC38A1,RPS9,ANKRD46,IGFBP3,F2R,THOC1,CASD1,BSCL2,CTDNEP1,MORF4L1,ARMCX2,DMTF1,MORF4L2,RAB35,MAPKAPK2,TOX,CSNK1G2,FKBP5,GLYR1,ANAPC2,LRRC59,CUL7,PFKFB3,RAB5C,CCDC24,TNKS,INSIG1,ANKRD12,GLT8D1,ITPR1,LIN7C,RAP1GAP,CORO1B,PHF21B,SOCS2,SBNO2,PITRM1,STK36,DVL1,BTBD2,NACC1,SLC38A2,ESRRA,CCDC12,ASNS,EEF2,MARCH6,CDK8,SH3BP5L,STK24,NFE2L1,MAP3K12,EIF4G1,WDR1,CELF3,POMT1,PTEN,TRO,SGCE,DUSP12,SART1,CAPZB,PPP6R1,EID2B,EIF5A,REXO1,DST,RAD23B,ARFGAP1,ZFP90,PTP4A1,TRAF7,PTP4A3,CTDSP2,DNAJC5,SEC22B,PPP1R12C,SLC25A14,PPP1R15A,RNFT2,NFAT5,SMARCD2,CANT1,PPM1L,RAB1B,CXXC1,HDAC6,JAKMIP3,SLC25A27,DCAF15,GANAB,U2AF2,POLR2D,CSK,SH2B1,TUB,NICN1,CDC42BPB,HNRNPAB,KLF6,MARCKS,TSPAN13,MGAT4B,INSM1,P4HB,UNC79,TNRC6A,THUMPD1,TRIM28,KIF21A,GLUL,ATXN7L3,ARRDC4,ZFP2,IFRD1,CIRBP,MTUS1,AP1B1,MOGS,ANK3,ACTN4,CPT1C,MAPK8IP3,ANK1,CRYZL1,HECA,FAM76A,CCDC82,EIF1B,PFN2,RTEL1,BEX1,TMEM63C,MAGED1,CSTF3,FBF1,CTR9,PIK3R1,HTATSF1,APH1A,NUAK1,HIVEP2,VASP,ZRANB2,INTS1,ZFR2,BCL11A,GADD45G,ID2,ECHDC2,CALM2,ITM2C,NRP1,CSRNP2,DAZAP1,CITED2,PTPRN,MRPS12,SLC7A11,VLDLR,PRPF19,NAT14,PTPRF,AKAP12,ZMYM4,ENC1,SDF4,PARP6,TMED9,TSC22D1,TSC22D3,MINK1,AP3B2,MLF2,MPPED2,SGK1,CSTB,MAGEH1,STX16,SATB1,SLC20A1,ICA1L,NOL4,ARNTL,GNAI2,TCEAL6,NFIL3,MGAT1,MYO9B,AP2B1,VEGFA,ATAT1,TTC3,TCEA2,HDGF,PNPLA6,ZFP28,GRINA,SRP19,ZFAND6,PHRF1,CELSR3,PPIP5K2,ARHGDIA,POGZ,SBF1,TSC2,TSC1,LMO7,ATP1B1,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,SCG5,CHMP4B,SCG3,LPL,CACNA1A,DTX3,SEZ6L2,EFNA4,NDRG1,SUPT6H,PCSK1N,IRAK1,MARK2,PDZD7,IVNS1ABP,PRNP,ZFHX2,CBX5,KLHL24,ARHGAP33,AHI1,HOOK2,HOOK1,GNB2,GNB1,GNAS,CNTN1,IFT27,LRP10,KDM5C,NAA40,RBM26,DOCK9,PRKCSH,CHD6,CHD5,SLC2A3,SEPT9,LASP1,ZC3H7B,ARHGEF11,ABCC8,PDPK1,IQCE,NAV2,GPCPD1,KLF16,DNM2,VCAN,DDAH1,IGDCC4,EEF1D,GFOD2,LUC7L3,IFT46,ANKS3,USP11,RGS16,RBM4B,CRMP1,ATP1A1,TOB1,STRN4,DNPEP,PABPN1,SPOCK2,DROSHA,MTA2,FBRS,PDE4DIP,SLC4A8,CLCN6,UFM1,ERCC3,CARM1,SSBP2,CLUAP1"
+"gene_set_query"	"426"	"PURB"	"456.0"	"ARCHS4 Coexpression,286;GTEx Coexpression,626"	"NCKAP1,APP,TRIO,PANK3,TRRAP,ZDHHC5,JMJD1C,HNRNPU,ENO2,GPATCH8,RNF112,EFR3A,LSM11,MPRIP,PWWP2A,AKT1,ATXN7L3,CALN1,SRRM2,DDX17,SRRM3,SRRM4,ATP6V1G1,RBFOX2,RBFOX3,FNBP1,SCRIB,ARMC8,ANK3,RC3H2,FAM133B,TIAM1,WDR82,ZC3H11A,RUFY2,SF1,MACF1,POM121,PAXIP1,STXBP1,ANAPC11,APH1A,PPP3R1,ZNHIT1,LARP1,TSPAN5,PIP5K1A,TNRC18,PLCG1,CADM3,PRRT2,INTS1,MICAL2,UPF3B,PBX2,L1CAM,PRRC2B,PUM2,MED13L,PRRC2A,HNRNPL,FUBP3,WNK1,RBAK,ARF3,SETD5,GABRB2,TOP2B,SMG1,TMEM151B,KCNC1,DIRAS2,SETD7,CLTC,TCF20,GRIK2,PRPF19,SMG5,SHF,TRIM9,MMP24,PCLO,MED13,AKAP11,XPO1,TRIM3,CIC,ZIK1,UPF1,NCOA6,ASH1L,DYNLL2,SREBF2,CNKSR2,NCOR2,CSDE1,CANX,WAC,RAPGEF1,FAM20B,ARHGEF2,ERGIC1,WDR26,ZDHHC20,ADAM22,DLST,UQCR11,SLC7A1,CENPB,CAMKK2,TM9SF3,CHN2,NSD1,PSMB1,FLNA,ANKRD52,MEF2D,YKT6,PAK2,RUNX1T1,DYNC1H1,DAB2IP,HUWE1,AP2B1,HIPK1,SKI,PRPF39,TAOK2,HDGF,ESYT2,TRIP12,ANKRD13C,NDUFA13,UBE3C,CLSTN1,HDLBP,ATN1,UBP1,PRDM2,NUCKS1,SRP14,UBE2Z,IPO7,TOMM20,SLC8A2,RIMS1,TMEM145,SLK,ZFP30,LAMP1,KIF5B,SBF1,SH3GL2,PCDHAC2,GTF2I,TLE2,KDM2A,ADAM11,UBE2E1,ATP11B,CNPY2,FBXO11,KCTD6,DISP2,ILF3,CACNB4,HNRNPUL1,HNRNPUL2,ANKS6,CHMP4B,WDFY3,KPNB1,LRRC59,ANKRD12,UBR4,CACNA1A,PRPF8,SUPT6H,NEUROD2,RAI1,IRAK1,UBR5,NACC1,ABL1,BPTF,MCL1,SYT4,CPSF7,API5,FUS,TMEM120A,SEC16A,NUP153,ZBTB11,EEF2,CLK4,CNOT6,LRCH1,NBEA,CNOT1,GNB1,GPR107,TUBGCP4,LSM14B,BCL2L2,NFE2L1,MAP3K12,EIF4G1,PICALM,CREBZF,ZNF512B,SNAP25,GSK3B,KDM5C,CELF1,PRKCSH,USP32,DDX42,ATP2A2,CHD4,CHD3,YBX1,PKD1,AFF4,LMNB1,PPP1R9B,ZC3H7B,PSD3,UBTF,TNPO1,TNPO2,GALNT9,YWHAG,TRIM67,ARHGEF11,ACTR2,ARHGEF12,ATRX,ZFP91,RAD23B,SENP3,LATS1,SFPQ,ALS2,DNAJC5,IMPAD1,LUC7L3,DNAJC9,BDP1,B4GALT5,GTF3C1,MTPN,PPP1R15B,NFAT5,NDUFB8,GTF3C4,NRXN2,ATP1A1,ABLIM1,MAPK8,FAM168B,GANAB,FAM168A,CCDC85C,U2AF2,FAM120A,UBQLN1,SPOCK1,ROMO1,MTA2,UGGT1,TRIM44,EIF4B,HNRNPA3,KDM4C,TAF15,TMEM30A,NDUFA6,FEM1B,TAF10,PCDHGC4,PTPN11,CDC42BPB,POLR3F,ACIN1,ATP13A3,MDGA1,CBLN1,EIF3B"
+"gene_set_query"	"427"	"NPAS1"	"456.3"	"ARCHS4 Coexpression,142;Enrichr Queries,642;GTEx Coexpression,585"	"POP7,RRP1,ENO2,RPL8,PHB2,PSMD8,DPYSL4,RAVER1,DPYSL2,MYC,PSMD3,AP1S1,RPL35,HES6,ACOT7,UNC5A,DAPK3,SCRIB,SOX12,HCFC1,RNF126,PRKAR1B,ARMC6,HECW1,DDIT4,PRR12,TSPYL4,VPS26B,AGAP3,MRPL12,PUSL1,NDFIP2,JUN,PRELID1,ICMT,NCAPH2,NR2F1,IRF2BP1,MRPL28,MRPL23,PRRC2A,FIBP,PPP5C,TOLLIP,FASN,GIPC1,PSMG3,DUS1L,FARSA,CDK16,WDR47,SMG5,DDA1,SMPD3,JPH3,NEFL,EMD,ELOVL4,PGAM1,ELMOD1,DYNLL1,DUSP6,SLC7A5,TUBB2A,MMP17,PXDN,NFIX,TMEM160,FGD1,CENPB,TCOF1,CHN1,AP2S1,SLC17A7,HARS,CKB,RPS2,RPL18,RPRM,MBD3,SF3A2,WNT7B,WDR18,GABRA3,TTC9B,SCAF1,MYBBP1A,PKN1,CRLF1,RAB3A,CLSTN2,CHPF,IPO4,RIMS4,STK11,ATCAY,RUVBL2,FBRSL1,LZTS2,AP2M1,SEMA6B,TLE2,MAP2K2,USP5,FBXW7,IGFBP3,CTNNBIP1,IGFBP2,TBR1,POLRMT,DGKZ,RNF40,OLFM1,OLFM2,ILF3,ZFP41,FSCN1,PGP,FKBP4,SNRPA,SNRPB,RTN4R,BRSK1,SEMA7A,INO80E,MAZ,HSPBP1,FBXO41,RAP1GAP,IGSF21,STIP1,KLC2,BTBD2,DVL1,NACC1,RAB6B,ASNS,BTBD9,CORO2A,EEF2,LSM4,CHERP,LRFN4,CDK5,LHX2,REEP2,MAP3K10,PIN1,SERINC2,RNF187,SLC25A1,ZNF512B,MRPL4,DUSP12,RPL7A,MDK,WDR5,TNPO2,PELP1,EIF5A,EMX1,RTN4RL2,RANGAP1,YDJC,ARFGAP1,TRAF7,PTP4A3,NRG3,SNPH,CTDSP2,PRPS1,NLGN2,CLEC2L,VPS4A,KATNB1,LRP3,SEMA3F,SRM,FOXRED2,CACNG7,CACNG8,GANAB,NCLN,SLITRK1,U2AF2,MGAT5B,POLR2D,POLR2E,PCDH1,SLC25A22,GADD45GIP1,LINGO1,PPP1R14B,FBXL19,ADRM1,HNRNPAB,NELL2,KLF6,STUB1,INSM1,EIF3C,EPHB6,SMARCB1,VARS,KDELR1,ZDHHC8,RAPGEFL1,RPS15,TRIM28,PPP2R1A,DPF1,BSG,LONP1,ATXN7L3,PTOV1,MIF,CSNK1E,ANK1,SFRP1,CDC34,CDC37,TTLL12,AURKAIP1,CTXN1,STX1A,LLGL1,TELO2,DHX8,PIK3R2,DHX30,PTDSS2,DHX37,KCNN1,TRAP1,BCL11B,INTS1,BCL11A,GADD45G,SMARCA4,ID2,PPP1R1B,COL9A3,ITM2C,DAZAP1,CITED2,MRPS12,CCDC124,PRPF19,NAT14,PTMS,C1QBP,ENC1,NCS1,IDS,RAC3,KIF1A,FEZF2,PSD,MRPS26,PRMT1,NME2,MRPS2,SYN1,NME1,MLF2,RGMA,CTU1,MPPED1,RPUSD1,KIT,ARHGEF4,SGK1,DBN1,CSTB,AHCY,CRIP2,CCDC106,CUX2,PDZD11,CAMK2N1,PES1,PAK6,CTNNA2,CCT7,NPDC1,GABBR2,RANBP1,TMUB1,NPM3,VEGFA,BOP1,CELSR2,CELSR3,PPME1,CHCHD6,ARHGDIA,KIF5A,PPFIA3,SH3GL1,LMO4,MATK,POU3F1,RUNDC3A,TMEM130,ATAD3A,TUFM,GPRIN1,EEF1A2,PPIA,NDRG4,ISYNA1,PKDCC,NDUFB10,TMEM59L,KLHL17,LTBP4,CACNA1A,CABP1,NDRG1,CACNA1H,TMEM121,SEL1L3,CACNA1G,EFNB3,IRAK1,DEAF1,CASKIN1,HMGA1,EFNA3,DLG2,EFNA2,HOOK2,HOOK1,UBE2S,GNB1,BLMH,DEGS1,UBA1,UBE2M,GPSM1,B4GALT2,PODXL2,ZMYND19,PRKCSH,ELAVL4,CHD6,LMNB2,ZC3H7B,GDAP1L1,SNAPC4,MLST8,SULT4A1,YWHAH,CAD,H2AFX,RNF208,DDX54,SYNGR3,SEPT5,SENP3,KLF16,EPN2,SEPT3,FAM189B,GAP43,AKT1S1,INA,THOP1,SHANK1,OTUB1,CAMK2B,DCTN1,USP11,ATP1A3,NRXN2,PDXP,DLL1,NCALD,STRN4,TFPT,GNG3,TMEM201,DNPEP,MTA1,RAB40C,NT5DC2,SNCB,NAA10,LIMK1,SGTA,CCK,MEIS3,PPP2R2C,CARM1,ERCC2,ASB6,RBM42,ATP13A2"
+"gene_set_query"	"428"	"ZNF510"	"457.0"	"ARCHS4 Coexpression,457;Enrichr Queries,451;GTEx Coexpression,463"	"EIF4A2,NCKAP1,TRIO,PANK3,ZFYVE9,TRRAP,JMJD1C,HNRNPU,CBLB,ENO2,EPRS,GPATCH8,KRTCAP2,HERC2,HERC1,DPYSL2,AKT3,EPC1,ANKFY1,EPC2,BSN,PRKACB,TRIM23,CALN1,TMPO,DDX17,SRRM4,RBFOX2,RBFOX3,ZFP1,CACNA2D1,ZFP2,ARRDC3,COG1,RFX3,CD3EAP,ANK2,ARMC8,ANK3,DICER1,RC3H2,SCAMP2,ARMC1,FAM133B,EML5,DAAM1,RFX7,WDR82,ZC3H11A,RUFY2,DDIT4,AKAP9,MACF1,NUP205,DHX8,DHX9,STXBP1,MYCBP2,MTMR9,PIK3R1,MTMR4,CDKN2AIP,MTMR7,TTBK2,MBTD1,HLTF,B4GALNT1,RAB11FIP2,RBM12,SCAI,SERF2,RABGAP1L,PRRT2,UPF3B,PHC3,SNAP91,PBX1,PRRC2B,POU6F1,MED13L,SETX,ZBTB6,STAG2,WNK1,FUBP1,HBP1,FAT3,CALM1,RBAK,ATG2B,PHF3,GABRB2,SMG1,PIGU,AHCTF1,KCNC1,DIRAS2,CLTC,TCF20,GRIK2,TRIM9,PPP3CB,NIPBL,PCM1,MMP24,PCLO,AKAP11,MED13,XPO1,TRIM2,REV3L,KIF1B,SH3BGRL3,GPRASP1,RALGPS2,CEP68,DFFB,NCOA2,ZYG11B,RPS6KL1,TSC22D1,PARP2,TCF12,TET2,SLC39A10,ASH1L,ZDHHC17,TERF2,CNKSR2,RNF144A,CSDE1,CANX,WAC,TMEM106B,MAPT,PLCB1,PAFAH1B1,RNASEK,ZDHHC20,AMIGO1,ICA1L,ADAM22,UQCR11,PSMA7,BCLAF1,SCAF8,FAM172A,CHN2,NSD1,RICTOR,APBB1,MAP4K5,ANKRD50,EPS15,DYNC1I1,RUNX1T1,RANBP2,DYNC1H1,WDR17,KIDINS220,USP9X,YLPM1,HUWE1,LHFPL4,NMNAT2,AP2B1,LRPPRC,MIB1,RNF146,MKLN1,NFIA,CCNG2,ETNK1,TAOK1,TTC3,YPEL1,RLIM,RAB3GAP2,TRIP12,PKN1,KBTBD7,FRYL,ANKRD13C,FAM13B,ATP8A1,KDM1A,ARID4A,ARID4B,NUCKS1,IPO7,CELSR3,SLC8A2,IGF1R,RIMS1,ZFP30,SALL2,SESN1,SMARCAD1,ARID2,SH3GL2,PCDHAC2,SLC25A46,GTF2I,BIVM,USP7,ANKRD46,TMOD2,TTC7B,DYRK1A,ATP11B,KCTD6,RSBN1,CACNB4,DMTF1,SCN8A,MADD,TBC1D24,MATR3,PHIP,WDFY3,ADNP,ANAPC1,DDX6,BHLHB9,CUL5,TNKS,BRI3,ANKRD12,CACNA1B,UBR4,UBR3,UBR1,PDS5B,KLC1,PDS5A,PRPF8,CAMSAP1,ACACA,ORC4,ARHGAP21,KLC2,BTBD1,TPR,UBR5,G3BP2,RPRD1A,SKIL,ZKSCAN1,QSER1,BPTF,ATP6V1F,IVNS1ABP,TMEM120B,SYT4,OSBPL8,GGT7,SMAD4,NUP153,DNAJC13,KLHL24,CNOT7,EFNA2,NBEA,APPBP2,HOOK2,YEATS2,HOOK1,CNOT1,CAPRIN1,RFXAP,JMY,AAK1,NF1,TPP2,TUBGCP4,BRWD1,EIF4G2,CREBZF,SNAP25,KDM5B,GSK3B,ASNSD1,CELF1,USP32,CHD8,HP1BP3,USP34,CHD6,CHD4,ZFP82,PKD1,AFF4,GPHN,SYNE2,SENP7,SCRN1,OPA1,MAN1A2,PSD3,TIMM17B,CEP170,TOPBP1,DNM1L,TNPO1,NEO1,EID2B,YWHAG,USP47,PPP1R12A,ARHGEF12,DST,TTC33,PDPK1,SECISBP2L,LANCL1,ATRX,VPS13A,CKAP5,PTBP2,PJA2,PTP4A3,SFPQ,ELF2,CREB1,ALS2,TRAPPC6B,CTDSP2,POLR1B,BIRC6,B4GALT6,SOS1,GTF3C1,NFAT5,NLGN1,KDM3A,KDM3B,GTF3C4,SRSF1,ADD2,MAPK9,FAM168B,CAND1,HECTD1,FAM168A,GNG5,UBQLN1,DROSHA,SPOCK1,RALY,FEM1C,ROMO1,CLASP1,EIF4B,ATP9A,CLVS1,OPCML,CLASP2,BEND6,ATF7IP,ARFGEF1,USP24,SLC12A5,FEM1B,PCDHGC4,USP22,ATP2B2,PTPN11,RPRD2,TEF,APC,POLR3F,NAA15,UNC79,TRIM33,METAP2"
+"gene_set_query"	"429"	"XPA"	"457.0"	"ARCHS4 Coexpression,386;Enrichr Queries,362;GTEx Coexpression,623"	"RB1,NCKAP1,TFRC,DCAF8,HNRNPU,EPRS,NDST1,CAPNS1,MPRIP,DPYSL2,MYC,DPYSL3,AKT3,AKT1,DIP2C,TMEM8B,MEF2C,WSB1,FNBP1,CD3EAP,SCRIB,EML1,GTPBP4,SND1,HCFC1,MYL6,WDR82,DDIT3,DDIT4,PRR12,FLII,NEDD4L,XPC,HIF1A,ADH5,LARP1,PLCG1,JUN,PHC2,PLK2,LARP7,PBX2,PBX1,PRRC2A,HNRNPL,SLC6A6,FASN,HBP1,HYOU1,FERMT2,ARF3,PIGU,BTG1,CDKN1B,GPR21,CLTC,TCF20,SMG7,HSPB11,SMG5,CSRP2,TIMP2,JAK2,CIC,PCMTD1,UPF1,DUSP6,DDB1,ZEB2,NSA2,INF2,PXDN,TKT,ERGIC1,STAU1,DLST,PSMA7,CENPB,FAM129B,SPOP,FLNA,MFN2,ANKRD52,BID,YKT6,SNX21,SCAF1,GATAD2A,SKI,NFIA,SLMAP,TAOK2,NUCB1,PKN1,NUCB2,ATN1,CLU,IPO7,PPP1CB,YY1,IPO8,LAMP1,SESN1,SCMH1,SLC39A7,LZTS2,SLC38A1,USP5,IGFBP3,TPM1,CNPY2,ZCRB1,FOXP1,RBX1,MSH6,ARMCX4,DMTF1,MSH2,RAB34,RAB35,CSNK1G2,FKBP5,GLYR1,LRRC59,ENY2,MAX,ZC4H2,ANKRD12,ITPR1,UBR4,SOCS2,SBNO2,RAP1A,PITRM1,ESD,BTBD2,NACC1,ABL1,MCL1,WDTC1,SEC16A,TRAPPC5,EEF2,LRCH2,LSM7,SH3BP5L,UQCRQ,CNOT1,MDM2,NF1,PLEKHM2,PLXNB2,PLXNB1,PIN4,GPR107,NFE2L1,BCL2L1,EIF4G1,ITGB1,ZNF512B,WDR1,FHL1,PTEN,UFSP2,DUSP18,PTPN23,DUSP12,PPP6R1,SNRNP70,UBTF,TNPO2,HSP90AA1,PPP1R12A,REXO1,ATRX,NDUFC2,VEZF1,RANGAP1,RAD23B,PTBP2,DDOST,ARFGAP1,TRAF7,PTP4A3,NSMCE4A,ASPH,SYF2,CTDSP2,POLR1B,PPP1R12B,PPP1R12C,GTF3C1,SMARCD2,GTF2A2,NDUFB6,GTF3C6,SRF,CXXC1,KATNB1,MLLT3,GANAB,CACNG8,U2AF2,RAB23,POLR2D,FEM1C,FYN,UBQLN4,GADD45GIP1,PCDH7,FBXL19,PTPN11,CDC42BPB,KLF6,MGAT4B,PDCD4,P4HB,SEC24C,EIF3B,VEZT,APP,VARS,ZMYND8,DIXDC1,ZDHHC5,TRIM28,RPL36AL,LONP1,ATXN7L3,TBC1D10B,SRRM2,ST6GAL2,ACTN1,ARRDC3,IFRD1,MTUS1,CIRBP,MOGS,ANK3,ACTN4,MRPS18C,TWSG1,RRAGB,KCTD10,CRYZL1,KCNQ4,HECA,ANKRA2,TRIB2,TBC1D9B,DHX8,TMEM63B,DCUN1D4,FBF1,PIK3R1,APH1A,SNX1,DHX35,MLEC,FAM192A,BBS1,INTS1,TMEM50B,RCC2,SMARCA2,PTK2,SRPK1,GADD45G,FUBP3,ID2,ITM2C,NRP1,DAZAP1,CITED2,MRPS12,PCSK7,PRPF19,AKAP12,HINT1,KIF13A,DHX15,PARP1,TSC22D3,MINK1,COMMD6,MRPS7,COMMD7,SREBF2,MLF2,MPPED2,FAM20B,CD47,ARHGEF2,SGK1,SDCCAG8,PCNA,NOL7,CCDC107,UQCR11,UQCR10,COX5A,ARNTL,PCNP,HIRA,SH3BGRL,NFIL3,TCEAL1,GPC4,SCAND1,NPM1,NFYB,HUWE1,SORBS1,AP2B1,VEGFA,CCNG2,CTNNB1,ESYT2,HDGF,PNPLA6,GRINA,UBE3C,HDLBP,SRP14,UBE2Z,IGF1R,CAPN7,SBF1,LMO7,ATP1B1,HNRNPUL1,SBDS,ARHGEF25,CACNA1A,NDRG1,PRPF8,SUPT6H,MARK2,BCL9L,KLHDC2,PRNP,SMAD4,DSTN,KLHL24,CWC15,MANBAL,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,GNB1,GNAS,UBA1,LSM14A,KDM5C,PRKCSH,CBY1,CHD6,ILK,PSIP1,LMNB2,PPP1R9B,SENP6,SEC61A1,SEPT9,LASP1,UBE2Q2,ZC3H7B,SPEG,DACT3,ARHGEF11,PDPK1,CTPS2,NAV2,TGFBR1,DNM2,SFPQ,CREB1,SETBP1,CAT,LUC7L3,NAA38,PFDN2,ZMYND11,CUEDC1,LUC7L2,B4GALT5,USP16,POMP,ATP1A1,TOB1,STRN4,FAM168B,DNPEP,ALDH1B1,FAM120A,CAMK2G,FBRS,PDLIM7,RWDD1,ZFC3H1,PDE4DIP,NAP1L1,DEK,NEURL4,CARM1,ACIN1,ERCC5,KRAS,VIM,SSBP2"
+"gene_set_query"	"430"	"GZF1"	"457.3"	"ARCHS4 Coexpression,335;Enrichr Queries,327;GTEx Coexpression,710"	"TRIO,TFRC,HNRNPU,EPRS,RPL6,RPL7,RABGEF1,KRTCAP2,DPYSL2,MYC,RPL35,VPS36,IER5,IER2,VPS18,ATG3,GABARAPL1,RPL23,CD3EAP,GTPBP1,RC3H2,SND1,WDR81,WDR82,DDIT3,DDIT4,RPL27,RPL26,SF1,ATF4,POM121,NPRL3,HIF1A,PPP3R1,PIP5K1A,NRBF2,HMGXB3,CEP78,HEXIM1,RPL41,JUN,PRPF38B,JUND,PLK2,EIF2AK3,IRF2BP2,NR1D1,EIF1,PRRC2A,HNRNPL,TADA2B,SLC6A6,EIF5,HNRNPK,QARS,ATG2A,HBP1,HYOU1,CPEB4,PIGU,BTG1,CDKN1B,GMEB2,ELL,DENND1A,CLTC,TCF20,ING1,SMG5,MED13,JARID2,EMD,BRD2,UPF1,BRD1,JOSD1,DYNLL2,DUSP6,NCOR2,DDB1,SLC7A5,ZEB2,PXDN,PELI1,RAPGEF1,WDR26,RPL11,SRRT,CENPB,TM9SF3,NRAS,SCAF8,RPS15A,RPL14,ZSWIM6,ANKRD52,PAIP2,RPL17,MEF2D,YKT6,SF3A1,TRAPPC10,HIPK1,LRPPRC,WDR11,RYBP,NFIA,TAOK2,RLIM,UBAP1,PKN1,YPEL5,UHRF1BP1L,CTNND1,RPL10A,IPO7,PIM3,FADS1,SLC38A1,USP7,AGTPBP1,RPS7,ANKRD44,GPT2,DYRK1A,UBE2E1,PRPF4B,ATP11B,RNF40,SAP30,FOXP1,RAB35,FKBP8,SQSTM1,ARL8A,KPNB1,FKBP5,LRRC59,PFKFB3,INSIG1,UBR4,RLF,PHF21A,SOCS2,PITRM1,BTBD1,UBR5,G3BP2,IP6K1,SLC15A4,SLC38A2,SKIL,MCL1,AKIRIN2,OSBPL8,TRAPPC8,EEF2,CNOT1,MAFG,SP3,MDM2,PLEKHM2,GPR107,NFE2L1,EIF4G1,ARRB2,PTBP1,DUSP12,AP1G1,UBTF,PMEPA1,PHACTR1,TNPO1,ACTR2,CDADC1,ZFP91,RAD23B,PATL1,ARL4C,PTP4A1,PTP4A2,PTP4A3,NSMCE4A,SLC25A19,CTDSP2,POLR1B,ETF1,PPP1R15A,GTF3C1,MTPN,PPP1R15B,GTF3C4,SRSF1,RPL36A,FBXL20,GANAB,HECTD3,U2AF2,POLR2D,UBQLN1,EIF4H,FEM1C,UGGT1,SH2B2,SLC25A25,EIF4B,JAZF1,ASCC1,FEM1B,NDUFA3,PTPN11,MCOLN1,MTOR,KLF7,MARCKS,KLF6,EIF3A,PANK3,CCNH,ZMYND8,ZDHHC5,CISD2,JMJD1C,ZDHHC7,RPS14,FAM53C,LONP1,KIF21B,GLUL,ATXN7L3,SOX4,TBC1D10B,AGFG1,ARRDC4,ARRDC3,IFRD1,CIRBP,AP1B1,TMEM170B,JMJD6,CDC34,SIK3,HECA,SLC45A4,MACF1,DHX9,PIK3R1,APH1A,DHX34,HIVEP1,DHX37,GSE1,HIVEP2,RBM12,NTNG2,GADD45G,MED13L,FUBP3,WNK1,RPL27A,ID2,PAF1,TECPR2,RPS24,ITM2C,NRP1,AHCTF1,CITED2,SRA1,SLC7A11,PRPF19,PTPRF,HERPUD1,MAP1LC3B,XPO1,GUK1,UIMC1,DHX15,CDV3,TSC22D1,TSC22D3,PABPC4,NME2,GAB2,RAB33A,MTSS1,MLF2,RHOB,SLTM,CSDE1,CANX,ARHGEF2,SGK1,CSTB,ZDHHC20,ARNTL,AMN1,HIRA,EXOSC4,NFIL3,CUX1,SERTAD2,NT5M,RANBP2,DYNC1H1,NFYA,HUWE1,MYO9B,VEGFA,PER1,CCNG2,ESYT2,TRIP12,MIDN,NDUFA13,UBE3C,ZFAND3,HDLBP,COX6A1,TOMM20,TATDN2,KIF5B,KDM2A,MATK,ATP1B1,ADAM15,HNRNPUL1,TBL1XR1,PPIF,TBC1D25,CHMP4B,IDI1,DIABLO,SLC1A4,NDRG1,PRPF8,SUPT6H,RTN4,EFNB1,UBE2F,IVNS1ABP,HSPA8,PRNP,CPSF7,CBX4,NUP153,DNAJC13,KLHL24,NFKBIA,H1F0,NR4A3,HOOK2,HOOK1,CAPRIN1,GNB1,STT3B,LSM14B,UBE2M,PICALM,GSK3B,USP36,KDM5C,DDX3X,USP32,PRKCSH,CHD6,ATP2A2,SLC2A3,HMGB1,YBX1,CHD2,AFF4,LMNB1,PPP1R9B,SEC61A1,LRRFIP1,TOPBP1,YWHAG,KDM6B,KLF13,PDPK1,RPS3A,OXSR1,GPCPD1,SFPQ,TBC1D7,HAGH,KDM3A,TOB1,GNA13,FAM168B,DNPEP,FAM168A,PPP2R3C,LEPROTL1,TRA2B,MKNK2,FAM120A,PDE6D,ROMO1,FBRS,TMEM30A,PDE4DIP,ATP2B1,CDK11B,SPRY2,ACIN1,ATP13A3"
+"gene_set_query"	"431"	"ZNF483"	"459.0"	"ARCHS4 Coexpression,735;Enrichr Queries,317;GTEx Coexpression,325"	"CYFIP2,ATF2,MAPKBP1,MYT1L,IFT172,HNRNPU,RPL8,GPR173,CAPNS1,FLAD1,DPYSL2,DPYSL3,AKT3,CDK20,AKT1,KIF21A,EPHB1,TMEM8B,ANKS1B,TSPYL2,EPHA4,EPHA7,ST6GAL1,SMARCC2,RBFOX2,TSPYL1,UNC13A,CIRBP,PTOV1,MTUS1,ACSL6,ANK2,MOGS,ANK3,MAPK8IP3,EML2,NISCH,EML5,IFT81,DDIT4,RRAGD,HECW1,HECA,RPL29,VPS25,MEG3,NECAB1,RTEL1,NUMBL,NRN1,TMEM63C,FLII,DCUN1D4,TMTC1,KALRN,TTBK2,APH1A,PRKAR2B,TSPAN7,PIP5K1C,RIMKLA,SCN3B,GPM6B,SCAI,ZSCAN18,BBS1,FZD3,ACD,JUN,PHC1,ZRANB2,PRRT2,LRRN3,CADM2,BCL11A,ST8SIA3,MICAL3,MYO5A,UPF3A,BBIP1,DCLK1,LAS1L,WNK2,MAGED2,FXYD6,FAT3,FBXL2,DZIP1,CALM1,DZIP3,SUGP2,ITPA,CD200,ITM2C,GABRB3,ROBO2,PHF2,CSRNP2,WDR48,CSRNP3,GRIK5,PHF1,DIRAS2,PRPF19,SMG6,ZCCHC14,MECP2,AKAP12,EPM2AIP1,UCHL1,PCLO,AKAP11,CAMKV,TRIM2,DNER,MLX,SDF4,DLGAP1,KIF1B,CTSF,KIF1A,CIC,GPRASP1,GPRASP2,GARNL3,LYPLA2,UPF1,TMED9,IFT140,TSC22D3,PRPF40B,GNL1,DUSP6,PGM2L1,APRT,MLF2,CNKSR2,ARHGEF9,VSNL1,KIT,PXDN,VAMP4,ARHGEF7,PLCB1,SGK1,GAS8,NAPB,ICA1L,ADAM22,PRICKLE2,AKAP6,ADCY1,FGD4,CAMK2N1,CHN1,CKB,CTNNA2,PAK3,ZSWIM5,YKT6,SRSF12,RUNX1T1,RPRM,RIC3,WDR17,MYEF2,ATRNL1,NMNAT2,PNMA2,SORBS1,MPP6,PPP1CA,SGSM1,NFIB,TTC3,TCEA2,NUCB1,FAM171B,HDGF,PKN1,ZFP28,RAB3C,DGKE,ATP8A2,RASL11B,ATP8A1,ATN1,MSI1,ARID4B,FBXO21,CYP46A1,CLU,CELSR3,SLC8A1,TOMM22,RIMS1,ZFP30,SALL2,KIF5C,ARHGDIA,POGZ,KIF5A,CFL1,NRCAM,ENPP5,FADS1,IGFBP3,TMOD2,MAGI2,TTC7B,TSC2,TSC1,ATP1B2,PIAS2,CTDNEP1,ARMCX4,OLFM2,PREPL,CACNB4,DMTF1,HNRNPUL1,SCN8A,MADD,RAB35,SCG5,CHMP4B,SCG3,TNIK,TOX,GRIA2,LRRC59,RTN1,RAB5C,TNKS,CTTNBP2,INSIG1,CACNA1B,ITPR1,CACNA1A,CACNA1D,DTX3,NDRG1,CACNA1E,RAP1GAP,PHF21B,DPP3,ATXN2,ARHGAP20,IRAK1,DPP9,FUT9,SAFB2,PLXNA1,LONRF2,RAB6B,PLXNA3,RAP1GAP2,AUTS2,SYT1,PTCH1,SLC4A10,DNAJC18,CDK9,ARHGAP33,GNAO1,PTPRD,AHI1,LRCH2,DLG2,GNAL,NBEA,HOOK2,HOOK1,GNB2,NF1,CNTN1,CPE,GNB5,LRCH4,FGF13,NOP10,MAP3K12,SNAP25,DOCK3,RNPEPL1,WDR1,PRKCSH,POMT1,AKAP8L,CEP164,CHD6,PPP1R9A,SYNE2,TRO,DUSP12,SEC61A1,SEPT9,GRM5,LASP1,PPP6R1,PSD3,ERC2,EDIL3,EID2B,SVOP,DST,PEG3,PDPK1,PJA2,DNM3,TRAF7,VCAN,PTP4A3,DNAJC6,CTDSP2,LUC7L3,CHMP6,DCTPP1,INA,SHANK2,RNFT2,NLGN1,NLGN2,WBP1,DDX24,PPM1L,ANKS3,USP11,NRXN1,RAB1B,CXXC1,TULP4,LENG8,CRMP1,PPM1E,HDAC6,NCALD,ADD2,JAKMIP2,SLC25A27,STOX2,FZR1,GANAB,PTPRZ1,U2AF2,SPOCK2,POLR2D,REPS2,SLITRK5,RALY,ATP9B,ATP9A,SNCA,CLASP2,TUB,NTRK2,SLC35A4,PCDH9,NEGR1,PCDH7,NTRK3,CADPS,SYT16,CDC42BPA,TPD52L2,SMUG1,TNRC6C,RPIA,NELL2,MAPK10,SLC4A8,CLCN6,NFASC,SBK1,APC,ASXL3,MGAT4B,P4HB,CLUAP1,UNC79,TNRC6A,METAP1,METAP2"
+"gene_set_query"	"432"	"NFIX"	"459.0"	"ARCHS4 Coexpression,448;Enrichr Queries,543;GTEx Coexpression,386"	"APP,ZFYVE9,ENO2,GPATCH8,ACTB,DCAF6,SCAMP5,RNF112,NDST1,SAMD14,ALCAM,RUSC2,MPRIP,ZMIZ1,IGLON5,DPYSL2,MYC,FTH1,DPYSL3,PRKACA,EPHB1,GLUL,SOX4,TRIM23,CALN1,SRRM3,SRRM4,MEF2C,RBFOX1,ATP6V1G2,RBFOX2,RBFOX3,LIMCH1,ACTN1,CD3EAP,ARMC8,ANK3,ANK1,MAPK8IP3,MAPK8IP1,TIAM1,STX1B,PRKAR1B,RUFY2,DDIT4,PSME2,PRR12,TBC1D9B,TARSL2,STXBP1,RPN1,NEDD4L,CEND1,PIK3R2,CD99L2,RTF1,PIK3R1,NKAIN1,ABR,SYNGR1,NUAK1,PPP3R1,PCBP4,TSPAN5,B4GALNT1,HIVEP2,PIP5K1C,MAP4,RHBDL1,S100A10,RAB11FIP5,ABCA2,JUN,CADM3,PRRT2,CADM4,JUP,CADM1,IQSEC2,IRF2BP1,NR2F1,MICAL2,SMARCA2,PBX1,DCLK1,PRRC2B,POU6F1,PRRC2A,WNK1,FASN,ID2,WNK2,OGDH,CALM3,ITM2C,ARF3,NRP1,ARF1,PIGU,TMEM151B,PTPRS,KCNC1,GDI1,CITED2,DIRAS1,DIRAS2,SETD7,GRIK2,PTPRF,PTMS,SHF,AKAP12,TRIM9,PPP3CB,NUDCD3,MMP24,TUBA1A,TRIM2,TRIM3,ENC1,NCS1,TIMP2,KIF1B,KIF1A,CIC,GIT1,GARNL3,CEP68,ZYG11B,RPS6KL1,PRMT7,ZER1,TSC22D1,MINK1,ASH1L,TERF2,DYNLL2,DUSP6,SYN1,MLF2,RHOB,NCOR2,SLC7A5,ZEB2,TUBB2A,KIFC2,PACS2,PXDN,MAPRE3,MAPT,AIDA,GAS6,SGK1,ERGIC1,GAS7,CSTB,ADAM22,TMEM74,CENPB,CAMKK2,FAM129B,CHN2,LMAN2,GPC1,FLNA,MFN2,SLC17A7,APBB1,CKB,NCDN,MEF2D,RUNX1T1,DYNC1H1,GABBR1,SORT1,DAB2IP,SORBS1,SCAF1,VEGFA,GRIN1,LRRC20,SKI,RNF146,ERP44,NFIA,NFIB,TAOK2,PKN1,TACC2,MEGF8,GRINA,PHLDB1,CRTC1,CD81,CLSTN3,CLSTN1,HDLBP,ATN1,CLU,SLC8A2,IGF1R,RIMS1,TMEM145,NRBP2,SALL2,BASP1,KIF5A,PALM,LZTS2,SBF1,SH3GL2,FADS1,SEMA6C,IGFBP3,TPM1,ADAM11,TTC7B,SHISA4,KCTD2,FRMD4A,ATP1B1,FOXP1,DISP2,CLIP3,CACNB1,ACAP3,TOM1L2,CLIP2,CLIP1,OLFM2,EEF1A2,FSCN1,ABCG4,RTN4R,RTN2,BRSK1,NDRG4,RAB5B,ARHGEF25,NXPH3,NTM,LTBP4,CACNA1A,KLC1,NDRG2,CPLX2,NDRG1,CPLX1,CAMSAP1,CNN3,GOLGA7B,NEUROD2,IGSF21,SCRT2,ARHGAP21,KLC2,DVL1,BTBD2,ABL1,DVL3,CAMTA2,SRGAP3,BCL9L,WDTC1,PRNP,AUTS2,TNK2,CRIM1,EEF2,CORO2B,PTPRD,GNAO1,HOOK2,HOOK1,DLG4,GNB1,GNAS,PLEKHM2,BCL2L2,NFE2L1,RNF187,MXD4,RERE,THRA,PRKCSH,CELF2,MAST2,FHL1,CHD6,ATP2A2,PTPN23,PKD1,ELAVL3,PPP1R9B,POLB,DUSP12,BCL7A,ZC3H7B,MCF2L,MYO18A,PMEPA1,SPEG,EVI5L,TNPO2,GALNT9,YWHAG,TRIM67,KLF13,DST,PDPK1,UBE2QL1,NAV1,NAV2,DUSP26,DNM1,VCAN,PTP4A3,TMBIM4,ALS2,DDAH1,CDH10,CTDSP2,C1D,CDH11,PEX5,NAT8L,CAMK2B,NLGN2,LRP1,HDAC1,DCTN1,NRXN2,ATP1A3,WIZ,MLLT1,LRP3,ADD1,DNAJB2,ABLIM1,FAM168B,RMND5A,DNPEP,FAM168A,CCDC85C,GNA11,SPOCK1,NCAM1,SNCB,SLC25A23,CLASP1,ATP9A,CLASP2,USP24,SLC12A5,PCDHGC4,USP22,B3GAT1,PCDHGC3,ATP2B4,ATP2B2,RPRD2,CDC42BPB,MEIS2,TNRC6C,NELL2,MARCKS,KLF6,PINK1,SBK1,TEF,PPP2R2C,FAM131C,FAM131B,POLR3F,CDR2L,RGS11,VIM,TRIM32,MDGA1,CBLN1"
+"gene_set_query"	"433"	"ZBED1"	"459.8"	"ARCHS4 Coexpression,690;Enrichr Queries,528;ReMap ChIP-seq,137;GTEx Coexpression,484"	"MDC1,MT-ND4,RPL3,TFRC,ARPC5L,HNRNPU,RPL8,EPRS,PHB2,DCAF6,PSMD8,PSMD7,MYC,DPYSL2,PSMD3,RPL36,AP1S2,RPL35,AKT1,RPL37,PRKACA,IER5,IER2,FNBP1,RPL23,DAPK3,WDR74,GTPBP6,CD3EAP,GAPVD1,GTPBP1,RNF123,MYL6,WDR81,DDIT3,DDIT4,PSME1,RPL29,ATF4,TSTA3,TTYH3,SAR1B,MRPL18,FLII,MEPCE,MRPL14,BAZ2A,MRPL12,OAZ1,HIF1A,GABARAP,ANAPC11,CYB5R1,PRDX2,RHOT2,LDHA,PPP4C,PRKAR2A,VPS11,CHST15,RHBDL1,FDFT1,S100A10,HEXIM1,JUN,RPL41,JUND,SNAPIN,H3F3B,JUP,NCAPH2,IRF2BP2,MTHFR,PBX2,PA2G4,PRRC2A,EIF1,TADA2B,EHD1,HNRNPL,FIBP,TBL3,NPLOC4,GIPC1,FASN,HNRNPF,OGDH,DUS1L,FARSA,OGFR,BTG1,KCNC3,PHF23,RPLP0,PRKAG1,GPT,MRPL37,OSBPL11,SMG7,ADO,WDR46,TMEM186,SMG5,TRIOBP,BBC3,PQBP1,TRIM8,TUBA1B,MRPL40,TUBA1A,TMSB4X,FASTK,TIMP2,ANXA6,RPLP2,GPR137,JARID2,CIC,EMD,LRRC47,APC2,ZC3H10,BRD2,UPF1,MIOS,MRPL49,EPS15L1,SIRT7,GMIP,MRPL46,COPZ1,MED29,DUSP6,MRPL44,GNL3,HADHB,NCOR2,HADHA,RNF167,MED22,MRPL53,SLC7A5,TUBB2A,TCP1,PXDN,RAPGEF1,TUT1,PLEKHO1,SLC29A1,TKT,SLC29A2,LRRC14,GRN,GRAMD1A,CLDND1,RPL10,GPS1,USO1,ODC1,SRRT,WDR24,PSMA7,CENPB,PSMB6,ARFRP1,PSMB5,UNK,GGA3,RPL13,FLNA,MFN2,RPL15,RPS2,MEF2D,EGLN1,BRF2,MBD6,LRRC24,SF3A2,MDH2,WDR18,NR1H2,STAT2,SYVN1,TRMT1,SCAF1,CCDC9,NFIB,PSMC1,PSMC2,TAOK2,ZYX,NUCB1,PKN1,YPEL3,MTCH1,ANKRD13D,ATN1,UBE2D1,AUP1,TM7SF2,LAMP1,CFL1,LAMP2,NUDT19,KPNA4,MAF1,LZTS2,KPNA3,TMSB10,FADS1,KPNA1,PLEKHJ1,KCMF1,PIAS4,RPS9,SLC38A1,PCYT2,USP5,RPS8,USP3,RPS5,IGFBP3,RPS6,TPM1,F2R,RPSA,THOC6,CTDNEP1,PYGO2,RAB31,DMTF1,RAB34,RAB35,MAPKAPK2,SRSF2,FSCN1,PGP,SRSF3,PHPT1,SRSF7,SQSTM1,CSNK1G2,LY6E,FKBP5,GLYR1,ANAPC2,INO80B,FKBP2,RNASEH2A,CD151,PFKFB3,RAB5C,CUL5,INSIG1,GLT8D1,UBR3,SLC38A10,CORO1B,HSP90B1,SOCS2,SBNO2,BTBD1,NACC1,BTBD2,PSAP,DVL2,PGK1,E4F1,SLC38A2,SKIL,NADK,MCL1,MPDU1,WDTC1,ESRRA,ZBTB17,ANKRD34A,EIF2B3,POLR3GL,FUS,DHCR24,EEF2,LSM4,LSM2,ZC3HC1,COPS6,COPS5,SH3BP5L,TMEM11,MAFG,SP3,PLEKHM2,PLXNB2,GPR107,ACO2,NFE2L1,SLC25A1,HSP90AB1,MCM7,RNPEPL1,WDR1,ZC3H4,ETFA,AP4M1,MRPL4,PPP6C,PTBP1,RPL7A,DUSP12,SART1,MRPL2,PPP6R1,SNRNP70,IDH3B,UBTF,DGCR8,WDR6,HIF1AN,DGCR2,UNC45A,ADSL,PLEKHG2,REXO1,GPX4,RFC2,LIX1L,ZFP91,RPL13A,RAD23A,VEZF1,RABGGTB,YDJC,DDOST,PTP4A2,TRAF7,DALRD3,TRAF4,SLC25A19,CTDSP2,POLR1B,RPL37A,CCDC43,RP9,GAPDH,SLC25A11,PPP1R12C,AHDC1,PPP1R15A,RNF31,HDAC5,WBP1,SRC,SRSF1,ZBTB43,ZBTB45,FURIN,SRL,MLLT6,DCAF15,DNAJB1,GANAB,HECTD1,U2AF2,VPS52,CDC37L1,POLR2E,FEM1C,CSK,HNRNPA1,SLC25A22,CCDC71,EIF4B,POLR2L,NOP56,SLC35A2,GADD45GIP1,PPP1R14B,HNRNPA3,NDUFA7,SPAG7,MARCKSL1,TRIM41,PPIL2,MMAA,KCNJ11,FEM1A,CNBP,MBOAT7,MID1IP1,FBXL19,ADRM1,RPL23A,FBXL16,PNRC2,CUL4A,KLF6,MARCKS,PFKL,PINK1,P2RX2,DNAJA3,RAB12,IMPDH2,POLR3E,MGAT4B,EIF3G,STUB1,P4HB,PFKM,EIF4A2,SLC35B2,EIF4A1,IFITM2,VARS,PREP,PPAN,ZDHHC5,KEAP1,ZDHHC8,PDCD2L,ACTB,NUBP2,RPS15,RPS14,PNN,RPS17,RPS16,TRIM28,RPS18,RPL36AL,FTH1,BSG,LONP1,RPS11,CCNL1,ZFPL1,GLUL,ATXN7L3,SOX4,RPS12,TBC1D10B,SRRM2,PDHX,ATP6V1G2,PAQR4,NFKBIL1,ACTN1,ARRDC3,MRPS18B,CIRBP,BOLA1,AP1B1,MRPS18A,MOGS,MFSD11,JMJD8,JMJD6,MFSD10,GNPAT,AFG3L2,SNHG12,THAP7,CDC37,CSNK2B,VDAC1,PFN1,MMADHC,CUTA,TBC1D9B,SUPT4H1,CEND1,TRMT2A,MYL12B,APH1A,PCBP1,PCBP2,SURF6,MLEC,SNX5,SEC31A,VASP,SNHG1,SURF1,SURF2,SURF4,UBAC1,IFFO1,AIMP2,RPS28,RPL27A,ID2,INTS5,NDUFAF3,PAF1,RNPS1,CALR,RGL2,RPS24,C2CD2L,ITM2B,ITM2C,MRPS17,DAZAP1,MRPS16,UBXN1,TMEM151B,FAM57B,GPAA1,PPP1R10,CITED2,TECR,MRPS12,CTSZ,MYL6B,SLC7A11,BMI1,CX3CL1,HERPUD1,GUK1,CTSL,CHMP1B,SDF4,SSSCA1,CTSD,RAB8A,CTSB,MRPS28,PSD,PBRM1,WARS,GP1BB,MRPS22,TSC22D3,GAA,NME3,TFB2M,RHOF,MRPS7,LIME1,SREBF2,APRT,MLF2,RHOB,GAK,MRPS9,PITPNM1,ARHGEF1,GLCCI1,ARHGEF2,ALDOA,SGK1,PTMA,DBN1,STK40,CSTB,MRPS30,CCDC106,RFNG,TYMP,GNAI2,ARVCF,SAMM50,EXOSC4,MGAT1,MGAT2,TBL1X,DYNC1H1,RANBP1,PTGES3,VEGFB,MYO9B,PPP1CA,ATAT1,HIST3H2A,SPCS1,NEDD4,HNRNPA2B1,TCEA2,TACC2,FAU,PNPLA6,GRINA,SCARB2,CRTC2,MIDN,NARF,UBE3A,PHRF1,ACTG1,TATDN1,CHCHD3,BASP1,ARHGDIA,HCFC1R1,SBF1,PHYH,ZGPAT,ATP1B1,EEF1A1,FAM173A,EHBP1L1,PLAA,CHMP4B,RAF1,PPIA,DAP3,PSMD12,ISYNA1,PSMD11,NDUFB10,RPS19BP1,CLEC16A,HTRA2,NDRG1,EMG1,SHARPIN,MAN2A2,IRAK1,DPP9,CASKIN1,TBC1D14,H1FX,NDUFV3,CYC1,NDUFV2,TBC1D17,HSPA8,PRNP,ACBD4,CBX5,HSPA5,CBX4,CBX3,IDH2,PCIF1,HMGA1,SUPT5H,SSH3,NFKBIA,H1F0,EFNA2,HOOK2,DLG4,HOOK1,GNB2,CHMP2A,GNAS,TCF3,GRSF1,SAE1,LRP10,GALK1,UBE2M,MUS81,PHTF2,ACADVL,CUEDC2,PRR7,KDM5C,USP38,PRKCSH,ADAR,ARHGEF10L,YBX1,TAZ,LMNB1,PPP1R9B,SEPT9,TMEM223,LASP1,ABHD16A,ALDH2,ZC3H7B,NUP62,MYO18A,FLOT1,MLST8,UQCRFS1,TIMM17B,ARHGEF11,SUN2,KLF13,ATP6AP1,PDPK1,H2AFX,ABHD14B,RNF208,ARHGEF18,SYNGR3,YWHAZ,SEPT5,KLF16,CKAP4,DNM2,EEF1G,SFPQ,VCAN,NDUFS7,EEF1D,DDAH2,TRAPPC6B,AKT1S1,MVD,CHMP6,RBM24,IRF9,B4GALT5,TSEN34,AGPAT5,POLDIP2,MTIF2,SLC3A2,STRN4,ADD1,USP19,NXF1,DNPEP,MAT2A,TDG,MKNK2,NAA25,RPP14,MTA2,FBRS,PDLIM7,SPEN,PTCD1,RRM2,NAA10,B3GAT3,BAD,ATP13A1,GALNT2,HAGHL,PDE4DIP,HSPE1,SOD2,CLCN7,CLCN6,NEURL4,ASB8,ERCC1,CARM1,RPS6KB2,BAX,SPRY2,ACIN1,TAF6,VIM,SSBP4"
+"gene_set_query"	"434"	"HIF1A"	"460.2"	"Literature ChIP-seq,127;ARCHS4 Coexpression,833;Enrichr Queries,313;ReMap ChIP-seq,201;GTEx Coexpression,827"	"RB1,MT-ND4,RPL3,TRIO,TFRC,RPL32,HNRNPU,EPRS,RBPJ,BACH1,TSKU,GLS,PREX1,NDST1,PSMD9,SAMD14,KRTCAP2,PSMD6,ALCAM,PSMD5,ZMIZ1,DPYSL2,MYC,RPL36,AKT1,AP1S1,RPL38,DIP2C,IER2,WSB1,UNC5A,WSB2,NUP210,CD3EAP,AFAP1,SOX12,GTPBP4,MYL6,RNF126,DAAM1,PRKAR1A,DDIT4,RPL27,ATF4,TTYH3,SAR1A,CDCA4,NPRL2,FLII,AGAP2,NEDD4L,PDGFA,MRPL14,PLA2G6,GNS,ANAPC11,PRDX2,NCSTN,LDHA,RHOT2,HSPH1,RNF215,RDH11,PUSL1,ST3GAL1,S100A10,HEXIM1,JUN,RPL41,JUND,CHKA,NCAPH2,PLK2,SETD1A,H3F3A,IRF2BP2,MRPL28,NR1D1,MRPL24,PRRC2B,EIF1,PCDHGA11,FIBP,SLC6A6,MEX3A,EIF5,FASN,SFXN3,PSMG3,GTF2IRD1,MMS19,FERMT2,OGFR,ARF4,BTG1,CDKN1B,PIGQ,RPLP1,DENND1A,CLTC,SETD7,GPT,SMG5,TRIOBP,BBC3,PIGX,TMEM189,UBL5,TUBA1B,JPH3,TUBA1A,RARS,TIMP2,RPLP2,GPR137,RRP12,JAK2,JAK1,ZC3H10,RPS6KL1,MIOS,DUSP1,PGAM1,SSR3,SLC39A13,NIPA2,DYNLL1,DUSP6,LRRC42,DDB2,NCOR2,SLC7A5,LSG1,MED24,INF2,TUBB2A,KIFC2,CDC42EP4,PXDN,MMP17,CDC42EP3,RAPGEF1,EXOC3,GARS,SLC29A1,GART,EXOC2,VAMP2,SLC29A2,GRAMD1B,GRN,NIP7,SNX32,GRAMD4,TMEM165,FAM129B,TM9SF3,SNX27,STX6,RPS3,RPL13,FLNA,CKB,RPL18,ZSWIM4,JAM3,RPL19,YTHDF1,BRF2,CSNK1A1,DAB2IP,BLCAP,ARCN1,KTN1,SLC8A3,SNX16,FABP5,PKN1,INHA,YPEL4,MTCH1,MTCH2,TUSC2,CTNND1,CASC4,SLA,RPL10A,BZW2,ALDH1L2,CLU,IPO7,BZW1,FAM107B,PPP1CB,ABHD11,RNF19A,RUVBL1,CFL1,STK16,FNTB,FBRSL1,PLS3,PIM3,KPNA2,GTF2I,SEMA6B,BNIP3L,SLC38A1,TPM4,FBXW8,USP5,FBXW7,USP3,IGFBP3,PPP1R16A,TPM1,DYRK1A,UBE2E1,DYRK1B,ATP11B,FTSJ1,LENEP,THOC6,SAP30,CACNB1,MINPP1,PYGO2,ACAP3,RAB31,RAB34,SLC9A8,FSCN1,SRSF3,SQSTM1,SRSF8,SRSF9,FKBP5,ANAPC2,LRRC59,FKBP2,PFKFB4,RNASEH2A,CD151,PFKFB3,MAX,ANKRD11,INSIG1,AK1,CHRD,ISG20L2,TARS,PHF21A,CORO1B,CORO1C,HSP90B1,FBXO42,RAP1B,GOLGA7B,NDOR1,UBR5,DVL1,BTBD2,PGK1,ABL2,BRIX1,SRGAP1,SLC38A2,SKIL,MCL1,TOR1A,TNK2,MARCH9,DHCR24,TRAPPC9,SCRT1,DRAP1,YEATS2,CDK5,CDK4,CPD,MDM2,NF1,PLXNB2,DHCR7,EIF4G2,BCL2L2,BCL2L1,ITGB1,SLC48A1,DIDO1,MCFD2,HSP90AB1,DAGLA,TRADD,COX4I1,PTEN,SART1,DUSP12,OPA1,MDK,UBTF,TNPO1,UNKL,SLC37A3,ACTR3,ACTR2,HSP90AA1,REXO1,VPS37C,RTN4RL2,VPS37B,RAD23B,ARFGAP1,MSL1,PTP4A1,ASPH,CTDSP2,C1D,ETF1,EVL,TOP1,SOS1,GAPDH,MET,ST6GALNAC6,SMARCD1,SEC23A,CANT1,LRP1,CXXC1,FOXK2,FOXK1,PPM1D,TSPAN31,DNAJB2,DNAJB1,GANAB,CCDC85C,DNAJB6,RAB23,SH3BP2,TRIM46,EIF4H,SH3BP4,IGF2BP3,FYN,FEM1C,IGF2BP2,E2F4,UGGT1,SLC25A22,DCAF13,ATP9A,POLR2L,SEPT11,PPP1R14B,NDUFA7,SSB,TRIM41,TXNRD1,FBXL19,SEMA4B,NDUFA3,NDUFA2,HIP1R,RPL35A,RPL23A,FBXL16,CDC42BPB,BAIAP2,PNRC1,BCKDK,DNAJA1,KLF6,MARCKS,MYO1B,PFKL,TSPAN13,RUNDC1,TRIM37,P4HB,KCNK2,MDGA1,PFKP,TRIM33,CUL4B,SLC35B2,EIF4A1,APP,IFITM2,ZMYND8,HDAC11,FCF1,PPAN,ZDHHC7,ACTB,CYB5D1,CRKL,RPS15,HERC4,RPS14,RASSF1,FLAD1,PPP2R1A,FTH1,GOLGA1,LONP1,CCNL1,SOX4,AGFG1,SMARCC2,PAQR4,ARL15,IMP3,ACTN1,ALG5,ARRDC3,RECQL,CIRBP,MRPS18A,CSNK1D,MIF,VWA5B2,JMJD6,TWSG1,CDC37,XRN2,SIK3,VDAC2,KDELR2,VDAC1,EZR,TRIM11,KCTD15,STXBP1,TWF1,CEND1,PTTG1IP,PIK3R1,IGSF9,UGCG,PRRC1,PCBP1,HIVEP1,GSE1,TNRC18,NTSR1,SNX6,BANP,TMEM50A,SURF4,MICAL2,SMARCA1,PTK2,MED13L,EXT1,EXT2,ID2,CALU,COL9A3,CALM1,RPS21,ITM2B,ITM2C,NRP1,DHRS13,TRAM1,TMEM151B,CITED2,FAM57B,SLC35F5,PTPRN,FAF2,GDI2,MRPS12,MYL6B,SLC7A11,PTPRK,AKAP12,MAP1LC3B,SPTLC1,CTSL,GUK1,HYAL2,SEC61G,DHX15,UBXN7,SSSCA1,QSOX1,RAC1,TMED7,CTSD,CTSB,PSD,VKORC1,PARP1,TSC22D1,NCOA5,ANO6,RHOF,ZDHHC16,MRPS7,ITFG2,RHOA,APRT,RHOB,KIN,CTTN,RPUSD1,CANX,PABPC1,ALDOA,SGK1,CSTB,AHCY,PCNA,STX16,SLC20A1,SSNA1,CRIP2,CCDC106,COX5B,COX5A,TYMP,ANKMY2,MNT,NFIL3,CUX1,SERTAD2,CAMK2N2,MGAT2,EXOSC1,NPDC1,NPM1,SLC31A1,YIPF5,GINS4,VEGFB,PNMA2,GRIN1,PPP1CA,VEGFA,RAB11B,PER1,SEC23IP,ITCH,XPOT,KLHL5,CCNG2,STAC2,HNRNPA2B1,TCEA2,CTNNB1,TRIP12,FAU,GRINA,SCARB1,CRTC2,MIDN,NARF,SYS1,GOLT1B,MPI,HDLBP,BCCIP,UBE2Z,CYP46A1,ACTG1,IGF1R,FBL,FAM174B,PPME1,BASP1,PPIP5K2,ARHGDIA,KIF5B,HCFC1R1,CAPN2,AZI2,ARID2,APLP2,TMOD3,SPNS2,ATG9A,DNAJB12,ADAM10,LMO7,ATP1B1,PDIA6,RSBN1,COX6B1,DCTD,EEF1A1,DPM2,DPM3,TMX3,ADAM15,TMX1,FAM173A,TBL1XR1,ILVBL,EHBP1L1,UBE2V2,GEMIN7,PPIB,RAI14,COPB2,COPA,DDX5,RPS19BP1,NDUFB11,COPB1,NXPH4,KLHL17,CACNA1B,NDRG1,EFNA4,RTN4,CNN3,RAI1,SDCBP,TBC1D17,MARK4,ANKZF1,PDZD7,BCL9L,RAP1GAP2,HSPA8,PRNP,DARS,KLHDC4,ACBD4,UBE2I,SMURF2,CBX4,HSPA5,CBX2,CRIM1,DSTN,ARHGAP29,DNAJC13,KLHL24,EIF2S2,MANBAL,SYT7,CLK3,NFKBIA,ARHGAP32,DLG1,EFNA3,EFNA2,BMP1,TMEM115,HOOK2,HOOK1,OSTC,STT3A,GNB4,CNTN1,GNAS,AMOTL2,ACBD3,MUS81,KDM5B,CUEDC2,DYRK2,DDX3X,THRA,YWHAB,PRKCSH,MAST1,SLC2A3,HMGB1,YBX1,CHD2,RND3,AFF4,PPP1R9B,TMEM101,SEC61A1,SEPT7,BCL7A,YWHAQ,SNAPC3,PDE4A,GALNT9,SCYL1,KDM6B,SUN1,PDPK1,IQCE,AXIN1,RNF208,NAV1,OXSR1,ARID1A,YWHAZ,ARID1B,DDX50,CKAP4,KLF16,DNM2,VCAN,NDUFS8,CREB1,CDH11,MAN1B1,ZMYND11,PFDN4,CUEDC1,SHANK2,AGPAT5,KDM3A,PARN,PDXP,DDX21,ASAP1,SPG7,TM2D3,TOB1,HSPD1,DNPEP,TAF1B,RAB40C,TMEM203,MAT2A,CHSY1,TAF1A,MKNK2,MAPK6,MBTPS1,KDM4B,RRM2,TMEM30A,KDM4C,BAD,GALNT2,HAGHL,CYHR1,ATP2B4,DEK,SOD2,MAPK11,SBK1,GLB1,ERCC1,RPS6KB2,BAX,ATP13A3,VIM,ABCE1,TAF2,SSBP4,RAN"
+"gene_set_query"	"435"	"NR1D2"	"460.3"	"ARCHS4 Coexpression,697;Enrichr Queries,394;GTEx Coexpression,290"	"NCKAP1,TFRC,ZFYVE9,ENO2,EPRS,GPATCH8,DCAF6,ALCAM,RAVER1,MPRIP,DPYSL2,MYC,GABARAPL1,MEF2C,RBFOX1,RBFOX2,CACNA2D1,REV1,CD3EAP,SCAMP1,GAPVD1,WDR82,PRKAR1A,DDIT3,ZC3H11A,RUFY2,DDIT4,TARSL2,RPN1,HIF1A,ANAPC11,LDHA,PPP3R1,PPP4C,HSPH1,SERF2,S100A10,PRELID1,JUN,PRRT2,NDFIP1,PLK2,IRF2BP2,NR1D1,POU6F1,EIF5,HBP1,EZH1,GABRB2,PHF2,PIGU,CDKN1B,BTG1,KCNC1,SETD7,CLTC,PCMTD2,UBL3,MED13,TRIM3,TCP11L2,GPRASP1,GARNL3,PCMTD1,CEP68,ASH1L,DYNLL2,DUSP6,SLC7A5,CDC42EP3,PXDN,TMEM106B,PAFAH1B3,PAFAH1B1,GAS7,SF3B4,NFIX,ADAM22,TIMM13,TMEM74,TM9SF3,CHN2,LMAN2,RUNX1T1,EGLN1,KIDINS220,HIPK1,GATAD2A,KTN1,RNF146,PKN1,YPEL5,ANKRD13C,MTCH1,ATP8A1,CLSTN1,UBP1,CLU,IPO7,SLK,SALL2,SESN1,STK16,PIM3,BNIP3L,SLC38A1,ANKRD46,RALGAPA1,IGFBP3,ATP11B,PKP4,SNRPC,SQSTM1,SRSF9,FKBP5,PFKFB3,CUL5,TNKS,INSIG1,ANKRD12,ITPR1,UBR3,KLC1,SOCS2,ORC4,BTBD1,SRGAP3,SLC38A2,SKIL,NADK,MCL1,ARPC4,LSM7,NBEA,ARPC3,SERINC1,TUBGCP4,BCL2L2,NFE2L1,SNAP25,RNF11,TRADD,FHL1,PTEN,DUSP12,PSD3,PMEPA1,HSP90AA1,DST,SECISBP2L,ATRX,ZFP91,RAD23B,ARL4C,PTP4A1,PPM1A,PTP4A3,CTDSP2,IMPAD1,SOS2,PPP1R15A,NFAT5,GTF2A1,PPM1L,ROCK2,CXXC1,DNAJB2,ABLIM1,HECTD1,UBQLN1,DNAJB9,POLR2F,FEM1C,POLR2G,E2F4,EIF4B,ATP9A,SLC12A2,FEM1B,FOXJ3,PLCL2,PTPN11,RPRD2,CDC42BPB,OXR1,PNRC1,TNRC6C,KLF6,POLR3F,PDCD4,EIF4A2,EIF4A1,EFR3A,HERC1,FTH1,LONP1,FBXO3,EPC1,EPC2,GLUL,SOX4,TRIM23,CALN1,SRRM4,SLC6A17,ZFP2,ARRDC3,IFRD1,CIRBP,ANK2,ANK3,ANK1,TIAM1,HECA,PFN1,MACF1,STXBP1,PIK3R1,NKAIN1,UGCG,SYNGR1,PCBP4,B4GALNT1,HIVEP2,MAP4,ZRANB1,SS18L1,PUM1,SMARCA2,GADD45G,ID2,FBXL3,ITM2C,TOP2B,CITED2,DIRAS2,MRPS12,GRIK2,SLC7A11,VLDLR,HERPUD1,AKAP12,PPP3CB,PCLO,AKAP11,ENC1,KIF13A,IDS,KIF1B,TMED7,PSENEN,ZYG11B,ZER1,TSC22D1,PARP2,TSC22D3,MRPS7,ZDHHC17,MLF2,RHOB,CNKSR2,CSDE1,CANX,WAC,MAPT,SGK1,CSTB,NAPB,CAB39,SATB1,SLC20A1,ZDHHC20,AMIGO1,ICA1L,ARNTL,ARVCF,NFIL3,EPS15,MAP4K3,DYNC1H1,MTX1,SORBS1,VEGFA,CCNG2,ESYT2,TRIP12,NDUFA11,UBE3C,ARHGDIA,KIF5B,SH3GL2,TMOD2,TTC7B,LMTK2,TSC1,KCTD2,ATP1B1,KCTD6,PREPL,GPD2,EEF1A2,MATR3,WDFY3,FAM92A,IDI1,DDX6,BHLHB9,LPL,NDRG2,CPLX2,NDRG1,DPP8,TBC1D17,IVNS1ABP,SYT4,HSPA8,PRNP,GGT7,HSPA5,KLHL24,CLK4,NFKBIA,H1F0,HOOK2,HOOK1,JMY,CNTN1,TCF4,STT3B,COPE,DOCK9,CHD6,ATP2A2,RND3,AFF4,PHTF1,BCL7A,PDE4B,NPTN,YWHAG,SUN1,ARHGEF12,TTC33,PDPK1,UBE2QL1,GPCPD1,ALS2,TRAPPC6B,CRY2,CRY1,LUC7L3,ZMYND11,RBM24,SLC3A2,TOB1,MAPK9,MAPK8,FAM168B,RMND5A,DNPEP,TNKS2,GNG5,MKNK2,ROMO1,CLASP1,OPCML,CLASP2,USP24,TMEM30A,TAF10,PCDHGC4,USP22,BNIP3,ATP2B4,PDE4DIP,ATP2B2,ATP2B1,CHFR,SBK1,TEF,PIK3IP1,PPP2R2C,BAX,VIM,GPD1L"
+"gene_set_query"	"436"	"ZNF177"	"460.7"	"ARCHS4 Coexpression,204;Enrichr Queries,836;GTEx Coexpression,342"	"ATF2,IFT172,EHMT2,THYN1,STMN4,FNBP1L,GPR173,CAPNS1,DPYSL4,DPYSL5,DPYSL2,GPBP1,STMN1,CDK20,LUC7L,AKT1,TMEM8B,TSPYL2,GABARAPL1,CXADR,WSB1,SOX11,SOX12,NISCH,EML5,DAAM1,IFT81,PSME3,FEZ1,RUFY3,DDIT4,RUFY2,VPS25,FLII,NPRL3,NEDD4L,PHYHIPL,FLRT2,RNF215,VTI1A,PIP5K1C,ZSCAN18,ACD,JUN,FZD3,PHC1,PRRT2,CADM1,PMM2,NR2F1,PBX2,UPF3A,BBIP1,WDR55,PRRC2A,MLLT11,HNRNPL,LAS1L,FXYD6,SERPINI1,DZIP1,DZIP3,CDKN1C,ARF3,PIGU,GMEB1,WDR48,PHF1,CLINT1,SMG5,SMG6,PCMTD2,ING4,TRIM9,MRPL42,TUBA1A,CSRP2,SPIN1,TIMP2,CIC,GPRASP1,UPF1,LRRC49,ELOVL6,GNL1,DUSP6,SRP9,SLC7A5,KAT2A,ZEB2,TUBB2B,TUBB2A,INF2,PXDN,MTF2,PLCB1,PAFAH1B3,ERGIC1,ARF6,NFIX,WRB,CENPB,TMEM169,RRP36,ANKRD54,FLNA,RUNX1T1,SRSF12,WDR17,BRF1,BLCAP,ABI2,MORN4,NFIB,TAOK2,NUCB1,PKN1,ANKRD13B,SLC27A1,DGKE,NUDT10,SALL2,LAMP1,CDH2,TUBB3,MACROD2,TLE2,SLC38A1,TPM3,UBE2E3,TPM1,F2R,MAGI2,THOC1,FRMD4A,MORF4L1,RAB31,DMTF1,RAB35,CSNK1G2,ANAPC2,LRRC59,RAB5C,ARL3,INSIG1,SOCS2,ATXN2,SBNO2,STK36,NACC1,SAFB2,SRGAP3,IP6K2,ESRRA,TIA1,EEF2,MARCH6,CDK9,REEP1,ARPC2,NBEA,CPE,PLEKHM2,NFE2L1,MAP3K12,EIF4G1,WDR1,SCHIP1,POMT1,AKAP8L,CEP164,CELF5,ZFP82,SGCE,SART1,CAPZB,SNRNP70,PPP6R1,UBTF,PMEPA1,EIF5A,ACTR2,RAD23B,ZFP90,PTBP2,TRAF7,PTP4A3,ETF1,TNFRSF21,RNFT2,BECN1,HDAC2,SMARCD2,NLGN2,RAB1B,LENG8,FURIN,HDAC6,JAKMIP2,SLC25A27,GANAB,PTPRZ1,U2AF2,FYN,RAB28,SH2B1,SLC35A2,TUB,PCDH9,CDC42BPB,CDC42BPA,HNRNPAB,TNRC6C,MARCKS,ASXL3,MGAT4B,P4HB,METAP2,ARL6IP1,ZDHHC5,KIF21B,ATXN7L3,SOX4,ARRDC4,LIMCH1,ACTN1,ZFP2,ARRDC3,PTOV1,MOGS,ACTN4,CPT1C,MAPK8IP3,ULK2,TAGLN3,PFN1,EIF1B,PFN2,BEX4,NRN1,BEX1,MAGED1,FOXG1,MYCBP2,PIK3R1,APH1A,PTDSS2,NUAK1,HLTF,INPP5E,TSPAN7,BBS1,PTPRN2,INTS1,BCL11A,INTS3,ST8SIA2,MICAL3,DCLK1,ID2,INTS5,FBXL2,SUGP2,CD200,ITM2C,ROBO2,CSRNP2,DAZAP1,PTPRS,GDI1,FAM57B,SLC44A2,GRIK5,SLC35F1,PRPF19,UCHL1,ZMYM3,ENC1,MLX,SDF4,CTSF,CTSB,CCDC112,MINK1,ZDHHC17,MLF2,RHOB,NFX1,NME7,KIT,HNRNPH3,SGK1,CSTB,DYNC1I2,STX16,ICA1L,GDPD1,CRIP2,PRICKLE1,CTNNA2,PAK3,PURG,MYEF2,LSAMP,AP2B1,SORBS1,PPP1CA,ATAT1,KLHL7,TTC3,TCEA2,HDGF,ZFP28,FHOD3,HDLBP,SRP14,ARHGDIA,POGZ,SBF1,TSC2,TSC1,KCTD6,TMEM136,HNRNPUL1,DOK5,EHBP1L1,CHMP4B,MATR3,FAM92A,BHLHB9,RTN1,NTM,BTF3L4,LPL,DTX3,SUPT6H,DPP3,EFNB2,IRAK1,TCTEX1D2,MARK2,BCL9L,ZFHX2,CBX5,DNAJC18,ARHGAP33,NR4A3,APPBP2,HOOK2,HOOK1,GNB2,CNTN1,GNB5,GPSM1,PRKCSH,PSIP1,SLC2A3,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,SNAPC3,PDE4D,IQCE,DDX54,DNM2,RCN2,SETBP1,LUC7L3,IFT46,CHMP6,INA,SHANK2,ANKS3,USP11,RBM4B,CRMP1,ATP1A1,AGPAT1,ADD2,GNG3,PABPN1,FAM120A,SPOCK1,MTA2,FBRS,SNCA,GALNT1,CYHR1,MEIS2,GDAP1,ACVR2A,MAPK10,CLCN6,ERCC3,CARM1,SPRY2,ACIN1,SUGT1,VIM,SSBP2,CLUAP1"
+"gene_set_query"	"437"	"ZNF532"	"461.3"	"ARCHS4 Coexpression,462;Enrichr Queries,391;GTEx Coexpression,531"	"APP,CNTFR,TRIO,ZMYND8,DIXDC1,ENO2,FNBP1L,TXNDC16,GPATCH8,BACH2,GPR173,RNF112,HERC2,MPRIP,RUSC2,DPYSL4,DPYSL5,DPYSL2,IGLON5,AKT3,DPYSL3,EPC2,DIP2C,SEPHS1,SOX4,EPHA4,SRRM4,MEF2C,RBFOX2,WSB1,CXADR,LIMCH1,ACTN1,ZFP2,CD3EAP,TALDO1,ANK2,SOX11,ARMC8,ANK3,SCAMP2,TIAM1,SFRP1,FEZ1,RUFY3,RUFY2,DDIT4,PSME1,JTB,KCTD12,PFN1,VPS25,CCDC82,TRIB2,KCTD15,LLGL1,PFN2,PRR13,MACF1,TARSL2,MAGED1,MYCBP2,STXBP2,TRANK1,NEDD4L,AGAP1,PIK3R1,OAZ1,KALRN,APH1A,GJC1,NKAIN1,NLN,NUAK1,PPP4C,INPP5F,PCBP4,B4GALNT1,RIMKLB,B4GALNT4,PRELID1,JUN,FZD3,PRRT2,PHC1,CADM4,CADM1,BCL11A,ST8SIA2,MICAL3,NR2F1,MICAL2,MYO5A,DCLK2,L1CAM,PBX1,PTK2,PRRC2B,DCLK1,POU6F1,MLLT11,VANGL2,LAS1L,PKIA,DCHS1,FAT3,LRRN1,FAT4,DZIP1,RCOR2,EZH1,ITM2C,GABRB3,PHF2,TOP2B,NRP1,PIGU,HIP1,CSRNP3,PTPRS,KCNC1,GRIK5,GRIK2,SLC7A11,SIPA1L2,PTPRF,ROBO1,SHF,MECP2,AKAP12,TRIM9,MMP24,TUBA1A,TRIM2,TRIM3,ENC1,TIMP2,KIF1B,KIF1A,GPRASP1,JARID2,GARNL3,LYPLA2,GSTO1,TCF12,ASH1L,ZDHHC17,DUSP6,APRT,MLF2,RGMA,ENAH,NCOR2,MN1,TMEFF1,ZEB2,ARHGEF9,TUBB2B,PXDN,VAMP4,PLCB1,SGK1,DBN1,SF3B5,NFIX,ICA1L,ADAM22,AKAP6,ARVCF,EXOSC10,CUX1,LMAN2,FLNA,APBB2,APBB1,GPC4,CTNNA2,EXTL3,RUNX1T1,MAP4K4,BCAP31,MYEF2,KIDINS220,SLC31A1,DAB2IP,SORBS2,SORBS1,PPP1CA,VEGFA,SKI,RNF146,ATAT1,NFIA,ABI2,NFIB,CAPZA1,KLHL7,TTC3,CACHD1,PKN1,PLP2,ZFP28,ANKRD13B,PHLDB1,CTNND2,CELSR3,IGF1R,TMEM145,SALL2,CDH2,BASP1,KIF5C,TUBB3,STK16,POGZ,GTF2I,TLE4,MAGI1,TLE2,SLC38A1,TPM4,RALGAPA1,IGFBP3,TPM1,F2R,MAGI2,VASH2,CASK,KCTD2,FRMD4A,TANC2,POU3F3,FOXP1,CLIP3,RAB31,TBL1XR1,ERP29,WDFY3,SRSF9,RAI14,GRIA1,ARHGEF25,NXPH3,TNKS,NPR2,AK2,CACNA1A,DTX3,CORO1A,CNN3,CORO1C,PHF21B,SOCS2,EFNB2,ARHGAP21,KLC2,GRK6,RPRD1A,KIF3C,SLC38A2,MYH10,QSER1,MPDU1,BCL9L,BPTF,PRNP,GGT7,CBX5,AUTS2,CBX1,CRIM1,KLHL23,ARPC4,CLK4,PTPRD,NBEA,HOOK2,NASP,ARPC3,HOOK1,TCF4,MAP3K12,ITGB1,YWHAE,KDM5B,DOCK4,PRKCSH,CELF2,CHD6,PSIP1,SLC2A3,RND2,PKD1,SYNE2,SCRN1,SGCB,PPP6R1,PSD3,PDE4B,PMEPA1,CEP170,PGLS,ERC1,NEO1,TRIM67,DACT1,ADAMTS7,USP47,DST,PDPK1,PDE4D,H2AFV,ABHD14B,NAV1,NAV2,COASY,SEPT3,ARL4C,VCAN,ALS2,ASPH,SETBP1,NUP50,CTDSP2,C1D,CDH11,LUC7L3,ZMYND11,BCAT1,NFAT5,NLGN2,CRMP1,ASAP1,ADD1,LRP6,ADD2,STOX2,CACNG7,ABLIM1,DNAJB5,SPOCK1,SH3BP4,FYN,CSK,IGF2BP3,NCAM1,ATP9A,CLASP1,CLASP2,SLC35A2,TUB,MARCKSL1,PCDHGC4,USP22,LCA5,ATP2B4,CDC42BPA,MEIS2,TNRC6C,NELL2,KLF7,MARCKS,KLF6,NFASC,FMNL2,SBK1,SYT11,PPP2R2B,NOVA2,FAM131B,POLR3F,CDR2L,RGS11,VIM,CBLN1,METAP2"
+"gene_set_query"	"438"	"ZNF254"	"461.3"	"ARCHS4 Coexpression,207;Enrichr Queries,504;GTEx Coexpression,673"	"HNRNPU,FNBP1L,PSMD8,ALCAM,PSMD4,CAPNS1,DPYSL5,PSMD2,MYC,DPYSL2,STMN1,LUC7L,PSMD1,AKT1,PRKACA,CDK5RAP3,DDX17,MEF2A,WSB1,CXADR,CD3EAP,SCRIB,SOX11,DICER1,DAAM1,IFT81,RUFY3,DDIT4,RUFY2,FLII,NEDD4L,PLA2G6,HIF1A,OAZ1,PRPSAP1,JUN,FZD3,WDR59,CHKB,SNF8,PBX1,PRRC2A,MLLT11,HNRNPL,FAM135A,CDK10,CDK13,CPEB4,CEP57,PHF3,ARF3,OGFR,SETD5,PIGU,KCNC3,HSPB11,MRPL42,TUBA1A,TRIM2,ANXA6,CIC,PCMTD1,UPF1,SHPRH,IFT140,LRRC49,TCF12,TET2,SLC39A10,LRRC40,NUTF2,SRP9,MED23,PHF20L1,TUBB2B,INF2,IVD,MTF2,PXDN,RAPGEF1,WRB,FAM117B,CENPB,FAM129B,GGA2,PSMB6,FGD4,BCLAF1,RECQL5,PSMB5,TMEM169,CLPTM1,RICTOR,YKT6,SRSF11,NKTR,MBD6,KIDINS220,MBD1,SCAF1,PSMC3,SNX16,NFIA,ABI2,NFIB,ETNK1,TAOK2,ZYX,NUCB1,PKN1,CCNT2,FMR1,NUDT11,LAMP1,CDH2,TUBB3,PAPOLG,SMARCAD1,ANKRD49,MAP2K2,USP5,UBE2E3,THOC1,PRPF4B,FOXP1,CTDNEP1,MORF4L1,DMTF1,RAB35,MAPKAPK2,SRSF3,PHIP,SRSF5,SRSF6,CSNK1G2,ANAPC2,LRRC59,ENY2,PFKFB3,RAB5C,INSIG1,ANKRD12,UBR3,CORO1B,ORC4,SBNO2,DVL1,NACC1,MBIP,SLC38A2,ZKSCAN1,ESRRA,TIA1,MARCH6,SH3BP5L,CNOT7,NBEA,NF1,PLEKHM2,MDM4,NFE2L1,EIF4G1,WDR1,SART1,CAPZB,PPP6R1,SNRNP70,PPP6R3,SUMO2,WDR6,CEP170,TNPO1,EDIL3,EIF5A,REXO1,DST,VBP1,ATRX,PTBP2,ARFGAP1,TRAF7,PTP4A3,ASPH,CTDSP2,DNAJC5,PPP1R12C,HDAC2,CANT1,WBP1,RAB1B,SRSF1,TULP4,FURIN,ABLIM1,GANAB,DNAJB6,PUF60,RBBP4,U2AF2,FEM1C,CSK,EIF4E,ATP9A,HNRNPA3,OXR1,TPD52L2,KLF6,MARCKS,APC,MGAT4B,STUB1,P4HB,TMEM41B,ZDHHC5,JMJD1C,RCBTB1,PNN,CCNL2,ATXN7L3,SOX4,ACTN1,ARRDC3,METTL3,MOGS,ANK3,ACTN4,RRAGA,AKAP9,FAM76B,TAGLN3,ANKRA2,PFN1,PFN2,BEX4,MACF1,PIK3R3,PIK3R1,MBTD1,APH1A,SNX1,TSPAN6,PATZ1,ARGLU1,RABGAP1L,ZRANB2,INTS1,TMEM50B,ST8SIA2,FUBP1,ECHDC2,RBAK,ITM2B,CD200,ITM2C,CSRNP3,CCDC124,ZFAND2B,SLC7A11,PRPF19,RPTOR,EPM2AIP1,ACTR1A,ZMYM2,ZMYM6,REV3L,SDF4,TMED4,TMED9,TSC22D1,MINK1,PARP8,MLF2,ENAH,KIN,GLCCI1,SGK1,GNAI3,PRKX,GNAI2,HIRA,MGAT1,MYEF2,VEGFA,ATAT1,PDCL3,CCNG2,KLHL7,TTC3,HDGF,PNPLA6,GRINA,UBE3C,ZFAND6,ARID4A,ARID4B,UBE2Z,IGF1R,PPIP5K2,ARHGDIA,POGZ,ARID2,SBF1,MORC3,ADAM15,HNRNPUL1,TBL1XR1,PRPF3,EHBP1L1,UBE2V2,CHMP4B,MATR3,PXN,BTF3L4,SUPT6H,ARHGAP12,EFNB2,IRAK1,ANKZF1,BPTF,IVNS1ABP,ACBD6,PRNP,CPSF6,CBX5,KLHL23,KLHL24,CLK4,SMAD5,CLK2,CLK1,PAN2,PAN3,EFNA2,HOOK2,HOOK1,GNB2,GNB1,BRWD1,FGF13,LRP10,UBE2M,CREBZF,KDM5B,ACADVL,GSK3A,PRKCSH,CHD6,SLC2A3,CHD2,PPP1R9A,PPP1R9B,MFSD8,SENP7,SEC61A1,SEPT9,LASP1,YWHAQ,RB1CC1,BCL7B,GATAD1,RBM5,PDPK1,PDE4D,NAV2,KLF16,DNM2,VCAN,RCN2,CREB1,RER1,EEF1D,LUC7L3,INA,CRMP1,SPG7,ATP1A1,MAPK8,GNG2,TRA2A,ABCF2,FBRS,CLASP2,TTC14,RBM39,ATP2B4,PDAP1,PDE4DIP,MEIS2,GDAP1,ACVR2A,TTC17,SLC4A7,MAPK10,SUGT1,SSBP2"
+"gene_set_query"	"439"	"PBX2"	"462.5"	"ARCHS4 Coexpression,579;Enrichr Queries,156;ReMap ChIP-seq,172;GTEx Coexpression,943"	"MDC1,MT-ND4,EHMT2,ARPC5L,HNRNPU,EPRS,NDST1,PREX1,RAVER1,DPYSL2,MYC,ZMIZ2,STMN1,RPL35,AP1S1,AKT1,PRKACA,IER5,CDK5RAP3,IER2,DDX17,STARD3,MEF2C,PIH1D1,WDR74,CD3EAP,WDR73,GTPBP1,EML2,SCAMP3,RUFY1,BCR,WDR81,DDIT4,PSME1,JTB,RBCK1,PRR12,PRR14,ATF4,SF1,CDC42SE1,POM121,TTYH3,SHMT2,AGAP2,BAZ2A,ABCB8,AGAP3,GABARAP,PRDX2,ABR,PRDX5,PPP4C,PRKAR2B,CHST15,PLCG1,ST3GAL2,VPS16,HEXIM1,PRRT1,RPL41,JUN,PHC2,CHKB,JUND,JUP,SETD1A,PBX2,IRF2BP2,MRPL28,MTHFR,PA2G4,NR1D1,MRPL24,PBX1,TMEM198,EIF1,PRRC2A,EHD1,HNRNPL,ABTB1,FIBP,SLC6A6,EIF5,GIPC1,FASN,SFXN3,HNRNPD,PSMG4,FARSA,CPEB4,OGFR,CDKN1C,SETD5,PIGU,GMEB2,CDKN1B,BTG1,ELL,PHF23,PHF1,MED16,MRPL34,SMG5,BBC3,DDA1,MED12,RNF157,TRIM8,TRMT112,TUBA1A,TMSB4X,FASTK,RPLP2,GPR137,CIC,JARID2,ZC3H10,BRD2,UPF1,DUSP1,SPHK2,MRPL49,SIRT7,GMIP,JOSD1,TERF2,COPZ1,MED29,DUSP6,SLC7A4,NCOR2,MED22,MRPL53,MED25,TUBB2B,ZEB2,TUBB2A,KIFC2,CDC42EP4,TET3,PXDN,RAPGEF1,TUT1,TKT,SLC29A1,RNF166,VAMP2,RNASEL,GRAMD1A,GRN,ELOF1,NFIX,LIN37,GSTP1,SRRT,MRPL55,FGD3,PSMB5,PSMB3,AP2S1,SLC17A7,CKB,STX2,RPL18,BRD7,MEF2D,SF3A1,MBD6,SF3A2,PCGF2,SYVN1,TRMT1,GATAD2A,AGBL5,SKI,XAB2,NFIA,CCDC9,NFIB,SHKBP1,TAOK2,ZYX,PLP2,PKN1,AGRN,GZF1,FAM49A,MTCH1,ANKRD13D,CHPF,CLSTN3,SLA,AUP1,TM7SF2,LAPTM4A,MAEA,CFL1,FBRSL1,MAF1,FADS1,GTF2I,RNF44,PCYT2,DGAT1,USP3,PPP1R16A,TPM1,AIP,FRMD4A,CNPY3,LENEP,THOC6,CDC25B,CTDNEP1,ATXN2L,PYGO2,ILF3,SLC9A5,SLC9A8,RAB34,MAPKAPK2,RAB35,FSCN1,TNIK,SQSTM1,ARL8A,CSNK1G2,FKBP5,GLYR1,ANAPC2,FKBP2,INO80E,RNASEH2A,CD151,ANKRD11,AK1,MAZ,ABHD8,ISG20L2,ITPR1,FBXO44,CORO1A,PHF21A,RAP1GAP,CORO1C,STIP1,SBNO2,NDOR1,PITRM1,PMVK,NACC1,BTBD2,DVL2,NADK,MCL1,WDTC1,ESRRA,TRAPPC3,ANKRD34A,POLR3GL,FUS,MARCH9,EEF2,LSM4,SCRT1,LSM2,CDK9,COPS6,SH3BP5L,CDK5,CDK4,MAFG,CNOT3,RNF181,PLXNB2,CNIH2,LRCH4,NFE2L1,BCL2L1,RNF187,LMBR1L,CALCOCO1,HSP90AB1,MCM7,AKAP8L,PIK3CD,ARRB1,ARRB2,ETFB,PIK3C2B,AP4M1,MRPL4,DUSP12,PTBP1,MDK,PPP6R1,SNRNP70,UBTF,WDR6,HSP90AA1,PLEKHG2,REXO1,SH2D3C,LIX1L,RPL13A,RAD23A,YDJC,COASY,DDOST,MSL1,GIGYF1,PTP4A3,TRAF4,DNAJC6,CTDSP2,POLR1B,C1D,ETF1,PPP1R12C,AHDC1,ST6GALNAC6,PPP1R15A,LRP1,WBP2,SRC,RAB1B,SRF,PRCC,LENG8,MLLT6,HDAC7,TSPAN31,DCAF15,DNAJB1,GANAB,POLR2A,U2AF2,FEM1C,FYN,IGF2BP3,CSK,IGF2BP2,HNRNPA1,SLC25A25,POLR2L,GADD45GIP1,MLXIP,PPP1R14B,MARCKSL1,CIZ1,TRIM41,PPIL2,RNF24,FBXL19,MBOAT7,RPL23A,BAIAP2,KLF6,MARCKS,PDCD4,CCM2,CDR2L,P4HB,SMAP2,SLC35B2,CPNE5,ZMYND8,ZDHHC7,ACTB,CYB5D1,FRAT2,TRIM28,FLAD1,FTH1,BSG,LONP1,RPS11,ATXN7L3,SOX4,SLC12A9,SRRM2,ACTN1,ARRDC3,CIRBP,PTOV1,CSNK1D,MOGS,ACTN4,MFSD10,JMJD6,CDC34,CDC37,CSNK2B,ULK1,BCORL1,PFN1,CUTA,SLC45A4,GCDH,NUMBL,ANP32A,GIPR,SDC3,STXBP2,SUPT4H1,PTTG1IP,PGS1,APH1A,SEC14L1,DHX34,GSE1,SYMPK,STXBP5,TNRC18,PATZ1,RALGDS,VASP,CTSA,SNHG1,LRRN2,RCC2,XRCC1,MICAL2,UBAC1,SMARCA4,ID2,PAF1,TMCC2,CALR,RGL2,C2CD2L,ITM2C,DDR1,DHRS13,NRP1,DAZAP1,FKBP15,FAM57B,GPAA1,CITED2,SLC44A2,PPP1R10,ZFAND2B,CTSZ,TECR,MRPS12,NAT14,LIMD2,GLIPR2,GUK1,XPO6,MLX,SSSCA1,CTSB,TOP3B,PSD,PSENEN,MAP4K2,TMEM150A,TSC22D1,GP1BB,PRMT1,TSC22D3,MINK1,ANO8,SYP,RHOF,MRPS7,ITFG2,SREBF2,PARP8,APRT,MLF2,RHOB,PITPNM1,PACS1,ARHGEF1,FAM193B,ARHGEF2,ALDOA,SGK1,ATP6V0C,MPND,DBN1,STK40,CSTB,GBA,DERL1,CCDC106,GDPD5,GNAI2,RXRB,AMN1,HIRA,ZDHHC18,ARVCF,EXOSC4,CUX1,SERTAD2,MGAT3,GPC2,MGAT1,MAP4K4,MAP3K3,SPRYD3,RANBP3,VEGFB,TMUB1,MYO9B,TMUB2,YIF1B,VEGFA,MAD2L2,PER1,HIST3H2A,MARS,FAU,DPAGT1,SCARB1,CRTC2,MIDN,ZFAND3,IGF1R,ACTG1,ARHGDIA,KHSRP,HCFC1R1,KIF5A,COTL1,EP300,BAHCC1,PPFIA3,KDM2A,SHISA5,WRNIP1,KCTD2,SHISA7,DPM2,HNRNPUL1,TBL1XR1,HNRNPUL2,PRPF3,EHBP1L1,PPIE,FIZ1,RTN2,ISYNA1,NXPH4,KLHL17,PXN,LTBP4,HTRA2,RASGRP2,EFNA4,NDRG1,SUPT6H,RTN4,SHARPIN,MAN2A2,GRK6,CYC1,TBC1D17,NDUFV1,PDZD7,MARK2,BCL9L,ATP6V1F,SYT5,ACBD6,OST4,HSPA8,PRNP,CPSF7,ACBD4,CBX5,CBX4,CPSF1,PHF12,CBX2,HMGA1,IFT122,CLK3,CLK2,NFKBIA,EFNA3,EFNA2,HOOK2,DLG4,HOOK1,DLG5,GNB2,GNB1,CHMP2A,GNAS,SKIV2L,CLASRP,LSM14B,LRP10,UBE2M,PICALM,MUS81,RERE,ACADVL,CUEDC2,GSK3A,PRR7,KDM5C,LDB1,THRA,PRKCSH,CHD6,CHD4,CHD3,LDB2,TAZ,USP39,SLC2A8,LMNB1,CABIN1,PPP1R9B,SEPT9,LASP1,ABHD16A,NUP62,GMPPA,FLOT1,FLOT2,PDE4A,RBM5,YWHAG,SCYL1,KDM6B,SUN2,KLF13,PDPK1,GLRX5,H2AFX,RNF208,ARHGEF18,NAV1,NAV2,SYNGR3,ARID1A,SEPT5,KLF16,DNM2,FCHSD1,EEF1G,FAM189B,IRF3,TMEM214,DDAH2,AKT1S1,TRNP1,NDUFS2,TMEM9,IRF9,SHANK1,B4GALT5,TSEN34,RGS19,ATF6B,DCTN2,WIZ,SLC3A2,SPG7,MOSPD3,ATP1A1,AGPAT1,RNF5,STRN4,USP19,U2AF1L4,NXF1,DNPEP,MTA1,GNA11,MKNK2,MAPK1,MTA2,FBRS,PDLIM7,MAPK3,RBM39,RRM2,TAF15,USP20,BAD,CYHR1,NAP1L1,SSRP1,USF1,CLCN6,NEURL4,ERCC1,CARM1,ACIN1,BAX,TAF6,VIM,SSBP3,SSBP4"
+"gene_set_query"	"440"	"ZBTB12"	"462.7"	"ARCHS4 Coexpression,9;Enrichr Queries,403;GTEx Coexpression,976"	"RPL4,MDC1,TRRAP,EHMT2,HNRNPU,PHAX,EPRS,RPL8,BACH2,RAVER1,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,PSMD3,AKT1,MPV17,MED1,HES6,CD3EAP,SOX11,SCRIB,SOX12,SND1,HCFC1,FAM133B,LARS2,ZSCAN21,DDIT4,PRR12,SF1,UNC119B,NUP205,POM121,SET,TTYH3,PDGFA,FAM171A2,LARP1,PLCG1,JUN,PLK2,SETD1A,NR2F1,IRF2BP1,PBX2,NR1D1,MEX3D,PBX1,PRRC2B,PRRC2A,HNRNPL,PCDHGA11,HNRNPM,MEX3B,MEX3A,HNRNPK,H2AFY2,FASN,HNRNPD,HYOU1,CDK16,PIGU,PHF6,PFAS,SMG5,BBC3,ATIC,CSRP2,CIC,BRD2,UPF1,DFFA,ELOVL6,BAZ1B,DYNLL2,DUSP6,DDB1,NCOR2,SLC7A5,TUBB2B,TUBB2A,PXDN,SLC29A1,TKT,SF3B2,SF3B3,SRRT,SLC7A1,CENPB,PPP1R8,CKB,ANKRD52,YKT6,SF3A1,SF3A2,WDR12,SCAF1,GATAD2A,SKI,MYBBP1A,SERBP1,TAOK2,GOPC,PKN1,ATN1,FBXO22,IPO7,IPO5,FADS2,SALL2,FBRSL1,SLC39A7,LZTS2,FADS1,GTF2I,USP5,FOXP4,RNF40,CDC25B,ATXN2L,ACLY,ILF3,RAB35,FSCN1,SNRPE,FKBP4,SNRNP200,KPNB1,CSNK1G2,SNRPA,FKBP5,GLYR1,KHDRBS1,LRRC59,MAZ,TARS,UBFD1,SOCS2,STIP1,BTBD2,NACC1,ABL1,DVL3,PLXNA1,BRIX1,FUS,ASNS,EEF2,MARCH4,LSM2,CHERP,SLC7A6OS,LRFN4,YEATS2,CDK4,CNOT3,MDM2,IARS,NFE2L1,EIF4G1,ZNF512B,MCM7,WDR4,ZFP82,PTPN23,DUSP12,RPL7A,SART1,MDK,SNRNP70,UBTF,WDR5,TNPO1,TNPO2,ADAMTS7,PELP1,EIF5A,PLRG1,SMC1A,RANGAP1,RAD23B,REXO4,DDOST,ARFGAP1,ARL4C,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC9,DNAJC8,GTF3C1,SMARCD1,NLGN2,SRC,SRSF1,CXXC1,MLLT1,DCAF15,SRR,GANAB,CCDC85C,U2AF2,NNAT,POLR2D,BEND3,IGF2BP3,FEM1C,IGF2BP2,HNRNPA1,MEST,UBQLN4,TRIM44,EIF4B,HNRNPA0,RNF20,MARCKSL1,CIZ1,HNRNPA3,FBXL19,CDC42BPB,HNRNPAB,MTOR,KLF6,PSAT1,EIF3C,KCNK2,TRIM32,EIF3B,SLC35B2,SMARCAL1,SLC35B4,VARS,ZMYND8,UBE2L3,TRIM28,DAG1,LONP1,DENR,SEPHS1,ATXN7L3,SOX4,ARL10,SRRM2,SMARCC1,ARRDC3,CIRBP,PTOV1,MOGS,CSNK1E,ANK1,BOLA2,HECA,TTLL12,CTXN1,KCTD15,LLGL1,AARS2,DHX8,ANP32A,DHX9,PIK3R2,APH1A,DHX33,LARS,PCBP2,DHX37,GSE1,SYMPK,TNRC18,PATZ1,B4GALNT4,TMEM184C,INTS1,BCL11A,RCC2,SMARCA4,ZZZ3,FUBP3,PTK7,ID2,RCOR2,ITM2C,AARS,DDR1,DAZAP1,PTPRS,CITED2,SLC7A11,PRPF19,LIMD2,PTMS,ZMYM4,RAC3,PRMT6,PARP1,PRMT1,MTSS1,SREBF2,MLF2,SGK1,FJX1,DBN1,PRIM2,AHCY,SATB1,PRIM1,DOT1L,HIRA,RBM15B,PES1,METTL6,MGAT2,HEATR6,MPP3,MTX3,AP3D1,AP2B1,VEGFA,KLHL9,XPOT,KIF26A,HDGF,MEGF8,MIDN,KDM1A,NUCKS1,CWC27,TOMM20,CELSR3,KHSRP,ARHGDIA,SBF1,BAHCC1,ATAD3A,EEF1A1,MYCN,HNRNPUL1,RPL7L1,ISYNA1,PKDCC,CACNA1A,SLC1A4,PRPF8,SUPT6H,RAI1,IRAK1,CDH24,VARS2,TBC1D16,PRNP,CPSF7,CPSF1,CBX2,NONO,CBX1,HMGA1,EFNA2,HOOK2,HOOK1,UBE2S,GNB1,PHF14,UBA1,TCF3,LSM14B,LRP12,UBE2M,B4GALT2,KDM5C,GSK3A,PRKCSH,CHD6,DDX42,CHD4,YBX1,LMNB2,LMNB1,ZC3H7B,NCBP2,PDPK1,H2AFX,CAD,HUNK,DDX54,SAFB,SENP3,CKAP5,EEF1G,VCAN,SFPQ,NAV3,DDAH2,AKT1S1,THOP1,RGS16,RBM4B,WIZ,DLL1,STRN4,FAM168B,DNPEP,MTA1,TAF1B,NT5DC2,TAF1A,DROSHA,MTA2,PTCD2,RRM2,TAF15,SSRP1,MEIS2,NEURL4,SBK1,CARM1,ERCC2,ACIN1,FAM98B,MBTPS2"
+"gene_set_query"	"441"	"SOX9"	"463.4"	"Literature ChIP-seq,79;ARCHS4 Coexpression,641;Enrichr Queries,931;ReMap ChIP-seq,92;GTEx Coexpression,574"	"ITSN2,MDC1,SCOC,POP7,ITSN1,TESK1,TSEN54,DPYSL2,DPYSL3,GPBP1,ANKFY1,PWWP2A,RFX3,RFX1,EML2,RC3H2,SCAMP3,SND1,LARS2,MYL6,ZFYVE19,RUFY3,DDIT4,ORAI2,JTB,SPARCL1,RBCK1,SLBP,SET,TTYH3,ABCB6,TTYH1,NPRL2,MEPCE,PDGFA,AGAP1,AGAP3,MRPL12,PLA2G6,OAZ1,GABARAP,CIAO1,MRPL20,RHOT2,PUSL1,ATRIP,RHBDL1,HEXIM1,PRRT1,JUN,PRRT2,CADM4,JUP,CADM1,CADM2,NR2F1,EIF2AK3,MRPL28,FAM136A,PBX1,EIF1,TBL3,UCK2,VANGL2,FAM135A,QARS,SFXN3,PSMG3,FAT3,HYOU1,TMEM9B,ARF3,ARF1,PIGU,PIGT,PIGO,NCAN,SHB,HSPB11,PQBP1,DDA1,MRPL42,TUBA1B,ATIC,FASTK,RPLP2,JAK1,DLGAP4,PCMTD1,APC2,DFFB,UPF1,SPHK2,ELOVL2,NSUN2,MRPL49,SLC39A10,ELOVL6,SIRT7,DYNLL1,DUSP8,MRPL45,MED29,MRPL43,DUSP6,SRP9,MRPL44,MED22,MRPL53,MED25,SLC7A6,MED24,CDC42EP4,PXDN,CDC42EP2,RAPGEF1,CHST1,TUT1,PAFAH1B3,VAMP2,LRRC14,LIN37,ATL2,SEZ6,SLC7A1,CENPB,TMEM65,PSMB3,MICALL1,AP2S1,STX6,SPOP,FLNA,ZSWIM6,MEF2D,SRSF10,EXTL3,LRRC24,MDH1,GOLM1,DAB2IP,SKI,FABP7,SNX15,AGRN,FRYL,SLC27A1,TMEM167B,FBXO28,ATN1,MSI1,TSEN2,FRY,HDDC3,YY1,EIF4ENIF1,LAPTM4A,FNTB,OSBP,ADORA1,FBRSL1,PIM3,KPNA3,FADS1,SLC38A1,PCYT2,DGAT1,CISH,PPP1R16A,FOXP4,LENEP,CDC25B,TPST2,ACAP3,ACLY,TPST1,OLFM2,LIX1,MSH3,SLC9A8,MAPKAPK2,SQSTM1,SRSF9,ANAPC2,RNASEH2C,INO80B,RNASEH2A,MAX,MAZ,STK39,ARL2,FOXO6,CORO1B,EIF1AD,NDOR1,SLC38A2,ZKSCAN1,NADK,LRRC4B,API5,ARPC5,CORO2A,CORO2B,FBXO31,UCKL1,DRAP1,SH3BP5L,LRCH1,ARPC2,STK24,PTPRA,UQCRQ,TMEM11,SP3,TUBGCP5,MDM4,PIN4,ACO2,NIT1,LRCH4,ZNF512B,PTEN,ETFB,RLBP1,BICD2,NRGN,AP4M1,PGM3,PMEPA1,HMG20A,NEO1,BOK,UNC45A,ACTR3,HSP90AA1,PEG3,DST,VPS37C,RAD23A,SEZ6L,RABGGTB,ARL4C,GIGYF1,IMPACT,NRG3,ETF1,SLC25A5,MGRN1,ROCK2,SRC,GTF3C6,PRCC,CXXC1,ZBTB45,SRI,HSD17B12,LRP8,EHBP1,LRP6,GANAB,ZNRF2,PTPRZ1,KCTD20,U2AF2,BEND3,SH3BP4,IGF2BP3,E2F4,PCDH1,AAMP,SLC25A22,GADD45GIP1,NTRK2,PPP1R14B,MARCKSL1,SEPT11,TRIM41,PPP1R14C,PCDH9,PCDH7,HIP1R,RPL23A,CABLES2,ATOX1,EIF3K,SYT11,EIF3I,TSPAN18,STUB1,SMAP1,SPG21,EIF4A2,EPHB6,AHCYL1,CERK,KDELR1,NUDT2,LDLRAD3,NUBP2,CYB5D1,HERC3,RASSF1,OPHN1,TRIM28,SNRPD2,OGFOD2,CHORDC1,KIF21A,CCNL2,PTGFRN,SNRPD3,CCNL1,EPHB2,PELO,EPHB1,EPHA4,SMARCC2,KCNK10,ARL15,IMP3,ACTN1,ECH1,NSMCE2,CIRBP,TALDO1,MMD2,MOGS,ACTN4,ANK3,BCS1L,TMEM170B,ANK1,SFRP1,CSNK2B,ULK2,FLYWCH1,KCTD12,CTXN1,TRIB2,STX1A,SLC45A4,GCDH,ADCYAP1R1,GIPR,FOXG1,SDC3,CEND1,PIK3R2,PIK3R1,CDKN2AIP,PGS1,SEC14L1,PCBP3,PCBP1,DHX35,ERI3,TSPAN7,SURF6,SYMPK,FAM192A,RAB11FIP2,SCN3A,RAB11FIP4,B4GALNT4,RAB11FIP5,SURF1,TMEM86B,SURF2,IQSEC1,INTS3,MICAL3,DCLK2,MICAL2,BSDC1,SMARCA2,MED13L,EXT1,MSRA,ID2,RPL27A,INTS5,NDUFAF3,PAF1,SDC1,CALR,FBXL6,DDR1,NRP1,PTPRS,GPAA1,MRPS11,CTSZ,TECR,GRIK3,NAT10,SLC7A11,PTPRK,NAT14,PTPRF,PTMS,AKAP12,PPP3CA,MAP1LC3B,ACTR1A,NUDCD3,HYAL2,ENC1,MLX,ARIH2,SDF4,SSSCA1,KIF1B,GIT1,VKORC1,GRIPAP1,PCYT1B,MMD,PABPC4,ANO8,SREBF2,APRT,RGMA,TOX4,ENAH,TOX3,MN1,VSNL1,CSDE1,UFC1,TAX1BP1,ARHGEF4,ARHGEF1,FAM193A,GLCCI1,PTMA,SFI1,DYNC1I2,PCNA,SSNA1,PRICKLE2,DERL2,CCDC107,CCDC106,GNAI2,MNT,ARVCF,EXOSC4,CAMK2N1,GPC1,MGAT2,PEX16,NPDC1,DYNC1H1,SPRYD3,VEGFB,TMUB1,PLEKHA6,MYO9A,YIF1B,VEGFA,PER1,NUDT8,DPY19L3,CCNG2,CACHD1,FAM171B,ESYT2,TACC2,DPAGT1,SCARB2,CRTC2,MIDN,SYS1,WWC1,OGDHL,COX6A1,CELSR2,ACTG1,IGF1R,KHSRP,PALM,BANF1,SBF1,BAHCC1,SBF2,PPFIA3,ATG9A,LMTK3,CASK,UBE4A,LMTK2,POU3F1,POU3F2,SDHB,MID1,POU3F3,TBC1D20,HNRNPUL1,HNRNPUL2,TMX1,EHBP1L1,TBC1D24,GEMIN7,CARS2,RTN2,COX19,DDX6,GNAZ,VCP,NDUFB10,KLHL17,SLC1A4,CACNA1C,NDRG2,NDRG1,CNN3,ENHO,FUT8,SHARPIN,KIF3B,DEAF1,GRK6,CYC1,TBC1D17,BCL9L,SYT5,UBE2F,OST4,PRNP,UBE2H,UBE2I,AUTS2,HMGA1,CRIM1,NUP153,SUPT5H,SSH3,ANKHD1,GNAO1,H1F0,HOOK2,UBE2S,HOOK1,GNB2,CNTN1,TCF3,UBE2M,MXD4,YWHAE,RERE,GSK3B,CUEDC2,GSK3A,PRR7,RBM25,RBM26,ZMYND19,LDB1,CHD8,ILK,ATP2A2,TAZ,CHD2,AFF3,RND3,PITPNC1,PPP1R9B,LASP1,TMEM223,YWHAQ,UBE2Q2,BCL7C,BCL7B,MYO18A,TIMM17B,LRRFIP1,YWHAG,GET4,SUN2,NUP133,PDPK1,DCAKD,TBC1D8,ARHGEF18,NAV2,SYNGR3,GPCPD1,EPN1,EEF1G,VCAN,IRF3,PPDPF,NDUFS4,NAA38,MAN1B1,NAT8L,CUEDC1,IRF9,DCTN5,SFSWAP,SLC3A2,ASAP1,CLCN3,ACVR1B,AGPAT1,RNF5,AGPAT3,CYTH2,GNG3,TMEM203,SPOCK1,MTA2,FBRS,SMNDC1,CYTH1,ATF7IP,RRM2,TAF10,SSRP1,ATP2B1,LRWD1,SMUG1,MAPK11,PNKD,ERCC1,TAF6,VIM,CNTFR,VPS29,GPATCH1,ENO2,DCAF5,EPRS,BACH1,GPATCH8,DCAF6,NUB1,ALCAM,ZMIZ1,MYC,AP1S1,NCKAP5,IER2,VPS39,ACOT9,VPS18,ACOT7,PIH1D1,RPL23,PRKCE,WDR74,CD3EAP,SOX11,SCRIB,WDR73,SOX12,DYNC1LI2,BIN3,DAAM1,CLPP,RPL24,RPL28,VPS28,PRR14,ASTN1,ANAPC16,CTBP2,PHYHIPL,NEDD4L,HIF1A,ANAPC11,FAM160B1,FAM171A1,ABR,PRDX2,FAM160B2,CHST12,PRDX1,CHST10,VPS11,NRBF2,ST3GAL1,ST3GAL2,S100A10,RPL41,FZD3,CDK19,PHC1,CHKA,DMPK,PNO1,ST13,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MEX3D,PRRC2B,EHD1,HNRNPL,GLUD1,FIBP,SLC6A6,MEX3B,GIPC1,HNRNPF,ATG2A,HNRNPC,FARSA,OGFR,PYGB,WDR47,BTG1,CDKN1B,SPEF1,PHF23,DENND1A,GPT,SMG7,ING1,TMEM189,TRIM2,TIMP2,GPR137,PLEKHN1,RIOK1,CIC,EMD,RRP15,ZC3H10,TPI1,TCF12,NUTF2,TERF2,WDR35,NCOR2,TAF6L,TUBB2B,KIFC2,TET3,EXOC4,KIFC3,PLCB1,SF3B2,PHLPP1,NFIX,RPL10,HSPA14,WDR24,HSPA13,FAM129B,PAPSS1,TM9SF3,RPS15A,RPS2,CKB,RPL18,DEDD,SF3A3,FARP1,PCGF2,SYVN1,TRMT1,WWP2,TTC9C,SNCAIP,SCAF1,WDR11,TM9SF1,NFIA,ABI2,NFIB,PLP2,VKORC1L1,ANKRD13D,ATP8A2,CHPF,CTNND2,TUSC2,GTF2B,CLSTN1,CTNND1,RNF19B,RPL10A,CLU,IPO4,TM7SF2,ABHD12,NRBP2,RIMS4,ABHD11,CDH2,SMARCAD1,MACROD2,LZTS2,MAF1,TMSB10,STK32C,MAGI1,TLE4,RAB2B,TLE3,MAP2K4,RNF44,TPM4,USP5,RPS7,TPM3,USP3,RPS5,IGFBP3,GPT2,TPM1,FRMD4A,FRMD4B,THOC5,GTF2F2,THOC6,RNF41,BSCL2,CTDNEP1,CACNB1,PYGO2,CLIP2,TOM1L2,RAB31,CACNB4,DMWD,RAB34,TNIK,PHPT1,CSNK1G2,SNRPA,FKBP5,FKBP2,RAB5B,CD151,CBFB,ABHD2,AK1,ABHD8,CUL1,TARS,GTF2E1,BAG4,DVL1,NACC1,PSAP,DVL2,PLXNA2,ANKRD10,DVL3,ABL2,SRGAP2,SRGAP1,AP1M1,ESRRA,TRAPPC3,CCDC12,OSBPL5,TMEM132A,SLC4A10,ADAP1,BTBD9,SCRT1,COPS6,CDK5,REEP5,LHX2,MAFG,CPE,CSPG5,PLXNB2,SPIRE1,PLXNB1,IARS,CNIH3,BCL2L1,LMBR1L,MCM7,RNPEPL1,RNF13,ZC3H4,PIK3C2B,RPL7A,DUSP12,PTBP1,LBH,SART3,PSD2,SCRN1,SIN3A,RNPEP,PHACTR3,WDR6,EVI5L,EIF2B1,TNPO2,ILKAP,PLEKHG2,GPX1,RANGAP1,COASY,PTBP2,PTP4A3,DALRD3,TRAF4,DNAJC5,LANCL2,EVL,SSX2IP,NLGN3,NLGN2,TSSC4,WBP1,WBP2,DNAJB1,STOX2,CACNG7,FZR1,ABLIM1,ABLIM3,VPS53,POLR2E,POLR2G,POLR2I,MEST,UGGT1,SEC11A,CACNG4,POLR2L,SLC35A2,SPAG9,RNF20,SPAG7,TXNRD3,SMOX,FBXL19,SEMA4G,MTOR,FBXL12,ENOX1,BCKDK,TNRC6C,KLF6,MARCKS,PSAT1,IMPDH2,MGAT4B,RUNDC1,CDO1,TPT1,PFKP,APP,IFITM2,ARL6IP1,HDAC10,ZMYND8,SLC35B1,HDAC11,HS6ST1,RPS16,KAT5,FLAD1,RPL36AL,PPP2R1A,FTH1,DAG1,LONP1,DPF2,GOLGA7,SEPHS2,SOX4,TBC1D10B,RPS12,ARRDC1,ACSL6,PTOV1,MTUS1,ACSL3,CPT1C,JMJD8,TIAM1,CRYZL1,SIK3,VDAC1,TTLL12,EZR,AURKAIP1,OBSL1,MACF1,NECAB3,TMTC1,NUAK1,INPP5K,TNRC18,TRPM7,RALGDS,GPM6B,VASP,SNHG1,NMB,BCL11A,PUM1,MANF,GADD45G,CCT6A,CCDC88A,RPS27,FUBP3,CORO7,RPS21,C2CD2L,ITM2B,ITM2C,CDS2,UBXN1,HIP1,CITED2,MYL6B,SLC35F1,VLDLR,LIMD2,ROBO1,SERP2,RPTOR,AUH,SH3PXD2B,RALGPS1,RSPRY1,PSD,PSENEN,CDV3,PRMT2,PRMT1,NME3,RHOF,PPRC1,MLF2,RHOB,PARP8,NME1,NFX1,FRG1,RHOV,ALDOA,SGK1,CSTB,TOMM40,PTN,TYMP,ARNTL,CST3,NT5C,RBM15B,CTNNA2,DCPS,MAP4K4,RANBP2,ARNT2,PTGES2,NFYB,PTGES3,LSAMP,RANBP9,SORBS2,AIG1,RANBP6,RAB11B,ATAT1,MPHOSPH9,HIST3H2A,CAPZA2,NBR1,CTNNB1,FAU,MEGF8,GALNT11,NDUFA11,ROGDI,NDUFA10,HDLBP,ARID4A,ARHGAP44,TMEM145,BASP1,HCFC1R1,LMO1,DSCAM,LMO4,KCTD2,ATP1B3,TSC1,LMO7,ATP1B2,ATP1B1,KCTD5,SHISA7,PDIA4,DPM3,HGS,DNAJC30,ELMO1,SCG5,SCG3,FIZ1,ISCU,RAI14,NTM,PXN,DTX4,EFNA4,ARHGAP12,EFNB2,EFNB1,ARHGAP21,DPP9,TMEM127,CASKIN1,MARK4,ANKZF1,PDZD7,ZC3H15,KLHDC4,ACBD4,CBX5,CPSF1,CBX4,WSCD1,PTCH1,ASPSCR1,TBCB,DNAJC17,ARHGAP33,NFKBIA,ARHGAP32,TMEM115,DLG5,CHMP2A,SAE1,THRA,PKD1,HS2ST1,SPRED2,SPRED1,SNAPC3,PDE4B,TMEM108,SCYL1,USP46,KDM6B,KLF13,H2AFZ,PDE4D,H2AFX,IQCE,AXIN1,PPP2R5B,RNF208,H2AFV,PPP2R5D,ARID1B,SENP3,SEPT2,TGFBR1,DNM3,DDX19A,DDAH1,AKT1S1,TRNP1,CDH11,PFDN2,TMEM9,CHMP7,VAC14,STOML2,KDM3A,USP10,PDXP,ATP1A1,SPG7,FAM169A,STRN4,NCALD,U2AF1L4,RMND5B,NXF1,FAM168A,GMDS,NT5DC2,NCAM1,MAPK6,CAMK2G,REPS1,LGI1,KDM4C,B3GAT3,BAD,USP21,QPCTL,B3GAT1,PCDHGC3,CYHR1,ZFC3H1,PPP2R3A,MEIS2,FMNL2,PPP2R2C,PPP2R2B,CAPN10,SPRY2,ATP13A2,RGS12"
+"gene_set_query"	"442"	"HMBOX1"	"465.0"	"ARCHS4 Coexpression,674;Enrichr Queries,247;ReMap ChIP-seq,132;GTEx Coexpression,807"	"VPS29,NCKAP1,POP5,MT-ND4,GMFB,IFT172,EHMT1,RPL8,BACH2,DCAF6,RNF114,CNST,CAPNS1,ZMIZ1,DPYSL2,PSMD2,GPBP1,FGFR1OP2,PSMD3,FDXR,ANKFY1,PIP4K2A,AKT1,AP1S1,RPL37,IER5,MEF2A,STARD3,ACOT9,MEF2C,RBFOX2,TSPYL1,WSB1,CSNK2A1,RPL23,PRKCE,RFX3,CD3EAP,DICER1,GTPBP2,GTPBP1,DAAM1,DDIT4,HECW1,TBPL1,LETMD1,RPL29,PLBD2,PI4K2A,RPN2,FLII,NEDD4L,BAZ2A,COPS7A,SLAIN2,XPC,MRPL12,HIF1A,OAZ1,ADH5,GABARAP,GIGYF2,PPP3R1,RDH11,PRKAR2B,RNF215,PRDX1,ST3GAL5,VTI1B,HEXIM1,EDEM3,NAA50,NDFIP2,RPL41,CREBBP,JUN,CDK19,PRELID1,ICMT,NDFIP1,WDR59,RDX,IRF2BP2,MAD2L1BP,MTHFR,PRRC2C,UPF3A,BBIP1,PHC3,PBX1,PRRC2B,THAP11,CS,HNRNPL,GNPTG,UCK2,FAM135A,H2AFY2,GIPC1,HBP1,SERPINI1,AVL9,TMEM9B,CPEB4,EZH2,GPR19,OGFR,CEP57,ARF3,SETD5,SMG1,PIGU,BTG1,CDKN1B,PHF20,PHF23,RPLP1,PHF1,RPLP0,ASH2L,PHF6,MED12,RNF157,NIPBL,MED13,MTG1,TMSB4X,ENSA,TK2,JARID2,JAK1,PCMTD1,CEP68,ZC3H10,LYPLA2,BRD2,UPF1,NUDC,SHPRH,ELOVL5,PGAM1,TCF12,TET2,SLC39A10,NUTF2,ASH1L,JOSD1,DYNLL2,COPZ1,DUSP6,MED23,NCOR2,KAT2A,ZEB2,PTRH2,MTF2,PXDN,TET3,TKT,PCYOX1,ARF6,SF3B4,ECHS1,ATL2,DLST,TIMM10,GRAMD4,FAM117B,CENPB,FAM129B,BCLAF1,ASNA1,LMAN2,AP2S1,RICTOR,MEF2D,YKT6,BRD4,NKTR,CENPT,USP9X,MBD1,TRAPPC10,HIPK1,SCAF4,GATAD2B,RYBP,TAOK3,MORN4,NFIA,NFIB,APEX1,JKAMP,TAOK1,TAOK2,ABI1,CCDC6,UBAP1,PKN1,FRYL,TMEM167B,UBE2D3,CTNND1,UBP1,FRY,EDC4,YY1,LAMP1,CFL1,ZNF326,SLC39A7,STK32C,AP2M1,RAB2A,IFNAR2,SUPT16H,SLC38A1,USP5,TPM3,USP3,THOC1,DYRK1A,SARS,ATP11B,PRPF4B,CNPY2,FRMD4A,ATP11A,THOC6,FOXP1,ATXN2L,MSH2,DMTF1,RAB34,RAB35,ERP29,SRSF3,PHIP,TNIK,CSNK1G2,ARL8B,IFNAR1,SLC27A4,SNRPB,PFKFB2,LRRC59,PFKFB3,CD151,RAB5C,MAX,TNKS,ABHD2,ANKRD11,ANKRD12,CUL1,ITPR1,UBR3,PHB,PHF21A,GTF2E2,CORO1B,ACAT1,CORO1C,RAP1B,STIP1,HMBOX1,PORCN,BTBD1,PITRM1,ESD,TPR,UBR5,NACC1,ZKSCAN3,DVL2,BRIX1,SLC38A2,ZKSCAN1,MCL1,ESRRA,ZBTB17,AKIRIN2,ANKRD34A,OSBPL8,CCDC12,API5,POLR3GL,DHCR24,LSM5,LSM3,ZZEF1,NBEA,COPS2,DMXL2,MDM2,AAK1,NF1,RNF181,MDM4,CNTROB,LRCH4,OGT,TMEM19,NFE2L1,BCL2L1,EIF4G1,LMBR1L,RNF10,ALAS1,WDR1,CELF2,PTEN,ARRB2,SYNE2,DUSP12,ADAMTS3,CAPZB,SIN3A,PSD3,CEP170,HMG20A,ERC1,ARL5A,SNAP29,CCDC50,PELP1,EIF5A,PDCD6IP,CCDC34,DST,LIX1L,ATRX,NDUFC1,VEZF1,PLRG1,RABGGTB,RAD23B,PATL1,PTP4A2,TRAF7,PTP4A3,ASPH,TRAF4,DAD1,DNAJC6,CTDSP2,C1D,TMBIM6,BIRC6,TOP1,SOS1,SSX2IP,PPP1R15A,RNFT2,BECN1,PPP1R15B,GTF3C2,NFAT5,SMARCD2,EI24,RAB1B,SRSF1,NDUFB3,PRCC,FURIN,HSD17B12,PPM1D,DNAJB2,CDC42,RAB21,FBXL20,DNAJB1,ZNRF1,NFS1,ZNRF2,ABLIM1,GANAB,SLC25A28,HECTD1,NCLN,KCTD20,U2AF2,BAHD1,CDC37L1,FYN,LRRC8B,HNRNPA1,FNIP2,ATP9B,SLC25A25,CYB5B,MLXIP,SPAG9,PTPN1,SEPT11,PPP1R14B,TRIM41,NCKAP5L,ADRM1,IMMT,MBOAT2,RPL23A,PTPN12,DDHD1,CDC42BPA,HNRNPAB,TPD52L2,ASXL1,DNAJA1,BCKDK,RAB10,NELL2,KLF7,TSPAN14,KLF6,VAPA,APC,MGAT4B,PDCD4,TRIM35,CCM2,P4HB,PPIL3,METAP1,SLC23A2,VEZT,IFITM2,AHCYL1,CMAS,CCNI,TMEM41B,ZMYND8,JMJD1C,CBLB,PWP1,ZDHHC3,NUDT3,CRKL,NUDT4,CYB5D1,GOLGA4,FRAT2,HERC1,TRIM28,OPHN1,CDC27,BSG,LONP1,EPC1,SLC12A6,GLUL,SOX4,ATP6V1G2,ARL15,NFKBIL1,ACTN1,SLC11A2,MTUS1,ANK2,MOGS,ACSL3,ACTN4,ANK3,CARHSP1,RRAGA,NIF3L1,AKAP9,SIK3,VDAC2,ULK2,FAM76B,HECA,VDAC1,EZR,PFN1,CCDC82,CUTA,MACF1,L3MBTL3,DHX9,MYCBP2,TRANK1,BRCC3,PIK3R1,NLK,GSPT1,MYL12B,APH1A,PTDSS2,APOO,UGCG,SNX1,SEC14L1,PDCD10,PCBP1,MIER1,HIVEP1,STXBP5,FAM43B,HIVEP2,SNX5,SEC31A,RABGAP1L,SLC35E3,SURF4,BSDC1,MICAL2,MYO5A,STAM,PUM1,SMARCA2,PTK2,MED13L,WNK1,FUBP1,CALU,ANP32B,FBXL5,ITM2B,ITM2C,HBS1L,CITED2,FAF1,TECR,MYL6B,SLC7A11,WASL,PRPF19,SERP2,PCM1,AKAP11,UIMC1,REV3L,SDF4,KIF1B,CAP1,VKORC1,NCOA1,NCOA2,TMED9,STRADA,NCOA4,PRMT3,NME2,ANO6,GAB2,TFB2M,TUBG1,ZDHHC17,MTSS1,MLF2,SLC22A23,ENAH,RAP2B,KIF2A,PITPNM2,FAM20B,NCOA7,CD47,SDCCAG8,AHCY,SLC20A1,INPP1,SATB1,DOT1L,TRAK2,PCNP,EXOSC7,AMN1,SERTAD4,PGRMC2,CUX1,PES1,HEATR3,CCT7,APBB3,EPS15,METTL9,MAP4K3,CCT5,BCAP31,NFYA,SORT1,YIPF4,XPO7,RANBP9,MYO9B,RSRC2,AP2B1,MYO9A,VEGFA,HIST3H2A,KLHL5,XPOT,TTC5,NEDD4,HNRNPA2B1,HDGF,PNPLA6,ACTR10,MEGF9,SCARB1,CRTC2,PRDM4,UBE3C,ZFAND6,PRDM2,UBE2Z,IGF1R,NARS,PPIP5K2,FAM174B,ARHGDIA,HCFC1R1,EP300,DENND5A,PDIA3,TMOD3,TTC7B,LIG3,LMO7,PDIA6,TANC2,DHDDS,PDIA4,PHOSPHO2,TBL1XR1,CMPK1,CHMP4B,MATR3,WDFY3,PPIB,ZCCHC8,ATP6V1A,COPB2,VCP,DDX1,COX17,PXN,CLEC16A,CACNA1D,STK4,RTN4,DPP8,IRAK1,DNAJC21,RPRD1B,SUDS3,CYC1,NDUFV2,ATP6V1D,MARK3,BPTF,KLHDC2,SMAD2,PRNP,UBE2H,ACBD4,CBX5,CBX3,PTCH1,CRIM1,IFT122,NUP153,KLHL23,TBCA,KLHL24,EIF2S1,CLK3,COQ5,CLK1,EFNA2,HOOK2,HOOK1,GNB2,PI4KA,STT3B,BRWD1,UBE2K,LRP12,PICALM,RERE,DOCK4,RBM26,DDX47,DOCK9,PRKCSH,USP34,CHD6,GTDC1,SLC2A3,CHD3,CHD2,AFF4,LMNB2,LMNB1,RND1,SPRED2,SEC61A1,SEPT6,LASP1,SPRED1,ABHD16A,YWHAQ,MAN1A2,NPTN,RBM5,RBM6,KDM6A,KDM6B,USP47,ARHGEF12,PDPK1,PDE4D,GLRX2,NAV2,GPCPD1,ARID1A,ARID1B,CREB3,VCAN,ELF2,DDAH2,TBC1D7,AKT1S1,NAA38,AGPAT5,USP15,KDM3A,DCTN2,DCTN4,RSPH9,ASAP1,HMGCR,CLCN3,PARL,HSPD1,STRN3,GNG5,RPS6KC1,TRA2B,LEPROTL1,PTK2B,ROMO1,CYTH1,CLASP1,CLVS1,USP24,SPEN,ATF7IP,RBM39,WTAP,TAF13,EYA3,ATP2B4,ZFC3H1,PDE4DIP,MAPK14,CLCN7,CLCN6,GALE,ACIN1,BAX,NAA15,VIM,SSBP2,RBMX"
+"gene_set_query"	"443"	"E2F1"	"465.8"	"Literature ChIP-seq,5;ARCHS4 Coexpression,214;ENCODE ChIP-seq,71;Enrichr Queries,1205;ReMap ChIP-seq,23;GTEx Coexpression,1277"	"ATF2,POP7,GMFB,TFRC,TSKU,TBK1,RAVER1,CAPNS1,GPBP1,AKT1,ANKFY1,HIST3H2BA,PRKACA,PRKACB,CXADR,FNBP1,CACNA2D1,FRS2,LARS2,EWSR1,DDIT3,ZC3H11A,DDIT4,TMEM126A,JTB,FAR1,SF1,ATF4,SLBP,TSTA3,SET,CDCA4,SHMT2,TARSL2,NPRL2,MEPCE,NPRL3,PDGFA,BAZ2A,PLA2G6,CIAO1,RHOT2,LARP1,PRPSAP2,RHOT1,RNF215,RDH11,PIP5K1A,RDH14,LTA4H,RDH13,PIP5K1C,ATRIP,HEXIM1,JUN,CREBBP,GSTM1,JUP,NCAPH2,EIF2AK1,FUCA1,TBL3,LAS1L,FASN,NMT1,HYOU1,SFXN1,KCNC3,SNX12,SNX10,SNX11,MED16,OSBPL11,MED15,BBC3,DDA1,MED17,PANX1,MECP2,PCMTD2,MED11,MED14,ATIC,SMPD4,SMPD1,MED10,TCP11L2,JAK1,APC2,SPHK2,DUSP1,SLC39A10,EPS15L1,BAZ1B,MED27,MED26,MED29,TOMM40L,DDB2,DUSP7,DDB1,SLC7A5,TMEFF1,SLC7A6,MED25,MED24,PTRH2,MED21,PXDN,SDHAF1,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB1,TRUB2,ECHS1,OAT,SAMD8,LIN37,NIP7,WRB,GSTP1,URM1,ODC1,ATL2,ADAM22,DLST,SNX32,SDAD1,SLC7A1,CENPB,NRAS,EXOSC10,SNX27,ADAM23,SPOP,MFN2,SAMD1,BID,ZSWIM4,JAM3,CENPT,MBD3,CRBN,GOLM1,MCRS1,TARBP2,NUDT21,RABIF,ABCB10,SNX16,MYBBP1A,CCDC9,APEX1,SNX14,TAOK2,SNX15,CCDC6,TSR2,TSR1,PKN1,CIAPIN1,YPEL3,FRYL,GZF1,MTCH2,CRCP,RASL11B,NAB1,PDCD6,PDCD5,FBXO28,ATN1,LTN1,MPV17L2,CASC3,FBXO22,LAPTM4A,POFUT2,FNTA,UROD,FNTB,NUDT19,NUDT16,MTPAP,CDKL2,PCYT2,FBXW8,CISH,EIF1AX,FBXW7,CTNNBIP1,FBXW9,CNPY2,ATP11A,CNPY3,ZCRB1,CASD1,SRCIN1,FBXW2,PIAS2,LENEP,CDC25B,PIAS1,MSH6,ATXN2L,ACLY,MINPP1,MSH2,DMTF1,SRSF2,SMS,SRSF3,PKP4,SRSF5,SRSF6,SLC27A3,SRSF7,ARL8A,SLC27A4,ARL8B,LY6E,FTO,INO80B,KHDRBS1,INO80E,KHDRBS3,TXNDC9,UQCRB,SMYD5,GMPS,FBXO45,NRF1,UQCRH,FBXO42,CORO1C,HSP90B1,RAP1B,SNN,NDOR1,G3BP1,SMYD2,MBIP,ZKSCAN3,PGK1,NAE1,SAC3D1,ZKSCAN1,TXNDC5,NOP14,FUS,API5,FBXO38,UROS,STYX,HPS3,ARPC4,ARPC5,FBXO31,UCKL1,DRAP1,SH3BP5L,SON,UQCRQ,NACA,DMXL2,SP3,ACO2,CLPTM1L,CNTROB,NIT1,OSBPL1A,LRCH4,OGT,NOP10,ITGB1,MCFD2,NUMA1,AKAP8L,PTEN,NENF,ETFB,BICD2,AP4M1,ALAD,PPP6R1,PPP6R3,PGM3,ACP1,SNAP29,BCAS2,EIF5A,BCAS3,EIF5B,ACTR6,ATRX,VPS13A,AHSA1,ACTR8,ARFGAP3,RABGGTA,MSL1,IMPACT,TMBIM4,IMPAD1,TMBIM6,TOP1,BCAT1,GAPDH,DCTPP1,TNFRSF21,BCAT2,PRPS1,MGRN1,SRSF1,LENG8,U2AF1,SRI,RCHY1,FOXRED1,TSPAN31,SRM,FOXRED2,U2AF2,TRIM46,EIF4H,KRIT1,E2F4,IGF2BP2,HNRNPA1,UBQLN4,EIF4B,UBQLN2,GADD45GIP1,NOP56,NOP58,HNRNPA3,MARCKSL1,TRIM41,SSB,GPKOW,CNBP,CDC5L,EXOG,HNRNPAB,CABLES2,GSTZ1,MYO1B,SUCLA2,EIF3K,TRIM39,EIF3I,EIF3J,TRIM35,OCIAD1,EIF3G,EIF3H,STUB1,TRIM37,PDCD2,EIF3E,ATXN10,EIF3F,EIF3C,EIF3D,TRIM33,EIF3A,EIF3B,SMARCB1,NUDT2,LDLRAD3,ACTB,RCBTB1,NUDT3,CRKL,RCBTB2,NUDT4,CDC23,TRIM28,SNRPD2,SNRPD1,BSG,EPC1,CCDC97,TRIM26,EIF2D,EPC2,PTGFRN,SNRPD3,TRIM27,ATXN7L2,ATP6V1E1,ATXN7L3,SMARCC1,ATP6V1G1,SMARCC2,LIMCH1,ACTN1,ALG5,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,CFDP1,SNHG12,PPA2,KCTD10,SUB1,CDC37,TRIM13,FLYWCH1,KCTD12,CCDC82,KCTD18,KCTD15,TRIM11,CCDC84,AARS2,TBC1D9B,DHX8,TMEM63B,SDC3,FBF1,CEND1,ZBTB5,NKAIN2,APOO,ATP6V1C1,MYO5A,BRI3BP,SMARCA4,AIMP1,EXT1,AIMP2,EXT2,ZBTB6,CWF19L1,CALU,RANBP10,NDUFAF3,SDC1,ECHDC2,FBXL3,CALR,NOL11,SUGP2,FBXL6,HERPUD2,MRPS17,DHRS13,COX7B,MRPS15,MRPS11,PAK1IP1,MRPS12,NAT10,COX7C,NAT14,RAB22A,HERPUD1,AKAP12,THTPA,SYNCRIP,ACTR1A,PPP3CB,NUDCD3,ACTR1B,OTUD6B,UIMC1,SDF4,RAC1,NANS,GIT1,COX8A,MRPS28,PBRM1,MRPS24,PABPC4,MRPS22,MRPS23,CACYBP,PRPF40A,SYP,GAB2,TFB2M,SYN3,SREBF2,APRT,RNF144A,SLTM,KIT,UFC1,TAX1BP1,ARHGEF2,EEF1E1,PTMA,FJX1,NAPA,NAPB,PCNA,AHCY,MRPS36,SSNA1,MRPS33,GBA,MRPS30,COX5B,COX5A,GNAI2,NFIL3,MGAT1,RAE1,DYNC1H1,GABBR1,PEX19,SORT1,VEGFB,KLHL2,TTC1,COX6C,PEX14,VEGFA,SGSM1,KLHL9,BOP1,SEC23IP,ITCH,NUDT8,TTC5,KLHL7,SGSM3,TTC4,SGSM2,TTC3,HNRNPA2B1,TCEA1,HDGF,TACC2,PNPLA6,ACTR10,CARS,CRTC2,SYS1,NUP188,UBE3C,PRDM4,ZFAND6,ZFAND5,UBE3A,PRDM2,UBE2Z,CELSR3,ACTG1,TXN2,NARS,EEF1B2,MMGT1,TMOD3,DNAJB12,UBE4A,SDHC,UBE4B,SDHB,COX6B1,DHDDS,ADAM19,EEF1A1,ADAM15,PSPC1,EHBP1L1,TBC1D24,PPIF,WDFY1,RPP21,PPIE,TBC1D25,PPIH,PPIG,TBC1D23,CARS2,PPIA,PPID,COX19,DDX6,DDX5,TBC1D19,NDUFB10,NDUFB11,COX15,DIABLO,UBA5,DDX1,COX17,HTRA2,PLD3,CNN3,TIMM50,NCKIPSD,RAI1,SHARPIN,RNASEH1,IRAK1,DHRS7B,GRK6,TBC1D14,TBC1D17,YARS,PDHA1,NUP155,UBE2B,CNOT10,NUP153,UBE2A,AP4B1,IFT20,AHI1,HOOK2,NASP,UBE2S,CCPG1,GNB2,MKRN1,GNB1,GNB4,UBE2N,UBA2,AMOTL2,UBA1,DEGS1,TCF3,GNB5,UBE2K,GALK1,UBE2M,PHTF2,CUEDC2,DYRK3,ZMYND19,LDB1,HP1BP3,ADAR,TAZ,RND3,LMNB2,PITPNC1,PHTF1,LMNB1,TTC28,RND1,TMEM222,TMEM223,LASP1,SUN1,ATP6AP1,NUP133,TTC33,PDPK1,DCAKD,CAD,HUNK,SYNGR3,EPN1,EEF1G,TMEM214,ALS2,EEF1D,CAT,ATP6V1B2,MAN1B1,OTUB1,AGPAT5,RRN3,ANKS3,ASB13,RNF8,SLC3A2,ASAP1,ASAP2,NT5C2,RNF2,AGPAT4,POLD3,GNG3,TMEM201,CAND1,MTA1,PABPN1,TMEM203,GNG5,TDG,TGS1,TRA2B,TRA2A,PTK2B,TMEM208,RALY,MTA2,RPP14,ATF7IP,TIMM8B,TTC14,RRM2,TTC13,BNIP3,EYA3,SSRP1,POLE4,SMUG1,GALE,UFM1,TEF,ERCC1,CARM1,KRAS,VPS29,IPO11,ARPC5L,HNRNPU,GPATCH1,SMC5,HNRNPR,GPATCH4,PHAX,ADARB1,SMC3,PHB2,RRP9,ALCAM,TFG,AP1S2,AP1S1,LUC7L,VPS36,VPS39,CDK5RAP3,NUP214,DDX17,VPS18,DDX18,PRKCI,NUP210,WDR74,REV1,WDR75,SCRIB,GTPBP1,ATG12,GTPBP4,HCFC1,WDR77,ARMC1,DAAM1,ZSCAN21,TARS2,NUP98,VPS25,VPS28,PI4K2A,ANAPC13,LRPAP1,NUP205,SEH1L,PDXDC1,CTBP2,CTBP1,XPA,WDR61,ARPP19,GNS,ANAPC11,RRP7A,GJC1,LDHB,LDHA,NCSTN,WDR70,BLOC1S1,NUP85,LDHD,VPS11,GAR1,MCMBP,NUP88,ST3GAL3,CEP78,NAA50,SNAPIN,ICMT,NDFIP1,DMPK,PLK2,IRF2BP1,IRF2BP2,NR1D1,MEX3D,MCAT,MEX3C,PHC3,HNRNPL,SQLE,HNRNPM,HNRNPK,ARL2BP,HNRNPF,HNRNPD,PPT1,GTF2IRD1,MMS19,FARSA,FARSB,CEP57,SETD5,GMEB1,WDR47,CDKN1B,GMEB2,WDR48,PHF20,PHF23,DENND1A,SETD7,ARPC1A,WDR41,GPT,ASH2L,KRI1,WDR45,SMG5,UBL3,AIFM1,RARS,TIMP2,TK2,PLEKHN1,CIC,JARID2,RRP15,UBL7,ZIK1,WDR36,SHPRH,TPI1,WDR37,NUTF2,WDR34,GNL2,TERF2,FAM126A,WDR35,COPZ1,WDR33,GNL3,NCOR2,HADHB,TAF6L,KAT2A,TUBB2B,TUBB2A,NCOR1,KIFC2,TCP1,EXOC6,GARS,EXOC5,KIFC3,GAS6,TKT,EXOC1,CLDND1,WDR26,RNMT,TIMM9,WDR24,FAM129B,PPP1R2,SCAF8,RPS15A,PPP1R7,NSD1,SLC17A7,CKB,PAIP2,DEDD,PAIP1,YTHDF1,PCGF6,YTHDF2,YTHDF3,PCGF2,WDR18,NR1H2,SYVN1,ELP2,DEF8,SYNJ2BP,SCAF1,WDR13,SCAF4,MKLN1,PHF5A,PLP2,TMEM39B,NUCB2,ANKRD13C,ANKRD13B,FAM49B,VKORC1L1,GTF2B,CEP120,SYAP1,PARK7,RPL10A,IPO7,CLU,IPO4,TM7SF2,EDC3,PPP1CB,EDC4,NRBP2,IPO9,LAMP1,CFL2,PAPOLG,CFL1,LAMP2,PAPOLA,ZNF326,SLC39A7,HMGN2,TXNL4A,HMGN1,IFNAR2,TLE3,SUPT16H,MAP2K1,USP7,MAP2K2,USP5,TPM3,USP3,TPM1,GTF3A,VASH2,THOC3,LARP4B,LEMD3,PGD,ILF2,NRBP1,THOC6,PYGO2,MORF4L1,ILF3,EBNA1BP2,RAB34,MORF4L2,DMWD,PGP,SNRPG,AAGAB,PHIP,SNRPE,ADNP,FKBP4,SNRPC,FKBP3,SNRPA,SNRPB,CSNK1G1,RTN4R,FKBP2,RAB5B,CCDC24,INSIG1,PHB,ORC5,ORC4,ORC6,UBR7,ORC3,DVL1,DVL2,DVL3,CCDC32,MAP2K7,MCL1,EIF2B5,OSBPL8,UVRAG,EIF2B4,TRAPPC3,EIF2B2,OSBPL5,CCDC12,TRAPPC5,M6PR,TRAPPC9,FANCE,COPS3,COPS6,LRFN4,REEP5,LHX2,COPS2,PDCL,TPP2,PLXNB1,COPS8,RAB5A,BCL2L2,BCL2L1,DIDO1,MCM7,WDR1,WDR4,SYNE2,TRO,NOB1,SNRNP70,RNPEP,UBTF,WDR5,WDR6,TLK1,TNPO1,TNPO2,ILKAP,IDH3A,RFC3,ADSL,PLEKHG2,GGPS1,RFC2,DIS3,RPL13A,EDF1,PLRG1,SMC1A,TSN,TFDP1,DNAJC7,POLR1B,DNAJC5,POLR1D,LANCL2,DNAJC9,DNAJC8,CRK,ALDH9A1,MTPN,HDAC2,LEPROT,HDAC3,TSSC4,HDAC1,RAB1B,CEBPG,HDAC7,FBXL20,DNAJB1,HAUS8,RAB23,VPS53,POLR2C,POLR2E,DNAJB9,POLR2F,CSK,POLR2G,POLR2H,ADSS,CCDC71,SEC11A,POLR2L,MLXIP,SLC35A4,PPIL2,RNGTT,ASCC1,IDH3G,AMFR,FBXL19,RPRD2,FBXL16,FBXL14,BCKDK,DNAJA1,RAB10,TNRC6C,POLR3B,VAPA,PSAT1,POLR3C,VAPB,DNAJA3,GLOD4,VPS41,POLR3E,CEBPZ,POLR3H,VPS45,POLR3K,TPT1,TNRC6A,SLC35B2,TCERG1,PANK2,IFITM2,SLC35B4,VARS,HDAC10,SLC35B1,HDAC11,PITPNA,CISD1,CISD2,PPP2R2A,PDCD2L,RPS15,TIAL1,RPS14,PNN,RPS17,RPS16,FLAD1,RPS18,PPP2R1A,RPL36AL,FTH1,MAGOH,DZIP1L,LONP1,ARFIP2,DENR,RPS11,RPS10,SEPHS2,TBC1D10B,RPS12,ARRDC4,PDHX,COG8,ARRDC1,COG4,ARRDC3,IFRD1,COG1,CPT1C,SRRM1,TWSG1,POR,KATNAL1,SIK1,SUCLG1,RTEL1,MAGED1,CSTF3,STXBP1,CSTF2,DCUN1D2,HTATSF1,SCFD1,CHTF8,PDCD10,ZNHIT3,TNRC18,TRPM7,RALGDS,VAT1,TMEM184C,PYCR2,PUM1,PUM2,RPS28,RPS27,ZZZ3,ADCK5,RNPS1,RPS20,RPS21,C2CD2L,RPS24,GFM1,UBXN1,SLC35F2,CITED2,SLC44A2,ZFAND2B,SRA1,ROBO1,COIL,XPO1,C1QBP,XPO6,CHMP1A,XPO5,TMED1,UBXN4,RAB8A,UBXN6,RALGPS2,TMED4,PSD,PSENEN,ZYG11B,CBR1,PARP1,PARP2,STRADA,ZDHHC13,PPHLN1,PPRC1,CBFA2T2,ZDHHC17,ITFG2,TOPORS,SCNM1,HNRNPH1,AIDA,HNRNPH3,MPND,MAGEH1,DTYMK,ZDHHC20,NOL7,NOL8,NOL9,RBFA,TYMP,NOL6,PPP2CA,TCEAL8,CST3,NT5C,HIRA,PPP2CB,CHRAC1,UBTD2,NT5M,APBB2,APBB1,METTL9,APBB3,MTX1,NFYA,NFYB,MTX2,PTGES3,NFYC,GINS4,SORBS1,AIG1,MPP6,RAB11B,KBTBD4,SPCS3,MPHOSPH9,SPCS2,HIST3H2A,CAPZA1,KBTBD2,CAPZA2,NBR1,MEGF9,MPHOSPH6,KDM1B,NDUFA12,SPPL2B,NDUFA10,ROGDI,COMT,COL4A3BP,TATDN1,TATDN2,ARHGDIA,HCFC1R1,FPGS,AZI2,NOM1,SHISA5,ATP1B3,ACYP1,ATP1B2,ATP1B1,PUS7,RSBN1,TUFM,HGS,MATR3,AMPH,DAP3,ZCCHC8,IDI1,ISYNA1,FBLN1,EFNA4,PRPF8,CAMSAP1,EMG1,ZMAT2,TCTEX1D2,CDH24,RPRD1B,BPTF,KLHDC3,DARS,CBX5,CPSF1,CBX4,CBX3,CPSF3,CBX2,NONO,IDH1,IDH2,CPSF2,CBX1,EIF2S2,EIF2S1,COQ6,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KA,BLMH,BRWD1,SAE1,LRP12,LRP11,MUS81,GPSM1,KDM5B,KDM5C,THRA,ASNSD1,CBY1,YBX1,RBM3,CASP9,SPRED2,SEPT9,SEPT6,SPRED1,SNAPC2,CASP3,SNAPC3,SNAPC4,CASP2,TOPBP1,RBM5,RBM6,MAPK1IP1L,KDM6B,H2AFZ,AKTIP,H2AFX,SPATS2,H2AFV,RPS3A,PPP2R5C,SAFB,DCK,LSS,POMGNT1,SEPT2,DNM2,FCHSD2,DDAH1,THRAP3,TRAPPC6B,AKT1S1,PFDN1,PFDN2,TMEM9,THOP1,STOML2,STOML1,KDM3B,PDXP,THBS3,GNA13,NXF1,MAPK9,FAM168B,MAPK8,FAM168A,MAPK7,CHSY1,PPP2R3C,MAPK1,MAPK6,MAPK3,KDM4C,QPCTL,LIMK2,CYHR1,DEK,SLC4A7,RPS6KB1,CAPN10,CDK2AP2,CDK2AP1,RBMX,MDC1,GHITM,TSEN54,PSMD8,SCAMP5,SCAMP4,PREX1,PSMD9,KRTCAP2,NSDHL,LSM12,PSMD6,LSM11,PSMD7,PSMD5,PSMD2,PSMD3,PSMD1,SAMD10,MEF2A,GABARAPL2,HES6,NGDN,DNTTIP2,DICER1,GAPVD1,EML1,SND1,SCAMP3,EML5,EID1,MYL6,PRKAR1A,RFX7,CLNS1A,PSME1,UQCRC1,PSME2,RBCK1,UQCRC2,MTMR3,ABCB6,AGAP2,AGAP1,MTMR9,ABCB8,AGAP3,MRPL12,OAZ1,MRPL13,GABARAP,GIGYF2,MRPL10,MTMR7,MRPL11,CYB5R1,PRKAR2B,PSMF1,PUSL1,RHBDL1,VTI1B,EDEM3,MCTS1,PRRT2,PMM1,MRPL28,NETO2,ERLIN2,MRPL23,MRPL24,SNUPN,EIF1,MRPL22,CS,MLLT11,SETX,MRPL30,MLLT10,ABTB1,UCK2,EIF6,TDP2,TDP1,PSMG1,PSMG2,FERMT2,EZH2,PIGU,PIGO,RPLP1,NCAN,PIGQ,PIGP,HEXA,MRPL38,MRPL36,CTCF,MRPL34,TRIOBP,PIGX,MRPL33,IKBKB,TRMT112,TUBA1C,TUBA1B,MRPL40,TUBA1A,TMEM44,FASTK,RPLP2,SH3BGRL3,APPL1,UPF1,DFFB,LRRC45,PGAM1,NSUN2,ACTL6A,MRPL49,NIPA1,LRRC40,RRAS2,ELOVL6,MRPL47,SIRT7,MANEAL,MRPL48,NIPA2,DYNLL1,MRPL45,DYNLL2,SRP9,MRPL44,PSMA5,MRPL53,MRPL50,PSMA3,PSMA1,PSMA2,TMEM33,CDC42EP4,TMEM106C,PELI1,TUT1,PICK1,PGAM5,VAMP4,SLC29A1,VAMP2,SLC29A2,ARF6,LRRC14,STAU1,SRRT,RPS27L,CCNDBP1,PSMA7,MRPL55,GGA2,GGA1,PSMB7,UNK,PSMB5,BTAF1,TCOF1,PSMB3,MICALL1,TMEM68,PSMB1,AP2S1,FLNA,HARS,NCDN,RPS27A,RABAC1,SRSF10,YKT6,SRSF11,NKTR,LRRC24,MDH1,MDH2,UTP3,USP9X,STAT2,YLPM1,TMEM62,GATAD2A,LRRC20,LETM1,TMEM59,PSMC5,PSMC6,PSMC3,TTLL1,SERBP1,UBAP1,UBAP2,RPL22L1,HDDC2,CCNT2,CSE1L,UBE2D1,HDDC3,YY1,EIF4ENIF1,SMCHD1,ATCAY,RUVBL2,SCMH1,STK16,KPNA6,PMPCB,PIM3,KPNA4,PMPCA,KPNA2,KPNA3,AP2M1,SLC25A46,AGTPBP1,ANAPC7,UBE2E3,UBE2E1,SARS,ZBTB34,PRPF4B,FTSJ3,RBX1,ACAP3,FRMD5,TXLNA,SLC9A5,SLC9A8,FSCN1,ANAPC4,ANAPC5,RAD54L2,SNRNP200,SQSTM1,KPNB1,ANAPC1,ANAPC2,LRRC59,RNASEH2C,PFKFB4,RNASEH2A,PFKFB3,PEF1,MAZ,ISG20L2,STK39,UBFD1,SAV1,SLC9A1,SOCS2,ATXN2,SBNO2,PMVK,STK38,E4F1,SLC38A2,DR1,TIA1,BRPF1,GOT1,GOT2,EEF2,ZC3HC1,TMEM11,MDM2,AAK1,MDM4,PIN4,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,CELF1,ARRB2,MRPL4,MRPL3,NGRN,MRPL2,FSD1L,CAPZB,SUMO1,MDK,SUMO3,SUMO2,NCK2,DGCR8,HMG20A,DGCR6,ERC1,MDP1,DNM1L,PELP1,DGCR2,HSP90AA1,VBP1,SIGMAR1,RAD23A,VEZF1,NDUFC1,RAD23B,DDOST,QTRT1,GIGYF1,PPM1B,NSMCE4A,SLC25A17,HAX1,NPC1,SLC25A19,NPC2,SLC25A12,PPP1R12B,SEC22B,SLC25A5,SLC25A11,MET,PPP1R12C,BIRC2,AHDC1,SEC22C,GTF3C1,SEC23A,NDUFB8,NDUFB7,GTF3C5,PRCC,NDUFB3,FOXK2,ZBTB45,FOXK1,HSD17B12,PPM1D,LRP8,HSD17B10,PPM1G,SLC25A27,GANAB,NCLN,FCHO1,KATNA1,FCHO2,SH3BP2,LRRC8D,LRRC8A,IARS2,LRRC8B,SLC25A22,ATP9B,SLC25A25,ATP9A,SH2B1,BEND6,CYB5B,SLC12A2,PTPN1,NDUFA8,PPP1R14B,NDUFA6,NDUFA4,NDUFA3,FOXJ3,NDUFA2,DONSON,NDUFA1,LYSMD1,MBOAT2,RPL23A,MCOLN1,BAIAP2,TPD52L2,ATOX1,SLC25A38,SNRK,SLC25A39,CDR2L,P4HB,SMAP2,SMAP1,SLC25A36,EIF4A2,EIF4A1,AHCYL1,TMEM41A,TMEM41B,PLEKHB2,CCNH,KDELR1,ZDHHC6,KEAP1,CCNC,THUMPD1,IFI30,CYB5D1,ZDHHC4,NUBP2,TXNDC17,UBE2L3,CCAR1,RASSF1,DHX57,CHORDC1,OGFOD2,KIF21A,CCNL1,SEC62,SLC12A6,PELO,TMPO,EPHA4,PAQR4,IMP3,SCAF11,PAQR3,ZFP2,NSMCE1,MIF,ANK3,PISD,THAP4,THAP3,CCNY,THAP7,KDELR2,ULK1,TAGLN3,CTXN1,STX1A,GCDH,TMEM87B,PAXIP1,L3MBTL2,SUPT4H1,PIK3R4,BRCC3,PIK3R1,PTTG1IP,APH1A,SNX3,DHX30,SNX1,COMMD9,DHX32,SNX2,PCBP4,LARS,PCBP1,DHX35,MIER2,MIER1,DHX37,HIVEP1,DYM,TSPAN3,RAB11FIP3,RIMKLB,RBM10,SNX5,CTSA,SURF1,XRCC6,INTS1,RCC2,INTS3,SURF4,MICAL3,XRCC1,DCLK2,PAICS,ARMC10,WNK1,ID2,RPL27A,INTS5,PAF1,INTS7,CALM3,CALM1,INTS8,CALM2,USPL1,FAM57B,GPAA1,SUV39H1,TECR,CCDC124,CETN3,CTSZ,AP2A1,WASL,PCSK7,PTPRK,BMI1,AATF,IER3IP1,PEPD,ARV1,SPTLC1,SPTLC2,CTSL,RSRC1,HYAL2,NCS1,MLX,DHX15,REV3L,ARIH2,DHX16,SSSCA1,KIF1B,CTSD,CTSB,NDEL1,VKORC1,CCT3,NCOA2,CCT2,SEC13,TMEM150A,NCOA5,STARD3NL,NCOA6,ACAD9,MINK1,ZFR,ANO8,COMMD3,MRPS2,ANO6,COMMD1,COMMD6,RGMB,MRPS6,COMMD7,COMMD4,PDRG1,ENAH,KIF2A,CRELD2,SFI1,DBN1,RABGAP1,HEATR1,DERL2,CCDC107,CRIP2,NEDD8,CCDC106,MNT,PGRMC1,EXOSC4,SERTAD2,CAMK2N2,GPC1,PES1,EXOSC9,EXOSC8,SCAND1,CCT7,PAK2,EXOSC2,CCT5,EXOSC1,CCT4,BCAP31,NPM1,YIPF1,YIPF2,PLEKHA1,YIPF4,TMUB1,RPA1,HUWE1,UBE2G1,RSRC2,UBE2G2,NPM3,NLE1,TMUB2,MAD2L2,PER1,RPA3,NEDD4,ESYT2,TARDBP,DPAGT1,SCARB1,MIDN,ACAA2,CD81,OGDHL,ACRBP,FAM174B,PPME1,KHSRP,SNIP1,ARID2,BAHCC1,SBF2,PPFIA3,SH3GL2,SH3GL1,SLC30A9,TPRA1,ZGPAT,ADPRHL2,DIMT1,SLC30A5,ATG9A,ATAD3A,TMX4,TMX3,HNRNPUL1,TMX2,FAM173A,HNRNPUL2,DKC1,TMX1,GPD2,UBE2V2,GEMIN7,UBE2V1,RTN2,RTN3,VCP,PSMD12,PSMD11,PSMD13,KLHL17,SEL1L,KLHL12,SLC1A4,PDS5A,RPF2,NDRG1,SUPT6H,ACACA,RTN4,TAF5L,RPF1,KIF3B,FUT9,ISOC1,CAMTA2,H1FX,CYC1,VARS2,NDUFV2,NDUFV1,BCL9L,CCDC134,IVNS1ABP,FDPS,PRNP,PHF10,KLHL26,VTA1,ECD,HMGA1,DSTN,KLHL22,KLHL24,SUPT5H,CLK3,CLK2,KLHL20,CLK1,QDPR,RCL1,PAN2,H1F0,PQLC1,PHF13,TAB1,LSM14B,LSM14A,PICALM,YWHAE,GSK3A,PRR7,DDX3X,DDX46,PRKCSH,DDX47,MAST2,PRR3,MAST1,DDX42,HMGB3,ATP2A2,PSIP1,ILK,ARHGEF10L,CHD4,CHD3,DDX41,TRIAP1,CHD2,MEA1,AFF4,SEC61A2,YWHAQ,UBE2Q2,BCL7C,BCL7B,GATAD1,NUP62,MLST8,TIMM17A,RBM33,YWHAH,UTP15,RBM17,RBM14,EED,PLA2G4E,DDX55,RBM18,BUD31,TBC1D8,ABHD14B,DDX54,ARHGEF18,TBC1D9,ABHD14A,YWHAZ,UTP18,PJA1,SFPQ,NDUFS8,RCN2,IRF3,UBE2R2,NDUFS7,TBC1D5,NDUFS6,GORASP2,NUP50,GORASP1,PEX6,TBC1D7,NDUFS3,NDUFS2,NAA38,NUP54,INA,DCTN5,DCTN2,NAA20,TGFBRAP1,DDX23,GOSR1,DCTN3,PARN,DDX20,CSTF2T,CRMP1,HMGCR,ACVR1B,CLCN3,CLCN2,PARL,TAF1D,TAF1B,MAT2A,TAF1C,TAF1A,PDLIM7,RBM39,TAF15,NAA10,GALNT2,TAF13,TAF10,GALNT1,TAF11,SOD2,ACVR2A,SOD1,MAPK11,GOLPH3,SBK1,GLB1,BRMS1L,FAM131A,ASB6,RBM42,TAF6,QRICH1,VIM,R3HDM1,RAN,MBTPS2,LNX2,RB1,RPL4,RPL30,TRIO,RPL3,RPL32,CLPB,TRRAP,RPL31,STMN2,ENO2,RPL8,FNBP1L,BACH1,DCAF7,RPL6,RPL7,GCSH,RNF115,MYC,STMN1,FDXR,RPL35,PIP4K2A,RPL37,MPV17,IER5,RPL39,IER2,TSPYL2,ACOT9,ACOT7,IAH1,WSB1,RPL21,WSB2,DAPK1,PIH1D1,MED8,CD3EAP,SOX12,AARSD1,NISCH,DYNC1LI2,CLPP,RPL24,RPL27,RPL26,RPL29,RPL28,UBA52,DUS3L,PRR14,POM121,RPN2,RPN1,NEDD4L,NOLC1,VPS26A,SLAIN1,HIF1A,GLG1,PRDX3,PRDX2,PRDX5,PPP3R1,PPP4C,PRDX4,RIC8B,CHST12,PRDX1,CHST10,SSR1,PLCG1,SERF2,SLC19A1,S100A10,RPL41,JUND,CHKB,H3F3B,CHKA,PNO1,ST13,H3F3A,RAB3IP,MAD2L1BP,MTHFR,UPF3B,CDC7,PA2G4,PRDX6,GPN1,THAP11,PRRC2A,FIBP,SLC6A6,GLUD1,PPP5C,TADA2A,H2AFY2,OGDH,CDK10,UNC119,HBP1,DUS1L,SERPINI1,CDC42SE2,CDK16,OGFR,TRMU,SPEF1,ELL,CLTB,ADK,LPCAT1,CLTA,PFAS,ING1,TMEM186,TRIM8,ING4,TMEM189,CSRP2,IMPA1,TMSB4X,RFK,ENSA,ANXA6,GPR137,ANXA7,RIOK2,EMD,BRD3,ZC3H10,BRD2,NUDC,HSBP1,SSR2,ITPK1,SSR3,AEN,RNF168,RNF167,LSG1,IVD,RNF166,SF3B5,SF3B2,PHLPP1,SF3B3,RPL10,RPL12,RPL11,TIMM13,GPS2,TMEM160,TIMM10,HSPA13,TM9SF4,TMEM165,BCLAF1,SRP72,RNF138,ASNA1,LMAN2,CHN1,RPS3,BRD9,RPS2,ANKRD52,RPL15,RPL18,BRD7,RNF130,DTD1,RPL17,RPL19,SF3A3,SF3A1,SF3A2,BRF2,BRF1,AGK,WWP2,TRMT1,TTC9C,GTF2H2,SRP68,GTF2H5,TM9SF2,RNF146,TM9SF1,ERP44,ABI1,RLIM,RNF141,TOR2A,DGKE,TUSC2,FMR1,YEATS4,BZW2,ABHD11,ZFP30,TUBB3,RNF19A,SMARCAD1,MAF1,TMSB10,STK32C,MEN1,RNF44,RPS9,ANKRD49,ANKRD46,RPS7,RPS8,RPS5,ANKRD44,GPT2,IGFBP3,IGFBP2,RPS6,RPSA,GTF2F2,RNF40,TRAIP,RNF41,BSCL2,CTDNEP1,ST7L,CLIP1,ARMCX1,STIM2,NCL,ERP29,NHP2,PHPT1,MAD1L1,DNMT1,SEMA7A,ENY2,CUL7,CD151,CUL5,BRI3,ABHD8,AK2,ITPR1,AK3,KLC1,GTF2E1,GTF2E2,PHF21B,RHOBTB2,STIP1,BAG5,ZFP57,KLC2,BTBD1,PITRM1,NACC1,SAFB2,ANKRD10,NDN,SKIL,SLC15A4,MPDU1,ESRRA,ANKRD28,ANKRD27,TOR1A,MARCH9,DHCR24,BTBD6,LSM5,LSM4,MARCH5,CHERP,CDK9,CNOT6,LSM7,SCCPDH,LSM6,CDK5,YEATS2,CDK4,RHEB,MAFG,CNOT3,TADA3,SPIRE2,RNF181,TADA1,GPR107,SERINC1,CNOT8,SERINC3,SERINC4,RNF187,EIF4G1,LMBR1L,RNF10,TRADD,ZFP82,DUSP11,PTBP1,DUSP12,RPL7A,SART1,PPP6C,SART3,OPA1,SIN3B,SIN3A,OPA3,PSD3,REXO1,GPX1,GPX4,ELAC2,ZFP91,RANGAP1,REXO2,COASY,ZFP90,REXO4,PTP4A1,PTP4A2,TRAF7,DALRD3,TRAF4,ASPH,RPL37A,EVL,SNRPA1,EIF4E2,SOS1,SSX2IP,RNF31,GTF2A1,SMARCD2,GTF2A2,NLGN2,RNF34,WBP1,WBP2,RNF38,WBP4,RPL36A,LAGE3,DCAF15,HIRIP3,RBBP4,RBBP5,MGAT5B,RBBP7,DCAF11,WASF1,MEST,UGGT1,SPAG9,SMARCE1,SPAG7,RNF25,PLCL2,ADRM1,DDHD2,OXR1,PNRC1,TRIT1,PNRC2,RAD52,NIN,PFKL,IMPDH2,MGAT4B,RHEBL1,METAP1,CMAS,ARL6IP1,DIXDC1,PWP2,PWP1,GOLGA3,RUSC1,DPF2,UBAP2L,GLUL,SOX4,AGFG1,TIPIN,AQR,BROX,SLC11A2,PTOV1,BOLA1,MTUS1,MRPS18B,MRPS18A,JMJD8,JMJD6,AFG3L2,CARHSP1,COX7A2L,RRAGA,RRAGB,GRWD1,CRYZL1,VDAC3,TTLL12,PFN1,EZR,LLGL1,TELO2,TMEM161B,NECAB3,ANP32A,LMAN2L,TEX264,MGST3,CD99L2,TRMT2A,NMD3,TMTC4,NLN,PTDSS2,PTDSS1,SGPL1,PRRC1,INPP5F,INPP5K,BANP,SNHG1,TRAP1,ZRSR2,TMEM50A,TREX1,SS18L1,ZWINT,UBAC1,SRPK1,MANF,CCT6A,CCDC88A,STAG1,STAG2,SESTD1,CCDC88C,ANP32E,TMCC2,CC2D1A,ITM2B,CDS2,ITM2C,DAZAP2,HBS1L,DAZAP1,TRAM1,SH3KBP1,FAF1,FAF2,MYL6B,PRPF19,EPM2AIP1,ZMYM2,GLIPR2,PCF11,KIF13A,ZMYM6,DLAT,PRMT6,MAP4K2,PRMT5,ATP6V0B,PRMT8,PRMT2,PRMT1,STRBP,PRMT3,NME2,NME3,RHOF,TUBG2,TUBG1,RAB33B,NME1,PRPF18,PACS1,B3GNT5,FRG1,FAM20B,ALDOA,MAPRE1,SGK1,ATP6V0C,MAPRE2,SLC20A1,PRIM1,AKAP8,UQCR11,AKAP1,CUX1,MAP4K5,DCPS,LCMT1,MAP4K3,MAP4K4,RANBP2,SUZ12,RANBP1,RANBP3,RYK,AP3D1,RSL1D1,MARS,STAC2,RAB3GAP2,CTNNB1,PRPF31,FAU,CAMK1,GALNT11,POGK,HDLBP,NUCKS1,CHCHD4,EFTUD2,CHCHD2,CHCHD3,CHCHD7,CHCHD1,TMEM14C,NSF,PDIA3,APLP2,APLP1,TOMM34,TSC2,KCTD2,TSC1,WRNIP1,KCTD3,TRNT1,PDIA6,KCTD6,PDIA4,DCTD,DPM2,OXA1L,DPM3,TMEM136,TBL1XR1,RPL7L1,TIPRL,FIZ1,BTF3L4,LTBP4,COX7A2,DTX3,STK4,ADIPOR2,CSF2RA,SEL1L3,ARHGAP12,SDCBP,PDZD4,DPP8,TMEM128,EP400,ZC3H18,DMAP1,MARK4,ANKZF1,MARK2,MARK1,ATP6V1F,SMAD2,HSPA9,ACBD6,HSPA8,SMAD1,SMAD4,ACBD4,HSPA5,HSPA4,PTCH1,DNAJC11,TBCD,ASPSCR1,IFT122,TBCA,DNAJC16,AZIN1,TDRD3,DNAJC18,NFKBIA,TMEM115,DLG4,ATG16L1,RFXAP,JMY,DNAJC10,SRPRB,CLASRP,ACBD3,B4GALT2,CREBZF,USP36,ACADVL,ABCD3,NVL,USP32,DOCK7,GTDC1,SLC2A3,USP39,ELAVL1,PKD1,ELAVL3,SENP6,POLB,TMEM101,ALDH2,ZC3H7A,ZC3H7B,TMEM109,MAN2C1,SCYL2,SCYL1,POLG,USP46,TSFM,KLF11,USP48,USP42,USP43,RNF208,CTPS2,TRNAU1AP,ARID1A,SENP3,KLF16,DDX19A,USP40,B4GALT6,LUC7L2,CHMP5,HCN3,USP14,USP15,TM2D1,USP10,GMPR2,USP11,USP12,SPG7,MOSPD3,MTIF3,TM2D3,TOB1,STRN4,USP19,U2AF1L4,HSPD1,RMND5B,NT5DC2,NT5DC3,CDIPT,ABCF1,SPEN,PTCD3,IGBP1,ATE1,PTCD1,B3GAT3,BAD,USP21,USP22,HAGHL,SGTA,NAP1L1,HSPE1,MEIS2,NAP1L4,NEURL4,XPNPEP1,BAX,SPRY2,RGS12,SSBP1,ABCE1,SSBP4"
+"gene_set_query"	"444"	"KLF13"	"467.0"	"ARCHS4 Coexpression,795;Enrichr Queries,330;ReMap ChIP-seq,40;GTEx Coexpression,703"	"MDC1,TFRC,LSM10,SCAMP4,PREX1,RAVER1,DPYSL2,PWWP2A,DAXX,FNBP1,GAPVD1,EML2,SCAMP3,BCR,MYL6,DDIT3,DDIT4,PSME2,ATF4,SF1,TSTA3,TTYH3,NPRL2,MEPCE,NPRL3,COPS7B,ABCB8,AGAP3,MTMR4,OAZ1,CIAO1,PRPSAP1,MRPL20,RHOT2,PUSL1,RHBDL1,HEXIM1,PRRT1,ABCA2,PRPF38B,JUN,CADM1,ABCA3,PBX2,MRPL24,EIF1,CS,MLLT11,ABTB1,TBL3,FASN,SFXN3,HYOU1,PIGS,ARF1,PIGU,KCNC1,PIGO,KCNC3,MED16,MRPL34,MED15,OSBPL10,BBC3,DDA1,SHF,TRMT112,MMP24,TUBA1A,FASTK,RPLP2,SH3BGRL3,APC2,LRRC47,UPF1,SPHK2,MRPL49,ELOVL6,SIRT7,GMIP,MED29,DUSP6,DDB1,SLC7A4,SLC7A5,CDC42EP3,PXDN,RAPGEF1,TUT1,SLC29A1,PAFAH1B3,VAMP2,LRRC14,TRUB2,LIN37,GSTP1,SRRT,ADAM22,HTT,SNX32,MRPL55,FLNA,SAMD1,MEF2D,CENPT,MBD6,LRRC24,TRAPPC10,DAB2IP,SKI,LETM1,CCDC9,SHKBP1,YPEL1,PKN1,AGRN,YPEL3,MTCH1,MPV17L2,ZBTB22,HDDC3,FADS3,STK11,PIM3,FADS1,PPP1R16B,SH3GLB2,SLC38A1,PCYT2,DGAT1,CISH,PPP1R16A,CNPY2,ATP11B,FBXW2,LENEP,FOXP1,ACAP3,MAPKAPK2,FSCN1,RAD54L2,SQSTM1,ARL8A,SLC27A4,ANAPC2,RNASEH2A,PFKFB3,ISG20L2,CORO1A,CORO1B,SOCS2,ATXN2,SBNO2,NDOR1,PMVK,E4F1,SLC38A2,NADK,ZBTB17,EEF2,DRAP1,SH3BP5L,NFE2L3,LRCH4,SLC25A1,HSP90AB1,PTEN,PIK3CD,ETFB,ARRB2,AP4M1,MRPL4,CAPZB,MDK,PPP6R1,DGCR8,PMEPA1,MDP1,SNAP29,TRIM67,DGCR2,UNC45A,ACTR2,HSP90AA1,RAD23A,MSL1,ARL4C,C1D,BIRC6,DCTPP1,GAPDH,SLC25A11,PPP1R12C,AHDC1,BCAT2,PPP1R15A,MGRN1,PRCC,LENG8,FURIN,FOXK1,MLLT6,U2AF2,SH3BP2,FEM1C,FYN,HNRNPA1,SLC25A22,SLC25A25,PPP1R14B,CIZ1,TRIM41,MBOAT7,RPL23A,MCOLN1,PDCD4,STUB1,CDR2L,P4HB,SMAP2,MDGA1,ZDHHC8,ACTB,CYB5D1,RASSF1,RASSF2,TRIM28,CCNL2,SLC12A6,ATXN7L3,SLC12A9,PAQR4,ACTN1,ECH1,CIRBP,CSNK1D,ANK3,PISD,THAP3,CDC34,THAP7,CDC37,CSNK2B,FLYWCH1,TRIB2,TRIM11,PAXIP1,GIPR,MYCBP2,SDC3,SUPT4H1,CEND1,PTTG1IP,PIK3R1,TSPAN6,MICAL1,HIVEP2,ZBED4,B4GALNT4,IQSEC1,MICAL2,ERAL1,SMARCA1,SMARCA2,ID2,INTS5,PAF1,CALM3,CALR,CALM1,RGL2,FBXL6,NRP1,TMEM151B,FAM57B,GPAA1,PPP1R10,DIRAS2,CTSZ,TECR,MRPS12,NAT14,HERPUD1,AKAP12,HYAL2,ENC1,DHX16,CTSD,CTSB,NCOA6,CCDC115,MINK1,APRT,GAK,PITPNM1,UFC1,ARHGEF1,ARHGEF2,PTMA,DBN1,STK40,DOT1L,GBA,NEDD8,CCDC106,CAMKK2,GNAI2,ARVCF,MNT,EXOSC4,NFIL3,CAMK2N1,NPDC1,MAP3K3,SORT1,VEGFB,MIB2,TMUB1,MYO9B,YIF1B,PPP1CA,VEGFA,PER1,HDGF,PNPLA6,GRINA,DPAGT1,DBR1,MIDN,CRTC2,NARF,ACRBP,ACTG1,IGF1R,BANF1,SBF1,PPFIA3,ADAM11,DNAJB12,SSU72,UBE4A,DHDDS,ADAM15,HNRNPUL2,FAM173A,EHBP1L1,TBC1D24,ANKS6,GEMIN7,KLHL18,RTN2,GNAZ,NDUFB10,CACNA1A,RASGRP2,NDRG1,RTN4,SHARPIN,GRK6,TBC1D14,CYC1,VARS2,TBC1D17,NDUFV1,BCL9L,SYT5,IVNS1ABP,OST4,FDPS,PRNP,UBE2I,CCDC136,HMGA1,KLHL22,CLK4,SSH3,CLK2,PAN2,HOOK2,HOOK1,PHF13,MXD4,PICALM,RERE,CUEDC2,GSK3A,PRR7,LDB1,MAST3,PRKCSH,CHD8,PRR3,MAST1,CHD4,ADAR,DDX41,CHD3,TAZ,PPP1R9B,TMEM223,LASP1,ABHD16A,BCL7C,BCL7B,MLST8,LRRFIP1,GALNT9,YWHAG,SUN2,ATP6AP1,PDPK1,ARHGEF18,NAV2,SYNGR3,YWHAZ,EEF1G,ALS2,IRF3,EEF1D,MVD,DCTN2,TGFBRAP1,RNF7,AGPAT1,RNF5,CLCN2,ADD1,DNPEP,RAB40C,PABPN1,TMEM203,TMEM205,SPOCK2,MKNK2,PTK2B,MTA2,FBRS,PDLIM7,CYTH1,ATP2B4,USF2,CLCN6,FAM131C,ERCC1,TAF6,VIM,R3HDM2,RRP1,ENO2,RPL8,GPATCH8,BACH2,ZMIZ1,MYC,ZMIZ2,STMN1,RPL36,FDXR,DIP2B,IER5,IER2,DDX17,IAH1,NUP210,PIH1D1,PRKCE,RPL22,PRKCD,CD3EAP,SOX12,GTPBP2,WDR81,WDR82,SARNP,VPS28,NEDD4L,ANAPC11,PRDX2,PRDX5,PPP3R1,PPP4C,PRDX1,VPS11,ST3GAL5,ST3GAL1,ST3GAL2,S100A10,RPL41,JUND,MAD2L1BP,MTHFR,IRF2BP2,NR1D1,PRRC2B,TMEM198,THAP11,EHD1,HNRNPL,FIBP,SLC6A6,HNRNPF,ATG2A,CDK10,FARSA,ATG2B,CDKN1C,OGFR,BTG1,CDKN1B,PHF1,GPT,WDR46,ING4,TRIM8,TRIM3,TIMP2,ANXA6,GPR137,CIC,JARID2,EMD,ZIK1,ZC3H10,NUTF2,GNL1,COPZ1,NCOR2,RNF167,TAF6L,ZEB2,TUBB2A,KIFC2,HEATR5B,TET3,RNF166,GAS7,NFIX,RPL10,WDR24,FGD3,CHN2,NSD1,RPL13,SLC17A7,RPS2,RPL18,SF3A2,WDR18,PCGF3,TRMT1,DEF8,TM9SF1,NFIA,NFIB,NUCB1,ANKRD13D,RAB3A,DGKD,CHPF,RAB3D,TUSC2,RPL10A,IPO4,SLC8A2,TM7SF2,EDC4,TUBB3,CFL1,MAF1,PLEKHJ1,TLE3,TLE2,RPS9,RNF44,USP3,TPM1,AIP,DGKZ,THOC6,DISP2,PYGO2,RAB31,RAB34,DGKQ,RAB35,PGP,CSNK1G2,FKBP5,RTN4R,BRSK1,FKBP2,CD151,CCDC24,INSIG1,ABHD8,HSPBP1,NEUROD2,SCRT2,STIP1,PITRM1,DVL1,BTBD2,NACC1,PLXNA2,NDN,MCL1,WDTC1,ESRRA,ANKRD34A,TOR1A,CCDC12,POLR3GL,TNK2,LSM4,SCRT1,LSM2,COPS6,CDK5,MAFG,PLEKHM2,LZTR1,BCL2L2,RNF187,BCL2L1,SLC48A1,MCM7,RNPEPL1,ZC3H4,ZC3H3,TRADD,DUSP12,SNRNP70,UBTF,TNPO2,PLEKHG2,REXO1,GGPS1,GPX4,YDJC,PTP4A2,PTP4A3,TRAF4,CTDSP2,DNAJC5,EVL,RNF31,SMARCD2,GTF2A2,DPCD,HDAC6,HDAC7,DCAF15,DNAJB1,ABLIM1,VPS52,POLR2E,CSK,POLR2H,POLR2I,POLR2L,SPAG7,PPIL2,SEMA4D,FBXL19,SEMA4B,SEMA4C,FBXL16,PNRC1,KLF7,MARCKS,KLF6,DNAJA3,POLR3E,TPT1,CBLN1,SLC35B2,APP,VARS,ZMYND8,RPS15,RPS18,RUSC1,FLAD1,FTH1,LONP1,GLUL,SOX4,TBC1D10B,SRRM2,SRRM4,ARRDC3,MRPS18B,PTOV1,JMJD8,MAPK8IP3,INPP4A,TIAM1,CARHSP1,VDAC2,HECA,SIK1,PFN1,AURKAIP1,CUTA,DCUN1D4,TRANK1,TRMT2A,ATP6V0A2,GSE1,TNRC18,RALGDS,VASP,FIS1,GADD45G,CCDC88C,ADCK5,CORO7,ANP32B,C2CD2L,ITM2C,DAZAP1,UBXN1,GDI1,CITED2,ZFAND2A,MYL6B,SIPA1L3,LIMD2,PCF11,GUK1,XPO6,PSD,PSENEN,TSC22D1,GP1BB,PRMT1,TSC22D3,RHOF,PPRC1,MTSS1,MLF2,RHOB,PACS1,ALDOA,SGK1,CSTB,ZDHHC18,RANBP1,MTX1,AP3D1,ATAT1,MARS,FAU,COMT,CCDC28B,TMEM145,TATDN2,ARHGDIA,HCFC1R1,KDM2A,PCDHA12,ATP1B1,SHISA7,DPM2,FIZ1,ISYNA1,RPS19BP1,PXN,LTBP4,EFNA4,SEL1L3,EFNB2,MAN2A2,TMEM127,CASKIN1,EP400,MARK4,MARK2,HSPA8,ACBD4,CBX5,CPSF1,HSPA5,TBCB,TBCA,NFKBIA,EFNA3,EFNA2,TMEM115,PI4KA,CLASRP,SAE1,LRP10,MUS81,B4GALT2,SLC2A3,PKD1,ELAVL3,SEPT9,MCF2L,FLOT1,FLOT2,PDE4A,KDM6B,KLF11,KLF13,H2AFX,PPP2R5B,RNF208,ARID1A,SEPT5,DNM1,KLF16,DNM2,FAM189B,DDAH2,AKT1S1,TRNP1,TSEN34,HCN3,STOML2,ATF6B,GMPR2,ATP1A1,TOB1,USP19,U2AF1L4,THBS3,NXF1,SPEN,KDM4C,USP20,B3GAT3,BAD,USP21,PCDHGC4,HAGHL,CYHR1,CAPN10,RPS6KB2,SPRY2,SSBP4"
+"gene_set_query"	"445"	"ZNF672"	"467.0"	"ARCHS4 Coexpression,634;Enrichr Queries,315;GTEx Coexpression,452"	"CYFIP2,ARAF,HNRNPU,EPRS,DCAF6,LSM10,RAVER1,ZMIZ1,DPYSL2,MYC,IER5,IER2,PRKCD,DNTTIP1,WDR74,CD3EAP,SCAMP3,RNF123,WDR81,CLPP,DDIT3,DDIT4,UQCRC1,FLII,MEPCE,SLCO5A1,MRPL14,MRPL12,OAZ1,CYB5R1,ST3GAL1,S100A10,JUN,PHC2,JUND,PLK2,IRF2BP2,TADA2B,EHD1,ABTB1,FASN,OGDH,OGFR,BTG1,MTMR14,MRPL38,ECSIT,MED16,TMEM186,SMG5,TRIM8,MED11,TUBA1B,TUBA1A,SPIN1,SH3BGRL3,RRP12,UBL7,BRD2,UPF1,EPS15L1,GMIP,TOMM40L,DUSP6,LRRC41,NCOR2,SLC7A5,MED25,TUBB2A,INF2,CDC42EP4,PXDN,RAPGEF1,PLEKHO1,SLC29A2,GRN,GRAMD1A,SRRT,FAM129B,PSMB6,MFN2,CKB,MEF2D,EGLN2,SF3A2,MDH2,NR1H2,BLCAP,XAB2,SHKBP1,SRRD,ZYX,NUCB1,PKN1,YPEL5,UBE2D1,STK11,CFL1,NUDT19,PIM3,SNRNP35,MAF1,FADS1,SLC39A3,PIAS4,SLC38A1,FBXW5,MAP2K2,TPM3,CTDNEP1,TXLNA,MAPKAPK2,RAB35,FSCN1,SLC27A3,SQSTM1,CSNK1G2,LY6E,ANAPC2,PFKFB3,RAB5C,INSIG1,CORO1A,CORO1B,STIP1,SNN,SBNO2,NDOR1,PITRM1,PSAP,MAP2K7,SLC38A2,NADK,MAP2K6,MCL1,WDTC1,ESRRA,AKIRIN2,GOT2,TRAPPC9,ZC3HC1,SH3BP5L,TMEM11,TADA3,CCDC22,DHCR7,LRCH4,MCM7,RNPEPL1,WDR1,ZC3H3,ETFB,ARRB2,PTBP1,DUSP12,MRPL2,CAPZB,PPP6R1,OPA3,DGCR2,ADSL,GPX1,RAD23A,RANGAP1,REXO2,DDOST,PTP4A3,CTDSP2,POLR1B,RP9,SLC25A11,RNF31,PPP1R15A,NDUFB9,HDAC5,SRC,WBP2,PRCC,CXXC1,FURIN,SRL,DCAF15,DNAJB1,SLC25A28,PUF60,FEM1C,CSK,POLR2J,CCDC71,SH2B2,NDUFA9,SLC35A4,NDUFA7,SPAG7,MARCKSL1,CIZ1,KCNJ11,FEM1A,MID1IP1,MBOAT7,NDUFA2,ADRM1,BCKDK,KLF6,PFKL,IMPDH1,SMAP2,PANK4,IFITM2,HDAC10,KEAP1,ACTB,FLAD1,FTH1,CCDC97,SOX4,ACTN1,MRPS18B,AP1B1,MRPS18A,TALDO1,MOGS,JMJD6,THAP4,RRAGD,ULK1,AURKAIP1,TRIM11,MGST3,STXBP2,TWF2,APH1A,CHTF8,PCBP1,VASP,MEMO1,PYCR2,UBAC1,AIMP2,ADCK1,ID2,CORO7,ITM2C,CITED2,GPAA1,MRPS12,CTSZ,LIMD2,ACTR1A,GUK1,CHMP1A,MLX,SDF4,TMED1,CTSB,COX8A,GRIPAP1,WARS,DBNL,TSC22D1,MMD,MRPS7,MLF2,RHOB,MRPS9,PITPNM1,ARHGEF1,ARHGEF2,ALDOA,SGK1,STK40,NAPA,CSTB,COX5A,NOL6,TYMP,GNAI2,ZDHHC18,HSF1,MGAT1,NT5M,DYNC1H1,PTGES2,NFYC,MIB2,TMUB1,MYO9B,VEGFA,RAB11B,PNPLA6,GRINA,NDUFA12,CCDC28B,ACTG1,CHCHD3,ARHGDIA,KHSRP,FPGS,COTL1,LMO4,PAM16,SDHB,EHBP1L1,PPIF,GEMIN7,RAF1,IDI1,NDUFB10,NDUFB11,PSMD13,COX17,SLC1A4,NDRG1,SHARPIN,DPP9,ZMAT5,GRK6,CYC1,NDUFV3,NDUFV2,MARK2,IVNS1ABP,FDPS,PRNP,UBE2B,IDH2,TIMM44,COQ9,COQ5,HIGD2A,NFKBIA,COQ2,H1F0,EFNA2,HOOK2,PQLC1,HOOK1,GNB2,LRP10,LSM14A,MXD4,B4GALT3,ACADVL,PRKCSH,DOCK7,PPP1R9B,YWHAQ,UQCRFS1,TIMM17B,FLOT2,BCKDHA,RBM14,KLF13,ATP6AP1,H2AFY,PDPK1,H2AFX,KLF16,DNM2,NDUFS7,NDUFS6,NDUFS2,CHMP6,RBM24,IRF9,RGS19,POLDIP2,TOB1,STRN4,USP19,TBRG4,DNPEP,GNG5,MAT2A,MKNK2,PTK2B,RALY,RPP14,FBRS,PTCD1,USP20,ATP13A1,ATP2B4,CLCN7,ASB8,SPRY2,RBM42,VIM,PDE7A"
+"gene_set_query"	"446"	"MBD6"	"467.0"	"ARCHS4 Coexpression,594;GTEx Coexpression,340"	"MDC1,FAAH,IFITM2,HDAC10,IFT172,PNN,PREX1,FRAT2,RAVER1,ZMIZ2,AKT2,OGFOD2,LUC7L,AKT1,CCNL2,PRKACA,NFRKB,ATXN7L3,CDK5RAP3,SLC12A9,SRRM2,DDX17,ARSA,PRKCD,CIRBP,CSNK1D,WDR73,RFX1,ARMC1,EWSR1,ULK1,PRR12,OBSL1,RPL28,VPS28,PRR14,SF1,SLC45A4,RTEL1,FBF1,STXBP2,TRMT2A,BAZ2A,PLA2G6,SNX1,RHOT2,DHX34,SYMPK,B4GALNT1,TNRC18,VASP,PHC2,CHKB,PHC1,STK11IP,TMEM50B,PBX2,XRCC1,PRRC2A,SLC6A6,ABTB1,FAM160A2,CDK10,RGL2,OGFR,GMEB2,PIGO,TCF25,PHF1,PIGQ,MED15,SMPD4,XPO6,DHX16,CIC,TMED4,PARP6,BRD2,UPF1,IFT140,EXOC7,MINK1,PRPF40B,WDR34,GMIP,ITFG2,PARP8,GAK,NCOR2,MED25,PITPNM1,HNRNPH1,PACS1,IVD,ARHGEF1,FAM193B,ARHGEF2,ATP6V0C,STK40,ERGIC1,GNAI2,GGA2,RXRB,FGD3,HIRA,GGA1,ZDHHC18,RECQL5,UNK,APBB3,MEF2D,NKTR,MAP3K3,SF3A2,YIPF2,GBF1,MYO9B,SCAF1,RAB11B,TMUB2,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,YPEL3,GRINA,CRTC2,MIDN,ANKRD13D,ZFAND3,SPPL2B,ATN1,ARHGAP44,POFUT2,MAEA,ARHGDIA,FBRSL1,PDIA3,TLE3,RNF44,KDM2A,TSC2,TRPC4AP,THOC7,ATXN2L,CTDNEP1,ILF3,HNRNPUL1,PRPF3,EHBP1L1,RAB35,CHMP4B,SRSF5,SRSF6,CSNK1G2,ANAPC2,INO80E,DDX5,CUL7,RAB5C,TUBGCP2,CCDC24,PXN,GLT8D1,SLC38A10,RASGRP2,CORO1A,SBNO2,NDOR1,STK36,GRK6,BTBD2,NADK,MARK2,MCL1,BCL9L,WDTC1,CPSF7,TNK2,ANKHD1,CLK2,PAN2,SH3BP5L,HOOK2,GNB2,CNOT3,GNAS,UBA1,SKIV2L,CLASRP,PI4KB,LRCH4,LRP10,ZNF512B,RERE,GSK3A,PPP1R13B,NAA40,LDB1,PRKCSH,AKAP8L,PIK3CD,PTPN23,ARRB2,CABIN1,PPP1R9B,SART1,LASP1,ABHD16A,PPP6R1,SNRNP70,PPP6R3,WDR6,FLOT2,MAN2C1,RBM5,SUN2,REXO1,KLF13,DDX56,ARHGEF18,ARFGAP1,MSL1,DNM2,GIGYF1,CTDSP2,USP40,PPP1R12C,CANT1,ATF6B,MGRN1,RAB1B,LENG8,SPG7,TTL,HDAC6,STRN4,U2AF1L4,MLLT6,HDAC7,DCAF15,CYTH2,NXF1,FZR1,MTA1,U2AF2,MKNK2,SH3BP2,CSK,FBRS,SH2B1,TTC14,RBM39,HNRNPA3,KDM4B,PPIL2,USP20,ATP13A1,MBOAT7,CLCN7,IMPDH1,ACIN1,SMAP2"
+"gene_set_query"	"447"	"ZNF174"	"469.0"	"ARCHS4 Coexpression,366;Enrichr Queries,457;GTEx Coexpression,584"	"POP7,EHMT2,EPRS,RPL8,RRP9,LSM10,PSMD4,ALKBH1,DPYSL2,MYC,PSMD2,PIH1D1,DNTTIP1,CD3EAP,MED6,GTPBP4,WDR77,DYNC1LI1,ARMC6,PSME3,CLPP,ZSCAN21,DDIT4,UQCRC1,RPL29,SLBP,MEPCE,NEDD4L,AGAP1,MRPL12,MRPL10,CYB5R4,PPP4C,ST3GAL2,HMOX2,FDFT1,HEXIM1,EDEM3,JUN,PRELID1,SNAPIN,JUP,ABCA3,IRF2BP1,MRPL28,PA2G4,MCAT,THAP11,TMEM199,TADA2B,CS,ABTB1,PPP5C,FAM135A,ARL2BP,HNRNPC,FARSA,ITPA,CPEB4,PIGU,ARF1,PRKAG1,MRPL38,CLTA,ASH2L,MRPL37,TMEM186,MED17,MED11,UBL7,UPF2,ZC3H10,BRD2,LYPLA2,NUDC,IFT140,MED27,MRPL43,PHF20L1,INF2,PXDN,PAFAH1B3,SF3B4,CDC123,LIN37,TIMM13,TMEM160,PSMA7,CENPB,LMAN2,RPL18,EXTL3,DEDD,RIC3,BRF2,YTHDF2,MDH2,NR1H2,WDR18,TTC9C,TMEM60,BYSL,SPSB3,PSMC5,NFIB,SNX17,PSMC1,APEX1,SNX15,SRRD,PKN1,CCNT2,NAB1,PDCD6,UBE2D1,SALL2,RUVBL2,CFL1,FBRSL1,SNRNP35,MAF1,HMGN2,HMGN1,SLC39A3,VPS33A,RPS5,AIP,THOC3,THOC5,SAP30,PYGO2,CLIP1,RAB35,FKBP4,SNRPA,SRSF9,SNRPB,RAB5B,INSIG1,GLO1,MAZ,ANKRD12,STK39,ITPR1,NRF1,PHB,CORO1A,HSPBP1,SPATA7,GLIS2,SOCS2,RAP1A,DDRGK1,ZKSCAN2,CCDC32,MCL1,MPDU1,ANKRD27,POLR3GL,FUS,FBXO38,LSM4,ZC3HC1,NSFL1C,SH3BP5L,SLC7A6OS,SCCPDH,CNIH4,ISY1,SLC25A1,TRADD,MRPL4,DUSP12,MRPL2,CAPZB,NOB1,VPS72,SUMO3,UBTF,WDR5,HIF1AN,MRPL9,PGLS,MDP1,SNAP29,TNPO3,SIGMAR1,EDF1,COASY,NIPSNAP1,CTDSP2,POLR1B,PPP1R12B,SLC25A12,DCTPP1,PPP1R15A,BECN1,NFAT5,RNF34,RAB1B,PRCC,CXXC1,ZBTB45,LAGE3,DNAJB1,PARD6A,POLR2A,PUF60,POLR2C,POLR2D,EIF4H,FEM1C,FYN,IGF2BP3,WASF1,AAMP,CCDC71,TUB,GPKOW,RNF25,FBXL19,MBOAT7,ADRM1,FOXJ2,HIP1R,CDC5L,LYSMD1,RPRD2,BCKDK,SLC25A38,KLF6,POLR3B,IMPDH1,EIF3G,PANK4,SMARCB1,ZMYND8,EIF4A3,CISD2,KEAP1,PDCD2L,ACTB,NUBP2,KAT5,PPP2R1A,CDC26,DPF2,ARL6IP4,CCDC97,SEPHS2,SOX4,TBC1D10B,ACVR1,IMP3,NFKBIL1,COG3,BOLA1,ANK3,MIF,THAP3,GRWD1,CSNK2B,CD2BP2,PFN1,AURKAIP1,CBLL1,MMADHC,DHX8,SUPT4H1,TWF2,RPAP3,CHTF8,PATZ1,TRAP1,XRCC1,MYO5A,MEMO1,SMARCA2,INTS5,SDC1,RNPS1,TECPR2,ITM2C,HIP1,PTPRS,CCDC127,GPAA1,MRPS12,VLDLR,PCSK7,ACTR1A,C1QBP,KIF1B,CTSB,CCT3,PRMT5,CCT2,MRPS26,SEC13,TSC22D1,PRMT1,TSC22D3,PRPF40B,MRPS2,MRPS7,CBFA2T2,MLF2,RHOB,TOX4,SLC22A23,SCNM1,RPUSD1,FRG1,SGK1,SSNA1,COX5A,ARNTL,SCAND1,CCT7,MAP4K4,MAP3K3,RANBP1,NFYC,TMUB1,VEGFA,PPP1CA,PDCL3,KBTBD4,MPHOSPH9,KLHL7,PRPF31,KBTBD7,WWC1,SPPL2B,CHCHD4,CHCHD2,TMEM147,EP300,NSF,SHISA5,LMO7,TUFM,TMX2,EHBP1L1,TBC1D25,RAF1,RTN3,NDUFB10,HTRA2,CACNA1A,DPP3,ZMAT5,CAMTA1,CYC1,NDUFV1,PRNP,KLHDC3,UBE2I,PCIF1,IDH2,COQ7,HOOK2,HOOK1,COPE,ASNSD1,PRKCSH,CHD6,USP39,PITPNC1,LMNB1,BCL7A,YWHAQ,SNAPC2,MLST8,SPEG,TIMM17B,GET4,RBM17,RBM14,ATP6AP1,PDPK1,IQCE,DDX54,EEF1G,NDUFS8,NDUFS2,CHMP6,STOML2,PARG,POLDIP2,USP10,RNF5,ADD1,TMEM201,DNPEP,RAB40C,PPP2R3C,SAP30L,RALY,ABCF2,CDIPT,PTCD1,KDM4B,SGTA,MIIP,NAP1L4,RBM42,TAF6,R3HDM1,RBMX,RAN"
+"gene_set_query"	"448"	"FEZF2"	"471.3"	"ARCHS4 Coexpression,904;Enrichr Queries,409;GTEx Coexpression,101"	"ARL6IP1,MYT1L,STMN2,STMN3,GPR173,DPYSL4,RPS19,RPS18,DPYSL2,DPF1,CCDC92,ATXN7L3,EPHB1,SOX5,EPHA5,EPHA4,HES6,MEF2C,RBFOX1,WSB2,PTOV1,ISLR2,SOX11,SOX12,MAPK8IP2,ANK1,SFRP1,PRKAR1B,ASPHD1,AKAP9,TAGLN3,RPL26,CTXN1,STX1A,PFN2,ASTN1,GPM6A,NECAB1,NRN1,TSHZ3,FOXG1,CEND1,AGAP3,KALRN,ABR,NKAIN1,FAM171A1,PPP3R1,FAM171A2,RIC8B,PGBD5,KCNN1,SCN3B,ZSCAN18,NTNG2,FZD3,PTPRN2,ARPP21,BCL11B,CADM2,BCL11A,ST8SIA2,NR2F1,DCLK2,KLHDC8B,DCLK1,SMARCA4,MEX3A,STAG2,RPS29,PPP1R1B,CALM3,SERPINI1,RCOR2,RPS24,ARF3,PCSK2,GABRB3,ROBO2,CDKN1C,CSRNP3,NCAN,GRIK5,DENND1A,GRIK3,SLC35F1,NAT14,RNF157,SERP2,JPH3,TUBA1A,CSRP2,CAMKV,ENC1,NCS1,IDS,DLGAP1,NEFM,KIF1A,DLGAP3,PSD,PCYT1B,PRMT8,ITPK1,ANO8,SYP,CBFA2T2,PGM2L1,SYN1,DUSP6,RGMA,ZEB2,TUBB2A,MPPED1,VSNL1,MMP17,KIT,PXDN,MPPED2,CHST1,ARHGEF4,RNF165,SATB2,SEZ6,SNX32,TMEM160,NEDD8,ADCY1,NOL4,BEGAIN,RPS15A,CAMK2N1,NPY,CHN1,RPL13,GPC2,SLC17A7,CTNNA2,ATP6V0E2,RPL17,RPRM,ARNT2,GABBR2,CENPV,PCGF2,WNT7B,GABRA3,TTC9B,NFIA,NFIB,FABP7,FKBP1B,TTC3,FAM171B,APBA1,APBA2,CDK5R2,CDK5R1,PRDM8,MIDN,RAB3A,CLSTN2,CTNND2,ARHGDIG,COX6A1,CDH8,RIMS1,RIMS4,ATCAY,SALL2,KIF5C,CHCHD6,KIF5A,PALM,NRCAM,STK32C,PPFIA2,RGS7,CHRNB2,SEMA6B,LMO1,KIRREL3,TLE4,DSCAM,LMO4,RPS8,IGFBP2,LMTK3,MATK,TBR1,RUNDC3A,DGKZ,POU3F2,POU3F3,SHISA7,CLIP3,DISP2,OLFM1,SCG3,PHIP,LY6H,TOX,GRIA1,GRIA2,RTN3,BRSK1,BRSK2,NTM,ABHD8,LPL,CACNA1A,CABP1,BHLHE22,DTX3,CPLX2,CACNA1E,FBXO41,CACNA1G,PHF21B,PDZD4,NEUROD2,IGSF21,EFNB1,DPP6,NEUROD6,DEAF1,BTBD2,CASKIN1,TCTEX1D2,ATP6V1H,PLXNA1,NDN,KIF3C,OTX1,SRGAP3,LRRC4C,RAB6B,PLXNA4,LRRC4B,BPTF,SYT5,SYT4,SYT3,CBX6,ZFHX2,SYT1,AUTS2,HSPA4,NSG1,ADAP1,BTBD9,GNAO1,DLG2,DAB1,NR4A3,CDK5,LHX2,DLG4,HOOK1,REEP2,MAP3K10,CSPG5,PIN1,UBA2,IFT27,NF2,FGF13,CNIH2,CNIH3,SNAP25,CNRIP1,ELAVL4,CELF4,CHD6,CELF5,FBLL1,ELAVL2,SYNE2,PPP1R9B,ELAVL3,LRRTM1,LRRTM2,GDAP1L1,PHACTR3,ERC2,SULT4A1,YWHAH,EMX1,CCDC34,RNF208,VPS37D,RPL13A,H2AFV,NAV1,SEZ6L,SEPT5,NIPSNAP1,SEPT3,GAP43,PTP4A3,DALRD3,NRG3,UBE2R2,SNPH,DDAH2,PPDPF,CDH11,RPL37A,LANCL2,DCX,FAM84A,CDH13,LUC7L3,NAT8L,SHANK2,SHANK1,CAMK2B,STOML1,NLGN2,CLEC2L,NRXN1,RPL36A,AGPAT4,CACNG7,TFPT,GNG3,CACNG8,FAM168A,SLITRK1,NNAT,POLR2D,SPOCK1,FSD1,IGF2BP2,SNCB,CRYM,SLC25A22,OPCML,LINGO1,NTRK2,SLC12A5,PCDH9,NTRK3,PCDH7,LIMK1,B3GAT1,PCDH8,CADPS,ATP2B4,CCK,MEIS3,MEIS2,HS3ST2,NELL2,MAPK10,FAM155A,GLRB,PPP2R2C,APC,PPP2R2B,NOVA2,TSPAN18,INSM1,SSBP3,CBLN1"
+"gene_set_query"	"449"	"SKIL"	"471.7"	"ARCHS4 Coexpression,353;Enrichr Queries,458;GTEx Coexpression,604"	"TES,NUP107,TFRC,EHMT2,HNRNPU,SMC5,WDR83,LSM12,ALCAM,PPP4R2,IGLON5,DPYSL2,MYC,GPBP1,IER5,SAMD10,IER2,MEF2A,MEF2C,WSB1,CXADR,IAH1,TSPYL1,RBFOX3,CSNK2A2,CD3EAP,EML4,DDIT4,ASPHD2,SF1,SET,SAR1A,AGAP2,NEDD4L,VPS26B,PRKCZ,HIF1A,PRDX3,LDHB,LDHA,RHBDL1,JUN,JUND,PHC1,GPR12,PLK2,RDX,IRF2BP2,FAM136A,EIF1,PRRC2A,LAS1L,FARSA,CPEB4,BTG1,MRPL39,TRIM9,MRPL42,B3GALT1,RRP15,UPF1,SLC39A10,ELOVL6,FAM126A,DUSP6,SRP9,SLC7A5,ZEB2,PSMA3,KIFC2,PSMA2,TMEM33,PXDN,MTF2,PAFAH1B3,ARF5,PAFAH1B2,ARF6,CDC123,FAM117B,PSMB5,ASNA1,SC5D,ZSWIM6,CKB,SRSF10,MDH1,CSNK1A1,WDR18,SYNJ2BP,NFIB,ETNK1,TAOK2,NUCB1,PKN1,CSE1L,UBE2D3,CLSTN1,CLU,BZW1,SLC8A2,PPP1CB,POFUT2,CFL1,PLS3,CEP250,MTPAP,SLC38A1,TPM4,IGFBP3,VPS33B,TPM1,VASH2,GTF2F1,FOXP1,CLIP3,CTDNEP1,MORF4L1,MSH2,ZFP41,RAB35,SRSF3,ADNP,SRSF6,SQSTM1,BRSK2,PFKFB3,RAB5C,CBFB,INSIG1,LIN7C,GTF2E1,GLIS2,ORC5,GOLGA7B,BAG4,ORC3,G3BP1,ANKRD10,SRGAP3,NAE1,IP6K1,SLC38A2,MCL1,MDM2,SERINC5,RNF187,ITGB1,HSP90AB1,PTEN,DUSP12,SUMO1,PPP6R1,PPP6R3,PGM3,PMEPA1,TLK1,TNPO2,HSP90AA1,PLEKHG2,DST,WIPI2,PTBP2,ARL4C,PTP4A1,PTP4A3,DNAJC5,CTDSP2,BCAT1,SEC22B,PPP1R15A,NFAT5,HDAC2,WBP2,MAK16,CXXC1,KATNB1,ZBTB45,PDHB,FOXRED1,RAB21,FOXRED2,NFS1,GANAB,PUF60,CCDC85C,RBBP4,U2AF2,EIF4H,BEND3,FEM1C,FSD1,EIF4E,DCAF13,MARCKSL1,SLC12A5,SSB,PTPN12,PNRC1,KLF7,MARCKS,KLF6,PFKL,EIF3M,PSAT1,DNAJA2,PPIL4,APP,TMEM183A,TMEM41B,CCNH,JMJD1C,CCNC,THUMPD1,ACTB,FTH1,LONP1,BSN,CCNL1,EPHB1,GLUL,SOX4,ATP6V1G2,ACTN1,BROX,IFRD1,ARRDC3,ACSL6,MOGS,STX1B,NIF3L1,HECA,SIK1,FAM76A,EZR,TRIM11,MMADHC,PEX11B,DCUN1D4,DCUN1D1,PIK3R1,UGCG,SYNGR1,SGPL1,MIER1,CSTF1,TSPAN5,HIVEP2,BCL11A,ERAL1,PAICS,GADD45G,EXT1,ID2,ANP32E,SUGP1,ITM2C,NRP1,CITED2,PAK1IP1,GDI2,SLC7A11,PRPF19,HERPUD1,AKAP12,ENC1,SDF4,TMED7,TSC22D1,TSC22D3,MINK1,PRPF40A,SREBF2,MLF2,RHOB,RAP2C,ENAH,RAP2B,CTTN,RPUSD1,HNRNPH1,SGK1,EEF1E1,NAPA,SLC20A1,PCNP,TCEAL8,NFIL3,CCT8,DYNC1H1,NPM1,UBE2G1,MPP6,VEGFA,PRPF39,CAPZA1,CTNNB1,APBA2,MIDN,ZFAND6,IGF1R,BASP1,ARID2,UBE4A,KCTD2,SDHD,ATP1B1,PRPF6,HNRNPUL1,HNRNPUL2,TBL1XR1,TMX1,UBE2V2,ABCG4,NDRG4,PSMD12,PSMD11,BTF3L4,LTBP4,TOR1AIP2,PDS5B,RPF2,NDRG1,EFNB2,QSER1,IVNS1ABP,PRNP,CBX5,HSPA5,NUP155,CPSF3,IDH1,CRIM1,KLHL24,DNAJC16,EIF2S1,NFKBIA,UBE2W,NR4A3,EFNA2,PAN3,HOOK2,HOOK1,OSTC,GNB2,GNB1,CNTN1,UBE2N,TAB1,LSM14B,GSK3A,DDX3X,PRKCSH,CHD8,SLC2A3,HMGB1,AFF4,RND3,ELAVL3,PPP1R9B,CASP3,MLST8,PDE4B,CASP2,LRRFIP1,KDM6B,MAPK1IP1L,PDPK1,H2AFZ,PPP2R5D,SENP3,YWHAZ,TGFBR1,VCAN,IGDCC4,THRAP3,NUP50,OTUB1,DCTN3,NRXN2,ADD2,HSPD1,STRN3,UGP2,CHSY1,TRA2A,PTK2B,RALY,MAPK6,TTC14,EYA3,ATP2B1,TEF,FAM131B,SPRY2,ATP13A3,VIM,NAA15,SUGT1,ABCE1"
+"gene_set_query"	"450"	"ZNF385B"	"472.3"	"ARCHS4 Coexpression,709;Enrichr Queries,405;GTEx Coexpression,303"	"CYFIP2,ZFYVE9,CISD1,ENO2,SCAMP5,RNF112,HERC1,DPYSL2,DPYSL3,BSN,EPHB1,TBC1D10A,CALN1,ANKS1B,UNC13B,PDHX,SRRM3,EPHA4,SRRM4,RBFOX1,EPHA7,MEF2C,ATP6V1G2,TSPYL1,UNC13A,RBFOX3,UNC5A,SLC6A17,PRKCE,CACNA2D1,ANK2,ANK3,MAPK8IP2,ANK1,GABRG2,STX1B,PRKAR1B,HECW1,VDAC3,GPM6A,STXBP1,NEDD4L,DCUN1D2,CEND1,TMTC1,PRKCZ,KALRN,APOO,SYNGR1,PPP3R1,FXR2,PGBD5,FLRT2,TSPAN7,B4GALNT1,RIMKLA,NTNG2,CADM3,PRRT2,PTPRN2,HOMER1,FAM78B,IQSEC2,CADM1,CADM2,SS18L1,ABCA3,MICAL2,HSPA12A,SNAP91,DCLK1,WNK2,FAT3,CALM1,CDK14,CDK16,ITM2C,GABRB3,ROBO2,GABRB2,GFM1,TMEM151B,KCNC1,DIRAS1,GRIK5,DIRAS2,GRIK2,SLC7A11,SHD,ROBO1,SHF,AKAP12,JPH4,TRIM9,PPP3CB,MMP24,PCLO,JPH3,DNER,IDS,KIF1B,DLGAP1,KIF1A,ZYG11B,RPS6KL1,ACTL6B,SIRT4,SYP,RHOA,SYN1,MLF2,CNKSR2,VSNL1,KIT,MPPED2,PXDN,MAPRE3,MAPT,PLCB1,SGK1,PTMA,SLC29A2,GAS7,NAPB,NFIX,STAU2,AMIGO1,ADAM22,GDPD1,GNAI3,AKAP6,ADCY1,PRICKLE1,CAMKK1,CAMKK2,ANKMY2,CAMK2N1,HSF2,CHN2,ADAM23,CHN1,ANO10,SLC17A7,CTNNA2,NCDN,GABBR2,MPP3,GABBR1,MDH1,ATRNL1,LSAMP,SORBS2,NMNAT2,GRIN1,NFIA,NFIB,PKN1,TACC2,FHOD3,ATP8A2,RAB3A,CLSTN2,ATP8A1,CLSTN3,CTNND2,CLSTN1,CIB2,OGDHL,FRY,CLU,SLC8A1,CDH8,SLC8A2,ARHGAP44,RPH3A,RIMS1,TMEM145,CDH2,ARHGDIA,KIF5A,NRCAM,MACROD2,SH3GL2,PCDHAC2,FADS1,SYBU,NSF,BIVM,SEMA6C,IGFBP3,LMO3,MAGI2,TMOD2,ADAM11,TTC7B,KCTD2,FRMD4A,ATP1B1,RUNDC3A,CLIP3,OLFM1,PREPL,CACNB4,EEF1A2,MADD,TBC1D24,FKBP3,ABCG4,FKBP5,BRSK1,NDRG4,NDRG3,RTN1,NTM,CACNA1B,STK39,ITPR1,LPL,CACNA1A,DTX1,NDRG2,CPLX2,CPLX1,RAP1GAP,RHOBTB2,NEUROD2,DPP6,KLC2,FUT9,PLXNA2,CAMTA1,LONRF2,RAB6B,SMAD2,SYT4,OSBPL5,GOT1,AUTS2,SYT1,ANKRD24,GOT2,SYT7,GNAO1,REEP1,PTPRD,AHI1,ARHGAP32,DLG2,HOOK2,NBEA,HOOK1,DLG4,AAK1,CNTN1,CPE,ACO2,FGF13,BCL2L2,SNAP25,DOCK3,CELF2,CHD6,ATP2A2,LDB2,AFF3,PKD1,GPHN,POLB,PTBP1,GRM5,BCL7A,PSD3,TMEM108,PDE4B,ERC2,SULT4A1,YWHAG,USP47,DST,PDPK1,SGIP1,ABCC5,PDE4D,UBE2QL1,NAV2,DNM1,VCAN,PTP4A3,ALS2,NAV3,DNAJC6,CDH10,CDH13,NAT8L,MET,RBM24,SHANK2,CAMK2B,NLGN1,NRXN1,NRXN2,ATP1A3,NCALD,JAKMIP3,ADD2,DNAJB2,MAPK9,SPOCK2,POLR2D,SLIT1,REPS2,SPOCK1,SNCB,OPCML,NTRK2,SLC12A5,KCNJ11,NDUFA5,PCDH9,NEGR1,NDUFA4,PCDHGC4,USP22,PCDH7,CADPS,B3GAT1,PDE4DIP,NAP1L2,ATP2B2,USP28,NELL2,SBK1,PDE10A,TEF,PPP2R2C,RAB15,PPP2R2B,FAM131B,METAP2"
+"gene_set_query"	"451"	"OLIG2"	"472.5"	"Literature ChIP-seq,69;ARCHS4 Coexpression,592;Enrichr Queries,716;GTEx Coexpression,513"	"GMFB,RBPJ,TSKU,SCAMP5,FAM110A,PREX1,SCAMP4,KRTCAP2,PSMD7,DPYSL5,DPYSL2,DPYSL3,FAM110B,PWWP2A,AKT1,HIST3H2BA,GABARAPL2,HES6,UNC5A,STARD7,HDHD2,EML4,ASPHD1,RFX7,FEZ1,CLNS1A,RUFY3,DDIT4,SPARCL1,MTMR1,ABCB6,TTYH1,AGAP2,AGAP1,AGAP3,AAAS,PLA2G6,ADAMTS10,CYB5R1,RHOT1,CYB5R3,RNF215,PRKAR2A,JAG2,ABCA2,JUN,CADM4,CADM2,FUCA1,NR2F1,EIF1,CS,ABTB1,TDP1,SFXN3,PSMG3,FXYD6,EZH1,RNF220,NCAN,RPLP1,RPLP0,MRPL37,MRPL34,SHD,BBC3,JPH4,JPH3,NEFL,NEFM,DLGAP1,SH3BGRL3,ENOPH1,DLGAP4,APC2,LRRC47,ACTL6A,NIPA1,SIRT4,SLC39A11,DUSP8,GMIP,MED29,DUSP6,SIRT2,DUSP7,PSMA5,TMEFF1,SLC7A5,MED25,TMEM33,CDC42EP4,PXDN,SLC29A1,DSCAML1,RNASEL,RNASEK,ELOF1,WRB,URM1,ODC1,ADAM22,SEZ6,TMEM70,GGA3,MICALL1,LEO1,RABAC1,ZSWIM5,EXTL3,MEF2D,JAM3,NKTR,MBD6,GOLM1,STAT2,SNX22,TMEM59,SNX19,FABP5,PSMC3,FABP7,SLMAP,SNX15,TAOK2,PSMC2,TSR2,UBAP2,PKN1,AGRN,YPEL5,GZF1,HDDC2,MSI1,EIF4ENIF1,LAPTM4A,STK11,ATCAY,UROD,SESN1,ADORA1,PMPCB,MAP3K9,KPNA2,PPP1R16B,PIAS4,UBE2E1,ZBTB34,FOXP4,SRCIN1,CDC25B,TPST2,OLFM1,ACAP3,FRMD5,OLFM2,SLC9A5,LIX1,SLC9A8,FSCN1,SRSF3,PKP4,SLC27A3,SQSTM1,SRSF9,GRIA2,SHC2,KHDRBS3,PEF1,GPR85,STK39,ARL2,RAP1GAP,GLIS2,HSP90B1,IGSF21,ZKSCAN3,ZKSCAN2,E4F1,SLC38A2,LRRC4B,HPS4,EEF2,CORO2B,IBTK,STK25,NACA,MDM2,ACO1,CLPTM1L,LRCH4,NFE2L1,HSP90AB1,COX4I1,CELF3,CELF5,ARRB1,BICD2,FSD1L,DGCR2,TRIM67,EIF5B,DST,PEG3,SEZ6L,ARL4C,QTRT1,IMPACT,NSMCE4A,BCAT1,SLC25A5,GAPDH,BIRC2,CXXC1,FOXK2,PARD6G,U2AF1,ZBTB45,PPM1D,CXXC4,PTPRZ1,NNAT,SH3BP4,FYN,IGF2BP3,SLC25A23,ATP9B,HNRNPA0,GADD45GIP1,NTRK2,LINGO1,MARCKSL1,TRIM41,PCDH9,FEM1B,NTRK3,CNBP,PCDH8,HIP1R,TPD52L2,GSTZ1,MYO1B,PINK1,SYT11,ST7,OCIAD1,TRIM35,KCP,MDGA1,BCAR1,EIF3A,EIF4A1,LPGAT1,SMARCB1,CERK,THUMPD3,NUDT3,ACTB,CRKL,RASSF2,TRIM28,CDC27,KIF21A,TRIM27,EPHB2,EPHB1,KCNK10,ARL15,LIMCH1,ENTPD4,ACTN1,ECH1,ZFP2,CIRBP,TALDO1,MMD2,ANK2,ACTN4,CSNK1E,ANK1,MFSD10,SFRP1,KCNQ2,KCTD13,TAGLN3,TRIB2,ADCYAP1R1,NUMBL,L3MBTL3,NRN1,FOXG1,SDC3,CEND1,PIK3R3,PIK3R1,TTBK1,GSPT1,NKAIN2,COMMD9,SEC14L1,PCBP3,PCBP4,TSPAN7,HIVEP1,KCNN1,SURF6,TSPAN5,KCNN2,TSPAN3,HIVEP2,RIMKLA,RAB11FIP4,SNX6,SURF1,LRRN2,ST8SIA2,DCLK2,MICAL2,SMARCA2,PAICS,IFFO1,SMARCA4,ICK,ARMC10,PTK7,WNK1,ID2,COL9A3,LRRN1,CALR,RCOR2,SUGP2,DDR1,PTPRS,DOC2A,PPP1R10,GRIK5,PAK1IP1,CCDC124,GRIK3,AATK,SLC7A11,GRIK2,PTPRF,PCM1,MAP1LC3B,ENC1,NCS1,KIF1B,QSOX1,KIF1A,CTSF,GIT1,NCOA2,PCYT1B,MMD,MINK1,RGMB,SREBF2,RGMA,RNF144A,MN1,RAP2A,CSDE1,ARHGEF4,NCOA7,CRELD1,ARHGEF7,FJX1,DBN1,STK40,SATB1,INPP1,MRPS33,DOT1L,PRICKLE1,COX5B,SH3BGRL,MNT,PGRMC2,NFIL3,CAMK2N1,EXOSC9,HSF1,RAE1,EXOSC2,GABBR1,KLHL2,UBE2G1,UBE2G2,MIAT,VEGFA,MIB1,SGSM1,FKBP1A,PER1,CSDC2,TTC5,KIF26A,NEDD4,FAM171B,HDGF,TACC2,PRDM8,FHOD3,SCARB2,SH3GL3,SYS1,WWC1,COX6A1,CELSR2,AMMECR1L,KIF5C,KIF5B,PALM,CAPN2,DENND5A,BAHCC1,KIRREL3,TMOD2,POU3F1,POU3F2,RUNDC3A,SDHB,MID1,POU3F3,DOK4,DOK5,GPD2,PPIA,RTN3,DDX6,NDRG4,RTN1,NPR2,SLC1A1,CACNA1A,HTRA2,BHLHE22,NDRG2,NDRG1,TIMM50,CACNA1G,ENHO,DEAF1,CAMTA2,H1FX,QSER1,SYT5,SYT4,ZFHX2,KLHL26,GNAO1,QDPR,BMP1,PAN3,HOOK2,CCPG1,GNAQ,CNTN1,CNTN2,TAB1,FGF11,YWHAE,RERE,PODXL2,LDB1,PRKCSH,CHD6,CHD5,ARHGEF10L,CHD3,RND2,CHD2,SOBP,PPP1R9A,PITPNC1,LMNB1,PPP1R9B,EEF2K,BCL7A,GDAP1L1,DACT3,GALNT9,TBC1D8,NAV1,GPCPD1,EPN2,VCAN,EEF1D,PPDPF,NAA35,NAT8L,ZMYND11,SHANK3,CUEDC1,INA,DCTN6,DCTN1,TGFBRAP1,ASB13,CRMP1,RBM4B,NT5C2,CLCN3,ADD2,GNG2,TMEM203,SV2A,GNG7,SPOCK2,SLIT1,NAA25,SPOCK1,SMNDC1,CLVS1,ARFGEF1,RBM39,TAF13,CDK11B,USF1,SMUG1,CLCN7,GALE,SBK1,FAM131B,ERCC2,FAM131A,NAA15,VIM,MBTPS2,IPO13,CYFIP1,MYT1L,STMN3,STMN4,DCAF5,RPL8,BACH1,GLS,RNF112,MYC,PIP4K2A,IER2,ANKS1B,CHGB,REV1,SOX11,DYNC1LI2,DAAM1,PRR18,TARS2,DUS3L,ASTN1,CDC42SE1,PHYHIPL,SLAIN1,RRP7A,FAM160B1,FAM171A1,ABR,LDHA,CHST12,GAR1,NRBF2,SERF2,LHPP,CDK19,PHC2,JUND,H3F3B,IRF2BP2,MTHFR,MEX3D,GPN1,PRRC2B,HNRNPL,PPP5C,HNRNPF,ATG2A,PPT1,MMS19,CDKN1C,SETD5,PYGB,TCF20,ADO,ING1,RNF157,TRIM8,TRIM9,UBL5,TRIM2,GARNL3,WDR37,EXOC7,ITPK1,TCF12,TAF6L,TUBB2B,ZEB2,TUBB2A,GAS7,RNF165,GRN,CLDND1,PHLPP1,NFIX,HSPA14,FGD3,CHN2,ANKRD50,RPL19,RUNX1T1,RPRM,SF3A3,YTHDF3,RIOK3,SYVN1,DEF8,RNF145,NFIA,NFIB,SARM1,ATP8A2,ATP8A1,CTNND2,CLU,TUBB3,SLC39A6,LZTS2,HMGN2,LZTS1,KCMF1,MAGI1,TLE4,SEMA6B,TLE3,MAP2K1,RNF44,TLE2,RPS9,TPM3,IGFBP3,GPT2,MAGI2,IGFBP2,FRMD4A,FRMD4B,CLIP3,CLIP2,CLIP1,ARMCX1,RAB31,ADNP,BRSK1,BRSK2,ANKRD11,SLC38A10,AK3,KLC1,NEUROD2,STIP1,HMBOX1,ESD,BTBD2,ABL1,PLXNA2,SRGAP3,SRGAP1,SKIL,MAP2K6,ANKRD28,EIF2B4,TRAPPC3,ANKRD27,TNK2,OSBPL2,MARCH9,ADAP1,SCRT1,SYNJ1,NSG2,LHX2,ZFP62,REEP2,CSPG5,RNF181,PLXNB2,NACAD,SERINC1,IARS,DHCR7,CNOT8,LZTR1,EIF4G2,SERINC5,SLC48A1,MCM7,DUSP12,PTBP1,PSD2,SGCB,SIN3A,PHACTR3,WDR7,EVI5L,SLC37A3,ILKAP,GPX4,SGIP1,LANCL1,ZFP91,RPL13A,PTP4A1,PTP4A2,PTP4A3,DNAJC7,ASPH,TRAF4,CTDSP2,LANCL2,CCDC43,NLGN3,HDAC5,GTF2A1,SMARCD2,NLGN2,WBP4,TULP4,JAKMIP2,DNAJB2,AP3M2,CACNG7,NFS1,PUF60,POLR2E,VPS54,UGGT1,CACNG4,TUB,SPAG9,KCNJ11,SMOX,SEMA4B,PTPN11,FBXL16,FBXL14,PNRC1,BCKDK,CUL4A,NFASC,MARCKS,NIN,VAPA,VAPB,DOLPP1,RAB12,MFAP2,VPS41,INSM1,APP,TCERG1,ISCA1,IFITM2,CMAS,HDAC11,HS6ST1,HS6ST2,RPS15,PNN,RPS19,DPF1,SAP130,ARL6IP5,RPS11,GOLGA7,RPS10,SRRM4,NFKBIL1,ARRDC3,ACSL6,MTUS1,BOLA1,MRPS18B,COG1,MAPK8IP1,INPP4A,KATNAL1,LLGL1,BEX4,GPM6A,MACF1,IGSF8,TSHZ3,STXBP1,IGSF9,NUAK1,PTDSS1,SGPL1,INPP5E,GSE1,TNRC18,PATZ1,RALGDS,GPM6B,NTSR1,ATP6V0A1,BCL11B,BCL11A,SNHG6,MEMO1,GADD45G,RPS26,CCDC88A,RPS28,FUBP1,RPS21,ITM2C,HIP1,GDI1,RYR3,UCHL1,SLC22A17,XPO6,DNER,CDV3,PRMT8,CBFA2T2,MLF2,PRPF18,FAM20C,RHOU,MAPT,SGK1,ICA1L,GDPD1,AKAP6,PTN,GDPD5,TRAK1,TRAK2,CST3,PPP2CB,CUX2,CTNNA2,APBB1,ATP6V0E2,MAP4K5,MAP4K4,RANBP2,ARNT2,MTX1,LSAMP,ATAT1,MPHOSPH9,MARS,MEGF8,APBA2,CDK5R2,HDLBP,MRFAP1,ARID4A,CIB2,PAIP2B,TATDN2,BASP1,COTL1,NRCAM,PHYH,DSCAM,KDM2B,APLP1,MATK,SHISA4,TSC1,KCTD2,ATP1B2,SHISA7,KCTD6,MYCN,CMPK1,ELMO2,SCG3,XPR1,DAP3,ZCCHC8,RPS19BP1,NTM,TMEM59L,HPCA,BTF3L4,LPL,FBLN1,CABP1,DTX4,CSF2RA,TMEM121,EFNB2,PDZD4,DPP6,EFNB3,SCUBE1,UBB,RPRD1B,OTX1,MARK3,KLHDC10,ACBD5,CBX6,WSCD1,PTCH1,CBX2,IDH1,TBCB,COQ7,SMAD5,AZIN1,COQ2,DLG2,EFNA2,DLG5,JMY,CLASRP,LRP11,DOCK4,USP38,THRA,ELAVL4,YBX1,ELAVL2,ELAVL3,SEPT7,ZC3H7A,MFSD5,MCF2L,FLOT1,USP46,KDM6B,HGSNAT,H2AFY,SEPT3,GAP43,IGDCC4,DCX,DNLZ,CAMK1G,B4GALT5,RGS16,USP12,NRXN2,ATP1A3,SPG7,MTIF3,TM2D3,DLL1,TOB1,STRN3,TBRG1,TFPT,FAM168A,IGFBPL1,ALDH1B1,RPS6KC1,SAP30L,NT5DC2,NCAM1,SNCB,SNCA,CLASP2,MAPK3,SPEN,ATE1,B3GAT3,USP21,PCDHGC4,B3GAT1,PCDHGC3,LIMK1,NAP1L1,PPP2R3A,MEIS3,MEIS2,FMNL2,PPP2R2C,PPP2R2B,CAPN10,CDK2AP1,SSBP4"
+"gene_set_query"	"452"	"SKI"	"474.5"	"ARCHS4 Coexpression,208;GTEx Coexpression,741"	"APP,DIXDC1,JMJD1C,ZDHHC8,ENO2,RNF112,NDST1,TRIM28,MPRIP,RAVER1,RUSC1,IGLON5,ZMIZ2,AKT1,PRKACA,ATXN7L3,CALN1,SRRM2,SRRM3,SRRM4,RBFOX2,RBFOX3,CSNK1D,MOGS,SCRIB,ANK3,ACTN4,MAPK8IP3,PISD,HCFC1,NISCH,TIAM1,RUFY2,ULK1,PRR12,LLGL1,SF1,POM121,PAXIP1,TBC1D9B,TTYH3,STXBP1,TRANK1,ABR,SYNGR1,PPP3R1,PCBP3,PCBP4,SYMPK,TNRC18,PLCG1,PIP5K1C,MAP4,ABCA2,CADM3,PRRT2,TMEM184B,INTS1,IQSEC1,MICAL3,IRF2BP1,MICAL2,PBX2,L1CAM,PRRC2B,POU6F1,PRRC2A,HNRNPL,SFXN3,CALM3,EZH1,ARF3,PHF2,DAZAP1,TMEM151B,PTPRS,KCNC1,GDI1,DIRAS2,AP2A1,GRIK2,PRPF19,SMG5,SHF,MECP2,TRIM8,TRIM9,MMP24,PCLO,TRIM3,TIMP2,SDF4,CIC,GIT1,GARNL3,UPF1,MINK1,DYNLL2,SREBF2,NCOR2,INF2,KIFC2,PACS1,WAC,RAPGEF1,ARHGEF2,NFIX,ADAM22,CENPB,CAMKK2,GNAI2,HIRA,ARVCF,CHN2,FLNA,ANKRD52,MEF2D,RUNX1T1,SF3A1,DAB2IP,AP3D1,MYO9B,SCAF1,GATAD2A,NFIA,TAOK2,NUCB1,PKN1,PNPLA6,MEGF8,GRINA,ZFAND3,CD81,CLSTN3,CLSTN1,ATN1,PHRF1,CELSR3,SLC8A2,RIMS1,TMEM145,ARHGDIA,FBRSL1,LZTS2,SBF1,SH3GL2,SH3GL1,TLE2,ADAM11,KCTD2,DGKZ,DHDDS,DISP2,ATXN2L,ACAP3,TOM1L2,CLIP2,HNRNPUL1,HNRNPUL2,MADD,RAB35,FSCN1,ANKS6,ABCG4,CSNK1G2,GLYR1,ANAPC2,ARHGEF25,NXPH3,NPR2,MAZ,CHRD,LTBP4,CACNA1A,PRPF8,SUPT6H,NEUROD2,IGSF21,SCRT2,RAI1,SBNO2,KLC2,DVL1,BTBD2,NACC1,ABL1,DVL3,CAMTA2,MARK2,BCL9L,WDTC1,SYT4,CPSF7,ATP8B2,CPSF1,SEC16A,TNK2,EEF2,CLK4,CHERP,LRCH1,SH3BP5L,GNB2,GNB1,PI4KA,PLEKHM2,PLXNB2,LSM14B,BCL2L2,NFE2L1,MAP3K12,MXD4,EIF4G1,RERE,ZNF512B,KDM5C,GSK3A,PRKCSH,ARHGEF10L,CHD3,PTPN23,PKD1,ELAVL3,PPP1R9B,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,MCF2L,UBTF,ERC1,TNPO2,GALNT9,YWHAG,TRIM67,DGCR2,ARHGEF11,SUN2,REXO1,KLF13,ARFGAP1,KLF16,DNM2,GIGYF1,TRAF7,ALS2,DNAJC5,LUC7L3,PPP1R12C,GTF3C1,NLGN2,LRP1,DCTN1,NRXN2,LENG8,WIZ,MLLT1,LRP3,STRN4,ADD1,MLLT6,HDAC7,DNAJB2,DCAF15,ABLIM1,FAM168B,GANAB,MTA1,FAM168A,U2AF2,FBRS,KDM4C,PCDHGC4,FBXL19,CDC42BPB,TNRC6C,NEURL4,FAM131C,CARM1,POLR3F,ACIN1,CDR2L,RGS11,MDGA1,CBLN1"
+"gene_set_query"	"453"	"BHLHE40"	"474.8"	"ARCHS4 Coexpression,666;ENCODE ChIP-seq,39;ReMap ChIP-seq,70;GTEx Coexpression,1124"	"GMFB,IFT172,TBK1,CAPNS1,PWWP2A,ATG3,TSTD2,FNBP1,EWSR1,DDIT4,ORAI2,JTB,PLBD2,SF1,UNC119B,SLBP,TSTA3,SET,SAR1B,MEPCE,NPRL3,BAZ2A,CIAO1,PRPSAP1,RHOT2,RNF216,PIP5K1A,HEXIM1,JUN,JUP,LARP4,TBL3,FASN,SFXN3,MTMR14,SHB,MED15,BBC3,DDA1,ATIC,TCP11L2,ENOPH1,APC2,DUSP1,SPHK2,IFT140,TEX10,SLC39A11,BAZ1B,MED29,DUSP7,DDB1,MED23,SLC7A5,MED24,RAPGEF1,PAFAH1B3,ERGIC1,TRUB2,ELOF1,GSTP1,NIP7,ATL2,ODC1,DLST,CENPB,ZSWIM4,BID,SAMD1,CENPT,CENPV,SKI,SNX16,TAOK3,CCDC9,SHKBP1,TAOK2,PKN1,AGRN,MTCH2,TMEM167B,NAB1,CASC4,LTN1,MPV17L2,CASC3,FBXO21,SLK,FNTA,NUDT16,PCYT2,FBXW5,CISH,FBXW8,ZCRB1,FBXO10,POLRMT,PIAS2,LENEP,CDC25B,ATXN2L,TPST1,SRSF2,SRSF3,SRSF9,FTO,INO80B,UQCRB,GMPS,UAP1,CORO1B,NDOR1,ZKSCAN3,PGK1,EIF4EBP2,NAE1,IP6K1,IP6K2,RASL10B,FUS,ODF2,UROS,TMEM120A,HPS3,FBXO31,UCKL1,DRAP1,LRCH4,OSBPL1A,NOP10,PTEN,ETFA,ETFB,BICD2,AP4M1,ZNRD1,PPP6R1,UNC45A,EIF5A,BCAS3,ARFGAP1,MSL1,ATRN,ETF1,TOP1,DCTPP1,GAPDH,SRF,SRSF1,LENG8,MLLT1,U2AF1,MLLT6,CDC42,FOXRED2,CCDC85C,U2AF2,PHKG2,IGF2BP3,E2F4,TRIM44,GADD45GIP1,HNRNPA3,MARCKSL1,TRIM41,CNBP,MID1IP1,CABLES2,NECAP2,EIF3M,MYO1B,PINK1,EIF3K,ST7,EIF3H,STUB1,TRIM37,EIF3D,UNC79,PPAN,ACTB,TRIM28,SNRPD1,BSG,CCDC97,ATXN7L2,ATP6V1E1,ATXN7L3,TBC1D22B,ATP6V1G2,ACTN1,ECH1,ALG5,CIRBP,CSNK1D,MOGS,CSNK1E,ACTN4,MFSD11,MFSD10,CDC34,CDC37,KCTD13,FLYWCH1,KCTD18,CCDC84,SLC45A4,TBC1D9B,TMEM63B,CEND1,ZBTB5,MBTD1,SEC14L1,DECR2,ATP6V1C1,NTAN1,HARS2,AIMP2,CWF19L1,CALU,SDC1,NDUFAF3,NOL10,CALR,FBXL2,NOL11,FBXL5,HERPUD2,MRPS17,DHRS13,MRPS15,MRPS16,PAK1IP1,NAT14,HERPUD1,SYNCRIP,MAP1LC3B,PCM1,NUDCD3,AKAP11,RAC3,SDF4,GIT1,BBS4,PCYT1A,MRPS24,GAA,SYP,SYN1,CTTNBP2NL,APRT,RNF144A,GAK,KIN,ARHGEF1,ARHGEF2,PTMA,NAPA,MRPS35,CAB39,SSNA1,GNAI3,RELA,GNAI1,GNAI2,OS9,MGAT3,MGAT2,PEX19,VEGFB,TTC1,MYO9B,MYO9A,PEX14,VEGFA,YIF1B,BOP1,SEC23IP,NUDT8,NDUFAB1,TCEA2,AGGF1,TCEA1,PNPLA6,GRINA,OTUD4,CRTC2,SYS1,NUP188,UBE2Z,CELSR3,ACTG1,EEF1B2,NARS,MORC3,TMOD3,DHDDS,EEF1A1,ADAM15,TBC1D20,EEF1A2,EHBP1L1,TBC1D24,WDFY1,TBC1D25,PPIH,PPIB,PPID,COX19,NDUFB10,COX16,HTRA2,PLD3,CNN3,NCKIPSD,GRK6,TBC1D13,TBC1D14,LLPH,TBC1D17,SYT5,YARS,PDHA1,UBE2B,PCIF1,CNOT10,UBE2A,AP4B1,HIGD2A,HOOK1,MKRN2,TCF3,UBE2M,CUEDC2,PODXL2,ADAR,TAZ,LMNB2,CABIN1,LASP1,EEF2K,GET4,SUN2,ATP6AP1,NUP133,PDPK1,TTC33,SYNGR3,EPN1,TMEM214,EEF1D,ACOX1,CRY2,CRY1,ACOX3,MAN1B1,IFT46,RALA,RRN3,SLC3A2,ASAP1,AGPAT1,RNF2,TMEM203,TDG,SPOCK2,TRA2B,MKNK2,PTK2B,FBRS,CYTH1,TIMM8B,URGCP,BNIP3,EYA3,POLE4,ERCC3,ERCC1,GPD1L,RRP1,ARPC5L,SMC6,PHB2,ZMIZ1,CSPP1,ZMIZ2,AP1S1,VPS35,CDK5RAP3,DDX17,VPS18,DDX18,REV1,WDR73,GTPBP4,ARMC1,WDR81,VPS28,PDXDC1,WDR61,XPC,GNS,ANAPC11,LDHB,LDHA,NUP85,VPS11,NUP88,NRBF2,HMOX2,LHPP,NAA50,HOMER1,IRF2BP1,IRF2BP2,NR1D1,MEX3D,WDR55,EHD1,HNRNPL,GNPTG,HNRNPM,MEX3A,HNRNPF,FARSA,ATG2B,FARSB,CDKN1C,CEP57,SMG1,GMEB2,CDKN1B,BTG1,PHF20,PHF23,PHF1,DENND1A,SETD6,WDR41,GPT,WDR46,PHF6,WDR43,AIFM1,RARS,PLEKHN1,CIC,RRP15,CEP68,SHPRH,WDR37,NUTF2,WDR34,GNL3,NCOR2,TAF6L,SIKE1,TUBB2A,KIFC2,EXOC2,GRN,CDC123,NFIX,RNMT,TIMM9,USO1,WDR24,FAM129B,ARFRP1,PPP1R2,PPP1R8,YTHDF1,YTHDF2,YTHDF3,KIDINS220,PCGF2,WDR18,SYVN1,DHRS1,DEF8,HIPK1,MKLN1,OSTM1,NUCB1,PLP2,ANKRD13C,ANKRD13B,RAB3A,GTF2B,CEP120,AUP1,TM7SF2,PPP1CB,PPP1CC,NRBP2,LAMP1,CFL1,PAPOLA,ZNF326,SNRNP35,GTF2I,KCMF1,MAGI1,RAB2B,USP3,MAGI2,DYRK1A,THOC1,FRMD4B,PGD,LEMD2,THOC6,PYGO2,RAB34,RAB35,SNRPE,SNRPF,FKBP4,FKBP3,FKBP2,RAB5C,CCDC24,FAM114A2,GLT8D1,PHB,DVL2,MAP2K7,MCL1,UVRAG,TRAPPC3,AKIRIN1,EIF2B3,RAB4B,CCDC12,SEC16A,TRAPPC5,M6PR,TRAPPC8,FANCE,COPS4,BCL9,COPS6,COPS5,SYNJ1,NSG2,COPS2,PLXNB2,CPE,PLEKHM2,CCDC22,RAB5A,MCM7,WDR1,ZC3H4,ZC3H3,UFSP2,AP1G1,SNRNP70,UBTF,WDR6,EIF2B1,TNPO2,ADSL,PLEKHG2,RFC2,RPL13A,EDF1,DNAJC2,DNAJC5,POLR1C,DNAJC8,HDAC5,HDAC2,VPS4B,PDHB,HDAC7,DNAJB2,FBXL20,RAB21,FIP1L1,HAUS8,DNAJB5,VPS52,POLR2D,RAB24,POLR2E,DNAJB9,POLR2F,CSK,POLR2L,SLC35A2,PPIL2,RNGTT,FBXL19,FBXL16,BCKDK,RAB10,ASXL1,RAB14,PSAT1,DNAJA3,GLOD4,MFAP3,POLR3D,DNAJA2,DRG2,SNRNP48,PPIL4,TPT1,PANK4,SLC35B2,SLC35B4,PANK3,HDAC10,VARS,CISD1,CISD2,PPP2R2A,CBLB,GBA2,RPS15,TIAL1,RPS14,RPS16,KAT5,RPS18,FLAD1,RPL36AL,LONP1,LONP2,DENR,RPS11,SEPHS2,TBC1D10A,TBC1D10B,ARRDC4,SRRM2,COG8,SLC35C2,ARRDC3,AP1B1,AP1AR,SRRM1,SIK1,HECA,ATP6V0D1,CSTF2,UGCG,CHTF8,ZNHIT3,GSE1,TNRC18,TRPM7,RALGDS,ATP6V0A1,VASP,TMEM184B,SYNRG,SLC35E3,PUM1,RPS26,RPS28,RPS27,RPS20,MAGED2,RPS21,RPS24,TECPR1,GFM1,CITED2,ZFAND2B,SIPA1L3,SPPL3,COIL,C1QBP,XPO6,CHMP1A,TMED7,UBXN4,RAB8A,PSD,STRADB,ZDHHC13,PPHLN1,LIME1,MLF2,VAV2,UGDH,AIDA,HNRNPH3,CSTB,AMIGO1,TYMP,NOL6,HIRA,METTL9,MTX1,NFYA,PTGES2,NFYB,SLC31A1,MTX3,PTGES3,XPO7,SPCS1,NBR1,KBTBD7,MPHOSPH6,NDUFA11,KDM1A,CWC27,ARHGDIA,HCFC1R1,COTL1,AZI2,NOM1,TRAPPC2L,KDM2A,LMO4,RSBN1,PRPF6,PRPF3,CHMP4B,IDI1,ISYNA1,NOP2,PXN,EFNA4,EMG1,TCTEX1D2,MPST,CBX6,CPSF6,CPSF1,CBX4,CBX3,CBX2,CRLS1,EFNA3,EFNA2,CHMP2A,PI4KA,SAE1,LRP10,COPE,MUS81,KDM5C,THRA,DBI,SEPT9,SEPT6,CASP3,SNAPC4,RBM6,KDM6B,H2AFZ,H2AFX,IQCE,AXIN1,H2AFV,DCK,LSS,DNM2,RABEP1,DDAH2,AKT1S1,DNLZ,PFDN1,HAGH,THOP1,VAC14,ATF6B,PDXP,ATP1A1,FAM169A,THBS3,GNA13,FAM168B,CHSY1,RPS6KC1,PPP2R3C,FAM120B,FAM120A,MAPK1,BUB3,MAPK6,MAPK3,KDM4C,TMEM30A,LIMK2,CYHR1,CAPN10,RPS6KB2,MDC1,MAPKBP1,CHIC2,ARAF,LSM10,SCAMP4,PSMD9,SAMD14,ZFYVE27,PSMD3,SAMD10,MEF2A,DAXX,CSNK2A1,EML2,SCAMP3,SND1,EML4,EML5,PSME3,PSME1,TTYH3,FLII,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL11,MRPL20,PUSL1,HMGXB3,RHBDL1,PRRT2,EDEM1,PMM2,MRPL28,ERLIN2,MRPL24,MRPL21,EIF1,MLLT10,FAM135A,EIF6,TDP2,PSMG4,AVL9,ARF3,RPLP0,CTCF,MRPL37,PIGX,TRMT112,MRPL42,TUBA1A,FASTK,RPLP2,UPF2,LRRC45,DFFA,MRPL49,ELOVL6,SIRT7,MRPL45,MRPL43,SIRT2,SRP9,MRPL44,MRPL53,PSMA6,PSMA1,PELI1,TMEM106B,SLC29A1,VAMP2,ARF5,ARF6,LRRC14,RNASEK,GGA2,GGA3,UNK,TMEM65,HARS,MEF2D,USP9X,BYSL,LETM1,FABP3,FABP5,PSMC3,TTLL1,PSMC1,SRRD,UBAP2,UBE2D2,UBE2D3,ZBTB22,HDDC3,STK11,RUVBL2,PMPCB,PIM3,PMPCA,KPNA2,SLC25A46,PPP1R16B,UBE2E3,PPP1R16A,RBX1,ACAP3,TXLNA,MRTO4,MAPKAPK2,FSCN1,SQSTM1,ANAPC1,ANAPC2,LRRC59,PFKFB4,RNASEH2A,PFKFB3,ARL3,MAZ,ISG20L2,ARL2,GLIS2,SBNO2,ATXN2,PMVK,SLC38A7,SLC38A2,GOT1,GFPT1,MFHAS1,STK24,AAK1,TUBGCP5,NFE2L3,NFE2L1,ZNF512B,HSP90AB1,MRPL4,FSD1L,MDK,SUMO3,SUMO2,MDP1,DIS3L2,SH2D3C,SIGMAR1,VPS37C,RAD23A,VPS37B,QTRT1,NPC1,SLC25A19,NPC2,PIK3C3,BIRC6,SLC25A12,SLC25A5,SLC25A11,AHDC1,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB8,LRP1,NDUFB6,FOXK2,ZBTB45,FOXK1,FURIN,HSD17B10,PPM1G,PTPRZ1,SLC25A22,BEND6,PTPN1,SEC24B,PPP1R14B,NDUFA7,NDUFA4,MBOAT7,RPL23A,TPD52L2,SLC25A39,P4HB,SEC24C,SLC25A36,EIF4A1,TMEM41B,EIF4A3,ZDHHC5,IFI30,TXNDC16,CYB5D1,RASSF1,DHX57,CCNL2,CCNL1,SEC62,SEC63,PAQR4,SCAF11,PAQR3,MIF,CD2BP2,GCDH,TMEM87A,PEX11B,CTR9,SUPT4H1,PIK3R2,PTTG1IP,SNX3,COMMD9,SNX2,DHX33,DHX34,LARS,PCBP1,DHX35,SYMPK,DYM,RAB11FIP2,SEC31A,CTSA,INTS1,SURF4,ICK,ID2,PAF1,CALM1,RGL2,CCDC120,TMEM151B,CETN2,AATF,BMI1,PEPD,AP2A2,PTPRF,HYAL2,MLX,DHX15,REV3L,SSSCA1,CTSD,VKORC1,NCOA2,WARS,STARD3NL,CCDC115,NCOA6,ACAD9,ZFR,MINK1,ANO8,MRPS7,COMMD6,MRPS6,COMMD4,G2E3,CRELD1,CRELD2,DBN1,STX12,STX16,DOT1L,CCDC107,CCDC106,ARVCF,MNT,PGRMC2,SERTAD2,PES1,HSF2,EXOSC2,EXOSC1,NPDC1,BCAP31,YIPF3,YIPF4,YIPF5,TMUB1,RSRC2,AP2B1,UBE2G2,PPP1CA,FKBP1A,RGP1,PER1,DPY19L3,ESYT2,SCARB2,SCARB1,MIDN,PHRF1,SNIP1,BAHCC1,PPFIA3,SH3GL1,RGS7,SLC30A9,ZGPAT,TPRA1,DIMT1,SSU72,RUNDC3B,RUNDC3A,HNRNPUL1,FAM173A,DKC1,UBE2V2,GEMIN7,RTN2,PSMD11,TMED10,KLHL17,KLHL12,PDS5A,RPF2,NDRG1,SUPT6H,KIF3A,ISOC1,NDUFV1,BCL9L,IVNS1ABP,FDPS,VTA1,ECD,HMGA1,KLHL23,SUPT5H,CLK2,PAN2,H1F0,STT3A,PHF13,LSM14B,PICALM,YWHAE,RBM28,GSK3A,PRR7,NAA40,DDX3X,DDX46,MAST3,PRKCSH,ATP2A2,PSIP1,CHD3,DDX41,HMGB1,SOBP,PPP1R9A,AFF4,PPP1R9B,YWHAQ,UBE2Q1,NPTN,RBM33,NAA30,RBM14,HSDL1,NCBP1,UTP18,YWHAZ,LMBRD1,NDUFS8,RCN2,IRF3,TBC1D5,NDUFS6,PPDPF,PEX6,NUP50,NDUFS5,TBC1D7,NAA35,ATG4B,MVD,NAA38,NDUFS1,DDX24,PARN,MAT2B,CLCN3,TAF1D,TNKS2,TAF1B,TAF1C,TAF1A,SMNDC1,PDLIM7,NAA10,TAF10,SOD1,CLCN7,RPIA,CLCN6,MAPK11,SBK1,FAM131C,TAF6,FAM98A,CLUAP1,RPL3,DCAF5,DCAF4,RPL9,DCAF7,RNF115,STMN1,ZXDC,RPL35,RPL38,RPL37,DIP2B,MPV17,NFRKB,IER5,IER2,MED1,PIH1D1,RPL23,CD3EAP,SOX12,MED6,NISCH,RNF123,RNF126,RPL27,UBA52,ALG10B,TSPYL4,RNF121,POM121,NOLC1,VPS26A,HIF1A,PRDX2,PRDX5,PRDX4,SLC19A1,S100A10,RPL41,JUND,ST13,H3F3A,MTHFR,PRRC2C,PA2G4,TMEM198,THAP11,PRRC2A,FIBP,CDK10,CDK16,CDC42SE2,ELL,CLTC,ADK,CLTA,RNF157,TRIM8,TMEM189,TMSB4X,GPR137,RIOK1,AP3S1,ZC3H10,BRD2,MIOS,HSBP1,TCF12,AEN,NUDT16L1,RNF167,INF2,TET3,RNF166,SF3B5,PHLPP1,SF3B3,RPL10,GPS2,TMEM165,TMEM169,ASNA1,RPL14,RPS3,RPL13,SC5D,RPS2,RPL18,SF3B1,RPL19,BRF2,TRMT1,WWP2,LRPPRC,MZT1,TM9SF2,TM9SF1,ABI2,TRMT6,RNF141,CHPF,TUSC2,CTNND1,RNF19B,BZW2,BZW1,TUBB3,LZTS2,TMSB10,RNF44,RPS9,RPS8,RPS6,RPSA,RNF40,CTDNEP1,ARMCX3,CLIP2,ARMCX6,ERP29,PHPT1,CUL9,DNMT1,ENY2,SEMA7A,CD151,ABHD2,ANKRD12,ABHD8,AK2,RLF,GTF2E1,STIP1,BTBD1,BTBD2,NACC1,PSAP,ANKRD10,SLC15A4,MPDU1,WDTC1,ESRRA,ANKRD34A,TOR1A,MARCH9,DHCR24,MARCH8,MARCH7,ADAP1,LSM4,LSM3,LSM2,CDK9,CNOT6,CDK5,CDK4,MAFG,TADA3,IARS,RNF185,SERINC2,LMBR1L,DAGLA,RNPEPL1,TRADD,PTPN23,DUSP11,PPP6C,PTBP1,RPL7A,OPA1,PSD3,SLC37A4,SLC37A3,REXO1,PDCD6IP,GPX4,ELAC2,RTN4RL2,YDJC,COASY,REXO4,PATL1,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,ASPH,SNRPA1,TRABD,GTF2A1,NFAT5,RNF34,WBP1,WBP2,WBP4,SEMA3F,JAKMIP1,WASF1,RNF20,SPAG9,SEMA4A,SPAG7,SEMA4B,DDHD2,OXR1,TRIT1,KLF6,PFKL,IMPDH2,MGAT4B,RHEBL1,GDE1,PWP2,RUSC2,GOLGA1,UBAP2L,ZFPL1,TIPIN,BROX,NFKBIL1,SACM1L,PTOV1,BOLA1,ACSL3,JMJD8,JMJD6,MRPS18C,RRAGC,RRAGD,EZR,PFN1,CBLL1,TELO2,CUTA,BEX2,TMEM161B,BEX1,TMEM161A,IGSF3,LMAN2L,MGST3,TRMT2A,INPP5B,SGPL1,SPAST,VPS8,SCAP,PATZ1,SNHG1,SNHG6,STAM,ACADSB,ZWINT,SRPK1,CCT6A,ANP32B,CC2D1B,CDS2,DAZAP1,OLA1,MYL6B,PRPF19,RPTOR,SERP1,PCF11,ZMYM5,ZMYM6,RSPRY1,PRMT5,ATP6V0B,PRMT1,PRMT3,RHOF,TUBG2,RHOA,RHOB,PACS2,NME7,PACS1,FRG1,RHOV,MAPT,ALDOA,ATP6V0C,AKAP7,TRAK2,CUX1,RANBP2,RANBP3,AP3D1,PRPF39,MARS,R3HCC1,CTNNB1,RAB3GAP2,FAU,CDK5R1,TOMM6,GALNT11,TOMM20,FBL,CHCHD3,CHCHD1,TMEM14C,SPNS2,TOMM34,WRNIP1,TRNT1,KCTD5,PDIA6,KCTD6,PDIA4,DPM2,DPM3,PHOSPHO2,ELMO2,FIZ1,ISCU,LTBP4,COX7A2,STK4,ADIPOR2,ARHGAP12,SDCBP,MAN2A2,EP400,MARK4,ATP6V1D,PDZD7,ZC3H15,HSPA9,ACBD4,ASPSCR1,DNAJC11,TBCD,BFAR,TBCB,DNAJC16,SMAD5,NMRAL1,NFKBIA,NR4A3,DLG4,ATG16L1,JMY,CLASRP,B4GALT2,USP36,ACADVL,USP38,NVL,USP32,ELAVL3,SENP6,FLOT1,FLOT2,PDE4A,SCYL1,KLF11,KLF13,ABCC5,RNF208,SENP2,SENP3,KLF16,CKAP4,FAM189B,TRNP1,LUC7L3,B4GALT7,CHMP5,B4GALT5,TSEN34,USP14,RGS19,OPRL1,MOSPD3,SPG7,TOB1,RMND5B,NT5DC3,ABCF2,ABCF3,SPEN,USP24,PTCD1,PTCD2,USP20,BAD,B3GAT3,HAGHL,NEURL4,PIK3IP1,BAX,TBKBP1,SSBP1,SSBP4"
+"gene_set_query"	"454"	"ZNF407"	"475.0"	"ARCHS4 Coexpression,813;Enrichr Queries,238;GTEx Coexpression,374"	"PANK4,ITSN2,TRIO,TRRAP,ZMYND8,HNRNPU,JMJD1C,CBLB,EPRS,BACH1,BACH2,ALKBH8,PSMD7,HERC2,KAT5,MPRIP,HERC1,ZMIZ1,ALKBH1,DPYSL2,MYC,EPC1,EPC2,DIP2B,DIP2C,SLC12A6,SCAPER,NCKAP5,MEF2C,TSTD2,SCAF11,PRKCE,NSMCE2,DNTTIP1,RFX3,CD3EAP,ANK2,ANK3,DICER1,HCFC2,INPP4A,RNF123,DAAM1,ZC3H11A,ZSCAN21,AKAP9,CBLL1,MMADHC,MACF1,DHX8,FLII,MYCBP2,TRANK1,NEDD4L,AGAP1,SLAIN2,PIK3R1,RPAP3,GIGYF2,WDR70,PRKAR2A,PCBP1,HIVEP1,DYM,TRPM7,HIVEP2,CREBBP,BCL11A,EXOC6B,PRRC2C,MEMO1,SMARCA2,THAP11,MED13L,TADA2B,SETX,AIMP2,STAG1,SNW1,WNK1,HBP1,NOL10,DHX29,CDK14,ITM2C,ATG2B,ROBO2,GMEB1,SETD2,SMG1,PIGU,PHF20,FAF1,PRKAG1,TCF20,OSBPL11,SIPA1L2,TMEM186,ROBO1,THTPA,RPTOR,NIPBL,PCM1,MED13,AKAP11,KIF13A,DHX15,REV3L,TCP11L2,JAK2,RRP15,UPF2,BRD3,COX8A,ZC3H10,PRMT5,NCOA2,PBRM1,TCF12,TET2,ASH1L,PARP8,TOX4,NCOR2,ZEB2,PRPF18,NCOR1,CSDE1,MED20,PXDN,RAPGEF2,PLCB1,FYTTD1,WDR26,CAB39,NOL6,SNX29,SCAF8,BCLAF1,CHRAC1,CUX1,NSD1,MEF2D,DEDD,RANBP2,DYNC1H1,PCGF6,MON2,BRF2,YTHDF3,USP9X,MDH2,YLPM1,HUWE1,KLHL2,UBE2G1,SORBS2,SORBS1,SYNJ2BP,MYO9A,RGP1,PDCL3,KBTBD4,NFIA,PSMC1,TAOK1,SRRD,RLIM,TSR1,TRIP12,PKN1,FRYL,UBE3C,FAM13B,WWC1,CTNND2,UBE2D1,UBE3A,PRDM2,FRY,COX6A1,SLC8A1,IGF1R,ABHD12,SMCHD1,CHCHD3,SLK,CWC22,KPNA6,EP300,KPNA4,BANF1,MACROD2,MAF1,KPNA3,SBF2,KPNA1,SH3GLB1,RALGAPA1,DYRK1A,FRMD4A,LMO7,ATP11B,ATP11A,THOC2,THOC5,FBXO11,TANC2,TMEM131,PIAS1,FOXP1,COX6B1,CLIP1,ACAP2,EHBP1L1,PLAA,WDFY3,RAF1,GLYR1,DDX6,RAB5B,NDUFB11,ANKRD11,CUL2,ANKRD12,UBR4,ITPR1,UBR3,UBR2,CACNA1C,RNASEH1,PITRM1,UBR5,TPR,CAMTA1,SRGAP1,BPTF,OSBPL8,ANKRD27,AUTS2,FBXO38,CPSF2,MARCH8,DNAJC13,COQ7,KLHL20,CHERP,ZC3HC1,CNOT4,PTPRD,SLC7A6OS,GNL3L,SON,EFNA2,HOOK2,NBEA,TMEM11,CNOT1,HOOK1,DMXL2,AAK1,NF1,TAB2,MDM4,BRWD1,EIF4G3,ISY1,ITGB1,RERE,DOCK4,DOCK9,PRKCSH,CELF2,COX4I1,USP34,CHD6,USP39,CHD2,AFF4,SYNE2,PSD3,TLK2,PMEPA1,WDR7,HIF1AN,ERC1,SNAP29,TNPO3,RBM33,ADSL,DST,GPX4,TTC33,PDPK1,SGIP1,PDE4D,ATRX,VPS13A,TFIP11,VEZF1,NAV2,ARID1A,ARID1B,DDX19A,SETBP1,THRAP3,CTDSP2,POLR1B,NDUFS5,BIRC6,CHMP6,BDP1,SOS2,BECN1,NFAT5,USP15,KDM3B,PARG,UHRF2,ROCK1,USP10,NRXN1,ASAP1,USP19,ABLIM1,HECTD1,DNAJB6,POLR2A,POLR2B,UGGT1,ATP9B,ATF7IP,SPEN,ARFGEF1,USP24,PTCD1,KDM4C,FOXJ2,CDC5L,PDE4DIP,RPRD2,DDHD1,CDC42BPA,CUL4A,NIN,TRIM39,APC,CEBPZ,EIF3C,PDE7A,TRIM32,SMAP1,TRIM33,TNRC6A,TAF1"
+"gene_set_query"	"455"	"ZSCAN12"	"475.7"	"ARCHS4 Coexpression,740;Enrichr Queries,358;GTEx Coexpression,329"	"MDC1,NUP107,TRIO,TES,TFRC,HNRNPU,EHMT1,SMC3,EPRS,FNBP1L,ALKBH8,CAPNS1,DPYSL2,MYC,ZMIZ2,AKT3,STMN1,AKT1,PRKACA,IER2,MED1,DDX18,MEF2C,WSB1,CXADR,WDR75,CD3EAP,SOX11,RFX7,DDIT3,DDIT4,ALG10B,ATF4,NUP205,FLII,NEDD4L,OAZ1,GRPEL2,FDFT1,JUN,FZD3,PLK2,PRRC2C,PHC3,SETX,MLLT11,HNRNPK,GIPC1,CDK13,CEP57,PHF3,ARF3,OGFR,SETD2,PIGU,BTG1,CLTB,SNX10,MED17,TRIM8,MRPL42,NIPBL,TUBA1A,TRIM2,CIC,ZIK1,UPF2,BRD2,UPF1,SHPRH,TEX10,LRRC49,ITPK1,ELOVL6,BAZ1B,WDR35,DUSP6,SRP9,MED23,SLC7A5,ZEB2,INF2,CDC42EP3,PXDN,GRN,CENPB,FAM129B,SCAF8,BCLAF1,TMEM68,USP1,CLPTM1,SRSF10,SRSF11,YLPM1,GTF2H1,SCAF1,WDR11,NUDT21,NFIA,NFIB,TAOK2,ZYX,NUCB1,GOPC,PKN1,CCNT2,CEP120,LTN1,UBP1,ZFP30,LAMP1,SMARCAD1,FADS1,AP2M1,SH3GLB2,SUPT16H,SLC38A1,F2R,PRPF4B,THOC2,MSH6,CTDNEP1,DMTF1,RAB35,PHIP,ADNP,SNRNP200,ANAPC1,CSNK1G2,FKBP5,KHDRBS1,DNMT1,PFKFB3,RAB5C,INSIG1,CORO1B,SOCS2,ORC4,SBNO2,PITRM1,TPR,UBR5,DVL1,BTBD2,NACC1,ZKSCAN3,NAE1,SLC38A2,SKIL,MAP2K6,WDTC1,ESRRA,TRAPPC2,TIA1,API5,ASNS,MARCH6,CNOT4,SON,TPP2,PLEKHM2,PLXNB2,NFE2L1,WDR1,ZFP82,DUSP12,SART1,METTL14,SART3,CAPZB,SIN3A,PPP6R1,RFC3,HSP90AA1,DST,DIS3,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,BIRC6,BDP1,SSX2IP,PPP1R12C,PPP1R15A,HDAC2,SMARCD2,CANT1,UHRF2,RAB1B,DNAJB2,ABLIM1,GANAB,RBBP4,U2AF2,KRIT1,RBBP6,FEM1C,HNRNPA1,SLC25A25,HNRNPA0,SMARCE1,CDC42BPB,TPD52L2,KLF7,KLF6,PSAT1,MGAT4B,P4HB,TCERG1,CISD2,ZDHHC7,THUMPD1,CCAR1,CDC23,BSG,TRIM24,LONP1,ATXN7L3,SOX4,ARRDC4,SCAF11,ACTN1,ARRDC3,IFRD1,MOGS,ACTN4,CRYZL1,FAM76B,HECA,PAXIP1,DHX8,DHX9,FBF1,PIK3R1,APH1A,UGCG,COMMD9,SPAST,HIVEP1,TRPM7,HIVEP2,RBM12,PATZ1,SETDB1,INTS1,BCL11A,INTS2,SLC35E3,SMARCA5,GADD45G,ZZZ3,ID2,FUBP1,RBAK,CD200,ITM2C,NRP1,CITED2,MRPS12,SLC7A11,VLDLR,HERPUD1,AKAP12,ZMYM4,ENC1,DHX15,REV3L,UBXN7,SDF4,RSPRY1,PBRM1,TMED9,NCOA5,TSC22D1,TSC22D3,MINK1,PRPF40A,PPHLN1,MRPS7,MLF2,RHOB,G2E3,SGK1,ATP6V0C,SATB1,HEATR1,NOL9,ARNTL,GNAI2,NFIL3,EXOSC9,HSF2,SUZ12,NPM1,NFYB,MTX3,VEGFA,KLHL9,SEC23IP,CCNG2,RAB3GAP2,PNPLA6,GRINA,CD81,ARID4B,KHSRP,ARHGDIA,EP300,ARID2,HNRNPUL1,ADAM15,GPD2,EHBP1L1,CHMP4B,MATR3,PPIG,PXN,BTF3L4,CACNA1A,SLC1A4,PRPF8,EP400,MARK2,BPTF,BCL9L,IVNS1ABP,PRNP,CPSF6,CBX5,NONO,KLHL24,CLK4,EFNA2,APPBP2,HOOK2,HOOK1,CAPRIN1,GNB2,RFXAP,JMY,GNB1,LRP10,LSM14A,RERE,ACADVL,RBM26,PRKCSH,USP34,DDX42,CHD6,CHD4,ELAVL1,RND3,PPP1R9B,SENP6,LASP1,PDE4B,USP48,TBP,PDPK1,PDE4D,CAD,DDX50,KLF16,LATS1,SFPQ,RASA1,NUP54,ATP1A1,TOB1,TAF1D,CAND1,DNPEP,TAF1A,FAM120A,FBRS,NAP1L1,DEK,ACVR2A,CLCN7,SSBP2,TAF2,TAF1"
+"gene_set_query"	"456"	"E2F5"	"476.5"	"ARCHS4 Coexpression,911;Enrichr Queries,577;ReMap ChIP-seq,57;GTEx Coexpression,361"	"CHIC2,TFRC,EHMT2,ZFYVE1,ALKBH8,FAM110A,SCAMP5,LSM10,SCAMP4,DPYSL2,FNBP4,DAXX,MEF2C,RFX1,GAPVD1,BCR,ZC3H11A,ZFYVE19,DDIT4,PSME2,JTB,RBCK1,CGGBP1,CDCA4,NPRL2,FLII,MEPCE,NPRL3,COPS7B,ABCB8,OAZ1,CYB5R4,HSPH1,CYB5R3,PRKAR2B,PIP5K1C,JUN,PRPF38A,PRRT2,EIF2AK1,MRPL27,PBX2,NETO2,L1CAM,MRPL24,FASN,HYOU1,EZH1,GPR19,EZH2,PIGU,KCNC3,SNX10,CTCF,BBC3,OSBPL10,MED12,SMPD3,TRMT112,MRPL42,MRPL40,FASTK,UPF1,DFFA,RRAS2,SLC39A10,MRPL48,MRPL46,TOMM40L,SIRT2,DUSP6,MED23,MRPL52,SLC7A5,MED25,PSMA1,TMEM33,PTRH2,PXDN,LIN37,SNX32,MRPL54,TMEM70,CENPB,GGA2,UNK,GGA3,AP2S1,CLPTM1,ANO10,RPS27A,RABAC1,NKTR,CENPT,LRRC20,TMEM59,PSMC5,SNX19,CCDC9,SHKBP1,YPEL1,PKN1,YPEL3,CCNT2,ZBTB22,FADS2,POFUT2,SMCHD1,SLK,RUVBL2,KPNA2,FADS1,AP2M1,KPNA1,SH3GLB1,FBXW5,CISH,UBE2E2,PRPF4B,CNPY2,SRCIN1,PIAS2,FTSJ3,SAP30,MSH6,TXLNA,DMTF1,MSH2,SRSF2,SRSF3,SRSF4,SRSF5,SRSF7,PFKFB2,FTO,RNASEH2C,MAZ,ISG20L2,RAP1GAP,SLC9A1,SOCS2,SBNO2,ZKSCAN3,E4F1,TIA1,BOD1,FBXO38,ZBTB12,ZBTB11,UCKL1,ARPC2,DMXL2,MDM2,MDM4,OGT,NENF,AP4M1,CAPZB,SUMO1,PPP6R1,SUMO3,SUMO2,DGCR8,PMEPA1,ACP2,SNAP29,RAD23A,IMPACT,SLC25A19,C1D,PPP1R12B,SLC25A12,BCAT1,PPP1R12C,TNFRSF21,PPP1R15A,CANT1,UHRF2,SRSF1,PRCC,CXXC1,LENG8,PARD6G,FURIN,LRP8,KCTD20,U2AF2,EIF4H,IGF2BP3,LRRC8B,HNRNPA1,DRAM2,SLC25A22,EIF4E,GADD45GIP1,HNRNPA3,MARCKSL1,FEM1A,LYSMD1,RPL23A,MCOLN1,TPD52L2,PINK1,P4HB,SEC24C,SMARCAL1,KDELR1,TXNDC15,ACTB,CCAR1,RASSF1,HERC1,CCNL2,ATXN7L2,TBC1D22B,TMPO,SLC12A9,ST6GAL1,SMARCC1,ACTN1,ACTN4,MFSD10,THAP4,THAP3,CDC34,SNHG12,CSNK2B,FLYWCH1,TRIB2,TBC1D9B,DHX8,GSPT1,SYNGR1,SNX1,LARS,PCBP1,KCNN1,SYMPK,RBM10,CTSA,TMEM86B,INTS3,SURF4,ERAL1,PAICS,SMARCA4,AIMP2,ID2,RANBP10,INTS4,SDC1,CALM3,LRRN1,CALR,FBXL5,RGL2,CD200,DHRS13,GPAA1,MRPS11,PTPRN,CCDC124,CTSZ,MRPS12,SLC7A11,COX7C,AKAP12,SYNCRIP,ACTR1A,ARV1,HYAL2,ENC1,DHX15,SDF4,NANS,ACAD8,NCOA5,MRPS25,CCDC115,MMD,MINK1,SYP,MRPS7,RNF144A,ENAH,UFC1,FAM193B,PTMA,STK40,NAPA,DYNC1I2,STX16,SATB1,DERL1,EXOSC4,EXOSC9,ORMDL3,MGAT1,EXOSC2,TMUB1,RSRC2,UBE2G2,PEX14,YIF1B,VEGFA,HNRNPA2B1,HDGF,PNPLA6,TARDBP,GRINA,DPAGT1,SRP19,CRTC2,MIDN,IGF1R,SNIP1,ARID2,SH3GL1,PCID2,FBXW11,EEF1A1,ADAM15,EHBP1L1,UBE2V2,ANKS6,PPIH,TMED10,UBA5,PDS5A,NDRG1,ACACA,RTN4,RPF1,CAMTA2,CYC1,TBC1D17,SYT5,UBE2F,OST4,PRNP,SYT3,PHF12,HMGA1,SYT7,CLK2,CLK1,PAN2,HOOK2,NASP,UBE2S,HOOK1,GNB2,GNB1,GNB4,CNTN1,PHF13,TCF4,FGF13,GALK1,UBE2M,RBM28,RBM25,CUEDC2,GSK3A,RBM26,PODXL2,LDB1,HP1BP3,PSIP1,ADAR,CHD4,HMGB1,RND2,RND3,LMNB1,CABIN1,SEC61A1,LASP1,EEF2K,UBE2Q2,BCL7C,GATAD1,NUP62,MLST8,RBM33,SUN2,RBM14,EED,TTC33,PDPK1,DCAKD,DDX55,DDX56,YWHAZ,VCAN,IRF3,TMEM214,RER1,PEX3,NDUFS2,NUP54,DDX21,RSPH9,MAT2A,TRA2B,TRA2A,MKNK2,TTC14,RBM39,RRM2,USF2,TTC17,RPIA,FAM155A,CLCN6,PNKD,SBK1,ERCC1,ACIN1,VIM,RPL4,IPO13,RPL5,CLPB,THYN1,HNRNPU,STMN3,EPRS,BACH2,MYC,STMN1,LUC7L,AP1S1,DIP2A,RPL38,DDX17,ACOT9,NUP210,PIH1D1,WDR75,CD3EAP,WDR73,SOX12,GTPBP2,HCFC1,PRKD3,RPL24,RPL27,PRR14,NOLC1,HIF1A,GJC1,PRDX5,PPP4C,NUP85,PRDX1,CHST10,VPS11,NRBF2,ST3GAL2,FZD3,WDR59,H3F3B,HOMER1,PRRC2C,MAD2L1BP,MTHFR,CDC7,THAP11,EHD1,HNRNPL,SQLE,TADA2A,HNRNPF,HNRNPD,OGDH,HNRNPC,DUS1L,FARSA,CEP57,OGFR,SETD5,CDKN1B,GMEB2,BTG1,DENND1A,CLTB,PHF6,WDR46,TMSB4X,ANXA6,CIC,JARID2,TPI1,NUTF2,WDR34,COPZ1,WDR33,RNF167,KAT2A,NCOR1,INF2,MTF2,GRN,TM9SF4,FAM129B,BCLAF1,LMAN2,SLC17A7,BRD9,SF3B1,RNF130,DEDD,BRD4,TRMT1,SCAF1,WDR11,AGBL5,ERP44,NFIA,NFIB,ZYX,NUCB1,FAM49A,FAM49B,TOR2A,ATP8A2,TUSC2,IPO8,CDH2,LAMP1,SALL2,CFL1,PAPOLA,HMGN2,MAF1,STK32B,HMGN1,GTF2I,SLC39A3,ANKRD49,USP5,RPS7,USP4,IGFBP3,RPS6,F2R,THOC1,VASH2,LARP4B,LEMD2,TOM1L2,RAB31,RAB34,NHP2,PGP,PHIP,ADNP,SNRPA,IFNAR1,BRSK1,RAB5C,INSIG1,AK1,ITPR1,PHB,HSPBP1,PHF21A,ORC4,HMBOX1,BTBD2,NACC1,PSAP,ANKRD10,PLXNA3,MPDU1,ESRRA,AKIRIN2,TOR1A,ASNS,DHCR24,TOR1B,LSM2,SLC7A6OS,YEATS2,CDK5,ZFP62,CNOT1,CNOT3,SPIRE2,PLEKHM2,PLXNB2,NF2,LZTR1,BCL2L2,BCL2L1,RNF187,RNF10,MCM7,WDR1,PTBP1,DUSP12,WDR6,IQCB1,ADSL,RFC3,GPX1,REXO1,RPL13A,RANGAP1,REXO2,COASY,PTP4A2,PTP4A3,TFDP1,ASPH,TRAF4,CTDSP2,POLR1B,SMARCD2,WBP2,RAB1B,LAGE3,DNAJB2,CACNG7,ABLIM1,HAUS8,RBBP5,POLR2D,POLR2H,CCDC71,MEST,FBXL19,TPRKB,RAD52,ASXL1,NFASC,MARCKS,KLF6,PSAT1,DNAJA3,DOLPP1,MGAT4B,ZMYND8,GDE1,TIAL1,PNN,KAT5,LONP1,BTRC,RPS13,SOX4,SRRM2,SRRM3,METTL3,ARRDC3,PTOV1,SRRM1,RRAGA,ZW10,AURKAIP1,TMEM161B,RTEL1,TRMT2A,NLK,INPP5B,UGCG,SPAST,PDCD10,CSTF1,TRPM7,ARGLU1,RALGDS,SNHG1,RABGAP1L,ZRANB2,SETDB1,BCL11A,UBAC1,ZWINT,STAG1,RPS27,FUBP1,RPS20,CORO7,ANP32B,C2CD2L,ITM2C,TOP2B,DAZAP1,CITED2,SIPA1L3,SERP2,EPM2AIP1,ZMYM6,UBXN4,RALGPS2,TOP3B,PSENEN,TMED9,ATP6V0B,PRMT7,PARP1,TSC22D1,STRBP,PRMT3,PPRC1,AP3B2,MLF2,RHOB,HNRNPH1,MAPRE3,HNRNPH3,MAPT,ALDOA,SGK1,MPND,SDCCAG8,AMIGO1,PRIM1,UQCR10,TRAK2,HIRA,RANBP1,PRPF39,PRPF31,KBTBD7,MPHOSPH8,HDLBP,ARID4A,TMEM145,ARHGDIA,POGZ,CHCHD1,LMO4,SHISA7,MAU2,MYCN,PRPF3,SCG3,ZCCHC8,ZCCHC7,ISYNA1,PXN,LPL,DTX1,EFNA4,EFNB2,ZMAT5,CASKIN1,ANKZF1,CBX6,KLHDC4,CPSF6,CBX5,HSPA5,CBX3,SMURF1,DNAJC17,COQ5,NFKBIA,EFNA3,EFNA2,TMEM115,DNAJC10,PI4KB,LRP10,NFKBIB,CREBZF,MUS81,B4GALT2,B4GALT3,ACADVL,SLC2A3,POLB,ZC3H7B,SNAPC3,GMPPA,FLOT1,FLOT2,PDE4A,RBM5,RBM6,USP48,H2AFX,ARID1B,KLF16,FCHSD2,THRAP3,AKT1S1,LUC7L2,TM2D2,U2AF1L4,GNA13,RMND5B,FAM168B,BUB3,MAPK3,USP20,ATP13A1,USP21,ZFC3H1,NAP1L1,USP28,MEIS2,RPS6KB2,BAX,RBMX,LPIN2,SSBP4"
+"gene_set_query"	"457"	"MAX"	"476.8"	"ARCHS4 Coexpression,1044;ENCODE ChIP-seq,7;Enrichr Queries,113;ReMap ChIP-seq,76;GTEx Coexpression,1144"	"POP7,TFRC,TSKU,FAM110A,NDST1,TBK1,RAVER1,DPYSL2,AKT1,ANKFY1,ATG3,SAP30BP,TSTD2,PRKAB1,DDIT3,ZC3H11A,DDIT4,JTB,ATF4,SLBP,SET,SAR1A,SHMT2,CDCA4,NPRL2,MEPCE,NPRL3,PLA2G6,CIAO1,PRPSAP1,RHOT2,LTA4H,RDH13,PIP5K1C,ATRIP,HEXIM1,CREBBP,JUN,NCAPH2,EIF2AK1,PBX2,LARP7,TBL3,LAS1L,SFXN3,HYOU1,SFXN1,KCNC3,ARHGAP1,MED16,BBC3,DDA1,ATIC,TCP11L2,JAK2,JAK1,APC2,DUSP1,SPHK2,GSTO1,TEX10,SLC39A11,EPS15L1,GMIP,MED27,MED29,DUSP6,MED23,MED22,SLC7A5,SLC7A6,MED24,PLSCR3,PTRH2,MED21,PXDN,SDHAF1,CINP,RAPGEF1,PTRH1,PAFAH1B3,ERGIC1,TRUB1,TRUB2,LIN37,GSTP1,NIP7,WRB,ODC1,NOC4L,CENPB,NRAS,SAMD1,CENPT,MCRS1,TARBP2,SKI,RABIF,MYBBP1A,CCDC9,SHKBP1,APEX1,SNX15,TAOK2,TSR2,TSR1,PKN1,AGRN,YPEL3,GZF1,MTCH1,MTCH2,PDCD6,ATN1,MPV17L2,PLOD3,CASC3,UROD,FNTB,CIR1,MTPAP,PIAS4,PCYT2,DGAT1,CISH,FBXW8,CNPY2,CNPY3,POLRMT,LENEP,CDC25B,MSH6,TPST2,MINPP1,SRSF2,SRSF8,INO80B,SMYD5,HSP90B1,SNN,NDOR1,SAC3D1,NEK9,NOP14,API5,FBXO38,UCKL1,DRAP1,SH3BP5L,UQCRQ,ARPC3,SP3,ACO2,LRCH4,OSBPL1A,NOP10,ITGB1,ISY1,MCFD2,PTEN,BICD2,NRGN,AP4M1,ACP2,BCAS2,UNC45A,EIF5A,ACTR3,ACTR6,DHPS,TFIP11,ARFGAP3,RABGGTB,ARFGAP1,MSL1,C1D,ETF1,TOP1,GAPDH,TNFRSF21,SRF,SRSF1,U2AF1,MLLT6,CDC42,SRR,CCDC85C,KCTD20,U2AF2,TRIM46,KRIT1,UBQLN1,IGF2BP3,FYN,E2F4,EIF4E,TRIM44,GADD45GIP1,TRIM41,CNBP,HNRNPAB,MCM3AP,NAGK,EIF3L,EIF3I,EIF3G,EIF3H,STUB1,PDCD2,EIF3E,EIF3A,CPNE5,PPAN,ACTB,NUDT3,TRIM28,BSG,ATXN7L1,SNRPD3,CCDC92,ATXN7L3,EIF2A,SMARCC1,ACTN1,CIRBP,ALG2,TALDO1,CSNK1D,MOGS,ACTN4,BCS1L,CDC34,CDC37,SUB1,DHX8,GIPR,DHX9,FBF1,CEND1,GSPT1,TTBK2,PGS1,HLTF,FAM192A,DECR2,ATP6V1C1,MYO5A,SMARCA2,PTK2,SMARCA4,AIMP1,AIMP2,EXT2,NDUFAF2,NDUFAF3,GRB2,NOL10,CALR,SUGP2,FBXL6,HERPUD2,MRPS12,NAT10,NAT14,HERPUD1,NUDCD3,RAC3,GIT1,GAA,MRPS23,PRPF40A,TFB2M,APRT,GAK,ARHGEF1,FAM32A,PABPC1,PTMA,PCNA,SSNA1,MRPS33,COX5A,RELA,NAPG,GNAI2,SH3BGRL,NFIL3,VEGFB,VEGFA,YIF1B,BOP1,SEC23IP,NUDT8,TTC4,HNRNPA2B1,TCEA2,HDGF,ACTR10,GRINA,ZFP28,OTUD4,SRP19,CRTC2,NARF,SYS1,SRP14,ACTG1,IGF1R,TXN2,NARS,FAM3C,MORC3,DNAJB12,EEF1A1,ADAM15,EHBP1L1,TBC1D24,PPIF,TBC1D25,RAF1,DDX5,NDUFB10,COX16,COX15,DDX1,HTRA2,TIMM50,RAI1,SHARPIN,DHRS7B,GRK6,LLPH,TBC1D17,SYT5,UBE2I,NUP155,CNOT10,MANBAL,HIGD2A,IFT20,HOOK2,NASP,HOOK1,GNB2,GNB1,GNAS,UBA1,DEGS1,GNB5,UBE2M,GALK1,CUEDC2,DYRK3,ZMYND19,LDB1,TNFAIP1,TAZ,LMNB2,PHTF1,CABIN1,RND1,LASP1,EEF2K,GET4,SUN2,TBP,NUP133,PDPK1,DCAKD,CAD,SYNGR3,EEF1G,EEF1D,GFOD2,CRY2,MAN1B1,RRN3,SLC3A2,ASAP1,AGPAT1,AGPAT4,TMEM203,TMEM205,TGS1,MKNK1,MKNK2,TRA2A,BNIP1,DROSHA,TMEM208,MTA2,SSRP1,USF1,POLE4,GALE,ERCC3,ERCC1,CARM1,ERCC8,ERCC5,VPS29,ANKLE2,RRP1,ARPC5L,HNRNPU,GPATCH4,EPRS,PHB2,GPATCH8,CNST,ZMIZ1,AP1S1,LUC7L,CDK5RAP3,DDX17,VPS18,DDX18,PRKCD,WDR74,ARMC9,WDR75,SCRIB,WDR73,HCFC2,GTPBP4,WDR77,ARMC1,WDR81,ADPRH,VPS25,VPS28,SEH1L,XPC,ANAPC11,MTDH,RRP7A,FAM171A1,LDHA,WDR70,BLOC1S1,NUP85,VPS11,ST3GAL3,NAA50,PLK2,IRF2BP1,IRF2BP2,NR1D1,EHD1,HNRNPL,MEX3A,HNRNPK,HNRNPF,FARSA,FARSB,BTG1,PHF20,PHF23,GPT,KRI1,RARS,TIMP2,PLEKHN1,RRP12,CIC,JARID2,RRP15,UBL7,CEP68,WDR36,TPI1,EXOC7,NUTF2,WDR34,GNL2,NCOR2,HADHA,KAT2A,NCOR1,TUBB2A,KIFC2,MTF2,TCP1,PLEKHO1,GRN,WDR26,RNMT,TIMM9,USO1,WDR24,FAM129B,FGD3,SCAF8,PPP1R8,USP1,SLC17A7,CKB,PAIP2,YTHDF2,CSNK1A1,KIDINS220,NR1H2,WDR18,SYVN1,ELP2,SCAF1,PHF5A,NFIA,OSTM1,NFIB,PLP2,ANKRD13B,ANKRD13D,RAB3A,RAB3D,GTF2B,PARK7,AUP1,RPL10A,IPO4,TM7SF2,LAMP1,CFL1,SLC39A6,PLEKHJ1,MAGI1,RARS2,TLE3,USP8,USP5,USP4,TPM3,USP3,TPM1,THOC1,DYRK1B,THOC5,LEMD2,ILF2,THOC6,PYGO2,ILF3,RAB31,RAB34,PGP,SNRPG,SNRNP27,SNRPC,FKBP3,SNRPA,FKBP5,FKBP2,CCDC24,SLC38A10,PHB,ORC5,ORC4,ORC3,DVL1,TPR,DVL2,MAP2K7,MCL1,MAP2K6,AP1M1,EIF2B5,EIF2B4,AKIRIN2,EIF2B3,RAB4A,TRAPPC1,TRAPPC4,TMEM132A,TRAPPC5,TRAPPC9,SCRT1,COPS4,COPS6,SLC7A6OS,PLXNB2,CCDC22,CNIH2,COPS8,RAB5A,BCL2L1,DIDO1,MCM7,NOB1,AP1G1,UBTF,WDR7,EIF2B1,TNPO2,TNPO3,ADSL,RFC3,PLEKHG2,DIS3,RPL13A,EDF1,SMC1A,DNAJC2,CTDSP2,POLR1B,DNAJC5,DNAJC9,CCDC43,ALDH9A1,MTPN,HDAC2,LEPROT,TSSC4,HDAC1,RAB1B,VPS4B,DNAJB2,NFS1,POLR2A,HAUS8,MSTO1,ABLIM3,RAB24,POLR2E,POLR2F,CSK,POLR2I,POLR2L,SMOX,FBXL19,FBXL16,BCKDK,DNAJA1,RAB10,SNRNP40,POLR3B,VAPA,DNAJA3,POLR3D,POLR3E,DRG1,POLR3F,DRG2,CEBPZ,POLR3H,SNRNP48,PPIL3,POLR3K,PPIL4,TPT1,SLC35B2,TCERG1,PANK2,HDAC10,ZMYND8,CISD1,RPS15,RPS14,RPS17,FRAT2,RPS16,RPS19,FLAD1,RPS18,FTH1,LONP1,RPS11,RPS10,RPS13,TBC1D10B,ARRDC1,AP1AR,MTHFD2L,HECA,SUCLG1,ATP6V0D1,STXBP2,UGCG,CHTF8,PDCD11,ZNHIT3,GSE1,TNRC18,TRPM7,RALGDS,ATP6V0A1,VASP,ZRANB2,SLC35E3,PYCR2,PUM2,RPS26,SMU1,RPS28,RPS27,ZZZ3,FUBP1,RPS20,RBAK,RPS21,C2CD2L,RPS24,GFM1,UBXN1,CITED2,SLC44A2,ZFAND2B,LIMD2,C1QBP,UBXN6,RAB8A,TOP3B,PSD,PSENEN,PARP6,PARP1,STRADA,GP1BB,PPRC1,ZDHHC17,MLF2,VAV2,NFX1,HNRNPH1,DTYMK,GDPD1,NOL8,RFNG,PTS,TYMP,NOL6,NT5C,PPP2CB,AMN1,HIRA,ZDHHC18,UBTD2,NT5M,APBB3,MTX1,NFYA,MTX2,NFYB,PTGES2,MTX3,RAB11A,KBTBD4,SPCS1,KDM1A,NDUFA10,TATDN1,ARHGDIA,HCFC1R1,FPGS,CWC22,NOM1,SHISA5,PUS7,TRPC4AP,SHISA7,PRPF6,HGS,SPECC1L,CHMP4B,MATR3,ZCCHC7,IDI1,ISYNA1,RPS19BP1,FBLN1,EFNA4,EMG1,TCTEX1D2,CDH24,KLHDC3,CBX6,KLHDC4,PNPT1,CBX4,CBX2,IDH1,IDH2,EIF2S2,CRLS1,EIF2S1,EFNA3,EFNA2,CAPRIN1,CHMP2A,PI4KB,MUS81,YBX1,FLCN,SEPT7,SNAPC2,MFSD5,SNAPC4,MFSD1,KDM6B,MAPK1IP1L,H2AFX,AXIN1,SAFB,SEPT5,SEPT2,FCHSD1,THRAP3,AKT1S1,DNLZ,THOP1,VAC14,STOML2,PDXP,ATP1A1,THBS3,FAM168B,MAPK7,PPP2R3C,FAM120B,MAPK1,SNCA,ATP13A1,LIMK2,CYHR1,SLC4A8,CAPN10,RPS6KB2,CDK2AP2,TDRKH,UXS1,RBPJ,SCAMP4,PSMD9,SAMD14,KRTCAP2,PSMD5,PSMD3,PSMD1,SAMD10,MEF2A,CHID1,MEF2C,HDHD2,EML2,SCAMP3,RUFY1,FAM133B,EID1,MYL6,PSME1,MTMR3,ABCB6,AGAP2,MRPL16,COPS7B,ABCB8,AGAP3,MRPL12,AAAS,OAZ1,GABARAP,MTMR6,MRPL11,MRPL20,HSPH1,HMGXB4,PRKAR2B,GRPEL2,PUSL1,RHBDL1,VTI1B,ABCA2,PRRT2,EDEM2,MRPL28,ERLIN2,FAM136A,MRPL24,MRPL21,MRPL22,CS,MRPL30,ABTB1,MLLT10,UCK1,PSMG3,PSMG1,PSMG2,EZH2,ARF4,PIGU,PIGT,HEXA,RPLP0,MRPL39,MRPL34,TRIOBP,TRMT112,LMBR1,MRPL40,FASTK,RPLP2,SH3BGRL3,LYPLA2,DFFB,LRRC45,NSUN2,PGAM1,MRPL49,SIRT6,SIRT7,MRPL45,MRPL43,MRPL44,MRPL52,PSMA5,MRPL53,TMEM106C,TUT1,SLC29A1,VAMP2,SLC29A2,LRRC14,RNASEL,RNASEK,SRRT,PSMA7,GGA3,PSMB2,FLNA,MEF2D,YKT6,UTP6,LRRC24,UTP3,STAT2,YLPM1,PSMC2,RPL22L1,UBE2D3,TSEN2,HDDC3,YY1,RUVBL2,SESN1,STK16,RUVBL1,KPNA6,PIM3,PMPCA,KPNA3,SLC38A1,VPS33A,PPP1R16A,ZBTB34,FOXP1,FRMD3,ACAP3,ACAP2,TXLNA,MRTO4,FSCN1,ANAPC5,MAPKAPK5,SNRNP200,SQSTM1,KPNB1,ANAPC1,ANAPC2,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,ACAT1,SAV1,STK38,THEM4,E4F1,SLC38A2,EEF2,MFHAS1,MDM2,PIN4,TUBGCP4,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,POMT1,PIK3CD,ARRB1,ARRB2,MRPL4,MRPL2,MDK,SUMO3,NCK2,DGCR8,MRPL9,EID2B,PELP1,HSP90AA1,RAD23A,DDOST,QTRT1,GIGYF1,NPC1,PPP1R12B,SLC25A11,MET,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,PRCC,MAK16,ZBTB45,GANAB,CDC37L1,LRRC8D,SLC25A22,AAMP,CYB5B,PTPN1,PPP1R14B,NDUFA7,MMAA,NDUFA5,NDUFA4,MBOAT7,IMMT,RPL23A,MCOLN1,TPD52L2,SLC25A39,P4HB,SEC24C,EIF4A1,AHCYL1,EIF4A3,PREP,THUMPD3,IFI30,TXNDC16,ZDHHC3,CYB5D1,CCAR1,RASSF1,CCNL1,PELO,SLC12A9,PAQR4,IMP3,ENTPD4,ENTPD6,NSMCE2,THAP4,GNPAT,CCNY,THAP7,ULK2,CD2BP2,KDELR2,CTXN1,STX1A,MMADHC,PEX11B,SUPT4H1,PTTG1IP,PIK3R1,COMMD9,PCBP3,PCBP4,PCBP1,DHX35,ERI3,DHX37,DYM,SURF6,TSPAN5,N4BP1,RBM10,SNX5,SEC31A,CTSA,SURF1,XRCC6,INTS1,SURF2,INTS3,RCC2,INTS2,ERAL1,PAICS,SNW1,WNK1,ID2,INTS5,PAF1,COL9A3,CALM3,CALM1,PTPRS,USPL1,FKBP15,FAM57B,GPAA1,TECR,AATF,AP2A2,HYAL2,NCS1,MLX,DHX15,DHX16,SSSCA1,CTSD,VKORC1,SEC13,DBNL,TMEM150A,WARS,CCDC115,MMD,NCOA4,ANO8,MRPS2,ANO6,MRPS7,MRPS5,COMMD5,PDRG1,MRPS9,CTU1,KIF2A,CSDE1,G2E3,CD47,DBN1,STK40,STX12,DOT1L,HEATR1,DERL1,CRIP2,CCDC106,EXOSC7,MNT,PGRMC1,EXOSC4,SAMM50,CAMK2N2,PES1,SCAND1,CCT8,EXOSC2,EXOSC1,NPDC1,NPM1,YIPF2,TMUB1,HUWE1,RPA1,DOHH,PPP1CA,FKBP1A,PER1,GPAM,ESYT2,FAM171B,DPAGT1,SCARB1,MIDN,ACRBP,EP300,BAHCC1,PPFIA3,RGS6,SH3GL1,ZGPAT,ADPRHL2,DIMT1,SLC30A5,ATG9A,FAM173A,TMX1,UBE2V1,GEMIN7,RTN2,PSMD12,RBM8A,NXPH4,KLHL17,RPF2,RASGRP2,NDRG1,RTN4,CYC1,NDUFV1,BCL9L,IVNS1ABP,OST4,PRNP,PHF12,ECD,HMGA1,CCZ1,KLHL22,SUPT5H,CLK3,KLHL20,RCL1,APPBP2,PICALM,YWHAE,GSK3B,GSK3A,PRR7,RBM25,NAA40,DDX49,DDX46,PRKCSH,DDX47,MAST1,DDX42,ILK,CHD4,CHD3,HMGB1,DDX41,PPP1R9B,SEC61A2,ABHD16A,YWHAQ,BCL7B,NUP62,MLST8,YWHAH,UTP15,RBM17,NCBP1,NCBP2,GLRX5,DDX55,DDX56,ABHD14B,ABHD14A,DDX52,YWHAZ,UTP18,SFPQ,NDUFS8,CREB1,IRF3,NDUFS7,GORASP2,TBC1D5,GORASP1,TBC1D7,NDUFS4,NDUFS3,NAA38,NUP54,RBM22,DDX27,DCTN2,DDX24,GOSR2,DCTN4,GOSR1,DDX20,PARN,RBM4B,CSTF2T,DDX21,CLCN3,HMGCL,DNPEP,RAB40C,MAT2A,TAF1C,PDLIM7,RBM39,MBTPS1,NAA10,TAF10,MAPK14,SOD2,SOD1,RPIA,MAPK11,CLCN6,GLB1,FAM131A,ASB6,TAF6,VIM,FAM98A,RB1,RPL30,RPL3,TRIO,RPL32,RPL31,ENO2,RPL9,RPL7,GCSH,GLE1,MYC,STMN1,CDK20,FDXR,PIP4K2A,RPL35,RPL38,RPL37,IER5,RPL39,IER2,MECR,WSB1,PIH1D1,RPL23,DAPK3,CD3EAP,SOX12,RNF126,DYNC1LI2,BIN3,CLPP,RPL26,RPL29,RPL28,UBA52,PRR14,PRR13,CDC42SE1,POM121,RPN1,ATXN7L3B,HIF1A,PRDX3,PRDX2,PRDX5,PPP4C,CHST15,SERF2,S100A10,RPL41,FZD3,JUND,CHKA,H3F3A,UPF3A,PA2G4,PRRC2B,THAP11,TMEM199,FIBP,SLC6A6,HBP1,DUS1L,CDC42SE2,OGFR,SPEF1,CLTC,ADK,CLTA,PFAS,CLINT1,TRIM8,RNF157,TMEM189,FAM102B,GPR137,RIOK2,EMD,ZC3H10,BRD2,TCF12,TET2,RNF167,LSG1,INF2,RNF166,SF3B2,SF3B3,RPL10,GPS1,TIMM13,GPS2,TIMM10,GRAMD4,BCLAF1,TMEM169,ASNA1,CHN2,LMAN2,RPL14,RPL13,RPS2,BRD8,RPL18,SF3B1,RPL19,SF3A3,BRF2,SF3A2,AGK,RIOK3,TRMT1,SRP68,LRPPRC,AGBL5,TMEM158,RYBP,TRMT6,SARM1,TUSC2,ABHD11,GRB14,TUBB3,SMARCAD1,LZTS2,MAF1,TMSB10,RNF44,ANKRD46,RPS8,RPS6,RPSA,DGKZ,GTF2F2,CACNB1,CTDNEP1,DISP2,CACNB3,ZFP41,DGKQ,NCL,NHP2,ERH,PHPT1,GLYR1,CD151,ABHD8,AK2,TARS,PHF21A,BAG5,PITRM1,BTBD2,NACC1,PSAP,MPDU1,ESRRA,MARCH9,ASNS,MARCH8,TOR1B,LSM4,CHERP,MARCH2,NSFL1C,CNOT6,LSM7,CDK5,CDK4,ZFP62,MAFG,RNF181,SERINC1,IARS,CNOT8,LZTR1,RNF185,EIF4G2,EIF4G1,LMBR1L,RNF11,RNPEPL1,RNF14,TRADD,DUSP18,DUSP11,PTBP1,RPL7A,DUSP12,REXO1,GPX1,GPX4,ELAC2,RANGAP1,YDJC,COASY,BET1L,ZFP90,REXO4,TRAF7,PTP4A3,TRAF4,ASPH,RPL37A,GTF2A1,NFAT5,SMARCD2,WBP1,WBP2,RNF38,RPL36A,RBBP4,RBBP5,DCAF11,UGGT1,DCAF12,FNIP2,SPAG7,SEMA4D,DDHD2,CDC42BPB,PTPN12,TRIT1,KLF6,IMPDH1,MGAT4B,RHEBL1,APP,PWP2,GOLGA3,GOLGA5,GOLGA1,ARL6IP5,GLUL,NFKBIL1,PTOV1,RECQL,MRPS18A,JMJD8,JMJD6,MRPS18C,COX7A2L,GRWD1,TTLL12,PFN1,EZR,ANKRA2,TELO2,NLN,PTDSS1,SNHG1,TRAP1,RABGAP1L,STK11IP,TMEM50A,SNHG6,ACADSB,UBAC2,GADD45G,SRPK1,CCT6A,CCDC88A,ALDH18A1,ITM2B,ITM2C,DAZAP1,FAF1,OLA1,MYL6B,RPTOR,SERP1,GLIPR2,GUK1,PRMT5,ATP6V0B,TSC22D1,PRMT1,TSC22D3,RHOF,TUBG2,TUBG1,UCHL3,RHOA,RHOB,STRAP,ALDOA,SGK1,ATP6V0C,PRIM1,AKAP8,AKAP1,DCPS,MPZL1,RANBP2,RANBP1,AP3D1,RSL1D1,CTNNB1,FAU,GALNT11,GOLT1B,POGK,HDLBP,TOMM22,CHCHD4,EFTUD2,CHCHD6,CHCHD1,NSF,TSC2,WRNIP1,TRNT1,KCTD5,PDIA6,PDIA4,DPM2,DPM3,TBL1XR1,ILVBL,RPL7L1,TIPRL,CMPK1,FIZ1,ISCU,RAI14,BTF3L4,LTBP4,ADIPOR1,ARHGAP12,DPP8,CASKIN1,EP400,ATP6V1H,MARK4,ZC3H13,MYH10,ANKZF1,MARK2,PDZD7,HSPA9,SMAD2,HSPA8,SMAD4,ACBD5,ACBD4,HSPA5,HSPA4,PTCH1,ASPSCR1,DNAJC11,TBCD,TBCB,NFKBIA,DLG1,TMEM115,DLG4,JMY,B4GALT2,USP36,ACADVL,DOCK4,NVL,USP39,TMEM101,SENP5,ZC3H7A,PDE4A,MAN2C1,SCYL1,TSFM,USP47,JAGN1,KLF13,RNF208,TRNAU1AP,ARID1A,SENP3,KLF16,CKAP4,DDX19A,CHMP6,CHMP7,RGS19,USP16,POLDIP2,GMPR2,OPRL1,MTIF2,MOSPD3,U2AF1L4,HSPD1,ABCF2,ABCF1,PTCD3,RWDD1,B3GAT3,BAD,HAGHL,SGTA,ZFC3H1,NAP1L1,HSPE1,NEURL4,BAX,SSBP1,SSBP4"
+"gene_set_query"	"458"	"TEAD4"	"476.8"	"Literature ChIP-seq,56;ARCHS4 Coexpression,606;ENCODE ChIP-seq,72;Enrichr Queries,1102;ReMap ChIP-seq,177;GTEx Coexpression,848"	"ATF2,NUP107,GMFB,TSKU,ALKBH8,ALKBH3,NDST1,DPYSL5,DPYSL2,FAM110B,FNBP4,PRKAB2,SAP30BP,FNBP1,CACNA2D1,DDIT3,ZC3H11A,DDIT4,FEZ2,JTB,ATF4,EXD2,SET,SAR1B,CDCA4,NPRL3,PDGFA,BAZ2A,PRPSAP1,RHOT2,PRPSAP2,LARP1,RNF216,RDH14,RDH13,HEXIM1,JUN,PRPF38B,JUP,FUCA1,PBX1,TBL3,FASN,NMT2,FAT3,FAT4,RNF220,LGMN,SNX10,SNX11,SHB,MED16,MED15,BBC3,DDA1,OSBPL10,SHF,PANX1,MED12,ATIC,DLGAP1,JAK2,JAK1,DLGAP4,DUSP1,IFT140,TEX10,SLC39A13,MED27,DUSP6,MED29,DDB2,MED23,SLC7A5,MED22,TMEFF1,MED25,MED21,PXDN,MMP17,RAPGEF1,RAPGEF2,TRUB1,ATL1,ATL2,DLST,NOC4L,KCNA6,SDAD1,SLC7A1,CENPB,SNX29,SPOP,MFN2,ZSWIM6,EGLN1,MBD6,CRBN,RABIF,MYBBP1A,CCDC9,SNX17,ETNK1,SLMAP,PKN1,AGRN,YPEL3,FRYL,CRLF2,MTCH2,CRCP,TMEM167B,PDCD6,ATN1,APEH,FRY,FBXO22,FADS2,FNTA,FNTB,NUDT19,CEP250,CIR1,MAP3K9,MTPAP,PCYT2,CISH,POLRMT,SRCIN1,LENEP,CDC25B,TPST2,MINPP1,DMTF1,MSH2,SRSF2,SRSF3,PKP4,SRSF5,ARL8B,FTO,KHDRBS1,INO80E,NRF1,EIF1AD,IGSF21,MBIP,G3BP2,EIF4EBP2,NAE1,IP6K1,BOD1,RASL10B,ODF2,FBXO38,UROS,HPS4,FBXO31,DRAP1,SON,LRCH1,NACA,CLPTM1L,OSBPL1A,OGT,NOP10,ITGB1,ISY1,PTEN,RLBP1,AP4M1,ZNRD1,PGM3,ACP2,ACP1,SNAP29,UNKL,BOK,EIF5A,BCAS3,ACTR2,VPS13A,SEZ6L,IMPACT,C1D,PCCB,TOP1,BCAT1,GAPDH,TNFRSF21,BCAT2,PRPS1,ROCK2,SRC,SRBD1,SRSF1,U2AF1,RCHY1,SRM,FOXRED2,ZNRF1,U2AF2,EIF4H,IGF2BP3,FEM1C,IGF2BP2,HNRNPA1,EIF4E,EIF4B,GADD45GIP1,NOP56,HNRNPA3,SEPT11,NOP58,TRIM41,FEM1A,PCDH9,FEM1B,CNBP,PCDH8,EXOG,HNRNPAB,MYO16,NECAP2,EIF3M,CDKN2AIPNL,TSPAN18,EIF3J,TRIM35,EIF3G,EIF3H,STUB1,TRIM37,EIF3C,EIF3D,TRIM33,BCAR1,EIF3B,SLC23A2,ACTB,CRKL,HERC3,CDC23,TRIM28,BSG,CDC27,EIF2D,TRIM27,ATXN7L1,CCDC92,FBXO9,SMARCC1,SMARCC2,KCNK10,ARL15,LIMCH1,ACTN1,CIRBP,ACTN4,MFSD11,SNHG12,PPA2,FAM76B,FLYWCH1,KCTD12,KCTD18,GIPR,TMEM63C,SLC45A1,MYCBP2,SDC3,TTBK1,CDKN2AIP,PGS1,NKAIN2,SEC14L1,B4GALNT1,KCNN2,BBS1,FAM78B,SMARCA2,PTK2,SMARCA4,EXT1,AIMP2,EXT2,ZBTB6,CWF19L1,CDC16,CALU,NDUFAF2,NDUFAF3,CALR,NOL11,FBXL5,MRPS17,DHRS13,MRPS15,CSRNP2,NAT10,AKAP12,MAP1LC3B,PCM1,PPP3CB,ACTR1A,NUDCD3,PCLO,UIMC1,PCYT1A,MRPS27,MRPS24,PABPC4,MRPS23,PRPF40A,SYP,GAB2,SYN3,SREBF2,APRT,CTTNBP2NL,TOX3,RAP2B,SLTM,PITPNM2,TAX1BP1,FAM193A,PTMA,FJX1,NAPA,DYNC1I2,AHCY,MRPS35,SSNA1,GBA,HSD17B4,PRICKLE1,COX5A,RELA,NAPG,PCNP,ORMDL3,EPS15,DYNC1H1,VEGFB,PNMA2,YIF1B,VEGFA,GRIN1,SH3RF3,BOP1,SEC23IP,KLHL7,TTC4,HNRNPA2B1,NDUFAB1,CACHD1,AGGF1,HDGF,TACC2,OTUD5,CRTC2,SYS1,NUP188,ZFAND3,PEBP1,UBE3A,PRDM2,CELSR3,TXN2,NARS,GRIP1,MORC3,PCID2,DNAJB12,UBE4A,UBE4B,SDHD,DHDDS,EEF1A1,PCP4,WDFY1,PLAA,ANKS6,PPIH,RAF1,TBC1D19,DDX5,BHLHB9,NDUFB10,COX16,COX17,CACNA1A,CACNA1D,CACNA1C,CACNA1E,PLD3,CNN3,NCKIPSD,IRAK1,TBC1D13,TBC1D14,UBE2F,YARS,SYT4,AUTS2,NUP155,UBE2A,IFT20,UBE2W,GNAL,HOOK2,HOOK1,UBE2S,GNB2,MKRN1,CNTN1,MKRN2,UBE2N,UBE2O,AMOTL2,TCF4,UBE2K,RERE,PHTF2,CUEDC2,LDB1,ZMYND19,HP1BP3,TNFAIP1,RND3,LMNB2,LMNB1,TTC28,CABIN1,TMEM222,LASP1,EEF2K,MYO18A,TTC33,CAD,NAV2,SYNGR3,EPN2,EEF1G,ELF2,NAV3,ATP6V1B2,ACOX3,MAN1B1,ZMYND11,CUEDC1,OTUB2,AGPAT5,ANKS3,SLC3A2,ASAP1,ASAP2,NT5C2,CYTH3,GNG3,TRA2B,GNG7,PTK2B,DROSHA,SPOCK1,RALY,MTA2,RPP14,CLVS1,TIMM8B,TTC14,NIPSNAP3B,RRM2,URGCP,SSRP1,TTC19,HS3ST1,ERCC1,CARM1,POLE3,IPO11,WIPF3,ARPC5L,HNRNPU,GPATCH4,PHAX,ADARB1,PHB2,RRP9,GLS,ALCAM,TFG,ZMIZ1,CSPP1,WDR91,AP1S1,VPS36,NCKAP5,DDX18,PRKCI,PRKCE,WDR74,AFAP1,SCRIB,ARMC8,GTPBP2,ATG13,ATG12,HCFC1,WDR77,WDR81,DAAM1,VPS25,VPS28,GNE,ANAPC13,CTBP2,ANAPC16,PDXDC1,ADH5,ANAPC11,MTDH,WDR70,NUP85,RRS1,GAR1,CEP78,NAA50,NDFIP2,SNAPIN,ICMT,NDFIP1,HOMER1,ARPP21,DMPK,PLK2,IRF2BP2,HNRNPL,EHD1,MEX3A,HNRNPF,PPT1,GTF2IRD1,MMS19,FARSA,GABRB2,WDR47,CDKN1B,WDR48,PHF23,DENND1A,WDR41,GPT,SMG5,WDR43,JARID2,RRP15,CEP68,ELMOD1,NUTF2,WDR34,TERF2,FAM126A,COPZ1,NCOR1,MTF2,EXOC4,EXOC5,TKT,GART,EXOC2,GAS7,GRAMD1B,GRN,CLDND1,USO1,WDR24,FAM129B,FGD3,ARFRP1,FGD4,SCAF8,PPP1R7,PAIP1,FARP1,PCGF6,CSNK1A1,KIDINS220,WDR18,SYVN1,GATC,ELP2,DEF8,SYNJ2BP,SNCAIP,WDR11,SLC8A3,NFIA,NFIB,JKAMP,NUCB2,FAM49A,FAM49B,PARK7,AUP1,RPL10A,IPO7,CLU,IPO4,TM7SF2,EDC3,IPO5,PPP1CC,LAMP1,CFL1,SLC39A6,HMGN3,PLEKHJ1,KCMF1,MAGI1,TLE3,USP8,MAP2K4,TLE2,MAP2K1,USP7,TPM4,USP5,TPM3,RALGAPA1,MAGI3,TPM1,FRMD4A,FRMD4B,LEMD3,LEMD2,THOC6,PYGO2,RAB34,SNRPG,AAGAB,SNRPE,ADNP,FKBP4,TOX,SNRPA,FKBP5,IFNAR1,SNRPB,RTN4R,FKBP2,FAM114A2,UBR3,PHB,HSPBP1,DVL1,UBR5,DVL2,PLXNA2,RAB6B,PLXNA4,MCL1,MAP2K6,OSBPL9,EIF2B4,UVRAG,EIF2B3,EIF2B2,TRAPPC4,TRAPPC5,REEP1,BCL9,COPS6,DAB1,SYNJ1,NSG2,LHX2,TPP2,CNIH3,CNIH4,BCL2L1,SLC48A1,MCM7,ZC3H4,CEP164,SYNE2,ADAMTS3,NOB1,SNRNP70,RNPEP,IDH3B,WDR5,WDR6,WDR7,EIF2B1,TNPO1,IDH3A,ADSL,PLEKHG2,RFC2,SECISBP2L,TSN,DNAJC6,CTDSP2,POLR1B,CCDC43,DNAJC9,DNAJC8,CRK,LEPROT,HDAC3,EI24,VPS4A,HDAC7,DNAJB2,RAB21,FBXL20,DNAJB1,NFS1,ABLIM3,POLR2A,DNAJB5,POLR2C,POLR2D,POLR2E,DNAJB9,ASCC2,POLR2G,RAB28,POLR2J,ADSS,POLR2L,JAZF1,PPIL1,RNGTT,FBXL16,FBXL12,ASXL1,VAPA,POLR3B,RAB14,PSAT1,RAB12,MFAP3,ASXL3,POLR3E,DRG1,DRG2,POLR3H,SNRNP48,SLC35B2,VEZT,ISCA1,PANK2,IFITM2,TMEM183A,PANK3,VARS,ZMYND8,PITPNB,HDAC11,CISD2,PPP2R2A,PDCD2L,RPS15,RPS14,RPS16,FLAD1,FTH1,DAG1,LONP1,ARFIP2,LONP2,SEPHS1,RPS12,SRRM3,COG8,ARRDC1,COG3,IFRD1,ARRDC3,TIAM1,POR,TWSG1,KARS,SIK3,TLN2,MACF1,DCUN1D5,MAGED1,DCUN1D4,TRANK1,DCUN1D2,MYL12B,FXR1,FXR2,CHTF8,PDCD10,ATP6V0A2,GSE1,TNRC18,VASP,PUM1,RPS25,FUBP3,RPS29,RPS20,RPS21,C2CD2L,TOP2B,AHCTF1,UBXN1,HIP1,CITED2,SLC44A2,SLC35F1,SIPA1L2,SIPA1L3,XPO1,C1QBP,XPO6,XPO5,SH3PXD2B,TMED2,UBXN4,RAB8A,RALGPS1,RALGPS2,PSD,TOP3B,PARP1,PARP2,STRADA,PPRC1,ITFG1,MLF2,SCNM1,NFX1,HNRNPH3,SDCCAG8,FYTTD1,CSTB,NOL7,RBFA,NOL6,AMN1,HIRA,CHRAC1,UBTD2,APBB2,METTL9,PTGES2,NFYB,MTX2,NFYC,LSAMP,XPOT,PRKRA,APBA1,KBTBD7,MPHOSPH8,MPHOSPH6,NDUFA13,KDM1A,NDUFA10,TATDN1,COL4A3BP,ARHGDIA,HCFC1R1,FPGS,COTL1,PHYH,KDM2A,LMO7,PCDHA12,RSBN1,TUFM,PRPF6,CHMP4B,MATR3,AMPH,XPR1,ZCCHC8,ZCCHC7,COPA,RPS19BP1,PXN,NOP2,CLEC16A,KLHDC10,DARS,KLHDC3,CPSF7,CBX5,PNPT1,CPSF1,CBX4,CBX3,IDH2,EIF2S2,CRLS1,COQ5,EFNA2,PI4KA,SAE1,LRP11,KDM5B,ASNSD1,DBI,YBX1,HK1,HS2ST1,SPRED2,SNAPC3,MFSD1,TOPBP1,RBM7,MAPK1IP1L,H2AFY,H2AFZ,H2AFX,SPATS2,PPP2R5B,RPS3A,PPP2R5C,SAFB,LSS,SEPT2,DNM3,RABEP1,DDAH1,TRAPPC6B,CDH10,CDH11,AKT1S1,DNLZ,CDH13,PFDN2,HAGH,THOP1,KDM3B,STOML1,NXF1,MAPK9,MAPK6,OPCML,KDM4C,PDE10A,RPS6KB1,MDC1,MAPKBP1,MT-ND4,UXS1,ARAF,GHITM,RBPJ,ZFYVE1,TSEN54,SCAMP5,LSM10,PSMD6,LSM12,PSMD7,LSM11,PPP4R1,PSMD2,PSMD3,MEF2A,RBFOX1,RBFOX2,EML2,SCAMP3,FAM133B,EID1,EML5,MYL6,EID2,CLNS1A,PSME3,RUFY3,CGGBP1,MTMR2,FLII,COPS7B,AGAP1,MRPL14,ABCB8,AGAP3,MRPL12,MRPL13,GABARAP,CYB5R1,CYB5R4,PRKAR2B,PRKAR2A,HMGXB3,RHBDL1,B3GALNT1,PRRT2,CADM1,EDEM1,ABCA3,EDEM2,PMM2,EXOC6B,ERLIN2,SNF8,MRPL23,MRPL24,EIF1,MRPL22,MLLT11,SETX,MLLT10,UCK2,EIF5,EIF6,FERMT2,GPR19,EZH2,LRSAM1,PIGU,HEXB,RPLP0,HEXA,MRPL37,MRPL34,TRMT112,TUBA1C,NIPBL,FASTK,RPLP2,APPL1,LRRC47,UPF2,UPF1,DFFA,PGAM1,NSUN2,ACTL6A,SIRT4,MRPL49,LRRC40,RRAS2,ELOVL6,SIRT6,MRPL47,MRPL48,DYNLL1,MRPL45,SRP9,SIRT2,LRRC41,MRPL44,MRPL53,CDC42EP4,TMEM106C,PELI1,TUT1,SLC29A1,VAMP4,DLD,VAMP2,SLC29A2,LRRC14,RNASEK,SRRT,SEZ6,RPS27L,PSMA7,TMEM70,PSMB7,PSMB5,UNK,BTAF1,TCOF1,TMEM65,TMEM68,MICALL1,AP2S1,LEO1,FLNA,MEF2D,SRSF10,YKT6,SRSF11,NKTR,UTP3,MDH2,ATRNL1,YLPM1,TMEM62,BYSL,GATAD2A,LRRC20,TMEM60,LETM1,TMEM59,PSMC5,PSMC1,TTLL1,SRRD,SERBP1,GOPC,FAM13B,CSE1L,TSEN2,HDDC3,SMCHD1,OSBP,KPNA4,PMPCA,KPNA3,AP2M1,KPNA1,AGTPBP1,VPS33B,UBE2E2,FOXP1,FRMD3,ACAP2,FRMD5,TXLNA,MRTO4,FSCN1,KPNB1,ANAPC1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,MAX,MAZ,ISG20L2,ARL1,UBFD1,GLIS2,SAV1,SOCS2,SLC38A6,E4F1,SLC38A2,EVI5,DR1,GOT1,GOT2,ZBTB11,EEF2,STK24,STK25,TMEM11,PTPRA,MDM2,TUBGCP3,MDM4,TMEM19,NFE2L1,SLC25A3,HSP90AB1,SCHIP1,CELF2,ARRB1,MRPL4,MRPL3,PMEPA1,HMG20A,DNM1L,PELP1,ARNT,VPS37D,RAD23A,VEZF1,NDUFC1,VPS37B,RAD23B,NSMCE4A,NPC2,PIK3C3,BIRC6,SLC25A12,SEC22B,PPP1R12B,SLC25A11,PPP1R15A,GTF3C1,RNFT2,PPP1R15B,GTF3C2,GTF3C3,SEC23A,NDUFB7,NDUFB6,NDUFB5,PRCC,MAK16,CXXC1,NDUFB2,FOXK2,PPM1D,LRP8,CXXC4,PPM1E,PPM1G,GANAB,PARD6A,NCLN,SLC25A28,FCHO2,BEND3,LRRC8D,LRRC8A,SLC25A22,SLC25A25,PTPN1,PPP1R14B,NDUFA6,SLC12A5,NDUFA5,MMAA,FOXJ3,LYSMD1,RPL23A,BAIAP2,TPD52L2,SLC25A39,PTPN9,P4HB,SMAP2,SMAP1,SEC24C,SLC25A36,EIF4A2,CCNK,AHCYL1,LPGAT1,TMEM41A,EIF4A3,PREP,KEAP1,TXNDC11,JMJD1C,ZDHHC7,THUMPD1,UBE2L3,SEC62,TMPO,EPHA4,ST6GAL2,PAQR4,ZFP1,SCAF11,NSMCE2,NSMCE1,ANK2,ANK3,ANK1,GNPAT,ULK2,MMADHC,CTR9,PIK3R3,PTTG1IP,PIK3R1,RTF1,UBE2J1,APH1A,SNX4,COMMD9,LARS,MIER1,ERI3,DHX37,DYM,SURF6,SYMPK,RCE1,HIVEP2,TSPAN3,RBM12,SNX5,INTS1,ZFR2,RCC2,INTS3,MICAL3,MICAL2,PAICS,DCLK1,ID2,PAF1,INTS4,DHX29,CALM1,CALM2,INTS8,RGL2,PCSK2,USPL1,TECR,INTS10,DIRAS2,PTPRO,WASL,PTPRK,BMI1,PEPD,IER3IP1,ARV1,SPTLC1,RSRC1,ENC1,DHX15,ARIH2,SSSCA1,KIF1B,ARIH1,UTP14A,VKORC1,CCT3,CCT2,TMEM150A,NCOA5,ACAD9,ANO8,COMMD3,MRPS2,ANO6,COMMD1,RGMB,COMMD7,COMMD4,CTU1,NCOA7,GLCCI1,DBN1,STK40,STX16,INPP1,DOT1L,HEATR1,STX18,CRIP2,CCDC106,MNT,SAMM50,EXOSC4,SERTAD4,SERTAD2,PES1,EXOSC8,CCT7,CCT5,CCT4,TMUB1,MIB2,PLEKHA5,UBE2G1,RSRC2,UBE2G2,AP2B1,NPM3,PER1,DPY19L1,GPAM,CCNG2,ESYT2,DPAGT1,FHOD3,SCARB1,SH3GL3,MIDN,DBR1,WWC1,KLHL34,FAM174B,CAPN7,KIF5C,CAPN5,CAPN2,BANF1,SBF1,BAHCC1,SBF2,RGS9,RGS6,SH3GL1,PPFIA2,KIRREL3,SLC30A9,SLC30A5,SSU72,WBP11,ATAD3A,TMX4,FAM173A,DOK5,UBE2V1,RTN2,RTN3,VCP,PSMD11,RTN1,TMED10,RBM8A,PSMD14,YTHDC1,SEL1L,KLHL12,NDRG1,RTN4,ACACA,RPF1,FUT9,KIF3A,CAMTA1,CYC1,NDUFV2,BCL9L,KLHL29,PRNP,PHF12,VTA1,CRIM1,HMGA1,DSTN,KLHL22,KLHL24,SUPT5H,ANKHD1,CLK2,QDPR,GCLC,BMP1,PAN3,APPBP2,PHF13,STT3B,PICALM,YWHAE,RBM28,PRR7,RBM25,DDX46,DDX47,PRKCSH,YWHAB,CHD8,MAST2,PRR3,CHD6,ILK,ARHGEF10L,TRIAP1,CHD2,AFF3,PPP1R9B,RPGR,SEC61A2,YWHAQ,BCL7C,GATAD1,MLST8,UQCRFS1,RBM17,RBM14,ARHGEF12,NCBP2,GLRX5,RBM18,BUD31,DDX54,GLRX2,SFPQ,PEX3,NDUFS6,GORASP2,NUP50,NUP54,RBM24,IRF9,RBM22,DCTN6,PARG,NAA20,PARN,PARL,DNPEP,MAT2A,BMS1,SMNDC1,PDLIM7,RBM39,CHURC1,GALNT1,TAF11,PDAP1,ATP2B2,MAPK14,CLCN6,GOLPH3,SBK1,GLB1,ASB8,FAM131A,ASB6,RBM42,TAF6,VIM,RBM45,CLUAP1,LNX2,RPL5,RPL3,RPL32,CLPB,RPL31,TRRAP,RPL8,BACH2,DCAF7,DCAF6,GLE1,MYC,STMN1,RPL36,CDK20,PIP4K2B,RPL38,DIP2B,DIP2C,IER5,IER2,RNF111,ANKS1B,CHGB,MECR,RPL23,RPL22,DAPK3,CD3EAP,RNF123,BIN1,RPL29,ALG10B,UBA52,CDC42SE1,POM121,RPN1,NEDD4L,NOLC1,ATXN7L3B,GLG1,PRDX2,PRDX5,PPP4C,CHST12,PRDX1,S100A10,CDK17,RPL41,ACD,CDK19,FZD3,JUND,CHKA,H3F3B,MAD2L1BP,MTHFR,UPF3B,UPF3A,PA2G4,PRRC2B,PRRC2A,TADA2B,TMEM199,FIBP,SLC6A6,PPP5C,NPLOC4,TADA2A,H2AFY2,GIPC1,OGDH,DUS1L,CDK14,CDK16,CDC42SE2,TRMU,CLTC,CLTB,ADK,LPCAT1,TCF20,TMEM186,TRIM8,TMEM189,TRIM9,CSRP2,TMSB4X,TRIM2,ENSA,ANXA6,GPR137,ANXA7,RIOK1,EMD,BRD3,ZC3H10,SSR3,TCF12,TIMM23,RNF167,MRAS,PLCB1,RNF166,SF3B5,PHLPP1,RPL10,RPL12,GPS2,HSPA14,TM9SF4,LMAN2,CHN1,RPS3,RPL13,RPS2,RNF130,SF3B1,DTD1,RPL17,RPRM,SF3A3,BRF2,RIOK3,TRMT1,TTC9B,GTF2H2,MZT1,LRPPRC,FIG4,TM9SF2,TM9SF1,ABI2,MORN4,PHLDB1,TOR2A,DGKE,ATP8A2,ATP8A1,CLSTN2,CTNND2,CTNND1,YEATS4,BZW2,FAM107B,RPH3A,CDH2,SMARCAD1,MACROD2,TMSB10,STK32C,RNF44,RPS9,ANKRD46,RPS7,IGFBP3,ANKRD44,AIP,RPSA,CACNB1,CTDNEP1,BSCL2,CLIP2,CLIP1,CACNB4,RALGAPB,STIM2,MADD,ERP29,TNIK,SEMA7A,ENY2,DNMT1,CD151,CUL5,ABHD2,ANKRD12,AK1,ABHD8,AK2,ITPR1,PHF21A,STIP1,BAG5,BTBD1,NACC1,PSAP,SAFB2,ABL1,NDN,ABL2,ANKRD10,SLC15A4,ESRRA,ASNS,MARCH7,MARCH6,LSM4,MARCH5,LSM2,CHERP,CDK5,YEATS2,CDK4,CNOT1,CNOT2,RNF181,IARS,NF2,SERINC3,EIF4G3,EIF4G2,EIF4G1,RNF187,RNF10,RNF13,RNF14,PTPN23,SGCE,PTBP1,DUSP12,RPL7A,SART3,OPA1,HIF1AN,SLC37A4,GPX4,ELAC2,DUSP26,RANGAP1,YDJC,PATL1,REXO4,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,RPL37A,RP9,SNRPA1,EIF4E2,NFAT5,WBP2,WBP4,JAKMIP2,CACNG8,HIRIP3,RBBP4,WASF1,DCAF12,SEMA4A,SPAG7,KCNJ11,RNF24,TXNRD1,ADRM1,PLCL2,RPL35A,OXR1,PNRC1,ENOX1,CUL4A,KLF6,APC,IMPDH2,PFKM,PFKP,METAP2,GDE1,DIXDC1,GOLGA3,RUSC2,GOLGA1,UBAP2L,KIFAP3,GOLGA7,SOX4,AGFG1,SOX5,AQR,SACM1L,SLC6A15,SLC11A2,MRPS18B,MTUS1,BOLA1,MRPS18A,ACSL3,JMJD8,JMJD6,MRPS18C,INPP4A,AFG3L2,VDAC1,TTLL12,EZR,PFN1,AURKAIP1,TMEM161A,IGSF3,TWF1,TRMT2A,TEX261,NLK,IGSF9,INPP5B,PTDSS2,NUAK1,INPP5F,VPS8,SCAP,SRPK2,SNHG1,NUS1,TRAP1,ZRSR2,RABGAP1L,SS18L1,INSR,MEMO1,ACADSB,UBAC1,GADD45G,UBAC2,CCT6A,CCDC88A,STAG1,SESTD1,ITM2C,HBS1L,TRAM1,DAZAP1,FAF1,OLA1,MYL6B,PRPF19,HINT1,SERP1,PCF11,ZMYM6,KIF13A,DLAT,PRMT5,PRMT2,PRMT1,NME2,RHOF,TUBG2,NME1,PRPF18,NME7,STRAP,MAPT,ALDOA,SGK1,MAPRE2,SLC20A1,AKAP6,ARNTL,RBM15B,MAP4K5,LCMT1,MPZL1,MAP4K4,RANBP2,SUZ12,RANBP3,AP3D1,MARS,R3HCC1,CTNNB1,FAU,HDLBP,ARHGAP39,TOMM20,TOMM22,EFTUD2,ARHGAP44,TMEM145,CHCHD3,POGZ,TMEM14C,NSF,APLP2,TOMM34,MATK,TSC2,KCTD2,WRNIP1,OCRL,KCTD3,PDIA4,DCTD,DPM2,PREPL,TMEM135,TBL1XR1,SCG5,ELMO1,SCG3,RAI14,NTM,COX7A2,ADIPOR1,STK4,ARHGAP21,PCSK1N,DPP8,DPP9,TMEM128,ATP6V1H,DMAP1,OTX1,MARK3,ANKZF1,ATP6V1F,MARK1,RAP1GAP2,SMAD2,ACBD6,ACBD5,ACBD4,SMURF2,HSPA4,PTCH1,DNAJC11,TBCA,DNAJC16,SMAD5,DNAJC17,AZIN1,TDRD3,NR4A3,DLG3,DLG4,ATG16L1,TBCE,DNAJC10,GRSF1,B4GALT2,SCYL3,ACADVL,DOCK4,USP38,DOCK9,NVL,ELAVL4,SLC2A3,USP39,ELAVL2,SENP7,ALDH2,FLOT1,PDE4B,TMEM108,MAN2C1,USP30,SCYL2,SCYL1,USP46,TSFM,PDE4D,TRNAU1AP,ARID1A,SENP3,ARID1B,DDX19A,TRNP1,USP15,POLDIP2,RGS16,USP11,MTIF2,MTIF3,TM2D3,SPG7,IWS1,STRN3,HSPD1,RMND5B,GMDS,NT5DC2,NT5DC3,NCAM1,ABCF2,CAMK2G,ABCF1,REPS1,SPEN,RWDD1,PTCD2,WTAP,USP20,NEGR1,BAD,USP22,CADPS,ZFC3H1,PDE4DIP,HSPE1,MEIS2,USP29,FMNL2,SSBP1,SSBP2,PDE7A,SSBP4"
+"gene_set_query"	"459"	"GPBP1"	"477.5"	"ARCHS4 Coexpression,70;GTEx Coexpression,885"	"TDRKH,VARS,KDELR1,IFT172,ZDHHC8,THUMPD1,SMC3,NDST1,LSM12,RNF114,CAPNS1,ZMIZ2,STMN1,CHORDC1,PSMD3,AKT1,AP1S1,PRKACA,CXADR,ACTN1,DAPK3,AP1B1,MOGS,SCRIB,ACTN4,WDR81,KCTD13,TBPL1,ULK2,PFN1,PRR12,TBC1D9B,SAR1A,FLII,DCUN1D1,TTBK2,DHX30,PTDSS2,CYB5R3,HLTF,MIER1,SYMPK,AMZ2,TNRC18,PIP5K1C,CEP78,SRPK2,PRELID1,TMEM184B,INTS1,H3F3B,RAB3IP,UPF3A,BBIP1,PRRC2A,CCDC88A,MEX3B,GIPC1,CALR,CALM2,DZIP3,SUGP2,ARF3,CSRNP2,WDR48,FAM57B,GRIK5,CETN3,CLTB,AP2A1,SMG7,ADO,PRPF19,PCMTD2,TRIM8,MRPL42,PCM1,TIMP2,GPR137,SDF4,RAC1,CIC,UPF1,TMED9,GAA,MINK1,PRPF40A,GNL1,SRP9,PDRG1,NCOR2,INF2,HNRNPH1,TMEM33,MTF2,G2E3,TKT,ATP6V0C,ERGIC1,PAFAH1B1,FAM117B,CENPB,FAM129B,GNAI2,GGA1,BCLAF1,UBTD2,CLPTM1,ANKRD54,FLNA,METTL6,BRD8,ANKRD52,PAIP2,SRSF10,YKT6,SRSF12,CSNK1A1,AP3D1,SCAF1,PRPF39,ETNK1,HNRNPA2B1,TAOK2,TCEA2,ZYX,NUCB1,HDGF,PKN1,PNPLA6,YPEL5,GRINA,SH3GL3,ANKRD13B,CHPF,CD81,ZFAND6,HDLBP,ATN1,PLOD3,PPP1CB,NUDT10,LAMP1,ARHGDIA,CFL1,PAPOLA,SBF1,LZTS2,ARID2,SH3GL1,CDKL2,TLE4,MAP2K2,ANKRD45,THOC1,TOMM34,ATAD3A,PIAS2,ATXN2L,CTDNEP1,MORF4L1,ADAM15,HNRNPUL1,TBL1XR1,RAB35,SRSF3,MATR3,ADNP,SRSF6,FAM92A,CSNK1G2,SLC27A4,LRRC59,INO80E,DDX5,KHDRBS3,CD151,RAB5C,TNKS,SLC38A10,PDS5B,SUPT6H,SPATA7,CORO1B,SBNO1,STIP1,BAG4,IRAK1,TMEM127,DVL1,BTBD2,NACC1,CYC1,NAE1,SKIL,BCL9L,ESRRA,KLHDC3,TIA1,ZFHX2,CBX1,MARCH7,SUPT5H,MARCH6,DNAJC18,ARHGAP33,CLK1,UBE2W,SH3BP5L,CNOT7,APPBP2,NASP,GNB2,UBE2N,PLXNB2,BRWD1,LRP10,EIF4G3,NFE2L1,EIF4G1,RNF187,MXD4,UBE2M,ZNF512B,ACADVL,GSK3A,WDR1,PRKCSH,POMT1,PTPN23,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,SUMO1,ZC3H7B,PPP6R1,SNAPC3,TLK1,PELP1,SCYL1,MAPK1IP1L,EIF5A,PPP1R12A,REXO1,CCDC34,IQCE,SENP2,CKAP5,ARFGAP1,PTBP2,EPN1,CKAP4,KLF16,DNM2,TRAF7,TMEM214,DNAJC5,PPDPF,AKT1S1,THOP1,SSX2IP,PPP1R12C,DDX25,RAB1B,MLLT1,MFF,FAM169A,PPM1E,GANAB,HIRIP3,NCLN,PABPN1,U2AF2,TRA2A,RALY,EIF4E,FBRS,PDLIM7,PPP1R14B,GALNT2,PDAP1,DDHD1,CDC42BPB,TPD52L2,CABLES2,DNAJA1,CLCN7,MARCKS,PFKL,CARM1,DNAJA2,MGAT4B,TRIM37,SUGT1,P4HB,NAA15,PPIL4,BCAR1"
+"gene_set_query"	"460"	"SOHLH1"	"479.0"	"ARCHS4 Coexpression,467;Enrichr Queries,847;GTEx Coexpression,123"	"MYT1L,STMN3,SCAMP5,DPYSL5,DPYSL2,STMN1,DPF1,BSN,CCDC92,ATXN7L3,RBFOX1,ACOT7,UNC13A,UNC5A,WSB2,SLC6A17,RBFOX3,MAPK8IP2,ANK1,MAPK8IP3,GTPBP4,MAPK8IP1,TIAM2,TIAM1,STX1B,PRKAR1B,ASPHD1,HECW1,KCNQ2,HECA,TAGLN3,CTXN1,STX1A,ASTN1,DHX8,FOXG1,STXBP1,AGAP2,CEND1,AGAP3,PIK3R1,NLK,TTBK1,ABR,FAM171A2,SYNGR1,PGBD5,ERI3,LDHD,KCNN1,PIP5K1C,RIMKLA,SCN3B,ABCA2,CADM3,PRRT2,IQSEC2,IQSEC1,PDE2A,NR2F1,SNAP91,TOLLIP,PPP1R1B,CALM3,SERPINI1,PLCH2,BAP1,TMEM151B,DOC2A,GDI1,DIRAS1,AATK,RNF157,SERP2,JPH4,UCHL1,JPH3,MAP1LC3A,CAMKV,ENC1,NCS1,IDS,NEFL,NEFM,DLGAP1,KIF1A,FEZF2,DLGAP3,GIT1,PSD,SPHK2,SYP,SYN3,DUSP8,SYN1,MLF2,CNKSR2,TMEM179,VSNL1,MPPED1,KIFC2,PXDN,CHST1,ARHGEF4,MAPRE3,MAPT,PLCB1,VAMP2,GAS7,CSTB,NAPB,PNCK,SATB2,SNX32,ADCY1,CAMKK1,PSMA7,NOL6,CAMKK2,TCEAL6,TCEAL5,CUX2,CAMK2N1,CHN1,MGAT3,SLC17A7,CTNNA2,APBB1,NCDN,GABBR2,GABBR1,ATRNL1,GABRA3,TTC9B,GRIN1,STAC2,PKN1,APBA2,CDK5R2,CDK5R1,RAB3A,CRTC1,CLSTN3,CLSTN1,ARHGDIG,SLC8A2,RPH3A,RIMS4,ATCAY,KIF5C,CHCHD6,KHSRP,KIF5A,PALM,STK32C,FADS1,PPFIA3,CHRNB2,LMO4,IGFBP3,IGFBP2,APLP1,ADAM11,LMTK3,TBR1,POU3F1,RUNDC3A,DGKZ,POU3F2,SRCIN1,TMEM130,CDC25B,TRAIP,CLIP3,OLFM1,TOM1L2,PCP4,GPRIN1,EEF1A2,SCG3,AMPH,RTN3,BRSK1,NDRG4,BRSK2,PKDCC,ARHGEF25,TMEM59L,HPCA,ABHD8,CACNA1B,CACNA1A,CABP1,NDRG2,CPLX2,CPLX1,CACNA1E,FBXO41,CACNA1H,RAP1GAP,PDZD4,KLC2,NEUROD6,DEAF1,BTBD2,CASKIN1,KIF3C,RAB6B,LRRC4B,SYT5,KLHDC3,SYT3,ANKRD24,SYT1,SLC4A10,TRAPPC9,SYT7,GNAO1,LRFN5,DLG2,HOOK2,LHX2,DLG4,HOOK1,ATG16L1,GNB1,PI4KA,MAP3K10,PLEKHM2,PIN1,CNIH2,SNAP25,GSK3A,DAGLA,DOCK3,ELAVL4,CHD6,CHD5,FBLL1,PKD1,ELAVL2,NRGN,PTBP1,GDAP1L1,EVI5L,ERC2,TNPO2,SULT4A1,GALNT9,YWHAH,EMX1,SVOP,PDPK1,ABCC8,RNF208,UBE2QL1,SYNGR3,REXO2,SEPT5,DNM1,SEPT3,GAP43,PTP4A3,NRG3,SNPH,LANCL2,NAT8L,CAMK1G,SHANK2,SHANK1,RNFT2,CAMK2B,NLGN1,STOML1,DCTN1,CLEC2L,DDX25,CXXC1,PDXP,KATNB1,ATP1A3,NRXN2,NCALD,DNAJB2,CACNG7,GNG3,CACNG8,SLITRK1,SV2A,MGAT5B,POLR2D,FSD1,SNCB,WASF1,SLC25A23,SLC25A22,CHGA,LINGO1,NTRK2,SLC12A5,FBXL19,LIMK1,B3GAT1,ATP2B4,NAP1L2,CCK,ATP2B2,FBXL16,NAP1L5,HS3ST2,NELL2,MAPK10,DBNDD1,FAM155A,MAPK11,PPP2R2C,FAM131B,TRIM37,ATP13A2,R3HDM1"
+"gene_set_query"	"461"	"ZNF133"	"479.7"	"ARCHS4 Coexpression,693;Enrichr Queries,393;GTEx Coexpression,353"	"EPRS,CAPNS1,AKT2,DPYSL2,MYC,LUC7L,IER5,CDK5RAP3,DDX17,MEF2C,RBFOX2,WSB1,TSPYL1,CD3EAP,NISCH,DDIT3,FEZ1,DDIT4,HECW1,RUFY2,PRR12,LETMD1,CTBP1,OAZ1,RHOT2,PPP3R1,RRS1,PLCG1,RDH13,CREBBP,JUN,FZD3,WDR59,PRRT2,JUND,PLK2,PBX2,PRRC2B,PBX1,POU6F1,PRRC2A,HNRNPL,MLLT10,SLC6A6,LAS1L,PKIA,GTF2IRD1,HBP1,FXYD6,PLCH2,CDK13,EZH1,CPEB4,ARF3,SETD5,PIGU,PHF20,SHF,ING4,TUBA1A,TRIM3,GPRASP1,JARID2,DFFB,UPF1,LRRC49,WDR33,DDB2,SLC7A5,KAT2A,TUBB2A,PXDN,RAPGEF1,GAS6,DSCAML1,PSMA7,BCLAF1,UNK,EXOSC10,FLNA,CENPT,RIC3,WDR17,SF3A1,BRF1,MBD1,PCGF3,TARBP2,GATAD2A,NFIA,MORN4,SERBP1,PKN1,NUCB2,MTCH1,SLC27A1,ATN1,TSEN2,FBXO21,IPO7,ATCAY,LAMP1,SESN1,SCMH1,MACROD2,FADS1,GTF2I,SH3GLB2,TLE2,SLC38A1,TPM4,TPM3,TPM1,MAGI2,THOC1,LEMD2,CDC25B,DISP2,ACAP3,DMTF1,MADD,RAB35,MAPKAPK2,PHIP,SRSF5,ADNP,SRSF6,GLYR1,LRRC59,PFKFB3,RAB5C,INSIG1,ANKRD11,STK39,ITPR1,FBXO44,PHF21A,ATXN2,PITRM1,STK36,NACC1,DVL2,SAFB2,E4F1,SRGAP1,ZKSCAN1,IP6K2,PLXNA3,MCL1,TMEM120B,TIA1,HPS4,ASNS,EEF2,UCKL1,NBEA,PLXNB1,CLPTM1L,MAP3K12,EIF4G1,ZNF512B,DIDO1,NUMA1,WDR1,CELF1,ZC3H4,AKAP8L,PTPN23,TRO,DUSP12,AP1G2,SNRNP70,PPP6R1,EIF5A,ACTR2,TRPC4,AMT,RAD23B,PTBP2,ZFP90,DDOST,QTRT1,GIGYF1,TRAF7,PTP4A3,CTDSP2,POLR1B,PPP1R15A,RNFT2,MTPN,NLGN1,CANT1,WBP1,GTF3C5,HDAC1,CXXC1,LENG8,JAKMIP2,SLC25A27,ABLIM1,GANAB,U2AF2,VPS53,FEM1C,SH2B1,HNRNPAB,ASXL1,RAD52,KLF6,APC,TNRC6A,CBLN1,SMARCAL1,ZMYND8,ZDHHC5,JMJD1C,CBLB,EFR3A,RUSC1,LONP1,CCNL2,CCDC92,SOX4,SRRM3,METTL3,ZFP2,CIRBP,ACTN4,CPT1C,MAPK8IP3,TIAM2,AKAP9,CRYZL1,ULK3,FLYWCH1,PFN1,TELO2,RTEL1,BEX2,DHX8,ANP32A,MAGED1,FOXG1,MYCBP2,PIK3R1,APH1A,RBM10,BCL11A,SS18L1,INTS3,ST8SIA2,MICAL3,FBXL2,CC2D1A,AARS,ITM2C,CITED2,MRPS12,SLC7A11,PRPF19,ENC1,SDF4,RSPRY1,NCOA1,GRIPAP1,PRMT7,TSC22D1,MINK1,NME3,MRPS7,CBFA2T2,RHOB,MPPED2,SFI1,STX16,ICA1L,PRICKLE1,ARNTL,GNAI2,RXRB,ARVCF,NFIL3,CUX1,METTL6,PAK2,NPDC1,MIB2,VEGFA,ATAT1,PRPF39,KLHL7,TTC3,HDGF,APBA2,CYP46A1,CELSR3,IGF1R,TMEM145,TATDN2,ARHGDIA,POGZ,TSC2,TSC1,ATP1B1,MAU2,TBC1D20,HNRNPUL1,PRPF3,TBC1D24,ANKS6,CHMP4B,CACNA1A,DTX3,PDS5B,NDRG1,EFNB2,IRAK1,GRK6,DMAP1,VARS2,ANKZF1,IVNS1ABP,PRNP,GGT7,CBX5,AUTS2,PTCH1,CRIM1,KLHL24,CLK4,CLK2,DNAJC18,PAN2,NFKBIA,EFNA2,HOOK2,HOOK1,GNB1,BRWD1,LRP10,MXD4,PICALM,RERE,PRKCSH,CHD6,YBX1,PKD1,LMNB1,SEPT9,LASP1,UBE2Q1,MCF2L,RBM5,RBM6,SUN1,ABCC8,PDPK1,PLA2G4B,ABCC5,DDX56,NAV1,KLF16,VCAN,CDH10,LUC7L3,ATG4B,HCN3,ANKS3,RBM4B,CRMP1,THBS3,HMGCL,MTA1,DNPEP,FAM120A,MTA2,KDM4C,USP20,USP21,ATP2B4,PDE4DIP,MEIS2,GDAP1,ACVR2A,CLCN6,NEURL4,ERCC3,CARM1,SPRY2,RGS11,SSBP2,CLUAP1,R3HDM2"
+"gene_set_query"	"462"	"NEUROD1"	"480.3"	"ARCHS4 Coexpression,1042;Enrichr Queries,195;ReMap ChIP-seq,93;GTEx Coexpression,591"	"MDC1,MT-ND4,POP7,GMFB,PSMD8,SCAMP4,NDST1,SAMD14,RAVER1,IGLON5,DPYSL2,DPYSL3,PRKACA,SAMD10,DAXX,MEF2C,RBFOX1,RBFOX3,UNC5A,CACNA2D1,EML2,SCAMP3,BCR,MYL6,RUFY2,DDIT4,JTB,SHMT2,SAR1B,FLII,MEPCE,PDGFA,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MTMR7,PRPSAP1,MRPL20,RHOT2,PIP5K1C,PUSL1,RHBDL1,HEXIM1,PRRT1,CADM3,JUN,PRRT2,CADM1,NR2F1,PBX2,MRPL28,L1CAM,TBL3,FASN,FXYD6,DZIP3,KCNC1,KCNC3,PIGQ,PIGP,MED16,MRPL34,BBC3,DDA1,SHF,TRMT112,MMP24,FASTK,B3GALT2,RPLP2,NEFL,SH3BGRL3,NEFM,APC2,LYPLA2,ACTL6B,SPHK2,SLC39A13,SIRT7,MED29,DUSP6,SLC7A4,MRPL53,MED24,CDC42EP4,PXDN,TUT1,SLC29A1,PAFAH1B3,VAMP2,LRRC14,TRUB2,RNASEK,SRRT,ADAM22,SEZ6,UNK,AP2S1,SAMD1,ZSWIM4,MEF2D,MBD3,LRRC24,DAB2IP,SKI,TMEM59,CCDC9,SHKBP1,RIMBP2,PKN1,AGRN,YPEL4,CRAT,ATN1,CASC4,MPV17L2,ZBTB22,HDDC3,FADS3,PCYT2,DGAT1,CISH,PPP1R16A,TBR1,PIAS2,LENEP,ACAP3,OLFM1,FSCN1,SQSTM1,ARL8A,GRIA1,PFKFB2,GRIA2,RNASEH2A,MAZ,FBXO44,CORO1B,IGSF21,ZKSCAN1,TMEM120B,UCKL1,DRAP1,LRCH4,ZNF512B,SNAP25,HSP90AB1,CELF3,CELF4,PTEN,ETFB,AP4M1,MRPL4,MDK,SUMO3,DGCR8,TRIM67,UNC45A,EIF5A,SH2D3C,RAD23A,SEZ6L,GIGYF1,SEC22B,PPP1R12C,SLC25A11,AHDC1,ST6GALNAC6,PPP1R15A,CXXC1,FURIN,PPM1E,CXXC4,MLLT6,GANAB,PARD6A,U2AF2,BAHD1,NNAT,TRIM46,SLITRK5,SLC25A22,SLC25A25,GADD45GIP1,NTRK2,PPP1R14B,CIZ1,SLC12A5,TRIM41,MBOAT7,PCDH8,RPL23A,BAIAP2,NELL2,SLC25A39,EIF3I,STUB1,CDR2L,P4HB,MDGA1,PPAN,ZDHHC8,IFI30,ACTB,CYB5D1,RASSF1,BSG,OGFOD2,CCNL2,ATXN7L3,CALN1,SLC12A9,EPHA5,EPHA4,ATP6V1G2,PAQR4,CIRBP,CSNK1D,MOGS,ANK3,PISD,STX1B,THAP3,SFRP1,CDC34,THAP7,CDC37,CSNK2B,TRIM13,TAGLN3,FAM76A,CTXN1,TRIM11,STX1A,GCDH,PAXIP1,NRN1,GIPR,FOXG1,SDC3,SUPT4H1,CEND1,PIK3R2,PTTG1IP,APH1A,SYNGR1,PCBP3,PCBP4,TSPAN7,KCNN1,DECR2,SCN3B,SCN3A,ST8SIA3,MICAL2,ID2,PAF1,RCOR2,RGL2,SUGP2,DDR1,PCSK2,DHRS13,NRP1,TMEM151B,GPAA1,GRIK5,PTPRN,DIRAS2,CTSZ,TECR,ICA1,GRIK2,NAT14,PCLO,HYAL2,ENC1,SSSCA1,GIT1,ANO8,MRPS2,SYP,APRT,CNKSR2,TOX3,VSNL1,KIT,SFI1,DBN1,SATB1,SATB2,GBA,CCDC106,CAMKK2,RXRB,ARVCF,MNT,EXOSC4,HSF1,PAK3,VEGFB,TMUB1,DOHH,PPP1CA,TMUB2,MAD2L2,PER1,BOP1,TCEA2,GRINA,DPAGT1,PRDM8,CRTC2,MIDN,CRTC1,CELSR2,CELSR3,ACTG1,KIF5C,FAM174B,BAHCC1,ENPP5,RGS9,SH3GL2,PPFIA3,ADAM11,POU3F2,DHDDS,ADAM15,FAM173A,EHBP1L1,TBC1D24,ANKS6,RTN2,GNAZ,NDRG3,RTN1,ARHGEF26,DDX1,NXPH4,KLHL17,COX17,CACNA1B,CACNA1A,CACNA1D,BHLHE22,RASGRP2,CACNA1E,SHARPIN,FUT9,TBC1D14,CYC1,NDUFV3,TBC1D17,BCL9L,SYT5,SYT4,OST4,PRNP,SYT1,HMGA1,SUPT5H,CLK4,SYT7,GNAO1,HOOK2,HOOK1,GNB2,CNTN1,GNAS,PHF13,CNTN2,GALK1,GSK3A,PRR7,MAST3,MAST1,CHD6,TAZ,PPP1R9B,TMEM222,LASP1,ABHD16A,BCL7C,MLST8,GALNT9,PDPK1,DYNLT3,SYNGR3,EEF1G,ALS2,IRF3,TMEM214,EEF1D,INA,NAA20,CRMP1,AGPAT1,RNF5,ADD2,GNG2,RAB40C,TMEM205,MKNK2,SPOCK1,MTA2,CRYM,PDLIM7,CHGA,NAA10,ATP2B4,ATP2B2,CCK,HS3ST1,CLCN6,GALE,SBK1,FAM131C,FAM131B,ERCC1,FAM131A,TAF6,VIM,R3HDM2,RPL3,MYT1L,STMN2,ENO2,RNF112,ZMIZ1,MYC,AP1S1,IER2,CHGB,NUP214,TSPYL1,PIH1D1,WDR74,CD3EAP,SOX11,SOX12,HCFC1,WDR81,DAAM1,RPL29,VPS28,NEDD4L,ANAPC11,PRDX2,FAM171A2,PRDX5,PPP4C,VPS11,RPL41,ACD,JUND,DMPK,H3F3B,RAB3IP,SETD1A,IRF2BP1,MTHFR,PA2G4,NR1D1,EHD1,FIBP,MEX3A,GIPC1,SERPINI1,PAM,CDKN1C,OGFR,GABRB3,GABRB2,PHF23,PHF1,GPT,WDR46,TRIM9,TMEM189,TRIM3,GPR137,ANXA7,PLEKHN1,CIC,ZC3H10,TPI1,SSR4,COPZ1,RNF167,ZEB2,KIFC2,GAS7,GRAMD1B,GRN,NFIX,RPL10,GPS2,ADCY1,WDR24,CHN2,SLC17A7,RPL18,RUNX1T1,RPRM,SF3A3,PCGF2,WDR18,NR1H2,TRMT1,NMNAT2,AGBL5,NFIA,NFIB,NUCB1,PLP2,ANKRD13B,RAB3C,RAB3A,TUSC3,RAB3D,TUSC2,CDH8,SLC8A2,TM7SF2,RIMS1,ABHD11,CDH2,TUBB3,CFL1,SLC39A7,MAF1,SEMA6B,USP8,TLE2,RPS9,THOC6,DISP2,CTDNEP1,PYGO2,CACNB4,ZFP41,DMWD,RAB34,DGKQ,MADD,PGP,RTN4R,FKBP2,CD151,CCDC24,AK1,ABHD8,NEUROD2,SCRT2,KLC2,NEUROD6,DVL1,BTBD2,NACC1,DVL2,PLXNA2,SRGAP3,MAP2K7,ESRRA,TRAPPC3,TNK2,LSM4,SCRT1,CDK9,COPS6,DAB1,CDK5,NBEA,NSG2,LHX2,MAFG,CPE,LZTR1,MAP3K12,MCM7,WDR1,TRADD,PTBP1,DUSP12,PSD3,UBTF,PLEKHG2,REXO1,GPX4,YDJC,COASY,TRAF7,PTP4A3,TRAF4,SSX2IP,WBP1,WBP2,HDAC7,DNAJB1,ABLIM1,FZR1,VPS53,POLR2D,POLR2E,POLR2L,SEC11C,SLC35A2,SPAG7,PPIL2,RNF26,FBXL19,SEMA4C,FBXL16,RAD52,NFASC,RAB12,MGAT4B,POLR3F,INSM1,CBLN1,METAP2,PANK4,IFITM2,RPS15,GOLGA2,RPS16,FLAD1,ARL6IP4,SOX4,SRRM3,SRRM4,NFKBIL1,SLC6A15,BROX,MAPK8IP3,JMJD8,TIAM1,RRAGD,PFN1,AURKAIP1,CUTA,GPM6A,BEX2,NECAB3,BEX1,STXBP1,TRANK1,TRMT2A,TNRC18,RALGDS,VASP,PTPRN2,BCL11B,BCL11A,SS18L1,GADD45G,RPS21,C2CD2L,ROBO2,DAZAP1,CITED2,MYL6B,ROBO1,UCHL1,DNER,FEZF2,TMED4,PSD,ATP6V0B,GP1BB,PRMT1,RHOF,MAPT,SGK1,ATP6V0C,TOMM40,PTGER1,ICA1L,UQCR11,GDPD5,NOL4,NPY,PURG,RANBP1,MPP6,MARS,CDK5R2,COMT,TMEM145,ARHGDIA,FPGS,HCFC1R1,NRCAM,LMO3,APLP1,KCTD2,DPM2,MYCN,PRPF6,SCG5,FIZ1,AMPH,SCG3,ABCG4,ISYNA1,LTBP4,CPLX2,EFNA4,DPP6,PCSK1N,MAN2A2,CASKIN1,CDH24,ATP6V1D,PDZD7,ATP6V1F,RAP1GAP2,CBX6,ACBD4,CPSF1,CBX4,ASPSCR1,EFNA3,RALYL,EFNA2,DLG4,LRP11,MUS81,B4GALT2,SCYL3,ACADVL,ELAVL4,PKD1,ELAVL2,ELAVL3,POLB,SNAPC2,MCF2L,GMPPA,FLOT1,FLOT2,PDE4A,SCYL1,KDM6B,KLF11,ABCC8,H2AFX,PPP2R5B,RNF208,SEPT5,DNM1,KLF16,FAM189B,GAP43,DDAH2,CDH10,AKT1S1,DCX,CAMK2B,TSEN34,RGS19,ATF6B,NRXN1,OPRL1,NRXN2,ATP1A3,STRN4,NCALD,NCAM1,OPCML,KDM4C,NEGR1,B3GAT3,BAD,PCDHGC4,HAGHL,CADPS,CYHR1,MEIS2,NEURL4,RPS6KB2,BAX,RGS11,SSBP4"
+"gene_set_query"	"463"	"ZNF579"	"480.7"	"ARCHS4 Coexpression,246;Enrichr Queries,352;GTEx Coexpression,844"	"CNTFR,KDELR1,STMN2,KEAP1,STMN3,ZDHHC8,PDCD2L,ACTB,DCAF6,RPS15,SCAMP4,TRIM28,DPYSL4,RPS19,MYC,FTH1,ZMIZ2,PSMD3,DPYSL3,RPL36,RPL38,ATXN7L2,RPS10,SOX4,IER2,TMEM8B,PRKAB2,CACNA2D1,DAPK3,MRPS18B,PTOV1,MRPS18A,CD3EAP,SCRIB,CSNK1E,SOX12,ANK1,MFSD10,THAP4,GNPAT,RNF123,RNF126,WDR81,BIN1,ZSCAN21,DDIT4,ULK1,RPL26,PRR12,AURKAIP1,CTXN1,RPL28,OBSL1,NUMBL,TMEM161A,ABCB6,PIK3R2,AGAP3,MRPL13,FAM171A2,FXR2,PCBP4,TNRC18,RAB11FIP3,B4GALNT4,ZSCAN18,JUN,JUND,FAM78B,IRF2BP1,IRF2BP2,MEX3D,UBAC1,GADD45G,SMARCA4,TADA2B,AIMP2,TBL3,MEX3A,STAG2,RPS29,GIPC1,FASN,RCOR2,RPS24,ITM2C,MRPS17,OGFR,CCDC127,GDI1,CITED2,RPLP1,PIGQ,MRPS12,CCDC124,MRPL38,OSBPL11,NAT14,AP2A2,BBC3,PTMS,LIMD2,UCHL1,MRPL40,ARIH2,RAC3,CIC,FEZF2,CTSD,DLGAP4,LRRC47,APC2,ZYG11B,MRPS24,GAA,SIRT4,ANO8,NME3,SIRT6,EPS15L1,MRPS7,DYNLL2,DUSP6,MLF2,RHOB,NCOR2,CTU1,MED25,KIFC2,PXDN,ALDOA,ATP6V0C,MPND,DBN1,SLC29A2,CSTB,GRN,USO1,TMEM160,CCDC106,CENPB,ARVCF,PSMB5,RPS15A,GPC1,CAMK2N2,RPL13,GPC2,CKB,SCAND1,RPS2,RABAC1,SAMD1,RPL17,EGLN1,MBD3,NPDC1,BRF2,SF3A2,YIPF2,PTGES2,WDR18,PCGF2,WNT7B,MIB2,TMUB1,VEGFB,AP3D1,DOHH,SCAF1,RAB11B,SLC8A3,NEDD4,SRRD,ZYX,HDGF,PKN1,AGRN,MEGF8,ANKRD13B,MIDN,CHPF,CRTC1,ZFAND3,SPPL2B,ATN1,ARHGAP39,CCDC28B,TM7SF2,TATDN1,KIF5C,BASP1,ARHGDIA,HCFC1R1,PALM,FBRSL1,KPNA4,PIM3,LZTS2,TXNL4A,KPNA3,KPNA1,SH3GL1,RPS9,MAP2K2,TPM3,RPS8,PPP1R16A,F2R,SHISA5,FOXP4,POU3F3,CACNB1,CTDNEP1,CLIP1,CACNB3,FAM173A,EEF1A2,FKBP8,FSCN1,FIZ1,SQSTM1,RTN2,BRSK2,CUL5,RPS19BP1,NDUFB11,BRI3,ANKRD11,NXPH4,UBR3,UBFD1,DTX3,SEZ6L2,GLIS2,PHF21B,SBNO2,BTBD1,DVL1,BTBD2,NACC1,CDH24,NDN,PLXNA1,H1FX,NDUFV3,MAP2K7,LRRC4C,MARK4,CD276,LRRC4B,PRNP,GGT7,ZFHX2,CBX4,BOD1,POLR3GL,TMEM132A,TRAPPC5,HMGA1,ASNS,TIMM44,SCRT1,ARHGAP23,ZC3HC1,LRFN4,HOOK2,STK25,TMEM11,HOOK1,UBE2S,LHX2,TBCE,SPIRE2,GNAS,NACAD,TCF3,LSM14B,CNIH2,RNF187,UBE2M,GPSM1,B4GALT2,PHTF2,PRR7,RBM25,GSK3A,ASNSD1,PRKCSH,SCHIP1,CELF5,PTPN23,ELAVL3,SEPT9,VPS72,MDK,GDAP1L1,MYO18A,PGLS,EVI5L,PELP1,ADSL,GPX1,REXO1,CCDC34,H2AFX,UBE2QL1,VPS37D,H2AFV,RAD23A,DUSP26,REXO2,YDJC,EPN1,DDOST,KLF16,DDX19A,FAM189B,PTP4A3,DALRD3,NDUFS7,UBE2R2,DDAH2,CTDSP2,PPDPF,AKT1S1,RPL37A,CCDC43,RP9,PPP1R12C,CUEDC1,INA,AHDC1,BCAT2,PPP1R15A,TRABD,TSSC4,NLGN2,MGRN1,VPS4A,RPL36A,WIZ,LRP3,ZBTB45,MLLT1,STRN4,TMEM201,DNPEP,MTA1,PABPN1,U2AF2,MKNK2,POLR2D,CDC37L1,IGF2BP2,RPP14,PDLIM7,USP24,GADD45GIP1,LINGO1,MARCKSL1,PPP1R14B,KCNJ11,FEM1A,FBXL19,ADRM1,HAGHL,LIMK1,PDE4DIP,PDAP1,MAPK11,SBK1,CDKN2AIPNL,ASB8,RAB12,POLR3E,RBM42,TRIM32,PFKM,SSBP3,BCAR1,SSBP4"
+"gene_set_query"	"464"	"HES3"	"482.0"	"ARCHS4 Coexpression,528;Enrichr Queries,823;GTEx Coexpression,95"	"TDRKH,SLC4A1AP,EHMT2,STMN2,HNRNPU,ENO2,SCAMP5,SAMD14,DPYSL5,IGLON5,MYC,STMN1,DPYSL3,UNC5A,RBFOX3,SOX11,GPR162,HECW1,DDIT4,PRR12,ASTN1,UNC119B,NUP205,AGAP2,MTMR9,PRKCZ,GJC1,LARP1,RHBDL1,JUN,CADM3,ICMT,PHC1,CADM1,RAB3IP,NR2F1,PBX2,MLLT11,HNRNPL,HNRNPM,VANGL2,HNRNPK,HNRNPD,HNRNPC,CDK16,GABRB3,GABRB2,KCNC1,KCNC3,LPCAT1,PFAS,TRIM9,MED14,MMP24,JPH3,DLGAP3,JARID2,RPS6KL1,ACTL6B,PGAM1,RRAS2,TERF2,DUSP6,TMEFF1,PXDN,TKT,SLC29A1,PAFAH1B3,PAFAH1B1,USO1,ADAM22,GLRA2,TCOF1,NSD1,EXTL3,SRSF12,RPRM,USP9X,TTC9B,NMNAT2,GATAD2A,NFIA,TTLL1,FABP7,SERBP1,PKN1,AGRN,YPEL4,TMEM229B,ANKRD13B,ATP8A2,CLSTN3,SLC8A2,IPO5,RIMS1,RIMS4,ATCAY,SALL2,MAP3K9,RNF44,SUPT16H,VASH2,DISP2,MSH6,OLFM2,ILF3,ARMCX2,MSH2,NCL,MADD,PGP,FSCN1,KPNB1,SNRPA,RTN4R,KHDRBS1,BRSK2,UBFD1,KLC1,RAP1GAP,PHF21B,GOLGA7B,NEUROD2,IGSF21,KLC2,G3BP1,NACC1,G3BP2,SRGAP3,AKIRIN1,FUS,ZBTB12,NSG1,EEF2,BCL9,SYNJ1,LHX2,REEP2,AAK1,RNF182,NFE2L3,LRCH4,SNAP25,HSP90AB1,CELF4,EVI5L,TRIM67,ADAMTS7,PELP1,SEZ6L,REXO2,NIPSNAP1,GIGYF1,PTP4A3,PPM1B,NSMCE4A,RNFT2,GTF3C1,SMARCD1,PRPS1,AP3M2,DCAF15,CACNG7,PARD6A,PTPRZ1,VPS53,TRIM46,BEND3,IGF2BP3,FSD1,IGF2BP2,PCDH1,HNRNPA1,EIF4E,BEND6,HNRNPA0,LINGO1,HNRNPA3,MARCKSL1,SLC12A5,FBXL19,MID1IP1,PCDH8,HNRNPAB,NELL2,NECAP1,TRIM37,INSM1,CBLN1,TRIM28,TRIM24,BSN,SEPHS1,CALN1,SRRM4,SMARCC1,ATP6V1G2,ACSL6,MAPK8IP2,ANK1,STX1B,SFRP1,CARHSP1,KCNQ2,TTLL12,LLGL1,ANP32A,STXBP1,CEND1,NLN,SYNGR1,PCBP3,TSPAN5,MLEC,B4GALNT1,RBM12,ATP6V0A1,SRPK2,PTPRN2,BCL11A,RCC2,PDE2A,ST8SIA3,MICAL2,MYO5A,PAICS,SNAP91,GADD45G,SMARCA4,PTK7,ID2,PPP1R1B,LRRN1,CALM1,RCOR2,DAZAP1,TMEM151B,HIP1,PTPRS,DOC2A,FAM57B,GRIK5,DIRAS2,GRIK3,GRIK2,PCLO,XPO1,ZMYM3,RAC3,FEZF2,PRMT8,PARP1,PRMT1,SYP,AP3B2,RGMA,TOX3,MAPT,DBN1,NAPB,AHCY,SATB2,GDPD1,HSD17B4,NOL4,CAMKK2,TCEAL6,PAK1,TCEAL5,CUX2,CAMK2N1,CAMK2N2,METTL6,APBB1,GPC4,GABBR2,NPM1,LHFPL4,NPM3,MAD2L2,KIF26A,HNRNPA2B1,CACHD1,COPG2,APBA2,CDK5R2,CDK5R1,KDM1A,ARHGDIG,CIB2,CELSR3,KIF5C,SH3GL2,KDM2B,ADAM11,MATK,KCTD2,LIG3,POU3F1,MYCN,GPRIN1,ANKS6,AMPH,ABCG4,ATP6V1A,NDRG4,NDRG3,RTN1,PKDCC,TMEM59L,CACNA1B,CACNA1A,CPLX2,CACNA1H,CACNA1G,PDZD4,DPP6,KIF3A,CAMTA1,MYH10,QSER1,SYT4,SYT3,WSCD1,PTCH1,NONO,CBX2,CBX1,HMGA1,RALYL,HOOK2,NASP,HOOK1,CNTN1,TCF3,LSM14B,SAE1,UBE2K,PODXL2,MAST1,CHD6,HMGB3,PSIP1,RND2,ELAVL2,PHTF1,LMNB2,ELAVL3,LMNB1,SEC61A2,POLB,GDAP1L1,TMEM109,SULT4A1,GALNT9,CAD,SYNGR3,DNM1,SEPT3,DNM3,CDH10,SHANK1,DCTN1,RNF8,ATP1A3,NRXN2,CRMP1,FAM169A,DLL1,STRN4,ADD2,HSPD1,MAPK9,IGFBPL1,MTA1,UGP2,SV2A,SPOCK2,NT5DC2,SNCB,MTA3,OPCML,CHGA,KDM4A,TAF15,PCDHGC4,NAP1L2,ATP2B2,SSRP1,USP28,SBK1,PPP2R2B,FAM131B,CARM1,ERCC2"
+"gene_set_query"	"465"	"NFYA"	"482.0"	"ARCHS4 Coexpression,783;ENCODE ChIP-seq,57;Enrichr Queries,215;ReMap ChIP-seq,39;GTEx Coexpression,1316"	"POP5,POP7,TFRC,POP4,ALKBH6,TSKU,ALKBH3,FAM110A,TBK1,DPYSL2,DPYSL3,AKT3,GPBP1,PRKACA,ATG3,DDIT4,TMEM126A,JTB,PLBD2,ATF4,SF1,CDCA4,MEPCE,PLA2G6,CIAO1,RHOT2,PRPSAP2,LARP1,PIP5K1A,RDH14,ATRIP,HEXIM1,CREBBP,JUN,PRPF38B,NCAPH2,FUCA1,PBX2,TBL3,SFXN3,NMT1,HYOU1,LGMN,SNX11,OSBPL11,DDA1,MED17,JAK2,ENOPH1,SPHK2,IFT140,BAZ1B,MED26,TOMM40L,DUSP6,DDB1,PHF20L1,MED25,MED24,PTRH2,MED21,PXDN,SDHAF1,PTRH1,PAFAH1B3,ELOF1,OAT,LIN37,NIP7,DLST,SNX32,MFN1,SPOP,MFN2,SAMD1,ZSWIM4,EGLN2,CRBN,TAOK3,CCDC9,APEX1,SHKBP1,SNX14,PKN1,AGRN,YPEL5,FRYL,SLC27A1,MTCH2,ATN1,LTN1,MPV17L2,FADS2,NUDT16,FADS1,PIAS4,PCYT2,DGAT1,FBXW8,CTNNBIP1,FBXW9,STX7,CNPY2,ATP11B,POLRMT,LENEP,FAM118B,MSH6,ACLY,DMTF1,MSH2,SMS,SRSF5,SRSF7,SLC27A4,FTO,INO80B,IREB2,GMPS,UAP1,LIN7C,FBXO42,NDOR1,MBIP,G3BP2,PGK1,NAE1,SAC3D1,IP6K2,ODF2,FUS,STYX,HPS3,IBTK,SH3BP5L,UQCRQ,SP3,CNTROB,LRCH4,OSBPL1A,OGT,NUMA1,AKAP8L,PTEN,ETFA,ETFB,AP4M1,ALAD,ZNRD1,PPP6R1,ACTR2,EIF5B,DHPS,VPS13A,ARFGAP3,SYF2,ETF1,TOP1,DCTPP1,BCAT2,SRF,SRSF1,U2AF1,RCHY1,MTHFSD,CDC42,FOXRED2,U2AF2,PHKG2,FEM1C,E2F4,HNRNPA1,EIF4B,UBQLN2,GADD45GIP1,NOP56,MARCKSL1,HNRNPA3,FEM1A,PCDH9,CNBP,MID1IP1,TXNL1,HNRNPAB,EIF3M,NECAP1,EIF3I,OCIAD1,STUB1,PDCD2,TRIM37,TRIM32,EIF3D,EIF3A,SMARCAL1,ACTB,CDC23,TRIM28,SNRPD2,BSG,ATXN7L1,SNRPD3,ATXN7L2,ATP6V1E1,ATXN7L3,TBC1D22B,SMARCC1,ATP6V1G2,ACTN1,CIRBP,TALDO1,MOGS,CDC34,CDC37,FLYWCH1,EIF1B,TRIM11,GIPR,DHX9,ACTR3B,SMARCA5,SMARCA2,IFFO1,SMARCA4,MED13L,AIMP2,CWF19L1,CALU,RANBP10,CALR,FBXL2,SUGP2,FBXL6,SUGP1,HERPUD2,MRPS17,HIBADH,NAT10,NAT14,AKAP12,SYNCRIP,ACTR1A,MAP1LC3B,ACTR1B,UIMC1,RAC3,NANS,CAP1,GAA,PABPC4,PRPF40A,TFB2M,SREBF2,TOX4,PITPNM1,UFC1,FAM32A,TAX1BP3,PABPC1,EEF1E1,PTMA,NAPA,PCNA,CAB39,SSNA1,GNAI3,MRPS30,RELA,NFIL3,PDZD11,ORMDL3,MGAT2,DYNC1H1,MON2,SPRYD3,PEX19,VEGFB,VEGFA,BOP1,KLHL7,HNRNPA2B1,NDUFAB1,CARS,OTUD5,CRTC2,NUP188,CRTC1,PEBP1,UBE3A,SRP14,IGF1R,ACTG1,PCID2,ADAM10,SDHA,SDHB,COX6B1,DHDDS,EEF1A1,ADAM15,DNAJB11,PPIF,ANKS6,PPIH,CARS2,NDUFB10,SHARPIN,TBC1D13,TBC1D17,SYT5,SYT3,UBE2H,UBE2I,NUP155,CNOT10,TIMM44,NUP153,AP4B1,HIGD2A,AHI1,UBE2W,HOOK2,UBE2S,HOOK1,CCPG1,MKRN1,GNB1,MKRN2,UBE2O,UBE2M,PODXL2,LDB1,TNFAIP1,TAZ,RND3,PITPNC1,LMNB2,RND1,LMNB1,CABIN1,TMEM222,TMEM223,EEF2K,MAN1A2,DACT3,SUN1,NUP133,PDPK1,EPN1,EEF1G,TMEM214,ACOX1,EEF1D,AGPAT5,RRN3,ANKS3,SLC3A2,RNF7,RNF2,CYTH3,POLD3,CYTH2,PABPN1,TMEM203,TMEM205,TDG,MKNK2,TRA2A,PTK2B,TMEM208,MTA2,FBRS,TTC14,RRM2,SSRP1,TEF,ERCC1,CARM1,ERCC2,ERCC5,GPD1L,VPS29,IPO11,TES,HNRNPU,HNRNPR,WDR83,EPRS,ELK1,PHB2,GPATCH8,ZMIZ1,CSPP1,WDR91,CDK5RAP3,NUP214,DDX17,VPS18,NUP210,WDR74,AFAP1,HCFC2,GTPBP4,HCFC1,ARMC1,WDR81,DAAM1,ARMC6,WDR82,NUP98,VPS28,NUP205,WDR61,GNS,ANAPC11,LDHB,FAM171A2,NCSTN,LDHA,BLOC1S1,LDHD,VPS11,ST3GAL5,MCMBP,FDFT1,ST3GAL3,SNAPIN,DMPK,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3C,EHD1,HNRNPL,HNRNPM,HNRNPK,ARL2BP,HNRNPF,TOLLIP,ATG2A,HNRNPD,MMS19,HNRNPC,FARSA,ATG2B,CDKN1C,CEP57,SETD5,BTG1,CDKN1B,PHF23,PHF1,DENND1A,GPT,SMG7,KRI1,PHF6,AIFM1,CIC,JARID2,UBL7,TPI1,TERF2,WDR35,COPZ1,GNL3,NCOR2,HADHB,TAF6L,TCP1,MTF2,EXOC4,EXOC2,GRN,NFIX,CLDND1,RNMT,WDR24,PPP1R7,NSD1,SLC17A7,CKB,CSNK1A1,WDR18,SYVN1,ELP2,DHRS1,HIPK1,SCAF4,PHF5A,NFIA,OSTM1,NFIB,NUCB1,TMEM39B,RAB3A,RAB3D,UBP1,IPO7,TM7SF2,NRBP2,IPO8,IPO9,LAMP1,CFL1,LAMP2,PLS3,HMGN2,HMGN1,GTF2I,SLC39A3,TLE4,RARS2,USP8,TLE3,TLE2,USP7,MAP2K2,USP5,TPM1,VASH2,DYRK1B,TRAFD1,VRK3,ILF2,NRBP1,PYGO2,ILF3,RAB31,DMWD,RAB34,RAB35,PGP,ADNP,SNRPF,STAMBP,FKBP4,FKBP3,CSNK1G2,SNRPA,CSNK1G1,FKBP2,RAB5B,RAB5C,CBFB,FAM114A2,INSIG1,SLC38A10,UBR2,ORC6,ORC3,DVL2,CCDC32,MCL1,OSBPL8,RAB4B,EIF2B2,POLR3GL,TRAPPC8,SCRT1,COPS6,LHX2,LRFN1,CPD,PDCL,PLXNB2,PLXNB1,CNIH2,RAB5A,BCL2L2,MCM7,ZC3H3,WDR3,CEP164,SNRNP70,UBTF,WDR5,CEP170,WDR7,TNPO1,EIF2B1,TNPO2,ILKAP,PLEKHG2,SECISBP2L,RPL13A,EDF1,WIPI2,SMC1A,TFDP1,CTDSP2,POLR1B,POLR1D,DNAJC8,CRK,MTPN,HDAC3,RAB1B,RAB21,DNAJB1,POLR2A,VPS53,POLR2D,DNAJB9,POLR2G,CSK,RAB28,POLR2I,CCDC71,SLC35A2,MLXIP,PPIL1,PPIL2,RNGTT,FBXL19,AMFR,TPRKB,FBXL16,BCKDK,DNAJA1,SNRNP40,RAB14,MFAP3,POLR3D,DNAJA2,SNRNP48,TCERG1,SLC35B2,VEZT,ISCA2,ISCA1,TMEM183A,SLC35B4,ZMYND8,HDAC11,PITPNA,TIAL1,FLAD1,FTH1,ARFIP2,RPS11,SEPHS2,TBC1D10A,TBC1D10B,SRRM2,COG8,COG2,AP1AR,SRRM1,ATP6V0D1,MACF1,DCUN1D5,STXBP1,LIAS,FXR1,ZNHIT3,ATP6V0A2,TRPM7,RALGDS,VASP,TMEM184C,PYCR2,RPS28,FUBP1,C2CD2L,RPS24,AHCTF1,CITED2,ZFAND2A,XPO1,C1QBP,TMED2,TMED1,TMED7,UBXN6,PSENEN,STRADA,ZDHHC13,ITFG2,VAV2,UGDH,HNRNPH1,HNRNPH2,PTGER1,RFNG,PTS,NOL6,PPP2CA,AMN1,HIRA,APBB3,METTL9,NFYB,SLC31A1,NFYC,GINS4,SORBS1,RAB11B,PDP1,SPCS2,HIST3H2A,NBR1,COPG2,MPHOSPH8,KDM1A,LZIC,ARHGDIA,FPGS,COTL1,NOM1,TRAPPC2L,KDM2A,NOSIP,ATP1B3,PUS7,SHISA7,RSBN1,PRPF6,HGS,CHMP4B,COPB2,EFNA4,PRPF8,EFNB2,EFNB1,EMG1,ZMAT2,RPRD1B,BPTF,CPSF7,CBX5,CPSF1,CBX2,NONO,CBX1,CPSF2,IDH2,CWC15,EFNA3,COQ2,EFNA2,CAPRIN1,CHMP2A,DYNLRB1,MUS81,KDM5B,KDM5C,THRA,DBI,YBX1,RBM3,SNAPC3,TOPBP1,RBM7,RBM5,KDM6A,KDM6B,H2AFX,PPP2R5B,OXSR1,SAFB,LSS,DNM1,DNM2,AKT1S1,DNLZ,TMEM9,STOML2,KDM3B,ATF6B,ETFDH,PDXP,NXF1,FAM168B,ALDH1B1,GNA11,FAM120B,MAPK1,KDM4A,QPCTL,DEK,CDK2AP2,RBMX,MAPKBP1,MT-ND4,ARAF,RBPJ,ZFYVE1,LSM10,SCAMP5,SCAMP4,PSMD6,PSMD4,TMEM8B,MEF2A,HES6,MEF2C,DNTTIP1,RFX1,EML2,SCAMP3,SND1,MYL6,PSME1,PSME2,MEAF6,MRPL18,COPS7B,ABCB8,COPS7A,MRPL12,GABARAP,GIGYF2,HSPH1,AMZ2,RHBDL1,EDEM3,ABCA2,PRRT2,EDEM1,MRPL28,BBIP1,MRPL24,EIF1,SETX,TDP1,PSMG1,EZH2,PIGU,PIGT,PIGO,RPLP1,RPLP0,CTCF,ECSIT,MRPL34,TRIOBP,MRPL32,PQBP1,TRMT112,TUBA1B,NIPBL,FASTK,UPF1,LRRC45,MRPL49,SIRT6,SIRT7,SIRT2,SRP9,PSMA5,MRPL53,MRPL50,TMEM33,CDC42EP2,TMEM106C,TUT1,PICK1,VAMP2,LRRC14,RNASEK,CCNDBP1,PSMA7,MRPL55,GGA1,RECQL5,AP2S1,FLNA,RABAC1,MEF2D,SRSF10,NKTR,LRRC24,UTP3,STAT2,SAMD4B,GATAD2A,LETM1,TMEM59,PSMC3,TTLL1,SERBP1,UBAP1,GOPC,UBE2D2,YY1,RUVBL2,SESN1,RUVBL1,OSBP,KPNA6,PIM3,KPNA2,SLC25A44,KPNA1,IK,PPP1R16A,FTSJ3,FOXP1,TXLNA,SNRNP200,KPNB1,ANAPC1,ANAPC2,LRRC59,PFKFB3,MAX,MAZ,ISG20L2,ARL2,ACAT2,PORCN,PMVK,SLC38A6,E4F1,SLC38A2,GOT1,GFPT1,ZBTB11,EEF2,MDM2,PIN4,NFE2L1,SLC25A1,HSP90AB1,CELF1,ARRB2,MRPL4,MRPL2,FSD1L,CAPZB,SUMO3,SUMO2,PMEPA1,DNM1L,PELP1,DGCR2,PPP1R12A,DST,SH2D3C,SIGMAR1,VPS37C,ARNT,RAD23A,RAD23B,DDOST,NSMCE4A,SLC25A17,SLC25A19,BIRC6,SLC25A5,ST6GALNAC6,SEC22C,PPP1R15A,RNFT2,GTF3C2,GTF3C5,MAK16,ZBTB45,HSD17B12,PPM1D,PPM1G,SLC25A27,GANAB,FCHO1,CDC37L1,LRRC8B,AAMP,SLC25A25,CYB5B,NDUFA8,PTPN1,PPP1R14B,NDUFA7,NDUFA6,NICN1,NDUFA2,DONSON,NDUFA1,RPL23A,LYSMD4,BAIAP2,MCOLN1,SLC25A39,P4HB,CDR2L,CCNK,TMEM41A,ZDHHC5,THUMPD1,IFI30,CYB5D1,ZDHHC4,RASSF1,DHX57,OGFOD2,FAM53C,KIF21B,SLC12A6,TMPO,SEC63,ENTPD4,PAQR3,NSMCE1,CD2BP2,KDELR2,GCDH,TMEM87A,PIK3R3,PIK3R1,BRCC3,SNX1,APH1B,DHX34,PCBP4,LARS,HIVEP1,DYM,SURF6,HIVEP2,TSPAN3,RIMKLA,RBM12,SEC31A,CTSA,RCC2,XRCC1,ERAL1,WNK1,ID2,INTS5,CALM1,CALM2,DOC2A,CCDC127,FAM57B,TECR,CETN3,AP2A1,AATF,AP2A2,SPTLC1,SPTLC2,HYAL2,ENC1,MLX,ARIH2,UTP14A,NDEL1,VKORC1,CCT3,TMEM150B,SEC13,TMEM150A,CCDC115,MMD,ACAD9,ZFR,ANO8,MRPS7,ENAH,CRELD1,STK40,RABGAP1,DOT1L,DERL1,CRIP2,ARVCF,MNT,SAMM50,GPC2,CCT8,EXOSC2,PAK2,EXOSC1,NPDC1,MIB2,RSRC2,PPP1CA,PER1,ZDHHC9,DPY19L3,GPAM,CCNG2,ESYT2,DPAGT1,SCARB2,SCARB1,MIDN,ACRBP,CAPN7,KIF5B,CAPN5,EP300,SBF1,BAHCC1,RGS9,PPFIA3,SLC30A9,SLC30A5,ATG9A,LMTK3,LMTK2,RUNDC3A,HNRNPUL1,FAM173A,HNRNPUL2,DKC1,UBE2V1,RTN2,VCP,PSMD12,PSMD11,RBM8A,PSMD14,PDS5A,NDRG1,SUPT6H,ISOC1,CAMTA2,CYC1,NDUFV1,IVNS1ABP,CCDC134,OST4,PRNP,FDPS,VTA1,ECD,HMGA1,KLHL24,PAN2,RCL1,PQLC1,STT3B,LSM14A,GSK3B,GSK3A,PRR7,RBM25,DDX3X,DDX46,MAST3,PRKCSH,CHD8,MAST1,CHD6,DDX42,ATP2A2,HMGB3,CHD4,HMGB1,CHD2,RPGR,BCL7C,BCL7B,MLST8,TIMM17A,TIMM17B,UQCRFS1,YWHAG,RBM17,RBM14,HSDL1,ABHD14B,DDX54,GPCPD1,YWHAZ,SFPQ,VCAN,CREB1,NDUFS8,IRF3,PEX3,TBC1D5,NDUFS2,ATG4B,MVD,IRF9,RBM22,DCTN5,DCTN2,DCTN3,DDX23,DDX20,PARN,DDX21,MAT2B,DNPEP,RAB40C,MAT2A,TNKS2,TAF1A,SMNDC1,RBM39,MBTPS1,TAF15,NAA10,LRWD1,MAPK14,RPIA,GLB1,FAM131A,RBM42,ACIN1,TAF6,VIM,FAM98A,CLUAP1,RB1,RPL30,TRRAP,ENO2,RPL9,GLE1,RNF114,MYC,STMN1,ZXDC,FDXR,CDK20,PIP4K2C,MPV17,IER2,WSB1,MECR,ACOT7,TSPYL1,PIH1D1,DAPK3,MED8,CD3EAP,RNF126,BIN3,RPL27,PRR12,RPL29,PRR14,PRR13,POM121,RPN2,MAPKAP1,RPN1,NOLC1,VPS26A,HIF1A,ABR,PRDX5,RAD21,SSR1,BRAP,RPL41,FZD3,JUND,TYSND1,PA2G4,PRRC2A,FIBP,GIPC1,CDK16,CLTC,ADK,CLTB,CLTA,TCF20,ING1,TMEM189,ANXA6,GPR137,GARNL3,BRD3,ZC3H10,BRD2,TCF12,AEN,NUDT16L1,RNF167,RNF166,SF3B5,SF3B2,GPS1,TMEM160,TM9SF4,BCLAF1,RNF138,ASNA1,LMAN2,RPL14,SC5D,RPS2,ANKRD52,RPL18,SF3A3,SF3A1,BRF2,TTC9C,LRPPRC,AGBL5,XAB2,RNF141,TOR2A,TUSC2,RNF19B,ABHD11,RNF19A,MAF1,MEN1,BIVM,ANKRD46,RPS5,AIP,RNF40,TRAIP,CTDNEP1,NHP2,ERH,PHPT1,GLYR1,CUL9,CUL7,DNMT1,ABHD2,AK1,ABHD8,BAG5,PITRM1,BTBD2,BAG1,PSAP,ABL1,ESRRA,ANKRD34A,DHCR24,LSM5,MARCH6,TOR1B,LSM4,MARCH5,CHERP,MARCH2,CDK9,CNOT7,CDK5,CDK4,CNOT1,MAFG,NF1,RNF181,TADA1,EIF4G2,EIF4G1,LMBR1L,CALCOCO1,TRADD,PTBP1,DUSP12,PPP6C,METTL14,GM2A,OPA1,SIN3A,PSD3,SLC37A3,REXO1,GPX1,GPX4,LIX1L,AMT,YDJC,COASY,REXO4,PATL1,PTP4A1,TRAF7,PTP4A2,TRAF4,ASPH,SNRPA1,EIF4E2,RNF31,NFAT5,SMARCD2,NLGN2,WBP1,DCAF15,HIRIP3,DCAF11,WASF1,UGGT1,SPAG9,SPAG7,RNF26,RPL35A,PNRC1,PNRC2,CUL4A,KLF7,MARCKS,KLF6,RHEBL1,ARL6IP1,GDE1,GOLGA4,DPF1,SAP130,UBAP2L,ZFPL1,SOX4,NFKBIL1,SLC11A2,BOLA1,PTOV1,JMJD8,MRPS18C,GUF1,CBLL1,TELO2,CUTA,TMEM161A,ANP32A,TEX264,TMTC4,SGPL1,SPAST,INPP5F,VPS8,SCAP,SNHG1,NUS1,TREX1,TMEM50B,ACADSB,ZWINT,CCT6A,CCDC88A,STAG2,GOLGB1,ANP32E,CC2D1A,CDS2,TRAM1,FAF1,GDI2,PRPF19,EPM2AIP1,SERP1,ZMYM2,AUH,GUK1,MAP4K2,PRMT5,ATP6V0B,PRMT1,RHOF,RHOA,RHOB,FRG1,STRAP,MAPT,SGK1,ALDOA,TOMM40,SLC20A1,UQCR11,AKAP1,ANKMY2,MAP4K5,MAP4K4,SUZ12,CTNNB1,RAB3GAP2,TRIP12,FAU,GALNT11,POGK,ARID4A,ARID4B,TOMM20,TOMM22,TMEM145,CHCHD6,CHCHD7,CHCHD1,TMEM14C,PDIA3,APLP2,PAM16,KCTD2,TRNT1,KCTD5,PDIA6,PDIA4,DPM2,TMEM135,TBL1XR1,DNAJC30,SPNS1,ELMO2,FIZ1,STAM2,ISCU,LTBP4,CSF2RA,PLCXD2,SDCBP,ZC3H18,PDZD8,MARK3,ANKZF1,PDZD7,SMAD2,DNAJC19,HSPA9,HSPA8,SMAD4,ACBD4,HSPA5,DNAJC11,TBCD,ARHGAP29,IFT122,DNAJC14,TDRD3,ARHGAP33,ATG16L1,DNAJC10,JMY,NFKBIB,B4GALT2,B4GALT3,USP32,USP39,ELAVL3,TMEM101,ALDH2,PDE4A,SCYL1,TSFM,KLF13,USP42,RNF208,ARID1A,CKAP5,KLF16,DDX19A,CHMP6,LUC7L2,CHMP5,TSEN34,USP14,USP15,USP16,TM2D2,MOSPD3,TOB1,U2AF1L4,RMND5B,GMDS,NT5DC3,CLASP2,PTCD1,PTCD2,USP20,B3GAT3,BAD,USP21,USP29,GDAP2,NAP1L4,BAX,SSBP2,SSBP4"
+"gene_set_query"	"466"	"ZNF280B"	"482.5"	"ARCHS4 Coexpression,435;Enrichr Queries,530"	"TFRC,TMEM41B,WIPF3,SMC3,BACH2,TIAL1,NDST1,LSM12,CAPNS1,DPYSL2,MYC,AKT3,BSG,LONP1,AKT1,KIF21A,ATXN7L3,SOX4,ARRDC4,EPHA4,ST6GAL1,CXADR,TSPYL1,DAPK1,BROX,ARRDC3,CD3EAP,MOGS,TIAM1,SFRP1,DAAM1,DDIT4,RRAGD,HECA,KCTD12,FAM76A,TRIB2,SET,TBC1D9B,SAR1A,FLII,DCUN1D4,PIK3R3,NEDD4L,PDGFA,PIK3R1,APH1A,PRKAR2B,MIER1,CSTF1,JUN,BCL11B,INTS1,BCL11A,PLK2,MYO5A,PBX2,NETO2,PRRC2A,ANP32E,CPEB4,ITM2C,ARF3,OGFR,PIGU,CITED2,SNX10,SLC7A11,VLDLR,PRPF19,SMG5,AKAP12,MRPL42,UCHL1,RSRC1,TRIM2,ENC1,ANXA6,SDF4,CIC,RRP15,TMED4,UPF1,MMD,MRPS23,MINK1,ELOVL6,DUSP6,SRP9,MLF2,CNKSR2,SLC7A5,TUBB2A,INF2,HNRNPH1,TMEM33,PXDN,RAPGEF1,ARHGEF2,SGK1,PAFAH1B2,ERGIC1,CSTB,SLC20A1,PRICKLE1,FAM117B,CENPB,GNAI2,CAMK2N1,CLPTM1,FLNA,YKT6,RUNX1T1,CSNK1A1,MYO9B,NMNAT2,SYNJ2BP,MPP6,VEGFA,NFIB,ETNK1,TAOK2,YPEL1,NUCB1,HDGF,PKN1,PNPLA6,GRINA,CLU,SLC8A1,IGF1R,PPP1CB,SALL2,LAMP1,KIF5C,BASP1,ARHGDIA,NUDT19,NRCAM,KPNA2,MTPAP,SBF1,USP5,IGFBP3,TPM1,F2R,VRK3,PIAS2,MORF4L1,ADAM15,HNRNPUL1,TBL1XR1,EHBP1L1,RAB35,UBE2V2,TBC1D24,CHMP4B,ADNP,SRSF6,GLYR1,ANAPC2,RAB5C,INSIG1,GPR85,CACNA1A,SLC38A10,TOR1AIP2,PDS5B,LIN7C,NDRG1,SUPT6H,CORO1B,SOCS2,SBNO1,NEUROD2,BAG4,DPP6,PITRM1,BTBD2,NACC1,MYH10,SKIL,PDZD7,TRAPPC2,PRNP,SYT1,UBE2B,CBX2,ASNS,EEF2,MARCH6,REEP1,UBE2W,EFNA2,NR4A3,SH3BP5L,CNOT7,HOOK2,HOOK1,GNB2,GNB1,UBE2N,PLXNB2,LRP10,NFE2L1,EIF4G1,ACADVL,KDM5C,WDR1,PRKCSH,CELF2,CHD6,PTEN,SLC2A3,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,SENP5,ZC3H7B,PPP6R1,SNRNP70,PSD3,UBTF,TLK1,CASP2,MAPK1IP1L,SUN2,KLF13,PDPK1,H2AFX,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,BCAT1,B4GALT6,SEC22B,RNFT2,RGS16,RAB1B,CXXC1,FAM169A,NCALD,USP19,DCAF15,STOX2,GANAB,U2AF2,POLR2D,FAM120A,TRA2A,EIF4H,MAPK1,FEM1C,IGF2BP3,EIF4E,DCAF13,NTRK2,RRM2,PCDH7,EYA3,CADPS,OXR1,EFR3B,TPD52L2,ACVR2A,NELL2,RAD52,KLF6,PFKL,PSAT1,MGAT4B,P4HB,NAA15,SUGT1,METAP2"
+"gene_set_query"	"467"	"ZBTB24"	"483.0"	"ARCHS4 Coexpression,753;Enrichr Queries,283;GTEx Coexpression,413"	"APP,ZMYND8,PPAN,HNRNPU,CISD2,JMJD1C,GABPB1,EPRS,ALKBH8,NDST1,LSM12,CDC23,PSMD5,PPP2R1A,DPYSL2,MYC,BSG,EPC1,IER5,RNF111,TMPO,FNBP4,MED1,DDX18,AQR,ST6GAL1,NUP210,FNBP1,ARRDC3,WDR74,CD3EAP,ANK3,MED6,GTPBP4,RFX7,PSME3,DDIT3,BOLA2,DDIT4,HECA,ALG10B,OBSL1,PFN2,NUP205,DHX8,CDCA4,MAGED1,NEDD4L,NOLC1,XPC,PIK3R1,PTTG1IP,HIF1A,UGCG,PRDX5,CYB5R3,PDCD11,DHX33,MICAL1,GAR1,CSTF1,VTI1A,DHX37,ATP6V0A2,RRS1,HIVEP1,MCMBP,TRPM7,HIVEP2,MAP4,RBM12,ZBED4,VAT1,JUN,CDK19,RABGAP1L,CADM4,PRRT2,BCL11A,PLK2,SYNRG,CDC7,GPN1,PBX1,GADD45G,SMU1,ZBTB6,SNW1,GIPC1,CCDC88C,INTS5,HBP1,NOL11,ITM2C,CDC42SE2,DDR1,GMEB1,PIGU,SMG1,BTG1,GDI1,CITED2,MRPS12,NAT10,SNX10,TCF20,CTCF,WDR43,PTPRF,PTMS,LIMD2,AKAP12,SYNCRIP,NIPBL,DHX15,REV3L,TIMP2,RIOK2,JARID2,UTP14A,RAB8A,RRP15,WDR36,PARP1,TSC22D1,NSUN2,TSC22D3,SLC39A10,PRPF40A,ELOVL6,AEN,NIPA2,PPRC1,DUSP6,MLF2,GNL3,RHOB,ENAH,SIKE1,PRPF18,CDC42EP4,MTF2,CDC42EP3,PXDN,NCOA7,TAX1BP3,MAPRE3,SGK1,SATB1,SLC20A1,RNMT,NIP7,PRIM1,HEATR1,CRIP2,PRKX,SLC7A1,ADCY6,FAM129B,NRAS,BCLAF1,SRP72,SERTAD2,PES1,EXOSC9,NSD1,GPC1,PPP1R8,SHOC2,MGAT2,EXOSC2,SRSF10,SF3B1,SUZ12,RANBP2,YTHDF2,UTP3,GATC,DAB2IP,TTC9C,VEGFA,KBTBD4,RSL1D1,PHF5A,RYBP,NFIA,CCNG2,ETNK1,SERBP1,TRMT6,NUCB1,PKN1,GRINA,SCARB2,DBR1,CHPF,CLSTN1,ATN1,PRDM2,IGF1R,EFTUD2,SMCHD1,GNPTAB,CDH2,SESN1,SNIP1,AP2M1,PPP1R16B,NOM1,USP7,SLC38A1,KDM2B,ANKRD44,APLP1,UBE4A,ATP1B1,FOXP1,MSH6,CLIP3,TOM1L2,ACAP3,DMTF1,MSH3,DKC1,RAB35,SRSF2,SRSF7,ANAPC1,NSMAF,FKBP5,KLHL18,PFKFB2,ZCCHC7,DDX6,RTN3,NDRG4,PFKFB3,CD151,INSIG1,ABHD2,NOP2,STK4,SEZ6L2,NDRG1,SOCS2,EIF1AD,PITRM1,G3BP1,TPR,UBR5,ABL2,SLC38A2,SKIL,MCL1,IVNS1ABP,PRNP,NOP14,DR1,M6PR,NUP153,DNAJC14,ZBTB11,KLHL24,NFKBIA,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,CNOT1,GNAS,TPP2,PLXNB2,MDM4,BRWD1,BCL2L2,NFE2L1,ISY1,SCYL3,KDM5B,USP36,DYRK2,DDX46,PRKCSH,CHD8,WDR3,WDR4,CHD6,PIK3CD,SLC2A3,TRIAP1,CHD2,DUSP12,SART3,NPTN,PMEPA1,TOPBP1,MRPL9,LRRFIP1,TNPO3,UTP15,ACTR2,KLF11,KLF13,DST,RFC2,PDPK1,ARID1B,SEPT5,PATL1,ARL4C,PTP4A3,ELF2,POLR1B,NUP50,CTDSP2,CUEDC1,AGPAT5,DCTN5,PPP1R15B,NFAT5,GTF3C3,GTF3C4,NLGN2,USP10,WBP2,TGFBRAP1,MAK16,DDX21,RNF4,AGPAT1,LRP8,TOB1,DNAJB2,ABLIM1,DNPEP,TAF1B,MAT2A,ABLIM3,RBBP5,TGS1,LEPROTL1,POLR2D,FEM1C,FYN,VHL,MAPK6,CCDC71,SMNDC1,CYTH1,PDLIM7,ATF7IP,PDE4DIP,ATP2B1,SLC4A7,NIN,SNRNP40,KLF6,PIK3IP1,POLR3C,PSAT1,POLE3,PDCD4,BAX,PDCD2,NAA15,ABCE1,PDE7A,TAF2,TRIM33"
+"gene_set_query"	"468"	"ZEB1"	"484.0"	"ARCHS4 Coexpression,777;ENCODE ChIP-seq,101;Enrichr Queries,722;ReMap ChIP-seq,108;GTEx Coexpression,712"	"ITSN2,MAPKBP1,MT-ND4,TFRC,IFT172,TSEN54,SCAMP4,SAMD14,KRTCAP2,DPYSL2,DPYSL3,AKT3,SAMD10,MEF2A,MEF2C,CXADR,RBFOX2,CACNA2D1,DICER1,EML1,EML2,RC3H2,LARS2,RUFY3,DDIT4,PSME1,TMEM126A,JTB,PSME2,SF1,ATF4,SLBP,TSTA3,TTYH3,MEPCE,AGAP2,PDGFA,COPS7B,BAZ2A,MRPL12,OAZ1,GABARAP,MRPL10,MRPL11,RHOT2,PIP5K1C,LTA4H,PUSL1,RHBDL1,HEXIM1,ABCA2,JUN,PRRT2,JUP,NCAPH2,NR2F1,MRPL28,MRPL24,PBX1,SETX,MLLT10,TBL3,FAM135A,EIF6,DCHS1,FAT3,FAT4,DZIP1,FERMT2,ARF3,PIGU,GPR21,MRPL38,MED16,MRPL34,BBC3,DDA1,TRMT112,LMBR1,MRPL40,TUBA1A,RPLP2,APC2,LYPLA2,LRRC45,DUSP1,SPHK2,MRPL49,LRRC40,SIRT6,SIRT7,BAZ1B,MED29,DUSP6,DDB2,MRPL44,MRPL52,MED23,MRPL53,SLC7A6,CDC42EP3,PXDN,TUT1,PICK1,PAFAH1B3,VAMP2,PAFAH1B2,LRRC14,ECHS1,LIN37,SRRT,ODC1,SDAD1,CENPB,GGA1,SPOP,FLNA,STX2,SAMD1,ZSWIM4,RABAC1,MEF2D,YKT6,SRSF11,JAM3,LRRC24,MDH1,SKI,LETM1,SNX19,CCDC9,SLMAP,TTLL1,UBAP2,PKN1,AGRN,UBE2D2,FBXO28,ATN1,CASC3,FBXO21,HDDC3,STK11,STK16,SCMH1,PIM3,CIR1,PPP1R16B,CDKL2,SH3GLB1,PCYT2,VPS33A,PPP1R16A,ZCRB1,LENEP,CDC25B,FOXP1,ACAP3,FSCN1,SQSTM1,ANAPC2,PFKFB2,INO80B,PFKFB3,RNASEH2A,TUBGCP2,MAZ,ISG20L2,ARL1,CORO1B,CORO1C,GLIS2,SBNO2,RAP1A,NDOR1,SLC38A2,EVI5,NADK,GOT1,STYX,HPS4,CORO2B,UCKL1,DRAP1,LRCH2,ARPC3,PIN1,ACO1,LRCH4,OGT,ITGB1,ZNF512B,HSP90AB1,CELF2,FHL1,PTEN,ARRB2,MRPL4,MDK,PPP6R1,PMEPA1,ACP2,MDP1,UNC45A,EIF5A,EMX1,PPP1R12A,DST,SH2D3C,VPS37D,VEZF1,RAD23A,MSL1,ARL4C,QTRT1,C1D,PPP1R12B,DCTPP1,SLC25A11,GAPDH,AHDC1,BCAT2,RNFT2,SEC23A,NDUFB7,ROCK1,SRF,SRSF1,PRCC,FURIN,ZBTB45,MLLT6,PTPRZ1,U2AF2,SH3BP2,PHKG2,TRIM46,FYN,IARS2,E2F4,LRRC8B,SLC25A23,DRAM2,SLC25A22,SH2B2,NDUFA9,PPP1R14B,SEPT11,TRIM41,MMAA,RPL23A,TPD52L2,CABLES2,NELL2,CDKN2AIPNL,SYT11,EIF3G,PDCD4,KCP,STUB1,P4HB,EIF4A1,TMEM41A,PPAN,JMJD1C,GCC2,TXNDC12,IFI30,ACTB,CYB5D1,TRIM28,SNRPD2,SNRPD3,CCDC92,SEC62,TBC1D22B,ACVR1,EPHA4,ST6GAL1,ATP6V1G2,PAQR4,LIMCH1,ACTN1,CIRBP,NSMCE1,TALDO1,CSNK1D,MOGS,ANK2,ACTN4,CSNK1E,MFSD10,SNHG12,KCTD10,CDC37,KCNQ4,KCTD12,TRIB2,STX1A,GIPR,FOXG1,MYCBP2,SUPT4H1,CEND1,PTTG1IP,PIK3R1,UBE2J2,APH1A,PGS1,COMMD9,PCBP4,PCBP1,ERI3,SYMPK,SURF6,HIVEP2,DECR2,RBM12,XBP1,INTS1,IQSEC1,RCC2,DCLK2,EXT1,WNK1,ID2,CALU,NDUFAF3,SDC1,PAF1,CALM2,SUGP1,MRPS17,NRP1,CSRNP2,USPL1,GPAA1,TECR,BMI1,AKAP12,ARV1,UIMC1,REV3L,MLX,RAC3,SDF4,SSSCA1,KIF1B,GIT1,MRPS23,ANO8,ANO6,COMMD7,COMMD4,APRT,RGMA,ENAH,RNF144A,CSDE1,KIT,ARHGEF1,ARHGEF2,CRELD2,PTMA,DBN1,STK40,AHCY,SATB1,SSNA1,MRPS33,DOT1L,GBA,PRICKLE2,CRIP2,NEDD8,CCDC106,GNAI2,PCNP,SH3BGRL,MNT,PAK1,EXOSC4,CCT4,NPDC1,BCAP31,VEGFB,MIB2,PEX14,NLE1,PPP1CA,VEGFA,PER1,NUDT8,KLHL7,TTC4,TTC3,TCEA2,ESYT2,HDGF,GRINA,CRTC2,MIDN,NUP188,PHRF1,ACTG1,IGF1R,PPFIA1,ENPP5,RGS9,MORC3,ZGPAT,ADPRHL2,ATG9A,POU3F2,POU3F3,ADAM19,ADAM15,FAM173A,EHBP1L1,SBDS,TBC1D24,UBE2V2,PPIF,WDFY3,PPIG,GEMIN7,RTN2,COX19,DDX5,TBC1D19,NDUFB10,ARHGEF25,NPR2,KLHL17,HTRA2,CACNA1C,RASGRP2,PDS5A,RPF2,NDRG1,SHARPIN,DEAF1,GRK6,CYC1,LLPH,TBC1D17,BCL9L,PRNP,UBE2I,ECD,CRIM1,HMGA1,DSTN,KLHL23,SUPT5H,AP4B1,KLHL20,H1F0,HOOK2,HOOK1,GNB1,CYCS,UBE2O,TAB2,TCF4,UBE2M,CUEDC2,GSK3A,PRR7,ZMYND19,PRKCSH,MAST3,HP1BP3,CHD6,ILK,USE1,LMNB2,PPP1R9B,UBE2Q2,DACT3,GET4,RBM17,ARHGEF12,NUP133,PDPK1,ABHD14B,ABHD14A,NAV1,NAV2,SYNGR3,PJA2,EEF1G,VCAN,NDUFS8,SETBP1,NDUFS7,EEF1D,PEX3,TBC1D5,PPDPF,CAT,ATG4B,MVD,MAN1B1,ACOX3,ZMYND11,CUEDC1,IRF9,DCTN5,NAA20,DDX23,SLC3A2,AGPAT3,ADD1,CYTH3,TMEM203,OXCT1,MKNK2,TMEM208,MTA2,PDLIM7,RBM39,CHURC1,TAF13,TAF11,ATP2B4,USF2,TTC17,SOD1,CLCN7,MAPK11,GALE,ERCC1,POLE3,TAF6,FAM98B,QRICH1,KRAS,VIM,RBM45,CLUAP1,RPL3,ENO2,RPL8,PHB2,PCMT1,ALCAM,ZMIZ1,MYC,RPL36,RPL38,DIP2C,IER5,IER2,VPS18,RPL21,WDR74,MED8,AFAP1,CD3EAP,SOX12,CLPX,RNF126,DYNC1LI2,TYRO3,RPL29,RPL28,VPS28,PRR13,PDXDC1,RPN1,HIF1A,ADH5,ANAPC11,MTDH,GJC1,PRDX2,PRDX5,PPP4C,VPS11,SLC19A1,NAA50,RPL41,FZD3,PRELID1,JUND,PLK2,IRF2BP1,IRF2BP2,PA2G4,NR1D1,EHD1,HNRNPL,FIBP,GNPTG,MEX3A,NPLOC4,HNRNPF,ATG2A,CDK10,MMS19,CDK13,BTG1,SPEF1,PHF23,SETD7,CLTB,GPT,TRIM8,UBL5,TMEM189,MTG1,TMSB4X,TIMP2,GPR137,PLEKHN1,CIC,EMD,ZC3H10,WDR37,TCF12,NUTF2,AEN,FAM126A,RNF167,ZEB2,AFTPH,TUBB2B,INF2,KIFC2,MTF2,KIFC3,TKT,RNF166,SF3B4,NFIX,RPL10,RPL12,GPS2,TIMM10,WDR24,GRAMD4,TMEM165,ARFRP1,LMAN2,RPL13,RPS2,RPL18,DEDD,RPL19,SF3A3,PCGF6,SF3A2,WDR18,SYVN1,DEF8,SNCAIP,TM9SF2,TM9SF1,OSTM1,NFIA,ABI2,NFIB,PLP2,ANKRD13B,TOR2A,PHLDB1,ANKRD13D,RAB3A,CTNND2,AUP1,RPL10A,BZW2,IPO7,CLU,IPO4,TM7SF2,EDC4,ABHD12,PPP1CC,CDH2,CFL2,CFL1,MAF1,SNRNP35,MEN1,PLEKHJ1,MAP2K4,BIVM,RNF44,MAP2K1,ANKRD46,RPS7,USP4,RPS5,IGFBP3,TPM1,F2R,AIP,THOC1,FRMD4A,THOC6,CACNB1,CTDNEP1,PYGO2,CLIP2,ARMCX1,RAB34,ERP29,AAGAB,SNRPB,FKBP2,DNMT1,SEMA7A,CD151,ABHD8,ITPR1,PHB,KRBA1,KLC2,BTBD1,DVL1,BTBD2,ABL1,DVL2,MAP2K7,SLC15A4,MCL1,MPDU1,MAP2K6,ESRRA,EIF2B3,EIF2B2,TNK2,OSBPL2,TMEM132A,MARCH9,MARCH8,ADAP1,MARCH6,LSM4,CDK9,REEP5,CDK4,MAFG,PLXNB2,PLXNB1,DHCR7,CNIH2,RAB5A,BCL2L2,BCL2L1,DIDO1,WDR1,RNPEPL1,TRADD,SGCE,DUSP12,AP1G2,SGCB,SNRNP70,WDR6,CEP170,ILKAP,PLEKHG2,REXO1,GPX4,RFC2,RPL13A,YDJC,COASY,PTBP2,TRAF7,PTP4A3,DALRD3,TRAF4,CTDSP2,DNAJC8,RNF31,TRABD,SMARCD2,WBP1,WBP2,RAB1B,DNAJB1,RAB23,POLR2E,DCAF11,POLR2L,SMARCE1,SPAG9,SPAG7,ADRM1,TPRKB,FBXL16,CDC42BPB,DDHD1,FBXL12,RAD52,KLF7,KLF6,MARCKS,APC,IMPDH2,POLR3D,MGAT4B,POLR3E,CEBPZ,PANK4,SLC35B2,APP,HDAC10,DIXDC1,RPS15,RPS16,RPS19,KAT5,FLAD1,RPS11,SEPHS2,SOX4,TBC1D10B,ARRDC1,NFKBIL1,AP1B1,PTOV1,JMJD8,TWSG1,CARHSP1,NIF3L1,POR,KATNAL1,TTLL12,PFN1,EZR,AURKAIP1,MACF1,STXBP2,TWF1,TMTC1,TNRC18,STXBP5,TRPM7,MAP4,SCAI,GPM6B,VASP,SNHG1,SYNRG,CCDC88A,RPS20,RPS21,ITM2C,DAZAP1,MYL6B,SLC35F1,SPPL3,HINT1,GUK1,C1QBP,KIF13A,RALGPS1,RSPRY1,PSD,PSENEN,PRMT6,TOP3B,MAP4K2,TMED9,ZER1,RHOF,TUBG2,PPHLN1,RHOB,MLF2,PRPF18,MPPED2,FAM20B,AIDA,RHOV,HNRNPH3,ALDOA,SGK1,ATP6V0C,AKAP6,PTN,TYMP,NT5C,HIRA,APBB2,MAP4K4,ARNT2,MYEF2,NFYB,PTGES3,AP3D1,SORBS1,AIG1,RANBP6,PRKRA,CAPZA2,FAU,KDM1A,NDUFA10,ROGDI,TMEM145,FAM162A,ARHGDIA,FPGS,HCFC1R1,NOM1,TSC1,TRPC4AP,KCTD5,DPM2,PRPF6,DNAJC30,SPNS1,ATP6V1A,PXK,RPS19BP1,NTM,LTBP4,EFNA4,EFNB2,ARHGAP21,EMG1,MAN2A2,DMAP1,MYH10,MARK2,ANKZF1,ACBD4,CPSF1,CBX4,WSCD1,ASPSCR1,DNAJC13,AZIN1,NFKBIA,EFNA3,EFNA2,DLG4,ATG16L1,DNAJC10,TBCE,CHMP2A,PI4KA,MUS81,PCDHGB7,DOCK4,USP33,SLC2A3,POLB,SENP6,MFSD6,SEPT7,ZC3H7B,FLOT1,PDE4B,SPEG,PDE4A,MFSD1,TOPBP1,RBM7,SCYL1,KDM6B,MAPK1IP1L,USP48,KLF13,PCDHGA4,PDE4D,H2AFX,AXIN1,PPP2R5B,RNF208,OXSR1,SENP3,TGFBR1,KLF16,SEPT2,IGDCC4,AKT1S1,CDH11,CDH13,ITGB1BP1,HAGH,B4GALT7,VAC14,RGS19,STOML1,USP16,GMPR2,RGS16,OPRL1,PDXP,MOSPD3,MTIF3,TM2D3,U2AF1L4,RMND5B,NCAM1,CLASP2,RWDD1,PTCD3,NEGR1,WTAP,USP20,BAD,QPCTL,LIMK2,HAGHL,CYHR1,MEIS2,SLC4A7,SLC4A8,NEURL4,CAPN10,RPS6KB2,BAX,SSBP2,SSBP4"
+"gene_set_query"	"469"	"ZNF239"	"485.7"	"ARCHS4 Coexpression,471;Enrichr Queries,632;GTEx Coexpression,354"	"NUP107,THUMPD3,STMN3,GPATCH4,EPRS,SMC3,ZDHHC4,TXNDC17,LSM12,DHX57,DPYSL2,MYC,SEPHS1,SOX4,EPHA4,TIPIN,CXADR,LIMCH1,CD3EAP,WDR75,AARSD1,ALG1,GTPBP4,ZSCAN21,DDIT4,HECA,KCTD12,SET,DCUN1D5,NEDD4L,NOLC1,TEX261,ADH5,PRDX3,LDHB,RNF214,HSPH1,HMGXB4,PDCD11,DHX33,LARS,HLTF,RRS1,CHST15,N4BP1,FDFT1,B3GALNT1,JUN,PHC1,PNO1,PLK2,CDC7,NETO2,PA2G4,FAM136A,PAICS,ZWINT,CCT6A,PCDHGA11,ID2,HNRNPF,NDUFAF2,CALU,NOL10,PSMG1,HNRNPC,CALM2,ITM2C,EZH2,FARSB,NRP1,CITED2,PAK1IP1,MRPS12,RPLP0,OLA1,MRPL36,SNX10,SLC7A11,VLDLR,BMI1,PFAS,WDR43,AKAP12,MRPL42,UCHL1,ATIC,XPO1,CSRP2,ZMYM4,RARS,ENC1,XPO5,RIOK2,RRP12,RRP15,CCT3,PRMT6,CCT2,PRMT5,SSR3,ACTL6A,RRAS2,LRRC40,TIMM23,AEN,ELOVL6,CACYBP,PRPF40A,BAZ1B,MRPS7,PPRC1,WDR35,DUSP6,SRP9,MLF2,LRRC42,NME1,ENAH,SLC7A5,MRPS9,MRPL50,TUBB2A,NME7,PSMA2,PTRH2,PXDN,TCP1,G2E3,STRAP,EEF1E1,SGK1,GART,ERGIC2,FJX1,PAFAH1B3,PAFAH1B2,CDC123,AHCY,PCNA,SLC20A1,PRIM1,NIP7,HEATR1,PRICKLE1,MRPS30,SDAD1,SLC7A1,GNAI2,TCEAL8,EXOSC7,PSMB5,USP1,METTL6,CCT8,CCT7,SRSF10,CCT5,CCT4,SF3A3,PCGF6,NPM1,PTGES3,GTF2H1,MYO9B,WDR12,NLE1,BYSL,VEGFA,NUDT21,RSL1D1,SNX19,TMEM158,XPOT,MARS,CCNG2,APEX1,TSR1,PKN1,TOMM5,CSE1L,BCCIP,HDLBP,CWC27,TSEN2,ALDH1L2,FBXO22,IPO7,IPO4,IPO5,IPO9,KIF5C,TUBB3,RUVBL1,AZI2,KPNA2,KPNA1,SUPT16H,EIF1AX,IGFBP3,TRNT1,FRMD4B,ATP1B1,PUS7,ILF2,MSH6,MORF4L1,PHOSPHO2,MSH2,RPL7L1,MRTO4,PPIF,UBE2V2,SRSF3,MATR3,SNRPE,FKBP3,KPNB1,FKBP5,TBC1D19,PFKFB3,FAM114A2,INSIG1,GLO1,CUL2,NOP2,BTF3L4,CUL1,TARS,LPL,UBFD1,PSEN1,RPF2,NDRG1,SOCS2,ORC3,DNAJC21,G3BP1,ZKSCAN2,SLC38A6,BRIX1,NAE1,SKIL,MARK2,QSER1,ANKRD28,HSPA9,PRNP,HSPA8,NOP16,NUP155,BOD1,CPSF3,IDH1,ASNS,EIF2S2,EIF2S1,HOOK2,NASP,HOOK1,CNOT1,DNAJC10,MKRN2,STT3A,CNTN1,NFE2L3,UBE2N,CYCS,IARS,DHCR7,COPS8,SAE1,LRP12,MCFD2,HSP90AB1,MCM7,WDR3,WDR4,CHD6,HMGB3,DPY30,HMGB1,ELAVL1,RND3,PIK3C2B,LMNB1,MRPL3,DUSP12,SUMO1,RASGEF1B,SUMO2,WDR5,PMEPA1,TNPO1,BCAS2,RFC3,NCBP1,PDPK1,H2AFZ,DDX50,COASY,TSN,DNAJC2,CREB3,VCAN,PTP4A3,UBE2R2,IMPAD1,POLR1B,NAA35,PFDN4,BCAT1,TNFRSF21,USP14,HDAC2,SEC23A,GTF3C4,GOSR2,RGS16,MAK16,DDX21,LRP8,SRM,HSPD1,ADD2,ABLIM1,RPS6KC1,BMS1,TAF1A,SH3BP2,POLR2D,BNIP1,BEND3,SNRPB2,ABCF2,UGGT1,MEST,EIF4E,DCAF13,NOP56,PPIL1,SSB,RRM2,KLF6,EIF3M,PSAT1,POLR3D,IMPDH2,ERCC2,ERCC8,CEBPZ,EIF3E,FAM98A,NAA15,SSBP1,ABCE1,TRIM32,CLUAP1,MBTPS2,RAN"
+"gene_set_query"	"470"	"MITF"	"486.4"	"Literature ChIP-seq,35;ARCHS4 Coexpression,1064;Enrichr Queries,811;ReMap ChIP-seq,43;GTEx Coexpression,479"	"ITSN2,ATF2,POP5,GMFB,ITSN1,TSKU,NDST1,TBK1,DPYSL4,RAVER1,DPYSL5,DPYSL2,DPYSL3,GPBP1,AKT3,PRKACB,FNBP4,ATG3,PRKAB2,SAP30BP,CXADR,TSTD2,FNBP1,CACNA2D1,FRS2,BCR,LARS2,EWSR1,DDIT3,FEZ1,ZC3H11A,DDIT4,ORAI2,PLBD2,ATF4,SET,SAR1A,SHMT2,CDCA4,MEPCE,PDGFA,PLA2G6,RHOT2,LARP1,RNF216,PIP5K1A,RDH14,HEXIM1,JAG2,JUN,PRPF38B,EIF2AK3,LARP4,BTBD10,PBX1,FASN,SFXN3,HYOU1,FAT3,RNF220,MTMR14,SNX12,ARHGAP1,PRKAG2,SNX10,SHB,OSBPL11,MED15,BBC3,OSBPL10,SHF,MECP2,PANX1,PCMTD2,MED11,ATIC,MED13,MED10,SMPD1,DLGAP1,JAK2,ENOPH1,PCMTD1,JAK1,DLGAP4,APC2,SPHK2,GSTO1,DUSP1,TEX10,SLC39A11,EPS15L1,JOSD1,DUSP8,MED27,MED26,DUSP6,DUSP7,DDB2,DDB1,SLC7A4,MED22,SLC7A5,MED25,PTRH2,PXDN,MMP17,CINP,RAPGEF1,CHST1,TRUB2,ELOF1,ECHS1,OAT,GSTP1,URM1,ATL2,ODC1,SNX32,SDAD1,SLC7A1,CENPB,FAM117B,SNX29,NRAS,EXOSC10,SNX27,ADAM23,STX6,SPOP,MFN2,RICTOR,BID,STX2,ZSWIM5,EGLN1,MBD3,MBD6,EGLN2,MBD1,WNT7B,DAB2IP,SNX22,SKI,SNX19,SNX16,TAOK3,CCDC9,SNX17,APEX1,SLMAP,SNX15,YPEL1,PKN1,AGRN,YPEL3,FRYL,GZF1,MTCH1,MTCH2,SLC27A1,TMEM167B,RASL11B,PDCD6,NAB1,ATN1,FBXO25,PLOD3,MSI1,CASC3,FBXO21,FRY,FADS3,FADS2,LAPTM4A,SLK,UROD,FNTB,CEP250,MAP3K9,MTPAP,FADS1,PIAS4,BNIP3L,FBXW5,PCYT2,FBXW8,CISH,CTNNBIP1,FBXW9,STX7,FAM118A,CNPY2,ATP11A,ZCRB1,FBXO10,FBXO11,SRCIN1,LENEP,CDC25B,ATXN2L,MSH6,MSH2,SRSF2,SMS,SRSF3,PKP4,SRSF6,SLC27A3,SRSF7,ARL8B,SLC27A4,FTO,KHDRBS1,KHDRBS3,GMPS,SPATA2,FBXO44,CORO1B,CORO1C,SNN,NDOR1,G3BP1,ZKSCAN2,NAE1,SAC3D1,ZKSCAN1,NADK,TMEM120B,NOP14,BOD1,RASL10B,FUS,UROS,HPS1,HPS4,HPS3,CORO2B,FBXO31,UCKL1,DRAP1,LRCH1,ARPC3,NACA,DMXL2,CLPTM1L,OSBPL1A,NOP10,ITGB1,ISY1,MCFD2,AKAP8L,ETFA,BICD2,RLBP1,AP4M1,PPP6R2,PPP6R3,PGLS,ARL5A,UNKL,YAF2,TRIM67,BOK,EIF5A,ACTR3,BCAS3,EIF5B,DHPS,TNFRSF19,ATRX,MSL2,ARFGAP3,ARFGAP1,MSL1,ATRN,NRG3,TMBIM4,SYF2,PCCB,TOP1,GAPDH,BECN1,MGRN1,SRC,ROCK2,SRBD1,MLLT1,SRL,MLLT3,TSPAN31,SRM,FOXRED2,ZNRF2,KCTD20,U2AF2,NNAT,PHKG2,UBQLN1,EIF4H,FYN,IGF2BP3,E2F4,IGF2BP2,PCDH1,EIF4B,GADD45GIP1,NTRK2,MARCKSL1,NOP58,CIZ1,TRIM41,FEM1A,FEM1B,CNBP,PCDH7,MID1IP1,NTRK3,CDC5L,HNRNPAB,MYO16,GSTZ1,DBNDD1,TSPAN14,NAGK,TRIM39,EIF3K,ST7,EIF3G,STUB1,TRIM37,TRIM32,EIF3A,BCAR1,TRIM33,EIF3B,SLC23A2,CERK,CPNE5,LDLRAD3,ACTB,RCBTB1,NUDT3,RCBTB2,CRKL,HERC2,HERC1,OPHN1,SNRPD2,BSG,CCDC97,EPC1,ATXN7L1,PTGFRN,ATP6V1E1,SCAPER,TBC1D22B,ATP6V1G1,ALG9,LIMCH1,ACTN1,ALG5,CIRBP,ISLR2,CSNK1D,MOGS,ACTN4,ALG1,CSNK1E,MFSD11,TMEM170B,CFDP1,SNHG12,SUB1,KCNQ2,FLYWCH1,KCTD12,FAM76A,KCTD17,TRIB2,NUMBL,NRN1,DHX9,FBF1,CDKN2AIP,GSPT1,APOO,SYNGR1,KCNN1,KCNN2,ATP6V1C1,FAM78B,MYO5A,MED13L,EXT1,AIMP2,MSRA,CDC16,CALU,RANBP10,CALR,FBXL2,FBXL5,CD200,MRPS17,NRP1,DHRS13,MRPS15,MRPS16,HIBADH,PAK1IP1,GRIK3,ICA1,NAT10,GRIK2,RAB22A,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,PCM1,NUDCD3,ACTR1B,OTUD6B,BBS4,MRPS28,PBRM1,MRPS27,PCYT1A,MRPS25,MRPS22,GAA,PRPF40B,CACYBP,GAB2,SYN3,SREBF2,APRT,RNF144A,KIN,ARHGEF9,RAP2B,KIT,PITPNM2,CANX,TAX1BP1,TAX1BP3,ARHGEF7,PTMA,FJX1,NAPA,AHCY,SSNA1,GBA,GNAI3,COX5A,GNAI1,PCNP,MGAT1,MGAT2,EPS15,DYNC1I1,DYNC1H1,GABBR2,SORT1,VEGFB,MYO9B,VEGFA,YIF1B,SGSM1,NUDT9,PDCL3,SEC23IP,KLHL5,KLHL7,NDUFAB1,TTC3,TCEA2,CACHD1,CCNYL1,HDGF,TACC2,GRINA,CARS,CRTC2,NARF,UBE3C,NUP188,ZFAND3,ZFAND5,PEBP1,UBE3A,CELSR2,CELSR3,IGF1R,NARS,GNPTAB,MORC3,ADAM11,DNAJB12,TTC7B,ADAM10,CASK,UBE4B,SDHC,POU3F1,SDHB,POU3F3,DHDDS,ADAM15,TBC1D20,PSPC1,GPRIN1,EHBP1L1,TBC1D24,WDFY1,PPIF,PLAA,WDFY3,TBC1D23,CARS2,PPIA,SIDT2,COX19,DDX6,GNAZ,TSG101,HTRA2,CACNA1A,CACNA1D,PLD3,CACNA1H,CNN3,TIMM50,RAI1,RNASEH1,TBC1D13,TBC1D14,TBC1D17,TBC1D16,SYT5,UBE2H,UBE2I,UBE2B,TIMM44,CNOT10,GNAO1,AHI1,GNAL,HOOK2,HOOK1,GNB2,GNB1,CNTN1,GNAS,GNB4,UBE2N,UBA2,UBE2O,AMOTL2,TCF4,FGF13,UBE2K,GALK1,RERE,PHTF2,CUEDC2,ZMYND19,PODXL2,LDB1,HP1BP3,ADAR,TAZ,USE1,PITPNC1,TTC28,CABIN1,TMEM223,GRM5,LASP1,EEF2K,MAN1A2,RB1CC1,MYO18A,GET4,DACT1,ATP6AP1,TTC33,PDPK1,CAD,NAV1,NAV2,SYNGR3,EPN2,ALS2,SETBP1,ACOX1,CAT,GFOD2,ATP6V1B2,CRY1,ACOX3,NAT8L,CUEDC1,SHANK3,SHANK2,SHANK1,OTUB1,AGPAT5,RALA,SFSWAP,RAP1GDS1,RSPH9,SLC3A2,ASAP1,ASAP2,ADD1,AGPAT3,RNF2,AGPAT4,CYTH3,TMEM201,GNG2,GNG5,PABPN1,TMEM203,OXCT1,TDG,TRA2B,GNG7,SPOCK2,MKNK2,SLIT1,BNIP2,DROSHA,SPOCK1,RALY,RPP14,CRYM,MTA3,FBRS,CYTH1,TIMM8B,ATF7IP,URGCP,BNIP3,EYA3,USF2,HS3ST2,SMUG1,GALE,TEF,CARM1,ERCC1,GPD1L,IPO13,NCKAP1,IPO11,TES,RRP1,ARPC5L,HNRNPU,PHAX,ADARB1,SMC3,GLS,ALCAM,ZMIZ1,WDR91,AP1S2,AP1S1,VPS35,NCKAP5,NUP214,VPS18,NUP210,PRKCE,PRKCD,ARMC9,REV1,ARMC8,WDR73,GTPBP2,GTPBP1,ATG13,DAAM1,WDR81,PRKD3,ARMC6,ZSCAN21,HECW1,PI4K2A,ANAPC13,LRPAP1,SEH1L,CTBP2,PDXDC1,CTBP1,PRDM15,WDR61,GNS,PRKCZ,ANAPC11,MTDH,GJC1,LDHA,WDR70,BLOC1S1,NUP85,LDHD,VPS11,GAR1,RRS1,ST3GAL5,NUP88,NRBF2,ST3GAL1,HMOX2,LHPP,ST3GAL3,NAA50,BTF3,PHC2,DMPK,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3D,HNRNPL,EHD1,HNRNPM,GNPTG,ARL2BP,HNRNPF,TOLLIP,HNRNPD,PPT1,MMS19,FARSA,ITPA,FARSB,CEP57,PHF3,PYGB,MOCS2,SETD3,CDKN1B,GMEB2,PHF20,PHF23,DENND1A,SETD6,PHF1,SETD7,PHF6,SMG5,WDR43,UBL5,TIMP2,TK2,CIC,JARID2,RRP15,CEP68,WDR36,SHPRH,TPI1,WDR37,ASH1L,WDR34,WDR35,TERF2,HADHB,NCOR2,HADHA,TAF6L,ZEB2,TUBB2A,EXOC4,EXOC3,GARS,KIFC3,GAS6,TKT,GART,GAS8,EXOC2,GAS7,GRN,NFIX,USO1,WDR24,FGD1,FAM129B,FGD4,UBN1,USP1,PAIP1,RUNX1T1,FARP1,PCGF6,YTHDF1,YTHDF2,CSNK1A1,PCGF2,WDR18,DEF8,WDR12,SCAF4,MKLN1,NFIA,OSTM1,NFIB,NUCB1,TMEM229B,FAM49A,RAB3C,RAB3A,GTF2B,AUP1,IPO7,CLU,IPO4,SLC8A1,EDC3,SLC8A2,PPP1CB,PPP1CC,RIMS1,NRBP2,IPO8,LAMP1,CFL2,CFL1,LAMP2,PAPOLA,SLC39A6,ZNF326,HMGN2,SNRNP35,TXNL4A,HMGN3,KCMF1,RAB2A,SUPT16H,MAP2K2,USP3,MAGI3,TPM1,MAGI2,DYRK1A,GTF3A,DYRK1B,FRMD4A,FRMD4B,LEMD3,LEMD2,THOC7,PYGO2,TOM1L2,ILF3,DMWD,MORF4L2,RAB35,PGP,SNRPE,ADNP,SNRPF,TOX,SNRPC,SNRPA,FKBP5,IFNAR1,RTN4R,BRSK2,RAB5B,RAB5C,CBFB,CCDC24,INSIG1,GLT8D1,UBR4,UBR3,UBR2,PHB,GOLGA7B,ORC6,UBR5,DVL2,PLXNA2,PLXNA1,DVL3,RAB6B,SRGAP1,MAP2K5,PLXNA4,OSBPL9,EIF2B5,EIF2B4,OSBPL8,UVRAG,TRAPPC3,EIF2B3,RAB4A,EIF2B2,OSBPL5,CCDC12,POLR3GL,M6PR,NSG1,TRAPPC9,COPS6,DAB1,LRFN4,SLC7A6OS,SYNJ1,NBEA,LHX2,COPS2,TPP2,PLEKHM2,COPS8,CNIH3,RAB5A,BCL2L2,BCL2L1,MAP3K12,DIDO1,MCM7,WDR1,ZC3H4,WDR3,WDR4,SYNE2,PIK3C2B,ADAMTS3,SCRN1,AP1G1,SNRNP70,PHACTR3,UBTF,IDH3B,WDR6,PHACTR1,WDR7,EVI5L,TNPO2,ILKAP,ADSL,PLEKHG2,CDADC1,SGIP1,SECISBP2L,CTDSP2,POLR1B,LANCL2,CCDC43,DNAJC8,ALDH9A1,HDAC5,MTPN,LEPROT,HDAC2,EI24,VPS4A,TULP4,DNAJB2,RAB21,DNAJB1,ABLIM1,HECTD1,DNAJB6,HAUS8,DNAJB5,POLR2B,VPS53,VPS52,POLR2E,VPS54,POLR2F,POLR2G,CSK,ASCC2,JAZF1,SLC35A4,PPIL2,SMOX,NCKAP5L,FBXL16,RPRD2,FBXL14,BCKDK,VAPA,RAB12,VPS41,POLR3E,POLR3H,SNRNP48,TNRC6A,SLC35B2,ISCA1,PANK2,PANK3,ZMYND8,PITPNB,HDAC11,CISD2,CBLB,NFU1,RPS14,FRAT2,KAT5,PPP2R1B,FLAD1,RPL36AL,FTH1,LONP1,DAG1,LONP2,DENR,RPS10,SEPHS2,TBC1D10A,PDHX,ARRDC1,SLC35C2,IFRD1,AP1B1,COG1,CPT1C,MAPK8IP3,SRRM1,TIAM1,SIK3,SIK2,TLN2,ATP6V0D1,MACF1,STXBP1,DCUN1D4,DCUN1D1,APCDD1,UGCG,PDCD10,ZNHIT3,STXBP5,TRPM7,RALGDS,ATP6V0A1,VAT1,VASP,ZRANB1,TMEM184B,SYNRG,SLC35E3,PUM1,PUM2,ZZZ3,ADCK1,FUBP1,ADCK5,RBAK,RPS21,C2CD2L,RPS24,TOP2B,GFM1,UBXN1,HIP1,CITED2,ZFAND2A,ZFAND2B,SRA1,SLC35F1,SIPA1L2,SIPA1L3,SPPL3,ZCCHC14,LIMD2,ROBO1,XPO1,CHMP1B,XPO6,SH3PXD2B,DNER,TMED1,UBXN6,RALGPS1,ZYG11B,PARP1,PPRC1,CBFA2T2,ZDHHC17,ITFG2,MTSS1,MLF2,PARP8,SLC22A23,UGDH,NFX1,HNRNPH3,SDCCAG8,FYTTD1,CSTB,DTYMK,ICA1L,NOL8,GDPD5,NT5C,HIRA,UBTD2,APBB2,NT5M,ATP6V0E2,APBB3,PTGES2,SLC31A1,NFYC,GBF1,LSAMP,SORBS2,SORBS1,SPCS2,HIST3H2A,PRKRA,CAPZA2,KBTBD2,APBA1,APBA2,MPHOSPH6,LZIC,COMT,CNDP2,TATDN1,FAM162A,ARHGDIA,HCFC1R1,COTL1,AZI2,CHRNB2,LMO1,PHYH,TRAPPC2L,KDM2B,ATP1B3,LIG3,TUG1,TRPC4AP,RSBN1,SHISA7,TUFM,PRPF6,PRPF3,CHMP4B,MATR3,IDI1,PXK,CHRNA7,PXN,CLEC16A,LPL,EFNA4,SCUBE1,UBB,RPRD1B,LONRF2,BPTF,KLHDC2,MPST,CPSF4,CBX6,KLHDC4,CBX5,CBX4,CBX3,CBX2,IDH1,EIF2S2,COQ7,EFNA3,EFNA2,CAPRIN1,CHMP2B,PI4KA,DYNLRB1,PI4KB,SAE1,BRWD1,LRP11,MUS81,KDM5B,THRA,DBI,YBX1,HK1,FLCN,SPRED2,SPRED1,MFSD5,MCF2L,SNAPC4,MFSD1,RBM6,KDM6A,KDM6B,SVOP,H2AFX,IQCE,AXIN1,H2AFV,PPP2R5C,SAFB,DCK,LSS,POMGNT1,DNM2,SUPV3L1,DNM3,FCHSD2,RABEP1,DDAH1,THRAP3,AKT1S1,DNLZ,PFDN2,VAC14,KDM3B,NRXN1,NRXN2,PDXP,ATP1A1,TBRG4,GNA13,FAM168B,FAM168A,ALDH1B1,CHSY1,PPP2R3C,FAM120B,GNA11,GNA12,MAPK1,BUB3,SNCB,MAPK6,SNCA,MAPK3,KDM4B,KDM4C,LIMK2,CYHR1,CDK2AP2,ATP13A3,LPIN2,MAPKBP1,MT-ND4,ZFYVE9,EHMT2,UXS1,EHMT1,RBPJ,ZFYVE1,SCAMP5,LSM10,PSMD8,SCAMP4,PREX1,PSMD6,PSMD7,CHID1,GABARAPL2,MEF2C,DAXX,RBFOX1,RBFOX2,STARD7,SCAMP3,SND1,RUFY1,PRKAR1B,PRKAR1A,RUFY3,PSME1,PSME2,UQCRC2,CGGBP1,MTMR2,TTYH3,ABCB6,FLII,AGAP2,SDR39U1,AGAP1,SLCO5A1,COPS7A,AGAP3,AAAS,OAZ1,GABARAP,GIGYF2,CYB5R1,CYB5R3,PRKAR2B,PRKAR2A,GRPEL2,VTI1A,AMZ2,RHBDL1,PRRT2,CADM1,PMM1,CADM2,MRPL27,ERLIN2,MRPL23,EIF1,CS,MRPL30,MLLT10,UCK2,EIF6,PSMG4,PSMG1,AVL9,ARF4,PIGU,PIGT,HEXB,HEXA,RPLP0,PIGP,MRPL36,CTCF,ECSIT,MRPL34,TRIOBP,PIGX,IKBKB,TUBA1C,TRMT112,TUBA1B,LMBR1,MRPL40,JPH3,TMEM44,FASTK,LRRC47,LYPLA2,DFFA,ELOVL4,NSUN2,PGAM1,ACTL6A,ELOVL6,SIRT7,MRPL48,DYNLL1,MRPL43,MRPL44,BDH1,PSMA1,CDC42EP3,PICK1,TMEM106B,PGAM5,SLC29A1,SLC29A2,RNASEK,STAU2,SRRT,SEZ6,HTT,CCNDBP1,PSMA7,GGA2,GGA1,PSMB4,UNK,PSMB2,PSMB3,MICALL1,MEF2D,SRSF10,YKT6,USP9X,GATAD2A,LYRM2,FABP3,PSMC4,PSMC1,TTLL1,SERBP1,UBAP2,CSE1L,UBE2D3,UBE2D1,STK11,RUVBL2,SESN1,STK16,OSBP,SCMH1,KPNA6,FBRSL1,KPNA4,PIM3,KPNA2,KPNA3,SLC25A44,KPNA1,SLC25A46,SH3GLB2,AGTPBP1,VPS33A,PRPF4B,ZBTB34,FOXP1,RBX1,SAP30,FRMD3,ACAP3,ACAP2,FRMD5,TXLNA,SLC9A8,FSCN1,ANAPC4,ANAPC5,MAPKAPK5,RAD54L2,SNRNP200,SQSTM1,ANAPC2,NSMAF,PFKFB2,RNASEH2C,PFKFB3,MAX,MAZ,ISG20L2,ARL2,RAP1GAP,SLC9A1,SOCS2,SBNO1,SBNO2,ATXN2,PMVK,SLC38A7,THEM4,E4F1,SLC38A2,EVI5,SOCS7,ZBTB17,DR1,GFPT1,ZBTB12,EEF2,ZC3HC1,MFHAS1,STK24,STK25,PTPRA,AAK1,NFE2L3,PIN1,MDM4,TUBGCP3,TMEM19,NFE2L1,ZNF512B,HSP90AB1,PPP1R13B,SCHIP1,CELF2,FHL1,CELF4,CELF5,PIK3CD,ARRB1,MRPL4,MRPL2,CAPZB,SUMO3,DGCR6,ERC1,MDP1,ERC2,CTNNBL1,HSP90AA1,DST,VPS37C,NDUFC2,RAD23A,VEZF1,VPS37B,RAD23B,QTRT1,GIGYF1,PPM1A,SLC25A17,NPC1,NPC2,BIRC6,PPP1R12B,SLC25A12,SEC22B,MET,SLC25A4,SEC22C,PPP1R15A,GTF3C1,GTF3C2,GTF3C4,NDUFB7,CXXC1,ZBTB43,FOXK2,KATNB1,FOXK1,MFF,LRP8,GANAB,SH3BP2,CDC37L1,BEND3,LRRC8D,SH3BP4,LRRC8A,LRRC8B,SLC25A25,ATP9A,SH2B1,PTPN1,LINGO1,NDUFA7,MMAA,NDUFA4,FOXJ2,HIP1R,LYSMD4,MCOLN1,BAIAP2,TPD52L2,ATOX1,NELL2,SLC25A38,SLC25A39,P4HB,MDGA1,SLC25A36,SPG21,EIF4A2,EIF4A1,AHCYL1,LPGAT1,PLEKHB2,EIF4A3,PREP,KEAP1,TXNDC11,ZDHHC7,ZDHHC8,CYB5D1,UBE2L3,ZDHHC4,CCAR1,RASSF1,DHX57,FAM53C,CCNL1,EPHA5,EPHA4,ARSA,ST6GAL1,PAQR4,IMP3,SCAF11,NSMCE2,ENTPD6,ANK2,MIF,ANK3,ANK1,PISD,GNPAT,THAP3,SFRP1,THAP7,ULK3,CD2BP2,GCDH,L3MBTL2,PIK3R4,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,PTTG1IP,UBE2J1,APH1A,SNX3,SNX4,SNX1,COMMD9,APH1B,DHX32,SNX2,DHX33,PGBD5,PCBP4,MICAL1,PCBP1,DHX35,MIER1,DHX37,HIVEP1,SURF6,DHX38,DYM,SYMPK,TSPAN5,HIVEP2,TSPAN3,RIMKLA,RAB11FIP3,RIMKLB,N4BP1,RAB11FIP4,SNX5,ZBED4,CTSA,SURF1,INTS1,SURF2,IQSEC1,INTS3,RCC2,MICAL3,MICAL2,DCLK2,XRCC1,HSPA12A,PAICS,DCLK1,ICK,ID2,WNK2,PPP1R1B,COL9A3,DHX29,CALM1,RGL2,PTPRS,USPL1,CCDC127,DOC2A,PPP1R11,PPP1R10,PTPRN,SUV39H1,DIRAS1,TECR,CTSZ,SLC7A11,WASL,PTPRK,BMI1,AATF,PEPD,AP2A2,CTSL,HYAL2,ARIH2,MLX,REV3L,SSSCA1,CTSF,KIF1A,CTSD,CTSB,NCOA2,SEC13,DBNL,TMEM150A,NCOA5,STARD3NL,CCDC115,MMD,NCOA6,ACAD9,ANO8,COMMD3,MRPS2,ANO6,COMMD1,RGMB,TMEM150C,COMMD4,COMMD5,ENAH,MN1,MRPS9,CTTN,CSDE1,NCOA7,CD47,SFI1,STK40,STX16,NEDD8,PRKX,CCDC106,CAMKK1,ARVCF,MNT,PAK1,PGRMC2,SAMM50,SERTAD2,HSF2,PES1,SCAND1,BCAP31,NPM1,YIPF5,TMUB1,MIB2,PLEKHA5,RPA1,UBE2G1,DOHH,MIAT,FKBP1A,PER1,CSDC2,NEDD4,CCNG2,RPA3,SCARB2,SCARB1,MIDN,CD81,WWC1,ACRBP,CAPN7,FAM174B,KHSRP,PPFIA1,CAPN2,SNIP1,BAHCC1,RGS9,PPFIA3,PPFIA2,RGS7,KIRREL3,TPRA1,DIMT1,SSU72,LMTK3,LMTK2,ATAD3A,MID1,TANC2,HNRNPUL1,FAM173A,DKC1,GPD2,UBE2V2,GEMIN7,UBE2V1,MASP1,RTN3,TMED10,KLHL12,SLC1A4,PDS5A,NDRG1,ACACA,RTN4,KIF3B,CAMTA1,KIF3C,CYC1,NDUFV2,NDUFV1,BCL9L,KLHL29,IVNS1ABP,PRNP,CCDC136,HMGA1,CRIM1,KLHL22,DSTN,KLHL24,SUPT5H,CLK3,PAN2,QDPR,CLK1,GCLC,PQLC1,OSTC,STT3A,PHF13,CYCS,TAB2,STT3B,LSM14B,LSM14A,PICALM,GSK3B,GSK3A,PRR7,NAA40,DDX3X,PRKCSH,MAST2,PRR3,MAST1,CHD6,DDX42,ILK,CHD5,CHD4,ARHGEF10L,CHD2,SOBP,AFF3,AFF4,GPHN,RPGR,SEC61A2,SEC61A1,UBE2Q1,YWHAQ,BCL7A,BCL7C,GATAD1,MLST8,NPTN,LRRFIP2,CPXM1,LRRFIP1,YWHAG,GALNT9,RBM33,YWHAH,ARHGEF11,RBM17,NAA30,RBM14,HSDL1,NCBP2,RBM18,DDX55,TBC1D8,ABHD14B,DDX54,ARHGEF18,TBC1D9,ABHD14A,GPCPD1,UTP18,VCAN,RCN2,NDUFS7,UBE2R2,TBC1D5,NDUFS6,NUP50,NDUFS4,TBC1D7,NDUFS2,ATG4B,EAPP,RBM24,IRF9,DCTN5,DCTN4,TGFBRAP1,TAF9,DDX20,PARN,PARL,HMGCL,MAT2A,TNKS2,TAF1C,BMS1,SMNDC1,CHGA,MBTPS1,RBM39,TAF13,TAF10,MIIP,ATP2B4,CLCN7,RPIA,CLCN6,GOLPH3,SBK1,GLB1,FAM131C,ASB8,FAM131A,ACIN1,TAF6,VIM,CLUAP1,MBTPS2,RAN,FAM50A,LNX2,CYFIP1,RPL5,TRIO,RPL3,CLPB,ENO2,DCAF5,FNBP1L,RPL8,BACH1,BACH2,DCAF6,RNF115,RNF114,MYC,STMN1,ZXDC,RPL36,CDK20,RPL35,PIP4K2A,RPL38,PIP4K2C,DIP2B,MPV17,DIP2C,IER5,IER2,ANKS1B,CHGB,TSPYL2,ACOT7,WSB1,UNC13A,WSB2,DAPK1,RPL23,DAPK3,RPL22,CD3EAP,SOX12,DYNC1LI2,BIN3,IFT81,GPR161,TYRO3,RPL24,RPL27,RPL29,DUS3L,UBA52,MAPKAP1,RPN1,NEDD4L,SLAIN2,VPS26A,SLAIN1,HIF1A,FAM160B1,ABR,PPP3R1,PPP4C,PRDX4,RIC8B,PRDX1,RAD21,CHST10,SSR1,PLCG1,SERF2,SLC19A1,CDK17,CDK19,RPL41,ACD,CHKB,JUND,CHKA,PNO1,ST13,RAB3IP,MAD2L1BP,MTHFR,PRRC2C,UPF3A,PRDX6,PRRC2B,FIBP,SLC6A6,GLUD1,SLC6A8,NPLOC4,GIPC1,OGDH,HBP1,CPEB4,TRMU,SPEF1,ELL,TCF25,CLTC,ADK,CLTA,ING1,TMEM186,RNF157,TRIM8,TMEM189,TRIM9,FAM102B,CSRP2,CHL1,TMSB4X,TRIM2,TRIM3,AP3S1,GARNL3,BRD2,BRD1,IFNGR2,ITPK1,SSR3,AFTPH,LSG1,TET3,PLCB1,PHLPP1,TIMM13,GPS2,GRAMD4,TM9SF4,TM9SF3,RNF138,ASNA1,CHN2,CHN1,ANKRD54,SC5D,BRD9,RPL18,ANKRD50,RNF130,RPL19,BRD4,SF3A3,BRF2,SF3A2,BRF1,TTC9B,GTF2H1,WWP2,NMNAT2,LRPPRC,AGBL5,FIG4,RNF146,TM9SF1,RYBP,ABI1,TRMT6,PHLDB1,ATP8A2,CLSTN2,TUSC3,TUSC2,CTNND2,FMR1,CLSTN1,CTNND1,YEATS4,BZW2,ABHD12,MAEA,TUBB3,MACROD2,MAF1,LZTS2,LZTS1,STK32B,SEMA6B,RPS9,ANKRD46,RPS8,RPS5,IGFBP3,ANKRD44,RPSA,GTF2F2,CTDNEP1,CLIP1,DGKQ,NCL,MADD,ERP29,ERH,TNIK,MAD1L1,GLYR1,SEMA7A,ANKRD16,CUL5,BRI3,ABHD2,ANKRD11,ANKRD12,AK1,ITPR1,AK2,AK3,TARS,KLC1,KRBA1,RLF,RHOBTB2,STIP1,HMBOX1,BAG5,BTBD1,PSAP,ESD,SAFB2,ABL1,ABL2,ANKRD10,SLC15A4,MPDU1,ANKRD28,ESRRA,ANKRD27,ATP8B2,TNK2,MARCH9,DHCR24,BTBD6,LSM5,ADAP1,LSM2,MARCH2,CNOT4,RCAN1,CDK5,CDK4,CNOT1,RHEB,MAFG,NF1,SPIRE1,TADA1,GPR107,IARS,NF2,CNOT8,LZTR1,RNF185,SERINC5,EIF4G1,LMBR1L,RNF13,RNF14,PTPN23,RPL7A,DUSP12,GM2A,OPA1,SIN3B,SIN3A,PSD3,SLC37A3,REXO1,PDCD6IP,GPX1,GPX4,ZFP91,YDJC,PATL1,REXO4,PTP4A1,PTP4A2,PTP4A3,ASPH,TRAF4,RP9,EIF4E2,RNF31,GTF2A1,NLGN1,SMARCD2,WBP2,WBP4,RNF38,JAKMIP1,LAGE3,AP3M2,HIRIP3,PUF60,RBBP4,MGAT5B,RBBP6,DCAF11,FNIP2,DCAF12,CACNG4,DCAF13,SPAG9,SEMA4A,KCNJ11,RNF24,SEMA4D,TXNRD1,SEMA4C,ADRM1,TRIT1,ENOX1,CUL4A,KLF7,KLF6,NIN,NFASC,APC,IMPDH2,RHEBL1,PFKM,PFKP,CBLN1,CUL4B,APP,PWP1,GOLGA3,GOLGA4,GOLGA5,GOLGA1,HABP4,GLUL,SOX4,SOX5,SLC6A17,SLC6A15,SLC11A2,MTUS1,ACSL6,MRPS18A,ACSL3,JMJD8,JMJD6,AFG3L2,COX7A2L,RRAGC,RRAGB,AKAP9,RRAGD,GUF1,VDAC2,VDAC1,TTLL12,CBLL1,PFN2,CUTA,GPM6A,IGSF8,IGSF3,ANP32A,TEX264,CD99L2,TRMT2A,TMTC4,INPP5B,PTDSS2,NLN,PTDSS1,VPS8,SCAP,PATZ1,GPM6B,NTSR1,SCAI,BANP,SRPK2,FIS1,TRAP1,RABGAP1L,PTPRN2,BCL11A,SS18L1,TREX1,MEMO1,STAM,UBAC1,UBAC2,STAG1,STAG2,TMCC2,CORO7,ANP32B,ITM2C,CC2D1B,CDS2,HBS1L,DAZAP1,SH3KBP1,FAF1,RPTOR,SERP2,AUH,KIF13A,CDV3,ATP6V0B,PRMT8,PRMT7,PRMT2,TSC22D1,TSC22D3,STRBP,PRMT3,NME2,AMPD2,RHOF,TUBG1,RAB33A,NME1,RHOB,RAB33B,MPPED1,PACS2,PACS1,FRG1,MPPED2,FAM20C,MAPT,ALDOA,SGK1,ATP6V0C,MAPRE2,PRIM2,SLC20A1,AKAP8,UQCR11,AKAP6,TRAK1,TRAK2,AKAP1,CUX2,CUX1,NPY,LCMT1,MAP4K3,MPZL1,MAP4K4,ARNT2,RANBP3,AP3D1,FAH,RSL1D1,PRPF39,TOMM7,CTNNB1,RAB3GAP2,CAMK1,CDK5R1,TOMM6,GALNT11,POGK,TOMM20,CHCHD4,CHCHD3,CHCHD6,TMEM14C,TOMM34,KCTD2,TSC1,WRNIP1,KCTD5,PDIA6,TMEM131,PDIA4,DCTD,OXA1L,PREPL,MAU2,ILVBL,SPNS1,SCG5,ELMO2,PDE9A,RAI14,ATP6V1A,CTTNBP2,NTM,BTF3L4,LTBP4,DTX1,COX7A2,ADIPOR1,STK4,ARHGAP12,SDCBP,MAN2A2,TMEM127,DPP9,TMEM128,CASKIN1,EP400,ATP6V1H,ZC3H18,MARK4,ZC3H13,ATP6V1D,MARK3,MYH10,PDZD7,ZC3H15,HSPA9,SMAD2,ACBD6,SMAD4,ACBD4,HSPA4,SMURF1,PTCH1,ASPSCR1,TBCD,BFAR,DNAJC13,TBCA,DNAJC16,TDRD3,AZIN1,ARHGAP23,NFKBIA,DLG1,DLG2,NR4A3,DLG4,JMY,CLASRP,B4GALT2,USP35,B4GALT3,USP36,ACADVL,DOCK4,USP38,DOCK3,DOCK9,USP32,ELAVL4,GTDC1,USP39,ELAVL3,SLC2A8,SENP6,ALDH2,ZC3H7A,ZC3H7B,PDE4B,FLOT2,PDE4A,TMEM109,SCYL1,TSFM,KLF11,USP48,PDE4D,ABCC5,ARID1A,SENP3,ARID1B,KLF16,DDX19A,FAM189B,TRNP1,LUC7L3,CHMP6,CAMK1G,B4GALT5,TSEN34,POLDIP2,USP10,GMPR2,TM2D3,NCALD,STRN3,HSPD1,RMND5A,GMDS,NT5DC2,NT5DC3,PDE6D,REPS2,ABCF3,CLASP1,ABCF1,REPS1,LGI1,USP24,ATE1,PTCD1,USP20,B3GAT3,HAGHL,SGTA,CADPS,DTNBP1,ZFC3H1,PDE4DIP,USP28,MEIS2,NAP1L4,SH3YL1,FMNL2,XPNPEP1,PIK3IP1,BAX,SPRY2,RGS12,SSBP1,PDE7A,SSBP3,SSBP4"
+"gene_set_query"	"471"	"KDM2A"	"486.5"	"ARCHS4 Coexpression,546;GTEx Coexpression,427"	"MDC1,ANKLE2,TRRAP,ZDHHC5,EHMT1,SMC6,DCAF5,ZDHHC3,GLE1,PREX1,TRIM28,ZMIZ2,SAP130,AKT1,ATXN7L1,NFRKB,ATXN7L3,SLC12A9,NUP214,SRRM2,DDX17,NUP210,CSNK2A2,CSNK1D,MOGS,GAPVD1,EID1,WDR81,EWSR1,WDR82,TRIM13,NUP98,PRR12,DUS3L,SF1,ANAPC13,POM121,FLII,MEPCE,TRANK1,BAZ2A,GIGYF2,MBTD1,APH1A,SYMPK,TNRC18,ATRIP,VASP,CREBBP,XRCC6,SETDB1,INTS1,STK11IP,SETD1A,TYSND1,PBX2,PRRC2B,PRRC2A,MED13L,SETX,HNRNPL,MLLT10,SLC6A6,WNK1,CCDC88C,MMS19,EZH2,OGFR,MOCS2,DAZAP1,SMG1,CDKN1B,TCF20,SMG7,KRI1,MED15,SMG5,PHF8,ZMYM2,XPO6,DHX16,JARID2,CIC,RALGPS2,UPF1,BRD2,BRD1,MINK1,GMIP,MED26,WDR33,RNF168,GAK,NCOR2,PITPNM1,PACS1,RAPGEF1,ARHGEF1,FAM193B,PABPC1,ARHGEF2,ERGIC1,WDR26,DOT1L,SRRT,GNAI2,GGA1,ZDHHC18,GGA3,PDZD11,NSD1,UBN1,GPC2,ANKRD52,RAE1,MEF2D,PAK2,CENPT,MAP3K3,SF3A1,SF3A2,MBD6,MBD1,TRAPPC10,MYO9B,HIPK1,SCAF4,GATAD2A,SKI,TAOK2,TRIP12,PKN1,CRTC2,NUP188,KDM1A,RNF19B,PARK7,PHRF1,EDC3,EDC4,TATDN2,EP300,FBRSL1,ARID2,SBF1,PIAS4,TLE3,USP7,RNF44,LIG3,ATP11B,RNF40,ATXN2L,ARMCX3,ILF3,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,ADNP,SNRNP200,CSNK1G2,CSNK1G1,ANAPC2,GLYR1,PXN,UBR4,RASGRP2,PRPF8,CORO1A,SUPT6H,SBNO1,SBNO2,TPR,GRK6,EP400,ZC3H18,NADK,MARK2,MCL1,BCL9L,WDTC1,CPSF7,BRPF1,CPSF1,FUS,CBX2,SEC16A,CNOT10,TRAPPC8,SUPT5H,SH3BP5L,CNOT1,RHEB,PHF13,CNTROB,TCF3,CLASRP,LRCH4,LRP10,EIF4G1,LMBR1L,KDM5B,KDM5C,ZMYND19,NUMA1,LDB1,PRKCSH,PIK3CD,ADAR,CHD3,ARRB2,PPP1R9B,SART1,SEPT9,LASP1,AP1G1,PPP6R1,SNRNP70,UBTF,DGCR8,KDM6A,DIS3L2,SUN2,TBP,REXO1,KLF13,USP42,ARHGEF18,ARID1A,UTP18,PATL1,DNM2,GIGYF1,EVL,PPP1R12C,DCTN6,CANT1,LENG8,STRN4,USP19,MLLT6,HDAC7,DCAF15,U2AF2,FAM120A,MKNK2,PTK2B,CSK,MTA2,FBRS,POLR2K,CYTH1,ARFGEF1,EYA3,ASXL1,ACIN1,QRICH1,SMAP2"
+"gene_set_query"	"472"	"ZNF134"	"486.7"	"ARCHS4 Coexpression,479;Enrichr Queries,634;GTEx Coexpression,347"	"TRIO,CCNJ,GPATCH1,JMJD1C,CBLB,EPRS,SMC3,FNBP1L,GPATCH8,ALKBH8,HERC3,CDC23,PSMD5,ALKBH1,DPYSL2,MYC,GPBP1,AKT1,PRKACA,SEPHS1,RNF111,SOX4,ARRDC4,MED1,MEF2C,SMARCC1,CXADR,WSB1,TSTD2,ARRDC3,CD3EAP,SOX11,ARMC8,GAPVD1,RC3H2,MED6,FAM133B,PRKAR1B,WDR82,RFX7,ZW10,DDIT3,ZSCAN21,DDIT4,YME1L1,CBLL1,DHX8,PIK3R4,XPC,ATXN7L3B,RTF1,PIK3R1,HIF1A,RPAP3,UGCG,NLN,LDHB,HMGXB4,HSPH1,WDR70,CSTF1,RBM12,ZSCAN18,FDFT1,CREBBP,JUN,TMEM184C,FZD3,JUND,PHC1,JUP,PLK2,CDC7,NETO2,LARP4,MEX3C,PAICS,PBX1,MED13L,SMU1,MLLT11,ICK,STAG1,ZBTB6,SNW1,ID2,GIPC1,FUBP1,INTS5,HBP1,LRRN1,DHX29,NOL11,HNRNPC,CPEB4,ITM2C,GPR19,SETD2,SMG1,GMEB1,CITED2,LPCAT1,CTCF,SLC7A11,VLDLR,WDR43,MED17,HERPUD1,AKAP12,MRPL42,NIPBL,TUBA1A,CSRP2,DHX15,SPIN1,UBXN7,SDF4,RIOK2,JARID2,ZIK1,RSPRY1,UPF2,PRMT6,PRMT5,CCT2,PBRM1,SHPRH,PARP1,TSC22D1,NCOA6,PARP2,TEX10,TSC22D3,STRBP,MINK1,AEN,ELOVL6,ASH1L,PPRC1,DUSP6,TOPORS,SRP9,MLF2,RHOB,TOX4,ENAH,SLC7A5,TUBB2B,PRPF18,TUBB2A,INF2,NFX1,KIT,CDC42EP3,PXDN,MTF2,TCP1,EXOC4,G2E3,SGK1,SATB1,ATL2,CENPB,EXOSC7,SCAF8,BCLAF1,NFIL3,NSD1,GPC4,SRSF10,RUNX1T1,NPM1,YTHDF2,CSNK1A1,USP9X,MTX3,RPA1,VEGFA,KLHL9,ATAT1,KBTBD4,NUDT21,CCNG2,APEX1,KLHL7,TRMT6,TSR1,NUCB1,PKN1,KBTBD7,TARDBP,RAB3GAP1,GRINA,DBR1,UBE3C,RASL11B,CSE1L,FBXO28,UBE2D3,FBXO21,TM7SF2,NUDT11,NUDT10,ZFP30,SALL2,CDH2,BASP1,CWC22,KPNA6,SNIP1,EP300,SMARCAD1,FADS1,GTF2I,NOM1,SLC38A1,SUPT16H,TPM4,DYRK1A,VASH2,UBE4A,FBXO11,ILF2,MSH6,MORF4L1,CLIP1,RALGAPB,ARMCX2,MSH2,ADAM15,WDFY1,CHMP4B,PHIP,ANAPC1,NSMAF,GLYR1,KLHL18,DDX6,RAB5B,CD151,RAB5C,INSIG1,BTF3L4,SLC38A10,SEL1L3,SOCS2,EIF1AD,RNASEH1,PITRM1,IRAK1,G3BP1,DVL1,G3BP2,SKIL,MYH10,QSER1,BCL9L,MCL1,BPTF,ESRRA,PRNP,NOP14,DR1,AKIRIN1,TIA1,BRPF1,CPSF6,CBX5,IDH1,NUP153,KLHL23,KLHL24,EIF2S1,CHERP,NFKBIA,BCL9,H1F0,SLC7A6OS,EFNA2,HOOK2,NASP,UBLCP1,HOOK1,CNOT2,GNB2,CAPRIN1,JMY,NFE2L3,PLXNB2,TCF4,LSM14A,KDM5B,RBM25,ACADVL,HSP90AB1,DDX46,NVL,CELF1,CHD8,USP34,CHD6,HMGB3,PSIP1,SLC2A3,TRO,DUSP12,METTL14,SEPT6,SART3,YWHAQ,PPP2R5E,SIN3A,MRPL9,TNPO3,KDM6A,UTP15,HSDL1,NUP133,PDPK1,PDE4D,ARID1B,TSN,PTBP2,DNM2,PJA1,RCN2,CREB1,THRAP3,CTDSP2,POLR1B,BCAT1,TNFRSF21,PPP1R15A,BECN1,GTF3C3,HDAC2,KDM3B,GTF3C4,PARG,RAB1B,TGFBRAP1,PRCC,ZBTB43,DDX21,CRMP1,HMGCR,RNF4,TOB1,LRP6,ADD2,UGP2,DNAJB6,RBBP5,POLR2B,TGS1,TRA2B,FAM120A,BEND3,LRRC8D,FEM1C,IGF2BP3,HNRNPA1,MAPK6,SMNDC1,EIF4E,PTCD1,SEC24B,FOXJ2,RPRD2,GDAP1,ACVR2A,FBXL12,KLF6,EIF3L,PSAT1,POLE3,MGAT4B,SPRY2,P4HB,ATXN10,SSBP2,TRIM32,TAF2,TAF1"
+"gene_set_query"	"473"	"KLF10"	"489.3"	"ARCHS4 Coexpression,715;Enrichr Queries,484;GTEx Coexpression,269"	"TFRC,EHMT2,PREP,STMN3,BACH1,ACTB,DCAF6,ZFYVE27,PSMD7,TBK1,MYC,DPYSL2,FTH1,PSMD3,ZXDC,LONP1,GLUL,IER5,ATXN7L3,RPS10,SOX4,IER2,CHGB,ARRDC4,SMARCC1,ACOT7,ACTN1,NSMCE2,ARRDC3,IFRD1,WDR74,DNTTIP2,MRPS18A,CD3EAP,SOX12,CLPX,KARS,ZW10,DDIT3,DDIT4,SIK1,CBLL1,UBA52,MMADHC,ATF4,BEX4,FLII,AGAP1,SLAIN2,MRPL14,PIK3R1,HIF1A,CYB5R1,LDHA,HSPH1,WDR70,PRKAR2A,PCBP1,FAM192A,HIVEP2,PLCG1,ST3GAL1,S100A10,NAA50,JUN,XBP1,JUND,H3F3B,PLK2,H3F3A,IRF2BP2,NR1D1,PAICS,EIF1,GADD45G,SMARCA4,TADA2B,AIMP2,NPLOC4,ID2,GTF2IRD1,RPS20,CALM3,CALM2,PAM,ITM2C,PCSK2,NRP1,BTG1,GDI1,CITED2,SETD7,MRPS12,SLC7A11,NAT14,WDR43,HERPUD1,AKAP12,MED14,MAP1LC3B,UCHL1,MED13,TUBA1A,CHMP1B,ENC1,ANXA7,ARIH1,RRP15,CTSB,LRRC47,CDV3,TSC22D1,PARP1,SSR4,DUSP1,TSC22D3,IFNGR2,GNL2,PPRC1,MRPS7,DYNLL2,DUSP6,SREBF2,MLF2,RHOB,TOX4,SLC7A5,PRPF18,TUBB2A,NFX1,CSDE1,B3GNT5,CDC42EP3,PXDN,ALDOA,SGK1,PAFAH1B2,DBN1,PAFAH1B1,FYTTD1,CSTB,SLC20A1,USO1,ATL2,AKAP8,TMEM70,CHRAC1,NFIL3,SERTAD2,MGAT3,MEF2D,BRD4,YTHDF2,PNPLA8,UBE2G1,SRP68,BYSL,VEGFA,ATAT1,RSL1D1,PER1,TMEM59,PRKRA,PSMC1,PSMC2,TCEA2,TSR1,TACC2,MEGF8,YPEL5,MTCH1,MIDN,UBE3C,TUSC3,ZFAND5,CLSTN1,UBE3A,NUCKS1,IPO7,CLU,ACTG1,LAPTM4A,SALL2,BASP1,KIF5C,RNF19A,KPNA6,NUDT19,KPNA4,PIM3,SBF1,KPNA1,LMO1,NOM1,SLC38A1,IGFBP3,RPSA,ATP1B1,CLIP1,TMEM136,HNRNPUL2,SBDS,SCG5,PLAA,MAPKAPK5,SQSTM1,KPNB1,DAP3,FKBP5,IDI1,BRSK1,BRSK2,PSMD11,PFKFB3,CUL5,ARL3,INSIG1,NDRG1,RTN4,SOCS2,EFNB2,KIF3B,BTBD2,NACC1,KIF3C,SLC38A2,SKIL,RAB6B,MYH10,MCL1,SMAD1,HSPA8,PRNP,NOP14,NOP16,HSPA5,CBX1,ASNS,TBCB,EIF2S1,AZIN1,ARHGAP33,NFKBIA,H1F0,NR4A3,HOOK2,PTPRA,TMEM11,HOOK1,GNB1,CNTN1,AMOTL2,LSM14B,EIF4G1,RNF187,YWHAE,USP38,HSP90AB1,DDX46,SLC2A3,USP39,RND3,LMNB1,PPP6C,DUSP12,SCRN1,ZC3H7B,PMEPA1,TNPO2,PELP1,UTP15,KDM6B,KLF11,ADSL,HSP90AA1,PDPK1,ABCC8,PDE4D,DYNLT3,DDX54,RAD23A,ARFGAP3,RAD23B,YWHAZ,CKAP5,ZFP90,NIPSNAP1,SEPT3,ARL4C,PTP4A1,DDX19A,PTP4A3,TMBIM4,THRAP3,CTDSP2,CRY1,ETF1,GAPDH,RNFT2,NLGN3,PPP1R15A,BECN1,PPP1R15B,RRN3,NLGN2,NAA20,RGS16,RAP1GDS1,ZBTB43,CXXC1,SLC3A2,MLLT1,FAM169A,AGPAT1,TOB1,STRN3,JAKMIP2,TSPAN31,ADD2,AP3M2,DNAJB1,NXF1,CACNG7,HECTD1,DNPEP,DNAJB6,PABPN1,SV2A,MKNK2,DNAJB9,SLC25A25,ABCF1,MLXIP,LINGO1,SEC24B,MARCKSL1,RRM2,WTAP,FEM1A,B3GAT3,CNBP,FBXL19,HAGHL,FOXJ2,RPL35A,PNRC1,CUL4A,DNAJA1,MARCKS,KLF6,GOLPH3,UFM1,VAPA,SYT11,RAB12,FAM131B,POLR3E,SPRY2,CEBPZ,VIM,EIF3C,SSBP3,EIF3A,EIF3B"
+"gene_set_query"	"474"	"TEAD2"	"489.5"	"ARCHS4 Coexpression,402;Enrichr Queries,862;ReMap ChIP-seq,222;GTEx Coexpression,472"	"CYFIP2,TES,SLC4A1AP,RPL32,CLPB,EHMT2,FNBP1L,ZFYVE1,DCAF4,LSM10,NDST1,ZMIZ1,DPYSL2,MYC,DPYSL3,GPBP1,STMN1,AKT1,AP1S1,DIP2B,PRKACB,IER2,DDX17,ACOT9,PRKCI,WSB1,STARD7,PIH1D1,DAPK3,RPL22,ARMC9,AFAP1,SOX11,SCRIB,GAPVD1,GTPBP2,EML1,PRKAB1,EML2,CLPX,HCFC1,BCR,EID1,MYL6,DDIT3,CLNS1A,SARNP,DDIT4,TYRO3,ASPHD2,PRR12,ATF4,UNC119B,NUP205,SET,TTYH3,NPRL3,ADH5,GJC1,CYB5R4,LARP1,BLOC1S2,RDH14,NRBF2,PLCG1,ST3GAL2,S100A10,BTF3,NAA50,CDK19,JUN,JUND,ICMT,PHC1,DMPK,H3F3B,PLK2,IRF2BP2,MAD2L1BP,PBX2,FAM136A,MEX3D,PRRC2B,PRRC2A,HNRNPL,SLC6A6,NPLOC4,MEX3A,VANGL2,TDP2,HNRNPF,HNRNPD,CDK10,SFXN1,DCHS1,HYOU1,PKIG,FERMT2,TMEM9B,GPR19,CPEB4,CDK16,CDKN1C,PHF1,NCAN,ADK,SHB,MED15,CLINT1,PFAS,TRIOBP,SMG5,MRPL33,ING4,TMEM189,TUBA1A,CSRP2,TMSB4X,ENSA,TIMP2,JARID2,EMD,SPHK2,SSR3,RRAS2,SLC39A13,MANEAL,EPS15L1,WDR34,GNL1,COPZ1,DUSP6,SLC7A4,DDB1,TUBB2B,TUBB2A,KIFC2,TMEM33,PXDN,PLEKHO1,SLC29A1,TKT,PAFAH1B3,VAMP2,ARF6,PCYOX1,RPL10,LIN37,GSTP1,WRB,SRRT,FGD1,PAPSS1,MRPL55,UNK,NSD1,STX6,AP2S1,RPS3,FLNA,SLC17A7,CKB,STX2,RPL18,DTD1,EXTL3,UTP6,MBD6,WDR18,PCGF2,DAB2IP,HIPK1,BLCAP,GATAD2A,FABP3,TAOK3,NFIB,SLMAP,SERBP1,ZYX,UBAP1,NUCB1,PKN1,ANKRD13C,FAM49B,CTNND1,BZW2,IPO7,SLC8A2,IPO5,SALL2,SCMH1,KPNA6,NUDT19,LZTS2,MAF1,TMSB10,FADS1,HMGN1,GTF2I,IFNAR2,MAP2K4,SLC38A1,USP5,RPS5,IGFBP3,TPM1,CTNNBIP1,F2R,IGFBP2,ZBTB33,ATP11A,PGD,ILF2,FOXP1,THOC6,CLIP2,ACLY,CLIP1,ILF3,ARMCX2,RAB34,MADD,SNRPG,FSCN1,PKP4,SRSF4,SNRPC,SQSTM1,KPNB1,NSMAF,PFKFB2,KHDRBS1,CD151,GMPS,UBFD1,NTPCR,GLIS2,GOLGA7B,BAG4,BTBD2,PSAP,NACC1,ABL1,ZKSCAN3,SAFB2,DVL3,PLXNA1,SRGAP3,EVI5,MCL1,CD276,TIA1,ANKRD27,CCDC12,ATP8B2,FUS,TNK2,TMEM120A,ZBTB12,EEF2,LSM4,FBXO31,NSFL1C,BCL9,CNOT6,GNL3L,CDK5,DMXL2,NFE2L3,TADA1,NFE2L1,RNF187,BCL2L1,MDM1,EIF4G1,WDR1,MCM7,NENF,DUSP12,OPA1,MDK,SUMO3,RNPEP,DGCR8,TLK1,PMEPA1,ACP2,NEO1,CCDC50,ADAMTS7,PELP1,PPP1R12A,PLEKHG2,RFC2,RPL13A,VPS37B,REXO2,RAD23B,ARFGAP1,COASY,NIPSNAP1,PTP4A2,TRAF7,PTP4A3,SLC25A17,DNAJC7,TMBIM4,TRAF4,DAD1,DNAJC5,CTDSP2,LANCL2,PPP1R12B,SOS1,PPP1R12C,PPP1R15A,GTF3C1,SMARCD1,CANT1,NLGN2,SRF,TULP4,CXXC1,SEMA3F,HDAC7,LRP6,FOXRED2,AP3M1,GANAB,FCHO1,RBBP4,DNAJB5,RBBP5,U2AF2,NNAT,POLR2D,SH3BP5,LRRC8D,DNAJB9,VPS54,SH3BP4,IGF2BP3,LRRC8B,IGF2BP2,HNRNPA1,PCDH1,MEST,SEC11A,HNRNPA0,MLXIP,PTPN1,NDUFA7,SPAG7,MARCKSL1,PPP1R14B,HNRNPA3,SLC12A5,FEM1A,NDUFA4,SMOX,MID1IP1,FBXL19,RPL23A,CDC42BPB,HNRNPAB,ASXL1,EIF3M,MYO1B,KLF6,RAB14,PSAT1,TSPAN18,MGAT4B,MFAP2,EIF3F,EIF3C,POLR3K,BCAR1,EIF4A2,IFITM2,ARL6IP1,PLEKHB2,VARS,KDELR1,THUMPD3,ZDHHC7,HS6ST1,RAPGEFL1,GOLGA2,TRIM28,FTH1,DAG1,PTGFRN,RPS11,SEPHS1,SOX4,AGFG1,SEC63,AQR,SMARCC1,SMARCC2,ACTN1,ACSL6,CIRBP,THAP3,STX1B,SFRP1,CARHSP1,MTHFD2L,KCTD13,VDAC2,PFN1,EIF1B,CTXN1,OBSL1,KCTD15,LLGL1,TSHZ3,IGSF3,PEX11B,SDC3,PTTG1IP,TTBK1,MYL12B,SPAST,SEC14L1,DHX35,PCBP1,TSPAN5,MLEC,FAM192A,ATP6V0A1,B4GALNT4,VAT1,RCC2,PYCR2,MEMO1,ERAL1,BRI3BP,SMARCA2,PAICS,ZWINT,SMARCA4,AIMP2,RPS28,PTK7,ID2,GRB2,LRRN1,ANP32B,RCOR2,C2CD2L,ITM2C,DHRS13,NRP1,DAZAP1,HIP1,PTPRS,GPAA1,CTSZ,MYL6B,PCSK7,PTPRF,PTMS,AKAP12,MAP1LC3B,ZMYM2,XPO1,ZMYM3,GUK1,NCS1,KIF13A,ENC1,GABPA,CAP1,PSENEN,PARP1,MMD,PRMT1,ANO6,GAB2,SREBF2,MLF2,RAP2C,PITPNM2,ARHGEF4,FAM20C,MAPRE3,KPTN,SGK1,ATP6V0C,STK40,DBN1,CSTB,TOMM40,AHCY,MRPS35,PRICKLE2,CCDC107,CRIP2,TRAK1,AMN1,ANKMY2,MNT,RBM15B,EXOSC4,HSF1,UBTD2,GPC4,SUZ12,RYK,PNPLA8,NFYC,MIB2,RSRC2,SORBS1,FAH,PDP1,PER1,KIF26A,NDUFAB1,CACHD1,ESYT2,HDGF,CDK5R1,DPAGT1,SRP19,SCARB1,MIDN,KDM1A,HDLBP,ARID4A,NUCKS1,LZIC,ACRBP,FAM174B,BASP1,HCFC1R1,CAPN2,PPFIA3,SH3GL1,NOM1,MORC3,LMTK3,NOSIP,SDHC,UBE4B,RUNDC3A,DHDDS,COX6B1,EEF1A1,HNRNPUL1,HGS,GPD2,ANKS6,TBC1D25,PPIA,RAI14,ATP6V1A,ZCCHC8,TBC1D19,ISYNA1,PKDCC,RPS19BP1,YTHDC1,TOR1AIP2,FBLN1,CACNA1C,CACNA1H,ARHGAP12,CNN3,EFNB2,IRAK1,GRK6,CDH24,CAMTA2,OTX1,LLPH,MYH10,QSER1,TBC1D16,UBE2F,KLHDC4,CBX5,HSPA5,CBX4,RHBDD2,NONO,CBX2,CBX1,HMGA1,KLHL22,DNAJC14,AP4B1,DNAJC16,SYT7,RCL1,ARHGAP33,BMP1,EFNA2,NR4A3,HOOK2,NASP,PHF13,UBA1,AMOTL2,TCF3,FGF13,LSM14B,SAE1,GALK1,PICALM,B4GALT2,GSK3B,KDM5B,PRR7,CUEDC2,PRKCSH,PRR3,CBY1,ILK,CHD5,HMGB3,CHD4,DDX41,YBX1,CHD2,LMNB2,TTC28,LMNB1,CASP9,SENP5,UBE2Q2,ZC3H7B,BCL7B,GMPPA,TMEM109,FLOT2,SCYL1,RBM17,GLRX3,H2AFY,ATP6AP2,H2AFX,CAD,RPS3A,GLRX2,ARID1A,SAFB,DCK,CKAP5,SEPT2,CKAP4,SUPV3L1,VCAN,DDAH2,CDH11,ATP6V1B2,LUC7L3,MAN1B1,OTUB1,DCTN6,DCTN2,RSPH9,CLCN3,USP19,STRN4,U2AF1L4,UGP2,DNPEP,MTA1,ALDH1B1,PABPN1,NT5DC2,MKNK2,NT5DC3,PTK2B,PDLIM7,ARFGEF1,ATF7IP,RRM2,TAF11,ATP2B4,SSRP1,GDAP1,GOLPH3,PPP2R2C,FAM131C,ERCC1,FAM131B,CARM1,PPP2R2D,ACIN1,KRAS,VIM"
+"gene_set_query"	"475"	"RFX5"	"489.8"	"ARCHS4 Coexpression,490;ENCODE ChIP-seq,38;Enrichr Queries,450;ReMap ChIP-seq,52;GTEx Coexpression,1419"	"POP5,GMFB,NUP107,TFRC,POP4,TESK1,TSKU,ALKBH3,RAVER1,DPYSL2,GPBP1,PWWP2A,AKT1,PRKACA,FNBP4,FNBP1,DDIT3,DDIT4,UNC50,TMEM126A,VOPP1,JTB,FAR1,ATF4,SF1,SHMT2,SAR1B,CIAO1,PRPSAP1,RHOT2,PRPSAP2,RNF216,PIP5K1A,ATRIP,HEXIM1,JUN,PRPF38B,JUP,PBX2,PBX1,TBL3,FASN,PKIG,PRKAG1,BBC3,DDA1,SHF,MED12,JAK2,APC2,DUSP1,SPHK2,IFT140,SLC39A11,MED29,DUSP6,TOMM40L,DDB2,DDB1,SLC7A5,MED25,SLC7A6,PTRH2,PXDN,SDHAF1,RAPGEF1,PTRH1,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB1,TRUB2,OAT,LIN37,NIP7,ODC1,ATL2,NOC4L,CENPB,STX6,MFN1,MFN2,EGLN2,CRBN,MCRS1,NUDT21,SNX19,MYBBP1A,CCDC9,SNX17,SHKBP1,APEX1,TAOK2,PKN1,YPEL3,MTCH1,CRCP,FBXO28,ATN1,LTN1,MPV17L2,FBXO22,LAPTM4A,FADS1,PCYT2,DGAT1,FBXW8,FBXW9,CNPY2,LENEP,CDC25B,ATXN2L,ACLY,DMTF1,SRSF3,SRSF4,LY6E,FTO,INO80B,INO80E,UAP1,EIF1AD,NDOR1,G3BP1,G3BP2,PGK1,EIF4EBP2,ZKSCAN1,IP6K2,NOP14,BOD1,ODF2,FUS,HPS4,DRAP1,SH3BP5L,UQCRQ,ARPC3,ACO2,CNTROB,CLPTM1L,LRCH4,OGT,NUMA1,PTEN,AP4M1,ZNRD1,PPP6R1,ACP2,SNAP29,BCAS2,ACTR2,ATRX,RABGGTB,RABGGTA,MSL1,ARL4C,TMBIM4,C1D,TMBIM6,TOP1,BCAT1,GAPDH,BCAT2,BECN1,CANT1,SRF,SRBD1,SRSF1,LENG8,U2AF1,RCHY1,TSPAN31,MTHFSD,CDC42,KCTD20,U2AF2,UBQLN1,EIF4H,E2F4,DRAM2,HNRNPA1,EIF4B,HNRNPA0,GADD45GIP1,MARCKSL1,NOP58,SEPT11,TRIM41,TXNL1,HNRNPAB,NECAP2,NAGK,CDKN2AIPNL,EIF3L,PDCD4,OCIAD1,EIF3G,STUB1,PDCD2,EIF3B,SMARCB1,ACTB,TRIM28,SNRPD2,HERC1,SNRPD1,EPC1,TRIM26,ATXN7L3,TBC1D22B,ALG9,ACTN1,CIRBP,CSNK1D,MOGS,SNHG12,PPA2,CDC37,FAM76B,FLYWCH1,EIF1B,TRIM11,AARS2,GIPR,DHX9,ZBTB5,ACTR3B,PGS1,APOO,BBS1,XBP1,SMARCA5,SMARCA2,HARS2,AIMP2,CWF19L1,RANBP10,GRB2,NOL10,NOL11,MON1B,HERPUD2,MRPS17,DHRS13,CSRNP2,HIBADH,GRIK5,MRPS11,MRPS12,NAT14,PTMS,HERPUD1,NUDCD3,ACTR1B,SDF4,SDF2,MRPS27,GAA,PABPC4,MRPS23,SREBF2,TOX4,GAK,RAP2B,PITPNM1,ARHGEF1,ARHGEF2,PABPC1,PTMA,NAPA,PCNA,SSNA1,COX5A,NAPG,GNAI2,NFIL3,OS9,ORMDL3,MGAT2,PEX16,GABBR1,SPRYD3,MYO9B,VEGFA,TTC5,KLHL7,NDUFAB1,HDGF,CARS,OTUD5,CRTC2,NARF,ZFAND6,PEBP1,UBE3B,CELSR3,TXN2,ACTG1,NARS,PCID2,DNAJB12,UBE4B,COX6B1,EEF1A1,ADAM15,EHBP1L1,PPIF,PPIH,PPIG,RAF1,PPIA,DDX6,TSG101,NDUFB10,NDUFB11,NCKIPSD,RNASEH1,IRAK1,GRK6,LLPH,TBC1D17,SYT5,SYT3,UBE2H,PDHA1,PCIF1,UBE2A,AP4B1,MANBAL,IFT20,HOOK2,NASP,HOOK1,CCPG1,MKRN1,GNB1,GNAS,UBA2,UBA1,TCF3,UBE2M,MXD4,ADAR,TNFAIP1,TAZ,LMNB2,LMNB1,CABIN1,TMEM222,TMEM223,EEF2K,DACT3,IFT57,TBP,ATP6AP1,PDPK1,TTC33,CAD,SYNGR3,EEF1G,RER1,CAT,CRY1,MAN1B1,ACOX3,RALA,SFSWAP,ANKS3,SLC3A2,AGPAT1,RNF5,ADD1,CYTH2,PABPN1,TMEM203,TRA2B,MKNK2,TRA2A,BNIP1,BNIP2,DROSHA,TMEM208,PTK2B,MTA2,RPP14,FBRS,RRM2,EYA3,SSRP1,CDK11B,USF1,TEF,ERCC1,SUGT1,IPO11,RRP1,HNRNPU,GPATCH4,EPRS,GPATCH8,ZMIZ1,ZMIZ2,AP1S2,AP1S1,VPS36,VPS18,NUP210,WDR74,HCFC1,ARMC1,WDR81,ADPRH,ZSCAN21,NUP98,VPS25,PI4K2A,NUP205,PDXDC1,ANAPC11,LDHB,BLOC1S1,VPS11,NRBF2,FDFT1,SNAPIN,DMPK,IRF2BP2,NR1D1,PHC3,EHD1,HNRNPL,SQLE,MEX3A,HNRNPK,HNRNPF,ATG2A,CEP57,SETD5,BTG1,CDKN1B,PHF20,PHF23,PHF1,SETD6,GPT,KRI1,WDR46,SMG5,UBL5,TIMP2,CIC,RRP15,GNL1,FAM126A,COPZ1,TAF6L,TUBB2A,MTF2,TKT,GART,EXOC2,EXOC1,GRN,RNMT,TIMM9,WDR24,FAM129B,SCAF8,PAIP2,YTHDF2,YTHDF3,WDR18,SYVN1,GATC,HIPK1,DHRS1,SCAF1,WDR13,PHF5A,NFIB,RAB3A,CEP120,SYAP1,AUP1,RPL10A,IPO4,TM7SF2,EDC3,EDC4,IPO9,CFL1,GTF2I,USP8,CSNK1G3,USP5,USP3,TPM1,VASH2,THOC1,DYRK1B,LEMD3,THOC5,ILF2,NRBP1,THOC6,PYGO2,TOM1L2,ILF3,DMWD,RAB35,PGP,AAGAB,SNRPE,SNRPF,SNRPA,CSNK1G2,CSNK1G1,BRSK1,RAB5B,FKBP2,RAB5C,INSIG1,HSPBP1,ORC5,DVL2,CCDC32,MAP2K7,MCL1,EIF2B4,AKIRIN1,EIF2B3,RAB4B,POLR3GL,M6PR,TRAPPC9,COPS4,COPS3,COPS6,COPS5,SLC7A6OS,COPS2,CPD,PDCL,PLXNB1,CNIH2,RSL24D1,BCL2L2,CNIH4,DIDO1,MCM7,CCDC47,WDR3,CEP164,WDR4,UFSP2,SYNE2,PIK3C2B,LBH,NOB1,VPS72,AP1G1,SNRNP70,UBTF,TLK1,EIF2B1,RFC3,PLEKHG2,CDADC1,CCDC34,RPL13A,SMC1A,DAD1,CTDSP2,POLR1B,POLR1C,POLR1D,DNAJC9,DNAJC8,HDAC1,RAB1B,HDAC6,RAB21,DNAJB1,NFS1,DNAJB6,HAUS8,POLR2A,VPS53,VPS52,POLR2E,DNAJB9,POLR2G,CSK,POLR2K,SLC35A2,MLXIP,RNGTT,PPIL2,IDH3G,NCKAP5L,TPRKB,FBXL16,FBXL12,ASXL1,BCKDK,DNAJA1,SNRNP40,DNAJA3,POLR3D,DRG2,CEBPZ,PPIL4,TPT1,VEZT,SLC35B4,VARS,ZMYND8,PITPNB,PITPNA,CISD2,PPP2R2A,NFU1,RPS15,RPS14,RPS17,RPS19,RPS18,FLAD1,RPL36AL,FTH1,MAGOH,LONP1,RPS11,RPS10,SEPHS2,TBC1D10B,RPS12,SRRM2,COG8,ARRDC3,METTL3,COG2,SRRM1,POR,KARS,SIK3,SUCLG1,MACF1,DCUN1D5,DCUN1D4,SCFD1,FXR2,CHTF8,CSTF1,RALGDS,VASP,ZRANB2,SYNRG,RPS26,SMU1,RPS25,RPS28,RPS29,RPS20,RPS21,C2CD2L,TOP2B,GFM1,CITED2,ZFAND2A,SLC35F5,CHMP1B,TMED1,RAB8A,TMED4,PSD,PSENEN,ZER1,PARP1,GP1BB,PARP2,MLF2,NFX1,HNRNPH1,SDCCAG8,CSTB,GDPD1,NOL7,NOL9,PPP2CA,HIRA,METTL6,APBB3,METTL9,MTX1,GBF1,GINS4,RAB11B,PDP1,KBTBD4,SPCS2,HIST3H2A,NBR1,NDUFA13,NDUFA12,NDUFA10,ROGDI,MRFAP1,COMT,CNDP2,COL4A3BP,TATDN1,TATDN2,ARHGDIA,HCFC1R1,CHRNB2,NOM1,TRAPPC2L,KDM2A,LMO4,NOSIP,ATP1B1,SHISA7,RSBN1,TUFM,ZCCHC8,ZCCHC7,IDI1,RPS19BP1,EFNA4,PRPF8,CDH24,KLHDC4,CPSF7,CBX5,CPSF1,CBX3,RHBDD2,COQ6,EFNA2,CHMP2A,PI4KB,LRP10,BRWD1,MUS81,KDM5B,KDM5C,ASNSD1,YBX1,RPS4X,SEPT9,SPRED2,SEPT6,TOPBP1,RBM6,KDM6B,H2AFY,H2AFX,PPP2R5B,PPP2R5D,DCK,LSS,DNM2,THRAP3,AKT1S1,PFDN4,STOML2,KDM3A,STOML1,ATF6B,ETFDH,PDXP,ATP1A1,THBS3,TBRG4,NXF1,MAPK7,UGP2,ALDH1B1,FAM120A,MAPK3,KDM4A,ATP13A1,QPCTL,RPS6KB2,CDK2AP2,RBMX,MDC1,MAPKBP1,EHMT2,ARAF,PSMD8,RABGEF1,KRTCAP2,LSM12,ZFYVE27,PSMD3,MEF2A,GABARAPL2,MEF2C,STARD7,DNTTIP1,DNTTIP2,SCAMP1,EML2,SND1,SCAMP2,FAM133B,EID1,MYL6,EID2,RFX7,CLNS1A,PSME1,PSME2,UQCRC2,LETMD1,MTMR2,ABCB6,MRPL18,AGAP2,MRPL16,SDR39U1,COPS7B,COPS7A,ABCB8,MRPL12,OAZ1,GABARAP,MTMR6,MRPL20,CYB5R4,HMGXB4,GRPEL2,HMGXB3,RHBDL1,PRRT1,EDEM3,MCTS1,PRRT2,MRPL27,ERLIN2,MRPL21,EIF1,MRPL30,EIF5,EIF6,EZH2,ARF4,ARF1,PIGU,PIGO,RPLP0,MRPL39,ECSIT,MRPL34,PQBP1,TRMT112,MRPL42,TUBA1A,TMEM43,FASTK,RPLP2,SH3BGRL3,LRRC47,DFFB,UPF1,LRRC45,NSUN2,ACTL6A,MRPL49,NIPA1,SIRT4,LRRC40,SIRT6,SIRT7,NIPA2,MRPL46,SIRT2,MRPL44,MRPL53,MRPL50,CDC42EP4,TUT1,TMEM106B,VAMP4,DLD,VAMP2,LRRC14,SRRT,RPS27L,CCNDBP1,MRPL55,PSMB6,GGA1,PSMB7,UNK,PSMB5,AP2S1,CLPTM1,HARS,NCDN,SRSF10,SRSF11,UTP6,LRRC24,MDH1,STAT2,GATAD2A,LRRC20,BYSL,LETM1,PSMC5,SRRD,GOPC,RUVBL2,STK16,OSBP,RUVBL1,PIM3,KPNA2,SLC25A44,PPP1R16B,SLC38A1,IK,FTSJ1,FTSJ3,TXLNA,MRTO4,FSCN1,SNRNP200,SQSTM1,KPNB1,ANAPC1,ANAPC2,RNASEH2A,PFKFB3,MAZ,GPR85,SOCS2,PMVK,SLC38A6,E4F1,ZBTB17,GOT1,ZBTB11,EEF2,ZC3HC1,UBLCP1,PIN1,TUBGCP3,PIN4,NFE2L1,ZNF512B,CELF1,PIK3CD,MRPL3,MRPL2,FSD1L,SUMO1,MDP1,VBP1,VPS37D,RAD23A,DDOST,GIGYF1,BDP1,SLC25A4,PPP1R15A,RNFT2,NDUFB9,GTF3C3,NDUFB2,ZBTB45,PPM1D,PPM1G,GANAB,PARD6A,FCHO1,FCHO2,BEND3,SLC25A25,CYB5B,PTPN1,NDUFA7,NDUFA6,MBOAT7,NDUFA2,LYSMD1,TPD52L2,ATOX1,SLC25A38,SNRK,SEC24C,EIF4A2,CCNH,ZDHHC5,TXNDC11,THUMPD3,GCC2,ZDHHC7,THUMPD1,IFI30,CYB5D1,UBE2L3,TMPO,PAQR4,IMP3,NSMCE2,CD2BP2,PREB,GCDH,L3MBTL2,SUPT4H1,PIK3R3,PIK3R2,UBE2J1,SNX3,APH1A,DHX34,LARS,DHX35,ERI3,DHX37,DHX38,SURF6,SYMPK,RCE1,TSPAN3,RBM12,RBM10,CTSA,INTS1,RCC2,XRCC1,ARMC10,ID2,INTS5,PAF1,COL9A3,CALM1,RGL2,PTPRS,USPL1,FKBP15,FAM57B,INTS10,TECR,WASL,AATF,SPTLC1,HYAL2,ENC1,REV3L,SSSCA1,CTSF,VKORC1,CCT3,TMEM150B,SEC13,TMEM150A,WARS,STARD3NL,CCDC115,ACAD9,ZFR,ANO8,MRPS2,COMMD1,MRPS7,IMMP1L,MRPS9,CD47,CRELD1,DBN1,STX18,DERL2,CRIP2,NEDD8,CCDC106,ARVCF,MNT,EXOSC4,EXOSC9,PES1,SCAND1,CCT8,CCT5,YIPF2,YIPF3,MIB2,DOHH,PER1,DPY19L1,ZDHHC9,CCNG2,ESYT2,MIDN,DBR1,OGDHL,FAM174B,KIF5B,SBF2,RGS9,SLC30A9,ADPRHL2,DIMT1,SLC30A5,ATG9A,SSU72,HNRNPUL1,FAM173A,HNRNPUL2,SBDS,GEMIN7,RTN2,VCP,PSMD11,RBM8A,PSMD13,YTHDC1,NXPH4,TOR1AIP2,NDRG1,SUPT6H,RTN4,CAMTA1,NDUFV1,PRNP,OST4,FDPS,ECD,HMGA1,DSTN,KLHL24,CLK4,KLHL20,PAN2,GCLC,PQLC1,YWHAE,RBM28,GSK3A,PRR7,DDX46,MAST3,PRKCSH,DDX47,PRR3,MAST1,CHD6,ILK,CHD4,DDX41,HMGB1,TRIAP1,CHD2,AFF4,PPP1R9B,YWHAQ,GATAD1,MLST8,TIMM17A,TIMM17B,YWHAG,UTP15,RBM14,NAA30,EED,NCBP2,RBM18,BUD31,DDX54,YWHAZ,CREB3,NDUFS8,CREB1,RCN2,IRF3,PEX3,PEX6,GORASP1,NDUFS4,NDUFS3,ATG4B,MVD,NAA38,NUP54,IRF9,RBM22,GOSR1,TAF9,DDX23,DDX20,CLCN3,DNPEP,MAT2A,TAF1C,PDLIM7,TAF15,TAF10,ATP2B4,MAPK10,CLCN7,RPIA,IRGQ,CLCN6,ASB8,FAM131A,RBM42,ACIN1,TAF6,FAM98B,VIM,MBTPS2,RPL4,RPL30,RPL3,CLPB,TRRAP,DCAF8,DCAF5,RPL8,RPL9,MYC,STMN1,RPL36,RPL35,PIP4K2C,IER5,IER2,TSPYL2,TSPYL1,MECR,WSB1,RPL21,CD3EAP,SOX12,MED4,DYNC1LI1,DYNC1LI2,BIN3,IFT81,YME1L1,RPL27,RPL29,RPL28,UBA52,PRR14,TSPYL4,RNF121,RPN1,HIF1A,PRDX2,PRDX5,PPP4C,S100A10,RPL41,ACD,JUND,CHKA,H3F3A,MTHFR,UPF3B,PA2G4,TMEM198,PRRC2A,TADA2B,TMEM199,FIBP,GIPC1,OGDH,HBP1,DUS1L,OGFR,SPEF1,CLTC,CLTB,CLTA,PFAS,TMEM189,TMSB4X,ENSA,ANXA6,EMD,ZC3H10,BRD2,HSBP1,AEN,RNF168,RNF166,SF3B5,SF3B2,RPL10,RPL12,RPL11,TIMM13,TMEM160,HSPA14,HSPA13,RNF138,ASNA1,RPL14,RPS3,RPL13,BRD9,RPS2,RPL18,DTD1,SF3B1,SF3A3,SF3A1,BRF2,AGK,TTC9C,BLCAP,MZT1,LRPPRC,TM9SF1,ZYX,RNF141,TOR2A,TUSC2,CTNND1,TUBB3,SMARCAD1,MAF1,TMSB10,RPS9,RPS8,ANKRD44,RPS5,AIP,RPSA,RNF40,RNF41,NHP2,ERP29,TNIK,MAD1L1,GLYR1,CUL9,SEMA7A,DNMT1,CUL7,GLO1,ABHD8,ITPR1,AK2,GTF2E1,STIP1,HMBOX1,ZFP57,BTBD2,PSAP,NACC1,SAFB2,WDTC1,ESRRA,ANKRD27,TOR1A,MARCH9,MARCH7,TOR1B,LSM4,LSM2,CNOT7,CDK5,CNOT1,CDK4,RHEB,MAFG,CNOT3,SPIRE2,RNF181,TADA1,NF2,IARS,LZTR1,RNF185,EIF4G2,RNF187,EIF4G1,RNPEPL1,TRADD,DUSP12,PPP6C,RPL7A,SART1,GM2A,SIN3A,SLC37A3,GPX4,YDJC,REXO4,TRAF7,PTP4A3,TRAF4,EVL,SNRPA1,RNF31,SMARCD1,GTF2A1,NFAT5,SMARCD2,WBP1,WBP2,DCAF15,HIRIP3,RBBP6,DCAF11,RNF26,TXNRD1,RPL35A,PTPN11,PNRC1,TRIT1,PNRC2,CUL4A,NIN,MARCKS,KLF6,PFKL,MGAT4B,RUNDC1,PFKP,METAP2,GOLGA1,HABP4,UBAP2L,GLUL,GOLGA7,SOX4,AQR,SLC11A2,BOLA1,PTOV1,RECQL,ACSL3,JMJD8,MRPS18C,AFG3L2,XRN2,GUF1,PFN1,ANKRA2,AURKAIP1,TELO2,CUTA,TMEM161A,ANP32A,TRMT2A,IGSF9,PTDSS2,SPAST,SNHG1,NUS1,TRAP1,TREX1,TMEM50B,SNHG6,CCDC88A,BAP1,CDS2,ITM2C,CC2D1B,HBS1L,TRAM1,DAZAP1,FAF1,FAF2,GDI2,MYL6B,PRPF19,HINT1,SERP1,GUK1,MAP4K2,PRMT5,ATP6V0B,PRMT7,TSC22D3,RHOF,TUBG2,RHOB,RAB33B,NME1,POC5,STRAP,RHOV,ALDOA,SGK1,KPTN,TOMM40,PRIM1,AKAP8,TRAK2,CUX1,MAP4K5,LCMT1,SUZ12,RANBP2,RSL1D1,MARS,CTNNB1,PRPF31,FAU,TOMM5,GALNT11,GOLT1B,TOMM20,CHCHD4,CHCHD2,TMEM147,POGZ,CHCHD1,KCTD2,TSC1,TRNT1,DPM2,PHOSPHO2,DNAJC30,ILVBL,FIZ1,STAM2,ISCU,LTBP4,STK4,ADIPOR1,PLCXD2,TMEM128,MARK3,ATP6V1D,ANKZF1,ATP6V1F,HSPA9,HSPA8,ACBD6,ACBD4,HSPA4,DNAJC11,TBCD,IFT122,TBCB,DNAJC14,AZIN1,ARHGAP33,NFKBIA,DLG4,ATG16L1,ACADVL,USP39,TMEM101,ZC3H7B,FLOT1,PDE4A,USP48,KLF13,ABCC5,RNF208,TRNAU1AP,ARID1A,SENP2,SENP3,DDX19A,TRNP1,ITGB1BP1,LUC7L2,TSEN34,POLDIP2,GMPR2,MOSPD3,TOB1,USP19,U2AF1L4,REPS1,PTCD3,WTAP,USP20,B3GAT3,BAD,USP21,LCA5,HSPE1,MEIS2,GDAP2,NEURL4,PIK3IP1,BAX,SSBP1,SSBP2"
+"gene_set_query"	"476"	"ZNF821"	"490.3"	"ARCHS4 Coexpression,64;Enrichr Queries,296;GTEx Coexpression,1111"	"TDRKH,MAPKBP1,CNTFR,MYT1L,STMN2,STMN4,ENO2,FNBP1L,SAMD14,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,FAM110B,STMN1,LUC7L,IER2,HES6,GABARAPL2,GABARAPL1,CXADR,WSB1,RBFOX2,CD3EAP,SOX11,DDIT3,FEZ1,RUFY3,DDIT4,TBPL1,TSPYL4,NEDD4L,PHYHIPL,ATXN7L3B,PRPSAP2,ST3GAL5,ZSCAN18,ACD,JUN,CDK19,FZD3,JUND,NDFIP1,PRRT2,JUP,CADM1,H3F3B,NCAPH2,ABCA3,RAB3IP,H3F3A,MTHFR,PRRC2A,TMEM198,EHD1,MLLT11,ABTB1,MEX3A,H2AFY2,PKIA,FXYD6,PIGU,WDR47,BTG1,SMG7,BBC3,SHF,SMPD3,ING4,TUBA1A,TRIM2,GPR137,CIC,JARID2,BRD3,ACTL6B,LRRC49,DUSP6,NCOR2,SLC7A5,TMEFF1,TUBB2B,TUBB2A,PXDN,PLEKHO1,KIFC3,PAFAH1B3,PAFAH1B1,RNF165,ELOF1,RPL12,ATL1,WRB,GGA1,TMEM169,BRD8,CKB,DTD1,SRSF12,RUNX1T1,KIDINS220,TTC9B,NMNAT2,BLCAP,ABI2,MORN4,NFIB,YPEL1,PKN1,AGRN,YPEL3,RAB3A,CLSTN3,TUSC3,FBXO21,IPO7,TM7SF2,NUDT11,NUDT10,ATCAY,CDH2,TUBB3,SESN1,FADS1,PIAS4,TLE4,TLE2,SLC38A1,PCYT2,ANKRD46,GPT2,UBE2E3,IGFBP2,VRK3,GTF2F1,PIAS2,ATXN2L,BSCL2,CLIP3,CLIP2,CACNB3,PGP,FSCN1,LY6H,CSNK1G2,GRIA1,PFKFB3,INSIG1,ZC4H2,KLC1,CORO1A,SPATA7,RAP1GAP,PHF21A,PHF21B,SOCS2,NDN,SAC3D1,IP6K2,ODF2,TNK2,ASNS,NSG1,MARCH6,REEP1,NSG2,REEP2,PLXNB2,PLXNB1,SERINC1,CNIH2,CALCOCO1,POMT1,CELF3,CELF4,CELF5,TRO,DUSP12,NGRN,MDK,PPP6R2,CEP170,RAD23B,DDOST,NIPSNAP1,PTP4A3,CTDSP2,EVL,SSX2IP,PPP1R15A,HDAC2,SMARCD3,SRC,PPM1E,JAKMIP2,STOX2,FZR1,PARD6A,SLITRK1,PHKG2,POLR2D,FYN,FSD1,WASF1,BEND5,UBQLN2,MARCKSL1,SMOX,BAIAP2,CABLES2,KLF7,KLF6,SYT11,NOVA2,ATXN10,CCNI,ZMYND8,HDAC11,CBLB,RASSF2,RUSC2,PPP2R1A,SAP130,DPF1,KIF21B,KIFAP3,EPHB1,SOX4,TBC1D10B,ATP6V1G2,ACTN1,ARRDC3,CIRBP,ISLR2,CPT1C,KCTD13,HECA,ULK1,TAGLN3,EIF1B,PFN2,BEX4,GPM6A,BEX2,BEX1,DHX8,MAGED1,STXBP1,MYCBP2,PIK3R3,DHX30,PTDSS2,APH1B,PCBP4,GSE1,TSPAN3,SCN3B,RALGDS,SCN3A,RAB11FIP5,ATP6V0A1,SRPK2,LRRN3,SURF2,ST8SIA2,DCLK2,GADD45G,ID2,MAGED2,SUGP2,BAP1,CD200,SUGP1,ITM2C,PTPRS,CSRNP3,GDI1,FAM57B,CITED2,GRIK5,MRPS12,HERPUD1,UCHL1,SLC22A17,ENC1,DNER,KIF1B,RALGPS1,CCDC112,TSC22D1,STRADA,TSC22D3,MTSS1,PDRG1,MLF2,RHOB,MAPRE3,CRELD1,MAPT,SGK1,MAPRE2,DBN1,MAGEH1,SATB1,DOT1L,NOL4,ARNTL,PPP2CA,NFIL3,GPC2,APBB1,CTNNA2,ATP6V0E2,PAK3,RAE1,MPP3,VEGFA,KLHL9,ATAT1,CCNG2,KLHL7,TTC3,ESYT2,APBA2,CDK5R1,NARF,ACRBP,ACTG1,KIF5C,PALM,SBF1,APLP1,KCTD2,POU3F3,AMPH,SCG3,ABCG4,RTN3,NDRG4,RTN1,TMEM59L,CLEC16A,CACNA1A,SLC1A4,NDRG1,H1FX,KIF3C,KLHDC3,PRNP,ZFHX2,AUTS2,CCDC136,IFT122,TBCB,KLHL24,DNAJC18,H1F0,EFNA3,EFNA2,HOOK2,HOOK1,LSM14B,MXD4,GPSM1,RERE,KDM5B,PODXL2,PRKCSH,CHD6,ELAVL4,SLC2A3,CHD3,PHTF1,TMEM191C,ELAVL2,ELAVL3,POLB,BCL7A,YWHAQ,SNAPC4,GDAP1L1,SVOP,HSDL1,USP42,PDPK1,NAV2,SEPT3,PJA1,GAP43,RCN2,DDAH2,TERF2IP,THOP1,INA,HCN3,DCTN2,DDX25,RGS16,USP11,DCTN3,CRMP1,DDX21,THBS3,GNG3,MAPK8,IGFBPL1,GNG2,RAB40C,FAM120A,NCAM1,CLASP2,LRWD1,GDAP1,MAPK10,SBK1,PIK3IP1,PPP2R2B,VIM,SSBP2"
+"gene_set_query"	"477"	"ZNF251"	"490.7"	"ARCHS4 Coexpression,642;Enrichr Queries,353;GTEx Coexpression,477"	"CYFIP2,MYT1L,ZMYND8,FNBP1L,ACTB,NUDT3,TIAL1,PNN,ALCAM,ZMIZ1,AKT2,DPYSL2,MYC,DPYSL3,STMN1,LUC7L,CCNL2,GLUL,SOX4,DDX17,ARRDC4,GABARAPL1,SMARCC2,RBFOX2,WSB1,CXADR,ST6GAL2,TSPYL1,METTL3,ZFP2,ARRDC3,CIRBP,REV1,CD3EAP,TALDO1,SOX11,CPT1C,MAPK8IP3,SRRM1,SCAMP2,NISCH,TIAM2,DAAM1,IFT81,PSME3,DDIT3,DDIT4,AKAP9,RUFY2,HECA,FLYWCH1,FAM76A,PFN1,AURKAIP1,TRIB2,ATF4,SLC45A4,RTEL1,DHX8,SAR1A,FOXG1,STXBP2,DCUN1D4,TWF2,AGAP1,PIK3R1,RNPC3,OAZ1,RHOT2,NUAK1,INPP5E,CHST15,GSE1,PLCG1,ARGLU1,ST3GAL1,RALGDS,VASP,BBS1,JUN,PRELID1,PHC1,ZRANB2,PRRT2,CADM1,GPR12,TMEM50B,PLK2,ST8SIA2,MICAL3,IRF2BP2,UPF3A,PBX1,PTK2,POU6F1,EXT1,MLLT11,EHD1,SQLE,LAS1L,ID2,GTF2IRD1,SERPINI1,CDK13,EZH1,ITM2C,SETD5,PHF2,NRP1,PYGB,PIGU,PTPRS,CITED2,KCNC3,GRIK2,PCMTD2,ING4,EPM2AIP1,TUBA1A,CSRP2,TRIM3,ENC1,TIMP2,REV3L,TCP11L2,GPRASP1,TSC22D1,IFT140,MRPS25,GAA,TSC22D3,LRRC49,NCOA4,ZDHHC17,DUSP6,MTSS1,PGM2L1,WDR33,MLF2,RHOB,PSMA5,ENAH,SLC7A5,TOX3,KIFC2,HNRNPH1,TMEM33,PXDN,MPPED2,FAM20C,ARHGEF7,SGK1,STX16,SATB1,ICA1L,GDPD1,PRICKLE1,FAM117B,RXRB,ARVCF,EXOSC10,SNX27,CAMK2N1,APBB2,CKB,BRD8,SRSF11,RUNX1T1,NKTR,NPDC1,RIC3,KIDINS220,CSNK1A1,DAB2IP,PLEKHA5,SORBS2,SYNJ2BP,VEGFA,PPP1CA,SKI,PRPF39,NFIA,SNX16,ABI2,NFIB,CCNG2,ETNK1,TTC3,YPEL1,FAM171B,PKN1,TACC2,AGRN,YPEL5,GRINA,DGKE,CCNT2,ATN1,ARHGAP39,TOMM22,IGF1R,PPP1CB,NRBP2,BASP1,POGZ,CFL1,CAPN2,KPNA2,ARID2,TLE2,ANKRD46,TPM3,IGFBP3,F2R,THOC1,TSC2,TSC1,FRMD4A,ARMCX4,MORF4L1,FRMD5,DMTF1,TBL1XR1,PRPF3,MORF4L2,FSCN1,PPIF,TBC1D24,ANKS6,SRSF5,ADNP,SRSF6,LY6E,FKBP5,ISYNA1,PFKFB3,TXNDC9,RAB5C,ZC4H2,CHRNA7,LTBP4,ITPR1,CACNA1A,TOR1AIP2,DTX3,PDS5B,NDRG1,EFNB2,SBNO1,BAG4,PITRM1,GRK6,CDH24,TBC1D14,ANKRD10,ZKSCAN1,PLXNA3,TMEM120B,PRNP,TIA1,CPSF6,CBX5,AUTS2,PTCH1,TBCD,CRIM1,HPS4,ASNS,KLHL24,MARCH6,CLK4,UCKL1,CLK1,PAN2,CDK9,NFKBIA,PTPRD,EFNA2,HOOK2,HOOK1,TUBGCP5,NF1,SPIRE2,MDM4,TCF4,PI4KB,BRWD1,MAP3K12,MXD4,CREBZF,RBM25,CALCOCO1,WDR1,PRKCSH,AKAP8L,CHD6,ELAVL4,ZFP82,PKD1,CABIN1,SENP6,SENP7,DUSP12,CAPZB,SNRNP70,MDK,MCF2L,GATAD1,CASP2,CEP170,MAN2C1,RBM5,RBM6,KDM6B,EIF5A,HGSNAT,SUN1,GPX1,PDPK1,DDX56,AMT,ARID1B,ZFP90,DDOST,PTBP2,ARL4C,GIGYF1,PTP4A3,ALS2,IGDCC4,CTDSP2,C1D,DCX,LUC7L3,CDH13,LUC7L2,AHDC1,SHANK2,RNFT2,MTPN,WBP1,SFSWAP,ANKS3,RAB1B,TULP4,LENG8,CRMP1,ASAP1,SPG7,TOB1,THBS3,SLC25A27,FBXL20,MTA1,DNPEP,TAF1C,POLR2D,TRA2A,SPOCK1,FEM1C,FYN,ATP9A,SH2B1,TTC14,RBM39,NICN1,USP22,CDC42BPA,ACVR2A,RAD52,SH3YL1,SLC4A8,NEURL4,KLF6,MARCKS,ERCC3,RGS11,VIM,TNRC6A,METAP2,R3HDM2"
+"gene_set_query"	"478"	"ZIC1"	"491.0"	"ARCHS4 Coexpression,82;Enrichr Queries,767;GTEx Coexpression,624"	"CNTFR,APP,STMN2,STMN3,STMN4,ENO2,HS6ST1,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,DPYSL3,PIP4K2B,BSN,CALN1,SRRM3,EPHA4,SRRM4,EPHA7,MEF2C,RBFOX1,ATP6V1G2,RBFOX2,RBFOX3,ISLR2,SOX11,ANK3,MAPK8IP2,MAPK8IP3,PISD,MAPK8IP1,TIAM1,STX1B,GPR162,SFRP1,FEZ1,RUFY3,RUFY2,DDIT4,KCNQ2,SPARCL1,CTXN1,TRIB2,TRIM11,LLGL1,GPM6A,PAXIP1,NRN1,STXBP1,FOXG1,NPRL3,SDC3,TRANK1,CEND1,AGAP1,PIK3R1,TTBK1,FAM171A1,SYNGR1,FAM171A2,PCBP3,FLRT2,PCBP4,RHBDL1,B4GALNT4,ZSCAN18,CADM3,JUN,FZD3,PRRT2,NDFIP1,CADM4,CADM1,BCL11B,BCL11A,SS18L1,ST8SIA2,RAB3IP,NR2F1,MICAL2,DCLK2,L1CAM,DCLK1,PRRC2B,SNAP91,MEX3A,VANGL2,ID2,CALM3,FAT4,RCOR2,DDR1,GABRB2,TMEM151B,PTPRS,KCNC1,GDI1,GRIK5,DIRAS1,DIRAS2,GRIK2,SLC7A11,ROBO1,SHF,AKAP12,JPH4,TRIM9,UCHL1,MMP24,PCLO,TUBA1A,SLC22A17,TRIM2,TRIM3,ENC1,DNER,NCS1,NEFL,NEFM,KIF1B,KIF1A,APC2,ELMOD1,ANO8,SYP,DYNLL2,DUSP6,SYN1,MLF2,CNKSR2,MN1,TMEFF1,ZEB2,TUBB2B,PXDN,MAPRE3,MAPT,SGK1,SFI1,VAMP2,GAS7,PAFAH1B1,GRAMD1B,NAPB,NFIX,SATB2,ADAM22,PTN,ADCY1,CAMKK2,ARVCF,TCEAL5,CHN2,MGAT3,GPC2,SLC17A7,APBB1,RUNX1T1,MAP4K4,ARNT2,GABBR1,DAB2IP,NMNAT2,SKI,NFIA,ABI2,NFIB,FABP7,TTC3,MEGF8,YPEL4,APBA2,CDK5R1,RAB3A,CRTC1,CLSTN3,CTNND2,CLSTN1,ATN1,ARID4A,CLU,CELSR3,SLC8A2,RPH3A,RIMS1,TMEM145,CDH2,BASP1,KIF5C,KIF5A,PALM,SH3GL2,PPFIA3,TLE2,IGFBP3,IGFBP2,APLP1,ADAM11,LMTK3,KCTD2,TBR1,ATP1B2,POU3F2,SRCIN1,RUNDC3A,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,OLFM1,CLIP2,CACNB4,MADD,ANKS6,ABCG4,RTN4R,GRIA1,GRIA2,BRSK1,NDRG4,BRSK2,NDRG3,ARHGEF25,NXPH3,NTM,TMEM59L,CACNA1A,LPL,BHLHE22,DTX3,CPLX2,NDRG2,SEZ6L2,CPLX1,LRRC55,PHF21B,CACNA1G,EFNB2,NEUROD2,IGSF21,SCRT2,ARHGAP21,PDZD4,KLC2,PLXNA1,SRGAP3,OTX1,KIF3C,RAB6B,PDZD7,LRRC4B,TMEM120B,SYT4,SYT1,AUTS2,CBX1,CLK4,CORO2B,PTPRD,GNAO1,HOOK2,NSG2,LHX2,DLG4,GNB1,REEP2,CPE,CNTN2,NACAD,CNIH2,MAP3K12,YWHAE,SNAP25,PODXL2,THRA,MAST1,CELF3,CELF5,PKD1,ELAVL2,ELAVL3,POLB,DUSP12,SCRN1,MCF2L,PSD3,EVI5L,SULT4A1,GALNT9,YWHAG,TRIM67,PPP2R5B,DNM1,SEPT3,DNM3,GAP43,VCAN,PTP4A3,ALS2,CDH11,CDH13,INA,CAMK2B,NLGN2,CXXC1,NRXN2,CRMP1,ATP1A3,ADD2,AGPAT4,DNAJB2,STOX2,CACNG7,ABLIM1,FAM168A,PTPRZ1,SV2A,VPS53,NNAT,POLR2D,TRIM46,SPOCK1,NCAM1,SNCB,MEST,ATP9A,OPCML,NTRK2,MARCKSL1,KDM4C,SLC12A5,PCDHGC4,PCDH7,PCDH8,B3GAT1,ATP2B2,MEIS2,NELL2,SBK1,PPP2R2C,FAM131C,SYT11,FAM131B,POLR3F,CDR2L,RGS11,VIM,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"479"	"ZBTB39"	"491.3"	"ARCHS4 Coexpression,567;Enrichr Queries,203;GTEx Coexpression,704"	"RPL4,MDC1,ANKLE2,TRIO,CCNJ,VARS,TRRAP,EHMT1,THUMPD3,HNRNPU,SMC6,SMC3,EPRS,BACH2,NDST1,TRIM28,ZMIZ1,DHX57,DPYSL2,MYC,LONP1,EPC1,DIP2B,SEPHS1,SOX4,TMPO,NUP214,DDX17,SMARCC1,NUP210,DAPK1,MTUS1,CD3EAP,ANK1,HCFC1,DDIT4,TRIM13,HECA,NUP98,DUS3L,TRIB2,SF1,UNC119B,NUP205,POM121,TTYH3,DHX8,ANP32A,DHX9,MEPCE,CTR9,NOLC1,BAZ2A,PIK3R1,UBE2J2,GIGYF2,NLN,LARP1,PDCD11,LARS,CSTF1,HIVEP1,GSE1,NUP88,TNRC18,PATZ1,RBM12,ATRIP,RAB11FIP5,BRAP,XRCC6,JUN,PHC1,SETDB1,CADM1,RCC2,SETD1A,IRF2BP2,PBX2,MEX3C,PAICS,PRRC2B,MED13L,PRRC2A,SETX,HNRNPL,SLC6A6,MEX3B,HNRNPK,WNK1,FASN,FUBP1,CCDC88C,HNRNPD,PSMG1,LRRN1,HNRNPC,CDK13,RCOR2,ITM2C,NRP1,SETD5,PIGU,DAZAP1,BTG1,CITED2,MRPS12,TCF20,SMG7,PFAS,PHF8,ZCCHC14,COIL,MECP2,SYNCRIP,MED14,MED13,XPO1,XPO5,ENC1,DHX15,JARID2,RALGPS2,CCT2,TSC22D1,PARP1,ACTL6A,TET2,ELOVL6,TUBG1,PPRC1,BAZ1B,MED26,DYNLL2,TOPORS,DUSP6,MLF2,RHOB,ENAH,NCOR2,SLC7A5,MTF2,PXDN,TET3,RAPGEF1,PABPC1,SGK1,PCNA,SF3B3,DOT1L,SRRT,HEATR1,SLC7A1,MNT,RBM15B,RNF138,CAMK2N1,NSD1,UBN1,USP1,ANKRD52,GPC4,RAE1,MEF2D,SUZ12,NPM1,SF3A1,USP9X,HUWE1,HIPK1,GATAD2B,LRPPRC,VEGFA,GATAD2A,AGBL5,NUDT21,NFIA,NFIB,SERBP1,HNRNPA2B1,TRIP12,PKN1,MIDN,CCNT2,NUP188,KDM1A,CSE1L,FBXO25,IPO7,IPO4,EDC3,IPO5,IGF1R,AMMECR1L,SALL2,KHSRP,POGZ,SNIP1,EP300,KPNA2,MTPAP,ARID2,FADS1,USP7,SUPT16H,RNF44,SLC38A1,KDM2A,ZBTB34,LIG3,RPSA,MSH6,EEF1A1,ACLY,ILF3,MSH2,HNRNPUL1,ADNP,SNRNP200,KPNB1,ANAPC1,CSNK1G1,FKBP5,KHDRBS1,DNMT1,CUL3,GMPS,ISG20L2,CUL1,UBFD1,PRPF8,SOCS2,SBNO1,BAG5,TPR,G3BP1,NACC1,G3BP2,ABL2,EIF4EBP2,ZC3H14,SLC38A2,SKIL,MYH10,ZKSCAN1,QSER1,BCL9L,BPTF,PRNP,CPSF7,BRPF1,NUP155,ODF2,BOD1,FUS,CPSF3,CBX2,PTCH1,PHF12,NONO,CBX1,HMGA1,CNOT10,TRAPPC8,NUP153,DNAJC14,KLHL24,EEF2,NFKBIA,BCL9,EFNA2,HOOK2,NASP,CNOT1,HOOK1,CAPRIN1,TPP2,TCF3,SAE1,RERE,KDM5B,DYRK2,HSP90AB1,ZC3H4,CELF1,PRKCSH,CHD6,DDX42,HMGB3,PSIP1,CHD4,YBX1,AFF4,LMNB2,PIK3C2B,LMNB1,SPRED2,DUSP12,RPL7A,METTL14,BCL7A,NUP62,WDR5,UBTF,TOPBP1,TNPO1,TNPO3,KDM6B,TBP,ARHGEF12,KLF13,USP42,DST,PDPK1,CAD,MSL2,ZFP91,VEZF1,ARID1A,SMC1A,ARID1B,CKAP5,ARL4C,PTP4A3,SFPQ,POLR1B,CTDSP2,C1D,CRY2,GTF3C1,PPP1R15B,NFAT5,SMARCD1,KDM3B,GTF3C4,SRSF1,DDX20,DDX21,ACVR1B,PPM1G,LRP6,HSPD1,RBBP4,POLR2A,MAT2A,KATNA1,TRA2B,NT5DC2,POLR2D,BEND3,LRRC8D,RBBP6,FEM1C,IGF2BP3,HNRNPA1,FBRS,EIF4B,HNRNPA0,ARFGEF1,SPEN,MLXIP,MARCKSL1,HNRNPA3,NAP1L1,RPRD2,SSRP1,HNRNPAB,MTOR,TNRC6C,KLF7,SNRK,KLF6,CARM1,SPRY2,ACIN1,QRICH1,TNRC6A,EIF3A"
+"gene_set_query"	"480"	"ZUP1"	"491.7"	"ARCHS4 Coexpression,16;Enrichr Queries,524;GTEx Coexpression,935"	"HNRNPU,GABPB1,EPRS,SMC3,FNBP1L,NDST1,PCMT1,LSM12,ALCAM,CAPNS1,MPRIP,ZMIZ2,GPBP1,STMN1,AKT1,PRKACA,RNF111,FNBP4,DAXX,WSB1,CXADR,CD3EAP,MED6,GTPBP4,DDIT3,DDIT4,TBPL1,PRR12,ALG10B,ANAPC13,NUP205,SET,CDCA4,FLII,VPS26A,MRPL13,PRDX3,LDHB,LDHA,HSPH1,VTI1A,PIP5K1C,FDFT1,JUN,EDEM1,PLK2,PBX2,WDR55,PRRC2A,MRPL22,MLLT11,UCK2,SERPINI1,HNRNPC,EZH2,CPEB4,ARF3,SMG1,PIGU,BTG1,MRPL39,SNX10,WDR43,TRIM8,MRPL42,MED13,RIOK2,AP3S1,JAK2,CIC,RRP15,PCMTD1,UPF1,WDR36,PGAM1,ITPK1,LRRC40,TIMM23,NIPA2,DYNLL2,DUSP6,SRP9,MRPL44,NCOR2,PSMA6,AFTPH,MRPL50,PSMA3,PSMA4,INF2,PSMA1,PSMA2,TMEM33,PXDN,MTF2,TCP1,PELI1,PAFAH1B2,ERGIC1,CDC123,FAM117B,CENPB,NRAS,BCLAF1,PSMB5,SRP72,TMEM68,PSMB1,PAIP2,SRSF10,SRSF11,NKTR,STAT2,DAB2IP,TTC9C,SCAF1,KTN1,SKI,PSMC6,ETNK1,TAOK2,NUCB1,RPL22L1,PKN1,GTF2B,PDCD5,UBE2D3,CLSTN1,ATN1,YEATS4,BZW1,PPP1CB,SESN1,LZTS2,SH3GLB2,SLC38A1,MAP2K2,VPS33B,TRAFD1,ATP11B,ZBTB33,ILF2,CTDNEP1,MORF4L1,ACAP2,DMTF1,MORF4L2,SNRPG,SRSF3,PHIP,SNRPE,FKBP3,ANAPC1,SNRPB,LY6E,ANAPC2,RAB5B,PFKFB3,CD151,CUL5,LIN7C,RLF,ORC5,BAG4,PITRM1,ORC3,DVL1,BTBD2,NACC1,PGK1,MBIP,NAE1,SKIL,WDTC1,DR1,ZBTB11,LSM5,YRDC,LSM6,SH3BP5L,CNOT7,ARPC2,UBLCP1,NFE2L3,PLXNB2,MDM4,COPS8,NFE2L1,DUSP11,DUSP12,SUMO1,SNRNP70,SUMO2,BCAS2,ACTR3,ACTR2,RFC3,DST,RFC2,ACTR6,VBP1,ATRX,PATL1,CTDSP2,POLR1B,DNAJC5,SNRPA1,TOP1,PPP1R12C,BIRC2,PPP1R15A,HDAC2,GTF3C6,RAB1B,LENG8,MLLT1,RCHY1,CDC42,DNAJB2,GANAB,RBBP4,U2AF2,POLR2D,DNAJB9,VPS54,FEM1C,EIF4E,DCAF13,NOP58,RNGTT,SSB,CNBP,TXNL1,CDC42BPB,DNAJA1,NIN,SNRNP40,KLF6,EIF3M,MGAT4B,RAB18,PPIL4,PPAN,CISD2,JMJD1C,CCNC,ZDHHC8,CHORDC1,LONP1,ATXN7L3,TMPO,ARRDC4,SRRM2,ATP6V1G1,ARRDC3,IFRD1,MOGS,MRPS18C,PPA2,PPA1,SUB1,BOLA2,VDAC3,VDAC2,HECA,EIF1B,MMADHC,TBC1D9B,UBE2J1,UGCG,PDCD10,DHX36,ATP6V0A2,TNRC18,HIVEP2,ZBED4,INTS1,PAICS,WNK1,CALM2,ITM2C,CITED2,PAK1IP1,MRPS12,OLA1,MRPS10,SLC7A11,IER3IP1,DHX15,SDF4,RAB8A,CCT2,MINK1,PRPF40A,CACYBP,MRPS7,PARP8,RAP2C,PITPNM1,PACS1,TAX1BP1,G2E3,NCOA7,CD47,SGK1,EEF1E1,PRIM1,GNAI3,GNAI2,TCEAL8,NFIL3,EXOSC8,CCT8,SUZ12,RANBP2,PTGES3,GINS4,VEGFA,PRPF39,CAPZA1,CAPZA2,RAB3GAP2,TOMM5,GRINA,MPHOSPH6,SRP19,ZFAND3,CD81,ZFAND6,BCCIP,SRP14,ARHGDIA,SBF1,TMEM14C,MORC3,HNRNPUL1,DKC1,TMX1,WDFY1,UBE2V2,ZCCHC7,IDI1,PSMD12,TSG101,PSMD14,BTF3L4,TOR1AIP2,STK4,ZC3H15,MARK2,IVNS1ABP,PRNP,PNPT1,IDH1,VTA1,NUP153,KLHL24,CLK4,NFKBIA,EFNA2,HOOK2,HOOK1,OSTC,GNB2,GNB1,UBE2N,CYCS,LRP10,MXD4,ACADVL,GSK3A,PRKCSH,CHD6,ADAR,CHD3,HMGB1,TRIAP1,RND3,LMNB1,PPP1R9B,SEPT9,LASP1,ZC3H7B,CASP3,RB1CC1,MYO18A,TIMM17A,TOPBP1,UTP15,MAPK1IP1L,SUN2,GLRX3,EED,PDPK1,H2AFZ,NCBP2,GPCPD1,DCK,EPN1,DNM2,VCAN,NUP50,LUC7L3,IRF9,DCTN6,TAF9,AGPAT1,RNF4,STRN4,ADD1,RNF2,TAF1D,DNPEP,TDG,TGS1,TRA2A,NAA25,VHL,SMNDC1,RBM39,RRM2,FMNL2,BAX,NAA15,SUGT1,SSBP1,RAN"
+"gene_set_query"	"481"	"RBSN"	"492.0"	"ARCHS4 Coexpression,805;GTEx Coexpression,179"	"MYT1L,STMN4,NUDT3,OPHN1,DPYSL5,DPYSL2,HABP4,PRKACB,TRIM23,ANKS1B,ARL10,ZFP1,ACSL6,TALDO1,FRS2,ANK2,SCAMP1,HDHD2,CPT1C,DYNC1LI2,ASPHD1,FEZ1,RUFY3,RUFY2,CRYZL1,HECW1,TYRO3,RPL29,PFN1,RPL28,PFN2,ASTN1,BEX4,GPM6A,NECAB1,ADCYAP1R1,TARSL2,FOXG1,MTMR9,PHYHIPL,AGAP1,OAZ1,KALRN,MTMR7,PCBP1,CHST10,RDH13,RIMKLA,SCN3B,GPM6B,SERF2,SCAI,BTF3,VASP,FZD3,CADM2,SLC35E3,DCLK2,POU6F1,UCK2,FXYD6,FAT3,CALM1,CSRNP3,NUDCD3,AKAP11,TUBA1A,TRIM2,KIF1B,ENOPH1,GARNL3,APC2,ZYG11B,PCYT1B,RPS6KL1,ZFR,ITPK1,NIPA1,DYNLL2,MED29,RGMA,TMEFF1,ARHGEF9,RAP2A,TUBB2B,MAPT,MAPRE2,ATL1,WRB,ICA1L,NOL9,AKAP6,PPP2CB,APBB1,CTNNA2,PAK3,DYNC1I1,ARNT2,WDR17,GABBR1,KIDINS220,LSAMP,NMNAT2,PNMA2,ABI2,TTC3,TSR2,NUCB1,FAM171B,APBA1,CDK5R1,CTNND2,MRFAP1,NUCKS1,CYP46A1,GRIP1,ATCAY,SALL2,KIF5C,DENND5A,PPFIA2,KIRREL3,FBXW11,TMOD2,MAGI2,TTC7B,POU3F2,POU3F3,CLIP3,DISP2,CLIP2,PREPL,LIX1,UBE2V2,MATR3,GRIA1,GNAZ,BHLHB9,ARL3,NTM,NDRG2,KLC1,ARHGAP21,ORC4,SNN,DPP6,FUT9,ZKSCAN3,CAMTA1,RPRD1A,SRGAP3,LRRC4B,PRNP,CBX6,ARPC4,CORO2B,GNAO1,PTPRD,DLG2,GNAL,PTPRA,GNAQ,REEP2,CNTN1,SPIRE2,CPE,CSPG5,NACAD,SERINC1,FGF13,BCL2L2,SLC48A1,RNF11,DOCK3,THRA,WDR1,CNRIP1,SCHIP1,DOCK7,CELF5,SOBP,ELAVL3,NGRN,SEPT7,SCRN1,PSD2,CAPZB,PPP6R1,OPA3,LRRTM2,RNPEP,PHACTR3,DACT3,WDR7,USP46,EIF5A,SVOP,SGIP1,AKTIP,LANCL1,H2AFV,PJA2,SEPT3,DNM3,RABEP1,RER1,DNAJC6,GFOD2,LANCL2,ZMYND11,NLGN3,RNFT2,NLGN1,TULP4,FOXK1,JAKMIP2,FBXL20,MAPK9,CACNG7,STOX2,FAM168B,FAM168A,PTPRZ1,VPS53,NCAM1,RPP14,ATP9A,CLASP2,BEND6,LGI1,TUB,SPAG9,PCDH9,NTRK3,B3GAT1,DDHD2,PTPN11,EFR3B,GDAP1,MAPK10,SLC4A8,IRGQ,PPP2R2C,APC,SYT11,VAPB,PPP2R2B,FAM131B"
+"gene_set_query"	"482"	"ZNF136"	"494.0"	"ARCHS4 Coexpression,470;Enrichr Queries,685;GTEx Coexpression,327"	"EIF4A2,APP,NUP107,VARS,JMJD1C,HNRNPU,SMC5,NDST1,CAPNS1,TRIM28,MPRIP,DPYSL2,MYC,BSG,PSMD3,EPC1,AKT1,AP1S1,EPC2,PRKACA,PRKACB,ATXN7L3,SOX4,TRIM23,FNBP4,DDX18,AQR,MEF2C,TIPIN,IAH1,WSB2,SCAF11,ACTN1,ARRDC3,CD3EAP,MOGS,SCRIB,ACTN4,SND1,SRRM1,PRKD3,DDIT4,CRYZL1,TRIM13,FAM76B,HECA,ANKRA2,PRR12,DHX8,FLII,PIK3R1,HIF1A,FAM160B1,INPP5B,APH1A,SNX2,MIER1,MLEC,CREBBP,JUN,SETDB1,INTS1,H3F3B,MRPL27,PRRC2C,IRF2BP2,PBX2,PHC3,PBX1,MED13L,PRRC2A,SETX,HNRNPL,PARP11,STAG1,STAG2,ZBTB6,FUBP1,ID2,GIPC1,FBXL3,CALR,TMEM9B,ITM2C,PHF3,ARF3,SETD2,PIGU,DAZAP1,BTG1,PRPF19,SMG5,MED17,MED12,EPM2AIP1,NIPBL,UBL3,PCF11,ZMYM5,TIMP2,DHX15,UBXN7,SDF4,JAK2,CIC,GABPA,GIT1,PCMTD1,UPF1,PBRM1,SHPRH,BRD1,TSC22D3,MINK1,PRPF40A,DYNLL2,PGM2L1,SREBF2,MED23,NCOR2,PSMA3,INF2,MED21,MTF2,PXDN,G2E3,TKT,TRUB2,AHCY,SATB1,RPL12,UQCR10,CENPB,FAM129B,HIRA,SCAF8,BCLAF1,BTAF1,PES1,TMEM68,MFN2,RICTOR,METTL6,ANKRD52,SRSF10,YKT6,SF3B1,SRSF11,MBD3,SUZ12,RANBP2,PTGES2,RYK,DAB2IP,AP3D1,RANBP6,SCAF1,MIB1,ETNK1,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,CCNT2,FAM13B,TUSC2,CEP120,HDLBP,ATN1,ARID4A,ARID4B,IPO7,IGF1R,ZFP30,LAMP1,SESN1,ARHGDIA,CWC22,SLC39A7,TXNL4A,LZTS2,SBF1,MAP2K2,USP5,F2R,SSU72,ATP11C,PRPF4B,ATAD3A,RSBN1,EEF1A1,DMTF1,ADAM15,HNRNPUL1,HNRNPUL2,RAB35,WDFY1,CHMP4B,PHIP,PPIG,KPNB1,CSNK1G2,GLYR1,SLC27A4,ZCCHC7,KHDRBS1,LRRC59,PFKFB3,TNKS,ANKRD12,MAZ,PDS5B,HSPBP1,CORO1B,RAP1B,SBNO1,MED30,IRAK1,UBR5,DVL1,BTBD2,NACC1,ABL1,ATP6V1D,SLC38A2,ZKSCAN1,BPTF,BCL9L,TRAPPC2,UVRAG,PRNP,SMAD4,TIA1,CPSF6,UROS,NONO,ECD,HPS3,NUP153,KLHL24,EEF2,LSM4,CLK4,NFKBIA,LRCH1,PAN3,GON4L,EFNA2,HOOK2,HOOK1,CNOT2,GNB2,SP3,JMY,GNB1,PLXNB2,TUBGCP3,MDM4,GPR107,NF2,BRWD1,LSM14B,LSM14A,NFE2L1,UBE2M,EIF4G1,CREBZF,ZNF512B,B4GALT2,KDM5C,GSK3A,WDR1,PRKCSH,COX4I1,CHD6,ZFP82,YBX1,LMNB2,PPP1R9B,SENP6,SENP7,SEC61A1,METTL14,LASP1,ZC3H7A,SIN3A,ZC3H7B,PPP6R1,SNRNP70,PMEPA1,CCDC50,EIF5A,USP47,DIS3,PDPK1,ATRX,ARNT,DDX50,RAD23B,EPN1,PTBP2,LATS1,ARL4C,PPM1A,TRAF7,CREB1,PIK3CA,SETBP1,SYF2,RASA1,CTDSP2,POLR1B,DNAJC5,AKT1S1,NDUFS3,NUP54,BDP1,PPP1R12C,GTF3C1,NFAT5,SMARCD2,CANT1,UHRF2,ROCK1,RAB1B,MLLT1,ATP1A1,TM2D3,CLCN3,LAGE3,AGPAT3,STRN4,FAM168B,GANAB,MTA1,NCLN,U2AF2,FAM120A,BNIP2,FEM1C,UBQLN4,HNRNPA0,SMARCE1,SPEN,RBM39,SEC24B,PPP1R14B,TMEM30A,NDUFA3,FBXL19,PDAP1,DEK,SSRP1,CDC42BPB,OXR1,HNRNPAB,TPD52L2,KLF7,NEURL4,DNAJA3,CARM1,MGAT4B,ACIN1,VIM,P4HB,SSBP2,PPIL4,TRIM33,TAF2,BCAR1,TAF1,EIF3B"
+"gene_set_query"	"483"	"ZNF10"	"494.7"	"ARCHS4 Coexpression,354;Enrichr Queries,513;GTEx Coexpression,617"	"IFT172,HNRNPU,FNBP1L,EPRS,BACH2,CAPNS1,MYC,DPYSL2,GPBP1,STMN1,LUC7L,AKT1,PRKACA,PRKACB,CDK5RAP3,CHGB,TMEM8B,DDX17,TSPYL2,GABARAPL1,CXADR,WSB1,TSPYL1,RFX3,CD3EAP,SOX11,WDR73,DAAM1,WDR81,IFT81,DDIT3,RUFY3,DDIT4,MEG3,FLII,NEDD4L,AAAS,OAZ1,HSPH1,JUN,FZD3,PRELID1,PHC1,HOMER1,CHKA,PLK2,PBX2,PBX1,POU6F1,MLLT11,HNRNPL,FXYD6,SERPINI1,DZIP3,CPEB4,ARF3,CEP57,OGFR,WDR47,PIGU,BTG1,TCF25,PHF1,PCMTD2,SMPD4,TUBA1A,TRIM2,CIC,UPF1,SHPRH,IFT140,EXOC7,LRRC49,WDR35,LRRC41,SRP9,NCOR2,INF2,PXDN,PELI1,RAPGEF1,TKT,GAS8,CENPB,FAM129B,BCLAF1,CHN1,FLNA,YKT6,NKTR,RUNX1T1,RIC3,MBD6,CSNK1A1,SCAF1,NFIA,MORN4,NFIB,ETNK1,TAOK2,RIMBP2,ZYX,NUCB1,PKN1,ANKRD13C,ATP8A1,ATN1,FRY,POFUT2,SESN1,CFL1,SLC38A1,MAP2K2,TPM4,ANKRD46,RALGAPA1,MAGI2,THOC1,PIAS2,BSCL2,CTDNEP1,ARMCX4,MORF4L1,ILF3,ARMCX2,DMTF1,MORF4L2,RAB35,SRSF3,PHIP,SRSF5,ADNP,SRSF6,CSNK1G2,CUL7,RAB5C,CCDC24,INSIG1,GLT8D1,ARL1,ITPR1,SLC38A10,FOXO6,CORO1B,PHF21B,SOCS2,SBNO2,STK36,DVL1,NACC1,SKIL,PLXNA3,ESRRA,TIA1,ASNS,MARCH6,DRAP1,SH3BP5L,CNOT7,NBEA,CPE,PLEKHM2,LZTR1,OGT,ZNF512B,WDR1,PTPN23,SYNE2,TRO,DUSP12,SART1,CAPZB,MDK,PPP6R1,WDR6,PMEPA1,EIF5A,ATRX,ARFGAP1,PTBP2,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,RNFT2,WBP1,RAB1B,LENG8,CXXC4,HDAC6,SLC25A27,ABLIM1,GANAB,U2AF2,NNAT,DNAJB9,FEM1C,FYN,MEST,SH2B1,PPP1R14B,PCDH9,CDC42BPA,TPD52L2,DNAJA1,KLF6,MARCKS,SYT11,IMPDH1,ASXL3,MGAT4B,PDCD4,INSM1,P4HB,TNRC6A,METAP2,VEZT,CERK,JMJD1C,GOLGA2,GOLGA3,PNN,BSG,FAM53C,KIF21A,CCNL2,ATXN7L3,SOX4,ARRDC4,EPHA4,ACTN1,ARRDC3,CIRBP,MTUS1,MOGS,ACTN4,THAP7,AKAP9,HECA,PFN1,CUTA,BEX4,RTEL1,BEX2,BEX1,MAGED1,PIK3R3,PIK3R1,HTATSF1,APH1A,TSPAN7,GSE1,RIMKLB,VASP,BBS1,ZRANB2,BCL11A,INTS3,GOLGB1,ID2,MAGED2,CD200,ITM2C,TOP2B,DAZAP1,CSRNP3,CITED2,SLC7A11,VLDLR,PRPF19,EPM2AIP1,ENC1,REV3L,SDF4,BBS4,TMED4,PARP6,TMED9,PARP2,TSC22D3,MINK1,PRPF40B,MLF2,RHOB,KIT,SGK1,SATB1,NOL4,ARNTL,GNAI2,NFIL3,PES1,MGAT1,PAK3,RANBP2,MYEF2,YIPF2,GBF1,AP3D1,MYO9B,SORBS1,VEGFA,ATAT1,CCNG2,TTC3,HDGF,PNPLA6,SPPL2B,ARHGDIA,POGZ,SBF1,SH3GL1,TSC2,ATP1B1,HNRNPUL1,EHBP1L1,SCG5,CHMP4B,SCG3,DDX5,BHLHB9,PXN,PLD3,EFNB2,PCSK1N,IRAK1,KIF3A,GRK6,LONRF2,MARK2,IVNS1ABP,CPSF7,CBX5,AUTS2,KLHL24,CLK2,PAN2,AHI1,UBE2W,NR4A3,HOOK2,HOOK1,GNB2,JMY,GNAS,LRP10,USP36,NAA40,PRKCSH,CHD6,ELAVL4,ELAVL2,PPP1R9B,SENP6,SEPT9,LASP1,ZC3H7B,MAN2C1,PDPK1,PDE4D,DNM2,TMEM214,RER1,EEF1D,AKT1S1,LUC7L3,ANKS3,CRMP1,FAM169A,TOB1,NCALD,NXF1,MTA1,MAT2A,RALY,MTA2,CLASP2,TTC14,RBM39,MBTPS1,USP20,GDAP1,MAPK10,CARM1,SPRY2,SUGT1,SSBP2"
+"gene_set_query"	"484"	"ZNF449"	"496.0"	"ARCHS4 Coexpression,384;Enrichr Queries,584;GTEx Coexpression,520"	"VEZT,VPS29,SCOC,ARPC5L,DCAF8,HNRNPU,JMJD1C,FNBP1L,ALCAM,TFG,DPYSL2,STMN1,LONP1,AKT1,VPS35,SOX4,SEC63,FNBP4,ACOT9,EPHA4,GABARAPL1,MEF2C,WSB1,CXADR,RBFOX2,TSTD2,CACNA2D1,ARRDC3,MTUS1,CD3EAP,HCFC2,RUFY3,DDIT4,RUFY2,KCTD13,HECA,FAR1,ANKRA2,PFN1,SF1,PFN2,EXD2,TMEM63B,MAGED1,FOXG1,XPA,DCUN1D1,PIK3R1,RNPC3,GNS,ARPP19,OAZ1,FAM160B1,SNX4,HLTF,SYMPK,SSR1,ARGLU1,RAB11FIP4,SEC31A,EDEM3,JUN,FZD3,ZRANB2,HOMER1,MYO5A,CDC7,SMARCA1,BRI3BP,PHC3,SMARCA4,MLLT11,CCDC88A,STAG2,SESTD1,TOLLIP,INTS4,HBP1,RBAK,CALM2,FERMT2,SUGP1,PHF3,PIGU,CITED2,HEXA,TECR,SLC7A11,VLDLR,SMG7,PHF6,MRPL32,DDA1,PCMTD2,TRIM9,AKAP11,ZMYM2,TUBA1A,CHMP1A,ENC1,SPIN1,IDS,PCMTD1,SHPRH,PARP2,TSC22D3,LRRC49,ZFR,SLC39A10,LRRC40,ANO6,DYNLL1,ZDHHC17,DUSP6,PGM2L1,SRP9,RHOB,WDR33,ENAH,SLC7A5,PITPNM1,PXDN,G2E3,EXOC5,SLC29A1,PAFAH1B3,ATP6V0C,EXOC1,NAPA,DYNC1I2,SSNA1,ATL1,HSPA13,RXRB,TCEAL8,SERTAD4,PAK6,SC5D,RICTOR,ZSWIM6,SAMD1,MAP4K3,SRSF11,NKTR,PAIP1,ATAD1,MON2,MYEF2,PLEKHA1,MTX3,UBE2G2,VEGFA,PDP1,NUDT21,RABIF,OSTM1,SNX16,ABI2,NFIB,CCNG2,TAOK1,KLHL7,ETNK1,TTC3,RLIM,ESYT2,FAM171B,PKN1,CCNT2,LTN1,ARID4A,CELSR2,FADS3,PPP1CB,NUDT11,IPO8,CDH2,PPIP5K2,CAPN7,SESN1,KIF5B,PLS3,SMARCAD1,LZTS2,ENPP5,KPNA3,TMEM14C,RARS2,SLC38A1,MAP2K2,ANKRD46,F2R,ATP11C,CASK,PRPF4B,THOC2,ZBTB33,ARMCX3,ARMCX4,MORF4L1,TMEM135,ARMCX1,PREPL,ARMCX2,DMTF1,TBL1XR1,MORF4L2,PHIP,SLC27A4,ATP6V1A,GRIA2,CD151,RTN1,RAB5C,CUL5,INSIG1,ANKRD12,ITPR1,STK39,SPATA2,UBR3,FBXO45,UBR1,LIN7C,NDRG1,ARHGAP12,ARHGAP21,PITRM1,FUT9,ORC3,NACC1,ZKSCAN3,DVL3,SUDS3,NAE1,SKIL,LONRF2,ATP6V1F,BPTF,OSBPL9,IVNS1ABP,KLHDC2,PRNP,SMAD4,TIA1,CBX5,CBX4,SYT1,SLC4A10,ARHGAP29,ASNS,DNAJC13,KLHL24,MARCH7,MARCH6,CLK4,KLHL20,AHI1,H1F0,LRFN5,GON4L,EFNA2,CNOT7,HOOK2,NBEA,HOOK1,JMY,DMXL2,UBA3,BRWD1,COPS8,SERINC3,OGT,CREBZF,SNAP25,RBM25,MCFD2,DDX3X,ZMYND19,PRKCSH,CNRIP1,DDX42,CHD6,DBI,SLC2A3,AFF4,RND3,TTC28,RBM3,SENP6,SEC61A2,SENP7,DUSP12,GRM5,SEPT7,ZC3H7A,YWHAQ,UBE2Q2,PPP6R1,GATAD1,PSD3,CEP170,WDR7,EVI5L,MAN2C1,DNM1L,CCDC50,SCYL2,HGSNAT,PPP1R12A,DST,PDPK1,VBP1,RBM18,ATRX,H2AFX,ATP6AP2,ARNT,RANGAP1,CKAP5,KLF16,EPN1,SEPT2,PJA2,DNM2,ARL4C,NSMCE4A,RCN2,PIK3CA,IGDCC4,EEF1D,IMPAD1,CTDSP2,FAM84A,LUC7L3,THOP1,IRF9,OTUB1,NFAT5,LEPROT,HDAC2,ROCK1,RAB1B,ZBTB43,KATNB1,CRMP1,HMGCR,TM2D3,GNG2,FCHO1,KRIT1,NAA25,BNIP2,FEM1C,CSK,WASF1,CLASP2,TTC14,SMARCE1,SLC35A1,SEC24B,NEGR1,FBXL19,CADPS,FOXJ2,MBOAT2,ATP2B1,GDAP1,OXR1,ASXL1,MARCKS,PIK3IP1,GLRB,PSAT1,PDCD4,RAB18,R3HDM1,SLC25A36,MBTPS2,TAF1,CUL4B"
+"gene_set_query"	"485"	"ZNF608"	"496.0"	"ARCHS4 Coexpression,265;Enrichr Queries,424;GTEx Coexpression,799"	"CNTFR,GMFB,TRIO,STMN2,STMN4,FNBP1L,BACH2,FAM110A,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,IGLON5,DPYSL3,UNC13B,MEF2C,WSB1,RBFOX2,DAPK1,PRKCE,CD3EAP,FRS2,SOX11,SOX12,RNF126,DYNC1LI2,DAAM1,RUFY3,DDIT4,PRR13,NEDD4L,AGAP1,SLAIN1,OAZ1,GIGYF2,FAM171A2,ST3GAL5,ABCA2,JUN,FZD3,JUP,CADM1,PLK2,RDX,NR2F1,UPF3A,PBX1,PRRC2B,MLLT11,MEX3B,MEX3A,VANGL2,EIF6,H2AFY2,PKIA,FXYD6,DCHS1,FAT3,PSMG2,FAT4,DZIP1,CDK14,CPEB4,SETD5,PIGU,RPLP1,CLTB,TUBA1A,TRIM2,PLEKHN1,JAK2,JARID2,APC2,MED27,DUSP6,DUSP7,SLC7A5,TMEFF1,ZEB2,TUBB2B,TUBB2A,CDC42EP3,PXDN,PAFAH1B2,ARF5,ARF6,PAFAH1B1,RNF165,ANKRD50,KIDINS220,YLPM1,NMNAT2,NFIA,ABI2,NFIB,TAOK1,CCDC6,PLP2,FAM49A,ANKRD13B,ATP8A1,CTNND2,ATN1,FRY,SLC8A1,ATCAY,CDH2,SALL2,TUBB3,ZNF326,GTF2I,TLE4,MAGI1,IGFBP3,TPM1,FRMD4A,NRBP1,THOC6,FOXP1,TNIK,TOX,SNRPB,GRIA1,TNKS,FBXO42,PHF21B,EIF1AD,SCRT2,HMBOX1,PLXNA2,NDN,SRGAP1,SLC38A2,MAP2K6,TIA1,CCDC12,ARPC4,FANCE,MARCH6,PTPRD,BCL9,LRCH2,STK24,NBEA,NSG2,MDM2,NF1,GPR107,EIF4G3,CELF2,CELF3,BICD2,DUSP12,SCRN1,PSD3,CEP170,NEO1,ADAMTS7,DST,TNFRSF19,NIPSNAP1,ARL4C,PTP4A3,CTDSP2,HDAC2,NLGN2,RAB1B,LRP6,STOX2,CACNG7,ABLIM1,LRRC8D,FYN,IGF2BP2,HNRNPA1,TRIM44,SPAG9,TUB,MARCKSL1,PCDH7,NELL2,KLF7,MARCKS,KLF6,APC,SYT11,TSPAN18,NOVA2,TNRC6A,METAP2,APP,ZMYND8,CBLB,RCBTB1,RAPGEFL1,KIF21A,ZFPL1,SEC62,EPHB2,TBC1D10A,SOX4,ARRDC4,EPHA5,EPHA4,EPHA7,SMARCC1,SMARCC2,LIMCH1,ARRDC3,MTUS1,ANK2,ANK3,TAGLN3,PFN1,TRIB2,LLGL1,PFN2,MACF1,IGSF3,MAGED1,PIK3R3,PIK3R1,TMTC4,NKAIN1,NUAK1,PCBP4,HIVEP2,B4GALNT4,TMEM184C,BCL11A,ST8SIA2,SMARCA5,DCLK2,DCLK1,UBAC2,SMARCA4,CCDC88A,ID2,SDC1,LRRN1,RCOR2,ROBO2,NRP1,CSRNP3,HIP1,PTPRS,CITED2,GRIK5,SLC7A11,VLDLR,SIPA1L2,SPPL3,ROBO1,AKAP12,EPM2AIP1,UCHL1,PCLO,ENC1,KIF1B,NDEL1,PBRM1,TSC22D1,ACAD9,MTSS1,APRT,MLF2,RHOB,ENAH,MN1,SGK1,DBN1,SATB1,PRICKLE2,PRICKLE1,ARVCF,GPC2,CTNNA2,TRAM1L1,MAP4K4,MYEF2,SORBS2,AP2B1,MIB1,ATAT1,CCNG2,TTC3,CACHD1,SCARB2,NUCKS1,CELSR3,IGF1R,BASP1,KIF5C,DENND5A,NRCAM,SH3GL1,ADAM10,CASK,POU3F2,MID1,POU3F3,TMEM136,ANKS6,WDFY3,XPR1,RAI14,PXK,CACNA1D,DTX4,NDRG1,CAMSAP1,ARHGAP12,EFNB2,ARHGAP21,FUT8,KIF3C,ZC3H13,MYH10,QSER1,BPTF,CBX5,AUTS2,PTCH1,CCDC136,CBX1,CRIM1,ARHGAP29,KLHL23,KLHL24,EFNA3,HOOK2,HOOK1,CNTN2,TCF4,AMOTL2,YWHAE,RERE,KDM5B,GSK3B,DOCK4,PRKCSH,CHD6,ELAVL4,SLC2A3,CHD4,AFF3,RND2,RND3,ELAVL2,ELAVL3,SPRED1,ZC3H7B,BCL7C,PDE4B,DACT1,HSDL1,PDPK1,PDE4D,NAV1,NAV2,ARID1B,CKAP5,SEPT2,SEPT3,VCAN,GAP43,NAV3,SETBP1,PPDPF,DCX,INA,CRMP1,HMGCR,AGPAT4,ADD2,MAPK8,IGFBPL1,GNG2,NCAM1,CLASP1,CLASP2,USP22,LCA5,PDE4DIP,MEIS2,MAPK10,FMNL2,SBK1,RPS6KB2,RBM42,SPRY2,SSBP2"
+"gene_set_query"	"486"	"XBP1"	"496.3"	"ARCHS4 Coexpression,849;Enrichr Queries,136;ReMap ChIP-seq,175;GTEx Coexpression,825"	"RPL4,RPL3,TFRC,GPATCH1,STMN3,WDR83,FNBP1L,RPL8,EPRS,TSKU,LSM10,PSMD9,PREX1,NUB1,PSMD6,RNF114,RAVER1,MYC,DPYSL2,RPL36,RPL35,AKT1,HOMER3,PRKACA,NFRKB,SAMD10,IER2,CHID1,FNBP4,DNTTIP1,CD3EAP,AARSD1,GTPBP2,SND1,EML2,SCAMP2,RUFY1,DDIT3,DDIT4,ORAI2,JTB,PRR18,UBA52,ATF4,SLBP,RPN2,PDXDC1,RPN1,HIF1A,ANAPC11,GJC1,LDHB,PRDX5,LDHA,PRDX4,HSPH1,PPP4C,PRDX1,SSR1,ST3GAL5,S100A10,EDEM3,JUN,PRELID1,JUND,JUP,CHKA,H3F3B,PLK2,EDEM2,EIF2AK3,MAD2L1BP,FAM136A,MRPL21,EIF1,HNRNPM,SQLE,RNF103,EIF5,GIPC1,FASN,NMT1,NMT2,PSMG4,DUS1L,PKIG,FARSA,FERMT2,EZH2,ARF4,LRSAM1,ARF1,GMEB2,PIGT,BTG1,PHF20,RPLP0,CLTC,KRI1,MRPL34,ING1,SHD,SMG5,BBC3,DDA1,PANX1,UBL5,TMEM189,TRMT112,TUBA1C,TUBA1B,MMP24,TUBA1A,TMEM44,ENSA,TIMP2,SH3BGRL3,RRP12,NUDC,WDR37,TPI1,SSR4,DUSP1,SSR2,ELOVL2,PGAM1,SIRT6,DYNLL1,WDR34,COPZ1,DUSP6,DDB2,BACE1,SLC7A5,TUBB2B,TUBB2A,CINP,MED20,PXDN,GARS,SLC29A1,ERGIC3,EXOC2,VAMP2,ERGIC1,GRN,RPL12,GSTP1,TIMM13,SNX32,TM9SF4,TM9SF3,FAM129B,TMEM165,PSMB6,NRAS,UNK,LMAN2,ASNA1,RPS3,RRP36,RICTOR,BRD9,RPS2,SAMD1,ZSWIM4,RPL18,RPL19,SYVN1,SNX21,HIPK1,ARCN1,BYSL,TM9SF2,LETM1,ERP44,TM9SF1,PSMC6,CCDC9,JKAMP,SNX15,NUCB1,PKN1,NUCB2,MTCH1,SLC27A1,CSE1L,AUP1,PARK7,RPL10A,ALDH1L2,CLU,ABHD12,STK11,LAPTM4A,ATCAY,ABHD11,SLC39A9,RUVBL2,CFL1,SLC39A6,CEP250,SLC39A7,MAF1,KPNA2,SH3GLB2,IK,SLC38A1,RPS9,RPS5,IGFBP3,FBXW9,PPP1R16A,CNPY3,GTF2F1,THOC7,TPST2,CLIP2,RALGAPB,SLC9A8,ERP29,SRSF2,FKBP8,FSCN1,SRSF3,ANAPC5,ADNP,SRSF6,TTPAL,FKBP4,SQSTM1,SNRPA,FKBP5,LY6E,SRSF9,CUL9,LRRC59,SHC2,CUL7,ANKRD16,CUL5,BRI3,GLO1,INSIG1,AK1,ABHD8,SLC38A10,ARL2,FBXO45,UBR2,CORO1B,HSP90B1,SOCS2,STIP1,EIF1AD,KLC4,SBNO2,PITRM1,STK38,PSAP,PGK1,BRIX1,SLC38A2,ZKSCAN1,SAC3D1,TXNDC5,IP6K2,MCL1,ESRRA,RAB4B,ANKRD24,ODF2,SEC16A,ASNS,TRAPPC9,FANCE,MARCH6,TOR1B,EEF2,UCKL1,MARCH2,COPS3,COPS6,UBLCP1,RHEB,PLXNB2,CLPTM1L,CNOT8,SERINC3,BCL2L1,ITGB1,ZNF512B,SLC25A1,HSP90AB1,MCM7,ZC3H4,CCDC47,CEP164,ETFA,AP4M1,MRPL4,PTBP1,RPL7A,DUSP12,MRPL2,SIN3B,SPR,OPA3,PPP6R3,PGM3,ACP2,PHACTR1,CEP170,PGLS,TNPO2,SLC37A3,BCAS3,HSP90AA1,GPX1,DST,GPX4,RFC2,DHPS,VPS37C,RPL13A,RAD23A,ARFGAP3,BET1L,COASY,DDOST,QTRT1,PTP4A1,TRAF4,SLC25A19,NPC2,DNAJC5,CTDSP2,TMBIM6,SLC25A5,SFT2D1,GAPDH,TRABD,PPP1R15A,SMARCD2,NDUFB7,CANT1,CLEC2L,SRF,RAB1B,CXXC1,LRP3,ZBTB45,PPM1D,SLC25A27,DNAJB1,DNAJB6,KCTD20,POLR2A,RAB23,DNAJB9,SH3BP4,IGF2BP3,FSD1,SLC25A25,ATP9A,CACNG4,SEC11C,BEND6,GADD45GIP1,PTPN1,PPIL1,NDUFA7,MARCKSL1,FEM1A,NDUFA2,CDC5L,TPD52L2,OXR1,MTOR,FBXL12,ASXL1,DNAJA1,NIN,KLF6,TSPAN13,EIF3K,PSAT1,PDCD4,RUNDC1,PDCD2,SNRNP48,TRIM37,P4HB,EIF3D,EIF3A,TPT1,EIF4A2,EIF4A1,APP,IFITM2,ZMYND8,TXNDC11,CCNC,ACTB,NUDT3,GOLGA2,RPS14,TRIM28,SNRPD2,RPS19,RPL36AL,FTH1,LONP1,ARFIP2,DENR,TRIM27,RPS11,RPS10,GLUL,SEPHS2,SOX4,TBC1D22B,SEC63,FBXO9,ARRDC1,ACTN1,COG3,ALG5,ALG2,CIRBP,TALDO1,MOGS,ACTN4,TMEM170B,MFSD11,JMJD6,AFG3L2,POR,SNHG12,VDAC1,KDELR2,PREB,SIK2,PFN1,GCDH,RTEL1,PAXIP1,IGSF3,GIPR,STXBP1,MGST3,NMD3,APH1A,DHX34,ATP6V0A2,HIVEP1,GSE1,RBM12,CTSA,BBS1,ZFR2,INSR,SURF4,PYCR2,PTK2,SRPK1,MANF,ICK,CCDC88A,RPS28,PTK7,ID2,ALDH18A1,CALR,TECPR2,RGL2,TECPR1,C2CD2L,RPS24,ITM2B,ITM2C,DDR1,TRAM1,UBXN1,FAM45A,SLC44A2,CITED2,ZFAND2A,INTS10,GDI2,CTSZ,TECR,MRPS12,ICA1,MRPS10,MIA3,RAB22A,PTPRF,HERPUD1,RPTOR,SERP1,MAP1LC3A,CHMP1B,KIF13A,TMED2,TMED1,SEC61B,UBXN4,CTSD,CTSB,COX8A,PRMT6,TMED9,SEC13,WARS,TSC22D1,MRPS25,TSC22D3,CBFA2T2,MRPS7,COMMD7,VAV2,MLF2,RHOB,UGDH,CTTN,HNRNPH1,CSDE1,CANX,CRELD1,PABPC1,EEF1E1,MAPRE1,CRELD2,ALDOA,SGK1,STK40,PRIM2,CSTB,AHCY,TOMM40,PCNA,DERL1,DERL2,CST3,CHRAC1,OS9,CUX1,NFIL3,MGAT1,NT5M,SCAND1,HEATR6,DCPS,NPM1,NFYA,YIPF3,YIF1B,RAB11B,VEGFA,PPP1CA,SPCS3,SPCS1,SGSM3,HNRNPA2B1,ESYT2,TOMM6,GRINA,DPAGT1,GALNT11,UBE3C,ZFAND3,KDM1B,CD81,HDLBP,CELSR2,ACTG1,EEF1B2,TATDN2,FAM174B,ARHGDIA,TBC1D30,PPFIA1,BANF1,ENPP5,PDIA3,NOM1,KDM2A,APLP2,KCTD2,KCTD3,ATP1B1,TRPC4AP,PDIA6,COX6B1,PDIA4,EEF1A1,PRPF6,ADAM15,TMX1,RPL7L1,DNAJB11,EEF1A2,ELMO2,UBE2V1,PPIB,CARS2,PPIA,SIDT2,RAI14,COPB2,IDI1,TMED10,NDRG3,UBA5,SEL1L,NDRG1,TAF5L,CACNA1H,SEL1L3,DPP3,SHARPIN,KIF3B,DNAJC21,ISOC1,CYC1,SYT5,HSPA9,HSPA8,KLHDC3,PRNP,HSPA5,RHBDD3,IDH1,PCIF1,IDH2,HMGA1,TBCD,DSTN,NUP153,SSH3,MANBAL,NFKBIA,GCLC,H1F0,HOOK2,APPBP2,HOOK1,GNB2,STT3A,CHMP2A,GNAS,SRPRB,SAE1,COPE,GALK1,UBE2M,NAA40,ZMYND19,MAST3,PRKCSH,USP32,SLC2A3,YBX1,MEA1,SEC61A1,TMEM101,GMPPA,MYO18A,YWHAG,RBM33,SCYL1,SUN1,RBM14,ATP6AP1,PDPK1,H2AFZ,DCAKD,BUD31,H2AFX,TBC1D9,PPP2R5D,TRNAU1AP,YWHAZ,DNM2,LMBRD1,TMEM214,ACOX1,EEF1D,GORASP2,PEX6,IFT46,PFDN4,RBM24,LUC7L2,OTUB1,B4GALT5,KDM3A,DDX25,RNF8,RSPH9,SLC3A2,TOB1,HSPD1,ADD2,TAF1D,DNPEP,MAT2A,FAM120A,ROMO1,KDM4B,RRM2,QPCTL,BNIP3,PDAP1,MAPK14,USP28,SOD2,TTC17,DLK2,SH3YL1,GOLPH3,XPNPEP1,RPS6KB1,CARM1,ERCC2,CDK2AP2,BAX,TAF6,VIM,RAN,LNX2"
+"gene_set_query"	"487"	"ZNF83"	"497.3"	"ARCHS4 Coexpression,1030;Enrichr Queries,566;ReMap ChIP-seq,61;GTEx Coexpression,332"	"TDRKH,CHIC2,SLC4A1AP,IFT172,POP4,ZFYVE1,ALKBH3,LSM10,LSM12,MPRIP,DPYSL2,PSMD2,DPYSL3,PSMD3,PRKACB,TMEM8B,STARD7,GAPVD1,PRKAB1,RC3H2,SND1,BCR,MYL6,PSME3,RUFY3,DDIT4,ORAI2,JTB,TBPL1,RBCK1,TSTA3,NPRL2,AGAP3,MRPL12,OAZ1,GABARAP,MRPL20,RHOT2,CYB5R4,LTA4H,PRRT1,JUN,PRRT2,EIF2AK1,L1CAM,MRPL24,CS,EIF5,TDP2,FASN,EZH1,ARF3,PIGU,MRPL37,MED15,SHF,SMPD3,SMPD4,TUBA1A,FASTK,JAK2,APPL1,PCMTD1,UPF1,DFFA,IFT140,PGAM1,SIRT4,MRPL48,TOMM40L,LRRC41,MRPL44,PSMA5,SLC7A5,PSMA1,PTRH2,PXDN,PGAM5,PAFAH1B3,SLC29A2,STAU1,STAU2,TMEM70,PSMB7,UNK,PSMB2,MICALL1,AP2S1,MFN2,ANO10,RICTOR,HARS,YKT6,SRSF11,NKTR,RIC3,CENPV,MDH1,USP9X,STAT2,TARBP2,LETM1,TMEM59,ABCB10,SNX16,SHKBP1,SLMAP,SERBP1,PKN1,YPEL5,YPEL3,CCNT2,ATN1,MPV17L2,YY1,POFUT2,SLK,STK16,AP2M1,FADS1,BNIP3L,SLC38A1,UBE2E2,SARS,CNPY2,CNPY3,FOXP4,MINPP1,DMTF1,ANAPC4,SRSF4,SRSF5,SRSF6,SQSTM1,KPNB1,SLC27A4,FTO,RNASEH2C,INO80B,LRRC59,MAZ,UQCRH,RAP1GAP,HSP90B1,ATXN2,MED30,ZKSCAN3,IP6K2,NEK9,TMEM120B,TIA1,BOD1,TMEM120A,FBXO31,UCKL1,ZC3HC1,SH3BP5L,TMEM11,MDM4,OGT,SNAP25,NUMA1,NENF,MRPL3,SPR,SUMO3,SUMO2,SNAP29,TRIM67,EIF5A,PPP1R12A,DST,ATRX,RABGGTB,QTRT1,PPM1A,C1D,PPP1R12B,BCAT1,BCAT2,PPP1R15A,RNFT2,CANT1,SRSF1,PRCC,CXXC1,LENG8,SLC25A27,GANAB,KCTD20,U2AF2,EIF4H,FYN,LRRC8B,HNRNPA1,UBQLN4,AAMP,ATP9B,SH2B1,HNRNPA3,PPP1R14B,TRIM41,FEM1A,NDUFA4,LYSMD1,HNRNPAB,ST7,P4HB,SMAP1,SEC24C,EIF3B,SMARCAL1,SMARCB1,TMEM41A,KDELR1,ZDHHC5,JMJD1C,ZDHHC7,THUMPD1,IFI30,TXNDC15,ACTB,CCAR1,RASSF1,HERC1,TRIM28,BSG,EPC2,CCNL2,ATXN7L3,SMARCC2,ZFP1,LIMCH1,CIRBP,FLYWCH1,KCTD12,STX1A,NUMBL,DHX9,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,TTBK1,GSPT1,APH1A,SYNGR1,PCBP3,LARS,PCBP1,RBM10,BBS1,LRRN2,INTS3,HARS2,PTK2,SMARCA4,WNK1,RANBP10,CALM3,MRPS16,FAM57B,PPP1R10,PAK1IP1,PTPRN,CCDC124,CTSZ,PCSK7,AP2A2,PTPRF,AKAP12,ARV1,HYAL2,REV3L,SDF4,GIT1,CTSB,CCT3,TMEM150B,MMD,ANO8,COMMD3,GAB2,SYP,RNF144A,CTU1,FAM193B,STK40,DYNC1I2,AHCY,STX16,DERL1,CAMKK2,RXRB,PES1,ORMDL3,CCT7,NPDC1,PEX19,TMUB1,PEX14,VEGFA,NUDT9,DPY19L3,CCNG2,NEDD4,NDUFAB1,HNRNPA2B1,TCEA1,HDGF,PNPLA6,TARDBP,CRTC2,NARF,UBE3C,CYP46A1,CELSR3,IGF1R,TXN2,FAM174B,PPIP5K2,SH3GL1,PCID2,FBXW11,DIMT1,ATG9A,TTC7B,ATAD3A,ADAM15,ANKS6,NDRG4,VCP,COX15,UBA5,SEL1L,HTRA2,CACNA1A,NDRG1,RTN4,IRAK1,DHRS7B,CAMTA1,VARS2,TBC1D17,SYT5,UBE2F,IVNS1ABP,PRNP,SYT3,PHF12,KLHL22,KLHL24,CLK4,CLK2,CLK1,PAN2,HOOK2,CCPG1,HOOK1,GNB1,GNB4,CNTN1,TAB3,PHF13,FGF13,GALK1,GSK3B,RBM25,GSK3A,PODXL2,PRKCSH,MAST1,CHD6,CHD4,CHD3,CHD2,PITPNC1,LMNB2,CABIN1,LMNB1,SEC61A1,LASP1,UBE2Q2,BCL7C,RB1CC1,GATAD1,SUN2,SUN1,RBM14,ARHGEF12,HSDL1,TTC33,PDPK1,DCAKD,DDX56,DDX54,VCAN,ELF2,TMEM214,NDUFS7,ANKS3,DDX23,RSPH9,ACVR1B,AGPAT1,RNF5,MTA1,PABPN1,TAF1C,TRA2A,TAF1A,FBRS,TTC14,RBM39,MBTPS1,TTC13,SSRP1,USF2,USF1,CLCN6,PNKD,SBK1,ERCC3,CARM1,VIM,IPO11,CLPB,HNRNPU,RPL8,PHB2,ALCAM,ZMIZ1,MYC,RPL36,FDXR,LUC7L,DIP2A,CDK5RAP3,IER2,CHGB,DDX17,WSB1,WDR74,CD3EAP,SCRIB,WDR73,GTPBP2,CLPX,CLPP,RPL27,PRR12,PRR14,CTBP1,RNPC3,HIF1A,PPP4C,RIC8B,RAD21,CHST10,ST3GAL5,PLCG1,ST3GAL2,ZSCAN18,CDK19,WDR59,PHC1,H3F3B,PLK2,MAD2L1BP,IRF2BP2,MTHFR,PA2G4,GPN1,PRRC2A,EHD1,HNRNPL,GLUD1,HNRNPF,HNRNPD,HBP1,SETD5,PHF2,GMEB1,GMEB2,BTG1,DENND1A,PHF23,ASH2L,ADO,AIFM1,TMSB4X,TIMP2,GPRASP1,CIC,BRD3,BRD2,WDR36,SHPRH,WDR34,COPZ1,WDR33,KAT2A,NCOR1,GARS,TKT,TM9SF4,BCLAF1,NSD1,USP1,SLC17A7,DTD1,RNF130,DEDD,BRD4,SF3A3,YTHDF2,BRF1,PCGF3,SCAF1,KTN1,AGBL5,ERP44,NFIB,NUCB1,PLP2,FAM49B,RAB3A,ATP8A2,TUSC2,CLSTN1,AUP1,CLU,PPP1CB,SLC39A9,CFL1,GTF2I,SLC39A3,TLE2,USP5,IGFBP3,TPM1,THOC1,DYRK1A,PGD,LEMD2,ARMCX4,ARMCX2,RAB35,PGP,SNRNP27,ERH,PHIP,ADNP,XIST,SNRPA,SNRPB,BRSK1,ENY2,RAB5C,AK1,ANKRD12,PHB,HSPBP1,PHF21A,ORC4,STIP1,HMBOX1,ZFP57,NACC1,SAFB2,ANKRD10,SKIL,PLXNA3,ANKRD34A,POLR3GL,BTBD9,SCRT1,CDK9,CDK5,CNOT1,CPE,SERINC1,NF2,LZTR1,BCL2L1,MAP3K12,RNF187,EIF4G1,CALCOCO1,WDR1,SYNE2,PTBP1,DUSP12,LBH,OPA1,SNRNP70,WDR5,WDR6,TLK1,LIX1L,AMT,RANGAP1,REXO2,PTP4A2,TRAF7,PTP4A3,TFDP1,DNAJC7,CTDSP2,TSSC4,WBP1,WBP2,RAB1B,HDAC6,DNAJB2,AP3M2,CACNG7,ABLIM1,ABLIM3,DNAJB6,RBBP4,WASF1,SEC11C,FBXL19,ADRM1,DDHD1,OXR1,RAD52,CUL4A,KLF6,VAPA,DOLPP1,POLR3E,MGAT4B,TNRC6A,METAP2,PANK4,VARS,ZMYND8,GDE1,CBLB,PNN,RPS14,PPP2R1A,FTH1,GOLGA1,HABP4,GLUL,SEPHS2,SOX4,SRRM2,ARRDC4,METTL3,ARRDC3,IFRD1,BOLA1,MRPS18B,MTUS1,SRRM1,ZW10,AKAP9,VDAC2,HECA,VDAC1,AURKAIP1,RTEL1,IGSF3,PTDSS2,MLEC,PATZ1,ARGLU1,RALGDS,BANP,NUS1,RABGAP1L,ZRANB2,TMEM50B,SLC35E3,UBAC1,CCDC88A,RPS27,FUBP1,GOLGB1,ANP32B,ITM2C,AHCTF1,DAZAP1,CITED2,PRPF19,SIPA1L3,EPM2AIP1,TMED1,TMED9,GP1BB,PRMT1,TSC22D3,NME2,NME3,PPRC1,ZDHHC17,RAB33A,MLF2,RHOB,HNRNPH3,ALDOA,SGK1,MPND,CSTB,ARNTL,TRAK2,AMN1,APBB1,TBL1X,MAP4K5,APBB3,NFYA,NFYB,SORBS2,PRPF39,RAB3GAP2,PRPF31,KBTBD7,MPHOSPH8,MRFAP1,ARID4A,TOMM22,TMEM145,CHCHD2,POGZ,CWC22,CHRNB2,TSC2,NOSIP,TSC1,LMO7,PRPF3,SPNS1,CHMP4B,SCG3,HPCA,PXN,DTX3,CPLX2,EFNA4,SDCBP,ZMAT2,MAN2A2,DMAP1,ANKZF1,MARK2,PDZD7,HSPA9,CPSF7,CBX6,KLHDC4,CPSF6,CBX5,HSPA5,CBX3,SMURF1,TBCD,EFNA3,EFNA2,TMEM115,DLG5,JMY,PI4KB,BRWD1,CREBZF,MUS81,B4GALT2,SCYL3,SLC2A3,YBX1,SENP6,SENP7,ZC3H7A,MAN2C1,RBM5,RBM6,USP48,SEPT5,FCHSD2,AKT1S1,LUC7L3,ATF6B,TM2D2,TOB1,THBS3,RMND5B,TFPT,FAM168B,PTCD1,USP20,PDE4DIP,MEIS2,CAPN10,SSBP2,LPIN2"
+"gene_set_query"	"488"	"ZNF322"	"497.5"	"ARCHS4 Coexpression,502;GTEx Coexpression,493"	"PANK3,PITPNB,FCF1,FNBP1L,ALKBH8,DPYSL5,CDC27,STMN1,EPC2,KIF21A,ACVR1,MED1,DDX18,PRKCI,CXADR,WSB1,RBFOX2,CSNK2A1,SCAF11,TSTD2,NSMCE2,RECQL,RFX3,SOX11,SCAMP1,RC3H2,FAM133B,TWSG1,RUFY3,ZSCAN21,PSME1,YME1L1,PFN1,ALG10B,KCTD18,PFN2,PRR13,SET,MAGED1,STXBP2,PIK3R3,OAZ1,RPAP3,ADH5,MTDH,FAM160B1,LDHB,WDR70,LARS,TSPAN6,HLTF,MCMBP,FDFT1,FZD3,ST8SIA2,LARP7,SMARCA1,PHC3,PAICS,DCLK1,AIMP1,MLLT11,SQLE,STAG1,ZBTB6,ZZZ3,STAG2,H2AFY2,FUBP1,CALU,LRRN1,DHX29,FAT4,HNRNPC,FERMT2,GABRB3,DAZAP2,SH3KBP1,SETD7,PHF6,ROBO1,MRPL42,UCHL1,TUBA1A,XPO1,OTUD6B,TRIM2,RIOK2,SH3BGRL3,RRP15,UPF2,CCDC112,PBRM1,SHPRH,HSBP1,TCF12,ANO6,PRPF40A,ELOVL6,BAZ1B,FAM126A,SRP9,ENAH,TUBB2B,PRPF18,FAM20B,ARHGEF1,AIDA,EXOC5,ATP6V0C,DYNC1I2,PRIM2,USO1,HSPA13,PAPSS1,TCEAL8,SRSF10,SRSF11,ATAD1,PCGF6,NPM1,MYEF2,YTHDF3,USP9X,MTX3,NR1H2,MIB1,KLHL9,MKLN1,NUDT21,SEC23IP,ABCB10,ABI2,SHKBP1,KLHL7,TAOK1,TTC3,CACHD1,ZYX,TCEA1,RAB3GAP2,CTNNB1,ESYT2,PLP2,RAB3GAP1,DBR1,UBE3C,NUCKS1,IPO7,IPO8,SALL2,CDH2,CAPN7,TUBB3,CWC22,PLS3,SMARCAD1,AZI2,GTF2I,MAGI1,USP8,MMGT1,VASH2,ATP11C,CASK,MORF4L1,MSH2,MORF4L2,EHBP1L1,UBE2V2,PPIG,FKBP3,FAM92A,ANAPC1,FTO,DDX6,RAB5C,BTF3L4,TAF5L,CORO1C,RNASEH1,ORC3,ESD,G3BP1,G3BP2,RPRD1A,MYH10,QSER1,TIA1,CBX5,AUTS2,IDH1,CBX1,CRIM1,BFAR,DNAJC13,KLHL23,EIF2S1,KLHL20,SLC7A6OS,ARPC2,COPS2,CAPRIN1,RFXAP,LSM14A,RSL24D1,ITGB1,YWHAE,KDM5B,USP34,HMGB3,PSIP1,ZC3H7A,CAPZB,UBE2Q2,PPP2R5E,PPP6R1,SUMO2,CEP170,TNPO1,HSDL1,TTC33,ATRX,VEZF1,DDX50,ZFP90,SEPT2,PJA2,NIPSNAP1,DNM2,PJA1,LATS1,DDX19A,RCN2,CREB1,PIK3CA,IMPAD1,BCAT1,TRABD,BECN1,SEC23A,HDAC2,PARG,ROCK1,WBP2,CRMP1,HMGCR,LRP6,AP3M1,CAND1,UGP2,RBBP4,POLR2B,RAB23,TAF1A,BEND3,SNRPB2,IGF2BP3,HNRNPA1,MAPK6,SMNDC1,FBRS,TRIM44,SMARCE1,TUB,CHURC1,SSB,FEM1B,CDC5L,NAP1L1,DEK,GDAP1,MFAP2,ERCC8,CEBPZ,TRIM32,TAF2,MBTPS2"
+"gene_set_query"	"489"	"ZNF652"	"497.5"	"Literature ChIP-seq,148;ARCHS4 Coexpression,801;Enrichr Queries,312;GTEx Coexpression,729"	"TFRC,HNRNPU,EPRS,RPL8,FAM110A,PSMD8,ALCAM,DPYSL2,MYC,PSMD2,DIP2B,VPS39,DDX17,SAP30BP,WSB1,CSNK2A2,CD3EAP,DICER1,SCAMP1,DAAM1,RFX7,DDIT4,TMEM126A,RPL29,CDC42SE1,NEDD4L,PDGFA,COPS7A,MRPL12,MRPL13,HIF1A,GLG1,MTDH,EDEM3,BTF3,JUN,PRELID1,JUND,IRF2BP1,PRRC2C,PHC3,PBX1,SLC6A6,PPP5C,VANGL2,EIF6,FAT4,ATG2B,LRSAM1,SMG1,PIGU,BTG1,MRPL37,MRPL32,PIGX,ING4,NIPBL,MED13,JARID2,PCMTD1,BRD3,BRD1,NUDC,PGAM1,TET2,ASH1L,WDR33,RNF167,SLC7A5,HADHA,TET3,PXDN,TMEM106B,PTRH1,ERGIC1,CLDND1,ATL2,ADCY6,SNX27,MICALL1,AP2S1,RICTOR,NCDN,YKT6,MDH2,LRRC28,WDR12,GATAD2B,MKLN1,NFIA,NFIB,TAOK1,SNX14,CCDC6,PKN1,ANKRD13D,RAB3D,FMR1,PDCD5,CASC3,SMCHD1,CFL1,AP2M1,FBXW4,USP8,RAB2B,SLC38A1,RPS5,CTNNBIP1,TPM1,PPP1R16A,TRAFD1,PIAS2,FOXP1,SNRPG,PHIP,ADNP,RAD54L2,FKBP5,SNRPB,LRRC59,INSIG1,ABHD2,ANKRD12,GPR85,SOCS2,STIP1,MAP2K7,SLC38A2,ZKSCAN1,MCL1,DR1,TIA1,OSBPL2,EEF2,DRAP1,MDM4,OGT,MDM1,RNF13,NUMA1,WDR1,PTEN,CELF4,CELF5,SYNE2,MRPL3,DUSP12,PSD3,TNPO1,NEO1,DGCR2,EIF5A,DST,ATRX,VEZF1,WIPI2,PTBP2,DDOST,PTP4A2,ASPH,CTDSP2,POLR1B,GAPDH,MTPN,PRPS1,NFAT5,SMARCD2,ROCK2,TULP4,SRM,FBXL20,GANAB,FCHO1,U2AF2,SH3BP2,EIF4H,FEM1C,ATP9B,SLC12A2,SPAG9,SEPT11,PPIL1,HNRNPA3,PPP1R14B,SSB,TRIM41,ADRM1,HIP1R,MBOAT2,RPRD2,EFR3B,RAD52,MARCKS,KLF6,RAB12,IMPDH2,TRIM35,PDCD4,P4HB,VARS,TIAL1,RASSF2,TRIM28,GOLGA1,CDC27,BSG,GLUL,SOX4,ARRDC4,SRRM2,SMARCC1,BROX,MTUS1,ANK3,PPA2,PPA1,AKAP9,FAM76A,EZR,PFN1,DCUN1D5,MGST3,MYCBP2,SDC3,PIK3R1,MBTD1,UGCG,SGPL1,HIVEP1,N4BP1,NTSR1,SURF4,PUM2,MED13L,STAG1,STAG2,WNK1,ID2,NDUFAF2,ALDH18A1,ITM2C,MON1B,NRP1,PPP1R10,SLC35F1,SLC7A11,SPPL3,ROBO1,PPP3CA,RSRC1,C1QBP,SDF4,NCOA1,CCT3,NCOA2,TMED9,PRMT1,TSC22D3,NME2,CBFA2T2,RHOB,MLF2,TOX4,CANX,WAC,FAM20B,STRAP,CD47,SGK1,SFI1,AHCY,SSNA1,CRIP2,CUX1,PES1,CCT7,CCT4,DYNC1H1,RANBP3,SORT1,MYO9A,VEGFA,TTC5,NEDD4,TTC3,ESYT2,TOMM5,NUCKS1,UBE3A,IGF1R,GRIP1,TMEM147,KIF5B,EP300,FAM3C,AZI2,PDIA3,RALBP1,TTC7B,ATP1B1,ATAD3A,PDIA6,RUNDC3A,TUFM,TMX3,TBL1XR1,TIPRL,MATR3,WDFY3,PPIB,DDX6,CACNA1A,CACNA1D,PSEN1,RPF2,STK4,EFNA4,SCUBE1,OTX1,SUDS3,CYC1,BPTF,PRNP,SMAD4,PNPT1,CBX5,NUP153,KLHL24,CRLS1,NFKBIA,EFNA2,HOOK2,HOOK1,GNB1,CNTN2,DEGS1,CLASRP,BRWD1,LRP12,PHTF2,LDB1,PRKCSH,CHD8,USP34,CHD6,SLC2A3,AFF4,LMNB2,SEC61A1,EEF2K,TIMM17A,LRRFIP1,USP47,PCDHGA4,PDPK1,H2AFX,PPP2R5B,SAFB,ARID1A,SENP2,YWHAZ,ARID1B,TGFBR1,VCAN,CREB1,RER1,LUC7L3,KDM3A,STOML2,KDM3B,TOB1,U2AF1L4,RAB40C,TAF1A,NT5DC3,MAPK1,PTCD2,USP20,USP21,GALNT2,LIMK2,ATP2B4,MEIS2,ACVR2A,USF1,PIK3IP1,BRMS1L,ATP13A3,VIM"
+"gene_set_query"	"490"	"STAT6"	"499.3"	"Literature ChIP-seq,151;ARCHS4 Coexpression,1017;Enrichr Queries,744;GTEx Coexpression,85"	"IPO13,CYFIP2,SCOC,TES,ZFYVE9,EPRS,BACH2,SCAMP5,GCSH,PCMT1,PREX1,ALCAM,DPYSL4,RAVER1,MPRIP,DPYSL2,MYC,FGFR1OP2,AKT1,DIP2B,RBFOX1,WSB2,NUP210,PRKCD,CD3EAP,RFX3,HDHD2,RUFY1,WDR81,ASPHD1,DDIT4,PSME1,CDC42SE1,TARSL2,AGAP2,MTMR9,PHYHIPL,HIF1A,GLG1,MTMR7,LDHA,CHST10,CHST15,RRS1,ST3GAL3,S100A10,JUN,JUND,HOMER1,JUP,CADM2,PBX2,EHD1,SLC6A6,ABTB1,FASN,HNRNPF,HNRNPC,OGFR,BTG1,GMEB2,SNX10,MED15,TRIOBP,IKBKB,RNF157,MED12,SMPD3,FAM102B,TUBA1A,TMEM43,TIMP2,JAK1,APC2,RPS6KL1,GMIP,DYNLL2,TERF2,DUSP6,DDB2,NCOR2,RNF168,MED25,PXDN,RAPGEF1,RNF166,RNASEL,GRN,WRB,FAM129B,FGD3,CHN1,FLNA,STAT2,LRRC28,HIPK1,SKI,MORN4,SHKBP1,ZYX,PKN1,YPEL5,YPEL3,HDDC2,MTCH1,UHRF1BP1L,ANKRD13D,CTNND1,SLA,CLU,STK16,ADORA1,TLE4,SLC38A1,RNF44,ANKRD46,CISH,ANKRD44,TPM1,ZCRB1,ATP11A,FOXP1,BSCL2,FRMD5,RAB35,FKBP3,SQSTM1,CSNK1G2,MAD1L1,LY6E,ANAPC2,PFKFB3,TNKS,ARL3,ITPR1,SPATA2,NTPCR,KLC1,CORO1A,CORO1B,SBNO2,RAP1A,STK38,NADK,LRRC4B,MCL1,WDTC1,UROS,HPS1,CORO2B,SH3BP5L,REEP2,SPIRE1,NF2,LRCH4,BCL2L1,ITGB1,ISY1,TRADD,CELF4,PIK3CD,ARRB1,ARRB2,NGRN,PTBP1,DUSP12,FSD1L,CAPZB,PPP6R1,RNPEP,NCK2,WDR7,EVI5L,DGCR6,DNM1L,VBP1,TSN,PTP4A3,SNPH,CTDSP2,C1D,LANCL2,EVL,PPP1R12C,RNFT2,PPP1R15A,HDAC1,SRC,LENG8,FURIN,JAKMIP3,HDAC7,JAKMIP2,MLLT6,TSPAN31,CDC42,CACNG7,ZNRF1,PARD6A,SH3BP2,CSK,FYN,POLR2I,EIF4E,NDUFA5,MBOAT7,NDUFA2,LYSMD2,EFR3B,NELL2,NECAP2,PINK1,KLF6,SYT11,IMPDH1,OCIAD1,TRIM37,SMAP2,APP,ISCA1,IFITM2,HDAC10,PLEKHB2,PITPNB,HDAC11,NUDT3,ACTB,FRAT2,RASSF2,FTH1,HABP4,LONP1,ARL6IP5,KIF21A,BTRC,CCDC92,KIFAP3,SCAPER,TRIM23,SLC12A9,ST6GAL1,ENTPD4,ACTN1,ACSL6,CIRBP,NSMCE1,ANK2,CPT1C,MAPK8IP2,TIAM1,SUB1,KCNQ2,PFN1,PFN2,SLC45A4,CUTA,MACF1,BEX1,STXBP2,TRANK1,CD99L2,PIK3R1,TTBK1,APOO,SNX1,FXR2,SEC14L1,PGBD5,MICAL1,ERI3,HIVEP2,SCN3A,RAB11FIP4,ATP6V0A1,CTSA,VASP,PTPRN2,IQSEC2,BCL11B,ZFR2,BCL11A,INSR,UBAC2,STAG2,ID2,CALR,ITM2C,HBS1L,NRP1,FKBP15,CITED2,SH3KBP1,CTSZ,ZCCHC17,PTPRF,RAB22A,LIMD2,SERP2,ARV1,NUDCD3,XPO6,KIF1B,KIF1A,CTSD,CTSB,TOP3B,DBNL,PRMT7,TSC22D1,TSC22D3,STRADB,LIME1,MLF2,TOX4,GAK,IMMP1L,PITPNM1,PACS1,ARHGEF1,MAPRE3,FAM193B,MAPT,PABPC1,ARHGEF2,ALDOA,SGK1,STK40,CSTB,AMIGO1,ICA1L,AKAP6,CCDC106,NOL4,RELA,GNAI2,TYMP,TRAK2,TCEAL6,ZDHHC18,TCEAL5,MGAT1,APBB1,ATP6V0E2,LCMT1,DYNC1I1,MAP3K3,MYO9B,VEGFA,PPP1CA,MPHOSPH9,TCEA2,CTNNB1,PNPLA6,CRTC2,MRFAP1,IGF1R,KIF5C,CAPN2,COTL1,DENND5A,NRCAM,SLC30A9,KDM2A,FBXW11,TTC7B,SHISA4,NOSIP,PREPL,EEF1A2,EHBP1L1,TBC1D23,PDE9A,NDRG4,BHLHB9,COPB1,PXN,CACNA1B,CLEC16A,NDRG2,RASGRP2,STK4,NDRG1,KIF3A,GRK6,CAMTA1,RPRD1A,MARK2,KLHDC2,HSPA8,PRNP,DARS,AUTS2,PHF12,HMGA1,CWC15,DNAJC18,GNAO1,NFKBIA,EFNA2,HOOK2,HOOK1,CLASRP,LRP10,YWHAE,PODXL2,PRKCSH,MAST3,ADAR,GPHN,PPP1R9B,CABIN1,HK1,SENP7,LASP1,MFSD6,BCL7A,ALDH2,PDE4B,CASP2,FLOT2,LRRFIP1,DACT1,USP46,SUN2,KLF13,PDPK1,AKTIP,UBE2QL1,ARHGEF18,ABHD14A,ARID1A,YWHAZ,DNM2,FCHSD1,IRF3,SETBP1,PEX5,TERF2IP,CDH13,PFDN2,IRF9,CAMK2B,STOML1,RGS19,ATF6B,DCTN1,SLC3A2,MAT2B,FAM169A,MAPK9,GNG3,DNPEP,CHSY1,LEPROTL1,MKNK2,PTK2B,FBRS,CYTH1,CLASP2,MAPK3,GDAP1,GLB1,ACIN1,RGS12,VIM,SSBP2,LPIN2"
+"gene_set_query"	"491"	"ZNF211"	"499.7"	"ARCHS4 Coexpression,509;Enrichr Queries,649;GTEx Coexpression,341"	"CYFIP2,APP,TRIO,VARS,KDELR1,CBLB,EPRS,GBA2,RPS17,CAPNS1,ZMIZ2,AKT2,DPYSL2,FAM110B,LONP1,LUC7L,FBXO3,AKT1,LONP2,CCNL2,IER5,VPS39,CDK5RAP3,SOX4,IER2,SRRM2,DDX17,ARRDC4,TSPYL2,GABARAPL1,WSB1,CXADR,ARRDC3,RPL22,CIRBP,CD3EAP,MOGS,SCRIB,SOX11,WDR73,ACTN4,MAPK8IP3,SND1,DDIT3,RUFY3,DDIT4,ULK3,CD2BP2,HECA,RBCK1,TTLL12,TRIB2,PRR14,CCDC84,MACF1,MTMR3,CTBP1,PIK3R1,RHOT2,LARP1,VPS8,ST3GAL5,MLEC,PLCG1,RBM10,ZSCAN18,JUN,WDR59,CHKB,PRPF38A,INTS1,H3F3B,PLK2,PBX2,HARS2,PRRC2A,EIF1,HNRNPL,WNK1,ID2,GIPC1,CDK10,HBP1,RPS20,RGL2,EZH1,RPS24,ITM2C,CDC42SE2,ARF3,TRMU,LRSAM1,PIGU,DAZAP1,BTG1,CITED2,KCNC3,ZFAND2B,SLC35F1,SLC7A11,PRPF19,PTMS,PCMTD2,ING4,EPM2AIP1,TUBA1A,ZMYM6,ENC1,GPRASP1,JARID2,RSPRY1,TOP3B,DFFB,GRIPAP1,UPF1,WDR37,TSC22D1,MRPS25,EXOC7,TSC22D3,NME2,NME3,LRRC40,GAB2,CBFA2T2,DYNLL2,DUSP6,WDR33,MLF2,RHOB,LRRC42,NCOR2,SLC7A5,KAT2A,INF2,PXDN,FAM193B,RHOU,CRELD1,SGK1,SFI1,STX16,SATB1,RPL12,CENPB,ARNTL,FAM129B,GGA2,RXRB,NFIL3,PES1,ANKRD52,BRD8,PAIP2,YKT6,NKTR,NPDC1,RIC3,CRBN,AGK,PCGF3,MIB2,DAB2IP,AP3D1,DEF8,VEGFA,SKI,ATAT1,PRPF39,CCNG2,SERBP1,TAOK2,HDGF,PKN1,YPEL5,GRINA,OTUD5,FAM13B,CD81,CLSTN1,ATN1,HDLBP,PRDM2,BZW1,IPO7,TOMM20,LAMP1,CAPN7,PAPOLG,SESN1,POGZ,LZTS2,KPNA1,SLC38A1,MORC3,USP5,ANKRD44,TPM1,THOC1,TSC2,TSC1,ATP1B1,LEMD2,ATAD3A,PYGO2,MAU2,FRMD5,DMTF1,HNRNPUL1,HNRNPUL2,PRPF3,SRSF3,CHMP4B,SRSF5,TNIK,SRSF6,FKBP4,TOX,KPNB1,SLC27A4,LRRC59,DDX5,PFKFB3,CD151,MAX,INSIG1,ITPR1,DTX3,PSEN1,SOCS2,SBNO1,HMBOX1,PITRM1,IRAK1,DVL1,NACC1,SAFB2,ANKRD10,E4F1,DMAP1,ANKZF1,IP6K2,ACBD6,PRNP,CPSF7,TIA1,MARCH9,ASNS,KLHL24,EEF2,MARCH6,AP4B1,EIF2S1,CLK4,UCKL1,CLK2,CLK1,PAN2,NFKBIA,EFNA2,HOOK2,NBEA,HOOK1,CNOT3,GNB1,NFE2L3,MDM4,PI4KB,CLPTM1L,OGT,NFE2L1,MXD4,EIF4G1,RNF187,UBE2M,B4GALT2,KDM5B,NAA40,DYRK2,PRKCSH,AKAP8L,CHD6,SLC2A3,UFSP2,YBX1,TAZ,SYNE2,LMNB2,CABIN1,FLCN,DUSP12,AP1G2,SNRNP70,ZC3H7B,CASP3,WDR6,CASP2,MAN2C1,UNKL,RBM5,YWHAG,RBM6,MAPK1IP1L,EIF5A,TBP,GLRX3,PDPK1,PLA2G4B,ABCC5,DDX56,AMT,HUNK,NAV2,RANGAP1,RAD23B,DDOST,ARL4C,GIGYF1,TRAF7,VCAN,IRF3,CTDSP2,POLR1B,DNAJC5,LUC7L3,ATG4B,TNFRSF21,PPP1R15A,GTF3C1,KDM3A,WBP1,GTF3C5,ANKS3,CXXC1,LENG8,RBM4B,MLLT1,SPG7,TOB1,U2AF1L4,SLC25A27,NXF1,GANAB,MTA1,GNG2,TAF1C,U2AF2,GNA11,LEPROTL1,TRA2A,FAM120A,DNAJB9,FEM1C,SH2B1,TTC14,RBM39,KDM4B,PPP1R14B,USP20,USP21,GALNT2,FBXL19,ATP2B4,PDE4DIP,PDAP1,SSRP1,CDC42BPB,HNRNPAB,NEURL4,KLF6,PIK3IP1,CAPN10,CARM1,MGAT4B,ACIN1,P4HB,SSBP2,BCAR1,EIF3B"
+"gene_set_query"	"492"	"FOXN3"	"500.7"	"ARCHS4 Coexpression,895;Enrichr Queries,316;GTEx Coexpression,291"	"APP,TRIO,PLEKHB2,PITPNB,ZMYND8,GPATCH1,JMJD1C,CBLB,ADARB1,BACH2,ALKBH8,PSMD8,ALCAM,HERC1,ZMIZ1,ZMIZ2,DPYSL2,PSMD2,AKT3,EPC1,EPC2,DIP2C,SLC12A6,SOX4,MEF2A,SRRM2,DDX17,EPHA4,PRKAB2,MEF2C,ST6GAL1,LIMCH1,PRKCE,ACTN1,NGDN,NSMCE2,MTUS1,CD3EAP,ANK2,ARMC8,ANK3,DICER1,ANK1,RC3H2,TIAM1,RRAGC,DAAM1,ZSCAN21,DDIT4,HECA,MACF1,MYCBP2,NEDD4L,AGAP1,SLAIN2,VPS26A,ABCB8,PIK3R1,NLK,ABR,PRDX5,PRDX4,SEC14L1,WDR70,GSE1,FAM192A,HIVEP2,ST3GAL1,CREBBP,ZRANB1,JUN,CDK19,PRELID1,PTPRN2,PHC1,CHKA,CADM1,IQSEC1,IRF2BP2,PBX2,MRPL28,PUM1,PHC3,SMARCA2,PBX1,MED13L,THAP11,EXT1,CCT6A,STAG1,EIF6,WNK1,ID2,CCDC88C,FBXL3,HBP1,DHX29,CPEB4,ITM2C,SETD2,SMG1,PIGU,BTG1,CITED2,PIGQ,SETD7,ARPC1A,CTCF,ROBO1,AKAP12,NIPBL,TMEM43,TRIM2,KIF13A,KIF1B,ARIH1,JAK2,JARID2,PCMTD1,CEP68,UPF2,BRD3,CCT3,NCOA2,CCT2,PBRM1,SHPRH,SEC13,NUDC,TPI1,TSC22D1,HSBP1,TSC22D3,TCF12,NME2,ANO6,ASH1L,WDR34,DYNLL1,TUBG1,DUSP6,MTSS1,COPZ1,MLF2,RHOB,NME1,NCOR2,PSMA5,ZEB2,PITPNM1,NFX1,CSDE1,PXDN,RAPGEF1,TMEM106C,SGK1,GAS7,DTYMK,NFIX,SATB1,CCDC107,TRAK1,PSMA7,PSMB7,SCAF8,SNX29,CHRAC1,PSMB5,CUX1,PSMB2,PSMB3,NSD1,PSMB1,AP2S1,APBB2,CCT7,MEF2D,MAP4K3,CCT5,MAP4K4,RUNX1T1,MAP3K3,PCGF6,RPA1,SNX21,SORBS2,SORBS1,SKI,ATAT1,PDCL3,ABCB10,NFIA,PSMC3,PRKRA,NFIB,CCNG2,ESYT2,PKN1,RAB3GAP1,TOMM5,UBE3C,PDCD6,FBXO28,PDCD5,PARK7,COX6A1,CNDP2,IGF1R,PPP1CB,CHCHD2,CAPN7,RUVBL2,CWC22,KPNA6,EP300,TLE4,RALBP1,MORC3,SLC38A1,KDM2A,MMGT1,TPM1,UBE4B,FRMD4A,FOXP1,CLIP1,EBNA1BP2,TBL1XR1,EHBP1L1,ELMO1,NHP2,WDFY3,PHPT1,PPIB,FKBP5,SNRPB,FKBP2,PFKFB3,PSMD14,CCDC24,INSIG1,ABHD2,ANKRD12,ITPR1,UBR3,NDRG1,TAF5L,FBXO42,KIF3B,PITRM1,EIF4EBP2,SLC38A2,BCL9L,MCL1,WDTC1,SMAD1,PRNP,SMAD4,RAB4B,AUTS2,RHBDD2,PTCH1,CRIM1,KLHL24,FANCE,SMAD5,KLHL20,PTPRD,LRCH1,HOOK2,HOOK1,CNOT2,JMY,UBA2,LSM14A,COPE,RERE,CALCOCO1,DDX46,DOCK9,PRKCSH,CELF2,FHL1,CHD6,CHD2,AFF3,PITPNC1,SYNE2,DUSP12,EEF2K,SIN3A,PSD3,PDE4B,MYO18A,ERC1,LRRFIP1,UNC45A,KLF11,SUN2,KLF13,DST,PDPK1,PDE4D,ATRX,IQCE,ARNT,NAV1,NAV2,ARID1A,ARID1B,LATS1,PTP4A3,PIK3CA,SETBP1,SYF2,CTDSP2,NUP54,TMEM9,SOS1,PPP1R12B,BECN1,NFAT5,KDM3B,ROCK1,LRP1,ROCK2,TGFBRAP1,ASAP1,SRL,HSD17B10,MLLT6,ABLIM1,DNPEP,DNAJB6,SH3BP2,BNIP2,FYN,CYTH1,SEC11C,SPEN,USP24,SEC24B,SEMA4D,FEM1B,CNBP,TAF10,ADRM1,FOXJ2,ATP2B4,CDC5L,PDE4DIP,RPRD2,ACVR2A,PNRC1,NELL2,KLF7,PNKD,MARCKS,KLF6,GALE,NIN,EIF3I,PDCD4,SSBP2,PDE7A,SSBP4,RAN,TAF1"
+"gene_set_query"	"493"	"MEIS1"	"503.4"	"Literature ChIP-seq,57;ARCHS4 Coexpression,820;Enrichr Queries,683;ReMap ChIP-seq,255;GTEx Coexpression,702"	"ITSN2,POP5,MAPKBP1,SCOC,MT-ND4,NUP107,POP7,TFRC,EHMT2,TESK1,RBPJ,FAM110A,PSMD8,PREX1,PSMD6,SAMD14,KRTCAP2,LSM11,DPYSL2,DPYSL3,PSMD3,ANKFY1,AKT1,PWWP2A,GABARAPL2,HES6,MEF2C,RBFOX2,FNBP1,NGDN,FRS2,RFX1,EML1,SCAMP2,RUFY1,EID1,MYL6,PRKAR1A,DDIT3,PSME4,DDIT4,RUFY2,JTB,TBPL1,ASPHD2,CGGBP1,ATF4,SF1,UNC119B,NPRL3,AGAP2,COPS7B,BAZ2A,ABCB8,MTMR6,RHOT1,PRKAR2B,LTA4H,PIP5K1C,HMGXB3,ATRIP,JAG2,ABCA2,JUN,CADM1,NR2F1,EIF2AK3,MRPL23,PBX1,MLLT11,SETX,ABTB1,NMT2,DCHS1,SFXN1,PSMG2,PKIG,FERMT2,TMEM9B,RNF220,GPR19,PIGS,PIGU,PIGO,RPLP1,PIGP,ARHGAP1,PRKAG2,TRIOBP,PIGX,BBC3,DDA1,MED11,MMP24,MED10,TCP11L2,SH3BGRL3,DLGAP1,PCMTD1,DLGAP4,UPF1,DUSP1,IFT140,PGAM1,SIRT4,ELOVL6,BAZ1B,MED27,MRPL45,DUSP6,MED29,MED22,SLC7A5,MRPL53,MED25,SLC7A6,CDC42EP3,MED20,PXDN,RAPGEF1,TUT1,SLC29A1,PAFAH1B3,VAMP2,ERGIC1,ARF6,ELOF1,WRB,ATL2,HTT,CENPB,PSMB2,PSMB3,SPOP,CLPTM1,RICTOR,BID,RABAC1,SRSF10,YKT6,NKTR,EGLN2,LRRC24,CRBN,YLPM1,SNX21,ARCN1,GATAD2A,BYSL,TAOK3,CCDC9,SLMAP,APEX1,ETNK1,CRLF2,NAB1,UBE2D3,SLA,PLOD3,TSEN2,POFUT2,STK11,SESN1,SCMH1,STK16,OSBP,PIM3,AP2M1,PPP1R16B,IK,ATP11B,FOXP1,MSH6,FRMD3,ACAP3,LIX1,MAPKAPK2,SRSF4,SRSF6,SRSF8,ANAPC2,RNASEH2C,INO80B,LRRC59,MAX,ARL3,CORO1A,CORO1C,SLC9A1,SOCS2,RAP1A,PMVK,STK38,PGK1,EVI5,SOCS7,NEK9,TMEM120B,ZBTB17,TIA1,STYX,ARPC4,PTPRD,LRCH2,ARPC2,STK25,NACA,NFE2L1,MDM1,MCFD2,NUMA1,CELF2,POMT1,PTEN,ARRB1,ARRB2,ETFB,MRPL4,ZNRD1,CAPZB,PPP6R1,PPP6R2,NCK2,HMG20A,MDP1,SNAP29,UNKL,UNC45A,EIF5A,BCAS3,EIF5B,PPP1R12A,SH2D3C,VEZF1,VPS37B,ARFGAP1,ARL4C,NSMCE4A,SNPH,SYF2,C1D,TOP1,PPP1R12B,SEC22B,SLC25A12,SLC25A5,PPP1R12C,TNFRSF21,AHDC1,SEC22C,PPP1R15A,CANT1,GTF3C5,NDUFB6,SRC,SRF,SRSF1,CXXC1,LENG8,LRP3,MLLT1,ZBTB45,CXXC4,EHBP1,LRP6,CDC42,ZNRF1,GANAB,SLC25A28,NCLN,PARD6A,KCTD20,U2AF2,SH3BP2,KRIT1,LRRC8D,FYN,IGF2BP2,SLC25A25,EIF4B,SH2B1,CYB5B,PTPN1,NTRK2,CIZ1,PPP1R14C,SLC12A5,PCDH9,PCDH7,NDUFA2,FOXJ2,LYSMD1,CDC5L,BAIAP2,TPD52L2,HNRNPAB,NELL2,TSPAN18,PDCD4,OCIAD1,P4HB,SMAP2,MDGA1,EIF3B,EIF4A2,PPAN,ZDHHC5,KEAP1,THUMPD3,THUMPD1,NUDT3,RASSF1,TRIM28,OGFOD2,EPC2,PTGFRN,CCNL2,KIF21B,EPHB2,ATXN7L3,TBC1D22B,EPHA4,EPHA7,ZFP1,ENTPD4,LIMCH1,ACTN1,NSMCE1,CIRBP,TALDO1,MOGS,CSNK1E,BCS1L,PISD,STX1B,SFRP1,FNDC4,CDC37,CSNK2B,KCNQ4,FAM76A,KCTD12,STX1A,GGNBP2,CTR9,SUPT4H1,PIK3R1,PTTG1IP,UBE2J1,APH1A,SNX3,PGS1,COMMD9,DHX35,PCBP1,DYM,RCE1,SEC31A,XBP1,INTS1,IQSEC1,MYO5A,SMARCA2,PTK2,ICK,ID2,CWF19L1,PPP1R1B,GRB2,INTS7,RCOR2,CALM2,SUGP2,NRP1,USPL1,FAM57B,PPP1R10,INTS10,TECR,IER3IP1,AP2A2,PTMS,HERPUD1,AKAP12,PPP3CA,SPTLC2,UIMC1,ENC1,SDF4,RAC1,SDF2,NANS,CTSB,CAP1,VKORC1,PCYT1B,PCYT1A,ATMIN,MMD,MINK1,ZFR,ANO6,COMMD6,COMMD7,CTTNBP2NL,RNF144A,MN1,KIN,KIF2A,KIT,CANX,TAX1BP1,ARHGEF4,NCOA7,ARHGEF1,CD47,CRELD2,STK40,SATB1,PRICKLE2,NEDD8,PRICKLE1,COX5B,PCNP,SH3BGRL,PGRMC1,MNT,NFIL3,PES1,ORMDL3,HSF1,MGAT3,MGAT1,GPC4,CCT8,CCT7,CCT5,NPDC1,MAP3K3,SORT1,YIPF4,PLEKHA5,MYO9B,UBE2G2,AP2B1,DOHH,VEGFA,YIF1B,PER1,PDCL3,SEC23IP,CSDC2,KLHL7,HDGF,PNPLA6,GRINA,ZFP28,OTUD4,SH3GL3,SCARB1,NARF,NUP188,UBE3C,CD81,ZFAND6,WWC1,CYP46A1,ACRBP,TXN2,IGF1R,AMMECR1L,FAM174B,PALM,DENND5A,BAHCC1,ENPP5,PPFIA3,RGS6,ZGPAT,DNAJB12,TTC7B,MID1,TBC1D20,HNRNPUL1,FAM173A,EHBP1L1,PLAA,TBC1D23,PPIB,RTN2,NDRG4,RTN1,PKDCC,ARHGEF26,NDUFB10,ARHGEF25,TOR1AIP2,CACNA1C,PDS5B,NDRG1,CACNA1H,RTN4,IRAK1,TBC1D13,TBC1D14,CAMTA1,NDUFV2,NDUFV1,CCDC134,UBE2F,YARS,PRNP,OST4,UBE2H,UBE2I,AUTS2,CRIM1,KLHL22,KLHL23,UBE2A,MANBAL,ANKHD1,RCL1,PAN3,HOOK2,HOOK1,GNB2,UBA3,IFT27,GNB5,TCF3,PICALM,GSK3A,RBM25,DYRK3,PRKCSH,CNRIP1,MAST2,PRR3,HP1BP3,MAST1,CHD6,ILK,CHD4,TRIAP1,RND3,LMNB1,PPP1R9B,LASP1,ABHD16A,UBE2Q1,GATAD1,LRRFIP2,LRRFIP1,SUN1,TBP,DCAKD,DDX54,NAV2,GLRX2,CREB3,VCAN,LMBRD1,SETBP1,ALS2,EEF1D,IFT46,CUEDC1,DCTN6,AGPAT5,DCTN5,DCTN2,DCTN4,ASB13,RBM4B,DDX21,ACVR1B,NT5C2,AGPAT1,ADD1,GNG2,OXCT1,NAA25,MTA2,PDLIM7,CLVS1,ATP2B4,SOD2,MAPK14,CHFR,GOLPH3,TEF,ERCC1,ASB8,CARM1,ERCC5,VIM,TES,RPL3,CLPB,TRRAP,ARPC5L,DCAF8,STMN3,SMC3,FNBP1L,EPRS,PHB2,DCAF4,BACH2,RRP9,GCSH,ALCAM,CNST,ZMIZ1,MYC,WDR91,LUC7L,DIP2B,VPS36,IER5,IER2,CDK5RAP3,TSPYL1,UNC13A,DAPK3,ARMC9,WDR75,SOX11,HCFC2,NISCH,DYNC1LI1,BIN3,DAAM1,ARMC6,BIN1,GPR161,YME1L1,RPL27,PRR13,NEDD4L,GJC1,FAM160B2,PPP3R1,PPP4C,RIC8B,FLRT2,CHST12,LDHD,CEP70,ST3GAL5,ST3GAL1,S100A10,CDK17,BRAP,CDK19,NDFIP1,WDR59,DMPK,H3F3B,PLK2,RAB3IP,MTHFR,NR1D1,PRRC2B,PRRC2A,TMEM198,HNRNPL,SLC6A6,HNRNPK,ATG2A,CDKN1C,OGFR,SETD5,PHF2,CDKN1B,BTG1,ELL,TCF25,DENND1A,ASH2L,ADO,CLINT1,SMG5,RNF157,ING4,TRIM8,TMSB4X,ENSA,CIC,JARID2,TERF2,GNL1,HADHB,ZEB2,SIKE1,TUBB2A,INF2,MTF2,PLEKHO1,EXOC2,EXOC1,GRAMD1A,GRN,PHLPP1,NFIX,ADCY6,TMEM165,RPL13,SLC17A7,PAIP2,DTD1,RNF130,RUNX1T1,PAIP1,KIDINS220,CSNK1A1,NR1H2,ELP3,TRMT1,GTF2H1,SLC8A3,AGBL5,TM9SF1,NFIA,OSTM1,ABI2,NFIB,ZYX,TMEM39B,RNF141,FAM49A,ANKRD13D,TUSC3,RNF19B,CLU,FAM107B,CDH2,GRB14,SLC39A7,LZTS2,TMSB10,IFNAR2,TLE4,KCMF1,TLE3,SEMA6C,RAB2B,MAP2K1,TLE2,TPM4,IGFBP3,TPM1,DYRK1A,THOC1,VASH2,TRAFD1,VRK3,DGKZ,RNF41,BSCL2,ST7L,ARMCX4,CLIP1,ILF3,RAB31,RAB34,DMWD,RAB35,TNIK,CSNK1G2,BRSK1,RAB5B,RAB5C,CD151,CUL5,INSIG1,CCDC25,GLT8D1,UBR3,HSPBP1,PHF21A,STIP1,KLC4,NACC1,PSAP,TPR,ABL1,DVL3,MAP2K7,SKIL,AP1M1,PLXNA3,ANKRD28,ESRRA,TRAPPC2,AKIRIN2,OSBPL8,TRAPPC3,RAB4A,ANKRD27,TRAPPC1,TOR1A,CCDC12,TRAPPC5,OSBPL2,DHCR24,MARCH6,FANCE,LSM4,ZZEF1,COPS4,CDK9,MARCH2,BCL9,COPS3,NSFL1C,LSM7,SCCPDH,YEATS2,LHX2,CDK4,TADA3,PLEKHM2,TPP2,TADA1,GPR107,SERINC1,NACAD,CNOT8,CNIH4,BCL2L1,EIF4G1,ZC3H4,RNF14,UFSP2,DUSP12,SART1,GM2A,SCRN1,AP1G1,SIN3A,WDR5,WDR7,EVI5L,SLC37A4,SLC37A3,ILKAP,RFC3,REXO1,RFC2,SGIP1,ELAC2,TRPC2,LIX1L,ZFP91,SMC1A,PTBP2,TRAF7,PTP4A3,DNAJC7,ASPH,DAD1,CTDSP2,DNAJC5,SOS1,EIF4E2,LEPROT,TSSC4,WBP1,RPL36A,DCAF15,DNAJB2,DNAJB1,ABLIM1,FIP1L1,HECTD3,RBBP5,MGAT5B,VPS52,ASCC2,POLR2I,DCAF11,MEST,DCAF13,JAZF1,SEC11C,SMOX,SEMA4B,PLCL2,PNRC2,RAD52,NIN,KLF6,MARCKS,APC,RHEBL1,APP,SLC35B2,ISCA2,SLC35B4,VARS,PITPNB,PITPNA,DIXDC1,PPP2R2A,ARL6IP5,SOX4,AGFG1,SOX5,SRRM2,TIPIN,BROX,NFKBIL1,IFRD1,ARRDC3,CARHSP1,RRAGC,ZW10,RRAGD,MTHFD2L,AKAP9,GUF1,VDAC1,CUTA,TSHZ3,STXBP2,TWF2,LIAS,MYL12B,INPP5B,DGUOK,NUAK1,PRRC1,ATP6V0A2,GSE1,TNRC18,ATP6V0A1,VASP,BCL11A,SYNRG,KLHDC8B,UBAC2,STAG1,FUBP3,RPS29,GOLGB1,RNPS1,TMCC1,ITM2C,HBS1L,TOP2B,DAZAP1,HIP1,UBXN1,FAM45A,CITED2,SH3KBP1,FAF1,SLC35F5,ZFAND2B,PRPF19,SPPL3,ROBO1,SERP2,XPO1,XPO5,RAB8A,TMED4,CDV3,CBR1,ZER1,TSC22D1,GP1BB,TSC22D3,PRMT3,NME3,TUBG2,MTSS1,TOPORS,RAB33A,RHOA,RHOB,RAB33B,SCNM1,NFX1,HNRNPH3,RHOV,ALDOA,SGK1,MAPRE1,MAPRE2,SDCCAG8,NOL8,UQCR10,PTN,PTS,AMN1,HIRA,ANKMY2,CUX1,TCEAL1,NT5M,DCPS,MAP4K4,RANBP3,RYK,SLC31A1,PTGES3,GBF1,XPO7,SORBS2,SORBS1,RAB11A,SPCS1,R3HCC1,RAB3GAP2,CAMK1,RAB3GAP1,TOMM6,NDUFA11,GOLT1B,SPPL2B,HDLBP,ARID4A,CNDP2,TATDN2,ARHGDIA,FPGS,COTL1,ANGEL2,TOMM34,MATK,KCTD3,ATP1B1,PREPL,ILVBL,ELMO1,CHMP4B,ELMO2,PXK,PXN,CLEC16A,ADIPOR1,CSF2RA,TMEM121,EFNB2,EMG1,SCUBE1,TMEM127,DPP9,TMEM128,ZMAT5,RPRD1B,RPRD1A,MYH10,PDZD7,ANKZF1,KLHDC10,DARS,ACBD6,SMAD4,KLHDC4,CBX4,TBCA,DNAJC17,COQ2,DLG2,EFNA2,TMEM115,CAPRIN1,ACBD3,MUS81,GPSM1,KDM5B,KDM5C,ABCD3,USP38,CBY1,DBI,SLC2A3,USP39,POLB,SEPT9,SEPT6,SPRED1,SENP5,ZC3H7A,SNAPC2,LRRTM2,PDE4B,SPEG,CASP2,PDE4A,RBM5,RBM6,KDM6A,ABCC5,PDE4D,CTPS2,ARID1A,LSS,CKAP4,DNM2,FCHSD2,RASA1,CDH11,USP40,CHMP7,STOML2,TM2D2,USP10,GMPR2,MOSPD3,USP19,RPS6KC1,LEPROTL1,GNA11,NT5DC3,GNA12,NCAM1,SPEN,KDM4A,KDM4B,USP20,LCA5,MEIS2,SLC4A8,PIK3IP1,SPRY2,BAX,ATP13A2,SSBP2,LPIN2,SSBP3"
+"gene_set_query"	"494"	"ZNF34"	"504.3"	"ARCHS4 Coexpression,336;Enrichr Queries,437;GTEx Coexpression,740"	"GPATCH1,HNRNPU,ADARB1,EPRS,RPL8,FNBP1L,CAPNS1,DPYSL2,MYC,AKT3,FAM110B,STMN1,AKT1,MPV17,DIP2C,IER2,CHGB,TSPYL2,GABARAPL1,RBFOX2,CXADR,WSB1,TSPYL1,NGDN,CD3EAP,SCRIB,SOX11,ARMC8,GTPBP4,MED6,DAAM1,WDR82,DDIT3,FEZ1,DDIT4,VPS28,ANAPC13,FLII,NEDD4L,MTMR7,PPP3R1,ST3GAL1,ACD,JUN,PRRT2,JUND,PLK2,IRF2BP2,PBX2,POU6F1,PRRC2A,EIF1,MLLT11,HNRNPL,SQLE,SFXN3,HBP1,FXYD6,FAT4,EZH1,TMEM9B,ARF3,PHF2,PIGU,CDKN1B,BTG1,PIGT,SMG5,SHF,MECP2,MRPL42,TUBA1A,TRIM3,JAK2,GARNL3,CEP68,BRD2,UPF1,ACTL6B,TEX10,LRRC40,ASH1L,DUSP6,SRP9,TUBB2B,TUBB2A,INF2,KIFC2,CDC42EP3,PXDN,VAMP4,ERGIC1,NFIX,WRB,CENPB,FAM129B,TM9SF3,EXOSC10,FLNA,ANKRD52,MEF2D,RUNX1T1,CRBN,CSNK1A1,DAB2IP,SCAF1,BLCAP,GATAD2A,SKI,RNF146,NFIA,MORN4,NFIB,SERBP1,TAOK2,PKN1,YPEL5,CEP120,FRY,IPO7,NRBP2,LAMP1,TUBB3,RNF19A,SESN1,LZTS2,FADS1,SYBU,TLE2,DGAT1,TPM4,PPP1R16A,F2R,UBE2E1,THOC6,BSCL2,CTDNEP1,MORF4L1,AAGAB,KPNB1,CSNK1G2,LY6E,GLYR1,SLC27A4,RNASEH2C,LRRC59,INSIG1,ITPR1,NRF1,PHF21A,FBXO42,SOCS2,PITRM1,DVL1,NACC1,ABL1,THEM4,SLC38A2,MPDU1,IP6K2,ATP8B2,TRAPPC9,EEF2,MARCH6,FBXO31,REEP1,LRCH2,LRCH1,SH3BP5L,CPE,GPR107,SERINC1,NFE2L1,MAP3K12,EIF4G1,CALCOCO1,WDR1,ZC3H3,TRO,DUSP12,PPP6R1,PMEPA1,ERC1,GAL3ST3,ILKAP,IDH3A,RAD23B,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,TMBIM6,SLC25A14,PPP1R15A,MTPN,CANT1,RNF34,ROCK1,RAB1B,JAKMIP2,GANAB,PUF60,U2AF2,POLR2D,FEM1C,FYN,NDUFA5,NTRK3,FOXJ2,RPRD2,CDC42BPB,HNRNPAB,TNRC6C,KLF6,MGAT4B,POLR3F,CCNI,DIXDC1,ZDHHC5,TXNDC16,RUSC2,TRIM28,LONP1,EPC1,EPC2,CCDC92,ATXN7L3,SOX4,ACTN1,ZFP2,ARRDC3,MTUS1,MOGS,ANK3,ACTN4,THAP3,CRYZL1,HECA,SIK1,TAGLN3,TRIB2,EIF1B,PFN2,SLC45A4,BEX4,BEX2,BEX1,DHX8,MAGED1,PIK3R1,INPP5B,APH1A,PCBP4,MLEC,RIMKLB,INTS1,RCC2,MICAL3,MICAL2,PTK2,MED13L,ID2,FBXL3,ITM2C,PCSK2,DAZAP1,CITED2,GPAA1,PPP1R10,ZCCHC18,PRPF19,TMED4,NCOA1,TSC22D1,TSC22D3,MINK1,MRPS7,MTSS1,MLF2,RHOB,WAC,ARHGEF7,SGK1,MAGEH1,CCDC107,NOL4,GNAI1,ARNTL,ARVCF,MNT,EXOSC4,NFIL3,TCEAL1,MAP4K5,PAK3,NPDC1,SORBS2,PPP1CA,VEGFA,ATAT1,BOP1,KBTBD4,TTC5,CCNG2,TTC4,TCEA2,HDGF,ZFP28,GRINA,HDLBP,ARHGAP39,SBF1,TUFM,HNRNPUL1,HNRNPUL2,EEF1A2,SCG5,PLAA,CHMP4B,SCG3,DDX5,RTN1,ARHGEF25,NXPH3,DIABLO,NPR2,CACNA1A,KLHL12,NDRG1,SUPT6H,EFNB2,SHARPIN,IRAK1,H1FX,PRNP,UBE2I,CPSF1,KLHL26,PTCH1,PCIF1,DSTN,KLHL24,CLK4,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,RFXAP,GNB1,UBA2,RERE,KDM5B,KDM5C,PRKCSH,CHD6,ELAVL4,CBY1,ARHGEF10L,YBX1,PKD1,LMNB2,SENP7,SEPT9,LASP1,ZC3H7B,MCF2L,SPEG,SUN2,KLF11,SUN1,PDPK1,ATP6AP2,NAV2,SENP3,DNM2,ALS2,SETBP1,TERF2IP,IRF9,NAA20,DCTN3,CRMP1,TOB1,NCALD,STRN4,FAM168B,DNPEP,GNG2,FAM120A,SPEN,EYA3,PDE4DIP,GDAP1,MAPK10,PIK3IP1,CARM1,ACIN1,RGS11,SSBP2"
+"gene_set_query"	"495"	"MLXIP"	"504.7"	"ARCHS4 Coexpression,544;Enrichr Queries,257;GTEx Coexpression,713"	"APP,TRIO,ARL6IP1,TFRC,HDAC10,ZMYND8,ARAF,PREP,DCAF8,KEAP1,ZDHHC7,ZDHHC8,BACH2,ZDHHC4,DCAF6,NDST1,NUB1,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,AKT2,ZXDC,LONP1,PRKACA,GLUL,SOX4,SRRM2,PRKAB2,TSTD2,ACTN1,ARRDC3,CIRBP,CD3EAP,CSNK1D,SCRIB,GTPBP2,ANK1,HCFC1,GNPAT,RNF123,SUB1,ZSCAN21,PSME4,DDIT4,HECA,ULK1,SIK1,PRR12,SF1,MACF1,POM121,TMEM161A,TTYH3,FLII,NEDD4L,BAZ2A,PIK3R1,HIF1A,PRDX3,LDHB,LARP1,PRKAR2A,HIVEP1,DYM,GSE1,SYMPK,TNRC18,HIVEP2,ST3GAL1,CREBBP,JUN,JUND,JUP,INTS1,IQSEC1,SETD1A,MICAL3,IRF2BP2,PBX2,PBX1,PRRC2B,MED13L,PRRC2A,TADA2B,SLC6A6,NPLOC4,WNK1,FASN,ID2,DUS1L,CPEB4,ITM2C,NRP1,SMG1,PIGU,BTG1,CITED2,PCSK7,SIPA1L3,MED15,PTPRF,AKAP12,ARIH2,KIF1B,CIC,JARID2,PCMTD1,LRRC47,UPF1,TMEM150A,TPI1,TSC22D1,PABPC4,TSC22D3,PGAM1,MINK1,DYNLL1,DUSP6,SRP9,RHOB,NCOR2,GAK,SLC7A5,ZEB2,MED25,PSMA3,PSMA4,INF2,PACS1,PSMA2,CSDE1,PXDN,TET3,PITPNM2,ARHGEF1,FAM193B,SGK1,PAFAH1B2,STK40,GRN,NFIX,SATB1,USO1,DOT1L,AKAP8,TRAK1,SLC7A1,MNT,PSMB5,CUX1,PSMB1,STX6,FLNA,MEF2D,MAP4K4,BRD4,EGLN1,BRF2,MBD6,SF3A2,SORT1,MIB2,SAMD4B,UBE2G1,MYO9B,UBE2G2,VEGFA,GATAD2A,RGP1,SKI,PER1,NFIA,NFIB,CCNG2,PKN1,TACC2,TOMM5,MIDN,CRTC2,DGKD,ATN1,UBE3B,IPO7,IGF1R,STK11,CAPN7,KHSRP,ARHGDIA,SCMH1,EP300,FBRSL1,KPNA4,MAF1,FADS1,KPNA1,KCMF1,TLE3,SEMA6C,SLC38A1,RNF44,KDM2A,TPM1,DYRK1B,TSC2,ATP11A,FBXO10,ILF2,FOXP1,ATXN2L,CTDNEP1,CLIP1,MAU2,HNRNPUL1,EHBP1L1,FSCN1,RAF1,SQSTM1,CSNK1G2,FKBP5,ANAPC2,PFKFB3,CUL5,PSMD14,ABHD2,ANKRD11,PXN,UBR4,LTBP4,SLC38A10,UBR2,RASGRP2,NDRG1,SUPT6H,RAI1,SBNO2,PITRM1,MAN2A2,DPP9,DVL1,BTBD2,PLXNA2,ANKRD10,PLXNA1,CAMTA2,MAP2K7,SLC38A2,MARK2,ATP6V1F,MCL1,BCL9L,BPTF,WDTC1,KLHDC2,ESRRA,HSPA8,PRNP,SMAD4,AUTS2,CPSF1,BOD1,SEC16A,TNK2,TIMM44,KLHL24,ZZEF1,NFKBIA,CDK8,BCL9,EFNA2,HOOK2,STK25,PTPRA,HOOK1,OSTC,GNB1,PLXNB2,CLASRP,LRCH4,MXD4,RERE,ACADVL,USP38,NUMA1,LDB1,PRKCSH,MAST2,CHD6,ATP2A2,DBI,CHD3,PTPN23,PKD1,DUSP12,BCL7A,SUMO1,PPP6R1,SNRNP70,PPP6R3,MYO18A,PMEPA1,SPEG,HIF1AN,LRRFIP1,MAN2C1,SCYL1,KDM6B,ADSL,KLF13,REXO1,DST,PDPK1,H2AFZ,PDE4D,RAD23A,VEZF1,NAV1,NAV2,VPS37B,ARID1A,ARID1B,EPN1,DNM2,DDX19A,GIGYF1,PTP4A3,THRAP3,CTDSP2,C1D,EIF4E2,PPP1R12C,CHMP5,RNF31,NFAT5,MGRN1,RAP1GDS1,DDX23,LENG8,FOXK1,FURIN,USP19,STRN4,STRN3,MLLT6,HDAC7,ABLIM1,HECTD1,DNPEP,POLR2A,GNA11,FAM120A,MKNK2,SH3BP2,FEM1C,FBRS,ABCF1,SH2B1,SPEN,PTCD1,MARCKSL1,CIZ1,KCNJ11,FEM1A,CNBP,ATP2B4,CDK11B,SLC25A38,CUL4A,NELL2,CLCN7,KLF7,MCM3AP,KLF6,ASB8,VPS41,POLR3E,MGAT4B,EIF3G,ACIN1,VIM,RAN"
+"gene_set_query"	"496"	"ZBTB43"	"506.0"	"ARCHS4 Coexpression,584;Enrichr Queries,392;GTEx Coexpression,542"	"TFRC,HNRNPU,PHB2,DCAF6,PSMD8,PSMD7,CAPNS1,RAVER1,PSMD2,DPYSL2,MYC,PSMD3,AKT1,AP1S1,IER5,IER2,MEF2A,GABARAPL1,WSB1,IAH1,CSNK2A1,CD3EAP,DNTTIP2,SCRIB,CLPX,SND1,RNF123,DYNC1LI1,BIN1,DDIT3,PSME4,DDIT4,PRR12,NEDD4L,MRPL14,HIF1A,CYB5R1,CYB5R4,PRKAR2A,RDH13,PLCG1,NAA50,JUN,JUND,IRF2BP2,PBX2,EIF1,PRRC2A,TADA2B,HNRNPL,SLC6A6,NPLOC4,EIF5,GIPC1,GTF2IRD1,HBP1,CPEB4,ARF3,SMG1,PIGU,BTG1,OSBPL11,SMG5,RRP12,JARID2,LRRC47,BRD2,UPF1,MIOS,EPS15L1,DUSP6,PXDN,RAPGEF1,PELI1,RAPGEF2,TKT,SLC29A2,USO1,CENPB,RICTOR,ZSWIM6,ANKRD52,MEF2D,YKT6,EGLN1,BRF2,MDH2,CSNK1A1,SCAF1,SLC8A3,RYBP,PSMC1,PSMC2,TAOK2,TSR1,NUCB1,PKN1,ATN1,CFL1,KPNA6,NUDT19,KPNA4,PIM3,SLC39A7,LZTS2,KPNA3,AP2M1,KPNA1,KCMF1,SLC38A1,USP5,TPM3,CACNB1,CLIP1,FKBP4,SQSTM1,KPNB1,CSNK1G2,FKBP5,GLYR1,ANAPC2,LRRC59,INO80E,PFKFB3,RAB5C,CUL5,INSIG1,ABHD2,MAZ,UBR3,UBFD1,CORO1B,BTBD1,BTBD2,NACC1,ABL2,SLC38A2,SKIL,MCL1,NOP16,EEF2,CNOT4,COPS3,COPS5,SH3BP5L,TMEM11,MAFG,NFE2L1,EIF4G1,ZNF512B,SCHIP1,PPP6C,DUSP12,RPL7A,SART1,PPP6R1,SNRNP70,UBTF,WDR5,HIF1AN,DGCR2,EIF5A,ADSL,DST,RAD23A,TFIP11,RAD23B,ARFGAP1,PTP4A1,DNAJC2,TRAF7,PTP4A3,CTDSP2,DNAJC5,CCDC43,TOP1,PPP1R15A,GTF3C1,PPP1R15B,NFAT5,SMARCD2,CANT1,HDAC1,RAB1B,MLLT1,RAB21,DNAJB1,GANAB,HECTD1,DNAJB6,U2AF2,DNAJB9,RBBP6,FEM1C,FNIP2,UBQLN4,SPAG9,KCNJ11,FEM1A,FBXL19,ADRM1,CDC42BPB,HNRNPAB,CUL4A,KLF6,RAB12,POLR3E,MGAT4B,P4HB,EIF3C,PFKM,SLC25A36,APP,VARS,PREP,KEAP1,JMJD1C,PDCD2L,GOLGA4,RPS17,TRIM28,BSG,LONP1,EPC1,ATXN7L3,TBC1D22B,SOX4,ACTN1,ARRDC3,IFRD1,MRPS18A,MOGS,ACTN4,GNPAT,AFG3L2,ZW10,RRAGD,VDAC1,HECA,SIK1,EZR,PFN1,DHX8,ANP32A,PIK3R1,FXR1,APH1A,UGCG,CHTF8,DHX36,HIVEP1,MLEC,HIVEP2,ZRANB1,INTS1,UBAC1,MED13L,AIMP2,ID2,CALM3,CALR,ITM2C,DAZAP1,CITED2,FAF1,SLC7A11,PRPF19,HERPUD1,MAP1LC3B,CHMP1B,ENC1,DHX15,SDF4,KIF1B,ZYG11B,TSC22D1,PRMT1,TSC22D3,MINK1,SREBF2,RHOB,TOX4,SGK1,FYTTD1,AHCY,SLC20A1,MRPS30,GNAI2,HIRA,SAMM50,NFIL3,SERTAD2,HSF2,PES1,CCT7,UBE2G1,AP2B1,VEGFA,NEDD4,HDGF,TACC2,OTUD4,ZFAND5,HDLBP,UBE3A,ARID4B,ARHGDIA,SBF1,ATG9A,ATP1B1,ATAD3A,PDIA4,HNRNPUL1,HNRNPUL2,PLAA,RAF1,PSMD12,PSMD11,TOR1AIP2,NDRG1,IVNS1ABP,PRNP,HSPA5,CBX4,CPSF1,KLHL24,NFKBIA,EFNA2,NR4A3,HOOK2,HOOK1,GNB2,JMY,GNB1,UBA1,LSM14B,UBE2M,PHTF2,USP36,KDM5C,GSK3A,USP38,PRKCSH,CHD6,SLC2A3,YBX1,CHD2,RND3,AFF4,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7B,RASGEF1B,MYO18A,PDE4B,LRRFIP1,KDM6B,NAA30,PDPK1,PDE4D,SENP3,SUPV3L1,CREB1,CRY2,KDM3A,SLC3A2,AGPAT1,TOB1,STRN4,TBRG4,GNA13,TMEM201,DNPEP,MTA1,MKNK2,NAA25,RPP14,MTA2,CYTH1,ABCF1,PTCD1,TAF15,SSRP1,SOD2,NEURL4,ASB8,CARM1"
+"gene_set_query"	"497"	"ZIC3"	"508.3"	"Literature ChIP-seq,124;ARCHS4 Coexpression,662;Enrichr Queries,739;GTEx Coexpression,508"	"TFRC,EHMT2,STMN2,SMC6,ENO2,FNBP1L,RNF112,SAMD14,IGLON5,DPYSL2,MYC,DPYSL3,STMN1,AP1S2,MEF2C,DAXX,CXADR,RBFOX3,WSB2,CACNA2D1,SOX11,FRS2,NISCH,GPR162,RNF126,RUFY2,DDIT4,SET,TTYH1,ADH5,GJC1,LDHB,CEP70,GRPEL2,VTI1A,RHBDL1,FDFT1,CADM3,FZD3,PRRT2,PHC1,JUP,ARPP21,H3F3B,RAB3IP,RDX,LARP7,L1CAM,HNRNPM,VANGL2,H2AFY2,TDP2,HNRNPC,GABRB3,PIGT,KCNC1,HEXB,CLTB,PHF6,TRIOBP,SHF,TRIM9,MMP24,CSRP2,UBL3,TRIM3,NEFL,JARID2,PGAM1,RRAS2,SLC39A10,DUSP6,SRP9,TMEFF1,TUBB2B,PXDN,MTF2,GRAMD1B,ADAM22,CHN2,CKB,RUNX1T1,RPRM,SF3A1,USP9X,DAB2IP,SAMD4B,NMNAT2,GATAD2A,NUDT21,NFIB,SERBP1,PLP2,YPEL4,RASL11B,CLSTN3,UBE2D1,SLC8A2,IPO5,RIMS1,NUDT10,SALL2,CDH2,PLS3,HMGN3,TLE4,TLE2,SUPT16H,IGFBP3,IGFBP2,VASH2,ZCRB1,DISP2,MSH6,ACAP3,OLFM1,MORF4L1,ILF3,CACNB4,ARMCX2,MSH2,MADD,SMS,SNRPE,FKBP3,SQSTM1,RTN4R,MAX,PEF1,CUL2,FBXO44,PHF21B,GOLGA7B,SOCS2,NEUROD2,IGSF21,SCRT2,PORCN,KLC2,ZFP57,G3BP1,G3BP2,ANKRD10,SRGAP3,NAE1,SKIL,MCL1,TMEM120B,AKIRIN1,LSM2,BCL9,REEP5,LHX2,RNF182,LRCH4,OGT,SERINC5,MAP3K12,SNAP25,HSP90AB1,SUMO1,PSD3,SUMO2,TRIM67,ADAMTS7,ZFP91,NIPSNAP1,PTP4A3,SNURF,BCAT1,SMARCD1,HDAC2,UHRF2,CXXC1,PDHB,MLLT6,CACNG7,ABLIM1,FZR1,PTPRZ1,RBBP4,DNAJB6,VPS53,NNAT,FCHO2,TRIM46,BEND3,IGF2BP3,RBBP7,HNRNPA1,DCAF11,MEST,EIF4B,HNRNPA0,SMARCE1,LINGO1,MARCKSL1,SLC12A5,SSB,PCDH7,PCDH8,NELL2,ASXL1,KLF6,PSAT1,MFAP2,POLR3F,PDCD2,CDR2L,INSM1,MDGA1,CBLN1,CCNJ,ARL6IP1,HS6ST2,TRIM24,DAG1,BSN,SEPHS1,RPS10,PELO,CALN1,SRRM3,EPHA4,SRRM4,SMARCC1,ATP6V1G2,ACTN1,ANK3,MAPK8IP3,ANK1,PISD,TIAM1,STX1B,SFRP1,TWSG1,RRAGC,XRN2,TAGLN3,KCTD12,TRIM11,LLGL1,PAXIP1,GGNBP2,STXBP1,TRANK1,NKAIN1,NLN,SYNGR1,PCBP3,PCBP4,TSPAN6,B4GALNT1,HIVEP2,GPM6B,BCL11B,BCL11A,LRRN2,SS18L1,RCC2,MICAL3,MICAL2,PAICS,DCLK1,PPP1R1A,ID2,FUBP1,SDC1,LRRN1,GRB2,RCOR2,RGL2,TMEM151B,HIP1,PTPRS,PPP1R10,DIRAS2,GRIK2,PCLO,XPO1,CAMKV,ENC1,KIF1A,DLAT,RALGPS2,NDEL1,GRIPAP1,PARP1,COMMD3,PRPF40A,ANO6,RGMA,CNKSR2,ENAH,TOX3,MN1,RAP2A,HNRNPH1,KIT,MPPED2,WAC,RHOU,CD47,SFI1,DBN1,HSD17B4,PTN,CAMKK2,TCEAL8,CST3,ARVCF,MNT,CUX2,NPY,GPC4,PURG,MAP4K4,NPM1,MYEF2,MAD2L2,KIF26A,HNRNPA2B1,CACHD1,TCEA1,TARDBP,KDM1A,PRDM4,CRTC1,CWC27,CELSR3,TMEM145,KIF5C,BASP1,SH3GL2,ADAM11,KCTD2,ATP1B2,KCTD3,POU3F2,KCTD6,MYCN,ANKS6,ABCG4,PPIA,PDE9A,FAIM,NDRG4,NDRG3,PKDCC,CACNA1B,CACNA1A,LPL,RTN4,ARHGAP21,PDZD4,OTX1,MYH10,PDZD7,QSER1,SYT4,CBX5,PDHA1,AUTS2,PHF10,PTCH1,NONO,CBX2,IDH1,CBX1,HMGA1,KLHL23,CLK4,TDRD3,HOOK2,NASP,HOOK1,CCPG1,UBA2,FGF13,GRSF1,YWHAE,KDM5B,MAST1,CHD6,HMGB3,PSIP1,SLC2A3,HMGB1,LDB2,RND2,PKD1,ELAVL2,ELAVL3,POLB,SPRED1,MCF2L,GALNT9,RBM14,H2AFZ,PPP2R5B,CTPS2,GAP43,VCAN,RCN2,ALS2,DDAH2,CDH10,CDH11,LUC7L3,INA,CUEDC1,AGPAT5,DDX25,NRXN1,NRXN2,CRMP1,WIZ,HMGCR,DLL1,USP19,ADD2,HSPD1,RMND5B,IGFBPL1,UGP2,SPOCK2,NT5DC2,SLIT1,MTA3,OPCML,PCDHGC4,GALNT1,CADPS,ATP2B2,NAP1L1,USP28,MEIS2,USP29,SBK1,FAM131C,PPP2R2B,FAM131B,SPRY2,RGS11,VIM,RAN,MBTPS2"
+"gene_set_query"	"498"	"SATB1"	"508.5"	"ARCHS4 Coexpression,941;Enrichr Queries,414;ReMap ChIP-seq,292;GTEx Coexpression,387"	"CYFIP2,ANKLE2,POP4,DCAF8,BACH2,DCAF6,GPR173,ALCAM,MPRIP,ZMIZ1,DPYSL2,MYC,PSMD2,WDR91,AP1S1,DIP2A,DIP2C,CDK5RAP3,ACOT9,PRKAB2,MEF2C,RBFOX1,CXADR,WSB2,FNBP1,CACNA2D1,CD3EAP,GAPVD1,FAM133B,RNF123,LARS2,DYNC1LI2,DDIT4,PLBD2,GNE,MEAF6,TARSL2,CDCA4,CTBP1,PDGFA,SLAIN1,RNPC3,OAZ1,HIF1A,PRDX4,NUP85,VTI1A,ST3GAL5,ST3GAL3,S100A10,VPS16,JUN,PRELID1,HOMER1,H3F3B,CADM1,PLK2,SETD1A,EXOC6B,UPF3A,ERLIN2,L1CAM,PRDX6,PBX1,CS,EIF6,PKIA,HNRNPF,CDK14,EZH2,LGMN,CDC42SE2,MOCS2,PIGU,SMG1,BTG1,CDKN1B,DIS3L,ARPC1A,CLTA,OSBPL11,PFAS,PQBP1,TMEM189,LMBR1,MRPL40,NKRF,TIMP2,PCMTD1,LRRC47,BRD1,SSR2,ACTL6A,TET2,ELOVL6,EPS15L1,GNL2,MED26,MRPL46,PGM2L1,SRP9,DUSP6,SIKE1,ZEB2,SLC7A6,IVD,MMP17,PXDN,CDC42EP3,PLCB1,GAS7,SF3B4,PHLPP1,STAU2,FAM129B,FGD3,PPP1R2,SNX29,UNK,LMAN2,AP2S1,BRD9,MEF2D,NKTR,YTHDF1,SF3A1,SF3A2,CRBN,YTHDF3,KIDINS220,STAT2,DAB2IP,HIPK1,GATAD2A,LRRC20,SLC8A3,NFIA,NFIB,TAOK1,ZYX,PKN1,FAM49A,RAB3C,SLC27A1,DGKE,CLSTN2,ATP8A1,TUSC2,CLSTN1,BZW1,CLU,MAEA,UROD,CFL2,SESN1,RUVBL1,ZNF326,SLC39A7,PLEKHJ1,TLE4,PPP1R16B,ANKRD46,TPM3,IGFBP3,FAM118A,VASH2,TBR1,CNPY2,ILF2,FBXO11,FOXP1,CACNB1,ARMCX4,ACAP2,RAB31,ADNP,TNIK,TOX,FKBP3,SRSF9,SNRPB,GRIA1,LRRC59,DNMT1,CD151,CUL5,TNKS,CUL3,INSIG1,ITPR1,UBR3,CORO1A,SOCS2,BTBD1,UBR5,CD276,EIF2B3,OSBPL2,TRAPPC9,RCAN1,NBEA,STK25,ZFP62,PTPRA,MDM2,AAK1,TADA1,MDM4,DHCR7,OSBPL1A,RAB5A,OGT,ITGB1,SLC25A1,SLC25A3,ZC3H4,SCHIP1,CELF2,PIK3CD,SYNE2,NGRN,PTBP1,DUSP12,SPR,SGCB,SUMO2,IDH3B,PMEPA1,WDR7,PHACTR1,PGLS,TAPT1,EIF5A,HSP90AA1,VPS37B,DUSP26,ARFGAP1,ARL4C,PTP4A3,CTDSP2,EVL,SLC25A12,GAPDH,SLC25A14,SEC22C,PPM1L,UHRF2,VPS4A,RPL36A,CXXC1,RCHY1,MLLT3,MLLT6,MTHFSD,AP3M2,ABLIM1,HECTD3,BAHD1,BEND3,SH3BP5,FYN,WASF1,MEST,BEND5,POLR2K,JAZF1,MLXIP,NOP56,SLC35A2,TUB,PPP1R14B,KCNJ11,NDUFA5,SEMA4D,NTRK3,TXNL1,ADRM1,PLCL2,HIP1R,RPL35A,MYO16,PNRC1,DBNDD1,KLF7,NECAP2,TSPAN14,NFASC,MARCKS,KLF6,SUCLA2,TSPAN13,CDKN2AIPNL,VAPB,RAB12,PDCD4,CEBPZ,EIF3F,PFKM,PPIL4,PTPN5,BCAR1,TPT1,METAP2,EIF3B,EIF4A2,EIF4A1,SLC23A2,APP,ISCA1,PANK2,KDELR1,EIF4A3,GDE1,ZDHHC6,LDLRAD3,CBLB,GOLGA3,HERC2,HERC1,RUSC2,DPF2,DAG1,UBAP2L,KIF21B,SLC12A6,SCAPER,EPHB1,GOLGA7,TBC1D10A,SOX4,TRIM23,EPHA4,AQR,SRRM4,ST6GAL1,ACTN1,ARRDC3,ANK3,ANK1,INPP4A,GNPAT,STX1B,TIAM1,CARHSP1,CCNY,PPA1,RRAGD,VDAC3,ULK1,HECA,KDELR2,SIK2,KCTD12,TRIB2,PFN2,MACF1,BEX1,NECAB3,LMAN2L,DHX9,PDE1B,TEX264,MYCBP2,TRANK1,CD99L2,PIK3R1,PTTG1IP,APCDD1,GMCL1,GSPT1,MYL12B,DGUOK,MIER2,HIVEP2,SRPK2,PTPRN2,BCL11B,LRRN2,BCL11A,RCC2,SLC35E3,PDE2A,SMARCA2,IFFO1,MED13L,AIMP2,EXT2,WNK2,RPL27A,ID2,CDC16,CCDC88C,NDUFAF2,CALU,ITM2C,NRP1,COX7B,CITED2,MRPS11,ICA1,RYR3,LIMD2,AKAP12,PPP3CB,ACTR1B,GUK1,ENC1,ARIH2,KIF1B,RAC1,CCT3,ZYG11B,MAP4K2,ZER1,TSC22D1,TSC22D3,NME2,ZDHHC13,COMMD1,CTTNBP2NL,MLF2,PARP8,RHOB,UGDH,PACS1,CSDE1,KIT,HNRNPH2,ARHGEF1,TAX1BP3,ARHGEF2,CRELD1,GLCCI1,SGK1,ATP6V0C,DYNC1I2,AHCY,AMIGO1,SATB2,GNAI3,NOL7,AKAP6,GNAI1,DRP2,ANKMY2,HIRA,NFIL3,PAK3,CCT4,GINS4,CRIPT,VEGFA,MARS,AGGF1,CDK5R2,MEGF9,CARS,SH3GL3,OTUD5,NDUFA10,HDLBP,KLHL34,ACTG1,IGF1R,FBL,AMMECR1L,BASP1,FAM3A,SNIP1,SH3GL1,LMO1,PDIA3,SLC30A9,LMO4,TTC7B,SSU72,SHISA4,ATP1B1,ATAD3A,PDIA6,PDIA4,HNRNPUL1,DOK5,EEF1A2,ELMO1,UBE2V1,RAI14,RTN2,SLC1A1,CACNA1A,SLC1A4,RASGRP2,STK4,NDRG1,PLD3,RPF1,EFNB1,PDZD4,SCUBE1,GRK6,TBC1D13,ATP6V1H,RPRD1A,TBC1D17,DNAJC19,KLHDC2,KLHL29,PRNP,HSPA5,AUTS2,SYT1,NONO,KLHL24,COQ7,PAN2,NFKBIA,DLG1,EFNA2,PAN3,HOOK2,HOOK1,GNAS,GRSF1,SAE1,GALK1,DOCK4,RBM26,PRKCSH,USP33,CHD6,GTDC1,SLC2A3,SOBP,PPP1R9A,AFF3,SEC61A1,SEPT6,BCL7A,RB1CC1,LRRTM1,PDE4B,TIMM17B,USP30,YWHAH,SUN2,SVOP,KLF13,PCDHGA4,TTC33,PDPK1,USP43,RBM18,PDE4D,AKTIP,UBE2QL1,H2AFV,NAV2,ARID1A,DCK,ARID1B,CKAP4,VCAN,ELF2,NDUFS7,SETBP1,CDH11,USP40,TMEM9,NAT8L,CHMP7,AGPAT5,SFSWAP,GOSR2,NRXN2,ATP2C1,FAM169A,NCALD,ADD2,MAPK9,GNG2,GNG5,SAP30L,SPOCK2,PTK2B,MTA2,CAMK2G,CYTH1,SNCA,ATP2B4,NAP1L2,GDAP1,MEIS2,PIK3IP1,ASB8,ERCC8,VIM,R3HDM1,SSBP2,PDE7A,TAF1,R3HDM2"
+"gene_set_query"	"499"	"FOXO1"	"508.6"	"Literature ChIP-seq,58;ARCHS4 Coexpression,932;Enrichr Queries,645;ReMap ChIP-seq,221;GTEx Coexpression,687"	"ATF2,SCOC,MT-ND4,CHIC2,NUP107,EHMT1,RBPJ,ZFYVE1,TSKU,ALKBH8,PSMD8,PREX1,SCAMP4,SAMD14,ZFYVE27,LSM11,DPYSL5,DPYSL2,DPYSL3,AKT3,ANKFY1,PRKACB,FNBP4,GABARAPL1,MEF2C,DAXX,RBFOX1,FNBP1,NGDN,FRS2,HDHD2,EML2,BCR,EML4,EID1,RUFY3,DDIT4,JTB,SET,TTYH3,CDCA4,MEPCE,SDR39U1,BAZ2A,PLA2G6,OAZ1,CIAO1,PRPSAP1,RNF214,CYB5R3,RNF216,PRKAR2A,AMZ2,HEXIM1,MCTS1,PRRT1,JUN,CREBBP,CADM1,EDEM1,EIF2AK3,NETO2,MRPL23,PBX1,MLLT11,SETX,ABTB1,MLLT10,TBL3,LAS1L,PKIG,AVL9,FERMT2,GPR19,PIGU,KCNC1,HEXB,CTCF,OSBPL11,MRPL34,BBC3,DDA1,MRPL33,IKBKB,PANX1,SMPD3,TUBA1B,NIPBL,MED13,TUBA1A,JPH3,NKRF,TMEM44,TCP11L2,SH3BGRL3,JAK2,JAK1,PCMTD1,DLGAP4,UPF2,DUSP1,ELOVL5,NSUN2,MRPL49,SIRT4,SLC39A10,RRAS2,SLC39A13,ELOVL6,SIRT7,MED27,MED29,DUSP6,PGM2L1,DDB2,MRPL44,DUSP7,MRPL52,SLC7A6,PSMA1,CDC42EP4,PXDN,MMP17,RAPGEF1,VAMP4,PAFAH1B3,ERGIC1,VAMP2,SLC29A2,TRUB1,RNASEL,RPS27L,CCNDBP1,PSMA7,FAM117B,GGA1,SNX29,TMEM65,SPOP,AP2S1,ZSWIM6,ZSWIM4,STX2,MEF2D,SRSF10,EGLN1,ATAD1,CENPV,CRBN,UTP3,SNX21,TMEM60,SKI,PSMC3,FABP5,CCDC9,PSMC1,FABP7,ETNK1,SNX15,PKN1,FRYL,MTCH2,CCNT2,FBXO28,ATN1,SLA,PLOD3,CASC3,FADS2,STK11,SMCHD1,SESN1,RUVBL2,STK16,KPNA4,MAP3K7,AP2M1,KPNA1,PPP1R16B,BNIP3L,FBXW7,STX7,FAM118A,SARS,ATP11B,CASD1,SRCIN1,FOXP1,TPST2,ACAP2,FRMD5,TXLNA,SRSF3,SQSTM1,ARL8A,NSMAF,PFKFB2,LRRC59,INO80B,PFKFB3,RNASEH2A,MAX,PEF1,MAZ,ARL2,UAP1,ACAT1,SOCS2,RAP1B,SBNO2,RAP1A,MED30,PMVK,G3BP2,EIF4EBP2,LRRC4C,SLC38A2,IP6K2,BRPF1,GOT1,BOD1,ARPC4,EEF2,DRAP1,MFHAS1,LRCH2,STK24,ARPC2,STK25,AAK1,MDM4,LRCH4,TMEM19,NFE2L1,NOP10,MDM1,ISY1,NUMA1,CELF2,AKAP8L,POMT1,PTEN,PIK3CD,AP4M1,MRPL4,MRPL2,NCK2,PMEPA1,HMG20A,MDP1,ACTR3,EIF5B,SH2D3C,SIGMAR1,MSL2,ARNT,RAD23A,VEZF1,VPS37B,RAD23B,MSL1,ARL4C,PPM1A,PPM1B,NSMCE4A,PIK3CA,NPC1,SLC25A19,IMPAD1,SLC25A5,BIRC2,SEC22C,LRP1,ROCK2,FOXK1,LRP3,SRI,MLLT3,SRL,MLLT6,U2AF2,FCHO2,CDC37L1,SH3BP5,LRRC8D,FYN,LRRC8B,SLC25A25,TRIM44,PTPN1,SEC24B,HNRNPA3,TRIM41,CNBP,FOXJ3,FOXJ2,MCOLN1,TPD52L2,CABLES2,MCM3AP,TSPAN14,SNRK,MYO1B,NAGK,EIF3K,EIF3J,PDCD4,TRIM35,CCM2,CDR2L,SMAP2,KCNK2,SEC24C,TRIM33,EIF4A1,AHCYL1,CERK,CCNI,TXNDC11,THUMPD3,JMJD1C,ZDHHC7,LDLRAD3,IFI30,TXNDC16,RCBTB2,HERC4,HERC3,RASSF1,RASSF2,HERC1,OPHN1,BSG,TRIM24,CCDC97,EPC1,EPC2,SNRPD3,SLC12A6,ATXN7L2,CALN1,EPHA7,ST6GAL1,IMP3,ACTN1,ENTPD6,NSMCE1,ACTN4,CFDP1,KCTD10,CDC37,CD2BP2,ULK1,KCTD12,TRIB2,MMADHC,SLC45A1,PIK3R1,ZBTB5,GSPT1,UBE2J1,PGS1,DHX36,MIER1,HIVEP1,DHX38,DYM,HIVEP2,SNX5,SEC31A,IQSEC2,RCC2,MICAL3,MICAL2,SMARCA1,SMARCA2,MED13L,SMARCA4,EXT1,AIMP2,MSRA,ZBTB6,PPP1R1A,ARMC10,PTK7,ID2,PAF1,FBXL3,FBXL5,CALM1,CALM2,HERPUD2,DDR1,NRP1,USPL1,HIBADH,TECR,CETN3,PCSK7,BMI1,NAT14,HERPUD1,AKAP12,PPP3CA,MAP1LC3B,ACTR1B,ENC1,UIMC1,KIF1B,CTSB,NCOA2,MRPS26,PCYT1B,TMEM150A,MRPS27,PCYT1A,CCDC115,MMD,MRPS23,MRPS21,GAB2,SYN1,RAP2C,CTTN,CSDE1,KIT,PITPNM2,TAX1BP1,ARHGEF1,NCOA7,PABPC1,CD47,PTMA,RABGAP1,AHCY,PNCK,SATB1,INPP1,DERL1,CCDC107,PRKX,CCDC106,NAPG,GNAI2,SH3BGRL,EXOSC4,NFIL3,OS9,EXOSC8,MGAT1,EPS15,YIPF2,MIB2,RPA1,VEGFA,NUDT9,PER1,GPAM,NEDD4,CCNG2,TARDBP,GRINA,OTUD4,FHOD3,SCARB2,SCARB1,CRTC2,NARF,SYS1,CD81,ZFAND3,ZFAND6,ZFAND5,UBE3A,PRDM2,UBE3B,CYP46A1,PHRF1,SRP14,CELSR3,TXN2,IGF1R,EEF1B2,NARS,CAPN7,FAM174B,KHSRP,CAPN5,TBC1D30,CAPN2,EP300,FAM3C,SBF1,BAHCC1,SBF2,DIMT1,SLC30A5,SDHB,DHDDS,ADAM19,HNRNPUL1,HNRNPUL2,SCN8A,WDFY1,RPP21,PLAA,MASP1,PPIA,SIDT2,RTN2,COX19,RTN3,DDX6,PKDCC,PSMD11,PSMD14,YTHDC1,TOR1AIP2,KLHL12,PDS5B,RASGRP2,NDRG2,NDRG1,NCKIPSD,RAI1,FUT8,GRK6,TBC1D14,CYC1,TBC1D17,KLHL29,OST4,PRNP,UBE2B,PCIF1,CRIM1,DSTN,NUP153,KLHL24,MANBAL,CLK3,RCL1,GCLC,PAN3,HOOK2,HOOK1,UBE2S,CNTN1,PHF13,TAB2,STT3B,TAB1,MXD4,PICALM,RERE,PHTF2,RBM28,DYRK2,DDX3X,PODXL2,LDB1,PRKCSH,HP1BP3,CHD6,ADAR,HMGB1,CHD2,SOBP,AFF3,RND3,PITPNC1,RPGR,PPP1R9B,SEC61A2,BCL7A,YWHAQ,MAN1A2,RB1CC1,BCL7B,TIMM17A,NPTN,MYO18A,CPXM1,LRRFIP1,YWHAG,GALNT9,ARHGEF11,SUN2,NAA30,HSDL1,NUP133,ATP6AP1,GLRX3,TTC33,PDPK1,EED,ATP6AP2,DDX54,NAV2,SYNGR3,EPN2,VCAN,ELF2,CREB1,TBC1D5,GFOD2,CRY1,NDUFS2,NDUFS1,MAN1B1,RRN3,DCTN4,TGFBRAP1,ASB13,SLC3A2,ASAP1,RNF4,ADD1,RNF2,CYTH2,HMGCL,TMEM201,DNPEP,MAT2A,TGS1,SPOCK2,MKNK2,NAA25,PTK2B,SMNDC1,CYTH1,ARFGEF1,RBM39,CHURC1,GALNT2,GALNT1,ATP2B4,CCK,SSRP1,USF1,POLE4,CLCN6,SBK1,ERCC1,CARM1,ERCC2,TAF6,FAM98B,VIM,NAA15,SUGT1,TAF1,LNX2,CYFIP2,RPL5,IPO11,TES,TRIO,RPL3,RPL31,DCAF8,HNRNPU,SMC5,GABPB1,SLC4A3,SMC3,PHB2,BACH1,BACH2,DCAF7,GLS,ALCAM,ZMIZ1,MYC,ZXDC,AP1S1,PIP4K2A,DIP2A,DIP2B,IER5,IER2,UNC13B,VPS18,MECR,ACOT7,DAPK1,WDR74,CD3EAP,SOX12,MED4,HCFC1,DYNC1LI2,WDR81,BIN1,ZSCAN21,HECW1,TYRO3,RPL26,DUS3L,UBA52,PI4K2A,GNE,CTBP1,RPN1,PRDM15,XPA,NEDD4L,HIF1A,GNS,MTDH,FAM160B1,PRDX2,WDR70,CHST12,CEP70,LDHD,CHST15,ST3GAL1,ST3GAL2,SERF2,S100A10,ST3GAL3,NAA50,CDK17,RPL41,PHC2,PRELID1,JUND,PHC1,NDFIP1,ICMT,ARPP21,PLK2,RAB3IP,H3F3A,IRF2BP2,MAD2L1BP,PA2G4,NR1D1,PRDX6,MEX3C,PHC3,PRRC2B,POU6F1,EHD1,FIBP,HNRNPM,HNRNPF,ATG2A,HNRNPD,GTF2IRD1,HBP1,MMS19,CDK14,CDC42SE2,CDK16,CDKN1C,PHF3,SMG1,BTG1,CDKN1B,PHF20,DENND1A,SETD7,CLTA,SMG7,ADO,PFAS,ING1,SMG6,PHF8,TRIM8,TMSB4X,ENSA,TIMP2,ANXA6,RRP12,JARID2,CIC,RRP15,CEP68,BRD3,ZC3H10,BRD2,TPI1,MIOS,IFNGR2,AEN,WDR34,NCOR2,ZEB2,TUBB2B,AFTPH,SIKE1,EXOC5,EXOC2,GRAMD1A,WDR26,PHLPP1,USO1,GRAMD4,ADCY6,FAM129B,SCAF8,RPL14,BRD8,BRD4,PCGF6,BRF2,SF3A2,SYVN1,ELP3,TRMT1,SNCAIP,DEF8,HIPK1,AGBL5,MKLN1,TM9SF1,RNF145,RYBP,NFIA,NFIB,LPCAT4,ZYX,ANKRD13C,FAM49B,VKORC1L1,ANKRD13D,DGKD,ATP8A2,ATP8A1,CLSTN3,CEP120,RNF19B,PARK7,CLU,BZW1,IPO4,TM7SF2,FAM107B,PPP1CB,ABHD11,TUBB3,CFL2,PHYHD1,CFL1,LAMP2,LZTS2,SNRNP35,TMSB10,ANKRD13A,PLEKHJ1,GTF2I,KCMF1,TLE4,CSNK1G3,RNF44,TPM3,USP3,ANKRD44,IGFBP3,F2R,TPM1,DYRK1A,AIP,CTDNEP1,CLIP2,MORF4L1,CLIP1,RALGAPB,STIM2,SNRPE,PHIP,ADNP,TOX,FKBP5,IFNAR1,BRSK1,DNMT1,RAB5B,CBFB,CUL5,ANKRD11,CUL3,ABHD8,ITPR1,CHRD,UBR3,HSPBP1,RHOBTB2,NACC1,PSAP,BAG1,DVL2,SRGAP3,SLC15A4,SRGAP1,SKIL,MCL1,WDTC1,AP1M1,OSBPL9,ANKRD28,OSBPL8,UVRAG,ANKRD24,POLR3GL,SEC16A,TNK2,MARCH9,LSM4,COPS4,CNOT4,LRFN3,CDK9,COPS6,LRFN5,REEP5,NSG2,CDK4,COPS2,CNOT2,TADA3,CNOT3,SPIRE2,RNF181,TPP2,SERINC3,CNOT8,EIF4G2,SERINC4,LMBR1L,MCM7,RNF13,ZC3H4,SYNE2,PIK3C2B,PPP6C,DUSP12,LBH,GM2A,PSD2,SIN3A,PSD3,WDR5,TLK1,TNPO2,SLC37A3,ADSL,PLEKHG2,GPX4,SGIP1,RFC2,SECISBP2L,LANCL1,WIPI2,COASY,PTP4A2,PTP4A3,DAD1,DNAJC5,CTDSP2,POLR1D,EVL,SOS2,GTF2A1,LEPROT,TSSC4,WBP4,CEBPG,RNF38,JAKMIP1,HDAC7,DNAJB2,RAB21,AP3M2,ABLIM1,FZR1,HECTD1,RBBP4,POLR2A,RAB23,POLR2E,SNRPB2,DCAF11,UGGT1,SEC11A,DCAF12,MLXIP,RNF20,KCNJ11,RNF24,SEMA4D,SMOX,KCNIP2,RNF26,PLCL2,FBXL14,PNRC1,PNRC2,CUL4A,ASXL1,TNRC6C,KLF7,KLF6,MARCKS,RAB14,IMPDH1,RAB12,POLR3E,MGAT4B,CEBPZ,TPT1,CUL4B,METAP2,APP,FAAH,SLC35B1,ZMYND8,PITPNA,DIXDC1,CBLB,HS6ST1,RPS19,RUSC2,GOLGA1,LONP1,ARL6IP5,SEPHS1,GLUL,SOX4,AGFG1,ARRDC4,AQR,COG6,SACM1L,ARRDC3,IFRD1,MTUS1,COG2,MRPS18A,SRRM1,COX7A2L,KATNAL1,XRN2,SIK3,HECA,VDAC1,SIK1,SUCLG1,SIK2,EZR,PFN1,ATP6V0D1,ANP32A,TRANK1,NLK,RPAP3,PTDSS1,FXR2,PDCD10,ATP6V0A2,GSE1,INPP5K,TNRC18,PATZ1,RALGDS,ATP6V0A1,VASP,SNHG1,ZRANB1,BCL11B,BCL11A,STK11IP,TMEM50A,TREX1,INSR,STAM,GADD45G,UBAC2,SRPK1,SMU1,STAG1,RPS27,STAG2,FUBP1,CCDC88C,TECPR1,ITM2C,CC2D1B,DAZAP2,HBS1L,UBXN1,GDI1,CITED2,SLC44A2,ZFAND2A,ZCCHC17,LIMD2,SERP2,SIPA1L1,SERP1,GUK1,ZMYM4,CHMP1B,XPO6,KIF13A,SH3PXD2B,RAB8A,RALGPS1,CDV3,PARP6,TSC22D1,TSC22D3,RHOF,MTSS1,MLF2,RHOB,PARP8,RAB33B,PRPF18,SGK1,ZDHHC20,SLC20A1,AKAP8,AKAP6,PPP2CA,PPP2CB,ANKMY2,UBTD2,APBB2,TRAM1L1,DCPS,MPZL1,MAP4K4,RANBP3,GINS4,SORBS1,MPP6,PDP1,RSL1D1,SPCS3,CAPZA2,CTNNB1,FAU,CAMK1,MPHOSPH6,CDK5R1,NDUFA13,POGK,HDLBP,CHCHD4,TATDN1,CHCHD2,PAIP2B,TATDN2,CHCHD7,COTL1,AZI2,LMO1,RALBP1,KDM2A,KDM2B,ANGEL2,SHISA4,ATP1B3,TSC1,KCTD2,ATP1B1,TRPC4AP,ILVBL,TBL1XR1,PRPF3,SCG5,CHMP4B,FIZ1,ISCU,RAI14,DTX1,FBLN1,STK4,ADIPOR2,PLCXD2,EFNB2,ARHGAP21,EMG1,UBB,DPP9,ZC3H15,BPTF,KLHDC10,SMAD2,SMAD4,ACBD5,ACBD4,CBX4,PTCH1,DNAJC13,SMAD5,AZIN1,ARHGAP23,NFKBIA,EFNA3,EFNA2,DLG2,NR4A3,BRWD1,LRP10,ACBD3,SAE1,ZSCAN2,B4GALT3,KDM5B,KDM5C,USP38,DOCK9,CBY1,USP39,SENP6,SPRED2,ZC3H7A,PDE4B,FLOT1,SCYL2,SCYL1,KDM6B,KLF13,ABCC8,PDE4D,AXIN1,ARID1A,ARID1B,SEPT2,KLF16,DNM2,DNM3,DDX19A,FCHSD2,DDAH1,RASA1,AKT1S1,DCX,PFDN1,PFDN4,STOML1,POLDIP3,USP12,FAM169A,STRN3,GNA13,TBRG1,NXF1,MAPK7,UGP2,ALDH1B1,LEPROTL1,GNA12,CDIPT,MAPK6,CLASP2,REPS1,USP24,PTCD2,WTAP,USP21,MEIS3,USP28,NAP1L4,RPS6KB1,XPNPEP1,PIK3IP1,CAPN10,SPRY2,ATP13A3,PDE7A,SSBP2,SSBP3"
+"gene_set_query"	"500"	"ZNF334"	"508.7"	"ARCHS4 Coexpression,432;Enrichr Queries,715;GTEx Coexpression,379"	"IFT172,ZDHHC5,FNBP1L,GPR173,CAPNS1,DPYSL4,DPYSL2,CSPP1,STMN1,CDK20,LUC7L,AKT1,CCNL2,PRKACA,ATXN7L3,CDK5RAP3,SOX4,TMEM8B,DDX17,TSPYL2,EPHA7,SMARCC2,ST6GAL2,CXADR,WSB1,SLC6A15,CIRBP,PTOV1,ANK2,MOGS,SOX11,SOX12,ANK3,ACTN4,MAPK8IP3,NISCH,EML5,SFRP1,DAAM1,WDR81,IFT81,RUFY3,RUFY2,PFN1,PFN2,MEG3,BEX4,RTEL1,BEX1,CTBP1,MAGED1,FOXG1,FLII,TRANK1,NEDD4L,ABCB8,TMTC1,APCDD1,OAZ1,APH1A,FLRT2,RNF215,TSPAN6,TSPAN7,CEP70,PATZ1,GPM6B,ZSCAN18,VASP,BBS1,FZD3,WDR59,PHC1,ZRANB2,PRRT2,PTPRN2,CADM1,BCL11A,PLK2,UPF3A,PRRC2B,PBX1,DCLK1,PRRC2A,MLLT11,HNRNPL,LAS1L,FAT4,DZIP3,GABRB3,OGFR,KCNC3,SLC35F1,GRIK2,PRPF19,NAT14,ROBO1,AKAP12,EPM2AIP1,MRPL42,PCLO,TUBA1A,CSRP2,ZMYM3,TRIM2,DNER,ANXA6,SDF4,KIF1A,GPRASP1,GPRASP2,RALGPS1,BRD3,DFFB,GRIPAP1,UPF1,PRMT7,IFT140,EXOC7,HSBP1,STRBP,LRRC49,MINK1,ELOVL6,AP3B2,DUSP6,SRP9,MLF2,RGMA,RNF144A,ENAH,TOX3,KAT2A,TUBB2B,KIT,MPPED2,PXDN,MTF2,RAPGEF1,GAS8,PAFAH1B2,STX16,SATB1,ICA1L,ADAM22,ADCY1,PTN,GNAI1,CENPB,BEGAIN,GNAI2,CHRAC1,TMEM169,PES1,MGAT1,CKB,ZSWIM5,APBB3,JAM3,RUNX1T1,NPDC1,RIC3,WDR17,ARNT2,MYEF2,BRF1,SORBS2,NMNAT2,SORBS1,ATAT1,ABI2,NFIB,KLHL7,TTC3,TAOK2,CACHD1,NUCB1,FAM171B,PKN1,TACC2,PLP2,PNPLA6,FHOD3,ATP8A2,CLSTN2,CRTC1,ATN1,CELSR3,NUDT11,SALL2,CDH2,LAMP1,KIF5C,ARHGDIA,POGZ,NRCAM,ENPP5,HMGN3,MAGI1,MAGI2,IGFBP2,THOC1,TSC2,TSC1,ZCRB1,POU3F3,DISP2,ARMCX4,MORF4L1,ARMCX2,DMTF1,HNRNPUL1,TBL1XR1,DOK5,MADD,EHBP1L1,RAB35,MAPKAPK2,TBC1D24,ANKS6,CHMP4B,PHIP,SRSF5,ADNP,TOX,FAM92A,CSNK1G2,ANAPC2,LRRC59,CUL7,KHDRBS2,RAB5C,CCDC24,CTTNBP2,CHRNA7,PXN,CACNA1B,LPL,CACNA1A,DTX3,SEZ6L2,FBXO44,SUPT6H,CORO1B,PHF21B,SOCS2,ARHGAP20,DPP6,SBNO2,IRAK1,GRK6,NACC1,SAFB2,SRGAP3,DMAP1,NAE1,VARS2,PLXNA3,BPTF,ESRRA,TMEM120B,TIA1,CPSF6,CBX5,AUTS2,SYT1,MARCH6,PAN2,ARHGAP33,PTPRD,AHI1,LRCH2,NR4A3,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,SPIRE2,CNTN1,PLEKHM2,TCF4,GNB5,LRCH4,ACBD3,LRP10,MAP3K12,EIF4G1,ZNF512B,KDM5C,NAA40,RBM26,WDR1,PRKCSH,CHD6,SLC2A3,PPP1R9A,SYNE2,PPP1R9B,TRO,DUSP12,SEC61A1,SART1,SEPT9,LASP1,CAPZB,ZC3H7B,SNRNP70,MDK,PPP6R1,LRRTM1,WDR6,CPXM1,DACT1,SUN2,REXO1,KLF13,ABCC8,PDE4D,NAV2,PTBP2,KLF16,DNM2,QTRT1,VCAN,PTP4A3,RCN2,IGDCC4,EEF1D,POLR1C,LUC7L3,IFT46,SLC25A14,RNFT2,HDAC2,SMARCD2,WBP1,HDAC1,ANKS3,USP11,NRXN1,RAB1B,CXXC1,LENG8,RBM4B,CRMP1,HDAC6,NCALD,JAKMIP2,SLC25A27,MAPK8,GANAB,MTA1,PABPN1,PTPRZ1,U2AF2,FAM120A,DROSHA,CSK,MTA2,MEST,EIF4E,FBRS,BEND5,SH2B1,TTC14,TUB,NTRK2,PCDH7,CADPS,MEIS2,NELL2,CLCN6,NEURL4,MARCKS,ERCC3,RGS11,P4HB,SUGT1,SSBP2,UNC79,TNRC6A,METAP2"
+"gene_set_query"	"501"	"ZNF485"	"509.0"	"ARCHS4 Coexpression,578;Enrichr Queries,768;GTEx Coexpression,181"	"APP,VARS,PPAN,GPATCH4,EPRS,SMC3,PDCD2L,ALKBH8,RRP9,LSM12,DPYSL2,MYC,ZMIZ2,LONP1,DENR,PRKACA,ATXN7L3,EIF2A,MED1,CSNK2A1,WDR74,CD3EAP,GAPVD1,MAPK8IP3,GTPBP4,WDR77,KARS,PPA2,GRWD1,DDIT3,CLNS1A,ZSCAN21,BOLA2,DDIT4,YME1L1,VDAC2,PRR12,TTYH3,DCUN1D5,NOLC1,RPAP3,MTDH,NLN,ABR,PDCD11,DHX33,LARS,RRS1,DHX37,GAR1,CSTF1,PIP5K1C,NAA50,JUN,PHC2,BCL11A,IQSEC1,PLK2,PBX2,MEMO1,PA2G4,PAICS,AIMP1,CCT6A,MRPL30,AIMP2,UCK2,ZBTB6,ID2,NOL10,CALM3,NOL11,FARSB,ITM2C,MRPS17,ARF3,NRP1,MRPS16,GDI1,CITED2,PAK1IP1,INTS10,MRPS10,MRPL36,MRPL37,SLC7A11,PFAS,WDR43,TMEM186,OSBPL10,THTPA,MRPL42,TRMT112,ARV1,ATIC,ENC1,DHX15,TIMP2,SDF4,RIOK2,RRP12,CIC,FEZF2,UTP14A,RRP15,PRMT6,PRMT5,CDV3,WDR36,ZER1,MIOS,PABPC4,PRMT3,MINK1,MRPS2,ELOVL6,AEN,TFB2M,GNL2,MRPS7,PPRC1,DYNLL1,WDR35,DYNLL2,DUSP6,SREBF2,GNL3,MLF2,RHOB,NCOR2,SLC7A5,PRPF18,PSMA2,PTRH2,MED20,KIT,PXDN,TCP1,PGAM5,SGK1,EEF1E1,GART,FJX1,ATP6V0C,NAPA,PRIM2,TIMM9,PRIM1,NIP7,USO1,HEATR1,NOL9,PRICKLE1,SDAD1,NAPG,NOL6,GNAI2,PES1,CCT4,PCGF6,NPM1,BRF2,GATC,DAB2IP,MYO9B,GTF2H2,WDR12,NPM3,SCAF1,LRPPRC,NLE1,BYSL,VEGFA,SKI,RSL1D1,PHF5A,SPCS1,MYBBP1A,NFIA,SERBP1,TRMT6,ZYX,TSR1,NUCB1,RPL22L1,PKN1,PNPLA6,MEGF8,KBTBD7,TOMM5,GRINA,MIDN,ZFAND3,CD81,WWC1,CSE1L,CEP120,CLSTN1,BCCIP,ATN1,TSEN2,FBXO22,EFTUD2,TATDN1,LAMP1,PPIP5K2,NUDT19,SMARCAD1,SBF1,SH3GL1,PLEKHJ1,NOM1,GPT2,APLP2,SSU72,PUS7,MSH6,CTDNEP1,ST7L,MORF4L1,MSH2,DKC1,HNRNPUL2,MRTO4,TIPRL,PPIF,PLAA,CHMP4B,SNRPE,ANAPC1,ARL8A,TXNDC9,RAB5C,CUL5,RPF2,SOCS2,EIF1AD,EMG1,ATXN2,RNASEH1,ORC3,TMEM128,G3BP1,BTBD2,BRIX1,CAMTA2,LLPH,NAE1,DNAJC19,PRNP,NOP14,PNPT1,NOP16,NUP155,VTA1,CPSF2,BFAR,NSG1,LSM5,EIF2S2,EIF2S1,ZC3HC1,CNOT7,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,GNB2,GNB1,NFE2L3,PLEKHM2,PLXNB2,IARS,BCL2L2,NFE2L1,RERE,RBM28,GSK3A,ASNSD1,PRKCSH,WDR3,WDR4,TRIAP1,PPP1R9B,MRPL3,DUSP12,LASP1,NOB1,GATAD1,DACT3,CASP2,MRPL9,TNPO3,ARHGEF11,ADSL,NCBP1,PDPK1,DDX54,RAD23B,REXO4,TSN,DNAJC2,PTP4A3,SLC25A19,POLR1B,DNAJC5,CCDC43,RP9,DCTPP1,PPP1R12C,STOML2,GTF3C3,NLGN2,LRP1,NDUFB6,WBP2,RGS16,DCTN4,MAK16,DDX21,LENG8,MTIF2,MLLT1,LRP8,ADD1,DNAJB2,ABLIM1,FAM168A,ALDH1B1,MAT2A,HAUS8,TGS1,BMS1,TAF1A,BNIP1,BEND3,FEM1C,ABCF2,UGGT1,EIF4E,FBRS,DCAF13,NOP56,PTCD1,PTCD2,MMAA,CDC42BPB,KLF6,EIF3M,DNAJA3,EIF3I,POLR3D,EIF3J,MGAT4B,SPRY2,PDCD2,CEBPZ,NAA15,EIF3C,ABCE1,TRIM32,POLR3K,EIF3A,RAN"
+"gene_set_query"	"502"	"ZNF700"	"509.0"	"ARCHS4 Coexpression,698;Enrichr Queries,692;GTEx Coexpression,137"	"EIF4A2,APP,ISCA1,ZFYVE9,ZDHHC6,HNRNPU,JMJD1C,EPRS,NUDT3,UBE2L3,PNN,PCMT1,NDST1,RUSC2,DPYSL2,OGFOD2,BSG,PSMD3,HABP4,DAG1,AP1S1,ATP6V1E1,CCDC92,KIFAP3,IER2,TRIM23,EIF2A,FNBP4,DDX17,WSB1,WSB2,KCNK10,ARRDC1,SCAF11,SLC35C2,COG3,ARRDC3,IFRD1,DAPK3,CD3EAP,MOGS,ANK2,SCRIB,ACTN4,CSNK1E,HDHD2,SCAMP2,ARMC1,EML4,EID1,RRAGA,RFX7,DDIT4,AKAP9,CRYZL1,HECA,ALG10B,LLGL1,PFN2,CCDC84,MACF1,TMEM63B,SLC45A1,DCUN1D1,MTMR9,CD99L2,BAZ2A,COPS7A,PIK3R1,RNPC3,APH1A,FAM160B1,CYB5R3,ERI3,CHST10,MIER1,VPS8,MAP4,ARGLU1,ZSCAN18,RAB11FIP5,VAT1,JUN,TMEM184B,BCL11A,TREX1,DCLK2,WDR55,SETX,FAM160A2,QARS,ID2,GIPC1,HNRNPD,CALM3,DUS1L,ITM2C,CDK16,CDC42SE2,ARF3,MOCS2,AHCTF1,PIGU,SETD2,CCDC127,GDI1,CLTB,PRPF19,PTMS,IKBKB,SERP2,EPM2AIP1,NUDCD3,NIPBL,ZMYM2,PCF11,ZMYM6,NCS1,DHX15,SDF4,KIF1B,JAK2,TOP3B,TMED9,SHPRH,PRMT1,ZFR,COMMD3,NUTF2,DYNLL2,DUSP6,MLF2,RHOB,MED23,GAK,DDB1,MRAS,INF2,HNRNPH1,PXDN,FAM193B,SGK1,MAPRE2,ATP6V0C,DBN1,AMIGO1,WRB,SATB2,RPL11,NOL8,AKAP6,FAM129B,PPP2CB,BCLAF1,BTAF1,GGA3,GPC1,USP1,CLPTM1,MFN2,PAIP2,RPL18,SF3B1,SRSF10,YKT6,NKTR,DYNC1H1,PCGF3,DAB2IP,TTC1,SCAF1,GTF2H5,LYRM2,MPHOSPH9,TTLL1,HNRNPA2B1,TAOK2,TSR2,PKN1,MEGF8,FRYL,HDDC2,CCNT2,FAM13B,CHPF,CTNND1,CLSTN1,MRFAP1,HDLBP,ATN1,ARID4B,PARK7,CWC27,SMCHD1,PPIP5K2,CFL1,ARID2,AP2M1,SH3GL1,TLE4,RPS9,ANKRD49,USP5,FBXW11,ANKRD44,MAGI2,TTC7B,THOC1,SHISA4,PRPF4B,LMO7,TRPC4AP,FBXO11,RNF41,FOXP1,ACAP2,DMTF1,DOK5,TBL1XR1,PRPF3,SRSF2,UBE2V2,FSCN1,SRSF4,PHIP,SRSF6,ZCCHC8,FTO,BHLHB9,CD151,ARL3,ANKRD12,ARL2,KLC2,DVL1,NACC1,CAMTA1,ANKRD10,SUDS3,SLC38A2,IVNS1ABP,PRNP,TIA1,CPSF6,CBX1,KLHL24,MARCH7,CLK4,ANKHD1,CLK2,GNAO1,COPS6,PAN3,EFNA2,HOOK2,RHEB,ZFP62,HOOK1,GNB1,NFE2L3,SPIRE1,PIN1,MDM4,SERINC1,AMOTL2,DYNLRB1,OSBPL1A,OGT,BCL2L2,NFE2L1,UBE2M,EIF4G1,RNF187,YWHAE,CREBZF,ITGB1,B4GALT2,RNF11,RBM25,CNRIP1,PRKCSH,CHD6,HMGB1,SOBP,LMNB2,NGRN,PTBP1,SENP7,SEC61A1,SGCB,AP1G1,ZC3H7B,RNPEP,CASP2,TLK1,WDR7,DNM1L,RBM5,YWHAG,RBM6,EIF5A,DST,VBP1,PDPK1,AKTIP,H2AFV,RAD23B,COASY,PTBP2,PJA2,DNM2,TRAF7,CREB1,IRF3,CTDSP2,AKT1S1,PFDN1,LUC7L3,PFDN2,PFDN4,BDP1,TRABD,PPP1R15A,GTF3C2,NLGN1,NDUFB8,USP15,STOML1,NLGN2,ROCK1,DCTN1,RAB1B,LENG8,LRP3,STRN4,DNAJB2,FAM168B,GANAB,FAM168A,GNA11,POLR2F,NCAM1,FEM1C,SLC25A23,UBQLN2,TTC14,RBM39,PPP1R14B,PCDH9,NDUFA5,ATP13A1,TAF13,GALNT2,FBXL19,ZFC3H1,PTPN11,DEK,CDC42BPB,DDHD1,TTC17,SLC4A7,PINK1,NIN,KLF6,SYT11,VAPB,BRMS1L,CARM1,CDK2AP1,ERCC5,ATP13A2,EIF3E,PDE7A,BCAR1"
+"gene_set_query"	"503"	"ZNF362"	"509.3"	"ARCHS4 Coexpression,128;Enrichr Queries,301;GTEx Coexpression,1099"	"CNTFR,EHMT2,STMN3,ADARB1,EPRS,SLC4A3,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,ZMIZ2,DPYSL3,STMN1,PIP4K2A,DIP2C,PRKACA,MEF2A,GABARAPL1,WSB1,CD3EAP,RFX1,SOX12,HCFC1,DDIT4,PRR12,SF1,TTYH3,ADAMTS10,FAM171A2,CYB5R3,PLCG1,PIP5K1C,S100A10,VPS16,ZSCAN18,CREBBP,JUN,CDK19,PHC2,JUND,CADM4,JUP,CADM1,NR2F1,IRF2BP1,IRF2BP2,PBX2,PBX1,PRRC2B,PRRC2A,TMEM198,SLC6A6,MEX3B,H2AFY2,FASN,DCHS1,PHF2,PIGU,BTG1,ARHGAP1,KRI1,TRIOBP,TRIM8,CSRP2,TUBA1A,TIMP2,JAK2,JARID2,CIC,DLGAP3,DLGAP4,EXOC7,MED27,DYNLL2,DUSP6,NCOR2,SLC7A5,MED25,TUBB2B,CDC42EP3,PXDN,NFIX,FLNA,CKB,MEF2D,SF3A2,NR1H2,PCGF2,DAB2IP,WWP2,SCAF1,SKI,OSTM1,NFIA,NFIB,TAOK2,ZYX,PKN1,AGRN,CRLF1,YPEL3,MTCH1,CLSTN3,CLSTN1,ATN1,FRY,SESN1,PLS3,FBRSL1,LZTS2,MAF1,FADS1,RNF44,CTNNBIP1,F2R,FRMD4A,VASH1,DGKZ,CLIP3,ATXN2L,CTDNEP1,ACAP3,CLIP2,OLFM2,MAPKAPK2,FSCN1,SLC27A3,SQSTM1,ARL8A,CSNK1G2,CD151,PFKFB3,INSIG1,ITPR1,PHF21A,FBXO42,GLIS2,SOCS2,PITRM1,ESD,BTBD2,DVL3,SLC38A2,MCL1,WDTC1,LRRC4B,ATP8B2,TNK2,EEF2,CHERP,PTPRA,ZNF512B,CELF3,AKAP8L,PTPN23,PIK3C2B,DUSP12,MDK,SNRNP70,UBTF,PMEPA1,EVI5L,DGCR2,ADAMTS7,BCAS3,DDOST,GIGYF1,PTP4A3,CTDSP2,POLR1B,C1D,PPP1R12B,PPP1R12C,ST6GALNAC6,HDAC5,NLGN2,SMARCD3,ROCK1,MGRN1,VPS4A,LENG8,ZBTB45,MLLT1,LRP3,HDAC7,CACNG7,HAUS7,RAB23,FYN,MARCKSL1,NTRK3,PCDH7,FBXL19,NCKAP5L,MBOAT7,FOXJ2,RPRD2,KLF6,PSAT1,PDCD4,SMARCB1,ZMYND8,ZDHHC8,HS6ST1,RUSC2,KAT5,FTH1,LONP1,EPC2,GLUL,SOX4,ST6GAL2,SMARCC2,ACTN1,CIRBP,PTOV1,ACTN4,JMJD8,MAPK8IP3,TWSG1,KCTD10,ULK3,ULK1,KCTD12,OBSL1,CTXN1,KCTD15,LLGL1,MAGED1,SDC3,PIK3R2,PIK3R1,MICAL1,GSE1,TNRC18,RAB11FIP3,B4GALNT4,IQSEC1,RCC2,SMARCA2,SMARCA4,ID2,RCOR2,RGL2,ITM2C,NRP1,PTPRS,GDI1,CITED2,SLC44A2,MRPS12,PCSK7,AP2A2,PTPRF,PTMS,KIF13A,ENC1,GIT1,TSC22D1,TSC22D3,ANO8,SREBF2,MLF2,RHOB,PACS2,PACS1,SGK1,ATP6V0C,DBN1,CSTB,SATB1,CCDC107,GNAI2,SH3BGRL,EXOSC4,CAMK2N1,SORT1,MIB2,SORBS2,VEGFA,RAB11B,CCNG2,SGSM2,TCEA2,ESYT2,MEGF8,APBA2,MIDN,CRTC1,ZFAND3,CELSR2,IGF1R,PALM,SBF1,MMGT1,LMO4,TSC2,UBE4B,POU3F3,HNRNPUL1,ISYNA1,NXPH3,NPR2,LTBP4,SLC1A4,DTX3,NDRG1,CNN3,RAI1,H1FX,MARK4,MYH10,MARK2,IVNS1ABP,HSPA8,PRNP,AUTS2,KLHL26,PCIF1,IDH2,DSTN,KLHL24,EIF2S1,NFKBIA,ARHGAP33,H1F0,EFNA2,HOOK2,PQLC1,HOOK1,GNB2,GNB1,CYCS,UBA1,MXD4,RERE,GPSM1,KDM5B,GSK3A,PCDHGB7,THRA,LDB1,PRKCSH,HP1BP3,CHD6,ILK,ARHGEF10L,LDB2,CHD3,CABIN1,PPP1R9B,LASP1,ZC3H7B,TIMM17A,SPEG,TMEM109,DACT3,FLOT2,CPXM1,SUN2,KLF13,PDPK1,AXIN1,NAV1,NAV2,ARID1A,SETBP1,DDAH2,PPDPF,CDH13,DCTN1,WIZ,DDX21,TOB1,STRN4,ADD1,IGFBPL1,DNPEP,MTA1,FAM168A,ALDH1B1,PABPN1,MKNK2,RALY,FBRS,PDLIM7,CHURC1,GALNT2,ATP2B4,TBKBP1,VIM,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"504"	"HLF"	"509.3"	"ARCHS4 Coexpression,689;Enrichr Queries,615;GTEx Coexpression,224"	"CYFIP2,NCKAP1,SLC23A2,CCNK,DIXDC1,THYN1,TXNDC12,SCAMP5,LSM11,ALCAM,DPYSL2,MYC,DPYSL3,ATP6V1E1,BSN,GLUL,TMEM8B,SOX5,CALN1,EPHA4,EPHA7,MEF2C,RBFOX1,RBFOX2,UNC13A,ZFP1,UNC5A,SLC6A17,FNBP1,LIMCH1,PAQR3,ARMC9,ANK2,ANK3,ACSL3,MAPK8IP2,EML1,ANK1,GABRG2,MAPK8IP1,STX1B,SFRP1,PRKAR1B,DDIT4,KCNQ4,SPARCL1,HECA,NECAB1,NRN1,SLC45A1,STXBP1,RPN1,NPRL3,AGAP1,CEND1,VPS26B,PIK3R1,KALRN,NCSTN,NUAK1,SYNGR1,PPP3R1,DHX35,TSPAN7,RIMKLA,SCAI,ZSCAN18,BBS1,FZD3,JUN,CADM3,CADM1,BCL11A,CADM2,IQSEC1,PLK2,PDE2A,ST8SIA3,NR1D1,HSPA12A,SMARCA2,ACADSB,PBX1,DCLK1,SNAP91,POU6F1,GLUD1,ID2,FXYD6,CALM3,FAT4,CALM1,ITM2C,PYGB,MOCS2,CSRNP3,TMEM151B,CITED2,GPR21,DIRAS1,DIRAS2,CX3CL1,PTMS,AKAP12,JPH4,NUDCD3,JPH3,NCS1,ENC1,SPIN1,IDS,DLGAP1,KIF1A,GPRASP2,PSD,ZER1,MMD,TSC22D3,SYP,RGMB,DUSP6,SYN1,MLF2,RHOB,MN1,MPPED1,VSNL1,KIT,PXDN,FAM20B,PLCB1,SGK1,VAMP2,GAS7,CSTB,NAPB,PNCK,NFIX,SATB1,AMIGO1,ATL1,ATL2,PRICKLE2,ADAM22,ADCY1,PTN,TM9SF4,ADCY5,CAMKK2,NFIL3,TCEAL3,CAMK2N1,CHN1,SPOP,SLC17A7,CKB,NCDN,RUNX1T1,GABBR2,GABBR1,SPRYD3,ATRNL1,SORT1,PLEKHA5,SORBS2,SORBS1,VEGFA,GRIN1,ERP44,NFIA,ABI2,NFIB,PKN1,PRDM8,RAB3A,CLSTN3,CLSTN1,PEBP1,OGDHL,CLU,SLC8A2,PPP1CB,RPH3A,GRIP1,KIF5A,ENPP5,PCDHAC2,FADS1,SH3GL2,PPP1R16B,LMO4,LMO3,IGFBP3,GPT2,TMOD2,TTC7B,OCRL,ATP1B1,ILF2,SRCIN1,RUNDC3A,FOXP1,CLIP3,OLFM1,CACNB3,PREPL,PKP4,FKBP5,GNAZ,BRSK1,NDRG4,BHLHB9,ARHGEF26,ARHGEF25,ZC4H2,TMEM59L,ITPR1,CHRD,LPL,CACNA1A,DTX3,NDRG2,CPLX2,SEZ6L2,NDRG1,CPLX1,CACNA1H,FBXO41,RAP1GAP,SOCS2,DPP6,SCUBE1,PLXNA2,ATP6V1H,RPRD1A,RAB6B,LONRF2,PRNP,RAB4A,CBX6,SYT1,SLC4A10,CRIM1,KLHL23,MANBAL,SYT7,FBXO31,REEP1,PTPRD,GNAO1,BCL9,LRFN5,NR4A3,DLG2,NBEA,HOOK2,HOOK1,DLG4,JMY,CNTN1,PI4KA,TAB1,GNB5,BRWD1,BCL2L2,SNAP25,DOCK3,THRA,CHD6,SOBP,AFF3,PPP1R9A,DUSP12,MFSD6,LRRTM1,PSD3,NPTN,TMEM108,PMEPA1,TNPO2,SULT4A1,YWHAG,PPP1R12A,PEG3,PDPK1,NAV2,PTBP2,PJA2,DNM1,ATRN,VCAN,PTP4A3,TRAPPC6B,DNAJC6,SNPH,CTDSP2,CRY2,ZMYND11,NAT8L,SHANK2,CAMK1G,CAMK2B,SEC23A,ROCK2,NRXN1,USP12,CXXC1,ATP1A3,NRXN2,PDXP,LRP3,ADD1,NCALD,EHBP1,SLC25A27,FAM168B,ABLIM1,SV2A,NT5DC3,POLR2D,SLIT1,SLITRK5,NCAM1,SLC25A23,SNCB,MTA3,UGGT1,SEC11A,CAMK2G,BEND5,DCAF13,ATP9A,NTRK2,SLC12A5,NEGR1,PCDH7,B3GAT1,ATP2B4,NAP1L2,ATP2B2,FBXL16,SEMA4G,MEIS2,ENOX1,RPIA,NFASC,KLF6,FMNL2,TEF,PPP2R2C,FAM131B,FAM131A,VPS45,SSBP2,CDO1"
+"gene_set_query"	"505"	"POU6F2"	"510.0"	"ARCHS4 Coexpression,915;Enrichr Queries,395;GTEx Coexpression,220"	"MYT1L,ZDHHC5,BACH2,SCAMP5,CAPNS1,TRIM28,DPYSL2,DPF1,AKT1,KIFAP3,EPHB1,NCKAP5,ATXN7L3,ANKS1B,SOX5,CHGB,EPHA5,EPHA4,EPHA7,MEF2C,RBFOX1,WSB2,SLC6A17,RBFOX3,CACNA2D1,MOGS,ANK3,ANK1,GABRG2,PRKAR1B,HECW1,TAGLN3,STX1A,PFN2,NECAB1,BEX1,FOXG1,FLII,CEND1,PHYHIPL,TMTC1,NLK,KALRN,NKAIN2,APH1A,PGBD5,FLRT2,RIMKLA,ATP6V1C1,NDFIP1,PTPRN2,MAGEE1,CADM1,CADM2,IQSEC1,BCL11A,ST8SIA2,PBX2,PBX1,DCLK1,PRRC2A,MLLT11,HNRNPL,TOLLIP,CALM3,FAT3,FBXL2,SERPINI1,CALR,CDK14,GABRB3,ROBO2,PCSK2,OGFR,GABRB2,DAZAP1,CSRNP3,GRIK5,GRIK3,SLC35F1,PRPF19,SMG5,ROBO1,SERP2,PCLO,ENC1,DNER,IDS,NEFM,DLGAP1,KIF1A,UPF1,MINK1,SYP,TUBG2,SYN3,PGM2L1,SYN1,MLF2,CNKSR2,ARHGEF9,RAP2A,VSNL1,MPPED1,PXDN,CHST1,ARHGEF2,PLCB1,TKT,VAMP2,NAPB,SATB1,ATL1,RPL12,AKAP6,ADCY1,NOL4,CENPB,FAM129B,GNAI2,CUX2,CAMK2N1,PES1,CHN1,MFN2,FLNA,SLC17A7,CTNNA2,PAK3,YKT6,DYNC1I1,RUNX1T1,GABBR2,SPRYD3,ATRNL1,GABRA3,LSAMP,SORBS2,PNMA2,GRIN1,GATAD2A,SKI,MORN4,NFIA,NFIB,TAOK2,RIMBP2,NUCB1,APBA1,HDGF,TRIP12,PKN1,CDK5R1,RAB3A,ATP8A2,CLSTN2,CTNND2,ARHGDIG,HDLBP,UBE2Z,IPO7,SLC8A1,CDH8,IGF1R,RPH3A,RIMS1,ATCAY,CDH2,LAMP1,ARHGDIA,KIF5A,NRCAM,MACROD2,SBF1,SH3GL2,RGS6,PPFIA2,NSF,CHRNB2,DSCAM,USP5,LMO4,TMOD2,MAGI2,UBE2E1,TBR1,FRMD4A,POU3F2,FOXP1,CTDNEP1,OLFM1,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,ELMO1,SCG5,CHMP4B,SCG3,TOX,KPNB1,CSNK1G2,ANAPC2,GRIA2,RTN3,BRSK1,LRRC59,KHDRBS2,RTN1,NTM,MAZ,CACNA1B,CACNA1A,CABP1,CACNA1C,CACNA1E,FBXO41,NCKIPSD,DPP6,SBNO2,NEUROD6,NACC1,PLXNA2,CAMTA1,KIF3C,LRRC4C,RAB6B,PLXNA4,RAP1GAP2,ANKRD24,SYT1,AUTS2,SLC4A10,EEF2,PTPRD,LRFN5,RALYL,DAB1,SH3BP5L,SYNJ1,REEP5,NBEA,HOOK1,GNB1,AAK1,PI4KA,CNTN1,CPE,FGF13,LSM14B,CNIH3,NFE2L1,EIF4G1,PICALM,RNF11,KDM5C,DAGLA,WDR1,PRKCSH,ELAVL4,CELF4,CHD6,YBX1,AFF3,ELAVL2,LMNB2,NRGN,PPP1R9B,SEC61A1,SEPT9,LASP1,PPP6R1,SNRNP70,LRRTM2,GDAP1L1,PSD3,UBTF,WDR7,PHACTR1,ERC2,SULT4A1,YWHAG,YWHAH,ACTR2,SVOP,KLF13,PDE4D,RNF208,NAV2,SYNGR3,SEPT5,RAD23B,DNM1,SEPT3,TRAF7,GAP43,PTP4A3,NRG3,NAV3,SETBP1,SNPH,DNAJC5,CDH13,NAT8L,INA,CAMK1G,SHANK2,RNFT2,MTPN,NLGN1,SMARCD2,STOML1,CLEC2L,NAA20,NRXN1,CXXC4,NCALD,MAPK9,CACNG7,GNG3,GANAB,SV2A,SLITRK1,U2AF2,MGAT5B,FAM120A,SLIT1,SLITRK5,SPOCK1,SNCB,MTA2,SLC25A22,BEND5,OPCML,LINGO1,NTRK2,SGTB,PCDH9,NEGR1,PCDH7,LIMK1,CADPS,ATP2B4,NAP1L2,CCK,SEMA4F,MEIS2,MYO16,NELL2,MAPK10,DBNDD1,FAM155A,PDE10A,GLRB,PPP2R2B,VPS41,MGAT4B,R3HDM1,SSBP2"
+"gene_set_query"	"506"	"MEF2C"	"510.8"	"ARCHS4 Coexpression,750;ENCODE ChIP-seq,112;Enrichr Queries,537;ReMap ChIP-seq,263;GTEx Coexpression,892"	"RB1,MDC1,MT-ND4,TFRC,MYT1L,ARPC5L,PHB2,DCAF6,PCMT1,PREX1,SCAMP4,ALCAM,DPYSL2,MYC,DPYSL3,STMN1,AKT3,AP1S2,RPL35,VPS36,IER5,PRKACB,IER2,MEF2A,RBFOX1,MECR,UNC13A,FNBP1,CACNA2D1,PRKCE,WDR74,GABRG2,RNF123,PRKAR1B,BIN1,RUFY3,DDIT4,FEZ2,SPARCL1,TARS2,SLCO5A1,HIF1A,MTDH,PPP3R1,FLRT2,PRKAR2B,NUP88,ST3GAL3,HEXIM1,CDK17,JUN,PRRT2,HOMER1,CADM1,ARPP21,CADM2,PLK2,EIF2AK3,NR2F1,IRF2BP2,SNF8,PBX1,EHD1,TBL3,PKIA,DUS1L,CDK14,LGMN,EZH2,GABRB2,BTG1,HEXA,CLTC,MRPL39,CTCF,ADO,SMG5,BBC3,FAM102B,MRPL40,CHL1,TMSB4X,TRIM2,TIMP2,DLGAP1,NIPA1,SLC39A13,NIPA2,MED29,DUSP6,MRPL44,PSMA6,ZEB2,HEATR5B,PXDN,CDC42EP3,RAPGEF2,PLEKHO1,PLCB1,VAMP2,GAS7,CLDND1,STAU2,ODC1,ADAM22,ADCY1,PSMA7,ARFRP1,TMEM169,GGA3,ADAM23,CHN1,ZSWIM6,SLC17A7,RPL15,RPS2,CKB,MEF2D,BRF2,ATRNL1,UTP3,AGK,ELP3,TRMT1,LRRC20,SLC8A3,ERP44,MKLN1,PHF5A,TAOK3,NFIA,NFIB,PKN1,AGRN,FRYL,NUCB2,FAM49A,RAB3C,DGKD,ATP8A2,TMEM167B,ATP8A1,NAB1,ATN1,CLU,SLC8A1,RPH3A,RIMS1,LAMP1,CFL2,STK16,KPNA4,PIM3,KPNA3,TMSB10,ANKRD13A,SLC25A46,SLC39A3,IFNAR2,SEMA6C,SLC38A1,ANKRD46,RPS7,TPM3,FBXW7,UBE2E3,USP3,IGFBP3,F2R,RPS6,TPM1,DYRK1A,TRAFD1,TBR1,RPSA,LENEP,FOXP1,CACNB1,PYGO2,OLFM1,RAB31,CACNB4,DMTF1,MAPKAPK2,SNRNP27,ADNP,FKBP3,DNMT1,SEMA7A,TXNDC9,CUL5,ANKRD11,MAZ,GLT8D1,ITPR1,UBR3,PHF21A,RHOBTB2,SBNO1,BTBD1,NACC1,IP6K1,SLC15A4,SLC38A2,SKIL,RAB6B,PLXNA4,MCL1,TRAPPC2,AKIRIN2,ZBTB17,EIF2B3,NOP14,TRAPPC5,SLC4A10,ADAP1,COPS4,CNOT4,PTPRD,SH3BP5L,NBEA,RHEB,MDM2,TPP2,MDM4,GPR107,CLPTM1L,ACO2,TMEM19,SNAP25,HSP90AB1,RNPEPL1,ZC3H4,SCHIP1,CELF2,FHL1,PTEN,PIK3CD,PIK3C2B,MRPL4,SGCE,NGRN,DUSP12,SART3,PSD3,ERC1,ERC2,EIF5B,ADSL,PLEKHG2,VBP1,AMT,ZFP91,RAD23A,DUSP26,PTP4A1,ARL4C,PTP4A2,PTP4A3,TRAF4,DAD1,SLC25A19,DNAJC6,CTDSP2,CCDC43,SLC25A12,CRK,ST6GALNAC6,PPP1R15A,HDAC5,MTPN,GTF2A1,SMARCD2,WBP4,CXXC1,FOXK2,SRL,DNAJB2,AP3M2,ABLIM1,KCTD20,FCHO1,CSK,FYN,SLC25A23,EIF4E,POLR2K,SH2B2,ATP9A,SPAG9,SLC12A5,KCNJ11,FEM1A,NICN1,SEMA4B,PCDH7,CCDC59,DDHD1,TPD52L2,OXR1,PNRC1,ASXL1,RAD52,NELL2,DBNDD1,KLF7,KLF6,MARCKS,SUCLA2,NAGK,CDKN2AIPNL,APC,SYT11,RAB12,ST7,OCIAD1,CCM2,PFKM,EIF4A2,APP,PDCD2L,ACTB,RPS17,GOLGA5,RASSF2,HERC1,CCNL1,EPHB2,SLC12A6,BTRC,SEPHS2,GLUL,SOX4,PDHX,EPHA4,ATP6V1G2,SLC6A17,LIMCH1,NFKBIL1,SACM1L,CIRBP,ANK2,ANK3,ANK1,MRPS18C,INPP4A,SUB1,CDC37,GUF1,VDAC3,VDAC1,KCTD12,TLN2,ATP6V0D1,PFN2,PAXIP1,GGNBP2,CTR9,MYCBP2,SUPT4H1,PIK3R1,NLK,KALRN,UBE2J1,MYL12B,FXR1,NKAIN2,SNX4,NUAK1,SEC14L1,INPP5F,HIVEP1,MLEC,HIVEP2,SCN3B,SNX5,SEC31A,RABGAP1L,LRRN3,BCL11A,SS18L1,MYO5A,SMARCA2,DCLK1,SNAP91,UBAC2,CCDC88A,ID2,PAF1,RPS20,CALM3,CALM1,CD200,ITM2C,HERPUD2,HBS1L,NRP1,DAZAP1,TRAM1,USPL1,CSRNP3,CITED2,DIRAS1,PTPRN,GDI2,DIRAS2,MYL6B,BMI1,SIPA1L3,HERPUD1,AKAP12,SYNCRIP,PPP3CB,PCLO,AKAP11,CAMKV,KIF13A,ENC1,IDS,TMED1,KIF1B,CTSE,GABPA,ZYG11B,CDV3,PARP1,TSC22D1,PARP2,TSC22D3,COMMD3,TUBG2,SYP,MRPS7,LIME1,RHOA,NME1,MLF2,RHOB,TOX4,CNKSR2,RAP2B,KIF2A,VSNL1,MPPED1,CSDE1,KIT,ARHGEF1,NCOA7,GLCCI1,MAPT,SGK1,FYTTD1,NAPA,NAPB,CAB39,SATB1,SATB2,DOT1L,AKAP6,CCDC106,PRICKLE1,PTN,TRAK2,AMN1,HIRA,EPS15,DYNC1I1,DYNC1H1,GABBR2,AP3D1,UBE2G1,SORBS2,PNMA2,PER1,SPCS1,PRKRA,HNRNPA2B1,TCEA1,CTNNB1,ESYT2,CDK5R1,OTUD4,SCARB1,ZFAND5,KLHL34,UBE3A,PRDM2,CWC27,CCDC28B,IGF1R,CHCHD3,FAM174B,BASP1,KIF5A,DENND5A,FAM3C,ARID2,SBF2,SH3GL1,PPFIA2,ZGPAT,FBXW11,TMOD2,DNAJB12,SHISA4,ATP1B1,TMEM131,PREPL,DOK5,TBL1XR1,SCN8A,EEF1A2,EHBP1L1,WDFY1,ELMO1,GEMIN7,ISCU,RTN2,TMED10,NDUFB10,RPS19BP1,LPL,SLC1A4,NDRG1,CACNA1E,EFNB2,ARHGAP21,EMG1,DPP8,FUT9,SUDS3,NDUFV2,MARK4,MYH10,LONRF2,BPTF,KLHL29,YARS,KLHDC2,PRNP,UBE2H,ACBD4,SYT1,CBX3,IDH2,HMGA1,NFKBIA,GNAO1,COQ2,NR4A3,DLG2,HOOK2,HOOK1,MKRN2,GNAS,TCF4,GRSF1,LSM14B,SAE1,LRP12,PHTF2,GSK3B,DOCK3,PSIP1,SLC2A3,HMGB1,YBX1,LDB2,CHD2,AFF3,LMNB2,LMNB1,PPP1R9B,SEC61A2,GRM5,FLOT1,PDE4B,MYO18A,PDE4A,SULT4A1,YWHAG,SCYL1,YWHAH,USP46,KLF11,NAA30,ARHGEF12,TTC33,EED,PDPK1,RBM18,AKTIP,PDE4D,UBE2QL1,SYNGR3,GPCPD1,ARID1A,DNM1,DNM3,VCAN,RABEP1,NDUFS7,GORASP2,NDUFS4,TBC1D7,CDH11,RBM24,CUEDC1,AGPAT5,CAMK2B,POLDIP3,RGS16,NRXN1,TGFBRAP1,ASAP1,MTIF2,ATP1A1,SPG7,ATP2C1,NCALD,HMGCL,GNG2,CHSY1,BMS1,NAA25,RALY,NCAM1,SNCA,CLASP2,NIPSNAP3B,SPEN,ATF7IP,DTNBP1,LCA5,ATP2B4,PDE4DIP,NAP1L2,ATP2B2,PPP2R3A,MEIS2,GALE,PPP2R2C,ASB8,BRMS1L,SUGT1,VIM,SSBP1,GPD1L,R3HDM1,SSBP2,LPIN2"
+"gene_set_query"	"507"	"ZNF639"	"513.5"	"ARCHS4 Coexpression,1536;Enrichr Queries,74;ReMap ChIP-seq,49;GTEx Coexpression,395"	"MDC1,TFRC,EHMT2,EHMT1,ZFYVE1,ALKBH8,LSM10,SCAMP4,AKT3,AKT1,PRKACA,DAXX,TSTD2,STARD7,RFX1,FAM133B,EID1,RFX7,DDIT3,RUFY3,DDIT4,ORAI2,JTB,SF1,ATF4,SLBP,SET,CDCA4,MEPCE,NPRL3,AGAP3,MRPL12,OAZ1,GABARAP,MRPL20,RHOT2,HSPH1,RNF215,GRPEL2,RDH14,PIP5K1C,RDH13,RHBDL1,HEXIM1,PRRT1,JUN,PRRT2,NCAPH2,LARP7,L1CAM,MRPL24,MLLT10,TBL3,EIF5,QARS,NMT1,FAT4,FERMT2,PIGU,KCNC3,MED15,MED17,TRMT112,TUBA1B,FASTK,RPLP2,SH3BGRL3,DUSP1,SPHK2,PGAM1,ACTL6A,MRPL49,SLC39A13,BAZ1B,MED29,SIRT3,MED23,MED21,CDC42EP4,PXDN,TUT1,SLC29A1,VAMP2,LRRC14,TRUB2,SAMD8,NIP7,SRRT,PSMA7,PSMB6,NRAS,UNK,TMEM68,SPOP,FLNA,ANO10,STX2,SAMD1,NKTR,MBD6,LRRC24,UTP3,GATAD2A,ABCB10,PSMC3,SNX17,SLMAP,SERBP1,PKN1,AGRN,YPEL3,GZF1,CSE1L,CASC3,ZBTB22,HDDC3,YY1,FADS2,SCMH1,KPNA4,KPNA2,FADS1,AP2M1,SLC38A1,DGAT1,CISH,EIF1AX,PRPF4B,ATXN2L,MSH6,MAPKAPK2,SRSF2,SRSF3,MAPKAPK5,SRSF6,SQSTM1,SRSF7,ARL8A,ANAPC2,PFKFB2,MAZ,GMPS,ISG20L2,CORO1B,CORO1C,SOCS2,SBNO1,RAP1A,NDOR1,G3BP1,ZKSCAN3,E4F1,BRIX1,NAE1,SLC38A2,ZBTB17,ZBTB12,EEF2,DRAP1,ZC3HC1,LRCH2,SH3BP5L,SP3,MDM2,ITGB1,HSP90AB1,CELF1,FHL1,AP4M1,DNM1L,UNC45A,EIF5A,HSP90AA1,PPP1R12A,ATRX,VEZF1,RAD23A,RABGGTB,RAD23B,MSL1,PIK3CA,SYF2,IMPAD1,ETF1,PPP1R12B,SLC25A11,SEC22C,PPP1R15A,RNFT2,GTF3C2,PPP1R15B,SEC23A,CANT1,ROCK1,ROCK2,SRF,PRCC,SRSF1,KATNB1,FURIN,ZBTB45,MLLT6,PPM1G,CDC42,FOXRED2,GANAB,KCTD20,U2AF2,FEM1C,SH2B1,GADD45GIP1,NOP56,PPP1R14B,HNRNPA3,NOP58,FEM1A,CNBP,IMMT,RPL23A,TPD52L2,MCM3AP,EIF3J,STUB1,P4HB,SEC24C,EIF4A2,THUMPD1,ACTB,TRIM28,OPHN1,CDC27,BSG,CCNL2,ATXN7L3,TMPO,ACVR1,ATP6V1G2,ACTN1,NSMCE2,ECH1,CIRBP,ACTN4,MFSD11,CDC34,KCTD10,THAP7,CDC37,SUB1,CSNK2B,KCNQ4,KCTD18,EIF1B,SUPT4H1,PIK3R1,DHX30,PCBP4,PCBP1,DHX36,HIVEP1,B4GALNT4,SMARCA5,PAICS,MED13L,AIMP1,ID2,CDC16,NDUFAF2,INTS5,PAF1,DHX29,CALR,NOL11,RGL2,FBXL6,FAM57B,GPAA1,DIRAS1,TECR,CTSZ,MRPS12,MRPS10,PCSK7,BMI1,SYNCRIP,ACTR1B,HYAL2,MLX,DHX15,SDF4,SSSCA1,CTSB,COX8A,CAP1,VKORC1,MINK1,COMMD3,ANO6,MRPS7,ENAH,CSDE1,FAM193B,STK40,SSNA1,CCDC107,CCDC106,COX5B,PCNP,RXRB,SH3BGRL,EXOSC4,CAMK2N2,HSF1,GPC4,NPM1,VEGFB,TMUB1,AP2B1,MIB1,PPP1CA,TMUB2,RGP1,BOP1,KLHL5,HNRNPA2B1,TCEA1,ESYT2,HDGF,GRINA,CRTC2,MIDN,NARF,ACRBP,TXN2,CAPN7,FAM174B,KIF5A,FAM3A,ARID2,MORC3,MMGT1,DIMT1,SLC30A5,TTC7B,EEF1A1,FAM173A,EHBP1L1,SBDS,TBC1D24,PPIG,PPIA,DDX5,NDUFB10,PSMD13,DDX1,TOR1AIP2,TAF5L,RTN4,SHARPIN,TBC1D13,CYC1,TBC1D17,QSER1,UBE2F,IVNS1ABP,OST4,PRNP,UBE2I,PHF10,HMGA1,DSTN,KLHL22,NUP153,KLHL24,AP4B1,SSH3,KLHL20,HOOK2,NASP,HOOK1,GNB1,UBA2,CYCS,TAB2,LSM14A,UBE2M,GSK3A,PRR7,ZMYND19,PRKCSH,DDX42,ILK,PSIP1,CHD4,ADAR,HMGB1,TAZ,LMNB1,TMEM223,ABHD16A,UBE2Q2,BCL7C,BCL7B,MLST8,LRRFIP1,YWHAG,TTC33,PDPK1,DCAKD,ABHD14B,ABHD14A,SYNGR3,DDX50,EPN1,EEF1G,CREB3,SFPQ,SETBP1,TMEM214,EEF1D,NDUFS3,NUP54,ZMYND11,DCTN2,GOSR1,DDX21,RSPH9,TAF1D,PABPN1,TMEM203,MAT2A,TRA2B,MTA2,RPP14,FBRS,CYTH1,RBM39,CHURC1,RRM2,NAA10,TAF10,CLCN6,MAPK11,ERCC1,QRICH1,VIM,MBTPS2,RAN,FAM50A,ANKLE2,HNRNPU,STMN3,ADARB1,RPL8,SMC3,EPRS,RNF115,ZMIZ1,MYC,STMN1,DIP2C,DDX17,DDX18,PRKCI,PIH1D1,CD3EAP,SOX12,GTPBP2,GTPBP4,HCFC1,ARMC1,ZSCAN21,RPL29,PRR12,UBA52,PRR14,XPA,ADH5,MTDH,PRDX5,LDHA,PPP4C,RAD21,ST3GAL2,NAA50,RPL41,JUND,H3F3B,SETD1A,IRF2BP2,MAD2L1BP,MTHFR,UPF3A,PA2G4,NR1D1,EHD1,HNRNPL,FIBP,HNRNPF,HNRNPC,FARSA,GMEB1,GMEB2,BTG1,PHF23,PHF1,SETD7,ASH2L,GPT,KRI1,WDR46,WDR43,ING4,TMEM189,TMSB4X,ENSA,GPR137,RRP12,CIC,EMD,ZC3H10,NUDC,SSR3,TCF12,COPZ1,GNL3,RNF167,TAF6L,TUBB2A,NFIX,RPL10,GPS2,TIMM10,WDR24,BCLAF1,RNF138,ASNA1,USP1,SLC17A7,RPS2,RPL18,PAIP1,SF3A3,PCGF6,SF3A2,YTHDF2,BRF1,WDR18,NR1H2,SYVN1,GTF2H2,HIPK1,AGBL5,MKLN1,RYBP,OSTM1,NUCB1,FAM49B,ANKRD13D,TUSC2,RPL10A,IPO7,TM7SF2,PPP1CB,NRBP2,CFL2,CFL1,SLC39A7,MAF1,PLEKHJ1,SLC39A3,USP8,RNF44,TLE2,RPS9,USP4,RPS8,RPS5,CTDNEP1,DISP2,MORF4L1,ILF3,RAB31,ZFP41,NCL,PGP,ADNP,FKBP5,ANKRD17,ENY2,FKBP2,UBR1,ORC4,ORC6,ESD,DVL2,SKIL,MAP2K5,MCL1,PLXNA3,AP1M1,EIF2B4,TOR1A,MARCH9,LSM4,SCRT1,LSM2,COPS6,CNOT6,CDK5,CDK4,COPS2,SPIRE2,DHCR7,RSL24D1,BCL2L2,EIF4G1,MCM7,RNPEPL1,ZC3H4,ZC3H3,UFSP2,PTBP1,SART1,DUSP12,SGCB,SIN3A,OPA3,UBTF,TNPO2,CCDC50,PLEKHG2,REXO1,ZFP91,RPL13A,BET1L,COASY,PTP4A2,PTP4A3,TRAF4,CTDSP2,POLR1B,SNRPA1,DNAJC8,SOS1,SMARCD2,WBP2,RAB1B,WBP4,TTL,LAGE3,HDAC6,PUF60,POLR2A,RAB23,VPS52,POLR2D,SMARCE1,MLXIP,PPIL1,SPAG7,FBXL19,SEMA4B,FBXL16,MTOR,BCKDK,KLF6,VAPA,PSAT1,MGAT4B,CEBPZ,VEZT,HDAC10,VARS,PITPNB,ZMYND8,DIXDC1,GDE1,FCF1,CISD2,GBA2,RPS18,FTH1,HABP4,RPS11,TBC1D10B,COG8,ARRDC1,NFKBIL1,IFRD1,AP1B1,AP1AR,JMJD8,JMJD6,TWSG1,VDAC2,HECA,PFN1,AURKAIP1,CUTA,RTEL1,NECAB3,TRANK1,DCUN1D1,NMD3,FXR1,PTDSS2,UGCG,PDCD10,CSTF1,ATP6V0A2,SS18L1,SLC35E3,PYCR2,PUM2,CCT6A,ZZZ3,ANP32B,ITM2C,HBS1L,AHCTF1,UBXN1,GDI1,SLC44A2,CITED2,FAF1,XPO1,GUK1,PCF11,KIF13A,ATP6V0B,ZER1,PRMT3,RHOF,TOPORS,MLF2,RHOB,PACS2,NME7,FAM20B,WAC,AIDA,ALDOA,SGK1,ATP6V0C,SLC20A1,NOL9,NT5C,CHRAC1,TCEAL1,SUZ12,MTX1,NFYA,NFYB,MTX3,PTGES3,SORBS1,KBTBD4,RSL1D1,XPOT,PRKRA,CAPZA2,CTNNB1,FAU,RAB3GAP1,HDLBP,NUCKS1,ARHGDIA,CWC22,POGZ,CHCHD1,NOSIP,TUFM,TBL1XR1,FIZ1,MATR3,ISYNA1,MAN2A2,MARK2,PDZD7,HSPA9,HSPA8,SMAD4,ACBD4,CBX4,HSPA5,CBX3,HSPA4,DNAJC13,DNAJC16,EIF2S1,AZIN1,NFKBIA,EFNA2,DLG4,DLG5,RFXAP,CHMP2A,BRWD1,SAE1,MUS81,B4GALT2,USP34,YBX1,CASP9,SPRED2,ZC3H7A,PPP2R5E,SPEG,PDE4A,TOPBP1,SCYL1,TSFM,RNF208,PPP2R5C,SEPT2,KLF16,DDX19A,DDAH2,THRAP3,AKT1S1,HCN3,USP16,TOB1,STRN3,THBS3,HSPD1,GNA13,ALDH1B1,CHSY1,MAPK6,MAPK3,RWDD1,SPEN,PTCD1,USP20,B3GAT3,HAGHL,CYHR1,NAP1L1,DEK,NEURL4,RPS6KB2,SSBP4"
+"gene_set_query"	"508"	"CEBPB"	"514.2"	"Literature ChIP-seq,36;ARCHS4 Coexpression,1053;ENCODE ChIP-seq,68;Enrichr Queries,643;ReMap ChIP-seq,173;GTEx Coexpression,1112"	"ITSN2,ATF2,POP7,SLC4A1AP,TFRC,IFT172,POP4,ITSN1,TESK1,TSKU,ALKBH3,FAM110A,AKT2,GPBP1,PWWP2A,FNBP4,ATG3,SAP30BP,CXADR,FNBP1,CACNA2D1,FRS2,PRKAB1,RC3H2,BCR,EWSR1,DDIT3,DDIT4,UNC50,ATF4,SF1,EXD2,TSTA3,SET,SAR1A,SAR1B,SHMT2,CDCA4,PDGFA,RHOT2,RDH11,RDH14,LTA4H,PIP5K1C,HEXIM1,JUN,PRPF38B,PRPF38A,JUP,NCAPH2,FUCA1,EIF2AK3,LARP7,TBL3,FASN,NMT1,SFXN3,NMT2,HYOU1,PKIG,LGMN,GSTM5,ARHGAP1,SNX10,MED16,BBC3,DDA1,SHF,MED11,ATIC,MED10,JAK2,JAK1,PCMTD1,APC2,DUSP1,SPHK2,SLC39A11,SLC39A10,GMIP,JOSD1,DUSP8,DUSP6,MED29,TOMM40L,DDB2,MED23,SLC7A5,TMEFF1,MED22,SLC7A6,MED25,MED24,PLSCR3,PTRH2,MED20,PXDN,SDHAF1,CINP,RAPGEF1,PTRH1,TRUB1,TRUB2,OAT,ELOF1,LIN37,GSTP1,ATL2,ODC1,NOC4L,SDAD1,SLC7A1,FAM117B,SNX27,SPOP,ZSWIM6,RICTOR,MBD3,MBD6,EGLN2,CRBN,DAB2IP,SNX21,TARBP2,NUDT21,RABIF,CCDC9,SNX17,ETNK1,SHKBP1,APEX1,SNX15,CCDC6,YPEL5,CRLF2,MTCH1,MTCH2,NAB1,ATN1,LTN1,FBXO25,CASC4,SLA,MPV17L2,CASC3,APEH,FRY,FBXO22,LAPTM4A,POFUT2,FNTB,NUDT19,CEP250,CIR1,NUDT16,FADS1,SYBU,FBXW4,BNIP3L,CTNNBIP1,CNPY2,TBR1,ATP11B,POLRMT,CASD1,FBXO11,FBXW2,PIAS1,LENEP,FAM118B,ATXN2L,ACLY,DMTF1,MSH2,SRSF3,SRSF4,SRSF6,SRSF7,ARL8A,LY6E,SLC27A4,INO80B,INO80E,TXNDC9,UQCRB,SPATA2,UAP1,FBXO42,HSP90B1,SNN,MED30,G3BP1,MBIP,G3BP2,PGK1,BRIX1,IP6K1,NADK,SAC3D1,ZKSCAN1,IP6K2,NEK9,ODF2,FBXO38,TMEM120A,HPS4,ARPC5,FBXO31,DRAP1,YRDC,SH3BP5L,UQCRQ,ARPC3,SP3,CNTROB,LRCH4,NIT1,OSBPL1A,OGT,NOP10,ITGB1,ALAS1,AKAP8L,PTEN,ETFA,ETFB,ZNRD1,SPR,PPP6R1,PPP6R3,PGLS,ACP1,UNKL,SNAP29,BCAS2,UNC45A,ACTR3,ACTR2,DHPS,MSL2,TFIP11,RABGGTA,ARFGAP1,MSL1,ARL4C,ATRN,IMPACT,TMBIM4,SYF2,C1D,PCCB,ETF1,TOP1,BCAT1,GAPDH,DCTPP1,TNFRSF21,PRPS1,ROCK2,SRC,SRF,SRSF1,LENG8,U2AF1,SRI,TSPAN31,SRM,MTHFSD,CDC42,ZNRF1,KCTD20,UBQLN1,FEM1C,FYN,IGF2BP2,HNRNPA1,EIF4B,HNRNPA0,NOP56,HNRNPA3,MARCKSL1,NOP58,TRIM41,FEM1B,MID1IP1,TXNL1,HNRNPAB,EIF3M,MCM3AP,NECAP1,CDKN2AIPNL,SYT11,PDCD4,TRIM35,EIF3G,EIF3H,PDCD2,TRIM37,ATXN10,EIF3C,EIF3D,TRIM33,UNC79,BCAR1,SMARCAL1,SLC23A2,NUDT2,ACTB,NUDT3,NUDT4,CRKL,HERC4,EFR3A,SNRPD2,CDC26,CDC27,BSG,EPC1,EPC2,ATP6V1E1,ATXN7L3,TBC1D22B,TRIM23,ATP6V1G2,SMARCC2,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,ALG1,TMEM170B,SNHG12,PPA2,SUB1,CDC37,KCTD13,FAM76B,FLYWCH1,KCTD12,TRIB2,SLC45A4,GSPT1,CDKN2AIP,PGS1,SYNGR1,FAM192A,B4GALNT1,ATP6V1C1,BBS1,SMARCA5,NTAN1,SMARCA2,PTK2,IFFO1,MED13L,EXT1,MSRA,EXT2,ZBTB6,NDUFAF2,CALU,RANBP10,NOL11,FBXL5,SUGP2,MON1B,FBXL6,HERPUD2,MRPS17,MRPS15,CSRNP2,COX7B,MRPS16,MRPS12,MRPS10,NAT10,NAT14,HERPUD1,PPP3CA,SYNCRIP,MAP1LC3B,OTUD6B,SDF4,RAC3,SDF2,COX8A,CAP1,MRPS28,PCYT1B,MRPS26,PCYT1A,MRPS24,GAA,MRPS23,MRPS21,PRPF40B,CACYBP,TFB2M,SREBF2,APRT,TOX4,GAK,KIN,TOX3,RAP2A,RAP2B,SLTM,CANX,TAX1BP1,FAM32A,ARHGEF2,EEF1E1,PTMA,NAPA,PCNA,CAB39,GBA,GNAI3,HSD17B4,MRPS30,COX5B,COX5A,RELA,NAPG,GNAI2,NFIL3,PDZD11,MGAT1,PEX16,MAP3K3,MON2,PNPLA8,MYO9B,MYO9A,VEGFA,YIF1B,NUDT9,KLHL9,TTC3,AGGF1,TCEA1,HDGF,PNPLA6,TACC2,GRINA,ZFP28,CARS,OTUD5,SRP19,CRTC2,SYS1,NUP188,ZFAND3,ZFAND6,PEBP1,UBE3A,UBE2Z,ACTG1,EEF1B2,NARS,FAM3C,PCID2,MORC3,DNAJB12,TTC7B,UBE4A,SDHD,SDHB,COX6B1,EEF1A1,DNAJB11,EHBP1L1,PPIF,TBC1D24,WDFY1,PLAA,PPIG,RAF1,PPIB,SIDT2,COX19,DDX6,DDX5,COX16,NDUFB11,HTRA2,TIMM50,RNASEH1,GRK6,TBC1D13,LLPH,TBC1D17,UBE2F,YARS,UBE2H,UBE2B,NUP153,TIMM44,MANBAL,IFT20,UBE2W,HOOK2,CCPG1,UBE2S,GNB2,GNB1,CNTN1,GNB4,UBE2O,DEGS1,TCF3,GALK1,PHTF2,CUEDC2,LDB1,ADAR,TNFAIP1,RND2,TAZ,RND3,LMNB1,RND1,TMEM222,LASP1,EEF2K,RB1CC1,IFT57,GET4,SUN2,TBP,PDPK1,DCAKD,ATP6AP2,NAV1,SYNGR3,EPN1,EEF1G,ALS2,TMEM214,ACOX1,EEF1D,CAT,CRY2,CUEDC1,OTUB1,RRN3,ASB13,RNF8,SLC3A2,RSPH9,ASAP2,RNF7,AGPAT1,RNF4,RNF5,RNF2,ADD1,POLD3,CYTH3,CYTH2,TMEM201,GNG5,PABPN1,TMEM203,TRA2B,SPOCK2,TMEM205,MKNK2,TRA2A,PTK2B,TMEM208,RALY,RPP14,MTA2,FBRS,CYTH1,TIMM8B,TTC14,URGCP,SSRP1,TTC19,USF2,GALE,UFM1,TEF,ERCC1,POLE3,ERCC8,ERCC5,SUGT1,IPO13,VPS29,IPO11,TES,RRP1,GPATCH1,EPRS,PHB2,ELK1,GLS,RRP9,ALCAM,CNST,ZMIZ1,ZMIZ2,CDK5RAP3,NUP214,PRKCE,PRKCD,WDR74,REV1,GTPBP6,AFAP1,ARMC8,GTPBP1,WDR81,ARMC6,PRKD3,NUP98,PI4K2A,ANAPC13,SEH1L,PDXDC1,CTBP1,WDR61,ADH5,RRP7A,LDHA,NCSTN,BLOC1S2,CEP70,LDHD,GAR1,RRS1,NRBF2,ST3GAL1,CEP78,NAA50,PHC2,WDR59,NDFIP1,HOMER1,DMPK,PLK2,IRF2BP1,IRF2BP2,NR1D1,MEX3D,PHC3,MCAT,POU6F1,EHD1,HNRNPL,SQLE,GNPTG,MEX3B,HNRNPK,MEX3A,ARL2BP,HNRNPF,ATG2A,GTF2IRD1,HNRNPC,FARSA,ATG2B,CEP57,PHF3,SETD5,PYGB,GMEB1,BTG1,SETD3,WDR48,PHF20,DENND1A,PHF23,PHF1,SETD7,WDR41,ASH2L,GPT,WDR43,PHF8,UBL5,UBL3,TIMP2,PLEKHN1,JARID2,RRP15,UBL7,CEP68,ASH1L,WDR34,TERF2,GNL1,COPZ1,WDR33,NSA2,TUBB2A,HEATR5B,TCP1,GARS,PLEKHO1,GRAMD1B,GRAMD1A,GRN,RNMT,FAM129B,PAPSS1,FGD3,FGD4,RPS15A,CKB,DEDD,NR1H2,GATC,ELP2,ELP3,DHRS1,SYNJ2BP,HIPK1,SCAF1,WDR13,MKLN1,PHF5A,NFIA,NUCB1,VKORC1L1,ANKRD13D,RAB3A,UBP1,AUP1,RPL10A,CLU,IPO4,IPO5,SLC8A2,PPP1CB,EDC4,NRBP2,IPO8,LAMP1,PAPOLG,CFL2,CFL1,HMGN2,GTF2I,PLEKHJ1,HMGN1,SLC39A3,IFNAR2,MAGI1,TLE3,MAP2K4,CSNK1G3,MAP2K1,TPM4,USP3,TRAFD1,DYRK1B,THOC5,ILF2,NRBP1,PYGO2,TOM1L2,ILF3,RAB34,RAB35,SNRPG,PGP,AAGAB,PHIP,SNRPE,SNRPF,CSNK1G2,FKBP5,IFNAR1,SNRPB,FKBP2,RAB5B,RAB5C,INSIG1,UBR4,GLT8D1,UBR2,ORC5,ORC6,DDRGK1,TPR,PLXNA2,DVL2,MAP2K7,MCL1,AP1M1,AKIRIN2,UVRAG,EIF2B4,TRAPPC3,AKIRIN1,OSBPL7,EIF2B2,CCDC12,POLR3GL,SEC16A,OSBPL2,TMEM132A,TRAPPC5,BCL9,DAB1,LRFN4,CPD,CPE,PLEKHM2,PLXNB2,PLXNB1,RSL24D1,BCL2L2,BCL2L1,MAP3K12,DIDO1,WDR1,ZC3H4,ZC3H3,CCDC47,WDR4,UFSP2,PIK3C2B,LBH,AP1G1,UBTF,WDR6,WDR7,PLEKHG2,CDADC1,RFC2,RPL13A,PLRG1,TSN,CTDSP2,DNAJC5,POLR1C,DNAJC8,HDAC5,HDAC3,VPS4B,RAB1B,CEBPG,RAB21,DNAJB1,HECTD1,ABLIM3,MSTO1,POLR2B,DNAJB5,VPS53,POLR2D,POLR2E,DNAJB9,CSK,POLR2G,POLR2H,CCDC71,SEC11A,POLR2K,POLR2L,MLXIP,SLC35A4,PPIL2,RNGTT,SMOX,AMFR,CCDC59,FBXL14,FBXL12,ASXL1,RAB10,BCKDK,VAPA,RAB14,POLR3B,PSAT1,DNAJA3,POLR3D,POLR3E,CEBPZ,POLR3H,VPS45,PPIL4,TPT1,TCERG1,VEZT,ISCA1,PANK2,IFITM2,SLC35B4,PANK3,VARS,ZMYND8,SLC35B1,HDAC11,PITPNA,CISD1,FCF1,PPP2R2A,GBA2,RPS15,PNN,RPS14,RPS16,FRAT2,RPS19,FLAD1,RPL36AL,FTH1,MAGOH,LONP1,DAG1,LONP2,RPS11,SEPHS1,SEPHS2,RPS10,RPS12,SRRM2,PDHX,COG8,COG6,IFRD1,METTL3,COG2,AP1B1,AP1AR,SRRM1,POR,NIF3L1,MTHFD2L,SIK3,SUCLG1,TLN2,ATP6V0D1,DCUN1D5,MAGED1,STXBP1,STXBP2,DCUN1D2,LIAS,UGCG,FXR2,ZNHIT1,CSTF1,TNRC18,TRPM7,ARGLU1,ATP6V0A1,VASP,VAT1,TMEM184C,ZRANB1,MAGEE1,PYCR2,KLHDC8B,SMU1,RPS26,RPS25,RPS27,RPS29,FUBP1,RPS20,RNPS1,MAGED2,RBAK,RPS24,AHCTF1,GFM1,UBXN1,FAM45A,CITED2,SRA1,SIPA1L2,SIPA1L3,ZCCHC14,SLC22A17,CHMP1B,XPO6,SEC61G,SH3PXD2B,CHMP1A,XPO5,TMED2,SEC61B,TMED7,PSENEN,TMED9,GP1BB,PARP2,ITFG2,TOPORS,MTSS1,SCNM1,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,MPND,CSTB,DTYMK,ZDHHC20,ICA1L,NOL9,PTS,TYMP,CST3,PPP2CA,TCEAL8,AMN1,PPP2CB,HIRA,ZDHHC18,UBTD2,ATP6V0E2,APBB3,METTL9,MTX2,PTGES2,AIG1,RAB11A,HIST3H2A,XPOT,PRKRA,CAPZA2,KBTBD7,MEGF8,NDUFA11,NDUFA10,MRFAP1,CWC25,COL4A3BP,FAM162A,HCFC1R1,COTL1,NOM1,TRAPPC2L,LMO4,NOSIP,SHISA4,LIG3,ATP1B1,RSBN1,MYCN,HGS,CHMP4B,ZCCHC8,ZCCHC7,IDI1,RPS19BP1,COPB1,PXN,NOP2,CLEC16A,PRPF8,EFNA4,EFNB1,EMG1,UBB,ZMAT2,CDH24,RPRD1A,MPST,KLHDC3,CBX5,CPSF6,PNPT1,CBX4,RHBDD3,RHBDD2,IDH1,CBX1,EIF2S2,COQ7,CRLS1,EIF2S1,COQ5,COQ2,CHMP2B,CHMP2A,PI4KA,LRP10,COPE,LRP11,ASNSD1,CBY1,DBI,FBLL1,HK1,CASP9,MFSD8,RPS4X,SPRED2,MFSD5,LRRTM2,TOPBP1,RBM7,KDM6A,KDM6B,H2AFZ,AKTIP,H2AFV,RPS3A,PPP2R5C,SAFB,SEPT5,SEPT2,DNM2,SUPV3L1,DDAH1,THRAP3,DDAH2,AKT1S1,PFDN1,PFDN2,TMEM9,HAGH,KDM3A,STOML2,ATF6B,ETFDH,PDXP,ATP1A1,TBRG4,GNA13,UGP2,CHSY1,PPP2R3C,FAM120B,GNA12,BUB3,MAPK6,LIMK2,QPCTL,RPS6KB2,CDK2AP2,ATP13A3,LPIN2,RBMX,MDC1,MAPKBP1,CHIC2,ARAF,GHITM,RBPJ,PSMD8,LSM10,RABGEF1,PSMD9,NSDHL,KRTCAP2,PSMD6,ZFYVE27,LSM11,PSMD5,CHID1,HES6,STARD3,GABARAPL1,RBFOX2,STARD7,NGDN,DNTTIP1,RFX3,RFX1,SCAMP3,FAM133B,EID1,MYL6,EID2,RUFY3,UQCRC1,PSME1,RBCK1,LETMD1,CGGBP1,TTYH3,ABCB6,MRPL18,MTMR9,SDR39U1,AGAP1,COPS7A,MTMR4,OAZ1,GABARAP,MTMR6,MRPL11,CYB5R1,HSPH1,PRKAR2B,VTI1A,AMZ2,HMGXB3,PUSL1,MCTS1,PRRT2,PMM1,EDEM1,EDEM2,EXOC6B,ERLIN2,MRPL24,EIF1,MRPL22,CS,MLLT11,MRPL30,MLLT10,ABTB1,PCDHGA11,EIF5,TDP2,PSMG3,PSMG1,EZH1,TMEM9B,ARF4,PIGO,HEXB,GPR21,RPLP0,DIS3L,HEXA,PIGP,MRPL38,MRPL36,CTCF,MRPL37,ECSIT,MRPL34,MRPL32,PQBP1,TRMT112,TUBA1B,TUBA1A,MRPL40,TMEM43,RPLP2,SH3BGRL3,LYPLA2,ELOVL5,ELOVL2,NSUN2,SIRT4,MRPL49,ELOVL6,SIRT6,NIPA2,SRP9,SIRT2,MRPL44,MRPL52,MRPL53,PSMA6,PSMA3,MRPL50,PSMA4,TMEM33,CDC42EP4,PELI1,TMEM106C,TMEM106B,TUT1,SLC29A1,DLD,VAMP2,ARF6,SLC29A2,LRRC14,RNASEK,STAU2,SRRT,HTT,MRPL54,MRPL55,PSMB6,PSMB4,RECQL5,PSMB5,BTAF1,PSMB3,PSMB1,CLPTM1,ANO10,YKT6,MDH1,UTP3,STAT2,BYSL,LRRC20,GATAD2A,TMEM60,LYRM2,FABP5,PSMC4,TTLL1,SRRD,UBAP1,RPL22L1,GOPC,CCNT2,RUVBL2,STK16,KPNA6,PMPCB,FBRSL1,PIM3,KPNA4,KPNA3,AP2M1,KPNA1,SLC38A1,AGTPBP1,ZBTB33,FOXP1,RBX1,SAP30,ACAP3,ACAP2,SLC9A8,MAPKAPK2,SQSTM1,KPNB1,ANAPC2,PFKFB2,LRRC59,RNASEH2C,RNASEH2A,PFKFB3,TUBGCP2,ARL2,UBFD1,ACAT1,SLC9A1,GLIS2,SOCS2,SBNO2,STK36,STK38,E4F1,LRRC4C,SLC38A2,SOCS7,TIA1,GOT1,GOT2,ZBTB12,ZBTB11,UBLCP1,MDM2,MDM4,TMEM19,NFE2L1,HSP90AB1,ARRB2,MRPL3,NGRN,MRPL2,FSD1L,SUMO1,SUMO2,DGCR8,HMG20A,MRPL9,MDP1,CTNNBL1,DIS3L2,PELP1,HSP90AA1,DST,VBP1,SIGMAR1,VPS37C,ARNT,VPS37D,RAD23A,NDUFC1,VPS37B,RAD23B,GIGYF1,PPM1B,HAX1,NPC1,SLC25A19,NPC2,PIK3C3,BDP1,SLC25A12,SLC25A5,SLC25A11,SLC25A4,PPP1R12C,BIRC2,PPP1R15A,RNFT2,PPP1R15B,GTF3C2,SEC23A,NDUFB8,LRP1,NDUFB6,PRCC,MAK16,CXXC1,NDUFB2,ZBTB43,KATNB1,FURIN,SLC25A28,PARD6A,SH3BP2,CDC37L1,SH3BP4,LRRC8A,AAMP,ATP9B,SLC25A22,SH2B2,SLC25A25,SH2B1,CYB5B,NDUFA8,NDUFA7,NDUFA6,NDUFA4,NICN1,MBOAT7,FOXJ3,NDUFA2,NDUFA1,FOXJ2,IMMT,LYSMD1,RPL23A,MCOLN1,BAIAP2,TPD52L2,SNRK,SLC25A39,PTPN9,CCM2,P4HB,SMAP2,SMAP1,SLC25A36,EIF4A2,EIF4A1,CCNK,AHCYL1,CCNI,TMEM41B,ZDHHC5,TXNDC11,KEAP1,TXNDC12,ZDHHC7,THUMPD1,IFI30,TXNDC17,ZDHHC4,NUBP2,DHX57,OGFOD2,FAM53C,CCNL1,SEC62,PELO,SLC12A9,ARSA,PAQR4,IMP3,ENTPD4,ENTPD6,NSMCE2,NSMCE1,ANK2,MIF,ANK3,PISD,THAP4,CCNY,ULK3,CD2BP2,PREB,CTXN1,STX1A,GCDH,CTR9,SUPT4H1,PTTG1IP,RTF1,UBE2J1,APH1A,SNX3,DHX30,SNX4,COMMD9,DHX33,DHX34,LARS,PCBP1,DHX36,PCBP2,HIVEP1,DHX37,DYM,SURF6,RCE1,HIVEP2,SNX5,RBM10,CTSA,INTS3,INTS2,MICAL2,XRCC1,ARMC10,ID2,PAF1,INTS4,CALM2,AARS,USPL1,FKBP15,GPAA1,CETN2,PTPRN,TECR,CCDC124,CTSZ,AP2A1,SLC7A11,WASL,PTPRK,AATF,IER3IP1,BMI1,AP2A2,ARV1,SPTLC1,CTSL,HYAL2,ENC1,NCS1,REV3L,ARIH2,IDS,QSOX1,ARIH1,CTSD,CTSB,NDEL1,ACAD8,CCT3,VKORC1,CCT2,GRIPAP1,SEC13,WARS,NCOA5,STARD3NL,MMD,CCDC115,NCOA6,NCOA4,MINK1,MRPS2,ANO6,MRPS7,MRPS5,COMMD4,ENAH,MRPS9,CTU1,VSNL1,CSDE1,NCOA7,CRELD1,DBN1,STK40,STX16,DERL2,CCDC107,NEDD8,CRIP2,RXRB,MNT,PAK1,SAMM50,EXOSC4,SERTAD2,EXOSC9,CAMK2N2,GPC4,CCT5,EXOSC1,CCT4,YIPF3,YIPF4,YIPF5,CRIPT,RSRC2,UBE2G1,AP2B1,DOHH,UBE2G2,NLE1,MIB1,TMUB2,RGP1,PER1,ZDHHC9,RPA3,ESYT2,SCARB1,MIDN,DBR1,WWC1,FAM174B,PPME1,KIF5A,CAPN2,SBF2,PPFIA3,SH3GL1,SLC30A9,TPRA1,SLC30A5,OSR1,ATG9A,LMTK3,LMTK2,ATAD3A,TMX4,DKC1,HNRNPUL2,TMX1,SCN8A,SBDS,UBE2V1,GEMIN7,KLHL18,RTN3,PSMD12,TMED10,PSMD14,RBM8A,YTHDC1,KLHL12,PSEN1,PDS5A,RPF2,NDRG1,RTN4,TAF5L,KIF3B,ISOC1,H1FX,KIF3C,CYC1,BCL9L,PRNP,GGT7,ECD,CRIM1,DSTN,KLHL24,SUPT5H,CLK4,SSH3,ANKHD1,CLK1,QDPR,APPBP2,PHF14,CYCS,STT3B,PICALM,GSK3B,GSK3A,DDX47,YWHAB,CNRIP1,CHD8,CHD6,DDX42,ATP2A2,TRIAP1,CHD2,GPHN,PPP1R9B,UBE2Q1,UBE2Q2,BCL7B,UQCRFS1,LRRFIP1,YWHAG,BCKDHA,NAA30,ARHGEF12,NCBP1,NCBP2,GLRX5,DYNLT3,RBM18,BUD31,DDX56,DDX52,GPCPD1,PJA1,CREB3,VCAN,LMBRD1,CREB1,NDUFS8,NDUFS7,GORASP2,PEX3,NDUFS5,NUP50,TBC1D7,NDUFS4,ATG4B,NDUFS1,EAPP,IRF9,RBM22,DCTN5,MVK,DDX27,DCTN2,NAA20,DCTN1,GOSR2,TGFBRAP1,DDX20,PARN,CSTF2T,PARL,HMGCL,TAF1D,DNPEP,RAB40C,MAT2A,TAF1A,NAA25,VHL,PDLIM7,CHGA,RBM39,MBTPS1,CHURC1,NAA10,TAF10,MIIP,ATP2B4,PDAP1,MAPK14,SOD2,SOD1,CLCN7,RPIA,IRGQ,GOLPH3,PNKD,SBK1,BRMS1L,FAM131A,RBM42,TAF6,VIM,FAM98A,NAA15,RBM45,R3HDM1,CLUAP1,RAN,RB1,RPL3,CLPB,RPL31,STMN2,DCAF8,ENO2,GABPB1,BACH1,DCAF4,RPL9,BACH2,RPL6,RPL7,RNF115,RNF114,MYC,STMN1,FDXR,RPL38,MPV17,IER5,IER2,TSPYL2,MED1,WSB1,TSPYL1,RPL21,RPL23,RPL22,MED8,CD3EAP,SOX11,AARSD1,MED6,NISCH,RNF123,DYNC1LI1,BIN3,IFT81,GPR161,RPL24,RPL27,RPL26,RPL29,DUS3L,TSPYL4,PRR13,CDC42SE1,RPN2,MAPKAP1,RPN1,NEDD4L,NOLC1,VPS26B,HIF1A,PRDX3,FAM160B1,PRDX2,PRDX5,PPP4C,PRDX4,PRDX1,RAD21,CHST10,CHST15,S100A10,CDK17,RPL41,ACD,JUND,CHKA,H3F3A,PRRC2C,MAD2L1BP,TYSND1,CDC7,PA2G4,PRRC2B,TMEM198,PRRC2A,SLC6A6,FAM160A2,GIPC1,OGDH,CDK10,UNC119,HBP1,CDK13,CDC42SE2,OGFR,ELL,CLTB,ADK,CLTA,ADO,ING1,PFAS,CLINT1,TMEM186,RNF157,ING4,TMEM189,CSRP2,IMPA1,TMSB4X,TRIM2,RFK,ENSA,SPIN1,ANXA7,RIOK2,EMD,GARNL3,ZC3H10,BRD2,HSBP1,IFNGR2,TCF12,AEN,RNF168,RNF167,INF2,PLCB1,RNF166,PCYOX1,SF3B4,SF3B5,RPL11,TIMM13,GPS2,TMEM160,TIMM10,HSPA14,SRP72,RNF138,ASNA1,RPL14,RPL13,RPL15,RPL18,ANKRD50,DTD1,RPL19,BRD4,SF3A2,AGK,TRMT1,TTC9C,SRP68,BLCAP,MZT1,AGBL5,FIG4,RNF145,ERP44,TM9SF1,MORN4,LPCAT4,TRMT6,ZYX,RLIM,PHLDB1,TOR2A,DGKD,CHPF,TUSC2,RNF19B,BZW2,BZW1,ABHD11,MAEA,SMARCAD1,TMSB10,RNF44,RPS9,ANKRD49,RPS7,IGFBP3,GPT2,RPS5,F2R,RPS6,RPSA,GTF2F1,RNF40,CTDNEP1,CLIP1,ARMCX1,RALGAPB,ARMCX2,ZFP41,DGKQ,NCL,NHP2,ERP29,ERH,PHPT1,MAD1L1,GLYR1,CUL9,CD151,BRI3,ABHD2,ANKRD11,CUL3,CUL2,ANKRD12,ABHD8,CUL1,ITPR1,TARS,KLC1,KRBA1,RLF,PHF21A,RHOBTB2,KLC4,ZFP57,BAG5,PITRM1,BTBD2,PSAP,SAFB2,ABL2,SLC15A4,ESRRA,ANKRD28,ANKRD34A,ANKRD27,TOR1A,ATP8B2,MARCH9,ASNS,MARCH8,BTBD6,ADAP1,LSM5,BTBD9,LSM4,MARCH5,ZZEF1,CNOT4,LSM7,GON4L,CDK4,RHEB,CNOT1,ZFP62,CNOT2,RNF182,RNF181,GPR107,IARS,NF2,SERINC3,RNF185,EIF4G2,SERINC4,LMBR1L,CALCOCO1,RNF11,RNPEPL1,RNF14,PTPN23,DUSP11,DUSP12,PPP6C,PTBP1,METTL14,GM2A,OPA1,SIN3A,OPA3,SLC37A4,IQCB1,GPX1,GPX4,AMT,ZFP91,RANGAP1,REXO2,YDJC,PATL1,COASY,REXO4,PTP4A1,PTP4A2,ASPH,RPL37A,SNRPA1,EVL,SOS1,EIF4E2,SSX2IP,GTF2A1,NLGN1,SMARCD2,GTF2A2,WBP1,WBP2,WBP4,RPL36A,FZR1,HIRIP3,RBBP4,RBBP5,SNRPB2,WASF1,DCAF11,MEST,UGGT1,DCAF12,DCAF13,RNF20,SPAG7,RNF24,SEMA4B,ADRM1,SEMA4C,PTPN11,CDC42BPB,PTPN12,CDC42BPA,OXR1,PNRC1,TRIT1,PNRC2,KLF6,APC,IMPDH1,IMPDH2,MGAT4B,CDO1,ARL6IP1,DIXDC1,PWP1,GOLGA2,GOLGA4,RUSC2,DPF2,ARL6IP5,ZFPL1,KIFAP3,GLUL,SOX4,AGFG1,NFKBIL1,SACM1L,SLC11A2,MTUS1,RECQL,BOLA1,ACSL3,JMJD6,CARHSP1,GRWD1,CRYZL1,XRN2,AKAP9,BOLA2,EZR,PFN1,CUTA,NLK,GMCL1,INPP5B,DGUOK,SPAST,VPS8,INPP5E,MAP4,BANP,SNHG1,ZRSR2,TRAP1,STK11IP,ACADSB,GADD45G,CCT6A,CCDC88A,STAG1,SESTD1,ANP32E,ALDH18A1,ANP32B,CC2D1A,BAP1,ITM2C,CDS2,HBS1L,DAZAP2,DAZAP1,FAF1,MYL6B,VLDLR,EPM2AIP1,HINT1,GUK1,PCF11,ZMYM4,PRMT6,CDV3,PRMT5,PRMT2,PRMT1,TSC22D3,STRBP,PRMT3,RHOF,AP3B2,RHOA,RHOB,RAB33B,RPUSD1,FRG1,WAC,STRAP,FAM20C,ALDOA,SGK1,MAPRE2,ATP6V0C,SLC20A1,PRIM1,UQCR10,TRAK1,TRAK2,AKAP1,ANKMY2,RBM15B,TBL1X,LCMT1,DCPS,MAP4K3,RANBP2,RANBP6,RSL1D1,MARS,TOMM7,PRPF31,FAU,TOMM5,RAB3GAP1,GALNT11,GOLT1B,HDLBP,ARID4A,TOMM20,CHCHD4,FBL,TMEM147,BASP1,CHCHD7,POGZ,CHCHD1,TMEM14C,ANGEL2,TSC2,KCTD2,TSC1,WRNIP1,TRNT1,KCTD5,TMEM131,PDIA4,OXA1L,PREPL,TMEM136,PHOSPHO2,DNAJC30,ILVBL,RPL7L1,SPNS1,CMPK1,ELMO2,FIZ1,RELL2,STAM2,ISCU,RAI14,ATP6V1A,BTF3L4,DTX4,ADIPOR1,CSF2RA,SDCBP,ARHGAP21,DPP9,EP400,OTX1,MARK3,PDZD8,ATP6V1D,ANKZF1,ZC3H15,MARK2,HSPA9,DNAJC19,HSPA8,ACBD6,ACBD4,HSPA5,SMURF1,DNAJC11,TBCD,IFT122,BFAR,DNAJC13,TBCB,DNAJC16,DNAJC17,TDRD3,NFKBIA,DLG1,NR4A3,ATG16L1,RFXAP,JMY,CLASRP,NFKBIB,CREBZF,USP35,B4GALT2,USP36,ABCD3,USP32,SLC2A3,SENP7,TMEM101,ALDH2,ZC3H7A,FLOT1,FLOT2,PDE4A,SCYL1,POLG,USP47,TSFM,JAGN1,SENP2,LATS1,DDX19A,FAM189B,TRNP1,LUC7L3,CHMP6,LUC7L2,B4GALT5,CHMP5,TSEN34,USP15,RGS19,TM2D2,POLDIP3,TM2D1,GMPR2,POMP,SPG7,MOSPD3,TM2D3,TOB1,IWS1,STRN4,USP19,U2AF1L4,HSPD1,NT5DC2,ROMO1,CDIPT,ABCF2,CAMK2G,ABCF3,CLASP2,ABCF1,REPS1,SPEN,PTCD3,RWDD1,BAD,B3GAT3,USP22,PRAF2,SGTA,HAGHL,PDE4DIP,HSPE1,GDAP2,NAP1L5,SPRY2,RGS12,SSBP1,PDE7A"
+"gene_set_query"	"509"	"ZNF584"	"514.8"	"ARCHS4 Coexpression,1383;Enrichr Queries,438;ReMap ChIP-seq,165;GTEx Coexpression,73"	"CYFIP2,VPS29,NCKAP1,SCOC,POP7,TES,CLPB,WIPF3,ARAF,GPATCH4,ADARB1,ZFYVE1,ALKBH8,RRP9,ALKBH3,PSMD8,SCAMP5,LSM10,RNF115,PSMD7,DPYSL2,MYC,PSMD3,FDXR,PSMD1,AP1S1,CHID1,DAXX,MECR,UNC13A,CSNK2A1,PRKCD,WDR74,DNTTIP2,CD3EAP,SOX12,WDR73,GAPVD1,GTPBP2,PRKAB1,GTPBP4,CLPX,HCFC1,DYNC1LI2,RNF126,WDR82,BIN1,RUFY3,ZSCAN21,DDIT4,ORAI2,TBPL1,PRR18,RBCK1,DUS3L,VPS28,MEG3,ANAPC13,SEH1L,NPRL2,NOLC1,XPC,HIF1A,CIAO1,MRPL20,NCSTN,LDHA,CYB5R4,PPP4C,HSPH1,PRKAR2B,RAD21,RRS1,RDH14,NRBF2,RDH13,ST3GAL1,ST3GAL2,EDEM3,CREBBP,CDK19,CADM3,JUN,PHC2,ICMT,JUND,H3F3B,PNO1,EDEM1,IRF2BP2,MAD2L1BP,MTHFR,PBX2,L1CAM,MCAT,MRPL24,MRPL22,CS,EHD1,SLC6A6,PPP5C,HNRNPF,FASN,AVL9,FARSB,CDK16,EZH2,ARF3,PYGB,BTG1,PRKAG1,MRPL36,MRPL37,WDR43,TMEM186,BBC3,PANX1,TMEM189,AIFM1,TMSB4X,ENSA,RIOK2,SH3BGRL3,RRP12,DLGAP3,JARID2,RRP15,LRRC47,BRD2,UPF1,PGAM1,MRPL48,GNL2,MRPL46,COPZ1,DUSP6,NCOR2,SLC7A5,ZEB2,TUBB2A,PSMA1,BDH1,PTRH2,PXDN,PGAM5,PLEKHO1,TKT,DLST,SDAD1,TM9SF4,PSMB6,PSMB5,UNK,NSD1,MICALL1,TMEM68,AP2S1,CLPTM1,RPS3,MFN2,DTD1,RNF130,MEF2D,BRD4,SF3A3,PCGF6,BRF2,MDH2,CSNK1A1,MBD1,GTF2H1,SRP68,WDR12,LRPPRC,BYSL,NUDT21,ABCB10,PSMC3,MYBBP1A,NFIA,PSMC4,NFIB,SNX17,PSMC1,TRMT6,PSMC2,SRRD,ZYX,TSR1,UBAP1,NUCB1,PLP2,PKN1,YPEL3,FAM49A,TUSC2,CLSTN1,ZBTB22,BZW2,IPO7,SLK,PHYHD1,KPNA6,NUDT19,KPNA4,PIM3,FADS1,USP8,BNIP3L,RNF44,USP5,CISH,USP3,ANKRD45,TPM1,UBE2E2,FOXP4,PGD,LEMD2,FOXP1,DISP2,CLIP1,ACAP2,SLC9A6,MRTO4,PGP,FSCN1,MAPKAPK5,XIST,SRSF6,SQSTM1,ARL8A,KPNB1,CSNK1G2,NSMAF,GLYR1,PFKFB2,BRSK1,ENY2,PFKFB3,TNKS,INSIG1,MAZ,HSPBP1,GOLGA7B,SBNO1,ORC4,HMBOX1,PITRM1,PSAP,ZKSCAN3,SAFB2,E4F1,SKIL,EVI5,MAP2K5,MCL1,AP1M1,TMEM120B,NOP14,EIF2B3,TOR1A,NOP16,BOD1,FBXO38,TMEM120A,HPS4,DHCR24,LSM5,TOR1B,LSM4,LSM3,FBXO31,UCKL1,COPS4,CDK5,CNOT1,TMEM11,SPIRE2,LZTR1,NFE2L1,RNF187,RNF10,HSP90AB1,NUMA1,WDR3,ZC3H3,WDR4,PTEN,MRPL4,PTBP1,DUSP12,MRPL2,ZNRD1,SUMO1,OPA1,PPP6R1,OPA3,SUMO3,SUMO2,MRPL9,ARL5A,SNAP29,TNPO3,IDH3A,TRIM67,ACTR2,GPX1,GPX4,TFIP11,REXO2,RAD23B,PTP4A1,PTP4A2,PTP4A3,SLC25A17,DNAJC7,TRAF4,CTDSP2,POLR1B,ETF1,CCDC43,PPP1R15A,RNFT2,LEPROT,GTF3C4,CANT1,WBP4,MAK16,PRCC,CXXC1,ZBTB45,LRP8,DNAJB2,CDC42,ABLIM3,RBBP4,DNAJB5,HAUS7,U2AF2,POLR2D,UBQLN1,CDC37L1,FEM1C,IGF2BP2,HNRNPA1,POLR2I,SH2B1,MLXIP,HNRNPA3,SPAG7,FEM1A,NDUFA4,FBXL19,TXNRD1,NICN1,SEMA4C,BAIAP2,CUL4A,ASXL1,KLF6,POLR3B,RAB14,POLR3C,DNAJA3,RAB12,DOLPP1,DNAJA2,POLR3E,ST7,MGAT4B,KCP,CCM2,P4HB,SEC24C,METAP1,PFKP,METAP2,PANK4,TCERG1,TMEM183A,AHCYL1,CPNE5,KDELR1,ZMYND8,ZDHHC5,CISD2,HS6ST1,PDCD2L,ACTB,ZDHHC4,NUDT4,RASSF1,HERC1,TRIM28,FTH1,DAG1,LONP1,SEPHS1,ATXN7L3,TBC1D22B,SOX4,TBC1D10B,PDHX,ATP6V1G2,BROX,NFKBIL1,NSMCE2,METTL3,MRPS18B,MRPS18A,MOGS,MIF,MRPS18C,THAP4,AFG3L2,RRAGA,ZW10,GRWD1,MTHFD2L,VDAC2,CD2BP2,VDAC1,FLYWCH1,KCTD15,TMEM161B,DCUN1D5,IGSF3,CSTF3,SDC3,PTTG1IP,GSPT1,APH1A,SEC14L1,DHX33,PCBP3,LARS,PCBP1,MIER1,RALGDS,B4GALNT4,BANP,TMEM86B,LRRN2,RCC2,SLC35E3,PYCR2,ERAL1,PUM1,PAICS,SMARCA4,CCT6A,AIMP2,CCDC88A,NDUFAF2,INTS5,RANBP10,NOL10,CALM3,DHX29,CORO7,ANP32B,ITM2C,MRPS17,GFM1,DAZAP1,MRPS16,PPP1R11,MRPS12,CCDC124,CTSZ,MRPS10,AP2A2,PTPRF,HERPUD1,RPTOR,AKAP12,MAP1LC3B,SERP1,ZMYM3,HYAL2,XPO6,XPO5,SSSCA1,DLAT,ARIH1,CTSB,NDEL1,CAP1,PRMT5,CBR1,MRPS27,TSC22D1,MMD,MRPS22,MRPS23,MINK1,MRPS2,TFB2M,GAB2,MRPS7,PPRC1,RAB33A,ITFG1,APRT,MLF2,RHOB,MRPS9,KIF2A,NFX1,HNRNPH1,FAM20B,STRAP,AIDA,ALDOA,SGK1,MPND,FJX1,DBN1,STK40,FYTTD1,DYNC1I2,AHCY,TOMM40,MRPS35,SLC20A1,MRPS30,ARNTL,EXOSC7,AMN1,ARVCF,NFIL3,SERTAD2,YIPF4,MIB2,UBE2G2,FAH,RAB11A,VEGFA,PRKRA,NDUFAB1,RAB3GAP2,HDGF,TACC2,MIDN,UBE3C,ZFAND3,SPPL2B,ARID4A,UBE3A,IGF1R,ACTG1,CHCHD4,EFTUD2,TATDN1,CHCHD3,FAM174B,ARHGDIA,CWC22,SH3GL1,NOM1,MORC3,MMGT1,APLP1,DNAJB12,MATK,LIG3,PUS7,TUFM,HNRNPUL2,DNAJB11,EHBP1L1,PPIF,PLAA,ANKS6,CHMP4B,SCG3,MASP1,DAP3,ZCCHC8,RTN3,PSMD12,COPA,PSMD11,PSMD14,DDX1,BTF3L4,HPCA,SEL1L,LTBP4,RPF2,CPLX2,NDRG1,RTN4,ARHGAP12,EFNB2,PCSK1N,RNASEH1,IRAK1,MAN2A2,TMEM127,ATP6V1H,ZC3H18,NDUFV3,PDZD7,HSPA9,UBE2F,IVNS1ABP,OST4,PRNP,UBE2H,KLHDC4,CBX6,ACBD4,CBX5,HSPA5,CBX4,RHBDD2,DNAJC11,HMGA1,DSTN,TIMM44,TBCB,CNOT10,EIF2S1,COQ6,COQ5,ARHGAP23,CLK1,PAN2,DLG1,EFNA2,TMEM115,HOOK2,CCPG1,HOOK1,UBE2S,GNB1,PI4KA,GNAS,PHF13,PI4KB,BRWD1,GALK1,SCYL3,KDM5B,USP36,CUEDC2,GSK3A,PRR7,PRKCSH,MAST1,CHD6,CHD4,TRIAP1,CABIN1,PPP1R9B,SPRED2,SEPT9,BCL7B,NUP62,TIMM17A,FLOT1,MLST8,UQCRFS1,UTP15,KDM6B,ARHGEF11,TSFM,KLF11,NAA30,USP48,HSDL1,KLF13,TTC33,PDPK1,ATP6AP2,PPP2R5B,NAV1,SYNGR3,SAFB,YWHAZ,SUPV3L1,DDX19A,FCHSD2,SETBP1,AKT1S1,NDUFS4,TBC1D7,MAN1B1,HAGH,USP14,STOML2,RRN3,PARG,STOML1,POLDIP2,ATF6B,DCTN4,RGS16,DDX23,RSPH9,NT5C2,FAM168B,MAPK7,DNPEP,TMEM203,MAT2A,BMS1,MKNK2,FAM120A,RPP14,ABCF2,FBRS,CYTH1,ABCF1,PTCD2,RRM2,USP20,PDAP1,SOD2,USF2,CLCN6,GALE,FAM131B,ACIN1,NAA15,SSBP1,MBTPS2,SSBP4"
+"gene_set_query"	"510"	"ARID5B"	"515.7"	"ARCHS4 Coexpression,464;Enrichr Queries,652;GTEx Coexpression,431"	"VARS,JMJD1C,CBLB,RPL8,HERC4,RPS17,LSM12,PSMD7,ALCAM,TRIM28,ZMIZ1,ALKBH1,DPYSL2,MYC,BSG,PSMD3,LONP1,AKT1,GLUL,IER5,ATXN7L3,SOX4,GABARAPL1,MEF2C,IAH1,TSPYL1,ACTN1,BROX,NGDN,NSMCE2,ARRDC3,DNTTIP2,CD3EAP,MOGS,SCRIB,ANK3,TWSG1,ZSCAN21,PSME4,DDIT4,HECA,TTLL12,FAM76A,RPL29,SAR1A,ANP32A,SAR1B,NEDD4L,SLAIN2,ABCB8,TMTC1,NMD3,PIK3R1,HIF1A,FAM160B1,APH1A,UGCG,CHTF8,ZNHIT1,WDR70,PRKAR2A,DHX36,MIER1,FAM192A,HIVEP2,ST3GAL1,S100A10,SEC31A,NAA50,ZRANB1,JUN,INTS1,PLK2,RCC2,H3F3A,IRF2BP2,PBX2,PBX1,PRRC2A,AIMP1,HNRNPL,STAG1,HNRNPK,ID2,CALU,HBP1,DHX29,CPEB4,ITM2C,ARF3,NRP1,DAZAP1,BTG1,PHF20,CITED2,SETD7,ARHGAP1,OSBPL11,PRPF19,WDR43,SMG5,AKAP12,MED13,CHMP1B,ENC1,TIMP2,REV3L,ARIH1,JARID2,RRP15,CDV3,UPF1,TSC22D1,PARP1,PRMT1,TSC22D3,MINK1,ANO6,GNL2,NUDT16L1,FAM126A,DUSP6,MTSS1,SREBF2,MLF2,RHOB,TOX4,ENAH,SLC7A5,SLC7A6,ZEB2,PRPF18,CTTN,TMEM33,CSDE1,CDC42EP3,PXDN,SGK1,TKT,ARF6,FYTTD1,AHCY,USO1,PSMA7,HIRA,NFIL3,PES1,MFN2,RPL18,MEF2D,EGLN1,PCGF6,SF3A1,BRF2,CSNK1A1,STAT2,BYSL,VEGFA,MKLN1,RSL1D1,NFIA,PRKRA,NFIB,NEDD4,PSMC1,CAPZA1,KBTBD2,SERBP1,TAOK2,HDGF,PKN1,ZFAND5,UBE3A,RPL10A,IPO7,IGF1R,PPP1CB,TATDN1,CAPN7,SESN1,CFL2,CWC22,CFL1,KPNA6,NUDT19,KPNA4,KPNA3,KPNA1,SH3GLB1,TLE4,SLC38A1,USP5,MMGT1,LMO4,IGFBP3,TPM1,UBE2E1,UBE4A,PUS7,ATP1B1,POLRMT,ATAD3A,FOXP1,MORF4L1,CLIP1,ILF3,RAB31,TXLNA,HNRNPUL1,TBL1XR1,RAB35,SBDS,PLAA,SRSF6,FKBP4,CSNK1G2,SNRPA,FKBP5,GLYR1,ANAPC2,LRRC59,PFKFB3,PSMD11,CBFB,CUL5,ARHGEF26,INSIG1,MAZ,ITPR1,UBR3,TOR1AIP2,UBR1,NDRG1,TAF5L,SAV1,SOCS2,EIF1AD,DPP6,RNASEH1,NACC1,SLC38A2,EVI5,SRGAP1,PDZD7,MCL1,PRNP,KLHDC3,CPSF1,UBE2B,BOD1,POLR3GL,CRIM1,KLHL24,EEF2,EIF2S1,KLHL20,CNOT4,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,COPS2,GNB2,GNB1,CNTN1,UBA2,SRPRB,UBA1,NF2,TCF3,LSM14B,NFE2L1,EIF4G1,UBE2M,PHTF2,KDM5C,USP38,ASNSD1,PRKCSH,FHL1,CHD6,PTEN,SLC2A3,YBX1,USP39,RND3,SYNE2,LMNB2,LMNB1,PPP1R9B,PPP6C,DUSP12,RPL7A,SENP5,PPP6R1,SNRNP70,PDE4B,UBTF,WDR5,PMEPA1,RBM7,MAPK1IP1L,EIF5A,PPP1R12A,DST,TTC33,PDPK1,PDE4D,ARNT,DDX54,RAD23A,NAV2,KLF16,ARL4C,EEF1G,DDX19A,TRAF7,VCAN,PTP4A3,PIK3CA,DDAH1,THRAP3,DNAJC5,CTDSP2,SEC22B,PPP1R15A,SMARCD2,RRN3,ROCK2,RAB1B,WBP4,SRSF1,TOB1,STRN4,USP19,STRN3,RAB21,DCAF15,ABLIM1,GANAB,HECTD1,MTA1,DNAJB6,U2AF2,TRA2A,UBQLN1,CDC37L1,EIF4H,FYN,HNRNPA1,SMNDC1,SEC24B,WTAP,FEM1B,CNBP,FBXL19,FOXJ3,CCDC59,FOXJ2,ATP2B4,CDC5L,SSRP1,CDC42BPA,HNRNPAB,PNRC1,CUL4A,NELL2,RAD52,KLF7,MARCKS,KLF6,NEURL4,RPS6KB1,POLR3D,RAB12,POLR3E,CEBPZ,VIM,EIF3C,EIF3B"
+"gene_set_query"	"511"	"ESR1"	"516.5"	"Literature ChIP-seq,115;ARCHS4 Coexpression,890;ENCODE ChIP-seq,116;Enrichr Queries,773;ReMap ChIP-seq,274;GTEx Coexpression,931"	"ITSN2,SCOC,MT-ND4,TFRC,RBPJ,TSEN54,TSKU,PREX1,NDST1,RABGEF1,KRTCAP2,PSMD6,PSMD7,RAVER1,DPYSL2,DPYSL3,AKT1,MEF2A,MEF2C,UNC5A,FNBP1,CACNA2D1,RFX3,EML1,BCR,EML4,MYL6,ZFYVE19,DDIT4,FEZ2,CDCA4,ABCB8,SLCO5A1,PLA2G6,GABARAP,RHOT2,PRKAR2B,PRKAR2A,PIP5K1C,ATRIP,RHBDL1,HEXIM1,ABCA2,CREBBP,JUN,JUP,CADM1,ABCA3,PMM2,ERLIN2,MRPL24,BTBD10,PBX1,MRPL22,FASN,PSMG3,DCHS1,FXYD6,SFXN1,PKIG,EZH2,ARF3,PIGU,LRSAM1,RPLP1,PIGQ,PIGP,PRKAG2,ECSIT,BBC3,MRPL33,MED12,IKBKB,SMPD3,JPH4,TUBA1C,TUBA1A,MED13,B3GALT1,RPLP2,DLGAP1,JAK2,JAK1,ELOVL2,LRRC49,MRPL49,RRAS2,EPS15L1,MANEAL,DUSP6,TOMM40L,SRP9,SLC7A5,SLC7A6,MED24,PSMA1,PXDN,RAPGEF1,PTRH1,TMEM106B,SLC29A1,ERGIC1,LRRC14,ODC1,RPS27L,SLC7A1,PSMA7,CENPB,FAM117B,GGA1,NRAS,UNK,TCOF1,MICALL1,AP2S1,MFN1,SPOP,ZSWIM6,SRSF10,UTP3,GATAD2B,SPSB3,FABP3,MYBBP1A,TAOK2,SERBP1,PKN1,YPEL3,GZF1,STK11,LAPTM4A,FNTB,ADORA1,FBRSL1,PIM3,KPNA2,SLC16A2,MAP3K7,SH3GLB2,SLC38A1,CISH,FBXW8,FBXW7,SARS,POLRMT,LENEP,FOXP1,TPST1,ACAP2,SLC9A8,MAPKAPK2,ANAPC4,ARL8A,ANAPC2,LY6E,RNASEH2A,PFKFB3,MAX,ISG20L2,STK39,CORO1B,RAP1GAP,SOCS2,SBNO2,PORCN,SNN,NDOR1,E4F1,ZKSCAN1,NEK9,TIA1,GOT1,TMEM120A,CORO2B,ZC3HC1,PTPRD,LRCH1,STK24,SP3,MDM2,AAK1,CNTROB,NIT1,SLC25A1,ZNF512B,ITGB1,MCFD2,HSP90AB1,NUMA1,CELF2,PTEN,ARRB1,ETFB,MDK,PMEPA1,ERC1,SNAP29,UNKL,BCAS3,HSP90AA1,PPP1R12A,DST,VPS37C,ARNT,VPS37B,ARFGAP3,RAD23B,TOP1,PPP1R12B,SLC25A12,MET,GAPDH,CANT1,LRP1,SRC,ROCK2,SRSF1,PRCC,CXXC1,FOXK1,PPM1D,LRP6,ZNRF1,ZNRF2,CCDC85C,SH3BP2,TRIM46,SH3BP5,SH3BP4,FYN,LRRC8B,UBQLN4,SLC25A25,EIF4B,ATP9A,GADD45GIP1,NTRK2,PTPN1,HNRNPA3,SEC24B,FOXJ3,RPL23A,TPD52L2,CABLES2,MYO16,TSPAN14,TSPAN13,EIF3L,PDCD4,STUB1,TRIM37,CDR2L,KCNK2,TRIM32,BCAR1,SLC25A36,EIF3A,TRIM33,CCNI,PREP,KEAP1,ZDHHC7,ACTB,CRKL,NUBP2,OPHN1,HERC1,EPC1,PTGFRN,EPHB2,ATP6V1G1,IMP3,SCAF11,ACTN1,ECH1,CIRBP,NSMCE1,ANK3,ACTN4,ANK1,MFSD10,PISD,SFRP1,ULK3,ULK1,STX1A,TBC1D9B,TMEM63C,SLC45A1,CTR9,PIK3R3,PTTG1IP,PIK3R1,KALRN,CDKN2AIP,PGS1,APH1A,SNX3,MIER1,HIVEP1,DYM,HIVEP2,TSPAN3,SEC31A,XBP1,LRRN3,INTS3,SURF4,MICAL3,MICAL2,SMARCA2,BRI3BP,DCLK1,MED13L,SMARCA4,PTK7,ID2,SDC1,FBXL3,COL9A3,RGL2,DDR1,NRP1,PTPRS,HIBADH,FAM57B,PTPRO,PTPRK,SLC7A11,PTPRF,AKAP12,SPTLC1,DHX15,DHX16,SSSCA1,QSOX1,CTSD,ACAD8,NCOA2,SEC13,MMD,MRPS22,MRPS23,NCOA4,ANO6,GAB2,TMEM150C,APRT,CTTNBP2NL,RGMA,RAP2C,ENAH,RNF144A,MN1,CTU1,RAP2B,CTTN,CSDE1,KIT,TAX1BP1,NCOA7,PABPC1,GLCCI1,AHCY,SSNA1,DOT1L,PRICKLE2,CRIP2,PRICKLE1,RELA,MNT,SH3BGRL,PGRMC2,NFIL3,SERTAD2,HSF2,MGAT3,HEATR6,PAK2,DYNC1I1,PLEKHA5,COX6C,YIF1B,VEGFA,ITCH,CACHD1,HDGF,TACC2,GRINA,SCARB2,SCARB1,MIDN,SYS1,CD81,ZFAND3,WWC1,PRDM2,UBE2Z,CELSR2,IGF1R,NARS,KIF5C,CAPN5,CAPN2,PPFIA1,EP300,ARID2,BAHCC1,SH3GL2,RGS6,SH3GL1,KIRREL3,FBXW11,SLC30A5,UBE4B,TANC2,EEF1A1,ADAM19,FAM173A,GPRIN1,GPD2,EHBP1L1,EEF1A2,PPIF,MASP1,UBE2V1,GEMIN7,PPIB,SIDT2,NXPH3,NPR2,CACNA1A,CACNA1D,PDS5B,NDRG1,CACNA1H,ACACA,RTN4,CNN3,RAI1,FUT8,KIF3B,ISOC1,BCL9L,TBC1D16,PRNP,UBE2I,AUTS2,SYT1,KLHL26,DSTN,SSH3,MANBAL,GCLC,PAN3,HOOK2,APPBP2,GNB2,GNAS,TAB3,CNTN2,AMOTL2,DEGS1,TAB2,TCF4,DEGS2,LSM14A,GALK1,RERE,GSK3B,RBM25,DYRK2,LDB1,PRKCSH,CHD6,ARHGEF10L,LDB2,AFF3,GPHN,TTC28,CABIN1,RASGEF1B,GATAD1,BCL7B,MYO18A,CPXM1,GET4,SUN1,PLA2G4E,PDPK1,GLRX5,BUD31,HUNK,ARHGEF18,TBC1D9,NAV1,SYNGR3,YWHAZ,PJA2,VCAN,NDUFS8,CREB1,SETBP1,NAV3,GORASP1,PPDPF,NDUFS2,ZMYND11,CUEDC1,SHANK2,ASB13,CRMP1,ASAP1,RNF7,CYTH3,HMGCL,DNPEP,MTA1,GNG2,RAB40C,TMEM203,MAT2A,TNKS2,CNR1,TMEM205,PTK2B,SPOCK1,RALY,TTC14,ATP2B4,ATP2B1,ACVR2A,TEF,ACIN1,KRAS,GPD1L,VIM,RB1,IPO13,RPL3,TES,MYT1L,STMN3,EPRS,DCAF6,ALCAM,MYC,AP1S1,IER5,CDK5RAP3,IER2,TSPYL1,NUP210,DAPK1,PRKCE,PRKCD,REV1,AFAP1,SCRIB,SOX11,MED4,CLPX,WDR81,PRKD3,GPR161,GNE,SEH1L,CTBP2,NEDD4L,HIF1A,PRKCZ,PRDX2,ABR,PPP4C,FLRT2,LDHD,CHST15,ST3GAL5,PLCG1,ST3GAL1,HMOX2,S100A10,ST3GAL3,PHC2,JUND,H3F3B,HOMER1,RDX,H3F3A,IRF2BP2,CDC7,NR1D1,MEX3C,HNRNPL,EHD1,SLC6A6,MEX3A,NPLOC4,GIPC1,UNC119,GTF2IRD1,CDK14,PHF3,PHF2,SETD2,BTG1,CDKN1B,ELL,PHF23,SETD7,CLTC,LPCAT1,GPT,TMEM186,SMG6,TMEM189,FAM102B,UBL3,TMSB4X,ENSA,SPIN1,ANXA6,GPR137,AP3S2,JARID2,RPS6KL1,SHPRH,SSR3,TCF12,NCOR2,TUBB2B,ZEB2,EXOC4,KIFC3,GAS6,PLCB1,GAS7,GRAMD1B,SF3B2,PHLPP1,RPL12,WDR24,ADCY6,FAM129B,ADCY5,PAPSS1,FGD4,PPP1R2,BCLAF1,RPS3,USP1,RPL13,SC5D,CKB,ANKRD52,ANKRD50,SF3B1,RPRM,FARP1,BRF2,BRF1,SYVN1,ELP3,WWP2,SNCAIP,HIPK1,LRPPRC,TM9SF2,XAB2,NFIA,NFIB,TMEM229B,TOR2A,ANKRD13D,DGKD,ATP8A1,CEP120,CLSTN1,CLU,SLC8A1,TM7SF2,IPO5,ABHD12,ABHD11,CDH2,SLC39A6,HMGN3,GTF2I,IFNAR2,MAGI1,RAB2A,TLE4,TLE3,MAP2K4,USP7,TPM3,IGFBP3,USP3,ANKRD44,F2R,THOC2,FRMD4B,DGKZ,THOC7,THOC6,CTDNEP1,TOM1L2,ILF3,RAB31,RAB34,DGKQ,PGP,PHIP,XIST,FKBP4,CSNK1G2,CUL7,CD151,ABHD2,ITPR1,AK2,TARS,KLC1,PHF21B,HMBOX1,PITRM1,UBR5,DVL2,ABL1,MAP2K7,SRGAP2,SKIL,RAB6B,SRGAP1,MAP2K6,OSBPL9,ESRRA,ANKRD28,UVRAG,CCDC12,ATP8B2,TNK2,SEC16A,TMEM132A,DHCR24,LSM4,BCL9,CDK5,NBEA,SPIRE2,RNF182,PLXNB2,PLXNB1,DHCR7,CNOT8,COPS8,BCL2L1,EIF4G1,SLC48A1,ZC3H4,CCDC47,DUSP12,PTBP1,LBH,ADAMTS3,SIN3B,PSD2,OPA3,PHACTR1,SLC37A3,GAL3ST3,IDH3A,PLEKHG2,GPX4,TRPC4,SGIP1,AMT,DUSP26,YDJC,PTBP2,PTP4A2,TRAF7,PTP4A3,TRAF4,CTDSP2,EVL,SMARCD2,SMARCD3,WBP2,RAB1B,SEMA3F,HDAC7,FZR1,ABLIM1,ABLIM3,POLR2E,CSK,CACNG4,JAZF1,TUB,SMARCE1,MLXIP,SPAG7,SMOX,SEMA4B,SEMA4C,FBXL16,CDC42BPB,DDHD1,KLF6,GLRB,POLR3B,IMPDH1,VAPB,MFAP2,APP,PANK2,PANK3,ZMYND8,PITPNB,HDAC11,GDE1,HS6ST1,RUSC2,FLAD1,LONP2,KIFAP3,SOX4,TBC1D10A,SOX5,SRRM2,METTL3,SLC11A2,MTUS1,PTOV1,MRPS18A,JMJD8,SRRM1,TIAM2,TWSG1,KATNAL1,VDAC1,TLN2,EZR,IGSF8,RTEL1,NECAB3,TSHZ3,IGSF3,STXBP2,DCUN1D4,TWF2,NMD3,APCDD1,DGUOK,NLN,NUAK1,GSE1,TNRC18,TRPM7,GPM6B,BANP,ZRANB2,TMEM50B,PUM2,STAG1,GOLGB1,CCDC88C,MAGED2,TMCC1,RPS21,TECPR1,ITM2C,ROBO2,TOP2B,DAZAP1,TRAM1,CITED2,SLC35F1,VLDLR,PRPF19,SIPA1L3,RYR3,SIPA1L1,CHMP1A,DNER,RAB8A,TMED4,RALGPS2,PRMT6,GP1BB,RHOF,PPRC1,ITFG2,MTSS1,RHOB,PARP8,NME1,UGDH,MPPED1,FRG1,MAPT,HNRNPH3,ALDOA,SGK1,ATP6V0C,GDPD1,AKAP7,AKAP1,AMN1,CUX1,TCEAL1,UBTD2,APBB2,NT5M,TBL1X,RYK,SLC31A1,AP3D1,SORBS2,MPP6,STAC2,CTNNB1,FAU,APBA2,MEGF9,GALNT11,HDLBP,CIB2,NUCKS1,COL4A3BP,HCFC1R1,NRCAM,KDM2A,DSCAM,SPNS2,TSC2,KCTD3,KCTD6,DPM2,DPM3,PRPF6,PRPF3,ELMO1,XPR1,FAIM,PXK,NTM,LTBP4,LPL,FBLN1,CPLX2,ADIPOR2,CSF2RA,ARHGAP20,DPP6,SCUBE1,UBB,DPP9,CDH24,MARK4,ZC3H14,MYH10,MARK2,MARK1,SMAD2,MPST,RAP1GAP2,HSPA8,SMAD1,SMAD4,CPSF6,ACBD4,CBX4,CBX2,IDH2,DNAJC11,IFT122,EIF2S2,SMAD5,DNAJC17,NMRAL1,ARHGAP23,NFKBIA,COQ2,NR4A3,DLG4,DLG5,TBCE,PI4KA,PI4KB,BRWD1,SAE1,CREBZF,MUS81,GPSM1,SCYL3,USP36,ACADVL,USP32,NVL,DOCK7,RPS4X,SENP6,SENP7,TMEM101,SEPT9,SPRED2,SPRED1,ZC3H7B,MCF2L,SNAPC3,PDE4B,TMEM109,MAN2C1,RBM5,SCYL1,HGSNAT,KLF13,H2AFZ,ABCC5,PDE4D,IQCE,AXIN1,RNF208,PPP2R5C,ARID1B,DNM3,RABEP1,DDAH1,DDAH2,CDH11,CDH13,PFDN2,PFDN4,CAMK1G,B4GALT5,TOB1,THBS3,RMND5B,MAPK8,UGP2,NT5DC3,FAM120A,MAPK1,CLASP2,OPCML,LGI1,USP24,KDM4B,NEGR1,BAD,HAGHL,B3GAT1,MEIS3,NAP1L4,PDE10A,FMNL2,RPS6KB1,XPNPEP1,SPRY2,TBKBP1,ATP13A2,ATP13A3,SSBP1,PDE7A,RBMX"
+"gene_set_query"	"512"	"ATF3"	"516.7"	"Literature ChIP-seq,91;ARCHS4 Coexpression,1127;ENCODE ChIP-seq,11;Enrichr Queries,965;ReMap ChIP-seq,85;GTEx Coexpression,821"	"SLC4A1AP,NUP107,TFRC,POP4,TSKU,ALKBH3,FAM110A,NDST1,TBK1,CAPNS1,DPYSL2,ANKFY1,PWWP2A,ATG3,SAP30BP,PRKAB2,DDIT3,DDIT4,UNC50,JTB,ATF4,SAR1B,SHMT2,CDCA4,NPRL2,MEPCE,NPRL3,PLA2G6,RHOT2,RNF216,RNF215,PIP5K1A,LTA4H,HEXIM1,JUN,PRPF38A,JUP,FUCA1,NR2F1,LARP7,LARP4,TBL3,FASN,NMT1,LGMN,GSTM5,PRKAG1,ARHGAP1,SNX10,SNX11,MED16,MED15,BBC3,SHF,MED11,SMPD1,DUSP1,SPHK2,TEX10,SLC39A13,EPS15L1,DUSP6,MED29,DUSP7,DDB2,MED23,SLC7A5,MED22,PTRH2,MED20,PXDN,SDHAF1,PAFAH1B3,ERGIC2,ERGIC1,TRUB1,TRUB2,NIP7,URM1,WRB,NOC4L,CENPB,MFN2,CENPT,MBD6,CRBN,MCRS1,SNX21,TARBP2,RABIF,ABCB10,SNX19,MYBBP1A,SNX16,CCDC9,SNX17,APEX1,TAOK2,YPEL5,GZF1,CRLF2,SLC27A1,TMEM167B,NAB1,PDCD6,ATN1,CASC3,FBXO22,LAPTM4A,FNTA,FNTB,NUDT19,NUDT16,MAP3K7,PIAS4,PCYT2,FBXW5,DGAT1,CTNNBIP1,CNPY2,FBXW2,LENEP,CDC25B,FAM118B,MSH2,DMTF1,SRSF2,SRSF3,SRSF7,SLC27A4,ARL8B,SRSF9,INO80B,KHDRBS1,INO80E,TXNDC9,IREB2,SPATA2,LIN7C,HSP90B1,EIF1AD,NDOR1,G3BP1,ZKSCAN2,BRIX1,IP6K1,TMEM120B,NOP16,API5,FUS,UROS,FBXO38,ARPC4,CORO2B,FBXO31,UCKL1,DRAP1,SH3BP5L,ARPC3,NACA,UQCRQ,NIT1,LRCH4,OGT,ITGB1,ISY1,SNAP25,MCFD2,ALAS1,NUMA1,PTEN,AP4M1,PPP6R3,PGLS,ACP1,SNAP29,BCAS2,EIF5A,UNC45A,ACTR3,ACTR2,ACTR6,TNFRSF19,MSL1,TMBIM4,SYF2,TMBIM6,ETF1,DCTPP1,GAPDH,BCAT2,SNAP47,CANT1,ROCK2,SRC,SRSF1,LENG8,SRI,TSPAN31,MTHFSD,U2AF2,UBQLN1,IGF2BP3,E2F4,HNRNPA1,EIF4E,EIF4B,HNRNPA0,UBQLN2,GADD45GIP1,NOP58,TRIM41,FEM1A,FEM1B,PCDH7,CDC5L,HNRNPAB,TSPAN14,NAGK,NECAP1,EIF3K,CDKN2AIPNL,SYT11,EIF3I,EIF3G,PDCD4,STUB1,TRIM37,EIF3E,EIF3F,TRIM32,EIF3A,SMARCAL1,CERK,PPAN,ACTB,TRIM28,SNRPD2,EIF2D,TRIM27,SNRPD3,ATXN7L3,ATP6V1G1,ATP6V1G2,ACTN1,ECH1,CIRBP,ALG2,CSNK1D,MOGS,CSNK1E,ACTN4,ALG1,MFSD11,KCTD10,KCTD13,EIF1B,TRIB2,SLC45A4,AARS2,DHX8,CEND1,ZBTB5,CDKN2AIP,PGS1,MBTD1,SEC14L1,ATP6V1C1,BBS1,XBP1,BSDC1,HARS2,SMARCA4,ZBTB6,CWF19L1,RANBP10,NDUFAF3,NOL10,NOL11,SUGP2,DDR1,DHRS13,MRPS15,HIBADH,MRPS11,PAK1IP1,MRPS12,NAT10,NAT14,RAB22A,HERPUD1,AKAP12,MAP1LC3B,PCM1,ACTR1B,OTUD6B,COX8A,MRPS28,MRPS27,ATMIN,MRPS24,GAA,MRPS23,PRPF40B,CACYBP,TFB2M,SREBF2,APRT,CTTNBP2NL,SLTM,TAX1BP3,FAM193B,EEF1E1,PTMA,NAPA,PCNA,AHCY,CAB39,MRPS33,SSNA1,GBA,PRICKLE2,PRICKLE1,COX5A,RELA,PCNP,NFIL3,ORMDL3,MGAT1,EPS15,PEX16,DYNC1H1,PNPLA8,TTC1,COX6C,MYO9A,VEGFA,YIF1B,NUDT9,KLHL9,SH3RF3,PDCL3,SEC23IP,TTC5,TTC4,NDUFAB1,HNRNPA2B1,TCEA2,AGGF1,TCEA1,HDGF,PNPLA6,TACC2,CARS,SRP19,CRTC2,SYS1,NUP188,ZFAND3,CRTC1,ZFAND5,UBE3B,COX6A1,SRP14,TXN2,EEF1B2,NARS,MORC3,DNAJB12,SDHA,EEF1A1,DNAJB11,EHBP1L1,WDFY1,PPIF,TBC1D25,PPIG,RAF1,PPIB,DDX5,TBC1D19,BHLHB9,TSG101,NDUFB10,COX16,DDX1,PLD3,RNASEH1,SHARPIN,LLPH,TBC1D17,SYT5,YARS,UBE2H,UBE2B,PCIF1,CNOT10,TIMM44,MANBAL,HIGD2A,IFT20,AHI1,HOOK2,CNTN1,MKRN2,UBE2O,AMOTL2,UBA1,GALK1,UBE2M,CUEDC2,DYRK3,DPY30,ADAR,TNFAIP1,RND2,RND3,LMNB2,LMNB1,RND1,LASP1,TMEM223,EEF2K,RASGEF1B,GET4,SUN1,PDPK1,SYNGR3,EPN1,EEF1G,ALS2,EEF1D,ACOX1,ATP6V1B2,MAN1B1,ACOX3,CUEDC1,SFSWAP,SLC3A2,RNF7,ASAP2,AGPAT4,POLD3,CYTH2,CAND1,TMEM203,GNG5,TRA2B,TDG,GNG7,TMEM205,MKNK2,BNIP1,TMEM208,PTK2B,MTA2,FBRS,ATF7IP,RRM2,BNIP3,CCK,TTC19,CDK11B,GALE,ERCC1,POLE3,VPS29,IPO11,RRP1,GPATCH1,GPATCH4,PHAX,ADARB1,SMC3,PHB2,ALCAM,CNST,ZMIZ1,AP1S1,CDK5RAP3,NUP214,DDX18,WDR74,WDR73,GTPBP2,ATG13,GTPBP1,ARMC1,DAAM1,WDR81,ARMC6,TARS2,NUP98,VPS25,VPS28,PI4K2A,ANAPC13,ANAPC16,WDR61,XPC,ARPP19,GNS,ANAPC11,GJC1,LDHB,NCSTN,LDHA,WDR70,BLOC1S1,NUP85,GAR1,RRS1,NUP88,ST3GAL1,NAA50,PHC2,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,HNRNPK,HNRNPF,TOLLIP,HNRNPD,GTF2IRD1,FARSB,PYGB,BTG1,CDKN1B,PHF23,PHF1,ARPC1A,SETD7,GPT,SMG7,SMG5,WDR43,RARS,CIC,RRP15,WDR36,TPI1,NUTF2,WDR34,TERF2,HADHB,NCOR2,TAF6L,HADHA,NSA2,TUBB2B,ZEB2,NCOR1,KIFC2,MTF2,GARS,CDC123,GRN,CLDND1,TIMM9,WDR24,FAM129B,PPP1R2,SCAF8,RPS15A,USP1,SLC17A7,PAIP2,YTHDF1,CSNK1A1,NR1H2,PCGF2,GATC,SYVN1,ELP3,HIPK1,SCAF1,SCAF4,WDR11,NFIB,JKAMP,NUCB1,FAM49B,CEP120,SYAP1,PARK7,RPL10A,CLU,IPO4,TM7SF2,EDC4,PPP1CB,RIMS1,LAMP1,CFL2,CFL1,LAMP2,PLS3,SNRNP35,SLC39A3,USP8,SUPT16H,TPM4,USP3,GTF3A,DYRK1B,THOC2,PGD,ILF2,LEMD2,THOC6,PYGO2,TOM1L2,ILF3,RAB31,RAB34,MORF4L2,RAB35,PGP,SNRPG,SNRNP27,AAGAB,SNRPE,SNRPF,STAMBP,SNRPC,SNRPA,CSNK1G1,SNRPB,RAB5B,RAB5C,INSIG1,HSPBP1,DDRGK1,DVL2,MCL1,EIF2B4,TRAPPC3,AKIRIN2,RAB4A,CCDC12,POLR3GL,COPS4,BCL9,SLC7A6OS,COPS5,COPS2,PLEKHM2,RAB5A,RSL24D1,BCL2L1,MAP3K12,DIDO1,MCM7,WDR1,ZC3H4,ZC3H3,CCDC47,WDR4,PIK3C2B,NOB1,AP1G1,SNRNP70,IDH3B,WDR6,EIF2B1,TNPO2,TNPO3,PLEKHG2,GGPS1,CCDC34,SECISBP2L,EDF1,PLRG1,WIPI2,SMC1A,TSN,DNAJC2,DNAJC7,DAD1,DNAJC5,DNAJC9,CCDC43,DNAJC8,CRK,HDAC5,MTPN,LEPROT,HDAC1,CEBPG,TTL,RAB21,DNAJB2,DNAJB1,ABLIM1,ABLIM3,POLR2A,DNAJB5,VPS52,POLR2E,DNAJB9,POLR2F,POLR2I,SEC11A,POLR2L,MLXIP,SLC35A4,CCDC59,TPRKB,FBXL16,MTOR,DNAJA1,RAB10,ASXL1,POLR3B,VAPB,PSAT1,DNAJA3,GLOD4,POLR3D,POLR3E,POLR3F,RAB18,DRG2,CEBPZ,VPS45,PPIL3,PPIL4,TPT1,SLC35B2,VEZT,ISCA1,SLC35B4,ZMYND8,SLC35B1,CISD1,FCF1,GBA2,NFU1,TIAL1,RPS14,PNN,RPS16,RPS19,KAT5,PPP2R1B,FLAD1,PPP2R1A,RPL36AL,FTH1,LONP1,LONP2,DENR,RPS11,RPS10,RPS13,TBC1D10B,RPS12,COG8,ARRDC3,IFRD1,COG2,MAPK8IP3,TIAM2,NIF3L1,POR,MTHFD2L,SIK3,HECA,SIK1,SUCLG1,ATP6V0D1,DCUN1D2,LIAS,UGCG,FXR2,CSTF1,MLEC,RALGDS,ATP6V0A1,VASP,VAT1,TMEM184B,SYNRG,SLC35E3,RPS26,SMU1,RPS27,RPS29,FUBP1,ADCK5,RPS20,RBAK,RPS21,C2CD2L,GFM1,UBXN1,CITED2,GFM2,ZFAND2A,SRA1,SIPA1L3,ZCCHC14,XPO1,CHMP1B,C1QBP,XPO6,SH3PXD2B,TMED2,SEC61B,PSD,PSENEN,ZER1,PARP2,STRADA,PPRC1,ITFG2,MLF2,VAV2,SCNM1,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,CSTB,NOL7,NOL8,NOL9,PTS,NOL6,PPP2CA,NT5C,AMN1,PPP2CB,SUSD4,METTL6,APBB3,METTL9,MTX1,PTGES2,SLC31A1,PTGES3,MTX3,SORBS2,RAB11A,KBTBD4,CAPZA2,NBR1,MEGF8,KBTBD7,KDM1A,NDUFA12,SPPL2B,MRFAP1,CWC25,CWC27,COMT,ARHGDIA,HCFC1R1,NOM1,NOSIP,ATP1B1,PRPF6,HGS,MATR3,ZCCHC8,COPB2,COPA,PXN,NOP2,LPL,EFNB2,EMG1,ZMAT2,UBB,KLHDC10,BPTF,KLHDC4,PNPT1,CBX5,CPSF1,RHBDD2,CPSF3,CPSF2,EIF2S2,EIF2S1,COQ5,COQ2,EFNA2,CHMP2A,PI4KA,SKIV2L,PI4KB,SAE1,MUS81,KDM5C,ASNSD1,HK1,CASP9,SPRED2,FLCN,SEPT7,CASP3,LRRTM2,MFSD1,MAPK1IP1L,KDM6B,H2AFZ,H2AFX,PPP2R5B,H2AFV,OXSR1,SAFB,LSS,SEPT2,SUPV3L1,DDAH2,TRAPPC6B,THRAP3,AKT1S1,DNLZ,PFDN2,HAGH,KDM3A,STOML2,KDM3B,ETFDH,ATP1A1,THBS3,TBRG4,GNA13,NXF1,CHSY1,KDM4B,KDM4C,QPCTL,LIMK1,CYHR1,RPS6KB1,CAPN10,RPS6KB2,CDK2AP2,ATP13A3,RBMX,MDC1,MT-ND4,EHMT1,GHITM,TSEN54,PSMD8,SCAMP4,PSMD9,KRTCAP2,PSMD2,PSMD3,PSMD1,SAMD10,MEF2A,DAXX,GABARAPL1,RBFOX2,DNTTIP1,RFX1,SCAMP3,EML2,FAM133B,EML5,EID1,EID2,MYL6,PRKAR1A,CLNS1A,PSME3,TBPL1,RBCK1,LETMD1,MTMR2,TTYH3,ABCB6,AGAP2,MRPL16,MTMR9,COPS7B,ABCB8,MRPL12,AAAS,MTMR4,MRPL13,GABARAP,MRPL10,HSPH1,CYB5R3,GRPEL2,VTI1A,AMZ2,HMGXB3,RHBDL1,MCTS1,B3GALNT1,ABCA3,EDEM2,MRPL27,BBIP1,ERLIN2,SNF8,FAM136A,MRPL24,MRPL21,SNUPN,EIF1,CS,MRPL30,MLLT11,PCDHGA11,EIF5,EIF6,TDP2,PSMG3,ARF4,LRSAM1,PIGT,RPLP1,HEXB,HEXA,RPLP0,MRPL38,MRPL36,ECSIT,MRPL32,TRMT112,TUBA1C,MRPL42,TUBA1A,MRPL40,TMEM43,RPLP2,LYPLA2,DFFA,LRRC49,SIRT4,MRPL49,ELOVL6,SIRT7,MRPL48,DYNLL1,MRPL45,MRPL46,SIRT2,SRP9,MRPL44,MRPL53,PSMA3,PSMA4,PSMA1,PSMA2,CDC42EP4,CDC42EP3,TUT1,TMEM106B,PGAM5,VAMP4,DLD,VAMP2,LRRC14,RNASEK,SRRT,MRPL55,PSMB6,PSMB7,PSMB4,RECQL5,UNK,GGA3,BTAF1,PSMB2,PSMB3,AP2S1,CLPTM1,LEO1,HARS,NCDN,YKT6,MEF2D,SRSF10,EXTL3,SRSF12,LRRC24,MDH1,MDH2,UTP3,STAT2,BYSL,PSMC3,FABP5,PSMC2,SRRD,UBAP1,RPL22L1,CCNT2,UBE2D2,STK19,ZBTB22,TSEN2,STK11,RUVBL2,STK16,RUVBL1,PIM3,PMPCA,KPNA4,SLC25A44,AP2M1,SH3GLB1,SLC38A1,IK,VPS33A,PPP1R16A,SARS,FTSJ1,SLC9A8,FSCN1,SQSTM1,ANAPC1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,PFKFB3,PEF1,MAZ,ISG20L2,ARL1,UBFD1,SAV1,SLC9A1,SOCS2,ATXN2,SBNO2,PMVK,E4F1,SLC38A2,TIA1,GOT1,ZBTB11,EEF2,ZC3HC1,MFHAS1,MDM4,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,POMT1,FHL1,ARRB2,MRPL3,NGRN,FSD1L,CAPZB,PMEPA1,HMG20A,ERC1,MDP1,EID2B,PELP1,HSP90AA1,DST,ARNT,NDUFC2,RAD23A,NDUFC1,VEZF1,VPS37B,RAD23B,HAX1,NPC1,SLC25A19,NPC2,BIRC6,BDP1,PPP1R12B,SLC25A11,BIRC2,PPP1R15A,PPP1R15B,GTF3C2,GTF3C3,GTF3C5,PRCC,MAK16,NDUFB3,CXXC1,FURIN,ZBTB45,PPM1D,LRP6,PPM1G,PARD6A,CDC37L1,SH3BP5,SH3BP4,LRRC8A,SLC25A22,SLC25A25,SEC24B,NDUFA5,NDUFA4,NDUFA3,NDUFA2,IMMT,LYSMD1,RPL23A,MCOLN1,TPD52L2,ATOX1,SNRK,SLC25A39,P4HB,SEC24C,MDGA1,SPG21,EIF4A2,EIF4A1,TMEM41A,CCNI,TMEM41B,ZDHHC6,JMJD1C,GCC2,CCNC,TXNDC12,THUMPD1,IFI30,CYB5D1,TXNDC17,RASSF1,OGFOD2,FAM53C,CCNL1,SLC12A9,TMPO,SCAF11,IMP3,ENTPD6,NSMCE2,GNPAT,THAP7,CD2BP2,PREB,STX1A,PEX11B,SUPT4H1,PIK3R4,PIK3R3,COMMD9,PCBP4,LARS,PCBP2,SYMPK,DYM,SURF6,RBM12,N4BP1,SNX5,CTSA,INTS1,IQSEC2,IQSEC1,RCC2,INTS2,SURF4,ID2,INTS5,PAF1,INTS4,INTS7,CALM3,DHX29,CALM1,CALM2,RGL2,AARS,TMEM151B,USPL1,CCDC127,PPP1R11,GPAA1,PPP1R10,SUV39H1,CCDC124,TECR,CTSZ,SLC7A11,AATF,PEPD,ARV1,RSRC1,CTSL,HYAL2,ENC1,MLX,IDS,SSSCA1,KIF1B,QSOX1,ARIH1,CTSD,CTSB,TMEM150B,SEC13,WARS,ACAD9,MRPS2,ANO6,COMMD1,MRPS7,RGMB,COMMD4,PDRG1,ENAH,CTU1,G2E3,NCOA7,STK40,STX12,STX16,HEATR1,STX18,DOT1L,NEDD8,CCDC107,CCDC106,MNT,EXOSC4,EXOSC9,SCAND1,CCT7,HEATR6,CCT5,CCT4,YIPF1,YIPF2,CRIPT,RSRC2,AP2B1,DOHH,NLE1,PPP1CA,TMUB2,RGP1,PER1,DPY19L3,GPAM,CCNG2,DPAGT1,SCARB1,MIDN,WWC1,BCCIP,PHRF1,FAM174B,CAPN2,SNIP1,BANF1,BAHCC1,SBF2,PPFIA3,SH3GL1,TPRA1,ADPRHL2,SLC30A5,ATG9A,TMX4,HNRNPUL1,FAM173A,UBE2V2,SBDS,UBE2V1,GEMIN7,FAM92A,RTN2,KLHL18,RTN3,NPR2,KLHL12,NDRG1,RTN4,DEAF1,H1FX,KIF3C,BCL9L,PRNP,VTA1,PHF12,ECD,HMGA1,SUPT5H,KLHL20,CLK1,PAN2,APPBP2,STT3A,CYCS,YWHAE,RBM28,GSK3A,DDX46,DDX47,CHD8,PRR3,DDX42,ILK,PSIP1,TRIAP1,DDX41,CHD2,AFF4,PPP1R9B,YWHAQ,GATAD1,NUP62,MLST8,TIMM17A,YWHAG,BCKDHA,RBM17,RBM14,NCBP1,EED,GLRX5,BUD31,DDX55,DYNLT3,TBC1D8,ABHD14B,GLRX2,UTP18,YWHAZ,PJA2,CREB3,VCAN,NDUFS8,IRF3,NDUFS7,PEX3,NDUFS5,NDUFS3,NAA38,NDUFS1,NUP54,RBM24,DCTN5,DDX27,PARG,NAA20,GOSR2,GOSR1,CSTF2T,DDX21,TAF1D,TAF1B,TNKS2,BMS1,RBM39,TAF15,TAF13,GALNT2,TAF11,ATP2B4,PDAP1,SOD2,CLCN7,CLCN6,IRGQ,FAM131A,ASB6,RBM42,ACIN1,TAF6,VIM,FAM98A,RBM45,CLUAP1,TAF2,MBTPS2,RPL4,RPL5,CYFIP1,RPL3,RPL32,RPL31,ENO2,GABPB1,RPL8,BACH1,RPL9,DCAF4,BACH2,RPL6,DCAF6,MYC,RPL36,RPL38,DIP2A,MPV17,RPL37,IER5,NFRKB,IER2,ACOT7,RPL21,WSB2,PIH1D1,RPL23,DAPK3,CD3EAP,SOX12,MED6,RNF123,RPL24,RPL27,RPL26,RPL29,DUS3L,ALG10B,PRR14,TSPYL4,PRR13,CDC42SE1,POM121,RPN2,NOLC1,NEDD4L,VPS26B,PRDX2,PRDX5,RAD21,PRDX1,PLCG1,S100A10,BRAP,RPL41,ACD,JUND,H3F3B,PNO1,MTHFR,MAD2L1BP,CDC7,PA2G4,GPN1,PRDX6,THAP11,TMEM199,FIBP,SLC6A6,GLUD1,PPP5C,NPLOC4,OGDH,CDK10,HBP1,DUS1L,CDK16,SPEF1,ELL,CLTC,CLTB,PFAS,ING4,TMEM189,TMSB4X,ENSA,GPR137,RIOK2,ZC3H10,BRD2,IFNGR2,TCF12,RNF167,LSG1,AFTPH,SF3B4,SF3B5,RPL10,RPL12,TIMM13,GPS2,TIMM10,HSPA14,TM9SF3,ASNA1,LMAN2,RPL13,RPS2,RPL15,RPL18,RPL19,BRD4,SF3A3,BRF2,TRMT1,GTF2H1,LRPPRC,AGBL5,TM9SF1,SARM1,RNF141,TOR2A,TUSC2,CTNND1,RNF19B,YEATS4,ABHD11,RNF19A,SMARCAD1,TMSB10,RPS9,RPS7,RPS8,GPT2,IGFBP3,RPS5,RPS6,AIP,CTDNEP1,ST7L,CLIP2,CLIP1,ARMCX1,NCL,ERP29,PHPT1,TTPAL,DNMT1,CD151,BRI3,ABHD2,ANKRD11,GLO1,CUL2,TARS,AK3,KLC1,GTF2E1,RLF,HMBOX1,BAG5,NACC1,BTBD2,PSAP,BAG1,SAFB2,ABL1,ABL2,ANKRD10,SKIL,MPDU1,ESRRA,MARCH9,ASNS,MARCH8,DHCR24,LSM4,ZZEF1,RCAN1,NSFL1C,LSM7,GON4L,CDK5,CNOT1,CDK4,CNOT2,MAFG,TADA3,NF1,RNF182,NF2,IARS,SERINC3,EIF4G2,RNF187,EIF4G1,RNPEPL1,RNF13,TRADD,DUSP12,PPP6C,RPL7A,SART1,SART3,OPA1,GM2A,REXO1,PDCD6IP,GPX1,GPX4,ZFP91,COASY,REXO4,PTP4A1,PTP4A2,PTP4A3,DALRD3,TRAF4,ASPH,RPL37A,EIF4E2,NFAT5,SMARCD2,GTF2A2,RNF34,WBP1,WBP2,WBP4,AP3M2,FZR1,HIRIP3,RBBP5,MGAT5B,SNRPB2,DCAF11,UGGT1,FNIP2,RNF20,SPAG9,SPAG7,TXNRD1,RPL35A,PTPN11,PNRC1,RAD52,CUL4A,KLF6,APC,IMPDH2,MGAT4B,RUNDC1,PFKM,PFKP,ARL6IP1,PWP1,GOLGA2,GOLGA3,GOLGA4,GOLGA1,DPF2,ARL6IP5,ARL6IP4,UBAP2L,ZFPL1,GLUL,AQR,SACM1L,NFKBIL1,MTUS1,PTOV1,MRPS18B,MRPS18A,JMJD8,JMJD6,MRPS18C,COX7A2L,RRAGA,CARHSP1,GRWD1,XRN2,VDAC3,PFN1,AURKAIP1,CBLL1,PFN2,CUTA,BEX1,GMCL1,IGSF9,INPP5B,NUAK1,INPP5E,MAP4,SNHG1,STK11IP,TREX1,SNHG6,STAM,GADD45G,CCDC88A,CDS2,ITM2C,HBS1L,FAF2,MYL6B,VLDLR,CX3CL1,RPTOR,EPM2AIP1,UCHL1,SERP1,GUK1,GLIPR2,PRMT6,PRMT5,CDV3,PRMT7,PRMT2,PRMT1,TSC22D3,PRMT3,NME2,AMPD2,RHOF,TUBG2,RHOB,NME1,PRPF18,PACS1,B3GNT5,FAM20B,FAM20C,SGK1,ATP6V0C,SLC20A1,TBL1X,LCMT1,RANBP2,AP3D1,RANBP6,RSL1D1,MARS,TOMM7,CTNNB1,PRPF31,TRIP12,FAU,TOMM5,TOMM6,HDLBP,NUCKS1,TOMM20,TOMM22,CHCHD4,EFTUD2,CHCHD2,BASP1,CHCHD7,KCTD2,TSC1,KCTD5,DPM2,DPM3,PREPL,DNAJC30,TIPRL,SPNS1,CMPK1,STAM2,BTF3L4,LTBP4,COX7A2,DPP8,DPP9,ATP6V1H,SUDS3,DMAP1,ATP6V1D,ANKZF1,ZC3H15,HSPA9,DNAJC19,HSPA8,ACBD6,SMAD1,ACBD4,HSPA5,PTCH1,DNAJC11,TBCD,ARHGAP29,TBCB,DNAJC16,ARHGAP23,NFKBIA,NR4A3,TMEM115,DLG4,ATG16L1,DLG5,NFKBIB,CREBZF,USP36,SCYL3,ACADVL,PCDHGB7,NVL,USP32,SLC2A3,TMEM101,PDE4B,FLOT1,PDE4A,MAN2C1,USP30,SCYL1,POLG,KLF11,TSFM,USP42,PCDHGA4,RNF208,SENP2,SENP3,KLF16,CKAP4,DDX19A,TRNP1,LUC7L3,ITGB1BP1,CHMP6,USP15,POLDIP2,TM2D2,POLDIP3,TM2D1,RGS16,GMPR2,USP11,USP12,MTIF2,SPG7,TM2D3,TOB1,STRN3,HSPD1,U2AF1L4,TFPT,CDIPT,CLASP1,ABCF1,RWDD1,IGBP1,LGI1,PTCD2,WTAP,USP21,PCDHGC4,SGTA,PCDHGC3,HSPE1,NEURL4,BAX,SPRY2,RGS12,SSBP1,SSBP2"
+"gene_set_query"	"513"	"ZNF414"	"517.7"	"ARCHS4 Coexpression,1302;Enrichr Queries,78;GTEx Coexpression,173"	"GMFB,HDAC10,WDR83,ZDHHC8,ALKBH6,ACTB,NUBP2,RPS15,KAT5,RAVER1,DPYSL2,FTH1,OGFOD2,STMN1,CCDC97,ZFPL1,IER2,SLC35C2,PIH1D1,NFKBIL1,BROX,PTOV1,CIRBP,CD3EAP,RFX1,MFSD10,THAP3,RNF126,CDC34,THAP7,DDIT4,TRIM13,ULK1,ATP6V0D1,PFN1,PRR12,AURKAIP1,CTXN1,DUS3L,VPS28,PRR14,TELO2,CCDC84,IGSF8,GPM6A,L3MBTL2,TTYH3,NPRL2,NPRL3,SDC3,SDR39U1,PDGFA,TRMT2A,MRPL13,GABARAP,DGUOK,RHOT2,ZNHIT1,DHX34,PCBP4,GSE1,TNRC18,PIP5K1C,PUSL1,RBM10,VPS16,ACD,JUN,TMEM86B,JUND,CADM1,NCAPH2,TREX1,IRF2BP1,XRCC1,MEMO1,NR1D1,PHC3,GADD45G,GIPC1,FASN,ID2,ADCK5,BAP1,SUGP1,ITM2C,MON1B,LRSAM1,GMEB2,PTPRS,GPAA1,PIGQ,ZFAND2B,MRPS12,CCDC124,TECR,MED16,PQBP1,BBC3,PTMS,LIMD2,ING4,TRIM8,MAP1LC3A,RSRC1,FASTK,CHMP1A,RPLP2,GPR137,SSSCA1,SH3BGRL3,CIC,CTSD,UBXN6,UBL7,TSC22D1,SPHK2,GAA,NME3,SIRT6,MRPS7,MRPL43,COMMD4,APRT,MLF2,RHOB,NCOR2,RNF167,TAF6L,MED25,CTU1,SCNM1,TUBB2A,INF2,RPUSD1,SDHAF1,PXDN,PICK1,AIDA,CD47,SLC29A1,ALDOA,SGK1,ATP6V0C,MPND,SFI1,NAPA,CSTB,GRN,RNASEK,LIN37,GPS1,DOT1L,TIMM13,GPS2,NOC4L,CRIP2,TMEM160,RFNG,WDR24,MRPL55,GNAI2,NT5C,MNT,UNK,SCAND1,CKB,RABAC1,PEX16,MBD3,NPDC1,GABBR2,SF3A2,WDR18,NFYC,NR1H2,MIB2,TMUB1,DOHH,SCAF1,TMUB2,YIF1B,SPSB3,XAB2,TAOK1,SHKBP1,PRPF31,TMEM39B,PKN1,AGRN,YPEL3,GRINA,OTUD5,CRTC2,TOR2A,MIDN,NARF,ANKRD13D,NDUFA11,ROGDI,SYAP1,ZBTB22,UBE2Z,RPL10A,ACTG1,FADS3,STK11,ARHGDIA,KHSRP,HCFC1R1,PALM,FBRSL1,PIM3,SH3GLB2,USP8,TLE2,FBXW5,MAP2K2,TTC7B,FOXP4,VRK3,LEMD2,DGKZ,PIAS2,FOXP1,MAU2,TMX3,FAM173A,EEF1A2,FKBP8,FSCN1,TBC1D25,SRSF4,RAD54L2,MAD1L1,ANAPC2,LY6E,INO80B,ISYNA1,TUBGCP2,LTBP4,GPR85,CACNA1A,CACNA1D,CORO1B,TIMM50,NEUROD2,SBNO2,DPP6,NDOR1,SCUBE1,PITRM1,BTBD2,E4F1,H1FX,NDUFV3,MAP2K7,TBC1D17,PDZD7,BCL9L,AP1M1,ZBTB17,PRNP,KLHDC4,CCDC12,PCIF1,TRAPPC5,ASPSCR1,HMGA1,TRAPPC9,EEF2,DNAJC17,CLK3,ARHGAP33,LRFN4,HOOK2,HOOK1,UBE2S,GNB2,CNOT3,CHMP2A,PLXNB2,TAB1,CLASRP,CCDC22,COPE,DDX49,PRKCSH,AKAP8L,CHD6,CELF4,CELF5,DDX41,TAZ,TTC28,MRPL4,SART1,TMEM222,PTBP1,DUSP12,ABHD16A,MDK,TIMM17B,PGLS,ILKAP,KDM6B,HSP90AA1,REXO1,GPX4,PDPK1,DHPS,H2AFX,AXIN1,SENP2,YDJC,EPN1,DDOST,KLF16,PTP4A3,NDUFS8,NDUFS7,DDAH2,CTDSP2,POLR1B,PPDPF,TBC1D7,ETF1,CHMP6,CRK,GAPDH,AHDC1,RNF31,TSEN34,TRABD,HDAC5,HDAC3,NDUFB7,GTF3C5,RAB1B,RGS16,PRCC,DCTN3,ZBTB45,MOSPD3,U2AF1L4,DCAF15,FZR1,DNPEP,NCLN,RAB24,POLR2E,SLITRK5,SH2B2,PDLIM7,KDM4B,MARCKSL1,TMEM30A,TRIM41,USP20,NEGR1,RNF25,IDH3G,USP21,MIIP,SGTA,HAGHL,CYHR1,EFR3B,HS3ST1,USF1,RAD52,PFKL,CAPN10,RAB12,NOVA2,RPS6KB2,DRG2,RBM42,BAX,STUB1,BCAR1,SSBP4"
+"gene_set_query"	"514"	"ATOH7"	"519.0"	"ARCHS4 Coexpression,965;Enrichr Queries,561;GTEx Coexpression,31"	"ARL6IP1,MYT1L,STMN2,STMN3,STMN4,SCAMP5,SAMD14,ALCAM,DPYSL5,DPYSL2,IGLON5,DPF1,KIF21B,BSN,SOX4,EPHA5,HES6,EPHA4,ATP6V1G2,TSPYL1,UNC13A,UNC5A,ZFP1,SLC6A17,ACSL6,ISLR2,ANK2,SOX11,MAPK8IP2,CPT1C,ANK1,JMJD8,GABRG2,GPR162,STX1B,PRKAR1B,KCNQ2,HECW1,DDIT4,RUFY2,TAGLN3,KCTD12,STX1A,PFN2,GPM6A,NECAB1,BEX1,STXBP1,AGAP2,CEND1,ATXN7L3B,AGAP3,PRKCZ,KALRN,TTBK1,ADAMTS10,NKAIN1,SYNGR1,FAM171A2,PPP3R1,PGBD5,PCBP4,B4GALNT1,RIMKLA,SCN3B,RHBDL1,ATP6V0A1,PRRT1,NTNG2,JUN,CADM3,MAGEE1,IQSEC2,LRRN3,BCL11B,CADM1,LRRN2,BCL11A,SS18L1,MYO5A,HSPA12A,SNAP91,MLLT11,PPP1R1A,H2AFY2,ID2,CALM3,FXYD6,SERPINI1,CALM1,RCOR2,GSTM5,SUGP1,GABRB3,ROBO2,GABRB2,TMEM151B,CSRNP3,DOC2A,GDI1,KCNC1,CCDC127,DIRAS2,PTPRO,SLC7A11,JPH4,TRIM9,UCHL1,JPH3,B3GALT2,ENC1,IDS,GPR137,DLGAP1,NEFM,KIF1B,KIF1A,DLGAP3,FEZF2,ACTL6B,SYP,AP3B2,SYN1,DUSP6,MLF2,CNKSR2,TUBB2B,TUBB2A,VSNL1,MPPED1,KIT,PXDN,MAPT,SGK1,VAMP2,RNF165,NAPB,SAMD8,GDPD1,SEZ6,ADCY1,NOL4,BEGAIN,TCEAL5,TMEM169,CAMK2N1,CHN1,SLC17A7,CTNNA2,ATP6V0E2,RPRM,GABBR2,GABBR1,LHFPL4,TTC9B,NMNAT2,PNMA2,GRIN1,TMEM158,NFIA,FABP7,APBA1,PKN1,KBTBD7,APBA2,CDK5R2,CDK5R1,RAB3A,ATP8A1,CLSTN3,ARHGDIG,OGDHL,ARHGAP39,CELSR2,SLC8A1,SLC8A2,RPH3A,ARHGAP44,RIMS1,ATCAY,KIF5C,TUBB3,NRCAM,SH3GL2,FADS1,RGS7,NSF,CHRNB2,LMO1,KIRREL3,LMO4,IGFBP3,IGFBP2,TTC7B,ADAM11,TBR1,RUNDC3B,RUNDC3A,GRIP2,CLIP3,OLFM1,PCP4,MYCN,GPRIN1,SCN8A,TBC1D24,AMPH,LY6H,RTN4R,GRIA2,RTN3,BRSK1,BHLHB9,NDRG3,RTN1,CHRNA7,TMEM59L,ABHD8,CHRD,CACNA1B,CACNA1A,BHLHE22,CPLX2,KLC1,DTX4,FBXO44,CACNA1E,FBXO41,CACNA1G,GOLGA7B,NEUROD2,IGSF21,PDZD4,BAG4,PITRM1,DEAF1,NEUROD6,CASKIN1,PLXNA2,PLXNA1,KIF3C,RAB6B,SYT4,PRNP,SYT3,SYT1,SLC4A10,NSG1,SYT7,MANBAL,PTPRD,RALYL,LRFN5,DLG2,DAB1,EFNA2,NR4A3,SYNJ1,CDK5,HOOK2,DLG4,HOOK1,REEP2,AAK1,RNF182,CNTN2,SERINC1,CNIH2,CNIH3,SPRN,SNAP25,PODXL2,CELF3,CELF4,CHD6,ELAVL4,CELF5,FBLL1,GPHN,ELAVL2,ELAVL3,RND1,DUSP12,YWHAQ,LRRTM2,GDAP1L1,PSD3,ERC2,SULT4A1,GALNT9,YWHAH,DACT1,SVOP,SGIP1,VPS37D,RNF208,RTN4RL2,NAV2,SEZ6L,DNM1,SEPT3,ARL4C,GAP43,PTP4A3,SNPH,TRAPPC6B,CDH10,INA,CAMK1G,SHANK1,CLEC2L,RGS16,NRXN2,PDXP,RBM4B,CRMP1,PPM1E,ADD2,CYTH3,MAPK9,CACNG7,GNG3,DNPEP,GNG2,SV2A,SPOCK2,NNAT,POLR2D,SLITRK5,NCAM1,FSD1,SNCB,CRYM,WASF1,SLC25A22,CLVS1,OPCML,BEND6,SNCA,CHGA,LINGO1,NTRK2,MARCKSL1,SLC12A5,PTCD2,NEGR1,PCDH8,ATP2B4,NAP1L2,ATP2B2,CCK,GDAP1,NAP1L5,NELL2,NFASC,NECAP1,GLRB,RAB15,FAM131B,VIM,INSM1"
+"gene_set_query"	"515"	"HES6"	"519.7"	"ARCHS4 Coexpression,853;Enrichr Queries,540;GTEx Coexpression,166"	"CNTFR,SMARCB1,TFRC,HDAC11,EPRS,GPR173,DPYSL4,DPYSL5,DPYSL2,MYC,STMN1,SOX4,WSB2,PTOV1,ISLR2,MMD2,SOX11,CPT1C,ATG13,ASPHD1,FEZ1,DDIT4,TAGLN3,CTXN1,STX1A,KCTD15,LLGL1,GPM6A,BEX2,BEX1,TTYH1,FOXG1,PHYHIPL,AGAP1,HTATSF1,TTBK1,PRDX2,LDHA,WDR70,PCBP4,ERI3,KCNN1,SCN3B,RAB11FIP4,GPM6B,ATP6V0A1,FDFT1,S100A10,ZSCAN18,JUN,FZD3,PTPRN2,JUND,CADM4,ZFR2,ST8SIA2,H3F3A,DCLK2,KLHDC8B,TMEM198,GADD45G,SQLE,MEX3A,SLC6A8,FASN,ID2,SDC1,FXYD6,LRRN1,RCOR2,DZIP3,ITM2C,RNF220,GPR19,EZH2,CDKN1C,DDR1,BTG1,GDI1,CITED2,PTPRN,MRPS12,ZCCHC17,NAT14,SHD,RNF157,SERP2,TUBA1B,TUBA1A,CSRP2,SLC22A17,TRIM2,ENC1,KIF1A,FEZF2,ENOPH1,DLGAP4,APC2,PCYT1B,RPS6KL1,TSC22D1,TSC22D3,ITPK1,TCF12,ANO8,ELOVL6,MANEAL,DUSP8,MRPS7,CBFA2T2,SIRT2,MED29,DUSP6,MLF2,RHOB,RGMA,SLC7A5,TOX3,TMEM179,TUBB2B,TUBB2A,PACS2,PXDN,MAPRE3,SLC29A1,SGK1,DSCAML1,PAFAH1B3,RNF165,CSTB,PCNA,WRB,CRIP2,CCDC106,PTN,NOL4,PSMA7,CST3,TCEAL6,TCEAL5,RPS15A,CAMK2N1,GPC1,RPL13,GPC2,CTNNA2,CKB,ATP6V0E2,RPL17,CENPV,BRF1,DOHH,MIAT,ATAT1,TMEM158,MORN4,NFIB,TTC3,RIMBP2,TSR2,FAM171B,PKN1,APBA2,CDK5R2,HDDC2,SH3GL3,ANKRD13B,CTNND2,TUSC2,ROGDI,MRFAP1,ARID4A,MSI1,CLU,TM7SF2,FADS2,ATCAY,CDH2,KIF5C,TUBB3,CHCHD6,ADORA1,COTL1,FBRSL1,TXNL4A,KPNA2,SLC16A2,FADS1,MAGI1,LMO1,SLC38A1,DSCAM,LMO4,IGFBP3,APLP1,TPM1,IGFBP2,ATP1B1,POU3F2,RUNDC3A,DGKZ,POU3F3,BSCL2,CLIP2,FAM173A,SCG5,FSCN1,SCG3,SQSTM1,FAM92A,LY6E,FKBP5,GNAZ,BRSK1,IDI1,BRSK2,INSIG1,ABHD8,SPATA2,DTX3,BHLHE22,SEZ6L2,NDRG2,NDRG1,CORO1A,PLD3,PHF21B,ENHO,SOCS2,PCSK1N,SRGAP3,LRRC4B,SYT5,HSPA8,FDPS,PRNP,WSCD1,AUTS2,RHBDD2,HSPA4,TNK2,IDH1,IDH2,HMGA1,ASNS,TBCB,ADAP1,GNAO1,ARHGAP33,H1F0,HOOK2,HOOK1,LHX2,REEP2,IFT27,MAP3K10,CSPG5,PIN1,NACAD,GPR107,DHCR7,CNIH2,UBE2M,YWHAE,PODXL2,MCM7,CNRIP1,CELF3,CHD5,DBI,FBLL1,RND2,RLBP1,LMNB1,ELAVL3,SEC61A2,NGRN,DUSP12,FSD1L,BCL7A,PSD2,MDK,PHACTR3,TMEM109,PMEPA1,EVI5L,ADAMTS7,PDPK1,H2AFZ,H2AFX,IQCE,HUNK,ARNT,RPL13A,LSS,DDOST,ARL4C,PTP4A3,RCN2,SNPH,DDAH2,CTDSP2,PPDPF,LANCL2,TERF2IP,PFDN2,GAPDH,B4GALT7,RNFT2,NLGN3,RGS16,CXXC1,CRMP1,HMGCR,SRI,FAM169A,LAGE3,LRP8,DLL1,JAKMIP3,JAKMIP2,DNAJB2,CACNG7,TFPT,FZR1,FAM168A,PARD6A,DNPEP,IGFBPL1,NNAT,POLR2F,SNRPB2,MARCKSL1,TRIM41,RRM2,PCDH9,SMOX,B3GAT1,HAGHL,GDAP1,MAPK10,SLC4A8,FAM155A,SBK1,PPP2R2B,PSAT1,SYT11,TSPAN18,ATP13A2,VIM,INSM1,SSBP3,UNC79,SSBP4"
+"gene_set_query"	"516"	"ZNF391"	"520.7"	"ARCHS4 Coexpression,733;Enrichr Queries,624;GTEx Coexpression,205"	"ATF2,SLC35B4,EHMT2,ARAF,DIXDC1,FNBP1L,LSM12,CAPNS1,FLAD1,DPYSL2,MYC,CDK20,AKT1,ATXN7L1,ATXN7L3,SOX4,SOX5,ARRDC4,EPHA4,GABARAPL1,ST6GAL1,SMARCC1,SMARCC2,CXADR,COG6,ZFP2,PRKCD,MTUS1,RFX3,ANK2,MOGS,SOX12,ANK3,SCAMP1,WDR81,DDIT3,ZC3H11A,DDIT4,ULK2,HECA,TSPYL4,BEX4,EXD2,SLBP,SEH1L,DHX8,FLII,PIK3R1,OAZ1,APH1A,FLRT2,RNF215,HLTF,GAR1,TSPAN5,SCAI,PRRT1,VASP,CTSA,BBS1,FZD3,JUN,NDFIP1,MAGEE1,CADM1,LRRN3,BCL11A,UPF3A,SMARCA2,PBX1,PUM2,EHD1,RANBP10,CALM3,LRRN1,FBXL2,DZIP1,RCOR2,CDK14,CALM2,DZIP3,GABRB3,OGFR,CSRNP2,WDR48,HIP1,DOC2A,GRIK5,MTMR14,CLTC,ICA1,MRPS10,SLC7A11,ADO,PHF6,AKAP12,AKAP11,PCLO,XPO1,ZMYM4,B3GALT2,TRIM2,MLX,SPIN1,TCP11L2,SDF4,DLGAP1,GPRASP1,CIC,GPRASP2,RALGPS2,LYPLA2,UPF1,PCYT1A,DBNL,TSC22D3,MINK1,SLC39A11,SLC39A10,ZDHHC17,GNL1,ITFG1,DUSP6,PGM2L1,SRP9,MLF2,RHOB,CNKSR2,SLC7A5,INF2,POC5,KIT,PXDN,RAPGEF1,SGK1,NAPA,MAGEH1,GRN,SATB1,ICA1L,ATL1,GDPD1,ADAM22,AKAP6,NOL4,CENPB,FAM129B,GNAI2,TCEAL8,UBTD2,METTL6,MGAT1,SRSF12,RUNX1T1,WDR17,MYEF2,YIPF1,NR1H2,YLPM1,MYO9B,NMNAT2,AP2B1,SYNJ2BP,VEGFA,MIB1,NUDT21,ABI2,NFIA,NFIB,TTLL1,TTC3,TCEA2,ZYX,NUCB1,HDGF,GOPC,FAM171B,PKN1,PNPLA6,MEGF8,ZFP28,GRINA,GALNT11,ATP8A1,CASC4,SLC8A1,IGF1R,NUDT11,NUDT10,PAIP2B,IPO9,ZFP30,LAMP1,KIF5C,CHCHD6,ARHGDIA,NRCAM,PIM3,AP2M1,FADS1,RGS7,CDKL2,TLE4,FBXW5,LMO7,THOC2,GTF2F1,THOC6,CLIP3,MORF4L1,PREPL,MSH2,TMX1,SCN8A,MAPKAPK2,EHBP1L1,RAB35,CHMP4B,MATR3,TNIK,FAM92A,CSNK1G2,BHLHB9,NDRG3,RAB5C,ARL3,GMPS,CACNA1A,SLC38A10,CORO1B,SOCS2,ORC4,SBNO2,KIF3B,KIF3A,DPP9,TCTEX1D2,ZMAT5,ESD,SLC38A6,ZKSCAN2,SRGAP3,NAE1,MCL1,ESRRA,PRNP,ZFHX2,AUTS2,PTCH1,FBXO38,CBX1,ARPC4,KLHL24,ZBTB11,DNAJC18,ARHGAP33,PTPRD,GNAL,SH3BP5L,APPBP2,NBEA,HOOK2,HOOK1,GNB2,NF1,NFE2L3,TADA1,PLEKHM2,PLXNB2,GNB5,LRP10,RBM28,RNPEPL1,WDR1,CNRIP1,PRKCSH,USP33,DOCK7,CHD6,DDX42,PSIP1,ZFP82,PPP1R9A,PPP1R9B,SGCE,SEPT9,LASP1,YWHAQ,CAPZB,PPP6R1,SNAPC3,SUMO2,PDE4B,TIMM17B,PHACTR1,DNM1L,TNPO2,EID2B,DACT1,MAPK1IP1L,SUN2,KLF13,PDPK1,PDE4D,LANCL1,CTPS2,ZFP90,PJA2,DNM2,PJA1,VCAN,PTP4A3,RCN2,NAV3,TBC1D5,EEF1D,RASA1,DNAJC5,IFT46,CHMP6,B4GALT6,PPP1R12C,RNFT2,PPP1R15A,NLGN1,HDAC2,PPM1L,RAB1B,FURIN,FAM169A,NCALD,JAKMIP2,AP3M2,STOX2,ABLIM1,CAND1,GNG5,DROSHA,SLITRK5,FYN,IGF2BP3,RALY,CSK,WASF1,HNRNPA1,MTA3,MEST,FBRS,ATP9A,PCDH9,NEGR1,PCDH7,LCA5,SYT16,DDHD2,SEMA4F,CDC42BPA,OXR1,USP29,NELL2,KLF7,GLRB,PSAT1,VPS41,RPS6KB2,MGAT4B,RAB18,TRIM37,ATXN10,SSBP2,CLUAP1,METAP2"
+"gene_set_query"	"517"	"FOSL1"	"520.8"	"ARCHS4 Coexpression,731;ENCODE ChIP-seq,106;Enrichr Queries,1119;ReMap ChIP-seq,270;GTEx Coexpression,378"	"MDC1,EHMT2,RBPJ,TSEN54,ALKBH8,LSM10,NDST1,TBK1,CAPNS1,MPRIP,PSMD2,SAMD10,CHID1,FNBP4,GABARAPL1,DNTTIP2,SCAMP2,PRKAR1B,PSME3,DDIT3,RUFY3,DDIT4,ORAI2,TBPL1,RBCK1,TTYH3,ABCB6,FLII,PDGFA,ABCB8,MTMR4,GABARAP,PRKAR2B,RNF215,PUSL1,PRRT1,JUN,PRRT2,JUP,PMM2,ERLIN2,PCDHGA11,UCK2,EIF5,EIF6,FASN,TDP1,AVL9,HEXB,HEXA,SHB,ECSIT,MED16,MED15,BBC3,PANX1,TUBA1C,TRMT112,SMPD4,MRPL40,TMEM43,SH3BGRL3,JAK2,LYPLA2,DUSP1,GSTO1,RRAS2,SLC39A10,SLC39A13,ELOVL6,NIPA2,SIRT7,MRPL48,JOSD1,MRPL46,MED29,DUSP6,MED23,DDB1,PSMA5,SLC7A5,PTRH2,CDC42EP4,PXDN,CDC42EP2,SLC29A1,PAFAH1B2,ARF6,ELOF1,NIP7,GSTP1,ATL2,SLC7A1,CENPB,NRAS,SNX29,UNK,SNX27,TMEM65,MICALL1,AP2S1,MFN2,FLNA,RICTOR,EXTL3,YKT6,MBD6,CRBN,UTP3,BYSL,CCDC9,TSR1,PKN1,YPEL4,ATN1,PLOD3,FADS3,RUVBL1,KPNA6,AP2M1,SLC38A1,PCYT2,VPS33A,CNPY3,FTSJ1,LENEP,ACAP3,SLC9A5,SLC9A8,MRTO4,SMS,SRSF2,FSCN1,RAD54L2,SQSTM1,ANAPC2,PFKFB2,LRRC59,PFKFB3,MAZ,SPATA2,UAP1,CORO1C,RAP1B,EIF1AD,PORCN,G3BP1,SMYD2,BRIX1,SLC38A2,ZKSCAN1,NOP16,RASL10B,ZBTB12,DRAP1,YRDC,AAK1,ITGB1,ZNF512B,SLC25A3,MCFD2,HSP90AB1,ETFB,MDK,PMEPA1,EIF5A,ACTR3,DST,NDUFC1,VEZF1,VPS37B,ARFGAP1,ARL4C,SLC25A19,SNPH,ETF1,TOP1,SLC25A11,MET,GAPDH,ST6GALNAC6,PPP1R15A,RNFT2,PPP1R15B,LRP1,ROCK2,MAK16,CXXC1,ZBTB43,KATNB1,FURIN,LRP8,GANAB,NCLN,KCTD20,U2AF2,SH3BP5,SH3BP4,LRRC8A,IGF2BP2,LRRC8B,E2F4,SLC25A23,EIF4E,SLC25A25,BEND6,NOP56,PTPN1,NOP58,PPP1R14B,CIZ1,SLC12A5,MBOAT7,RPL23A,MCOLN1,HNRNPAB,TPD52L2,CABLES2,EIF3I,ST7,EIF3J,TRIM35,P4HB,BCAR1,EIF4A1,PLEKHB2,EIF4A3,ZDHHC5,KEAP1,ZDHHC7,THUMPD1,ACTB,NUDT3,UBE2L3,CRKL,SNRPD1,EPC2,ATXN7L2,ACTN1,ECH1,NSMCE1,CIRBP,CSNK1D,ACTN4,MFSD11,MFSD10,SUB1,CDC37,CD2BP2,KDELR2,STX1A,CCDC84,TMEM87B,SUPT4H1,PTTG1IP,APOO,SEC14L1,DHX33,TSPAN5,RAB11FIP5,CTSA,INTS1,LRRN2,MICAL2,PTK2,EXT1,AIMP2,CALU,PAF1,NOL10,DDR1,DHRS13,NRP1,MRPS16,MRPS11,DIRAS1,PTPRN,TECR,CCDC124,MRPS10,SLC7A11,AP2A2,AKAP12,ACTR1B,CTSL,ENC1,QSOX1,UTP14A,CTSB,CAP1,ANO8,ANO6,PRPF40A,GAB2,RAP2B,CTTN,TAX1BP3,EEF1E1,FJX1,DBN1,STK40,DYNC1I2,SSNA1,HEATR1,DOT1L,MNT,NFIL3,PES1,MGAT2,EPS15,CCT5,YIPF5,MYO9B,MIAT,NPM3,VEGFA,MAD2L2,NUDT9,FKBP1A,BOP1,HNRNPA2B1,ESYT2,HDGF,CARS,SCARB1,MIDN,NUP188,UBE2Z,ACTG1,FAM174B,CAPN2,BANF1,SBF2,SH3GL1,ATAD3A,EEF1A1,ADAM15,HNRNPUL1,DKC1,TMX1,PPIF,TOR1AIP2,RPF2,NDRG2,NDRG1,RTN4,IRAK1,CAMTA1,KIF3C,TBC1D17,BCL9L,YARS,UBE2F,PRNP,UBE2H,PHF10,PCIF1,HMGA1,CRIM1,DSTN,NUP153,CLK4,ANKHD1,AHI1,HOOK2,PQLC1,UBE2S,CNTN1,UBA3,AMOTL2,RBM25,DDX3X,DDX47,PRKCSH,MAST2,CHD2,TAZ,RND3,LMNB2,PPP1R9B,LMNB1,TMEM222,SEC61A1,LASP1,YWHAQ,YWHAG,UTP15,SUN2,ARHGEF12,GLRX3,PDPK1,GLRX5,DDX54,GLRX2,EEF1G,PEX6,MAN1B1,NAT8L,DCTN2,DCTN4,DDX21,NT5C2,CLCN3,AGPAT4,TAF1B,GNG5,TMEM205,NAA25,PTK2B,PDLIM7,RRM2,GALNT2,PDAP1,CLCN6,GALE,SBK1,GLB1,ERCC1,POLE3,FAM131A,ACIN1,NAA15,VIM,RAN,LNX2,CYFIP1,RPL3,TES,TRIO,ADARB1,EPRS,GABPB1,BACH1,BACH2,RRP9,PCMT1,ZMIZ1,MYC,PIP4K2A,AP1S1,HOMER3,MPV17,IER5,CDK5RAP3,IER2,MED1,ACOT9,DAPK3,WDR74,CD3EAP,AFAP1,SOX12,GTPBP2,GTPBP1,GTPBP4,WDR81,RPL24,SEH1L,RPN2,NOLC1,HIF1A,ANAPC11,PRDX2,LDHA,PRDX5,PRDX1,GAR1,RRS1,VPS11,MCMBP,S100A10,PHC2,JUND,ICMT,H3F3B,PNO1,PLK2,IRF2BP2,MAD2L1BP,MTHFR,NR1D1,GPN1,EHD1,FIBP,SLC6A6,HNRNPF,GIPC1,HBP1,GTF2IRD1,CDKN1C,PYGB,PHF23,CLTC,WDR43,TRIM8,RARS,TMSB4X,TRIM2,ENSA,GPR137,RIOK1,WDR36,WDR37,TCF12,AEN,GNL2,FAM126A,GNL3,NCOR2,RNF167,TUBB2A,INF2,GARS,KIFC3,TKT,GAS6,GART,SF3B4,CLDND1,FAM129B,SRP72,ANKRD52,YTHDF2,SF3A2,CSNK1A1,TRMT1,TTC9B,SCAF1,TMEM158,TRMT6,ZYX,NUCB1,PLP2,FAM49B,PHLDB1,RNF19B,BZW1,CLU,IPO4,LAMP1,TUBB3,CFL1,PLEKHJ1,MAGI1,TPM4,RPS8,USP3,IGFBP3,TPM1,GTF3A,THOC6,CTDNEP1,CLIP2,CLIP1,RAB31,NCL,RAB34,RAB35,FKBP8,SNRPF,FKBP5,CD151,INSIG1,ABHD2,TARS,GTF2E2,STIP1,NACC1,PSAP,DVL1,DVL2,ABL2,SRGAP1,MCL1,MPDU1,OSBPL9,AKIRIN2,TRAPPC3,OSBPL7,CCDC12,TMEM132A,MARCH8,LSM5,MARCH4,MARCH2,CDK4,MAFG,IARS,RAB5A,SERINC5,EIF4G1,RNF10,DAGLA,WDR1,RNPEPL1,WDR3,WDR4,PTPN23,DUSP12,SART1,CCDC50,IDH3A,PLEKHG2,GPX4,ZFP91,RANGAP1,REXO2,PTP4A2,ASPH,TRAF4,DNAJC6,POLR1C,POLR1D,TRABD,HDAC5,LEPROT,RNF34,WBP2,RAB1B,DPCD,HDAC7,DNAJB2,DNAJB1,ABLIM1,ABLIM3,HAUS8,MGAT5B,POLR2E,ASCC2,DCAF13,SPAG9,SEMA4A,SPAG7,SMOX,TXNRD1,CCDC59,ADRM1,ASXL1,KLF6,VAPA,PSAT1,POLR3D,MGAT4B,TPT1,PFKP,SLC35B2,VARS,ZMYND8,SLC35B1,GDE1,FLAD1,FTH1,MAGOH,LONP1,TBC1D10B,SACM1L,MTUS1,ACSL3,JMJD6,CARHSP1,GRWD1,MTHFD2L,TTLL12,EZR,PFN1,CUTA,DCUN1D5,MGST3,TRMT2A,RPAP3,MYL12B,UGCG,GSE1,NTSR1,VASP,VAT1,SYNRG,STAM,CCT6A,ANP32B,RPS21,HBS1L,CITED2,KIF13A,UBXN4,TOP3B,GP1BB,RHOF,TUBG2,PPRC1,NME1,RHOB,UGDH,FAM20B,SGK1,CSTB,DTYMK,SLC20A1,TRAK1,NOL6,AMN1,HIRA,RANBP1,AP3D1,RANBP9,RANBP6,PDP1,XPOT,KBTBD7,TOMM5,HDLBP,CHCHD4,ARHGDIA,HCFC1R1,AZI2,NOM1,TOMM34,SHISA4,DPM2,TMEM136,DNAJC30,HGS,RPL7L1,CHMP4B,SCG3,FIZ1,PXK,NOP2,PXN,ADIPOR1,ARHGAP12,EMG1,EP400,CDH24,MARK3,CBX6,SMURF2,HSPA5,CBX3,ARHGAP29,EIF2S2,EIF2S1,AZIN1,ARHGAP23,NFKBIA,EFNA2,NR4A3,DLG4,DLG5,ACBD3,GRSF1,LRP11,KDM5B,ACADVL,USP38,GTDC1,SLC2A3,SEPT9,ZC3H7B,MFSD1,FLOT2,PDE4A,RBM7,SCYL1,MAPK1IP1L,KDM6B,HGSNAT,H2AFX,PPP2R5B,OXSR1,SEPT5,CKAP4,DNM1,SEPT2,DDAH2,AKT1S1,TRNP1,B4GALT5,TSEN34,KDM3A,TM2D2,RGS16,USP12,ATP1A1,STRN3,NT5DC3,GNA12,MAPK6,CAMK2G,KDM4C,BAD,LIMK1,PIK3IP1,SPRY2,BAX,ATP13A3,ABCE1,SSBP2,LPIN2,SSBP3"
+"gene_set_query"	"518"	"LCOR"	"521.3"	"ARCHS4 Coexpression,257;Enrichr Queries,286;GTEx Coexpression,1021"	"VEZT,MYT1L,HNRNPU,JMJD1C,SMC5,THUMPD1,FNBP1L,RPL8,BACH2,NUDT3,TIAL1,CAPNS1,HERC1,DPYSL2,AKT3,BSG,PSMD3,STMN1,HABP4,ARL6IP4,DIP2A,ATP6V1E1,CCDC92,SOX4,MEF2C,WSB1,CXADR,TSPYL1,COG3,ARRDC3,RFX3,CD3EAP,MOGS,SOX11,DICER1,ANK3,RRAGA,DAAM1,RFX7,ZC3H11A,RUFY3,AKAP9,DDIT4,RUFY2,TRIM13,FAR1,HECA,RPL29,PFN1,ALG10B,MACF1,TMEM161B,SAR1A,MYCBP2,DCUN1D4,DCUN1D1,NEDD4L,SLCO5A1,PIK3R1,MRPL12,HIF1A,APH1A,ERI3,MIER1,HIVEP2,ZBED4,EDEM3,PRPF38B,CREBBP,JUN,BCL11B,BCL11A,PRRC2C,MYO5A,IRF2BP2,FAM136A,PHC3,PBX1,MED13L,MLLT11,STAG2,ARL2BP,TDP2,WNK1,GIPC1,FUBP1,ALDH18A1,RBAK,CDK13,INTS8,CPEB4,ITM2C,PHF3,SMG1,PIGU,SETD2,SLC7A11,PRPF19,DDA1,MRPL42,NIPBL,PCM1,MED13,TUBA1A,REV3L,ANXA6,SDF4,KIF1B,UBXN4,JARID2,EMD,RALGPS2,NCOA2,TMED9,SHPRH,TET2,NUTF2,ELOVL6,ASH1L,DUSP6,MED23,ENAH,KIN,ZEB2,HNRNPH1,TMEM33,PXDN,RAPGEF2,SGK1,TKT,ATP6V0C,PAFAH1B2,NEDD8,FAM117B,CENPB,NAPG,GNAI2,FGD4,BCLAF1,SNX27,LMAN2,CLPTM1,RICTOR,ZSWIM6,RPL18,SF3B1,YKT6,RUNX1T1,NKTR,KIDINS220,CSNK1A1,YIPF4,GATAD2B,VEGFA,MIB1,TM9SF2,MKLN1,PSMC5,PSMC3,NFIA,NFIB,ETNK1,TAOK1,TTC3,NUCB1,CAMK1,PKN1,FRYL,GRINA,CCNT2,CD81,ARID4B,IGF1R,PPP1CB,PPIP5K2,CHCHD6,ARHGDIA,CFL1,POGZ,EP300,ARID2,SH3GL1,SLC38A1,RPS9,ANKRD49,MAP2K2,FBXW7,USP3,SSU72,UBE4A,PRPF4B,TMEM131,FOXP1,CTDNEP1,MORF4L1,TBL1XR1,RAB35,PHIP,ADNP,SRSF6,XPR1,PFKFB3,CD151,RAB5C,ABHD2,ANKRD12,ARL2,UBR3,TOR1AIP2,UBR2,PDS5B,LIN7C,CORO1B,SEL1L3,ARHGAP12,SBNO1,ARHGAP21,BAG4,BTBD2,NACC1,ABL2,ANKRD10,CYC1,SLC38A2,SKIL,ANKZF1,ZKSCAN1,QSER1,ATP6V1F,BPTF,TRAPPC2,OSBPL8,TIA1,CBX5,KLHL24,MARCH6,CORO2A,AP4B1,ANKHD1,ZZEF1,DRAP1,UBE2W,EFNA2,HOOK2,NBEA,HOOK1,GNB2,NFE2L3,AAK1,MDM2,NF1,MDM4,TCF4,DYNLRB1,BRWD1,FGF13,OGT,UBE2M,RERE,SCYL3,ACADVL,PRKCSH,CELF2,USP33,USP34,PTEN,CHD6,CHD2,AFF4,SYNE2,MFSD8,DUSP12,SART1,CAPZB,MAN1A2,PSD3,PPP6R3,TLK1,CASP2,CEP170,TNPO1,RBM5,RBM33,MAPK1IP1L,EIF5A,PPP1R12A,ARHGEF12,DST,PDPK1,PDE4D,ATRX,MSL2,VPS13A,EDF1,NAV2,ARID1A,ARID1B,PTBP2,PTP4A1,TRAF7,PTP4A3,CREB1,RER1,EEF1D,CTDSP2,DCX,BIRC6,BIRC2,TRABD,NFAT5,CANT1,ROCK1,ROCK2,RAB1B,RNF38,TULP4,WIZ,ASAP1,LRP6,ADD2,GNA13,FBXL20,RAB21,GANAB,HECTD3,U2AF2,MKNK1,TRA2A,EIF4H,FEM1C,FYN,RALY,CLASP1,SPEN,ATF7IP,PPP1R14B,PPIL2,BAD,EYA3,USP22,ATP2B4,PDAP1,SEMA4G,ATP2B1,DDHD1,CDC42BPA,TPD52L2,GDAP2,ACVR2A,TTC17,SLC4A7,KLF7,IRGQ,NIN,KLF6,MARCKS,XPNPEP1,APC,ASXL3,MGAT4B,PDCD4,EIF3G,RBM42,SNRNP48,STUB1,P4HB,SUGT1,TRIM33,TNRC6A,LNX2"
+"gene_set_query"	"519"	"ZNF30"	"521.3"	"ARCHS4 Coexpression,297;Enrichr Queries,757;GTEx Coexpression,510"	"SCOC,ENO2,EPRS,FNBP1L,BACH2,RNF112,SAMD14,LSM12,CAPNS1,IGLON5,DPYSL2,MYC,FAM110B,STMN1,CXADR,WSB1,RBFOX2,TSPYL1,RBFOX3,CD3EAP,SOX11,GPR162,DAAM1,RUFY3,RUFY2,DDIT4,SET,SAR1A,FLII,NEDD4L,PRDX3,RRS1,RHBDL1,ZSCAN18,FDFT1,B3GALNT1,CADM3,PRRT2,GPR12,PLK2,CDC7,NETO2,L1CAM,MLLT11,PKIA,FXYD6,SERPINI1,OGFR,GABRB2,PIGU,KCNC1,SHF,PCMTD2,TRIM9,MRPL42,MMP24,TUBA1A,TRIM3,CIC,BRD3,DFFB,ZC3H10,UPF1,ACTL6B,LRRC49,SLC39A10,ELOVL6,DUSP6,PGM2L1,SRP9,TUBB2A,INF2,TMEM33,PXDN,MTF2,RAPGEF1,PAFAH1B2,RNF165,GRAMD1B,ATL1,ADAM22,SEZ6,FAM117B,PAPSS1,CHN2,RUNX1T1,ATAD1,CSNK1A1,DAB2IP,NMNAT2,BLCAP,LYRM2,PSMC6,NFIA,ETNK1,NUCB1,PKN1,YPEL4,FRY,TSEN2,SLC8A2,PPP1CB,RIMS1,SALL2,ZFP30,LAMP1,SESN1,SYBU,TLE2,MAP2K2,ANKRD46,PIAS1,DISP2,CTDNEP1,ACAP3,MORF4L1,CACNB4,MORF4L2,MADD,MAPKAPK2,ADNP,SRSF6,RTN4R,GRIA1,BRSK2,ENY2,RAB5C,SLC38A10,KLC1,LIN7C,FBXO44,GOLGA7B,SOCS2,NEUROD2,IGSF21,SCRT2,SBNO1,BAG4,KLC2,NEUROD6,ORC3,NACC1,ANKRD10,SRGAP3,NAE1,TMEM120B,TIA1,ASNS,MARCH6,REEP1,LRCH2,CNOT7,ZFP62,NFE2L3,PLEKHM2,PLXNB2,COPS8,NFE2L1,SERINC5,MDM1,SNAP25,WDR1,WDR3,ZFP82,TRO,SUMO1,PPP6R1,PSD3,PMEPA1,CEP170,TRIM67,REXO1,DST,VBP1,COASY,PTBP2,ARL4C,PTP4A3,POLR1B,PPP1R15A,HDAC2,TULP4,ABLIM1,RBBP4,SLITRK1,VPS53,TRIM46,FEM1C,EIF4E,BEND6,TUB,SLC12A5,LYSMD1,NELL2,KLF6,POLR3F,RAB18,MDGA1,CBLN1,METAP2,VEZT,TMEM41B,NUDT3,KIF21A,BSN,KIFAP3,ATXN7L3,SOX4,CALN1,ARRDC4,EPHA5,SRRM3,EPHA4,SRRM4,ATP6V1G2,BROX,MTUS1,MOGS,ANK3,TMEM170B,MAPK8IP3,TIAM1,STX1B,KCTD12,PFN2,BEX4,PAXIP1,STXBP1,DCUN1D1,PIK3R1,SYNGR1,PCBP4,HLTF,TSPAN5,B4GALNT1,LRRN3,BCL11B,BCL11A,SS18L1,ST8SIA2,MICAL3,MICAL2,CD200,ITM2C,TMEM151B,CSRNP3,DIRAS2,GRIK2,SLC7A11,AKAP12,PCLO,ENC1,PRMT6,CCDC112,MINK1,MLF2,CNKSR2,RNF144A,ENAH,MPPED2,RHOU,SATB1,DERL2,CRIP2,CAMKK2,NOL6,GNAI2,ANKMY2,HSF2,CCT8,RAE1,PURG,ARNT2,MYO9B,RANBP6,VEGFA,ATAT1,PRPF39,GPAM,KLHL7,TTC3,PNPLA6,KBTBD7,GRINA,CDK5R1,CRTC1,ZFAND6,CELSR3,TMEM145,NRCAM,ARID2,SH3GL2,NSF,ADAM11,KCTD2,ATP1B1,KCTD6,HNRNPUL1,TBL1XR1,EHBP1L1,TBC1D24,UBE2V2,CHMP4B,ABCG4,ATP6V1A,NDRG4,NDRG3,BHLHB9,RTN1,BTF3L4,CACNA1B,CACNA1A,PDS5B,SUPT6H,ARHGAP21,MYH10,PDZD7,MARK1,IVNS1ABP,SYT4,PRNP,CBX5,IDH1,VTA1,CLK4,UBE2W,H1F0,EFNA2,HOOK2,HOOK1,GNB2,TCF4,LRP10,KDM5B,ACADVL,PRKCSH,MAST1,CHD6,ELAVL4,SLC2A3,AFF3,PPP1R9A,PKD1,ELAVL3,PPP1R9B,POLB,YWHAQ,ZC3H7B,MCF2L,GALNT9,MAPK1IP1L,HSDL1,PDPK1,PDE4D,PPP2R5B,DNM2,PJA1,DNM3,VCAN,ALS2,CDH10,DCX,CAMK2B,USP11,NRXN2,RBM4B,CRMP1,FAM169A,ADD2,GNG2,CNR1,SPOCK2,NAA25,SPOCK1,FBRS,OPCML,CLASP2,PCDHGC4,PDE4DIP,ATP2B2,MEIS2,GDAP1,ACVR2A,SBK1,FAM131C,FAM131B,RGS11,SSBP2"
+"gene_set_query"	"520"	"ZFPM1"	"521.3"	"ARCHS4 Coexpression,230;Enrichr Queries,461;GTEx Coexpression,873"	"TRIO,TFRC,HDAC10,ZMYND8,ZDHHC8,HS6ST1,TSEN54,ACTB,PSMD6,TRIM28,RAVER1,ZMIZ1,MYC,ZMIZ2,OGFOD2,LONP1,ARFIP2,AKT1,TRIM27,IER5,SOX4,IER2,CHID1,SRRM2,ARSA,NUP210,PAQR4,ARRDC1,ACTN1,ALG5,ALG2,GTPBP6,PTOV1,MOGS,CSNK1D,SCRIB,ALG1,RFX1,SOX12,ANK1,JMJD8,MAPK8IP3,SND1,HCFC1,BCR,RNF126,WDR81,DDIT4,JTB,HECA,SIK1,ULK1,PRR12,RPL28,PRR14,TELO2,SF1,TSTA3,POM121,TTYH3,NPRL2,MEPCE,NPRL3,NEDD4L,PDGFA,AGAP1,TRMT2A,PIK3R2,PIK3R1,AGAP3,KALRN,ABR,PRDX4,ST3GAL5,GSE1,SYMPK,TNRC18,ST3GAL1,RAB11FIP3,ST3GAL2,HEXIM1,XBP1,PRELID1,JUN,TMEM86B,JUND,JUP,CADM1,BCL11B,INTS1,DMPK,IQSEC1,SETD1A,IRF2BP1,MICAL2,IRF2BP2,PBX2,FAM136A,UBAC1,GADD45G,PRRC2A,HNRNPL,FASN,ID2,DUS1L,TECPR1,ITM2C,OGFR,PIGU,DAZAP1,CITED2,PIGQ,ICA1,MED16,PTPRF,BBC3,SERP1,MTG1,TIMP2,SEC61B,CTSE,CIC,UPF1,TMED9,SSR4,SSR2,DUSP6,MLF2,RHOB,NCOR2,SLC22A23,GAK,SLC7A5,MED25,CTU1,INF2,PITPNM1,PACS1,PITPNM2,PXDN,TUT1,ARHGEF1,FAM193B,CRELD2,SGK1,ATP6V0C,NFIX,DOT1L,DERL2,CRIP2,RFNG,CENPB,FAM129B,PCNP,HIRA,MNT,GGA3,CUX1,CAMK2N1,LMAN2,GPC1,HSF1,BRD9,CKB,SAMD1,PEX16,MBD3,SF3A1,MBD6,SF3A2,YIPF2,YIPF3,SYVN1,TMUB1,DAB2IP,MIB2,SCAF1,VEGFA,GATAD2A,XAB2,SPCS1,NFIA,SGSM3,TAOK1,TAOK2,PKN1,AGRN,SCARB1,TOR2A,MIDN,ATN1,AUP1,PHRF1,IGF1R,STK11,FAM174B,ARHGDIA,STK16,TBC1D30,FBRSL1,PIM3,SBF1,BAHCC1,FADS1,PLEKHJ1,SH3GL1,PPP1R16B,SH3GLB2,RNF44,MAP2K2,TPM1,SPNS2,PPP1R16A,NOSIP,CNPY3,ATP1B1,FOXP4,POLRMT,DGKZ,RNF40,FOXP1,TPST2,ATXN2L,CTDNEP1,DPM2,HNRNPUL1,FAM173A,DGKQ,EHBP1L1,ERP29,FSCN1,PGP,MAD1L1,CSNK1G2,SIDT2,FKBP5,ANAPC2,SEMA7A,INO80E,PFKFB3,ABHD2,ANKRD11,SEL1L,MAZ,LTBP4,SLC38A10,CACNA1A,NDRG1,RAP1GAP,CACNA1H,CORO1B,EFNB2,RAI1,SBNO2,NDOR1,PITRM1,MAN2A2,GRK6,BTBD2,NACC1,PLXNA1,E4F1,H1FX,MAP2K7,MARK2,BCL9L,WDTC1,RAP1GAP2,PRNP,KLHDC4,CBX4,CPSF1,SEC16A,TNK2,ADAP1,CHERP,IFT20,EFNA2,LRFN4,HOOK2,HOOK1,UBE2S,GNB2,CNOT3,SRPRB,CLPTM1L,CLASRP,TCF3,LRCH4,COPE,ZSCAN2,MXD4,RNF187,UBE2M,ZNF512B,B4GALT3,KDM5C,GSK3A,LDB1,PRKCSH,CHD6,PTPN23,PPP1R9B,SEC61A1,DUSP12,SART1,PPP6R1,SNRNP70,GMPPA,UBTF,PMEPA1,ACP2,SLC37A4,PELP1,KDM6B,KLF13,REXO1,PDPK1,H2AFX,NAV2,YDJC,BET1L,COASY,EPN1,DDOST,ARFGAP1,KLF16,DNM2,GIGYF1,TRAF7,PTP4A3,DALRD3,CTDSP2,PPDPF,C1D,AKT1S1,POLR1D,B4GALT7,PPP1R12C,AHDC1,TRABD,SRC,LENG8,WIZ,MLLT1,ZBTB45,STRN4,MLLT6,HDAC7,DCAF15,FZR1,NCLN,DNPEP,MTA1,PABPN1,U2AF2,MKNK1,MKNK2,DNAJB9,CSK,DCAF11,FBRS,MLXIP,CIZ1,TRIM41,TAF10,MID1IP1,FBXL19,HAGHL,BAIAP2,CLCN7,SH3YL1,KLF6,XPNPEP1,MGAT4B,P4HB,SSBP2,SSBP3,BCAR1,SSBP4"
+"gene_set_query"	"521"	"FOXM1"	"521.5"	"Literature ChIP-seq,71;ARCHS4 Coexpression,334;ENCODE ChIP-seq,64;Enrichr Queries,1258;ReMap ChIP-seq,185;GTEx Coexpression,1217"	"POP5,GMFB,POP4,FAM110A,NDST1,CAPNS1,RAVER1,AKT2,GPBP1,AKT3,ANKFY1,SAP30BP,PRKAB2,CXADR,FNBP1,CACNA2D1,FRS2,ZC3H11A,DDIT4,UNC50,TMEM126A,JTB,ATF4,SLBP,EXD2,CDCA4,SAR1B,SHMT2,BAZ2A,CIAO1,PRPSAP1,RHOT2,LARP1,RNF216,RNF215,PIP5K1A,HEXIM1,JUN,PRPF38B,PRPF38A,JUP,NCAPH2,FUCA1,EIF2AK3,NR2F1,BTBD10,PBX1,QARS,PKIA,FASN,NMT1,HYOU1,PKIG,DZIP3,LGMN,PRKAG2,SNX11,OSBPL11,MED15,DDA1,BBC3,PANX1,SHF,MED11,SMPD4,MED13,TCP11L2,SPHK2,GSTO1,SLC39A11,JOSD1,DUSP6,MED23,DDB1,SLC7A5,PTRH2,PXDN,SDHAF1,PAFAH1B1,ECHS1,ATL2,ADAM22,NOC4L,SDAD1,SLC7A1,CENPB,FAM117B,SNX29,MFN1,ZSWIM6,SAMD1,ATAD1,EGLN1,MBD6,CRBN,GOLM1,ABCB10,MYBBP1A,SHKBP1,TAOK1,CCDC6,CIAPIN1,YPEL5,CRLF2,TMEM167B,FBXO28,ATN1,LTN1,FBXO22,FADS2,LAPTM4A,UROD,MAP3K9,MAP3K7,SYBU,FBXW5,FBXO11,SRCIN1,FBXW2,LENEP,CDC25B,FAM118B,ATXN2L,ACLY,TPST1,SMS,SRSF2,SRSF3,SRSF7,ARL8B,SRSF9,FTO,INO80B,GMPS,LIN7C,HSP90B1,FBXO42,EIF1AD,NDOR1,MED30,G3BP1,ZKSCAN3,ZKSCAN2,NAE1,SAC3D1,IP6K2,API5,FUS,CORO2B,FBXO31,DRAP1,IBTK,CLPTM1L,LRCH4,OSBPL1A,NOP10,ITGB1,ALAS1,NUMA1,AKAP8L,PTEN,AP4M1,ZNRD1,SPR,PPP6R1,PPP6R3,NEO1,YAF2,UNC45A,EIF5A,ACTR6,DHPS,MSL2,TFIP11,RABGGTB,IMPACT,TMBIM4,C1D,ETF1,TMBIM6,GAPDH,TNFRSF21,BECN1,SRF,SRSF1,U2AF1,CDC42,FOXRED2,CCDC85C,KCTD20,U2AF2,EIF4H,IGF2BP3,FYN,HNRNPA1,UBQLN4,EIF4B,HNRNPA0,GADD45GIP1,HNRNPA3,NOP58,CIZ1,TRIM41,GPKOW,FEM1B,EXOG,HNRNPAB,NECAP2,MYO1B,NAGK,EIF3L,EIF3G,PDCD4,EIF3C,EIF3D,EIF3A,TRIM33,EIF3B,SLC23A2,PPAN,NUDT2,ACTB,NUDT4,CDC23,HERC2,TRIM28,SNRPD1,CDC26,CDC27,CCDC97,EPC1,EPC2,TRIM27,ATP6V1E1,ATXN7L2,ATP6V1G1,ATP6V1G2,ARL15,ACTN1,ECH1,CIRBP,ALG2,MOGS,ACTN4,MFSD11,BCS1L,MFSD10,FAM76A,BCORL1,KCTD18,EIF1B,TRIB2,TRIM11,NUMBL,AARS2,GGNBP2,DHX8,DHX9,SDC3,ZBTB5,GSPT1,NKAIN2,APOO,HLTF,ATP6V1C1,BBS1,XBP1,HARS2,SMARCA2,PTK2,EXT1,CALY,CWF19L1,CALU,SDC1,ECHDC2,NOL10,CALR,NOL11,MON1B,HERPUD2,MRPS17,DHRS13,NRP1,MRPS16,HIBADH,MRPS11,MRPS12,ICA1,MRPS10,COX7C,NAT14,HERPUD1,PTMS,AKAP11,OTUD6B,UIMC1,COX8A,MRPS27,MRPS24,MRPS25,PABPC4,MRPS23,MRPS21,PRPF40B,CACYBP,SYP,TOX4,GAK,RNF144A,RAP2B,SLTM,ARHGEF1,PTMA,SLU7,PCNA,AHCY,MRPS35,MRPS36,MRPS33,PRICKLE1,COX5A,PCNP,OS9,ORMDL3,MGAT2,EPS15,DYNC1H1,MON2,PEX19,SPRYD3,VEGFB,BOP1,SEC23IP,TTC5,KLHL7,TTC4,HNRNPA2B1,NDUFAB1,KLHL8,TCEA1,HDGF,ACTR10,OTUD4,SRP19,SYS1,NARF,NUP188,ZFAND3,CELSR2,CELSR3,ACTG1,IGF1R,NARS,GRIP1,PCID2,DNAJB12,UBE4A,SDHC,POU3F2,POU3F3,DHDDS,EEF1A1,WDFY1,PPIH,PPIB,RAF1,DDX5,TBC1D19,COX16,CNN3,TIMM50,SHARPIN,IRAK1,DHRS7B,TBC1D13,TBC1D14,LLPH,QSER1,UBE2F,YARS,SYT4,UBE2H,UBE2I,AUTS2,NUP155,UBE2A,AP4B1,IFT20,UBE2W,GNAL,HOOK2,NASP,UBE2S,HOOK1,UBA2,AMOTL2,UBA1,TCF4,TCF3,GALK1,RERE,CUEDC2,LDB1,HP1BP3,TNFAIP1,LMNB2,PITPNC1,LMNB1,TMEM222,EEF2K,MAN1A2,RASGEF1B,MYO18A,DACT1,NUP133,TTC33,CAD,NAV1,NAV2,EEF1G,SETBP1,CRY1,ACOX3,IFT46,ZMYND11,CUEDC1,AGPAT5,RRN3,ANKS3,SLC3A2,RSPH9,ASAP2,ADD2,POLD3,CYTH2,MTA1,CAND1,TMEM203,PABPN1,SV2A,OXCT1,TDG,TMEM205,TRA2B,TRA2A,BNIP1,SLIT1,DROSHA,PTK2B,TMEM208,BNIP2,MTA2,ATF7IP,NIPSNAP3B,TTC14,RRM2,SSRP1,USF1,CARM1,ERCC1,POLE3,KRAS,VPS29,IPO11,TES,RRP1,HNRNPU,HNRNPR,GPATCH4,PHAX,SMC6,SMC3,EPRS,SLC4A3,PHB2,GPATCH8,GLS,CSPP1,VPS36,CDK5RAP3,DDX18,WDR74,AFAP1,SCRIB,GTPBP2,GTPBP4,HCFC1,WDR77,ARMC1,WDR81,ZSCAN21,TARS2,NUP98,VPS25,VPS28,PI4K2A,NUP205,ANAPC16,XPC,ADH5,ANAPC11,LDHA,CEP70,VPS11,RRS1,ST3GAL5,ST3GAL2,BTF3,ICMT,SETD1A,IRF2BP2,MCAT,WDR55,HNRNPL,GNPTG,HNRNPM,MEX3B,MEX3A,PPT1,HNRNPC,FARSA,FARSB,PHF3,BTG1,CDKN1B,WDR48,GMEB2,PHF23,DENND1A,SETD6,PHF1,SETD7,ASH2L,KRI1,SMG7,SMG5,UBL5,MTG1,TK2,JARID2,RRP15,WDR37,EXOC7,WDR34,GNL1,COPZ1,SIKE1,TUBB2A,MTF2,EXOC4,GARS,EXOC5,TKT,EXOC2,CDC123,CLDND1,WDR26,TIMM9,USO1,WDR24,FAM129B,FGD4,SCAF8,RPS15A,PPP1R7,PPP1R8,USP1,YTHDF2,CSNK1A1,NR1H2,SYVN1,GATC,HIPK1,DHRS1,SCAF1,NFIA,NFIB,FAM49B,RAB3C,RAB3D,GTF2B,CEP120,PARK7,RPL10A,IPO7,IPO4,TM7SF2,EDC3,IPO5,EDC4,PPP1CC,CFL1,PLS3,HMGN2,HMGN3,RARS2,RAB2A,TLE3,CSNK1G3,SUPT16H,TLE2,TPM4,USP5,USP3,DYRK1A,THOC1,TRAFD1,DYRK1B,FRMD4A,THOC2,LEMD3,LEMD2,ILF2,THOC6,PYGO2,MORF4L1,TOM1L2,ILF3,RAB34,SNRNP27,SNRPF,FKBP4,SNRPA,CSNK1G1,FKBP5,IFNAR1,FKBP2,RAB5B,BRSK2,UBR2,PHB,ORC6,ORC3,DVL2,PLXNA2,SRGAP3,MCL1,MAP2K6,OSBPL9,AKIRIN2,OSBPL8,UVRAG,TRAPPC3,EIF2B3,RAB4A,OSBPL5,POLR3GL,TRAPPC5,M6PR,SCRT1,COPS4,LRFN3,BCL9,COPS6,SLC7A6OS,LRFN4,NSG2,LHX2,COPS2,PDCL,RSL24D1,CNIH4,BCL2L1,MCM7,ZC3H4,ZC3H3,CCDC47,CEP164,WDR4,PIK3C2B,SCRN1,VPS72,IDH3B,UBTF,WDR5,WDR6,PHACTR1,WDR7,EIF2B1,TNPO2,RFC3,PLEKHG2,CCDC34,RFC2,SGIP1,SECISBP2L,RPL13A,SMC1A,TSN,TFDP1,DNAJC6,POLR1B,LANCL2,DNAJC9,CRK,LEPROT,VPS4B,VPS4A,NFS1,HECTD1,HAUS8,FIP1L1,POLR2A,VPS53,POLR2C,POLR2J,SEC11A,PPIL1,PPIL2,RNGTT,ASCC1,FBXL19,TPRKB,FBXL14,ASXL1,BCKDK,TNRC6C,SNRNP40,POLR3B,RAB14,VAPA,PSAT1,MFAP3,POLR3E,DRG1,DRG2,CEBPZ,VPS45,SLC35B2,TCERG1,VARS,ZMYND8,RPS15,RPS14,PNN,RPS17,RPS16,FRAT2,RPS19,KAT5,FLAD1,RPL36AL,DAG1,LONP1,ARFIP2,LONP2,DENR,SEPHS1,RPS11,SEPHS2,ARRDC4,COG4,METTL3,COG2,COG1,TIAM2,TIAM1,POR,KATNAL1,HECA,ATP6V0D1,CSTF3,CSTF2,LIAS,MYL12B,UGCG,CSTF1,MLEC,TNRC18,VASP,TMEM184C,ZRANB1,SETDB1,RPS26,SMU1,RPS27,ZZZ3,RPS29,FUBP1,ADCK5,RPS21,C2CD2L,ROBO2,GFM1,UBXN1,CITED2,SIPA1L3,ROBO1,COIL,XPO1,CHMP1B,C1QBP,TMED2,UBXN4,RAB8A,TOP3B,PARP1,ITFG2,MLF2,SCNM1,DTYMK,ZDHHC20,ICA1L,GDPD1,NOL7,NOL8,NOL9,AMN1,PPP2CB,HIRA,APBB2,METTL6,APBB3,PTGES2,NFYC,GINS4,GBF1,SORBS1,RAB11A,PDP1,KBTBD4,SPCS2,SPCS1,CAPZA1,KBTBD2,MPHOSPH8,KDM1A,NDUFA10,CWC25,TATDN1,ARHGDIA,HCFC1R1,CWC22,NOM1,LMO4,NOSIP,LIG3,LMO7,TRPC4AP,RSBN1,TUFM,CHMP4B,ZCCHC8,IDI1,ZCCHC7,ISYNA1,RPS19BP1,COPB1,PXN,PRPF8,EFNA4,EFNB2,EMG1,ZMAT2,UBB,TCTEX1D2,CDH24,CPSF7,CBX6,CBX5,CPSF1,CBX3,CPSF3,NONO,CBX2,IDH1,COQ9,COQ5,EFNA3,CAPRIN1,PI4KB,BRWD1,SAE1,COPE,ZSCAN2,LRP12,MUS81,KDM5B,YBX1,HS2ST1,SPRED2,SPRED1,SNAPC2,MCF2L,TOPBP1,KDM6B,H2AFZ,H2AFX,IQCE,AXIN1,PPP2R5C,LSS,GAP43,DDAH1,TRAPPC6B,THRAP3,AKT1S1,DNLZ,HAGH,PFDN4,PFDN5,THOP1,STOML2,KDM3B,STOML1,PDXP,ATP1A1,TBRG4,NXF1,FAM168A,PPP2R3C,FAM120B,MAPK1,BUB3,SNCA,KDM4B,KDM4C,DEK,PDE10A,ATP13A3,TDRKH,MDC1,MT-ND4,RBPJ,ZFYVE1,PSMD9,PSMD6,LSM11,PSMD5,PSMD2,PSMD3,MEF2A,GABARAPL2,HES6,CSNK2A1,DNTTIP1,DNTTIP2,HDHD2,EML1,EML2,EML4,EID1,CLNS1A,RBCK1,LETMD1,CGGBP1,SDR39U1,COPS7B,COPS7A,SLCO5A1,AAAS,OAZ1,MTMR6,GABARAP,MRPL10,GRPEL2,VTI1A,EDEM3,PRRT2,CADM1,GPR12,PMM2,EXOC6B,MRPL28,SNF8,FAM136A,MRPL24,MRPL21,MRPL30,MLLT10,EIF5,FAM135A,EIF6,TDP2,TDP1,PSMG3,PSMG1,AVL9,EZH2,GPR19,ARF3,HEXB,RPLP1,RPLP0,MRPL38,MRPL39,MRPL36,MRPL37,AACS,TUBA1C,TUBA1B,NIPBL,FASTK,DFFA,ELOVL5,LRRC49,NSUN2,ELOVL2,ACTL6A,SIRT4,MRPL49,ELOVL6,SIRT6,MRPL47,MRPL48,DYNLL1,MRPL45,SIRT2,MRPL44,MRPL53,PSMA3,TMEM106C,CDC42EP2,TUT1,TMEM106B,PGAM5,VAMP4,VAMP2,ARF6,SRRT,MRPL55,PSMB6,GGA1,PSMB7,PSMB4,RECQL5,UNK,GGA3,TCOF1,AP2S1,LEO1,FLNA,HARS,NCDN,SRSF10,SRSF11,UTP6,MDH1,USP9X,STAT2,TMEM62,BYSL,GATAD2A,LETM1,SERBP1,GOPC,RPL22L1,CSE1L,HDDC3,STK11,SESN1,RUVBL1,OSBP,KPNA6,PIM3,KPNA2,SLC25A44,SLC25A46,SH3GLB1,IK,SLC38A1,VPS33B,UBE2E1,UBE2E2,ZBTB33,FOXP4,FOXP1,ACAP3,TXLNA,SLC9A6,FSCN1,RAD54L2,SNRNP200,SQSTM1,KPNB1,ANAPC1,LRRC59,RNASEH2A,PFKFB3,MAZ,ISG20L2,ARL2,SAV1,SOCS2,SBNO1,SBNO2,STK36,PMVK,THEM4,E4F1,SLC38A2,EVI5,DR1,GOT1,GOT2,GFPT1,EEF2,ZC3HC1,PTPRA,MDM2,MDM4,TUBGCP3,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,SCHIP1,POMT1,ARRB1,NGRN,SUMO1,SUMO2,HMG20A,ERC1,EDIL3,DIS3L2,PPP1R12A,DST,SIGMAR1,VPS37D,RAD23A,VEZF1,VPS37B,RAD23B,PPM1B,NSMCE4A,PPP1R12B,SEC22B,SLC25A11,BIRC2,RNFT2,GTF3C1,PPP1R15B,NDUFB9,NDUFB7,GTF3C5,NDUFB6,PRCC,CXXC1,FOXK2,KATNB1,LRP3,ZBTB45,MFF,LRP8,PPM1G,GANAB,KATNA1,BEND3,SLITRK5,SH3BP4,IARS2,SLC25A25,BEND6,NDUFA9,LINGO1,PPP1R14B,NDUFA6,NDUFA2,FOXJ3,NDUFA1,MBOAT2,ATOX1,NELL2,CCM2,P4HB,SMAP1,SLC25A36,SPG21,EIF4A2,EIF4A1,CCNK,TMEM41A,AHCYL1,TMEM41B,THUMPD3,GCC2,THUMPD1,UBE2L3,CCAR1,FAM53C,CCNL1,TMPO,EPHA4,EPHA7,ZFP1,SCAF11,IMP3,NSMCE2,ANK2,ANK1,GNPAT,CCNY,KDELR2,ULK1,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,APH1A,COMMD9,PCBP1,DHX35,DHX37,DHX38,SURF6,TSPAN5,HIVEP2,TSPAN3,RIMKLA,SNX5,SEC31A,INTS1,RCC2,PAICS,DCLK1,WNK1,RPL27A,ID2,INTS5,INTS4,INTS7,CALM3,CALM1,CALM2,TMEM151B,PTPRS,FAM57B,SUV39H1,INTS10,CETN3,PTPRO,MIA3,PTPRK,IER3IP1,BMI1,SPTLC1,RSRC1,ENC1,REV3L,VKORC1,CCT3,GRIPAP1,NCOA2,SEC13,ACAD9,MRPS2,COMMD3,ANO6,COMMD1,COMMD6,RGMB,COMMD4,PDRG1,ENAH,MN1,G2E3,NCOA7,GLCCI1,STX16,SATB2,DOT1L,HEATR1,STX18,DERL1,CCDC107,CRIP2,CAMKK1,MNT,PGRMC2,FAM172A,SERTAD2,EXOSC9,PES1,HSF2,CCT8,CCT7,EXOSC2,CCT5,NPM1,YIPF2,HUWE1,RSRC2,DOHH,AP2B1,NPM3,FKBP1A,PER1,GPAM,DPY19L3,CCNG2,NEDD4,TARDBP,DPAGT1,FHOD3,SCARB1,SH3GL3,MIDN,CYP46A1,FAM174B,PPME1,KHSRP,KIF5B,CAPN2,SNIP1,BANF1,ARID2,BAHCC1,RGS9,RGS6,SH3GL1,RGS7,SLC30A9,ADPRHL2,SSU72,ATAD3A,TMX3,HNRNPUL1,HNRNPUL2,GEMIN7,RBM8A,PSMD13,SEL1L,SLC1A1,TOR1AIP2,SLC1A4,PSEN1,PDS5A,RPF1,H1FX,CYC1,NDUFV2,NDUFV1,BCL9L,PRNP,PHF12,ECD,HMGA1,CCZ1,SUPT5H,CLK3,PAN2,GCLC,OSTC,TAB2,TAB1,STT3B,LSM14A,GSK3B,RBM28,PRR7,GSK3A,RBM26,DDX3X,DDX47,PRKCSH,CHD8,CHD6,HMGB3,CHD4,ARHGEF10L,HMGB1,TRIAP1,CHD3,CHD2,AFF3,SOBP,AFF4,RPGR,UBE2Q1,NUP62,TIMM17A,NPTN,LRRFIP2,LRRFIP1,ARHGEF11,RBM17,RBM14,ARHGEF12,GLRX5,TBC1D8,DDX54,TBC1D9,DDX50,CREB3,SFPQ,IRF3,UBE2R2,GORASP2,TBC1D5,NUP50,TBC1D7,NDUFS3,ATG4B,RBM24,DCTN6,DDX24,DCTN1,GOSR2,GOSR1,DDX23,DDX20,ATP2C1,MAT2A,TAF1C,BMS1,SMNDC1,RBM39,MBTPS1,TAF15,TAF13,TAF11,PDAP1,LRWD1,MAPK14,CLCN7,RPIA,FAM131A,QRICH1,FAM98B,TAF6,VIM,RBM45,CLUAP1,RAN,TAF2,MBTPS2,RPL3,TRIO,RPL32,RPL31,TRRAP,DCAF8,RPL8,RPL9,DCAF7,RPL7,MYC,STMN1,PIP4K2A,PIP4K2B,RPL38,DIP2A,IER5,IER2,TSPYL2,MED1,PIH1D1,RPL22,MED8,MED4,SARNP,RPL24,RPL27,RPL26,PRR12,RPL28,UBA52,DUS3L,PRR14,TSPYL4,POM121,MAPKAP1,RPN1,NOLC1,NEDD4L,ATXN7L3B,HIF1A,PRDX2,ABR,PPP4C,PRDX4,RIC8B,RAD21,PRDX1,SSR1,S100A10,CDK19,RPL41,JUND,H3F3B,RDX,H3F3A,MAD2L1BP,TYSND1,CDC7,PA2G4,PRRC2A,TMEM199,FIBP,SLC6A6,PPP5C,NPLOC4,CDK10,HBP1,DUS1L,CDK16,CDC42SE2,SPEF1,CLTC,ADK,CLTA,PFAS,CLINT1,TMEM186,RNF157,ING4,TMEM189,TMSB4X,AP3S2,EMD,ZC3H10,BRD2,MIOS,SSR3,TCF12,AEN,RNF167,AFTPH,RNF165,SF3B4,SF3B2,SF3B3,RPL10,TMEM160,HSPA14,TM9SF4,RPL14,RPS3,RPL13,BRD9,BRD8,RPS2,ANKRD52,RPL18,DTD1,SF3B1,RPL19,SF3A3,SF3A1,BRF2,SF3A2,AGK,TRMT1,TTC9C,GTF2H2,BLCAP,MZT1,AGBL5,TRMT6,RLIM,RNF141,UHRF1BP1L,TUSC3,CTNND1,CLSTN1,YEATS4,BZW1,ZFP30,CDH2,MAF1,MEN1,RPS9,ANKRD46,RPS8,RPS5,RPS6,GTF2F1,RNF40,TRAIP,CTDNEP1,CLIP1,ERH,XIST,MAD1L1,DNMT1,ANKRD16,ABHD2,GLO1,CHRD,AK2,ITPR1,AK3,RLF,STIP1,NEUROD2,BAG4,NACC1,SAFB2,ABL1,SKIL,WDTC1,MARCH8,LSM5,MARCH5,LSM3,CHERP,CNOT4,NSFL1C,LSM6,CNOT1,TADA1,GPR107,IARS,CNOT8,EIF4G1,RNF187,CALCOCO1,TRADD,PTPN23,SGCE,DUSP12,PPP6C,SART1,OPA1,OPA3,HIF1AN,PDCD6IP,GPX1,CHUK,RANGAP1,YDJC,REXO4,PTP4A1,PTP4A2,TRAF7,ASPH,EIF4E2,SOS1,SSX2IP,NFAT5,SMARCD1,GTF2A1,SMARCD2,WBP1,FZR1,PUF60,RBBP5,MGAT5B,UGGT1,FNIP2,RNF25,RNF26,TXNRD1,SEMA4B,PLCL2,SEMA4C,DDHD1,CDC42BPA,PNRC1,PNRC2,CUL4A,KLF6,MARCKS,RHEBL1,PFKM,METAP2,APP,FAAH,ARL6IP1,UBAP2L,ZFPL1,KIFAP3,GLUL,SOX4,SOX5,TIPIN,AQR,BOLA1,MTUS1,JMJD8,JMJD6,COX7A2L,GRWD1,GUF1,TTLL12,PFN1,ANKRA2,AURKAIP1,EZR,CUTA,ANP32A,MGST3,TRMT2A,TMTC1,TMTC4,DGUOK,PTDSS2,NUAK1,MAP4,SNHG1,TRAP1,RABGAP1L,STK11IP,BCL11A,MEMO1,ZWINT,CCDC88A,CCDC88C,ANP32E,CORO7,CC2D1A,CDS2,DAZAP1,FAF1,PRPF19,EPM2AIP1,PRMT5,PRMT7,PRMT1,PRMT3,RHOF,NME1,RHOB,PRPF18,POC5,FAM20B,STRAP,RHOU,ALDOA,SGK1,PRIM2,TOMM40,PRIM1,MAP4K5,LCMT1,MAP4K3,MPZL1,RANBP1,AP3D1,R3HCC1,CTNNB1,RAB3GAP2,FAU,TOMM6,HDLBP,CIB2,NUCKS1,TOMM22,FBL,BASP1,TSC1,WRNIP1,KCTD3,KCTD5,TMEM131,KCTD6,DCTD,DPM3,ILVBL,TBL1XR1,RPL7L1,STAM2,RAI14,CTTNBP2,LTBP4,STK4,ADIPOR2,PLCXD2,DPP3,ARHGAP20,ZC3H18,DMAP1,MARK4,ANKZF1,MARK1,ACBD6,HSPA8,ACBD5,ACBD4,HSPA4,DNAJC11,TBCD,ASPSCR1,BFAR,DNAJC14,TBCA,NFKBIA,ARHGAP32,NR4A3,DLG4,ATG16L1,CLASRP,ACBD3,B4GALT2,SCYL3,ACADVL,NVL,DOCK7,SLC2A3,USP39,PKD1,SLC2A8,SENP6,SENP7,TMEM101,ZC3H7A,FLOT1,USP30,SCYL1,TSFM,RNF208,TRNAU1AP,ARID1A,CKAP5,SENP3,ARID1B,DDX19A,LUC7L3,ITGB1BP1,USP16,POLDIP2,POLDIP3,RGS16,POMP,USP12,WIZ,MTIF2,MOSPD3,TM2D3,USP19,STRN4,HSPD1,GMDS,NT5DC2,PDE6D,ROMO1,ABCF3,REPS1,SPEN,USP24,ATE1,PTCD1,PTCD2,B3GAT3,LCA5,PDE4DIP,HSPE1,MEIS2,GDAP2,FMNL2,PIK3IP1,RGS12,SSBP2,SSBP3"
+"gene_set_query"	"522"	"MBD4"	"522.8"	"ARCHS4 Coexpression,547;ENCODE ChIP-seq,40;Enrichr Queries,304;ReMap ChIP-seq,239;GTEx Coexpression,1484"	"MDC1,ATF2,POP5,MAPKBP1,MT-ND4,NUP107,TFRC,IFT172,ALKBH3,PSMD9,NDST1,KRTCAP2,ZFYVE27,PSMD7,PSMD4,MPRIP,DPYSL2,PSMD3,STARD3,ATG3,PRKAB2,MEF2C,CXADR,RBFOX2,CSNK2A1,NGDN,DNTTIP2,RFX3,GAPVD1,SCAMP3,EML4,FAM133B,MYL6,PRKAR1A,DDIT3,CLNS1A,DDIT4,UNC50,TMEM126A,CGGBP1,ATF4,EXD2,SET,SAR1B,MRPL18,NPRL2,MEPCE,COPS7B,AGAP1,BAZ2A,MRPL12,MRPL13,MRPL10,PRPSAP1,MRPL20,CYB5R4,HSPH1,GRPEL2,VTI1A,PIP5K1A,LTA4H,PIP5K1C,JUN,CADM4,EIF2AK1,EDEM2,PMM2,NR2F1,MRPL27,BBIP1,LARP4,MRPL24,EIF1,MRPL22,MRPL30,TBL3,EIF5,TDP2,DCHS1,PKIG,TMEM9B,EZH2,LRSAM1,PIGU,HEXB,RPLP1,RPLP0,HEXA,ARHGAP1,PRKAG1,MRPL38,MRPL39,HSPB11,OSBPL10,MRPL33,JPH4,MED11,MRPL42,TUBA1B,TUBA1A,ATIC,MRPL40,FASTK,ENOPH1,PCMTD1,DFFA,SPHK2,ELOVL2,SIRT4,MRPL47,MRPL48,GMIP,MRPL46,DYNLL2,DUSP6,TOMM40L,MRPL43,MRPL44,MED23,MRPL52,PSMA5,DDB1,MED22,MRPL53,SLC7A5,PSMA6,MRPL50,MED24,BDH1,PTRH2,CDC42EP4,PXDN,MED20,TMEM106B,TUT1,VAMP4,PAFAH1B2,TRUB2,RNASEL,ELOF1,NIP7,SRRT,CENPB,MRPL55,GGA2,GGA1,NRAS,PSMB4,PSMB1,SPOP,LEO1,NCDN,RPS27A,SRSF10,SRSF12,EGLN1,CENPV,GOLM1,DAB2IP,BYSL,SKI,RABIF,PSMC5,PSMC6,PSMC3,CCDC9,PSMC4,SHKBP1,SNX14,APEX1,SERBP1,TAOK2,RPL22L1,GOPC,PKN1,CRAT,MTCH2,TMEM167B,CSE1L,UBE2D2,UBE2D3,ATN1,SLA,CASC3,APEH,SMCHD1,LAPTM4A,UROD,RUVBL2,SCMH1,FNTB,STK16,RUVBL1,PMPCB,CEP250,CIR1,KPNA2,SLC38A1,IK,EIF1AX,VPS33A,FBXW9,PRPF4B,CNPY2,CNPY3,FBXW2,FOXP1,MSH6,MINPP1,ACAP3,DMTF1,MSH2,SLC9A8,SRSF2,FSCN1,SRSF3,SRSF5,SRSF6,SNRNP200,SRSF7,SRSF8,KPNB1,ANAPC2,FTO,INO80B,LRRC59,INO80E,LIN7C,CORO1A,ACAT2,SAV1,HSP90B1,SLC9A1,EIF1AD,SMYD2,PGK1,ZKSCAN3,NAE1,SLC38A2,NADK,ZKSCAN1,FUS,BOD1,FBXO38,STYX,GOT2,ARPC5,ZBTB11,EEF2,FBXO31,UCKL1,ARPC2,UQCRQ,MDM2,NFE2L3,TUBGCP3,LRCH4,OGT,NFE2L1,ISY1,ZNF512B,HSP90AB1,PTEN,PIK3CD,ETFB,MRPL3,NGRN,ZNRD1,SUMO1,ACP2,MDP1,ACP1,ARL5A,NEO1,DIS3L2,HSP90AA1,PEG3,VEZF1,RAD23A,RABGGTB,RAD23B,DDOST,QTRT1,ATRN,TMBIM4,C1D,ETF1,BIRC6,TOP1,SEC22B,GAPDH,TNFRSF21,BIRC2,GTF3C1,BECN1,GTF3C3,SEC23A,NDUFB7,LRP1,ROCK2,NDUFB5,SRSF1,NDUFB3,LRP3,SRI,EHBP1,LRP6,TSPAN31,GANAB,KCTD20,CCDC85C,U2AF2,KATNA1,LRRC8D,SH3BP4,IGF2BP3,DRAM2,HNRNPA1,SLC25A23,AAMP,EIF4B,ATP9A,HNRNPA0,SH2B1,CYB5B,PTPN1,HNRNPA3,MARCKSL1,NOP58,SSB,TRIM41,FEM1B,NDUFA4,NDUFA2,CDC5L,LYSMD1,RPL23A,TPD52L2,SLC25A38,NECAP2,NECAP1,NAGK,CDKN2AIPNL,EIF3J,OCIAD1,PDCD4,PDCD2,TRIM37,EIF3E,P4HB,SMAP2,EIF3D,SEC24C,SLC25A36,EIF3A,BCAR1,EIF4A2,EIF4A1,SMARCAL1,TMEM41A,PLEKHB2,THUMPD3,CCNC,THUMPD1,ACTB,NUDT4,TXNDC17,CYB5D1,SNRPD1,BSG,TRIM24,CCDC97,EIF2D,TRIM27,CCNL1,SLC12A9,EIF2A,TMPO,FBXO9,ATP6V1G2,SCAF11,ACTN1,ECH1,NSMCE2,NSMCE1,CIRBP,CSNK1D,MOGS,MIF,ALG1,MFSD11,BCS1L,THAP4,SNHG12,PPA2,EIF1B,KCTD18,SLC45A4,AARS2,DHX8,TMEM63B,SDC3,FBF1,PIK3R2,PIK3R1,GSPT1,PGS1,SEC14L1,DHX33,LARS,DHX35,PCBP1,HLTF,PCBP2,SURF6,RBM12,RAB11FIP3,SNX5,SEC31A,B4GALNT4,RAB11FIP5,CTSA,BBS1,XBP1,SURF1,XRCC6,INTS1,SURF2,INTS2,BSDC1,SMARCA1,IFFO1,AIMP1,ICK,AIMP2,PTK7,ID2,RPL27A,WNK2,CWF19L1,INTS5,INTS4,SDC1,GRB2,NOL10,CALM3,NOL11,CALM1,CALM2,RGL2,SUGP2,AARS,DDR1,TMEM151B,USPL1,PTPRS,FKBP15,PPP1R10,MRPS11,PAK1IP1,TECR,MRPS12,CCDC124,CETN3,NAT10,MRPS10,PTPRK,WASL,COX7C,PTPRF,HERPUD1,PTMS,THTPA,SYNCRIP,PCM1,MAP1LC3B,ARV1,ENC1,NCS1,DHX15,MLX,SSSCA1,KIF1B,KIF1A,UTP14A,GIT1,CTSB,MRPS28,CCT2,PBRM1,MRPS26,SEC13,TMEM150B,PCYT1A,MMD,MRPS23,NCOA4,MRPS21,CACYBP,PRPF40A,COMMD1,MRPS7,SREBF2,APRT,PDRG1,KIN,TOX3,VSNL1,CSDE1,G2E3,ARHGEF1,PABPC1,DBN1,DYNC1I2,PCNA,MRPS35,INPP1,STX16,MRPS33,SSNA1,STX18,COX5B,PGRMC2,CAMK2N1,EXOSC9,GPC1,EXOSC8,MGAT2,CCT7,EXOSC2,DYNC1H1,NPM1,YIPF2,YIPF3,RSRC2,AP2B1,VEGFA,NUDT9,PDCL3,SEC23IP,TTC5,HNRNPA2B1,NDUFAB1,AGGF1,TARDBP,MIDN,NARF,SYS1,ZFAND5,UBE2Z,IGF1R,EEF1B2,BANF1,SBF1,PPFIA3,SH3GL1,PCID2,DIMT1,ATG9A,DNAJB12,SDHD,EEF1A1,HNRNPUL1,UBE2V2,WDFY1,PPIG,FAM92A,KLHL18,DDX5,TBC1D19,PSMD12,TSG101,NDUFB10,COX16,YTHDC1,ARHGEF25,DDX1,TOR1AIP2,PDS5A,RPF2,NDRG1,RTN4,RAI1,RNASEH1,KIF3B,GRK6,H1FX,LLPH,IVNS1ABP,PRNP,ZFHX2,UBE2B,VTA1,KLHL24,AP4B1,MANBAL,HIGD2A,CLK1,UBE2W,GCLC,HOOK2,HOOK1,GNB2,GNB1,UBE2N,GNAS,CYCS,UBA1,AMOTL2,RBM28,GSK3A,RBM25,CUEDC2,DDX3X,DDX46,PRKCSH,CHD8,MAST2,CHD5,PSIP1,DPY30,ATP2A2,ADAR,HMGB1,CHD2,LMNB2,LMNB1,LASP1,EEF2K,BCL7B,NUP62,LRRFIP1,YWHAG,RBM17,RBM14,TBP,ARHGEF12,PDPK1,EED,NCBP2,GLRX5,DCAKD,DDX55,YWHAZ,EEF1G,SFPQ,VCAN,CREB1,ALS2,TMEM214,ACOX1,PEX6,NDUFS4,NDUFS3,NDUFS2,ATG4B,NDUFS1,NUP54,CUEDC1,IRF9,RBM22,DDX27,NAA20,DCTN1,GOSR2,GOSR1,PARN,DDX21,SLC3A2,HMGCR,PARL,ADD1,TAF1D,DNPEP,MAT2A,TAF1B,TAF1C,TRA2B,BMS1,BNIP1,DROSHA,TMEM208,TIMM8B,RBM39,TTC13,RRM2,TAF13,SOD2,TTC19,USF1,ACVR2A,SOD1,POLE4,RPIA,ERCC1,BRMS1L,FAM131B,ERCC5,FAM98B,VIM,SUGT1,RBM45,CLUAP1,TAF2,RPL4,IPO13,RPL5,VPS29,RPL30,RPL3,TRIO,RPL32,RPL31,HNRNPU,SMC5,PHAX,SMC3,EPRS,GABPB1,RPL9,DCAF7,GPATCH8,RPL6,GLS,DCAF6,RPL7,ALCAM,TFG,MYC,RPL36,AP1S1,RPL35,PIP4K2B,RPL38,RPL37,CDK5RAP3,IER2,DDX17,MED1,ACOT9,DDX18,WSB1,RPL21,RPL23,WDR74,ARMC9,CD3EAP,WDR75,SCRIB,DYNC1LI2,ARMC6,ZSCAN21,RPL24,TARS2,RPL27,RPL26,RPL29,VPS25,RPL28,UBA52,TSPYL4,CDC42SE1,NUP205,SEH1L,NEDD4L,PHYHIPL,NOLC1,RNPC3,HIF1A,ARPP19,ADH5,ANAPC11,LDHB,FAM171A1,LDHA,PRDX5,BLOC1S1,NUP85,RAD21,LDHD,GAR1,SSR1,NRBF2,PLCG1,VPS16,RPL41,JUND,H3F3B,PNO1,H3F3A,SETD1A,IRF2BP2,TYSND1,PA2G4,PRRC2B,WDR55,PRRC2A,SQLE,GLUD1,HNRNPK,RNF103,NPLOC4,HNRNPF,TOLLIP,GIPC1,HNRNPD,HNRNPC,DUS1L,ITPA,FARSB,SETD5,PYGB,BTG1,CDKN1B,WDR48,SPEF1,PHF20,TCF25,SETD6,CLTC,SMG5,WDR43,TMEM186,ING4,TMEM189,TRIM2,TIMP2,RIOK2,RIOK1,JARID2,CIC,RRP15,BRD2,ZC3H10,WDR36,TPI1,EXOC7,SSR3,TIMM23,WDR34,COPZ1,GNL3,WDR33,NSA2,LSG1,SIKE1,TUBB2A,INF2,HEATR5B,TCP1,MTF2,GARS,EXOC5,RNF166,EXOC2,SF3B5,GRAMD1A,SF3B3,NFIX,RPL10,RPL12,TIMM9,TIMM13,WDR24,TM9SF4,ADCY6,FAM129B,FGD3,BCLAF1,RPS15A,TMEM169,RPS3,USP1,RPL14,RPL13,RPL15,RPS2,BRD8,ANKRD52,PAIP2,RPL18,RPL17,SF3B1,RNF130,RPL19,SF3A3,YTHDF2,SF3A2,NR1H2,ELP2,ELP3,TRMT1,GTF2H1,WWP2,TTC9C,DHRS1,SCAF1,KTN1,WDR11,TM9SF1,NFIA,TRMT6,INHA,ANKRD13C,PHLDB1,CHPF,CLSTN3,FMR1,GTF2B,CEP120,CLSTN1,YEATS4,RPL10A,BZW1,CLU,IPO7,TM7SF2,EDC4,PPP1CB,PPP1CC,TUBB3,PAPOLG,HMGN2,SNRNP35,LZTS2,HMGN1,IFNAR2,KCMF1,RAB2B,SUPT16H,RPS9,RPS7,USP5,RALGAPA1,RPS8,IGFBP3,RPS6,TPM1,THOC1,AIP,TRAFD1,RPSA,THOC2,LEMD3,THOC5,LEMD2,THOC6,TOM1L2,CLIP2,MORF4L2,NCL,MADD,SNRPG,SNRNP27,PHIP,SNRPE,SNRPF,FKBP3,SNRPB,BRSK1,ENY2,DNMT1,FKBP2,CD151,INSIG1,GLO1,GLT8D1,AK2,ITPR1,TARS,UBR2,PHB,BAG4,ORC6,KLC2,DVL1,BTBD2,NACC1,DVL2,ABL1,CCDC32,SRGAP3,MPDU1,MCL1,MAP2K6,ANKRD34A,AKIRIN2,OSBPL8,AKIRIN1,EIF2B3,POLR3GL,TRAPPC4,TMEM132A,DHCR24,MARCH7,COPS4,LSM6,COPS5,SLC7A6OS,CDK4,CPE,RNF181,PLXNB2,PLXNB1,SERINC1,GPR107,IARS,SERINC3,RSL24D1,EIF4G2,BCL2L2,BCL2L1,MCM7,ZC3H4,CCDC47,WDR4,SGCE,DUSP11,RPL7A,DUSP12,PPP6C,SART1,AP1G2,NOB1,OPA1,SCRN1,VPS72,AP1G1,SNRNP70,IDH3B,EVI5L,EIF2B1,TNPO2,TNPO3,ADSL,GPX1,CCDC34,LIX1L,AMT,RPL13A,PLRG1,RANGAP1,TSN,COASY,REXO4,PTP4A1,DNAJC2,PTP4A2,DNAJC7,DAD1,CTDSP2,POLR1B,RPL37A,POLR1C,POLR1D,DNAJC9,CCDC43,DNAJC8,SFT2D1,GTF2A1,HDAC2,SMARCD2,NLGN2,RNF34,WBP1,HDAC1,PDHB,NFS1,HECTD1,HIRIP3,HAUS8,POLR2A,RBBP5,POLR2C,POLR2D,VPS54,DNAJB9,CSK,RBBP6,SNRPB2,POLR2H,DCAF11,UGGT1,SEC11A,POLR2K,SMARCE1,FBXL19,CCDC59,TPRKB,RPL35A,CDC42BPB,PNRC1,PNRC2,DNAJA1,CUL4A,RAD52,MARCKS,KLF6,VAPA,RAB14,DNAJA3,GLOD4,POLR3D,IMPDH2,POLR3E,DNAJA2,RAB18,DRG2,SNRNP48,CEBPZ,PPIL3,PPIL4,TPT1,SLC35B2,VEZT,APP,PANK2,ARL6IP1,CISD2,PPP2R2A,PWP1,TIAL1,RPS15,PNN,GOLGA4,RPS16,RPS19,KAT5,RUSC2,FTH1,GOLGA1,LONP1,DAG1,LONP2,DENR,UBAP2L,RPS11,GLUL,RPS10,SEPHS2,SOX4,RPS13,RPS12,SRRM2,COG8,AQR,SLC35C2,NFKBIL1,SACM1L,METTL3,MTUS1,MRPS18B,COG1,ACSL3,JMJD6,SRRM1,MRPS18C,MAPK8IP1,NIF3L1,RRAGA,COX7A2L,KARS,XRN2,VDAC2,VDAC1,HECA,SUCLG1,EZR,PFN1,ATP6V0D1,AURKAIP1,CBLL1,OBSL1,LLGL1,ANP32A,CSTF3,MGST3,DCUN1D2,TRMT2A,LIAS,MYL12B,UGCG,DGUOK,SCFD1,SPAST,PDCD11,CSTF1,TNRC18,MAP4,VAT1,SNHG1,NUS1,ZRANB2,TMEM184B,BCL11A,STK11IP,SYNRG,SLC35E3,SNHG6,PUM1,RPS26,RPS25,CCDC88A,RPS27,FUBP1,RPS20,ANP32B,RPS24,ITM2C,CDS2,HBS1L,GFM1,UBXN1,GDI1,GFM2,CITED2,ZFAND2A,SLC35F5,FAF1,OLA1,LIMD2,COIL,RPTOR,HINT1,XPO1,PCF11,C1QBP,XPO5,TMED1,TOP3B,PRMT7,PARP1,PARP2,STRADA,AMPD2,TUBG1,RHOA,PARP8,RHOB,MLF2,NME1,UGDH,SCNM1,PACS2,HNRNPH1,NFX1,HNRNPH3,SGK1,CSTB,SLC20A1,NOL8,TRAK2,AMN1,METTL6,TBL1X,RANBP2,RANBP1,MTX2,PTGES3,NFYC,RANBP6,RAB11A,ATAT1,KBTBD4,RSL1D1,SPCS1,PRKRA,CAPZA2,TOMM7,CTNNB1,PRPF31,MEGF8,TOMM5,RAB3GAP1,TOMM6,NDUFA11,KDM1A,NDUFA12,NDUFA10,MRFAP1,HDLBP,NUCKS1,CWC25,CWC27,TOMM20,TOMM22,BASP1,FAM162A,ARHGDIA,CWC22,COTL1,AZI2,TMEM14C,ANGEL2,TOMM34,NOSIP,OCRL,ATP1B1,KCTD5,DPM3,PREPL,TMEM135,PHOSPHO2,TBL1XR1,DNAJC30,RPL7L1,MATR3,ZCCHC8,IDI1,COPB2,ZCCHC7,COPB1,PXN,CLEC16A,COX7A2,STK4,UBB,ZMAT2,DPP8,DPP9,RPRD1B,SUDS3,DMAP1,ZC3H13,ANKZF1,ZC3H15,HSPA9,KLHDC2,DNAJC19,DARS,HSPA8,ACBD6,ACBD5,CBX5,PNPT1,HSPA5,CPSF1,CBX3,IDH1,CPSF3,CBX1,TBCD,BFAR,TBCB,EIF2S2,CRLS1,COQ7,DNAJC16,ARHGAP23,NFKBIA,DLG2,EFNA2,ATG16L1,SRPRB,GRSF1,B4GALT2,THRA,ASNSD1,SLC2A3,DBI,USP39,PKD1,TMEM101,ZC3H7B,FLOT1,TOPBP1,MAN2C1,USP30,SCYL1,MAPK1IP1L,TSFM,H2AFZ,H2AFX,RPS3A,TRNAU1AP,LATS1,DDX19A,TRAPPC6B,TRNP1,LUC7L3,TERF2IP,ITGB1BP1,TMEM9,PFDN4,LUC7L2,USP15,STOML2,RGS19,KDM3B,POLDIP3,TM2D1,USP11,ETFDH,MTIF2,ATP1A1,FAM169A,TOB1,IWS1,HSPD1,TBRG4,GNA13,NXF1,TFPT,FAM168B,FAM168A,PPP2R3C,GNA11,NT5DC3,ROMO1,CDIPT,PTCD3,RWDD1,KDM4A,KDM4C,WTAP,SGTA,ZFC3H1,NAP1L1,DEK,HSPE1,NAP1L5,SH3YL1,NEURL4,FMNL2,RPS6KB1,BAX,ATP13A2,SSBP1"
+"gene_set_query"	"523"	"ZNF678"	"524.3"	"ARCHS4 Coexpression,561;Enrichr Queries,476;GTEx Coexpression,536"	"TCERG1,PANK3,CCNJ,PITPNA,ARPC5L,HNRNPU,JMJD1C,SMC5,SMC3,RBPJ,FNBP1L,EPRS,CCAR1,TIAL1,CAPNS1,AKT3,GPBP1,STMN1,EPC1,ARL6IP4,ATP6V1E1,PRKACA,SEPHS1,PRKACB,SOX4,TMPO,FNBP4,SMARCC1,CXADR,SCAF11,METTL3,ARRDC3,WDR75,CD3EAP,SOX11,DICER1,ATG12,SRRM1,FAM133B,RFX7,DDIT4,AKAP9,ATP6V0D1,PFN1,ALG10B,PI4K2A,CGGBP1,MACF1,TMEM161B,SET,PIK3R3,PIK3R1,RNPC3,GJC1,LARS,HLTF,ARGLU1,CEP78,EDEM3,JUN,RABGAP1L,FZD3,ZRANB2,PHC1,MRPL28,PRRC2C,CDC7,PHC3,PAICS,PBX1,CCDC88A,ZZZ3,TOLLIP,FUBP1,CDC16,FAT3,LRRN1,PHF3,OGFR,SETD5,TOP2B,AHCTF1,PIGU,CLTB,MRPL36,SLC7A11,PHF6,DDA1,EPM2AIP1,MRPL42,NIPBL,MED13,ZMYM2,XPO1,TRIM2,DHX15,REV3L,UBXN7,SDF4,GABPA,APPL1,PCMTD1,RALGPS2,SHPRH,PBRM1,TMED9,PARP1,TCF12,MINK1,TET2,SLC39A10,LRRC40,PRPF40A,ASH1L,SRP9,MED23,ENAH,KIN,INF2,MTF2,PXDN,G2E3,EXOC6,HNRNPH3,EXOC5,PLCB1,ATP6V0C,NAPA,GRN,GNAI2,BCLAF1,ASNA1,NSD1,AP2S1,CLPTM1,USP1,PAK6,RICTOR,MGAT1,SRSF10,NKTR,MON2,NPM1,MYEF2,USP9X,NR1H2,RSRC2,UBE2G2,MIB1,NUDT21,MPHOSPH9,NFIA,ABI2,NFIB,TAOK1,ETNK1,ZYX,RAB3GAP2,NUCB1,PKN1,PNPLA6,TARDBP,GRINA,CCNT2,CD81,CSE1L,CEP120,ARID4B,NUCKS1,IGF1R,IPO5,SMCHD1,LAMP1,SALL2,KIF5C,ARHGDIA,CFL1,SMARCAD1,ARID2,MAP3K7,CSNK1G3,PCID2,SLC38A1,USP5,VASH2,ATP11C,PRPF4B,MSH6,CTDNEP1,MORF4L1,DMTF1,MSH2,TBL1XR1,PRPF3,EHBP1L1,WDFY1,UBE2V2,SRSF3,ANAPC4,CHMP4B,PHIP,PPIG,TNIK,CD151,RAB5C,ANKRD12,PXN,BTF3L4,SLC38A10,PDS5B,CORO1B,ATXN2,SBNO2,TPR,G3BP1,ANKRD10,NAE1,SKIL,QSER1,ATP6V1F,BPTF,IVNS1ABP,NEK9,TIA1,SMAD4,CPSF6,CBX5,NUP155,CPSF2,KLHL23,KLHL24,SMAD5,TDRD3,CLK1,DRAP1,EFNA2,HOOK2,NASP,ZFP62,HOOK1,GNB2,RFXAP,SP3,JMY,MDM2,PLEKHM2,MDM4,BRWD1,FGF13,LRP10,OGT,CREBZF,KDM5B,RBM25,GSK3A,ACADVL,WDR1,DDX47,USP33,HP1BP3,CHD6,HMGB3,PSIP1,HMGB1,SYNE2,PPP1R9B,SENP6,SENP7,LASP1,ZC3H7A,CAPZB,MAN1A2,GATAD1,PSD3,SUMO2,PPP6R3,CEP170,TNPO1,RBM5,DST,NUP133,PDPK1,VBP1,PDE4D,ATRX,VPS13A,CTPS2,WIPI2,NAV2,KLF16,PTBP2,LATS1,VCAN,PTP4A3,RCN2,CTDSP2,POLR1B,ATP6V1B2,BCAT1,PPP1R12C,BIRC2,OTUB1,HDAC2,UHRF2,ROCK2,RAB1B,SRSF1,KATNB1,MOSPD3,LRP6,TAF1D,ABLIM1,CAND1,KRIT1,VPS54,FEM1C,IGF2BP3,HNRNPA1,EIF4E,FBRS,TTC14,ATF7IP,RBM39,HNRNPA3,FOXJ3,ATP2B4,PDE4DIP,NAP1L1,DEK,CDC42BPA,OXR1,TPD52L2,TTC17,RAD52,SLC4A7,UFM1,KLF6,RPS6KB1,MGAT4B,EIF3E,SNRNP48,P4HB,SUGT1,RBMX,PPIL4,SLC25A36,TRIM33"
+"gene_set_query"	"524"	"ZBTB10"	"525.3"	"ARCHS4 Coexpression,331;Enrichr Queries,441;GTEx Coexpression,804"	"ATF2,PANK3,TFRC,PITPNA,ARPC5L,DIXDC1,HNRNPU,JMJD1C,CBLB,TXNDC16,RAPGEFL1,BACH2,ACTB,ALCAM,PPP4R2,DPYSL2,MYC,FTH1,AKT3,GPBP1,LONP1,ARL6IP4,EPC2,DIP2C,IER5,SOX4,TMPO,EPHA4,MEF2C,WSB1,ARRDC3,IFRD1,AP1B1,CD3EAP,TALDO1,DICER1,RC3H2,SCAMP2,TWSG1,PSME3,ZC3H11A,DDIT4,AKAP9,JTB,HECA,SIK1,TTLL12,ATP6V0D1,PFN1,AURKAIP1,ALG10B,PRR13,MACF1,DCUN1D4,TWF2,NEDD4L,PIK3R1,OAZ1,INPP5B,PRDX5,PPP4C,RAD21,HLTF,HIVEP2,PUSL1,RIMKLB,ST3GAL1,SERF2,CTSA,JUN,PRELID1,ZRANB1,JUND,BCL11A,RCC2,PLK2,IRF2BP2,MRPL28,MEX3C,PBX1,MED13L,GADD45G,EIF6,SESTD1,ID2,GOLGB1,FUBP1,PSMG3,FBXL3,FARSA,FERMT2,TMEM9B,CPEB4,ITM2C,PIGU,SETD2,SMG1,BTG1,CITED2,CLTB,SLC7A11,AKAP12,PCM1,NIPBL,CSRP2,MED13,XPO1,GUK1,TMSB4X,CHMP1A,ENC1,REV3L,SDF4,SH3BGRL3,JARID2,LYPLA2,NCOA2,TMED9,PBRM1,SHPRH,NUDC,DBNL,TSC22D1,TSC22D3,TET2,ANO6,SIRT7,DUSP6,MTSS1,RHOB,ENAH,RNF167,ZEB2,RPUSD1,TET3,CDC42EP3,PXDN,PELI1,WAC,VAMP4,SGK1,ATP6V0C,ARF5,NAPA,SATB1,UQCR11,PSMA7,GNAI2,SCAF8,BCLAF1,NFIL3,ASNA1,NSD1,LMAN2,AP2S1,FLNA,ZSWIM6,MEF2D,JAM3,RUNX1T1,BCAP31,RANBP2,MYEF2,CSNK1A1,RSRC2,RAB11A,PPP1CA,MIB1,VEGFA,YIF1B,RAB11B,FKBP1A,MKLN1,RYBP,NFIA,NFIB,CAPZA1,CCNG2,SHKBP1,TAOK1,RLIM,ZYX,NUCB1,CTNNB1,ESYT2,FRYL,PDCD6,CEP120,FRY,IGF1R,SLK,CAPN7,SCMH1,CFL1,POGZ,PAPOLA,COTL1,EP300,PIM3,ARID2,AP2M1,SLC38A1,RALGAPA1,DYRK1A,SHISA5,ATP1B1,KCTD5,FOXP1,ARMCX1,TBL1XR1,SBDS,PHIP,WDFY3,TNIK,ADNP,SRSF6,PPIA,SLC27A4,DDX6,CD151,PFKFB3,RAB5C,NXPH3,TNKS,NPR2,INSIG1,IREB2,UBR3,TOR1AIP2,UBR1,PDS5A,NDRG1,ACACA,GLIS2,SAV1,SOCS2,EFNB2,ATXN2,PITRM1,ESD,NACC1,UBR5,CYC1,SLC38A2,SKIL,MARK2,ZKSCAN1,QSER1,MCL1,BPTF,IVNS1ABP,PRNP,SMAD4,TRAPPC1,CBX5,CBX4,ATP8B2,AUTS2,NUP155,PTCH1,CRIM1,DSTN,ARPC4,KLHL24,NFKBIA,DRAP1,LRCH2,EFNA2,NR4A3,HOOK2,ARPC2,HOOK1,JMY,CNTN1,NF1,UBA2,AMOTL2,MDM4,BRWD1,LRP10,COPE,KDM5B,GSK3B,DDX49,WDR1,PRKCSH,USP34,CHD6,SLC2A3,DDX41,CHD2,RND3,AFF4,SYNE2,TTC28,SGCE,SENP6,DUSP12,GM2A,CAPZB,MFSD5,SGCB,RASGEF1B,RB1CC1,PSD3,PPP6R3,PDE4B,FLOT1,TLK2,SPEG,PMEPA1,TNPO1,DACT1,KDM6B,GPX1,H2AFY,DST,PDPK1,PDE4D,ATRX,ZFP91,NAV2,ARID1B,LATS1,ARL4C,PTP4A1,VCAN,PTP4A3,SFPQ,SETBP1,RER1,NUP50,CTDSP2,RASA1,BIRC6,BDP1,OTUB1,PPP1R15A,NFAT5,PPP1R15B,KDM3A,GTF3C4,ROCK1,WBP2,RAB1B,HMGCR,TOB1,LRP6,RAB21,CAND1,HECTD1,TRA2B,POLR2E,FEM1C,RALY,RBBP6,MTA2,EIF4B,SPEN,ARFGEF1,SPAG9,USP24,SEMA4A,FEM1B,NTRK3,ADRM1,LCA5,PNRC1,NELL2,KLF7,MARCKS,MYO1B,KLF6,ASB6,PDCD4,SPRY2,VIM,TRIM33,SLC25A36"
+"gene_set_query"	"525"	"RUNX1"	"525.8"	"Literature ChIP-seq,21;ARCHS4 Coexpression,966;Enrichr Queries,1066;ReMap ChIP-seq,103;GTEx Coexpression,473"	"ATF2,SCOC,TFRC,TSKU,NDST1,CAPNS1,RAVER1,DPYSL2,GPBP1,ANKFY1,PWWP2A,PRKACA,PRKAB2,UNC5A,FNBP1,BCR,EWSR1,FEZ1,DDIT4,UNC50,ORAI2,JTB,FAR1,PLBD2,ATF4,SF1,SLBP,UNC119B,EXD2,SAR1A,NPRL2,MEPCE,PLA2G6,ADAMTS10,CIAO1,PRPSAP1,RHOT2,LARP1,PRPSAP2,RHOT1,RNF216,LTA4H,RDH13,HEXIM1,JAG2,JUN,EIF2AK1,LARP4,PBX1,TBL3,VANGL2,PKIA,SFXN3,PKIG,LGMN,KCNC3,MTMR14,PRKAG1,SNX12,ARHGAP1,OSBPL11,BBC3,DDA1,PANX1,MED12,SHF,MECP2,SMPD3,MED11,MMP24,MED10,SMPD1,DLGAP1,JAK1,DLGAP4,SPHK2,DUSP1,TEX10,SLC39A13,EPS15L1,DUSP6,DDB1,MED23,PHF20L1,MED22,SLC7A5,SLC7A6,MED25,PLSCR3,MED21,PXDN,SDHAF1,RAPGEF1,CHST1,PAFAH1B3,ERGIC1,LIN37,WRB,ATL2,ODC1,DLST,NOC4L,SLC7A1,SNX29,SNX27,MFN1,SPOP,RICTOR,ZSWIM6,ZSWIM4,BID,EGLN1,CENPT,RIC3,EGLN2,GOLM1,TRAPPC10,WNT7B,DAB2IP,TARBP2,SKI,ABCB10,TAOK3,CCDC9,SNX17,APEX1,SNX14,ETNK1,SNX15,PKN1,CIAPIN1,AGRN,YPEL5,YPEL3,GZF1,ATN1,LTN1,SLA,CASC3,APEH,FRY,POFUT2,FNTA,NUDT19,CEP250,FADS1,PIAS4,PCYT2,FBXW5,CISH,FBXW8,CTNNBIP1,FAM118A,CNPY3,POLRMT,FBXO11,SRCIN1,PIAS2,LENEP,ATXN2L,TPST1,DMTF1,SRSF2,SRSF3,PKP4,SRSF5,LY6H,SRSF6,ARL8B,LY6E,SRSF9,SLC27A4,FTO,INO80B,KHDRBS1,INO80E,FBXO45,UAP1,NRF1,CORO1B,UQCRH,CORO1C,HSP90B1,RAP1B,G3BP1,ZKSCAN2,BRIX1,SAC3D1,ZKSCAN1,TMEM120B,NOP14,API5,BOD1,FUS,FBXO38,STYX,HPS4,HPS3,ARPC5,FBXO31,DRAP1,SH3BP5L,ARPC2,SP3,CLPTM1L,LRCH4,OSBPL1A,NOP10,MCFD2,AKAP8L,PTEN,ETFB,BICD2,NRGN,AP4M1,SPR,PPP6R1,PPP6R3,PGM3,PGLS,ARL5A,SNAP29,BOK,UNC45A,EIF5A,ACTR3,ACTR6,TNFRSF19,MSL2,TFIP11,RABGGTB,MSL1,ARL4C,ATRN,TMBIM4,ETF1,TMBIM6,TOP1,BCAT1,GAPDH,PRPS1,CANT1,SRC,MGRN1,LENG8,MLLT1,U2AF1,MLLT3,RCHY1,EHBP1,MLLT6,CDC42,ZNRF2,KCTD20,U2AF2,TRIM46,KRIT1,UBQLN1,FYN,IGF2BP3,IGF2BP2,E2F4,HNRNPA1,PCDH1,EIF4E,HNRNPA0,GADD45GIP1,NOP56,NTRK2,MARCKSL1,CIZ1,HNRNPA3,TRIM41,GPKOW,FEM1A,CABLES2,DBNDD1,TSPAN14,CDKN2AIPNL,SYT11,TSPAN18,ST7,EIF3J,TRIM35,OCIAD1,KCP,STUB1,BCAR1,UNC79,EIF3A,EIF3B,SMARCAL1,SMARCB1,PPAN,LDLRAD3,ACTB,NUDT3,RCBTB2,HERC4,EFR3A,TRIM28,HERC1,OPHN1,CDC26,BSG,TRIM24,CCDC97,EPC1,EPC2,ATXN7L1,SNRPD3,CCDC92,ATXN7L2,BSN,ATXN7L3,SMARCC1,ACTN1,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,MFSD11,BCS1L,TMEM170B,SNHG12,PPA2,KCTD10,CDC37,SUB1,KCNQ2,TRIM13,KCNQ4,FLYWCH1,EIF1B,KCTD15,CCDC84,SLC45A4,GGNBP2,DHX8,SLC45A1,GIPR,MYCBP2,SDC3,CEND1,CDKN2AIP,GSPT1,PGS1,NKAIN1,SEC14L1,KCNN1,B4GALNT4,XBP1,BRI3BP,HARS2,SMARCA2,PTK2,MED13L,SMARCA4,MSRA,CALY,CDC16,CALU,NDUFAF3,SDC1,GRB2,CALR,FBXL5,HERPUD2,MRPS17,NRP1,DHRS13,GRIK5,MRPS11,MRPS12,ICA1,NAT10,PPP3CA,NUDCD3,ACTR1A,PCM1,MAP1LC3B,MAP1LC3A,UIMC1,SDF4,SDF2,GIT1,CAP1,COX8A,PCYT1B,MRPS26,PBRM1,MRPS27,MRPS24,MRPS22,MRPS23,TFB2M,SYN3,SREBF2,SYN1,APRT,RNF144A,TOX4,RAP2B,SLTM,PITPNM2,TAX1BP1,ARHGEF4,ARHGEF1,ARHGEF2,FAM193A,PABPC1,PTMA,NAPA,DYNC1I2,PCNA,MRPS35,CAB39,SSNA1,PRICKLE1,COX5B,COX5A,RELA,GNAI1,GNAI2,NFIL3,ORMDL3,MGAT3,MGAT1,MGAT2,EPS15,DYNC1H1,GABBR2,VEGFB,KLHL2,MYO9B,COX6C,MYO9A,VEGFA,GRIN1,YIF1B,NUDT9,SH3RF3,SEC23IP,NUDT8,TTC5,NDUFAB1,TCEA2,HDGF,PNPLA6,GRINA,ZFP28,PRDM8,OTUD4,OTUD5,CRTC2,NARF,ZFAND3,PEBP1,UBE3B,COX6A1,SRP14,UBE2Z,CELSR3,TXN2,IGF1R,EEF1B2,NARS,GRIP1,FAM3C,PCID2,MORC3,FBXW11,TMOD3,DNAJB12,SDHB,COX6B1,ADAM19,EEF1A1,PCP4,ADAM15,TBC1D20,EHBP1L1,PPIF,ANKS6,PPIE,PPIG,PPIB,PPIA,PPID,GNAZ,DDX6,DDX5,TSG101,NDUFB11,HTRA2,CACNA1C,PLD3,CACNA1H,RAI1,SHARPIN,RNASEH1,IRAK1,GRK6,TBC1D14,TBC1D17,QSER1,UBE2F,UBE2I,AUTS2,UBE2B,PCIF1,NUP153,TIMM44,AP4B1,MANBAL,SYT7,GNAO1,UBE2W,GNAL,HOOK2,HOOK1,CCPG1,UBE2S,GNAQ,GNB2,MKRN1,GNB1,UBA3,CNTN1,GNAS,UBA2,TCF4,DEGS2,GNB5,TCF3,GALK1,UBE2M,RERE,CUEDC2,DYRK2,ZMYND19,LDB1,PITPNC1,PHTF1,CABIN1,LASP1,EEF2K,MYO18A,DACT3,IFT57,SUN1,NUP133,PDPK1,TTC33,ATP6AP2,NAV2,SYNGR3,EPN2,EEF1G,ELF2,NAV3,CAT,CRY2,CRY1,ACOX3,SHANK3,CUEDC1,AGPAT5,SFSWAP,ASB13,SLC3A2,ASAP1,NT5C2,RNF4,ADD1,AGPAT3,CYTH3,CYTH2,TMEM201,CAND1,MTA1,TMEM205,TGS1,GNG7,MKNK2,PTK2B,BNIP2,DROSHA,TMEM208,MTA2,MTA3,FBRS,CYTH1,CLVS1,TTC14,ATF7IP,BNIP3,EYA3,TTC19,USF2,USF1,POLE4,TEF,ERCC1,CARM1,POLE3,ERCC5,KRAS,SUGT1,VPS29,ANKLE2,RRP1,ARPC5L,ADARB1,SMC3,EPRS,PHB2,RRP9,GLS,ZMIZ1,CSPP1,LUC7L,VPS36,CDK5RAP3,NUP214,VPS18,PRKCI,NUP210,PRKCE,PRKCD,REV1,AFAP1,WDR75,SCRIB,HCFC2,ATG13,HCFC1,WDR77,WDR81,NUP98,ANAPC13,LRPAP1,SEH1L,CTBP2,PDXDC1,CTBP1,PRDM15,XPA,XPC,ARPP19,PRKCZ,ANAPC11,RRP7A,LDHB,NCSTN,WDR70,BLOC1S1,CEP70,GAR1,MCMBP,ST3GAL5,ST3GAL1,ST3GAL2,ZSCAN18,ST3GAL3,VPS16,PRELID1,NDFIP2,NDFIP1,DMPK,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3C,EHD1,HNRNPL,GNPTG,SQLE,MEX3B,MEX3A,ARL2BP,HNRNPF,TOLLIP,HNRNPD,PPT1,FARSA,PHF3,SETD5,PHF2,PYGB,MOCS2,SMG1,SETD2,CDKN1B,GMEB2,BTG1,PHF20,PHF23,WDR41,GPT,KRI1,WDR46,WDR43,SMG5,UBL5,MTG1,TIMP2,TK2,CIC,JARID2,UBL7,CEP68,TPI1,EXOC7,NUTF2,GNL2,FAM126A,COPZ1,GNL3,NCOR2,TAF6L,ZEB2,TUBB2B,TUBB2A,MTF2,TCP1,GARS,TKT,EXOC2,GAS8,GAS7,GRAMD1B,NFIX,CLDND1,RNMT,USO1,ADCY1,WDR24,ADCY6,FAM129B,ARFRP1,FGD4,SCAF8,NSD1,USP1,SLC17A7,CKB,PCGF6,YTHDF1,YTHDF2,WDR18,GATC,SYVN1,ELP2,HIPK1,SCAF1,MKLN1,PHF5A,NFIA,OSTM1,NFIB,NUCB1,PLP2,TMEM39B,NUCB2,TMEM229B,ANKRD13B,FAM49B,ANKRD13D,RAB3D,GTF2B,SYAP1,AUP1,PARK7,CLU,IPO7,IPO4,TM7SF2,EDC4,PPP1CB,PPP1CC,IPO9,SALL2,LAMP1,SLC39A9,CFL2,PAPOLG,CFL1,SLC39A6,ZNF326,HMGN3,ANKRD13A,GTF2I,HMGN1,RARS2,TLE4,TLE3,MAP2K1,TLE2,MAP2K2,TPM4,USP5,TPM3,USP4,USP3,TPM1,DYRK1A,THOC1,TRAFD1,FRMD4A,VASH1,VRK3,LEMD2,THOC6,TOM1L2,PYGO2,MORF4L1,RAB31,DMWD,RAB34,PHIP,ADNP,FKBP3,SNRPA,FKBP5,SNRPB,RTN4R,FKBP2,RAB5B,CBFB,INSIG1,GLT8D1,UBR4,SLC38A10,UBR3,HSPBP1,GOLGA7B,ORC4,ORC3,DVL2,MAP2K7,SRGAP1,PLXNA4,MCL1,EIF2B5,TRAPPC3,AKIRIN2,OSBPL8,EIF2B4,RAB4A,EIF2B2,CCDC12,OSBPL5,SEC16A,TRAPPC4,TRAPPC5,NSG1,TRAPPC9,REEP1,COPS4,LRFN3,BCL9,SLC7A6OS,SYNJ1,NBEA,REEP5,LHX2,CPD,LRFN1,REEP2,TPP2,CSPG5,PLXNB2,CNIH2,COPS8,RAB5A,RSL24D1,BCL2L2,SLC48A1,DIDO1,MCM7,WDR1,ZC3H4,ZC3H3,CCDC47,WDR4,UFSP2,PIK3C2B,LBH,SCRN1,AP1G1,SNRNP70,UBTF,PHACTR3,IDH3B,WDR6,PHACTR1,CEP170,WDR7,EVI5L,TNPO2,CCDC50,ILKAP,CCDC39,PLEKHG2,GGPS1,RFC2,SECISBP2L,RPL13A,TSN,DNAJC2,DNAJC7,DAD1,DNAJC5,POLR1B,LANCL2,CRK,ALDH9A1,HDAC5,HDAC2,LEPROT,TSSC4,RAB1B,EI24,PDHB,TTL,DNAJB1,HECTD1,DNAJB6,HECTD3,POLR2B,VPS53,POLR2C,RAB24,POLR2E,CSK,POLR2H,POLR2I,SEC11A,POLR2L,JAZF1,SLC35A2,SLC35A4,PPIL2,FBXL19,CCDC59,FBXL16,FBXL14,BCKDK,ASXL1,RAB10,TNRC6C,POLR3B,RAB14,VAPA,VAPB,MFAP3,DNAJA3,GLOD4,VPS41,CEBPZ,VPS45,POLR3K,TPT1,TNRC6A,SLC35B2,TCERG1,SLC35B4,SLC35B1,ZMYND8,HDAC11,CISD1,GBA2,HS6ST1,NFU1,RPS14,RPS16,RPS19,KAT5,FLAD1,PPP2R1A,FTH1,MAGOH,LONP1,DAG1,BTRC,RPS11,SEPHS2,TBC1D10A,SRRM2,SLC35C2,ARRDC3,IFRD1,COG2,MAPK8IP3,SRRM1,POR,SIK3,HECA,SIK1,SUCLG1,RTEL1,STXBP2,RPAP3,MYL12B,FXR1,UGCG,CHTF8,PDCD11,PDCD10,ATP6V0A2,GSE1,MLEC,TNRC18,STXBP5,RALGDS,ATP6V0A1,VASP,SYNRG,SLC35E3,SNAP91,PUM2,RPS26,RPS25,RPS29,ADCK5,RNPS1,TECPR2,C2CD2L,TOP2B,UBXN1,HIP1,FAM45A,CITED2,SLC35F5,SIPA1L3,ZCCHC14,LIMD2,XPO1,XPO6,UBXN7,UBXN4,RAB8A,RALGPS1,PSD,PSENEN,PARP6,ZYG11B,TMED9,ZER1,PARP1,GP1BB,STRADB,ZDHHC13,PPRC1,ITFG2,MTSS1,VAV2,SLC22A23,UGDH,HNRNPH1,FYTTD1,AMIGO1,ICA1L,NOL7,PTS,BEGAIN,PPP2CA,CST3,NT5C,HIRA,CHRAC1,NT5M,APBB1,ATP6V0E2,APBB3,METTL9,NFYB,PTGES2,GBF1,LHFPL4,RAB11B,PDP1,KBTBD4,SPCS2,HIST3H2A,SPCS1,PRKRA,CAPZA2,NBR1,KBTBD7,MPHOSPH8,APBA2,MPHOSPH6,NDUFA13,KDM1A,NDUFA12,ROGDI,NDUFA10,MRFAP1,CNDP2,COL4A3BP,TATDN1,FAM162A,ARHGDIA,FPGS,HCFC1R1,COTL1,AZI2,LMO1,RALBP1,KDM2A,SHISA5,SHISA4,ATP1B1,TUG1,TRPC4AP,RSBN1,SHISA7,TUFM,PRPF6,CHMP4B,ZCCHC8,ZCCHC7,IDI1,ISYNA1,RPS19BP1,COPB1,PXN,CLEC16A,EFNA4,EFNB2,EMG1,EFNB3,SCUBE1,UBB,TCTEX1D2,RPRD1A,KLHDC10,DARS,CPSF7,KLHDC4,CBX5,PNPT1,CBX4,CBX3,CBX2,COQ7,EFNA3,COQ2,EFNA2,CHMP2A,PI4KA,SAE1,BRWD1,COPE,ZSCAN2,LRP12,MUS81,KDM5C,ASNSD1,DBI,CASP9,SPRED2,FLCN,SNAPC2,CASP3,MCF2L,SNAPC3,MFSD1,CASP2,RBM7,RBM5,RBM6,KDM6B,MAPK1IP1L,H2AFY,AKTIP,H2AFX,PPP2R5B,H2AFV,RPS3A,DNM2,SUPV3L1,DNM3,FCHSD2,DDAH1,IGDCC4,THRAP3,RASA1,CDH11,AKT1S1,VAC14,STOML2,STOML1,KDM3B,PDXP,ATP1A1,FAM169A,TBRG4,NXF1,FAM168B,MAPK7,FAM168A,UGP2,CHSY1,FAM120B,GNA11,LEPROTL1,GNA12,MAPK1,BUB3,MAPK6,OPCML,KDM4B,KDM4C,CYHR1,SLC4A8,CAPN10,RPS6KB2,ATP13A2,LPIN2,TDRKH,MAPKBP1,MT-ND4,CHIC2,ZFYVE9,EHMT2,UXS1,ARAF,GHITM,RBPJ,TSEN54,LSM10,SCAMP4,PREX1,RABGEF1,SAMD14,KRTCAP2,ZFYVE27,PPP4R1,PSMD7,MEF2A,STARD3,MEF2C,GABARAPL1,RBFOX1,RFX1,SCAMP1,EML1,EML2,SCAMP3,SND1,EID2,PRKAR1B,PRKAR1A,RFX7,RUFY2,PSME1,UQCRC1,PSME2,TBPL1,TTYH3,ABCB6,TTYH1,AGAP2,MRPL16,AGAP1,ABCB8,COPS7A,MRPL14,AGAP3,AAAS,MTMR4,MRPL12,OAZ1,MRPL13,GABARAP,GIGYF2,MRPL11,HSPH1,PRKAR2B,GRPEL2,AMZ2,HMGXB3,RHBDL1,EDEM3,ABCA2,CADM4,GPR12,EDEM1,ABCA3,PMM2,EXOC6B,ERLIN2,MRPL23,MRPL24,SNUPN,EIF1,CS,MLLT11,SETX,MLLT10,UCK2,UCK1,FAM135A,EIF6,PSMG4,PSMG1,AVL9,EZH2,GPR19,ARF3,PIGU,PIGT,PIGO,HEXB,GPR21,NCAN,DIS3L,HEXA,MRPL39,MRPL36,MRPL34,PIGX,IKBKB,TRMT112,TUBA1C,TUBA1B,TUBA1A,JPH3,MRPL40,TMEM43,TMEM44,FASTK,RPLP2,SH3BGRL3,UPF2,DFFB,DFFA,ELOVL5,LRRC49,ACTL6A,MRPL49,ELOVL6,SIRT6,MRPL47,SIRT7,DYNLL1,DYNLL2,SRP9,PSMA5,MRPL53,PSMA3,PSMA4,PSMA1,PSMA2,CDC42EP4,CDC42EP3,PELI1,TMEM106C,TUT1,PGAM5,SLC29A1,DSCAML1,VAMP2,ARF5,ARF6,LRRC14,RNASEK,STAU1,HTT,MRPL54,GGA1,UNK,PSMB5,TMEM68,AP2S1,FLNA,ANO10,HARS,NCDN,RABAC1,MEF2D,MDH1,MDH2,STAT2,LETM1,SPSB3,TMEM59,PSMC5,TTLL1,SERBP1,SRRD,UBAP1,UBAP2,GOPC,RPL22L1,HDDC2,CCNT2,FAM13B,CSE1L,UBE2D2,UBE2D3,HDDC3,YY1,EIF4ENIF1,STK11,STK16,FBRSL1,PIM3,KPNA4,PMPCA,KPNA3,AP2M1,SLC25A46,SH3GLB1,SH3GLB2,IK,SLC38A1,VPS33A,PPP1R16A,UBE2E1,PRPF4B,FOXP1,RBX1,FTSJ3,SAP30,FRMD3,ACAP3,ACAP2,MAPKAPK2,FSCN1,ANAPC5,RAD54L2,SNRNP200,SQSTM1,KPNB1,NSMAF,ANAPC2,PFKFB3,RNASEH2A,MAX,PEF1,TUBGCP2,ARL3,MAZ,STK39,UBFD1,ACAT2,SLC9A1,SOCS2,SBNO2,ATXN2,PMVK,THEM4,E4F1,EVI5,SLC38A2,ZBTB17,DR1,BRPF1,ZBTB11,STK24,UBLCP1,STK25,TMEM11,AAK1,MDM2,PIN1,MDM4,TUBGCP3,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,CELF1,CELF2,COX4I1,POMT1,CELF4,CELF5,PIK3CD,ARRB1,ARRB2,NGRN,FSD1L,MDK,SUMO3,SUMO2,ME1,NCK2,PMEPA1,HMG20A,ERC1,MDP1,CTNNBL1,DIS3L2,PELP1,PPP1R12A,PEG3,SH2D3C,SIGMAR1,VPS37C,NDUFC2,RAD23A,VEZF1,VPS37B,RAD23B,QTRT1,PPM1A,PIK3CA,SLC25A19,SNPH,SNURF,PIK3C3,SEC22B,SLC25A11,MET,AHDC1,BIRC2,ST6GALNAC6,SEC22C,RNFT2,NDUFB9,NDUFB8,LRP1,GTF3C5,NDUFB5,NDUFB4,PRCC,CXXC1,FOXK2,FURIN,ZBTB45,FOXK1,LRP3,HSD17B12,MFF,CXXC4,PPM1G,GANAB,PARD6A,NCLN,SH3BP2,CDC37L1,SH3BP5,SH3BP4,LRRC8D,LRRC8B,SLC25A23,SLC25A22,ATP9B,SLC25A25,CYB5B,PTPN1,PPP1R14B,SEC24B,NDUFA6,NDUFA5,MMAA,NDUFA4,MBOAT7,NDUFA3,FOXJ3,NDUFA2,IMMT,MBOAT2,RPL23A,LYSMD4,MCOLN1,TPD52L2,ATOX1,NELL2,SLC25A38,CCM2,P4HB,CDR2L,MDGA1,SPG21,EIF4A2,EIF4A1,TMEM41A,CCNI,TMEM41B,ZDHHC5,TXNDC11,JMJD1C,KEAP1,THUMPD3,ZDHHC7,CCNC,TXNDC15,ZDHHC3,CYB5D1,NUBP2,TXNDC17,RASSF1,DHX57,OGFOD2,FAM53C,KIF21B,CCNL1,EPHB2,SLC12A6,PELO,SLC12A9,TMPO,ARSA,EPHA4,ST6GAL1,SCAF11,IMP3,NSMCE1,ANK2,MIF,ANK1,THAP7,ULK2,CTXN1,TMEM87A,TMEM87B,L3MBTL2,CTR9,SUPT4H1,PIK3R3,PIK3R2,PTTG1IP,PIK3R1,RTF1,UBE2J2,APH1A,COMMD9,DHX34,LARS,PCBP1,MICAL1,DHX36,MIER1,DHX37,HIVEP1,DYM,SURF6,SYMPK,RCE1,HIVEP2,N4BP1,SNX5,ZBED4,SEC31A,CTSA,SURF1,TMEM86B,INTS1,IQSEC2,SURF2,IQSEC1,ZFR2,RCC2,SURF4,MICAL2,PAICS,DCLK1,ICK,WNK1,ID2,RPL27A,INTS5,INTS4,CALM3,INTS7,CALM1,RCOR2,CALM2,AARS,TMEM151B,USPL1,GPAA1,FAM57B,CCDC124,INTS10,TECR,MIA3,SLC7A11,WASL,AATF,PEPD,AP2A2,PTPRF,ARV1,SPTLC2,CTSL,RSRC1,HYAL2,ENC1,MLX,REV3L,SSSCA1,KIF1B,CTSE,UTP14A,CTSD,VKORC1,ACAD8,CCDC112,CCT3,NCOA2,CCT2,TMEM150A,DBNL,NCOA5,ACAD9,MINK1,ANO8,ANO6,COMMD1,MRPS6,MRPS5,CTU1,CTTN,CSDE1,CD47,GLCCI1,SFI1,DBN1,STK40,RABGAP1,STX16,HEATR1,STX18,DERL1,DERL2,CRIP2,CCDC106,EXOSC7,MNT,PAK1,EXOSC4,SERTAD2,PES1,EXOSC9,CCT7,PAK2,NPDC1,NPM1,TMUB1,CRIPT,MIB2,PLEKHA6,DOHH,NPM3,NLE1,PPP1CA,FKBP1A,PER1,DPY19L3,RPA3,FKBP1B,ESYT2,DPAGT1,SCARB2,SCARB1,MIDN,CD81,OGDHL,CYP46A1,PHRF1,ACRBP,CAPN7,KIF5A,PPFIA1,EP300,ARID2,BAHCC1,SBF2,RGS6,SLC30A9,TPRA1,ZGPAT,ADPRHL2,ATG9A,ATAD3A,RUNDC3A,TANC2,TMX4,HNRNPUL1,FAM173A,HNRNPUL2,TMX1,SCN8A,GPD2,UBE2V2,GEMIN7,UBE2V1,RTN2,NDRG4,PSMD12,RTN1,TMED10,NXPH3,PSMD13,SEL1L,KLHL12,SLC1A4,PDS5B,RASGRP2,NDRG1,SUPT6H,RTN4,FUT8,KIF3A,DEAF1,CAMTA1,H1FX,CYC1,NDUFV3,NDUFV2,NDUFV1,BCL9L,CCDC134,IVNS1ABP,OST4,PRNP,PHF12,VTA1,HMGA1,SSH3,CLK3,GCLC,PAN3,BMP1,PHF13,STT3B,TAB1,LSM14B,PICALM,YWHAE,RBM28,GSK3A,PRR7,RBM25,NAA40,DDX3X,DDX49,PRKCSH,YWHAB,DDX47,CHD8,MAST1,CHD6,DDX42,ATP2A2,PSIP1,CHD4,ARHGEF10L,CHD3,HMGB1,TRIAP1,SOBP,CHD2,PPP1R9A,AFF4,GPHN,PPP1R9B,UBE2Q1,YWHAQ,BCL7C,GATAD1,TIMM17A,LRRFIP2,LRRFIP1,YWHAG,GALNT9,YWHAH,BCKDHA,RBM17,RBM14,ARHGEF12,GLRX3,EED,NCBP2,RBM18,BUD31,TBC1D8,ARHGEF18,UBE2QL1,YWHAZ,DDX50,PJA2,CREB3,VCAN,NDUFS8,RCN2,GORASP2,PEX3,TBC1D5,NDUFS5,PEX6,NDUFS4,NDUFS3,NDUFS2,MVD,NDUFS1,INA,MVK,DDX24,DCTN4,DDX23,PARN,DDX21,RBM4B,CRMP1,CSTF2T,CLCN3,PARL,TAF1B,RAB40C,MAT2A,BMS1,PDLIM7,TAF15,GALNT2,TAF10,GALNT1,ATP2B4,PDAP1,ATP2B2,SOD2,CHFR,RPIA,MAPK11,CLCN6,FAM131C,BRMS1L,ASB6,VIM,RAN,LNX2,RB1,RPL4,RPL5,CLPB,MYT1L,RPL31,THYN1,STMN3,GABPB1,ENO2,DCAF5,BACH1,BACH2,DCAF6,RPL7,GCSH,PCMT1,NUB1,MYC,STMN1,PIP4K2A,PIP4K2B,RPL37,DIP2C,IER5,IER2,CHGB,TSPYL1,UNC13A,DAPK1,PIH1D1,RPL23,RPL22,DAPK3,CD3EAP,SOX12,RNF123,RNF126,DYNC1LI2,IFT81,TYRO3,RPL29,UBA52,DUS3L,PRR14,RNF121,CDC42SE1,RPN1,SLAIN2,HIF1A,GLG1,PRDX2,ABR,PRDX5,CHST12,PRDX1,SSR1,SERF2,SLC19A1,RPL41,CDK19,JUND,CHKA,H3F3B,H3F3A,RDX,PRRC2C,MAD2L1BP,MTHFR,UPF3A,BRAF,PA2G4,GPN1,PRRC2B,TADA2B,FIBP,SLC6A6,GLUD1,OGDH,HBP1,DUS1L,CDK13,CPEB4,TRMU,ELL,CLTC,ADK,CLTB,TCF20,ADO,CLINT1,ING1,TMEM186,TRIM8,RNF157,ING4,TMEM189,FAM102B,TMSB4X,RFK,TRIM2,ANXA6,SPIN1,GPR137,ANXA7,ZC3H10,BRD1,ITPK1,SSR3,TCF12,RNF167,AFTPH,LSG1,IVD,RNF166,SF3B5,SF3B2,PHLPP1,GPS2,GRAMD4,HSPA13,BCLAF1,RNF138,ASNA1,LMAN2,CHN2,RPL14,ANKRD54,BRD9,ANKRD52,RPL15,RPL18,RNF130,ANKRD50,DTD1,SF3B1,SF3A3,SF3A1,RIOK3,TRMT1,GTF2H1,WWP2,BLCAP,LRPPRC,RNF146,AGBL5,TM9SF2,TM9SF1,ERP44,TMEM158,RYBP,ABI1,TRMT6,ZYX,RLIM,INHA,RNF141,TOR2A,CHPF,CLSTN3,TUSC2,CTNND2,CTNND1,BZW2,BZW1,FAM107B,RNF19A,MACROD2,MAF1,LZTS2,TMSB10,MEN1,BIVM,RNF44,RPS9,ANKRD46,RPS7,RPS8,RPS5,IGFBP3,GPT2,ANKRD45,F2R,GTF2F1,DGKZ,RNF40,CTDNEP1,MADD,ERH,TNIK,PHPT1,MAD1L1,ENY2,DNMT1,SEMA7A,CD151,ANKRD16,TNKS,ABHD2,ANKRD11,ANKRD12,ABHD8,CHRD,AK3,KRBA1,KLC1,PHF21A,RHOBTB2,PITRM1,BTBD2,NACC1,PSAP,ABL2,SLC15A4,SKIL,MPDU1,ESRRA,ANKRD28,TOR1A,TNK2,MARCH9,ASNS,TOR1B,ADAP1,BTBD9,LSM4,CDK9,CNOT4,NSFL1C,RCAN1,CDK5,CDK4,MAFG,CNOT2,SPIRE2,RNF181,SPIRE1,TADA1,NF2,CNOT8,LZTR1,SERINC2,RNF187,CALCOCO1,DAGLA,PTPN23,RPL7A,DUSP12,PTBP1,GM2A,OPA1,PSD2,HIF1AN,SLC37A3,REXO1,GPX4,LIX1L,RTN4RL2,RANGAP1,REXO2,YDJC,PATL1,COASY,PTBP2,NIPSNAP1,BET1L,ZFP90,PTP4A1,PTP4A2,PTP4A3,DALRD3,TRAF4,ASPH,EVL,SNRPA1,EIF4E2,SFT2D1,SSX2IP,RNF31,TRABD,GTF2A1,NFAT5,NLGN1,SMARCD2,GTF2A2,RNF34,WBP1,WBP2,AMBRA1,JAKMIP2,AP3M2,HIRIP3,RBBP5,WASF1,FNIP2,SPAG9,SEMA4A,SPAG7,SEMA4D,RNF24,KCNIP2,TXNRD1,PLCL2,DDHD2,PTPN11,DDHD1,PTPN12,OXR1,TRIT1,ENOX1,CUL4A,RAD52,NFASC,KLF6,NIN,IMPDH1,IMPDH2,MGAT4B,PWP2,PWP1,GOLGA2,GOLGA3,GOLGA5,DPF1,ARL6IP5,ZFPL1,KIFAP3,GLUL,GOLGA7,SOX4,AGFG1,SACM1L,PTOV1,MRPS18A,ACSL3,JMJD8,JMJD6,MRPS18C,RRAGA,XRN2,VDAC2,TTLL12,PFN1,PFN2,BEX4,CUTA,NECAB3,MGST3,TWF2,TRMT2A,GMCL1,INPP5B,DGUOK,PTDSS2,PTDSS1,SGPL1,INPP5F,VPS8,SCAP,MAP4,SCAI,BANP,SRPK2,FIS1,TRAP1,RABGAP1L,PTPRN2,BCL11A,STK11IP,INSR,MEMO1,ACADSB,UBAC1,GADD45G,MANF,CCDC88A,PARP11,STAG1,GOLGB1,ANP32E,TMCC2,ANP32B,TMCC1,CDS2,CC2D1B,HBS1L,TRAM1,DAZAP1,SH3KBP1,FAF2,GDI2,MYL6B,RYR3,SERP2,RPTOR,UCHL1,GLIPR2,GUK1,PCF11,ZMYM4,ZMYM6,DLAT,PRMT5,ATP6V0B,PRMT7,STRBP,TSC22D3,PRMT3,RHOF,TUBG1,RAB33A,RHOB,RAB33B,PACS2,PACS1,NME7,B3GNT5,FAM20B,FAM20C,SGK1,ALDOA,ATP6V0C,MAPRE2,TOMM40,PRIM1,AKAP8,AKAP7,TRAK1,AKAP1,TRAK2,RBM15B,TBL1X,DCPS,MPZL1,RANBP2,ARNT2,RANBP1,FAH,RANBP6,CTNNB1,PRPF31,FAU,TOMM5,RAB3GAP1,NUCKS1,ARHGAP39,TOMM20,CHCHD4,CHCHD2,CHCHD3,BASP1,CHCHD6,CHCHD1,APLP2,MATK,KCTD2,WRNIP1,TRNT1,TMEM130,PDIA6,TMEM131,KCTD6,DPM2,ELMO1,CMPK1,FIZ1,STAM2,PDE9A,LTBP4,COX7A2,DTX3,SEZ6L2,CPLX2,STK4,CPLX1,ADIPOR2,PLCXD2,TMEM121,PDZD4,DPP6,MAN2A2,DPP8,TMEM127,SUDS3,DMAP1,MARK4,ZC3H14,MYH10,PDZD8,ANKZF1,PDZD7,ZC3H15,HSPA9,RAP1GAP2,SMAD2,ACBD6,HSPA8,SMAD4,ACBD4,HSPA5,TBCD,ARHGAP29,TBCB,TBCA,AZIN1,TDRD3,NFKBIA,NR4A3,TMEM115,DLG4,ATG16L1,RFXAP,ACBD3,CREBZF,B4GALT3,SCYL3,USP36,ACADVL,DOCK4,DOCK3,USP32,USP34,GTDC1,SLC2A3,USP39,ELAVL3,PDE4B,PDE4A,FLOT2,USP30,SCYL1,POLG,TSFM,KLF11,JAGN1,USP48,KLF13,USP42,PDE4D,ABCC5,ARID1A,SENP3,ARID1B,CKAP5,CKAP4,KLF16,LATS1,FAM189B,DDX19A,CHMP7,LUC7L2,TSEN34,CAMK2B,USP14,RGS19,USP16,TM2D2,GMPR2,POMP,OPRL1,WIZ,SPG7,MOSPD3,MTIF3,TOB1,STRN4,U2AF1L4,STRN3,RMND5B,TFPT,GMDS,NT5DC3,PDE6D,NCAM1,ROMO1,ABCF2,CAMK2G,CLASP1,CLASP2,WTAP,USP20,B3GAT3,BAD,PRAF2,USP22,ZFC3H1,PDE4DIP,MEIS3,USP28,NEURL4,BAX,TBKBP1,RGS12,SSBP2,SSBP4"
+"gene_set_query"	"526"	"ZNF852"	"527.5"	"ARCHS4 Coexpression,242;GTEx Coexpression,813"	"APP,THYN1,ZDHHC8,GABPB1,RPL7,NDST1,CDC23,CAPNS1,MPRIP,ZMIZ2,AKT1,AP1S1,EIF2D,PRKACA,ATXN7L3,RNF111,EIF2A,TMPO,MED1,DDX18,SCAF11,ACTN1,ECH1,RECQL,MOGS,SCRIB,ACTN4,SND1,XRN2,ALG10B,LLGL1,ANAPC13,POM121,TBC1D9B,TMEM63B,FLII,MRPL16,MTDH,UBE2J1,MRPL11,APH1A,PRDX3,DGUOK,ABR,SCFD1,ERI3,MCMBP,PIP5K1C,MAP4,RAB11FIP5,FZD3,PHC2,TMEM184B,EDEM1,PMM2,FAM136A,PHC3,GPN1,MRPL22,STAG1,STAG2,GIPC1,OGDH,INTS4,CALM3,INTS8,CDK16,ARF3,DDR1,GDI1,CLTB,PTMS,MRPL42,NCS1,TIMP2,UBXN7,SDF4,GPR137,CIC,UTP14A,RAB8A,UPF1,GAA,MINK1,ITPK1,NIPA2,DYNLL2,SRP9,KIN,PSMA3,PRPF18,PSMA4,INF2,PSMA2,EEF1E1,ATP6V0C,CDC123,PRIM1,DLST,CENPB,FAM129B,GNAI2,PSMB6,PSMB5,SRP72,GPC1,PSMB1,MFN1,CLPTM1,MFN2,MGAT2,RPL15,SRSF10,YKT6,SUZ12,SF3A3,GATC,DAB2IP,VEGFB,AP3D1,TTC9C,GTF2H2,SCAF1,PPP1CA,RAB11B,SKI,ERP44,RSL1D1,SEC23IP,APEX1,SGSM2,TAOK2,RAB3GAP2,NUCB1,PNPLA6,MEGF8,TOMM5,GRINA,MTCH1,DBR1,CHPF,ZFAND3,CD81,CLSTN1,ATN1,FBXO22,LAMP1,ARHGDIA,CWC22,CAPN2,LZTS2,SBF1,SH3GL1,SH3GLB2,MAP2K1,ANKRD49,MAP2K2,USP5,ANKRD44,UBE4A,ATP11B,THOC3,THOC5,ILF2,RSBN1,TMEM131,CTDNEP1,TOM1L2,ADAM15,TMX1,ARMCX6,RAB35,FSCN1,UBE2V2,NHP2,CHMP4B,ANAPC1,NSMAF,ZCCHC7,DDX6,CD151,RAB5C,COPB1,UBR2,STK4,ACAT2,MED30,IRAK1,UBR5,DVL1,BTBD2,NACC1,CCDC32,CAMTA2,ESRRA,NOP14,NONO,M6PR,HPS3,NUP153,BFAR,LSM6,SLC7A6OS,GNL3L,GNB2,GNB1,UBA3,PLEKHM2,PLXNB2,GPR107,LSM14B,LRP10,NFE2L1,RNF187,UBE2M,ISY1,B4GALT2,SCYL3,GSK3A,DDX46,WDR1,PRKCSH,LMNB1,PPP1R9B,LASP1,NOB1,ZC3H7A,ZC3H7B,NPTN,FLOT1,CASP2,EVI5L,TOPBP1,TNPO3,YWHAG,DGCR2,SCYL1,EED,PPP2R5B,TRNAU1AP,SMC1A,RANGAP1,RAD23B,ARFGAP1,EPN1,TRAF7,DNAJC5,PPDPF,AKT1S1,PPP1R12C,CUEDC1,GTF2A2,CANT1,WBP2,RAB1B,SRBD1,MLLT1,LRP3,PDHB,AGPAT1,STRN4,POLD3,DNAJB2,AP3M1,U2AF2,TGS1,TRA2B,GNA11,TAF1A,VHL,SMNDC1,LIMK1,DEK,CDC42BPB,GDAP2,CLCN7,NIN,EIF3M,SNRNP40,CARM1,MGAT4B,PDCD2,EIF3E,EIF3D,TAF2,BCAR1"
+"gene_set_query"	"527"	"ASCL1"	"529.3"	"ARCHS4 Coexpression,1254;Enrichr Queries,439;ReMap ChIP-seq,157;GTEx Coexpression,267"	"MT-ND4,STMN2,STMN3,GPATCH4,DCAF5,PSMD8,GPR173,KRTCAP2,DPYSL4,MPRIP,DPYSL5,MYC,DPYSL2,STMN1,DPYSL3,AKT1,RPL38,IER5,SAMD10,CDK5RAP3,TMEM8B,CHGB,HES6,VPS18,UNC13A,ACOT7,SOX11,ATG13,BCR,GPR162,ASPHD1,RUFY3,ZSCAN21,DDIT4,RPL29,ASTN1,ATF4,MTMR1,EXD2,TTYH3,MEAF6,TTYH1,AGAP2,PHYHIPL,PDGFA,AGAP3,AAAS,MRPL11,PRPSAP1,PRDX2,MRPL20,FAM171A2,PRDX5,RHOT2,PRDX1,GRPEL2,PUSL1,ST3GAL2,RHBDL1,JAG2,ABCA2,JUN,RPL41,JUND,ICMT,JUP,DMPK,CADM1,NR2F1,IRF2BP2,PA2G4,NR1D1,L1CAM,MEX3D,MRPL24,PRRC2B,TMEM198,HNRNPL,MLLT11,FIBP,GNPTG,TBL3,H2AFY2,SFXN3,OGDH,PSMG4,FXYD6,FARSA,DZIP3,ITPA,GPR19,GABRB3,CDKN1C,TRMU,PYGB,ELL,SPEF1,KCNC1,MRPL38,LPCAT1,TCF20,MED16,KRI1,MED15,JPH4,TRIM8,TUBA1C,TMEM189,TRMT112,TRIM9,TUBA1A,TIMP2,RPLP2,GPR137,NEFL,NEFM,APC2,ZC3H10,BRD1,ACTL6B,EXOC7,SPHK2,ELOVL2,TCF12,MRPL49,SIRT4,SIRT6,MANEAL,WDR34,MRPL46,MED29,SRP9,DUSP6,SLC7A4,MRPL53,TMEM179,MED25,SLC7A6,TUBB2B,ZEB2,INF2,MED21,PXDN,PTRH1,EXOC3,SLC29A1,DSCAML1,GRN,NFIX,URM1,RPL12,ODC1,SEZ6,ADCY1,WDR24,CENPB,FAM129B,FGD3,PSMB7,ASNA1,HARS,RPS2,CKB,RPL18,EXTL3,MEF2D,YKT6,JAM3,RUNX1T1,RPRM,MBD3,WDR17,SF3A2,BRF1,WNT7B,SYVN1,TARBP2,MORN4,NFIA,NFIB,FABP7,RIMBP2,YPEL1,PKN1,TMEM39B,INHA,ANKRD13B,RAB3C,TOR2A,ATP8A2,CHPF,CTNND2,RAB3D,FMR1,CLSTN1,ATN1,MSI1,TM7SF2,RIMS4,STK11,ATCAY,ABHD11,CDH2,TUBB3,STK16,PIM3,LZTS2,HMGN2,MAF1,PLEKHJ1,SH3GLB2,TLE2,FBXW5,USP5,IGFBP3,DYRK1B,DGKZ,THOC6,CDC25B,BSCL2,CLIP2,ACAP3,OLFM1,DMWD,RAB34,MAPKAPK2,MADD,FSCN1,PGP,SRSF5,TOX,ANAPC2,BRSK1,GRIA2,FKBP2,SHC2,RNASEH2A,CD151,CCDC24,BRI3,ARL3,FOXO6,SLC38A10,ARL2,HSPBP1,PHF21B,STIP1,IGSF21,SBNO2,NDOR1,DDRGK1,PLXNA2,LRRC4B,AP1M1,TRAPPC3,ANKRD24,TNK2,SEC16A,MARCH9,NSG1,TRAPPC9,LSM4,UCKL1,RCAN1,LSM7,LRFN4,CDK4,LHX2,REEP2,SPIRE2,MDM2,CPE,CSPG5,PLXNB2,NACAD,BCL2L1,MAP3K12,ZNF512B,SNAP25,HSP90AB1,DAGLA,TRADD,CELF3,CELF4,TRO,PTBP1,MDK,PPP6R1,PHACTR3,UNKL,SLC37A3,DGCR2,CCDC39,RFC2,RPL13A,RAD23A,SEZ6L,ARFGAP1,PTBP2,MSL1,ARL4C,PTP4A3,TRAF4,CTDSP2,EVL,PIK3C3,AHDC1,BCAT2,RNFT2,HDAC5,CANT1,NDUFB7,WBP2,MGRN1,PRCC,SRL,CXXC4,JAKMIP3,JAKMIP2,SRM,TSPAN31,STOX2,CACNG7,FZR1,PTPRZ1,U2AF2,NNAT,TRIM46,SH3BP5,LRRC8D,SLC25A22,CACNG4,POLR2L,TUB,GADD45GIP1,NTRK2,PPP1R14B,PPIL1,PPIL2,PCDH9,KCNJ11,FEM1A,RNF26,SEMA4B,SEMA4C,PCDH8,HIP1R,RPL23A,FBXL16,MCOLN1,EFR3B,CABLES2,TRIT1,NELL2,NFASC,SLC25A39,SYT11,EIF3I,NOVA2,STUB1,INSM1,POLR3K,SMAP1,UNC79,BCAR1,METAP2,SLC35B2,GBA2,ACTB,CYB5D1,BSG,OGFOD2,DPF1,EPHB1,SOX4,SOX5,EPHA4,SRRM4,SLC6A17,PTOV1,MOGS,ANK3,CPT1C,MAPK8IP2,VWA5B2,JMJD8,MAPK8IP1,POR,SFRP1,SNHG12,THAP7,TAGLN3,KCTD17,OBSL1,TRIB2,STX1A,PFN2,BEX4,CUTA,GCDH,GPM6A,BEX2,ADCYAP1R1,BEX1,NECAB3,TMEM63C,GIPR,MAGED1,STXBP1,FOXG1,FBF1,CEND1,HTATSF1,UBE2J2,TTBK1,PGS1,PTDSS2,SEC14L1,PCBP4,GSE1,SCN3B,RALGDS,SCN3A,NTSR1,B4GALNT4,ATP6V0A1,BANP,VASP,PTPRN2,INTS1,BCL11B,ZFR2,BCL11A,DCLK2,XRCC1,SNAP91,GADD45G,ID2,SDC1,CALR,RPS21,TECPR1,PCSK2,CSRNP3,GDI1,PTPRN,MRPS11,GRIK3,OLA1,NAT14,THTPA,MAP1LC3B,MAP1LC3A,SLC22A17,DNER,ENC1,SSSCA1,KIF1A,FEZF2,GIT1,TMED4,TMEM150B,ATP6V0B,AMPD2,CBFA2T2,AP3B2,SREBF2,TOX3,KIT,MAPRE3,FAM32A,CRELD1,RHOV,MAPT,CRELD2,SGK1,ICA1L,SSNA1,AMIGO1,CRIP2,PTN,CCDC106,NOL4,TCEAL6,PAK1,TCEAL5,CUX2,CAMK2N1,CAMK2N2,CTNNA2,ATP6V0E2,CCT7,PEX16,NPDC1,SPRYD3,RANBP3,MTX1,YIPF2,VEGFB,PLEKHA6,MIAT,DOHH,GRIN1,VEGFA,ATAT1,RGP1,MARS,SGSM2,TTC3,STAC2,FAM171B,HDGF,FAU,PNPLA6,CDK5R2,CDK5R1,CRTC1,SPPL2B,MRFAP1,COMT,CELSR3,ACTG1,KIF5C,HCFC1R1,NRCAM,BAHCC1,PPFIA3,TRAPPC2L,DSCAM,LMO3,APLP1,TSC2,TMEM130,POU3F2,RUNDC3A,POU3F3,SHISA7,DPM2,PRPF6,MYCN,ADAM15,FAM173A,SCN8A,EEF1A2,EHBP1L1,SCG5,TBC1D24,PPIE,SCG3,UBE2V1,PDE9A,PPID,RTN2,GNAZ,COX19,ISYNA1,RTN1,NDUFB10,NPR2,CACNA1A,BHLHE22,SEZ6L2,EFNA4,CACNA1E,PLD3,CACNA1H,DPP3,PCSK1N,DPP6,SHARPIN,KIF3A,CYC1,TBC1D17,PDZD7,BCL9L,ATP6V1F,TBC1D16,SYT5,SYT4,KLHDC4,ZFHX2,UBE2I,SYT1,RHBDD2,CCDC136,PCIF1,ASPSCR1,KLHL22,MANBAL,SYT7,DNAJC18,GNAO1,AHI1,EFNA3,EFNA2,HOOK2,HOOK1,ATG16L1,GNAS,CNTN1,IFT27,CNTN2,YWHAE,GPSM1,B4GALT2,RERE,USP36,GSK3A,PODXL2,CHD6,ELAVL4,CHD5,CHD3,FBLL1,USE1,ELAVL2,ELAVL3,TMEM222,MCF2L,NUP62,MLST8,SCYL1,KDM6B,USP46,JAGN1,ABCC8,DCAKD,DDX56,ABHD14B,RNF208,ABHD14A,TRNAU1AP,SYNGR3,YWHAZ,GAP43,VCAN,NDUFS8,RCN2,RER1,PPDPF,AKT1S1,TRNP1,CDH11,GFOD2,DCX,TERF2IP,MVD,NAA38,TMEM9,CHMP6,CUEDC1,INA,CAMK2B,MVK,DDX25,USP11,RGS16,NRXN1,CRMP1,FAM169A,DLL1,NCALD,THBS3,MTA1,RAB40C,TMEM203,TMEM205,GNA11,MKNK2,SPOCK1,NCAM1,CHGA,NAA10,B3GAT3,BAD,HAGHL,CADPS,GDAP1,MEIS2,USF1,MAPK10,SLC4A8,FAM155A,IRGQ,PPP2R2C,TEF,ERCC1,ATP13A2,RGS12,VIM,SSBP4"
+"gene_set_query"	"528"	"NFE2L2"	"529.4"	"Literature ChIP-seq,103;ARCHS4 Coexpression,828;Enrichr Queries,379;ReMap ChIP-seq,81;GTEx Coexpression,1256"	"MDC1,MT-ND4,CHIC2,TFRC,EHMT2,TSEN54,TSKU,LSM10,KRTCAP2,PPP4R1,RAVER1,PPP4R2,DPYSL5,AKT3,SAMD10,GABARAPL1,RBFOX1,RBFOX2,FNBP1,CACNA2D1,SCAMP1,DDIT3,ZC3H11A,DDIT4,JTB,RBCK1,ATF4,ABCB6,MEPCE,BAZ2A,ABCB8,MRPL14,AGAP3,AAAS,MRPL12,PLA2G6,OAZ1,MRPL13,GABARAP,MRPL10,PRPSAP1,RHOT2,HSPH1,RNF216,PRKAR2B,RHBDL1,HEXIM1,PRRT1,JUN,PRRT2,GSTM1,JUP,FUCA1,NETO2,MRPL24,PBX1,EIF1,MLLT11,UCK2,TBL3,FAM135A,EIF5,EIF6,SFXN3,PSMG1,FAT4,LGMN,PIGO,KCNC3,HEXB,RPLP0,MRPL38,MED16,MRPL34,AACS,BBC3,DDA1,MRPL33,TRMT112,TUBA1A,TMEM44,FASTK,RPLP2,DLGAP1,JAK1,LYPLA2,LRRC45,DUSP1,SPHK2,LRRC49,MRPL49,SLC39A10,SIRT7,DYNLL2,MED29,SRP9,DUSP6,MRPL53,SLC7A5,TMEFF1,PXDN,CDC42EP3,TUT1,SLC29A1,VAMP2,ARF6,TRUB2,RNASEK,OAT,LIN37,GSTP1,SRRT,ATL2,SNX29,UNK,ADAM23,AP2S1,HARS,ZSWIM4,CENPT,MBD6,ATRNL1,DAB2IP,SNX22,GATAD2A,PSMC5,FABP5,CCDC9,SNX17,SHKBP1,TTLL1,SLMAP,PKN1,YPEL5,YPEL3,GZF1,MTCH1,CCNT2,TMEM167B,RASL11B,CASC3,ZBTB22,TSEN2,HDDC3,FADS2,LAPTM4A,SLK,FNTA,RUVBL2,PIM3,MAP3K9,FADS1,SLC38A1,PCYT2,PPP1R16A,LENEP,FTSJ3,FOXP1,ATXN2L,ACAP2,SLC9A5,MSH2,FSCN1,SQSTM1,ANAPC2,INO80B,GRIA2,RNASEH2A,PFKFB3,KHDRBS3,MAZ,ISG20L2,GPR85,SPATA2,HSP90B1,NDOR1,ZKSCAN3,E4F1,LRRC4C,SLC38A2,TXNDC5,DRAP1,SH3BP5L,LRCH1,STK24,SP3,MDM2,ACO2,NFE2L1,ZNF512B,ITGB1,MCFD2,HSP90AB1,PTEN,PIK3CD,ETFB,BICD2,AP4M1,MRPL4,SUMO2,ME1,ERC2,YAF2,UNC45A,ACTR3,HSP90AA1,PPP1R12A,VPS13A,RAD23A,ARFGAP3,MSL1,NPC1,PIK3CA,NPC2,TMBIM6,PPP1R12B,DCTPP1,GAPDH,SLC25A11,BCAT2,ST6GALNAC6,PPP1R15A,GTF3C2,LRP1,SRC,ROCK2,PRCC,NDUFB3,CXXC1,PARD6G,PPM1D,LRP8,MLLT6,GANAB,U2AF2,TRIM46,SH3BP5,FYN,E2F4,IGF2BP2,HNRNPA1,SLC25A22,SLC25A25,GADD45GIP1,PPP1R14B,CIZ1,MARCKSL1,TRIM41,FEM1A,PCDH9,PCDH7,RPL23A,MCOLN1,MYO16,ST7,EIF3H,STUB1,CDR2L,P4HB,EIF4A1,KDELR1,ZDHHC5,PREP,IFI30,ACTB,TXNDC17,CYB5D1,EFR3A,HERC3,SNRPD2,DHX57,OGFOD2,CHORDC1,CCDC97,TRIM27,SNRPD3,ATXN7L3,SLC12A9,SEC63,ACTN1,NSMCE2,CIRBP,TALDO1,CSNK1D,MOGS,ANK3,VWA5B2,CDC34,CDC37,SUB1,CSNK2B,KDELR2,FLYWCH1,TAGLN3,KCTD17,STX1A,MMADHC,GCDH,NUMBL,L3MBTL3,GIPR,MYCBP2,FBF1,CEND1,PIK3R1,PTTG1IP,ZBTB5,APH1A,PGS1,NKAIN1,SNX4,SNX1,PCBP1,DHX35,DHX37,SYMPK,TSPAN3,CTSA,RCC2,DCLK2,HARS2,PAICS,BRI3BP,IFFO1,SMARCA4,EXT1,ICK,ID2,INTS5,SDC1,PAF1,COL9A3,FBXL3,CALR,RGL2,RCOR2,DHRS13,CCDC120,TMEM151B,USPL1,FAM57B,GPAA1,TECR,MRPS12,CTSZ,DIRAS2,SLC7A11,PTPRK,NAT14,PTMS,HERPUD1,SPTLC1,PCLO,CTSL,HYAL2,ENC1,REV3L,RAC3,KIF1B,CTSD,GIT1,CTSB,TMEM150A,MMD,ANO8,MRPS2,GAB2,MRPS7,COMMD6,RGMB,CTTNBP2NL,APRT,RGMA,ENAH,MN1,PITPNM1,KIF2A,UFC1,TAX1BP1,NCOA7,PABPC1,CRELD1,PTMA,FJX1,DBN1,STK40,NAPB,SATB1,SSNA1,GNAI3,CCDC106,ARVCF,MNT,EXOSC4,NFIL3,SERTAD2,PAK6,MGAT1,DYNC1H1,YIPF5,VEGFB,TMUB1,MYO9B,COX6C,TMUB2,VEGFA,PER1,TTC9,HNRNPA2B1,TCEA2,CACHD1,DPAGT1,SCARB1,CRTC2,MIDN,UBE2Z,CELSR2,IGF1R,ACTG1,KIF5C,CAPN7,KIF5A,CAPN2,FAM3A,BAHCC1,ENPP5,PPFIA3,SH3GL1,TMOD3,ATG9A,UBE4A,MID1,GRIP2,TANC2,EEF1A1,ADAM15,FAM173A,PSPC1,EEF1A2,PPIF,SBDS,UBE2V2,TBC1D23,RAF1,RTN2,VCP,PKDCC,NDUFB10,CACNA1D,SLC1A4,NDRG1,CACNA1E,RTN4,CNN3,SHARPIN,TBC1D14,CAMTA2,CYC1,KIF3C,TBC1D17,BCL9L,SYT5,IVNS1ABP,OST4,PRNP,AUTS2,VTA1,PCIF1,ECD,HMGA1,CRIM1,DSTN,KLHL23,SUPT5H,SSH3,GCLC,HOOK2,NASP,APPBP2,HOOK1,CNTN1,GNAS,MKRN2,PHF13,TCF4,GALK1,YWHAE,PHTF2,CUEDC2,GSK3A,PRR7,PRKCSH,HMGB3,PSIP1,CHD4,DDX41,RND2,RND3,BCL7C,YWHAG,PDPK1,TTC33,NCBP2,BUD31,NAV1,SYNGR3,YWHAZ,PJA2,EEF1G,VCAN,CREB1,IRF3,TMEM214,ALS2,SETBP1,CAT,NDUFS2,ACOX3,INA,DCTN2,NAA20,CRMP1,CSTF2T,SLC3A2,MAT2B,ADD2,CYTH3,DNPEP,TMEM203,MAT2A,SV2A,MKNK2,TMEM208,MTA2,FBRS,SMNDC1,PDLIM7,GALNT1,SOD2,CLCN6,GALE,GOLPH3,SBK1,ERCC1,FAM131B,TAF6,KRAS,VIM,IPO13,RPL5,TES,STMN2,STMN3,SMC5,EPRS,PHB2,BACH1,RPL6,DCAF6,RNF115,RNF114,ALCAM,ZMIZ1,MYC,STMN1,WDR91,RPL36,AP1S1,IER5,CDK5RAP3,IER2,WSB1,DAPK1,PIH1D1,PRKCD,WDR74,CD3EAP,SOX12,WDR81,GPR161,RPL27,ALG10B,VPS28,PRR14,PI4K2A,PRR13,CDC42SE1,PHYHIPL,HIF1A,GNS,ANAPC11,MTDH,PRDX2,PRDX5,LDHA,PPP4C,BLOC1S1,PRDX1,CEP70,VPS11,NUP88,ST3GAL1,ST3GAL2,S100A10,FDFT1,RPL41,FZD3,CDK19,JUND,ICMT,H3F3B,SETD1A,H3F3A,IRF2BP1,IRF2BP2,MTHFR,PA2G4,NR1D1,PRDX6,THAP11,EHD1,HNRNPL,FIBP,SLC6A6,MEX3A,HNRNPK,GIPC1,HNRNPF,MMS19,HBP1,DUS1L,FARSA,PAM,CDKN1C,OGFR,GABRB3,PHF3,SETD5,PYGB,BTG1,PHF23,CLTC,ADK,GPT,KRI1,ADO,CLINT1,WDR46,RNF157,TMEM189,UBL3,TIMP2,GPR137,PLEKHN1,CIC,EMD,CEP68,ZC3H10,TPI1,IFNGR2,SSR3,NUTF2,TERF2,COPZ1,RNF167,TUBB2B,TMEM179,TUBB2A,INF2,KIFC2,IVD,EXOC6,TKT,GRN,GPS1,RPL11,ADCY1,WDR24,FAM129B,FGD3,RPS15A,CHN2,NSD1,SLC17A7,RPS2,RPL18,PAIP1,SF3A3,CSNK1A1,WDR18,TRMT1,DHRS1,KTN1,AGBL5,ABI1,ZYX,NUCB1,RNF141,ANKRD13B,RAB3C,TUSC2,CTNND1,CLSTN1,RNF19B,RPL10A,CLU,CDH8,TM7SF2,EDC4,ABHD12,NPEPPS,ABHD11,IPO9,LAMP1,SALL2,GRB14,CDH2,TUBB3,CFL1,LAMP2,MAF1,USP5,RPS5,IGFBP3,ANKRD44,MAGI3,GPT2,TPM1,RPS6,AIP,FRMD4B,PGD,GTF2F1,LEMD3,THOC6,CTDNEP1,PYGO2,CLIP1,STIM2,RAB34,DGKQ,PGP,SNRPF,PHPT1,FKBP2,BRSK2,ANKRD16,INSIG1,ABHD8,PHF21B,SCRT2,NACC1,PSAP,UBR5,ESD,DVL2,PLXNA2,MPDU1,MCL1,ESRRA,EIF2B4,OSBPL8,TOR1B,LSM4,ZZEF1,LSM2,COPS6,CDK5,MAFG,RNF181,CNIH2,BCL2L2,BCL2L1,RNF187,SLC48A1,MCM7,TRADD,DUSP11,PTBP1,DUSP12,RPL7A,LBH,GM2A,OPA1,SNRNP70,CEP170,PLEKHG2,REXO1,GPX1,CDADC1,GPX4,RPL13A,EDF1,PLRG1,YDJC,PTP4A1,ASPH,TRAF4,CTDSP2,RPL37A,SMARCD2,WBP1,WBP2,VPS4B,RPL36A,SEMA3F,DNAJB1,CACNG7,FZR1,HAUS8,RAB24,POLR2E,DCAF11,WASF1,POLR2J,SLC35A2,SEMA4A,SPAG7,PPIL2,RNF24,SEMA4B,RNF26,FBXL19,TXNRD1,SEMA4C,RPL35A,FBXL16,CDC42BPA,OXR1,PNRC1,RAB10,DNAJA1,KLF6,MARCKS,RAB14,MGAT4B,RUNDC1,POLR3K,SLC35B2,APP,IFITM2,ZMYND8,PPP2R2A,RPS15,RPS16,FLAD1,FTH1,LONP1,ARL6IP4,RPS11,SEPHS1,KIFAP3,GLUL,RPS10,TBC1D10A,SOX4,TBC1D10B,RPS12,ARRDC4,IFRD1,BOLA1,PTOV1,MRPS18A,CPT1C,JMJD8,JMJD6,TIAM2,VDAC2,HECA,TTLL12,SIK2,PFN1,EZR,MACF1,NECAB3,IGSF3,TWF1,TRMT2A,TMTC4,NUAK1,FXR2,VPS8,TNRC18,RALGDS,VASP,VAT1,SNHG1,SLC35E3,ZWINT,GADD45G,RPS25,RPS27,RPS29,CORO7,RPS21,C2CD2L,ITM2B,ITM2C,CDS2,TRAM1,UBXN1,CITED2,ZFAND2A,GDI2,ZFAND2B,OLA1,SRA1,SIPA1L2,COIL,UCHL1,GUK1,RALGPS2,PSD,PSENEN,TSC22D1,PARP1,GP1BB,PRMT1,TSC22D3,ZDHHC13,RHOF,TUBG2,ZDHHC17,RHOA,MLF2,RHOB,SLC22A23,RHOU,RHOV,ALDOA,SGK1,ATP6V0C,SDCCAG8,CSTB,TOMM40,SLC20A1,ZDHHC20,AKAP7,AKAP6,RFNG,AMN1,MAP4K3,RANBP1,MTX1,PTGES2,NFYB,SORBS2,RANBP6,RAB11A,SPCS3,MARS,CTNNB1,FAU,RAB3GAP1,MEGF9,TOMM20,ARHGDIA,HCFC1R1,TSC2,KCTD2,LMO7,ACYP1,ATP1B1,PDIA4,DCTD,DPM2,PRPF6,HGS,TBL1XR1,FIZ1,RAI14,ISYNA1,LTBP4,LPL,SEZ6L2,DTX4,EFNA4,EFNB2,SDCBP,EMG1,ZMAT2,MAN2A2,CDH24,ANKZF1,PDZD7,HSPA8,KLHDC4,ACBD4,CBX5,CPSF1,CBX4,HSPA5,IDH1,CBX2,CBX1,COQ7,ARHGAP23,NFKBIA,ARHGAP32,EFNA3,EFNA2,NR4A3,DLG4,TBCE,LRP10,ZSCAN2,LRP12,MUS81,B4GALT3,SCYL3,ACADVL,USP39,PKD1,SPRED1,SENP5,ALDH2,PPP2R5E,FLOT1,PDE4B,TMEM108,PDE4A,SCYL1,KDM6B,USP48,USP42,AKTIP,ABCC5,H2AFX,SPATS2,RNF208,ARID1A,SEPT5,DNM1,KLF16,SEPT3,FCHSD2,RABEP1,DDAH2,AKT1S1,CDH11,PFDN1,STOML2,NRXN1,USP12,ATP1A1,TOB1,U2AF1L4,THBS3,HSPD1,MAPK8,CHSY1,NCAM1,CLASP1,OPCML,PTCD1,USP20,B3GAT3,BAD,USP21,QPCTL,HAGHL,CYHR1,FMNL2,BAX,ATP13A3,SSBP3,SSBP4"
+"gene_set_query"	"529"	"ZNF879"	"531.5"	"ARCHS4 Coexpression,373;GTEx Coexpression,690"	"VARS,ZFYVE9,PITPNB,STMN4,ZDHHC8,FNBP1L,DCAF4,PDCD2L,GPATCH8,ALKBH8,NDST1,EFR3A,HERC2,CAPNS1,TRIM28,MPRIP,ZMIZ2,GPBP1,BSG,LONP1,AKT1,EPC2,PRKACA,ATXN7L3,SRRM2,GABARAPL2,ATP6V1G1,WSB1,RBFOX2,TSTD2,ZFP2,MOGS,SCRIB,SOX11,ARMC8,ACTN4,SND1,FAM133B,GNPAT,ZSCAN21,ANKRA2,PRR12,CBLL1,SF1,PAXIP1,ABCB6,TMEM63B,RPAP3,FXR1,FXR2,LARS,PRKAR2A,ATP6V0A2,MLEC,SYMPK,TNRC18,B3GALNT1,ZRANB1,INTS1,H3F3B,PBX2,MEMO1,PRRC2A,MLLT11,HNRNPL,ZBTB6,GIPC1,HYOU1,DHX29,CALR,ARF3,SMG1,DAZAP1,CCDC127,PHF20,PRPF19,SMG5,TUBA1A,ZMYM5,ARIH2,SDF4,RIOK2,CIC,RRP15,ZIK1,UPF2,BRD3,ZYG11B,ZC3H10,UPF1,NCOA5,MINK1,SIRT4,BAZ1B,NCOR2,MN1,INF2,CSDE1,MED20,MTF2,ERGIC1,EXOC1,ICA1L,WRB,DLST,CENPB,FAM129B,HIRA,FAM172A,FLNA,METTL6,ANKRD52,HEATR6,YKT6,MAP4K3,PAIP1,RUNX1T1,PCGF6,BRF2,SF3A2,AP3D1,SCAF1,RNF146,SKI,ATAT1,KBTBD4,TAOK2,TTC3,NUCB1,HDGF,PKN1,PNPLA6,GRINA,OTUD4,UBE3C,ZFAND6,CLSTN1,HDLBP,ATN1,UBE3A,UBE3B,TSEN2,IPO7,CHCHD4,ZFP30,ARHGDIA,KPNA6,KPNA4,SLC39A7,SBF1,KPNA3,KPNA1,BIVM,FRMD4B,FBXO11,ATAD3A,ATXN2L,MORF4L1,CLIP1,HNRNPUL1,HNRNPUL2,CHMP4B,PPID,KPNB1,CSNK1G2,SLC27A4,LRRC59,RAB5C,CUL5,CUL2,MAZ,UBR4,UBFD1,SUPT6H,IRAK1,DNAJC21,DVL1,BTBD2,NACC1,ABL1,ZKSCAN2,ANKRD28,NEK9,BOD1,SEC16A,TIMM44,EEF2,MARCH6,NMRAL1,ZC3HC1,CNOT4,GNB2,TBCE,GNB1,MKRN2,PLXNB2,TUBGCP4,LSM14B,BCL2L2,NFE2L1,EIF4G1,UBE2M,ACADVL,KDM5C,GSK3A,ASNSD1,PRKCSH,MAST2,ZFP82,YBX1,LMNB2,PPP1R9B,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,DGCR8,HIF1AN,YWHAG,EIF5A,NAA30,HSDL1,REXO1,TTC33,RBM18,VEZF1,RANGAP1,RAD23B,SENP3,REXO4,ARFGAP1,DNM2,FAM189B,TRAF7,DNAJC9,RP9,PPP1R12C,RAB1B,LENG8,ATP1A1,STRN4,FAM168B,GANAB,MTA1,NCLN,U2AF2,LEPROTL1,FAM120A,RPP14,ABCF2,MTA2,RNF20,USP24,PTCD1,TAF15,FBXL19,TPRKB,CDC5L,LYSMD1,PDAP1,RPRD2,CDC42BPB,HNRNPAB,MTOR,ACVR2A,PFKL,CARM1,MGAT4B,POLR3F,ACIN1,TAF6,SNRNP48,P4HB,TRIM32,EIF3B"
+"gene_set_query"	"530"	"GBX2"	"532.0"	"Literature ChIP-seq,154;ARCHS4 Coexpression,501;Enrichr Queries,1138;GTEx Coexpression,335"	"CNTFR,SCOC,STMN3,DPYSL4,DPYSL5,DPYSL2,MYC,IGLON5,CSPP1,DPYSL3,PRKACB,ANKS1B,TMEM8B,GABARAPL2,RBFOX1,RBFOX2,SOX11,SOX12,SCAMP1,HDHD2,ASPHD1,FEZ1,RUFY3,DDIT4,PRR18,TTYH3,TTYH1,PHYHIPL,ARPP19,HIF1A,FAM171A1,FAM171A2,RIC8B,PRKAR2B,CHST10,JUN,FZD3,CADM4,CADM1,CADM2,NR2F1,NETO2,PRRC2B,MEX3A,VANGL2,H2AFY2,DCHS1,GTF2IRD1,FAT3,RNF220,GPR27,CDKN1C,SPEF1,ADK,C1QTNF4,TUBA1B,TUBA1A,CSRP2,TRIM2,NEFL,ANXA7,ENOPH1,APC2,ITPK1,TCF12,NIPA1,DYNLL2,MED29,DUSP6,PHF20L1,TMEFF1,TUBB2B,ZEB2,TUBB2A,PXDN,PHLPP1,SAMD8,WRB,ODC1,SEZ6,RPL13,ANO10,RPL17,EXTL3,RUNX1T1,JAM3,CENPV,WNT7B,PCGF2,TMEM158,ABI2,NFIB,TSR2,ANKRD13B,CLSTN2,CTNND2,CDH8,FADS2,SALL2,CDH2,GRB14,TUBB3,ADORA1,MACROD2,HMGN1,IGFBP3,MAGI2,IGFBP2,FRMD4A,FBXO11,CLIP2,FRMD5,ILF3,OLFM2,LIX1,FSCN1,ERH,ADNP,GRIA1,KHDRBS1,ARL3,GPR85,UBR4,UBFD1,HSPBP1,LRRC55,PHF21B,SOCS2,SNN,SLC38A6,SRGAP3,PLXNA4,LRRC4B,CD276,TMEM132A,CORO2B,PTPRD,DAB1,NSG2,LHX2,CPE,CSPG5,NACAD,SERINC1,SNAP25,PSD2,SCRN1,MDK,PHACTR3,PHACTR1,CEP170,ERC2,NEO1,ADAMTS7,LANCL1,ARL4C,PTP4A3,DNAJC6,TNFRSF21,NLGN3,NLGN1,NLGN2,TULP4,CXXC1,JAKMIP1,JAKMIP2,STOX2,CACNG7,SH3BP4,IGF2BP2,SLC25A23,ATP9A,CACNG4,RNF20,NTRK2,SEPT11,MARCKSL1,PCDH9,FBXL19,PCDH7,PCDH8,IMMT,DDHD1,EFR3B,HNRNPAB,NELL2,SYT11,TSPAN18,INSM1,PTPN5,CBLN1,APP,SMARCB1,HDAC11,JMJD1C,HS6ST1,HABP4,EPHB2,SOX4,EPHA4,KCNK10,NSMCE2,PTOV1,MMD2,CSNK1E,ANK3,CPT1C,SFRP1,CARHSP1,CCNY,SIK3,SIK2,KCTD17,CTXN1,TRIB2,LLGL1,BEX4,ADCYAP1R1,TSHZ3,PDE1B,FOXG1,SDC3,INPP5F,TSPAN7,VPS8,RAB11FIP3,RAB11FIP4,GPM6B,B4GALNT4,SRPK2,LRRN2,BCL11A,ST8SIA2,ST8SIA3,DCLK2,DCLK1,PTK2,GADD45G,SMARCA4,ID2,PPP1R1B,LRRN1,RCOR2,DDR1,PCSK2,NRP1,HIP1,PTPRS,GRIK3,SIPA1L2,NAT14,RYR3,PTMS,ROBO1,PPP3CA,UCHL1,PPP3CB,DNER,RAC3,KIF1B,NCOA2,PCYT1B,RGMB,MLF2,RGMA,MN1,KIT,G2E3,SGK1,DBN1,SATB2,CCDC106,PTN,ARVCF,GPC2,GPC4,TRAM1L1,ATP6V0E2,MAP4K5,ARNT2,GABBR1,MYEF2,LSAMP,RPA3,CACHD1,FAM171B,MEGF8,MIDN,MRFAP1,CYP46A1,ACTG1,BASP1,RGS9,SBF2,KIRREL3,APLP1,LMTK3,ATP1B2,POU3F1,POU3F2,MID1,POU3F3,SHISA7,EEF1A1,PCP4,PREPL,MYCN,ELMO1,CARS2,ISYNA1,RTN1,HPCA,CACNA1A,NDRG2,DTX4,CPLX1,CAMSAP1,ENHO,EFNB2,EFNB1,ARHGAP21,FUT8,CAMTA1,CDH24,MYH10,AUTS2,WSCD1,NONO,CBX2,CBX1,GNAO1,QDPR,EFNA2,HOOK2,HOOK1,GNB1,CNTN1,LSM14B,YWHAE,B4GALT2,THRA,CHD6,YBX1,LDB2,AFF3,RND2,ELAVL2,LMNB2,GPHN,LMNB1,SPRED1,LRRTM2,H2AFX,LSS,SEPT2,SEPT3,DNM3,GAP43,RCN2,DDAH2,TBC1D5,TERF2IP,CDH13,NAT8L,RGS16,RAP1GDS1,CRMP1,FAM169A,FAM168B,DNPEP,IGFBPL1,GMDS,RPS6KC1,GNG7,SPOCK2,NT5DC2,NCAM1,CLASP2,OPCML,LGI1,HAGHL,MEIS2,PDE10A,SBK1,PPP2R2C,PPP2R2B,SPRY2,VIM"
+"gene_set_query"	"531"	"TEAD1"	"532.8"	"ARCHS4 Coexpression,867;Enrichr Queries,585;ReMap ChIP-seq,277;GTEx Coexpression,402"	"NCKAP1,SCOC,CHIC2,TES,RPL3,TRIO,ITSN1,BACH1,BACH2,ALKBH8,GLS,LSM10,NDST1,ZFYVE27,ALCAM,CAPNS1,MPRIP,ZMIZ1,DPYSL2,MYC,DPYSL3,DIP2C,IER5,IER2,PRKAB2,SAP30BP,GABARAPL1,RBFOX2,CACNA2D1,AFAP1,CD3EAP,HCFC2,EML1,RC3H2,EML2,PRKD3,BIN1,FEZ2,ZSCAN21,DDIT4,RPL26,MTMR1,ANAPC13,FLII,XPA,NEDD4L,PDGFA,PRKCZ,HIF1A,GJC1,RIC8B,WDR70,FLRT2,RRS1,PIP5K1A,RDH14,S100A10,NAA50,HEXIM1,JUN,NDFIP2,ICMT,CADM1,PLK2,IRF2BP2,MTHFR,PRDX6,PRRC2B,PBX1,TMEM199,MLLT10,MEX3A,EIF6,GIPC1,UNC119,PSMG4,FAT4,FERMT2,GPR19,CDKN1B,HEXB,SETD7,CLTC,CLTB,SHB,ING1,PANX1,UBL3,TMSB4X,RFK,TRIM2,TIMP2,RIOK2,JARID2,RRP15,BRD3,DUSP1,LRRC49,SSR3,RRAS2,SLC39A10,FAM126A,TERF2,DUSP6,DDB2,NCOR2,TUBB2B,ZEB2,INF2,CDC42EP3,PXDN,CDC42EP2,KIFC3,NFIX,ATL1,DLST,TMEM160,FAM129B,TM9SF3,RECQL5,CHN1,FLNA,ANKRD52,ZSWIM4,SRSF10,PAIP1,EGLN1,PCGF6,YTHDF3,USP9X,SCAF1,KTN1,MKLN1,NFIA,NFIB,SLMAP,SARM1,TSR1,GOPC,AGRN,TOR2A,PHLDB1,NAB1,CTNND1,TSEN2,IPO7,CLU,IPO5,CDH2,CFL2,PLS3,KPNA4,KPNA3,TMSB10,AP2M1,KCMF1,RNF44,TPM4,USP3,IGFBP3,TPM1,DYRK1A,THOC6,FOXP1,FRMD3,TOM1L2,ACLY,CLIP1,DMTF1,DGKQ,RAB34,SMS,KPNB1,PFKFB2,LRRC59,SEMA7A,CD151,PFKFB3,CUL5,UBR3,UBFD1,UBR1,CORO1C,FBXO42,SAV1,RAP1B,EIF1AD,RAP1A,PITRM1,PSAP,PLXNA2,ABL1,PLXNA1,SRGAP1,SLC38A2,MCL1,NEK9,TRAPPC3,RAB4B,BOD1,MARCH4,DRAP1,CDK5,COPS2,AAK1,GPR107,NF2,NFE2L1,EIF4G2,BCL2L1,EIF4G1,ITGB1,MCFD2,SCHIP1,CELF2,FHL1,ARRB2,DUSP12,SGCB,VPS72,PMEPA1,TNPO1,PELP1,DST,SGIP1,VEZF1,RAD23B,PTP4A3,NPC1,ASPH,TRAF4,DAD1,NPC2,DNAJC5,CTDSP2,IMPAD1,EVL,TOP1,MET,PPP1R15A,GTF3C1,PPP1R15B,NFAT5,SEC23A,HDAC2,LEPROT,LRP1,ROCK2,WBP4,SRBD1,SRI,MLLT3,RCHY1,EHBP1,HDAC7,LRP6,ABLIM1,GANAB,HECTD1,FCHO1,ABLIM3,KCTD20,RAB23,CDC37L1,LRRC8D,SH3BP4,IGF2BP2,HNRNPA1,POLR2L,BEND6,SMARCE1,PTPN1,SEMA4A,SEC24B,SPAG7,SEPT11,SMOX,CNBP,TXNRD1,RPL23A,PTPN11,CDC42BPB,CDC42BPA,PNRC2,CUL4A,NELL2,KLF6,MYO1B,RAB12,ATXN10,EIF3F,TRIM32,ISCA2,APP,AHCYL1,ZMYND8,CISD1,ZDHHC7,ACTB,HERC4,HERC3,DAG1,ARL6IP5,KIF21B,CCNL1,PELO,SOX4,SOX5,ACVR1,EPHA4,SMARCC2,IMP3,LIMCH1,ACTN1,MTUS1,CIRBP,ACTN4,ANK3,TWSG1,KATNAL1,MTHFD2L,CRYZL1,EZR,PFN1,MACF1,MYCBP2,TWF1,TMTC1,PIK3R1,PTTG1IP,MYL12B,PGS1,NUAK1,HIVEP1,GSE1,FAM192A,TNRC18,MAP4,SNX5,ATP6V0A1,RAB11FIP5,MICAL2,STAM,PTK2,AIMP1,EXT1,STAG1,ZZZ3,ZBTB6,WNK1,PTK7,FUBP1,CALU,DHX29,FBXL5,RPS21,CALM2,ITM2C,NRP1,TRAM1,CCDC127,SH3KBP1,CITED2,FAF2,TECR,SLC7A11,WASL,PTPRK,PTPRF,ROBO1,AKAP12,PPP3CA,XPO1,SPTLC2,KIF13A,ENC1,CDV3,ATP6V0B,PBRM1,PARP2,ANO6,RHOF,CTTNBP2NL,MLF2,ENAH,RAP2B,CSDE1,CANX,FAM20B,AIDA,SGK1,FJX1,STK40,FYTTD1,SLC20A1,DOT1L,NEDD8,GNAI1,AMN1,GPC1,APBB2,MAP4K3,MAP4K4,PEX16,DYNC1H1,RYK,SORT1,MTX3,AP3D1,HUWE1,PLEKHA6,SORBS2,SORBS1,AP2B1,RAB11B,VEGFA,DPY19L1,KLHL5,CAPZA2,CTNNB1,ESYT2,TRIP12,RAB3GAP1,SCARB1,MIDN,SYS1,UBE3C,WWC1,HDLBP,UBE3A,UBE3B,IGF1R,CAPN7,FAM174B,KIF5B,HCFC1R1,CAPN2,COTL1,PPFIA1,BANF1,SBF2,BAHCC1,KIRREL3,TMOD3,DNAJB12,LMO7,OCRL,ATP1B1,TBC1D23,CARS2,RAI14,ZCCHC8,PXN,PLCXD2,NDRG1,RTN4,CNN3,ARHGAP12,EFNB2,RNASEH1,CAMTA2,QSER1,BCL9L,KLHL29,PRNP,SMAD4,UBE2H,ACBD4,CBX5,SMURF2,AUTS2,IDH2,CRIM1,ARHGAP29,DNAJC13,DNAJC14,SMAD5,AZIN1,KLHL20,IFT20,DLG1,EFNA2,BMP1,HOOK2,HOOK1,UBA3,CNTN1,TAB2,AMOTL2,FGF11,LRP11,DDX47,PRKCSH,MAST2,USP34,CHD6,ATP2A2,GTDC1,DDX41,TNFAIP1,CHD2,RND3,AFF4,LMNB2,PPP1R9B,SPRED2,SEC61A1,LASP1,YWHAQ,UBE2Q2,SPEG,SCYL1,NAA30,SUN1,ARHGEF12,ATP6AP1,NUP133,TTC33,USP43,PDPK1,GLRX5,PDE4D,NAV1,NAV2,ARID1A,CKAP5,SEPT2,CKAP4,EEF1G,DDX19A,CREB3,VCAN,DDAH1,IRF3,THRAP3,TRNP1,CDH11,CRY1,CDH13,PFDN1,TMEM9,RBM24,OTUB1,USP14,POLDIP2,TM2D2,GMPR2,ASAP1,STRN3,CYTH3,FAM168B,DNPEP,PTK2B,USP24,PTCD2,GALNT2,ATP2B4,PPP2R3A,MAPK14,MEIS2,MAPK10,RPIA,SLC4A8,CLCN6,FMNL2,ERCC2,ATP13A3,VIM,MBTPS2"
+"gene_set_query"	"532"	"ZNF805"	"533.7"	"ARCHS4 Coexpression,822;Enrichr Queries,382;GTEx Coexpression,397"	"MT-ND4,ISCA1,LPGAT1,PANK3,PITPNA,FCF1,HNRNPU,JMJD1C,EPRS,GABPB1,ZFYVE1,BACH1,ALKBH8,LSM12,GOLGA4,TBK1,HERC1,ALKBH1,MYC,PTGFRN,SLC12A6,ARRDC4,MEF2A,MED1,EPHA4,GABARAPL1,SCAF11,FNBP1,NSMCE2,ARRDC3,RECQL,WDR74,DNTTIP2,CD3EAP,FRS2,DICER1,MED6,GTPBP4,RC3H2,BIN1,GRWD1,DDIT3,ZC3H11A,ZSCAN21,BOLA2,XRN2,DDIT4,YME1L1,HECA,NUP98,ALG10B,MACF1,MTMR3,DCUN1D5,DHX8,PIK3R1,RPAP3,MTDH,FAM160B1,HMGXB4,DHX33,RRS1,DHX37,HIVEP1,MCMBP,HIVEP2,RBM12,ARGLU1,NAA50,JUN,ZRANB1,PNO1,PMM2,EIF2AK3,IRF2BP2,PHC3,MED13L,AIMP1,SETX,UCK2,STAG1,ZBTB6,EIF5,RNF103,SESTD1,CALU,NOL10,HBP1,DHX29,NOL11,CPEB4,ITM2C,PHF3,NRP1,SMG1,PIGU,SETD2,AHCTF1,TCF20,SLC7A11,WDR43,TMEM186,HERPUD1,PANX1,AKAP12,MED13,AKAP11,REV3L,UBXN7,TCP11L2,RIOK2,RIOK1,UTP14A,RRP15,PCMTD1,PRMT5,CDV3,UPF1,WDR36,TSC22D3,TCF12,RRAS2,TFB2M,NIPA2,GNL2,PGM2L1,MRPL44,RHOB,PRPF18,PSMA1,MED20,MTF2,PXDN,TET3,FAM193B,SGK1,GART,ATP6V0C,WDR26,NIP7,HEATR1,HSPA13,BCLAF1,SCAF8,SERTAD2,NSD1,PPP1R8,HSF1,RICTOR,MGAT2,SRSF10,SF3B1,RANBP2,PCGF6,MON2,YTHDF2,BRF2,YTHDF3,PLEKHA1,UTP3,USP9X,RIOK3,MTX3,TRAPPC10,GATAD2B,BYSL,VEGFA,MIB1,RAB11B,KBTBD4,RSL1D1,SEC23IP,PHF5A,NFIA,TAOK1,SERBP1,TRMT6,RLIM,TSR1,RAB3GAP2,TRIP12,FRYL,CCNT2,UBE3C,CD81,FBXO22,IGF1R,EFTUD2,SMCHD1,CWC22,EP300,ARID2,PPFIA3,NOM1,SLC38A1,FBXW11,DYRK1A,ZBTB34,ATP11B,PUS7,MSH3,TIPRL,SBDS,PLAA,WDFY3,ANAPC1,DDX6,PSMD12,CUL5,INSIG1,ANKRD12,UBR4,TARS,RPF2,PDS5A,GTF2E1,RLF,PLCXD2,ARHGAP12,EMG1,RNASEH1,G3BP1,UBR5,ABL2,LLPH,SLC38A2,SKIL,BPTF,IVNS1ABP,OSBPL8,PRNP,NOP14,CBX5,NOP16,CPSF2,GFPT1,ASNS,NUP153,BFAR,KLHL24,EIF2S2,EIF2S1,RCL1,SLC7A6OS,GNL3L,SON,EFNA2,HOOK2,HOOK1,CNOT1,JMY,SP3,AAK1,MDM2,MDM4,SERINC1,BRWD1,KDM5B,DYRK2,PRKCSH,WDR3,WDR4,USP34,CHD6,SLC2A3,TRIAP1,HMGB1,AFF4,SYNE2,SENP7,DUSP12,OPA1,AP1G1,RB1CC1,PSD3,TNPO3,GET4,RBM6,KDM6A,UTP15,KDM6B,RBM17,ARHGEF12,DST,PDPK1,DIS3,SECISBP2L,PDE4D,GLRX5,VPS13A,OXSR1,GPCPD1,RAD23B,PATL1,ARL4C,PTP4A1,DDX19A,NPC1,PIK3CA,THRAP3,POLR1B,CTDSP2,PPDPF,BIRC6,BCAT1,LUC7L2,PPP1R15A,PPP1R15B,NFAT5,GTF3C3,KDM3A,RRN3,WBP2,MAK16,GOSR1,RNF38,TULP4,ZBTB43,DDX21,RCHY1,TOB1,FBXL20,DNPEP,HECTD1,TNKS2,PABPN1,POLR2B,TGS1,TRA2A,DNAJB9,FEM1C,SMNDC1,DCAF13,EIF4B,USP24,PTCD2,SGTB,CCDC59,PNRC1,SLC4A7,KLF6,POLR3D,ERCC8,CEBPZ,NAA15,ATP13A3,EIF3C,ABCE1,SSBP3,TAF2,EIF3A,TNRC6A"
+"gene_set_query"	"533"	"KLF6"	"534.3"	"ARCHS4 Coexpression,1101;Enrichr Queries,571;ReMap ChIP-seq,181;GTEx Coexpression,284"	"ITSN2,RPL3,TFRC,RRP1,THYN1,GPATCH1,HNRNPR,RBPJ,BACH1,TSEN54,TSKU,KRTCAP2,DPYSL4,ZMIZ1,MYC,DPYSL2,STMN1,AKT1,AP1S1,IER5,IER2,VPS18,SAP30BP,TSPYL1,ACOT7,WSB1,RPL23,AFAP1,CD3EAP,HDHD2,GTPBP1,SCAMP2,MYL6,DDIT3,DDIT4,JTB,RBCK1,VPS28,ATF4,SLBP,CTBP2,CDCA4,PDGFA,AGAP1,ABCB8,AGAP3,PLA2G6,HIF1A,GABARAP,PRDX3,PRDX2,LDHB,PRDX5,LDHA,CHST10,CHST15,MCMBP,PUSL1,RHBDL1,S100A10,HEXIM1,JUN,RPL41,JUND,PRRT2,H3F3B,JUP,PLK2,NR2F1,MRPL28,IRF2BP2,NR1D1,PA2G4,MRPL24,EIF1,EHD1,FIBP,TBL3,MEX3A,ARL2BP,EIF6,GIPC1,HNRNPF,SFXN3,ATG2A,PSMG4,DZIP3,ITPA,OGFR,PYGB,MOCS2,BTG1,CDKN1B,SPEF1,PHF23,HEXB,SHB,MED15,PQBP1,DDA1,IKBKB,TRIM8,UBL5,TMEM189,TRMT112,NIPBL,TUBA1B,TUBA1A,TMEM43,FASTK,ENSA,TIMP2,RPLP2,GPR137,SH3BGRL3,CIC,EMD,ZC3H10,RPS6KL1,DUSP1,SPHK2,PGAM1,AEN,NUDT16L1,JOSD1,DYNLL2,DUSP6,MED29,SIRT3,MRPL52,RNF168,RNF167,MRPL53,SLC7A5,MRPL50,TUBB2B,INF2,TUBB2A,KIFC2,CDC42EP4,CDC42EP3,PXDN,PELI1,TUT1,DSCAML1,VAMP2,RNF166,ARF6,GRN,RPL10,WRB,WDR24,CENPB,FAM129B,ARFRP1,SCAF8,BTAF1,RECQL5,RPS3,FLNA,ZSWIM6,CKB,RPS2,MEF2D,RPL19,CENPV,WNT7B,PCGF3,GATAD2A,LRRC20,SKI,LYRM2,MORN4,LPCAT4,TTLL1,PLP2,AGRN,YPEL5,HDDC2,MTCH1,ANKRD13D,TUSC2,CSE1L,RNF19B,SLA,PARK7,CLU,IPO5,STK11,CFL1,PIM3,MAP3K9,TMSB10,MEN1,RNF44,SLC38A1,TPM4,IGFBP3,ANKRD44,CTNNBIP1,TPM1,PPP1R16A,F2R,DYRK1A,LENEP,THOC6,CDC25B,CACNB1,CTDNEP1,PYGO2,ACAP3,CLIP2,ACLY,MSH2,RAB34,DGKQ,FSCN1,SRSF3,SRSF5,SQSTM1,LY6E,PFKFB2,INO80B,FKBP2,RNASEH2A,CD151,PFKFB3,TUBGCP2,CCDC24,INSIG1,MAZ,ABHD8,ISG20L2,SPATA2,ARL2,NTPCR,KLC1,RAP1GAP,SOCS2,SBNO2,PORCN,BAG5,DDRGK1,DVL1,BTBD2,DVL2,SLC38A2,MCL1,ESRRA,CCDC12,UROS,MARCH9,ADAP1,LSM4,DRAP1,GON4L,CDK5,CDK4,CNOT2,SP3,REEP2,PIN1,PLXNB2,NF2,NIT1,NOP10,BCL2L1,ITGB1,DIDO1,HSP90AB1,WDR1,RNPEPL1,TRADD,ARRB1,NRGN,NGRN,DUSP12,MDK,UBTF,PMEPA1,EVI5L,EID2B,HSP90AA1,PLEKHG2,ARNT,VEZF1,VPS37B,ARFGAP3,RANGAP1,NIPSNAP1,MSL1,ARL4C,PTP4A2,ASPH,TRAF4,DAD1,DNAJC5,CTDSP2,LANCL2,BCAT1,MET,SLC25A11,RNFT2,PPP1R15A,PPP1R15B,SNAP47,NDUFB8,CANT1,WBP1,SRSF1,CXXC1,MLLT3,LAGE3,FOXRED1,MTHFSD,DNAJB1,NFS1,GANAB,PARD6A,CCDC85C,FCHO2,SH3BP2,TRIM46,IGF2BP3,LRRC8A,E2F4,POLR2I,PCDH1,AAMP,SLC25A22,ATP9A,POLR2L,SLC35A2,SEC24B,PPP1R14B,SPAG7,TRIM41,NDUFA5,NDUFA3,PCDH7,AMFR,HIP1R,RPL23A,PTPN12,FBXL16,CDC42BPB,BAIAP2,PNRC1,KLF7,SNRK,TSPAN14,KLF6,MARCKS,EIF3K,VAPB,MGAT4B,OCIAD1,STUB1,ATXN10,PFKP,SLC35B2,APP,IFITM2,HDAC10,ZMYND8,ACTB,RPS16,PPP2R1A,FLAD1,RPL36AL,FTH1,LONP1,EPC1,BTRC,CCNL1,SLC12A6,ATXN7L3,PELO,GLUL,SOX4,PAQR4,ACTN1,ARRDC3,IFRD1,PTOV1,CIRBP,CSNK1D,MOGS,ACTN4,CSNK1E,CPT1C,JMJD8,THAP3,CARHSP1,VDAC2,HECA,SIK1,EZR,PFN1,PFN2,BEX2,L3MBTL2,SUPT4H1,CEND1,PTTG1IP,PIK3R1,UBE2J2,TTBK1,APOO,UGCG,ERI3,TSPAN5,TNRC18,SNX5,NTSR1,VASP,TMEM184B,PAICS,MED13L,GADD45G,CCT6A,STAG1,RPS27,CALY,SESTD1,ID2,INTS5,PAF1,COL9A3,CORO7,FBXL5,RPS21,C2CD2L,ITM2C,AARS,NRP1,DAZAP2,CCDC120,CITED2,TECR,MRPS12,OLA1,MYL6B,NAT14,HERPUD1,LIMD2,SERP2,AKAP12,ARV1,CHMP1B,ENC1,DHX15,SSSCA1,CTSB,CCT3,CCT2,ATP6V0B,TSC22D1,PARP1,TSC22D3,MRPS23,ANO8,RHOF,CTTNBP2NL,RHOB,PARP8,NME1,TOX3,FAM32A,ARHGEF1,RHOV,SGK1,DBN1,CSTB,AHCY,SLC20A1,AMIGO1,CRIP2,CCDC106,NOL4,COX5A,RELA,TYMP,GNAI2,PPP2CA,NT5C,MNT,TCEAL5,NFIL3,SERTAD2,MGAT2,CCT8,ATP6V0E2,CCT7,CCT5,CCT4,NPM1,PTGES2,VEGFB,TMUB1,TTC1,YIF1B,VEGFA,PER1,KLHL5,STAC2,TCEA2,MEGF8,GRINA,DPAGT1,SCARB2,MIDN,SYS1,WWC1,ROGDI,MPI,TOMM22,ACTG1,BASP1,HCFC1R1,CAPN2,COTL1,BAHCC1,ZGPAT,KDM2A,SPNS2,TSC2,KCTD3,ATP1B1,ADAM19,DPM2,ADAM15,FAM173A,DNAJC30,EEF1A2,EHBP1L1,FIZ1,UBE2V1,GEMIN7,RTN2,NDUFB10,PXN,RASGRP2,EFNA4,NDRG1,ARHGAP12,EFNB2,EFNB1,SDCBP,KIF3A,TBC1D13,CAMTA1,MARK4,ATP6V1D,PDZD8,MYH10,PDZD7,KLHDC10,BCL9L,SYT5,HSPA8,PRNP,UBE2H,ACBD4,UBE2I,RHBDD3,CPSF1,CBX4,HSPA5,CBX1,HMGA1,KLHL22,ARHGAP29,DSTN,SUPT5H,SSH3,NFKBIA,GNAO1,H1F0,HOOK2,DLG4,HOOK1,CNTN1,IFT27,PHF13,AMOTL2,SAE1,UBE2M,PICALM,YWHAE,RERE,MUS81,B4GALT2,ACADVL,GSK3A,DDX47,CNRIP1,SLC2A3,TAZ,RND3,RBM3,SEC61A2,LASP1,EEF2K,MFSD5,ZC3H7B,RASGEF1B,MLST8,PDE4B,TIMM17B,LRRFIP1,SCYL1,HGSNAT,KLF11,H2AFX,IQCE,RNF208,ABHD14A,SYNGR3,YWHAZ,CKAP5,EEF1G,VCAN,NDUFS8,DDAH1,PPDPF,TRNP1,LUC7L3,NAA38,PFDN2,TMEM9,THOP1,CUEDC1,IRF9,TM2D2,DCTN1,NAA20,RBM4B,SLC3A2,FAM169A,NT5C2,TOB1,HSPD1,GNA13,NXF1,DNPEP,MKNK2,BNIP2,PTK2B,MTA2,CAMK2G,PDLIM7,CYTH1,B3GAT3,BAD,SGTA,HAGHL,CYHR1,SSRP1,SOD2,ACVR2A,NAP1L4,MAPK11,PNKD,XPNPEP1,PIK3IP1,CAPN10,ERCC1,PPP2R2D,FAM131A,SPRY2,VIM,RAN"
+"gene_set_query"	"534"	"ZNF550"	"534.7"	"ARCHS4 Coexpression,613;Enrichr Queries,784;GTEx Coexpression,207"	"RPL4,TCERG1,RPL5,APP,RPL30,JMJD1C,SMC5,GPATCH4,RPL8,RPL6,BACH2,CCAR1,RPL7,TIAL1,NDST1,CDC23,CAPNS1,RPS18,DPYSL2,MYC,BSG,HABP4,AKT1,PRKACA,VPS36,RPL39,ATXN7L3,RPS13,SOX4,EIF2A,FNBP4,ARRDC4,TSPYL2,CXADR,SCAF11,RPL23,ACTN1,ARRDC3,IFRD1,REV1,WDR74,CIRBP,WDR75,CD3EAP,RFX3,SCRIB,ACTN4,SCAMP1,FAM133B,RFX7,ZC3H11A,DDIT3,DDIT4,RPL27,HECA,RPL26,RPL29,ALG10B,TRIB2,NUP205,POM121,TMEM63B,PRDM15,OAZ1,APH1A,CYB5R3,VPS11,TRPM7,PIP5K1C,ST3GAL1,ZBED4,ZSCAN18,SNHG1,PRPF38B,JUN,INTS2,PRRC2C,IRF2BP2,HARS2,RPS25,FUBP1,RPL27A,GIPC1,HNRNPD,HBP1,CALM3,NOL11,RBAK,CDK13,RPS24,ITM2C,ARF3,SETD5,SMG1,PIGU,BTG1,RPLP0,SNX12,CLTB,NAT10,SLC7A11,PHF6,DDA1,MED17,PCMTD2,MRPL42,NIPBL,PCF11,ZMYM6,DHX15,UBXN7,SDF4,RAC1,ZIK1,PCYT1B,WDR36,SHPRH,TMED9,TEX10,NSUN2,TSC22D3,ITPK1,MINK1,SRP9,WDR33,GNL3,MLF2,RHOB,MED23,SLC7A5,SIKE1,INF2,NFX1,HNRNPH1,PXDN,TAX1BP3,GLCCI1,SGK1,ATP6V0C,PRIM2,GRN,SF3B3,RNMT,RPL12,RPL11,GNAI3,NOL8,FAM117B,CENPB,ARNTL,FAM129B,GNAI2,CST3,PPP1R2,BCLAF1,RPS15A,RPL14,MFN1,RPS3,AP2S1,CLPTM1,RPS2,RPL17,EXOSC2,SRSF10,SRSF11,RPL19,YTHDF3,CSNK1A1,MTX3,DAB2IP,ELP2,SCAF1,VEGFA,RSL1D1,PRPF39,MPHOSPH9,CCNG2,KLHL7,ETNK1,TAOK2,ZYX,NUCB1,HDGF,PKN1,PNPLA6,GRINA,CD81,CLSTN1,ATN1,ARID4A,RPL10A,CYP46A1,IGF1R,TM7SF2,ZFP30,LAMP1,PPIP5K2,ARHGDIA,CFL1,SMARCAD1,ARID2,MAP3K7,AP2M1,NOM1,PCID2,SLC38A1,ANKRD49,MAP2K2,RPS7,GPT2,SLC30A5,RPS6,TPM1,PRPF4B,THOC2,ZBTB33,FOXP1,MORF4L1,RAB31,DMTF1,ADAM15,TBL1XR1,SRSF3,CHMP4B,PHIP,SRSF6,ANAPC1,SLC27A4,CSNK1G1,ZCCHC8,ANKRD17,ZCCHC7,LRRC59,DDX5,CD151,RAB5C,INSIG1,BTF3L4,PDS5A,CORO1B,EFNB2,ATXN2,G3BP1,DVL1,NACC1,ANKRD10,SLC38A2,ANKZF1,QSER1,ZKSCAN1,EIF2B5,PRNP,NOP14,TIA1,CPSF6,CBX5,ATP8B2,NONO,ASNS,NUP153,TBCB,KLHL24,EEF2,MARCH6,CLK4,ANKHD1,CNOT7,HOOK2,NACA,ZFP62,HOOK1,CNOT2,GNAQ,GNB2,JMY,GNB1,PLXNB2,MDM4,TCF4,BRWD1,LRP10,OGT,NFE2L1,EIF4G1,UBE2M,KDM5B,ACADVL,RBM26,DDX46,WDR1,NVL,PRKCSH,CHD6,SLC2A3,ZFP82,CHD2,RPS4X,RPL7A,DUSP12,LASP1,SART3,CAPZB,FLOT1,PGM3,PMEPA1,UTP15,ARHGEF11,EIF5A,USP48,EED,PDPK1,DDX55,RPS3A,EDF1,ARID1B,ZFP90,KLF16,EEF1G,TRAF7,CREB1,CTDSP2,POLR1B,DNAJC5,C1D,BIRC6,BCAT1,CUEDC1,PPP1R15A,GTF3C3,KDM3A,PARG,UHRF2,RGS16,RPL36A,TULP4,RBM4B,ATP1A1,TOB1,DNAJB2,ABLIM1,GANAB,TDG,TGS1,BMS1,GNA11,MKNK2,TRA2A,NAA25,KRIT1,DNAJB9,FEM1C,DRAM2,EIF4E,EIF4B,NOP58,BAD,RPL23A,CDC42BPB,TRIT1,PNRC1,ACVR2A,NELL2,KLF6,EIF3L,CARM1,MGAT4B,ERCC5,EIF3E,SNRNP48,SUGT1,SSBP2,RBMX,BCAR1,UNC79,TAF1,R3HDM2"
+"gene_set_query"	"535"	"ZNF524"	"535.0"	"ARCHS4 Coexpression,920;Enrichr Queries,341;GTEx Coexpression,344"	"IFITM2,HDAC10,ARAF,NUBP2,RPS15,PSMD9,FRAT2,FLAD1,CDC26,MYC,FTH1,ZXDC,CCDC97,TRIM27,ZFPL1,IER2,SLC12A9,HES6,PIH1D1,NFKBIL1,ECH1,PRKCD,WDR74,DNTTIP1,CIRBP,TALDO1,MFSD10,RUFY1,THAP3,RNF126,DDIT3,DDIT4,JTB,RBCK1,AURKAIP1,CTXN1,RPL28,MMADHC,VPS28,STXBP2,TWF2,MRPL12,MRPL13,OAZ1,CHTF8,PPP4C,PCBP1,DYM,PUSL1,S100A10,VASP,CTSA,PRELID1,SURF1,JUN,JUND,EDEM2,H3F3A,IRF2BP1,MRPL23,THAP11,GADD45G,TMEM199,TADA2B,EHD1,ABTB1,FASN,ID2,INTS5,TECPR1,ITM2B,ITM2C,OGFR,UBXN1,BTG1,CITED2,PIGQ,MRPS12,WDR45,MED16,BBC3,PQBP1,LIMD2,TRIM8,MED11,AKAP11,TUBA1A,GUK1,MLX,SPIN1,GPR137,SDF4,TMED1,SH3BGRL3,SDF2,CIC,CTSD,UBXN6,LYPLA2,DBNL,SPHK2,SSR2,GAA,TSC22D3,NME3,SIRT7,MRPS7,GMIP,APRT,COMMD5,MLF2,RHOB,RNF167,TAF6L,CTU1,MED25,SCNM1,KIFC2,SDHAF1,PXDN,ARHGEF1,PLEKHO1,ALDOA,ATP6V0C,ARF5,STK40,RNF166,NAPA,CSTB,GRAMD1A,GRN,URM1,SSNA1,CRIP2,TMEM160,RFNG,CCNDBP1,TYMP,GNAI2,CST3,FGD3,ZDHHC18,AP2S1,RRP36,MGAT1,NT5M,SCAND1,CKB,RABAC1,DEDD,EXOSC1,MBD3,NPDC1,YIPF1,SF3A2,EGLN2,YIPF3,NFYC,NR1H2,TMUB1,MIB2,AP2B1,PPP1CA,TMEM60,YIF1B,RAB11B,SPSB3,XAB2,ABI2,SHKBP1,ZYX,NUCB1,PLP2,PKN1,PNPLA6,AGRN,YPEL3,GRINA,SLC27A1,MIDN,RAB3D,AUP1,HDDC3,TM7SF2,STK11,ARHGDIA,STK16,HCFC1R1,COTL1,SNRNP35,MAF1,FADS1,RPS9,FBXW5,MAP2K2,DNAJB12,SHISA5,NOSIP,CNPY3,TPST2,CTDNEP1,MORF4L1,DPM3,FAM173A,EHBP1L1,FKBP8,FSCN1,GEMIN7,RAF1,PHPT1,SQSTM1,CSNK1G2,ISYNA1,RAB5C,RPS19BP1,BRI3,MAX,ABHD8,RASGRP2,ADIPOR1,CORO1A,HSPBP1,CORO1B,EIF1AD,SBNO2,SHARPIN,ZMAT5,GRK6,H1FX,MAP2K7,SAC3D1,NADK,WDTC1,UBE2F,ESRRA,PRNP,TRAPPC1,TMEM132A,TRAPPC5,ARPC4,KLHL24,DNAJC17,DNAJC18,MARCH2,LRFN4,SH3BP5L,HOOK2,TMEM11,GNB2,NF1,CHMP2A,RNF181,CCDC22,DHCR7,LRP10,LRCH4,GALK1,MXD4,ISY1,SCYL3,PRR7,DDX49,RNPEPL1,CNRIP1,PRKCSH,TRADD,ARRB2,SART1,DUSP12,ZNRD1,NOB1,CAPZB,PPP6R1,TIMM17B,FLOT2,PGLS,DNM1L,SUN2,JAGN1,GPX1,GPX4,H2AFX,VPS37C,AXIN1,DDX54,ABHD14B,REXO2,EPN1,DDOST,PTP4A3,NDUFS8,UBE2R2,NDUFS7,EEF1D,CTDSP2,PPDPF,POLR1D,MVD,CHMP6,CUEDC1,RNF31,TSEN34,TRABD,PPP1R15A,TSSC4,NDUFB7,RGS19,WBP2,RAB1B,FURIN,DCAF15,DNPEP,GNG5,RAB40C,MKNK1,RAB24,MKNK2,RALY,CSK,FBRS,SH2B2,IGBP1,BAD,TAF10,MBOAT7,HAGHL,CDC42BPA,SMUG1,BCKDK,CLCN6,KLF6,SLC25A39,IMPDH1,RPS6KB2,MGAT4B,EIF3G,BAX,PDCD2,EIF3F,SMAP2,SSBP4"
+"gene_set_query"	"536"	"ZNF71"	"535.3"	"ARCHS4 Coexpression,574;Enrichr Queries,493;GTEx Coexpression,539"	"MT-ND4,PANK3,TMEM41A,TMEM41B,PITPNB,ZDHHC5,STMN2,STMN4,ADARB1,FNBP1L,ALKBH8,DPYSL4,DPYSL5,ALKBH1,DPYSL2,DPYSL3,STMN1,DPF1,DPF2,AKT1,DIP2C,EPHB2,CCDC92,SOX4,ARL10,ACOT9,EPHA7,WSB1,ARRDC1,LIMCH1,ACTN1,PIH1D1,NSMCE2,DAPK3,RFX3,CD3EAP,SOX11,MOGS,ARMC8,SOX12,ACTN4,CPT1C,THAP3,KATNAL1,BIN1,GPR161,RUFY3,ZSCAN21,MTHFD2L,KCNQ4,TAGLN3,KCTD17,CBLL1,EIF1B,TRIB2,LRPAP1,TMEM161B,TTYH3,DHX8,MAGED1,NPRL3,FBF1,RPAP3,MRPL10,ADAMTS10,APH1A,PPP3R1,WDR70,PCBP4,CHST10,GRPEL2,VTI1A,RDH14,PIP5K1C,PATZ1,RALGDS,ZSCAN18,JUN,FZD3,SNAPIN,DMPK,PNO1,ST8SIA2,SLC35E3,NR2F1,MEMO1,ERAL1,THAP11,MLLT11,HNRNPL,STAG1,MEX3A,H2AFY2,PKIA,ID2,NDUFAF2,FXYD6,DCHS1,FERMT2,ITM2C,ARF3,NRP1,PIGU,DAZAP1,CSRNP3,PTPRS,CCDC127,PHF20,SUV39H1,SETD7,SIPA1L3,RPTOR,PANX1,ACTR1A,UCHL1,TUBA1A,ACTR1B,OTUD6B,KIF13A,ZIK1,DLGAP4,UPF2,BRD3,ZC3H10,UPF1,MMD,MINK1,ANO6,MED27,CBFA2T2,MTSS1,MLF2,RGMA,RHOB,HADHA,TUBB2B,TUBB2A,CSDE1,CDC42EP3,PXDN,FAM20B,PLEKHO1,GAS6,KPTN,FJX1,PAFAH1B3,DBN1,ERGIC1,NFIX,SATB1,RPL12,CCDC107,NOL6,TM9SF3,MNT,CHRAC1,TMEM169,PSMB1,SPOP,STX6,GPC2,MEF2D,MAP4K4,RUNX1T1,NPDC1,ARNT2,PCGF6,BRF2,YIPF3,NR1H2,DAB2IP,SORBS1,BLCAP,ATAT1,PDCL3,KBTBD4,ABCB10,OSTM1,NFIA,MORN4,PRKRA,NFIB,SLMAP,KLHL7,SNX15,CAPZA2,TTC3,NUCB1,HDGF,ESYT2,PKN1,MEGF8,RAB3GAP1,ZFP28,PRDM8,UBE3C,WWC1,HDLBP,IPO7,CNDP2,CHCHD4,ATCAY,ZFP30,SALL2,TUBB3,CFL2,FNTB,KPNA6,KPNA4,MAF1,LZTS1,MMGT1,TPM1,TMOD2,F2R,DYRK1B,FRMD4A,VASH1,THOC5,FOXP4,RNF41,CACNB1,TBC1D20,HNRNPUL2,EHBP1L1,EEF1A2,FSCN1,CHMP4B,FIZ1,GLYR1,LRRC59,NDRG4,RTN1,PSMD11,TMED10,CACNA1A,CACNA1C,TAF5L,CORO1C,PHF21B,RAP1A,RNASEH1,EFNB3,NACC1,PLXNA1,SRGAP3,PLXNA3,ESRRA,ANKRD27,AUTS2,TIMM44,TBCB,EIF2S2,SLC7A6OS,EFNA2,HOOK2,HOOK1,TADA1,PLXNB1,UBE2K,TMEM19,ZSCAN2,EIF4G2,NFE2L1,EIF4G1,PICALM,GPSM1,ACADVL,THRA,PRKCSH,FHL1,CHD6,ELAVL4,ILK,ZFP82,USP39,ELAVL1,YWHAQ,VPS72,SGCB,MDK,PPP2R5E,BCL7B,GDAP1L1,SPEG,ACTR2,PPP1R12A,HSDL1,TTC33,PDPK1,VEZF1,NAV1,ARID1B,RAD23B,DDOST,DNM2,FAM189B,DDX19A,TRAF7,VCAN,PTP4A3,RCN2,PIK3CA,TRAF4,DDAH2,CTDSP2,GORASP1,TMBIM6,BIRC6,PPP1R12B,INA,AHDC1,RNFT2,BECN1,SEC23A,HDAC2,SMARCD2,SRF,USP11,WBP4,PRCC,WIZ,RBM4B,CRMP1,ZBTB45,MLLT1,ATP1A1,STOX2,SRR,GANAB,DNPEP,IGFBPL1,GNG2,DNAJB6,ALDH1B1,HAUS8,DNAJB5,U2AF2,SAP30L,RAB23,POLR2C,POLR2D,FAM120A,FEM1C,FYN,NCAM1,FSD1,PDLIM7,RWDD1,MARCKSL1,CHURC1,GPKOW,RNF26,FOXJ2,CDC5L,LYSMD1,PDAP1,TNRC6C,MAPK11,SBK1,TRIM39,MGAT4B,ERCC8,ACIN1,SPRY2,RGS12,SUGT1,SSBP2,TRIM32,SSBP4"
+"gene_set_query"	"537"	"ZNF212"	"535.7"	"ARCHS4 Coexpression,559;Enrichr Queries,284;GTEx Coexpression,764"	"CYFIP2,NCKAP1,EPRS,RPL8,TSKU,FAM110A,GLE1,PPP4R1,ALCAM,RAVER1,DPYSL2,ZMIZ2,MYC,NFRKB,IER5,IER2,CDK5RAP3,CD3EAP,SCRIB,GTPBP1,GTPBP4,SCAMP2,EID1,LARS2,RNF126,EWSR1,DDIT3,CLPP,DDIT4,ZSCAN21,DUS3L,SF1,CDCA4,MEPCE,PLA2G6,PPP4C,RDH13,PUSL1,FDFT1,JUN,PRPF38B,JUND,JUP,PNO1,NCAPH2,IRF2BP1,TYSND1,EHD1,HNRNPM,TBL3,FAM135A,RNF103,EIF6,FASN,HBP1,EZH2,PHF3,OGFR,MOCS2,PIGU,ELL,MTMR14,PRKAG2,TCF20,KRI1,SMPD4,PLEKHN1,JARID2,UPF1,BRD2,BRD1,SIRT7,GMIP,DUSP6,NCOR2,SLC7A5,MED25,TUBB2A,MTF2,PXDN,RNF166,ARF6,SF3B4,ELOF1,SRRT,NOC4L,SLC7A1,FGD3,RECQL5,UBN1,PAIP2,MEF2D,SF3A2,EGLN2,MCRS1,NR1H2,SYVN1,TRMT1,DHRS1,KTN1,SPSB3,XAB2,RYBP,SNX17,SHKBP1,SERBP1,PKN1,YPEL5,AUP1,EDC3,EDC4,UROD,PIM3,RNF44,SLC38A1,RPS9,FBXW9,RPSA,CNPY3,POLRMT,NRBP1,THOC6,ARMCX3,ILF3,FSCN1,SRSF7,SQSTM1,SNRPA,CSNK1G1,SNRPB,PFKFB3,INSIG1,KRBA1,CORO1A,EIF1AD,STIP1,NDOR1,PITRM1,DVL2,E4F1,SLC38A2,SLC15A4,MCL1,MPDU1,BRPF1,CCDC12,TNK2,ASNS,CORO2A,EEF2,FBXO31,CHERP,STK24,CNOT1,RHEB,BCL2L2,ITGB1,RNF11,ARRB2,DUSP11,DUSP12,SART1,AP1G1,SNRNP70,RNPEP,WDR5,WDR6,PGLS,TNPO2,DIS3L2,HSP90AA1,DST,TFIP11,WIPI2,VPS37B,RANGAP1,RABGGTA,DDOST,BET1L,CTDSP2,POLR1B,TNFRSF21,PPP1R15A,TRABD,GTF3C2,HDAC3,TSSC4,GTF3C5,ROCK2,VPS4B,CXXC1,MTHFSD,DCAF15,NCLN,DNAJB6,FCHO1,BAHD1,POLR2D,EIF4H,FEM1C,CSK,AAMP,SLC25A25,ATP9A,MARCKSL1,SEPT11,FOXJ2,CDC42BPA,KLF6,NAGK,EIF3G,SEC24C,TMEM41A,SMARCB1,ZDHHC5,ZDHHC3,RAPGEFL1,ACTB,NUBP2,FRAT2,TRIM28,OGFOD2,LONP1,FAM53C,DPF2,CCDC97,TBC1D22B,TBC1D10A,SOX4,TBC1D10B,IFRD1,CIRBP,CSNK1D,POR,GRWD1,TTLL12,CBLL1,TRIM11,TELO2,DHX8,FBF1,ZBTB5,UBE2J2,MBTD1,DHX30,SGPL1,RCE1,N4BP1,TMEM184B,INTS1,BCL11A,RCC2,UBAC2,ID2,SDC1,RNPS1,CORO7,ITM2C,CCDC120,CITED2,ZFAND2A,TECR,MRPS12,CCDC124,SPPL3,LIMD2,CHMP1B,CHMP1A,KIF13A,DHX15,RALGPS2,STARD3NL,TSC22D3,ZDHHC13,MRPS7,PPRC1,MLF2,RHOB,ARHGEF1,RHOV,SGK1,STK40,SLC20A1,ARNTL,SAMM50,NFIL3,PEX16,DYNC1H1,TMUB1,DOHH,RAB11A,VEGFA,TTC9,KBTBD2,R3HCC1,PRPF31,CRTC2,PHRF1,BASP1,KHSRP,ARHGDIA,FPGS,SNIP1,SH3GL1,KDM2A,KDM2B,LMO4,KCTD5,PSPC1,ILVBL,HGS,SBDS,WDFY3,NOP2,EFNA4,NDRG1,ARHGAP21,SUDS3,DMAP1,TBC1D17,NDUFV1,MARK2,RAP1GAP2,PRNP,KLHDC4,UBE2I,HMGA1,DSTN,KLHL24,CLK2,NFKBIA,HOOK2,HOOK1,GNB2,TAB3,UBE2O,SKIV2L,DEGS2,CLASRP,COPE,MXD4,KDM5B,USP36,ZMYND19,PRKCSH,CHD6,SLC2A3,USP39,MFSD5,SNAPC2,SNAPC4,NUP62,NPTN,CASP2,GET4,RBM14,KLF13,ARHGEF12,PDPK1,DDX56,AXIN1,ARHGEF18,SAFB,EEF1G,ZMYND11,THOP1,RBM22,DCTN6,MVK,POLDIP3,SLC3A2,MOSPD3,RNF4,RMND5B,TBRG1,DNPEP,MAT2A,TAF1C,MKNK2,MTA2,USP20,EYA3,SGTA,MIIP,RPS6KB2,ERCC2,RBM42"
+"gene_set_query"	"538"	"HIVEP1"	"536.0"	"ARCHS4 Coexpression,554;Enrichr Queries,456;GTEx Coexpression,598"	"ITSN2,ANKLE2,TRIO,PITPNB,HDAC11,PPAN,JMJD1C,GABPB1,RPL8,BACH1,BACH2,GCSH,PSMD8,CDC23,ALCAM,HERC1,SNRPD2,PSMD4,ZMIZ1,MYC,DPYSL2,LONP1,EPC1,SNRPD3,SLC12A6,RNF111,SOX4,SRRM2,MED1,DDX18,AQR,MEF2C,SCAF11,FNBP1,ACTN1,ARRDC3,CD3EAP,ANK3,DICER1,RRAGC,DDIT4,UQCRC1,HECA,AURKAIP1,ALG10B,MACF1,NUP205,POM121,DHX8,CDCA4,MYCBP2,NEDD4L,PIK3R1,MRPL12,HIF1A,MTDH,MRPL11,NUAK1,PRDX5,MCMBP,GSE1,TRPM7,HIVEP2,ST3GAL1,ZBED4,SERF2,FIS1,CREBBP,JUN,PRELID1,EDEM1,PLK2,PMM2,PRRC2C,MYO5A,IRF2BP2,MRPL28,PRDX6,MED13L,EXT1,SETX,WNK1,HNRNPF,ID2,CD200,CPEB4,ITM2C,NRP1,SETD5,SETD2,SMG1,BTG1,SLC35F2,CITED2,NAT10,TCF20,SLC7A11,WDR43,AKAP12,TRMT112,NIPBL,MED13,C1QBP,ENC1,DHX15,REV3L,RIOK1,JAK2,JARID2,COX8A,CCT3,NCOA2,WDR36,PBRM1,NUDC,TSC22D1,HSBP1,NSUN2,TET2,NME2,PRPF40A,ASH1L,PPRC1,DYNLL2,DUSP6,CTTNBP2NL,DDB2,MLF2,RHOB,NME1,NCOR2,SLC7A5,ZEB2,PACS2,TET3,PXDN,PELI1,RAPGEF1,WAC,RAPGEF2,SGK1,ARF5,ARF6,SF3B3,ECHS1,AHCY,WDR26,NIP7,WRB,HEATR1,GNAI3,TIMM13,NOL8,COX5B,SLC7A1,COX5A,PSMA7,SCAF8,SNX29,BTAF1,SRP72,NFIL3,SERTAD2,NSD1,AP2S1,CCT7,SRSF10,MEF2D,NKTR,RANBP2,YTHDF2,CSNK1A1,MDH2,HUWE1,SCAF4,GATAD2B,VEGFA,NFIA,NFIB,TAOK1,SERBP1,NDUFAB1,RAB3GAP2,TRIP12,PKN1,OTUD4,SLC27A1,NDUFA13,FBXO28,ROGDI,PEBP1,PRDM2,PARK7,COX6A1,IGF1R,SMCHD1,CHCHD2,TMEM147,BASP1,RNF19A,RUVBL2,CWC22,CFL1,EP300,BANF1,AP2M1,NOM1,TLE3,TRAPPC2L,KDM2A,KDM2B,DYRK1A,ATP11C,ATP11B,PUS7,TMEM131,FOXP1,COX6B1,TUFM,ADAM19,FRMD5,CLIP1,RAB35,WDFY1,NHP2,WDFY3,ANAPC1,SNRPB,ZCCHC7,DDX6,PFKFB3,NDUFB10,NDUFB11,INSIG1,UBR4,ITPR1,PHB,PDS5A,STK4,NDRG1,RLF,RAP1B,SOCS2,PITRM1,UBR5,G3BP1,TBC1D13,CYC1,SLC38A2,SKIL,BPTF,IVNS1ABP,SMAD1,PRNP,NOP14,PTCH1,CRIM1,NUP153,LSM4,ZZEF1,NFKBIA,YRDC,EFNA2,NR4A3,HOOK2,HOOK1,SP3,DMXL2,AAK1,TAB2,ACBD3,OGT,RERE,SLC25A1,DOCK4,DDX47,PRKCSH,CELF2,COX4I1,USP34,CHD6,PPP1R9A,CHD2,AFF4,SYNE2,DUSP11,PTBP1,SPRED2,DUSP12,SART3,PDE4B,PMEPA1,TOPBP1,RBM33,MAPK1IP1L,UTP15,ACTR3,KDM6B,DST,GPX4,DIS3,PDPK1,NAV1,EDF1,NAV2,ARID1A,POMGNT1,ARID1B,PATL1,ARL4C,VCAN,PTP4A3,CREB1,PIK3CA,CTDSP2,NDUFS5,C1D,ETF1,NAA38,BIRC6,TMEM9,PPP1R15A,NFAT5,PPP1R15B,STOML2,SMARCD3,ROCK2,DDX21,AGPAT1,HSD17B10,KCTD20,TDG,TGS1,POLR2E,NCAM1,FEM1C,SMNDC1,AAMP,ATP9B,SPEN,GADD45GIP1,ARFGEF1,USP24,SEC24B,NDUFA4,ATP2B4,ATP2B1,DDHD1,SOD2,NELL2,KLF7,MARCKS,KLF6,NIN,VIM,ATP13A3,TAF2,TAF1"
+"gene_set_query"	"539"	"TFDP1"	"536.3"	"ARCHS4 Coexpression,394;Enrichr Queries,459;ReMap ChIP-seq,120;GTEx Coexpression,1172"	"RPL4,MDC1,MT-ND4,POP7,TFRC,HNRNPU,HNRNPR,EPRS,RPL8,PHB2,SCAMP5,RAVER1,ZMIZ1,PSMD5,MYC,PSMD2,STMN1,PSMD3,AP1S1,IER5,SAMD10,IER2,NUP214,VPS18,NUP210,PIH1D1,CD3EAP,SCRIB,SOX12,GTPBP2,SCAMP3,SND1,HCFC1,BCR,RNF126,DDIT4,VPS25,RPL28,DUS3L,VPS28,PRR14,SLBP,NUP205,POM121,SET,CDCA4,SHMT2,MEPCE,NOLC1,ABCB8,AGAP3,MRPL12,OAZ1,HIF1A,ANAPC11,PRPSAP1,PRDX2,RHOT2,LDHA,PPP4C,HSPH1,LARP1,NUP85,RAD21,VPS11,RRS1,RHBDL1,VPS16,HEXIM1,PRRT1,RPL41,JUN,PRRT2,ICMT,EIF2AK1,IRF2BP1,PBX2,IRF2BP2,MAD2L1BP,CDC7,PA2G4,NR1D1,MRPL24,PRRC2A,HNRNPL,MLLT10,FIBP,HNRNPM,SQLE,UCK2,TBL3,HNRNPK,TDP1,HNRNPF,FASN,HNRNPD,CDK10,PSMG4,DUS1L,FARSA,EZH2,GPR19,ARF1,CDKN1B,PIGO,KCNC3,PHF1,GPT,MED16,KRI1,WDR46,PFAS,MED15,SMG5,BBC3,SHF,TUBA1C,TUBA1B,MRPL40,TUBA1A,FASTK,RPLP2,SH3BGRL3,CIC,APC2,ZC3H10,BRD2,UPF1,TPI1,DUSP1,SPHK2,PGAM1,NSUN2,NIPA2,SIRT7,COPZ1,DUSP6,DDB1,RNF167,MED22,TAF6L,SLC7A5,TUBB2B,TUBB2A,KIFC2,PXDN,TUT1,SLC29A1,GART,VAMP2,PCYOX1,LRRC14,TRUB2,SF3B2,ECHS1,NFIX,SF3B3,SRRT,WDR24,SLC7A1,MRPL55,NRAS,PSMB3,ASNA1,LEO1,AP2S1,USP1,MFN2,SLC17A7,RPS2,ANKRD52,RPL18,SF3A3,SF3A1,LRRC24,SF3A2,PCGF2,NR1H2,TRMT1,LRPPRC,LRRC20,GATAD2A,SKI,AGBL5,ABCB10,MYBBP1A,CCDC9,SNX17,SERBP1,SNX15,TAOK2,YPEL1,ZYX,NUCB1,RPL22L1,PKN1,AGRN,YPEL3,CSE1L,ATN1,AUP1,IPO7,HDDC3,IPO4,IPO5,FADS2,NRBP2,RUVBL1,CFL1,SLC39A7,HMGN2,KPNA2,PLEKHJ1,TLE2,PCYT2,DGAT1,USP5,RPS7,RPS5,PPP1R16A,TRAIP,LENEP,MSH6,PYGO2,ACLY,ILF3,SLC9A5,TXLNA,MSH2,RAB34,NCL,RAB35,SRSF2,PGP,AAGAB,SNRPF,FKBP4,SNRNP200,SQSTM1,SRSF7,KPNB1,ANAPC1,ARL8A,SNRPA,FKBP5,SLC27A4,SNRPB,LRRC59,DNMT1,FKBP2,INO80E,RNASEH2A,PFKFB3,INSIG1,MAZ,GMPS,ISG20L2,AK2,ARL2,FBXO44,RAP1GAP,SBNO1,STIP1,ORC6,PITRM1,NACC1,G3BP1,PGK1,E4F1,SLC38A2,SAC3D1,AKIRIN2,EIF2B4,NOP14,FUS,ASNS,EEF2,SCRT1,UCKL1,LSM2,CHERP,DRAP1,COPS6,SON,CDK5,ZFP62,CDK4,CNOT1,MAFG,SP3,CLPTM1L,LRCH4,LZTR1,BCL2L2,RNF187,EIF4G1,SLC25A1,ZNF512B,LMBR1L,HSP90AB1,MCM7,ZC3H4,CELF1,AP4M1,MRPL4,PTBP1,RPL7A,SART1,PPP6R1,SUMO3,SUMO2,UBTF,WDR5,DGCR8,TNPO2,EIF5A,UNC45A,ACTR2,RFC3,HSP90AA1,REXO1,RFC2,RPL13A,RAD23A,SMC1A,RANGAP1,YDJC,RAD23B,MSL1,GIGYF1,PTP4A2,TRAF7,PTP4A3,DNAJC7,TRAF4,CTDSP2,POLR1B,DNAJC9,ETF1,TOP1,SLC25A5,GAPDH,SLC25A11,DCTPP1,PPP1R15A,MTPN,SMARCD2,HDAC1,PRCC,SRSF1,ZBTB45,SRL,HDAC6,PPM1G,SRM,FOXRED2,GANAB,HIRIP3,PUF60,U2AF2,VPS52,EIF4H,IGF2BP3,E2F4,HNRNPA1,SLC25A22,GADD45GIP1,NOP56,PPP1R14B,MARCKSL1,SPAG7,NOP58,HNRNPA3,TRIM41,PPIL2,CNBP,RNF26,FBXL19,SEMA4C,RPL23A,FBXL16,HNRNPAB,PNRC2,VAPA,PSAT1,IMPDH2,POLR3E,MGAT4B,STUB1,P4HB,RHEBL1,EIF3C,EIF3A,EIF3B,EIF4A2,SLC35B2,VARS,ZMYND8,ZDHHC5,KEAP1,ZDHHC8,ACTB,RPS15,TRIM28,SNRPD2,SNRPD1,RPS18,FLAD1,BSG,LONP1,DENR,TRIM27,RPS11,TMPO,SRRM2,TIPIN,ATP6V1G2,PAQR4,NFKBIL1,CIRBP,MOGS,ACTN4,CPT1C,MFSD11,JMJD8,ANK1,JMJD6,CARHSP1,CDC34,THAP7,PPA1,CDC37,BOLA2,CSNK2B,VDAC1,TTLL12,PFN1,STX1A,CUTA,GCDH,DCUN1D5,ANP32A,DHX9,CSTF2,SUPT4H1,CEND1,TRMT2A,APH1A,DHX37,SURF6,MLEC,MAP4,DECR2,RALGDS,ZBED4,SNHG1,TRAP1,SURF1,INTS1,SURF2,RCC2,SURF4,PYCR2,ERAL1,PAICS,ZWINT,UBAC1,IFFO1,PUM2,CCT6A,INTS5,ANP32E,INTS7,CALR,ANP32B,RGL2,RPS24,C2CD2L,ITM2C,DDR1,DHRS13,DAZAP1,MRPS16,TMEM151B,FAM57B,FAF1,SUV39H1,CCDC124,MRPS12,MYL6B,PRPF19,NAT14,AP2A2,SYNCRIP,GUK1,C1QBP,CHMP1A,TOP3B,CCT3,PARP1,GP1BB,PRMT1,PABPC4,RHOF,MRPS7,APRT,RAB33B,CANX,ALDOA,PTMA,ATP6V0C,DTYMK,PCNA,AHCY,SLC20A1,PRIM1,GBA,CCDC106,COX5A,RXRB,HIRA,ARVCF,PES1,MGAT1,CCT7,CCT5,RANBP1,NPM1,MTX1,GINS4,MIB2,TMUB1,XPO7,UBE2G2,NPM3,GRIN1,PER1,BOP1,NUDT8,CAPZA1,RPA3,HNRNPA2B1,HDGF,ESYT2,DPAGT1,SCARB1,MIDN,NUP188,UBE3C,COMT,PHRF1,CELSR2,CCDC28B,TXN2,FBL,ARHGDIA,KHSRP,PPFIA3,SH3GL1,DNAJB12,KCTD2,ATAD3A,PDIA4,PRPF6,ADAM15,HNRNPUL1,DKC1,FAM173A,HGS,TBC1D24,PPIH,FIZ1,GNAZ,ISYNA1,VCP,NDUFB10,HTRA2,PRPF8,MAN2A2,IRAK1,GRK6,NDUFV1,IVNS1ABP,OST4,HSPA8,PRNP,CPSF7,ACBD4,CBX5,CPSF1,CBX4,CBX3,CBX2,HMGA1,TBCD,KLHL22,NUP153,EFNA2,HOOK2,NASP,UBE2S,GNB2,CHMP2A,GNAS,PHF13,CYCS,TCF3,SAE1,UBE2M,MUS81,CUEDC2,DYRK3,GSK3A,KDM5C,PRKCSH,HMGB1,YBX1,LMNB2,LMNB1,SEC61A1,LASP1,TMEM223,ABHD16A,SNAPC2,CASP3,BCL7C,BCL7B,NUP62,GMPPA,FLOT1,MLST8,FLOT2,PDE4A,TOPBP1,SCYL1,YWHAH,NCBP1,H2AFZ,H2AFX,SPATS2,CAD,RNF208,DDX54,SYNGR3,SEPT5,DCK,SENP3,CKAP5,KLF16,EEF1G,FAM189B,IRF3,TMEM214,DDAH2,NUP50,NDUFS3,THOP1,ATF6B,ASB13,DDX20,DDX21,SLC3A2,RSPH9,MOSPD3,AGPAT1,RNF4,RNF5,THBS3,HSPD1,MTA1,MAT2A,NT5DC2,FAM120A,MAPK1,BUB3,MTA2,FBRS,SPEN,RRM2,TAF15,B3GAT3,HAGHL,CYHR1,NAP1L1,DEK,SSRP1,ERCC1,CARM1,BAX,TAF6,NAA15,VIM,RAN,SSBP4"
+"gene_set_query"	"540"	"ZNF561"	"536.3"	"ARCHS4 Coexpression,474;Enrichr Queries,517;GTEx Coexpression,618"	"EIF4A2,CYFIP2,ZDHHC5,FCF1,HNRNPU,FNBP1L,EPRS,LSM12,CDC23,PPP4R1,PSMD5,SNRPD1,DPYSL2,MYC,ZMIZ2,BSG,HABP4,FDXR,AKT1,EIF2D,CCDC92,PRKACA,ATXN7L3,RPS13,SOX4,AQR,PRKAB2,RPL23,ARRDC3,ACSL6,CD3EAP,MOGS,MAPK8IP3,MRPS18C,PRKAR1B,RFX7,ZW10,DDIT3,DDIT4,KCTD12,RPL29,ANKRA2,PFN1,VPS25,KCTD18,TBC1D9B,DHX8,FLII,PHYHIPL,COPS7B,XPC,PIK3R1,OAZ1,GJC1,APH1A,ABR,PPP3R1,BLOC1S2,ERI3,PIP5K1C,BTF3,JUN,JUP,INTS1,IQSEC1,PLK2,IRF2BP2,PRRC2A,EHD1,CCDC88A,FAM135A,EIF5,EIF6,FASN,TOLLIP,INTS5,NDUFAF2,CALM3,CPEB4,ITM2C,PHF3,ARF3,OGFR,SMG1,PIGU,ARF1,CCDC120,GDI1,CITED2,PRPF19,CLINT1,BBC3,RNF157,SERP2,SYNCRIP,TUBA1C,MRPL42,MAP1LC3A,SPTLC1,SERP1,TMEM43,ENC1,CHMP1A,REV3L,ANXA6,SDF4,PLEKHN1,KIF1A,CIC,RRP15,UPF1,PBRM1,ZER1,TCF12,MINK1,ITPK1,ZDHHC13,AEN,SYN3,DUSP6,DDB2,MLF2,GNL3,ENAH,RAP2B,INF2,PITPNM1,KIFC2,PACS1,TMEM33,PXDN,RAPGEF1,TMEM106B,NCOA7,RHOV,ARHGEF2,SGK1,ATP6V0C,ARF6,NAPA,SF3B3,SATB1,GSTP1,ATL2,GNAI3,NOL8,RPS27L,CCDC106,TM9SF4,CENPB,FAM129B,GNAI2,FGD4,TCEAL5,MICALL1,RPL14,MGAT3,STX6,CLPTM1,MFN2,ATP6V0E2,MAP4K4,YTHDF2,SF3A2,NFYA,CSNK1A1,MBD1,NR1H2,MIB2,MYO9B,GTF2H2,WDR12,SCAF1,VEGFA,RAB11B,XAB2,XPOT,NFIB,TAOK1,SERBP1,TAOK2,CCDC6,TCEA2,NUCB1,RPL22L1,PLP2,PKN1,PNPLA6,GRINA,MTCH1,DBR1,MIDN,CCNT2,FBXO28,CTNND1,CEP120,PDCD5,CLSTN1,RPL10A,FBXO22,SLK,SESN1,ARHGDIA,CFL1,ADORA1,ARID2,SBF1,STK32C,FADS1,AP2M1,SEMA6B,SLC38A1,FBXW5,TPM4,USP5,FBXW7,RPS8,TMOD3,RPS5,TPM1,ATP11B,DGKZ,PIAS2,MORF4L1,TBL1XR1,EHBP1L1,RAB35,ELMO1,SRSF3,CHMP4B,PHIP,ADNP,SNRPF,SRSF6,ISCU,CSNK1G2,ANAPC2,ISYNA1,PFKFB3,RAB5C,ANKRD12,ABHD8,SLC38A10,TOR1AIP2,PDS5A,CORO1B,ORC4,SBNO2,BAG4,DVL1,BTBD2,ZKSCAN3,CAMTA2,LLPH,SLC38A2,SKIL,ZKSCAN1,LRRC4B,MCL1,WDTC1,ESRRA,KLHDC3,TIA1,KLHL24,SSH3,CLK4,SMAD5,DNAJC18,GNAO1,DRAP1,EFNA2,STK24,APPBP2,HOOK2,HOOK1,GNB2,GNB1,MDM2,PI4KA,PIN1,PLEKHM2,LRP10,BRWD1,SCYL3,KDM5B,RBM28,ACADVL,DYRK2,WDR1,PRKCSH,CHD6,RND3,BICD2,PPP1R9B,SEC61A2,DUSP11,SART1,SPRED1,LASP1,CAPZB,MFSD5,PPP6R1,SNRNP70,FLOT1,PMEPA1,EIF2B1,DGCR2,UNC45A,SUN2,PDCD6IP,DST,PDPK1,SECISBP2L,ATRX,ABHD14A,GPCPD1,REXO2,ZFP90,DNM2,PTP4A1,TRAF7,VCAN,TRAF4,NDUFS7,CTDSP2,POLR1B,DNAJC5,ACOX3,NAT8L,PPP1R12C,RNFT2,DCTN5,NFAT5,SMARCD2,GTF2A2,WBP2,VPS4B,USP11,RAB1B,LENG8,ATP1A1,FAM169A,PPM1D,TOB1,LRP6,AP3M2,GNA13,DNAJB2,DCAF15,AP3M1,GANAB,U2AF2,TDG,MKNK2,FCHO2,PTK2B,FEM1C,RALY,CSK,EIF4E,FBRS,RBM39,KDM4B,GALNT1,ATP2B4,RAB10,CLCN7,CLCN6,TSPAN14,KLF6,PFKL,NEURL4,PPP2R2B,NOVA2,MGAT4B,PDCD4,BAX,EIF3E,EIF3F,P4HB,NAA15,PPIL3,EIF3D,METAP1"
+"gene_set_query"	"541"	"ZNF718"	"536.3"	"ARCHS4 Coexpression,193;Enrichr Queries,732;GTEx Coexpression,684"	"RPL5,HNRNPU,EHMT1,SMC5,NDST1,CAPNS1,MPRIP,DPYSL2,ZMIZ2,PSMD3,AKT1,PRKACA,DDX18,WDR75,RFX3,CD3EAP,SCRIB,SCAMP1,SND1,FAM133B,PRKAR1B,DDIT4,ALG10B,CGGBP1,SF1,NUP205,FLII,NEDD4L,MTDH,FLRT2,PIP5K1C,JUN,PRRC2C,PBX2,CDC7,PHC3,PBX1,PRRC2A,HNRNPL,NPLOC4,GIPC1,HNRNPD,DUS1L,CDK13,ARF3,OGFR,PIGU,MRPL36,PHF6,SMG5,DDA1,MED17,TRIM8,MRPL42,NIPBL,TIMP2,ANXA6,DLGAP1,JARID2,CIC,UPF1,WDR36,SHPRH,SLC39A10,DYNLL2,SRP9,MED23,NCOR2,INF2,PXDN,RAPGEF1,PLCB1,ERGIC1,DLST,SLC7A1,CENPB,FAM129B,BCLAF1,CLPTM1,ANKRD52,PAIP2,SRSF10,MEF2D,YKT6,DAB2IP,SCAF1,WDR11,SKI,NFIA,TAOK2,NUCB1,GOPC,PKN1,CEP120,CLSTN1,ATN1,FBXO22,SLC8A1,LAMP1,SMARCAD1,MACROD2,SLC39A7,MAP3K7,CSNK1G3,ANKRD49,MAP2K2,ATP11C,PRPF4B,THOC2,CTDNEP1,MORF4L1,MSH2,ARMCX6,RAB35,MAPKAPK2,PHIP,CSNK1G2,ANAPC2,KHDRBS1,LRRC59,INO80E,RAB5C,SLC38A10,SBNO2,DVL1,BTBD2,NACC1,ZKSCAN3,ABL1,DVL3,ESRRA,TRAPPC2,HPS3,EEF2,SH3BP5L,NBEA,CDK4,SP3,PLEKHM2,PLXNB2,GPR107,CLPTM1L,NFE2L1,EIF4G1,RNF187,ZNF512B,ZC3H4,PTPN23,SYNE2,DUSP12,SART1,PPP6R1,SNRNP70,PSD3,SUMO2,TLK1,EVI5L,TNPO1,EDIL3,REXO1,ATRX,RANGAP1,RAD23B,ARFGAP1,TRAF7,PTP4A3,POLR1B,DNAJC5,BDP1,BCAT1,PPP1R12C,NFAT5,HDAC2,CANT1,UHRF2,SRSF1,LENG8,MLLT1,LRP8,MLLT6,DNAJB2,AP3M1,GANAB,DNAJB6,U2AF2,MEST,EIF4E,PCDH7,CDC42BPB,TPD52L2,PNRC2,PINK1,MGAT4B,EIF3E,SNRNP48,P4HB,PPIL3,PPIL4,EIF3B,APP,VARS,ZDHHC5,ZDHHC8,TIAL1,HERC4,CDC23,TRIM28,LONP1,ATXN7L3,TMPO,CALN1,SRRM2,ST6GAL1,SCAF11,RECQL,CSNK1D,MOGS,ACTN4,ANK1,MAPK8IP3,TIAM1,ANKRA2,TRIB2,TBC1D9B,TMEM63B,TMTC1,PIK3R1,INPP5B,APH1A,ERI3,GSE1,TRPM7,MAP4,SEC31A,PTPRN2,TMEM184B,INTS1,BCL11A,ZZZ3,STAG2,FUBP1,DAZAP1,PTPRS,GRIK5,AP2A1,SLC7A11,VLDLR,PRPF19,AKAP12,SYNCRIP,PCLO,DHX15,SDF4,GABPA,GIT1,PBRM1,ZER1,GAA,MINK1,KIN,MN1,PITPNM1,ARHGEF2,SGK1,ATP6V0C,PRIM2,SATB1,SATB2,PRIM1,NOL8,GNAI2,HIRA,ARNT2,NPM1,MON2,MTX3,PLEKHA5,AP3D1,SORBS2,VEGFA,KLHL9,RAB3GAP2,HDGF,PNPLA6,GRINA,CD81,HDLBP,UBE2Z,IGF1R,PPIP5K2,KIF5C,ARHGDIA,CWC22,SBF1,SH3GL1,SLC30A5,EEF1A1,HNRNPUL1,TMX1,HNRNPUL2,SCN8A,EHBP1L1,WDFY1,UBE2V2,CHMP4B,PPIG,ZCCHC7,COPB1,CACNA1A,PDS5A,SUPT6H,DPP6,IRAK1,CAMTA1,RAP1GAP2,CPSF6,CBX5,AUTS2,PTCH1,DNAJC13,SMAD5,HOOK2,HOOK1,GNB2,JMY,GNB1,STT3A,LRP10,MXD4,UBE2M,B4GALT2,ACADVL,KDM5C,GSK3A,NVL,PRKCSH,HP1BP3,CHD6,ATP2A2,HMGB1,AFF3,PPP1R9A,TTC28,PPP1R9B,SEC61A1,SEPT9,LASP1,ZC3H7A,ZC3H7B,PDE4B,YWHAG,SCYL1,ARHGEF11,EED,PDPK1,H2AFZ,PDE4D,KLF16,DNM2,LATS1,VCAN,CREB1,TMEM214,AKT1S1,CDH13,SHANK2,B4GALT5,NRXN1,ATP1A1,RNF4,ADD1,AGPAT3,FAM168B,TRA2B,GNA11,TAF1A,FAM120A,BUB3,FBRS,RRM2,PDE4DIP,DEK,CLCN7,PPP2R2B,CARM1,ACIN1,SSBP2,RBMX,TAF2,TAF1"
+"gene_set_query"	"542"	"ZNF703"	"536.7"	"ARCHS4 Coexpression,232;Enrichr Queries,701;GTEx Coexpression,677"	"ALKBH3,PREX1,PSMD7,CAPNS1,RAVER1,DPYSL2,MYC,PSMD3,AKT1,PRKACA,IER5,IER2,PRKAB2,NGDN,DAPK3,CD3EAP,SCRIB,SOX12,HCFC1,DDIT4,PRR12,SF1,ATF4,POM121,FLII,MEPCE,NEDD4L,SLAIN2,CYB5R1,LARP1,WDR70,PRKAR2A,ST3GAL1,S100A10,NAA50,JUN,JUND,ICMT,JUP,CADM1,PLK2,SETD1A,NR2F1,IRF2BP1,NR1D1,PBX1,PRRC2B,THAP11,PRRC2A,HNRNPL,FASN,GIPC1,DUS1L,CDK16,BTG1,RPLP1,SETD7,CTCF,OSBPL11,SMG5,TMEM43,JARID2,CIC,EMD,RRP15,DLGAP4,LRRC47,UPF1,BRD2,DUSP6,NCOR2,SLC7A5,INF2,PXDN,GAS6,PAFAH1B2,NFIX,STAU1,ATL2,SLC7A1,ADCY6,CENPB,CLPTM1,FLNA,CKB,ANKRD52,RPS2,MEF2D,EGLN1,MBD3,SF3A1,BRF2,SF3A2,NR1H2,SAMD4B,SNX21,SRP68,SCAF1,SKI,NFIA,MYBBP1A,NFIB,SNX15,PSMC2,TAOK2,PKN1,AGRN,FBXO28,ATN1,CLU,STK11,CDH2,CFL2,KPNA6,FBRSL1,KPNA4,MAF1,LZTS2,SH3GLB2,SLC38A1,MAP2K2,IGFBP3,TPM1,PPP1R16A,DYRK1B,POLRMT,RNF40,CTDNEP1,ATXN2L,CLIP1,FSCN1,MAPKAPK5,FKBP4,FKBP5,SLC27A4,ANAPC2,LRRC59,INO80E,PFKFB3,RAB5C,CUL5,MAZ,UBR3,CORO1B,FBXO42,KLC2,DVL1,BTBD2,NACC1,PLXNA2,DVL3,MAP2K7,ESRRA,SEC16A,TMEM132A,FANCE,EEF2,CHERP,LRFN4,TMEM11,DMXL2,CNOT3,PLXNB2,NFE2L1,EIF4G1,RNF187,ZNF512B,FHL1,PTPN23,DUSP12,SNRNP70,PMEPA1,HIF1AN,PELP1,REXO1,RAD23A,REXO2,RANGAP1,ARFGAP1,ARL4C,TRAF7,PTP4A3,CTDSP2,AHDC1,GTF3C1,SMARCD2,CANT1,RAB1B,PRCC,ZBTB45,MLLT1,LRP3,GANAB,HECTD1,NCLN,DNAJB6,CCDC85C,U2AF2,UBQLN4,MARCKSL1,CIZ1,FEM1A,FEM1B,SMOX,CNBP,FBXL19,FOXJ2,CDC42BPB,HNRNPAB,CUL4A,MARCKS,KLF6,RAB12,POLR3E,MGAT4B,STUB1,BCAR1,KDELR1,PREP,KEAP1,ZDHHC8,TRIM28,DAG1,SOX4,TBC1D10B,SRRM2,EPHA4,BOLA1,MRPS18A,CSNK1D,MOGS,ACTN4,CSNK1E,THAP4,ZW10,ULK1,KCTD15,TELO2,TBC1D9B,PIK3R2,PIK3R1,APCDD1,APH1A,UGCG,SYMPK,TNRC18,TMEM184B,INTS1,UBAC1,GADD45G,ID2,ITM2C,NRP1,DAZAP1,CITED2,PRPF19,PTPRF,PTMS,RPTOR,AKAP12,CHMP1B,KIF13A,ENC1,RAC3,SDF4,CTSD,CTSB,TSC22D3,MLF2,RHOB,MN1,PITPNM1,CSDE1,FAM20C,SGK1,ATP6V0C,CSTB,AKAP8,CRIP2,CHRAC1,CAMK2N1,PES1,HSF1,RPA1,TMUB1,AP3D1,UBE2G1,VEGFA,PDCL3,PRKRA,NEDD4,HDGF,TACC2,GRINA,MIDN,UBE3C,HDLBP,UBE3A,ARHGAP39,IGF1R,BASP1,ARHGDIA,KHSRP,SBF1,SH3GL1,LMO1,ATP1B1,ATAD3A,HNRNPUL1,EHBP1L1,SBDS,NDRG1,PRPF8,SUPT6H,CACNA1H,EFNB2,RAI1,IRAK1,H1FX,TBC1D17,BCL9L,SMAD1,PRNP,CBX4,CPSF1,SSH3,H1F0,HOOK2,HOOK1,UBE2S,GNB2,AMOTL2,UBA1,MXD4,UBE2M,B4GALT2,KDM5C,GSK3A,PRKCSH,MAST2,USP39,LMNB2,EEF2K,ZC3H7B,MYO18A,SPEG,NAA30,PDPK1,PDE4D,H2AFX,DDX54,NAV2,ARID1B,SENP3,EPN1,KLF16,DDX19A,FAM189B,VCAN,PPDPF,AKT1S1,CUEDC1,KDM3B,WIZ,TOB1,USP19,STRN4,STRN3,TMEM201,DNPEP,MTA1,GNA11,MKNK2,FBRS,ABCF1,SPEN,PDAP1,PPP2R3A,MEIS2,ACVR2A,NEURL4,ASB8,CARM1,RBM42,VIM"
+"gene_set_query"	"543"	"RFX1"	"537.8"	"ARCHS4 Coexpression,840;Enrichr Queries,72;ReMap ChIP-seq,73;GTEx Coexpression,1166"	"CLPB,TRRAP,TESK1,HNRNPU,SLC4A3,ENO2,SCAMP4,RNF114,RAVER1,ZMIZ1,AKT2,CSPP1,DPYSL2,ZMIZ2,MYC,AP1S1,IER2,TMEM8B,NUP214,GABARAPL2,SAP30BP,DAXX,TSPYL1,ARMC9,CD3EAP,SCRIB,SOX12,HCFC1,BCR,BIN3,DAAM1,WDR81,DDIT4,JTB,RPL27,NUP98,PRR12,RPL28,PRR14,TSPYL4,SF1,TTYH3,MEAF6,ABCB6,NPRL2,MEPCE,ATXN7L3B,AGAP3,PRKCZ,MRPL11,PRDX2,PRDX5,RDH14,PIP5K1C,ATRIP,HEXIM1,EDEM3,PRRT1,JUN,ACD,CREBBP,PHC2,JUND,CADM1,JUP,SETD1A,NR2F1,PBX2,MRPL28,SNF8,NR1D1,MCAT,MRPL24,PRRC2A,EIF1,EHD1,TADA2B,GNPTG,SQLE,ABTB1,MEX3A,ARL2BP,QARS,GIPC1,HNRNPF,TDP1,FASN,SFXN3,ATG2A,CDK10,ARF3,OGFR,PIGU,PIGT,SPEF1,PIGO,ELL,PHF1,SMG7,MED16,WDR46,MED15,PQBP1,JPH4,TRIM8,UBL5,TRMT112,ENSA,GPR137,RPLP2,TCP11L2,CIC,JAK1,DLGAP4,APC2,UPF1,BRD2,NUDC,DUSP1,MRPL49,SIRT7,GNL2,GMIP,MED26,WDR35,COPZ1,DUSP6,SIRT3,SLC7A4,NCOR2,MRPL53,SLC7A5,MED25,INF2,KIFC2,PXDN,PTRH1,RNF166,SLC29A2,TRUB2,ELOF1,NFIX,LIN37,SRRT,GPS2,WDR24,CENPB,GGA2,FGD3,GGA1,PSMB7,RECQL5,PPP1R7,ASNA1,BRD8,MEF2D,DEDD,BRD4,SF3A1,EGLN2,MBD6,SF3A2,MBD1,NR1H2,SYVN1,TTC9B,SCAF1,GATAD2A,TM9SF2,TM9SF1,ABI2,MORN4,NFIA,SNX17,CCDC9,JKAMP,TTLL1,SHKBP1,ZYX,TSR1,CIAPIN1,PKN1,AGRN,RNF141,YPEL3,SLC27A1,TOR2A,ANKRD13D,TUSC2,ATN1,CASC4,RNF19B,STK19,ZBTB22,IPO4,TM7SF2,YY1,STK11,STK16,RUVBL1,FBRSL1,PIM3,HMGN2,STK32C,GTF2I,SLC25A46,PIAS4,TLE4,TLE3,RNF44,FBXW5,PCYT2,MAP2K2,FBXW7,TPM3,RPS5,FBXW9,PPP1R16A,AIP,VRK3,FOXP4,PGD,GTF2F1,POLRMT,DGKZ,RNF40,CDC25B,TRAIP,FOXP1,ATXN2L,CTDNEP1,PYGO2,CLIP2,ACLY,ILF3,PGP,FSCN1,CSNK1G2,FKBP5,ANAPC2,CUL9,INO80B,FKBP2,DNMT1,RNASEH2A,CD151,RAB5C,TUBGCP2,TNKS,ABHD2,ANKRD11,MAZ,ISG20L2,AK2,UBR4,SPATA2,UBFD1,CORO1A,SLC9A1,SBNO2,KLC2,STK36,UBR7,PMVK,G3BP1,BTBD2,E4F1,CCDC32,MAP2K7,ZKSCAN1,NADK,IP6K2,MPDU1,WDTC1,ESRRA,TMEM120B,EIF2B4,ANKRD34A,AKIRIN1,RAB4A,EIF2B2,ODF2,POLR3GL,TNK2,TRAPPC9,EEF2,CHERP,LSM2,COPS6,LSM7,CPD,MAFG,CNOT3,PLXNB2,PIN1,PLXNB1,LRCH4,CNIH2,EIF4G3,NFE2L1,MDM1,BCL2L1,LMBR1L,DIDO1,SLC25A3,MCM7,NUMA1,ZC3H4,ZC3H3,CEP164,CELF3,AKAP8L,PIK3CD,UFSP2,ETFB,DUSP18,PTPN23,ARRB2,AP4M1,NGRN,PTBP1,DUSP12,FSD1L,AP1G2,PPP6R1,PPP6R2,WDR6,WDR7,EVI5L,MDP1,TNPO2,EID2B,DIS3L2,REXO1,RFC2,TNFRSF19,SH2D3C,LIX1L,VPS13A,TFIP11,VPS37B,COASY,ZFP90,DDOST,MSL1,QTRT1,GIGYF1,PTP4A3,DALRD3,CTDSP2,POLR1C,C1D,ETF1,PPP1R12C,SLC25A14,AHDC1,HDAC5,NFAT5,WBP1,SRC,ROCK2,GTF3C6,MGRN1,SRF,RAB1B,PRCC,CXXC1,KATNB1,LENG8,ZBTB45,MLLT1,FOXK1,FURIN,HSD17B12,PPM1G,DCAF15,AP3M2,DNAJB1,FZR1,PARD6A,FCHO1,POLR2A,U2AF2,PHKG2,SH3BP2,CDC37L1,FEM1C,CSK,SLC25A22,POLR2L,SLC35A2,PPP1R14B,NDUFA5,RNF25,FBXL19,MBOAT7,RPL35A,FBXL16,BAIAP2,CABLES2,ATOX1,TRIT1,FBXL12,KLF6,IMPDH1,EIF3I,IMPDH2,POLR3F,RUNDC1,TRIM37,STUB1,POLR3H,SMAP2,BCAR1,EIF4A1,PANK2,IFITM2,HDAC10,ZMYND8,PITPNA,GDE1,DIXDC1,TXNDC12,ACTB,TXNDC17,CYB5D1,GOLGA2,RASSF1,FRAT2,TRIM28,SNRPD2,SAP130,BSN,BTRC,CCDC92,SOX4,TBC1D10B,SLC12A9,SRRM2,ACTN1,CIRBP,PTOV1,MOGS,CSNK1D,ACTN4,JMJD8,MAPK8IP3,MAPK8IP1,POR,KATNAL1,CDC37,GRWD1,CSNK2B,ULK1,FLYWCH1,FAM76A,CUTA,NUMBL,TEX264,FBF1,PIK3R2,UBE2J2,IGSF9,DHX30,APOO,PDCD11,DHX34,ATP6V0A2,SYMPK,GSE1,TNRC18,RALGDS,VAT1,CTSA,VASP,BBS1,INTS1,STK11IP,IQSEC1,TREX1,SMARCA2,SMARCA4,RPS27,CALY,ARMC10,ID2,NDUFAF3,RGL2,C2CD2L,ITM2C,CITED2,CETN2,TECR,MRPS12,AP2A1,MIA3,SIPA1L3,LIMD2,THTPA,CAMKV,PCF11,HYAL2,XPO6,CHMP1A,MLX,DHX16,KIF1A,BBS4,GIT1,COX8A,PSENEN,PRMT5,CCT2,PCYT1A,PRMT2,MRPS7,ITFG2,SREBF2,VAV2,MLF2,RHOB,GAK,PITPNM1,PACS1,UFC1,ARHGEF1,FAM193B,ATP6V0C,DBN1,STK40,STX12,MRPS36,DOT1L,DERL2,CRIP2,CCDC106,RELA,GNAI2,MNT,ZDHHC18,CHRAC1,NFIL3,CUX1,CAMK2N1,PES1,HSF2,PEX16,MTX1,YIPF3,GBF1,RSRC2,MYO9B,VEGFA,RAB11B,ATAT1,CSDC2,NDUFAB1,SGSM2,NBR1,HDGF,FAU,PNPLA6,DPAGT1,OTUD5,CRTC2,MIDN,SYS1,CRTC1,SPPL2B,PHRF1,UBE2Z,ACRBP,CCDC28B,IGF1R,EFTUD2,ARHGDIA,KHSRP,SNIP1,EP300,ATG9A,WRNIP1,KCTD2,ATP1B1,TMX4,PHOSPHO2,FAM173A,EHBP1L1,XPR1,ZCCHC8,COPB2,ISYNA1,VCP,BTF3L4,PXN,CLEC16A,LTBP4,CACNA1A,RPF2,EFNA4,TMEM121,CACNA1G,DPP3,RAI1,SHARPIN,EFNB3,TCTEX1D2,CASKIN1,GRK6,EP400,ZC3H18,CAMTA2,MYH10,PDZD8,ANKZF1,PDZD7,MARK2,BCL9L,SYT5,PNPT1,ZFHX2,ACBD4,UBE2I,CBX4,CBX2,VTA1,PCIF1,HMGA1,IFT122,DSTN,CNOT10,NUP153,KLHL23,SUPT5H,EIF2S2,CRLS1,SSH3,COQ6,MANBAL,TDRD3,IFT20,ARHGAP33,AHI1,EFNA3,EFNA2,TMEM115,HOOK2,CCPG1,HOOK1,GNB2,CHMP2A,SKIV2L,CLASRP,LRP10,UBE2M,LRP11,MXD4,GPSM1,RERE,B4GALT3,DYRK3,GSK3A,PRR7,NAA40,MAST3,PRKCSH,CHD6,CHD4,DDX41,LDB2,RND2,PKD1,TMEM191C,RPGR,CABIN1,PPP1R9B,SEPT9,ABHD16A,SNAPC4,MLST8,PDE4A,TIMM17B,YWHAG,YWHAH,BCKDHA,KDM6B,SUN2,KLF13,USP42,GLRX3,PDPK1,GLRX5,H2AFX,AXIN1,NAV2,ARID1A,SENP3,EPN1,CKAP4,KLF16,DNM2,EEF1G,DDAH2,NUP50,CAT,CRY2,MAN1B1,NAT8L,THOP1,CUEDC1,PFDN5,OTUB1,TSEN34,AGPAT5,STOML2,MVK,ATF6B,NAA20,WIZ,RSPH9,ATP1A1,HMGCR,AGPAT1,DLL1,RNF5,TOB1,STRN4,STRN3,U2AF1L4,THBS3,CYTH2,MAPK7,MTA1,DNPEP,PPP2R3C,TAF1A,NT5DC3,MKNK2,VHL,FBRS,CLASP1,PDLIM7,SPEN,KDM4B,CHURC1,BAD,USP21,QPCTL,SGTA,HAGHL,CYHR1,LRWD1,SSRP1,MEIS3,CDK11B,MAPK10,MAPK11,NEURL4,ERCC1,CARM1,POLE3,CDK2AP2,TAF6,SSBP4"
+"gene_set_query"	"544"	"ZHX3"	"538.0"	"ARCHS4 Coexpression,658;Enrichr Queries,542;GTEx Coexpression,414"	"NCKAP1,APP,TRIO,AHCYL1,ZFYVE9,ZMYND8,ITSN1,DIXDC1,ADARB1,NDST1,HERC2,LSM11,RUSC2,MPRIP,ZMIZ1,DPYSL2,DPYSL3,AKT3,HABP4,DIP2C,GLUL,EPHA4,EPHA7,MEF2C,RBFOX1,RBFOX2,SLC6A17,ARRDC1,LIMCH1,ACTN1,PRKCE,PAQR3,ZFP2,ARMC9,MTUS1,CD3EAP,FRS2,ANK2,ANK3,EML1,MAPK8IP1,ARMC1,EID1,KATNAL1,CRYZL1,DDIT4,KCNQ4,PSME2,SPARCL1,HECA,TLN2,MACF1,SLC45A1,STXBP1,SDC3,NEDD4L,AGAP1,CD99L2,TMTC1,PIK3R1,ADH5,APH1A,FAM171A1,ABR,PLCG1,HIVEP2,PIP5K1C,MAP4,GPM6B,RAB11FIP5,BBS1,ABCA2,JUN,CADM3,CADM1,PLK2,H3F3A,MICAL3,MICAL2,DCLK2,HSPA12A,SMARCA2,PBX1,WDR55,SLC6A6,WNK1,ID2,FAT3,FERMT2,CDS2,CPEB4,ITM2C,PYGB,NRP1,MOCS2,PIGU,HIP1,GDI1,CITED2,GPR21,SETD7,BMI1,AKAP11,SLC22A17,TRIM2,ENC1,NCS1,KIF13A,TIMP2,KIF1B,KIF1A,BRD3,LYPLA2,TSC22D3,ZFR,TET2,ASH1L,MTSS1,RGMA,RHOB,ENAH,NCOR2,BACE1,ZEB2,MRAS,PACS2,PXDN,FAM20B,ARHGEF4,MAPRE3,MAPT,SGK1,GAS6,GAS7,NFIX,PRICKLE2,CENPB,ADCY5,PPP2CB,GGA3,FAM172A,CUX1,TCEAL3,GPC1,TCEAL1,SPOP,APBB2,CKB,GPC4,NCDN,MEF2D,JAM3,MAP4K4,DYNC1H1,ARNT2,GABBR1,NFYB,SORT1,DAB2IP,PLEKHA6,SORBS1,GTF2H5,PPP1CA,VEGFA,SKI,NFIA,NFIB,SLMAP,CAPZA1,PKN1,MEGF8,ZFP28,PHLDB1,FAM13B,CTNND2,CLSTN1,HDLBP,ATN1,FRY,CLU,IGF1R,PPP1CB,NRBP2,IPO9,CDH2,SESN1,KIF5A,ADORA1,PIM3,FADS1,IGFBP3,MAGI2,TPM1,TMOD2,SHISA4,OCRL,LMO7,ATP1B2,TANC2,FOXP1,CLIP3,TOM1L2,ACAP3,CLIP2,OLFM2,RAB31,DMWD,EEF1A2,WDFY3,FKBP5,GNAZ,NDRG4,PFKFB3,ARHGEF26,ARHGEF25,ABHD2,ITPR1,NDRG2,NDRG1,CACNA1H,RTN4,ENHO,ARHGAP21,PITRM1,DVL1,PLXNA2,SRGAP1,RAB6B,MARK1,PRNP,CBX6,ATP8B2,PTCH1,KLHL23,CORO2B,MANBAL,REEP1,GNAO1,BCL9,LRCH2,HOOK2,RHEB,HOOK1,DLG4,SPIRE1,BCL2L2,NFE2L1,MXD4,RERE,B4GALT3,PCDHGB7,THRA,DOCK9,PRKCSH,MAST2,FHL1,CHD6,ATP2A2,SOBP,PKD1,DUSP12,SCRN1,PSD2,SGCB,ZC3H7B,RNPEP,PSD3,DACT3,CASP2,PMEPA1,SPEG,ERC1,EVI5L,NEO1,TNPO2,YWHAG,PPP1R12A,ARHGEF12,KLF13,DST,PDPK1,H2AFV,NAV1,NAV2,PTBP2,PJA2,DNM1,VCAN,PTP4A3,IRF3,DDAH1,ASPH,SETBP1,SNPH,CTDSP2,C1D,ZMYND11,NAT8L,SEC22C,TRABD,NFAT5,NLGN1,LRP1,DCTN1,NRXN2,ASAP1,ADD1,DNAJB2,FAM168B,ABLIM1,FAM168A,DNPEP,RPS6KC1,SAP30L,GNA11,GNA12,NT5DC3,CSK,FEM1C,FYN,SLC25A23,CAMK2G,ATP9A,SLC35A2,NTRK2,NEGR1,PCDH7,LIMK2,PCDHGC3,B3GAT1,LCA5,ATP2B4,PDE4DIP,PTPN11,CDC42BPB,CDC42BPA,MEIS2,ENOX1,TNRC6C,RPIA,KLF6,PINK1,NFASC,FMNL2,TEF,PPP2R2C,SYT11,VPS45,VIM,SSBP2,CLUAP1"
+"gene_set_query"	"545"	"ZNF423"	"539.7"	"ARCHS4 Coexpression,303;Enrichr Queries,665;GTEx Coexpression,651"	"CNTFR,ISCA1,ZFYVE9,STMN4,FNBP1L,HS6ST1,NUDT3,BACH2,DCAF6,NFU1,PREX1,GPR173,DPYSL4,DPYSL5,ZMIZ1,DPYSL2,IGLON5,DPYSL3,KIF21B,EPHB2,SEPHS1,EPHB1,EPHA4,MEF2C,SMARCC1,RBFOX2,CACNA2D1,MED8,PTOV1,MOGS,ANK2,SOX11,ANK3,SOX12,SCAMP2,MAPK8IP1,EML4,SFRP1,BIN1,FEZ1,RUFY3,FEZ2,DDIT4,KCNQ2,SPARCL1,OBSL1,TRIB2,LLGL1,PFN2,ASTN1,TSHZ3,TARSL2,MAGED1,TTYH1,SDC3,AGAP1,CD99L2,PIK3R1,APH1A,NKAIN1,FAM171A1,NUAK1,FAM171A2,PPP4C,FLRT2,PCBP4,PATZ1,GPM6B,ST3GAL3,B4GALNT4,PRELID1,JUN,FZD3,PTPRN2,PHC1,CADM4,FAM78B,CADM1,BCL11A,ST8SIA2,NR2F1,DCLK2,PBX1,DCLK1,PRRC2B,SMARCA4,MEX3A,VANGL2,EIF6,PPP1R1A,H2AFY2,PKIA,HNRNPF,WNK2,FXYD6,DCHS1,LRRN1,FAT4,DZIP1,RCOR2,ITM2C,GABRB3,ROBO2,DDR1,NRP1,HIP1,PTPRS,CCDC127,GDI1,GRIK5,DIS3L,MYL6B,RYR3,ROBO1,PTMS,AKAP12,PPP3CB,UCHL1,TUBA1A,ZMYM3,KIF1B,KIF1A,RAB8A,CEP68,APC2,ZYG11B,PCYT1B,SIRT7,DUSP6,MLF2,RGMA,NCOR2,RNF144A,ENAH,MN1,TMEFF1,ZEB2,TUBB2B,MRAS,TUBB2A,KIT,PXDN,MAPT,SGK1,DBN1,GAS7,NFIX,STAU2,AKAP6,PRICKLE1,PTN,FGD1,ARVCF,CUX1,LMAN2,GPC2,GPC4,CTNNA2,EXTL3,PAIP1,RUNX1T1,MYEF2,SLC31A1,PCGF2,DAB2IP,SORBS2,SORBS1,LRRC20,SLC8A3,NFIA,ABI2,NFIB,KIF26A,CAPZA1,TTC3,CACHD1,PKN1,PLP2,MEGF8,ANKRD13B,KDM1A,CTNND2,CLU,CELSR2,CELSR3,RIMS4,ATCAY,SALL2,CDH2,KIF5C,TUBB3,BASP1,CFL2,STK16,HCFC1R1,PALM,ANKRD13A,GTF2I,MAGI1,SEMA6C,IGFBP2,TTC7B,SHISA4,ATP11B,FRMD4A,POU3F2,POU3F3,FOXP1,CACNB1,CLIP3,OLFM2,DOK5,EEF1A2,ERP29,SNRNP27,TOX,FKBP3,SRSF9,RTN2,ISYNA1,BRSK2,PKDCC,CUL5,NTM,AK1,ITPR1,UBR3,LPL,CACNA1A,FBLN1,CACNA1C,DTX4,LRRC55,CAMSAP1,PHF21B,EFNB2,BTBD1,NDN,SUDS3,KIF3C,MYH10,LRRC4B,CBX5,AUTS2,WSCD1,PTCH1,CBX2,CBX1,KLHL23,CORO2B,CNOT4,PTPRD,ARHGAP33,BCL9,HOOK2,NBEA,NSG2,STK25,ARPC3,HOOK1,REEP2,OSBPL1A,YWHAE,SCHIP1,TRADD,CELF2,FHL1,CELF3,CHD6,PSIP1,LDB2,SOBP,AFF3,RND2,ELAVL3,NGRN,PTBP1,SCRN1,SGCB,RNPEP,CASP2,PMEPA1,DGCR6,NEO1,DACT1,TRIM67,ADAMTS7,AKTIP,PDE4D,RAD23A,NAV1,NAV2,DUSP26,YDJC,COASY,NIPSNAP1,SEPT3,VCAN,PTP4A3,GAP43,RABEP1,RCN2,RER1,IGDCC4,SETBP1,NUP50,NDUFS4,C1D,CDH11,CDH13,SLC25A12,RBM24,SHANK2,HDAC2,SMARCD3,NLGN2,ATF6B,PPM1L,HDAC1,NRXN1,WBP4,CRMP1,NRXN2,TTL,ADD2,STOX2,CACNG7,IGFBPL1,SV2A,DNAJB5,NT5DC2,POLR2D,SLIT1,SPOCK1,FYN,NCAM1,IGF2BP3,FSD1,HNRNPA1,CACNG4,HNRNPA0,NIPSNAP3B,SLC35A2,ARFGEF1,TUB,NTRK2,LINGO1,MARCKSL1,KCNJ11,FEM1A,PCDHGC4,USP22,PDE4DIP,MEIS2,CHFR,NELL2,PINK1,SUCLA2,SBK1,SYT11,BRMS1L,RAB12,TSPAN18,NOVA2,FAM131B,VIM,PFKM,MDGA1,SSBP3"
+"gene_set_query"	"546"	"ZBTB46"	"541.3"	"ARCHS4 Coexpression,342;Enrichr Queries,612;GTEx Coexpression,670"	"CNTFR,GMFB,STMN2,STMN3,STMN4,ENO2,HS6ST1,BACH2,RNF112,PREX1,DPYSL4,ZMIZ1,IGLON5,DPYSL2,MYC,ZMIZ2,DPYSL3,LONP1,KIF21B,RPL37,SOX4,SRRM3,SRRM4,MEF2C,RBFOX3,LIMCH1,ACTN1,PTOV1,CD3EAP,CSNK1E,SOX12,MAPK8IP3,ANK1,PISD,MAPK8IP1,NISCH,TIAM1,EML5,DDIT4,KCNQ2,HECA,PRR12,TRIB2,OBSL1,CTXN1,KCTD15,PAXIP1,TTYH3,STXBP1,TRANK1,PIK3R3,PDGFA,AGAP1,PIK3R2,AGAP3,NKAIN1,SYNGR1,FAM171A2,PCBP4,INPP5E,CHST15,PLCG1,PIP5K1C,RAB11FIP3,S100A10,B4GALNT4,ZSCAN18,PRRT2,JUP,CADM1,DMPK,PDE2A,MICAL3,MICAL2,L1CAM,MEX3D,PRRC2B,SMARCA4,MEX3A,STAG2,ID2,WNK2,RPS20,DCHS1,RCOR2,EZH1,RPS24,CPEB4,ITM2C,CDKN1C,NRP1,TMEM151B,HIP1,PTPRS,KCNC1,GDI1,SLC44A2,KCNC3,GRIK5,FAF1,DIRAS1,DIRAS2,GRIK2,AP2A2,NAT14,TRIOBP,PTMS,SHF,SMPD3,AKAP12,TRIM9,UCHL1,MMP24,PCLO,TRIM3,SH3PXD2B,TIMP2,NEFM,GPRASP1,JAK2,DLGAP4,APC2,DFFB,GRIPAP1,PRMT7,ANO8,DUSP8,DYNLL2,DUSP6,MTSS1,COMMD4,RNF144A,MN1,ZEB2,TUBB2B,PACS2,PXDN,FAM20C,SGK1,SFI1,DBN1,RNF165,GAS7,GRAMD1B,NFIX,ADAM22,CRIP2,CAMKK2,BEGAIN,ARVCF,NFIL3,CHN2,GPC1,CAMK2N2,RPL13,GPC2,ZSWIM4,RUNX1T1,MAP4K4,NPDC1,GABBR2,MPP3,PCGF2,DAB2IP,AP3D1,SORBS2,SKI,NFIA,KIF26A,SGSM2,TAOK2,PKN1,MEGF8,YPEL4,ANKRD13B,DGKE,PHLDB1,MIDN,CRTC1,CLSTN3,ATN1,CELSR3,SLC8A2,IGF1R,TMEM145,KIF5C,BASP1,POGZ,PALM,FBRSL1,SH3GL2,FADS1,PPFIA3,PPP1R16B,SEMA6C,TLE2,IGFBP3,TPM1,CTNNBIP1,ADAM11,LMTK3,TSC2,TSC1,KCTD2,FRMD4A,VASH1,KCTD6,DISP2,ADAM19,CACNB1,ACAP3,CACNB3,SLC9A5,DMWD,MADD,EEF1A2,FSCN1,PGP,ANKS6,ABCG4,RTN4R,BRSK1,SEMA7A,SHC2,BRSK2,PFKFB3,PKDCC,UQCRB,ANKRD11,CHRD,CACNA1A,DTX3,SEZ6L2,NDRG1,LRRC55,CAMSAP1,CACNA1H,PHF21B,SOCS2,EFNB2,NEUROD2,IGSF21,SCRT2,SNN,KLC2,NACC1,SAFB2,PLXNA2,CAMTA1,CDH24,NDN,SRGAP3,MARK4,BCL9L,CD276,LRRC4B,TMEM120B,SYT4,ZFHX2,AUTS2,CBX2,CBX1,CRIM1,CLK4,SYT7,SCRT1,UCKL1,EFNA2,HOOK2,HOOK1,LHX2,GNB1,REEP2,GNAS,CNTN2,LSM14B,CNIH2,MAP3K12,MXD4,GPSM1,RERE,DAGLA,DOCK9,MAST1,CELF3,CHD6,CELF5,CHD4,ARHGEF10L,RND2,PKD1,ELAVL3,SPRED2,DUSP12,SNRNP70,MCF2L,GDAP1L1,PMEPA1,EVI5L,GALNT9,TRIM67,ADAMTS7,PDPK1,NAV1,NAV2,EPN1,SEPT3,VCAN,PTP4A3,DALRD3,ALS2,UBE2R2,DDAH2,DNAJC5,PPDPF,C1D,LUC7L3,SHANK3,INA,AHDC1,PPP1R15A,NLGN2,NRXN2,FURIN,MLLT1,LRP3,SEMA3F,DLL1,ZNRF1,CACNG7,ABLIM1,FZR1,DNPEP,MTA1,PABPN1,NCAM1,IGF2BP2,JAZF1,SLC35A2,LINGO1,PCDHGC4,FBXL19,ATP2B4,CDC42BPB,EFR3B,MYO16,NELL2,MAPK11,MYO1B,KLF6,SBK1,FAM131C,CAPN10,TSPAN18,FAM131B,RGS11,MDGA1,SSBP3,BCAR1,CBLN1"
+"gene_set_query"	"547"	"CGGBP1"	"542.0"	"ARCHS4 Coexpression,811;GTEx Coexpression,273"	"RPL4,RPL5,ARPC5L,TIAL1,CNST,PPP4R2,FGFR1OP2,EPC2,PRKACB,TMPO,DDX17,SACM1L,ATG12,RC3H2,RUFY1,RNF126,CCNY,PRKD3,WDR82,PRKAR1A,RFX7,ZC3H11A,ANKRA2,TMEM63B,CTBP2,INPP5B,SNX2,PRKAR2B,MIER1,ERI3,TRPM7,RBM12,NAA50,NUS1,ST13,MRPL28,PHC3,SMARCA4,PUM2,TBL3,ZZZ3,STAG2,HNRNPK,TOLLIP,FUBP1,FBXL3,FAT4,CDK13,PHF3,NRP1,TOP2B,TRAM1,CDKN1B,TECR,CLTB,CTCF,BMI1,DDA1,MED17,NIPBL,XPO1,GABPA,APPL1,PCMTD1,PBRM1,MMD,TCF12,NCOA4,ANO6,COMMD6,BAZ1B,VAMP7,KIF2A,AIDA,HNRNPH3,ARF5,NAPA,WDR26,CAB39,ZDHHC20,NOL8,TM9SF3,PCNP,PSMB7,BCLAF1,SH3BGRL,ASNA1,USP1,PAK6,SHOC2,NT5M,STX2,SF3B1,LCMT1,PAK2,PEX16,SUZ12,PTGES2,RYK,PTGES3,RPA1,WDR11,KLHL9,AGBL5,SPCS3,NUDT21,RYBP,SERBP1,TCEA1,GOPC,TRIP12,CIAPIN1,MPHOSPH8,NDUFA13,CEP120,UBP1,COX6A1,CELSR2,ACRBP,PPP1CC,PPME1,CWC22,PAPOLA,MAP3K7,CSNK1G3,ANKRD49,USP5,DIMT1,STX7,RPS6,DYRK1A,ATP11C,PRPF4B,ATP11B,WRNIP1,ZBTB34,THOC2,EEF1A1,FRMD3,ACAP2,TMX3,WDFY1,CMPK1,SRSF3,PHIP,PPIG,PHPT1,SRSF7,SLC27A4,MAX,PDS5A,RASGRP2,RAP1B,SNN,PMVK,G3BP2,MARK4,ATP6V1F,SMAD2,NEK9,OSBPL8,TIA1,SMAD4,CBX3,HPS3,DNAJC13,SMAD5,CLK1,SON,ZFP62,GNAQ,SP3,STT3B,LSM14A,EIF4G2,UBE2M,CREBZF,RNF11,DDX3X,HP1BP3,TTC28,SENP6,RPS4X,SENP7,SEPT6,LBH,ZC3H7A,GATAD1,MLST8,NCK2,EVI5L,TNPO1,RBM7,CCDC50,SCYL2,ACTR2,KLF13,ATRX,RPS3A,VEZF1,DCK,LATS1,EEF1G,CREB1,PIK3CA,CTDSP2,NDUFS5,SOS1,BIRC2,OTUB1,MTPN,LEPROT,UHRF2,ROCK1,SRSF1,KATNB1,MAT2B,GNA13,ZNRF2,PUF60,KCTD20,TAF1A,KRIT1,BNIP2,ROMO1,POLR2I,EIF4B,TTC14,SMARCE1,RBM39,NAP1L1,DEK,PTPN12,MAPK14,PNRC2,RAD52,KLF7,SNRK,EIF3L,EIF3E,SNRNP48,PDE7A,RBMX,PPIL4,TPT1,TAF1"
+"gene_set_query"	"548"	"MYBL2"	"543.0"	"Literature ChIP-seq,43;ARCHS4 Coexpression,272;ENCODE ChIP-seq,75;Enrichr Queries,1214;ReMap ChIP-seq,256;GTEx Coexpression,1398"	"ATF2,POP5,GMFB,NUP107,TFRC,FAM110A,RAVER1,SCP2,ANKFY1,FNBP4,PRKAB2,SAP30BP,CXADR,PRKAB1,RC3H2,DDIT3,DDIT4,TMEM126A,EXD2,SET,CDCA4,SAR1B,SHMT2,MEPCE,BAZ2A,PLA2G6,ADAMTS10,PRPSAP1,RHOT2,LARP1,RNF216,RDH11,LTA4H,HEXIM1,JUN,JUP,EIF2AK1,NCAPH2,FUCA1,NR2F1,LARP4,NMT1,ARHGAP1,PRKAG1,MED19,SNX11,SHB,MED15,DDA1,MED17,SHF,SMPD4,JAK2,ENOPH1,PCMTD1,DUSP1,GSTO1,TEX10,BAZ1B,MED26,DUSP6,TOMM40L,MED29,DDB2,DDB1,SLC7A5,MED25,PTRH2,MED21,PXDN,TRUB1,OAT,ECHS1,URM1,NIP7,GSTP1,ATL2,DLST,SDAD1,SLC7A1,EXOSC10,ADAM23,MFN1,MFN2,SAMD1,CENPT,CENPV,CRBN,MYBBP1A,SNX15,CCDC6,TSR2,YPEL3,CRLF1,GZF1,PDCD5,LTN1,CASC3,LAPTM4A,FNTA,UROD,NUDT19,PIAS4,BNIP3L,CISH,EIF1AX,FBXW9,ATP11B,ZCRB1,FBXW2,CDC25B,LENEP,MSH6,TPST1,MSH2,DMTF1,SRSF2,SRSF4,SRSF5,SRSF7,ARL8B,INO80B,KHDRBS1,UQCRB,NRF1,LIN7C,UQCRH,HSP90B1,SNN,NDOR1,G3BP2,BRIX1,ZKSCAN1,SAC3D1,NOP14,API5,FUS,FBXO38,HPS1,FBXO31,IBTK,SON,ARPC2,UQCRQ,SP3,CNTROB,CLPTM1L,ACO2,LRCH4,OGT,NOP10,ETFA,RLBP1,AP4M1,ZNRD1,PPP6R3,ACP2,BCAS2,ACTR3,EIF5A,ACTR2,AHSA1,MSL1,SYF2,C1D,TMBIM6,DCTPP1,GAPDH,TNFRSF21,BCAT2,BECN1,UHRF2,ROCK2,SRC,MGRN1,SRSF1,MLLT6,SRM,TSPAN31,CDC42,ZNRF1,FOXRED2,U2AF2,NNAT,PHKG2,UBQLN1,EIF4H,IGF2BP3,FEM1C,HNRNPA1,UBQLN4,GADD45GIP1,NOP56,NTRK2,HNRNPA3,NOP58,CIZ1,TRIM41,MID1IP1,CNBP,CDC5L,HNRNPAB,CABLES2,NECAP2,NECAP1,EIF3K,EIF3L,OCIAD1,EIF3C,EIF3D,BCAR1,EIF3B,NUDT2,ACTB,CDC23,TRIM28,HERC1,SNRPD1,CDC26,BSG,TRIM24,CCDC97,TRIM27,SNRPD3,TBC1D22B,TRIM23,ATP6V1G1,SMARCC1,MOGS,CSNK1D,ACTN4,MFSD11,SNHG12,PPA2,SUB1,CSNK2B,TRIM13,KCTD13,CCDC84,AARS2,DHX8,DHX9,PGS1,SYNGR1,SEC14L1,HLTF,ATP6V1C1,BBS1,XBP1,SMARCA5,MYO5A,SMARCA1,NTAN1,HARS2,SMARCA4,AIMP2,EXT2,CWF19L1,CDC16,NDUFAF2,CALU,NOL11,MON1B,HERPUD2,DHRS13,CSRNP2,MRPS12,MRPS10,NAT10,COX7C,NAT14,PTMS,AKAP12,PCM1,MAP1LC3B,PPP3CB,NUDCD3,OTUD6B,UIMC1,SDF2,PBRM1,MRPS27,PCYT1A,MRPS24,MRPS25,PABPC4,MRPS23,MRPS21,CACYBP,PRPF40A,TFB2M,TOX4,TOX3,KIN,RAP2A,RAP2B,SLTM,EEF1E1,NAPA,PCNA,AHCY,MRPS36,MRPS33,GNAI3,MRPS30,COX5A,PCNP,ORMDL3,MGAT1,MGAT2,EPS15,MON2,VEGFB,TTC1,MYO9A,PEX14,NUDT9,BOP1,SEC23IP,HNRNPA2B1,CACHD1,TCEA1,AGGF1,HDGF,PNPLA6,ACTR10,ZFP28,CARS,SYS1,NUP188,PEBP1,CELSR2,CELSR3,TXN2,NARS,PCID2,MORC3,FBXW11,UBE4A,SDHB,DHDDS,COX6B1,EEF1A1,PSPC1,WDFY1,PLAA,PPIH,RAF1,PPIA,TBC1D19,COX16,NDUFB10,COX17,PLD3,NCKIPSD,RNASEH1,IRAK1,LLPH,UBE2B,AUTS2,NUP155,CNOT10,TIMM44,UBE2A,MANBAL,SYT7,IFT20,HOOK2,NASP,UBE2S,MKRN1,UBA3,GNAS,UBA1,TCF4,TCF3,FGF11,GALK1,MXD4,UBE2M,RERE,ZMYND19,HP1BP3,TNFAIP1,USE1,LMNB2,PITPNC1,LMNB1,RND1,LASP1,EEF2K,TTC33,DCAKD,CAD,EEF1G,ACOX1,MAN1B1,IFT46,SHANK2,RALA,RRN3,RNF8,ASAP2,RNF7,RNF4,POLD3,CAND1,MTA1,SV2A,TRA2B,TDG,TRA2A,TMEM208,DROSHA,MTA2,RPP14,ATF7IP,RRM2,SSRP1,TTC19,TTC17,HS3ST2,POLE4,ERCC3,CARM1,ERCC8,ERCC5,SUGT1,VPS29,ARPC5L,GPATCH1,HNRNPU,GPATCH4,SMC5,SMC6,EPRS,PHB2,CNST,TFG,ZMIZ1,ZMIZ2,CSPP1,AP1S1,VPS36,NUP214,DDX17,NUP210,WDR74,SCRIB,HCFC1,ARMC1,WDR82,ZSCAN21,VPS25,NUP205,SEH1L,ANAPC16,PDXDC1,PHYHIPL,WDR61,XPC,ARPP19,ANAPC11,LDHA,NCSTN,WDR70,NUP85,LDHD,RRS1,VPS11,ST3GAL2,CEP78,BTF3,NAA50,PRELID1,ICMT,PHC1,SETD1A,IRF2BP1,IRF2BP2,NR1D1,MCAT,MEX3C,EHD1,HNRNPL,HNRNPM,HNRNPK,ARL2BP,HNRNPF,HNRNPD,FARSA,FARSB,CEP57,WDR47,CDKN1B,PHF20,PHF23,PHF1,SMG5,UBL5,UBL3,AIFM1,RARS,JARID2,RRP15,CEP68,TPI1,WDR37,EXOC7,NUTF2,WDR34,TERF2,FAM126A,GNL3,HADHB,HADHA,TAF6L,KAT2A,TUBB2B,ZEB2,NCOR1,TUBB2A,MTF2,TCP1,KIFC3,GART,GAS8,CDC123,TIMM9,WDR24,FGD1,FGD3,PPP1R7,PPP1R8,USP1,SLC17A7,PAIP2,FARP1,YTHDF2,YTHDF3,NR1H2,PCGF2,SYVN1,ELP3,WDR12,WDR13,SCAF4,PHF5A,ANKRD13C,GTF2B,UBP1,IPO7,IPO4,TM7SF2,IPO5,EDC4,PPP1CC,IPO9,SALL2,CFL2,PAPOLG,TXNL4A,RARS2,CSNK1G3,TLE3,USP5,TPM4,USP4,USP3,THOC2,PYGO2,ILF3,MORF4L2,RAB34,SNRPG,SNRNP27,AAGAB,SNRPF,FKBP4,FKBP3,SNRPA,CSNK1G1,SNRPB,FKBP2,FAM114A2,CCDC25,INSIG1,GLT8D1,UBR2,UBR1,PHB,ORC6,ORC3,UBR5,DVL2,MAP2K7,SRGAP2,MCL1,PLXNA3,AKIRIN2,EIF2B3,TRAPPC1,OSBPL5,POLR3GL,TRAPPC4,M6PR,COPS6,LRFN5,COPS5,COPS2,PDCL,CPE,MAP3K10,RSL24D1,RAB5A,BCL2L2,BCL2L1,DIDO1,MCM7,CEP164,WDR4,VPS72,SNRNP70,UBTF,WDR5,IDH3B,PHACTR1,TNPO1,TNPO2,RFC3,ADSL,PLEKHG2,RFC2,DIS3,SECISBP2L,RPL13A,PLRG1,SMC1A,TFDP1,DNAJC7,DAD1,POLR1B,POLR1C,CCDC43,CRK,MTPN,HDAC2,HDAC6,NFS1,HAUS8,ABLIM3,DNAJB6,VPS52,RAB24,VPS54,POLR2G,ADSS,POLR2J,POLR2K,SLC35A1,FBXL19,MTOR,ASXL1,BCKDK,DNAJA1,SNRNP40,RAB14,PSAT1,POLR3C,GLOD4,MFAP3,DNAJA2,DRG1,DRG2,POLR3H,PPIL3,TPT1,SLC35B2,PANK2,IFITM2,SLC35B4,VARS,ZMYND8,PPP2R2A,RPS15,TIAL1,PNN,RPS14,RPS17,FRAT2,RPS16,PPP2R1B,RPS19,RPS18,FLAD1,FTH1,MAGOH,LONP1,RPS11,SEPHS1,SEPHS2,RPS10,RPS12,TBC1D10B,SRRM3,COG8,COG4,COG3,ARRDC3,METTL3,COG2,COG1,AP1AR,NIF3L1,POR,KARS,ZW10,SUCLG1,ATP6V0D1,OBSL1,DCUN1D5,CSTF3,LIAS,RPAP3,PDCD11,CSTF1,ATP6V0A2,GSE1,TNRC18,TMEM184C,SETDB1,SYNRG,PYCR2,PUM1,RPS26,SMU1,RPS25,RPS28,RPS27,FUBP3,RPS29,RPS20,RPS21,C2CD2L,RPS24,GFM1,CITED2,ZFAND2B,COIL,XPO1,C1QBP,XPO5,UBXN7,TMED2,TMED1,RAB8A,TOP3B,PARP6,PARP1,STRADA,PPHLN1,PPRC1,CBFA2T2,MTSS1,UGDH,NFX1,HNRNPH1,HNRNPH2,MPND,DTYMK,ZDHHC20,GDPD1,NOL8,PTS,AMN1,PPP2CB,HIRA,ZDHHC18,METTL6,APBB2,NFYA,PTGES2,MTX3,GINS4,RAB11B,SPCS1,CAPZA1,CAPZA2,NBR1,MPHOSPH6,NDUFA13,KDM1A,CCDC28B,PAIP2B,NOM1,PHYH,LIG3,ACYP1,RSBN1,TUFM,MYCN,PRPF3,MATR3,ZCCHC8,RPS19BP1,COPB1,NOP2,PXN,CLEC16A,PRPF8,EFNB3,ZMAT2,UBB,MPST,CPSF4,CPSF7,KLHDC4,PNPT1,CBX5,CPSF1,CBX4,CBX3,CPSF3,NONO,CBX2,IDH1,CPSF2,CBX1,CWC15,EFNA3,CAPRIN1,CHMP2A,LRP10,SAE1,COPE,MUS81,KDM5B,DBI,YBX1,MFSD8,RBM3,SPRED2,SEPT6,SPRED1,SNAPC2,CASP3,MFSD1,TOPBP1,RBM7,MAPK1IP1L,KDM6B,H2AFZ,H2AFX,IQCE,H2AFV,DCK,TRAPPC6B,HAGH,PFDN5,THOP1,VAC14,STOML2,KDM3B,STOML1,ATF6B,ATP1A1,FAM169A,TBRG4,TBRG1,NXF1,FAM168B,UGP2,CHSY1,PPP2R3C,BUB3,MAPK6,KDM4C,TMEM30A,ATP13A1,LIMK2,RPS6KB2,CDK2AP1,LPIN2,RBMX,MDC1,MAPKBP1,MT-ND4,RBPJ,ZFYVE1,SCAMP5,PSMD6,LSM11,PSMD4,PSMD5,PSMD3,PSMD1,MEF2A,CSNK2A1,DNTTIP1,DNTTIP2,GAPVD1,SCAMP1,SND1,EML4,EID2,CLNS1A,RUFY2,PSME1,RBCK1,UQCRC2,CGGBP1,ABCB6,FLII,MRPL18,MRPL16,AGAP2,COPS7B,COPS7A,MRPL12,GABARAP,MRPL20,CYB5R4,HMGXB4,GRPEL2,VTI1A,PRRT2,CADM4,EDEM1,ERLIN2,SNF8,MRPL24,EIF1,MLLT11,SETX,MLLT10,PCDHGA11,UCK2,FAM135A,TDP1,PSMG3,PSMG2,EZH2,LRSAM1,PIGT,PIGQ,RPLP0,MRPL38,MRPL39,MRPL36,MRPL37,PQBP1,MRPL33,JPH4,TUBA1C,TUBA1B,NIPBL,LMBR1,MRPL40,TUBA1A,TMEM43,FASTK,UPF2,UPF1,DFFA,ELOVL5,ELOVL2,PGAM1,NSUN2,SIRT4,MRPL49,LRRC40,ELOVL6,SIRT6,MRPL47,MRPL45,SRP9,MRPL52,PSMA5,MRPL53,PSMA3,BDH1,TMEM33,PSMA2,CDC42EP4,PELI1,TMEM106C,TUT1,PGAM5,SLC29A1,DLD,VAMP2,ARF6,RNASEK,SRRT,SEZ6,RPS27L,GGA2,PSMB6,PSMB7,UNK,TCOF1,PSMB2,PSMB3,LEO1,CLPTM1,SRSF10,YKT6,SRSF11,GATAD2A,TMEM59,PSMC1,SERBP1,UBAP1,UBAP2,RPL22L1,FAM13B,UBE2D2,CSE1L,TSEN2,HDDC3,EIF4ENIF1,OSBP,STK16,RUVBL1,PMPCB,KPNA2,AP2M1,KPNA1,IK,VPS33B,PRPF4B,TXLNA,SLC9A8,ANAPC5,SNRNP200,ANAPC1,KPNB1,NSMAF,LRRC59,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,ARL2,ACAT1,PMVK,STK38,SLC38A6,SLC38A2,TIA1,ZBTB11,EEF2,ZC3HC1,GNL3L,UBLCP1,MDM2,TUBGCP5,NFE2L3,MDM4,ZNF512B,SLC25A1,SLC25A3,HSP90AB1,CELF1,COX4I1,POMT1,MRPL3,NGRN,PMEPA1,DNM1L,CTNNBL1,DIS3L2,EMX1,HSP90AA1,ARNT,VPS37D,VEZF1,RAD23B,QTRT1,NSMCE4A,HAX1,NPC1,SLC25A19,BIRC6,BDP1,SEC22B,SLC25A11,AHDC1,BIRC2,RNFT2,GTF3C1,PPP1R15B,SEC23A,NDUFB7,NDUFB6,LRP1,NDUFB3,CXXC1,HSD17B12,PPM1D,LRP8,PPM1G,GANAB,NCLN,KATNA1,CDC37L1,LRRC8D,SLITRK5,AAMP,CYB5B,NDUFA9,PPP1R14B,NDUFA7,NDUFA6,MMAA,NDUFA4,MBOAT7,NICN1,NDUFA2,NDUFA1,HIP1R,IMMT,LYSMD1,RPL23A,MCOLN1,SLC25A39,SMAP1,SEC24C,EIF4A2,EIF4A1,PLEKHB2,TMEM41B,ZDHHC5,JMJD1C,THUMPD3,TXNDC11,TXNDC12,CYB5D1,TXNDC17,ZDHHC4,CCAR1,UBE2L3,RASSF1,DHX57,OGFOD2,CHORDC1,FAM53C,CCNL2,CCNL1,SEC62,TMPO,SEC63,SLC12A9,IMP3,MIF,PISD,GNPAT,SFRP1,CD2BP2,PREB,CTXN1,TMEM87A,SUPT4H1,UBE2J1,SNX3,COMMD9,SNX2,PCBP1,DHX35,DHX36,DHX37,SNX5,ZBED4,XRCC6,INTS1,RCC2,INTS3,SURF4,PAICS,ICK,WNK1,ID2,RPL27A,INTS5,INTS4,CALM1,CALM2,AARS,PPP1R11,PPP1R10,SUV39H1,CTSZ,INTS10,CETN3,AATK,AP2A1,WASL,PTPRK,ARV1,SPTLC1,SPTLC2,HYAL2,MLX,DHX15,ARIH2,ARIH1,CTSB,NDEL1,CCT3,SEC13,WARS,DBNL,MMD,NCOA4,ACAD9,MINK1,ZFR,ANO8,MRPS2,COMMD4,COMMD5,ENAH,VSNL1,CSDE1,G2E3,SFI1,STX12,INPP1,HEATR1,CCDC107,CCDC106,MNT,PGRMC2,SERTAD2,HSF2,PES1,CAMK2N2,CCT8,CCT7,EXOSC2,EXOSC1,CCT5,CCT4,NPM1,YIPF3,YIPF5,RSRC2,AP2B1,DOHH,NPM3,NLE1,FKBP1A,PER1,RPA3,NEDD4,DPAGT1,SCARB1,FAM174B,KHSRP,SNIP1,EP300,SH3GL1,ADPRHL2,DIMT1,SLC30A5,ATAD3A,RUNDC3A,TMX3,HNRNPUL1,TMX2,TMX1,HNRNPUL2,UBE2V1,VCP,PSMD12,TMED10,RBM8A,YTHDC1,NXPH4,TOR1AIP2,PSEN1,RPF2,SUPT6H,RPF1,KIF3B,H1FX,NDUFV2,NDUFV1,IVNS1ABP,OST4,GGT7,ZFHX2,PHF10,VTA1,PHF12,ECD,HMGA1,SUPT5H,CLK4,KLHL20,CLK1,QDPR,PAN2,H1F0,TAB3,TAB1,RBM28,RBM25,DDX46,DDX47,PRKCSH,HMGB3,CHD4,CHD3,TRIAP1,CHD2,PPP1R9A,PPP1R9B,NUP62,GATAD1,BCL7B,TIMM17B,YWHAG,BCKDHA,EED,GLRX5,TBC1D8,DDX54,GLRX2,GPCPD1,YWHAZ,SFPQ,IRF3,NDUFS6,TBC1D7,NDUFS2,ATG4B,NAA38,MVD,EAPP,IRF9,DCTN5,PARG,MVK,DDX24,NAA20,DCTN1,GOSR2,DCTN3,DDX23,TAF9,PARN,DDX21,MAT2B,CLCN3,PARL,TAF1D,MAT2A,RAB40C,TAF1B,TNKS2,TAF1C,NAA25,SMNDC1,RBM39,CHURC1,TAF13,TAF11,CHFR,SOD1,PNKD,GLB1,ACIN1,FAM98B,RAN,MBTPS2,RPL4,RPL5,RPL30,RPL3,CLPB,RPL32,TRRAP,RPL31,STMN2,THYN1,DCAF8,RPL8,BACH1,RPL9,DCAF7,RPL7,GLE1,MYC,STMN1,RPL36,RPL35,PIP4K2C,RPL37,DIP2B,IER5,RPL39,IER2,RNF111,MED1,WSB1,WSB2,RPL23,PIH1D1,DAPK3,MED8,SOX12,MED4,GPR162,DYNC1LI1,BIN1,RPL24,YME1L1,RPL29,TSPYL4,RNF121,CDC42SE1,POM121,NOLC1,ATXN7L3B,HIF1A,GLG1,PRDX2,PPP4C,PRDX1,RAD21,SSR1,SERF2,RPL41,CDK19,CHKA,H3F3B,PNO1,H3F3A,PRRC2C,TYSND1,UPF3B,CDC7,PA2G4,PRDX6,PRRC2A,THAP11,TMEM199,PPP5C,RNF103,DUS1L,CLTC,PFAS,CLINT1,ING4,TMSB4X,RFK,TRIM2,SPIN1,AP3S2,RIOK1,BRD2,ZC3H10,TCF12,TIMM23,LSG1,AFTPH,PCYOX1,SF3B4,SF3B5,SF3B2,SF3B3,RPL10,RPL12,GPS2,TM9SF4,TMEM169,RPL14,ANKRD54,RPL15,RPS2,BRD8,RNF130,SF3B1,BRD4,SF3A3,SF3A1,SF3A2,AGK,TRMT1,GTF2H1,TTC9B,SRP68,TTC9C,BLCAP,MZT1,LRPPRC,FIG4,TM9SF2,TM9SF1,TRMT6,RLIM,TUSC2,RNF19B,YEATS4,TMSB10,RPS9,ANKRD46,RPS8,GPT2,IGFBP3,RPS6,IGFBP2,RPSA,GTF2F2,RNF40,TRAIP,RNF41,CTDNEP1,NCL,MADD,NHP2,TNIK,TTPAL,ANKRD17,DNMT1,SEMA7A,ENY2,ANKRD16,CUL5,ABHD2,GLO1,CUL2,AK2,TARS,STIP1,ZFP57,NACC1,BAG1,SAFB2,MPDU1,ANKRD34A,TOR1A,DHCR24,MARCH8,MARCH5,LSM3,LSM2,CHERP,CNOT4,CDK8,GON4L,RHEB,SPIRE2,RNF181,TADA1,IARS,NF2,RNF185,EIF4G2,EIF4G1,LMBR1L,RNF11,TRADD,SGCE,PPP6C,RPL7A,SART1,DUSP12,METTL14,SART3,SIN3A,HIF1AN,SLC37A4,GPX1,RTN4RL2,RANGAP1,COASY,PTP4A1,TRAF7,RPL37A,SNRPA1,SOS1,RNF31,GTF2A1,SMARCD2,GTF2A2,WBP1,WBP2,RPL36A,LAGE3,FZR1,DCAF11,MEST,KCNIP2,RNF26,SEMA4B,RPL35A,PTPN11,PNRC1,TRIT1,PNRC2,RAD52,KLF7,KLF6,MARCKS,IMPDH2,INSM1,CUL4B,ARL6IP1,DIXDC1,GOLGA1,ARL6IP5,DPF2,UBAP2L,GOLGA7,TIPIN,AQR,MTUS1,BOLA1,RECQL,MRPS18B,MRPS18A,ACSL3,JMJD6,XRN2,VDAC3,VDAC1,TTLL12,AURKAIP1,CBLL1,LLGL1,CUTA,TMEM161B,ANP32A,MGST3,TWF2,TRMT2A,NMD3,DGUOK,SPAST,INPP5F,SCAP,TRAP1,PTPRN2,STK11IP,BCL11A,TMEM50A,MEMO1,SNHG6,ACADSB,ZWINT,SRPK1,UBAC2,CCT6A,ANP32E,CDS2,HBS1L,TRAM1,DAZAP1,FAF1,PRPF19,CX3CL1,EPM2AIP1,HINT1,SERP1,ZMYM3,TSC22D1,PRMT1,NME2,RHOF,TUBG1,RHOA,RAB33A,RHOB,NME1,PRPF18,FRG1,STRAP,MAPT,ALDOA,SGK1,TOMM40,PRIM1,AKAP8,AKAP1,ANKMY2,CUX2,CUX1,LCMT1,MAP4K4,SUZ12,RANBP1,RANBP3,RANBP9,RANBP6,PRPF39,MARS,R3HCC1,TOMM7,CTNNB1,RAB3GAP2,PRPF31,FAU,GOLT1B,NUCKS1,TOMM22,CHCHD4,FBL,TMEM147,CHCHD1,TMEM14C,PDIA3,KCTD2,TSC1,TRNT1,PDIA6,TMEM131,TMEM135,DPM3,PHOSPHO2,TBL1XR1,RPL7L1,TIPRL,CMPK1,ISCU,RAI14,ATP6V1A,BTF3L4,TMEM59L,COX7A2,SEZ6L2,ADIPOR2,ARHGAP12,PCSK1N,DMAP1,ZC3H13,DNAJC19,HSPA9,HSPA8,ACBD4,HSPA5,HSPA4,PTCH1,ASPSCR1,TBCD,IFT122,TBCB,DNAJC14,NMRAL1,NFKBIA,ATG16L1,TBCE,DNAJC10,SRPRB,ACADVL,PCDHGB7,USP33,USP39,ELAVL1,SLC2A8,ZC3H7B,FLOT1,PDE4A,USP30,SCYL1,TSFM,JAGN1,PCDHGA4,ARID1A,SENP3,CKAP5,DDX19A,TRNP1,LUC7L3,ITGB1BP1,B4GALT6,LUC7L2,CHMP5,TSEN34,USP16,POLDIP2,USP10,MOSPD3,TOB1,STRN4,HSPD1,GMDS,NT5DC2,ROMO1,ABCF3,SPEN,PTCD3,B3GAT3,LCA5,HSPE1,USP28,FMNL2,PIK3IP1,BAX,SPRY2,SSBP1,ABCE1,SSBP3"
+"gene_set_query"	"549"	"ZNF318"	"543.3"	"ARCHS4 Coexpression,670;Enrichr Queries,69;ReMap ChIP-seq,161;GTEx Coexpression,1273"	"RB1,MDC1,TES,RPL3,TRIO,TRRAP,EHMT1,GPATCH1,HNRNPU,ADARB1,SMC3,EPRS,PHB2,BACH1,RPL6,GPATCH8,RPL7,CNST,ZMIZ1,DPYSL2,MYC,ZMIZ2,STMN1,RPL37,MPV17,IER2,FNBP4,DDX17,GABARAPL2,GABARAPL1,MEF2C,TSPYL1,NUP210,FNBP1,WDR74,CD3EAP,AARSD1,DICER1,GTPBP2,HCFC1,MYL6,BIN3,WDR81,RFX7,DDIT3,DDIT4,RPL27,RBCK1,SF1,ANAPC13,NUP205,POM121,MEPCE,NEDD4L,ABCB8,BAZ2A,COPS7A,MTMR4,PLA2G6,ANAPC11,NCSTN,PRDX5,LARP1,BLOC1S1,PRKAR2B,VPS11,HEXIM1,RPL41,CREBBP,JUN,PRPF38A,JUND,EDEM1,EIF2AK3,IRF2BP2,MAD2L1BP,MTHFR,PRRC2C,PBX2,NR1D1,PRRC2B,PRRC2A,EIF1,SETX,HNRNPL,SLC6A6,MEX3A,EIF6,TDP1,HNRNPF,FASN,NMT2,AVL9,CDK13,EZH2,CEP57,CDKN1C,PHF3,SETD5,PIGU,SETD2,SMG1,BTG1,CDKN1B,PHF1,TCF20,MED16,SMG7,WDR46,MED15,BBC3,DDA1,PHF8,TRMT112,TUBA1B,NIPBL,AIFM1,TMSB4X,ENSA,ANXA6,ENOPH1,ZC3H10,LYPLA2,BRD2,UPF1,DUSP1,SIRT4,SIRT7,MRPL48,ASH1L,DYNLL1,BAZ1B,GNL1,DUSP6,LRRC41,RNF168,PSMA5,NCOR2,ZEB2,PSMA3,TUBB2A,NCOR1,MTF2,MED20,PXDN,TET3,RAPGEF1,GART,VAMP2,TRUB2,NFIX,WDR26,SRRT,GGA2,BCLAF1,SNX29,SCAF8,BTAF1,GGA3,NSD1,USP1,AP2S1,RICTOR,RPL15,STX2,RNF130,RPL17,DEDD,SF3A1,MBD6,RIOK3,USP9X,STAT2,TRAPPC10,MBD1,YLPM1,TRMT1,GTF2H1,GATAD2B,GATAD2A,BYSL,NFIA,CCDC9,TAOK1,NUCB1,PKN1,AGRN,YPEL5,FRYL,FAM49B,SLC27A1,TMEM167B,UBE2D3,YEATS4,STK19,CASC3,BZW2,STK11,SESN1,STK16,KPNA6,PIM3,TMSB10,GTF2I,PPP1R16B,BNIP3L,SUPT16H,RPS9,USP7,PCYT2,RPS8,VASH2,DYRK1A,TRAFD1,SARS,PRPF4B,PGD,TRAIP,CLIP3,ATXN2L,CLIP2,CLIP1,ILF3,DMTF1,RAB34,NCL,MADD,SRSF3,PHIP,ADNP,SNRNP200,ANAPC1,SRSF9,PFKFB2,ANKRD17,DNMT1,SEMA7A,INSIG1,ANKRD11,ANKRD12,GMPS,ABHD8,ITPR1,UBR4,UQCRH,RAP1GAP,SOCS2,SBNO2,ATXN2,ORC6,PITRM1,TPR,UBR5,NACC1,PSAP,ZKSCAN3,MCL1,ESRRA,TMEM120B,ANKRD34A,BRPF1,NOP16,POLR3GL,FUS,SEC16A,HPS1,MARCH9,LSM5,TOR1B,MARCH2,SON,CDK5,YEATS2,CNOT1,CDK4,MAFG,DMXL2,AAK1,MDM2,NF1,TPP2,RNF181,MDM4,IARS,NIT1,EIF4G3,ITGB1,RNF10,DIDO1,HSP90AB1,NUMA1,ZC3H4,ETFB,PTPN23,SYNE2,PIK3C2B,DUSP12,ZNRD1,PPP6R1,UBTF,TLK1,CEP170,IQCB1,RFC3,HSP90AA1,PLEKHG2,PPP1R12A,DST,ATRX,SMC1A,PATL1,MSL1,PTP4A2,PTP4A3,TRAF4,CTDSP2,POLR1B,DNAJC9,BIRC6,SOS1,ST6GALNAC6,PPP1R15A,PPP1R15B,NFAT5,ROCK2,WBP4,RPL36A,LENG8,MLLT1,AMBRA1,HDAC6,MLLT6,DNAJB2,ABLIM1,NCLN,RBBP4,POLR2A,VPS52,IGF2BP3,RBBP6,FEM1C,FYN,CSK,SLC25A25,TRIM44,MLXIP,SPAG9,SEMA4A,NOP58,SLC35A4,FEM1A,NDUFA4,MBOAT7,SEMA4B,RPL23A,PTPN11,DDHD1,RPRD2,PTPN12,CDC42BPA,TRIT1,MTOR,TNRC6C,ASXL1,KLF6,MARCKS,NIN,VAPA,APC,POLR3D,PDCD4,RUNDC1,PPIL3,SMAP2,PFKP,TNRC6A,EIF4A2,SLC35B2,CPNE5,ZMYND8,CISD2,JMJD1C,CBLB,CRKL,CYB5D1,PNN,SNRPD2,HERC1,RPS18,FTH1,ARL6IP5,LONP1,CCDC97,SOX4,TMPO,SRRM2,TIPIN,SMARCC1,ALG9,ATP6V1G2,NFKBIL1,ACTN1,ECH1,BOLA1,CSNK1D,ACTN4,ANK3,NIF3L1,CARHSP1,CDC37,AKAP9,HECA,CUTA,GCDH,TMEM87A,MACF1,DHX9,SDC3,MYCBP2,TRANK1,SUPT4H1,PIK3R1,MYL12B,MBTD1,UGCG,HIVEP1,GSE1,SYMPK,STXBP5,TRPM7,HIVEP2,ATP6V0A1,SEC31A,VAT1,SNHG1,TMEM86B,INTS1,LRRN2,IQSEC1,BCL11A,INTS3,INTS2,STAM,SMARCA2,ZWINT,PTK2,UBAC1,MED13L,SMARCA4,RPS26,CCDC88A,WNK1,ID2,CCDC88C,ANP32E,INTS7,RGL2,RPS24,C2CD2L,SUGP2,CC2D1B,ITM2C,DHRS13,TOP2B,AHCTF1,MRPS16,TMEM151B,PPP1R11,MRPS10,SRA1,MYL6B,SLC7A11,AKAP12,AKAP11,ZMYM2,GUK1,CTSL,CHMP1B,KIF13A,KIF1B,CTSD,RALGPS2,ZYG11B,NCOA2,PCYT1A,TMEM150A,WARS,NCOA6,STRBP,TSC22D3,PABPC4,ANO8,CACYBP,TFB2M,RAB33A,ITFG1,MTSS1,SREBF2,APRT,VAV2,KIF2A,CTTN,UFC1,NCOA7,HNRNPH2,SGK1,STK40,PCNA,INPP1,STX16,SATB1,PRIM1,GBA,DOT1L,DERL1,NOL8,GDPD5,TRAK1,PPP2CA,AMN1,ANKMY2,EXOSC9,PES1,ORMDL3,APBB2,EPS15,APBB3,MAP4K4,SUZ12,RANBP2,DYNC1H1,SORT1,GBF1,HUWE1,MYO9B,AP2B1,MIAT,AIG1,PER1,MPHOSPH9,CCNG2,MARS,TRIP12,GRINA,DPAGT1,SCARB1,NDUFA13,ARID4B,PRDM2,IGF1R,FAM174B,KHSRP,POGZ,CAPN2,COTL1,EP300,CHCHD1,KDM2A,KDM2B,TMOD3,LIG3,ATP1B1,TANC2,TMEM131,DPM2,HNRNPUL1,SPNS1,ZCCHC7,COPA,DDX5,COPB1,PXN,PDS5B,PRPF8,SUPT6H,ADIPOR2,PLD3,RTN4,CAMSAP1,EMG1,MAN2A2,TCTEX1D2,EP400,TBC1D14,MYH10,ATP6V1F,BCL9L,BPTF,YARS,PRNP,CPSF7,ACBD4,CBX5,RHBDD2,HSPA4,CPSF3,KLHL22,NUP153,KLHL24,EIF2S2,COQ7,COQ5,HIGD2A,CLK1,PAN2,AHI1,H1F0,NR4A3,EFNA2,HOOK2,HOOK1,CAPRIN1,UBA3,UBE2O,SKIV2L,UBA1,BLMH,TCF3,PI4KB,SAE1,BRWD1,PICALM,YWHAE,RERE,USP36,KDM5B,KDM5C,DDX3X,PRR3,CHD8,USP34,CHD6,DDX42,ILK,PSIP1,ADAR,CHD4,CHD3,CHD2,RND2,USP39,AFF4,PPP1R9B,LMNB1,SEPT9,SEPT6,ABHD16A,YWHAQ,UBE2Q1,MAN1A2,NUP62,GMPPA,PDE4A,TOPBP1,LRRFIP1,YWHAG,RBM5,SCYL1,RBM33,KDM6B,KLF11,USP48,ARHGEF12,KLF13,EED,PDPK1,H2AFX,NAV1,NAV2,ARID1A,UTP18,ARID1B,EEF1G,SUPV3L1,SFPQ,ELF2,DDAH2,THRAP3,PFDN2,CUEDC1,LUC7L2,AGPAT5,TSEN34,KDM3B,DCTN2,TM2D1,SLC3A2,RSPH9,ASAP1,ATP2C1,STRN4,STRN3,DNPEP,GNG5,SV2A,RPS6KC1,MKNK2,NAA25,MAPK1,PTK2B,FBRS,CYTH1,ABCF1,SPEN,ATF7IP,RBM39,TAF13,USP21,TAF10,QPCTL,ATP2B4,ZFC3H1,USF1,CLCN6,ERCC1,ACIN1,BAX,VIM,SSBP3"
+"gene_set_query"	"550"	"ZMAT1"	"543.7"	"ARCHS4 Coexpression,520;Enrichr Queries,611;GTEx Coexpression,500"	"SLC4A1AP,VARS,MYT1L,IFT172,ZDHHC5,ZDHHC8,RPL8,PHB2,RCBTB1,BACH2,GPR173,PNN,ALCAM,TRIM28,ZMIZ2,AKT2,DPYSL2,PSMD2,DPYSL3,BSG,PSMD3,LUC7L,CCNL2,CDK5RAP3,TMEM8B,ANKS1B,DDX17,ARRDC4,EPHA4,MEF2C,WSB1,SMARCC2,DAPK1,ACTN1,METTL3,ARRDC3,CIRBP,MTUS1,ACSL6,WDR73,ANK3,ACTN4,ANK1,SND1,PSME3,RUFY3,DDIT4,AKAP9,RUFY2,HECA,VDAC1,KDELR2,KCTD12,TTLL12,PFN1,OBSL1,SHMT2,FOXG1,RPN1,PIK3R1,PLA2G6,RNPC3,MRPL12,PRDX1,PATZ1,ARGLU1,GPM6B,ZSCAN18,BBS1,JUN,FZD3,PRELID1,XRCC6,WDR59,CHKB,PHC1,ZRANB2,ICMT,INTS3,TMEM50B,SURF4,PA2G4,SMARCA1,PRDX6,PHC3,DCLK1,CCT6A,CCDC88A,STAG2,EIF6,FUBP1,HNRNPF,CALU,CDK10,MAGED2,HYOU1,CPEB4,ITM2C,PIGU,ARF1,BTG1,CITED2,PIGQ,SLC7A11,VLDLR,MRPL37,SIPA1L2,PRPF19,RYR3,AKAP12,EPM2AIP1,SMPD4,PCLO,C1QBP,TCP11L2,SDF4,GPRASP1,BBS4,TMED4,PCMTD1,RALGPS2,CCT3,PARP6,TMED9,IFT140,MRPS25,EXOC7,PRMT1,TSC22D3,PGAM1,NME2,ASH1L,WDR35,ITFG2,DUSP6,MLF2,CNKSR2,ZEB2,IVD,MPPED2,KIT,PXDN,TAX1BP3,GARS,HNRNPH3,PLCB1,SGK1,ALDOA,SDCCAG8,AHCY,STX16,SATB1,ICA1L,FAM129B,RXRB,FGD4,PES1,LMAN2,GPC4,CCT7,APBB3,YKT6,SRSF11,CCT5,NKTR,RIC3,WDR17,MBD6,MDH2,SORBS2,RAB11B,VEGFA,FKBP1A,NFIA,NFIB,CCNG2,SERBP1,TTC3,HDGF,PKN1,TARDBP,MTCH1,SLC27A1,ATP8A1,ATN1,HDLBP,ARID4A,FRY,CLU,IPO7,SLC8A1,IPO4,TOMM22,NRBP2,POFUT2,GRB14,POGZ,CFL1,SLC39A7,ENPP5,FADS1,PDIA3,SLC38A1,TPM4,USP5,MAGI2,THOC1,TSC2,ATP1B2,ATAD3A,PDIA6,POU3F3,PDIA4,DISP2,ARMCX4,ACLY,ARMCX2,DMTF1,PRPF3,PHIP,SRSF5,TNIK,SRSF6,TOX,PPIB,SNRPB,LRRC59,DDX5,CUL7,VCP,CCDC24,INSIG1,ANKRD12,GLT8D1,ITPR1,TARS,PHB,NDRG1,PHF21B,SOCS2,STIP1,IRAK1,FUT9,G3BP1,NACC1,ANKRD10,DMAP1,PLXNA3,BPTF,HSPA9,PRNP,CPSF7,TIA1,KLHL24,CLK2,CLK1,PAN2,CDK9,HOOK2,NBEA,ZFP62,HOOK1,GNAS,PLXNB1,PI4KB,TUBGCP4,LZTR1,SAE1,OGT,EIF4G1,CREBZF,ZNF512B,RBM25,RBM26,WDR1,PRKCSH,CELF2,CHD6,SLC2A3,PTPN23,YBX1,PPP1R9A,SYNE2,LMNB2,TRO,SENP6,SENP7,DUSP12,SEC61A1,SNRNP70,GATAD1,PSD3,PDE4B,WDR5,WDR6,MAN2C1,SNAP29,RBM5,EIF5A,DST,PDPK1,PDE4D,NAV1,NAV2,GPCPD1,RAD23B,ARID1B,ARFGAP1,DDOST,QTRT1,ARL4C,TRAF7,VCAN,PTP4A3,CTDSP2,AKT1S1,LUC7L3,USP40,LUC7L2,RNFT2,NFAT5,WBP1,RAB1B,CXXC1,LENG8,DDX21,SPG7,HDAC6,HSPD1,SLC25A27,NXF1,GANAB,MTA1,U2AF2,POLR2D,REPS2,EIF4H,NCAM1,ATP9B,SH2B1,TTC14,LGI1,RBM39,HNRNPA3,PPP1R14B,USP20,NEGR1,NTRK3,ADRM1,SYT16,SSRP1,HNRNPAB,TPD52L2,SLC4A8,PIK3IP1,CARM1,POLE3,FAM98B,VIM,P4HB,SSBP2,CLUAP1,TNRC6A,RAN,METAP2,EIF3B"
+"gene_set_query"	"551"	"NKX62"	"544.5"	"ARCHS4 Coexpression,382;GTEx Coexpression,707"	"GMFB,HDAC11,STMN3,STMN4,SCAMP5,RASSF2,DPYSL5,DPYSL2,PIP4K2A,BSN,SEC62,GOLGA7,ANKS1B,RBFOX1,KCNK10,PAQR4,RBFOX3,MAPK8IP2,MAPK8IP1,GPR162,STX1B,DYNC1LI2,PRKAR1B,ASPHD1,FEZ1,KCNQ2,TYRO3,PRR18,CTXN1,LLGL1,GPM6A,IGSF8,STXBP1,PHYHIPL,AGAP1,CEND1,SLAIN1,TTBK1,TMTC4,NKAIN2,FAM171A1,SYNGR1,PGBD5,KCNMB4,MAP4,RAB11FIP4,GPM6B,LHPP,ABCA2,CDK19,CADM3,CADM4,PRRT2,CADM2,SNAP91,CCDC88A,RPS28,WNK1,RNF220,TMEM151B,KCNC1,GDI1,DIRAS1,DIRAS2,AATK,ZCCHC17,JPH4,TUBA1A,JPH3,SLC22A17,TRIM2,DNER,NCS1,IDS,KIF1A,ENOPH1,APC2,PSD,PCYT1B,ITPK1,NIPA1,GAB2,SYP,DUSP8,SIRT2,SYN1,TMEFF1,ZEB2,PACS2,CHST1,ARHGEF4,MAPRE3,MAPT,DSCAML1,VAMP2,GAS7,NAPB,CLDND1,PHLPP1,WRB,CENPB,TRAK2,CAMK2N1,CHN1,MGAT3,SLC17A7,APBB1,NCDN,TRAM1L1,MAP4K4,ARNT2,GABBR2,GABBR1,YIPF4,DOHH,GRIN1,TSR2,TOMM7,RNF141,CDK5R2,SH3GL3,RAB3A,POGK,CTNND2,ROGDI,ARHGDIG,PEBP1,SLC8A2,RPH3A,NRBP2,PAIP2B,KIF5C,KIF5B,FNTB,LAMP2,KIF5A,PALM,ADORA1,DENND5A,SH3GL2,FBXW4,APLP1,LMTK3,ZCRB1,ATP1B2,POU3F2,SRCIN1,RUNDC3A,POU3F3,CLIP3,CLIP2,OLFM1,FRMD5,PCP4,PKP4,LY6H,ARL8A,BRSK1,PXK,NDRG4,BRSK2,UQCRB,ARHGEF25,TMEM59L,ITPR1,DTX3,NDRG2,CPLX2,SEZ6L2,CPLX1,RTN4,ENHO,ARHGAP21,PDZD4,CAMTA1,KIF3C,RAB6B,LRRC4B,ACBD5,TBCB,CORO2B,PTPRD,QDPR,GNAO1,DLG2,DLG4,REEP2,CNTN2,NACAD,SERINC1,CNIH2,SLC48A1,RNF13,THRA,CELF5,ELAVL3,NRGN,SEPT7,PSD2,MCF2L,PHACTR3,EDIL3,SULT4A1,LANCL1,RNF208,SYNGR3,DNM1,SEPT3,DNM3,PTP4A2,DNAJC6,SNPH,RPL37A,NAT8L,CAMK2B,RAP1GDS1,TULP4,ATP1A3,NRXN2,JAKMIP3,AGPAT4,DNAJB2,CACNG7,GNG3,SV2A,POLR2F,LRRC8D,NCAM1,SNCB,SLC25A23,LINGO1,MARCKSL1,TRIM41,SLC12A5,PCDH9,SEMA4D,MID1IP1,B3GAT1,NAP1L2,PTPN11,ATP2B2,FBXL16,PINK1,NFASC,FMNL2,PPP2R2C,SYT11,FAM131B,CDK2AP1,RGS11,SSBP3"
+"gene_set_query"	"552"	"DOT1L"	"544.7"	"ARCHS4 Coexpression,77;Enrichr Queries,114;GTEx Coexpression,1443"	"NCKAP1,MDC1,TRIO,TFRC,VARS,TRRAP,ZMYND8,ZDHHC8,EPRS,TRIM28,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,LONP1,ATXN7L3,IER2,TBC1D10B,NUP214,SRRM2,NUP210,ACTN1,AP1B1,CD3EAP,ANK2,CSNK1D,MOGS,SCRIB,ACTN4,CSNK1E,DICER1,MAPK8IP3,GTPBP1,HCFC1,RFX7,DDIT4,SIK1,PRR12,TELO2,SF1,MACF1,RTEL1,POM121,TTYH3,TBC1D9B,TMEM63B,NEDD4L,BAZ2A,PIK3R1,ABR,NUAK1,LARP1,HIVEP1,DHX37,GSE1,DHX38,SYMPK,TNRC18,PIP5K1C,RAB11FIP5,CREBBP,JUN,JUND,JUP,INTS1,IQSEC1,BCL11A,RCC2,SETD1A,MICAL3,PBX2,PRRC2B,PRRC2A,MED13L,SMARCA4,EHD1,HNRNPL,SLC6A6,NPLOC4,WNK1,FASN,DUS1L,SUGP2,ITM2C,EZH2,OGFR,SETD5,PHF2,PIGU,DAZAP1,PTPRS,CTSZ,CTCF,PRPF19,MED15,SMG5,RPTOR,MED12,GPR137,SDF4,CIC,JARID2,BRD2,UPF1,NCOA6,PABPC4,ASH1L,TUBG1,PPRC1,MED26,DUSP6,SREBF2,RHOB,NCOR2,GAK,SLC7A5,MED25,INF2,PXDN,TET3,RAPGEF1,ARHGEF2,SGK1,GRAMD1A,GRN,NFIX,SRRT,SLC7A1,FAM129B,GGA1,HIRA,GGA3,CUX1,PES1,FLNA,ANKRD52,ZSWIM4,MEF2D,MAP4K4,BRD4,MBD3,SF3A1,SF3A2,HUWE1,AP3D1,MYO9B,SCAF1,GATAD2A,VEGFA,AGBL5,SKI,BOP1,XAB2,NFIA,MYBBP1A,NFIB,TAOK2,ZYX,CTNNB1,PKN1,AGRN,GRINA,MIDN,CRTC2,NUP188,ATN1,PHRF1,ACRBP,EDC4,STK11,LAMP1,RUVBL2,KHSRP,ARHGDIA,POGZ,FBRSL1,EP300,PIM3,SBF1,BAHCC1,SH3GL1,SEMA6B,TLE3,FBXW5,PCYT2,MAP2K2,DYRK1A,VRK3,ATP1B1,POLRMT,ATAD3A,RNF40,FOXP1,ATXN2L,ILF3,HNRNPUL1,TBL1XR1,RAB35,MAPKAPK2,FSCN1,PPIF,CHMP4B,WDFY3,ADNP,CSNK1G2,ANAPC2,BRSK2,DNMT1,PFKFB3,ANKRD11,INSIG1,MAZ,UBR4,CACNA1A,NDRG1,PRPF8,SUPT6H,RAI1,SBNO2,NDOR1,PITRM1,IRAK1,BTBD2,NACC1,ABL1,EP400,PLXNA1,DVL3,SRGAP3,MAP2K7,MYH10,MARK2,BCL9L,CD276,PRNP,CPSF7,NUP155,CPSF1,ODF2,FUS,CCDC136,TNK2,SEC16A,HMGA1,IFT122,EEF2,CHERP,NFKBIA,EFNA2,LRFN4,HOOK2,HOOK1,MAFG,CNOT3,MDM2,PLXNB2,PLEKHM2,UBA1,CLASRP,TCF3,EIF4G1,RERE,ZNF512B,KDM5B,USP36,KDM5C,GSK3A,PRKCSH,AKAP8L,PTEN,CHD6,ATP2A2,CHD4,CHD3,YBX1,PTPN23,CHD2,PKD1,LMNB2,LMNB1,PPP1R9B,PTBP1,SPRED2,DUSP12,SART1,SEPT9,ZC3H7B,PPP6R1,SNRNP70,SNAPC4,NUP62,MYO18A,UBTF,LRRFIP1,MAN2C1,TNPO2,KDM6B,ARHGEF11,REXO1,USP42,DST,PDPK1,CAD,VPS37C,NAV1,NAV2,ARID1A,ARID1B,ARFGAP1,EPN1,KLF16,DNM2,GIGYF1,TRAF7,PTP4A3,SFPQ,CTDSP2,POLR1B,C1D,AKT1S1,THOP1,PPP1R12C,AHDC1,B4GALT5,SRC,MGRN1,SRF,DDX20,LENG8,DDX21,WIZ,FURIN,MLLT1,ATP1A1,PPM1D,STRN4,PPM1G,MLLT6,DCAF15,GANAB,DNPEP,MTA1,NCLN,POLR2A,U2AF2,TAF1C,PHKG2,MKNK2,FEM1C,MTA2,FBRS,SPEN,SPAG9,KDM4B,CIZ1,TAF15,ATP13A1,FBXL19,LIMK1,LRWD1,CDC42BPB,BAIAP2,USP29,CLCN7,KLF6,PFKL,NEURL4,CARM1,ACIN1"
+"gene_set_query"	"553"	"ETV5"	"547.3"	"ARCHS4 Coexpression,967;Enrichr Queries,628;GTEx Coexpression,47"	"SLC23A2,CYFIP1,TFRC,MYT1L,STMN3,LDLRAD3,ENO2,SCAMP5,ALCAM,DPYSL2,MYC,PSMD2,DPF1,DPYSL3,CDK20,LONP1,PTGFRN,IER5,SOX4,IER2,CHGB,HES6,EPHA4,MEF2C,UNC13A,COG6,WSB2,SLC6A17,DAPK1,ACTN1,CD3EAP,ACSL3,CPT1C,VWA5B2,MAPK8IP2,ASPHD1,PRKD3,RUFY3,GPR161,KCNQ2,DDIT4,TAGLN3,TRIB2,STX1A,PFN2,ASTN1,PRR13,BEX4,CUTA,BEX2,BEX1,TTYH3,RPN2,CTBP1,MAGED1,MYCBP2,SDC3,STXBP2,PDGFA,AGAP3,PIK3R1,NLK,HTATSF1,ACTR3B,TTBK1,MTMR7,FAM171A2,NUAK1,HSPH1,PGBD5,CHST10,SCN3B,ATP6V0A1,JUN,NDFIP1,PTPRN2,IQSEC2,CADM1,ZFR2,PLK2,MYO5A,DCLK1,TMEM198,CCT6A,GNPTG,ABTB1,FASN,ID2,CCDC88C,CALU,DZIP1,FERMT2,GPR19,ITM2C,GABRB3,NRP1,DAZAP2,CSRNP3,HIP1,GDI1,CITED2,PTPRN,SLC35F1,SLC7A11,SIPA1L2,NAT14,TRIOBP,LIMD2,ROBO1,JPH4,AKAP12,TUBA1B,JPH3,SLC22A17,ENC1,TIMP2,KIF1A,GPRASP2,RPS6KL1,TPI1,TSC22D1,TSC22D3,ELOVL2,TCF12,ELOVL6,SYP,MANEAL,TUBG2,DUSP8,GMIP,AP3B2,MED29,DUSP6,MTSS1,MLF2,RHOB,ENAH,SLC7A5,TMEM179,TUBB2A,KIT,CDC42EP3,PXDN,CHST1,MAPRE3,ARHGEF1,SLC29A1,SGK1,VAMP2,RNF166,MAGEH1,CSTB,SLC20A1,GSTP1,CCDC106,PTN,NOL4,HSPA13,SLC7A1,BEGAIN,FGD3,TCEAL6,TCEAL5,CAMK2N1,CAMK2N2,CKB,ATP6V0E2,PAK3,WDR17,ARNT2,SORT1,LHFPL4,MIAT,VEGFA,MORN4,NFIA,NFIB,FABP7,SGSM2,TTC3,RIMBP2,CTNNB1,FAM171B,PKN1,CDK5R2,YPEL3,ATP8A2,TUSC3,CTNND2,CSE1L,ARHGDIG,MRFAP1,PEBP1,PLOD3,MSI1,RIMS4,ATCAY,BASP1,TBC1D30,COTL1,NRCAM,LZTS1,FADS1,NSF,CHRNB2,SLC30A9,SLC38A1,DSCAM,LMO4,IGFBP3,IGFBP2,LMTK3,ATP1B2,CASD1,ATP1B1,TMEM130,RUNDC3A,DGKZ,PDIA6,BSCL2,ARMCX3,ADAM19,MORF4L1,RAB31,TBC1D24,SCG5,FSCN1,SMS,SCG3,FKBP5,RAI14,GRIA2,BRSK1,BRSK2,UBA5,INSIG1,CACNA1D,SLC1A4,SEZ6L2,RASGRP2,NDRG1,CORO1A,FBXO41,PLD3,PHF21B,SEL1L3,SOCS2,EFNB2,PCSK1N,KIF3B,KIF3A,STK38,GRK6,SRGAP2,QSER1,LRRC4B,TBC1D16,SYT5,PRNP,CBX5,WSCD1,RHBDD2,TNK2,CRIM1,HMGA1,ASNS,CORO2B,MARCH4,AHI1,DLG2,HOOK2,DLG4,HOOK1,REEP2,GNAS,CNTN1,CPE,MAP3K10,CNIH3,RNF187,YWHAE,DAGLA,PODXL2,PRKCSH,CELF3,CELF4,CHD5,PIK3CD,SLC2A3,DBI,ARRB2,FBLL1,RND3,TRO,SGCE,SPRED2,DUSP12,SPRED1,SCRN1,GDAP1L1,PGM3,PMEPA1,ERC2,CCDC50,SUN2,SVOP,ABCC8,PDPK1,ABHD14A,NAV2,CKAP5,SEPT2,EPN2,ARL4C,VCAN,PTP4A3,DDAH1,SNPH,CTDSP2,LANCL2,TERF2IP,EVL,TMEM9,BCAT1,GAPDH,CRK,SLC25A14,TNFRSF21,RNFT2,STOML1,USP11,CXXC1,CRMP1,FAM169A,LAGE3,LRP8,JAKMIP3,LRP6,CYTH3,CACNG7,PARD6A,DNPEP,PTPRZ1,PTK2B,FYN,CSK,SLC25A22,CYTH1,SEC11C,SEPT11,RRM2,SEMA4D,CADPS,PCDHGC3,CDC42BPA,TTC19,GDAP1,MAPK10,NELL2,SLC4A8,FAM155A,KLF6,MARCKS,NECAP1,TSPAN13,FMNL2,GLRB,APC,PSAT1,NOVA2,FAM131A,OCIAD1,SPRY2,ATP13A2,POLR3H,ATXN10,VIM,UNC79"
+"gene_set_query"	"554"	"ZNF624"	"548.7"	"ARCHS4 Coexpression,562;Enrichr Queries,431;GTEx Coexpression,653"	"IPO11,NUP107,VARS,SMC3,GBA2,PWP1,BACH2,CDC23,CAPNS1,TRIM28,DPYSL2,MYC,AKT3,BSG,PSMD3,STMN1,AKT1,KIFAP3,PRKACA,PRKACB,ATXN7L3,SOX4,ARRDC4,MED1,EPHA4,AQR,TIPIN,MEF2C,WSB1,ARRDC3,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,TMEM170B,HCFC2,SND1,DAAM1,KATNAL1,DDIT4,AKAP9,RUFY2,ULK2,HECA,FAM76A,PRR12,ALG10B,DHX8,DHX9,FLII,TRANK1,VPS26A,PIK3R1,HIF1A,APH1A,HMGXB4,HSPH1,MLEC,SNX6,EDEM3,CDK17,JUN,INTS1,PLK2,INTS2,SMARCA5,PBX2,PRRC2A,MLLT11,HNRNPL,ZZZ3,SNW1,TDP1,ID2,INTS7,FBXL3,HBP1,FAT4,CPEB4,ITM2C,ARF3,PIGU,DAZAP1,CITED2,FAF2,WDR41,SLC7A11,PRPF19,SMG5,PQBP1,PCMTD2,NIPBL,FAM102B,SPTLC1,TUBA1A,ZMYM4,TRIM2,ENC1,REV3L,UBXN7,SDF4,JAK2,CIC,GABPA,RSPRY1,UPF1,TMED9,TEX10,TSC22D3,ACTL6A,TCF12,MINK1,TET2,PRPF40A,TOPORS,MLF2,RHOB,MED23,ZEB2,POC5,KIF2A,PXDN,G2E3,TMEM106B,RHOU,EXOC5,SGK1,TKT,EXOC2,EXOC1,RNASEL,ZDHHC20,HEATR1,AKAP6,PRICKLE1,CENPB,HIRA,SCAF8,FAM172A,EXOSC9,PES1,PPP1R8,USP1,UBTD2,CLPTM1,SHOC2,RICTOR,METTL6,ANKRD52,ANKRD50,YKT6,MAP4K4,SUZ12,SF3A1,CSNK1A1,YLPM1,AP3D1,GTF2H1,SCAF1,KLHL9,SNX16,NFIA,TTC5,TAOK1,CCNG2,NEDD4,KLHL7,ETNK1,TTC3,TAOK2,NUCB1,TRIP12,GOPC,HDGF,PKN1,KBTBD7,NUCB2,MEGF9,GRINA,CSE1L,CEP120,HDLBP,ATN1,SMCHD1,ZFP30,PPIP5K2,ARHGDIA,SMARCAD1,SLC39A7,SBF1,SBF2,USP8,CSNK1G3,SUPT16H,MORC3,ANKRD44,MAGI2,ADAM10,ATAD3A,TRAIP,CTDNEP1,MORF4L1,ACAP2,MSH2,HNRNPUL1,HNRNPUL2,RAB35,FSCN1,CHMP4B,ADNP,SRSF6,KPNB1,CSNK1G2,RAI14,CSNK1G1,GLYR1,ANAPC2,KHDRBS1,LRRC59,INO80E,RTN1,RAB5C,INSIG1,MAZ,GMPS,ITPR1,KLHL12,PDS5B,NDRG1,CORO1B,ORC5,EFNB2,SBNO1,IRAK1,TPR,DVL1,BTBD2,NACC1,SRGAP1,EVI5,QSER1,MARK2,TRAPPC2,PRNP,DR1,CBX3,CPSF3,PTCH1,DNAJC14,KLHL24,EEF2,MARCH6,NFKBIA,UBE2W,H1F0,EFNA2,SH3BP5L,APPBP2,HOOK2,CCPG1,HOOK1,CAPRIN1,GNB2,SP3,JMY,GNB1,PDCL,GNB4,NF1,PLXNB2,TUBGCP3,SERINC1,TCF4,FGF13,LSM14B,NFE2L1,EIF4G1,UBE2M,KDM5C,WDR1,PRKCSH,DOCK7,CHD6,PTEN,PTPN23,LMNB2,PIK3C2B,PPP1R9B,SENP7,SEC61A1,SART1,SEPT9,METTL14,LASP1,ZC3H7B,PPP6R1,SNRNP70,PSD3,PDE4B,UBTF,CEP170,TOPBP1,TNPO1,EIF5A,DIS3,PDPK1,SECISBP2L,PDE4D,ATRX,DDX54,PTBP2,ARFGAP1,KLF16,DNM2,ARL4C,TRAF7,VCAN,CREB1,PIK3CA,SETBP1,TBC1D5,RASA1,CTDSP2,POLR1B,DCX,NUP54,PPP1R12C,PPP1R15A,RNFT2,GTF2A1,HDAC2,ROCK2,RAB1B,MLLT1,ATP1A1,RNF2,STRN4,DCAF15,GANAB,CAND1,MTA1,NCLN,TAF1B,FIP1L1,U2AF2,TAF1A,FAM120A,EIF4H,IGF2BP3,FEM1C,ATP9A,CLASP2,SMARCE1,PCDH9,DDHD1,CDC42BPB,MEIS2,HNRNPAB,TPD52L2,SLC4A7,KLF7,KLF6,MARCKS,NEURL4,POLR3C,CARM1,MGAT4B,SPRY2,ACIN1,ATP13A3,P4HB,SUGT1,SSBP2,TAF2,METAP2,EIF3B"
+"gene_set_query"	"555"	"ZNF827"	"550.7"	"ARCHS4 Coexpression,458;Enrichr Queries,401;GTEx Coexpression,793"	"EIF4A2,VEZT,APP,FAAH,CHIC2,TRIO,MYT1L,ZMYND8,CBLB,THUMPD1,FNBP1L,IFI30,TXNDC16,GPATCH8,BACH2,NUDT3,PSMD9,HERC2,ALCAM,ZMIZ1,DPYSL2,MYC,FTH1,DPYSL3,AKT3,KIF21A,SOX4,TMEM8B,ARL10,EPHA4,MEF2C,SMARCC2,RBFOX2,WSB1,LIMCH1,ENTPD6,ARRDC3,CIRBP,REV1,PTOV1,MTUS1,CD3EAP,TALDO1,SOX11,ANK3,HCFC1,EML5,DAAM1,GPR161,RUFY3,DDIT4,AKAP9,RUFY2,JTB,PFN1,TRIB2,PFN2,PRR13,MACF1,BEX2,TTYH3,BEX1,MEAF6,MYCBP2,STXBP2,RPN1,TRANK1,TWF2,NEDD4L,PIK3R1,OAZ1,KALRN,APH1A,PPP4C,FLRT2,RDH11,GSE1,TSPAN5,HIVEP2,PATZ1,ST3GAL1,ZSCAN18,S100A10,VASP,BBS1,JUN,FZD3,PRELID1,PHC1,ZRANB2,CADM1,BCL11B,BCL11A,PLK2,ST8SIA2,DCLK2,SMARCA2,PRRC2B,PBX1,DCLK1,EXT1,VANGL2,ID2,MAGED2,FAT3,LRRN1,DZIP1,ITM2C,GABRB3,OGFR,TOP2B,NRP1,PIGU,ARF1,CSRNP3,HEXB,SLC35F1,SLC7A11,PTPRK,PTPRF,ROBO1,AKAP12,EPM2AIP1,TUBA1A,AKAP11,GUK1,TRIM2,C1QBP,ENC1,SDF4,KIF1B,GPRASP1,JARID2,BBS4,ZIK1,TMED4,BRD3,EXOC7,GSTO1,NCOA6,LRRC49,NCOA4,TET2,PRPF40B,NME3,ELOVL6,CBFA2T2,DUSP6,MLF2,RAB33B,NCOR2,ENAH,SLC7A5,TOX3,RAP2B,MPPED2,CDC42EP3,PXDN,NCOA7,MAPT,SGK1,GAS8,LRRC14,DYNC1I2,GRN,NFIX,SATB1,GNAI3,TYMP,DRP2,CAMK2N1,NPY,LMAN2,APBB2,MGAT1,ANKRD52,PAK3,ZSWIM5,NPDC1,BCAP31,RIC3,ARNT2,MYEF2,KIDINS220,GBF1,LSAMP,PLEKHA5,ELP2,SORBS2,NMNAT2,GATAD2A,VEGFA,PPP1CA,NFIA,ABI2,NFIB,SHKBP1,TTC3,SARM1,PKN1,CDK5R1,CTNND2,ATN1,IGF1R,SALL2,CDH2,KIF5C,POGZ,MAGI1,SLC38A1,FBXW7,MAGI3,MAGI2,CASK,FRMD4A,POU3F2,TANC2,POU3F3,FOXP1,ADAM19,ARMCX4,ARMCX2,TBL1XR1,RAB35,SMS,FSCN1,PPIF,WDFY3,PHIP,ADNP,TNIK,TOX,SNRPB,GRIA1,LRRC59,CUL7,RAB5C,ANKRD11,BTF3L4,ITPR1,STK39,DTX3,NDRG1,SOCS2,RAI1,ATXN2,IRAK1,GRK6,G3BP2,SAFB2,CYC1,SRGAP1,SLC38A2,MYH10,ZKSCAN1,NADK,BCL9L,BPTF,MARK1,TIA1,GGT7,CBX5,AUTS2,PTCH1,CRIM1,KLHL22,ARPC4,KLHL24,SYT7,PTPRD,BCL9,ARHGAP32,NBEA,HOOK2,HOOK1,GNB2,AAK1,TCF4,TUBGCP4,EIF4G3,COPE,GALK1,RERE,RBM25,NUMA1,WDR1,PRKCSH,SCHIP1,CHD6,CHD3,ARRB2,AFF3,PPP1R9A,ELAVL3,DUSP12,CAPZB,SNRNP70,SGCB,PSD3,PDE4B,WDR6,PMEPA1,KDM6B,ARHGEF12,GPX1,DST,PDPK1,PDE4D,ATRX,NAV1,NAV2,ARID1A,ARID1B,SEPT3,ARL4C,VCAN,PTP4A3,GAP43,SETBP1,RER1,EEF1D,CTDSP2,SNURF,LUC7L3,IFT46,BDP1,RNFT2,SMARCD2,RAB1B,RBM4B,ASAP1,MLLT3,CXXC4,SLC25A27,STOX2,ABLIM1,SH3BP2,DROSHA,FYN,RALY,NCAM1,SH2B1,TUB,URGCP,USP20,NICN1,USP22,NTRK3,ADRM1,ATP2B4,RPRD2,MEIS2,TPD52L2,KLF7,TSPAN14,NEURL4,MARCKS,KLF6,SYT11,PPP2R2B,IMPDH1,ASXL3,EIF3G,RBM42,VPS45,TNRC6A,METAP1,METAP2"
+"gene_set_query"	"556"	"PPARD"	"552.3"	"Literature ChIP-seq,96;ARCHS4 Coexpression,363;Enrichr Queries,597;GTEx Coexpression,1153"	"ATF2,POP7,ITSN1,TESK1,EHMT1,GHITM,ALKBH6,ALKBH8,FAM110A,LSM10,SCAMP4,NDST1,PREX1,TBK1,CAPNS1,SCP2,ALKBH1,DPYSL2,IGLON5,PSMD2,FAM110B,AKT1,PRKACA,PRKACB,MEF2A,GABARAPL2,MEF2C,FNBP1,GAPVD1,SCAMP1,EML1,SCAMP2,BCR,PRKAR1A,FEZ1,DDIT4,ORAI2,TBPL1,FAR1,UQCRC2,LETMD1,PLBD2,TSTA3,TTYH3,MTMR3,FLII,PDGFA,AGAP1,SLCO5A1,BAZ2A,ABCB8,MRPL14,MRPL12,OAZ1,MRPL13,CIAO1,GRPEL2,VTI1A,RDH14,PIP5K1C,LTA4H,HMGXB3,MCTS1,B3GALNT1,JUN,CREBBP,JUP,CADM2,EDEM1,PMM2,NR2F1,LARP7,FAM136A,PBX1,MRPL21,SNUPN,MRPL22,LAS1L,FASN,PKIA,TDP1,PSMG3,SFXN1,EZH2,PIGU,PIGP,DIS3L,RPLP0,ARHGAP1,PRKAG2,SNX11,SHB,MRPL34,MED15,AACS,MRPL33,MED14,TMEM44,B3GALT2,NEFM,JAK1,DLGAP4,PCMTD1,UPF1,ELOVL4,PGAM1,SLC39A11,RRAS2,LRRC40,SLC39A13,MED27,DUSP6,SRP9,DDB2,MRPL44,MRPL52,SLC7A5,MED22,MED25,BDH1,PXDN,RAPGEF1,CHST1,RAPGEF2,TUT1,ERGIC1,VAMP2,PAFAH1B1,ECHS1,OAT,STAU1,STAU2,GSTP1,SRRT,ADAM22,SEZ6,RPS27L,TMEM74,SDAD1,SLC7A1,CENPB,FAM117B,TMEM70,PSMB6,SNX29,RECQL5,UNK,GGA3,PSMB2,MICALL1,CLPTM1,LEO1,MFN2,ANO10,HARS,NCDN,ZSWIM4,MEF2D,YKT6,CRBN,WNT7B,DAB2IP,TMEM62,TARBP2,SKI,LYRM2,SNX19,SNX16,TAOK3,FABP5,TAOK2,SERBP1,RPL22L1,PKN1,FRYL,YPEL3,MTCH1,MTCH2,CRCP,PDCD6,NAB1,ATN1,FRY,TSEN2,YY1,POFUT2,STK11,SLK,OSBP,CEP250,PIM3,MTPAP,MAP3K7,PIAS4,PPP1R16B,IK,SLC38A1,AGTPBP1,FBXW8,FBXW7,UBE2E3,ZBTB34,ZCRB1,FBXO11,SRCIN1,FBXW2,FOXP1,PIAS1,ATXN2L,MINPP1,TPST1,MSH3,SLC9A8,MAPKAPK2,FSCN1,SRSF3,PKP4,MAPKAPK5,SRSF6,SLC27A3,SQSTM1,SRSF7,ANAPC2,ARL8B,RNASEH2C,KHDRBS1,PFKFB3,ZC4H2,ARL3,SLC9A1,ACAT1,GLIS2,SBNO2,MED30,PMVK,E4F1,LRRC4C,SOCS7,SLC38A2,CD276,GOT2,EEF2,CORO2B,FBXO31,DRAP1,PTPRD,SH3BP5L,NACA,ACO1,CLPTM1L,NFE2L1,MDM1,HSP90AB1,COX4I1,AKAP8L,PTEN,CELF4,ETFA,BICD2,SPR,CAPZB,PPP6R1,PMEPA1,DGCR8,HMG20A,DNM1L,NEO1,EDIL3,CTNNBL1,BOK,DIS3L2,HSP90AA1,TNFRSF19,SH2D3C,VPS37C,VPS37D,NDUFC2,VPS37B,RABGGTA,RAD23B,ARFGAP1,DDOST,MSL1,ARL4C,IMPACT,PPM1B,NSMCE4A,HAX1,NPC1,NRG3,IMPAD1,C1D,TOP1,BCAT1,SEC22B,PPP1R12C,DCTPP1,SLC25A4,TNFRSF21,BCAT2,ST6GALNAC6,GTF3C1,PPP1R15B,GTF3C2,SEC23A,CANT1,LRP1,ROCK1,GTF3C5,SRC,MGRN1,MAK16,PRCC,CXXC1,ZBTB43,LENG8,FOXK2,FURIN,MLLT1,FOXK1,HSD17B12,MLLT3,PPM1D,CXXC4,MLLT6,TSPAN31,ZNRF1,SLC25A28,NCLN,CCDC85C,KCTD20,SLITRK1,BAHD1,FCHO2,SH3BP5,SLITRK5,SH3BP4,FYN,IGF2BP3,LRRC8A,PCDH1,SLC25A22,ATP9A,BEND5,SH2B2,BEND6,PTPN1,NDUFA8,SEC24B,SSB,PCDH9,NDUFA4,CNBP,PCDH7,NICN1,HIP1R,CDC5L,BAIAP2,TPD52L2,EFR3B,MYO16,NECAP2,MYO1B,TSPAN14,NECAP1,CDKN2AIPNL,EIF3K,TRIM37,P4HB,EIF3F,KCNK2,TRIM32,EIF3D,SEC24C,BCAR1,SLC25A36,EIF3A,EIF3B,AHCYL1,TMEM41B,CPNE5,CCNH,ZDHHC5,PREP,LDLRAD3,CCNC,ZDHHC8,IFI30,TXNDC15,ACTB,ZDHHC4,EFR3A,CDC23,HERC1,BSG,CHORDC1,CDC27,SNRPD3,ATXN7L2,CCNL1,ATXN7L3,SCAPER,SLC12A9,ACVR1,EPHA4,ST6GAL2,IMP3,ACTN1,TALDO1,CSNK1D,ACTN4,TMEM170B,MFSD11,MFSD10,CFDP1,KCNQ2,ULK2,KCTD18,TRIB2,MMADHC,SLC45A4,TMEM87B,TBC1D9B,DHX8,TMEM63B,SLC45A1,FOXG1,FBF1,PIK3R4,PIK3R1,ZBTB5,ACTR3B,NKAIN2,MBTD1,PGS1,NKAIN1,DHX30,APH1B,SEC14L1,PCBP3,DHX35,MIER2,PCBP1,DHX37,SYMPK,DYM,HIVEP2,SCN3A,SNX5,RAB11FIP5,SEC31A,TMEM86B,INTS1,RCC2,MICAL2,DCLK2,ERAL1,SMARCA2,PAICS,EXT1,ZBTB6,CALY,ID2,CDC16,SDC1,COL9A3,LRRN1,CALM2,DDR1,HERPUD2,NRP1,CCDC120,MRPS16,GPAA1,MRPS11,CTSZ,DIRAS2,INTS10,AP2A1,SLC7A11,IER3IP1,PTPRF,AKAP12,MAP1LC3B,SPTLC1,ARIH2,SDF4,RAC3,QSOX1,KIF1B,RAC1,CTSD,CTSB,CCDC112,VKORC1,MRPS24,NCOA5,MMD,GAA,MINK1,COMMD3,MRPS2,ANO6,TFB2M,COMMD1,MRPS6,SREBF2,GAK,RNF144A,MN1,CTU1,PITPNM1,KIT,ARHGEF2,GLCCI1,PTMA,STK40,STX12,DYNC1I2,PCNA,CAB39,DOT1L,HSD17B4,PRKX,CCDC107,PRICKLE1,RELA,GNAI1,GNAI2,PCNP,PGRMC2,NFIL3,EXOSC9,GPC1,HSF2,ORMDL3,MGAT1,SCAND1,EXOSC2,PEX19,SPRYD3,YIPF1,PLEKHA1,PNPLA8,MYO9B,UBE2G1,RSRC2,MIAT,VEGFA,NUDT9,TTC9,SEC23IP,CSDC2,KLHL8,TCEA2,CCNYL1,HDGF,PNPLA6,TACC2,GRINA,FHOD3,SCARB1,SH3GL3,MIDN,CRTC2,ACAA2,ZFAND3,CD81,RPP30,WWC1,MPI,BCCIP,PRDM2,PHRF1,IGF1R,ACTG1,CAPN2,FAM3A,SBF1,SH3GL2,SH3GL1,PPFIA2,TPRA1,ZGPAT,LMTK3,CASK,POU3F1,GRIP2,TANC2,POU3F3,TMX3,FAM173A,EHBP1L1,UBE2V2,PPIF,TBC1D24,PLAA,UBE2V1,PPIG,TBC1D23,FAM92A,VCP,RTN1,PKDCC,PSMD14,DDX1,CACNA1B,TOR1AIP2,PSEN1,NDRG1,SUPT6H,RAI1,RNASEH1,FUT9,CAMTA1,CAMTA2,H1FX,KIF3C,NDUFV2,QSER1,BCL9L,PRNP,SYT4,AUTS2,SYT1,HMGA1,NUP153,CLK2,UBE2W,GCLC,GNAL,HOOK2,PQLC1,HOOK1,GNB2,CNTN1,MKRN2,STT3A,UBE2N,PHF13,AMOTL2,TCF4,STT3B,DEGS2,GNB5,TCF3,RERE,GSK3A,DYRK3,PRKCSH,DDX42,ARHGEF10L,TNFAIP1,LDB2,TAZ,CHD2,SOBP,AFF3,RND3,PPP1R9B,RND1,SEC61A1,TMEM222,LASP1,EEF2K,YWHAQ,UBE2Q2,BCL7B,GATAD1,CPXM1,YWHAG,RBM33,DACT1,ARHGEF11,RBM17,SUN1,NAA30,GLRX3,PDPK1,EED,DCAKD,DDX56,TBC1D8,TBC1D9,NAV1,NAV2,YWHAZ,EPN1,CREB1,NAV3,TBC1D5,NUP50,PPDPF,CAT,CRY2,NAA38,CUEDC1,IRF9,AGPAT5,RRN3,DDX27,NAA20,DDX25,RAP1GDS1,ASB13,PARN,CSTF2T,ASAP1,HMGCR,MAT2B,NT5C2,RNF4,RNF2,CYTH3,TMEM201,DNPEP,MTA1,GNG2,OXCT1,TGS1,BMS1,GNG7,TRA2B,MKNK2,BNIP1,SLIT1,PTK2B,DROSHA,FBRS,CLVS1,TTC14,ATF7IP,CHURC1,TAF13,ATP2B2,SOD2,HS3ST2,CLCN7,POLE4,MAPK10,CLCN6,TEF,ASB6,FAM98B,QRICH1,VIM,GPD1L,CYFIP1,RPL5,TRIO,RRP1,WIPF3,STMN2,STMN3,ADARB1,SLC4A3,DCAF5,EPRS,DCAF7,BACH2,ZMIZ1,MYC,ZMIZ2,PIP4K2A,RPL38,IER5,RNF111,NUP214,UNC13B,PRKCI,IAH1,WSB1,DAPK1,PRKCE,PRKCD,DAPK3,ARMC9,CD3EAP,SCRIB,SOX11,GTPBP2,WDR81,IFT81,HECW1,TYRO3,PRR12,RPL29,DUS3L,PI4K2A,CTBP2,RPN1,NEDD4L,HIF1A,ADH5,MTDH,FAM160B1,ABR,FAM171A1,PRDX2,PRDX4,FLRT2,CHST12,PRDX1,ST3GAL1,HMOX2,SLC19A1,CDK17,BRAP,PHC2,JUND,NDFIP1,CHKB,ARPP21,CDC7,NR1D1,PRRC2B,PRRC2A,EHD1,HNRNPL,SLC6A6,HNRNPM,PPP5C,NPLOC4,TADA2A,GIPC1,FARSA,PAM,ITPA,FARSB,OGFR,PHF2,BTG1,SETD3,WDR48,ELL,PHF20,TCF25,SETD7,WDR41,LPCAT1,ASH2L,ADO,TRIM8,TMEM189,TRIM9,ANXA6,TIMP2,RIOK2,CIC,JARID2,RRP15,WDR36,IFNGR2,SSR2,SSR3,NUTF2,WDR34,NUDT16L1,GNL3,NCOR2,RNF168,HADHB,LSG1,ZEB2,INF2,MRAS,TET3,EXOC6,KIFC3,GAS6,PHLPP2,GRN,GRAMD1A,CDC123,CLDND1,RPL11,TM9SF4,FAM129B,SCAF8,ASNA1,ANKRD52,RPL15,ANKRD50,RPRM,FARP1,YTHDF1,YTHDF3,AGK,NR1H2,SYVN1,ELP2,ELP3,WWP2,SCAF1,WDR11,FIG4,XAB2,PHF5A,OSTM1,NFIA,NFIB,ZYX,NUCB1,RNF141,TOR2A,DGKD,CTNND2,CEP120,CTNND1,CLU,SLC8A1,CDH8,SLC8A2,LAMP1,CDH2,TUBB3,PAPOLG,PLS3,MACROD2,SLC39A7,MAF1,LZTS1,STK32B,GTF2I,MAGI1,TLE4,TLE3,CSNK1G3,MAP2K2,IGFBP3,USP3,TPM1,FRMD4A,FRMD4B,LARP4B,BSCL2,TOM1L2,CLIP2,RAB31,CACNB4,STIM2,RAB35,FKBP8,SNRNP27,TNIK,TOX,SNRPC,CSNK1G2,FKBP5,IFNAR1,ENY2,SEMA7A,CD151,RAB5C,CBFB,FAM114A2,INSIG1,GLO1,CUL2,UBR4,ITPR1,AK3,PHB,RLF,GTF2E2,ORC5,NEUROD2,HMBOX1,KLC2,PITRM1,ORC3,DVL1,BTBD2,NACC1,PSAP,ABL1,PLXNA2,PLXNA1,DVL3,ANKRD10,SRGAP1,SKIL,MAP2K5,MCL1,WDTC1,MAP2K6,ESRRA,AKIRIN2,EIF2B3,CCDC12,ATP8B2,TNK2,TRAPPC5,LSM5,BTBD9,TOR1B,ZZEF1,REEP1,CDK9,CDK8,RCAN1,COPS6,LRFN5,YEATS2,LHX2,RHEB,NF1,PLEKHM2,PLXNB2,CSPG5,GPR107,COPS8,SERINC2,CNIH3,BCL2L1,RNF10,WDR1,RNPEPL1,RNF14,WDR3,PTPN23,DUSP12,PPP6C,PTBP1,LBH,OPA1,SNRNP70,PSD3,WDR5,WDR7,SLC37A3,REXO1,PDCD6IP,CCDC34,ELAC2,LANCL1,REXO2,DUSP26,PTBP2,ZFP90,PTP4A2,PTP4A3,TRAF4,CTDSP2,POLR1B,DNAJC5,LANCL2,EVL,CCDC43,NFAT5,NLGN1,SMARCD2,SMARCD3,WBP2,RAB1B,WBP4,TULP4,SEMA3F,TTL,DNAJB2,HECTD1,DNAJB6,PUF60,FIP1L1,DNAJB5,RBBP6,SEC11A,TUB,SEMA4A,RNF24,ASCC1,SMOX,SEMA4B,TXNRD1,FBXL19,CCDC59,CDC42BPB,DDHD1,OXR1,PNRC1,ENOX1,RAD52,KLF6,PFKL,MARCKS,POLR3B,PSAT1,IMPDH1,DNAJA3,MGAT4B,POLR3F,VPS45,RHEBL1,TNRC6A,METAP2,APP,VEZT,FAAH,SLC35B4,TMEM183A,CMAS,CBLB,PWP2,HS6ST1,RPS16,RUSC2,FTH1,ARL6IP5,LONP1,HABP4,GLUL,GOLGA7,SOX4,RPS13,ARRDC4,IFRD1,AP1B1,COG2,MTUS1,ACSL3,MAPK8IP3,MAPK8IP1,TIAM2,TIAM1,CARHSP1,RRAGA,KATNAL1,AKAP9,HECA,EZR,ATP6V0D1,GPM6A,RTEL1,IGSF3,ANP32A,STXBP1,STXBP2,DCUN1D1,CD99L2,GMCL1,UGCG,PTDSS2,GNG10,ZNHIT1,INPP5F,GSE1,INPP5K,TNRC18,PATZ1,RALGDS,SCAI,ATP6V0A1,BANP,VASP,FIS1,RABGAP1L,TMEM184B,PTPRN2,BCL11A,PDE2A,RPS20,ALDH18A1,RPS21,RPS24,ITM2C,ROBO2,CITED2,ZFAND2B,FAF2,RYR3,ZCCHC14,LIMD2,ROBO1,COIL,RPTOR,UCHL1,AUH,GLIPR2,ZMYM5,SH3PXD2B,KIF13A,TMED2,UBXN7,DLAT,GABPA,PRMT6,TOP3B,PARP6,PRMT5,CDV3,PRMT7,PRMT2,TSC22D1,TSC22D3,STRADB,ZDHHC13,RHOF,PPRC1,ZDHHC17,MTSS1,RAB33A,RHOB,VAV2,SLC22A23,SCNM1,PACS2,POC5,PACS1,NFX1,HNRNPH1,B3GNT5,FRG1,FAM20C,SGK1,ALDOA,ATP6V0C,CSTB,SLC20A1,AKAP7,NOL9,GDPD5,TRAK1,ARNTL,TYMP,BEGAIN,NOL6,HIRA,RBM15B,CHRAC1,NPY,MAP4K4,RANBP1,NFYA,NFYB,SLC31A1,RYK,GBF1,XPO7,SORBS2,AIG1,RAB11A,MPHOSPH9,PRPF39,CAPZA1,TOMM7,CTNNB1,COPG2,PRPF31,KBTBD7,MEGF9,KDM1A,KDM1B,MRFAP1,CIB2,TOMM20,TOMM22,CHCHD2,BASP1,ARHGDIA,POGZ,CWC22,RALBP1,ANGEL2,SPNS2,SHISA4,KCTD6,PDIA4,TMEM135,MAU2,TBL1XR1,CHMP4B,PDE9A,DAP3,ZCCHC8,ZCCHC7,NTM,PXN,CLEC16A,FBLN1,TMEM121,EFNB2,EMG1,ARHGAP20,ZMAT2,ATP6V1H,LONRF2,ZC3H14,MARK2,ZC3H15,ATP6V1F,BPTF,MARK1,DNAJC19,CBX6,CBX5,SMURF1,PTCH1,DNAJC11,ARHGAP29,IFT122,EIF2S2,CRLS1,AZIN1,ARHGAP23,NFKBIA,COQ2,RALYL,EFNA2,NR4A3,DLG5,CAPRIN1,DNAJC10,TBCE,PI4KB,LRP10,ZSCAN2,LRP11,ACADVL,ABCD3,THRA,DBI,SEPT9,SPRED2,SPRED1,ZC3H7B,LRRTM1,GMPPA,MFSD1,CASP2,USP30,SCYL1,KDM6B,KLF11,USP47,KLF13,USP42,ABCC8,PDE4D,PPP2R5B,RPS3A,OXSR1,ARID1B,KLF16,CKAP4,DNM2,FAM189B,THRAP3,CDH10,AKT1S1,DCX,FAM84A,B4GALT6,CHMP7,B4GALT5,TSEN34,VAC14,HCN3,USP14,USP15,STOML1,TM2D1,ETFDH,OPRL1,MTIF3,NCALD,GMDS,GNA11,REPS2,MAPK1,BUB3,CLASP1,OPCML,SNCA,USP24,KDM4C,WTAP,NEGR1,USP20,ATP13A1,BAD,LIMK1,B3GAT1,DTNBP1,PDE4DIP,MEIS2,FMNL2,PIK3IP1,XPNPEP1,CAPN10,PPP2R2B,CDK2AP1,SPRY2,RGS12,SSBP1,SSBP3,SSBP4"
+"gene_set_query"	"557"	"ZNF420"	"552.3"	"ARCHS4 Coexpression,106;Enrichr Queries,725;GTEx Coexpression,826"	"NUP107,ZFYVE9,HNRNPU,THYN1,PHAX,EPRS,FNBP1L,GPATCH8,ALKBH8,NDST1,CAPNS1,MPRIP,MYC,DPYSL2,ZMIZ2,GPBP1,STMN1,AKT1,VPS35,PRKACA,MEF2C,RBFOX2,CXADR,WSB1,DAPK1,RFX3,CD3EAP,SCRIB,SOX11,ARMC8,ARMC1,FAM133B,DAAM1,RUFY3,ZSCAN21,RUFY2,DDIT4,PRR12,SF1,TARSL2,FLII,MTMR9,HSPH1,RDH11,PIP5K1C,FDFT1,ZSCAN18,JUN,FZD3,PLK2,UPF3B,PBX2,CDC7,PBX1,PRRC2A,MLLT11,HNRNPL,TDP1,FAT4,PHF3,ARF3,OGFR,SMG1,PIGU,KCNC1,PHF20,PIGP,TRIM8,MRPL42,NIPBL,TUBA1A,NKRF,CIC,ZIK1,UPF2,UPF1,LRRC49,SIRT4,SLC39A10,ELOVL6,ASH1L,TERF2,DUSP6,PGM2L1,SRP9,NCOR2,INF2,MTF2,PXDN,RAPGEF1,PAFAH1B2,ERGIC1,PAFAH1B1,PHLPP1,ADAM22,TMEM74,FAM117B,CENPB,FAM129B,CHN2,FLNA,ANKRD52,PAIP2,SCAF1,RNF146,SKI,SNX16,NFIB,ETNK1,TAOK2,ZYX,NUCB1,PKN1,ANKRD13C,ATN1,UBE2D1,ZFP30,LAMP1,PMPCB,SLC39A7,LZTS2,SLC25A46,SLC38A1,ANKRD46,FBXO11,CTDNEP1,MORF4L1,DMTF1,MSH2,RAB35,MAPKAPK2,SRSF3,PHIP,SRSF6,CSNK1G2,LRRC59,CD151,RAB5C,TNKS,INSIG1,ZC4H2,CUL2,SLC38A10,UBFD1,CORO1B,SOCS2,ORC4,SBNO2,BAG4,KLC2,ORC3,DVL1,BTBD2,NACC1,G3BP2,ZKSCAN2,NAE1,ANKRD28,TIA1,EIF2B3,SEC16A,ASNS,MARCH6,CNOT4,LRCH2,CNOT7,SH3BP5L,RNF182,PLEKHM2,PLXNB2,TUBGCP4,NFE2L1,EIF4G1,WDR1,ZFP82,PTPN23,DUSP12,SART1,ZNRD1,SUMO1,PPP6R1,SNRNP70,REXO1,ACTR6,ATRX,ARFGAP1,PTBP2,TRAF7,PTP4A3,PIK3CA,CTDSP2,POLR1B,DNAJC5,DNAJC9,PPP1R12C,PPP1R15A,HDAC2,RAB1B,FURIN,LRP8,GANAB,DNAJB6,U2AF2,FEM1C,EIF4E,RNF20,CDC5L,LYSMD1,RPRD2,CDC42BPB,OXR1,DNAJA1,PSAT1,MGAT4B,POLR3F,P4HB,TRIM32,PPIL4,EIF4A2,ZDHHC5,PDCD2L,EFR3A,TRIM24,EPC2,KIF21A,ATXN7L3,SOX4,TRIM23,ARRDC4,SRRM2,EPHA4,SRRM4,ZFP1,ACTN1,ZFP2,ARRDC3,MOGS,ACTN4,HECA,BEX4,PAXIP1,DHX8,RTF1,PIK3R1,TTBK2,APH1A,SYMPK,TNRC18,ZRANB1,INTS1,BCL11A,INTS2,MICAL2,ZZZ3,STAG2,ID2,TMCC1,CALM2,CD200,NRP1,CSRNP2,DAZAP1,CCDC127,CITED2,SLC7A11,BMI1,IER3IP1,PRPF19,PPP3CB,RSRC1,SDF4,ZYG11B,STRBP,MINK1,MLF2,GAK,IMMP1L,KIT,MPPED2,WAC,G2E3,ARHGEF2,GLCCI1,SGK1,SATB1,GNAI2,AMN1,SERTAD4,NFIL3,METTL6,AP3D1,MYO9B,VEGFA,ATAT1,GPAM,PRKRA,KLHL7,TTC3,HDGF,PNPLA6,GRINA,MEGF9,HDLBP,UBE3A,CWC27,IGF1R,CAPN7,ARHGDIA,CWC22,ARID2,SBF1,ENPP5,KCTD2,KCTD6,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,UBE2V2,CHMP4B,DDX5,BTF3L4,PDS5B,SUPT6H,CAMSAP1,DPP8,RPRD1A,MARK2,BCL9L,PRNP,SMAD4,VTA1,CLK4,EFNA2,APPBP2,HOOK2,HOOK1,GNB2,RFXAP,JMY,GNB1,MKRN2,LSM14B,LRP10,ACADVL,ASNSD1,PRKCSH,DOCK7,CHD6,PSIP1,SLC2A3,PPP1R9B,POLB,SEC61A1,SEPT9,LASP1,YWHAQ,ZC3H7B,ARHGEF11,USP47,NAA30,HSDL1,TTC33,PDPK1,KLF16,DNM2,CREB1,ALS2,TMEM214,DCX,EAPP,AGPAT5,USP11,RNF8,ATP1A1,MAPK8,CAND1,FAM120A,FBRS,CLASP1,PCDHGC4,LCA5,GDAP1,CLCN7,BRMS1L,ACIN1,VIM,SUGT1,SSBP2"
+"gene_set_query"	"558"	"NCOA3"	"552.5"	"ARCHS4 Coexpression,631;Enrichr Queries,138;ReMap ChIP-seq,230;GTEx Coexpression,1211"	"RB1,MT-ND4,RPL30,TES,RPL3,TFRC,TRRAP,EHMT1,STMN3,HNRNPU,GPATCH4,GABPB1,RPL8,EPRS,DCAF7,TSKU,GCSH,PREX1,PSMD9,KRTCAP2,PSMD6,RNF114,TBK1,PSMD7,ALCAM,ZMIZ1,MYC,DPYSL2,AP1S1,AKT1,IER5,ANKS1B,DDX18,GABARAPL2,SAP30BP,NUP210,TSTD2,CD3EAP,DICER1,GAPVD1,RC3H2,PRKAR1A,ZC3H11A,ADPRH,DDIT4,ORAI2,JTB,TARS2,LETMD1,ALG10B,PRR14,PRR13,CDC42SE1,NUP205,SET,NPRL3,PRDM15,XPA,MTMR4,ARPP19,GNS,HIF1A,GLG1,MTDH,LDHA,LARP1,PRDX1,LDHD,PIP5K1A,SSR1,AMZ2,PLCG1,S100A10,JUN,WDR59,JUND,CHKA,H3F3B,JUP,EDEM1,MRPL28,PHC3,EIF1,MLLT11,SQLE,EIF5,GIPC1,FASN,PSMG3,GTF2IRD1,AVL9,ARF4,WDR47,PIGU,SMG1,BTG1,TCF25,RPLP0,CLTC,LPCAT1,SMG7,TMEM189,NIPBL,TUBA1B,FAM102B,MED13,TUBA1A,TMSB4X,ENSA,SPIN1,TIMP2,AP3S2,JARID2,JAK1,WDR36,TPI1,SIRT4,WDR34,DYNLL2,DUSP6,DDB2,TAF6L,SLC7A5,SIKE1,TUBB2A,PTRH2,PXDN,TET3,RAPGEF1,GRN,SF3B3,ATL1,NIP7,SRRT,TMEM74,PSMA7,CENPB,FAM129B,NRAS,PSMB4,RECQL5,UNK,TMEM65,NSD1,STX6,LEO1,RPS3,FLNA,CKB,ANKRD52,SRSF10,ANKRD50,GOLM1,TRAPPC10,GATC,WWP2,HIPK1,PSMC6,NFIB,SERBP1,PSMC2,TAOK2,CCDC6,PKN1,FAM49B,MTCH1,DGKE,TMEM167B,CTNND2,CLU,IPO4,ABHD12,LAPTM4A,STK11,ABHD11,RNF19A,RUVBL1,CFL1,SLC39A6,KPNA2,SYBU,FADS1,GTF2I,USP8,SH3GLB2,SLC38A1,USP7,ANKRD46,IGFBP3,RPS5,TPM1,RPS6,SARS,THOC7,LENEP,FTSJ3,CLIP2,RAB31,SLC9A8,FSCN1,NHP2,SRSF3,SNRPE,ADNP,FKBP4,SQSTM1,ANAPC1,ARL8A,FKBP5,ENY2,RAB5B,ANKRD16,CBFB,UQCRB,MAX,ABHD2,ANKRD11,INSIG1,MAZ,SPATA2,FBXO45,UBFD1,HSP90B1,SOCS2,STIP1,SBNO2,UBR5,G3BP1,ESD,PSAP,PGK1,THEM4,SRGAP1,SLC38A2,MCL1,TMEM120B,SEC16A,M6PR,TRAPPC9,EEF2,CNOT4,BCL9,GNL3L,LRCH1,DMXL2,MDM2,SPIRE2,IARS,EIF4G1,ITGB1,ZNF512B,DIDO1,PPP1R13B,HSP90AB1,CCDC47,PTEN,ARRB1,ALAD,DUSP12,NOB1,VPS72,AP1G1,PPP6R3,TLK2,SLC37A3,TNPO3,BCAS2,ACTR3,BCAS3,ACTR2,RFC3,HSP90AA1,DIS3,VPS13A,ARNT,EDF1,VEZF1,RAD23B,PATL1,DDOST,ARL4C,DNAJC2,PTP4A3,TMBIM4,SLC25A19,DNAJC5,POLR1B,CTDSP2,BIRC6,TOP1,DCTPP1,GAPDH,BCAT2,PPP1R15B,NDUFB9,GTF3C3,SMARCD2,SRSF1,ZBTB43,PPM1D,PPM1E,AP3M1,ZNRF1,GANAB,HECTD1,RBBP5,TRIM46,SH3BP5,DNAJB9,POLR2G,FYN,DRAM2,SEC11A,EIF4B,POLR2K,ATP9A,DCAF13,CACNG4,PTPN1,MARCKSL1,RNGTT,CNBP,SEMA4B,TXNRD1,SEMA4C,LYSMD2,LYSMD1,RPRD2,CDC42BPB,TPD52L2,OXR1,NIN,MCM3AP,MARCKS,KLF6,VAPB,PSAT1,PDCD4,TRIM37,VPS45,P4HB,EIF3C,TRIM33,TPT1,EIF4A2,APP,ZMYND8,HDAC11,KEAP1,ZDHHC7,ACTB,RPS14,CDC23,RPL36AL,FTH1,HABP4,UBAP2L,EIF2D,PTGFRN,SEPHS2,GLUL,SOX4,TMPO,SLC12A9,COG8,ZFP1,SCAF11,ACTN1,IFRD1,NSMCE2,SLC11A2,RECQL,CIRBP,CFDP1,KCTD13,KDELR2,ULK1,EZR,PFN1,STX1A,NECAB1,MACF1,RTEL1,TBC1D9B,IGSF3,STXBP1,PEX11B,NMD3,PIK3R1,MYL12B,APH1A,PTDSS1,HIVEP1,DHX37,GSE1,TRPM7,ATP6V1C1,BANP,FIS1,XBP1,SETDB1,INTS2,MYO5A,BRI3BP,MED13L,ZBTB6,ID2,INTS5,GRB2,TMCC2,NOL11,CALR,CALM1,INTS8,RPS24,ITM2B,AARS,ITM2C,DAZAP2,NRP1,UBXN1,CITED2,GDI2,DIRAS2,TECR,MRPS12,PTPRK,RAB22A,PTPRF,HERPUD1,DHX15,FEZF2,CTSD,CTSB,PRMT6,CDV3,ZER1,PCYT1A,ATMIN,PARP1,TSC22D1,STRADA,STRBP,TSC22D3,MRPS23,MRPS21,PRPF40A,CACYBP,MRPS7,TMEM150C,MTSS1,MLF2,RHOB,VAV2,UGDH,PACS2,PACS1,CSDE1,CANX,PABPC1,CD47,ALDOA,SGK1,PTMA,CSTB,RABGAP1,STX16,ZDHHC20,PRICKLE2,GDPD1,DERL1,NOL8,GNAI2,CHRAC1,CUX1,MGAT2,TBL1X,HEATR6,RAE1,PAK2,MAP4K4,SUZ12,DYNC1H1,MAP3K3,NPM1,PNPLA8,RPA1,HUWE1,UBE2G2,COX6C,VEGFA,XPOT,HNRNPA2B1,RAB3GAP2,CTNNB1,ESYT2,TRIP12,MPHOSPH8,MEGF9,SCARB1,UBE3C,POGK,ARHGAP39,NUCKS1,COX6A1,UBE2Z,CELSR2,IGF1R,ACTG1,GRIP1,TATDN1,TATDN2,FAM174B,BASP1,CWC22,POGZ,TBC1D30,CAPN2,PPFIA1,RGS9,KDM2A,DSCAM,TMOD3,TMOD2,KCTD3,PUS7,ATP1B1,PDIA6,RSBN1,TANC2,EEF1A1,DPM3,DOK5,PRPF3,GPD2,EEF1A2,WDFY1,SCG3,UBE2V1,RAF1,FAM92A,ZCCHC8,ZCCHC7,DDX6,DDX5,PSMD12,TMED10,RBM8A,PXN,TOR1AIP2,STK4,PDS5A,NDRG1,ADIPOR2,RTN4,CACNA1H,LLPH,KIF3C,ZC3H13,MARK3,BPTF,BCL9L,HSPA8,PRNP,UBE2H,KLHDC4,HSPA5,SMURF2,PTCH1,IDH1,DSTN,NUP153,DNAJC13,AP4B1,SSH3,AZIN1,NFKBIA,EFNA2,APPBP2,HOOK2,HOOK1,GNAQ,DLG5,GNB2,MKRN2,GNAS,GNB5,BRWD1,LSM14B,LRP12,GALK1,CREBZF,KDM5B,DYRK3,DDX46,USP32,PRKCSH,CHD8,DDX42,CHD6,ATP2A2,ADAR,TRIAP1,YBX1,PITPNC1,PHTF1,LMNB1,LASP1,ZC3H7A,YWHAQ,MFSD5,MAN1A2,TOPBP1,HSDL1,NCBP1,EED,PDPK1,H2AFZ,IQCE,AXIN1,TBC1D9,OXSR1,YWHAZ,VCAN,RASA1,GFOD2,TMEM9,ZMYND11,PFDN4,B4GALT5,USP15,STOML1,USP10,ATP1A1,SPG7,TM2D3,NCALD,HSPD1,CYTH3,GNA13,RMND5B,CAND1,DNPEP,MAT2A,TGS1,FAM120A,MAPK6,SMNDC1,MBTPS1,RRM2,TAF13,CADPS,DEK,RPS6KB1,POLE3,TAF6,VIM,GPD1L"
+"gene_set_query"	"559"	"NFX1"	"553.0"	"ARCHS4 Coexpression,1573;Enrichr Queries,18;GTEx Coexpression,68"	"TFRC,DCAF8,GPATCH1,HNRNPU,SMC3,EPRS,DCAF4,GPATCH8,ALKBH3,PSMD7,MPRIP,DPYSL2,MYC,PSMD3,ZXDC,DDX17,MEF2A,CSNK2A1,TSTD2,NGDN,WDR74,CD3EAP,GAPVD1,CLPX,GTPBP4,RFX7,ORAI2,NUP98,POM121,PRDM15,NEDD4L,NOLC1,HIF1A,GIGYF2,MTDH,CYB5R1,CYB5R4,LARP1,WDR70,NAA50,CREBBP,JUN,PRRC2C,IRF2BP2,PA2G4,LARP4,PRRC2B,EIF1,MLLT10,HNRNPM,EIF5,EIF6,HNRNPF,GTF2IRD1,HNRNPC,CDK13,ATG2B,CPEB4,PHF3,SMG1,SETD2,PIGU,PHF20,SETD6,CLTC,WDR43,MED14,NIPBL,MED13,JARID2,RRP15,LRRC47,SHPRH,MIOS,TEX10,NSUN2,TCF12,ASH1L,GNL2,BAZ1B,NCOR2,LSG1,NCOR1,PXDN,SF3B3,USO1,SDAD1,BCLAF1,BTAF1,NSD1,RABAC1,MEF2D,SF3B1,BRD4,CSNK1A1,MBD1,SRP68,LRPPRC,SCAF4,KTN1,MYBBP1A,SERBP1,PSMC2,TSR1,UBAP2,PKN1,FBXO28,LTN1,OSBP,KPNA6,NUDT19,PAPOLA,GTF2I,USP8,USP7,SLC38A1,TPM1,DYRK1A,LARP4B,FOXP1,CLIP1,ILF3,DMTF1,NCL,SRSF3,MAPKAPK5,PHIP,RAD54L2,SRSF6,SQSTM1,ANAPC1,KPNB1,ANKRD17,CUL5,ANKRD11,ANKRD12,ITPR1,ORC4,ATXN2,PITRM1,UBR5,G3BP1,SLC38A2,MCL1,EIF2B5,OSBPL8,NOP14,RAB4B,FUS,CHERP,SON,NACA,CNOT1,CNOT2,MDM2,MDM4,EIF4G3,OGT,EIF4G2,EIF4G1,DIDO1,CELF1,CELF2,PTBP1,DUSP12,SART3,SIN3A,OPA3,UBTF,MRPL9,TNPO1,HSP90AA1,DST,ATRX,RAD23B,DNAJC2,ASPH,CTDSP2,POLR1B,BIRC6,TOP1,GTF3C2,NFAT5,GTF3C3,GTF3C4,SRSF1,ZBTB43,ABLIM1,HECTD1,POLR2B,EIF4H,RBBP6,FEM1C,FYN,ATP9B,EIF4B,NOP56,SPAG9,SEC24B,MMAA,CNBP,FOXJ3,DDHD1,TRIT1,CUL4A,DNAJA1,MCM3AP,KLF6,POLR3E,CEBPZ,EIF3C,EIF3A,TRIM33,EIF3B,EIF4A2,TCERG1,ZMYND8,PREP,CISD2,JMJD1C,ACTB,GOLGA4,HERC1,OPHN1,UBAP2L,TMPO,SRRM2,SMARCC1,SCAF11,ANK3,SRRM1,AFG3L2,ZW10,CBLL1,MACF1,DHX8,MYCBP2,PIK3R1,DHX36,DHX37,ATP6V0A2,DHX38,TRAP1,TMEM184B,SLC35E3,SMARCA5,PUM1,SMARCA2,PUM2,AIMP1,AIMP2,SNW1,ZZZ3,WNK1,FUBP1,DHX29,NOL11,ITM2C,MRPS12,NAT10,PCSK7,SYNCRIP,XPO1,PCF11,DHX15,REV3L,KIF1B,NCOA2,PBRM1,STARD3NL,PRMT2,STRBP,PRPF40A,TFB2M,MRPS7,MRPS5,MLF2,TOX4,SLTM,HNRNPH1,CSDE1,CANX,PABPC1,FYTTD1,AKAP8,NOL9,NOL6,EXOSC7,CUX1,EXOSC2,RANBP2,NPM1,RPA1,HUWE1,RSL1D1,NEDD4,HNRNPA2B1,ESYT2,TRIP12,TACC2,CAMK1,OTUD4,UBE3C,UBE3A,NUCKS1,CYP46A1,IGF1R,EFTUD2,TATDN1,CAPN7,KHSRP,POGZ,EP300,ARID2,NOM1,TTC7B,UBE4A,PUS7,WBP11,TMEM131,EEF1A1,PRPF6,PLAA,MATR3,ZCCHC8,ZCCHC7,DDX5,PSMD11,PDS5B,SUPT6H,RTN4,ARHGAP12,BPTF,HSPA9,IVNS1ABP,SMAD1,HSPA8,PRNP,SMAD4,HSPA4,NUP153,TBCB,ANKHD1,EFNA2,HOOK2,HOOK1,GNAQ,CAPRIN1,DNAJC10,BRWD1,FGF13,PICALM,RERE,GSK3B,RBM28,DDX46,PRKCSH,CHD8,USP33,USP34,CHD6,ATP2A2,PSIP1,YBX1,CHD2,AFF4,EEF2K,MYO18A,LRRFIP1,RBM5,RBM33,UTP15,NUP133,PDPK1,DDX54,ARID1A,ARID1B,YWHAZ,SUPV3L1,DDX19A,CREB1,THRAP3,NAA35,RRN3,KDM3B,PARG,TGFBRAP1,DDX21,USP19,DNPEP,TNKS2,TGS1,BMS1,MKNK2,GNA12,NAA25,MAPK1,MAPK3,ABCF1,USP24,SPEN,ATF7IP,RBM39,PTCD1,NEGR1,PRAF2,PDE4DIP,SSRP1,ACVR2A,RPS6KB1,POLE3,QRICH1,NAA15,TAF1"
+"gene_set_query"	"560"	"ETV4"	"553.5"	"ARCHS4 Coexpression,789;Enrichr Queries,993;ReMap ChIP-seq,133;GTEx Coexpression,299"	"MDC1,MT-ND4,RPL3,RRP1,EPRS,RPL8,ENO2,PHB2,RPL6,RRP9,LSM10,SAMD14,TFG,CAPNS1,DPYSL2,MYC,ALKBH1,PSMD2,DPYSL3,RPL36,RPL35,IER5,SAMD10,IER2,PIH1D1,RPL23,MED8,WDR74,CD3EAP,SOX12,WDR81,DDIT4,PSME1,PSME2,RPL27,RBCK1,RPL29,PRR14,ATF4,SLBP,NUP205,SET,TTYH3,ABCB6,RPN2,SHMT2,CDCA4,PDGFA,BAZ2A,MRPL12,GABARAP,ANAPC11,MRPL11,PRPSAP1,PRDX3,PRDX2,MRPL20,PRDX5,RHOT2,LDHA,PPP4C,PRDX1,GRPEL2,GAR1,VTI1A,PUSL1,HMOX2,RHBDL1,HEXIM1,ABCA2,RPL41,JUN,PRELID1,JUND,PHC1,JUP,CHKA,PNO1,PLK2,SETD1A,IRF2BP1,IRF2BP2,MRPL28,PA2G4,NR1D1,MRPL24,SNUPN,TMEM198,EHD1,MLLT10,FIBP,UCK2,TBL3,SLC6A8,EIF6,FASN,HNRNPF,HNRNPD,PSMG3,SFXN3,DUS1L,EZH2,OGFR,PHF23,PHF1,PIGQ,RPLP0,GPT,MRPL37,WDR46,PFAS,BBC3,JPH4,TRIM8,TUBA1C,TMEM189,TRMT112,ATIC,RARS,RFK,RPLP2,GPR137,RRP12,CIC,EMD,ZC3H10,LYPLA2,BRD2,WDR36,LRRC45,NUDC,TPI1,DUSP1,NSUN2,PGAM1,MRPL49,AEN,SIRT7,COPZ1,DUSP6,TOMM40L,MED29,GNL3,LRRC42,DDB2,RNF167,MED22,TAF6L,MRPL53,SLC7A5,HADHA,SLC7A6,TUBB2B,INF2,PXDN,TUT1,GARS,SLC29A1,GART,VAMP2,LRRC14,GRAMD1A,SF3B3,RPL10,LIN37,GSTP1,NIP7,GPS1,ODC1,SLC7A1,TM9SF4,FAM129B,GGA1,NRAS,PSMB5,SRP72,PSMB3,PSMB1,LEO1,CLPTM1,STX6,FLNA,SLC17A7,RPS2,CKB,CRBN,PCGF2,SYVN1,ARCN1,GATAD2A,SKI,MYBBP1A,APEX1,SERBP1,RPL22L1,PKN1,AGRN,INHA,YPEL3,ANKRD13D,CHPF,TUSC2,CSE1L,ATN1,PLOD3,YEATS4,CASC3,FBXO22,CLU,HDDC3,IPO4,TM7SF2,IPO5,SALL2,SLC39A9,TUBB3,RUVBL2,RUVBL1,CFL1,FNTB,PIM3,LZTS1,FADS1,IK,RPS9,PCYT2,FBXW8,RPS7,CISH,RPS5,IGFBP3,GPT2,TPM1,IGFBP2,AIP,RPSA,ILF2,RNF40,LENEP,THOC6,CTDNEP1,PYGO2,ACAP3,CLIP2,ACLY,MSH2,NCL,RAB34,MADD,SRSF2,FSCN1,SNRPE,SNRPF,PHPT1,SRSF9,SNRPB,INO80B,FKBP2,RNASEH2A,CD151,SMYD5,ISG20L2,TARS,UBFD1,PHB,CORO1B,ACAT2,NDOR1,G3BP1,PMVK,NACC1,DVL2,DVL3,SLC38A2,MCL1,ESRRA,AKIRIN1,TRAPPC4,ASNS,LSM4,UCKL1,LSM2,COPS6,SH3BP5L,CDK4,MAFG,RNF181,PLXNB2,IARS,DHCR7,CNOT8,EIF4G2,BCL2L1,ZNF512B,DIDO1,HSP90AB1,MCM7,RNPEPL1,ZC3H4,ZC3H3,TRADD,WDR4,ETFB,AP4M1,MRPL3,PTBP1,RPL7A,DUSP12,NOB1,MDK,PMEPA1,ACP2,SLC37A4,EIF5A,UNC45A,PLEKHG2,REXO1,GPX4,RFC2,RPL13A,VEZF1,REXO2,COASY,ARFGAP1,NIPSNAP1,MSL1,ARL4C,TRAF7,PTP4A3,TFDP1,TRAF4,POLR1B,POLR1C,BCAT1,GAPDH,SLC25A11,TNFRSF21,RNF31,GTF3C2,LRP1,WBP1,SRC,WBP2,ROCK2,PRCC,CXXC1,ZBTB45,LRP8,MLLT6,PPM1G,GANAB,U2AF2,POLR2C,POLR2E,IGF2BP3,POLR2G,LRRC8A,POLR2H,IGF2BP2,POLR2I,DCAF11,SLC25A22,DCAF13,SLC25A25,EIF4B,NOP56,SLC35A2,NOP58,PPP1R14B,SPAG7,TRIM41,GPKOW,FBXL19,MBOAT7,SEMA4B,RNF26,FOXJ3,NDUFA2,ADRM1,RPL23A,SEMA4G,TPD52L2,HNRNPAB,BCKDK,NELL2,KLF6,TRIM39,PSAT1,EIF3I,IMPDH2,STUB1,P4HB,EIF3C,EIF3D,SEC24C,EIF4A1,SLC35B2,VARS,ZMYND8,HDAC11,ZDHHC5,GBA2,ACTB,CYB5D1,GOLGA2,RASSF1,RPS16,RPS19,SNRPD2,TRIM28,RPS18,SNRPD1,FLAD1,FTH1,BSG,DENR,TRIM27,CCNL2,RPS11,CCNL1,SEPHS1,RPS10,SOX4,TBC1D10B,IMP3,ACTN1,NSMCE2,MTUS1,CIRBP,BOLA1,MRPS18B,CSNK1D,MOGS,ACTN4,ALG1,ACSL3,MFSD11,JMJD6,STX1B,CARHSP1,POR,SFRP1,CDC34,CSNK2B,CD2BP2,PFN1,AURKAIP1,OBSL1,TRIB2,CUTA,DCUN1D5,PTTG1IP,SCFD1,PRRC1,PDCD11,PCBP4,PCBP1,GSE1,SYMPK,TNRC18,DECR2,PATZ1,SNX5,VASP,SNHG1,TRAP1,XBP1,SURF1,SURF2,RCC2,SURF4,MICAL2,ERAL1,SMARCA1,PAICS,IFFO1,CCT6A,RPS25,RPL27A,ID2,INTS5,PAF1,SDC1,COL9A3,ALDH18A1,RPS21,C2CD2L,CDS2,ITM2C,UBXN1,TMEM151B,SLC35F2,FAM57B,PPP1R10,SUV39H1,FAF2,CTSZ,NAT10,MYL6B,SLC7A11,NAT14,AKAP12,SYNCRIP,PCM1,MAP1LC3B,ACTR1B,HYAL2,OTUD6B,ENC1,DHX15,MLX,RAC3,CTSB,PSD,PSENEN,CCT3,PRMT5,CCT2,TMED9,SEC13,TMEM150A,MMD,PRMT1,MRPS23,NCOA4,NME2,PRPF40A,RHOF,TUBG1,MTSS1,NME1,VAV2,MLF2,ARHGEF1,CRELD1,ALDOA,SGK1,KPTN,FJX1,STK40,CSTB,DTYMK,PCNA,TOMM40,AHCY,SLC20A1,HEATR1,CCDC106,RFNG,TYMP,GNAI2,CST3,CAMK2N1,PES1,ORMDL3,CCT8,CCT7,CCT5,CCT4,BCAP31,NPDC1,RANBP1,NPM1,SPRYD3,RANBP3,PTGES2,VEGFB,NPM3,VEGFA,RAB11B,ATAT1,RGP1,PER1,XPOT,NBR1,TCEA2,HDGF,FAU,SCARB1,MIDN,NDUFA11,UBE2Z,COMT,PHRF1,TXN2,ACTG1,FBL,ARHGDIA,HCFC1R1,FAM3A,SH3GL1,ATG9A,TSC2,PDIA6,PDIA4,EEF1A1,DPM3,PRPF6,MYCN,DKC1,RPL7L1,FIZ1,RTN2,COPB2,PSMD11,TMED10,NDUFB10,COPB1,NDRG2,NDRG1,ARHGAP12,DEAF1,DPP9,QSER1,ANKZF1,PDZD7,BCL9L,OST4,PRNP,FDPS,ACBD4,CPSF1,CBX4,CBX2,NONO,IDH1,PCIF1,HMGA1,ASPSCR1,TBCB,SUPT5H,EIF2S2,H1F0,EFNA2,HOOK2,DLG4,HOOK1,OSTC,STT3A,CHMP2A,CNTN1,ACBD3,SAE1,UBE2K,UBE2M,MUS81,ACADVL,GSK3A,PRKCSH,SLC2A3,TAZ,USP39,USE1,ELAVL1,LMNB2,PPP1R9B,LMNB1,SEC61A1,SEPT9,LASP1,FLOT1,KDM6B,JAGN1,NCBP1,GLRX5,CAD,H2AFX,AXIN1,ABHD14B,RNF208,ABHD14A,SYNGR3,CKAP4,EPN1,KLF16,EEF1G,CREB3,VCAN,NDUFS8,NDUFS7,GORASP2,ACOX1,DDAH2,TRNP1,NDUFS2,IRF9,TSEN34,RGS19,RGS16,OPRL1,SLC3A2,CLCN2,TOB1,U2AF1L4,HSPD1,DNPEP,TAF1B,TMEM203,SAP30L,NT5DC2,MKNK2,BUB3,MTA2,FBRS,RRM2,NAA10,BAD,SSRP1,GALE,CAPN10,BAX,SPRY2,TAF6,VIM,ABCE1,RAN"
+"gene_set_query"	"561"	"NR2F6"	"554.5"	"ARCHS4 Coexpression,367;Enrichr Queries,440;ReMap ChIP-seq,234;GTEx Coexpression,1177"	"MDC1,POP7,RPL3,TFRC,EPRS,RPL8,PHB2,TSEN54,TSKU,SCAMP4,NDST1,SAMD14,SCP2,CAPNS1,ZMIZ1,MYC,STMN1,PSMD3,PSMD1,AKT1,AP1S1,SAMD10,IER2,MED1,CXADR,RPL23,DAPK3,CD3EAP,SCRIB,SOX12,EML4,WDR81,PSME3,DDIT4,UQCRC1,RPL29,PRR12,ATF4,TTYH3,SAR1B,PDGFA,MRPL12,PRPSAP1,MRPL20,PRDX5,LDHA,CYB5R3,RNF215,PRDX1,LDHD,ATRIP,ST3GAL1,S100A10,HEXIM1,RPL41,JUN,JUND,ICMT,CHKA,JUP,NR2F1,IRF2BP1,IRF2BP2,MRPL28,PA2G4,NR1D1,FAM136A,MRPL23,LARP4,MEX3D,EHD1,HNRNPL,SLC6A8,EIF6,GIPC1,HNRNPF,FASN,SFXN3,DUS1L,LGMN,CDK16,PIGU,ELL,GPT,SHB,SMG5,DDA1,TMEM189,MED11,TRMT112,TUBA1C,MTG1,RFK,TIMP2,GPR137,UBL7,LYPLA2,ZC3H10,UPF1,LRRC45,DUSP1,EXOC7,SPHK2,WDR34,DUSP6,TOMM40L,SIRT2,MRPL43,DDB2,PSMA5,NCOR2,RNF167,SLC7A5,MRPL53,TUBB2A,INF2,BDH1,PXDN,KIFC3,SLC29A1,GAS6,TKT,VAMP2,SLC29A2,GRAMD1A,GRN,ECHS1,RPL12,TIMM13,PSMA7,CENPB,MRPL55,FAM129B,ARFRP1,AP2S1,CKB,RPS2,RPL18,SAMD1,MEF2D,YKT6,MBD3,FARP1,PCGF2,DAB2IP,TRMT1,SCAF1,LETM1,SKI,PSMC3,MYBBP1A,SNX17,SNX15,PKN1,INHA,AGRN,YPEL3,CHPF,TUSC2,AUP1,CLU,IPO4,CFL1,FBRSL1,PMPCA,PIM3,SLC39A7,LZTS2,KPNA3,FADS1,PLEKHJ1,TLE3,PCYT2,MAP2K2,TPM4,USP5,GPT2,IGFBP3,PPP1R16A,TPM1,IGFBP2,RPSA,POLRMT,SRCIN1,LENEP,THOC6,PYGO2,CLIP2,CLIP1,FSCN1,ANAPC5,FKBP4,SQSTM1,KPNB1,LY6E,ANAPC2,SLC27A4,INO80B,LRRC59,FKBP2,PFKFB4,DNMT1,SEMA7A,CD151,ANKRD11,AK1,MAZ,ABHD8,PHB,CORO1A,HSPBP1,CORO1B,GLIS2,SOCS2,KLC4,BAG4,NDOR1,DVL1,NACC1,BTBD2,ABL1,PLXNA1,IP6K1,SLC38A2,ZKSCAN1,MPDU1,ESRRA,EIF2B4,RAB4A,TMEM132A,DHCR24,CORO2A,EEF2,LSM4,FBXO31,UCKL1,LSM2,LRFN4,MAFG,MDM2,RNF181,PLXNB2,PLXNB1,LRCH4,CNOT8,LZTR1,SERINC2,NFE2L1,BCL2L1,EIF4G1,RNF187,ZNF512B,SLC25A1,HSP90AB1,MCM7,ZC3H4,CELF2,ZC3H3,ETFB,MRPL4,SGCE,ALAD,PTBP1,DUSP12,RPL7A,SPR,MDK,WDR5,ACP2,SLC37A4,BOK,EIF5A,PLEKHG2,GPX1,GPX4,RFC2,TNFRSF19,SIGMAR1,EDF1,RANGAP1,REXO2,RAD23B,COASY,NIPSNAP1,DDOST,ARFGAP1,MSL1,PTP4A1,TRAF7,PTP4A3,TRAF4,SLC25A19,CTDSP2,POLR1B,C1D,PIK3C3,SLC25A5,SOS1,DCTPP1,SLC25A11,GAPDH,ST6GALNAC6,HDAC5,GTF3C2,RNF34,CANT1,LRP1,WBP1,SRC,WBP2,ROCK2,EI24,CEBPG,WBP4,CXXC1,FURIN,MLLT1,LRP3,SEMA3F,MLLT6,SRM,DNAJB1,GANAB,FZR1,NCLN,CCDC85C,HECTD3,U2AF2,POLR2E,LRRC8A,DCAF11,PCDH1,CCDC71,SLC25A25,ATP9A,SPAG9,PPP1R14B,SPAG7,MARCKSL1,TRIM41,PPIL2,SEMA4B,FBXL19,ADRM1,SEMA4G,CDC42BPB,TPD52L2,HNRNPAB,CABLES2,ASXL1,KLF6,PFKL,CDKN2AIPNL,DOLPP1,MGAT4B,POLR3H,P4HB,EIF3C,BCAR1,EIF3B,APP,SMARCB1,CERK,VARS,KDELR1,ZMYND8,HDAC11,TXNDC11,ACTB,CYB5D1,TRIM28,FLAD1,FTH1,BSG,DAG1,LONP1,CCNL2,SNRPD3,SEPHS2,RPS10,SOX4,SLC12A9,ACTN1,COG3,ECH1,NSMCE1,MTUS1,CIRBP,PTOV1,COG1,CSNK1D,MOGS,ACTN4,BCS1L,CDC34,SIK3,TTLL12,PFN1,KCTD17,AURKAIP1,OBSL1,TELO2,DHX8,PIK3R2,PTTG1IP,GSE1,MLEC,TNRC18,DECR2,SNX5,VASP,VAT1,TRAP1,XBP1,INTS1,RCC2,KLHDC8B,GADD45G,SMARCA4,ID2,INTS5,ECHDC2,SDC1,COL9A3,RPS21,CDS2,ITM2C,DDR1,DAZAP1,CITED2,CTSZ,TECR,MRPS12,PRPF19,NAT14,PTPRF,PTMS,MAP1LC3B,HYAL2,MLX,RAC3,SDF4,SSSCA1,CTSD,CTSB,CCT3,TMEM150A,PARP2,PRMT1,MRPS23,NCOA4,ANO8,NME2,RHOF,MRPS7,LIME1,MTSS1,MLF2,RHOB,TOX3,ALDOA,SGK1,CSTB,AHCY,PCNA,TOMM40,SSNA1,CRIP2,GNAI2,RXRB,CST3,MNT,NFIL3,CAMK2N1,GPC1,PES1,ORMDL3,SCAND1,BCAP31,SORT1,PTGES2,TMUB1,VEGFB,AP3D1,AIG1,NPM3,VEGFA,RAB11B,NUDT9,PER1,BOP1,NUDT8,CSDC2,TCEA2,HDGF,SCARB1,MIDN,SYS1,HDLBP,PEBP1,ARHGAP39,COMT,PHRF1,SRP14,CELSR3,ACTG1,FAM162A,FAM174B,BASP1,CAPN5,HCFC1R1,PALM,FAM3A,SH3GL1,ZGPAT,PAM16,ATP1B1,ATAD3A,TUFM,PDIA4,DPM3,PRPF6,DOK4,ADAM15,ILVBL,DNAJB11,EHBP1L1,RTN2,ISYNA1,HTRA2,LPL,FBLN1,NDRG2,ARHGAP12,EMG1,IRAK1,DEAF1,DPP9,TBC1D14,CYC1,PDZD7,BCL9L,MPST,HSPA8,PRNP,ACBD4,CBX4,CPSF1,ASPSCR1,HMGA1,SSH3,NFKBIA,EFNA2,HOOK2,HOOK1,UBE2S,GNB2,GNAS,SKIV2L,UBA1,TCF3,SAE1,NFKBIB,UBE2M,MUS81,B4GALT2,ACADVL,ABCD3,ZMYND19,PRKCSH,CNRIP1,RND2,USP39,USE1,LMNB2,RND1,SEPT9,LASP1,FLOT1,MYO18A,SCYL1,KDM6B,PDPK1,GLRX5,AKTIP,H2AFX,AXIN1,ABHD14B,RNF208,DDX54,SENP3,EPN1,KLF16,RER1,ACOX1,DDAH2,PPDPF,TRNP1,AKT1S1,CUEDC1,THOP1,OTUB2,MVK,RGS19,OPRL1,WIZ,SPG7,ASAP2,FAM169A,TOB1,ADD1,USP19,STRN4,HMGCL,DNPEP,MTA1,ALDH1B1,TMEM203,DDT,SPOCK2,GNA11,NT5DC2,MKNK2,MAPK3,RRM2,BAD,SSRP1,SMUG1,GALE,ERCC1,CARM1,POLE3,ATP13A3,VIM,LPIN2,SSBP4,LNX2"
+"gene_set_query"	"562"	"ZNF135"	"554.7"	"ARCHS4 Coexpression,615;Enrichr Queries,656;GTEx Coexpression,393"	"VARS,MYT1L,IFT172,ZDHHC5,BACH2,NUDT3,LSM12,TRIM28,ZMIZ2,DPYSL2,DPYSL3,FAM110B,AKT3,PSMD3,STMN1,CDK20,LUC7L,AKT1,CCNL2,EPHB1,ATXN7L3,CDK5RAP3,SOX4,TMEM8B,DDX17,TSPYL2,EPHA5,MEF2C,SMARCC2,ST6GAL2,LIMCH1,ZFP2,ARRDC3,CIRBP,PTOV1,CD3EAP,ANK2,MOGS,SOX11,WDR73,SOX12,ANK3,ACTN4,SND1,TIAM2,SFRP1,IFT81,PSME3,AKAP9,RUFY2,HECA,OBSL1,MMADHC,RTEL1,NUMBL,BEX2,BEX1,FOXG1,FLII,NPRL3,COPS7B,AGAP1,PLA2G6,OAZ1,APH1A,INPP5E,VTI1A,PATZ1,ZSCAN18,BBS1,WDR59,PHC1,ZRANB2,PTPRN2,CADM1,INTS1,BCL11A,INTS3,TMEM50B,ST8SIA2,PMM2,PBX2,UPF3A,GPN1,PBX1,DCLK1,PRRC2A,HNRNPL,CCDC88A,WNK2,MAGED2,FXYD6,FAT4,CALR,CD200,GABRB3,ARF3,OGFR,PHF2,PIGU,DAZAP1,PTPRS,PHF1,PIGQ,MRPL37,PRPF19,SMG5,SMG6,AKAP12,EPM2AIP1,SMPD4,TUBA1A,ZMYM3,CAMKV,SLC22A17,TRIM2,ENC1,MLX,SPIN1,SDF4,GPRASP1,ZIK1,PARP6,UPF1,TMED9,IFT140,MRPS25,EXOC7,LRRC49,MINK1,PRPF40B,NME3,CBFA2T2,MRPL44,MLF2,RGMA,PSMA5,MN1,TOX3,KAT2A,MPPED2,KIT,PXDN,HNRNPH3,PLCB1,TKT,GAS8,GAS7,CSTB,NFIX,STX16,SATB1,ATL1,ICA1L,RPL12,PRICKLE1,CENPB,HIRA,PES1,ANKRD52,APBB3,YKT6,RUNX1T1,RIC3,BRF1,UTP3,SORBS2,RAB11B,ATAT1,NFIA,NFIB,TAOK2,TTC3,TCEA2,NUCB1,HDGF,FAM171B,PKN1,ZFP28,SLC27A1,CLSTN2,ATN1,SLC8A1,IGF1R,SALL2,CDH2,LAMP1,BASP1,ARHGDIA,POGZ,PALM,TBC1D30,NRCAM,MACROD2,RGS7,TPM1,F2R,MAGI2,THOC1,TSC2,TSC1,FRMD4A,ATAD3A,ARMCX4,OLFM1,MORF4L1,ARMCX2,DMTF1,HNRNPUL1,PRPF3,RAB35,ELMO1,CHMP4B,SRSF5,TOX,SRSF6,LRRC59,BHLHB9,RAB5C,CCDC24,NTM,CHRNA7,MAZ,FOXO6,CACNA1A,FBLN1,DTX3,PDS5B,SUPT6H,CORO1B,PHF21B,DPP3,SOCS2,ATXN2,DPP6,IRAK1,STK36,NACC1,SAFB2,NDN,PLXNA3,BPTF,TRAPPC2,CPSF7,TIA1,AUTS2,ATP8B2,PTCH1,TBCD,EEF2,MARCH6,DNAJC18,PAN2,CDK9,ARHGAP33,PTPRD,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,TCF4,PI4KB,LZTR1,LRCH4,FGF13,NFE2L1,EIF4G1,KDM5C,NUMA1,WDR1,PRKCSH,AKAP8L,CHD6,CHD3,ZFP82,YBX1,AFF3,PPP1R9A,LMNB2,CABIN1,LMNB1,PPP1R9B,TRO,SENP6,SEC61A1,SART1,SEPT9,LASP1,SIN3B,SNRNP70,PPP6R1,PDE4B,TMEM108,WDR6,PMEPA1,MAN2C1,RBM5,RBM6,EIF5A,ACTR2,PEG3,PDPK1,PDE4D,HUNK,NAV1,NAV2,RAD23B,ZFP90,TRAF7,VCAN,PTP4A3,SETBP1,RER1,ATG4B,IFT46,DCTPP1,SHANK2,RNFT2,SMARCD2,WBP1,HDAC1,DDX25,ANKS3,USP11,NRXN1,RAB1B,LENG8,RBM4B,NRXN2,CRMP1,HDAC6,NCALD,JAKMIP3,SLC25A27,STOX2,GANAB,MTA1,PABPN1,U2AF2,GNG7,FAM120A,EIF4H,SPOCK1,NCAM1,RALY,MTA2,SH2B1,TTC14,TUB,USP20,PCDH9,NEGR1,NICN1,PCDH7,TPD52L2,MAPK10,CLCN6,NEURL4,MARCKS,CARM1,MGAT4B,P4HB,SSBP2,CLUAP1,EIF3B"
+"gene_set_query"	"563"	"STAT2"	"555.8"	"ARCHS4 Coexpression,1329;ENCODE ChIP-seq,113;Enrichr Queries,1041;ReMap ChIP-seq,210;GTEx Coexpression,86"	"MDC1,SLC4A1AP,TFRC,ITSN1,HNRNPU,HNRNPR,GHITM,EPRS,BACH1,ALKBH3,PCMT1,SCAMP4,NUB1,PSMD4,ZMIZ1,AKT2,DPYSL2,MYC,ANKFY1,DIP2A,CDK5RAP3,IER2,FNBP4,DDX17,STARD3,ACOT9,WSB1,PRKCE,PRKCD,MED8,CD3EAP,SCAMP1,GTPBP2,PRKAB1,GTPBP1,HCFC1,MYL6,WDR81,ZC3H11A,ADPRH,DDIT4,PSME1,JTB,PSME2,RPL27,RBCK1,RPL26,MEG3,NUP205,MAPKAP1,NPRL3,NEDD4L,NOLC1,XPC,ABCB8,HIF1A,ANAPC11,PPP4C,RHOT1,RNF215,CHST12,BLOC1S2,VPS11,SSR1,ST3GAL2,S100A10,CDK17,PRPF38B,JUN,CHKB,PRPF38A,HOMER1,H3F3B,MAD2L1BP,MTHFR,PRRC2A,TMEM198,FIBP,ABTB1,TBL3,HNRNPF,FASN,HNRNPD,CDK10,HYOU1,CDK13,EZH2,LGMN,OGFR,SETD3,BTG1,PIGO,PHF1,MRPL38,SMG7,ECSIT,MED16,BBC3,IKBKB,MED12,SMPD4,ATIC,MRPL40,TMSB4X,RRP12,JAK2,UBL7,PGAM1,ITPK1,MRPL47,AEN,GMIP,JOSD1,COPZ1,DUSP6,SLC7A5,PSMA6,KAT2A,PSMA3,PXDN,GRN,ELOF1,LIN37,STAU2,GSTP1,SRRT,PSMB6,FGD3,PPP1R2,UNK,GGA3,MFN1,MFN2,RICTOR,RPS2,SF3B1,SRSF10,SRSF11,NKTR,SF3A3,BRF2,WDR18,STAT2,PCGF3,SAMD4B,TMEM62,TRMT1,WDR11,PSMC3,CCDC9,NUCB1,PKN1,AGRN,MTCH1,DGKE,CCNT2,ATP8A2,TMEM167B,CHPF,UBE2D2,TUSC2,RNF19B,CASC3,IPO4,HDDC3,POFUT2,SMCHD1,UROD,LAMP2,KPNA4,SLC25A44,FADS1,ANKRD13A,GTF2I,KCMF1,RPS9,SLC38A1,CISH,ANKRD45,GTF3A,TRAFD1,PRPF4B,CNPY2,FBXO10,VRK3,THOC7,CDC25B,LENEP,FOXP1,DMTF1,MAPKAPK2,SRSF2,SRSF5,SRSF6,SRSF7,SQSTM1,ARL8B,LY6E,PFKFB2,RAB5B,CUL7,ENY2,PFKFB3,MAX,GLT8D1,SLC38A10,ARL2,UBFD1,UBR1,FBXO44,CORO1A,GTF2E2,HMBOX1,SBNO2,BAG1,NACC1,ANKRD10,NADK,PLXNA3,MCL1,MPDU1,ANKRD34A,TIA1,EIF2B3,TOR1A,POLR3GL,TMEM120A,TRAPPC4,MARCH9,ARPC4,TOR1B,LSM3,FBXO31,LSM2,CDK9,DRAP1,COPS5,CDK5,CDK4,LRFN1,RNF181,MDM4,ACO2,LZTR1,OGT,LMBR1L,RNF10,ZC3H3,PIK3CD,PTPN23,NENF,ARRB2,MRPL4,PTBP1,DUSP12,ADAMTS3,MDK,PPP6R1,WDR6,DGCR8,SLC37A4,SNAP29,IDH3A,TRIM67,UNC45A,REXO1,GPX4,RFC2,LIX1L,YDJC,ARFGAP1,COASY,MSL1,GIGYF1,PTP4A2,NPC2,POLR1B,CTDSP2,DNAJC9,CCDC43,TOP1,PPP1R15A,RNF31,NDUFB9,UHRF2,NDUFB6,GTF3C6,WBP2,EI24,SRSF1,WBP4,CXXC1,LENG8,SRI,HDAC7,MLLT6,GANAB,ZNRF2,U2AF2,HECTD3,RBBP5,SH3BP2,POLR2E,RBBP6,IGF2BP3,CSK,POLR2I,HNRNPA1,SLC35A2,MLXIP,NDUFA8,SEMA4A,PPIL1,NDUFA7,NDUFA6,NDUFA5,NDUFA4,MBOAT7,SEMA4B,LYSMD2,PNRC2,BCKDK,DNAJA1,PINK1,MARCKS,KLF6,NAGK,CDKN2AIPNL,VAPA,P2RX2,DNAJA2,TRIM35,STUB1,RHEBL1,SMAP2,SMAP1,TNRC6A,TPT1,EPHB6,EIF4A1,ISCA1,IFITM2,VARS,ZMYND8,GDE1,CISD1,PPAN,PPP2R2A,ZDHHC8,IFI30,UBE2L3,CRKL,GOLGA3,PNN,RUSC1,FLAD1,SAP130,LONP1,CCNL2,CCNL1,RPS12,TMPO,SLC12A9,SRRM2,ARRDC4,SMARCC2,ARL15,SACM1L,METTL3,THAP4,STX1B,CSNK2B,CRYZL1,VDAC3,VDAC2,CUTA,IGSF3,PEX11B,TRANK1,SUPT4H1,TRMT2A,RTF1,MYL12B,SNX3,NKAIN1,DHX34,MICAL1,CSTF1,ARGLU1,RALGDS,N4BP1,B4GALNT4,VAT1,VASP,ZRANB2,TMEM86B,LRRN2,TMEM50A,INTS3,TREX1,SMARCA5,MICAL2,PAICS,RPS25,RPS28,FUBP1,ID2,CWF19L1,INTS7,NOL10,TMCC2,ANP32B,RGL2,INTS8,C2CD2L,ITM2C,MRPS17,DHRS13,MRPS16,FAM57B,CITED2,FAF1,CCDC124,OLA1,MRPS10,WASL,COX7C,MAP1LC3B,GLIPR2,XPO6,ZMYM6,DHX15,MLX,SSSCA1,NDEL1,CTSB,TOP3B,PSENEN,VKORC1,WARS,GP1BB,TSC22D3,TUBG2,ZDHHC16,PPRC1,COMMD7,ITFG1,TOPORS,RNF144A,KIF2A,HNRNPH1,NFX1,NME7,FAM20B,FAM193B,FAM32A,NCOA7,ARHGEF1,ALDOA,SGK1,NAPA,CSTB,CAB39,MRPS36,STX16,DERL1,AKAP6,UQCR10,TYMP,GNAI2,PPP2CA,AMN1,HIRA,ARVCF,ZDHHC18,NFIL3,EXOSC9,ORMDL3,MGAT3,MGAT1,ATP6V0E2,LCMT1,EXOSC1,BCAP31,DYNC1H1,RANBP1,MAP3K3,MON2,TTC1,MYO9B,AP2B1,COX6C,VEGFA,MAD2L2,PDCL3,HNRNPA2B1,TOMM7,TRIP12,TOMM5,GRINA,DPAGT1,SCARB2,OTUD5,CRTC2,NARF,NDUFA12,TOMM22,CHCHD4,POGZ,AZI2,BAHCC1,MORC3,ADPRHL2,TMOD2,TTC7B,SHISA5,TRPC4AP,POU3F2,DKC1,PRPF3,EHBP1L1,CHMP4B,PLAA,SCG3,SIDT2,DDX5,PXK,NDUFB10,RBM8A,TOR1AIP2,NDRG1,TIMM50,ARHGAP21,MAN2A2,ZMAT5,NDUFV1,IVNS1ABP,FDPS,PRNP,CPSF7,CPSF6,PNPT1,CBX5,CBX3,VTA1,HMGA1,DNAJC16,CLK2,COQ5,KLHL20,CLK1,PAN2,NFKBIA,PAN3,HOOK2,HOOK1,PI4KA,GNB4,SKIV2L,LRP10,LRP12,UBE2M,GALK1,CREBZF,SCYL3,RBM25,GSK3A,RBM26,DDX3X,LDB1,PRKCSH,DDX47,ADAR,SLC2A3,RND2,HK1,CABIN1,CASP9,BCL7B,GATAD1,NUP62,GMPPA,UQCRFS1,FLOT2,MAN2C1,RBM5,RBM6,RBM33,TSFM,SUN2,KLF13,PDPK1,AKTIP,CAD,H2AFX,ARID1A,SENP3,KLF16,IRF3,TMEM214,NDUFS3,ATP6V1B2,PFDN1,MAN1B1,IRF9,CHMP5,TSEN34,STOML2,STOML1,ATF6B,RSPH9,CLCN3,STRN4,AGPAT3,U2AF1L4,NXF1,TMEM201,DNPEP,GNG5,MAT2A,TAF1C,DDT,TRA2A,NAA25,PTK2B,RPP14,CLASP1,CYTH1,CLVS1,TTC14,RBM39,USP20,ATP13A1,LIMK2,TAF11,MIIP,SOD2,USF2,USF1,TTC17,CLCN6,PIK3IP1,ASB8,ACIN1,ERCC5,VIM,SSBP1,SSBP2,RBMX,SSBP3,SSBP4,RAN"
+"gene_set_query"	"564"	"CENPT"	"556.0"	"ARCHS4 Coexpression,596;Enrichr Queries,898;GTEx Coexpression,174"	"MAPKBP1,TFRC,HDAC10,CPNE5,ZDHHC8,EPRS,TSEN54,ACTB,TRIM28,RAVER1,DPYSL2,MYC,ZMIZ2,STMN1,BSG,ARL6IP5,ARL6IP4,CCNL2,CCDC92,NFRKB,CDK5RAP3,SRRM2,ARRDC1,ACTN1,CSNK2A2,METTL3,CD3EAP,MOGS,GTPBP2,MAPK8IP3,SRRM1,MRPS18C,MFSD10,NISCH,RUFY1,CDC37,CSNK2B,DDIT4,ULK3,DUS3L,VPS28,TELO2,PRR14,SF1,ANAPC13,RTEL1,SHMT2,MEPCE,STXBP2,TRMT2A,AAAS,OAZ1,MBTD1,DHX30,RHOT2,CYB5R3,NUP85,PRKAR2B,MICAL1,INPP5E,SYMPK,RCE1,PLCG1,PIP5K1C,S100A10,CTSA,ACD,JUN,INTS1,STK11IP,NCAPH2,SS18L1,EIF2AK1,SETD1A,MICAL3,TYSND1,CDC7,PYCR2,LAS1L,SFXN3,ADCK5,MMS19,PLCH2,FBXL6,ATG2B,ITM2C,EZH2,OGFR,SETD5,SLC44A2,MRPS12,KRI1,MED16,AP2A2,MED15,LIMD2,TUBA1B,TUBA1A,FASTK,ENC1,ANXA7,SDF4,CIC,TOP3B,PARP6,UPF1,BRD2,BRD1,GP1BB,MMD,MINK1,NUTF2,MRPS7,DUSP6,WDR33,APRT,MLF2,GAK,SLC7A5,RNF167,KAT2A,TUBB2B,VAMP7,TUBB2A,INF2,KIFC2,PXDN,PITPNM2,FAM193B,ARHGEF1,PLEKHO1,SGK1,SFI1,DBN1,RNF166,NAPA,CSTB,PCNA,PRIM1,SRRT,UNK,GPC2,FLNA,BRD9,NT5M,CKB,PAK2,SRSF11,SF3A2,BRF1,MBD1,PCGF3,DAB2IP,MIB2,TRMT1,TARBP2,YIF1B,RAB11B,SPSB3,AGBL5,XAB2,LYRM2,PRPF39,SHKBP1,SGSM3,CAPZA2,TAOK2,ZYX,NUCB1,PKN1,SPPL2B,PHRF1,ACRBP,EDC4,KHSRP,POGZ,CFL1,COTL1,FBRSL1,KPNA2,MAF1,AP2M1,RGS6,SLC39A3,PIAS4,SH3GLB2,TLE2,KDM2A,FBXW5,THOC1,TSC2,SDHC,TSC1,POLRMT,LEMD2,DGKZ,CDC25B,ATXN2L,TPST2,FRMD3,ACAP3,MAU2,DMTF1,HGS,FSCN1,SRSF5,SRSF7,CSNK1G2,ANAPC2,LY6E,CUL9,DNMT1,INO80E,TXNDC9,TUBGCP2,MAX,KLHL17,PHB,RASGRP2,CORO1A,SNN,NDOR1,SHARPIN,PITRM1,MAN2A2,GRK6,BTBD2,EP400,E4F1,DMAP1,ANKZF1,IP6K2,PRNP,TRAPPC1,CPSF1,TNK2,HPS4,HMGA1,ASNS,UBE2A,CLK4,MARCH2,PAN3,HOOK2,HOOK1,CNOT3,CLASRP,CNTROB,LRCH4,LZTR1,LMBR1L,DIDO1,CALCOCO1,ACADVL,ZMYND19,NUMA1,MCM7,WDR1,PRKCSH,CCDC47,POMT1,AKAP8L,CEP164,LMNB1,DUSP12,OPA1,SIN3B,AP1G2,SNRNP70,PPP6R1,PPP6R2,SNAPC4,NCK2,DGCR8,WDR6,MAN2C1,RBM5,RBM6,RBM33,SUN2,SUN1,REXO1,USP42,PDPK1,PLA2G4B,DDX56,H2AFX,SAFB,RANGAP1,SEPT5,DDOST,ARFGAP1,DNM2,GIGYF1,SFPQ,PTP4A3,POLR1B,LUC7L3,ATG4B,MAN1B1,CHMP6,PPP1R12C,TRABD,MTPN,HCN3,HDAC5,GTF3C5,WBP2,ANKS3,CXXC1,LENG8,AGPAT1,HDAC6,STRN4,DCAF15,FZR1,DNPEP,RAB40C,PABPN1,ABLIM3,TAF1C,NT5DC2,POLR2D,SNRPB2,RALY,FBRS,PDLIM7,NOP56,CIZ1,MARCKSL1,RRM2,USP20,TAF13,SMOX,ATP13A1,CLCN7,NEURL4,PFKL,ERCC3,CAPN10,PSAT1,BAX,ACIN1,RBM42,QRICH1,TBKBP1,STUB1,VIM"
+"gene_set_query"	"565"	"AHCTF1"	"557.7"	"ARCHS4 Coexpression,497;Enrichr Queries,13;GTEx Coexpression,1163"	"MDC1,ANKLE2,TRIO,PANK3,TFRC,VARS,TRRAP,ZMYND8,HNRNPU,JMJD1C,HNRNPR,SMC3,DCAF5,EPRS,ACTB,PNN,MYC,SAP130,TMPO,AGFG1,NUP214,SRRM2,DDX17,DDX18,SMARCC1,SCAF11,WDR75,DNTTIP2,CD3EAP,DICER1,HCFC2,GTPBP4,SRRM1,ZC3H11A,PSME4,FAM76B,NUP98,MACF1,NUP205,DHX9,MYCBP2,NOLC1,PIK3R1,GIGYF2,GSPT1,GABARAP,MTDH,APH1B,LARP1,HSPH1,PDCD11,RAD21,PIP5K1A,RBM12,ATRIP,BRAP,EDEM3,JUN,RCC2,SMARCA5,PRRC2C,IRF2BP2,LARP4,PUM1,MEX3C,PUM2,MED13L,PRRC2A,SETX,HNRNPL,MLLT10,STAG2,EIF5,EIF6,WNK1,FASN,HNRNPF,FUBP1,HNRNPD,HYOU1,HNRNPC,EZH2,PHF3,TOP2B,SETD2,SMG1,PIGU,CLTC,TCF20,SMG7,WDR43,ZCCHC14,COIL,SYNCRIP,PCM1,NIPBL,MED13,XPO1,ZMYM2,UIMC1,DHX15,ARIH1,RRP15,NCOA2,PBRM1,PARP1,NSUN2,PABPC4,ZFR,PRPF40A,ASH1L,MRPS7,BAZ1B,MED26,GNL3,RNF168,ENAH,NCOR2,DDB1,PHF20L1,NCOR1,TUBB2A,SLTM,HNRNPH1,PXDN,CANX,G2E3,FAM20B,PABPC1,SGK1,WDR26,RNASEK,SF3B3,HEATR1,HIRA,BCLAF1,BTAF1,TCOF1,RNF138,NSD1,USP1,FLNA,SF3B1,MAP4K4,RANBP2,SUZ12,DYNC1H1,SF3A1,NPM1,NFYA,USP9X,MBD1,HUWE1,HIPK1,MYO9A,LRPPRC,KTN1,AGBL5,RSL1D1,MYBBP1A,XPOT,TAOK1,SERBP1,HNRNPA2B1,TRIP12,HDGF,ESYT2,TARDBP,OTUD4,NDUFA13,NUP188,KDM1A,UBE3C,CSE1L,HDLBP,UBP1,ARID4B,NUCKS1,ACRBP,IPO7,TOMM20,IPO5,SMCHD1,SLK,KIF5B,EP300,ARID2,KPNA2,GTF2I,USP7,SUPT16H,PRPF4B,ATP11B,THOC2,ST7L,MSH6,ILF3,HNRNPUL1,DKC1,TBL1XR1,NCL,SRSF2,SRSF3,MATR3,PHIP,ADNP,SRSF6,SNRNP200,SRSF7,KPNB1,ANAPC1,ANKRD17,LRRC59,DDX5,DNMT1,CUL3,NOP2,GMPS,CUL1,UBR4,TARS,PDS5B,PDS5A,PRPF8,SUPT6H,RTN4,ACACA,BAG5,PITRM1,TPR,UBR5,G3BP1,ZC3H14,SLC38A2,SKIL,QSER1,MCL1,BPTF,HSPA9,IVNS1ABP,OSBPL8,HSPA8,PRNP,NOP14,CBX5,NUP155,ODF2,HMGA1,IFT122,CNOT10,NUP153,DNAJC13,SON,HOOK2,NASP,CNOT1,HOOK1,CAPRIN1,SP3,TPP2,PHF13,UBA2,IARS,BRWD1,EIF4G2,EIF4G1,PICALM,KDM5B,DIDO1,RBM25,KDM5C,HSP90AB1,DDX3X,MCM7,CHD8,USP34,CHD6,DDX42,ATP2A2,PSIP1,CHD4,YBX1,CHD2,AFF4,LMNB2,LMNB1,OPA1,RB1CC1,TLK2,CEP170,LRRFIP1,TOPBP1,TNPO1,EIF5B,HSP90AA1,TBP,PPP1R12A,USP42,DST,PDPK1,ATRX,CAD,ZFP91,ARID1A,CKAP5,RAD23B,PATL1,SFPQ,THRAP3,CTDSP2,POLR1B,IMPAD1,LUC7L3,BIRC6,ETF1,TOP1,GTF3C1,PPP1R15B,MTPN,KDM3B,GTF3C4,ROCK1,ROCK2,RNF38,SRSF1,DDX20,DDX21,PPM1D,PPM1G,HSPD1,GANAB,CAND1,HECTD1,DNPEP,POLR2A,MAT2A,U2AF2,KATNA1,BMS1,TRA2B,FAM120A,UBQLN1,RBBP6,FEM1C,FYN,IARS2,UGGT1,CLASP1,EIF4B,NOP56,SPEN,ARFGEF1,SPAG9,USP24,RBM39,NOP58,HNRNPA3,RRM2,TXNRD3,NAP1L1,PTPN11,LRWD1,DEK,ATP2B1,PTPN12,SSRP1,USP29,MTOR,SLC4A7,NIN,KLF6,POLR3C,ACIN1,CEBPZ,NAA15,VIM,ATP13A3,TRIM33,EIF3A,TAF1,EIF3B"
+"gene_set_query"	"566"	"GLMP"	"558.5"	"ARCHS4 Coexpression,736;GTEx Coexpression,381"	"IPO13,SLC35B2,SMARCAL1,KDELR1,FCF1,TXNDC12,ZDHHC7,IFI30,PSMD8,PSMD9,PSMD5,FTH1,HOMER3,SCAPER,PRKCD,ECH1,ALG1,SCAMP3,RUFY1,BIN3,WDR81,XRN2,SIK3,PSME1,UQCRC1,KDELR2,ATP6V0D1,AURKAIP1,VPS25,PLBD2,PI4K2A,LRPAP1,TTYH3,RPN2,TARSL2,MTMR9,GNS,HIF1A,MYL12B,MRPL11,NCSTN,CHTF8,PPP4C,PRRC1,PRDX4,PRDX1,RCE1,SERF2,CTSA,VAT1,PRELID1,TMEM50A,FUCA1,EDEM2,SURF4,MRPL24,EIF6,ITPA,LGMN,CSRNP2,TRAM1,PIGT,PHF23,SLC35F5,HEXB,HEXA,CTSZ,CLTA,PEPD,PQBP1,NUDCD3,CTSL,SMPD1,TIMP2,SDF4,SH3BGRL3,KIF1B,SDF2,NANS,CTSD,RAB8A,CTSB,VKORC1,LYPLA2,RPS6KL1,TMED9,ATP6V0B,SEC13,TMEM150A,GSTO1,SSR2,GAA,PLSCR3,FAM20C,FAM32A,MAPRE3,TAX1BP3,ERGIC3,ERGIC1,PAFAH1B1,PRIM2,RNASEL,GRN,ECHS1,RNASEK,GSTP1,GBA,PSMA7,PSMB5,EXOSC4,OS9,PSMB3,LMAN2,PSMB1,AP2S1,MGAT1,MGAT2,BID,BCAP31,MTX1,YIPF3,SLC31A1,YIPF5,PPP1CA,FKBP1A,ERP44,TM9SF1,SNX17,NUCB1,CAMK1,GRINA,ANKRD13B,NDUFA13,SYAP1,PLOD3,COMT,ABHD12,LAPTM4A,TMEM147,LAMP1,ARHGDIA,STK16,SEMA6B,TPRA1,CNPY2,DCTD,MINPP1,TMX1,RAB34,ARMCX6,ERP29,SPNS1,PPIB,PHPT1,SQSTM1,COPB2,RAB5C,BRI3,COPB1,CORO1B,PLD3,PSAP,CAMTA1,RPRD1A,NADK,CD276,MPDU1,MARK1,ATP6V1F,OST4,TOR1A,IDH1,HPS1,HPS3,ARPC4,ARPC5,DNAJC18,TMEM115,ARPC3,CDK4,OSTC,NOP10,SERINC5,COPE,SLC25A1,TRADD,NGRN,LASP1,SPR,GM2A,RNPEP,GMPPA,MFSD1,EVI5L,PGLS,PELP1,USP47,GPX1,ATP6AP1,GPX4,AKTIP,SIGMAR1,ABHD14B,H2AFV,CKAP4,DDOST,RER1,DAD1,NPC2,TSEN34,VAC14,LEPROT,SRC,GMPR2,HSD17B10,GANAB,GNG5,DDT,ROMO1,IGF2BP2,CCDC71,SEC11A,POLR2L,SLC35A2,KDM4A,ADRM1,MCOLN1,TPD52L2,NAP1L4,BCKDK,CLCN7,NECAP2,NEURL4,GLB1,BAX,P4HB,KCNK2,SPG21"
+"gene_set_query"	"567"	"ZNF180"	"558.7"	"ARCHS4 Coexpression,325;Enrichr Queries,453;GTEx Coexpression,898"	"APP,PANK3,GPATCH1,HNRNPU,CISD2,PPP2R2A,SMC3,ALKBH8,NDST1,CDC23,ALCAM,CAPNS1,MPRIP,PSMD5,ALKBH1,DPYSL2,MYC,ZMIZ2,CHORDC1,BSG,STMN1,PWWP2A,EPC1,PRKACA,ATXN7L3,EIF2A,TMPO,MED1,MEF2C,TIPIN,WSB1,CXADR,ZFP1,ARRDC3,IFRD1,CD3EAP,MOGS,SCRIB,SOX11,ANK3,EML1,MAPK8IP3,MED6,GTPBP4,FAM133B,DDIT4,YME1L1,ALG10B,SF1,PAXIP1,TBC1D9B,TMEM63B,FLII,CTR9,MYCBP2,BRCC3,PIK3R1,MTDH,LDHB,ABR,HSPH1,DHX33,HLTF,CSTF1,TRPM7,TNRC18,PIP5K1C,MAP4,JUN,TMEM184B,HOMER1,INTS1,PBX2,NETO2,PRRC2A,STAG1,ZBTB6,ZZZ3,EIF5,ID2,GIPC1,TOLLIP,CWF19L1,CALM3,NOL11,FAT4,RBAK,CDK13,EZH2,PHF3,ARF3,OGFR,PIGU,CITED2,MRPS12,CTCF,SMG5,MED17,SYNCRIP,MRPL42,TUBA1A,ENC1,TIMP2,SDF4,RIOK2,CIC,GABPA,RRP15,UPF1,WDR36,PBRM1,TMED9,MMD,GAA,MINK1,ITPK1,PRPF40A,MRPS7,DUSP6,SRP9,MLF2,RHOB,MED23,NCOR2,KIN,SIKE1,INF2,PITPNM1,KIFC2,PXDN,MTF2,TMEM106B,ARHGEF2,SGK1,ATP6V0C,PRIM2,PRIM1,NOL8,FAM117B,CENPB,FAM129B,CST3,BCLAF1,NFIL3,CAMK2N1,USP1,CLPTM1,METTL6,EXOSC2,YKT6,SUZ12,MTX3,MBD1,DAB2IP,MIB2,GTF2H1,RANBP6,SCAF1,KLHL9,SKI,KBTBD4,SEC23IP,MPHOSPH9,SNX16,NFIB,KLHL7,CCNG2,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,KBTBD7,RNF141,GRINA,DBR1,FAM13B,ZFAND3,CD81,CEP120,CLSTN1,LTN1,HDLBP,ATN1,UBE3A,FBXO22,ZFP30,LAMP1,PPIP5K2,ARHGDIA,CWC22,PAPOLA,SMARCAD1,SLC39A7,LZTS2,ARID2,SBF1,SH3GL1,F2R,UBE4A,CTDNEP1,MORF4L1,DMTF1,MSH2,ADAM15,TMX1,EHBP1L1,SRSF3,CHMP4B,MATR3,ADNP,PPIG,SRSF6,ANAPC1,CSNK1G2,NSMAF,FKBP5,ANAPC2,ZCCHC8,ZCCHC7,DDX6,IDI1,RAB5C,INSIG1,IREB2,PXN,BTF3L4,ITPR1,SLC38A10,PDS5B,PDS5A,LIN7C,GTF2E1,ORC5,SOCS2,SBNO2,DVL1,BTBD2,NACC1,ZKSCAN3,ABL1,DVL3,CAMTA2,NAE1,SLC38A2,WDTC1,IVNS1ABP,ESRRA,OSBPL8,PRNP,TIA1,CBX5,API5,NUP153,MARCH6,CLK4,AHI1,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,MDM2,PI4KA,PLEKHM2,PLXNB2,TUBGCP3,BRWD1,LRP10,BCL2L2,NFE2L1,MDM1,SCYL3,GSK3A,DDX46,NVL,PRKCSH,CHD6,ZFP82,HMGB1,PTPN23,PPP1R9B,DUSP11,DUSP12,SEC61A1,METTL14,LASP1,SART3,CAPZB,SUMO1,ZC3H7B,PPP6R1,SNRNP70,PSD3,MYO18A,EIF2B1,TNPO3,BCAS2,DGCR2,UTP15,ARHGEF11,USP47,HSP90AA1,DST,PDPK1,H2AFZ,DDX55,ATRX,H2AFV,PTBP2,ARFGAP1,DNM2,LATS1,TRAF7,CTDSP2,POLR1B,DNAJC5,LUC7L3,NUP54,SOS2,SSX2IP,PPP1R12C,GTF3C3,HDAC2,GTF3C4,PARG,LRP1,ROCK2,WBP2,DCTN1,RAB1B,GOSR1,TGFBRAP1,SRSF1,LENG8,MLLT1,FURIN,ATP1A1,PPM1D,STRN4,ADD1,AGPAT3,HDAC7,DNAJB2,AP3M1,GANAB,CAND1,MAT2A,RBBP4,RBBP5,POLR2B,U2AF2,TGS1,TAF1A,MKNK2,POLR2D,FEM1C,CCDC71,EIF4E,FBRS,DCAF13,KDM4A,FBXL19,PDE4DIP,DEK,ATP2B1,CDC42BPB,OXR1,SLC4A7,CLCN7,MARCKS,PFKL,NEURL4,CARM1,MGAT4B,SNRNP48,VIM,P4HB,NAA15,SUGT1,TAF2,RAN,METAP2"
+"gene_set_query"	"568"	"THAP12"	"559.0"	"ARCHS4 Coexpression,452;GTEx Coexpression,666"	"RPL4,SLC35B2,CCNJ,PANK3,ZDHHC5,HNRNPU,EPRS,PSMD6,GOLGA5,PPP4R2,EIF2A,SEC63,TMPO,NUP210,STARD7,ALG5,ALG2,ALG1,SND1,RC3H2,WDR82,ZC3H11A,RPL26,SF1,NUP205,ANP32A,DHX9,TEX261,GSPT1,GABARAP,ANAPC11,APH1A,SCFD1,LARP1,PRDX4,PRRC1,DHX33,FLRT2,LARS,RAD21,RRS1,SSR1,MCMBP,RBM12,SEC31A,EDEM3,NAA50,NUS1,RCC2,PMM2,SURF4,ERLIN2,FAM136A,MEX3C,MED13L,HNRNPL,STAG1,ZZZ3,HNRNPK,HNRNPF,NOL11,LRSAM1,TRAM1,AHCTF1,RPLP0,CLTC,MIA3,TCF20,BMI1,PRPF19,HERPUD1,SYNCRIP,MED13,XPO1,DHX15,TMED2,RIOK2,SEC61B,UBXN4,UTP14A,GABPA,APPL1,PCMTD1,CDV3,PABPC4,SSR2,NSUN2,SSR3,BAZ1B,BACE1,DDB1,CSDE1,CANX,FAM20B,PABPC1,ZDHHC20,TIMM9,RPL12,HEATR1,ODC1,SDAD1,TM9SF3,NRAS,SCAF8,SRP72,PPP1R8,USP1,PAK2,SUZ12,YTHDF3,YIPF5,GATC,NLE1,LRPPRC,ARCN1,KTN1,SPCS3,TM9SF1,RSL1D1,NUDT21,SEC23IP,XPOT,SERBP1,TCEA1,HDGF,ESYT2,TRIP12,OTUD4,NDUFA13,UBE3C,KDM1A,LTN1,UBP1,TSEN2,ALDH1L2,IPO7,IPO5,FAM107B,EEF1B2,PPP1CC,TATDN1,SLK,NOMO1,USP7,SLC38A1,SLC30A5,ATP11B,RPSA,TPST2,EEF1A1,TMX3,HNRNPUL1,PHPT1,SNRNP200,KPNB1,ANAPC1,FAIM,LRRC59,TMED10,CBFB,FAM114A2,UBA5,SEL1L,RPF2,PDS5A,ADIPOR2,SAV1,IRAK1,BTBD1,UBR5,G3BP1,ANKRD28,HSPA8,NOP14,CBX3,M6PR,BFAR,NUP153,IFT20,IBTK,DLG1,CNOT1,CAPRIN1,MDM2,STT3A,SRPRB,UBA2,IARS,CLPTM1L,STT3B,ZSCAN2,CREBZF,MCFD2,DDX3X,DDX42,CHD4,TRIAP1,YBX1,LMNB1,RPS4X,SEC61A1,RPL7A,NOB1,OPA1,MAN1A2,PGM3,UBTF,TOPBP1,TNPO1,ACTR2,ZFP91,ARFGAP3,RAD23B,CKAP5,DDOST,EEF1G,PTP4A2,SFPQ,TFDP1,NUP50,ETF1,BCAT1,BIRC2,MTPN,SMARCD2,MAK16,SRSF1,DDX21,SRM,GNA13,FAM168B,CAND1,TNKS2,KCTD20,U2AF2,TRA2B,FAM120A,SH3BP4,IARS2,ROMO1,MTA2,UGGT1,SEC11A,EIF4B,USP24,HNRNPA3,PTPN11,NAP1L1,DEK,SSRP1,BAIAP2,TTC17,UFM1,XPNPEP1,PDCD2,RGS12,EIF3E,ABCE1,EIF3A,TPT1,EIF3B"
+"gene_set_query"	"569"	"ZNF33B"	"559.0"	"ARCHS4 Coexpression,329;Enrichr Queries,402;GTEx Coexpression,946"	"VARS,WIPF3,ZDHHC5,HNRNPU,JMJD1C,CCNC,GCC2,FNBP1L,EPRS,ELK1,NDST1,PSMD6,ALCAM,CAPNS1,RPL36AL,DPYSL2,MYC,PSMD2,BSG,PSMD3,LONP1,AKT1,PRKACA,PRKACB,ATXN7L3,CDK5RAP3,SOX4,SEC63,EPHA4,WSB1,CXADR,DAPK1,ACTN1,COG3,ALG5,ARRDC3,DAPK3,AP1B1,RFX3,CD3EAP,MOGS,ANK3,ACTN4,SND1,DAAM1,RFX7,AKAP9,DDIT4,RUFY2,HECA,LETMD1,ALG10B,MACF1,FLII,NEDD4L,PIK3R1,APH1A,PRDX4,PIP5K1C,MAP4,RAB11FIP2,ARGLU1,XBP1,JUN,RABGAP1L,PHC2,TMEM184B,JUP,INTS1,BCL11A,INSR,PLK2,SURF4,EIF2AK3,CDC7,FAM136A,SMARCA2,PBX1,PRRC2A,STAG2,GOLGB1,ID2,GIPC1,NMT2,TECPR1,ITM2C,PHF3,OGFR,NRP1,PIGU,BTG1,CDKN1B,CITED2,SETD6,INTS10,ICA1,CLTB,MIA3,AP2A1,SLC7A11,PRPF19,SMG5,HERPUD1,PCMTD2,TRIM8,MRPL42,SERP1,ZMYM2,ENC1,REV3L,TIMP2,ANXA6,SDF4,SEC61B,JARID2,CIC,TMED4,PCMTD1,RALGPS2,UPF1,TMED9,SSR4,TSC22D1,TSC22D3,STRBP,GAA,MINK1,TET2,SLC39A10,ITFG2,COPZ1,DUSP6,PGM2L1,VAV2,MLF2,RHOB,MED23,BACE1,ENAH,SLC7A5,INF2,HEATR5B,HNRNPH1,MTF2,CDC42EP3,PXDN,RAPGEF1,ARHGEF2,SGK1,ALDOA,GRN,SATB1,ICA1L,FAM117B,CENPB,FAM129B,GNAI2,GGA2,PES1,TMEM68,CLPTM1,MFN2,FLNA,MGAT1,ANKRD52,YKT6,RIC3,MON2,YIPF4,MBD1,SYVN1,PLEKHA5,MYO9B,WDR13,SCAF1,VEGFA,NUDT9,SKI,SPCS3,NFIA,NFIB,SGSM3,CCNG2,ETNK1,TAOK2,TTC3,ZYX,NUCB1,HDGF,PKN1,PNPLA6,YPEL5,GRINA,CCNT2,CD81,HDLBP,PLOD3,IGF1R,LAMP1,FAM174B,PPIP5K2,SESN1,ARHGDIA,TBC1D30,CFL1,CAPN2,SLC39A7,LZTS2,SBF1,SYBU,AP2M1,SH3GL1,TLE4,SLC38A1,MAP2K2,TPM4,USP5,TPM1,F2R,ATP1B1,ATAD3A,FOXP1,TPST2,CTDNEP1,DMTF1,TBL1XR1,RAB35,PPIF,CHMP4B,ANAPC5,PHIP,SRSF6,SIDT2,SLC27A4,LRRC59,SHC2,DDX5,CD151,RAB5C,UBA5,SEL1L,ANKRD12,SLC38A10,PDS5B,SUPT6H,SBNO2,IRAK1,DVL1,NACC1,PSAP,PLXNA2,ABL1,DMAP1,SLC38A2,ZKSCAN1,KLHDC2,IVNS1ABP,TRAPPC2,PRNP,TIA1,ASNS,KLHL24,MARCH6,CLK4,ANKHD1,IFT20,NFKBIA,SH3BP5L,CNOT7,PAN3,DLG3,HOOK2,NBEA,HOOK1,GNB2,JMY,GNB1,SRPRB,PLEKHM2,MDM4,BRWD1,ACBD3,LRP10,OGT,NFE2L1,EIF4G1,UBE2M,CREBZF,CALCOCO1,WDR1,PRKCSH,CELF2,PTEN,CHD6,PSIP1,PTPN23,SYNE2,LMNB2,PPP1R9B,MFSD8,SENP6,SEC61A1,SART1,LASP1,CAPZB,MAN1A2,PPP6R1,RB1CC1,TLK1,SCYL1,DST,PDPK1,ATRX,VPS13A,TBC1D8,CTPS2,TBC1D9,EDF1,ARFGAP3,RANGAP1,ARID1B,BET1L,PTBP2,DDOST,ARFGAP1,CKAP4,KLF16,QTRT1,TRAF7,VCAN,PTP4A3,DDAH1,RER1,PEX6,CTDSP2,POLR1B,DNAJC5,AKT1S1,POLR1D,LUC7L3,PPP1R12C,LRP1,RAB1B,CXXC1,FURIN,FBXL20,ABLIM1,GANAB,NCLN,U2AF2,GNA12,LRRC8D,FEM1C,DCAF11,FBRS,PDLIM7,IGBP1,TTC14,PPP1R14B,PPIL2,GALNT2,BNIP3,ADRM1,PDE4DIP,CDC42BPB,OXR1,TPD52L2,PNRC1,TTC17,CLCN7,SH3YL1,PFKL,XPNPEP1,EIF3L,PSAT1,CARM1,PPP2R2D,MGAT4B,PDCD4,STUB1,P4HB,SSBP2,CLUAP1,TRIM33"
+"gene_set_query"	"570"	"ZNF574"	"559.0"	"ARCHS4 Coexpression,395;Enrichr Queries,60;GTEx Coexpression,1222"	"POP7,SMARCB1,VARS,EHMT2,RRP1,EIF4A3,PPAN,HNRNPU,EHMT1,KEAP1,EPRS,RPL8,PHB2,ACTB,RRP9,NUBP2,RPS15,PNN,TRIM28,RAVER1,PPP2R1A,DPYSL2,MYC,PSMD2,SAP130,LONP1,DPF2,CCDC97,UBAP2L,ZFPL1,IER2,TBC1D10A,NUP214,IMP3,WDR74,CD3EAP,MIF,HCFC1,MFSD10,RNF126,ARMC6,GRWD1,CLPP,DDIT4,TRIM13,NUP98,RBCK1,PRR12,DUS3L,TELO2,DHX8,DHX9,CDCA4,MEPCE,TRMT2A,UBE2J2,MRPL12,RRP7A,DHX30,RHOT2,PPP4C,PCBP1,RRS1,SYMPK,ATRIP,RAB11FIP5,BRAP,JUN,ACD,JUP,INTS1,SURF2,NCAPH2,SETD1A,IRF2BP1,MRPL28,MEX3D,MEX3C,PRRC2A,SMARCA4,THAP11,EIF1,EHD1,HNRNPL,HNRNPM,MEX3B,TBL3,H2AFY2,FASN,INTS5,MAGED2,RNPS1,FARSA,ITM2C,PIGU,DAZAP1,ARF1,ELL,SUV39H1,MRPS12,CCDC124,MRPL38,PRPF19,MED16,SMG5,COIL,TRIM8,JPH3,XPO6,CHMP1A,DHX15,RRP12,CIC,UPF1,LYPLA2,CCT2,NUDC,MRPS26,PRMT1,MRPS2,AEN,TUBG1,MRPS7,PPRC1,WDR34,MED26,APRT,MLF2,NCOR2,SLC7A5,TAF6L,MED25,TUBB2A,RPUSD1,PXDN,GARS,ALDOA,PAFAH1B3,SF3B4,AHCY,TOMM40,ELOF1,GPS1,SSNA1,DOT1L,SRRT,NOC4L,PSMA7,NOL6,TM9SF3,PPP2CA,GGA1,MNT,EXOSC4,PES1,LMAN2,UBN1,PPP1R8,HSF1,NCDN,SCAND1,RPL18,RAE1,YTHDF2,SF3A2,EGLN2,MCRS1,WDR18,NR1H2,TMUB1,DOHH,SCAF1,SCAF4,NLE1,GATAD2A,BYSL,RAB11B,AGBL5,ATAT1,MAD2L2,SPSB3,XAB2,BOP1,PSMC5,MYBBP1A,APEX1,ZYX,TRIP12,PRPF31,PKN1,MIDN,NUP188,KDM1A,SPPL2B,RNF19B,ACRBP,FBL,STK11,RUVBL2,ARHGDIA,KHSRP,CFL1,MAF1,SLC39A3,PIAS4,RPS9,FBXW5,RPS5,SHISA5,THOC3,VRK3,POLRMT,KCTD5,THOC6,CDC25B,TRAIP,TUFM,ST7L,ILF3,HGS,FKBP8,FSCN1,PPIF,SPNS1,CSNK1G2,SNRPA,SNRPB,RNASEH2C,ISYNA1,DNMT1,RNASEH2A,UQCRB,RPS19BP1,CUL3,NOP2,MAZ,ISG20L2,LTBP4,SPATA2,SUPT6H,HSPBP1,SHARPIN,BAG5,ZC3H18,SAC3D1,MCL1,PRNP,BRPF1,UBE2I,NUP155,CPSF1,RHBDD3,ODF2,BOD1,CCDC136,PHF12,PCIF1,HMGA1,TBCD,CNOT10,TIMM44,TBCB,EEF2,SUPT5H,CHERP,DRAP1,LSM7,HOOK2,TMEM115,CNOT1,HOOK1,PTPRA,CNOT3,UBA1,SAE1,COPE,KDM5B,USP36,MCM7,ZC3H4,PRKCSH,ZC3H3,CHD4,DDX41,ELAVL1,MRPL4,PTBP1,NOB1,YWHAQ,SNAPC2,NUP62,UBTF,MLST8,TNPO2,GET4,RBM14,TBP,ARHGEF12,USP42,PDPK1,H2AFX,SIGMAR1,AXIN1,ZFP91,DDX54,EDF1,RANGAP1,REXO2,DDOST,KLF16,COASY,SFPQ,CTDSP2,POLR1B,TERF2IP,ETF1,THOP1,PPP1R15A,NDUFB7,TSSC4,GTF3C5,POLDIP3,ROCK2,USP11,PRCC,DDX20,KATNB1,DDX21,SLC3A2,ZBTB45,AMBRA1,STRN4,PARL,PPM1G,DCAF15,DNAJB1,FZR1,TMEM201,DNPEP,PUF60,POLR2A,U2AF2,KATNA1,PHKG2,MKNK2,POLR2D,POLR2E,EIF4H,RALY,FEM1C,POLR2I,FBRS,AAMP,POLR2L,NOP56,MARCKSL1,RNF26,SGTA,MIIP,ADRM1,LRWD1,USP29,CARM1,IMPDH2,ERCC2,EIF3G,RBM42,TAF6"
+"gene_set_query"	"571"	"NANOG"	"559.3"	"Literature ChIP-seq,54;ARCHS4 Coexpression,934;ENCODE ChIP-seq,111;Enrichr Queries,1124;ReMap ChIP-seq,178;GTEx Coexpression,955"	"ITSN2,CHIC2,NUP107,TFRC,EHMT1,RBPJ,TSKU,PSMD8,PSMD9,LSM12,ZFYVE27,PPP4R1,CAPNS1,DPYSL4,AKT1,ANKFY1,PRKACA,STARD3,RBFOX1,CXADR,RBFOX2,CSNK2A1,FNBP1,CACNA2D1,RFX3,SCAMP1,BCR,RUFY1,LARS2,DDIT4,PSME4,LETMD1,PLBD2,CGGBP1,ATF4,SF1,UNC119B,TSTA3,SET,MTMR3,ABCB6,SHMT2,NPRL2,PDGFA,MTMR9,AGAP1,ABCB8,SLCO5A1,AGAP3,AAAS,OAZ1,GABARAP,ADAMTS10,CYB5R1,RHOT2,RHOT1,PRKAR2A,VTI1A,PIP5K1A,PSMF1,RHBDL1,HEXIM1,JUN,NR2F1,MRPL27,EIF2AK3,LARP7,MRPL28,PBX1,EIF1,CS,MLLT10,TBL3,UCK2,UCK1,PKIA,FASN,SFXN3,NMT1,PSMG1,PSMG2,EZH1,FERMT2,GPR19,EZH2,PIGT,HEXB,HEXA,PRKAG2,MRPL39,SNX10,CTCF,MRPL34,MRPL33,BBC3,DDA1,PQBP1,MED17,MED12,MRPL42,TUBA1C,LMBR1,FASTK,RPLP2,NEFL,DLGAP1,DLGAP3,DLGAP4,APC2,UPF1,DFFA,ACTL6A,MRPL49,RRAS2,ELOVL6,MRPL47,SIRT7,GMIP,DUSP6,SRP9,LRRC42,DDB1,MRPL52,MRPL53,CDC42EP4,PXDN,TMEM106B,TUT1,CHST1,SLC29A1,ERGIC1,VAMP2,PAFAH1B1,SLC29A2,TRUB1,LRRC14,TRUB2,OAT,LIN37,URM1,SRRT,SEZ6,DLST,PSMA7,CENPB,UNK,ADAM23,FLNA,SAMD1,STX2,RABAC1,ZSWIM5,CENPT,ATAD1,CENPV,LRRC24,CRBN,GOLM1,STAT2,LRRC28,RABIF,ABCB10,CCDC9,SHKBP1,APEX1,ETNK1,TAOK2,PSMC2,UBAP2,PKN1,AGRN,CRLF1,UBE2D2,CASC3,FBXO22,FADS2,FNTA,UROD,OSBP,STK16,RUVBL1,SCMH1,ADORA1,SLC16A2,MTPAP,MAP3K7,PPP1R16B,FBXW4,PCYT2,VPS33A,PPP1R16A,UBE2E2,ATP11B,CNPY3,FOXP4,FTSJ1,LENEP,FOXP1,MSH6,MINPP1,MSH2,SRSF2,FSCN1,SMS,SRSF3,PKP4,RAD54L2,SQSTM1,ARL8A,KPNB1,ANAPC2,SRSF9,NSMAF,SLC27A4,KHDRBS1,RNASEH2A,TUBGCP2,ARL3,IREB2,NRF1,LIN7C,FBXO44,SOCS2,RAP1B,PORCN,NDOR1,G3BP1,STK38,SMYD2,MBIP,THEM4,EIF4EBP2,NAE1,EVI5,SLC38A2,ZBTB17,FUS,HPS3,MFHAS1,SON,NFE2L3,MDM2,MDM4,ACO1,NIT1,OGT,MCFD2,ALAS1,HSP90AB1,COX4I1,SCHIP1,CELF4,PTEN,ALAD,MRPL2,ZNRD1,MDK,PPP6R1,SUMO3,NCK2,MRPL9,ACP1,EIF5A,EMX1,BCAS3,ACTR2,EIF5B,HSP90AA1,DST,SH2D3C,TNFRSF19,RAD23A,ACTR8,RAD23B,DDOST,MSL1,QTRT1,PPM1A,PPM1B,C1D,PCCB,BCAT1,SLC25A5,SLC25A11,SLC25A4,BCAT2,RNFT2,PPP1R15B,CANT1,UHRF2,SRC,NDUFB5,CXXC1,KATNB1,PARD6G,ZBTB45,MLLT3,RCHY1,PPM1D,MLLT6,MTHFSD,ZNRF1,GANAB,SLC25A28,U2AF2,BEND3,KRIT1,SLITRK5,LRRC8D,FYN,IGF2BP3,E2F4,IGF2BP2,SLC25A23,PCDH1,UBQLN4,SLC25A22,EIF4E,TRIM44,ATP9A,CYB5B,NDUFA8,PPP1R14B,HNRNPA3,SSB,FEM1A,PCDH7,MBOAT7,NICN1,PCDH8,DONSON,RPL23A,EIF3M,MYO1B,NAGK,TRIM35,STUB1,CCM2,P4HB,KCNK2,BCAR1,EIF4A2,SLC23A2,SMARCAL1,SMARCB1,CPNE5,PREP,ZDHHC6,CCNC,ACTB,CYB5D1,TXNDC17,NUDT4,RASSF1,TRIM28,HERC1,SNRPD1,CHORDC1,TRIM24,FBXO3,EPC1,ATXN7L3,EPHB1,PELO,FBXO9,TMPO,SEC63,SLC12A9,EPHA5,EPHA4,EPHA7,ST6GAL2,ATP6V1G2,PAQR4,ZFP1,ACTN1,ZFP2,CIRBP,TALDO1,MOGS,ACTN4,MIF,CSNK1E,ANK3,MFSD11,SFRP1,CFDP1,CDC37,CD2BP2,ULK1,CTXN1,TRIB2,KCTD15,STX1A,L3MBTL3,TBC1D9B,GGNBP2,DHX8,DHX9,FOXG1,PIK3R4,CEND1,PIK3R1,PTTG1IP,TTBK1,GSPT1,PGS1,APH1A,SYNGR1,DHX32,SEC14L1,PCBP1,MICAL1,HLTF,KCNN2,HIVEP2,DECR2,SCN3A,RAB11FIP4,ZBED4,CTSA,XBP1,LRRN2,RCC2,SMARCA5,MYO5A,XRCC1,SMARCA1,NTAN1,SMARCA2,PAICS,ICK,EXT1,EXT2,PPP1R1A,ID2,RPL27A,PPP1R1B,RANBP10,ECHDC2,LRRN1,FBXL3,GRB2,FBXL2,RCOR2,CALM2,CD200,FBXL6,TMEM151B,HIBADH,PPP1R11,GPAA1,MRPS12,GRIK2,SLC7A11,BMI1,NAT14,PTPRF,THTPA,AKAP12,SYNCRIP,ACTR1A,SPTLC2,HYAL2,ENC1,REV3L,ARIH2,RAC3,SDF4,SSSCA1,KIF1B,RAC1,SDF2,CTSF,NANS,CTSD,GIT1,CCT3,VKORC1,NCOA2,PCYT1B,PABPC4,MINK1,ACAD9,ZFR,ANO8,COMMD3,MRPS2,SYN3,RGMB,COMMD7,COMMD4,RGMA,COMMD5,RAP2C,ENAH,TOX3,MN1,KIT,CANX,ARHGEF1,NCOA7,ARHGEF2,EEF1E1,PTMA,FJX1,DBN1,STX16,SATB2,SSNA1,DERL1,CCDC106,GNAI2,MNT,PAK1,EXOSC4,PGRMC2,SERTAD2,MGAT3,GPC4,CCT8,DYNC1I1,MAP3K3,NPM1,GABBR1,PLEKHA5,VEGFB,TMUB1,MIB2,PLEKHA6,UBE2G1,MIAT,UBE2G2,VEGFA,MAD2L2,SGSM1,NUDT9,PER1,TTC9,NUDT8,KIF26A,NEDD4,KLHL8,CACHD1,TCEA2,TCEA1,TACC2,GRINA,DPAGT1,FHOD3,SCARB1,MIDN,ZFAND6,RPP30,PEBP1,COX6A1,CELSR2,TXN2,ACTG1,IGF1R,FAM174B,EP300,ARID2,SBF1,BAHCC1,SBF2,KIRREL3,MORC3,ZGPAT,FBXW11,DNAJB12,SDHA,POU3F2,POU3F3,DHDDS,ADAM19,FAM173A,DOK5,GPRIN1,GPD2,EHBP1L1,PPIF,PPIH,WDFY3,GEMIN7,UBE2V1,RAF1,CARS2,FAM92A,RTN2,COX19,TBC1D19,PSMD12,NDUFB10,COX15,NXPH4,CACNA1A,SUPT6H,ACACA,RTN4,TAF5L,CNN3,RPF1,SHARPIN,FUT9,CYC1,TBC1D17,NDUFV1,TBC1D16,UBE2H,ZFHX2,AUTS2,SYT1,PHF10,PHF12,HMGA1,DSTN,CNOT10,UBE2A,MANBAL,SYT7,RCL1,GNAO1,PAN2,AHI1,H1F0,GCLC,GNAL,HOOK2,NASP,HOOK1,GNB2,MKRN1,GNB1,GNAS,CNTN2,AMOTL2,TCF4,GNB5,TCF3,LSM14B,FGF13,UBE2K,UBE2M,PICALM,GALK1,GSK3B,CUEDC2,GSK3A,PRR7,DDX47,MAST1,PSIP1,HMGB3,ADAR,LDB2,CHD3,CHD2,MEA1,AFF3,PPP1R9A,LMNB2,LMNB1,PPP1R9B,SEC61A1,TMEM223,LASP1,BCL7A,UBE2Q1,RB1CC1,BCL7B,TIMM17B,LRRFIP1,DACT1,RBM17,SUN1,HSDL1,PDPK1,EED,BUD31,ARHGEF18,SYNGR3,YWHAZ,PJA1,VCAN,ELF2,CREB1,RER1,NDUFS7,PEX3,EEF1D,PEX6,NUP50,NDUFS4,CRY1,NAA35,INA,RBM22,RALA,DDX27,DCTN4,ASB13,CRMP1,HMGCR,ACVR1B,CLCN2,ADD2,GNG2,SPOCK2,SPOCK1,MTA2,FBRS,MTA3,CYTH1,CHGA,MBTPS1,RRM2,GALNT2,BNIP3,EYA3,GALNT1,MAPK14,CDK11B,POLE4,PNKD,ERCC1,ASB8,KRAS,FAM98A,VIM,MBTPS2,RAN,RB1,NCKAP1,MYT1L,STMN2,GPATCH1,HNRNPU,HNRNPR,SMC6,RPL8,BACH2,PCMT1,MYC,FDXR,RPL36,AP1S1,MPV17,IER5,IER2,TSPYL1,RPL23,PRKCD,REV1,CD3EAP,SOX11,WDR73,SOX12,GPR162,NUP205,CTBP2,RPN2,MAPKAP1,XPA,NEDD4L,PHYHIPL,GNS,HIF1A,ARPP19,ANAPC11,MTDH,PRDX3,GJC1,PRDX2,LDHB,ABR,BLOC1S1,PRDX1,RAD21,LDHD,CHST10,VPS11,ST3GAL1,HMOX2,LHPP,PHC2,JUND,ICMT,PHC1,NDFIP1,CHKA,H3F3B,RDX,PRRC2B,TMEM198,THAP11,PRRC2A,GNPTG,FIBP,SLC6A6,HNRNPM,SQLE,GLUD1,MEX3A,TADA2A,H2AFY2,HNRNPF,HNRNPD,CDK13,CDKN1C,GABRB3,OGFR,PHF3,SETD5,CDKN1B,BTG1,PHF23,SETD7,CLTC,WDR41,ADK,GPT,ADO,WDR45,ING1,TRIM8,TRIM9,IMPA1,CHL1,RARS,TMSB4X,TRIM2,ANXA6,GPR137,TK2,RIOK1,CIC,JARID2,EMD,RRP15,RPS6KL1,SHPRH,BRD1,TPI1,EXOC7,SSR2,TCF12,NUTF2,AEN,COPZ1,RNF167,TAF6L,ZEB2,TUBB2B,NCOR1,TUBB2A,MRAS,KIFC2,MTF2,EXOC4,KIFC3,TKT,GART,RPL10,USO1,RPL11,GPS2,WDR24,HSPA13,FGD1,TM9SF4,ADCY5,ARFRP1,FGD4,RNF138,CHN2,NSD1,ANKRD52,RPS2,CKB,BRD8,RNF130,RUNX1T1,RPRM,WDR17,PCGF6,YTHDF2,AGK,WDR18,PCGF2,TRMT1,NMNAT2,WDR12,SCAF1,BLCAP,LRPPRC,ERP44,RYBP,OSTM1,ABI2,NFIB,ABI1,ZYX,NUCB1,INHA,ANKRD13B,DGKE,ATP8A2,CHPF,CLSTN2,FMR1,SYAP1,RNF19B,TM7SF2,RPH3A,NPEPPS,ABHD11,SALL2,LAMP1,CFL1,SMARCAD1,MAF1,STK32C,GTF2I,RARS2,MAGI1,TLE4,TLE3,USP7,TPM4,USP5,USP3,IGFBP3,IGFBP2,TPM1,F2R,VASH2,GTF3A,FRMD4A,RPSA,FRMD4B,PGD,LEMD2,THOC6,CTDNEP1,PYGO2,MORF4L1,RAB34,NCL,RAB35,XIST,SNRPF,ADNP,TOX,FKBP4,FKBP3,FKBP5,IFNAR1,ANKRD17,FKBP2,CUL7,CD151,RAB5C,CBFB,CUL5,TNKS,ABHD2,GLO1,CUL3,GLT8D1,ABHD8,CHRD,AK2,ITPR1,TARS,UBR1,PHB,PHF21A,PHF21B,ORC5,NEUROD2,ORC4,BAG4,ZFP57,ORC6,KLC2,PITRM1,UBR5,NACC1,DVL2,ABL1,ANKRD10,DVL3,PLXNA1,SRGAP3,MAP2K7,SRGAP2,SKIL,MCL1,MPDU1,ESRRA,OSBPL9,EIF2B5,AKIRIN1,TOR1A,TNK2,SLC4A10,ASNS,DHCR24,MARCH7,BTBD9,TOR1B,SCRT1,CDK9,CNOT6,COPS5,CDK5,NSG2,LHX2,MAFG,CNOT2,NF1,SPIRE1,PLXNB2,CPE,CNIH2,EIF4G3,SERINC5,BCL2L1,DIDO1,DAGLA,TRADD,ZC3H3,SGCE,DUSP11,DUSP12,AP1G2,SIN3B,SIN3A,UBTF,TLK1,PHACTR1,WDR7,TNPO3,ADAMTS7,PLEKHG2,REXO1,PDCD6IP,CDADC1,GPX1,GPX4,LANCL1,ZFP91,REXO2,PTP4A3,TRAF4,DNAJC7,POLR1B,DNAJC5,EIF4E2,SOS1,NLGN3,GTF2A1,NFAT5,HDAC3,RNF34,WBP2,RAB1B,TULP4,PDHB,TTL,AP3M1,CACNG8,FZR1,POLR2A,RBBP5,POLR2D,POLR2E,POLR2G,ASCC2,RBBP7,RAB28,POLR2I,ADSS,DCAF12,POLR2L,SEC11C,SLC35A2,SPAG7,PPIL1,ASCC1,NCKAP5L,AMFR,SEMA4B,PLCL2,FBXL16,PTPN12,FBXL14,OXR1,PNRC1,ASXL1,BCKDK,KLF7,KLF6,MARCKS,POLR3B,VAPB,RAB12,MGAT4B,VPS41,INSM1,RHEBL1,POLR3K,SLC35B2,VEZT,IFITM2,SLC35B4,PANK3,CMAS,ZMYND8,HS6ST1,HS6ST2,RPS15,TIAL1,GOLGA3,GOLGA4,FRAT2,GOLGA5,FLAD1,DPF1,LONP1,SEPHS1,RPS13,AQR,ARRDC1,ARRDC3,PTOV1,COG1,JMJD8,JMJD6,TIAM2,AFG3L2,COX7A2L,POR,TWSG1,RRAGC,ZW10,AKAP9,XRN2,SIK1,SIK2,TLN2,EZR,PFN1,OBSL1,IGSF8,RTEL1,TSHZ3,ANP32A,PDE1B,CSTF3,TWF2,NLN,NUAK1,CSTF1,SCAP,MLEC,TNRC18,PATZ1,RALGDS,VAT1,VASP,TRAP1,TMEM184C,RABGAP1L,PTPRN2,BCL11B,SETDB1,BCL11A,SS18L1,SLC35E3,KLHDC8B,PYCR2,PUM1,GADD45G,PARP11,SESTD1,GOLGB1,RPS21,C2CD2L,ITM2B,TOP2B,DAZAP1,AHCTF1,GFM1,CITED2,SLC35F2,SLC35F5,FAF1,SLC35F1,SPPL3,COIL,UCHL1,SIPA1L1,ZMYM3,SEC61G,DNER,FEZF2,RALGPS2,PSD,PSENEN,TOP3B,PARP1,RHOF,PPHLN1,TOPORS,RHOA,MLF2,PARP8,PRPF18,PACS1,SGK1,MAPRE2,CSTB,SLC20A1,AKAP7,PTN,RFNG,CST3,HIRA,PPP2CB,CUX1,APBB2,TBL1X,LCMT1,MAP4K3,PURG,RANBP2,SUZ12,GINS4,SORBS1,MPP6,PRPF39,TRIP12,COL4A3BP,BASP1,ARHGDIA,HCFC1R1,FPGS,NSF,RALBP1,TRAPPC2L,KCTD2,KCTD3,ATP1B1,OXA1L,MYCN,TBL1XR1,ELMO1,CHMP4B,FIZ1,ABCG4,PDE9A,RAI14,ISYNA1,RPS19BP1,TMEM59L,LTBP4,LPL,CABP1,ADIPOR1,PRPF8,DPP3,EFNB2,PDZD4,EFNB1,DPP6,PCSK1N,UBB,EP400,DMAP1,OTX1,MARK4,PDZD7,MARK2,SMAD2,DARS,HSPA8,KLHDC3,SMAD1,CPSF6,PNPT1,ACBD4,CBX4,HSPA4,IDH1,PTCH1,CBX2,NONO,IDH2,BFAR,TBCB,TBCA,SMAD5,TDRD3,ARHGAP33,NFKBIA,EFNA2,DLG4,CHMP2A,BRWD1,GRSF1,LRP10,ZSCAN2,LRP11,MUS81,KDM5B,ACADVL,DOCK4,THRA,DOCK9,SLC2A3,GTDC1,YBX1,ELAVL2,HS2ST1,SLC2A8,SPRED2,SPRED1,SNAPC2,SNAPC3,PDE4A,MAN2C1,SCYL1,KDM6B,H2AFY,H2AFZ,PDE4D,H2AFX,AXIN1,PPP2R5D,PPP2R5C,ARID1A,ARID1B,KLF16,CKAP4,DNM2,RABEP1,DDAH1,CDH10,AKT1S1,TRNP1,PFDN1,B4GALT6,CAMK1G,B4GALT5,CAMK2B,STOML1,USP16,NRXN1,NRXN2,U2AF1L4,FAM168B,UGP2,IGFBPL1,ALDH1B1,FAM120A,PDE6D,NCAM1,BUB3,SNCB,MAPK6,ABCF3,CLASP1,REPS1,SNCA,SPEN,ATE1,KDM4B,KDM4C,NEGR1,B3GAT3,BAD,LIMK2,PRAF2,HAGHL,CADPS,CYHR1,USP28,MEIS2,GDAP1,SH3YL1,XPNPEP1,PPP2R2B,PPP2R2D,SPRY2,RGS12,SSBP2,SSBP4"
+"gene_set_query"	"572"	"NR4A2"	"560.5"	"Literature ChIP-seq,122;ARCHS4 Coexpression,1285;Enrichr Queries,753;GTEx Coexpression,82"	"SLC4A1AP,ARL6IP1,MYT1L,CCNH,EIF4A3,STMN3,JMJD1C,STMN4,SCAMP5,PSMD8,ALCAM,DPYSL2,MYC,DPF1,LONP1,FDXR,EPC1,UBAP2L,BTRC,PRKACB,IER5,SOX4,IER2,ANKS1B,TSPYL2,EPHA4,MEF2C,WSB2,ARRDC3,IFRD1,ACSL6,MTUS1,MRPS18B,ANK2,ACSL3,CPT1C,MAPK8IP2,JMJD6,KARS,ASPHD1,DDIT3,KCNQ2,DDIT4,HECA,SIK1,TAGLN3,KCTD12,RPL26,TRIB2,TSPYL4,KCTD15,ASTN1,BEX4,GPM6A,BEX2,ADCYAP1R1,TTYH1,FOXG1,FBF1,CEND1,PHYHIPL,AGAP1,PIK3R1,HIF1A,TTBK1,FAM171A1,PGBD5,PRKAR2A,TSPAN7,CHST10,HIVEP2,RAB11FIP4,GPM6B,B4GALNT4,S100A10,JUN,JUND,H3F3B,ARPP21,CADM2,PLK2,NR2F1,DCLK2,ZWINT,GADD45G,EIF1,ID2,CORO7,CALM2,ITM2C,ARF3,NRP1,BTG1,GDI1,CITED2,PPP1R10,NCAN,SLC7A11,HERPUD1,JPH4,SERP2,AKAP12,JPH3,CHMP1B,ENC1,KIF1A,DLGAP3,APC2,CCT3,BRD2,PCYT1B,TSC22D1,DUSP1,TSC22D3,ITPK1,ELOVL6,DYNLL2,DUSP6,SIRT2,SRP9,MLF2,RHOB,TMEFF1,SLC7A5,ZEB2,TUBB2B,TUBB2A,B3GNT5,PXDN,PELI1,MAPRE3,MAPT,SGK1,SFI1,AHCY,SATB1,WRB,SNX32,CCDC106,TCEAL5,NFIL3,CHN1,GPC2,CTNNA2,ATP6V0E2,CCT7,CCT4,RUNX1T1,RANBP2,ARNT2,GABBR1,LSAMP,WDR13,GRIN1,VEGFA,ATAT1,PER1,ABI2,MORN4,NFIA,NFIB,TSR2,FAM171B,APBA1,HDGF,TRIP12,YPEL5,APBA2,CDK5R1,RAB3C,RAB3A,CTNND2,BCCIP,ATN1,SLA,CLU,RIMS4,ATCAY,KIF5C,BASP1,RNF19A,PALM,ADORA1,NRCAM,PIM3,STK32C,PPFIA2,RGS7,CHRNB2,KIRREL3,SEMA6B,SLC38A1,DSCAM,IGFBP3,ANKRD44,IGFBP2,MAGI2,LMTK3,ATP1B2,RUNDC3B,ATP1B1,POU3F2,RUNDC3A,POU3F3,SHISA7,CLIP2,PREPL,FRMD5,MYCN,SLC9A6,SRSF3,SCG3,SRSF7,PPIA,KPNB1,PFKFB2,GRIA2,BRSK1,KHDRBS1,PFKFB3,RTN1,ARL3,INSIG1,TMEM59L,ABHD8,GPR85,ITPR1,LPL,PHB,NDRG2,CPLX1,NDRG1,CSF2RA,FBXO41,PLD3,SOCS2,EFNB2,PDZD4,SNN,DPP6,DEAF1,KIF3A,CASKIN1,CAMTA1,ABL2,KIF3C,RAB6B,SLC38A2,LRRC4B,MCL1,PRNP,SYT3,HSPA5,KLHL26,UROS,TMEM132A,CRIM1,CORO2B,GNAO1,NFKBIA,CLK1,IFT20,RALYL,DLG2,NR4A3,CDK5,HOOK2,DLG4,HOOK1,REEP2,CNTN1,CPE,MAP3K10,CSPG5,PIN1,SAE1,NFKBIB,YWHAE,USP36,SNAP25,THRA,CELF2,MAST1,CELF4,ELAVL4,CELF5,SLC2A3,TNFAIP1,FBLL1,CHD2,RND3,NGRN,DUSP12,PSD2,RASGEF1B,LRRTM2,GDAP1L1,NUP62,PHACTR3,PDE4B,UBTF,PMEPA1,EVI5L,USP46,KDM6B,PDE4D,RNF208,SYNGR3,TSN,SEPT3,ARL4C,VCAN,PTP4A3,NRG3,DNAJC6,SNPH,LANCL2,TERF2IP,NAT8L,RNFT2,NLGN3,PPP1R15A,WBP2,RGS16,CXXC1,ATP1A3,ASAP2,FAM169A,JAKMIP1,TOB1,CXXC4,FOXRED1,JAKMIP2,CACNG7,DNAJB1,NXF1,GNG3,FAM168A,PTPRZ1,SV2A,FSD1,ATP9A,BEND6,UBQLN2,LGI1,MARCKSL1,PCDH9,B3GAT1,HAGHL,NAP1L2,SSRP1,CDC42BPB,SOD2,EFR3B,GDAP1,PNRC1,MAPK10,NELL2,KLF7,MARCKS,KLF6,PPP2R2C,PIK3IP1,SYT11,PPP2R2B,PSAT1,NOVA2,SPRY2,ATP13A2,VIM,SSBP3"
+"gene_set_query"	"573"	"FOXO4"	"562.0"	"ARCHS4 Coexpression,787;Enrichr Queries,523;GTEx Coexpression,376"	"IPO13,APP,GMFB,TFRC,HDAC11,CBLB,EPRS,NUDT3,GCSH,PREX1,RASSF2,FRAT2,TFG,DPYSL2,MYC,LONP1,PIP4K2A,PRKACA,GOLGA7,GLUL,ATXN7L3,SOX4,SLC12A9,GABARAPL2,GABARAPL1,MEF2C,KCNK10,ECH1,PRKCD,CD3EAP,TMEM170B,HDHD2,ANK1,DYNC1LI2,CDC34,ASPHD1,BIN1,FEZ1,DDIT3,DDIT4,KDELR2,PRR18,HECA,ULK1,LLGL1,SLC45A4,TARSL2,TTYH1,TRANK1,PHYHIPL,AGAP1,SLAIN1,PIK3R1,HIF1A,OAZ1,NKAIN2,PPP3R1,SPAST,SEC14L1,TSPAN7,CHST15,MAP4,RALGDS,RAB11FIP4,GPM6B,LHPP,VTI1B,FDFT1,VASP,FIS1,CDK19,JUN,PHC2,JUND,JUP,IQSEC1,PBX2,SNHG6,PBX1,GADD45G,ABTB1,SLC6A6,WNK1,ID2,LRRN1,TMCC2,HBP1,TECPR2,RNF220,ITM2C,GPR27,CDKN1C,DDR1,OGFR,HBS1L,PIGU,BTG1,CDKN1B,CITED2,SLC44A2,DIS3L,AATK,HERPUD1,XPO6,TIMP2,TCP11L2,KIF1B,CTSF,CIC,ENOPH1,CTSD,UBXN6,UPF1,PCYT1B,ZER1,TSC22D1,TSC22D3,STRADB,ITPK1,MINK1,NCOA4,NIPA1,GAB2,GMIP,DYNLL2,SIRT2,DUSP6,MLF2,RHOB,TMEFF1,ZEB2,MED25,PACS2,PITPNM1,KIT,PXDN,RAPGEF1,ARHGEF1,ARHGEF2,SGK1,STK40,GRN,SAMD8,CLDND1,PHLPP1,NFIX,SATB1,WRB,CENPB,TRAK2,ARNTL,GNAI2,FGD3,ZDHHC18,SNX27,NFIL3,MFN2,NT5M,SAMD1,MEF2D,MAP4K4,MAP3K3,CRIPT,KLHL2,TTC1,DOHH,VEGFA,KLHL5,CCNG2,SHKBP1,TSR2,ZYX,NUCB1,PKN1,PNPLA6,YPEL5,RNF141,YPEL3,HDDC2,SH3GL3,CTNND2,CASC3,CLU,IGF1R,TM7SF2,PAIP2B,STK11,KIF5B,SESN1,ADORA1,DENND5A,SBF1,FADS1,FBXW4,BNIP3L,SH3GLB2,SLC38A1,FBXW11,IGFBP3,TPM1,SHISA4,ZCRB1,ATP1B1,POU3F2,DGKZ,POU3F3,CTDNEP1,CLIP2,FRMD5,RAB31,EHBP1L1,FKBP8,CHMP4B,PKP4,SQSTM1,ARL8A,CSNK1G2,ANAPC2,INSIG1,NDRG2,RASGRP2,ADIPOR1,NDRG1,CORO1A,RAP1GAP,ENHO,SOCS2,SNN,SBNO2,MAN2A2,GRK6,BTBD2,CAMTA2,NADK,MARK2,WDTC1,MCL1,ESRRA,PRNP,ACBD5,WSCD1,TNK2,TBCB,MARCH8,KLHL24,ADAP1,QDPR,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,GNAS,CNTN2,PLEKHM2,OSBPL1A,LRP10,LRCH4,UBE2M,BCL2L1,MXD4,PICALM,SLC48A1,RNF10,CALCOCO1,GSK3A,PRKCSH,CHD6,PIK3CD,GTDC1,SLC2A3,ARRB2,USE1,PPP1R9B,PTBP1,DUSP12,FSD1L,SEPT7,PSD2,ALDH2,PPP6R1,PHACTR3,MYO18A,FLOT2,TAPT1,DGCR2,USP46,SUN2,REXO1,KLF13,VBP1,PDPK1,AKTIP,H2AFV,DDOST,DNM2,PTP4A2,PTP4A3,RABEP1,TFDP1,CREB1,CTDSP2,POLR1B,PEX5,CAT,SOS2,PPP1R12C,IRF9,NLGN3,PPP1R15A,HDAC5,WBP2,TULP4,CXXC1,MLLT1,FURIN,TTL,ADD1,USP19,MLLT6,DNAJB2,DCAF15,TFPT,FZR1,MKNK2,POLR2F,PTK2B,FYN,CSK,FBRS,DCAF12,SNCA,TRIM41,PCDH9,SEMA4D,SMOX,MID1IP1,LIMK2,MBOAT7,B3GAT1,PTPN11,USF2,PNRC1,PINK1,KLF6,SLC25A39,TEF,PIK3IP1,VAPB,PDCD4,CDK2AP1,SMAP2"
+"gene_set_query"	"574"	"ZNF589"	"562.8"	"ARCHS4 Coexpression,798;Enrichr Queries,479;ReMap ChIP-seq,244;GTEx Coexpression,730"	"TDRKH,CYFIP2,NCKAP1,RRP1,WIPF3,ARAF,STMN3,HNRNPU,EPRS,TSKU,BACH2,LSM10,ZMIZ1,MYC,GPBP1,FDXR,AP1S1,CDK5RAP3,FNBP4,DDX17,MEF2C,WSB1,CXADR,NUP210,DAPK1,PRKCD,CD3EAP,GAPVD1,GTPBP2,MYL6,DYNC1LI2,ZC3H11A,DDIT3,RUFY3,DDIT4,ORAI2,RBCK1,PRR14,PI4K2A,SF1,ATF4,MEG3,NUP205,SET,TTYH3,MEPCE,AGAP2,ABCB8,PLA2G6,OAZ1,CIAO1,GJC1,LDHB,RHOT2,PRKAR2B,NRBF2,ATRIP,ST3GAL2,VPS16,S100A10,HEXIM1,PRPF38B,JUN,CHKB,PHC1,H3F3B,PBX2,IRF2BP2,MAD2L1BP,MTHFR,LARP7,CDC7,NR1D1,MEX3C,PRRC2A,EHD1,SLC6A6,TBL3,EIF5,FASN,GIPC1,NMT1,PPT1,HNRNPD,GTF2IRD1,HYOU1,HNRNPC,CDK13,CPEB4,GABRB3,LPCAT1,CLTB,ECSIT,KRI1,PFAS,PHF6,BBC3,IKBKB,RNF157,TMEM189,AIFM1,TMSB4X,ENSA,TCP11L2,SH3BGRL3,JARID2,JAK1,BRD2,DFFA,ELOVL5,SIRT4,RRAS2,SLC39A13,ELOVL6,MRPL48,WDR34,TOMM40L,COPZ1,DUSP6,WDR33,SIRT3,MED23,SLC7A5,SLC7A6,BDH1,PSMA1,CDC42EP3,PXDN,MTF2,RNASEK,ELOF1,WRB,SDAD1,FAM129B,GGA2,UNK,GGA3,TCOF1,NSD1,MFN2,ANO10,RPS2,SF3B1,RNF130,DEDD,NKTR,SF3A3,MBD6,USP9X,STAT2,PCGF3,WDR11,AGBL5,RNF145,RYBP,CCDC9,APEX1,SERBP1,NUCB1,PLP2,PKN1,FAM49A,FAM49B,ATP8A2,TMEM167B,LTN1,RNF19B,CASC3,APEH,IPO5,FADS2,SALL2,NUDT19,TMSB10,FADS1,MEN1,HMGN1,IFNAR2,RNF44,SUPT16H,ANKRD49,TPM4,CISH,USP3,IGFBP3,TPM1,VASH2,CNPY2,TRAIP,MSH6,CLIP2,ILF3,ACAP2,CLIP1,RAB31,DMTF1,MSH2,NCL,MADD,SRSF2,SNRNP27,SRSF4,SRSF5,TNIK,SLC27A3,SQSTM1,ARL8A,ANAPC1,CUL9,PFKFB2,BRSK1,PFKFB4,DNMT1,PFKFB3,CD151,INSIG1,GMPS,HSPBP1,RAP1GAP,HSP90B1,SOCS2,SBNO1,NDOR1,BTBD2,PSAP,UBR5,G3BP1,ZKSCAN3,PLXNA2,G3BP2,E4F1,MCL1,IP6K2,TMEM120B,TIA1,AKIRIN1,ANKRD27,BOD1,MARCH9,LSM4,MARCH4,FBXO31,LSM2,GON4L,CDK5,RHEB,CNOT1,CDK4,CNOT3,DMXL2,NFE2L3,PLXNB2,RNF181,MDM4,PLXNB1,IARS,NIT1,OGT,RNF187,ITGB1,DIDO1,PPP1R13B,HSP90AB1,NUMA1,MCM7,ZC3H4,SYNE2,PTBP1,AP1G2,SNRNP70,PPP6R1,UBTF,WDR6,ACP2,SLC37A4,TNPO3,RFC3,GPX1,AMT,TFIP11,REXO2,BET1L,MSL1,ARL4C,PTP4A2,PTP4A3,PPM1B,ASPH,CTDSP2,POLR1B,TMBIM6,BCAT1,BIRC2,PPP1R15A,SMARCD1,GTF3C2,CANT1,UHRF2,HDAC1,PRCC,SRSF1,CXXC1,LENG8,PPM1E,HDAC6,TSPAN31,CDC42,AP3M2,FZR1,ABLIM3,KCTD20,RBBP4,U2AF2,BEND3,CSK,IGF2BP3,LRRC8B,HNRNPA1,SLC35A2,PTPN1,HNRNPA3,SPAG7,PPIL2,FEM1A,MID1IP1,FBXL19,NICN1,IMMT,FBXL14,ASXL1,KLF6,MYO1B,TSPAN14,RAB14,VAPA,SYT11,DOLPP1,IMPDH2,MGAT4B,CCM2,SEC24C,PANK4,SMARCAL1,TCERG1,IFITM2,CPNE5,VARS,ZMYND8,KEAP1,ACTB,TIAL1,PNN,FRAT2,FTH1,DAG1,TRIM24,CCDC97,CCNL2,KIF21B,CCNL1,BSN,SEPHS1,SOX4,TBC1D10B,SRRM2,ST6GAL1,SMARCC1,ATP6V1G2,SLC35C2,NFKBIL1,METTL3,ECH1,ACSL6,CIRBP,ACTN4,MFSD10,TIAM1,SFRP1,CDC37,MTHFD2L,CD2BP2,KDELR2,FLYWCH1,EZR,EIF1B,TELO2,IGSF3,SDC3,SUPT4H1,PTTG1IP,NLN,SEC14L1,LARS,PCBP1,CSTF1,TNRC18,MAP4,RBM12,RALGDS,B4GALNT4,RAB11FIP5,RABGAP1L,TMEM86B,LRRN2,BCL11A,RCC2,KLHDC8B,PAICS,PTK2,UBAC1,RPS26,AIMP2,FUBP1,ID2,CALU,LRRN1,ANP32B,RGL2,CALM2,RCOR2,ITM2C,DDR1,DAZAP2,HIP1,GPAA1,SLC44A2,CTSZ,MYL6B,SIPA1L3,AP2A2,SERP2,AKAP12,MAP1LC3B,XPO1,CAMKV,GUK1,CTSL,ZMYM6,SDF4,KIF1A,CTSD,CTSB,TOP3B,MAP4K2,PARP1,CCDC115,MMD,TSC22D3,STRBP,MRPS2,SYP,ITFG2,RAB33A,SREBF2,RHOA,PARP8,RHOB,ENAH,HNRNPH1,STRAP,ARHGEF1,FAM193B,GLCCI1,ARHGEF2,SGK1,SFI1,MPND,STK40,NAPB,CSTB,AHCY,SLC20A1,SATB1,DERL1,HSD17B4,TYMP,CAMKK2,EXOSC4,NFIL3,GPC4,MAP4K4,ARNT2,NPM1,RANBP3,GINS4,AP2B1,MAD2L2,HNRNPA2B1,CACHD1,TCEA1,RAB3GAP2,HDGF,OTUD5,SCARB1,CRTC2,KDM1A,MRFAP1,ACRBP,CELSR3,TXN2,EFTUD2,CHCHD2,FAM174B,KIF5A,POGZ,CAPN2,SH3GL1,MORC3,KDM2B,DNAJB12,TTC7B,SHISA5,ATP1B3,LIG3,TRPC4AP,TBC1D20,PRPF3,SPNS1,PPIE,SCG3,XPR1,ISYNA1,PSMD13,COX17,SEL1L,RTN4,NCKIPSD,TMEM127,TCTEX1D2,ATP6V1H,TBC1D14,CAMTA1,LONRF2,MARK3,MYH10,ANKZF1,QSER1,BCL9L,BPTF,KLHL29,SYT5,UBE2F,OST4,KLHDC4,ACBD4,CBX5,HSPA5,CBX4,RHBDD2,PHF12,NONO,CBX2,CRIM1,HMGA1,DSTN,CNOT10,KLHL23,SSH3,ANKHD1,CLK2,PAN2,NFKBIA,AHI1,PAN3,EFNA2,HOOK2,NASP,CCPG1,HOOK1,DLG5,GNB1,PHF13,TCF3,BRWD1,SAE1,LSM14A,SCYL3,B4GALT3,KDM5B,CUEDC2,DOCK9,PSIP1,HMGB3,ADAR,CHD4,SLC2A3,TAZ,CHD2,USP39,LMNB1,SEPT9,SENP7,SPRED2,LASP1,BCL7C,GMPPA,FLOT1,CASP2,PDE4A,TMEM109,RBM5,YWHAG,RBM6,USP48,HSDL1,PDPK1,DCAKD,ABCC5,DDX56,H2AFX,CAD,ARHGEF18,ARID1A,SYNGR3,CKAP4,FCHSD1,SUPV3L1,VCAN,SFPQ,IRF3,TMEM214,DDAH2,TBC1D7,NDUFS2,PFDN2,LUC7L2,ATF6B,DCTN2,DCTN4,NRXN2,RSPH9,ACVR1B,HSPD1,ADD2,NXF1,DNPEP,UGP2,MAT2A,TAF1C,MKNK2,GNA12,MAPK1,BUB3,MTA3,CYTH1,PDLIM7,RBM39,MBTPS1,KDM4B,USP20,ATP13A1,TAF13,USP21,MIIP,ATP2B4,NAP1L1,DEK,USP28,USF1,CLCN6,SBK1,ACIN1,ERCC5,VIM,NAA15,PDE7A,SSBP4"
+"gene_set_query"	"575"	"TMF1"	"564.0"	"ARCHS4 Coexpression,170;GTEx Coexpression,958"	"ITSN2,ANKLE2,SMARCB1,VARS,THUMPD3,JMJD1C,DCAF5,RPL8,PHB2,RPS15,GOLGA4,TBK1,TRIM28,PPP4R2,DHX57,BSG,PSMD3,AKT1,UBAP2L,PRKACA,ATXN7L3,CHGB,SCAF11,SCRIB,HCFC2,SCAMP1,CDC34,AKAP9,UQCRC1,FAM76B,NUP98,TTLL12,RPL29,PFN1,PRR12,AURKAIP1,RPL28,TELO2,PDXDC1,SAR1B,MRPL12,GIGYF2,MRPL11,PIP5K1A,NUP88,SEC31A,BRAP,EDEM3,TRAP1,PRELID1,INTS1,RCC2,MRPL28,PA2G4,MEX3C,PAICS,ZWINT,PRRC2A,SETX,HNRNPL,HNRNPM,GOLGB1,PSMG1,CALM3,CDK16,CDC42SE2,ARF3,ARF4,AHCTF1,DAZAP1,MRPL37,PRPF19,COIL,PCM1,NIPBL,TUBA1B,MED13,ZMYM5,C1QBP,ARIH1,GIT1,RSPRY1,CCT3,PARP1,ACTL6A,NME2,PRPF40A,MED26,TOPORS,G2E3,TAX1BP1,PABPC1,TKT,SLC29A2,AHCY,CENPB,PPP1R2,BCLAF1,RNF138,PES1,USP1,AP2S1,RICTOR,SHOC2,RPL18,SAMD1,CCT7,SF3B1,MBD3,RANBP1,YTHDF3,MDH2,RIOK3,PNPLA8,CSNK1A1,PTGES2,KLHL2,SCAF1,ARCN1,PPP1CA,BOP1,TMEM59,SEC23IP,APEX1,TRIP12,HDGF,PKN1,YPEL5,GRINA,KDM1A,HDLBP,LTN1,ATN1,ARID4B,RPL10A,IPO4,IPO5,SLK,ARHGDIA,CFL1,FBRSL1,BANF1,ARID2,AP2M1,USP8,MAP2K2,USP5,RPS5,ATAD3A,TUFM,ST7L,CTDNEP1,ILF3,PHOSPHO2,FSCN1,SCG5,STAM2,SNRPA,CSNK1G1,SNRPB,ANAPC2,INO80E,FAM114A2,COPB1,CUL3,MAZ,ANKRD12,GMPS,ISG20L2,PHB,CORO1B,BAG5,TPR,DVL1,BTBD2,NACC1,CYC1,ZC3H14,PDZD8,EVI5,KLHDC3,NUP155,ODF2,FUS,CPSF3,CBX2,GFPT1,HMGA1,CNOT10,LSM4,CLK1,CNOT1,CCPG1,UBE2S,CAPRIN1,GNB2,DNAJC10,AAK1,TPP2,UBA1,SERINC1,STT3B,DYNLRB1,TCF3,SAE1,UBE2M,B4GALT2,DYRK3,GSK3A,MCM7,PRKCSH,CELF2,YBX1,CHD2,AFF4,LMNB2,MRPL4,SART1,RB1CC1,TLK2,UBTF,WDR5,IFT57,TNPO1,RBM7,TNPO2,EIF5A,TBP,USP42,DIS3,SGIP1,DYNLT3,CAD,H2AFX,ZFP91,ARFGAP3,KLF16,DNAJC2,TRAF7,AKT1S1,BDP1,SEC22B,THOP1,USP15,ROCK1,RAB1B,RNF38,DDX20,MLLT1,LRP3,HSD17B10,STRN4,PPM1G,SRM,MTA1,PABPN1,U2AF2,KATNA1,NT5DC2,POLR2D,POLR2E,UBQLN4,BEND6,ARFGEF1,PPP1R14B,MARCKSL1,FBXL19,ADRM1,PDAP1,SSRP1,USF2,HNRNPAB,NIN,UFM1,POLR3C,CARM1,RBM42,STUB1,PPIL4,RAN,EIF3B"
+"gene_set_query"	"576"	"ZNF880"	"564.0"	"ARCHS4 Coexpression,218;GTEx Coexpression,910"	"VARS,PITPNB,FCF1,ZDHHC5,NDST1,CAPNS1,TRIM28,MPRIP,RAVER1,ZMIZ2,CDC27,PSMD3,AKT1,PRKACA,ATXN7L3,ACVR1,SRRM2,DDX18,ACOT9,ARRDC1,RECQL,MOGS,SCRIB,ACTN4,RC3H2,SND1,TWSG1,KCTD10,PRR12,ALG10B,KCTD18,SF1,TBC1D9B,TMEM63B,FLII,APH1A,PPP3R1,SYMPK,INTS1,LARP7,PBX2,PHC3,PRRC2A,AIMP1,HNRNPL,PCDHGA11,ZZZ3,TOLLIP,CALU,FAT4,CALR,DUS1L,CC2D1A,FERMT2,ARF3,OGFR,DAZAP1,TECR,PRPF19,SMG5,SDF4,CIC,ZIK1,UPF1,SHPRH,TCF12,MINK1,BAZ1B,COMMD6,SREBF2,SLC22A23,NCOR2,INF2,NME7,RAPGEF1,AIDA,ARHGEF2,TKT,ERGIC1,DLST,DERL2,CENPB,FAM129B,PCNP,HIRA,PES1,MFN2,FLNA,ANKRD52,RPL15,SRSF10,YKT6,SF3A1,MTX3,AP3D1,AP2B1,SCAF1,MIB1,GATAD2A,SKI,MKLN1,XAB2,TAOK2,TCEA1,RAB3GAP2,NUCB1,ESYT2,HDGF,PKN1,PNPLA6,GRINA,ZFAND3,CEP120,HDLBP,ATN1,NUCKS1,PHRF1,SRP14,IPO7,LAMP1,ARHGDIA,CWC22,SLC39A7,SBF1,MAP3K7,SBF2,SH3GLB2,MAP2K2,USP5,DIMT1,ATAD3A,RNF40,ATXN2L,CTDNEP1,ADAM15,HNRNPUL1,HNRNPUL2,RAB34,EHBP1L1,RAB35,MAPKAPK2,WDFY1,CHMP4B,SRSF6,CSNK1G2,SLC27A4,GLYR1,ANAPC2,KHDRBS1,LRRC59,TBC1D19,RAB5C,MAZ,PRPF8,SUPT6H,SBNO2,RNASEH1,IRAK1,ESD,DVL1,BTBD2,NACC1,ABL1,BRIX1,MARK2,BCL9L,WDTC1,ESRRA,DARS,CPSF7,CPSF1,SEC16A,CRIM1,DNAJC13,CORO2A,EEF2,KLHL20,SH3BP5L,GNB2,RFXAP,GNB1,PLEKHM2,PLXNB2,UBA1,GPR107,CLPTM1L,LSM14B,LSM14A,RSL24D1,NFE2L1,EIF4G1,UBE2M,ITGB1,ZNF512B,PCDHGB7,KDM5C,GSK3A,WDR1,PRKCSH,CHD4,ZFP82,CHD3,YBX1,PTPN23,LMNB2,LMNB1,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7A,UBE2Q2,ZC3H7B,PPP6R1,SNRNP70,UBTF,TNPO1,CCDC50,DGCR2,MAPK1IP1L,REXO1,KLF13,PCDHGA4,ATRX,DDX50,RAD23B,SENP3,ARFGAP1,KLF16,DNM2,TRAF7,DNAJC5,AKT1S1,DNAJC8,PPP1R12C,GTF3C1,SEC23A,SMARCD2,CANT1,ROCK1,RAB1B,LENG8,MLLT1,ATP1A1,STRN4,USP19,DCAF15,FAM168B,GANAB,MTA1,U2AF2,TAF1A,FAM120A,EIF4H,SNRPB2,ROMO1,MTA2,FBRS,SMARCE1,SSB,TAF15,FBXL19,DEK,SSRP1,CDC42BPB,CLCN7,NEURL4,DOLPP1,CARM1,MGAT4B,ERCC8,ACIN1,ATP13A3,P4HB,PPIL4,TAF2,MBTPS2,TAF1,EIF3B"
+"gene_set_query"	"577"	"KLF12"	"565.0"	"ARCHS4 Coexpression,438;Enrichr Queries,357;GTEx Coexpression,900"	"CYFIP2,TRIO,DIXDC1,CBLB,ADARB1,RPL8,BACH2,SCAMP4,EFR3A,ALCAM,RUSC2,HERC1,ZMIZ1,DPYSL5,DPYSL2,AKT3,DPYSL3,EPC1,KIF21B,DIP2C,SOX4,SOX5,ARL10,DDX17,EPHA4,MEF2C,CXADR,RBFOX2,ZFP1,LIMCH1,CACNA2D1,PRKCE,ARRDC3,AP1B1,RFX3,TALDO1,SOX11,ANK2,ANK3,DICER1,ANK1,SCAMP2,INPP4A,EID1,TIAM1,TWSG1,KATNAL1,WDR82,RFX7,RUFY3,DDIT4,HECA,KCTD12,AURKAIP1,DUS3L,TRIB2,MACF1,MYCBP2,TRANK1,NEDD4L,MTMR9,TMTC1,PIK3R1,MRPL12,KALRN,APH1A,INPP5B,SGPL1,FLRT2,PRDX1,HIVEP2,ST3GAL1,SCN3A,SERF2,JUN,CREBBP,FZD3,PRELID1,DMPK,CADM1,BCL11B,BCL11A,SYNRG,ST8SIA2,TYSND1,MYO5A,DCLK2,PA2G4,SMARCA2,PRDX6,IFFO1,PBX1,DCLK1,SMARCA4,MLLT11,SETX,MLLT10,EIF6,ID2,PKIA,CCDC88C,DCHS1,FAT3,FAT4,CDK14,FERMT2,CPEB4,ITM2C,DDR1,ROBO2,NRP1,PIGU,SETD2,SMG1,CDKN1B,CSRNP3,CITED2,TECR,SLC7A11,PTPRK,BMI1,PTPRF,ROBO1,AKAP12,TUBA1A,AKAP11,RSRC1,TRIM2,KIF13A,ENC1,ANXA6,REV3L,KIF1B,JARID2,NANS,RALGPS2,NCOA1,NUDC,GSTO1,MINK1,TCF12,NME2,DUSP6,MTSS1,PARP8,NME1,ENAH,SLC22A23,ZEB2,TUBB2B,CDC42EP3,PXDN,FAM20B,ARHGEF1,AIDA,PLCB1,SGK1,ALDOA,GAS7,AHCY,SATB1,TIMM13,PRICKLE1,SH3BGRL,AP2S1,FLNA,STX2,SF3B1,JAM3,RUNX1T1,NKTR,BCAP31,NFYB,KIDINS220,MDH2,SORBS2,SORBS1,RAB11A,ABCB10,OSTM1,NFIA,ABI2,NFIB,TAOK1,CAPZA2,TTC3,APBA2,FRYL,CDK5R1,TOMM6,ATP8A1,CTNND1,FRY,COX6A1,SLC8A1,IGF1R,SMCHD1,CDH2,BASP1,TLE4,PPP1R16B,SLC38A1,AGTPBP1,RALGAPA1,ANKRD44,TMOD2,FRMD4A,LMO7,ATP11B,ATP1B1,TANC2,RSBN1,FOXP1,TUFM,ARMCX1,DMTF1,NHP2,PPIF,TNIK,TOX,SRSF9,SNRPB,DDX6,LRRC59,DDX5,ARHGEF25,NXPH3,TNKS,ZC4H2,NPR2,ANKRD12,ITPR1,CACNA1C,PHB,RASGRP2,STK4,EFNB2,ARHGAP21,RAP1A,PITRM1,FUT9,ESD,PLXNA2,CYC1,MARK2,PRNP,OSBPL8,TIA1,ATP8B2,AUTS2,PTCH1,CRIM1,DSTN,DNAJC13,PTPRD,ARHGAP32,HOOK2,NBEA,NSG2,HOOK1,RFXAP,MDM4,TCF4,BRWD1,ITGB1,DOCK4,DYRK2,DOCK9,PRKCSH,CELF2,USP34,CHD6,ILK,PIK3CD,ZFP82,SOBP,AFF3,PITPNC1,SYNE2,DUSP12,LBH,SGCB,PSD3,PDE4B,SPEG,DACT3,CEP170,RBM5,RBM33,EIF5A,SUN2,PPP1R12A,KLF13,PCDHGA4,DST,GPX4,PDPK1,PDE4D,ATRX,NAV1,NAV2,PPP2R5C,ARID1B,COASY,PJA2,SEPT3,ARL4C,VCAN,PTP4A3,FCHSD2,CREB1,NAV3,SETBP1,CTDSP2,CDH11,DCX,EVL,BIRC6,PPP1R12B,SLC25A5,CHMP7,INA,NFAT5,SEC23A,KDM3A,ROCK1,PPM1L,CRMP1,ACVR1B,ABLIM1,MAPK8,GNG2,ALDH1B1,RAB23,SPOCK2,POLR2E,FYN,NCAM1,AAMP,CAMK2G,CYTH1,CLASP1,CLASP2,POLR2L,NTRK2,CHURC1,PCDH9,NEGR1,NTRK3,PCDH7,PLCL2,ADRM1,ATP2B4,PDE4DIP,MEIS2,NELL2,KLF7,MARCKS,KLF6,SNRK,NIN,APC,PIK3IP1,SYT11,SPRY2,PDE7A,METAP2"
+"gene_set_query"	"578"	"ZNF280C"	"565.0"	"ARCHS4 Coexpression,607;Enrichr Queries,355;GTEx Coexpression,733"	"MDC1,TCERG1,IPO11,NUP107,CCNJ,TFRC,HNRNPU,THUMPD3,CISD2,SMC6,SMC3,EPRS,FNBP1L,PNN,EFR3A,CAPNS1,DPYSL2,MYC,CHORDC1,STMN1,GPBP1,TRIM24,AKT1,UBAP2L,PRKACA,ATXN7L3,TMPO,TIPIN,CXADR,ARRDC3,CD3EAP,MOGS,SOX11,HCFC2,GTPBP4,RFX7,DDIT4,NUP98,KCTD12,NUP205,TBC1D9B,DHX9,FLII,DCUN1D1,PIK3R3,NEDD4L,BAZ2A,PIK3R1,OAZ1,GIGYF2,GJC1,APH1A,LDHB,HMGXB4,PDCD11,TSPAN6,HLTF,CSTF1,PIP5K1A,NUP88,FDFT1,XRCC6,JUN,FZD3,PLK2,INTS2,SMARCA5,UPF3B,CDC7,SMARCA1,PHC3,PAICS,SETX,MLLT10,STAG2,PSMG1,CPEB4,EZH2,OGFR,TOP2B,AHCTF1,SMG1,PIGU,CLTB,MRPL36,SLC7A11,PHF6,PHF8,AKAP12,MRPL42,MED13,AKAP11,ZMYM2,TRIM2,XPO5,ENC1,DHX15,ANXA6,SDF4,RIOK1,CIC,UTP14A,RRP15,RSPRY1,CCT2,UPF1,TMED9,DBNL,PARP1,MMD,TEX10,TSC22D3,ACTL6A,MINK1,ITPK1,SLC39A10,PRPF40A,ELOVL6,DUSP6,SRP9,MLF2,ENAH,SLC7A5,INF2,PITPNM1,PXDN,MTF2,G2E3,RAPGEF1,GLCCI1,SGK1,GART,PRIM1,HEATR1,HSPA14,FAM117B,CENPB,GNAI2,BCLAF1,EXOSC9,EXOSC8,USP1,FLNA,RICTOR,MGAT1,PAIP1,SUZ12,RANBP2,UTP6,PCGF6,GTF2H1,SEC23IP,TAOK1,TAOK2,ZYX,NUCB1,TRIP12,PKN1,PNPLA6,GRINA,CCNT2,NUP188,KDM1A,CD81,CSE1L,NUCKS1,CLU,IPO5,LAMP1,KHSRP,PAPOLG,ARHGDIA,SMARCAD1,ZNF326,KPNA2,MTPAP,ARID2,SBF1,SH3GLB2,SUPT16H,MORC3,SLC38A1,FBXW5,MAP2K2,ATP11C,CASK,LMO7,THOC2,ZBTB33,MSH6,MORF4L1,ACAP2,MSH2,DKC1,NCL,EHBP1L1,RAB35,UBE2V2,SRSF3,CHMP4B,MATR3,PHIP,ADNP,SNRNP200,KPNB1,ANAPC1,CSNK1G2,ANAPC2,DNMT1,RAB5C,CUL5,FAM114A2,BTF3L4,UBR4,GMPS,CUL1,SLC38A10,PRPF8,NDRG1,CORO1B,SBNO1,SBNO2,PITRM1,TPR,UBR5,DVL1,MBIP,ABL2,NAE1,SLC38A2,QSER1,BPTF,WDTC1,ESRRA,OSBPL8,PRNP,CBX5,SMURF2,NUP155,CBX3,BOD1,CPSF3,ASNS,NUP153,KLHL24,GCLC,EFNA2,SH3BP5L,HOOK2,CNOT1,HOOK1,CAPRIN1,GNB2,GNB1,TPP2,PHF13,PLEKHM2,PLXNB2,TCF3,LRP10,NFE2L1,ACADVL,DDX3X,MCM7,DDX46,WDR1,PRKCSH,WDR3,CHD6,PSIP1,HMGB3,HMGB1,ELAVL1,AFF4,LMNB1,PPP1R9B,DUSP12,SEC61A1,METTL14,LASP1,CAPZB,PPP6R1,SNRNP70,NUP62,PSD3,SUMO2,TLK2,TOPBP1,TNPO1,IQCB1,MAPK1IP1L,SUN2,HSP90AA1,TBP,KLF13,USP42,DIS3,PDPK1,H2AFZ,ATRX,H2AFX,ZFP91,DDX50,PTBP2,DNM2,DNAJC2,RCN2,RER1,POLR1B,CTDSP2,DNAJC5,NAA35,SOS1,PPP1R12C,NFAT5,HDAC2,KDM3A,WBP2,RAB1B,DDX21,ASAP1,FURIN,ADD1,DNAJB2,RBBP4,FIP1L1,TGS1,KATNA1,POLR2D,FEM1C,CSK,HNRNPA1,EIF4E,FBRS,DCAF13,SLC12A2,NOP58,RRM2,TXNRD3,RPRD2,SLC4A7,CLCN7,PFKL,POLR3C,PSAT1,MGAT4B,NAA15,VIM,P4HB,PPIL4,TAF2,RAN,CUL4B,METAP2"
+"gene_set_query"	"579"	"MAFF"	"565.2"	"ARCHS4 Coexpression,930;ENCODE ChIP-seq,53;Enrichr Queries,867;ReMap ChIP-seq,122;GTEx Coexpression,854"	"MDC1,POP5,POP7,SLC4A1AP,GMFB,TFRC,EHMT2,IFT172,POP4,ZFYVE1,SCAMP5,LSM10,FAM110A,PREX1,KRTCAP2,PSMD6,PSMD7,CAPNS1,PSMD4,PSMD5,FGFR1OP2,PSMD1,GABARAPL1,PRKAB2,SAP30BP,CSNK2A1,STARD7,DNTTIP1,DNTTIP2,PRKAB1,SCAMP3,SND1,FAM133B,LARS2,MYL6,EWSR1,DDIT3,ZC3H11A,PSME3,DDIT4,UNC50,PSME1,UQCRC1,JTB,PSME2,RBCK1,ATF4,SF1,EXD2,MTMR2,SET,ABCB6,SAR1B,MTMR9,SDR39U1,COPS7B,PDGFA,ABCB8,BAZ2A,COPS7A,MRPL12,AAAS,PLA2G6,GABARAP,GIGYF2,CYB5R4,PRPSAP2,HMGXB4,RNF215,RDH14,HMGXB3,HEXIM1,PRRT1,MCTS1,ABCA2,JUN,PRRT2,PMM1,CADM1,NCAPH2,FUCA1,EDEM2,PMM2,EXOC6B,PBX2,MRPL28,ERLIN2,LARP4,MRPL24,SNUPN,MRPL21,EIF1,MRPL30,MLLT10,TBL3,EIF6,LAS1L,SFXN3,PSMG3,NMT1,PSMG4,LGMN,GPR19,ARF4,LRSAM1,PIGU,ARF1,RPLP0,MRPL39,SNX10,DDA1,TRMT112,MRPL40,ATIC,RPLP2,LYPLA2,LRRC45,DUSP1,SPHK2,SIRT4,SLC39A11,SLC39A13,MRPL47,SIRT7,JOSD1,DYNLL1,MED27,MED29,DUSP6,SIRT2,SIRT3,DDB2,MRPL44,MRPL52,MED23,PSMA5,MRPL53,SLC7A5,PSMA6,BDH1,PSMA2,TMEM33,PTRH2,PXDN,SDHAF1,RAPGEF1,CDC42EP2,TUT1,TMEM106B,VAMP2,TRUB1,TRUB2,RNASEK,LIN37,URM1,ODC1,ATL2,SRRT,RPS27L,CENPB,PSMA7,MRPL55,PSMB6,GGA2,PSMB7,PSMB4,UNK,RECQL5,EXOSC10,AP2S1,MFN1,SPOP,LEO1,RICTOR,HARS,RABAC1,ATAD1,CENPT,CRBN,MCRS1,SNX22,PSMC3,PSMC4,APEX1,PSMC1,SRRD,YPEL3,TMEM167B,CSE1L,UBE2D2,LTN1,STK19,APEH,FBXO22,FADS3,LAPTM4A,STK16,FNTB,OSBP,KPNA6,CEP250,PIM3,KPNA2,SLC25A44,AP2M1,FADS1,SLC25A46,SLC38A1,IK,PCYT2,VPS33B,POLRMT,PIAS2,LENEP,CDC25B,FOXP1,RBX1,ACLY,TPST1,MSH2,SRSF3,SRSF4,RAD54L2,SNRNP200,SQSTM1,SRSF7,KPNB1,ANAPC2,SRSF9,PFKFB2,FTO,INO80B,RNASEH2A,PFKFB3,UQCRB,MAZ,ISG20L2,GPR85,SPATA2,UBFD1,LIN7C,SAV1,FBXO42,CORO1C,HSP90B1,RAP1B,SOCS2,EIF1AD,NDOR1,MED30,PMVK,ZKSCAN3,MBIP,SLC38A6,SLC38A2,ZKSCAN1,IP6K2,GOT1,FUS,GOT2,HPS4,ARPC5,EEF2,FBXO31,DRAP1,SH3BP5L,UQCRQ,ARPC3,TUBGCP5,MDM4,NIT1,TMEM19,NOP10,POMT1,PTEN,CELF4,CELF5,ETFA,ETFB,AP4M1,MRPL4,MRPL3,PMEPA1,ACP2,HMG20A,MDP1,BCAS2,EID2B,EIF5B,DST,SH2D3C,ARNT,RAD23A,TFIP11,RABGGTB,ARFGAP1,MSL1,ARL4C,TMBIM4,SLC25A19,C1D,PCCB,ETF1,TMBIM6,BIRC6,TOP1,BDP1,PPP1R12B,SEC22B,GAPDH,SLC25A11,SLC25A4,AHDC1,ST6GALNAC6,PPP1R15A,RNFT2,PPP1R15B,NDUFB9,GTF3C3,NDUFB6,SRC,NDUFB5,SRF,NDUFB4,PRCC,MAK16,CXXC1,ZBTB45,HSD17B12,FOXRED1,MLLT6,MTHFSD,CDC42,FOXRED2,GANAB,ZNRF2,KCTD20,TRIM46,UBQLN1,SLITRK5,LRRC8B,HNRNPA1,SLC25A25,TRIM44,EIF4B,SH2B1,NOP56,PTPN1,SEC24B,PPP1R14B,CIZ1,NOP58,NDUFA7,TRIM41,SSB,NDUFA6,GPKOW,PCDH9,FEM1B,NDUFA4,CNBP,TXNL1,NDUFA2,LYSMD1,RPL23A,TPD52L2,NECAP1,SLC25A39,CDKN2AIPNL,EIF3L,TRIM35,EIF3G,EIF3H,EIF3E,P4HB,CDR2L,SMAP1,UNC79,SLC25A36,SMARCAL1,CCNJ,TMEM41A,CERK,CCNH,EIF4A3,TXNDC11,GCC2,CCNC,THUMPD1,ACTB,TXNDC16,CYB5D1,NUBP2,TXNDC17,RASSF1,CDC23,TRIM28,HERC1,SNRPD2,SNRPD1,CDC26,BSG,CDC27,TRIM24,EPC1,CCNL1,SEC62,ATXN7L3,FBXO9,TMPO,ATP6V1G1,ATP6V1G2,PAQR4,ZFP1,IMP3,ARL15,ACTN1,ENTPD6,NSMCE2,ZFP2,CIRBP,NSMCE1,CSNK1D,MOGS,CSNK1E,ALG1,SNHG12,CSNK2B,TRIM13,CD2BP2,PREB,FLYWCH1,CCDC84,SLC45A4,GCDH,NUMBL,L3MBTL2,DHX9,PEX11B,SDC3,SUPT4H1,ZBTB5,TTBK1,UBE2J1,COMMD9,SEC14L1,LARS,PCBP1,DHX36,MIER1,DYM,DHX38,SURF6,SYMPK,FAM192A,RBM12,SNX5,XRCC6,INTS1,SMARCA5,HARS2,PAICS,IFFO1,ICK,EXT1,AIMP2,ID2,CWF19L1,INTS5,CALU,RANBP10,NDUFAF3,PAF1,NOL10,CALR,NOL11,CALM2,SUGP1,MRPS17,COX7B,FAM57B,PPP1R10,MRPS11,TECR,CETN3,MRPS10,SLC7A11,WASL,IER3IP1,COX7C,HERPUD1,AKAP12,SYNCRIP,ARV1,MAP1LC3B,NUDCD3,RSRC1,HYAL2,ENC1,UIMC1,REV3L,RAC3,DHX16,COX8A,TMEM150B,PCYT1A,MRPS27,MRPS24,STARD3NL,MRPS22,MRPS23,ANO8,CACYBP,PRPF40A,ANO6,SYP,TFB2M,MRPS7,COMMD7,CTTNBP2NL,APRT,PDRG1,TOX4,GAK,ARHGEF9,VSNL1,CSDE1,G2E3,PABPC1,CRELD1,CD47,PTMA,STK40,STX12,PCNA,MRPS35,SSNA1,MRPS33,GBA,NEDD8,CCDC106,RELA,MNT,NFIL3,OS9,EXOSC9,EXOSC8,CCT8,CCT7,CCT4,PEX16,DYNC1H1,GABBR2,NPM1,YIPF3,YIPF4,VEGFB,HUWE1,CRIPT,MYO9B,RSRC2,DOHH,AP2B1,MYO9A,PEX14,VEGFA,MIB1,TMUB2,PER1,SEC23IP,TTC5,KLHL7,TTC4,NDUFAB1,TCEA2,AGGF1,ESYT2,HDGF,TARDBP,DPAGT1,SCARB1,MIDN,CRTC2,SYS1,BCCIP,UBE2Z,EEF1B2,NARS,PPME1,CAPN2,SBF2,PPFIA3,PCID2,ZGPAT,ADPRHL2,SLC30A5,TMOD3,ATG9A,DNAJB12,TTC7B,UBE4A,LMTK2,SDHC,SDHD,COX6B1,ADAM15,HNRNPUL1,FAM173A,HNRNPUL2,EHBP1L1,PPIF,PLAA,PPIH,UBE2V1,RAF1,PPIB,RTN3,COX19,DDX5,VCP,TBC1D19,COX16,NDUFB10,RBM8A,ARHGEF26,YTHDC1,SEL1L,COX17,HTRA2,CACNA1A,KLHL12,SLC1A4,CACNA1D,NDRG1,RTN4,TIMM50,SHARPIN,KIF3B,TBC1D13,TBC1D14,H1FX,NDUFV3,TBC1D17,NDUFV2,BCL9L,UBE2F,PRNP,UBE2I,KLHL25,UBE2B,PCIF1,ECD,NUP153,UBE2A,SUPT5H,AP4B1,HIGD2A,IFT20,CLK1,UBE2W,HOOK2,CNTN1,UBE2O,UBA1,FGF11,PICALM,GALK1,UBE2M,RBM28,PHTF2,GSK3A,CUEDC2,CHD8,CHD6,TNFAIP1,TRIAP1,AFF4,USE1,RND3,LMNB2,RND1,TTC28,SEC61A1,LASP1,ABHD16A,MLST8,LRRFIP1,YWHAG,UTP15,NUP133,PDPK1,RBM18,BUD31,DDX55,SYNGR3,GPCPD1,YWHAZ,EEF1G,SFPQ,NDUFS8,CREB1,IRF3,PEX3,NDUFS5,CAT,NDUFS4,ATG4B,IRF9,DCTN6,DCTN5,RRN3,DDX27,DDX24,NAA20,DCTN3,DDX23,RNF8,PARN,RBM4B,DDX21,SLC3A2,RNF7,AGPAT1,RNF5,PARL,POLD3,GNG3,CAND1,TMEM203,MAT2A,RAB40C,TAF1B,TDG,TRA2B,MKNK2,TAF1A,NAA25,BNIP1,PTK2B,TMEM208,RALY,MTA2,RPP14,SMNDC1,TIMM8B,TTC14,RRM2,MIIP,SOD2,CDK11B,HS3ST1,USF1,TTC17,GALE,GOLPH3,PNKD,ERCC1,BRMS1L,ACIN1,TAF6,KRAS,ERCC5,VIM,FAM98A,RBM45,VPS29,RPL5,RPL3,CLPB,PHAX,EPRS,PHB2,BACH1,RPL9,DCAF7,CNST,MYC,RPL36,RPL35,RPL37,MPV17,IER5,VPS36,IER2,VPS39,NUP214,VPS18,DDX18,WSB1,TSPYL1,RPL23,PIH1D1,RPL22,WDR74,MED8,CD3EAP,WDR73,MED4,GTPBP4,ARMC1,RNF123,WDR81,DAAM1,WDR82,SARNP,RPL24,YME1L1,RPL27,RPL26,RPL29,ANAPC16,RPN2,CTBP1,RPN1,NEDD4L,ATXN7L3B,XPC,VPS26B,GNS,HIF1A,ANAPC11,PRDX2,PRDX5,LDHA,PPP4C,RIC8B,NUP85,LDHD,GAR1,VPS11,SSR1,S100A10,CEP78,BRAP,RPL41,JUND,NDFIP1,H3F3B,PLK2,SETD1A,IRF2BP2,TYSND1,UPF3B,UPF3A,PA2G4,NR1D1,PRDX6,THAP11,PRRC2A,EHD1,FIBP,HNRNPK,GIPC1,DUS1L,SERPINI1,FARSA,ITPA,CPEB4,CEP57,SETD5,BTG1,CDKN1B,SPEF1,PHF23,CLTC,ARPC1A,ASH2L,ADO,CLINT1,ING1,SMG5,GPR137,TK2,CIC,EMD,RRP15,UBL7,CEP68,ZC3H10,BRD2,SSR2,TCF12,NUTF2,NUDT16L1,WDR34,RNF168,RNF167,AFTPH,LSG1,SIKE1,INF2,TUBB2A,MTF2,GART,EXOC2,EXOC1,SF3B5,GRN,SF3B2,CLDND1,SF3B3,RPL10,RPL12,RPL11,TM9SF4,FAM129B,ARFRP1,PPP1R8,RRP36,RPS2,RPL18,PAIP2,DTD1,SF3B1,RPL19,SF3A3,YTHDF2,BRF2,SF3A2,GATC,TRMT1,ELP3,GTF2H1,TTC9C,DHRS1,WDR13,GTF2H5,RNF146,MKLN1,TM9SF1,ABI1,RNF141,NUCB2,TMEM229B,ANKRD13C,RAB3C,TOR2A,CHPF,TUSC2,AUP1,PARK7,RPL10A,CLU,IPO4,EDC3,EDC4,MAEA,ZFP30,TUBB3,CFL1,LAMP2,PAPOLA,SMARCAD1,STK32C,TLE3,USP8,SUPT16H,RPS9,MAP2K2,ANKRD49,RPS7,IGFBP3,RPS5,RPS6,AIP,THOC1,TRAFD1,PGD,VRK3,THOC6,BSCL2,CTDNEP1,ARMCX3,PYGO2,CLIP1,RAB34,NCL,MADD,ERP29,SNRPG,AAGAB,PHPT1,FKBP5,CSNK1G1,SNRPB,FKBP2,CUL7,SEMA7A,FAM114A2,ANKRD11,INSIG1,ABHD2,GLO1,CUL3,ANKRD12,CUL2,ABHD8,ITPR1,KLC1,RLF,GTF2E1,NEUROD2,BAG4,KLC2,PITRM1,ORC3,BAG1,BTBD2,NACC1,PSAP,DVL2,SAFB2,SKIL,SLC15A4,MCL1,MPDU1,AP1M1,ESRRA,UVRAG,EIF2B3,TOR1A,CCDC12,ASNS,TRAPPC8,TRAPPC9,MARCH7,BTBD9,LSM4,LSM3,LSM2,CDK9,COPS4,RCAN1,BCL9,COPS3,COPS6,CNOT7,LRFN4,COPS5,LSM6,GON4L,NSG2,RHEB,MAFG,COPS2,CNOT2,TADA1,SERINC1,NF2,IARS,CNIH2,LZTR1,SERINC3,RAB5A,RSL24D1,BCL2L2,BCL2L1,SLC48A1,DIDO1,RNF11,MCM7,ZC3H3,WDR3,CEP164,PTPN23,DUSP11,DUSP12,GM2A,OPA1,VPS72,AP1G1,RNPEP,WDR6,WDR7,EIF2B1,TNPO3,PLEKHG2,CCDC34,GPX4,GGPS1,SECISBP2L,RPL13A,EDF1,RTN4RL2,REXO2,YDJC,COASY,PTP4A1,PTP4A2,DNAJC2,PTP4A3,DALRD3,TRAF4,POLR1C,LANCL2,DNAJC8,EIF4E2,SFT2D1,RNF31,SMARCD1,GTF2A1,NFAT5,SMARCD2,HDAC3,WBP1,WBP2,RAB1B,VPS4B,EI24,AMBRA1,RAB21,DNAJB2,DNAJB1,AP3M1,NFS1,FZR1,HAUS8,ABLIM3,VPS53,POLR2C,POLR2E,DNAJB9,SNRPB2,DCAF11,DCAF12,POLR2K,SEMA4A,SPAG7,RNF24,RPL35A,PTPN12,FBXL16,CDC42BPA,PNRC1,PNRC2,FBXL12,RAB10,BCKDK,CUL4A,RAD52,KLF6,SNRNP40,VAPA,APC,PSAT1,POLR3C,IMPDH2,MFAP3,POLR3D,RAB12,VPS41,POLR3F,RAB18,CEBPZ,PPIL4,VEZT,SLC35B4,VARS,ARL6IP1,CISD1,FCF1,CBLB,RPS15,TIAL1,GOLGA2,PNN,GOLGA4,RPS16,FRAT2,RPS19,FLAD1,PPP2R1A,RPL36AL,FTH1,DPF2,LONP1,ARFIP2,DENR,BTRC,SOX4,SRRM2,SRRM3,COG8,AQR,TIPIN,NFKBIL1,ARRDC3,IFRD1,METTL3,BOLA1,MRPS18B,PTOV1,MRPS18C,SRRM1,AFG3L2,POR,ZW10,GRWD1,VDAC3,HECA,SIK1,PFN1,ANKRA2,ATP6V0D1,AURKAIP1,CBLL1,CUTA,GPM6A,NECAB3,TMEM161A,MGST3,CSTF3,CSTF2,NMD3,GMCL1,MYL12B,INPP5B,DGUOK,PTDSS2,CHTF8,ZNHIT1,ZNHIT3,CSTF1,TNRC18,RALGDS,SNHG1,TMEM184C,SETDB1,SYNRG,TREX1,PYCR2,ACADSB,GADD45G,RPS26,CCDC88A,RPS28,STAG1,RPS27,STAG2,RPS29,GOLGB1,RPS20,RPS21,CC2D1A,BAP1,CDS2,ITM2C,GFM1,UBXN1,CITED2,FAF1,ZFAND2B,MYL6B,PRPF19,COIL,RPTOR,HINT1,SERP1,SEC61G,ZMYM5,SEC61B,UBXN4,RALGPS1,CDV3,PRMT1,STRADA,TSC22D3,RHOF,TUBG2,PPRC1,TUBG1,RHOB,UGDH,SCNM1,PRPF18,HNRNPH1,NME7,FRG1,HNRNPH2,MAPRE3,RHOV,HNRNPH3,ALDOA,SGK1,KPTN,SDCCAG8,CSTB,MAGEH1,SLC20A1,NOL7,NOL8,UQCR10,TYMP,TRAK2,AMN1,ANKMY2,CHRAC1,ATP6V0E2,METTL9,RANBP2,PTGES2,GBF1,SORBS1,ATAT1,SPCS2,XPOT,MARS,NBR1,KBTBD7,TOMM5,TOMM6,MPHOSPH6,GOLT1B,NDUFA12,ROGDI,TOMM20,CNDP2,TATDN1,BASP1,ARHGDIA,FPGS,HCFC1R1,CHCHD7,CHCHD1,TMEM14C,LMO4,KCTD2,LIG3,TSC1,WRNIP1,TRNT1,KCTD5,TUFM,DPM2,OXA1L,PRPF6,PHOSPHO2,RPL7L1,CMPK1,FIZ1,MATR3,RELL2,DAP3,IDI1,NOP2,CLEC16A,PLCXD2,PRPF8,EMG1,DPP6,SCUBE1,CDH24,DMAP1,ANKZF1,PDZD7,KLHDC10,DNAJC19,HSPA9,KLHDC2,ACBD6,KLHDC3,ACBD5,CBX5,ACBD4,RHBDD3,HSPA5,CPSF1,SMURF1,HSPA4,CPSF2,IFT122,CWC15,EIF2S2,DNAJC17,COQ5,NFKBIA,NR4A3,EFNA2,DLG4,ATG16L1,TBCE,JMY,CHMP2A,PI4KA,SKIV2L,PI4KB,ACBD3,COPE,LRP11,MUS81,USP36,SCYL3,ACADVL,ASNSD1,DOCK7,SLC2A3,USP39,SLC2A8,MFSD8,RBM3,RPS4X,CASP9,SPRED2,TMEM101,SEPT7,PPP2R5E,SNAPC3,GMPPA,FLOT1,PDE4B,RBM7,SCYL1,MAPK1IP1L,KDM6B,KLF11,USP47,ABCC5,IQCE,RNF208,CTPS2,RPS3A,ARID1A,SENP2,DNM1,FAM189B,DDX19A,THRAP3,RASA1,AKT1S1,TRNP1,PFDN2,ITGB1BP1,TMEM9,PFDN4,PFDN5,LUC7L2,CHMP5,VAC14,KDM3A,TM2D2,ATF6B,GMPR2,RGS16,ETFDH,MTIF2,SPG7,FAM169A,HSPD1,NXF1,TFPT,CHSY1,RPS6KC1,LEPROTL1,NCAM1,BUB3,ABCF2,CAMK2G,CLASP2,REPS1,SPEN,KDM4A,PTCD1,PTCD2,WTAP,NEGR1,B3GAT3,BAD,HAGHL,GDAP2,NAP1L4,RPS6KB2,BAX,SPRY2,ATP13A3,SSBP1"
+"gene_set_query"	"580"	"ZFHX4"	"566.3"	"ARCHS4 Coexpression,194;Enrichr Queries,759;GTEx Coexpression,746"	"ITSN2,CNTFR,CCNI,ITSN1,STMN2,PHAX,STMN4,ENO2,FNBP1L,TSEN54,BACH2,GPR173,ALCAM,DPYSL4,DPYSL5,DPYSL2,DPYSL3,STMN1,KIF21A,DIP2C,EPHB2,EPHB1,SOX4,SOX5,EPHA4,EPHA7,MEF2C,CXADR,WSB1,RBFOX2,ARRDC1,LIMCH1,CACNA2D1,AFAP1,ISLR2,FRS2,ANK2,SOX11,ANK3,HCFC2,CPT1C,SCAMP2,RRAGA,SFRP1,KATNAL1,DAAM1,PRKD3,IFT81,FEZ1,GPR161,RUFY3,FEZ2,AKAP9,RUFY2,TAGLN3,PFN1,PRR14,PFN2,PRR13,BEX4,GPM6A,BEX1,TSHZ3,MAGED1,FOXG1,DCUN1D4,NPRL3,PIK3R3,PIK3R1,KALRN,OAZ1,NKAIN1,NUAK1,FLRT2,PCBP4,RDH13,SCN3B,SCN3A,N4BP1,GPM6B,VPS16,ZSCAN18,JUN,FZD3,CADM1,LRRN3,ST8SIA2,H3F3A,NR2F1,KLHDC8B,PBX1,DCLK1,MLLT11,PCDHGA11,CCDC88A,ZZZ3,MEX3A,VANGL2,H2AFY2,ID2,PKIA,FAT3,FXYD6,FAT4,CDK14,ROBO2,NRP1,CSRNP3,CCDC127,SETD7,DIS3L,ZFAND2B,PTPRO,SLC35F1,SLC7A11,BMI1,SIPA1L3,ROBO1,AKAP12,UCHL1,TUBA1A,CSRP2,ZMYM4,TRIM2,DNER,REV3L,TK2,KIF1B,APC2,CCDC112,LYPLA2,LRRC49,ZFR,TCF12,SIRT7,BAZ1B,WDR35,DUSP6,PGM2L1,ENAH,MN1,TOX3,ZEB2,TUBB2B,TUBB2A,NME7,PXDN,TET3,MPPED2,FAM20B,TMEM106B,EXOC5,MAPT,SGK1,PAFAH1B3,DBN1,RNF165,DYNC1I2,NFIX,SATB2,AKAP6,PTN,TMEM169,GPC2,CTNNA2,STX2,PAK3,RUNX1T1,MPP3,MYEF2,NFYB,KIDINS220,LSAMP,BLCAP,GTF2H5,PPP1CA,ATAT1,KLHL5,NFIA,ABI2,MORN4,NFIB,TAOK1,TTC3,GOPC,CTNND2,CASC4,SRP14,SLC8A1,ATCAY,CDH2,KIF5C,TUBB3,BASP1,SLC16A2,SBF2,PPFIA2,MAGI1,TLE4,RNF44,IGFBP3,UBE2E3,MAGI2,POU3F2,MID1,POU3F3,FOXP1,ARMCX1,LIX1,PHIP,AMPH,TOX,XPR1,FTO,BRSK2,RTN1,TNKS,CCDC25,ARL3,CACNA1A,PHF21B,EFNB2,FUT9,KIF3A,TCTEX1D2,PLXNA2,ZKSCAN2,NDN,SLC38A6,OTX1,SRGAP3,ZC3H13,MARK2,BPTF,ANKRD28,TIA1,ZFHX2,CBX5,CCDC12,AUTS2,OSBPL2,NSG1,MARCH6,KLHL20,DNAJC18,PTPRD,LRCH2,APPBP2,HOOK2,NBEA,HOOK1,LHX2,NF1,COPS8,CNIH2,LRP12,B4GALT3,KDM5B,PCDHGB7,PPP1R13B,WDR1,CELF2,DOCK7,CELF3,CHD6,CELF4,ELAVL4,CELF5,AFF3,SOBP,RND2,PPP1R9A,RND3,ELAVL2,ELAVL3,SGCE,TRO,FSD1L,SGCB,PSD3,GDAP1L1,CEP170,TNPO1,EDIL3,DACT1,H2AFY,PCDHGA4,DST,PDE4D,NAV1,VPS37B,NAV2,ZFP90,NIPSNAP1,DNM2,SEPT3,ARL4C,IMPACT,VCAN,PTP4A3,GAP43,RCN2,ASPH,NAV3,SETBP1,IGDCC4,DDAH2,CTDSP2,C1D,CDH11,DCX,LUC7L3,PFDN4,INA,TRABD,RNFT2,SEC23A,HDAC2,NLGN1,LRP1,WBP4,CRMP1,CXXC4,EHBP1,NCALD,JAKMIP2,STOX2,SRR,GNG3,PTPRZ1,RPS6KC1,SLITRK1,SLIT1,NCAM1,MEST,CYTH1,BEND5,CLASP2,SPAG9,NTRK2,SEPT11,MARCKSL1,SSB,NEGR1,PCDH9,LIMK2,PCDH7,PTPN11,CDC42BPA,MEIS2,EFR3B,ACVR2A,ENOX1,NELL2,TNRC6C,MAPK10,SLC4A8,IRGQ,FAM155A,MARCKS,SBK1,SYT11,ASXL3,NOVA2,RPS6KB2,VIM,KCNK2,CLUAP1,MBTPS2,METAP2"
+"gene_set_query"	"581"	"SOX8"	"566.7"	"ARCHS4 Coexpression,453;Enrichr Queries,703;GTEx Coexpression,544"	"GMFB,HDAC11,STMN3,STMN4,SCAMP5,PREX1,RNF112,DPYSL4,DPYSL5,DPYSL2,MYC,PIP4K2A,GOLGA7,EPHB1,SOX4,ANKS1B,PAQR4,MMD2,SOX11,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,DYNC1LI2,SFRP1,PRKAR1B,ASPHD1,FEZ1,DDIT4,KCNQ2,SPARCL1,PRR18,TRIB2,LLGL1,ASTN1,ADCYAP1R1,TTYH1,SDC3,AGAP2,PHYHIPL,AGAP1,PDGFA,CEND1,SLAIN1,TTBK1,TMTC4,NKAIN2,FAM171A1,TSPAN7,KCNMB4,MAP4,TSPAN3,RAB11FIP4,GPM6B,LHPP,B4GALNT4,ABCA2,CDK19,JUN,CADM3,CADM4,CADM1,BCL11B,CADM2,BCL11A,NR2F1,DCLK2,DCLK1,GADD45G,ID2,PPP1R1B,FXYD6,COL9A3,RNF220,ITM2C,CDKN1C,DDR1,HIP1,GDI1,GRIK5,NCAN,GRIK3,AATK,SLC35F1,CX3CL1,SHD,JPH4,TRIM9,TUBA1A,JPH3,SLC22A17,TRIM2,ENC1,DNER,NCS1,TIMP2,DLGAP1,KIF1A,ENOPH1,APC2,PSD,PCYT1B,ITPK1,TCF12,NIPA1,SIRT2,MED29,DUSP6,SYN1,MLF2,RGMA,TMEFF1,MN1,SLC7A5,RAP2A,TUBB2B,ZEB2,TMEM179,PACS2,CDC42EP4,PXDN,ARHGEF4,RHOU,MAPT,SGK1,DSCAML1,GAS7,CLDND1,PHLPP1,NFIX,WRB,ADAM22,PTN,CENPB,CST3,CAMK2N1,CKB,APBB1,NCDN,ATP6V0E2,MAP4K4,ARNT2,GABBR1,KLHL2,VEGFA,TMEM158,FABP7,STAC2,TSR2,PKN1,APBA2,SH3GL3,PHLDB1,POGK,CTNND2,CLSTN1,ATN1,ARID4A,CLU,PAIP2B,RIMS4,ATCAY,KIF5C,TUBB3,KIF5A,PALM,ADORA1,DENND5A,NRCAM,FADS1,PPP1R16B,DSCAM,IGFBP3,TMOD2,MAGI2,APLP1,IGFBP2,LMTK3,SHISA4,ATP1B2,POU3F2,SRCIN1,RUNDC3A,POU3F3,SHISA7,CLIP3,CLIP2,OLFM1,TOM1L2,ACAP3,FRMD5,OLFM2,RAB31,LIX1,EEF1A2,FSCN1,PKP4,RTN3,BRSK1,NDRG4,SHC2,BRSK2,KHDRBS3,ARHGEF25,TMEM59L,LPL,CACNA1A,NDRG2,NDRG1,CPLX1,RAP1GAP,CACNA1H,TMEM121,ENHO,EFNB2,IGSF21,PDZD4,DPP6,CASKIN1,LRRC4C,LRRC4B,PRNP,WSCD1,TNK2,TBCB,ADAP1,CORO2B,GNAO1,QDPR,EFNA2,HOOK2,LHX2,HOOK1,DLG4,REEP2,CNTN1,CNTN2,CSPG5,NACAD,SERINC1,SLC48A1,YWHAE,PODXL2,THRA,PRKCSH,CHD6,GTDC1,RND2,DUSP12,SEPT7,PSD2,PHACTR3,PMEPA1,EVI5L,DGCR2,USP46,SECISBP2L,LANCL1,SEZ6L,EPN2,SEPT3,GAP43,VCAN,PTP4A3,SNPH,NAT8L,NLGN3,NLGN2,SMARCD3,RGS16,RAP1GDS1,TULP4,CXXC1,NRXN2,LRP3,DLL1,NCALD,AGPAT4,JAKMIP2,DNAJB2,CACNG7,FAM168A,PTPRZ1,SV2A,GNG7,NNAT,POLR2F,SPOCK1,NCAM1,FYN,CRYM,SLC25A23,MEST,CACNG4,ATP9A,NTRK2,LINGO1,MARCKSL1,TRIM41,PCDH9,SMOX,PCDHGC4,B3GAT1,PCDHGC3,HIP1R,PTPN11,FBXL16,NELL2,NFASC,FMNL2,PPP2R2C,SYT11,PPP2R2B,PSAT1,FAM131B,CDK2AP1,RGS11"
+"gene_set_query"	"582"	"ZNF354B"	"566.7"	"ARCHS4 Coexpression,835;Enrichr Queries,697;GTEx Coexpression,168"	"EIF4A2,EIF4A1,MT-ND4,TRIO,PANK3,ZFYVE9,HNRNPU,JMJD1C,SMC5,CBLB,GHITM,EPRS,BACH2,CCAR1,TIAL1,PNN,HERC2,MPRIP,HERC1,MYC,GPBP1,AKT3,LONP1,EPC1,AP1S1,CCNL2,SOX4,FNBP4,SRRM2,DDX17,ARRDC4,EPHA4,WSB1,WSB2,METTL3,ARRDC3,REV1,WDR74,CD3EAP,ANK2,DICER1,EML2,SRRM1,ZC3H11A,DDIT4,FAM76B,HECA,KCTD12,TLN2,ANKRA2,ATP6V0D1,TRIB2,CGGBP1,ATF4,MACF1,DHX8,FBF1,MYCBP2,PIK3R1,RNPC3,KALRN,FAM160B2,UGCG,COMMD9,PCBP1,ERI3,STXBP5,HIVEP2,ARGLU1,JUN,ZRANB2,CADM1,PLK2,MICAL3,EXOC6B,MRPL28,MYO5A,PHC3,MED13L,SETX,FIBP,FUBP1,GOLGB1,FAT3,CDK13,CPEB4,ITM2C,ATG2B,PHF3,GPR27,SETD5,PHF2,SMG1,PIGU,CITED2,CLTC,TCF20,SLC7A11,DDA1,OSBPL10,MED12,UBL5,NIPBL,PCLO,MED13,AKAP11,GABPA,UBL7,PBRM1,SHPRH,TET2,ASH1L,DUSP6,WDR33,MLF2,RHOB,MED23,DDB1,SLC7A5,HNRNPH1,CINP,PXDN,TMEM106B,SGK1,PLCB1,ATP6V0C,NAPB,GRAMD1B,ZDHHC20,ADAM22,NOL8,NEDD8,BCLAF1,NFIL3,ASNA1,NSD1,CLPTM1,MAP4K5,SF3B1,SRSF11,NKTR,RANBP2,DYNC1H1,MON2,RYK,ATRNL1,HUWE1,TTC1,UBE2G2,MYO9A,WDR11,VEGFA,MIB1,PRPF39,RABIF,NFIB,NEDD4,TAOK1,RLIM,ESYT2,TRIP12,PKN1,TARDBP,FRYL,CCNT2,UBE3C,ATP8A1,ARID4A,ARID4B,SLC8A1,RIMS1,SMCHD1,SLK,PPIP5K2,BANF1,LZTS2,TXNL4A,STK32C,FADS1,ANKRD49,RALGAPA1,IGFBP3,TMOD2,DYRK1A,PRPF4B,ATP11B,THOC2,DMTF1,PRPF3,SCN8A,SRSF3,SRSF4,PHIP,WDFY3,SRSF5,PPIG,SRSF7,ZCCHC8,DDX6,MAX,INSIG1,UBR4,SPATA2,UBR3,HSPBP1,SOCS2,ARHGAP21,ZMAT2,NACC1,UBR5,ANKRD10,DVL3,ATP6V1D,ATP6V1F,PRNP,TIA1,SMAD4,CPSF6,TRAPPC1,UROS,ARHGAP29,ASNS,BTBD9,LSM4,SMAD5,CLK4,CLK2,CLK1,ARHGAP32,SON,BMP1,PAN3,GON4L,EFNA2,DLG2,CDK5,HOOK2,ZFP62,HOOK1,SP3,DNAJC10,DMXL2,MDM2,NF1,PIN1,MDM4,BRWD1,OGT,UBE2M,CREBZF,DIDO1,RBM25,GSK3A,PRR7,DOCK3,PRKCSH,DOCK9,USP34,CHD6,AFF4,SENP6,SENP7,DUSP12,ZC3H7A,MAN1A2,GATAD1,PPP6R3,PSD3,EVI5L,MAN2C1,TNPO1,ERC2,RBM5,CCDC50,RBM6,KDM6B,HGSNAT,SUN1,ARHGEF12,DST,PDPK1,SECISBP2L,GLRX5,PDE4D,ATRX,VPS13A,ARNT,KLF16,LATS1,PTP4A3,NSMCE4A,DNAJC7,CTDSP2,POLR1B,LANCL2,LUC7L3,NAA38,NUP54,BIRC6,SOS1,BCAT1,BDP1,LUC7L2,PPP1R15A,GTF3C1,NFAT5,UHRF2,ROCK2,RGS16,SRSF1,CXXC1,KATNB1,LAGE3,HDAC7,MAPK9,TAF1D,HECTD1,MAT2A,TAF1C,POLR2D,KRIT1,PDE6D,REPS2,VPS54,DNAJB9,FEM1C,UGGT1,ATP9B,EIF4B,TTC14,USP24,RBM39,RRM2,ZFC3H1,CDC5L,PTPN12,TTC17,ASXL1,KLF7,PINK1,KLF6,FMNL2,RPS6KB1,APC,EIF3E,CCM2,RBMX,TAF1"
+"gene_set_query"	"583"	"HEY1"	"566.7"	"ARCHS4 Coexpression,640;Enrichr Queries,799;GTEx Coexpression,261"	"CNTFR,APP,MYT1L,LDLRAD3,NUDT3,OPHN1,DPYSL2,MYC,DPYSL3,HABP4,KIF21A,IER5,EPHB1,SOX4,ANKS1B,GABARAPL2,EPHA4,GABARAPL1,RBFOX1,MEF2C,LIMCH1,ANK2,CSNK1E,CPT1C,SCAMP1,SFRP1,ASPHD1,FEZ1,RUFY3,DDIT4,SPARCL1,TAGLN3,KCTD12,KCTD17,CTXN1,TRIB2,ASTN1,PFN2,BEX4,ADCYAP1R1,PDE1B,TTYH1,MAGED1,FOXG1,SDC3,PHYHIPL,SLAIN1,APCDD1,ACTR3B,ARPP19,FAM171A1,PPP3R1,NUAK1,RIC8B,TSPAN7,CHST10,CHST15,TSPAN3,SCN3A,GPM6B,CDK17,JUN,FZD3,PTPRN2,NDFIP1,CADM4,ARPP21,CADM1,CADM2,PLK2,ST8SIA3,NR2F1,DCLK2,DCLK1,GADD45G,VANGL2,ID2,PPP1R1B,FXYD6,DCHS1,ITM2C,GABRB3,CDKN1C,DDR1,NRP1,CSRNP3,GDI1,CITED2,NCAN,GRIK3,SLC35F1,SLC7A11,ROBO1,C1QTNF4,JPH4,AKAP12,PPP3CA,TRIM9,CSRP2,TUBA1A,CAMKV,CHL1,TRIM2,B3GALT1,ENC1,DNER,KIF1B,DLGAP3,PRMT8,TSC22D1,MMD,TSC22D3,ELOVL2,ELMOD1,TCF12,DUSP8,DYNLL2,DUSP6,MLF2,RHOB,RGMA,TMEFF1,MN1,RAP2A,TMEM179,TUBB2B,MRAS,CDC42EP4,KIT,CDC42EP3,PXDN,MAPRE3,RHOU,PLCB1,SGK1,SF3B4,SNX32,CRIP2,CCDC106,PRICKLE1,PTN,CST3,NFIL3,CAMK2N1,ADAM23,NCDN,CKB,CTNNA2,ATP6V0E2,JAM3,ARNT2,GABBR1,MYEF2,GOLM1,LSAMP,SNCAIP,MZT1,VEGFA,ABI2,MORN4,NFIA,NFIB,FABP7,FKBP1B,FAM171B,APBA2,CDK5R2,CTNND2,MRFAP1,ARID4A,CYP46A1,CLU,RIMS4,CDH2,BASP1,PALM,DENND5A,NRCAM,LZTS1,RGS7,HMGN1,PPP1R16B,KIRREL3,SEMA6B,SLC38A1,IGFBP3,TMOD2,TPM1,F2R,IGFBP2,LMTK3,ATP1B2,CASD1,ATP1B1,POU3F2,SHISA7,POU3F3,CLIP3,CLIP2,TPST1,PREPL,OLFM2,LIX1,DOK5,TNIK,GRIA1,RTN3,ARL3,INSIG1,NTM,HPCA,ARL2,LPL,NDRG2,DTX4,CPLX1,CACNA1E,NDRG1,CNN3,SOCS2,EFNB2,ENHO,ARHGAP21,SNN,CASKIN1,LRRC4C,LRRC4B,SYT5,PRNP,AUTS2,KLHL25,WSCD1,UROS,PTCH1,CORO2B,GNAO1,NFKBIA,PTPRD,GNAL,NSG2,HOOK2,DLG4,HOOK1,RHEB,CNTN1,CPE,MAP3K10,CSPG5,TCF4,YWHAE,DOCK4,PCDHGB7,THRA,CNRIP1,PRKCSH,SCHIP1,CELF5,SLC2A3,RND2,RND3,PITPNC1,NGRN,DUSP12,FSD1L,PSD2,SCRN1,SGCB,LRRTM1,LRRTM2,PMEPA1,LRRFIP1,TRIM67,HSP90AA1,SEZ6L,SEPT2,EPN2,SEPT3,ARL4C,TRAF7,VCAN,PTP4A3,RCN2,RER1,CTDSP2,CDH11,DCX,LANCL2,TERF2IP,ITGB1BP1,NAT8L,ST6GALNAC6,CAMK2B,NLGN3,GTF3C2,NLGN1,RGS16,CXXC1,JAKMIP1,STOX2,FAM168A,PTPRZ1,GNG7,FYN,NCAM1,SLC25A23,MEST,CACNG4,ARFGEF1,LGI1,TUB,SPAG9,NTRK2,MARCKSL1,KCNIP2,PCDH7,B3GAT1,PCDHGC3,FBXL16,EFR3B,GDAP1,MEIS2,NELL2,MAPK11,KLF6,MARCKS,TSPAN13,SYT11,PPP2R2B,NOVA2,OCIAD1,SPRY2,VIM,CDO1,PTPN5"
+"gene_set_query"	"584"	"TFAP4"	"567.8"	"ARCHS4 Coexpression,1575;Enrichr Queries,460;ReMap ChIP-seq,105;GTEx Coexpression,131"	"MT-ND4,RPL3,TFRC,RRP1,GPATCH1,GPATCH4,RPL8,DCAF4,PHB2,TSEN54,TSKU,RRP9,LSM10,SCAMP4,SAMD14,MPRIP,ZMIZ1,DPYSL2,MYC,STMN1,RPL36,RPL35,AP1S1,PRKACA,RPL39,IER2,VPS18,SAP30BP,PIH1D1,WDR74,CD3EAP,SOX12,GTPBP1,MED6,GTPBP4,DDIT4,RPL27,RPL26,RPL29,VPS28,ATF4,MTMR1,SLBP,TTYH3,ABCB6,CDCA4,SHMT2,NPRL2,MEPCE,NOLC1,BAZ2A,ABCB8,AGAP3,PLA2G6,MRPL12,GABARAP,PRPSAP1,PRDX2,PRDX5,RHOT2,RNF215,PRDX1,LDHD,RRS1,RDH13,PUSL1,ATRIP,ST3GAL2,RHBDL1,SLC19A1,HEXIM1,ABCA2,RPL41,PRELID1,JUN,JUND,PRRT2,JUP,CHKA,H3F3B,SETD1A,IRF2BP1,IRF2BP2,PA2G4,NR1D1,PRRC2B,SNUPN,TMEM198,EIF1,THAP11,EHD1,FIBP,TBL3,UCK2,MEX3A,FASN,PSMG3,SFXN3,ATG2A,PSMG4,PLCH2,PKIG,FARSA,ITPA,EZH2,OGFR,GABRB2,SMG1,GMEB1,ELL,SPEF1,SETD6,PHF23,PIGQ,RPLP0,MRPL38,GPT,CTCF,SHB,PFAS,WDR43,PQBP1,MRPL33,TRIM8,TMEM189,TRMT112,FASTK,TIMP2,RPLP2,GPR137,RRP12,CIC,EMD,APC2,DFFB,ZC3H10,WDR36,LRRC45,RPS6KL1,TPI1,WDR37,DUSP1,EXOC7,SPHK2,SIRT4,MRPL49,SLC39A13,NUTF2,AEN,ELOVL6,SIRT7,JOSD1,DUSP6,MED29,DDB2,NCOR2,RNF167,MRPL53,SLC7A5,SLC7A6,KAT2A,INF2,KIFC2,TET3,SDHAF1,PXDN,TUT1,SLC29A1,VAMP2,GRAMD1A,GRN,SF3B3,NFIX,RPL10,LIN37,RPL12,ODC1,SLC7A1,TM9SF4,CENPB,PSMA7,FAM129B,GGA1,RECQL5,UNK,SNX27,TCOF1,TMEM68,RPL14,LEO1,AP2S1,RPS2,RPL18,SAMD1,MEF2D,DEDD,RPL19,CENPT,SF3A3,WDR18,GATC,SYVN1,TTC9C,SRP68,TARBP2,SPSB3,SKI,TM9SF1,MYBBP1A,NFIA,TTLL1,PKN1,AGRN,INHA,YPEL3,CHPF,RAB3D,TUSC2,CASC3,IPO4,HDDC3,TM7SF2,TUBB3,CFL1,STK16,PHYHD1,PIM3,LZTS2,FADS1,MEN1,USP8,RNF44,PCYT2,TPM4,USP5,USP3,RPS5,VPS33B,PPP1R16A,ZBTB33,LENEP,THOC6,CDC25B,CACNB1,CTDNEP1,PYGO2,ACAP3,ACLY,ILF3,DMWD,RAB34,NCL,MRTO4,SRSF2,FSCN1,FKBP4,SQSTM1,ANAPC2,FKBP5,INO80B,FKBP2,PFKFB4,DNMT1,RNASEH2A,CD151,RAB5C,PFKFB3,MAZ,AK1,GPR85,SLC38A10,GLIS2,ORC5,STIP1,NDOR1,PITRM1,DDRGK1,PMVK,DVL1,BTBD2,PSAP,DVL2,E4F1,MAP2K7,MCL1,MPDU1,AP1M1,EIF2B5,ESRRA,NOP14,AKIRIN1,NOP16,OSBPL2,HPS4,ASNS,FANCE,ADAP1,LSM4,FBXO31,CDK5,CNOT2,MAFG,NFE2L3,SPIRE2,RNF181,PLXNB2,CCDC22,NIT1,BCL2L1,SLC48A1,DIDO1,ALAS1,HSP90AB1,RNPEPL1,MCM7,RNF14,TRADD,WDR4,ARRB1,ETFB,MRPL4,PTBP1,DUSP12,SART3,NOB1,OPA3,UBTF,ACP2,EIF2B1,MDP1,UNC45A,PLEKHG2,REXO1,GPX4,RFC2,DHPS,RAD23A,VEZF1,RANGAP1,YDJC,REXO4,COASY,MSL1,TRAF7,PTP4A3,TRAF4,SLC25A19,DNAJC5,CTDSP2,POLR1B,POLR1D,DNAJC9,ETF1,SLC25A11,ST6GALNAC6,RNFT2,GTF3C2,HDAC5,SMARCD2,HDAC3,GTF3C4,GTF3C5,WBP1,WBP2,ROCK2,CXXC1,RPL36A,FURIN,LRP3,LRP8,CCDC85C,FCHO1,RBBP5,U2AF2,RAB24,SH3BP2,POLR2E,BEND3,SLITRK5,IGF2BP3,LRRC8A,RAB28,E2F4,DCAF11,HNRNPA1,SLC25A22,EIF4B,SLC25A25,ATP9A,POLR2L,NOP56,GADD45GIP1,PPP1R14B,SPAG7,MARCKSL1,TRIM41,FBXL19,SEMA4B,RPL23A,BAIAP2,TPD52L2,TRIT1,CABLES2,BCKDK,KLF6,SLC25A39,EIF3L,PSAT1,IMPDH2,MGAT4B,PDCD4,SNRNP48,EIF3F,EIF3D,BCAR1,SLC35B2,EIF4A1,CERK,ZMYND8,PPAN,CISD2,ACTB,NUBP2,CYB5D1,RPS15,RASSF1,RPS19,TRIM28,RPS18,FLAD1,RPL36AL,FTH1,LONP1,CCNL2,CCDC92,CCNL1,RPS13,SOX4,TBC1D10B,SLC12A9,TMPO,ARL10,IMP3,ACTN1,CIRBP,PTOV1,TALDO1,CSNK1D,MOGS,ACTN4,MFSD11,JMJD6,THAP3,CARHSP1,CDC34,ZW10,GRWD1,PFN1,AURKAIP1,OBSL1,TRIM11,KCTD15,AARS2,PAXIP1,SUPT4H1,CEND1,PTTG1IP,MYL12B,PGS1,PCBP4,DHX37,GSE1,TNRC18,RCE1,PATZ1,ZBED4,VAT1,CTSA,SNHG1,XBP1,TMEM86B,RCC2,TREX1,SS18L1,SURF4,SLC35E3,RPS28,CALY,RPS29,ID2,INTS5,RANBP10,INTS4,SDC1,PAF1,COL9A3,NOL11,CALR,ANP32B,FBXL2,RPS21,RCOR2,C2CD2L,FBXL6,ITM2C,DAZAP1,TMEM151B,SLC35F2,CITED2,MRPS12,NAT10,PRPF19,MAP1LC3B,HYAL2,MLX,RAC3,SSSCA1,UTP14A,RAB8A,PSD,PSENEN,VKORC1,ATP6V0B,TMEM150A,PRMT1,MRPS23,NCOA4,ANO8,RHOF,PPRC1,MRPS7,APRT,VAV2,MLF2,CTU1,RHOV,CRELD2,PTMA,SFI1,DBN1,STK40,PCNA,SSNA1,PRIM1,DOT1L,NOL9,CCDC106,GNAI2,NOL6,CST3,MNT,PES1,ORMDL3,MGAT2,EXOSC2,NPDC1,NPM1,SPRYD3,RANBP3,VEGFB,TMUB1,AP3D1,NPM3,NLE1,VEGFA,RAB11B,RSL1D1,PER1,PRPF39,TCEA2,HDGF,FAU,GRINA,SCARB1,CRTC2,MIDN,SYS1,WWC1,COMT,PHRF1,CELSR3,EEF1B2,FBL,KHSRP,HCFC1R1,SBF2,SH3GL1,NOM1,TPRA1,KDM2B,ATG9A,TTC7B,TSC2,KCTD2,PUS7,RUNDC3A,DPM2,DPM3,PRPF6,DKC1,EHBP1L1,PPIF,UBE2V1,GEMIN7,ZCCHC8,COX19,IDI1,ISYNA1,NDUFB10,RPS19BP1,NXPH4,CHRNA7,PXN,NOP2,HTRA2,CACNA1A,SLC1A4,EFNA4,NDRG1,EMG1,DEAF1,DPP9,GRK6,TBC1D14,NDUFV3,TBC1D17,MARK4,ANKZF1,QSER1,PDZD7,BCL9L,OST4,PRNP,UBE2H,ACBD4,CPSF1,CBX4,CBX2,IDH2,ASPSCR1,HMGA1,DNAJC17,H1F0,EFNA2,TMEM115,HOOK2,NASP,DLG4,HOOK1,CHMP2A,PHF13,DEGS2,LSM14B,GALK1,UBE2M,MUS81,ACADVL,CUEDC2,PRR7,DDX49,NAA40,NVL,CHD8,CHD6,DDX41,TAZ,RND2,USP39,LMNB2,PPP1R9B,LMNB1,SEPT9,MCF2L,KDM6B,PDPK1,DDX55,PLA2G4B,GLRX5,H2AFX,AXIN1,PPP2R5B,DDX54,ABHD14B,RNF208,ABHD14A,SAFB,SYNGR3,ARID1A,SENP3,KLF16,EEF1G,FCHSD2,ACOX1,AKT1S1,TRNP1,NDUFS2,PFDN2,MAN1B1,CUEDC1,RGS19,OPRL1,PDXP,DDX21,TOB1,U2AF1L4,HSPD1,TMEM201,DNPEP,RAB40C,TMEM203,TMEM205,MKNK2,NAA25,MTA2,PDLIM7,KDM4A,KDM4C,RRM2,B3GAT3,BAD,TAF10,CYHR1,SSRP1,USF1,DLK2,XPNPEP1,CAPN10,ERCC1,POLE3,RPS6KB2,ERCC5,SSBP4"
+"gene_set_query"	"585"	"ZFP2"	"568.0"	"ARCHS4 Coexpression,681;Enrichr Queries,496;GTEx Coexpression,527"	"ATF2,VARS,DIXDC1,ZDHHC5,THYN1,BACH2,RNF112,ALCAM,RUSC2,CAPNS1,TRIM28,DPYSL2,AKT3,FAM110B,AKT1,DIP2C,KIFAP3,ATXN7L3,SOX4,TMEM8B,SRRM2,EPHA4,EPHA7,RBFOX2,WSB1,TSPYL1,RBFOX3,LIMCH1,ARRDC3,MTUS1,CIRBP,CD3EAP,SOX11,MOGS,ANK3,ACTN4,CPT1C,ANK1,SND1,SCAMP2,SFRP1,DAAM1,RUFY2,CRYZL1,DDIT4,HECA,FAM76A,VPS25,CCDC82,TRIB2,SF1,SLC45A1,FLII,DCUN1D4,NPRL3,PIK3R1,APH1A,PPP4C,PCBP4,RNF215,CSTF1,MLEC,PIP5K1C,RAB11FIP3,RIMKLB,ZSCAN18,BBS1,JUN,PRRT2,CADM1,INTS1,BCL11A,PLK2,MICAL3,NR2F1,PBX2,UPF3A,L1CAM,SMARCA1,SMARCA2,PBX1,DCLK1,POU6F1,WDR55,PRRC2A,HNRNPL,LAS1L,PKIA,ID2,DZIP1,EZH1,DZIP3,ITM2C,ARF3,PHF2,CSRNP2,PIGU,DAZAP1,CITED2,SLC35F1,GRIK2,PTPRK,VLDLR,PRPF19,SMG5,ROBO1,MECP2,TUBA1A,TRIM2,TRIM3,ENC1,SDF4,CTSF,GPRASP1,GARNL3,LYPLA2,UPF1,TSC22D1,PARP2,MMD,TSC22D3,MINK1,ZDHHC17,TMEM150C,DUSP6,APRT,MLF2,RHOB,MN1,ZEB2,NME7,KIT,MPPED2,PXDN,WAC,MAPT,ARHGEF2,SGK1,TKT,ARF6,GRN,NFIX,SATB1,ICA1L,GDPD1,PRICKLE1,CENPB,PCNP,HIRA,TMEM68,MFN2,FLNA,METTL6,APBB1,ANKRD52,YKT6,PURG,RUNX1T1,SRSF12,ARNT2,SF3A1,KIDINS220,SLC31A1,DAB2IP,PPP1CA,VEGFA,GATAD2A,SKI,RNF146,NFIA,NFIB,CAPZA1,CCNG2,TAOK2,TTC3,TCEA2,NUCB1,HDGF,PKN1,ZFP28,FAM49A,ANKRD13B,RASL11B,ATP8A1,HDLBP,IPO7,ZFP30,SALL2,GRB14,LAMP1,SESN1,ARHGDIA,POGZ,NRCAM,SBF1,ENPP5,FADS1,USP5,IGFBP3,F2R,MAGI2,TTC7B,TSC1,KCTD2,KCTD6,CLIP3,ARMCX4,DMTF1,HNRNPUL1,EHBP1L1,RAB35,ANKS6,CHMP4B,CSNK1G2,FKBP5,GLYR1,LRRC59,RTN1,RAB5C,ARHGEF25,NPR2,MAZ,LPL,CACNA1A,DTX3,NDRG2,SUPT6H,SOCS2,EFNB2,ORC4,ATXN2,KLC2,IRAK1,NACC1,RPRD1A,MPDU1,MAP2K6,ESRRA,TRAPPC2,PRNP,AUTS2,SEC16A,KLHL22,KLHL24,EEF2,MARCH6,CLK4,REEP1,LRCH2,EFNA2,SH3BP5L,APPBP2,ARPC2,NBEA,HOOK2,ARPC3,HOOK1,GNB2,GNB1,PLEKHM2,AMOTL2,GNB5,NFE2L1,MAP3K12,EIF4G1,KDM5C,THRA,WDR1,PRKCSH,CHD6,ZFP82,YBX1,SOBP,PPP1R9A,LMNB2,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,UBTF,MFSD1,TLK1,PHACTR1,NEO1,EID2B,MAPK1IP1L,EIF5A,PEG3,PDPK1,PDE4D,TNFRSF19,H2AFV,RAD23B,PTBP2,ZFP90,KLF16,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,CTDSP2,C1D,LUC7L3,IFT46,ZMYND11,SMARCD2,NLGN2,ANKS3,RAB1B,RBM4B,ATP1A1,SPG7,TOB1,ADD1,NCALD,USP19,SLC25A27,FAM168B,GANAB,DNPEP,U2AF2,GNG7,NNAT,POLR2D,FAM120A,NCAM1,MTA2,MEST,SLC35A2,NTRK2,NICN1,LCA5,CDC42BPA,MEIS2,HNRNPAB,TNRC6C,RAD52,NEURL4,ERCC3,TEF,PIK3IP1,CARM1,MGAT4B,POLR3F,ACIN1,VPS45,RGS11,P4HB,SUGT1,SSBP2,CLUAP1,TNRC6A,EIF3B"
+"gene_set_query"	"586"	"ZNF691"	"568.3"	"ARCHS4 Coexpression,171;Enrichr Queries,475;GTEx Coexpression,1059"	"POP5,NUP107,POP7,ARAF,HNRNPU,THYN1,EPRS,LSM12,MPRIP,PSMD4,ALKBH1,DPYSL2,MYC,STMN1,IER5,IER2,ACOT7,CXADR,CD3EAP,WDR73,DDIT3,SARNP,DDIT4,UQCRC1,RBCK1,ATF4,ANAPC16,MRPL16,NEDD4L,AAAS,HIF1A,MRPL13,ADH5,MRPL11,ANAPC11,PRDX3,LDHB,PRDX1,ST3GAL1,ST3GAL3,FDFT1,JUN,PHC2,MRPL27,PBX2,IRF2BP2,CDC7,NR1D1,FAM136A,MRPL21,MRPL22,EIF6,LGMN,RNF220,PIGU,MRPL39,TMEM186,PQBP1,MED11,ATIC,SH3BGRL3,JARID2,ZC3H10,TPI1,ACTL6A,TIMM23,NUTF2,MRPL47,GNL1,DUSP6,MRPL43,SRP9,MRPL44,PSMA5,RNF167,MED22,TAF6L,MRPL53,SLC7A5,MRPL50,PSMA3,PSMA4,BDH1,PSMA1,PSMA2,MED20,MTF2,PXDN,SLC29A1,SF3B5,RNASEL,CDC123,GSTP1,TIMM13,MRPL55,PSMB6,PSMB7,PSMB5,PSMB2,PSMB3,PSMB1,RPS3,RPL15,MDH1,TARBP2,TMEM60,NFIA,APEX1,SERBP1,PKN1,CIAPIN1,MTCH2,STK16,PIM3,HMGN2,KPNA2,HMGN3,FADS1,RPS5,THOC3,PGD,ILF2,FAM118B,MORF4L1,DMTF1,MSH2,FSCN1,NHP2,SNRPG,SNRPF,SNRPC,SNRPB,PFKFB3,AK2,PHB,RAP1GAP,ACAT2,PITRM1,ZKSCAN3,NAE1,SLC38A2,MCL1,NEK9,NOP16,LSM5,LSM3,LSM2,ZC3HC1,LSM7,ZFP62,TMEM11,NIT1,COPS8,NOP10,CNIH4,ZC3H4,DUSP12,MRPL3,NOB1,SUMO1,SUMO2,PMEPA1,ACP1,ADSL,RFC3,RFC2,DDOST,PTP4A3,SLC25A19,CTDSP2,POLR1B,SNRPA1,SLC25A5,DCTPP1,PPP1R15A,GTF3C6,PDHB,LRP8,HSD17B10,MTHFSD,BEND3,LRRC8D,POLR2F,FEM1C,POLR2G,POLR2I,CCDC71,DCAF13,MARCKSL1,PPIL1,SSB,SEMA4D,CNBP,LYSMD1,CDC42BPB,TRIT1,SLC25A38,KLF6,EIF3M,SNRNP40,PSAT1,EIF3I,MFAP2,DRG1,DRG2,SPG21,APP,ZMYND8,RCBTB2,NUBP2,TXNDC17,RPS14,SNRPD2,FLAD1,SNRPD1,CDC26,LONP1,EIF2D,TRIM27,SNRPD3,SEPHS2,GLUL,ST6GAL1,IMP3,ACTN1,ARRDC3,BOLA1,MTUS1,CIRBP,MRPS18A,BCS1L,THAP3,GNPAT,CARHSP1,NIF3L1,HECA,MMADHC,CUTA,GCDH,TMEM161A,LMAN2L,DHX8,GIPR,PIK3R1,DGUOK,CHTF8,ZNHIT1,ERI3,SURF1,XRCC6,BCL11A,PAICS,ZWINT,GADD45G,ID2,INTS4,ECHDC2,ITM2C,MRPS15,CITED2,PAK1IP1,MRPS12,HERPUD1,ENC1,DHX15,TMED1,SDF2,CCT3,CBR1,PRMT5,CCT2,SEC13,PARP1,PARP2,TSC22D3,MINK1,MRPS21,CACYBP,MRPS7,COMMD5,MLF2,RHOB,NME1,ENAH,KIN,CTU1,RHOU,SGK1,EEF1E1,CSTB,DTYMK,PRIM1,RFNG,ARNTL,EXOSC7,EXOSC8,CCT8,DCPS,EXOSC1,MPZL1,CCT4,NPM1,YIPF1,TMUB1,VEGFA,MAD2L2,MARS,ESYT2,TOMM5,TOMM6,NDUFA13,SYS1,RPP30,BCCIP,COX6A1,SRP14,TOMM22,CHCHD4,CHCHD3,KHSRP,BANF1,ZGPAT,LMO4,PAM16,ATP1B1,DPM3,TMX2,UBE2V2,GEMIN7,CARS2,PSMD11,PSMD14,EMG1,ZMAT5,NDUFV2,MYH10,IVNS1ABP,DNAJC19,HSPA8,PRNP,FDPS,ACBD4,CPSF3,IDH1,HMGA1,CLK2,NFKBIA,HOOK2,NASP,HOOK1,OSTC,CNTN1,UBE2N,SKIV2L,GALK1,MUS81,SCYL3,B4GALT3,PRKCSH,CHD6,HMGB3,DPY30,YBX1,HMGB1,ZC3H7B,GMPPA,PDE4B,JAGN1,ARHGEF12,PDPK1,H2AFZ,ARID1A,EPN1,THRAP3,NDUFS5,PFDN1,NDUFS2,STOML2,GMPR2,TAF9,TOB1,HMGCL,DNPEP,TMEM208,ROMO1,ATP2B4,HSPE1,SMUG1,VIM,SSBP1,RBM45,SSBP3,RAN"
+"gene_set_query"	"587"	"ETS1"	"568.8"	"Literature ChIP-seq,9;ARCHS4 Coexpression,1058;ENCODE ChIP-seq,25;Enrichr Queries,934;ReMap ChIP-seq,45;GTEx Coexpression,1342"	"POP5,NUP107,POP7,POP4,ALKBH8,ALKBH3,CAPNS1,DPYSL2,ALKBH1,AKT2,SAP30BP,FNBP1,FRS2,PRKAB1,RC3H2,LARS2,DDIT3,ZC3H11A,DDIT4,UNC50,JTB,ATF4,SF1,SLBP,EXD2,TSTA3,SAR1A,SAR1B,NPRL2,MEPCE,CIAO1,PRPSAP1,RHOT2,RNF216,RDH11,RDH14,LTA4H,HEXIM1,JUN,PRPF38A,JUP,PBX2,LARP7,TBL3,LAS1L,FASN,SFXN3,HYOU1,DZIP3,LGMN,RNF220,PRKAG1,MED19,SHB,MED15,BBC3,DDA1,SHF,SMPD3,MED11,JAK1,APC2,DUSP1,SPHK2,IFT140,TEX10,SLC39A11,MED27,GMIP,DUSP6,MED29,PGM2L1,DDB1,MED23,MED22,SLC7A5,SLC7A6,MED24,PTRH2,PXDN,CINP,RAPGEF1,PAFAH1B3,PAFAH1B2,PAFAH1B1,TRUB1,LIN37,URM1,NIP7,SNX32,NOC4L,SDAD1,CENPB,SNX27,MFN2,ZSWIM4,CENPT,ATAD1,MBD6,CRBN,TRAPPC10,MBD1,MCRS1,TARBP2,SKI,NUDT21,MYBBP1A,SNX16,CCDC9,SNX17,APEX1,SLMAP,PKN1,CIAPIN1,YPEL3,TMEM167B,FBXO28,ATN1,LTN1,PLOD3,CASC3,FBXO22,LAPTM4A,UROD,FNTB,CIR1,MAP3K7,FADS1,PCYT2,DGAT1,FBXW7,FBXW9,ATP11B,CNPY2,POLRMT,FBXW2,LENEP,CDC25B,FAM118B,ATXN2L,ACLY,DMTF1,SRSF2,SRSF3,SRSF9,ARL8B,FTO,INO80B,INO80E,TXNDC9,SPATA2,CORO1A,CORO1B,HSP90B1,RAP1B,EIF1AD,NDOR1,BRIX1,ZKSCAN1,NEK9,NOP14,API5,ODF2,BOD1,FBXO38,HPS4,UCKL1,FBXO31,DRAP1,SH3BP5L,UQCRQ,NACA,SP3,CLPTM1L,LRCH4,NIT1,ITGB1,ISY1,NUMA1,BICD2,AP4M1,ZNRD1,PPP6R1,ACP2,UNKL,BCAS2,UNC45A,EIF5A,EIF5B,ACTR2,ACTR6,DHPS,TFIP11,RABGGTB,MSL1,ARL4C,C1D,ETF1,TMBIM6,GAPDH,BCAT2,CANT1,MGRN1,SRBD1,SRSF1,LENG8,RCHY1,MLLT6,U2AF2,TRIM46,UBQLN1,FYN,E2F4,DRAM2,EIF4E,GADD45GIP1,NOP56,NOP58,TRIM41,GPKOW,FEM1A,FEM1B,TXNL1,GSTZ1,NECAP2,EIF3M,NECAP1,CDKN2AIPNL,EIF3K,EIF3L,EIF3I,EIF3H,STUB1,EIF3E,EIF3F,EIF3D,BCAR1,EIF3B,SMARCAL1,ACTB,TRIM28,SNRPD1,CDC26,CDC27,CCDC97,EIF2D,SNRPD3,ATP6V1E1,ATXN7L3,EIF2A,FBXO9,ATP6V1G1,SMARCC2,ACTN1,ECH1,CIRBP,ALG2,CSNK1D,MOGS,ACTN4,MFSD11,BCS1L,CFDP1,SNHG12,KCTD10,CSNK2B,FAM76B,TRIB2,EIF1B,AARS2,DHX8,FBF1,CEND1,TTBK1,GSPT1,PGS1,SEC14L1,NTAN1,HARS2,IFFO1,AIMP1,ZBTB6,CDC16,CWF19L1,RANBP10,NDUFAF3,NOL10,CALR,NRP1,COX7B,CSRNP2,MRPS15,MRPS16,MRPS11,PAK1IP1,MRPS10,NAT10,NAT14,COX7C,AKAP12,NUDCD3,MAP1LC3B,ACTR1A,PCM1,RAC3,SDF4,GIT1,BBS4,MRPS28,MRPS26,PCYT1A,MRPS25,MRPS22,MRPS23,MRPS21,CACYBP,TFB2M,APRT,TOX4,PITPNM1,UFC1,ARHGEF1,FAM32A,PTMA,NAPA,NAPB,DYNC1I2,AHCY,MRPS35,CAB39,MRPS33,SSNA1,GBA,HSD17B4,NAPG,GNAI2,PCNP,ORMDL3,MGAT1,DYNC1H1,MAP3K3,SPRYD3,VEGFB,TTC1,MYO9B,PEX14,VEGFA,NUDT9,SEC23IP,ITCH,SGSM3,TTC4,NDUFAB1,TCEA2,HDGF,PNPLA6,CARS,CRTC2,NARF,SYS1,RPP30,UBE2Z,ACTG1,IGF1R,NARS,PCID2,FBXW11,DNAJB12,UBE4A,SDHD,SDHB,DHDDS,ADAM19,EHBP1L1,WDFY1,PLAA,PPIH,TBC1D23,PPIG,RAF1,CARS2,TBC1D19,BHLHB9,TSG101,NDUFB10,COX16,COX17,PLD3,RAI1,SHARPIN,RNASEH1,DHRS7B,GRK6,TBC1D13,LLPH,TBC1D17,SYT5,UBE2H,SYT3,NUP155,NUP153,MANBAL,HIGD2A,IFT20,HOOK2,HOOK1,CNTN1,MKRN2,UBA2,AMOTL2,UBA1,UBE2M,CUEDC2,LDB2,TNFAIP1,TAZ,RND3,USE1,LMNB2,TMEM222,LASP1,TMEM223,RB1CC1,SUN2,TBP,NUP133,PDPK1,TTC33,DCAKD,SYNGR3,EPN1,EEF1G,TMEM214,RER1,ACOX3,SFSWAP,ASAP1,SLC3A2,POLD3,GNG3,CAND1,TMEM203,TDG,TGS1,SPOCK2,MKNK2,BNIP2,TMEM208,PTK2B,MTA2,RPP14,FBRS,CYTH1,TIMM8B,TTC14,EYA3,CDK11B,USF1,SMUG1,GALE,ERCC1,CARM1,POLE3,ERCC5,SUGT1,IPO13,IPO11,ARPC5L,GPATCH4,PHAX,EPRS,PHB2,CNST,CSPP1,AP1S1,LUC7L,CDK5RAP3,NUP214,DDX17,DDX18,PRKCI,NUP210,WDR74,WDR75,SCRIB,GTPBP4,HCFC1,WDR77,ARMC1,DAAM1,WDR82,ADPRH,VPS25,VPS28,LRPAP1,NUP205,XPC,ARPP19,GNS,ANAPC11,NCSTN,BLOC1S1,NUP85,BLOC1S2,VPS11,RRS1,NUP88,ST3GAL2,LHPP,BTF3,WDR59,SNAPIN,DMPK,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,HNRNPL,GNPTG,MEX3A,TOLLIP,HNRNPF,FARSA,FARSB,BTG1,CDKN1B,PHF23,ARPC1A,GPT,SMG7,SMG5,WDR43,UBL5,RARS,TIMP2,PLEKHN1,CIC,RRP15,ZIK1,UBL7,WDR36,TPI1,EXOC7,NUTF2,WDR34,TERF2,GNL3,HADHB,TAF6L,HADHA,ZEB2,KAT2A,HEATR5B,MTF2,TCP1,EXOC4,GARS,GRAMD1A,GRN,CDC123,CLDND1,RNMT,WDR24,FGD3,ARFRP1,RPS15A,PPP1R7,SLC17A7,DEDD,PCGF6,WDR18,NR1H2,GATC,SYVN1,ELP3,DHRS1,SYNJ2BP,HIPK1,WDR12,SCAF1,NUCB1,ANKRD13B,ANKRD13D,GTF2B,PARK7,AUP1,RPL10A,IPO7,IPO4,TM7SF2,EDC4,IPO8,LAMP1,CFL1,PAPOLA,IFNAR2,USP8,USP5,TPM4,TPM1,THOC1,LEMD2,THOC6,PYGO2,RAB31,RAB34,PGP,SNRNP27,SNRPE,SNRPC,CSNK1G1,SNRPB,BRSK1,FKBP2,RAB5C,FAM114A2,CCDC25,GLT8D1,UBR4,SLC38A10,UBR2,UBR1,PHB,HSPBP1,ORC5,ORC4,TPR,DVL2,MCL1,MAP2K6,AP1M1,EIF2B5,UVRAG,EIF2B4,AKIRIN2,OSBPL8,TRAPPC3,M6PR,TRAPPC8,SCRT1,COPS4,LRFN3,COPS6,COPS5,SLC7A6OS,COPS2,PLXNB2,CCDC22,CNIH2,COPS8,CNIH4,BCL2L1,MAP3K12,DIDO1,MCM7,ZC3H3,CCDC47,WDR4,UFSP2,LBH,VPS72,AP1G1,UBTF,IDH3B,WDR6,WDR7,EIF2B1,TNPO2,CCDC50,TNPO3,ADSL,PLEKHG2,GGPS1,RPL13A,TSN,DNAJC7,CTDSP2,POLR1B,DNAJC9,CCDC43,CRK,TSSC4,RAB1B,VPS4B,HDAC7,ABLIM1,NFS1,POLR2A,POLR2B,VPS53,POLR2C,VPS52,POLR2E,DNAJB9,POLR2G,CSK,POLR2H,POLR2I,ADSS,POLR2K,POLR2L,SEC11C,SLC35A1,PPIL2,FBXL19,CCDC59,TPRKB,FBXL16,MTOR,BCKDK,DNAJA1,ASXL1,VAPA,POLR3C,MFAP3,GLOD4,POLR3D,DNAJA3,VPS41,POLR3F,RAB18,DRG2,CEBPZ,PPIL3,PPIL4,TPT1,PANK4,SLC35B2,VEZT,SLC35B4,PANK3,ZMYND8,SLC35B1,FCF1,CBLB,GBA2,PDCD2L,RPS15,TIAL1,RPS14,PNN,RPS16,RPS19,KAT5,FLAD1,MAGOH,LONP1,ARFIP2,LONP2,BTRC,RPS11,RPS13,TBC1D10B,RPS12,SRRM2,SRRM3,COG8,COG3,METTL3,IFRD1,COG2,CPT1C,NIF3L1,POR,KARS,ZW10,SUCLG1,ATP6V0D1,RTEL1,CSTF2,TRANK1,PDCD11,PDCD10,ZNHIT3,CSTF1,TNRC18,STXBP5,VASP,ZRANB2,SETDB1,SYNRG,SLC35E3,RPS26,SMU1,RPS25,RPS27,ADCK1,RPS20,RPS21,C2CD2L,GFM1,AHCTF1,UBXN1,CITED2,GFM2,SIPA1L3,LIMD2,COIL,CHMP1B,XPO6,SEC61G,TMED2,UBXN4,UBXN6,GABPA,PSD,PSENEN,TOP3B,TMED9,ZER1,PPRC1,UGDH,NFX1,SDCCAG8,NOL7,NOL8,RFNG,NOL6,NT5C,PPP2CB,APBB3,MTX1,GBF1,KBTBD4,XPOT,NBR1,KBTBD7,NDUFA13,NDUFA12,NDUFA10,MRFAP1,CWC25,CWC27,TATDN1,TATDN2,ARHGDIA,FPGS,HCFC1R1,CWC22,COTL1,NOM1,RALBP1,TRAPPC2L,KDM2A,NOSIP,TRPC4AP,RSBN1,TUFM,PRPF6,HGS,CHMP4B,ZCCHC8,ISYNA1,RPS19BP1,NOP2,PXN,CLEC16A,EFNB2,EMG1,ZMAT2,ZMAT5,RPRD1B,KLHDC3,PNPT1,CBX4,CBX1,COQ9,CWC15,EIF2S2,EFNA2,CHMP2A,COPE,MUS81,SEPT9,SNAPC3,RBM5,RBM6,KDM6B,MAPK1IP1L,H2AFX,PPP2R5B,RPS3A,OXSR1,SEPT2,DNM1,DNM2,SUPV3L1,DDAH1,TRAPPC6B,THRAP3,AKT1S1,TERF2IP,PFDN2,HAGH,PFDN5,STOML2,STOML1,ETFDH,NRXN2,THBS3,TBRG4,NXF1,UGP2,FAM168A,RPS6KC1,PPP2R3C,BUB3,KDM4C,ATP13A1,CAPN10,RPS6KB2,EHMT2,GHITM,ZFYVE1,LSM10,PSMD8,SCAMP4,PSMD9,PREX1,SAMD14,KRTCAP2,PSMD6,PSMD7,PSMD4,PSMD3,PSMD1,SAMD10,MEF2C,DAXX,CSNK2A1,NGDN,DNTTIP1,DNTTIP2,GAPVD1,SCAMP3,FAM133B,MYL6,CLNS1A,PSME3,TBPL1,UQCRC2,ABCB6,AGAP2,MTMR9,COPS7B,SDR39U1,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,OAZ1,MRPL13,GABARAP,MRPL10,MRPL11,MRPL20,HSPH1,GRPEL2,VTI1A,PSMF1,HMGXB3,RHBDL1,VTI1B,EDEM3,MCTS1,PRRT2,EDEM2,PMM2,EXOC6B,MRPL27,ERLIN2,BBIP1,MRPL24,SNUPN,MRPL21,MRPL22,MRPL30,UCK1,EIF5,EIF6,TDP2,ARF3,ARF4,ARF1,PIGU,PIGO,RPLP0,HEXA,MRPL38,MRPL39,MRPL36,MRPL34,MRPL33,TRMT112,MRPL42,MRPL40,TMEM43,FASTK,RPLP2,LRRC47,UPF2,LYPLA2,DFFB,LRRC45,DFFA,NSUN2,MRPL49,SIRT4,LRRC40,SIRT6,MRPL47,SIRT7,DYNLL1,MRPL46,SIRT2,LRRC41,MRPL43,MRPL44,MRPL52,MRPL53,PSMA6,MRPL50,PSMA4,PSMA1,PSMA2,TMEM33,TUT1,TMEM106B,SLC29A1,DLD,VAMP2,LRRC14,RNASEK,STAU1,SRRT,MRPL54,MRPL55,PSMB6,PSMB7,GGA1,PSMB4,GGA3,RECQL5,UNK,PSMB5,PSMB2,PSMB3,TMEM68,LEO1,AP2S1,CLPTM1,FLNA,NCDN,RABAC1,MEF2D,YKT6,SRSF11,UTP6,LRRC24,MDH2,UTP3,LETM1,TMEM59,PSMC5,PSMC3,PSMC4,PSMC1,SRRD,SERBP1,UBAP2,CCNT2,UBE2D1,HDDC3,SMCHD1,STK11,RUVBL2,STK16,RUVBL1,PMPCB,PIM3,PMPCA,SLC25A44,AP2M1,KPNA1,SLC25A46,PPP1R16B,IK,VPS33A,VPS33B,PRPF4B,FTSJ1,FTSJ3,FOXP1,SAP30,SLC9A5,MRTO4,FSCN1,ANAPC5,MAPKAPK5,SNRNP200,SQSTM1,KPNB1,RNASEH2C,RNASEH2A,PFKFB3,MAX,PEF1,MAZ,ISG20L2,ARL1,SBNO2,STK36,STK38,SLC38A7,E4F1,SLC38A2,ZBTB17,DR1,GOT2,ZBTB11,EEF2,ZC3HC1,STK25,TMEM11,MDM4,ZNF512B,HSP90AB1,CELF2,COX4I1,POMT1,PIK3CD,ARRB1,ARRB2,MRPL3,NGRN,PMEPA1,HMG20A,MRPL9,MDP1,DNM1L,CTNNBL1,DIS3L2,SH2D3C,RAD23A,QTRT1,HAX1,SLC25A19,PIK3C3,SEC22B,BDP1,PPP1R12B,SLC25A11,PPP1R12C,PPP1R15A,RNFT2,PPP1R15B,GTF3C2,NDUFB9,NDUFB7,NDUFB6,PRCC,MAK16,NDUFB3,CXXC1,ZBTB43,KATNB1,ZBTB45,HSD17B12,MFF,PPM1G,GANAB,NCLN,LRRC8A,SLC25A22,AAMP,SH2B1,CYB5B,NDUFA9,PPP1R14B,NDUFA7,NDUFA4,NICN1,NDUFA3,NDUFA2,LYSMD1,RPL23A,MCOLN1,TPD52L2,NELL2,SNRK,P4HB,SMAP2,SEC24C,EIF4A1,CCNK,KDELR1,CCNH,ZDHHC5,THUMPD1,CYB5D1,TXNDC17,RASSF1,OGFOD2,CCNL2,CCNL1,SLC12A6,SLC12A9,TMPO,ZFP1,IMP3,NSMCE2,GNPAT,THAP7,CD2BP2,TMEM87A,SUPT4H1,PIK3R1,SNX3,APH1A,DHX30,COMMD9,DHX33,PCBP4,LARS,PCBP1,PCBP2,ERI3,SURF6,DHX38,SYMPK,RCE1,HIVEP2,SNX5,SURF1,INTS1,SURF2,ERAL1,SNW1,WNK1,ID2,INTS5,PAF1,INTS4,CALM1,TMEM151B,USPL1,FKBP15,PPP1R11,FAM57B,GPAA1,CCDC124,AATF,ARV1,SPTLC1,RSRC1,HYAL2,MLX,SSSCA1,UTP14A,VKORC1,CCT3,SEC13,TMEM150A,WARS,ZFR,ACAD9,ANO8,MRPS2,MRPS7,COMMD4,CTU1,CSDE1,DBN1,STK40,SATB1,STX16,STX18,HEATR1,DERL1,CCDC107,CRIP2,NEDD8,CCDC106,RXRB,MNT,EXOSC4,SAMM50,EXOSC9,PES1,CCT8,SCAND1,CCT7,PAK2,EXOSC1,CCT4,NPDC1,YIPF2,PLEKHA1,TMUB1,UBE2G1,RSRC2,AP2B1,MIAT,NLE1,PPP1CA,TMUB2,RGP1,FKBP1A,PER1,DPAGT1,MIDN,MPI,SNIP1,BAHCC1,SBF2,ADPRHL2,DIMT1,ATG9A,SSU72,LMTK3,ATAD3A,HNRNPUL1,FAM173A,HNRNPUL2,SBDS,UBE2V1,GEMIN7,RTN2,KLHL18,VCP,PSMD12,TMED10,PSMD11,RBM8A,YTHDC1,KLHL17,SEL1L,TOR1AIP2,RASGRP2,NDRG1,RPF1,CAMTA2,CYC1,NDUFV1,BCL9L,OST4,PRNP,FDPS,VTA1,PHF12,ECD,HMGA1,CRIM1,KLHL24,SUPT5H,KLHL20,PHF13,CYCS,TAB3,PICALM,RBM28,GSK3A,PRR7,RBM25,DDX46,DDX47,PRKCSH,CHD8,CHD6,ILK,DDX41,TRIAP1,CHD3,PPP1R9B,SEC61A1,ABHD16A,UBE2Q1,BCL7C,GATAD1,MLST8,UQCRFS1,YWHAG,RBM14,NCBP1,EED,NCBP2,ABHD14B,ARHGEF18,ABHD14A,CREB3,VCAN,CREB1,NDUFS8,IRF3,NDUFS7,GORASP2,PEX3,NDUFS3,NDUFS2,ATG4B,NUP54,RBM22,DCTN6,DCTN5,DDX27,DCTN2,NAA20,GOSR2,GOSR1,TAF9,DDX23,DDX21,CSTF2T,CLCN2,PARL,MAT2A,BMS1,PDLIM7,RBM39,NAA10,TAF13,TAF10,TAF11,PDAP1,CLCN7,RPIA,PNKD,BRMS1L,FAM131A,RBM42,TAF6,VIM,NAA15,RBM45,TAF2,MBTPS2,RPL4,CYFIP2,RPL5,RPL3,RPL32,CLPB,THYN1,DCAF8,GABPB1,RPL8,RPL9,BACH2,RPL6,RPL7,MYC,RPL36,FDXR,RPL35,RPL38,RPL37,IER5,IER2,RPL21,PIH1D1,RPL23,DAPK3,RPL22,MED8,CD3EAP,SOX12,MED4,MED6,CLPX,CLPP,RPL24,YME1L1,RPL27,RPL26,RPL29,ALG10B,UBA52,DUS3L,PRR14,RNF121,CDC42SE1,MAPKAP1,NOLC1,HIF1A,PRDX2,PRDX5,PPP4C,RIC8B,PLCG1,S100A10,BRAP,RPL41,ACD,CDK19,JUND,MAD2L1BP,PA2G4,THAP11,TMEM199,FIBP,HBP1,DUS1L,CPEB4,SPEF1,CLTC,ADO,PFAS,ING1,CLINT1,TMEM186,TRIM8,ING4,TMSB4X,ANXA6,GPR137,RIOK2,EMD,ZC3H10,HSBP1,SSR2,SSR3,BACE1,RNF167,LSG1,AFTPH,INF2,RNF166,SF3B4,SF3B5,SF3B2,RPL10,GPS1,RPL12,RPL11,TIMM13,GPS2,TMEM160,TIMM10,HSPA14,HSPA13,TM9SF4,BCLAF1,ASNA1,LMAN2,RPS3,RPL14,RPL13,RPS2,BRD8,RPL18,SF3A3,BRF2,TRMT1,GTF2H1,TTC9C,SRP68,BLCAP,FIG4,TM9SF1,ERP44,ABI1,TRMT6,ZYX,TOR2A,DGKD,TUSC2,FAM107B,MAEA,TUBB3,LZTS2,MAF1,MEN1,BIVM,RPS9,RNF44,RPS7,RPS8,RPS5,IGFBP3,F2R,RPS6,AIP,RPSA,BSCL2,CTDNEP1,RALGAPB,MADD,ERH,CUL9,CD151,CUL2,ABHD8,ITPR1,PHF21A,STIP1,HMBOX1,KLC2,BAG5,BTBD2,NACC1,SAFB2,MPDU1,ESRRA,TOR1A,ATP8B2,MARCH9,MARCH8,MARCH7,TOR1B,LSM5,LSM4,MARCH5,LSM3,CHERP,CDK9,CNOT4,CDK8,CNOT7,GON4L,CDK5,CDK4,CNOT1,MAFG,CNOT2,TADA3,RNF181,LZTR1,RNF185,EIF4G1,RNF10,CALCOCO1,RNPEPL1,TRADD,PTPN23,PTBP1,RPL7A,DUSP12,PPP6C,SART1,METTL14,SART3,OPA1,HIF1AN,SLC37A3,REXO1,GPX4,CHUK,ELAC2,ZFP91,YDJC,COASY,BET1L,REXO4,TRAF7,PTP4A3,DALRD3,TRAF4,SNRPA1,EVL,EIF4E2,SFT2D1,SMARCD1,SMARCD2,GTF2A2,WBP1,WBP2,SEMA3F,PUF60,RBBP5,SNRPB2,WASF1,UGGT1,SEMA4A,SPAG7,SEMA4D,RNF26,PLCL2,PTPN11,PTPN12,CUL4A,RAD52,KLF7,KLF6,MARCKS,IMPDH2,MGAT4B,METAP2,APP,CMAS,GOLGA3,GOLGA4,SOX4,AQR,NFKBIL1,RECQL,BOLA1,PTOV1,MRPS18B,JMJD8,JMJD6,MRPS18C,INPP4A,GRWD1,GUF1,PFN1,AURKAIP1,CBLL1,CUTA,TMEM161B,TMEM161A,MGST3,TRMT2A,INPP5B,DGUOK,PTDSS2,BANP,SNHG1,TRAP1,FIS1,BCL11B,STK11IP,UBAC1,MANF,CCDC88C,CC2D1A,ITM2C,HBS1L,DAZAP1,SH3KBP1,FAF1,MYL6B,PRPF19,RPTOR,SERP1,GUK1,PRMT6,MAP4K2,ATP6V0B,PRMT7,PRMT1,TSC22D3,RHOF,RHOA,RHOB,NME1,PRPF18,PACS1,FRG1,STRAP,ALDOA,SGK1,KPTN,TOMM40,PRIM1,AKAP8,TRAK2,LCMT1,MAP4K4,RANBP2,RSL1D1,MARS,R3HCC1,TOMM7,PRPF31,FAU,TOMM5,TOMM6,TOMM22,EFTUD2,CHCHD3,TMEM147,BASP1,CHCHD6,POGZ,CHCHD1,ANGEL2,TSC2,KCTD2,WRNIP1,KCTD5,DPM2,DPM3,MAU2,RPL7L1,SPNS1,CMPK1,FIZ1,RAI14,COX7A2,STK4,DPP8,DPP9,CASKIN1,ATP6V1H,DMAP1,ATP6V1D,ANKZF1,PDZD7,ZC3H15,ATP6V1F,DNAJC19,HSPA9,ACBD5,ACBD4,HSPA4,DNAJC11,TBCD,ARHGAP29,TBCB,BFAR,DNAJC14,DNAJC16,DNAJC17,DNAJC18,NFKBIA,TMEM115,DLG4,ATG16L1,SRPRB,CLASRP,ACBD3,B4GALT2,B4GALT3,SCYL3,ACADVL,SLC2A3,USP39,TMEM101,PDE4B,TMEM109,USP30,SCYL1,TSFM,JAGN1,USP48,KLF13,ABCC5,RNF208,SENP3,KLF16,DDX19A,LUC7L3,ITGB1BP1,CHMP7,RGS19,USP16,POLDIP2,GMPR2,OPRL1,SPG7,IWS1,U2AF1L4,PDE6D,ROMO1,ABCF2,CLASP1,RWDD1,PTCD1,WTAP,B3GAT3,BAD,USP21,PRAF2,HAGHL,SGTA,ZFC3H1,PDE4DIP,HSPE1,GDAP1,NEURL4,PIK3IP1,BAX,SSBP1,PDE7A,SSBP4"
+"gene_set_query"	"588"	"ZFP37"	"569.3"	"ARCHS4 Coexpression,393;Enrichr Queries,468;GTEx Coexpression,847"	"EIF4A2,ATF2,SLC35B4,ZFYVE9,MYT1L,ZDHHC5,PHAX,FNBP1L,GPATCH8,NUDT3,GPR173,HERC2,ALCAM,TRIM28,DPYSL5,DPYSL2,DPYSL3,FAM110B,STMN1,AKT1,EPC2,KIF21A,ATXN7L3,SOX4,TRIM23,SOX5,ARRDC4,EPHA5,EPHA4,RBFOX2,CXADR,WSB1,LIMCH1,ZFP2,ARRDC3,RFX3,FRS2,ANK2,SOX11,MOGS,ANK3,CPT1C,EML1,ATG12,GTPBP4,SND1,SCAMP2,FAM133B,EML5,TIAM1,SFRP1,DAAM1,IFT81,FEZ1,RUFY3,RUFY2,DDIT4,AKAP9,CRYZL1,HECA,KCTD12,TAGLN3,TRIB2,PFN2,BEX1,SLC45A1,FOXG1,FLII,PIK3R3,PIK3R1,APH1A,HSPH1,FLRT2,PCBP4,TSPAN7,MLEC,SCN3A,GPM6B,CADM3,JUN,FZD3,PRRT2,INTS1,CADM1,BCL11A,PLK2,ST8SIA2,NR2F1,UPF3B,PBX2,SMARCA1,PBX1,DCLK1,PRRC2A,MLLT11,HNRNPL,PKIA,ID2,FXYD6,CALM2,CD200,ITM2C,ARF3,ROBO2,OGFR,NRP1,PIGU,DAZAP1,CSRNP3,CITED2,GRIK2,SLC7A11,BMI1,PRPF19,SMG5,ROBO1,AKAP12,UCHL1,TUBA1A,TRIM2,ENC1,SDF4,GPRASP1,ZIK1,RSPRY1,UPF1,ACTL6B,TSC22D3,LRRC49,ZFR,MINK1,ASH1L,BAZ1B,ZDHHC17,DUSP6,SRP9,MLF2,RHOB,MN1,IMMP1L,ZEB2,TUBB2B,PXDN,RAPGEF1,SGK1,ICA1L,SATB2,RPL12,WRB,ADAM22,PTN,NOL4,GNAI1,CENPB,GNAI2,PCNP,FAM172A,CAMK2N1,TMEM68,HEATR6,PAK3,RUNX1T1,DYNC1H1,ARNT2,MYEF2,KIDINS220,SORBS2,SORBS1,BLCAP,VEGFA,RNF146,ATAT1,NFIA,NFIB,KLHL7,ETNK1,TAOK2,TTC3,YPEL1,NUCB1,GOPC,HDGF,PKN1,PNPLA6,ZFP28,ANKRD13C,RASL11B,CEP120,HDLBP,CLU,CELSR3,IPO9,ZFP30,SALL2,CDH2,LAMP1,KIF5C,BASP1,ARHGDIA,PPFIA2,BIVM,IGFBP3,F2R,MAGI2,ATP1B1,KCTD6,CTDNEP1,OLFM1,MORF4L1,DMTF1,HNRNPUL1,SCN8A,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,MATR3,SRSF6,CSNK1G2,GLYR1,FTO,GRIA1,LRRC59,BHLHB9,RTN1,RAB5C,TNKS,NPR2,INSIG1,LPL,CACNA1A,DTX3,PDS5B,SUPT6H,SOCS2,EFNB2,ARHGAP21,ORC4,NACC1,SRGAP3,ANKRD28,TRAPPC2,SYT4,PRNP,ASNS,ARHGAP29,EEF2,MARCH6,DNAJC18,PTPRD,REEP1,EFNA2,SH3BP5L,NBEA,HOOK2,HOOK1,GNB2,RFXAP,NF1,PLEKHM2,TCF4,TUBGCP4,GNB5,FGF13,NFE2L1,MAP3K12,EIF4G1,KDM5C,WDR1,ASNSD1,PRKCSH,USP33,CHD6,ELAVL4,PSIP1,SLC2A3,ZFP82,PPP1R9A,PKD1,RND3,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,SCRN1,PPP6R1,SNRNP70,PSD3,PDE4B,PHACTR3,TMEM108,CEP170,ERC1,EID2B,TRIM67,MAPK1IP1L,PCDHGA4,DST,PEG3,PDPK1,PDE4D,NAV1,ZFP90,PTBP2,DNM2,PJA1,LATS1,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,NAV3,DDAH1,CTDSP2,CDH11,DCX,PIK3C3,INA,RNFT2,HDAC2,SMARCD2,NLGN2,RAB1B,TULP4,RBM4B,CRMP1,TM2D3,NCALD,JAKMIP2,GANAB,DNPEP,GNG2,U2AF2,POLR2D,FAM120A,SLIT1,DROSHA,SPOCK1,FEM1C,NCAM1,MTA2,FBRS,CLASP2,PCDH9,PCDHGC4,USP22,LCA5,PDE4DIP,RPRD2,MEIS2,OXR1,GDAP1,ACVR2A,TNRC6C,MAPK10,MARCKS,KLF6,PSAT1,ASXL3,MGAT4B,POLR3F,RAB18,ACIN1,RGS12,RGS11,VIM,P4HB,SUGT1,CDO1,SSBP2,TNRC6A,METAP2,EIF3B"
+"gene_set_query"	"589"	"ZNF761"	"569.7"	"ARCHS4 Coexpression,526;Enrichr Queries,779;GTEx Coexpression,404"	"CYFIP2,RPL5,FAAH,TMEM41B,RPL31,CCNC,THUMPD1,RPL8,EPRS,RPL9,ELK1,RPL6,CCAR1,RPL7,TIAL1,PNN,LSM12,ALCAM,CAPNS1,MYC,CHORDC1,BSG,RPL36,ARFIP2,AKT1,CCNL2,RPS11,PRKACA,ATXN7L3,CDK5RAP3,IER2,ST6GAL1,WSB1,IAH1,TSPYL1,LIMCH1,RPL23,COG3,ARRDC3,IFRD1,ALG2,CD3EAP,MOGS,WDR73,DAAM1,ZC3H11A,DDIT4,RPL24,HECA,RBCK1,RPL26,SET,SAR1A,SAR1B,FLII,DCUN1D1,NEDD4L,OAZ1,APH1A,ABR,PPP3R1,HSPH1,RDH11,MIER1,HIVEP1,CSTF1,PIP5K1C,HMGXB3,ST3GAL1,HEXIM1,RPL41,JUN,INTS1,PRRC2A,PARP11,SLC6A6,SQLE,RPS27,GOLGB1,RPL27A,FASN,CDC16,RPS20,CALM3,RPS24,MON1B,ITM2C,ARF3,OGFR,PIGU,PAK1IP1,MRPS12,SLC7A11,PRPF19,HERPUD1,AKAP12,MRPL42,SERP1,XPO1,CSRP2,DHX15,ANXA6,SDF4,UBXN4,CIC,UPF1,MINK1,ELOVL6,CBFA2T2,DUSP6,SREBF2,MLF2,RHOB,SLC7A5,KAT2A,TUBB2A,HNRNPH1,TMEM33,PXDN,FAM193B,ARHGEF2,SGK1,ATP6V0C,PAFAH1B2,LRRC14,PRIM2,CSTB,RPL10,RPL12,RPL11,NOL8,CENPB,GNAI2,GGA2,RPS15A,NFIL3,NPY,RPL14,RPS3,CLPTM1,RPL13,MFN2,METTL6,ANKRD52,RPS27A,RPL18,RPL17,SF3B1,YKT6,NPDC1,CSNK1A1,DAB2IP,ELP2,TRMT1,SYNJ2BP,SCAF1,VEGFA,PRPF39,SGSM3,ETNK1,CAPZA1,TAOK2,ZYX,NUCB1,HDGF,PKN1,PNPLA6,GRINA,PRDM8,DPAGT1,ZFAND3,CLSTN1,ATN1,AUP1,RPL10A,PPP1CB,LAMP1,PPIP5K2,KHSRP,ARHGDIA,CFL1,PAPOLA,SLC39A6,NUDT19,MTPAP,ARID2,SBF1,FADS1,PCID2,RPS9,SLC38A1,ANKRD49,RPS7,USP5,RPS8,RPS5,RPS6,F2R,UBE4A,PRPF4B,RNF40,CTDNEP1,MORF4L1,TXLNA,DMTF1,ADAM15,HNRNPUL1,TBL1XR1,HNRNPUL2,PRPF3,EHBP1L1,RAB35,SMS,ANAPC4,SRSF3,CHMP4B,ADNP,SRSF6,SRSF7,CSNK1G2,SIDT2,FKBP5,ANAPC2,IDI1,PFKFB3,RAB5C,INSIG1,TOR1AIP2,NDRG1,CORO1B,SBNO1,SBNO2,BAG4,PITRM1,DVL1,BTBD2,NACC1,ANKRD10,SLC38A2,SKIL,ZKSCAN1,PRNP,TIA1,NOP16,NONO,IDH1,ASNS,DHCR24,CORO2A,SMAD5,DNAJC16,CLK2,CLK1,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,CNTN1,PLEKHM2,PLXNB2,LRP10,OGT,NFE2L1,SERINC5,RNF187,KDM5C,GSK3A,NUMA1,WDR1,PRKCSH,CHD6,SLC2A3,CHD3,SYNE2,PPP1R9B,SEC61A1,RPL7A,DUSP12,LASP1,ZC3H7B,PPP6R1,SNRNP70,GATAD1,GMPPA,PPP6R3,PGM3,WDR6,PMEPA1,TLK1,RBM5,RBM6,DGCR2,MAPK1IP1L,KLF13,PDPK1,AKTIP,DDX55,DDX56,CTPS2,RPL13A,RPS3A,ARFGAP3,DNM2,TRAF7,VCAN,PTP4A3,IRF3,TMEM214,EEF1D,THRAP3,CTDSP2,POLR1B,DNAJC5,SEC22B,PPP1R12C,PPP1R15A,MTPN,KDM3A,CANT1,UHRF2,WBP2,DCTN1,SRSF1,CXXC1,MLLT1,ATP2C1,USP19,HSPD1,DNAJB2,FZR1,FAM168B,GANAB,DNPEP,TAF1C,U2AF2,TRA2A,MKNK2,POLR2D,VPS54,FEM1C,RALY,POLR2H,HNRNPA1,EIF4E,FBRS,SLC12A2,RBM39,RRM2,EYA3,RPL35A,PDE4DIP,TTC17,CLCN7,CARM1,MGAT4B,ACIN1,EIF3E,RBMX,PFKP"
+"gene_set_query"	"590"	"SALL1"	"570.0"	"Literature ChIP-seq,132;ARCHS4 Coexpression,581;Enrichr Queries,651;GTEx Coexpression,916"	"APP,CNTFR,FAAH,LPGAT1,SMC3,HS6ST1,RCBTB1,GCSH,PREX1,DPYSL5,DPYSL2,MYC,IGLON5,DPYSL3,TRIM24,PIP4K2A,PIP4K2C,SEPHS1,SEC62,NFRKB,SOX4,SOX5,DDX17,EPHA4,EPHA7,MEF2C,SMARCC1,ANK2,SOX11,ANK1,SFRP1,FEZ1,RUFY3,DDIT4,TYRO3,PRR18,TRIB2,LLGL1,PFN2,ADCYAP1R1,TSHZ3,MAGED1,TTYH1,FOXG1,SDC3,SLAIN1,PIK3R1,PLA2G6,OAZ1,TMTC4,NKAIN2,GJC1,FAM171A1,SNX1,NUAK1,FLRT2,PRDX1,ST3GAL5,PLCG1,PATZ1,SNX5,GPM6B,LHPP,B4GALNT4,ABCA2,JUN,FZD3,WDR59,PHC1,CADM4,CADM1,BCL11A,NR2F1,DCLK2,PAICS,PBX1,DCLK1,PRRC2B,ZWINT,VANGL2,H2AFY2,ID2,DCHS1,FAT3,LRRN1,FAT4,DZIP1,RCOR2,FERMT2,ITM2C,DDR1,NRP1,PIGU,AHCTF1,HIP1,PTPRS,CITED2,KCNC3,GRIK5,NCAN,GRIK3,SLC35F1,KRI1,ROBO1,PTMS,AKAP12,XPO1,CSRP2,ZMYM3,TRIM2,ENC1,REV3L,NEFL,KIF1B,JARID2,ENOPH1,CTSB,PARP1,IFT140,SPHK2,HSBP1,ELOVL2,TCF12,NIPA1,SLC39A10,ELOVL6,MED29,DUSP6,MLF2,RGMA,RHOB,ENAH,TMEFF1,MN1,TUBB2B,ZEB2,AFTPH,IVD,MPPED2,CANX,KIT,PXDN,SGK1,DSCAML1,DBN1,CLDND1,NFIX,PHLPP1,SATB2,TIMM9,HSD17B4,PRKX,FGD1,PPP2CB,HIRA,CKB,GPC4,TRAM1L1,EXTL3,RUNX1T1,JAM3,ARNT2,MYEF2,GOLM1,SNX22,AIG1,SNCAIP,VEGFA,RAB11B,ATAT1,NFIA,ABI2,NFIB,FABP7,KLHL7,HNRNPA2B1,KBTBD2,CACHD1,TRIP12,PKN1,PLP2,AGRN,MEGF8,MTCH1,ATP8A1,KDM1A,WWC1,FMR1,CTNND2,PEBP1,OGDHL,NUCKS1,CELSR2,CNDP2,IGF1R,IPO5,ABHD12,FADS2,CDH2,SALL2,KIF5C,CFL2,GTF2I,TLE4,MAGI1,IGFBP3,GPT2,APLP1,IGFBP2,FRMD4A,ATP1B2,ATP1B1,POU3F2,MID1,POU3F3,FOXP1,MSH6,EEF1A1,ILF3,OLFM2,MYCN,ARMCX2,LIX1,EHBP1L1,ELMO1,PKP4,PHIP,TOX,FKBP5,FKBP2,PXK,RTN1,NTM,SLC1A1,CACNA1A,DTX4,RAP1GAP,RTN4,HSP90B1,SOCS2,EFNB2,SRGAP2,MYH10,QSER1,ACBD5,CBX5,ACBD4,AUTS2,WSCD1,SMURF2,PTCH1,NONO,CBX2,IDH1,CBX1,KLHL23,CORO2B,QDPR,PTPRD,BCL9,HOOK2,NASP,APPBP2,HOOK1,ZFP62,CNTN2,CSPG5,PLXNB1,GNB5,PICALM,SLC48A1,YWHAE,RBM26,DDX3X,CHD6,HMGB3,PSIP1,SLC2A3,HMGB1,RND2,ELAVL2,PHTF1,DUSP12,SPRED1,SCRN1,ZC3H7B,LRRFIP1,GAL3ST3,NEO1,DACT1,DST,GGPS1,PDPK1,RTN4RL2,NAV2,CKAP5,SEPT2,ARL4C,VCAN,PTP4A3,SFPQ,CTDSP2,CDH11,TMBIM6,BCAT1,NLGN2,CXXC1,CRMP1,AGPAT4,LRP6,ADD2,FBXL20,STOX2,CACNG7,FZR1,FAM168A,PTPRZ1,TMEM205,NT5DC2,POLR2D,BEND3,LRRC8D,NCAM1,IGF2BP3,IGF2BP2,HNRNPA1,MEST,HNRNPA0,NTRK2,MARCKSL1,SEPT11,TRIM41,RRM2,KDM4C,PCDH7,TXNL1,PCDHGC3,MEIS2,NELL2,PNKD,KLF6,MARCKS,FMNL2,PSAT1,SYT11,FAM131B,SPRY2,VIM,TRIM33"
+"gene_set_query"	"591"	"TFAP2A"	"570.2"	"Literature ChIP-seq,98;ARCHS4 Coexpression,893;ENCODE ChIP-seq,99;Enrichr Queries,905;ReMap ChIP-seq,119;GTEx Coexpression,1307"	"ATF2,POP7,NUP107,GMFB,SLC4A1AP,TFRC,ITSN1,TESK1,ALKBH6,TSKU,FAM110A,DPYSL2,FGFR1OP2,AKT1,ANKFY1,FNBP4,ATG3,PRKAB2,CXADR,UNC5A,FRS2,PRKAB1,BCR,DDIT4,FAR1,SLBP,TSTA3,CDCA4,SAR1B,SHMT2,MEPCE,PDGFA,BAZ2A,ADAMTS10,PRPSAP1,RHOT2,LARP1,PIP5K1A,RDH13,PIP5K1C,HEXIM1,JUN,JUP,NCAPH2,FUCA1,NR2F1,LARP7,L1CAM,VANGL2,FASN,SFXN3,HYOU1,FXYD6,FAT3,PKIG,SNX12,PRKAG2,SHB,MED16,BBC3,PANX1,SHF,MED12,SMPD3,MED11,ATIC,TCP11L2,JAK2,IFT140,SLC39A11,SLC39A13,EPS15L1,BAZ1B,JOSD1,DUSP6,DDB2,DDB1,SLC7A5,MED24,SDHAF1,PXDN,MMP17,PAFAH1B3,ERGIC1,TRUB2,ECHS1,LIN37,GSTP1,URM1,ODC1,DLST,CENPB,SNX27,SPOP,ZSWIM6,SAMD1,ZSWIM4,JAM3,ATAD1,EGLN2,WNT7B,MBD1,SNX22,TARBP2,SNX19,MYBBP1A,CCDC9,SHKBP1,SNX14,TSR1,PKN1,YPEL4,YPEL3,CRLF2,TMEM167B,PDCD6,FBXO28,PDCD5,ATN1,CASC4,PLOD3,APEH,ALDH1L2,FADS3,LAPTM4A,POFUT2,NUDT19,CEP250,FADS1,PIAS4,FBXW5,PCYT2,DGAT1,CISH,CTNNBIP1,FBXW9,ATP11C,FBXW2,PIAS2,LENEP,CDC25B,MSH3,SRSF4,ARL8A,ARL8B,LY6E,INO80B,SPATA2,FBXO45,FBXO44,CORO1B,CORO1C,EIF1AD,NDOR1,G3BP1,CD276,TMEM120B,FUS,RASL10B,HPS4,FBXO31,ARPC3,SP3,ACO1,CLPTM1L,LRCH4,OSBPL1A,OGT,ITGB1,SNAP25,MCFD2,NUMA1,AKAP8L,PTEN,ETFA,ETFB,BICD2,RLBP1,NRGN,ZNRD1,PPP6R1,PPP6R2,PPP6R3,ACP2,UNKL,SNAP29,UNC45A,ACTR2,ACTR6,TNFRSF19,DHPS,RABGGTA,ARFGAP1,ARL4C,ATRN,ETF1,TOP1,DCTPP1,GAPDH,BCAT2,SNAP47,SRSF1,MLLT1,SRI,MLLT6,CCDC85C,PHKG2,TRIM46,E2F4,GADD45GIP1,NOP56,HNRNPA3,TRIM41,PCDH7,MID1IP1,NTRK3,PCDH8,SYT16,TSPAN14,MCM3AP,NECAP1,SUCLA2,EIF3L,ST7,TRIM35,STUB1,TRIM37,ATXN10,EIF3C,BCAR1,RCBTB1,TRIM28,HERC1,BSG,CDC27,ATXN7L3,ALG9,LIMCH1,ACTN1,CIRBP,MOGS,CSNK1D,CSNK1E,ACTN4,CFDP1,KCTD10,FAM76B,FLYWCH1,FAM76A,KCTD15,SLC45A4,NUMBL,AARS2,DHX8,DHX9,TMEM63C,MYCBP2,FBF1,ZBTB5,MBTD1,SYNGR1,KCNN1,XBP1,NTAN1,SMARCA1,PTK2,MED13L,EXT1,MSRA,AIMP2,RANBP10,SDC1,NDUFAF3,GRB2,CALR,FBXL5,SUGP2,FBXL6,MON1B,DDR1,NRP1,HIBADH,GRIK5,RAB22A,ACTR1A,MAP1LC3B,ACTR1B,AKAP11,UIMC1,SDF4,RAC3,BBS4,GIT1,COX8A,PCYT1B,GAA,PABPC4,PRPF40A,SYP,SREBF2,APRT,ARHGEF9,PITPNM1,SLTM,KIT,CANX,PABPC1,PTMA,NAPA,PCNA,SSNA1,COX5A,GNAI1,SH3BGRL,PDZD11,MGAT2,PEX16,MAP3K3,DYNC1H1,VEGFB,MYO9A,YIF1B,VEGFA,NUDT8,TTC3,CCNYL1,HDGF,PNPLA6,ACTR10,GRINA,CARS,OTUD5,CRTC2,SYS1,NARF,PRDM4,CRTC1,ZFAND6,ZFAND5,CELSR2,IGF1R,GNPTAB,DENND5A,FAM3C,PCID2,MORC3,TMOD2,TTC7B,POU3F1,ADAM15,EHBP1L1,CARS2,SIDT2,GNAZ,DIABLO,CACNA1C,TIMM50,RAI1,IRAK1,DHRS7B,GRK6,TBC1D17,TBC1D16,SYT5,UBE2F,YARS,UBE2H,UBE2I,PDHA1,UBE2B,SYT1,UBE2A,SYT7,IFT20,GNAO1,HOOK2,NASP,HOOK1,UBE2S,GNB2,GNAS,UBE2O,DEGS1,AMOTL2,DEGS2,FGF13,TNFAIP1,TAZ,RND3,PHTF1,LMNB1,TMEM222,EEF2K,MYO18A,DACT3,GET4,ATP6AP1,PDPK1,DCAKD,NAV2,EPN1,SETBP1,ACOX1,CRY2,ACOX3,MAN1B1,OTUB1,SLC3A2,ADD1,POLD3,MTA1,GNG2,TMEM203,GNG5,SV2A,TMEM205,MKNK1,MKNK2,BNIP2,MTA2,CRYM,FBRS,TIMM8B,ATF7IP,RRM2,SSRP1,TTC19,CDK11B,TTC17,ERCC1,SUGT1,TES,SMC3,ELK1,PHB2,ZMIZ1,AP1S1,VPS35,VPS36,DDX17,VPS18,PRKCD,WDR74,AFAP1,SCRIB,HCFC2,WDR81,DAAM1,NUP98,VPS28,SEH1L,GNS,GJC1,LDHA,BLOC1S1,VPS11,NUP88,HMOX2,ST3GAL2,VPS16,ZSCAN18,NDFIP2,PRELID1,WDR59,PHC1,DMPK,PLK2,SETD1A,IRF2BP2,NR1D1,MEX3C,WDR55,POU6F1,EHD1,HNRNPL,HNRNPM,MEX3B,MEX3A,ARL2BP,HNRNPF,HNRNPD,HNRNPC,FARSA,CDKN1C,CEP57,MOCS2,SETD2,SMG1,GMEB2,CDKN1B,PHF23,GPT,SMG7,PHF8,UBL5,TIMP2,TK2,PLEKHN1,CIC,JARID2,WDR37,WDR34,NCOR2,NSA2,KAT2A,KIFC2,EXOC3,EXOC5,KIFC3,GAS6,GART,GAS7,GRAMD1A,GRN,NFIX,WDR24,ADCY6,FAM129B,ARFRP1,SCAF8,UBN1,CKB,FARP1,YTHDF1,YTHDF2,PCGF2,WDR18,HIPK1,DEF8,DHRS1,SCAF1,NFIA,NFIB,JKAMP,PLP2,ANKRD13D,RAB3D,CEP120,PARK7,RPL10A,TM7SF2,IPO5,EDC4,PPP1CC,CFL2,CFL1,PAPOLA,SLC39A6,PLS3,ZNF326,SLC39A3,KCMF1,MAP2K1,TPM1,DYRK1A,THOC5,NRBP1,THOC6,PYGO2,MORF4L1,DMWD,RAB34,FKBP8,PGP,CSNK1G2,RTN4R,FKBP2,RAB5B,CBFB,INSIG1,UBR2,DVL2,DVL3,PLXNA1,SRGAP1,MCL1,PLXNA3,MAP2K6,UVRAG,POLR3GL,SEC16A,TRAPPC4,OSBPL2,FANCE,SCRT1,REEP1,LRFN4,LHX2,PDCL,CNIH2,BCL2L1,MAP3K12,SLC48A1,DIDO1,ZC3H4,CEP164,SYNE2,PIK3C2B,TRO,AP1G1,SNRNP70,RNPEP,UBTF,IDH3B,PHACTR1,TNPO1,TNPO2,CCDC50,PLEKHG2,CCDC34,RPL13A,EDF1,TFDP1,DNAJC7,DNAJC5,POLR1C,POLR1D,CCDC43,HDAC5,RAB1B,VPS4B,EI24,CEBPG,HDAC6,HDAC7,FBXL20,DNAJB1,HECTD1,POLR2A,DNAJB5,RAB24,CSK,ASCC2,POLR2L,MLXIP,SLC35A2,TUB,SLC35A1,PPIL2,SMOX,AMFR,NCKAP5L,FBXL16,RPRD2,FBXL14,BCKDK,RAB10,TNRC6C,SNRNP40,P2RX2,ASXL3,DNAJA3,DNAJA2,POLR3E,POLR3K,TPT1,SLC35B2,ISCA1,PANK2,ZMYND8,PITPNB,CISD2,NFU1,RPS17,RPS16,PPP2R1B,RPS19,KAT5,FLAD1,RPL36AL,FTH1,DAG1,LONP1,DENR,SEPHS2,TBC1D10B,ARRDC4,SRRM2,COG8,COG4,SLC35C2,IFRD1,COG1,MAPK8IP3,SRRM1,KARS,SIK1,TLN2,OBSL1,RTEL1,CSTF3,CSTF2,DCUN1D2,APCDD1,HTATSF1,MYL12B,SCFD1,ZNHIT1,PDCD10,ZNHIT3,GSE1,TRPM7,TNRC18,RALGDS,VASP,VAT1,MAGEE1,SLC35E3,RPS25,ZZZ3,FUBP3,FUBP1,ADCK5,C2CD2L,SLC35F2,CITED2,GFM2,ZCCHC17,SPPL3,ZCCHC14,CHMP1B,TMED2,TMED1,RAB8A,UBXN6,PSENEN,PARP6,PARP1,ZDHHC16,MLF2,VAV2,HNRNPH1,HNRNPH2,AIDA,CSTB,ZDHHC20,PTS,DRP2,HIRA,UBTD2,APBB1,METTL9,PTGES2,NFYB,MEGF9,NDUFA10,CWC25,LZIC,CNDP2,ARHGDIA,HCFC1R1,FPGS,COTL1,NRCAM,AZI2,LMO1,RALBP1,KDM2A,LMO3,NOSIP,ATP1B3,LIG3,ATP1B1,TUFM,HGS,CHMP4B,MATR3,NOP2,EFNA4,EFNB2,EFNB1,ZMAT5,TCTEX1D2,CDH24,KLHDC4,CPSF1,CBX4,CBX2,IDH1,EIF2S2,EFNA3,COQ2,EFNA2,CAPRIN1,CHMP2A,BLMH,PI4KB,BRWD1,SAE1,ZSCAN2,COPE,MUS81,THRA,ASNSD1,CBY1,MFSD8,SPRED2,FLCN,MFSD5,PPP2R5E,SNAPC3,MCF2L,KDM6B,HGSNAT,AKTIP,H2AFX,IQCE,AXIN1,PPP2R5B,OXSR1,PPP2R5C,SAFB,RABEP1,FCHSD2,AKT1S1,CDH11,DCX,CDH13,HAGH,PFDN4,PFDN5,NRXN2,GNA13,MAPK9,NXF1,MAPK7,ALDH1B1,CHSY1,DDT,FAM120A,SNCA,OPCML,ATP13A1,LIMK2,CYHR1,SLC4A8,RPS6KB1,RPS6KB2,LPIN2,MAPKBP1,MT-ND4,ARAF,EHMT1,TSEN54,SCAMP5,PREX1,KRTCAP2,SAMD14,PPP4R1,PSMD5,PSMD3,SAMD10,CHID1,MEF2C,CSNK2A1,RFX1,GAPVD1,SND1,EML2,SCAMP2,EID2,CLNS1A,RUFY2,PSME1,PSME2,UQCRC2,LETMD1,MTMR2,FLII,AGAP2,ABCB8,AGAP3,AAAS,MTMR4,MRPL12,GABARAP,CYB5R1,HSPH1,CYB5R3,KCNMB4,HMGXB3,PUSL1,RHBDL1,VTI1B,PRRT1,MCTS1,ABCA2,PRRT2,CADM1,NETO2,SNUPN,MLLT11,EIF6,PSMG1,FERMT2,ARF3,LRSAM1,RPLP1,PIGQ,DIS3L,PIGP,MRPL39,MRPL36,CTCF,MRPL34,ECSIT,AACS,PIGX,TRMT112,LMBR1,NIPBL,FASTK,RPLP2,ELOVL4,ACTL6B,MRPL49,SIRT6,DYNLL1,MRPL44,MRPL53,VAMP7,CDC42EP4,TUT1,SLC29A1,SLC29A2,LRRC14,SRRT,SEZ6,RPS27L,PSMB6,GGA2,GGA1,MICALL1,AP2S1,LEO1,FLNA,MEF2D,LRRC24,GATAD2B,GATAD2A,LRRC20,PSMC6,PSMC3,PSMC4,TTLL1,UBE2D3,HDDC3,EIF4ENIF1,STK11,RUVBL2,SESN1,SCMH1,OSBP,PIM3,SLC16A2,KPNA3,AP2M1,KPNA1,PPP1R16B,SH3GLB2,SLC38A1,ANAPC7,VPS33A,PPP1R16A,RBX1,FRMD3,ACAP3,OLFM2,SLC9A8,FSCN1,ANAPC2,PFKFB2,RNASEH2C,LRRC59,RNASEH2A,PFKFB3,MAZ,FOXO6,ACAT2,GLIS2,ACAT1,SOCS2,SBNO1,SBNO2,ATXN2,STK36,THEM4,E4F1,LRRC4C,SLC38A2,EEF2,STK24,STK25,PTPRA,TMEM11,MDM2,PIN4,NFE2L1,MDM1,ZNF512B,SLC25A1,PPP1R13B,HSP90AB1,CELF1,POMT1,CELF4,ARRB1,ARRB2,NGRN,MDK,PMEPA1,DGCR8,ERC1,EID2B,PELP1,PPP1R12A,RAD23A,RAD23B,GIGYF1,NPC1,NPC2,SNURF,BIRC6,PPP1R12B,MET,PPP1R12C,SLC25A11,PPP1R15B,SEC23A,NDUFB7,LRP1,CXXC1,PARD6G,FURIN,ZBTB45,HSD17B12,PPM1D,GANAB,NCLN,SH3BP2,SH3BP4,SLITRK5,SLC25A22,ATP9B,SLC25A25,ATP9A,SH2B2,SH2B1,SLC12A2,PTPN1,LINGO1,PPP1R14B,SLC12A5,MMAA,NDUFA4,MBOAT7,LYSMD2,DONSON,RPL23A,BAIAP2,MCOLN1,TPD52L2,SLC25A38,SLC25A39,CDR2L,SLC25A36,EIF4A1,KEAP1,TXNDC11,ZDHHC7,IFI30,ZDHHC4,CHORDC1,KIF21A,CCNL2,CCNL1,SLC12A6,SLC12A9,EPHA4,PAQR4,IMP3,GNPAT,SFRP1,ULK3,ULK2,CD2BP2,STX1A,CTR9,PIK3R3,PIK3R2,PTTG1IP,DHX34,DHX35,SYMPK,TSPAN3,RCE1,RAB11FIP2,RAB11FIP3,SNX5,CTSA,INTS1,IQSEC2,RCC2,SURF4,INTS2,MICAL3,MICAL2,PAICS,WNK1,ID2,RPL27A,PPP1R1B,COL9A3,CALM1,CCDC120,PTPRS,USPL1,DOC2A,FAM57B,CETN2,TECR,AATK,AP2A1,SLC7A11,PCSK7,AATF,AP2A2,PTPRF,RSRC1,MLX,ARIH2,SSSCA1,QSOX1,ACAD8,VKORC1,CCT2,TMEM150A,WARS,ACAD9,ANO8,ANO6,RGMA,MN1,CTTN,SFI1,SATB1,STX16,SATB2,CRIP2,NEDD8,CAMKK2,GPC1,HSF2,SCAND1,CCT8,GPC4,HEATR6,CCT5,EXOSC1,BCAP31,NPDC1,YIPF3,TMUB1,PLEKHA5,AP2B1,NLE1,PPP1CA,TMUB2,MIB1,FKBP1A,PER1,DPY19L3,KIF26A,CCNG2,NEDD4,ESYT2,DPAGT1,FHOD3,SCARB1,MIDN,ACAA2,MPI,CYP46A1,FAM174B,KHSRP,CAPN2,BANF1,RGS9,SBF2,PPFIA3,KIRREL3,TPRA1,DIMT1,WBP11,RUNDC3A,MID1,TANC2,TMX4,HNRNPUL1,FAM173A,HNRNPUL2,SCN8A,RTN2,RTN3,NDRG4,PSMD12,NDRG3,NXPH3,PDS5B,RASGRP2,NDRG1,ACACA,RTN4,FUT8,DEAF1,CAMTA2,NDUFV3,NDUFV1,BCL9L,PRNP,GGT7,ZFHX2,PHF12,HMGA1,KLHL24,SSH3,ANKHD1,CLK3,PAN3,STT3A,PICALM,RBM28,GSK3A,PRR7,NAA40,MAST3,PRKCSH,DDX47,CHD8,MAST1,CHD6,HMGB3,CHD4,CHD3,PPP1R9B,UBE2Q1,BCL7C,GATAD1,NUP62,NPTN,TIMM17B,UTP15,RBM14,HSDL1,PLA2G4E,EED,BUD31,DYNLT3,DDX55,ABHD14B,DDX54,ABHD14A,UTP18,PJA2,PJA1,CREB3,VCAN,NDUFS6,PPDPF,PEX5,NDUFS2,MVD,NAA38,IRF9,RBM22,DCTN2,GOSR2,DDX23,RBM4B,ACVR1B,TAF1D,RAB40C,MBTPS1,RBM39,TAF13,TAF10,GALNT1,TAF11,ATP2B4,PDAP1,ACVR2A,RPIA,CLCN7,TAF6,FAM98B,VIM,RBM45,FAM50A,LNX2,RPL3,CLPB,STMN3,THYN1,ENO2,RPL8,DCAF6,RNF114,MYC,PIP4K2B,RPL38,MPV17,PIP4K2C,IER5,IER2,RNF111,TSPYL2,ACOT9,IAH1,WSB1,RPL21,PIH1D1,RPL23,DAPK3,CD3EAP,DYNC1LI2,GPR161,CLPP,RPL26,PRR12,UBA52,PRR14,PRR13,RNF121,CDC42SE1,MEG3,NEDD4L,HIF1A,FAM160B1,PRDX2,FAM160B2,PRDX5,PPP4C,RIC8B,PLCG1,SLC19A1,SERF2,S100A10,RPL41,ST13,RDX,TYSND1,CDC7,PA2G4,PRRC2A,FIBP,SLC6A6,FAM160A2,PPP5C,TADA2A,NPLOC4,GIPC1,CDK10,UNC119,SERPINI1,DUS1L,CDK13,CDK16,OGFR,SPEF1,CLTB,CLTA,ING1,TRIM8,RNF157,TMEM189,FAM102B,TRIM3,ANXA6,GPR137,AP3S2,GPRASP1,GPRASP2,ZC3H10,BRD2,BRD1,HSBP1,ITPK1,RNF168,BACE1,AFTPH,INF2,TET3,RNF165,SF3B4,SF3B2,PHLPP1,SF3B3,RPL12,RNF138,LMAN2,RPL13,BRD9,BRD8,ANKRD52,RNF130,RPL17,RPRM,BRD4,SF3A3,SF3A1,TRMT1,WWP2,TTC9C,ERP44,RNF145,TM9SF1,XAB2,TRMT6,ZYX,SARM1,INHA,RNF141,PHLDB1,DGKD,TUSC3,FMR1,CLSTN1,BZW2,ABHD11,CDH2,TUBB3,LZTS2,RNF44,IGFBP3,GPT2,AIP,DGKZ,RNF40,CTDNEP1,BSCL2,CACNB3,CLIP1,DGKQ,MADD,ARMCX6,NHP2,ERH,PHPT1,GLYR1,DNMT1,CD151,ANKRD11,ANKRD12,ABHD8,ITPR1,RHOBTB2,STIP1,BAG4,KLC2,BAG5,BTBD1,NACC1,SAFB2,ANKRD10,SKIL,SLC15A4,MPDU1,ESRRA,ANKRD34A,ANKRD27,ANKRD24,TNK2,ADAP1,ZZEF1,CDK8,CDK5,CNOT1,MAFG,CNOT2,CNOT3,SPIRE2,RNF181,TADA1,SPIRE1,DHCR7,NF2,SERINC2,EIF4G2,EIF4G1,RNF13,PTPN23,DUSP12,PSD3,REXO1,GPX1,GPX4,LIX1L,RTN4RL2,REXO2,COASY,BET1L,PTP4A1,PTP4A2,PTP4A3,DALRD3,TRAF4,SOS1,RNF31,NLGN3,SMARCD2,RNF34,WBP1,WBP4,RPL36A,SEMA3F,LAGE3,FZR1,HIRIP3,SNRPB2,RBBP6,RBBP7,DCAF11,WASF1,MEST,SPAG9,SMARCE1,SPAG7,RNF25,SEMA4C,ADRM1,DDHD2,SEMA4F,PTPN11,DDHD1,PNRC1,PNRC2,CUL4A,RAD52,KLF6,PFKL,IMPDH1,RHEBL1,METAP2,APP,CMAS,ARL6IP1,PWP2,RAPGEFL1,GOLGA3,GOLGA4,GOLGA5,RUSC2,ARL6IP5,SOX4,SOX5,BROX,SLC6A15,SLC11A2,MTUS1,PTOV1,RECQL,ACSL3,JMJD8,RRAGB,GRWD1,CRYZL1,BOLA2,VDAC3,VDAC1,ANKRA2,PFN1,AURKAIP1,IGSF8,IGSF3,LMAN2L,TSHZ3,ANP32A,TEX264,PDE1B,MGST3,TWF1,IGSF9,PTDSS2,SGPL1,NUAK1,MAP4,PATZ1,GPM6B,SRPK2,FIS1,BCL11A,SNHG6,GADD45G,CCDC88C,CC2D1B,HBS1L,DAZAP1,GDI1,CX3CL1,RPTOR,HINT1,ZMYM3,KIF13A,TSC22D1,TSC22D3,PRMT3,RHOF,TUBG2,TUBG1,UCHL3,RAB33A,RHOB,POC5,NME7,MPPED2,RHOV,ALDOA,SGK1,ATP6V0C,MAPRE2,PRIM2,TOMM40,SLC20A1,UQCR10,AKAP1,ARNTL,ANKMY2,CUX1,TBL1X,DCPS,RANBP9,RSL1D1,FAU,GALNT11,NUCKS1,ARHGAP39,BASP1,NSF,TOMM34,KCTD3,DPM2,OXA1L,DPM3,TBL1XR1,TIPRL,ABCG4,PDE9A,RAI14,LTBP4,DTX3,ADIPOR1,STK4,PLCXD2,TMEM121,DPP3,ARHGAP20,MAN2A2,DPP8,DPP9,DNAJC21,ZC3H18,MARK3,MYH10,PDZD7,ZC3H15,MARK2,HSPA9,SMAD4,ACBD4,HSPA5,TBCD,IFT122,DNAJC14,NMRAL1,ARHGAP23,NR4A3,DLG2,DLG3,DLG4,DLG5,RFXAP,CLASRP,USP35,ACADVL,ABCD3,DOCK9,USP33,USP39,SCYL2,SCYL1,KLF11,TSFM,KLF13,USP43,ABCC5,RNF208,CTPS2,KLF16,LATS1,TSEN34,USP14,POLDIP2,GMPR2,USP11,WIZ,MOSPD3,MTIF3,TM2D3,STRN4,U2AF1L4,RMND5B,GMDS,NT5DC3,NCAM1,B3GAT3,BAD,USP22,HAGHL,SGTA,NAP1L2,MEIS2,DLK2,NAP1L4,SPRY2,PDE7A,SSBP4"
+"gene_set_query"	"592"	"YBX1"	"570.3"	"ARCHS4 Coexpression,136;Enrichr Queries,3;GTEx Coexpression,1572"	"RPL4,RPL5,MDC1,RPL30,RPL3,TFRC,RPL32,RPL31,HNRNPU,EPRS,RPL8,PHB2,RPL9,RPL6,RPL7,RAVER1,STMN1,PSMD3,RPL36,RPL35,RPL38,RPL21,RPL23,RPL22,SCRIB,SND1,HCFC1,MYL6,RPL27,RPL26,RPL29,RPL28,UBA52,SF1,NUP205,POM121,SET,OAZ1,MRPL13,LDHB,PRDX5,LDHA,HSPH1,LARP1,PRDX1,S100A10,BRAP,RPL41,ICMT,H3F3B,PBX2,PA2G4,MEX3C,EIF1,PRRC2A,HNRNPL,HNRNPM,HNRNPK,EIF6,FASN,HNRNPF,HNRNPD,PSMG1,HYOU1,HNRNPC,RPLP1,RPLP0,CLTC,TCF20,SMG5,TUBA1C,TUBA1B,TUBA1A,RPLP2,UPF1,TPI1,NSUN2,DYNLL1,BAZ1B,DDB1,PSMA6,TUBB2A,PSMA4,TCP1,TKT,SF3B2,GSTP1,RPL12,RPL11,SRRT,SLC7A1,PSMA7,CENPB,RPS15A,PSMB3,PSMB1,RPL14,RPS3,FLNA,MFN2,RPL15,RPS2,ANKRD52,RPS27A,RPL18,SAMD1,RPL17,YKT6,RPL19,SF3A1,SF3A2,MDH2,SCAF1,LRPPRC,GATAD2A,AGBL5,MYBBP1A,SERBP1,MTCH1,FBXO25,PARK7,RPL10A,IPO7,IPO4,IPO5,RUVBL2,CFL1,KPNA2,TMSB10,HMGN1,RPS9,FBXW5,USP5,TPM3,RPS8,RPS5,RPS6,UBE2E1,RPSA,ILF2,RNF40,ATXN2L,ACLY,ILF3,NCL,RAB35,SRSF2,FSCN1,SRSF3,ERH,FKBP4,SNRNP200,SRSF7,KPNB1,SNRPA,SNRPB,GLYR1,KHDRBS1,LRRC59,CUL3,MAZ,CUL1,AK2,HSP90B1,STIP1,DVL1,NACC1,PGK1,ABL1,NOP14,ODF2,FUS,EEF2,CHERP,ARPC2,NACA,CNOT1,CLPTM1L,RSL24D1,EIF4G2,NFE2L1,EIF4G1,ZNF512B,SLC25A3,HSP90AB1,COX4I1,PTBP1,RPL7A,SART1,PPP6R1,UBTF,WDR5,ACTR3,EIF5A,HSP90AA1,GPX1,GPX4,ZFP91,RPL13A,SMC1A,RAD23B,DDOST,TRAF7,TFDP1,CTDSP2,RPL37A,ETF1,SLC25A5,GAPDH,GTF3C1,GTF2A2,SRSF1,PPM1G,DCAF15,GANAB,U2AF2,EIF4H,HNRNPA1,UBQLN4,EIF4B,PPP1R14B,CIZ1,HNRNPA3,NDUFA4,CNBP,FBXL19,RPL35A,RPL23A,PTPN11,HNRNPAB,DNAJA1,EIF3L,EIF3I,DRG1,EIF3E,P4HB,EIF3F,EIF3C,TPT1,EIF3A,EIF3B,EIF4A2,EIF4A1,VARS,ACTB,RPS15,RPS14,RPS17,RPS16,TRIM28,RPS19,SNRPD2,RPS18,FTH1,BSG,LONP1,RPS11,RPS10,ATXN7L3,RPS13,SMARCC1,MOGS,AFG3L2,PPA1,SUB1,VDAC1,TTLL12,PFN1,ANP32A,DHX9,APH1A,PDCD11,PCBP1,PCBP2,DHX37,MLEC,TRAP1,INTS1,RCC2,SMARCA4,RPS26,CCT6A,RPS25,RPS28,RPS27,FUBP3,RPS29,RPL27A,RPS20,CALR,ANP32B,CALM1,RPS21,CALM2,RPS24,ITM2B,ITM2C,DAZAP1,MRPS12,GDI2,PRPF19,COIL,SYNCRIP,PCM1,HINT1,XPO1,C1QBP,DHX15,CCT3,CCT2,PARP1,PRMT1,PABPC4,TUBG1,MRPS7,RHOA,SREBF2,HNRNPH1,CSDE1,CANX,PABPC1,ALDOA,PTMA,CSTB,PCNA,AHCY,COX5A,HIRA,PES1,CCT8,CCT7,CCT5,CCT4,RANBP1,NPM1,PTGES3,AP3D1,NPM3,BOP1,HNRNPA2B1,TRIP12,HDGF,FAU,KDM1A,HDLBP,PEBP1,SRP14,ACRBP,TOMM20,ACTG1,EEF1B2,FBL,CHCHD2,ARHGDIA,KHSRP,PDIA3,PDIA6,ATAD3A,COX6B1,EEF1A1,HNRNPUL1,HNRNPUL2,MATR3,PPIB,PPIA,VCP,DDX5,COX7A2,PRPF8,SUPT6H,RTN4,UBB,IRAK1,ZC3H14,HSPA9,HSPA8,PRNP,CPSF7,NUP155,HSPA5,CPSF1,CCDC136,NONO,CBX1,HMGA1,EIF2S2,UBE2S,CAPRIN1,GNB1,GNAS,UBA2,UBA1,TCF3,LSM14B,UBE2M,YWHAE,B4GALT2,KDM5C,DDX3X,YWHAB,PRKCSH,DDX42,CHD4,HMGB1,LMNB2,LMNB1,RPS4X,YWHAQ,ZC3H7B,TOPBP1,YWHAG,H2AFZ,CAD,H2AFX,DDX54,RPS3A,SAFB,YWHAZ,SENP3,CKAP5,EEF1G,SFPQ,EEF1D,THOP1,DDX23,DDX20,DDX21,ATP1A1,STRN4,HSPD1,FAM168B,MTA1,NT5DC2,MTA2,RRM2,TAF15,PDAP1,NAP1L1,LRWD1,DEK,SSRP1,HSPE1,USP29,SOD1,CARM1,ACIN1,VIM,RAN"
+"gene_set_query"	"593"	"MSANTD1"	"571.5"	"ARCHS4 Coexpression,999;GTEx Coexpression,144"	"TDRKH,MYT1L,KDELR1,EHMT2,SLC35B1,STMN3,CAPNS1,DPF1,HABP4,BTRC,ATXN7L3,ANKS1B,ACOT9,RBFOX1,TSPYL1,ISLR2,MOGS,KCNQ2,KCTD13,SIK3,TAGLN3,KCTD17,CTXN1,TSPYL4,MTMR1,BEX2,BEX1,PDE1B,TTYH1,FOXG1,ACTR3B,ARPP19,PRKCZ,APH1A,PPP3R1,ERI3,TSPAN7,SYMPK,NUP88,DECR2,SCN3A,PTPRN2,ARPP21,MAGEE1,IQSEC2,ST8SIA3,SLC35E3,NETO2,BTBD10,HNRNPL,HNRNPK,CALM3,LRRN1,DZIP1,AVL9,ARF3,GABRB3,CSRNP3,SPEF1,FAM57B,GRIK5,PRPF19,SMG5,RNF157,C1QTNF4,JPH4,SERP2,PPP3CA,NUDCD3,JPH3,CAMKV,SLC22A17,DLGAP3,GIT1,TMED4,PSD,ZYG11B,UPF1,PRMT8,ACTL6B,SYN3,GNL1,ZDHHC17,TERF2,IMMP1L,ARHGEF9,MRAS,HEATR5B,MAPRE3,SEZ6,HTT,SNX32,CCDC106,NOL4,AMN1,TCEAL5,PPP1R7,NSD1,MFN1,NCDN,SRSF12,ARNT2,PNMA2,SNX22,BLCAP,MZT1,GRIN1,KTN1,SEC23IP,ABI2,MORN4,TCEA2,HDGF,CDK5R2,CDK5R1,CRLF2,DBR1,TUSC2,HDLBP,CYP46A1,CDH8,NUDT11,RIMS4,CHCHD6,STK32C,RGS7,PPP1R16B,NSF,CDKL2,CHRNB2,KIRREL3,USP5,GPT2,ANKRD45,LMTK3,TMEM130,SHISA7,BSCL2,DISP2,PCP4,PREPL,HNRNPUL1,RAB35,GRIA2,LRRC59,KHDRBS2,PSMD12,HPCA,TMEM59L,AK1,ABHD8,CACNA1B,SPATA2,CACNA1E,HSPBP1,PDZD4,DPP6,EFNB3,TCTEX1D2,CASKIN1,NACC1,SRGAP3,NDUFV3,LRRC4B,AP1M1,SYT5,SMAD2,KLHDC3,NOP14,TBCB,CLK4,DNAJC18,ARHGAP33,IFT20,CNOT4,GNAL,SYNJ1,NSG2,CDK5,DLG4,GNB1,MAP3K10,PIN1,GNB5,NFE2L1,EIF4G1,KDM5C,THRA,WDR1,CCDC47,DOCK7,CELF4,CELF5,FBLL1,SEC61A2,SEC61A1,LRRTM1,LRRTM2,TIMM17B,EVI5L,IDH3A,SVOP,IQCE,RAD23B,PJA1,TRAF7,LANCL2,DCX,NAT8L,THOP1,CAMK1G,RNFT2,DDX27,ATF6B,DDX25,USP11,KATNB1,TM2D3,FAM169A,JAKMIP1,U2AF1L4,FOXRED2,FAM168B,GANAB,PARD6A,HAUS8,U2AF2,GNG7,VPS53,NT5DC3,EIF4H,SLC25A23,WASF1,ATP9A,CACNG4,CLVS1,LGI1,KDM4B,TAF13,FBXL19,PCDH8,SYT16,FBXL16,EFR3B,DBNDD1,PPP2R2B,DNAJA3,TRIM37,ERCC5,RGS12,PTPN5"
+"gene_set_query"	"594"	"ETV6"	"571.8"	"ARCHS4 Coexpression,1242;Enrichr Queries,522;ReMap ChIP-seq,207;GTEx Coexpression,316"	"IPO13,MDC1,MT-ND4,TRIO,RPL3,ZFYVE9,GABPB1,PHB2,BACH2,PREX1,SCAMP4,ZMIZ1,DPYSL2,MYC,AP1S1,IER5,SAMD10,IER2,VPS18,DAXX,MEF2C,TSPYL1,RBFOX2,FNBP1,PRKCE,PRKCD,CD3EAP,HDHD2,GTPBP2,PRKAB1,EML4,BCR,RUFY3,DDIT4,TBPL1,EXD2,MEPCE,NEDD4L,ABCB8,COPS7A,HIF1A,MRPL20,PPP4C,CHST10,PLCG1,ST3GAL1,S100A10,NDFIP2,RPL41,JUN,JUND,H3F3B,FUCA1,EDEM1,PBX2,IRF2BP2,MAD2L1BP,PA2G4,NR1D1,PHC3,MRPL24,SNUPN,PBX1,WDR55,SETX,EHD1,HNRNPL,FIBP,SLC6A6,TBL3,HNRNPF,DZIP3,CDK16,CDC42SE2,MOCS2,PIGU,BTG1,HEXB,DIS3L,MED15,WDR46,BBC3,PIGX,RNF157,TRIM8,TMSB4X,ENSA,JAK2,JARID2,ZC3H10,LYPLA2,BRD2,ACTL6B,HSBP1,PGAM1,TCF12,TET2,GMIP,DYNLL2,FAM126A,MED29,DUSP6,SIRT3,DDB2,NCOR2,RNF167,SLC7A5,MRPL50,SIKE1,ZEB2,MED20,PXDN,PLEKHO1,SLC29A1,GAS7,GRAMD1B,RNASEL,WDR26,WRB,NRAS,BTAF1,UNK,PSMB3,LMAN2,HARS,RPS2,BID,MEF2D,BRD4,SF3A3,UTP3,PCGF2,STAT2,TRMT1,GTF2H1,HIPK1,GATAD2B,BYSL,LYRM2,MORN4,NFIA,CCDC9,NFIB,APEX1,ZYX,PLP2,PKN1,YPEL3,HDDC2,ANKRD13B,FAM49B,ANKRD13D,PARK7,ZBTB22,HDDC3,NUDT19,ANKRD13A,PPP1R16B,TLE3,BIVM,IK,RPS9,ANKRD46,CISH,FBXW7,TPM3,USP3,F2R,TRAFD1,FRMD4A,LARP4B,CASD1,FBXW2,THOC7,FOXP1,CLIP2,FRMD5,SLC9A5,RAB31,ZFP41,MAPKAPK2,FSCN1,SNRNP27,ADNP,SNRNP200,ARL8A,SNRPB,IFNAR1,FKBP2,PFKFB3,ARL3,ABHD2,ISG20L2,ITPR1,NTPCR,RAP1B,SOCS2,SBNO2,SNN,MED30,PITRM1,UBR7,STK36,PMVK,NACC1,MCL1,ANKRD28,OSBPL5,CCDC12,TMEM120A,ARPC4,LSM4,UCKL1,LSM2,DRAP1,COPS6,GON4L,LRCH1,ARPC2,REEP5,SP3,TADA3,RNF181,GPR107,MDM4,NF2,EIF4G3,RAB5A,NOP10,ZNF512B,HSP90AB1,MCM7,ZC3H4,TRADD,CELF2,POMT1,PTEN,PIK3CD,ARRB1,AP4M1,MRPL4,NGRN,SART1,DUSP12,SCRN1,PPP6R1,PMEPA1,BCAS2,UNC45A,BCAS3,ACTR2,PLEKHG2,GGPS1,DST,RFC2,VPS37B,YDJC,NIPSNAP1,GIGYF1,PTP4A2,PTP4A3,TRAF4,SLC25A19,SYF2,CTDSP2,TMBIM6,TOP1,PPP1R12C,SLC25A11,PPP1R15A,SNAP47,MTPN,HDAC3,WBP2,PRCC,ZBTB45,PPM1D,PPM1E,HDAC7,MLLT6,FOXRED2,ABLIM1,FCHO1,U2AF2,SH3BP2,VPS52,SH3BP5,FYN,DCAF12,ATP9A,PPP1R14B,SPAG7,TRIM41,PPIL2,NDUFA5,RNF24,RNF25,MBOAT7,SEMA4B,NDUFA2,EFR3B,ASXL1,NELL2,KLF7,NECAP2,MARCKS,KLF6,VAPB,EIF3I,RAB12,ST7,OCIAD1,PDCD4,TRIM35,TRIM37,CCM2,ATXN10,RHEBL1,TRIM33,TPT1,PFKP,EIF4A2,SLC35B2,APP,IFITM2,VARS,ZMYND8,HDAC11,PPAN,CBLB,IFI30,NUDT3,ACTB,CYB5D1,RPS14,RPS16,TRIM28,RPS19,RPS18,PPP2R1A,FTH1,LONP1,CCDC97,KIF21A,EIF2D,CCNL2,BTRC,KIFAP3,CCNL1,SLC12A6,SOX4,TBC1D10B,ATP6V1G2,IMP3,NFKBIL1,ACTN1,CIRBP,ACTN4,CPT1C,BCS1L,PISD,INPP4A,SNHG12,THAP7,CDC37,CSNK2B,CD2BP2,HECA,PFN1,AURKAIP1,PFN2,MACF1,TMEM87B,DHX8,SUPT4H1,CD99L2,TRMT2A,PIK3R1,MYL12B,PGS1,APOO,SNX1,PGBD5,PCBP1,ERI3,MIER1,ATP6V0A2,HIVEP1,MLEC,GSE1,STXBP5,HIVEP2,NTSR1,VASP,BCL11A,HARS2,SMARCA2,PTK2,MED13L,EXT1,ID2,PAF1,RGL2,C2CD2L,ITM2C,DHRS13,NRP1,TMEM151B,FKBP15,FAM57B,CITED2,SLC35F2,MYL6B,NAT14,RAB22A,HERPUD1,SERP2,ARV1,UCHL1,SIPA1L1,ENC1,DHX15,DHX16,KIF1B,SSSCA1,FEZF2,RAB8A,COX8A,PRMT6,CAP1,PSD,VKORC1,TMEM150A,NCOA5,TSC22D1,GP1BB,MRPS23,GAB2,RHOA,MTSS1,MLF2,RHOB,TOX4,RAP2B,CTTN,NME7,CSDE1,MAPRE3,ARHGEF1,FAM32A,MAPT,CD47,ALDOA,SGK1,DBN1,STX16,SATB1,AMIGO1,DOT1L,PRICKLE2,CCDC106,RELA,TYMP,ARVCF,SH3BGRL,TCEAL5,NFIL3,CUX1,SERTAD2,GPC2,ATP6V0E2,HEATR6,RAE1,MAP4K4,DYNC1H1,RANBP1,VEGFB,AP3D1,MYO9B,AP2B1,YIF1B,VEGFA,HIST3H2A,KLHL5,CAPZA1,KBTBD2,TCEA2,TRIP12,MEGF8,DPAGT1,SCARB1,CRTC2,MIDN,ZFAND3,MPI,MRFAP1,PEBP1,ARID4B,PRDM2,COMT,TXN2,IGF1R,BASP1,RSBN1,TANC2,TMEM131,ADAM19,EEF1A1,TMEM136,PRPF6,DNAJC30,DOK5,TBL1XR1,EHBP1L1,SPNS1,ELMO1,FIZ1,RELL2,RTN2,ISYNA1,DDX5,BHLHB9,NDUFB10,RPS19BP1,SLC1A4,RASGRP2,NDRG1,EMG1,MAN2A2,CAMTA2,OTX1,VARS2,ATP6V1D,PDZD8,KLHDC10,SYT5,IVNS1ABP,PRNP,KLHDC4,CBX4,SMURF1,PHF12,ECD,HMGA1,CRIM1,KLHL22,CWC15,SUPT5H,AP4B1,MANBAL,NFKBIA,EFNA2,PAN3,APPBP2,HOOK2,HOOK1,GNB2,CHMP2A,LRP10,PICALM,GALK1,UBE2M,YWHAE,RERE,CUEDC2,YWHAB,USP32,PRKCSH,CHD6,USP39,LMNB1,RBM3,SPRED2,SEPT6,MLST8,FLOT1,PDE4B,CASP2,FLOT2,PDE4A,LRRFIP1,SCYL1,USP46,KDM6B,HSDL1,ARHGEF12,KLF13,H2AFY,PDPK1,PDE4D,H2AFX,ABHD14A,NAV2,SYNGR3,ARID1A,POMGNT1,YWHAZ,SEPT5,ARID1B,EPN1,KLF16,FCHSD1,VCAN,DDAH2,CAT,IFT46,PFDN4,OTUB1,CAMK2B,TSEN34,USP15,RGS19,DCTN1,RGS16,POMP,OPRL1,DDX21,RSPH9,ASAP1,ATP1A1,AGPAT1,FAM169A,RNF4,AGPAT3,RMND5B,DNPEP,CHSY1,MKNK2,BNIP2,PTK2B,TMEM208,NCAM1,CLASP1,PDLIM7,PTCD3,TTC13,ATP13A1,LIMK2,USP22,CADPS,ATP2B4,MEIS2,USF1,NAP1L4,MAPK10,GALE,RPS6KB1,ERCC1,RBM42,SPRY2,SUGT1,VIM,SSBP4"
+"gene_set_query"	"595"	"ZNF28"	"572.0"	"ARCHS4 Coexpression,473;Enrichr Queries,871;GTEx Coexpression,372"	"CCNJ,SMC6,ZDHHC8,EPRS,CCAR1,LSM12,CDC23,CAPNS1,MPRIP,PSMD5,MYC,ZMIZ2,GPBP1,PWWP2A,AKT1,PRKACA,PRKACB,ATXN7L3,TMPO,ARRDC4,SRRM2,MED1,DDX18,EPHA4,AQR,MEF2C,SCAF11,ARL15,ARRDC3,MTUS1,WDR75,CD3EAP,MOGS,SCRIB,MAPK8IP3,KATNAL1,DDIT4,AKAP9,PRR12,ALG10B,RPL28,SF1,NUP205,SET,PAXIP1,TBC1D9B,DHX8,IGSF3,SAR1A,DHX9,FLII,CTR9,PIK3R3,PIK3R1,HIF1A,MTDH,APH1A,PPP3R1,PRRC1,DHX33,MIER1,TRPM7,PLCG1,PIP5K1C,RBM12,ZBED4,FIS1,PRPF38B,INTS1,INTS2,RDX,PRRC2C,MYO5A,PBX2,PRRC2A,HNRNPL,HNRNPK,STAG2,FAM135A,HNRNPF,CALM3,NOL11,RBAK,CDK13,ARF3,OGFR,TRAM1,SMG1,AHCTF1,PIGU,WDR47,FAF2,SLC7A11,SIPA1L2,PRPF19,PFAS,SMG5,MED17,TRIM8,SYNCRIP,NIPBL,SPTLC1,MED13,DHX15,ANXA6,UBXN7,SDF4,CIC,UTP14A,GIT1,RSPRY1,PRMT6,UPF1,WDR36,PBRM1,MINK1,TET2,SLC39A10,PRPF40A,NIPA2,DYNLL2,PGM2L1,SREBF2,MED23,NCOR2,SIKE1,INF2,TMEM33,PXDN,ARHGEF2,GART,DLD,PRIM2,SF3B3,ZDHHC20,SATB1,NIP7,HEATR1,NOL8,CENPB,GNAI2,HIRA,NRAS,BCLAF1,SRP72,TMEM68,CLPTM1,MFN2,RICTOR,APBB2,MGAT2,ANKRD52,SRSF10,YKT6,SUZ12,NPM1,CSNK1A1,MTX3,YIPF5,DAB2IP,AP3D1,GTF2H1,SYNJ2BP,SCAF1,ARCN1,WDR11,VEGFA,KLHL9,SKI,SEC23IP,XPOT,NFIB,TAOK1,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,DBR1,CCNT2,PRDM4,ZFAND3,CD81,CLSTN1,ATN1,UBE2Z,FBXO22,PPP1CB,ZFP30,LAMP1,ARHGDIA,CWC22,SMARCAD1,LZTS2,ARID2,SBF1,USP8,CSNK1G3,SUPT16H,MORC3,MAP2K2,USP5,SLC30A5,LMO7,THOC2,CTDNEP1,TMX3,RALGAPB,HNRNPUL1,TMX1,TBL1XR1,HNRNPUL2,NCL,RPL7L1,EHBP1L1,RAB35,CHMP4B,PHIP,ADNP,SRSF6,STAM2,ANAPC1,CSNK1G2,GLYR1,ANAPC2,ANKRD17,INO80E,RAB5C,COPB1,ANKRD12,MAZ,TARS,TOR1AIP2,PDS5A,EFNB2,SBNO2,ORC3,G3BP1,DVL1,BTBD2,NACC1,BRIX1,NAE1,SKIL,QSER1,WDTC1,TRAPPC2,API5,HPS3,DNAJC14,EEF2,CNOT6,EFNA2,SH3BP5L,HOOK2,CDK4,HOOK1,CNOT1,GNB2,SP3,GNB1,PDCL,STT3A,MDM2,NF1,PLEKHM2,PLXNB2,MDM4,IARS,ACBD3,BRWD1,LSM14B,LRP10,NFE2L1,EIF4G1,RNF187,MXD4,UBE2M,KDM5C,GSK3A,DOCK9,PRKCSH,CHD6,PTPN23,SYNE2,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,SART3,ZC3H7B,PPP6R1,SNRNP70,CASP3,UBTF,PGM3,TLK1,TOPBP1,TNPO1,SCYL1,ACTR3,MAPK1IP1L,REXO1,DST,DIS3,EED,PDPK1,DDX55,NAV2,YWHAZ,ARFGAP1,KLF16,LATS1,PTP4A1,TRAF7,VCAN,PTP4A3,CREB1,DNAJC6,POLR1B,DNAJC5,BIRC6,NUP54,TOP1,BDP1,BCAT1,PPP1R12C,NFAT5,GTF3C3,ROCK2,RAB1B,LENG8,WIZ,MLLT1,STRN4,USP19,DNAJB2,DCAF15,AP3M1,FAM168B,GANAB,CAND1,MTA1,TAF1B,U2AF2,TGS1,FAM120A,TAF1A,FEM1C,BUB3,IGF2BP2,EIF4E,FBRS,DCAF13,FBXL19,PDE4DIP,DEK,CDC42BPB,CDC42BPA,CLCN7,NEURL4,APC,CARM1,MGAT4B,ACIN1,P4HB,ABCE1,TAF2"
+"gene_set_query"	"596"	"ZNF791"	"572.7"	"ARCHS4 Coexpression,1251;Enrichr Queries,273;GTEx Coexpression,194"	"ANKLE2,HDAC11,HNRNPU,JMJD1C,SMC5,GCC2,EPRS,TRIM28,OPHN1,DPYSL2,FTH1,BSG,EPC1,AKT1,BTRC,CCDC92,ATXN7L3,SOX4,IER2,FNBP4,DDX17,WSB1,SCAF11,ARRDC3,IFRD1,CIRBP,CD3EAP,MOGS,DICER1,RC3H2,DDIT3,DDIT4,KCTD13,ORAI2,HECA,ANKRA2,AURKAIP1,ALG10B,MACF1,FLII,PHYHIPL,XPC,PIK3R1,RNPC3,HIF1A,ANAPC11,FAM160B1,APH1A,PTDSS2,UGCG,ERI3,DHX38,TRPM7,AMZ2,RDH13,HMOX2,JUN,JUND,SURF2,SLC35E3,PRRC2C,MRPL28,IRF2BP2,PUM1,PHC3,MED13L,PRRC2A,SETX,HNRNPL,FIBP,STAG1,STAG2,EIF5,WNK1,FUBP1,GOLGB1,ID2,HBP1,BAP1,SUGP1,CPEB4,ITM2C,PHF3,SETD5,AHCTF1,PIGU,BTG1,CDKN1B,SLC7A11,PCSK7,PRPF19,SMG5,DDA1,HERPUD1,SERP2,UBL5,NIPBL,ZMYM2,TMEM43,PCF11,DHX15,GPR137,UBXN7,SDF4,GIT1,UPF1,PBRM1,SHPRH,HSBP1,TSC22D3,MINK1,TET2,PRPF40A,ASH1L,DYNLL2,DUSP6,MLF2,RHOB,MED23,SLC7A5,NFX1,PXDN,PELI1,RAPGEF2,NCOA7,SGK1,SAMD8,SSNA1,AKAP8,NOL9,CCDC106,CST3,SCAF8,BCLAF1,TCEAL5,BTAF1,PPP1R7,TMEM68,RICTOR,SRSF10,SF3B1,MBD3,RANBP2,PLEKHA1,KIDINS220,MTX3,YIPF4,RSRC2,MYO9A,VEGFA,PER1,MKLN1,NFIA,CCNG2,TAOK1,TCEA2,RAB3GAP2,NUCB1,HDGF,YPEL5,SH3GL3,CCNT2,TUSC2,ROGDI,ZFAND5,ARID4A,MSI1,ARID4B,SMCHD1,CAPN7,CHCHD6,SESN1,CWC22,ADORA1,EP300,TXNL4A,ARID2,STK32C,SLC39A3,USP8,MORC3,SLC38A1,MAP2K2,TRAPPC2L,USP5,UBE4A,ADAM10,PRPF4B,THOC2,BSCL2,DISP2,ACAP2,DMTF1,FAM173A,RAB35,WDFY1,SRSF4,PHIP,PPIG,ADNP,DDX6,LRRC59,PFKFB3,INSIG1,CHRNA7,ANKRD12,ABHD8,TOR1AIP2,COX7A2,HSPBP1,ORC4,ORC6,DPP8,NACC1,ZKSCAN3,SLC38A2,SKIL,ZKSCAN1,ATP6V1F,MCL1,BPTF,AP1M1,TRAPPC2,KLHDC3,OSBPL8,PRNP,SMAD4,UROS,NUP153,KLHL24,LSM4,SMAD5,CLK4,ANKHD1,NFKBIA,GON4L,SON,EFNA2,HOOK2,CNOT2,SP3,TADA3,JMY,GNB1,MDM2,SPIRE2,PIN1,MDM4,SERINC1,NF2,LSM14A,COPE,NFE2L1,UBE2M,EIF4G1,YWHAE,CREBZF,RNF11,DDX3X,DDX46,WDR1,PRKCSH,MAST1,CHD6,PTEN,CHD2,RND2,AFF4,ZC3H7A,SIN3A,MAN1A2,RB1CC1,OPA3,PPP6R3,MLST8,EVI5L,TNPO1,CCDC50,PPP1R12A,PDPK1,ATRX,IQCE,ARNT,ARID1B,RAD23B,DDOST,PJA2,LATS1,PTP4A1,TRAF7,CREB1,PIK3CA,CTDSP2,POLR1B,RASA1,LUC7L3,NAA38,NUP54,BDP1,THOP1,PPP1R15A,RNFT2,NFAT5,PPP1R15B,KDM3A,UHRF2,DDX25,ROCK2,RAB1B,GOSR1,DDX21,TOB1,GNA13,FBXL20,GANAB,HECTD1,TNKS2,U2AF2,MKNK2,PDE6D,BNIP2,DNAJB9,FEM1C,FYN,POLR2I,RPP14,SPEN,SPAG9,SEC24B,TMEM30A,TRIM41,FBXL19,NICN1,FOXJ3,FOXJ2,CYHR1,DEK,OXR1,NAP1L4,IRGQ,PINK1,KLF6,PPIL4,TAF2,TNRC6A,TAF1"
+"gene_set_query"	"597"	"EBF1"	"572.8"	"ARCHS4 Coexpression,469;ENCODE ChIP-seq,81;Enrichr Queries,899;ReMap ChIP-seq,229;GTEx Coexpression,1186"	"ITSN2,POP5,GMFB,TFRC,DPYSL4,DPYSL5,DPYSL2,DPYSL3,SAP30BP,CACNA2D1,FRS2,LARS2,EWSR1,DDIT4,UNC50,ORAI2,TMEM126A,VOPP1,PLBD2,EXD2,SAR1B,SHMT2,MEPCE,NPRL3,BAZ2A,ADAMTS10,CIAO1,RHOT2,RDH11,HEXIM1,JUN,PRPF38B,GSTM1,NCAPH2,NR2F1,EIF2AK3,BTBD10,PBX1,TBL3,PKIA,FASN,NMT1,SFXN3,NMT2,FAT4,PRKAG1,SNX10,SNX11,SHB,OSBPL11,MED17,SHF,TCP11L2,NEFL,NEFM,PCMTD1,SLC39A11,MED26,MED29,DUSP6,PGM2L1,DUSP7,DDB2,MED23,TMEFF1,SLC7A6,PLSCR3,PTRH2,MED21,PXDN,MED20,RAPGEF1,PAFAH1B3,ERGIC1,TRUB1,ELOF1,GSTP1,WRB,ATL2,ADAM22,DLST,NOC4L,BID,SAMD1,CRBN,CCDC9,SHKBP1,SNX14,CCDC6,AGRN,CRLF2,MTCH2,FBXO28,ATN1,FBXO25,CASC4,LTN1,MPV17L2,FADS3,UROD,NUDT19,PCYT2,FBXW5,CISH,DGAT1,STX7,ATP11C,POLRMT,CASD1,PIAS2,LENEP,CDC25B,SRSF4,ARL8B,SRSF9,FTO,INO80B,INO80E,FBXO45,CORO1B,CORO1C,RAP1B,EIF1AD,SNN,NDOR1,MBIP,ZKSCAN3,PGK1,SMYD2,EIF4EBP2,IP6K2,FUS,ODF2,UROS,HPS1,HPS3,ARPC4,UCKL1,FBXO31,DRAP1,LRCH2,ARPC3,SP3,DMXL2,ACO2,CNTROB,OGT,NOP10,ITGB1,MCFD2,AKAP8L,PTEN,AP4M1,SPR,BCAS2,UNC45A,ACTR2,ACTR6,MSL2,RABGGTB,RABGGTA,ARFGAP1,C1D,ETF1,BECN1,CANT1,ROCK1,ROCK2,SRC,SRBD1,CDC42,ZNRF2,CCDC85C,U2AF2,FYN,EIF4B,GADD45GIP1,NTRK2,MARCKSL1,TRIM41,PCDH9,CDC5L,EFR3B,HNRNPAB,TSPAN14,NECAP2,CDKN2AIPNL,EIF3I,PDCD4,EIF3G,OCIAD1,KCP,PDCD2,EIF3C,UNC79,SMARCAL1,PPAN,NUDT2,ACTB,HERC2,TRIM28,SNRPD2,CDC26,BSG,TRIM24,CCDC97,EIF2D,ATP6V1E1,EIF2A,ATP6V1G1,ALG9,ATP6V1G2,SMARCC2,LIMCH1,ECH1,ALG5,CIRBP,ALG2,CSNK1D,ALG1,MFSD10,CFDP1,PPA2,KCTD10,CDC37,KCTD12,EIF1B,NUMBL,AARS2,GGNBP2,NRN1,DHX8,GIPR,MYCBP2,KALRN,PGS1,NKAIN1,SEC14L1,HLTF,ATP6V1C1,XBP1,SMARCA5,HARS2,MED13L,AIMP1,AIMP2,CWF19L1,ECHDC2,FBXL3,CALR,CD200,SUGP1,NRP1,DHRS13,COX7B,MRPS15,CSRNP2,MRPS16,CSRNP3,HIBADH,NAT10,HERPUD1,PTMS,AKAP12,PPP3CB,NUDCD3,GIT1,BBS4,CAP1,MRPS25,PABPC4,SYN1,APRT,TOX4,RAP2A,RAP2B,KIT,ARHGEF1,PTMA,SLU7,NAPA,DYNC1I2,AHCY,MRPS35,SSNA1,GBA,GNAI3,NAPG,ORMDL3,MGAT3,MGAT1,MGAT2,SPRYD3,VEGFB,TTC1,MYO9B,PEX14,GRIN1,VEGFA,PDCL3,SEC23IP,NUDT8,KLHL7,SGSM3,NDUFAB1,TTC3,TCEA2,AGGF1,TCEA1,CARS,OTUD5,SRP19,CRTC2,SYS1,UBE2Z,ACTG1,EEF1B2,FAM3C,PCID2,MORC3,DNAJB12,SDHC,POU3F1,POU3F2,ADAM19,EEF1A1,ADAM15,PSPC1,EHBP1L1,WDFY1,PPIB,PPIA,COX19,DDX6,TSG101,NDUFB10,COX16,HTRA2,CACNA1A,NCKIPSD,SHARPIN,GRK6,TBC1D13,LLPH,TBC1D17,UBE2F,YARS,SYT4,UBE2H,UBE2I,AUTS2,NUP155,UBE2A,AP4B1,MANBAL,IFT20,HOOK2,NASP,UBA3,UBA2,CNTN2,AMOTL2,TCF4,UBA1,TCF3,UBE2M,GALK1,CUEDC2,DYRK3,LDB2,TNFAIP1,RND3,LMNB2,TTC28,TMEM222,TMEM223,MAN1A2,GDAP1L1,DCAKD,NAV2,SYNGR3,EPN1,EEF1G,SETBP1,TMEM214,GFOD2,CRY2,MAN1B1,IFT46,RALA,RRN3,ANKS3,RNF8,SLC3A2,RNF4,ADD1,CYTH3,CYTH2,GNG3,GNG2,TMEM203,GNG7,TDG,TRA2B,MKNK2,SLIT1,BNIP1,BNIP2,MTA2,CRYM,RPP14,TIMM8B,ARFGEF1,TTC13,HS3ST1,FAM155A,ERCC1,KRAS,VPS29,ARPC5L,SMC6,EPRS,PHB2,ZMIZ1,AP1S2,LUC7L,VPS35,NUP214,VPS18,DDX18,PRKCD,ARMC8,HCFC2,GTPBP4,HCFC1,WDR77,DAAM1,ADPRH,ZSCAN21,NUP98,VPS25,LRPAP1,PDXDC1,WDR61,XPC,RNPC3,GNS,NCSTN,FLRT2,NUP85,GAR1,VPS11,ST3GAL2,HMOX2,FDFT1,VPS16,CEP78,BTF3,PRELID1,NDFIP1,IRF2BP2,MCAT,EHD1,MEX3B,MEX3A,MMS19,FARSA,PHF20,PHF23,ASH2L,KRI1,SMG6,UBL5,UBL3,MTG1,TIMP2,TK2,CIC,RRP15,UBL7,SHPRH,NUTF2,FAM126A,WDR35,NCOR2,ZEB2,KAT2A,NSA2,SIKE1,TUBB2B,TUBB2A,HEATR5B,MTF2,GAS8,GAS7,EXOC1,NFIX,CLDND1,RNMT,WDR24,RPS15A,PPP1R7,PPP1R8,SLC17A7,PAIP2,RUNX1T1,YTHDF2,KIDINS220,WDR18,ELP2,DHRS1,SYNJ2BP,NFIA,NFIB,PLP2,ANKRD13C,VKORC1L1,ANKRD13B,FAM49B,ANKRD13D,GTF2B,RAB3D,CEP120,SYAP1,AUP1,RPL10A,IPO7,IPO4,EDC4,IPO8,LAMP1,CFL2,PAPOLG,CFL1,SLC39A6,SNRNP35,TXNL4A,PLEKHJ1,SLC39A3,IFNAR2,RARS2,RAB2B,SUPT16H,USP3,GTF3A,THOC1,TRAFD1,FRMD4A,FRMD4B,LEMD3,THOC5,PYGO2,MORF4L1,RAB34,RAB35,AAGAB,SNRPE,TOX,FKBP3,SNRPB,FKBP2,RAB5C,FAM114A2,UBR2,SCRT2,ORC3,DVL1,DVL2,MCL1,UVRAG,OSBPL8,TRAPPC1,CCDC12,TRAPPC4,TRAPPC5,M6PR,NSG1,REEP1,SLC7A6OS,NSG2,LHX2,PLXNB2,RSL24D1,SLC48A1,DIDO1,ZC3H4,PIK3C2B,LBH,AP1G2,NOB1,VPS72,AP1G1,SNRNP70,RNPEP,WDR6,CEP170,TNPO2,CCDC50,ADSL,RFC3,PLEKHG2,CDADC1,RFC2,SECISBP2L,RPL13A,TSN,DNAJC2,CTDSP2,DNAJC8,CRK,MTPN,LEPROT,HDAC2,TSSC4,DNAJB2,FBXL20,STOX2,NFS1,HAUS8,FIP1L1,POLR2B,VPS53,POLR2C,POLR2E,POLR2F,CSK,POLR2H,ADSS,SEC11A,POLR2L,SEC11C,SLC35A2,PPIL2,ASCC1,FBXL19,TPRKB,FBXL14,FBXL12,RAB14,POLR3C,MFAP3,VPS41,POLR3E,DRG2,CEBPZ,PPIL3,POLR3K,SLC35B2,VEZT,ISCA1,SLC35B4,FCF1,CBLB,RPS16,RPS19,KAT5,FLAD1,ARFIP2,LONP2,RPS11,SEPHS1,TBC1D10B,SRRM3,COG8,COG6,METTL3,COG2,AP1B1,TIAM1,POR,KARS,MTHFD2L,SIK2,APCDD1,RPAP3,SCFD1,PDCD11,RALGDS,VASP,SETDB1,SYNRG,PYCR2,PUM1,RPS26,SMU1,RPS27,RPS20,RNPS1,RBAK,RPS21,UBXN1,ZFAND2A,ROBO1,COIL,XPO1,DNER,GABPA,RAB8A,PSD,PSENEN,TOP3B,PARP1,ITFG2,MLF2,PARP8,VAV2,NFX1,AIDA,SDCCAG8,NOL7,NOL8,NOL9,PTN,TYMP,BEGAIN,CST3,HIRA,UBTD2,APBB2,METTL6,APBB3,MTX2,NFYC,SORBS1,ATAT1,KBTBD4,MEGF8,KBTBD7,MPHOSPH8,NDUFA13,KDM1A,NDUFA12,NDUFA10,MRFAP1,CWC25,COL4A3BP,TATDN2,FAM162A,HCFC1R1,COTL1,ACYP1,PRPF6,HGS,PRPF3,IDI1,ZCCHC7,ISYNA1,CHRNA7,CLEC16A,LPL,EFNA4,EFNB2,EMG1,SCUBE1,UBB,KLHDC3,KLHDC4,PNPT1,CPSF1,IDH2,CWC15,EFNA3,EFNA2,CAPRIN1,CHMP2A,DYNLRB1,PI4KB,BRWD1,LRP10,ZSCAN2,MUS81,KDM5B,DBI,RBM3,RPS4X,CASP9,SPRED2,FLCN,SEPT6,PPP2R5E,RBM5,RBM6,KDM6B,HGSNAT,SPATS2,IQCE,DCK,LSS,POMGNT1,SEPT2,GAP43,FCHSD2,DDAH2,RASA1,AKT1S1,CDH11,DNLZ,DCX,CDH13,TERF2IP,HAGH,PFDN4,PFDN5,STOML1,PDXP,MAPK8,ALDH1B1,FAM120B,SAP30L,ATP13A1,QPCTL,RPS6KB2,RBMX,MAPKBP1,MT-ND4,ARAF,GHITM,RBPJ,ZFYVE1,PSMD8,PREX1,RABGEF1,KRTCAP2,PPP4R2,PSMD4,SAMD10,MEF2A,STARD3,MEF2C,RBFOX2,DNTTIP2,EML2,SCAMP3,FAM133B,RFX7,CLNS1A,PSME3,RUFY3,RUFY2,PSME1,UQCRC1,SPARCL1,TBPL1,PSME2,CGGBP1,TTYH3,AGAP2,MRPL16,MTMR9,SDR39U1,AGAP1,SLCO5A1,ABCB8,COPS7A,MTMR4,MRPL12,OAZ1,GABARAP,MTMR6,GIGYF2,MRPL20,CYB5R3,GRPEL2,PUSL1,HMGXB3,ABCA2,PRRT2,CADM1,EDEM1,EDEM2,PMM2,ERLIN2,FAM136A,EIF1,CS,MLLT11,PCDHGA11,FAM135A,EIF6,PSMG4,TMEM9B,LRSAM1,PIGT,MRPL38,MRPL39,MRPL37,MRPL34,HSPB11,PQBP1,TRMT112,TUBA1C,MRPL40,TUBA1A,RPLP2,ACTL6B,ELOVL5,LRRC49,NIPA1,SIRT4,LRRC40,SIRT6,SIRT7,SRP9,LRRC42,MRPL50,PSMA2,TMEM33,TUT1,VAMP4,VAMP2,SLC29A2,LRRC14,TMEM70,MRPL55,GGA2,PSMB6,GGA1,PSMB7,RECQL5,GGA3,AP2S1,LEO1,HARS,NCDN,MEF2D,YKT6,SRSF11,MDH1,MDH2,STAT2,FABP5,PSMC3,PSMC2,UBAP1,UBAP2,TSEN2,OSBP,STK16,PIM3,KPNA3,SLC25A44,PPP1R16B,SH3GLB1,UBE2E3,VPS33A,UBE2E2,PRPF4B,ZBTB33,FOXP1,ACAP3,FRMD5,TXLNA,SLC9A8,MAPKAPK2,FSCN1,SQSTM1,ANAPC2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,LRRC55,SAV1,SOCS2,PMVK,THEM4,E4F1,ZBTB17,TIA1,GOT2,ZBTB11,ZC3HC1,TMEM11,TUBGCP5,MDM4,TUBGCP4,TMEM19,MDM1,ZNF512B,HSP90AB1,CELF1,CELF2,SCHIP1,POMT1,CELF3,FHL1,CELF4,PIK3CD,CELF5,MRPL4,MRPL3,NGRN,MRPL2,PMEPA1,MRPL9,MDP1,EID2B,HSP90AA1,ARNT,RAD23A,VPS37B,DDOST,PIK3CA,SLC25A19,PIK3C3,BDP1,SEC22B,SLC25A4,AHDC1,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C2,GTF3C3,NDUFB7,LRP1,GTF3C5,PPM1L,PRCC,CXXC1,FURIN,ZBTB45,HSD17B12,CXXC4,NCLN,FCHO1,SH3BP2,FCHO2,LRRC8D,IARS2,AAMP,SLC25A22,SH2B2,NDUFA9,PTPN1,PPP1R14B,NDUFA7,NDUFA5,NICN1,LYSMD1,RPL23A,TPD52L2,NELL2,SLC25A38,NOVA2,CCM2,P4HB,MDGA1,EIF4A2,TMEM41A,TMEM41B,CCNI,KDELR1,JMJD1C,ZDHHC7,THUMPD1,IFI30,TXNDC16,CYB5D1,ZDHHC4,RASSF2,CHORDC1,CCNL2,KIF21B,EPHB1,TMPO,ACVR1,EPHA4,ENTPD6,NSMCE2,ZFP2,NSMCE1,ANK2,ANK3,ANK1,PISD,GNPAT,SFRP1,ULK3,TAGLN3,TMEM87B,L3MBTL2,SUPT4H1,PIK3R3,PIK3R2,PIK3R1,UBE2J1,APH1A,SNX3,COMMD9,DHX33,DHX34,LARS,PCBP4,PCBP1,MICAL1,DHX38,DYM,SYMPK,HIVEP2,TSPAN3,RIMKLB,SCN3A,N4BP1,CTSA,LRRN3,ST8SIA2,INTS2,SURF4,MICAL3,DCLK2,PAICS,DCLK1,SNW1,PPP1R1A,ID2,RPL27A,PAF1,CALM1,RGL2,TMEM151B,PTPRS,CCDC127,GPAA1,FAM57B,AATF,IER3IP1,ARV1,ENC1,MLX,SSSCA1,VKORC1,SEC13,NCOA5,ACAD9,MINK1,NCOA4,ZFR,ANO8,MRPS2,RGMB,MRPS5,MN1,CTU1,CTTN,GLCCI1,SFI1,DBN1,STX16,DOT1L,STX18,CCDC107,CRIP2,CCDC106,SAMM50,SERTAD4,PES1,GPC2,CCT7,EXOSC2,PAK2,NPDC1,NPM1,YIPF2,PLEKHA1,PLEKHA6,UBE2G1,AP2B1,PPP1CA,MAD2L2,FKBP1A,RGP1,PER1,ZDHHC9,GPAM,ESYT2,SCARB2,SCARB1,MIDN,ACAA2,CD81,KIF5C,SNIP1,EP300,SH3GL1,ADPRHL2,SLC30A5,ATG9A,RUNDC3B,GEMIN7,RTN2,VCP,PSMD12,RTN1,SLC1A1,TOR1AIP2,SLC1A4,PDS5A,RPF2,RTN4,KIF3A,CAMTA2,NDUFV3,NDUFV1,BCL9L,IVNS1ABP,OST4,PRNP,ECD,CRIM1,HMGA1,SUPT5H,KLHL20,CLK2,CLK1,PAN2,QDPR,PAN3,PHF14,TAB1,PICALM,RBM28,GSK3B,GSK3A,PRR7,DDX46,DDX47,PRKCSH,CHD8,CHD6,ILK,CHD4,DDX41,TRIAP1,AFF3,CHD2,AFF4,PPP1R9B,BCL7A,NUP62,BCL7B,GATAD1,TIMM17A,LRRFIP2,YWHAH,BCKDHA,UTP15,RBM14,NCBP1,GLRX5,DDX50,CREB3,VCAN,NDUFS8,RCN2,IRF3,PEX3,PEX6,PEX5,NDUFS3,ATG4B,MVD,NAA38,INA,DCTN5,PARG,NAA20,CRMP1,ATP2C1,PARL,HMGCL,TNKS2,TAF1C,PDLIM7,RBM39,CHURC1,NAA10,TAF13,TAF11,LRWD1,MAPK14,CLCN7,MAPK10,MAPK11,IRGQ,PNKD,SBK1,GLB1,ASB8,BRMS1L,FAM131A,ASB6,FAM98B,VIM,FAM98A,RBM45,R3HDM1,TAF2,MBTPS2,LNX2,RB1,RPL4,RPL5,CNTFR,RPL30,TRIO,STMN2,THYN1,STMN4,DCAF5,FNBP1L,RPL9,BACH2,GLE1,RNF115,MYC,STMN1,RPL36,RPL35,PIP4K2B,RPL38,PIP4K2C,RPL37,MPV17,IER2,ACOT7,TSPYL1,WSB1,PIH1D1,RPL23,MED8,SOX11,MED4,MED6,CLPX,RPL24,RPL29,ALG10B,RNF121,RPN2,NOLC1,PRDX3,PRDX2,ABR,PRDX5,PPP4C,SSR1,RPL41,FZD3,JUND,H3F3A,UPF3B,PA2G4,FIBP,SLC6A6,RNF103,HBP1,CDK14,CDC42SE2,SPEF1,CLTC,ADO,PFAS,TMEM186,TRIM8,ING4,TMSB4X,ANXA6,GPR137,RIOK1,ZC3H10,BRD1,NUDC,IFNGR2,SSR2,LSG1,TET3,RNF166,RNF165,SF3B5,SF3B3,RPL12,RPL11,TIMM13,TMEM160,TIMM10,GRAMD4,TMEM165,TMEM169,SRP72,LMAN2,RPS3,RPL13,RPS2,DTD1,RPL19,SF3A3,SF3A2,BRF2,TRMT1,TTC9C,GTF2H2,NMNAT2,ABI2,ABI1,SARM1,PHLDB1,FMR1,BZW1,ABHD12,MAEA,CDH2,TUBB3,MAF1,TMSB10,RPS9,IGFBP3,RPS5,RPS6,AIP,CACNB1,CLIP2,STIM2,NCL,NHP2,DNMT1,SEMA7A,CUL7,CD151,ANKRD16,ABHD2,GLO1,ABHD8,KLC1,PHF21A,RHOBTB2,PHF21B,NEUROD2,BAG4,BAG5,KLC2,BTBD1,ESD,BTBD2,NACC1,PSAP,SAFB2,SLC15A4,ESRRA,ANKRD34A,ANKRD27,TOR1A,ADAP1,TOR1B,MARCH6,LSM4,LSM3,CNOT4,CDK9,GON4L,MAFG,CNOT2,EIF4G1,RNF13,ZFP82,DUSP18,PTPN23,DUSP12,PPP6C,GM2A,OPA1,OPA3,HIF1AN,SLC37A4,GPX4,CHUK,LIX1L,REXO2,COASY,PTP4A1,PTP4A2,PTP4A3,ASPH,TRAF4,RPL37A,SOS1,GTF2A1,NFAT5,SMARCD2,WBP1,RPL36A,JAKMIP1,DPCD,LAGE3,HIRIP3,SNRPB2,UGGT1,SMARCE1,SEMA4A,RNF25,KCNIP2,TXNRD1,SEMA4B,SEMA4C,PTPN12,DDHD1,PNRC1,TRIT1,RAD52,KLF7,PFKL,NFASC,MGAT4B,INSM1,RHEBL1,PFKM,METAP2,GDE1,GOLGA4,GOLGA5,DPF2,GLUL,SOX4,AGFG1,AQR,NFKBIL1,RECQL,BOLA1,ACSL3,JMJD8,INPP4A,RRAGA,CRYZL1,XRN2,VDAC1,EZR,AURKAIP1,PFN1,GPM6A,TMEM161A,ANP32A,TWF2,TMTC1,TRMT2A,NMD3,DGUOK,VPS8,SCAI,FIS1,SNHG1,TRAP1,BCL11A,STK11IP,PDE2A,ACADSB,STAG1,SESTD1,ANP32B,CDS2,DAZAP1,SH3KBP1,GDI2,FAF2,MYL6B,CX3CL1,RPTOR,UCHL1,GUK1,ATP6V0B,PRMT7,PRMT1,AMPD2,RHOF,TUBG2,POC5,FRG1,STRAP,RHOV,MAPT,ALDOA,SGK1,KPTN,PRIM1,AKAP6,CTNNA2,RANBP2,AP3D1,RANBP6,PRPF39,MARS,STAC2,R3HCC1,CTNNB1,RAB3GAP2,CDK5R1,TOMM22,CHCHD3,TMEM147,BASP1,CHCHD7,POGZ,CHCHD1,TMEM14C,WRNIP1,TRNT1,PDIA4,DPM2,OXA1L,TMEM135,DPM3,ILVBL,SPNS1,ISCU,FAIM,DTX1,STK4,DPP3,SDCBP,ARHGAP20,DPP8,DPP9,TMEM128,EP400,ATP6V1H,MARK4,ATP6V1D,MARK3,ZC3H15,ATP6V1F,SMAD2,HSPA8,ACBD5,DNAJC11,ARHGAP29,IFT122,TBCA,DNAJC17,NFKBIA,DLG4,TBCE,GRSF1,NFKBIB,USP36,USP38,ELAVL4,SLC2A3,PKD1,ELAVL2,ELAVL3,SENP7,GMPPA,PDE4B,FLOT2,PDE4A,TMEM109,SCYL2,SCYL1,POLG,JAGN1,KLF13,RNF208,SENP2,ARID1B,KLF16,CKAP4,DDX19A,ITGB1BP1,B4GALT7,B4GALT5,TSEN34,RGS19,TM2D2,RGS16,POMP,USP12,OPRL1,MTIF2,MOSPD3,MTIF3,DLL1,TOB1,USP19,RMND5A,IGFBPL1,NT5DC3,NCAM1,ROMO1,CAMK2G,CLASP1,CLASP2,PTCD1,PTCD2,NEGR1,BAD,B3GAT3,USP22,MEIS2,GDAP1,SPRY2,TBKBP1,SSBP2,SSBP4"
+"gene_set_query"	"598"	"SOX3"	"573.3"	"ARCHS4 Coexpression,778;Enrichr Queries,672;GTEx Coexpression,270"	"CNTFR,RPL5,SCOC,CCNJ,EHMT2,HDAC11,STMN2,STMN3,HS6ST2,RPL6,GPR173,DPYSL4,RPS19,DPYSL5,ZMIZ1,RPS18,DPYSL2,MYC,STMN1,DPYSL3,AP1S2,TRIM24,RPL38,RPS10,GABARAPL2,HES6,EPHA4,MEF2C,SMARCC1,PTOV1,MMD2,SOX11,SOX12,CPT1C,SFRP1,ASPHD1,RUFY3,DDIT4,KCTD13,YME1L1,RPL26,OBSL1,CTXN1,LLGL1,ASTN1,BEX4,BEX2,ADCYAP1R1,BEX1,TTYH1,FOXG1,PHYHIPL,RTF1,HTATSF1,NKAIN1,FAM171A2,INPP5F,ERI3,TSPAN7,PATZ1,SCN3A,GPM6B,B4GALNT4,ZSCAN18,JUN,FZD3,PTPRN2,ZFR2,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,GADD45G,SMARCA4,CCDC88A,RPS25,MEX3A,VANGL2,CALY,H2AFY2,RPS29,ID2,LRRN1,DZIP1,CALM2,RCOR2,DZIP3,RPS24,ITM2C,GPR19,EZH2,CDKN1C,GABRB3,DDR1,CSRNP3,HIP1,SLC35F1,ZCCHC17,NAT14,SERP2,UCHL1,CSRP2,TUBA1A,CAMKV,SLC22A17,DNER,ENC1,NEFL,NEFM,KIF1A,FEZF2,ENOPH1,PCYT1B,TSC22D3,ANO8,MANEAL,DYNLL2,GNL1,MED29,RGMA,TMEFF1,TOX3,MN1,TMEM179,TUBB2B,TUBB2A,KIT,MPPED2,PXDN,MAPRE3,RHOU,SGK1,DSCAML1,MAGEH1,PHLPP1,WRB,CCDC106,PTN,NOL4,CST3,TCEAL6,ARVCF,TCEAL5,RPS15A,NPY,RPL13,GPC2,CTNNA2,CKB,GPC4,ATP6V0E2,RPL17,EXTL3,RPRM,JAM3,BRD4,CENPV,PCGF2,WNT7B,LSAMP,ATAT1,ABI2,MORN4,FABP7,TTC3,TSR2,TCEA2,CACHD1,FAM171B,HDDC2,SH3GL3,MIDN,RASL11B,CTNND2,MRFAP1,ARID4A,CIB2,MSI1,CELSR2,ACTG1,NUDT11,ATCAY,SALL2,CDH2,TUBB3,CHCHD6,ADORA1,SLC38A1,RPS9,DSCAM,RPS8,IGFBP3,APLP1,TPM1,IGFBP2,CASD1,POU3F1,TMEM130,POU3F2,POU3F3,SHISA7,BSCL2,OLFM1,MYCN,SLC9A6,LIX1,EEF1A2,SCG5,SCG3,LY6H,PKDCC,ARL3,CACNA1A,DTX3,NDRG2,DTX4,PHF21B,ENHO,EFNB2,IGSF21,EFNB1,PDZD4,PCSK1N,KIF3A,TCTEX1D2,NDN,OTX1,MYH10,LRRC4B,SYT5,SYT4,AUTS2,WSCD1,RHBDD2,HSPA4,TNK2,PTCH1,CBX2,CBX1,TBCB,GNAO1,ARHGAP33,EFNA3,EFNA2,HOOK2,PTPRA,LHX2,REEP2,IFT27,CPE,CSPG5,UBA2,NACAD,FGF13,YWHAE,PODXL2,CELF3,CHD5,RND2,FBLL1,ELAVL2,SEC61A2,NGRN,FSD1L,MDK,PHACTR3,EVI5L,NEO1,ADAMTS7,CCDC34,IQCE,RPL13A,H2AFV,SEZ6L,NIPSNAP1,GAP43,VCAN,DALRD3,UBE2R2,DDAH2,PPDPF,RPL37A,LANCL2,TERF2IP,TMEM9,RNFT2,NLGN3,HDAC2,NLGN2,DCTN1,USP11,CXXC1,RPL36A,CRMP1,FAM169A,CXXC4,DLL1,JAKMIP3,DNAJB2,STOX2,CACNG7,FZR1,IGFBPL1,PTPRZ1,SPOCK2,NNAT,IGF2BP2,PCDH1,HNRNPA1,TUB,LINGO1,MARCKSL1,PCDH7,PCDH8,GDAP1,MEIS2,NAP1L5,MAPK10,NELL2,SLC4A8,FAM155A,SBK1,PPP2R2B,TSPAN18,ATP13A2,VIM,INSM1,SSBP3,CBLN1"
+"gene_set_query"	"599"	"ZNF460"	"573.7"	"ARCHS4 Coexpression,593;Enrichr Queries,305;GTEx Coexpression,823"	"RB1,EIF4A2,CCNK,MT-ND4,TRIO,PANK3,EIF4A3,PPAN,HNRNPU,JMJD1C,ZDHHC8,GABPB1,EPRS,FNBP1L,RPL8,BACH1,ACTB,RPS15,LSM12,CAPNS1,HERC1,ALKBH1,DPYSL2,MYC,FTH1,ZMIZ2,AKT3,RPL36,PRKACA,RPS11,RNF111,SOX4,SRRM2,EPHA4,GABARAPL1,AQR,WSB1,RBFOX2,SCAF11,NSMCE2,ARRDC3,IFRD1,WDR74,DNTTIP2,CD3EAP,DICER1,MED6,GTPBP4,FAM133B,DDIT3,ZC3H11A,DDIT4,YME1L1,RPL27,RPL29,PFN1,ALG10B,RPL28,UBA52,PRR13,MACF1,DCUN1D5,MYCBP2,NOLC1,BAZ2A,PIK3R1,HIF1A,OAZ1,MTMR7,UGCG,LDHA,HMGXB4,HSPH1,PCBP1,VTI1A,DHX37,HIVEP1,HIVEP2,TSPAN3,RBM12,SERF2,BTF3,JUN,JUND,H3F3B,PRRC2C,MYO5A,IRF2BP2,MEMO1,PHC3,EIF1,SETX,UCK2,ZZZ3,WNK1,FASN,NOL10,FAT3,ANP32B,PAM,CPEB4,EZH2,PHF3,SMG1,BTG1,RPLP1,MRPS12,NAT10,SLC7A11,PRPF19,WDR43,HERPUD1,ROBO1,MAP1LC3B,PCM1,MED13,OTUD6B,ZMYM5,REV3L,RIOK1,ARIH1,JARID2,BRD2,ZYG11B,WDR36,SHPRH,TMED9,TSC22D3,ASH1L,GNL2,PPRC1,MRPS7,GNL3,RHOB,SLC7A5,PRPF18,TUBB2A,PXDN,TET3,SGK1,ATP6V0C,FYTTD1,RPL10,RNMT,SLC7A1,HSPA13,NOL4,GNAI2,BCLAF1,NFIL3,NSD1,RPS2,RPL18,SRSF10,BRD4,RANBP2,MON2,PLEKHA1,KIDINS220,USP9X,HUWE1,MYO9A,SCAF4,GATAD2B,BYSL,VEGFA,KLHL9,MKLN1,RSL1D1,XPOT,NFIB,TAOK1,SERBP1,HNRNPA2B1,TTC3,RLIM,ZYX,RAB3GAP2,TRIP12,FAU,FRYL,GRINA,OTUD4,CCNT2,CD81,TUSC3,UBE2D3,ZFAND5,CASC4,FBXO21,BZW1,IGF1R,ARHGDIA,CWC22,CFL1,EP300,BANF1,SH3GL1,NOM1,SLC38A1,RNF44,RPS9,MAP2K2,RALGAPA1,PUS7,TANC2,COX6B1,CTDNEP1,TBL1XR1,HNRNPUL2,WDFY1,SCG5,CHMP4B,PHIP,WDFY3,ADNP,ANAPC1,CSNK1G2,ZCCHC7,DDX6,PFKFB3,RAB5C,CBFB,TNKS,UBR4,UBR3,RPF2,LIN7C,RLF,EFNB2,SBNO1,UBR5,G3BP1,BTBD2,PGK1,ABL2,SMN1,SLC15A4,SLC38A2,SKIL,MCL1,IVNS1ABP,HSPA8,PRNP,NOP14,UBE2H,CBX5,CPSF6,TRAPPC1,NOP16,HSPA5,CBX4,NUP155,ECD,NUP153,SLC7A6OS,GNL3L,SON,HOOK2,HOOK1,GNB2,JMY,GNB1,AAK1,MDM2,NF1,MDM4,SERINC1,BRWD1,NFE2L1,GSK3A,DDX3X,PRKCSH,COX4I1,WDR4,USP34,PTEN,SLC2A3,CHD2,AFF4,SYNE2,DUSP12,SPRED1,ZNRD1,CAPZB,PPP6R1,CEP170,ERC1,RBM7,TNPO1,GET4,MAPK1IP1L,UTP15,KDM6B,EIF5A,HSP90AA1,ARHGEF12,DST,PDPK1,PDE4D,VPS13A,OXSR1,GPCPD1,ARID1A,RAD23B,YWHAZ,PATL1,PTP4A1,SFPQ,VCAN,CTDSP2,PPDPF,BIRC6,PPP1R15A,PPP1R15B,NFAT5,RAB1B,MAK16,SRSF1,TULP4,DDX21,MLLT1,AGPAT1,LRP6,RAB21,GNA13,CAND1,HECTD1,KCTD20,POLR2A,MAT2A,PABPN1,U2AF2,TDG,TGS1,MKNK2,NAA25,POLR2E,FEM1C,CSK,SMNDC1,ATP9B,CLASP2,NOP58,SEC24B,CCDC59,PDE4DIP,PDAP1,RPRD2,DDHD1,SOD2,PNRC1,RPIA,KLF7,KLF6,APC,SYT11,POLR3D,MGAT4B,PDCD4,CEBPZ,NAA15"
+"gene_set_query"	"600"	"THAP9"	"574.0"	"ARCHS4 Coexpression,274;Enrichr Queries,616;GTEx Coexpression,832"	"IPO13,ZDHHC5,THUMPD3,HNRNPU,CISD2,JMJD1C,SMC6,ZDHHC8,SMC3,FNBP1L,EPRS,PDCD2L,DCAF6,NDST1,LSM12,RNF114,CAPNS1,DHX57,CSPP1,MYC,ZMIZ2,STMN1,LONP1,AKT1,KIF21A,ATXN7L2,PRKACA,ATXN7L3,SOX4,ARRDC4,SMARCC1,CXADR,ACTN1,ARRDC3,RFX3,CD3EAP,MOGS,SOX11,AARSD1,ACTN4,DDIT3,PSME4,DDIT4,AURKAIP1,PRR12,SET,TBC1D9B,FLII,DCUN1D1,LIAS,OAZ1,GIGYF2,RPAP3,TTBK2,FXR1,MBTD1,GJC1,APH1A,SPAST,PRKAR2A,CSTF1,NUP88,AMZ2,PIP5K1C,RIMKLB,ST3GAL3,BRAP,HOMER1,INTS1,BCL11A,SMARCA5,PBX2,CDC7,LARP4,SNUPN,PRRC2A,HNRNPL,ZZZ3,FAM135A,ID2,GIPC1,ANP32E,NDUFAF3,HBP1,CALM3,HNRNPC,RCOR2,RPS24,GPR19,CEP57,ARF3,OGFR,MRPS15,PIGU,SETD3,FAF1,CETN3,MRPL36,SLC7A11,VLDLR,ADO,PRPF19,COIL,TRIM8,MRPL42,PCM1,XPO1,SERP1,PCF11,DHX15,ANXA6,SDF4,CIC,RSPRY1,UPF1,TMED9,MINK1,TUBG1,SRP9,ENAH,NCOR2,PSMA6,INF2,PITPNM1,PACS1,HNRNPH1,MTF2,PXDN,G2E3,ARHGEF2,ATP6V0C,PAFAH1B2,ERGIC1,GPS2,FAM117B,CENPB,ARNTL,FAM129B,GNAI2,BCLAF1,RNF138,HSF2,TMEM68,USP1,CLPTM1,FLNA,RICTOR,ANKRD52,SRSF10,YKT6,MYEF2,NFYB,MYO9B,SORBS1,SCAF1,LRPPRC,KTN1,SKI,MPHOSPH9,PSMC6,SNX16,DPY19L3,KLHL7,ETNK1,NBR1,TAOK2,YPEL1,ZYX,NUCB1,HDGF,PKN1,PNPLA6,CRAT,GRINA,OTUD4,ZFAND6,CLSTN1,FBXO25,ATN1,UBE3A,IPO5,STK11,PAIP2B,LAMP1,RUVBL2,ARHGDIA,CFL1,CAPN2,SMARCAD1,MTPAP,SBF1,KPNA3,FBXW5,PCYT2,ATG9A,DYRK1B,PRPF4B,ZBTB33,POLRMT,PIAS2,MSH6,MORF4L1,DMTF1,MSH2,ADAM15,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,PGP,UBE2V2,SRSF3,CHMP4B,MATR3,PHIP,SRSF6,CSNK1G2,GLYR1,ANAPC2,LRRC59,RAB5C,CUL3,CUL2,PXN,BTF3L4,CUL1,SLC38A10,UBFD1,SUPT6H,SPATA7,CORO1B,TIMM50,SBNO1,SBNO2,BAG4,BTBD1,IRAK1,DNAJC21,BTBD2,NACC1,ZKSCAN2,NAE1,ZC3H14,SKIL,SAC3D1,QSER1,MARK2,BCL9L,IVNS1ABP,TIA1,PNPT1,CBX5,NUP155,CWC15,KLHL24,MARCH6,ZC3HC1,CNOT4,COPS3,GCLC,COPS5,SCCPDH,EFNA2,SH3BP5L,HOOK2,NASP,HOOK1,GNB2,GNB1,MKRN2,NFE2L3,TPP2,PLEKHM2,PLXNB2,BRWD1,LRP10,EIF4G3,RSL24D1,NFE2L1,MXD4,ACADVL,GSK3A,WDR1,PRKCSH,MAST2,CHD6,PSIP1,YBX1,CHD3,HMGB1,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,SUMO1,ZC3H7B,PPP6R1,SNRNP70,RB1CC1,SUMO2,TLK2,UBTF,TLK1,MAPK1IP1L,SUN2,NAA30,DST,PDPK1,ZFP91,ARHGEF18,GLRX2,SENP2,COASY,PTBP2,ARFGAP1,DNM2,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,NAA35,NUP54,PPP1R12C,PPP1R15B,MTPN,GTF2A2,HDAC2,CANT1,RAB1B,DDX20,LENG8,MLLT1,FURIN,ATP1A1,MFF,FAM169A,PPM1G,TMEM201,TAF1D,FAM168B,GANAB,HIRIP3,U2AF2,KATNA1,POLR2D,FAM120A,CDC37L1,FEM1C,IGF2BP3,CSK,EIF4E,FBRS,PTCD3,AMFR,TPRKB,PDE4DIP,NAP1L1,DEK,CDC42BPB,GDAP1,TPD52L2,CLCN7,PFKL,PSAT1,MGAT4B,DRG1,CEBPZ,NAA15,P4HB,SUGT1,PPIL3,SSBP2,METAP2"
+"gene_set_query"	"601"	"SLC2A4RG"	"574.0"	"ARCHS4 Coexpression,177;Enrichr Queries,378;GTEx Coexpression,1167"	"RPL3,PLEKHB2,VARS,STMN3,ZDHHC8,EPRS,RPL8,DCAF7,TSKU,NUBP2,SCAMP5,SCP2,CAPNS1,TRIM28,RAVER1,ZMIZ1,MYC,FTH1,ZMIZ2,PSMD3,AKT1,AP1S1,PRKACA,PRKACB,SOX4,ARRDC1,ACTN1,CIRBP,CD3EAP,MOGS,SCRIB,ACTN4,MFSD10,HCFC1,DDIT4,ULK1,AURKAIP1,PRR12,RPL28,TELO2,RTEL1,TTYH3,TBC1D9B,FLII,PIK3R2,PRKCZ,APH1A,SYNGR1,PRDX5,RHOT2,ZNHIT1,SYMPK,TNRC18,DECR2,ATP6V1C1,S100A10,CTSA,JUN,JUND,JUP,INTS1,IRF2BP1,NETO2,ACADSB,PRRC2A,HNRNPL,FASN,GIPC1,ECHDC2,NDUFAF3,DUS1L,AVL9,GPR19,ITM2C,ARF3,OGFR,DAZAP1,SLC44A2,GPAA1,CLTC,MRPS12,LRRC3,GPT,PRPF19,SMG5,PTPRF,PTMS,TRIM8,TUBA1B,GUK1,FASTK,GPR137,SDF4,SH3BGRL3,KIF1A,CIC,CTSD,EMD,UPF1,SPHK2,MINK1,NME3,WDR34,MRPS7,LIME1,NCOR2,MED25,TUBB2A,INF2,KIF2A,KIFC2,PXDN,TMEM106C,SLC29A1,ALDOA,TKT,PAFAH1B2,DBN1,ERGIC1,CSTB,GRN,ECHS1,GDPD1,CRIP2,RFNG,RBFA,HSPA13,CENPB,FAM129B,ARFRP1,NFIL3,GPC1,HSF1,AP2S1,CLPTM1,FLNA,CKB,ANKRD52,RPL18,RABAC1,SAMD1,YKT6,NPDC1,SF3A2,WDR18,VEGFB,MIB2,TMUB1,SNX21,AP2B1,FAH,DHRS1,SCAF1,BOP1,XAB2,TAOK3,TAOK2,TCEA2,NUCB1,HDGF,PKN1,AGRN,CDK5R1,GRINA,CHPF,HDLBP,ATN1,FADS3,FADS2,STK11,GRB14,ARHGDIA,HCFC1R1,FBRSL1,LZTS2,SBF1,FADS1,SH3GL1,SH3GLB2,ZGPAT,MAP2K2,USP5,PPP1R16A,SHISA5,TSC2,FOXP4,POLRMT,ATAD3A,CDC25B,ATXN2L,CTDNEP1,ACAP3,ADAM15,HNRNPUL1,EEF1A2,RAB35,MAPKAPK2,FSCN1,PPIF,CHMP4B,MATR3,SQSTM1,CSNK1G2,LY6E,ANAPC2,LRRC59,FKBP2,DNMT1,INO80E,PFKFB3,RNASEH2A,CD151,RAB5C,RPS19BP1,MAZ,PXN,SPATA2,SLC38A10,NDRG1,CORO1B,STIP1,RAI1,SBNO2,NDOR1,KIF3B,IRAK1,KIF3A,GRK6,DVL1,BTBD2,NACC1,DVL3,H1FX,MARK2,BCL9L,MPST,ESRRA,PRNP,ACBD4,CPSF1,SEC16A,STYX,TMEM132A,HMGA1,EEF2,SSH3,UCKL1,CHERP,ARHGAP23,DRAP1,LRFN4,SYNJ1,HOOK2,GNB2,DMXL2,GNB1,PLXNB2,CLASRP,LSM14B,SERINC2,NFE2L1,EIF4G1,MXD4,UBE2M,YWHAE,GPSM1,ZNF512B,B4GALT2,PRR7,ACADVL,KDM5C,GSK3A,MCM7,RNPEPL1,PRKCSH,MAST2,PTPN23,LMNB2,MRPL4,SART1,SEPT9,LASP1,MDK,ZC3H7B,PPP6R1,SNRNP70,BCL7C,PDE4A,TMEM109,BOK,SCYL1,GPX1,REXO1,GPX4,SIGMAR1,H2AFX,AMT,ABHD14B,DDX54,REXO2,RAD23B,DDOST,ARFGAP1,EPN1,KLF16,DNM2,TRAF7,PTP4A3,EEF1D,DNAJC5,CTDSP2,PPDPF,CAT,AKT1S1,DCTPP1,PPP1R12C,CUEDC1,RNFT2,PPP1R15A,SMARCD2,CANT1,RAB1B,WIZ,FURIN,LRP3,MLLT1,SEMA3F,FAM169A,HSD17B10,STRN4,HDAC7,HSPD1,DCAF15,HMGCL,GANAB,DNPEP,MTA1,NCLN,U2AF2,TAF1C,NT5DC2,MKNK2,FAM120A,EIF4E,UBQLN4,FBRS,PDLIM7,PPP1R14B,CIZ1,RRM2,BAD,ATP13A1,FBXL19,ADRM1,DONSON,CDC42BPB,HSPE1,GDAP1,TPD52L2,FBXL12,GSTZ1,CLCN7,PFKL,NEURL4,NECAP1,IMPDH1,IMPDH2,CARM1,MGAT4B,ATP13A2,VIM,P4HB,SSBP4,BCAR1"
+"gene_set_query"	"602"	"NR2F2"	"574.6"	"ARCHS4 Coexpression,831;ENCODE ChIP-seq,77;Enrichr Queries,748;ReMap ChIP-seq,135;GTEx Coexpression,1082"	"MDC1,MAPKBP1,MT-ND4,NUP107,POP7,TFRC,POP4,RBPJ,TSKU,LSM10,SCAMP4,NDST1,RABGEF1,SAMD14,PSMD5,DPYSL2,ALKBH1,DPYSL3,AKT1,PRKACA,SAMD10,STARD3,MEF2C,RBFOX2,STARD7,PRKAB1,SND1,SCAMP2,BCR,MYL6,EWSR1,DDIT3,CLNS1A,PSME3,DDIT4,UQCRC1,TMEM126A,LETMD1,CGGBP1,PLBD2,SAR1A,MEPCE,NPRL3,PDGFA,MTMR9,SDR39U1,ABCB8,AGAP3,MRPL12,AAAS,PLA2G6,OAZ1,GABARAP,MRPL20,RHOT2,CYB5R4,RNF216,PRKAR2B,PIP5K1C,RHBDL1,HEXIM1,PRRT1,EDEM3,JUN,PRPF38A,JUP,CADM1,NR2F1,PBX2,LARP4,MRPL24,BTBD10,PBX1,MRPL21,EIF1,TBL3,FAM135A,LAS1L,TDP2,FASN,PSMG3,PKIG,FERMT2,RPLP0,HEXA,MRPL38,SHB,MED16,MRPL34,TRIOBP,DDA1,MED12,TRMT112,TUBA1C,FASTK,RPLP2,ENOPH1,DLGAP4,APC2,ACTL6B,DUSP1,SPHK2,SLC39A11,SIRT7,MRPL46,DUSP6,SRP9,DDB2,MED23,PSMA5,CDC42EP4,PTRH2,CINP,PXDN,SDHAF1,TUT1,SLC29A1,ERGIC3,VAMP2,TRUB2,URM1,NIP7,SRRT,NOC4L,CCNDBP1,PSMB6,NRAS,UNK,PSMB2,AP2S1,FLNA,HARS,SAMD1,SRSF10,JAM3,MBD6,MDH2,MCRS1,DAB2IP,SNX21,TARBP2,SKI,TMEM59,SNX14,YPEL1,GOPC,YPEL3,LTN1,ATN1,MPV17L2,PLOD3,ZBTB22,STK11,LAPTM4A,POFUT2,FNTB,PIM3,CIR1,KPNA2,PCYT2,DGAT1,CISH,FBXW8,VPS33A,ATP11C,PRPF4B,LENEP,FOXP1,MAPKAPK2,SRSF2,FSCN1,SRSF5,SQSTM1,SRSF7,ARL8A,ANAPC2,INO80B,LRRC59,KHDRBS1,RNASEH2A,IREB2,ISG20L2,ARL1,SPATA2,CORO1A,UQCRH,GLIS2,SOCS2,EIF1AD,SBNO2,ATXN2,NDOR1,E4F1,SLC38A2,ZKSCAN1,BRPF1,GOT2,CORO2A,EEF2,FBXO31,UCKL1,DRAP1,ZC3HC1,UQCRQ,MDM4,LRCH4,OGT,NFE2L1,SLC25A1,ZNF512B,ITGB1,HSP90AB1,AKAP8L,ARRB1,ETFA,AP4M1,MRPL2,FSD1L,MDK,DGCR8,ACP2,HMG20A,SNAP29,DGCR2,UNC45A,ACTR3,VPS37C,ARNT,VEZF1,VPS37B,RABGGTB,RAD23B,MSL1,QTRT1,GIGYF1,HAX1,BCAT1,SEC22B,GAPDH,DCTPP1,SLC25A11,AHDC1,ST6GALNAC6,BCAT2,PPP1R15A,ROCK1,LRP1,SRF,PRCC,MAK16,FURIN,MLLT1,EHBP1,FOXRED1,MLLT6,TSPAN31,GANAB,CCDC85C,SH3BP4,IARS2,IGF2BP2,HNRNPA1,UBQLN4,SLC25A22,SLC25A25,NTRK2,PPP1R14B,MARCKSL1,NOP58,NDUFA7,SEPT11,TRIM41,NDUFA6,PCDH7,MID1IP1,NDUFA3,NDUFA2,NDUFA1,CDC5L,LYSMD1,RPL23A,EXOG,MCOLN1,CABLES2,ATOX1,NELL2,TSPAN14,MYO1B,EIF3M,NAGK,EIF3I,OCIAD1,STUB1,PDCD2,TRIM37,EIF3E,CDR2L,P4HB,SEC24C,SLC25A36,BCAR1,EIF4A2,AHCYL1,TMEM41B,KDELR1,GCC2,CCNC,ZDHHC8,IFI30,ACTB,ZDHHC4,CDC23,OPHN1,BSG,CCDC97,EIF2D,CCNL2,CCNL1,ATP6V1E1,EPHB2,ATXN7L3,SLC12A9,TMPO,FBXO9,EIF2A,EPHA4,ATP6V1G1,PAQR4,IMP3,LIMCH1,ACTN1,ECH1,NSMCE2,CIRBP,CSNK1D,MOGS,ACTN4,CSNK1E,MFSD11,GNPAT,SFRP1,CDC34,THAP7,CDC37,CSNK2B,ULK3,PREB,KCTD12,TRIB2,CTXN1,EIF1B,STX1A,SLC45A4,TMEM87A,AARS2,CTR9,PTTG1IP,PIK3R1,PGS1,SNX3,MBTD1,SEC14L1,LARS,PCBP1,DHX35,DHX36,DHX38,B4GALNT1,CTSA,XBP1,INTS1,HARS2,SMARCA4,ICK,EXT1,ID2,RPL27A,INTS5,CALU,RANBP10,NDUFAF3,FBXL3,COL9A3,INTS7,NOL10,CALM1,RGL2,CALM2,FBXL6,MRPS17,NRP1,GPAA1,PPP1R10,MRPS11,TECR,MRPS12,CETN3,INTS10,NAT10,PTPRK,SLC7A11,PTPRF,PTMS,AKAP12,MAP1LC3B,PCM1,OTUD6B,ENC1,SSSCA1,CTSD,CTSB,COX8A,MRPS28,PCYT1B,SEC13,MRPS27,PCYT1A,MRPS24,NCOA5,PABPC4,NCOA4,MRPS21,CACYBP,TFB2M,MRPS7,COMMD4,APRT,PDRG1,MN1,FAM193B,DBN1,AHCY,PCNA,STX16,SSNA1,DOT1L,HEATR1,CRIP2,PRICKLE1,RXRB,ARVCF,MNT,EXOSC4,FAM172A,CAMK2N1,EXOSC9,GPC1,MGAT1,CCT8,PEX16,YIPF2,YIPF3,VEGFB,TMUB1,RSRC2,UBE2G2,NLE1,YIF1B,VEGFA,NUDT9,PER1,PDCL3,HNRNPA2B1,TCEA2,HDGF,DPAGT1,CARS,SCARB1,OTUD5,CRTC2,MIDN,SYS1,NUP188,CD81,BCCIP,SRP14,CELSR2,IGF1R,EEF1B2,PPME1,KIF5A,CAPN2,FAM3A,BAHCC1,SBF2,PPFIA3,SH3GL1,SLC30A9,FBXW11,ADPRHL2,LMTK2,UBE4B,POU3F2,DHDDS,HNRNPUL1,FAM173A,EHBP1L1,UBE2V2,PPIH,UBE2V1,PPID,RTN2,KLHL18,PKDCC,TMED10,NDUFB10,PSMD14,YTHDC1,KLHL17,COX17,RPF2,NDRG1,RTN4,CACNA1H,CNN3,RAI1,DEAF1,TBC1D14,CYC1,LLPH,NDUFV3,NDUFV1,BCL9L,PRNP,UBE2I,AUTS2,UBE2B,VTA1,HMGA1,CRIM1,TIMM44,SUPT5H,HIGD2A,CLK1,RCL1,HOOK2,HOOK1,GNB1,GNAS,MKRN2,STT3A,AMOTL2,GALK1,GSK3B,GSK3A,PRR7,DDX46,PRKCSH,ILK,DDX41,TRIAP1,TAZ,USE1,RND3,TTC28,LASP1,ABHD16A,GATAD1,NUP62,MLST8,MYO18A,DACT1,RBM14,NUP133,TTC33,EED,NCBP2,DDX55,GLRX2,NAV2,SYNGR3,YWHAZ,EPN1,EEF1G,VCAN,SFPQ,NDUFS8,SETBP1,IRF3,NDUFS7,UBE2R2,ACOX1,GORASP1,NDUFS5,PPDPF,CAT,NDUFS3,ATG4B,IFT46,CUEDC1,IRF9,OTUB1,DCTN5,RRN3,PARG,DCTN2,SFSWAP,DDX20,SLC3A2,MAT2B,AGPAT1,RNF4,RNF5,AGPAT3,PARL,POLD3,DNPEP,CAND1,MTA1,TMEM203,MAT2A,GNG5,PABPN1,TDG,MKNK2,TMEM208,PTK2B,VHL,PDLIM7,CYTH1,TTC14,TAF13,TAF11,MAPK14,CLCN7,CLCN6,GOLPH3,GLB1,ERCC1,POLE3,ASB6,TAF6,ERCC5,FAM98B,VIM,RBM45,IPO13,IPO11,RPL3,RPL32,RPL31,RRP1,ARPC5L,RPL8,RPL9,GPATCH8,DCAF7,RPL6,PCMT1,CNST,ALCAM,ZMIZ1,MYC,STMN1,RPL36,AP1S1,LUC7L,RPL38,IER5,IER2,NUP214,WSB1,MECR,RPL23,RPL22,WDR74,CD3EAP,AFAP1,SOX11,SOX12,ARMC1,WDR81,RPL24,RPL27,VPS25,UBA52,RNF121,NOLC1,WDR61,XPC,GNS,ANAPC11,PRDX2,PRDX5,NCSTN,LDHA,PPP4C,FLRT2,BLOC1S1,BLOC1S2,VPS11,ST3GAL2,S100A10,NAA50,RPL41,JUND,H3F3B,PNO1,PLK2,IRF2BP1,IRF2BP2,MTHFR,PA2G4,NR1D1,MEX3D,PRRC2B,TMEM198,EHD1,HNRNPL,FIBP,SLC6A6,HNRNPM,PPP5C,MEX3A,GIPC1,HNRNPF,TOLLIP,ATG2A,OGFR,CDKN1C,PHF2,SETD5,BTG1,ELL,PHF23,SETD6,ARPC1A,CLTC,ADK,GPT,WDR45,WDR46,SMG5,RNF157,TRIM8,TMEM189,IMPA1,AIFM1,TMSB4X,TIMP2,GPR137,PLEKHN1,RIOK1,JARID2,EMD,RRP15,ZC3H10,BRD2,SHPRH,EXOC7,TIMM23,COPZ1,NCOR2,ZEB2,AFTPH,NSA2,INF2,MTF2,EXOC4,RNF166,SF3B5,CDC123,NFIX,SF3B3,RPL10,TIMM9,WDR24,ADCY6,FAM129B,RPL14,RPL13,RPS2,BRD8,ANKRD52,RPL18,SF3B1,RUNX1T1,RPL19,SF3A2,CSNK1A1,WDR18,NR1H2,PCGF2,GATC,SYVN1,ELP3,TRMT1,GTF2H1,GTF2H2,BLCAP,LRPPRC,WDR11,TM9SF2,TM9SF1,NFIA,NFIB,ZYX,INHA,RNF141,FAM49B,ANKRD13B,RAB3A,CHPF,RAB3D,CEP120,AUP1,RPL10A,CLU,IPO4,EDC4,IPO9,CDH2,CFL1,ZNF326,SLC39A7,LZTS2,TXNL4A,SNRNP35,SLC39A3,USP8,RPS9,TPM4,RPS7,RPS8,USP4,RPS5,IGFBP3,TPM1,F2R,RPS6,FRMD4A,THOC2,LEMD3,THOC6,CTDNEP1,PYGO2,ARMCX1,RAB34,DGKQ,PGP,SNRPE,SNRPF,IFNAR1,SNRPB,CUL9,FKBP2,DNMT1,CD151,CCDC24,ABHD2,ANKRD11,ABHD8,TARS,UBR2,PHB,RLF,GTF2E2,ORC5,KLC4,BAG4,KLC2,ORC3,NACC1,DVL1,BTBD2,PSAP,ABL1,ANKRD10,DVL3,MAP2K7,MCL1,ESRRA,AKIRIN2,TOR1A,ATP8B2,MARCH8,MARCH7,LSM4,SCRT1,LSM3,MARCH4,LSM2,COPS4,CNOT4,COPS6,LSM7,LRFN4,SLC7A6OS,CDK5,MAFG,SPIRE2,RNF181,CPE,PLXNB2,GPR107,IARS,NF2,LZTR1,EIF4G2,BCL2L1,MCM7,CEP164,UFSP2,SGCE,PTBP1,DUSP12,PPP6C,METTL14,VPS72,SNRNP70,OPA3,WDR6,WDR7,EIF2B1,TNPO2,CCDC50,TNPO3,ADAMTS7,PLEKHG2,REXO1,GPX4,RFC2,LANCL1,YDJC,REXO4,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,DNAJC5,CTDSP2,POLR1C,RPL37A,DNAJC9,SOS1,LEPROT,SMARCD2,NLGN2,WBP2,RPL36A,SEMA3F,HDAC7,DNAJB1,AP3M1,HIRIP3,RBBP4,POLR2B,VPS52,POLR2E,DNAJB9,ASCC2,CCDC71,MEST,UGGT1,CACNG4,POLR2L,SMARCE1,MLXIP,RNF20,PPIL2,SEMA4D,ASCC1,SEMA4C,TPRKB,RPL35A,PTPN12,FBXL16,CDC42BPB,PNRC2,KLF6,MARCKS,SNRNP40,RAB14,MGAT4B,DNAJA2,DRG1,RAB18,SLC35B2,APP,VARS,ZMYND8,RPS15,RPS14,RPS16,RPS19,RPS18,FLAD1,FTH1,DAG1,DENR,KIFAP3,SOX4,TBC1D10B,COG8,AQR,SACM1L,SLC11A2,MRPS18B,JMJD8,SRRM1,JMJD6,MRPS18C,NIF3L1,POR,KARS,GRWD1,VDAC2,SUCLG1,EZR,PFN1,AURKAIP1,ANKRA2,ATP6V0D1,CBLL1,NECAB3,TSHZ3,CSTF3,TRMT2A,RPAP3,GMCL1,MYL12B,INPP5B,NUAK1,ZNHIT1,GSE1,TNRC18,VASP,SNHG1,BCL11A,SYNRG,SLC35E3,KLHDC8B,RPS26,RPS25,RPS28,RPS27,ANP32E,ADCK5,RPS20,RBAK,RPS21,C2CD2L,TECPR1,ITM2C,CDS2,DAZAP1,GFM1,UBXN1,CITED2,GFM2,SLC35F5,MYL6B,ZCCHC17,ROBO1,LIMD2,SEC61G,TMED2,SEC61B,GABPA,ATP6V0B,PRMT7,TSC22D1,GP1BB,PRMT1,RHOF,ZDHHC17,ITFG2,RHOA,MLF2,RHOB,SCNM1,HNRNPH1,FRG1,FAM20B,ALDOA,SGK1,TOMM40,PRIM1,NOL8,NOL9,PTN,TRAK2,PPP2CA,AMN1,APBB2,TBL1X,APBB3,RANBP1,RYK,PTGES2,GBF1,AP3D1,RAB11A,ATAT1,KBTBD4,HIST3H2A,R3HCC1,PRPF31,MPHOSPH8,RAB3GAP1,TOMM6,NDUFA13,KDM1A,SPPL2B,MRFAP1,HDLBP,CWC25,NUCKS1,COMT,FBL,TMEM147,BASP1,ARHGDIA,HCFC1R1,PAM16,KCTD2,TSC1,ATP1B1,TUFM,DPM2,DPM3,PRPF6,TBL1XR1,RPL7L1,TIPRL,MATR3,RAI14,ISYNA1,PXN,LTBP4,EFNB2,UBB,DPP9,CASKIN1,CDH24,RPRD1B,DMAP1,OTX1,ATP6V1D,ATP6V1F,KLHDC10,MPST,HSPA9,SMAD4,KLHDC4,ACBD4,CBX5,CPSF1,HSPA5,CBX4,RHBDD3,CBX1,ASPSCR1,TBCD,ARHGAP29,BFAR,EIF2S2,SMAD5,COQ7,DNAJC16,TDRD3,COQ5,ARHGAP23,EFNA2,TBCE,PI4KA,CHMP2A,CREBZF,MUS81,B4GALT2,KDM5B,ASNSD1,DBI,USP39,SENP6,RBM3,RPS4X,POLB,CASP9,SENP7,SPRED2,TMEM101,SNAPC2,ZC3H7B,FLOT1,TMEM109,SCYL1,RBM6,KDM6B,HGSNAT,TSFM,JAGN1,ABCC5,H2AFX,PPP2R5B,IQCE,RNF208,RPS3A,TRNAU1AP,SEPT5,LSS,CKAP5,KLF16,CKAP4,LATS1,DDX19A,DDAH1,DDAH2,THRAP3,CDH11,AKT1S1,DNLZ,LUC7L3,TERF2IP,ITGB1BP1,PFDN4,TSEN34,STOML2,RGS19,KDM3B,ATF6B,OPRL1,WIZ,SPG7,TOB1,USP19,IWS1,NXF1,FAM120B,GNA11,NT5DC2,CAMK2G,PTCD2,WTAP,USP20,BAD,B3GAT3,HAGHL,HSPE1,MEIS2,GDAP1,BAX,ATP13A3,SSBP1,SSBP2,RBMX,SSBP4"
+"gene_set_query"	"603"	"EGR4"	"575.0"	"ARCHS4 Coexpression,830;Enrichr Queries,712;GTEx Coexpression,183"	"MYT1L,ENO2,GLS,SCAMP5,RNF112,SAMD14,IGLON5,MYC,LONP1,BSN,EPHB1,IER5,IER2,CALN1,CHGB,SRRM3,SRRM4,ATP6V1G2,UNC13A,TSPYL1,UNC5A,RBFOX3,SLC6A17,ACSL6,CPT1C,MAPK8IP2,VWA5B2,MAPK8IP3,ANK1,GTPBP4,TIAM1,GPR162,STX1B,DDIT3,KCNQ2,DDIT4,RRAGD,SIK1,TSPYL4,STX1A,BEX4,BEX2,NRN1,BEX1,DHX8,STXBP1,FOXG1,AGAP2,CEND1,CD99L2,PRKCZ,TTBK1,MTMR7,FAM171A2,B4GALNT1,HIVEP2,RHBDL1,PRRT1,CADM3,JUN,PRRT2,JUND,PTPRN2,IQSEC2,HOMER1,BCL11B,BCL11A,PLK2,RAB3IP,ST8SIA3,MICAL2,NR1D1,SNAP91,DCLK1,GADD45G,TMEM198,CALY,PPP1R1A,PPP1R1B,CALM1,PAM,GPR19,PCSK2,GABRB2,TMEM151B,KCNC1,GDI1,CITED2,PTPRN,DIRAS2,ARHGAP1,ICA1,GRIK2,CX3CL1,SHF,JPH4,SMPD3,TRIM9,MMP24,PCLO,SLC22A17,ENC1,IDS,ANXA7,NEFM,DLGAP1,DLGAP3,TMED4,APC2,PSD,GRIPAP1,RPS6KL1,PRMT8,ACTL6B,SSR4,TSC22D3,DUSP8,AP3B2,DUSP6,SYN1,ITFG1,CNKSR2,MN1,TMEM179,KIFC2,PXDN,SGK1,FJX1,RNF165,CSTB,RNASEK,ICA1L,ADAM22,SEZ6,CCDC106,NOL4,GNAI1,CAMKK1,BEGAIN,TCEAL6,TCEAL5,NFIL3,CAMK2N1,NPY,MGAT3,PAK6,APBB1,NCDN,ATP6V0E2,PAK3,DYNC1I1,PURG,NPDC1,LHFPL4,NMNAT2,MPP6,GRIN1,VEGFA,SGSM1,TMEM59,HIST3H2A,TMEM158,STAC2,RIMBP2,PKN1,YPEL4,APBA2,CDK5R2,TMEM229B,ANKRD13B,RAB3C,MIDN,RASL11B,CRTC1,CLSTN3,TUSC3,CLU,CELSR3,SLC8A2,ARHGAP44,RIMS1,TMEM145,TATDN1,SALL2,FAM174B,PIM3,ENPP5,RGS9,SH3GL2,PCDHAC2,RGS7,APLP1,ADAM11,LMTK3,TBR1,POU3F1,RUNDC3A,CLIP3,DISP2,BSCL2,ACAP3,OLFM1,PREPL,TMX4,CACNB4,GPRIN1,MADD,SCG5,SCG3,ABCG4,RTN4R,NDRG4,BRSK2,NDRG3,RTN1,NTM,TMEM59L,HPCA,CACNA1B,ARL1,CACNA1A,CPLX2,SEZ6L2,FBXO44,CPLX1,FBXO41,RAP1GAP,CACNA1G,EFNB2,NEUROD2,IGSF21,PDZD4,DPP6,PCSK1N,KLC2,CAMTA1,CAMTA2,SRGAP3,PDZD7,RAP1GAP2,SYT4,SYT3,CBX6,RHBDD2,SLC4A10,CORO2B,SCRT1,SYT7,NFKBIA,QDPR,RALYL,EFNA2,NR4A3,HOOK2,DLG4,LHX2,HOOK1,REEP2,AAK1,CNTN1,GNAS,CPE,GNB5,LRP11,SNAP25,CELF3,CELF4,CHD6,CELF5,NENF,RND3,ELAVL3,DUSP12,GDAP1L1,PSD3,PMEPA1,GALNT9,TRIM67,KDM6B,SVOP,ABCC8,DYNLT3,PPP2R5B,DUSP26,DNM1,DNM3,PTP4A3,CDH10,INA,SSX2IP,RNFT2,CAMK2B,PPP1R15A,NAA20,RGS16,CXXC1,NRXN2,CRMP1,ADD2,MAPK9,PARD6A,SV2A,DNAJB5,SPOCK2,POLR2D,TRIM46,FSD1,PCDH1,CLVS1,OPCML,BEND6,SEC11C,SLC12A5,KCNJ11,PCDHGC4,PCDH8,CADPS,ATP2B4,NAP1L2,ATP2B2,CCK,FBXL16,EFR3B,HS3ST2,KLF6,FAM131C,FAM131B,SPRY2,INSM1,PTPN5,UNC79,CBLN1"
+"gene_set_query"	"604"	"USF1"	"575.8"	"ARCHS4 Coexpression,1137;ENCODE ChIP-seq,12;Enrichr Queries,374;ReMap ChIP-seq,38;GTEx Coexpression,1318"	"ATF2,NUP107,GMFB,POP7,TSKU,ALKBH3,NDST1,TBK1,CAPNS1,FNBP4,PRKAB2,SAP30BP,RC3H2,DDIT3,ZC3H11A,DDIT4,UNC50,ORAI2,TMEM126A,JTB,PLBD2,ATF4,TSTA3,EXD2,SET,SAR1B,MEPCE,NPRL3,PDGFA,PLA2G6,RHOT2,PRPSAP2,RNF215,PIP5K1A,ATRIP,HEXIM1,JUN,PBX2,LARP4,PBX1,TBL3,LAS1L,FASN,NMT1,HYOU1,DZIP1,MTMR14,PRKAG1,ARHGAP1,BBC3,DDA1,SHF,PANX1,MED11,ATIC,JAK2,ENOPH1,APC2,DUSP1,SPHK2,TEX10,SLC39A11,SLC39A13,GMIP,BAZ1B,MED26,MED29,DUSP6,DDB2,DDB1,MED23,PHF20L1,MED25,PTRH2,PXDN,PAFAH1B3,TRUB2,LIN37,NIP7,ODC1,SDAD1,CENPB,NRAS,STX6,ZSWIM4,EGLN2,MCRS1,TARBP2,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,APEX1,ETNK1,TSR2,YPEL1,PKN1,YPEL3,GZF1,MTCH1,MTCH2,PDCD6,ATN1,FBXO25,LTN1,SLA,CASC3,FBXO22,LAPTM4A,UROD,FADS1,PIAS4,FBXW4,CDKL2,BNIP3L,FBXW5,PCYT2,FBXW8,FBXW9,CNPY2,CNPY3,FBXO10,CASD1,PIAS2,LENEP,CDC25B,FAM118B,ACLY,SRSF2,SRSF3,SRSF7,LY6E,ARL8B,INO80B,TXNDC9,CORO1A,UQCRH,CORO1B,CORO1C,HSP90B1,EIF1AD,SNN,NDOR1,IP6K1,NADK,TMEM120B,NOP14,BOD1,ODF2,TMEM120A,HPS1,HPS4,HPS3,ARPC5,FBXO31,UCKL1,DRAP1,SH3BP5L,NACA,SP3,ACO2,LRCH4,NIT1,OSBPL1A,NOP10,PTEN,ETFA,ETFB,AP4M1,ACP2,SNAP29,YAF2,EIF5A,DHPS,MSL1,ATRN,ETF1,TMBIM6,DCTPP1,GAPDH,TNFRSF21,BCAT2,UHRF2,SRF,SRBD1,MLLT1,U2AF1,RCHY1,FOXRED1,MLLT6,SRM,FOXRED2,ZNRF2,U2AF2,PHKG2,TRIM46,EIF4H,IGF2BP3,FEM1C,E2F4,TRIM44,EIF4B,NOP56,GADD45GIP1,NOP58,HNRNPA3,TRIM41,FEM1A,FEM1B,MID1IP1,TXNL1,EFR3B,PINK1,TSPAN14,NECAP2,NAGK,EIF3K,ST7,PDCD4,STUB1,TRIM37,EIF3E,EIF3F,UNC79,EIF3A,ACTB,RCBTB1,TRIM28,CCDC97,EPC1,EIF2D,ATP6V1E1,ATP6V1G1,ACTN1,ECH1,CIRBP,CSNK1D,ALG1,MFSD11,CFDP1,SNHG12,PPA1,CDC37,SUB1,KCNQ2,FLYWCH1,EIF1B,TRIM11,DHX8,FBF1,SDC3,CEND1,ZBTB5,ACTR3B,CDKN2AIP,PGS1,SEC14L1,HLTF,FAM192A,DECR2,ATP6V1C1,BBS1,AIMP2,CDC16,NDUFAF2,NDUFAF3,GRB2,NOL10,CALR,FBXL2,NOL11,FBXL5,SUGP2,MON1B,DHRS13,MRPS15,PAK1IP1,MRPS12,NAT10,NAT14,RAB22A,HERPUD1,SYNCRIP,MAP1LC3B,PCM1,NUDCD3,PCLO,RAC3,SDF4,MRPS28,CAP1,PBRM1,PCYT1A,GAA,MRPS23,CACYBP,TFB2M,SREBF2,APRT,CANX,ARHGEF1,FAM193B,ARHGEF2,PTMA,NAPA,MRPS35,MRPS33,SSNA1,GBA,GNAI3,COX5A,RELA,GNAI1,GNAI2,NFIL3,MGAT1,MGAT2,MAP3K3,SPRYD3,TTC1,MYO9B,MYO9A,YIF1B,VEGFA,NUDT9,BOP1,SEC23IP,TTC4,TTC3,AGGF1,HDGF,PNPLA6,CRTC2,NARF,NUP188,ZFAND5,PEBP1,ACTG1,EEF1B2,FAM3C,PCID2,DNAJB12,ADAM10,SDHC,UBE4B,SDHB,DHDDS,TBC1D20,EHBP1L1,TBC1D24,WDFY1,TBC1D25,PPIH,PPIB,PPIA,TBC1D19,BHLHB9,COX16,DDX1,HTRA2,CACNA1A,PLD3,CACNA1G,TIMM50,RNASEH1,SHARPIN,GRK6,TBC1D13,TBC1D17,SYT5,NUP155,UBE2B,PCIF1,TIMM44,MANBAL,HIGD2A,IFT20,HOOK2,HOOK1,GNB2,MKRN2,UBA2,UBA1,AMOTL2,FGF11,UBE2M,CUEDC2,DYRK3,LDB1,ADAR,TNFAIP1,TAZ,LMNB2,LMNB1,CABIN1,TMEM222,LASP1,EEF2K,GET4,SUN2,ATP6AP1,PDPK1,TTC33,DCAKD,CAD,SYNGR3,EPN1,ALS2,RER1,EEF1D,ACOX1,ATP6V1B2,CRY1,MAN1B1,SLC3A2,RNF7,AGPAT4,CYTH3,CAND1,TMEM203,TDG,TGS1,BNIP1,PTK2B,MTA2,FBRS,CYTH1,ATF7IP,TTC13,URGCP,BNIP3,EYA3,USF2,POLE4,GALE,TEF,ERCC1,POLE3,ERCC8,KRAS,SUGT1,IPO13,VPS29,NCKAP1,RRP1,ARPC5L,HNRNPU,HNRNPR,EPRS,ELK1,PHB2,RRP9,ALCAM,CNST,ZMIZ1,AP1S2,AP1S1,VPS35,CDK5RAP3,VPS18,DDX18,PRKCE,PRKCD,WDR74,ARMC9,REV1,WDR75,HCFC2,GTPBP1,WDR77,ARMC1,WDR81,ARMC6,TARS2,NUP98,VPS25,VPS28,ANAPC13,GNS,ANAPC11,MTDH,LDHA,BLOC1S1,VPS11,GAR1,RRS1,ST3GAL5,MCMBP,NUP88,NRBF2,ST3GAL1,HMOX2,FDFT1,VPS16,PRELID1,SETD1A,IRF2BP2,NR1D1,PHC3,EHD1,HNRNPL,GNPTG,HNRNPM,HNRNPK,HNRNPF,TOLLIP,HNRNPD,PPT1,MMS19,FARSA,CDKN1B,BTG1,PHF20,PHF23,PHF1,SETD6,GPT,KRI1,WDR46,SMG5,WDR43,MTG1,RARS,TIMP2,RRP12,CIC,RRP15,WDR36,TPI1,GNL2,TERF2,COPZ1,WDR33,GNL3,HADHB,HADHA,TAF6L,NSA2,KIFC2,MTF2,EXOC4,GARS,EXOC1,GRN,RNMT,TIMM9,WDR24,FGD3,SLC17A7,PAIP2,DEDD,WDR17,YTHDF1,KIDINS220,PCGF2,WDR18,NR1H2,ELP3,DEF8,SCAF1,WDR11,MKLN1,NFIA,OSTM1,NUCB1,ANKRD13D,GTF2B,CEP120,AUP1,PARK7,IPO7,IPO4,LAMP1,CFL2,CFL1,HMGN2,SLC39A3,IFNAR2,TLE3,TLE2,MAP2K1,SUPT16H,MAP2K2,USP5,RALGAPA1,USP3,DYRK1A,GTF3A,DYRK1B,LEMD3,THOC6,PYGO2,ILF3,RAB31,RAB34,SNRNP27,SNRPE,SNRPF,STAMBP,SNRPC,SNRPA,CSNK1G2,FKBP5,SNRPB,FKBP2,RAB5B,RAB5C,CCDC24,INSIG1,PHB,DVL2,MCL1,TRAPPC3,OSBPL8,EIF2B4,EIF2B3,RAB4A,RAB4B,EIF2B2,TMEM132A,M6PR,TRAPPC8,COPS4,COPS6,LRFN4,COPS2,TPP2,PLXNB1,RAB5A,MAP3K12,BCL2L1,SLC48A1,DIDO1,MCM7,ZC3H4,CCDC47,LBH,VPS72,SNRNP70,IDH3B,UBTF,WDR6,WDR7,EIF2B1,TNPO2,ADSL,PLEKHG2,SECISBP2L,RPL13A,TSN,DNAJC2,DNAJC7,DAD1,CTDSP2,POLR1B,DNAJC9,CCDC43,DNAJC8,HDAC5,TULP4,RAB21,POLR2A,VPS53,RAB24,POLR2E,DNAJB9,ASCC2,CSK,POLR2H,SEC11A,POLR2L,SEC11C,SLC35A4,FBXL19,TPRKB,FBXL16,BCKDK,ASXL1,POLR3B,VAPA,POLR3C,GLOD4,POLR3D,RAB12,VPS41,POLR3E,RAB18,DRG2,POLR3H,SNRNP48,PPIL3,PPIL4,PANK4,SLC35B2,VEZT,SLC35B4,PANK3,HDAC10,ZMYND8,PITPNA,CISD1,PDCD2L,RPS15,RPS14,PNN,RPS17,FRAT2,RPS16,KAT5,FLAD1,RPL36AL,FTH1,LONP1,DENR,RPS11,SEPHS2,TBC1D10B,ARRDC4,COG8,ARRDC1,MAPK8IP3,SRRM1,NIF3L1,HECA,ATP6V0D1,STXBP2,CHTF8,CSTF1,TNRC18,TRPM7,RALGDS,ATP6V0A1,VASP,ZRANB2,SETDB1,SYNRG,SLC35E3,PYCR2,RPS26,RPS28,RPS27,FUBP3,ADCK1,RPS29,FUBP1,ADCK5,RPS20,RPS21,C2CD2L,GFM1,UBXN1,CITED2,GFM2,SIPA1L3,SPPL3,LIMD2,COIL,XPO1,XPO6,TMED2,TMED1,TMED7,UBXN6,PSD,PSENEN,TOP3B,CBR1,ZER1,PARP1,PARP2,PPRC1,ZDHHC16,ITFG2,PARP8,MLF2,SCNM1,NFX1,HNRNPH1,HNRNPH2,HNRNPH3,CSTB,DTYMK,NOL7,NOL8,NOL6,TYMP,TCEAL8,NT5C,HIRA,AMN1,ZDHHC18,TCEAL3,TCEAL1,ATP6V0E2,APBB3,METTL9,MTX1,PTGES2,SLC31A1,MTX3,NFYC,PDP1,KBTBD4,SPCS2,XPOT,CAPZA2,MEGF9,KDM1A,NDUFA12,CWC25,CNDP2,TATDN2,ARHGDIA,HCFC1R1,COTL1,TRAPPC2L,SHISA5,NOSIP,LIG3,PUS7,TRPC4AP,SHISA7,TUFM,PRPF6,PRPF3,ZCCHC8,RPS19BP1,EMG1,SCUBE1,UBB,KLHDC3,CBX6,KLHDC4,PNPT1,CPSF1,COQ7,EFNA3,EFNA2,CHMP2B,CHMP2A,PI4KA,SAE1,LRP10,MUS81,KDM5B,THRA,DBI,YBX1,SEPT9,MFSD1,RBM6,KDM6A,KDM6B,MAPK1IP1L,H2AFY,H2AFZ,H2AFX,H2AFV,RPS3A,DCK,SEPT2,SEPT3,RABEP1,DDAH2,THRAP3,AKT1S1,DNLZ,PFDN2,TMEM9,HAGH,VAC14,STOML2,KDM3B,ATF6B,THBS3,TBRG4,GNA13,FAM168B,CHSY1,PPP2R3C,MAPK1,BUB3,MAPK6,MAPK3,KDM4C,TMEM30A,CYHR1,CAPN10,MDC1,EHMT2,ZFYVE1,LSM10,PSMD8,SCAMP4,PSMD9,SAMD14,KRTCAP2,PSMD6,PSMD4,PSMD3,SAMD10,MEF2A,GAPVD1,SCAMP3,EML4,RUFY1,PRKAR1A,PSME3,PSME1,PSME2,CGGBP1,TTYH3,ABCB6,AGAP2,MRPL16,MTMR9,SDR39U1,COPS7B,ABCB8,COPS7A,AGAP3,AAAS,GABARAP,GIGYF2,MRPL20,HSPH1,PRKAR2B,GRPEL2,AMZ2,PUSL1,HMGXB3,RHBDL1,PRRT2,PMM2,MRPL27,MRPL28,ERLIN2,SNF8,MRPL24,MRPL21,MRPL30,ABTB1,UCK2,EIF6,TDP2,PSMG3,AVL9,TMEM9B,ARF4,PIGU,HEXB,RPLP1,HEXA,PIGP,MRPL38,MRPL36,CTCF,MRPL37,MRPL34,IKBKB,TRMT112,TUBA1C,MRPL40,FASTK,RPLP2,UPF2,LYPLA2,LRRC45,DFFA,ELOVL4,ELOVL5,LRRC49,SIRT7,MRPL48,MRPL45,MRPL43,SIRT2,LRRC41,MRPL44,MRPL52,PSMA4,CDC42EP4,TUT1,VAMP2,ARF6,RNASEK,SRRT,PSMA7,GGA2,RECQL5,UNK,PSMB3,TMEM68,AP2S1,FLNA,MEF2D,UTP6,MDH1,MDH2,UTP3,STAT2,GATAD2A,TMEM60,LETM1,TMEM59,PSMC4,PSMC2,SRRD,GOPC,RPL22L1,CCNT2,UBE2D2,UBE2D3,ZBTB22,TSEN2,YY1,STK11,OSBP,RUVBL1,PIM3,KPNA4,KPNA2,KPNA3,SLC25A44,NOMO1,SLC25A46,ANAPC7,VPS33A,PPP1R16A,RBX1,SAP30,ACAP3,ACAP2,SLC9A5,SLC9A8,MAPKAPK2,FSCN1,SQSTM1,KPNB1,ANAPC2,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,ARL3,MAZ,ISG20L2,GPR85,ARL2,UBFD1,RAP1GAP,GLIS2,SBNO2,ATXN2,PMVK,SLC38A7,THEM4,SLC38A2,GFPT1,ZBTB11,EEF2,ZC3HC1,MFHAS1,GNL3L,STK25,TMEM19,NFE2L1,ZNF512B,HSP90AB1,PIK3CD,ARRB2,MRPL3,MRPL2,SUMO3,MDP1,PELP1,DIS3L2,SH2D3C,VPS37C,ARNT,RAD23A,VPS37B,DDOST,QTRT1,GIGYF1,SLC25A19,BIRC6,PPP1R12B,SEC22B,SLC25A5,SLC25A11,PPP1R12C,SLC25A4,BIRC2,PPP1R15A,RNFT2,GTF3C2,GTF3C3,NDUFB6,PRCC,FOXK2,ZBTB45,FOXK1,GANAB,SLC25A28,SH3BP2,LRRC8D,SLC25A22,AAMP,SLC25A25,NDUFA9,PTPN1,PPP1R14B,NDUFA7,MMAA,IMMT,LYSMD1,RPL23A,MCOLN1,TPD52L2,SLC25A38,SLC25A39,P4HB,SMAP2,SLC25A36,SPG21,EIF4A1,TMEM41A,PLEKHB2,EIF4A3,KEAP1,THUMPD3,TXNDC12,CCNC,CYB5D1,ZDHHC4,CCAR1,RASSF2,KIF21B,SLC12A9,SCAF11,IMP3,ENTPD6,NSMCE2,ANK2,PISD,THAP7,ULK3,CD2BP2,STX1A,APH1A,DHX30,SNX1,COMMD9,SNX2,DHX33,DHX34,MICAL1,DHX35,PCBP2,DHX37,DYM,SURF6,SYMPK,SNX5,INTS1,MICAL2,ERAL1,ID2,INTS5,PAF1,RGL2,AARS,PTPRS,USPL1,FKBP15,GPAA1,TECR,INTS10,BMI1,AATF,PEPD,ARV1,SPTLC1,SPTLC2,CTSL,RSRC1,ENC1,MLX,SSSCA1,CTSF,CTSD,UTP14A,CTSB,VKORC1,NCOA1,CCT3,SEC13,TMEM150A,WARS,CCDC115,NCOA6,ACAD9,ANO8,COMMD3,MRPS2,COMMD1,MRPS7,COMMD4,CRELD1,CD47,SFI1,DBN1,STK40,STX16,DOT1L,HEATR1,STX18,DERL1,CCDC106,MNT,EXOSC4,SAMM50,PES1,HSF2,EXOSC1,NPM1,YIPF2,TMUB1,RPA1,PLEKHA6,RSRC2,AP2B1,DOHH,NLE1,TMUB2,PER1,DPY19L3,CCNG2,ESYT2,FAM171B,DPAGT1,SCARB2,SCARB1,MIDN,OGDHL,CAPN7,FAM174B,KHSRP,EP300,SNIP1,BANF1,BAHCC1,PPFIA3,SH3GL1,RGS7,ADPRHL2,DIMT1,LMTK3,LMTK2,HNRNPUL1,FAM173A,UBE2V2,SBDS,UBE2V1,GEMIN7,RTN2,PSMD11,TMED10,ARHGEF25,TOR1AIP2,KLHL12,RASGRP2,RPF2,TAF5L,CAMTA2,CYC1,NDUFV1,BCL9L,IVNS1ABP,OST4,FDPS,PRNP,PHF12,HMGA1,DSTN,KLHL22,KLHL24,SUPT5H,CLK4,ANKHD1,CLK2,KLHL20,RCL1,PAN2,H1F0,GCLC,YWHAE,RBM28,GSK3A,PRR7,RBM25,NAA40,DDX3X,DDX49,PRKCSH,YWHAB,MAST3,ILK,CHD3,DDX41,AFF4,PPP1R9B,SEC61A2,YWHAQ,GATAD1,NPTN,UQCRFS1,UTP15,HSDL1,NCBP1,NCBP2,GLRX5,DDX55,TBC1D8,DDX54,GPCPD1,UTP18,CREB3,NDUFS8,CREB1,IRF3,NDUFS7,PEX3,TBC1D5,NUP50,PPDPF,NDUFS3,NAA38,NDUFS1,NUP54,IRF9,DCTN5,DCTN4,TGFBRAP1,DDX23,DDX21,CLCN2,PARL,HMGCL,DNPEP,MAT2A,TNKS2,TAF1C,BMS1,SMNDC1,PDLIM7,RBM39,TAF10,MIIP,LRWD1,CHFR,CLCN7,RPIA,CLCN6,PNKD,GLB1,FAM131A,TAF6,FAM98B,NAA15,CLUAP1,MBTPS2,RAN,FAM50A,RPL5,TRIO,ENO2,RPL8,BACH2,RNF115,MYC,STMN1,CDK20,RPL38,PIP4K2C,RPL37,DIP2B,MPV17,IER5,IER2,WSB1,PIH1D1,RPL23,DAPK3,CD3EAP,SOX12,NISCH,IFT81,RPL24,RPL27,RPL29,DUS3L,ALG10B,UBA52,PRR14,PRR13,CDC42SE1,NOLC1,VPS26A,HIF1A,PRDX3,PRDX2,PRDX5,PPP4C,PRDX4,SSR1,S100A10,RPL41,JUND,CHKA,PNO1,ST13,PRRC2C,MTHFR,UPF3B,PA2G4,TMEM199,FIBP,SLC6A6,NPLOC4,OGDH,CDK10,DUS1L,CPEB4,OGFR,SPEF1,CLTC,ADK,CLTA,PFAS,TMEM186,ING4,TMEM189,ANXA6,GPR137,RIOK1,EMD,ZC3H10,BRD2,MIOS,TCF12,SSR3,AEN,RNF167,LSG1,RNF166,RPL10,TIMM13,GPS2,TIMM10,TM9SF4,TMEM169,ASNA1,LMAN2,SC5D,BRD9,RPS2,RPL18,SF3B1,RPL19,SF3A3,BRF2,TRMT1,GTF2H1,WWP2,GTF2H2,SRP68,LRPPRC,RNF146,TM9SF1,RNF145,TRMT6,SARM1,RLIM,ZYX,PHLDB1,FMR1,ABHD11,GRB14,TUBB3,LZTS2,MAF1,BIVM,RPS9,RNF44,RPS7,RPS8,RPS5,RPS6,RPSA,CACNB1,CTDNEP1,ARMCX3,DGKQ,NCL,ARMCX6,ERP29,NHP2,GLYR1,CUL9,DNMT1,CD151,BRI3,ABHD2,ANKRD12,ABHD8,ITPR1,TARS,GTF2E1,RLF,RHOBTB2,STIP1,KLC4,HMBOX1,BAG4,NACC1,PSAP,SLC15A4,MPDU1,ESRRA,TOR1A,MARCH9,MARCH8,CNOT4,CDK5,CDK4,ZFP62,RHEB,MAFG,RNF181,TADA1,IARS,DHCR7,CNOT8,RNF185,EIF4G1,CALCOCO1,RNPEPL1,RNF13,TRADD,PTPN23,DUSP12,PPP6C,SART1,OPA1,OPA3,SLC37A4,SLC37A3,REXO1,GPX1,PDCD6IP,GPX4,ELAC2,REXO2,COASY,PATL1,REXO4,PTP4A1,PTP4A2,PTP4A3,TRAF4,ASPH,SNRPA1,EIF4E2,RNF31,SMARCD1,GTF2A1,NFAT5,SMARCD2,RNF34,WBP2,LAGE3,AP3M1,RBBP6,DCAF11,SPAG7,CUL4A,RAD52,PFKL,KLF6,MGAT4B,RHEBL1,GDE1,GOLGA2,GOLGA3,RUSC2,HABP4,UBAP2L,ZFPL1,GLUL,SOX4,AQR,SACM1L,SLC6A15,SLC11A2,PTOV1,BOLA1,ACSL3,JMJD8,JMJD6,MRPS18C,COX7A2L,RRAGB,RRAGD,XRN2,GUF1,VDAC2,PFN1,EZR,ANKRA2,AURKAIP1,TELO2,CUTA,BEX4,BEX2,LMAN2L,TRMT2A,IGSF9,INPP5B,PTDSS2,VPS8,SCAP,FIS1,SNHG1,NUS1,ACADSB,UBAC1,GADD45G,CCDC88A,ANP32E,CORO7,ALDH18A1,BAP1,ITM2C,CC2D1B,DAZAP2,DAZAP1,GDI1,FAF1,GDI2,MYL6B,PRPF19,PCF11,ZMYM6,RSPRY1,MAP4K2,ATP6V0B,PRMT1,STRBP,PRMT3,AMPD2,RHOF,NME1,MAPT,ALDOA,SGK1,MAPRE1,ATP6V0C,MAPRE2,UQCR11,AKAP1,RBM15B,TBL1X,MAP4K4,RANBP2,SUZ12,AP3D1,PRPF39,MARS,CTNNB1,RAB3GAP2,PRPF31,TOMM5,GALNT11,POGK,ARHGAP39,TOMM20,EFTUD2,CHCHD2,CHCHD3,TMEM147,CHCHD1,TMEM14C,TSC2,KCTD2,TSC1,TRNT1,KCTD5,TMEM131,PDIA4,PREPL,TMEM135,ILVBL,RPL7L1,SPNS1,FIZ1,RAI14,BTF3L4,LTBP4,COX7A2,DTX3,STK4,CSF2RA,ADIPOR2,ARHGAP12,DPP3,DPP6,DPP9,ATP6V1H,ZC3H18,DMAP1,MARK4,ATP6V1D,PDZD8,SMAD2,HSPA9,HSPA8,ACBD4,PTCH1,ASPSCR1,TBCD,BFAR,TBCB,DNAJC14,DNAJC16,NMRAL1,TDRD3,NFKBIA,TMEM115,DLG4,ATG16L1,TBCE,JMY,NFKBIB,B4GALT2,USP36,ACADVL,USP32,USP39,TMEM101,GMPPA,FLOT1,TMEM108,PDE4A,TMEM109,MAN2C1,USP30,SCYL1,POLG,KLF11,TSFM,KLF13,RNF208,SENP2,SENP3,CKAP5,KLF16,FAM189B,DDX19A,TRNP1,LUC7L3,CHMP6,LUC7L2,TSEN34,HCN3,USP14,USP15,RGS19,POLDIP2,MTIF2,TOB1,HSPD1,U2AF1L4,NT5DC3,ABCF2,ABCF3,PTCD3,PTCD1,WTAP,USP20,B3GAT3,BAD,PRAF2,HAGHL,SGTA,HSPE1,USP28,NAP1L5,NEURL4,XPNPEP1,BAX,SSBP1,SSBP2,SSBP4"
+"gene_set_query"	"605"	"ZEB2"	"577.0"	"ARCHS4 Coexpression,743;Enrichr Queries,733;ReMap ChIP-seq,198;GTEx Coexpression,634"	"MDC1,ATF2,GMFB,TFRC,MYT1L,STMN4,RPL8,BACH1,PSMD8,PCMT1,PREX1,CNST,ALCAM,DPYSL5,ZMIZ1,DPYSL2,MYC,PSMD2,DPYSL3,AKT3,PIP4K2A,AP1S1,IER2,DAXX,MEF2C,FRS2,SOX12,GTPBP2,BCR,DYNC1LI2,MYL6,WDR81,ASPHD1,FEZ1,DDIT3,DDIT4,TYRO3,TBPL1,PRR18,RPL27,RBCK1,RPL29,CDC42SE1,AGAP1,NEDD4L,ABCB8,SLAIN1,GABARAP,MRPL10,FAM171A1,PRDX2,PPP3R1,PRDX5,CYB5R4,PRDX4,FLRT2,PRKAR2B,PRDX1,KCNMB4,RDH13,ST3GAL2,LHPP,HEXIM1,PRRT1,BTF3,ABCA2,CDK19,RPL41,JUN,CADM4,WDR59,JUND,CADM1,EDEM1,IRF2BP1,NR2F1,PBX2,IRF2BP2,MAD2L1BP,MTHFR,PA2G4,MRPL24,PBX1,MLLT11,SLC6A6,EIF5,HNRNPF,PSMG4,FAT4,CPEB4,ATG2B,SETD5,SMG1,BTG1,KCNC3,PHF23,PHF1,ASH2L,ECSIT,MED16,MRPL34,WDR46,BBC3,PQBP1,DDA1,PIGX,RNF157,TRMT112,LMBR1,TUBA1A,ATIC,TRIM2,TIMP2,TK2,SH3BGRL3,CIC,JARID2,JAK2,ENOPH1,ZC3H10,NUDC,ACTL6B,DUSP1,ELOVL5,SPHK2,PGAM1,ITPK1,NIPA1,TET2,ELOVL6,SIRT7,MRPL48,SIRT2,COPZ1,MED29,DUSP6,RNF168,SLC7A4,TMEFF1,TUBB2B,ZEB2,TUBB2A,PTRH2,MED20,TET3,PXDN,RAPGEF2,SLC29A1,DSCAML1,VAMP2,GAS7,TRUB2,CLDND1,ELOF1,CENPB,FGD4,ANO10,FLNA,RICTOR,RPL15,RPL18,RNF130,NKTR,RUNX1T1,MBD6,BRF2,KIDINS220,CSNK1A1,MDH2,WDR18,NR1H2,SAMD4B,SCAF4,BYSL,AGBL5,RNF145,MKLN1,NFIA,CCDC9,NFIB,APEX1,TSR2,YPEL1,NUCB1,RNF141,FRYL,FAM49A,MTCH1,PHLDB1,CLSTN3,CTNND1,AUP1,ZBTB22,FRY,HDDC3,SLC8A1,IPO4,SMCHD1,ABHD11,CDH2,SEMA6B,TLE4,RNF44,TLE2,PCYT2,AGTPBP1,CISH,USP3,IGFBP3,ANKRD44,RPS5,MAGI2,TPM1,STX7,DYRK1A,FRMD4A,RPSA,ZCRB1,VASH1,FRMD4B,LENEP,THOC6,FOXP1,CLIP2,PYGO2,FRMD5,ACAP2,RAB31,RAB34,PKP4,ERH,TNIK,ARL8A,SNRPA,FKBP5,SNRPB,PFKFB2,ABHD2,ABHD8,ISG20L2,ITPR1,UBR3,PHB,ZKSCAN3,DVL2,BRIX1,MAP2K5,MPDU1,CCDC12,MARCH6,LSM4,LSM2,ZC3HC1,CDK9,PTPRD,REEP1,CNOT7,DAB1,LRFN1,MAFG,DMXL2,RNF182,NACAD,SERINC1,OSBPL1A,NOP10,BCL2L1,RNF187,SLC48A1,HSP90AB1,RNF13,CELF2,ARRB1,MRPL4,DUSP12,RPL7A,LBH,PHACTR3,DGCR8,TLK1,CEP170,EDIL3,SNAP29,UNC45A,ACTR3,EIF5A,PLEKHG2,REXO1,DST,SECISBP2L,LANCL1,SH2D3C,NDUFC1,YDJC,ZFP90,ARL4C,PTP4A2,PTP4A3,DALRD3,TRAF4,PIK3CA,C1D,TOP1,SOS1,PPP1R12C,ST6GALNAC6,SEC22C,NLGN3,PPP1R15A,MTPN,PPP1R15B,HDAC3,PRCC,CXXC1,FURIN,HDAC6,DNAJB2,DNAJB1,ZNRF1,VPS52,SH3BP2,POLR2F,FYN,SLC25A23,HNRNPA1,ATP9B,SLC25A25,SPAG9,SLC35A2,MARCKSL1,HNRNPA3,PPIL1,TRIM41,PPP1R14C,PCDH9,PCDH7,DDHD2,IMMT,MBOAT2,PTPN11,RPL23A,DDHD1,HNRNPAB,NELL2,KLF6,MARCKS,NIN,RAB14,VAPA,APC,POLR3D,ST7,TRIM35,RUNDC1,SLC35B2,EIF4A1,APP,VARS,ZMYND8,JMJD1C,ZDHHC7,IFI30,GBA2,ACTB,CRKL,RPS14,RASSF2,RPS16,HERC1,FLAD1,FTH1,TRIM27,SNRPD3,SEC62,SLC12A6,GOLGA7,GLUL,RPS10,SOX4,SOX5,EPHA4,ST6GAL1,ATP6V1G2,PAQR4,ARL15,LIMCH1,NFKBIL1,CIRBP,ANK2,ACSL3,ACTN4,TMEM170B,THAP7,CSNK2B,VDAC1,KCTD12,EZR,LLGL1,STX1A,SLC45A4,CUTA,MACF1,NUMBL,MYCBP2,TRANK1,SUPT4H1,TWF2,PTTG1IP,PIK3R1,TTBK1,TMTC4,MYL12B,NKAIN2,SEC14L1,PCBP1,HIVEP1,SYMPK,SCAP,STXBP5,MAP4,RAB11FIP4,GPM6B,VASP,SNHG1,BCL11A,MICAL2,MYO5A,ERAL1,SMARCA2,PAICS,PTK2,UBAC1,MED13L,CCT6A,CCDC88A,WNK1,ID2,CALU,NDUFAF3,PAF1,CALM3,TMCC2,CALM2,RGL2,ITM2C,DDR1,DHRS13,HBS1L,NRP1,HIP1,FKBP15,CITED2,TECR,MRPS10,MYL6B,WASL,AKAP12,CTSL,C1QBP,KIF13A,ENC1,TMED1,CTSB,NCOA1,CCT3,PRMT2,GP1BB,CCDC115,PRMT1,NME2,GAB2,TFB2M,TUBG1,COMMD7,MTSS1,APRT,RHOB,TOX4,RAP2A,PACS2,FAM20B,MAPRE3,RHOV,SGK1,DYNC1I2,AHCY,SLC20A1,INPP1,SATB1,SATB2,CCDC106,TRAK1,TRAK2,PPP2CB,AMN1,ARVCF,SERTAD2,ORMDL3,GPC2,MGAT1,CCT7,EPS15,MPZL1,CCT5,MAP4K4,CCT4,NPM1,PTGES2,KLHL2,XPO7,MYO9B,AP2B1,MIAT,VEGFA,RGP1,PER1,HIST3H2A,KLHL5,MARS,KBTBD2,TCEA1,HDGF,ESYT2,SH3GL3,SCARB1,MIDN,POGK,PRDM2,PAIP2B,FAM174B,BASP1,KIF5B,FPGS,HCFC1R1,KIF5A,DENND5A,BANF1,APLP1,TMOD2,POU3F2,PDIA6,POU3F3,EEF1A1,DPM2,TMEM136,TBL1XR1,WDFY3,SCG3,RELL2,PPIA,RTN2,PXK,ISYNA1,PXN,LTBP4,HTRA2,LPL,NDRG1,RTN4,ARHGAP21,MAN2A2,DNAJC21,ISOC1,CDH24,VARS2,MARK3,BCL9L,ATP6V1F,KLHDC10,SYT5,UBE2F,PRNP,ACBD5,SYT3,ACBD4,CBX5,CBX4,PCIF1,HMGA1,CRIM1,TBCB,NUP153,SUPT5H,QDPR,RCL1,PAN2,DLG2,HOOK2,GNAQ,DLG5,MKRN1,PI4KA,CNTN2,TCF4,SAE1,PICALM,GSK3A,DOCK4,PRKCSH,GTDC1,SLC2A3,CHD2,RND3,SENP7,MFSD6,SEPT7,ABHD16A,BCL7B,GMPPA,FLOT1,PDE4B,FLOT2,TIMM17B,YWHAG,SCYL1,KDM6B,PDPK1,ABCC5,ABHD14B,NAV1,NAV2,GPCPD1,YWHAZ,ARID1B,KLF16,DNM2,LATS1,CREB3,LMBRD1,VCAN,RABEP1,ELF2,TMEM214,DDAH2,CDH11,DCX,B4GALT5,DCTN6,RALA,STOML2,USP15,ATF6B,DCTN2,RAP1GDS1,SLC3A2,AGPAT1,CLCN3,RNF5,STRN4,AGPAT3,AGPAT4,STRN3,HSPD1,GNG2,MAT2A,GNA12,SLIT1,PTK2B,MAPK1,NCAM1,CLASP2,B3GAT1,ATP2B4,PDE4DIP,ATP2B1,SSRP1,MEIS2,CLCN6,FMNL2,ERCC1,PPP2R2D,CDK2AP1,BAX,TAF6,NAA15,VIM,SSBP2,RBMX,SSBP4,RAN"
+"gene_set_query"	"606"	"PKNOX2"	"578.3"	"ARCHS4 Coexpression,1118;Enrichr Queries,591;GTEx Coexpression,26"	"MAPKBP1,ANKLE2,GMFB,ZFYVE9,STMN3,BACH2,SCAMP5,DPYSL2,DPF1,DPYSL3,BSN,CCNL1,EPHB1,SOX5,ARL10,EPHA4,MEF2C,RBFOX1,AQR,SRRM4,TSPYL1,UNC13A,UNC5A,WSB2,SLC6A17,LIMCH1,PRKCE,CACNA2D1,ANK2,SOX11,ANK3,MAPK8IP2,ANK1,GABRG2,GPR162,STX1B,SFRP1,PRKAR1B,IFT81,HECW1,TAGLN3,TRIB2,STX1A,PFN2,GPM6A,TSHZ3,CEND1,CD99L2,TMTC1,AGAP3,PIK3R1,NLK,KALRN,TTBK1,IGSF9,SYNGR1,FAM171A2,NUAK1,PGBD5,FLRT2,CHST10,B4GALNT1,TNRC18,HIVEP2,RIMKLA,SCN3B,SCAI,ST3GAL2,ST3GAL3,ATP6V0A1,PRRT1,JUN,HOMER1,IQSEC2,CADM1,PDE2A,SLC35E3,NR2F1,MICAL3,SNAP91,PBX1,DCLK1,POU6F1,MLLT11,HNRNPF,ID2,CALM3,FXYD6,FAT4,CALM1,CDK16,ROBO2,NRP1,DOC2A,GDI1,PCSK7,ROBO1,RNF157,AKAP12,PPP3CB,NUDCD3,JPH3,PCLO,ENC1,B3GALT1,DLGAP1,KIF1B,KIF1A,GPRASP2,RPS6KL1,ACTL6B,ACTL6A,SYP,TERF2,PGM2L1,SYN1,DUSP6,MLF2,RGMA,NCOR2,MN1,ZEB2,ARHGEF9,VSNL1,MPPED1,PXDN,CHST1,MAPRE3,MAPT,PLCB1,VAMP2,GAS7,GRAMD1B,NFIX,STAU2,AMIGO1,GNAI3,PRICKLE2,AKAP6,ADCY1,PRICKLE1,PTN,CAMK2N1,CHN1,GPC2,SLC17A7,APBB1,RUNX1T1,GABBR2,ARNT2,ATRNL1,GABRA3,LSAMP,YLPM1,TTC9B,SORBS2,GRIN1,SLC8A3,NFIA,NFIB,NEDD4,PKN1,MEGF8,APBA2,CDK5R1,PHLDB1,RAB3A,CLSTN1,ARHGDIG,CDH8,RPH3A,ARHGAP44,ATCAY,KIF5A,NRCAM,CHRNB2,KIRREL3,ANKRD46,IGFBP3,TPM1,MAGI2,TTC7B,TBR1,FRMD4A,RUNDC3A,DGKZ,SRCIN1,CACNB1,OLFM1,DOK5,GPRIN1,EEF1A2,TBC1D24,ELMO1,RTN2,BRSK1,DDX6,BRSK2,BHLHB9,RTN1,NTM,TMEM59L,ABHD8,CLEC16A,LPL,CACNA1A,FBLN1,CACNA1D,CABP1,CACNA1C,KLC1,FBXO41,EFNB2,PDZD4,ORC4,DPP6,KLC2,CASKIN1,PLXNA2,SLC38A6,CAMTA2,KIF3C,NDUFV3,RAB6B,PLXNA4,PDZD7,AP1M1,KLHL29,SYT3,GGT7,ANKRD24,SYT1,AUTS2,SLC4A10,KLHL22,CORO2B,PTPRD,HOOK2,STK25,DLG4,HOOK1,REEP2,AAK1,PI4KA,MAP3K10,UBE2O,PLEKHM2,FGF13,DOCK3,DAGLA,CELF2,DOCK7,CELF4,ELAVL4,CHD6,CELF5,CHD5,LDB2,SOBP,AFF3,PKD1,NRGN,RND1,NGRN,DUSP12,BCL7A,MCF2L,GDAP1L1,TMEM108,PDE4B,PMEPA1,WDR7,PHACTR1,ERC2,SULT4A1,YWHAG,YWHAH,DACT1,SVOP,HSDL1,PDE4D,UBE2QL1,RNF208,ABHD14A,NAV2,DUSP26,SEPT5,ARID1B,DNM1,SEPT3,GAP43,VCAN,PTP4A3,SETBP1,NAV3,SNPH,CDH10,CDH11,TBC1D7,CDH13,SHANK1,RNFT2,SMARCD3,STOML1,CLEC2L,USP11,NRXN1,CRMP1,FOXK1,NCALD,JAKMIP3,MAPK9,CACNG7,STOX2,GNG3,CACNG8,SV2A,MGAT5B,VPS53,SLIT1,SLITRK5,SPOCK1,NCAM1,SNCB,MEST,ATP9B,FNIP2,BEND5,OPCML,LGI1,LINGO1,NTRK2,TRIM41,PCDH9,USP22,NTRK3,PCDH7,NAP1L2,CCK,ATP2B2,SEMA4F,MEIS2,MAPK10,NELL2,DBNDD1,IRGQ,NEURL4,SBK1,PDE10A,PPP2R2C,RAB15,NOVA2,TSPAN18,R3HDM1"
+"gene_set_query"	"607"	"ZNF250"	"581.0"	"ARCHS4 Coexpression,987;Enrichr Queries,337;GTEx Coexpression,419"	"CCNI,ZDHHC5,GPATCH1,HNRNPU,CBLB,EPRS,BACH2,HERC3,CAPNS1,TRIM28,RUSC1,ZMIZ1,AKT2,DPYSL2,MYC,DPYSL3,STMN1,PWWP2A,EPC1,AKT1,VPS36,NFRKB,ATXN7L3,SOX4,IER2,RBFOX2,WSB1,ARRDC3,REV1,CIRBP,CD3EAP,SOX11,MOGS,GTPBP4,SRRM1,TIAM1,DDIT4,ULK3,HECA,PRR12,PRR14,KCTD15,PAXIP1,DHX8,IGSF3,FOXG1,FLII,MYCBP2,PIK3R3,NEDD4L,PIK3R1,APH1A,GSE1,MLEC,RCE1,PLCG1,RDH13,PATZ1,ST3GAL1,RBM10,CREBBP,JUN,WDR59,INTS1,BCL11A,PBX2,BRAF,PBX1,PUM2,GADD45G,PRRC2A,MLLT11,HNRNPL,SQLE,MEX3B,VANGL2,MEX3A,FASN,ID2,SFXN3,PLCH2,CDK13,EZH1,ITM2C,EZH2,ARF3,SETD5,PHF2,SMG1,LRSAM1,CSRNP2,PIGU,DAZAP1,CDKN1B,BTG1,PTPRS,CITED2,KCNC3,ZFAND2B,PRPF19,PTPRF,SMG5,MED17,SHF,MECP2,ING4,AKAP12,EPM2AIP1,TUBA1A,TRIM3,ENC1,SDF4,UPF1,TSC22D1,NCOA6,TSC22D3,LRRC49,TCF12,MINK1,DUSP6,MTSS1,WDR33,MLF2,RHOB,MED23,RNF144A,ENAH,PXDN,MPPED2,WAC,SGK1,SFI1,NFIX,SATB1,CENPB,RXRB,HIRA,ARVCF,UNK,NFIL3,TMEM68,YKT6,CENPT,RIC3,NFYA,GATAD2B,VEGFA,SKI,ATAT1,PRPF39,NFIA,NFIB,CCNG2,TAOK2,NUCB1,HDGF,PKN1,MTCH2,NAB1,ATN1,HDLBP,ZFP30,SALL2,LAMP1,PAPOLG,POGZ,FADS1,MORC3,TLE2,SLC38A1,TPRA1,RALGAPA1,TPM1,F2R,MAGI2,TSC1,FRMD4A,RSBN1,CTDNEP1,MAU2,MYCN,TBC1D20,ZFP41,HNRNPUL1,RAB35,CHMP4B,CSNK1G2,LY6E,FKBP5,GLYR1,ZCCHC8,KLHL18,LRRC59,PFKFB3,RAB5C,MAX,PEF1,YTHDC1,INSIG1,CHRNA7,CACNA1A,SLC1A4,NRF1,NDRG1,SUPT6H,FBXO42,SOCS2,EFNB2,PITRM1,NACC1,DVL2,E4F1,TBC1D17,SLC38A2,ANKZF1,ZKSCAN1,PDZD7,IP6K2,PLXNA3,BPTF,TRAPPC2,PRNP,TIA1,AUTS2,PTCH1,PCIF1,OSBPL2,ASNS,KLHL24,EEF2,MARCH6,CLK4,SSH3,UCKL1,NFKBIA,H1F0,LRCH1,PAN3,EFNA2,HOOK2,ZFP62,ATG16L1,HOOK1,CNOT2,GNB2,CNOT3,GNB1,SPIRE2,PI4KB,FGF13,NFE2L1,EIF4G1,DIDO1,KDM5B,CALCOCO1,KDM5C,LDB1,MCM7,WDR1,NVL,PRKCSH,CHD8,PRR3,CHD6,ARHGEF10L,YBX1,PKD1,RND3,CABIN1,LMNB1,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,SNRNP70,PPP6R1,UBTF,PMEPA1,UNKL,ILKAP,KDM6B,KLF11,SUN1,KLF13,PDPK1,PLA2G4B,DDX56,HUNK,NAV2,SAFB,ARID1A,ARID1B,RAD23B,ZFP90,PTBP2,ARL4C,TRAF7,PTP4A3,SETBP1,TRAF4,DDAH2,CTDSP2,POLR1B,LUC7L3,AHDC1,PPP1R15A,RNFT2,HDAC5,HCN3,WBP1,GTF3C5,RGS16,RAB1B,POMP,CXXC1,PARD6G,CRMP1,ASAP1,ATP1A1,MLLT3,NCALD,GANAB,DNPEP,RBBP4,U2AF2,POLR2D,FAM120A,FEM1C,SPEN,MARCKSL1,KDM4C,RRM2,USP20,USP21,NICN1,FOXJ2,RPRD2,MEIS2,RAD52,NELL2,KLF6,SBK1,PIK3IP1,CARM1,MGAT4B,PDCD4,VIM,P4HB,SSBP2,SMAP1"
+"gene_set_query"	"608"	"JAZF1"	"582.3"	"ARCHS4 Coexpression,741;Enrichr Queries,463;GTEx Coexpression,543"	"TES,DIXDC1,ADARB1,RPL8,BACH2,NUDT4,RPS17,LSM11,ALCAM,RASSF2,TRIM28,HERC1,SNRPD2,ZMIZ1,RPS18,DPYSL2,MYC,DPYSL3,AKT3,PIP4K2A,EPC2,DIP2C,PELO,RPS10,SOX4,FBXO9,MEF2C,ACTN1,PRKCE,ARRDC3,CD3EAP,SCRIB,ANK2,ANK1,INPP4A,EID1,MYL6,KATNAL1,CRYZL1,DDIT4,KCNQ4,HECA,KCTD12,BCORL1,RPL29,TRIB2,MTMR3,BEX1,TSHZ3,STXBP1,TRANK1,NEDD4L,PIK3R1,GNS,MTMR6,APH1A,FAM160B1,PPP3R1,PRKAR2B,PRDX1,TSPAN5,HIVEP2,TRAP1,JUN,NDFIP1,BCL11A,IQSEC1,RCC2,MICAL2,PA2G4,PAICS,PBX1,IFFO1,DCLK1,ZWINT,SNAP91,ICK,ABTB1,QARS,WNK1,ID2,RANBP10,TMCC2,CALM1,CDK14,TECPR2,PAM,FERMT2,TMEM9B,ITM2B,CDS2,CPEB4,ITM2C,DDR1,NRP1,PIGU,CITED2,RPLP0,ZCCHC18,PCSK7,SLC7A11,VLDLR,SIPA1L3,ROBO1,MECP2,AKAP12,GLIPR2,RSRC1,TRIM2,C1QBP,ENC1,TIMP2,TCP11L2,IDS,UBXN6,CCT3,PRMT1,STRADB,NCOA4,NME2,DUSP6,MTSS1,PGM2L1,GNL3,MLF2,NME1,MED22,ZEB2,CDC42EP3,PXDN,FAM20B,PLEKHO1,PLCB1,SGK1,VAMP2,GAS7,NAPB,AHCY,WDR26,SATB1,RPL12,PRICKLE2,CCDC107,PRICKLE1,TRAK2,SH3BGRL,ZDHHC18,FAM172A,NFIL3,CHN2,TCEAL1,SPOP,FLNA,TBL1X,APBB1,RPS2,RPL18,RUNX1T1,RANBP1,SORT1,MDH2,RIOK3,SORBS2,SORBS1,LETM1,ABCB10,MYBBP1A,OSTM1,NFIA,NFIB,SLMAP,SARM1,ZYX,CAMK1,PKN1,YPEL5,YPEL4,YPEL3,MEGF9,FAM49A,FAM13B,WWC1,CTNND1,FRY,RPL10A,CLU,SLC8A1,IGF1R,SMCHD1,CDH2,UROD,BASP1,RUVBL2,AP2M1,FADS1,SH3GL2,BNIP3L,GPT2,RPS5,TPM1,RPS6,AIP,FRMD4A,RPSA,THOC5,ATP1B1,RUNDC3A,RNF41,SAP30,FOXP1,TUFM,ADAM19,ARMCX1,PREPL,TMX4,RAB31,ELMO1,SCG5,SCG3,TOX,SNRPB,ATP6V1A,RNASEH2C,RTN3,PFKFB3,RTN1,ARHGEF25,NXPH3,ZC4H2,ITPR1,AK2,LPL,CACNA1A,CACNA1C,PHB,ADIPOR1,NDRG1,PHF21A,CACNA1H,RAP1A,G3BP1,CAMTA1,RAP1GAP2,PRNP,UBE2H,ATP8B2,CRIM1,DSTN,KLHL23,MARCH8,LSM4,MANBAL,REEP1,BCL9,LRCH2,NBEA,HOOK2,SYNJ1,HOOK1,NACA,MKRN1,SERINC1,MDM1,PICALM,USP35,RNF10,RNF11,MCM7,MAST3,CELF2,CHD6,ILK,DBI,SLC2A3,ARRB2,SOBP,AFF3,LMNB2,SGCE,ALAD,DUSP12,RPL7A,LBH,UBE2Q2,SNAPC2,PSD3,NPTN,FLOT1,PDE4B,SPEG,DACT3,PMEPA1,PHACTR1,EIF5A,PPP1R12A,CDADC1,KLF13,PDPK1,PDE4D,PPP2R5B,NAV2,GPCPD1,PTBP2,PJA2,ARL4C,PPM1A,VCAN,PTP4A3,SETBP1,TRAF4,DNAJC6,ATP6V1B2,PPP1R12B,MET,USP15,SRF,NCALD,HSPD1,DNPEP,GNG2,RAB23,NT5DC3,PTK2B,FYN,NCAM1,CAMK2G,DCAF12,PDLIM7,SNCA,PPP1R14B,NEGR1,PRAF2,PCDH7,PLCL2,ATP2B4,MEIS2,HNRNPAB,NELL2,MYO1B,KLF6,SLC25A39,SYT11,TSPAN18,IMPDH2,VPS41,TAF6,VPS45,VIM,SMAP2,LPIN2"
+"gene_set_query"	"609"	"PLAGL2"	"584.3"	"ARCHS4 Coexpression,417;Enrichr Queries,408;GTEx Coexpression,928"	"MDC1,ANKLE2,CCNK,VARS,TFRC,TRRAP,ZDHHC5,HNRNPU,EPRS,ZDHHC3,ACTB,BACH2,GLE1,TRIM28,RAVER1,ZMIZ1,DPYSL2,MYC,FTH1,ZMIZ2,SAP130,LONP1,CCDC97,UBAP2L,KIF21B,ATXN7L3,SOX4,NUP214,SRRM2,SMARCC1,WSB1,NUP210,ACTN1,PRKCD,CD3EAP,MOGS,GTPBP1,HCFC1,PSME3,DDIT4,TRIM13,HECA,NUP98,EZR,PRR12,DUS3L,ATF4,SF1,POM121,TTYH3,ANP32A,TEX264,MEPCE,NOLC1,BAZ2A,UBE2J2,HIF1A,GSPT1,UGCG,LARP1,PCBP1,DHX37,PIP5K1A,SYMPK,HIVEP2,ATRIP,S100A10,BRAP,XRCC6,CREBBP,JUN,RCC2,SETD1A,TYSND1,PBX2,MEX3C,PRRC2A,EHD1,HNRNPL,SLC6A6,WNK1,TDP1,FASN,ID2,HNRNPD,EZH2,CPEB4,ITM2C,DAZAP1,PIGU,BTG1,CITED2,TCF20,SLC7A11,SMG7,PRPF19,SMG5,PHF8,COIL,XPO6,XPO5,JAK2,JARID2,RALGPS2,UPF1,BRD2,STRBP,PABPC4,TET2,TUBG1,PPRC1,MED26,DUSP6,SREBF2,RHOB,SLC7A5,ZEB2,PXDN,TET3,RAPGEF1,PABPC1,ARHGEF2,SGK1,MAPRE1,STK40,GAS7,CSTB,PCNA,SF3B3,SLC20A1,DOT1L,SRRT,SLC7A1,TM9SF4,GGA1,HIRA,GGA3,NFIL3,RNF138,NSD1,UBN1,ANKRD52,RAE1,SF3A1,MBD1,HUWE1,HIPK1,SCAF4,GATAD2A,VEGFA,MYBBP1A,SERBP1,ZYX,TRIP12,HDGF,PKN1,MIDN,NUP188,KDM1A,RNF19B,ACRBP,IPO4,EDC3,IGF1R,RUVBL2,KHSRP,EP300,FBRSL1,KPNA2,ARID2,FADS1,PIAS4,TLE4,TLE3,USP7,RNF44,KDM2A,VRK3,ATP1B1,WBP11,RNF40,ATXN2L,CTDNEP1,ILF3,HNRNPUL1,HNRNPUL2,MAPKAPK2,RAB35,PPIF,CHMP4B,SNRNP200,SQSTM1,CSNK1G2,KPNB1,CSNK1G1,GLYR1,DNMT1,PFKFB3,CUL3,MAZ,ISG20L2,UBR4,PRPF8,SUPT6H,SNN,SBNO2,BAG5,NDOR1,KIF3B,PITRM1,NACC1,ZC3H18,SLC38A2,MARK2,MCL1,BCL9L,PRNP,NOP14,CPSF7,BRPF1,NUP155,ODF2,FUS,CPSF3,CBX2,SEC16A,HMGA1,CNOT10,NUP153,EEF2,CHERP,NFKBIA,EFNA2,HOOK2,CNOT1,HOOK1,CNOT3,UBA1,TCF3,LRCH4,BRWD1,LSM14B,BCL2L1,EIF4G1,KDM5B,KDM5C,GSK3A,ZMYND19,PRKCSH,CHD6,ATP2A2,SLC2A3,CHD4,ADAR,DUSP18,YBX1,PTPN23,LMNB2,LMNB1,SPRED2,DUSP12,SEPT9,SPRED1,PPP6R1,NUP62,UBTF,KDM6B,TBP,REXO1,KLF13,USP42,PDPK1,H2AFX,CAD,ARID1A,SMC1A,UTP18,PATL1,KLF16,DNM2,VCAN,PTP4A3,SFPQ,TFDP1,CTDSP2,POLR1B,B4GALT5,OTUB2,PPP1R15A,PPP1R15B,NFAT5,SMARCD1,RGS16,SRF,DDX20,LENG8,DDX21,FURIN,STRN4,PPM1G,HSPD1,HDAC7,DCAF15,RMND5B,GANAB,DNPEP,POLR2A,U2AF2,PHKG2,MKNK2,FCHO2,FEM1C,CSK,E2F4,MAPK6,MTA2,FBRS,ARFGEF1,MLXIP,SPEN,PTPN1,MARCKSL1,HNRNPA3,RRM2,TAF15,EYA3,LRWD1,SSRP1,SOD2,HNRNPAB,ASXL1,KLF7,TSPAN14,KLF6,CARM1,ACIN1,VIM,EIF3C"
+"gene_set_query"	"610"	"BARHL1"	"584.7"	"ARCHS4 Coexpression,186;Enrichr Queries,941;GTEx Coexpression,627"	"CNTFR,CERK,STMN3,ENO2,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,BSN,EPHB1,CALN1,CHGB,SRRM3,HES6,SRRM4,RBFOX1,EPHA7,ATP6V1G2,RBFOX3,UNC5A,SLC6A17,SOX11,ANK3,CSNK1E,MAPK8IP2,MAPK8IP3,ANK1,PISD,MAPK8IP1,NISCH,TIAM1,GPR162,STX1B,PRKAR1B,KCNQ2,TAGLN3,TRIM11,LLGL1,PAXIP1,NRN1,STXBP1,TRANK1,AGAP2,CEND1,AGAP1,PRKCZ,TTBK1,SYNGR1,FAM171A2,PPP3R1,PCBP3,PCBP4,PIP5K1C,RHBDL1,B4GALNT4,NTNG2,ABCA2,CADM3,PRRT2,PTPRN2,NDFIP1,CADM4,BCL11B,LRRN2,SS18L1,MICAL3,NR2F1,MICAL2,L1CAM,PRRC2B,SNAP91,VANGL2,CALM3,RCOR2,TMEM151B,PTPRS,KCNC1,GDI1,KCNC3,GRIK5,DIRAS1,DIRAS2,GRIK3,AATK,GRIK2,SHF,JPH4,TRIM9,MMP24,PCLO,JPH3,SLC22A17,TRIM3,NCS1,NEFM,KIF1B,KIF1A,FEZF2,DLGAP3,APC2,GRIPAP1,PRMT8,SYP,DUSP8,DYNLL2,SREBF2,SYN1,TUBB2B,KIFC2,PACS2,PXDN,MAPRE3,MAPT,SFI1,VAMP2,GAS7,GRAMD1B,NAPB,ADAM22,SEZ6,ADCY1,CAMKK2,ARVCF,CUX2,CAMK2N1,CHN2,MGAT3,SLC17A7,APBB1,NCDN,PURG,RUNX1T1,GABBR1,DAB2IP,PLEKHA6,NMNAT2,GRIN1,SKI,MEGF8,YPEL4,APBA2,CDK5R2,CDK5R1,RAB3A,CRTC1,CLSTN3,CTNND2,CLSTN1,ATN1,CELSR3,SLC8A2,RPH3A,RIMS1,TMEM145,RIMS4,KIF5C,TUBB3,KIF5A,PALM,SH3GL2,PPFIA3,LMO1,TLE2,APLP1,ADAM11,LMTK3,KCTD2,ATP1B2,POU3F1,POU3F2,SRCIN1,RUNDC3A,KCTD6,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,OLFM1,CLIP2,PREPL,GPRIN1,MADD,ANKS6,LY6H,ABCG4,RTN4R,BRSK1,NDRG4,BRSK2,RTN1,ARHGEF25,NXPH3,TMEM59L,CHRD,CACNA1B,CACNA1A,BHLHE22,CPLX2,NDRG2,SEZ6L2,FBXO44,CPLX1,CACNA1E,PHF21B,CACNA1G,GOLGA7B,NEUROD2,IGSF21,SCRT2,PDZD4,DPP6,KLC2,SRGAP3,OTX1,KIF3C,RAB6B,PDZD7,LRRC4B,TMEM120B,SYT4,CLK4,CORO2B,SYT7,SCRT1,GNAO1,EFNA2,NSG2,LHX2,DLG4,GNB1,REEP2,CNTN2,MAP3K12,SNAP25,THRA,MAST1,CELF3,CELF4,CHD6,PKD1,ELAVL3,POLB,SCRN1,MCF2L,PSD3,SULT4A1,GALNT9,YWHAG,TRIM67,EMX1,PPP2R5B,RTN4RL2,DNM1,SEPT3,PTP4A3,ALS2,DNAJC6,SHANK3,SHANK1,CAMK2B,HCN3,NLGN2,DCTN1,NRXN2,CRMP1,ATP1A3,DLL1,DNAJB2,CACNG7,ABLIM1,IGFBPL1,FAM168A,SV2A,VPS53,SPOCK2,MGAT5B,NNAT,TRIM46,NCAM1,PCDH1,SNCB,ATP9A,CHGA,KDM4C,SLC12A5,PCDHGC4,PCDH8,B3GAT1,ATP2B4,NAP1L2,ATP2B2,MEIS2,NELL2,NFASC,SBK1,TEF,PPP2R2C,FAM131C,SYT11,FAM131B,TSPAN18,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"611"	"ZBTB37"	"584.7"	"ARCHS4 Coexpression,909;Enrichr Queries,344;GTEx Coexpression,501"	"HNRNPU,JMJD1C,RBPJ,EPRS,GABPB1,RPL8,BACH2,PSMD8,RASSF1,HERC1,PPP2R1A,DPYSL2,MYC,PSMD2,AKT3,BSG,EPC1,DIP2A,KIF21B,GLUL,SOX4,SLC12A9,DDX17,STARD3,WSB1,ARRDC3,RFX3,DICER1,RC3H2,SRRM1,EID2,DDIT4,AKAP9,FAM76B,HECA,PFN1,AURKAIP1,CDC42SE1,MACF1,MTMR3,MAPKAP1,MYCBP2,BAZ2A,COPS7A,PIK3R1,MRPL12,MRPL13,TTBK2,PGS1,MRPL20,CYB5R4,MICAL1,HIVEP1,TRPM7,HIVEP2,EDEM3,BTF3,JUN,RABGAP1L,PRELID1,SETDB1,SLC35E3,SURF4,MRPL27,MICAL3,PBX2,PRRC2C,ERAL1,MCAT,PHC3,PBX1,MED13L,SETX,ABTB1,CCDC88A,EIF6,WNK1,NDUFAF2,INTS4,FARSA,ITM2B,FARSB,CPEB4,ITM2C,MRPS17,PHF3,SMG1,PIGU,HIP1,FKBP15,SLC44A2,OLA1,CLTA,SLC7A11,PCSK7,MED12,NIPBL,HINT1,MED13,C1QBP,XPO6,REV3L,UBXN7,SDF4,JARID2,PCMTD1,RALGPS2,TOP3B,NCOA2,MRPS26,SHPRH,TMED9,NUDC,MRPS24,PRMT1,PGAM1,TET2,NME2,ASH1L,PARP8,MLF2,ENAH,MRPL50,ZEB2,PXDN,TET3,STRAP,ARHGEF1,FAM193B,PGAM5,EEF1E1,SGK1,RNF166,TRUB2,RNASEL,TOMM40,AHCY,MRPS35,STX16,COX5A,PTS,GNAI2,FGD3,FGD4,PSMB5,NSD1,ASNA1,LMAN2,AP2S1,RICTOR,MEF2D,NKTR,MAP3K3,MON2,MDH2,MYO9A,VEGFA,FKBP1A,NFIA,NFIB,TAOK1,NEDD4,PKN1,TOMM5,FRYL,MEGF9,CRTC2,CCNT2,SLA,ARID4A,ARID4B,FRY,CYP46A1,TOMM22,IGF1R,NARS,SMCHD1,CHCHD2,PPIP5K2,CFL1,EP300,BANF1,ARID2,AP2M1,IFNAR2,USP4,RALGAPA1,ANKRD44,STX7,TTC7B,ZBTB34,ATP1B1,TANC2,TUFM,ACAP2,MAU2,DMTF1,TBL1XR1,RPL7L1,PRPF3,MRTO4,UBE2V2,NHP2,PHIP,WDFY3,PPIB,SNRPB,DDX6,LRRC59,PFKFB3,COX16,PXN,ANKRD12,UBR2,PHB,CSF2RA,PHF21A,SDCBP,SBNO1,ORC4,HMBOX1,MAN2A2,TPR,ABL2,CYC1,SLC38A2,SKIL,QSER1,BPTF,IVNS1ABP,SMAD2,PRNP,PHF12,PTCH1,KLHL24,LSM3,COPS6,PAN3,GON4L,EFNA2,HOOK2,HOOK1,JMY,DNAJC10,NF1,AAK1,MDM4,BRWD1,FGF13,UBE2K,OGT,DYRK2,PRKCSH,CELF2,USP33,USP34,PTEN,CHD6,CHD2,AFF4,SYNE2,PIK3C2B,MRPL4,SENP7,DUSP12,PSD3,TIMM17A,CASP2,RBM5,RBM33,EIF5A,DST,PDPK1,ATRX,MSL2,NDUFC2,NAV1,EDF1,NAV2,ARID1A,ARID1B,DDOST,MSL1,FCHSD1,PTP4A1,PTP4A3,ELF2,CREB1,CTDSP2,POLR1B,BIRC6,PPP1R15B,GTF2A1,NFAT5,STOML2,USP15,ROCK2,RAB1B,LRP6,SRM,FBXL20,SH3BP2,POLR2E,FEM1C,ATP9B,TTC14,GADD45GIP1,SPEN,ATF7IP,SPAG9,USP24,PPP1R14B,ADRM1,ATP2B4,DDHD1,CDC42BPA,KLF7,NIN,KLF6,PIK3IP1,APC,RBM42,P4HB,TAF1"
+"gene_set_query"	"612"	"KLF9"	"585.0"	"ARCHS4 Coexpression,1014;Enrichr Queries,607;ReMap ChIP-seq,30;GTEx Coexpression,689"	"POP7,TFRC,EHMT1,SAMD14,KRTCAP2,CAPNS1,MPRIP,DPYSL2,AKT1,PRKACA,SAMD10,MEF2A,HES6,GABARAPL1,MEF2C,RBFOX1,TSTD2,NGDN,DICER1,EML1,EML2,DDIT4,PSME1,PSME2,SPARCL1,ATF4,SLBP,SET,TTYH3,SHMT2,AGAP2,PDGFA,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL20,RHOT2,HSPH1,PUSL1,RHBDL1,HEXIM1,JAG2,ABCA2,JUN,PRRT2,JUP,NR2F1,MRPL28,L1CAM,MRPL24,MLLT10,TBL3,SFXN3,PSMG4,SFXN1,FERMT2,PIGQ,MED16,MRPL34,BBC3,DDA1,TRMT112,TUBA1A,FASTK,RPLP2,APC2,LRRC45,ACTL6B,SPHK2,SIRT7,MED29,MRPL43,DUSP6,MED24,CINP,PXDN,TUT1,PAFAH1B3,VAMP2,LRRC14,LIN37,CENPB,FLNA,MFN2,RICTOR,ZSWIM4,MEF2D,WNT7B,DAB2IP,SKI,RABIF,CCDC9,SHKBP1,AGRN,CRAT,YPEL3,MTCH1,MPV17L2,FADS3,SESN1,CEP250,PIM3,SLC38A1,PCYT2,DGAT1,PPP1R16A,SARS,LENEP,CDC25B,ACAP3,FSCN1,SQSTM1,ANAPC2,RNASEH2A,PFKFB3,TUBGCP2,MAZ,ISG20L2,FOXO6,RAP1GAP,SAV1,SOCS2,NDOR1,E4F1,SLC38A2,CORO2B,UCKL1,LRCH4,NFE2L1,ZNF512B,HSP90AB1,FHL1,AP4M1,MRPL4,SUMO2,PMEPA1,EIF5A,SH2D3C,SIGMAR1,ARNT,VEZF1,RAD23A,MSL1,GIGYF1,PIK3CA,SYF2,PPP1R12B,GAPDH,SLC25A11,AHDC1,ST6GALNAC6,PPP1R15A,ROCK1,LRP1,ROCK2,PRCC,CXXC1,KATNB1,SRL,LRP8,TSPAN31,GANAB,PARD6A,CCDC85C,FCHO1,U2AF2,SH3BP2,TRIM46,PCDH1,UBQLN4,SLC25A22,GADD45GIP1,SEC24B,PPP1R14B,TRIM41,FOXJ3,FOXJ2,HIP1R,RPL23A,BAIAP2,CABLES2,PINK1,PDCD4,STUB1,P4HB,BCAR1,EIF4A1,IFI30,ACTB,CYB5D1,BSG,OGFOD2,EPC2,ATXN7L3,PAQR4,CIRBP,TALDO1,ACTN4,THAP3,CDC34,CDC37,KCNQ2,CD2BP2,KCTD12,CTXN1,TRIB2,STX1A,GIPR,FOXG1,CEND1,PIK3R2,PIK3R1,UBE2J2,PGS1,PCBP4,FAM192A,HIVEP2,INTS1,BRI3BP,SMARCA2,PAICS,IFFO1,MED13L,CALY,ID2,INTS5,NDUFAF3,PAF1,FBXL3,COL9A3,CALR,RCOR2,SUGP1,FBXL6,NRP1,GPAA1,TECR,HERPUD1,THTPA,AKAP12,NCS1,ENC1,RAC3,SDF4,SSSCA1,GIT1,CTSB,CCT2,MINK1,ANO8,ANO6,APRT,PTMA,DBN1,STK40,PNCK,SSNA1,DOT1L,CRIP2,CCDC106,GNAI2,CAMKK2,MNT,EXOSC4,NFIL3,CAMK2N1,HSF1,PEX16,NPDC1,GABBR1,SPRYD3,SORT1,VEGFB,TMUB1,PPP1CA,VEGFA,TMUB2,PER1,BOP1,TCEA2,ESYT2,PNPLA6,DPAGT1,CRTC2,MIDN,ZFAND5,CELSR2,ACTG1,CAPN7,BAHCC1,PPFIA3,MMGT1,POU3F2,POU3F3,ADAM15,FAM173A,EEF1A2,EHBP1L1,SBDS,TBC1D24,RTN2,NDUFB10,ARHGEF25,DDX1,NXPH4,KLHL17,RASGRP2,NDRG2,NDRG1,CACNA1H,CACNA1G,SHARPIN,DEAF1,CAMTA2,CYC1,TBC1D17,BCL9L,KLHL29,IVNS1ABP,OST4,PRNP,ZFHX2,UBE2I,TIMM44,KLHL24,KLHL20,H1F0,HOOK2,HOOK1,GNB2,CNTN1,PHF13,FGF11,CUEDC2,GSK3A,PRR7,ZMYND19,PRKCSH,MAST1,ATP2A2,ARHGEF10L,DDX41,TAZ,CHD2,AFF4,USE1,RND3,LMNB2,TTC28,RPGR,PPP1R9B,LASP1,UBE2Q1,MLST8,NPTN,MYO18A,DACT3,SUN2,ARHGEF12,ATP6AP1,PDPK1,ABHD14B,ABHD14A,SYNGR3,SETBP1,IRF3,NDUFS7,PPDPF,CRY2,MVD,MAN1B1,SHANK3,RBM24,OTUB1,DCTN3,CLCN2,ADD1,DNPEP,RAB40C,TMEM203,MKNK2,BNIP2,MTA2,PDLIM7,NAA10,BNIP3,MAPK11,TEF,ERCC1,FAM131A,ASB6,TAF6,VIM,GPD1L,RAN,FAM50A,CNTFR,ARPC5L,DCAF6,ZMIZ1,MYC,RPL36,AP1S1,IER5,IER2,VPS18,PIH1D1,CD3EAP,SOX12,GPR162,TYRO3,RPL29,RPL28,VPS28,ANAPC11,FAM160B1,PRDX2,PRDX5,PPP3R1,PPP4C,WDR70,BLOC1S1,S100A10,RPL41,ACD,JUND,ICMT,DMPK,PLK2,IRF2BP1,IRF2BP2,NR1D1,PHC3,PRRC2B,TMEM198,EHD1,HNRNPL,FIBP,MEX3A,SLC6A8,GIPC1,HNRNPF,UNC119,CDK10,DUS1L,ATG2B,OGFR,PHF2,CDKN1B,BTG1,SPEF1,PHF23,SETD7,GPT,TCF20,TRIM8,TIMP2,GPR137,PLEKHN1,CIC,EMD,ZC3H10,SHPRH,TPI1,SSR4,ASH1L,NUDT16L1,NCOR2,RNF167,TUBB2B,ZEB2,INF2,MRAS,KIFC2,TET3,GAS7,GRN,NFIX,RPL10,GPS1,GPS2,WDR24,ASNA1,SLC17A7,CKB,RPS2,RPL18,BRF1,TRMT1,MKLN1,OSTM1,NFIA,NFIB,NUCB1,PLP2,INHA,FAM49A,ANKRD13B,PHLDB1,ANKRD13D,CHPF,CLU,ABHD11,TUBB3,CFL1,LZTS2,MAF1,TMSB10,SEMA6B,TLE3,RNF44,TLE2,MAP2K2,USP5,IGFBP3,IGFBP2,TPM1,F2R,ILF2,THOC6,CTDNEP1,PYGO2,TOM1L2,DMWD,RAB34,DGKQ,PGP,SNRPF,PHPT1,SNRPC,FKBP5,ENY2,FKBP2,BRSK2,CD151,CCDC24,INSIG1,ABHD8,ITPR1,UBR3,UBR1,KLC1,STIP1,BAG5,NACC1,DVL1,BTBD2,ABL1,DVL2,MAP2K7,PLXNA3,MCL1,OSBPL9,ESRRA,TRAPPC3,ANKRD34A,POLR3GL,TNK2,MARCH9,LSM4,SCRT1,CDK9,GON4L,CDK5,CDK4,MAFG,PLXNB2,CPE,PLEKHM2,CNIH2,BCL2L2,RNF187,SLC48A1,CALCOCO1,MCM7,RNPEPL1,TRADD,DUSP12,AP1G2,PSD3,UBTF,WDR6,TNPO2,CCDC50,PLEKHG2,REXO1,SECISBP2L,LIX1L,EDF1,TRAF7,PTP4A3,DALRD3,TRAF4,DNAJC5,CTDSP2,RNF31,HDAC2,RAB1B,DNAJB2,DNAJB1,CACNG7,CACNG8,ABLIM1,ABLIM3,HAUS7,CSK,POLR2H,POLR2L,SEMA4A,SPAG7,IDH3G,FBXL19,RNF26,SEMA4C,PTPN12,FBXL16,PNRC1,KLF7,KLF6,DOLPP1,IMPDH2,MGAT4B,SLC35B2,HDAC10,HDAC11,CBLB,HS6ST1,RPS15,FLAD1,FTH1,DPF1,LONP1,ARL6IP4,GLUL,SOX4,TBC1D10B,ARRDC1,ARRDC3,PTOV1,JMJD8,MAPK8IP3,JMJD6,HECA,SIK1,SIK2,PFN1,OBSL1,IGSF8,NECAB3,TMTC1,TNRC18,MAP4,RALGDS,NTSR1,VASP,BCL11A,GADD45G,STAG1,SESTD1,ADCK5,RPS21,C2CD2L,ITM2C,DAZAP1,UBXN1,GDI1,CITED2,FAF1,CHMP1A,KIF13A,PSD,PSENEN,ATP6V0B,TSC22D1,GP1BB,PRMT1,TSC22D3,RHOF,MTSS1,RHOB,VAV2,MLF2,PACS2,SGK1,ATP6V0C,MPND,CSTB,RFNG,APBB2,ATP6V0E2,MAP4K3,AP3D1,SORBS1,TMEM145,ARHGDIA,HCFC1R1,TSC2,SHISA4,ATP1B1,DPM2,DPM3,MYCN,PRPF6,FIZ1,ISYNA1,NOP2,LTBP4,LPL,EFNA4,EFNB1,EFNB3,CASKIN1,OTX1,PDZD7,ATP6V1F,HSPA8,SMAD4,ACBD4,CPSF1,CBX4,HSPA5,CBX2,ASPSCR1,ARHGAP29,NFKBIA,EFNA3,EFNA2,NR4A3,DLG4,COPE,GPSM1,MUS81,B4GALT2,ACADVL,THRA,DOCK9,SLC2A3,PKD1,SENP6,SENP7,ZC3H7A,ALDH2,MFSD5,SNAPC2,GMPPA,PDE4B,TMEM109,PDE4A,SPEG,SCYL1,KDM6B,KLF13,H2AFZ,H2AFX,IQCE,RNF208,SENP3,SEPT5,KLF16,AKT1S1,CHMP6,RGS19,OPRL1,MOSPD3,TOB1,U2AF1L4,RMND5B,SNCB,SPEN,BAD,LIMK1,HAGHL,CYHR1,PDE4DIP,NEURL4,PIK3IP1,RPS6KB2,SPRY2,SSBP4"
+"gene_set_query"	"613"	"ZNF44"	"585.7"	"ARCHS4 Coexpression,958;Enrichr Queries,619;GTEx Coexpression,180"	"NCKAP1,VARS,HNRNPU,JMJD1C,UBE2L3,PNN,CAPNS1,TRIM28,DPYSL2,OGFOD2,GOLGA1,PSMD3,LONP1,AP1S1,ATXN7L1,ATP6V1E1,NFRKB,GLUL,ATXN7L3,SOX4,ARRDC4,WSB1,WSB2,LIMCH1,DAPK1,SLC35C2,METTL3,ARRDC3,CIRBP,CD3EAP,MOGS,SCRIB,RFX1,ACTN4,SCAMP1,SND1,ARMC1,RRAGA,EID2,DDIT4,AKAP9,FAM76B,HECA,DUS3L,VPS28,SF1,PFN2,GIPR,AGAP1,NEDD4L,CD99L2,TRMT2A,BAZ2A,COPS7A,CDKN2AIP,MBTD1,APH1A,LARP1,NUP85,CHST10,ZSCAN18,JUN,RABGAP1L,TMEM184B,SETDB1,INTS1,CADM2,BCL11A,INSR,RCC2,DCLK2,TYSND1,SMARCA2,PBX1,PRRC2A,HNRNPL,PARP11,FAM160A2,HNRNPK,ID2,CWF19L1,HBP1,CDK13,CPEB4,ITM2C,ARF3,MOCS2,PIGU,DAZAP1,GMEB2,USPL1,BTG1,CITED2,SLC7A11,SMG7,KRI1,PRPF19,SMG5,PHF8,PCMTD2,ACTR1A,ZMYM2,PCF11,UIMC1,ZMYM6,ENC1,DHX16,TCP11L2,SDF4,JAK2,ENOPH1,RALGPS2,TOP3B,UPF1,BRD2,TSC22D1,TSC22D3,ZFR,MINK1,CBFA2T2,SREBF2,WDR33,GAK,TMEFF1,RAP2A,ZEB2,POC5,HNRNPH1,PXDN,PELI1,TUT1,FAM193B,SGK1,TKT,SATB1,SRRT,DERL2,CENPB,FAM129B,PPP2CB,FGD4,HIRA,UNK,PDZD11,PES1,RICTOR,ANKRD52,APBB3,YKT6,NKTR,ARNT2,SF3A2,MBD1,SORBS2,SCAF1,TMUB2,VEGFA,XAB2,LYRM2,CCNG2,SERBP1,TAOK2,TSR2,HDGF,PKN1,MEGF8,YPEL3,HDDC2,CRTC2,ATP8A1,MRFAP1,HDLBP,ARID4B,PARK7,CYP46A1,IPO7,IGF1R,SMCHD1,ZFP30,RNF19A,SESN1,SLC39A7,ARID2,LZTS2,SLC38A1,KDM2A,USP5,FBXW11,TPM1,TTC7B,UBE2E1,LEMD2,FOXP1,ST7L,CLIP2,MAU2,DMTF1,HNRNPUL1,PRPF3,RAB35,UBE2V2,FSCN1,CHMP4B,KPNB1,ANAPC2,GLYR1,ZCCHC8,LRRC59,INO80E,CCDC25,INSIG1,ANKRD12,ITPR1,NDRG1,RTN4,NDOR1,IRAK1,DVL1,NACC1,ABL1,ATP6V1H,LRRC4C,SKIL,ZKSCAN1,LRRC4B,ACBD6,PRNP,PHF12,PTCH1,CNOT10,KLHL24,EEF2,CLK4,ANKHD1,CLK3,CLK2,COPS6,H1F0,PAN3,EFNA2,HOOK2,RHEB,CNOT3,JMY,GNB1,MDM2,NFE2L3,TAB3,MDM4,SERINC1,UBA1,GPR107,CLASRP,CNTROB,DYNLRB1,LRCH4,OSBPL1A,BRWD1,OGT,BCL2L2,NFE2L1,EIF4G1,LMBR1L,RNF11,KDM5C,CNRIP1,PRKCSH,USP34,CHD6,SLC2A3,YBX1,CHD2,SYNE2,LMNB2,LMNB1,NGRN,DUSP12,SEC61A1,ZC3H7B,SUMO3,UBTF,CASP2,LRRFIP1,RBM5,YWHAG,KDM6A,DIS3L2,EIF5A,DST,VBP1,PDPK1,MSL2,NAV2,RAD23B,GIGYF1,TRAF7,VCAN,PTP4A3,DALRD3,ELF2,IRF3,NRG3,SNPH,CTDSP2,POLR1B,AKT1S1,PFDN1,DCTN6,GTF3C1,NFAT5,NDUFB8,USP15,STOML1,MLLT1,TTL,MTHFSD,DCAF15,FAM168B,GANAB,FAM168A,MSTO1,U2AF2,MKNK2,FAM120A,FEM1C,MTA2,ATP9B,POLR2K,UBQLN2,TTC14,PCDH9,TAF13,EYA3,FBXL19,PCDHGC3,PDE4DIP,PTPN11,SSRP1,CDC42BPB,HNRNPAB,TPD52L2,GDAP2,KLF6,TRIM39,GLRB,PIK3IP1,BRMS1L,CARM1,MGAT4B,PDCD4,ACIN1,CDK2AP1,ERCC5,POLR3H,P4HB,EIF3B"
+"gene_set_query"	"614"	"ZNF354C"	"586.7"	"ARCHS4 Coexpression,362;Enrichr Queries,776;GTEx Coexpression,622"	"NCKAP1,TRIO,PANK3,ZFYVE9,ARPC5L,DIXDC1,FNBP1L,GPATCH8,BACH2,DCAF7,ALKBH8,EFR3A,ALCAM,DPYSL4,DPYSL5,DPYSL2,MYC,DPYSL3,AKT3,EPC2,DIP2C,SOX4,SOX5,ACVR1,ARL10,ARRDC4,DDX17,MED1,ST6GAL1,RBFOX2,WSB1,TSTD2,CACNA2D1,ZFP2,ARRDC3,AP1B1,AFAP1,CD3EAP,SOX11,ANK2,ARMC8,ANK3,DICER1,RC3H2,FAM133B,TWSG1,SFRP1,DYNC1LI2,KATNAL1,WDR82,PRKAR1A,RUFY3,ZSCAN21,PSME2,HECA,FAR1,ATP6V0D1,PFN1,AURKAIP1,TRIB2,PFN2,PRR13,MACF1,MAGED1,NPRL3,PIK3R1,OAZ1,ADH5,TTBK2,FAM160B1,TRPM7,SERF2,JUN,FZD3,PRELID1,NDFIP1,CADM1,PLK2,ST8SIA2,EXOC6B,DCLK2,PHC3,PBX1,PTK2,DCLK1,MED13L,MLLT11,STAG1,ZZZ3,HNRNPK,EIF6,H2AFY2,ID2,PKIA,FUBP1,CALU,DCHS1,FAT3,DHX29,FAT4,RCOR2,FERMT2,ITM2C,ROBO2,PIGU,WDR47,CSRNP3,PTPRS,SETD7,SLC7A11,ROBO1,AKAP12,UCHL1,TUBA1A,AKAP11,TRIM2,ENC1,REV3L,DHX15,SPIN1,NEFL,UBXN7,KIF1B,NANS,GABPA,ZIK1,LYPLA2,ATP6V0B,PBRM1,SHPRH,TCF12,SLC39A10,ANO6,ASH1L,BAZ1B,RGMB,ZDHHC17,DUSP6,MLF2,RHOB,ENAH,TMEFF1,RAP2A,TUBB2B,CSDE1,PXDN,FAM20B,AIDA,EXOC5,HNRNPH3,DBN1,PAFAH1B1,RABGAP1,SATB1,HSPA13,PSMB3,LMAN2,APBB2,STX2,HEATR6,MAP4K5,ANKRD50,MAP4K3,RUNX1T1,MAP4K4,ARNT2,DYNC1H1,PCGF6,MYEF2,YTHDF3,RYK,KIDINS220,MTX3,YLPM1,PPP1CA,MIB1,KLHL9,NUDT21,NFIA,ABI2,NFIB,TAOK1,TTC3,ESYT2,GOPC,PKN1,ZFP28,ANKRD13C,SCARB2,CEP120,NUCKS1,SLC8A1,ZFP30,SALL2,CDH2,CAPN7,KIF5C,TUBB3,KIF5B,CWC22,SMARCAD1,NRCAM,SBF2,GTF2I,BIVM,IGFBP3,F2R,FBXO11,POU3F3,MSH6,OLFM1,TMX3,ARMCX2,WDFY3,PHIP,XPR1,GRIA1,DDX6,KHDRBS3,TNKS,NPR2,CACNA1A,UBR1,CAMSAP1,SOCS2,ARHGAP21,ARHGAP20,FUT9,G3BP2,MYH10,ANKRD28,NEK9,PRNP,OSBPL8,SMAD4,CBX5,ATP8B2,AUTS2,ASNS,DNAJC13,SMAD5,KLHL20,REEP1,PTPRD,LRCH2,EFNA2,HOOK2,NBEA,HOOK1,CAPRIN1,RFXAP,CNTN1,FGF13,COPE,EIF4G2,ITGB1,KDM5B,GSK3B,PCDHGB7,DYRK2,PRKCSH,COX4I1,USP34,CHD6,AFF3,AFF4,SYNE2,TTC28,DUSP12,SPRED1,ZC3H7A,YWHAQ,SCRN1,UBE2Q2,SGCB,PMEPA1,CEP170,ERC1,TNPO1,EDIL3,NEO1,ARHGEF12,HSDL1,NUP133,PCDHGA4,DST,PDPK1,ATRX,VEZF1,SEPT2,PJA2,PJA1,LATS1,VCAN,PTP4A3,RCN2,CREB1,PIK3CA,CTDSP2,NUP54,BDP1,SOS1,ZMYND11,SLC25A5,INA,SEC23A,NLGN1,HDAC2,LRP1,ROCK1,ROCK2,KATNB1,CRMP1,HMGCR,NCALD,LRP6,STOX2,MAPK8,CAND1,GNG2,FAM168A,MAT2A,RAB23,POLR2D,KRIT1,SLIT1,SPOCK1,NCAM1,MEST,CLASP1,ATP9A,CLASP2,SMARCE1,TUB,NTRK2,SEPT11,FEM1B,PCDH7,ATP2B4,RPRD2,DEK,NELL2,APC,SYT11,PSAT1,TRIM32,TAF2,TNRC6A,MBTPS2,TAF1"
+"gene_set_query"	"615"	"RARA"	"588.6"	"Literature ChIP-seq,75;ARCHS4 Coexpression,928;Enrichr Queries,525;ReMap ChIP-seq,66;GTEx Coexpression,1349"	"MDC1,NUP107,ALKBH6,TSEN54,LSM10,PSMD8,PREX1,PSMD9,PSMD2,DPYSL2,AKT1,PWWP2A,PRKACA,RBFOX1,NGDN,DNTTIP1,RFX1,PRKAB1,DDIT4,ORAI2,JTB,TBPL1,RBCK1,UQCRC2,ATF4,SLBP,TTYH3,SET,ABCB6,NPRL2,FLII,MEPCE,ABCB8,BAZ2A,AGAP3,MRPL12,AAAS,MTMR4,OAZ1,GABARAP,CIAO1,MRPL11,CYB5R4,RHOT2,HSPH1,RNF215,PIP5K1C,PUSL1,RHBDL1,VTI1B,HEXIM1,ABCA2,CREBBP,JUN,JUP,MRPL28,PBX2,MRPL22,CS,ABTB1,TBL3,FAM135A,FASN,SFXN3,LGMN,PIGO,PRKAG1,MED19,ECSIT,MRPL34,OSBPL11,MED15,SHD,DDA1,TRMT112,SMPD4,FASTK,B3GALT1,RPLP2,DLGAP1,DLGAP4,APC2,ACTL6B,DUSP1,SPHK2,GSTO1,MRPL49,SIRT7,MANEAL,GMIP,MED27,MED29,DUSP6,SRP9,MRPL52,PSMA5,MRPL53,SLC7A5,SLC7A6,MED25,MED24,PLSCR3,PTRH2,SDHAF1,PXDN,CINP,TUT1,CHST1,PICK1,PGAM5,PAFAH1B3,VAMP2,LRRC14,RNASEK,LIN37,STAU1,GSTP1,ODC1,SEZ6,RPS27L,HTT,SNX32,CENPB,PSMA7,TMEM70,FLNA,SAMD1,ZSWIM4,RABAC1,MEF2D,MBD3,CENPT,UTP6,LRRC24,MBD6,MDH1,MCRS1,DAB2IP,SNX21,TARBP2,SKI,MYBBP1A,CCDC9,SHKBP1,SNX15,YPEL1,RPL22L1,PKN1,AGRN,CRLF1,YPEL3,FAM13B,SLA,STK19,CASC3,FBXO22,HDDC3,FADS3,YY1,EIF4ENIF1,STK11,SESN1,STK16,FBRSL1,PMPCA,PIM3,MTPAP,FADS1,KPNA1,SLC25A46,SH3GLB2,PCYT2,FBXW5,DGAT1,CTNNBIP1,PPP1R16A,CNPY3,SRCIN1,CDC25B,FOXP1,ATXN2L,ACAP3,ACAP2,FSCN1,SRSF3,LY6H,SQSTM1,ANAPC2,ARL8B,LY6E,NSMAF,INO80B,RNASEH2C,INO80E,SHC2,RNASEH2A,PFKFB3,UQCRB,SMYD5,SPATA2,CORO1A,LRRC55,CORO1B,SOCS2,SBNO2,SNN,MBIP,ZKSCAN2,NADK,SAC3D1,NEK9,NOP16,DRAP1,ZC3HC1,SH3BP5L,ARPC2,PTPRA,MDM2,ACO2,LRCH4,HSP90AB1,PIK3CD,ARRB1,ARRB2,NRGN,AP4M1,MRPL4,PPP6R1,PMEPA1,PGLS,DNM1L,SNAP29,DGCR2,PELP1,UNC45A,EIF5A,EMX1,HSP90AA1,DHPS,SH2D3C,RAD23A,VEZF1,VPS37B,ARFGAP1,DDOST,MSL1,GIGYF1,SLC25A17,SLC25A19,C1D,GAPDH,SLC25A11,PPP1R12C,AHDC1,PPP1R15A,RNFT2,SRC,MGRN1,LENG8,FURIN,ZBTB45,MTHFSD,SLC25A27,GANAB,NCLN,U2AF2,BAHD1,SH3BP2,CDC37L1,SH3BP4,FYN,IGF2BP3,LRRC8A,E2F4,FSD1,PCDH1,SLC25A22,SH2B2,EIF4B,SH2B1,HNRNPA0,GADD45GIP1,PPP1R14B,MARCKSL1,TRIM41,NDUFA6,MBOAT7,HIP1R,CDC5L,RPL23A,BAIAP2,MCM3AP,SLC25A39,CDKN2AIPNL,EIF3L,NOVA2,STUB1,CCM2,P4HB,CDR2L,SMAP2,EIF3C,EIF4A1,THUMPD1,ACTB,ZDHHC3,CYB5D1,RASSF1,RASSF2,TRIM28,BSG,OGFOD2,FBXO3,BSN,ATXN7L3,SLC12A9,SEC63,ST6GAL1,SMARCC2,PAQR4,ACTN1,CIRBP,CSNK1D,MOGS,VWA5B2,CDC34,THAP7,CDC37,ULK3,CD2BP2,ULK1,KCTD17,SLC45A4,GCDH,TBC1D9B,AARS2,PEX11B,FBF1,CEND1,PIK3R1,GSPT1,UBE2J1,PGS1,SEC14L1,APH1B,DHX34,HLTF,RCE1,RAB11FIP3,CTSA,INTS1,IQSEC1,ST8SIA2,XRCC1,ERAL1,NTAN1,IFFO1,ARMC10,ID2,INTS5,PAF1,SDC1,CALR,RGL2,RCOR2,FBXL6,AARS,DDR1,MRPS17,DHRS13,NRP1,MRPS15,TMEM151B,PTPRS,GPAA1,FAM57B,SUV39H1,MRPS12,AATK,BMI1,COX7C,PTPRF,THTPA,MAP1LC3A,HYAL2,MLX,SSSCA1,RAC1,SDF2,CTSF,CTSD,GIT1,VKORC1,SEC13,PCYT1A,NCOA5,GAA,PABPC4,MRPS23,ACAD9,ANO8,COMMD3,PRPF40B,TFB2M,APRT,PITPNM1,CANX,G2E3,ARHGEF1,ARHGEF2,FAM193A,PTMA,DBN1,STK40,MRPS35,DOT1L,CCDC107,CRIP2,CCDC106,CAMKK1,GNAI2,PCNP,RXRB,MNT,EXOSC4,NFIL3,SERTAD2,CAMK2N2,PES1,ORMDL3,PAK6,CCT5,CCT4,NPDC1,MAP3K3,SPRYD3,YIPF1,SORT1,VEGFB,TMUB1,MYO9B,UBE2G2,PPP1CA,TMUB2,VEGFA,MIB1,MAD2L2,PER1,BOP1,NUDT8,KLHL5,HNRNPA2B1,TCEA2,CCNYL1,ESYT2,GRINA,DPAGT1,CRTC2,MIDN,BCCIP,CELSR3,ACTG1,IGF1R,KHSRP,KIF5B,PALM,CAPN2,EP300,BAHCC1,MORC3,ATG9A,SDHA,DHDDS,ADAM15,FAM173A,GPRIN1,EHBP1L1,TBC1D24,UBE2V2,WDFY1,TBC1D23,MASP1,PPIB,CARS2,RTN2,COX19,DDX5,VCP,PSMD12,DIABLO,KLHL17,HTRA2,CACNA1D,PSEN1,RASGRP2,NDRG1,RPF1,SHARPIN,GRK6,CAMTA2,CYC1,NDUFV3,TBC1D17,NDUFV1,QSER1,BCL9L,TBC1D16,CCDC134,PRNP,SYT4,UBE2I,SYT1,CCDC136,PHF12,PCIF1,HMGA1,KLHL24,SUPT5H,SSH3,HIGD2A,PAN2,H1F0,BMP1,HOOK2,PQLC1,HOOK1,UBE2S,GNB2,GNB1,GNAS,UBE2O,TCF3,LSM14B,LSM14A,FGF11,MXD4,UBE2M,GSK3B,GSK3A,PRR7,RBM25,DDX49,PRKCSH,CNRIP1,MAST3,MAST2,MAST1,DPY30,CHD4,CHD3,DDX41,TNFAIP1,TAZ,LMNB2,PITPNC1,TMEM191C,PPP1R9B,RND1,LASP1,TMEM223,BCL7B,LRRFIP1,IFT57,ARHGEF11,SUN2,ATP6AP1,PDPK1,PLA2G4E,GLRX5,DCAKD,BUD31,DDX56,TBC1D8,ARHGEF18,NAV2,DDX52,SYNGR3,DDX50,EEF1G,CREB3,LMBRD1,NDUFS8,NDUFS7,NUP50,PPDPF,ATP6V1B2,NAA38,MAN1B1,NAT8L,CUEDC1,INA,OTUB1,RRN3,MVK,SFSWAP,DCTN1,GOSR2,ANKS3,ASB13,RSPH9,HMGCR,CYTH2,DNPEP,GNG2,MAT2A,TMEM205,TRA2B,MKNK2,BNIP1,NAA25,PTK2B,SPOCK1,RALY,MTA2,FBRS,PDLIM7,CYTH1,NIPSNAP3B,RBM39,NAA10,GALNT2,TAF10,MIIP,LRWD1,MAPK11,GOLPH3,PNKD,ERCC1,FAM131A,TAF6,ERCC5,VIM,FAM50A,CYFIP2,CNTFR,CLPB,RPL31,STMN3,HNRNPU,WDR83,DCAF6,GLE1,RNF112,TFG,ZMIZ1,MYC,ZMIZ2,ZXDC,RPL35,AP1S1,HOMER3,DIP2C,IER5,IER2,CDK5RAP3,DDX17,PIH1D1,PRKCD,WDR74,ARMC9,MED8,REV1,CD3EAP,SOX12,AARSD1,GTPBP4,HCFC1,ARMC1,RNF126,BIN3,RPL24,RPL27,UBA52,VPS28,PRR14,TSPYL4,PRR13,CDC42SE1,SEH1L,NOLC1,HIF1A,ANAPC11,PRDX2,ABR,FAM171A2,PRDX5,PPP4C,BLOC1S1,NUP85,VPS11,CHST15,GAR1,ST3GAL2,HMOX2,FDFT1,S100A10,NAA50,PHC2,PRELID1,JUND,CHKA,PLK2,H3F3A,IRF2BP2,NR1D1,PA2G4,MEX3D,MCAT,THAP11,TMEM198,EHD1,HNRNPL,TADA2B,TMEM199,FIBP,SLC6A6,HNRNPM,MEX3A,TADA2A,CDK10,UNC119,HBP1,DUS1L,FARSA,ITPA,OGFR,PHF3,TRMU,BTG1,CDKN1B,ELL,SPEF1,PHF23,SETD7,CLTC,CLTB,GPT,KRI1,ING1,TMEM186,TRIM8,RNF157,TMEM189,TRIM9,RFK,TIMP2,GPR137,PLEKHN1,CIC,JARID2,EMD,UBL7,GARNL3,BRD3,EXOC7,ITPK1,NUTF2,NUDT16L1,NCOR2,RNF168,RNF167,TAF6L,KAT2A,TUBB2B,KIFC2,GAS6,TKT,RNF166,PCYOX1,GRAMD1A,GRN,NFIX,RPL10,GPS2,WDR24,HSPA13,FAM129B,TM9SF3,FGD3,PPP1R2,LMAN2,RPS2,RPL18,RNF130,DEDD,RPL19,BRD4,FARP1,YTHDF1,BRF1,SYVN1,TRMT1,TTC9C,SRP68,LRPPRC,SCAF4,TM9SF2,RNF145,NFIA,ZYX,PLP2,TMEM229B,ANKRD13B,RAB3C,UHRF1BP1L,ANKRD13D,CLSTN3,RAB3D,TUSC2,AUP1,PARK7,TM7SF2,NRBP2,CFL1,LZTS2,MAF1,SLC39A3,MEN1,PLEKHJ1,IFNAR2,SEMA6B,KCMF1,TLE3,RNF44,TLE2,USP7,MAP2K2,RPS5,TPM1,ANKRD45,F2R,IGFBP2,AIP,DYRK1B,TRAFD1,LARP4B,GTF2F1,VRK3,RNF40,THOC6,DISP2,CACNB1,CTDNEP1,ZFP41,RAB34,RAB35,FKBP8,SNRPF,PHPT1,CSNK1G2,SNRPA,FKBP5,CSNK1G1,FKBP2,SEMA7A,CD151,RAB5C,AK1,CUL2,ABHD8,SLC38A10,GTF2E1,PHF21A,RHOBTB2,STIP1,NEUROD2,PITRM1,DDRGK1,ORC3,BTBD2,NACC1,ESD,DVL1,DVL2,NDN,DVL3,SMN1,RAB6B,SKIL,PLXNA3,MPDU1,MCL1,WDTC1,ESRRA,EIF2B5,EIF2B4,ANKRD24,TNK2,SEC16A,MARCH9,TOR1B,LSM4,SCRT1,LSM2,CDK9,LRFN3,COPS6,CDK5,CDK4,MAFG,PLXNB2,PLXNB1,CNIH2,LZTR1,SERINC3,EIF4G3,EIF4G1,BCL2L1,DIDO1,MCM7,RNF14,TRADD,CCDC47,DUSP12,PTBP1,AP1G2,PSD2,VPS72,UBTF,TLK1,CCDC50,PLEKHG2,REXO1,GPX4,AMT,RPL13A,EDF1,RANGAP1,YDJC,PTP4A2,TRAF7,PTP4A3,TRAF4,CTDSP2,DNAJC5,POLR1C,RPL37A,CCDC43,EIF4E2,NLGN2,WBP1,LAGE3,HDAC7,DCAF15,HIRIP3,POLR2A,PUF60,POLR2E,CSK,POLR2G,POLR2I,POLR2L,SPAG7,PPIL2,RNF24,RNF26,FBXL16,DDHD1,CDC42BPA,FBXL14,BCKDK,RAB10,KLF6,IMPDH1,DNAJA3,MFAP2,MGAT4B,VPS41,RAB18,TNRC6A,SLC35B2,APP,IFITM2,TMEM183A,HDAC10,VARS,ZMYND8,PITPNA,RPS15,GOLGA3,FRAT2,RPS16,GOLGA5,RPS19,RUSC2,FLAD1,FTH1,LONP1,DPF2,RPS11,BTRC,KIFAP3,RPS10,SOX4,TBC1D10A,TBC1D10B,AGFG1,PTOV1,JMJD8,NIF3L1,CARHSP1,RRAGB,SIK1,TTLL12,PFN1,AURKAIP1,NECAB1,RTEL1,NECAB3,LMAN2L,STXBP2,TRANK1,NLK,GMCL1,DGUOK,PDCD11,INPP5E,VPS8,GSE1,TNRC18,FAM43B,RALGDS,ATP6V0A1,VASP,SNHG1,TRAP1,PTPRN2,SETDB1,BCL11A,STK11IP,TMEM50A,SS18L1,GADD45G,SRPK1,SMU1,RNPS1,TMCC2,CORO7,TECPR2,C2CD2L,ITM2C,DAZAP2,DAZAP1,TRAM1,UBXN1,GDI1,FAM45A,CITED2,FAF1,SLC35F5,GDI2,MYL6B,ZCCHC17,LIMD2,GLIPR2,XPO6,CHMP1A,ZMYM6,UBXN7,GABPA,PSD,PSENEN,TOP3B,TMED9,TSC22D1,TSC22D3,RHOF,TUBG1,MTSS1,RHOB,VAV2,PACS2,PACS1,HNRNPH3,SGK1,ATP6V0C,FYTTD1,PTGER1,ICA1L,UQCR11,RFNG,TYMP,AKAP1,NT5C,HIRA,ZDHHC18,RBM15B,CUX1,NT5M,DCPS,RANBP1,NFYA,RYK,MTX3,AP3D1,SORBS2,RAB11B,KBTBD4,RSL1D1,STAC2,CAPZA2,NBR1,R3HCC1,FAU,NDUFA13,NDUFA11,ROGDI,CWC25,EFTUD2,ARHGDIA,FPGS,HCFC1R1,COTL1,KDM2B,APLP1,SPNS2,SHISA5,TSC2,KCTD2,ATP1B2,KCTD3,TRPC4AP,KCTD5,SHISA7,TUFM,TBL1XR1,HGS,PRPF3,FIZ1,STAM2,ABCG4,PDE9A,ZCCHC8,ATP6V1A,ISYNA1,RPS19BP1,TMEM59L,PXN,NOP2,LTBP4,CLEC16A,FBLN1,CSF2RA,EFNA4,PLCXD2,EFNB2,SDCBP,SCUBE1,MAN2A2,DPP9,TCTEX1D2,DNAJC21,CASKIN1,MYH10,PDZD8,ANKZF1,PDZD7,MARK2,CBX6,ACBD4,CPSF1,CBX4,CBX3,CBX2,ASPSCR1,DNAJC17,ARHGAP23,NFKBIA,EFNA3,DLG1,EFNA2,TMEM115,DLG4,ATG16L1,CHMP2B,CHMP2A,CLASRP,LRP10,ACBD3,COPE,MUS81,B4GALT3,KDM5B,ACADVL,THRA,SLC2A3,USP39,SPRED2,SENP7,FLCN,ZC3H7A,MFSD5,SNAPC4,PDE4B,PDE4A,FLOT2,SPEG,TOPBP1,KDM6B,KLF13,H2AFX,IQCE,AXIN1,PPP2R5B,RNF208,ARID1A,SENP2,SENP3,ARID1B,KLF16,DNM2,AKT1S1,TRNP1,DNLZ,CHMP7,TSEN34,VAC14,USP14,USP15,RGS19,STOML1,POLDIP2,USP10,PDXP,WIZ,MOSPD3,TOB1,STRN4,U2AF1L4,TBRG4,NXF1,FAM168B,MAPK7,SAP30L,LEPROTL1,SNCB,CAMK2G,SPEN,KDM4B,B3GAT3,BAD,USP21,LIMK2,LIMK1,HAGHL,CYHR1,NAP1L1,DLK2,SLC4A8,NEURL4,RPS6KB1,RPS6KB2,SPRY2,ATP13A2,TBKBP1,SSBP1,SSBP4"
+"gene_set_query"	"616"	"DLX2"	"588.7"	"ARCHS4 Coexpression,250;Enrichr Queries,854;GTEx Coexpression,662"	"SMARCB1,CCNJ,ARL6IP1,STMN3,STMN4,ENO2,FNBP1L,BACH2,ALCAM,DPYSL4,RUSC2,DPYSL5,PPP2R1A,DPYSL2,MYC,DPF1,FAM110B,STMN1,LONP1,AP1S1,LUC7L,KIFAP3,NCKAP5,IER5,SOX4,EPHA5,EPHA4,ACOT7,CXADR,WSB1,RBFOX2,SLC6A15,SOX11,ANK1,EID1,SFRP1,PRKAR1B,FEZ1,SUB1,RUFY3,DDIT4,RUFY2,CRYZL1,KCTD13,TAGLN3,TRIB2,PFN2,BEX4,BEX1,NRN1,MAGED1,FOXG1,NPRL3,PIK3R3,PHYHIPL,ATXN7L3B,HTATSF1,SNX4,PRPSAP2,FLRT2,PCBP4,JUN,FZD3,MAGEE1,BCL11B,CADM1,H3F3B,BCL11A,PLK2,ST8SIA2,NR2F1,DCLK2,TMEM198,MLLT11,FIBP,HNRNPK,CALY,ARL2BP,H2AFY2,ID2,PKIA,FXYD6,MAGED2,HNRNPC,CD200,ARF3,CDKN1C,NRP1,WDR47,CITED2,CLTC,GRIK3,OLA1,SLC7A11,PHF6,ROBO1,AKAP12,TUBA1B,UCHL1,ACTR1A,TUBA1A,TRIM2,NCS1,ENC1,IDS,NEFL,RSPRY1,CCDC112,BRD3,ACTL6B,ELOVL4,HSBP1,TSC22D3,LRRC49,TCF12,SLC39A10,LRRC40,NUTF2,DYNLL1,DUSP6,ITFG1,SRP9,NME1,MLF2,RHOB,ENAH,MN1,SLC7A5,TUBB2B,TUBB2A,MMP17,PXDN,CHST1,ARHGEF4,GARS,EXOC5,SGK1,FJX1,PAFAH1B3,DBN1,DYNC1I2,MAGEH1,NFIX,SATB2,ATL1,WRB,HSPA13,NOL4,PAPSS1,PPP2CA,TMEM169,PDZD11,CAMK2N1,HSF2,AP2S1,CTNNA2,CKB,APBB1,TRAM1L1,ATP6V0E2,DTD1,ARNT2,KIDINS220,GABRA3,PNMA2,BLCAP,VEGFA,KLHL9,ATAT1,MORN4,NFIA,NFIB,KLHL7,TTC3,APBA1,CRLF1,CDK5R1,RAB3C,ANKRD13B,RAB3A,ZFAND6,FBXO21,ACTG1,NUDT11,NUDT10,ATCAY,CDH2,PPME1,TUBB3,BASP1,PLS3,NRCAM,AP2M1,STK32C,HMGN1,ANKRD46,IGFBP3,IGFBP2,ZBTB33,TMEM130,TANC2,POU3F3,ZFP41,GPRIN1,FSCN1,UBE2V2,RAD54L2,LY6H,TOX,PPIA,ATP6V1A,GRIA1,RTN3,DDX5,BHLHB9,TSG101,RTN1,ZC4H2,TMEM59L,BTF3L4,CACNA1A,KLC1,NDRG1,TMEM121,PHF21B,CORO1C,SOCS2,EFNB2,EFNB3,TCTEX1D2,NACC1,CASKIN1,PLXNA2,MBIP,PLXNA1,KIF3C,OTX1,RAB6B,IP6K2,TIA1,CBX5,MARCH6,MARCH5,MARCH4,DRAP1,REEP1,LRFN5,EFNA2,NR4A3,CDK5,HOOK2,LHX2,CAPRIN1,GNB1,REEP2,CNTN1,CSPG5,UBA2,TCF4,SERINC1,EIF4G2,YWHAE,KDM5B,PRR7,PODXL2,CNRIP1,YWHAB,CELF3,ELAVL4,CHD6,CELF5,FBLL1,RND3,TRO,DUSP12,NGRN,YWHAQ,VPS72,SUMO3,SNAPC3,GDAP1L1,PMEPA1,CEP170,SULT4A1,YWHAH,HSDL1,VBP1,RBM18,DCAKD,ATP6AP2,SYNGR3,SEZ6L,PTBP2,NIPSNAP1,PJA1,ARL4C,PTP4A1,GAP43,VCAN,PTP4A3,RCN2,DDAH1,NRG3,SNPH,CDH11,LANCL2,DCX,TERF2IP,RBM24,INA,SHANK1,HCN3,HDAC2,STOML1,RGS16,USP11,CXXC1,RBM4B,CRMP1,HMGCR,DLL1,JAKMIP2,FOXRED2,GNG3,MAPK8,GNG2,SLITRK1,IGF2BP3,WASF1,HNRNPA1,BEND5,CLASP2,SMARCE1,LINGO1,SEPT11,RRM2,SGTB,PCDH7,LIMK1,SGTA,CCK,MEIS3,MEIS2,GDAP1,NAP1L5,ENOX1,NELL2,MAPK10,FAM155A,KLF7,KLF6,PSAT1,ERCC2,SPRY2,VIM,INSM1,SSBP2"
+"gene_set_query"	"617"	"KLF11"	"589.7"	"ARCHS4 Coexpression,1130;Enrichr Queries,532;GTEx Coexpression,107"	"CYFIP2,PLEKHB2,TFRC,STMN3,ALKBH6,BACH1,NUDT3,BACH2,NUB1,SNRPD2,MYC,DPYSL2,AKT3,LONP1,PRKACB,GLUL,IER5,SOX4,IER2,ARRDC4,GABARAPL1,SRRM4,ALG9,ACOT7,WSB2,ARRDC3,IFRD1,MTUS1,CIRBP,CD3EAP,CPT1C,HDHD2,ANK1,SND1,LARS2,RRAGC,CCNY,ASPHD1,DDIT3,DDIT4,SIK1,HECA,KCTD12,PFN2,ASTN1,BEX4,BEX2,BEX1,MTMR3,PEX11B,NEDD4L,SLAIN2,ABCB8,PIK3R1,HIF1A,TTBK1,APOO,LDHB,FAM171A2,PRDX5,NUAK1,COMMD9,CHST10,GSE1,TSPAN5,FAM192A,HIVEP2,N4BP1,B4GALNT4,ATP6V0A1,CREBBP,JUN,JUND,NDFIP1,CADM2,PLK2,IRF2BP2,NETO2,NR1D1,MED13L,GADD45G,MLLT10,MSRA,STAG1,SNW1,SESTD1,ID2,SFXN1,HBP1,ITM2C,GPR19,ARF3,GPR27,CDKN1C,NRP1,AHCTF1,PIGU,BTG1,CDKN1B,GDI1,CITED2,GDI2,NAT14,PIGX,HERPUD1,AKAP12,NIPBL,SLC22A17,PCF11,TRIM2,ENC1,TIMP2,ARIH1,KIF1A,ENOPH1,JAK1,APC2,PBRM1,TPI1,TSC22D1,HSBP1,DUSP1,PRMT1,TSC22D3,ANO6,MRPL48,GAB2,NUDT16L1,DYNLL2,MED29,DUSP6,MTSS1,MLF2,RHOB,NME1,SLC7A5,TMEM179,ZEB2,NCOR1,PITPNM1,CDC42EP4,CDC42EP3,PXDN,RHOU,SGK1,PAFAH1B3,CSTB,SATB2,AKAP8,NOL8,CCDC106,RELA,SCAF8,PGRMC2,NFIL3,PDZD11,ATP6V0E2,EXTL3,PAIP1,ARNT2,SF3A1,EGLN2,AGK,RYK,RSRC2,VEGFA,ATAT1,PER1,DPY19L1,TAOK3,MORN4,NFIA,NFIB,CCNG2,PKN1,MEGF8,YPEL5,CDK5R1,OTUD4,KDM1B,ROGDI,MPI,IGF1R,LAPTM4A,ATCAY,AMMECR1L,RNF19A,NRCAM,PIM3,ARID2,FADS1,SLC25A46,SLC38A1,DSCAM,FBXW11,IGFBP3,TPM1,LMTK3,DYRK1A,FRMD4B,ZBTB33,RUNDC3A,POU3F3,SHISA7,CLIP2,MAU2,SCG5,FKBP5,GRIA2,BRSK1,DNMT1,PFKFB3,TMED10,ARL3,INSIG1,PHB,NDRG1,TMEM121,SAV1,SOCS2,EFNB2,PITRM1,DEAF1,NACC1,TBC1D13,EIF4EBP2,ATP6V1D,SLC38A2,SOCS7,LRRC4B,MCL1,UVRAG,PRNP,AKIRIN2,RAB4B,SMURF1,BOD1,TNK2,TMEM132A,ASNS,TBCB,KLHL24,ADAP1,GNAO1,NFKBIA,H1F0,EFNA2,NR4A3,CDK5,HOOK2,DLG4,HOOK1,REEP2,MKRN1,JMY,CNTN1,UBA2,AMOTL2,NF2,RNF187,YWHAE,RNF10,DDX3X,PPP1R13B,DDX47,PRKCSH,SLC2A3,RND3,TMEM222,DUSP12,EEF2K,FSD1L,SIN3A,UBE2Q2,PHACTR3,PMEPA1,USP30,CCDC50,USP46,KLF13,PDPK1,H2AFX,ARNT,RNF208,ABHD14A,GPCPD1,PJA1,ARL4C,VCAN,PTP4A3,PIK3CA,SNPH,DNAJC5,CTDSP2,NDUFS5,PEX5,SOS1,OTUB1,NLGN3,PPP1R15A,PPP1R15B,KDM3A,NDUFB8,RNF38,USP12,CRMP1,FAM169A,LAGE3,TOB1,JAKMIP2,GNA13,CACNG7,TFPT,ZNRF2,GNG3,FAM168A,DNPEP,POLR2D,SH3BP2,SH3BP5,BNIP2,POLR2F,DNAJB9,NCAM1,FEM1C,FYN,UBQLN2,SEC24B,RRM2,B3GAT3,NDUFA4,BNIP3,HAGHL,LYSMD2,PTPN12,GDAP1,PNRC1,HS3ST1,ASXL1,KLF7,SNRK,KLF6,PIK3IP1,SYT11,PPP2R2B,PSAT1,OCIAD1,SPRY2,QRICH1,CCM2,VIM"
+"gene_set_query"	"618"	"CPEB1"	"590.0"	"ARCHS4 Coexpression,1018;GTEx Coexpression,162"	"TDRKH,GMFB,IFT172,ARAF,STMN4,GPR173,DPYSL5,GPBP1,STMN1,CDK20,AKT1,CCDC92,KIFAP3,ANKS1B,TSPYL2,COG8,RBFOX3,BROX,MOGS,ANK3,CPT1C,ATG13,MAPK8IP1,DAAM1,FEZ1,RUFY3,KCTD13,ULK2,FAM76A,LLGL1,IGSF8,GPM6A,BEX1,FLII,SDC3,PHYHIPL,NEDD4L,PDGFA,NMD3,SLAIN1,TTBK1,TTBK2,MTMR7,NKAIN2,APH1A,ZNHIT1,RIC8B,INPP5F,RNF215,PRKAR2A,HLTF,ATP6V0A1,SRPK2,ABCA2,PRRT2,CADM1,ZFR2,UPF3A,MEMO1,CCDC88A,HNRNPK,DZIP1,AVL9,CALM2,DZIP3,SUGP2,BAP1,RNF220,CSRNP2,WDR48,GDI1,FAM57B,GRIK5,ZCCHC17,ADO,TUBA1A,SLC22A17,RSRC1,SDF4,KIF1A,UBXN6,UPF1,PCYT1B,RPS6KL1,SYN3,GNL1,AP3B2,CNKSR2,TMEM179,PACS2,CD47,DSCAML1,SFI1,PAFAH1B2,PAFAH1B1,RNF165,MAGEH1,ICA1L,WRB,GDPD1,SEZ6,NOL4,TCEAL6,TCEAL5,TMEM68,APBB1,DYNC1I1,SRSF12,WDR17,GABBR2,BRF1,YIPF4,LHFPL4,AP2B1,ATAT1,TTLL1,TTC3,TCEA2,ZFP28,SH3GL3,ANKRD13B,ATP8A2,MRFAP1,ARHGAP39,CELSR3,NUDT11,FADS3,YY1,NUDT10,CDKL2,USP8,APLP1,TTC7B,VRK3,TMEM130,PIAS2,BSCL2,MORF4L1,SCG5,RAD54L2,GNAZ,ARHGEF26,TNKS,CACNA1B,GPR85,CACNA1A,SEZ6L2,NEUROD2,DPP6,SCUBE1,KIF3B,KIF3A,RPRD1A,SRGAP1,PDZD7,ZFHX2,CBX1,TBCB,SUPT5H,DNAJC18,PTPRD,ARHGAP33,AHI1,UBE2W,SCCPDH,CNOT7,APPBP2,CNTN2,NACAD,EIF4G3,EIF4G1,SCYL3,PODXL2,WDR1,PRKCSH,POMT1,CELF4,CHD5,CELF5,RND2,ELAVL2,TTC28,SEC61A2,SEC61A1,LASP1,FSD1L,SENP5,SCRN1,EVI5L,PELP1,LANCL1,IQCE,SENP2,CKAP5,ZFP90,PJA1,DNM3,DNAJC6,TERF2IP,SSX2IP,RNFT2,CAMK2B,DDX24,DCTN1,DDX25,USP11,RGS16,RAB1B,RAP1GDS1,CRMP1,SPG7,FAM169A,JAKMIP3,AGPAT4,JAKMIP2,DNAJB2,AP3M2,GANAB,U2AF2,PDE6D,SLITRK5,RAB28,WASF1,CLASP2,TUB,MARCKSL1,TRIM41,NEGR1,CADPS,DDHD1,GDAP1,EFR3B,HS3ST1,USF1,RAD52,SLC4A8,FAM155A,CLCN6,FMNL2,SYT11,RAB12,NOVA2,TRIM37,P4HB,CLUAP1,UNC79"
+"gene_set_query"	"619"	"SOX6"	"590.5"	"ARCHS4 Coexpression,667;Enrichr Queries,559;ReMap ChIP-seq,180;GTEx Coexpression,956"	"IPO13,MDC1,TFRC,FNBP1L,RPL8,ELK1,TSKU,BACH2,DCAF6,LSM10,CNST,ALCAM,PSMD4,CAPNS1,ZMIZ1,DPYSL5,MYC,FAM110B,AKT1,PRKACA,IER5,NCKAP5,IER2,GABARAPL2,PRKAB2,MEF2C,WSB1,NUP210,CACNA2D1,RPL23,DAPK3,WDR74,SOX11,AARSD1,SOX12,GAPVD1,GTPBP2,BCR,RNF123,MYL6,WDR81,BIN1,RFX7,IFT81,DDIT3,ZC3H11A,RUFY3,FEZ1,DDIT4,ZSCAN21,JTB,TBPL1,RPL27,RBCK1,RPL29,ATF4,CDC42SE1,SAR1B,TARSL2,FLII,NPRL3,NEDD4L,PHYHIPL,OAZ1,ANAPC11,CYB5R1,PRDX2,PPP3R1,PPP4C,FLRT2,PRKAR2B,PRKAR2A,PRDX1,VPS11,RHBDL1,ST3GAL3,FDFT1,HEXIM1,BTF3,JUN,RPL41,FZD3,WDR59,JUND,PRRT2,H3F3B,CADM1,RAB3IP,NR2F1,IRF2BP2,MAD2L1BP,MTHFR,PA2G4,MRPL24,PBX1,PRRC2A,MLLT11,EHD1,HNRNPL,MLLT10,FIBP,SLC6A6,TBL3,HNRNPK,EIF5,PKIA,HNRNPF,PSMG4,HYOU1,FAT3,FXYD6,FAT4,EZH1,CPEB4,OGFR,SETD5,PIGU,SETD3,KCNC3,PHF1,ASH2L,BBC3,PQBP1,PIGX,RNF157,TUBA1A,TMSB4X,TRIM2,JARID2,LRRC47,CEP68,ZC3H10,LYPLA2,UPF1,SPHK2,LRRC49,TCF12,MRPL49,ELOVL6,TERF2,COPZ1,MED29,DUSP6,GNL3,RNF168,TUBB2B,ZEB2,PSMA1,PTRH2,CDC42EP4,PXDN,SLC29A1,PLCB1,TKT,VAMP2,GAS7,ELOF1,NFIX,RPL12,USO1,RPS27L,WDR24,UNK,RPS3,ANO10,RICTOR,RPL15,RPS2,RPL18,RNF130,RUNX1T1,EGLN1,MBD6,LRRC28,TRMT1,SNCAIP,SCAF4,LRRC20,KTN1,SLC8A3,AGBL5,RNF145,MKLN1,ABCB10,NFIA,ABI2,CCDC9,NFIB,PKN1,AGRN,CRAT,FRYL,YPEL3,TMEM167B,ATP8A1,CTNND1,RNF19B,ZBTB22,FRY,RPL10A,HDDC3,SLC8A1,TM7SF2,ATCAY,CDH2,CFL1,NUDT19,HMGN2,KPNA3,FADS1,KCMF1,TLE4,SEMA6C,CISH,TPM3,IGFBP3,TPM1,MAGI2,DYRK1A,DYRK1B,SARS,FRMD4A,FRMD4B,LENEP,THOC6,FOXP1,CACNB1,PYGO2,RAB34,MADD,RAB35,FSCN1,SRSF4,TNIK,TOX,FKBP3,SQSTM1,NSMAF,PFKFB2,LRRC59,RNASEH2A,RAB5C,CUL5,INSIG1,AK1,MAZ,ISG20L2,ITPR1,UBR3,RAP1GAP,CORO1B,CORO1C,SOCS2,ORC4,ATXN2,NDOR1,BTBD1,DVL1,NACC1,ZKSCAN3,PLXNA2,LRRC4C,SLC38A2,MCL1,ANKRD27,EEF2,LSM4,FBXO31,LSM2,COPS4,CNOT4,MARCH2,CDK9,PTPRD,COPS3,COPS6,COPS5,NBEA,STK25,ZFP62,SP3,RNF182,MDM4,CNOT8,NFE2L1,BCL2L2,BCL2L1,RNF187,LMBR1L,HSP90AB1,MCM7,NUMA1,WDR1,SCHIP1,ZC3H3,CELF2,ETFB,SYNE2,AP4M1,DUSP12,CAPZB,PPP6R1,PSD3,UBTF,DGCR6,HIF1AN,SNAP29,TAPT1,UNC45A,ACTR3,EIF5A,PLEKHG2,REXO1,DST,TNFRSF19,RPL13A,RAD23A,DUSP26,SEZ6L,YDJC,PPM1A,PTP4A2,TRAF7,PTP4A3,TRAF4,CTDSP2,TOP1,DNAJC8,MET,PPP1R15A,RNFT2,NDUFB9,MTPN,PPP1R15B,GTF3C2,NLGN1,SMARCD2,LRP1,WBP2,HDAC1,RAB1B,PRCC,HDAC7,DNAJB1,ZNRF1,ABLIM1,GANAB,PTPRZ1,U2AF2,CSK,IGF2BP2,POLR2I,HNRNPA1,FNIP2,MEST,SLC35A2,NTRK2,HNRNPA3,TRIM41,KCNJ11,FEM1A,RNF24,PCDH9,AMFR,RNF26,PCDH7,NTRK3,IMMT,RPL23A,HNRNPAB,TPD52L2,RAB10,NELL2,PINK1,KLF6,MARCKS,VAPA,APC,SYT11,RAB12,ST7,MGAT4B,STUB1,CCM2,P4HB,PFKM,METAP2,EIF3B,SLC35B2,VARS,ZMYND8,ZDHHC5,ZDHHC7,THUMPD1,PDCD2L,ACTB,NUDT4,CYB5D1,TRIM28,OPHN1,FLAD1,FTH1,TRIM27,CCNL2,RPS11,CCNL1,SCAPER,GLUL,EPHB1,ATXN7L3,RPS10,SOX4,TMPO,SOX5,EPHA4,ST6GAL1,EPHA7,ATP6V1G2,ARL15,LIMCH1,NFKBIL1,SLC11A2,CIRBP,MTUS1,ACSL6,MRPS18A,CSNK1D,ANK2,MOGS,ANK3,JMJD8,ANK1,SFRP1,CSNK2B,SIK3,FLYWCH1,EZR,PFN1,PFN2,GCDH,NECAB3,MAGED1,FOXG1,TRANK1,SUPT4H1,PTTG1IP,PIK3R1,LIAS,IGSF9,FXR1,APH1A,FXR2,PCBP1,HIVEP1,STXBP5,TNRC18,TSPAN3,SCN3A,GPM6B,VAT1,SNHG1,RABGAP1L,BCL11A,RCC2,MICAL2,DCLK2,SMARCA2,UBAC1,DCLK1,AIMP2,CCDC88A,PAF1,INTS7,TMCC2,TMCC1,C2CD2L,DDR1,ROBO2,DHRS13,HBS1L,NRP1,MRPS15,DAZAP1,FAM57B,FAF1,FAF2,TECR,GRIK3,MRPS10,MYL6B,SLC35F1,BMI1,PRPF19,HERPUD1,ROBO1,EPM2AIP1,MAP1LC3B,PCF11,CHMP1B,REV3L,CTSB,PSD,ZYG11B,PBRM1,TMED9,GP1BB,CCDC115,STRADB,COMMD3,GAB2,TFB2M,RHOF,COMMD7,SYN1,ITFG1,MTSS1,MLF2,RGMA,SLC22A23,MRPS9,RAP2B,KIF2A,KIT,MPPED2,FAM20B,GLCCI1,ALDOA,SGK1,STK40,INPP1,SATB1,GBA,AKAP6,CCDC106,PTN,GNAI2,TRAK2,AMN1,HSF2,PES1,MGAT1,CTNNA2,EPS15,LSAMP,UBE2G1,SORBS2,SORBS1,MPP6,VEGFA,MAD2L2,ATAT1,PER1,HIST3H2A,NUDT8,KLHL7,KBTBD2,TTC3,HDGF,ESYT2,FAU,OTUD5,SCARB1,CRTC2,MIDN,NARF,KLHL34,UBE3A,UBE2Z,CELSR2,IGF1R,FAM174B,PPIP5K2,ARHGDIA,FPGS,HCFC1R1,KIF5A,FAM3A,NRCAM,BAHCC1,SBF2,LMO1,PHYH,ATG9A,LMO7,ATP1B1,POU3F3,DPM2,PHOSPHO2,HNRNPUL1,DKC1,SCG3,RTN2,NDUFB10,RPS19BP1,NTM,EFNA4,RTN4,EFNB2,MAN2A2,IRAK1,FUT9,TBC1D14,NDUFV1,SYT5,OST4,PRNP,ACBD4,CBX5,HSPA5,CBX4,AUTS2,SYT1,HMGA1,CRIM1,IFT122,KLHL23,CWC15,RCL1,EFNA3,HOOK2,HOOK1,DLG5,MKRN1,STT3A,PI4KA,TCF4,FGF13,GALK1,LRP11,PICALM,MUS81,CUEDC2,PRKCSH,DOCK7,CHD6,ADAR,CHD2,RND2,AFF3,PPP1R9A,LASP1,ABHD16A,GMPPA,MYO18A,FLOT1,PDE4B,FLOT2,TIMM17B,YWHAG,SCYL1,KDM6B,NAA30,AKTIP,PDE4D,H2AFX,SPATS2,RNF208,TRNAU1AP,NAV2,SYNGR3,ARID1A,SEPT5,KLF16,EPN2,VCAN,ELF2,TMEM214,DDAH1,SETBP1,DDAH2,EEF1D,TBC1D7,CDH13,RBM24,DCTN6,DCTN2,NRXN1,CRMP1,SLC3A2,RSPH9,CLCN3,AGPAT3,NCALD,GNG2,TMEM203,MAT2A,RPS6KC1,MKNK2,NCAM1,MTA2,SNCA,CLASP2,SPEN,USP24,TAF13,ATP2B4,PDE4DIP,MEIS2,MAPK10,CLCN6,GALE,ASB8,PPP2R2D,BAX,TAF6,VIM,RBMX,SSBP4"
+"gene_set_query"	"620"	"ZNF708"	"591.3"	"ARCHS4 Coexpression,431;Enrichr Queries,667;GTEx Coexpression,676"	"GMFB,VARS,ZDHHC5,HNRNPU,JMJD1C,STMN4,GCC2,FNBP1L,NDST1,RASSF2,CAPNS1,TRIM28,DPYSL5,DPYSL2,FGFR1OP2,AKT3,BSG,PSMD3,STMN1,PIP4K2A,AKT1,KIF21A,DIP2B,SEC62,PRKACA,GOLGA7,PRKACB,ATXN7L3,SOX4,DDX17,WSB1,CXADR,PAQR4,ACTN1,ARRDC3,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,HDHD2,ATG12,SND1,MAPK8IP1,DYNC1LI2,FEZ1,RUFY3,RUFY2,DDIT4,PRR18,HECA,LLGL1,BEX4,FLII,SLAIN1,PIK3R1,MTMR7,TMTC4,NKAIN2,MBTD1,APH1A,FAM171A1,PRPSAP2,SPAST,KCNMB4,MLEC,GPM6B,SCAI,LHPP,ABCA2,CDK19,FZD3,CADM4,INTS1,PAICS,PRRC2A,MLLT11,HNRNPL,STAG2,GIPC1,CALR,RBAK,RNF220,PHF3,ARF3,OGFR,SMG1,PIGU,DAZAP1,PRPF19,PHF6,SMG5,MRPL42,TUBA1A,ZMYM2,TRIM2,REV3L,UBXN7,SDF4,ENOPH1,PCMTD1,UPF1,TMED9,LRRC49,MINK1,NIPA1,TET2,SLC39A10,LRRC40,ZDHHC17,SIRT2,RAB33A,PGM2L1,SRP9,MLF2,RNF144A,BACE1,ENAH,TMEFF1,ZEB2,TUBB2B,INF2,PACS2,PXDN,G2E3,TMEM106B,SGK1,DSCAML1,PAFAH1B2,CLDND1,ZDHHC20,SATB1,FAM117B,CENPB,TRAK2,FAM129B,AMN1,BCLAF1,TMEM169,PES1,CLPTM1,FLNA,RICTOR,ANKRD52,TRAM1L1,MAP4K5,RNF130,SRSF10,EXOSC2,YKT6,MAP4K4,NKTR,SUZ12,MON2,KIDINS220,AP3D1,SCAF1,ATAT1,SNX16,NFIA,NFIB,ETNK1,TAOK1,KLHL7,TAOK2,TTC3,NUCB1,HDGF,PKN1,PNPLA6,FRYL,GRINA,CCNT2,ATP8A1,CD81,POGK,HDLBP,ARID4A,UBE2Z,PAIP2B,SMCHD1,ZFP30,LAMP1,PPIP5K2,ARHGDIA,FNTB,LAMP2,SMARCAD1,DENND5A,ZNF326,SLC39A7,LZTS2,SBF1,USP8,MAP2K2,USP5,APLP1,PRPF4B,ATAD3A,RSBN1,CTDNEP1,CLIP2,MORF4L1,FRMD5,ADAM15,HNRNPUL1,HNRNPUL2,RAB35,MAPKAPK2,ELMO1,UBE2V2,CHMP4B,PKP4,WDFY3,MATR3,PHIP,PPIG,ARL8A,CSNK1G2,LRRC59,PXK,DDX5,RAB5C,ANKRD12,MAZ,BTF3L4,UBR3,DTX4,SUPT6H,CORO1B,ARHGAP12,ARHGAP21,ORC4,FUT8,IRAK1,DVL1,NACC1,ABL1,ZKSCAN1,ESRRA,PRNP,TIA1,TBCB,KLHL24,EEF2,MARCH6,CORO2B,PTPRD,QDPR,EFNA2,SH3BP5L,NBEA,HOOK1,GNB2,JMY,GNB1,MDM2,CNTN2,PLEKHM2,PLXNB2,NACAD,SERINC1,MDM4,CLPTM1L,BRWD1,FGF13,NFE2L1,EIF4G1,UBE2M,SLC48A1,ACADVL,KDM5C,RNF13,WDR1,PRKCSH,USP33,CHD6,GTDC1,LMNB2,PPP1R9B,SENP7,SEC61A1,SART1,SEPT9,LASP1,FSD1L,SCRN1,UBE2Q1,YWHAQ,PPP6R1,SNRNP70,RB1CC1,CEP170,EDIL3,SCYL1,EIF5A,USP47,HSDL1,DST,PDPK1,SECISBP2L,LANCL1,ATRX,VPS13A,RAD23B,SENP3,ZFP90,PTBP2,ARFGAP1,KLF16,DNM3,TRAF7,LMBRD1,ELF2,RCN2,TMEM214,DNAJC6,CTDSP2,POLR1B,DNAJC5,AKT1S1,LUC7L3,SFT2D1,INA,SEC22C,PPP1R15B,NFAT5,HDAC2,SMARCD2,CANT1,RAB1B,RAP1GDS1,ATP1A1,FAM169A,JAKMIP3,AGPAT4,JAKMIP2,LRP6,FBXL20,ABLIM1,FAM168B,GANAB,FAM168A,GNG2,MAT2A,U2AF2,FAM120A,EIF4H,LRRC8D,NCAM1,FEM1C,EIF4E,FBRS,CLASP2,SPAG9,TTC14,MARCKSL1,PPP1R14B,PCDH9,SEMA4D,DDHD2,CDC42BPB,TPD52L2,FMNL2,CARM1,MGAT4B,P4HB,PDE7A,SSBP2,EIF3B"
+"gene_set_query"	"621"	"FOS"	"592.8"	"ARCHS4 Coexpression,850;ENCODE ChIP-seq,32;Enrichr Queries,743;ReMap ChIP-seq,265;GTEx Coexpression,1074"	"GMFB,TFRC,IFT172,POP4,ALKBH3,CAPNS1,DPYSL2,ALKBH1,AKT3,ANKFY1,FNBP4,SAP30BP,PRKAB2,CXADR,FRS2,PRKAB1,BCR,LARS2,DDIT3,DDIT4,UNC50,TMEM126A,ATF4,EXD2,SAR1B,MEPCE,PLA2G6,CIAO1,PRPSAP1,PRPSAP2,LARP1,RNF216,RDH11,RDH14,HEXIM1,JUN,PRPF38B,PRPF38A,JUP,NCAPH2,LARP7,LARP4,VANGL2,SFXN3,PKIG,LGMN,PRKAG1,SNX12,SNX11,MED16,BBC3,DDA1,MED17,OSBPL10,PANX1,SHF,ATIC,JAK2,DUSP1,IFT140,SPHK2,TEX10,SLC39A11,SLC39A10,MED27,DUSP6,MED29,DUSP7,DDB2,MED23,PHF20L1,SLC7A5,MED22,PLSCR3,PTRH2,MED21,PXDN,SDHAF1,CINP,MED20,RAPGEF1,PTRH1,ERGIC3,ERGIC1,TRUB1,TRUB2,OAT,LIN37,GSTP1,ODC1,ATL2,DLST,NOC4L,SDAD1,SLC7A1,NRAS,EXOSC10,SNX27,MFN1,SPOP,MFN2,ZSWIM6,ATAD1,CRBN,GOLM1,MCRS1,SNX21,SNX22,TARBP2,NUDT21,RABIF,CCDC9,SNX17,SHKBP1,ETNK1,SNX15,YPEL5,YPEL4,CRLF2,MTCH1,MTCH2,TMEM167B,NAB1,FBXO28,ATN1,CASC3,APEH,FBXO22,LAPTM4A,FNTA,UROD,FNTB,CIR1,NUDT16,FADS1,BNIP3L,PCYT2,FBXW5,DGAT1,FBXW9,CNPY2,ZCRB1,POLRMT,FBXW2,LENEP,FAM118B,MSH6,TPST1,SMS,SRSF3,SRSF4,SRSF5,SRSF6,SRSF7,ARL8B,SLC27A4,FTO,TXNDC9,UQCRB,UAP1,NRF1,LIN7C,SPATA7,IGSF21,NDOR1,MED30,MBIP,ZKSCAN3,SMYD2,ZKSCAN2,BRIX1,SAC3D1,ZKSCAN1,IP6K2,API5,FUS,ODF2,TMEM120A,HPS1,HPS4,HPS3,DRAP1,ACO2,CNTROB,NIT1,OGT,NOP10,ITGB1,MCFD2,ALAS1,ETFA,BICD2,AP4M1,ZNRD1,ACP2,ACP1,BCAS2,UNC45A,ACTR3,ACTR2,EIF5B,ACTR6,TNFRSF19,DHPS,ARFGAP3,RABGGTB,RABGGTA,ARFGAP1,ATRN,IMPACT,TMBIM4,SYF2,C1D,PCCB,TMBIM6,GAPDH,TNFRSF21,BCAT2,BECN1,PRPS1,UHRF2,SRF,SRBD1,SRSF1,U2AF1,MLLT3,RCHY1,FOXRED1,MTHFSD,CDC42,FOXRED2,KCTD20,U2AF2,PHKG2,DRAM2,UBQLN4,EIF4B,HNRNPA0,NOP56,NOP58,SEPT11,CNBP,CDC5L,EXOG,HNRNPAB,PINK1,NECAP2,EIF3M,NECAP1,NAGK,CDKN2AIPNL,EIF3K,EIF3L,EIF3I,EIF3J,TRIM35,OCIAD1,PDCD4,EIF3G,PDCD2,EIF3E,BCAR1,EIF3A,SMARCAL1,NUDT2,ACTB,RCBTB1,HERC3,EFR3A,OPHN1,TRIM28,SNRPD1,CDC26,CDC27,EPC1,EIF2D,ATXN7L1,ATP6V1E1,ATXN7L3,TBC1D22B,EIF2A,ATP6V1G1,SMARCC1,ALG9,ATP6V1G2,ARL15,ECH1,ALG5,CIRBP,CSNK1D,ACTN4,CSNK1E,BCS1L,PPA2,SUB1,CDC37,KCTD12,TRIB2,DHX8,TMEM63C,CDKN2AIP,PGS1,SEC14L1,HLTF,ATP6V1C1,BBS1,SMARCA5,HARS2,SMARCA2,PTK2,EXT1,AIMP1,AIMP2,ZBTB6,CWF19L1,RANBP10,SDC1,ECHDC2,NOL10,FBXL5,MRPS17,HERPUD2,DHRS13,MRPS15,CSRNP2,MRPS16,MRPS11,MRPS12,MRPS10,NAT10,COX7C,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,OTUD6B,UIMC1,SDF4,SDF2,MRPS28,CAP1,MRPS27,PCYT1A,MRPS22,MRPS21,PRPF40A,SYP,TFB2M,TOX4,GAK,RAP2B,CANX,PABPC1,SLU7,DYNC1I2,NAPB,PCNA,AHCY,CAB39,MRPS36,MRPS33,SSNA1,GBA,GNAI3,HSD17B4,COX5A,NAPG,NFIL3,OS9,ORMDL3,PEX16,PEX19,VEGFB,PEX14,VEGFA,NUDT9,SEC23IP,ITCH,KLHL5,TTC5,KLHL7,TTC4,NDUFAB1,AGGF1,CCNYL1,HDGF,CARS,SRP19,SYS1,NUP188,ZFAND6,ZFAND5,UBE2Z,ACTG1,TXN2,EEF1B2,ENPP5,MORC3,PCID2,DNAJB12,ADAM10,UBE4A,SDHC,SDHD,POU3F1,SDHB,DHDDS,COX6B1,TBC1D20,PSPC1,PLAA,PPIG,TBC1D23,RAF1,PPIA,PPID,TBC1D19,DDX5,BHLHB9,TSG101,COX16,NDUFB10,COX15,NDUFB11,UBA5,COX17,PLD3,RNASEH1,IRAK1,DHRS7B,LLPH,UBE2F,UBE2H,UBE2I,NUP155,UBE2B,PCIF1,TIMM44,HIGD2A,AHI1,UBE2W,GNAL,HOOK2,NASP,CCPG1,MKRN1,GNB1,UBA3,CNTN1,UBE2O,DEGS1,UBE2K,CUEDC2,LDB1,HP1BP3,TNFAIP1,RND3,USE1,LMNB2,LMNB1,TMEM222,EEF2K,RASGEF1B,RB1CC1,IFT57,GET4,NUP133,TTC33,DCAKD,EPN1,EPN2,EEF1G,ALS2,ACOX1,EEF1D,CAT,CRY1,ACOX3,MAN1B1,IFT46,CUEDC1,RALA,SLC3A2,RNF7,AGPAT1,RNF4,AGPAT3,POLD3,GNG5,TMEM203,TRA2B,TMEM205,TDG,TRA2A,BNIP1,PTK2B,BNIP2,DROSHA,SPOCK1,TMEM208,CRYM,RPP14,TIMM8B,TTC14,RRM2,EYA3,SSRP1,USF1,TTC17,POLE4,GALE,UFM1,TEF,ERCC1,CARM1,POLE3,ERCC5,GPD1L,NCKAP1,IPO11,TES,GPATCH4,HNRNPR,PHAX,EPRS,PHB2,GPATCH8,GLS,ALCAM,CNST,CSPP1,AP1S2,AP1S1,LUC7L,VPS35,VPS36,NUP214,VPS18,ARMC9,ARMC8,HCFC2,ATG13,GTPBP4,ARMC1,DAAM1,WDR81,ZSCAN21,NUP98,VPS25,VPS28,ANAPC13,ANAPC16,CTBP2,XPC,RNPC3,ARPP19,GNS,ANAPC11,LDHB,LDHA,NCSTN,BLOC1S1,CEP70,GAR1,RRS1,VPS11,NRBF2,ST3GAL1,HMOX2,VPS16,CEP78,BTF3,PHC2,NDFIP2,NDFIP1,SNAPIN,PLK2,IRF2BP1,IRF2BP2,NR1D1,PHC3,WDR55,EHD1,GNPTG,HNRNPM,MEX3A,HNRNPK,ARL2BP,MMS19,FARSA,PAM,CEP57,BTG1,WDR48,PHF20,PHF23,SETD6,SETD7,ARPC1A,WDR41,ASH2L,KRI1,UBL5,UBL3,RARS,TIMP2,RRP12,CIC,RRP15,UBL7,CEP68,WDR36,NUTF2,WDR34,GNL2,TERF2,WDR33,GNL3,TAF6L,SIKE1,TUBB2A,NCOR1,MTF2,TCP1,KIFC3,GART,EXOC1,GRN,CDC123,CLDND1,RNMT,WDR24,FAM129B,FGD4,PPP1R2,SCAF8,PPP1R7,PPP1R8,CKB,PAIP2,CSNK1A1,NR1H2,GATC,ELP2,ELP3,DHRS1,HIPK1,SYNJ2BP,WDR11,PHF5A,NFIA,PLP2,TMEM39B,FAM49B,RAB3D,GTF2B,AUP1,CLU,IPO7,IPO4,IPO5,PPP1CB,IPO8,IPO9,LAMP1,SLC39A9,PAPOLG,CFL1,LAMP2,PHYHD1,PAPOLA,SLC39A6,HMGN2,SNRNP35,TXNL4A,HMGN3,KCMF1,MAGI1,RARS2,MAP2K4,USP8,TLE3,MAP2K1,SUPT16H,TPM4,USP4,USP3,DYRK1A,VASH2,TRAFD1,DYRK1B,THOC2,THOC6,PYGO2,RAB31,RAB34,SNRPG,SNRNP27,AAGAB,SNRPE,SNRPF,STAMBP,FKBP3,SNRPA,FKBP5,IFNAR1,CSNK1G1,SNRPB,FKBP2,FAM114A2,INSIG1,CCDC25,SLC38A10,UBR1,ORC5,UBR7,ORC3,DVL2,SRGAP3,MCL1,MAP2K6,AP1M1,TRAPPC2,AKIRIN2,TRAPPC3,EIF2B4,AKIRIN1,OSBPL7,EIF2B3,SEC16A,TRAPPC4,TMEM132A,M6PR,TRAPPC8,FANCE,BCL9,COPS3,SLC7A6OS,COPS2,PDCL,TPP2,CCDC22,RAB5A,RSL24D1,BCL2L2,BCL2L1,DIDO1,WDR1,ZC3H3,CCDC47,WDR3,CEP164,WDR4,UFSP2,VPS72,AP1G1,SNRNP70,WDR6,CEP170,EIF2B1,TNPO1,TNPO2,CCDC50,ADSL,RFC3,PLEKHG2,CDADC1,GGPS1,RFC2,SECISBP2L,LANCL1,PLRG1,TSN,DNAJC2,CTDSP2,POLR1D,DNAJC8,CRK,HDAC5,MTPN,LEPROT,HDAC3,VPS4B,CEBPG,HDAC6,HDAC7,DNAJB2,RAB21,DNAJB1,ABLIM1,ABLIM3,DNAJB6,HAUS8,POLR2A,DNAJB5,VPS53,POLR2C,RAB24,POLR2E,DNAJB9,POLR2H,POLR2K,MLXIP,PPIL1,RNGTT,SMOX,IDH3G,AMFR,TPRKB,ASXL1,DNAJA1,RAB14,VAPA,POLR3B,PSAT1,GLOD4,MFAP3,POLR3D,MFAP2,VPS41,DRG1,DRG2,SNRNP48,VPS45,PPIL4,TPT1,SLC35B2,VEZT,IFITM2,SLC35B4,ZMYND8,HDAC11,PITPNA,FCF1,PPP2R2A,NFU1,RPS15,RPS17,RPS19,KAT5,FLAD1,PPP2R1A,FTH1,MAGOH,LONP1,ARFIP2,LONP2,RPS10,TBC1D10A,COG8,COG4,ARRDC3,IFRD1,COG2,COG1,MAPK8IP3,NIF3L1,POR,MTHFD2L,HECA,SIK1,SUCLG1,ATP6V0D1,DCUN1D5,CSTF2,APCDD1,LIAS,RPAP3,FXR1,SCFD1,PDCD11,ZNHIT3,VASP,TMEM184C,ZRANB2,SETDB1,SLC35E3,PYCR2,PUM1,PUM2,RPS26,SMU1,RPS25,RPS28,FUBP3,RPS20,RBAK,GFM1,CITED2,SLC35F2,GFM2,SLC35F5,ZFAND2A,ZCCHC17,SIPA1L3,XPO1,SLC22A17,DNER,TMED7,UBXN4,GABPA,RAB8A,TMED9,ZER1,PARP2,PPHLN1,ZDHHC16,TOPORS,VAV2,UGDH,SCNM1,NFX1,HNRNPH2,HNRNPH3,SDCCAG8,CSTB,NOL7,PPP2CA,TCEAL8,CST3,AMN1,PPP2CB,APBB2,METTL6,ATP6V0E2,APBB3,METTL9,NFYA,MTX3,NFYC,GBF1,GINS4,SORBS1,RAB11A,KBTBD4,SPCS2,KBTBD7,NDUFA13,NDUFA12,SPPL2B,NDUFA10,CWC25,CNDP2,TATDN1,ARHGDIA,HCFC1R1,AZI2,RALBP1,TRAPPC2L,SHISA4,LIG3,ATP1B1,RSBN1,TUFM,PRPF6,PRPF3,DAP3,COPB2,ZCCHC7,IDI1,COPB1,PXN,CLEC16A,LPL,EFNB1,EMG1,UBB,TCTEX1D2,RPRD1A,KLHDC2,DARS,KLHDC3,CPSF6,PNPT1,RHBDD3,CPSF1,RHBDD2,CBX3,CBX1,CWC15,CRLS1,COQ6,COQ5,COQ2,EFNA2,CHMP2B,PI4KA,DYNLRB1,PI4KB,COPE,LRP11,MUS81,KDM5B,KDM5C,DBI,YBX1,HK1,RBM3,RPS4X,CASP9,SEPT9,SEPT7,PPP2R5E,CASP3,SNAPC3,LRRTM2,MFSD1,TOPBP1,RBM5,RBM6,KDM6B,H2AFZ,OXSR1,SAFB,DCK,SEPT2,RABEP1,DDAH1,TRAPPC6B,PFDN1,PFDN2,HAGH,PFDN4,PFDN5,KDM3A,STOML2,ETFDH,ATP1A1,TBRG4,NXF1,FAM168B,UGP2,FAM120B,GNA12,BUB3,MAPK6,KDM4C,TMEM30A,QPCTL,LIMK1,CAPN10,RPS6KB2,ATP13A3,RBMX,MDC1,MAPKBP1,MT-ND4,ARAF,GHITM,RBPJ,LSM10,PSMD8,RABGEF1,NSDHL,KRTCAP2,ZFYVE27,CSNK2A1,DNTTIP1,DNTTIP2,RFX3,EML2,SCAMP3,FAM133B,EID1,MYL6,CLNS1A,PSME3,UQCRC2,LETMD1,CGGBP1,MRPL18,MRPL16,SDR39U1,COPS7B,SLCO5A1,ABCB8,COPS7A,AAAS,MRPL12,GABARAP,MRPL20,HSPH1,HMGXB4,GRPEL2,VTI1A,HMGXB3,EDEM3,MCTS1,EDEM1,EDEM2,PMM2,EXOC6B,MRPL28,ERLIN2,MRPL24,MRPL21,MRPL22,EIF1,CS,MLLT11,MRPL30,EIF5,EIF6,TDP1,PSMG3,PSMG1,TMEM9B,GPR19,ARF1,LRSAM1,PIGU,PIGT,PIGO,HEXB,RPLP1,RPLP0,PIGP,MRPL38,MRPL39,MRPL37,ECSIT,MRPL34,TRIOBP,MRPL32,PQBP1,MRPL33,IKBKB,TUBA1C,MRPL42,NIPBL,TUBA1A,MRPL40,TMEM43,RPLP2,SH3BGRL3,LRRC47,LYPLA2,ELOVL4,LRRC49,SIRT4,LRRC40,ELOVL6,SIRT6,MRPL47,SIRT7,NIPA2,MRPL45,SIRT2,MRPL44,MRPL52,PSMA5,PSMA6,MRPL50,PSMA2,TMEM33,CDC42EP4,TMEM106C,TMEM106B,TUT1,VAMP4,DLD,VAMP2,ARF6,LRRC14,RNASEL,RNASEK,SRRT,PSMA7,MRPL55,GGA2,PSMB6,GGA1,PSMB7,PSMB4,RECQL5,UNK,PSMB5,PSMB1,AP2S1,EXTL3,MEF2D,SRSF10,YKT6,SRSF11,TMEM62,BYSL,LETM1,TMEM59,PSMC1,SRRD,SERBP1,UBAP1,GOPC,RPL22L1,CCNT2,CSE1L,UBE2D2,UBE2D3,STK11,SMCHD1,STK16,OSBP,KPNA6,PMPCB,PIM3,KPNA4,PMPCA,SLC25A44,KPNA1,SLC38A1,IK,ANAPC7,VPS33A,VPS33B,UBE2E1,SARS,FTSJ3,SLC9A5,FSCN1,SNRNP200,SQSTM1,KPNB1,ANAPC1,NSMAF,ANAPC2,PFKFB2,LRRC59,PFKFB3,RNASEH2A,MAX,GPR85,ARL2,UBFD1,ACAT1,SAV1,SOCS2,SBNO2,ATXN2,SLC38A7,SLC38A6,E4F1,SLC38A2,EVI5,ZBTB17,GOT1,GOT2,EEF2,ZC3HC1,AAK1,MDM2,TUBGCP5,MDM4,TUBGCP3,PIN4,NFE2L1,MDM1,SLC25A3,HSP90AB1,CELF1,SCHIP1,COX4I1,MRPL4,MRPL3,MRPL2,FSD1L,SUMO3,SUMO2,ME1,PMEPA1,DGCR6,MRPL9,MDP1,DNM1L,EID2B,CTNNBL1,HSP90AA1,VBP1,VPS37C,NDUFC1,VPS37B,RAD23B,DDOST,QTRT1,NPC1,NPC2,SNURF,BDP1,SEC22B,MET,SLC25A11,SLC25A4,BIRC2,PPP1R15A,RNFT2,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,LRP1,GTF3C5,NDUFB6,NDUFB4,PRCC,MAK16,NDUFB3,ZBTB43,CXXC1,NDUFB2,PARD6G,FOXK2,FURIN,PPM1D,PPM1G,SLC25A27,GANAB,KATNA1,CDC37L1,LRRC8A,SLC25A25,CYB5B,NDUFA9,PTPN1,NDUFA8,PPP1R14B,NDUFA7,NDUFA6,NDUFA5,NDUFA4,MBOAT7,NDUFA2,RPL23A,MCOLN1,TPD52L2,SLC25A38,SNRK,SEC24C,SPG21,AHCYL1,TMEM41A,PLEKHB2,CCNH,EIF4A3,ZDHHC5,THUMPD3,ZDHHC7,GCC2,CCNC,THUMPD1,IFI30,TXNDC16,TXNDC17,UBE2L3,ZDHHC4,CYB5D1,FAM53C,CCNL1,SEC62,SLC12A6,SEC63,TMPO,ACVR1,EPHA4,IMP3,ENTPD6,NSMCE2,NSMCE1,ANK2,PISD,KDELR2,PREB,MMADHC,PEX11B,PIK3R4,PIK3R3,PIK3R2,UBE2J1,SNX3,SNX1,COMMD9,DHX33,DHX34,LARS,TSPAN6,DHX36,MIER1,TSPAN7,DHX37,TSPAN5,DHX38,DYM,SURF6,SYMPK,RCE1,HIVEP2,TSPAN3,N4BP1,RBM10,SEC31A,CTSA,RCC2,SURF4,MICAL2,ERAL1,PAICS,ID2,PAF1,INTS7,CALM1,CALM2,RGL2,TMEM151B,FKBP15,TECR,SLC7A11,PTPRK,AATF,IER3IP1,AP2A2,ARV1,SPTLC1,CTSL,RSRC1,ENC1,MLX,REV3L,ARIH2,IDS,CTSD,UTP14A,NDEL1,CTSB,CCT3,VKORC1,CCT2,SEC13,DBNL,WARS,STARD3NL,ACAD9,MINK1,NCOA4,ANO8,ANO6,MRPS7,COMMD4,CTU1,VSNL1,CSDE1,NCOA7,DBN1,STK40,HEATR1,STX18,DERL1,EXOSC7,MNT,PGRMC2,SAMM50,EXOSC4,FAM172A,SERTAD2,PES1,EXOSC9,HSF1,PAK6,CCT7,CCT5,EXOSC1,CCT4,NPM1,YIPF2,YIPF4,YIPF5,CRIPT,MIB2,UBE2G1,UBE2G2,AP2B1,NLE1,FKBP1A,PER1,GPAM,SCARB2,SCARB1,MIDN,ACAA2,MPI,OGDHL,FAM174B,CAPN2,PPFIA1,SNIP1,SBF2,SLC30A9,ADPRHL2,SLC30A5,SSU72,RUNDC3A,HNRNPUL1,UBE2V2,SBDS,UBE2V1,RTN2,KLHL18,RTN3,VCP,RBM8A,KLHL17,TOR1AIP2,RPF2,NDRG1,SUPT6H,RTN4,H1FX,NDUFV3,NDUFV1,BCL9L,CCDC134,PRNP,OST4,FDPS,ECD,CRIM1,HMGA1,DSTN,KLHL24,SUPT5H,CLK4,KLHL20,RCL1,CLK1,PAN2,GCLC,APPBP2,PQLC1,PHF13,TAB1,LSM14B,PICALM,YWHAE,RBM28,GSK3A,DDX47,CNRIP1,PRKCSH,CHD6,HMGB3,CHD4,HMGB1,TRIAP1,CHD2,AFF4,RPGR,YWHAQ,GATAD1,NPTN,UQCRFS1,YWHAG,UTP15,NAA30,RBM14,HSDL1,NCBP2,GLRX5,DYNLT3,RBM18,BUD31,DDX55,DDX54,DDX50,PJA1,VCAN,LMBRD1,RCN2,CREB1,NDUFS8,IRF3,PEX3,TBC1D5,NDUFS5,NDUFS4,NDUFS3,ATG4B,NAA38,NDUFS1,NUP54,IRF9,RBM22,DCTN5,DDX27,NAA20,DCTN1,DCTN4,GOSR1,DCTN3,PARN,MAT2B,CLCN3,PARL,HMGCL,RAB40C,TNKS2,MAT2A,TAF1C,TAF1A,NAA25,PDLIM7,MBTPS1,CHURC1,TAF13,TAF11,ATP2B4,MAPK14,ACVR2A,SOD1,CLCN7,CLCN6,GOLPH3,PNKD,ASB8,FAM131A,ACIN1,FAM98B,QRICH1,VIM,MBTPS2,RAN,LNX2,R3HDM2,RB1,RPL4,CYFIP1,RPL5,RPL30,RPL3,CLPB,RPL31,DCAF8,THYN1,BACH1,DCAF4,RPL9,BACH2,RPL6,MYC,STMN1,CDK20,RPL36,RPL38,RPL37,MPV17,IER5,RPL39,IER2,UNC13B,ACOT9,MED1,MECR,WSB1,PIH1D1,RPL23,DAPK3,BIN3,BIN1,CLPP,YME1L1,RPL27,RPL26,RPL29,DUS3L,TSPYL4,CDC42SE1,RPN2,MAPKAP1,RPN1,VPS26A,HIF1A,PRDX2,RAD21,SSR1,S100A10,RPL41,FZD3,ACD,JUND,H3F3B,CHKA,PNO1,ST13,H3F3A,MTHFR,PA2G4,TMEM198,FIBP,RNF103,OGDH,HBP1,ELL,SPEF1,CLTC,CLTB,ADO,PFAS,CLINT1,TMEM189,IMPA1,TMSB4X,ENSA,GPR137,RIOK1,ZC3H10,IFNGR2,SSR2,TCF12,TET2,AEN,RNF168,RNF167,LSG1,RNF166,SF3B4,RPL10,RPL12,TIMM13,HSPA14,HSPA13,TM9SF4,SRP72,RNF138,LMAN2,RPL14,RPS3,RPL13,SC5D,ANKRD54,DTD1,RPL17,SF3A3,SF3A1,BRF2,GTF2H1,SRP68,LRPPRC,MZT1,FIG4,RNF146,RNF145,TM9SF1,TRMT6,RLIM,RNF141,DGKE,TUSC2,CTNND1,RNF19B,BZW2,ABHD12,SMARCAD1,MAF1,SEMA6B,BIVM,RPS9,ANKRD49,RPS7,RPS8,IGFBP3,ANKRD44,RPS5,IGFBP2,RPS6,AIP,RPSA,GTF2F2,RNF41,TRAIP,CTDNEP1,BSCL2,CLIP2,NCL,ERP29,NHP2,ERH,XIST,ENY2,CUL7,DNMT1,ABHD2,ANKRD11,GLO1,ANKRD12,CUL2,ABHD8,ITPR1,TARS,KLC1,GTF2E1,RLF,KLC4,BTBD1,PITRM1,NACC1,PSAP,ESD,WDTC1,MPDU1,TOR1A,ASNS,MARCH8,MARCH7,MARCH6,BTBD9,LSM4,MARCH5,LSM3,NSFL1C,CNOT7,LSM6,CDK4,RHEB,CNOT2,MAFG,RNF181,TADA1,SERINC1,NF2,IARS,DHCR7,LZTR1,SERINC3,RNF185,EIF4G2,EIF4G1,LMBR1L,RNF10,RNF13,DUSP11,DUSP12,RPL7A,SART1,SART3,GM2A,OPA1,OPA3,HIF1AN,SLC37A4,SLC37A3,IQCB1,PDCD6IP,GPX4,CHUK,LIX1L,ZFP91,RANGAP1,REXO2,COASY,REXO4,PTP4A1,PTP4A2,PTP4A3,ASPH,RPL37A,SNRPA1,RP9,NLGN3,RNF34,WBP2,RPL36A,AP3M2,AP3M1,HIRIP3,SNRPB2,MEST,UGGT1,DCAF12,RNF20,SEMA4A,SPAG7,RNF26,PTPN11,SEMA4F,CDC42BPB,OXR1,PNRC1,PNRC2,CUL4A,KLF6,MARCKS,IMPDH2,RHEBL1,METAP2,APP,FAAH,ARL6IP1,PWP1,GOLGA1,ARL6IP5,ZFPL1,KIFAP3,GLUL,SOX4,TIPIN,AQR,SLC6A17,NFKBIL1,SLC6A15,SLC11A2,RECQL,BOLA1,MRPS18A,ACSL3,MRPS18C,CARHSP1,COX7A2L,RRAGA,RRAGB,XRN2,GUF1,PFN1,ANKRA2,EZR,AURKAIP1,CUTA,TMEM161B,TWF2,TRMT2A,NMD3,DGUOK,NUAK1,VPS8,SCAP,MAP4,TRAP1,TREX1,ACADSB,UBAC1,GADD45G,CCT6A,CCDC88A,PARP11,ALDH18A1,ANP32B,CC2D1A,ITM2C,CC2D1B,HBS1L,TRAM1,DAZAP1,GDI2,MYL6B,PRPF19,RPTOR,EPM2AIP1,ZMYM2,GUK1,PRMT6,ATP6V0B,PRMT7,TSC22D1,TSC22D3,PRMT3,RHOF,TUBG2,RHOB,PRPF18,NME7,B3GNT5,FRG1,STRAP,MAPT,SGK1,KPTN,MAPRE1,MAPRE2,PRIM2,SLC20A1,PRIM1,TRAK1,TRAK2,ANKMY2,MAP4K5,RANBP2,RSL1D1,MARS,R3HCC1,CTNNB1,RAB3GAP2,PRPF31,FAU,TOMM5,HDLBP,NUCKS1,TOMM20,TOMM22,CHCHD4,EFTUD2,FBL,TMEM147,BASP1,CHCHD7,POGZ,CHCHD1,TMEM14C,ANGEL2,APLP2,WRNIP1,TRNT1,KCTD5,PDIA4,DPM3,PREPL,PHOSPHO2,DNAJC30,RPL7L1,SPNS1,RELL2,ISCU,BTF3L4,COX7A2,ARHGAP12,DPP3,SDCBP,TMEM127,TMEM128,EP400,ATP6V1H,MARK3,PDZD7,ANKZF1,ZC3H15,DNAJC19,ACBD6,HSPA8,SMAD1,ACBD5,SMAD4,ACBD4,HSPA5,DNAJC11,ASPSCR1,IFT122,BFAR,DNAJC14,TBCA,SMAD5,NMRAL1,DNAJC18,NFKBIA,NR4A3,DLG4,ATG16L1,RFXAP,TBCE,JMY,ACBD3,NFKBIB,USP35,USP36,ACADVL,USP38,USP32,SLC2A3,USP39,SENP7,TMEM101,FLOT1,PDE4B,FLOT2,PDE4A,TMEM109,MAN2C1,SCYL1,KLF11,TSFM,JAGN1,USP48,ABCC5,TRNAU1AP,ARID1B,CKAP5,DDX19A,TRNP1,LUC7L3,B4GALT5,TSEN34,TM2D2,POLDIP2,TM2D1,RGS16,SPG7,MOSPD3,MTIF3,TOB1,USP19,STRN3,U2AF1L4,RMND5B,TFPT,ABCF2,CAMK2G,RWDD1,PTCD1,SGTA,PCDHGC3,ZFC3H1,PDE4DIP,HSPE1,MEIS2,GDAP2,NAP1L4,XPNPEP1,PIK3IP1,SPRY2"
+"gene_set_query"	"622"	"ZNF189"	"593.3"	"ARCHS4 Coexpression,532;Enrichr Queries,373;GTEx Coexpression,875"	"NCKAP1,LPGAT1,PANK3,TFRC,CERK,HNRNPU,EPRS,RPL8,NUDT4,GLS,RPS15,RPS14,PSMD6,ALCAM,LSM11,RPS19,SNRPD2,DPYSL5,DPYSL2,MYC,AKT3,RPL36,LONP2,SEC62,PRKACB,GLUL,TBC1D10A,SOX4,RNF111,AGFG1,ARRDC4,DDX17,MEF2C,WSB1,PAQR4,ARRDC3,IFRD1,MTUS1,ALG2,CIRBP,CD3EAP,ANK2,ANK3,DICER1,HDHD2,RC3H2,EML5,PRKAR1A,CLNS1A,DDIT3,ZC3H11A,CLPP,DDIT4,BOLA2,PRR18,HECA,PFN1,AURKAIP1,EXD2,MACF1,TARSL2,MYCBP2,PIK3R3,NEDD4L,SLAIN1,PIK3R1,HIF1A,GNS,TMTC4,ANAPC11,NKAIN2,UGCG,INPP5F,TSPAN5,GPM6B,SERF2,EDEM3,JUN,PRELID1,CADM1,LRRN3,CADM2,INSR,ST8SIA3,PYCR2,SMARCA1,ACADSB,TMEM198,GADD45G,MED13L,GLUD1,STAG2,ID2,GOLGB1,TECPR1,CPEB4,ITM2C,HBS1L,TOP2B,CSRNP2,PIGU,ARF1,CITED2,RPLP1,DIS3L,PIGP,CLTC,SLC7A11,HERPUD1,TRMT112,ARV1,AKAP11,CHL1,TRIM2,ENC1,KIF13A,AP3S2,SH3BGRL3,KIF1B,JARID2,NUDC,TSC22D1,TSC22D3,NIPA1,NME2,TUBG2,SIRT2,DUSP6,MLF2,RHOB,APRT,RNF144A,BACE1,SLC7A5,MRPL50,RAP2A,PLSCR3,PACS2,CDC42EP3,PXDN,PELI1,WAC,TMEM106B,RAPGEF2,RHOU,SGK1,PLCB1,DSCAML1,ARF6,PAFAH1B1,CLDND1,SATB1,TIMM13,AKAP7,UQCR11,PSMA7,MRPL55,TM9SF3,SERTAD4,NFIL3,SERTAD2,AP2S1,RPL18,MAP4K3,RANBP2,SORT1,KIDINS220,YIPF4,WDR13,VEGFA,PPP1CA,NUDT9,MKLN1,LYRM2,NFIB,CCNG2,TAOK1,R3HCC1,TRIP12,FAU,NUCB2,ANKRD13C,SCARB2,ATP8A1,NDUFA11,FAM13B,FMR1,ZFAND5,ARID4B,SLC8A1,PAIP2B,CHCHD2,CDH2,KIF5C,SESN1,TBC1D30,CFL1,LAMP2,NRCAM,SYBU,NOMO1,FADS1,SLC38A1,ANKRD46,FBXW11,RALGAPA1,IGFBP3,RPS5,APLP1,TMOD2,NOSIP,ZCRB1,CASD1,ATP1B1,ARMCX3,FRMD5,PREPL,DMTF1,RAB35,SPNS1,ELMO1,NHP2,WDFY3,SRSF6,SNRPC,FAIM,FKBP5,SNRPB,SHC2,PFKFB3,UBA5,SEL1L,SPATA2,UBR3,NDRG1,SOCS2,ARHGAP21,THEM4,SLC38A2,KLHDC10,MCL1,IVNS1ABP,PRNP,OSBPL8,SMAD4,PNPT1,HSPA5,PHF10,TRAPPC5,DHCR24,DNAJC13,KLHL24,MARCH7,CLK4,LSM4,AZIN1,NFKBIA,PTPRD,RCAN1,IBTK,LSM7,EFNA2,NR4A3,STK24,ARPC2,APPBP2,HOOK2,NBEA,HOOK1,ZFP62,CNTN1,NF1,CNTN2,SRPRB,CPE,SERINC1,GRSF1,NOP10,BCL2L2,COPE,MCFD2,RNF14,PRKCSH,CELF2,COX4I1,USP34,CHD6,PPP1R9A,AFF4,HS2ST1,DUSP12,MFSD6,SPRED1,PSD3,ACP1,YWHAG,HSP90AA1,DST,PEG3,VBP1,PDPK1,SECISBP2L,LANCL1,ATRX,VPS13A,POMGNT1,RAD23B,PJA2,PTP4A3,CTDSP2,POLR1B,LUC7L3,BIRC6,SOS2,DCTN5,KDM3A,ROCK2,DCTN4,RGS16,CXXC1,HMGCR,TOB1,JAKMIP3,EHBP1,AGPAT4,LRP6,DNAJB1,MAPK7,DNPEP,HECTD1,FAM168A,RPS6KC1,MKNK2,POLR2D,POLR2E,DNAJB9,LRRC8D,FEM1C,IGF2BP3,RBBP6,ROMO1,MEST,ATP9A,SEC11C,CLASP2,POLR2L,ATF7IP,SLC12A2,TUB,SPAG9,TMEM30A,ASCC1,FEM1B,BNIP3,GALNT1,SGTA,PDE4DIP,ATP2B1,DDHD1,NAP1L5,UFM1,KLF6,FMNL2,APC,VAPB,PSAT1,PPP2R2D,OCIAD1,SPRY2,LNX2"
+"gene_set_query"	"623"	"BACH2"	"593.5"	"ARCHS4 Coexpression,894;Enrichr Queries,427;ReMap ChIP-seq,215;GTEx Coexpression,838"	"CYFIP2,CYFIP1,GMFB,RRP1,STMN2,ENO2,GABPB1,BACH1,PHB2,BACH2,LSM10,NDST1,TBK1,ALCAM,ZMIZ1,DPYSL2,MYC,ZXDC,DPYSL3,AKT3,MPV17,ACOT9,GABARAPL1,MEF2C,FNBP1,RPL23,PRKCE,ARMC9,WDR74,DNTTIP2,RNF123,BIN1,DDIT4,PSME4,ORAI2,VOPP1,RBCK1,CDC42SE1,ABCB6,RPN2,RPN1,PRDM15,NEDD4L,PLA2G6,PRPSAP1,CYB5R1,PRDX5,PPP4C,PRKAR2B,PRDX1,CHST15,CDK19,JUN,PRPF38A,JUND,CADM1,EDEM1,IRF2BP2,PRDX6,PBX1,MLLT11,EHD1,SLC6A6,EIF5,GIPC1,ATG2A,HBP1,FAT4,CDK14,CPEB4,SMG1,PIGU,BTG1,PHF20,ARPC1A,CLTC,CLTA,SMG7,CLINT1,BBC3,SHF,RNF157,TRMT112,TUBA1B,MTG1,TMSB4X,ENSA,TK2,JARID2,CEP68,HSBP1,DUSP1,IFNGR2,AEN,SIRT7,MED29,DUSP6,RNF168,MRPL52,NCOR2,SLC7A5,AFTPH,LSG1,SLC7A6,ZEB2,INF2,HEATR5B,MED20,PXDN,RAPGEF1,GARS,TKT,PLCB1,RNF166,GAS8,PAFAH1B1,GAS7,RNF165,CDC123,ECHS1,WDR26,CLDND1,NFIX,GSTP1,FAM129B,PSMB6,ARFRP1,PSMB2,RICTOR,SLC17A7,MEF2D,DEDD,BRD4,NKTR,RUNX1T1,BRF2,GATAD2B,BYSL,SLC8A3,SPSB3,MKLN1,NFIA,CCDC9,NFIB,PSMC2,NUCB1,YPEL5,YPEL3,FAM49A,FAM49B,DGKD,ATP8A1,PDCD6,ATN1,FAM107B,LAPTM4A,CDH2,TUBB3,SESN1,STK16,PIM3,SLC39A7,SLC25A44,AP2M1,ANKRD13A,KPNA1,IFNAR2,PPP1R16B,TLE4,MAP2K1,SLC38A1,PCYT2,TPM4,TPM3,RPS8,ANKRD44,FRMD4A,FRMD4B,PGD,VRK3,LENEP,FOXP1,MSH6,PYGO2,DMWD,SLC9A8,RAB35,MAPKAPK2,ERH,TNIK,TOX,SQSTM1,FKBP5,IFNAR1,BRSK1,LRRC59,DNMT1,PFKFB3,CD151,CUL3,ARL1,ITPR1,ARL2,SPATA2,UBR2,NRF1,HSPBP1,NEUROD2,SNN,PMVK,PSAP,PLXNA2,ABL2,SLC38A6,MAP2K7,SLC15A4,SRGAP1,MAP2K5,MCL1,MPDU1,ESRRA,AKIRIN2,TRAPPC3,CCDC12,TMEM132A,NSG1,LSM4,PTPRD,SH3BP5L,RHEB,MAFG,MDM2,TPP2,PLXNB2,MDM4,CCDC22,CNIH3,OGT,EIF4G2,NFE2L1,BCL2L1,RNF187,SERINC4,SLC48A1,ITGB1,LMBR1L,RNF10,RNF11,HSP90AB1,SCHIP1,CELF2,CELF4,SYNE2,MRPL4,DUSP12,SART3,LBH,GM2A,PPP6R1,PSD3,PMEPA1,UNKL,ILKAP,ACTR3,PLEKHG2,DST,MSL2,ZFP91,RAD23A,RABGGTB,DDOST,ARL4C,DNAJC2,PTP4A2,PTP4A3,SLC25A17,TRAF4,DAD1,SLC25A19,CTDSP2,EVL,TOP1,DNAJC8,SOS1,GAPDH,SEC22C,PPP1R15A,MTPN,GTF2A1,LRP1,WBP4,ZBTB43,FURIN,LRP8,TTL,HDAC7,MLLT6,DNAJB2,SLC25A27,ABLIM1,GANAB,HECTD1,NCLN,KCTD20,HAUS8,FCHO1,UBQLN1,SH3BP5,SLITRK5,FYN,RBBP7,WASF1,SH2B2,SLC25A25,EIF4B,UBQLN2,JAZF1,SLC35A2,TRIM41,KCNJ11,FEM1A,SEMA4D,PCDH9,CNBP,FOXJ3,ADRM1,PLCL2,FOXJ2,CDC42BPB,TPD52L2,PNRC1,PNRC2,ASXL1,NELL2,DBNDD1,KLF7,KLF6,RAB12,ASXL3,NOVA2,POLR3E,DNAJA2,MGAT4B,PDCD4,CCM2,P4HB,RHEBL1,EIF3B,PANK4,SLC35B2,VEZT,EIF4A1,PLEKHB2,ZMYND8,KEAP1,CCNC,CBLB,ACTB,CYB5D1,RASSF2,FLAD1,BSG,LONP1,EPC1,KIF21B,SEC62,SLC12A6,ATXN7L3,SOX4,RPS12,TBC1D10B,SOX5,EPHA4,TIPIN,ST6GAL1,ACTN1,ARRDC3,IFRD1,CIRBP,BOLA1,ANK2,CSNK1E,ANK3,ACTN4,ANK1,TIAM1,KATNAL1,CDC37,CD2BP2,HECA,KDELR2,FLYWCH1,EZR,TRIB2,GPM6A,NUMBL,NECAB3,TMEM161A,TMEM63C,SUPT4H1,TWF1,PIK3R1,PTTG1IP,GMCL1,UBE2J1,MYL12B,PTDSS1,NUAK1,FXR2,PCBP1,GSE1,MLEC,HIVEP2,SNX5,SNHG1,XBP1,TMEM86B,BCL11B,IQSEC1,LRRN2,BCL11A,SYNRG,PYCR2,IFFO1,DCLK1,ID2,CCDC88C,RANBP10,CALU,PAF1,TMCC2,TMCC1,BAP1,ITM2C,NRP1,FAM45A,CCDC127,FAM57B,CITED2,CETN2,FAF1,ZFAND2A,GDI2,SLC7A11,SIPA1L2,ROBO1,LIMD2,AKAP12,PPP3CA,HINT1,UCHL1,SERP1,PCF11,OTUD6B,UIMC1,REV3L,IDS,RALGPS2,CDV3,TMED9,MRPS27,ZER1,TSC22D3,RHOF,LIME1,MTSS1,APRT,MLF2,RHOB,MN1,SLTM,NFX1,CSDE1,CANX,ARHGEF1,ALDOA,SGK1,PTMA,SFI1,STK40,FYTTD1,CSTB,AHCY,SATB1,TCEAL8,AMN1,NFIL3,CUX1,PDZD11,GPC2,APBB2,SCAND1,BCAP31,PTGES3,XPO7,MYO9B,MIAT,MIB1,TMUB2,TTC9,HIST3H2A,NUDT8,KLHL5,KBTBD2,OTUD5,SCARB1,CRTC2,MIDN,ZFAND5,HDLBP,KLHL34,PRDM2,SRP14,IGF1R,TATDN2,TBC1D30,COTL1,DENND5A,SBF1,SBF2,PDIA3,MORC3,ZGPAT,APLP2,ATG9A,SDHA,PDIA6,RSBN1,PDIA4,ADAM19,DPM2,MAU2,TMX2,FAM173A,GPD2,ELMO1,RAF1,PPIB,ISCU,DDX6,PXK,PSMD11,NPR2,DTX1,SLC1A4,RASGRP2,STK4,NDRG1,PLD3,SEL1L3,EFNB2,EMG1,DPP6,MAN2A2,GRK6,TBC1D13,CAMTA1,H1FX,TBC1D17,NDUFV1,ANKZF1,PDZD7,BCL9L,BPTF,SMAD1,KLHDC4,AUTS2,PTCH1,PCIF1,HMGA1,CRIM1,KLHL24,TBCA,AP4B1,MANBAL,COQ5,EFNA2,NR4A3,HOOK2,HOOK1,UBE2O,PHF13,BLMH,PHTF2,SCYL3,PRR7,DOCK4,USP38,DOCK9,CHD6,GTDC1,CHD2,AFF3,TTC28,SPRED2,SEC61A1,SENP7,LASP1,SEPT6,YWHAQ,BCL7A,MAN1A2,MYO18A,PDE4B,PDE4A,YWHAG,RBM33,POLG,SCYL1,KDM6B,KLF13,PDPK1,PDE4D,AXIN1,NAV2,SAFB,SEPT2,VCAN,UBE2R2,SETBP1,AKT1S1,TBC1D7,DCX,CUEDC1,CHMP7,B4GALT5,USP14,TM2D2,RGS16,ASB13,WIZ,SLC3A2,CLCN3,NCALD,DNPEP,TNKS2,CNR1,RPS6KC1,SPOCK2,FAM120A,MKNK2,BNIP2,NCAM1,CYTH1,USP24,ATE1,TTC13,PTCD2,HAGHL,DEK,CDK11B,MEIS2,USF1,HS3ST1,TTC17,PIK3IP1,CAPN10,ASB8,ERCC1,BAX,VIM,PDE7A"
+"gene_set_query"	"624"	"ZNF569"	"594.0"	"ARCHS4 Coexpression,224;Enrichr Queries,728;GTEx Coexpression,830"	"TDRKH,SLC4A1AP,THUMPD3,SMC3,FNBP1L,ALKBH8,CAPNS1,DPYSL5,DHX57,DPYSL2,ZMIZ2,GPBP1,AKT3,STMN1,AKT1,PRKACA,NCKAP5,ATXN7L3,SOX4,CXADR,WSB1,ZFP1,ACTN1,PAQR3,CD3EAP,MOGS,SOX11,AARSD1,TMEM170B,SCAMP1,IFT81,RUFY3,DDIT4,TBPL1,ULK2,HECA,ALG10B,PFN2,FLII,DCUN1D1,MTMR9,TTBK2,APH1A,PTDSS2,SNX4,NUAK1,HLTF,AMZ2,ZSCAN18,BRAP,SRPK2,VASP,B3GALNT1,JUN,INTS1,ST8SIA2,MYO5A,PBX2,CDC7,MLLT11,CCDC88A,SQLE,ZBTB6,ID2,GIPC1,FXYD6,RBAK,CALM2,DZIP3,SUGP2,CEP57,ARF3,OGFR,CSRNP2,PIGU,FAM57B,GRIK5,CETN3,ADO,PHF6,COIL,AKAP12,MRPL42,PCM1,NIPBL,TUBA1A,ZMYM4,TRIM2,ENC1,SDF4,CIC,ZIK1,CCDC112,CCT2,UPF1,TMED9,TSC22D3,LRRC49,MINK1,SLC39A10,LRRC40,FAM126A,DUSP6,SRP9,PDRG1,ENAH,NCOR2,SLC7A5,ZEB2,TUBB2B,INF2,MTF2,CDC42EP3,PXDN,G2E3,EXOC5,SGK1,TKT,ERGIC1,PAFAH1B1,GRN,WRB,HSPA13,CENPB,FAM129B,GNAI2,AMN1,SERTAD4,HSF2,UBTD2,METTL6,MGAT1,PAIP2,MAP4K5,SRSF12,ATAD1,MTX3,MYO9B,ATAT1,NUDT21,MPHOSPH9,ABI2,NFIB,KLHL7,ETNK1,TAOK2,TTC3,YPEL1,ZYX,NUCB1,HDGF,PKN1,PNPLA6,GRINA,ZFAND6,CWC27,FBXO21,IPO5,NUDT11,EIF4ENIF1,NUDT10,ZFP30,CDH2,LAMP1,PPIP5K2,ARHGDIA,KPNA2,SBF1,FADS1,SH3GL1,CDKL2,TLE4,SH3GLB2,MAP2K2,ANKRD46,IGFBP3,UBE2E3,F2R,LMO7,PIAS2,CTDNEP1,MORF4L1,ADAM15,MORF4L2,EHBP1L1,RAB35,MAPKAPK2,PGP,UBE2V2,SRSF3,CHMP4B,MATR3,PHIP,FAM92A,FKBP3,IDI1,DDX5,KHDRBS3,RTN1,CD151,RAB5C,CUL5,TNKS,CUL3,INSIG1,CUL2,ANKRD12,PXN,BTF3L4,CUL1,ITPR1,SLC38A10,PDS5B,SUPT6H,SPATA7,CORO1B,SOCS2,SBNO1,SBNO2,UBR7,ORC3,DVL1,BTBD2,NACC1,ZKSCAN2,NAE1,SKIL,SAC3D1,MARK2,BCL9L,WDTC1,ESRRA,KLHDC3,PRNP,TIA1,ZFHX2,CBX5,CCDC136,VTA1,CBX1,ASNS,CWC15,KLHL24,MARCH6,CLK4,SSH3,DNAJC18,REEP1,SCCPDH,EFNA2,SH3BP5L,CNOT7,APPBP2,HOOK2,ZFP62,HOOK1,GNB2,DMXL2,GNB1,MKRN2,UBE2N,PLEKHM2,PLXNB2,BRWD1,FGF13,COPS8,LRP10,EIF4G3,NFE2L1,DOCK4,ACADVL,WDR1,PRKCSH,USP33,CHD6,ZFP82,HMGB1,RND3,PPP1R9B,SGCE,SENP7,SART1,SEPT9,LASP1,YWHAQ,ZC3H7B,PPP6R1,SNRNP70,SNAPC3,PSD3,SUMO2,CEP170,ARHGEF11,HSP90AA1,HSDL1,CCDC34,DST,ACTR6,PDPK1,VBP1,ATRX,ZFP91,SENP2,CKAP5,TSN,PTBP2,DNM2,PJA1,TRAF7,VCAN,PTP4A3,RCN2,PIK3CA,RER1,CTDSP2,POLR1B,DNAJC5,PFDN4,THOP1,SSX2IP,PPP1R12C,GTF2A2,HDAC2,SMARCD2,CANT1,DDX25,RAB1B,DDX20,CRMP1,FURIN,ATP1A1,MFF,FAM169A,PPM1E,DPCD,LRP6,ADD2,GANAB,HIRIP3,GNG2,RPS6KC1,U2AF2,POLR2D,FAM120A,PDE6D,FEM1C,IGF2BP3,WASF1,EIF4E,FBRS,NEGR1,DDHD1,CDC42BPB,GDAP1,TPD52L2,CABLES2,DNAJA1,CLCN7,MGAT4B,DRG1,TRIM37,VIM,P4HB,SUGT1,SSBP2,CLUAP1"
+"gene_set_query"	"625"	"RARB"	"594.0"	"Literature ChIP-seq,67;ARCHS4 Coexpression,1045;Enrichr Queries,691;GTEx Coexpression,573"	"NUP107,TFRC,TSEN54,SCAMP4,LSM11,RAVER1,DPYSL2,PSMD2,DPYSL3,AKT3,FGFR1OP2,ANKFY1,PRKACB,TMEM8B,MEF2C,RBFOX2,NGDN,FRS2,EML1,EID1,PSME3,UQCRC1,TBPL1,UQCRC2,LETMD1,CGGBP1,SF1,ATF4,SAR1A,FLII,NPRL3,MTMR9,COPS7A,AAAS,MTMR4,MRPL11,RHOT2,PRPSAP2,RNF215,PIP5K1C,HMGXB3,JUN,CADM4,CADM1,EDEM1,NR2F1,EXOC6B,NETO2,PBX1,MRPL22,CS,TBL3,FASN,FAT3,DCHS1,FAT4,PKIG,DZIP1,FERMT2,EZH1,EZH2,PIGO,GPR21,PRKAG1,PRKAG2,MRPL39,MED15,BBC3,TUBA1B,MRPL40,DLGAP4,APC2,UPF1,PGAM1,SLC39A13,SIRT7,GMIP,DUSP6,MRPL43,DUSP7,LRRC42,MRPL44,MRPL52,MED24,PLSCR3,BDH1,PXDN,SDHAF1,CDC42EP2,PELI1,CHST1,PICK1,SLC29A4,ERGIC1,VAMP2,PAFAH1B1,ATL2,SRRT,TMEM70,SNX29,PSMB4,EXOSC10,ADAM23,SPOP,ZSWIM4,RABAC1,ZSWIM5,JAM3,ATAD1,TARBP2,GATAD2A,SNX16,FABP5,CCDC9,PSMC4,SLMAP,AGRN,CRAT,YPEL4,MTCH1,PDCD6,ATN1,LTN1,STK19,APEH,EIF4ENIF1,FNTA,SESN1,SCMH1,STK16,FBXW5,DGAT1,CNPY2,CNPY3,SRCIN1,FOXP1,RBX1,ACLY,ACAP2,TXLNA,MSH2,SRSF3,RAD54L2,SRSF9,INO80B,SHC2,SMYD5,ZC4H2,ARL2,SPATA2,FBXO45,UAP1,CORO1A,FBXO41,FBXO42,GLIS2,SOCS2,SNN,ATXN2,RAP1A,PMVK,MBIP,IP6K1,TMEM120B,NOP16,UCKL1,PTPRD,MFHAS1,LRCH2,ARPC2,NFE2L3,MDM2,PIN1,ITGB1,SLC25A1,AKAP8L,ARRB2,MRPL3,PGM3,PMEPA1,DGCR8,ERC1,NEO1,SNAP29,DGCR2,BCAS3,EMX1,PPP1R12A,DST,TNFRSF19,VPS37B,DDOST,ARL4C,QTRT1,SLC25A19,C1D,PPP1R12B,PPP1R12C,MET,BIRC2,RNFT2,LRP1,ROCK1,SRF,NDUFB4,CXXC1,FOXK1,MFF,LRP6,SLC25A28,KCTD20,U2AF2,CDC37L1,EIF4H,NTRK2,MARCKSL1,NDUFA6,PCDH9,PCDH7,MBOAT7,CDC5L,EXOG,NELL2,CDKN2AIPNL,TSPAN18,EIF3I,CCM2,P4HB,EIF3C,PTPN5,EIF3A,EIF4A2,EIF4A3,NUDT4,CRKL,CCAR1,ATXN7L2,BSN,ATXN7L3,SEC63,SLC12A9,EPHA4,EPHA7,SMARCC2,LIMCH1,ARL15,SCAF11,ACTN1,ANK2,ANK3,ACTN4,ALG1,ANK1,SFRP1,THAP7,CDC37,ULK3,KCNQ4,DHX8,SLC45A1,GIPR,FBF1,PIK3R1,UBE2J2,KALRN,GSPT1,PGS1,SNX4,DHX35,TSPAN6,PCBP1,HLTF,BBS1,XBP1,INTS3,ST8SIA2,MICAL3,BSDC1,ERAL1,DCLK1,SMARCA4,ID2,CALU,PAF1,GRB2,FBXL2,CALM2,AARS,SUGP1,DDR1,NRP1,TMEM151B,PTPRS,CETN2,SUV39H1,MRPS10,AATK,WASL,COX7C,PTMS,AKAP12,THTPA,ENC1,SDF4,NANS,MRPS28,ACAD8,PCYT1A,TMEM150A,NCOA5,GAA,COMMD5,ENAH,KIT,TAX1BP1,ARHGEF1,ARHGEF2,FAM193A,DBN1,DYNC1I2,SATB1,PRICKLE2,GNAI3,CRIP2,PRICKLE1,RELA,GNAI2,PCNP,ARVCF,MNT,ORMDL3,PAK6,GPC4,NPDC1,MAP3K3,MON2,SPRYD3,YIPF1,SORT1,PLEKHA5,MYO9A,VEGFA,MIB1,TMUB2,BOP1,CCNYL1,PNPLA6,GRINA,ZFAND3,CYP46A1,SRP14,FAM174B,EP300,BANF1,RGS9,BAHCC1,SH3GL1,MORC3,TMOD3,TMOD2,UBE4A,SDHA,MID1,RUNDC3A,DHDDS,PCP4,DNAJB11,WDFY1,WDFY3,PPIB,DDX6,ARHGEF26,ARHGEF25,CACNA1A,KLHL12,CACNA1C,RASGRP2,CACNA1H,RAI1,GRK6,NDUFV3,BCL9L,TBC1D16,CCDC134,SYT5,PRNP,SYT1,CCDC136,PHF12,CRIM1,DSTN,KLHL23,KLHL24,MANBAL,HIGD2A,PAN2,GNAL,HOOK2,HOOK1,OSTC,GNB2,GNB1,UBA2,TCF3,MXD4,GSK3B,DYRK3,GSK3A,PRKCSH,CNRIP1,MAST3,HP1BP3,ILK,ATP2A2,SOBP,PPP1R9A,AFF3,RND3,SEC61A1,YWHAQ,BCL7B,GATAD1,NPTN,IFT57,GET4,ARHGEF11,PDPK1,DCAKD,TBC1D8,NAV2,UTP18,EEF1G,CREB3,VCAN,LMBRD1,NDUFS8,EEF1D,NUP50,ATP6V1B2,ZMYND11,EAPP,CUEDC1,INA,RRN3,SFSWAP,NAA20,ANKS3,DCTN4,RBM4B,RSPH9,CLCN2,ADD1,DNPEP,MAT2A,MKNK1,TRA2B,TRA2A,SLIT1,BNIP1,NAA25,RALY,CRYM,ATF7IP,RBM39,CLCN7,PNKD,ERCC5,VIM,NAA15,NCKAP1,CNTFR,ADARB1,DCAF5,PHB2,BACH2,GPATCH8,GLE1,RNF112,ALCAM,ZMIZ2,WDR91,ZXDC,RPL36,PIP4K2B,MPV17,DIP2C,CDK5RAP3,UNC13B,VPS18,IAH1,ARMC9,SCRIB,AARSD1,SOX12,GTPBP4,GPR161,HECW1,RPL27,UBA52,TSPYL4,PRR13,PDXDC1,NOLC1,WDR61,ADH5,LDHB,PRDX5,PPP4C,RIC8B,FLRT2,NUP85,CHST15,GAR1,ST3GAL1,ZSCAN18,NAA50,PRELID1,SNAPIN,ARPP21,DMPK,PLK2,RDX,UPF3A,PA2G4,MEX3D,WDR55,POU6F1,TMEM198,TMEM199,HNRNPM,SQLE,MEX3A,RNF103,ATG2A,CDK14,FARSB,PYGB,PHF2,MOCS2,BTG1,LPCAT1,TCF20,KRI1,PFAS,ING1,SMG5,TMEM186,RNF157,TRIM8,TMEM189,TRIM2,ENSA,TIMP2,PLEKHN1,JARID2,CEP68,BRD2,WDR37,ITPK1,ASH1L,GNL2,NUDT16L1,GNL1,ZEB2,TUBB2B,TET3,EXOC3,GARS,PLCB1,GAS7,RNF165,GRN,CLDND1,TIMM13,HSPA13,ADCY5,PAPSS1,FAM129B,PPP1R2,SCAF8,ANKRD50,SF3B1,RUNX1T1,RPL19,CSNK1A1,SYVN1,TTC9B,TTC9C,SRP68,HIPK1,WDR13,AGBL5,NFIA,NFIB,ABI1,TRMT6,TMEM229B,RNF19B,PARK7,RPL10A,BZW1,SLC8A1,EDC3,PPP1CB,NRBP2,CDH2,CFL2,PHYHD1,PLS3,MEN1,IFNAR2,SEMA6B,RPS9,MAP2K1,USP7,SUPT16H,TLE2,MAP2K2,IGFBP3,TPM1,F2R,IGFBP2,AIP,DYRK1B,TRAFD1,THOC3,LARP4B,VRK3,CTDNEP1,ARMCX1,DMWD,MORF4L2,TOX,SNRPA,FKBP5,GLYR1,CUL9,FKBP2,ANKRD16,CBFB,CCDC24,CUL3,AK1,CUL2,ITPR1,TARS,AK3,PHB,KLC1,GTF2E1,RHOBTB2,NEUROD2,PITRM1,ESD,BTBD2,PLXNA2,DVL3,SRGAP2,SRGAP1,SKIL,MAP2K6,EIF2B5,EIF2B4,AKIRIN1,OSBPL7,TMEM132A,ADAP1,TOR1B,SCRT1,LSM2,REEP1,CDK9,BCL9,RHEB,LRFN1,TADA3,NF1,LZTR1,CNIH2,SERINC3,RSL24D1,SERINC5,BCL2L1,EIF4G1,DUSP12,PTBP1,METTL14,AP1G2,SGCB,AP1G1,SIN3A,PSD3,TLK1,CCDC50,ILKAP,CDADC1,PLEKHG2,RFC2,LIX1L,AMT,RTN4RL2,RANGAP1,TRAF7,PTP4A3,TRAF4,POLR1C,POLR1D,CCDC43,CRK,HDAC5,RAB1B,TULP4,SEMA3F,DCAF15,DNAJB2,CACNG7,PUF60,RBBP4,MSTO1,DNAJB5,RAB23,RAB24,CSK,POLR2G,TUB,PPIL1,RNGTT,TXNRD3,PTPN12,RPRD2,FBXL16,SEMA4G,ENOX1,RAB10,RAD52,KLF6,P2RX2,DNAJA3,MFAP2,MGAT4B,RAB18,VPS45,POLR3K,VARS,DIXDC1,CBLB,KAT5,PPP2R1B,DPF1,LONP1,ARFIP2,SOX4,TBC1D10A,SOX5,COG3,MTUS1,AP1B1,MRPS18A,INPP4A,NIF3L1,CARHSP1,KATNAL1,CRYZL1,TLN2,STXBP1,DCUN1D4,STXBP2,NLK,GMCL1,DGUOK,NUAK1,INPP5K,TRPM7,SNHG1,PTPRN2,SETDB1,STK11IP,TMEM50B,SRPK1,RPS26,SMU1,RPS28,STAG1,CCDC88C,ROBO2,DAZAP2,UBXN1,FAM45A,CITED2,GDI2,ZFAND2B,MYL6B,VLDLR,ROBO1,LIMD2,CHMP1A,TMED1,GABPA,PSD,TOP3B,CBR1,TMED9,TSC22D1,GP1BB,ZDHHC13,PPHLN1,PPRC1,AP3B2,MTSS1,TOPORS,MLF2,SCNM1,PACS1,RPUSD1,MPPED2,FAM20B,HNRNPH3,SGK1,FYTTD1,PRIM2,ICA1L,PPP2CA,CST3,ANKMY2,AMN1,RBM15B,CUX2,CUX1,TCEAL1,NT5M,LCMT1,RANBP3,SLC31A1,RYK,SORBS2,SORBS1,KBTBD4,RSL1D1,XPOT,CAPZA1,R3HCC1,CTNNB1,FAU,ROGDI,ARID4A,CWC25,CNDP2,TMEM145,PAIP2B,ARHGDIA,KDM2A,LMO3,SHISA5,OCRL,LMO7,ATP1B2,KCTD5,DPM2,TBL1XR1,DNAJC30,PRPF3,ELMO1,SCG5,PDE9A,RAI14,IDI1,CHRNA7,CLEC16A,LTBP4,LPL,FBLN1,COX7A2,CPLX2,PLCXD2,EFNB2,SCUBE1,EFNB3,DNAJC21,MYH10,ANKZF1,HSPA9,CPSF4,DARS,CPSF7,CBX6,ACBD4,ASPSCR1,ARHGAP29,BFAR,DNAJC13,TBCB,TBCA,ARHGAP23,DLG1,BLMH,LRP10,CBY1,RBM3,SENP7,SENP5,MFSD5,LRRTM1,PDE4B,USP30,RBM5,POLG,MAPK1IP1L,PDE4D,PPP2R5B,SENP2,POMGNT1,KLF16,RABEP1,CDH11,TRNP1,CDH13,TERF2IP,ITGB1BP1,PFDN4,USP14,STOML2,KDM3B,USP12,TOB1,NCALD,NXF1,FAM168B,DDT,LEPROTL1,NCAM1,KDM4B,NEGR1,WTAP,ATP13A1,LIMK2,LIMK1,HAGHL,PCDHGC3,DEK,MEIS2,DLK2,PDE10A,CDK2AP2,SPRY2,SSBP2,PDE7A,SSBP3"
+"gene_set_query"	"626"	"ZBTB1"	"594.7"	"ARCHS4 Coexpression,1128;Enrichr Queries,287;GTEx Coexpression,369"	"RPL4,ITSN2,RPL5,RPL30,TFRC,ZMYND8,HNRNPU,JMJD1C,RBPJ,RPL6,CCAR1,RPL7,TIAL1,DPYSL2,MYC,LONP1,EPC1,EIF2D,IER5,RPS13,SOX4,IER2,TMPO,FNBP4,DDX18,MEF2C,WSB1,SCAF11,FNBP1,ENTPD4,RPL23,ACTN1,RPL22,ARRDC3,RECQL,WDR75,CD3EAP,ACSL3,MFSD11,PRKD3,ZC3H11A,DDIT4,HECA,RPL26,ALG10B,CGGBP1,NUP205,SAR1A,XPC,PIK3R1,PRKCZ,HIF1A,MTDH,ANAPC11,SNX2,HSPH1,HIVEP1,TRPM7,HIVEP2,JUN,JUND,EDEM1,SMARCA5,PRRC2C,IRF2BP2,PHC3,MEX3C,RPS25,ZZZ3,STAG2,EIF5,WNK1,TOLLIP,FUBP1,RPL27A,ID2,CCDC88C,HNRNPD,HBP1,FBXL3,ANP32B,CDK13,CPEB4,ITM2C,CDC42SE2,PHF3,NRP1,TOP2B,PIGU,BTG1,CDKN1B,CITED2,RPLP0,HERPUD1,TRIM8,SYNCRIP,NIPBL,XPO1,ZMYM2,PCF11,TMSB4X,ENC1,DHX15,UBXN7,JAK2,GABPA,JAK1,RPS6KL1,WDR36,ZER1,TSC22D3,TET2,PRPF40A,DUSP6,MLF2,RHOB,PARP8,ZEB2,PXDN,ARHGEF1,SGK1,PTMA,ATP6V0C,RNF166,NAPA,WDR26,SLC20A1,ZDHHC20,RPL12,RPL11,NOL8,BCLAF1,RPS15A,BTAF1,NFIL3,RICTOR,RPS2,RPS27A,MAP4K5,SF3B1,RPL19,RANBP2,NPM1,MBD1,TRAPPC10,HIPK1,WDR11,VEGFA,KTN1,KLHL9,NFIA,NFIB,CCNG2,TCEA1,RAB3GAP2,GOPC,ESYT2,TRIP12,PKN1,YPEL5,DGKE,SYS1,ARID4A,ARID4B,UBE2Z,COX6A1,FAM107B,SMCHD1,CWC22,ARID2,MAP3K7,PPP1R16B,TLE4,BNIP3L,ANKRD49,KDM2A,TPM1,ATP11C,PRPF4B,ATP11B,THOC2,COX6B1,EEF1A1,DMTF1,TMX1,TBL1XR1,WDFY1,SRSF3,PHIP,PPIG,ADNP,SRSF5,SRSF7,FKBP5,ZCCHC8,ZCCHC7,DDX6,DDX5,PFKFB3,CBFB,NDUFB11,INSIG1,ANKRD12,ABHD8,PDS5A,RASGRP2,STK4,NDRG1,ARHGAP12,SOCS2,TMEM128,UBR5,G3BP1,ZKSCAN3,SLC38A2,SKIL,MCL1,BPTF,IVNS1ABP,OSBPL8,PRNP,CRIM1,HPS3,DNAJC13,KLHL24,SMAD5,AZIN1,NFKBIA,SON,EFNA2,NR4A3,HOOK2,ZFP62,HOOK1,SP3,PIN1,BRWD1,LSM14A,OGT,UBE2M,YWHAE,GSK3A,CALCOCO1,DDX3X,PRKCSH,RNF14,HP1BP3,CHD6,PIK3CD,SLC2A3,SYNE2,SENP6,DUSP12,LBH,ZC3H7A,PDE4B,PMEPA1,EVI5L,LRRFIP1,TNPO1,CCDC50,ACTR3,SUN2,HSP90AA1,PPP1R12A,KLF13,EED,PDPK1,ATRX,RPS3A,PJA2,LATS1,SFPQ,VCAN,PTP4A3,CREB1,ELF2,DNAJC5,CTDSP2,POLR1B,NDUFS5,FAM84A,LUC7L3,BIRC6,TOP1,NFAT5,KDM3A,USP15,UHRF2,ROCK1,WBP2,SRSF1,TOB1,GNA13,AP3M1,TRA2B,TAF1A,KRIT1,POLR2F,FEM1C,ROMO1,BUB3,DRAM2,EIF4B,CYTH1,SMARCE1,RBM39,ZFC3H1,PDE4DIP,RPL23A,NAP1L1,DEK,ATP2B1,PTPN12,PNRC1,DNAJA1,SLC4A7,KLF6,SNRK,NIN,PIK3IP1,PDCD4,EIF3H,EIF3E,VIM,PDE7A,RBMX,TAF2,SLC25A36,TPT1,TAF1"
+"gene_set_query"	"627"	"ZNF121"	"595.3"	"ARCHS4 Coexpression,669;Enrichr Queries,306;GTEx Coexpression,811"	"EIF4A2,EIF4A1,CCNJ,GMFB,TFRC,TMEM41B,RRP1,HNRNPU,CISD2,JMJD1C,GPATCH4,CCNC,RPL8,EPRS,RAPGEFL1,RPS15,PNN,LSM12,RPS19,CAPNS1,SNRPD1,MYC,BSG,RPL36,HABP4,LONP1,RPL35,AKT1,CCNL1,CCDC92,PRKACA,VPS36,ATXN7L3,SOX4,TMPO,CXADR,BROX,NSMCE2,WDR74,CD3EAP,MOGS,GTPBP4,ZC3H11A,DDIT4,TRIM13,RPL28,MACF1,SET,TBC1D9B,IGSF3,CDCA4,NOLC1,NEDD4L,ZBTB5,HIF1A,APH1A,GJC1,UGCG,LDHB,SGPL1,HSPH1,DHX33,LARS,GRPEL2,RRS1,RDH13,SNHG1,JUN,PHC1,JUP,HOMER1,RCC2,PLK2,SLC35E3,PRRC2C,CDC7,LARP4,PHC3,PAICS,SETX,RPS28,EIF6,RPL27A,FASN,HNRNPD,ANP32E,SDC1,DUS1L,EZH2,OGFR,AHCTF1,CCDC120,SLC35F2,RPLP1,PAK1IP1,RPLP0,MRPS12,SHB,PFAS,WDR43,IKBKB,MRPL42,XPO1,OTUD6B,ENC1,DHX15,ANXA6,SDF4,PLEKHN1,JARID2,CIC,RRP15,CCT2,TMED9,DFFA,NSUN2,MINK1,SLC39A10,AEN,PRPF40A,ELOVL6,PPRC1,MRPS7,ITFG1,DUSP6,DUSP7,APRT,GNL3,MLF2,ENAH,RNF168,SLC7A5,TMEM33,TET3,MTF2,PXDN,RHOV,SGK1,PTMA,ATP6V0C,PAFAH1B2,NAPA,PRIM1,HEATR1,NOL9,SLC7A1,GNAI2,BCLAF1,RPS15A,BTAF1,CLPTM1,RPS2,PAIP2,RPL18,EXOSC2,YKT6,NPM1,MTX3,PCGF3,TRMT1,GTF2H2,DHRS1,WDR12,GTF2H5,VEGFA,RSL1D1,PRPF39,MYBBP1A,XPOT,TTLL1,TAOK1,SERBP1,TAOK2,NUCB1,PKN1,PNPLA6,GRINA,OTUD4,CD81,CSE1L,RPL10A,FBXO22,IPO5,FBL,LAMP1,ARHGDIA,CFL1,NUDT19,PIM3,MTPAP,SH3GL1,USP8,SLC38A1,RPS7,RPS5,VASH2,PRPF4B,LARP4B,PUS7,PIAS2,MSH6,CTDNEP1,ILF3,ADAM15,DMTF1,MSH2,TBL1XR1,DMWD,RAB35,SRSF2,PPIF,CHMP4B,SRSF4,MATR3,PHIP,ADNP,RAD54L2,SRSF6,SRSF7,SNRPB,ANAPC2,ZCCHC8,DNMT1,RAB5C,TOR1AIP2,CACNA1D,RPF2,LIN7C,EFNA4,ORC4,NEUROD2,BAG4,G3BP1,PSAP,ABL2,NAE1,NDUFV3,SLC38A2,SKIL,QSER1,WDTC1,EIF2B5,IVNS1ABP,CBX5,NUP155,CPSF2,HMGA1,NUP153,EIF2S2,YRDC,UBE2W,PAN3,STK24,HOOK2,NASP,HOOK1,GNB2,GNB1,NFE2L3,PLEKHM2,PLXNB2,MDM4,FGF13,LRP10,NFE2L1,USP36,RBM28,ACADVL,HSP90AB1,RNF14,PRKCSH,WDR4,DOCK7,CHD6,SLC2A3,SOBP,BICD2,LMNB1,PPP1R9B,PTBP1,SEC61A1,LASP1,SENP5,CAPZB,PPP6R1,FLOT1,TLK1,TNPO1,MAPK1IP1L,DST,ATP6AP1,PDPK1,DDX55,RABGGTB,COASY,POLR1B,DNAJC5,POLR1C,SNRPA1,BCAT1,PPP1R12C,PPP1R15A,GTF3C2,GTF3C4,RAB1B,SRSF1,MAK16,PARD6G,DDX21,SEMA3F,AGPAT1,DLL1,LRP8,DNAJB2,TAF1D,GANAB,MAT2A,RPS6KC1,TDG,TRA2B,SH3BP2,POLR2D,NAA25,BEND3,SLITRK5,FEM1C,MTA2,HNRNPA1,EIF4E,DCAF13,NOP56,NOP58,RRM2,SEMA4B,DEK,HNRNPAB,TPD52L2,TRIT1,SLC4A7,KLF6,PFKL,RAB12,RPS6KB2,MGAT4B,ERCC5,TAF6,CEBPZ,ATP13A3,NAA15,P4HB,CLUAP1"
+"gene_set_query"	"628"	"ZNF266"	"595.3"	"ARCHS4 Coexpression,1176;Enrichr Queries,511;GTEx Coexpression,99"	"EIF4A2,IFITM2,RPL3,CISD1,HNRNPU,PHAX,GHITM,EPRS,NUDT3,UBE2L3,TIAL1,GCSH,PNN,PCMT1,ALCAM,DPYSL2,MYC,LUC7L,EPC1,TRIM26,CCNL2,CCNL1,PRKACB,VPS39,SOX4,CDK5RAP3,IER2,FNBP4,SRRM2,DDX17,WSB1,WSB2,SLC35C2,METTL3,ARRDC3,CIRBP,CD3EAP,ANK3,SRRM1,LARS2,ZC3H11A,DDIT4,FAM76B,HECA,VDAC1,ALG10B,VPS28,SF1,MYCBP2,BAZ2A,COPS7A,PIK3R1,HIF1A,MBTD1,APOO,RHOT2,NUP85,ARGLU1,RALGDS,FDFT1,S100A10,JUN,CHKB,ZRANB2,JUP,PBX2,BBIP1,PUM2,TADA2B,RPS27,LAS1L,ID2,HNRNPD,RPS20,HBP1,CDK13,RGL2,ITM2C,CDC42SE2,SETD5,HBS1L,DAZAP2,MOCS2,PIGU,BTG1,WDR48,SLC44A2,MRPS12,OLA1,LIMD2,IKBKB,MED12,RNF157,TUBA1A,ATIC,ZMYM6,DHX15,TIMP2,CTSB,MRPS28,TOP3B,TSC22D3,NME2,NUTF2,SIRT7,MRPS7,DUSP6,WDR33,MLF2,MED23,SLC7A5,SLTM,HNRNPH1,CINP,PXDN,STRAP,FAM193B,ARHGEF1,SGK1,SFI1,RNF166,TRUB2,STX16,SATB1,SLC20A1,WRB,AKAP8,ARNTL,RXRB,BCLAF1,SNX29,UNK,BTAF1,GGA3,PSMB5,PDZD11,SF3B1,ZSWIM5,SRSF11,NKTR,MAP4K4,CENPT,PCGF3,CRIPT,TTC1,GTF2H5,WDR11,VEGFA,XAB2,LYRM2,PRPF39,NFIB,HNRNPA2B1,HDGF,PKN1,TMEM39B,HDDC2,CRTC2,CCNT2,FAM13B,HDLBP,PRDM2,PARK7,CLU,BASP1,SESN1,TXNL4A,ARID2,TLE4,BNIP3L,SLC38A1,ANKRD49,FBXW11,IGFBP3,ANGEL2,PRPF4B,TSC1,LMO7,LEMD2,ILF3,DMTF1,PRPF3,SRSF2,UBE2V2,ANAPC4,SRSF4,SRSF5,SRSF6,SRSF7,ANAPC2,ZCCHC8,LRRC59,DDX5,PFKFB3,INSIG1,STK39,ITPR1,PHB,RASGRP2,STK4,NDRG1,CORO1A,EFNB2,MED30,NACC1,DVL3,ANKRD10,ATP6V1D,SLC38A2,ANKZF1,IVNS1ABP,HSPA8,PRNP,CPSF7,TIA1,UROS,PHF12,KLHL24,DNAJC14,EEF2,CLK4,ANKHD1,CLK2,CLK1,NFKBIA,PAN3,GON4L,HOOK2,HOOK1,CNOT2,MDM4,CLASRP,PI4KB,OGT,NFE2L1,EIF4G1,YWHAE,CREBZF,ITGB1,DIDO1,RBM25,NUMA1,LDB1,MCM7,PRKCSH,SLC2A3,TRIAP1,CHD2,LMNB1,MFSD8,SENP6,NGRN,PTBP1,DUSP12,GATAD1,PPP6R3,TLK2,CASP2,MAN2C1,RBM5,RBM6,RBM33,HGSNAT,SUN1,JAGN1,VBP1,PDPK1,AKTIP,ATRX,NAV2,RAD23B,TSN,DDOST,FCHSD1,ARL4C,GIGYF1,SFPQ,VCAN,NSMCE4A,DNAJC7,IRF3,CTDSP2,POLR1B,PFDN1,LUC7L3,PFDN2,EVL,LUC7L2,PPP1R15A,SMARCD1,GTF3C2,STOML1,KDM3B,UHRF2,ATF6B,NDUFB6,SFSWAP,SRSF1,CXXC1,LENG8,LAGE3,HDAC7,TBRG1,NXF1,DNPEP,MAT2A,TAF1C,TGS1,POLR2D,NAA25,FEM1C,FYN,IGF2BP3,CYTH1,USP24,RBM39,HNRNPA3,PPP1R14B,ATP13A1,TAF13,TAF11,ZFC3H1,CDC42BPB,CHFR,PNRC1,TTC17,ASXL1,PINK1,KLF6,PDCD4,ACIN1,ERCC5,QRICH1,VIM,RBMX,BCAR1"
+"gene_set_query"	"629"	"POU3F1"	"596.0"	"Literature ChIP-seq,48;ARCHS4 Coexpression,370;Enrichr Queries,605;GTEx Coexpression,1361"	"TSKU,FAM110A,DPYSL4,MPRIP,RAVER1,DPYSL5,DPYSL2,IGLON5,DPYSL3,AKT3,PWWP2A,PSMD1,GABARAPL2,RBFOX1,CXADR,RBFOX2,FNBP1,NGDN,EML1,SND1,EML5,RFX7,DDIT4,UNC50,MEPCE,AGAP1,MTMR9,BAZ2A,HMGXB4,PRKAR2A,VTI1A,KCNMB4,RDH14,JAG2,B3GALNT1,JUN,CADM3,CADM4,JUP,CADM1,ABCA3,NR2F1,BBIP1,PBX1,MLLT11,ABTB1,UCK2,VANGL2,UCK1,FAT4,RNF220,KCNC3,RPLP1,NCAN,DIS3L,SNX12,MRPL38,PRKAG2,CTCF,MRPL37,SHD,AACS,SMPD3,JPH4,NIPBL,TUBA1A,B3GALT2,NEFL,NEFM,DLGAP3,APC2,ELOVL4,SPHK2,SIRT4,SLC39A13,MANEAL,DUSP8,JOSD1,MRPL45,DUSP6,SRP9,DUSP7,LRRC42,TMEFF1,SLC7A5,PTRH2,PXDN,SDHAF1,PELI1,CHST1,PAFAH1B2,RNASEL,SRRT,CENPB,PSMA7,GGA1,PSMB2,TCOF1,MFN1,LEO1,ZSWIM4,RABAC1,MEF2D,SRSF11,JAM3,CENPV,UTP3,WNT7B,ARCN1,RABIF,RPL22L1,PKN1,CRLF2,SLC27A1,CCNT2,NAB1,FBXO28,PDCD5,FBXO25,UBE2D1,MSI1,HDDC3,SMCHD1,STK11,ATCAY,SESN1,ADORA1,MAP3K9,FADS1,KPNA1,PPP1R16B,FBXW4,AGTPBP1,FBXW7,CTNNBIP1,PIAS2,FOXP1,OLFM1,OLFM2,FSCN1,SRSF3,MAPKAPK5,SRSF7,KHDRBS1,GRIA2,PEF1,MAZ,UAP1,CORO1A,RAP1GAP,CORO1B,GLIS2,RAP1B,EIF1AD,IGSF21,SNN,STK38,G3BP2,THEM4,LRRC4B,CD276,TIA1,ARPC5,UCKL1,PTPRD,LRCH1,SON,ARPC3,PIN1,TUBGCP3,ACO1,OSBPL1A,OGT,NFE2L1,ITGB1,SLC25A1,HSP90AB1,SCHIP1,CELF3,CELF5,BICD2,MRPL3,SPR,CAPZB,MDK,SUMO2,ME1,PMEPA1,DGCR6,ERC2,NEO1,BOK,TRIM67,ACTR3,HSP90AA1,TNFRSF19,VPS13A,ARNT,RAD23B,ARL4C,NSMCE4A,NPC1,SNPH,SNURF,BIRC6,SLC25A12,MET,BIRC2,ST6GALNAC6,PPP1R15B,NDUFB9,GTF3C3,ROCK1,GTF3C6,NDUFB4,MAK16,PARD6G,LENG8,ZBTB45,HSD17B12,SRL,PTPRZ1,FCHO2,BEND3,SH3BP5,SLITRK5,LRRC8D,IGF2BP3,IGF2BP2,PCDH1,HNRNPA1,SLC25A23,SH2B2,HNRNPA0,CYB5B,LINGO1,NTRK2,MARCKSL1,PPP1R14B,PPP1R14C,MMAA,PCDH9,NDUFA4,FEM1B,PCDH7,NDUFA3,PCDH8,LYSMD4,BAIAP2,MCOLN1,NELL2,NOVA2,TSPAN18,EPHB6,SMARCAL1,LPGAT1,CCNI,TMEM41B,PREP,CCNC,SNRPD2,CCDC97,TRIM27,PTGFRN,SNRPD3,EPHB2,ATP6V1E1,EPHB1,ATXN7L3,SLC12A9,TMPO,EPHA4,SMARCC1,EPHA7,ACTN1,ECH1,NSMCE2,ISLR2,ANK2,CSNK1E,ANK3,MFSD11,ANK1,SFRP1,KCNQ2,KCNQ4,TAGLN3,KCTD12,TRIB2,CTXN1,SLC45A4,PAXIP1,GGNBP2,DHX9,FOXG1,MYCBP2,NKAIN1,DHX30,DHX33,PCBP4,LARS,PCBP2,ERI3,TSPAN7,SURF6,RCE1,HIVEP2,B4GALNT4,SNX6,IQSEC1,ST8SIA2,SURF4,SMARCA5,BSDC1,SMARCA2,DCLK1,SMARCA4,EXT1,PTK7,WNK1,ID2,PPP1R1B,SDC1,LRRN1,FBXL3,INTS7,CALM3,NOL11,RCOR2,CALM2,NRP1,PTPRS,USPL1,GRIK5,PAK1IP1,CCDC124,TECR,GRIK3,MRPS10,NAT10,WASL,PTPRK,COX7C,AP2A2,PPP3CA,RSRC1,ENC1,KIF1A,RAC1,ARIH1,NANS,MRPS28,ACAD9,MRPS21,COMMD6,RGMB,RGMA,CTTNBP2NL,ENAH,MN1,TOX3,IMMP1L,KIT,UFC1,ARHGEF1,PTMA,DYNC1I2,NAPB,AHCY,STX16,HEATR1,STX18,PRICKLE2,GNAI3,CRIP2,COX5B,GNAI2,SERTAD4,CAMK2N1,GPC2,NPM1,YIPF2,SORT1,PNPLA8,MIB2,PLEKHA5,KLHL2,TTC1,PLEKHA6,AP2B1,GPAM,NEDD4,CACHD1,TCEA2,OTUD4,MIDN,UBE3C,OGDHL,CELSR2,CELSR3,IGF1R,GRIP1,AMMECR1L,KIF5C,PPIP5K2,KHSRP,KIF5B,FAM3C,BAHCC1,RGS7,LMTK3,LMTK2,POU3F1,POU3F2,SDHB,POU3F3,COX6B1,DOK5,PLAA,MASP1,RTN3,DDX6,PSMD11,PSMD14,CACNA1A,TOR1AIP2,NDRG1,CACNA1H,ENHO,RAI1,FUT8,FUT9,BCL9L,SYT5,UBE2F,SYT4,PRNP,ZFHX2,AUTS2,PHF12,VTA1,PCIF1,HMGA1,DSTN,KLHL23,SSH3,SYT7,HIGD2A,AHI1,HOOK2,HOOK1,GNAQ,GNB2,CNTN1,CNTN2,DEGS1,TCF4,DEGS2,TCF3,LSM14A,UBE2K,YWHAE,RBM28,RBM25,LDB1,DDX46,YWHAB,CHD8,CHD6,HMGB3,PSIP1,ATP2A2,CHD5,ADAR,AFF3,RND2,CHD2,SOBP,PPP1R9B,EEF2K,RASGEF1B,GDAP1L1,IFT57,RBM33,DACT1,RBM14,ARHGEF12,PLA2G4E,DCAKD,DDX56,ARHGEF18,DDX54,NAV2,DDX50,EPN1,EPN2,ELF2,NDUFS8,NAV3,NDUFS7,NDUFS5,PEX5,CRY2,NDUFS2,NDUFS1,NUP54,EAPP,INA,SHANK2,DDX24,NAA20,CRMP1,DDX21,SLC3A2,ASAP2,RNF7,ACVR1B,CLCN3,RNF5,RNF2,GNG3,DNPEP,GNG2,RAB40C,PABPN1,SV2A,GNG7,SPOCK1,MTA2,CRYM,SMNDC1,GALNT1,ACVR2A,SBK1,TEF,FAM131B,ERCC2,KRAS,VIM,SUGT1,CYFIP2,CNTFR,RPL30,RPL3,RPL31,TRRAP,STMN2,ARPC5L,STMN3,STMN4,DCAF5,RPL9,RPL6,RPL7,GLS,GPR173,NUB1,CNST,MYC,STMN1,RPL36,RPL38,DIP2A,IER5,NCKAP5,IER2,CHGB,PRKCI,ACOT7,RPL21,SOX11,SOX12,AARSD1,MED4,DAAM1,GPR161,ZSCAN21,RPL27,ALG10B,GNE,ANAPC16,PDXDC1,CTBP1,RPN1,ANAPC11,FAM171A2,RIC8B,FLRT2,NUP85,CHST12,RRS1,ST3GAL2,CDK17,NAA50,NDFIP2,FZD3,RPL41,NDFIP1,PHC1,H3F3B,PLK2,H3F3A,IRF2BP2,NR1D1,MEX3D,PRDX6,POU6F1,FIBP,HNRNPM,SQLE,MEX3B,MEX3A,H2AFY2,HNRNPF,UNC119,CDK14,PAM,CPEB4,CDC42SE2,CDKN1C,GABRB3,PHF3,SETD5,TRMU,GABRB2,BTG1,ELL,SETD7,CLTC,CLTB,ASH2L,SMG7,ADO,RNF157,TRIM8,UBL5,UBL3,CSRP2,GPR137,PLEKHN1,JARID2,RRP15,WDR34,NUDT16L1,FAM126A,TUBB2B,KAT2A,MRAS,TET3,MTF2,PLCB1,GAS7,RNF165,GRAMD1B,GRN,NFIX,PHLPP1,RPL11,FGD1,TMEM169,CHN1,BRD4,SF3A3,AGK,PCGF2,TTC9B,NMNAT2,GTF2H2,HIPK1,BLCAP,AGBL5,RNF145,NFIA,ABI2,NFIB,ABI1,FAM49A,ANKRD13B,RAB3C,CHPF,TUSC3,CLSTN1,PARK7,CLU,SLC8A2,SALL2,TUBB3,CFL2,TLE4,SEMA6B,TLE3,MAP2K2,IGFBP3,ANKRD44,MAGI3,VASH2,FRMD4A,LARP4B,ILF2,GTF2F2,PYGO2,SNRPE,SNRPF,STAMBP,TOX,FKBP3,BRSK2,GLO1,GLT8D1,UBR2,RLF,PHF21B,SCRT2,ORC6,BTBD1,PLXNA2,DVL2,NDN,SRGAP2,SKIL,OSBPL9,TRAPPC3,RAB4B,POLR3GL,SEC16A,TRAPPC9,TOR1B,SCRT1,LRFN3,NSFL1C,DAB1,LSM6,SCCPDH,SYNJ1,YEATS2,LHX2,CNOT1,ZFP62,IARS,DHCR7,CNIH2,CNIH3,CALCOCO1,RNF11,DUSP12,METTL14,GM2A,HIF1AN,ADAMTS7,ILKAP,RFC2,SECISBP2L,RPL13A,PLRG1,NIPSNAP1,TSN,PATL1,PTP4A2,TRAF7,PTP4A3,TRAF4,DNAJC7,ASPH,RPL37A,SOS1,RNF31,NFAT5,HDAC2,SMARCD2,NLGN2,WBP2,WBP4,RPL36A,AMBRA1,TTL,HDAC7,FBXL20,AP3M2,STOX2,CACNG7,FZR1,PUF60,ABLIM3,MSTO1,POLR2A,POLR2J,JAZF1,SPAG7,FBXL19,SEMA4B,SEMA4C,RPL35A,ENOX1,DNAJA1,KLF7,KLF6,POLR3D,DNAJA2,POLR3E,DRG2,INSM1,TPT1,CUL4B,ISCA2,PPP2R2A,CBLB,RAPGEFL1,RPS15,RPS14,PNN,RPS19,DPF1,LONP1,SEPHS1,KIFAP3,GLUL,SOX4,SOX5,ARRDC4,SRRM3,ARRDC3,COG3,IFRD1,ACSL6,PTOV1,AKAP9,SIK1,VDAC1,CUTA,MACF1,APCDD1,FXR1,UGCG,CHTF8,PRRC1,GSE1,TNRC18,PATZ1,NTSR1,ATP6V0A1,TMEM184C,ZRANB1,BCL11B,BCL11A,PDE2A,UBAC1,GADD45G,PUM2,PARP11,RPS27,RPS29,GOLGB1,ITM2B,ITM2C,CDS2,ROBO2,TOP2B,DAZAP2,TRAM1,AHCTF1,CITED2,SLC35F2,SPPL3,SIPA1L3,UCHL1,CAMKV,ZMYM4,UBXN7,DLAT,RALGPS2,TOP3B,PRMT5,PARP1,STRBP,RHOF,RHOA,MLF2,RAB33B,POC5,HNRNPH1,NME7,MPPED2,WAC,AIDA,MAPT,SGK1,KPTN,SDCCAG8,FYTTD1,PRIM2,NOL6,CUX2,NPY,APBB2,TRAM1L1,MPZL1,MYEF2,AP3D1,RANBP9,AIG1,RANBP6,RAB11A,PDP1,SPCS3,CAPZA2,KBTBD2,NBR1,RAB3GAP2,MEGF8,NDUFA13,KDM1A,POGK,NUCKS1,CNDP2,CHCHD3,BASP1,POGZ,NRCAM,RALBP1,LMO4,APLP2,APLP1,NOSIP,SHISA4,TSC1,RSBN1,DCTD,MYCN,ILVBL,TBL1XR1,CHMP4B,XPR1,DAP3,RPS19BP1,PXN,DTX1,CABP1,SEZ6L2,EFNA4,ARHGAP12,EFNB2,SDCBP,TCTEX1D2,ATP6V1H,ZC3H18,DMAP1,MYH10,LONRF2,ATP6V1D,ZC3H14,ZC3H15,BPTF,DNAJC19,KLHDC2,CPSF7,ACBD5,CBX6,RHBDD3,PTCH1,CBX2,CBX1,ARHGAP29,TBCA,CWC15,CRLS1,SMAD5,ARHGAP33,EFNA3,COQ2,RALYL,EFNA2,NR4A3,CHMP2B,BLMH,ZSCAN2,SCYL3,ASNSD1,NVL,ELAVL4,DBI,ELAVL2,ELAVL3,TMEM101,SPRED2,SPRED1,ZC3H7A,LRRTM2,PDE4B,POLG,KDM6B,TSFM,ARID1A,SEPT3,DNM3,GAP43,RABEP1,DDAH1,IGDCC4,CDH11,CHMP7,CAMK2B,KDM3A,KDM3B,TM2D1,USP10,NRXN1,POMP,ETFDH,NRXN2,FAM169A,DLL1,IGFBPL1,ALDH1B1,NT5DC2,NCAM1,ROMO1,MAPK6,CAMK2G,CLASP1,REPS1,WTAP,NEGR1,LIMK1,CADPS,ZFC3H1,MEIS2,NAP1L5,PDE10A,PPP2R2C,RPS6KB2,CDK2AP1,SPRY2,ATP13A3,ABCE1,SSBP3,LPIN2"
+"gene_set_query"	"630"	"ZNF181"	"596.0"	"ARCHS4 Coexpression,472;Enrichr Queries,674;GTEx Coexpression,642"	"EIF4A2,VARS,ZFYVE9,DCAF8,HNRNPU,EPRS,FNBP1L,GABPB1,DCAF6,NFU1,SAMD14,HERC2,ALCAM,CAPNS1,TRIM28,DPYSL2,MYC,STMN1,EPC1,AKT1,PRKACA,BSN,RPS11,ATXN7L3,TBC1D10A,SOX4,TRIM23,ARRDC4,PDHX,PRKAB2,ZFP1,TSTD2,CACNA2D1,ACTN1,ARRDC3,IFRD1,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,GNPAT,BIN1,DDIT3,ZSCAN21,DDIT4,VDAC3,HECA,ANKRA2,SAR1B,TARSL2,DCUN1D2,PIK3R1,HIF1A,CDKN2AIP,FXR1,APH1A,FXR2,PRPSAP2,APH1B,SYMPK,VASP,JUN,FZD3,INTS1,PMM2,PBX2,PRRC2A,MLLT11,HNRNPL,ZZZ3,PKIA,FBXL3,HBP1,RBAK,CALM2,CPEB4,ITM2C,MRPS17,CEP57,PHF3,ARF3,OGFR,HBS1L,GFM1,PIGU,DAZAP1,BTG1,CCDC127,CITED2,DIS3L,PIGP,SLC7A11,PRPF19,PCMTD2,PPP3CB,PCF11,TRIM2,ARIH2,TCP11L2,SDF4,UBXN7,CIC,GABPA,PCMTD1,RSPRY1,LRRC47,ZYG11B,UPF1,TMED9,TSC22D1,TSC22D3,MINK1,SIRT4,ASH1L,SRP9,MLF2,NCOR2,IMMP1L,MRPS9,MRPL50,INF2,CSDE1,PXDN,TMEM106B,NCOA7,TKT,ERGIC1,USO1,CENPB,GNAI1,FAM129B,GNAI2,BCLAF1,NPY,TCEAL1,FLNA,MAP4K5,YKT6,PAIP1,RUNX1T1,ATAD1,CRBN,PNPLA8,MYO9B,SCAF1,GATAD2A,SKI,LYRM2,PRPF39,NFIA,PRKRA,CCNG2,KLHL7,TTC3,ZYX,NUCB1,HDGF,PNPLA6,YPEL5,GRINA,CCNT2,ZFAND6,UBE3A,TSEN2,IPO7,CHCHD4,TATDN1,PAIP2B,ZFP30,LAMP1,CFL2,SESN1,ARHGDIA,SMARCAD1,KPNA4,KPNA3,SLC25A46,SH3GL1,TLE3,BIVM,BNIP3L,PHYH,SLC38A1,MAP2K2,ANKRD46,MAGI2,SDHC,MORF4L1,PREPL,HNRNPUL1,TMX1,RAB35,MAPKAPK2,CHMP4B,TBC1D23,FKBP3,PPID,CSNK1G2,GLYR1,LRRC59,BHLHB9,RAB5C,CUL5,DDX1,INSIG1,ANKRD12,PXN,BTF3L4,UBR3,AK3,UBFD1,SUPT6H,CORO1B,ARHGAP12,SBNO2,BTBD1,IRAK1,NACC1,ZKSCAN2,THEM4,SLC38A2,SKIL,MARK2,DNAJC19,KLHDC2,OSBPL8,PRNP,TIA1,PNPT1,BOD1,KLHL26,SEC16A,TIMM44,KLHL24,MARCH6,COQ7,CLK4,TDRD3,ZC3HC1,CNOT4,GCLC,SH3BP5L,CNOT7,ARPC2,HOOK2,NBEA,ZFP62,HOOK1,GNB2,TBCE,JMY,GNB1,PLXNB2,TCF4,GRSF1,BRWD1,FGF13,NFE2L1,EIF4G1,CREBZF,KDM5C,WDR1,ASNSD1,PRKCSH,SCHIP1,CHD6,LMNB2,PPP1R9B,SENP7,DUSP12,SEPT9,LASP1,CAPZB,ZC3H7B,PPP6R1,RB1CC1,PSD3,YAF2,TAPT1,USP47,NAA30,REXO1,TTC33,PDPK1,ACTR6,RBM18,LANCL1,H2AFV,VEZF1,DUSP26,RANGAP1,RAD23B,ZFP90,PJA2,ARFGAP1,KLF16,DNM2,TRAF7,VCAN,IMPACT,TRAPPC6B,CTDSP2,POLR1B,DNAJC5,LUC7L3,CCDC43,SLC25A12,SOS1,PPP1R12C,PPP1R15A,USP16,RAB1B,DCTN4,WBP4,MLLT1,RCHY1,MFF,TOB1,STRN4,TMEM201,MAPK8,GANAB,GNG2,MAT2A,U2AF2,CDC37L1,FEM1C,RPP14,FBRS,PTCD3,RWDD1,TTC14,ATE1,KCNJ11,NDUFA5,CNBP,FBXL19,PDE4DIP,RPRD2,OXR1,GDAP1,HNRNPAB,TPD52L2,SH3YL1,NECAP2,KLF6,SUCLA2,VAPB,DNAJA3,ASB8,RAB12,CARM1,MGAT4B,PDCD4,RAB18,BAX,P4HB,SUGT1,SSBP2,TRIM32,PFKM,UNC79"
+"gene_set_query"	"631"	"ZNF223"	"596.7"	"ARCHS4 Coexpression,24;Enrichr Queries,929;GTEx Coexpression,837"	"HNRNPU,EPRS,GABPB1,FNBP1L,LSM12,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,FAM110B,PSMD3,STMN1,PWWP2A,AKT1,PIP4K2B,PRKACA,DDX17,GABARAPL2,WSB1,CXADR,WDR74,WDR75,SCRIB,SOX11,SND1,FAM133B,DAAM1,DDIT4,PRR12,ALG10B,SF1,ANAPC13,SAR1A,GNS,PPP3R1,CHST15,PLCG1,PRPF38B,JUN,H3F3B,PBX2,PRRC2A,MLLT11,EHD1,HNRNPL,NPLOC4,GIPC1,HBP1,CDK13,AVL9,ARF3,OGFR,PIGU,CLTC,PHF6,SMG5,MRPL42,TUBA1A,TRIM2,TIMP2,ANXA6,CIC,ZIK1,DFFB,UPF1,HSBP1,LRRC40,ELOVL6,DYNLL2,DUSP6,SRP9,MED23,NCOR2,SIKE1,TUBB2A,HEATR5B,PXDN,PAFAH1B3,PAFAH1B2,ERGIC1,EXOC1,TRUB1,WRB,SRRT,GPS2,DLST,CENPB,PSMB5,TMEM68,MFN1,LEO1,MFN2,FLNA,ANKRD52,RPL15,MEF2D,YKT6,SF3A1,SF3A2,AGK,CSNK1A1,SCAF1,WDR11,GATAD2A,SKI,TMEM158,CCDC9,LPCAT4,ETNK1,TAOK2,NUCB1,GOPC,PKN1,RNF141,YPEL3,PPP1CB,ZFP30,SMARCAD1,BIVM,SLC38A1,ANKRD49,MAP2K2,USP5,THOC2,ATXN2L,CTDNEP1,MORF4L1,RALGAPB,MSH2,MORF4L2,RAB35,MAPKAPK2,SRSF6,KPNB1,CSNK1G2,GLYR1,ANAPC2,ANKRD17,LRRC59,IREB2,MAZ,SLC38A10,SOCS2,SBNO1,SBNO2,BAG4,DVL1,BTBD2,NACC1,ZKSCAN3,EVI5,SLC38A2,WDTC1,TRAPPC2,API5,FUS,SEC16A,EEF2,MARCH6,REEP1,YRDC,SH3BP5L,COPS8,OGT,NFE2L1,EIF4G1,WDR1,ZFP82,TRO,DUSP12,SART1,SART3,PPP6R1,SNRNP70,PSD3,UBTF,EID2B,REXO1,RAD23B,DDOST,PTBP2,ZFP90,TRAF7,CTDSP2,POLR1B,DNAJC5,BDP1,SEC22B,PPP1R12C,PPP1R15A,GTF3C1,SMARCD2,TSSC4,GTF3C4,RAB1B,TULP4,LENG8,MLLT1,HDAC7,DCAF15,ABLIM1,GANAB,U2AF2,KRIT1,EIF4H,FEM1C,EIF4E,SEC11C,CIZ1,MID1IP1,FBXL19,CDC42BPB,HNRNPAB,KLF6,CDKN2AIPNL,VPS41,MGAT4B,OCIAD1,PDCD4,RAB18,TNRC6A,EIF3B,SLC35B4,PANK3,IFITM2,VARS,CCAR1,CDC23,TRIM28,DENR,ATXN7L3,SOX4,SRRM2,SACM1L,ARRDC3,MOGS,ACTN4,PPA2,CRYZL1,HECA,FAM76A,ANKRA2,BEX4,TMEM161B,AARS2,TBC1D9B,BRCC3,MBTD1,APH1A,DHX33,SYMPK,TRPM7,TNRC18,INTS1,BCL11A,INTS2,HARS2,PUM2,ZBTB6,ID2,MAGED2,CALR,RBAK,CALM2,ITM2C,TOP2B,DAZAP1,CITED2,MRPS12,ICA1,PRPF19,ZMYM6,SDF4,PRMT6,PARP2,PABPC4,MINK1,MLF2,PITPNM1,ARHGEF2,SGK1,STK40,CSTB,MAGEH1,HIRA,EXOSC2,MTX3,AP3D1,RANBP6,KLHL9,ATAT1,PRPF39,KLHL7,RAB3GAP2,HDGF,ESYT2,PNPLA6,GRINA,DBR1,ZFAND3,PHRF1,PPIP5K2,BASP1,ARHGDIA,SBF1,ATAD3A,DHDDS,TMX3,HNRNPUL1,HNRNPUL2,RPL7L1,SCN8A,EHBP1L1,UBE2V2,CHMP4B,RTN1,BTF3L4,NDRG1,CSF2RA,SUPT6H,IRAK1,MARK2,BCL9L,PNPT1,IDH1,CLK4,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,GNB1,LSM14B,NFKBIB,UBE2M,KDM5B,KDM5C,RBM26,PRKCSH,USP33,SLC2A3,CHD4,CHD3,YBX1,LMNB2,LMNB1,PPP1R9B,MFSD8,SEPT9,LASP1,YWHAQ,ZC3H7B,CASP3,MYO18A,LRRFIP1,MAPK1IP1L,SUN2,USP48,PDPK1,TBC1D9,SENP3,KLF16,DNM2,VCAN,CREB1,RASA1,B4GALT6,USP11,GOSR1,RBM4B,CRMP1,MAT2B,ATP1A1,TOB1,USP19,MAPK8,FAM168B,CAND1,MTA1,FAM120A,MKNK2,DROSHA,MTA2,FBRS,KDM4A,ACVR2A,CARM1,ACIN1,ERCC5,SUGT1,RBM45,SSBP2"
+"gene_set_query"	"632"	"ZNF614"	"597.0"	"ARCHS4 Coexpression,388;GTEx Coexpression,806"	"TCERG1,CCNJ,CCNC,FNBP1L,PDCD2L,GPATCH8,EFR3A,LSM12,CAPNS1,ZMIZ2,AKT1,PRKACA,ATXN7L3,MED1,CXADR,TSTD2,ACTN1,ARRDC3,MOGS,SCRIB,ARMC8,ACTN4,SCAMP2,ARMC1,FAM133B,ZSCAN21,CBLL1,PAXIP1,SET,FLII,MTMR9,NOLC1,OAZ1,TTBK2,APH1A,LDHB,ABR,CYB5R3,ZNHIT3,PIP5K1C,ZRANB1,PHC2,TMEM184B,INTS1,INTS2,LARP4,ZBTB6,GIPC1,ARF3,OGFR,SMG1,PHF20,CLTB,MRPL39,BMI1,TRIM8,EPM2AIP1,MRPL42,ZMYM4,OTUD6B,TIMP2,SDF4,RIOK2,CIC,RRP15,ZIK1,RSPRY1,UPF2,MINK1,ITPK1,LRRC40,BAZ1B,TOPORS,SRP9,ENAH,MRPL50,PSMA3,INF2,PITPNM1,WAC,EXOC5,ATP6V0C,PAFAH1B2,STK40,GRN,GNAI3,HSPA14,CENPB,FAM129B,GNAI2,BCLAF1,USP1,CLPTM1,SC5D,METTL6,PAIP2,SRSF10,PCGF6,MYO9B,WDR12,SCAF1,RAB11B,MPHOSPH9,PRKRA,KLHL7,TAOK2,ZYX,RAB3GAP2,NUCB1,PKN1,PLP2,PNPLA6,GRINA,OTUD4,ANKRD13C,ZFAND3,CD81,CSE1L,CLSTN1,BCCIP,ATN1,UBE3A,CWC27,BZW1,ZFP30,LAMP1,ARHGDIA,CAPN2,SMARCAD1,MTPAP,SBF1,SLC25A46,SH3GLB2,MAP2K2,TRNT1,FBXO11,DGKZ,MSH6,CTDNEP1,MORF4L1,MSH2,ADAM15,TBL1XR1,HNRNPUL2,TMX1,EHBP1L1,MAPKAPK2,UBE2V2,SRSF3,CHMP4B,SRSF7,CSNK1G2,ANAPC2,PSMD12,CD151,RAB5C,TNKS,CUL2,PXN,BTF3L4,SLC38A10,UBFD1,UBR1,SBNO2,BAG4,ORC3,DNAJC21,G3BP1,DVL1,G3BP2,ZKSCAN2,NAE1,SKIL,WDTC1,ANKRD28,PNPT1,CBX5,IDH1,ECD,CNOT4,CNOT7,SH3BP5L,APPBP2,COPS2,GNB2,RFXAP,GNB1,MKRN2,UBE2N,PLEKHM2,PLXNB2,TUBGCP4,FGF13,LRP10,NFE2L1,MXD4,ACADVL,HSP90AB1,ASNSD1,PRKCSH,USP34,ZFP82,ELAVL1,PPP1R9B,POLB,METTL14,LASP1,SART3,CAPZB,PPP6R1,SNRNP70,TLK1,CEP170,DNM1L,RBM7,MAPK1IP1L,USP47,SUN2,NAA30,TTC33,DIS3,DNM2,TRAF7,DNAJC5,DNAJC9,PPP1R12C,CUEDC1,USP14,HDAC2,RRN3,USP16,WBP2,RAB1B,WBP4,LENG8,MLLT1,FURIN,PDHB,ADD1,RNF2,DNAJB2,U2AF2,GNA11,FAM120A,RBBP6,EIF4E,FBRS,CLASP1,DCAF13,CCDC59,CDC5L,DDHD1,CDC42BPB,CLCN7,TSPAN14,DNAJA2,MGAT4B,POLR3F,CEBPZ,FAM98B,NAA15,TRIM32,RAN,SSBP4"
+"gene_set_query"	"633"	"SALL3"	"597.7"	"ARCHS4 Coexpression,760;Enrichr Queries,599;GTEx Coexpression,434"	"AHCYL1,HDAC11,SMC3,OPHN1,DPYSL2,MYC,DPYSL3,TRIM24,SEPHS1,EPHB1,SOX4,ANKS1B,SOX5,TMPO,EPHA4,RBFOX1,CXADR,SLC6A15,MMD2,SOX11,ANK3,ANK1,SFRP1,ASPHD1,FEZ1,KCNQ2,CTXN1,TRIB2,LLGL1,ASTN1,PFN2,BEX4,ADCYAP1R1,SET,TSHZ3,CTBP2,TTYH1,FOXG1,PHYHIPL,OAZ1,GJC1,FAM171A1,ABR,LDHB,ERI3,TSPAN7,CHST10,RAB11FIP4,GPM6B,FZD3,PTPRN2,PHC1,CADM1,BCL11B,CADM2,BCL11A,NR2F1,DCLK2,LARP7,PAICS,PBX1,DCLK1,GLUD1,VANGL2,ID2,ANP32E,FXYD6,FAT3,LRRN1,RCOR2,ITM2C,ARF3,GPR27,GABRB3,ROBO2,HIP1,NCAN,GRIK3,SLC35F1,ROBO1,SERP2,JPH3,CSRP2,TRIM2,DHX15,SDF4,NEFM,KIF1A,JARID2,ENOPH1,APC2,PCYT1B,ELOVL2,ITPK1,TCF12,ELOVL6,MED29,DUSP6,RGMA,NCOR2,ENAH,TMEFF1,TOX3,MN1,TUBB2B,ZEB2,KIT,PXDN,MPPED2,CHST1,GLCCI1,SGK1,NAPA,PHLPP1,WRB,CCDC106,PTN,CST3,PPP2CB,CUX2,CTNNA2,GPC4,RUNX1T1,RPRM,ARNT2,GABBR1,NPM1,MYEF2,WNT7B,LSAMP,NMNAT2,SNCAIP,ATAT1,ABI2,MORN4,NFIA,FABP5,NFIB,KIF26A,FABP7,HNRNPA2B1,TSR2,CACHD1,FAM171B,PKN1,PLP2,HDDC2,CTNND2,CYP46A1,CDH2,SALL2,KIF5C,BASP1,PALM,ADORA1,SH3GL2,MAGI1,DSCAM,MAGI2,APLP1,LMTK3,VASH2,ATP1B2,POU3F1,POU3F2,POU3F3,SHISA7,FOXP1,CLIP2,OLFM1,MORF4L1,OLFM2,MYCN,SLC9A6,MSH2,LIX1,EHBP1L1,SRSF3,SCG3,TNIK,FKBP3,RAB5C,NTM,CACNA1B,CACNA1A,NDRG2,PHF21B,ENHO,EFNB2,IGSF21,SNN,DPP6,DEAF1,FUT9,CASKIN1,CAMTA1,OTX1,NAE1,LRRC4C,MYH10,QSER1,LRRC4B,BPTF,CBX5,AUTS2,WSCD1,PTCH1,IDH1,TMEM132A,KLHL23,GNAO1,PTPRD,DLG2,DAB1,HOOK2,NASP,LHX2,PTPRA,HOOK1,CPE,MAP3K10,CSPG5,TCF4,LRCH4,SLC48A1,YWHAE,THRA,CELF4,CHD6,HMGB3,PSIP1,HMGB1,RND2,PITPNC1,RLBP1,ELAVL2,NGRN,SEPT7,PSD2,SUMO2,PHACTR3,USP46,HSP90AA1,H2AFZ,RNF208,NAV2,ARID1A,SEZ6L,VCAN,PTP4A3,DDAH1,NRG3,IGDCC4,SNPH,CDH11,LANCL2,DCX,CDH13,NAT8L,BCAT1,SHANK2,NLGN3,RNFT2,HDAC2,NRXN1,CRMP1,SRI,FAM169A,DLL1,NCALD,LRP6,ADD2,CACNG7,STOX2,FAM168A,UGP2,PTPRZ1,TAF1B,GNA12,BEND3,SPOCK1,NCAM1,IGF2BP3,SLC25A23,HNRNPA1,CACNG4,HNRNPA0,LGI1,NTRK2,MARCKSL1,SSB,PCDH9,SMOX,B3GAT1,HAGHL,PCDHGC3,PCDH8,CADPS,HSPE1,MEIS2,MAPK10,NELL2,MARCKS,PDE10A,PPP2R2C,APC,SYT11,PPP2R2B,PSAT1,CDK2AP1,POLR3H,INSM1,CDO1,CBLN1"
+"gene_set_query"	"634"	"THAP6"	"598.0"	"ARCHS4 Coexpression,868;Enrichr Queries,298;GTEx Coexpression,628"	"SCOC,VARS,DCAF8,THUMPD3,HNRNPU,CISD2,JMJD1C,DCAF5,EPRS,ALKBH8,PNN,EFR3A,ALCAM,CAPNS1,TRIM28,ALKBH1,DPYSL2,GOLGA1,BSG,PSMD3,AKT1,KIF21A,DIP2B,IER5,ATXN7L3,TRIM23,ARRDC4,EPHA4,PRKAB2,MEF2C,WSB1,SCAF11,TSTD2,ARRDC3,IFRD1,CD3EAP,MOGS,SCRIB,ANK3,HCFC2,SCAMP1,SND1,GNPAT,ZSCAN21,PSME4,DDIT4,YME1L1,FAR1,KCTD18,MMADHC,FLII,DCUN1D4,SLAIN2,PIK3R1,LIAS,HIF1A,RPAP3,FXR1,FAM160B1,APH1A,ABR,UGCG,RNF214,WDR70,PRKAR2A,DHX36,DYM,NUP88,ARGLU1,EDEM3,ZRANB2,SETDB1,INTS1,PLK2,SLC35E3,PRRC2C,MYO5A,IRF2BP2,PBX2,MEMO1,PRRC2A,AIMP1,HNRNPL,CCDC88A,STAG2,SESTD1,GOLGB1,FUBP1,HBP1,DHX29,INTS8,CPEB4,ITM2C,ARF3,CEP57,PHF3,PIGU,DAZAP1,BTG1,CITED2,FAF1,SLC7A11,PRPF19,SMG5,THTPA,NIPBL,MED13,ZMYM5,ENC1,ARIH2,SDF4,RIOK2,KIF1B,CIC,BBS4,PCMTD1,CTSB,UPF2,ZC3H10,UPF1,SHPRH,TSC22D3,MINK1,DUSP6,SREBF2,RAB33B,PHF20L1,KIN,CSDE1,PXDN,TAX1BP1,G2E3,ARHGEF4,TMEM106B,NCOA7,CD47,VAMP4,TKT,ATP6V0C,USO1,HSPA13,CENPB,HIRA,SCAF8,BCLAF1,PES1,TMEM68,RICTOR,ANKRD52,YKT6,SRSF11,NKTR,PCGF6,BRF2,YTHDF3,USP9X,MTX3,MBD1,RSRC2,SYNJ2BP,SCAF1,VEGFA,KTN1,SKI,KBTBD4,MKLN1,ETNK1,TAOK1,NBR1,HNRNPA2B1,TAOK2,NUCB1,GOPC,HDGF,PKN1,PNPLA6,GRINA,CCNT2,FAM13B,ATP8A1,LTN1,HDLBP,ARID4A,UBE3A,ARID4B,COX6A1,SMCHD1,LAMP1,CAPN7,ARHGDIA,SMARCAD1,SLC39A7,MTPAP,SBF1,SEMA6B,USP5,TPM1,FOXP1,ST7L,ACAP2,PHOSPHO2,DMTF1,HNRNPUL1,TBL1XR1,HNRNPUL2,RAB35,CHMP4B,PHIP,PPIA,STAM2,CSNK1G2,GLYR1,ANAPC2,LRRC59,RAB5C,CUL5,FAM114A2,CUL2,ANKRD12,MAZ,UBR3,ARHGAP12,PITRM1,ORC3,DNAJC21,TPR,DVL1,BTBD2,NACC1,ABL1,ZKSCAN2,EVI5,SLC38A2,PDZD7,BPTF,OSBPL9,TRAPPC2,NEK9,OSBPL8,HSPA8,PRNP,SMAD4,FBXO38,PHF12,STYX,CPSF2,KLHL24,EEF2,COQ7,CLK4,SMAD5,KLHL20,ZC3HC1,CNOT4,AHI1,EFNA2,SH3BP5L,HOOK2,ZFP62,CCPG1,HOOK1,GNB2,GNB1,JMY,MKRN2,MDM2,TPP2,PLXNB2,BRWD1,NFE2L1,EIF4G1,ITGB1,KDM5C,WDR1,PRKCSH,PTEN,UFSP2,YBX1,LMNB2,PPP1R9B,SENP6,SEC61A1,SART1,SEPT9,METTL14,LASP1,ZC3H7B,PPP6R1,SNRNP70,OPA3,PPP6R3,TLK2,UBTF,HIF1AN,DGCR2,NAA30,ADSL,TBP,PPP1R12A,DST,TTC33,PDPK1,RAD23B,DDOST,ARL4C,PTP4A1,TRAF7,VCAN,PTP4A3,THRAP3,CTDSP2,POLR1B,DNAJC5,NAA35,LUC7L3,RNFT2,GTF3C1,NFAT5,GTF3C3,USP15,RAB1B,MLLT1,ATP1A1,RCHY1,USP19,MTHFSD,FAM168B,GANAB,HECTD1,POLR2B,U2AF2,KATNA1,POLR2D,FCHO2,KRIT1,EIF4H,FEM1C,EIF4E,MAPK3,TTC14,SPAG9,TXNRD3,SEMA4D,FBXL19,CDC5L,SSRP1,CDC42BPB,ACVR2A,CUL4A,MCM3AP,MARCKS,KLF6,NEURL4,TRIM39,NOVA2,CARM1,MGAT4B,PDCD4,CEBPZ,P4HB,TRIM32,TRIM33"
+"gene_set_query"	"635"	"ZNF667"	"598.3"	"ARCHS4 Coexpression,1315;Enrichr Queries,388;GTEx Coexpression,92"	"EIF4A2,CYFIP2,MYT1L,IFT172,ZDHHC5,STMN3,BACH2,SCAMP5,GPR173,DPYSL2,MYC,DPYSL3,CDK20,AKT1,BTRC,ATXN7L3,SOX4,CHGB,SOX5,TSPYL2,ARRDC4,MEF2C,UNC13A,SLC6A17,DAPK1,ARRDC3,PTOV1,MTUS1,CD3EAP,ANK2,SOX11,MOGS,CPT1C,SFRP1,RUFY3,DDIT4,RRAGD,HECA,TAGLN3,STX1A,TSPYL4,ASTN1,BEX4,CUTA,BEX2,BEX1,NRN1,MEAF6,TMEM63C,MAGED1,FLII,NPRL3,MYCBP2,NEDD4L,TMTC1,AGAP3,PIK3R1,HTATSF1,ACTR3B,TTBK1,MTMR7,APH1A,FAM171A2,INPP5F,FLRT2,TSPAN5,SCN3B,SCN3A,GPM6B,ZSCAN18,ATP6V0A1,JUN,PTPRN2,PHC1,CADM1,ZFR2,BCL11A,ST8SIA3,SLC35E3,PBX1,DCLK1,TMEM198,HNRNPL,CALY,ID2,FXYD6,FBXL2,DZIP3,CD200,GPR19,ITM2C,GABRB3,NRP1,PIGU,CSRNP3,PTPRS,GDI1,CITED2,PTPRN,GRIK5,SLC7A11,VLDLR,PRPF19,NAT14,SMG5,ROBO1,JPH4,AKAP12,UCHL1,PCLO,SLC22A17,ENC1,SDF4,KIF1A,GPRASP1,GPRASP2,ZIK1,UPF1,ACTL6B,ELMOD1,SLC39A10,AMPD2,MANEAL,AP3B2,DUSP6,MLF2,RHOB,MN1,TMEM179,ZEB2,KIT,CDC42EP3,PXDN,MAPRE3,SGK1,DSCAML1,VAMP2,MAGEH1,SATB1,ICA1L,PRICKLE2,ADCY1,PTN,NOL4,TCEAL6,TCEAL5,PES1,PAK3,YKT6,RIC3,WDR17,LHFPL4,SORBS2,MIAT,VEGFA,SGSM1,ATAT1,ABI2,MORN4,NFIB,SGSM2,TTC3,RIMBP2,TCEA2,NUCB1,HDGF,PKN1,CDK5R2,ZFP28,ATP8A2,TUSC3,MRFAP1,CYP46A1,CLU,CELSR3,SLC8A1,IGF1R,ARHGAP44,RIMS4,ATCAY,SALL2,CDH2,KIF5C,BASP1,NRCAM,ENPP5,NSF,CHRNB2,DSCAM,IGFBP3,F2R,MAGI2,LMTK3,TTC7B,FRMD4A,CASD1,TMEM130,RUNDC3A,SHISA7,BSCL2,DISP2,PREPL,ARMCX2,HNRNPUL1,RAB35,SCG5,TOX,GRIA2,GNAZ,BRSK1,LRRC59,BHLHB9,PFKFB3,RAB5C,ARL3,INSIG1,CHRNA7,TMEM59L,CACNA1B,ITPR1,DTX3,SEZ6L2,FBXO44,NDRG1,PLD3,PHF21B,SOCS2,EFNB2,ORC4,PCSK1N,KIF3A,NACC1,RAB6B,PDZD7,LRRC4B,SYT5,PRNP,AUTS2,SYT1,RHBDD2,TNK2,CRIM1,ASNS,NSG1,KLHL24,SYT7,GNAO1,ARHGAP33,AHI1,NR4A3,HOOK2,NBEA,DLG4,HOOK1,GNB2,REEP2,JMY,GNAS,CNTN1,SPIRE2,IFT27,NACAD,FGF13,EIF4G1,DOCK3,PODXL2,WDR1,PRKCSH,CELF2,CELF3,CELF4,CHD6,CHD5,SLC2A3,FBLL1,AFF3,PPP1R9A,TRO,DUSP12,SEC61A1,SEPT9,LASP1,PPP6R1,PDE4B,PMEPA1,EID2B,SVOP,HSDL1,PEG3,PDPK1,ABHD14A,RAD23B,ARFGAP1,PJA1,TRAF7,VCAN,PTP4A3,TERF2IP,BCAT1,INA,SLC25A14,RNFT2,DCTN1,USP11,NRXN1,RAB1B,CXXC1,CRMP1,FAM169A,CXXC4,JAKMIP3,JAKMIP2,SLC25A27,STOX2,GANAB,PTPRZ1,U2AF2,NNAT,POLR2D,FAM120A,SPOCK1,MEST,ATP9B,CLASP2,TUB,PCDH9,NEGR1,CADPS,SEMA4F,DDHD1,GDAP1,MAPK10,SLC4A8,FAM155A,CLCN6,KLF7,NECAP1,SYT11,PSAT1,FAM131A,MGAT4B,OCIAD1,ATP13A2,INSM1,VIM,P4HB,UNC79,SSBP4,METAP2"
+"gene_set_query"	"636"	"ZNF182"	"598.7"	"ARCHS4 Coexpression,1048;Enrichr Queries,190;GTEx Coexpression,558"	"SLC4A1AP,ZMYND8,HNRNPU,JMJD1C,SMC3,BACH2,PNN,RASSF2,AKT2,DPYSL2,MYC,CSPP1,STMN1,DPF2,PWWP2A,LUC7L,EPC1,TRIM27,CCNL2,GLUL,CDK5RAP3,SOX4,RNF111,TBC1D22B,DDX17,FNBP4,WSB1,UNC13A,FNBP1,METTL3,ARRDC3,CIRBP,MTUS1,RFX3,CD3EAP,WDR73,ANK3,MFSD10,PISD,RFX7,ZC3H11A,DDIT4,AKAP9,PSME1,HECA,FAM76B,RBCK1,PRR14,MACF1,L3MBTL2,NPRL2,TRANK1,RNPC3,MTMR7,MBTD1,RHOT2,HLTF,CEP70,TRPM7,PATZ1,SCN3B,ARGLU1,RBM10,SCAI,VPS16,PRPF38B,JUN,WDR59,CHKB,ZRANB2,SYNRG,PBX2,UPF3B,SMARCA1,PHC3,PBX1,IFFO1,CCDC88A,ABTB1,STAG2,GOLGB1,ID2,CCDC88C,RANBP10,HBP1,CDK13,RGL2,EZH1,DZIP3,ITM2C,CDC42SE2,PHF3,SETD5,NRP1,TOP2B,SMG1,PIGU,CDKN1B,PPP1R11,CITED2,KCNC3,ZFAND2B,GDI2,ASH2L,SLC7A11,WDR46,ING4,PCMTD2,EPM2AIP1,NIPBL,ZMYM2,ZMYM5,XPO6,ZMYM6,REV3L,TCP11L2,PCMTD1,DFFB,SHPRH,TSC22D1,TSC22D3,TET2,ELOVL6,AMPD2,ASH1L,GMIP,ITFG2,DUSP6,WDR33,MED23,PHF20L1,RNF144A,KIN,ZEB2,MTF2,CDC42EP3,PXDN,G2E3,TMEM106B,ARHGEF1,GLCCI1,SGK1,SFI1,STX16,ICA1L,USO1,NOL6,GGA2,RXRB,FGD3,PSMB7,ARVCF,SH3BGRL,BCLAF1,ZDHHC18,GGA3,SF3B1,SRSF11,DYNC1I1,NKTR,RUNX1T1,RIC3,MAP3K3,MYEF2,NFYA,YTHDF3,RIOK3,MBD1,DEF8,VEGFA,RNF146,PRPF39,NFIA,TAOK3,NFIB,RLIM,PKN1,ZFP28,DPAGT1,CCNT2,ATN1,ARID4A,ARID4B,NUDT10,SMCHD1,PAPOLG,SESN1,POGZ,SMARCAD1,FADS1,ANKRD49,USP4,USP3,THOC1,ATP11C,TSC1,PRPF4B,LIG3,THOC2,LEMD2,ARMCX3,DMTF1,PRPF3,PHIP,SRSF5,PPIG,TNIK,ZCCHC8,CUL7,PFKFB3,CD151,ANKRD12,UBR2,CACNA1C,RASGRP2,STK4,CORO1A,PHF21A,ARHGAP12,SOCS2,TPR,SAFB2,DMAP1,SLC38A2,ANKZF1,QSER1,NADK,BPTF,ACBD6,TMEM120B,CPSF7,TIA1,CPSF6,PHF12,MARCH9,ASNS,KLHL24,AP4B1,CLK4,CLK2,PAN2,PAN3,EFNA2,HOOK2,ZFP62,HOOK1,JMY,SP3,DMXL2,MDM4,TUBGCP4,OGT,CREBZF,RBM25,RBM26,CELF1,PRKCSH,CELF2,CHD6,PSIP1,PIK3CD,ARRB2,TAZ,CHD2,CABIN1,MFSD8,SENP7,DUSP12,AP1G2,SNRNP70,RB1CC1,PSD3,WDR6,UNKL,RBM5,RBM33,ACTR3,USP48,HSP90AA1,DST,PDPK1,DYNLT3,DDX56,ATRX,VPS13A,NAV2,GPCPD1,ARID1B,PTBP2,MSL1,VCAN,PTP4A3,CREB1,CTDSP2,POLR1B,LUC7L3,TOP1,DNAJC8,IRF9,NFAT5,KDM3A,UHRF2,WBP1,ROCK1,CXXC1,LENG8,RBM4B,NT5C2,SLC25A27,DNPEP,TAF1C,GNA11,FCHO2,REPS2,SMNDC1,SH2B1,REPS1,TTC14,RBM39,KDM4C,RNGTT,USP20,SEMA4D,SEMA4C,ZFC3H1,OXR1,TTC17,NIN,PDCD4,DRG2,FAM98B,PDE7A,SMAP2,TNRC6A,SLC25A36,MBTPS2,CUL4B"
+"gene_set_query"	"637"	"STAT5A"	"598.8"	"Literature ChIP-seq,118;ARCHS4 Coexpression,1080;ENCODE ChIP-seq,67;Enrichr Queries,1026;ReMap ChIP-seq,216;GTEx Coexpression,1086"	"MDC1,ATF2,MAPKBP1,MT-ND4,NUP107,POP7,TFRC,POP4,TSKU,RABGEF1,SAMD14,PSMD6,RAVER1,PSMD4,PSMD5,DPYSL2,ALKBH1,PSMD3,ANKFY1,PWWP2A,MEF2A,STARD3,SAP30BP,FNBP1,RFX1,EML1,SND1,EID1,MYL6,EWSR1,CLNS1A,DDIT4,UNC50,FEZ2,ORAI2,TMEM126A,PSME2,UQCRC2,SF1,ATF4,EXD2,TSTA3,MTMR2,NPRL2,NPRL3,MRPL16,MTMR9,COPS7B,AGAP1,ABCB8,AAAS,MRPL12,GABARAP,MRPL11,PRPSAP1,MRPL20,CYB5R4,HMGXB4,LARP1,RNF216,PRKAR2B,GRPEL2,VTI1A,PIP5K1A,HMGXB3,HEXIM1,JUN,NCAPH2,PMM2,PBX2,SNF8,LARP4,MRPL24,MRPL21,EIF1,MRPL22,MRPL30,PCDHGA11,TBL3,EIF5,LAS1L,EIF6,FASN,PKIA,NMT2,PSMG4,FAT4,TMEM9B,ARF3,PIGT,HEXB,RPLP1,RPLP0,HEXA,MRPL38,MRPL39,SHB,MED15,MRPL32,BBC3,PQBP1,PIGX,MED17,MRPL33,TUBA1C,TUBA1B,LMBR1,MRPL40,FASTK,RPLP2,JAK2,JAK1,LYPLA2,LRRC45,DFFA,ELOVL5,DUSP1,SPHK2,LRRC49,SIRT4,MRPL49,LRRC40,SLC39A13,ELOVL6,SIRT6,GMIP,MRPL46,MED29,LRRC41,DUSP6,SIRT2,MRPL44,MED23,SLC7A4,SLC7A5,MED22,PSMA6,SLC7A6,PSMA3,BDH1,TMEM33,PXDN,SDHAF1,CINP,CDC42EP2,RAPGEF1,RAPGEF2,VAMP4,PAFAH1B3,VAMP2,PAFAH1B2,ERGIC1,ARF6,RNASEL,ELOF1,RNASEK,URM1,ODC1,ADAM22,HTT,DLST,SNX32,NOC4L,SDAD1,MRPL55,GGA2,PSMB6,GGA1,PSMB7,UNK,HARS,BID,STX2,SRSF11,UTP6,MDH2,ATRNL1,STAT2,TMEM62,TMEM60,SKI,TMEM59,PSMC5,PSMC6,CCDC9,ETNK1,SHKBP1,PSMC2,UBAP1,PKN1,CRLF2,HDDC2,SLC27A1,TMEM167B,ATN1,STK19,CASC3,APEH,STK11,RUVBL2,STK16,PIM3,SLC25A44,FADS1,KPNA1,PIAS4,BNIP3L,DGAT1,CISH,FBXW7,FBXW9,ZBTB34,CNPY3,MSH6,TXLNA,MSH2,MAPKAPK2,MRTO4,SRSF2,SRSF3,SRSF4,KPNB1,ARL8B,PFKFB2,INO80B,PFKFB3,RNASEH2A,ARL1,LIN7C,CORO1A,UQCRH,RAP1GAP,CORO1B,ACAT1,RAP1B,SOCS2,EIF1AD,SBNO2,PMVK,ZKSCAN3,SLC38A7,EIF4EBP2,NADK,ZKSCAN1,ZBTB17,NEK9,DR1,BRPF1,FUS,API5,FBXO38,TMEM120A,GOT2,CORO2A,FBXO31,UCKL1,DRAP1,ZC3HC1,IBTK,STK24,UQCRQ,DMXL2,NFE2L3,MDM2,ACO1,MDM4,CLPTM1L,LRCH4,OSBPL1A,OGT,NOP10,SLC25A1,HSP90AB1,AKAP8L,PTEN,PIK3CD,ARRB2,ZNRD1,PPP6R1,ACP2,HMG20A,MRPL9,ACTR3,UNC45A,EIF5A,TNFRSF19,VEZF1,TFIP11,VPS37B,RABGGTB,RAD23B,QTRT1,NSMCE4A,HAX1,PIK3CA,NPC2,C1D,PCCB,BIRC6,TMBIM6,TOP1,PPP1R12B,SEC22B,SLC25A11,SLC25A4,PPP1R12C,BIRC2,BCAT2,PPP1R15A,PPP1R15B,GTF3C2,NDUFB8,ROCK2,SRC,MGRN1,GTF3C6,SRSF1,PRCC,CXXC1,ZBTB43,LENG8,KATNB1,FURIN,MLLT3,CXXC4,MLLT6,SLC25A27,CDC37L1,BEND3,FYN,FEM1C,DRAM2,HNRNPA1,PCDH1,EIF4E,SH2B2,SH2B1,NOP56,CYB5B,NDUFA9,PTPN1,HNRNPA3,SEPT11,NDUFA7,TRIM41,NDUFA5,NDUFA2,IMMT,LYSMD1,RPL23A,MCOLN1,HNRNPAB,SLC25A38,TSPAN14,EIF3M,PINK1,NECAP1,NAGK,PDCD4,EIF3G,CCM2,EIF3E,P4HB,SMAP2,EIF4A2,EIF4A1,LPGAT1,PPAN,THUMPD3,GCC2,ZDHHC7,LDLRAD3,ZDHHC8,THUMPD1,ACTB,ZDHHC4,HERC3,OGFOD2,CDC27,CCDC97,KIF21A,CCNL2,ATXN7L1,CCNL1,SLC12A6,PELO,TMPO,EIF2A,SMARCC2,ATP6V1G2,ZFP1,ACTN1,NSMCE1,TALDO1,ALG1,ANK3,MFSD11,BCS1L,MFSD10,GNPAT,SNHG12,THAP7,CDC37,CSNK2B,ULK3,TMEM87A,NUMBL,AARS2,SUPT4H1,CEND1,PIK3R1,PGS1,SNX3,SNX1,SEC14L1,COMMD9,DHX33,LARS,PCBP4,DHX35,PCBP2,SNX5,ATP6V1C1,SEC31A,BBS1,TMEM86B,INTS1,BSDC1,HARS2,PTK2,DCLK1,ICK,AIMP2,SNW1,ARMC10,ID2,CDC16,INTS5,NDUFAF3,PAF1,SDC1,ECHDC2,INTS4,NOL10,CALM3,DHX29,CALM2,RGL2,AARS,DHRS13,NRP1,TMEM151B,MRPS16,USPL1,PPP1R10,GPAA1,SUV39H1,MRPS11,CTSZ,INTS10,ICA1,MRPS10,SLC7A11,PTPRK,HERPUD1,SYNCRIP,ARV1,SPTLC1,SPTLC2,RSRC1,ENC1,UIMC1,RAC3,ARIH1,CTSD,CTSB,MRPS28,PBRM1,SEC13,DBNL,MRPS27,PCYT1A,ATMIN,PABPC4,MRPS23,MRPS2,CACYBP,COMMD1,COMMD6,MRPS7,RGMB,COMMD7,SYN1,MRPS5,APRT,TOX4,IMMP1L,SLTM,KIT,ARHGEF1,CD47,ARHGEF2,EEF1E1,STK40,INPP1,STX16,MRPS33,DOT1L,STX18,GNAI3,CRIP2,CCDC106,COX5A,RELA,GNAI2,SERTAD4,NFIL3,MGAT1,CCT8,PAK2,CCT5,EXOSC1,BCAP31,PEX16,MAP3K3,PEX19,YIPF2,TTC1,PLEKHA6,RSRC2,MYO9B,AP2B1,UBE2G2,COX6C,NLE1,VEGFA,NUDT9,RGP1,PER1,SEC23IP,GPAM,TTC5,SGSM3,TTC4,HNRNPA2B1,NDUFAB1,TCEA2,TCEA1,ESYT2,TARDBP,GRINA,ZFP28,OTUD5,SCARB1,SRP19,MIDN,CRTC2,MPI,BCCIP,UBE2Z,TXN2,ACTG1,FAM174B,PPME1,KHSRP,ARID2,PCID2,ZGPAT,DIMT1,TMOD3,ATG9A,LMTK2,SDHC,UBE4B,ADAM19,EEF1A1,DOK4,FAM173A,EHBP1L1,UBE2V2,PPIH,GEMIN7,RAF1,SIDT2,DDX5,TBC1D19,TSG101,TMED10,NDUFB10,COX16,RBM8A,KLHL17,HTRA2,KLHL12,SLC1A4,RPF2,RASGRP2,NDRG1,RTN4,RPF1,GRK6,TBC1D13,CAMTA1,CAMTA2,H1FX,LLPH,NDUFV1,YARS,IVNS1ABP,OST4,PRNP,PDHA1,VTA1,PCIF1,NUP153,TIMM44,SUPT5H,KLHL20,HIGD2A,PAN2,IFT20,CLK1,GCLC,HOOK2,PQLC1,HOOK1,GNB2,MKRN2,CYCS,TAB3,UBA1,TCF3,GALK1,PICALM,PHTF2,RBM28,RBM25,DDX46,LDB1,PRKCSH,DDX47,CHD8,DPY30,CHD4,ARHGEF10L,DDX41,TRIAP1,TNFAIP1,TAZ,CHD2,AFF3,PHTF1,LMNB1,PPP1R9B,LASP1,EEF2K,ABHD16A,RB1CC1,NUP62,GATAD1,TIMM17A,TIMM17B,LRRFIP2,SUN2,NAA30,TBP,PDPK1,BUD31,CAD,TBC1D8,DDX54,ABHD14B,DDX52,GPCPD1,UTP18,YWHAZ,EPN1,CREB3,SFPQ,TMEM214,NDUFS7,NAV3,ACOX1,PEX3,GORASP2,TBC1D5,PEX6,CAT,TBC1D7,GFOD2,NDUFS4,NDUFS3,ATP6V1B2,ATG4B,NAA38,IRF9,AGPAT5,DCTN6,DCTN5,RRN3,GOSR2,GOSR1,DDX20,CSTF2T,SLC3A2,CLCN3,ATP2C1,RNF4,PARL,POLD3,DNPEP,MAT2A,TNKS2,GNG5,TRA2B,TDG,MKNK1,TRA2A,BNIP2,PTK2B,RALY,FBRS,CYTH1,ATF7IP,RBM39,URGCP,TAF15,TAF13,MIIP,TAF11,PDAP1,SSRP1,SOD2,MAPK14,CDK11B,USF1,TTC17,SOD1,POLE4,CLCN7,ERCC3,ERCC1,FAM131A,ASB6,ACIN1,ERCC5,VIM,SUGT1,RBM45,CLUAP1,TAF2,ANKLE2,IPO11,RPL32,ARPC5L,HNRNPU,DCAF8,GPATCH4,HNRNPR,ADARB1,SMC6,RPL8,ELK1,PHB2,BACH1,DCAF4,DCAF6,CNST,MYC,CSPP1,RPL36,PIP4K2A,RPL35,RPL38,RPL37,MPV17,IER5,VPS36,IER2,CDK5RAP3,NUP214,DDX18,TSPYL1,RPL21,NUP210,RPL23,PRKCD,WDR74,CD3EAP,HCFC2,MED4,MED6,GTPBP4,CLPX,ARMC1,NISCH,BIN3,WDR81,ADPRH,ZSCAN21,TARS2,RPL29,ALG10B,UBA52,PRR13,NOLC1,VPS26A,RNPC3,GNS,HIF1A,PRDX2,NCSTN,CHST12,NUP85,RRS1,VPS11,MCMBP,NUP88,ST3GAL1,HMOX2,S100A10,ST3GAL3,ZSCAN18,BTF3,RPL41,JUND,SNAPIN,H3F3B,CHKA,PLK2,RAB3IP,IRF2BP2,PRRC2C,CDC7,PA2G4,MCAT,WDR55,EHD1,FIBP,SLC6A6,HNRNPK,HNRNPF,ATG2A,HNRNPC,DUS1L,FARSA,ITPA,FARSB,CDKN1C,OGFR,SETD5,PYGB,MOCS2,BTG1,ELL,TCF25,CLTC,ASH2L,WDR46,TMEM186,ING4,TMSB4X,RARS,ANXA6,GPR137,RIOK2,PLEKHN1,EMD,RRP15,CEP68,ZC3H10,BRD2,EXOC7,IFNGR2,SSR3,WDR34,TERF2,COPZ1,GNL3,HADHB,RNF167,HADHA,ZEB2,KAT2A,NSA2,AFTPH,MTF2,PLEKHO1,TKT,GART,EXOC2,GAS7,GRAMD1B,GRAMD1A,CLDND1,RPL10,GPS1,TIMM9,GPS2,HSPA13,FGD3,ARFRP1,BCLAF1,PPP1R8,RPS3,RPL14,BRD9,RPL15,RPS2,BRD8,RNF130,SF3A2,BRF2,WDR18,NR1H2,GATC,ELP2,TRMT1,ELP3,GTF2H1,DEF8,BLCAP,LRPPRC,WDR11,AGBL5,ERP44,XAB2,NFIB,JKAMP,ZYX,RLIM,NUCB1,RNF141,ANKRD13C,VKORC1L1,PHLDB1,ANKRD13D,GTF2B,CEP120,CTNND1,RNF19B,UBP1,AUP1,CLU,IPO4,EDC3,IPO5,ABHD12,PPP1CC,IPO8,ABHD11,TUBB3,SLC39A9,RNF19A,CFL1,PHYHD1,PAPOLA,HMGN2,SNRNP35,TMSB10,PLEKHJ1,IFNAR2,RARS2,TLE3,ANKRD49,TPM4,RPS7,USP3,F2R,RPS6,THOC1,RPSA,ILF2,LEMD2,RNF41,TRAIP,BSCL2,TOM1L2,PYGO2,RAB34,MADD,RAB35,ERP29,SNRNP27,AAGAB,PHIP,TNIK,FKBP5,BRSK1,SEMA7A,CD151,INSIG1,CUL2,GLT8D1,SLC38A10,TARS,HSPBP1,RLF,PHF21A,STIP1,ORC4,BAG4,ORC3,NACC1,ANKRD10,CCDC32,PLXNA4,MCL1,MPDU1,WDTC1,UVRAG,ANKRD34A,AKIRIN2,OSBPL7,CCDC12,POLR3GL,TRAPPC5,MARCH8,LSM4,SCRT1,COPS4,CDK9,CNOT4,COPS6,LSM7,CNOT6,LSM6,REEP5,COPS2,TPP2,GPR107,SERINC1,PLXNB1,CNOT8,RNF185,RAB5A,BCL2L2,BCL2L1,LMBR1L,CALCOCO1,ZC3H3,WDR3,WDR4,PIK3C2B,DUSP12,RPL7A,LBH,OPA1,GM2A,VPS72,AP1G1,UBTF,WDR7,EVI5L,HIF1AN,EIF2B1,ADSL,GPX1,PLEKHG2,GGPS1,RFC2,SECISBP2L,RPL13A,RANGAP1,REXO2,YDJC,REXO4,PTP4A2,DNAJC2,PTP4A3,TFDP1,DALRD3,ASPH,TRAF4,DNAJC6,CTDSP2,RPL37A,DNAJC9,CCDC43,EIF4E2,CRK,ALDH9A1,RNF31,TRABD,HDAC2,GTF2A2,HDAC1,HDAC7,AP3M2,DCAF15,FBXL20,STOX2,NFS1,FZR1,HAUS8,POLR2A,MSTO1,RBBP5,POLR2B,POLR2C,VPS53,VPS52,CSK,SNRPB2,POLR2H,MEST,SEC11A,DCAF12,POLR2K,POLR2L,SLC35A2,MLXIP,SMARCE1,SPAG7,PPIL2,SEMA4D,RNF25,CCDC59,TPRKB,RPRD2,PNRC1,PNRC2,CUL4A,RAD52,RAB10,KLF6,POLR3C,IMPDH2,GLOD4,POLR3F,DRG2,TPT1,METAP2,SLC35B2,ISCA2,PANK3,ARL6IP1,VARS,SLC35B1,HDAC11,FCF1,CBLB,PWP1,RPS15,TIAL1,RPS14,PNN,RPS16,GOLGA5,RPS19,RPS18,RPL36AL,FTH1,LONP1,ARFIP2,DENR,BTRC,RPS11,ZFPL1,GOLGA7,SOX4,AGFG1,RPS12,SRRM3,COG8,AQR,NFKBIL1,BOLA1,MRPS18B,COG2,AP1B1,ACSL3,JMJD6,MRPS18C,CARHSP1,NIF3L1,COX7A2L,RRAGA,RRAGC,XRN2,PFN1,AURKAIP1,EZR,CUTA,PDE1B,CSTF3,STXBP2,TRMT2A,RPAP3,IGSF9,MYL12B,PTDSS2,FXR2,INPP5E,CSTF1,ATP6V0A2,INPP5K,RALGDS,ARGLU1,GPM6B,ATP6V0A1,BANP,VASP,SNHG1,NMB,SYNRG,TREX1,ACADSB,RPS26,RPS25,RPS28,RPS27,RPS29,ADCK1,RPS20,CORO7,ALDH18A1,RBAK,TECPR2,RPS24,CC2D1A,ITM2C,HBS1L,DAZAP2,DAZAP1,GFM1,UBXN1,SH3KBP1,GFM2,FAF1,GDI2,MYL6B,SIPA1L2,SIPA1L3,CX3CL1,LIMD2,COIL,RPTOR,PCF11,C1QBP,XPO6,SEC61G,UBXN7,RALGPS1,RAB8A,TOP3B,PRMT6,STRADA,PRMT1,TSC22D3,LIME1,RHOA,ITFG1,MLF2,PARP8,UGDH,SCNM1,PRPF18,POC5,HNRNPH1,NFX1,WAC,SGK1,CSTB,PRIM1,NOL7,NOL8,UQCR11,NOL9,RFNG,PTS,TYMP,AMN1,PPP2CB,HIRA,ZDHHC18,METTL6,APBB3,DCPS,RANBP2,RANBP1,AP3D1,FAH,RANBP6,AIG1,ATAT1,KBTBD4,SPCS2,SPCS1,HIST3H2A,R3HCC1,STAC2,NBR1,CTNNB1,PRPF31,FAU,KBTBD7,KDM1A,SPPL2B,NUCKS1,CWC25,TOMM22,CNDP2,TATDN2,FPGS,CHCHD1,RALBP1,LMO4,NOSIP,SHISA4,WRNIP1,TSC1,TRNT1,KCTD5,RSBN1,TUFM,TMEM135,DPM3,RPL7L1,SCG5,SCG3,PDE9A,ZCCHC8,ISYNA1,NOP2,CLEC16A,LPL,ADIPOR2,PLCXD2,SDCBP,ARHGAP21,EMG1,DPP6,ZMAT2,MAN2A2,DPP9,TMEM128,DMAP1,MARK4,ZC3H13,ANKZF1,HSPA8,CPSF4,KLHDC4,ACBD4,CBX5,HSPA5,CPSF1,RHBDD3,CBX3,RHBDD2,CPSF2,DNAJC11,TBCD,BFAR,TBCB,CRLS1,EIF2S1,DNAJC16,SMAD5,AZIN1,DNAJC18,NFKBIA,ARHGAP32,EFNA2,ATG16L1,CAPRIN1,CLASRP,PI4KB,MUS81,USP38,SLC2A3,USP39,ZC3H7B,FLOT1,PDE4B,PDE4A,TMEM109,MAN2C1,USP30,POLG,SCYL1,USP46,KDM6B,TSFM,USP48,KLF13,H2AFY,PPP2R5B,ARID1A,SENP3,DNM2,FAM189B,DDX19A,FCHSD2,DDAH2,DNLZ,HAGH,PFDN4,PFDN5,B4GALT7,USP15,STOML2,STOML1,USP16,POLDIP2,RGS16,POMP,MTIF2,STRN4,TBRG4,TBRG1,NXF1,TFPT,FAM168A,GMDS,ROMO1,CDIPT,MAPK6,REPS1,CLASP2,RWDD1,PTCD1,KDM4C,USP20,USP21,GDAP2,NAP1L4,RPS6KB1,RPS6KB2,BAX,TBKBP1,SSBP1,SSBP2,RBMX,SSBP4"
+"gene_set_query"	"638"	"ZNF17"	"599.3"	"ARCHS4 Coexpression,376;Enrichr Queries,751;GTEx Coexpression,671"	"EIF4A2,VEZT,APP,CISD2,ZDHHC8,EPRS,GPATCH8,ALKBH8,NDST1,CAPNS1,ALKBH1,MYC,ZMIZ2,GPBP1,STMN1,LONP1,FAM53C,EPC1,AKT1,EPC2,PRKACA,ATXN7L3,SOX4,ARRDC4,DDX17,SRRM2,CXADR,WSB1,ALG9,TSTD2,ACTN1,NGDN,NSMCE2,CD3EAP,MOGS,SCRIB,ARMC8,ACTN4,MED4,RC3H2,MED6,FAM133B,GNPAT,PPA2,SUB1,ZSCAN21,DDIT4,ULK1,PRR12,ANAPC13,TMEM63B,FLII,PEX11B,NOLC1,RPAP3,CDKN2AIP,CYB5R3,WDR70,GRPEL2,RRS1,SYMPK,PIP5K1C,RBM12,JUN,INTS1,EDEM2,PBX2,MEMO1,LARP4,PRRC2A,AIMP1,MLLT11,HNRNPL,STAG1,ZBTB6,ZZZ3,GIPC1,HBP1,FXYD6,CALM3,DHX29,NOL11,RBAK,TMEM9B,CPEB4,ARF3,SMG1,PIGU,DAZAP1,PAK1IP1,NAT10,MRPL39,VLDLR,PRPF19,PTPRF,MED17,PTMS,THTPA,TRIM8,SYNCRIP,PCF11,OTUD6B,TIMP2,SDF4,RIOK2,CIC,RRP15,GIT1,ZIK1,RSPRY1,CEP68,UPF2,PRMT6,UPF1,SHPRH,MRPS27,TSC22D1,PRMT3,MINK1,ITPK1,LRRC40,ASH1L,DYNLL2,DUSP6,SRP9,MLF2,RHOB,NCOR2,SLC7A5,PRPF18,INF2,PXDN,RHOU,SGK1,ATP6V0C,EXOC2,ERGIC1,FYTTD1,HEATR1,AKAP8,HSPA13,FAM117B,CENPB,ARNTL,FAM129B,GNAI2,BCLAF1,RNF138,BRD8,MEF2D,EXOSC2,MAP4K3,PCGF6,BRF2,MTX3,RPA1,DAB2IP,AP3D1,SCAF1,GATAD2A,SKI,KLHL9,ATAT1,RSL1D1,ABCB10,NFIA,PRKRA,TAOK2,RAB3GAP2,NUCB1,HDGF,PKN1,PNPLA6,RNF141,CDK5R1,GRINA,ANKRD13C,MIDN,ZFAND3,CD81,ZFAND6,CLSTN1,HDLBP,ATN1,UBE3A,IPO7,IGF1R,ZFP30,LAMP1,CAPN7,ARHGDIA,CWC22,KPNA6,FBRSL1,KPNA4,SLC39A7,LZTS2,SBF1,MAP3K7,SLC25A46,SH3GL1,SLC38A1,MORC3,MAP2K2,TPM1,DYRK1A,THOC1,PUS7,CTDNEP1,CLIP1,HNRNPUL1,HNRNPUL2,PLAA,CHMP4B,MATR3,PPIG,SRSF6,ANAPC1,CSNK1G2,DDX5,CD151,RAB5C,CUL5,MAZ,PXN,BTF3L4,UBR3,RNASEH1,DVL1,BTBD2,NACC1,SMN1,SLC38A2,MARK2,IP6K2,BCL9L,WDTC1,IVNS1ABP,PRNP,SMAD4,KLHL24,KLHL20,CNOT4,NFKBIA,EFNA2,HOOK2,NACA,ZFP62,HOOK1,UBE2S,COPS2,GNB2,RFXAP,TBCE,GNB1,UBE2N,PLXNB2,DHCR7,FGF13,LRP10,BCL2L2,NFE2L1,DIDO1,ACADVL,GSK3A,ASNSD1,PRKCSH,WDR4,CHD6,ZFP82,PTPN23,PPP1R9B,DUSP12,SEPT9,LASP1,ZC3H7A,PPP2R5E,ZC3H7B,PPP6R1,SNRNP70,ARHGEF11,NAA30,NUP133,TTC33,PDPK1,VBP1,ATRX,PLRG1,RAD23B,COASY,ARFGAP1,KLF16,DNM2,LATS1,DDX19A,TRAF7,THRAP3,CTDSP2,POLR1B,DNAJC5,POLR1C,CCDC43,NUP54,PPP1R12C,DCTN6,USP14,GTF3C2,RRN3,PARG,GTF3C4,RAB1B,WBP4,DDX21,MLLT1,ATP1A1,MAT2B,TM2D3,FAM169A,STRN4,STRN3,HDAC7,DNAJB2,GANAB,MTA1,GNG2,MAT2A,PABPN1,U2AF2,TGS1,GNA11,POLR2D,FAM120A,NAA25,FEM1C,RPP14,SMNDC1,FBRS,ATE1,PTCD2,CNBP,FBXL19,FOXJ3,FOXJ2,CDC5L,LYSMD1,PDE4DIP,RPRD2,DEK,CDC42BPB,DDHD1,CUL4A,RPS6KB1,TRIM39,PSAT1,RAB12,CARM1,MGAT4B,SNRNP48,CEBPZ,NAA15,SSBP2,TRIM32,BCAR1,TAF1"
+"gene_set_query"	"639"	"ZNF92"	"599.5"	"ARCHS4 Coexpression,465;Enrichr Queries,609;ReMap ChIP-seq,231;GTEx Coexpression,1093"	"RB1,NCKAP1,RPL5,MT-ND4,SCOC,RPL3,HNRNPU,SMC3,FNBP1L,EPRS,BACH1,DCAF7,RRP9,PREX1,NDST1,PSMD9,SAMD14,ALCAM,CAPNS1,ZMIZ1,AKT2,MYC,STMN1,GPBP1,AKT1,HOMER3,PRKACA,IER5,IER2,STARD3,UNC13A,WSB1,CXADR,NUP210,CSNK2A1,PRKCD,CD3EAP,SOX11,SOX12,EML1,EML2,RNF126,EWSR1,CLNS1A,DDIT4,RPL29,UBA52,DUS3L,PLBD2,SET,TTYH3,FLII,PDGFA,PLA2G6,OAZ1,HIF1A,MRPL11,LDHB,FAM171A2,PRPSAP2,CYB5R3,HSPH1,RNF215,PIP5K1C,ZSCAN18,FDFT1,JAG2,PHC2,JUN,FZD3,JUND,DMPK,PLK2,SETD1A,IRF2BP1,CDC7,MCAT,MLLT11,FIBP,SLC6A6,MEX3A,GIPC1,PSMG3,HNRNPC,PHF3,CEP57,OGFR,ARF1,PIGU,ELL,SPEF1,NCAN,CLTB,TCF20,SHB,ECSIT,MED16,KRI1,MRPL34,PHF6,SHD,BBC3,DDA1,TRIM8,TMEM189,MRPL42,TMEM43,TMSB4X,TIMP2,RPLP2,GPR137,CIC,UBL7,ZIK1,APC2,SPHK2,PGAM1,LRRC40,RRAS2,SLC39A10,SIRT6,ELOVL6,NIPA2,DUSP6,SRP9,NCOR2,SIKE1,PSMA3,INF2,MMP17,PXDN,MTF2,RAPGEF1,CDC42EP2,PTRH1,PICK1,SLC29A4,TMEM106B,EXOC5,TKT,ERGIC1,GAS7,GRN,TMEM160,TIMM10,CENPB,MRPL54,FAM117B,FAM129B,NRAS,BCLAF1,TCOF1,RNF138,AP2S1,USP1,RICTOR,RPL18,PAIP2,MEF2D,SRSF10,WDR18,WNT7B,DAB2IP,SAMD4B,TRMT1,NUDT21,TMEM158,SNX16,NFIA,CCDC9,SHKBP1,ETNK1,TAOK2,NUCB1,PKN1,CRLF1,SLC27A1,TOR2A,RAB3A,RAB3D,CSE1L,CLSTN1,UBE2D3,MPV17L2,SLC8A2,NUDT11,STK11,SMCHD1,LAMP1,SMARCAD1,PIM3,SEMA6B,SH3GLB2,TLE2,TPM4,ANKRD46,CISH,UBE2E3,UBE2E1,PRPF4B,ZBTB33,POLRMT,ILF2,THOC6,CDC25B,TPST2,MSH6,CLIP2,MORF4L1,TOM1L2,CACNB3,MSH2,DMTF1,DMWD,FKBP8,FSCN1,SRSF3,PHIP,SRSF7,ANAPC1,FKBP5,SEMA7A,FKBP2,INO80E,CD151,RAB5C,FAM114A2,INSIG1,AK1,ABHD8,AK2,FOXO6,SLC38A10,FBXO44,NEUROD2,SCRT2,SBNO1,SBNO2,BAG4,ORC6,PMVK,BTBD2,NACC1,G3BP1,DVL1,PGK1,MBIP,G3BP2,PLXNA1,NAE1,MAP2K7,SLC38A2,SKIL,CD276,AKIRIN2,TRAPPC3,OSBPL8,TIA1,NOP16,ANKRD24,CCDC12,API5,ARPC4,CORO2A,LSM4,CORO2B,DRAP1,CDK9,BCL9,CNOT7,LHX2,TADA3,SP3,NFE2L3,PLEKHM2,PLXNB2,NFE2L1,ARRB1,ETFB,DUSP12,SUMO1,OPA3,SUMO2,TLK1,PGLS,ACTR2,RFC3,REXO1,GPX4,VBP1,SH2D3C,VPS37D,TFIP11,PTBP2,ARL4C,PPM1B,TFDP1,TRAF4,DNAJC6,CTDSP2,POLR1B,DNAJC5,DNAJC8,BCAT1,GAPDH,MET,PPP1R12C,AHDC1,ST6GALNAC6,GTF3C1,PPP1R15B,LEPROT,HDAC2,TSSC4,NDUFB7,LRP1,SRC,RAB1B,KATNB1,SEMA3F,LRP8,ABLIM1,NCLN,HIRIP3,CCDC85C,FCHO1,RBBP4,POLR2E,LRRC8A,FEM1C,IGF2BP3,FSD1,HNRNPA1,UBQLN4,EIF4E,DCAF13,GADD45GIP1,SMARCE1,PTPN1,SEMA4A,PPP1R14B,NOP58,RNGTT,SSB,RNF26,CDC42BPB,PNRC2,DNAJA1,SLC25A39,TSPAN18,MFAP2,MGAT4B,CEBPZ,P4HB,POLR3K,EIF3D,CCNJ,HDAC11,CISD2,JMJD1C,IFI30,HS6ST1,ACTB,RPS15,RPS14,CDC23,RPS19,SNRPD1,FTH1,OGFOD2,DPF1,DENR,KIF21B,EPHB2,SOX4,TMPO,TIPIN,ACTN1,ECH1,ARRDC3,CIRBP,CPT1C,STX1B,CARHSP1,SUB1,KCNQ4,TTLL12,CTXN1,EIF1B,TMEM161A,TBC1D9B,CSTF2,SDC3,DCUN1D1,PIK3R2,BRCC3,PIK3R1,RPAP3,UBE2J1,SNX4,SYNGR1,SCFD1,NUAK1,SPAST,PCBP4,KCNN1,GSE1,SYMPK,TNRC18,ZBED4,RAB11FIP5,CTSA,ZRANB2,BCL11A,INTS2,SMARCA5,MICAL2,BRI3BP,PAICS,ZWINT,ZBTB6,ZZZ3,ID2,FUBP1,PPP1R1B,ANP32E,RBAK,ITM2C,TOP2B,MRPS15,DAZAP1,PTPRS,MRPS12,NAT14,XPO1,C1QBP,SH3PXD2B,DHX15,SDF4,TMED1,CTSD,RAB8A,CDV3,CCT2,TMED9,PARP1,TSC22D1,PRMT1,STRBP,MINK1,ANO8,PRPF40A,PPHLN1,RHOF,MRPS7,MRPS5,MLF2,ENAH,MN1,KIF2A,G2E3,ARHGEF1,FAM193B,EEF1E1,MPND,PTMA,PCNA,AHCY,PTGER1,PRIM1,UQCR11,UQCR10,GDPD5,CAMKK1,GNAI2,CAMKK2,ARNTL,PCNP,CAMK2N1,CCT8,SUZ12,NPM1,YIPF1,GINS4,VEGFB,PLEKHA6,UBE2G1,MIAT,MAD2L2,NUDT8,KIF26A,PRKRA,RPA3,TTC4,KLHL7,RAB3GAP2,CAMK1,PNPLA6,MEGF8,GRINA,NDUFA13,MIDN,SYS1,CD81,ZFAND6,ARID4B,SRP14,CHCHD4,FPGS,HCFC1R1,PALM,CWC22,CAPN2,COTL1,ADPRHL2,SPNS2,DNAJB12,LMTK3,SHISA7,DPM2,TMX3,HNRNPUL1,DNAJC30,TBL1XR1,TMX1,GPRIN1,UBE2V2,CHMP4B,MATR3,UBE2V1,ZCCHC7,IDI1,ISYNA1,KLHL17,TMEM59L,BTF3L4,CLEC16A,LTBP4,DTX1,FBLN1,CACNA1G,DPP3,ARHGAP12,RAI1,SCUBE1,DPP9,ZMAT5,TBC1D17,QSER1,PRNP,SYT3,CBX6,CPSF6,CBX5,RHBDD3,CBX3,IDH1,PCIF1,IFT122,KLHL23,AZIN1,HIGD2A,DLG1,EFNA2,HOOK2,NASP,HOOK1,GNB2,TCF3,LRP10,COPE,MXD4,USP35,PHTF2,KDM5B,ACADVL,DDX49,MAST3,PRKCSH,CHD6,PSIP1,CHD4,ARHGEF10L,SLC2A3,HMGB1,USE1,LMNB2,LMNB1,ELAVL3,LASP1,EEF2K,YWHAQ,SNAPC2,CASP3,BCL7C,RB1CC1,MYO18A,TOPBP1,USP48,EED,PDPK1,H2AFZ,IQCE,ABHD14B,DDX54,ABHD14A,NAV1,KLF16,EPN1,DNM2,NDUFS8,RCN2,CREB1,AKT1S1,PEX5,TRNP1,B4GALT6,NAT8L,AGPAT5,PDXP,DDX21,HMGCR,AGPAT3,CYTH2,TAF1B,TMEM205,TRA2B,GNA11,MKNK2,NT5DC3,BUB3,VHL,MTA2,CLASP2,RRM2,B3GAT3,NAP1L1,DEK,MEIS3,ACVR2A,SMUG1,SLC4A7,PPP2R2B,FAM131C,ERCC1,ERCC2,BAX,ATP13A2,NAA15,ABCE1,RAN,SSBP4"
+"gene_set_query"	"640"	"DLX6"	"600.0"	"ARCHS4 Coexpression,494;Enrichr Queries,808;GTEx Coexpression,498"	"CPNE5,MYT1L,EHMT2,STMN4,ENO2,FNBP1L,DPYSL5,DPYSL2,FAM110B,STMN1,HABP4,AP1S1,AKT1,KIFAP3,ATXN7L3,SOX4,ANKS1B,SOX5,EPHA5,RBFOX1,MEF2C,CXADR,WSB1,RBFOX2,CACNA2D1,SLC6A15,ISLR2,SOX11,ANK1,BCR,SFRP1,DAAM1,FEZ1,RUFY3,RUFY2,KCTD13,SIK3,TRIM13,ASPHD2,TAGLN3,KCTD17,CTXN1,PFN2,BEX4,NRN1,PDE1B,MAGED1,FOXG1,FLII,NPRL3,PIK3R3,PHYHIPL,SLCO5A1,ACTR3B,ARPP19,APH1A,FAM171A1,PPP3R1,RIC8B,PRPSAP2,TSPAN7,MLEC,CDK17,FZD3,PTPRN2,ARPP21,GPR12,CADM1,BCL11B,H3F3B,BCL11A,ST8SIA2,ST8SIA3,RAB3IP,NR2F1,NETO2,BTBD10,MLLT11,CCDC88A,H2AFY2,ID2,PKIA,PPP1R1B,FAT3,CALM3,LRRN1,FXYD6,C2CD2L,CD200,ARF3,GABRB3,ROBO2,GPR27,WDR47,CSRNP3,SPEF1,GRIK5,GRIK3,MED19,C1QTNF4,JPH4,SERP2,SMPD3,PPP3CA,SIPA1L1,AKAP11,TUBA1A,CAMKV,NEFL,DLGAP3,FEZF2,PSD,CEP68,BRD3,UPF1,PRMT8,ACTL6B,MMD,PARP2,HSBP1,LRRC49,ELMOD1,LRRC40,DUSP6,ITFG1,MLF2,TMEFF1,MN1,ARHGEF9,ZEB2,TUBB2B,TUBB2A,MPPED2,PXDN,ARHGEF4,PLCB1,PAFAH1B3,DBN1,RNF165,MAGEH1,SATB2,WRB,SEZ6,SNX32,CCDC106,NOL4,PAPSS1,TMEM169,PPP1R7,NPY,HSF2,TMEM68,METTL6,NCDN,BRD8,CTNNA2,PAK3,DTD1,ZSWIM5,DYNC1I1,RUNX1T1,RPRM,ARNT2,GABBR1,GABRA3,CRIPT,BLCAP,MZT1,ATAT1,TMEM158,ABI2,NFIA,MORN4,NFIB,KLHL7,FKBP1B,TTC3,FAM171B,CDK5R2,NARF,ZFAND6,CYP46A1,CDH8,NUDT11,NUDT10,RIMS4,ATCAY,CDH2,KIF5C,TUBB3,LZTS1,RGS9,STK32C,FADS1,RGS7,HMGN1,PPP1R16B,KIRREL3,LMO1,RAB2B,ANKRD46,LMO3,LMTK3,TBR1,LMO7,POU3F1,VRK3,POU3F2,SHISA7,POU3F3,FOXP1,PCP4,PREPL,MYCN,DMTF1,UBE2V2,RAD54L2,LY6H,GRIA1,RTN3,KHDRBS2,TSG101,RTN1,COX15,ZC4H2,HPCA,BTF3L4,GPR85,LPL,CACNA1A,BHLHE22,KLC1,CPLX1,CACNA1E,HSPBP1,CACNA1G,SNN,DPP6,EFNB3,NDN,OTX1,SRGAP1,PDZD7,IP6K2,SYT5,MARCH6,GNAO1,REEP1,GNAL,CNOT7,NSG2,CDK5,HOOK2,DLG4,LHX2,HOOK1,UBA2,TCF4,SERINC1,NFE2L1,SCYL3,PRR7,THRA,WDR1,CELF4,CHD6,ELAVL4,CELF5,RND3,ELAVL2,TRO,YWHAQ,LRRTM1,LRRTM2,GDAP1L1,CEP170,EMX1,SVOP,HSDL1,RBM18,DCAKD,RAD23B,KLF16,PJA1,PTP4A3,RCN2,CDH11,DCX,TERF2IP,INA,CAMK1G,SHANK2,NLGN1,HDAC2,NRXN1,USP11,CXXC1,TULP4,CRMP1,RBM4B,TM2D3,JAKMIP1,ADD2,JAKMIP2,MAPK8,GANAB,GNG2,U2AF2,SLITRK1,GNG7,POLR2D,FAM120A,SLIT1,MAPK1,SLC25A23,WASF1,CACNG4,CLVS1,CLASP2,LGI1,SMARCE1,NTRK2,KCNIP2,PCDH7,PCDH8,DTNBP1,ATP2B1,FBXL16,MEIS2,EFR3B,GDAP1,ACVR2A,NELL2,MAPK10,KLF7,PDE10A,PPP2R2C,PPP2R2B,NOVA2,INSM1,SSBP2,PTPN5,KCNK2,CBLN1"
+"gene_set_query"	"641"	"THAP10"	"600.3"	"ARCHS4 Coexpression,653;Enrichr Queries,1114;GTEx Coexpression,34"	"SCOC,SLC35B4,POP7,ARL6IP1,MYT1L,STMN2,PHAX,ENO2,SCAMP5,GCSH,PCMT1,TFG,DPYSL2,MYC,STMN1,LONP1,KIF21A,BTRC,ATP6V1E1,KIFAP3,PRKACB,TRIM23,ANKS1B,SLC12A9,MEF2C,ATP6V1G2,TSPYL1,ACOT7,WSB2,ZFP1,SLC6A15,CD3EAP,ANK2,SCAMP1,HDHD2,GABRG2,ARMC1,EID1,EID2,NIF3L1,DDIT3,DDIT4,VDAC3,UQCRC1,VDAC2,HECA,KDELR2,TAGLN3,TSPYL4,PFN2,ASTN1,BEX4,GPM6A,ANAPC13,DCUN1D5,MTMR9,CEND1,PHYHIPL,TTBK1,MTMR7,MYL12B,PRDX3,NUAK1,INPP5F,TSPAN6,TSPAN7,CHST10,B4GALNT1,TSPAN3,RIMKLA,JUN,MAGEE1,CADM2,PLK2,MYO5A,PBX2,CDC7,NETO2,SNAP91,ZWINT,MLLT11,CCT6A,ID2,SERPINI1,CALM1,CALM2,GABRB2,MOCS2,PIGU,CITED2,ARPC1A,CLTA,MRPL36,SLC7A11,VLDLR,SERP2,NUDCD3,TUBA1B,HINT1,UCHL1,AKAP11,TRIM2,ENC1,KIF1B,GPRASP2,ENOPH1,CCT2,TPI1,ACTL6B,HSBP1,LRRC49,TSC22D3,ZFR,ACTL6A,DYNLL1,TUBG1,DYNLL2,ITFG1,DUSP6,SRP9,MLF2,RHOB,NME1,CNKSR2,TMEFF1,SLC7A5,ARHGEF9,TUBB2A,PSMA4,CDC42EP3,RAPGEF1,ARHGEF1,MAPT,HNRNPH3,SGK1,EEF1E1,MAPRE2,PAFAH1B3,NAPB,DTYMK,PCNA,AMIGO1,ATL1,WRB,PRIM1,GDPD1,COX5A,NAPG,PSMA7,GNAI2,PSMB7,PSMB5,CAMK2N1,ADAM23,SPOP,APBB1,CKB,TRAM1L1,ATP6V0E2,DYNC1I1,CCT5,PURG,PAIP1,CCT4,DYNC1H1,MDH1,MTX2,PTGES3,LSAMP,LHFPL4,MYO9B,NMNAT2,GTF2H5,MZT1,VEGFA,TMEM158,ABI2,MORN4,PSMC1,APBA1,MEGF8,APBA2,TOMM5,CDK5R1,RAB3A,CSE1L,PDCD5,MRFAP1,KIF5C,STK16,COTL1,NRCAM,KPNA2,HMGN2,SH3GL2,RGS7,NSF,RARS2,SLC30A9,SLC38A1,ANKRD46,FBXW11,IGFBP3,TTC7B,RUNDC3B,ATP1B1,ILF2,CLIP3,MORF4L1,DPM2,PREPL,FRMD5,SLC9A6,MORF4L2,EHBP1L1,UBE2V2,SCG5,MATR3,FKBP3,PPIA,GRIA2,COX19,RTN3,NDRG4,BHLHB9,NDRG3,RTN1,RNASEH2A,PSMD14,ARL3,GLO1,BTF3L4,SLC1A4,NTPCR,KLC1,RASGRP2,CORO1A,RTN4,ACAT2,CNN3,SOCS2,EFNB2,ORC6,KIF3A,CAMTA1,KIF3C,WDTC1,PRNP,SYT3,VTA1,SLC4A10,ASNS,DSTN,LSM5,CORO2B,LSM4,PTPRD,RALYL,H1F0,COPS6,SCCPDH,HOOK2,HOOK1,RHEB,REEP2,CNTN1,AAK1,CYCS,SERINC1,COPS8,YWHAE,MCM7,CNRIP1,PRKCSH,CELF4,DPY30,DBI,ARRB2,RND3,ELAVL3,SGCE,NGRN,DUSP12,FSD1L,SCRN1,YWHAQ,LRRTM2,GDAP1L1,PSD3,SUMO2,PMEPA1,WDR7,DNM1L,TNPO1,SULT4A1,EID2B,YWHAG,BCAS2,USP46,SUN2,RFC3,KLF13,GLRX3,ACTR6,VBP1,H2AFZ,LANCL1,H2AFV,ABHD14A,SEPT3,DNM2,DNM3,ARL4C,PTP4A1,RCN2,DNAJC6,TRAPPC6B,CDH10,POLR1B,LANCL2,TERF2IP,INA,PPP1R15A,NLGN1,HDAC2,NDUFB6,FAM169A,TOB1,ADD2,JAKMIP2,MLLT6,MAPK9,CACNG7,GNG3,FAM168B,FAM168A,SV2A,SH3BP2,DNAJB9,SPOCK1,NCAM1,CSK,FSD1,WASF1,POLR2J,ATP9A,CYTH1,POLR2K,UBQLN2,CLVS1,OPCML,CLASP2,BEND6,LGI1,NDUFA8,PPIL1,SLC12A5,RRM2,PPP1R14C,NDUFA4,PRAF2,NAP1L2,EFR3B,GDAP1,TSPAN13,GLRB,SYT11,PSAT1,BRMS1L,FAM131B,OCIAD1,POLR3F,TRIM37,FAM98B,SUGT1,ATXN10,RAN"
+"gene_set_query"	"642"	"ESRRG"	"600.3"	"ARCHS4 Coexpression,722;Enrichr Queries,447;GTEx Coexpression,632"	"MYT1L,ZDHHC5,STMN2,GHITM,RPL8,BACH2,RPS17,TRIM28,KIF21A,EPHB1,NCKAP5,RPS10,ANKS1B,SOX5,PDHX,EPHA4,EPHA7,MEF2C,RBFOX1,LIMCH1,CACNA2D1,MTUS1,ACSL6,ANK2,MOGS,ANK3,ANK1,AFG3L2,SFRP1,RUFY3,AKAP9,UQCRC1,VDAC1,SUCLG1,RPL27,UQCRC2,RPL29,PFN1,RPL28,UBA52,BEX4,GPM6A,TMEM161B,NECAB3,BEX1,FLII,MYCBP2,MRPL16,NEDD4L,ATXN7L3B,PIK3R1,APH1A,APOO,LDHB,PRDX5,FLRT2,RAB11FIP2,SCN3A,HMOX2,BTF3,PTPRN2,CADM1,BCL11B,LRRN3,CADM2,BCL11A,MRPL27,PBX2,PBX1,DCLK1,CS,HNRNPL,OGDH,FAT3,GABRB3,ROBO2,OGFR,COX7B,DAZAP1,CSRNP3,GFM2,GRIK5,GRIK2,ECSIT,PRPF19,COX7C,ROBO1,PCLO,TUBA1A,AIFM1,AUH,TRIM2,DNER,NEFL,SDF4,DLGAP1,NEFM,CTSE,COX8A,UPF1,RPS6KL1,TMED9,LRRC49,MRPS23,MRPS7,SYN3,MLF2,HADHB,TOX3,MRPL50,ZEB2,ARHGEF9,KIT,MPPED2,PXDN,PLCB1,SGK1,TKT,DLD,GAS7,NFIX,MRPS36,SATB1,SATB2,ICA1L,RPL12,AKAP6,UQCR10,ADCY1,COX5B,TRAK1,COX5A,GNAI2,ANKMY2,SAMM50,CHN2,PES1,FLNA,CTNNA2,RPL18,PAK3,RUNX1T1,MDH1,PTGES2,ATRNL1,KIDINS220,LSAMP,SORBS2,PNMA2,SGSM1,NFIA,ABI2,NFIB,SGSM3,NDUFAB1,TTC3,HDGF,TACC2,FHOD3,RAB3C,DGKD,ATP8A1,CTNND2,NDUFA10,BZW2,CYP46A1,RPL10A,SLC8A1,CDH8,IGF1R,GRB14,CDH2,NRCAM,SH3GL2,PLEKHJ1,RPS9,ANKRD46,GPT2,LMO3,MAGI2,TTC7B,LMO7,SDHA,ATP1B1,FOXP4,SDHB,GRIP2,COX6B1,TUFM,FOXP1,HNRNPUL1,RAB35,ELMO1,SCG5,SCG3,TOX,CSNK1G2,SIDT2,GRIA2,LRRC59,RTN1,RAB5C,COX16,NDUFB11,ABHD2,CHRNA7,NTM,ITPR1,LPL,CACNA1A,CACNA1C,SLC9A1,ORC4,SCRT2,DPP6,IRAK1,FUT9,NACC1,PLXNA2,TBC1D14,CAMTA1,CYC1,NDUFV1,MARK3,PLXNA4,ESRRA,KLHDC2,RAP1GAP2,OSBPL7,RAB4A,PDHA1,GOT1,AUTS2,SYT1,IDH2,GOT2,COQ9,PTPRD,GNAO1,DAB1,HOOK2,NBEA,UQCRQ,HOOK1,CNTN1,CYCS,CPE,ACO2,FGF13,EIF4G1,SNAP25,RBM28,SLC25A3,WDR1,PRKCSH,COX4I1,CELF2,CELF4,CHD6,ELAVL4,AFF3,PPP1R9A,ELAVL2,RPL7A,SART1,SEPT9,LASP1,PPP6R1,PSD3,IDH3B,PDE4B,UQCRFS1,ERC2,ACP1,EIF5A,SVOP,PDPK1,SGIP1,ABCC5,PDE4D,NDUFC1,NAV2,EPN1,DNM3,ATRN,TRAF7,VCAN,PTP4A3,DDAH1,EEF1D,GFOD2,NDUFS3,NDUFS2,CDH13,NDUFS1,SLC25A5,SLC25A4,INA,SHANK2,BCAT2,CAMK2B,RNFT2,NDUFB9,NLGN1,SMARCD2,NDUFB5,HDAC1,NRXN1,RAB1B,NDUFB3,TULP4,PDHB,CXXC4,NCALD,DCAF15,GANAB,U2AF2,SLIT1,NCAM1,CSK,MTA2,OPCML,CLASP2,NDUFA9,NDUFA8,NTRK2,NDUFA6,NDUFA5,PCDH9,NEGR1,NDUFA4,PCDH7,NTRK3,CADPS,HIP1R,NDUFA1,ATP2B4,IMMT,PDE4DIP,MEIS2,HNRNPAB,TPD52L2,NELL2,MAPK10,SH3YL1,GALE,PDE10A,PPP2R2B,GLOD4,P4HB"
+"gene_set_query"	"643"	"MYB"	"600.5"	"Literature ChIP-seq,83;ARCHS4 Coexpression,815;ENCODE ChIP-seq,98;Enrichr Queries,1087;ReMap ChIP-seq,121;GTEx Coexpression,1399"	"MT-ND4,GMFB,TFRC,FAM110A,SCAMP4,RABGEF1,PREX1,KRTCAP2,SAMD14,ZFYVE27,RAVER1,DPYSL2,SAMD10,MEF2C,RBFOX2,FNBP1,FRS2,PRKAB1,EML2,SCAMP2,BCR,RFX7,DDIT3,DDIT4,ORAI2,PSME1,TMEM126A,JTB,PSME2,VOPP1,CGGBP1,ATF4,SF1,SET,ABCB6,SHMT2,CDCA4,NPRL2,MRPL18,BAZ2A,MRPL12,GABARAP,RHOT2,LARP1,HSPH1,RDH11,HMGXB3,RHBDL1,HEXIM1,ABCA2,JUN,PRRT2,GSTM1,NCAPH2,EDEM1,ABCA3,BBIP1,ERLIN2,MRPL24,EIF1,SETX,MLLT10,UCK2,QARS,TDP2,PSMG1,PSMG2,GPR19,EZH2,RNF220,ARF4,PIGQ,RPLP0,MRPL36,SNX10,SNX11,BBC3,DDA1,PIGX,PQBP1,MED12,TRMT112,MED14,LMBR1,NKRF,B3GALT1,RPLP2,SH3BGRL3,JAK2,JAK1,APPL1,UPF1,ELOVL5,SPHK2,DUSP1,GSTO1,SLC39A11,SIRT6,JOSD1,MRPL45,MED26,MED29,DUSP6,DDB1,MRPL52,MED22,SLC7A5,MRPL53,SLC7A6,TMEM33,PTRH2,MED20,PXDN,CDC42EP3,RAPGEF1,TUT1,SLC29A1,DSCAML1,ERGIC2,VAMP2,SLC29A2,RNASEK,LIN37,STAU2,URM1,SNX32,CENPB,FAM117B,GGA1,UNK,GGA3,SNX27,PSMB1,MICALL1,FLNA,BID,STX2,MEF2D,EGLN1,MBD6,MCRS1,DAB2IP,BYSL,NUDT21,PSMC5,ABCB10,CCDC9,APEX1,SLMAP,SERBP1,PKN1,CIAPIN1,AGRN,CRAT,FRYL,GZF1,CRLF2,FBXO28,ATN1,PLOD3,TSEN2,YY1,RUVBL2,SESN1,STK16,NUDT19,PIM3,KPNA2,SH3GLB1,CISH,LENEP,CDC25B,FTSJ3,FAM118B,ATXN2L,MSH6,ACLY,SRSF2,PKP4,SLC27A3,SQSTM1,SRSF7,ANAPC1,INO80B,RNASEH2A,PEF1,MAZ,ARL2,CORO1B,RAP1GAP,SAV1,SOCS2,RAP1B,PMVK,G3BP1,SLC38A2,NADK,BRPF1,FUS,TMEM120A,CORO2A,UCKL1,DRAP1,STK24,UQCRQ,MDM4,CNTROB,NOP10,ZNF512B,MCFD2,HSP90AB1,ALAS1,CELF2,SCHIP1,POMT1,PIK3CD,ARRB1,ETFB,ARRB2,AP4M1,ZNRD1,PPP6R1,SUMO3,EIF5A,ACTR2,HSP90AA1,PPP1R12A,SH2D3C,RAD23A,VPS37B,ACTR8,ARFGAP3,MSL1,ARL4C,IMPAD1,PIK3C3,SLC25A5,DCTPP1,SLC25A11,AHDC1,BIRC2,PRPS1,NDUFB8,CANT1,GTF3C4,GTF3C6,PRCC,SRSF1,CXXC1,ZBTB45,SRM,CDC42,ZNRF1,GANAB,U2AF2,TRIM46,SH3BP5,CDC37L1,LRRC8D,HNRNPA1,DRAM2,SLC25A22,EIF4E,EIF4B,SH2B1,GADD45GIP1,NDUFA9,PTPN1,PPP1R14B,HNRNPA3,SEC24B,TRIM41,PPP1R14C,NICN1,CDC5L,RPL23A,HNRNPAB,TSPAN14,SLC25A39,EIF3L,EIF3I,ST7,PDCD4,STUB1,CCM2,PDCD2,EIF3E,P4HB,ATXN10,SMAP2,EIF4A1,CCNK,PLEKHB2,PPAN,ZDHHC6,IFI30,CYB5D1,NUDT4,RASSF1,TRIM28,CCDC97,TRIM27,EPHB2,SLC12A6,ATXN7L3,TBC1D22B,TMPO,FBXO9,SMARCC1,ZFP1,ENTPD4,NSMCE2,NSMCE1,CIRBP,CSNK1D,MOGS,ACTN4,CSNK1E,MFSD11,CDC37,SUB1,ULK2,KCTD12,TMEM87B,L3MBTL2,TBC1D9B,DHX8,SUPT4H1,PTTG1IP,PIK3R1,TTBK2,PGS1,MBTD1,SNX1,SEC14L1,PCBP4,PCBP1,MICAL1,ERI3,B4GALNT1,ZBED4,N4BP1,ATP6V1C1,RAB11FIP5,XBP1,SURF1,INTS1,SURF2,IQSEC1,RCC2,BRI3BP,SMARCA2,MED13L,ID2,INTS5,NDUFAF3,PAF1,INTS7,CALM3,CALR,CALM1,CALM2,TMEM151B,PPP1R11,GPAA1,NAT10,SLC7A11,BMI1,COX7C,HERPUD1,PTMS,PPP3CA,MAP1LC3B,SPTLC2,HYAL2,SSSCA1,QSOX1,RAC1,NANS,CTSE,GIT1,NDEL1,ACAD8,CAP1,GRIPAP1,ACAD9,ANO8,MRPS7,MRPS6,APRT,TOX4,PITPNM1,SLTM,KIT,ARHGEF1,CD47,PABPC1,GLCCI1,PTMA,DBN1,PCNA,MRPS35,SATB1,SATB2,SSNA1,GNAI3,CCDC107,CCDC106,GNAI2,MNT,PGRMC1,EXOSC4,NFIL3,SERTAD2,GPC2,CCT7,PAK2,NPDC1,BCAP31,MAP3K3,GABBR1,YIPF2,SORT1,PNPLA8,VEGFB,PLEKHA6,UBE2G1,MYO9B,AP2B1,DOHH,COX6C,PPP1CA,VEGFA,PER1,ITCH,NUDT8,ZDHHC9,TCEA2,ESYT2,TARDBP,GRINA,OTUD4,SCARB1,CRTC2,MIDN,CD81,ZFAND6,PRDM2,PHRF1,IGF1R,EEF1B2,AMMECR1L,GNPTAB,FAM174B,PPIP5K2,CAPN5,PALM,CAPN2,FAM3C,BAHCC1,ATG9A,DNAJB12,SSU72,TMX4,ADAM15,HNRNPUL1,FAM173A,EHBP1L1,TBC1D25,TBC1D23,RAF1,PPID,RTN2,NDUFB10,DIABLO,UBA5,PDS5A,RASGRP2,NDRG1,TAF5L,RTN4,FUT8,SHARPIN,KIF3B,GRK6,CYC1,TBC1D17,NDUFV1,BCL9L,PRNP,UBE2H,KLHL25,PHF12,VTA1,HMGA1,KLHL22,NUP153,SUPT5H,SSH3,UBE2W,HOOK2,NASP,HOOK1,MKRN1,TAB2,DEGS1,TCF4,TAB1,STT3B,TCF3,UBE2M,CUEDC2,GSK3A,PRR7,DDX49,LDB1,PRKCSH,HP1BP3,CHD4,ARHGEF10L,CHD3,TRIAP1,HMGB1,RND2,RND3,LMNB2,PITPNC1,LMNB1,LASP1,TMEM223,EEF2K,RB1CC1,MYO18A,TIMM17B,LRRFIP1,RBM17,SUN2,RBM14,TBP,PDPK1,RBM18,ABHD14B,ABHD14A,NAV1,UTP18,EEF1G,SFPQ,VCAN,IRF3,NDUFS7,TBC1D5,PEX6,NDUFS5,CAT,MVD,NAA38,CUEDC1,IRF9,TAF9,TGFBRAP1,SLC3A2,RNF7,ACVR1B,ADD1,MAT2A,TMEM205,TRA2B,MKNK2,PTK2B,RALY,MTA2,FBRS,CYTH1,RRM2,NAA10,ATP2B4,LRWD1,MAPK14,RPIA,ERCC3,ERCC1,ACIN1,TAF6,VIM,TAF2,MBTPS2,RB1,RPL4,RPL5,RPL3,TRIO,RPL31,THYN1,STMN3,HNRNPU,ENO2,SMC3,FNBP1L,PHB2,BACH1,BACH2,DCAF7,NUB1,ALCAM,TFG,MYC,CSPP1,STMN1,LUC7L,HOMER3,DIP2C,IER2,NUP214,ACOT7,WSB1,NUP210,PIH1D1,RPL22,WDR74,CD3EAP,GTPBP4,HCFC1,RNF126,DAAM1,RPL27,RPL29,PRR12,DUS3L,PRR14,POM121,NUP205,HIF1A,ANAPC11,MTDH,PRDX2,PRDX5,PPP4C,CHST12,RAD21,BLOC1S2,CEP70,SSR1,PLCG1,ST3GAL1,CEP78,S100A10,BTF3,NAA50,RPL41,CDK19,JUND,ARPP21,H3F3B,HOMER1,PNO1,RDX,IRF2BP1,IRF2BP2,CDC7,PA2G4,NR1D1,PRRC2A,EHD1,HNRNPL,FIBP,HNRNPM,HNRNPF,HNRNPD,HBP1,FARSA,CDC42SE2,OGFR,SETD5,MOCS2,CDKN1B,GMEB2,SETD3,BTG1,PHF23,ASH2L,KRI1,PHF6,RNF157,TRIM8,ING4,UBL5,FAM102B,UBL3,TMSB4X,GPR137,TK2,RIOK1,AP3S1,CIC,ZC3H10,NUDC,TPI1,WDR37,IFNGR2,SSR2,FAM126A,GNL3,BACE1,RNF167,TAF6L,AFTPH,ZEB2,TUBB2A,TCP1,RNF166,SF3B4,GRAMD1A,TIMM9,RPL12,GPS2,WDR24,GRAMD4,ADCY6,FGD4,BCLAF1,RPS3,BRD8,RPS2,RPL18,SF3B1,RPL19,GATC,TRMT1,GTF2H1,TTC9C,SRP68,WDR12,LRPPRC,ZYX,PLP2,NUCB2,ANKRD13B,ANKRD13D,RAB3D,TUSC2,RPL10A,EDC4,ABHD11,GRB14,SLC39A9,RNF19A,CFL1,LAMP2,MAF1,SNRNP35,TMSB10,ANKRD13A,SLC39A3,MEN1,IFNAR2,TLE3,USP8,USP7,RNF44,USP5,RPS5,IGFBP3,GPT2,RPS6,GTF3A,AIP,TRAFD1,THOC5,DGKZ,CACNB1,CTDNEP1,ST7L,PYGO2,CLIP2,ILF3,DGKQ,RAB34,DMWD,ERH,SNRPF,TTPAL,CSNK1G2,SNRPA,FKBP5,FKBP2,SEMA7A,DNMT1,CUL7,CD151,INSIG1,ANKRD11,ANKRD12,ABHD8,AK2,ITPR1,AK3,GOLGA7B,KLC2,BAG5,BTBD2,NACC1,PSAP,ESD,DVL2,SLC15A4,SKIL,MAP2K5,MPDU1,MCL1,ESRRA,ANKRD28,OSBPL9,RAB4A,TOR1A,TRAPPC1,ANKRD27,CCDC12,OSBPL2,FANCE,BTBD9,LSM4,ZZEF1,LSM2,CDK9,COPS5,CNOT1,TADA3,SPIRE2,RNF181,PLEKHM2,GPR107,CNIH2,RNF187,DIDO1,MCM7,WDR1,RNPEPL1,ZC3H4,TRADD,PIK3C2B,RPL7A,DUSP12,PTBP1,ADAMTS3,GM2A,SIN3A,RNPEP,UBTF,WDR6,HIF1AN,TNPO1,TNPO3,CCDC39,RFC3,PLEKHG2,REXO1,GPX1,GPX4,RPL13A,ZFP91,YDJC,COASY,PTP4A2,PTP4A3,DALRD3,TFDP1,TRAF4,DAD1,POLR1B,SSX2IP,RNF31,SMARCD2,LEPROT,TSSC4,WBP1,HDAC1,WBP2,RAB1B,TULP4,HDAC7,AP3M2,FZR1,POLR2A,POLR2E,DNAJB9,CSK,POLR2G,RBBP7,POLR2I,FNIP2,POLR2L,SEC11C,JAZF1,SLC35A2,MLXIP,SPAG7,SEMA4D,SMOX,FBXL19,SEMA4B,PLCL2,FBXL16,PTPN12,OXR1,FBXL12,TNRC6C,KLF7,KLF6,NIN,PFKL,VAPA,PSAT1,IMPDH1,IMPDH2,MGAT4B,TPT1,PFKP,METAP2,SLC35B2,PANK3,IFITM2,ARL6IP1,VARS,SLC35B1,PITPNA,GOLGA2,TIAL1,RPS16,FRAT2,RPS19,FLAD1,GOLGA1,SAP130,LONP1,RPS11,SEPHS2,TBC1D10A,SOX4,TBC1D10B,PTOV1,AP1AR,CPT1C,JMJD8,JMJD6,INPP4A,POR,RRAGC,KATNAL1,XRN2,SIK3,HECA,VDAC1,PFN1,EZR,CBLL1,PFN2,RTEL1,ANP32A,STXBP1,TWF2,FXR1,GNG10,CHTF8,ZNHIT1,CSTF1,ATP6V0A2,MLEC,GSE1,STXBP5,NTSR1,BANP,VASP,VAT1,SRPK2,SNHG1,RABGAP1L,ZRANB2,BCL11B,BCL11A,UBAC2,PUM2,CCDC88C,ANP32E,ANP32B,C2CD2L,BAP1,ITM2C,HBS1L,TOP2B,DAZAP1,UBXN1,SLC35F2,SH3KBP1,CITED2,OLA1,PRPF19,SIPA1L3,COIL,RPTOR,SIPA1L1,GUK1,GLIPR2,XPO5,TMED2,RAB8A,PSD,PSENEN,STRBP,RHOF,LIME1,MLF2,PARP8,RHOB,POC5,HNRNPH1,STRAP,FAM20C,RHOU,ALDOA,KPTN,SGK1,SDCCAG8,DTYMK,ZDHHC20,PRIM1,NOL8,TYMP,HIRA,SHOC2,METTL6,TBL1X,ATP6V0E2,MAP4K4,RANBP2,SUZ12,RANBP3,GBF1,RANBP9,MARS,CAPZA1,STAC2,RAB3GAP2,CDK5R1,KDM1B,CCDC28B,ARHGDIA,FPGS,CHCHD7,COTL1,RALBP1,KDM2A,NOSIP,OCRL,ACYP1,ATP1B1,KCTD5,RSBN1,PRPF6,MYCN,TBL1XR1,FIZ1,XPR1,ATP6V1A,RPS19BP1,LTBP4,DTX4,EFNA4,ADIPOR2,SDCBP,EMG1,UBB,MAN2A2,DNAJC21,EP400,DMAP1,ZC3H13,ANKZF1,MARK2,HSPA8,ACBD6,KLHDC4,CBX4,CPSF1,RHBDD2,SMURF1,PTCH1,IDH1,CWC15,COQ9,EIF2S2,AZIN1,TDRD3,ARHGAP33,EFNA3,COQ2,EFNA2,NR4A3,TMEM115,DLG4,CAPRIN1,DNAJC10,CHMP2A,SAE1,ACBD3,COPE,MUS81,KDM5B,ACADVL,KDM5C,ASNSD1,USP32,YBX1,USP39,ELAVL2,RPS4X,SPRED2,SEPT6,MFSD6,ZC3H7A,CASP3,MCF2L,FLOT1,TMEM108,CASP2,PDE4A,TOPBP1,SCYL2,SCYL1,POLG,KDM6B,USP48,KLF13,H2AFY,H2AFX,RPS3A,ARID1A,ARID1B,DCK,KLF16,DNM2,SUPV3L1,FAM189B,AKT1S1,LUC7L3,B4GALT6,CHMP7,USP14,STOML2,RGS19,STOML1,USP11,OPRL1,WIZ,SPG7,MTIF3,FAM169A,TOB1,U2AF1L4,RMND5B,NXF1,CHSY1,NT5DC2,GNA12,REPS2,PDE6D,ABCF1,MAPK3,ATE1,USP20,BAD,HAGHL,LIMK1,DTNBP1,NAP1L4,SLC4A8,NEURL4,PDE10A,PIK3IP1,CAPN10,RPS6KB2,CDK2AP2,BAX,TBKBP1,PDE7A,RBMX,LPIN2,SSBP4"
+"gene_set_query"	"644"	"GATA3"	"600.7"	"Literature ChIP-seq,88;ARCHS4 Coexpression,776;ENCODE ChIP-seq,94;Enrichr Queries,1020;ReMap ChIP-seq,266;GTEx Coexpression,1360"	"TDRKH,MT-ND4,SCOC,NUP107,GMFB,SLC4A1AP,ITSN1,RBPJ,ZFYVE1,TSEN54,FAM110A,LSM10,PREX1,PSMD6,PSMD7,PPP4R1,CAPNS1,ALKBH1,PSMD3,AKT1,HIST3H2BA,PRKACA,MEF2C,PRKAB2,CXADR,FRS2,RC3H2,EML5,LARS2,DDIT3,CLNS1A,DDIT4,PSME4,VOPP1,SPARCL1,LETMD1,TTYH3,CDCA4,MRPL16,BAZ2A,GABARAP,CYB5R4,LARP1,PRPSAP2,HSPH1,PRKAR2B,RDH13,HEXIM1,EDEM3,JUN,PRPF38B,JUP,CADM1,EDEM1,EIF2AK1,NCAPH2,EIF2AK3,LARP4,MRPL24,MRPL21,PBX1,VANGL2,PKIA,FASN,HYOU1,PSMG2,PKIG,EZH1,FERMT2,ARF3,LRSAM1,PIGT,RPLP1,HEXB,KCNC3,PIGP,PRKAG1,ARHGAP1,CTCF,AACS,NIPBL,ATIC,MED13,PCMTD1,ELOVL4,DUSP1,ELOVL5,SPHK2,ACTL6A,SIRT4,MRPL49,SLC39A11,SIRT6,DYNLL2,DUSP6,SRP9,PGM2L1,DDB2,MED23,DDB1,SLC7A4,SLC7A5,MED22,PSMA1,CDC42EP4,PXDN,RAPGEF1,TMEM106C,TUT1,ERGIC2,VAMP2,LRRC14,OAT,ATL1,ODC1,DLST,SLC7A1,CENPB,PSMB6,NRAS,UNK,PSMB2,AP2S1,LEO1,STX6,ZSWIM6,NCDN,MDH2,UTP3,WNT7B,MBD1,YLPM1,SNX19,PSMC6,TAOK3,PSMC4,ETNK1,SLMAP,TAOK2,PKN1,FRYL,PDCD6,CSE1L,FBXO28,ATN1,CASC3,EIF4ENIF1,LAPTM4A,STK11,FNTA,SCMH1,KPNA6,SH3GLB1,SH3GLB2,IK,SLC38A1,PCYT2,CISH,CTNNBIP1,PPP1R16A,CASD1,PIAS2,LENEP,PIAS1,FTSJ3,MSH2,SRSF2,ARL8A,ANAPC1,LY6E,ANAPC2,RNASEH2A,PFKFB3,UQCRB,MAZ,STK39,ISG20L2,GMPS,FOXO6,LIN7C,CORO1B,SLC9A1,HSP90B1,SOCS2,EIF1AD,RAP1A,MED30,PMVK,G3BP2,E4F1,SLC38A2,LRRC4B,NOP14,ARPC5,CORO2A,FBXO31,LRCH1,STK24,UBLCP1,UQCRQ,SP3,AAK1,MDM2,MDM4,OGT,ITGB1,ZNF512B,ALAS1,HSP90AB1,NUMA1,SCHIP1,PTEN,ARRB1,ETFA,BICD2,ALAD,ZNRD1,PMEPA1,ACP2,MRPL9,EIF5B,BCAS3,TNFRSF19,VPS37C,ARNT,VPS37D,AHSA1,VEZF1,RAD23A,RAD23B,DDOST,ARL4C,HAX1,PIK3C3,SLC25A12,TNFRSF21,BIRC2,PPP1R15A,PPP1R15B,BECN1,CANT1,PPM1L,NDUFB5,MGRN1,SRSF1,PRCC,CXXC1,PARD6G,MLLT3,PPM1D,EHBP1,MLLT6,MTHFSD,ZNRF1,SLC25A28,CCDC85C,KATNA1,PHKG2,NNAT,SH3BP5,BEND3,LRRC8D,FYN,SLC25A23,SLC25A25,ATP9A,UBQLN2,HNRNPA0,CYB5B,PPP1R14B,NOP58,CIZ1,PPP1R14C,TRIM41,NDUFA4,FEM1B,NDUFA2,TXNL1,RPL23A,EXOG,TPD52L2,ATOX1,NELL2,DBNDD1,MYO1B,TSPAN14,PINK1,CDKN2AIPNL,TRIM35,PDCD4,TRIM37,CCM2,EIF3E,ATXN10,EIF3C,EIF3D,TRIM33,SLC25A36,EPHB6,EIF4A2,PPAN,PREP,ZDHHC7,TXNDC12,ACTB,NUDT3,CRKL,CYB5D1,HERC4,HERC3,SNRPD2,SNRPD1,BSG,FBXO3,EIF2D,KIF21A,CCNL1,SEC62,EPHA4,ARSA,ST6GAL1,ENTPD4,ACTN1,ECH1,ENTPD6,CIRBP,ACTN4,CSNK1E,MFSD11,SFRP1,CD2BP2,KDELR2,ULK1,EIF1B,STX1A,SLC45A4,TMEM87B,TBC1D9B,DHX8,TMEM63B,TMEM63C,SLC45A1,CTR9,SUPT4H1,PIK3R2,PIK3R1,PGS1,APH1A,SEC14L1,LARS,PCBP2,HIVEP1,TSPAN5,SEC31A,BBS1,XBP1,INTS1,SMARCA5,MICAL3,DCLK2,SMARCA2,PTK2,MED13L,EXT1,ICK,MSRA,SNW1,ID2,WNK2,INTS5,RANBP10,SDC1,INTS4,DHX29,CALM1,CALM2,RGL2,DDR1,HERPUD2,NRP1,HIBADH,SUV39H1,PAK1IP1,INTS10,ICA1,PTPRK,AATF,COX7C,PTPRF,PTMS,HERPUD1,PPP3CA,ARV1,ACTR1A,MAP1LC3B,OTUD6B,ENC1,UIMC1,SDF4,ARIH1,RAC1,CTSF,CTSD,NDEL1,PCYT1A,MMD,MRPS25,ACAD9,MRPS23,NCOA4,MRPS2,ANO6,SYP,COMMD1,TMEM150C,SREBF2,CTTNBP2NL,ENAH,RAP2B,CSDE1,KIT,CANX,FAM32A,CRELD1,PABPC1,STK40,AHCY,MRPS35,SATB1,STX16,STX18,CRIP2,SERTAD4,FAM172A,OS9,ORMDL3,HEATR6,EXOSC2,PAK2,EXOSC1,CCT5,PEX16,NPDC1,NPM1,TMUB1,PLEKHA6,COX6C,VEGFA,NUDT9,GPAM,TTC5,CCNG2,TCEA1,HDGF,TARDBP,GRINA,DPAGT1,MIDN,SYS1,WWC1,PEBP1,UBE2Z,CYP46A1,CELSR2,IGF1R,FAM174B,CAPN2,BANF1,BAHCC1,SBF2,MORC3,SLC30A9,DIMT1,DNAJB12,SDHD,POU3F1,TMX4,ADAM15,HNRNPUL1,EEF1A2,WDFY1,ANKS6,UBE2V1,RAF1,TBC1D19,TMED10,COX16,RBM8A,CACNA1B,SLC1A4,NDRG1,RTN4,CACNA1H,CNN3,NCKIPSD,RAI1,KIF3B,DHRS7B,H1FX,KIF3C,BCL9L,YARS,IVNS1ABP,PRNP,FDPS,UBE2H,PDHA1,CRIM1,DSTN,KLHL24,SSH3,GCLC,HOOK2,APPBP2,HOOK1,GNAQ,GNB2,UBA3,CNTN1,GNAS,MKRN2,STT3A,GNB4,TAB3,DEGS1,AMOTL2,DEGS2,LSM14B,LSM14A,GALK1,PICALM,PHTF2,DDX49,PODXL2,LDB1,DDX47,ATP2A2,CHD4,CHD3,CHD2,RND3,PITPNC1,PPP1R9B,EEF2K,BCL7A,GATAD1,LRRFIP2,ARHGEF12,PLA2G4E,NCBP2,TBC1D9,SYNGR3,YWHAZ,EEF1G,ACOX1,PEX3,EEF1D,PPDPF,NDUFS5,NDUFS3,NAA38,ACOX3,ZMYND11,IFT46,CUEDC1,INA,GOSR2,DDX20,SLC3A2,RNF7,ACVR1B,CLCN3,CYTH3,TAF1D,DNPEP,MTA1,RAB40C,MAT2A,OXCT1,TRA2B,TDG,GNG7,RALY,CRYM,TIMM8B,TTC14,RBM39,TTC13,RRM2,ATP2B4,MAPK14,ACVR2A,USF1,SOD1,SMUG1,CLCN7,GOLPH3,PNKD,ASB8,CARM1,POLE3,FAM131A,ASB6,FAM98B,VIM,SUGT1,RBM45,CLUAP1,TAF2,VPS29,CLPB,EPRS,SMC3,ALCAM,ZMIZ1,MYC,RPL35,AP1S1,PIP4K2B,RPL37,IER5,IER2,DDX18,WSB2,DAPK1,PIH1D1,RPL23,SCRIB,ATG12,TARS2,RPL27,RPL26,ALG10B,TSPYL4,RPN2,CTBP1,MAPKAP1,XPC,SLAIN2,HIF1A,PRDX2,NCSTN,PPP4C,BLOC1S1,RRS1,VPS11,SSR1,PLCG1,ST3GAL1,HMOX2,S100A10,FDFT1,CDK17,BRAP,H3F3B,PLK2,RDX,IRF2BP2,PRRC2C,UPF3B,NR1D1,PA2G4,PRRC2B,WDR55,HNRNPL,EHD1,SLC6A6,SQLE,NPLOC4,HNRNPK,GIPC1,PPT1,CDK16,CDKN1C,BTG1,CDKN1B,PHF23,SETD7,CLTC,ADK,CLTB,TCF20,WDR45,SMG5,TMEM189,FAM102B,UBL3,TMSB4X,RARS,ENSA,GPR137,AP3S2,PLEKHN1,AP3S1,JARID2,TCF12,WDR34,TERF2,WDR35,COPZ1,RNF168,KIFC2,TET3,GARS,PLCB1,TKT,GAS8,PCYOX1,SF3B4,RPL12,TIMM9,USO1,HSPA13,TM9SF4,ADCY6,FAM129B,PAPSS1,SRP72,PPP1R8,SC5D,RPL15,RPL18,RPL19,SF3A2,BRF1,CSNK1A1,ELP2,GTF2H1,ELP3,SRP68,DHRS1,SYNJ2BP,HIPK1,KTN1,RNF145,NFIA,NFIB,TMEM39B,TMEM229B,FAM49B,CTNND1,CLSTN1,RPL10A,BZW2,CLU,TM7SF2,PPP1CC,ABHD11,MAEA,RNF19A,CFL1,SLC39A6,SMARCAD1,LZTS2,TLE4,IFNAR2,TLE3,RAB2B,CSNK1G3,ANKRD49,ANKRD46,RPS7,USP3,IGFBP3,TPM1,F2R,IGFBP2,RPS6,THOC7,CTDNEP1,PYGO2,TOM1L2,CLIP1,RAB31,RAB34,SNRPG,SNRPE,FKBP4,MAD1L1,SNRPB,ANKRD17,FAM114A2,INSIG1,ABHD2,AK1,TARS,KLC1,HMBOX1,BAG4,KLC2,PSAP,NACC1,DVL2,DVL3,SRGAP1,MCL1,MAP2K6,AP1M1,OSBPL9,EIF2B5,AKIRIN2,CCDC12,POLR3GL,SEC16A,TRAPPC4,TMEM132A,DHCR24,BTBD9,MARCH5,LSM4,LSM3,COPS4,CNOT4,NSFL1C,REEP5,CNOT2,SPIRE2,NF1,GPR107,NF2,CNOT8,BCL2L1,EIF4G1,SLC48A1,LMBR1L,WDR1,DUSP12,PPP6C,RPL7A,PTBP1,SNRNP70,SGCB,RNPEP,TLK2,TNPO1,EIF2B1,ZFP91,PLRG1,REXO2,COASY,PTP4A1,PTP4A2,TRAF7,PTP4A3,ASPH,TRAF4,CTDSP2,RPL37A,EVL,SOS1,RNF31,NFAT5,SMARCD2,RNF34,EI24,RAB1B,SEMA3F,AP3M1,STOX2,ABLIM1,FZR1,ABLIM3,PUF60,DNAJB6,SNRPB2,RBBP6,POLR2H,UGGT1,POLR2K,CACNG4,MLXIP,PPIL2,TXNRD1,SEMA4B,SEMA4C,DDHD2,RPL35A,PTPN12,RAD52,MARCKS,KLF6,POLR3B,IMPDH1,VAPB,MFAP3,POLR3E,RAB18,RUNDC1,DRG2,TPT1,VEZT,PANK3,ARL6IP1,ZMYND8,FCF1,RAPGEFL1,PNN,FLAD1,FTH1,ARL6IP5,DZIP1L,DENR,BTRC,RPS11,SEPHS2,SOX4,AGFG1,TBC1D10B,RPS12,SRRM3,AQR,ARRDC1,ARRDC3,SLC11A2,MTUS1,COG1,MRPS18A,ACSL3,MAPK8IP2,JMJD6,SRRM1,TIAM1,POR,RRAGA,ZW10,CRYZL1,SIK1,SUCLG1,EZR,AURKAIP1,CBLL1,TMEM161B,IGSF3,DCUN1D5,CSTF3,NMD3,APCDD1,MYL12B,UGCG,DGUOK,SGPL1,SCFD1,PRRC1,PDCD10,CSTF1,GSE1,TNRC18,BANP,ATP6V0A1,SRPK2,SNHG1,BCL11B,BCL11A,SYNRG,PYCR2,CCT6A,ADCK1,ADCK5,RPS20,RPS24,CC2D1A,ITM2B,ITM2C,HBS1L,GFM1,TRAM1,AHCTF1,UBXN1,HIP1,SLC35F2,CITED2,ZFAND2A,FAF2,MYL6B,SIPA1L2,SPPL3,HINT1,XPO1,PCF11,CHMP1A,TMED2,RAB8A,TOP3B,PRMT6,PRMT5,ZER1,PARP1,TSC22D3,ZDHHC16,UCHL3,ZDHHC17,TOPORS,MLF2,RHOB,NFX1,PACS1,FAM20B,SGK1,CSTB,NOL7,AKAP8,AKAP7,AMN1,ANKMY2,APBB2,APBB1,MAP4K5,RANBP1,PTGES3,RANBP9,KBTBD4,MARS,CAPZA2,CTNNB1,FAU,MEGF9,KDM1A,NDUFA12,FBL,PAIP2B,BASP1,FAM162A,RALBP1,KDM2A,ANGEL2,SHISA5,KCTD3,ATP1B1,KCTD5,DPM2,DPM3,TMEM136,MYCN,PHOSPHO2,PRPF6,CHMP4B,MATR3,AMPH,ZCCHC8,RPS19BP1,PXN,BTF3L4,EFNA4,ARHGAP12,EFNB2,SDCBP,DPP9,EP400,ZC3H14,MARK2,DNAJC19,HSPA9,HSPA8,KLHDC4,ACBD4,CBX4,HSPA4,TBCD,DNAJC13,TBCA,COQ7,SMAD5,NFKBIA,EFNA3,DLG1,EFNA2,DLG4,DLG5,JMY,BLMH,BRWD1,SAE1,LRP11,MUS81,SCYL3,KDM5B,ACADVL,DOCK9,NVL,USP32,DBI,YBX1,SEPT9,SPRED2,SEPT7,PPP2R5E,FLOT1,MFSD1,TMEM109,USP30,SCYL1,KDM6B,MAPK1IP1L,JAGN1,ABCC5,PDE4D,SPATS2,RNF208,OXSR1,ARID1A,LATS1,DDAH1,TRAPPC6B,CDH10,PFDN1,CDH13,HAGH,PFDN4,CHMP6,B4GALT5,USP15,RGS16,USP12,ETFDH,PDXP,TOB1,DLL1,RMND5B,FAM168A,NT5DC3,FAM120A,PDE6D,REPS2,MAPK1,BUB3,CAMK2G,ABCF3,REPS1,LGI1,BAD,USP22,ZFC3H1,HSPE1,USP28,MEIS2,SLC4A7,SLC4A8,RPS6KB1,PIK3IP1,CAPN10,RPS6KB2,ATP13A3,SSBP1,LPIN2,SSBP3"
+"gene_set_query"	"645"	"SKOR2"	"602.0"	"ARCHS4 Coexpression,332;GTEx Coexpression,872"	"TDRKH,MAPKBP1,CNTFR,VARS,STMN3,ENO2,TRIM28,DPYSL5,IGLON5,DPYSL3,KIF21B,TBC1D10B,SRRM3,SRRM4,CSNK1D,SCRIB,CSNK1E,SOX12,MAPK8IP2,MAPK8IP3,PISD,HCFC1,MAPK8IP1,NISCH,BCR,FLYWCH1,TTLL12,KCTD17,OBSL1,TRIM11,LLGL1,TELO2,UNC119B,PAXIP1,PIK3R2,DHX30,PTDSS2,NKAIN1,FAM171A2,PCBP3,HLTF,DHX37,SURF6,TNRC18,PIP5K1C,B4GALNT4,PRRT2,INTS1,RAB3IP,SETD1A,IRF2BP1,MICAL2,UPF3A,MEX3D,PRRC2B,PRRC2A,TMEM198,SMARCA4,NPLOC4,LAS1L,FASN,SUGP2,CSRNP2,PTPRS,KCNC1,FAM57B,GRIK5,PIGQ,DIRAS1,GRIK2,NAT14,SMG5,PTMS,SHF,TRIM9,MMP24,PCLO,RAC3,CIC,FEZF2,APC2,UPF1,BRD2,DUSP8,SREBF2,PDRG1,SLC7A4,TUBB2B,RPUSD1,PGAM5,MAPT,SFI1,DBN1,PAFAH1B1,STAU1,ADAM22,ADCY1,CENPB,CAMKK2,GLRA2,ARVCF,MICALL1,UBTD2,MGAT3,GPC2,SRSF12,MBD3,BRF1,DAB2IP,AP3D1,SCAF1,LETM1,BOP1,MYBBP1A,KIF26A,TAOK2,HDGF,PKN1,MEGF8,CDK5R1,ANKRD13B,ARHGAP39,PHRF1,CELSR3,IPO4,SLC8A2,TMEM145,RIMS4,STK11,TUBB3,KHSRP,FBRSL1,PIM3,MAP3K9,SBF1,PPFIA3,SH3GL1,PIAS4,ADAM11,LMTK3,KCTD2,POLRMT,LEMD2,POU3F2,PIAS2,RNF40,DISP2,ATXN2L,PCP4,GPRIN1,MADD,PGP,ABCG4,BRSK1,BRSK2,CUL3,MAZ,CACNA1B,CACNA1A,KRBA1,CACNA1H,CACNA1G,PHF21B,SCRT2,KLC2,IRAK1,GRK6,NACC1,SRGAP3,KIF3C,VARS2,LRRC4B,CBX6,ZFHX2,AUTS2,CBX2,ARHGAP33,NSG2,LRFN1,REEP2,UBE2O,CNTROB,TCF3,LSM14B,RNF187,GPSM1,ZNF512B,KDM5C,PODXL2,POMT1,MAST1,CELF3,HMGB3,CHD3,PKD1,PHTF1,LMNB2,ELAVL3,PPP1R9B,POLB,ZC3H7B,PPP6R2,SNAPC4,DGCR8,EVI5L,TNPO2,GALNT9,TRIM67,DGCR2,PELP1,ARHGEF11,REXO1,USP42,RANGAP1,KLF16,SEPT3,FAM189B,ALS2,DNAJC5,NAT8L,THOP1,SSX2IP,HDAC5,NLGN2,DDX25,POLDIP3,NRXN2,WIZ,CRMP1,MLLT1,FOXK1,LRP3,PPM1E,CXXC4,STRN4,CACNG7,PARD6A,NCLN,CCDC85C,VPS53,SPOCK2,GNA11,NCAM1,FBRS,SLC12A5,TRIM41,PCDHGC4,FBXL19,USP22,CABLES2,NEURL4,SBK1,NOVA2,TBKBP1,MDGA1,CBLN1"
+"gene_set_query"	"646"	"ZNF682"	"603.7"	"ARCHS4 Coexpression,223;Enrichr Queries,999;GTEx Coexpression,589"	"TMEM41B,ZDHHC5,HNRNPU,ENO2,EPRS,GABPB1,FNBP1L,RCBTB1,RNF112,CAPNS1,MPRIP,ZMIZ2,DPYSL2,FAM110B,PSMD3,STMN1,LONP1,AKT1,PRKACA,ATXN7L3,SAMD10,SOX4,CALN1,SRRM3,CXADR,WSB1,ACTN1,CIRBP,MOGS,SCRIB,SOX11,ANK3,ACTN4,MAPK8IP3,SND1,TIAM1,PPA2,DAAM1,SUB1,RUFY2,DDIT4,ULK3,HECA,CCDC84,PFN2,TBC1D9B,FLII,MTMR4,OAZ1,MBTD1,APH1A,PPP3R1,PRPSAP2,GPM6B,ZSCAN18,B3GALNT1,JUN,WDR59,CADM1,GPR12,INTS1,BCL11A,SS18L1,PBX2,UPF3A,CDC7,PRRC2A,MLLT11,HNRNPL,TDP1,ID2,GIPC1,ANP32E,CALR,RBAK,CALM2,ITM2C,ARF3,OGFR,TRMU,TOP2B,DAZAP1,KCNC3,DIRAS2,ICA1,GRIK2,PRPF19,PHF6,HSPB11,SMG5,EPM2AIP1,TRIM9,MRPL42,PCLO,SPTLC1,CSRP2,TRIM2,ZMYM5,ZMYM6,ENC1,DHX15,ANXA6,SDF4,CIC,RALGPS1,ZIK1,ZC3H10,GRIPAP1,UPF1,TMED9,MRPS25,PARP2,MINK1,DUSP6,SRP9,MLF2,CNKSR2,ENAH,SLC7A5,INF2,KIFC2,IVD,MPPED2,KIT,PXDN,MTF2,RAPGEF1,CD47,GLCCI1,ARHGEF2,SGK1,ERGIC1,RNF165,PRIM1,ADAM22,SEZ6,AKAP7,NAPG,CENPB,FAM129B,GNAI2,HIRA,ARVCF,CHN2,PES1,CLPTM1,MFN2,FLNA,ANKRD52,YKT6,SRSF12,RIC3,AGK,SNX22,SCAF1,RAB11B,SKI,KLHL9,ATAT1,PRPF39,NFIB,KLHL7,TAOK2,NUCB1,HDGF,ESYT2,PKN1,PNPLA6,GRINA,MTCH1,CRCP,ATP8A1,ZFAND3,FMR1,UBE2D3,HDLBP,UBE2Z,ABHD12,NUDT10,PAIP2B,SALL2,LAMP1,CDH2,KIF5C,BASP1,ARHGDIA,SLC39A7,SBF1,SH3GL2,BIVM,MAP2K2,ANGEL2,F2R,TSC1,KCTD6,DISP2,MSH6,CTDNEP1,ACAP3,MORF4L1,CACNB4,HNRNPUL1,RPL7L1,EHBP1L1,RAB35,MAPKAPK2,TBC1D24,UBE2V2,ANKS6,SRSF3,CHMP4B,MATR3,SNRPE,TOX,SRSF6,FKBP3,PDE9A,CSNK1G2,GLYR1,ANAPC2,LRRC59,NDRG4,RAB5C,INSIG1,MAZ,BTF3L4,LIN7C,FBXO44,CSF2RA,SUPT6H,RAP1GAP,SOCS2,SBNO2,BAG4,ORC6,IRAK1,DVL1,BTBD2,NACC1,MBIP,SRGAP3,NAE1,MYH10,MARK2,WDTC1,ESRRA,TMEM120B,PRNP,PNPT1,CBX5,AUTS2,MARCH9,EEF2,LSM5,MARCH6,PTPRD,YRDC,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,NFE2L3,PLEKHM2,PLXNB2,TCF4,FGF13,LRP10,NFE2L1,EIF4G1,PICALM,ZNF512B,KDM5C,GSK3A,PPP1R13B,RBM26,DOCK3,WDR1,PRKCSH,CHD6,SLC2A3,HMGB1,ZFP82,GPHN,ELAVL2,ELAVL3,PPP1R9B,MFSD8,SEC61A1,SART1,SEPT9,LASP1,BCL7A,SUMO1,ZC3H7B,SNRNP70,PPP6R1,MCF2L,PSD3,SUMO2,UBTF,LRRFIP1,GAL3ST3,EID2B,MAPK1IP1L,SUN2,REXO1,KLF13,PDPK1,ACTR6,PLA2G4B,RAD23B,PTBP2,KLF16,DNM2,DNM3,TRAF7,PTP4A3,CREB1,UBE2R2,ALS2,TRAPPC6B,POLR1B,DNAJC5,LUC7L3,PPP1R12C,SLC25A14,CAMK2B,RNFT2,HDAC2,SMARCD2,CANT1,RAB1B,RBM4B,FURIN,SPG7,ATP1A1,DCAF15,STOX2,ABLIM1,MAPK8,GANAB,U2AF2,VPS53,FAM120A,FEM1C,CSK,MTA2,EIF4E,FBRS,CLASP2,CDC42BPB,TTC19,NELL2,CLCN7,KLF6,MARCKS,CDKN2AIPNL,CARM1,MGAT4B,POLR3F,OCIAD1,PDCD4,ACIN1,VPS45,P4HB,SUGT1,SSBP2,METAP2"
+"gene_set_query"	"647"	"ZBTB47"	"604.3"	"ARCHS4 Coexpression,931;Enrichr Queries,617;GTEx Coexpression,265"	"IPO13,ISCA1,HDAC11,CISD1,TESK1,NUDT3,DCAF6,GCSH,NDST1,RUSC2,MPRIP,DPYSL2,DPYSL3,AKT3,CCDC92,DIP2C,PRKACA,SCAPER,GLUL,EPHA4,AQR,MEF2C,LIMCH1,CACNA2D1,PRKCE,CD3EAP,MAPK8IP3,MAPK8IP1,EML4,DYNC1LI2,BIN1,FEZ2,DDIT4,TYRO3,HECA,KCTD12,TLN2,TRIB2,TTYH3,TSHZ3,TARSL2,CD99L2,PIK3R1,APH1A,ABR,FXR2,ERI3,MAP4,PIP5K1C,ST3GAL3,RAB11FIP5,FIS1,ABCA2,JUN,SNAPIN,CADM1,DMPK,IQSEC2,IQSEC1,PDE2A,SNHG6,HNRNPL,EHD1,UCK1,HNRNPF,OGDH,ITM2C,CDKN1C,HBS1L,NRP1,MOCS2,PIGU,SETD3,HIP1,CCDC127,CITED2,DIS3L,CCDC124,AATK,AP2A1,PTPRF,ACTR1A,KIF13A,NCS1,TIMP2,KIF1B,TK2,CIC,GIT1,CTSB,PSD,ITPK1,SIRT2,MLF2,RHOB,NCOR2,ZEB2,MRAS,PACS2,CDC42EP3,PXDN,FAM20C,MAPRE3,PABPC1,GAS7,NFIX,AKAP6,UQCR11,CENPB,TM9SF4,GNAI2,ADCY5,AKAP1,PPP2CB,MNT,CAMK2N1,LMAN2,GPC1,MFN2,ANKRD52,NCDN,MEF2D,PAIP1,SORT1,CRIPT,DAB2IP,TTC1,SNX21,DOHH,SORBS1,GTF2H5,GRIN1,LRRC20,LYRM2,FABP3,PSMC3,NFIA,NFIB,CAPZA1,TAOK2,TSR2,PKN1,MEGF8,HDDC2,PHLDB1,NDUFA12,ATN1,IGF1R,PAIP2B,CFL2,KIF5B,HCFC1R1,PALM,DENND5A,KPNA4,SLC16A2,LZTS2,SBF1,MEN1,FBXW4,SEMA6C,FBXW11,TPM1,SHISA4,DYRK1B,FRMD4A,ZCRB1,VASH1,FOXP1,CACNB1,CLIP2,TOM1L2,ACAP3,DOK5,EEF1A2,ERP29,SBDS,SNRNP27,SRSF9,RTN2,BRSK1,PFKFB3,ARHGEF25,AK1,HPCA,UBR3,ARL2,NTPCR,NDRG2,KLC2,BTBD1,DVL1,CAMTA2,RPRD1A,NDUFV3,BCL9L,TBC1D16,WDTC1,DNAJC19,PRNP,POLR3GL,UROS,TNK2,CRIM1,HOOK2,RHEB,HOOK1,DLG4,SPIRE1,PLXNB2,MAP3K10,PLEKHM2,ACO2,OSBPL1A,NFE2L1,BCL2L2,MXD4,B4GALT2,THRA,PRKCSH,SCHIP1,MAST2,FHL1,CHD6,ATP2A2,NENF,SOBP,PKD1,NGRN,PTBP1,DUSP12,FSD1L,SGCB,ZC3H7B,BCL7B,RNPEP,MYO18A,CASP2,PMEPA1,SPEG,DGCR6,EVI5L,YAF2,TAPT1,KDM6B,USP47,DST,VBP1,AKTIP,H2AFV,NAV1,NAV2,DUSP26,SEPT5,ARL4C,PTP4A2,PPM1B,VCAN,PTP4A3,RABEP1,SNPH,NDUFS5,NUP50,CTDSP2,C1D,CRY2,PFDN1,ZMYND11,NAT8L,CUEDC1,PPP1R12C,RBM24,SLC25A4,DCTN6,NDUFB9,NFAT5,NDUFB8,SMARCD3,NLGN2,ATF6B,LRP1,GTF3C6,VPS4A,WBP4,LRP3,SRL,TTL,ADD1,DNAJB2,STOX2,FAM168B,DNAJB5,MKNK2,POLR2F,SPOCK1,NCAM1,FEM1C,POLR2I,SLC25A23,PDLIM7,RWDD1,TUB,NTRK2,PCDH9,NDUFA5,TAF13,NDUFA4,NDUFA3,ATP2B4,PDE4DIP,PTPN11,FBXL16,CDC42BPB,KLF7,NECAP2,PINK1,KLF6,TEF,VAPB,BRMS1L,RAB12,ERCC5,VIM,GPD1L,PFKM,METAP1"
+"gene_set_query"	"648"	"ZXDA"	"605.0"	"ARCHS4 Coexpression,719;Enrichr Queries,574;GTEx Coexpression,522"	"EIF4A2,RPL4,VEZT,TRIO,JMJD1C,CBLB,BACH2,ALKBH8,ALKBH3,ALCAM,HERC1,SNRPD2,ZMIZ1,SNRPD1,ALKBH1,DPYSL2,MYC,AKT3,EPC1,ARFIP2,EIF2D,EPC2,CCNL1,IER5,SOX4,TBC1D10A,EIF2A,SOX5,ACVR1,FNBP4,MED1,EPHA4,MEF2C,SCAF11,TSTD2,FNBP1,CACNA2D1,NSMCE2,ARRDC3,RECQL,MTUS1,CD3EAP,JMJD8,RC3H2,FAM133B,RRAGB,WDR82,ZSCAN21,DDIT4,KCTD13,YME1L1,HECA,SIK1,ASPHD2,ALG10B,KCTD18,TRIB2,SF1,BEX2,L3MBTL2,NEDD4L,XPC,PIK3R1,ANAPC11,FAM160B1,NUAK1,RHOT2,WDR70,TSPAN7,HIVEP1,RDH14,TRPM7,HIVEP2,ST3GAL1,N4BP1,JUN,BCL11A,PLK2,H3F3A,IRF2BP2,PUM1,SMARCA1,PHC3,SMARCA2,PBX1,MED13L,AIMP1,TADA2B,STAG1,ZBTB6,ZZZ3,WNK1,CCDC88C,FBXL3,DHX29,FAT4,FERMT2,CPEB4,ITM2C,NRP1,PIGU,SMG1,BTG1,CDKN1B,SH3KBP1,CITED2,SETD7,CTCF,SLC7A11,VLDLR,MED17,RPTOR,UBL5,MED14,PCLO,AKAP11,MED13,SLC22A17,TRIM2,KIF13A,DHX15,ANXA6,TCP11L2,RIOK2,GPRASP1,RRP15,GABPA,APPL1,PCMTD1,JAK1,CEP68,PSENEN,PBRM1,SHPRH,MRPS27,TPI1,STRADA,TSC22D3,ANO6,NUTF2,ASH1L,DYNLL1,DUSP6,SRP9,MLF2,RHOB,ZEB2,PRPF18,PSMA4,PITPNM1,PXDN,EXOC4,RAPGEF1,WAC,ARHGEF1,SGK1,LRRC14,NFIX,SATB1,TIMM13,SCAF8,GGA3,PSMB5,GPC4,TBL1X,SRSF10,ANKRD50,MEF2D,SF3B1,MAP4K3,MAP3K3,PCGF6,BRF2,MTX3,TRAPPC10,PCGF3,RPA1,HIPK1,SCAF4,VEGFA,KLHL9,RSL1D1,ABCB10,NFIA,NFIB,RAB3GAP2,ESYT2,TRIP12,PKN1,RAB3GAP1,DBR1,NAB1,CEP120,LTN1,UBE3A,COX6A1,SRP14,TATDN1,SMCHD1,CAPN7,BASP1,CWC22,PIM3,PPP1R16B,NOM1,KDM2A,IGFBP3,DYRK1A,UBE4A,ATP11B,RNF41,COX6B1,GPD2,EHBP1L1,RAB35,PPIG,SNRPF,SQSTM1,ANAPC1,RAI14,DDX6,CUL5,CUL3,COX7A2,NDRG1,PITRM1,ZKSCAN3,SKIL,MCL1,SMAD1,PRNP,SMAD4,ASNS,BFAR,DNAJC13,KLHL24,SMAD5,KLHL20,PTPRD,SLC7A6OS,HOOK2,NBEA,TMEM115,HOOK1,UBE2S,COPS2,JMY,CNTN1,SERINC1,LSM14A,OGT,COPE,CREBZF,PRKCSH,CELF2,CHD6,PPP1R9A,CHD2,AFF4,DUSP12,ZC3H7A,MDK,LRRTM1,PSD3,SUMO2,PDE4B,UBTF,TLK2,PMEPA1,UTP15,SUN2,KLF13,NUP133,TTC33,PDPK1,DYNLT3,PDE4D,ATRX,IQCE,ARNT,ARHGEF18,ZFP91,RABGGTB,ARID1B,LATS1,ARL4C,DDX19A,PTP4A3,PIK3CA,SETBP1,SYF2,CTDSP2,NDUFS5,NUP54,BIRC6,SOS1,CHMP7,NFAT5,PPP1R15B,GTF3C3,NDUFB8,RRN3,ROCK1,WBP1,TGFBRAP1,LRP6,MLLT6,GNA13,TAF1D,FZR1,SH3BP5,REPS2,FEM1C,RBBP6,POLR2G,ROMO1,EIF4B,CYTH1,SMARCE1,NOP56,TIMM8B,USP24,SEC24B,PTCD2,NDUFA4,CNBP,FBXL19,MID1IP1,FOXJ3,HAGHL,FOXJ2,CDC5L,RPRD2,DEK,ACVR2A,CABLES2,PNRC1,SLC25A38,KLF6,SNRK,GOLPH3,RPS6KB1,PIK3IP1,SPRY2,EIF3E,TRIM32,EIF3A,MBTPS2,TPT1,TAF1,METAP2"
+"gene_set_query"	"649"	"NKX63"	"605.5"	"ARCHS4 Coexpression,661;GTEx Coexpression,550"	"STMN3,ENO2,SCAMP5,RNF112,SAMD14,IGLON5,BSN,CALN1,UNC13B,SRRM3,SRRM4,ATP6V1G2,UNC13A,RBFOX3,UNC5A,CACNA2D1,PTOV1,ANK3,VWA5B2,MAPK8IP3,PISD,MAPK8IP1,NISCH,TIAM1,GPR162,STX1B,CARHSP1,TRIM11,STX1A,LLGL1,PAXIP1,PDXDC1,RPN2,TMEM63C,STXBP1,TRANK1,TMTC1,SYNGR1,PCBP3,PCBP4,RAD21,B4GALNT1,RHBDL1,CADM3,PRRT2,PTPRN2,ICMT,SS18L1,SURF4,MICAL2,L1CAM,TMEM198,SQLE,FASN,HYOU1,SERPINI1,CDK14,PCSK2,DDR1,GABRB2,TMEM151B,KCNC1,PTPRN,DIRAS2,GRIK2,WASL,AACS,SHF,TRIM9,MMP24,PCLO,TRIM3,KIF1A,GRIPAP1,UPF1,SYP,MANEAL,DYNLL2,SREBF2,BACE1,TMEM179,MED25,PITPNM1,SLC29A1,MAPRE1,SFI1,ARF5,GRAMD1B,ADAM22,SLC7A1,CAMKK2,ARVCF,CHN2,MGAT3,SC5D,PURG,GOLM1,DAB2IP,NMNAT2,PNMA2,RIMBP2,SARM1,YPEL4,CDK5R2,SCARB2,CHPF,UBE3C,CRTC1,CLSTN3,TUSC3,CELSR3,SLC8A2,RIMS1,TMEM145,FADS2,SLC39A7,SH3GL2,FADS1,NOMO1,GTF2I,CHRNB2,PDIA3,TLE2,APLP1,ADAM11,CASK,KCTD2,FOXP4,DISP2,ACAP3,ACLY,TMX4,GPRIN1,MADD,EEF1A2,ERP29,ANKS6,SCG3,ABCG4,GLYR1,RTN4R,NDRG4,BRSK2,INSIG1,CACNA1B,CACNA1A,FOXO6,CPLX2,SEZ6L2,FBXO44,ACACA,CACNA1H,GLIS2,GOLGA7B,NEUROD2,IGSF21,SCRT2,PCSK1N,KLC2,KIF3B,FUT9,NDN,SRGAP3,PDZD7,CD276,RAP1GAP2,TMEM120B,SYT4,FDPS,TMEM132A,DHCR24,CLK4,SYT7,GNAO1,GNB2,GNB1,CNTN1,GNAS,PI4KA,CPE,UBA1,DHCR7,CNIH2,MAP3K12,LRP11,ZNF512B,SNAP25,DAGLA,MAST1,CELF3,PKD1,ELAVL3,POLB,PPP6R1,MCF2L,PSD3,WDR6,SLC37A4,NEO1,GALNT9,TRIM67,SVOP,ATP6AP1,PPP2R5B,LSS,ALS2,CDH10,TRNP1,LUC7L3,MVD,CAMK2B,HCN3,NRXN2,ATP1A1,HMGCR,ACVR1B,ADD2,ABLIM1,GANAB,VPS53,SPOCK2,GNA11,NT5DC2,TRIM46,RBBP7,FNIP2,ATP9A,CACNG4,OPCML,SEC11C,CHGA,KDM4C,SLC12A5,KCNJ11,PCDHGC4,MID1IP1,CADPS,ATP2B2,MEIS2,SBK1,FAM131C,RAB15,VAPB,MGAT4B,POLR3F,CDR2L,RGS11,P4HB,INSM1,MDGA1,CBLN1"
+"gene_set_query"	"650"	"OLIG1"	"606.3"	"ARCHS4 Coexpression,686;Enrichr Queries,579;GTEx Coexpression,554"	"GMFB,HDAC11,STMN2,STMN4,NUDT3,ACTB,GCSH,PREX1,RASSF2,DPYSL2,DPYSL3,PIP4K2A,GOLGA7,GLUL,ANKS1B,HES6,KCNK10,MMD2,SOX11,HDHD2,MAPK8IP1,DYNC1LI2,ASPHD1,FEZ1,DDIT4,KCNQ2,TYRO3,SPARCL1,PRR18,LLGL1,TSPYL4,ASTN1,GPM6A,ADCYAP1R1,NRN1,TTYH1,SDC3,PHYHIPL,AGAP1,CEND1,SLAIN1,APCDD1,NKAIN2,FAM171A1,TSPAN7,TSPAN3,RAB11FIP4,GPM6B,LHPP,S100A10,ABCA2,CDK19,JUN,CADM4,PTPRN2,CADM2,BCL11A,NR2F1,DCLK2,GADD45G,ID2,FXYD6,COL9A3,LRRN1,RNF220,ITM2C,CDKN1C,DDR1,PIGU,HIP1,GDI1,GRIK3,AATK,SHD,RNF157,TRIM9,TUBA1A,CHL1,SLC22A17,TRIM2,DNER,ENC1,TIMP2,NEFL,KIF1A,CTSF,ENOPH1,APC2,PCYT1B,TSC22D1,ITPK1,TCF12,NIPA1,MED29,DUSP6,MTSS1,SIRT2,MLF2,RHOB,RGMA,TMEFF1,RAP2A,TUBB2B,ZEB2,TUBB2A,PACS2,PXDN,MMP17,ARHGEF4,RHOU,MAPT,SGK1,DSCAML1,GAS7,CSTB,CLDND1,PHLPP1,WRB,ADAM22,PTN,CENPB,CST3,PPP2CB,TCEAL6,CAMK2N1,CKB,ATP6V0E2,MAP4K4,ARNT2,GABBR1,LSAMP,KLHL2,TTC9B,SNX22,VEGFA,FABP7,TTLL1,TSR2,FAM171B,PKN1,APBA2,TMEM229B,HDDC2,SH3GL3,CTNND2,COX6A1,CLU,PAIP2B,ATCAY,KIF5C,TUBB3,BASP1,KIF5B,PALM,ADORA1,DENND5A,NRCAM,LZTS1,FADS1,DSCAM,IGFBP3,MAGI2,APLP1,IGFBP2,SHISA4,ATP1B2,ATP1B1,POU3F2,POU3F3,SHISA7,CLIP3,CLIP2,OLFM1,ACAP3,FRMD5,OLFM2,RAB31,LIX1,FSCN1,PKP4,LY6H,LY6E,FKBP5,RTN3,SHC2,RTN1,KHDRBS3,ABHD2,NTM,TMEM59L,GPR85,LPL,CACNA1A,BHLHE22,NDRG2,NDRG1,CPLX1,RAP1GAP,ENHO,IGSF21,DPP6,DEAF1,KIF3C,LRRC4C,LRRC4B,PRNP,ACBD5,SYT1,WSCD1,TNK2,TBCB,ADAP1,GNAO1,QDPR,HOOK2,LHX2,HOOK1,CNTN1,CNTN2,CSPG5,NACAD,DHCR7,SLC48A1,YWHAE,PODXL2,THRA,PRKCSH,CHD6,NRGN,DUSP12,GRM5,SEPT7,PSD2,LRRTM2,PHACTR3,PDE4B,EVI5L,CCDC50,USP46,PDPK1,NAV1,SEZ6L,EPN2,PTP4A2,GAP43,VCAN,PTP4A3,CTDSP2,LANCL2,BCAT1,NLGN3,CAMK2B,NLGN2,LRP1,RGS16,TULP4,CXXC1,CRMP1,NRXN2,DLL1,NCALD,CACNG7,TFPT,FAM168A,PTPRZ1,GNG7,NNAT,POLR2D,SLIT1,SPOCK1,NCAM1,CRYM,CACNG4,NTRK2,LINGO1,MARCKSL1,TRIM41,PCDH9,SMOX,MID1IP1,NTRK3,PCDHGC4,B3GAT1,HAGHL,PCDH8,PCDHGC3,HIP1R,PTPN11,NELL2,NFASC,FMNL2,PPP2R2C,PPP2R2B,SYT11,PSAT1,FAM131B,ERCC2,CDK2AP1,VIM,INSM1"
+"gene_set_query"	"651"	"ZNF696"	"608.0"	"ARCHS4 Coexpression,694;Enrichr Queries,381;GTEx Coexpression,749"	"SLC35B2,SLC35B4,POP7,SMARCB1,ZMYND8,EHMT2,FCF1,HNRNPU,WDR83,PHAX,EPRS,RPL8,HS6ST1,TSKU,ACTB,ALKBH8,SCAMP4,SCP2,TRIM28,RPS19,OPHN1,ZMIZ1,DPYSL5,SNRPD1,MYC,FTH1,RPL36,IER5,SOX4,IER2,MED1,ZFP1,PAQR4,SLC6A15,BOLA1,WDR74,CD3EAP,SCRIB,SOX12,MIF,CPT1C,GTPBP4,FAM133B,NIF3L1,EID2,GRWD1,ZSCAN21,DDIT4,ORAI2,TTLL12,KCTD12,KCTD15,SLC45A4,TTYH3,AARS2,DHX8,PIK3R1,RRP7A,ABR,FAM171A2,LARP1,DHX33,WDR70,RRS1,DHX37,SURF6,GSE1,TNRC18,RDH13,PATZ1,ST3GAL1,SLC19A1,ST3GAL2,JUN,FZD3,JUND,ST8SIA2,SLC35E3,IRF2BP1,PTK2,TMEM198,SMARCA4,EXT1,PCDHGA11,ZBTB6,ZZZ3,ARMC10,H2AFY2,RPS29,FASN,ID2,RPL27A,NMT1,GTF2IRD1,RNPS1,ITM2B,AARS,FBXL6,ITM2C,MRPS17,PIGU,DAZAP1,CITED2,MRPS12,PRPF19,PFAS,BBC3,RPTOR,TRIM8,TUBA1A,RIOK2,JARID2,UTP14A,RRP15,ZIK1,PRMT6,DFFB,DFFA,RPS6KL1,TSC22D1,PRMT1,MRPS2,AEN,ANO6,BAZ1B,TERF2,DUSP6,COMMD5,DUSP7,MLF2,NCOR2,SLC7A5,SIKE1,TUBB2B,KIFC2,PTRH2,SDHAF1,PXDN,PGAM5,ARHGEF2,SGK1,PTMA,FJX1,LRRC14,TRUB2,NFIX,TOMM40,NOL7,FAM129B,NOL6,MNT,EXOSC4,TMEM169,TCOF1,PES1,PPP1R8,HSF1,FLNA,MGAT2,RPL18,EXOSC2,MBD3,DYNC1H1,CENPV,SF3A2,PCGF2,GINS4,GATC,ELP3,WDR12,NLE1,GATAD2A,VEGFA,BYSL,KLHL9,ATAT1,KBTBD4,BOP1,XPOT,NFIA,MYBBP1A,SARM1,PKN1,AGRN,FAM49B,ANKRD13B,DBR1,MIDN,CRCP,NARF,ARHGAP39,TSEN2,FBXO22,HDDC3,IPO9,ATCAY,TUBB3,RUVBL2,MAF1,BIVM,TPM4,FBXW8,FOXP4,POLRMT,ATAD3A,CDC25B,ILF3,ZFP41,HNRNPUL2,RPL7L1,SCN8A,MRTO4,FSCN1,FIZ1,MAPKAPK5,MAD1L1,LY6E,PFKFB3,CCDC24,MAZ,NDRG1,ORC5,ORC6,PITRM1,ZKSCAN3,DVL2,PLXNA1,E4F1,H1FX,NDUFV3,MCL1,BCL9L,AP1M1,PRNP,KLHDC4,UBE2I,CPSF1,CBX4,API5,PTCH1,CBX2,TRAPPC5,ASPSCR1,ZBTB12,AZIN1,LRFN3,SLC7A6OS,LRFN4,HOOK2,NASP,HOOK1,UBE2S,SPIRE2,TADA1,TUBGCP4,BCL2L1,MXD4,RERE,USP36,PODXL2,PRKCSH,ZC3H3,WDR4,CHD6,ZFP82,TRIAP1,RND2,GPHN,LMNB2,MRPL4,DUSP12,PTBP1,SPRED2,PPP6R2,OPA3,SNAPC4,NUP62,UBTF,NPTN,PMEPA1,KDM6B,RBM14,PDPK1,DDX55,H2AFX,RPL13A,NAV1,PLRG1,ARID1A,YWHAZ,REXO4,DDOST,EPN1,FAM189B,PTP4A3,RCN2,TRAF4,EEF1D,DDAH2,CTDSP2,POLR1B,RPL37A,DNAJC9,THOP1,RNFT2,GTF3C4,SRC,GOSR1,TGFBRAP1,MAK16,RPL36A,CRMP1,ZBTB45,SLC3A2,FOXK1,ASAP1,CLCN2,NCALD,CYTH2,SRR,DNPEP,TMEM203,PUF60,RBBP5,MKNK2,POLR2D,DROSHA,FEM1C,TRIM44,MARCKSL1,PTCD2,RRM2,TRIM41,QPCTL,SGTA,HAGHL,CYHR1,LYSMD1,PDAP1,LRWD1,HNRNPAB,KLF6,ASB6,POLR3F,SPRY2,RBM42,TRIM32,POLR3K,MBTPS2"
+"gene_set_query"	"652"	"POU5F1"	"609.8"	"Literature ChIP-seq,27;ARCHS4 Coexpression,650;Enrichr Queries,1038;ReMap ChIP-seq,126;GTEx Coexpression,1208"	"NUP107,POP7,IFT172,POP4,ITSN1,TSKU,CAPNS1,RAVER1,DPYSL3,AKT1,PRKACB,FNBP4,ATG3,FNBP1,CACNA2D1,FRS2,PRKAB1,LARS2,DDIT3,ZC3H11A,DDIT4,JTB,ATF4,SET,SHMT2,CDCA4,NPRL2,MEPCE,PDGFA,BAZ2A,RHOT2,LARP1,PIP5K1A,PIP5K1C,RDH13,HEXIM1,JAG2,JUN,JUP,EIF2AK3,NR2F1,LARP7,PBX1,TBL3,VANGL2,PKIA,FASN,SFXN3,SFXN1,LGMN,KCNC3,SNX12,ARHGAP1,SNX11,OSBPL11,BBC3,DDA1,MED17,SHF,SMPD3,MED14,SMPD4,NEFL,DLGAP3,ENOPH1,DLGAP4,APC2,SPHK2,DUSP1,SLC39A11,SLC39A10,BAZ1B,MED26,DUSP6,TOMM40L,DDB1,MED23,TMEFF1,MED22,SLC7A5,MED25,PLSCR3,MED21,PXDN,RAPGEF1,PAFAH1B3,PAFAH1B1,SAMD8,LIN37,URM1,WRB,DLST,CENPB,ADAM23,SPOP,STX2,ZSWIM4,JAM3,CENPT,ATAD1,MBD3,MBD6,GOLM1,MCRS1,DAB2IP,TARBP2,ARCN1,NUDT21,RABIF,MYBBP1A,SNX16,CCDC9,SNX17,SHKBP1,SLMAP,PKN1,AGRN,YPEL5,YPEL4,CRLF1,YPEL3,FRYL,GZF1,MTCH1,MTCH2,PDCD6,ATN1,MPV17L2,FBXO22,UROD,NUDT19,MAP3K7,PIAS4,ATP11A,ZCRB1,SRCIN1,LENEP,CDC25B,MSH6,ACLY,MSH2,SMS,SRSF4,SRSF6,SLC27A4,LY6E,INO80B,IREB2,RAP1B,IGSF21,G3BP1,G3BP2,ZKSCAN3,SMYD2,IP6K1,SAC3D1,ZKSCAN1,NEK9,FUS,HPS3,UCKL1,DRAP1,YRDC,ARPC3,NACA,SP3,CLPTM1L,LRCH4,OSBPL1A,OGT,NOP10,ISY1,NUMA1,NRGN,AP4M1,ZNRD1,SPR,ACP2,PGLS,EIF5A,ACTR6,TNFRSF19,RABGGTB,RABGGTA,ARL4C,PCCB,TOP1,BCAT1,GAPDH,BCAT2,PRPS1,BECN1,UHRF2,SRC,ROCK2,SRSF1,SRI,TSPAN31,MLLT6,ZNRF1,U2AF2,NNAT,TRIM46,IGF2BP3,E2F4,HNRNPA1,PCDH1,DRAM2,UBQLN4,TRIM44,GADD45GIP1,NTRK2,TRIM41,FEM1B,MID1IP1,PCDH8,HNRNPAB,CABLES2,MCM3AP,TSPAN14,SYT11,ST7,PDCD4,STUB1,EIF3C,BCAR1,TRIM33,SLC23A2,SMARCAL1,NUDT2,ACTB,NUDT3,NUDT4,HERC4,TRIM28,TRIM24,EPC1,TRIM26,EIF2D,EPC2,ATXN7L1,TRIM27,SNRPD3,ATXN7L3,SMARCC1,ALG9,ATP6V1G2,ARL15,ACTN1,CIRBP,ISLR2,MOGS,ACTN4,CSNK1E,BCS1L,PPA1,CDC37,KCNQ2,TRIM13,KCTD18,CCDC84,SLC45A4,NRN1,AARS2,DHX8,GIPR,DHX9,SLC45A1,FBF1,CEND1,GSPT1,PGS1,MBTD1,SYNGR1,HLTF,KCNN1,B4GALNT4,XBP1,SMARCA2,SMARCA4,EXT1,ZBTB6,CALY,PTK7,CDC16,FBXL3,CALR,FBXL5,SUGP2,FBXL6,SUGP1,DHRS13,MRPS15,MRPS12,GRIK3,NAT10,NAT14,PTMS,THTPA,AKAP12,SYNCRIP,MAP1LC3B,NUDCD3,RAC3,SDF2,NANS,GIT1,PCYT1B,MRPS24,MRPS23,CACYBP,TFB2M,SREBF2,TOX4,TOX3,RAP2B,KIT,CANX,UFC1,ARHGEF1,PTMA,DYNC1I2,AHCY,MRPS35,GBA,HSD17B4,COX5B,COX5A,GNAI2,ORMDL3,DYNC1H1,MON2,SORT1,VEGFB,TTC1,COX6C,PEX14,YIF1B,VEGFA,SGSM1,NUDT9,KLHL5,TTC5,SGSM3,KLHL7,HNRNPA2B1,CACHD1,CCNYL1,TCEA1,PNPLA6,TACC2,SRP19,CRTC2,NARF,COX6A1,SRP14,CELSR2,EEF1B2,NARS,PCID2,MORC3,FBXW11,TMOD3,DNAJB12,UBE4A,POU3F1,SDHA,POU3F2,SDHB,POU3F3,DHDDS,EEF1A1,ADAM19,ADAM15,GPRIN1,EHBP1L1,WDFY1,TBC1D24,ANKS6,TBC1D25,PPIH,RAF1,SIDT2,DDX5,NDUFB10,UBA5,HTRA2,CACNA1C,PLD3,CNN3,SHARPIN,DHRS7B,TBC1D13,TBC1D17,QSER1,SYT5,YARS,SYT3,UBE2H,NUP155,UBE2B,NUP153,CNOT10,SYT7,HIGD2A,HOOK2,NASP,HOOK1,UBE2S,MKRN1,GNAS,GNB4,UBE2O,AMOTL2,TCF4,TCF3,UBE2K,FGF11,UBE2M,MXD4,PHTF2,CUEDC2,DYRK3,LDB1,RND2,RND3,LMNB2,PITPNC1,LMNB1,LASP1,EEF2K,MYO18A,SUN1,PDPK1,CAD,NAV1,SYNGR3,EPN2,EEF1G,CRY2,ACOX3,MAN1B1,OTUB1,RRN3,SLC3A2,NT5C2,AGPAT3,ADD2,AGPAT4,POLD3,CYTH2,GNG3,GNG7,MKNK1,MKNK2,TRA2A,BNIP2,PTK2B,MTA2,CRYM,RPP14,FBRS,MTA3,ATF7IP,RRM2,EYA3,SSRP1,USF1,GALE,UFM1,TEF,ERCC1,CARM1,ERCC2,SUGT1,GPATCH1,HNRNPU,HNRNPR,EPRS,PHB2,GLS,ZMIZ1,CSPP1,AP1S1,DDX17,DDX18,PRKCI,WDR74,GTPBP6,SCRIB,ARMC1,ARMC6,WDR82,ADPRH,TARS2,VPS25,VPS28,ASTN1,LRPAP1,NUP205,SEH1L,CTBP2,XPA,PRKCZ,GJC1,LDHB,WDR70,LDHD,VPS11,NRBF2,ST3GAL2,LHPP,FDFT1,CEP78,PRELID1,ICMT,PHC1,HOMER1,SETD1A,IRF2BP1,POU6F1,WDR55,HNRNPL,EHD1,HNRNPM,MEX3A,HNRNPF,HNRNPD,PPT1,HNRNPC,FARSA,FARSB,GABRB3,CEP57,PHF3,SETD5,WDR47,CDKN1B,PHF23,DENND1A,SETD7,GPT,ASH2L,WDR45,SMG5,UBL3,MTG1,RARS,PLEKHN1,CIC,JARID2,RRP15,UBL7,CEP68,SHPRH,EXOC7,NUTF2,WDR34,NCOR2,TAF6L,ZEB2,TUBB2B,NCOR1,KIFC2,MTF2,KIFC3,TKT,GAS7,GRAMD1A,GRN,USO1,ADCY1,WDR24,FGD1,FGD4,NSD1,PPP1R8,USP1,SLC17A7,CKB,DEDD,PCGF6,WDR18,PCGF2,SYVN1,GATC,HIPK1,SCAF4,OSTM1,NFIA,NFIB,PLP2,TMEM39B,ANKRD13B,RAB3A,GTF2B,AUP1,IPO4,TM7SF2,IPO5,SLC8A2,PPP1CC,NPEPPS,RIMS4,SALL2,CFL1,PLEKHJ1,GTF2I,SLC39A3,KCMF1,MAGI1,TLE4,TLE3,MAP2K4,USP8,RAB2B,USP7,SUPT16H,MAP2K1,RALGAPA1,VASH2,GTF3A,THOC1,FRMD4B,PGD,LEMD2,THOC6,PYGO2,ILF3,EBNA1BP2,RAB34,PGP,SNRPG,PHIP,ADNP,FKBP4,SNRPA,CSNK1G2,FKBP5,IFNAR1,FKBP2,RAB5B,PHB,UBR5,PLXNA2,DVL2,DVL3,SRGAP3,MAP2K7,SRGAP1,MCL1,EIF2B5,TRAPPC3,EIF2B4,OSBPL7,AKIRIN1,RAB4A,RAB4B,CCDC12,POLR3GL,OSBPL2,TRAPPC5,M6PR,TRAPPC9,SCRT1,COPS6,COPS5,DAB1,LHX2,CNIH2,BCL2L2,BCL2L1,MAP3K12,DIDO1,MCM7,WDR1,ZC3H3,AP1G2,NOB1,VPS72,AP1G1,WDR5,PHACTR3,WDR6,TNPO1,TNPO2,GAL3ST3,TNPO3,ADAMTS7,IDH3A,PLEKHG2,RPL13A,TFDP1,DNAJC7,DNAJC6,POLR1B,CTDSP2,HDAC2,HDAC1,EI24,VPS4A,PDHB,TTL,HDAC7,NFS1,DNAJB6,POLR2A,HECTD3,DNAJB5,RAB23,VPS52,POLR2E,VPS54,ASCC2,POLR2J,POLR2L,SLC35A2,PPIL2,FBXL19,AMFR,FBXL16,FBXL14,ASXL1,TNRC6C,PSAT1,RAB15,P2RX2,RAB12,DRG1,DRG2,CEBPZ,PPIL4,SLC35B2,IFITM2,ZMYND8,CISD1,GBA2,HS6ST1,HS6ST2,RPS15,NFU1,RPS14,RPS17,FRAT2,RPS16,RPS19,KAT5,FLAD1,RPS18,LONP1,ARFIP2,RPS11,SEPHS1,BTRC,TBC1D10B,ARRDC1,ARRDC3,COG3,COG2,COG1,MAPK8IP2,MAPK8IP3,TWSG1,ZW10,ATP6V0D1,OBSL1,RTEL1,DCUN1D5,CSTF3,DCUN1D1,LIAS,UGCG,ZNHIT3,MLEC,GSE1,TNRC18,RALGDS,VASP,VAT1,SLC35E3,PUM1,RPS26,RPS27,FUBP3,RPS20,RPS21,TECPR1,C2CD2L,UBXN1,CITED2,SLC35F2,GFM2,SLC44A2,ZFAND2A,ZCCHC14,COIL,XPO1,SEC61G,CHMP1B,SEC61B,UBXN4,RAB8A,RALGPS2,PSD,PSENEN,TOP3B,ZYG11B,CBR1,TMED9,ZER1,PARP1,GP1BB,PARP2,PPHLN1,PPRC1,MTSS1,VAV2,MLF2,UGDH,MPND,FYTTD1,PTGER1,NOL7,NOL9,RFNG,TCEAL8,CST3,HIRA,ZDHHC18,METTL6,MYEF2,MTX1,NFYB,PTGES2,GBF1,GINS4,XPO7,SORBS1,MPP6,PDP1,KBTBD4,NBR1,MPHOSPH6,NDUFA13,KDM1A,MRFAP1,LZIC,CWC27,CCDC28B,HCFC1R1,FPGS,AZI2,RALBP1,PHYH,KDM2B,SHISA4,LIG3,ATP1B2,SHISA7,RSBN1,MYCN,PRPF3,DAP3,RPS19BP1,EFNA4,EFNB2,EMG1,UBB,ZMAT2,ZMAT5,LONRF2,BPTF,MPST,KLHDC2,KLHDC3,KLHDC4,PNPT1,CBX4,RHBDD2,CBX2,NONO,IDH1,CBX1,EIF2S2,COQ5,EFNA3,COQ2,EFNA2,CAPRIN1,CHMP2A,SKIV2L,SAE1,BRWD1,ZSCAN2,MUS81,KDM5B,THRA,CBY1,YBX1,RPS4X,CASP9,SPRED2,FLCN,SPRED1,CASP3,MCF2L,SNAPC3,MFSD1,CASP2,RBM5,KDM6B,H2AFY,H2AFZ,H2AFX,PPP2R5B,RPS3A,PPP2R5D,PPP2R5C,SEPT5,DNM2,FCHSD2,DDAH1,IGDCC4,DDAH2,CDH10,AKT1S1,CDH13,KDM3A,STOML2,KDM3B,STOML1,NRXN2,PDXP,ATP1A1,THBS3,GNA13,TBRG1,UGP2,SAP30L,BUB3,SNCB,KDM4A,KDM4C,LIMK1,CYHR1,SLC4A8,PPP2R2B,PPP2R2D,CDK2AP1,MDC1,MT-ND4,EHMT2,UXS1,EHMT1,RBPJ,TSEN54,SCAMP5,LSM10,SCAMP4,RABGEF1,SAMD14,KRTCAP2,PSMD7,IGLON5,PSMD1,GABARAPL2,HES6,RBFOX1,RBFOX2,CSNK2A1,DNTTIP2,EML1,EML2,SCAMP3,UQCRC1,SPARCL1,LETMD1,TTYH1,AGAP2,MTMR9,COPS7B,ABCB8,SLCO5A1,AAAS,MRPL12,OAZ1,GABARAP,MRPL10,MRPL20,CYB5R1,RHBDL1,EDEM3,CADM3,PRRT2,MRPL28,FAM136A,MRPL24,MRPL21,SNUPN,EIF1,MLLT11,SETX,MRPL30,MLLT10,UCK2,UCK1,TDP2,EZH1,GPR19,EZH2,ARF3,PIGO,HEXB,GPR21,PIGQ,RPLP0,HEXA,MRPL38,MRPL39,MRPL36,MRPL34,PQBP1,TRMT112,LMBR1,TUBA1A,MRPL40,TMEM43,RPLP2,LYPLA2,DFFB,DFFA,PGAM1,ACTL6A,MRPL49,RRAS2,LRRC40,ELOVL6,MRPL48,MRPL45,MRPL44,MRPL53,PSMA1,CDC42EP4,CDC42EP3,TUT1,SLC29A1,VAMP2,LRRC14,STAU1,SRRT,SEZ6,GGA2,GLRA2,GGA3,UNK,TCOF1,PSMB3,LEO1,RPS27A,EXTL3,MEF2D,SRSF11,USP9X,UTP3,ATRNL1,STAT2,LRRC28,GATAD2A,TMEM60,FABP3,PSMC1,SERBP1,UBAP1,RPL22L1,CSE1L,UBE2D3,ZBTB22,SMCHD1,STK11,ATCAY,SESN1,RUVBL1,PMPCB,PIM3,KPNA2,SLC16A2,KPNA3,AP2M1,SH3GLB2,SLC38A1,PPP1R16A,UBE2E1,SARS,PRPF4B,ZBTB34,FOXP4,FOXP1,SAP30,LIX1,SLC9A8,FSCN1,SNRNP200,KPNB1,ANAPC1,NSMAF,PFKFB2,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,STK39,UBFD1,GLIS2,SOCS2,ATXN2,PORCN,STK38,THEM4,E4F1,SOCS7,SLC38A2,ZBTB17,TIA1,GOT2,EEF2,ZC3HC1,STK25,NFE2L3,MDM4,NFE2L1,MDM1,SLC25A1,SLC25A3,HSP90AB1,CELF1,SCHIP1,POMT1,ARRB1,MRPL4,CAPZB,SUMO1,SUMO3,ERC1,MDP1,EID2B,PELP1,DGCR2,HSP90AA1,DST,ARNT,RAD23A,VEZF1,DDOST,PPM1B,NPC1,SLC25A19,SNURF,BIRC6,SLC25A5,PPP1R12B,SLC25A12,SEC22B,SLC25A11,MET,SLC25A4,AHDC1,BIRC2,GTF3C1,PPP1R15B,GTF3C3,NDUFB8,SEC23A,LRP1,GTF3C5,PRCC,MAK16,CXXC1,NDUFB2,FURIN,ZBTB45,CXXC4,PPM1E,GANAB,PARD6A,FCHO1,BEND3,SH3BP5,SLC25A22,ATP9B,SLC12A2,PPP1R14B,SLC12A5,NICN1,FOXJ2,LYSMD1,RPL23A,MCOLN1,BAIAP2,P4HB,SLC25A36,EIF4A2,EIF4A1,PREP,KEAP1,THUMPD3,TXNDC12,CCNC,THUMPD1,IFI30,CYB5D1,CCAR1,RASSF1,CHORDC1,KIF21A,CCNL2,KIF21B,EPHB2,SLC12A6,EPHB1,PELO,SLC12A9,CALN1,ARSA,ST6GAL1,PAQR4,ZFP1,ENTPD6,ANK2,MIF,ANK3,ANK1,SFRP1,FNDC4,CCNY,CD2BP2,ULK1,GCDH,TMEM87B,PIK3R4,PIK3R2,PTTG1IP,UBE2J2,APH1A,SNX4,DHX32,DHX33,PCBP4,LARS,DHX35,DHX37,HIVEP1,SYMPK,DHX38,SURF6,HIVEP2,RBM12,ZBED4,CTSA,LRRN2,RCC2,XRCC1,PAICS,SNW1,ARMC10,ID2,PPP1R1B,INTS5,LRRN1,INTS7,CALM1,RCOR2,AARS,CCDC120,PTPRS,USPL1,PPP1R11,FAM57B,GPAA1,PPP1R10,CCDC124,INTS10,TECR,BMI1,AP2A2,PTPRF,HYAL2,ENC1,NCS1,MLX,REV3L,ARIH2,SSSCA1,KIF1A,CTSF,CTSE,VKORC1,NCOA5,ZFR,ANO8,COMMD3,MRPS2,ANO6,MRPS7,RGMB,COMMD7,COMMD4,COMMD5,PDRG1,RGMA,ENAH,MN1,CSDE1,CRELD1,CD47,DBN1,STK40,STX16,SATB1,SATB2,HEATR1,STX18,CRIP2,NEDD8,CCDC106,CAMKK2,MNT,PAK1,ARVCF,EXOSC4,SAMM50,SERTAD2,CAMK2N1,HSF2,GPC2,GPC4,EXOSC2,CCT4,NPDC1,NPM1,PLEKHA1,YIPF3,TMUB1,MIB2,UBE2G1,NPM3,MAD2L2,PER1,KIF26A,NEDD4,DPAGT1,FHOD3,SCARB2,MIDN,KLHL34,FAM174B,KHSRP,CAPN5,KIF5A,EP300,BANF1,ARID2,BAHCC1,SBF2,RGS9,PPFIA3,SH3GL2,LMTK3,LMTK2,MID1,TANC2,FAM173A,GPD2,GEMIN7,UBE2V1,RTN2,RTN3,NDRG4,NXPH4,KLHL17,SLC1A4,PDS5B,PSEN1,SUPT6H,RTN4,RPF1,FUT9,KIF3A,CAMTA2,CYC1,NDUFV2,NDUFV1,BCL9L,ZFHX2,KLHL25,KLHL26,PHF12,ECD,HMGA1,DSTN,KLHL24,KLHL20,RCL1,GCLC,APPBP2,PHF13,LSM14B,RBM28,GSK3A,DDX46,PRKCSH,MAST1,DDX42,HMGB3,PSIP1,CHD5,CHD4,ARHGEF10L,TRIAP1,CHD2,MEA1,PPP1R9A,PPP1R9B,YWHAQ,BCL7C,BCL7B,TIMM17B,YWHAG,RBM17,RBM14,ARHGEF12,EED,NCBP2,PLA2G4E,ABHD14B,ARHGEF18,TBC1D9,ABHD14A,GLRX2,DDX52,YWHAZ,UTP18,CREB3,VCAN,LMBRD1,CREB1,IRF3,NDUFS7,GORASP2,PEX3,NDUFS6,PEX6,TBC1D7,NDUFS3,NDUFS2,NAA35,NDUFS1,NUP54,INA,IRF9,DCTN6,DCTN2,DCTN1,GOSR1,TGFBRAP1,DDX23,PARN,CRMP1,HMGCR,MAT2B,ACVR1B,CLCN3,HMGCL,MAT2A,TAF1C,BMS1,ATP2B2,SOD2,CHFR,RPIA,IRGQ,CLCN6,GOLPH3,SBK1,ASB6,TAF6,VIM,MBTPS2,LNX2,CNTFR,RPL5,RPL3,RPL31,STMN2,STMN3,ENO2,FNBP1L,RPL8,BACH1,RPL9,MYC,CDK20,RPL38,DIP2B,IER2,MED1,ACOT9,ACOT7,UNC13A,RPL21,WSB2,PIH1D1,RPL22,CD3EAP,SOX11,SOX12,MED6,DYNC1LI1,CLPP,TYRO3,RPL27,RPL29,UBA52,PRR14,CDC42SE1,MAPKAP1,NEDD4L,NOLC1,VPS26B,HIF1A,PRDX2,PRDX5,PPP4C,PRDX4,RIC8B,PRDX1,RAD21,CDK17,RPL41,CDK19,FZD3,ACD,JUND,H3F3B,RAB3IP,MTHFR,PA2G4,PRDX6,GPN1,PRRC2B,TMEM198,THAP11,PRRC2A,FIBP,SLC6A6,GLUD1,H2AFY2,GIPC1,HBP1,DUS1L,CDK14,CDC42SE2,OGFR,SPEF1,ELL,CLTC,LPCAT1,ADK,PFAS,ING4,TRIM8,RFK,TRIM2,ANXA6,SPIN1,GPR137,ANXA7,AP3S2,ZC3H10,BRD2,IFNGR2,SSR2,ITPK1,AEN,BACE1,RNF167,LSG1,PCYOX1,SF3B5,SF3B2,GPS1,GPS2,TM9SF4,TM9SF3,ASNA1,CHN1,RPS3,RPS2,ANKRD52,RPL18,RNF130,BRD4,SF3A3,SF3A2,TRMT1,GTF2H2,SRP68,BLCAP,LRPPRC,TM9SF1,ERP44,ABI1,RLIM,INHA,RNF141,DGKE,CHPF,TUSC2,FMR1,ABHD11,TUBB3,SMARCAD1,MAF1,LZTS2,TMSB10,SEMA6C,RNF44,RPS7,RPS8,GPT2,RPS5,ANKRD44,IGFBP2,RPSA,DGKZ,GTF2F2,RNF41,TRAIP,CTDNEP1,BSCL2,CLIP3,ARMCX1,CACNB3,ARMCX2,CACNB4,ZFP41,STIM2,NCL,DGKQ,MADD,NHP2,ERH,MAD1L1,DNMT1,ENY2,CD151,AK1,CUL2,ABHD8,ITPR1,RHOBTB2,NEUROD2,HMBOX1,ZFP57,BTBD2,NACC1,BAG1,ABL1,ABL2,ANKRD10,SLC15A4,SKIL,MPDU1,ESRRA,ANKRD34A,ANKRD24,ATP8B2,TNK2,MARCH9,ADAP1,BTBD9,TOR1B,LSM4,NSFL1C,RCAN1,CDK5,CDK4,CNOT3,NF1,RNF182,SPIRE2,SPIRE1,NF2,SERINC2,EIF4G3,SERINC5,RNF10,RNF13,TRADD,ZFP82,SGCE,PTBP1,RPL7A,DUSP12,SART3,OPA3,HIF1AN,SLC37A4,REXO1,GPX1,GPX4,AMT,YDJC,BET1L,COASY,PTBP2,ZFP90,REXO4,PTP4A3,DALRD3,TRAF4,RPL37A,SOS1,SSX2IP,TRABD,NLGN3,SMARCD1,GTF2A1,NFAT5,SMARCD2,NLGN2,WBP1,JAKMIP1,AP3M2,AP3M1,CACNG8,FZR1,HIRIP3,RBBP5,MGAT5B,SNRPB2,RBBP7,UGGT1,SPAG9,SPAG7,KCNIP2,RNF26,SEMA4B,PNRC1,CUL4A,KLF6,NIN,PFKL,IMPDH2,MGAT4B,INSM1,PFKM,PFKP,FAAH,CMAS,DIXDC1,PWP1,GOLGA4,RUSC2,RUSC1,DPF1,ZFPL1,GOLGA7,SOX4,AGFG1,AQR,NFKBIL1,SLC6A15,PTOV1,ACSL6,MTUS1,MRPS18B,ACSL3,JMJD8,MRPS18C,CARHSP1,COX7A2L,RRAGD,CRYZL1,XRN2,VDAC1,TTLL12,PFN1,EZR,LLGL1,IGSF8,TSHZ3,ANP32A,PDE1B,TWF2,TRMT2A,NLN,PATZ1,BANP,SNHG1,RABGAP1L,BCL11B,BCL11A,TREX1,STAM,UBAC1,ZWINT,UBAC2,GADD45G,STAG1,SESTD1,CC2D1A,DAZAP2,DAZAP1,TRAM1,SH3KBP1,GDI2,PRPF19,HINT1,UCHL1,SERP1,CAMKV,PCF11,KIF13A,ZMYM6,PRMT8,TSC22D1,PRMT1,PRMT3,RHOF,TUBG2,AP3B2,RHOA,RAB33B,NME1,RHOB,PACS1,RHOU,ALDOA,SGK1,PRIM2,TOMM40,UQCR11,TRAK1,AKAP1,ARNTL,TBL1X,LCMT1,MPZL1,MAP4K4,RANBP2,RANBP1,RANBP3,FAH,RANBP6,PRPF39,MARS,STAC2,TOMM7,CTNNB1,FAU,CDK5R2,CIB2,NUCKS1,TOMM20,CHCHD4,TMEM145,CHCHD2,NSF,DSCAM,APLP1,TSC2,KCTD2,KCTD3,KCTD5,PDIA6,TMEM131,KCTD6,DPM2,DPM3,PREPL,TMEM135,PHOSPHO2,ILVBL,TBL1XR1,RPL7L1,ELMO1,FIZ1,ISCU,RAI14,TMEM59L,HPCA,BTF3L4,LTBP4,DTX1,COX7A2,CPLX1,ADIPOR2,TMEM121,ARHGAP21,PDZD4,PCSK1N,OTX1,MARK4,MYH10,PDZD7,ATP6V1F,HSPA8,ACBD4,HSPA5,PTCH1,DNAJC11,TBCD,ASPSCR1,BFAR,DNAJC16,TDRD3,ARHGAP23,NFKBIA,ARHGAP32,DLG1,DLG4,TBCE,GRSF1,B4GALT3,ACADVL,USP33,ELAVL4,SLC2A3,GTDC1,ELAVL2,ELAVL3,TMEM101,ALDH2,GMPPA,FLOT1,PDE4A,FLOT2,TMEM109,MAN2C1,POLG,SCYL1,USP46,TSFM,JAGN1,USP48,ABCC5,ARID1A,SENP2,KLF16,TRNP1,B4GALT6,B4GALT7,CAMK1G,CHMP5,B4GALT5,CAMK2B,USP14,POLDIP3,USP10,RGS16,GMPR2,POMP,MTIF2,MTIF3,DLL1,U2AF1L4,HSPD1,RMND5B,IGFBPL1,GMDS,NT5DC2,NT5DC3,PDE6D,NCAM1,CDIPT,ABCF2,CLASP1,ABCF1,REPS1,SPEN,WTAP,B3GAT3,BAD,USP21,PRAF2,USP22,HAGHL,ZFC3H1,MEIS3,USP28,MEIS2,SH3YL1,NEURL4,XPNPEP1,SPRY2,RGS12,PDE7A,SSBP3,SSBP4"
+"gene_set_query"	"653"	"SCMH1"	"612.0"	"ARCHS4 Coexpression,672;GTEx Coexpression,552"	"MDC1,TES,VARS,TRRAP,DIXDC1,ADARB1,THUMPD1,DCAF6,LSM11,HERC2,DPYSL3,DPF2,AKT1,UBAP2L,DIP2B,DIP2C,TMEM8B,SRRM2,EPHA7,SMARCC2,ACTN1,DAPK3,ARMC9,PTOV1,AFAP1,HCFC2,EML1,JMJD8,HCFC1,MYL6,IFT81,KCNQ4,OBSL1,ATF4,SF1,POM121,TSHZ3,ANAPC16,TMEM63B,PIK3R2,ADH5,GIGYF2,GJC1,LARP1,RNF216,BLOC1S2,DHX35,SYMPK,SCAP,RDH14,TNRC18,PLCG1,MAP4,RAB11FIP5,DMPK,INTS1,SETD1A,MICAL3,PBX1,PRRC2B,PRRC2A,SMARCA4,CS,PPP5C,PTK7,WNK1,WNK2,DCHS1,HYOU1,PKIG,FERMT2,TMEM9B,SUGP2,CDK16,PHF2,AP2A1,PCSK7,SMG7,SMG5,EXOC7,SLC39A13,ANO6,SREBF2,ENAH,KAT2A,TMEM33,CSDE1,FAM20B,PLEKHO1,SLC29A1,NFIX,PRICKLE2,CCDC107,ADCY6,AKAP1,TCEAL1,STX6,SPOP,FLNA,MFN2,GPC4,ANKRD52,MEF2D,JAM3,RANBP3,RYK,NR1H2,GBF1,YLPM1,HUWE1,SORBS1,LRRC20,SLMAP,ABI1,TAOK2,ESYT2,FHOD3,ANKRD13B,ZFAND3,HDLBP,ATN1,PPP1CB,LZTS2,MAF1,BAHCC1,GTF2I,SEMA6C,PCYT2,TPM1,DYRK1B,TSC2,OCRL,ZBTB33,FBXO10,FOXP4,FOXP1,ATXN2L,ILF3,HNRNPUL1,DMWD,RAB34,GPD2,SPECC1L,EHBP1L1,SNRNP200,ANKRD17,CUL7,ARHGEF25,MAZ,UBR4,AK2,FOXO6,CACNA1C,PRPF8,CACNA1H,ACACA,RAI1,RAP1A,DVL1,ABL1,DVL3,NEK9,KLHDC3,SMAD4,CPSF7,CPSF1,FUS,ODF2,SEC16A,CBX1,DSTN,KLHL23,EEF2,MANBAL,REEP1,BCL9,JMY,UBA1,ACO2,SAE1,EIF4G3,NOP10,NFE2L1,EIF4G1,RERE,MUS81,ZNF512B,B4GALT2,ACADVL,KDM5C,WDR1,NUMA1,PRKCSH,MAST2,FHL1,CBY1,ILK,ATP2A2,UFSP2,CHD4,YBX1,PTPN23,TTC28,UBE2Q2,ZC3H7B,BCL7B,MYO18A,SPEG,TNPO2,UNC45A,PPP1R12A,H2AFY,PCDHGA4,VEZF1,DDX50,EEF1G,SETBP1,TMEM214,PPP1R12B,PPP1R12C,CUEDC1,GTF3C1,SRF,POMP,LENG8,WIZ,MLLT1,GANAB,MTA1,ALDH1B1,FCHO1,FIP1L1,MSTO1,DNAJB5,RAB23,NT5DC3,PDLIM7,RWDD1,MLXIP,CIZ1,PCDH7,ATP2B4,MTOR,NEURL4,ACIN1"
+"gene_set_query"	"654"	"TFAP2C"	"612.7"	"Literature ChIP-seq,108;ARCHS4 Coexpression,1072;ENCODE ChIP-seq,88;Enrichr Queries,928;ReMap ChIP-seq,166;GTEx Coexpression,1314"	"ATF2,NUP107,GMFB,SLC4A1AP,TFRC,TESK1,TSKU,FAM110A,NDST1,CAPNS1,DPYSL2,AKT2,AKT1,ATG3,PRKAB2,CXADR,FRS2,RC3H2,LARS2,DDIT4,VOPP1,ATF4,SET,SAR1A,CDCA4,SHMT2,SAR1B,PDGFA,BAZ2A,PRPSAP1,RHOT2,RDH11,PIP5K1A,RDH13,PIP5K1C,ATRIP,HEXIM1,JUN,JUP,NCAPH2,FUCA1,LARP7,PBX1,TBL3,VANGL2,FASN,SFXN3,NMT1,SNX12,PRKAG2,SHB,MED16,MED15,BBC3,PANX1,MED11,ATIC,MED10,SMPD1,JAK2,PCMTD1,JAK1,SPHK2,SLC39A11,SLC39A13,EPS15L1,BAZ1B,JOSD1,DUSP8,DUSP6,DDB2,DDB1,SLC7A5,SLC7A6,PXDN,SDHAF1,RAPGEF1,PTRH1,PAFAH1B3,ERGIC1,TRUB2,SAMD8,URM1,GSTP1,ODC1,DLST,CENPB,NRAS,SNX29,SPOP,ZSWIM6,SAMD1,CENPT,ATAD1,WNT7B,TRAPPC10,MCRS1,DAB2IP,TARBP2,SKI,TAOK3,CCDC9,SNX14,CCDC6,YPEL3,PDCD6,NAB1,FBXO28,ATN1,CASC4,APEH,FADS3,LAPTM4A,NUDT19,CEP250,PIAS4,PCYT2,FBXW5,CISH,DGAT1,CTNNBIP1,STX7,FBXW2,LENEP,CDC25B,MSH3,SRSF4,SRSF6,SRSF7,ARL8A,ARL8B,SRSF9,INO80B,FBXO45,CORO1B,CORO1C,EIF1AD,NDOR1,G3BP1,ZKSCAN1,TXNDC5,ARPC4,CORO2A,UCKL1,FBXO31,ARPC2,SP3,ACO1,OSBPL1A,ITGB1,NUMA1,AKAP8L,BICD2,ALAD,ZNRD1,PPP6R2,ACP2,UNC45A,ACTR2,BCAS3,TNFRSF19,ETF1,DCTPP1,GAPDH,BCAT2,SNAP47,ROCK2,SRF,SRSF1,LENG8,SRI,EHBP1,TSPAN31,FOXRED2,ZNRF1,CCDC85C,BAHD1,TRIM46,E2F4,GADD45GIP1,NTRK2,HNRNPA3,TRIM41,PCDH7,MID1IP1,EXOG,CABLES2,GSTZ1,DBNDD1,TSPAN14,NECAP1,NAGK,SUCLA2,ST7,PDCD4,STUB1,TRIM37,ATXN10,KCNK2,BCAR1,TRIM33,CERK,NUDT2,ACTB,RCBTB1,HERC4,SNRPD2,BSG,ATXN7L1,ACTN1,CIRBP,MOGS,ACTN4,CSNK1E,CFDP1,CDC34,SNHG12,KCTD10,PPA1,FAM76B,FAM76A,KCTD15,SLC45A4,AARS2,DHX8,TMEM63B,DHX9,GIPR,MYCBP2,CEND1,ZBTB5,KALRN,CDKN2AIP,MBTD1,XBP1,PTK2,MSRA,AIMP2,PTK7,SDC1,FBXL5,NRP1,HIBADH,MAP1LC3B,ACTR1B,AKAP11,UIMC1,RAC3,SDF4,BBS4,GIT1,MRPS27,GAA,PABPC4,SYN3,SREBF2,APRT,RAP2C,RAP2B,PITPNM1,KIT,CANX,PITPNM2,SSNA1,COX5A,GNAI1,GNAI2,MGAT2,MAP3K3,VEGFB,COX6C,MYO9A,PEX14,YIF1B,VEGFA,SH3RF3,PDCL3,NUDT8,TCEA2,CCNYL1,TACC2,ACTR10,GRINA,CRTC2,SYS1,NARF,ZFAND6,ZFAND5,COX6A1,CELSR2,IGF1R,FAM3C,PCID2,MORC3,PCP4,ADAM15,EEF1A2,EHBP1L1,TBC1D24,CARS2,COX19,TSG101,HTRA2,TIMM50,RAI1,SHARPIN,GRK6,TBC1D14,TBC1D17,TBC1D16,UBE2F,YARS,UBE2H,UBE2B,AUTS2,UBE2A,SYT7,IFT20,GNAO1,HOOK2,NASP,HOOK1,GNB1,CNTN1,GNAS,DEGS1,AMOTL2,DEGS2,GALK1,ZMYND19,HP1BP3,ADAR,TNFAIP1,TAZ,RND3,PHTF1,TMEM222,LASP1,EEF2K,GDAP1L1,MYO18A,DACT3,DCAKD,NAV1,NAV2,SYNGR3,EEF1G,ACOX1,EEF1D,GFOD2,MAN1B1,ACOX3,CUEDC1,SHANK2,OTUB1,ASB13,SLC3A2,ASAP1,RNF7,ADD1,TMEM203,TGS1,MKNK1,GNG7,TRA2A,MKNK2,TMEM208,SPOCK1,BNIP2,MTA2,RRM2,TTC17,ERCC1,CARM1,SUGT1,GPD1L,TES,SMC5,WDR83,HNRNPR,SMC3,ALCAM,ZMIZ1,CSPP1,WDR91,AP1S1,NCKAP5,CDK5RAP3,DDX17,PRKCE,PRKCD,AFAP1,HCFC2,GTPBP2,ARMC1,NUP98,VPS28,ANAPC13,SEH1L,PRKCZ,ANAPC11,BLOC1S1,ST3GAL2,DMPK,PLK2,IRF2BP2,NR1D1,MEX3D,WDR55,EHD1,HNRNPL,GNPTG,MEX3A,HNRNPK,ARL2BP,HNRNPF,HNRNPD,GTF2IRD1,HNRNPC,CEP57,PYGB,PHF2,MOCS2,SMG1,BTG1,SETD3,GMEB2,PHF23,GPT,PHF8,UBL3,PLEKHN1,CIC,JARID2,WDR37,NUTF2,COPZ1,NCOR2,NSA2,KIFC2,EXOC3,EXOC6,EXOC5,KIFC3,TKT,GAS7,GRAMD1B,GRAMD1A,WDR24,ADCY6,FAM129B,ADCY5,SCAF8,UBN1,YTHDF1,CSNK1A1,SYVN1,ELP2,MKLN1,NFIA,NFIB,JKAMP,PLP2,TMEM229B,FAM49A,ANKRD13D,RAB3D,CEP120,PARK7,AUP1,RPL10A,CLU,TM7SF2,PPP1CB,SLC39A6,PLS3,ZNF326,TXNL4A,MAGI1,MAP2K1,TPM4,USP3,MAGI3,TPM1,LARP4B,THOC5,THOC6,MORF4L1,RAB31,RAB34,FKBP8,PGP,ADNP,FKBP4,FKBP2,RAB5B,CBFB,INSIG1,UBR2,DVL2,PLXNA2,DVL3,SRGAP1,MCL1,PLXNA3,AKIRIN2,POLR3GL,TRAPPC4,TMEM132A,OSBPL2,FANCE,COPS3,SYNJ1,REEP5,LHX2,TPP2,PLXNB1,BCL2L1,MAP3K12,SLC48A1,DIDO1,ZC3H4,CCDC47,CEP164,SYNE2,PIK3C2B,SNRNP70,RNPEP,TLK1,WDR7,TNPO1,TNPO2,PLEKHG2,EDF1,POLR1C,POLR1D,CCDC43,HDAC7,DNAJB2,DNAJB1,HECTD1,DNAJB5,CSK,POLR2H,CCDC71,POLR2L,SLC35A1,IDH3G,ASCC1,FBXL19,AMFR,NCKAP5L,FBXL16,RPRD2,BCKDK,ASXL1,RAB10,RAB14,PSAT1,RAB15,RAB12,DNAJA2,POLR3K,TPT1,VEZT,ISCA1,ZMYND8,PITPNB,HDAC11,CISD2,HS6ST1,NFU1,TIAL1,RPS16,FRAT2,PPP2R1B,FLAD1,RPL36AL,FTH1,DAG1,DENR,RPS10,TBC1D10A,TBC1D10B,ARRDC1,IFRD1,METTL3,AP1B1,MAPK8IP3,TIAM1,TLN2,ATP6V0D1,OBSL1,CSTF3,CSTF2,UGCG,PDCD10,GSE1,MLEC,TNRC18,RALGDS,VASP,SETDB1,PYCR2,SMU1,RPS25,ZZZ3,FUBP3,FUBP1,ADCK5,RPS21,C2CD2L,HIP1,SLC35F2,CITED2,GFM2,SPPL3,SIPA1L3,ZCCHC14,SH3PXD2B,TMED7,PSENEN,PARP1,ZDHHC16,CBFA2T2,ZDHHC17,MLF2,VAV2,NFX1,HNRNPH1,HNRNPH2,CSTB,ZDHHC20,ICA1L,GDPD5,TYMP,BEGAIN,CST3,UBTD2,NFYA,PTGES2,PTGES3,RAB11A,CAPZA1,KBTBD2,MEGF9,NDUFA10,ROGDI,LZIC,COMT,CNDP2,TATDN1,ARHGDIA,HCFC1R1,FPGS,NRCAM,AZI2,RALBP1,SHISA5,ATP1B3,LMO7,ATP1B1,TUFM,MYCN,HGS,MATR3,IDI1,ISYNA1,EFNA4,EFNB2,TCTEX1D2,ZMAT5,CDH24,MPST,CPSF1,CBX4,CBX2,IDH1,IDH2,COQ6,EFNA3,COQ2,EFNA2,CAPRIN1,BLMH,PI4KB,DYNLRB1,SAE1,BRWD1,ZSCAN2,LRP11,GPSM1,MUS81,KDM5B,ASNSD1,HK1,MFSD8,CASP9,SPRED2,MFSD6,MFSD5,PPP2R5E,SNAPC3,MCF2L,HGSNAT,H2AFY,AXIN1,IQCE,PPP2R5B,OXSR1,DCK,DNM2,RABEP1,FCHSD2,RASA1,AKT1S1,DNLZ,PFDN1,HAGH,PFDN4,ATP1A1,GNA13,MAPK9,ALDH1B1,CHSY1,GNA12,LIMK2,QPCTL,CYHR1,RPS6KB1,RPS6KB2,TDRKH,MAPKBP1,MT-ND4,EHMT1,RBPJ,ZFYVE1,TSEN54,PREX1,SAMD14,KRTCAP2,LSM12,PSMD6,ZFYVE27,PPP4R1,MPRIP,PSMD5,SAMD10,STARD3,GAPVD1,SCAMP1,SND1,EID1,EML5,EID2,CLNS1A,RUFY2,PSME1,PSME2,LETMD1,MTMR2,TTYH3,FLII,AGAP2,AGAP1,ABCB8,AGAP3,MRPL12,AAAS,MTMR4,GABARAP,MRPL10,HSPH1,KCNMB4,PUSL1,HMGXB3,RHBDL1,ABCA2,PRRT2,CADM1,MRPL28,BBIP1,FAM136A,MRPL24,MRPL21,CS,MLLT10,ABTB1,EIF6,TDP1,PSMG3,PSMG1,DCHS1,PSMG2,AVL9,FERMT2,LRSAM1,PIGT,PIGO,DIS3L,HEXA,MRPL38,MRPL34,TRMT112,NIPBL,LMBR1,FASTK,RPLP2,LRRC45,ELOVL4,ELOVL5,MRPL49,SIRT6,DYNLL1,MRPL45,SRP9,MRPL44,MRPL53,CDC42EP4,TMEM106C,TUT1,TMEM106B,SLC29A1,VAMP2,SLC29A2,ARF6,LRRC14,SRRT,RPS27L,GGA2,PSMB7,PSMB4,UNK,PSMB3,TMEM68,AP2S1,FLNA,MEF2D,LRRC24,UTP3,MDH2,GATAD2B,GATAD2A,LRRC20,SPSB3,TTLL1,UBE2D3,HDDC3,STK11,SESN1,SCMH1,PIM3,AP2M1,KPNA1,SH3GLB1,SH3GLB2,SLC38A1,PPP1R16A,UBE2E1,ZBTB34,FOXP4,FTSJ1,FRMD3,ACAP3,OLFM1,SLC9A8,FSCN1,SQSTM1,ANAPC2,LRRC59,RNASEH2A,PFKFB3,MAX,MAZ,ISG20L2,FOXO6,ACAT2,RAP1GAP,SOCS2,SBNO2,ATXN2,STK36,THEM4,E4F1,SLC38A2,GFPT1,STK24,STK25,MDM2,NFE2L1,ZNF512B,HSP90AB1,CELF1,CELF4,ARRB1,NGRN,CAPZB,MDK,SUMO3,NCK2,PMEPA1,DGCR8,ERC1,MDP1,DNM1L,EID2B,HSP90AA1,PEG3,RAD23B,NPC1,BIRC6,SLC25A5,MET,PPP1R12C,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,LRP1,PPM1L,PRCC,CXXC1,PARD6G,FOXK2,FOXK1,FURIN,HSD17B12,PPM1D,GANAB,PARD6A,SLC25A28,SH3BP2,SH3BP5,LRRC8D,LRRC8A,SLC25A22,ATP9B,SLC25A25,ATP9A,SH2B2,SLC12A2,PTPN1,PPP1R14B,NDUFA7,PPP1R14C,MMAA,NDUFA4,FOXJ3,RPL23A,BAIAP2,MCOLN1,TPD52L2,NOVA2,CDR2L,P4HB,SLC25A36,EIF4A2,CCNK,EIF4A3,ZDHHC5,TXNDC11,KEAP1,ZDHHC7,IFI30,NUBP2,OGFOD2,KIF21A,CCNL1,EPHA4,ST6GAL1,PAQR4,NSMCE2,GNPAT,STX1B,SFRP1,ULK3,CD2BP2,ULK1,STX1A,SUPT4H1,PIK3R2,PTTG1IP,PIK3R1,BRCC3,UBE2J2,DHX30,PCBP4,DHX35,ERI3,TSPAN5,TSPAN3,RAB11FIP2,RAB11FIP3,SNX5,RAB11FIP4,INTS1,RCC2,INTS2,MICAL3,PAICS,DCLK1,ID2,WNK2,PPP1R1B,COL9A3,CALM2,PCSK2,CCDC120,PTPRS,FAM57B,SUV39H1,CTSZ,TECR,SLC7A11,PTPRK,PEPD,AP2A2,PTPRF,RSRC1,ENC1,ARIH2,SSSCA1,CTSD,VKORC1,ACAD8,NCOA1,TMEM150A,ACAD9,ANO8,MRPS2,ANO6,COMMD1,MN1,KIF2A,CTTN,CSDE1,NCOA7,CRELD1,SFI1,DBN1,STX16,CRIP2,NEDD8,CCDC106,SERTAD4,SERTAD2,HEATR6,PAK2,CCT5,EXOSC1,NPDC1,PLEKHA1,YIPF3,TMUB1,PLEKHA5,PLEKHA6,UBE2G2,PPP1CA,DPY19L3,CCNG2,ESYT2,FAM171B,SCARB1,MIDN,CD81,WWC1,MPI,FAM174B,CAPN5,CAPN2,ARID2,BAHCC1,RGS9,PPFIA3,RGS6,SH3GL1,TPRA1,DIMT1,OSR1,FAM173A,HNRNPUL2,UBE2V1,GEMIN7,RTN2,KLHL17,TOR1AIP2,KLHL12,PDS5B,NDRG1,ACACA,RTN4,FUT8,NDUFV3,BCL9L,KLHL29,PRNP,ZFHX2,DSTN,KLHL24,SSH3,ANKHD1,QDPR,BMP1,PAN3,APPBP2,TAB3,PICALM,RBM28,GSK3B,GSK3A,PRR7,NAA40,PRKCSH,MAST2,CHD5,CHD3,PPP1R9A,PPP1R9B,UBE2Q1,BCL7C,GATAD1,NUP62,LRRFIP1,BCKDHA,UTP15,PLA2G4E,EED,DYNLT3,DDX55,TBC1D8,ABHD14B,DDX54,TBC1D9,UBE2QL1,ABHD14A,UTP18,YWHAZ,PJA2,CREB3,VCAN,NDUFS8,UBE2R2,PEX3,TBC1D5,NDUFS6,PPDPF,NDUFS2,NAA38,RBM22,DDX20,PARN,ACVR1B,CLCN2,RAB40C,TNKS2,MBTPS1,TAF15,TAF13,TAF10,TAF11,ATP2B4,ACVR2A,RPIA,MAPK11,IRGQ,FAM131A,TAF6,FAM98B,VIM,RBM45,CLUAP1,RAN,FAM50A,LNX2,RPL3,TRIO,THYN1,GABPB1,DCAF4,DCAF6,MYC,PIP4K2B,DIP2A,MPV17,DIP2C,IER5,IER2,ANKS1B,ACOT9,IAH1,WSB1,WSB2,PIH1D1,RPL23,RPL22,DAPK3,CD3EAP,SOX11,SOX12,BIN1,SARNP,RPL24,PRR12,RPL28,CDC42SE1,FAM160B1,PRDX2,ABR,PRDX5,PPP4C,PRDX4,RIC8B,CHST15,PLCG1,S100A10,ACD,CDK19,JUND,H3F3B,RDX,MAD2L1BP,TYSND1,CDC7,PA2G4,PRRC2B,THAP11,FIBP,SLC6A6,GLUD1,FAM160A2,PPP5C,RNF103,TADA2A,GIPC1,HBP1,SERPINI1,CDK16,OGFR,ELL,SPEF1,CLTB,LPCAT1,CLTA,ING1,CLINT1,TRIM8,TMEM189,TRIM9,FAM102B,TMSB4X,RFK,ENSA,ANXA6,GPR137,AP3S2,EMD,ZC3H10,SSR4,MIOS,ITPK1,RNF168,INF2,TET3,RNF165,SF3B2,RPL10,RPL12,GRAMD4,LMAN2,RPS2,RPL18,RNF130,SF3A3,BRF2,BRF1,KTN1,FIG4,ERP44,RNF145,RYBP,TRMT6,ZYX,SARM1,INHA,RNF141,CTNND2,CLSTN1,BZW2,FAM107B,ABHD11,TUBB3,MACROD2,LZTS2,MAF1,STK32C,ANKRD49,RPS5,IGFBP3,IGFBP2,DGKZ,CTDNEP1,ST7L,CACNB3,CLIP1,DGKQ,MADD,PHPT1,ANKRD17,DNMT1,CD151,BRI3,ANKRD11,ITPR1,TARS,RHOBTB2,BAG4,BAG5,BTBD1,PITRM1,PSAP,NACC1,ANKRD10,SKIL,ESRRA,ANKRD34A,TNK2,MARCH9,LSM5,ADAP1,LSM4,CDK5,YEATS2,CDK4,CNOT3,TADA3,SPIRE2,NF1,RNF181,SPIRE1,TADA1,DHCR7,EIF4G3,SERINC5,DAGLA,RNF13,TRADD,DUSP12,SIN3A,OPA3,PSD3,REXO1,GPX1,REXO2,PTP4A1,PTP4A2,PTP4A3,DALRD3,TRAF4,ASPH,SNRPA1,SOS1,RNF31,SMARCD2,WBP1,WBP2,WBP4,RPL36A,SEMA3F,FZR1,MGAT5B,SNRPB2,RBBP7,DCAF11,WASF1,MEST,CACNG4,SPAG7,RNF25,SEMA4B,TXNRD1,SEMA4C,DDHD2,PTPN11,SEMA4F,CDC42BPB,PNRC2,CUL4A,RAD52,KLF6,PFKL,IMPDH1,METAP2,ARL6IP1,PWP2,RAPGEFL1,GOLGA4,GOLGA5,RUSC2,SOX4,SLC6A17,BROX,SLC11A2,MTUS1,ACSL3,JMJD8,INPP4A,RRAGB,AKAP9,VDAC3,VDAC1,ANKRA2,AURKAIP1,EZR,IGSF8,NECAB3,IGSF3,TEX264,MGST3,TRMT2A,NMD3,IGSF9,SGPL1,NUAK1,INPP5F,MAP4,FIS1,PTPRN2,BCL11B,BCL11A,TREX1,SS18L1,SNHG6,ACADSB,GADD45G,SESTD1,CCDC88C,CC2D1B,HBS1L,DAZAP1,TRAM1,PRPF19,RPTOR,HINT1,TSC22D3,PRMT3,RHOF,TUBG2,TUBG1,RHOB,PACS2,POC5,RPUSD1,NME7,FRG1,RHOV,MAPT,ALDOA,SGK1,MAPRE1,ATP6V0C,PRIM2,TOMM40,SLC20A1,UQCR10,AKAP1,ARNTL,ANKMY2,CUX1,SHOC2,RANBP2,RANBP1,AP3D1,RANBP9,R3HCC1,FAU,RAB3GAP1,GALNT11,CIB2,ARID4B,POGZ,APLP2,SPNS2,PAM16,TOMM34,TSC2,KCTD2,KCTD3,TMEM131,PDIA4,DCTD,DPM2,OXA1L,DPM3,TBL1XR1,TIPRL,SPNS1,SCG5,STK4,DPP3,DNAJC21,ZC3H18,MARK4,PDZD7,ZC3H15,MARK2,HSPA9,SMAD2,RAP1GAP2,ACBD6,SMAD4,ACBD4,HSPA5,SMURF1,IFT122,DNAJC17,DNAJC18,NFKBIA,NR4A3,DLG4,ATG16L1,DLG5,RFXAP,TBCE,ACADVL,ABCD3,USP38,USP32,USP33,SLC2A3,USP39,ELAVL1,FLOT1,TMEM109,USP30,SCYL1,TSFM,KLF11,KLF13,USP43,ABCC5,PDE4D,RNF208,KLF16,LATS1,LUC7L2,RGS19,TM2D2,TM2D1,RGS16,GMPR2,OPRL1,MTIF3,TOB1,STRN4,HSPD1,U2AF1L4,RMND5B,GMDS,NT5DC3,CAMK2G,B3GAT3,BAD,HAGHL,CADPS,HSPE1,MEIS2,DLK2,NAP1L4,SPRY2,RGS12,PDE7A,SSBP3,SSBP4"
+"gene_set_query"	"655"	"ZNF662"	"612.7"	"ARCHS4 Coexpression,979;Enrichr Queries,750;GTEx Coexpression,109"	"VARS,WIPF3,BACH2,RPL7,PNN,LSM12,TRIM28,DPYSL2,EPC1,AKT1,CCNL2,KIF21B,VPS36,ATXN7L3,FNBP4,SRRM2,DDX17,IAH1,TSPYL1,LIMCH1,METTL3,ARRDC3,CIRBP,REV1,MOGS,CSNK1E,SND1,SRRM1,SFRP1,DAAM1,ZC3H11A,AKAP9,HECA,KCTD12,FAM76A,PRR12,TSHZ3,SAR1B,FLII,NPRL3,TMTC1,PIK3R1,RNPC3,MBTD1,APH1A,FAM160B2,TNRC18,ARGLU1,CREBBP,JUN,ZRANB2,BCL11A,MRPL28,PBX2,PBX1,DCLK1,MED13L,PUM2,PRRC2A,HNRNPL,VANGL2,HNRNPK,GOLGB1,GRB2,FAT4,CDK13,ATG2B,ITM2C,CDKN1C,ARF3,SETD5,PHF2,NRP1,PIGU,DAZAP1,CITED2,DENND1A,PRPF19,SMG5,ROBO1,AKAP12,UBL5,SDF4,CTSF,GPRASP1,TMED4,UPF1,BRD1,PGAM1,MINK1,ITFG2,WDR33,MLF2,RGMA,MED23,PSMA5,CTTN,HNRNPH1,CINP,KIT,PXDN,RHOU,SGK1,TKT,SDCCAG8,CSTB,SATB1,ICA1L,PRICKLE2,TIMM10,PTN,AMN1,FGD4,HIRA,BCLAF1,UNK,EXOSC10,BTAF1,CUX2,PES1,TMEM68,ANKRD52,BID,RPL18,MAP4K5,SF3B1,YKT6,SRSF11,NKTR,RUNX1T1,CENPT,MON2,CSNK1A1,PCGF3,SORBS2,NMNAT2,SORBS1,SYNJ2BP,WDR11,VEGFA,PRPF39,NFIA,NFIB,TAOK2,HDGF,PKN1,TARDBP,UHRF1BP1L,CCNT2,CLSTN2,NAB1,HDLBP,RPL10A,IGF1R,PPP1CB,CDH2,POGZ,NUDT19,SMARCAD1,NRCAM,TXNL4A,FADS1,MAP2K1,USP5,RALGAPA1,TPM1,TSC2,PRPF4B,TSC1,FRMD4A,FAM118B,ARMCX4,RALGAPB,DMTF1,TBC1D20,HNRNPUL1,PRPF3,RAB35,ANAPC4,CHMP4B,PHIP,SRSF5,SRSF6,ANAPC2,GLYR1,LRRC59,YTHDC1,CACNA1A,TOR1AIP2,NDRG1,CNN3,SOCS2,NACC1,DVL2,EP400,DVL3,QSER1,PDZD7,IP6K2,BPTF,TRAPPC2,AKIRIN2,TIA1,SMAD4,CPSF6,TRAPPC1,AUTS2,HPS4,EEF2,SMAD5,ANKHD1,UCKL1,REEP1,PAN3,SH3BP5L,HOOK2,ZFP62,HOOK1,CNOT2,GNB2,GNB1,CNTN1,SPIRE2,MDM4,AMOTL2,PI4KB,LRCH4,FGF13,LSM14B,OGT,NOP10,NFE2L1,UBE2M,EIF4G1,CREBZF,ZNF512B,DIDO1,RBM25,CALCOCO1,KDM5C,NUMA1,LDB1,WDR1,NVL,PRKCSH,CELF2,CHD6,DDX42,PTEN,SLC2A3,PTPN23,YBX1,AFF3,LMNB2,PPP1R9B,MFSD8,SENP6,SENP7,DUSP12,SEC61A1,SEPT9,LASP1,SNRNP70,PPP6R1,GATAD1,UBTF,PDE4B,DGCR8,PMEPA1,TLK1,CASP2,RBM5,RBM33,DACT1,HGSNAT,ACTR2,SUN1,DST,PEG3,PDPK1,BUD31,PLA2G4B,PDE4D,TNFRSF19,AMT,CTPS2,ARID1B,GIGYF1,TRAF7,SFPQ,VCAN,PTP4A3,NSMCE4A,DNAJC5,LUC7L3,NAA38,PFDN2,SEC22B,LUC7L2,SHANK2,RNFT2,GTF3C1,UHRF2,WBP1,SFSWAP,GTF3C6,RAB1B,POMP,CXXC1,LENG8,NCALD,SLC25A27,ABLIM1,FAM168B,GANAB,MTA1,TAF1C,U2AF2,TRA2A,EIF4H,VPS54,SPOCK1,MEST,RBM39,NTRK2,CIZ1,PCDH9,NEGR1,TAF13,NDUFA2,MEIS2,ACVR2A,TRIT1,TTC17,RAD52,NFASC,ERCC3,EIF3L,CARM1,MGAT4B,CCM2,P4HB,CDO1,POLR3K,TRIM33,TNRC6A,TAF1,METAP2,R3HDM2"
+"gene_set_query"	"656"	"ZNF404"	"613.0"	"ARCHS4 Coexpression,259;Enrichr Queries,1147;GTEx Coexpression,433"	"SCOC,ZDHHC5,THYN1,SLC4A3,FNBP1L,GPR173,DPYSL4,CAPNS1,TRIM28,DPYSL2,FAM110B,STMN1,AKT1,BTRC,KIFAP3,ATXN7L3,SOX4,ARRDC4,EPHA4,CXADR,WSB1,ZFP2,ARRDC3,MTUS1,ANK2,MOGS,SOX11,CPT1C,HDHD2,SCAMP2,EID1,DAAM1,IFT81,FEZ1,RUFY3,RUFY2,DDIT4,HECA,TAGLN3,TRIB2,EIF1B,SF1,PFN2,BEX4,ANAPC13,BEX1,DHX8,CTBP1,MAGED1,FOXG1,FLII,PHYHIPL,TTBK1,APH1A,APOO,CHST10,HLTF,SCN3B,GPM6B,ZSCAN18,B3GALNT1,JUN,FZD3,CADM1,LRRN3,INTS1,PLK2,ST8SIA2,MICAL3,DCLK2,PBX2,WDR55,PRRC2A,MLLT11,HNRNPL,ID2,FXYD6,MAGED2,SERPINI1,CALM2,DZIP3,GPR19,ITM2C,OGFR,PIGU,WDR47,DAZAP1,GDI1,CITED2,SLC35F1,SLC7A11,VLDLR,PRPF19,NAT14,RYR3,PCMTD2,AKAP12,EPM2AIP1,UCHL1,TUBA1A,TRIM2,ENC1,SDF4,GPRASP1,GPRASP2,RSPRY1,UPF1,RPS6KL1,PARP2,LRRC49,MINK1,LRRC40,DYNLL2,AP3B2,DUSP6,SRP9,MLF2,SLC7A5,TMEM179,TUBB2B,TUBB2A,PACS2,KIT,PXDN,MPPED2,RAPGEF1,ARHGEF2,SGK1,DSCAML1,MAGEH1,ICA1L,WRB,ATL1,GNAI1,PAPSS1,HIRA,HSF2,APBB1,TRAM1L1,ATP6V0E2,PURG,SRSF12,NPDC1,WDR17,AGK,PLEKHA6,MYO9B,SNCAIP,BLCAP,VEGFA,GATAD2A,SGSM1,ATAT1,TMEM158,ABI2,MORN4,NFIA,TTLL1,KLHL7,ETNK1,TTC3,TAOK2,TCEA2,NUCB1,HDGF,FAM171B,PKN1,MEGF8,ANKRD13B,SLC27A1,ATP8A2,ROGDI,MRFAP1,CLU,SALL2,LAMP1,CDH2,SESN1,ARHGDIA,POGZ,SMARCAD1,NRCAM,HMGN3,BIVM,ANKRD46,IGFBP3,UBE2E3,ATP1B2,CASD1,KCTD6,BSCL2,MORF4L1,FRMD5,TMEM136,ARMCX2,HNRNPUL1,TBL1XR1,MORF4L2,EHBP1L1,RAB35,MAPKAPK2,SCG5,UBE2V2,CHMP4B,MATR3,SRSF6,FKBP3,FAM92A,CSNK1G2,GLYR1,GRIA1,GNAZ,LRRC59,BHLHB9,RTN1,RAB5C,UQCRB,ARL3,NTM,BTF3L4,DTX3,PDS5B,SEZ6L2,NDRG1,SUPT6H,PHF21B,SOCS2,ARHGAP21,ATXN2,SBNO2,KIF3A,FUT9,NACC1,RPRD1A,MARK2,TIA1,KLHL22,ASNS,KLHL24,EEF2,MARCH6,CORO2B,GNAO1,PTPRD,REEP1,NR4A3,SH3BP5L,CNOT7,HOOK2,HOOK1,GNB2,REEP2,GNB1,CNTN1,IFT27,NACAD,TCF4,COPS8,NFE2L1,EIF4G1,KDM5C,WDR1,PRKCSH,CELF2,SCHIP1,CELF3,PSIP1,SLC2A3,NENF,ZFP82,PPP1R9B,TRO,DUSP12,SART1,SEPT9,FSD1L,SCRN1,YWHAQ,SGCB,PPP6R1,PDE4B,UBTF,PMEPA1,DNM1L,EDIL3,EID2B,REXO1,PDPK1,ABHD14A,POMGNT1,RAD23B,ZFP90,DNM2,PJA1,ARL4C,TRAF7,VCAN,PTP4A3,RCN2,IGDCC4,TERF2IP,IFT46,RBM24,SMARCD2,HDAC1,ANKS3,RAB1B,USP11,RBM4B,CRMP1,ATP1A1,TM2D3,FAM169A,CXXC4,JAKMIP3,JAKMIP2,DNAJB2,SLC25A27,DCAF15,GNG3,GANAB,FAM168A,GNG2,PTPRZ1,U2AF2,SPOCK1,NCAM1,RAB28,MTA2,WASF1,MEST,FBRS,CLASP2,BEND6,TUB,PCDH9,NEGR1,BNIP3,HAGHL,PDE4DIP,USF2,GDAP1,ACVR2A,MAPK10,RAD52,IRGQ,NFASC,MARCKS,PIK3IP1,APC,CARM1,MGAT4B,OCIAD1,ACIN1,VPS45,RGS11,SUGT1,CDO1,SSBP2,UNC79"
+"gene_set_query"	"657"	"GATA2"	"613.2"	"Literature ChIP-seq,120;ARCHS4 Coexpression,711;ENCODE ChIP-seq,82;Enrichr Queries,1073;ReMap ChIP-seq,127;GTEx Coexpression,1566"	"TDRKH,MDC1,MAPKBP1,MT-ND4,SLC4A1AP,GMFB,ITSN1,GHITM,RBPJ,ALKBH8,FAM110A,SCAMP5,PSMD9,SAMD14,LSM11,PPP4R1,CAPNS1,RAVER1,DPYSL2,ALKBH1,PSMD3,PWWP2A,MEF2C,SAP30BP,GABARAPL1,CXADR,FNBP1,TSTD2,DICER1,SCAMP1,HDHD2,PRKAB1,RC3H2,SND1,BCR,EID2,PRKAR1A,RFX7,EWSR1,RUFY3,DDIT4,UNC50,JTB,TBPL1,SF1,UNC119B,MTMR2,NPRL3,MRPL16,PDGFA,MTMR9,COPS7B,ABCB8,PLA2G6,MRPL12,OAZ1,GABARAP,MRPL10,PRPSAP1,PRPSAP2,HMGXB4,HSPH1,RDH11,PRKAR2B,VTI1A,PIP5K1C,HEXIM1,EDEM3,MCTS1,JUN,PRPF38B,CADM1,JUP,EIF2AK1,EDEM2,EIF2AK3,NR2F1,LARP4,MRPL24,BTBD10,PBX1,SNUPN,CS,FAM135A,SFXN3,NMT2,DCHS1,HYOU1,PKIG,EZH1,RNF220,PIGS,ARF4,PIGT,CTCF,MRPL34,MED15,TRIOBP,SHD,MRPL33,IKBKB,MED12,MECP2,LMBR1,ATIC,MRPL40,MMP24,TMEM44,MED10,SMPD1,B3GALT2,FASTK,TCP11L2,NEFL,DLGAP1,JAK2,ENOPH1,APPL1,DUSP1,ELOVL5,SPHK2,TEX10,PGAM1,MRPL49,SIRT6,MRPL47,NIPA2,JOSD1,MED26,MRPL46,DUSP6,SRP9,SIRT2,MRPL44,LRRC42,MRPL52,SLC7A5,CDC42EP4,PXDN,CDC42EP3,TUT1,TMEM106B,RAPGEF2,SLC29A1,VAMP4,DLD,VAMP2,ARF6,LRRC14,ELOF1,ATL1,URM1,ATL2,SRRT,CCNDBP1,MRPL55,PSMB7,NRAS,RECQL5,EXOSC10,TMEM68,AP2S1,LEO1,SPOP,RPS27A,ZSWIM5,EGLN1,MBD3,RIC3,UTP3,YLPM1,SNX21,TARBP2,TMEM60,GATAD2A,TMEM59,NUDT21,ABCB10,PSMC6,SNX19,TAOK3,SNX16,PSMC4,APEX1,ETNK1,SRRD,YPEL1,PKN1,YPEL5,MTCH1,PDCD6,CSE1L,FBXO28,PDCD5,UBE2D3,ATN1,FRY,LAPTM4A,STK11,ATCAY,UROD,SCMH1,CEP250,FADS1,SLC25A46,CDKL2,SH3GLB1,PPP1R16B,PCYT2,FBXW8,CISH,PPP1R16A,VPS33B,ATP11B,ZCRB1,FBXW2,PIAS2,LENEP,FOXP1,SAP30,TPST1,MSH2,LIX1,MAPKAPK2,FSCN1,ANAPC5,SRSF5,SRSF6,NSMAF,SRSF9,PFKFB2,RNASEH2A,TXNDC9,MAX,MAZ,STK39,ISG20L2,GMPS,GPR85,FBXO45,UAP1,UBFD1,LIN7C,SPATA7,FBXO42,SLC9A1,SOCS2,RAP1B,STK36,G3BP2,THEM4,LRRC4C,SLC38A2,DR1,API5,BOD1,FUS,ODF2,FBXO38,HPS4,HPS3,EEF2,ZC3HC1,TMEM11,STK25,SP3,AAK1,NFE2L3,MDM4,SLC25A3,MCFD2,ALAS1,HSP90AB1,NUMA1,SCHIP1,ARRB1,ETFA,ARRB2,ALAD,FSD1L,CAPZB,SPR,PPP6R1,SUMO3,PPP6R3,ACP2,MRPL9,DNM1L,ARL5A,ACP1,CTNNBL1,PELP1,DIS3L2,ACTR3,EIF5A,HSP90AA1,DST,SH2D3C,TNFRSF19,ATRX,VPS13A,ARNT,AHSA1,NDUFC2,RAD23A,VEZF1,TFIP11,VPS37B,RABGGTB,RAD23B,DDOST,ARL4C,PPM1A,PIK3CA,SYF2,NPC2,SNPH,BIRC6,PPP1R12B,BIRC2,TNFRSF21,PPP1R15A,RNFT2,PPP1R15B,GTF3C3,NDUFB5,NDUFB4,PRCC,SRSF1,MAK16,NDUFB3,CXXC1,NDUFB2,KATNB1,U2AF1,CXXC4,LRP6,CCDC85C,U2AF2,KATNA1,KRIT1,UBQLN1,BEND3,EIF4H,SH3BP4,FYN,IGF2BP3,LRRC8A,E2F4,HNRNPA1,EIF4E,SLC25A25,ATP9A,UBQLN2,GADD45GIP1,CYB5B,NOP58,CIZ1,TRIM41,MMAA,PCDH9,CNBP,PCDH7,NICN1,MBOAT7,TXNL1,IMMT,MBOAT2,RPL23A,EXOG,MCOLN1,HNRNPAB,NECAP1,CDKN2AIPNL,TSPAN18,ST7,EIF3J,PDCD4,TRIM35,CCM2,TRIM37,EIF3C,EIF3D,SEC24C,TRIM33,EIF3B,SLC23A2,AHCYL1,TMEM41B,ZDHHC5,PPAN,ZDHHC6,ZDHHC7,TXNDC12,CCNC,LDLRAD3,TXNDC15,ACTB,NUDT3,CYB5D1,CRKL,HERC3,HERC1,SNRPD2,TRIM28,SNRPD1,DHX57,CDC27,CCDC97,EPC1,CCNL2,PTGFRN,CCNL1,ATP6V1E1,SEC62,TBC1D22B,ST6GAL1,ARL15,LIMCH1,SCAF11,ECH1,NSMCE2,NSMCE1,ALG2,TALDO1,ANK3,MFSD11,ANK1,PISD,THAP7,PPA1,CDC37,TRIM13,ULK3,CD2BP2,KDELR2,MMADHC,SLC45A4,GCDH,NRN1,CTR9,SUPT4H1,PIK3R4,PIK3R1,CDKN2AIP,SNX3,DHX30,SNX1,COMMD9,DHX33,DHX34,MIER2,PCBP2,ERI3,HIVEP1,TSPAN5,RAB11FIP2,SNX5,RBM10,ATP6V1C1,SNX6,NTNG2,XBP1,INTS1,LRRN3,SMARCA5,MICAL2,MED13L,ICK,ZBTB6,SNW1,PTK7,ID2,CALU,NDUFAF3,INTS7,GRB2,CALR,CALM1,RGL2,CALM2,SUGP2,DHRS13,NRP1,MRPS15,CCDC127,MRPS11,TECR,ICA1,NAT10,MIA3,SLC7A11,WASL,AATF,COX7C,AP2A2,PTPRF,PTMS,AKAP12,PPP3CA,ARV1,ACTR1A,PCM1,NUDCD3,ACTR1B,RSRC1,HYAL2,OTUD6B,UIMC1,ARIH2,IDS,KIF1B,BBS4,NDEL1,ACAD8,CAP1,PBRM1,TMEM150A,PABPC4,MRPS23,NCOA4,ACAD9,MINK1,ANO8,CACYBP,ANO6,GAB2,TFB2M,COMMD1,COMMD7,TOX4,CTU1,VSNL1,KIF2A,KIT,UFC1,FAM193B,NCOA7,FAM32A,CRELD1,STK40,PCNA,SATB1,MRPS33,HEATR1,GBA,NFIL3,FAM172A,PES1,EXOSC8,HSF1,CCT8,HEATR6,EXOSC2,CCT5,EXOSC1,NPDC1,NPM1,SPRYD3,PLEKHA5,PLEKHA6,MYO9B,AP2B1,VEGFA,YIF1B,FKBP1A,NUDT9,PER1,PDCL3,BOP1,DPY19L1,KIF26A,CCNG2,TCEA2,HDGF,FAM171B,ACTR10,DPAGT1,SCARB2,SCARB1,SH3GL3,DBR1,NARF,CD81,SRP14,IGF1R,FAM174B,KIF5B,TBC1D30,CAPN5,CAPN2,FAM3C,SBF2,PPFIA3,MORC3,TPRA1,DIMT1,LMTK2,SDHA,ATAD3A,TMX4,TBC1D20,ADAM15,DOK4,HNRNPUL1,PSPC1,UBE2V2,ANKS6,UBE2V1,SIDT2,KLHL18,RTN3,PSMD12,TMED10,TSG101,COX16,RBM8A,NDUFB11,NPR2,UBA5,SEL1L,CACNA1C,RPF2,NDRG1,RTN4,RPF1,NCKIPSD,FUT9,KIF3A,DHRS7B,ISOC1,TBC1D14,TBC1D17,IVNS1ABP,SYT5,YARS,OST4,PRNP,SYT4,FDPS,GGT7,PDHA1,PHF12,ECD,DSTN,KLHL23,NUP153,SUPT5H,CLK3,RCL1,CLK1,UBE2W,H1F0,PQLC1,HOOK2,NASP,HOOK1,CCPG1,GNAQ,MKRN1,GNB1,UBA3,GNAS,MKRN2,IFT27,DEGS1,TCF4,PICALM,RERE,PHTF2,DDX49,LDB1,PRKCSH,DDX47,ADAR,CHD3,LDB2,DDX41,CHD2,MEA1,PITPNC1,EEF2K,YWHAQ,BCL7A,GATAD1,TIMM17B,CPXM1,LRRFIP2,ARHGEF11,BCKDHA,RBM17,RBM14,ARHGEF12,NUP133,NCBP1,GLRX5,RBM18,TBC1D8,GLRX2,DDX52,NAV2,UTP18,PJA2,EEF1G,CREB1,IRF3,TMEM214,NDUFS7,TBC1D5,GORASP1,NUP50,CAT,NDUFS2,NAA35,NAA38,IFT46,IRF9,DCTN6,AGPAT5,RALA,DCTN1,GOSR1,TGFBRAP1,DDX20,SLC3A2,RNF7,ASAP2,ACVR1B,CLCN3,ATP2C1,ADD1,MTA1,MAT2A,TAF1B,TAF1C,TRA2B,TDG,TGS1,BMS1,PTK2B,RALY,MTA2,CYTH1,NIPSNAP3B,RBM39,TTC13,URGCP,ATP2B2,ATP2B1,MAPK14,USF1,ACVR2A,TTC17,SMUG1,IRGQ,TEF,BRMS1L,POLE3,FAM131A,RBM42,TAF6,FAM98B,VIM,FAM98A,SUGT1,RBM45,CLUAP1,MBTPS2,IPO11,TES,RPL3,CLPB,MYT1L,RRP1,THYN1,GPATCH1,SMC5,ADARB1,SMC6,DCAF5,GABPB1,PHB2,BACH1,DCAF7,DCAF6,PCMT1,RNF112,RNF115,CNST,ZMIZ1,MYC,ZXDC,RPL35,PIP4K2A,RPL38,RPL37,IER5,CHGB,UNC13B,DDX17,DDX18,WSB1,ACOT7,NUP210,DAPK1,PRKCE,PIH1D1,RPL23,WDR74,MED8,ARMC9,WDR75,ARMC8,AARSD1,GTPBP1,ATG12,GABRG2,CLPX,HCFC1,DAAM1,ARMC6,RPL27,TARS2,RPL26,RPL29,VPS25,ALG10B,DUS3L,TSPYL4,NUP205,POM121,ANAPC16,PDXDC1,XPA,NEDD4L,XPC,RNPC3,HIF1A,GNS,PRDX2,RIC8B,VPS11,ST3GAL1,HMOX2,CDK17,NAA50,BRAP,RPL41,NDFIP1,JUND,PLK2,IRF2BP1,IRF2BP2,UPF3B,NR1D1,PA2G4,PHC3,PRRC2B,PRRC2A,HNRNPL,TMEM199,EHD1,RNF103,HNRNPF,OGDH,ATG2A,HNRNPD,PPT1,GTF2IRD1,FARSA,CPEB4,CDKN1C,BTG1,ELL,PHF23,CLTC,ADK,CLTA,ADO,SMG7,PHF6,WDR43,TMEM189,CHL1,TIMP2,GPR137,AP3S2,AP3S1,JARID2,BRD3,ZC3H10,WDR36,MIOS,FAM126A,COPZ1,GNL3,WDR33,HADHB,HADHA,ZEB2,MTF2,GARS,PLCB1,TKT,PCYOX1,SF3B4,GRAMD1B,GRN,SF3B2,NFIX,TIMM9,RPL12,HSPA14,HSPA13,TM9SF3,FGD4,PPP1R2,SRP72,RNF138,ASNA1,UBN1,CHN1,USP1,RPL14,RPS3,SC5D,RPL15,CKB,RPS2,PAIP2,RPL18,RNF130,ANKRD50,RUNX1T1,SF3A2,CSNK1A1,WDR18,SYVN1,ELP2,ELP3,TRMT1,SYNJ2BP,DHRS1,BLCAP,GTF2H5,AGBL5,SLC8A3,TM9SF2,ERP44,RNF145,XAB2,ABI2,NFIB,TRMT6,INHA,RNF141,FAM49B,RAB3C,PHLDB1,CLSTN3,TUSC2,CTNND1,RNF19B,RPL10A,CLU,TM7SF2,PPP1CC,ABHD11,GRB14,ZFP30,CFL2,CFL1,SLC39A6,ZNF326,MACROD2,MAF1,GTF2I,MEN1,SLC39A3,MAGI1,TLE3,RAB2B,USP5,TPM3,USP3,RPS5,IGFBP3,MAGI3,GPT2,TPM1,F2R,IGFBP2,RPS6,DYRK1A,FRMD4A,FRMD4B,THOC5,ILF2,RNF40,THOC6,DISP2,CTDNEP1,CLIP3,ARMCX3,ST7L,PYGO2,EBNA1BP2,ILF3,RALGAPB,STIM2,RAB34,ERP29,SNRPG,AAGAB,PHIP,FKBP4,FKBP3,SNRPA,GLYR1,IFNAR1,SNRPB,FAM114A2,INSIG1,ABHD2,GLO1,ITPR1,AK2,UBR4,TARS,UBR1,KLC2,BTBD1,PSAP,TPR,DVL2,SAFB2,MAP2K6,WDTC1,EIF2B5,ANKRD34A,AKIRIN2,OSBPL8,UVRAG,RAB4A,OSBPL7,ANKRD27,CCDC12,POLR3GL,M6PR,DHCR24,MARCH7,MARCH6,CHERP,BCL9,CNOT7,COPS5,DAB1,SLC7A6OS,CNOT1,NF1,PDCL,RNF181,CSPG5,GPR107,IARS,CNOT8,BCL2L1,RNF187,EIF4G1,SLC48A1,LMBR1L,RNF10,WDR1,PTPN23,SYNE2,PIK3C2B,DUSP12,SART1,METTL14,NOB1,OPA1,SIN3B,SNRNP70,RNPEP,UBTF,WDR6,WDR7,TNPO1,TNPO2,SLC37A3,IQCB1,GGPS1,TRPC4,DIS3,ELAC2,LIX1L,YDJC,COASY,PTP4A2,TRAF7,PTP4A3,DNAJC7,ASPH,TRAF4,DAD1,CTDSP2,RPL37A,EIF4E2,CRK,SMARCD2,RNF34,WBP2,RPL36A,HDAC7,JAKMIP2,DNAJB1,AP3M1,FZR1,ABLIM1,HECTD1,ABLIM3,RBBP4,HAUS8,HECTD3,RAB23,POLR2E,VPS54,DNAJB9,ASCC2,MEST,FNIP2,MLXIP,SLC35A2,PPIL1,RNF24,TXNRD3,RNF25,SEMA4B,AMFR,DDHD1,PTPN12,TRIT1,MTOR,RAD52,MARCKS,KLF6,VAPA,RAB14,POLR3B,POLR3C,PSAT1,GLOD4,MFAP3,RUNDC1,DRG1,RAB18,CEBPZ,PPIL3,CDO1,METAP2,ISCA2,SLC35B4,IFITM2,ARL6IP1,VARS,ZMYND8,PITPNB,CISD2,PPP2R2A,FLAD1,PPP2R1A,ARL6IP5,LONP2,ARL6IP4,DENR,BTRC,RPS11,ZFPL1,SOX4,AGFG1,TBC1D10B,ARRDC4,SRRM2,SACM1L,SLC11A2,ARRDC3,COG1,ACSL3,JMJD6,NIF3L1,RRAGA,KATNAL1,GRWD1,MTHFD2L,CRYZL1,GUF1,HECA,SIK1,TTLL12,EZR,PFN1,CBLL1,NECAB3,TMEM161A,DCUN1D5,ANP32A,MAGED1,TWF1,TRMT2A,IGSF9,GMCL1,MYL12B,UGCG,SGPL1,SCFD1,GNG10,PRRC1,SPAST,CHTF8,INPP5F,ZNHIT3,CSTF1,ATP6V0A2,MLEC,GSE1,STXBP5,TNRC18,TRPM7,MAP4,ARGLU1,BANP,ATP6V0A1,SNHG1,ZRANB1,SETDB1,STK11IP,SYNRG,PDE2A,PYCR2,ZWINT,UBAC1,GADD45G,SMU1,CCT6A,PARP11,RPS27,ADCK1,FUBP1,ANP32E,TMCC2,RNPS1,ALDH18A1,ANP32B,C2CD2L,RPS24,ITM2C,CDS2,HBS1L,DAZAP1,TRAM1,UBXN1,CITED2,OLA1,VLDLR,PRPF19,SIPA1L3,LIMD2,SERP2,RPTOR,HINT1,UCHL1,SERP1,XPO1,C1QBP,ZMYM6,SEC61B,RAB8A,RALGPS2,TOP3B,PRMT5,CBR1,PRMT7,PARP1,GP1BB,STRADA,TSC22D3,PRMT3,TUBG2,PPHLN1,TUBG1,ZDHHC16,ZDHHC17,TOPORS,MLF2,RHOB,NFX1,NME7,FAM20B,SGK1,ALDOA,MAPRE2,SLC20A1,PTGER1,ICA1L,PRIM1,NOL8,TRAK1,PTS,AMN1,METTL6,APBB2,NT5M,APBB1,TBL1X,TRAM1L1,MAP4K3,MAP4K4,RANBP2,RANBP9,SORBS2,RAB11A,SPCS3,SPCS2,MPHOSPH9,CAPZA1,CAPZA2,NBR1,CTNNB1,FAU,APBA2,MEGF9,KDM1A,NDUFA12,ARID4B,COMT,PAIP2B,FPGS,LMO1,KDM2A,KDM2B,APLP2,SPNS2,TOMM34,LIG3,WRNIP1,KCTD2,KCTD3,ATP1B1,DPM3,PREPL,TMEM136,PHOSPHO2,MYCN,TBL1XR1,SPECC1L,SCG5,ELMO1,FIZ1,ZCCHC8,COPB2,ISYNA1,NTM,PXN,LTBP4,CLEC16A,ADIPOR1,DTX4,EFNA4,EFNB2,EFNB1,SDCBP,EMG1,ARHGAP20,MAN2A2,DPP9,ZC3H18,SUDS3,RPRD1A,ZC3H13,ZC3H14,PDZD8,ZC3H15,MARK2,HSPA9,DARS,HSPA8,KLHDC3,CPSF7,ACBD5,ACBD4,CBX5,CPSF6,CBX4,CPSF1,HSPA4,IDH2,TBCD,IFT122,TBCA,EIF2S2,SMAD5,COQ7,CRLS1,DNAJC16,NMRAL1,COQ5,DNAJC18,ARHGAP23,NFKBIA,EFNA3,EFNA2,CLASRP,DYNLRB1,ACBD3,COPE,LRP11,NFKBIB,SCYL3,B4GALT3,ABCD3,NVL,ASNSD1,USP32,DOCK9,DBI,YBX1,USP39,HK1,FLCN,SPRED2,TMEM101,SEPT6,SPRED1,SENP5,SEPT7,ALDH2,GMPPA,TMEM109,FLOT2,USP30,SCYL1,KDM6B,HGSNAT,USP47,H2AFY,H2AFZ,ABCC5,PDE4D,H2AFX,SPATS2,RNF208,H2AFV,ARID1A,SENP2,SAFB,CKAP4,LATS1,DNM3,RABEP1,DDAH1,THRAP3,AKT1S1,LUC7L3,PFDN1,CHMP6,THOP1,TSEN34,USP15,KDM3A,STOML2,POLDIP2,TM2D1,USP10,RGS16,POMP,USP12,ETFDH,ATP1A1,GNA13,FAM168A,RPS6KC1,PPP2R3C,LEPROTL1,SAP30L,GNA12,PDE6D,NCAM1,BUB3,ABCF2,ABCF3,REPS1,USP24,RWDD1,KDM4C,USP20,USP21,LIMK2,PCDHGC4,PRAF2,USP22,ZFC3H1,LCA5,NAP1L1,HSPE1,NAP1L5,SLC4A8,FMNL2,PIK3IP1,BAX,SSBP1,SSBP2"
+"gene_set_query"	"658"	"NEUROG1"	"613.7"	"ARCHS4 Coexpression,498;Enrichr Queries,1112;GTEx Coexpression,231"	"CNTFR,CERK,KEAP1,STMN3,STMN4,HS6ST1,FAM110A,GPR173,PSMD7,DPYSL4,DPYSL5,DPYSL2,IGLON5,EPHB2,PDHX,HES6,SRRM4,ECH1,MRPS18B,MRPS18A,AFAP1,ISLR2,SOX11,ANK2,ANK1,WDR77,MRPS18C,MAPK8IP1,THAP4,BCR,GNPAT,SFRP1,RRAGD,KCNQ2,TMEM126A,UQCRC1,VDAC1,TAGLN3,CTXN1,NUMBL,NRN1,NECAB3,IGSF3,FOXG1,DCUN1D2,AGAP1,LIAS,MRPL12,KALRN,ANAPC11,MRPL20,NKAIN1,FAM171A1,FAM171A2,FXR2,PCBP4,MICAL1,KCNN1,GSE1,PIP5K1C,RALGDS,B4GALNT4,JUN,SNAPIN,BCL11B,ST8SIA2,MRPL27,NR2F1,SNF8,MRPL23,L1CAM,UBAC1,MRPL22,GADD45G,TMEM198,SMARCA4,AIMP2,MEX3A,ID2,WNK2,CDC16,PLCH2,RCOR2,MRPS17,CDKN1C,GABRB3,HBS1L,COX7B,MRPS16,PTPRS,GDI1,FAM57B,MRPS11,MRPS12,MRPL38,GRIK3,MRPS10,MRPL37,ECSIT,AP2A2,SHD,PTMS,ROBO1,SHF,MRPL40,TUBA1A,CAMKV,NEFL,NEFM,FEZF2,COX8A,MRPS28,APC2,PRMT8,MRPS24,MRPS22,MRPS2,MRPL47,COMMD1,MRPS7,DUSP8,CBFA2T2,MRPL46,MRPS5,VAV2,HADHB,MRPL52,HADHA,TMEFF1,MRPS9,TUBB2B,CDC42EP4,PXDN,MAPT,DBN1,NFIX,MRPS36,MRPS33,UQCR11,TIMM10,UQCR10,COX5B,TRAK1,COX5A,PSMB6,SAMM50,PSMB5,TMEM169,MFN2,GPC2,CKB,RUNX1T1,MAP4K4,DYNC1H1,MDH2,WNT7B,TTC1,COX6C,MIB1,FABP3,NUDT8,PSMC3,NFIA,PRKRA,NDUFAB1,APBA2,CDK5R2,PRDM8,ANKRD13B,NDUFA13,MIDN,NDUFA12,CIB2,CELSR2,CELSR3,SLC8A2,CHCHD4,FADS2,RIMS4,CHCHD3,ATCAY,KIF5C,TUBB3,BASP1,PALM,NUDT19,SNRNP35,CHCHD1,LZTS1,CHRNB2,SEMA6B,IGFBP3,PAM16,IGFBP2,GTF3A,ADAM11,SDHC,TBR1,POU3F1,SDHB,SRCIN1,POU3F2,POU3F3,RBX1,COX6B1,FRMD3,ACAP3,ACLY,MYCN,GPRIN1,FSCN1,RTN2,SHC2,BRSK2,PKDCC,NDUFB10,NDUFB11,NPR2,COX17,AK1,CACNA1A,BHLHE22,KLC1,SEZ6L2,CACNA1E,PLD3,CACNA1H,PHF21B,NEUROD2,SCRT2,DPP6,SNN,CDH24,PLXNA1,CYC1,NDUFV3,OTX1,NDUFV2,TBC1D16,ESRRA,DNAJC19,TMEM120B,AUTS2,KLHL25,IDH2,GOT2,TMEM132A,COQ9,SCRT1,COQ5,HIGD2A,ZC3HC1,COPS5,EFNA2,HOOK2,UQCRQ,LHX2,LRFN1,NACAD,ACO2,CNIH2,COX4I1,CELF3,CELF4,CHD6,ELAVL4,ETFA,CHD4,ETFB,RND2,USE1,ELAVL2,ELAVL3,BCL7A,MDK,OPA3,GDAP1L1,MYO18A,UQCRFS1,NEO1,ADAMTS7,EMX1,PPP2R5B,NDUFC1,RTN4RL2,LSS,PTP4A3,HAX1,NDUFS8,NDUFS7,NDUFS6,DDAH2,NDUFS5,NDUFS3,CCDC43,NDUFS1,RP9,SLC25A11,SLC25A4,INA,NDUFB9,HDAC5,NDUFB7,POLDIP2,NDUFB6,GTF3C6,NDUFB5,DCTN1,NDUFB4,POMP,NDUFB3,ETFDH,NDUFB2,CRMP1,ATP1A3,PDHB,SRL,DLL1,ADD2,AGPAT4,THBS3,MAPK8,IGFBPL1,DNAJB5,POLR2D,ROMO1,NCAM1,RPP14,POLR2I,POLR2J,TIMM8B,GADD45GIP1,NDUFA9,NDUFA8,NTRK2,LINGO1,NDUFA7,SPAG7,SEPT11,MARCKSL1,KDM4B,NDUFA6,NAA10,TAF13,NDUFA3,SGTA,NDUFA2,PCDH8,TPRKB,NDUFA1,IMMT,MEIS2,TSPAN18,NOVA2,FAM131B,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"659"	"ZNF514"	"614.7"	"ARCHS4 Coexpression,858;Enrichr Queries,550;GTEx Coexpression,436"	"RPL5,POP4,ARPC5L,HNRNPU,ENO2,ACTB,TIAL1,PNN,DPYSL2,PSMD2,AKT3,BSG,LUC7L,LONP2,DIP2A,CCNL2,TMEM8B,FNBP4,SRRM2,DDX17,ARRDC4,TSPYL2,SMARCC2,WSB1,FNBP1,LIMCH1,METTL3,ARRDC3,CD3EAP,WDR73,ANK3,SRRM1,DDIT3,RUFY3,DDIT4,AKAP9,RUFY2,HECA,KCTD12,PFN1,AURKAIP1,TRIB2,TSHZ3,DCUN1D4,RPN1,PIK3R1,AAAS,RNPC3,MRPL12,OAZ1,CDKN2AIP,INPP5B,MBTD1,FXR1,APH1A,FAM160B2,PPP4C,TNRC18,ARGLU1,ST3GAL1,RALGDS,SCAI,PRELID1,WDR59,PHC1,ZRANB2,BCL11B,BCL11A,INTS3,TMEM50B,SLC35E3,SURF4,SMARCA5,PHC3,PBX1,EHD1,FUBP1,CDK13,EZH1,ITM2C,PHF3,ARF3,SETD5,PHF2,PIGU,SMG1,ARF1,HIP1,DIS3L,SLC7A11,MED12,PCMTD2,EPM2AIP1,FAM102B,PCLO,TIMP2,REV3L,SDF4,PCMTD1,TMED9,SHPRH,GSTO1,TSC22D3,PGAM1,TET2,NME2,SLC39A10,ASH1L,CBFA2T2,ITFG2,MLF2,MED23,SLC7A5,KAT2A,NFX1,PXDN,FAM193B,TAX1BP3,HNRNPH3,SGK1,TKT,ARF5,LRRC14,NAPA,STX16,RXRB,UNK,BTAF1,ASNA1,PES1,LMAN2,AP2S1,CLPTM1,MAP4K5,SF3B1,YKT6,SRSF11,NKTR,WDR17,MON2,GABBR1,PLEKHA1,SORBS1,WDR11,VEGFA,PPP1CA,FKBP1A,PRPF39,CCNG2,TTC3,YPEL1,ZYX,PKN1,TARDBP,MPHOSPH8,GRINA,CCNT2,ATN1,SRP14,IGF1R,NRBP2,POFUT2,ARHGDIA,POGZ,CFL1,LZTS2,FADS1,AP2M1,TPM1,F2R,THOC1,PRPF4B,ATP1B1,PIAS2,FOXP1,ARMCX4,DMTF1,PRPF3,PPIF,ANAPC4,PHIP,SRSF5,PPIB,SNRPB,LRRC59,RAB5C,ANKRD12,PHB,ORC4,ATXN2,NACC1,DVL2,ANKRD10,DVL3,CYC1,SLC38A2,ZKSCAN1,ATP6V1F,PLXNA3,BPTF,NEK9,PRNP,CPSF7,TIA1,SMAD4,CPSF6,AUTS2,ASNS,KLHL24,CLK4,SMAD5,UCKL1,CLK2,CLK1,PAN2,IFT20,HOOK2,ZFP62,HOOK1,GNB2,JMY,NFE2L3,NF1,SPIRE2,MDM4,PI4KB,LZTR1,BRWD1,OGT,COPE,NFKBIB,CREBZF,MUS81,DIDO1,RBM25,NUMA1,WDR1,PRKCSH,HP1BP3,CHD6,SLC2A3,CHD2,SENP6,SENP7,DUSP12,SEC61A1,CAPZB,SNRNP70,GATAD1,PSD3,WDR6,MAN2C1,RBM5,RBM6,EIF5A,HGSNAT,SUN1,GPX4,PDPK1,SGIP1,AMT,VPS13A,CTPS2,NAV2,ARID1B,ZFP90,DDOST,TRAF7,VCAN,PTP4A3,SETBP1,CTDSP2,POLR1B,LUC7L3,USP40,BDP1,LUC7L2,RNFT2,NFAT5,WBP1,DDX25,ANKS3,RAB1B,SRSF1,LENG8,THBS3,SRM,SLC25A27,FBXL20,MTA1,TAF1C,U2AF2,FEM1C,RPP14,ATP9B,SH2B1,TTC14,RBM39,HNRNPA3,PPP1R14B,KDM4C,NICN1,ADRM1,ZFC3H1,TPD52L2,TTC17,RAD52,IRGQ,KLF6,ACIN1,RBM42,P4HB,SSBP2,RBMX,TNRC6A"
+"gene_set_query"	"660"	"RREB1"	"616.3"	"ARCHS4 Coexpression,799;Enrichr Queries,386;GTEx Coexpression,664"	"CYFIP2,APP,ANKLE2,TMEM41A,TRIO,ZMYND8,ZDHHC5,THYN1,JMJD1C,STMN3,ENO2,BACH2,ZMIZ1,PPP2R1A,DPYSL2,MYC,HABP4,CCDC92,PRKACB,SOX4,SRRM2,MEF2A,NUP214,GABARAPL2,MEF2C,ACOT7,PRKCE,ACTN1,MTUS1,CD3EAP,ANK3,CPT1C,ANK1,SCAMP2,INPP4A,EID1,FEZ1,DDIT4,TTLL12,TAGLN3,PFN2,CDC42SE1,MACF1,IGSF3,SLC45A1,NEDD4L,PDGFA,BAZ2A,PIK3R1,ZBTB5,HIF1A,APH1A,ABR,SGPL1,CHST10,HIVEP1,GSE1,TNRC18,TRPM7,RDH13,HIVEP2,ST3GAL1,CREBBP,JUN,JUP,BCL11B,CADM2,IQSEC1,RCC2,INTS3,H3F3A,DCLK2,IRF2BP2,SMARCA2,PHC3,PRRC2B,UBAC2,MED13L,SLC6A6,FAM135A,QARS,EIF6,WNK1,SDC1,FXYD6,CDK14,CALM2,CDS2,CPEB4,ITM2C,NRP1,PIGU,SMG1,CCDC120,BTG1,GDI1,CITED2,PCSK7,NAT14,CLINT1,SIPA1L3,PTPRF,NIPBL,TUBA1B,UCHL1,TUBA1A,KIF1B,PLEKHN1,JARID2,NCOA2,TPI1,STARD3NL,PGAM1,ITPK1,TCF12,TET2,ZDHHC13,DYNLL1,DUSP6,MTSS1,APRT,RHOB,MLF2,NME1,NCOR2,ZEB2,TUBB2B,TUBB2A,PXDN,TET3,RHOV,PABPC1,SGK1,MAPRE2,PAFAH1B3,SFI1,ARF6,MAGEH1,WDR26,NFIX,GSTP1,WRB,FAM129B,PSMB7,CUX1,NSD1,ZSWIM6,APBB1,MEF2D,MAP4K4,GABBR1,RIOK3,MYO9B,DHRS1,HIPK1,VEGFA,PER1,ABI2,NFIA,NFIB,NEDD4,TCEA2,ESYT2,PKN1,MEGF8,FRYL,RAB3A,CTNND1,MRFAP1,PEBP1,PRDM2,PARK7,IGF1R,ACTG1,KIF5C,EP300,DENND5A,AP2M1,SH3GL1,GTF2I,TLE4,TLE3,KDM2A,MAGI2,TTC7B,DYRK1A,LMO7,LARP4B,VRK3,FOXP1,CLIP3,CLIP1,TBL1XR1,SRSF4,FKBP5,GNAZ,RTN3,NDRG4,RTN1,ARL3,ABHD2,ANKRD11,TMEM59L,ITPR1,UBR4,GPR85,CACNA1A,TOR1AIP2,EFNA4,NDRG1,RTN4,SCUBE1,PITRM1,CAMTA1,KIF3C,RAB6B,LRRC4B,BCL9L,BPTF,PRNP,CBX6,AUTS2,PTCH1,SEC16A,TBCB,CORO2B,ANKHD1,ZZEF1,GNAO1,EFNA2,STK24,HOOK2,HOOK1,GNB1,REEP2,NF1,NACAD,SERINC1,MDM4,DYNLRB1,EIF4G1,PICALM,RERE,CNRIP1,PRKCSH,ZC3H4,CHD6,PSIP1,ATP2A2,ZFP82,CHD2,AFF4,SYNE2,PTBP1,SPRED2,DUSP12,NGRN,SCRN1,YWHAQ,RNPEP,SUMO2,MYO18A,LRRFIP1,EID2B,KDM6B,KLF13,DST,PDPK1,PDE4D,PPP2R5B,H2AFV,NAV1,NAV2,ARID1A,RABGGTA,ARID1B,ZFP90,PJA2,DNM2,SEPT3,GIGYF1,VCAN,PTP4A3,CTDSP2,NDUFS5,C1D,TERF2IP,BIRC6,GAPDH,NLGN3,GTF3C2,NFAT5,NLGN1,USP11,LENG8,CRMP1,FOXK1,ASAP1,SEMA3F,JAKMIP2,CACNG7,ABLIM1,FAM168A,DNPEP,SV2A,GNA12,SH3BP2,FEM1C,UGGT1,ATP9B,SPEN,ATF7IP,MLXIP,SLC35A4,MARCKSL1,TRIM41,SGTB,NDUFA4,GALNT1,PRAF2,SEMA4B,ATP2B4,PDE4DIP,MEIS2,USF1,NELL2,KLF6,SYT11,FAM131B,RAN,TAF1"
+"gene_set_query"	"661"	"MYRF"	"617.0"	"ARCHS4 Coexpression,292;GTEx Coexpression,942"	"APP,GMFB,HDAC11,STMN3,STMN4,SCAMP5,RASSF2,MPRIP,RUSC2,DPYSL5,PIP4K2A,SEC62,BSN,GOLGA7,ATXN7L3,ANKS1B,KCNK10,PAQR4,UNC5A,SLC6A17,MAPK8IP2,MAPK8IP3,MAPK8IP1,STX1B,DYNC1LI2,PRKAR1B,ASPHD1,FEZ1,KCNQ2,PRR18,LLGL1,IGSF8,STXBP1,AGAP2,AGAP1,CEND1,ATXN7L3B,SLAIN1,PRKCZ,TTBK1,TMTC4,NKAIN2,FAM171A1,ABR,SYNGR1,PPP3R1,PIP5K1C,MAP4,RAB11FIP4,GPM6B,LHPP,ABCA2,CDK19,CADM3,TMEM184B,CADM4,PRRT2,IQSEC2,SLC6A8,CALM3,RNF220,ITM2C,ARF3,TMEM151B,GDI1,KCNC3,AATK,JPH4,UBL3,TUBA1A,JPH3,SLC22A17,TRIM2,NCS1,IDS,KIF1A,CTSE,CIC,ENOPH1,GIT1,PSD,CBR1,MINK1,ITPK1,NIPA1,SYP,DUSP8,SIRT2,SREBF2,SYN1,BACE1,TMEFF1,TOX3,ZEB2,INF2,PACS2,KIFC2,ARHGEF4,RHOU,MAPRE3,DSCAML1,VAMP2,GAS7,CLDND1,PHLPP1,PAPSS1,ADCY5,CAMKK2,CAMK2N1,MGAT3,SLC17A7,APBB1,NCDN,TRAM1L1,MAP4K4,GABBR1,SORT1,DAB2IP,DOHH,SCAF1,GRIN1,ZDHHC9,AGRN,MEGF8,SCARB2,SH3GL3,PHLDB1,RAB3A,CRTC1,CLSTN3,ROGDI,CLSTN1,ATN1,FAM107B,SLC8A2,RPH3A,NRBP2,PAIP2B,LAMP2,KIF5A,PALM,ADORA1,SBF1,PPFIA3,SH3GLB2,FBXW11,APLP1,SPNS2,ADAM11,LMTK3,ATP1B1,SRCIN1,RUNDC3A,POU3F3,CLIP3,CLIP2,TOM1L2,ACAP3,FRMD5,PKP4,BRSK1,PXK,NDRG4,BRSK2,ARHGEF25,HPCA,TMEM59L,NDRG2,CPLX2,SEZ6L2,ADIPOR2,CPLX1,FBXO41,RAP1GAP,PDZD4,FUT8,KLC2,DVL1,BTBD2,CASKIN1,CAMTA2,RAB6B,LRRC4B,TNK2,ARHGAP23,PTPRD,QDPR,GNAO1,DLG4,PI4KA,CNTN2,MAP3K10,PLXNB2,NACAD,PLXNB1,BCL2L2,SLC48A1,RNF13,THRA,PKD1,NRGN,ZC3H7B,MCF2L,PHACTR3,EVI5L,EDIL3,YWHAG,BOK,LANCL1,SEPT5,DNM1,PTP4A2,DNAJC6,SNPH,NAT8L,TNFRSF21,CAMK2B,WBP2,DCTN1,TULP4,ATP1A3,NRXN2,ATP1A1,ADD1,AGPAT4,DNAJB2,FAM168A,SV2A,GNG7,LRRC8D,SNCB,SLC25A23,SLC25A22,ATP9A,MARCKSL1,TRIM41,SLC12A5,PCDH9,SEMA4D,MID1IP1,B3GAT1,HIP1R,FBXL16,CDC42BPB,SEMA4G,NFASC,FMNL2,TEF,PPP2R2C,FAM131B,ATP13A2,BCAR1"
+"gene_set_query"	"662"	"HOXB4"	"617.0"	"Literature ChIP-seq,16;ARCHS4 Coexpression,447;Enrichr Queries,1166;GTEx Coexpression,839"	"ITSN2,MDC1,POP5,MAPKBP1,GMFB,IFT172,POP4,ARAF,GHITM,RBPJ,PSMD8,LSM11,RAVER1,CAPNS1,PSMD4,PSMD5,AKT2,DPYSL3,PSMD3,AKT1,PRKACB,FNBP4,GABARAPL2,HES6,MEF2C,PRKAB2,FNBP1,DNTTIP1,EML1,SND1,MYL6,EWSR1,DDIT4,TBPL1,CGGBP1,ATF4,SF1,MRPL18,NPRL3,MTMR9,BAZ2A,ABCB8,MTMR4,PLA2G6,OAZ1,GABARAP,MRPL10,LARP1,RDH11,PRKAR2B,LTA4H,HEXIM1,JUN,GSTM1,PMM2,NR2F1,EIF2AK3,PBX2,MRPL28,MRPL24,SNUPN,CS,ABTB1,LAS1L,QARS,TDP1,NMT1,DCHS1,HYOU1,PSMG1,PKIG,FERMT2,TMEM9B,GPR19,ARF4,RPLP1,SNX10,SNX11,MED16,MED15,TRIOBP,PQBP1,MRPL33,NIPBL,MED14,NKRF,TCP11L2,JAK2,ELOVL4,SLC39A10,NIPA2,BAZ1B,JOSD1,MRPL45,DUSP6,TOMM40L,SIRT3,LRRC42,DDB1,MRPL52,MED22,PSMA6,VAMP7,PSMA1,MED21,PXDN,PELI1,PICK1,TUT1,SLC29A1,PAFAH1B2,ECHS1,ATL2,SRRT,RPS27L,CCNDBP1,MRPL54,MRPL55,PSMB6,PSMB3,PSMB1,TMEM68,SPOP,CLPTM1,STX2,BID,RPS27A,MEF2D,ATAD1,EGLN2,MCRS1,STAT2,YLPM1,TMEM62,GATAD2A,NUDT21,TMEM59,SLMAP,SHKBP1,SNX14,PSMC1,TAOK2,SNX15,UBAP2,GOPC,RPL22L1,PKN1,ATN1,EIF4ENIF1,SCMH1,RUVBL1,KPNA6,NUDT19,MTPAP,FADS1,KPNA1,VPS33B,ATP11B,CNPY2,FOXP1,ATXN2L,MSH6,ACLY,TXLNA,SRSF5,SNRNP200,KPNB1,ANAPC1,LRRC59,INO80E,RNASEH2A,TXNDC9,UQCRB,PEF1,MAZ,IREB2,ARL2,NRF1,UQCRH,CORO1C,RAP1A,PMVK,STK38,G3BP1,EIF4EBP2,E4F1,NAE1,NEK9,NOP14,BRPF1,FUS,GOT2,EEF2,ZC3HC1,GNL3L,TMEM11,TUBGCP5,OGT,NOP10,MDM1,PTEN,NRGN,MRPL3,CAPZB,PPP6R1,SUMO2,PMEPA1,DGCR8,HMG20A,ERC1,BCAS2,UNC45A,ACTR3,PPP1R12A,VBP1,ATRX,ARNT,RAD23A,TFIP11,RABGGTB,RAD23B,ARL4C,GIGYF1,PPM1A,IMPACT,NSMCE4A,HAX1,NPC2,SLC25A19,PCCB,ETF1,PPP1R12B,PPP1R12C,SEC22C,NDUFB9,SEC23A,PPM1L,SRF,NDUFB4,NDUFB3,PRCC,CXXC1,LENG8,KATNB1,HSD17B12,MLLT3,PPM1D,SRM,PPM1G,GANAB,ZNRF2,NCLN,U2AF2,LRRC8A,E2F4,LRRC8B,HNRNPA1,SLC25A25,NOP56,GADD45GIP1,NDUFA9,CIZ1,HNRNPA3,FEM1A,NDUFA4,PCDH7,CNBP,NICN1,CDC5L,LYSMD1,NELL2,NECAP1,TSPAN18,EIF3H,STUB1,EIF3F,EIF3D,SEC24C,SMAP1,TRIM33,EIF3B,SMARCAL1,PLEKHB2,TXNDC11,ZDHHC8,UBE2L3,CRKL,CCAR1,RCBTB2,TRIM28,CDC26,EPC1,PTGFRN,CCNL1,SEC62,SLC12A6,PELO,FBXO9,EPHA4,EPHA7,ALG9,ZFP1,SCAF11,ACTN1,ECH1,CIRBP,CSNK1D,ACTN4,GNPAT,SFRP1,CDC34,THAP7,KCNQ4,PREB,KCTD12,TMEM87A,PAXIP1,DHX8,CTR9,GSPT1,UBE2J1,APH1A,SEC14L1,DHX33,DHX34,DHX35,PCBP1,PCBP2,DHX36,DHX37,SYMPK,DHX38,B4GALNT1,SNX6,LRRN3,RCC2,BSDC1,ERAL1,SMARCA4,EXT2,WNK1,ID2,CALU,GRB2,DHX29,CALR,MRPS17,NRP1,COX7B,MRPS16,USPL1,PPP1R10,PAK1IP1,TECR,MRPS10,IER3IP1,AP2A2,PTMS,AKAP12,SYNCRIP,PCM1,SPTLC2,RSRC1,HYAL2,OTUD6B,ENC1,DHX15,ARIH2,DHX16,SDF2,ARIH1,CTSE,UTP14A,NDEL1,CCT3,STARD3NL,PABPC4,MRPS21,ANO6,PRPF40A,COMMD1,COMMD6,SREBF2,COMMD5,RAP2C,TAX1BP1,PABPC1,STK40,CAB39,SATB1,STX16,HEATR1,PRICKLE2,GNAI3,DERL1,MRPS30,COX5B,GNAI2,SH3BGRL,SAMM50,NFIL3,PES1,ORMDL3,GPC4,MGAT2,CCT8,NPDC1,YIPF1,SORT1,HUWE1,TTC1,AP2B1,MIB1,MAD2L2,BOP1,SEC23IP,DPY19L1,TTC5,CCNG2,NEDD4,HNRNPA2B1,TCEA2,HDGF,ACTR10,DPAGT1,SCARB2,PRDM4,ZFAND6,PHRF1,COX6A1,CAPN7,PPME1,KHSRP,RGS9,SLC30A9,OSR1,DNAJB12,UBE4A,MID1,ATAD3A,ADAM19,HNRNPUL1,TMX2,HNRNPUL2,TMX1,EHBP1L1,WDFY1,SBDS,PLAA,PPIE,PPID,DDX6,VCP,ARHGEF26,ARHGEF25,CACNA1A,CACNA1C,RPF2,NDRG1,SUPT6H,CACNA1H,RTN4,RAI1,FUT8,IRAK1,DHRS7B,GRK6,IVNS1ABP,UBE2H,PHF12,HMGA1,DSTN,KLHL23,NUP153,KLHL24,CLK4,CLK3,HIGD2A,BMP1,HOOK2,HOOK1,UBE2S,CCPG1,CNTN1,GNAS,IFT27,TCF3,UBE2K,PICALM,YWHAE,PHTF2,GSK3B,CUEDC2,DYRK3,LDB1,PRKCSH,DDX42,ILK,CHD4,ADAR,TNFAIP1,LMNB2,PITPNC1,PHTF1,LMNB1,BCL7A,UBE2Q2,MLST8,TIMM17A,LRRFIP1,IFT57,TBP,CAD,DDX56,DDX54,EEF1G,SFPQ,UBE2R2,ALS2,NDUFS7,NDUFS6,TBC1D5,NDUFS3,ATG4B,NUP54,DCTN6,DDX24,GOSR1,DDX21,HMGCR,MAT2B,CLCN3,ATP2C1,RNF4,PARL,CYTH2,MTA1,GNG5,MAT2A,SLIT1,BNIP2,PTK2B,MTA2,FBRS,SMNDC1,PDLIM7,TAF15,GALNT1,ATP2B4,SSRP1,TTC19,CDK11B,USF1,SMUG1,CLCN7,RPIA,GOLPH3,CARM1,ERCC1,BRMS1L,ACIN1,VIM,NAA15,R3HDM1,RPL4,TES,RPL3,RPL32,CLPB,TRRAP,HNRNPU,SMC5,HNRNPR,PHB2,ELK1,DCAF7,PCMT1,TFG,MYC,LUC7L,RPL38,RPL39,RNF111,CDK5RAP3,NUP214,DDX18,TSPYL1,NUP210,RPL23,ARMC9,REV1,AFAP1,SCRIB,ARMC8,GTPBP2,GTPBP1,MED6,HCFC1,CLPP,RPL24,TARS2,PRR12,DUS3L,RNF121,GNE,LRPAP1,NUP205,POM121,RPN1,ADH5,MTDH,GJC1,RIC8B,PRDX1,RAD21,VPS11,SERF2,CDK19,WDR59,CHKB,DMPK,HOMER1,SETD1A,IRF2BP1,MAD2L1BP,PA2G4,MEX3C,PRRC2A,HNRNPL,GLUD1,HNRNPK,HNRNPD,PPT1,HBP1,HNRNPC,FARSA,CEP57,GMEB2,CLTC,WDR41,CLTA,WDR45,PFAS,ING1,ING4,UBL5,IMPA1,TMSB4X,ENSA,ANXA7,AP3S1,CIC,UBL7,ZC3H10,WDR36,SHPRH,EXOC7,NUTF2,FAM126A,COPZ1,GNL3,NCOR2,HADHB,ZEB2,LSG1,TUBB2B,NCOR1,PLEKHO1,TKT,EXOC2,SF3B5,NFIX,RPL10,RPL12,TIMM10,HSPA13,TM9SF4,BCLAF1,PPP1R7,UBN1,PPP1R8,RPL13,SC5D,ANKRD52,RPS2,PAIP2,RUNX1T1,SF3A1,PCGF6,SF3A2,YTHDF2,BRF2,RIOK3,CSNK1A1,SYVN1,GTF2H2,WDR12,SCAF1,WDR13,BLCAP,MKLN1,PHF5A,NFIA,OSTM1,ABI2,NUCB1,VKORC1L1,BZW2,IPO7,BZW1,ABHD11,PAPOLG,LAMP2,SLC39A6,LZTS2,MAF1,ANKRD13A,RAB2A,TLE4,TLE3,ANKRD49,USP5,IGFBP3,F2R,RNF40,ILF3,RAB34,MORF4L2,RAB35,PHPT1,SNRPA,MAD1L1,CSNK1G2,CSNK1G1,SNRPB,TNKS,GLO1,CCDC25,CUL2,UBR4,AK2,TARS,UBR2,GTF2E1,ORC5,ABL1,PLXNA2,DVL3,CCDC32,MAP2K7,MAP2K5,AP1M1,MPDU1,OSBPL9,ESRRA,OSBPL8,TRAPPC3,EIF2B2,RAB4B,OSBPL5,LSM4,CHERP,LSM2,CDK8,NSFL1C,COPS6,COPS5,CNOT7,ZFP62,CDK4,CPD,CNOT2,CNOT3,TADA3,TPP2,NF2,CCDC22,EIF4G1,WDR1,PTPN23,DUSP12,RPL7A,SART1,PTBP1,OPA1,SNRNP70,AP1G1,OPA3,UBTF,SLC37A4,TNPO2,CCDC50,ILKAP,REXO1,ELAC2,RPL13A,PLRG1,SMC1A,RANGAP1,YDJC,PTBP2,BET1L,REXO4,PTP4A1,TRAF7,PTP4A3,CTDSP2,DNAJC5,RPL37A,CRK,GTF2A1,HDAC2,WBP1,WBP2,RNF38,RPL36A,PDHB,HDAC7,RAB21,AP3M2,AP3M1,FIP1L1,POLR2A,RBBP5,RAB23,POLR2D,VPS54,POLR2F,CSK,DCAF11,DCAF12,SPAG7,PPIL2,RNGTT,ASCC1,FBXL19,PTPN12,PNRC1,FBXL12,DNAJA1,RAD52,KLF6,APC,DNAJA3,CEBPZ,VPS45,CUL4B,TCERG1,VEZT,ISCA1,IFITM2,VARS,HDAC10,SLC35B1,ZMYND8,PNN,RPS19,RPS18,FLAD1,PPP2R1A,LONP1,DAG1,ARL6IP5,DPF2,UBAP2L,KIFAP3,SOX4,RPS12,TBC1D10B,SRRM2,AQR,ARRDC3,COG3,METTL3,RECQL,AP1B1,BOLA1,ACSL3,RRAGA,RRAGC,KATNAL1,CRYZL1,XRN2,HECA,SUCLG1,PFN1,ATP6V0D1,TSHZ3,ANP32A,DCUN1D5,IGSF3,DCUN1D1,TWF2,TWF1,NLK,INPP5B,DGUOK,NLN,SCFD1,PTDSS1,ZNHIT1,ZNHIT3,GSE1,TNRC18,TRPM7,ATP6V0A1,SRPK2,STK11IP,UBAC1,ZWINT,RPS26,ZZZ3,FUBP1,ANP32E,RNPS1,ANP32B,ALDH18A1,CORO7,RPS21,ITM2C,DAZAP1,HIP1,CITED2,ZFAND2A,GDI2,PRPF19,ZMYM2,PCF11,DNER,TMED2,TMED1,RAB8A,TOP3B,PRMT5,TSC22D1,RHOA,MLF2,RHOB,PRPF18,NFX1,B3GNT5,WAC,STRAP,HNRNPH2,AIDA,SGK1,KPTN,MAPRE2,SDCCAG8,DTYMK,TOMM40,NOL6,PPP2CA,HIRA,TBL1X,LCMT1,DCPS,MPZL1,RANBP2,RANBP1,NFYA,SLC31A1,GBF1,RANBP9,SORBS1,RANBP6,HIST3H2A,MARS,COPG2,RAB3GAP1,GOLT1B,SPPL2B,ARID4A,NUCKS1,FBL,COL4A3BP,CHCHD3,TATDN2,CHCHD6,POGZ,RALBP1,PHYH,ANGEL2,NOSIP,TRNT1,RSBN1,TUFM,PREPL,MYCN,PHOSPHO2,CMPK1,MATR3,DAP3,ZCCHC8,ATP6V1A,ZCCHC7,BTF3L4,COX7A2,CABP1,PRPF8,ARHGAP12,EFNB2,SDCBP,UBB,DPP9,ATP6V1H,OTX1,PDZD8,ACBD6,HSPA8,KLHDC3,CPSF7,ACBD5,CPSF6,CPSF1,RHBDD2,CPSF3,NONO,PTCH1,IDH1,DNAJC13,COQ9,COQ7,EFNA2,ATG16L1,DNAJC10,TBCE,SRPRB,DYNLRB1,SAE1,ACBD3,LRP10,ZSCAN2,MUS81,KDM5C,YBX1,HK1,HS2ST1,CASP9,TMEM101,FLCN,ZC3H7B,PDE4B,SPEG,TMEM109,SCYL2,RBM6,USP48,PPP2R5C,KLF16,DNM2,CDH11,AKT1S1,CHMP7,LUC7L2,TSEN34,KDM3A,STOML2,TM2D2,POLDIP3,GMPR2,USP12,WIZ,MTIF2,MOSPD3,TOB1,GNA13,GMDS,NT5DC3,GNA12,PDE6D,NCAM1,ABCF2,SPEN,KDM4A,LIMK2,USP28,MEIS2,SLC4A7,CDK2AP2,SSBP1,RBMX,SSBP3"
+"gene_set_query"	"663"	"PLAGL1"	"618.3"	"ARCHS4 Coexpression,870;Enrichr Queries,760;GTEx Coexpression,225"	"IPO13,TDRKH,ATF2,RPL5,KDELR1,RPL8,NUDT3,RPL6,RPL7,GLS,GCSH,GOLGA2,GOLGA3,PCMT1,ALCAM,ZMIZ1,DPYSL2,MYC,DPYSL3,DZIP1L,AP1S1,KIF21B,SOX4,CHGB,EPHA4,RBFOX1,MEF2C,WSB1,TSPYL1,LIMCH1,DAPK1,CACNA2D1,ARRDC3,ACSL6,CSNK1E,TMEM170B,VWA5B2,SFRP1,PRKAR1B,DDIT4,RRAGD,HECA,KCTD12,PRR12,PFN1,AURKAIP1,TMEM87B,SAR1B,GIPR,MAGED1,NPRL3,MYCBP2,MTMR9,PIK3R1,AAAS,PRKCZ,MTMR7,FAM160B2,PRRC1,FLRT2,PRDX1,SSR1,STXBP5,HIVEP2,RIMKLA,ARGLU1,RAB11FIP4,SEC31A,VAT1,JUN,ZRANB2,PTPRN2,CADM1,CADM2,INTS3,PLK2,MRPL28,IRF2BP2,SMARCA2,GADD45G,MLLT10,FAM135A,GOLGB1,ID2,MAGED2,CALM3,FAT4,PAM,ITM2C,CDKN1C,PCSK2,NRP1,BTG1,CITED2,PTPRN,VLDLR,ZCCHC17,ROBO1,RNF157,MED12,AKAP12,EPM2AIP1,SMPD4,TMEM43,ZMYM6,TIMP2,REV3L,KIF1B,TMED4,PCMTD1,APC2,PCYT1B,SSR4,ITPK1,MRPL49,DYNLL2,TERF2,LRRC41,DUSP6,DDB2,MLF2,RHOB,NCOR2,BACE1,TMEFF1,ZEB2,TMEM179,CTTN,KIT,CDC42EP3,PXDN,SGK1,SLC29A1,NFIX,PTN,NOL4,GNAI1,AMN1,UNK,PGRMC2,NFIL3,MGAT3,CKB,BID,RPL18,RPL17,NKTR,RUNX1T1,MON2,CSNK1A1,STAT2,PCGF3,TTC1,SNX21,SORBS2,MPP6,VEGFA,TMEM59,NFIA,NFIB,ETNK1,RIMBP2,HDGF,APBA2,NUCB2,TUSC3,NAB1,TUSC2,RPL10A,CLU,FADS2,LAPTM4A,POFUT2,CDH2,BASP1,PPIP5K2,FAM174B,CFL1,POGZ,ADORA1,ARID2,PPP1R16B,RARS2,FBXW8,IGFBP3,TPM1,F2R,IGFBP2,TTC7B,PIAS1,ARMCX4,ARMCX2,TBC1D20,ELMO1,PGP,SCG5,SCG3,SRSF6,FKBP4,PFKFB2,CUL7,ARL1,SPATA2,LPL,CACNA1C,PHB,NDRG2,NDRG1,PLD3,SOCS2,EFNB2,SNN,PCSK1N,NACC1,ESD,DVL2,DVL3,ZKSCAN1,CD276,PLXNA3,RAP1GAP2,PRNP,CPSF7,ACBD5,CBX5,UROS,ADAP1,CORO2B,SMAD5,NR4A3,HOOK2,HOOK1,DLG5,CNTN1,GNAS,CPE,NF2,LZTR1,UBE2M,RNF187,LRP11,YWHAE,DIDO1,GSK3A,LDB1,PRKCSH,YWHAB,CELF3,PTEN,PTPN23,LDB2,USE1,AFF4,RND3,GPHN,HK1,RPS4X,SEC61A2,PTBP1,RPL7A,DUSP12,MDK,GATAD1,MLST8,PDE4B,PDE4A,PMEPA1,CPXM1,NEO1,UNC45A,MAPK1IP1L,EIF5A,HGSNAT,SUN1,PDCD6IP,PEG3,VBP1,PDPK1,ABCC8,H2AFV,NAV2,ARID1B,ARFGAP1,ARL4C,VCAN,PTP4A3,TMEM214,IGDCC4,GORASP2,EEF1D,CTDSP2,CDH11,LANCL2,USP40,BCAT1,SEC22B,SOS2,NFAT5,RNF34,NAA20,RGS16,CXXC1,RCHY1,CXXC4,FOXRED1,AGPAT3,HDAC7,THBS3,NXF1,MAPK9,CACNG7,TFPT,FAM168A,DNPEP,NNAT,SLIT1,VPS54,FYN,FSD1,POLR2I,EIF4E,MEST,TTC14,CHGA,MBTPS1,PPP1R14B,PCDH9,ADRM1,CADPS,RPL35A,PDAP1,CDC42BPA,MEIS2,NELL2,PINK1,MARCKS,KLF6,PSAT1,MFAP2,CCM2,VIM,INSM1,TNRC6A,EIF3B"
+"gene_set_query"	"664"	"ZNF418"	"619.0"	"ARCHS4 Coexpression,351;Enrichr Queries,795;GTEx Coexpression,711"	"TRIO,VARS,MYT1L,ZDHHC5,ENO2,FNBP1L,GPATCH8,BACH2,NUDT3,CAPNS1,AKT2,DPYSL2,STMN1,CCNL2,ATXN7L3,SOX4,DDX17,ARRDC4,SRRM3,EPHA4,SRRM4,RBFOX2,CXADR,WSB1,RBFOX3,ACTN1,CIRBP,REV1,ANK2,MOGS,SOX11,ANK3,ACTN4,MAPK8IP3,NISCH,TIAM2,TIAM1,EML5,DAAM1,RUFY3,RUFY2,HECA,PFN1,PFN2,BEX4,PAXIP1,TSHZ3,FOXG1,FLII,PIK3R1,OAZ1,APH1A,ABR,NUAK1,PRKAR2B,PLCG1,ZSCAN18,S100A10,CREBBP,FZD3,ZRANB2,PRRT2,INTS1,BCL11A,SS18L1,SURF4,MICAL3,MICAL2,UPF3A,PRRC2B,PBX1,DCLK1,MLLT11,HNRNPL,LAS1L,PKIA,ID2,WNK2,FXYD6,COL9A3,FAT3,CALR,DUS1L,DZIP3,ITM2C,GABRB3,OGFR,SETD5,TOP2B,PIGU,TRAM1,CSRNP3,KCNC1,KCNC3,GRIK5,CLTB,GRIK2,SIPA1L2,PRPF19,SHF,AKAP12,EPM2AIP1,MRPL42,MMP24,PCLO,JPH3,TUBA1A,TRIM2,SDF4,GPRASP1,RALGPS1,ZIK1,GRIPAP1,UPF1,TMED9,PRMT7,MRPS25,PARP2,LRRC49,MINK1,NME2,ELOVL6,ASH1L,DUSP6,SRP9,WDR33,ENAH,TUBB2B,INF2,KIT,PXDN,MTF2,MPPED2,SGK1,ATP6V0C,CSTB,NFIX,SATB1,ICA1L,ADAM22,CRIP2,CENPB,CAMKK2,ADCY5,FAM129B,ARVCF,CHN2,LMAN2,YKT6,RUNX1T1,RIC3,MYEF2,AGK,SORBS2,SORBS1,SCAF1,PRPF39,NFIA,ABI2,KLHL7,TAOK2,TTC3,NUCB1,HDGF,PKN1,TACC2,PLP2,GRINA,CCNT2,ATN1,UBE2Z,CDH8,SLC8A2,IGF1R,TMEM145,NUDT10,PAIP2B,ZFP30,LAMP1,CDH2,PPIP5K2,ARHGDIA,POGZ,CAPN2,EP300,SLC39A7,MAGI1,TLE2,FBXW5,MAGI2,ADAM11,TSC2,TSC1,KCTD2,ATAD3A,FOXP1,DISP2,MSH6,CTDNEP1,ACAP3,ARMCX4,MORF4L1,DMTF1,MSH2,HNRNPUL1,MADD,RAB35,MAPKAPK2,ANKS6,CHMP4B,PHIP,SRSF5,TNIK,ADNP,CSNK1G2,SLC27A4,ANAPC2,LRRC59,KHDRBS2,RAB5C,ANKRD11,PXN,BTF3L4,CACNA1A,DTX3,PDS5B,CACNA1H,CORO1B,SOCS2,EFNB2,DPP6,SBNO2,IRAK1,FUT9,DVL1,NACC1,SRGAP3,MYH10,QSER1,BPTF,ESRRA,TMEM120B,TIA1,CBX5,AUTS2,SYT1,HPS4,KLHL23,MARCH6,CLK4,UCKL1,PTPRD,SH3BP5L,NBEA,HOOK2,NASP,HOOK1,GNB2,PLXNB2,TCF4,CLPTM1L,LRCH4,FGF13,LRP10,NFE2L1,MAP3K12,EIF4G1,UBE2M,ZNF512B,ACADVL,DOCK3,WDR1,CELF1,PRKCSH,SCHIP1,CHD6,PSIP1,HMGB1,AFF3,PPP1R9A,PKD1,SYNE2,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,UBE2Q1,SNRNP70,PPP6R1,MCF2L,TRIM67,MAPK1IP1L,EIF5A,PDPK1,PLA2G4B,PDE4D,NAV2,ARFGAP1,PTBP2,TRAF7,VCAN,PTP4A3,ALS2,SETBP1,RER1,TMEM214,DNAJC5,AKT1S1,LUC7L3,SHANK2,PPP1R15A,RNFT2,HDAC2,CANT1,WBP1,NRXN1,RAB1B,LENG8,RBM4B,CRMP1,FURIN,SPG7,ADD2,JAKMIP2,SLC25A27,ABLIM1,MAPK8,GANAB,MTA1,RBBP4,U2AF2,GNG7,FAM120A,MTA2,MEST,EIF4E,FBRS,CLASP2,SPAG9,PCDH9,NICN1,PCDHGC4,PCDH7,PDE4DIP,MEIS2,TPD52L2,ACVR2A,NEURL4,ERCC3,MGAT4B,RGS11,P4HB,SUGT1,SSBP2,TNRC6A,CBLN1,R3HDM2,METAP2"
+"gene_set_query"	"665"	"ZNF77"	"619.3"	"ARCHS4 Coexpression,729;Enrichr Queries,620;GTEx Coexpression,509"	"TCERG1,RPL5,APP,CCNJ,NUP107,TMEM41A,PPAN,GPATCH1,GPATCH8,ACTB,BACH2,ALKBH8,RRP9,ALKBH3,NFU1,NDST1,RPS17,LSM12,CDC23,CAPNS1,MPRIP,PSMD5,DPYSL2,MYC,ZMIZ2,LONP1,ATXN7L3,SOX4,IER2,EIF2A,ARRDC4,MED1,GABARAPL1,CSNK2A1,TSTD2,PRKCE,NGDN,ARRDC3,MTUS1,CIRBP,ALG2,WDR75,CD3EAP,ARMC8,MED6,GTPBP4,FAM133B,ZW10,GRWD1,DDIT3,ZSCAN21,DDIT4,YME1L1,VDAC2,HECA,ALG10B,TRIB2,BEX4,PAXIP1,BEX1,DCUN1D5,DHX8,SAR1A,SLCO5A1,BRCC3,PRDX3,DGUOK,ABR,PPP3R1,HMGXB4,DHX33,PIP5K1C,ZBED4,SEC31A,JUN,BCL11A,INSR,INTS2,IRF2BP2,CDC7,PBX1,AIMP1,CCT6A,MEX3B,ZBTB6,FASN,ID2,NOL10,FXYD6,CALM3,DHX29,NOL11,RBAK,LGMN,CPEB4,ITM2C,ARF3,NRP1,SMG1,PIGU,BTG1,PTPRS,SETD6,PAK1IP1,MRPS12,SLC7A11,IER3IP1,WDR43,BBC3,SDF4,RIOK2,RIOK1,JARID2,CIC,UTP14A,RRP15,ZIK1,CCT2,WDR36,SHPRH,TEX10,NSUN2,TSC22D3,MINK1,TFB2M,MRPS7,DUSP6,SRP9,MLF2,RHOB,NCOR2,SLC7A5,SIKE1,PSMA3,INF2,PITPNM1,NFX1,PACS1,PSMA2,MED21,PXDN,MTF2,TCP1,RAPGEF1,SGK1,EEF1E1,MPND,ERGIC1,NFIX,PCNA,DOT1L,HSPA14,RBFA,GNAI2,PSMB5,SRP72,NFIL3,SERTAD2,CLPTM1,ZSWIM6,CCT8,EXOSC2,RAE1,PAIP1,ATAD1,PCGF6,CENPV,MTX2,CSNK1A1,MTX3,MYO9B,MPP6,BYSL,SKI,KBTBD4,RSL1D1,ERP44,SEC23IP,PHF5A,ABCB10,NFIA,NFIB,APEX1,TRMT6,TAOK2,ZYX,TSR1,NUCB1,PKN1,CIAPIN1,GRINA,ANKRD13C,DBR1,MIDN,UBE3C,CLSTN1,ATN1,TSEN2,FBXO22,TM7SF2,ZFP30,KHSRP,SBF1,PCDHAC2,NOM1,TLE2,MAP2K2,LARP4B,PUS7,ILF2,FOXP1,MORF4L1,HNRNPUL1,MORF4L2,EHBP1L1,FSCN1,SRSF3,CHMP4B,SNRPE,SRSF6,ANAPC1,CSNK1G2,PSMD12,RAB5C,INSIG1,LTBP4,CNN3,ORC5,SOCS2,EFNB2,SBNO1,SBNO2,RNASEH1,PITRM1,ISOC1,ANKRD10,BRIX1,CAMTA2,SMN1,NDUFV2,MCL1,IP6K2,PRNP,NOP14,CBX4,API5,PTCH1,KLHL24,TRAPPC9,EEF2,EIF2S1,COQ6,FBXO31,NFKBIA,BCL9,EFNA2,SH3BP5L,HOOK2,TMEM115,GNB2,RFXAP,GNB1,PLEKHM2,IARS,COPS8,LRP10,NFE2L1,DDX46,NVL,PRKCSH,WDR3,WDR4,CHD6,TRIAP1,ZFP82,LMNB2,PPP1R9B,SGCE,DUSP12,LASP1,SART3,ZC3H7B,SNRNP70,PMEPA1,MRPL9,EIF2B1,UTP15,KDM6B,ARHGEF11,KLF11,KLF13,PDPK1,DDX55,PLRG1,DDOST,DNM2,PTP4A3,TRAF4,CTDSP2,POLR1B,DNAJC5,DNAJC9,NUP54,PPP1R12C,TNFRSF21,GTF3C3,RRN3,GTF3C4,PARG,RGS16,GOSR1,TGFBRAP1,MAK16,LENG8,RBM4B,TM2D3,TOB1,DNAJB1,MAT2A,RBBP4,POLR2B,TGS1,BMS1,GNA11,MKNK2,POLR2D,NAA25,FEM1C,EIF4E,SLC25A25,DCAF13,NOP58,MARCKSL1,KDM4B,RRM2,CDC42BPB,BAIAP2,DNAJA1,SNRNP40,KLF6,POLE3,MGAT4B,POLR3F,SPRY2,NAA15,ABCE1,TRIM32,EIF3D,PPIL4,TAF2,MBTPS2"
+"gene_set_query"	"666"	"TGIF2"	"620.5"	"ARCHS4 Coexpression,489;Enrichr Queries,786;ReMap ChIP-seq,36;GTEx Coexpression,1171"	"MDC1,NUP107,TFRC,ZFYVE9,EHMT1,TSEN54,LSM10,LSM12,RAVER1,DPYSL2,SAMD10,DAXX,SCAMP3,PSME3,DDIT4,PSME1,JTB,RBCK1,ATF4,TSTA3,SET,ABCB6,MRPL18,BAZ2A,COPS7A,MRPL12,GABARAP,CIAO1,PRPSAP1,MRPL20,RHOT2,ATRIP,RHBDL1,HEXIM1,PRRT1,JUN,PRRT2,EDEM1,PBX2,FAM136A,MRPL24,EIF1,MLLT10,TBL3,EIF6,FASN,HYOU1,EZH2,PIGU,PIGO,RPLP1,RPLP0,BBC3,MED11,TUBA1B,MRPL40,ATIC,RPLP2,LYPLA2,LRRC45,DUSP1,SIRT4,MRPL49,ELOVL6,SIRT7,DYNLL2,DUSP6,DDB2,MED22,SLC7A5,MRPL53,SLC7A6,PSMA3,CDC42EP4,PXDN,LRRC14,STAU1,ODC1,SRRT,PSMA7,PSMB6,GGA3,PSMB5,PSMB3,SRSF10,CENPT,LRRC24,SKI,SPSB3,CCDC9,SNX17,APEX1,SERBP1,TSR1,PKN1,GZF1,CRCP,CSE1L,PLOD3,CASC3,ZBTB22,SMCHD1,STK16,RUVBL1,PIM3,KPNA2,FADS1,IK,SLC38A1,PCYT2,FBXW9,PPP1R16A,PRPF4B,FOXP4,LENEP,FOXP1,MSH6,MSH2,SRSF2,FSCN1,SRSF3,SRSF6,INO80B,RNASEH2A,PFKFB3,MAZ,ISG20L2,ACAT2,SOCS2,NDOR1,G3BP1,BRIX1,NAE1,SLC38A2,HPS3,FBXO31,UCKL1,MDM2,LRCH4,ISY1,ZNF512B,HSP90AB1,PIK3CD,ETFB,AP4M1,MRPL4,ALAD,NGRN,MRPL2,PPP6R1,MDK,SUMO2,PMEPA1,ACP2,MSL2,MSL1,QTRT1,ARL4C,SLC25A19,BCAT1,SLC25A5,DCTPP1,GAPDH,SLC25A11,BECN1,GTF3C2,CANT1,LRP1,MGRN1,ROCK2,SRF,NDUFB3,PRCC,MAK16,FOXK2,MLLT6,PPM1G,GANAB,SH3BP2,BEND3,IGF2BP3,FEM1C,E2F4,HNRNPA1,SLC25A22,EIF4E,ATP9A,EIF4B,HNRNPA0,MARCKSL1,TRIM41,SSB,CNBP,NDUFA2,IMMT,RPL23A,TPD52L2,MYO1B,EIF3M,PINK1,SLC25A39,EIF3L,STUB1,EIF3E,P4HB,EIF3D,EIF4A1,PLEKHB2,TXNDC11,TXNDC12,ZDHHC7,ACTB,CYB5D1,RASSF1,CCDC97,CCNL2,ATP6V1E1,CCNL1,ATXN7L3,TMPO,SMARCC1,SCAF11,CIRBP,ANK2,CSNK1D,MOGS,ACTN4,MFSD11,THAP7,CSNK2B,TRIB2,GGNBP2,DHX8,DHX9,SUPT4H1,PTTG1IP,UBE2J1,MBTD1,PCBP4,PCBP1,PCBP2,SYMPK,SNX5,XBP1,SURF1,XRCC6,IQSEC2,SURF2,RCC2,SURF4,MICAL2,PAICS,IFFO1,ICK,ID2,INTS5,RANBP10,INTS4,NDUFAF3,SDC1,COL9A3,LRRN1,NOL11,CALM1,RCOR2,RGL2,DDR1,GPAA1,PPP1R10,SYNCRIP,NUDCD3,PCM1,ARV1,MAP1LC3B,ENC1,MLX,DHX15,RAC3,DHX16,IDS,KIF1B,CTSB,COX8A,VKORC1,CCT2,PBRM1,TMEM150A,CCDC115,MRPS23,NCOA4,COMMD3,PRPF40A,MRPS7,ENAH,CRELD1,CRELD2,PTMA,STK40,PCNA,AHCY,DOT1L,RXRB,MNT,EXOSC4,EXOSC8,MGAT2,CCT8,GPC4,CCT5,CCT4,NPM1,MYO9B,VEGFA,TMUB2,FKBP1B,HNRNPA2B1,HDGF,DPAGT1,SCARB1,CRTC2,MIDN,NARF,SYS1,ZFAND5,CELSR3,IGF1R,CAPN2,SBF2,PPFIA3,SH3GL1,ATG9A,TTC7B,COX6B1,EEF1A1,HNRNPUL1,HNRNPUL2,RTN2,COX19,DDX5,PSMD11,NDUFB10,NDRG1,RTN4,SHARPIN,CAMTA2,CYC1,OST4,FDPS,PRNP,PHF10,PCIF1,HMGA1,AP4B1,CLK2,HOOK2,NASP,HOOK1,PHF13,TCF3,LSM14B,CUEDC2,NAA40,PRR3,CHD6,HMGB3,PSIP1,HMGB1,GPHN,LMNB1,LASP1,TMEM223,ABHD16A,NPTN,RBM14,ARHGEF12,EED,PDPK1,DDX56,ABHD14B,ABHD14A,SYNGR3,UTP18,DDX50,EEF1G,SFPQ,NDUFS7,EEF1D,PARN,SLC3A2,RSPH9,RNF4,AGPAT1,RNF5,CLCN2,POLD3,DNPEP,TMEM203,MAT2A,RALY,TTC13,RRM2,GALE,ERCC1,POLE3,ASB6,RBM42,TAF6,VIM,NAA15,R3HDM1,RAN,RPL5,RPL3,SMC3,RPL8,RPL6,DCAF6,PCMT1,ZMIZ1,MYC,WDR91,STMN1,VPS35,IER2,NUP210,WSB2,WDR74,MED8,CD3EAP,WDR75,SOX12,GTPBP2,WDR81,WDR82,RPL27,RPL29,VPS25,VPS28,SEH1L,PHYHIPL,NOLC1,ADH5,ANAPC11,PRDX3,PRDX2,LDHB,PRDX1,VPS11,FDFT1,RPL41,JUND,NDFIP1,PHC1,CHKA,PLK2,IRF2BP1,IRF2BP2,MAD2L1BP,TYSND1,CDC7,PA2G4,NR1D1,WDR55,THAP11,HNRNPL,EHD1,FIBP,MEX3A,HNRNPF,HNRNPD,ATG2A,CDK10,DUS1L,HNRNPC,OGFR,CDKN1B,GMEB2,BTG1,PHF23,SETD7,GPT,WDR46,PFAS,TMEM189,CSRP2,TMSB4X,JARID2,UBL7,ZC3H10,BRD2,WDR37,TPI1,NUTF2,AEN,GNL1,GNL3,HADHB,RNF167,HADHA,TAF6L,TUBB2A,KIFC2,TCP1,MTF2,PCYOX1,GRAMD1A,CDC123,GPS1,WDR24,ASNA1,RPS3,RRP36,RPS2,RPL15,SF3A3,SF3A2,PCGF2,SYVN1,TTC9C,WDR12,SCAF1,AGBL5,ABI2,TUSC2,IPO7,TM7SF2,IPO5,SALL2,TUBB3,CFL1,SLC39A7,MAF1,PLEKHJ1,IFNAR2,RAB2A,TLE3,SUPT16H,ANKRD44,USP3,GPT2,RPS5,TPM1,RPS6,VASH2,ILF2,RNF40,CTDNEP1,PYGO2,MORF4L1,TOM1L2,ILF3,RAB34,NCL,MADD,SNRPG,SNRPF,PHPT1,SNRPA,FKBP5,CUL7,CD151,CCDC24,ANKRD11,INSIG1,GLT8D1,CHRD,UBR3,KLC4,BAG4,ORC6,UBR5,DVL2,SKIL,MCL1,MPDU1,EIF2B4,M6PR,DHCR24,TRAPPC9,ADAP1,LSM2,COPS6,MAFG,SPIRE2,RNF181,PLXNB1,SERINC1,LZTR1,BCL2L1,DIDO1,RNF11,MCM7,RNPEPL1,TRADD,RPL7A,PTBP1,DUSP12,NOB1,WDR6,TNPO2,IQCB1,ADSL,RFC3,GPX4,EDF1,RANGAP1,BET1L,COASY,PTP4A3,DALRD3,CTDSP2,POLR1B,SOS1,SOS2,HDAC5,WBP1,WBP2,HAUS8,ABLIM3,VPS52,POLR2D,POLR2E,POLR2H,DCAF11,MEST,DCAF13,POLR2L,SPAG9,SPAG7,PPIL1,SMOX,PTPN11,ASXL1,BCKDK,KLF6,SNRNP40,PSAT1,IMPDH2,MFAP2,SLC35B2,VARS,ZMYND8,RUSC2,RPS18,RUSC1,FLAD1,RPL36AL,LONP1,ZFPL1,SEPHS1,SEPHS2,SOX4,MRPS18B,PTOV1,COG1,AP1AR,JMJD8,JMJD6,AFG3L2,CARHSP1,POR,RRAGC,PFN1,EZR,PFN2,ANP32A,STXBP1,ZNHIT1,GSE1,TNRC18,PATZ1,VASP,FIS1,SNHG1,SETDB1,BCL11A,SS18L1,TREX1,RPS29,FUBP1,ANP32E,RPS21,C2CD2L,CDS2,ITM2C,DAZAP1,GDI1,CITED2,FAF1,ZFAND2B,GDI2,TMED4,PSD,PRMT5,ATP6V0B,PARP1,PRMT1,TSC22D3,PPRC1,LIME1,MLF2,MAPRE3,MAPT,SGK1,DTYMK,SLC20A1,PRIM1,NOL7,RFNG,AKAP1,NT5C,HIRA,SUZ12,AP3D1,ATAT1,RSL1D1,SPCS1,MARS,FAU,TOMM6,ARHGDIA,CHCHD1,TMEM14C,LMO4,KCTD2,DPM3,PRPF6,MYCN,ZCCHC7,IDI1,RPS19BP1,BTF3L4,STK4,PRPF8,TMEM127,ANKZF1,ACBD5,ACBD4,CBX5,CPSF1,HSPA4,NONO,CBX2,CPSF3,IDH1,TBCD,ASPSCR1,BFAR,NFKBIA,EFNA2,DLG4,SAE1,ZSCAN2,MUS81,B4GALT2,ACADVL,THRA,SLC2A3,USP39,SEPT9,SEPT6,ZC3H7B,FLOT1,CASP2,MAN2C1,KDM6B,MAPK1IP1L,H2AFZ,AKTIP,H2AFX,PPP2R5B,RNF208,ARID1A,KLF16,FAM189B,DDAH2,THRAP3,LUC7L3,HAGH,PFDN5,HCN3,STOML2,ATF6B,SPG7,TOB1,HSPD1,NXF1,ABCF1,USP22,CYHR1,PDE4DIP,NAP1L1,MEIS2,CAPN10,BAX,RBMX"
+"gene_set_query"	"667"	"FOXA2"	"621.8"	"Literature ChIP-seq,74;ARCHS4 Coexpression,1040;ENCODE ChIP-seq,83;Enrichr Queries,1063;ReMap ChIP-seq,261;GTEx Coexpression,1210"	"ATF2,NUP107,POP7,POP4,IFT172,ITSN1,ALKBH6,TSKU,ALKBH3,NDST1,SCP2,DPYSL2,AKT2,FAM110B,AKT3,PRKAB2,CXADR,BCR,DDIT4,JTB,MEPCE,PDGFA,PLA2G6,PRPSAP1,RHOT2,LARP1,HEXIM1,JUN,JUP,EIF2AK3,NR2F1,PBX1,FASN,NMT1,NMT2,FAT3,PKIG,KCNC1,MTMR14,ARHGAP1,SHB,BBC3,MED17,OSBPL10,SHF,PCMTD2,MED11,MMP24,SMPD1,TCP11L2,DLGAP1,JAK1,PCMTD1,DLGAP4,DUSP1,GSTO1,SPHK2,IFT140,SLC39A11,EPS15L1,JOSD1,BAZ1B,MED27,DUSP6,DDB2,MED23,SLC7A6,PXDN,RAPGEF1,ERGIC3,ERGIC1,ELOF1,OAT,SAMD8,GSTP1,NIP7,ATL2,ODC1,ADAM22,NOC4L,SNX29,SNX27,STX6,RICTOR,ZSWIM6,ZSWIM5,EGLN1,CRBN,GOLM1,SKI,TAOK3,SNX16,CCDC9,ETNK1,SNX14,TSR2,YPEL4,YPEL3,CRLF1,FRYL,GZF1,CRCP,TMEM167B,PDCD5,LTN1,FBXO25,FRY,FADS3,NUDT19,CEP250,CIR1,FADS1,SYBU,BNIP3L,FBXW8,DGAT1,FBXW7,CTNNBIP1,ATP11A,CNPY3,CASD1,SRCIN1,FBXW2,TPST2,MINPP1,ACLY,TPST1,MSH2,SRSF3,SRSF4,SRSF6,SRSF7,SRSF8,FTO,INO80B,TXNDC9,IREB2,SPATA2,UAP1,FBXO41,CORO1C,RAP1B,ZKSCAN3,ZKSCAN1,NADK,TXNDC5,NEK9,NOP14,NOP16,API5,FBXO38,UROS,HPS4,FBXO31,UCKL1,DRAP1,SH3BP5L,LRCH1,SP3,CLPTM1L,OSBPL1A,OGT,ITGB1,SNAP25,ALAS1,ETFB,SPR,PPP6R2,PPP6R3,ACP2,ARL5A,ACP1,BCAS2,BOK,ACTR3,EIF5B,BCAS3,TNFRSF19,VPS13A,SEZ6L,RABGGTA,MSL1,ATRN,TOP1,DCTPP1,TNFRSF21,UHRF2,ROCK1,ROCK2,SRC,SRF,SRSF1,SRBD1,MLLT1,MLLT3,EHBP1,ZNRF1,CCDC85C,EIF4H,FEM1C,IGF2BP3,FYN,EIF4E,EIF4B,TRIM44,TRIM41,FEM1B,CNBP,MYO1B,NAGK,TSPAN13,CDKN2AIPNL,ST7,PDCD4,TRIM35,ATXN10,EIF3D,TRIM33,SLC23A2,CERK,CPNE5,RCBTB1,CDC23,SNRPD2,BSG,CDC27,TRIM24,EIF2D,TRIM26,EPC2,ATXN7L1,SCAPER,TRIM23,ATP6V1G1,ALG9,ARL15,ALG5,ECH1,ALG2,CIRBP,MOGS,CSNK1D,ACTN4,MFSD11,FLYWCH1,TRIB2,TRIM11,CCDC84,SLC45A4,NUMBL,DHX8,KALRN,GSPT1,TTBK1,CDKN2AIP,PGS1,APOO,DECR2,XBP1,SMARCA1,NTAN1,HARS2,PTK2,MED13L,EXT1,AIMP1,PTK7,CDC16,SDC1,GRB2,NOL10,NOL11,MON1B,DDR1,NRP1,DHRS13,COX7B,HIBADH,MRPS12,NAT10,MRPS10,HERPUD1,AKAP12,PPP3CA,PCM1,MAP1LC3B,RAC1,MRPS28,CAP1,MRPS26,ATMIN,MRPS23,TFB2M,GAB2,SYN3,SREBF2,TOX4,RNF144A,GAK,TOX3,KIN,RAP2A,SLTM,KIT,ARHGEF1,PABPC1,ARHGEF2,SLU7,DYNC1I2,NAPB,AHCY,MRPS35,CAB39,GBA,GNAI1,NAPG,OS9,ORMDL3,EPS15,SORT1,VEGFB,MYO9B,COX6C,PEX14,VEGFA,NUDT9,KLHL5,SGSM3,CACHD1,TACC2,OTUD5,SYS1,NARF,ZFAND3,ZFAND5,SRP14,CELSR2,IGF1R,DNAJB12,UBE4B,SDHD,EEF1A1,TBC1D20,WDFY1,PPIH,PPIG,PPIB,SIDT2,COX19,TBC1D19,PKDCC,TSG101,COX16,UBA5,COX17,CACNA1A,HTRA2,CACNA1D,CACNA1E,CACNA1H,RAI1,DHRS7B,TBC1D13,TBC1D14,TBC1D17,TBC1D16,SYT4,UBE2B,AUTS2,SYT1,PCIF1,UBE2A,SYT7,IFT20,GNAO1,GNAL,HOOK2,HOOK1,GNB2,GNAQ,CNTN1,MKRN2,UBE2O,RERE,PHTF2,TNFAIP1,RND3,PITPNC1,CABIN1,RND1,LASP1,EEF2K,RB1CC1,MYO18A,SUN1,NUP133,TTC33,HUNK,NAV2,SYNGR3,EEF1G,ELF2,ALS2,ACOX1,CRY2,MAN1B1,IFT46,CUEDC1,AGPAT5,RALA,ASB13,RNF8,SLC3A2,ASAP2,RNF7,ADD1,AGPAT3,AGPAT4,CYTH3,CYTH2,CAND1,GNG7,SPOCK2,SLIT1,PTK2B,RALY,CRYM,MTA3,CYTH1,TIMM8B,TTC14,ATF7IP,RRM2,BNIP3,FAM155A,GALE,TEF,ERCC1,POLE3,ERCC8,RRP1,WIPF3,GPATCH1,SMC5,PHAX,SMC3,GPATCH8,ALCAM,CNST,ZMIZ1,CSPP1,VPS36,NCKAP5,CDK5RAP3,DDX17,DDX18,PRKCE,AFAP1,SCRIB,WDR73,GTPBP1,ARMC1,DAAM1,HECW1,TARS2,NUP98,PI4K2A,VPS28,CTBP2,PDXDC1,XPA,XPC,PRKCZ,LDHB,FAM171A1,LDHA,FLRT2,WDR70,NUP85,LDHD,NRBF2,ST3GAL1,FDFT1,LHPP,ST3GAL3,PHC2,DMPK,IRF2BP2,NR1D1,EHD1,HNRNPM,HNRNPK,HNRNPF,ATG2A,ITPA,SETD5,MOCS2,SMG1,BTG1,CDKN1B,WDR48,DENND1A,KRI1,WDR46,WDR43,SMG6,PHF8,UBL5,TK2,RRP12,CIC,JARID2,RRP15,UBL7,CEP68,WDR37,EXOC7,TERF2,GNL1,HADHB,ZEB2,NCOR1,MTF2,EXOC4,EXOC6,KIFC3,GRAMD1B,GRAMD1A,CDC123,NFIX,TIMM9,ADCY1,FAM129B,ADCY5,ARFRP1,FGD4,FARP1,PCGF6,YTHDF1,NR1H2,SYVN1,ELP3,HIPK1,WDR11,PHF5A,NFIA,FAM49B,RAB3C,SYAP1,AUP1,PARK7,CLU,SLC8A1,TM7SF2,PPP1CB,PPP1CC,NPEPPS,IPO8,RIMS4,PAPOLA,ZNF326,SLC39A7,SNRNP35,GTF2I,MAGI1,TLE4,RARS2,TLE3,USP8,CSNK1G3,TLE2,MAP2K1,SUPT16H,USP7,USP5,TPM3,RALGAPA1,USP3,MAGI3,TPM1,MAGI2,FRMD4A,THOC7,PYGO2,ILF3,RAB34,RAB35,SNRPG,AAGAB,PHIP,SNRPE,ADNP,STAMBP,TOX,FKBP3,SNRPB,RAB5B,RAB5C,INSIG1,SLC38A10,UBR1,PHB,GOLGA7B,SCRT2,UBR5,PLXNA2,DVL2,SRGAP3,SRGAP1,MAP2K5,PLXNA4,MCL1,OSBPL9,AKIRIN2,UVRAG,AKIRIN1,RAB4A,EIF2B3,CCDC12,OSBPL2,TRAPPC9,BCL9,DAB1,REEP5,NBEA,CPD,CPE,PLEKHM2,PLXNB2,PLXNB1,CNIH3,RSL24D1,BCL2L1,DIDO1,WDR1,ZC3H4,ZC3H3,SYNE2,PIK3C2B,AP1G2,VPS72,AP1G1,SNRNP70,PHACTR3,IDH3B,TLK1,PHACTR1,EIF2B1,PLEKHG2,CCDC34,GGPS1,SECISBP2L,RPL13A,PLRG1,SMC1A,DNAJC2,DAD1,CTDSP2,POLR1C,POLR1D,CCDC43,CRK,MTPN,HDAC1,EI24,TULP4,PDHB,DNAJB2,ABLIM1,HECTD1,DNAJB6,FIP1L1,POLR2C,RAB23,POLR2D,RAB24,VPS54,CSK,POLR2I,SEC11C,MLXIP,SLC35A1,RNGTT,RPRD2,ASXL1,RAB10,SNRNP40,POLR3B,PSAT1,POLR3E,DRG1,DRG2,CEBPZ,VPS45,POLR3K,TNRC6A,PANK2,SLC35B4,ZMYND8,HDAC11,CBLB,HS6ST2,PDCD2L,RPS14,PNN,RPS17,FRAT2,KAT5,RPS19,PPP2R1B,FLAD1,FTH1,MAGOH,LONP2,BTRC,SEPHS2,PDHX,SRRM3,COG8,SLC35C2,COG3,COG1,MAPK8IP3,POR,KARS,SIK3,SIK2,TLN2,ATP6V0D1,OBSL1,MACF1,MAGED1,HTATSF1,FXR1,GSE1,TNRC18,RALGDS,VASP,TMEM184B,SYNRG,PUM2,FUBP1,RPS21,TECPR2,TECPR1,GFM1,UBXN1,HIP1,CITED2,SLC44A2,ZFAND2A,SIPA1L3,SPPL3,ROBO1,C1QBP,SH3PXD2B,TMED2,UBXN7,SEC61B,RAB8A,RALGPS1,RALGPS2,TMED9,ZER1,PARP2,CBFA2T2,VAV2,MLF2,SLC22A23,UGDH,CSTB,HIRA,ZDHHC18,APBB2,APBB3,METTL9,PURG,MPP3,NFYA,GBF1,LSAMP,SORBS2,SORBS1,AIG1,RAB11A,RAB11B,KBTBD4,MPHOSPH9,CAPZA2,NBR1,MEGF9,MPHOSPH6,NDUFA13,NDUFA11,KDM1A,LZIC,CWC27,FAM162A,ARHGDIA,NRCAM,RALBP1,PHYH,KDM2B,ATP1B2,ATP1B1,TUFM,MYCN,PRPF6,SPECC1L,CHMP4B,XPR1,ZCCHC8,IDI1,PXK,PXN,CLEC16A,FBLN1,EFNB2,EFNB1,UBB,ZMAT5,RPRD1B,KLHDC10,MPST,KLHDC2,CPSF4,KLHDC3,CBX5,CBX4,CBX2,IDH1,EIF2S2,COQ5,EFNA2,CHMP2A,PI4KA,DYNLRB1,SAE1,LRP10,COPE,LRP11,KDM5B,THRA,ASNSD1,DBI,YBX1,HK1,HS2ST1,RPS4X,SPRED2,SEPT7,PPP2R5E,KDM6A,KDM6B,AXIN1,RPS3A,SUPV3L1,DNM3,GAP43,FCHSD2,DDAH1,THRAP3,RASA1,CDH11,AKT1S1,HAGH,PFDN4,VAC14,KDM3A,FAM169A,GNA13,MAPK9,UGP2,ALDH1B1,DDT,GNA12,KDM4B,KDM4C,TMEM30A,LIMK2,DEK,CAPN10,PPP2R2B,ATP13A3,LPIN2,CHIC2,GHITM,RBPJ,TSEN54,PSMD8,PSMD9,SAMD14,PSMD7,ZFYVE27,PPP4R1,PPP4R2,PSMD3,PSMD1,RBFOX1,RBFOX2,STARD7,DNTTIP1,RFX3,GAPVD1,EML4,RUFY1,EID2,PRKAR1B,RUFY3,CLNS1A,PSME4,PSME1,SDR39U1,COPS7B,AGAP1,MRPL14,MTMR7,GRPEL2,VTI1A,PSMF1,EDEM3,PRRT1,PRRT2,CADM1,CADM2,PMM2,EXOC6B,FAM136A,MRPL21,MLLT10,ABTB1,UCK2,FAM135A,TDP1,EZH1,FERMT2,GPR19,PIGU,PIGT,HEXB,PIGP,LRRC3,MRPL36,MRPL34,MRPL33,TUBA1C,MRPL40,B3GALT1,UPF2,ELOVL5,ELOVL2,LRRC49,ACTL6A,SIRT4,MRPL49,ELOVL6,MRPL45,SIRT2,MRPL44,LRRC42,MRPL53,MRPL50,PSMA3,PSMA1,BDH1,CDC42EP4,PELI1,CDC42EP2,TMEM106B,TUT1,PGAM5,SLC29A1,VAMP4,DSCAML1,VAMP2,RPS27L,HTT,CCNDBP1,PSMB7,PSMB5,GGA3,PSMB2,PSMB1,AP2S1,LEO1,ANO10,HARS,RABAC1,SRSF10,MEF2D,SRSF12,LRRC28,YLPM1,TMEM60,LRRC20,TMEM59,PSMC6,PSMC2,UBAP1,UBAP2,UBE2D2,UBE2D3,TSEN2,STK11,OSBP,STK16,SCMH1,KPNA6,KPNA2,KPNA3,AP2M1,PPP1R16B,AGTPBP1,UBE2E1,SARS,FOXP4,FOXP1,SAP30,FRMD3,ACAP3,TXLNA,SLC9A8,ANAPC5,SQSTM1,ANAPC1,PFKFB2,LRRC59,RNASEH2C,MAX,TUBGCP2,ARL3,MAZ,UBFD1,RAP1GAP,SAV1,SOCS2,STK38,E4F1,SLC38A2,EVI5,ZBTB17,TIA1,BRPF1,GOT1,GOT2,PTPRD,MFHAS1,STK24,NFE2L1,HSP90AB1,CELF2,SCHIP1,CELF4,ARRB1,ARRB2,SUMO1,CAPZB,MDK,SUMO2,PMEPA1,ERC1,EDIL3,CTNNBL1,DIS3L2,PELP1,HSP90AA1,DST,VPS37C,VPS37D,NDUFC2,VEZF1,RAD23B,PPM1B,NPC1,PIK3CA,SLC25A19,BIRC6,SLC25A5,BDP1,SLC25A12,SLC25A11,MET,BIRC2,AHDC1,PPP1R15A,GTF3C2,GTF3C3,LRP1,NDUFB4,NDUFB3,CXXC1,FOXK2,FURIN,FOXK1,PPM1D,CXXC4,GANAB,FCHO1,FCHO2,CDC37L1,LRRC8D,SH3BP4,AAMP,SLC25A25,ATP9A,PTPN1,NDUFA6,NDUFA4,FOXJ3,NDUFA1,RPL23A,NELL2,CCM2,P4HB,SMAP2,SLC25A36,EIF4A1,CCNK,AHCYL1,EIF4A3,PREP,TXNDC11,JMJD1C,THUMPD3,CCNC,GCC2,TXNDC12,ZDHHC7,ZDHHC8,CYB5D1,KIF21A,CCNL2,CCNL1,SEC62,EPHB2,SLC12A6,ST6GAL1,ST6GAL2,SCAF11,NSMCE1,ANK2,ANK3,SFRP1,CD2BP2,ULK1,TMEM87A,CTR9,SUPT4H1,DHX32,PCBP1,TSPAN6,MIER2,PCBP2,ERI3,DHX38,HIVEP2,RAB11FIP3,SNX5,RAB11FIP4,SEC31A,SNX6,INTS1,IQSEC1,RCC2,INTS3,SURF4,MICAL3,MICAL2,ICK,ARMC10,PPP1R1A,ID2,PPP1R1B,INTS5,INTS4,COL9A3,CALM2,AARS,PCSK2,PTPRN,CTSZ,WASL,PTPRK,BMI1,PEPD,PTPRF,SPTLC1,CTSL,RSRC1,ENC1,REV3L,ARIH2,DHX16,KIF1B,CTSF,ARIH1,CTSE,CTSD,CTSB,NDEL1,VKORC1,NCOA2,SEC13,TMEM150A,WARS,DBNL,NCOA5,MMD,NCOA6,NCOA4,COMMD3,MRPS2,ANO6,COMMD6,IMMP1L,VSNL1,CSDE1,G2E3,SFI1,STX16,INPP1,STX18,DOT1L,SAMM50,FAM172A,CAMK2N1,SERTAD2,PAK3,EXOSC2,PAK2,YIPF3,YIPF4,TMUB1,PLEKHA6,RSRC2,FKBP1A,PER1,DPY19L3,RPA3,ESYT2,SCARB2,SCARB1,MIDN,WWC1,FAM174B,KIF5B,CAPN5,KIF5A,CAPN2,PPFIA1,BAHCC1,SBF2,SH3GL1,RGS7,ZGPAT,SLC30A5,LMTK2,HNRNPUL1,SBDS,GEMIN7,UBE2V1,RTN2,NDRG4,NDRG3,ARHGEF26,YTHDC1,SEL1L,PDS5A,NDRG1,ACACA,FUT8,KIF3B,DEAF1,CAMTA1,H1FX,KIF3C,NDUFV2,BCL9L,PRNP,CRIM1,DSTN,KLHL23,CLK4,KLHL20,RCL1,QDPR,PQLC1,RBM28,GSK3A,RBM25,RBM26,PRKCSH,DDX47,CNRIP1,MAST2,CHD6,PSIP1,ARHGEF10L,CHD3,CHD2,SOBP,AFF3,PPP1R9A,RPGR,PPP1R9B,SEC61A1,UQCRFS1,LRRFIP1,SULT4A1,RBM33,RBM17,NAA30,GLRX5,DDX55,TBC1D8,DDX54,ARHGEF18,TBC1D9,GLRX2,DDX52,GPCPD1,PJA2,CREB3,SFPQ,NDUFS6,GORASP2,TBC1D5,PPDPF,NDUFS5,NDUFS3,ATG4B,NAA38,MVD,NDUFS1,NUP54,EAPP,IRF9,RBM22,MVK,NAA20,TGFBRAP1,PARN,HMGCR,HMGCL,TAF1D,DNPEP,MAT2A,TAF1B,BMS1,NAA25,CHGA,RBM39,MBTPS1,TAF15,CHURC1,PDAP1,ATP2B1,MAPK14,CLCN7,MAPK10,PNKD,SBK1,ASB8,FAM98B,VIM,RBM45,CLUAP1,MBTPS2,TAF2,RAN,LNX2,CYFIP2,RPL3,TRIO,CLPB,RPL31,STMN2,DCAF8,THYN1,RPL8,GABPB1,RPL9,DCAF7,BACH2,DCAF6,NUB1,MYC,STMN1,PIP4K2A,DIP2A,DIP2B,DIP2C,IER5,IER2,CHGB,ACOT9,MED1,WSB1,ACOT7,MECR,WSB2,DAPK1,PIH1D1,RPL22,DAPK3,CD3EAP,SOX11,SOX12,CLPX,DYNC1LI1,TYRO3,YME1L1,RPL27,PRR18,RPL26,RPL29,ALG10B,UBA52,RNF121,RPN2,MAPKAP1,NEDD4L,HIF1A,PRDX3,PRDX4,RIC8B,CHST12,PRDX1,RAD21,CHST15,S100A10,RPL41,CDK19,JUND,CHKA,H3F3B,RDX,H3F3A,SLC6A6,GLUD1,RNF103,NPLOC4,H2AFY2,HBP1,DUS1L,CPEB4,OGFR,ELL,TCF25,CLTC,ADK,PFAS,ING4,TMEM189,TRIM9,CHL1,TMSB4X,RFK,ANXA7,GARNL3,BRD3,ZC3H10,BRD2,SSR4,TCF12,TIMM23,BACE1,RNF167,LSG1,MRAS,TET3,PLCB1,PHLPP1,TIMM13,GRAMD4,TM9SF3,CHN2,RPS3,RPL13,ANKRD54,SC5D,BRD9,RPS2,RPL18,BRD7,SF3A3,AGK,TTC9B,WWP2,LRPPRC,GTF2H5,KTN1,AGBL5,RNF145,XAB2,MORN4,INHA,TOR2A,DGKE,UHRF1BP1L,CHPF,CLSTN2,FMR1,CTNND2,CTNND1,YEATS4,BZW2,FAM107B,ABHD12,CDH2,ZFP30,MACROD2,TMSB10,BIVM,RNF44,RPS9,RPS7,GPT2,IGFBP3,RPS5,ANKRD44,IGFBP2,BSCL2,CLIP1,CACNB4,ERP29,TNIK,PHPT1,MAD1L1,SEMA7A,TNKS,ABHD2,GLO1,CUL3,ANKRD12,ABHD8,ITPR1,AK2,AK3,GTF2E2,HMBOX1,KLC2,PSAP,BAG1,MPDU1,WDTC1,TOR1A,ATP8B2,DHCR24,MARCH8,MARCH7,LSM4,LSM3,RCAN1,CNOT6,ZFP62,CNOT2,NF1,SPIRE2,RNF181,TADA1,SERINC1,NF2,CNOT8,SERINC3,SERINC5,LMBR1L,DAGLA,DUSP11,SGCE,DUSP12,OPA1,OPA3,PSD3,SLC37A4,PDCD6IP,RTN4RL2,RANGAP1,COASY,BET1L,NIPSNAP1,REXO4,PTP4A1,PTP4A2,PTP4A3,ASPH,TRAF4,SNRPA1,EVL,SOS1,NFAT5,SMARCD2,WBP1,WBP2,AMBRA1,JAKMIP1,JAKMIP2,FZR1,PUF60,MGAT5B,DCAF11,UGGT1,FNIP2,CACNG4,SPAG9,KCNJ11,RNF24,SEMA4B,RNF26,TXNRD1,PTPN11,SEMA4G,OXR1,PNRC1,PNRC2,RAD52,CUL4A,KLF7,MARCKS,KLF6,NIN,INSM1,METAP1,METAP2,DIXDC1,PWP1,GOLGA1,HABP4,ZFPL1,SOX4,AGFG1,SOX5,MTUS1,ACSL6,MRPS18A,ACSL3,INPP4A,AFG3L2,CARHSP1,COX7A2L,RRAGA,AKAP9,XRN2,VDAC1,EZR,CBLL1,BEX2,BEX1,LMAN2L,ANP32A,PDE1B,TRMT2A,NLK,INPP5B,NUAK1,PTDSS1,SPAST,INPP5F,VPS8,SCAP,TRAP1,RABGAP1L,PTPRN2,BCL11A,INSR,STAM,ACADSB,UBAC1,GADD45G,SRPK1,CCDC88A,PARP11,STAG1,STAG2,SESTD1,GOLGB1,ANP32E,ALDH18A1,CORO7,TMCC1,ITM2C,CDS2,TRAM1,SH3KBP1,FAF1,GDI2,OLA1,MYL6B,SERP2,RPTOR,SERP1,AUH,PCF11,KIF13A,PRMT5,TSC22D1,STRBP,RHOF,RHOB,NME1,PRPF18,PACS1,NME7,MPPED2,WAC,MAPT,SGK1,PRIM2,PRIM1,AKAP6,TRAK1,ARNTL,AKAP1,CUX1,TBL1X,MAP4K5,LCMT1,MAP4K3,MAP4K4,RANBP2,ARNT2,RANBP3,RANBP9,RSL1D1,CTNNB1,FAU,HDLBP,ARID4A,ARID4B,TOMM20,CHCHD3,POGZ,PDIA3,APLP2,TSC2,TSC1,KCTD3,TMEM131,DPM3,TMEM135,TMEM136,DNAJC30,RPL7L1,SPNS1,SCG5,ELMO1,SCG3,STAM2,PDE9A,RAI14,DTX1,COX7A2,CPLX2,STK4,ADIPOR2,PLCXD2,ARHGAP12,DPP6,DPP8,DPP9,TMEM127,TMEM128,ZC3H18,DMAP1,MARK4,PDZD8,ZC3H14,MYH10,PDZD7,HSPA9,ACBD6,SMAD4,ACBD4,SMURF2,HSPA4,PTCH1,ASPSCR1,TBCD,TBCA,NFKBIA,ARHGAP32,DLG1,DLG2,ATG16L1,DLG5,RFXAP,JMY,TBCE,SRPRB,CLASRP,NFKBIB,CREBZF,B4GALT2,DOCK4,ABCD3,USP33,DOCK7,USP34,ELAVL4,USP39,SLC2A8,POLB,SENP7,SENP5,ZC3H7A,ZC3H7B,MAN2C1,SCYL1,POLG,TSFM,USP48,ABCC8,USP43,PDE4D,ARID1A,ARID1B,CKAP4,KLF16,TRNP1,LUC7L3,B4GALT7,LUC7L2,B4GALT5,TSEN34,USP15,RGS19,RGS16,MTIF3,TOB1,DLL1,NCALD,STRN3,GMDS,NT5DC3,ROMO1,ABCF2,CAMK2G,CLASP1,USP24,ATE1,PTCD1,CADPS,DTNBP1,PDE4DIP,HSPE1,MEIS2,NAP1L4,SH3YL1,FMNL2,PIK3IP1,BAX,RGS12,SSBP1"
+"gene_set_query"	"668"	"ZFP69B"	"623.0"	"ARCHS4 Coexpression,275;GTEx Coexpression,971"	"TCERG1,CCNJ,CMAS,PHAX,EPRS,SMC3,FNBP1L,SNRPD1,DPYSL5,DPYSL2,STMN1,PIP4K2B,SOX4,EPHA5,MED1,TIPIN,CXADR,WSB1,RBFOX2,ACOT7,SOX11,HDHD2,EID1,DYNC1LI1,RFX7,BOLA2,RUFY2,VOPP1,TAGLN3,ALG10B,PFN2,ASTN1,SET,DHX9,MAGED1,FOXG1,PIK3R3,ATXN7L3B,DHX33,HLTF,RBM12,FDFT1,NUS1,ST8SIA2,NETO2,BRI3BP,PAICS,MLLT11,CCT6A,CCDC88A,SQLE,HNRNPK,H2AFY2,PKIA,FUBP1,FXYD6,HNRNPC,ITM2B,WDR47,CSRNP3,WDR41,OLA1,PFAS,PHF6,ROBO1,UCHL1,ATIC,TUBA1A,TRIM2,AP3S1,PRMT6,CAP1,CCT2,ACTL6B,PARP2,PGAM1,LRRC40,PRPF40A,NIPA2,SRP9,NME1,ENAH,TUBB2B,TUBB2A,KIF2A,PTRH2,MTF2,TCP1,GARS,EXOC5,PAFAH1B3,DYNC1I2,PCNA,PRIM1,HSPA13,NOL4,PPP2CA,NRAS,SRP72,PPP1R8,MGAT2,CCT8,CTNNA2,TRAM1L1,RUNX1T1,ATAD1,YTHDF2,MYEF2,KIDINS220,PTGES3,GINS4,GABRA3,GATC,TTC9C,GTF2H2,WDR12,BLCAP,KLHL9,ATAT1,NUDT21,TAOK3,XPOT,RPA3,KLHL7,TTC3,RAB3GAP2,RPL22L1,CSE1L,FBXO22,IPO5,NUDT11,NUDT10,CDH2,TUBB3,RUVBL1,SMARCAD1,PPFIA2,SUPT16H,SLC38A1,ANKRD46,UBE2E3,SSU72,ILF2,MSH6,MORF4L1,MSH2,RPL7L1,TIPRL,UBE2V2,ERH,SNRPE,ANAPC1,XPR1,GRIA1,ZCCHC7,RTN3,RTN1,ZC4H2,BTF3L4,TARS,ACAT2,ORC6,G3BP1,PGK1,G3BP2,BRIX1,NAE1,QSER1,YARS,TIA1,CPSF6,CBX5,NONO,HMGA1,KLHL23,MARCH6,REEP1,NASP,CAPRIN1,CYCS,TCF4,IARS,EIF4G2,KDM5B,ACADVL,HSP90AB1,ZFP82,YBX1,LMNB2,ELAVL2,GPHN,LMNB1,YWHAQ,ALDH2,VPS72,CEP170,TNPO1,ACTR2,RFC3,HSDL1,EED,NCBP2,SGIP1,VBP1,CKAP5,TSN,PTBP2,NIPSNAP1,PJA1,TFDP1,RCN2,TERF2IP,GAPDH,INA,MTPN,HCN3,USP14,HDAC2,USP11,RNF38,RBM4B,CRMP1,HMGCR,FAM169A,RNF2,HSPD1,ADD2,JAKMIP2,STOX2,MAPK8,GNG2,TAF1A,IGF2BP3,VHL,WASF1,HNRNPA1,MAPK6,TRIM44,DCAF13,CLASP2,PPIL1,RRM2,RNGTT,MMAA,GDAP1,ACVR2A,DNAJA1,NIN,APC,PSAT1,BAX,ATXN10,SUGT1,RHEBL1,ABCE1,SSBP2,POLR3K,RAN"
+"gene_set_query"	"669"	"MSANTD3"	"624.0"	"ARCHS4 Coexpression,1025;GTEx Coexpression,223"	"CPNE5,UXS1,GPATCH4,EPRS,ALKBH8,FAM110A,LSM12,SAMD14,PSMD7,FTH1,CDC27,PSMD1,CCDC92,ACVR1,ACTN1,NSMCE2,RECQL,CD3EAP,GTPBP4,MRPS18C,RUFY1,FEZ2,BOLA2,MTHFD2L,TMEM126A,YME1L1,VDAC1,DCUN1D5,MEPCE,MRPL13,RPAP3,NLN,CYB5R3,PDCD10,PRKAR2B,RRS1,RDH14,ST3GAL3,NAA50,CTSA,ICMT,PNO1,TMEM50A,EIF2AK1,STAM,MRPL24,AIMP1,EHD1,PCDHGA11,UCK2,NDUFAF2,CALU,NDUFAF3,NOL10,DHX29,MRPS17,HBS1L,MRPS16,MRPS10,MRPL36,IER3IP1,PANX1,SEC61G,RIOK2,RRP15,MRPS28,CDV3,GSTO1,GP1BB,MMD,MRPS22,MRPS23,PRMT3,NCOA4,RRAS2,MRPL47,ANO6,GNL2,FAM126A,MRPL46,GAK,PSMA3,PSMA1,KIF2A,MED20,STRAP,GARS,TAX1BP3,PLEKHO1,KIFC3,ERGIC2,PSMA7,PCNP,PGRMC1,PSMB5,PSMB2,NT5M,PAIP1,PCGF6,WDR12,RAB11A,BYSL,AGBL5,TMEM158,RYBP,PSMC2,CAPZA2,TSR1,TOMM5,UBE3C,GOLT1B,BCCIP,CWC27,IPO7,ACRBP,CHCHD4,TATDN1,CHCHD3,GRB14,CFL2,CAPN2,KPNA4,AZI2,KPNA3,RGS6,RNF44,TPM4,DIMT1,TMOD3,F2R,WRNIP1,RBX1,TPST2,FRMD3,RAB31,TIPRL,SNRPG,CMPK1,SNRNP27,ANAPC2,CUL9,PSMD12,TXNDC9,PSMD14,MAX,DDX1,TARS,RPF2,CORO1C,SAV1,EMG1,SNN,RNASEH1,BRIX1,LLPH,OST4,EIF2B3,RAB4A,EIF2S2,EIF2S1,MARCH2,COPS2,TBCE,IARS,COPS8,LRP12,ITGB1,RNF11,PRR7,WDR1,ASNSD1,ILK,TRIAP1,BICD2,MRPL3,TIMM17A,NPTN,NCK2,MFSD1,TNPO1,GLRX3,RBM18,REXO2,DDX19A,IMPAD1,CCDC43,SSX2IP,PRPS1,USP14,MTPN,STOML2,SEC23A,LEPROT,GTF3C6,SRC,WBP4,POMP,MAK16,USP12,ASAP1,AGPAT1,TTL,SRR,UGP2,ABLIM3,KCTD20,BNIP1,SNRPB2,IGF2BP2,ABCF2,UGGT1,TRIM44,DCAF13,RWDD1,SSB,PTCD2,TAF13,SMOX,TAF10,TXNRD1,PDAP1,PTPN12,EIF3I,POLR3D,EIF3J,ERCC8,CDK2AP1,FAM98A,NAA15,SSBP1,VIM,ABCE1,TRIM32,MBTPS2"
+"gene_set_query"	"670"	"TIGD6"	"624.0"	"ARCHS4 Coexpression,628;Enrichr Queries,658;GTEx Coexpression,586"	"SLC35B2,TMEM41A,CCNH,POP4,FCF1,EPRS,PWP1,GCSH,RPS17,GOLGA5,MPRIP,PSMD5,ZMIZ1,DPYSL2,MYC,ZMIZ2,GOLGA1,AKT3,CDC27,RPL37,PRKACA,ATXN7L3,SRRM2,DDX17,MED1,DDX18,AQR,PRKCE,RECQL,GTPBP6,CD3EAP,ALG1,GAPVD1,MAPK8IP3,GTPBP4,DAAM1,DDIT4,YME1L1,ULK1,PRR12,ALG10B,KCTD18,EIF1B,CCDC84,DHX8,CTR9,XPC,MRPL14,MTDH,MRPL20,PPP3R1,HMGXB4,PRRC1,DHX33,CSTF1,PLCG1,HMGXB3,ST3GAL1,CDK17,TMEM184C,JUN,PHC2,INTS1,IQSEC1,PLK2,RCC2,PMM2,SURF4,PBX2,MRPL24,PRRC2B,PRRC2A,HNRNPL,MRPL30,PCDHGA11,EXT2,ZZZ3,ID2,CALU,NDUFAF2,NDUFAF3,PSMG4,NOL10,RPS20,CALM3,CPEB4,ITM2C,NRP1,TRAM1,PIGU,COX7B,CITED2,SLC35F5,FAF2,PIGP,SLC7A11,TMEM186,RPTOR,AKAP12,MRPL42,EPM2AIP1,TRMT112,RARS,SEC61G,ENC1,RIOK2,SEC61B,CIC,UTP14A,RSPRY1,DLGAP4,PRMT6,MRPS28,WDR36,ZER1,MINK1,RRAS2,MRPL47,CBFA2T2,DUSP6,MTSS1,SREBF2,LRRC42,MLF2,SLC7A5,IMMP1L,ZEB2,RAP2B,PITPNM1,PTRH2,PXDN,PTRH1,GARS,ARHGEF1,GART,STK40,NIP7,MRPS33,HEATR1,RPS27L,AKAP6,UQCR11,SRP72,FAM172A,CUX1,TCEAL3,PES1,PPP1R8,SC5D,ANKRD54,MGAT2,YTHDF2,UTP3,YIPF5,DAB2IP,GTF2H1,GTF2H2,ARCN1,VEGFA,KLHL9,SKI,TM9SF1,RNF145,SEC23IP,XPOT,NFIA,NFIB,APEX1,NDUFAB1,GOPC,RPL22L1,PKN1,KBTBD7,DBR1,CLSTN3,TUSC3,CLSTN1,COMT,ALDH1L2,FBXO22,SLC8A1,IGF1R,AZI2,SBF1,RARS2,TLE4,USP8,RNF44,FBXW8,SLC30A5,TPM1,FRMD4A,LMO7,FRMD4B,ZCRB1,DGKZ,TANC2,FOXP1,RBX1,MINPP1,DMTF1,TMX1,HNRNPUL2,NCL,RPL7L1,EHBP1L1,SNRPE,AAGAB,PPIA,CSNK1G2,COPB2,PFKFB3,COX16,FAM114A2,COPB1,COX17,TARS,UAP1,NDRG1,RPF1,ORC5,FUT8,ATXN2,PITRM1,TCTEX1D2,BTBD2,BRIX1,LLPH,SRGAP3,NDUFV3,SRGAP1,SLC38A2,PLXNA4,WDTC1,ATP6V1F,PRNP,DARS,CBX4,DNAJC14,CWC15,EIF2S2,KLHL20,HIGD2A,EFNA2,STK24,HOOK2,CDK4,HOOK1,UQCRQ,OSTC,GNB1,STT3A,NF1,PI4KA,IARS,ACBD3,LRP12,ITGB1,RERE,PRKCSH,WDR3,CHD6,SLC2A3,TRIAP1,NENF,AFF3,MEA1,SYNE2,PPP1R9B,AP4M1,MRPL3,SPRED2,DUSP12,SEPT9,ZC3H7B,PPP6R1,SNRNP70,UQCRFS1,TNPO1,UTP15,ARHGEF11,SUN2,JAGN1,PDPK1,PDE4D,DDX55,DNM2,GIGYF1,PTP4A3,SETBP1,PEX3,CTDSP2,RASA1,DNLZ,PFDN2,SOS2,PPP1R12C,PPP1R15A,GTF3C3,GTF2A2,NDUFB6,TM2D2,EI24,NDUFB4,LENG8,ASAP1,NCALD,MLLT6,HDAC7,DCAF15,RMND5B,AP3M1,GANAB,DNPEP,TAF1B,ABLIM3,FAM120A,TAF1A,IGF2BP3,IARS2,FEM1C,FYN,NCAM1,IGF2BP2,CCDC71,FNIP2,DCAF13,PDLIM7,POLR2K,POLR2L,SEC11C,TIMM8B,GADD45GIP1,PTCD1,NDUFA7,RNF26,TXNRD1,TAF11,ATP2B4,PDE4DIP,HSPE1,NELL2,BCKDK,KLF7,KLF6,NEURL4,GLB1,EIF3I,ERCC8,POLR3H,ABCE1,KCNK2,CLUAP1,TAF2,MBTPS2"
+"gene_set_query"	"671"	"NFATC3"	"624.7"	"ARCHS4 Coexpression,1216;Enrichr Queries,191;GTEx Coexpression,467"	"RB1,APP,CCNK,TES,TFRC,ZMYND8,PREP,THUMPD3,CBLB,DCAF5,EPRS,PDCD2L,DCAF6,CRKL,GLE1,LSM12,HERC1,ZMIZ1,PPP2R1A,ALKBH1,PSMD2,MYC,AKT3,SLC12A6,MEF2A,NUP214,SMARCC1,MEF2C,RBFOX2,NUP210,CD3EAP,HCFC2,SCAMP1,RNF123,TIAM1,KARS,PSME4,DDIT4,NUP98,CBLL1,PFN2,CDC42SE1,MACF1,MAGED1,FLII,MYCBP2,TRANK1,SLAIN2,MRPL14,PIK3R1,HIF1A,RPAP3,GIGYF2,FXR1,WDR70,PRKAR2A,PCBP1,DHX36,PCBP2,VPS11,DYM,NUP88,PSMF1,HIVEP2,ATRIP,BRAP,CREBBP,JUN,EDEM1,MEMO1,SMARCA2,PTK2,MED13L,TADA2B,EXT1,AIMP2,SNW1,NPLOC4,EIF5,WNK1,ID2,CCDC88C,FBXL3,EZH2,CDC42SE2,SETD2,SMG1,PIGU,CDKN1B,PHF20,FAF1,CLTC,MRPL36,CTCF,OSBPL11,LIMD2,THTPA,IKBKB,NIPBL,UCHL1,MED13,ZMYM2,UIMC1,TIMP2,ARIH1,JARID2,JAK1,UPF2,NCOA1,ZC3H10,CDV3,MIOS,PARP1,TSC22D3,TCF12,ASH1L,RHOF,DUSP6,PARP8,TOX4,NCOR2,PSMA6,ZEB2,SLC7A6,PRPF18,NCOR1,TUBB2A,CSDE1,MTF2,PXDN,ARHGEF1,SFI1,STK40,RNF166,PAFAH1B1,PRIM2,GRN,CAB39,SATB1,USO1,GPS2,RELA,GNAI2,FGD3,PPP1R2,NFIL3,CUX1,HSF2,NSD1,APBB2,DEDD,MAP4K4,BRF2,YTHDF3,USP9X,CSNK1A1,MBD1,HUWE1,VEGFA,KBTBD4,NFIA,NEDD4,PSMC1,SRRD,TSR1,TRIP12,PKN1,OTUD4,ZFAND3,CTNND1,UBE3A,IGF1R,SMCHD1,SESN1,EP300,KPNA4,KPNA3,KPNA1,KCMF1,SH3GLB1,IK,SLC38A1,KDM2A,ATG9A,ADAM10,ATP11B,PIAS1,FOXP1,MSH6,CLIP3,RAB31,DMTF1,MAPKAPK2,PLAA,RAF1,SQSTM1,DDX6,DNMT1,CBFB,INSIG1,CUL2,CUL1,ITPR1,SLC1A4,RASGRP2,STK4,CORO1A,SOCS2,PITRM1,DNAJC21,G3BP1,GRK6,ABL1,ANKRD10,SLC15A4,SLC38A2,MCL1,BPTF,WDTC1,SMAD2,HSPA8,PRNP,SMAD4,HSPA4,CPSF2,NUP153,CNOT10,KLHL24,ZC3HC1,CNOT4,NFKBIA,COPS3,GNL3L,EFNA2,APPBP2,HOOK2,TMEM11,CNOT1,HOOK1,SP3,NF1,GNAS,TPP2,EIF4G1,PICALM,ITGB1,RERE,YWHAE,PHTF2,KDM5B,GSK3B,USP38,USP32,PRKCSH,CELF2,HP1BP3,PTEN,CHD6,ATP2A2,PIK3CD,USP39,AFF4,SYNE2,PPP6C,SPRED2,DUSP12,SEPT6,SCRN1,TLK2,HIF1AN,LRRFIP1,SNAP29,TNPO3,SUN2,NAA30,ADSL,TBP,ARHGEF12,KLF13,PDPK1,RAD23A,TFIP11,ARID1A,PATL1,ARL4C,DNAJC2,PPM1A,TFDP1,CREB1,PIK3CA,SLC25A19,CTDSP2,POLR1B,RASA1,CAT,EVL,SOS1,CRK,NFAT5,SRC,MLLT6,DNAJB1,MAPK9,ABLIM1,DNPEP,FIP1L1,MAT2A,KATNA1,POLR2D,MAPK1,FYN,CSK,E2F4,CYTH1,ABCF1,ATF7IP,SPEN,SPAG9,PTPN1,MBTPS1,PTCD1,FEM1A,SEMA4D,AMFR,TXNRD1,ADRM1,FOXJ3,PDE4DIP,MAPK14,CDK11B,CHFR,CUL4A,KLF6,SNRK,PIK3IP1,POLR3C,ASB8,CARM1,CEBPZ,VIM,EIF3C,SSBP2,PDE7A,SMAP1,TPT1,TAF1"
+"gene_set_query"	"672"	"RFX3"	"625.0"	"ARCHS4 Coexpression,938;Enrichr Queries,223;GTEx Coexpression,714"	"ATF2,TRIO,ZMYND8,IFT172,HNRNPU,JMJD1C,CBLB,RBPJ,FNBP1L,BACH2,PSMD9,ALCAM,DPYSL5,DPYSL2,GPBP1,AKT3,STMN1,KIF21A,KIF21B,EPHB1,SOX4,SOX5,EPHA4,EPHA7,MEF2C,ST6GAL1,WSB1,CACNA2D1,PRKCE,ARRDC3,ACSL6,ANK2,SOX11,ANK3,TMEM170B,JMJD8,ANK1,INPP4A,TIAM1,PPA2,DAAM1,RFX7,IFT81,FEZ1,RUFY3,KCTD13,SIK3,ULK2,TAGLN3,PFN1,PFN2,BEX4,MAGED1,TTYH1,FOXG1,NEDD4L,PHYHIPL,PIK3R1,HIF1A,TTBK2,AMZ2,HIVEP2,TSPAN3,SCN3A,GPM6B,CEP78,SRPK2,JUN,RABGAP1L,FZD3,CADM1,BCL11A,ST8SIA2,DCLK2,BRAF,BBIP1,SMARCA2,PBX1,MED13L,MLLT11,CCDC88A,FXYD6,FAT4,DZIP1,CALM2,CDK14,DZIP3,GPR19,CPEB4,GABRB3,ROBO2,NRP1,PIGU,WDR48,PIGT,BTG1,CSRNP3,DOC2A,SPEF1,GDI1,FAM57B,CITED2,CETN2,MRPS12,SLC7A11,SIPA1L2,ROBO1,PCM1,PCLO,TUBA1A,CHL1,TRIM2,ENC1,REV3L,TMED2,KIF1B,JARID2,GIT1,RALGPS2,NCOA1,NCOA2,TSC22D1,STRADA,LRRC49,TCF12,NME2,TET2,ZDHHC17,GNL1,DUSP6,MTSS1,APRT,ZEB2,TUBB2B,MTF2,PXDN,RAPGEF2,MAPRE3,PLCB1,PAFAH1B1,SATB1,ICA1L,RPL12,DLST,AKAP6,PTN,NOL4,AMN1,TCEAL5,RICTOR,ZSWIM6,CTNNA2,PAK3,SRSF11,PURG,SRSF12,RUNX1T1,WDR17,MYEF2,KIDINS220,LSAMP,SORBS2,AP2B1,HIPK1,ATAT1,ABI2,NFIA,NFIB,CCNG2,ETNK1,TTC3,TCEA2,NUCB1,PKN1,FRYL,ANKRD13B,DGKE,ATP8A1,ARID4A,FRY,SLC8A1,IGF1R,CDH2,KIF5C,NRCAM,ARID2,TMEM14C,PPFIA2,TLE4,ANKRD44,ANKRD45,FRMD4A,LMO7,TANC2,POU3F3,FOXP1,BSCL2,PREPL,ILVBL,TBL1XR1,ELMO1,MATR3,PHIP,TNIK,TOX,GRIA1,GRIA2,LRRC59,BRSK2,TNKS,ANKRD12,CACNA1B,ITPR1,CACNA1A,PHF21A,KIF3A,FUT9,PLXNA2,CAMTA1,SRGAP3,LRRC4C,SLC38A2,LONRF2,ZKSCAN1,MARK1,OSBPL8,TIA1,ZFHX2,CBX5,AUTS2,CRIM1,SLC4A10,KLHL24,MARCH6,DNAJC18,ARHGAP33,PTPRD,ARHGAP32,EFNA2,SYNJ1,TMEM115,HOOK2,NBEA,HOOK1,GNAQ,DMXL2,BRWD1,RERE,DOCK4,PPP1R13B,WDR1,PRKCSH,CELF2,SCHIP1,POMT1,CHD6,ELAVL4,PSIP1,CHD2,PPP1R9A,PHTF1,SYNE2,SEC61A2,TRO,DUSP12,FSD1L,SENP5,PSD3,EIF5A,DST,PDPK1,PDE4D,SIGMAR1,ATRX,IQCE,VPS13A,NAV1,NAV2,SENP2,REXO2,ARID1B,ZFP90,PTBP2,VCAN,PTP4A3,CREB1,RCN2,ASPH,SETBP1,CTDSP2,TERF2IP,ACOX3,RNFT2,NFAT5,USP14,NLGN1,DDX25,USP11,NRXN1,CRMP1,RSPH9,ASAP1,FAM169A,MLLT3,HSD17B10,CXXC4,NCALD,JAKMIP2,AP3M2,STOX2,ABLIM1,PARD6A,GNG2,IARS2,NCAM1,LRRC8B,WASF1,POLR2L,CLASP2,SPAG9,NTRK2,PCDH9,NEGR1,ATP2B4,LCA5,SYT16,DDHD1,ATP2B1,GDAP1,MEIS2,SLC4A7,NELL2,MAPK10,SLC4A8,CLCN6,KLF7,KLF6,APC,SYT11,SSBP2,CDO1,METAP2"
+"gene_set_query"	"673"	"ZIC4"	"625.0"	"ARCHS4 Coexpression,263;Enrichr Queries,987;GTEx Coexpression,625"	"CNTFR,CCNI,STMN3,STMN4,ENO2,FNBP1L,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,BSN,EPHB1,CALN1,SOX5,SRRM3,EPHA4,SRRM4,EPHA7,RBFOX1,ATP6V1G2,WSB1,RBFOX3,ISLR2,SOX11,ANK3,MAPK8IP2,MAPK8IP3,PISD,MAPK8IP1,TIAM1,STX1B,SFRP1,IFT81,FEZ1,RUFY3,RUFY2,KCNQ2,TAGLN3,CTXN1,TRIM11,BEX4,GPM6A,PAXIP1,NRN1,TSHZ3,TTYH1,STXBP1,FOXG1,NPRL3,TRANK1,CEND1,AGAP1,SYNGR1,FAM171A2,PCBP3,PCBP4,RHBDL1,ZSCAN18,NTNG2,CADM3,FZD3,PRRT2,PTPRN2,NDFIP1,CADM4,ARPP21,CADM1,BCL11B,BCL11A,SS18L1,ST8SIA2,RAB3IP,H3F3A,NR2F1,MICAL2,KLHDC8B,L1CAM,SNAP91,MEX3A,H2AFY2,FXYD6,ROBO2,GABRB2,TMEM151B,KCNC1,GDI1,GRIK5,DIRAS1,DIRAS2,GRIK3,GRIK2,NAT14,ROBO1,SHF,JPH4,TRIM9,UCHL1,MMP24,PCLO,TUBA1A,SLC22A17,TRIM3,DNER,NEFL,NEFM,KIF1B,KIF1A,FEZF2,APC2,GRIPAP1,ANO8,SYP,SYN1,RGMA,ZEB2,ARHGEF9,TUBB2B,PXDN,MAPRE3,MAPT,SFI1,GAS7,GRAMD1B,NAPB,NFIX,SATB2,ADAM22,CAMKK2,BEGAIN,ARVCF,TCEAL5,CHN2,MGAT3,RPL13,GPC2,SLC17A7,APBB1,RUNX1T1,GABBR1,MPP3,WNT7B,DAB2IP,NMNAT2,BLCAP,SKI,ATAT1,NFIA,ABI2,NFIB,TTC3,MEGF8,YPEL4,APBA2,PRDM8,RAB3A,CRTC1,CLSTN3,CTNND2,CLSTN1,PEBP1,CELSR3,CDH8,SLC8A2,RPH3A,RIMS1,TMEM145,SALL2,CDH2,KIF5C,TUBB3,KIF5A,PALM,SH3GL2,TLE2,UBE2E3,APLP1,ADAM11,KCTD2,TBR1,ATP1B2,POU3F2,SRCIN1,RUNDC3A,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,PREPL,CACNB4,MADD,ANKS6,AMPH,ABCG4,RTN4R,GRIA2,BRSK1,NDRG4,BRSK2,NDRG3,RTN1,NXPH3,NTM,TMEM59L,CACNA1A,BHLHE22,DTX3,CPLX2,KLC1,SEZ6L2,CACNA1E,CPLX1,CACNA1G,PHF21B,NEUROD2,IGSF21,SCRT2,EFNB1,DPP6,KLC2,TCTEX1D2,PGK1,NDN,SRGAP3,OTX1,KIF3C,RAB6B,PDZD7,LRRC4B,TMEM120B,SYT4,CLK4,GNAO1,HOOK2,LHX2,DLG4,REEP2,NACAD,CNIH2,MAP3K12,YWHAE,SNAP25,PODXL2,MAST1,CELF3,CELF4,CHD6,CELF5,PKD1,ELAVL2,ELAVL3,POLB,NGRN,SCRN1,MCF2L,PSD3,SULT4A1,GALNT9,TRIM67,PPP2R5B,VPS37D,DNM1,NIPSNAP1,SEPT3,PTP4A3,GAP43,RCN2,DALRD3,ALS2,DDAH2,CDH11,CDH13,INA,SHANK2,CAMK2B,NLGN2,NRXN1,CXXC1,NRXN2,ATP1A3,CRMP1,DPCD,ADD2,AGPAT4,CACNG7,ABLIM1,SV2A,VPS53,TRIM46,SLIT1,SPOCK1,SNCB,OPCML,NTRK2,KDM4C,SLC12A5,PCDHGC4,NTRK3,PCDH7,BNIP3,PCDH8,CADPS,B3GAT1,ATP2B2,MEIS2,NELL2,MAPK10,SBK1,PDE10A,FAM131C,SYT11,FAM131B,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"674"	"CBX2"	"626.6"	"ARCHS4 Coexpression,289;ENCODE ChIP-seq,118;Enrichr Queries,971;ReMap ChIP-seq,291;GTEx Coexpression,1464"	"POP5,MDC1,EHMT2,ITSN1,SCAMP5,PREX1,SCP2,DPYSL5,PSMD5,DPYSL2,DPYSL3,PSMD3,HES6,CXADR,FNBP1,EML1,EML4,LARS2,EML5,EID2,DDIT4,CDCA4,MRPL18,MTMR9,LARP1,KCNMB4,HMGXB3,JUN,PMM2,NR2F1,NETO2,FASN,NMT2,FXYD6,SFXN1,DCHS1,RNF220,EZH2,GPR27,PIGU,RPLP0,LRRC3,MRPL36,AACS,PANX1,MED11,TUBA1B,MMP24,JPH3,TUBA1A,MED10,DLGAP4,APPL1,ELOVL2,RRAS2,MANEAL,MED29,DUSP6,SLC7A4,DDB1,SLC7A5,TMEFF1,PXDN,CDC42EP3,RAPGEF1,TMEM106C,CHST1,TRUB2,LIN37,SRRT,GGA1,PSMB2,TCOF1,ZSWIM6,NCDN,EXTL3,ZSWIM5,JAM3,EGLN1,CENPV,ABCB10,MYBBP1A,SNX16,SERBP1,YPEL1,PKN1,YPEL5,CSE1L,PDCD5,FBXO25,MSI1,FBXO21,FRY,ATCAY,RUVBL2,SCMH1,KPNA2,FADS1,AP2M1,FBXW5,PCYT2,AGTPBP1,UBE2E3,UBE2E1,UBE2E2,ATP11A,CDC25B,PIAS1,MSH6,TPST1,ACLY,FRMD5,MSH2,FSCN1,SNRNP200,KPNB1,KHDRBS1,MAZ,ISG20L2,UBFD1,NRF1,SPATA7,SOCS2,EIF4EBP2,NOP14,ODF2,FUS,HPS3,ZBTB12,EEF2,DMXL2,TUBGCP3,ACO1,CLPTM1L,OSBPL1A,NOP10,MDM1,SLC25A1,ZNF512B,PPP1R13B,CELF3,FHL1,PIK3CD,RLBP1,MDK,ERC2,NEO1,BCAS2,EID2B,CTNNBL1,BOK,DGCR2,PELP1,EMX1,TNFRSF19,SIGMAR1,NPC1,IMPAD1,MET,GTF3C1,CANT1,GTF3C4,SRBD1,SRSF1,LRP3,LRP8,CXXC4,PPM1E,PPM1G,U2AF2,IGF2BP3,FYN,PCDH1,HNRNPA1,ATP9B,UBQLN4,SH2B2,BEND6,HNRNPA0,NOP56,MARCKSL1,HNRNPA3,PPP1R14C,FEM1A,FEM1B,LYSMD2,CDC5L,LYSMD4,EFR3B,HNRNPAB,SLC25A38,KCP,EIF3C,MDGA1,EIF3B,SLC23A2,EIF4A3,LDLRAD3,CCNC,ZDHHC8,CRKL,HERC4,RASSF2,OPHN1,TRIM28,CDC27,FBXO3,ATXN7L1,ATXN7L2,EPHB2,CCDC92,TMPO,SMARCC1,ENTPD4,ANK3,VWA5B2,TMEM170B,ANK1,FNDC4,PPA2,MMADHC,KCTD15,AARS2,NRN1,SLC45A1,DHX9,TTBK1,UBE2J1,NKAIN1,PCBP3,TSPAN5,HIVEP2,RIMKLA,RBM12,RAB11FIP5,NTNG2,IQSEC2,ZFR2,RCC2,MICAL3,MYO5A,DCLK2,SMARCA1,PAICS,DCLK1,SMARCA4,WNK2,PAF1,SDC1,NOL10,LRRN1,NOL11,FBXL2,RCOR2,NRP1,COX7B,TMEM151B,PTPRS,PTPRN,BMI1,PTPRF,HERPUD1,AKAP12,ENC1,RAC3,KIF1B,CTSD,CCT3,NCOA2,SEC13,MMD,GAA,MRPS23,TMEM150C,SREBF2,RGMA,CTTNBP2NL,ENAH,MN1,VSNL1,KIT,ARHGEF4,FAM32A,ARHGEF7,FJX1,DBN1,PCNA,AHCY,MRPS35,MRPS33,PRICKLE1,PAK1,SERTAD4,CAMK2N2,PES1,GPC4,CCT7,RAE1,CCT4,NPDC1,NPM1,PLEKHA1,YIPF5,HUWE1,KLHL2,PLEKHA6,PNMA2,NPM3,GRIN1,KIF26A,FKBP1B,HNRNPA2B1,HDGF,ACAA2,NUP188,PRDM2,ACRBP,IGF1R,CAPN7,KHSRP,CAPN5,TBC1D30,RGS9,SBF2,OSR1,TMOD2,SDHB,MID1,RUNDC3A,ATAD3A,COX6B1,EEF1A1,HNRNPUL1,SCN8A,UBE2V2,PPIE,PPIH,MASP1,FAM92A,GNAZ,NDRG4,COX16,ARHGEF26,NXPH4,CAMTA1,QSER1,TBC1D16,ZFHX2,NUP155,AUTS2,HMGA1,GNAO1,BMP1,GNAL,HOOK2,NASP,HOOK1,UBE2S,GNB2,GNAS,MKRN2,GNB4,UBA1,GNB5,STT3B,TCF3,LSM14B,CHD6,HMGB3,PSIP1,ADAR,ARHGEF10L,CHD4,SOBP,PITPNC1,LMNB2,LMNB1,UBE2Q1,NPTN,CPXM1,DACT1,NAA30,HSDL1,PLA2G4E,CAD,UBE2QL1,DDX54,DDX52,NAV2,PJA1,EEF1G,VCAN,SFPQ,RCN2,RER1,NDUFS6,PPDPF,ZMYND11,CUEDC1,NAA20,DCTN3,CRMP1,ASAP1,ACVR1B,TMEM201,GNG2,MTA1,PABPN1,TAF1C,CNR1,GNG7,SLIT1,FBRS,RRM2,CHURC1,CCK,LRWD1,SSRP1,MAPK14,USF2,ACVR2A,SBK1,FAM131C,FAM131B,CARM1,RBM42,KRAS,RAN,LNX2,RPL4,CNTFR,RPL30,TRIO,CLPB,RPL31,HNRNPU,ADARB1,DCAF5,RPL8,GCSH,GPR173,MYC,STMN1,RPL38,CHGB,ANKS1B,NUP214,ACOT7,RPL21,PRKCE,RPL22,WDR74,SOX11,SCRIB,SOX12,GTPBP4,HCFC1,DYNC1LI2,PRKD3,BIN1,GPR161,NUP205,MAPKAP1,SLAIN1,HIF1A,GJC1,RRS1,PLCG1,SLC19A1,S100A10,FZD3,PHC1,HOMER1,RAB3IP,PRRC2C,BRAF,CDC7,PA2G4,MEX3D,MEX3C,PRRC2B,PRRC2A,HNRNPL,HNRNPM,MEX3B,MEX3A,HNRNPK,H2AFY2,TOLLIP,HNRNPD,MMS19,HNRNPC,PAM,CDKN1C,SETD7,LPCAT1,PFAS,TMEM186,SMG5,TIMP2,JARID2,GARNL3,BRD3,BRD2,HSBP1,AEN,GNL2,BACE1,TUBB2B,TUBB2A,TCP1,EXOC4,PLEKHO1,KIFC3,TKT,SF3B3,TM9SF4,FGD1,FGD4,BCLAF1,CHN2,CHN1,SC5D,SLC17A7,CKB,RPS2,RPL17,ELP3,SNCAIP,LRPPRC,AGBL5,FIG4,TMEM158,OSTM1,ZYX,RLIM,SARM1,TMEM229B,FAM49A,ATP8A2,FMR1,CLSTN1,PARK7,RPL10A,IPO7,IPO4,FAM107B,EDC3,IPO5,SALL2,PAPOLA,STK32C,GTF2I,SUPT16H,USP5,ANKRD44,TPM1,IGFBP2,GTF3A,VASH2,RPSA,LARP4B,VASH1,DGKZ,ARMCX4,EBNA1BP2,ILF3,ARMCX2,CACNB4,TOX,FKBP4,SNRPA,RTN4R,DNMT1,CUL3,INSIG1,CHRD,ITPR1,PHF21B,STIP1,BAG5,ORC6,PITRM1,NACC1,PLXNA2,SRGAP1,NSG1,ADAP1,BTBD9,CHERP,CNOT4,LRFN5,LRFN4,LHX2,CNOT3,RNF182,GPR107,SERINC2,EIF4G1,CALCOCO1,MCM7,CEP164,UFSP2,SYNE2,SGCE,DUSP12,RPL7A,UBTF,WDR5,SLC37A3,ADAMTS7,CCDC39,RFC3,RTN4RL2,DUSP26,SMC1A,NIPSNAP1,TRAF7,PTP4A3,TRAF4,POLR1B,EVL,CCDC43,RP9,SMARCD1,SMARCD3,CLEC2L,TTL,CACNG8,RBBP6,RBBP7,FNIP2,POLR2K,CACNG4,SMARCE1,FBXL19,PLCL2,OXR1,MARCKS,KLF6,PSAT1,RAB15,IMPDH1,RAB12,MFAP3,IMPDH2,MFAP2,SNRNP48,CDO1,TNRC6A,TCERG1,VARS,RPS17,HABP4,SEPHS1,GOLGA7,RPS10,SOX4,SOX5,COG2,MTUS1,SRRM1,AFG3L2,CARHSP1,ZW10,RRAGD,CRYZL1,VDAC1,HECA,TTLL12,LLGL1,NECAB1,BEX2,ANP32A,IGSF3,PDE1B,TWF1,IGSF9,SGPL1,PDCD11,MLEC,FAM43B,PATZ1,NTSR1,TRAP1,PTPRN2,BCL11B,BCL11A,ZWINT,SESTD1,MAGED2,ITM2C,ROBO2,DAZAP1,SLC35F2,SLC44A2,FAF1,ZCCHC18,PRPF19,CX3CL1,RPTOR,XPO1,ZMYM3,GLIPR2,SLC22A17,SEC61G,XPO5,RALGPS1,RALGPS2,PSENEN,TOP3B,PRMT8,PARP1,TSC22D1,GP1BB,PRMT1,TUBG1,PRPF18,MPPED1,FRG1,FAM20C,MAPT,SGK1,MAPRE2,PRIM1,AKAP7,BEGAIN,ARNTL,RBM15B,CUX2,TCEAL1,UBTD2,SUSD4,APBB1,MAP4K5,ATP6V0E2,PURG,LHFPL4,CAPZA2,CTNNB1,RAB3GAP2,COPG2,APBA1,TOMM5,KDM1A,NUCKS1,COMT,TOMM20,CHCHD3,CHCHD7,NRCAM,APLP2,APLP1,MATK,PDIA6,SHISA7,MYCN,TMEM136,PDE9A,FAIM,COPB2,ISYNA1,CTTNBP2,TMEM59L,CABP1,PRPF8,SEL1L3,TMEM121,EFNB2,PDZD4,EFNB3,DPP9,CDH24,DMAP1,LONRF2,MYH10,MARK1,SMAD1,CPSF1,CBX3,PTCH1,NONO,CBX1,TBCD,IFT122,TBCA,AZIN1,COQ2,NR4A3,DLG3,CAPRIN1,JMY,SAE1,LRP12,CREBZF,KDM5B,DOCK3,ASNSD1,YBX1,SLC2A8,HK1,MCF2L,LRRTM1,H2AFX,SEPT5,CKAP5,DNM3,THOP1,LUC7L2,CAMK1G,CAMK2B,RGS16,DLL1,NCALD,STRN4,U2AF1L4,HSPD1,IGFBPL1,FAM168A,UGP2,ALDH1B1,FAM120B,NT5DC2,REPS2,MAPK1,SNCB,ABCF3,LGI1,KDM4A,PCDHGC4,PPP2R3A,DLK2,SLC4A8,FMNL2,RGS12,SSBP1,SSBP2"
+"gene_set_query"	"675"	"ZBED6"	"627.0"	"ARCHS4 Coexpression,627"	"NDUFA13,TRIO,PANK3,TRRAP,CTNND1,CASC4,JMJD1C,COX6A1,RPL8,RPS15,EFR3A,GOLGA4,SLK,HERC2,RPS19,HERC1,SNRPD2,KIF5B,CFL1,RPL36,BANF1,EPC2,NRCAM,RPS10,ACOT7,DSCAM,RALGAPA1,ATP11B,DICER1,TANC2,COX6B1,CLIP1,ZC3H11A,NHP2,WDFY3,SNRPF,RPL29,SNRPC,UBA52,ANKRD17,MACF1,COPA,ABHD2,UBR4,UBR3,PDS5A,TPR,UBR5,ABL2,TRPM7,SLC38A2,H3F3A,DNAJC13,ZZEF1,MED13L,SETX,RPS25,ZZZ3,WNK1,GOLGB1,DNAJC10,DMXL2,NF1,FAT4,BRWD1,AVL9,PAM,ATG2B,SMG1,AHCTF1,MCFD2,USP32,RPLP1,COX4I1,SETD7,CLTC,USP34,CHD2,AFF4,UBL5,TRMT112,NIPBL,LMBR1,MED13,SUMO2,KIF13A,REV3L,TNPO1,CCDC50,ARHGEF12,DST,PDE4D,VPS13A,TBC1D8,TET2,NAV1,ANO6,ASH1L,ATRN,VCAN,BIRC6,BDP1,SGK1,SOS2,ATP6V0C,PPP1R15B,NFAT5,WDR26,ROCK2,NDUFB4,TIMM13,COX5B,HECTD1,BTAF1,PABPN1,FAM120B,NSD1,POLR2E,RPL15,RPL18,UGGT1,ATP9B,RANBP2,USP24,DYNC1H1,MON2,NDUFA4,TRAPPC10,HUWE1,ATP2B4,HIPK1,MKLN1,GOLPH3,SLMAP,TAOK1,RLIM,ESYT2,TRIP12,ATP13A3,FAU,FRYL"
+"gene_set_query"	"676"	"FOXA1"	"627.0"	"Literature ChIP-seq,121;ARCHS4 Coexpression,916;ENCODE ChIP-seq,92;Enrichr Queries,1131;ReMap ChIP-seq,199;GTEx Coexpression,1303"	"ATF2,CHIC2,GMFB,NUP107,ARAF,ZFYVE1,TSKU,SCAMP5,PREX1,PSMD6,CAPNS1,ALKBH1,AKT2,FAM110B,AKT1,HES6,PRKAB2,CXADR,UNC5A,RBFOX3,FNBP1,RFX3,FRS2,RFX1,HDHD2,PRKAB1,RUFY1,EID1,ZFYVE19,CLNS1A,DDIT4,JTB,SPARCL1,SF1,TSTA3,TTYH3,MEAF6,SHMT2,MEPCE,SDR39U1,AGAP1,SLCO5A1,AGAP3,PLA2G6,MRPL13,RNF214,LARP1,RDH11,PIP5K1A,LTA4H,HEXIM1,EDEM3,B3GALNT1,JUN,CADM1,JUP,EIF2AK1,EDEM1,NR2F1,LARP7,BBIP1,LARP4,PBX1,MRPL21,EIF1,MLLT10,UCK2,TDP2,PKIA,FASN,TDP1,FXYD6,FERMT2,EZH1,GPR19,ARF3,PIGS,LRSAM1,HEXB,RPLP1,MTMR14,PIGP,ARHGAP1,LRRC3,MRPL36,MRPL34,SHB,AACS,MED17,PCMTD2,IKBKB,MRPL42,TUBA1B,TMEM43,TCP11L2,JAK1,PCMTD1,DLGAP4,UPF1,DUSP1,ELOVL5,ELOVL2,ACTL6A,SIRT4,MRPL49,SLC39A10,BAZ1B,DYNLL2,MED26,DUSP6,PGM2L1,DDB2,MED23,MED22,PTRH2,PXDN,RAPGEF1,CDC42EP2,ERGIC2,ERGIC1,VAMP2,ARF6,SLC29A2,ELOF1,STAU2,ATL1,GSTP1,ODC1,DLST,RPS27L,CCNDBP1,CENPB,MRPL55,NRAS,SNX27,AP2S1,LEO1,SPOP,RICTOR,ZSWIM6,STX2,SRSF10,JAM3,ATAD1,EGLN1,MDH1,CRBN,GOLM1,UTP3,MCRS1,TMEM60,ARCN1,SPSB3,TMEM59,PSMC6,TAOK3,FABP5,CCDC9,ETNK1,TAOK1,SNX15,CCDC6,UBAP1,RPL22L1,YPEL3,FRYL,TMEM167B,FAM13B,FBXO28,LTN1,APEH,SMCHD1,SESN1,KPNA6,FBRSL1,PIM3,SH3GLB2,AGTPBP1,PPP1R16A,ATP11C,ZBTB34,ZCRB1,FOXP4,CASD1,FOXP1,FAM118B,PIAS1,MSH2,SLC9A8,MAPKAPK2,SRSF2,SRSF3,PKP4,SQSTM1,PFKFB2,GRIA1,RNASEH2C,PFKFB4,MAX,MAZ,STK39,GPR85,SPATA2,UAP1,UBFD1,LRRC55,CORO1B,RAP1B,SOCS2,MED30,G3BP1,PMVK,G3BP2,EIF4EBP2,IP6K1,SLC38A2,ZKSCAN1,NEK9,TIA1,NOP16,API5,FBXO38,FBXO31,LRCH1,TMEM11,SP3,DMXL2,MDM2,LRCH4,OGT,NFE2L1,ZNF512B,NUMA1,COX4I1,AKAP8L,PTEN,ARRB1,MRPL2,PMEPA1,ACP2,HMG20A,ERC1,EDIL3,NEO1,BCAS2,BCAS3,EMX1,HSP90AA1,DHPS,VPS37C,ARNT,VPS37D,VEZF1,RAD23B,MSL1,PPM1A,PIK3CA,SLC25A19,TMBIM6,TOP1,MET,TNFRSF21,BIRC2,ST6GALNAC6,GTF3C1,PPP1R15A,PPP1R15B,GTF3C2,PRPS1,CANT1,UHRF2,LRP1,SRC,ROCK2,SRSF1,CXXC1,LENG8,FURIN,LRP3,SRI,MLLT3,PPM1D,CCDC85C,FCHO2,NNAT,CDC37L1,BEND3,TRIM46,UBQLN1,EIF4H,FEM1C,IARS2,HNRNPA1,AAMP,SLC25A25,ATP9A,EIF4B,SLC12A2,NOP56,NDUFA8,PTPN1,LINGO1,HNRNPA3,TRIM41,NDUFA6,FEM1B,CNBP,FOXJ3,MBOAT2,CDC5L,RPL23A,ATOX1,TSPAN13,EIF3I,PDCD4,TRIM37,EIF3E,P4HB,EIF3D,SLC25A36,TRIM33,AHCYL1,CCNI,PLEKHB2,TXNDC11,JMJD1C,THUMPD3,ZDHHC7,GCC2,ZDHHC8,ACTB,NUDT3,ZDHHC4,HERC4,HERC3,CDC23,HERC1,CCDC97,EIF2D,EPC2,CCNL1,SEC62,EPHB1,ACVR1,ATP6V1G1,ST6GAL1,SMARCC2,ARL15,LIMCH1,SCAF11,IMP3,ECH1,MOGS,ACTN4,ANK3,ULK1,CCDC82,TRIB2,SLC45A4,TMEM87A,TMEM87B,ADCYAP1R1,AARS2,TBC1D9B,GGNBP2,DHX8,TMEM63C,FOXG1,SUPT4H1,PTTG1IP,ZBTB5,PGS1,APH1A,SNX3,SNX4,SNX1,APH1B,SEC14L1,LARS,HIVEP1,TSPAN5,DHX38,DYM,HIVEP2,TSPAN3,SNX5,ZBED4,SEC31A,XBP1,INTS1,IQSEC1,BSDC1,SMARCA1,MED13L,EXT1,ICK,WNK1,ID2,NDUFAF2,SDC1,FBXL3,DHX29,CALM2,RGL2,MON1B,DDR1,NRP1,DHRS13,CSRNP2,MRPS16,CSRNP3,USPL1,HIBADH,PAK1IP1,CETN2,MRPS10,MIA3,AP2A1,SLC7A11,WASL,BMI1,PTPRF,HERPUD1,PTMS,MAP1LC3B,SPTLC1,PCLO,OTUD6B,ENC1,DHX15,QSOX1,ARIH1,CTSF,NANS,CTSE,CTSD,BBS4,NCOA2,WARS,MRPS24,NCOA5,NCOA4,MRPS23,MINK1,COMMD3,TFB2M,RGMB,COMMD7,GAK,TOX3,MRPS9,CSDE1,KIT,CANX,TAX1BP1,G2E3,ARHGEF4,FAM32A,CD47,RABGAP1,MRPS35,DERL1,PRICKLE1,COX5A,NAPG,GNAI1,RELA,PCNP,RXRB,PAK1,SAMM50,EXOSC4,OS9,CAMK2N1,ORMDL3,HSF1,PAK6,MGAT1,HEATR6,EXOSC2,EXOSC1,BCAP31,NPM1,YIPF3,YIPF4,YIPF5,VEGFB,PLEKHA5,PLEKHA6,RSRC2,UBE2G1,NUDT9,PER1,KLHL5,GPAM,DPY19L3,SGSM3,CCNG2,KLHL8,FKBP1B,TCEA1,HDGF,GRINA,SCARB2,DPAGT1,SCARB1,SH3GL3,CRTC2,SYS1,UBE3C,RPP30,ZFAND6,WWC1,PEBP1,CELSR2,IGF1R,GNPTAB,FAM174B,PPME1,KIF5C,CAPN5,TBC1D30,CAPN2,PPFIA1,ARID2,SBF2,RGS6,SH3GL1,MORC3,FBXW11,TTC7B,SDHD,RUNDC3B,POU3F2,ADAM15,HNRNPUL1,DKC1,EEF1A2,SBDS,PPIH,PPIG,TBC1D23,FAM92A,CARS2,KLHL18,RTN3,DDX6,DDX5,PSMD12,TMED10,PKDCC,YTHDC1,NXPH4,SEL1L,COX17,TOR1AIP2,KLHL12,NDRG1,ACACA,CACNA1H,RTN4,CNN3,RAI1,DHRS7B,ISOC1,TBC1D13,TBC1D14,H1FX,NDUFV2,TBC1D17,QSER1,BCL9L,PRNP,SYT4,UBE2B,PHF12,CRIM1,DSTN,KLHL23,KLHL24,UBE2A,SSH3,SYT7,IFT20,RCL1,GCLC,GNAL,HOOK2,APPBP2,HOOK1,GNAQ,GNB2,OSTC,GNB1,UBE2N,CNTN1,DEGS1,AMOTL2,DEGS2,STT3B,UBE2K,PICALM,PHTF2,RBM28,DYRK2,LDB1,ZMYND19,DDX47,PRR3,CHD6,PSIP1,ADAR,CHD2,RND3,PITPNC1,RPGR,RND1,EEF2K,YWHAQ,BCL7A,RASGEF1B,RB1CC1,GATAD1,NPTN,LRRFIP2,IFT57,RBM33,RBM17,NAA30,RBM14,ARHGEF12,TBP,TTC33,GLRX5,RBM18,HUNK,TBC1D9,GLRX2,DDX52,GPCPD1,YWHAZ,EPN1,EEF1G,NDUFS8,NDUFS6,PPDPF,PEX5,MAN1B1,ZMYND11,IFT46,CUEDC1,DDX27,DCTN2,NAA20,DDX23,ASB13,HMGCR,RNF7,NT5C2,CLCN3,PARL,AGPAT4,CYTH3,CAND1,DNPEP,MAT2A,TMEM205,MKNK2,BNIP1,BNIP2,NIPSNAP3B,CHGA,RBM39,MBTPS1,RRM2,CHURC1,TAF10,EYA3,SSRP1,MAPK10,GALE,FAM131C,KRAS,FAM98B,QRICH1,GPD1L,VIM,LNX2,R3HDM2,TES,RPL31,PHAX,EPRS,SMC3,FNBP1L,BACH1,GPATCH8,BACH2,DCAF6,RPL7,NUB1,ALCAM,CNST,ZMIZ1,MYC,PIP4K2A,AP1S1,RPL38,DIP2C,IER5,CDK5RAP3,IER2,WSB1,ACOT7,WSB2,DAPK1,PIH1D1,PRKCE,RPL22,DAPK3,WDR74,AFAP1,SCRIB,GTPBP1,ATG13,ATG12,DAAM1,WDR81,PRR18,RPL26,RNF121,CDC42SE1,PDXDC1,CTBP2,RPN2,RPN1,NEDD4L,PHYHIPL,SLAIN2,XPC,VPS26B,HIF1A,GNS,GLG1,PRDX2,ABR,PPP3R1,WDR70,FLRT2,RAD21,CHST15,RRS1,NRBF2,HMOX2,S100A10,BTF3,CDK17,PHC2,JUND,NDFIP1,PHC1,HOMER1,CHKA,H3F3B,PLK2,RDX,IRF2BP2,NR1D1,MCAT,PRDX6,PHC3,PRRC2B,HNRNPL,EHD1,SLC6A6,GLUD1,HNRNPK,NPLOC4,GIPC1,HNRNPF,OGDH,ATG2A,HBP1,DUS1L,CDK13,CDK14,CPEB4,ATG2B,CEP57,GABRB3,SETD5,PYGB,BTG1,CDKN1B,WDR48,ELL,DENND1A,CLTC,CLTB,KRI1,ING1,PHF8,ING4,TMEM189,UBL5,UBL3,TMSB4X,RFK,ENSA,ANXA7,AP3S2,AP3S1,JARID2,UBL7,CEP68,BRD3,BRD2,SHPRH,WDR37,MIOS,HSBP1,TERF2,BACE1,AFTPH,LSG1,NCOR1,INF2,HEATR5B,MTF2,TCP1,PLCB1,GART,CDC123,GRN,WDR26,TIMM9,USO1,TIMM13,HSPA13,ADCY6,TM9SF3,FAM129B,TMEM165,PPP1R2,BCLAF1,RNF138,CHN2,CHN1,RPL13,CKB,BRD8,PAIP2,RNF130,SF3A3,YTHDF1,CSNK1A1,NR1H2,SYVN1,ELP2,DEF8,HIPK1,WDR13,KTN1,RNF145,MKLN1,NFIA,NFIB,FAM49B,ANKRD13B,RAB3C,TOR2A,UHRF1BP1L,RAB3A,ATP8A2,ATP8A1,CTNND1,YEATS4,AUP1,BZW2,CLU,BZW1,TM7SF2,PPP1CB,ABHD12,PPP1CC,IPO8,ABHD11,RNF19A,SLC39A6,MAF1,MAGI1,RAB2A,TLE4,TLE3,CSNK1G3,MAP2K1,RNF44,RPS9,ANKRD49,RALGAPA1,TPM3,USP3,IGFBP3,MAGI3,TPM1,IGFBP2,RPS6,TRAFD1,FRMD4A,LEMD2,THOC7,RNF41,CLIP1,RAB34,ERP29,AAGAB,SNRPE,FKBP4,CSNK1G1,ANKRD16,FAM114A2,ABHD2,GLO1,ANKRD12,ITPR1,ABHD8,SLC38A10,UBR2,PHF21A,HMBOX1,KLC2,BTBD1,PSAP,NACC1,BAG1,ABL1,ANKRD10,SRGAP3,SRGAP1,MPDU1,MCL1,OSBPL9,EIF2B5,ANKRD34A,AKIRIN2,OSBPL7,RAB4A,AKIRIN1,TOR1A,POLR3GL,SEC16A,TNK2,TRAPPC4,TMEM132A,DHCR24,MARCH8,TRAPPC8,MARCH6,FANCE,LSM3,NSFL1C,BCL9,COPS5,SCCPDH,REEP5,LHX2,ZFP62,CPD,CNOT2,COPS2,SPIRE2,TADA1,PLXNB2,TPP2,GPR107,CNOT8,SERINC3,SERINC2,CNIH3,RSL24D1,BCL2L1,EIF4G1,SLC48A1,RNF10,MCM7,ZFP82,DUSP11,DUSP12,PPP6C,RPL7A,LBH,ADAMTS3,OPA1,VPS72,SGCB,SIN3A,OPA3,IDH3B,EVI5L,TNPO1,EIF2B1,SLC37A3,CCDC50,TAPT1,CCDC34,WIPI2,REXO2,COASY,TSN,PTBP2,ZFP90,PTP4A1,PTP4A2,TRAF7,PTP4A3,TRAF4,ASPH,CTDSP2,POLR1C,RPL37A,POLR1D,EVL,CCDC43,SOS1,SOS2,NFAT5,GTF2A1,SMARCD2,RNF34,HDAC1,EI24,RAB1B,VPS4B,RNF38,SEMA3F,HDAC7,ABLIM1,FZR1,HIRIP3,ABLIM3,PUF60,RBBP5,VPS53,POLR2D,VPS52,VPS54,ADSS,CACNG4,DCAF13,MLXIP,SPAG9,PPIL1,KCNJ11,RNF24,TXNRD1,SEMA4B,SEMA4F,CDC42BPB,OXR1,TRIT1,PNRC1,PNRC2,ASXL1,KLF7,KLF6,MARCKS,PFKL,VAPB,MFAP3,DNAJA2,VPS45,VEZT,APP,FAAH,SLC35B4,ZMYND8,CISD1,DIXDC1,CISD2,CBLB,PPP2R2A,HS6ST1,PDCD2L,GOLGA4,FRAT2,KAT5,MAGOH,ARFIP2,LONP2,DENR,ZFPL1,BTRC,GLUL,SOX4,RPS13,AGFG1,ARRDC4,ARRDC1,SLC35C2,COG3,ARRDC3,SLC11A2,IFRD1,MTUS1,BOLA1,AP1B1,MRPS18A,ACSL3,MRPS18C,ZW10,SIK3,GUF1,VDAC2,VDAC1,SIK1,TTLL12,EZR,CBLL1,TMEM161B,ANP32A,IGSF3,PDE1B,TEX264,STXBP1,DCUN1D1,TEX261,MYL12B,FXR1,UGCG,SCFD1,SGPL1,GNG10,PTDSS1,GSE1,SCAP,TNRC18,STXBP5,ARGLU1,FIS1,ZRANB1,TMEM50B,SNHG6,PUM2,GADD45G,SRPK1,RPS29,FUBP1,ANP32E,MAGED2,ALDH18A1,ITM2C,HBS1L,GFM1,CITED2,SLC35F2,SH3KBP1,MYL6B,SIPA1L2,SERP2,RPTOR,SERP1,PCF11,GUK1,UBXN7,DLAT,TMED7,PRMT6,ATP6V0B,ZER1,CBFA2T2,ZDHHC17,RHOB,MLF2,SLC22A23,UGDH,PRPF18,POC5,NFX1,HNRNPH1,NME7,RHOV,SGK1,SDCCAG8,CSTB,PRIM1,ARNTL,AKAP1,ANKMY2,SHOC2,TBL1X,MAP4K5,APBB3,METTL9,RANBP2,SORBS2,CAPZA2,NBR1,KBTBD2,FAU,MEGF9,HDLBP,ARID4A,ARHGAP39,TOMM20,CHCHD4,CHCHD2,FAM162A,POGZ,NOM1,RALBP1,KDM2B,DSCAM,LMO3,WRNIP1,KCTD3,ATP1B1,RSBN1,TUFM,TMEM135,DPM3,TMEM136,TBL1XR1,DNAJC30,CMPK1,MATR3,PDE9A,DAP3,ZCCHC8,IDI1,PXK,EFNA4,CAMSAP1,ARHGAP12,EFNB2,EFNB1,UBB,MAN2A2,DNAJC21,EP400,ATP6V1H,RPRD1B,SUDS3,ZC3H14,PDZD8,ATP6V1D,MYH10,MARK2,DNAJC19,KLHDC2,SMAD2,KLHDC3,SMAD1,SMAD4,ACBD5,ACBD4,CBX4,HSPA4,IDH2,ASPSCR1,TBCB,EIF2S2,SMAD5,DNAJC17,COQ5,ARHGAP23,NFKBIA,ARHGAP32,EFNA2,DLG2,DLG3,DLG5,RFXAP,JMY,CHMP2A,LRP10,COPE,LRP12,LRP11,SCYL3,KDM5B,USP36,NVL,USP32,DBI,SLC2A3,HK1,SPRED2,PPP2R5E,CASP3,SNAPC4,PDE4A,SCYL1,KDM6A,TSFM,USP43,H2AFX,SPATS2,H2AFV,TRNAU1AP,ARID1A,ARID1B,LSS,CKAP4,FCHSD2,DDAH1,THRAP3,CDH11,LUC7L3,LUC7L2,B4GALT5,CAMK2B,KDM3A,TM2D2,USP10,GMPR2,POMP,TM2D3,TOB1,STRN3,HSPD1,GNA13,TBRG1,GMDS,ALDH1B1,GNA12,NT5DC3,FAM120A,MAPK1,MAPK6,REPS1,ABCF1,LGI1,USP22,CADPS,PPP2R3A,MEIS2,NAP1L4,SLC4A8,RPS6KB1,PIK3IP1,CDK2AP2,SPRY2,ATP13A3,SSBP2,SSBP3"
+"gene_set_query"	"677"	"DNTTIP1"	"627.5"	"ARCHS4 Coexpression,29;GTEx Coexpression,1226"	"IFITM2,POP7,SMARCB1,RPL8,ACTB,RRP9,NUBP2,LSM10,RPS15,PSMD8,FRAT2,PSMD4,PSMD2,FAM53C,ARL6IP4,SLC12A9,PIH1D1,ECH1,TALDO1,MIF,SCAMP3,RNF126,BIN3,CDC34,ARMC6,CLPP,GRWD1,CSNK2B,UQCRC1,JTB,RPL29,PFN1,AURKAIP1,MACF1,TSTA3,CDCA4,SUPT4H1,TWF2,UBE2J2,MRPL12,OAZ1,ANAPC11,MRPL11,PGS1,CYB5R4,PPP4C,PRDX4,PRDX1,NRBF2,RCE1,S100A10,VASP,PRELID1,H3F3A,MRPL28,MRPL23,MRPL24,MRPL21,ABTB1,EIF6,CWF19L1,NDUFAF3,FARSA,ITPA,DHRS13,MRPS15,ARF1,ELL,MTMR14,CCDC124,ARPC1A,MRPL38,CLTA,MRPL37,PQBP1,MED11,TRMT112,GLIPR2,XPO6,C1QBP,CHMP1A,TMED1,NANS,CCT3,ZC3H10,PRMT5,LYPLA2,MRPS26,TMED9,ATP6V0B,SEC13,NUDC,MRPS24,GSTO1,SSR2,MRPL49,NME2,MRPS2,GMIP,DYNLL1,TUBG1,APRT,MLF2,COMMD5,NME1,MRPL52,SCNM1,CDC42EP2,SF3B4,SF3B5,DTYMK,ECHS1,AHCY,SSNA1,NOL7,TIMM13,TIMM10,CCNDBP1,COX5A,PSMA7,FGD3,NT5C,PSMB6,PSMB7,ZDHHC18,EXOSC4,PSMB3,ASNA1,LMAN2,PSMB1,AP2S1,SCAND1,RPS2,BID,RPL18,CCT7,DEDD,CCT4,BCAP31,RANBP1,YIPF1,MTX1,MDH2,WDR18,NPM3,PPP1CA,FKBP1A,PSMC3,SHKBP1,NDUFAB1,ZYX,UBAP1,PRPF31,PLP2,TOMM5,TOMM6,NDUFA11,TUSC2,PDCD5,UBE2D1,TOMM22,CHCHD2,TMEM147,RUVBL2,CFL1,CIR1,BANF1,RPS5,TOMM34,SHISA5,THOC3,CNPY3,THOC5,SDHB,THOC6,TUFM,EBNA1BP2,TMX2,SLC9A8,RAB34,NHP2,SNRPC,PPIA,SNRPA,SRSF9,SNRPB,NDUFB10,RPS19BP1,NDUFB11,PHB,CSF2RA,HSPBP1,CORO1B,GRK6,ZMAT5,CYC1,SLC15A4,NADK,MAP2K6,ATP6V1F,AKIRIN2,UBE2I,NOP16,HMGA1,LSM4,MANBAL,DRAP1,NSFL1C,COPS6,LSM7,UBE2S,CHMP2A,RNF181,COPE,ISY1,ARRB2,MEA1,MRPL4,MRPL2,NOB1,TIMM17B,PGLS,EIF5A,JAGN1,ARHGEF12,GPX4,SECISBP2L,TFIP11,EDF1,DDOST,RER1,PFDN2,CHMP6,DCTPP1,GAPDH,TSEN34,USP15,STOML2,RGS19,TSSC4,USP10,RAB1B,HSD17B10,RNF5,LAGE3,SRM,PUF60,GNG5,DDT,RAB24,POLR2E,RALY,ROMO1,AAMP,POLR2J,SH2B2,PDLIM7,POLR2L,GADD45GIP1,NDUFA8,PPP1R14B,NAA10,MBOAT7,MIIP,ADRM1,TPD52L2,POLE4,BCKDK,IMPDH1,EIF3I,EIF3G,CDK2AP2,RBM42,SMAP2"
+"gene_set_query"	"678"	"ZNF337"	"629.0"	"ARCHS4 Coexpression,611;Enrichr Queries,329;GTEx Coexpression,947"	"CYFIP2,MDC1,MYT1L,JMJD1C,HNRNPU,ENO2,EPRS,GPATCH8,NUDT3,CYB5D1,RNF112,KAT5,DPYSL5,DPYSL2,MYC,AKT3,FDXR,LUC7L,FBXO3,CCNL2,KIF21B,SOX4,CDK5RAP3,CALN1,FNBP4,SRRM2,DDX17,TSPYL2,SRRM3,SRRM4,PRKAB2,MEF2C,RBFOX2,WSB1,ST6GAL2,RBFOX3,FNBP1,LIMCH1,REV1,CIRBP,CD3EAP,ANK2,SOX11,ARMC8,ANK3,SCAMP1,MAPK8IP3,PRKAB1,PISD,NISCH,TIAM1,EML5,GPR162,DDIT3,RUFY3,RUFY2,DDIT4,AKAP9,HECA,ANKRA2,PFN1,MACF1,PAXIP1,MTMR3,STXBP1,FOXG1,MYCBP2,TRANK1,SDR39U1,PHYHIPL,XPC,CD99L2,KALRN,PCBP3,PCBP4,PCBP2,VPS11,PLCG1,ARGLU1,RALGDS,SERF2,BBS1,CADM3,JUN,PRELID1,PRRT2,BCL11A,PLK2,INTS3,ST8SIA2,MICAL3,MICAL2,L1CAM,SNAP91,CCDC88A,LAS1L,FASN,INTS4,FXYD6,EZH1,SUGP2,ITM2C,EZH2,ROBO2,PIGU,TMEM151B,HIP1,KCNC1,GFM2,DIRAS2,PTPRO,GRIK2,PTPRF,BBC3,ROBO1,SHF,PCMTD2,TRIM9,EPM2AIP1,MMP24,PCLO,TUBA1A,TMEM43,TRIM3,ENC1,GARNL3,CEP68,ACAD8,DFFB,PRMT7,GSTO1,TSC22D3,AEN,CBFA2T2,DUSP6,MLF2,DDB2,MN1,KAT2A,MPPED1,HNRNPH1,PXDN,WAC,FAM193B,SGK1,SFI1,SATB1,STX16,SATB2,ADAM22,SEZ6,TRAK1,CAMKK2,ARVCF,BTAF1,CHN2,GPC1,LMAN2,BRD8,APBB3,RUNX1T1,NKTR,ARNT2,KIDINS220,PCGF3,DAB2IP,YLPM1,BLCAP,GATAD2B,VEGFA,SKI,ATAT1,NFIA,NFIB,CCNG2,TAOK1,SGSM2,TTC3,PKN1,YPEL5,CDK5R1,CLSTN2,PARK7,CELSR3,SLC8A2,TMEM145,NRBP2,ZFP30,KIF5C,SESN1,POGZ,KPNA1,PPFIA2,TLE4,TLE2,SLC38A1,ADAM11,KCTD2,TSC1,POU3F2,CDC25B,DISP2,ACAP3,MAU2,DMTF1,DOK5,SCN8A,MADD,SNRPG,ANKS6,SRSF5,SRSF6,ISCU,CUL9,GRIA1,CHRD,CACNA1A,DTX3,NDRG1,PHF21A,NEUROD2,EFNB1,ARHGAP21,PITRM1,FUT9,ANKRD10,ZKSCAN1,PLXNA4,MARK1,TMEM120B,SYT4,PRNP,OST4,TIA1,ASNS,KLHL24,MARCH6,CLK4,AP4B1,CORO2B,PTPRD,PAN2,CDK8,H1F0,LRCH1,EFNA2,DAB1,DLG2,HOOK2,NBEA,HOOK1,MDM2,PLXNB2,SPIRE1,PLXNB1,TCF4,BRWD1,OGT,MAP3K12,BCL2L1,CREBZF,DIDO1,KDM5B,RBM25,CALCOCO1,NUMA1,CELF1,PRKCSH,SCHIP1,CHD6,CHD3,CHD2,PKD1,SYNE2,DUSP12,AP1G2,SNRNP70,MCF2L,PHACTR3,PMEPA1,CEP170,LRRFIP1,MAN2C1,GALNT9,RBM5,TRIM67,RBM6,DST,PDPK1,PDE4D,ATRX,NAV1,SEZ6L,ZFP90,DDOST,GIGYF1,VCAN,ALS2,TRAF4,CTDSP2,POLR1B,C1D,LUC7L3,EVL,PPP1R15A,KDM3A,NLGN2,SMARCD3,RGS16,RNF38,NRXN2,LENG8,CRMP1,PPM1D,TOB1,EHBP1,THBS3,ADD2,ABLIM1,DNPEP,FAM168A,PTPRZ1,MAT2A,CNR1,FEM1C,CLASP2,POLR2L,TTC14,SPAG9,RBM39,KDM4A,KDM4B,KDM4C,PCDHGC4,NDUFA2,PDE4DIP,ASXL1,KLF6,NEURL4,SYT11,POLR3F,PDCD4,BAX,RGS11,MDGA1,TRIM32,CBLN1,R3HDM2"
+"gene_set_query"	"679"	"ZNF845"	"629.3"	"ARCHS4 Coexpression,439;Enrichr Queries,925;GTEx Coexpression,524"	"NUP107,FCF1,JMJD1C,STMN3,GCC2,CCNC,ZDHHC8,GABPB1,FNBP1L,EPRS,PWP1,GOLGA4,CDC23,CAPNS1,PSMD5,DPYSL2,MYC,ZMIZ2,GPBP1,VPS35,PRKACA,TMPO,MED1,DDX18,AQR,ST6GAL1,ST6GAL2,SCAF11,BROX,ARRDC3,RECQL,CIRBP,PTOV1,CD3EAP,PRKAB1,MAPK8IP3,MED6,XRN2,DDIT4,AKAP9,ALG10B,KCTD18,NUP205,SET,TBC1D9B,DHX8,DCUN1D1,NEDD4L,XPC,MTDH,ABR,SNX2,HSPH1,CYB5R3,PDCD10,ERI3,MCMBP,TRPM7,PIP5K1C,MAP4,RAB11FIP3,PHC1,PMM2,PAICS,SETX,STAG1,ZBTB6,STAG2,ZZZ3,HNRNPF,TOLLIP,TDP1,CALM3,NOL11,HNRNPC,RBAK,PHF3,ARF3,SMG1,PIGU,GDI1,RPLP0,GDI2,AATF,MED17,PTMS,SYNCRIP,NIPBL,MAP1LC3A,SPTLC1,RARS,ZMYM5,DHX15,SDF4,RIOK2,CIC,UTP14A,GIT1,ZIK1,PCMTD1,WDR36,PBRM1,ZER1,SLC39A10,PRPF40A,ELOVL6,NIPA2,PGM2L1,SRP9,NCOR2,SIKE1,INF2,PACS2,TMEM33,PXDN,G2E3,MAPRE3,SGK1,GART,ATP6V0C,PRIM2,NFIX,NIP7,HEATR1,GNAI3,NOL8,RFNG,FAM117B,NRAS,BCLAF1,SRP72,RICTOR,MGAT2,SRSF10,PAK2,SF3B1,SUZ12,RANBP2,NPM1,YTHDF2,UTP3,CSNK1A1,USP9X,MBD1,YIPF5,PLEKHA5,DAB2IP,VEGFB,UBE2G1,ARCN1,RAB11B,KLHL9,ATAT1,NUDT21,RSL1D1,SEC23IP,SERBP1,TCEA2,NUCB1,PKN1,MEGF8,FRYL,GRINA,DBR1,CCNT2,GOLT1B,ZFAND3,CD81,CSE1L,ZFAND6,CLSTN1,ATN1,NRBP2,SMCHD1,ZFP30,PAPOLG,CWC22,SMARCAD1,FBRSL1,USP8,MORC3,SLC38A1,SUPT16H,MAP2K2,SLC30A5,ATP11B,LMO7,THOC2,MSH6,CTDNEP1,MORF4L1,TOM1L2,ACAP3,ACAP2,MSH2,TMX1,TBL1XR1,RAB35,WDFY1,SRSF3,CHMP4B,PPIG,ADNP,SRSF6,ANAPC1,NSMAF,ZCCHC7,DDX6,DDX5,CD151,COPB1,NOP2,BTF3L4,TARS,PDS5A,GTF2E1,BAG4,PITRM1,G3BP1,DVL1,BTBD2,G3BP2,ZKSCAN2,BRIX1,CAMTA2,NAE1,RPRD1A,SKIL,QSER1,OSBPL8,NUP155,API5,M6PR,HPS3,DNAJC13,SLC7A6OS,EFNA2,HOOK2,CDK4,HOOK1,GNB2,SP3,JMY,GNB1,PDCL,GNB4,NFE2L3,GNAS,PLXNB2,ACBD3,BCL2L2,NFE2L1,RNF187,MXD4,ISY1,SCYL3,DIDO1,GSK3A,THRA,PRKCSH,WDR3,USP34,CHD6,ZFP82,PTPN23,PKD1,SYNE2,DUSP11,DUSP12,NOB1,ZC3H7B,SNRNP70,RB1CC1,PMEPA1,CEP170,EVI5L,TOPBP1,RBM7,UTP15,ACTR3,ACTR2,DST,DIS3,PDPK1,NCBP2,ATRX,TRNAU1AP,SENP2,EPN1,PIK3CA,CTDSP2,POLR1B,DNAJC5,NUP50,PPDPF,NUP54,PPP1R12C,CUEDC1,GTF3C3,GTF3C4,RRN3,NLGN2,SMARCD3,WBP2,TGFBRAP1,PARN,MLLT1,AGPAT1,AGPAT3,CDC42,DNAJB2,AP3M1,TAF1B,RBBP4,PABPN1,TDG,TGS1,GNA11,FAM120A,TAF1A,BNIP2,FEM1C,RBBP7,SLC25A23,EIF4E,PDLIM7,DCAF13,SMARCE1,PTPN1,PDE4DIP,DEK,CDC42BPB,MAPK11,EIF3M,APC,MGAT4B,CEBPZ,NAA15,SUGT1,ABCE1,SSBP2,EIF3D,TAF2,TRIM33,SSBP4"
+"gene_set_query"	"680"	"EMX1"	"629.7"	"ARCHS4 Coexpression,660;Enrichr Queries,746;GTEx Coexpression,483"	"CYFIP2,STMN3,ENO2,SCAMP5,RNF112,DPYSL2,DPF1,BSN,ATXN7L3,EPHA5,EPHA4,RBFOX1,ACOT7,ATP6V1G2,UNC13A,UNC5A,WSB2,SLC6A17,RBFOX3,SOX12,MAPK8IP2,ANK1,MAPK8IP1,STX1B,SFRP1,PRKAR1B,HECW1,DDIT4,KCNQ2,TAGLN3,CTXN1,STX1A,NECAB1,NRN1,TSHZ3,FOXG1,STXBP1,CEND1,AGAP3,NLK,KALRN,TTBK1,NUAK1,SYNGR1,FAM171A2,PGBD5,KCNN1,RIMKLA,SCN3B,RAB11FIP3,ATP6V1C1,JUN,CADM3,PTPRN2,PRRT2,CADM1,BCL11B,IQSEC1,BCL11A,PDE2A,NR2F1,MSRA,TOLLIP,PPP1R1B,CALM3,SERPINI1,CDK14,ITM2C,TMEM151B,DOC2A,KCNC1,GDI1,DIRAS1,PTPRO,GRIK3,RNF157,JPH4,UCHL1,JPH3,CAMKV,ENC1,NCS1,IDS,DLGAP1,KIF1A,FEZF2,DLGAP3,APC2,PSD,SYP,TUBG2,SYN1,MLF2,RGMA,MN1,VSNL1,MPPED1,PXDN,MAPRE3,MAPT,NFIX,SATB1,SATB2,ADCY1,BEGAIN,PAK1,CUX2,CAMK2N1,NPY,CHN1,MGAT3,SLC17A7,CTNNA2,NCDN,RPRM,GABBR2,ATRNL1,WNT7B,GABRA3,TTC9B,GRIN1,NFIA,NFIB,PKN1,CDK5R2,CRLF1,CDK5R1,PRDM8,RAB3A,CLSTN2,CLSTN3,CLSTN1,OGDHL,SLC8A2,RPH3A,ATCAY,KIF5C,KIF5A,PALM,STK32C,FADS1,PPFIA3,CHRNB2,LMO1,LMO4,IGFBP2,APLP1,ADAM11,LMTK3,TBR1,POU3F1,RUNDC3A,DGKZ,POU3F2,SRCIN1,POU3F3,FOXP1,CLIP3,OLFM1,MYCN,GPRIN1,EEF1A2,TOX,ATP6V1A,RTN3,BRSK1,BRSK2,NDRG4,DNMT1,NXPH3,NXPH4,TMEM59L,ABHD8,CACNA1A,CABP1,BHLHE22,DTX3,CPLX2,CACNA1E,CPLX1,FBXO41,SEL1L3,PDZD4,NEUROD2,IGSF21,NEUROD6,BTBD2,CASKIN1,ATP6V1H,KIF3C,OTX1,RAB6B,MAP2K6,LRRC4B,SYT3,ANKRD24,SYT1,BOD1,SLC4A10,SYT7,GNAO1,LRFN5,DLG2,CDK5,HOOK2,LHX2,HOOK1,DLG4,GNB1,REEP2,PI4KA,MAP3K10,PIN1,UBA2,CNIH2,DAGLA,DOCK3,THRA,ELAVL4,CHD6,CELF5,AFF3,NRGN,ELAVL3,GDAP1L1,ERC2,SULT4A1,UNKL,YWHAH,SVOP,RNF208,RTN4RL2,NAV2,SYNGR3,SEPT5,DNM1,SEPT3,GAP43,PTP4A3,NRG3,SNPH,CTDSP2,NAT8L,CAMK1G,SHANK1,CAMK2B,CLEC2L,PDXP,ATP1A3,NRXN2,ACVR1B,DLL1,NCALD,ADD2,CACNG7,GNG3,CACNG8,SLITRK1,SV2A,MGAT5B,FSD1,SNCB,SLC25A23,BEND5,CHGA,LINGO1,SLC12A5,PCDH7,LIMK1,PCDH8,B3GAT1,ATP2B4,CCK,FBXL16,BAIAP2,MEIS2,NELL2,MAPK10,DBNDD1,PPP2R2C,FAM131B,INSM1,R3HDM1,SSBP3,CBLN1"
+"gene_set_query"	"681"	"ZNF606"	"630.0"	"ARCHS4 Coexpression,406;Enrichr Queries,894;GTEx Coexpression,590"	"VARS,IFT172,ZDHHC5,DCAF8,JMJD1C,STMN4,FNBP1L,BACH2,PNN,ALCAM,CAPNS1,TRIM28,DPYSL5,ZMIZ2,AKT2,MYC,STMN1,LUC7L,AKT1,CCNL2,PRKACA,ATXN7L3,CDK5RAP3,SOX4,SRRM2,DDX17,MEF2C,SMARCC2,CXADR,WSB1,ACTN1,METTL3,ARRDC3,CIRBP,RFX3,CD3EAP,ISLR2,SOX11,MOGS,WDR73,ACTN4,SND1,EML5,DAAM1,IFT81,FEZ1,RUFY3,DDIT4,RUFY2,CRYZL1,TAGLN3,RPL29,OBSL1,TRIB2,PFN2,BEX4,MAGED1,FOXG1,FLII,NEDD4L,PIK3R1,PLA2G6,RNPC3,OAZ1,APH1A,RHOT2,PATZ1,ZSCAN18,JUN,FZD3,WDR59,PHC1,ZRANB2,INTS1,BCL11A,TMEM50B,ST8SIA2,UPF3A,PBX1,PRRC2A,MLLT11,HNRNPL,H2AFY2,FXYD6,CDK13,DZIP3,CD200,ITM2C,ARF3,OGFR,PIGU,DAZAP1,CSRNP3,CITED2,KCNC3,PRPF19,ING4,PCMTD2,EPM2AIP1,SMPD4,TUBA1A,ZMYM5,ENC1,SDF4,ZIK1,TMED4,PARP6,BRD2,UPF1,IFT140,MRPS25,TSC22D3,LRRC49,MINK1,PRPF40B,DUSP6,SRP9,WDR33,RHOB,MED23,MN1,TUBB2B,TUBB2A,INF2,IVD,PXDN,GLCCI1,TKT,GAS8,STX16,SATB1,ICA1L,RPL12,WRB,CENPB,FAM129B,RXRB,TMEM169,PES1,TMEM68,FLNA,CTNNA2,YKT6,SRSF11,NKTR,RIC3,SF3A1,MBD6,MYEF2,SCAF1,BLCAP,GATAD2A,ATAT1,ABI2,MORN4,NFIB,CCNG2,KLHL7,HNRNPA2B1,TTC3,NUCB1,HDGF,PKN1,TARDBP,ZFP28,SPPL2B,ATN1,UBE2Z,IPO7,ZFP30,SALL2,LAMP1,CDH2,PPIP5K2,TUBB3,SESN1,ARHGDIA,POGZ,SLC39A7,MAGI2,THOC1,TSC2,TSC1,ATAD3A,RSBN1,POU3F3,CTDNEP1,ARMCX4,ILF3,MAU2,DMTF1,HNRNPUL1,PRPF3,EHBP1L1,RAB35,CHMP4B,SRSF5,SRSF6,TOX,CSNK1G2,SLC27A4,GRIA1,LRRC59,RAB5C,NDRG1,SUPT6H,EFNB2,SBNO2,IRAK1,DVL1,NACC1,SAFB2,EP400,DMAP1,ZKSCAN1,BPTF,ESRRA,PRNP,CPSF7,TIA1,CPSF6,AUTS2,PTCH1,KLHL24,EEF2,MARCH6,CLK4,CLK2,PAN2,EFNA2,HOOK2,NBEA,ZFP62,HOOK1,GNB2,PLEKHM2,UBA1,PI4KB,CLPTM1L,BRWD1,FGF13,OGT,NFE2L1,EIF4G1,UBE2M,CREBZF,ZNF512B,DIDO1,KDM5B,RBM25,PPP1R13B,NAA40,RBM26,NUMA1,WDR1,PRKCSH,AKAP8L,CHD6,ZFP82,YBX1,SYNE2,LMNB2,CABIN1,PPP1R9B,MFSD8,TRO,SENP7,DUSP12,SEC61A1,SART1,SEPT9,LASP1,CAPZB,YWHAQ,SNRNP70,PPP6R1,PPP6R3,PSD3,WDR6,PMEPA1,CEP170,MAN2C1,UNKL,RBM5,EIF5A,HSDL1,REXO1,PDPK1,DDX56,ATRX,NAV2,RAD23B,ZFP90,PTBP2,KLF16,DNM2,GIGYF1,TRAF7,SFPQ,PTP4A3,RCN2,SETBP1,CTDSP2,POLR1B,LUC7L3,USP40,INA,LUC7L2,RNFT2,HDAC2,SMARCD2,WBP1,RAB1B,LENG8,RBM4B,CRMP1,SPG7,ATP1A1,CXXC4,HDAC6,SLC25A27,GANAB,MTA1,GNG2,PABPN1,U2AF2,FAM120A,FEM1C,MEST,SH2B1,CLASP2,TTC14,RBM39,HNRNPA3,KDM4B,MEIS2,GDAP1,MAPK10,SLC4A8,NEURL4,ERCC3,CARM1,MGAT4B,PDCD4,P4HB,SSBP2,TNRC6A,EIF3B"
+"gene_set_query"	"682"	"ZNF575"	"630.7"	"ARCHS4 Coexpression,887;Enrichr Queries,957;GTEx Coexpression,48"	"CYFIP2,EIF4A1,ANKLE2,HDAC10,EHMT2,ARAF,THYN1,STMN3,ZDHHC8,EPRS,ALKBH6,ZFYVE1,SAMD14,RASSF1,NUB1,RUSC1,DPYSL2,MYC,DPF1,IER2,TMEM8B,ARSA,MEF2C,PRKCD,CD3EAP,ALG1,GAPVD1,INPP4A,RNF126,DDIT4,HECA,TAGLN3,PFN1,PFN2,IGSF8,DHX8,SLC45A1,NPRL3,AGAP2,PRDM15,CEND1,BAZ2A,PIK3R1,OAZ1,TTBK1,GSPT1,ABR,FAM171A2,PPP3R1,DHX32,TSPAN7,CHST10,B4GALNT1,TNRC18,B4GALNT4,S100A10,ST3GAL3,PRRT1,JUN,PRRT2,JUND,MAGEE1,IQSEC2,IQSEC1,PLK2,IRF2BP1,NR2F1,MTHFR,NR1D1,PAICS,POU6F1,ARL2BP,ID2,RNPS1,CORO7,CALM1,RCOR2,C2CD2L,ITM2C,NRP1,PIGU,GDI1,CITED2,SH3KBP1,MRPS12,ZCCHC18,MED16,NAT14,PIGX,LIMD2,C1QTNF4,JPH4,SMPD3,NUDCD3,JPH3,ZMYM2,FASTK,XPO5,TRIM3,GPR137,SH3BGRL3,UBXN4,DLGAP3,GARNL3,APC2,PSD,MAP4K2,PRMT8,PCYT1A,ACTL6B,ITPK1,PRPF40A,SIRT6,DUSP8,GMIP,LIME1,DUSP6,MLF2,CNKSR2,NCOR2,SLC7A5,ARHGEF9,MED25,HNRNPH1,PACS1,MMP17,PXDN,CDC42EP2,ARHGEF1,SGK1,MPND,ATP6V0C,VAMP2,NAPA,CSTB,WDR26,NFIX,AMIGO1,URM1,SEZ6,SNX32,TMEM160,CCDC106,PSMA7,FAM129B,GNAI2,ARFRP1,CAMK2N1,NT5M,CKB,APBB1,ATP6V0E2,PURG,NPDC1,GABBR1,NPM1,SPRYD3,SF3A2,NR1H2,MZT1,GRIN1,RAB11B,SPSB3,NFIA,LPCAT4,SHKBP1,SNX15,FKBP1B,ZYX,PKN1,MEGF8,AGRN,CRAT,YPEL3,SLC27A1,RAB3A,CRTC1,UBE2D3,AUP1,IPO4,IPO5,ARHGAP44,AMMECR1L,HCFC1R1,CFL1,CAPN2,FBRSL1,ARID2,MAF1,RGS7,SLC39A3,KIRREL3,MAP2K2,IGFBP3,TMOD2,MAGI2,IGFBP2,TTC7B,LMTK3,AIP,MATK,ILF2,RUNDC3A,DGKZ,SHISA7,CLIP3,CACNB3,FSCN1,SPNS1,ANAPC2,BRSK1,NDRG3,MAX,ZC4H2,ARL3,LTBP4,ISG20L2,CACNA1A,SLC1A4,PSEN1,RASGRP2,CPLX1,HSPBP1,NDRG1,TMEM121,PDZD4,SNN,SHARPIN,TPR,BTBD2,CASKIN1,G3BP1,DVL2,CAMTA1,CAMTA2,KIF3C,LRRC4B,PRNP,SYT3,CBX6,UBE2I,TRAPPC1,UROS,TRAPPC5,KLHL22,TBCB,ADAP1,CORO2B,ANKHD1,GNAO1,NFKBIA,DRAP1,MARCH2,EFNA2,CDK5,HOOK2,PQLC1,ARPC2,DLG4,HOOK1,REEP2,MAP3K10,TAB1,DYNLRB1,EIF4G1,MAP3K12,CUEDC2,PRR7,DDX3X,THRA,CNRIP1,MAST3,PRKCSH,CHD6,CELF5,PPP1R9B,DUSP12,CAPZB,AP1G1,PPP6R1,LRRTM1,GDAP1L1,PMEPA1,PGLS,EID2B,SUN2,PDPK1,PPP2R5B,ABHD14B,ABHD14A,SEPT5,DDOST,PTP4A3,SNPH,CTDSP2,PFDN1,ETF1,ST6GALNAC6,NLGN3,CAMK2B,NLGN2,SMARCD3,RGS19,WBP2,NRXN1,PDXP,LRP3,SRI,LAGE3,HSPD1,DCAF15,CACNG7,TFPT,GNG3,FZR1,CACNG8,FAM168A,DNPEP,ABLIM3,SV2A,TRIM46,POLR2F,RALY,CSK,SLC25A23,CAMK2G,MAPK3,BEND6,ARFGEF1,LGI1,TRIM41,SGTB,IDH3G,B3GAT3,PRAF2,QPCTL,HAGHL,DTNBP1,LYSMD2,ATP2B2,FBXL16,ASXL1,KLF6,PIK3IP1,SYT11,PPP2R2B,CCM2,VIM,SSBP4,RAN"
+"gene_set_query"	"683"	"ZNF547"	"631.0"	"ARCHS4 Coexpression,139;Enrichr Queries,942;GTEx Coexpression,812"	"APP,SLC35B4,VARS,HNRNPU,GHITM,ENO2,BACH2,RNF112,RPS14,NDST1,CAPNS1,MPRIP,RAVER1,SNRPD2,SNRPD1,IGLON5,DPYSL2,MYC,CDC26,PSMD3,LONP1,AKT1,ATXN7L1,ATXN7L3,SOX4,CALN1,TSPYL2,SRRM2,SRRM3,SRRM4,GABARAPL1,MEF2C,ATP6V1G1,IAH1,RBFOX3,RPL21,ARRDC3,IFRD1,RFX3,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,MAPK8IP3,SND1,JMJD6,TIAM1,GPR162,STX1B,DDIT3,SARNP,DDIT4,HECA,PRR12,SF1,PAXIP1,DHX8,TMEM63B,STXBP1,FLII,NEDD4L,APH1A,NKAIN1,DGUOK,SYNGR1,PPP3R1,ZNHIT3,SYMPK,RHBDL1,ZSCAN18,CADM3,JUN,RPL41,PRRT2,INTS1,MRPL27,MICAL2,PBX2,PRRC2A,MLLT11,HNRNPL,EIF5,ID2,CALM3,CPEB4,ITM2C,ARF3,PIGU,DAZAP1,TMEM151B,BTG1,KCNC1,CITED2,ZFAND2A,DIRAS2,PIGP,TCF20,GRIK2,SLC7A11,PRPF19,SMG5,BBC3,HERPUD1,MRPL33,SHF,TRIM9,UBL5,MMP24,PCLO,SDF4,CIC,GIT1,ZIK1,RSPRY1,DFFB,UPF1,ZER1,TSC22D3,LRRC49,MINK1,MRPS21,COMMD6,AP3B2,SREBF2,NCOR2,SLC7A5,IMMP1L,SCNM1,INF2,PACS1,PXDN,ARHGEF2,KPTN,SGK1,ERGIC1,GRAMD1B,PRIM2,CLDND1,ADAM22,RPS27L,UQCR10,CENPB,CAMKK2,GNAI2,EXOSC7,CHN2,EXOSC8,CLPTM1,MFN2,FLNA,ANKRD52,PURG,CRIPT,NMNAT2,SORBS1,AP2B1,SCAF1,GATAD2A,XAB2,NFIB,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,YPEL5,RNF141,GRINA,NDUFA13,CRTC1,NDUFA12,HDLBP,ATN1,SRP14,CLU,CELSR3,SLC8A2,TMEM145,ZFP30,ARHGDIA,SLC39A7,SBF1,SH3GL2,SYBU,GTF2I,BIVM,TLE2,SLC38A1,USP5,ADAM11,KCTD2,MID1,KCTD6,DISP2,ACAP3,MORF4L1,ILF3,HNRNPUL1,SCN8A,MADD,EHBP1L1,RAB35,TBC1D24,SNRPG,ANKS6,PPIE,CHMP4B,SNRPF,ABCG4,CSNK1G2,ANAPC2,NDRG4,RAB5C,COX16,MAZ,CACNA1B,CACNA1A,SLC38A10,COX7A2,FBXO44,SUPT6H,NEUROD2,IGSF21,KLC2,ORC6,DVL1,BTBD2,NACC1,ABL1,SRGAP3,SMN1,VARS2,MARK2,IP6K2,BCL9L,TMEM120B,SYT4,PRNP,AUTS2,SEC16A,KLHL22,ASNS,EEF2,CLK4,LSM3,RCAN1,NR4A3,SH3BP5L,HOOK2,CCPG1,HOOK1,GNB2,GNB1,PLXNB2,GPR107,TUBGCP4,NOP10,NFE2L1,EIF4G1,ACADVL,KDM5C,GSK3A,WDR1,PRKCSH,CHD8,MAST1,CHD6,DPY30,ZFP82,CHD3,YBX1,PTPN23,PKD1,RND3,ELAVL3,HK1,PPP1R9B,POLB,MFSD8,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,MCF2L,PSD3,SUMO2,UBTF,GALNT9,TRIM67,KDM6B,SUN2,PDPK1,NDUFC1,NAV2,RAD23B,ZFP90,DNM2,TRAF7,ALS2,NAV3,DAD1,CDH10,DNAJC5,NDUFS5,SNURF,DNAJC9,PFDN4,PPP1R12C,PFDN5,CAMK2B,PPP1R15A,RNFT2,GTF3C1,MTPN,SMARCD2,CANT1,NDUFB6,NDUFB4,NDUFB3,NRXN2,RBM4B,LENG8,ZBTB45,ATP1A1,STRN4,ADD1,DCAF15,DNAJB1,ABLIM1,FAM168B,GANAB,MTA1,U2AF2,VPS53,FAM120A,TRIM46,EIF4H,SPOCK1,PTK2B,DNAJB9,POLR2F,FEM1C,FYN,ROMO1,POLR2I,CLASP1,TIMM8B,SLC12A5,NDUFA4,PCDHGC4,USP22,FBXL19,NDUFA3,NDUFA2,NDUFA1,PDE4DIP,CDC42BPB,HSPE1,KLF6,PFKL,NEURL4,SBK1,FAM131C,CARM1,MGAT4B,POLR3F,ACIN1,RGS11,P4HB,EIF3C,MDGA1,CBLN1"
+"gene_set_query"	"684"	"ZHX2"	"631.3"	"ARCHS4 Coexpression,983;Enrichr Queries,462;ReMap ChIP-seq,83;GTEx Coexpression,997"	"MDC1,TRIO,EHMT2,ARAF,STMN3,BACH2,DCAF6,SCAMP4,PREX1,RNF114,ALCAM,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,PRKACA,SAMD10,IER2,PRKAB2,MEF2C,DAPK1,FNBP1,RPL23,PRKCE,PRKCD,WDR74,GTPBP6,CD3EAP,SOX12,SCAMP3,RNF123,RNF126,DAAM1,BIN1,DDIT4,PSME1,PSME2,RPL27,RBCK1,RPL29,UBA52,VPS28,PRR14,ATF4,SF1,TSTA3,TTYH3,TARSL2,SDR39U1,NEDD4L,MRPL12,PRKCZ,OAZ1,HIF1A,GABARAP,ANAPC11,PRPSAP1,PRDX2,PRDX5,RHOT2,PPP4C,CHST15,PUSL1,ATRIP,ST3GAL1,RHBDL1,HEXIM1,ABCA2,RPL41,JUN,CREBBP,WDR59,CHKB,JUND,PRRT2,JUP,CHKA,CADM1,NCAPH2,PLK2,EDEM1,SETD1A,IRF2BP1,IRF2BP2,MRPL28,PBX2,PA2G4,NR1D1,MRPL24,PBX1,THAP11,TADA2B,EHD1,HNRNPL,MLLT10,FIBP,TBL3,GIPC1,FASN,HNRNPF,SFXN3,CDK10,DUS1L,ITPA,OGFR,PIGU,BTG1,CDKN1B,ELL,SPEF1,PIGO,PHF20,PHF23,PIGQ,CLTC,MRPL38,OSBPL11,MED16,MRPL34,WDR46,BBC3,DDA1,TRIM8,TMEM189,MED11,TRMT112,TIMP2,ANXA7,RPLP2,GPR137,PLEKHN1,CIC,JARID2,EMD,APC2,ZC3H10,LYPLA2,LRRC45,NUDC,DUSP1,MRPL49,NUTF2,EPS15L1,SIRT7,NUDT16L1,GMIP,MED29,DUSP6,NCOR2,RNF167,SLC7A5,MRPL53,SLC7A6,ZEB2,TUBB2A,INF2,KIFC2,CDC42EP4,PXDN,RAPGEF1,SLC29A1,VAMP2,GRN,GRAMD1A,ECHS1,NFIX,LIN37,GPS1,USO1,ODC1,WDR24,CENPB,FGD3,ARFRP1,PSMB3,ASNA1,RPS2,SAMD1,MEF2D,EGLN1,CENPT,SF3A2,NR1H2,PCGF2,WDR18,SYVN1,TRMT1,DEF8,SKI,XAB2,NFIA,CCDC9,NFIB,SNX14,SNX15,PKN1,AGRN,INHA,YPEL3,ANKRD13D,DGKD,PDCD6,TUSC2,RNF19B,AUP1,TM7SF2,FAM107B,YY1,POFUT2,CDH2,TUBB3,CFL2,CFL1,PHYHD1,KPNA4,PIM3,SNRNP35,LZTS2,MAF1,KPNA1,PLEKHJ1,PPP1R16B,TLE3,PCYT2,RPS8,USP3,GPT2,RPS5,IGFBP3,FBXW9,PPP1R16A,TPM1,FAM118A,FRMD4A,GTF2F1,THOC6,CDC25B,FOXP1,CTDNEP1,PYGO2,ACAP3,DGKQ,SLC9A8,MAPKAPK2,SRSF2,FKBP8,PGP,SNRNP27,PHPT1,SQSTM1,FKBP5,ANAPC2,INO80B,FKBP2,CUL7,RNASEH2A,CD151,PFKFB3,INSIG1,AK1,MAZ,ABHD8,ITPR1,UBR3,NRF1,CORO1B,SBNO2,NDOR1,PITRM1,DDRGK1,DVL1,NACC1,E4F1,MAP2K7,WDTC1,ESRRA,POLR3GL,MARCH9,ZBTB12,ADAP1,LSM4,FBXO31,UCKL1,CNOT4,MARCH2,COPS6,SH3BP5L,LRCH1,SLC7A6OS,CDK4,UQCRQ,MAFG,SPIRE2,RNF181,PLEKHM2,LRCH4,NFE2L1,BCL2L2,BCL2L1,ZNF512B,DIDO1,MCFD2,HSP90AB1,MCM7,RNPEPL1,SCHIP1,ZC3H3,TRADD,PIK3CD,ETFB,AP4M1,MRPL4,PTBP1,DUSP12,MRPL2,PSD3,UBTF,PMEPA1,MDP1,YAF2,ACP1,UNKL,TAPT1,BOK,PLEKHG2,REXO1,GPX4,RPL13A,RAD23A,VEZF1,EDF1,DUSP26,YDJC,COASY,MSL1,ARL4C,TRAF7,PPM1B,PTP4A3,CTDSP2,POLR1C,DCTPP1,GAPDH,SLC25A11,RNF31,TRABD,HDAC5,WBP1,WBP2,MGRN1,ROCK2,SRC,PRCC,FOXK2,LENG8,ZBTB45,SRL,MLLT6,RAB21,AP3M2,DNAJB1,ZNRF1,ABLIM1,POLR2A,U2AF2,CDC37L1,POLR2E,FYN,CSK,E2F4,DCAF11,SLC25A22,SLC25A25,ATP9A,POLR2L,GADD45GIP1,PPP1R14B,SPAG7,TRIM41,PPIL2,GPKOW,KCNJ11,FEM1A,SEMA4D,CNBP,FBXL19,FBXL16,TPD52L2,PNRC1,CABLES2,BCKDK,NELL2,MARCKS,KLF6,SLC25A39,PSAT1,RAB12,POLR3E,MGAT4B,STUB1,P4HB,SMAP2,PFKM,PANK4,SLC35B2,APP,ZMYND8,HDAC11,CBLB,CYB5D1,NFU1,RPS15,RPS16,RASSF2,TRIM28,FTH1,BSG,HABP4,LONP1,CCDC97,CCNL2,SEPHS2,SOX4,TBC1D10B,SRRM2,ARSA,ST6GAL1,PAQR4,LIMCH1,ARRDC1,IMP3,ACTN1,ARRDC3,CIRBP,MTUS1,MRPS18A,COG1,TALDO1,CSNK1D,MOGS,ANK3,MFSD11,MAPK8IP2,JMJD8,ANK1,JMJD6,THAP4,THAP3,STX1B,CARHSP1,POR,CDC34,RRAGD,CSNK2B,SIK3,HECA,PFN1,AURKAIP1,EZR,OBSL1,CTXN1,TRIB2,RTEL1,MYCBP2,TRANK1,CEND1,PIK3R1,PGS1,APH1A,NUAK1,PCBP4,GSE1,SYMPK,TNRC18,HIVEP2,DECR2,PATZ1,N4BP1,B4GALNT4,VASP,VAT1,INTS1,BCL11A,SMARCA2,IFFO1,SMARCA4,EXT1,CALY,ID2,CCDC88C,SDC1,ADCK5,PAF1,COL9A3,CALR,RPS21,RCOR2,RGL2,FBXL6,CDS2,ITM2C,NRP1,DAZAP1,TMEM151B,FAM57B,GPAA1,CITED2,ZFAND2A,FAF2,CTSZ,TECR,SLC7A11,NAT14,AKAP12,MAP1LC3B,CHMP1B,HYAL2,KIF13A,ENC1,MLX,RAC3,PSD,PSENEN,CCT3,VKORC1,TMEM150A,TSC22D1,TSC22D3,RHOF,LIME1,MTSS1,APRT,VAV2,MLF2,RHOB,MN1,PACS1,ARHGEF1,CRELD1,ARHGEF2,CRELD2,ALDOA,SGK1,PTMA,ATP6V0C,STK40,CSTB,DTYMK,AHCY,PCNA,SATB1,DOT1L,CRIP2,NEDD8,UQCR11,CCDC106,RFNG,TYMP,GNAI2,MNT,EXOSC4,NFIL3,CUX1,NPDC1,MAP3K3,RANBP3,YIPF3,VEGFB,AP3D1,MYO9B,PPP1CA,RAB11B,VEGFA,ATAT1,PER1,PRKRA,TCEA2,ESYT2,FAU,GRINA,SCARB1,CRTC2,MIDN,NARF,NDUFA11,ZFAND3,PRDM2,PHRF1,CELSR3,IGF1R,ACTG1,CHCHD3,TATDN2,BASP1,ARHGDIA,HCFC1R1,EP300,DENND5A,SBF2,SH3GL1,PHYH,ZGPAT,KDM2A,LMO4,TSC2,ATP1B1,DPM3,PRPF6,FAM173A,HGS,EHBP1L1,SBDS,CHMP4B,FIZ1,RAF1,PPIA,RTN2,COX19,ISYNA1,NDUFB10,RPS19BP1,KLHL17,HTRA2,DTX1,COX7A2,NDRG2,RASGRP2,NDRG1,TMEM121,EFNB2,DEAF1,GRK6,CASKIN1,TBC1D14,CYC1,TBC1D17,PDZD7,MARK2,MPST,OST4,PRNP,CPSF7,ACBD4,UBE2B,CPSF1,CBX4,AUTS2,CBX2,PCIF1,TBCD,ASPSCR1,CRIM1,TIMM44,KLHL24,SUPT5H,CLK2,NFKBIA,H1F0,EFNA2,PQLC1,HOOK2,HOOK1,GNB1,CHMP2A,PHF13,TCF3,LRP10,GALK1,UBE2M,MUS81,RERE,PHTF2,CUEDC2,GSK3A,PRR7,PRKCSH,CHD6,SLC2A3,ADAR,RND2,USP39,USE1,RND3,LMNB2,PITPNC1,PPP1R9B,SEPT9,SPRED2,LASP1,UBE2Q1,SNAPC2,BCL7C,MYO18A,FLOT1,MLST8,PDE4B,KDM6B,SUN2,KLF13,TTC33,PDPK1,PDE4D,AXIN1,ABHD14B,RNF208,ABHD14A,NAV2,SYNGR3,EPN1,KLF16,EEF1G,DDX19A,FAM189B,VCAN,NDUFS7,SETBP1,EEF1D,DDAH2,NDUFS5,ATG4B,MAN1B1,RBM24,IRF9,HCN3,STOML2,RGS19,GMPR2,OPRL1,PDXP,RSPH9,TOB1,U2AF1L4,CAND1,MTA1,DNPEP,RAB40C,TMEM203,GNA11,MKNK2,FBRS,CYTH1,NIPSNAP3B,BAD,HAGHL,CYHR1,ATP2B4,PDE4DIP,SOD2,SH3YL1,GALE,CAPN10,ASB8,ERCC1,RPS6KB2,BAX,ACIN1,TAF6,VIM,SSBP4"
+"gene_set_query"	"685"	"ZNF766"	"631.3"	"ARCHS4 Coexpression,1295;Enrichr Queries,510;ReMap ChIP-seq,139;GTEx Coexpression,581"	"POP5,ANKLE2,RPL32,EHMT1,HNRNPU,SMC3,DCAF5,FNBP1L,EPRS,BACH2,GLE1,PREX1,CAPNS1,GPBP1,RPL36,IER5,NUP214,MEF2A,PRKAB2,WSB1,CSNK2A2,CD3EAP,FRS2,SOX12,HCFC2,GAPVD1,GTPBP4,HCFC1,ASPHD1,DDIT4,RPL24,NUP98,RBCK1,LETMD1,VPS25,UBA52,RPL28,CTBP1,FLII,SDR39U1,SLAIN2,HIF1A,GIGYF2,ANAPC11,MRPL11,PRDX2,CYB5R4,PPP4C,NUP85,RAD21,ST3GAL5,NUP88,PSMF1,LTA4H,RDH13,ATRIP,ST3GAL1,ST3GAL2,VTI1B,BRAP,ABCA2,CDK19,CADM3,JUN,PMM1,PNO1,ST13,FUCA1,MTHFR,MEX3C,PHC3,MRPL22,PRRC2A,EHD1,MLLT10,SQLE,QARS,TDP1,NMT2,HBP1,MMS19,PSMG2,EZH1,CPEB4,CDC42SE2,PHF3,ARF3,SETD2,SMG1,PIGU,ELL,HEXB,SNX12,ASH2L,SMG5,PQBP1,ING4,NIPBL,MED13,MED10,RRP12,DLGAP3,PCMTD1,UPF2,APC2,BRD3,ZC3H10,DFFB,UPF1,DFFA,PGAM1,ACTL6A,TIMM23,SLC39A10,ELOVL6,MANEAL,MED26,COPZ1,RNF168,MTF2,PXDN,TKT,SLC29A2,LIN37,WRB,FGD4,GGA3,BTAF1,RNF138,PSMB1,USP1,MFN2,RICTOR,RNF130,SF3A1,SF3A2,MBD1,ELP3,HIPK1,AGBL5,MKLN1,SLMAP,TAOK1,TAOK2,ZYX,NUCB1,PKN1,YPEL5,YPEL3,FRYL,FAM13B,CLSTN1,FBXO25,UBE2D1,RNF19B,IPO7,IPO4,IPO5,EIF4ENIF1,MAEA,RNF19A,SMARCAD1,MTPAP,KPNA2,MAF1,STK32B,PPP1R16B,USP8,USP7,IK,RPS9,SLC38A1,DGAT1,USP5,FBXW7,UBE2E3,VRK3,THOC5,PIAS1,FOXP1,ST7L,TPST2,DISP2,MAPKAPK2,RAB35,FKBP8,NHP2,CSNK1G1,NSMAF,FKBP5,PFKFB2,LRRC59,RNASEH2A,CCDC24,CUL3,INSIG1,ABHD2,ANKRD12,GMPS,ISG20L2,CUL1,ARL1,UBFD1,FBXO42,ORC4,BAG4,BAG5,ORC6,TPR,UBR5,NACC1,ZKSCAN3,SAFB2,ABL2,SKIL,SLC38A2,ZKSCAN1,MCL1,AP1M1,TRAPPC2,BRPF1,TOR1A,CCDC12,TRAPPC8,ZBTB11,TOR1B,SCRT1,YRDC,UBLCP1,CNOT1,ZFP62,SPIRE2,TPP2,MDM4,NF2,RSL24D1,SERINC5,NFE2L1,EIF4G1,RNF10,ALAS1,NENF,METTL14,LBH,SIN3A,SUMO3,OPA3,SUMO2,TLK2,TNPO1,CTNNBL1,IQCB1,ATRX,ZFP91,NIPSNAP1,ZFP90,TRAF7,PTP4A3,SLC25A17,SLC25A19,CTDSP2,POLR1B,C1D,BIRC2,BCAT2,RNFT2,NFAT5,SEC23A,CANT1,RNF38,NDUFB2,PPM1D,PPM1G,MTHFSD,FBXL20,GANAB,HECTD1,FIP1L1,HAUS8,RBBP5,U2AF2,KATNA1,POLR2D,EIF4H,FEM1C,FSD1,HNRNPA1,SLC35A2,TUB,SPAG9,HNRNPA3,FEM1A,MBOAT7,DDHD2,IMMT,PTPN12,CDC42BPB,CDC42BPA,HNRNPAB,TRIT1,PNRC1,TRIM39,VAPA,POLR3C,POLR3E,MGAT4B,DRG1,PDCD2,POLR3H,P4HB,EIF3F,METAP2,PANK4,CCNK,VARS,TMEM41B,SLC35B1,THUMPD3,JMJD1C,RPS15,PNN,TRIM28,OPHN1,DHX57,FTH1,SAP130,ATXN7L1,BTRC,GLUL,ATXN7L3,TBC1D22B,ARRDC4,SMARCC1,ENTPD4,SCAF11,ARRDC3,NSMCE1,MOGS,INPP4A,POR,PPA2,CSNK2B,MTHFD2L,TRIM13,KCTD13,HECA,CBLL1,PEX11B,DCUN1D1,TRANK1,TWF2,PIK3R1,MBTD1,APH1A,UGCG,PCBP3,DHX35,HLTF,TNRC18,XRCC6,ZRANB1,ZRANB2,SETDB1,FAM78B,SLC35E3,MICAL3,SMARCA5,PYCR2,MED13L,SMARCA4,SNW1,STAG2,ARMC10,ADCK5,FBXL6,ITM2C,DDR1,AHCTF1,DAZAP1,FAM57B,GPAA1,MRPS12,MRPS10,PCSK7,PRPF19,HERPUD1,COIL,EPM2AIP1,PCM1,XPO1,PCF11,UIMC1,ENC1,NCS1,DHX15,SDF4,ARIH1,PSENEN,TOP3B,PARP6,MRPS25,NCOA4,MINK1,NME2,CACYBP,ZDHHC16,MRPS7,CBFA2T2,TOPORS,NME1,MLF2,RHOB,POC5,SLTM,G2E3,FAM20B,MAPRE3,PABPC1,CD47,ALDOA,MPND,AMN1,EXOSC4,HSF1,CCT8,RAE1,MAP4K3,EXOSC1,NPDC1,NPM1,YIPF2,UBE2G2,MIAT,PEX14,MIB1,BOP1,CSDC2,NBR1,NDUFAB1,TCEA2,TRIP12,HDGF,OTUD5,KDM1A,UBE3C,HDLBP,ARID4A,ARID4B,ACRBP,AMMECR1L,ARHGDIA,CAPN2,ARID2,SH3GL1,RALBP1,MORC3,DNAJB12,LIG3,WBP11,RSBN1,DHDDS,EEF1A1,HNRNPUL1,CHMP4B,MATR3,ZCCHC7,DDX6,RBM8A,NOP2,SEZ6L2,SHARPIN,IRAK1,ZC3H18,CYC1,NDUFV3,VARS2,MARK3,PDZD7,BPTF,PRNP,UBE2I,CBX5,NUP155,HSPA5,RHBDD2,CBX3,CPSF3,NUP153,CNOT10,KLHL24,AP4B1,SMAD5,SYT7,COQ5,EFNA2,HOOK2,CCPG1,HOOK1,JMY,GNB1,PHF13,BRWD1,KDM5B,USP32,DOCK9,PRKCSH,MAST1,CHD6,CHD4,YBX1,CHD2,SEC61A1,SENP5,UBE2Q2,CASP3,TIMM17B,RBM33,USP48,TBP,USP42,PDPK1,GLRX5,AKTIP,ATP6AP2,UBE2QL1,DDX54,SAFB,UTP18,VCAN,ELF2,CREB1,UBE2R2,SETBP1,TMEM214,NDUFS7,TRAPPC6B,LUC7L3,MAN1B1,B4GALT6,TSEN34,DCTN5,KDM3A,RGS19,USP12,DDX20,OPRL1,DDX21,ATP1A1,TOB1,USP19,STRN3,U2AF1L4,HMGCL,MAPK9,TAF1D,FAM168B,UGP2,CNR1,FAM120A,RPP14,FBRS,MAPK3,ATF7IP,ARFGEF1,USP20,EYA3,USF2,CLCN6,GALE,FAM131B,PPP2R2D,QRICH1"
+"gene_set_query"	"686"	"ZNF281"	"632.0"	"ARCHS4 Coexpression,570;Enrichr Queries,274;GTEx Coexpression,1052"	"PANK2,TFRC,HNRNPU,JMJD1C,TXNDC12,GABPB1,EPRS,SMC3,ACTB,TXNDC17,LSM12,ALCAM,SNRPD1,DPYSL2,MYC,FTH1,LONP1,SEPHS1,GLUL,IER5,SOX4,TMPO,DDX17,MED1,DDX18,PRKCI,SMARCC1,WSB1,CXADR,ACTN1,ARRDC3,IFRD1,CD3EAP,WDR75,SFRP1,SARNP,BOLA2,DDIT4,XRN2,SET,CTBP2,PIK3R1,HIF1A,ADH5,GJC1,UGCG,NLN,LDHB,GNG10,CYB5R4,LDHA,HSPH1,DHX33,NRBF2,ST3GAL2,SNX6,S100A10,JUN,JUND,PHC1,PLK2,RCC2,RDX,MAD2L1BP,PRRC2C,IRF2BP2,LARP7,CDC7,FAM136A,MEX3C,PAICS,CCT6A,PCDHGA11,ZBTB6,ID2,GRB2,LRRN1,CPEB4,ITM2C,NRP1,TRAM1,AHCTF1,BTG1,FAM45A,CITED2,PAK1IP1,MRPS12,SLC7A11,SYNCRIP,MRPL42,XPO1,ENC1,DHX15,SDF4,JARID2,RRP15,CTSB,CCT2,PARP1,SLC39A10,RRAS2,PRPF40A,ELOVL6,NIPA2,MRPS7,DUSP6,SRP9,RAB33B,MLF2,RHOB,ENAH,MRPL53,SLC7A5,ZEB2,MRPL50,PSMA3,PSMA4,TMEM33,PSMA2,PTRH2,MTF2,CDC42EP3,PXDN,G2E3,PABPC1,SGK1,EEF1E1,PTMA,CDC123,PCNA,ZDHHC20,SLC20A1,USO1,TCEAL8,BCLAF1,NFIL3,SHOC2,METTL6,MGAT2,CCT8,GPC4,BID,PAK2,SRSF10,PAIP1,CCT4,NPM1,YTHDF2,YTHDF3,USP9X,YIPF5,GATC,TTC9C,GTF2H2,YIF1B,VEGFA,KLHL9,NUDT21,RYBP,NFIB,JKAMP,TAOK1,SERBP1,HNRNPA2B1,CTNNB1,NUCB1,PKN1,KBTBD7,FAM49B,CSE1L,BCCIP,NUCKS1,FAM107B,ACTG1,IPO5,YY1,PPP1CC,SALL2,BASP1,KIF5B,COTL1,AZI2,KPNA2,SLC25A44,IFNAR2,SLC38A1,SUPT16H,AGTPBP1,LMO4,EIF1AX,VASH2,ADAM10,ATP11C,ZBTB34,ATP1B1,ILF2,MSH6,MINPP1,TPST1,MORF4L1,RAB31,MSH2,TBL1XR1,TIPRL,SNRPG,SRSF3,SNRPE,SNRPF,TTPAL,CARS2,SRSF7,FKBP3,IFNAR1,DDX5,PFKFB3,CBFB,INSIG1,TARS,RPF2,GTF2E1,NDRG1,RTN4,SDCBP,BAG4,PITRM1,G3BP1,G3BP2,BRIX1,LLPH,NAE1,SLC38A2,SKIL,QSER1,MCL1,IVNS1ABP,OSBPL8,HSPA8,PRNP,AKIRIN1,TOR1A,HSPA5,IDH1,CBX1,NUP153,KLHL23,DNAJC14,ARPC5,TOR1B,LSM5,AZIN1,LSM3,NFKBIA,SLC7A6OS,EFNA2,HOOK2,NASP,HOOK1,CPD,GNB2,SP3,MDM2,NFE2L3,NOP10,CNIH4,ITGB1,KDM5B,ACADVL,HSP90AB1,DDX3X,PRKCSH,HMGB3,PSIP1,DPY30,ADAR,SLC2A3,HMGB1,RND3,LMNB1,DUSP12,SUMO1,SUMO2,PDE4B,CEP170,TNPO1,ACTR2,EIF5B,RFC3,PDPK1,H2AFZ,ARID1A,YWHAZ,DDOST,DNM2,PTP4A1,VCAN,SFPQ,CREB1,NUP50,CTDSP2,POLR1B,TOP1,BCAT1,PFDN4,HDAC2,GTF3C4,USP10,SRSF1,DDX21,MLLT1,ASAP1,TOB1,RNF2,NCALD,MLLT6,HSPD1,GNA13,DNPEP,UGP2,CHSY1,MAT2A,TRA2B,MKNK2,BEND3,IGF2BP3,FEM1C,SNRPB2,VHL,IGF2BP2,HNRNPA1,MAPK6,UGGT1,EIF4E,TRIM44,DCAF13,MARCKSL1,RRM2,SSB,NAP1L1,DEK,SOD2,HSPE1,DNAJA1,SLC4A7,KLF7,MARCKS,KLF6,PFKL,PSAT1,BAX,CEBPZ,VIM,NAA15,SSBP1,EIF3A,RAN,METAP2"
+"gene_set_query"	"687"	"ZNF816"	"633.0"	"ARCHS4 Coexpression,341;GTEx Coexpression,925"	"APP,TRIO,TIAL1,NDST1,LSM12,CDC23,CAPNS1,TRIM28,MPRIP,PSMD5,ZMIZ2,BSG,PWWP2A,AKT1,CCDC92,PRKACA,ATXN7L3,TMPO,SRRM2,WDR75,MOGS,SCRIB,ACTN4,MAPK8IP3,CRYZL1,PRR12,ALG10B,SF1,NUP205,TMEM161B,PAXIP1,TBC1D9B,TMEM63B,FLII,UBE2J1,APH1A,PPP3R1,ERI3,TRPM7,PLCG1,PIP5K1C,MAP4,ZBED4,PRPF38B,INTS1,PBX2,PRRC2B,PUM2,PRRC2A,HNRNPL,INTS4,CALM3,RBAK,CDK13,INTS8,CDK16,MRPS17,ARF3,DAZAP1,GDI1,PRPF19,SMG5,MED17,TRIM8,TIMP2,UBXN7,SDF4,CIC,GIT1,DFFB,UPF1,LRRC45,MINK1,DYNLL2,SREBF2,MED23,NCOR2,KIN,MRPL53,AFTPH,SIKE1,INF2,PSMA2,ARHGEF2,ERGIC1,PRIM2,PRIM1,NOL8,CENPB,FAM129B,GNAI2,TMEM68,MFN1,CLPTM1,MFN2,FLNA,MGAT2,ANKRD52,EXOSC2,YKT6,SUZ12,DYNC1H1,NPM1,SF3A1,DAB2IP,AP3D1,TTC9C,AP2B1,SCAF1,TARBP2,WDR11,KLHL9,SKI,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,MEGF8,GRINA,DBR1,ZFAND3,CD81,CLSTN1,HDLBP,ATN1,FBXO22,LAMP1,PPIP5K2,ARHGDIA,SMARCAD1,LZTS2,SBF1,ANKRD49,USP5,USP3,CTDNEP1,TOM1L2,HNRNPUL1,TMX1,HNRNPUL2,EHBP1L1,CHMP4B,ARL8A,CSNK1G2,NSMAF,ANAPC2,ZCCHC7,LRRC59,DDX5,RAB5C,COPB1,ARL2,PDS5A,SUPT6H,SEL1L3,KLC2,DVL1,BTBD2,NACC1,ABL1,NAE1,ANKZF1,WDTC1,ACBD6,API5,NONO,SEC16A,HPS3,EEF2,CNOT6,SH3BP5L,COPS5,GNB2,GNB1,NFE2L3,PLXNB2,PLEKHM2,UBA1,GPR107,LSM14B,BCL2L2,NFE2L1,EIF4G1,RNF187,ZNF512B,SCYL3,KDM5C,GSK3A,NVL,PRKCSH,MAST2,ATP2A2,CHD3,TRIAP1,PTPN23,LMNB2,LMNB1,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,SART3,ZC3H7B,PPP6R1,SNRNP70,CASP3,UBTF,EIF2B1,TNPO2,YWHAG,DGCR2,ARHGEF11,USP48,EED,DDX55,RAD23B,SENP3,ARFGAP1,LATS1,TRAF7,DNAJC5,AKT1S1,PEX5,DNAJC9,PPP1R12C,GTF3C1,UHRF2,DCTN1,RAB1B,CXXC1,LENG8,MLLT1,ATP1A1,STRN4,ADD1,DNAJB2,AP3M1,FAM168B,GANAB,MTA1,FAM168A,U2AF2,TAF1A,BUB3,VHL,DRAM2,EIF4E,FBRS,KDM4C,FBXL19,CDC42BPB,TPD52L2,PINK1,NEURL4,CARM1,MGAT4B,ACIN1,EIF3E,SNRNP48,P4HB,TAF2"
+"gene_set_query"	"688"	"ZNF16"	"633.0"	"ARCHS4 Coexpression,1209;Enrichr Queries,512;GTEx Coexpression,178"	"EIF4A2,ZDHHC5,PREP,GPATCH1,SMC6,EPRS,RPL8,DCAF4,ALKBH8,ALKBH3,PREX1,PSMD7,CAPNS1,ALKBH1,DPYSL2,MYC,PSMD3,ZXDC,AKT1,SEPHS1,PRKACA,IER5,ATXN7L3,RPS13,MEF2C,CSNK2A1,NGDN,NSMCE2,ARRDC3,WDR74,CD3EAP,SCRIB,MOGS,WDR73,MED6,CLPX,GTPBP4,DYNC1LI1,KARS,RFX7,ZW10,GRWD1,DDIT3,ZSCAN21,DDIT4,SIK3,RPL29,CBLL1,MMADHC,VPS28,DHX8,SLAIN2,PIK3R1,APH1A,CYB5R1,PPP3R1,DHX32,WDR70,PRKAR2A,RRS1,DYM,RDH13,ST3GAL1,BTF3,JUN,JUP,BCL11A,PLK2,PBX2,PA2G4,PTK2,UBAC2,PRRC2A,HNRNPL,SQLE,STAG1,TBL3,SNW1,FASN,ID2,INTS5,NOL10,HBP1,DHX29,RPS21,ITM2C,ARF3,TRMU,NRP1,SETD2,SMG1,PIGU,UBXN1,CITED2,SETD6,RPLP1,FAF1,MRPS12,CTCF,SHB,SIPA1L2,PRPF19,WDR43,SMG5,ENC1,ARIH1,CIC,RRP15,LRRC47,UPF2,PRMT5,UPF1,STARD3NL,MIOS,TSC22D1,ACAD9,MINK1,ELOVL6,MRPS7,MLF2,COMMD5,RHOB,TOX4,PITPNM1,NFX1,PXDN,EXOC4,RAPGEF1,NCOA7,RHOU,ARHGEF2,ALDOA,FYTTD1,TIMM9,SRRT,AKAP8,HSD17B4,SDAD1,ARNTL,EXOSC7,SCAF8,BCLAF1,CHRAC1,EXOSC4,TMEM68,METTL6,PCGF6,GABBR1,YTHDF2,BRF2,MBD1,PCGF2,RPA1,UBE2G1,SRP68,VEGFA,SKI,RSL1D1,PRKRA,SERBP1,TAOK2,TSR1,NUCB1,HDGF,PKN1,PNPLA6,GRINA,UBE3C,FBXO28,HDLBP,ARHGAP39,TM7SF2,NRBP2,TATDN1,LAMP1,CAPN7,SCMH1,KPNA6,NUDT19,SBF1,NOM1,USP7,SLC38A1,DGAT1,GPT2,TPM1,UBE4B,TMEM131,NRBP1,CLIP1,PRPF6,DMTF1,ZFP41,HNRNPUL1,HNRNPUL2,PRPF3,EEF1A2,RAB35,PLAA,CHMP4B,MAPKAPK5,SRSF6,CSNK1G2,LY6E,GLYR1,ANKRD16,PSMD11,NDRG1,CAMSAP1,FBXO42,ORC5,EIF1AD,STIP1,SDCBP,PITRM1,NACC1,CAMTA1,CYC1,PDZD7,IVNS1ABP,EIF2B4,SMAD1,PRNP,NOP14,CPSF1,PTCH1,ASNS,TRAPPC9,FANCE,CORO2A,EIF2S1,CHERP,NFKBIA,HOOK2,NACA,HOOK1,DMXL2,GNB1,SPIRE2,BLMH,NFE2L1,EIF4G1,PICALM,KDM5C,DYRK2,DDX46,WDR1,ZC3H4,PRKCSH,ZC3H3,CHD6,UFSP2,USP39,PPP1R9B,DUSP12,LASP1,EEF2K,PPP6R1,SNRNP70,PDE4B,UBTF,PMEPA1,MRPL9,HIF1AN,UTP15,ARHGEF11,ACTR2,PDPK1,DDX54,RAD23B,ARID1B,EEF1G,DDX19A,TRAF7,PTP4A3,EEF1D,CTDSP2,POLR1B,DNAJC5,AKT1S1,ETF1,PPP1R15A,RNFT2,GTF3C3,KDM3B,GTF3C4,PARG,RGS16,PRCC,PARD6G,AMBRA1,TM2D3,USP19,ABLIM1,FAM168B,GANAB,HECTD1,PUF60,U2AF2,TGS1,BMS1,FAM120A,EIF4H,FEM1C,EIF4B,ABCF1,IGBP1,PTCD1,CIZ1,SEC24B,CNBP,FOXJ2,RPRD2,CDC42BPB,SOD2,OXR1,ACVR2A,CUL4A,KLF6,NEURL4,POLR3B,EIF3L,POLR3C,IMPDH2,POLE3,RPS6KB2,POLR3E,MGAT4B,EIF3G,SPRY2,EIF3E,EIF3F,EIF3C,EIF3D,EIF3A,METAP2,EIF3B"
+"gene_set_query"	"689"	"LIN54"	"633.5"	"ARCHS4 Coexpression,710;GTEx Coexpression,557"	"RB1,APP,PANK2,PPP2R2A,ZDHHC8,THUMPD1,CRKL,LSM12,CAPNS1,ZMIZ2,AKT1,SLC12A6,PRKACA,ATXN7L3,RNF111,TMPO,BROX,PTOV1,MOGS,MAPK8IP3,MED6,MFSD10,ALG10B,MTMR1,CSTF2,BRCC3,APH1A,INPP5B,CYB5R4,SPAST,BLOC1S2,PCBP1,MIER1,VTI1A,TRPM7,NRBF2,PIP5K1C,CEP78,TMEM184B,SLC35E3,MEMO1,STAM,PHC3,SRPK1,TMEM199,ZBTB6,GIPC1,ANP32E,ARF3,GMEB1,FAM45A,GDI1,SUV39H1,CLTB,SNX11,PTMS,TCP11L2,SDF4,JARID2,CIC,RAB8A,CDV3,TMED9,PGAM1,MINK1,TET2,SLC39A13,MLF2,RNF167,PRPF18,VAMP7,KIF2A,TMEM33,HNRNPH1,SLU7,ATP6V0C,ARF6,SAMD8,CAB39,ZDHHC20,PRIM1,GNAI3,NRAS,STX6,CLPTM1,SHOC2,BID,RPL18,RIOK3,CSNK1A1,DAB2IP,MIB2,SCAF1,RAB11B,TTC9,ITCH,MPHOSPH9,CAPZA1,ETNK1,ABI1,TRMT6,TAOK2,UBAP1,NUCB1,PNPLA6,GRINA,FAM49B,UHRF1BP1L,KDM1B,CD81,CLSTN1,ATN1,PPP1CB,ARHGDIA,CFL1,NUDT19,LZTS2,ARID2,SH3GLB2,AGTPBP1,SHISA5,ATP11B,PGD,POLRMT,KCTD5,RSBN1,PIAS1,CTDNEP1,ACAP2,MSH3,TBL1XR1,GPD2,TIPRL,CHMP4B,STAMBP,GEMIN7,SRSF6,CSNK1G2,ANAPC2,DDX6,RAB5B,RAB5C,SLC38A10,TOR1AIP2,PDS5B,STK4,LIN7C,CORO1B,RAP1B,DVL1,BTBD2,SLC15A4,MAP2K6,TRAPPC2,AKIRIN2,DR1,NUP155,VTA1,CPSF2,ZBTB11,MARCH5,DNAJC16,SLC7A6OS,GNL3L,UBLCP1,GNB2,GNB1,PLEKHM2,PLXNB2,LRP10,RAB5A,NFE2L1,MXD4,GSK3B,ACADVL,PRKCSH,PTEN,PTPN23,LMNB1,TTC28,PPP1R9B,DUSP11,PPP6C,SNRNP70,CASP3,PPP6R3,TLK1,CASP2,TNPO3,DGCR2,ACTR2,CHUK,RFC2,TFIP11,EDF1,OXSR1,DCK,PATL1,ARFGAP1,TRAF7,TFDP1,RER1,NUP50,TBC1D7,SEC22B,PPP1R12C,MTPN,GTF2A1,PARG,NLGN2,USP10,VPS4B,RAB1B,LENG8,MLLT1,NT5C2,GNA13,DNAJB2,RAB21,RBBP5,U2AF2,TRA2A,VHL,MAPK6,CDIPT,SMNDC1,EIF4E,SH2B2,PDLIM7,SEMA4A,RNGTT,CDC42BPB,RAB10,CLCN7,NIN,PFKL,NAA15,SMAP1,BCAR1,SSBP4"
+"gene_set_query"	"690"	"ZBTB16"	"634.0"	"ARCHS4 Coexpression,1039;Enrichr Queries,872;ReMap ChIP-seq,18;GTEx Coexpression,607"	"TDRKH,ATF2,CHIC2,POP7,TFRC,EHMT2,PSMD5,PSMD2,DPYSL2,FGFR1OP2,GPBP1,ANKFY1,PWWP2A,PRKACA,PRKACB,SAMD10,TMEM8B,MEF2A,PRKAB2,MEF2C,TSTD2,CACNA2D1,NGDN,DNTTIP1,DNTTIP2,RFX1,RC3H2,DDIT4,TMEM126A,SPARCL1,SF1,ATF4,TARSL2,NPRL3,ABCB8,BAZ2A,MRPL12,HSPH1,JUN,CADM1,NCAPH2,EIF2AK3,ERLIN2,FAM136A,BTBD10,SNUPN,CS,TBL3,EIF5,FAM135A,QARS,SFXN3,DZIP3,ARF3,LRSAM1,PIGP,SNX12,MRPL34,DDA1,TMEM43,NKRF,SMPD1,JAK2,PCMTD1,APC2,DFFA,DUSP1,PGAM1,ACTL6A,BAZ1B,MED29,DUSP6,MRPL44,MED22,MRPL53,SLC7A6,PTRH2,PXDN,PAFAH1B3,ERGIC2,ECHS1,LIN37,SRRT,CENPB,PSMA7,GGA1,EXOSC10,GGA3,PSMB2,CLPTM1,ANO10,FLNA,RICTOR,ZSWIM6,NCDN,ZSWIM4,MEF2D,SRSF10,NKTR,CENPT,MDH2,USP9X,STAT2,LRRC28,TMEM62,SNX21,ARCN1,GATAD2A,SNX19,APEX1,TAOK1,SERBP1,CIAPIN1,YPEL4,FRYL,SLC27A1,CSE1L,CASC4,MPV17L2,YY1,POFUT2,FNTA,SESN1,OSBP,NUDT19,KPNA2,MAP3K7,SLC25A44,FADS1,CNPY2,CDC25B,ACLY,ANAPC4,KPNB1,PFKFB2,INO80B,LRRC59,TXNDC9,PFKFB3,IREB2,LIN7C,FBXO41,FBXO42,SOCS2,SBNO1,EIF1AD,EIF4EBP2,ZKSCAN2,E4F1,NOP14,NOP16,ARPC4,ZBTB11,EEF2,UCKL1,TMEM11,PIN1,ACO2,LRCH4,OSBPL1A,TMEM19,NFE2L1,ZNF512B,CELF2,FHL1,AKAP8L,ETFA,BCAS3,EIF5B,ACTR2,PPP1R12A,ARNT,AHSA1,VEZF1,RAD23A,QTRT1,GIGYF1,PPM1B,PIK3CA,SYF2,ETF1,PPP1R12B,SLC25A11,SLC25A4,SEC22C,BECN1,ROCK1,UHRF2,NDUFB6,ROCK2,MGRN1,MAK16,CXXC1,KATNB1,SRL,HSD17B10,PPM1G,ZNRF1,U2AF2,CDC37L1,FYN,IGF2BP3,HNRNPA1,PCDH1,ATP9B,SLC25A25,GADD45GIP1,SLC12A2,NTRK2,SEC24B,NDUFA7,NDUFA4,CNBP,FOXJ2,NDUFA1,CDC5L,RPL23A,HNRNPAB,DBNDD1,EIF3M,EIF3L,P4HB,EIF3A,EIF4A2,SMARCAL1,CCNJ,EIF4A3,ZDHHC5,NUDT2,CCNC,IFI30,CYB5D1,HERC1,TRIM28,CDC26,EPC2,ATXN7L2,SEC62,SEC63,TMPO,ARL10,IMP3,NSMCE2,ECH1,MOGS,ANK1,SFRP1,THAP7,FAM76A,SUPT4H1,PIK3R1,ZBTB5,APH1A,DHX37,DYM,SURF6,FAM192A,SNX5,SURF1,SURF2,RCC2,SMARCA5,HSPA12A,BRI3BP,MED13L,ZBTB6,RPL27A,ID2,NDUFAF3,PAF1,FBXL3,GRB2,DHX29,CALR,NOL11,FBXL5,SUGP2,SUGP1,HERPUD2,NRP1,COX7B,GPAA1,SUV39H1,AKAP12,AKAP11,SPTLC2,UIMC1,ENC1,MLX,REV3L,NANS,CCT3,NCOA4,ANO6,CACYBP,SYP,MRPS7,PDRG1,KIN,MN1,PITPNM1,CSDE1,KIT,UFC1,ARHGEF1,SLU7,AHCY,CCDC107,CRIP2,ARVCF,NFIL3,CCT8,CCT7,CCT5,CCT4,DYNC1H1,NPM1,YIPF3,HUWE1,PEX14,VEGFA,SH3RF3,PER1,TTC3,ESYT2,HDGF,TACC2,TARDBP,SRP19,DBR1,CD81,ZFAND5,UBE2Z,ACTG1,IGF1R,CAPN7,KHSRP,KIF5A,BANF1,SH3GL1,MMGT1,TTC7B,ATAD3A,EEF1A1,HNRNPUL1,SBDS,WDFY1,PLAA,NDUFB10,HTRA2,CACNA1A,CACNA1C,PDS5A,NDRG2,NDRG1,TAF5L,RNASEH1,SHARPIN,CAMTA1,CAMTA2,CYC1,FDPS,KLHL26,PHF12,SUPT5H,ANKHD1,KLHL20,HIGD2A,PAN2,H1F0,HOOK2,HOOK1,CNTN1,UBA2,IFT27,TCF3,RERE,GSK3B,RBM26,DDX3X,CHD6,AFF3,RND3,AFF4,LMNB2,LMNB1,LASP1,NPTN,MLST8,MYO18A,SUN2,TTC33,PDPK1,GLRX5,NAV2,VCAN,SETBP1,GORASP2,NAA35,IFT46,RBM24,OTUB1,SHANK1,RRN3,DCTN2,DCTN4,RAP1GDS1,ASB13,DDX20,RBM4B,DDX21,CAND1,SLIT1,BNIP2,MTA2,FBRS,SMNDC1,TTC14,RBM39,MBTPS1,CHURC1,GALNT1,SSRP1,MAPK14,ACVR2A,QRICH1,SUGT1,VIM,RAN,RPL4,DCAF6,MYC,DIP2A,ACOT9,MED1,TSPYL1,PIH1D1,RPL23,PRKCE,DAPK3,SCRIB,ARMC8,WDR73,CLPX,WDR77,ARMC6,BIN1,CLPP,ZSCAN21,RPL24,TARS2,RPL26,PRR14,NEDD4L,SLAIN2,XPC,RNPC3,FAM160B1,PRDX5,WDR70,PRDX1,NRBF2,BTF3,WDR59,ICMT,HOMER1,UPF3B,UPF3A,NR1D1,PA2G4,PHC3,THAP11,EHD1,HNRNPL,HNRNPK,HNRNPF,HBP1,HNRNPC,FARSA,SETD5,SPEF1,PHF20,SETD7,ASH2L,SMG7,ADO,PHF6,SMG5,UBL5,MTG1,ENSA,CIC,EMD,BRD3,SHPRH,WDR36,NUDC,SSR4,HSBP1,NUTF2,ASH1L,COPZ1,NCOR2,RNF167,SIKE1,ZEB2,GARS,GAS8,NFIX,RPL10,RPL12,TMEM160,BCLAF1,RPS15A,ANKRD54,SLC17A7,RPS2,RPL17,PAIP1,SF3A3,PCGF6,BRF2,BRF1,NR1H2,TTC9B,MKLN1,PHF5A,OSTM1,NFIA,NFIB,ABI1,PLP2,ANKRD13C,PHLDB1,RAB3A,AUP1,RPL10A,IPO7,BZW1,CLU,PPP1CB,NRBP2,LAMP1,SLC39A9,PLS3,SMARCAD1,SLC39A7,MAF1,TLE3,SEMA6C,MAP2K2,ANKRD49,RPS7,IGFBP3,RPS6,TPM1,IGFBP2,GTF2F1,NRBP1,CACNB1,TOM1L2,CLIP1,NCL,RAB34,RAB35,PGP,SNRPG,ERH,ADNP,SNRPC,MAD1L1,FKBP5,ANKRD17,ENY2,RAB5B,ANKRD16,CUL5,CCDC25,CUL3,ABHD8,UBR3,TARS,UBR1,STIP1,HMBOX1,KLC2,NACC1,SLC15A4,MCL1,OSBPL9,TRAPPC2,ANKRD27,POLR3GL,MARCH7,FANCE,LSM3,LRFN3,CNOT1,COPS2,TADA3,LZTR1,CNIH2,EIF4G1,DIDO1,CALCOCO1,WDR1,RPL7A,DUSP12,WDR6,EVI5L,RFC3,PLEKHG2,CHUK,GPX4,DIS3,ZFP91,RPL13A,EDF1,SMC1A,COASY,PTP4A1,TRAF7,PTP4A3,DALRD3,ASPH,CTDSP2,POLR1C,EVL,GTF2A1,TSSC4,WBP1,RAB1B,WBP4,RAB21,AP3M2,PUF60,POLR2C,POLR2D,POLR2E,ADSS,MLXIP,PPIL1,SPAG7,IDH3G,DDHD2,PNRC1,PNRC2,FBXL12,ASXL1,KLF6,PSAT1,DOLPP1,IMPDH2,DRG1,PPIL3,PFKM,TCERG1,SLC35B4,ARL6IP1,PITPNB,RPS15,PNN,RPS16,RPS19,RUSC1,DENR,RPS11,GLUL,ARRDC4,ARRDC3,JMJD6,MRPS18C,NIF3L1,RRAGA,ZW10,GRWD1,VDAC3,HECA,SIK1,TLN2,PFN1,AURKAIP1,ANP32A,DCUN1D4,TMTC1,NLK,DGUOK,BANP,NMB,ACADSB,GADD45G,CCT6A,STAG1,RPS28,FUBP1,ANP32E,ITM2C,AHCTF1,CITED2,PRPF19,ZCCHC14,HINT1,SIPA1L1,ZMYM3,CHMP1B,ZMYM5,KIF13A,CHMP1A,UBXN6,PSENEN,TSC22D3,TOPORS,MTSS1,RHOB,RAB33B,MLF2,PRPF18,PACS2,RHOU,HNRNPH3,SGK1,MPND,AMIGO1,NOL9,TYMP,AKAP1,ARNTL,CHRAC1,MAP4K3,MYEF2,NFYC,SORBS1,PRKRA,KBTBD7,NDUFA11,ARID4A,ARHGDIA,CHCHD6,SHISA4,WRNIP1,ATP1B1,PDIA6,MAU2,PRPF6,HGS,MATR3,STAM2,RAI14,COPB2,RPS19BP1,LPL,EFNB2,ARHGAP20,EFNB3,CASKIN1,EP400,PDZD7,DARS,SMAD4,CBX5,HSPA4,CBX3,BFAR,COQ9,ARHGAP33,NFKBIA,NR4A3,SAE1,ZSCAN2,CREBZF,B4GALT3,SLC2A3,YBX1,USP39,MFSD8,SENP7,SEPT7,ZC3H7A,GMPPA,SPEG,KDM6B,USP47,RNF208,H2AFV,RPS3A,DNM2,DDX19A,TRAPPC6B,LUC7L2,KDM3B,POLDIP3,U2AF1L4,HSPD1,ROMO1,REPS1,SPEN,USP21,ZFC3H1,PDE4DIP,PPP2R3A,MEIS2,CDK2AP2"
+"gene_set_query"	"691"	"DBP"	"634.7"	"ARCHS4 Coexpression,1246;Enrichr Queries,623;GTEx Coexpression,35"	"EPHB6,EIF4A2,TFRC,MYT1L,EHMT2,STMN3,ACTB,SCAMP5,SAMD14,DPYSL2,MYC,FTH1,HIST3H2BA,BSN,CCNL1,EPHB1,GLUL,SOX4,CALN1,ACOT9,GABARAPL1,TSPYL1,RPL21,BROX,ARRDC3,ACSL6,CIRBP,WDR74,CD3EAP,CPT1C,MAPK8IP2,MAPK8IP3,ANK1,STX1B,DDIT3,KCNQ2,XRN2,DDIT4,ULK3,TRIM13,ASPHD2,HECA,ASTN1,IGSF8,BEX2,AGAP2,CEND1,PIK3R2,VPS26B,AGAP3,PIK3R1,PRKCZ,TTBK1,SYNGR1,FAM171A2,LDHA,TSPAN7,TSPAN5,RDH13,RALGDS,RHBDL1,ST3GAL2,B4GALNT4,ATP6V0A1,S100A10,PRRT1,JUN,GSTM1,JUND,GPR12,IQSEC2,BCL11B,BCL11A,ST8SIA3,SLC35E3,NR1D1,GADD45G,VANGL2,TOLLIP,FASN,ID2,PPP1R1B,PLCH2,C2CD2L,ITM2C,WDR47,LRSAM1,BTG1,GDI1,CITED2,TECR,MRPS12,NAT14,ING1,HERPUD1,C1QTNF4,JPH4,SHF,TRIM9,NUDCD3,PCLO,TIMP2,DLGAP3,CTSD,APC2,GRIPAP1,PRMT8,ACTL6B,ELOVL4,TSC22D1,PARP2,TSC22D3,ELMOD1,ANO8,AP3B2,DUSP6,MLF2,RHOB,GNL3,CNKSR2,KIFC2,PXDN,CANX,ARHGEF4,MAPRE3,MAPT,GAS6,SGK1,PAFAH1B3,ATP6V0C,SFI1,VAMP2,RNF165,NAPA,CSTB,GRN,PHLPP1,SEZ6,NOL9,CCDC106,FAM117B,CAMKK1,ARNTL,CST3,GGA1,NFIL3,CAMK2N1,GPC1,PAK6,CKB,ATP6V0E2,PAK2,PURG,GABBR1,BRF1,YIPF4,LHFPL4,SNX22,GRIN1,VEGFA,HIST3H2A,FABP7,CCNG2,UBAP2,PKN1,APBA2,YPEL3,TMEM229B,MTCH1,SLC27A1,CRTC1,CLSTN1,HDLBP,ARID4A,CELSR2,BZW1,CLU,ARHGAP44,SALL2,SESN1,PIM3,PPFIA3,FADS1,RGS7,CHRNB2,SH3GLB2,USP8,SLC38A1,CISH,TPM4,FBXW7,IGFBP3,IGFBP2,LMTK3,ATP1B2,RUNDC3B,ATP1B1,VRK3,RUNDC3A,ACAP3,OLFM2,CACNB4,FSCN1,LY6E,FKBP5,RTN4R,IDI1,LRRC59,NDRG4,PFKFB3,FAM114A2,CCDC24,NXPH4,INSIG1,TMEM59L,ABHD8,CACNA1B,LTBP4,ITPR1,GPR85,LPL,CACNA1A,NDRG2,FBXO44,CPLX1,NDRG1,RAP1GAP,GOLGA7B,SOCS2,PDZD4,SCUBE1,DEAF1,DPP9,CASKIN1,SRGAP3,NDUFV3,PDZD7,LRRC4B,AP1M1,IVNS1ABP,HSPA8,PRNP,TMEM120B,SYT3,TNK2,HPS4,NSG1,KLHL24,GNAO1,NFKBIA,EFNA3,RALYL,H1F0,DLG2,CDK5,HOOK2,DLG4,PTPRA,HOOK1,REEP2,SPIRE2,RNF187,MAP3K12,ITGB1,PODXL2,THRA,PRKCSH,CELF4,CELF5,ELAVL3,DUSP12,SEC61A1,BCL7A,ALDH2,OPA3,GDAP1L1,MLST8,PMEPA1,DACT3,RBM7,TNPO2,DGCR2,ACTR2,PDPK1,PLA2G4B,PPP2R5B,RNF208,ABHD14A,RABGGTB,SENP2,SEPT5,DNM1,PTP4A3,NDUFS7,CTDSP2,CRY2,TERF2IP,OTUB1,CAMK2B,PPP1R15A,HCN3,WBP1,WBP2,RGS16,DCTN3,TULP4,CXXC1,CRMP1,TOB1,ADD2,FOXRED2,CACNG7,TAF1D,DNPEP,RAB40C,SV2A,VPS53,SPOCK2,MKNK2,POLR2D,TRIM46,BNIP2,SLITRK5,MTA3,CLVS1,REPS1,LGI1,NOP56,SLC12A5,TRIM41,FEM1A,BNIP3,MID1IP1,CDC5L,ATP2B2,RPL23A,EFR3B,USF2,HS3ST1,PINK1,KLF6,TEF,PPP2R2C,PIK3IP1,RAB12,FAM131A,PDCD4,RGS12,VIM,RBMX,R3HDM2"
+"gene_set_query"	"692"	"THRB"	"636.0"	"ARCHS4 Coexpression,855;Enrichr Queries,551;GTEx Coexpression,502"	"NCKAP1,CPNE5,MYT1L,PITPNB,DIXDC1,ADARB1,BACH2,EFR3A,ALCAM,RUSC2,DPYSL2,MYC,AKT3,DIP2C,BSN,CCDC92,SOX4,TRIM23,SOX5,ANKS1B,EPHA4,MEF2C,RBFOX1,ST6GAL2,UNC13A,ZFP1,RBFOX3,SLC6A17,LIMCH1,DAPK1,CACNA2D1,ACTN1,PRKCE,ACSL6,ANK2,ANK3,MAPK8IP2,ANK1,ARMC1,EID1,STX1B,TWSG1,RRAGA,SFRP1,PRKAR1B,CRYZL1,KCNQ4,SPARCL1,RPL29,PFN2,GPM6A,SLC45A1,STXBP1,NPRL3,NEDD4L,PDGFA,COPS7A,TMTC1,PIK3R1,KALRN,APH1A,FLRT2,PGBD5,PRKAR2B,HIVEP2,JUN,PRRT2,CADM1,CADM2,PLK2,SMARCA2,PBX1,DCLK1,SNAP91,HNRNPL,NDUFAF2,CALM3,FBXL2,HNRNPC,CALM1,CDK14,FERMT2,ROBO2,NRP1,PIGU,DOC2A,CITED2,GPR21,DIRAS2,WASL,SLC7A11,BMI1,ROBO1,RPTOR,PPP3CB,JPH3,TRIM2,KIF13A,IDS,DLGAP1,DLGAP4,MMD,ANO6,SYP,PGM2L1,DUSP6,SYN1,MLF2,ENAH,CNKSR2,MN1,ARHGEF9,VSNL1,KIT,PXDN,FAM20B,TMEM106B,CD47,VAMP4,PLCB1,SGK1,VAMP2,NAPB,SATB1,PRICKLE2,SEZ6,CCDC107,AKAP6,ADCY1,GNAI1,SH3BGRL,CAMK2N1,CHN1,FLNA,SLC17A7,GPC4,RUNX1T1,GABBR2,SPRYD3,MYEF2,NFYB,ATRNL1,SORBS2,SORBS1,VEGFA,GRIN1,OSTM1,NFIA,PRKRA,NFIB,PKN1,RAB3GAP1,ATP8A1,FRY,CLU,ACRBP,SLC8A1,IGF1R,ACTG1,PPP1CB,RPH3A,CDH2,HCFC1R1,KIF5A,NRCAM,FADS1,RGS6,USP8,MMGT1,LMO4,OSR1,IGFBP3,MAGI2,TMOD2,TTC7B,UBE2E2,TBR1,LMO7,ATP1B1,RUNDC3A,FOXP1,EEF1A1,OLFM1,ARMCX1,PREPL,DMWD,UBE2V2,SBDS,ELMO1,TNIK,TOX,FTO,ARHGEF25,NXPH3,NPR2,ITPR1,LPL,CACNA1A,CACNA1D,CACNA1C,CPLX2,NDRG1,TAF5L,EFNB2,NEUROD2,DPP6,ESD,PLXNA2,CAMTA1,RPRD1A,MYH10,LONRF2,RAB6B,PDZD7,MARK1,PRNP,CBX6,SYT1,KLHL26,CRIM1,SLC4A10,DSTN,LRFN3,PTPRD,GNAO1,ARHGAP32,DLG2,HOOK2,NBEA,HOOK1,GNB5,SNAP25,RNF11,DOCK3,PRKCSH,CELF2,FHL1,CHD6,SOBP,AFF3,NRGN,NGRN,DUSP12,GRM5,SGCB,BCL7B,RNPEP,PSD3,NPTN,SPEG,DACT3,CASP2,PMEPA1,WDR7,EDIL3,SULT4A1,YWHAH,SVOP,DST,SGIP1,PDPK1,DYNLT3,PDE4D,NAV2,SEPT5,PJA2,DNM1,DNM3,VCAN,PTP4A3,DDAH1,DNAJC6,SNPH,IMPAD1,CTDSP2,CDH13,PPP1R12B,MET,SHANK2,CAMK2B,SEC23A,PPM1L,NRXN1,CXXC1,NCALD,DCAF15,ABLIM1,ALDH1B1,RPS6KC1,HAUS7,RAB23,POLR2D,SLIT1,REPS2,SPOCK1,SLITRK5,SNCB,CAMK2G,CYTH1,POLR2K,BEND5,ATP9A,NTRK2,CHURC1,TRIM41,SLC12A5,PCDH9,NEGR1,NTRK3,PCDH7,B3GAT1,NAP1L2,ATP2B2,MEIS2,HS3ST1,NELL2,MAPK10,RAD52,GLRB,PPP2R2C,BRMS1L,RAB12,FAM131A,TAF6"
+"gene_set_query"	"693"	"ZFP82"	"636.7"	"ARCHS4 Coexpression,542;Enrichr Queries,650;GTEx Coexpression,718"	"ATF2,SLC35B4,TRIO,ZDHHC5,THYN1,PHAX,BACH2,GPR173,ALCAM,CAPNS1,TRIM28,DPYSL2,MYC,PSMD3,LONP1,AKT1,PRKACA,ATXN7L3,SOX4,TRIM23,ARL10,MEF2C,ST6GAL1,RBFOX2,CXADR,WSB1,ZFP1,SLC6A15,ZFP2,ARRDC3,CD3EAP,MOGS,SCRIB,SOX12,ACTN4,EML1,ATG12,SND1,SCAMP2,ARMC1,INPP4A,EID1,TIAM1,DDIT4,CRYZL1,HECA,TRIB2,SF1,TBC1D9B,TMEM63B,FLII,MTMR9,NEDD4L,APH1A,NUAK1,PPP3R1,RNF215,RIMKLB,ZSCAN18,CADM3,JUN,FZD3,CADM1,INTS1,BCL11A,PLK2,NR2F1,PBX2,UBAC2,PRRC2A,MLLT11,HNRNPL,ID2,ANP32E,DUS1L,CALR,RCOR2,CDK14,CD200,GPR19,ITM2C,ARF3,OGFR,PIGU,DAZAP1,PTPRS,CITED2,ZCCHC18,SLC7A11,PRPF19,NAT14,SMG5,AKAP12,MRPL42,AKAP11,TUBA1A,ZMYM4,ENC1,ANXA6,SDF4,CIC,ZIK1,GARNL3,DFFB,UPF1,LRRC49,ZFR,MINK1,LRRC40,SLC39A10,BAZ1B,ZDHHC17,DUSP6,MLF2,RNF144A,ENAH,SLC7A5,INF2,KIT,PXDN,WAC,ARHGEF2,SGK1,ERGIC1,SATB1,ICA1L,HSPA13,CENPB,FAM129B,GNAI2,PCNP,TCEAL8,HIRA,SERTAD4,FAM172A,NFIL3,HSF2,PES1,MFN2,FLNA,METTL6,APBB1,ANKRD52,MAP4K5,YKT6,PURG,RUNX1T1,JAM3,KIDINS220,SCAF1,KLHL9,ATAT1,NUDT21,TAOK3,NFIB,TTLL1,CCNG2,TAOK2,NUCB1,GOPC,HDGF,PKN1,PNPLA6,ZFP28,GRINA,CEP120,HDLBP,NUCKS1,UBE2Z,IPO9,ZFP30,SALL2,LAMP1,KIF5C,SESN1,ARHGDIA,PIM3,SLC39A7,SBF1,FADS1,TLE4,SLC38A1,IGFBP3,TPM1,KCTD6,FOXP1,CLIP3,CTDNEP1,DMTF1,ADAM15,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,MATR3,TOX,CSNK1G2,GLYR1,ANAPC2,LRRC59,BHLHB9,PFKFB3,RAB5C,ARL3,MAZ,DTX3,SUPT6H,CORO1B,SOCS2,ORC4,SBNO2,IRAK1,DVL1,NACC1,SLC38A2,MYH10,MARK2,BCL9L,ESRRA,TRAPPC2,PRNP,CPSF7,UBE2I,AUTS2,SEC16A,CBX1,ASNS,ZBTB12,KLHL24,EEF2,MARCH6,NFKBIA,EFNA2,SH3BP5L,YEATS2,NBEA,HOOK2,HOOK1,GNB2,RFXAP,GNB1,NF1,NFE2L3,PLEKHM2,PLXNB2,GPR107,GNB5,FGF13,LRP10,NFE2L1,MAP3K12,EIF4G1,PICALM,ACADVL,KDM5C,WDR1,CNRIP1,PRKCSH,PRR3,USP33,CHD6,PSIP1,SLC2A3,YBX1,AFF3,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,SCRN1,ZC3H7B,PPP6R1,SNRNP70,PDE4B,UBTF,PMEPA1,CEP170,DNM1L,EID2B,ARHGEF11,ACTR6,NCBP2,PDPK1,PDE4D,NAV1,RAD23B,ZFP90,KLF16,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,NAV3,DDAH1,CTDSP2,POLR1B,DNAJC5,CDH11,AKT1S1,DNAJC8,B4GALT6,BCAT1,PPP1R12C,RNFT2,NLGN1,SMARCD2,NLGN2,CANT1,RAB1B,CEBPG,RBM4B,ATP1A1,DCAF15,ABLIM1,FAM168B,GANAB,U2AF2,TAF1A,POLR2D,FAM120A,TRIM46,EIF4H,DROSHA,SPOCK1,FEM1C,MTA2,EIF4E,FBRS,BEND6,SSB,NEGR1,PCDH7,SEMA4F,CDC42BPB,TPD52L2,NEURL4,PSAT1,CARM1,MGAT4B,POLR3F,ACIN1,FAM98B,SUGT1,P4HB,SSBP2,EIF3B"
+"gene_set_query"	"694"	"ZNF75D"	"638.0"	"ARCHS4 Coexpression,980;Enrichr Queries,588;GTEx Coexpression,346"	"HDAC11,TXNDC11,ZDHHC6,DCAF8,EPRS,NUDT3,PNN,PREX1,NSDHL,RASSF2,HERC1,SNRPD2,SNRPD1,DPYSL2,MYC,HABP4,CCNL2,SLC12A6,SOX4,FBXO9,FNBP4,TSPYL2,DDX17,EPHA4,ACOT9,GABARAPL1,COG3,METTL3,ARRDC3,CD3EAP,MOGS,WDR73,ANK3,DICER1,BCS1L,RC3H2,INPP4A,POR,ZC3H11A,DDIT4,HECA,ANKRA2,KCTD17,TRIB2,BEX4,CUTA,MACF1,L3MBTL3,TRANK1,PIK3R3,PIK3R1,HTATSF1,GNS,ANAPC11,SNX1,ERI3,CHST15,MLEC,LTA4H,JUN,CDK19,CHKB,JUND,BCL11A,EDEM1,BTBD10,MED13L,SETX,SLC6A6,STAG2,GOLGB1,ID2,CCDC88C,HBP1,FAT4,RGL2,ATG2B,WDR47,PIGU,SMG1,BTG1,PIGO,FKBP15,HEXA,ZCCHC17,HERPUD1,IKBKB,MED12,SERP2,AKAP12,MED13,AIFM1,TMSB4X,TRIM2,XPO6,ZMYM6,ENC1,IDS,UBXN4,EMD,GIT1,TMED4,NCOA2,PCYT1B,WARS,SSR4,TSC22D1,TSC22D3,TET2,NUTF2,DYNLL1,GMIP,ITFG2,DUSP6,VAV2,MLF2,RHOB,NME1,MED23,RAP2C,ARHGEF9,TUBB2A,HNRNPH1,PXDN,ARHGEF4,ARHGEF1,SGK1,ERGIC1,WDR26,CAB39,ZDHHC20,GGA2,RXRB,TCEAL3,NSD1,FLNA,SC5D,SF3B1,EPS15,MAP3K3,MON2,MPP3,SYVN1,HIPK1,WDR11,VEGFA,TM9SF1,NFIB,CCNG2,ESYT2,TRIP12,PKN1,FRYL,MEGF9,ANKRD13B,NDUFA13,ATP8A1,UBE2D2,FMR1,CLU,POFUT2,SMCHD1,PPME1,CHCHD6,LAMP2,ADORA1,PLS3,STK32C,RARS2,SLC38A1,ANKRD49,KDM2A,IGFBP3,TPM1,F2R,CASK,PRPF4B,ATP11B,ZBTB34,TRPC4AP,FBXW2,TMEM131,COX6B1,ARMCX3,ACAP2,PRPF3,EHBP1L1,ANAPC4,WDFY3,SRSF6,DDX5,INSIG1,IREB2,SLC38A10,FBXO45,STK4,HSPBP1,NDRG1,CORO1A,CORO1B,SOCS2,PITRM1,TCTEX1D2,ZKSCAN3,DMAP1,MARK4,ATP6V1F,MCL1,PRNP,OSBPL8,TIA1,NONO,IDH1,CBX1,ASNS,TBCB,KLHL24,ANKHD1,ZZEF1,CLK2,GNAO1,NFKBIA,H1F0,SON,HOOK2,CCPG1,MKRN1,PLXNB2,PIN1,SKIV2L,DYNLRB1,NIT1,OGT,UBE2M,PICALM,YWHAE,CREBZF,ACADVL,MCFD2,PRKCSH,USP32,COX4I1,USP34,CHD6,PIK3CD,SLC2A3,ADAR,SYNE2,RPGR,DUSP12,GATAD1,PPP6R3,PSD3,WDR6,PMEPA1,ACP2,EVI5L,MAN2C1,RBM33,USP46,SUN2,KLF13,DST,PDPK1,AKTIP,ATRX,VPS13A,ABHD14B,ARFGAP3,EPN2,VCAN,PTP4A3,NSMCE4A,IRF3,RER1,SETBP1,CTDSP2,NDUFS5,PFDN2,USP40,BIRC6,IRF9,DCTN1,TULP4,MLLT3,HDAC6,MLLT6,NXF1,DNPEP,TNKS2,TAF1C,REPS2,VPS54,POLR2F,ROMO1,WASF1,POLR2I,EIF4E,ATP9A,CYTH1,EIF4B,POLR2L,TIMM8B,ARFGEF1,RBM39,PPIL2,NDUFA6,PCDH7,PLCL2,ATP2B4,PDE4DIP,PNRC1,TTC17,SLC25A38,CLCN7,KLF6,NIN,PPP2R2C,GLB1,PPP2R2B,SYT11,ACIN1,ERCC5,PDE7A,RBMX,PFKP,TPT1,CUL4B,TAF1"
+"gene_set_query"	"695"	"ZGLP1"	"638.5"	"ARCHS4 Coexpression,1177;GTEx Coexpression,100"	"CPNE5,EHMT2,UXS1,STMN3,SCAMP5,FAM110A,RNF112,SAMD14,ZFYVE27,CNST,BSN,CCDC92,SRRM3,UNC13A,UNC5A,PTOV1,CPT1C,MAPK8IP2,MAPK8IP3,RUFY1,GPR162,STX1B,KCNQ2,TRIM11,TSPYL4,BEX2,L3MBTL2,CTBP1,STXBP1,MEPCE,AGAP2,CEND1,ABCB8,AGAP3,PRKCZ,OAZ1,TTBK1,SYNGR1,FAM171A2,RNF215,PRKAR2B,B4GALNT1,RBM10,RHBDL1,B4GALNT4,ATP6V0A1,ST3GAL3,PRRT1,CTSA,RABGAP1L,PRRT2,CADM1,CDK10,NDUFAF3,C2CD2L,GPR19,GDI1,KCNC3,NAT14,JPH4,TRIM9,PCLO,SLC22A17,RAC3,SH3BGRL3,GPRASP1,APC2,DFFB,GRIPAP1,PCYT1B,ACTL6B,GP1BB,MMD,NCOA4,ANO6,AP3B2,CNKSR2,KIFC2,KIF2A,PLEKHO1,CRELD1,MAPT,KPTN,PAFAH1B3,VAMP2,RNF165,SEZ6,SNX32,NOL4,BEGAIN,SH3BGRL,PGRMC1,NT5M,ATP6V0E2,PURG,RIC3,GABBR1,BRF1,RPA1,NMNAT2,DEF8,RAB11A,GRIN1,YIF1B,ATAT1,AGBL5,FKBP1B,TCEA2,YPEL4,APBA2,TMEM229B,ANKRD13B,CRTC1,CLSTN3,CLSTN1,OGDHL,ACRBP,CELSR3,SLC8A2,ARHGAP44,RIMS4,SALL2,GRB14,SH3GL2,RGS6,RGS7,LMTK3,RUNDC3A,KCTD6,DISP2,TPST2,FRMD3,ACAP3,RAB31,TBC1D24,FIZ1,ABCG4,RTN4R,GNAZ,BRSK2,MAX,TMEM59L,ABHD8,CACNA1B,DTX3,FBXO44,FBXO41,GOLGA7B,IGSF21,PDZD4,SNN,KLC2,SAFB2,SRGAP3,VARS2,PDZD7,LRRC4B,TMEM120B,AKIRIN2,OST4,SYT3,RAB4A,TRAPPC1,TNK2,KLHL22,MARCH2,DLG4,REEP2,SPIRE2,GNB5,SPRN,MDM1,RNF11,PRR7,DOCK3,CELF3,MAST1,CELF4,CELF5,ILK,FBLL1,ELAVL3,NRGN,AP1G2,SNRNP70,GDAP1L1,NCK2,MFSD1,GALNT9,GPX1,TRPC2,PPP2R5B,VPS37D,ABHD14A,SEPT5,DNM1,DNAJC5,CDH10,ATG4B,EVL,CHMP6,SLC25A14,RNFT2,CAMK2B,MTPN,LEPROT,WBP2,ANKS3,USP11,NRXN2,RBM4B,CRMP1,AGPAT1,ADD2,DNAJB2,CACNG7,ABLIM3,KCTD20,SV2A,VPS53,SPOCK2,TRIM46,FSD1,SLC25A22,SNCA,SLC12A5,B3GAT3,SMOX,TAF10,CYHR1,ATP2B2,SEMA4F,PTPN12,USF2,MAPK11,NEURL4,TSPAN18,RGS11,UNC79"
+"gene_set_query"	"696"	"ZNF670"	"639.0"	"ARCHS4 Coexpression,167;Enrichr Queries,1111"	"CCNJ,POP7,HNRNPU,CISD2,CCNC,FNBP1L,GCSH,LSM12,TFG,AKT3,ATXN7L3,SOX4,TMPO,TIPIN,CXADR,ARRDC3,CD3EAP,ACSL3,MRPS18C,DYNC1LI1,NIF3L1,PPA2,DDIT3,SUB1,DDIT4,UQCRC1,VDAC2,EIF1B,MMADHC,ANAPC13,SET,DHX8,PIK3R3,MRPL13,ADH5,MRPL11,PRDX3,LDHB,SCFD1,SNX2,PRDX4,PRDX1,TSPAN6,FDFT1,JUN,XRCC6,PLK2,CDC7,FAM136A,PAICS,ZWINT,MRPL22,CCT6A,EIF5,EIF6,ID2,CALM2,EZH2,FARSB,AHCTF1,PIGU,CITED2,PAK1IP1,MRPL39,MRPL36,SLC7A11,MRPL37,MRPL42,RARS,ENC1,CIC,CCT2,SEC13,TPI1,PRMT3,ACTL6A,MINK1,NUTF2,MRPL47,TFB2M,TUBG1,UCHL3,DUSP6,SRP9,LRRC42,NME1,ENAH,PSMA5,PSMA6,MRPL50,PSMA3,PSMA4,PSMA1,PSMA2,MTF2,PXDN,TCP1,EEF1E1,PAFAH1B3,PRIM2,DTYMK,CDC123,MRPS35,SATB2,PRIM1,GSTP1,TIMM10,COX5A,PSMA7,PSMB6,PSMB7,PSMB5,PSMB2,RNF138,PSMB3,PSMB1,EXOSC8,RPL15,CCT8,SRSF10,CCT5,PAIP1,RANBP1,NPM1,MTX2,PTGES3,PPP1CA,SPCS2,APEX1,NDUFAB1,TAOK2,PSMC2,NUCB1,PKN1,TOMM5,MPHOSPH6,SRP19,MTCH2,ZFAND6,PDCD5,BCCIP,SRP14,BZW1,CHCHD4,PMPCB,KPNA2,ARID2,HMGN3,RARS2,EIF1AX,THOC3,ATP1B1,ILF2,MORF4L1,MSH2,TMX2,MORF4L2,DNAJB11,UBE2V2,NHP2,SNRPG,SRSF3,SNRPE,GEMIN7,SNRPC,FKBP3,SNRPB,PSMD12,PFKFB3,TXNDC9,PSMD11,PSMD14,INSIG1,BTF3L4,PDS5B,ACAT2,SOCS2,BAG4,ORC6,PITRM1,G3BP1,BRIX1,NAE1,NDUFV2,SKIL,WDTC1,FDPS,NOP16,IDH1,VTA1,LSM5,LSM3,NFKBIA,COPS3,HOOK2,HOOK1,OSTC,NFE2L3,UBE2N,CYCS,COPS8,MCM7,CHD6,DPY30,DBI,HMGB1,LMNB1,PPP1R9B,DUSP12,MRPL3,METTL14,SUMO1,SUMO2,TIMM17A,ACP1,BCAS2,MAPK1IP1L,RFC3,JAGN1,ADSL,GLRX3,PDPK1,H2AFZ,VBP1,NDUFC2,PTBP2,DNM2,POLR1B,BCAT1,SLC25A5,HDAC2,GTF2A2,GTF3C6,TAF9,RBM4B,RCHY1,LRP8,HSD17B10,RNF2,HSPD1,GNG5,TAF1A,POLR2D,FEM1C,EIF4E,FBRS,DCAF13,PPIL1,RRM2,SSB,CNBP,TXNL1,EIF3M,SNRNP40,PSAT1,EIF3I,DRG1,SSBP1,RAN"
+"gene_set_query"	"697"	"ZNF302"	"639.3"	"ARCHS4 Coexpression,968;Enrichr Queries,309;GTEx Coexpression,641"	"EIF4A2,EIF4A1,CHIC2,GMFB,EIF4A3,DCAF8,HNRNPU,JMJD1C,GCC2,EPRS,FAM110A,PSMD9,HERC2,ALCAM,DPYSL4,DPYSL2,MYC,PRKACB,TBC1D10A,SOX4,TRIM23,DDX17,MEF2C,WSB1,SCAF11,BROX,ZFP2,ARRDC3,IFRD1,MED8,CIRBP,CD3EAP,ANK3,SOX12,SCAMP2,BIN3,RUFY2,DDIT4,AKAP9,TRIM13,HECA,CTXN1,CGGBP1,GPM6A,DHX8,TARSL2,CDCA4,SDC3,RPN1,NEDD4L,PDGFA,PIK3R1,MYL12B,PPP4C,HSPH1,ZNHIT1,RIC8B,PCBP4,HLTF,VTI1A,RAB11FIP2,N4BP1,ZSCAN18,JUN,ZRANB2,CADM1,BCL11A,MICAL3,UPF3A,MEMO1,POU6F1,CCDC88A,UCK1,STAG2,EIF6,ID2,HBP1,AVL9,RPS24,BAP1,ITM2C,PHF3,TOP2B,PIGU,COX7B,BTG1,CITED2,DIS3L,MRPS12,NAT14,PCMTD2,EPM2AIP1,NIPBL,UCHL1,AKAP11,ZMYM2,PCF11,REV3L,SH3BGRL3,KIF1B,GPRASP1,FEZF2,RAB8A,NDEL1,PCMTD1,RPS6KL1,TSC22D1,MRPS25,PARP2,IFNGR2,TSC22D3,MRPS23,ANO8,MRPS7,ZDHHC17,APRT,MLF2,RNF144A,RNF168,RAP2B,NME7,PXDN,TMEM106B,CD47,SGK1,ARF6,RNF165,SF3B4,GRN,SATB1,AMIGO1,ICA1L,GNAI3,NEDD8,BCLAF1,SERTAD2,ANO10,GPC2,RICTOR,MAP4K5,NKTR,CENPV,CRBN,PLEKHA1,MBD1,YIPF4,GATAD2A,VEGFA,KTN1,RNF146,NFIA,NFIB,CAPZA1,CCNG2,ETNK1,HNRNPA2B1,TTC3,GOPC,PLP2,YPEL5,NUCB2,ZFP28,SLC27A1,FAM13B,SYAP1,ARID4A,KLHL34,FADS3,KIF5C,ARHGDIA,SESN1,POGZ,TXNL4A,SH3GL1,TLE3,BIVM,USP8,SLC38A1,ANKRD46,TPM1,TTC7B,ATP11B,TSC1,CASD1,VRK3,KCTD6,PIAS2,FOXP1,OXA1L,DMTF1,TBL1XR1,RAB35,MATR3,PHIP,RAD54L2,PPIB,SRSF7,SNRPB,UQCRB,ARHGEF26,TNKS,ANKRD12,GPR85,CACNA1A,CACNA1D,DTX3,EFNA4,ARHGAP12,TIMM50,NEUROD2,DPP6,SCUBE1,RPRD1A,NDUFV3,SLC38A2,ZKSCAN1,PDZD7,AP1M1,TMEM120B,OSBPL8,PRNP,GGT7,TIA1,HSPA4,KLHL22,ARPC4,KLHL24,CWC15,MARCH6,BTBD9,CLK4,SCRT1,NFKBIA,EFNA2,GON4L,STK24,ARPC2,NBEA,HOOK2,ARPC3,ZFP62,HOOK1,LHX2,GNB2,MDM2,SERINC1,BRWD1,CNIH2,OGT,CREBZF,SCYL3,TRADD,DOCK7,CHD6,CELF4,PSIP1,CELF5,HMGB1,PPP1R9A,TTC28,ELAVL3,SENP6,SENP7,DUSP12,RB1CC1,PSD3,MFSD1,PGLS,LRRFIP1,ACTR3,USP47,HSP90AA1,PPP1R12A,H2AFY,DST,CCDC34,PDPK1,ATRX,VPS13A,H2AFV,SENP2,POMGNT1,ZFP90,PJA2,VCAN,DALRD3,CTDSP2,TBC1D7,LUC7L3,ZMYND11,INA,BIRC2,AHDC1,ROCK2,RGS16,EI24,RBM4B,SPG7,MLLT3,NCALD,SLC25A27,CDC42,ABLIM1,MAPK7,UGP2,MAT2A,SLITRK5,FEM1C,FYN,IGF2BP3,MTA2,CLASP2,PTCD3,TTC14,RBM39,TRIM41,NDUFA5,NEGR1,USP21,USP22,PDE4DIP,CDC42BPA,OXR1,PNRC1,HS3ST1,PNRC2,TTC17,RAD52,NECAP2,TSPAN14,NEURL4,MARCKS,SBK1,VAPB,RAB12,NOVA2,POLR3F,VIM,SSBP2,TNRC6A"
+"gene_set_query"	"698"	"ZNF577"	"640.3"	"ARCHS4 Coexpression,852;Enrichr Queries,919;GTEx Coexpression,150"	"MDC1,RPL5,RPL3,VARS,IFT172,ZDHHC5,HNRNPU,PNN,CAPNS1,TRIM28,AKT2,DPYSL2,MYC,BSG,LUC7L,FBXO3,AKT1,AP1S1,CCNL2,PRKACA,NFRKB,ATXN7L3,CDK5RAP3,FNBP4,SRRM2,DDX17,ARRDC4,SMARCC2,WSB1,METTL3,ARRDC3,CIRBP,MOGS,SCRIB,WDR73,ACTN4,SND1,SRRM1,IFT81,ZC3H11A,DDIT4,AKAP9,FAM76B,PFN1,OBSL1,VPS28,SF1,FLII,FBF1,COPS7B,NEDD4L,PIK3R1,SLAIN1,PLA2G6,RNPC3,MBTD1,APH1A,RHOT2,COMMD9,INPP5E,PLCG1,ARGLU1,ZSCAN18,CREBBP,JUN,WDR59,ZRANB2,PTPRN2,INTS1,BCL11A,INTS3,TMEM50B,SETD1A,SURF4,PBX2,PRRC2A,HNRNPL,MLLT10,RPS27,GOLGB1,GIPC1,CDC16,ECHDC2,GRB2,CALR,CDK13,ITM2C,PHF3,ARF3,PIGU,PTPRS,PHF1,SLC7A11,PRPF19,PIGX,AKAP12,ZMYM2,SDF4,ARIH1,PARP6,BRD2,UPF1,TMED9,SHPRH,IFT140,TSC22D3,MINK1,PRPF40B,CBFA2T2,MTSS1,WDR33,MLF2,RHOB,TOX3,KAT2A,CTTN,HNRNPH1,CINP,KIT,PXDN,FAM193B,HNRNPH2,HNRNPH3,SGK1,TKT,NFIX,STX16,SATB1,SRRT,CENPB,FAM129B,HIRA,UNK,PES1,RPL13,ANKRD52,BID,APBB3,SF3B1,YKT6,SRSF11,NKTR,CENPT,RYK,MBD1,PCGF3,SORBS2,SCAF1,XAB2,MKLN1,PRPF39,NFIA,NFIB,TAOK2,NUCB1,HDGF,PKN1,TARDBP,ZFP28,GRINA,ATP8A1,CYP46A1,IGF1R,POFUT2,PAIP2B,LAMP1,PPIP5K2,SESN1,ARHGDIA,POGZ,SLC39A7,ARID2,SBF1,FADS1,PCID2,MAP2K1,SLC38A1,USP5,ANKRD44,THOC1,TSC2,PRPF4B,TSC1,LMO7,ATAD3A,FOXP1,CTDNEP1,ARMCX4,ILF3,DMTF1,HNRNPUL1,PRPF3,RAB35,ANAPC4,CHMP4B,SRSF5,ADNP,SRSF6,ANAPC2,SLC27A4,LRRC59,INO80E,RAB5C,MAZ,NDRG1,SBNO1,ZMAT2,IRAK1,STK36,NACC1,DVL2,EP400,DVL3,ANKRD10,NEK9,PRNP,CPSF7,TIA1,CPSF6,AUTS2,EEF2,CLK4,CLK2,CLK1,PAN2,PAN3,SH3BP5L,HOOK2,NBEA,ZFP62,HOOK1,GNB1,MDM4,CLASRP,PI4KB,FGF13,OGT,NFE2L1,EIF4G1,CREBZF,DIDO1,RBM25,KDM5C,NUMA1,LDB1,WDR1,PRKCSH,HP1BP3,CHD6,SLC2A3,YBX1,SYNE2,LMNB2,TTC28,PPP1R9B,SENP6,DUSP12,SEC61A1,SEPT9,LASP1,SIN3B,UBE2Q1,SNRNP70,PPP6R1,GATAD1,PPP6R3,PDE4B,WDR6,MAN2C1,LRRFIP1,RBM5,RBM6,DIS3L2,EIF5A,ACTR2,SUN1,PDPK1,PDE4D,DDX56,AMT,RAD23B,SENP3,GIGYF1,TRAF7,SFPQ,VCAN,PTP4A3,CREB1,CTDSP2,DNAJC5,LUC7L3,USP40,LUC7L2,SHANK2,PPP1R15A,RNFT2,WBP1,SFSWAP,POLDIP3,HDAC1,NRXN1,RAB1B,LENG8,SPG7,ATP1A1,NCALD,THBS3,DCAF15,CYTH2,NXF1,FAM168B,GANAB,MTA1,PABPN1,TAF1C,U2AF2,TRA2A,FAM120A,EIF4H,RBBP6,MTA2,SH2B1,TTC14,RBM39,HNRNPA3,SEMA4D,USP21,FBXL19,PDE4DIP,MBOAT2,TPD52L2,TTC17,ASXL1,NELL2,CUL4A,MGAT4B,PDCD4,ACIN1,P4HB,SSBP2"
+"gene_set_query"	"699"	"ZSCAN16"	"641.0"	"ARCHS4 Coexpression,147;Enrichr Queries,558;GTEx Coexpression,1218"	"ISCA2,APP,IFITM2,TRIO,VARS,THYN1,FNBP1L,EPRS,BACH2,NDST1,FRAT2,CAPNS1,MPRIP,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,TRIM24,LONP1,AKT1,TRIM27,KIFAP3,ATXN7L3,SOX4,SLC12A9,ARRDC4,SRRM2,HES6,MEF2C,ATP6V1G1,CXADR,WSB1,ACTN1,PRKCD,ARRDC3,TALDO1,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,SND1,BIN3,DDIT3,DDIT4,TAGLN3,EIF1B,MMADHC,PRR13,SF1,ANAPC13,BEX2,L3MBTL3,TBC1D9B,TMEM63B,FLII,STXBP2,SUPT4H1,HIF1A,PGS1,DGUOK,CYB5R4,NUAK1,PPP3R1,DHX33,CHST15,MLEC,SYMPK,PIP5K1C,MAP4,FDFT1,VASP,JUN,JUP,CADM1,INTS1,H3F3B,BCL11A,PLK2,ST8SIA2,EDEM2,H3F3A,PBX2,CDC7,NETO2,PBX1,PRRC2A,TMEM199,MLLT11,HNRNPL,ABTB1,NPLOC4,ID2,CWF19L1,GRB2,CALM3,TMCC1,ITM2C,EZH2,ARF3,DHRS13,PIGU,DAZAP1,BTG1,CITED2,AP2A1,SNX11,SLC7A11,VLDLR,SIPA1L2,ECSIT,PRPF19,SMG5,LIMD2,MED11,MRPL42,CSRP2,TUBA1A,ENC1,TIMP2,SDF4,CIC,RAB8A,CAP1,BRD3,UPF1,HSBP1,TSC22D3,PABPC4,MINK1,GMIP,SRP9,COMMD5,MLF2,RHOB,MRPL44,NCOR2,SLC7A5,TUBB2B,PSMA3,SCNM1,INF2,PSMA2,PXDN,MTF2,PELI1,RHOU,SGK1,EEF1E1,PAFAH1B3,PAFAH1B2,CSTB,NFIX,SATB1,STAU2,DLST,NEDD8,PRICKLE1,CCNDBP1,CENPB,FAM129B,FGD3,HIRA,ZDHHC18,TMEM169,NFIL3,MFN2,FLNA,CKB,ANKRD52,PAIP2,YKT6,CENPV,YIPF1,AGK,DAB2IP,AP3D1,TTC9C,SCAF1,VEGFA,GATAD2A,SKI,ATAT1,HIST3H2A,MORN4,NFIB,SHKBP1,KLHL7,TAOK2,TTC3,YPEL1,NUCB1,PKN1,GRINA,CD81,GTF2B,ZFAND6,CLSTN1,HDLBP,ATN1,SRP14,TM7SF2,LAMP1,TUBB3,SESN1,STK16,COTL1,SBF1,IFNAR2,SLC38A1,USP3,TPM1,IGFBP2,ATP1B1,MORF4L1,DMTF1,HNRNPUL1,HNRNPUL2,SLC9A8,UBE2V2,TBC1D24,CHMP4B,GEMIN7,SRSF6,LRRC59,DDX5,PFKFB3,TSG101,CD151,BTF3L4,UBR4,CORO1A,CSF2RA,NDRG1,SUPT6H,SOCS2,EFNB2,GRK6,ZMAT5,DVL1,BTBD2,NACC1,ZKSCAN3,ABL1,SLC38A2,NADK,ANKZF1,IP6K2,RAP1GAP2,TIA1,IDH1,SEC16A,ASNS,ARPC4,KLHL24,EEF2,AZIN1,DNAJC18,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,GNB1,NFE2L3,PI4KA,PLEKHM2,PLXNB2,CCDC22,BCL2L2,NFE2L1,EIF4G1,ISY1,SCYL3,KDM5C,PRKCSH,CHD6,ELAVL4,PIK3CD,DPY30,SLC2A3,ARRB2,PTPN23,RND3,LMNB1,PPP1R9B,DUSP12,SEPT9,LASP1,SUMO1,YWHAQ,MDK,ZC3H7B,PPP6R1,SNRNP70,SUMO2,FLOT2,YWHAG,ARHGEF11,TBP,HSDL1,REXO1,PDPK1,H2AFZ,NCBP2,RAD23B,ARFGAP1,DNM2,ARL4C,TRAF7,PTP4A3,RCN2,DDAH2,CTDSP2,POLR1B,IMPAD1,NDUFS4,PPP1R12C,INA,TNFRSF21,IRF9,TSEN34,PPP1R15A,MTPN,HDAC2,RGS19,RNF34,LRP1,DDX24,USP10,TAF9,LENG8,CRMP1,ATP1A1,ADD1,DNAJB2,ABLIM1,FZR1,GANAB,GNG2,MAT2A,U2AF2,GNA11,LEPROTL1,FAM120A,FEM1C,SMARCE1,MARCKSL1,GALNT2,FBXL19,CDC42BPB,MAPK14,MEIS2,DNAJA1,KLF6,NEURL4,TSPAN13,PSAT1,CARM1,MGAT4B,SPRY2,ACIN1,VIM,P4HB,SMAP2,SSBP2"
+"gene_set_query"	"700"	"NPAS4"	"641.0"	"ARCHS4 Coexpression,644;Enrichr Queries,618;GTEx Coexpression,661"	"CPNE5,MYT1L,STMN2,GPATCH8,SCAMP5,RNF112,SAMD14,DPYSL2,BSN,IER5,IER2,CHGB,TSPYL2,SRRM3,SRRM4,MEF2C,UNC13A,RBFOX3,UNC5A,SLC6A17,SOX11,VWA5B2,MAPK8IP3,ANK1,TIAM1,GPR162,STX1B,DDIT4,KCNQ2,HECA,SIK1,TRIM11,TSPYL4,STX1A,BEX4,BEX2,PAXIP1,NRN1,BEX1,TMEM63C,STXBP1,TRANK1,KALRN,TTBK1,MTMR7,PCBP3,FLRT2,TSPAN7,B4GALNT1,SCN3B,ATP6V0A1,ACD,JUN,PRRT2,PTPRN2,ARPP21,HOMER1,BCL11B,PLK2,RAB3IP,PDE2A,ST8SIA3,MICAL2,NR1D1,L1CAM,DCLK1,GADD45G,CALY,ID2,PPP1R1B,CALM1,PAM,GPR19,CDS2,PCSK2,GABRB3,KCNC1,CITED2,GRIK5,PTPRN,GRIK3,GRIK2,AP2A2,SIPA1L3,CX3CL1,SHF,SMPD3,AKAP12,JPH4,TRIM9,MMP24,PCLO,NKRF,SLC22A17,TRIM3,ENC1,IDS,NEFM,DLGAP1,KIF1A,FEZF2,DLGAP3,PSD,GRIPAP1,PRMT8,ACTL6B,SYP,DUSP8,AP3B2,DUSP6,SYN1,MN1,TMEM179,INF2,TUBB2A,MPPED1,KIT,PXDN,MAPRE3,SGK1,SFI1,VAMP2,CSTB,ICA1L,SEZ6,ADCY1,NOL4,BEGAIN,TCEAL6,ARVCF,TCEAL5,NFIL3,CAMK2N1,NPY,PAK6,APBB1,PAK3,DYNC1I1,RPRM,ARNT2,LHFPL4,NMNAT2,PNMA2,GRIN1,SGSM1,HIST3H2A,STAC2,RIMBP2,APBA1,PKN1,YPEL4,CDK5R2,RAB3C,ATP8A2,RAB3A,RASL11B,CLSTN3,TUSC3,CELSR3,SLC8A2,RPH3A,RIMS1,TMEM145,SALL2,ENPP5,SH3GL2,PCDHAC2,RGS7,CHRNB2,IGFBP2,MAGI2,APLP1,ADAM11,LMTK3,SRCIN1,TMEM130,RUNDC3A,KCTD6,DHDDS,DISP2,CLIP3,ACAP3,OLFM1,ARMCX4,OLFM2,GPRIN1,MADD,SCG5,ANKS6,AMPH,SCG3,ABCG4,GRIA2,SEMA7A,BRSK2,NDRG3,TMEM59L,CACNA1B,CACNA1A,LPL,CACNA1C,SEZ6L2,CPLX2,RASGRP2,CACNA1H,RAP1GAP,CACNA1G,SOCS2,NEUROD2,IGSF21,DPP6,PCSK1N,KLC2,PLXNA1,LONRF2,PDZD7,SYT5,HSPA8,TMEM120B,SYT4,WSCD1,ANKRD24,SYT7,GNAO1,NR4A3,HOOK2,DLG4,CNTN1,GNAS,PI4KA,CPE,MAP3K12,DOCK3,DAGLA,CELF3,MAST1,CHD6,CELF5,CHD5,RND3,ELAVL3,POLB,DUSP12,MCF2L,LRRTM1,PMEPA1,ERC2,SULT4A1,BCAS2,GALNT9,TRIM67,SVOP,ABCC8,PPP2R5B,SYNGR3,DNM1,GAP43,PTP4A3,ALS2,DNAJC6,CDH13,TERF2IP,SHANK2,CAMK1G,TNFRSF21,PPP1R15A,CAMK2B,RGS16,USP11,CXXC1,NRXN2,RBM4B,ATP1A3,JAKMIP1,NCALD,ADD2,DNAJB1,SV2A,VPS53,NNAT,POLR2D,TRIM46,SLIT1,CAMK2G,ATP9A,CLVS1,LINGO1,NTRK2,KDM4C,SLC12A5,PCDHGC4,PCDH7,PCDH8,CADPS,ATP2B4,CCK,FBXL16,MEIS2,NAP1L5,HS3ST2,IRGQ,KLF6,NFASC,PDE10A,PPP2R2C,FAM131C,FAM131A,SPRY2,RGS12,INSM1,RGS11,PTPN5,UNC79,CBLN1"
+"gene_set_query"	"701"	"HDX"	"642.7"	"ARCHS4 Coexpression,74;Enrichr Queries,891;GTEx Coexpression,963"	"ATF2,VARS,PITPNB,DIXDC1,ADARB1,FNBP1L,TXNDC15,ACTB,BACH2,GLS,ALCAM,RUSC2,CAPNS1,TRIM28,DPYSL2,AKT3,FAM110B,STMN1,AKT1,EPC2,PRKACA,ATXN7L3,SOX4,ARRDC4,SRRM2,EPHA4,EPHA7,MEF2C,CXADR,WSB1,NUP210,ACTN1,SLC6A15,ARRDC3,RFX3,ANK2,SOX11,MOGS,SCRIB,ATG12,EID1,TWSG1,DAAM1,KCTD10,IFT81,RUFY3,RUFY2,RPL29,PFN1,PRR12,TRIB2,RPL28,EIF1B,SF1,PFN2,BEX4,MTMR2,BEX1,TRANK1,PIK3R3,TMTC1,INPP5B,APH1A,FLRT2,HIVEP2,GPM6B,JUN,FZD3,CADM1,INTS1,PLK2,ST8SIA2,PBX2,SMARCA1,PBX1,PRRC2A,MLLT11,HNRNPL,FASN,ID2,FBXL3,FXYD6,FAT4,CALM2,FERMT2,ROBO2,ARF3,OGFR,DAZAP1,CSRNP3,PCSK7,SLC7A11,PRPF19,ROBO1,AKAP12,MRPL42,CSRP2,TUBA1A,RSRC1,ENC1,SDF4,JAK2,CIC,GARNL3,RSPRY1,UPF1,WARS,HSBP1,LRRC49,MINK1,TET2,ELOVL6,DUSP6,SRP9,ENAH,ZEB2,TUBB2B,NME7,PXDN,MPPED2,FAM20B,NCOA7,AIDA,VAMP4,PAFAH1B2,ERGIC1,RPL12,WRB,PRICKLE2,DLST,FAM117B,CENPB,GNAI2,PCNP,TCEAL8,SH3BGRL,FLNA,RICTOR,RPS2,RPL18,PAK3,JAM3,RUNX1T1,SF3A1,MYEF2,SF3A2,KIDINS220,CSNK1A1,STAT2,MIB1,GATAD2A,SKI,SH3RF3,KLHL9,ATAT1,OSTM1,NFIA,NFIB,KLHL7,ETNK1,TAOK2,TTC3,NUCB1,ESYT2,HDGF,PKN1,ACTR10,FAM49A,FAM13B,TUSC3,CEP120,UBP1,FRY,SRP14,SLC8A1,STK11,CDH2,KIF5C,ARHGDIA,PLS3,NRCAM,SLC16A2,SBF1,RPS9,MAP2K2,UBE2E3,MAGI2,ATP11C,ATAD3A,DGKZ,ATXN2L,CTDNEP1,MORF4L1,ARMCX1,HNRNPUL1,RAB34,MORF4L2,EHBP1L1,RAB35,UBE2V2,SCG3,TNIK,TOX,FKBP3,CSNK1G2,ANAPC2,INO80E,BHLHB9,RAB5C,ARHGEF25,NXPH3,CTTNBP2,NPR2,MAZ,BTF3L4,ITPR1,CACNA1A,SUPT6H,CORO1B,GLIS2,ARHGAP20,IRAK1,ESD,GRK6,NACC1,LRRC4C,MARK2,WDTC1,MARK1,ESRRA,CPSF7,TIA1,PNPT1,CBX5,ATP8B2,SYT1,KLHL26,CRIM1,DSTN,DNAJC13,EEF2,MARCH6,PTPRD,REEP1,LRCH2,EFNA2,NR4A3,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,UBA2,TCF4,FGF13,LRP10,RSL24D1,NFE2L1,EIF4G1,ITGB1,ACADVL,GSK3A,PRKCSH,CHD6,ZFP82,RND3,PPP1R9B,SGCE,DUSP12,RPL7A,SART1,SEPT9,FSD1L,SUMO1,YWHAQ,SGCB,PPP6R1,SNRNP70,PSD3,SUMO2,PDE4B,UBTF,DACT3,CEP170,ERC1,MAPK1IP1L,SUN2,REXO1,PCDHGA4,DST,VBP1,PDE4D,ATRX,DDX54,NAV2,DDX50,ARFGAP1,PTBP2,KLF16,DNM2,GIGYF1,TRAF7,VCAN,PTP4A3,FCHSD2,RCN2,PIK3CA,IGDCC4,EEF1D,DCX,DNAJC8,PPP1R12C,IRF9,TRABD,NFAT5,SEC23A,HDAC2,NLGN1,SMARCD2,ROCK1,HDAC1,RAB1B,LENG8,CRMP1,STRN4,MLLT6,ADD2,JAKMIP2,DCAF15,MAPK8,GANAB,IGFBPL1,GNG2,U2AF2,RAB23,FAM120A,RALY,CSK,MTA2,EIF4E,FBRS,CLASP2,CIZ1,SSB,PCDH9,NEGR1,NTRK3,PCDH7,LCA5,MEIS2,ACVR2A,DNAJA1,CLCN7,KLF6,MARCKS,MGAT4B,ACIN1,P4HB,SUGT1,SSBP2,MBTPS2,METAP2,EIF3B"
+"gene_set_query"	"702"	"ZNF778"	"642.7"	"ARCHS4 Coexpression,1591;Enrichr Queries,229;GTEx Coexpression,108"	"TRIO,ZMYND8,THUMPD3,CISD2,EHMT1,GPATCH4,PDCD2L,ACTB,ALKBH8,DCAF6,ALKBH3,LSM12,TBK1,PSMD7,HERC1,OPHN1,ALKBH1,PSMD2,DPYSL2,MYC,FTH1,PSMD3,IER2,MED1,WSB1,CSNK2A1,TSTD2,NSMCE2,ARRDC3,WDR74,MTUS1,CIRBP,DNTTIP2,MRPS18A,CD3EAP,GTPBP4,CLPX,MRPS18C,TIAM2,KARS,ZW10,ZSCAN21,PSME4,DDIT4,YME1L1,CBLL1,MMADHC,RNF121,MACF1,DCUN1D5,DHX8,CTBP2,MYCBP2,AGAP1,SLAIN2,BAZ2A,PIK3R1,RPAP3,GJC1,ABR,SEC14L1,WDR70,PRKAR2A,DHX36,RRS1,CSTF1,DHX37,HIVEP1,DYM,GSE1,NUP88,HIVEP2,RDH13,ST3GAL1,BANP,NAA50,CREBBP,JUN,PNO1,SLC35E3,MYO5A,IRF2BP2,MEMO1,GPN1,PRRC2B,TADA2B,AIMP2,SLC6A6,ZBTB6,NPLOC4,TADA2A,WNK1,FASN,ID2,INTS5,SDC1,NOL10,DHX29,NOL11,CPEB4,ITM2C,NRP1,MRPS16,BTG1,PTPRS,PHF20,CITED2,FAF1,MRPS12,MRPL36,SLC7A11,WDR43,TMEM186,AACS,THTPA,AKAP12,MED13,DHX15,SDF4,RIOK2,KIF1B,RIOK1,RRP15,CTSB,PRMT5,CDV3,BRD2,RPS6KL1,MIOS,TSC22D1,TET2,TFB2M,ASH1L,GNL2,MRPS7,CBFA2T2,DUSP6,MLF2,RHOB,TOX4,NCOR2,SLC7A5,PRPF18,CSDE1,MED20,PXDN,TMEM106B,PABPC1,SGK1,FYTTD1,PRIM2,NFIX,SLC20A1,USO1,NOL9,SDAD1,HSPA14,NOL6,BCLAF1,CUX1,NSD1,MEF2D,DYNC1H1,PCGF6,BRF2,USP9X,BYSL,VEGFA,RGP1,KBTBD4,NFIA,PRKRA,NFIB,PSMC1,TRMT6,PSMC2,TSR1,NUCB1,PKN1,MIDN,UBE3C,UBE3A,IPO7,IGF1R,ACTG1,EFTUD2,TATDN1,KHSRP,KPNA6,KPNA4,KPNA3,KPNA1,KCMF1,NOM1,USP8,SLC38A1,TTC7B,UBE4A,CLIP1,CACNB3,TIPRL,FSCN1,PPIF,PLAA,MAPKAPK5,ANAPC1,DDX6,PSMD12,PSMD11,PFKFB3,CUL5,INSIG1,ANKRD11,CHRNA7,CUL2,UBR4,LTBP4,ITPR1,CACNA1A,GTF2E1,NDRG1,RTN4,ARHGAP12,ORC4,RNASEH1,ORC6,SCUBE1,PITRM1,DNAJC21,PLXNA2,ZKSCAN3,ZKSCAN2,ZC3H18,LLPH,NDUFV3,SLC38A2,PDZD7,BCL9L,AP1M1,HSPA8,PRNP,NOP14,NOP16,CBX4,PTCH1,PHF12,STYX,CPSF2,NUP153,TRAPPC9,EIF2S1,AZIN1,FBXO31,ZC3HC1,COPS3,GNL3L,EFNA2,HOOK2,TMEM11,HOOK1,MDM2,SPIRE2,PLXNB2,MDM4,TUBGCP4,GNB5,EIF4G1,RERE,DIDO1,USP38,DDX46,PRKCSH,WDR3,USP34,CHD6,USP39,CHD2,PPP6C,SEPT9,DUSP12,EEF2K,OPA3,PSD3,TLK2,MYO18A,MRPL9,HIF1AN,ERC1,SNAP29,UNKL,TNPO3,GET4,UTP15,KDM6B,NAA30,ADSL,DST,PDPK1,TFIP11,NAV2,SENP2,RAD23B,ARID1B,DNAJC2,DDX19A,PTP4A3,RER1,THRAP3,POLR1B,CTDSP2,NAA35,SHANK2,PPP1R15A,RNFT2,BECN1,NFAT5,SLC3A2,FOXK1,RNF4,LRP8,TOB1,U2AF1L4,ABLIM1,HECTD1,DNPEP,DNAJB6,POLR2B,TGS1,BMS1,VPS53,POLR2D,MKNK2,SLITRK5,FEM1C,ABCF2,RPP14,ABCF1,ATF7IP,MLXIP,PTCD1,RRM2,TRIM41,TXNRD1,ADRM1,ATP2B4,CDC5L,PDAP1,PDE4DIP,CUL4A,TNRC6C,IRGQ,KLF6,POLR3C,POLR3D,POLE3,EIF3J,POLR3E,CEBPZ,NAA15,EIF3C,TRIM32,SMAP1,EIF3A,PFKP,METAP2"
+"gene_set_query"	"703"	"NFATC1"	"643.0"	"ARCHS4 Coexpression,1208;ENCODE ChIP-seq,63;Enrichr Queries,861;ReMap ChIP-seq,88;GTEx Coexpression,995"	"ITSN2,POP5,MAPKBP1,MT-ND4,NUP107,POP4,ARAF,GHITM,LSM10,PREX1,PSMD9,RABGEF1,KRTCAP2,PSMD6,LSM11,PSMD5,ALKBH1,DPYSL2,PSMD3,ANKFY1,PWWP2A,MEF2A,MEF2C,PRKAB2,FNBP1,DNTTIP2,HDHD2,RC3H2,SCAMP3,RUFY1,FAM133B,MYL6,EWSR1,CLNS1A,DDIT4,UNC50,TMEM126A,PSME1,JTB,VOPP1,PSME2,SF1,SLBP,SAR1B,FLII,AGAP2,SDR39U1,COPS7B,SLCO5A1,BAZ2A,COPS7A,AAAS,OAZ1,GABARAP,CYB5R1,MRPL20,RHOT2,CYB5R4,RNF216,RDH11,PRKAR2A,GRPEL2,VTI1A,AMZ2,VTI1B,HEXIM1,JUN,EDEM1,NCAPH2,MRPL27,ERLIN2,LARP4,MRPL24,MRPL21,MLLT11,CS,MRPL30,TBL3,HYOU1,ARF3,ARF4,ARF1,RPLP1,HEXA,MRPL38,MED19,MRPL39,SNX11,MRPL34,DDA1,TRMT112,TUBA1A,RPLP2,APC2,LYPLA2,SPHK2,TEX10,MRPL49,LRRC40,SLC39A13,SIRT7,DYNLL1,BAZ1B,GMIP,LRRC41,DUSP6,MRPL44,MED23,MED22,MRPL53,PSMA6,SLC7A6,PSMA3,PXDN,RAPGEF1,TUT1,PGAM5,VAMP4,VAMP2,PAFAH1B2,ARF6,ECHS1,RNASEK,SRRT,DLST,PSMA7,MRPL55,GGA2,GGA1,PSMB4,PSMB5,PSMB1,MFN1,MFN2,HARS,MEF2D,SRSF10,SRSF11,EGLN1,MBD3,UTP3,MBD1,TARBP2,BYSL,TMEM60,LYRM2,RABIF,PSMC5,SNX19,PSMC3,CCDC9,SNX17,PSMC1,SNX14,SHKBP1,UBAP1,PKN1,CRLF2,CRCP,TMEM167B,PDCD6,UBE2D2,ATN1,UBE2D1,SLA,CASC3,FBXO22,FNTB,STK16,KPNA4,PIM3,KPNA3,MAP3K7,KPNA1,SLC25A46,SH3GLB1,PIAS4,PPP1R16B,SLC38A1,IK,FBXW7,VPS33A,FBXW9,CNPY3,LENEP,FOXP1,ATXN2L,TXLNA,DMTF1,SLC9A8,MRTO4,FSCN1,SRSF3,ANAPC5,SRSF6,KPNB1,ANAPC1,SRSF9,ARL8B,ANAPC2,INO80B,LRRC59,PFKFB3,ARL1,LIN7C,CORO1A,UQCRH,ACAT2,HSP90B1,SOCS2,EIF1AD,SBNO2,NDOR1,PMVK,SLC38A6,BRIX1,SLC38A2,FUS,API5,GOT2,ZBTB11,EEF2,DRAP1,ZC3HC1,SH3BP5L,ARPC2,UBLCP1,TMEM11,UQCRQ,MDM2,MDM4,ACO2,LRCH4,OGT,NFE2L1,NOP10,HSP90AB1,CELF2,FHL1,POMT1,PTEN,PIK3CD,ARRB2,AP4M1,MRPL3,NGRN,ZNRD1,CAPZB,PPP6R1,NCK2,PMEPA1,ACP2,MDP1,ARL5A,ACTR3,UNC45A,EIF5A,PPP1R12A,ACTR6,SH2D3C,SIGMAR1,RAD23A,VEZF1,RABGGTB,ARFGAP3,RABGGTA,MSL1,QTRT1,ARL4C,HAX1,ETF1,BIRC6,SEC22B,SLC25A11,SLC25A4,BIRC2,SNAP47,GTF3C2,GTF3C3,SRSF1,MAK16,NDUFB2,ZBTB45,SRI,CXXC4,TSPAN31,MLLT6,GANAB,KCTD20,FCHO1,U2AF2,TRIM46,UBQLN1,CDC37L1,FYN,IGF2BP3,E2F4,DRAM2,HNRNPA1,AAMP,SLC25A22,SH2B2,HNRNPA0,GADD45GIP1,NOP56,CYB5B,NOP58,PPP1R14B,HNRNPA3,SEPT11,TRIM41,NDUFA6,FEM1A,NDUFA5,CNBP,NDUFA2,FOXJ2,LYSMD1,RPL23A,MCOLN1,HNRNPAB,NELL2,NECAP2,EIF3M,NECAP1,NAGK,EIF3J,EIF3G,OCIAD1,PDCD2,CCM2,EIF3E,P4HB,SMAP2,EIF3A,EIF4A2,EIF4A1,TMEM41A,ZDHHC5,PPAN,ZDHHC6,THUMPD3,CCNC,THUMPD1,ACTB,NUDT4,CYB5D1,TRIM28,SNRPD2,HERC1,CCDC97,CCNL2,CCNL1,SLC12A6,ATXN7L3,ST6GAL1,SMARCC1,SMARCC2,ACTN1,NSMCE2,ECH1,ALG2,CSNK1D,MIF,BCS1L,ANK1,MFSD10,ULK3,CD2BP2,GCDH,MYCBP2,CTR9,SUPT4H1,CEND1,PIK3R2,PIK3R1,ZBTB5,APH1A,SNX3,MBTD1,PCBP4,PCBP1,PCBP2,SURF6,HIVEP2,RBM12,SNX5,ATP6V1C1,SEC31A,BBS1,SURF1,SURF2,SURF4,BSDC1,SMARCA2,HARS2,PAICS,AIMP2,ZBTB6,ID2,INTS5,NDUFAF3,PAF1,CALR,NOL11,CALM1,CALM2,RGL2,CD200,SUGP1,NRP1,DHRS13,TMEM151B,MRPS16,USPL1,CTSZ,INTS10,COX7C,HERPUD1,SYNCRIP,PCM1,ACTR1B,HYAL2,UIMC1,MLX,DHX15,ARIH2,CTSB,COX8A,PBRM1,TMEM150A,DBNL,NCOA5,MRPS24,MRPS23,CACYBP,TFB2M,MRPS7,MRPS6,SREBF2,APRT,TOX4,GAK,CTTN,ARHGEF1,CRELD1,GLCCI1,SFI1,STK40,MRPS35,CAB39,STX16,SSNA1,GBA,STX18,NEDD8,CCDC106,COX5B,GNAI2,PCNP,NFIL3,EXOSC9,EXOSC8,MGAT1,MGAT2,CCT8,CCT7,PAK2,EXOSC1,CCT5,CCT4,NPM1,PEX19,YIPF2,HUWE1,VEGFB,TTC1,UBE2G1,RSRC2,MYO9B,AP2B1,MYO9A,NLE1,TMUB2,VEGFA,NUDT9,PER1,SGSM3,HNRNPA2B1,NDUFAB1,TCEA2,AGGF1,ESYT2,DPAGT1,SRP19,CRTC2,MIDN,BCCIP,KLHL34,COX6A1,UBE2Z,ACTG1,IGF1R,PPME1,BANF1,FAM3C,PCID2,ZGPAT,TPRA1,ADPRHL2,DIMT1,SSU72,DHDDS,EEF1A1,TMX2,HNRNPUL1,EHBP1L1,PLAA,GEMIN7,RAF1,PPIB,FAM92A,CARS2,PPIA,DDX5,TBC1D19,TSG101,COX16,YTHDC1,DDX1,COX17,HTRA2,KLHL12,SLC1A4,RPF2,RASGRP2,NDRG1,RPF1,RNASEH1,SHARPIN,KIF3B,GRK6,CAMTA2,H1FX,TBC1D17,NDUFV2,OST4,FDPS,UBE2H,AUTS2,PCIF1,ECD,NUP153,TIMM44,SUPT5H,HIGD2A,PAN2,HOOK2,NASP,HOOK1,UBE2N,CYCS,UBA1,TCF3,TAB1,UBE2M,PHTF2,RBM28,GSK3A,RBM25,DDX46,PRKCSH,CHD8,CHD6,TRIAP1,DDX41,TAZ,CHD2,AFF3,LMNB1,TMEM222,TMEM223,YWHAQ,UBE2Q1,BCL7C,NUP62,LRRFIP1,YWHAG,SUN2,RBM14,TBP,ATP6AP1,PDPK1,TTC33,EED,NCBP2,DCAKD,BUD31,DDX55,CAD,ABHD14B,NAV2,YWHAZ,DDX50,EPN1,EEF1G,VCAN,SFPQ,IRF3,PEX3,PEX6,NAA38,NUP54,ACOX3,RBM24,IRF9,AGPAT5,DCTN5,DDX20,RBM4B,DDX21,SLC3A2,CLCN3,ATP2C1,DNPEP,CAND1,GNG5,PABPN1,TMEM203,MAT2A,TDG,TRA2B,MKNK1,MKNK2,TRA2A,BNIP1,TMEM208,PTK2B,MTA2,SMNDC1,FBRS,CYTH1,TTC14,ATF7IP,RBM39,URGCP,TAF13,PDAP1,CDK11B,SOD1,TTC17,POLE4,GALE,PNKD,ASB8,FAM131A,POLE3,ASB6,ERCC5,TAF6,VIM,SUGT1,TAF2,IPO13,VPS29,RPL5,TRIO,RPL3,RPL31,ARPC5L,HNRNPU,GPATCH4,RPL8,EPRS,GABPB1,PHB2,ELK1,RPL9,BACH2,RPL6,DCAF6,RPL7,CNST,TFG,ZMIZ1,MYC,RPL35,PIP4K2B,RPL38,RPL37,IER5,IER2,VPS39,DDX17,NUP214,ACOT9,DDX18,WSB1,TSPYL1,RPL21,DAPK1,RPL22,DAPK3,PRKCD,WDR74,CD3EAP,ARMC1,RNF123,SARNP,ADPRH,RPL24,RPL27,RPL26,RPL29,ALG10B,UBA52,VPS28,PRR13,CDC42SE1,NUP205,ANAPC16,NOLC1,VPS26A,XPC,HIF1A,GLG1,ANAPC11,NCSTN,LDHA,WDR70,BLOC1S1,VPS11,SSR1,NUP88,ST3GAL1,SERF2,NAA50,RPL41,JUND,SNAPIN,PNO1,H3F3A,SETD1A,IRF2BP2,TYSND1,UPF3A,PA2G4,WDR55,HNRNPL,EHD1,FIBP,SLC6A6,HNRNPF,HNRNPD,HNRNPC,DUS1L,FARSA,CDK13,CDC42SE2,OGFR,SETD5,BTG1,PHF20,PHF23,SETD6,CLTC,CLTA,ASH2L,ING1,WDR43,SMG5,ING4,TMEM189,MTG1,TRIM2,TMSB4X,RARS,ANXA6,TIMP2,GPR137,RIOK2,CIC,EMD,UBL7,CEP68,ZC3H10,BRD2,WDR36,TPI1,WDR37,WDR34,GNL3,NCOR2,RNF167,TAF6L,ZEB2,AFTPH,NSA2,MTF2,GARS,PLEKHO1,RNF166,GAS7,SF3B5,CDC123,CLDND1,NFIX,SF3B3,RPL10,GPS2,TIMM10,FGD3,ARFRP1,SRP72,ASNA1,PPP1R8,RPS3,RPL14,RPL13,RPS2,PAIP2,RPL18,RPL17,SF3B1,DEDD,RPL19,SF3A3,BRF2,SF3A2,CSNK1A1,NR1H2,GATC,SYVN1,GTF2H1,TTC9C,SRP68,BLCAP,WDR11,AGBL5,MKLN1,TM9SF1,NFIA,ZYX,TMEM39B,ANKRD13C,FAM49B,PHLDB1,ANKRD13D,TUSC2,CEP120,AUP1,PARK7,RPL10A,BZW1,CLU,IPO4,TM7SF2,SLC39A9,CFL1,SMARCAD1,MAF1,HMGN2,TMSB10,KCMF1,RARS2,TLE4,CSNK1G3,SUPT16H,RPS9,RPS7,TPM3,RPS5,IGFBP3,TPM1,DYRK1A,THOC1,RPSA,LARP4B,ILF2,RNF40,CTDNEP1,BSCL2,PYGO2,RAB34,NCL,ERP29,SNRNP27,PHIP,ERH,SNRPE,ADNP,CSNK1G1,FKBP2,RAB5B,DNMT1,SEMA7A,CCDC24,INSIG1,ANKRD12,GLT8D1,TARS,BAG4,KLC2,ORC3,BTBD2,DVL2,SLC15A4,MCL1,MPDU1,TRAPPC2,EIF2B4,TRAPPC3,EIF2B3,RAB4B,POLR3GL,TRAPPC4,MARCH9,MARCH7,LSM3,CDK9,COPS4,CNOT4,COPS6,LSM7,COPS5,COPS2,SPIRE2,RNF181,TADA1,GPR107,RSL24D1,BCL2L2,MAP3K12,EIF4G1,SERINC4,MCM7,WDR1,RNF14,CCDC47,UFSP2,DUSP12,RPL7A,SART1,OPA1,VPS72,UBTF,IDH3B,WDR6,CEP170,SLC37A4,EIF2B1,TNPO2,ADSL,RFC3,PLEKHG2,PDCD6IP,GPX1,CHUK,RFC2,ZFP91,RPL13A,SMC1A,YDJC,PATL1,COASY,REXO4,TSN,PTP4A2,PTP4A3,TFDP1,DALRD3,TRAF4,DAD1,DNAJC5,CTDSP2,RPL37A,RP9,DNAJC9,EVL,DNAJC8,EIF4E2,RNF31,TRABD,GTF2A1,HDAC2,SMARCD2,GTF2A2,RNF34,RPL36A,HDAC7,AP3M2,RAB21,NFS1,ABLIM1,DNAJB6,RBBP5,POLR2B,POLR2C,POLR2G,CSK,POLR2H,UGGT1,ADSS,POLR2L,SLC35A2,SPAG7,SLC35A4,RNGTT,SEMA4D,FBXL19,TPRKB,RPL35A,PTPN11,CDC42BPB,DDHD1,PNRC1,PNRC2,CUL4A,ASXL1,RAD52,KLF6,POLR3B,RAB12,IMPDH2,GLOD4,POLR3E,RAB18,DRG2,CEBPZ,METAP1,METAP2,SLC35B2,PANK2,ARL6IP1,HDAC10,SLC35B1,CBLB,PWP2,PDCD2L,RPS15,RPS14,PNN,RPS16,RPS19,FLAD1,RPL36AL,RUSC1,MAGOH,LONP1,DENR,RPS11,ZFPL1,RPS10,SOX4,RPS13,TBC1D10B,RPS12,SRRM2,COG8,AQR,TIPIN,SACM1L,ARRDC3,BOLA1,PTOV1,AP1AR,JMJD8,SRRM1,MRPS18C,TIAM1,CARHSP1,NIF3L1,COX7A2L,RRAGA,POR,GUF1,HECA,PFN1,AURKAIP1,CBLL1,DCUN1D5,STXBP2,TWF2,TRMT2A,MYL12B,FXR1,UGCG,DGUOK,PTDSS1,ZNHIT3,INPP5E,GSE1,INPP5K,SNHG1,BCL11B,SETDB1,BCL11A,SYNRG,SLC35E3,GADD45G,RPS26,RPS25,STAG1,RPS27,ZZZ3,RPS29,CCDC88C,ANP32E,CORO7,C2CD2L,RPS24,ITM2C,CC2D1B,HBS1L,DAZAP1,GFM1,UBXN1,GDI1,GFM2,SLC35F5,FAF1,MYL6B,LIMD2,XPO1,PCF11,SEC61G,ZMYM5,XPO5,TMED1,DLAT,RAB8A,GABPA,TOP3B,PRMT5,MAP4K2,PRMT1,PARP2,TSC22D3,PRMT3,ZDHHC16,MTSS1,MLF2,RHOB,RAB33B,NME1,UGDH,HNRNPH1,NFX1,PACS1,FRG1,WAC,HNRNPH2,HNRNPH3,SGK1,FYTTD1,SLC20A1,NOL7,NOL8,UQCR11,NOL9,PTS,TYMP,PPP2CA,NT5C,CHRAC1,CUX1,APBB3,RANBP2,RANBP1,PTGES3,RANBP6,SPCS2,SPCS1,HIST3H2A,MARS,KBTBD2,CTNNB1,FAU,TOMM5,RAB3GAP1,TOMM6,NDUFA13,SPPL2B,HDLBP,NUCKS1,CWC25,TOMM20,CHCHD3,ARHGDIA,FPGS,CHCHD1,CHRNB2,PAM16,TRNT1,KCTD5,RSBN1,TUFM,DPM3,MAU2,DNAJC30,RPL7L1,ELMO1,SPNS1,MATR3,STAM2,ATP6V1A,ZCCHC8,IDI1,PXN,NOP2,CLEC16A,DPP3,EMG1,ZMAT2,TMEM128,CDH24,RPRD1A,ATP6V1D,ZC3H15,CPSF4,ACBD6,ACBD4,CBX5,CPSF1,RHBDD3,HSPA5,CBX3,HSPA4,DNAJC11,BFAR,DNAJC14,EIF2S2,AZIN1,TDRD3,NFKBIA,EFNA2,NR4A3,DLG4,ATG16L1,DNAJC10,CHMP2A,PI4KB,CLASRP,COPE,LRP11,MUS81,B4GALT3,ACADVL,KDM5C,USP38,ASNSD1,DBI,YBX1,USP39,TMEM101,SPRED2,SEPT7,SNAPC3,PDE4B,PDE4A,MAN2C1,RBM6,KDM6B,MAPK1IP1L,TSFM,USP48,H2AFZ,PDE4D,H2AFX,RNF208,RPS3A,TRNAU1AP,ARID1A,ARID1B,DCK,SEPT2,DNM2,DDX19A,TRAPPC6B,THRAP3,AKT1S1,CHMP6,PFDN5,B4GALT7,KDM3A,STOML2,USP15,USP16,KDM3B,GMPR2,POMP,WIZ,MTIF2,TM2D3,USP19,TBRG4,NXF1,PPP2R3C,ROMO1,BUB3,CDIPT,ABCF3,SPEN,RWDD1,PTCD1,USP21,B3GAT3,QPCTL,PRAF2,ZFC3H1,DEK,HSPE1,RPS6KB2,SSBP1,PDE7A,RBMX"
+"gene_set_query"	"704"	"STAT1"	"644.3"	"Literature ChIP-seq,150;ARCHS4 Coexpression,1207;ENCODE ChIP-seq,70;Enrichr Queries,1021;ReMap ChIP-seq,174;GTEx Coexpression,1244"	"TFRC,IFT172,POP4,ZFYVE1,ALKBH8,LSM10,PREX1,SCAMP4,KRTCAP2,TBK1,PSMD5,PWWP2A,PRKACA,GABARAPL2,STARD3,SAP30BP,CSNK2A1,FNBP1,DNTTIP1,EML4,FAM133B,LARS2,EID2,MYL6,DDIT3,FEZ1,CLNS1A,DDIT4,UNC50,PSME1,TMEM126A,UQCRC1,JTB,PSME2,RBCK1,PLBD2,ATF4,SLBP,TSTA3,SET,TTYH3,SHMT2,NPRL2,AGAP2,SDR39U1,BAZ2A,MRPL14,AGAP3,PLA2G6,OAZ1,GABARAP,MRPL10,PRPSAP1,MRPL20,RHOT2,CYB5R4,HMGXB4,GRPEL2,RDH14,LTA4H,HMGXB3,ATRIP,RHBDL1,VTI1B,HEXIM1,JUN,PRRT2,CADM2,EDEM1,NCAPH2,EDEM2,EXOC6B,ERLIN2,LARP4,MRPL24,BTBD10,EIF1,MRPL22,PCDHGA11,TBL3,UCK1,LAS1L,FASN,SFXN3,NMT1,PSMG4,PSMG1,AVL9,PKIG,LGMN,GSTM5,ARF1,PIGO,KCNC3,MTMR14,RPLP0,PRKAG1,MRPL38,SNX11,CTCF,MRPL37,TRIOBP,BBC3,DDA1,PIGX,PANX1,MED11,TRMT112,TUBA1C,ATIC,FASTK,RPLP2,SH3BGRL3,JAK2,UPF2,DFFA,DUSP1,SPHK2,ELOVL5,PGAM1,TEX10,LRRC49,ACTL6A,SLC39A11,LRRC40,SLC39A13,NIPA2,SIRT7,DYNLL1,JOSD1,GMIP,MRPL46,MED29,DUSP6,MRPL44,MRPL52,SLC7A5,PSMA6,SLC7A6,MED25,PSMA3,PSMA2,PXDN,CDC42EP3,CINP,RAPGEF1,CDC42EP2,TUT1,PICK1,DSCAML1,VAMP2,ARF6,LRRC14,ELOF1,LIN37,STAU1,URM1,WRB,DLST,NOC4L,SDAD1,TMEM70,GGA2,GGA1,NRAS,PSMB4,GGA3,MICALL1,STX6,MFN1,SPOP,AP2S1,FLNA,MFN2,ANO10,ZSWIM6,BID,SAMD1,MEF2D,EXTL3,SRSF10,YKT6,SRSF11,NKTR,SRSF12,MBD6,EGLN2,CRBN,MDH1,USP9X,STAT2,BYSL,TMEM60,LETM1,TMEM59,PSMC3,CCDC9,SNX17,APEX1,PSMC1,YPEL1,UBAP1,RPL22L1,PKN1,CIAPIN1,AGRN,CRLF2,MTCH1,MTCH2,RASL11B,FAM13B,TMEM167B,ATN1,UBE2D1,CASC3,FBXO21,TSEN2,YY1,SMCHD1,POFUT2,STK11,UROD,RUVBL2,STK16,RUVBL1,PIM3,PMPCA,NUDT16,MAP3K7,KPNA3,SLC25A46,CDKL2,PPP1R16B,IK,SLC38A1,CISH,ATP11B,ZCRB1,PIAS2,LENEP,OLFM1,ACAP2,TXLNA,MSH2,SLC9A8,FSCN1,SRSF5,SQSTM1,ANAPC1,ARL8A,LY6E,ARL8B,PFKFB2,FTO,KHDRBS1,KHDRBS2,PFKFB3,RNASEH2A,TXNDC9,UQCRB,SMYD5,MAZ,ISG20L2,GMPS,ARL2,NRF1,CORO1A,HSP90B1,SBNO2,NDOR1,PGK1,MBIP,G3BP2,SLC38A7,EIF4EBP2,SLC38A6,NADK,IP6K2,NEK9,TMEM120B,ODF2,TMEM120A,GFPT1,GOT2,HPS3,EEF2,FBXO31,DRAP1,ZC3HC1,MFHAS1,SH3BP5L,NACA,DMXL2,TUBGCP5,ACO1,PIN4,TUBGCP4,NIT1,OGT,NOP10,SLC25A1,SLC25A3,HSP90AB1,CELF1,COX4I1,AKAP8L,PIK3CD,CELF5,ARRB1,ETFA,ARRB2,MRPL4,ALAD,MRPL2,CAPZB,ME1,ACP2,MRPL9,ACP1,SNAP29,EID2B,CTNNBL1,PELP1,DGCR2,ACTR3,ACTR2,EMX1,HSP90AA1,ACTR6,SH2D3C,ARNT,RAD23A,RABGGTA,DDOST,MSL1,QTRT1,ATRN,HAX1,SLC25A19,NPC2,SYF2,SNURF,SEC22B,GAPDH,SLC25A11,PPP1R15A,RNFT2,PPP1R15B,BECN1,PRPS1,GTF3C3,NDUFB8,LRP1,GTF3C5,SRC,SRF,PRCC,SRBD1,NDUFB3,CXXC1,ZBTB43,LENG8,FURIN,HSD17B10,PPM1E,CDC42,GANAB,CCDC85C,U2AF2,SH3BP2,PHKG2,NNAT,TRIM46,CDC37L1,IGF2BP3,FYN,FEM1C,IARS2,LRRC8B,E2F4,AAMP,SLC25A25,GADD45GIP1,NDUFA9,PTPN1,NDUFA8,PPP1R14B,NOP58,SEPT11,MARCKSL1,TRIM41,SLC12A5,GPKOW,MMAA,FEM1A,FEM1B,CNBP,NTRK3,TXNL1,FOXJ2,NDUFA1,SYT16,RPL23A,TPD52L2,ATOX1,MYO16,TSPAN14,SNRK,EIF3M,PINK1,NECAP2,SLC25A39,CDKN2AIPNL,EIF3L,TRIM35,EIF3G,STUB1,CCM2,PDCD2,TRIM37,EIF3E,SMAP2,SEC24C,SMAP1,UNC79,EIF4A2,EIF4A1,LPGAT1,CCNH,KDELR1,PPAN,PREP,ZDHHC5,ZDHHC7,GCC2,TXNDC12,THUMPD1,IFI30,ACTB,CYB5D1,TXNDC17,UBE2L3,RASSF1,RASSF2,SNRPD1,CDC26,OGFOD2,TRIM24,CCDC97,EIF2D,EPC2,KIF21B,CCNL1,ATP6V1E1,ATXN7L3,EPHB1,TMPO,ST6GAL1,SMARCC2,ZFP1,ENTPD4,ACTN1,NSMCE2,CIRBP,NSMCE1,TALDO1,ANK2,SFRP1,CFDP1,PPA2,CDC37,SUB1,CD2BP2,KCTD17,KCTD18,L3MBTL2,MYCBP2,SUPT4H1,PTTG1IP,PIK3R1,PGS1,APH1A,COMMD9,SNX2,PCBP1,HLTF,ERI3,DHX37,DHX38,HIVEP2,TSPAN3,DECR2,N4BP1,ATP6V1C1,INTS1,SURF2,SURF4,BSDC1,PAICS,ARMC10,ID2,RPL27A,WNK2,CWF19L1,NDUFAF2,CALU,PAF1,ECHDC2,FBXL3,FBXL6,SUGP1,DDR1,DHRS13,MRPS15,CSRNP2,TMEM151B,CCDC127,GPAA1,PPP1R10,CETN3,MRPS12,CTSZ,MRPS10,NAT10,WASL,AATF,IER3IP1,PEPD,AP2A2,PTMS,SYNCRIP,NUDCD3,SPTLC1,HYAL2,OTUD6B,MLX,DHX15,REV3L,SDF4,SSSCA1,CTSD,CTSB,VKORC1,COX8A,MRPS28,GRIPAP1,PBRM1,SEC13,TMEM150A,WARS,MRPS24,NCOA5,MRPS25,MMD,PABPC4,ACAD9,MINK1,ZFR,ANO8,COMMD3,MRPS2,MRPS21,COMMD1,MRPS7,COMMD4,MRPS5,APRT,TOX4,RNF144A,GAK,IMMP1L,CTU1,RAP2B,PITPNM1,PITPNM2,G2E3,NCOA7,FAM32A,ARHGEF1,ARHGEF2,CD47,PTMA,STK40,NAPA,PCNA,RABGAP1,MRPS35,CAB39,DOT1L,STX18,CCDC106,MRPS30,COX5A,NAPG,GNAI2,MNT,NFIL3,MGAT1,MGAT2,CCT8,EXOSC2,DYNC1H1,PEX19,YIPF1,YIPF5,VEGFB,TMUB1,CRIPT,KLHL2,TTC1,MYO9B,UBE2G2,VEGFA,PPP1CA,TMUB2,FKBP1A,PER1,PDCL3,BOP1,SEC23IP,ITCH,DPY19L3,GPAM,RPA3,CCNG2,NEDD4,KLHL8,NDUFAB1,TTC3,SGSM2,AGGF1,TCEA1,FAM171B,GRINA,DPAGT1,CARS,CRTC2,MIDN,SYS1,NUP188,ZFAND6,MPI,PEBP1,UBE2Z,EEF1B2,NARS,GNPTAB,TBC1D30,SNIP1,EP300,BAHCC1,SBF2,RGS9,SLC30A5,UBE4A,RUNDC3A,DHDDS,ADAM19,ADAM15,HNRNPUL1,TMX1,DKC1,FAM173A,EHBP1L1,WDFY1,UBE2V2,SBDS,UBE2V1,RTN2,NDUFB10,COX16,SLC1A1,TOR1AIP2,CACNA1D,PDS5A,RPF2,NDRG1,SHARPIN,RNASEH1,TBC1D14,CAMTA2,H1FX,CYC1,TBC1D17,NDUFV2,BCL9L,TBC1D16,UBE2F,YARS,PRNP,ZFHX2,HMGA1,SUPT5H,SSH3,AP4B1,MANBAL,PAN2,QDPR,HOOK2,MKRN1,UBA2,TAB1,LSM14A,RBM28,CUEDC2,GSK3A,DYRK3,DDX47,PRKCSH,CHD6,ADAR,TNFAIP1,TRIAP1,LMNB1,PPP1R9B,LASP1,TMEM223,EEF2K,RB1CC1,NUP62,BCL7B,UQCRFS1,LRRFIP2,YWHAG,RBM33,SUN2,SUN1,HSDL1,NUP133,EED,PDPK1,TTC33,DYNLT3,RBM18,BUD31,DDX55,CAD,ARHGEF18,NAV2,EPN1,PJA2,EEF1G,CREB3,VCAN,NDUFS8,RCN2,RER1,TMEM214,PEX3,GORASP1,PEX6,ATP6V1B2,NDUFS3,NDUFS2,ATG4B,NAA38,MAN1B1,CUEDC1,IRF9,DCTN6,DCTN5,RALA,DDX27,DDX20,RNF8,SLC3A2,RNF2,PARL,POLD3,HMGCL,TAF1D,DNPEP,TNKS2,TAF1C,MKNK1,GNG7,TDG,BMS1,TAF1A,MKNK2,NAA25,PTK2B,MTA2,PDLIM7,CYTH1,RRM2,TAF13,PDAP1,SSRP1,SOD2,SMUG1,CLCN7,RPIA,CLCN6,PNKD,ERCC3,FAM131C,ERCC1,ASB8,FAM131A,ERCC2,ERCC8,ERCC5,FAM98B,KRAS,VIM,SUGT1,CLUAP1,RAN,NCKAP1,RPL30,TRRAP,RRP1,HNRNPU,SMC5,GPATCH4,HNRNPR,ENO2,EPRS,DCAF5,PHB2,BACH1,DCAF7,PCMT1,RNF115,NUB1,ALCAM,ZMIZ1,MYC,ZXDC,RPL36,AP1S1,PIP4K2B,RPL37,MPV17,IER5,IER2,VPS39,NUP214,TSPYL2,UNC13B,MED1,ACOT9,VPS18,ACOT7,UNC13A,RPL21,RPL23,PIH1D1,PRKCD,WDR74,CD3EAP,WDR73,SOX12,MED4,GTPBP4,HCFC1,NISCH,RNF123,BIN3,IFT81,WDR82,ADPRH,ALG10B,VPS25,VPS28,TSPYL4,NUP205,POM121,PDXDC1,RPN1,XPC,VPS26A,RNPC3,GNS,HIF1A,MTDH,RRP7A,PRDX2,ABR,PRDX5,LDHA,PRDX4,BLOC1S1,RAD21,GAR1,RRS1,VPS11,SSR1,PLCG1,NRBF2,ST3GAL1,S100A10,ST3GAL3,BTF3,RPL41,CDK19,JUND,ICMT,H3F3B,IRF2BP1,IRF2BP2,MTHFR,UPF3B,CDC7,NR1D1,PA2G4,MCAT,EHD1,TMEM199,FIBP,SLC6A6,GNPTG,HNRNPM,MEX3A,NPLOC4,H2AFY2,HNRNPF,UNC119,PAM,OGFR,MOCS2,BTG1,CDKN1B,PHF23,SETD6,ARPC1A,CLINT1,TMEM186,SMG6,TRIM8,UBL5,TMEM189,TMSB4X,RARS,RFK,ANXA6,GPR137,TK2,RIOK1,PLEKHN1,CIC,EMD,RRP15,BRD3,ZC3H10,BRD2,NUDC,IFNGR2,SSR2,SSR3,AEN,FAM126A,TERF2,NCOR2,RNF167,KAT2A,ZEB2,SIKE1,TMEM179,HEATR5B,MTF2,PLEKHO1,EXOC2,EXOC1,PCYOX1,PHLPP2,GRAMD1A,GRN,GPS1,RPL11,TIMM13,TIMM10,WDR24,FAM129B,TM9SF3,PPP1R2,SCAF8,BCLAF1,PPP1R8,ANKRD54,SLC17A7,RPS2,RPL15,RPL18,RNF130,SF3A3,PCGF6,KIDINS220,CSNK1A1,NR1H2,WDR18,GATC,TRMT1,ELP3,DHRS1,HIPK1,WDR13,SCAF1,FIG4,ABI1,SARM1,NUCB1,FAM49B,ANKRD13B,TOR2A,PHLDB1,ANKRD13D,TUSC2,GTF2B,RNF19B,YEATS4,PARK7,AUP1,CLU,IPO7,IPO4,EDC4,GRB14,RNF19A,PAPOLG,MAF1,TMSB10,GTF2I,SEMA6B,RARS2,TLE3,SUPT16H,ANKRD49,RPS7,USP4,RPS8,USP3,RPS6,GTF3A,TRAFD1,FRMD4B,PGD,THOC5,DGKZ,LEMD2,GTF2F2,THOC6,TRAIP,CTDNEP1,PYGO2,MORF4L1,RAB31,RAB34,RAB35,FKBP8,SNRPE,AAGAB,SNRPF,STAMBP,FKBP4,TTPAL,FKBP3,FKBP5,CUL9,SEMA7A,FKBP2,DNMT1,RAB5C,FAM114A2,TNKS,INSIG1,GLO1,CCDC25,CUL2,ABHD8,ITPR1,GLT8D1,AK2,ORC5,ORC6,BAG5,ORC3,UBR5,NACC1,PSAP,BTBD2,DVL2,SAFB2,SLC15A4,SKIL,MAP2K5,MCL1,MPDU1,WDTC1,ESRRA,AKIRIN2,UVRAG,EIF2B4,TRAPPC3,ANKRD34A,CCDC12,ATP8B2,POLR3GL,TNK2,TMEM132A,TRAPPC5,MARCH9,ASNS,MARCH8,LSM4,LRFN3,CDK9,NSFL1C,CNOT6,LSM7,COPS5,LSM6,GON4L,CDK5,REEP5,CDK4,RNF181,PLXNB2,TADA1,GPR107,SERINC1,NF2,SERINC3,BCL2L2,CNIH4,WDR1,UFSP2,DUSP12,PPP6C,PTBP1,LBH,SIN3B,VPS72,AP1G1,OPA3,RNPEP,UBTF,IDH3B,TNPO1,EIF2B1,SLC37A4,CCDC50,RFC3,PLEKHG2,GPX1,REXO1,CDADC1,GPX4,ELAC2,LANCL1,RPL13A,COASY,PTP4A2,TRAF7,ASPH,DNAJC7,DNAJC5,CTDSP2,POLR1B,RP9,SOS1,RNF31,SMARCD2,VPS4A,RPL36A,PDHB,SEMA3F,JAKMIP1,AP3M1,HIRIP3,HAUS8,PUF60,POLR2B,POLR2C,POLR2E,POLR2F,CSK,POLR2H,RAB28,DCAF11,POLR2I,MEST,CCDC71,DCAF12,FNIP2,RNF20,SEMA4A,SLC35A1,SLC35A4,SPAG7,RNGTT,TXNRD3,TXNRD1,AMFR,FBXL19,DDHD2,RPL35A,FBXL14,PNRC1,BCKDK,RAD52,NIN,KLF6,MARCKS,SNRNP40,MFAP3,IMPDH2,MGAT4B,CEBPZ,SNRNP48,RHEBL1,PPIL4,TPT1,SLC35B2,APP,FAAH,IFITM2,GDE1,FCF1,PDCD2L,RPS15,TIAL1,RPS16,RPS19,PPP2R1B,FLAD1,FTH1,ARL6IP5,LONP2,BTRC,RPS10,SRRM3,TIPIN,RECQL,BOLA1,COG1,JMJD8,SRRM1,JMJD6,MAPK8IP1,AFG3L2,NIF3L1,KARS,BOLA2,VDAC1,PFN1,EZR,TELO2,TMEM161B,TMEM161A,DCUN1D5,TWF2,TRANK1,NMD3,INPP5B,PTDSS2,SCFD1,PRRC1,PDCD11,VPS8,TNRC18,RALGDS,NTSR1,BANP,ATP6V0A1,VASP,VAT1,ZRSR2,TRAP1,RABGAP1L,SETDB1,BCL11A,STK11IP,SLC35E3,SNHG6,PYCR2,ZWINT,SRPK1,SMU1,CCT6A,PARP11,RPS27,ZZZ3,GOLGB1,RPS20,ANP32B,RBAK,C2CD2L,CC2D1A,ITM2C,CDS2,HBS1L,TRAM1,GFM1,SH3KBP1,GFM2,PRPF19,LIMD2,COIL,RPTOR,SERP1,ZMYM2,GLIPR2,GUK1,CHMP1B,DNER,TMED7,RAB8A,RALGPS1,PSD,PSENEN,TOP3B,TMED9,ZDHHC13,NME3,AMPD2,RHOF,PPHLN1,UCHL3,PPRC1,ITFG1,MLF2,RAB33B,VAV2,NME1,SCNM1,PRPF18,NME7,STRAP,MAPT,SGK1,ALDOA,ATP6V0C,FYTTD1,CSTB,MAGEH1,DTYMK,PRIM1,ICA1L,GDPD1,AKAP8,NOL8,TYMP,TRAK2,TCEAL8,CST3,CHRAC1,MAP4K5,APBB3,METTL9,LCMT1,RANBP3,MTX1,NFYB,MTX3,PTGES3,GINS4,AP3D1,RANBP6,MPP6,RAB11A,KBTBD4,HIST3H2A,R3HCC1,KBTBD2,RAB3GAP2,TRIP12,KBTBD7,TOMM5,TOMM6,NDUFA13,KDM1A,NDUFA12,SPPL2B,CIB2,ARID4B,TOMM20,CNDP2,TOMM22,ARHGAP44,EFTUD2,CHCHD2,TMEM147,BASP1,FPGS,HCFC1R1,CHCHD7,COTL1,CHCHD1,TMEM14C,NOM1,KDM2A,TRAPPC2L,APLP2,PAM16,SHISA5,TOMM34,TSC1,ACYP1,TRNT1,PDIA6,RSBN1,PDIA4,DPM3,HGS,PRPF3,FIZ1,ZCCHC8,ZCCHC7,ISYNA1,COX7A2,DTX4,STK4,EFNA4,PRPF8,EMG1,MAN2A2,UBB,DPP9,ATP6V1H,ZC3H18,DMAP1,MARK3,LONRF2,PDZD7,ATP6V1F,BPTF,HSPA9,HSPA8,KLHDC4,CPSF6,PNPT1,CBX4,HSPA5,RHBDD3,CBX3,RHBDD2,DNAJC11,ASPSCR1,IFT122,BFAR,COQ9,DNAJC17,COQ5,NFKBIA,EFNA2,NR4A3,DLG2,DLG4,JMY,ACBD3,LRP10,B4GALT2,B4GALT3,KDM5B,ACADVL,ASNSD1,USP34,USP39,POLB,TMEM101,ZC3H7B,PDE4A,TMEM109,TOPBP1,RBM5,SCYL1,KDM6B,MAPK1IP1L,TSFM,KLF13,H2AFX,IQCE,OXSR1,TRNAU1AP,SENP3,CKAP5,KLF16,FAM189B,DDX19A,GAP43,FCHSD2,DDAH2,THRAP3,AKT1S1,TERF2IP,B4GALT7,B4GALT5,STOML2,STOML1,KDM3B,ATF6B,RGS16,MTIF2,DLL1,STRN4,U2AF1L4,THBS3,TBRG4,RMND5B,NXF1,GMDS,PPP2R3C,LEPROTL1,SAP30L,NT5DC3,BUB3,CDIPT,CAMK2G,ABCF3,REPS1,SPEN,KDM4A,PTCD1,PTCD2,WTAP,USP20,B3GAT3,BAD,SGTA,LCA5,USP28,XPNPEP1,CAPN10,RPS6KB2,BAX,RGS12,SSBP1,RGS11,RBMX,SSBP4"
+"gene_set_query"	"705"	"ZNF529"	"645.0"	"ARCHS4 Coexpression,1065;Enrichr Queries,659;GTEx Coexpression,211"	"CYFIP2,TCERG1,ATF2,ZDHHC5,HNRNPU,CISD2,JMJD1C,ENO2,EPRS,GPR173,RNF112,PSMD9,CAPNS1,DPYSL2,MYC,AKT3,BSG,AKT1,PRKACB,ATXN7L3,SOX4,CALN1,EPHA4,MEF2C,ATP6V1G2,IFRD1,CD3EAP,ANK2,MOGS,ANK3,ACTN4,CPT1C,MAPK8IP3,SND1,SCAMP2,RFX7,RUFY3,DDIT3,RUFY2,DDIT4,AKAP9,HECA,VPS25,CCDC82,ALG10B,TSPYL4,BEX4,STXBP1,FLII,NEDD4L,MTMR7,APH1A,CHTF8,PCBP4,B4GALNT1,SCN3A,SCAI,B4GALNT4,ZSCAN18,ATP6V0A1,PRRT1,JUN,ZRANB2,PRRT2,CADM1,BCL11A,SLC35E3,MICAL3,IRF2BP2,UPF3A,SNAP91,POU6F1,LAS1L,GIPC1,NMT2,CPEB4,ITM2C,PHF3,SMG1,BTG1,GDI1,GRIK2,PRPF19,NAT14,EPM2AIP1,TRIM9,FAM102B,PCLO,AKAP11,ENC1,SDF4,KIF1B,GPRASP1,JARID2,GPRASP2,GRIPAP1,UPF1,RPS6KL1,TMED9,PARP2,LRRC49,ZDHHC17,GNL1,PGM2L1,RHOB,CNKSR2,RNF144A,TUBB2A,PXDN,CD47,PLCB1,SGK1,VAMP4,TKT,DSCAML1,GAS7,SATB1,ICA1L,ADAM22,SEZ6,FAM117B,CENPB,FAM129B,RNF138,PES1,TMEM68,APBB1,YKT6,PURG,NKTR,RIC3,WDR17,GABBR1,BRF1,PLEKHA1,AGK,NMNAT2,ATAT1,ABI2,NFIB,TAOK1,TTC3,TCEA2,NUCB1,HDGF,PKN1,PNPLA6,ZFP28,GRINA,ANKRD13B,DGKE,CCNT2,CRTC1,FMR1,HDLBP,CYP46A1,IGF1R,SALL2,ZFP30,LAMP1,SESN1,ARHGDIA,POGZ,CFL1,SLC39A7,FADS1,PPP1R16B,USP5,ANGEL2,MAGI2,THOC1,TTC7B,TSC1,CASD1,RSBN1,PREPL,TMEM136,CACNB4,DMTF1,RAB35,CHMP4B,MATR3,TNIK,SRSF7,GRIA2,LRRC59,NDRG4,BHLHB9,RAB5C,TNKS,ARL3,NTM,CHRNA7,ANKRD12,CACNA1B,DTX3,KLC1,FBXO44,CORO1B,DPP3,EFNB2,ARHGAP21,ORC4,IRAK1,KIF3A,NACC1,CAMTA1,SRGAP3,RPRD1A,EVI5,SLC38A2,PDZD7,TRAPPC2,TMEM120B,SYT4,PRNP,AUTS2,ASNS,KLHL24,CORO2B,CLK4,PTPRD,AHI1,RALYL,GCLC,EFNA2,SH3BP5L,NBEA,HOOK2,HOOK1,GNB2,JMY,CNTN1,AAK1,MDM2,PLXNB2,NACAD,MDM4,GNB5,BRWD1,FGF13,OGT,NFE2L1,EIF4G1,CREBZF,DOCK3,WDR1,PRKCSH,TRADD,CHD6,PSIP1,ZFP82,ELAVL3,DUSP12,SEC61A1,SEPT9,LASP1,SENP5,SCRN1,PSD3,DNM1L,EID2B,EIF5A,PDPK1,RAD23B,ZFP90,PTBP2,DNM3,PTP4A1,TRAF7,VCAN,PTP4A3,CREB1,RER1,CTDSP2,POLR1B,AKT1S1,TERF2IP,LUC7L3,BCAT1,CAMK2B,RNFT2,NLGN2,CANT1,NRXN1,RAB1B,USP11,RBM4B,CRMP1,FAM169A,JAKMIP3,ADD2,JAKMIP2,SLC25A27,FBXL20,STOX2,MAPK8,ABLIM1,TAF1D,GANAB,U2AF2,POLR2D,FAM120A,TRIM46,NCAM1,FEM1C,ATP9B,CLASP2,BEND6,TTC14,SLC12A5,DDHD2,PDE4DIP,CDC42BPB,EFR3B,GDAP1,OXR1,TPD52L2,TNRC6C,CLCN6,SYT11,FAM131B,CARM1,MGAT4B,PDCD4,RGS11,P4HB,PDE7A,SSBP2,TRIM33"
+"gene_set_query"	"706"	"ZNF497"	"646.0"	"ARCHS4 Coexpression,1180;Enrichr Queries,367;GTEx Coexpression,391"	"SLC35B4,TRIO,CPNE5,ENO2,RNF112,SAMD14,DPYSL2,KIF21B,BSN,EPHB2,SAMD10,SOX4,CALN1,SRRM3,HES6,SRRM4,UNC13A,CIRBP,ARMC9,SOX11,WDR73,CPT1C,MAPK8IP2,MAPK8IP3,ANK1,EML1,TIAM1,EML5,STX1B,DDIT3,KCNQ2,ORAI2,HECA,ULK1,TMEM63C,CTBP1,TTYH1,STXBP1,FBF1,NEDD4L,ABCB8,MTMR4,PLA2G6,PRKCZ,TTBK1,PRPSAP1,FAM160B2,SYNGR1,FAM171A2,GSE1,DECR2,RBM10,RHBDL1,B4GALNT4,ZSCAN18,NAA50,NTNG2,CADM3,JUN,PRRT2,JUND,CADM1,SS18L1,ABCA3,NR2F1,PRRC2B,ABTB1,FASN,WNK2,CDK10,PSMG4,RCOR2,ITM2C,PIGU,TMEM151B,PTPRS,KCNC1,DOC2A,CITED2,FAM57B,TCF25,KCNC3,DIRAS2,PIGP,GRIK2,NAT14,SIPA1L3,PTPRF,MED17,SHF,TRIM9,MMP24,PCLO,TUBA1A,GPRASP1,RALGPS1,DFFB,GRIPAP1,LRRC45,RPS6KL1,PRMT7,ACTL6B,IFT140,LRRC49,AP3B2,DUSP6,MLF2,RHOB,RNF144A,NCOR2,KIFC2,PXDN,CANX,ARHGEF4,MAPRE3,GAS6,MPND,RNF165,SLC29A2,SDCCAG8,NFIX,AHCY,ICA1L,ADAM22,SEZ6,GDPD1,BEGAIN,CAMKK2,TM9SF3,ARVCF,CHN2,MFN2,CKB,RIC3,WDR17,NPM1,BRF1,DAB2IP,MIB2,LHFPL4,NMNAT2,TARBP2,TTLL1,TTC3,SNX15,SERBP1,YPEL1,TCEA2,PKN1,AGRN,YPEL4,TMEM229B,PRDM8,TOR2A,SLC27A1,ATP8A2,CRTC1,CLSTN3,SPPL2B,CLSTN1,ROGDI,ATN1,OGDHL,IPO7,CELSR3,SLC8A2,TM7SF2,TMEM145,SALL2,TUBB3,FBRSL1,SH3GL2,PPFIA3,STK32C,MEN1,KIRREL3,SH3GLB2,SEMA6C,GPT2,ADAM11,LMTK3,DYRK1B,VASH1,FOXP4,KCTD6,DISP2,BSCL2,ACAP3,CACNB3,CACNB4,ZFP41,SCN8A,DGKQ,MADD,TBC1D24,ANKS6,PDE9A,ANAPC2,RTN4R,LRRC59,BRSK2,CUL7,ISYNA1,SHC2,CHRD,CACNA1B,LTBP4,CACNA1A,SEZ6L2,FBXO44,CORO1A,PHF21B,SOCS2,SCRT2,SBNO2,KLC2,BTBD2,SRGAP3,VARS2,PDZD7,PLXNA3,RAP1GAP2,TMEM120B,SYT4,TRAPPC5,MARCH9,SYT7,ARHGAP33,EFNA2,HOOK2,HOOK1,REEP2,SPIRE2,TUBGCP5,GNB5,NFE2L1,MAP3K12,MXD4,PICALM,ZNF512B,GPSM1,PRR7,PRKCSH,ZC3H3,CELF3,CHD6,AFF3,PKD1,ELAVL3,AP4M1,AP1G2,ZC3H7B,SNRNP70,MDK,MCF2L,PSD3,SPEG,EVI5L,GALNT9,TRIM67,ADAMTS7,DIS3L2,ABCC8,PDPK1,SH2D3C,AMT,NAV1,ABHD14A,NAV2,RAD23B,DNM1,QTRT1,PTP4A3,TRAF4,CTDSP2,GFOD2,SLC25A14,CAMK2B,RNFT2,HCN3,STOML1,SRC,ANKS3,NRXN2,RBM4B,CRMP1,ZBTB45,DLL1,ADD2,THBS3,HSPD1,STOX2,CYTH2,DNPEP,TAF1C,VPS53,GNG7,TRIM46,NCAM1,EIF4B,KDM4B,SLC12A5,TRIM41,PCDH9,NICN1,ATP2B2,FBXL16,BAIAP2,EFR3B,MAPK11,SBK1,FAM131B,FAM131A,KCP,RGS12,SSBP2,MDGA1,CLUAP1,UNC79,METAP1"
+"gene_set_query"	"707"	"ZNF280D"	"646.3"	"ARCHS4 Coexpression,1288;Enrichr Queries,177;GTEx Coexpression,474"	"APP,ZMYND8,ARPC5L,DIXDC1,HNRNPU,JMJD1C,GCC2,RBPJ,EPRS,RPL8,GOLGA4,ALCAM,TRIM28,OPHN1,DPYSL2,AKT3,EPC1,EPC2,DIP2C,PRKACB,TMEM8B,TMPO,DDX17,MEF2A,MEF2C,WSB1,SCAF11,ZFP2,MTUS1,CIRBP,CD3EAP,DICER1,ANK3,ARMC8,SRRM1,RNF126,RFX7,PSME3,DDIT4,AKAP9,HECA,ATP6V0D1,RPL29,MACF1,DCUN1D4,MYCBP2,PIK3R1,RNPC3,HIF1A,INPP5B,MBTD1,APH1A,CYB5R4,PPP4C,RAB11FIP2,RIMKLB,SCAI,BBS1,JUN,ZRANB2,BCL11A,INTS3,SLC35E3,MAD2L1BP,MYO5A,SMARCA2,PBX1,PTK2,SRPK1,MLLT10,CCDC88A,ZZZ3,STAG2,WNK1,FUBP1,ID2,MAGED2,EZH1,ITM2C,PHF3,PHF2,NRP1,PIGU,PTPRS,CITED2,PHF23,MED19,SLC7A11,PRPF19,DDA1,NIPBL,AKAP11,ZMYM2,TRIM2,REV3L,SDF4,PCMTD1,CEP68,LYPLA2,UPF1,PBRM1,TMED9,SHPRH,TSC22D1,TCF12,SIRT7,ZDHHC17,DUSP6,MTSS1,MLF2,PHF20L1,SLTM,RPUSD1,PXDN,FAM20B,TMEM106B,HNRNPH3,CD47,GLCCI1,SGK1,AHCY,STX16,SATB1,NAPG,PCNP,BCLAF1,EXOSC4,ASNA1,NSD1,PES1,AP2S1,RICTOR,YKT6,MAP4K3,JAM3,NKTR,SUZ12,MON2,KIDINS220,PLEKHA5,GATAD2A,PPP1CA,MIB1,VEGFA,KTN1,RABIF,NFIA,NFIB,CAPZA1,CCNG2,ETNK1,NEDD4,RPA3,HDGF,PKN1,MPHOSPH8,FRYL,ZFP28,CCNT2,FAM13B,CEP120,ARID4A,PRDM2,ARID4B,CYP46A1,TOMM22,IGF1R,NRBP2,SMCHD1,CAPN7,PPIP5K2,SESN1,ARHGDIA,CFL1,POGZ,SMARCAD1,LZTS2,ARID2,SLC25A44,CSNK1G3,USP8,SLC38A1,RALGAPA1,MAGI2,TTC7B,THOC2,CASD1,KCTD5,FOXP1,ARMCX4,ARMCX1,PREPL,DMTF1,TBL1XR1,RAB35,ANAPC4,PHIP,MATR3,PPIG,ADNP,MAD1L1,LRRC59,RAB5C,ARHGEF25,NPR2,ANKRD12,PDS5B,PDS5A,ARHGAP12,ORC4,ATXN2,NACC1,UBR5,ANKRD10,SLC38A2,ATP6V1F,MPDU1,BPTF,ANKRD28,NEK9,OSBPL8,PRNP,TIA1,SMAD4,CPSF6,CBX5,CBX4,TRAPPC5,KLHL24,SMAD5,CLK4,CLK1,YRDC,LRCH2,ARPC2,HOOK2,CCPG1,HOOK1,GNB2,SP3,DNAJC10,NF1,MDM4,BRWD1,FGF13,NOP10,NFKBIB,EIF4G1,CREBZF,RERE,DIDO1,DDX49,PRKCSH,USP33,HP1BP3,PTEN,CHD6,PSIP1,HMGB1,CHD2,SYNE2,LMNB2,TTC28,SGCE,SENP6,SENP7,SPRED1,SGCB,GATAD1,TLK1,LRRFIP1,TNPO1,RBM5,EIF5A,SUN1,PPP1R12A,DST,PDPK1,ATRX,CTPS2,ARID1B,PTBP2,KLF16,LATS1,TRAF7,VCAN,CREB1,SETBP1,ASPH,NUP50,CTDSP2,POLR1B,RASA1,LUC7L3,ZMYND11,SOS1,SEC22C,NFAT5,ROCK2,RAB1B,LRP6,SLC25A27,ABLIM1,GANAB,U2AF2,CSK,ATP9B,CLASP2,TTC14,SEMA4A,NEGR1,LCA5,ATP2B4,PDE4DIP,DDHD1,MEIS2,OXR1,HNRNPAB,RAD52,SLC4A7,PDCD4,SSBP2,TNRC6A"
+"gene_set_query"	"708"	"POU4F1"	"646.7"	"ARCHS4 Coexpression,225;Enrichr Queries,684;GTEx Coexpression,1031"	"IPO13,CNTFR,APP,CCNI,STMN2,STMN3,STMN4,FNBP1L,PDCD2L,BACH2,DCAF7,LSM11,PSMD4,DPYSL4,SNRPD1,DPYSL5,ZMIZ1,DPYSL2,MYC,IGLON5,DPYSL3,STMN1,KIF21A,KIF21B,SOX4,SOX5,ARL10,EPHA5,EPHA4,SRRM3,MEF2C,TIPIN,RBFOX1,SRRM4,RBFOX2,CSNK2A1,CACNA2D1,SOX11,ANK2,CSNK1E,SOX12,ANK1,SFRP1,CARHSP1,KARS,BIN1,RUFY3,DDIT4,TAGLN3,BCORL1,TRIB2,LLGL1,RNF121,NRN1,TSHZ3,IGSF3,FOXG1,NPRL3,AGAP1,SLCO5A1,MRPL14,HTATSF1,FXR1,CYB5R1,NKAIN1,FAM171A2,PCBP4,NUP88,SCN3A,B4GALNT4,JUN,FZD3,CADM4,CADM1,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,MEMO1,NETO2,UBAC1,PBX1,PRRC2B,DCLK1,GADD45G,SMARCA4,MLLT11,MEX3B,MEX3A,VANGL2,H2AFY2,ID2,PKIA,ANP32E,INTS7,RCOR2,EZH2,CDKN1C,ROBO2,HBS1L,CSRNP3,PTPRS,GDI1,FAM57B,FAF1,DIRAS1,MRPL39,SLC7A11,PTMS,ROBO1,SMPD3,UCHL1,PPP3CB,TUBA1A,OTUD6B,NEFL,RAC3,NEFM,KIF1B,KIF1A,APC2,CCDC112,PARP1,ACTL6B,DUSP8,RGMB,DUSP6,PGM2L1,SREBF2,VAV2,PSMA6,MN1,TMEFF1,TUBB2B,KIF2A,PSMA2,KIT,PXDN,MAPT,HNRNPH3,SGK1,DBN1,RNF165,FYTTD1,DYNC1I2,SATB1,SATB2,ADCY1,PTN,HSPA14,CUX2,SERTAD4,PSMB2,CAMK2N1,GPC2,CCT8,BRD7,RUNX1T1,MAP4K4,RPRM,MYEF2,KIDINS220,PCGF2,YLPM1,UBE2G1,NMNAT2,MPP6,SLC8A3,NFIA,ABI2,PRKRA,NFIB,PSMC1,TTC3,YPEL1,MEGF8,CDK5R1,PRDM8,ANKRD13B,UBE2D2,CTNND2,CCDC28B,CELSR3,ACTG1,ATCAY,CDH2,KIF5C,TUBB3,BASP1,PALM,NRCAM,KPNA3,TMSB10,SH3GL2,LMO1,IGFBP3,VASH2,POU3F1,RUNDC3B,POU3F2,POU3F3,RNF40,TRAIP,CACNB1,OLFM1,ILF3,MYCN,PSPC1,GPRIN1,TNIK,TOX,GRIA1,KHDRBS1,SEMA7A,BRSK2,RTN1,PSMD14,NTM,CUL2,MAZ,CACNA1B,CACNA1A,BHLHE22,LRRC55,CAMSAP1,PHF21B,SOCS2,SCRT2,ARHGAP21,ORC6,BTBD1,UBR7,UBR5,OTX1,KIF3C,SLC15A4,PNPT1,AUTS2,CBX1,CWC15,NSG1,SCRT1,CNOT4,REEP1,ARHGAP33,COPS3,EFNA2,NR4A3,HOOK2,NSG2,LHX2,HOOK1,GNB1,CNTN2,LSM14B,YWHAE,PHTF2,SNAP25,GSK3B,CELF3,CELF4,CHD6,ELAVL4,CELF5,CHD4,YBX1,AFF3,SOBP,ELAVL2,ELAVL3,DUSP12,BCL7A,NUP62,GDAP1L1,MYO18A,CEP170,HIF1AN,TNPO2,YWHAG,TRIM67,HGSNAT,ADSL,EED,PDPK1,RAD23A,DUSP26,CKAP5,SEPT3,GAP43,VCAN,PTP4A3,SFPQ,CDH11,DCX,EIF4E2,GAPDH,INA,AGPAT5,CAMK2B,HDAC2,NLGN2,RGS16,CXXC1,CRMP1,DLL1,NCALD,AGPAT4,STOX2,CACNG7,GNG3,MAPK8,IGFBPL1,GNG2,FIP1L1,NT5DC2,POLR2D,NCAM1,CDIPT,HNRNPA0,NTRK2,LINGO1,MARCKSL1,RNGTT,AMFR,FBXL19,USP22,ADRM1,PCDH8,DDHD1,MEIS2,NELL2,SBK1,CARM1,ASXL3,NOVA2,POLE3,SPRY2,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"709"	"JRK"	"647.0"	"ARCHS4 Coexpression,424;GTEx Coexpression,870"	"MDC1,ANKLE2,TRIO,VARS,TRRAP,HNRNPU,GPATCH8,HERC2,TRIM28,MPRIP,RAVER1,PWWP2A,AKT1,ATXN7L3,SRRM2,DDX17,MED1,ATP6V1G1,NUP210,MOGS,SCRIB,GTPBP2,HCFC1,PRR12,SF1,NUP205,POM121,AARS2,PAXIP1,CTR9,LARP1,DHX33,PDCD11,PCBP2,DHX37,GSE1,PIP5K1A,SYMPK,TNRC18,PLCG1,ZBED4,SLC19A1,SETDB1,INTS1,INTS3,RCC2,SETD1A,MICAL3,PBX2,HARS2,PRRC2B,PRRC2A,HNRNPL,NPLOC4,DUS1L,CDK13,SUGP2,SETD5,SMG1,DAZAP1,PTPRS,TCF20,PRPF19,PFAS,SMG5,RPTOR,XPO1,CIC,ZIK1,DFFB,UPF1,BRD2,PRMT7,NCOA5,SREBF2,DDB1,NCOR2,MRPL53,NCOR1,KPTN,LRRC14,SF3B3,WDR24,SLC7A1,CENPB,NOL6,HIRA,NSD1,BRD9,ANKRD52,HEATR6,EXOSC2,DYNC1H1,HUWE1,TARBP2,BOP1,MPHOSPH9,MYBBP1A,MARS,SGSM2,TAOK2,HDGF,PHRF1,SRP14,EDC3,EDC4,STK11,KHSRP,POGZ,CEP250,SMARCAD1,LZTS2,SBF1,MEN1,GTF2I,BIVM,TSC2,TSC1,RNF40,ATXN2L,ILF3,RALGAPB,ZFP41,HNRNPUL1,SCN8A,ANKS6,ADNP,SNRNP200,KPNB1,ANAPC1,ANAPC2,CUL7,ANKRD11,MAZ,UBR4,PRPF8,SUPT6H,ACACA,RAI1,UBR5,NACC1,EP400,ABL1,VARS2,ANKRD28,ACBD6,TMEM120B,CPSF7,CPSF1,FUS,SEC16A,CBX2,ZBTB12,NUP153,DNAJC14,EEF2,AP4B1,CHERP,ZFP62,CNOT1,PLXNB2,TUBGCP4,TCF3,LSM14B,PICALM,EIF4G1,CREBZF,ZNF512B,DIDO1,KDM5C,RBM26,NUMA1,LDB1,ZC3H4,CELF1,PRKCSH,CHD4,CHD3,LMNB2,LMNB1,CABIN1,PPP1R9B,SEPT9,SART3,SNRNP70,ZC3H7B,PPP6R1,SNAPC4,WDR5,UBTF,DGCR8,TNPO2,POLG,RBM14,NCBP1,ABCC5,CAD,RANGAP1,ARID1A,SENP3,REXO4,ARFGAP1,DNM2,GIGYF1,TRAF7,SFPQ,DNAJC9,DCTN6,GTF3C1,GTF3C4,POLDIP3,RBM4B,LENG8,FOXK2,FOXK1,STRN4,USP19,MLLT6,GANAB,MTA1,CCDC85C,GNG5,U2AF2,RBBP5,BEND3,DROSHA,MTA2,UGGT1,SH2B1,SPEN,USP21,EYA3,USP22,FBXL19,SSRP1,MTOR,ASXL1,MCM3AP,NEURL4,ERCC3,ERCC2,ACIN1,RBM45,TRIM32,TNRC6A,EIF3B"
+"gene_set_query"	"710"	"FOXN2"	"648.0"	"ARCHS4 Coexpression,525;Enrichr Queries,334;GTEx Coexpression,1085"	"GMFB,SMARCB1,TFRC,KDELR1,HNRNPU,JMJD1C,RBPJ,EPRS,BACH1,ACTB,PREX1,SCAMP4,RASSF2,ALCAM,DPYSL2,MYC,FGFR1OP2,BSG,LONP1,DAG1,PIP4K2A,AP1S1,SLC12A6,IER5,AGFG1,SLC12A9,TMPO,WSB1,ARRDC3,DAPK3,PTOV1,CD3EAP,SCRIB,CSNK1E,TMEM170B,ATG12,EML4,DDIT4,HECA,FAR1,OBSL1,CTXN1,ANP32A,DCUN1D1,PIK3R2,PIK3R1,HIF1A,PGS1,UGCG,GNG10,CYB5R4,SPAST,MIER1,NRBF2,HIVEP2,ST3GAL2,SNX6,JUN,TMEM184B,EDEM1,RDX,IRF2BP2,EIF1,SMARCA4,SETX,ABTB1,STAG2,ID2,GIPC1,GRB2,FBXL3,FBXL5,CPEB4,ITM2C,CDK16,CDC42SE2,DDR1,SMG1,PIGU,CDKN1B,BTG1,SH3KBP1,CITED2,SLC7A11,PTPRF,PTMS,XPO1,SPTLC2,DHX15,REV3L,SDF4,RAC1,JARID2,JAK2,PCMTD1,DLGAP4,CAP1,MMD,TCF12,NCOA4,TET2,WDR34,FAM126A,RAB33A,DUSP6,RAB33B,RHOB,MLF2,ENAH,SLC7A5,ZEB2,AFTPH,VAMP7,TMEM33,CDC42EP3,PXDN,PELI1,ARHGEF2,SGK1,ATP6V0C,DBN1,ARF6,SLC20A1,ADCY6,GNAI2,BCLAF1,SH3BGRL,TMEM169,NFIL3,SERTAD2,GPC1,USP1,RICTOR,ZSWIM6,SHOC2,BID,RNF130,PAK2,EPS15,SF3B1,SUZ12,NPDC1,PLEKHA1,RIOK3,CSNK1A1,PCGF2,DAB2IP,AP3D1,SCAF1,VEGFA,SPCS3,ITCH,NFIA,NFIB,TAOK1,ETNK1,CAPZA1,CCDC6,PKN1,KBTBD7,MEGF8,FRYL,MEGF9,OTUD4,FAM49B,MTCH1,CHPF,CD81,CLSTN1,ATN1,SLA,ARID4A,ARHGAP39,FAM107B,PPP1CB,SMCHD1,KIF5B,CFL1,COTL1,DENND5A,KPNA4,LZTS2,ARID2,SH3GL1,IFNAR2,SLC38A1,MORC3,AGTPBP1,MAP2K2,STX7,PPP1R16A,ADAM10,ZBTB34,ATP11B,FOXP1,ACAP2,DMTF1,TBL1XR1,TMX1,WDFY3,PHIP,SRSF6,ARL8A,IFNAR1,FKBP5,PXK,ISYNA1,PFKFB3,CD151,CBFB,INSIG1,ANKRD12,ITPR1,UBR2,STK4,LIN7C,SEZ6L2,CORO1A,CSF2RA,NDRG1,RTN4,SDCBP,KLC2,PITRM1,DVL1,BTBD2,NACC1,SLC38A2,SKIL,QSER1,MCL1,CD276,IVNS1ABP,OSBPL8,HSPA8,PRNP,TMEM132A,CRIM1,ARPC5,KLHL24,MARCH7,LSM4,AZIN1,NFKBIA,LSM6,EFNA2,HOOK2,HOOK1,SP3,PLXNB2,UBA1,NFE2L1,PICALM,RNF187,ITGB1,B4GALT2,DDX3X,RNF13,PRKCSH,CELF2,MAST2,PTEN,PIK3CD,GTDC1,SLC2A3,ARRB2,RND3,SPRED2,DUSP12,SPRED1,MDK,ZC3H7B,PPP6R3,PDE4B,TLK1,CEP170,LRRFIP1,TNPO1,ACTR3,ACTR2,KLF13,PDPK1,GPCPD1,DCK,YWHAZ,EPN1,PTP4A1,PPM1A,TRAF7,VCAN,CREB1,CTDSP2,POLR1B,PPDPF,AKT1S1,BIRC6,SFT2D1,SOS2,RBM22,NFAT5,PPP1R15B,USP15,RGS19,NLGN2,ROCK2,VPS4B,DDX21,WIZ,ASAP1,MLLT1,TOB1,GNA13,DNPEP,MTA1,CHSY1,GNA11,NT5DC2,FCHO2,BNIP2,FEM1C,VHL,MAPK6,PDLIM7,USP24,RBM39,PLCL2,PDAP1,PTPN12,CDC42BPB,OXR1,SLC4A7,KLF7,NIN,MARCKS,KLF6,SNRK,UFM1,PSAT1,SMAP2,BCAR1"
+"gene_set_query"	"711"	"FOXO6"	"648.7"	"ARCHS4 Coexpression,1075;Enrichr Queries,376;GTEx Coexpression,495"	"CPNE5,IFT172,HDAC11,TESK1,ENO2,BACH2,GOLGA2,GPR173,PREX1,DPYSL2,ZMIZ2,CDK20,DAG1,KIF21B,EPHB2,EPHB1,IER5,SOX4,CHGB,TMEM8B,TSPYL2,HES6,EPHA4,UNC5A,LIMCH1,PTOV1,SOX11,SCRIB,ANK3,SOX12,ANK1,HCFC1,THAP7,IFT81,DDIT4,PRR12,CTXN1,MEG3,CUTA,RTEL1,BEX2,NUMBL,NRN1,MEAF6,DHX8,TSHZ3,TMEM63B,MAGED1,PIK3R2,PIK3R1,AAAS,HTATSF1,GIGYF2,IGSF9,NUAK1,FAM171A2,PGBD5,GSE1,TNRC18,ZSCAN18,BBS1,JUN,PHC1,ZRANB2,CADM1,BCL11B,INTS1,ZFR2,LRRN2,BCL11A,INTS3,PDE2A,NR2F1,XRCC1,MICAL2,MEX3D,PRRC2B,TMEM198,GADD45G,PRRC2A,MEX3B,CALY,PTK7,ID2,WNK2,CCDC88C,PPP1R1B,MAGED2,FBXL2,FAT4,DZIP3,ITM2C,CDKN1C,PHF2,PIGU,CETN2,PHF1,PTPRN,GRIK3,AP2A1,PTPRF,PTMS,SMPD3,SMPD4,SLC22A17,GPR137,GPRASP1,CIC,GPRASP2,BBS4,GIT1,TMED4,PARP6,IFT140,EXOC7,PRPF40B,NME3,AMPD2,DUSP6,MTSS1,SREBF2,MLF2,RHOB,NCOR2,MN1,TMEM179,MPPED2,KIT,PXDN,RHOU,CRELD1,MAPT,SGK1,GAS8,NFIX,SATB1,CRIP2,PRICKLE1,ADCY1,PTN,AKAP1,NRAS,CUX2,CAMK2N1,PAK3,RUNX1T1,RIC3,MBD6,MYEF2,SF3A2,WNT7B,MIB2,MIAT,SCAF1,VEGFA,NFIA,NFIB,KIF26A,CCDC9,TTC4,SGSM2,TTC3,RIMBP2,CDK5R2,FHOD3,MTCH1,ANKRD13B,ATN1,ARHGAP39,CLU,CELSR3,TUBB3,ADORA1,FBRSL1,LZTS2,PPFIA3,STK32C,LMO1,KIRREL3,IGFBP3,SPNS2,IGFBP2,TSC2,DYRK1B,POU3F1,FOXP4,TMEM130,SRCIN1,ARMCX4,OLFM1,ARMCX2,MYCN,HNRNPUL1,MORF4L2,EEF1A2,SCG5,FSCN1,TOX,RTN4R,FKBP2,CUL7,CCDC24,NXPH4,MAZ,ARL1,LTBP4,CACNA1A,DTX3,NDRG1,PLD3,CACNA1H,RAP1GAP,PHF21B,CACNA1G,GLIS2,SLC9A1,EFNB2,RAI1,PCSK1N,NACC1,PLXNA2,CDH24,ZC3H18,DVL3,PLXNA4,PLXNA3,BCL9L,KLHL29,RAP1GAP2,CPSF7,AUTS2,RHBDD2,TMEM132A,NSG1,TRAPPC9,CORO2B,SYT7,CHERP,LRFN3,ARHGAP33,GNAO1,AHI1,EFNA2,NR4A3,LRFN4,HOOK2,LHX2,HOOK1,GNAS,IFT27,LRCH4,LSM14B,EIF4G1,ZNF512B,RERE,PRKCSH,MAST2,CELF3,CHD6,CHD5,CELF5,NENF,PTPN23,TMEM191C,TRO,DUSP12,MDK,MCF2L,WDR6,PMEPA1,PELP1,HSDL1,REXO1,PDPK1,NAV2,RANGAP1,POMGNT1,ARFGAP1,PTP4A3,NUP50,CTDSP2,PPDPF,AKT1S1,CDH13,IFT46,SLC25A14,SHANK2,CAMK2B,SMARCD3,NLGN2,ANKS3,USP11,CRMP1,ATP1A3,NRXN2,SEMA3F,DLL1,HDAC6,STRN4,SLC25A27,MTA1,MGAT5B,NNAT,SPOCK1,NCAM1,PCDH1,FBRS,BEND5,SH2B1,TTC14,TUB,LINGO1,USP20,FBXL19,PCDH8,MEIS2,NELL2,SLC4A8,NEURL4,PPP2R2C,TSPAN18,CARM1,INSM1,MDGA1,UNC79,SSBP4"
+"gene_set_query"	"712"	"ZBTB38"	"649.7"	"ARCHS4 Coexpression,878;Enrichr Queries,500;GTEx Coexpression,571"	"NCKAP1,TRIO,TFRC,ZMYND8,JMJD1C,TXNDC11,GPATCH4,PHAX,EPRS,ALKBH8,GLS,RPS15,GOLGA3,EFR3A,GOLGA4,ALCAM,MPRIP,ZMIZ1,DPYSL2,MYC,AKT3,SOX4,MED1,MEF2C,ST6GAL1,LIMCH1,ACTN1,ARRDC3,RECQL,MTUS1,CD3EAP,AFAP1,ANK3,ACTN4,ANK1,GTPBP4,TWSG1,PRKD3,ZC3H11A,ZSCAN21,DDIT4,YME1L1,HECA,MACF1,MYCBP2,NEDD4L,TWF1,PIK3R1,HIF1A,MTDH,NUAK1,DHX33,LARS,RRS1,RDH14,HIVEP2,MAP4,ST3GAL1,RAB11FIP5,EDEM3,JUN,PLK2,EDEM1,H3F3A,MICAL2,SMARCA2,AIMP1,SETX,EXT1,PCDHGA11,STAG1,ZZZ3,WNK1,ID2,CALU,DHX29,FAT4,CPEB4,ITM2C,NRP1,PIGU,TRAM1,PHF20,CITED2,SETD7,CLTC,SLC7A11,BMI1,PANX1,AKAP12,AKAP11,TRIM2,ENC1,KIF13A,REV3L,TIMP2,ANXA6,RIOK2,TMED7,RRP15,JAK1,CDV3,TSC22D1,SSR3,RRAS2,ASH1L,BAZ1B,FAM126A,DUSP6,MTSS1,MLF2,RHOB,NCOR2,SLC7A5,ZEB2,CSDE1,CDC42EP3,PXDN,CANX,SGK1,GART,ERGIC1,HEATR1,SDAD1,FAM129B,FLNA,RPL15,PAIP1,PCGF6,CENPV,YTHDF3,USP9X,MTX3,GTF2H1,SYNJ2BP,BYSL,VEGFA,KTN1,RSL1D1,DPY19L1,NFIA,NFIB,APEX1,TSR1,TRIP12,PKN1,RAB3GAP1,UBE3C,HDLBP,UBE3A,CWC27,FBXO22,IPO7,ALDH1L2,IGF1R,SLK,SALL2,KIF5B,CWC22,CAPN2,AZI2,KPNA3,SBF2,PPP1R16B,SLC38A1,TPM4,TMOD3,TPM1,LMO7,ATP11B,ATP1B1,FOXP1,CLIP1,TMX3,TBL1XR1,SNRPF,ANAPC1,RAI14,FTO,SEMA7A,PFKFB3,NDUFB11,ABHD2,ANKRD12,SEL1L,ITPR1,TARS,UBR3,UBFD1,UAP1,UBR1,RPF2,NDRG1,TAF5L,RTN4,ARHGAP21,RNASEH1,PITRM1,DNAJC21,BRIX1,LLPH,SLC38A2,SKIL,MCL1,TXNDC5,ANKRD28,PRNP,ATP8B2,CBX2,CPSF2,CRIM1,BFAR,DNAJC13,KLHL24,EIF2S2,EIF2S1,LSM4,KLHL20,NFKBIA,DLG1,SLC7A6OS,EFNA2,HOOK2,HOOK1,COPS2,MDM2,IARS,CLPTM1L,COPS8,SERINC3,LRP12,NFE2L1,ITGB1,MCFD2,ASNSD1,PRKCSH,DOCK9,WDR3,CELF2,USP34,CHD6,TRIAP1,RND3,AFF4,SYNE2,DUSP12,SEC61A1,ZC3H7A,MDK,PSD3,PMEPA1,LRRFIP1,TNPO1,ARHGEF12,PCDHGA4,DST,PDPK1,PDE4D,SECISBP2L,ATRX,ZFP91,VEZF1,NAV1,NAV2,ARL4C,DDX19A,VCAN,PTP4A3,ASPH,THRAP3,IMPAD1,CTDSP2,BIRC6,CRK,USP14,NFAT5,SEC23A,ROCK2,WBP4,MAK16,ASAP1,ABLIM1,TAF1A,FAM120A,FEM1C,ABCF2,HNRNPA1,UGGT1,TRIM44,MARCKSL1,PTCD2,TMEM30A,TXNRD1,ATP2B4,CDC5L,PDE4DIP,PTPN11,ATP2B1,NELL2,KLF7,MARCKS,KLF6,POLR3D,ERCC8,CEBPZ,NAA15,VIM,ATP13A3,ABCE1,TRIM32,EIF3A,MBTPS2"
+"gene_set_query"	"713"	"ZFHX2"	"650.7"	"ARCHS4 Coexpression,253;Enrichr Queries,216;GTEx Coexpression,1483"	"TDRKH,CYFIP2,CNTFR,TRIO,MYT1L,ZMYND8,STMN2,STMN3,STMN4,BACH2,PREX1,GPR173,RUSC2,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,IGLON5,DPYSL3,DPF1,KIF21B,BSN,NCKAP5,SOX4,SOX5,ARL10,EPHA4,SRRM3,SRRM4,RBFOX2,NUP210,DAPK1,PTOV1,RFX3,CD3EAP,ISLR2,ANK2,SOX11,ANK3,SOX12,CPT1C,ANK1,IFT81,RUFY3,DDIT4,HECW1,TBPL1,HECA,ULK1,SIK1,TAGLN3,PRR12,CTXN1,GPM6A,BEX2,NUMBL,TTYH3,BEX1,IGSF3,NEDD4L,AGAP1,PIK3R1,KALRN,TTBK1,DHX30,PTDSS2,NKAIN1,FAM171A1,FAM171A2,GSE1,AMZ2,TNRC18,HIVEP2,SCN3B,RAB11FIP5,ZSCAN18,SRPK2,ABCA2,JUN,FZD3,PRRT2,CADM1,BCL11B,BCL11A,ABCA3,ST8SIA2,PDE2A,H3F3A,MICAL3,NR1D1,PBX1,PRRC2A,GADD45G,SMARCA4,MLLT11,SLC6A6,CCDC88A,MEX3B,MEX3A,STAG2,ID2,WNK2,FXYD6,RCOR2,DZIP3,SUGP2,BAP1,ITM2C,GABRB3,NRP1,PIGU,GDI1,FAM57B,CITED2,GRIK5,KCNC3,SIPA1L3,NAT14,ROBO1,AKAP12,JPH4,SMPD3,UCHL1,PCLO,TUBA1A,TRIM2,ENC1,GPR137,CIC,JARID2,DLGAP4,APC2,CCDC112,RPS6KL1,TSC22D1,TET2,ANO8,DUSP6,MTSS1,PGM2L1,MLF2,RHOB,NCOR2,TUBB2B,ARHGEF9,TUBB2A,KIT,PITPNM2,PXDN,MAPT,SGK1,RNF165,ELOF1,NFIX,SATB1,DOT1L,NEDD8,ADCY1,GGA1,ARVCF,TCEAL5,TMEM169,CAMK2N2,GPC2,BRD8,CKB,CTNNA2,PAK3,MEF2D,SRSF12,RUNX1T1,MPP3,PCGF2,DAB2IP,PLEKHA6,SORBS2,TTC9B,SORBS1,NMNAT2,VEGFA,AGBL5,ATAT1,NFIA,ABI2,MORN4,NFIB,APEX1,NEDD4,TTC3,PKN1,AGRN,CDK5R2,ANKRD13B,MIDN,ATP8A2,CLSTN3,WWC1,CTNND2,FRY,ACRBP,CELSR2,CELSR3,IGF1R,ATCAY,SALL2,KIF5C,TUBB3,BASP1,KHSRP,KIF5A,FADS1,TLE4,PCYT2,ANKRD45,APLP1,FRMD4A,ATP1B1,SRCIN1,PIAS2,POU3F3,FOXP1,CLIP3,CACNB3,FSCN1,AMPH,LY6H,FAM92A,BRSK2,KHDRBS3,RTN1,ARL3,CLEC16A,CACNA1A,CACNA1C,DTX3,SEZ6L2,NDRG1,LRRC55,SPATA7,CACNA1H,PHF21B,SOCS2,SCRT2,KIF3A,TCTEX1D2,PLXNA2,NDN,SRGAP3,KIF3C,ZC3H13,MARK4,SRGAP1,BCL9L,BPTF,RAP1GAP2,SYT5,KLHDC3,PRNP,AUTS2,ODF2,CCDC136,PTCH1,IFT122,NSG1,CORO2B,SYT7,SCRT1,DNAJC18,GNAO1,ARHGAP33,BCL9,EFNA2,NR4A3,HOOK2,NBEA,NSG2,HOOK1,LHX2,REEP2,SPIRE2,IFT27,PLXNB1,NACAD,CNIH2,EIF4G3,RERE,DOCK4,PRKCSH,POMT1,CELF3,CHD6,CELF4,ELAVL4,CELF5,SOBP,RND2,FBLL1,TMEM191C,ELAVL2,PIK3C2B,ELAVL3,DUSP12,MCF2L,GDAP1L1,PMEPA1,KDM6B,DST,PDPK1,IQCE,UBE2QL1,NAV1,NAV2,ARID1A,NIPSNAP1,SEPT3,PTP4A3,GAP43,DALRD3,DDAH2,CTDSP2,C1D,LUC7L3,SSX2IP,INA,SHANK2,AHDC1,SHANK1,CAMK2B,RNFT2,NFAT5,HCN3,NLGN2,DDX25,CXXC1,LENG8,NRXN2,CRMP1,MFF,PPM1E,DPCD,ADD2,AGPAT4,STOX2,CACNG7,GNG3,CACNG8,SV2A,PHKG2,TRIM46,NCAM1,FSD1,IGF2BP2,PCDH1,SPEN,LINGO1,MARCKSL1,B3GAT1,ATP2B4,LRWD1,MEIS2,CABLES2,NELL2,TNRC6C,SLC4A8,IRGQ,NFASC,SBK1,NOVA2,INSM1,MDGA1,SSBP3"
+"gene_set_query"	"714"	"ZNF623"	"650.7"	"ARCHS4 Coexpression,864;Enrichr Queries,406;GTEx Coexpression,682"	"NCKAP1,ANKLE2,FCF1,GPATCH1,HNRNPU,JMJD1C,EPRS,GPATCH8,ACTB,ALKBH8,UBE2L3,HERC4,CDC23,PSMD5,DPYSL2,MYC,AKT3,LONP1,GLUL,RNF111,SOX4,MED1,SCAF11,ARRDC3,IFRD1,RECQL,CIRBP,CD3EAP,TALDO1,FAM133B,DDIT3,GPR161,ZSCAN21,DDIT4,UQCRC1,YME1L1,HECA,PFN1,AURKAIP1,ALG10B,ATF4,GNE,DHX8,NEDD4L,XPC,PIK3R1,OAZ1,MTDH,MRPL11,GJC1,HMGXB4,DHX33,BLOC1S1,ATP6V0A2,TRPM7,ST3GAL1,SERF2,SCAI,JUN,PRELID1,JUND,PLK2,INTS2,SLC35E3,IRF2BP2,BRI3BP,PRDX6,PTK2,MED13L,EXT1,PCDHGA11,STAG1,ZBTB6,ZZZ3,EIF6,WNK1,ID2,NDUFAF3,DHX29,NOL11,AVL9,ITM2C,NRP1,SETD2,SMG1,PIGU,CITED2,PPP1R10,MRPS12,CTCF,VLDLR,AACS,MED17,HERPUD1,HINT1,ZMYM2,MED13,ENC1,DHX15,REV3L,UBXN7,RIOK2,JARID2,UTP14A,UPF2,PRMT5,NCOA2,WDR36,PBRM1,SHPRH,NUDC,GSTO1,TSC22D3,BAZ1B,CBFA2T2,DUSP6,MLF2,RHOB,SLC7A5,SIKE1,ZEB2,NCOR1,PXDN,PGAM5,SGK1,NAPA,CSTB,SF3B5,SATB1,HEATR1,TIMM13,NOL8,NOL9,UQCR11,UQCR10,COX5A,BCLAF1,NFIL3,TMEM65,NSD1,LMAN2,PSMB1,AP2S1,HEATR6,BCAP31,DYNC1H1,YTHDF3,MTX3,GTF2H1,VEGFA,PPP1CA,KLHL9,KBTBD4,RSL1D1,XPOT,ABI2,DPY19L3,NFIB,CCNG2,TAOK1,NEDD4,NDUFAB1,TSR1,RAB3GAP2,GOPC,PKN1,RAB3GAP1,GRINA,NDUFA13,PRDM4,UBE3C,NDUFA11,FBXO22,IGF1R,ZFP30,SESN1,CWC22,POGZ,EP300,FADS1,GTF2I,NOM1,SLC38A1,USP4,UBE4A,FBXO11,SDHB,RBX1,COX6B1,FSCN1,MAPKAPK5,ADNP,ANAPC1,FKBP5,SNRPB,ANKRD17,DDX6,PFKFB3,INSIG1,TOR1AIP2,PDS5A,NDRG1,ORC5,SBNO1,ORC4,RNASEH1,UBR5,ZKSCAN3,ABL2,SLC38A2,SKIL,ZKSCAN1,PDZD7,BCL9L,MCL1,BPTF,ATP6V1F,ANKRD28,SMAD2,PRNP,TMEM120B,UBE2H,CBX4,ASNS,DNAJC13,ZBTB12,ZBTB11,KLHL24,AZIN1,NFKBIA,H1F0,SLC7A6OS,HOOK2,APPBP2,YEATS2,ZFP62,HOOK1,ARPC3,DNAJC10,GNB4,SPIRE2,MDM4,BRWD1,LRP12,NOP10,MAP3K12,DIDO1,RBM28,PRKCSH,WDR3,COX4I1,USP34,CHD6,ADAR,TRIAP1,DUSP12,SART3,CAPZB,PPP2R5E,RB1CC1,OPA3,PMEPA1,DACT3,TNPO1,TNPO3,HSP90AA1,NCBP1,GPX4,PDPK1,ATRX,NAV1,ARID1B,ZFP90,DDOST,LATS1,PTP4A3,PIK3CA,DAD1,CTDSP2,POLR1B,DNAJC9,BIRC6,PPP1R15A,PPP1R15B,NFAT5,GTF3C3,GTF3C4,PARG,SLC3A2,ASAP1,FOXK1,HSD17B10,FBXL20,DNAJB1,DNPEP,TAF1B,GNG5,RBBP5,POLR2B,DDT,TGS1,VPS53,TAF1A,POLR2D,SLIT1,POLR2E,IGF2BP3,FEM1C,RPP14,ATP9B,TRIM44,CLASP2,POLR2L,MLXIP,MARCKSL1,PTCD2,TRIM41,RPRD2,OXR1,KLF7,IRGQ,KLF6,PSAT1,POLR3D,SNRNP48,NAA15,R3HDM1,TRIM32,TAF2,EIF3A,MBTPS2,TAF1"
+"gene_set_query"	"715"	"KLF1"	"651.2"	"Literature ChIP-seq,8;ARCHS4 Coexpression,871;Enrichr Queries,977;ReMap ChIP-seq,46;GTEx Coexpression,1354"	"TFRC,EHMT2,ITSN1,GHITM,LSM10,SCAMP4,KRTCAP2,LSM12,CAPNS1,RAVER1,AKT1,SAMD10,CHID1,STARD3,HES6,GABARAPL2,DAXX,NGDN,SCAMP3,MYL6,PRKAR1A,DDIT3,CLNS1A,DDIT4,PSME1,UQCRC1,JTB,PSME2,RBCK1,ATF4,SF1,SLBP,TSTA3,SET,ABCB6,SAR1A,SAR1B,SHMT2,TARSL2,NPRL2,NPRL3,AGAP2,ABCB8,MRPL14,AGAP3,AAAS,MRPL12,OAZ1,MRPL13,ADAMTS10,GABARAP,MRPL11,PRPSAP1,RHOT2,RNF215,PRKAR2B,PIP5K1A,PSMF1,PUSL1,RHBDL1,HEXIM1,JUN,CADM3,PRRT2,PRPF38A,EIF2AK1,NCAPH2,MRPL27,PBX2,MRPL28,CS,ABTB1,TBL3,QARS,NMT1,HYOU1,PSMG1,SFXN1,EZH1,LGMN,EZH2,ARF3,PIGO,PIGQ,RPLP1,MRPL38,MRPL37,MED16,MRPL34,SHB,ECSIT,BBC3,DDA1,MRPL33,MED12,PCMTD2,TRMT112,TUBA1A,ATIC,FASTK,TCP11L2,RPLP2,SH3BGRL3,APC2,LYPLA2,DUSP1,SPHK2,GSTO1,IFT140,TEX10,ACTL6A,MRPL49,SLC39A13,SIRT7,GMIP,DUSP8,DYNLL2,MED29,DUSP6,SRP9,SIRT3,SLC7A4,PSMA5,MED22,SLC7A5,MRPL53,MED25,PSMA3,PSMA4,PSMA1,PSMA2,CDC42EP4,PXDN,RAPGEF1,TUT1,SLC29A1,PAFAH1B3,VAMP2,ERGIC1,ARF6,LRRC14,RNASEK,ELOF1,OAT,ODC1,SRRT,DLST,CCNDBP1,SLC7A1,MRPL54,TMEM70,GGA1,PSMB7,PSMB4,PSMB5,TCOF1,PSMB3,LEO1,FLNA,HARS,SAMD1,RPS27A,CENPT,ATAD1,MBD3,LRRC24,MDH1,MDH2,SNX22,BYSL,SKI,SPSB3,NUDT21,PSMC5,ABCB10,CCDC9,SNX17,PSMC4,APEX1,SNX15,SERBP1,PSMC2,UBAP1,TSR1,UBAP2,PKN1,AGRN,YPEL4,CRAT,YPEL3,FRYL,UBE2D2,ATN1,MPV17L2,APEH,HDDC3,FADS3,FADS2,STK11,SMCHD1,FNTA,UROD,RUVBL2,STK16,RUVBL1,NUDT19,PMPCB,PIM3,KPNA2,FADS1,BNIP3L,SLC38A1,FBXW5,PCYT2,DGAT1,CISH,UBE2E3,PPP1R16A,UBE2E1,SARS,LENEP,CDC25B,FTSJ3,TPST2,ACAP3,MINPP1,ACLY,TXLNA,MSH2,SLC9A8,SRSF2,SRSF3,SRSF4,SQSTM1,ANAPC2,LY6E,SRSF9,FTO,KHDRBS1,LRRC59,RNASEH2A,UQCRB,MAZ,GMPS,ISG20L2,CORO1A,CORO1B,ACAT1,CORO1C,NDOR1,PGK1,SMYD2,EIF4EBP2,E4F1,EVI5,TXNDC5,BRPF1,GOT1,UROS,HPS1,GOT2,EEF2,UCKL1,DRAP1,MFHAS1,IBTK,SH3BP5L,LRCH4,NFE2L1,ZNF512B,SLC25A3,HSP90AB1,ARRB2,ETFB,NRGN,AP4M1,ALAD,MRPL3,ZNRD1,CAPZB,SUMO1,SUMO3,MDP1,ARL5A,UNKL,CTNNBL1,DGCR2,PELP1,UNC45A,EIF5A,SH2D3C,RAD23A,ARFGAP3,RAD23B,NSMCE4A,SLC25A17,HAX1,TMBIM4,SLC25A5,GAPDH,SLC25A11,BCAT2,PPP1R15A,SEC23A,NDUFB3,PRCC,CXXC1,ZBTB45,SRM,TSPAN31,NCLN,U2AF2,SH3BP2,FCHO2,TRIM46,EIF4H,E2F4,HNRNPA1,SLC25A22,UBQLN4,EIF4E,EIF4B,SH2B1,GADD45GIP1,CYB5B,PPP1R14B,TRIM41,SSB,NDUFA5,FEM1B,NDUFA4,CNBP,MBOAT2,RPL23A,MCOLN1,HNRNPAB,MCM3AP,SLC25A39,SUCLA2,TRIM35,STUB1,PDCD2,P4HB,ATXN10,SEC24C,EIF4A1,KDELR1,CCNH,PPAN,PREP,ZDHHC8,IFI30,ACTB,NUDT3,CYB5D1,NUDT4,NUBP2,RASSF1,TRIM28,HERC1,SNRPD2,SNRPD1,CDC26,BSG,CCNL2,TRIM27,ECH1,PAQR3,CIRBP,TALDO1,CSNK1D,MOGS,MIF,MFSD11,ANK1,THAP3,CDC34,CFDP1,THAP7,KCTD10,CDC37,ULK1,KDELR2,PREB,CTXN1,TRIB2,EIF1B,STX1A,GCDH,NUMBL,SUPT4H1,CEND1,PIK3R2,PTTG1IP,UBE2J2,DHX34,LARS,KCNN1,SURF6,SYMPK,TSPAN3,DECR2,SNX6,CTSA,SURF1,TMEM86B,SURF2,RCC2,MICAL3,SMARCA5,ERAL1,SMARCA4,EXT2,SNW1,ID2,PPP1R1B,RANBP10,NDUFAF3,PAF1,FBXL3,NOL10,CALM3,CALR,FBXL6,MRPS17,DHRS13,TMEM151B,HIBADH,FAM57B,GPAA1,MRPS12,CETN3,CTSZ,INTS10,MRPS10,NAT10,AP2A1,PEPD,NAT14,AP2A2,PTMS,SYNCRIP,HYAL2,SDF4,SSSCA1,CTSF,CTSE,NANS,CTSD,UTP14A,CTSB,VKORC1,COX8A,MRPS28,CCT3,SEC13,MRPS27,DBNL,MRPS24,NCOA5,CCDC115,NCOA4,ANO8,MRPS2,SYP,MRPS7,APRT,MRPS9,UFC1,TAX1BP1,ARHGEF1,NCOA7,PTMA,DBN1,STK40,NAPA,PCNA,SSNA1,HSD17B4,NEDD8,CCDC106,MRPS30,CAMKK1,GNAI2,EXOSC7,ARVCF,MNT,EXOSC4,SAMM50,SERTAD2,HSF1,MGAT3,HEATR3,MGAT1,RAE1,EXOSC2,CCT5,CCT4,BCAP31,GABBR2,PNPLA8,YIPF4,VEGFB,TMUB1,HUWE1,UBE2G2,YIF1B,PPP1CA,VEGFA,FKBP1A,PER1,BOP1,KLHL7,NDUFAB1,TCEA2,AGGF1,PNPLA6,GRINA,DPAGT1,OTUD4,SCARB1,CRTC2,MIDN,NARF,NUP188,RPP30,PEBP1,TXN2,ACTG1,KHSRP,PPFIA3,ADPRHL2,ATG9A,DNAJB12,SDHC,SDHA,SDHB,ATAD3A,EEF1A1,ADAM15,FAM173A,EHBP1L1,TBC1D24,RPP21,TBC1D25,PPIE,PPIH,CARS2,PPIA,VCP,PSMD12,TMED10,NDUFB10,PSMD13,DDX1,HTRA2,PLD3,TIMM50,SHARPIN,GRK6,TBC1D14,CYC1,TBC1D17,OST4,PRNP,UBE2H,UBE2I,KLHL25,PHF10,ECD,HMGA1,TIMM44,KLHL23,CNOT10,SUPT5H,CLK3,RCL1,QDPR,H1F0,HOOK2,NASP,HOOK1,GNB2,MKRN1,STT3A,UBE2N,PHF13,TAB3,UBE2O,UBE2M,PICALM,GALK1,RBM28,CUEDC2,GSK3A,PRR7,DYRK3,DDX49,ZMYND19,LDB1,DDX46,CNRIP1,PRKCSH,MAST1,HMGB3,CHD4,DDX41,CHD2,USE1,LMNB1,PPP1R9B,SEC61A1,UBE2Q2,BCL7C,YWHAG,GET4,ARHGEF12,PDPK1,GLRX5,DCAKD,CAD,DDX54,SYNGR3,EPN1,EEF1G,NDUFS8,IRF3,RER1,CAT,NDUFS2,AGPAT5,OTUB2,DCTN6,DCTN5,RRN3,DDX27,DCTN2,DDX24,RAP1GDS1,DDX23,PARN,NT5C2,CLCN2,RNF5,ADD2,HMGCL,DNPEP,CAND1,MTA1,RAB40C,TMEM203,PABPN1,OXCT1,MKNK2,TRA2A,PTK2B,DROSHA,MTA2,RPP14,PDLIM7,RRM2,CHURC1,GALNT2,TAF10,MIIP,ATP2B4,RPIA,CLCN6,GALE,ERCC1,FAM131A,TAF6,VIM,NAA15,IPO13,RPL4,IPO11,RPL3,RPL32,RRP1,WDR83,RPL8,EPRS,PHB2,RPL6,RRP9,RPL7,GCSH,ZMIZ1,MYC,ZMIZ2,STMN1,AP1S1,RPL35,IER2,WDR74,MED8,CD3EAP,WDR75,AARSD1,GTPBP2,MED4,HCFC1,RNF123,RNF126,WDR81,WDR82,CLPP,ADPRH,RPL24,TARS2,RPL27,RPL29,UBA52,DUS3L,VPS25,VPS28,CDC42SE1,NUP205,POM121,RPN1,XPA,NOLC1,WDR61,ARPP19,ANAPC11,PRDX2,PRDX5,LDHA,PPP3R1,PPP4C,NUP85,LDHD,VPS11,RRS1,ST3GAL5,SSR1,ST3GAL1,ST3GAL2,SLC19A1,RPL41,JUND,PNO1,H3F3A,IRF2BP2,MTHFR,TYSND1,PA2G4,MCAT,PRDX6,THAP11,PRRC2A,EHD1,FIBP,PPP5C,HNRNPF,OGDH,UNC119,FARSA,CPEB4,SETD5,TCF25,PHF23,DENND1A,ADK,GPT,ASH2L,KRI1,ING1,WDR46,PFAS,CLINT1,UBL5,AIFM1,GPR137,RIOK2,AP3S1,CIC,EMD,RRP15,ZC3H10,BRD2,TPI1,HSBP1,SSR2,TIMM23,NUTF2,NUDT16L1,COPZ1,RNF167,LSG1,TUBB2A,INF2,KIFC2,EXOC6,GART,RNF166,SF3B2,NFIX,WDR26,SF3B3,RPL10,TIMM9,GPS2,HSPA14,WDR24,FGD3,SRP72,ASNA1,LMAN2,PPP1R7,NSD1,USP1,RPS3,RPS2,ANKRD52,RPL15,RPL18,RNF130,DTD1,RPL19,RUNX1T1,SF3A3,YTHDF1,SF3A1,BRF2,YTHDF2,WDR18,NR1H2,PCGF3,SYVN1,TRMT1,ELP3,HIPK1,WDR12,LRPPRC,TM9SF1,NFIA,ZYX,NUCB1,PLP2,ANKRD13D,TUSC2,YEATS4,AUP1,PARK7,RPL10A,IPO7,BZW1,TM7SF2,EDC4,PPP1CC,ABHD11,CFL1,MAF1,ANKRD13A,SLC39A3,GTF2I,RPS9,USP5,TPM4,RPS8,RPS5,TPM1,F2R,GTF3A,THOC3,FRMD4A,THOC5,PGD,ILF2,DGKZ,GTF2F2,THOC7,THOC6,CTDNEP1,BSCL2,PYGO2,CLIP2,EBNA1BP2,ILF3,RAB34,MORF4L2,NCL,FKBP8,PGP,SNRPG,ERH,SNRPE,SNRPF,PHPT1,FKBP4,SNRPC,SNRPA,FKBP5,SNRPB,FKBP2,CD151,CCDC24,AK1,ABHD8,CUL1,TARS,AK3,PHB,ORC5,ORC3,DVL1,BTBD2,NACC1,TPR,PSAP,DVL2,MAP2K7,MPDU1,ESRRA,EIF2B5,ANKRD34A,EIF2B4,TRAPPC3,ANKRD27,CCDC12,POLR3GL,TNK2,TRAPPC4,MARCH9,ASNS,MARCH8,DHCR24,LSM5,LSM4,SCRT1,CHERP,LSM2,CDK9,COPS4,COPS6,LSM6,CDK5,SYNJ1,CDK4,MAFG,IARS,COPS8,BCL2L1,EIF4G1,RNF187,RNF10,MCM7,RNPEPL1,WDR1,TRADD,WDR4,RPL7A,DUSP12,PTBP1,VPS72,RNPEP,UBTF,IDH3B,WDR5,WDR6,TNPO1,TNPO3,ILKAP,GPX1,PLEKHG2,REXO1,GPX4,DIS3,RFC2,ELAC2,RPL13A,REXO2,YDJC,PTP4A2,PTP4A3,DALRD3,TFDP1,TRAF4,CTDSP2,POLR1B,RPL37A,DNAJC9,SNRPA1,RP9,ALDH9A1,HDAC2,SMARCD2,HDAC3,WBP1,HDAC1,WBP2,VPS4B,EI24,HDAC6,DNAJB2,FZR1,POLR2A,DNAJB6,HECTD3,POLR2E,POLR2F,ASCC2,CSK,SNRPB2,POLR2H,POLR2I,DCAF11,DCAF12,SEC11A,POLR2L,SEC11C,SLC35A2,MLXIP,SPAG7,PPIL1,PPIL2,SMOX,FBXL19,TXNRD1,SEMA4B,PTPN11,FBXL16,DDHD1,FBXL14,FBXL12,PFKL,PSAT1,IMPDH2,MGAT4B,DNAJA2,POLR3E,CEBPZ,PPIL3,PFKM,METAP1,CUL4B,SLC35B2,TCERG1,CMAS,VARS,ZMYND8,PITPNB,HDAC11,PITPNA,FCF1,PPP2R2A,PWP1,RPS15,NFU1,RPS14,RPS16,RPS19,FLAD1,RPS18,FTH1,MAGOH,LONP1,UBAP2L,ZFPL1,BTRC,RPS11,TIPIN,SLC35C2,PTOV1,AP1B1,CPT1C,JMJD8,MAPK8IP3,JMJD6,COX7A2L,POR,KARS,HECA,VDAC1,SUCLG1,TTLL12,PFN1,AURKAIP1,CUTA,ANP32A,MGST3,CSTF2,STXBP2,TWF2,TRMT2A,NMD3,HTATSF1,UGCG,GNG10,PDCD11,CSTF1,SCAP,TNRC18,RALGDS,VASP,SETDB1,TREX1,PYCR2,UBAC1,GADD45G,SRPK1,RPS26,SMU1,RPS25,RPS28,ADCK5,TMCC2,RNPS1,ANP32B,ALDH18A1,C2CD2L,RPS24,ITM2B,CDS2,ITM2C,TOP2B,DAZAP1,GFM1,ZFAND2B,SRA1,HINT1,XPO1,GUK1,C1QBP,TMED2,UBXN6,PSD,ATP6V0B,TMED9,PARP1,GP1BB,PRMT1,PARP2,STRADB,PRMT3,NME2,AMPD2,RHOF,TUBG2,PPRC1,UCHL3,MLF2,ALDOA,KPTN,SGK1,ATP6V0C,MAPRE2,CSTB,PRIM2,DTYMK,TOMM40,AKAP7,NOL9,UQCR11,TYMP,TRAK2,NOL6,PPP2CA,CST3,NT5C,HIRA,TBL1X,MAP4K5,DCPS,RANBP1,RANBP3,MTX1,PTGES3,XPO7,SORBS1,MPP6,RSL1D1,SPCS2,HIST3H2A,CAPZA1,MARS,NBR1,TOMM7,FAU,NDUFA11,GOLT1B,NDUFA12,NDUFA10,COMT,CHCHD4,TMEM145,FBL,CHCHD2,TMEM147,ARHGDIA,FPGS,HCFC1R1,CHCHD1,TMEM14C,LMO4,WRNIP1,KCTD2,ATP1B2,TUFM,PDIA4,DPM2,OXA1L,DPM3,PRPF6,MYCN,HGS,FIZ1,ISYNA1,COPA,RPS19BP1,COPB1,NOP2,ADIPOR1,CSF2RA,EFNA4,EMG1,UBB,MAN2A2,ATP6V1H,MYH10,ZC3H14,ANKZF1,MPST,HSPA9,SMAD2,ACBD6,KLHDC3,ACBD5,ACBD4,CBX5,CPSF1,CBX4,HSPA4,IDH2,TBCB,TBCA,COQ7,EIF2S1,EFNA3,EFNA2,TMEM115,CHMP2A,BLMH,LRP10,SAE1,MUS81,B4GALT2,THRA,ASNSD1,NVL,DBI,YBX1,USP39,ELAVL1,ELAVL3,HK1,RPS4X,FLCN,SENP7,ALDH2,SNAPC2,GMPPA,FLOT2,PDE4A,SCYL1,KDM6B,KLF11,JAGN1,KLF13,H2AFY,H2AFZ,H2AFX,RNF208,PPP2R5D,ARID1A,SEPT5,KLF16,DNM2,AKT1S1,PFDN1,HAGH,THOP1,PFDN5,VAC14,STOML2,USP15,RGS19,POLDIP3,USP10,GMPR2,MOSPD3,STRN4,THBS3,TBRG4,RMND5B,LEPROTL1,NT5DC2,GNA12,SNCA,ABCF1,PTCD3,B3GAT3,BAD,USP21,HAGHL,SGTA,CYHR1,NAP1L1,NAP1L4,SH3YL1,NEURL4,CAPN10,RPS6KB2,CDK2AP1,ABCE1,LPIN2,SSBP4"
+"gene_set_query"	"716"	"ZNF275"	"651.3"	"ARCHS4 Coexpression,586;Enrichr Queries,568;GTEx Coexpression,800"	"CYFIP2,SLC23A2,MDC1,MT-ND4,TFRC,TRRAP,HNRNPU,DCAF8,ZDHHC8,EPRS,ELK1,BACH2,NDST1,ZMIZ1,DPYSL2,MYC,ZMIZ2,TRIM24,LONP1,FDXR,MPV17,GLUL,ATXN7L3,FBXO9,TSPYL2,SRRM2,DDX17,ST6GAL1,NUP210,CD3EAP,VWA5B2,MAPK8IP3,HCFC1,COX7A2L,POR,FNDC4,WDR82,DDIT4,SIK3,HECA,KCTD12,PRR12,PLBD2,SF1,ASTN1,UNC119B,POM121,NECAB3,TBC1D9B,MAGED1,BAZ2A,PIK3R1,GNS,CIAO1,PRDX3,LARP1,TSPAN7,PCBP2,ST3GAL5,MLEC,SCAP,TSPAN5,KCNN2,FAM43B,PLCG1,VAT1,CTSA,JUN,LRRN3,CADM1,RDX,PBX2,KLHDC8B,SMARCA1,PRRC2B,PRRC2A,ICK,PARP11,GNPTG,SQLE,WNK1,FASN,ID2,CALU,PAM,SUGP2,CPEB4,ITM2C,CDKN1C,NRP1,SETD5,PIGU,CDKN1B,HIBADH,GDI1,CITED2,SLC35F5,MRPS12,SLC7A11,PHF6,MRPL33,HERPUD1,MED12,AKAP12,TRMT112,LMBR1,AKAP11,AUH,ZMYM3,SLC22A17,ENC1,TIMP2,ANXA6,IDS,CIC,UPF1,BRD2,MMD,TSC22D3,MRPL49,MRPS7,TMEM150C,DYNLL2,DUSP6,SREBF2,MLF2,RHOB,DDB1,BACE1,SLC7A5,PSMA6,KAT2A,CDC42EP3,PXDN,TET3,TMEM106B,SGK1,TRUB1,GRAMD1B,SLC20A1,AKAP7,SLC7A1,HIRA,NFIL3,CLPTM1,FLNA,ANKRD52,ZSWIM5,GABBR1,SF3A1,GOLM1,SORT1,GBF1,SYVN1,YLPM1,HUWE1,AP2B1,GATAD2B,VEGFA,SKI,HNRNPA2B1,TAOK2,CAMK1,PKN1,INHA,SCARB1,TUSC3,ZFAND3,POGK,ATN1,PEBP1,FBXO21,CLU,TXN2,TM7SF2,IGF1R,FADS2,CHCHD2,UROD,BASP1,OSBP,LAMP2,COTL1,PLS3,SLC16A2,KPNA2,SBF1,AP2M1,FADS1,RARS2,PPP1R16B,SLC38A1,TRAPPC2L,KDM2A,DSCAM,IGFBP3,F2R,KCTD3,ATP1B1,ARMCX3,ATXN2L,MINPP1,CLIP2,ILF3,OLFM2,HNRNPUL1,HNRNPUL2,PPIF,FKBP5,VCP,SEMA7A,PFKFB3,INSIG1,ABHD2,IREB2,ITPR1,UBR4,CACNA1D,SLC1A4,PRPF8,SUPT6H,CNN3,SEL1L3,SOCS2,EFNB2,PORCN,PITRM1,ABL1,DVL3,SLC38A2,SKIL,CCDC134,HSPA9,IVNS1ABP,HSPA8,PRNP,CBX6,CPSF7,ATP8B2,FUS,IDH1,SEC16A,ASNS,DHCR24,NUP153,KLHL24,EEF2,CHERP,EFNA2,HOOK2,HOOK1,CNOT1,ARPC3,GNB1,CNTN1,PI4KA,CPE,CSPG5,UBA1,TCF3,NIT1,NOP10,RNF187,ZNF512B,MCFD2,KDM5C,ALAS1,DYRK2,DDX3X,PRKCSH,CHD6,DDX42,SLC2A3,CHD3,PTPN23,RND3,AFF4,HS2ST1,CABIN1,PPP1R9B,ALAD,DUSP12,ZC3H7B,PPP6R1,SNRNP70,UBTF,PMEPA1,ACP1,TNPO2,RBM33,TSFM,KLF13,PEG3,PDPK1,ABCC8,ZFP91,ARFGAP3,ARID1A,EPN2,ARL4C,PTP4A3,PEX3,CTDSP2,POLR1B,IMPAD1,PCCB,BCAT1,MGRN1,SRF,LENG8,MLLT1,ADD1,HSPD1,MLLT6,HDAC7,ABLIM1,FAM168B,DNPEP,FAM168A,MAT2A,U2AF2,BAHD1,MKNK2,POLR2D,SH3BP5,DNAJB9,SPOCK1,FEM1C,FYN,RBBP7,ABCF3,FBRS,TRIM44,CYB5B,SPEN,RRM2,PCDHGC3,ATP2B4,RPRD2,HSPE1,ASXL1,KLF6,NEURL4,VAPA,PSAT1,SYT11,ACIN1,VIM,KCNK2"
+"gene_set_query"	"717"	"ZNF649"	"651.7"	"ARCHS4 Coexpression,585;Enrichr Queries,944;GTEx Coexpression,426"	"NCKAP1,PITPNB,CCNC,ENO2,FNBP1L,ALKBH8,LSM12,ZFYVE27,CDC23,FRAT2,CAPNS1,DPYSL2,DPYSL3,LONP1,AKT1,EPC2,SEPHS1,PRKACA,SOX4,MEF2A,ACVR1,ARRDC4,ARSA,MED1,DDX18,MEF2C,CXADR,ACTN1,NGDN,ARRDC3,CD3EAP,MOGS,SOX11,ACTN4,FAM133B,TWSG1,KCTD10,ZSCAN21,DDIT4,CBLL1,KCTD18,BEX2,SET,SLAIN2,SLAIN1,ADH5,GJC1,APH1A,NLN,LDHB,WDR70,LARS,TSPAN6,MCMBP,GPM6B,ZSCAN18,FDFT1,BTF3,JUN,PHC1,CHKA,PNO1,BCL11A,PLK2,PUM1,PHC3,PAICS,PBX1,MED13L,SMU1,AIMP1,STAG1,ZZZ3,GIPC1,FBXL3,LRRN1,DHX29,HNRNPC,FERMT2,ITM2C,GPR19,GABRB3,OGFR,GPR21,GDI2,CTCF,SLC7A11,MED17,SYNCRIP,MRPL42,TMEM43,OTUD6B,KIF13A,ENC1,DHX15,SDF4,KIF1A,JARID2,CIC,RRP15,ZIK1,UPF2,PBRM1,SHPRH,TCF12,MINK1,RRAS2,SLC39A10,LRRC40,ELOVL6,ASH1L,PGM2L1,SRP9,GAK,ENAH,MN1,PSMA3,INF2,PITPNM1,FRG1,KIT,MTF2,PXDN,FAM20B,G2E3,RHOU,ATP6V0C,PAFAH1B2,PRICKLE1,SDAD1,CENPB,SCAF8,CHRAC1,PSMB5,PPP1R8,GPC4,SRSF10,PCGF6,NPM1,CSNK1A1,RYK,USP9X,MTX3,RPA1,SORBS1,OSTM1,PRKRA,SLMAP,KLHL7,TAOK2,TCEA1,NUCB1,ESYT2,PNPLA6,PKN1,PLP2,RAB3GAP1,GRINA,ANKRD13C,TOR2A,RASL11B,CSE1L,FBXO28,PPP1CB,ZFP30,SALL2,LAMP1,CAPN7,KIF5C,ARHGDIA,CWC22,SMARCAD1,ARID2,SBF1,SLC38A1,SUPT16H,MAP2K2,MMGT1,DIMT1,GPT2,PPP1R16A,TPM1,VASH2,ILF2,MSH6,CTDNEP1,MORF4L1,MSH2,ADAM15,TBL1XR1,TMX1,EHBP1L1,MAPKAPK2,SBDS,UBE2V2,SRSF3,CHMP4B,PPIG,SRSF6,RAB5B,CD151,RAB5C,BTF3L4,SLC38A10,TAF5L,CORO1C,SEL1L3,EFNB2,SBNO2,BAG4,RAP1A,RNASEH1,IRAK1,ESD,G3BP1,G3BP2,NAE1,MYH10,SKIL,QSER1,WDTC1,CBX5,API5,CPSF3,IDH1,DSTN,ASNS,KLHL23,EIF2S1,SMAD5,KLHL20,NFKBIA,HOOK2,NASP,HOOK1,COPS2,GNB2,JMY,GNB1,GNB4,LRCH4,FGF13,LRP10,LSM14A,RNF185,ITGB1,KDM5B,ACADVL,HSP90AB1,PRKCSH,CHD6,HMGB3,PSIP1,SLC2A3,ZFP82,HMGB1,PPP1R9B,LASP1,SUMO1,PPP2R5E,SIN3A,PPP6R1,SUMO2,PDE4B,TLK1,ARL5A,MAPK1IP1L,UTP15,PPP1R12A,NUP133,PDPK1,ATRX,ARID1B,DDX50,PTBP2,DNM2,LATS1,DDX19A,VCAN,PIK3CA,SETBP1,THRAP3,POLR1B,DNAJC5,ETF1,NUP54,BCAT1,SEC23A,HDAC2,ROCK1,SRF,RAB1B,PDHB,RNF4,FAM169A,ADD2,RAB21,DNAJB2,FZR1,UGP2,ALDH1B1,KCTD20,MAT2A,RAB23,FAM120A,BEND3,IGF2BP3,HNRNPA1,MTA3,EIF4E,FBRS,DCAF13,SMARCE1,LINGO1,SEC24B,CHURC1,SSB,FOXJ2,CDC5L,DEK,NELL2,KLF6,SYT11,PPP2R2B,PSAT1,DNAJA2,MGAT4B,SPRY2,P4HB,NAA15,SUGT1,SSBP2,TAF2,MBTPS2,RAN,TAF1"
+"gene_set_query"	"718"	"ZNF618"	"651.7"	"ARCHS4 Coexpression,379;Enrichr Queries,541;GTEx Coexpression,1035"	"CNTFR,TRIO,CCNI,KDELR1,ZMYND8,GDE1,ARPC5L,STMN2,STMN4,FNBP1L,TXNDC15,HS6ST1,BACH2,DCAF7,RPL6,GPR173,ALCAM,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,IGLON5,DPYSL3,EPHB2,SOX4,SEC63,ACVR1,EPHA4,SMARCC1,RBFOX2,LIMCH1,DAPK1,MTUS1,PTOV1,CD3EAP,ISLR2,ANK3,CSNK1E,SOX12,CPT1C,TIAM1,TWSG1,DDIT4,KDELR2,KCTD12,BCORL1,TRIB2,OBSL1,CTXN1,LLGL1,PRR13,TTYH3,CTBP2,IGSF3,TRANK1,NEDD4L,AGAP1,XPC,GLG1,GJC1,NKAIN1,FAM171A1,FAM171A2,PRRC1,PCBP4,TNRC18,PATZ1,SEC31A,B4GALNT4,ZSCAN18,JUN,FZD3,JUP,CADM1,PLK2,ST8SIA2,H3F3A,NR2F1,DCLK2,ERLIN2,MEX3D,PBX1,PRRC2B,SMARCA4,EXT1,EXT2,MEX3A,VANGL2,H2AFY2,MAGED2,DCHS1,LRRN1,FAT4,DZIP1,RCOR2,ITM2C,NRP1,PHF2,PIGU,HIP1,PTPRS,HEXA,SLC7A11,PTPRK,NAT14,PTPRF,ROBO1,PTMS,AKAP12,UCHL1,TUBA1A,ZMYM3,TRIM2,ENC1,SH3PXD2B,TIMP2,SDF4,JARID2,FEZF2,TMED4,DLGAP4,VKORC1,APC2,CCDC112,SHPRH,ANO8,ELOVL6,RGMB,ITFG2,MLF2,MED23,RNF144A,SLC7A5,TMEFF1,TUBB2B,CTTN,PXDN,SGK1,DBN1,RNF165,DYNC1I2,NFIX,ARVCF,CUX1,RPL13,GPC2,APBB2,EXTL3,RUNX1T1,MAP4K4,MON2,CENPV,MYEF2,PCGF2,YLPM1,PLEKHA6,SORBS2,WDR11,NFIA,ABI2,NFIB,TTC3,CACHD1,GOPC,PKN1,MEGF8,ANKRD13B,MIDN,CEP120,NUCKS1,FRY,CELSR3,IGF1R,ACTG1,POFUT2,SALL2,CDH2,PPIP5K2,KIF5C,TUBB3,BASP1,PLS3,NRCAM,GTF2I,TLE4,FBXW8,IGFBP3,FRMD4A,POU3F2,TANC2,POU3F3,FOXP1,ARMCX4,ILF3,CACNB3,RAB34,FSCN1,TNIK,PPIB,FKBP5,RAI14,KHDRBS1,CUL7,BRSK2,DNMT1,CD151,NPR2,ANKRD11,GLT8D1,ITPR1,CACNA1A,DTX3,DTX4,NDRG1,CAMSAP1,CACNA1H,GLIS2,PHF21B,SOCS2,EFNB2,SCRT2,EFNB1,BAG1,PLXNA2,ABL1,CDH24,NDN,SRGAP3,MARK4,MYH10,CD276,PLXNA3,MAP2K6,BPTF,TIA1,CPSF6,ZFHX2,ATP8B2,AUTS2,BOD1,CBX2,CBX1,CRIM1,KLHL23,MARCH4,BCL9,CNOT6,HOOK2,NBEA,HOOK1,LHX2,DNAJC10,STT3A,GNAS,PLXNB2,LSM14B,CNIH2,UBE2M,CREBZF,GPSM1,YWHAE,KDM5B,PRKCSH,CELF2,CELF3,CHD6,CELF5,SLC2A3,CHD4,AFF3,PPP1R9A,SOBP,RND2,SYNE2,TTC28,LMNB1,ELAVL3,SGCE,SENP6,MDK,GATAD1,PSD3,GDAP1L1,PDE4B,PMEPA1,NEO1,ADAMTS7,DST,PDPK1,PDE4D,VPS37D,NAV1,NAV2,ARID1A,ARID1B,NIPSNAP1,SEPT3,LATS1,VCAN,PTP4A3,SETBP1,UBE2R2,DDAH2,CTDSP2,PPDPF,CDH11,BCAT1,INA,SHANK2,NFAT5,LEPROT,NLGN2,LRP1,CRMP1,MLLT1,LRP6,AGPAT4,STOX2,CACNG7,GANAB,ABLIM1,DNPEP,NT5DC2,SPOCK1,NCAM1,IGF2BP2,ATP9A,HNRNPA0,TTC14,SLC12A2,MBTPS1,LINGO1,MARCKSL1,PCDH7,ATP2B4,CDC42BPB,MEIS2,TTC17,NELL2,KLF7,KLF6,FMNL2,SBK1,TSPAN18,NOVA2,ST7,DNAJA2,MFAP2,VIM,INSM1,SSBP3,TNRC6A,TAF1,METAP2"
+"gene_set_query"	"719"	"SETDB2"	"653.3"	"ARCHS4 Coexpression,1027;Enrichr Queries,676;GTEx Coexpression,257"	"MDC1,RPL5,APP,TFRC,VARS,EHMT1,JMJD1C,SMC3,EPRS,PNN,NDST1,TRIM28,DPYSL2,MYC,PSMD2,OGFOD2,GOLGA1,BSG,PSMD3,LONP1,DAG1,AP1S1,NFRKB,SRRM2,MEF2C,WSB2,METTL3,ARRDC3,IFRD1,MTUS1,CD3EAP,SCRIB,ACTN4,EWSR1,PPA1,DDIT3,DDIT4,FAM76B,HECA,KDELR2,KCTD12,ANKRA2,OBSL1,SF1,L3MBTL2,BAZ2A,PIK3R1,HIF1A,MBTD1,UGCG,PCBP2,ATP6V0A2,JUN,RABGAP1L,TMEM184B,SETDB1,SMARCA5,SMARCA2,GADD45G,PRRC2A,SETX,HNRNPL,MLLT10,PARP11,GOLGB1,ID2,GIPC1,CDK13,INTS8,ITM2C,CDK16,CEP57,PHF3,ARF3,SMG1,PIGU,USPL1,BTG1,PIGO,CITED2,CCDC124,SNX10,SLC7A11,PRPF19,PTPRF,PHF8,PTMS,MED12,AKAP12,NIPBL,ZMYM2,XPO1,ZMYM3,ZMYM6,DHX15,DHX16,KIF1B,JAK2,JARID2,PCMTD1,CCT3,BRD2,TSC22D1,TSC22D3,PGAM1,NME2,WDR34,ITFG2,DUSP6,WDR33,PARP8,MED23,SLC7A5,ZEB2,POC5,HNRNPH1,MTF2,PXDN,PELI1,NCOA7,ERGIC3,SGK1,GRN,AHCY,CENPB,FAM129B,GGA2,UNK,NFIL3,METTL6,ANKRD52,APBB3,SF3B1,YKT6,SRSF11,NKTR,SUZ12,SF3A1,PNPLA8,MBD1,STAT2,DAB2IP,DOHH,AP2B1,SCAF1,WDR11,VEGFA,SNX14,ETNK1,TAOK2,HDGF,PKN1,CCNT2,CEP120,HDLBP,ATN1,ARID4A,ARID4B,SESN1,PAPOLA,PMPCB,EP300,KPNA4,SLC39A7,ARID2,AP2M1,RAB2A,PCID2,MORC3,SLC38A1,USP5,ANKRD44,FRMD4A,FOXP1,MSH6,ACLY,ILF3,DMTF1,HNRNPUL1,PRPF3,UBE2V2,SBDS,FSCN1,SNRNP27,ANAPC4,PHIP,ADNP,SRSF6,SNRNP200,KPNB1,ANAPC2,LY6E,FKBP5,IDI1,LRRC59,PFKFB3,ANKRD12,STK39,ITPR1,SLC1A4,STK4,NDRG1,RTN4,SOCS2,STIP1,SNN,PITRM1,STK36,TPR,DVL1,NACC1,ZKSCAN3,ABL1,SUDS3,SLC38A2,PRNP,TIA1,NONO,KLHL24,ANKHD1,CLK2,PAN2,NFKBIA,SON,PAN3,EFNA2,HOOK2,CNOT1,HOOK1,GNB1,GNB4,TPP2,MDM4,UBA1,AMOTL2,STT3B,TCF3,LRCH4,OGT,RAB5A,NFE2L1,EIF4G1,CREBZF,B4GALT2,YWHAE,ZNF512B,DIDO1,RNF11,RBM26,PRKCSH,CHD6,CHD4,CHD2,SYNE2,LMNB2,NGRN,RPL7A,DUSP12,SEC61A1,METTL14,GATAD1,PPP6R3,RBM5,RBM6,IQCB1,USP48,DST,PDPK1,ARID1A,RAD23B,GIGYF1,TRAF7,VCAN,PTP4A3,DALRD3,TRAF4,RASA1,CTDSP2,POLR1B,LUC7L3,PFDN2,BIRC6,IRF9,PPP1R15A,GTF3C1,UHRF2,RAB1B,MAK16,PARN,TM2D3,TTL,FBXL20,FAM168B,GANAB,RBBP4,U2AF2,NT5DC2,KRIT1,MAPK1,FEM1C,ARFGEF1,RBM39,PPP1R14B,RRM2,GPKOW,ATP13A1,TAF13,ZFC3H1,PDAP1,SSRP1,CDC42BPB,HNRNPAB,TTC17,ASXL1,KLF6,FMNL2,PSAT1,CARM1,MGAT4B,ACIN1,CDK2AP1,ERCC5,QRICH1,STUB1,RBMX,SLC25A36,BCAR1"
+"gene_set_query"	"720"	"ZFP91"	"653.7"	"ARCHS4 Coexpression,358;Enrichr Queries,32;GTEx Coexpression,1571"	"NCKAP1,RPL3,TRIO,TFRC,TRRAP,HNRNPU,EPRS,MPRIP,ZMIZ1,DPYSL2,AKT3,AKT1,DDX17,WSB1,CD3EAP,SND1,HCFC1,PRKAR1A,WDR82,ZC3H11A,DDIT4,ATF4,SF1,NUP205,SET,TTYH3,FLII,SLAIN2,BAZ2A,HIF1A,MTDH,LDHA,PPP3R1,LARP1,HSPH1,PRKAR2A,RAD21,PIP5K1A,S100A10,BRAP,JUN,H3F3B,PRRC2C,IRF2BP2,MEX3C,EIF1,PRRC2A,EHD1,HNRNPL,HNRNPK,EIF5,EIF6,HYOU1,CPEB4,ARF3,BTG1,CLTC,SETD7,ADK,TCF20,SMG5,NIPBL,JAK2,BRD2,UPF1,TCF12,ASH1L,BAZ1B,DDB1,TUBB2A,PXDN,ERGIC1,PAFAH1B1,DLST,SLC7A1,CENPB,FAM129B,TM9SF3,BCLAF1,NSD1,MFN2,FLNA,ANKRD52,SF3B1,YKT6,CSNK1A1,USP9X,HIPK1,GATAD2B,LRPPRC,ARCN1,GATAD2A,KTN1,AGBL5,TM9SF2,NFIB,TAOK1,SERBP1,TAOK2,CCDC6,PKN1,FRYL,UBE2D3,UBP1,IPO7,IPO5,PPP1CB,YY1,SLK,LAMP1,CFL1,OSBP,KPNA4,SLC39A7,FADS1,SH3GLB1,USP7,TPM4,FBXW7,TPM1,UBE2E1,ATP11B,PIAS2,NCL,RAB35,ADNP,SQSTM1,KPNB1,LRRC59,DNMT1,PFKFB3,CUL3,CUL1,UBR4,HSP90B1,SBNO1,STIP1,BAG5,PITRM1,BTBD1,G3BP1,UBR5,NACC1,G3BP2,ABL1,SLC38A2,MCL1,OSBPL8,ODF2,SEC16A,EEF2,SON,ARPC2,CNOT1,SP3,GPR107,CLPTM1L,SERINC3,EIF4G3,EIF4G2,NFE2L1,EIF4G1,ITGB1,HSP90AB1,PTEN,DUSP12,PPP6R1,UBTF,TNPO1,ACTR2,HSP90AA1,PPP1R12A,RAD23B,PATL1,PTP4A1,PTP4A2,TRAF7,TFDP1,CTDSP2,POLR1B,IMPAD1,ETF1,TOP1,GTF3C1,PPP1R15B,NFAT5,MTPN,ROCK2,SRSF1,PPM1G,GANAB,U2AF2,FCHO2,UBQLN1,EIF4H,FEM1C,IARS2,UGGT1,EIF4B,SPAG9,PTPN1,HNRNPA3,CNBP,PTPN11,CDC42BPB,RAB10,ASXL1,MARCKS,KLF6,MGAT4B,DRG1,PDCD4,P4HB,EIF3A,EIF3B,PANK3,ZDHHC5,JMJD1C,ACTB,FTH1,CHORDC1,DAG1,ATXN7L3,SOX4,SRRM2,SCAF11,ACTN1,ACTN4,DHX9,DCUN1D1,PIK3R1,APH1A,MIER1,PCBP2,MLEC,RAB11FIP5,RCC2,PUM2,MED13L,STAG2,WNK1,FUBP1,CALU,CALR,ITM2C,AHCTF1,DAZAP1,MRPS12,GDI2,PRPF19,COIL,SYNCRIP,PCM1,XPO1,DHX15,KIF1B,ARIH1,CCT2,CDV3,PABPC4,ZFR,TUBG1,MRPS7,MLF2,HNRNPH1,CSDE1,CANX,WAC,FAM20B,PABPC1,SGK1,MAPRE1,CSTB,ZDHHC20,PCNP,HIRA,MAP4K4,SUZ12,DYNC1H1,HUWE1,AP2B1,HNRNPA2B1,TRIP12,HDGF,ESYT2,OTUD4,MIDN,UBE3C,HDLBP,NUCKS1,UBE2Z,ACRBP,TOMM20,KIF5B,EP300,KDM2A,RSBN1,HNRNPUL1,TBL1XR1,HNRNPUL2,CHMP4B,MATR3,DDX6,DDX5,VCP,TMED10,PDS5A,PRPF8,SUPT6H,ADIPOR2,RTN4,IRAK1,ZC3H14,HSPA9,IVNS1ABP,HSPA8,PRNP,CPSF7,CBX5,NUP155,HSPA5,CCDC136,NUP153,DNAJC13,AZIN1,EFNA2,HOOK2,HOOK1,CAPRIN1,GNB1,BRWD1,LSM14B,PICALM,KDM5B,GSK3B,KDM5C,DDX3X,DOCK9,PRKCSH,USP34,DDX42,ATP2A2,CHD4,YBX1,CHD3,AFF4,LMNB2,LMNB1,SEC61A1,SPRED1,LASP1,UBE2Q1,ZC3H7B,TOPBP1,YWHAG,KLF13,PDPK1,OXSR1,ARID1A,YWHAZ,SENP3,CKAP5,SFPQ,CREB1,RASA1,B4GALT5,DDX20,DDX21,ATP1A1,HSPD1,FAM168B,DNPEP,TNKS2,MAT2A,FAM120A,MAPK1,MAPK6,MTA2,RBM39,TAF15,LRWD1,DEK,ATP2B1,SSRP1,USP29,ACIN1,ATP13A3"
+"gene_set_query"	"721"	"CENPBD1"	"654.0"	"ARCHS4 Coexpression,730;GTEx Coexpression,578"	"APP,TRIO,TRRAP,POP4,SLC35B1,FCF1,PHAX,EPRS,ALKBH8,NUBP2,ZDHHC4,LSM12,MPRIP,CDC26,ZMIZ2,ATXN7L3,SRRM2,DDX17,MED1,CD3EAP,MOGS,WDR73,MAPK8IP3,MED6,MRPS18C,NIF3L1,WDR82,PSME3,ZSCAN21,BOLA2,CRYZL1,KCTD18,SF1,MACF1,DCUN1D5,GIPR,CTR9,BRCC3,RPAP3,GABARAP,CIAO1,MRPL11,NLN,PPP3R1,CHTF8,RRS1,CSTF1,STXBP5,NRBF2,PLCG1,TMEM184C,INTS1,SLC35E3,MAD2L1BP,PBX2,PRRC2B,PRRC2A,TMEM199,HNRNPL,PCDHGA11,ZBTB6,WNK1,PSMG3,MRPS17,MRPS16,FAM45A,PIGP,TCF20,TMEM186,THTPA,MRPL40,ANXA6,RIOK2,CIC,UTP14A,PRMT6,PRMT5,UPF1,MINK1,ANO6,TFB2M,NIPA2,SREBF2,COMMD5,MRPL44,IMMP1L,PRPF18,INF2,PTRH2,MED20,PAFAH1B3,CDC123,NIP7,MRPS33,NOL7,TIMM10,MRPL55,TM9SF3,PSMB5,PPP1R8,PSMB1,MFN2,FLNA,MGAT2,RPL15,DYNC1H1,BRF2,YTHDF3,UTP3,GATC,HUWE1,DAB2IP,TTC9C,GTF2H2,WDR12,TMEM60,SKI,KBTBD4,PHF5A,TRMT6,TAOK2,TSR1,AGGF1,ESYT2,TRIP12,KBTBD7,DBR1,CLSTN1,HDLBP,ATN1,FBXO22,IPO7,HDDC3,AZI2,SNRNP35,SBF1,CHCHD1,ATP11B,CNPY2,HNRNPUL1,MSH3,HNRNPUL2,RPL7L1,TIPRL,EHBP1L1,NHP2,GEMIN7,PHPT1,CSNK1G2,ANAPC2,RTN4R,DDX6,TXNDC9,COX16,UBR4,TARS,GTF2E1,SUPT6H,RNASEH1,ZMAT5,BTBD2,LLPH,PDZD7,MCL1,WDTC1,TOR1A,CCDC12,VTA1,CPSF2,TRAPPC5,DNAJC14,EIF2S2,TOR1B,EEF2,COPS6,SLC7A6OS,GNL3L,SH3BP5L,GNB1,UBA3,MDM2,SPIRE2,NOP10,CNIH4,NFE2L1,EIF4G1,PICALM,KDM5C,WDR1,PRKCSH,WDR3,ATP2A2,TRIAP1,CHD3,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,OPA3,TNPO3,YWHAG,GET4,ARHGEF11,ACTR2,KLF13,TFIP11,ABHD14A,ACTR8,RAD23B,IMPAD1,PPP1R12C,BECN1,MTPN,KDM3B,NDUFB6,USP10,CSTF2T,LENG8,RBM4B,TM2D3,HSD17B10,ADD1,HDAC7,DNAJB2,SRR,FAM168B,GANAB,RBBP5,POLR2B,U2AF2,FAM120A,UGGT1,CCDC71,DCAF13,RNF20,PTCD2,NICN1,CDC42BPB,MGAT4B,ERCC8,ACIN1,POLR3K"
+"gene_set_query"	"722"	"TET1"	"654.3"	"Literature ChIP-seq,64;ARCHS4 Coexpression,797;GTEx Coexpression,1102"	"TESK1,ZFYVE1,TSKU,LSM10,TBK1,PSMD3,MEF2A,PRKAB2,CXADR,UNC5A,FRS2,SCAMP1,PRKAB1,UQCRC1,JTB,ASPHD2,EXD2,SET,MEAF6,FLII,AGAP1,SLCO5A1,BAZ2A,AAAS,MRPL12,CIAO1,RNF214,RHOT1,AMZ2,LTA4H,PUSL1,VTI1B,JAG2,JUN,PRPF38A,JUP,CADM1,ABCA3,EXOC6B,BBIP1,MLLT11,ABTB1,VANGL2,NMT2,FAT3,PSMG2,DZIP1,TMEM9B,GPR19,PIGP,ARHGAP1,MED19,LRRC3,AACS,HSPB11,DDA1,PANX1,JPH4,MRPL42,TUBA1A,ATIC,NEFM,JAK1,DLGAP4,DFFB,SPHK2,SLC39A10,RRAS2,ELOVL6,SIRT6,EPS15L1,DYNLL2,MED26,SRP9,PGM2L1,DUSP7,SIRT3,LRRC42,MED23,PSMA5,CINP,VAMP4,SLC29A2,OAT,WRB,ATL2,HTT,NOC4L,SDAD1,EXOSC10,MFN1,NCDN,MEF2D,YKT6,USP9X,ATRNL1,MBD1,DAB2IP,LRRC20,FABP3,SNX17,TAOK1,SERBP1,RIMBP2,GOPC,YPEL5,CRAT,TMEM167B,CSE1L,UBE2D1,FADS2,POFUT2,KPNA6,NUDT19,PIM3,MAP3K7,PPP1R16B,CDKL2,AGTPBP1,ATP11C,TBR1,FBXO10,FOXP4,MSH6,ACAP3,MSH2,SRSF2,LY6H,ARL8A,KPNB1,ANAPC2,PFKFB3,MAX,SMYD5,STK39,FBXO44,RAP1GAP,CORO1C,SLC9A1,SOCS2,ATXN2,G3BP1,STK38,SLC38A6,NAE1,LRRC4B,TIA1,NOP16,ODF2,HPS3,CORO2A,STK24,STK25,TUBGCP3,ACO1,TUBGCP4,OSBPL1A,NFE2L1,NUMA1,PIK3CD,ARRB1,NRGN,MRPL4,MRPL2,MDK,SUMO2,ERC1,ERC2,SNAP29,PELP1,NDUFC2,NSMCE4A,SYF2,BDP1,BCAT1,PPP1R12B,AHDC1,RNFT2,GTF3C4,UHRF2,LRP1,LRP3,RCHY1,EHBP1,LRP6,FCHO2,BEND3,SH3BP5,SLITRK5,LRRC8D,IGF2BP3,IGF2BP2,HNRNPA1,PCDH1,EIF4E,SEPT11,SSB,SLC12A5,FEM1B,FOXJ3,DONSON,TPD52L2,NECAP2,MYO1B,NAGK,SUCLA2,CDKN2AIPNL,NOVA2,EIF3G,KCP,PTPN9,CCNK,CCNJ,PREP,TXNDC11,ZDHHC8,RCBTB1,OPHN1,OGFOD2,TRIM24,KIF21A,ATXN7L2,CCDC92,SLC12A6,SLC12A9,ARL10,ARSA,SMARCC1,ST6GAL1,ISLR2,TALDO1,ANK2,BCS1L,MFSD11,MFSD10,THAP4,CFDP1,KCNQ2,KCNQ4,ULK2,KCTD17,SDC3,PIK3R1,PTTG1IP,ACTR3B,LARS,DHX34,DHX35,HIVEP1,DYM,KCNN2,HIVEP2,RIMKLB,N4BP1,INTS1,INTS3,HSPA12A,PAICS,SMARCA2,AIMP2,EXT2,PPP1R1B,SDC1,INTS4,LRRN1,FBXL3,CALM1,RCOR2,CALM2,RGL2,HERPUD2,MRPS15,GRIK5,GRIK2,PCSK7,PPP3CB,PCLO,ENC1,SDF4,RAC3,NANS,DBNL,TMEM150A,NCOA5,GAA,MRPS23,MINK1,PRPF40A,ANO6,TFB2M,ENAH,GAK,G2E3,CD47,ARHGEF7,SFI1,DBN1,STX12,STX16,SSNA1,STX18,PRICKLE2,GNAI3,CRIP2,NEDD8,PRICKLE1,RELA,EXOSC4,NFIL3,CAMK2N1,HSF1,PAK6,MGAT1,GPC4,CCT7,MON2,NPM1,SPRYD3,PLEKHA1,MIB2,RPA1,TMUB1,UBE2G1,KLHL9,SH3RF3,BOP1,TTC9,KLHL5,SGSM3,SGSM2,TTC3,CACHD1,ESYT2,GRINA,ZFP28,OTUD4,PRDM4,ZFAND3,UBE2Z,CELSR2,PPME1,CAPN2,PPFIA1,SBF2,ADPRHL2,TMOD3,TMOD2,ADAM11,ADAM10,SDHD,RUNDC3B,ADAM19,TMX3,ADAM15,TMX2,HNRNPUL2,GPD2,SCN8A,EHBP1L1,WDFY1,SIDT2,KLHL18,NDRG3,COX15,PSMD13,UBA5,HTRA2,CACNA1A,RASGRP2,RTN4,RAI1,SHARPIN,DHRS7B,TBC1D14,H1FX,QSER1,CCDC134,YARS,KLHL23,ANKHD1,SYT7,CLK3,HIGD2A,BMP1,NASP,CCPG1,GNB2,GNAS,AMOTL2,DEGS1,YWHAE,ZMYND19,LDB1,CNRIP1,CHD6,HMGB3,PSIP1,RND2,AFF4,GPHN,PPP1R9B,LMNB1,SEC61A2,EEF2K,BCL7C,MLST8,LRRFIP1,SULT4A1,YWHAG,SUN2,DDX55,CAD,TBC1D9,UBE2QL1,RCN2,NAV3,UBE2R2,ALS2,RER1,TBC1D5,GORASP1,NUP50,ATG4B,NUP54,MAN1B1,NAT8L,EAPP,SHANK3,INA,SHANK2,IRF9,RNF8,PARN,CRMP1,DDX21,HMGCR,NT5C2,CLCN2,ADD1,RNF2,ADD2,CYTH3,TAF1A,MTA3,CLVS1,TIMM8B,ATF7IP,URGCP,GALNT2,LRWD1,SOD2,CDK11B,TEF,ASB8,BRMS1L,RBM42,ERCC5,KRAS,VIM,RBM45,MBTPS2,RAN,LNX2,CYFIP2,TRIO,RRP1,STMN3,PHAX,SMC3,FNBP1L,EPRS,DCAF6,PCMT1,CNST,TFG,ZMIZ1,STMN1,CDK20,PIP4K2C,ANKS1B,CHGB,MECR,ACOT7,TSPYL1,WDR75,SOX11,BIN1,VPS28,GNE,CDC42SE1,SEH1L,NOLC1,PRKCZ,ADH5,GJC1,LDHB,FLRT2,NUP85,PRDX1,CHST10,GAR1,RRS1,ST3GAL5,FDFT1,FZD3,PHC1,CDC7,PA2G4,MEX3B,MEX3A,HNRNPK,H2AFY2,HNRNPF,HNRNPC,PHF3,OGFR,GABRB3,SETD5,SETD2,WDR47,SETD3,DENND1A,PHF23,SETD7,CLTC,WDR41,ADO,PHF6,TMEM189,TRIM9,CSRP2,TIMP2,ANXA7,AP3S2,RIOK1,JARID2,SHPRH,TCF12,NUTF2,GNL2,TAF6L,TUBB2B,TMEM179,HEATR5B,MTF2,KIFC3,EXOC2,GRAMD1B,NFIX,RNMT,TIMM9,NSD1,CHN2,UBN1,RUNX1T1,PAIP1,SF3A1,BRF1,TTC9C,WDR12,LRPPRC,GTF2H5,TM9SF2,ABI2,OSTM1,PLP2,TMEM229B,ANKRD13B,PHLDB1,CEP120,AUP1,IPO4,IPO5,SLC8A2,RPH3A,NRBP2,ABHD11,SALL2,CDH2,SMARCAD1,LZTS2,MAF1,MAGI1,RAB2A,CSNK1G3,SUPT16H,TPM1,MAGI2,VASH2,THOC1,NRBP1,THOC6,DISP2,MORF4L1,PYGO2,ARMCX1,CLIP1,CACNB4,RALGAPB,RAB34,MADD,PHIP,AAGAB,ADNP,FKBP3,GLYR1,ENY2,CUL7,SEMA7A,RAB5C,BRI3,CUL3,ANKRD12,AK1,GLT8D1,SLC38A10,AK3,UBR2,KLC1,GOLGA7B,BAG5,KLC2,PSAP,ABL1,SAFB2,NDN,ANKRD28,EIF2B4,EIF2B3,EIF2B2,POLR3GL,OSBPL2,TMEM132A,TRAPPC9,BTBD9,CHERP,REEP1,RCAN1,LSM7,DAB1,LRFN4,SLC7A6OS,YEATS2,LHX2,ZFP62,REEP2,NF1,RNF182,TPP2,PLXNB2,PLXNB1,RNF185,RAB5A,RNF187,CALCOCO1,WDR4,ZFP82,DUSP18,SYNE2,PIK3C2B,SGCE,SCRN1,VPS72,PHACTR3,CEP170,TNPO1,EIF2B1,NIPSNAP1,ZFP90,REXO4,DNAJC6,POLR1D,NFAT5,HDAC2,NLGN2,SMARCD3,HDAC1,RAB1B,RNF38,HDAC7,HECTD3,DCAF13,SMARCE1,SLC35A4,SMOX,KCNIP2,SEMA4C,FBXL16,NIN,VAPA,MGAT4B,POLR3F,RHEBL1,TCERG1,VEZT,APP,FAAH,HDAC10,VARS,CISD1,DIXDC1,RUSC2,RUSC1,FLAD1,SEPHS1,ZFPL1,GLUL,SRRM4,SLC6A17,MTUS1,ACSL3,SRRM1,MRPS18C,RRAGC,KATNAL1,SIK3,ATP6V0D1,CBLL1,NECAB1,ANP32A,PDE1B,TMTC1,GMCL1,IGSF9,NLN,PTDSS2,SGPL1,GSE1,NTSR1,BANP,VASP,VAT1,BCL11A,TREX1,INSR,UBAC1,GADD45G,ZZZ3,FUBP1,TMCC2,TMCC1,RBAK,TECPR2,TECPR1,CC2D1B,SLC35F2,CITED2,SLC44A2,GDI2,MYL6B,ROBO1,RPTOR,XPO1,SIPA1L1,ZMYM4,GUK1,XPO5,DLAT,RALGPS2,MAP4K2,PRMT8,PRMT7,TSC22D1,GP1BB,PPRC1,TUBG1,ZDHHC17,AP3B2,MTSS1,RAB33B,NME1,UGDH,PACS1,MPPED2,FAM20B,MAPRE3,RHOV,ALDOA,MAPRE2,SDCCAG8,FYTTD1,GDPD1,NOL8,AKAP1,PPP2CB,CUX2,CUX1,APBB2,SHOC2,APBB1,MAP4K5,APBB3,MPZL1,MYEF2,MTX1,MTX3,LHFPL4,SPCS1,XPOT,STAC2,RAB3GAP2,KBTBD7,CDK5R2,KDM1A,NUCKS1,EFTUD2,COL4A3BP,TMEM147,POGZ,HCFC1R1,NRCAM,CHRNB2,PDIA3,PHYH,LMO4,SHISA5,PUS7,TUG1,RSBN1,PRPF3,ELMO2,AMPH,SCG3,STAM2,ABCG4,ISCU,PDE9A,DAP3,FAIM,ZCCHC7,PXK,BTF3L4,EFNA4,ARHGAP12,EFNB3,SCUBE1,TMEM127,MYH10,PDZD8,BPTF,RAP1GAP2,SMAD1,SMAD4,CPSF6,CBX5,CPSF1,CBX4,SMURF2,WSCD1,CPSF3,NONO,CBX2,IDH1,CBX1,TBCD,IFT122,DNAJC14,SMAD5,DNAJC16,AZIN1,EFNA2,NR4A3,RFXAP,PI4KA,BLMH,LRP10,LRP12,NFKBIB,KDM5B,B4GALT3,ACADVL,DOCK9,NVL,DOCK7,HK1,SENP6,SENP7,FLCN,ZC3H7A,SNAPC4,SPEG,RBM6,KDM6B,TSFM,SVOP,USP43,CTPS2,SAFB,CKAP5,LATS1,FAM189B,DDAH2,THRAP3,RASA1,ITGB1BP1,HAGH,HCN3,GMPR2,USP12,ETFDH,ATP1A1,THBS3,TBRG1,MAPK9,UGP2,NCAM1,CDIPT,ABCF1,RWDD1,LIMK2,USP22,DTNBP1,PDE4DIP,USP28,MEIS3,MEIS2,FMNL2,SPRY2,ATP13A2,TBKBP1,ABCE1,SSBP2,LPIN2,SSBP3"
+"gene_set_query"	"723"	"HOXC9"	"655.0"	"Literature ChIP-seq,23;ARCHS4 Coexpression,506;Enrichr Queries,1325;GTEx Coexpression,766"	"POP5,SCOC,POP7,GMFB,TFRC,POP4,RBPJ,ALKBH6,TSEN54,ALKBH8,ALKBH3,PSMD8,PSMD9,SAMD14,KRTCAP2,PSMD7,ZFYVE27,SCP2,PSMD4,DPYSL2,PSMD3,FGFR1OP2,PSMD1,PRKAB2,DAXX,DNTTIP2,RFX3,SCAMP1,SCAMP3,EID2,ZC3H11A,CLNS1A,RUFY3,FEZ2,TMEM126A,JTB,UQCRC2,LETMD1,MTMR2,ABCB6,SAR1B,MRPL18,NPRL3,MRPL16,MTMR9,SDR39U1,COPS7B,MRPL14,MRPL12,MTMR6,MRPL11,CYB5R1,MRPL20,HMGXB4,RNF216,RDH11,PRKAR2A,PIP5K1A,RDH14,PUSL1,JUN,PRPF38B,PRPF38A,NCAPH2,NR2F1,MRPL27,MRPL28,SNF8,MRPL23,LARP4,MRPL24,MRPL21,CS,MLLT11,MRPL30,UCK1,TDP1,NMT1,PSMG1,DZIP3,LGMN,EZH2,LRSAM1,PIGT,PIGO,RPLP1,MRPL39,MRPL37,SNX11,OSBPL11,MRPL34,TRIOBP,TRMT112,NIPBL,MRPL40,ATIC,MED10,FASTK,TCP11L2,JAK2,LRRC47,ACTL6B,IFT140,ELOVL5,SPHK2,ACTL6A,SIRT4,ELOVL6,SIRT6,MRPL48,MED27,MRPL45,MRPL46,DUSP6,MED29,MRPL44,MED23,MRPL52,MRPL53,SLC7A6,MRPL50,PSMA3,PSMA4,PSMA2,PTRH2,MED21,PXDN,CINP,TUT1,VAMP4,PAFAH1B3,DLD,SLC29A2,TRUB1,OAT,NIP7,RPS27L,DLST,HTT,SDAD1,PSMA7,MRPL54,MRPL55,PSMB6,GGA1,PSMB7,NRAS,PSMB4,PSMB5,RECQL5,UNK,PSMB2,PSMB3,PSMB1,MFN1,SPOP,AP2S1,LEO1,RPS27A,YKT6,EGLN1,MBD3,MDH2,NUDT21,RABIF,PSMC6,CCDC9,SNX17,PSMC4,PSMC1,TTLL1,ETNK1,PSMC2,SNX15,SRRD,TSR1,UBAP1,GOPC,RPL22L1,TMEM167B,CSE1L,PDCD5,FBXO28,ATN1,LTN1,HDDC3,ATCAY,FNTA,RUVBL2,FNTB,OSBP,STK16,RUVBL1,KPNA4,NUDT16,MTPAP,KPNA3,MAP3K7,SLC25A44,FADS1,KPNA1,IK,EIF1AX,FBXW9,UBE2E1,TBR1,ZCRB1,FAM118B,DMTF1,LIX1,MRTO4,SRSF3,ANAPC5,SRSF5,KPNB1,ANAPC2,FTO,UQCRB,MAX,SMYD5,IREB2,ARL1,GPR85,ARL2,UBFD1,UQCRH,SOCS2,RAP1B,SLC38A7,SLC38A6,THEM4,BRIX1,E4F1,NAE1,LRRC4C,SAC3D1,ZKSCAN1,IP6K2,NOP14,TIA1,NOP16,GOT1,BOD1,EEF2,CORO2A,FBXO31,ZC3HC1,IBTK,SON,TMEM11,UQCRQ,ARPC3,TUBGCP5,MDM4,NIT1,NFE2L1,NOP10,MDM1,SLC25A1,ZNF512B,SNAP25,MCFD2,SLC25A3,HSP90AB1,CELF3,AKAP8L,ETFA,NENF,MRPL4,MRPL3,NGRN,MRPL2,SUMO2,PMEPA1,HMG20A,MRPL9,MDP1,DNM1L,EID2B,DIS3L2,EIF5B,BCAS3,ACTR2,ACTR6,DHPS,NDUFC2,RAD23A,ACTR8,RAD23B,RABGGTA,DDOST,QTRT1,TMBIM6,BIRC6,TOP1,BDP1,SEC22B,BCAT2,PPP1R15A,RNFT2,BECN1,GTF3C2,CANT1,NDUFB7,UHRF2,GTF3C5,GTF3C6,NDUFB5,CXXC1,ZBTB43,LRP3,HSD17B12,HSD17B10,FOXRED1,SRM,TSPAN31,NCLN,KCTD20,PHKG2,FEM1C,E2F4,DRAM2,AAMP,EIF4B,GADD45GIP1,NDUFA9,PPP1R14B,NOP58,TRIM41,NDUFA6,FEM1A,GPKOW,MBOAT7,LYSMD2,IMMT,EXOG,TPD52L2,SLC25A38,NECAP1,CDKN2AIPNL,EIF3K,EIF3L,EIF3G,PTPN9,EIF3E,CDR2L,EIF3C,TRIM32,SLC25A36,PREP,PPAN,KEAP1,JMJD1C,CCNC,THUMPD1,ACTB,ZDHHC4,CDC23,HERC1,SNRPD1,CDC27,FAM53C,TRIM26,EIF2D,KIF21A,SNRPD3,TRIM27,CCNL1,ATP6V1E1,EIF2A,ATP6V1G1,ZFP1,ARL15,IMP3,ACTN1,NSMCE2,NSMCE1,ALG2,CIRBP,ALG1,BCS1L,MFSD11,THAP4,SFRP1,SNHG12,THAP7,CDC37,CSNK2B,FAM76B,TRIM11,NRN1,AARS2,L3MBTL2,DHX8,SUPT4H1,PIK3R3,APH1A,PGS1,COMMD9,DHX34,LARS,HLTF,DHX36,DHX38,SURF6,B4GALNT1,FAM192A,SCN3A,LRRN3,HARS2,IFFO1,EXT1,AIMP2,ZBTB6,PPP1R1A,ID2,CWF19L1,CDC16,NDUFAF2,CALU,RANBP10,NDUFAF3,SDC1,DHX29,RGL2,AARS,MRPS17,NRP1,MRPS15,COX7B,MRPS16,USPL1,HIBADH,FKBP15,PPP1R10,MRPS12,MRPS10,NAT10,SLC7A11,WASL,COX7C,PTMS,PPP3CB,ARV1,OTUD6B,RAC1,MRPS28,VKORC1,MRPS26,MRPS27,WARS,MRPS24,ACAD9,NCOA4,MRPS21,COMMD3,PRPF40A,TMEM150C,COMMD4,CTTNBP2NL,PDRG1,CTU1,CSDE1,TAX1BP1,EEF1E1,PTMA,SLU7,NAPA,DYNC1I2,AHCY,PCNA,MRPS36,STX16,CCDC106,MRPS30,COX5B,COX5A,RXRB,SAMM50,SERTAD4,OS9,EXOSC8,GPC2,PAK6,MGAT1,SCAND1,MGAT2,EXOSC2,CCT5,EXOSC1,PEX16,MON2,PEX19,YIPF2,YIPF3,PNPLA8,YIPF4,CRIPT,TTC1,RSRC2,COX6C,CSDC2,NEDD4,CCNG2,TTC4,NDUFAB1,PNPLA6,PRDM8,DPAGT1,SYS1,UBE3C,RPP30,UBE3A,PRDM2,SRP14,CELSR3,EEF1B2,NARS,SNIP1,RGS9,MORC3,ADPRHL2,SLC30A5,ATG9A,DNAJB12,LMTK2,SDHD,ATAD3A,COX6B1,HNRNPUL1,PSPC1,TMX1,RPP21,WDFY1,SBDS,PLAA,PPIH,PPIG,TBC1D23,GEMIN7,RAF1,PPIA,CARS2,RTN2,VCP,TBC1D19,PSMD11,NDUFB10,UBA5,DDX1,COX17,KLHL12,RPF2,TIMM50,RPF1,RNASEH1,KIF3B,DHRS7B,TBC1D13,CYC1,NDUFV3,LLPH,NDUFV1,KLHL25,SYT1,UBE2B,TIMM44,KLHL24,SUPT5H,RCL1,PAN2,HOOK2,HOOK1,UBE2S,CNTN1,PHTF2,RBM28,RBM25,CUEDC2,ZMYND19,DDX46,DDX47,PRKCSH,CHD6,ATP2A2,DPY30,CHD4,ADAR,HMGB1,MEA1,USE1,RND1,TMEM223,ABHD16A,BCL7A,GATAD1,MYO18A,TIMM17A,UQCRFS1,LRRFIP2,RBM33,UTP15,NAA30,RBM14,TBP,RBM18,BUD31,DDX54,NAV1,VCAN,NDUFS8,ALS2,NDUFS6,CAT,NDUFS4,ATG4B,NAA38,NUP54,ACOX3,IRF9,RBM22,DCTN6,RRN3,GOSR1,DCTN3,RNF8,DDX21,RNF4,RNF2,AGPAT4,POLD3,TAF1D,PABPN1,TNKS2,SV2A,TAF1C,SPOCK2,TRA2B,TAF1A,MKNK2,BNIP1,DROSHA,PTK2B,TMEM208,TIMM8B,TTC14,ATF7IP,CHURC1,NAA10,TAF10,TAF11,PDAP1,LRWD1,MAPK14,CDK11B,GOLPH3,TEF,ASB8,POLE3,ASB6,ERCC5,FAM98B,VIM,RBM45,RPL30,RPL3,RPL32,RPL31,ARPC5L,THYN1,GPATCH4,HNRNPR,PHAX,DCAF5,EPRS,PHB2,DCAF4,BACH2,DCAF6,GCSH,RNF115,CNST,MYC,RPL36,VPS35,RPL38,RPL37,IER5,VPS39,RNF111,IER2,CHGB,NUP214,MED1,RPL22,CD3EAP,SOX11,ARMC8,MED4,MED6,GTPBP4,RNF123,WDR81,BIN1,SARNP,CLPP,ZSCAN21,RPL24,YME1L1,RPL27,RPL26,VPS25,RNF121,GNE,PRR13,MEG3,ANAPC13,NUP205,RPN1,NOLC1,RNPC3,ARPP19,PRKCZ,NCSTN,WDR70,BLOC1S1,GAR1,SSR1,VPS16,NAA50,BTF3,CDK17,PRELID1,PRRC2C,PA2G4,TMEM198,GNPTG,NPLOC4,ARL2BP,GTF2IRD1,MMS19,FARSA,CDK16,CPEB4,WDR47,WDR48,SETD7,ARPC1A,CLTC,SMG5,TMEM186,UBL5,RRP12,RRP15,UBL7,CEP68,BRD3,NUDC,MIOS,HSBP1,SSR2,WDR34,HADHA,ZEB2,LSG1,SIKE1,IVD,TCP1,EXOC4,GARS,GAS8,SF3B4,CDC123,GRN,CLDND1,TIMM9,USO1,TIMM13,HSPA14,TM9SF4,FGD4,BCLAF1,RPS15A,TMEM169,SRP72,LMAN2,CHN1,RPL15,RPS2,RPL18,RPL17,SF3A3,PCGF6,BRF2,YTHDF2,SF3A2,WDR18,NR1H2,GATC,TTC9C,DEF8,SCAF1,WDR11,FIG4,ERP44,XAB2,NFIA,MORN4,NFIB,INHA,RAB3C,RAB3A,CLSTN3,GTF2B,SYAP1,RPL10A,IPO4,RPH3A,IPO8,CFL1,SLC39A6,SNRNP35,HMGN3,USP8,CSNK1G3,RAB2B,BIVM,RNF44,SUPT16H,RPS9,RPS7,TPM3,RPS8,RALGAPA1,IGFBP3,USP3,F2R,IGFBP2,RPS6,DYRK1B,TRAFD1,LEMD3,THOC5,GTF2F1,GTF2F2,NRBP1,RNF41,CACNB1,CTDNEP1,PYGO2,CLIP1,EBNA1BP2,ARMCX1,NCL,PGP,NHP2,SNRPG,SNRNP27,SNRPE,SNRPF,STAMBP,TNIK,MAD1L1,SNRPA,CSNK1G1,SNRPB,CUL9,CUL7,RAB5C,CUL5,ABHD2,GLO1,ITPR1,UBR3,TARS,PHB,HSPBP1,GTF2E1,ORC6,BTBD1,PITRM1,ORC3,ESD,PSAP,PLXNA2,PLXNA1,SRGAP3,MAP2K6,MCL1,MPDU1,ANKRD28,EIF2B3,AKIRIN1,POLR3GL,TRAPPC8,LSM4,LSM3,CHERP,CNOT4,BCL9,COPS3,GON4L,LHX2,CDK4,NF1,RNF181,TADA1,COPS8,BCL2L2,CNIH4,RNF187,LMBR1L,CCDC47,CEP164,WDR4,PPP6C,DUSP12,RPL7A,METTL14,LBH,SART3,NOB1,VPS72,AP1G1,SNRNP70,IDH3B,HIF1AN,EIF2B1,CCDC39,ADSL,RFC3,CHUK,LANCL1,LIX1L,EDF1,PLRG1,YDJC,REXO4,COASY,DNAJC2,PTP4A3,DNAJC7,DNAJC6,CTDSP2,RPL37A,CCDC43,DNAJC9,RNF31,GTF2A2,WBP4,RPL36A,AMBRA1,RAB21,AP3M2,STOX2,ABLIM1,HECTD1,HIRIP3,HAUS8,POLR2D,VPS52,POLR2E,POLR2F,SNRPB2,POLR2H,POLR2I,MEST,POLR2J,POLR2L,PPIL1,KCNJ11,RNF25,ADRM1,PNRC1,CUL4A,RAD52,RAB14,RAB12,VPS41,DRG1,RAB18,DRG2,POLR3H,CEBPZ,VEZT,SLC35B4,ZMYND8,CISD1,FCF1,PDCD2L,NFU1,RPS15,TIAL1,GOLGA3,GOLGA4,RPS16,GOLGA5,RPS19,KAT5,FLAD1,FTH1,ARL6IP5,HABP4,LONP1,LONP2,DENR,RPS10,SEPHS2,SOX4,SRRM2,AQR,TIPIN,SLC6A15,METTL3,BOLA1,MRPS18A,ACSL3,JMJD8,POR,KARS,GRWD1,BOLA2,GUF1,AURKAIP1,ATP6V0D1,CBLL1,CUTA,TMEM161A,TSHZ3,CSTF3,TRMT2A,FXR1,NLN,DGUOK,PDCD11,ZNHIT3,ARGLU1,TRAP1,SNHG1,TMEM184C,SETDB1,PYCR2,UBAC1,ZWINT,GADD45G,RPS26,RPS25,CCDC88A,RPS28,ZZZ3,ADCK1,RPS29,GOLGB1,TMCC2,ANP32B,RPS24,DAZAP2,HBS1L,GFM2,COIL,RPTOR,UCHL1,SLC22A17,CHMP1B,C1QBP,SEC61G,ZMYM5,TMED1,TMED7,GABPA,TMED4,PSENEN,ZYG11B,PRMT7,STRADA,NME2,PPHLN1,TUBG1,CBFA2T2,TOPORS,MLF2,RHOB,NME1,PRPF18,NME7,STRAP,HNRNPH3,SGK1,KPTN,CSTB,DTYMK,PRIM1,NOL7,NOL6,AMN1,ANKMY2,APBB3,RANBP1,MTX3,NFYC,RANBP6,KBTBD4,RSL1D1,PRKRA,NBR1,TOMM7,RAB3GAP2,MEGF8,MPHOSPH8,TOMM5,NDUFA13,GOLT1B,NDUFA12,CWC25,COMT,TOMM20,TOMM22,TATDN1,CHCHD2,CHRNB2,LMO1,LMO4,ANGEL2,APLP2,TOMM34,NOSIP,SHISA4,TSC1,ACYP1,TRNT1,RSBN1,TUFM,PDIA4,OXA1L,TMEM135,DPM3,DNAJC30,RPL7L1,PRPF3,SPNS1,FIZ1,ZCCHC8,ISYNA1,RPS19BP1,NOP2,CLEC16A,LPL,CPLX2,EMG1,DPP6,UBB,ZMAT2,DPP8,DMAP1,ATP6V1D,ZC3H15,DNAJC19,ACBD6,ACBD5,CBX5,CBX4,CBX3,CBX1,DNAJC11,BFAR,EIF2S2,DNAJC17,NFKBIA,EFNA2,TMEM115,ATG16L1,ACBD3,CREBZF,SCYL3,KDM5C,USP38,ASNSD1,DBI,SLC2A3,USP39,SENP7,TMEM101,ZC3H7B,GMPPA,SPEG,TMEM109,MAN2C1,USP30,TSFM,ABCC5,IQCE,RPS3A,SENP3,DDX19A,AKT1S1,CDH11,DNLZ,PFDN2,ITGB1BP1,PFDN5,ATF6B,ETFDH,MTIF3,DLL1,RMND5B,CHSY1,SAP30L,BUB3,ABCF2,ABCF1,CLASP2,USP24,PTCD1,PTCD2,CADPS,PCDHGC3,MEIS2,GDAP1,PIK3IP1,PPP2R2B,RPS6KB2,SSBP1"
+"gene_set_query"	"724"	"ZNF81"	"656.7"	"ARCHS4 Coexpression,784;Enrichr Queries,372;GTEx Coexpression,814"	"PANK3,HDAC11,JMJD1C,GABPB1,RPL8,BACH1,RPS15,RASSF2,HERC1,ALKBH1,CDC26,HABP4,RPL36,ARL6IP4,CCDC92,SLC12A6,RNF111,MED1,SCAF11,MTUS1,WDR74,ISLR2,RFX3,ANK2,DICER1,MED6,RC3H2,INPP4A,RFX7,ZC3H11A,AKAP9,RPL29,ALG10B,MACF1,DHX8,MYCBP2,PIK3R1,CDKN2AIP,TTBK2,ANAPC11,CYB5R4,CYB5R3,ERI3,VPS8,VTI1A,MCMBP,TRPM7,STXBP5,SERF2,EDEM3,SYNRG,EXOC6B,PRRC2C,MEMO1,BRAF,PHC3,PBX1,MED13L,SETX,STAG1,ZBTB6,STAG2,FAM135A,WNK1,GOLGB1,GIPC1,INTS4,AVL9,CALM2,CPEB4,SMG1,GMEB1,SETD2,PIGU,RPLP1,PHF6,MED17,SERP2,NIPBL,PCM1,MED14,MED13,AKAP11,ZMYM4,TRIM2,REV3L,TCP11L2,UBXN7,IDS,SDF4,JAK2,UTP14A,GIT1,NCOA1,COX8A,PRMT5,NCOA2,SHPRH,TMED9,PCYT1A,TCF12,TET2,NME2,ASH1L,GNL1,ZDHHC17,PHF20L1,KIN,SIKE1,PRPF18,NFX1,MED20,PXDN,PELI1,ATP6V0C,RNASEL,ECHS1,ZDHHC20,COX5B,COX5A,CST3,BCLAF1,BTAF1,NSD1,AP2S1,RICTOR,RPL18,SRSF10,SF3B1,RANBP2,MON2,YTHDF3,USP9X,MDH2,MTX3,HUWE1,MYO9A,MIB1,RGP1,MKLN1,KBTBD4,ETNK1,TAOK1,TCEA2,RLIM,NUCB1,TRIP12,PKN1,FAU,FRYL,NDUFA13,FAM13B,CD81,ARID4A,ARID4B,COX6A1,FBXO22,IGF1R,SMCHD1,PPIP5K2,CHCHD6,CWC22,PALM,ADORA1,EP300,ARID2,NOM1,RALGAPA1,ANKRD44,TMOD2,UBE4A,ATP11C,ZBTB34,ATP11B,THOC2,ZBTB33,RSBN1,PIAS1,COX6B1,BSCL2,ACAP2,DMTF1,WDFY3,PHIP,RAF1,NSMAF,ANKRD17,DDX6,CD151,ANKRD12,ABHD8,UBR4,UBR3,TOR1AIP2,UBR2,UBR1,PHF21A,HMBOX1,DPP8,UBR5,CCDC32,SLC15A4,SKIL,ZKSCAN1,QSER1,BPTF,KLHDC3,OSBPL8,NOP14,TIA1,FBXO38,NUP153,KLHL24,SMAD5,SLC7A6OS,GNL3L,EFNA2,HOOK1,DMXL2,NF1,PHF14,PIN1,TAB3,BRWD1,FGF13,OGT,RNF187,ISY1,SCYL3,PHTF2,DDX46,PRKCSH,COX4I1,USP33,WDR4,USP34,CHD6,RND2,CHD2,AFF4,SYNE2,MAN1A2,PSD3,PMEPA1,CEP170,ERC1,TNPO1,TNPO3,POLG,ARHGEF12,CHUK,DST,GPX4,PDPK1,ATRX,IQCE,VPS13A,EDF1,OXSR1,PATL1,LATS1,PTP4A3,PIK3CA,SETBP1,CTDSP2,BIRC6,TMEM9,SOS1,BDP1,NFAT5,USP15,ROCK1,USP10,ROCK2,CLCN3,LRP6,CAND1,RBBP5,TDG,TGS1,REPS2,WASF1,SMNDC1,ATP9B,CLASP1,CLASP2,POLR2L,TTC14,ATF7IP,GADD45GIP1,ARFGEF1,USP24,RNGTT,ATP2B4,PDE4DIP,DDHD1,MAPK14,OXR1,GDAP2,MAPK10,SLC4A7,NIN,APC,SNRNP48,TAF1"
+"gene_set_query"	"725"	"ZFP14"	"657.0"	"ARCHS4 Coexpression,1047;Enrichr Queries,516;GTEx Coexpression,408"	"ATF2,VARS,DIXDC1,ZDHHC5,HNRNPU,TXNDC16,BACH2,PSMD8,GPR173,ALCAM,RASSF2,CAPNS1,TRIM28,OPHN1,DPYSL2,MYC,AKT3,BSG,PSMD3,PWWP2A,AKT1,GLUL,ATXN7L3,SOX4,SOX5,DDX17,ARRDC4,EPHA4,MEF2C,SMARCC2,WSB1,ARRDC3,RFX3,CD3EAP,FRS2,MOGS,ANK3,ACTN4,ATG12,SND1,RRAGB,RUFY3,RUFY2,DDIT4,RRAGD,HECA,AURKAIP1,CCDC82,TRIB2,FLII,RPN1,PIK3R3,PIK3R1,CDKN2AIP,MTMR7,APH1A,PPP4C,SCAI,JUN,ZRANB2,BCL11B,INTS1,PLK2,SLC35E3,UPF3B,PBX1,POU6F1,PUM2,PRRC2A,HNRNPL,TBL3,ID2,CALR,EZH1,ITM2C,TOP2B,MRPS15,PIGU,CDKN1B,CITED2,MRPL36,SLC7A11,PRPF19,SMG5,ROBO1,PCMTD2,ING4,EPM2AIP1,AKAP11,TRIM2,ZMYM6,ENC1,SPIN1,TCP11L2,SDF4,CTSF,GPRASP1,GARNL3,PCMTD1,RALGPS2,DFFB,UPF1,TMED9,TSC22D1,TSC22D3,LRRC49,MINK1,TET2,ZDHHC17,DUSP6,PGM2L1,MLF2,RHOB,RNF144A,PSMA6,MN1,KIT,PXDN,WAC,TMEM106B,NCOA7,CD47,GLCCI1,VAMP4,SGK1,TKT,STK40,STX16,SATB1,ICA1L,ADAM22,GDPD1,NOC4L,CENPB,FAM129B,PCNP,FGD4,FAM172A,PES1,YKT6,RIC3,WDR17,MON2,KIDINS220,AGK,PRPF39,NFIA,NFIB,CCNG2,TTC3,NUCB1,HDGF,CIAPIN1,PKN1,TARDBP,MPHOSPH8,YPEL3,ZFP28,MEGF9,DGKE,ATP8A1,FMR1,HDLBP,IPO4,IGF1R,EFTUD2,ZFP30,SALL2,SESN1,ARHGDIA,POGZ,SLC39A7,MAP3K7,ENPP5,FADS1,USP5,RALGAPA1,ANGEL2,STX7,TMOD2,F2R,MAGI2,TSC1,CASD1,ATAD3A,KCTD6,DISP2,ARMCX4,DMTF1,HNRNPUL1,RAB35,CHMP4B,MATR3,FKBP5,LRRC59,BHLHB9,RAB5C,PSMD13,CHRNA7,CACNA1A,SLC1A4,DTX3,NDRG1,TIMM50,ARHGAP12,ORC4,ARHGAP21,PITRM1,IRAK1,DHRS7B,NACC1,ZKSCAN3,SRGAP1,ZKSCAN1,PDZD7,BPTF,MAP2K6,TRAPPC2,PRNP,TIA1,CPSF6,PTCH1,KLHL24,PTPRD,EFNA2,HOOK2,NBEA,ZFP62,HOOK1,GNB2,JMY,SPIRE2,NACAD,SERINC1,MDM4,FGF13,NFE2L1,NFKBIB,MXD4,EIF4G1,CREBZF,WDR1,PRKCSH,CHD6,PSIP1,HMGB1,ZFP82,AFF3,PPP1R9A,LMNB2,TTC28,MFSD8,SENP7,DUSP12,SEC61A1,SART1,LASP1,SCRN1,PSD3,PDE4B,SNAP29,EIF5A,USP48,PDPK1,LANCL1,CTPS2,GLRX2,NAV2,RAD23B,ZFP90,DNM3,ARL4C,TRAF7,LMBRD1,VCAN,PTP4A3,RER1,CTDSP2,POLR1B,GFOD2,AKT1S1,LUC7L3,ETF1,ZMYND11,RNFT2,TSSC4,RAB1B,RBM4B,MLLT3,JAKMIP3,TBRG4,JAKMIP2,SLC25A27,FBXL20,STOX2,GANAB,DNPEP,GNG5,U2AF2,GNG7,POLR2D,FAM120A,EIF4H,CLASP2,TTC14,SLC35A4,ADRM1,DDHD2,PDE4DIP,MEIS2,TPD52L2,IRGQ,NFASC,FMNL2,PIK3IP1,CARM1,MGAT4B,PDCD4,P4HB,SSBP2,TNRC6A,EIF3B"
+"gene_set_query"	"726"	"ZNF587"	"658.3"	"ARCHS4 Coexpression,1322;Enrichr Queries,319;GTEx Coexpression,334"	"ANKLE2,HNRNPU,JMJD1C,EPRS,GOLGA2,GOLGA3,PNN,RNF115,MPRIP,OPHN1,DPYSL2,MYC,OGFOD2,ARFIP2,TRIM27,CCNL2,CDK5RAP3,SOX4,TMPO,DDX17,FNBP4,SRRM2,WSB1,ARRDC1,ENTPD4,SCAF11,COG3,ALG2,CIRBP,CD3EAP,MOGS,WDR73,DICER1,ZC3H11A,AKAP9,DDIT4,ORAI2,JTB,MACF1,TMEM87B,TMEM161B,POM121,BAZ2A,PIK3R1,HIF1A,GJC1,UGCG,RHOT2,PRRC1,ATP6V0A2,RDH13,ST3GAL2,SCAI,EDEM3,XBP1,CREBBP,CHKB,ZRANB2,SLC35E3,PRRC2C,FAM136A,PHC3,PBX1,PRRC2B,MED13L,FAM160A2,ARL2BP,WNK1,GOLGB1,FUBP1,HNRNPD,CDK10,ALDH18A1,ITM2C,SETD5,SMG1,PIGO,CCDC124,PCSK7,AACS,NIPBL,ZMYM2,ZMYM6,UBXN7,UBXN4,NANS,JARID2,TMED4,CTSB,BRD2,SSR4,TET2,NUTF2,ASH1L,MRPS7,CBFA2T2,COPZ1,MLF2,RHOB,MED23,GAK,NCOR2,NCOR1,HNRNPH1,MTF2,PXDN,TET3,STX16,NOL9,GGA2,BCLAF1,CUX1,SF3B1,SRSF11,NKTR,RANBP2,MON2,YIPF3,YIPF4,GBF1,PCGF3,SYVN1,VEGFA,TM9SF2,SPCS3,SGSM3,ETNK1,TAOK1,NEDD4,SERBP1,PKN1,MPHOSPH8,CCNT2,SPPL2B,HDLBP,ARID4A,PRDM2,ARID4B,IGF1R,POFUT2,SMCHD1,ABHD11,MAEA,FAM174B,SLC39A9,POGZ,CFL1,EP300,SLC39A7,ARID2,SBF2,AP2M1,GTF2I,USP8,ANKRD49,FBXW8,TTC7B,UBE2E2,PRPF4B,TRPC4AP,ILF3,DMTF1,ERP29,PHIP,MAPKAPK5,SRSF6,COPB2,COPA,CUL7,PFKFB3,COPB1,ABHD2,ANKRD11,CHRNA7,ANKRD12,SLC38A10,ARL2,TOR1AIP2,CACNA1D,STK4,SEL1L3,ORC4,ORC6,ZKSCAN3,ABL2,NDUFV3,SKIL,ZKSCAN1,ANKZF1,PDZD7,BPTF,AP1M1,TRAPPC2,SMAD2,PRNP,OSBPL7,CPSF7,TIA1,CPSF6,CBX5,SEC16A,GFPT1,KLHL24,MARCH6,SMAD5,ANKHD1,CLK2,SON,EFNA2,GNL3L,GON4L,HOOK2,HOOK1,CNOT3,SP3,MDM2,NF1,SPIRE2,PLXNB2,SKIV2L,MDM4,DYNLRB1,BRWD1,FGF13,OGT,CREBZF,DIDO1,RBM28,RBM25,NAA40,RBM26,PRKCSH,USP34,CHD6,CHD2,SYNE2,SEC61A1,DUSP12,AP1G2,OPA3,GMPPA,PSD3,GATAD1,WDR6,ERC1,RBM5,PDPK1,AKTIP,ATRX,VPS13A,NAV2,ARID1A,ARID1B,ARFGAP1,BET1L,DDOST,VCAN,IRF3,TMEM214,TRAF4,CTDSP2,POLR1B,PFDN1,LUC7L3,PPP1R12B,DCTN6,TRABD,RNFT2,NFAT5,CANT1,ATF6B,HDAC1,SRSF1,GOSR1,LENG8,FBXL20,GANAB,ABLIM1,VPS53,MKNK2,POLR2D,FEM1C,VHL,RPP14,UGGT1,ATP9B,TTC14,SPEN,ATF7IP,SPAG9,RBM39,PPIL2,TRIM41,ATP13A1,ATP2B4,ZFC3H1,PDE4DIP,SOD2,TTC17,SH3YL1,IRGQ,KLF6,ACIN1,ERCC5,P4HB,RBMX,SEC24C,TRIM33"
+"gene_set_query"	"727"	"ZNF875"	"658.7"	"ARCHS4 Coexpression,1357;Enrichr Queries,361;GTEx Coexpression,258"	"FAAH,IFT172,EPRS,PNN,MPRIP,OPHN1,ZMIZ2,AKT2,LUC7L,CCNL2,PRKACB,ATXN7L3,CDK5RAP3,SOX4,TMEM8B,TBC1D10B,SRRM2,DDX17,TSPYL2,ACVR1,MEF2C,WSB1,ENTPD6,METTL3,COG3,CIRBP,PTOV1,CD3EAP,MOGS,WDR73,ANK3,CPT1C,NISCH,DDIT4,OBSL1,VPS28,SF1,MACF1,RTEL1,CTBP2,FLII,MYCBP2,COPS7B,NEDD4L,AGAP1,TRMT2A,AAAS,PLA2G6,APH1A,RHOT2,INPP5E,PLCG1,RDH13,RBM10,RAB11FIP4,ZSCAN18,FDFT1,ATP6V0A1,WDR59,CHKB,PHC1,ZRANB2,JUP,INTS3,ABCA3,SLC35E3,MYO5A,UPF3A,PBX1,PTK2,PRRC2B,SNAP91,WNK1,CDK10,DCHS1,RGL2,CPEB4,ITM2C,ARF3,GABRB3,PIGU,BTG1,HIP1,PTPRS,SLC44A2,PHF1,PIGQ,SIPA1L2,PRPF19,PTPRF,EPM2AIP1,SMPD4,TIMP2,SDF4,KIF1B,UBXN4,JARID2,CTSB,PARP6,BRD2,UPF1,IFT140,MRPS25,EXOC7,PRPF40B,NME3,CBFA2T2,WDR33,GAK,NCOR2,KAT2A,VAMP7,INF2,HNRNPH1,PXDN,PICK1,RHOU,MAPT,PLCB1,GAS8,NFIX,STX16,CRIP2,CENPB,GGA2,RXRB,UNK,APBB3,PAK2,MEF2D,NKTR,MAP4K4,NPDC1,CENPT,RIC3,MBD6,BRF1,PLEKHA1,PCGF3,MIB2,SORBS2,VEGFA,MPHOSPH9,NFIA,NFIB,KLHL7,HNRNPA2B1,UBAP2,HDGF,PKN1,CCNT2,SPPL2B,ATN1,IPO7,IGF1R,EDC4,ZFP30,LAMP1,PPIP5K2,POGZ,FBRSL1,NSF,SLC38A1,TPM1,THOC1,TSC2,TSC1,LMO7,LEMD2,FOXP1,ARMCX4,ILF3,CLIP1,DMTF1,PRPF3,DMWD,DGKQ,RAB35,SRSF5,TNIK,SRSF6,ANAPC2,LRRC59,DDX5,CCDC24,ANKRD11,ANKRD12,STK39,LTBP4,ITPR1,DTX3,SEZ6L2,EFNB2,ORC4,PITRM1,STK36,NACC1,SAFB2,ZKSCAN3,CAMTA1,E4F1,DMAP1,ANKZF1,PDZD7,MPDU1,MARK1,PRNP,CPSF7,TIA1,PTCH1,TBCD,HPS4,TRAPPC9,UCKL1,CLK2,PAN2,EFNA2,HOOK2,NBEA,HOOK1,AAK1,GNAS,SPIRE2,MDM4,CLASRP,PI4KB,TAB1,CNIH4,NFE2L1,EIF4G1,PICALM,ZNF512B,LMBR1L,PPP1R13B,NAA40,NUMA1,WDR1,DOCK9,PRKCSH,AKAP8L,CHD6,PTPN23,YBX1,CHD2,CABIN1,LMNB1,PIK3C2B,SEC61A1,LASP1,SIN3B,SNRNP70,MCF2L,OPA3,WDR6,MAN2C1,RBM5,RBM6,BCAS3,ACTR2,DST,PDPK1,DDX56,AMT,NAV2,ARID1B,RAD23B,POMGNT1,ARFGAP1,ZFP90,DDOST,ARL4C,GIGYF1,TRAF7,PTP4A3,DDAH1,SETBP1,DDAH2,CTDSP2,POLR1B,LUC7L3,ATG4B,SHANK2,RNFT2,BECN1,MTPN,WBP1,GTF3C5,ANKS3,SRSF1,CXXC1,LENG8,SPG7,NT5C2,HDAC6,SLC25A27,FZR1,GANAB,MTA1,DNPEP,PABPN1,TAF1C,U2AF2,MKNK2,FAM120A,FEM1C,FYN,IGF2BP3,IGF2BP2,SH2B1,TTC14,RBM39,HNRNPA3,KDM4B,KDM4C,USP20,FBXL19,HIP1R,PDE4DIP,PTPN12,BCKDK,KLF7,NEURL4,ERCC3,CAPN10,MGAT4B,ACIN1,R3HDM1,SSBP2"
+"gene_set_query"	"728"	"AHR"	"659.2"	"Literature ChIP-seq,140;ARCHS4 Coexpression,942;Enrichr Queries,885;ReMap ChIP-seq,258;GTEx Coexpression,1071"	"ITSN2,MT-ND4,TRIO,TES,RPL3,TFRC,GPATCH1,STMN3,ADARB1,SLC4A3,RBPJ,BACH1,TSEN54,TSKU,DCAF7,PREX1,PSMD6,RNF114,ALCAM,DPYSL2,MYC,IER5,NCKAP5,SAMD10,CDK5RAP3,MEF2A,CD3EAP,DICER1,GAPVD1,DYNC1LI1,PRKD3,DDIT4,JTB,TARS2,LETMD1,MEG3,MAPKAP1,PRDM15,AGAP2,AGAP3,MTMR4,PLA2G6,HIF1A,GNS,MTMR6,GLG1,PRDX2,PPP4C,BLOC1S1,RRS1,NUP88,LTA4H,PLCG1,ST3GAL1,S100A10,RPL41,JUN,JUP,CHKA,H3F3B,ABCA3,PLK2,EDEM1,SETD1A,PRRC2B,WDR55,MRPL22,HNRNPL,SETX,SQLE,EIF5,FASN,SFXN3,OGDH,PSMG4,FXYD6,PSMG1,CPEB4,ARF3,SETD5,SMG1,PIGT,BTG1,TCF25,SETD7,LRRC4,SNX12,ADK,PRKAG2,TMEM189,FAM102B,MED13,CHL1,FASTK,TIMP2,SPIN1,JARID2,ZC3H10,RPS6KL1,MIOS,DUSP1,ELOVL5,ELOVL2,ITPK1,SLC39A11,DYNLL2,DUSP6,NCOR2,TMEFF1,SLC7A5,SIKE1,TUBB2B,ZEB2,INF2,PLSCR3,CDC42EP3,PXDN,RAPGEF1,DLD,WDR26,STAU2,WRB,GSTP1,ODC1,ADCY6,CENPB,FAM129B,TM9SF3,TMEM165,PPP1R2,SCAF8,NRAS,SNX29,EXOSC10,UNK,RECQL5,SNX27,TMEM65,NSD1,CHN2,LEO1,FLNA,HARS,BRD7,ANKRD50,RPRM,CENPV,KIDINS220,HIPK1,TM9SF1,PSMC5,PSMC6,TAOK1,GZF1,TMEM229B,FAM49A,ANKRD13C,FAM49B,PHLDB1,ATP8A2,TUSC2,PLOD3,RNF19B,TSEN2,BZW2,FBXO21,CLU,HDDC3,EDC3,TM7SF2,NRBP2,NPEPPS,LAPTM4A,SLK,LAMP1,SALL2,GRB14,RNF19A,FNTB,MAP3K9,MACROD2,LZTS2,MAP3K7,CSNK1G3,RAB2B,SEMA6C,TLE3,IK,SLC38A1,SUPT16H,TPM4,FBXW8,FBXW7,USP3,IGFBP3,F2R,ATP11C,DYRK1B,TRAFD1,ATP11B,FRMD4A,THOC2,THOC7,RNF40,CDC25B,FTSJ3,FOXP1,FRMD5,RAB34,MAPKAPK2,MADD,SRSF3,ADNP,SNRPF,SNRPC,SRSF6,FKBP3,ARL8B,PFKFB2,FTO,GRIA2,PFKFB3,RAB5C,INSIG1,ABHD2,SPATA2,PHB,RAP1B,SOCS2,BAG1,PSAP,SRGAP3,LRRC4C,EVI5,SLC38A2,SRGAP1,ZKSCAN1,NADK,MPDU1,MCL1,ANKRD28,OSBPL8,TMEM120B,RAB4A,BRPF1,BOD1,POLR3GL,STYX,MARCH9,ARPC4,LSM3,FBXO31,BCL9,LRFN5,YEATS2,NBEA,UQCRQ,CDK4,CPD,SP3,TADA3,DMXL2,NFE2L3,RNF182,SPIRE2,PLXNB2,SPIRE1,MDM4,NF2,DHCR7,BCL2L2,NFE2L1,BCL2L1,SLC48A1,ITGB1,SCHIP1,CELF3,ARRB1,PIK3C2B,DUSP12,SART3,SUMO2,PMEPA1,ACP2,PHACTR1,EVI5L,MDP1,ERC2,EDIL3,BCAS2,UNC45A,ACTR3,BCAS3,ACTR2,RFC3,PDCD6IP,PLEKHG2,DST,SECISBP2L,ARNT,ZFP91,VEZF1,RABGGTA,RAD23B,ARL4C,PTP4A3,SLC25A17,DAD1,DNAJC5,CTDSP2,POLR1D,BIRC6,EVL,SOS1,MET,SOS2,TNFRSF21,AHDC1,PPP1R15A,SMARCD1,PRPS1,PPP1R15B,NFAT5,HDAC5,LEPROT,SMARCD2,LRP1,SRSF1,CXXC1,FURIN,SEMA3F,PPM1D,PPM1E,EHBP1,HDAC7,DNAJB1,ZNRF1,ZNRF2,HECTD1,CCDC85C,ABLIM3,DNAJB6,VPS53,NNAT,DNAJB9,CSK,ASCC2,PCDH1,POLR2I,EIF4B,ATP9A,CACNG4,DCAF13,BEND5,SMARCE1,SPAG9,PTPN1,MARCKSL1,TRIM41,RNGTT,SEMA4D,FEM1B,NDUFA4,NTRK3,TXNRD1,MID1IP1,SEMA4C,NDUFA2,LYSMD1,RPL35A,RPL23A,PTPN12,RPRD2,EFR3B,MYO16,RAB10,PINK1,KLF6,TSPAN14,MARCKS,MYO1B,TSPAN13,RAB15,PTPN9,TRIM37,KCNK2,BCAR1,TRIM33,SLC25A36,APP,AHCYL1,ZMYND8,FCF1,ZDHHC5,THUMPD3,ZDHHC7,ZDHHC8,HS6ST2,EFR3A,RPS16,LONP1,ATXN7L1,BTRC,ZFPL1,SLC12A6,SOX4,SLC12A9,AGFG1,EPHA4,SLC35C2,ACTN1,METTL3,SLC11A2,ARRDC3,BOLA1,MAPK8IP3,PISD,HECA,KCTD12,TLN2,BCORL1,OBSL1,CUTA,MACF1,NECAB1,RTEL1,TMEM161B,IGSF3,SUPT4H1,CD99L2,PIK3R1,MYL12B,APH1A,FXR1,PGS1,UGCG,PCBP3,INPP5F,GSE1,SRPK2,XBP1,PTPRN2,RCC2,INTS2,HSPA12A,HARS2,PTK2,ZWINT,MED13L,EXT1,ID2,CALM1,CALM2,ITM2C,NRP1,TRAM1,CITED2,SLC44A2,CTSZ,TECR,AATK,MRPS10,SLC7A11,GRIK2,WASL,SIPA1L2,SIPA1L3,RAB22A,PTPRF,ROBO1,AKAP12,RPTOR,ARV1,MAP1LC3B,SIPA1L1,PCLO,SPTLC2,PCF11,C1QBP,XPO6,ENC1,KIF13A,DHX15,SEC61B,FEZF2,CTSE,CTSB,MRPS28,PARP6,NCOA2,ZER1,WARS,PRMT2,PARP2,MMD,PRMT1,TSC22D3,MRPS22,MRPS23,MRPS21,ANO6,AP3B2,TMEM150C,RHOA,CTTNBP2NL,MLF2,RHOB,RAP2C,TOX4,MRPS9,SCNM1,NFX1,CSDE1,PITPNM2,TAX1BP1,TAX1BP3,MAPRE3,FAM193B,NCOA7,GLCCI1,SGK1,CSTB,STX16,ZDHHC20,AMIGO1,PRICKLE2,GNAI3,DERL1,NEDD8,PRICKLE1,DRP2,PCNP,ANKMY2,AMN1,NFIL3,CUX1,SERTAD2,APBB2,MAP4K5,HEATR6,LCMT1,PAK2,SPRYD3,PTGES2,YIPF3,TMUB1,MYO9B,UBE2G2,MIAT,COX6C,VEGFA,PDP1,DPY19L1,TTC3,ESYT2,TRIP12,CAMK1,ACTR10,GRINA,MEGF9,MPHOSPH6,CRTC2,UBE3C,ROGDI,MRFAP1,PEBP1,SRP14,IGF1R,TXN2,GRIP1,FBL,FAM174B,BASP1,KIF5C,CAPN2,COTL1,NRCAM,ARID2,CHCHD1,RGS9,TPRA1,KDM2A,DSCAM,TMOD3,APLP2,OSR1,ADAM10,UBE4A,LMO7,ATP1B1,TANC2,TMEM131,SHISA7,ADAM19,DPM2,TMX4,DPM3,PRPF6,DOK5,PSPC1,EHBP1L1,PPIF,FIZ1,UBE2V1,ISCU,RAI14,ZCCHC8,PSMD12,NDUFB11,PXN,LTBP4,CLEC16A,KLHL12,COX7A2,CACNA1D,PSEN1,ADIPOR1,NDRG1,CNN3,TIMM50,ARHGAP12,EFNB2,EFNB1,ARHGAP21,MAN2A2,ZC3H14,PDZD7,BCL9L,PRNP,UBE2H,KLHDC4,CBX5,KLHL25,AUTS2,IDH1,CRIM1,ARHGAP29,DSTN,DNAJC13,SUPT5H,SMAD5,AP4B1,NFKBIA,EFNA2,DLG2,APPBP2,HOOK2,HOOK1,JMY,CNTN1,PHF14,AMOTL2,DEGS1,GNB5,PI4KB,BRWD1,UBE2M,GALK1,PICALM,USP35,YWHAE,SCYL3,GSK3A,DYRK2,DDX3X,USP32,PRKCSH,CHD8,CHD6,SLC2A3,CHD2,RND3,AFF4,PITPNC1,RND1,MFSD6,BCL7A,MAN1A2,BCL7C,MLST8,NPTN,PDE4B,MFSD1,LRRFIP1,RBM5,DACT1,SUN1,HSDL1,KLF13,PDPK1,RBM18,SPATS2,TBC1D8,CTPS2,YWHAZ,DNM3,VCAN,IRF3,NAV3,NDUFS5,TBC1D7,CDH13,PFDN4,CUEDC1,LUC7L2,CHMP5,B4GALT5,VAC14,USP10,GMPR2,DDX23,USP12,WIZ,ASAP1,SPG7,TOB1,DLL1,ADD2,GNA13,RMND5B,DNPEP,TAF1B,PABPN1,FAM120B,FAM120A,RALY,CAMK2G,USP24,MBTPS1,TMEM30A,CHURC1,CADPS,SOD2,FAM155A,RPS6KB1,SPRY2,TAF6,VIM,ATP13A3,SSBP2,LNX2"
+"gene_set_query"	"729"	"ARNTL"	"659.5"	"ARCHS4 Coexpression,1287;Enrichr Queries,661;ReMap ChIP-seq,193;GTEx Coexpression,497"	"ITSN2,MT-ND4,SLC4A1AP,RPL3,TFRC,RRP1,SMC3,ZFYVE1,BACH1,DCAF4,DCAF6,PREX1,LSM12,PSMD4,ALKBH1,DPYSL2,MYC,ZXDC,AP1S1,MPV17,IER5,DDX18,RBFOX1,MEF2C,WSB1,DAPK1,RPL22,WDR74,DNTTIP1,CD3EAP,ARMC8,AARSD1,GAPVD1,MED6,EML4,EID2,BIN3,DDIT3,RUFY2,DDIT4,TARS2,RPL27,CDC42SE1,SEH1L,TTYH3,ANAPC16,NEDD4L,COPS7A,HIF1A,ANAPC11,FAM160B1,RRP7A,HMGXB4,RHOT1,CYB5R3,HSPH1,RNF216,RDH11,NUP85,CHST12,PRDX1,VTI1A,CHST15,NRBF2,VTI1B,S100A10,PHC2,JUN,CHKB,CHKA,EIF2AK1,PLK2,PMM2,NR1D1,FAM136A,THAP11,TADA2B,MRPL30,SLC6A6,GLUD1,ABTB1,HNRNPF,FASN,ATG2A,PSMG3,OGDH,HBP1,MMS19,PKIG,AVL9,CDK14,EZH1,CDC42SE2,ARF4,GMEB1,PIGU,GMEB2,BTG1,SPEF1,TCF25,MTMR14,RPLP1,HEXA,CLTC,WDR45,OSBPL11,ING1,WDR43,TMEM186,BBC3,C1QTNF4,TCP11L2,RIOK2,JAK1,BRD3,DFFA,MIOS,SPHK2,GMIP,DUSP6,PHF20L1,TAF6L,SLC7A5,SLC7A6,PSMA3,MED24,TUBB2A,CDC42EP4,CDC42EP3,PXDN,SLC29A4,EXOC6,SLC29A1,RNF166,PCYOX1,CDC123,WDR26,NFIX,CLDND1,LIN37,RNMT,ATL2,ODC1,SRRT,CCNDBP1,CENPB,FGD3,SNX29,NRAS,GGA3,CHN2,ASNA1,STX2,RPL18,EXTL3,DEDD,BRD4,EGLN1,BRF2,MDH1,GATC,GATAD2B,SPSB3,MKLN1,NFIA,CCDC9,APEX1,JKAMP,SHKBP1,UBAP1,PKN1,YPEL5,YPEL3,HDDC2,UHRF1BP1L,TMEM167B,GTF2B,LTN1,SLA,UBE2D1,CASC3,CLU,ABHD12,LAPTM4A,SMCHD1,FNTA,TUBB3,PAPOLG,SESN1,OSBP,SCMH1,MAP3K9,KPNA2,HMGN2,SYBU,FADS1,KPNA1,KCMF1,PPP1R16B,SLC38A1,DGAT1,RPS7,IGFBP3,ANKRD44,F2R,ZBTB34,CNPY2,CNPY3,VASH1,PIAS1,CDC25B,FOXP1,CLIP3,TPST2,CLIP1,ACAP2,RAB31,SLC9A8,FSCN1,PGP,SNRPG,ANAPC1,FKBP5,LY6E,CSNK1G1,SNRPB,RTN4R,BRSK1,PFKFB3,ABHD2,INSIG1,ITPR1,UBR2,UBFD1,NRF1,HSPBP1,RLF,CORO1A,ACAT2,SAV1,SOCS2,EIF1AD,MED30,PITRM1,G3BP1,BAG1,PSAP,EIF4EBP2,E4F1,NAE1,SRGAP3,MAP2K7,IP6K1,SLC15A4,SKIL,NADK,MAP2K6,MCL1,AKIRIN2,FBXO38,M6PR,MARCH8,TRAPPC9,LSM5,SCRT1,ARPC2,TMEM11,STK25,NFE2L3,IARS,NIT1,RNF185,CNIH3,EIF4G2,BCL2L1,ITGB1,RNF11,HSP90AB1,CELF1,ZC3H3,WDR4,PIK3CD,ARRB2,PPP6C,DUSP12,SUMO2,PHACTR3,UBTF,PMEPA1,TNPO2,SNAP29,EID2B,BCAS3,PLEKHG2,CHUK,NDUFC2,TFIP11,WIPI2,REXO2,YDJC,TSN,MSL1,PPM1A,PTP4A3,ASPH,SLC25A19,CTDSP2,POLR1B,DNAJC8,SOS2,BIRC2,GTF3C2,NDUFB9,GTF2A1,PRCC,ZBTB43,CXXC1,FOXK2,FURIN,FOXK1,SRL,LRP6,AP3M2,DCAF15,RBBP5,EIF4H,FYN,IGF2BP2,SH2B2,ATP9A,GADD45GIP1,SEC24B,SEMA4D,TPRKB,RPL35A,RPRD2,CDC42BPA,TPD52L2,PNRC1,ATOX1,SLC25A38,TNRC6C,KLF6,SNRK,APC,PSAT1,POLR3E,RUNDC1,TRIM37,CCM2,P4HB,SMAP2,SPG21,EIF3A,EIF3B,SLC35B2,CERK,PITPNB,THUMPD3,GCC2,CBLB,ACTB,ZDHHC4,CRKL,FRAT2,RASSF2,RPL36AL,CDC26,DPF1,DAG1,HABP4,LONP1,CCDC97,GLUL,SOX4,ARSA,SLC6A15,ACTN1,ARRDC3,PTOV1,MMD2,VWA5B2,MAPK8IP2,ANK1,PISD,THAP7,XRN2,HECA,KDELR2,FAM76A,CBLL1,NUMBL,TMEM63C,FBF1,TRANK1,TMTC1,PIK3R1,MYL12B,PGS1,DGUOK,NUAK1,SEC14L1,PCBP3,PCBP4,PCBP1,INPP5K,SCAP,TNRC18,HIVEP2,RIMKLB,RAB11FIP5,ZRANB1,INTS1,MICAL2,PAICS,UBAC1,GADD45G,AIMP1,AIMP2,ID2,ADCK5,CORO7,RBAK,ITM2B,FBXL6,ITM2C,MRPS17,NRP1,DAZAP2,GPAA1,CITED2,ZFAND2A,ICA1,AATK,SLC7A11,VLDLR,PTPRF,HERPUD1,LIMD2,RPTOR,AKAP12,NUDCD3,SIPA1L1,GLIPR2,CHMP1B,XPO6,ENC1,RAC1,MRPS24,STARD3NL,TSC22D3,MRPS7,SYN3,TUBG1,LIME1,MLF2,RHOB,PARP8,TOX4,MN1,PRPF18,NFX1,ARHGEF1,SGK1,STK40,CSTB,AHCY,SLC20A1,SATB1,PRICKLE2,GDPD1,GNAI1,TCEAL8,ZDHHC18,CHRAC1,EXOSC4,NFIL3,HSF2,GPC2,SCAND1,MGAT2,MAP4K5,MAP4K3,MAP3K3,NPM1,YIPF1,YIPF5,MIAT,AIG1,PEX14,GRIN1,VEGFA,SGSM1,KBTBD4,PER1,TTC9,RSL1D1,PRPF39,NUDT8,NEDD4,RPA3,CCNG2,KLHL8,HNRNPA2B1,ACTR10,SCARB1,CRTC2,KDM1B,ARHGAP39,COX6A1,CHCHD2,TATDN1,AMMECR1L,TATDN2,BASP1,ARHGDIA,CHCHD6,KIF5B,BAHCC1,RGS9,LMO4,MATK,PUS7,ATP1B1,KCTD5,RSBN1,TANC2,DHDDS,DOK5,TMX1,PLAA,TBC1D25,PPIH,RAF1,CARS2,PPIA,RAI14,KLHL18,DDX5,COX16,LPL,SLC1A4,PSEN1,RASGRP2,STK4,CSF2RA,NDRG1,CAMSAP1,ARHGAP12,EFNB2,RNASEH1,DPP9,CASKIN1,NDUFV3,TBC1D17,SYT5,PRNP,PNPT1,HSPA5,CBX3,RHBDD2,SMURF1,PCIF1,ASPSCR1,CWC15,PAN2,NFKBIA,GNAL,EFNA2,HOOK2,HOOK1,PI4KA,PHF14,CNTN1,CYCS,ZSCAN2,YWHAE,SCYL3,USP36,USP38,THRA,USP32,PRKCSH,CHD6,DBI,YBX1,TRIAP1,USP39,RND3,FLCN,YWHAQ,BCL7A,MLST8,TIMM17A,PDE4B,CPXM1,GET4,SUN2,SUN1,NAA30,USP42,PDPK1,AXIN1,IQCE,ABHD14B,H2AFV,DDX54,ABHD14A,NAV2,KLF16,UBE2R2,ALS2,ACOX1,AKT1S1,CRY2,NDUFS3,CRY1,PFDN2,HAGH,EAPP,SHANK3,IRF9,SHANK1,CHMP5,CAMK2B,USP15,USP16,USP10,GOSR1,ASB13,NCALD,CYTH3,DNPEP,TNKS2,LEPROTL1,SPOCK2,MKNK2,GNA12,MAPK1,PTK2B,SMNDC1,CYTH1,KDM4B,WTAP,MAPK14,SOD2,RPS6KB1,TEF,PIK3IP1,VIM,LPIN2,RAN"
+"gene_set_query"	"730"	"GATA1"	"659.7"	"Literature ChIP-seq,68;ARCHS4 Coexpression,1181;ENCODE ChIP-seq,10;Enrichr Queries,1188;ReMap ChIP-seq,129;GTEx Coexpression,1382"	"ITSN2,NUP107,POP7,TFRC,POP4,ITSN1,ALKBH8,NDST1,TBK1,CAPNS1,RAVER1,DPYSL5,ALKBH1,AKT2,ANKFY1,AKT1,FNBP4,SAP30BP,FNBP1,FRS2,PRKAB1,RC3H2,BCR,LARS2,EWSR1,DDIT3,DDIT4,UNC50,VOPP1,FAR1,ATF4,UNC119B,SLBP,SET,SHMT2,CDCA4,NPRL3,MEPCE,CIAO1,RHOT2,LARP1,PRPSAP2,RNF215,RDH11,PIP5K1A,LTA4H,PIP5K1C,HEXIM1,JUN,EIF2AK1,NCAPH2,PBX1,TBL3,NMT1,SFXN3,HYOU1,FAT3,PKIG,DZIP3,LGMN,PRKAG1,PRKAG2,OSBPL11,MED16,BBC3,MED17,MED12,PANX1,ATIC,MED13,MED10,SMPD1,TCP11L2,DLGAP1,JAK2,JAK1,DLGAP4,DUSP1,SLC39A10,SLC39A13,GMIP,JOSD1,DUSP8,MED26,TOMM40L,PGM2L1,MED29,DUSP7,DDB2,DDB1,MED22,SLC7A5,MED25,PLSCR3,SDHAF1,CINP,MED20,RAPGEF1,CHST1,ERGIC3,PAFAH1B3,ERGIC2,PAFAH1B2,ELOF1,URM1,NIP7,ATL2,ODC1,DLST,SNX32,SDAD1,SLC7A1,FAM117B,EXOSC10,SNX27,BID,STX2,ATAD1,CENPT,EGLN1,MBD6,CRBN,MBD1,MCRS1,TRAPPC10,SNX21,SNX22,SNX19,ABCB10,TAOK3,CCDC9,SHKBP1,APEX1,ETNK1,SLMAP,YPEL1,CCDC6,PKN1,YPEL4,CRAT,YPEL3,FRYL,MTCH1,MTCH2,CRCP,FBXO28,PDCD5,ATN1,SLA,CASC3,APEH,FBXO21,FADS3,LAPTM4A,POFUT2,UROD,FNTB,NUDT19,CEP250,CIR1,MAP3K7,FADS1,FBXW4,BNIP3L,FBXW5,PCYT2,DGAT1,CISH,STX7,ATP11B,CNPY2,ATP11A,FBXO11,LENEP,TPST2,MSH6,MINPP1,MSH3,SRSF2,SRSF4,SRSF5,SRSF6,ARL8A,SRSF8,ARL8B,SRSF9,FTO,KHDRBS1,TXNDC9,KHDRBS3,GMPS,UAP1,NRF1,UQCRH,FBXO42,SNN,RAP1A,G3BP1,ZKSCAN3,PGK1,BRIX1,ZKSCAN1,TXNDC5,NEK9,TMEM120B,UROS,HPS1,HPS4,HPS3,ARPC4,CORO2A,UCKL1,IBTK,UQCRQ,ARPC3,ACO2,OSBPL1A,NOP10,AKAP8L,ETFB,BICD2,NRGN,AP4M1,ALAD,PPP6R1,PPP6R2,PGLS,SNAP29,BCAS2,ACTR3,EIF5A,EIF5B,BCAS3,ACTR6,VPS13A,AHSA1,RABGGTB,RABGGTA,MSL1,ATRN,NRG3,TMBIM6,TOP1,BCAT1,BCAT2,MGRN1,SRF,SRSF1,LENG8,U2AF1,MLLT3,RCHY1,SRM,ZNRF1,KCTD20,UBQLN1,EIF4H,TRIM46,FEM1C,E2F4,HNRNPA1,UBQLN4,EIF4E,GADD45GIP1,NOP58,CIZ1,FEM1B,MID1IP1,PCDH7,HNRNPAB,CABLES2,NECAP2,PINK1,TSPAN14,TSPAN13,NAGK,SUCLA2,EIF3L,ST7,PDCD4,TRIM35,EIF3G,EIF3D,EIF3A,EIF3B,PPAN,NUDT2,LDLRAD3,ACTB,NUDT3,NUDT4,CRKL,HERC4,HERC2,HERC1,TRIM28,SNRPD2,CDC26,BSG,CDC27,FBXO3,CCDC97,SNRPD3,ATXN7L1,BSN,ATP6V1E1,TBC1D22B,TRIM23,SMARCC1,ALG9,SMARCC2,ARL15,ALG2,TALDO1,CSNK1D,ACTN4,CSNK1E,TMEM170B,MFSD11,CDC34,SNHG12,KCTD10,CDC37,CSNK2B,KCNQ2,KCTD13,FAM76B,FLYWCH1,FAM76A,EIF1B,NUMBL,GGNBP2,TBC1D9B,DHX8,TMEM63B,DHX9,GIPR,MYCBP2,ZBTB5,TTBK2,PGS1,SYNGR1,SEC14L1,HLTF,XBP1,SMARCA2,SMARCA4,MED13L,EXT1,AIMP2,EXT2,RANBP10,NDUFAF3,GRB2,CALR,SUGP2,MON1B,MRPS17,DHRS13,NRP1,MRPS16,HIBADH,MRPS12,ICA1,COX7C,RAB22A,PTMS,HERPUD1,THTPA,ACTR1A,PCM1,PPP3CB,MAP1LC3B,NUDCD3,OTUD6B,BBS4,CAP1,COX8A,MRPS28,PCYT1B,PBRM1,MRPS27,PCYT1A,ATMIN,MRPS25,MRPS22,MRPS23,PRPF40B,MRPS21,GAB2,TFB2M,SREBF2,RNF144A,TOX4,KIN,RAP2B,PITPNM1,KIT,CANX,PITPNM2,TAX1BP1,ARHGEF1,FAM193A,PABPC1,ARHGEF2,ARHGEF7,PTMA,NAPA,DYNC1I2,AHCY,CAB39,MRPS36,GNAI3,COX5B,RELA,PCNP,PDZD11,ORMDL3,MGAT3,MGAT1,EPS15,MAP3K3,GABBR2,MON2,PEX19,VEGFB,TTC1,VEGFA,YIF1B,NUDT9,SEC23IP,KLHL7,NDUFAB1,HNRNPA2B1,TTC3,TCEA2,AGGF1,TCEA1,HDGF,ACTR10,CARS,OTUD5,NARF,PRDM4,ZFAND3,ZFAND6,ZFAND5,UBE3A,UBE3B,COX6A1,UBE2Z,IGF1R,EEF1B2,AMMECR1L,GNPTAB,PPIP5K2,FAM3A,FBXW11,TMOD3,DNAJB12,SDHC,SDHD,SDHB,ADAM19,PSPC1,EHBP1L1,DNAJB11,TBC1D24,TBC1D25,WDFY3,PPID,GNAZ,DDX5,TSG101,COX16,NDUFB10,COX15,DDX1,HTRA2,CACNA1C,RAI1,SHARPIN,GRK6,TBC1D14,TBC1D17,QSER1,UBE2F,YARS,UBE2H,PCIF1,CNOT10,AP4B1,MANBAL,IFT20,UBE2W,AHI1,GNAL,HOOK2,NASP,HOOK1,GNAQ,MKRN1,GNB1,UBA3,UBE2O,DEGS1,TCF3,UBE2M,PHTF2,DYRK3,CUEDC2,LDB1,ADAR,TNFAIP1,PITPNC1,CABIN1,TMEM222,EEF2K,RB1CC1,MYO18A,DACT3,IFT57,GET4,SUN2,SUN1,NUP133,PDPK1,TTC33,DCAKD,CAD,NAV2,EPN1,ELF2,ALS2,TMEM214,RER1,ACOX1,CAT,MAN1B1,ACOX3,IFT46,ZMYND11,CUEDC1,AGPAT5,OTUB2,RALA,RRN3,RNF8,SLC3A2,ASAP1,AGPAT1,NT5C2,ADD1,AGPAT4,ADD2,CYTH3,MTA1,SV2A,MKNK1,GNG7,TRA2B,TMEM205,PTK2B,BNIP2,DROSHA,TMEM208,RALY,MTA3,TIMM8B,TTC14,TTC13,RRM2,SSRP1,TTC19,TEF,CARM1,POLE3,NCKAP1,RRP1,GPATCH1,SMC5,WDR83,HNRNPR,PHB2,RRP9,GLS,TFG,ZMIZ1,LUC7L,VPS35,CDK5RAP3,NUP214,VPS18,PRKCI,PRKCE,WDR74,ARMC9,SCRIB,ARMC8,WDR73,GTPBP2,ATG13,GTPBP1,ARMC1,DAAM1,ARMC6,HECW1,TARS2,PI4K2A,VPS28,ANAPC13,LRPAP1,CTBP1,XPC,RNPC3,PRKCZ,LDHA,NUP85,CEP70,VPS11,RRS1,ST3GAL5,NUP88,ST3GAL1,ST3GAL2,FDFT1,ST3GAL3,PRELID1,WDR59,NDFIP1,ICMT,ARPP21,IRF2BP2,MEX3C,EHD1,HNRNPL,HNRNPM,HNRNPF,TOLLIP,ATG2A,HNRNPC,FARSA,CEP57,SETD5,SETD2,CDKN1B,GMEB2,BTG1,PHF20,PHF23,DENND1A,SETD6,ARPC1A,ASH2L,SMG7,KRI1,SMG5,UBL5,UBL3,AIFM1,RARS,TK2,JARID2,CIC,RRP15,CEP68,WDR36,TPI1,WDR37,EXOC7,NUTF2,WDR34,GNL2,FAM126A,COPZ1,GNL3,TAF6L,ZEB2,KAT2A,SIKE1,KIFC2,MTF2,EXOC6,PLEKHO1,TKT,GAS7,GRN,CDC123,GRAMD1A,NFIX,RNMT,USO1,ADCY6,PAPSS1,FGD3,FGD4,SCAF8,PPP1R8,PAIP2,DEDD,NR1H2,SYVN1,ELP3,HIPK1,DHRS1,WDR12,SYNJ2BP,DEF8,WDR13,SCAF1,SCAF4,MKLN1,PHF5A,NFIA,OSTM1,NUCB1,VKORC1L1,GTF2B,RAB3D,CEP120,UBP1,AUP1,RPL10A,CLU,IPO7,EDC3,PPP1CB,IPO9,LAMP1,CFL1,PHYHD1,ZNF326,ANKRD13A,HMGN1,PLEKHJ1,SLC39A3,IFNAR2,KCMF1,TLE3,MAP2K4,RAB2B,MAP2K1,USP7,MAP2K2,USP5,USP4,USP3,MAGI3,TPM1,DYRK1A,FRMD4A,VRK3,PYGO2,TOM1L2,EBNA1BP2,ILF3,RAB35,FKBP8,AAGAB,FKBP2,RAB5B,RAB5C,CBFB,CCDC24,INSIG1,UBR4,UBR3,SLC38A10,UBR2,UBR1,ORC5,ORC6,UBR5,DVL2,PLXNA2,PLXNA1,SRGAP3,MAP2K7,SRGAP2,RAB6B,PLXNA4,AP1M1,MAP2K6,MCL1,OSBPL8,AKIRIN2,AKIRIN1,RAB4A,RAB4B,CCDC12,POLR3GL,SEC16A,M6PR,TRAPPC9,FANCE,SCRT1,COPS4,BCL9,COPS6,SYNJ1,REEP5,COPS2,CPD,MAP3K10,TPP2,CCDC22,COPS8,RAB5A,BCL2L2,BCL2L1,SLC48A1,DIDO1,MCM7,ZC3H4,CCDC47,CEP164,UFSP2,SYNE2,LBH,SCRN1,VPS72,UBTF,WDR6,TLK1,CCDC50,CDADC1,PLEKHG2,CCDC34,GGPS1,RFC2,TRPC2,LANCL1,RPL13A,SMC1A,TSN,DNAJC2,TFDP1,DAD1,DNAJC6,POLR1C,POLR1D,DNAJC9,CCDC43,DNAJC8,CRK,ALDH9A1,MTPN,LEPROT,VPS4B,PDHB,HDAC6,HDAC7,DNAJB2,FBXL20,RAB21,DNAJB1,NFS1,ABLIM1,HECTD1,DNAJB6,MSTO1,HECTD3,POLR2B,VPS53,POLR2C,RAB24,POLR2E,DNAJB9,ASCC2,CSK,POLR2I,JAZF1,SEC11C,MLXIP,SLC35A1,RNGTT,PPIL2,SMOX,AMFR,FBXL19,TPRKB,FBXL14,FBXL12,DNAJA1,BCKDK,SNRNP40,VAPA,POLR3B,RAB14,PSAT1,VAPB,DNAJA3,POLR3E,MFAP2,RAB18,POLR3H,VPS45,POLR3K,PPIL4,PANK4,ISCA2,ISCA1,PANK2,IFITM2,PANK3,VARS,ZMYND8,SLC35B1,PITPNA,HDAC11,FCF1,PDCD2L,TIAL1,PNN,RPS17,RPS16,FRAT2,RPS19,PPP2R1B,FLAD1,PPP2R1A,FTH1,LONP1,LONP2,BTRC,RPS10,TBC1D10B,COG8,METTL3,COG2,CPT1C,MAPK8IP3,SRRM1,TIAM1,POR,KARS,KATNAL1,SIK3,HECA,SIK2,MACF1,RTEL1,CSTF3,STXBP2,TRANK1,MYL12B,FXR1,UGCG,SCFD1,FXR2,PDCD11,CSTF1,ATP6V0A2,GSE1,MLEC,STXBP5,TNRC18,RALGDS,ATP6V0A1,ZRANB2,PYCR2,PUM1,RPS26,RPS28,RPS27,ZZZ3,RPS29,ADCK1,FUBP1,ADCK5,RPS20,RNPS1,TECPR2,C2CD2L,TECPR1,TOP2B,AHCTF1,UBXN1,FAM45A,SLC44A2,ZCCHC17,SIPA1L2,SIPA1L3,SPPL3,SEC61G,XPO6,XPO5,TMED1,SEC61B,TMED7,UBXN6,RAB8A,RALGPS1,PSD,TOP3B,PSENEN,PARP6,PARP1,GP1BB,STRADA,STRADB,ZDHHC13,ZDHHC16,ZDHHC17,ITFG2,MTSS1,TOPORS,MLF2,SLC22A23,SCNM1,HNRNPH1,NFX1,HNRNPH2,MPND,DTYMK,ICA1L,GDPD1,RFNG,PPP2CA,TCEAL8,NT5C,HIRA,ZDHHC18,METTL6,NT5M,NFYA,SLC31A1,GINS4,XPO7,SORBS1,RAB11A,RAB11B,ATAT1,PDP1,SPCS3,KBTBD4,MPHOSPH9,HIST3H2A,XPOT,CAPZA1,CAPZA2,COPG2,KBTBD7,MPHOSPH8,MPHOSPH6,ROGDI,NDUFA10,ARHGDIG,COMT,CWC27,TATDN1,TATDN2,FPGS,COTL1,TRAPPC2L,KDM2B,ATP1B3,ACYP1,ATP1B2,ATP1B1,RSBN1,MYCN,PRPF6,SPECC1L,MATR3,AMPH,DAP3,ZCCHC7,ISYNA1,PXN,CLEC16A,EMG1,UBB,TCTEX1D2,ZMAT5,CDH24,RPRD1B,MPST,DARS,KLHDC3,CPSF7,CBX5,CPSF6,CBX3,NONO,IDH1,EIF2S2,EFNA2,PI4KA,BLMH,PI4KB,LRP10,MUS81,THRA,CBY1,HK1,MFSD8,RBM3,RPS4X,CASP9,SPRED2,MFSD5,MFSD1,CASP2,TOPBP1,RBM5,RBM6,KDM6B,MAPK1IP1L,H2AFY,H2AFX,IQCE,AXIN1,H2AFV,DCK,SEPT5,SEPT2,DNM2,SUPV3L1,DNM3,RABEP1,DDAH2,TRAPPC6B,AKT1S1,DNLZ,TERF2IP,PFDN1,HAGH,TMEM9,KDM3A,STOML2,ETFDH,ATP1A1,FAM169A,GNA13,MAPK9,FAM168B,ALDH1B1,RPS6KC1,DDT,LEPROTL1,GNA11,GNA12,MAPK1,MAPK6,SNCA,ATP13A1,QPCTL,LIMK2,CYHR1,DEK,SLC4A8,PDE10A,RPS6KB1,CAPN10,RPS6KB2,PPP2R2D,ATP13A2,ATP13A3,LPIN2,MDC1,MT-ND4,CHIC2,ZFYVE1,PSMD8,SCAMP4,PSMD9,RABGEF1,NSDHL,SAMD14,LSM11,ZFYVE27,PSMD4,PSMD3,MEF2A,GABARAPL2,MEF2C,GABARAPL1,HDHD2,SND1,SCAMP2,RUFY1,MYL6,PRKAR1A,PSME3,RUFY3,PSME1,TBPL1,PSME2,UQCRC2,MTMR2,MTMR3,TTYH3,ABCB6,ABCB8,MRPL14,AGAP3,OAZ1,GABARAP,MRPL11,CYB5R1,HMGXB4,CYB5R3,PRKAR2B,PSMF1,PUSL1,VTI1B,EDEM3,PMM1,ABCA3,EDEM2,PMM2,FAM136A,MRPL24,SNUPN,EIF1,MRPL22,CS,MLLT11,MRPL30,UCK2,EIF5,UCK1,EIF6,PSMG2,AVL9,TMEM9B,FERMT2,EZH1,EZH2,ARF3,ARF4,PIGQ,PIGP,MRPL36,MRPL34,ECSIT,PQBP1,MRPL33,LMBR1,NIPBL,MRPL40,B3GALT2,SH3BGRL3,APPL1,LRRC47,LYPLA2,ACTL6B,ELOVL5,PGAM1,NIPA1,ELOVL6,SIRT6,MRPL47,DYNLL1,SIRT2,LRRC41,MRPL43,MRPL52,MRPL53,PSMA6,BDH1,CDC42EP4,CDC42EP2,TUT1,SLC29A1,VAMP4,DSCAML1,VAMP2,ARF5,ARF6,RNASEL,RNASEK,STAU1,SRRT,GGA1,RECQL5,BTAF1,UNK,PSMB2,TMEM65,CLPTM1,LEO1,ANO10,NCDN,HARS,RPS27A,RABAC1,MEF2D,SRSF10,YKT6,NKTR,UTP6,USP9X,SAMD4B,TMEM62,GATAD2B,TMEM60,BYSL,PSMC5,PSMC6,PSMC3,PSMC4,SRRD,SERBP1,PSMC2,FAM13B,YY1,EIF4ENIF1,STK11,ATCAY,SESN1,KPNA6,SLC25A44,NOMO1,SH3GLB1,SH3GLB2,VPS33B,PRPF4B,RBX1,FTSJ3,SAP30,FRMD3,ACAP3,FRMD5,MAPKAPK2,ANAPC4,NSMAF,PFKFB2,PFKFB4,RNASEH2A,MAX,PEF1,ARL3,ARL2,ACAT2,RAP1GAP,SLC9A1,SOCS2,SBNO2,PMVK,THEM4,E4F1,SLC38A2,EVI5,ZBTB17,TIA1,DR1,GOT1,GFPT1,ZBTB12,ZBTB11,ZC3HC1,UBLCP1,STK24,STK25,TMEM11,PTPRA,AAK1,PIN1,MDM4,TUBGCP3,TUBGCP4,TMEM19,NFE2L1,SLC25A1,ZNF512B,SLC25A3,HSP90AB1,PPP1R13B,CELF2,SCHIP1,CELF3,CELF4,PIK3CD,ARRB1,ARRB2,MRPL4,NGRN,MRPL2,CAPZB,NCK2,DGCR8,MDP1,DIS3L2,HSP90AA1,PEG3,SH2D3C,ARNT,NDUFC2,RAD23A,NDUFC1,VPS37B,DDOST,QTRT1,PPM1A,NSMCE4A,SLC25A17,NPC2,SLC25A19,SNURF,BDP1,SLC25A12,PPP1R12C,SLC25A11,SLC25A4,BIRC2,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,GTF3C3,SEC23A,NDUFB6,PPM1L,GTF3C6,NDUFB5,NDUFB4,PRCC,NDUFB3,CXXC1,ZBTB43,FURIN,ZBTB45,HSD17B12,MFF,PPM1D,PPM1E,PPM1G,GANAB,SLC25A28,NCLN,SH3BP2,CDC37L1,LRRC8D,IARS2,LRRC8B,SLC25A23,SLC25A25,SH2B1,CYB5B,NDUFA9,PPP1R14B,NDUFA7,NDUFA6,MBOAT7,NDUFA3,NICN1,FOXJ3,FOXJ2,DONSON,NDUFA1,IMMT,MBOAT2,LYSMD1,RPL23A,MCOLN1,TPD52L2,SLC25A38,SLC25A39,CCM2,P4HB,SMAP2,SMAP1,MDGA1,SPG21,ZDHHC5,PREP,TXNDC11,KEAP1,TXNDC12,IFI30,ZDHHC3,CYB5D1,UBE2L3,RASSF1,DHX57,OGFOD2,CHORDC1,CCNL2,CCNL1,SLC12A6,EPHB2,PELO,TMPO,SLC12A9,ARSA,ST6GAL1,ZFP1,ENTPD6,NSMCE1,ANK3,ANK1,THAP4,GNPAT,THAP3,STX1A,GCDH,PEX11B,CTR9,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,RTF1,UBE2J2,UBE2J1,APH1A,SNX3,DHX30,SNX1,COMMD9,PGBD5,DHX34,DHX35,MICAL1,PCBP1,MIER1,PCBP2,DHX37,HIVEP1,TSPAN5,DHX38,DYM,SURF6,RAB11FIP3,RAB11FIP4,SEC31A,CTSA,SURF1,XRCC6,TMEM86B,LRRN3,SURF2,RCC2,INTS2,MICAL3,MICAL2,XRCC1,DCLK2,ERAL1,SNW1,ID2,INTS5,PAF1,INTS7,DHX29,CALM2,RGL2,AARS,CCDC120,PTPRS,FKBP15,PPP1R10,CETN2,CETN3,CTSZ,TECR,AP2A1,WASL,AP2A2,ARV1,SPTLC2,CTSL,HYAL2,SSSCA1,ARIH1,CTSF,KIF1A,CTSE,CTSD,NDEL1,CTSB,NCOA1,ACAD8,CCT3,VKORC1,CCT2,NCOA2,TMEM150B,SEC13,DBNL,TMEM150A,WARS,MMD,NCOA4,ANO6,COMMD1,MRPS5,COMMD5,MRPS9,CTU1,KIF2A,G2E3,CD47,GLCCI1,CRELD2,SFI1,DBN1,STK40,INPP1,HEATR1,DERL1,DERL2,NEDD8,CCDC107,CRIP2,EXOSC7,ARVCF,PGRMC2,SAMM50,PES1,PAK6,SCAND1,CCT8,CCT7,EXOSC2,EXOSC1,NPM1,YIPF2,YIPF3,TMUB1,PLEKHA6,RSRC2,MIAT,DOHH,PPP1CA,PER1,DPY19L1,GPAM,KIF26A,CCNG2,NEDD4,ESYT2,FHOD3,SCARB1,DBR1,MIDN,ACAA2,CD81,MPI,BCCIP,ACRBP,CAPN7,KIF5B,PPFIA1,EP300,ARID2,SBF1,SBF2,BAHCC1,RGS6,SLC30A9,TPRA1,DIMT1,SSU72,TMX4,TMX3,DKC1,FAM173A,HNRNPUL2,TMX1,UBE2V2,SBDS,UBE2V1,GEMIN7,RTN3,NDRG3,ARHGEF25,TOR1AIP2,KLHL12,RASGRP2,RTN4,ACACA,RPF1,CAMTA1,H1FX,IVNS1ABP,OST4,FDPS,PHF10,KLHL26,DSTN,KLHL22,CLK3,KLHL20,RCL1,PAN3,OSTC,STT3A,CYCS,PHF13,TAB1,LSM14B,PICALM,YWHAE,GSK3A,RBM25,DDX46,CNRIP1,DDX47,PRKCSH,CHD8,DDX42,ILK,ARHGEF10L,DDX41,HMGB1,CHD2,MEA1,AFF3,SOBP,AFF4,PPP1R9B,SEC61A1,ABHD16A,BCL7A,UBE2Q2,NUP62,MLST8,TIMM17B,LRRFIP2,RBM33,BCKDHA,UTP15,ARHGEF12,EED,GLRX5,BUD31,DDX55,DDX56,TBC1D8,ARHGEF18,GLRX2,YWHAZ,DDX50,PJA2,CREB3,SFPQ,LMBRD1,CREB1,GORASP2,PEX3,GORASP1,NDUFS5,TBC1D7,NDUFS4,PEX5,NDUFS3,ATG4B,NDUFS2,MVD,NAA38,NDUFS1,EAPP,IRF9,DCTN6,MVK,DCTN2,DDX24,TGFBRAP1,TAF9,DDX23,PARN,HMGCR,MAT2B,ACVR1B,CLCN3,PARL,TAF1D,DNPEP,MAT2A,RAB40C,TAF1C,PDLIM7,RBM39,MBTPS1,TAF13,GALNT1,MIIP,ATP2B4,PDAP1,LRWD1,ATP2B1,MAPK14,SOD1,RPIA,CLCN6,IRGQ,GOLPH3,PNKD,SBK1,BRMS1L,ASB6,ACIN1,TAF6,VIM,NAA15,R3HDM1,RBM45,MBTPS2,LNX2,RB1,RPL4,CYFIP2,RPL3,TRIO,RPL32,TRRAP,THYN1,RPL8,DCAF4,BACH1,BACH2,DCAF6,PCMT1,NUB1,MYC,STMN1,CDK20,FDXR,RPL35,PIP4K2A,RPL38,RPL37,PIP4K2C,DIP2B,IER5,RPL39,RNF111,WSB1,DAPK1,PIH1D1,MED8,MED4,MED6,NISCH,RNF123,BIN3,UBA52,RPL28,DUS3L,PRR14,RNF121,PRR13,CDC42SE1,POM121,NEDD4L,SLAIN2,HIF1A,GLG1,PRDX3,FAM160B1,PRDX2,PPP4C,RIC8B,CHST12,PRDX1,RAD21,S100A10,RPL41,CDK19,JUND,PNO1,H3F3A,MAD2L1BP,MTHFR,UPF3B,BRAF,UPF3A,PRDX6,PRRC2B,TMEM198,PRRC2A,THAP11,FIBP,NPLOC4,UNC119,HBP1,SERPINI1,CPEB4,SPEF1,TCF25,CLTC,ADK,LPCAT1,TCF20,ADO,CLINT1,TMEM186,ING4,TRIM8,TRIM9,FAM102B,CHL1,TRIM2,ENSA,SPIN1,GPR137,ANXA7,ZC3H10,IFNGR2,AEN,RNF167,AFTPH,TMEM179,INF2,IVD,TET3,RNF166,PCYOX1,SF3B5,RPL10,GPS1,GPS2,TMEM160,TIMM10,HSPA13,TM9SF3,BCLAF1,TMEM169,ASNA1,LMAN2,RPS3,BRD8,RPS2,BRD7,DTD1,SF3B1,RNF130,RPL19,BRD4,SF3A1,SF3A2,BRF2,BRF1,RIOK3,AGK,TRMT1,WWP2,TTC9C,NMNAT2,MZT1,AGBL5,FIG4,ERP44,RNF145,RYBP,ABI2,ABI1,ZYX,UHRF1BP1L,ATP8A2,CHPF,ATP8A1,CTNND1,RNF19B,YEATS4,BZW2,BZW1,ABHD12,MAEA,TUBB3,MAF1,SEMA6C,RPS9,RPS7,RPS5,ANKRD44,F2R,AIP,DGKZ,GTF2F2,RNF41,TRAIP,CTDNEP1,ST7L,DISP2,STIM2,NCL,MADD,TNIK,TTPAL,CUL9,ENY2,SEMA7A,DNMT1,CD151,TNKS,ABHD2,GLO1,CUL3,AK1,ANKRD12,ITPR1,ABHD8,AK2,TARS,GTF2E2,PHF21A,STIP1,HMBOX1,BAG4,BTBD1,PITRM1,PSAP,BAG1,NACC1,ABL1,WDTC1,MPDU1,ANKRD34A,ANKRD27,ATP8B2,TNK2,MARCH8,MARCH6,BTBD9,LSM4,LSM3,MARCH2,CDK8,RCAN1,CNOT6,LSM6,GON4L,ZFP62,RHEB,CNOT3,TADA3,RNF182,SPIRE2,RNF181,SPIRE1,NACAD,DHCR7,CNOT8,SERINC3,LZTR1,RNF187,EIF4G1,SERINC4,RNF10,TRADD,DUSP12,PPP6C,RPL7A,SART1,SIN3A,OPA3,PSD3,HIF1AN,TAPT1,GPX1,GPX4,LIX1L,ZFP91,REXO2,YDJC,COASY,PATL1,REXO4,PTP4A2,TRAF7,PTP4A3,DALRD3,RPL37A,RP9,SOS1,SSX2IP,SFT2D1,SOS2,RNF31,NLGN3,SMARCD2,NLGN1,GTF2A2,WBP1,WBP2,WBP4,RPL36A,AMBRA1,DPCD,FZR1,RBBP4,RBBP6,RBBP7,DCAF11,WASF1,DCAF12,FNIP2,UGGT1,RNF20,SMARCE1,SPAG9,SPAG7,RNF24,SEMA4B,ADRM1,PTPN12,RAD52,CUL4A,KLF6,PFKL,APC,IMPDH2,MGAT4B,PFKM,PFKP,METAP2,CMAS,ARL6IP1,PWP2,GOLGA5,SAP130,ARL6IP5,DPF2,UBAP2L,GOLGA7,AGFG1,SOX5,TIPIN,NFKBIL1,SACM1L,SLC11A2,RECQL,MRPS18B,PTOV1,BOLA1,JMJD6,MRPS18C,AFG3L2,COX7A2L,RRAGA,RRAGC,BOLA2,CRYZL1,XRN2,VDAC2,VDAC1,TTLL12,EZR,ANKRA2,LLGL1,IGSF3,MGST3,TWF1,NMD3,NLK,GMCL1,IGSF9,INPP5B,DGUOK,PTDSS2,PTDSS1,PRRC1,INPP5K,GPM6B,BANP,SNHG1,FIS1,TRAP1,RABGAP1L,NMB,PTPRN2,STK11IP,BCL11A,TREX1,STAM,UBAC1,ZWINT,GADD45G,UBAC2,SRPK1,PARP11,STAG1,CCDC88C,ANP32E,TMCC2,ALDH18A1,ANP32B,CORO7,ITM2B,BAP1,HBS1L,DAZAP1,TRAM1,FAF2,MYL6B,SERP2,EPM2AIP1,HINT1,GUK1,PCF11,GLIPR2,KIF13A,RSPRY1,PRMT5,AMPD2,RHOF,TUBG2,TUBG1,RAB33A,POC5,PACS2,FAM20B,STRAP,ALDOA,KPTN,MAPRE1,ATP6V0C,SLC20A1,AKAP8,AKAP6,TRAK1,TRAK2,ANKMY2,DCPS,LCMT1,RANBP3,RANBP9,RANBP6,FAH,MARS,CTNNB1,RAB3GAP2,PRPF31,TRIP12,CAMK1,TOMM6,GOLT1B,HDLBP,ARID4B,NUCKS1,TOMM20,TOMM22,EFTUD2,FBL,CHCHD2,CHCHD3,TMEM147,CHCHD6,CHCHD7,POGZ,TMEM14C,PDIA3,NSF,APLP2,TOMM34,WRNIP1,KCTD2,KCTD5,TMEM131,DPM2,TMEM135,TMEM136,PHOSPHO2,DNAJC30,ILVBL,RPL7L1,SPNS1,CMPK1,FIZ1,ABCG4,FAIM,CTTNBP2,BTF3L4,DTX3,ADIPOR1,STK4,CSF2RA,ADIPOR2,ARHGAP12,SDCBP,ARHGAP21,DPP6,DPP8,MAN2A2,TMEM127,EP400,ZC3H18,DMAP1,MARK4,MARK3,PDZD8,MARK2,ATP6V1F,MARK1,DNAJC19,HSPA9,RAP1GAP2,SMAD1,SMAD4,HSPA4,TBCD,IFT122,BFAR,TBCB,TBCA,DNAJC16,SMAD5,AZIN1,TMEM115,RFXAP,TBCE,GRSF1,SCYL3,B4GALT3,DOCK9,USP33,SLC2A3,ELAVL1,SENP6,SENP7,TMEM101,ALDH2,GMPPA,FLOT1,FLOT2,PDE4A,POLG,SCYL1,USP46,USP47,KLF11,USP48,KLF13,ABCC8,ABCC5,PDE4D,ARID1A,ARID1B,KLF16,TGFBR1,DDX19A,LUC7L3,USP40,B4GALT6,CHMP5,B4GALT5,TSEN34,USP14,USP15,RGS19,USP10,GMPR2,SPG7,MOSPD3,TOB1,IWS1,USP19,STRN4,HSPD1,RMND5B,TFPT,GMDS,NT5DC3,PDE6D,REPS2,ROMO1,CDIPT,ABCF3,CAMK2G,CLASP1,USP24,PTCD3,PTCD2,USP20,B3GAT3,USP21,ZFC3H1,DTNBP1,PDE4DIP,HSPE1,USP28,USP29,NAP1L4,XPNPEP1,RGS12,RGS11,PDE7A,ABCE1,SSBP3"
+"gene_set_query"	"731"	"ZNF586"	"660.3"	"ARCHS4 Coexpression,374;Enrichr Queries,318;GTEx Coexpression,1289"	"TCERG1,NCKAP1,APP,TES,AHCYL1,CERK,VARS,KDELR1,CBLB,ZDHHC8,EPRS,CRKL,NDST1,FRAT2,CAPNS1,MPRIP,ZMIZ1,MYC,DAG1,AKT1,AP1S1,PRKACA,ACOT9,ACTN1,DNTTIP1,CD3EAP,SCRIB,ACTN4,CSNK1E,JMJD6,TIAM1,BIN3,DDIT4,LLGL1,CDC42SE1,MACF1,TBC1D9B,TTYH3,TMEM63B,AGAP1,PIK3R2,ARPP19,HIF1A,PGS1,CYB5R4,PPP4C,LARP1,DHX34,VTI1A,RRS1,ST3GAL5,MLEC,PIP5K1C,MAP4,RAB11FIP2,RAB11FIP5,VASP,JUN,TMEM184B,ICMT,INTS1,H3F3B,EDEM1,H3F3A,PMM2,PTK2,PRRC2B,SRPK1,PRRC2A,EXT1,EIF5,SLC6A8,GIPC1,CWF19L1,CALM3,HBP1,CALR,PKIG,LGMN,AARS,CDK16,CDC42SE2,ARF3,DHRS13,GMEB1,CDKN1B,GDI1,SLC35F2,SNX11,ADO,PRPF19,AP2A2,PTPRF,PTMS,IKBKB,TRIM8,MED11,ZMYM2,XPO6,NCS1,TIMP2,TCP11L2,SDF4,RAC1,RAB8A,GIT1,DFFB,UPF1,DFFA,PARP1,TSC22D3,MINK1,TET2,ELOVL6,GMIP,DYNLL2,SREBF2,MRPL44,NCOR2,UGDH,SCNM1,INF2,MTF2,PXDN,PAFAH1B1,RNASEK,CAB39,SATB1,HEATR1,AKAP8,GNAI1,CENPB,GNAI2,FAM129B,FGD3,ZDHHC18,PGRMC2,GPC1,CHN1,APBB2,ANKRD52,BID,PAIP2,MAP4K4,YIPF1,CSNK1A1,SORT1,PCGF2,DAB2IP,AP3D1,SCAF1,SKI,SHKBP1,TAOK2,TCEA2,NUCB1,HDGF,PKN1,MEGF8,NUCB2,GRINA,GOLT1B,CHPF,ZFAND3,CD81,CLSTN1,CTNND1,HDLBP,ATN1,SLA,BZW2,IPO7,CNDP2,LAMP1,SESN1,COTL1,SLC39A7,LZTS2,SH3GL1,IFNAR2,TLE3,USP5,RPS5,USP3,APLP2,ADAM10,ATP11B,VRK3,RSBN1,PIAS1,DHDDS,MSH6,RAB31,DMTF1,HNRNPUL1,HNRNPUL2,SLC9A8,FSCN1,CHMP4B,MAPKAPK5,PKP4,GEMIN7,FKBP4,KPNB1,IFNAR1,RAI14,NSMAF,SLC27A4,RTN2,LRRC59,DNMT1,DDX5,TMED10,CD151,ARHGEF25,INSIG1,SLC1A4,SEZ6L2,CSF2RA,CORO1A,RTN4,SOCS2,MED30,IRAK1,GRK6,G3BP1,DVL1,BTBD2,NACC1,ABL1,ANKRD10,PLXNA1,SLC15A4,ATP6V1D,CD276,HSPA4,FBXO38,EEF2,CNOT4,PAN3,APPBP2,HOOK2,GNB1,GNAS,CYCS,PLXNB2,MDM4,GPR107,CCDC22,LSM14B,BCL2L2,NFE2L1,NFKBIB,EIF4G1,RNF187,UBE2M,ISY1,ZNF512B,B4GALT2,KDM5B,ACADVL,ALAS1,PRKCSH,AKAP8L,DDX42,PIK3CD,ATP2A2,CHD4,ARRB2,YBX1,PTPN23,SYNE2,LMNB2,PIK3C2B,SPRED2,ZNRD1,ZC3H7B,NUP62,TLK2,NPTN,RBM7,TNPO2,YWHAG,BOK,ARHGEF12,RFC2,DYNLT3,ABCC5,H2AFV,NDUFC1,SMC1A,RAD23B,CKAP4,EPN2,ARL4C,SUPV3L1,TRAF7,TFDP1,CREB1,PIK3CA,POLR1B,RASA1,DNAJC5,CAT,POLR1C,CRK,SLC25A4,CUEDC1,RBM22,TSEN34,USP14,USP15,KDM3A,RGS19,NLGN2,USP10,SRC,DCTN1,WIZ,MLLT1,LRP3,HMGCR,ATP1A1,MAT2B,ATP2C1,RAB21,DNAJB2,DNAJB1,MAPK9,FAM168B,GANAB,MTA1,DNAJB6,MAT2A,PABPN1,U2AF2,GNA11,NT5DC2,PTK2B,FYN,POLR2I,SLC25A23,MEST,SMNDC1,SH2B2,CYTH1,UBQLN2,SPEN,PTPN1,MBTPS1,GALNT2,TXNRD1,MBOAT7,FBXL19,FOXJ3,PDAP1,CDC42BPB,HNRNPAB,RPIA,CARM1,MGAT4B,P4HB,SSBP2,BCAR1"
+"gene_set_query"	"732"	"LHX5"	"661.3"	"ARCHS4 Coexpression,491;Enrichr Queries,1015;GTEx Coexpression,478"	"CNTFR,CCNI,MYT1L,STMN2,STMN3,STMN4,ENO2,RNF112,GPR173,SAMD14,DPYSL4,RPS19,DPYSL5,IGLON5,DPYSL3,LUC7L,KIF21B,EPHB2,EPHB1,CALN1,SRRM3,HES6,SRRM4,RBFOX1,ATP6V1G2,RBFOX2,RBFOX3,ISLR2,SOX11,ANK3,SOX12,MAPK8IP3,ANK1,TIAM1,GPR162,STX1B,SFRP1,RUFY3,RUFY2,DDIT4,TAGLN3,RPL26,CTXN1,CUTA,GPM6A,BEX2,NRN1,BEX1,STXBP1,FOXG1,ATXN7L3B,NKAIN1,SYNGR1,FAM171A2,INPP5F,PCBP4,B4GALNT1,RHBDL1,ZSCAN18,CADM3,FZD3,PRRT2,PTPRN2,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,MICAL2,KLHDC8B,L1CAM,SNAP91,SMARCA4,MLLT11,MEX3A,STAG2,PPP1R1A,RPS29,ID2,RCOR2,CDKN1C,TMEM151B,KCNC1,GDI1,GRIK5,DIRAS2,GRIK3,GRIK2,COX7C,NAT14,SHF,TRIM9,UBL5,UCHL1,MMP24,PCLO,TUBA1A,SLC22A17,TRIM3,DNER,RAC3,NEFM,FEZF2,RALGPS1,APC2,CCDC112,GRIPAP1,PRMT8,ANO8,RGMB,AP3B2,RGMA,MN1,TUBB2B,TUBB2A,NME7,PXDN,RNF165,DYNC1I2,SATB2,ADAM22,SEZ6,GDPD1,NEDD8,CAMKK2,BEGAIN,TCEAL6,GLRA2,ARVCF,CUX2,TMEM169,CHN2,CAMK2N2,RPL13,GPC2,RUNX1T1,PURG,CENPV,MPP3,WNT7B,PCGF2,DAB2IP,LHFPL4,TTC9B,NMNAT2,SGSM1,ATAT1,MORN4,NFIB,PRKRA,KIF26A,TTC3,YPEL4,CDK5R2,PRDM8,ANKRD13B,MIDN,ATP8A2,CLSTN3,CELSR3,SLC8A2,TMEM145,ATCAY,SALL2,TUBB3,KIF5C,BASP1,SH3GL2,LMO1,TLE2,UBE2E3,IGFBP2,ADAM11,KCTD2,TBR1,POU3F1,SRCIN1,POU3F2,POU3F3,RSBN1,DISP2,ACAP3,OLFM1,CACNB3,MADD,ANKS6,PPIG,ABCG4,GNAZ,NDRG4,SHC2,BRSK2,RTN1,KHDRBS3,TMEM59L,CACNA1B,CACNA1A,BHLHE22,DTX3,KLC1,SEZ6L2,CPLX2,FBXO44,CACNA1E,LRRC55,CACNA1G,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,DPP6,KLC2,FUT9,TCTEX1D2,CAMTA1,NDN,SRGAP3,OTX1,MARK4,PDZD7,RAP1GAP2,SYT5,SYT4,ZFHX2,AUTS2,HSPA4,CBX1,NSG1,SYT7,SCRT1,RALYL,EFNA3,EFNA2,HOOK2,LHX2,REEP2,GNAS,CNTN2,NACAD,CNIH2,PODXL2,MAST1,CELF3,CELF4,CHD6,ELAVL4,CELF5,RND2,FBLL1,PKD1,ELAVL2,ELAVL3,MDK,MCF2L,GDAP1L1,GALNT9,TRIM67,PPP2R5B,NAV1,SYNGR3,SEZ6L,NIPSNAP1,SEPT3,DNM3,PTP4A3,GAP43,DALRD3,ALS2,DDAH2,PPDPF,RPL37A,TERF2IP,INA,SHANK2,HCN3,NDUFB8,NLGN2,NRXN1,ATP1A3,NRXN2,CRMP1,DLL1,ADD2,AGPAT4,CACNG7,GNG3,SV2A,VPS53,SPOCK2,TRIM46,SLIT1,NCAM1,IGF2BP2,OPCML,NTRK2,LINGO1,MARCKSL1,KDM4C,SLC12A5,PCDHGC4,USP22,PCDH8,MEIS2,NAP1L5,NELL2,IRGQ,FAM155A,NFASC,NECAP1,SBK1,FAM131C,FAM131B,TSPAN18,NOVA2,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"733"	"HOXD13"	"662.0"	"Literature ChIP-seq,135;ARCHS4 Coexpression,234;Enrichr Queries,1382;GTEx Coexpression,897"	"RPL4,MDC1,RPL30,TES,TRRAP,HNRNPU,RPL8,PHB2,RAVER1,MYC,DPYSL3,ANKFY1,DIP2C,RPL39,MEF2C,AFAP1,SOX11,DICER1,EML1,HCFC1,WDR77,MYL6,RPL27,RPL29,ATF4,NUP205,POM121,NOLC1,AGAP1,MRPL12,GJC1,LARP1,PIP5K1A,BTF3,JUN,ICMT,EDEM1,SETD1A,NR2F1,IRF2BP1,PA2G4,PBX1,PRRC2B,PRRC2A,HNRNPL,PPP5C,FXYD6,DCHS1,DUS1L,CDK16,LGMN,GABRB3,MRPL37,PFAS,TRIOBP,SMG5,TRIM8,NEFL,JARID2,EMD,BRD2,PGAM1,BAZ1B,MED22,ZEB2,PXDN,CDC42EP3,PLEKHO1,PGAM5,SF3B3,SRRT,GPS2,SLC7A1,TCOF1,NSD1,CHN2,MICALL1,PPP1R8,SPOP,RPS2,RPL18,RPRM,MBD3,SF3A1,SF3A2,TRAPPC10,MZT1,XAB2,MYBBP1A,ABI2,SLMAP,SERBP1,TAOK2,RAB3C,IPO4,HDDC3,IPO5,SCMH1,PLS3,FBRSL1,LZTS2,MAF1,RPS8,IGFBP3,IGFBP2,THOC1,RPSA,FRMD4A,LEMD3,RNF40,PIAS2,ACLY,ILF3,ANAPC4,FKBP4,KPNB1,SNRPA,SRSF9,SNRPB,LRRC59,INO80E,SMYD5,ZC4H2,GLO1,ABHD2,MAZ,AK2,PHB,CORO1C,SOCS2,STIP1,ORC4,RAP1A,ESD,ABL1,DVL2,DVL3,WDTC1,NOP14,ANKRD27,OSBPL5,EEF2,CHERP,CDK8,LRCH2,LHX2,EIF4G2,MDM1,EIF4G1,RNF187,ZNF512B,NUMA1,MCM7,WDR1,WDR4,RPL7A,OPA1,WDR5,EDIL3,CTNNBL1,PELP1,UNC45A,EIF5A,EMX1,PPP1R12A,SIGMAR1,VEZF1,SMC1A,RANGAP1,PTBP2,PTP4A3,NSMCE4A,TFDP1,RP9,PPP1R12B,PPP1R12C,GTF3C1,PRPS1,NLGN1,GTF3C4,SRC,HDAC1,SRF,EI24,SRSF1,PRCC,CXXC1,RPL36A,LRP3,SRM,FOXRED2,GANAB,NCLN,U2AF2,RAB23,POLR2D,RBBP7,UBQLN4,JAZF1,PCDH7,FBXL19,HNRNPAB,ENOX1,NELL2,INSM1,VARS,KDELR1,DIXDC1,THUMPD1,PWP2,UBE2L3,CCAR1,RPS15,RPS17,TRIM28,UBAP2L,PTGFRN,RPS10,FBXO9,ARRDC4,EPHA7,ACTN1,CSNK1E,ANK1,TIAM1,SFRP1,KCNQ4,TTLL12,KCTD15,TELO2,NRN1,TSHZ3,ANP32A,DHX9,FOXG1,MGST3,DHX30,PDCD11,DHX35,DHX37,TNRC18,NTSR1,TRAP1,BCL11B,BCL11A,RCC2,ICK,RNPS1,FBXL3,DAZAP1,PRPF19,PTMS,PCM1,C1QBP,RAC3,CCT3,PRMT5,PARP1,NME2,MRPS2,COMMD6,CBFA2T2,RAB33A,MLF2,KIT,SGK1,PNCK,AHCY,PCNA,SATB2,HEATR1,PRICKLE2,HSD17B4,COX5A,NOL4,PES1,CCT7,MPZL1,CCT4,RANBP1,RANBP3,HUWE1,AP3D1,SORBS2,NPM3,BOP1,KLHL5,HDGF,PRDM8,NUP188,UBE3C,TOMM20,IGF1R,FBL,KHSRP,ARID2,KCTD3,POU3F1,MID1,POU3F2,ATAD3A,POU3F3,HNRNPUL1,RPL7L1,EHBP1L1,MASP1,RAF1,PDE9A,ARHGEF25,LPL,CACNA1A,CACNA1C,PRPF8,CACNA1H,TAF5L,IRAK1,DPP8,OTX1,RPRD1A,YARS,UBE2F,NONO,CBX2,KLHL23,NUP153,MANBAL,EFNA2,HOOK2,HOOK1,UBE2S,UBA2,TAB2,UBA1,SAE1,UBE2M,YWHAE,KDM5C,ZMYND19,CBY1,CHD6,ILK,CHD3,YBX1,MEA1,LMNB2,LMNB1,RPS4X,UBE2Q2,NPTN,SPEG,USP48,TBP,NUP133,PDPK1,CAD,H2AFX,DDX54,SENP3,CKAP5,EEF1G,FAM189B,SETBP1,TBC1D5,CDH11,THOP1,USP12,DDX21,STRN4,TMEM201,MTA1,GNG2,SAP30L,NT5DC2,NT5DC3,MTA2,CAMK2G,PDLIM7,SPEN,NAA10,TAF11,ATP2B4,NAP1L1,SSRP1,MEIS2,SLC4A7,GOLPH3,CARM1"
+"gene_set_query"	"734"	"SALL4"	"662.0"	"Literature ChIP-seq,78;ARCHS4 Coexpression,803;Enrichr Queries,978;GTEx Coexpression,789"	"ITSN2,NUP107,RPL3,STMN2,RBPJ,ELK1,BACH2,RPL7,PREX1,RABGEF1,LSM12,ZMIZ2,AKT2,DPYSL2,MYC,DPYSL3,FGFR1OP2,STMN1,LUC7L,NFRKB,CDK5RAP3,DDX17,PRKCI,CXADR,MECR,ACOT7,WSB2,CACNA2D1,RPL23,CSNK2A2,REV1,SOX11,FRS2,WDR73,SOX12,RNF126,DDIT4,RPL28,ASTN1,PRR13,CDC42SE1,LRPAP1,POM121,SET,PDGFA,NOLC1,SLCO5A1,PLA2G6,ADH5,PRPSAP1,GJC1,LDHB,SSR1,PLCG1,S100A10,WDR59,PHC1,CADM1,ARPP21,RDX,EIF2AK3,LARP7,CDC7,FAM136A,MEX3C,PBX1,EIF1,SETX,HNRNPL,SLC6A6,GLUD1,UCK2,EIF5,FASN,HNRNPD,CDK10,SFXN1,EZH2,GPR19,GABRB3,SETD5,GMEB2,PIGO,KCNC1,KCNC3,PIGQ,HEXB,CLTC,SNX11,HSPB11,TRIM8,MRPL42,UBL3,AP3S1,JARID2,RRP15,ZIK1,BRD2,DFFA,BRD1,IFT140,IFNGR2,ITPK1,RRAS2,SLC39A10,ELOVL6,WDR34,MRPL45,DUSP6,SRP9,LRRC42,SLC7A5,TUBB2B,ZEB2,PSMA2,IVD,PXDN,MTF2,RAPGEF1,KIFC3,PAFAH1B2,RNF165,CDC123,SEZ6,GGA2,FGD4,GLRA2,RECQL5,PSMB5,TMEM65,CKB,ZSWIM5,DEDD,BRD4,RIC3,MBD6,YTHDF2,USP9X,AGK,YLPM1,SNX22,RYBP,NFIB,LPCAT4,SERBP1,RLIM,PKN1,AGRN,MTCH1,PHLDB1,RASL11B,CSE1L,UBE2D1,IPO5,YY1,FADS2,NPEPPS,EIF4ENIF1,POFUT2,ABHD11,ATCAY,CDH2,SALL2,NUDT19,PMPCB,KPNA2,GTF2I,FBXW4,MAP2K4,BNIP3L,SUPT16H,RPS8,IGFBP3,UBE2E3,TPM1,IGFBP2,VASH2,ZCRB1,FRMD4B,ZBTB33,ILF2,LEMD2,MSH6,ATXN2L,MORF4L1,OLFM1,ILF3,ARMCX1,ARMCX2,CACNB4,MSH2,DMTF1,SMS,FSCN1,SRSF5,SNRPF,SRSF6,FKBP3,LY6E,NSMAF,KHDRBS1,RAB5C,CBFB,CCDC24,MAX,PEF1,CUL1,AK3,GTF2E1,HSP90B1,CORO1C,SOCS2,RAP1B,BAG4,ATXN2,PORCN,ZFP57,STK36,G3BP1,STK38,MBIP,ANKRD10,NAE1,SRGAP1,SKIL,SLC38A2,MCL1,TXNDC5,RAB4A,ASNS,LSM5,REEP1,YRDC,GNL3L,SCCPDH,YEATS2,PTPRA,RHEB,CPD,SP3,SPIRE2,PLXNB1,OGT,SERINC5,ZNF512B,ITGB1,DIDO1,PPP1R13B,HSP90AB1,MCM7,COX4I1,SCHIP1,SYNE2,DUSP12,PTBP1,SUMO1,MDK,SNRNP70,PPP6R3,SUMO2,WDR5,WDR6,PMEPA1,HMG20A,TNPO1,GAL3ST3,NEO1,YAF2,ARNT,WIPI2,QTRT1,PTP4A1,PTP4A3,SNURF,BCAT1,BCAT2,PPP1R15B,SMARCD1,PRPS1,HDAC2,UHRF2,PPM1L,SRC,RNF38,CXXC1,LENG8,PDHB,JAKMIP1,LRP8,TTL,CXXC4,MLLT6,FZR1,POLR2D,BEND3,SH3BP4,IGF2BP3,RBBP7,HNRNPA1,DRAM2,MEST,EIF4E,ATP9A,DCAF13,TRIM44,SH2B1,HNRNPA3,SEC24B,PPIL2,SSB,FEM1A,FEM1B,PCDH7,ADRM1,DONSON,CDC42BPB,PTPN12,HNRNPAB,FBXL14,PNRC2,NELL2,ASXL1,TRIM39,PSAT1,NOVA2,MFAP2,DNAJA2,POLR3E,BCAR1,SLC25A36,CBLN1,EIF3B,EIF4A2,SLC23A2,FAAH,LPGAT1,CMAS,TMEM41B,ZMYND8,CCNC,HS6ST1,RCBTB1,HS6ST2,NUDT3,NUDT4,PNN,FRAT2,TRIM28,RPS19,SNRPD1,LONP1,DAG1,EPC1,CCNL2,SEPHS1,SEC62,SLC12A6,SOX4,AGFG1,EPHA4,ARSA,COG8,SMARCC1,SMARCC2,SCAF11,SLC6A15,METTL3,ISLR2,ANK2,ANK3,SFRP1,PPA2,KCNQ2,XRN2,VDAC1,KDELR2,TAGLN3,KCTD12,SIK2,OBSL1,L3MBTL2,ANP32A,FBF1,HTATSF1,UBE2J1,NLN,SNX1,DHX32,SEC14L1,DHX33,LARS,PCBP4,HLTF,GSE1,HIVEP2,PATZ1,VAT1,LRRN2,RCC2,PAICS,SMARCA2,ZWINT,SRPK1,EXT1,STAG1,CALY,ID2,FUBP1,ANP32E,CALU,ECHDC2,LRRN1,FBXL3,RCOR2,ITM2C,MRPS17,TOP2B,AHCTF1,SH3KBP1,CITED2,GRIK5,WASL,ZCCHC14,AKAP12,SYNCRIP,PCM1,PPP3CB,ENC1,KIF13A,REV3L,DHX16,SDF4,KIF1A,TMED4,CTSB,RALGPS2,PARP6,PCYT1B,PRMT8,PARP1,MRPS25,PRPF40B,COMMD3,PRPF40A,RHOF,MTSS1,TOPORS,MLF2,RGMA,RHOB,ENAH,MN1,KIF2A,HNRNPH1,CSDE1,MPPED2,KIT,ARHGEF4,STRAP,RHOU,GLCCI1,SGK1,SATB1,SLC20A1,SATB2,PRKX,PRICKLE1,RFNG,CST3,HIRA,SAMM50,GPC4,MAP4K5,CCT7,APBB3,MAP4K4,NPM1,PTGES3,VEGFB,RANBP9,SORBS1,VEGFA,RAB11B,MAD2L2,HNRNPA2B1,NBR1,CACHD1,TCEA1,CDK5R1,GALNT11,NDUFA13,UBE3C,ZFAND5,UBE3A,TATDN2,KIF5C,BASP1,SBF1,PDIA3,KDM2B,LMO4,WRNIP1,ACYP1,MYCN,TBL1XR1,PRPF3,EEF1A2,CMPK1,GEMIN7,RAI14,RTN3,RTN1,NXPH3,ADIPOR2,CNN3,UBB,TBC1D13,MYH10,QSER1,MARK1,UBE2F,UBE2H,CBX5,PTCH1,CBX2,CPSF3,IDH1,HMGA1,ASPSCR1,KLHL23,TDRD3,CLK2,PAN2,NFKBIA,HOOK2,NASP,PQLC1,HOOK1,RFXAP,UBA3,UBE2O,UBA1,AMOTL2,PI4KB,GNB5,TCF3,FGF13,BRWD1,ACBD3,GRSF1,UBE2K,YWHAE,PHTF2,DYRK3,NAA40,DDX3X,LDB1,CHD6,HMGB3,PSIP1,ATP2A2,SLC2A3,HMGB1,RND2,PPP1R9A,RND3,ELAVL2,LMNB1,PPP1R9B,HS2ST1,FLCN,SPRED2,SPRED1,YWHAQ,ZC3H7A,CASP3,PDE4A,MAN2C1,YWHAG,RBM14,PDPK1,H2AFZ,BUD31,DDX56,ARHGEF18,TBC1D9,KLF16,VCAN,FCHSD2,DDAH1,IGDCC4,THRAP3,GORASP2,CDH13,USP40,INA,LUC7L2,B4GALT5,CAMK2B,RGS16,RAP1GDS1,DDX20,NRXN2,CRMP1,SPG7,HMGCR,DLL1,TOB1,U2AF1L4,HSPD1,ADD2,GNA13,TBRG1,CYTH2,MAPK8,MTA1,UGP2,PABPN1,MAT2A,MAPK6,MTA3,RBM39,KDM4B,RRM2,GALNT1,NAP1L1,DEK,USP28,MEIS2,USP29,ACVR2A,TTC17,GOLPH3,PPP2R2D,ACIN1,SPRY2,ATP13A2,VIM,NAA15,SSBP3,RAN,MBTPS2"
+"gene_set_query"	"735"	"ZBTB5"	"662.3"	"ARCHS4 Coexpression,352;Enrichr Queries,348;GTEx Coexpression,1287"	"RPL4,MDC1,PANK3,TFRC,VARS,TRRAP,ZDHHC5,HNRNPU,EPRS,RAPGEFL1,DCAF7,CRKL,TRIM28,ZMIZ1,DPYSL2,MYC,AKT3,LONP1,RPS11,GLUL,IER5,TBC1D10A,SOX4,IER2,ARRDC4,SRRM2,DDX17,EPHA4,MEF2C,SMARCC1,WSB1,NUP210,ARRDC3,MTUS1,RFX3,CD3EAP,SCRIB,MOGS,SOX12,HCFC1,DAAM1,WDR82,DDIT4,HECA,TTLL12,TRIB2,SF1,ATF4,NUP205,POM121,IGSF3,DHX8,CDCA4,DHX9,BAZ2A,PIK3R1,MTMR4,HIF1A,APH1A,UGCG,SGPL1,HSPH1,LARP1,RAD21,GSE1,PIP5K1A,RDH13,HIVEP2,PLCG1,RBM12,RALGDS,ZBED4,SERF2,JUN,CDK19,JUP,BCL11A,RCC2,PLK2,SETD1A,IRF2BP2,PBX2,MEX3C,PRRC2B,GADD45G,MED13L,PRRC2A,SMARCA4,HNRNPL,FAM135A,HNRNPK,EIF6,WNK1,GIPC1,FASN,ID2,SDC1,HBP1,HYOU1,ITM2C,EZH2,AARS,ARF4,NRP1,SETD5,PIGU,CCDC120,BTG1,CDKN1B,CITED2,TCF20,CTCF,SMG7,PRPF19,CLINT1,SMG5,HERPUD1,MED13,XPO1,ZMYM3,ENC1,DHX15,KIF1B,SH3BGRL3,PLEKHN1,JARID2,BRD2,UPF1,TSC22D1,MMD,TSC22D3,ZDHHC13,BAZ1B,DUSP6,SREBF2,MLF2,RHOB,DDB1,SLC7A5,TUBB2A,TET3,PXDN,CANX,PELI1,NCOA7,RHOV,SGK1,ARF6,CSTB,WDR26,SF3B3,SLC20A1,GSTP1,DOT1L,UQCR11,FAM129B,HIRA,SCAF8,RBM15B,NFIL3,SERTAD2,UBTD2,ANKRD52,ZSWIM4,SF3A1,RIOK3,STAT2,HUWE1,AP2B1,DHRS1,LRPPRC,VEGFA,NFIA,NFIB,CCNG2,HDGF,TRIP12,PKN1,SCARB2,MTCH1,KDM1A,CTNND1,UBP1,CASC3,IPO7,TOMM20,IGF1R,SLK,SESN1,SH3GL1,GTF2I,TLE4,SLC38A1,KDM2A,UBE2E1,ZBTB34,RPSA,FOXP4,ATXN2L,EEF1A1,ILF3,DMTF1,HNRNPUL1,HNRNPUL2,SNRNP200,KPNB1,KHDRBS1,LRRC59,PFKFB3,INSIG1,MAZ,ITPR1,UBR4,UBFD1,EFNA4,NDRG1,PRPF8,SUPT6H,CAMSAP1,ACACA,EFNB2,PITRM1,UBR5,ABL1,DVL3,SUDS3,SLC38A2,MCL1,IVNS1ABP,HSPA8,PRNP,CPSF7,CBX5,CBX4,FUS,PTCH1,NONO,SEC16A,CBX1,NUP153,KLHL24,EEF2,NFKBIA,BCL9,EFNA2,STK24,HOOK2,HOOK1,CNOT1,CAPRIN1,GNB1,UBA1,GPR107,TCF3,LSM14B,EIF4G1,CREBZF,KDM5B,DIDO1,GSK3B,KDM5C,DYRK2,NUMA1,PRKCSH,CHD8,CHD6,DDX42,ADAR,CHD4,YBX1,RND3,BICD2,LMNB2,LMNB1,DUSP12,RPL7A,UBTF,TOPBP1,TNPO1,TNPO2,KDM6B,KLF13,PDPK1,CAD,ZFP91,ARID1A,RABGGTA,RAD23B,CKAP5,PATL1,PTP4A1,EEF1G,VCAN,PTP4A3,SFPQ,TRAF4,CTDSP2,POLR1B,ACOX3,ALDH9A1,OTUB2,GTF3C1,GTF3C2,PPP1R15B,SMARCD1,KDM3A,MVK,KDM3B,GTF3C4,VPS4B,RNF38,SRSF1,PARD6G,SEMA3F,MLLT3,PPM1D,TOB1,FAM168B,GANAB,DNPEP,CCDC85C,U2AF2,TDG,MKNK2,UBQLN1,FEM1C,MTA2,MAPK6,UBQLN4,EIF4B,HNRNPA0,CIZ1,HNRNPA3,MARCKSL1,RRM2,TAF15,SEMA4B,TXNRD1,SSRP1,PNRC1,MTOR,ASXL1,KLF6,TEF,PIK3IP1,RPS6KB2,PDCD4,SPRY2,ACIN1,SSBP2,SEC24C"
+"gene_set_query"	"736"	"ZNF521"	"662.3"	"ARCHS4 Coexpression,443;Enrichr Queries,858;GTEx Coexpression,686"	"CNTFR,CCNI,DIXDC1,STMN4,ENO2,FNBP1L,RNF112,PREX1,GPR173,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,MYC,DPYSL3,STMN1,EPHB2,SOX4,CALN1,SRRM3,EPHA4,SRRM4,MEF2C,EPHA7,ATP6V1G2,RBFOX2,WSB1,RBFOX3,LIMCH1,PRKCD,ISLR2,SOX11,ANK3,CPT1C,MAPK8IP3,PISD,TIAM1,STX1B,SFRP1,IFT81,FEZ1,RUFY3,RUFY2,DDIT4,SPARCL1,TAGLN3,PFN1,TRIB2,PFN2,PRR13,BEX4,PAXIP1,MAGED1,STXBP1,NPRL3,TRANK1,OAZ1,FAM171A1,SYNGR1,PCBP3,FLRT2,PCBP4,PRKAR2B,GPM6B,ZSCAN18,S100A10,VASP,CADM3,JUN,FZD3,PRELID1,PRRT2,CADM1,BCL11A,ST8SIA2,H3F3A,MICAL3,NR2F1,MICAL2,DCLK2,KLHDC8B,L1CAM,PBX1,DCLK1,MLLT11,MEX3A,VANGL2,H2AFY2,PKIA,FXYD6,DCHS1,MAGED2,LRRN1,FAT4,DZIP1,ITM2C,ROBO2,GABRB2,NRP1,TMEM151B,CSRNP3,HIP1,PTPRS,KCNC1,CITED2,GRIK5,DIRAS2,GRIK2,PHF6,ROBO1,SHF,AKAP12,TRIM9,UCHL1,MMP24,PCLO,TUBA1A,CSRP2,TRIM2,TRIM3,ENC1,TIMP2,KIF1B,TCF12,DUSP6,MLF2,RGMA,RNF144A,ENAH,MN1,ZEB2,TUBB2B,KIT,PXDN,WAC,SGK1,GAS7,GRAMD1B,SATB1,ADAM22,PRICKLE1,PTN,CAMKK2,ARVCF,CHN2,GPC2,CTNNA2,PURG,RUNX1T1,JAM3,MYEF2,KIDINS220,DAB2IP,LSAMP,NMNAT2,SKI,ATAT1,NFIA,ABI2,NFIB,TTC3,CACHD1,PLP2,YPEL4,CRTC1,CTNND2,CELSR3,SLC8A2,RIMS1,TMEM145,SALL2,CDH2,KIF5C,TUBB3,SLC16A2,SH3GL2,TLE4,TLE2,IGFBP3,UBE2E3,TPM1,ADAM11,KCTD2,ATP1B2,POU3F2,MID1,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,MORF4L1,CACNB4,LIX1,MADD,EHBP1L1,ANKS6,AMPH,TOX,ABCG4,ISYNA1,NDRG4,BRSK2,NDRG3,NTM,CACNA1A,LPL,FBLN1,CPLX2,PHF21B,EFNB2,NEUROD2,IGSF21,SCRT2,GRK6,PLXNA2,NDN,SRGAP3,MYH10,PDZD7,ESRRA,TMEM120B,SYT4,TIA1,CBX5,AUTS2,CRIM1,KLHL23,ARPC4,CLK4,PTPRD,HOOK2,CPE,MAP3K12,YWHAE,SNAP25,KDM5B,WDR1,PRKCSH,CELF2,SCHIP1,MAST1,CHD6,LDB2,AFF3,RND2,PKD1,ELAVL3,POLB,TRO,DUSP12,MCF2L,PSD3,PDE4B,CPXM1,CEP170,NEO1,GALNT9,TRIM67,DACT1,ADAMTS7,TNFRSF19,SEPT2,NIPSNAP1,SEPT3,DNM3,ARL4C,VCAN,GAP43,RCN2,ALS2,SETBP1,IGDCC4,DDAH2,CDH11,LUC7L3,CDH13,HDAC2,NLGN2,RAB1B,USP11,CXXC1,NRXN2,CRMP1,AGPAT4,STOX2,CACNG7,ABLIM1,SV2A,TRIM46,SLIT1,SPOCK1,NCAM1,HNRNPA1,MEST,OPCML,CLASP2,TUB,LGI1,NTRK2,SEPT11,MARCKSL1,SLC12A5,NEGR1,PCDHGC4,PCDH7,ADRM1,ATP2B2,MEIS2,NELL2,MAPK10,MARCKS,SBK1,FAM131C,SYT11,FAM131B,TSPAN18,NOVA2,MFAP2,POLR3F,CDR2L,RGS11,VIM,CDO1,SSBP2,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"737"	"CREBL2"	"663.0"	"ARCHS4 Coexpression,956;Enrichr Queries,387;GTEx Coexpression,646"	"SLC23A2,APP,CYFIP1,EPRS,IFI30,BACH2,EFR3A,ALCAM,ZMIZ1,SNRPD1,DPYSL2,FTH1,AKT3,CDK20,LONP1,FDXR,ARL6IP5,MPV17,PRKACB,GLUL,SOX4,FBXO9,GABARAPL1,ST6GAL1,ARRDC3,PRKCD,MTUS1,AP1B1,CD3EAP,VWA5B2,HDHD2,ANK1,COX7A2L,POR,FNDC4,WDR81,CCNY,PRKAR1A,DDIT4,HECA,KCTD12,PLBD2,PI4K2A,ASTN1,CUTA,UNC119B,MAGED1,SDC3,PIK3R1,NLK,GNS,PRDX3,APH1A,LDHB,UGCG,ABR,PPP3R1,ST3GAL5,MLEC,SCAP,KCNN2,FAM43B,HIVEP2,N4BP1,S100A10,VAT1,CTSA,JUN,RABGAP1L,LRRN3,CADM1,RDX,BSDC1,IRF2BP2,SMARCA1,SMARCA2,ICK,GNPTG,SLC6A6,TDP2,ID2,HBP1,FBXL3,CALM1,ITM2B,LGMN,CPEB4,ITM2C,CDKN1C,ARF3,PIGU,BTG1,CDKN1B,HIBADH,CITED2,HEXB,CTSZ,SNX10,SLC7A11,VLDLR,RAB22A,PCMTD2,LMBR1,UBL3,AUH,ZMYM3,CTSL,DNER,ENC1,TIMP2,TCP11L2,IDS,TK2,JAK2,CTSD,PCMTD1,CTSB,NCOA1,PCYT1A,TSC22D1,TSC22D3,GAA,MINK1,NCOA4,MRPL49,ANO6,TMEM150C,SRP9,DUSP6,MTSS1,MLF2,RHOB,DDB1,MRAS,CDC42EP3,PXDN,RAPGEF1,TMEM106B,PLEKHO1,CD47,AIDA,SGK1,GAS7,TRUB1,GRAMD1B,CSTB,GRN,CAB39,SATB1,ZDHHC20,AKAP7,GNAI2,PGRMC1,NFIL3,CAMK2N1,CLPTM1,MGAT1,ZSWIM5,GOLM1,SORT1,PLEKHA5,MYO9B,VEGFA,NFIA,NFIB,CCNG2,NBR1,CACHD1,NUCB1,CAMK1,PKN1,PNPLA6,YPEL5,GRINA,SCARB2,SCARB1,MTCH1,TUSC3,CD81,CASC4,MRFAP1,PEBP1,RNF19B,UBE2Z,CLU,TM7SF2,IGF1R,FADS2,CHCHD2,LAMP1,UROD,SESN1,NRCAM,SLC16A2,ENPP5,AP2M1,FADS1,BNIP3L,TRAPPC2L,KCTD3,CASD1,RUNDC3B,ATP1B1,FOXP1,ARMCX3,RAB31,ARMCX2,NHP2,CMPK1,CHMP4B,RAF1,SNRPC,FKBP5,RAB5B,PFKFB3,RAB5C,INSIG1,ABHD2,IREB2,ITPR1,CACNA1D,NDRG1,CNN3,SOCS2,PORCN,SNN,RAP1A,PSAP,NDN,LONRF2,SLC38A2,PRNP,RHBDD2,IDH1,CRIM1,DHCR24,TBCA,KLHL24,NFKBIA,EFNA2,HOOK2,CCPG1,HOOK1,DMXL2,PLEKHM2,SERINC1,NIT1,BRWD1,SERINC3,BCL2L2,PICALM,MCFD2,RNF11,ALAS1,RNF13,DOCK9,PRKCSH,CELF2,CHD6,ARRB1,SLC2A3,PITPNC1,HS2ST1,SGCE,ALAD,DUSP12,MFSD6,SPRED1,ALDH2,GM2A,NPTN,MFSD1,ACP1,ARHGEF11,ACTR2,KLF13,PEG3,PDPK1,DCAKD,TBC1D9,ARL4C,LMBRD1,PTP4A3,ASPH,PEX3,NPC2,CTDSP2,DNAJC5,CAT,ATP6V1B2,SNRPA1,TMEM9,NFAT5,MTPN,LRP1,GMPR2,USP12,HSPD1,LRP6,DNAJB2,ABLIM1,ZNRF2,DNPEP,FCHO2,FEM1C,RBBP7,MTA3,ABCF3,FNIP2,CYB5B,TMEM30A,ATP2B4,OXR1,PNRC1,SOD1,MARCKS,PINK1,KLF6,VAPA,PIK3IP1,PDCD4,VIM,ATP13A3,TPT1"
+"gene_set_query"	"738"	"ZNF256"	"664.7"	"ARCHS4 Coexpression,617;Enrichr Queries,830;GTEx Coexpression,547"	"RPL5,IPO11,NUP107,CCNC,BACH2,CDC23,CAPNS1,TFG,MPRIP,ALKBH1,DPYSL2,MYC,GPBP1,VPS35,PRKACA,SOX4,MEF2A,ARRDC4,HES6,CXADR,SCAF11,DAPK1,NGDN,NSMCE2,ARRDC3,ARMC8,GAPVD1,MED4,MED6,DYNC1LI1,NIF3L1,DAAM1,RFX7,ZW10,DDIT3,DDIT4,XRN2,VDAC2,SIK1,ALG10B,EIF1B,BEX4,BEX2,CDCA4,MRPL16,SDR39U1,ADH5,PRDX3,UGCG,LDHB,NUAK1,SCFD1,HMGXB4,WDR70,ATP6V0A2,DHX38,TRPM7,PIP5K1C,SNX5,FDFT1,ZSCAN18,BTF3,JUN,XRCC6,PTPRN2,PRPF38A,PHC1,H3F3B,BCL11A,PLK2,CDC7,PA2G4,FAM136A,SMU1,CCT6A,SNW1,EIF5,ID2,NOL11,HNRNPC,ITM2C,ARF3,SMG1,PIGU,BTG1,CITED2,RPLP1,ZFAND2A,NAT10,SLC7A11,VLDLR,ZCCHC18,SIPA1L2,WDR43,AKAP12,TRIM8,MRPL42,IMPA1,PCF11,DHX15,TIMP2,JARID2,ZIK1,UBL7,CCT2,SHPRH,MRPS27,PCYT1A,SPHK2,TEX10,NSUN2,TSC22D3,ACAD9,ACTL6A,MINK1,TIMM23,PRPF40A,AEN,GNL2,MRPS7,DUSP6,MRPL43,SRP9,DDB2,MLF2,RHOB,SLC7A5,MRPL50,PSMA3,TUBB2A,INF2,NFX1,PSMA2,TET3,KIT,PXDN,MTF2,SGK1,CDC123,SF3B3,RNMT,AKAP8,DLST,CRIP2,MRPS30,FAM129B,EXOSC7,SCAF8,BTAF1,NFIL3,CAMK2N1,EXOSC8,MFN1,CKB,RPL15,CCT8,BID,EXOSC2,ANKRD50,SRSF10,PAIP1,CCT4,SF3A3,ARNT2,NPM1,YTHDF2,CSNK1A1,RPA1,SCAF4,ATAT1,PDCL3,RSL1D1,APEX1,MARS,SERBP1,NUCB1,PKN1,ZFP28,GRINA,CD81,RPP30,FBXO28,CASC4,BCCIP,YEATS4,BZW2,NUDT11,ZFP30,LAMP1,BASP1,KPNA6,HMGN2,ENPP5,FADS1,NOM1,SLC38A1,TPM1,LARP4B,WBP11,ATP1B1,GTF2F2,ILF2,MSH2,TMX2,PSPC1,NHP2,MAPKAPK5,SRSF7,ANAPC1,SNRPB,KLHL18,CD151,INSIG1,BTF3L4,RPF2,NDRG1,ACAT2,SOCS2,EIF1AD,BAG4,RNASEH1,KIF3B,UBR5,G3BP1,NAE1,PRNP,NOP14,AKIRIN1,CPSF6,AUTS2,CCDC12,NONO,IDH1,ASNS,NUP153,COPS3,HOOK2,NACA,HOOK1,CNOT2,GNAQ,COPS2,JMY,NFE2L3,DEGS1,LRP10,RSL24D1,NFE2L1,RBM28,DDX46,MCM7,DDX47,CHD6,SLC2A3,ZFP82,RND3,BICD2,DUSP12,MRPL3,LASP1,EEF2K,YWHAQ,NPTN,TIMM17B,MRPL9,USP30,ARL5A,ACP1,MAPK1IP1L,UTP15,ARHGEF11,ADSL,NUP133,PDPK1,H2AFZ,TNFRSF19,IQCE,AMT,PLRG1,ARID1B,TSN,EPN1,SUPV3L1,VCAN,PTP4A3,NSMCE4A,POLR1B,DNAJC5,ETF1,SNRPA1,NUP54,TMEM9,PPP1R15A,GTF3C3,HDAC2,GTF3C4,PARG,WBP2,MAK16,ZBTB43,LRP8,AGPAT3,POLR2B,TDG,TGS1,BMS1,KATNA1,POLR2D,FAM120A,NAA25,BNIP1,FEM1C,HNRNPA1,DCAF13,SEC24B,PPP1R14C,RRM2,CNBP,FOXJ2,CDC42BPB,ACVR2A,TRIT1,PNRC2,MAPK10,KLF6,EIF3M,SNRNP40,EIF3L,PSAT1,MGAT4B,TRIM35,DRG1,SPRY2,QRICH1,SSBP2,RAN,TAF1,METAP2"
+"gene_set_query"	"739"	"CEBPA"	"665.0"	"Literature ChIP-seq,102;ARCHS4 Coexpression,1133;Enrichr Queries,879;ReMap ChIP-seq,237;GTEx Coexpression,974"	"CYFIP2,CHIC2,MT-ND4,RPL3,TFRC,CLPB,IFT172,ENO2,PHB2,BACH1,RPL9,TSKU,FAM110A,PSMD9,CNST,ZFYVE27,RNF114,MPRIP,SCP2,ZMIZ1,DPYSL2,MYC,ZXDC,TMEM8B,FNBP4,ATG3,CXADR,PRKCD,MED8,WDR74,SCRIB,ARMC8,RC3H2,EML4,ARMC1,NISCH,EID1,BIN3,WDR81,IFT81,ARMC6,DDIT3,RUFY3,SARNP,DDIT4,ZSCAN21,RBCK1,PI4K2A,PRR13,SLBP,SAR1B,MRPL18,HIF1A,GNS,OAZ1,PRDX3,PRDX5,LDHA,PPP4C,PRDX1,RAD21,PIP5K1A,NRBF2,HMGXB3,ST3GAL1,ST3GAL2,ZSCAN18,S100A10,HEXIM1,RPL41,JUN,SNAPIN,JUND,CHKA,EDEM1,EDEM2,IRF2BP2,MTHFR,PA2G4,NR1D1,PRRC2B,TMEM199,CS,MLLT10,EIF5,FASN,HNRNPF,PKIA,NMT2,SFXN1,HNRNPC,DUS1L,FARSA,LGMN,OGFR,BTG1,CDKN1B,PHF20,DENND1A,HEXB,PRKAG1,WDR41,GPT,AACS,RNF157,TRIM8,TMEM189,TRMT112,TUBA1C,TRIM2,ENSA,TIMP2,RPLP2,RIOK2,ZC3H10,NUDC,DUSP1,ELOVL5,SPHK2,IFNGR2,ITPK1,SSR3,SIRT4,MRPL49,GMIP,DUSP6,COPZ1,SRP9,MRPL53,MRPL50,TMEM33,PTRH2,CDC42EP4,TET3,MED20,TCP1,PXDN,RAPGEF1,EXOC3,KIFC3,VAMP2,PCYOX1,CDC123,GRN,SF3B2,SAMD8,GRAMD4,MRPL54,TM9SF4,MRPL55,TMEM169,SNX27,LMAN2,CLPTM1,STX6,ANO10,RPS27A,RPL18,SF3B1,RNF130,MEF2D,EGLN2,MBD6,SYVN1,TTC9C,BYSL,NUDT21,RABIF,SNX14,TTLL1,SRRD,SNX15,ZYX,UBAP1,NUCB1,RPL22L1,PKN1,VKORC1L1,ANKRD13D,CLSTN3,RAB3D,CEP120,ATN1,SLA,CASC3,RPL10A,CLU,TM7SF2,ABHD11,LAMP1,RUVBL2,SLC25A44,FADS1,GTF2I,KPNA1,IFNAR2,USP8,IK,SLC38A1,PCYT2,TPM4,CISH,DGAT1,USP4,USP3,GPT2,IGFBP3,IGFBP2,TRAFD1,CNPY2,ATP11A,CNPY3,PGD,DGKZ,LENEP,THOC6,ARMCX3,ACLY,CLIP1,ARMCX2,RAB35,SRSF2,SRSF3,SRSF5,TTPAL,SQSTM1,LY6E,INO80B,PFKFB3,RAB5C,ANKRD11,INSIG1,ABHD2,SPATA2,SLC38A10,TARS,CORO1A,CORO1B,ACAT2,FBXO42,RHOBTB2,SOCS2,RAP1A,PSAP,EIF4EBP2,THEM4,E4F1,SLC38A2,NADK,ZKSCAN1,MCL1,ESRRA,AKIRIN2,TIA1,RAB4A,TRAPPC1,CCDC12,GOT1,TRAPPC5,HPS4,DHCR24,ADAP1,LSM4,ZZEF1,FBXO31,CDK9,COPS3,SCCPDH,GNL3L,UQCRQ,STK25,CPD,NF1,CPE,ACO1,IARS,CNTROB,CCDC22,CNOT8,OGT,EIF4G1,SLC25A1,ALAS1,ZC3H3,CCDC47,PTEN,ARRB2,ETFB,ALAD,DUSP12,GM2A,SUMO1,PPP6R1,ACP2,WDR7,PGLS,MDP1,EID2B,BOK,CDADC1,PLEKHG2,GPX1,GPX4,SH2D3C,VPS37C,ARNT,RAD23A,TFIP11,RTN4RL2,PLRG1,VPS37B,RANGAP1,RAD23B,PATL1,MSL1,PTP4A1,ARL4C,PTP4A2,PPM1B,PTP4A3,TFDP1,NPC1,ASPH,SLC25A19,CTDSP2,DNAJC5,C1D,ETF1,DNAJC8,TOP1,PPP1R12B,SOS1,DCTPP1,PPP1R12C,PPP1R15B,BECN1,LRP1,WBP1,ROCK2,CEBPG,PRCC,ZBTB43,CXXC1,FURIN,SRI,HSD17B10,FZR1,ABLIM3,FIP1L1,SH3BP2,POLR2D,CDC37L1,EIF4H,POLR2E,SH3BP5,DNAJB9,CSK,ASCC2,LRRC8A,DCAF11,SLC25A25,SPAG9,FEM1A,FEM1B,KCNIP2,NDUFA2,PTPN12,CDC42BPA,TPD52L2,PNRC1,DNAJA1,RAB10,TSPAN14,KLF6,CDKN2AIPNL,TRIM39,IMPDH1,PSAT1,TRIM35,PDCD4,P4HB,TPT1,EIF4A2,APP,AHCYL1,CCNI,SLC35B1,PITPNB,HDAC11,DIXDC1,TXNDC11,THUMPD1,IFI30,RCBTB2,FRAT2,SNRPD2,FLAD1,FTH1,LONP1,EPC1,LONP2,CCDC97,SNRPD3,CCNL1,SEC62,SLC12A6,PELO,SEPHS2,GLUL,SOX4,FBXO9,ATP6V1G1,ALG9,ZFP1,NFKBIL1,ECH1,MTUS1,AP1B1,TALDO1,MOGS,CSNK1D,ACTN4,ALG1,TMEM170B,JMJD8,PISD,CARHSP1,POR,RRAGC,MTHFD2L,CRYZL1,CSNK2B,VDAC3,SIK3,CD2BP2,HECA,KCTD12,SIK2,GCDH,DHX8,MAGED1,MGST3,CTR9,PTTG1IP,PIK3R1,APCDD1,LIAS,APH1A,INPP5B,SNX1,PTDSS1,DHX33,PDCD10,LARS,PCBP1,CSTF1,INPP5K,N4BP1,SNX5,VASP,BBS1,NMB,XBP1,ZRANB1,XRCC6,SLC35E3,ACADSB,GADD45G,EXT1,ICK,PPP1R1A,ID2,RANBP10,ECHDC2,SDC1,CALR,FBXL5,CALM2,ITM2B,SUGP2,RPS24,TECPR1,CDS2,ITM2C,MON1B,NRP1,MRPS15,CSRNP2,FAM45A,PPP1R11,CITED2,FAM57B,CTSZ,NAT10,PTPRK,PTPRF,HERPUD1,PCM1,MAP1LC3B,CTSL,PCF11,ENC1,ARIH2,TMED2,IDS,CTSD,RAB8A,NDEL1,CTSB,TMED4,PSENEN,PRMT5,PCYT1A,MMD,TSC22D3,GAA,ACAD9,MRPS23,NCOA4,PRMT3,ANO6,AMPD2,TFB2M,RHOF,MTSS1,COMMD4,RHOA,APRT,RHOB,TOX4,NFX1,HNRNPH1,CANX,ARHGEF2,EEF1E1,SGK1,PTMA,DBN1,CSTB,MAGEH1,DTYMK,PCNA,TOMM40,AKAP8,PRKX,UQCR10,TRAK1,RBFA,TYMP,GNAI2,PCNP,CST3,PAK1,PGRMC2,NFIL3,OS9,ORMDL3,MGAT1,METTL9,MAP4K4,CCT4,BCAP31,RANBP2,SLC31A1,PNPLA8,VEGFB,RSRC2,MYO9B,SORBS1,FAH,AIG1,VEGFA,PER1,GPAM,MARS,CAPZA2,FAU,CAMK1,TACC2,ZFP28,GRINA,SCARB2,CARS,DPAGT1,SCARB1,SYS1,CD81,ARID4A,NARS,FAM174B,BASP1,PPME1,ARHGDIA,FPGS,HCFC1R1,COTL1,SBF2,LMO4,SDHD,KCTD6,EEF1A1,TMEM136,HNRNPUL2,EHBP1L1,PPIF,UBE2V1,RAF1,ZCCHC8,COX19,RTN3,PXK,VCP,TMED10,LPL,SLC1A4,KLHL12,DTX3,NDRG2,PDS5A,DTX4,EFNA4,NDRG1,ADIPOR2,PRPF8,EFNB1,ARHGAP21,EMG1,DHRS7B,TBC1D14,RPRD1A,LLPH,KIF3C,PDZD8,BCL9L,ATP6V1F,MPST,YARS,HSPA8,PRNP,CPSF4,CBX5,HSPA5,CBX4,IDH1,DNAJC17,COQ6,COQ5,NFKBIA,GCLC,HOOK2,PQLC1,TMEM115,HOOK1,ATG16L1,CNTN1,BLMH,DEGS1,GALK1,MXD4,USP36,DOCK4,ACADVL,CNRIP1,PRKCSH,ATP2A2,DBI,CHD2,POLB,ALDH2,ZC3H7A,MFSD5,UQCRFS1,MAN2C1,YWHAG,SCYL1,SUN2,JAGN1,RBM14,KLF13,TBP,GLRX5,BUD31,ABCC5,DDX56,DCK,DNM2,LMBRD1,ACOX1,NDUFS6,NDUFS5,CAT,LUC7L3,PFDN1,MAN1B1,IFT46,THOP1,B4GALT5,DDX24,DCTN4,GOSR1,ASB13,SPG7,ACVR1B,TOB1,STRN3,U2AF1L4,TBRG1,TFPT,UGP2,DNPEP,TMEM205,TRA2B,BMS1,PTK2B,ABCF2,CAMK2G,SPEN,TIMM8B,RBM39,KDM4B,PTCD1,WTAP,BAD,SGTA,MIIP,ZFC3H1,PDAP1,MAPK14,CLCN7,RPIA,RPS6KB2,POLE3,ATP13A3,VIM,GPD1L,CLUAP1,LPIN2,RBMX"
+"gene_set_query"	"740"	"ARID3A"	"665.6"	"ARCHS4 Coexpression,1206;ENCODE ChIP-seq,59;Enrichr Queries,647;ReMap ChIP-seq,79;GTEx Coexpression,1337"	"MDC1,ATF2,POP7,GMFB,TFRC,IFT172,POP4,ARAF,ALKBH6,FAM110A,LSM12,KRTCAP2,ZFYVE27,PSMD4,DPYSL2,FGFR1OP2,SAMD10,MEF2A,GABARAPL2,DAXX,SAP30BP,SCAMP1,FAM133B,MYL6,EID2,PRKAR1A,CLNS1A,DDIT4,UNC50,PSME1,TMEM126A,JTB,TBPL1,PSME2,RBCK1,PLBD2,ATF4,SF1,EXD2,MTMR2,TTYH3,SAR1B,CDCA4,NPRL2,FLII,MEPCE,COPS7B,PDGFA,BAZ2A,AAAS,GABARAP,GIGYF2,PRPSAP1,MRPL20,CYB5R4,RHOT2,RNF216,RNF215,GRPEL2,ATRIP,RHBDL1,HEXIM1,PRRT1,ABCA2,JUN,PRPF38B,PRRT2,PRPF38A,PMM1,JUP,EDEM1,EDEM2,EXOC6B,PBX2,ERLIN2,FAM136A,MRPL24,MRPL21,EIF1,MRPL22,MLLT11,MLLT10,TBL3,EIF6,FASN,EZH1,FERMT2,EZH2,ARF4,ARF1,PIGU,KCNC3,HEXB,RPLP0,PIGP,PRKAG1,MRPL38,MED19,SNX11,ECSIT,MRPL34,BBC3,PQBP1,DDA1,MRPL33,PIGX,JPH4,TRMT112,NIPBL,MRPL40,ATIC,MED13,MED10,FASTK,JAK2,UPF2,DFFB,ACTL6B,DUSP1,ELOVL5,SPHK2,TEX10,LRRC49,MRPL49,NIPA1,SIRT4,SLC39A13,ELOVL6,SIRT6,MRPL47,GMIP,JOSD1,MRPL45,DUSP6,TOMM40L,MED29,MRPL44,MRPL53,SLC7A5,MED25,PSMA4,PSMA2,CDC42EP4,MED21,PXDN,PELI1,TMEM106C,TUT1,SLC29A1,ERGIC3,PAFAH1B3,DLD,VAMP2,LRRC14,RNASEK,ELOF1,LIN37,URM1,SRRT,ADAM22,SEZ6,NOC4L,MRPL55,NRAS,UNK,EXOSC10,PSMB3,AP2S1,MFN1,MFN2,ZSWIM6,BID,MEF2D,CENPT,CRBN,TRAPPC10,TMEM62,SNX22,TARBP2,GATAD2A,BYSL,LYRM2,TAOK3,PSMC3,CCDC9,SNX17,SHKBP1,SRRD,UBAP1,RPL22L1,PKN1,AGRN,YPEL4,YPEL3,MTCH2,TMEM167B,FAM13B,UBE2D2,FBXO28,UBE2D3,ATN1,ZBTB22,FBXO22,YY1,FADS3,FADS2,STK16,OSBP,KPNA6,NUDT19,PIM3,KPNA2,MAP3K7,SLC25A44,FADS1,AP2M1,PIAS4,IK,DGAT1,FBXW8,UBE2E3,VPS33A,TBR1,ZBTB33,FBXW2,LENEP,FOXP1,TPST1,TXLNA,SRSF2,FSCN1,RAD54L2,SQSTM1,ARL8B,SRSF9,NSMAF,ANAPC2,INO80B,LRRC59,PFKFB4,RNASEH2A,PFKFB3,KHDRBS3,UQCRB,ARL3,MAZ,ISG20L2,STK39,GPR85,CORO1A,FBXO42,ACAT1,SOCS2,SBNO2,NDOR1,PMVK,ZKSCAN3,SLC38A6,E4F1,SLC38A2,ZKSCAN1,ZBTB17,RASL10B,GOT2,HPS4,HPS3,EEF2,FBXO31,UCKL1,DRAP1,ZC3HC1,SH3BP5L,STK25,MDM4,ACO1,PIN4,TUBGCP4,LRCH4,NFE2L1,NOP10,ZNF512B,ITGB1,HSP90AB1,ALAS1,PIK3CD,ETFA,ARRB2,ETFB,AP4M1,MRPL4,ALAD,ZNRD1,SUMO2,PGM3,PMEPA1,MDP1,DNM1L,ARL5A,ACP1,BCAS2,EID2B,ACTR2,EIF5B,PEG3,VPS13A,VPS37C,ARNT,RAD23A,TFIP11,RABGGTA,RAD23B,ARFGAP1,MSL1,ARL4C,ATRN,NSMCE4A,HAX1,SLC25A19,C1D,TMBIM6,SEC22B,DCTPP1,SLC25A11,AHDC1,BCAT2,ST6GALNAC6,PPP1R15A,RNFT2,BECN1,NDUFB9,CANT1,NDUFB7,MGRN1,ROCK2,SRC,GTF3C6,PRCC,CXXC1,ZBTB45,FURIN,MLLT3,FOXRED1,MLLT6,TSPAN31,CDC42,ZNRF1,FOXRED2,GANAB,U2AF2,KATNA1,PHKG2,LRRC8D,SLITRK5,FEM1C,IGF2BP2,LRRC8B,HNRNPA1,AAMP,SLC25A25,GADD45GIP1,CYB5B,PTPN1,PPP1R14B,MARCKSL1,NOP58,TRIM41,SSB,NDUFA6,GPKOW,MBOAT7,CNBP,NDUFA2,NDUFA1,RPL23A,HNRNPAB,SNRK,EIF3M,MYO1B,SLC25A39,NAGK,CDKN2AIPNL,ST7,OCIAD1,PDCD4,EIF3G,STUB1,EIF3E,P4HB,SMAP2,SMAP1,BCAR1,SPG21,EIF4A1,AHCYL1,CCNH,EIF4A3,ZDHHC5,PPAN,TXNDC11,NUDT2,THUMPD3,THUMPD1,ACTB,CYB5D1,TXNDC17,UBE2L3,ZDHHC4,RASSF1,TRIM28,SNRPD2,SNRPD1,DHX57,CDC26,CDC27,EPC1,EIF2D,TRIM27,CCNL1,ATP6V1E1,SLC12A6,ATXN7L3,TBC1D22B,TMPO,SMARCC1,ATP6V1G2,ALG9,ZFP1,ACTN1,ECH1,CIRBP,NSMCE1,ALG2,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,BCS1L,MFSD10,PPA2,CSNK2B,ULK3,EIF1B,TMEM87A,L3MBTL3,GIPR,DHX9,CTR9,SDC3,SUPT4H1,PIK3R4,UBE2J2,UBE2J1,PGS1,SNX1,SEC14L1,DHX33,DHX34,LARS,PCBP1,SURF6,SYMPK,B4GALNT1,RBM12,SEC31A,BBS1,INTS2,SMARCA1,HARS2,IFFO1,EXT1,AIMP2,ARMC10,ID2,CWF19L1,INTS5,NDUFAF2,PAF1,ECHDC2,GRB2,CALR,NOL11,CALM1,RGL2,MRPS17,DHRS13,MRPS15,TMEM151B,HIBADH,FAM57B,PPP1R10,MRPS11,CTSZ,TECR,NAT10,WASL,SLC7A11,AATF,IER3IP1,AP2A2,PTPRF,HERPUD1,SYNCRIP,PCM1,MAP1LC3B,ARV1,NUDCD3,SPTLC1,CTSL,RSRC1,HYAL2,ENC1,UIMC1,MLX,DHX16,SSSCA1,CTSB,NDEL1,VKORC1,CCT2,PCYT1B,SEC13,DBNL,NCOA5,MRPS22,PABPC4,NCOA4,MRPS23,ZFR,ANO8,PRPF40B,MRPS2,CACYBP,SYP,COMMD4,PDRG1,TOX4,GAK,RAP2B,UFC1,ARHGEF1,TAX1BP3,ARHGEF2,PABPC1,CD47,EEF1E1,PTMA,SFI1,STK40,NAPB,SSNA1,DOT1L,NEDD8,CCDC106,MRPS30,COX5B,COX5A,RELA,GNAI2,MNT,SAMM50,NFIL3,FAM172A,ORMDL3,MGAT2,EXOSC2,EXOSC1,PEX16,DYNC1H1,NPM1,YIPF2,YIPF3,YIPF4,VEGFB,KLHL2,RSRC2,DOHH,PEX14,NLE1,VEGFA,KLHL9,FKBP1A,PER1,DPY19L1,NUDT8,TTC5,KLHL7,NEDD4,TTC4,TCEA2,TCEA1,HDGF,PNPLA6,DPAGT1,SCARB1,CRTC2,MIDN,DBR1,SYS1,ZFAND6,BCCIP,COX6A1,IGF1R,FAM174B,KIF5B,CAPN5,CAPN2,SNIP1,SH3GL1,PCID2,ADPRHL2,TMOD3,SLC30A5,ATG9A,DNAJB12,UBE4A,SDHD,SDHA,COX6B1,ADAM19,TMX3,DOK4,HNRNPUL1,FAM173A,EHBP1L1,UBE2V2,PPIF,WDFY1,PLAA,PPIH,UBE2V1,PPIB,CARS2,RTN2,RTN3,DDX6,DDX5,TSG101,NDUFB10,COX16,ARHGEF26,YTHDC1,HTRA2,CACNA1A,SLC1A4,CACNA1D,PSEN1,PDS5A,NDRG1,TAF5L,TIMM50,NCKIPSD,GRK6,TBC1D13,H1FX,NDUFV3,TBC1D17,NDUFV2,NDUFV1,UBE2F,OST4,PRNP,UBE2H,ZFHX2,NUP155,PCIF1,ECD,HMGA1,UBE2A,SUPT5H,MANBAL,PAN2,QDPR,H1F0,HOOK2,APPBP2,HOOK1,MKRN2,UBE2N,PHF13,UBA2,AMOTL2,TCF3,TAB1,GALK1,UBE2M,CUEDC2,GSK3A,PRR7,PRKCSH,PRR3,CHD6,ATP2A2,CHD3,CHD2,USE1,LMNB2,LMNB1,PPP1R9B,RND1,RPGR,TTC28,SEC61A2,LASP1,EEF2K,ABHD16A,MAN1A2,BCL7C,TIMM17B,UQCRFS1,YWHAG,RBM17,RBM14,HSDL1,NUP133,PDPK1,TTC33,NCBP2,GLRX5,SYNGR3,GPCPD1,EEF1G,VCAN,IRF3,TMEM214,ALS2,ACOX1,PEX3,TBC1D5,NUP50,NDUFS4,NDUFS2,ATG4B,NAA38,MVD,NUP54,CUEDC1,IRF9,AGPAT5,DCTN6,DDX27,RNF8,DDX20,SLC3A2,RNF7,AGPAT1,CLCN3,RNF4,RNF5,PARL,HMGCL,DNPEP,PABPN1,TMEM203,MAT2A,TAF1B,TMEM205,MKNK1,TRA2B,MKNK2,NAA25,DROSHA,TMEM208,MTA2,RPP14,FBRS,PDLIM7,TIMM8B,TTC14,RRM2,TAF13,MIIP,ATP2B4,CHFR,HS3ST1,USF1,TTC17,CLCN7,GOLPH3,UFM1,ERCC1,KRAS,VIM,SUGT1,RBM45,MBTPS2,VPS29,RPL5,RPL30,RPL31,WIPF3,ARPC5L,SMC5,RPL8,DCAF5,PHB2,DCAF4,BACH2,DCAF7,ALCAM,CNST,TFG,ZMIZ1,MYC,RPL36,RPL35,LUC7L,RPL38,RPL37,RPL39,IER2,RNF111,NUP214,VPS18,MED1,TSPYL1,RPL23,PRKCD,WDR74,MED8,CD3EAP,SOX12,WDR73,MED4,GTPBP1,GTPBP4,CLPP,ZSCAN21,RPL27,VPS25,RPL28,VPS28,PRR14,RNF121,CDC42SE1,RPN2,PDXDC1,PRDM15,NEDD4L,SLAIN2,HIF1A,ADH5,ANAPC11,MTDH,PRDX2,PRDX5,LDHA,FAM171A2,PPP4C,RIC8B,NUP85,LDHD,GAR1,SSR1,ST3GAL2,LHPP,CEP78,BRAP,RPL41,WDR59,JUND,H3F3B,SETD1A,IRF2BP1,IRF2BP2,PA2G4,NR1D1,PRRC2A,TMEM198,THAP11,EHD1,HNRNPL,FIBP,SLC6A6,GNPTG,RNF103,NPLOC4,ARL2BP,HNRNPF,OGDH,UNC119,GTF2IRD1,FARSA,FARSB,CDKN1B,GMEB2,BTG1,PHF23,SETD7,ASH2L,SMG7,WDR46,PFAS,ING1,PHF6,TMEM186,TRIM8,TMEM189,TIMP2,GPR137,RRP12,CIC,JARID2,RRP15,UBL7,ZC3H10,BRD2,SSR3,TCF12,NUTF2,AEN,WDR34,GNL1,TERF2,COPZ1,NCOR2,RNF168,RNF167,SIKE1,NCOR1,TUBB2A,EXOC4,KIFC3,EXOC2,RNF166,SF3B5,GRN,NFIX,RNMT,USO1,RPL11,WDR24,TM9SF3,FGD3,SCAF8,BCLAF1,PPP1R8,USP1,SC5D,BRD9,RPS2,CKB,ANKRD52,RPL18,SF3B1,PAIP1,AGK,PCGF2,NR1H2,SYVN1,GATC,TRMT1,GTF2H1,SYNJ2BP,SCAF1,WDR13,AGBL5,TM9SF1,OSTM1,JKAMP,TRMT6,RAB3A,ANKRD13D,CHPF,RAB3D,TUSC2,CTNND1,AUP1,IPO7,IPO4,TM7SF2,EDC3,PPP1CB,IPO8,IPO9,ABHD11,MAEA,CFL2,CFL1,SMARCAD1,GTF2I,IFNAR2,TLE3,BIVM,USP8,RPS9,ANKRD46,RPS7,ANKRD44,USP3,TPM1,THOC2,PGD,VRK3,THOC6,TRAIP,CTDNEP1,PYGO2,RAB34,NHP2,SNRNP27,SNRPF,SNRPC,FKBP3,FKBP5,IFNAR1,FKBP2,DNMT1,ENY2,RAB5B,CUL7,RAB5C,FAM114A2,TNKS,ABHD2,ANKRD11,ABHD8,TARS,KLC1,PHF21A,GTF2E2,ORC4,KLC4,NEUROD2,UBR7,DDRGK1,ORC3,NACC1,PSAP,DVL2,SLC15A4,SKIL,MAP2K5,MCL1,WDTC1,AP1M1,ESRRA,AKIRIN2,EIF2B4,ANKRD34A,EIF2B3,RAB4A,CCDC12,POLR3GL,SEC16A,TRAPPC4,TMEM132A,TRAPPC5,MARCH8,TRAPPC8,TRAPPC9,ADAP1,BTBD9,LSM4,LSM2,COPS3,COPS6,LSM7,CNOT7,SLC7A6OS,SYNJ1,REEP5,MAFG,COPS2,TADA3,PDCL,NF1,RNF181,PLXNB2,CPE,GPR107,SERINC1,CNIH2,SERINC3,EIF4G3,RNF185,BCL2L2,BCL2L1,LMBR1L,DIDO1,MCM7,ZC3H3,CCDC47,UFSP2,DUSP18,PIK3C2B,SGCE,DUSP11,DUSP12,PPP6C,RPL7A,AP1G2,NOB1,SCRN1,SIN3A,VPS72,SNRNP70,PSD3,WDR6,WDR7,HIF1AN,TNPO1,EIF2B1,TNPO2,SLC37A3,ADSL,PLEKHG2,REXO1,GPX4,YDJC,COASY,PTBP2,PTP4A2,PTP4A3,TRAF4,DNAJC6,CTDSP2,POLR1C,POLR1D,CCDC43,DNAJC8,SOS1,EIF4E2,RNF31,HDAC5,MTPN,GTF2A1,SMARCD2,WBP1,WBP2,RAB1B,VPS4B,WBP4,RPL36A,PDHB,DNAJB2,AP3M2,DNAJB1,AP3M1,NFS1,HIRIP3,HAUS8,ABLIM3,VPS53,POLR2C,POLR2D,POLR2E,CSK,RBBP6,DCAF11,SLC35A2,SPAG7,PPIL2,RNF24,SMOX,FBXL19,AMFR,FBXL16,PNRC1,TRIT1,FBXL12,DNAJA1,CUL4A,RAB10,RAD52,NIN,KLF6,RAB14,GLOD4,MFAP3,RAB12,DNAJA2,VPS41,DRG2,PFKP,SLC35B2,FAAH,SLC35B4,VARS,ZMYND8,GDE1,GOLGA4,FRAT2,RPS16,RPS19,FLAD1,RPL36AL,FTH1,LONP1,ARFIP2,LONP2,ZFPL1,SEPHS2,SOX4,TBC1D10B,SRRM2,PDHX,SRRM3,COG8,AQR,TIPIN,NFKBIL1,COG4,IFRD1,MRPS18B,PTOV1,COG2,RECQL,MRPS18A,AP1AR,CPT1C,JMJD8,JMJD6,CARHSP1,POR,KARS,AKAP9,XRN2,VDAC3,HECA,SUCLG1,PFN1,ANKRA2,ATP6V0D1,CBLL1,CUTA,GPM6A,TMEM161B,BEX1,DCUN1D5,STXBP2,TWF1,NMD3,LIAS,MYL12B,DGUOK,CHTF8,ZNHIT1,PDCD10,VPS8,GSE1,SCAP,TNRC18,ARGLU1,ATP6V0A1,VASP,SNHG1,BCL11A,SYNRG,PYCR2,PUM1,ACADSB,SRPK1,GADD45G,RPS28,RPS27,STAG2,RPS29,RPS20,ALDH18A1,CC2D1A,BAP1,ITM2C,CDS2,GFM1,TRAM1,UBXN1,CITED2,GDI2,MYL6B,VLDLR,PRPF19,LIMD2,COIL,RPTOR,HINT1,PCF11,XPO6,TMED2,TMED1,TMED7,RAB8A,PSD,PSENEN,TMED9,PRMT7,PRMT1,PARP2,STRADA,PRMT3,RHOF,TUBG2,ITFG2,RHOA,MLF2,RHOB,SCNM1,FAM20B,STRAP,HNRNPH3,MAPT,ALDOA,SGK1,CSTB,DTYMK,ICA1L,TYMP,TRAK2,TCEAL8,CST3,NT5C,AMN1,HIRA,PPP2CB,ZDHHC18,CUX1,APBB2,MAP4K5,ATP6V0E2,RANBP3,MTX1,NFYA,GINS4,AP3D1,RANBP6,ATAT1,PRPF39,SPCS1,MARS,TOMM7,CTNNB1,FAU,KBTBD7,TOMM5,RAB3GAP1,NDUFA13,NDUFA12,SPPL2B,POGK,CWC27,TOMM22,TATDN1,TATDN2,BASP1,FAM162A,ARHGDIA,HCFC1R1,POGZ,COTL1,AZI2,NOM1,TRAPPC2L,LMO4,PAM16,KCTD2,WRNIP1,PUS7,PDIA6,RSBN1,DCTD,OXA1L,PRPF6,HGS,DNAJC30,ILVBL,SPNS1,CMPK1,FIZ1,STAM2,XPR1,ZCCHC8,RPS19BP1,CLEC16A,STK4,CSF2RA,EFNA4,ARHGAP12,SDCBP,EMG1,DPP6,SCUBE1,DPP8,TMEM128,SUDS3,DMAP1,ZC3H13,PDZD7,KLHDC10,DNAJC19,KLHDC3,KLHDC4,ACBD4,CBX5,CPSF6,PNPT1,CBX4,CPSF1,CBX3,CPSF3,ASPSCR1,DNAJC11,ARHGAP29,IFT122,DNAJC16,DNAJC18,NFKBIA,EFNA3,EFNA2,NR4A3,TMEM115,DLG4,ATG16L1,CAPRIN1,RFXAP,CHMP2A,PI4KB,LRP10,BRWD1,MUS81,B4GALT3,SCYL3,ACADVL,DOCK4,DOCK7,USP34,SLC2A3,USP39,SPRED2,TMEM101,SENP7,SEPT6,SPRED1,ALDH2,PPP2R5E,SNAPC2,FLOT1,SCYL1,KDM6B,JAGN1,KLF13,H2AFX,IQCE,PPP2R5B,RNF208,ARID1A,SAFB,SENP2,CKAP5,KLF16,FCHSD2,DDAH2,THRAP3,AKT1S1,TRNP1,DNLZ,LUC7L3,TERF2IP,PFDN5,LUC7L2,CHMP5,TSEN34,VAC14,RGS19,TM2D2,POLDIP2,USP10,GMPR2,OPRL1,MTIF2,SPG7,ATP1A1,STRN3,U2AF1L4,NXF1,UGP2,CHSY1,PPP2R3C,NT5DC3,ABCF3,SPEN,PTCD3,USP24,ATE1,PTCD1,PTCD2,BAD,USP21,ATP13A1,QPCTL,PDE4DIP,NAP1L1,NAP1L4,RPS6KB2,CDK2AP2,BAX,ABCE1,RBMX,SSBP4"
+"gene_set_query"	"741"	"ZXDB"	"667.3"	"ARCHS4 Coexpression,656;Enrichr Queries,491;GTEx Coexpression,855"	"EIF4A2,NCKAP1,POP7,PANK3,TFRC,GPATCH1,CISD2,JMJD1C,CBLB,BACH2,ALKBH8,CRKL,EFR3A,ALCAM,CAPNS1,SNRPD2,PSMD5,DPYSL2,MYC,BSG,LONP1,DAG1,KIF21A,SEPHS2,IER5,SOX4,PRKAB2,GABARAPL1,ST6GAL1,PRKCE,ARRDC3,MTUS1,CD3EAP,CLPX,FAM133B,GRWD1,ZC3H11A,ZSCAN21,MTHFD2L,DDIT4,HECA,SIK1,KCTD12,SF1,MTMR1,BEX2,POM121,SHMT2,FBF1,NEDD4L,NMD3,PIK3R1,ZBTB5,OAZ1,GABARAP,MTDH,ANAPC11,DHX33,RAD21,RRS1,PIP5K1A,TRPM7,HIVEP2,DECR2,RBM12,SERF2,JUN,PLK2,MYO5A,IRF2BP2,NR1D1,LARP4,ACADSB,MEX3C,PBX1,EIF1,MED13L,AIMP1,ZBTB6,ZZZ3,RNF103,STAG2,WNK1,ID2,DHX29,RBAK,PAM,CPEB4,ITM2C,NRP1,SMG1,PIGU,TRAM1,BTG1,CDKN1B,CITED2,SETD7,CLTC,LRRC3,TCF20,SLC7A11,VLDLR,SMG7,WDR43,PCMTD2,UBL5,FAM102B,MED13,XPO1,TRIM2,SPIN1,IDS,RIOK2,TMED7,RRP15,PCMTD1,RALGPS2,TSC22D1,ATMIN,STRADA,TSC22D3,NSUN2,MRPS2,TFB2M,GAB2,DUSP6,MLF2,RHOB,MRPL52,SLC7A5,SIKE1,AFTPH,SLC7A6,NFX1,PXDN,CANX,SGK1,SATB1,NEDD8,UQCR11,MRPS30,UQCR10,COX5B,RBFA,FAM117B,BTAF1,NFIL3,CAMK2N1,SERTAD2,RICTOR,ZSWIM6,GPC4,ANKRD52,DCPS,RANBP2,PCGF6,EGLN2,MTX3,HUWE1,AP2B1,RANBP6,HIPK1,LRPPRC,VEGFA,KTN1,ABCB10,NFIB,CCNG2,ETNK1,TAOK1,TAOK2,SERBP1,CCDC6,RLIM,ESYT2,YPEL5,RAB3GAP1,ANKRD13C,DBR1,NDUFA13,CRCP,UBE3C,NDUFA11,FBXO28,PARK7,COX6A1,IPO7,IGF1R,OSBP,NOM1,SLC38A1,EIF1AX,UBE4A,CASK,ATP11B,ZBTB33,RBX1,COX6B1,DMTF1,PHPT1,ANAPC1,ANKRD12,ITPR1,PDS5A,NDRG1,PRPF8,ARHGAP12,SOCS2,EFNB1,RNASEH1,PITRM1,RPRD1B,SMN1,ZC3H13,SLC38A2,SKIL,MCL1,SMAD1,OSBPL8,PRNP,OST4,NOP14,API5,SEC16A,STYX,NUP153,ZBTB11,KLHL24,NFKBIA,IBTK,EFNA2,HOOK2,HOOK1,CNOT1,CAPRIN1,JMY,NF1,TADA1,TAB3,CLPTM1L,STT3B,LRCH4,RNF185,OGT,COPE,NOP10,EIF4G2,CREBZF,GSK3B,KDM5C,DYRK2,DDX3X,PRKCSH,CCDC47,CHD6,ARHGEF10L,SLC2A3,TRIAP1,RND3,AFF4,DUSP12,AP1G1,PDE4B,PMEPA1,TNPO1,UTP15,NAA30,TTC33,PDPK1,DYNLT3,PDE4D,SIGMAR1,ATRX,MSL2,ZFP91,NAV2,RAD23B,PATL1,PTP4A1,ARL4C,DDX19A,PTP4A3,CTDSP2,IMPAD1,NDUFS5,ETF1,TNFRSF21,PPP1R15A,NFAT5,PPP1R15B,KDM3A,NDUFB8,RRN3,GTF3C4,ROCK2,EI24,CEBPG,GOSR1,TGFBRAP1,MAK16,ASAP2,TOB1,STRN4,ABLIM1,TAF1D,TNKS2,GNG5,MAT2A,TRA2B,FAM120A,UBQLN1,CDC37L1,POLR2F,FEM1C,ROMO1,EIF4B,UBQLN2,POLR2L,TIMM8B,USP24,SEC24B,NDUFA6,MMAA,FEM1B,NDUFA4,TXNRD1,NDUFA3,NDUFA2,RPRD2,PNRC1,ASXL1,KLF6,GOLPH3,PDCD4,SPRY2,TRIM32,MBTPS2,TPT1"
+"gene_set_query"	"742"	"ZNF484"	"668.3"	"ARCHS4 Coexpression,399;Enrichr Queries,646;GTEx Coexpression,960"	"ITSN2,ATF2,SLC35B4,PANK3,JMJD1C,GCC2,CBLB,ENO2,EPRS,FNBP1L,RPL8,GPATCH8,RNF112,ALCAM,HERC1,CAPNS1,DPYSL2,MYC,ZMIZ2,CDC27,STMN1,AKT1,ATXN7L1,PRKACA,KIFAP3,PRKACB,CALN1,SRRM3,SRRM4,CXADR,WSB1,RBFOX3,ARRDC3,RFX3,MOGS,SOX11,ARMC8,ATG12,RC3H2,PISD,FAM133B,INPP4A,TIAM1,RFX7,DDIT3,RUFY3,RUFY2,DDIT4,AKAP9,HECA,RPL29,PFN1,RPL28,PFN2,EXD2,PAXIP1,DHX8,STXBP1,MYCBP2,TRANK1,PIK3R3,HIF1A,OAZ1,NUAK1,CYB5R3,PCBP1,STXBP5,TRPM7,SCAI,EDEM3,CADM3,JUN,FZD3,PRRT2,ARPP21,INTS1,PLK2,INTS2,MICAL2,UPF3B,MYO5A,PHC3,SNAP91,PRRC2A,SETX,MLLT11,ZBTB6,FAM135A,GIPC1,ANP32E,FAT3,RBAK,FBXL5,CALM2,DZIP3,CPEB4,PHF3,DAZAP1,CSRNP3,KCNC1,DIRAS2,GRIK2,SLC7A11,SHF,TRIM8,TRIM9,EPM2AIP1,MRPL42,PCM1,MMP24,AKAP11,TUBA1A,TRIM2,TRIM3,DHX15,REV3L,SDF4,ZIK1,DFFB,WDR36,SHPRH,TMED9,PRMT2,TEX10,MINK1,TET2,LRRC40,SLC39A10,ASH1L,ZDHHC17,DUSP6,SRP9,PARP8,CNKSR2,ENAH,KIN,INF2,PXDN,PELI1,EXOC5,SGK1,ATP6V0C,ADAM22,CAMKK2,BCLAF1,CHN2,HSF2,RICTOR,SHOC2,PAK3,ANKRD50,RUNX1T1,MON2,MYEF2,CRBN,KIDINS220,SCAF1,RNF146,KLHL9,ATAT1,SNX16,NFIB,ETNK1,TAOK1,KLHL7,TTC3,ZYX,RAB3GAP2,NUCB1,HDGF,PKN1,TARDBP,FRYL,GRINA,ANKRD13C,CD81,ZFAND6,CEP120,ATN1,ARID4A,PRDM2,ARID4B,SLC8A2,IGF1R,TMEM145,NUDT10,SMCHD1,POFUT2,ATCAY,ZFP30,PPIP5K2,ARHGDIA,SMARCAD1,ARID2,MAP3K7,SH3GL1,TLE4,CSNK1G3,MAP2K2,AGTPBP1,ANKRD46,RALGAPA1,FBXO11,CTDNEP1,MORF4L1,TBL1XR1,HNRNPUL2,CHMP4B,PHIP,GRIA1,ATP6V1A,CD151,RAB5C,ANKRD12,CACNA1A,UBR3,PDS5B,LIN7C,RLF,CORO1B,ARHGAP12,ORC4,SBNO1,BAG5,IRAK1,FUT9,DVL1,BTBD2,NACC1,ABL2,SKIL,TMEM120B,SYT4,CBX5,KLHL24,MARCH6,CLK4,UBE2W,LRCH2,RALYL,EFNA2,DAB1,YEATS2,HOOK2,NBEA,HOOK1,GNB2,RFXAP,JMY,GNB1,NF1,NFE2L3,SERINC1,TUBGCP4,BRWD1,MAP3K12,UBE2M,GSK3A,CELF1,PRKCSH,PRR3,USP33,CHD6,PSIP1,ZFP82,PKD1,DUSP12,SENP7,CAPZB,YWHAQ,PPP6R1,SNRNP70,RB1CC1,PDE4B,CEP170,DNM1L,SLC37A3,TRIM67,USP48,DST,PDPK1,VBP1,PDE4D,ATRX,VPS13A,EDF1,PTBP2,EPN1,PJA2,DNM2,LATS1,TRAF7,PTP4A3,ELF2,CREB1,ALS2,CTDSP2,PPDPF,AKT1S1,DCX,PIK3C3,BIRC6,BDP1,B4GALT6,NFAT5,HDAC2,RAB1B,RNF38,TULP4,MLLT1,LRP6,SRM,ABLIM1,GANAB,GNG2,U2AF2,TRIM46,SPOCK1,FEM1C,CLASP2,TTC14,ATF7IP,SPAG9,PCDHGC4,PDE4DIP,PDAP1,CDC42BPA,OXR1,GDAP1,SLC4A7,MAPK10,APC,MGAT4B,POLR3F,SNRNP48,P4HB,SUGT1,MDGA1,UNC79,CBLN1"
+"gene_set_query"	"743"	"ZNF462"	"668.7"	"ARCHS4 Coexpression,565;Enrichr Queries,299;GTEx Coexpression,1142"	"APP,TMEM183A,TRIO,ZMYND8,ZDHHC5,TXNDC12,CBLB,IFI30,FNBP1L,ALCAM,CAPNS1,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,DPYSL3,FAM110B,KIF21A,SOX4,SOX5,ANKS1B,EPHA4,RBFOX2,LIMCH1,DAPK1,MTUS1,RFX3,CD3EAP,SCRIB,ANK2,SOX11,MOGS,ANK3,CPT1C,FEZ1,RUFY3,DDIT4,VOPP1,PFN1,RPL29,TRIB2,TSPYL4,PRR13,ASTN1,MACF1,BEX1,ANP32A,MAGED1,FOXG1,FLII,SDC3,STXBP2,TWF2,NEDD4L,PIK3R1,OAZ1,GJC1,APH1A,NUAK1,RIC8B,FLRT2,INPP5F,MICAL1,GSE1,TSPAN5,HIVEP2,TSPAN3,GPM6B,VASP,PRELID1,JUN,FZD3,TMEM86B,PRRT2,CADM1,BCL11A,PLK2,ST8SIA2,EDEM2,PBX1,DCLK1,EXT1,MLLT11,VANGL2,GRB2,GTF2IRD1,FXYD6,FAT3,LRRN1,CORO7,FAT4,ITM2C,GABRB3,OGFR,NRP1,CSRNP3,HIP1,SH3KBP1,CTSZ,VLDLR,SIPA1L2,PTPRF,LIMD2,ROBO1,AKAP12,TUBA1A,CSRP2,SLC22A17,TRIM2,ENC1,DNER,ANXA6,SDF4,SH3BGRL3,KIF1B,JARID2,RAB8A,CAP1,MAP4K2,TMED9,TSC22D1,ELOVL6,GMIP,DUSP6,MTSS1,MLF2,ENAH,NCOR2,ZEB2,TUBB2B,PXDN,ARHGEF1,SGK1,RNF166,NFIX,SATB1,FGD3,LMAN2,MGAT1,CTNNA2,BID,PAK3,RUNX1T1,PEX16,BCAP31,ARNT2,MYEF2,SORBS2,ATAT1,ERP44,NFIA,ABI2,NFIB,KLHL7,TTC3,CACHD1,NUCB1,UBAP2,PKN1,TACC2,SLC27A1,WWC1,FRY,IGF1R,ATCAY,CDH2,SALL2,KIF5C,BASP1,CFL1,STK16,COTL1,IFNAR2,TLE4,MAGI1,TLE3,SLC38A1,ANAPC7,DSCAM,USP3,ANKRD44,IGFBP3,TPM1,MAGI2,FRMD4A,LMO7,CNPY3,ATP1B1,TANC2,PIAS2,FOXP1,EHBP1L1,RAB35,FSCN1,WDFY3,TNIK,RAD54L2,XPR1,IFNAR1,RAI14,LRRC59,PFKFB3,KHDRBS3,RAB5C,ARHGEF26,TNKS,CACNA1A,RASGRP2,STK4,CORO1A,NDRG1,CAMSAP1,PHF21B,SOCS2,EFNB2,DPP6,PITRM1,IRAK1,GRK6,DVL1,PLXNA2,SRGAP1,MYH10,NADK,PLXNA4,BPTF,MARK1,PRNP,TOR1A,CBX5,AUTS2,WSCD1,PTCH1,CRIM1,ARPC4,KLHL23,PTPRD,BCL9,LSM6,HOOK2,NBEA,HOOK1,GNB2,LRP10,GALK1,RERE,DOCK4,WDR1,PRKCSH,CELF2,SCHIP1,CHD6,PIK3CD,PSIP1,ARRB2,PPP1R9A,RND2,RND3,SYNE2,TTC28,PPP1R9B,TRO,DUSP12,LASP1,CAPZB,PPP6R1,PSD3,PDE4B,PMEPA1,SUN2,ACTR2,KLF13,DST,PDE4D,HUNK,NAV1,NAV2,ARID1A,EPN2,DNM2,ARL4C,VCAN,PTP4A3,RCN2,IGDCC4,NAV3,SETBP1,EEF1D,CTDSP2,C1D,USP40,MET,AHDC1,TNFRSF21,ALDH9A1,GTF3C1,RNFT2,NLGN3,TRABD,SMARCD2,RGS19,HDAC1,RAB1B,CRMP1,FURIN,LRP6,JAKMIP2,STOX2,ABLIM1,HECTD1,PTK2B,SPOCK1,NCAM1,CSK,FBRS,CYTH1,CLASP2,MARCKSL1,TTC13,QPCTL,PCDH7,PCDHGC3,ATP2B4,MEIS2,EFR3B,USF1,NELL2,MARCKS,MYO1B,KLF6,IMPDH1,SYT11,NOVA2,BAX,VIM,P4HB,LPIN2,METAP2"
+"gene_set_query"	"744"	"ZNF841"	"668.7"	"ARCHS4 Coexpression,875;Enrichr Queries,863;GTEx Coexpression,268"	"TCERG1,POP4,GDE1,SMC5,CBLB,GHITM,RPL8,PHB2,UBE2L3,TIAL1,RPS15,PNN,PCMT1,HERC4,GOLGA4,ALCAM,PSMD4,CAPNS1,TRIM28,AKT3,BSG,DIP2A,CCNL2,CCNL1,ATXN7L3,RPS10,ANKS1B,FNBP4,SRRM2,DDX17,ARRDC4,WSB1,METTL3,ARRDC3,REV1,WDR75,CD3EAP,WDR73,CSNK1E,SRRM1,SNHG12,ZC3H11A,DDIT3,DDIT4,AKAP9,RUFY2,RPL27,RPL29,PFN1,UBA52,MACF1,DHX8,MAPKAP1,NEDD4L,PIK3R1,MRPL12,HIF1A,OAZ1,ANAPC11,APH1A,FAM160B2,RHOT2,COMMD9,NUP85,PCBP1,ERI3,ARGLU1,RBM10,BTF3,SNHG1,JUN,PRELID1,ZRANB2,EIF2AK3,PRRC2C,MRPL28,PHC3,HNRNPL,FUBP1,GOLGB1,HNRNPD,CALM3,CDK13,ATG2B,ARF3,SETD5,SMG1,MRPS11,SLC7A11,PCSK7,MRPL34,PRPF19,DDA1,HERPUD1,MED12,AKAP12,C1QBP,ZMYM6,ENC1,REV3L,RAC1,UBL7,TOP3B,SHPRH,PRMT1,NME2,MRPL47,ASH1L,WDR33,MLF2,RHOB,MED23,TOX4,NCOR2,SLC7A5,RNF167,ZEB2,HNRNPH1,PXDN,FAM193B,HNRNPH3,SGK1,TKT,CSTB,AHCY,STX16,GNAI3,BCLAF1,UNK,EXOSC10,NFIL3,ASNA1,FLNA,RPS2,RPL18,CCT7,SF3B1,SRSF11,NKTR,MON2,MDH2,STAT2,PCGF3,TTC1,RSRC2,NPM3,MYO9A,WDR11,VEGFA,PRPF39,PSMC3,NFIB,CCNG2,NEDD4,TTC3,NUCB1,HDGF,PKN1,TARDBP,MTCH2,CCNT2,UBE2D2,TUSC2,CYP46A1,RPL10A,POFUT2,ARHGDIA,POGZ,CFL1,TXNL4A,FADS1,AP2M1,BNIP3L,PCID2,SLC38A1,RPS9,USP5,IGFBP3,THOC1,PRPF4B,RPSA,FAM118B,FOXP1,TUFM,CTDNEP1,ARMCX4,DMTF1,TBC1D20,PRPF3,SRSF2,PHIP,SRSF5,TNIK,SNRPB,ZCCHC8,PFKFB3,RAB5C,YTHDC1,INSIG1,ANKRD12,MAZ,TOR1AIP2,PHB,NDRG1,EFNB2,ORC4,BTBD2,NACC1,DVL2,ABL2,CYC1,SKIL,ANKZF1,ZKSCAN1,PLXNA3,TIA1,ACBD5,CPSF6,HSPA5,UROS,CRIM1,KLHL24,CLK4,LSM4,ANKHD1,UCKL1,CLK2,CLK1,ARHGAP32,H1F0,PAN3,EFNA2,HOOK2,HOOK1,CNOT2,GNB2,GNB1,MDM2,MDM4,PI4KB,BRWD1,OGT,RNF187,UBE2M,CREBZF,USP36,RBM25,KDM5C,CELF1,PRKCSH,USP34,CHD6,SLC2A3,CHD2,SYNE2,SENP7,DUSP12,RPL7A,CAPZB,SNRNP70,GATAD1,MAN2C1,SNAP29,RBM5,RBM6,RBM33,KDM6B,EIF5A,HGSNAT,SUN1,DST,GPX4,PDPK1,AKTIP,DDX55,PLA2G4B,AMT,TRAF7,SFPQ,VCAN,PTP4A3,CDH10,C1D,NDUFS3,LUC7L3,NAA38,BIRC6,TNFRSF21,PPP1R15A,NDUFB9,NFAT5,DDX27,UHRF2,GTF3C6,RAB1B,SRSF1,LENG8,CLCN2,SRM,FBXL20,TAF1C,U2AF2,TRA2A,EIF4H,POLR2E,VPS54,DNAJB9,FEM1C,HNRNPA1,ATP9B,TTC14,RBM39,HNRNPA3,SMOX,NDUFA2,ZFC3H1,PDE4DIP,SSRP1,DDHD1,HNRNPAB,TTC17,RAD52,KLF7,PINK1,KLF6,MGAT4B,RBM42"
+"gene_set_query"	"745"	"PRDM15"	"670.0"	"ARCHS4 Coexpression,1500;Enrichr Queries,260;GTEx Coexpression,250"	"APP,SCOC,CCNK,ANKLE2,NUP107,TRIO,TRRAP,ZMYND8,RRP1,PPAN,EHMT1,JMJD1C,HS6ST1,BACH2,TIAL1,PREX1,HERC4,FLAD1,ZMIZ1,DPYSL2,PSMD3,DIP2A,SEC62,DIP2C,FNBP4,NUP210,SCAF11,PRKCE,WDR74,CD3EAP,ANK3,SCAMP1,MAPK8IP3,ANK1,BCR,TIAM2,EID1,TIAM1,SNHG12,RFX7,ZW10,DDIT4,ORAI2,SIK1,KDELR2,BEX4,MACF1,NUP205,POM121,DHX8,CTBP2,FLII,FBF1,NEDD4L,AGAP1,BAZ2A,PIK3R1,KALRN,INPP5B,PDCD11,PCBP3,DHX37,ATP6V0A2,DHX38,GSE1,SYMPK,NUP88,TNRC18,RDH13,RALGDS,ZBED4,ST3GAL2,BANP,B3GALNT1,CREBBP,JUN,NDFIP1,PTPRN2,SETDB1,IQSEC1,BCL11A,SYNRG,SLC35E3,MICAL3,DCLK2,WDR55,NPLOC4,WNK1,RPS29,FASN,CCDC88C,NOL11,EZH2,ITM2C,SMG1,PIGU,HIP1,PTPRS,CITED2,TCF25,CETN2,NAT10,PCSK7,KRI1,WDR43,PTPRF,IKBKB,RPTOR,MED14,PCF11,SPIN1,DHX15,DHX16,KIF1B,JARID2,TOP3B,CDV3,WDR36,MIOS,HSBP1,TEX10,NSUN2,PRPF40A,GNL2,PPRC1,MED29,ITFG1,DUSP6,VAV2,RHOB,NCOR2,INF2,NFX1,PITPNM2,PXDN,TET3,SGK1,SFI1,NFIX,WRB,DOT1L,AKAP8,NOL8,NOL9,NOL6,TCEAL8,PPP2CB,BTAF1,GGA3,TCOF1,CUX1,NSD1,EXOSC8,ZSWIM6,APBB2,EXOSC2,BRD4,MAP4K4,UTP6,TRAPPC10,DAB2IP,SORBS2,SCAF4,VEGFA,MYBBP1A,NFIA,NFIB,SERBP1,PKN1,TACC2,ACTR10,CRTC2,DGKD,ATP8A1,CASC4,MRFAP1,PRDM2,PHRF1,SRP14,IGF1R,EFTUD2,LAPTM4A,KHSRP,FBRSL1,EP300,NOM1,TLE3,USP7,KDM2B,MAGI2,DYRK1A,FRMD4A,LARP4B,ATP11A,DGKZ,TMEM131,FOXP1,DKC1,MAPKAPK5,ANAPC1,MAD1L1,SNRPB,FKBP5,ZCCHC8,DNMT1,PSMD11,PFKFB3,ARL3,ANKRD11,NOP2,ITPR1,CACNA1A,NDRG1,EIF1AD,ARHGAP21,SBNO2,PITRM1,DPP9,UBR5,G3BP1,MAP2K7,SLC38A2,BPTF,EIF2B5,RAP1GAP2,NOP14,KLHDC4,AUTS2,PTCH1,NUP153,ANKHD1,CHERP,RCAN1,GON4L,EFNA2,SON,HOOK2,HOOK1,GNAQ,SPIRE2,TPP2,SERINC1,MDM4,BRWD1,RERE,SCYL3,USP36,RBM28,KDM5C,DDX46,PRKCSH,CELF2,WDR4,CHD6,CHD3,AFF3,SYNE2,PIK3C2B,DUSP12,SART3,MCF2L,OPA3,PDE4B,MYO18A,PMEPA1,TOPBP1,ERC1,POLG,UTP15,IQCB1,KDM6B,DST,EED,PDPK1,PDE4D,HUNK,DDX54,NAV1,NAV2,SAFB,ARID1A,ARID1B,PATL1,DNAJC2,PTP4A3,SETBP1,THRAP3,CTDSP2,POLR1B,C1D,SNRPA1,RNF31,RNFT2,GTF3C2,NFAT5,HDAC3,DDX27,DDX23,FOXK1,LRP8,USP19,TBRG4,DNPEP,TDG,TGS1,BMS1,MKNK2,GNA12,NAA25,FEM1C,ATP9B,ABCF1,SPEN,MLXIP,PTCD1,KDM4B,TRIM41,PCDH9,PDE4DIP,DDHD1,BAIAP2,CUL4A,RPIA,GSTZ1,KLF7,IRGQ,MCM3AP,SNRNP40,KLF6,VPS41,POLR3E,QRICH1,EIF3B"
+"gene_set_query"	"746"	"GATA4"	"671.2"	"Literature ChIP-seq,30;ARCHS4 Coexpression,1360;Enrichr Queries,1182;ReMap ChIP-seq,164;GTEx Coexpression,620"	"ITSN2,MDC1,MT-ND4,SLC4A1AP,POP4,EHMT2,ITSN1,RBPJ,LSM10,ALKBH3,SCAMP4,KRTCAP2,TBK1,PSMD7,CAPNS1,PSMD4,AKT2,PRKACA,SAMD10,MEF2A,MEF2C,PRKAB2,CXADR,FNBP1,EML1,EML2,LARS2,PRKAR1A,RUFY3,DDIT4,TMEM126A,UQCRC1,PSME1,JTB,PSME2,UQCRC2,RBCK1,LETMD1,ATF4,SLBP,MEPCE,MRPL16,PDGFA,MTMR9,AGAP1,BAZ2A,ABCB8,AGAP3,MRPL12,GABARAP,MRPL20,RHOT2,PRPSAP2,RHOT1,RNF215,LTA4H,PSMF1,RHBDL1,VTI1B,HEXIM1,JUN,PRRT2,JUP,CADM1,NCAPH2,ABCA3,NR2F1,MRPL24,PBX1,MLLT10,ABTB1,TBL3,UCK2,FAM135A,EIF6,FASN,PKIA,TDP1,SFXN3,PSMG3,HYOU1,AVL9,FERMT2,LGMN,EZH2,GPR19,HEXB,PRKAG1,PRKAG2,MRPL39,SNX10,CTCF,ECSIT,SHB,BBC3,PIGX,TRMT112,TMEM43,FASTK,MED10,SMPD1,RPLP2,LRRC45,DUSP1,SPHK2,LRRC49,ELOVL2,MRPL49,SIRT4,RRAS2,SIRT7,JOSD1,BAZ1B,DYNLL2,DUSP6,MED29,SRP9,PGM2L1,LRRC41,DDB2,MRPL44,MRPL52,MED23,MRPL53,MRPL50,MED24,CDC42EP4,PTRH2,PXDN,TMEM106C,TUT1,RAPGEF2,SLC29A1,PAFAH1B3,VAMP2,LRRC14,RNASEL,OAT,NIP7,WRB,ATL2,ODC1,SRRT,SDAD1,SLC7A1,CENPB,TMEM70,PSMB6,PSMB2,AP2S1,MFN2,SAMD1,EXTL3,CENPT,UTP6,MDH1,MCRS1,STAT2,GATAD2B,TMEM60,TMEM59,FABP3,PSMC6,FABP5,SNX16,CCDC9,APEX1,FABP7,SERBP1,PSMC2,AGRN,CRAT,YPEL3,PDCD5,ATN1,UBE2D1,CASC3,LAPTM4A,STK11,UROD,RUVBL2,FNTB,SCMH1,PIM3,NOMO1,PCYT2,DGAT1,CISH,PPP1R16A,VPS33B,FOXP4,LENEP,CDC25B,FOXP1,FTSJ3,MSH6,OLFM2,SLC9A5,SLC9A8,MAPKAPK2,SRSF4,ANAPC5,MAPKAPK5,RAD54L2,SQSTM1,ANAPC2,NSMAF,PFKFB2,INO80B,KHDRBS1,RNASEH2A,UQCRB,PEF1,MAZ,ISG20L2,ARL1,STK39,GMPS,UAP1,UQCRH,CORO1B,ACAT1,ATXN2,NDOR1,SMYD2,THEM4,BRIX1,SLC38A2,EVI5,SAC3D1,ZKSCAN1,IP6K2,GOT1,UROS,TMEM120A,GOT2,HPS3,ARPC4,FBXO31,PTPRD,UQCRQ,STK25,NACA,SP3,TUBGCP5,CLPTM1L,ACO2,SLC25A3,MCFD2,HSP90AB1,NUMA1,COX4I1,CELF2,AKAP8L,ARRB1,ETFB,ZNRD1,SPR,MDK,DGCR6,MRPL9,NEO1,BOK,DGCR2,DST,SIGMAR1,VPS37C,NDUFC2,VPS37D,AHSA1,NDUFC1,VPS37B,RABGGTB,MSL1,IMPACT,HAX1,NPC2,SLC25A19,TMBIM6,BIRC6,PPP1R12B,SLC25A4,AHDC1,BCAT2,PPP1R15A,GTF3C1,PPP1R15B,NDUFB7,CANT1,NDUFB6,NDUFB5,ROCK2,NDUFB4,NDUFB3,PRCC,MAK16,CXXC1,FURIN,ZBTB45,SRL,SLC25A27,PARD6A,CCDC85C,U2AF2,TRIM46,LRRC8D,E2F4,IGF2BP2,PCDH1,HNRNPA1,AAMP,UBQLN4,ATP9A,NDUFA9,CYB5B,NDUFA8,PPP1R14B,CIZ1,NDUFA7,NDUFA6,TRIM41,NDUFA4,PCDH7,NICN1,NDUFA1,IMMT,CDC5L,RPL23A,EXOG,CABLES2,SNRK,NAGK,SUCLA2,TSPAN13,CDKN2AIPNL,STUB1,P4HB,EIF3F,SEC24C,SMAP1,BCAR1,SPG21,LPGAT1,CCNJ,TMEM41A,PLEKHB2,TMEM41B,KDELR1,ZDHHC6,TXNDC12,TXNDC15,ZDHHC3,ACTB,NUDT4,RASSF1,HERC1,BSG,TRIM24,EPC2,ATXN7L1,SLC12A6,PELO,FBXO9,EPHA4,IMP3,ARL15,ECH1,CIRBP,NSMCE1,ALG2,CSNK1D,MOGS,ACTN4,ANK3,ANK1,SFRP1,CDC34,SUB1,KCTD13,ULK2,FLYWCH1,EIF1B,KCTD18,L3MBTL3,AARS2,GIPR,SUPT4H1,PTTG1IP,PIK3R1,NKAIN2,PGS1,SEC14L1,PCBP4,HLTF,MIER1,SYMPK,DYM,B4GALNT1,SNX5,SEC31A,CTSA,XBP1,INTS1,RCC2,MICAL3,MICAL2,SMARCA1,BRI3BP,PTK2,MED13L,ICK,EXT2,WNK2,ID2,RANBP10,NDUFAF3,PAF1,SDC1,INTS4,INTS7,CALM3,CALM1,CALM2,INTS8,RCOR2,FBXL6,MON1B,AARS,MRPS17,DDR1,NRP1,COX7B,MRPS15,MRPS16,PPP1R11,FAM57B,GPAA1,DIRAS1,TECR,ICA1,NAT10,BMI1,COX7C,PTMS,HERPUD1,THTPA,MAP1LC3B,SPTLC2,HYAL2,ENC1,MLX,QSOX1,SSSCA1,KIF1B,NDEL1,CAP1,VKORC1,ACAD8,SEC13,TMEM150A,MMD,GAA,PABPC4,MRPS23,TFB2M,RGMB,GAK,RAP2B,KIF2A,KIT,UFC1,ARHGEF1,CRELD1,ARHGEF7,PTMA,STK40,AHCY,CAB39,MRPS36,INPP1,SSNA1,CRIP2,CCDC106,COX5B,COX5A,GNAI2,CAMKK2,EXOSC7,PCNP,RXRB,EXOSC4,NFIL3,CAMK2N1,HSF2,HSF1,ORMDL3,MGAT1,EPS15,NPDC1,YIPF2,PLEKHA1,VEGFB,TMUB1,PLEKHA6,COX6C,PEX14,VEGFA,YIF1B,MIB1,NUDT9,PER1,CSDC2,KLHL7,CCNG2,NDUFAB1,TCEA2,TCEA1,FHOD3,DPAGT1,SCARB1,SH3GL3,CRTC2,MIDN,NARF,SYS1,ACAA2,WWC1,COX6A1,IGF1R,NARS,PPME1,CAPN2,PPFIA1,DENND5A,SBF2,PPFIA3,RGS6,SH3GL1,TMOD2,LMTK2,SDHA,SDHB,COX6B1,ADAM15,DOK4,FAM173A,PSPC1,EHBP1L1,EEF1A2,UBE2V2,PPIF,TBC1D24,GEMIN7,CARS2,RTN2,COX19,DDX5,PKDCC,NDUFB10,COX17,KLHL17,CACNA1A,CACNA1D,CACNA1C,PDS5B,CNN3,RAI1,SHARPIN,ISOC1,TBC1D14,H1FX,CYC1,NDUFV3,TBC1D17,NDUFV1,BCL9L,UBE2F,IVNS1ABP,PRNP,UBE2H,GGT7,PDHA1,UBE2I,DSTN,KLHL23,KLHL24,SUPT5H,H1F0,HOOK2,PQLC1,HOOK1,GNB1,CYCS,AMOTL2,DEGS1,LSM14B,LSM14A,PICALM,CUEDC2,DDX47,PRKCSH,MAST2,CHD6,ATP2A2,ADAR,TNFAIP1,DDX41,CHD2,PITPNC1,SEC61A1,LASP1,EEF2K,ABHD16A,BCL7A,BCL7C,MYO18A,LRRFIP1,YWHAG,RBM33,DACT1,ARHGEF12,TBP,PDPK1,EED,BUD31,CAD,ABHD14B,ABHD14A,NAV1,NAV2,SYNGR3,YWHAZ,EPN1,EEF1G,VCAN,NDUFS8,ELF2,IRF3,NDUFS6,ACOX1,GORASP2,PEX3,TBC1D5,ATP6V1B2,NDUFS2,NAA35,ATG4B,RBM24,IRF9,AGPAT5,RRN3,DCTN2,DDX24,DCTN1,CSTF2T,SLC3A2,ASAP1,ASAP2,AGPAT1,CLCN3,RNF2,DNPEP,TMEM203,MAT2A,BMS1,TRA2B,TMEM208,MTA2,CYTH1,ATF7IP,RBM39,TTC13,CHURC1,CHFR,SOD1,RPIA,CLCN6,PNKD,ERCC1,BRMS1L,TAF6,ERCC5,VIM,NAA15,LNX2,NCKAP1,TES,GPATCH1,SMC6,SLC4A3,DCAF5,PHB2,TFG,ZMIZ1,MYC,CDK20,IER5,VPS36,IER2,DDX18,RPL23,PRKCE,WDR74,CD3EAP,AFAP1,SOX11,SOX12,ARMC8,WDR73,GTPBP1,GTPBP4,DYNC1LI1,DAAM1,PRKD3,IFT81,ZSCAN21,NUP98,VPS28,NUP205,ANAPC16,CTBP1,SLAIN2,ADH5,ANAPC11,MTDH,LDHB,PRDX2,PRDX5,NCSTN,PPP4C,PRDX4,FLRT2,PRDX1,LDHD,VPS11,ST3GAL5,SSR1,S100A10,CDK17,RPL41,CDK19,FZD3,JUND,NDFIP1,SNAPIN,CHKA,HOMER1,RAB3IP,H3F3A,IRF2BP1,MTHFR,IRF2BP2,PA2G4,NR1D1,PRDX6,THAP11,TMEM199,EHD1,HNRNPL,FIBP,SQLE,MEX3A,NPLOC4,ARL2BP,HNRNPF,GIPC1,PPT1,UNC119,HBP1,HNRNPC,DUS1L,FARSA,PAM,FARSB,CDC42SE2,OGFR,PHF3,SETD5,PYGB,TRMU,CDKN1B,SPEF1,DENND1A,PHF23,CLTC,ADK,GPT,ING1,TRIM8,TMEM189,CSRP2,AIFM1,TRIM2,GPR137,ANXA7,TK2,AP3S2,PLEKHN1,GPRASP1,RRP15,ZC3H10,NUDC,WDR36,TPI1,ITPK1,TCF12,NUTF2,TERF2,GNL3,HADHB,RNF168,HADHA,ZEB2,INF2,MRAS,KIFC2,GAS6,RNF166,SF3B5,GRAMD1A,SF3B2,NFIX,GPS2,WDR24,ADCY6,ADCY5,TMEM165,SCAF8,PPP1R8,RPS2,CKB,ANKRD52,RPL18,DTD1,SF3B1,RUNX1T1,BRD4,PCGF6,CSNK1A1,PCGF3,SYVN1,ELP2,WWP2,GTF2H2,SNCAIP,DEF8,TM9SF1,MKLN1,NFIA,NFIB,SARM1,NUCB1,INHA,CHPF,TUSC2,GTF2B,CTNND1,RNF19B,YEATS4,BZW2,CLU,SLC8A1,IPO4,TM7SF2,NPEPPS,CDH2,TUBB3,CFL1,LZTS2,MAF1,TMSB10,HMGN1,TLE4,MAGI1,RAB2A,TLE3,MAP2K4,MAP2K2,TPM4,USP5,RALGAPA1,TPM3,USP4,USP3,GPT2,RPS5,IGFBP3,TPM1,TRAFD1,FRMD4A,NRBP1,THOC6,TRAIP,CTDNEP1,BSCL2,PYGO2,CLIP2,TOM1L2,STIM2,RAB34,NCL,FKBP8,PHIP,SNRPE,PHPT1,SNRPC,MAD1L1,FKBP5,FKBP2,RAB5B,CD151,CBFB,CUL5,INSIG1,ANKRD11,CUL3,AK1,CUL1,KRBA1,RHOBTB2,STIP1,HMBOX1,TPR,DVL2,SKIL,AP1M1,ESRRA,UVRAG,RAB4A,CCDC12,OSBPL5,POLR3GL,TRAPPC4,TNK2,BTBD9,LSM4,SCRT1,BCL9,LRFN4,NBEA,REEP5,LHX2,CNOT1,CPD,MAFG,TADA3,RNF181,CPE,TPP2,NF2,CNOT8,LZTR1,SERINC3,RNF185,SERINC5,BCL2L1,MAP3K12,RNF187,DIDO1,RNPEPL1,MCM7,ZC3H4,TRADD,ZFP82,PIK3C2B,PPP6C,DUSP12,VPS72,AP1G1,IDH3B,WDR6,SLC37A4,TNPO1,TNPO2,ADAMTS7,RFC3,PLEKHG2,GPX4,RPL13A,ZFP91,COASY,REXO4,PTP4A1,PTP4A3,DALRD3,TRAF4,ASPH,DAD1,CTDSP2,POLR1D,EVL,EIF4E2,ALDH9A1,RNF31,SMARCD1,NFAT5,RNF34,SMARCD3,WBP1,WBP2,VPS4B,RNF38,DNAJB1,AP3M1,FZR1,ABLIM1,HIRIP3,DNAJB6,DNAJB5,VPS52,POLR2E,RBBP6,RBBP7,POLR2I,DCAF11,ADSS,POLR2L,JAZF1,SPAG9,SLC35A1,PPIL1,AMFR,FBXL16,SEMA4G,PTPN12,OXR1,ASXL1,BCKDK,CUL4A,RAB10,TNRC6C,MARCKS,KLF6,RAB14,VAPA,IMPDH1,MGAT4B,DRG2,PFKP,PANK4,SLC35B2,PANK2,TMEM183A,ZMYND8,CISD1,TIAL1,RPS14,RPS16,FLAD1,FTH1,MAGOH,DAG1,ARL6IP5,LONP1,DPF2,KIFAP3,TBC1D10B,PDHX,AQR,METTL3,MTUS1,AP1B1,COG1,ACSL3,CPT1C,JMJD8,KATNAL1,VDAC2,SUCLG1,HECA,EZR,PFN1,OBSL1,TELO2,PFN2,MACF1,RTEL1,NECAB3,IGSF3,TEX264,DCUN1D2,TEX261,LIAS,IGSF9,INPP5B,PTDSS2,PTDSS1,NUAK1,MLEC,GSE1,TNRC18,PATZ1,ATP6V0A1,BANP,SRPK2,SNHG1,RABGAP1L,ZRANB1,PTPRN2,BCL11B,BCL11A,INSR,ZWINT,GADD45G,RPS25,CCDC88A,FUBP3,CCDC88C,ANP32E,ADCK5,TMCC2,RPS21,C2CD2L,TOP2B,HIP1,CITED2,SLC44A2,FAF2,GDI2,SRA1,MYL6B,VLDLR,SIPA1L2,PRPF19,HINT1,SIPA1L1,PCF11,ZMYM4,TMED2,PSD,TOP3B,PRMT1,PRMT3,TUBG2,ITFG2,MLF2,RAB33B,SCNM1,PRPF18,NFX1,HNRNPH1,WAC,RHOU,ALDOA,SGK1,MAPRE1,PRIM2,DTYMK,GDPD1,GDPD5,TYMP,AKAP1,NT5C,CST3,AMN1,ANKMY2,CUX1,ATP6V0E2,METTL9,RANBP1,MPP3,RANBP3,NFYA,GBF1,SORBS2,SORBS1,RANBP6,RAB11A,SPCS3,RSL1D1,CAPZA1,CAPZA2,COPG2,FAU,MPHOSPH8,TOMM6,NDUFA13,NDUFA11,KDM1A,NDUFA12,NDUFA10,HDLBP,MRFAP1,CIB2,ARID4A,FBL,TATDN1,ARHGDIA,HCFC1R1,CHCHD1,TRAPPC2L,KDM2B,ANGEL2,LMO7,ATP1B1,TRPC4AP,KCTD5,TUFM,DPM2,OXA1L,DPM3,TMEM135,TMEM136,MYCN,PRPF6,ILVBL,SPECC1L,CHMP4B,MATR3,XPR1,LTBP4,ADIPOR1,EFNA4,ARHGAP12,EFNB2,EMG1,EFNB3,UBB,MAN2A2,CASKIN1,CDH24,ATP6V1H,DMAP1,MARK4,ZC3H13,PDZD7,ATP6V1F,DARS,ACBD6,KLHDC3,ACBD4,CPSF1,CBX4,RHBDD3,IDH1,ASPSCR1,TBCD,TBCB,BFAR,CRLS1,SMAD5,NMRAL1,ARHGAP33,EFNA3,EFNA2,DLG4,CAPRIN1,DNAJC10,PI4KB,SAE1,LRP11,MUS81,SCYL3,KDM5B,DOCK3,THRA,NVL,USP32,SLC2A3,DBI,GTDC1,USP39,SLC2A8,SENP6,CASP9,SPRED2,TMEM101,SPRED1,PDE4B,TMEM108,TOPBP1,USP30,SCYL1,KDM6B,KLF11,USP47,JAGN1,H2AFY,USP42,H2AFZ,ABCC5,H2AFX,IQCE,RNF208,ARID1A,ARID1B,KLF16,LATS1,DDX19A,TRNP1,CDH13,CHMP6,HCN3,USP14,USP15,POLDIP2,ETFDH,MTIF3,SPG7,ATP1A1,TOB1,NCALD,TBRG1,NXF1,SAP30L,NCAM1,CDIPT,ABCF3,CLASP1,REPS1,PTCD3,USP24,BAD,LIMK2,CYHR1,USP28,MEIS2,SLC4A7,PIK3IP1,CAPN10,BAX,LPIN2"
+"gene_set_query"	"747"	"JUNB"	"671.5"	"ARCHS4 Coexpression,1107;Enrichr Queries,635;ReMap ChIP-seq,213;GTEx Coexpression,731"	"IPO13,MDC1,MT-ND4,TFRC,EHMT2,RPL8,PHB2,LSM10,PREX1,MYC,PIP4K2A,AP1S1,IER5,IER2,STARD7,FNBP1,WDR74,CD3EAP,GTPBP2,EML2,LARS2,MYL6,RNF126,DDIT3,DDIT4,ORAI2,JTB,ATF4,SF1,CDC42SE1,ABCB8,AGAP3,HIF1A,MTDH,PRDX2,PRDX5,LDHA,RHOT2,RNF215,PRDX1,PUSL1,ST3GAL2,S100A10,HEXIM1,PRRT1,JUN,RPL41,JUND,H3F3B,PLK2,SETD1A,IRF2BP1,IRF2BP2,MAD2L1BP,MTHFR,NR1D1,MRPL24,EIF1,EHD1,FIBP,SLC6A6,TBL3,EIF5,MEX3A,HNRNPF,ATG2A,AVL9,RNF220,GPR19,CDKN1C,OGFR,CDKN1B,BTG1,ELL,KCNC3,PHF1,DIS3L,SHB,ECSIT,MED16,ING1,WDR46,MED15,BBC3,DDA1,PIGX,RNF157,TRMT112,CSRP2,TUBA1A,TMSB4X,FASTK,ENSA,GPR137,SH3BGRL3,JAK2,CIC,JARID2,EMD,ZC3H10,BRD2,DUSP1,SPHK2,SIRT4,MRPL49,AEN,SIRT7,JOSD1,GMIP,DYNLL2,COPZ1,MED29,DUSP6,SIRT3,SLC7A5,TUBB2A,PLSCR3,PXDN,PELI1,TUT1,SLC29A1,VAMP2,RNF166,ARF6,TRUB2,GRN,GRAMD1A,ELOF1,LIN37,FGD3,STX6,AP2S1,RPS2,CKB,RPL18,MEF2D,SRSF10,MBD6,WDR18,NR1H2,SYVN1,TRMT1,LYRM2,CCDC9,SHKBP1,ZYX,NUCB1,AGRN,YPEL3,FAM49A,FAM49B,MTCH1,RAB3A,GTF2B,AUP1,ZBTB22,CLU,TM7SF2,RUVBL2,PLS3,PIM3,ANKRD13A,TLE3,SLC38A1,PCYT2,TPM4,FBXW7,USP3,RPS5,IGFBP3,AIP,THOC6,ACAP3,CLIP2,SLC9A5,DMTF1,RAB34,MAPKAPK2,FSCN1,SRSF3,SQSTM1,ARL8A,FKBP5,LY6E,FKBP2,RNASEH2A,PFKFB3,CCDC25,INSIG1,ANKRD12,AK1,ABHD8,SPATA2,NTPCR,RLF,CORO1A,RAP1B,SOCS2,SBNO2,MED30,NACC1,PSAP,SKIL,SLC38A2,MCL1,ESRRA,AKIRIN2,CCDC12,ZBTB12,LSM5,LSM4,LSM2,DRAP1,CDK5,MAFG,RNF181,NF2,LRCH4,RNF187,HSP90AB1,ZC3H3,TRADD,CELF3,PIK3CD,ETFB,ARRB2,DUSP12,PMEPA1,ACTR3,HSP90AA1,PLEKHG2,REXO1,GPX1,RFC2,TNFRSF19,ZFP91,RAD23A,VPS37B,YDJC,COASY,PTP4A2,PTP4A3,TRAF4,CTDSP2,LANCL2,EVL,BCAT1,DCTPP1,SLC25A11,GAPDH,AHDC1,ST6GALNAC6,PPP1R15A,TRABD,PPP1R15B,RNF34,HDAC3,WBP2,WBP4,PRCC,CXXC1,FURIN,FOXRED1,MLLT6,HDAC7,CDC42,DNAJB1,NFS1,KCTD20,HAUS7,U2AF2,DNAJB5,VPS52,SH3BP5,CSK,LRRC8B,HNRNPA1,SLC25A25,GADD45GIP1,SPAG9,PTPN1,SEMA4A,PPP1R14B,CIZ1,SPAG7,MARCKSL1,PPIL2,SEMA4B,SEMA4C,RPL23A,FBXL16,PNRC1,PNRC2,ASXL1,PINK1,KLF6,TRIM39,RAB14,VAPB,ST7,OCIAD1,P4HB,SMAP2,SLC35B2,VEZT,IFITM2,VARS,HDAC10,ZMYND8,EIF4A3,PPAN,IFI30,ACTB,RASSF1,RPS18,FTH1,OGFOD2,LONP1,ARL6IP4,TRIM27,BTRC,CCNL1,SEPHS2,GLUL,TBC1D10A,SOX4,AGFG1,TBC1D10B,SLC12A9,ATP6V1G2,NFKBIL1,ACTN1,ARRDC3,IFRD1,CIRBP,PTOV1,COG1,CSNK1D,ACTN4,JMJD6,INPP4A,KCTD10,CDC37,CSNK2B,HECA,SIK1,EZR,PFN1,STX1A,CUTA,GCDH,PEX11B,STXBP2,SUPT4H1,IGSF9,MYL12B,INPP5F,PCBP1,TNRC18,RALGDS,VASP,FIS1,SNHG1,RABGAP1L,ERAL1,PAICS,PTK2,GADD45G,RPS27,ID2,CCDC88C,PAF1,CORO7,RGL2,C2CD2L,ITM2B,ITM2C,DHRS13,HBS1L,DAZAP2,FAM57B,CITED2,GDI2,MRPS12,MYL6B,SLC7A11,HERPUD1,LIMD2,ARV1,PPP3CB,ACTR1B,GLIPR2,HYAL2,KIF1B,SSSCA1,CTSD,NDEL1,CTSB,PSENEN,TMEM150A,TSC22D1,GP1BB,TSC22D3,ANO8,RHOF,PPRC1,LIME1,RHOB,APRT,NME1,RAP2B,FAM20B,NCOA7,ARHGEF1,ALDOA,SGK1,PTMA,STK40,CSTB,SLC20A1,DOT1L,CCDC106,TRAK1,RELA,TYMP,GNAI2,CST3,AMN1,MNT,ARVCF,NFIL3,SERTAD2,METTL6,EPS15,VEGFB,TMUB1,AP3D1,XPO7,MYO9B,AP2B1,VEGFA,PER1,HIST3H2A,KLHL5,AGGF1,HDGF,FAU,SCARB1,MIDN,CRTC2,SYS1,MPI,ACTG1,BASP1,ARHGDIA,HCFC1R1,CAPN2,COTL1,ATP1B3,ADAM19,EEF1A1,DPM2,FAM173A,DNAJC30,EHBP1L1,RPP21,RELL2,RTN2,ISYNA1,NDUFB10,PXN,HTRA2,SLC1A4,RASGRP2,NDRG1,EMG1,MAN2A2,GRK6,H1FX,TBC1D17,NDUFV2,KLHDC10,BCL9L,SYT5,HSPA8,PRNP,ACBD5,ACBD4,CBX5,RHBDD3,CBX4,HSPA5,SMURF1,HMGA1,DSTN,KLHL22,NUP153,CWC15,NFKBIA,H1F0,NR4A3,EFNA2,HOOK2,CNTN1,PHF13,CLASRP,PICALM,YWHAE,USP36,B4GALT3,GSK3A,DDX47,MAST1,ILK,GTDC1,SLC2A3,USP39,AFF4,RND3,LMNB1,ABHD16A,YWHAQ,BCL7B,NUP62,MLST8,NPTN,FLOT1,PDE4B,FLOT2,PDE4A,MAN2C1,YWHAG,SCYL1,MAPK1IP1L,KDM6B,KLF11,SUN2,KLF13,PDPK1,H2AFX,H2AFV,ARID1A,DNM1,KLF16,DNM2,EEF1G,FCHSD1,DDAH2,EEF1D,AKT1S1,TBC1D7,NDUFS2,IRF9,B4GALT5,AGPAT5,RGS19,RGS16,USP12,SLC3A2,ATP1A1,AGPAT1,TOB1,RNF5,AGPAT3,U2AF1L4,MAPK7,DNPEP,CHSY1,SPOCK2,NAA25,FBRS,PDLIM7,CYTH1,CLVS1,SPEN,BAD,TAF10,MIIP,HAGHL,SOD2,USF1,NAP1L4,CLCN6,GALE,PIK3IP1,GLB1,ERCC1,BAX,VIM,SSBP3,SSBP4"
+"gene_set_query"	"748"	"ZNF79"	"672.0"	"ARCHS4 Coexpression,927;Enrichr Queries,590;GTEx Coexpression,499"	"CYFIP2,EIF4A2,SLC35B2,EIF4A1,ANKLE2,PANK2,TRIO,POP4,EIF4A3,EPRS,ZFYVE1,PDCD2L,LSM12,FLAD1,ALKBH1,CDC26,DPYSL2,MYC,FDXR,IER5,SOX4,IER2,ARRDC4,MED1,GABARAPL1,PAQR4,NSMCE2,IFRD1,WDR74,DNTTIP1,CD3EAP,CSNK1D,PRKAB1,JMJD8,MED6,GTPBP4,SCAMP3,MRPS18C,KARS,CLPP,DDIT3,GRWD1,ZSCAN21,DDIT4,YME1L1,ANKRA2,CBLL1,MMADHC,TTYH3,DHX8,CDCA4,NEDD4L,XPC,RPAP3,CIAO1,RRP7A,CHTF8,DHX34,PCBP1,BLOC1S2,RRS1,CSTF1,VTI1A,DHX37,GSE1,SURF6,RCE1,RALGDS,ST3GAL2,HEXIM1,JUN,JUND,DMPK,PLK2,MAD2L1BP,MEMO1,GPN1,WDR55,TMEM199,TADA2B,AIMP2,TBL3,ZBTB6,SNW1,EIF5,FASN,ID2,INTS5,NOL10,NOL11,CPEB4,ITM2C,TRMU,GMEB1,CSRNP2,PIGU,BTG1,PIGO,CITED2,PPP1R10,MRPS12,MRPL36,SIPA1L3,TMEM186,BBC3,THTPA,MED11,ENC1,RIOK2,UTP14A,ZC3H10,PRMT5,CDV3,BRD2,DBNL,SPHK2,MRPS2,AEN,TFB2M,NIPA2,RHOF,DUSP6,COMMD5,MRPL44,MLF2,DDB2,RHOB,TOX4,SLC7A5,PRPF18,RAP2B,PTRH2,MED20,PXDN,SGK1,CSTB,NFIX,RPS27L,GPS2,WDR24,ARFRP1,GGA3,CAMK2N1,RRP36,BRD9,BRF2,LRRC24,TTC9C,NLE1,BYSL,TMEM60,PPP1CA,KBTBD4,RSL1D1,PHF5A,PSMC1,KLHL8,TRMT6,SRRD,TSR1,PKN1,YPEL4,MPI,RNF19B,FBXO22,EFTUD2,SESN1,KPNA1,TLE4,SLC38A1,FBXW7,DNAJB12,SSU72,ILF2,RNF40,LENEP,DMTF1,FAM173A,HGS,TIPRL,PLAA,GEMIN7,PHPT1,SQSTM1,ISCU,PSMD11,PSMD13,DIABLO,ABHD2,HTRA2,TARS,SEZ6L2,GTF2E1,RTN4,RPF1,EIF1AD,EMG1,RNASEH1,ZMAT5,CCDC32,E4F1,LLPH,SLC15A4,MAP2K6,CCDC134,KLHL29,YARS,PRNP,TMEM120B,NOP14,KLHDC4,CBX4,CPSF2,ASNS,KLHL24,CLK3,ZC3HC1,NFKBIA,SLC7A6OS,GNL3L,EFNA2,LRFN4,HOOK2,TMEM11,MDM2,NFE2L3,MKRN2,PLXNB2,PLXNB1,LRP10,BCL2L1,MXD4,MAP3K12,ISY1,SCYL3,KDM5B,CALCOCO1,PRKCSH,WDR3,WDR4,CHD6,TRIAP1,USP39,RND3,DUSP12,ZNRD1,PPP6R3,DGCR8,MRPL9,EIF2B1,SNAP29,TNPO3,GET4,KDM6B,ADSL,RBM14,PDPK1,TTC33,DDX56,TFIP11,TRNAU1AP,REXO2,PATL1,DDOST,TRAF4,NDUFS7,THRAP3,POLR1B,CTDSP2,C1D,DNAJC9,CHMP6,PPP1R15A,BECN1,PPP1R15B,USP10,RGS16,PRCC,ZBTB43,SLC3A2,ZBTB45,PPM1D,TOB1,TSPAN31,TBRG4,NXF1,CACNG7,TAF1D,FZR1,HAUS8,MSTO1,RBBP5,TGS1,TRA2B,MKNK2,PHKG2,FEM1C,FYN,ABCF2,CCDC71,SLC25A25,NOP56,PTCD1,KDM4B,TRIM41,ADRM1,HAGHL,PDE4DIP,PNRC1,CABLES2,SMUG1,SNRNP40,KLF6,BAX,CEBPZ,EIF3C,TRIM32,SMAP1"
+"gene_set_query"	"749"	"MBD1"	"672.3"	"ARCHS4 Coexpression,510;Enrichr Queries,85;GTEx Coexpression,1422"	"RB1,MDC1,APP,HDAC10,ZMYND8,ZDHHC5,JMJD1C,EPRS,ACTB,TRIM28,MPRIP,RAVER1,ZMIZ1,DPYSL2,MYC,ZMIZ2,LONP1,AKT1,GLUL,ATXN7L3,TMPO,NUP214,SRRM2,DDX17,GABARAPL1,MEF2C,SMARCC2,NUP210,FNBP1,ACTN1,IFRD1,CIRBP,CD3EAP,CSNK1D,MOGS,CSNK1E,MAPK8IP3,GTPBP4,SRRM1,HCFC1,WDR81,BIN1,WDR82,DDIT3,DDIT4,HECA,PRR12,SF1,POM121,TBC1D9B,DHX8,FLII,FBF1,MYCBP2,NEDD4L,BAZ2A,PIK3R1,APH1A,DHX30,RHOT2,HSPH1,SYMPK,VASP,CREBBP,JUN,JUND,CADM1,INTS1,PBX2,SMARCA2,PRRC2A,SMARCA4,EIF1,GADD45G,EHD1,HNRNPL,WNK1,FASN,ID2,HYOU1,HNRNPC,ITM2C,EZH2,OGFR,NRP1,PIGU,DAZAP1,MRPS12,MED15,PTPRF,SMG5,HERPUD1,MECP2,AKAP12,NIPBL,XPO6,ENC1,ANXA6,SDF4,KIF1B,CIC,CTSB,BRD2,UPF1,TSC22D1,TSC22D3,MINK1,TCF12,MRPS7,GMIP,MED26,DUSP6,SREBF2,MLF2,RHOB,NCOR2,GAK,MED25,NCOR1,PITPNM1,HNRNPH1,PACS1,PXDN,RAPGEF1,ARHGEF1,FAM193B,ARHGEF2,PABPC1,ARHGEF7,ALDOA,SGK1,GRN,SLC20A1,DOT1L,SRRT,RELA,NOL6,GNAI2,RXRB,GGA1,HIRA,BCLAF1,GGA3,NFIL3,FLNA,BRD8,ANKRD52,MEF2D,MAP4K4,SF3A1,SF3A2,STAT2,MYO9B,SCAF1,VEGFA,AGBL5,XAB2,HNRNPA2B1,TAOK2,ZYX,CTNNB1,NUCB1,TRIP12,PKN1,TACC2,PNPLA6,MTCH1,CRTC2,NUP188,KDM1A,PRDM2,PHRF1,ACRBP,ACTG1,EDC4,STK11,RUVBL2,KHSRP,ARHGDIA,POGZ,EP300,FBRSL1,SBF1,FADS1,GTF2I,RNF44,FBXW5,KDM2A,TPM1,VRK3,DGKZ,ATXN2L,ILF3,DMTF1,HNRNPUL1,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,SQSTM1,CSNK1G2,FKBP5,GLYR1,ANAPC2,DDX5,INO80E,PFKFB3,RAB5C,ANKRD11,NOP2,ITPR1,SLC38A10,NDRG1,CORO1A,SUPT6H,RTN4,SBNO2,NDOR1,PITRM1,GRK6,EP400,ZC3H14,SLC38A2,NADK,MARK2,MCL1,BPTF,WDTC1,IVNS1ABP,HSPA8,PRNP,CPSF7,NUP155,HSPA5,CPSF1,ODF2,CCDC136,TNK2,SEC16A,HMGA1,IFT122,SUPT5H,EEF2,CHERP,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,GNAS,PLEKHM2,SKIV2L,CLASRP,LRCH4,LRP10,NFE2L1,BCL2L1,EIF4G1,PICALM,RERE,KDM5B,DIDO1,KDM5C,NUMA1,LDB1,WDR1,PRKCSH,CHD8,HP1BP3,CHD6,PIK3CD,CHD4,CHD3,PTPN23,CHD2,AFF4,CABIN1,PPP1R9B,DUSP12,SART1,SEPT9,ZC3H7B,PPP6R1,SNRNP70,UBTF,LRRFIP1,KDM6B,SUN2,HSP90AA1,KLF13,REXO1,USP42,DST,PDPK1,ATRX,ARHGEF18,NAV2,ARID1A,DDOST,ARFGAP1,KLF16,DNM2,GIGYF1,SFPQ,PTP4A3,CTDSP2,POLR1B,DNAJC5,TOP1,PPP1R12C,PPP1R15A,CXXC1,LENG8,SLC3A2,RNF4,STRN4,USP19,PPM1G,MLLT6,HDAC7,DCAF15,DNAJB1,DNPEP,POLR2A,U2AF2,PHKG2,MKNK2,POLR2D,PTK2B,FEM1C,CSK,MTA2,FBRS,PDLIM7,CYTH1,SPEN,SPAG9,RBM39,RRM2,ATP13A1,ATP2B4,ZFC3H1,PDE4DIP,LRWD1,BAIAP2,USP29,CLCN7,KLF6,PFKL,NEURL4,PDCD4,ACIN1,VIM"
+"gene_set_query"	"750"	"PKNOX1"	"673.0"	"ARCHS4 Coexpression,1356;Enrichr Queries,276;ReMap ChIP-seq,140;GTEx Coexpression,920"	"TDRKH,MAPKBP1,MDC1,TRIO,TFRC,HNRNPU,RBPJ,EPRS,ELK1,BACH2,LSM10,PSMD8,CNST,ALCAM,ZMIZ1,AKT2,DPYSL2,MYC,GPBP1,STMN1,AKT1,PRKACA,NFRKB,IER5,IER2,GABARAPL2,TSPYL1,WSB1,RBFOX2,PIH1D1,PRKCE,WDR74,CD3EAP,SOX11,RFX1,GTPBP1,EML2,GTPBP4,BCR,MYL6,WDR81,DDIT3,DDIT4,TBPL1,RBCK1,MEPCE,NEDD4L,ABCB8,AGAP3,PLA2G6,HIF1A,PRDX2,PRDX5,PPP3R1,PPP4C,PRKAR2B,VPS11,RDH13,ATRIP,EDEM3,PRRT1,ACD,RPL41,CREBBP,JUN,CDK19,PHC1,JUND,PRRT2,CADM1,PBX2,IRF2BP2,MTHFR,BRAF,BBIP1,PA2G4,MRPL24,PBX1,PRRC2A,SETX,MLLT11,HNRNPL,FIBP,SLC6A6,EIF5,EIF6,GIPC1,HNRNPF,HBP1,SERPINI1,FARSA,CPEB4,EZH2,ARF3,SETD5,GABRB2,PIGU,WDR48,GMEB2,BTG1,KCNC3,PHF1,PIGP,SNX12,CLTB,SMG7,ECSIT,MED16,KRI1,MRPL34,SHB,SMG5,BBC3,DDA1,RNF157,TRMT112,MRPL40,TMSB4X,FASTK,GPR137,SH3BGRL3,CIC,JARID2,ZIK1,ZC3H10,UPF1,RPS6KL1,ACTL6B,IFT140,SPHK2,TCF12,JOSD1,TERF2,COPZ1,MED29,DUSP6,PHF20L1,NCOR2,SLC7A5,ZEB2,PTRH2,MED20,PXDN,TUT1,VAMP2,NFIX,RNASEK,ELOF1,GSTP1,SRRT,WDR24,MFN2,ANO10,SLC17A7,ZSWIM6,BRD8,STX2,RPL18,MEF2D,RPL19,NKTR,EGLN2,MBD6,NR1H2,SCAF4,GATAD2A,BYSL,AGBL5,RNF145,RYBP,NFIA,CCDC9,NFIB,SHKBP1,TAOK2,NUCB1,PLP2,PKN1,GZF1,TOR2A,RAB3A,TMEM167B,CLSTN3,MPV17L2,AUP1,HDDC3,EDC3,YY1,STK11,PAPOLG,SLC39A7,MAF1,GTF2I,PIAS4,CDKL2,TLE4,TLE2,RPS7,USP3,DYRK1A,AIP,FTSJ1,DGKZ,PIAS2,LENEP,THOC6,FOXP1,CACNB1,DISP2,PYGO2,SLC9A5,DMTF1,RAB34,FSCN1,PGP,TNIK,SQSTM1,ARL8A,SNRPA,FKBP5,PFKFB2,CUL9,BRSK1,FKBP2,RNASEH2A,ANKRD16,PFKFB3,MAX,ABHD2,ANKRD11,INSIG1,MAZ,ANKRD12,ABHD8,ISG20L2,CUL1,HSPBP1,CORO1C,SOCS2,SBNO1,EIF1AD,SCRT2,SBNO2,PORCN,PITRM1,STK36,PSAP,NACC1,ZKSCAN3,SLC38A2,PLXNA3,MPDU1,MCL1,ESRRA,ANKRD34A,POLR3GL,EEF2,LSM4,LSM2,COPS6,CDK5,CNOT3,SP3,SPIRE2,RNF181,LRCH4,NFE2L1,BCL2L1,EIF4G1,MCM7,AKAP8L,PTEN,ARRB1,DUSP18,ETFB,AP4M1,MRPL4,DUSP12,PPP6R2,OPA3,UBTF,PMEPA1,UNC45A,ACTR3,HSP90AA1,CDADC1,PLEKHG2,REXO1,DST,LIX1L,RPL13A,EDF1,RAD23A,NDUFC1,YDJC,RAD23B,PTP4A2,TRAF7,PTP4A3,DNAJC7,ASPH,TRAF4,CTDSP2,POLR1B,TOP1,BCAT1,AHDC1,BCAT2,ST6GALNAC6,SEC22C,PPP1R15A,RNFT2,HDAC5,MTPN,NDUFB7,LRP1,GTF3C5,SRF,PRCC,MLLT1,FURIN,ZBTB45,FOXK1,LRP8,LAGE3,HDAC6,MLLT6,FBXL20,DNAJB2,CDC42,DNAJB1,GANAB,KCTD20,FCHO1,DNAJB5,U2AF2,POLR2E,SH3BP5,FEM1C,IGF2BP2,HNRNPA1,SLC25A25,SLC35A2,GADD45GIP1,MLXIP,PTPN1,PPP1R14B,PPIL1,RNF24,RNF26,IMMT,RPL23A,BAIAP2,CABLES2,NELL2,PINK1,KLF6,TSPAN13,VAPA,APC,MGAT4B,PDCD4,CCM2,P4HB,SMAP2,VEZT,CPNE5,VARS,ZMYND8,ZDHHC7,ACTB,CYB5D1,RPS14,RPS16,TRIM28,FLAD1,FTH1,FAM53C,LONP1,ATXN7L1,CCNL2,ATXN7L2,RPS11,ATXN7L3,SOX4,TBC1D10B,ARL10,EPHA4,ARL15,ACTN1,SLC11A2,CIRBP,PTOV1,MOGS,ACTN4,PISD,JMJD6,TIAM1,CSNK2B,HECA,SIK1,CUTA,GCDH,NUMBL,PAXIP1,DHX8,GIPR,FBF1,SDC3,SUPT4H1,PTTG1IP,PIK3R1,APH1A,APH1B,PCBP3,DHX34,PDCD10,PCBP1,VPS8,HIVEP1,GSE1,STXBP5,TNRC18,HIVEP2,RALGDS,BANP,VASP,SNHG1,SLC35E3,ERAL1,SMARCA2,SMARCA4,WNK1,ID2,PAF1,GRB2,TMCC2,CALR,FBXL2,INTS8,SUGP2,C2CD2L,ITM2C,DDR1,DHRS13,HIP1,FAM57B,GPAA1,CITED2,FAF1,FAF2,TECR,MRPS12,MYL6B,PRPF19,SERP2,AKAP12,MAP1LC3B,PCF11,UIMC1,KIF1B,CTSB,NCOA1,CAP1,PARP6,NCOA5,TSC22D1,CCDC115,MINK1,ANO8,PRPF40B,ANO6,SYP,TFB2M,TOPORS,SYN1,MTSS1,SREBF2,MLF2,RHOB,KIN,PITPNM1,FAM20B,FAM193A,GLCCI1,ALDOA,SGK1,DBN1,STK40,SLC20A1,INPP1,SATB1,DOT1L,GNAI3,DERL1,ARNTL,RXRB,HIRA,AMN1,ARVCF,MNT,EXOSC4,NFIL3,CUX1,MGAT3,MGAT1,APBB3,MAP4K4,GABBR1,NFYA,VEGFB,TMUB1,AP3D1,XPO7,AP2B1,TMUB2,YIF1B,VEGFA,MAD2L2,PER1,MARS,CCNG2,KBTBD2,HDGF,ESYT2,DPAGT1,OTUD5,SCARB1,MIDN,SYS1,ZFAND6,CNDP2,IGF1R,KHSRP,HCFC1R1,KIF5A,FAM3A,BANF1,SBF1,BAHCC1,PPFIA3,TSC2,WRNIP1,POU3F1,COX6B1,DPM2,DKC1,TBL1XR1,ANKS6,FIZ1,XPR1,RTN2,ISYNA1,CHRNA7,LTBP4,HTRA2,EFNA4,RTN4,EFNB2,MAN2A2,ZC3H18,CYC1,NDUFV3,TBC1D17,NDUFV1,MARK3,PDZD7,BCL9L,SYT5,IVNS1ABP,SMAD2,ACBD6,OST4,HSPA8,PRNP,SMAD4,CBX5,CBX4,AUTS2,HMGA1,IFT122,SUPT5H,SMAD5,PAN2,EFNA3,EFNA2,HOOK2,HOOK1,GNB2,GNB1,CHMP2A,FGF11,UBE2M,PICALM,GPSM1,RERE,PRR7,KDM5C,USP32,PRKCSH,CHD6,ILK,ATP2A2,CHD4,DDX41,TAZ,CHD2,PHTF1,CABIN1,LMNB1,PPP1R9B,POLB,SPRED2,ABHD16A,GMPPA,FLOT1,FLOT2,DACT3,LRRFIP1,YWHAG,SCYL1,ARHGEF11,KDM6B,SUN2,KLF11,KLF13,USP42,PDPK1,DDX56,H2AFX,HUNK,NAV2,ARID1A,YWHAZ,KLF16,DNM2,CREB1,TMEM214,DDAH2,AKT1S1,TRNP1,B4GALT5,USP15,STOML1,ATF6B,DCTN2,RBM4B,RSPH9,SLC3A2,SPG7,AGPAT1,RNF5,STRN3,AGPAT4,FAM168B,DNPEP,MAT2A,SPOCK2,MKNK2,FAM120A,MAPK1,MTA2,PDLIM7,RBM39,KDM4B,RRM2,TAF13,B3GAT3,BAD,EYA3,TAF10,MIIP,CYHR1,MEIS3,MEIS2,USF1,SMUG1,CLCN6,ERCC1,PPP2R2D,CDK2AP2,TAF6,NAA15,VIM,SSBP4"
+"gene_set_query"	"751"	"ZNF235"	"675.0"	"ARCHS4 Coexpression,270;Enrichr Queries,601;GTEx Coexpression,1154"	"APP,VARS,ZMYND8,ZDHHC5,JMJD1C,EPRS,GPATCH8,BACH2,NDST1,EFR3A,LSM12,CDC23,CAPNS1,TRIM28,MPRIP,DPYSL2,BSG,CHORDC1,PSMD3,PWWP2A,EPC1,AKT1,AP1S1,PRKACA,ATXN7L3,SOX4,ARRDC4,EPHA4,RBFOX2,FNBP1,DAPK1,ACTN1,ARRDC3,MTUS1,RFX3,CD3EAP,ANK2,MOGS,SCRIB,SOX11,ARMC8,ANK3,AARSD1,ACTN4,ANK1,GTPBP4,SND1,FAM133B,INPP4A,IFT81,ZSCAN21,DDIT4,HECA,CGGBP1,SF1,PAXIP1,TBC1D9B,DHX8,TMEM63B,FLII,FBF1,TRANK1,PIK3R3,PIK3R1,KALRN,CDKN2AIP,INPP5B,APH1A,MLEC,PIP5K1C,RAB11FIP5,JUN,TMEM184B,INTS1,PLK2,INTS2,UPF3B,PBX2,PBX1,GADD45G,PRRC2A,HNRNPL,ZBTB6,ID2,GIPC1,HBP1,HYOU1,CALM3,FAT4,CALR,RBAK,ITM2C,ARF3,TOP2B,NRP1,PIGU,DAZAP1,CITED2,MRPS12,SLC7A11,PRPF19,SMG5,PCMTD2,MRPL42,TRIM2,TRIM3,ENC1,REV3L,SDF4,CIC,ZIK1,DFFB,UPF1,TMED9,TSC22D1,TSC22D3,MINK1,LRRC40,BAZ1B,DUSP6,MTSS1,SREBF2,MLF2,NCOR2,KIN,INF2,MTF2,PXDN,WAC,TKT,ATP6V0C,SATB1,CENPB,FAM129B,HIRA,NFIL3,PES1,CLPTM1,MFN2,FLNA,ANKRD52,MAP4K5,YKT6,RUNX1T1,BCAP31,AGK,DAB2IP,AP3D1,AP2B1,SCAF1,VEGFA,RNF146,SKI,ABCB10,NFIA,NFIB,CCNG2,ETNK1,TAOK2,RAB3GAP2,NUCB1,HDGF,PKN1,PNPLA6,KBTBD7,ZFP28,GRINA,DGKE,ZFAND3,CEP120,CLSTN1,HDLBP,ATN1,UBP1,FRY,ZFP30,LAMP1,SESN1,KHSRP,ARHGDIA,CWC22,SLC39A7,LZTS2,SBF1,FADS1,AP2M1,SH3GL1,RARS2,BIVM,ANKRD49,MAP2K2,TPM4,USP5,FRMD4A,LMO7,ATAD3A,ATXN2L,CTDNEP1,MORF4L1,DMTF1,ADAM15,HNRNPUL1,HNRNPUL2,RAB35,CHMP4B,SRSF6,CSNK1G2,GLYR1,SLC27A4,ANAPC2,LRRC59,PFKFB3,CD151,RAB5C,ANKRD12,MAZ,PXN,ITPR1,CACNA1A,TOR1AIP2,UBR2,SUPT6H,SOCS2,RAP1A,PITRM1,IRAK1,DVL1,BTBD2,NACC1,CCDC32,MAP2K6,BCL9L,ESRRA,PRNP,KLHL24,EEF2,CLK4,DNAJC18,ARHGAP32,LRCH1,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,RFXAP,GNB1,AAK1,PLEKHM2,PLXNB2,MDM4,LRP10,OGT,NFE2L1,EIF4G1,RNF187,UBE2M,KDM5B,ACADVL,KDM5C,GSK3A,WDR1,CELF1,DOCK9,PRKCSH,CHD6,PSIP1,SLC2A3,ZFP82,YBX1,PTPN23,AFF3,LMNB2,PPP1R9B,DUSP11,DUSP12,SENP7,SEC61A1,SEPT9,LASP1,SART3,ZC3H7A,BCL7A,ZC3H7B,PPP6R1,SNRNP70,SNAPC3,PDE4B,PMEPA1,SCYL1,EIF5A,USP48,DST,EED,PDPK1,PDE4D,ATRX,CTPS2,NAV2,SMC1A,RANGAP1,RAD23B,SENP3,DDOST,ARFGAP1,KLF16,DNM2,LATS1,TRAF7,PTP4A3,ALS2,SETBP1,TMEM214,CTDSP2,POLR1B,DNAJC5,C1D,SOS1,MET,BCAT2,SMARCD2,CANT1,RGS16,RAB1B,ATP1A1,STRN4,ABLIM1,FAM168B,GANAB,MTA1,U2AF2,EIF4H,FEM1C,PPP1R14B,RNGTT,TTC13,GALNT2,FBXL19,DEK,CDC42BPB,TPD52L2,NIN,MARCKS,PFKL,NEURL4,TEF,PIK3IP1,CARM1,MGAT4B,POLR3F,SNRNP48,P4HB,RBM45,SSBP2,EIF3B"
+"gene_set_query"	"752"	"DRGX"	"675.3"	"ARCHS4 Coexpression,806;Enrichr Queries,901;GTEx Coexpression,319"	"MYT1L,STMN3,STMN4,HS6ST1,SCAMP5,DPYSL4,DPYSL5,STMN1,KIF21A,ATP6V1E1,KIFAP3,ATXN7L3,EPHB1,SOX5,PDHX,SRRM3,RBFOX1,ACOT7,UNC13A,UNC5A,WSB2,SLC6A17,RBFOX3,ACSL6,SOX11,VWA5B2,ANK1,GABRG2,CARHSP1,PRKAR1B,RUFY3,HECW1,TAGLN3,STX1A,ASTN1,NECAB1,NRN1,FOXG1,PHYHIPL,NLK,ARPP19,MTMR7,TMTC4,INPP5F,RIMKLA,SCN3B,ATP6V1C1,ATP6V0A1,CDK19,PTPRN2,FAM78B,CADM1,BCL11B,HOMER1,BCL11A,CADM2,MYO5A,SNAP91,MLLT11,GNPTG,PTK7,SERPINI1,RCOR2,CALM2,ROBO2,PCSK2,GABRB3,GABRB2,WDR47,KCNC1,KCNC3,DIRAS1,GRIK3,PRPF19,SHD,UCHL1,JPH3,ENC1,DNER,NEFL,NEFM,DLGAP1,KIF1A,FEZF2,DLGAP3,PRMT8,ZFR,SYP,MANEAL,SYN3,SYN1,CNKSR2,BACE1,ARHGEF9,TUBB2A,VSNL1,MPPED1,PXDN,ARHGEF7,MAPRE2,VAMP2,NAPB,ATL1,SATB2,SEZ6,AKAP6,TMEM74,ADCY1,NAPG,PTS,BEGAIN,GLRA2,CUX2,CAMK2N1,CAMK2N2,ANKRD54,PAK6,DYNC1I1,RUNX1T1,PURG,GABBR2,RIC3,WDR17,ATRNL1,GABRA3,KLHL2,PLEKHA6,TTC9B,NMNAT2,NFIA,KIF26A,RIMBP2,FAM171B,CDK5R2,RAB3C,RAB3A,CDH8,RPH3A,ATCAY,TUBB3,KIF5A,ADORA1,NRCAM,ZNF326,AP2M1,NSF,CHRNB2,LMO1,KIRREL3,MAP2K4,FBXW7,APLP1,ADAM11,TBR1,POU3F1,POU3F2,POU3F3,TANC2,OLFM1,PREPL,GPRIN1,AMPH,RELL2,ABCG4,ATP6V1A,RTN3,GRIA2,BRSK2,BHLHB9,CHRNA7,NTM,HPCA,CACNA1B,CACNA1A,FOXO6,UBFD1,CABP1,BHLHE22,KLC1,SEZ6L2,CPLX2,LRRC55,CACNA1E,CPLX1,RTN4,TAF5L,CACNA1G,SEL1L3,NEUROD2,IGSF21,SCRT2,DPP6,ARHGAP20,KIF3A,CAMTA1,CDH24,DVL3,KIF3C,RAB6B,LONRF2,PRNP,SYT3,SYT1,ATP8B2,SLC4A10,DHCR24,CORO2A,SCRT1,GNAO1,LRFN5,DLG2,SYNJ1,LHX2,AAK1,RNF182,SERINC1,CNIH2,LRP12,RNF187,BCL2L1,SNAP25,GSK3B,PODXL2,CNRIP1,ELAVL4,CELF4,CHD6,FBLL1,ELAVL2,ELAVL3,MFSD8,MFSD6,GRM5,WDR7,SULT4A1,YWHAG,YWHAH,TRIM67,DACT1,EMX1,SUN1,PEG3,RTN4RL2,SYNGR3,SEZ6L,PTP4A3,NRG3,DNAJC6,ATP6V1B2,CDH13,INA,CUEDC1,SHANK2,RNFT2,CAMK2B,STOML1,WBP2,CLEC2L,NRXN1,ATP1A3,NRXN2,CRMP1,PDXP,ATP2C1,PPM1E,CACNG7,GNG3,IGFBPL1,SV2A,SLITRK5,FSD1,SNCB,PCDH1,WASF1,POLR2I,MTA3,CACNG4,CLASP2,REPS1,CHGA,RNF20,LINGO1,NTRK2,LIMK1,CADPS,PCDH8,NAP1L2,CCK,ATP2B1,GDAP1,OXR1,NAP1L5,HS3ST2,NELL2,MAPK10,FAM155A,GLRB,PPP2R2C,ATP13A2,INSM1,R3HDM1,CBLN1"
+"gene_set_query"	"753"	"DDIT3"	"675.3"	"ARCHS4 Coexpression,481;Enrichr Queries,560;GTEx Coexpression,985"	"TES,TFRC,CCNH,SLC35B1,HNRNPU,ENO2,EPRS,ACTB,RABGEF1,RASSF1,TRIM28,MPRIP,MYC,FTH1,ZMIZ2,CHORDC1,LONP1,AKT1,PRKACA,IER5,ATXN7L3,SOX4,IER2,SRRM2,DDX17,GABARAPL1,ATP6V1G1,ARRDC3,IFRD1,MED8,MOGS,SCRIB,GTPBP1,JMJD6,THAP3,NIF3L1,WDR82,DDIT4,PRR12,EIF1B,ATF4,SLC45A4,ANP32A,SHMT2,HIF1A,LDHA,SCFD1,HSPH1,DHX34,PLCG1,BANP,S100A10,ZRSR2,JUN,JUND,INTS1,H3F3B,PLK2,RCC2,PBX2,NR1D1,PRRC2B,MANF,EIF1,GADD45G,PRRC2A,HNRNPL,HNRNPK,ID2,CALM3,HBP1,AARS,ITM2C,OGFR,ARF3,DAZAP1,BTG1,ELL,CITED2,ZFAND2A,ZFAND2B,MRPS12,SRA1,TCF20,SLC7A11,VLDLR,PRPF19,ING1,BBC3,HERPUD1,MAP1LC3B,TUBA1A,XPO1,GUK1,MED10,CHMP1B,ANXA6,SEC61B,NANS,EMD,CTSB,UPF1,ATP6V0B,WARS,TSC22D1,SSR4,DUSP1,TSC22D3,SSR2,MINK1,JOSD1,MRPS6,DYNLL2,RAB33A,DUSP6,SREBF2,RHOB,DDB1,SLC7A5,PXDN,GARS,CRELD1,ARHGEF2,ALDOA,SGK1,CSTB,GRN,RNASEK,SLC20A1,NOL9,CENPB,MRPL55,HIRA,NFIL3,NSD1,MFN1,ANKRD52,APBB3,PTGES3,DAB2IP,RSRC2,AP2B1,GATAD2B,VEGFA,RYBP,CCDC9,CCNG2,MARS,SERBP1,TAOK2,RLIM,HDGF,PKN1,YPEL5,GZF1,CARS,MTCH1,CRTC2,TMEM167B,UBE3C,GTF2B,CLU,IPO7,IPO5,IPO8,PIM3,SBF1,FADS1,GTF2I,USP7,SUPT16H,SLC38A1,USP5,GPT2,IGFBP3,SARS,DPM2,ACLY,ILF3,RALGAPB,HNRNPUL1,HNRNPUL2,DNAJB11,SBDS,FKBP4,SQSTM1,KPNB1,CSNK1G2,GLYR1,IDI1,PFKFB3,DIABLO,DDX1,INSIG1,SLC1A4,RLF,NDRG1,PRPF8,PHF21A,HSP90B1,SOCS2,UBB,BTBD2,NACC1,SLC38A2,MCL1,ATP6V1F,HSPA8,PRNP,HSPA5,UBE2B,ASNS,KLHL24,EEF2,CLK3,NFKBIA,RCAN1,H1F0,NR4A3,HOOK2,HOOK1,RHEB,CAPRIN1,GNB1,CNTN1,UBA1,LSM14B,EIF4G1,ZNF512B,B4GALT3,ZC3H4,PRKCSH,SLC2A3,DBI,CHD4,CHD3,YBX1,RND3,LMNB2,LMNB1,PPP1R9B,DUSP12,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,TIMM17A,TIMM17B,TNPO2,YWHAG,DGCR2,KDM6B,ACTR2,HSP90AA1,NUP133,PDPK1,BUD31,GPCPD1,RAD23B,TRAF7,PTP4A3,DAD1,CTDSP2,DNAJC5,TBC1D7,IRF9,RBM22,PPP1R15A,GTF3C1,GTF3C4,RGS16,GOSR1,CEBPG,SRSF1,CXXC1,SLC3A2,MLLT1,STRN4,ADD1,U2AF1L4,GNA13,DNAJB1,FAM168B,GANAB,DNPEP,MTA1,POLR2B,U2AF2,MKNK2,FAM120A,EIF4H,DNAJB9,TMEM208,IARS2,MTA2,UBQLN4,NDUFA9,HNRNPA3,RRM2,BNIP3,TXNRD1,FBXL19,CCDC59,SSRP1,CDC42BPB,HSPE1,SOD2,HNRNPAB,MTOR,PNRC1,DNAJA1,KLF6,NEURL4,VAPA,PSAT1,CARM1,CDK2AP2,ACIN1,VIM,FAM50A"
+"gene_set_query"	"754"	"CUX2"	"675.7"	"ARCHS4 Coexpression,271;Enrichr Queries,188;GTEx Coexpression,1568"	"MYT1L,STMN2,STMN3,BACH2,SCAMP5,SCP2,ZMIZ1,DPYSL5,DPYSL2,IGLON5,DPYSL3,KIF21A,KIF21B,BSN,EPHB1,ANKS1B,SOX5,EPHA4,SRRM4,MEF2C,RBFOX1,RBFOX2,UNC13A,UNC5A,RBFOX3,SLC6A17,CACNA2D1,ANK2,SOX11,ANK3,MAPK8IP2,ANK1,MAPK8IP1,TIAM1,STX1B,SFRP1,PRKAR1B,ARMC6,RUFY3,HECW1,KCNQ2,TAGLN3,GPM6A,TSHZ3,STXBP1,NEDD4L,CEND1,AGAP1,NLK,KALRN,TTBK1,NKAIN1,FAM171A1,NUAK1,SYNGR1,SCN3B,B4GALNT4,JUN,CADM3,PTPRN2,PRRT2,CADM1,BCL11B,BCL11A,CADM2,PDE2A,NR2F1,ACADSB,PBX1,DCLK1,SNAP91,TOLLIP,WNK2,FXYD6,FAT3,CALM3,CDKN1C,GABRB3,TMEM151B,CSRNP3,GDI1,GRIK5,DIRAS1,GRIK3,SIPA1L2,ROBO1,AKAP12,JPH4,PCLO,JPH3,CAMKV,CHL1,TRIM2,ENC1,NCS1,DLGAP1,KIF1B,KIF1A,DLGAP3,APC2,PSD,SPHK2,SYP,DUSP8,SYN1,MLF2,NCOR2,CNKSR2,TOX3,MN1,ARHGEF9,BDH1,MPPED1,KIT,MPPED2,PXDN,CHST1,ARHGEF4,MAPT,PLCB1,SGK1,VAMP2,GAS7,NAPB,NFIX,SATB1,SATB2,ADAM22,AKAP6,ADCY1,GLRA2,CUX1,CAMK2N1,MGAT3,SC5D,SLC17A7,CTNNA2,RUNX1T1,GABBR2,ARNT2,GABBR1,KIDINS220,SORBS2,NMNAT2,GRIN1,NFIA,ABI2,NFIB,TTC3,RIMBP2,APBA1,PKN1,CDK5R2,CDK5R1,FHOD3,RAB3C,ATP8A2,RAB3A,CLSTN2,CLSTN3,WWC1,CTNND2,CLSTN1,OGDHL,IGF1R,SLC8A2,RPH3A,RIMS4,ATCAY,CDH2,KIF5C,BASP1,KIF5A,PALM,NRCAM,FADS1,PPFIA3,PPFIA2,PPP1R16B,CHRNB2,TMOD2,APLP1,LMTK3,TBR1,SRCIN1,POU3F2,RUNDC3A,POU3F3,FOXP1,CLIP3,OLFM1,ELMO1,TOX,PDE9A,FKBP5,GRIA1,BRSK1,NDRG4,BRSK2,RTN1,NTM,TMEM59L,CACNA1B,ITPR1,LPL,CACNA1A,CABP1,CACNA1C,CPLX2,SEZ6L2,CPLX1,RAP1GAP,CACNA1H,CACNA1G,SOCS2,IGSF21,ARHGAP21,PDZD4,PLXNA2,CAMTA1,KIF3C,RAB6B,PLXNA4,LRRC4B,MARK1,RAP1GAP2,ANKRD24,AUTS2,SYT1,CORO2B,SYT7,GNAO1,PTPRD,DAB1,EFNA2,DLG2,HOOK2,NBEA,NSG2,LHX2,HOOK1,DLG4,TCF4,LRCH4,SPRN,DOCK3,DOCK9,CELF2,CELF3,CELF4,CHD6,CELF5,CHD5,AFF3,ELAVL2,ELAVL3,NRGN,GRM5,MCF2L,PSD3,PMEPA1,PHACTR1,ERC2,SULT4A1,YWHAG,TRIM67,PDE4D,UBE2QL1,RTN4RL2,NAV1,NAV2,SEZ6L,SEPT5,NIPSNAP1,DNM1,SEPT3,ARL4C,VCAN,PTP4A3,SETBP1,DNAJC6,SNPH,DCX,CDH13,NAT8L,SHANK2,CAMK2B,NLGN2,NRXN1,PDXP,NRXN2,CRMP1,ATP1A3,PPM1E,NCALD,ADD2,STOX2,CACNG7,SV2A,MGAT5B,POLR2D,SLIT1,SPOCK1,NCAM1,SNCB,ATP9A,OPCML,CLASP2,CHGA,LINGO1,NTRK2,SLC12A5,NEGR1,PCDH8,CADPS,B3GAT1,ATP2B4,CCK,ATP2B2,FBXL16,MEIS2,NELL2,PNKD,NFASC,SBK1,PPP2R2C,FAM131B,R3HDM1"
+"gene_set_query"	"755"	"ZNF525"	"676.0"	"ARCHS4 Coexpression,1046;GTEx Coexpression,306"	"MDC1,ANKLE2,TRRAP,HNRNPU,EHMT1,SMC6,SMC3,TRIM28,CAPNS1,BSG,AKT1,UBAP2L,PRKACA,ATXN7L3,SMARCC1,AQR,CSNK2A2,MOGS,TIAM2,EWSR1,FAM76B,SF1,NUP205,TBC1D9B,BAZ2A,GIGYF2,MBTD1,APH1A,PDCD11,SYMPK,RDH13,PIP5K1C,ATRIP,TMEM184C,PHC2,SETDB1,PRRC2C,TYSND1,MEX3C,SETX,HNRNPL,TADA2A,TDP1,HNRNPD,CALM3,CDK13,EZH2,CEP57,ARF3,DAZAP1,NAT10,SMG7,KRI1,TMEM186,PHF8,TRIM8,ZMYM2,XPO5,UBXN7,SDF4,CIC,RSPRY1,RALGPS2,UPF1,BRD2,BRD1,TEX10,ACTL6A,MINK1,PRPF40A,WDR33,RNF168,INF2,POC5,HNRNPH1,MED21,MTF2,G2E3,PABPC1,ERGIC3,SF3B2,DOT1L,SRRT,CENPB,GGA1,BTAF1,RNF138,USP1,CLPTM1,MFN2,ANKRD52,YKT6,SUZ12,NPM1,SF3A1,SF3A2,MBD1,SCAF1,TAOK2,NUCB1,GRINA,NUP188,KDM1A,CLSTN1,ATN1,EDC3,KHSRP,ARHGDIA,ARID2,SBF1,AP2M1,HMGN1,PCID2,SUPT16H,KDM2A,USP5,RPS6,VASH2,LIG3,GTF2F1,MSH6,ATXN2L,ST7L,CTDNEP1,ILF3,HNRNPUL1,RAB35,CHMP4B,ADNP,SNRNP200,CSNK1G1,ANAPC2,ZCCHC8,ZCCHC7,DNMT1,KHDRBS3,RAB5C,GMPS,ISG20L2,PRPF8,GTF2E2,TPR,UBR5,DVL1,EP400,SUDS3,ZC3H14,PDZD7,NUP155,NONO,HPS4,CNOT10,ANKHD1,UBE2W,SH3BP5L,CNOT1,HOOK1,CAPRIN1,GNB2,GNB1,PLEKHM2,PLXNB2,STT3B,CNTROB,TCF3,TUBGCP4,NFE2L1,RNF187,ACADVL,GSK3A,PRKCSH,CEP164,TMEM191C,PPP1R9B,RPL7A,SEC61A1,METTL14,LASP1,SART3,NUP62,TOPBP1,DGCR2,SCYL1,IQCB1,TBP,USP42,DIS3,EED,DDX55,CAD,SPATS2,SH2D3C,UTP18,TRAF7,SFPQ,DALRD3,DNAJC5,AKT1S1,BIRC6,PPP1R12C,DCTN1,RAB1B,MLLT1,DNAJB2,FAM168B,GANAB,CAND1,RBBP4,U2AF2,RBBP6,E2F4,FBRS,PDLIM7,ARFGEF1,HNRNPA3,ZFC3H1,TPD52L2,MGAT4B,ACIN1,QRICH1,P4HB"
+"gene_set_query"	"756"	"LHX6"	"676.0"	"ARCHS4 Coexpression,158;Enrichr Queries,710;GTEx Coexpression,1160"	"VEZT,CCNJ,MYT1L,ITSN1,STMN4,ENO2,FNBP1L,RUSC2,DPYSL5,PPP2R1A,DPYSL2,OGFOD2,DPYSL3,FAM110B,STMN1,DPF1,KIFAP3,SOX4,EPHA5,EPHA4,MEF2C,ST6GAL1,CXADR,WSB1,RBFOX2,ACOT7,CSNK2A1,ARL15,SOX11,ANK1,EID1,SFRP1,FEZ1,RUFY3,DDIT4,KCTD13,SPARCL1,HECA,KCTD12,SIK2,TLN2,TAGLN3,PFN2,BEX4,NRN1,MAGED1,STXBP1,FOXG1,NPRL3,PIK3R3,CEND1,ATXN7L3B,APCDD1,HTATSF1,KALRN,PRKCZ,NUAK1,FLRT2,PRKAR2B,PCBP4,B4GALNT1,SCN3B,VTI1B,ATP6V0A1,CDK17,JUN,PRRT2,BCL11B,BCL11A,PLK2,ST8SIA2,PDE2A,NR2F1,DCLK2,NTAN1,DCLK1,TMEM198,MLLT11,CCDC88A,H2AFY2,SESTD1,PKIA,NMT2,FXYD6,NOL11,CD200,ITM2C,GPR19,CDKN1C,NRP1,WDR47,PTPRS,CSRNP3,GRIK3,OLA1,AKAP12,ACTR1A,TUBA1A,CAMKV,TMEM44,TRIM2,ENC1,SPIN1,DLGAP1,CEP68,CCDC112,BRD3,ACTL6B,ELOVL4,TSC22D1,MMD,HSBP1,LRRC40,DUSP6,MTSS1,ITFG1,MLF2,RGMA,MN1,TUBB2B,TUBB2A,MPPED1,KIT,PXDN,CHST1,MAPRE3,EXOC5,SGK1,PAFAH1B3,DBN1,VAMP2,GAS7,DYNC1I2,NAPB,NFIX,SATB2,ATL1,CRIP2,AKAP6,ADCY1,NOL4,PAPSS1,CUX2,TMEM169,HSF2,APBB1,CTNNA2,ATP6V0E2,DTD1,RUNX1T1,PEX19,KIDINS220,VEGFB,NMNAT2,PNMA2,BLCAP,KLHL9,ATAT1,NFIA,ABI2,NFIB,KIF26A,CSDC2,KLHL7,TTC3,CACHD1,PKN1,CRLF1,CDK5R1,VKORC1L1,PHLDB1,RAB3A,CLSTN2,CDH8,FADS3,NUDT11,NUDT10,RIMS4,ATCAY,CDH2,BASP1,TUBB3,PALM,KIF5A,PLS3,LZTS1,FADS1,SYBU,HMGN1,PPFIA2,SEMA6B,PPP1R16B,CHRNB2,ANKRD46,IGFBP3,POU3F1,GRIP2,ADAM19,CLIP3,OLFM1,PREPL,ERP29,FSCN1,AMPH,TOX,LY6H,GRIA1,ATP6V1A,RTN3,NDRG4,RTN1,BTF3L4,TMEM59L,LPL,CACNA1A,KLC1,NDRG1,RAP1GAP,SOCS2,ARHGAP20,KLC2,FUT9,PLXNA2,KIF3C,PLXNA4,TBC1D16,IP6K2,IVNS1ABP,UVRAG,KLHDC3,SYT1,ARHGAP29,NSG1,MARCH6,REEP1,LRFN5,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,CAPRIN1,CNOT3,TCF4,SERINC1,OSBPL1A,EIF4G2,KDM5B,PODXL2,CNRIP1,DOCK9,CELF1,CELF3,CHD6,ELAVL4,LDB2,ELAVL2,GPHN,TRO,SPRED2,DUSP12,NGRN,YWHAQ,GDAP1L1,PMEPA1,CEP170,SULT4A1,SVOP,HSDL1,RBM18,DHPS,LANCL1,NAV2,SEPT5,PJA1,ARL4C,VCAN,PTP4A3,RCN2,DDAH1,DNAJC6,DCX,CDH13,TERF2IP,ITGB1BP1,SHANK3,INA,SHANK2,ST6GALNAC6,HDAC2,HDAC3,ROCK2,DCTN1,RGS16,USP11,CXXC1,TULP4,NRXN2,RBM4B,CRMP1,DLL1,ADD2,GNG3,MAPK8,GNG2,ABLIM3,CNR1,SLITRK1,POLR2D,SLIT1,FYN,PCDH1,CRYM,WASF1,MEST,UBQLN2,OPCML,CLASP2,NTRK2,NEGR1,NDUFA5,PCDH7,PCDH8,MEIS2,GDAP1,NELL2,MAPK10,MAPK11,NECAP1,APC,NOVA2,SPRY2,VIM,SSBP2,PTPN5"
+"gene_set_query"	"757"	"BCL11B"	"676.5"	"Literature ChIP-seq,145;ARCHS4 Coexpression,1002;Enrichr Queries,320;GTEx Coexpression,1239"	"EPHB6,CYFIP2,MYT1L,CISD1,RAPGEFL1,BACH2,NUDT3,FAM110A,ALCAM,HERC1,DPYSL2,MYC,DPYSL3,EPC1,KIF21B,SLC12A6,SOX4,SOX5,EPHA5,EPHA4,EPHA7,MEF2C,RBFOX1,CXADR,ST6GAL2,FNBP1,ACTN1,SOX11,ANK3,ANK1,INPP4A,TIAM1,SFRP1,DDIT4,ASPHD2,HECA,KCTD12,TRIB2,CDC42SE1,NRN1,TSHZ3,FOXG1,MYCBP2,TRANK1,NEDD4L,VPS26B,PIK3R1,APCDD1,SGPL1,CHST15,GSE1,RDH13,HIVEP2,NDFIP2,JUN,PTPRN2,JUP,CADM1,BCL11B,BCL11A,PLK2,SYNRG,SMARCA2,PRDX6,PBX1,DCLK1,VANGL2,ID2,CCDC88C,SDC1,ITM2C,CDC42SE2,GABRB3,ROBO2,NRP1,WDR47,SMG1,BTG1,CDKN1B,FAF2,CLTB,WDR41,SLC7A11,PCSK7,SPPL3,ROBO1,LIMD2,AKAP12,ENC1,TCP11L2,PLEKHN1,JARID2,ELOVL4,ACAD9,MINK1,ELMOD1,DUSP6,MTSS1,MLF2,PARP8,NCOR2,MN1,ZEB2,HNRNPH1,TET3,KIT,MPPED2,PXDN,RAPGEF1,ARHGEF4,ARHGEF1,PLCB1,SGK1,ARF5,RNF166,GAS7,NFIX,SATB1,SATB2,FGD3,CAMK2N1,PAK6,RUNX1T1,NKTR,KIDINS220,WNT7B,SH3RF3,NFIA,NFIB,ABI1,CDK5R1,UHRF1BP1L,CELSR2,IGF1R,SMCHD1,BASP1,COTL1,PPP1R16B,RALBP1,SLC38A1,RNF44,KDM2A,USP3,ANKRD44,CTNNBIP1,ADAM11,ATP11B,POU3F1,ATP1B1,RUNDC3B,FOXP1,OLFM1,TMX4,MYCN,MSH3,TNIK,TOX,XPR1,DDX6,DDX5,ITPR1,CACNA1A,RASGRP2,STK4,EFNA4,NDRG1,CORO1A,CACNA1E,RLF,RAP1GAP,EFNB2,NEUROD6,PLXNA2,CAMTA1,MARK2,RAP1GAP2,PRNP,CBX4,AUTS2,SYT1,ATP8B2,MARCH6,ARHGAP32,EFNA3,EFNA2,NR4A3,HOOK2,NBEA,HOOK1,AAK1,BLMH,DEGS1,MDM4,DEGS2,OGT,DOCK9,CELF2,CHD6,PTEN,PIK3CD,SLC2A3,CHD3,AFF3,BICD2,SYNE2,DUSP12,SEPT6,LBH,GM2A,MFSD5,RASGEF1B,PMEPA1,PHACTR1,DGCR2,RBM33,SUN2,SUN1,KLF13,PLA2G4E,PDPK1,PDE4D,TNFRSF19,NAV1,NAV2,PPP2R5C,ARL4C,VCAN,PTP4A3,SETBP1,CTDSP2,CDH11,DCX,EVL,BCAT1,CHMP7,SHANK2,CAMK2B,PARD6G,CRMP1,ACVR1B,JAKMIP1,NCALD,MLLT6,ADD2,CDC42,ABLIM1,GNG2,RAB40C,SPOCK2,SLIT1,FYN,NCAM1,CYTH1,NTRK2,RRM2,SEMA4D,PCDH7,PLCL2,ATP2B4,ATP2B1,BAIAP2,MEIS2,DLK2,NELL2,TNRC6C,MARCKS,KLF6,SNRK,NIN,TSPAN14,PDE10A,SBK1,PIK3IP1,RPS6KB2,TRIM35,CCM2,VIM,PDE7A"
+"gene_set_query"	"758"	"SPI1"	"677.2"	"Literature ChIP-seq,13;ARCHS4 Coexpression,1131;ENCODE ChIP-seq,84;Enrichr Queries,1277;ReMap ChIP-seq,187;GTEx Coexpression,1371"	"TFRC,FAM110A,NDST1,AKT2,ALKBH1,GPBP1,FGFR1OP2,ANKFY1,PWWP2A,PRKACA,FNBP4,PRKAB2,FNBP1,PRKAB1,DDIT3,DDIT4,UNC50,JTB,SAR1A,TARSL2,NPRL2,MEPCE,BAZ2A,ADAMTS10,RDH14,LTA4H,PIP5K1C,HEXIM1,JUN,FUCA1,EIF2AK3,PBX2,LARP4,BTBD10,TBL3,HYOU1,SFXN1,LGMN,MTMR14,KCNC3,ARHGAP1,SNX10,MED15,DDA1,MED12,MED11,ATIC,MED10,SMPD1,ENOPH1,DLGAP4,DUSP1,SPHK2,SLC39A11,SLC39A13,GMIP,DUSP6,TOMM40L,MED29,PHF20L1,SLC7A6,MED25,PXDN,SDHAF1,MED20,RAPGEF1,PTRH1,ERGIC3,PAFAH1B2,ERGIC1,TRUB1,SAMD8,NIP7,ATL1,WRB,ODC1,DLST,STX6,SPOP,ZSWIM6,RICTOR,EGLN2,SNX21,NUDT21,RABIF,MYBBP1A,TAOK3,CCDC9,SNX17,SHKBP1,APEX1,TAOK2,PKN1,CIAPIN1,YPEL5,YPEL4,YPEL3,MTCH1,CRCP,FBXO28,ATN1,LTN1,SLA,PLOD3,CASC3,FBXO21,FBXO22,FADS2,POFUT2,FNTA,CIR1,CISH,FAM118A,CNPY3,FBXW2,PIAS2,LENEP,CDC25B,TPST2,MSH6,MINPP1,MSH2,SRSF4,SRSF5,ARL8A,SRSF9,ARL8B,FTO,IREB2,GMPS,LIN7C,CORO1A,CORO1B,CORO1C,FBXO42,EIF1AD,MED30,G3BP1,ZKSCAN3,PGK1,SMYD2,BRIX1,NADK,TMEM120B,FBXO38,HPS4,ARPC4,ARPC5,YRDC,SH3BP5L,SON,ARPC2,ARPC3,NIT1,LRCH4,ITGB1,NUMA1,NRGN,PGLS,ARL5A,SNAP29,UNKL,ACTR3,UNC45A,EIF5A,BCAS3,EIF5B,DHPS,MSL2,AHSA1,TFIP11,MSL1,ATRN,IMPACT,SYF2,TMBIM6,ETF1,BCAT2,BECN1,PRPS1,UHRF2,SRC,SRSF1,FOXRED1,SRM,CDC42,ZNRF2,U2AF2,PHKG2,TRIM46,EIF4H,E2F4,EIF4B,HNRNPA0,NOP56,MARCKSL1,HNRNPA3,CIZ1,TRIM41,FEM1A,TSPAN14,EIF3M,NECAP1,NAGK,EIF3K,SYT11,EIF3L,EIF3I,TRIM35,EIF3G,PDCD4,TRIM37,ATXN10,EIF3C,EIF3A,TRIM33,PPAN,ACTB,RCBTB1,HERC4,EFR3A,HERC2,HERC1,SNRPD2,SNRPD1,CDC26,BSG,TRIM24,EIF2D,TRIM27,ATP6V1E1,ATXN7L3,TBC1D22B,EIF2A,SMARCC1,SMARCC2,ALG5,CIRBP,TALDO1,CSNK1D,ACTN4,ALG1,BCS1L,TMEM170B,PPA2,PPA1,CDC37,SUB1,KCTD12,BCORL1,TRIM11,SLC45A4,TBC1D9B,DHX8,MYCBP2,ZBTB5,ACTR3B,CDKN2AIP,PGS1,MBTD1,SEC14L1,FAM192A,NTNG2,BSDC1,MYO5A,NTAN1,IFFO1,MED13L,SMARCA4,AIMP2,ZBTB6,CDC16,CALU,GRB2,NOL10,FBXL6,MON1B,SUGP1,HERPUD2,DHRS13,MRPS15,PAK1IP1,MRPS10,COX7C,HERPUD1,PTMS,SYNCRIP,PPP3CA,MAP1LC3B,PCM1,RAC1,NANS,BBS4,GIT1,CAP1,COX8A,PCYT1A,MRPS23,GAB2,TFB2M,SREBF2,APRT,TOX4,GAK,KIN,RAP2A,RAP2B,SLTM,UFC1,TAX1BP1,ARHGEF4,FAM32A,ARHGEF1,ARHGEF2,PABPC1,PTMA,DYNC1I2,MRPS35,CAB39,GNAI3,COX5B,COX5A,NAPG,RELA,GNAI2,PCNP,MGAT1,MGAT2,RAE1,DYNC1I1,MAP3K3,DYNC1H1,GABBR1,PNPLA8,VEGFB,TTC1,MYO9B,YIF1B,PDCL3,ITCH,SEC23IP,NUDT8,SGSM3,TTC3,TCEA2,CCNYL1,GRINA,ZFP28,OTUD5,CRTC2,SYS1,NARF,COX6A1,EEF1B2,AMMECR1L,FAM3C,MORC3,TMOD3,TMOD2,DNAJB12,ADAM10,SDHC,UBE4B,SDHD,SDHB,DHDDS,ADAM19,TBC1D20,EHBP1L1,DNAJB11,TBC1D23,PPIG,PPIB,PPID,TSG101,COX16,COX17,CACNA1G,RNASEH1,IRAK1,GRK6,TBC1D14,LLPH,TBC1D17,UBE2F,YARS,NUP155,CNOT10,AP4B1,MANBAL,AHI1,HOOK2,UBE2S,CCPG1,GNB2,UBE2N,UBE2K,GALK1,CUEDC2,DYRK3,HP1BP3,USE1,TTC28,TMEM222,LASP1,TMEM223,EEF2K,MAN1A2,SUN1,TBP,CAD,EPN1,EEF1G,RER1,TMEM214,CAT,ATP6V1B2,NAT8L,OTUB1,AGPAT5,RRN3,RNF8,ASAP1,AGPAT1,RNF4,AGPAT4,MTA1,TMEM203,SV2A,TDG,TRA2B,TGS1,MKNK1,MKNK2,BNIP1,PTK2B,TMEM208,DROSHA,RALY,MTA2,RPP14,TIMM8B,NIPSNAP3B,TTC14,USF2,CDK11B,USF1,SMUG1,GALE,UFM1,TEF,ERCC1,ERCC5,VPS29,TES,ARPC5L,PHAX,SMC6,PHB2,CNST,TFG,ZMIZ1,AP1S2,LUC7L,HOMER3,VPS36,VPS39,CDK5RAP3,NUP214,DDX18,VPS18,PRKCD,ARMC9,WDR75,WDR73,HCFC2,DAAM1,NUP98,ANAPC13,SEH1L,ARPP19,ADH5,ANAPC11,RRP7A,LDHB,WDR70,BLOC1S1,NRBF2,ST3GAL2,HMOX2,VPS16,BTF3,PHC2,PRELID1,ICMT,IRF2BP2,NR1D1,MCAT,WDR55,EHD1,MEX3A,HNRNPK,ARL2BP,HNRNPF,HNRNPD,ATG2A,FARSA,SETD5,PYGB,SETD2,BTG1,CDKN1B,WDR48,PHF23,SETD6,WDR41,SMG7,WDR43,SMG5,SMG6,PHF8,TK2,RRP12,CIC,JARID2,CEP68,EXOC7,NUTF2,GNL2,GNL1,NCOR2,ZEB2,TUBB2A,TCP1,EXOC4,EXOC3,PLEKHO1,GARS,TKT,EXOC2,EXOC1,GRN,CLDND1,RNMT,TIMM9,ADCY6,FGD1,FAM129B,FGD3,ARFRP1,SCAF8,PPP1R7,UBN1,USP1,PAIP2,DEDD,YTHDF3,CSNK1A1,KIDINS220,NR1H2,ELP2,DHRS1,SNCAIP,WDR11,OSTM1,JKAMP,FAM49A,FAM49B,ANKRD13D,SYAP1,UBP1,AUP1,IPO7,EDC4,PPP1CB,NPEPPS,PPP1CC,LAMP1,CFL1,PAPOLA,ANKRD13A,IFNAR2,RARS2,RAB2A,USP8,TLE3,TPM3,USP4,USP3,DYRK1A,TRAFD1,THOC5,VRK3,NRBP1,PYGO2,ILF3,RAB31,RAB34,RAB35,FKBP8,PGP,SNRPE,AAGAB,SNRPC,FKBP5,CSNK1G1,IFNAR1,FKBP2,RAB5C,CBFB,GLT8D1,UBR4,SLC38A10,UBR3,UBR2,ORC4,ORC6,UBR7,ORC3,TPR,DVL2,PLXNA2,DVL3,SMN1,MAP2K7,MCL1,AP1M1,EIF2B5,AKIRIN2,UVRAG,EIF2B3,RAB4A,RAB4B,EIF2B2,CCDC12,POLR3GL,TRAPPC4,TMEM132A,TRAPPC5,OSBPL2,M6PR,TRAPPC8,FANCE,COPS6,SLC7A6OS,SYNJ1,LRFN1,TPP2,COPS8,RAB5A,RSL24D1,BCL2L2,CNIH4,ZC3H4,WDR3,SYNE2,PIK3C2B,LBH,VPS72,AP1G1,UBTF,TLK2,EIF2B1,TNPO3,IDH3A,ADSL,PLEKHG2,RFC2,SGIP1,RPL13A,PLRG1,CTDSP2,DNAJC5,POLR1C,POLR1D,CRK,ALDH9A1,MTPN,HDAC3,VPS4B,DNAJB2,DNAJB1,DNAJB6,HAUS8,FIP1L1,POLR2C,DNAJB9,CSK,ASCC2,POLR2G,POLR2H,POLR2I,SEC11C,SLC35A2,MLXIP,SLC35A4,RNGTT,ASCC1,FBXL19,NCKAP5L,CCDC59,TPRKB,FBXL14,BCKDK,TNRC6C,VAPB,POLR3D,MFAP3,VPS41,POLR3E,SNRNP48,PPIL3,POLR3K,PPIL4,TPT1,SLC35B2,PANK2,IFITM2,SLC35B4,PANK3,VARS,SLC35B1,ZMYND8,PITPNA,GBA2,HS6ST1,RPS15,NFU1,RPS14,RPS17,FRAT2,RPS16,RPS19,KAT5,PPP2R1B,FLAD1,PPP2R1A,RPL36AL,FTH1,MAGOH,ARFIP2,RPS11,BTRC,SEPHS2,RPS13,TBC1D10A,TBC1D10B,SRRM2,COG8,COG4,AP1B1,COG2,COG1,SRRM1,NIF3L1,POR,MTHFD2L,SIK3,SUCLG1,ATP6V0D1,CSTF3,STXBP2,CSTF2,LIAS,HTATSF1,RPAP3,MYL12B,UGCG,ZNHIT1,FXR2,PDCD11,PDCD10,CSTF1,ATP6V0A2,MLEC,GSE1,RALGDS,VASP,TMEM184C,ZRANB2,SETDB1,SYNRG,PYCR2,PUM2,RPS25,RPS28,RPS27,FUBP3,ADCK1,FUBP1,ADCK5,RPS20,RNPS1,RPS21,TECPR2,C2CD2L,GFM1,UBXN1,FAM45A,CITED2,ZFAND2A,SLC35F5,SRA1,SIPA1L3,SPPL3,LIMD2,XPO6,CHMP1B,XPO5,UBXN7,SEC61B,UBXN4,RAB8A,GABPA,PSD,PSENEN,TOP3B,PARP6,TMED9,STRADA,STRADB,ZDHHC13,CBFA2T2,PPRC1,ITFG2,MLF2,SCNM1,NFX1,HNRNPH1,HNRNPH2,SDCCAG8,FYTTD1,CSTB,MAGEH1,AMIGO1,NOL8,NOL9,GDPD5,PTS,TYMP,PPP2CA,AMN1,PPP2CB,ZDHHC18,CHRAC1,UBTD2,NT5M,APBB3,CAPZA2,NBR1,MPHOSPH8,NDUFA13,KDM1B,MRFAP1,LZIC,TATDN1,COL4A3BP,ARHGDIA,FPGS,CWC22,HCFC1R1,COTL1,AZI2,PHYH,SHISA5,NOSIP,PRPF6,HGS,MATR3,COPB2,ZCCHC7,COPA,ISYNA1,RPS19BP1,NOP2,PXN,CLEC16A,EMG1,TCTEX1D2,KLHDC10,KLHDC2,CPSF7,CBX4,CBX3,RHBDD2,COQ9,COQ7,PI4KB,LRP10,ZSCAN2,LRP11,MUS81,GPSM1,DBI,CASP9,SPRED2,MFSD5,CASP3,CASP2,MFSD1,TOPBP1,KDM6B,MAPK1IP1L,SVOP,H2AFX,AXIN1,RPS3A,PPP2R5C,DCK,LSS,DNM2,FCHSD1,RABEP1,TRAPPC6B,AKT1S1,PFDN2,PFDN5,THOP1,VAC14,STOML2,KDM3B,STOML1,PDXP,ATP1A1,TBRG1,NXF1,MAPK9,FAM168B,CHSY1,FAM120B,LEPROTL1,SAP30L,MAPK1,BUB3,MAPK3,ATP13A1,QPCTL,LIMK2,CAPN10,RPS6KB2,PPP2R2D,RBMX,MDC1,MT-ND4,TSEN54,SCAMP5,LSM10,PREX1,SCAMP4,RABGEF1,KRTCAP2,SAMD14,PSMD7,ZFYVE27,STARD3,GABARAPL2,MEF2C,DAXX,CSNK2A1,NGDN,RFX1,GAPVD1,SCAMP1,HDHD2,SCAMP3,SCAMP2,EML4,FAM133B,EID1,MYL6,PRKAR1A,RFX7,CGGBP1,MTMR2,MEAF6,MTMR9,COPS7B,AGAP1,ABCB8,COPS7A,AAAS,MTMR4,MRPL12,OAZ1,GABARAP,MTMR6,GIGYF2,MRPL11,CYB5R1,MRPL20,CYB5R4,HSPH1,HMGXB4,CYB5R3,AMZ2,MCTS1,EDEM3,PRRT2,EDEM1,MRPL27,BBIP1,SNF8,ERLIN2,MRPL23,MRPL24,SNUPN,EIF1,SETX,ABTB1,EIF5,EIF6,TDP2,TDP1,PSMG4,AVL9,TMEM9B,ARF3,PIGT,HEXA,CTCF,MRPL34,MRPL32,AACS,TRIOBP,HSPB11,PIGX,IKBKB,TUBA1C,TRMT112,NIPBL,MRPL40,RPLP2,SH3BGRL3,UPF2,LYPLA2,LRRC45,ELOVL5,NSUN2,PGAM1,ACTL6A,MRPL49,LRRC40,ELOVL6,SIRT6,DYNLL1,SRP9,MRPL44,MRPL52,PSMA5,PSMA6,PSMA2,TMEM33,PELI1,TMEM106C,TUT1,PICK1,TMEM106B,PGAM5,SLC29A1,VAMP4,VAMP2,ARF6,LRRC14,RNASEK,SRRT,HTT,MRPL55,GGA1,PSMB4,UNK,TCOF1,PSMB2,PSMB3,AP2S1,MEF2D,SRSF10,YKT6,UTP6,MDH2,UTP3,USP9X,STAT2,BYSL,LRRC20,SPSB3,TMEM59,LYRM2,FABP5,PSMC2,UBAP1,RPL22L1,HDDC2,CCNT2,CSE1L,UBE2D2,UBE2D3,TSEN2,YY1,STK16,KPNA4,PMPCA,NOMO1,PPP1R16B,SLC38A1,IK,PPP1R16A,UBE2E1,PRPF4B,RBX1,ACAP3,SLC9A8,MAPKAPK2,MRTO4,ANAPC4,SQSTM1,KPNB1,LRRC59,RNASEH2C,PFKFB3,PEF1,MAZ,ISG20L2,SLC9A1,SBNO2,PMVK,STK38,ZBTB17,DR1,TIA1,ZBTB12,ZBTB11,EEF2,ZC3HC1,AAK1,TUBGCP5,PIN1,HSP90AB1,COX4I1,PIK3CD,ARRB1,ARRB2,MRPL4,NGRN,CAPZB,SUMO1,NCK2,HMG20A,MRPL9,CTNNBL1,PELP1,PPP1R12A,SH2D3C,VPS37C,ARNT,RAD23B,DDOST,PPM1A,HAX1,SLC25A19,SEC22B,PPP1R12C,SLC25A11,AHDC1,BIRC2,NDUFB9,PPP1R15B,NDUFB7,LRP1,PPM1L,NDUFB5,PRCC,CXXC1,NDUFB2,FURIN,PPM1D,PPM1G,NCLN,KATNA1,SH3BP2,SH3BP5,CDC37L1,BEND3,LRRC8D,LRRC8A,AAMP,SLC25A25,SH2B2,CYB5B,PTPN1,PPP1R14B,NDUFA7,MMAA,MBOAT7,NDUFA2,FOXJ3,LYSMD2,LYSMD1,IMMT,RPL23A,BAIAP2,MCOLN1,TPD52L2,SLC25A39,PTPN9,CCM2,SMAP2,SEC24C,EIF4A2,EIF4A1,AHCYL1,LPGAT1,CCNI,TMEM41B,EIF4A3,PREP,JMJD1C,THUMPD3,ZDHHC7,GCC2,CCNC,IFI30,CYB5D1,RASSF1,RASSF2,CHORDC1,FAM53C,CCNL2,CCNL1,SLC12A9,SEC63,ZFP1,IMP3,NSMCE2,NSMCE1,MIF,GNPAT,CD2BP2,KDELR2,MMADHC,TMEM87B,SUPT4H1,PTTG1IP,UBE2J2,SNX3,APH1A,PGBD5,DHX34,LARS,PCBP1,DHX35,DHX36,DHX38,SYMPK,N4BP1,SNX5,XRCC6,SURF2,ZFR2,ARMC10,PPP1R1A,WNK1,PAF1,INTS7,CALM1,RGL2,TMEM151B,USPL1,GPAA1,CTSZ,AP2A1,PCSK7,IER3IP1,PEPD,ARV1,HYAL2,ENC1,DHX16,SSSCA1,CTSE,UTP14A,CTSB,VKORC1,TMEM150A,DBNL,ACAD9,ANO8,ANO6,COMMD6,CTU1,MRPS9,CSDE1,G2E3,CD47,GLCCI1,DBN1,STK40,STX12,STX16,DOT1L,STX18,CCDC106,EXOSC7,RXRB,MNT,EXOSC4,SERTAD2,EXOSC9,PES1,HSF1,GPC2,HEATR6,PAK2,CCT5,CCT4,YIPF3,YIPF4,CRIPT,UBE2G1,DOHH,PPP1CA,TMUB2,MIB1,RGP1,FKBP1A,MAD2L2,PER1,DPY19L3,NEDD4,ESYT2,DPAGT1,MIDN,DBR1,PHRF1,ACRBP,FAM174B,SNIP1,EP300,PPFIA3,SLC30A9,TPRA1,ZGPAT,ADPRHL2,DIMT1,SSU72,LMTK2,ATAD3A,TMX3,HNRNPUL1,HNRNPUL2,TMX1,GPD2,RTN2,PSMD12,RBM8A,PSMD14,PSMD13,TOR1AIP2,KLHL12,RASGRP2,RTN4,KIF3B,CAMTA2,NDUFV2,NDUFV1,BCL9L,CCDC134,IVNS1ABP,VTA1,PHF12,ECD,HMGA1,CCZ1,SUPT5H,SSH3,ANKHD1,CLK2,RCL1,GCLC,PAN3,PQLC1,PHF14,PICALM,YWHAE,GSK3B,GSK3A,PRR7,RBM25,DDX46,YWHAB,PRKCSH,DDX42,DDX41,TRIAP1,MEA1,AFF4,TMEM191C,PPP1R9B,UBE2Q2,BCL7C,NUP62,GATAD1,BCL7B,TIMM17A,NPTN,LRRFIP1,RBM33,YWHAH,RBM17,ARHGEF12,NCBP2,BUD31,GLRX5,DDX55,TBC1D9,GLRX2,CREB3,VCAN,SFPQ,LMBRD1,NDUFS8,RCN2,GORASP2,PEX6,PPDPF,NDUFS2,ATG4B,NAA38,EAPP,IRF9,RBM22,DCTN5,PARG,DDX27,DDX24,NAA20,DCTN4,DDX21,HMGCL,MAT2A,RAB40C,TNKS2,TAF1C,VHL,PDLIM7,TAF13,GALNT2,TAF10,LRWD1,SOD2,MAPK14,IRGQ,PNKD,GOLPH3,GLB1,BRMS1L,VIM,R3HDM1,CLUAP1,TAF2,RAN,TAF1,RPL4,CYFIP1,RPL5,CLPB,RPL31,DCAF8,ENO2,RPL8,RPL9,BACH1,RPL6,RPL7,GLE1,PCMT1,NUB1,RNF114,MYC,ZXDC,RPL36,RPL35,RPL38,PIP4K2B,RPL37,MPV17,IER5,NFRKB,IER2,RNF111,MED1,TSPYL1,RPL21,WSB2,DAPK1,PIH1D1,RPL23,MED8,MED4,CLPP,RPL27,RPL28,UBA52,ALG10B,DUS3L,PRR14,PRR13,CDC42SE1,POM121,RPN2,NOLC1,ATXN7L3B,SLAIN2,PPP3R1,PRDX5,PPP4C,RIC8B,PRDX1,CHST15,SERF2,BRAP,RPL41,CDK19,H3F3B,H3F3A,MTHFR,CDC7,UPF3A,GPN1,TMEM199,FIBP,SLC6A6,GLUD1,GIPC1,UNC119,CPEB4,OGFR,ELL,TCF25,CLTB,ADK,CLTA,CLINT1,ING4,TRIM8,TMSB4X,GPR137,RIOK2,RIOK1,AP3S1,ZC3H10,SSR4,HSBP1,IFNGR2,SSR2,TIMM23,RNF168,RNF167,INF2,TET3,RNF166,SF3B4,PHLPP2,SF3B5,RPL10,GPS2,TIMM10,TMEM165,BCLAF1,SRP72,RNF138,LMAN2,RPS3,RPL14,RPL13,BRD9,ANKRD52,RPL18,RPL17,SF3B1,SF3A3,SF3A1,SF3A2,GTF2H1,TRMT1,WWP2,GTF2H5,FIG4,AGBL5,TM9SF1,ABI2,ABI1,TRMT6,ZYX,TUSC3,TUSC2,CLSTN1,RNF19B,BZW1,MAEA,MAF1,TMSB10,SEMA6B,RNF44,ANKRD44,GPT2,RPS6,RPSA,DGKZ,GTF2F2,RNF41,CTDNEP1,CACNB3,ERP29,NHP2,TTPAL,DNMT1,SEMA7A,CUL7,ANKRD16,CD151,CUL2,ABHD8,ITPR1,AK2,KRBA1,GTF2E2,BAG4,PSAP,BTBD2,NDN,ABL2,SLC15A4,MPDU1,WDTC1,ANKRD34A,TOR1A,ANKRD27,MARCH6,TOR1B,LSM4,ZZEF1,CDK9,CDK8,NSFL1C,SCCPDH,ZFP62,TADA3,SPIRE2,RNF181,TADA1,GPR107,SERINC1,CNOT8,SERINC5,EIF4G1,LMBR1L,RNF13,RNF14,DUSP12,SART3,GM2A,OPA1,SIN3A,OPA3,GPX1,REXO1,LIX1L,DUSP26,YDJC,BET1L,COASY,ZFP90,PTP4A2,ASPH,RPL37A,SOS1,EIF4E2,RNF31,NFAT5,GTF2A2,RNF34,WBP2,RPL36A,RBBP5,RBBP7,DCAF11,UGGT1,RNF20,SEMA4A,SPAG7,RNF24,TXNRD3,PLCL2,ADRM1,RPL35A,PTPN11,SEMA4F,TRIT1,NIN,KLF6,APC,IMPDH1,MGAT4B,RUNDC1,METAP1,CMAS,PWP1,GOLGA2,SAP130,ARL6IP5,ZFPL1,GLUL,AGFG1,AQR,TIPIN,MRPS18A,MRPS18C,RRAGA,RRAGC,RRAGB,BOLA2,CRYZL1,XRN2,VDAC2,VDAC1,PFN1,EZR,AURKAIP1,IGSF8,TMEM161B,TMEM161A,IGSF3,ANP32A,TWF2,TRMT2A,NMD3,DGUOK,GNG10,SPAST,VPS8,SCAP,MAP4,PATZ1,NUS1,BCL11A,STK11IP,SS18L1,STAM,UBAC1,UBAC2,GADD45G,MANF,PARP11,STAG1,GOLGB1,CCDC88C,ANP32E,ANP32B,CC2D1A,ITM2B,ITM2C,CC2D1B,DAZAP2,HBS1L,DAZAP1,FAF1,GDI2,FAF2,MYL6B,VLDLR,PRPF19,CX3CL1,RPTOR,HINT1,SERP1,CAMKV,GLIPR2,ZMYM6,RSPRY1,PRMT7,RHOF,TUBG1,UCHL3,NME1,RAB33B,NME7,WAC,STRAP,MAPT,ALDOA,MAPRE1,MAPRE2,PRIM2,TRAK2,CUX1,SHOC2,DCPS,SUZ12,RANBP2,RANBP3,RSL1D1,PRPF39,MARS,RAB3GAP2,PRPF31,FAU,TOMM5,GALNT11,ARID4A,TOMM20,FBL,CHCHD2,BASP1,POGZ,CHCHD7,TMEM14C,PDIA3,ANGEL2,TOMM34,MATK,WRNIP1,TRNT1,KCTD6,PDIA4,DCTD,OXA1L,TMEM136,ELMO1,RELL2,ATP6V1A,STK4,ADIPOR1,CSF2RA,SEL1L3,DPP3,SDCBP,DPP8,TMEM127,TMEM128,ATP6V1H,ZC3H18,ZC3H13,MARK2,ZC3H15,SMAD2,ACBD6,ACBD5,HSPA5,DNAJC11,IFT122,BFAR,DNAJC13,DNAJC14,AZIN1,NFKBIA,DLG4,ATG16L1,CLASRP,ACBD3,GRSF1,B4GALT3,SCYL3,ACADVL,USP38,USP32,USP39,PKD1,SENP7,FLOT1,FLOT2,PDE4A,TMEM109,SPEG,POLG,KLF11,SENP3,ARID1B,KLF16,TGFBR1,LUC7L2,TSEN34,RGS19,USP16,POLDIP2,TM2D2,USP10,GMPR2,OPRL1,MTIF3,TM2D3,SPG7,MOSPD3,IWS1,U2AF1L4,NT5DC3,CAMK2G,ABCF3,CLASP1,SPEN,IGBP1,USP21,BAD,SGTA,ZFC3H1,HSPE1,MEIS2,GDAP2,NEURL4,PIK3IP1,BAX,SSBP1,ABCE1,SSBP2,SSBP4"
+"gene_set_query"	"759"	"ZNF697"	"677.3"	"ARCHS4 Coexpression,580;Enrichr Queries,679;GTEx Coexpression,773"	"NCKAP1,APP,TRIO,PANK3,EHMT2,EPRS,BACH1,NDST1,GOLGA5,ALCAM,ZMIZ1,DPYSL2,MYC,CDC27,DPYSL3,LONP1,IER5,SOX4,ARRDC4,MED1,RBFOX2,SCAF11,ACTN1,ARRDC3,RECQL,ACSL3,GTPBP4,SND1,DDIT3,DDIT4,PSME1,YME1L1,KDELR2,ALG10B,PI4K2A,IGSF8,TTYH3,SAR1A,DCUN1D5,DHX8,ANAPC16,IGSF3,RPN1,NEDD4L,NMD3,HIF1A,GNS,NUAK1,PRRC1,CHST15,TRPM7,HIVEP2,RBM12,ST3GAL1,VAT1,JUN,BCL11A,PLK2,RCC2,PMM2,SURF4,MICAL2,IRF2BP2,EXT1,PCDHGA11,EXT2,SLC6A6,ID2,CALU,NOL10,HYOU1,CPEB4,ITM2C,ARF4,NRP1,TRAM1,BTG1,PTPRS,CITED2,HEXB,HEXA,CTSZ,CLTC,SNX12,SLC7A11,IER3IP1,SIPA1L2,SMG5,PANX1,ING4,AKAP12,XPO1,CTSL,ENC1,TIMP2,RIOK2,CTSB,WDR36,SSR3,RRAS2,GNL2,FAM126A,DUSP6,PGM2L1,SREBF2,RHOB,DDB1,SLC7A5,PTRH2,CDC42EP3,PXDN,CANX,CDC42EP2,RAPGEF1,GARS,ARHGEF2,SGK1,GART,CSTB,SLC20A1,HEATR1,DOT1L,SLC7A1,FAM129B,NFIL3,PES1,MICALL1,UBTD2,FLNA,MGAT2,ANKRD52,ZSWIM4,SRSF10,ANKRD50,YKT6,MAP4K4,DYNC1H1,YTHDF3,RYK,YIPF5,AP3D1,MYO9B,VEGFA,SEC23IP,TMEM158,XPOT,NFIA,CTNNB1,TRIP12,PKN1,SCARB2,KDM1A,HDLBP,PLOD3,UBE2Z,CLU,IPO7,LAMP1,BASP1,SLC39A7,AZI2,SH3GLB2,SLC38A1,TPM4,LMO4,SLC30A5,IGFBP3,APLP2,UBE2E1,PDIA6,ACLY,TMX3,RAB35,WDFY1,FSCN1,PPIF,SQSTM1,KPNB1,RAI14,LRRC59,PFKFB3,FAM114A2,COPB1,INSIG1,UBR4,TARS,UBFD1,RPF2,SUPT6H,CAMSAP1,RTN4,CORO1C,RAP1B,SOCS2,EFNB2,EMG1,NACC1,PSAP,PLXNA2,ABL1,G3BP2,ABL2,PLXNA1,SRGAP1,SLC38A2,SKIL,QSER1,CD276,MCL1,TBC1D16,PRNP,HMGA1,ARHGAP29,BFAR,EIF2S2,NFKBIA,RCAN1,HOOK2,CDK4,HOOK1,OSTC,CAPRIN1,MAFG,GNB1,MDM2,STT3A,CNTN1,PLEKHM2,GPR107,TAB1,IARS,ACBD3,LSM14B,EIF4G2,NFE2L1,EIF4G1,PICALM,ITGB1,GSK3B,DAGLA,PRKCSH,CHD6,SLC2A3,CHD4,YBX1,RND3,AFF4,LMNB2,DUSP12,SEC61A1,SPRED1,GM2A,ZC3H7B,PDE4B,PMEPA1,CEP170,TNPO1,RBM7,YWHAG,DGCR2,KDM6B,ARHGEF11,PDPK1,ZFP91,NAV1,NAV2,OXSR1,RAD23B,ARFGAP1,CKAP4,ARL4C,VCAN,CTDSP2,POLR1B,IMPAD1,MET,BIRC2,TNFRSF21,B4GALT5,PPP1R15A,GTF3C1,SRC,RGS16,MAK16,USP12,CXXC1,DDX21,ASAP1,RNF2,CYTH3,FAM168B,GANAB,TAF1B,DNAJB5,NT5DC2,TAF1A,GNA12,UBQLN1,SH3BP4,IGF2BP2,MAPK6,UGGT1,SEC11A,FNIP2,DCAF13,POLR2L,SPAG9,SEPT11,TMEM30A,SMOX,FEM1B,FBXL19,LIMK1,PDE4DIP,CDC42BPB,NELL2,CLCN7,KLF7,MYO1B,MARCKS,KLF6,MFAP3,ERCC8,SPRY2,ATP13A3,VIM,ABCE1,BCAR1"
+"gene_set_query"	"760"	"ZNF808"	"677.7"	"ARCHS4 Coexpression,903;Enrichr Queries,903;GTEx Coexpression,227"	"ITSN2,ARL6IP1,VARS,KDELR1,STMN3,JMJD1C,FNBP1L,RPL8,SCAMP5,PREX1,CAPNS1,TRIM28,HERC1,DPYSL2,DPF1,DPYSL3,BSG,PSMD3,HABP4,AKT1,EPC1,AP1S1,ATXN7L1,CCDC92,ATXN7L3,ANKS1B,ACOT7,SCAF11,ARRDC3,ACSL6,CD3EAP,MOGS,SCRIB,ACTN4,CPT1C,MAPK8IP2,DAAM1,ASPHD1,KCNQ2,DDIT4,AKAP9,TAGLN3,FAM76A,RPL29,ASTN1,BEX4,ADCYAP1R1,BEX1,MYCBP2,TRANK1,CEND1,PHYHIPL,AGAP1,NEDD4L,TMTC1,PIK3R1,MRPL12,TTBK1,APH1A,ERI3,TSPAN7,DYM,TRPM7,B4GALNT4,JUN,PRELID1,CADM2,DCLK2,PHC3,WNK1,ID2,GIPC1,INTS4,DZIP1,INTS8,CALM2,CPEB4,ARF3,SMG1,PIGU,GDI1,PCSK7,PRPF19,SIPA1L3,MED17,ROBO1,PTMS,SERP2,NIPBL,JPH3,DNER,ENC1,SDF4,KIF1A,APC2,PCYT1B,TMED9,SHPRH,MINK1,TET2,NME2,CBFA2T2,GNL1,MED29,DUSP6,MLF2,TMEFF1,KIN,TUBB2A,PXDN,MAPRE3,TAX1BP3,MAPT,SGK1,RNASEL,AHCY,WRB,PRKX,CCDC106,PRICKLE1,TRAK1,NOL4,CENPB,CST3,FGD4,TCEAL6,TCEAL5,PES1,CTNNA2,YKT6,ARNT2,LSAMP,HUWE1,SCAF1,TSR2,TCEA2,NUCB1,APBA1,HDGF,PKN1,FRYL,ZFP28,GRINA,SH3GL3,ATP8A1,CD81,CTNND2,MRFAP1,ATN1,COX6A1,FRY,IGF1R,RIMS4,ATCAY,KIF5C,CHCHD6,PAPOLG,ARHGDIA,PALM,CFL1,ADORA1,NRCAM,SLC39A7,STK32C,AP2M1,PPFIA2,DSCAM,USP5,IGFBP3,ANKRD44,ANGEL2,LMTK3,FRMD4A,LMO7,RUNDC3A,ATAD3A,POU3F3,PIAS1,FOXP1,BSCL2,CLIP3,CTDNEP1,CHMP4B,SCG3,TNIK,FKBP5,GNAZ,BRSK1,LRRC59,TMEM59L,ABHD8,CACNA1A,UBR2,STK4,NDRG1,PITRM1,IRAK1,DEAF1,CASKIN1,DVL1,NACC1,ZKSCAN3,CYC1,SRGAP1,ATP6V1F,LRRC4B,BPTF,PRNP,AUTS2,FBXO38,CRIM1,TBCB,MARCH7,KLHL24,TRAPPC9,GNAO1,RALYL,DLG2,GNL3L,EFNA2,HOOK2,DLG4,PTPRA,HOOK1,GNB2,REEP2,GNB1,AAK1,CPE,CSPG5,PIN1,MDM4,UBA1,BRWD1,NFE2L1,EIF4G1,RNF187,UBE2M,YWHAE,RERE,B4GALT2,SCYL3,PODXL2,CNRIP1,DOCK9,PRKCSH,CELF4,CHD6,CELF5,FBLL1,LMNB2,SYNE2,NGRN,SEC61A1,PPP6R3,GDAP1L1,PHACTR3,EVI5L,TNPO2,POLG,EIF5A,PDPK1,ATRX,MSL2,NAV2,ARID1B,SEPT3,TRAF7,VCAN,PTP4A3,ELF2,NRG3,SNPH,C1D,AKT1S1,LANCL2,BIRC6,NAT8L,SHANK2,RNFT2,NFAT5,DCTN1,RAB1B,ASAP1,MLLT1,FAM169A,JAKMIP2,FBXL20,CACNG7,FAM168B,GANAB,DNPEP,SV2A,U2AF2,NT5DC2,FEM1C,FSD1,WASF1,ATP9B,ATF7IP,LGI1,PPP1R14B,PCDH9,SEMA4B,PDAP1,SSRP1,DDHD1,GDAP1,TPD52L2,GDAP2,MAPK10,NELL2,FAM155A,PPP2R2C,SYT11,PPP2R2B,DNAJA3,CARM1,MGAT4B,TRIM37,POLR3H,P4HB,BCAR1"
+"gene_set_query"	"761"	"TFE3"	"678.0"	"ARCHS4 Coexpression,539;Enrichr Queries,482;GTEx Coexpression,1013"	"IFITM2,ZDHHC5,ZDHHC7,ZDHHC8,EPRS,ACTB,RABGEF1,NDST1,FRAT2,TRIM28,CAPNS1,ZMIZ1,DPYSL2,MYC,FTH1,ZMIZ2,LONP1,AKT1,PRKACA,IER5,ATXN7L3,SOX4,SLC12A9,GABARAPL1,CSNK2A1,ACTN1,PRKCD,DAPK3,CD3EAP,MOGS,ACTN4,RUFY1,BIN3,DDIT3,DDIT4,ULK1,BCORL1,PRR12,PRR14,ATF4,CDC42SE1,TBC1D9B,FLII,HIF1A,PGS1,APH1A,GNG10,DHX34,CHST15,PIP5K1C,RALGDS,S100A10,VASP,PHC2,JUN,JUND,TMEM184B,JUP,INTS1,PLK2,PBX2,PRRC2A,EHD1,ABTB1,SLC6A6,FASN,ID2,ITM2C,ARF3,OGFR,SH3KBP1,CITED2,PHF23,AP2A1,SLC7A11,WDR45,SMG5,AKAP12,TRIM8,ARV1,GLIPR2,XPO6,TIMP2,ANXA6,SDF4,SH3BGRL3,SDF2,CIC,EMD,CTSD,CTSB,CAP1,UPF1,TSC22D1,IFNGR2,TSC22D3,GAA,MINK1,ITPK1,COMMD3,GMIP,RHOA,DUSP6,SREBF2,MLF2,RHOB,NCOR2,MED22,SLC7A5,MED25,INF2,PITPNM1,PACS1,PXDN,CDC42EP2,RAPGEF1,ARHGEF2,TKT,ALDOA,SGK1,ATP6V0C,STK40,ERGIC1,CSTB,RNASEL,GRAMD1A,GRN,RNASEK,LIN37,RELA,CENPB,GNAI2,FAM129B,FGD3,ZDHHC18,NFIL3,CLPTM1,FLNA,MGAT1,ANKRD52,MEF2D,YKT6,MAP3K3,MTX2,HUWE1,MYO9B,SCAF1,LRPPRC,VEGFA,SKI,SHKBP1,TAOK2,ZYX,NUCB1,CAMK1,PKN1,PNPLA6,YPEL3,GRINA,MTCH1,OTUD5,ANKRD13D,ZFAND3,NDUFA10,ATN1,SLA,PPP1CC,LAMP1,BASP1,ARHGDIA,COTL1,SBF1,SH3GL1,IFNAR2,SLC38A1,TPM1,SHISA5,TUFM,CTDNEP1,RAB34,EHBP1L1,RAB35,MAPKAPK2,FSCN1,CHMP4B,SQSTM1,CSNK1G2,ANAPC2,RAB5C,PFKFB3,PXN,HTRA2,CSF2RA,NDRG1,SUPT6H,PHF21A,SDCBP,SBNO2,IRAK1,PITRM1,GRK6,BTBD2,NACC1,PSAP,NDUFV1,NADK,MARK2,MCL1,BCL9L,WDTC1,HSPA8,PRNP,TOR1A,HSPA5,HPS1,HMGA1,ARPC4,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,MAFG,GNB1,GNAS,PLXNB2,PLEKHM2,UBA1,LRP10,NFE2L1,BCL2L1,KDM5C,GSK3A,WDR1,PRKCSH,SLC2A3,ARRB2,PTPN23,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,FLOT1,FLOT2,DGCR2,KDM6B,ARHGEF11,SUN2,HSP90AA1,GPX1,REXO1,PDPK1,ARHGEF18,ARFGAP1,KLF16,DNM2,TRAF7,CTDSP2,POLR1B,DNAJC5,C1D,AKT1S1,ETF1,GAPDH,PPP1R12C,IRF9,TSEN34,PPP1R15A,RGS19,CANT1,WBP2,RAB1B,CXXC1,DDX21,SLC3A2,FURIN,MLLT1,STRN4,HDAC7,DCAF15,GANAB,DNPEP,U2AF2,MKNK2,FEM1C,CSK,FBRS,PDLIM7,MAPK3,PTCD3,RNF24,MBOAT7,TXNRD1,PTPN12,MCOLN1,MAPK14,SOD2,TPD52L2,CLCN7,KLF7,MARCKS,KLF6,IMPDH1,MGAT4B,VIM"
+"gene_set_query"	"762"	"TIGD7"	"678.0"	"ARCHS4 Coexpression,405;Enrichr Queries,640;GTEx Coexpression,989"	"VEZT,RPL5,SCOC,HNRNPU,STMN3,SMC6,ENO2,EPRS,SMC3,FNBP1L,ALKBH8,NFU1,PREX1,PCMT1,CAPNS1,DPYSL2,GPBP1,STMN1,AP1S2,LONP1,EPC2,DIP2C,EPHB2,KIFAP3,ARRDC4,TSPYL2,MEF2C,TIPIN,CXADR,WSB1,TSTD2,CACNA2D1,ARRDC3,AP1B1,CD3EAP,SOX11,ANK3,HDHD2,SCAMP2,FAM133B,ARMC1,GNPAT,EID1,CFDP1,DAAM1,BIN1,DDIT3,FEZ1,ZSCAN21,DDIT4,ORAI2,PFN2,BEX4,ANAPC13,BEX2,DHX8,MAGED1,NEDD4L,PHYHIPL,RPAP3,CDKN2AIP,APH1A,SNX4,SGPL1,HLTF,CHST15,RDH14,TNRC18,GPM6B,ZSCAN18,JUN,FZD3,ZRANB2,INTS1,BCL11A,PLK2,ABCA3,ST8SIA2,MEMO1,NETO2,PBX1,GADD45G,MLLT11,H2AFY2,PKIA,NDUFAF2,HBP1,FXYD6,SERPINI1,HNRNPC,CALM2,DZIP3,ITM2C,OGFR,ARF4,PIGU,WDR48,CCDC127,SH3KBP1,CITED2,ZCCHC18,PTPRF,PCMTD2,EPM2AIP1,CSRP2,TUBA1A,OTUD6B,ZMYM6,AP3S1,ENOPH1,ZYG11B,UPF1,SHPRH,PRMT2,PARP2,TSC22D3,MINK1,TCF12,LRRC40,ELOVL6,SRP9,MLF2,RHOB,TUBB2B,TUBB2A,INF2,MED21,MED20,KIT,PXDN,TCP1,RHOU,EXOC5,SGK1,DLD,ATP6V0C,MAGEH1,WRB,PRICKLE1,NAPG,FAM172A,CAMK2N1,HSF2,MEF2D,PAIP1,BCAP31,PCGF6,BRF2,MBD1,PTGES3,PNMA2,BLCAP,ATAT1,NUDT21,ABCB10,MORN4,PRKRA,KLHL7,NUCB1,FAM171B,PKN1,PNPLA6,YPEL5,NUCB2,CDK5R1,MPHOSPH6,CD81,CSE1L,ZFAND6,BCCIP,UBE3A,IPO7,TM7SF2,NUDT11,CHCHD3,SALL2,LAMP1,CAPN7,PPIP5K2,CFL2,SESN1,ARHGDIA,PAPOLA,SMARCAD1,KPNA4,BANF1,ZNF326,FADS1,BIVM,SLC38A1,ANKRD46,TPM1,IGFBP2,TRNT1,BSCL2,MORF4L1,DMTF1,MSH2,MORF4L2,UBE2V2,SRSF3,CHMP4B,ANAPC4,MATR3,SLC27A3,TOX,RTN3,TBC1D19,DDX5,BHLHB9,TSG101,CD151,RAB5C,CUL5,PSMD14,BTF3L4,UBFD1,UBR1,SOCS2,EFNB2,SBNO1,PITRM1,ESD,NAE1,LONRF2,IVNS1ABP,NEK9,PRNP,DARS,TIA1,CBX5,BOD1,POLR3GL,TRAPPC4,VTA1,TIMM44,KLHL24,MARCH7,MARCH6,COQ7,ZC3HC1,CNOT4,NFKBIA,CNOT7,EFNA2,LRCH1,SLC7A6OS,HOOK2,UBLCP1,ZFP62,HOOK1,COPS2,RFXAP,TBCE,NFE2L3,PLXNB2,SERINC1,BRWD1,OGT,RSL24D1,PHTF2,ASNSD1,PRKCSH,CHD6,ZFP82,SEPT7,YWHAQ,SGCB,ZC3H7B,PPP6R1,PSD3,SUMO2,PMEPA1,HMG20A,YAF2,NAA30,HSDL1,TTC33,PDPK1,VBP1,RBM18,PDE4D,ATRX,LANCL1,VEZF1,NAV2,DDOST,TSN,EPN1,DNM2,PJA1,DDX19A,VCAN,PTP4A3,RCN2,CREB1,TRAPPC6B,CTDSP2,POLR1B,TERF2IP,RP9,SLC25A12,PPP1R12C,HDAC2,USP11,WBP4,CRMP1,FURIN,ACVR1B,RNF2,STRN3,STOX2,GNG2,MAT2A,DNAJB5,TGS1,CDC37L1,REPS2,FEM1C,RAB28,NIPSNAP3B,RWDD1,TTC14,SMARCE1,ATE1,NOP58,PTCD2,PCDHGC4,PDE4DIP,CDC5L,LYSMD1,CDC42BPB,USP28,MEIS2,NAP1L5,KLF6,UFM1,SYT11,MGAT4B,SNRNP48,P4HB,ATXN10,SSBP2,TRIM32"
+"gene_set_query"	"763"	"SIX2"	"678.3"	"ARCHS4 Coexpression,786;Enrichr Queries,945;ReMap ChIP-seq,284;GTEx Coexpression,698"	"CNTFR,CLPB,POP4,TSKU,DCAF6,PSMD7,ALCAM,ZMIZ1,DPYSL2,MYC,PSMD3,AKT1,HOMER3,PRKACA,MEF2A,HES6,RBFOX2,CACNA2D1,RFX3,AFAP1,SOX11,SCRIB,SOX12,BCR,RNF123,EID1,BIN1,ZSCAN21,DDIT4,ANAPC16,SAR1B,FLII,NPRL3,MRPL14,FAM171A2,PRDX5,FLRT2,PRKAR2A,NAA50,CDK17,JUN,PHC2,CADM1,DMPK,NR2F1,IRF2BP1,IRF2BP2,PBX1,PRRC2B,TADA2B,MLLT10,NPLOC4,UCK1,GIPC1,SFXN3,GTF2IRD1,FXYD6,FAT3,FAT4,CDK14,CDKN1C,GABRB3,PHF2,CDKN1B,SPEF1,PHF20,SETD7,CLTA,OSBPL11,SMG5,RNF157,TRIM2,TRIM3,TIMP2,NEFM,RRP15,LRRC47,MIOS,IFT140,EPS15L1,WDR34,DUSP6,TMEFF1,PXDN,RAPGEF1,ERGIC1,SLC29A2,RNF165,GRAMD1B,NFIX,USO1,PSMA7,TM9SF4,CENPB,FAM129B,PSMB5,CHN1,ANKRD52,PAIP1,RUNX1T1,EGLN1,FARP1,BRF2,WNT7B,DAB2IP,SNX21,BLCAP,SCAF1,SLC8A3,NFIA,NFIB,PSMC1,PSMC2,TAOK2,RIMBP2,PKN1,YPEL4,CRLF1,MTCH1,CHPF,NAB1,ATN1,IPO7,PPP1CB,LAMP1,CDH2,FNTB,KPNA4,SLC39A7,SNRNP35,KPNA3,LZTS1,KPNA1,GTF2I,KCMF1,FBXW4,MAGI1,TLE4,TLE3,SEMA6C,SLC38A1,FBXW8,TPM3,IGFBP3,TPM1,IGFBP2,VASH2,ATP11A,FBXO10,DGKZ,RNF40,FOXP1,CACNB1,CTDNEP1,FRMD3,CLIP1,CACNB3,FSCN1,PKP4,TNIK,TOX,GRIA1,CUL5,ABHD2,MAZ,STK39,ISG20L2,ITPR1,UBR3,FOXO6,UBFD1,NTPCR,GLIS2,BTBD1,DVL1,SMYD2,PLXNA2,ABL1,SLC15A4,BOD1,POLR3GL,CNOT4,COPS3,MFHAS1,CDK8,COPS5,LRCH1,LRFN4,NSG2,STK25,TMEM11,LHX2,PLXNB2,TUBGCP3,GPR107,NFE2L1,RNF187,ZNF512B,SCHIP1,PIK3C2B,PPP6C,DUSP12,AP1G2,SCRN1,MDK,RNPEP,NCK2,HIF1AN,TNPO2,TRIM67,ADAMTS7,ADSL,RAD23A,PPM1B,PTP4A3,PIK3CA,CCDC43,MET,AHDC1,RNFT2,GTF3C1,NLGN2,MLLT1,SEMA3F,HDAC7,STOX2,ABLIM1,HECTD1,CCDC85C,U2AF2,NNAT,CDC37L1,MEST,SLC25A25,PPP1R14B,KCNJ11,FEM1A,ASCC1,AMFR,SEMA4B,PCDH7,FBXL19,ADRM1,SEMA4C,HIP1R,CDC42BPB,TRIT1,CUL4A,NELL2,EIF3M,RAB15,RAB12,ASXL3,EIF3J,POLR3E,INSM1,PFKM,KCNK2,MDGA1,TPT1,APP,CPNE5,CCNI,KDELR1,ZMYND8,KEAP1,JMJD1C,PDCD2L,ZDHHC3,GOLGA4,DAG1,ARFIP2,SOX4,EPHA4,SRRM4,LIMCH1,SLC35C2,PTOV1,MRPS18A,ANK2,CSNK1E,ANK1,GNPAT,TIAM1,SFRP1,HECA,TRIB2,LLGL1,NRN1,IGSF3,TMEM63C,PIK3R2,FXR1,NUAK1,INPP5F,PCBP4,DHX36,FAM192A,TSPAN3,MAP4,B4GALNT4,VAT1,ZRANB1,TMEM184C,BCL11B,BCL11A,DCLK2,UBAC1,GADD45G,EXT1,AIMP2,SESTD1,ID2,CCDC88C,CALM1,RCOR2,ITM2C,DDR1,NRP1,PTPRS,CITED2,PTMS,THTPA,AKAP12,PPP3CA,SIPA1L1,CHMP1B,RALGPS1,RSPRY1,ZYG11B,PARP1,RGMB,MTSS1,MLF2,RGMA,SLC22A23,MN1,SGK1,DBN1,PTN,EXOSC7,SERTAD4,GPC1,ORMDL3,MAP4K3,RANBP3,NFYA,NFYB,PRKRA,NEDD4,CCNG2,KLHL8,HDGF,MEGF8,TOMM5,SH3GL3,ZFAND3,HDLBP,UBE3A,ARHGAP39,SRP14,TATDN1,CHCHD3,FAM174B,BASP1,SH3GL1,ATP1B1,ATAD3A,MYCN,ADAM15,PLAA,MASP1,SIDT2,RTN2,PSMD12,PSMD11,PKDCC,DDX1,CACNA1A,FBLN1,CACNA1H,EFNB2,RAI1,ARHGAP20,CDH24,OTX1,MARK3,PDZD7,UBE2H,ZFHX2,UBE2I,AUTS2,SYT1,QDPR,EFNA2,BMP1,HOOK2,HOOK1,GNAS,TAB2,LSM14B,LRP11,RERE,GPSM1,B4GALT2,PHTF2,USP38,ASNSD1,DOCK9,PRKCSH,MAST2,CHD6,CHD3,YBX1,SOBP,RND2,LMNB2,SPRED2,SEC61A1,UBE2Q2,LRRTM1,LRRTM2,MYO18A,TIMM17A,SPEG,CPXM1,NAA30,SUN1,HSDL1,TTC33,PDE4D,HUNK,ABHD14A,NAV2,SENP3,DDX19A,VCAN,CDH11,AKT1S1,TMEM9,CUEDC1,USP10,NRXN1,WIZ,ATP2C1,DLL1,IWS1,STRN4,STRN3,TMEM201,FAM168B,DNPEP,MTA1,ALDH1B1,GNA11,NT5DC2,MKNK2,SLIT1,SPOCK1,NCAM1,CLVS1,USP24,LGI1,GALNT2,PCDHGC4,USP22,ATP2B2,SSRP1,USP28,MEIS2,USF2,SMUG1,SBK1,ASB8,CARM1,SPRY2,ATP13A3,VIM"
+"gene_set_query"	"764"	"CREM"	"678.6"	"Literature ChIP-seq,1;ARCHS4 Coexpression,1034;Enrichr Queries,638;ReMap ChIP-seq,131;GTEx Coexpression,1589"	"ITSN2,NUP107,TFRC,IFT172,ITSN1,ALKBH3,FAM110A,DPYSL2,FGFR1OP2,GPBP1,PRKACA,PRKACB,FNBP4,PRKAB2,SAP30BP,CXADR,FNBP1,PRKAB1,RC3H2,ASPHD1,EWSR1,DDIT3,ZC3H11A,DDIT4,FEZ2,UNC50,ORAI2,JTB,SF1,SLBP,SET,SAR1A,NPRL2,MEPCE,LARP1,LTA4H,ATRIP,HEXIM1,JAG2,JUN,CREBBP,PRPF38B,PRPF38A,JUP,NCAPH2,EIF2AK3,PBX2,LARP7,LARP4,BTBD10,LAS1L,SFXN3,NMT2,HYOU1,PKIG,DZIP3,GSTM5,KCNC1,KCNC3,PRKAG1,PRKAG2,SNX11,SHB,BBC3,JAK2,JAK1,DUSP1,GSTO1,IFT140,TEX10,DUSP6,DUSP7,TMEFF1,SDHAF1,PTRH1,PAFAH1B3,PAFAH1B2,PAFAH1B1,URM1,SDAD1,FAM117B,SNX27,STX6,RICTOR,BID,STX2,ATAD1,MBD3,EGLN2,SNX21,TARBP2,ARCN1,SNX16,CCDC9,SHKBP1,SNX14,PKN1,CIAPIN1,AGRN,GZF1,MTCH2,RASL11B,TMEM167B,FBXO28,SLA,FBXO22,FADS2,LAPTM4A,POFUT2,SLK,MAP3K9,MAP3K7,FADS1,FBXW4,PIAS4,PCYT2,FBXW5,DGAT1,CTNNBIP1,FBXW9,FAM118A,ATP11B,ATP11A,FBXO11,FBXW2,PIAS2,LENEP,FAM118B,PIAS1,MSH6,DMTF1,MSH2,MSH3,SRSF2,SRSF3,PKP4,SRSF4,SRSF5,SRSF6,SRSF7,ARL8A,ARL8B,SRSF9,IREB2,UAP1,FBXO44,FBXO42,RAP1B,SNN,NDOR1,MBIP,ZKSCAN2,IP6K1,NOP14,API5,UCKL1,FBXO31,DRAP1,SH3BP5L,SON,UQCRQ,SP3,CLPTM1L,LRCH4,ALAS1,PTEN,BICD2,AP4M1,NEO1,BCAS2,UNC45A,VPS13A,ARFGAP3,RABGGTB,ARFGAP1,MSL1,ARL4C,C1D,PCCB,ETF1,TOP1,BCAT1,DCTPP1,GAPDH,UHRF2,SRF,SRSF1,LENG8,MLLT1,U2AF1,MLLT3,MLLT6,SRM,MTHFSD,U2AF2,KRIT1,UBQLN1,UBQLN4,TRIM44,NOP56,NOP58,TRIM41,SSB,CNBP,TXNL1,GSTZ1,NECAP2,NECAP1,TRIM39,OCIAD1,PDCD4,TRIM37,BCAR1,TRIM33,CERK,RCBTB1,RCBTB2,EFR3A,TRIM28,BSG,TRIM24,TRIM26,ATXN7L1,TRIM27,ATXN7L2,BSN,ATXN7L3,FBXO9,BCS1L,TMEM170B,CFDP1,SUB1,FLYWCH1,TRIM11,GIPR,DHX9,MYCBP2,ZBTB5,ACTR3B,TTBK1,TTBK2,APOO,NKAIN1,SYNGR1,HLTF,KCNN2,B4GALNT4,XBP1,BRI3BP,PTK2,MED13L,CWF19L1,NDUFAF2,NDUFAF3,FBXL3,GRB2,FBXL2,FBXL5,FBXL6,MON1B,HERPUD2,MRPS17,MRPS12,GRIK3,HERPUD1,PTMS,PPP3CA,SYNCRIP,ACTR1A,PPP3CB,ACTR1B,GIT1,COX8A,PCYT1A,MRPS24,MRPS23,PRPF40B,CACYBP,PRPF40A,GAB2,TFB2M,APRT,CTTNBP2NL,RNF144A,RAP2A,RAP2B,PITPNM1,SLTM,KIT,TAX1BP1,ARHGEF7,PTMA,PCNA,MRPS36,SSNA1,MRPS30,PRICKLE1,COX5B,COX5A,PCNP,ORMDL3,RAE1,DYNC1H1,SPRYD3,SORT1,COX6C,GRIN1,YIF1B,KLHL9,SGSM1,PDCL3,KLHL7,SGSM2,HDGF,ACTR10,PRDM4,PRDM2,CELSR3,TXN2,GRIP1,PPIP5K2,DENND5A,ENPP5,PCID2,FBXW11,MMGT1,DNAJB12,ADAM10,SDHC,SDHA,SDHB,DHDDS,ADAM15,PSPC1,DNAJB11,PLAA,RAF1,TSG101,NDUFB10,UBA5,HTRA2,PLD3,TIMM50,RAI1,RNASEH1,GRK6,NUP155,PCIF1,NUP153,TIMM44,IFT20,AHI1,MKRN1,MKRN2,UBA2,FGF11,ZMYND19,TAZ,USE1,LMNB1,EEF2K,IFT57,SUN2,SUN1,TBP,ATP6AP1,NUP133,ATP6AP2,SYNGR3,EEF1G,ELF2,EEF1D,ACOX3,ZMYND11,RALA,RRN3,SFSWAP,SLC3A2,NT5C2,CYTH3,POLD3,CYTH2,MTA1,CAND1,CNR1,TDG,BNIP2,RALY,MTA2,MTA3,CYTH1,TTC14,RRM2,TTC19,USF1,POLE4,GALE,TEF,ERCC1,ERCC2,POLE3,ERCC5,IPO11,TES,RRP1,SMC5,SMC6,SMC3,RRP9,ALCAM,TFG,ZMIZ1,ZMIZ2,WDR91,VPS35,VPS36,NUP214,VPS18,PRKCI,WDR74,WDR75,ARMC8,HCFC2,WDR77,WDR81,ARMC6,WDR82,ZSCAN21,NUP98,VPS25,VPS28,PI4K2A,NUP205,WDR61,ARPP19,PRKCZ,MTDH,GJC1,RRP7A,NCSTN,WDR70,VPS11,GAR1,RRS1,ST3GAL5,NUP88,ST3GAL2,FDFT1,BTF3,NDFIP2,NDFIP1,WDR59,HOMER1,PLK2,MEX3D,MEX3C,ARL2BP,CDKN1C,SETD2,WDR47,CDKN1B,BTG1,WDR48,PHF20,PHF23,DENND1A,SETD6,WDR41,SMG7,WDR46,SMG5,WDR43,SMG6,UBL3,RARS,RRP12,CIC,WDR36,TPI1,WDR37,WDR34,FAM126A,COPZ1,KIFC2,GARS,WDR26,USO1,WDR24,PPP1R2,PPP1R7,USP1,SLC17A7,CKB,PAIP2,PAIP1,PCGF6,WDR18,PCGF3,SYVN1,HIPK1,SNCAIP,NFIA,NFIB,PLP2,FAM49B,GTF2B,PARK7,IPO7,EDC3,IPO5,PPP1CB,PPP1CC,IPO9,CFL2,CFL1,GTF2I,KCMF1,USP8,MAP2K1,USP7,MAP2K2,USP5,TPM4,RALGAPA1,TPM3,USP3,TPM1,DYRK1A,THOC1,DYRK1B,TRAFD1,THOC3,LARP4B,LEMD3,LEMD2,THOC6,PYGO2,MORF4L1,TOM1L2,MORF4L2,FKBP8,FKBP4,FKBP3,FKBP5,FKBP2,INSIG1,UBR4,SLC38A10,ORC5,TPR,UBR5,SMN1,MAP2K7,MCL1,OSBPL9,AKIRIN2,OSBPL8,UVRAG,AKIRIN1,OSBPL2,COPS4,COPS3,COPS5,LHX2,COPS2,CPD,MAP3K10,TPP2,COPS8,BCL2L1,MCM7,ZC3H4,ZC3H3,UFSP2,SYNE2,UBTF,EVI5L,TNPO1,TNPO2,GAL3ST3,TNPO3,ILKAP,GGPS1,DIS3,SGIP1,LANCL1,EDF1,PLRG1,WIPI2,TSN,DNAJC2,DNAJC7,DAD1,CTDSP2,DNAJC5,LANCL2,DNAJC9,CRK,MTPN,HDAC2,HDAC3,HDAC1,VPS4B,CEBPG,VPS4A,TULP4,PDHB,HDAC7,DNAJB2,DNAJB1,STOX2,HECTD1,ABLIM3,DNAJB6,DNAJB5,DNAJB9,VPS54,SLC35A2,SLC35A1,RPRD2,DNAJA1,ASXL1,DNAJA3,DNAJA2,DRG1,CEBPZ,TPT1,SLC35B2,TCERG1,TMEM183A,PITPNB,SLC35B1,ZMYND8,HDAC11,PITPNA,GBA2,RPS14,RPS16,RPS19,RPS18,DAG1,ARFIP2,RPS11,RPS13,SRRM2,COG8,COG6,IFRD1,ARRDC3,SRRM1,TWSG1,HECA,MACF1,CSTF3,STXBP1,CSTF2,STXBP2,LIAS,FXR1,SCFD1,FXR2,PDCD11,GSE1,MLEC,ARGLU1,TMEM184C,TMEM184B,PUM1,RPS26,SMU1,RPS27,ZZZ3,RPS29,ADCK5,RPS20,RPS24,TECPR1,AHCTF1,UBXN1,SLC35F5,ZCCHC17,ZCCHC14,SEC61G,TMED2,UBXN7,UBXN4,UBXN6,PARP6,ZYG11B,TMED9,PARP2,PPHLN1,ZDHHC17,MLF2,NFX1,SDCCAG8,FYTTD1,DTYMK,ZDHHC20,ICA1L,GDPD1,NOL7,NOL9,NOL4,TYMP,BEGAIN,PPP2CA,PPP2CB,CHRAC1,MTX1,NFYA,NFYB,NFYC,GBF1,GINS4,AIG1,PDP1,SPCS3,SPCS2,HIST3H2A,SPCS1,COPG2,MPHOSPH8,MPHOSPH6,NDUFA10,ROGDI,LZIC,CNDP2,PAIP2B,ARHGDIA,FPGS,AZI2,ATP1B3,LIG3,TRPC4AP,RSBN1,MATR3,DAP3,ZCCHC8,COPB2,ZCCHC7,ISYNA1,COPB1,NOP2,CAMSAP1,EMG1,UBB,ZMAT2,TCTEX1D2,DARS,CPSF6,CPSF1,CPSF2,COQ7,COQ5,COQ2,BRWD1,GPSM1,RBM3,MFSD5,TOPBP1,RBM7,RBM6,MAPK1IP1L,HGSNAT,SVOP,IQCE,RPS3A,LSS,SUPV3L1,FCHSD2,RABEP1,DDAH2,THRAP3,AKT1S1,CDH13,TERF2IP,NRXN1,ATP1A3,NRXN2,PDXP,ATP1A1,NXF1,CHSY1,RPS6KC1,FAM120A,DEK,SLC4A7,SLC4A8,PDE10A,RPS6KB1,CAPN10,RPS6KB2,ATP13A3,MDC1,MT-ND4,RBPJ,TSEN54,SCAMP4,PREX1,SAMD14,ZFYVE27,MPRIP,SAMD10,GABARAPL2,DAXX,GABARAPL1,STARD7,DNTTIP1,DNTTIP2,GAPVD1,SCAMP1,EML2,SCAMP3,SND1,SCAMP2,EML4,EML5,PRKAR1A,CLNS1A,TBPL1,CGGBP1,MTMR3,MEAF6,AAAS,MTMR4,OAZ1,MTMR6,HSPH1,HMGXB4,PRKAR2B,PRKAR2A,HMGXB3,EDEM3,B3GALNT1,PMM1,EDEM1,PMM2,ERLIN2,SNF8,MLLT11,SETX,MLLT10,UCK2,UCK1,ARF4,ARF1,LRSAM1,HEXB,DIS3L,RPLP0,ECSIT,AACS,IKBKB,NIPBL,TUBA1B,RPLP2,APPL1,ELOVL5,ELOVL2,ACTL6A,ELOVL6,SIRT7,NIPA2,DYNLL1,DYNLL2,BDH1,CDC42EP4,PICK1,SLC29A1,DLD,ARF5,ARF6,RNASEK,STAU1,UNK,MDH1,MDH2,UTP3,YLPM1,SAMD4B,GATAD2A,RIMBP2,UBAP1,UBAP2,CCNT2,FAM13B,CSE1L,UBE2D2,UBE2D3,HDDC3,SMCHD1,STK11,STK16,OSBP,KPNA6,KPNA4,PMPCA,KPNA2,KPNA3,KPNA1,SLC25A46,IK,VPS33A,PPP1R16A,UBE2E1,UBE2E2,PRPF4B,RBX1,ACAP3,FSCN1,KPNB1,NSMAF,PFKFB2,RNASEH2A,PFKFB3,TUBGCP2,MAX,PEF1,ARL3,MAZ,ARL1,STK39,ARL2,FOXO6,ACAT1,SOCS2,SBNO1,PMVK,E4F1,EVI5,SOCS7,DR1,TIA1,BRPF1,GFPT1,EEF2,STK25,MDM2,TUBGCP3,MDM1,PPP1R13B,CELF1,CELF2,COX4I1,CELF3,MRPL4,NGRN,MRPL2,FSD1L,CAPZB,SUMO1,SUMO3,ME1,DGCR8,DGCR6,DGCR2,PPP1R12A,PEG3,SH2D3C,VPS37C,ARNT,RAD23A,VPS37B,RAD23B,NSMCE4A,SLC25A19,NPC2,BDP1,SLC25A11,PPP1R12C,ST6GALNAC6,PPP1R15A,PPP1R15B,FOXK2,FOXK1,HSD17B12,LRP6,SLC25A28,KATNA1,CDC37L1,SLC25A22,AAMP,SLC25A25,PPP1R14B,MMAA,FOXJ3,BAIAP2,NELL2,SLC25A38,SLC25A39,P4HB,SLC25A36,EIF4A2,EIF4A1,LPGAT1,EIF4A3,ZDHHC5,TXNDC11,ZDHHC6,ZDHHC7,TXNDC16,NUBP2,TXNDC17,ZDHHC4,CHORDC1,OGFOD2,CCNL2,CCNL1,PELO,EPHA4,ENTPD4,SCAF11,ENTPD6,NSMCE2,NSMCE1,MIF,GNPAT,THAP7,ULK2,TMEM87B,PAXIP1,FOXG1,SUPT4H1,PIK3R4,PIK3R3,PIK3R2,PIK3R1,PTTG1IP,RTF1,UBE2J2,UBE2J1,SNX3,SNX4,APH1B,DHX32,DHX33,PCBP3,PCBP4,PCBP1,MIER2,DHX36,MIER1,PCBP2,DHX37,RCE1,RAB11FIP2,RBM12,RAB11FIP3,RIMKLB,SNX5,N4BP1,RAB11FIP4,ZBED4,RAB11FIP5,RCC2,INTS2,INTS5,INTS8,AARS,TMEM151B,FKBP15,SUV39H1,CCDC124,CETN3,SLC7A11,WASL,AATF,BMI1,ARV1,HYAL2,ENC1,MLX,DHX15,REV3L,DHX16,SSSCA1,UTP14A,CCDC112,NCOA2,TMEM150B,WARS,DBNL,NCOA5,STARD3NL,CCDC115,MMD,ACAD9,MINK1,COMMD3,MRPS6,COMMD5,ENAH,IMMP1L,CSDE1,G2E3,NCOA7,CRELD1,CRELD2,DBN1,STK40,DOT1L,CRIP2,CCDC106,ARVCF,MNT,PGRMC2,SERTAD4,FAM172A,SERTAD2,HEATR3,NPDC1,BCAP31,NPM1,YIPF2,YIPF4,YIPF5,CRIPT,HUWE1,UBE2G1,UBE2G2,NPM3,PPP1CA,FKBP1A,MAD2L2,PER1,CCNG2,ESYT2,TARDBP,SH3GL3,DBR1,ACAA2,CYP46A1,PHRF1,ACRBP,CAPN7,SNIP1,SH3GL2,SH3GL1,ADPRHL2,OSR1,WBP11,TANC2,FAM173A,UBE2V2,UBE2V1,RTN2,KLHL18,RTN3,NDRG4,VCP,RTN1,ARHGEF26,RBM8A,KLHL17,KLHL12,NDRG1,RTN4,TAF5L,CYC1,VARS2,BCL9L,CCDC134,OST4,ZFHX2,KLHL25,KLHL26,CCDC136,HMGA1,DSTN,KLHL22,KLHL24,ANKHD1,RCL1,GCLC,APPBP2,PQLC1,OSTC,STT3A,TAB2,STT3B,LSM14B,LSM14A,YWHAE,RBM28,RBM25,NAA40,ATP2A2,CHD5,PSIP1,CHD4,CHD3,HMGB1,CHD2,SOBP,SEC61A2,SEC61A1,ABHD16A,BCL7A,UBE2Q1,YWHAQ,UBE2Q2,BCL7C,BCL7B,NPTN,UQCRFS1,LRRFIP2,SULT4A1,YWHAG,RBM33,YWHAH,ARHGEF11,UTP15,NAA30,RBM14,ARHGEF12,EED,RBM18,GLRX2,UTP18,YWHAZ,SFPQ,IRF3,GORASP2,TBC1D5,GORASP1,PEX6,PEX5,TBC1D7,NAA35,MVD,NAA38,RBM22,NAA20,GOSR2,GOSR1,TAF9,TGFBRAP1,RBM4B,HMGCR,ACVR1B,ATP2C1,TAF1D,DNPEP,RAB40C,TNKS2,BMS1,VHL,RBM39,TAF15,NAA10,TAF13,TAF10,TAF11,ATP2B1,LRWD1,SOD2,ACVR2A,SOD1,IRGQ,GOLPH3,BRMS1L,ACIN1,RBM42,TAF6,QRICH1,VIM,NAA15,TAF2,TAF1,RPL30,RPL31,DCAF8,ENO2,DCAF5,FNBP1L,DCAF7,DCAF6,GLE1,RNF115,RNF114,MYC,RPL36,PIP4K2B,RPL38,RNF111,CHGB,WSB1,MECR,RPL21,PIH1D1,RPL23,RPL22,MED6,RNF126,IFT81,RPL24,RPL27,RPL26,RPL29,UBA52,SLAIN2,VPS26A,GLG1,PRDX2,PRDX5,PPP4C,PRDX1,PLCG1,CDK17,RPL41,CDK19,FZD3,JUND,CHKB,CHKA,PA2G4,PRRC2B,PRRC2A,TMEM198,TMEM199,FIBP,SLC6A6,PPP5C,RNF103,GIPC1,CDK10,CDK13,CDK14,CPEB4,SPEF1,ELL,PFAS,RNF157,TMEM189,TMSB4X,ENSA,GPR137,RIOK2,RIOK1,GPRASP1,EMD,ZC3H10,RNF168,RNF167,AFTPH,LSG1,RPL10,GRAMD4,TMEM165,RNF138,CHN1,RPL14,ANKRD54,RPL13,ANKRD52,RPL18,RNF130,TRMT1,LRPPRC,RNF146,ABI2,RLIM,RNF141,PHLDB1,RNF19B,YEATS4,FAM107B,RNF19A,MACROD2,LZTS2,TMSB10,RNF44,ANKRD44,RNF40,RNF41,CLIP2,CLIP1,ZFP41,STIM2,NCL,NHP2,ERH,ANKRD17,ENY2,CD151,ABHD2,ANKRD11,ANKRD12,ABHD8,PHF21B,STIP1,ABL1,ABL2,ANKRD10,SLC15A4,WDTC1,ESRRA,ANKRD28,ASNS,DHCR24,LSM4,LSM2,CHERP,CNOT6,LSM6,YEATS2,CNOT1,CNOT2,CNOT3,NF1,SPIRE2,RNF181,TADA1,GPR107,NF2,CNOT8,EIF4G3,RNF185,EIF4G2,EIF4G1,RNF10,RNF11,RNF13,RNF14,PPP6C,PTBP1,SART1,GM2A,SGCB,PDCD6IP,CHUK,ZFP91,RANGAP1,COASY,BET1L,PATL1,PTBP2,EVL,EIF4E2,SOS1,SFT2D1,SOS2,SSX2IP,SMARCD1,SMARCD2,RNF34,WBP2,RNF38,FZR1,PUF60,RBBP4,RBBP6,SNRPB2,RBBP7,WASF1,RNF20,SMARCE1,RNF24,TXNRD3,RNF26,TXNRD1,PNRC1,PNRC2,MARCKS,METAP1,CBLN1,METAP2,GDE1,PWP2,PWP1,GOLGA2,GOLGA3,GOLGA4,GOLGA5,RUSC2,GOLGA1,HABP4,UBAP2L,ZFPL1,GLUL,GOLGA7,SOX4,ACSL6,ACSL3,JMJD8,AFG3L2,COX7A2L,RRAGA,RRAGC,AKAP9,GUF1,VDAC3,PFN1,EZR,CBLL1,PFN2,TMEM161B,NECAB3,TRMT2A,NLK,GMCL1,DGUOK,NLN,VPS8,PATZ1,SNHG1,SS18L1,ACADSB,UBAC1,ZWINT,UBAC2,CCDC88A,PARP11,STAG1,CCDC88C,CORO7,ITM2C,CC2D1B,FAF1,FAF2,GDI2,OLA1,PRPF19,RPTOR,GUK1,DLAT,RSPRY1,PRMT6,PRMT5,ATP6V0B,PRMT1,PRMT3,RAB33B,PACS2,PACS1,FAM20B,WAC,STRAP,SGK1,ALDOA,KPTN,ATP6V0C,TOMM40,SLC20A1,AKAP8,ARNTL,AKAP1,MAP4K5,MAP4K3,MPZL1,MAP4K4,PRPF39,STAC2,PRPF31,TRIP12,FAU,TOMM6,POGK,HDLBP,ARID4A,NUCKS1,TOMM20,TOMM22,CHCHD4,FBL,TMEM147,CHCHD6,POGZ,CHCHD1,TMEM14C,ANGEL2,TOMM34,TSC1,WRNIP1,TRNT1,TMEM131,ILVBL,TBL1XR1,ELMO1,ELMO2,FIZ1,RELL2,ISCU,FAIM,RAI14,ATP6V1A,LTBP4,CPLX1,SDCBP,TMEM127,DNAJC21,ZC3H18,OTX1,SUDS3,ZC3H13,ATP6V1D,ZC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G2,ITFG1,TOPORS,UGDH,HNRNPH1,HNRNPH2,HNRNPH3,CSTB,RFNG,AMN1,UBTD2,APBB2,METTL6,APBB3,METTL9,PTGES3,XPO7,MPP6,RAB11A,RAB11B,XPOT,KBTBD2,APBA1,APBA2,KDM1A,KDM1B,MRFAP1,CWC25,TATDN2,HCFC1R1,COTL1,KDM2A,KDM2B,PRPF6,HGS,PRPF3,CHMP4B,XPR1,IDI1,PXK,RPS19BP1,PXN,EFNA4,PRPF8,EFNB2,SCUBE1,RPRD1B,RPRD1A,KLHDC10,KLHDC2,KLHDC3,KLHDC4,CBX4,CBX3,CBX1,EIF2S2,CRLS1,EFNA3,EFNA2,CAPRIN1,CHMP2A,SAE1,LRP12,LRP11,MUS81,KDM5B,CBY1,YBX1,FBLL1,HS2ST1,CASP9,SPRED2,FLCN,SPRED1,PPP2R5E,SNAPC2,CASP2,KDM6B,H2AFY,H2AFZ,AKTIP,H2AFX,SPATS2,PPP2R5C,SAFB,DNM1,DNM2,TRAPPC6B,RASA1,DNLZ,FAM84A,PFDN2,HAGH,PFDN5,VAC14,KDM3A,STOML2,KDM3B,ATF6B,FAM169A,THBS3,TBRG4,GNA13,MAPK9,FAM168B,MAPK8,MAPK7,UGP2,LEPROTL1,GNA11,GNA12,MAPK1,MAPK6,MAPK3,KDM4B,KDM4C,TMEM30A,QPCTL,LIMK1,CYHR1,PPP2R3A,PPP2R2D,CDK2AP2,TDRKH,CHIC2,EHMT2,UXS1,EHMT1,GHITM,LSM10,PSMD8,LSM12,LSM11,PPP4R1,PSMD7,PPP4R2,PSMD5,PSMD3,PSMD1,CHID1,MEF2A,MEF2C,RBFOX2,RFX3,DICER1,RFX1,HDHD2,EID2,MYL6,RFX7,PSME3,RUFY3,PSME4,RUFY2,LETMD1,TTYH3,MRPL16,ABCB8,COPS7A,MRPL14,AGAP3,MRPL12,GABARAP,GIGYF2,CYB5R4,GRPEL2,AMZ2,PUSL1,RHBDL1,PRRT1,ABCA2,PRRT2,CADM4,CADM1,EXOC6B,MRPL28,FAM136A,EIF1,ABTB1,EIF5,FAM135A,EIF6,TDP2,PSMG4,PSMG1,AVL9,EZH1,TMEM9B,GPR19,EZH2,GPR27,PIGS,NCAN,PIGQ,MRPL38,LRRC3,MRPL39,CTCF,MRPL37,MRPL34,HSPB11,PIGX,TRMT112,LMBR1,MRPL40,NKRF,FASTK,SH3BGRL3,LRRC47,UPF2,LYPLA2,DFFB,UPF1,PGAM1,MRPL49,MRPL47,MRPL45,LRRC41,SRP9,PSMA5,MRPL53,PSMA6,MRPL50,PSMA3,PSMA1,TMEM33,PELI1,TMEM106C,TUT1,VAMP4,VAMP2,LRRC14,SRRT,HTT,TMEM70,MRPL54,MRPL55,GGA1,PSMB4,BTAF1,GGA3,PSMB5,PSMB2,TCOF1,TMEM65,PSMB3,MICALL1,CLPTM1,LEO1,FLNA,ANO10,RABAC1,MEF2D,SRSF10,YKT6,SRSF11,NKTR,ATRNL1,USP9X,BYSL,LRRC20,TMEM60,FABP3,PSMC5,PSMC3,SRRD,RPL22L1,ZBTB22,TSEN2,YY1,EIF4ENIF1,RUVBL2,SESN1,SCMH1,PIM3,AP2M1,NOMO1,SH3GLB1,SLC38A1,AGTPBP1,ZBTB34,SAP30,FRMD5,OLFM2,TXLNA,SLC9A8,MAPKAPK2,ANAPC4,ANAPC5,MAPKAPK5,SNRNP200,SQSTM1,ANAPC2,LRRC59,SAV1,ATXN2,SLC38A2,ZBTB17,GOT1,ZBTB12,UBLCP1,PTPRA,TMEM11,PIN1,NFE2L1,ZNF512B,SLC25A1,SLC25A3,HSP90AB1,ARRB2,NCK2,PMEPA1,ERC1,DIS3L2,PELP1,HSP90AA1,NDUFC1,VEZF1,DDOST,PPM1A,BIRC6,AHDC1,BIRC2,GTF3C1,GTF3C2,SEC23A,GTF3C4,NDUFB6,PPM1L,MAK16,CXXC1,NDUFB2,ZBTB43,PPM1D,PPM1E,PPM1G,GANAB,PARD6A,FCHO2,BEND3,SH3BP5,LRRC8B,ATP9B,BEND6,SH2B1,CYB5B,PTPN1,NDUFA8,NDUFA7,SEC24B,NDUFA6,NDUFA5,MBOAT7,DONSON,IMMT,MBOAT2,RPL23A,MCOLN1,TPD52L2,NOVA2,PTPN9,CCM2,SEC24C,SMAP1,CCNK,AHCYL1,CCNI,PLEKHB2,TMEM41B,CCNH,JMJD1C,KEAP1,THUMPD1,IFI30,CYB5D1,CCAR1,RASSF1,FAM53C,KIF21A,KIF21B,SEC62,SLC12A6,SEC63,TMPO,PAQR4,ZFP1,IMP3,PAQR3,ANK3,PISD,CCNY,CD2BP2,KDELR2,PREB,L3MBTL3,CTR9,PGBD5,ERI3,HIVEP1,SYMPK,TSPAN5,TSPAN3,SEC31A,XRCC6,IQSEC1,ZFR2,SURF4,XRCC1,PAICS,WNK1,ID2,RPL27A,PAF1,CALM3,CALM1,RGL2,CALM2,PTPRS,USPL1,PPP1R11,GPAA1,INTS10,TECR,AP2A1,PTPRF,SPTLC1,SPTLC2,CTSL,ARIH2,KIF1B,QSOX1,ARIH1,CTSB,NDEL1,VKORC1,CCT3,CCT2,ZFR,ANO8,RGMB,PDRG1,RGMA,CD47,GLCCI1,INPP1,STX18,DERL1,PRKX,CAMKK1,EXOSC7,CAMK2N2,EXOSC9,HSF2,EXOSC8,HSF1,CCT8,CCT7,PAK2,CCT5,CCT4,TMUB1,MIB2,RSRC2,AP2B1,DOHH,TMUB2,MIB1,RGP1,DPY19L3,GPAM,RPA3,DPAGT1,SCARB1,MIDN,KIF5C,PPME1,KHSRP,PPFIA1,EP300,PPFIA3,SLC30A9,SLC30A5,ATG9A,LMTK3,SSU72,LMTK2,RUNDC3B,RUNDC3A,TMX4,DOK4,HNRNPUL1,DOK5,HNRNPUL2,SCN8A,GEMIN7,PSMD12,PSMD11,TMED10,PSMD13,YTHDC1,SEL1L,TOR1AIP2,SLC1A4,PDS5B,PSEN1,PDS5A,RPF2,SUPT6H,RPF1,FUT8,KIF3B,KIF3A,CAMTA1,CAMTA2,H1FX,NDUFV2,NDUFV1,IVNS1ABP,PRNP,PHF12,SUPT5H,CLK4,CLK3,CLK2,CLK1,PAN2,H1F0,PAN3,PHF13,PICALM,GSK3B,GSK3A,PRR7,DDX3X,DDX49,DDX46,PRKCSH,MAST2,MAST1,DDX42,DDX41,TRIAP1,AFF3,AFF4,GPHN,TMEM191C,PPP1R9B,NUP62,TIMM17B,HSDL1,NCBP1,BUD31,DDX55,DDX56,DDX54,DDX52,DDX50,PJA2,PJA1,CREB3,VCAN,LMBRD1,CREB1,NUP50,NDUFS3,ATG4B,NUP54,EAPP,DDX27,DCTN2,DDX24,DCTN4,DCTN3,DDX20,PARN,CRMP1,CSTF2T,DDX21,CLCN3,MAT2A,SMNDC1,PDLIM7,MBTPS1,CHURC1,GALNT1,MIIP,MAPK14,MAPK10,SBK1,FAM131A,R3HDM1,CLUAP1,RAN,FAM50A,LNX2,RB1,RPL5,RPL3,CLPB,TRRAP,GABPB1,RPL8,BACH1,BACH2,RPL6,RPL7,PCMT1,NUB1,STMN1,FDXR,IER5,NFRKB,IER2,UNC13B,ACOT9,ACOT7,TSPYL1,UNC13A,DAPK3,CD3EAP,SOX12,CLPX,NISCH,DYNC1LI1,DYNC1LI2,CLPP,PRR12,PRR14,TSPYL4,POM121,RPN2,RPN1,NOLC1,HIF1A,FAM160B1,PPP3R1,RIC8B,CHST12,RAD21,SSR1,SERF2,S100A10,H3F3B,H3F3A,RDX,MTHFR,TYSND1,BRAF,CDC7,UPF3A,THAP11,FAM160A2,NPLOC4,OGDH,HBP1,CDC42SE2,OGFR,TCF25,CLTC,ADK,CLTB,LPCAT1,CLTA,TCF20,ADO,CLINT1,ING1,ING4,RFK,SPIN1,AP3S2,BRD3,BRD2,NUDC,MIOS,SSR4,SSR3,TCF12,PHLPP2,SF3B4,SF3B5,PHLPP1,TIMM13,GPS2,TM9SF4,TM9SF3,BCLAF1,RPS3,SC5D,BRD9,RPS2,BRD8,BRD7,SF3B1,BRD4,BRF2,BRF1,GTF2H5,AGBL5,TM9SF2,TM9SF1,XAB2,RYBP,MORN4,LPCAT4,DGKE,UHRF1BP1L,DGKD,ATP8A1,CLSTN2,CLSTN3,TUSC3,TUSC2,CTNND2,FMR1,CLSTN1,BZW1,ABHD12,ABHD11,MAEA,CDH2,SMARCAD1,MAF1,STK32C,SEMA6B,RPS9,RPS7,RPS5,RPS6,AIP,RPSA,GTF2F1,DGKZ,GTF2F2,TRAIP,CACNB1,ST7L,MADD,TTPAL,DNMT1,CUL5,TNKS,CUL3,AK2,CUL1,KLC1,GTF2E1,GTF2E2,BAG4,BAG5,KLC2,BTBD1,BTBD2,NACC1,BAG1,SKIL,MPDU1,TNK2,BTBD6,ADAP1,BTBD9,CDK9,RCAN1,CDK8,NSFL1C,SCCPDH,CDK5,CDK4,RHEB,MAFG,NACAD,SERINC1,SERINC3,SERINC5,LMBR1L,RNPEPL1,DUSP18,PTPN23,DUSP12,METTL14,PSD2,SIN3B,SIN3A,OPA3,TAPT1,REXO1,GPX1,GPX4,ELAC2,RTN4RL2,REXO2,YDJC,PTP4A1,PTP4A2,TRAF7,PTP4A3,DALRD3,TRAF4,RPL37A,TRABD,GTF2A1,NFAT5,GTF2A2,AMBRA1,AP3M2,DCAF15,HIRIP3,DCAF11,DCAF12,CACNG4,SPAG9,SPAG7,ADRM1,SEMA4C,RPL35A,PTPN11,CDC42BPB,DDHD1,SEMA4G,CDC42BPA,OXR1,ENOX1,KLF6,APC,IMPDH1,IMPDH2,MGAT4B,RUNDC1,CMAS,DPF1,SAP130,DPF2,TIPIN,SLC6A17,NFKBIL1,SACM1L,SLC11A2,PTOV1,MRPS18B,INPP4A,GRWD1,XRN2,AURKAIP1,TELO2,CUTA,IGSF3,LMAN2L,TEX264,TWF1,NMD3,TMTC4,INPP5B,PTDSS2,PRRC1,SPAST,BANP,NUS1,TRAP1,BCL11A,TMEM50A,TMEM50B,MEMO1,GADD45G,MANF,SRPK1,SESTD1,ANP32E,ANP32B,BAP1,CDS2,DAZAP2,HBS1L,DAZAP1,HINT1,AUH,PCF11,ZMYM4,CDV3,TSC22D1,TSC22D3,RHOF,UCHL3,RHOA,RHOB,MAPRE3,RHOU,MAPRE1,MAPRE2,PRIM2,TRAK1,TRAK2,RBM15B,LCMT1,RANBP2,SUZ12,RANBP1,RANBP3,AP3D1,RANBP9,RANBP6,RSL1D1,MARS,CTNNB1,RAB3GAP1,GALNT11,GOLT1B,EFTUD2,PDIA3,DSCAM,APLP2,MATK,KCTD2,KCTD5,PDIA6,KCTD6,PDIA4,DPM2,OXA1L,PHOSPHO2,TIPRL,CMPK1,TMEM59L,COX7A2,STK4,ADIPOR1,CSF2RA,ADIPOR2,ARHGAP12,ARHGAP21,MAN2A2,DPP8,EP400,DMAP1,MARK4,MARK3,MYH10,PDZD8,PDZD7,SMAD2,SMAD1,SMAD4,SMURF1,ASPSCR1,ARHGAP29,IFT122,SMAD5,AZIN1,TDRD3,ARHGAP33,NR4A3,ATG16L1,JMY,B4GALT2,USP36,B4GALT3,USP38,USP32,USP33,SLC2A3,USP39,PKD1,KLF11,USP47,USP48,KLF13,USP42,USP43,ABCC5,TRNAU1AP,KLF16,CKAP4,DDX19A,B4GALT7,B4GALT5,USP14,USP15,USP16,TM2D2,USP10,USP12,OPRL1,MOSPD3,TOB1,IWS1,USP19,RMND5A,NT5DC3,ABCF2,ABCF3,ABCF1,REPS1,RWDD1,B3GAT3,BAD,USP22,HAGHL,NAP1L1,USP28,NAP1L4,NEURL4,PIK3IP1,XPNPEP1,BAX,ABCE1,SSBP3,SSBP4"
+"gene_set_query"	"765"	"ZNF14"	"681.7"	"ARCHS4 Coexpression,330;Enrichr Queries,826;GTEx Coexpression,889"	"RPL4,EIF4A2,APP,IFITM2,CCNI,VARS,GPATCH1,JMJD1C,HNRNPU,EPRS,GABPB1,NDST1,CDC23,CAPNS1,TRIM28,MPRIP,DPYSL2,MYC,FAM110B,GPBP1,BSG,STMN1,LONP1,PWWP2A,EPC1,AKT1,EPC2,PRKACA,ATXN7L3,RNF111,SOX4,EPHA5,CXADR,IAH1,ALG9,ST6GAL2,ACTN1,RPL22,ARRDC3,CIRBP,WDR75,MOGS,SCRIB,SOX11,ACTN4,FAM133B,PPA2,DDIT4,RUFY2,TRIM13,HECA,ANKRA2,CGGBP1,ATF4,TMEM63B,FLII,MBTD1,APH1A,HSPH1,MLEC,SYMPK,PIP5K1C,ZSCAN18,S100A10,JUN,PRPF38A,JUND,INTS1,H3F3B,PLK2,PBX2,PUM2,PRRC2A,SMU1,MLLT11,HNRNPL,ZBTB6,STAG2,FASN,ID2,GIPC1,CALR,CDK13,CALM2,EZH1,ITM2C,ARF3,ROBO2,TOP2B,DAZAP1,BTG1,CSRNP3,CITED2,MRPS12,SLC35F1,PRPF19,SMG5,MED17,MRPL42,NIPBL,TUBA1A,ZMYM5,UBXN7,SDF4,CIC,ZIK1,DFFB,UPF1,NCOA5,TSC22D3,MINK1,DUSP6,MLF2,RHOB,MED23,KIN,SLC7A5,INF2,PXDN,WAC,PABPC1,SGK1,ERGIC1,CSTB,RNASEL,FAM117B,CENPB,FAM129B,AMN1,HIRA,BCLAF1,PPP1R8,MFN2,FLNA,RPL15,ANKRD52,EXOSC2,YKT6,AP3D1,TTC9C,SYNJ2BP,SCAF1,GATAD2A,KLHL9,SKI,PSMC6,MORN4,NFIB,ETNK1,TAOK2,NUCB1,HDGF,PKN1,KBTBD7,MPHOSPH8,GRINA,DBR1,CEP120,HDLBP,ATN1,ARID4A,PRDM2,ARID4B,PPP1CB,ZFP30,LAMP1,PPIP5K2,PAPOLG,ARHGDIA,CWC22,SLC39A7,LZTS2,SBF1,SLC38A1,ANKRD49,TPM4,USP3,IGFBP3,F2R,ZBTB34,ATP1B1,ATAD3A,RSBN1,PIAS2,CTDNEP1,MORF4L1,ACAP2,HNRNPUL1,HNRNPUL2,RPL7L1,RAB35,SRSF3,CHMP4B,PHIP,SRSF6,NSMAF,GLYR1,ZCCHC7,KHDRBS1,IDI1,LRRC59,PFKFB3,CD151,YTHDC1,INSIG1,MAZ,ANKRD12,PDS5B,NDRG1,SUPT6H,SOCS2,SBNO1,ORC6,MED30,IRAK1,DVL1,BTBD2,NACC1,ABL1,ANKRD10,SLC38A2,BPTF,TRAPPC2,ACBD6,PRNP,TIA1,UBE2I,PNPT1,ZBTB11,KLHL24,EEF2,MARCH6,NFKBIA,YRDC,CNOT6,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,RFXAP,JMY,GNB1,PLEKHM2,PLXNB2,TCF4,OGT,NFE2L1,EIF4G1,UBE2M,ZNF512B,KDM5C,GSK3A,WDR1,NVL,PRKCSH,CHD8,PRR3,PTEN,CHD6,ADAR,SLC2A3,ZFP82,YBX1,DUSP18,RND3,PPP1R9B,DUSP12,SART1,METTL14,LASP1,SART3,ZC3H7B,PPP6R1,SNRNP70,PMEPA1,LRRFIP1,EID2B,MAPK1IP1L,ARHGEF11,USP48,EED,PDPK1,ACTR6,MSL2,TRNAU1AP,RAD23B,ARFGAP1,PTBP2,DNM2,LATS1,TRAF7,VCAN,CREB1,CTDSP2,POLR1B,DNAJC5,AKT1S1,PIK3C3,NUP54,PPP1R12C,TNFRSF21,RBM22,PPP1R15A,HDAC2,UHRF2,ROCK2,RAB1B,MLLT1,ATP1A1,PPM1D,NT5C2,TOB1,STRN4,GANAB,RBBP5,U2AF2,FAM120A,DNAJB9,BNIP2,FEM1C,VHL,RBM39,PPP1R14B,FBXL19,PDAP1,RPRD2,CDC42BPB,GDAP1,HNRNPAB,TPD52L2,ACVR2A,RAD52,SH3YL1,NIN,KLF6,MARCKS,NEURL4,CDKN2AIPNL,CARM1,MGAT4B,OCIAD1,PDCD4,SPRY2,ACIN1,VIM,P4HB,SSBP2"
+"gene_set_query"	"766"	"L3MBTL1"	"682.0"	"ARCHS4 Coexpression,1290;GTEx Coexpression,74"	"MAPKBP1,MYT1L,IFT172,ZDHHC5,ENO2,SCAMP5,GPR173,ZFYVE27,OPHN1,IGLON5,CDK20,BSN,ANKS1B,TSPYL2,ARL10,SRRM3,SRRM4,UNC13A,UNC5A,SLC6A17,PTOV1,CPT1C,MAPK8IP2,MAPK8IP3,NISCH,EML5,GPR162,STX1B,KCNQ2,HECW1,RTEL1,BEX2,TMEM63C,CTBP1,STXBP1,KALRN,TTBK1,APH1A,SYNGR1,FAM171A2,RHBDL1,SCAI,ZSCAN18,ATP6V0A1,PRRT1,BTF3,ACD,PHC1,PRRT2,ZFR2,SLC35E3,UPF3A,SNAP91,LAS1L,FBXL2,DZIP3,TMEM151B,GDI1,GRIK5,PTPRN,GRIK2,NAT14,TRIM9,PCLO,SLC22A17,RAC3,CIC,GPRASP1,GPRASP2,RALGPS1,GRIPAP1,RPS6KL1,ACTL6B,AP3B2,TMEM179,ARHGEF9,MAPRE3,MAPT,SFI1,VAMP2,RNF165,ICA1L,ADAM22,NOL4,BEGAIN,TCEAL6,TCEAL5,CAMK2N2,PES1,APBB1,PURG,NPDC1,RIC3,WDR17,BRF1,PLEKHA5,LHFPL4,NMNAT2,SGSM1,ATAT1,NEDD4,TTC3,TCEA2,HDGF,YPEL4,ANKRD13B,SLC27A1,ATP8A2,CRTC1,CLSTN3,CLSTN1,CYP46A1,CELSR3,SLC8A2,TMEM145,ATCAY,SALL2,POGZ,MAP3K9,SH3GL2,MAGI2,ADAM11,TTC7B,TSC2,TSC1,KCTD2,BSCL2,CLIP3,DISP2,ACAP3,GPRIN1,MADD,RAB35,ABCG4,LRRC59,NDRG3,CHRNA7,TMEM59L,CACNA1B,CACNA1A,DTX3,SEZ6L2,FBXO44,ORC4,KLC2,KIF3A,SAFB2,CAMTA2,SRGAP3,PDZD7,TRAPPC2,TMEM120B,SYT4,GGT7,ARHGAP33,AHI1,NBEA,REEP2,SPIRE2,GNB5,FGF13,MAP3K12,EIF4G1,DOCK3,PODXL2,WDR1,CELF3,POMT1,AKAP8L,MAST1,CELF4,CHD5,PKD1,TRO,SEC61A1,SNRNP70,MCF2L,OPA3,EID2B,GALNT9,EIF5A,SVOP,ABCC8,RAD23B,RER1,TERF2IP,LUC7L3,SLC25A14,RNFT2,DCTN1,ANKS3,USP11,RAB1B,NRXN2,RBM4B,CRMP1,HDAC6,JAKMIP3,ADD2,SLC25A27,FZR1,PABPN1,U2AF2,VPS53,SPOCK2,FAM120A,TRIM46,ATP9B,CLASP2,SH2B1,REPS1,TUB,SLC12A5,NEGR1,SEMA4F,DDHD1,SLC4A8,IRGQ,CLCN6,NEURL4,ERCC3,RGS11,P4HB,UNC79"
+"gene_set_query"	"767"	"BBX"	"682.3"	"ARCHS4 Coexpression,305;Enrichr Queries,175;GTEx Coexpression,1567"	"APP,SCOC,TRIO,HDAC10,ZMYND8,HNRNPU,JMJD1C,CBLB,PHAX,EPRS,IFI30,GOLGA4,ALCAM,ZMIZ1,DHX57,DPYSL2,AKT3,ARL6IP4,AKT1,PRKACA,ATXN7L3,SOX4,MEF2C,WSB1,SCAF11,ARRDC3,PRKCD,AP1B1,CD3EAP,TALDO1,MOGS,DICER1,ANK3,CDC34,CCNY,DAAM1,IFT81,DDIT4,AKAP9,PFN1,ATP6V0D1,AURKAIP1,PRR13,MACF1,MYCBP2,TWF2,NEDD4L,PIK3R1,MRPL12,HIF1A,OAZ1,APH1A,RHOT2,APH1B,PPP4C,MICAL1,PCBP1,RAD21,HLTF,HIVEP2,VASP,JUN,PRELID1,RDX,SMARCA5,PRRC2C,SMARCA1,MEX3C,SMARCA2,PHC3,PBX1,PTK2,PRRC2A,MED13L,SETX,CCDC88A,MEX3B,STAG2,WNK1,ID2,GOLGB1,DUS1L,CPEB4,ITM2C,PHF3,OGFR,NRP1,TOP2B,PIGU,BTG1,CITED2,CETN3,CTSZ,PRPF19,MED15,PHF6,ROBO1,PPP3CA,PCM1,NIPBL,MED13,GUK1,FASTK,CHMP1A,REV3L,SDF4,KIF1B,JARID2,JAK1,PCMTD1,NCOA2,LYPLA2,UPF1,ATP6V0B,SHPRH,TSC22D1,GAA,TCF12,TET2,ASH1L,GMIP,DUSP6,ENAH,NCOR2,GAK,ZEB2,MED25,PITPNM1,PXDN,RAPGEF1,TAX1BP1,NCOA7,CD47,ARHGEF2,ATP6V0C,ARF5,STK40,NAPA,GRN,TYMP,GNAI2,HIRA,BCLAF1,CUX1,LMAN2,RICTOR,ZSWIM6,MGAT1,BRD8,MAP4K4,NKTR,EGLN2,SF3A2,CSNK1A1,PTGES2,TMUB1,DEF8,VEGFA,KTN1,PPP1CA,MIB1,AGBL5,MKLN1,MPHOSPH9,NFIA,NFIB,TAOK1,SHKBP1,NBR1,RLIM,ZYX,NUCB1,TRIP12,PKN1,PNPLA6,FRYL,GRINA,ARID4B,NUCKS1,IPO5,IGF1R,ABHD12,STK11,SLK,KIF5B,ARHGDIA,CFL1,PIM3,ARID2,TLE4,SLC38A1,MAP2K2,ATP11B,DGKZ,FOXP1,CTDNEP1,MORF4L1,TBL1XR1,EHBP1L1,RAB35,MAPKAPK2,PPIF,CHMP4B,PHIP,FAM92A,CSNK1G2,SNRPB,ANAPC2,ANKRD17,DDX6,ISYNA1,INO80E,PFKFB3,RAB5C,ANKRD12,MAZ,GMPS,ITPR1,TOR1AIP2,NDRG1,CORO1A,RTN4,CORO1B,ARHGAP21,SBNO1,SBNO2,NDOR1,GRK6,TPR,ZC3H14,SLC38A2,SKIL,EVI5,NDUFV1,NADK,BPTF,ESRRA,OSBPL8,HSPA8,PRNP,CBX5,ODF2,CPSF2,CRIM1,IFT122,KLHL24,NFKBIA,EFNA2,SH3BP5L,HOOK2,PQLC1,HOOK1,CAPRIN1,GNB2,NF1,PHF13,PLEKHM2,CLASRP,BRWD1,EIF4G3,COPE,ITGB1,RERE,KDM5B,GSK3B,ACADVL,GSK3A,WDR1,PRKCSH,CELF2,HP1BP3,USP34,CHD6,ARHGEF10L,ARRB2,CHD2,AFF4,SYNE2,PPP1R9B,DUSP12,SEPT7,CAPZB,PPP6R1,MAN1A2,SNRNP70,SNAPC3,RB1CC1,PSD3,FLOT1,CEP170,LRRFIP1,ERC1,IFT57,TNPO1,HSP90AA1,PPP1R12A,ARHGEF12,GPX1,REXO1,DST,PDPK1,ATRX,ZFP91,NAV2,ARID1B,PJA2,KLF16,DNM2,VCAN,PTP4A3,CREB1,ASPH,RER1,CTDSP2,DNAJC5,AKT1S1,BIRC6,SOS1,BDP1,PPP1R12C,TRABD,NFAT5,ROCK1,ROCK2,RAB1B,RNF38,DDX20,ASAP1,MFF,PPM1G,SRM,ABLIM1,DNPEP,U2AF2,FEM1C,FYN,RALY,CSK,FBRS,SPAG9,SGTA,ADRM1,ATP2B4,LYSMD1,ATP2B1,CDC42BPA,OXR1,TPD52L2,SLC4A7,CLCN7,KLF7,MARCKS,KLF6,APC,IMPDH1,MGAT4B,EIF3G,RBM42,BAX,VIM,SMAP2"
+"gene_set_query"	"768"	"ZNF513"	"684.3"	"ARCHS4 Coexpression,1404;Enrichr Queries,196;GTEx Coexpression,453"	"FAAH,VARS,IFT172,PPAN,TESK1,TXNDC11,STMN3,EPRS,BACH2,TRIM28,RAVER1,KAT5,ZMIZ1,RUSC1,FTH1,OGFOD2,ARL6IP5,ARFIP2,CCNL2,KIF21B,MPV17,SEPHS2,CDK5RAP3,SOX4,TBC1D10B,SLC12A9,NUP214,ARSA,WSB1,ARRDC1,SLC35C2,PRKCD,CIRBP,CD3EAP,CSNK1D,RFX1,MAPK8IP3,RNF123,FNDC4,WDR81,EWSR1,THAP7,CDC37,GRWD1,DDIT4,ULK1,DUS3L,VPS28,PRR14,ATF4,SF1,NUMBL,TTYH3,PDXDC1,TMEM63B,TEX264,MEPCE,FBF1,TRMT2A,UBE2J2,GIGYF2,IGSF9,DHX30,RHOT2,MICAL1,SYMPK,S100A10,JUN,JUND,CHKA,SURF2,IRF2BP1,KLHDC8B,PRRC2A,FAM160A2,MEX3B,FASN,ADCK5,CDK10,NDUFAF3,HYOU1,DUS1L,BAP1,ITM2C,PHF2,ARF1,DAZAP1,GMEB2,TCF25,CITED2,PIGQ,PHF1,AP2A1,KRI1,BBC3,SMPD3,MTG1,CHMP1A,GPR137,CIC,DLGAP3,PSENEN,UPF1,BRD2,SPHK2,GAA,WDR34,LIME1,MED26,COMMD4,MLF2,RHOB,GAK,KIFC2,PXDN,FAM193B,ARHGEF2,DBN1,CSTB,ELOF1,DOT1L,SRRT,DERL2,CCDC106,RELA,AKAP1,GGA1,ARFRP1,RECQL5,EXOSC4,NFIL3,GPC1,ORMDL3,BRD8,MAP4K5,EGLN2,MBD6,YIPF2,MBD1,AP3D1,VEGFB,MIB2,PLEKHA6,TMUB2,SNX17,CCDC9,NUCB1,PKN1,AGRN,YPEL3,TOR2A,PHLDB1,CRTC2,MIDN,DGKD,SPPL2B,NUCKS1,CELSR3,EDC3,EDC4,FADS3,FADS2,STK11,FBRSL1,PMPCA,PIM3,MAF1,FADS1,STK32C,PLEKHJ1,SLC39A3,PIAS4,FBXW5,PCYT2,ZGPAT,PPP1R16A,SHISA5,VRK3,LEMD2,ATAD3A,RNF40,NRBP1,ATXN2L,ACAP3,ARMCX1,HGS,EEF1A2,MAPKAPK2,PPIF,CSNK1G2,ANAPC2,FTO,DDX6,INO80E,FKBP2,PFKFB4,PFKFB3,CCDC24,CLEC16A,ISG20L2,STK4,SNN,SBNO2,SHARPIN,STK36,GRK6,DVL1,ZC3H18,CAMTA2,IP6K2,BCL9L,ESRRA,ZBTB17,EIF2B4,PRNP,CPSF1,RHBDD3,CBX4,ODF2,SEC16A,CCDC136,TMEM132A,SUPT5H,UCKL1,EFNA2,HOOK2,PQLC1,HOOK1,COPS2,GNB2,PLXNB1,CLASRP,LRCH4,COPE,LMBR1L,GPSM1,ZNF512B,RERE,PRR7,ZMYND19,AKAP8L,CHD6,TMEM191C,AP4M1,MRPL4,SPRED2,DUSP12,ABHD16A,PPP6R1,PPP6R2,SNAPC4,PDE4A,WDR6,KDM6B,REXO1,GPX1,GPX4,PDPK1,ATRX,DDX56,H2AFX,AMT,AXIN1,YDJC,COASY,ZFP90,DDOST,GIGYF1,DALRD3,PPDPF,ATG4B,ETF1,PFDN2,TMEM9,PPP1R12C,B4GALT7,BCAT2,ST6GALNAC6,PPP1R15A,GTF3C2,CEBPG,FURIN,HDAC6,STRN4,PPM1G,CYTH2,FZR1,SLC25A28,DNPEP,PABPN1,MSTO1,PHKG2,RAB24,E2F4,FBRS,PDLIM7,JAZF1,SH2B1,SEMA4A,MARCKSL1,ATP13A1,TAF10,LRWD1,CHFR,USF1,PNKD,PFKL,SBK1,CAPN10"
+"gene_set_query"	"769"	"BCL6"	"684.4"	"Literature ChIP-seq,123;ARCHS4 Coexpression,1203;Enrichr Queries,689;ReMap ChIP-seq,144;GTEx Coexpression,1263"	"SCOC,TFRC,ZFYVE9,SCAMP4,PREX1,DPYSL2,AKT2,PWWP2A,GABARAPL1,MEF2C,SAP30BP,RBFOX2,UNC5A,FNBP1,STARD7,DNTTIP1,RFX1,SCAMP1,BCR,RUFY1,LARS2,RUFY3,DDIT3,DDIT4,PSME4,ORAI2,VOPP1,TBPL1,SF1,ATF4,SLBP,MTMR2,MTMR3,SHMT2,CDCA4,MEPCE,COPS7A,AGAP3,OAZ1,GABARAP,CYB5R4,RHOT2,CYB5R3,RHOT1,RNF216,GRPEL2,PIP5K1C,PUSL1,RHBDL1,HEXIM1,JAG2,JUN,GPR12,NCAPH2,MLLT10,ABTB1,TBL3,FASN,FXYD6,SFXN1,RNF220,KCNC3,MTMR14,PIGQ,LRRC4,CTCF,MED16,SHB,BBC3,DDA1,PIGX,MRPL33,TRMT112,NIPBL,MMP24,ATIC,JPH3,FASTK,TCP11L2,RPLP2,SH3BGRL3,SPHK2,MRPL49,MANEAL,GMIP,MED29,DUSP6,LRRC41,MED22,SLC7A5,SLC7A6,MED25,PSMA3,PLSCR3,CDC42EP4,PXDN,CINP,RAPGEF1,TUT1,VAMP4,VAMP2,ERGIC1,SLC29A2,LRRC14,TRUB1,STAU1,ODC1,HTT,CENPB,GGA2,TCOF1,TMEM65,RABAC1,ZSWIM4,MEF2D,CENPV,LRRC24,EGLN2,SNX21,GATAD2A,SKI,LETM1,CCDC9,SHKBP1,RIMBP2,UBAP1,PKN1,YPEL5,YPEL3,MTCH1,UBE2D2,ATN1,SLA,UBE2D1,APEH,TSEN2,FBXO22,STK11,RUVBL2,STK16,KPNA6,PIM3,PIAS4,SLC38A1,CISH,EIF1AX,PPP1R16A,SARS,ZBTB34,FBXO10,CASD1,LENEP,FOXP1,CDC25B,MSH6,ACAP3,OLFM1,ACAP2,SLC9A8,SQSTM1,ARL8B,PFKFB4,INO80E,SHC2,RNASEH2A,PFKFB3,NRF1,CORO1A,LRRC55,CORO1B,UQCRH,RAP1GAP,SOCS2,SBNO2,SNN,STK38,THEM4,IP6K1,SLC38A2,NADK,IP6K2,TXNDC5,LRRC4B,DR1,NOP16,GOT1,FBXO38,HPS1,FBXO31,AAK1,NFE2L3,MDM4,LRCH4,NFE2L1,SLC25A1,HSP90AB1,CELF3,PIK3CD,ARRB2,AP4M1,MRPL4,PPP6R1,DNM1L,UNKL,BCAS2,DGCR2,PELP1,UNC45A,EIF5A,DST,SH2D3C,ACTR8,GIGYF1,HAX1,SEC22B,SLC25A5,SLC25A11,AHDC1,TNFRSF21,ST6GALNAC6,BCAT2,SEC22C,PPP1R15A,PPP1R15B,GTF3C2,GTF3C5,NDUFB6,GTF3C6,SRF,SRSF1,CXXC1,ZBTB43,LENG8,FURIN,ZBTB45,HSD17B12,SRL,GANAB,NCLN,SLC25A28,U2AF2,KATNA1,SH3BP2,SH3BP5,IGF2BP3,IGF2BP2,PCDH1,SLC25A22,SH2B2,SH2B1,PPP1R14B,TRIM41,MBOAT7,NICN1,CDC5L,RPL23A,MYO16,ATOX1,SLC25A38,TSPAN14,NAGK,CDKN2AIPNL,TSPAN18,NOVA2,PDCD4,EIF3G,STUB1,CCM2,SMAP2,EIF3B,EIF4A1,CCNK,TMEM41A,CERK,CCNH,PPAN,IFI30,TXNDC15,ACTB,CYB5D1,EFR3A,RASSF1,RASSF2,CDC23,TRIM28,CCDC97,FBXO3,EPC1,BSN,ATP6V1E1,ATXN7L3,TBC1D22B,SLC12A9,TRIM23,SMARCC1,PAQR4,ARL15,ACTN1,CIRBP,TALDO1,CSNK1D,ANK2,MFSD10,THAP3,STX1B,CDC34,CDC37,SUB1,TRIM13,CD2BP2,TRIB2,CCDC84,SLC45A4,NUMBL,FBF1,CTR9,SUPT4H1,CEND1,PIK3R3,PIK3R2,PIK3R1,PGS1,NKAIN2,NKAIN1,DHX30,SEC14L1,COMMD9,DHX34,LARS,PCBP1,HIVEP1,HIVEP2,RAB11FIP3,RAB11FIP5,NTNG2,SURF1,IQSEC1,SURF2,XRCC1,IFFO1,WNK1,ID2,CWF19L1,INTS5,NDUFAF3,PAF1,FBXL5,CALM1,DHRS13,NRP1,TMEM151B,CCDC120,HIBADH,GPAA1,GRIK5,AP2A1,SLC7A11,BMI1,AATF,COX7C,HERPUD1,PTMS,SYNCRIP,ACTR1A,PCM1,PPP3CB,ENC1,SSSCA1,KIF1A,GIT1,BBS4,CTSB,GRIPAP1,TMEM150B,CCDC115,MRPS25,GAA,ZFR,COMMD3,GAB2,MRPS9,ARHGEF1,NCOA7,CRELD2,PTMA,DBN1,STK40,DYNC1I2,SATB1,DOT1L,CCDC107,CRIP2,CCDC106,MRPS30,CAMKK1,GNAI2,MNT,PAK1,EXOSC4,NFIL3,FAM172A,ORMDL3,MGAT3,GPC2,MGAT1,CCT7,EPS15,PAK2,MAP3K3,MON2,PLEKHA1,VEGFB,TMUB1,MIB2,TTC1,PPP1CA,VEGFA,MIB1,PER1,NUDT8,CCNG2,KLHL7,KLHL8,TCEA2,GRINA,SCARB2,OTUD5,CRTC2,MIDN,UBE3C,CD81,ZFAND3,PEBP1,PRDM2,SRP14,ACTG1,PPIP5K2,SNIP1,DENND5A,SBF2,RGS7,ZGPAT,ATG9A,LMTK3,SSU72,GRIP2,EEF1A1,FAM173A,SCN8A,EHBP1L1,PPIH,GEMIN7,RAF1,PPIA,RTN2,COX19,NDRG3,NDUFB10,NXPH4,SLC1A4,PDS5A,NDRG1,RAI1,SHARPIN,RNASEH1,IRAK1,DEAF1,DHRS7B,GRK6,CYC1,TBC1D17,NDUFV1,BCL9L,UBE2F,PRNP,UBE2H,UBE2I,VTA1,ECD,HMGA1,KLHL24,SUPT5H,CLK4,ANKHD1,BMP1,HOOK2,NASP,HOOK1,GNB2,GNB1,CNTN1,MKRN2,UBE2O,PHF13,CYCS,DEGS1,TCF3,TAB1,UBE2K,UBE2M,GSK3A,PRR7,NAA40,LDB1,PRKCSH,CNRIP1,DDX47,MAST2,MAST1,ATP2A2,ADAR,DDX41,CHD2,LMNB2,PPP1R9B,LMNB1,LASP1,BCL7A,UBE2Q1,GATAD1,DACT3,DACT1,RBM17,SUN1,NAA30,NUP133,PDPK1,CAD,DDX56,DDX54,SYNGR3,GPCPD1,YWHAZ,DDX50,EPN1,EEF1G,VCAN,SFPQ,ELF2,IRF3,PEX3,PPDPF,NDUFS5,NUP50,MVD,NUP54,IRF9,RBM22,OTUB1,SFSWAP,DCTN4,HMGCR,NT5C2,ACVR1B,ATP2C1,RNF4,CLCN3,AGPAT3,ADD2,POLD3,RAB40C,BMS1,MKNK2,PTK2B,MTA2,RPP14,CYTH1,PDLIM7,MBTPS1,TAF13,TAF11,MAPK14,SOD2,USF2,CDK11B,MAPK11,TEF,ERCC1,CARM1,ASB6,TAF6,FAM98B,QRICH1,KRAS,VIM,NAA15,RBM45,RB1,CLPB,ENO2,SMC3,DCAF5,BACH1,PHB2,BACH2,GPR173,PCMT1,ALCAM,ZMIZ1,MYC,WDR91,RPL38,IER5,RNF111,IER2,ANKS1B,DDX17,IAH1,PRKCD,WDR74,CD3EAP,WDR75,SOX12,GTPBP2,RNF126,BIN3,SARNP,VPS28,CDC42SE1,CTBP2,PDXDC1,PRDM15,HIF1A,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,RAD21,CHST15,NRBF2,ST3GAL1,S100A10,ST3GAL3,PHC2,JUND,HOMER1,PLK2,H3F3A,IRF2BP2,MCAT,EHD1,HNRNPL,SLC6A6,FIBP,SQLE,RNF103,TADA2A,ARL2BP,HNRNPF,ATG2A,PPT1,UNC119,HBP1,CPEB4,CDC42SE2,BTG1,CDKN1B,WDR48,ELL,PHF23,ARPC1A,WDR41,GPT,ADO,TRIM8,TRIM9,TMSB4X,TIMP2,GPR137,TK2,RRP12,AP3S1,CIC,GARNL3,WDR36,MIOS,EXOC7,IFNGR2,AEN,WDR34,GNL2,NUDT16L1,NCOR2,HADHB,RNF167,ZEB2,NSA2,TUBB2A,KIFC2,GARS,TKT,RNF166,GRN,NFIX,USO1,GPS2,WDR24,ADCY6,TM9SF4,FGD3,ARFRP1,SCAF8,BCLAF1,UBN1,RPS2,RPL15,RPL18,ANKRD50,DEDD,RPL19,BRD4,SF3A2,YTHDF2,NR1H2,SYVN1,TRMT1,NMNAT2,DEF8,LRPPRC,WDR11,MKLN1,RYBP,ZYX,NUCB1,FAM49A,FAM49B,ANKRD13B,RAB3C,PHLDB1,ANKRD13D,DGKD,CLSTN2,TUSC2,CEP120,UBP1,RPL10A,CLU,TM7SF2,NPEPPS,TUBB3,CFL1,PHYHD1,MAF1,LZTS2,SNRNP35,STK32B,MEN1,PLEKHJ1,TLE3,CSNK1G3,USP7,RNF44,MAP2K2,TPM4,USP5,USP3,RPS5,IGFBP3,ANKRD44,TPM1,AIP,THOC1,TRAFD1,PGD,THOC6,CACNB1,CTDNEP1,ST7L,PYGO2,CLIP2,RAB31,RALGAPB,RAB34,AAGAB,TNIK,XIST,TOX,FKBP4,CSNK1G2,FKBP5,ANKRD17,BRSK1,FKBP2,DNMT1,CD151,CUL5,ANKRD11,INSIG1,ANKRD12,ABHD8,UBR4,CUL1,TARS,UBR2,HSPBP1,PHF21A,GOLGA7B,NEUROD2,UBR7,BTBD2,NACC1,DVL2,SRGAP3,SLC15A4,SRGAP1,MAP2K6,MCL1,WDTC1,PLXNA3,ESRRA,TRAPPC3,TNK2,TMEM132A,TRAPPC9,LSM5,LSM4,CDK9,COPS6,MAFG,CNOT3,SPIRE2,RNF182,PLXNB2,PLEKHM2,GPR107,PLXNB1,CNIH4,SERINC4,DIDO1,DAGLA,MCM7,RNPEPL1,ZC3H4,TRADD,SYNE2,PIK3C2B,DUSP11,RPL7A,DUSP12,GM2A,SCRN1,UBTF,TLK2,WDR6,EVI5L,TNPO3,IQCB1,PLEKHG2,REXO1,GPX4,RFC2,SECISBP2L,RPL13A,PLRG1,PTP4A3,DALRD3,TRAF4,CTDSP2,RPL37A,SOS1,TRABD,HDAC2,TSSC4,WBP2,AMBRA1,HDAC6,HDAC7,DNAJB2,POLR2A,DNAJB5,RAB24,POLR2E,CSK,JAZF1,POLR2L,MLXIP,SEMA4A,SPAG7,PPIL1,RNF24,PTPN11,SEMA4F,FBXL16,FBXL14,PNRC1,PNRC2,KLF6,MARCKS,VAPA,POLR3C,ASXL3,MGAT4B,VPS45,PANK4,SLC35B2,APP,TCERG1,ISCA2,IFITM2,SLC35B4,HDAC10,HDAC11,TIAL1,FRAT2,RPS16,RPS19,FLAD1,FTH1,SAP130,LONP1,HABP4,RPS11,SEPHS1,BTRC,KIFAP3,GLUL,SOX4,TBC1D10B,AGFG1,SRRM3,SRRM4,SLC6A17,SACM1L,ARRDC3,PTOV1,MRPS18A,JMJD8,SRRM1,AFG3L2,RRAGB,HECA,EZR,PFN1,NECAB3,ANP32A,TEX264,TWF2,TRANK1,SCFD1,PTDSS1,ZNHIT3,TNRC18,RALGDS,ATP6V0A1,VASP,BCL11A,SYNRG,TREX1,MEMO1,PUM1,GADD45G,PUM2,MANF,RPS26,SMU1,RPS28,CCDC88C,ADCK5,CORO7,ALDH18A1,RBAK,TECPR2,C2CD2L,ITM2B,ITM2C,GFM1,HIP1,CITED2,FAF2,ZFAND2B,SPPL3,LIMD2,ZMYM2,AUH,GLIPR2,XPO6,SEC61G,SH3PXD2B,RALGPS1,RSPRY1,RALGPS2,MAP4K2,TSC22D1,PARP1,PRMT1,TSC22D3,STRADB,AMPD2,RHOF,TUBG2,CBFA2T2,PPRC1,LIME1,MTSS1,RHOA,RHOB,RAB33B,PRPF18,NFX1,FRG1,MAPRE3,ALDOA,SGK1,FYTTD1,CSTB,SLC20A1,NOL9,UQCR11,GDPD5,NOL4,TYMP,PPP2CA,ZDHHC18,CHRAC1,CUX1,TBL1X,AP3D1,XPO7,SORBS2,SPCS2,XPOT,STAC2,KBTBD2,R3HCC1,TOMM7,CTNNB1,FAU,KBTBD7,CDK5R2,CDK5R1,MEGF9,ARHGAP39,CHCHD4,TATDN2,BASP1,FPGS,HCFC1R1,COTL1,AZI2,RALBP1,KDM2A,KDM2B,DSCAM,LMO4,ATP1B1,KCTD5,RSBN1,KCTD6,DPM2,TBL1XR1,STAM2,PDE9A,ISYNA1,PXK,RPS19BP1,COPB1,CHRNA7,PXN,LTBP4,DTX1,CSF2RA,SEL1L3,SDCBP,EMG1,PCSK1N,MAN2A2,DPP9,MARK4,PDZD8,ANKZF1,ATP6V1F,KLHDC10,HSPA9,MPST,ACBD6,CBX5,CBX4,PTCH1,CBX2,DNAJC11,DNAJC14,COQ7,AZIN1,DNAJC18,NFKBIA,COQ2,DLG1,EFNA2,NR4A3,DLG4,ATG16L1,CAPRIN1,CHMP2A,LRP10,ACBD3,MUS81,B4GALT2,USP36,ACADVL,USP33,SLC2A3,FBLL1,RBM3,SPRED2,SEPT6,PPP2R5E,SNAPC3,PDE4B,FLOT2,PDE4A,TMEM109,USP30,SCYL1,KDM6B,SVOP,H2AFX,SPATS2,PPP2R5B,RNF208,CTPS2,H2AFV,PPP2R5D,SENP2,SAFB,ARID1B,POMGNT1,KLF16,CKAP4,TGFBR1,DDX19A,THRAP3,AKT1S1,DNLZ,THOP1,B4GALT5,USP15,RGS19,KDM3B,RGS16,OPRL1,PDXP,NRXN2,MTIF2,SPG7,ATP1A1,TOB1,RMND5B,GNA11,CAMK2G,SPEN,KDM4A,KDM4C,WTAP,B3GAT3,BAD,LIMK2,PRAF2,HAGHL,CYHR1,NAP1L5,NAP1L4,NEURL4,CAPN10,RPS6KB2,SPRY2,SSBP4"
+"gene_set_query"	"770"	"CARF"	"684.5"	"ARCHS4 Coexpression,1001;GTEx Coexpression,368"	"MDC1,VARS,ZDHHC5,DCAF8,RPL8,PNN,TRIM28,PSMD2,BSG,PSMD3,AKT1,ATXN7L3,TMEM8B,DDX17,WSB1,SMARCC2,METTL3,CIRBP,ACSL6,FRS2,MOGS,SCRIB,DICER1,ACTN4,SND1,SRRM1,IFT81,CRYZL1,FAM76B,FAM76A,ANKRA2,CCDC82,FLII,DCUN1D4,RNPC3,TMTC4,MBTD1,APH1A,PPP4C,ARGLU1,SCAI,PRELID1,ZRANB2,RCC2,UPF3A,PHC3,PRRC2A,HNRNPL,MLLT10,FUBP1,CDK13,PHF3,PHF2,DAZAP1,MRPS12,PRPF19,SMG5,EPM2AIP1,ZMYM2,ZMYM6,SDF4,BBS4,LYPLA2,UPF1,SHPRH,TMED9,NME2,PRPF40B,ASH1L,WDR35,ZDHHC17,WDR33,MED23,MRPL52,RPUSD1,HNRNPH3,VAMP4,TKT,AHCY,STX16,CENPB,BCLAF1,EXOSC10,BTAF1,PES1,AP2S1,APBB2,MAP4K5,CCT7,SF3B1,YKT6,SRSF11,NKTR,MON2,KIDINS220,MYO9A,SCAF1,WDR11,MIB1,HDGF,FAM171B,TARDBP,MPHOSPH8,ZFP28,CCNT2,CEP120,LTN1,ARID4B,CYP46A1,IPO4,NRBP2,ZFP30,ARHGDIA,POGZ,CFL1,ZNF326,SLC39A7,CHCHD1,USP5,RALGAPA1,ANGEL2,TTC7B,PRPF4B,TSC1,ATAD3A,PIAS2,ARMCX4,DMTF1,RAB35,ANAPC4,CHMP4B,PHIP,SRSF5,PPIG,KPNB1,SNRPB,LRRC59,RAB5C,YTHDC1,TNKS,PHB,ORC4,STIP1,IRAK1,NACC1,EP400,PDZD7,BPTF,MPDU1,NEK9,TIA1,SMAD4,CPSF6,MARCH6,PAN3,APPBP2,ZFP62,GNB2,NF1,PI4KB,BRWD1,FGF13,LSM14A,NOP10,EIF4G1,CREBZF,DIDO1,RBM25,RBM26,NUMA1,WDR1,PRKCSH,CHD6,HMGB1,YBX1,LMNB2,MFSD8,SENP6,SENP7,SEC61A1,LASP1,GATAD1,WDR5,RBM5,EIF5A,SUN1,CTPS2,TRAF7,RASA1,AKT1S1,USP40,BDP1,LUC7L2,CANT1,WBP1,SFSWAP,RAB1B,LENG8,SLC25A27,GANAB,NCLN,U2AF2,KRIT1,EIF4H,ATP9B,TTC14,SPAG9,RBM39,PPP1R14B,NICN1,ADRM1,ZFC3H1,SSRP1,DDHD1,HNRNPAB,TPD52L2,ERCC3,CARM1,P4HB,TRIM33,SLC25A36,TAF1,EIF3B"
+"gene_set_query"	"771"	"ZKSCAN3"	"685.3"	"ARCHS4 Coexpression,1611;Enrichr Queries,212;GTEx Coexpression,233"	"EIF4A2,RPL5,ZMYND8,STMN3,HNRNPU,CISD2,JMJD1C,EPRS,PHB2,BACH2,CDC23,OPHN1,ZMIZ1,DPYSL2,MYC,DPF1,CHORDC1,STMN1,HABP4,EIF2D,CCNL2,GLUL,SOX4,ANKS1B,DDX17,MEF2C,ST6GAL1,WSB1,ARRDC3,ACSL6,MTUS1,CIRBP,CD3EAP,ANK3,MAPK8IP2,ASPHD1,KCNQ2,DDIT4,ORAI2,HECA,TAGLN3,ANKRA2,ALG10B,MACF1,TMEM161B,DHX8,FBF1,PIK3R4,CEND1,PHYHIPL,NEDD4L,PIK3R1,PRKCZ,HIF1A,TTBK1,HSPH1,PGBD5,ERI3,TSPAN7,TNRC18,TRPM7,HIVEP2,RDH13,RAB11FIP4,S100A10,JUN,PRPF38B,JUND,CADM2,PLK2,SLC35E3,NR1D1,PHC3,SMARCA2,PBX1,ARMC10,FUBP1,ID2,HBP1,CPEB4,ITM2C,SMG1,PIGU,BTG1,CITED2,MRPS12,CLTC,PCSK7,MED17,RNF157,JPH4,SERP2,AKAP12,NIPBL,JPH3,TUBA1A,XPO1,ENC1,KIF1A,DLGAP3,JARID2,GIT1,CTSB,APC2,PBRM1,SHPRH,TSC22D1,TSC22D3,TCF12,TET2,MRPS7,DYNLL2,GNL1,DUSP6,MLF2,RHOB,MED22,ZEB2,TUBB2A,HNRNPH1,PXDN,MAPRE3,MAPT,SGK1,ATP6V0C,CSTB,NOL8,NOL9,NOL4,ARNTL,BCLAF1,TCEAL5,CUX1,CTNNA2,ATP6V0E2,SF3B1,SRSF11,NKTR,ARNT2,RYK,MTX3,YIPF4,LSAMP,GRIN1,WDR11,VEGFA,SEC23IP,NFIA,NFIB,CCNG2,NEDD4,HNRNPA2B1,APBA1,PKN1,APBA2,SH3GL3,DBR1,CTNND2,ARID4B,RPL10A,CDH8,IGF1R,IPO8,RIMS4,KIF5C,SESN1,KHSRP,ADORA1,STK32C,FADS1,RGS7,GTF2I,SEMA6B,USP8,FBXW8,DSCAM,LMO4,IGFBP3,TPM1,LMTK3,TTC7B,PRPF4B,THOC2,ATP1B1,RUNDC3A,POU3F3,SHISA7,DISP2,DMTF1,RAB34,MATR3,MAPKAPK5,GRIA2,BRSK1,PFKFB3,CHRNA7,TMEM59L,ABHD8,GPR85,SPATA2,NDRG1,SOCS2,ORC4,SNN,ORC6,PITRM1,DEAF1,CASKIN1,DVL3,CAMTA1,NDUFV3,SKIL,ZKSCAN1,PDZD7,ATP6V1F,LRRC4B,MCL1,AP1M1,IVNS1ABP,NEK9,HSPA8,PRNP,SYT3,SMAD4,TIA1,WSCD1,HSPA5,NONO,PTCH1,HPS3,DNAJC13,KLHL24,CORO2B,SMAD5,GNAO1,EFNA2,HOOK2,DLG4,HOOK1,SPIRE2,MAP3K10,CSPG5,PIN1,BRWD1,FGF13,OGT,YWHAE,RERE,SCYL3,KDM5B,PODXL2,PRKCSH,CELF2,CELF4,CHD6,CELF5,FBLL1,AFF4,SYNE2,DUSP12,OPA3,LRRTM2,GATAD1,GDAP1L1,PHACTR3,EVI5L,EIF2B1,RBM5,UNC45A,KDM6B,KLF13,DST,PDPK1,ABCC5,ATRX,ARNT,CTPS2,DDOST,SEPT3,LATS1,PTP4A1,SFPQ,PTP4A3,NSMCE4A,ELF2,CREB1,NRG3,CTDSP2,POLR1B,LANCL2,TERF2IP,TOP1,NAT8L,RNFT2,NFAT5,GTF3C3,KDM3A,STOML1,GOSR1,PARN,CXXC1,FAM169A,CLCN3,TOB1,FBXL20,AP3M1,CACNG7,ABLIM1,DNPEP,U2AF2,SPOCK2,MKNK2,POLR2D,FEM1C,FSD1,RPP14,SMARCE1,LGI1,TTC14,ATF7IP,RBM39,MARCKSL1,PDE4DIP,OXR1,FBXL12,MAPK10,DNAJA1,IRGQ,KLF6,PPP2R2C,TEF,SYT11,PPP2R2B,NOVA2,PDCD4,EIF3E,EIF3F,SSBP2,RBMX,TAF1"
+"gene_set_query"	"772"	"ZNF772"	"686.3"	"ARCHS4 Coexpression,680;Enrichr Queries,897;GTEx Coexpression,482"	"ISCA2,VARS,CISD1,FNBP1L,PDCD2L,GPATCH8,CRKL,CAPNS1,DPYSL5,MYC,BSG,STMN1,SLC12A6,PRKACB,ATXN7L3,SOX4,ARRDC4,PDHX,EPHA4,MEF2C,UNC13A,CXADR,WSB1,CSNK2A1,STARD7,CACNA2D1,ARRDC3,MRPS18B,CD3EAP,MOGS,SOX11,ANK3,ACTN4,ANK1,AFG3L2,IFT81,RUFY3,RRAGD,DDIT4,HECW1,AKAP9,RUFY2,GUF1,VDAC3,TARS2,VDAC1,HECA,PFN1,TARSL2,FLII,DCUN1D2,PIK3R3,NEDD4L,PIK3R1,OAZ1,APH1A,APOO,FXR2,SCN3A,RAB11FIP4,SCAI,ZSCAN18,VASP,FZD3,HOMER1,FAM78B,INTS1,PLK2,ST8SIA2,SLC35E3,MYO5A,PBX2,ERAL1,PBX1,PRRC2A,MLLT11,PKIA,OGDH,CPEB4,ITM2C,MRPS17,OGFR,HBS1L,NRP1,GFM1,PIGU,CSRNP3,GFM2,DIS3L,OLA1,SIPA1L2,PRPF19,AKAP12,MRPL42,MRPL40,TUBA1A,ENC1,SDF4,KIF1B,DLAT,ZIK1,MRPS28,ZYG11B,UPF1,TMED9,SHPRH,TSC22D1,TSC22D3,LRRC49,MINK1,SIRT4,TET2,MRPS7,MRPL46,MRPL44,RHOB,HADHB,IMMP1L,MRPS9,MRPL50,TUBB2B,INF2,PXDN,SGK1,TKT,SATB1,MRPS33,MRPS30,FAM117B,GNAI2,TMEM169,MYEF2,PTGES2,KIDINS220,ELP3,GTF2H2,WDR12,RANBP6,SCAF1,LRPPRC,VEGFA,KLHL9,ATAT1,LYRM2,ABI2,MORN4,NFIB,KLHL7,TAOK1,TTC3,ZYX,NUCB1,HDGF,PNPLA6,ZFP28,GRINA,UBE3A,CCDC28B,IGF1R,ZFP30,ARHGDIA,KPNA3,FADS1,SLC25A46,BIVM,MAGI2,CTDNEP1,EEF1A2,RAB35,CHMP4B,PHIP,TNIK,FKBP3,PPID,CSNK1G2,ANAPC2,LRRC59,INO80E,RAB5C,PSMD14,CUL5,DDX1,ZC4H2,COX17,PXN,BTF3L4,UBR3,UBFD1,CORO1B,EFNB2,ORC4,SNN,SBNO2,BTBD1,ORC3,NACC1,ZKSCAN3,ZKSCAN2,THEM4,PNPT1,AUTS2,VTA1,GOT2,KLHL24,MARCH6,COQ6,COQ5,COPS4,ZC3HC1,CNOT4,CNOT7,EFNA2,HOOK2,NBEA,ZFP62,HOOK1,GNB2,JMY,AAK1,MDM2,PLEKHM2,MDM4,TUBGCP4,ACO2,GRSF1,FGF13,LRP10,WDR1,ASNSD1,DOCK9,PRKCSH,SCHIP1,CHD6,SLC2A3,ZFP82,AFF3,PPP1R9A,PIK3C2B,PPP1R9B,SART1,SENP7,LASP1,OPA1,CAPZB,PPP6R1,SNRNP70,OPA3,UQCRFS1,HMG20A,CEP170,YAF2,EIF5A,TSFM,NAA30,HSDL1,REXO1,VBP1,PDPK1,RBM18,PDE4D,NAV1,DUSP26,KLF16,DNM2,SUPV3L1,ARL4C,PTP4A1,TRAF7,VCAN,PTP4A3,RER1,TMEM214,DDAH2,EEF1D,POLR1B,RASA1,CCDC43,NDUFS1,SLC25A12,BCAT1,PPP1R12C,INA,RNFT2,NDUFB5,HDAC1,RAB1B,NDUFB3,TULP4,CRMP1,FURIN,SRL,RCHY1,FBXL20,DCAF15,TMEM201,ABLIM1,GANAB,GNG2,U2AF2,MKNK2,FEM1C,RPP14,FBRS,CLASP1,CLASP2,PTCD3,NDUFA7,PTCD2,KCNJ11,NDUFA5,USP22,PDE4DIP,PPP2R3A,USP28,GDAP1,TPD52L2,MAPK10,SLC4A8,IRGQ,SUCLA2,CDKN2AIPNL,DNAJA3,ASB8,CARM1,MGAT4B,POLR3F,FAM98B,P4HB,SSBP2,TRIM32,PFKM,CLUAP1"
+"gene_set_query"	"773"	"ZNF737"	"686.5"	"ARCHS4 Coexpression,391;GTEx Coexpression,982"	"ITSN2,RPL5,LPGAT1,VARS,ZDHHC5,FNBP1L,RCBTB1,CAPNS1,TRIM28,DPYSL5,PSMD3,STMN1,AKT1,PRKACA,ATXN7L3,SOX4,SEC63,SMARCC2,CXADR,WSB1,SACM1L,ACTN1,MOGS,SCRIB,SOX11,WDR73,ACTN4,SND1,DAAM1,RUFY3,TAGLN3,TTLL12,ANKRA2,LETMD1,OBSL1,CGGBP1,UNC119B,FLII,PLA2G6,RNPC3,APH1A,SNX1,LARP1,MLEC,PATZ1,SNX5,TMEM184C,FZD3,INTS1,TMEM50B,ST8SIA2,ERLIN2,PRRC2A,MLLT11,HNRNPL,PARP11,FUBP1,GIPC1,CALR,DUS1L,CD200,ARF3,DAZAP1,CSRNP3,PIGO,PRPF19,PHF6,HSPB11,SMG5,EPM2AIP1,MRPL42,TUBA1A,SDF4,TMED4,UPF1,TMED9,IFT140,LRRC49,MINK1,ITFG2,SRP9,MED23,TUBB2B,INF2,IVD,MPPED2,CANX,GLCCI1,TKT,RPL12,CENPB,FAM129B,GGA2,HIRA,TMEM169,PES1,TMEM68,MFN2,FLNA,METTL6,ZSWIM5,YKT6,WDR17,AP3D1,SCAF1,WDR11,GATAD2A,KLHL9,ATAT1,KLHL7,TAOK2,TTC3,NUCB1,HDGF,GRINA,ATP8A1,CD81,HDLBP,UBE2Z,LAMP1,PPIP5K2,TUBB3,PAPOLG,ARHGDIA,SLC39A7,LZTS2,PDIA3,ANKRD49,MAP2K2,USP5,MAGI2,ATAD3A,DCTD,CTDNEP1,ARMCX2,ADAM15,HNRNPUL1,TBL1XR1,HNRNPUL2,RAB35,MAPKAPK2,CHMP4B,SRSF6,KPNB1,CSNK1G2,SLC27A4,LRRC59,CUL7,DDX5,RAB5C,MAZ,SUPT6H,RAP1GAP,HSP90B1,IRAK1,DVL1,NACC1,ESRRA,TRAPPC2,TIA1,NONO,EEF2,MARCH6,CLK2,PAN2,SH3BP5L,ZFP62,GNB2,GNB1,PLEKHM2,PLXNB2,CLPTM1L,FGF13,NFE2L1,EIF4G1,UBE2M,CREBZF,MCFD2,KDM5C,GSK3A,WDR1,PRKCSH,HP1BP3,CHD6,YBX1,LMNB2,PPP1R9B,SEC61A1,SART1,LASP1,UBE2Q1,ZC3H7B,PPP6R1,SNRNP70,GATAD1,WDR6,EIF5A,USP48,CTPS2,DDX54,RAD23B,SENP3,ARFGAP1,PTBP2,KLF16,TRAF7,RCN2,RER1,DNAJC5,AKT1S1,BIRC6,PPP1R12C,INA,NFAT5,HDAC2,CANT1,GMPR2,RAB1B,TULP4,CRMP1,MAT2B,ATP1A1,MLLT3,STRN4,TSPAN31,GANAB,GNG2,NCLN,U2AF2,FAM120A,KRIT1,DROSHA,CLASP2,TTC14,RBM39,PPP1R14B,PPIL2,TXNL1,PDAP1,SSRP1,CDC42BPB,GDAP1,HNRNPAB,TPD52L2,TTC17,MAPK10,EIF3L,MGAT4B,P4HB,SSBP2,RBMX,EIF3B"
+"gene_set_query"	"774"	"ZIC2"	"687.3"	"ARCHS4 Coexpression,700;Enrichr Queries,817;GTEx Coexpression,545"	"NUP107,ENO2,RNF112,SAMD14,LSM12,SNRPD1,IGLON5,DPYSL2,MYC,SEPHS1,SOX4,CALN1,SRRM3,EPHA4,SRRM4,SMARCC1,ATP6V1G2,CXADR,RBFOX3,SOX11,ANK3,MAPK8IP3,PISD,TIAM1,GPR162,STX1B,SFRP1,RUFY2,DDIT4,TRIM11,PAXIP1,NRN1,SET,STXBP1,DCUN1D4,ADH5,GJC1,PRDX3,NKAIN1,LDHB,SYNGR1,PCBP3,DHX33,PCBP4,TSPAN6,RHBDL1,FDFT1,CADM3,JUN,FZD3,PRRT2,PHC1,BCL11A,SS18L1,RAB3IP,NR2F1,MICAL2,LARP7,CDC7,L1CAM,PAICS,GADD45G,VANGL2,ID2,ANP32E,LRRN1,RCOR2,ITM2C,GABRB3,GABRB2,TMEM151B,HIP1,KCNC1,CITED2,DIRAS2,GRIK2,SLC7A11,SHF,TRIM9,MRPL42,UCHL1,MMP24,PCLO,CSRP2,TRIM3,ENC1,NEFL,KIF1A,JARID2,RRP15,BRD3,GRIPAP1,SLC39A10,PRPF40A,ELOVL6,DUSP6,SRP9,MLF2,CNKSR2,ENAH,TOX3,SLC7A5,TUBB2B,TUBB2A,HNRNPH1,PSMA2,KIT,PXDN,MTF2,EEF1E1,SFI1,PTMA,PAFAH1B2,GRAMD1B,CDC123,ADAM22,PTN,FAM117B,CAMKK2,TCEAL8,ARVCF,PSMB5,CAMK2N1,CHN2,EXOSC8,CKB,GPC4,PURG,RUNX1T1,NPM1,MDH1,DAB2IP,NMNAT2,SKI,NFIA,HNRNPA2B1,CACHD1,PKN1,YPEL4,CRTC1,CLSTN3,CSE1L,RPP30,CWC27,CLU,CELSR3,SLC8A2,IPO5,PPP1CB,RIMS1,TMEM145,SALL2,CDH2,TUBB3,KPNA2,ARID2,SH3GL2,TLE2,SUPT16H,IGFBP3,TPM1,IGFBP2,ADAM11,VASH2,KCTD2,POU3F2,ILF2,KCTD6,DISP2,MSH6,ACAP3,MORF4L1,CACNB4,MYCN,MSH2,TBL1XR1,MADD,EEF1A2,FSCN1,UBE2V2,ANKS6,SRSF3,ADNP,SNRPF,SRSF6,ABCG4,FKBP3,RTN4R,NDRG3,CACNA1A,LPL,CPLX2,FBXO44,GTF2E1,ACAT2,PHF21B,GOLGA7B,SOCS2,EFNB2,NEUROD2,IGSF21,SCRT2,BAG4,KLC2,G3BP1,SRGAP3,OTX1,NAE1,SKIL,MYH10,PDZD7,QSER1,BPTF,TMEM120B,SYT4,CBX5,AUTS2,CPSF3,CBX2,IDH1,CBX1,HMGA1,KLHL23,CLK4,EFNA2,HOOK2,NASP,LHX2,HOOK1,CNTN1,LRCH4,SERINC5,MAP3K12,YWHAE,SNAP25,HSP90AB1,MAST1,HMGB3,PSIP1,HMGB1,RND2,PKD1,RND3,ELAVL2,ELAVL3,LMNB1,POLB,DUSP12,SUMO1,MCF2L,PSD3,SUMO2,TLK1,GALNT9,TRIM67,MAPK1IP1L,H2AFZ,PPP2R5B,PTBP2,TGFBR1,VCAN,PTP4A3,ALS2,IGDCC4,THRAP3,CDH10,CTDSP2,LUC7L3,BCAT1,INA,HDAC2,CXXC1,NRXN2,CRMP1,LRP8,ADD2,HSPD1,ABLIM1,FZR1,UGP2,PTPRZ1,RBBP4,VPS53,SPOCK2,NNAT,TRIM46,BEND3,SPOCK1,IGF2BP3,HNRNPA1,MEST,MTA3,EIF4E,DCAF13,OPCML,TUB,LINGO1,KDM4C,SLC12A5,RRM2,SSB,PCDHGC4,USP22,ATP2B2,NAP1L1,HSPE1,MEIS2,NELL2,KLF6,SBK1,FAM131C,PSAT1,FAM131B,MFAP2,POLR3F,SPRY2,CDR2L,RGS11,VIM,INSM1,NAA15,MDGA1,RAN,CBLN1"
+"gene_set_query"	"775"	"ZNF711"	"687.3"	"ARCHS4 Coexpression,430;Enrichr Queries,331;GTEx Coexpression,1301"	"RPL4,TCERG1,MDC1,PANK3,HNRNPU,FNBP1L,SMC3,HS6ST2,BACH2,NUDT3,ALCAM,DPYSL5,DPYSL2,SAP130,DPYSL3,STMN1,AKT3,KIF21A,SOX4,TMPO,ARRDC4,EPHA4,EPHA7,MEF2C,CXADR,RBFOX2,LIMCH1,CACNA2D1,SLC6A15,SOX11,ANK3,CSNK1E,SFRP1,IFT81,RUFY3,DDIT4,KCTD13,HECA,KCTD12,PFN1,ALG10B,KCTD15,PRR13,BEX4,GPM6A,BEX2,BEX1,FOXG1,NPRL3,MYCBP2,PIK3R3,SLAIN1,DHX30,FLRT2,PRKAR2B,LARS,TSPAN6,HLTF,TSPAN7,SCN3A,GPM6B,SRPK2,VASP,CTSA,JUN,FZD3,CADM1,BCL11B,BCL11A,PLK2,ST8SIA2,NR2F1,CDC7,NETO2,SMARCA1,PBX1,DCLK1,PRRC2B,PRRC2A,MLLT11,CCDC88A,MEX3B,UCK2,H2AFY2,PKIA,ID2,FXYD6,FAT3,FAT4,SERPINI1,DZIP1,DZIP3,SUGP2,BAP1,CD200,ITM2C,CDKN1C,ROBO2,NRP1,CSRNP3,CETN3,AP2A1,SLC35F1,SLC7A11,VLDLR,SMG7,PHF6,ROBO1,AKAP12,MRPL42,TUBA1A,TRIM2,REV3L,GPR137,SHPRH,PARP1,TSC22D3,LRRC49,LRRC40,DUSP6,PGM2L1,SRP9,MLF2,SLC7A4,CNKSR2,ENAH,MN1,TUBB2B,VSNL1,KIT,PXDN,PLCB1,SATB1,SRRT,GNAI2,GGA1,BCLAF1,NSD1,ANKRD54,MGAT1,BRD8,CKB,RAE1,SRSF12,RUNX1T1,MYEF2,KIDINS220,USP9X,MIB1,ATAT1,MPHOSPH9,HIST3H2A,NFIA,ABI2,DPY19L3,NFIB,ETNK1,SERBP1,TTC3,RLIM,NUCB1,PKN1,INHA,CDK5R1,KDM1A,ARID4A,FBXO21,CLU,TOMM20,SLC8A1,IPO5,NUDT11,NUDT10,GRIP1,CDH2,ZFP30,LAMP1,BASP1,PLS3,NRCAM,SBF1,TLE4,TPM3,IGFBP3,IGFBP2,TOMM34,VASH2,ATP11C,CASK,POU3F2,POU3F3,ATXN2L,MSH6,EHBP1L1,PHIP,TOX,ISYNA1,RTN1,CTTNBP2,TNKS,PXN,UBR4,CLEC16A,CACNA1B,LPL,NDRG1,EFNB2,SBNO1,TPR,RPRD1A,MARK4,MYH10,MARK1,PRNP,TIA1,CPSF6,CBX5,AUTS2,SYT1,NUP155,PHF10,NONO,IFT122,ASNS,KLHL23,ARPC4,KLHL24,SUPT5H,MARCH6,PTPRD,LRCH2,EFNA2,HOOK2,NBEA,HOOK1,CPE,UBA2,TCF4,LRCH4,FGF13,BRWD1,LRP10,EIF4G3,YWHAE,KDM5B,WDR1,PRKCSH,CELF2,SCHIP1,CHD6,SLC2A3,AFF3,RND3,SYNE2,ELAVL2,TRO,RPS4X,LASP1,FSD1L,CAPZB,PSD3,CEP170,EDIL3,RFC3,REXO1,NUP133,PDPK1,VBP1,ATRX,RANGAP1,SMC1A,CKAP5,PTBP2,PJA1,VCAN,PTP4A3,SFPQ,RCN2,SETBP1,DCX,BCAT1,B4GALT6,SSX2IP,HDAC2,DDX24,DDX25,RAB1B,USP11,CEBPG,CRMP1,LRP3,FAM169A,LRP6,ADD2,STOX2,GNG2,CAND1,PABPN1,PTPRZ1,REPS2,NCAM1,RBBP7,WASF1,HNRNPA1,FBRS,MEST,CLASP2,HNRNPA0,TUB,SPEN,SPAG9,NTRK2,MARCKSL1,PCDH9,FEM1B,FBXL19,PCDH7,DONSON,MEIS2,OXR1,NELL2,MARCKS,TSPAN13,APC,PSAT1,VIM,SSBP2,METAP2"
+"gene_set_query"	"776"	"ESR2"	"688.2"	"Literature ChIP-seq,147;ARCHS4 Coexpression,1622;Enrichr Queries,815;ReMap ChIP-seq,151;GTEx Coexpression,706"	"IPO13,RB1,SCOC,RRP1,EHMT1,DCAF8,EPRS,DCAF4,BACH2,DCAF6,GLE1,SCAMP5,SCAMP4,NDST1,TBK1,CSPP1,DPYSL2,MYC,FDXR,AKT1,PIP4K2A,DIP2C,IER2,DDX17,MEF2A,MEF2C,WSB1,UNC5A,PRKCE,PRKCD,REV1,DNTTIP2,CD3EAP,GTPBP4,SND1,SCAMP2,BCR,MYL6,ASPHD1,ARMC6,DDIT3,DDIT4,RPL24,LETMD1,PLBD2,PI4K2A,VPS28,SLBP,TARSL2,FLII,AAAS,MTMR4,PLA2G6,GNS,HIF1A,CIAO1,PRDX2,LDHA,RNF215,LDHD,CHST15,NUP88,PLCG1,RDH13,ST3GAL1,SLC19A1,CREBBP,JUN,JUND,ICMT,PRRT2,JUP,RDX,NR2F1,BBIP1,PRDX6,EIF1,EHD1,MLLT10,FIBP,TBL3,ARL2BP,FASN,OGDH,CDK10,PSMG4,GTF2IRD1,OGFR,SETD2,CDKN1B,SETD6,PRKAG2,SMG7,ECSIT,PHF6,MED12,TUBA1C,LMBR1,TUBA1A,CSRP2,JPH3,ANXA6,RPLP2,PLEKHN1,JARID2,JAK2,EMD,UPF1,RPS6KL1,LRRC45,SSR3,TCF12,SLC39A11,SIRT4,AEN,SIRT7,MANEAL,MRPL48,EPS15L1,DYNLL1,MRPL43,DUSP6,DUSP7,DDB2,DDB1,NCOR2,BACE1,SLC7A5,MED25,TUBB2B,PXDN,PTRH1,GAS6,SLC29A1,EXOC2,PCYOX1,GRAMD1A,ATL2,SLC7A1,SNX29,MICALL1,RPL13,FLNA,SC5D,ZSWIM6,CKB,RPS2,RPS27A,ZSWIM5,RUNX1T1,MBD6,UTP3,RIOK3,WNT7B,LRRC28,WWP2,LRRC20,SPSB3,PHF5A,MORN4,NFIA,NUCB1,UBAP2,PKN1,INHA,GZF1,TMEM229B,DGKE,TOR2A,PHLDB1,ANKRD13D,CTNND2,UBE2D3,TM7SF2,EDC3,CDH2,LAMP1,OSBP,CFL1,SCMH1,ADORA1,KPNA2,LZTS2,STK32C,SYBU,RARS2,IFNAR2,PIAS4,TLE3,PCYT2,RPS5,IGFBP3,GTF3A,POLRMT,LENEP,FOXP1,MSH6,BSCL2,TOM1L2,FRMD5,RAB31,CACNB4,RAB34,PGP,FKBP4,PHPT1,SQSTM1,SRSF9,ANAPC2,RNASEH2A,CD151,PFKFB3,CCDC24,MAX,ARL3,ABHD2,IREB2,ABHD8,FOXO6,KLC1,GTF2E1,FBXO44,GTF2E2,SPATA7,ACAT1,HMBOX1,BAG5,DVL1,BAG1,ABL1,CCDC32,E4F1,MAP2K7,SKIL,MAP2K5,NOP14,TIA1,OSBPL7,RAB4B,NOP16,TMEM120A,HPS3,DHCR24,ZBTB11,BCL9,RCAN1,STK24,NBEA,CNOT2,SPIRE2,MDM2,RNF181,TADA1,ACO2,DHCR7,SERINC2,SERINC5,SLC25A1,RNF10,ALAS1,HSP90AB1,PTEN,UFSP2,ARRB1,SYNE2,DUSP12,ZNRD1,NOB1,OPA3,UBTF,ACP2,ERC2,ACP1,SLC37A3,UNKL,TNPO3,IDH3A,IQCB1,CCDC39,RFC3,HSP90AA1,PDCD6IP,REXO1,SGIP1,SH2D3C,EDF1,RTN4RL2,ARFGAP3,DNAJC2,PTP4A2,PTP4A3,SLC25A17,DALRD3,NPC1,TRAF4,SLC25A19,POLR1B,PCCB,TOP1,SOS1,GAPDH,MET,NDUFB9,NFAT5,PRPS1,NDUFB7,MGRN1,SRC,HDAC1,WBP4,CXXC1,FOXK2,FOXK1,DPCD,LAGE3,DNAJB1,FZR1,GANAB,POLR2A,DNAJB6,BAHD1,POLR2D,SH3BP5,LRRC8D,SH3BP4,CSK,FYN,RBBP7,UBQLN4,SLC25A22,EIF4B,SLC25A25,POLR2L,CYB5B,MLXIP,NTRK2,NDUFA7,ASCC1,MID1IP1,DONSON,RPL23A,DDHD1,SEMA4G,MCOLN1,HNRNPAB,EFR3B,CABLES2,NELL2,KLF7,EIF3M,PFKL,MARCKS,SUCLA2,P2RX2,RAB15,IMPDH2,CEBPZ,CDR2L,SLC25A36,EIF3A,SLC35B2,APP,CCNK,ISCA1,HDAC11,KEAP1,HS6ST2,RAPGEFL1,NUBP2,CRKL,FRAT2,RUSC2,PPP2R1A,BSG,MAGOH,TRIM24,LONP1,KIF21A,ATP6V1E1,SEC62,CCDC92,ATXN7L3,TBC1D22B,SOX4,FBXO9,SOX5,EPHA4,SLC11A2,CIRBP,COG1,ANK3,MFSD10,CDC34,XRN2,ULK3,KCTD13,VDAC2,SIK1,FLYWCH1,TTLL12,KCTD12,TLN2,CTXN1,MACF1,NECAB3,DCUN1D5,DHX8,CTR9,FBF1,TWF2,CEND1,PIK3R3,PTTG1IP,PIK3R1,ZBTB5,CDKN2AIP,IGSF9,FXR1,SYNGR1,NUAK1,PCBP1,PCBP2,MIER1,CSTF1,DHX37,TNRC18,RALGDS,ZBED4,BANP,SNX6,CTSA,VASP,XBP1,SETDB1,BCL11A,BRI3BP,SMARCA2,DCLK1,GADD45G,SRPK1,PARP11,RPS28,RPL27A,ID2,CCDC88C,ANP32E,NDUFAF3,FBXL3,RPS21,SUGP2,FBXL6,SLC35F5,FAF1,DIRAS1,CETN3,PTPRO,MRPS10,MYL6B,ZCCHC18,PTPRF,ROBO1,THTPA,PCM1,UCHL1,ZMYM3,UIMC1,ENC1,SDF4,SSSCA1,QSOX1,NANS,CTSD,GABPA,RALGPS2,NCOA1,ZYG11B,ATP6V0B,PCYT1A,TMEM150A,PARP1,PABPC4,STRBP,TSC22D3,NCOA4,NME3,TFB2M,RHOF,GAB2,TMEM150C,AP3B2,VAV2,RHOB,RNF144A,SLC22A23,UGDH,KIT,TAX1BP3,PABPC1,MAPT,SGK1,PTMA,ATP6V0C,DBN1,CSTB,SSNA1,DOT1L,DERL1,AKAP7,CCDC107,CRIP2,TRAK1,COX5A,CAMKK1,RELA,AKAP1,CAMKK2,MNT,HSF1,MGAT3,SHOC2,CCT8,EXOSC2,NFYA,RYK,HUWE1,AP3D1,MYO9A,YIF1B,TMUB2,VEGFA,MAD2L2,RSL1D1,BOP1,ITCH,CSDC2,CAPZA2,CTNNB1,COPG2,HDGF,PNPLA6,SCARB1,MIDN,ARID4A,CIB2,ARID4B,CYP46A1,TOMM20,CELSR2,CCDC28B,TXN2,ACTG1,IGF1R,EFTUD2,TATDN1,FAM174B,FPGS,PALM,CAPN5,CAPN2,EP300,DSCAM,TSC1,KCTD2,ACYP1,ATP1B1,POU3F2,DPM2,OXA1L,MYCN,FAM173A,GPRIN1,SCN8A,PPIF,PPIG,PDE9A,SIDT2,ZCCHC8,RTN2,COX19,PSMD12,NDUFB10,COX15,KLHL17,BTF3L4,TOR1AIP2,LPL,CACNA1A,CACNA1C,SEZ6L2,NDRG1,CACNA1G,RAI1,SDCBP,GRK6,CASKIN1,TBC1D13,TBC1D14,LONRF2,BCL9L,CCDC134,HSPA9,KLHDC2,SMAD2,PRNP,ACBD5,UBE2H,SMAD4,UBE2I,HSPA5,HSPA4,NONO,IDH1,ASPSCR1,DSTN,IFT122,COQ5,RCL1,NFKBIA,EFNA2,HOOK2,CCPG1,HOOK1,GNB1,GNAS,BLMH,DEGS1,STT3B,BRWD1,FGF13,ZSCAN2,MUS81,B4GALT2,GPSM1,GSK3B,THRA,DOCK9,PRKCSH,DDX47,CHD6,ILK,DDX41,USP39,PITPNC1,HK1,SEPT6,BCL7A,SNAPC2,NUP62,NPTN,MLST8,GET4,RBM6,TSFM,SUN2,JAGN1,HSDL1,PLA2G4E,PDPK1,ABCC5,SPATS2,AXIN1,NAV2,SYNGR3,KLF16,VCAN,NDUFS8,CREB1,DDAH1,PEX3,CDH10,HAGH,ACOX3,NAT8L,B4GALT7,CUEDC1,SHANK2,B4GALT5,RALA,RGS19,USP10,TGFBRAP1,ASB13,OPRL1,DDX21,NT5C2,DLL1,GNA13,GNG3,MAPK8,RAB40C,GNG5,MAT2A,CHSY1,NT5DC3,MAPK1,CDIPT,ABCF3,CAMK2G,CYTH1,CLASP2,MAPK3,SNCA,KDM4A,KDM4B,RRM2,NEGR1,TAF10,GALNT1,LIMK1,HAGHL,MAPK14,IRGQ,PPP2R2C,FAM131C,CARM1,PPP2R2D,SPRY2,TBKBP1,KRAS"
+"gene_set_query"	"777"	"ZNF43"	"689.0"	"ARCHS4 Coexpression,679;Enrichr Queries,730;GTEx Coexpression,658"	"MDC1,ATF2,NUP107,POP7,VARS,ZDHHC5,HNRNPU,EHMT1,THUMPD1,SMC3,FNBP1L,ALCAM,CAPNS1,DPYSL2,MYC,STMN1,AKT1,PRKACA,PRKACB,ATXN7L3,SOX4,EPHA4,MEF2C,CXADR,ARRDC3,MTUS1,RFX3,CD3EAP,MOGS,SOX11,ANK3,ACTN4,SND1,EWSR1,RFX7,IFT81,DDIT4,TRIM13,FAM76B,HECA,ANKRA2,BEX4,TBC1D9B,DHX9,FLII,PIK3R3,NEDD4L,BAZ2A,PIK3R1,OAZ1,MBTD1,GJC1,APH1A,NUAK1,APH1B,FLRT2,RAD21,HLTF,PCBP2,GPM6B,ZSCAN18,JUN,FZD3,SETDB1,INTS1,BCL11A,SMARCA5,BBIP1,MEX3C,PBX1,PRRC2A,SETX,HNRNPL,PARP11,HNRNPK,TDP1,ID2,GIPC1,SUGP2,ITM2C,GPR19,CEP57,ARF3,OGFR,PIGU,WDR48,USPL1,CCDC124,CLTB,PRPF19,PHF6,SMG5,ROBO1,MRPL42,ZMYM2,ZMYM4,TRIM2,ZMYM6,ENC1,ANXA6,UBXN7,SDF4,CIC,ZIK1,BRD2,UPF1,TMED9,SHPRH,TSC22D3,LRRC49,MINK1,PPHLN1,DUSP6,SRP9,MLF2,MED23,ENAH,INF2,POC5,HNRNPH1,MTF2,KIT,PXDN,G2E3,SGK1,SATB1,SRRT,CENPB,FAM129B,BCLAF1,RNF138,EXOSC9,PES1,USP1,UBTD2,CLPTM1,MFN2,ANKRD52,SF3B1,YKT6,SRSF11,SUZ12,NPM1,MYEF2,PLEKHA5,SCAF1,NFIB,SNX14,HNRNPA2B1,TAOK2,NUCB1,TRIP12,HDGF,PKN1,PNPLA6,GRINA,KDM1A,ATP8A1,CEP120,HDLBP,YEATS4,ARID4B,UBE2Z,CLU,ZFP30,SALL2,LAMP1,ARHGDIA,NRCAM,SLC39A7,SBF1,ENPP5,SUPT16H,USP5,F2R,VASH2,ATP1B1,FOXP1,MSH6,ATXN2L,CTDNEP1,MORF4L1,ILF3,DMTF1,MSH2,ADAM15,HNRNPUL1,TBL1XR1,EHBP1L1,RAB35,CHMP4B,ADNP,SNRNP200,TOX,CSNK1G2,ANAPC2,KHDRBS1,LRRC59,RAB5C,INSIG1,IREB2,GMPS,LPL,NDRG1,SUPT6H,SPATA7,CORO1B,SOCS2,ORC4,SBNO2,IRAK1,STK36,TPR,DVL1,NACC1,BPTF,ESRRA,PRNP,TIA1,CBX5,SYT1,FUS,CBX3,NONO,CRIM1,PAN3,SH3BP5L,APPBP2,NASP,HOOK2,NBEA,HOOK1,CAPRIN1,GNB2,GNB1,CNTN1,NFE2L3,TPP2,PLEKHM2,PLXNB2,STT3B,FGF13,LRP10,NFE2L1,EIF4G1,UBE2M,KDM5C,RBM26,WDR1,PRKCSH,PTEN,CHD6,SLC2A3,ZFP82,PPP1R9A,PPP1R9B,SENP6,DUSP12,SEC61A1,SART1,SEPT9,METTL14,LASP1,PPP6R1,SNRNP70,PDE4B,TOPBP1,EDIL3,SCYL1,IQCB1,RFC3,USP48,TBP,DIS3,PDPK1,ATRX,RAD23B,ARFGAP1,PTBP2,KLF16,DNM2,TRAF7,VCAN,PTP4A3,CREB1,RER1,RASA1,CTDSP2,POLR1B,DNAJC5,AKT1S1,PPP1R12C,RNFT2,SMARCD1,HDAC2,CANT1,RAB1B,RNF38,DDX20,CXXC1,ATP1A1,LRP6,GANAB,RBBP4,U2AF2,POLR2D,FAM120A,RBBP6,IGF2BP3,HNRNPA1,EIF4E,FBRS,SLC12A2,HNRNPA3,RRM2,NEGR1,PDE4DIP,DDHD1,CDC42BPB,TTC19,TPD52L2,ASXL1,MGAT4B,STUB1,VIM,P4HB,SSBP2,RBMX,TRIM33,METAP2"
+"gene_set_query"	"778"	"ZNF264"	"690.7"	"ARCHS4 Coexpression,1314;Enrichr Queries,368;GTEx Coexpression,390"	"CCNK,NUP107,TRIO,TMEM41B,VARS,FCF1,STMN3,PHAX,GABPB1,RPL8,DCAF7,BACH2,CRKL,GOLGA3,LSM12,OPHN1,PSMD5,DPYSL2,MYC,AKT3,BSG,EPC1,SLC12A6,RNF111,SOX4,DDX17,MED1,DDX18,EPHA4,AQR,WSB1,RBFOX2,SCAF11,RECQL,CD3EAP,DICER1,MED6,XRN2,DDIT4,ORAI2,YME1L1,HECA,KCTD12,RPL29,ALG10B,BEX4,MACF1,DHX8,CTR9,BAZ2A,AGAP3,PIK3R1,MTDH,APH1A,INPP5B,CYB5R4,HMGXB4,PDCD11,CSTF1,VTI1A,MCMBP,SSR1,STXBP5,RBM12,SCAI,BTF3,JUN,SETDB1,H3F3B,BCL11B,INSR,PMM2,SLC35E3,DCLK2,MYO5A,GPN1,PHC3,STAG1,SNW1,WNK1,INTS5,NOL10,CPEB4,ITM2C,GMEB1,SMG1,PIGU,BTG1,HIP1,GDI1,SLC7A11,PCSK7,PRPF19,WDR43,PTPRF,MECP2,AKAP12,MED13,MAP1LC3A,AKAP11,REV3L,KIF1B,RIOK1,JARID2,UTP14A,RSPRY1,ZC3H10,PRMT5,WDR36,TMED9,ACTL6A,PRPF40A,NIPA2,ASH1L,TOPORS,PGM2L1,RHOB,SLC7A5,PRPF18,TUBB2A,MTF2,PXDN,TET3,GART,SF3B3,AHCY,NIP7,HEATR1,NOL9,HSPA13,FAM117B,SRP72,SERTAD2,EXOSC9,PES1,RICTOR,MGAT2,ATP6V0E2,CCT7,SRSF10,SUZ12,GABBR1,PLEKHA1,SCAF4,GATAD2B,VEGFA,KBTBD4,SEC23IP,NFIA,ABI2,NFIB,TAOK1,NEDD4,HDGF,CCNT2,LTN1,PRDM2,FBXO22,IGF1R,CWC22,PALM,CFL1,SNIP1,EP300,MAP3K9,AP2M1,USP8,NOM1,RNF44,USP5,FBXW7,TTC7B,UBE4A,RSBN1,PIAS1,FOXP1,TIPRL,WDFY3,KPNB1,ANAPC1,SNRPB,ZCCHC7,DDX6,LRRC59,FAM114A2,ABHD2,ANKRD12,TOR1AIP2,PHB,STK4,GTF2E1,NDRG1,EFNB2,EIF1AD,SBNO1,ORC4,UBR5,G3BP1,ZKSCAN3,SLC38A2,ZKSCAN1,PDZD7,LRRC4B,MCL1,BCL9L,SMAD2,PRNP,NOP14,DR1,SMAD4,CBX5,CPSF3,STYX,CPSF2,GFPT1,M6PR,NUP153,CNOT10,DNAJC14,KLHL24,GNAO1,ARHGAP32,SLC7A6OS,GNL3L,HOOK2,NBEA,AAK1,MDM2,SPIRE2,MDM4,BRWD1,FGF13,SCYL3,DYRK2,WDR3,CHD6,SLC2A3,AFF4,DUSP12,METTL14,OPA3,TOPBP1,RBM7,TNPO1,TNPO2,TNPO3,GET4,UTP15,KDM6B,EIF5A,TBP,ARHGEF12,DST,DIS3,PDPK1,PDE4D,TFIP11,VEZF1,OXSR1,ACTR8,ARID1A,YWHAZ,PATL1,ARL4C,PTP4A1,TRAF7,VCAN,CREB1,POLR1B,CTDSP2,RNFT2,PPP1R15B,NFAT5,GTF3C3,RAB1B,SRBD1,FOXK1,PPM1D,POLD3,FBXL20,AP3M1,GANAB,FIP1L1,HAUS8,CHSY1,POLR2B,U2AF2,TGS1,VPS53,POLR2D,MKNK2,MAPK1,FEM1C,RPP14,CCDC71,SMNDC1,ATP9B,DCAF13,ATF7IP,MLXIP,CCDC59,RPRD2,SOD2,KLF7,IRGQ,MARCKS,KLF6,POLR3C,NOVA2,CEBPZ,P4HB,TAF2,EIF3A,TNRC6A"
+"gene_set_query"	"779"	"ZNF789"	"691.3"	"ARCHS4 Coexpression,1307;Enrichr Queries,488;GTEx Coexpression,279"	"TCERG1,APP,FAAH,IFT172,ZMYND8,HNRNPU,JMJD1C,EPRS,PNN,ZFYVE27,CAPNS1,ZMIZ2,MYC,OGFOD2,PWWP2A,LUC7L,CCNL2,ATXN7L3,CDK5RAP3,DDX17,FNBP4,WSB1,SCAF11,METTL3,ARRDC3,CIRBP,CD3EAP,WDR73,MAPK8IP3,NISCH,EWSR1,DDIT3,DDIT4,RBCK1,TELO2,SF1,CCDC84,RTEL1,DHX8,CSTF3,FLII,MEPCE,FBF1,COPS7B,NEDD4L,TRMT2A,MTMR4,RNPC3,APH1A,RHOT2,ATP6V0A2,SYMPK,RDH13,ARGLU1,RBM10,PRPF38B,ACD,JUN,ZRANB2,STK11IP,SLC35E3,IRF2BP2,UPF3A,PTK2,LAS1L,FASN,ID2,ADCK5,HBP1,CDK13,SUGP2,FBXL6,ITM2C,EZH2,CEP57,ARF3,PIGU,CITED2,MRPS12,PCSK7,AKAP12,SMPD4,XPO1,ZMYM6,DHX15,TIMP2,SDF4,CIC,RALGPS1,TOP3B,DFFB,GRIPAP1,BRD2,TSC22D3,CBFA2T2,WDR33,MLF2,MED23,GAK,HNRNPH1,MTF2,PXDN,FAM193B,SFI1,STX16,SRRT,NOL9,CENPB,FAM129B,UNK,CUX1,BRD8,APBB3,YKT6,SRSF11,NKTR,CENPT,RIC3,BRF1,PCGF3,GINS4,TARBP2,VEGFA,PRPF39,SGSM3,HNRNPA2B1,NUCB1,HDGF,PKN1,GRINA,CCNT2,SPPL2B,HDLBP,EDC4,LAMP1,POGZ,FADS1,AP2M1,HMGN1,USP5,TPM1,THOC1,TSC2,TSC1,FRMD4A,LEMD2,TRAIP,ATXN2L,ILF3,MAU2,DMTF1,PRPF3,RAB35,CHMP4B,PHIP,MAPKAPK5,SRSF5,ANAPC2,CUL9,LRRC59,RAB5C,CCDC24,INSIG1,ANKRD12,SOCS2,ORC4,ORC6,NACC1,ANKRD10,E4F1,DMAP1,ANKZF1,ZKSCAN1,PDZD7,IP6K2,PLXNA3,IVNS1ABP,ACBD6,CPSF7,TIA1,CPSF6,CPSF1,FUS,HPS4,ASNS,KLHL24,AP4B1,CLK4,CLK2,PAN2,AHI1,PAN3,EFNA2,HOOK2,RHEB,HOOK1,CNOT3,GNB1,SPIRE2,MDM4,CLASRP,BRWD1,OGT,NFE2L1,EIF4G1,CREBZF,DIDO1,RBM25,NAA40,RBM26,NUMA1,MCM7,WDR1,PRKCSH,POMT1,AKAP8L,CEP164,HP1BP3,CHD6,CHD2,AFF4,SYNE2,CABIN1,LMNB1,MFSD8,DUSP12,SEC61A1,AP1G2,SNRNP70,PPP6R2,OPA3,SNAPC4,DGCR8,PMEPA1,RBM5,RBM6,RBM33,USP48,RFC3,PDPK1,ABCC5,DDX56,H2AFX,AMT,TRNAU1AP,RAD23B,ARFGAP1,PTBP2,DDOST,GIGYF1,TRAF7,SFPQ,VCAN,PTP4A3,ASPH,CTDSP2,POLR1B,LUC7L3,ATG4B,PPP1R15A,SMARCD1,HCN3,WBP1,GTF3C5,ANKS3,RAB1B,SRSF1,CXXC1,LENG8,RBM4B,SPG7,LRP8,HDAC6,FBXL20,FZR1,FAM168B,GANAB,PABPN1,MAT2A,TAF1C,U2AF2,RPP14,ATP9B,SH2B1,TTC14,RBM39,HNRNPA3,RRM2,SEMA4D,ATP13A1,ZFC3H1,PDE4DIP,CDC42BPB,KLF6,ERCC3,P4HB"
+"gene_set_query"	"780"	"ZSCAN25"	"691.5"	"ARCHS4 Coexpression,1292;GTEx Coexpression,91"	"APP,SCOC,ANKLE2,ZDHHC5,GPATCH1,DCAF4,NUDT3,CDC23,CAPNS1,PSMD5,DPYSL2,ZXDC,HABP4,EPC1,CCDC92,NFRKB,ANKS1B,GABARAPL2,AQR,WSB2,GAPVD1,MYL6,ASPHD1,ZW10,ORAI2,DUS3L,BEX4,NUP205,POM121,DHX8,CDCA4,PIK3R4,PHYHIPL,XPC,MBTD1,INPP5B,APOO,CYB5R4,CSTF1,ATP6V0A2,DHX38,N4BP1,ST3GAL2,SERF2,BTF3,B3GALNT1,CREBBP,TMEM184B,SETDB1,CADM2,SYNRG,SLC35E3,DCLK2,PRDX6,PHC3,MED13L,WDR55,SMU1,SNW1,QARS,INTS5,HBP1,CALM3,CDK13,ARF3,MOCS2,SETD2,SMG1,PCSK7,AACS,MED17,SERP2,NIPBL,PCF11,RFK,NCS1,DHX15,TIMP2,KIF1A,RAC1,BRD1,NSUN2,PRPF40A,PPRC1,DYNLL2,DDB2,TMEFF1,RAP2A,NFX1,TET3,CHST1,TAX1BP3,SF3B4,WDR26,SF3B3,WRB,AKAP8,NOL9,CCDC106,SCAF8,BTAF1,ATP6V0E2,BRD4,ARNT2,SF3A1,YTHDF2,DAB2IP,SCAF4,ABI2,MORN4,GRINA,HDDC2,CTNND2,CLSTN1,PARK7,RPL10A,FBL,AMMECR1L,SNIP1,EP300,ARID2,NOM1,KDM2A,DSCAM,TMEM131,FTSJ3,COX6B1,FRMD5,TMEM136,RALGAPB,HNRNPUL1,RAB35,CHMP4B,SNRNP200,ANAPC1,INO80B,ARL3,STK4,EFNA4,SUPT6H,EIF1AD,CAMTA1,SUDS3,LRRC4C,LRRC4B,KLHDC4,BRPF1,UROS,PHF12,DSTN,NUP153,ANKHD1,GNAO1,PAN3,GON4L,STK24,TUBGCP3,MDM4,BCL2L2,NFE2L1,YWHAE,SCYL3,RBM28,RNF11,DOCK4,LDB1,DDX46,NVL,CHD8,DUSP11,NGRN,PTBP1,METTL14,EEF2K,SIN3A,PHACTR3,ME1,NPTN,CASP2,EIF2B1,YWHAG,KDM6A,UTP15,ARID1A,EEF1G,DDX19A,NRG3,SNPH,NUP54,GTF3C2,PPP1R15B,SMARCD2,NDUFB8,HDAC3,SMARCD3,KDM3B,STOML1,GTF3C4,TGFBRAP1,DDX23,PARN,FOXK1,TGS1,NCAM1,RPP14,CCDC71,ARFGEF1,PCDH9,NDUFA5,NICN1,CDC42BPB,ACVR2A,CHFR,SOD1,MAPK10,SYT11,POLR3C,PPP2R2B,NOVA2,MGAT4B,OCIAD1,QRICH1,EIF3F,EIF3D,TRIM33,TAF2,TAF1,EIF3B"
+"gene_set_query"	"781"	"ZNF782"	"692.0"	"ARCHS4 Coexpression,889;Enrichr Queries,487;GTEx Coexpression,700"	"TCERG1,LPGAT1,HNRNPU,JMJD1C,SMC5,CCNC,RPL8,PNN,HERC4,RABGEF1,HERC1,DPYSL2,OGFOD2,PWWP2A,EPC1,KIF21A,PRKACB,ARRDC4,DDX17,SCAF11,COG3,METTL3,ARRDC3,MTUS1,RFX3,CD3EAP,DICER1,TMEM170B,SND1,MYL6,DDIT4,AKAP9,RUFY2,HECA,RPL29,ALG10B,MACF1,NECAB1,TMEM161B,POM121,PAXIP1,MYCBP2,NEDD4L,PIK3R1,RNPC3,CDKN2AIP,GIGYF2,MBTD1,RNF214,PRDX5,NUP85,TSPAN7,ARGLU1,RALGDS,SERF2,PRPF38B,JUN,RABGAP1L,ZRANB2,SETDB1,PLK2,BBIP1,FAM136A,PHC3,SMARCA2,PBX1,MED13L,WNK1,FUBP1,GOLGB1,FAT4,RBAK,CDK13,INTS8,ATG2B,CEP57,PHF3,PIGU,SETD2,SMG1,AHCTF1,ARF1,PIGO,CITED2,SETD6,MRPL36,SLC7A11,SIPA1L2,NIPBL,PCM1,PCLO,MED13,XPO5,REV3L,UBXN4,RSPRY1,PCMTD1,COX8A,BRD2,NCOA2,SHPRH,TMED9,TSC22D3,TET2,NME2,ASH1L,ITFG2,DUSP6,TOPORS,WDR33,MED23,KIN,SLTM,PXDN,EXOC6,GLCCI1,GGA2,BCLAF1,SCAF8,NSD1,USP1,MFN1,AP2S1,ZSWIM6,SRSF11,NKTR,BCAP31,RANBP2,UTP6,NPM1,MON2,KIDINS220,MYO9A,TARBP2,PRPF39,MPHOSPH9,NFIA,ABI2,CCNG2,NEDD4,TAOK1,NUCB1,PKN1,FAU,FRYL,CCNT2,FAM13B,POGK,CEP120,LTN1,ARID4A,YEATS4,ARID4B,UBE3A,CLU,PAIP2B,SMCHD1,ZFP30,PPIP5K2,SESN1,CFL1,SMARCAD1,PCID2,SUPT16H,ANKRD49,AGTPBP1,RALGAPA1,PIAS1,COX6B1,MSH6,DMTF1,PRPF3,PHIP,MATR3,WDFY3,SNRNP200,FKBP5,ZCCHC8,ANKRD17,ZCCHC7,RAB5C,INSIG1,SEL1L,ANKRD12,ITPR1,CACNA1A,UBR3,NDRG1,ARHGAP12,EFNB2,UBR5,SOCS7,BPTF,TIA1,CPSF6,AUTS2,SMURF2,KLHL25,NONO,PTCH1,KLHL24,CLK4,ANKHD1,IFT20,ARHGAP32,PAN3,EFNA2,NR4A3,HOOK2,NBEA,ZFP62,HOOK1,RFXAP,DMXL2,CNTN1,NF1,BRWD1,ZSCAN2,CREBZF,RBM25,DOCK4,RBM26,PRKCSH,CEP164,USP34,CHD6,CHD2,SYNE2,MFSD8,SENP6,SENP7,METTL14,CAPZB,PSD3,DGCR8,PMEPA1,IQCB1,KLF11,USP48,TBP,PPP1R12A,ARHGEF12,DST,EED,PDPK1,DDX55,ATRX,VPS13A,TBC1D8,CTPS2,GPCPD1,ARID1B,PTBP2,SFPQ,VCAN,PTP4A3,ASPH,SETBP1,CTDSP2,LUC7L3,BIRC6,NUP54,BDP1,SOS1,SOS2,NFAT5,DDX27,UHRF2,GOSR1,CXXC1,LRP8,MTA1,DNPEP,RBBP4,MAT2A,KRIT1,VPS54,FEM1C,ATP9B,PDLIM7,CLASP2,TTC14,ARFGEF1,USP24,HNRNPA3,KDM4C,SEMA4D,NTRK3,ZFC3H1,SYT16,DDHD1,TPD52L2,TTC17,APC,PPP2R2D,PDCD4,RBM45,SSBP2,RBMX,TRIM33"
+"gene_set_query"	"782"	"ZFP3"	"692.0"	"ARCHS4 Coexpression,768;Enrichr Queries,775;GTEx Coexpression,533"	"VARS,KEAP1,RPL8,PHB2,BACH2,DCAF6,GOLGA4,RPS17,TRIM28,DPYSL2,MYC,BSG,RPL36,RPS10,ARRDC4,PDHX,EPHA4,CXADR,TSPYL1,STARD7,ARRDC3,COG2,MRPS18B,MTUS1,CD3EAP,GAPVD1,GNPAT,RNF123,AFG3L2,BIN1,RRAGD,DDIT4,AKAP9,GUF1,VDAC3,UQCRC1,ULK2,VDAC1,HECA,RPL27,UQCRC2,KCTD12,RPL26,TRIB2,DHX8,SAR1B,TARSL2,SHMT2,DCUN1D2,PIK3R1,APCDD1,MRPL12,FXR2,GPM6B,BTF3,JUN,PRELID1,CADM1,BCL11B,BCL11A,PLK2,RCC2,PA2G4,PRDX6,PAICS,UBAC1,PBX1,GADD45G,CS,TADA2B,HNRNPL,AIMP2,ID2,OGDH,CALR,DZIP3,RPS24,ITM2C,MRPS17,GFM1,PIGU,DAZAP1,MRPS16,CITED2,DIS3L,VLDLR,PRPF19,PCMTD2,EPM2AIP1,PCM1,GLIPR2,C1QBP,ENC1,ARIH2,REV3L,AP3S2,DLAT,CTSF,LRRC47,CCT3,ZYG11B,TMED9,PRMT1,TSC22D3,PGAM1,SIRT4,NME2,MRPS7,DUSP6,MLF2,RHOB,HADHB,HADHA,MRPS9,BDH1,KIT,CDC42EP3,MPPED2,PXDN,TMEM106B,SGK1,TKT,DLD,SLC29A2,CSTB,AHCY,CLDND1,SATB1,MRPS33,ICA1L,RPL12,USO1,MRPS30,COX5A,PSMA7,HIRA,SAMM50,NFIL3,CAMK2N1,PES1,AP2S1,CKB,RPL18,CCT5,EGLN1,RANBP1,MDH2,PTGES2,SORBS1,RANBP6,NPM3,LRPPRC,RGP1,TTC9,BOP1,NFIA,NFIB,ETNK1,SERBP1,HDGF,PKN1,TMEM229B,CASC4,UBE3A,UBE3B,FRY,CLU,IPO4,PPP1CB,CHCHD3,SALL2,CFL1,POGZ,KPNA4,NRCAM,KPNA3,ENPP5,FADS1,SYBU,KPNA1,SLC25A46,GPT2,IGFBP3,RPSA,ATP1B1,ATAD3A,PDIA6,TUFM,TBL1XR1,EEF1A2,FSCN1,ERH,FKBP3,PPIA,KPNB1,FKBP5,SNRPB,RTN2,LRRC59,CUL5,DDX1,UBR3,LPL,UBFD1,PHB,SOCS2,EFNB2,BTBD1,NACC1,CYC1,NDUFV3,ESRRA,PRNP,PDHA1,IDH2,GOT2,DNAJC11,HMGA1,COQ9,KLHL24,COQ7,DNAJC16,LSM4,ZC3HC1,COPS5,EFNA2,PAN3,HOOK2,STK25,HOOK1,UBE2S,TCF4,ACO2,GRSF1,SAE1,NFE2L1,EIF4G1,UBE2M,B4GALT2,PRKCSH,SCHIP1,CHD6,PTEN,ATP2A2,YBX1,LMNB2,DUSP12,RPL7A,OPA3,MYO18A,PDE4B,UQCRFS1,HIF1AN,EIF5A,NAA30,ADSL,PDPK1,USP43,RBM18,SECISBP2L,CAD,DDX54,RAD23A,NAV1,DUSP26,DDOST,TRAF7,VCAN,PTP4A3,NRG3,CTDSP2,NDUFS2,CCDC43,NDUFS1,SLC25A12,BCAT1,RBM24,NLGN3,NDUFB9,VPS4A,TULP4,MTIF2,SRL,TOB1,USP19,SRM,HSPD1,TMEM201,ABLIM1,HECTD1,NCLN,U2AF2,NT5DC2,POLR2D,SPOCK1,FEM1C,RPP14,MEST,NDUFA9,PPP1R14B,KCNJ11,FEM1A,ADRM1,PDE4DIP,IMMT,PDAP1,SSRP1,USP28,MEIS2,HNRNPAB,CUL4A,KLF6,SUCLA2,CDKN2AIPNL,PIK3IP1,DNAJA3,ASB8,GPD1L,P4HB,SSBP2,PFKM,CLUAP1,EIF3B"
+"gene_set_query"	"783"	"ZNF285"	"694.0"	"ARCHS4 Coexpression,1204;GTEx Coexpression,184"	"SLC35B4,ZDHHC5,ENO2,RNF112,SAMD14,IGLON5,AKT1,BSN,ATXN7L3,TRIM23,CALN1,SRRM3,SRRM4,ATP6V1G2,RBFOX3,ANK2,MOGS,ANK3,CPT1C,MAPK8IP2,HDHD2,GPR162,STX1B,DAAM1,KCNQ2,RUFY2,HECW1,TSPYL4,STXBP1,FLII,MTMR9,TTBK1,MTMR7,APH1A,SYNGR1,PCBP4,RNF215,CHST10,B4GALNT1,RHBDL1,B4GALNT4,PRRT1,CADM3,PRRT2,INTS1,PBX2,SNAP91,POU6F1,PRRC2A,CALM1,DAZAP1,KCNC1,GDI1,DIRAS2,GRIK2,PRPF19,NAT14,SMG5,TRIM9,NUDCD3,PCLO,TUBA1A,SDF4,KIF1B,GPRASP1,GPRASP2,APC2,UPF1,RPS6KL1,ACTL6B,LRRC49,MINK1,DYNLL2,AP3B2,CNKSR2,RNF144A,MAPT,AMIGO1,ICA1L,ADAM22,SEZ6,AMN1,TMEM169,TMEM68,APBB1,ATP6V0E2,DYNC1I1,PURG,DYNC1H1,GABBR1,NMNAT2,TAOK2,NUCB1,HDGF,MEGF8,YPEL4,APBA2,ANKRD13B,CRTC1,ROGDI,CYP46A1,SLC8A2,RIMS1,TMEM145,GRIP1,SALL2,SH3GL2,MAGI2,ADAM11,TTC7B,KCTD2,RUNDC3B,KCTD6,FOXP1,CLIP3,DISP2,CACNB4,HNRNPUL1,RAB35,CHMP4B,MATR3,ABCG4,LRRC59,NDRG4,BHLHB9,NDRG3,NTM,TMEM59L,CACNA1B,GPR85,KLC1,FBXO44,ORC4,IGSF21,ARHGAP21,DPP6,KLC2,NACC1,CAMTA1,SRGAP3,PDZD7,TRAPPC2,SYT4,PRNP,SYT3,KLHL22,CORO2B,PTPRD,RALYL,NBEA,REEP2,CNTN1,AAK1,GNB5,FGF13,NFE2L1,EIF4G1,KDM5C,DOCK3,WDR1,PRKCSH,CELF4,ZFP82,ELAVL3,PPP1R9B,SEC61A1,SART1,SEPT9,SCRN1,PPP6R1,PSD3,DNM1L,EID2B,TRIM67,CDADC1,PPP2R5B,H2AFV,ABHD14A,RAD23B,DNM3,TRAF7,CDH10,DCX,CAMK2B,RNFT2,NLGN2,STOML1,RAB1B,NRXN2,RBM4B,ADD2,MAPK9,CACNG7,GANAB,FAM168A,SV2A,U2AF2,SPOCK2,FAM120A,TRIM46,NCAM1,OPCML,CLASP2,BEND6,SLC12A5,PCDHGC4,USP22,ATP2B2,EFR3B,GDAP1,RAD52,SBK1,FAM131C,FAM131B,POLR3F,ACIN1,VPS45,RGS11,SUGT1,P4HB"
+"gene_set_query"	"784"	"MESP1"	"694.3"	"ARCHS4 Coexpression,846;Enrichr Queries,913;GTEx Coexpression,324"	"CNTFR,POP5,ISCA1,CCNH,STMN3,ENO2,NUDT3,NFU1,GCSH,PCMT1,RUSC1,DPYSL2,MYC,RPL36,RPL35,RPL38,RPL37,CCDC92,IER5,SOX4,PDHX,HES6,EPHA4,RBFOX1,AQR,MEF2C,MECR,TSPYL1,WSB2,PAQR4,LIMCH1,CACNA2D1,GTPBP6,SFRP1,BIN1,DDIT4,TLN2,CTXN1,UBA52,PFN2,CCDC84,BEX2,NECAB3,TSHZ3,TARSL2,CSTF3,CD99L2,MRPL14,APOO,MRPL20,FXR2,RDH11,ERI3,SCN3B,RHBDL1,ST3GAL3,VTI1B,TRAP1,JUN,FAM78B,IQSEC2,ERAL1,MRPL24,DCLK1,GADD45G,RPS26,MRPL30,PPP1R1A,PKIA,FASN,NDUFAF3,RNPS1,RPS20,RPS24,CDK16,ITM2C,MRPS17,NRP1,COX7B,PAK1IP1,DIS3L,MYL6B,RNF157,TRMT112,PPP3CB,NUDCD3,UCHL1,CSRP2,SEC61G,B3GALT1,ENC1,NEFL,KIF1B,AP3S2,MRPS28,ZYG11B,RPS6KL1,DYNLL1,TERF2,DUSP6,MLF2,RGMA,IMMP1L,TUBB2A,KIT,PXDN,SLC29A4,MAPRE3,RHOU,MAPT,SLC29A1,ARHGEF7,SLC29A2,CSTB,NFIX,STAU2,AMIGO1,GPS1,MRPS33,RPS27L,TMEM160,CRIP2,UQCR11,CCDC106,UQCR10,COX5A,CAMK2N1,TCEAL3,NPY,CKB,PEX19,PTGES2,VEGFB,ELP3,TTC9B,GTF2H2,BLCAP,LRRC20,SLC8A3,TMEM158,NUDT8,NDUFAB1,RPL22L1,HDDC2,CLSTN2,TUSC2,ARID4A,PARK7,COMT,COX6A1,TM7SF2,LAMP1,FAM174B,ANKRD13A,FADS1,MEN1,KIRREL3,SLC38A1,ANKRD46,IGFBP3,TPM1,IGFBP2,TTC7B,SSU72,SHISA4,PIAS2,RNF41,RBX1,CACNB1,ARMCX3,OLFM1,DOK5,EEF1A2,PGP,SNRNP27,FKBP3,PPIA,PDE9A,LY6E,RTN2,PKDCC,UQCRB,COX16,CTTNBP2,COX17,CACNA1A,DTX1,NTPCR,NDRG1,RAP1GAP,SOCS2,ATXN2,BTBD1,DVL1,NDN,OTX1,NDUFV3,DNAJC19,CBX4,UROS,KLHL22,BTBD6,CORO2A,LSM4,SYT7,HIGD2A,EFNA3,EFNA2,HOOK2,STK25,HOOK1,UQCRQ,UBE2S,PIN1,OSBPL1A,RNF187,SNAP25,SLC25A3,WDR1,CNRIP1,PRKCSH,SCHIP1,CHD6,NENF,MEA1,USE1,NGRN,MDK,SNAPC3,MLST8,PMEPA1,UQCRFS1,DGCR6,YWHAG,VBP1,RBM18,H2AFX,UBE2QL1,NDUFC2,RPL13A,RAD23A,ABHD14A,DUSP26,REXO2,EPN1,VCAN,PTP4A3,RABEP1,NDUFS7,PPDPF,NDUFS3,DNLZ,NAA38,CCDC43,PFDN2,NAT8L,SLC25A4,TSEN34,NDUFB9,GTF2A2,STOML1,NDUFB6,GTF3C6,EI24,NDUFB4,VPS4A,LRP3,SEMA3F,LAGE3,DLL1,SRM,RMND5B,TFPT,FZR1,MAPK7,DNPEP,NNAT,POLR2D,POLR2E,SPOCK1,POLR2I,POLR2J,POLR2K,CLASP2,POLR2L,NIPSNAP3B,GADD45GIP1,TIMM8B,LINGO1,NDUFA7,PPP1R14B,KCNJ11,FEM1A,NDUFA5,NAA10,BAD,NDUFA3,TAF10,NDUFA2,ZFC3H1,HSPE1,NELL2,BCKDK,DBNDD1,MAPK11,PINK1,KLF6,SUCLA2,SBK1,CDKN2AIPNL,ASB8,STUB1,POLR3H,VIM,RGS11,PFKM"
+"gene_set_query"	"785"	"ZNF354A"	"694.7"	"ARCHS4 Coexpression,228;Enrichr Queries,539;GTEx Coexpression,1317"	"APP,IFITM2,TFRC,CBLB,THUMPD1,FNBP1L,EPRS,NDST1,LSM12,FRAT2,ALCAM,CAPNS1,MPRIP,MYC,GPBP1,BSG,STMN1,FAM53C,LONP1,ATXN7L3,SOX4,IER2,SLC12A9,ARRDC4,MEF2C,WSB1,CXADR,IAH1,ARRDC3,IFRD1,DNTTIP1,CD3EAP,WDR75,MOGS,SOX11,MAPK8IP3,SND1,PPA2,DDIT3,DDIT4,RRAGD,UNC50,HECA,ATF4,SAR1A,FBF1,DCUN1D1,PIK3R1,PGS1,UGCG,GNG10,CYB5R4,PPP3R1,HSPH1,CHST15,CSTF1,SYMPK,NRBF2,PIP5K1C,MAP4,RAB11FIP3,ST3GAL2,VASP,JUN,HOMER1,INTS1,BCL11A,PLK2,H3F3A,CDC7,NETO2,GADD45G,WDR55,PRRC2A,MLLT11,HNRNPL,ABTB1,SQLE,PARP11,SLC6A8,FASN,ID2,TDP1,OGDH,CALM3,FBXL5,RBAK,CALM2,ITM2C,ARF3,DHRS13,PIGU,WDR48,CITED2,MRPL39,SNX10,SLC7A11,VLDLR,PRPF19,SMG5,HERPUD1,AKAP12,RPTOR,PCMTD2,GLIPR2,XPO6,ENC1,ANXA6,SDF4,RIOK2,AP3S1,CIC,CAP1,ZC3H10,UPF1,TSC22D3,MINK1,DUSP6,SREBF2,SRP9,MLF2,RHOB,ENAH,DDB1,NCOR2,KIN,SLC7A5,LSG1,PSMA3,INF2,HNRNPH1,TMEM33,CDC42EP3,PXDN,MTF2,EXOC6,SGK1,ERGIC2,CSTB,RNASEL,SLC20A1,PRKX,FAM117B,CENPB,ARNTL,FAM129B,ZDHHC18,BCLAF1,NFIL3,CAMK2N1,CLPTM1,MFN2,PAIP2,YKT6,DEDD,RUNX1T1,MAP3K3,YIPF1,MYEF2,NFYB,CSNK1A1,DAB2IP,SCAF1,VEGFA,SKI,SNX16,NFIA,XPOT,NFIB,CCNG2,KLHL7,ETNK1,KLHL8,TAOK2,NUCB1,PKN1,KBTBD7,NUCB2,SRP19,CD81,ZFAND6,CLSTN1,HDLBP,ATN1,SLA,BZW1,PPP1CB,NUDT10,LAMP1,ARHGDIA,PAPOLG,PAPOLA,SMARCAD1,SBF1,SLC38A1,PCYT2,MAP2K2,USP5,IGFBP3,F2R,IGFBP2,ZBTB34,THOC5,MORF4L1,DMTF1,TBL1XR1,SLC9A8,UBE2V2,SRSF3,CHMP4B,SNRPE,SRSF6,FKBP5,IDI1,DDX5,CD151,RAB5C,CUL5,INSIG1,UBR4,LPL,SLC1A4,CSF2RA,NDRG1,SUPT6H,SOCS2,ORC5,BAG4,PITRM1,DVL1,BTBD2,NACC1,SMYD2,ABL1,NAE1,SKIL,IVNS1ABP,ACBD6,PRNP,TIA1,STYX,ASNS,DHCR24,KLHL24,EEF2,LSM5,MARCH6,CLK4,NFKBIA,RCAN1,UBE2W,EFNA2,CNOT7,HOOK2,HOOK1,GNB1,CNTN1,NFE2L3,UBE2N,PI4KA,PLEKHM2,PLXNB2,DHCR7,COPS8,BCL2L2,NFE2L1,EIF4G1,KDM5C,PRKCSH,RND3,PKD1,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,YWHAQ,ZC3H7B,PPP6R1,SNRNP70,RB1CC1,MYO18A,FLOT2,PMEPA1,TLK1,MAPK1IP1L,PDPK1,VBP1,ATRX,TFIP11,GPCPD1,YWHAZ,PTBP2,EPN1,MSL1,DNM2,ARL4C,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,POLR1C,PFDN4,PPP1R12C,PPP1R15A,USP15,HDAC2,GTF2A2,RGS19,LRP1,USP10,RGS16,HMGCR,ATP1A1,RNF2,DNAJB2,GANAB,RBBP4,PPP2R3C,U2AF2,MKNK1,GNA11,MKNK2,POLR2D,FEM1C,EIF4E,DCAF13,RRM2,RNF24,FBXL19,CDC42BPB,MAPK14,RAB10,KLF6,PFKL,IMPDH1,PSAT1,CARM1,MGAT4B,RAB18,CEBPZ,VIM,P4HB,SUGT1,SMAP2,TAF2"
+"gene_set_query"	"786"	"ZIC5"	"695.3"	"ARCHS4 Coexpression,734;Enrichr Queries,803;GTEx Coexpression,549"	"MAPKBP1,HNRNPU,ENO2,RNF112,SAMD14,SNRPD1,IGLON5,MYC,TRIM24,BSN,SEPHS1,SOX4,CALN1,SRRM3,EPHA4,SRRM4,EPHA7,SMARCC1,ATP6V1G2,RBFOX3,SLC6A15,SOX11,ANK3,SOX12,MAPK8IP3,PISD,TIAM1,GPR162,STX1B,SFRP1,RUFY2,DDIT4,TRIM11,NUP205,PAXIP1,NRN1,SET,CTBP2,STXBP1,TRANK1,GJC1,NKAIN1,NLN,LDHB,SYNGR1,PCBP3,DHX33,PCBP4,LARS,B4GALNT1,RHBDL1,CADM3,FZD3,RPL41,PRRT2,PHC1,CADM1,BCL11B,BCL11A,SS18L1,RCC2,RAB3IP,H3F3A,MICAL3,NR2F1,MICAL2,LARP7,CDC7,L1CAM,MEX3D,PAICS,MEX3A,RPS27,VANGL2,ID2,HNRNPD,LRRN1,RCOR2,GABRB3,TMEM151B,HIP1,KCNC1,DIRAS2,GRIK3,GRIK2,SLC7A11,COX7C,PFAS,SHF,TRIM9,MMP24,PCLO,XPO1,CSRP2,CAMKV,TRIM3,NEFL,KIF1A,JARID2,GRIPAP1,PARP1,RRAS2,PRPF40A,DUSP6,RGMA,ENAH,TOX3,TMEFF1,TUBB2B,ZEB2,KIT,PXDN,SGK1,SFI1,PTMA,GRAMD1B,STAU1,SATB2,ADAM22,PTN,CAMKK2,ARVCF,TCOF1,CHN2,GPC4,PURG,NPM1,CENPV,USP9X,WNT7B,PCGF2,DAB2IP,NMNAT2,SKI,NFIA,NFIB,KIF26A,SERBP1,HNRNPA2B1,CACHD1,PKN1,YPEL4,CRLF1,KDM1A,CRTC1,CSE1L,CIB2,MSI1,NUCKS1,CELSR3,SLC8A2,IPO5,RIMS1,TMEM145,ATCAY,SALL2,KIF5C,SH3GL2,TLE2,SUPT16H,IGFBP3,IGFBP2,ADAM11,VASH2,KCTD2,POU3F1,POU3F2,KCTD6,POU3F3,DISP2,MSH6,ACAP3,OLFM1,ILF3,CACNB4,MYCN,MSH2,RAB34,MADD,SNRPG,ANKS6,ERH,SNRPF,ABCG4,FKBP3,KPNB1,RTN4R,KHDRBS1,NDRG3,CACNA1B,CACNA1A,LPL,FBXO44,UQCRH,PHF21B,GOLGA7B,SOCS2,EFNB2,NEUROD2,IGSF21,SCRT2,KLC2,G3BP1,SRGAP3,OTX1,MYH10,PDZD7,QSER1,BPTF,TMEM120B,SYT4,AKIRIN1,CBX5,AUTS2,PTCH1,CBX2,CBX1,KLHL23,CLK4,EFNA2,HOOK2,NASP,LHX2,HOOK1,CNIH4,MAP3K12,YWHAE,SNAP25,HSP90AB1,MAST1,CHD6,HMGB3,PSIP1,HMGB1,RND2,PKD1,RND3,ELAVL2,LMNB2,ELAVL3,POLB,MCF2L,PSD3,SUMO2,GALNT9,TRIM67,PELP1,H2AFZ,PPP2R5B,NIPSNAP1,ARL4C,VCAN,PTP4A3,SFPQ,ALS2,DDAH1,CDH10,NDUFS5,LUC7L3,BCAT1,INA,HDAC2,GTF3C4,NDUFB4,CXXC1,RPL36A,NRXN2,CRMP1,LRP8,ADD2,HSPD1,CACNG7,ABLIM1,IGFBPL1,UGP2,PTPRZ1,VPS53,SPOCK2,NT5DC2,TRIM46,BEND3,IGF2BP3,IGF2BP2,PCDH1,HNRNPA1,MTA3,OPCML,HNRNPA0,LINGO1,NTRK2,HNRNPA3,KDM4C,SLC12A5,RRM2,SSB,PCDHGC4,PCDH7,FBXL19,PCDH8,RPL35A,ATP2B2,NAP1L1,DEK,HSPE1,MEIS2,HNRNPAB,NELL2,KLF6,SBK1,FAM131C,PSAT1,FAM131B,MFAP2,POLR3F,SPRY2,CDR2L,RGS11,INSM1,SSBP1,MDGA1,RAN,CBLN1"
+"gene_set_query"	"787"	"SIX3"	"695.3"	"ARCHS4 Coexpression,886;Enrichr Queries,765;GTEx Coexpression,435"	"GMFB,CPNE5,EHMT2,STMN2,GDE1,GCSH,RPS17,ALCAM,RNF114,PSMD7,DPYSL2,AP1S1,RPL37,EPHB1,SOX4,ANKS1B,EPHA4,MEF2C,SOX11,CPT1C,GAPVD1,ANK1,BCR,SFRP1,KARS,SIK3,KCTD17,CTXN1,ASTN1,CCDC84,BEX4,CDC42SE1,BEX2,ADCYAP1R1,BEX1,NRN1,PDE1B,FOXG1,SDC3,NEDD4L,PDGFA,MRPL14,NMD3,ACTR3B,ARPP19,KALRN,FAM171A1,RIC8B,ZNHIT1,DHX33,PRKAR2A,TSPAN7,CHST10,SCN3A,JUN,PTPRN2,ARPP21,BCL11B,CADM1,ZFR2,BCL11A,ST8SIA3,NR2F1,DCLK2,UPF3B,NETO2,MEX3D,RPS26,MRPL30,CALY,ID2,PPP1R1B,FAT3,LRRN1,RPS20,C2CD2L,ITM2C,GPR19,ARF3,GABRB3,GPR27,CDKN1C,COX7B,CSRNP3,SPEF1,FAF1,GRIK3,OLA1,MRPL36,MRPL34,NAT14,ROBO1,C1QTNF4,JPH4,PPP3CA,TRMT112,SIPA1L1,CAMKV,SLC22A17,SEC61G,B3GALT1,NEFL,NEFM,KIF1A,FEZF2,PSD,PRMT8,ELMOD1,MRPS23,AMPD2,NUTF2,DUSP6,RGMA,PSMA5,MN1,IMMP1L,TMEM179,ZEB2,PXDN,CD47,SF3B4,NFIX,SATB1,SATB2,SEZ6,SNX32,CCDC106,COX5A,TCEAL5,CUX2,CHRAC1,CAMK2N1,NCDN,RPRM,WDR17,ARNT2,GABBR2,GABBR1,CRIPT,NMNAT2,BLCAP,MZT1,GATAD2B,VEGFA,TMEM158,ABI2,MORN4,NFIA,ZDHHC9,NFIB,SGSM2,FKBP1B,FAM171B,CDK5R2,PDCD5,CYP46A1,RIMS4,KIF5C,CIR1,RGS9,PPP1R16B,KIRREL3,USP8,IGFBP2,LMTK3,TBR1,ZCRB1,POU3F1,TMEM130,POU3F2,SHISA7,POU3F3,PIAS2,FOXP1,BSCL2,PCP4,PREPL,EBNA1BP2,MYCN,SLC9A6,HNRNPUL1,SCG5,SNRPG,TNIK,PPIA,KHDRBS2,UQCRB,ARHGEF26,ARL3,HPCA,COX17,CACNA1B,GPR85,CACNA1A,BHLHE22,CPLX2,RPF2,CACNA1E,HSPBP1,CACNA1H,CACNA1G,EFNB2,NEUROD2,IGSF21,SNN,PCSK1N,DPP6,ATXN2,EFNB3,DNAJC21,BRIX1,OTX1,SRGAP1,LRRC4B,SYT5,SYT1,CBX4,RHBDD2,UBE2A,CWC15,LSM5,EIF2S2,GNAO1,GNAL,NR4A3,CNOT7,NSG2,HOOK2,DLG4,LHX2,HOOK1,UBE2N,CPE,PRR7,THRA,YWHAB,CELF3,CELF4,CHD6,CELF5,MEA1,ELAVL2,AP4M1,PSD2,LRRTM1,EIF5A,EMX1,KLF16,PJA1,GAP43,VCAN,PTP4A3,PPDPF,LANCL2,TERF2IP,NAT8L,PFDN4,INA,SLC25A14,AHDC1,TSEN34,GTF2A2,NDUFB6,USP11,NRXN1,EI24,NDUFB4,CXXC1,NRXN2,JAKMIP1,DLL1,ZNRF1,GNG7,NNAT,POLR2D,SLIT1,MAPK1,SLITRK5,SNRPB2,SLC25A23,CRYM,CACNG4,POLR2K,CLVS1,POLR2L,LGI1,TIMM8B,GADD45GIP1,RWDD1,NTRK2,PCDH7,TAF10,HAGHL,PCDH8,ATP2B1,FBXL16,RPRD2,HSPE1,MEIS2,USF1,NELL2,RAD52,PDE10A,SYT11,PPP2R2B,RAB12,POLR3H,INSM1,PTPN5,SSBP4,CBLN1"
+"gene_set_query"	"788"	"NFYC"	"696.0"	"ARCHS4 Coexpression,1038;Enrichr Queries,36;GTEx Coexpression,1014"	"PANK4,RPL5,APP,NCKAP1,SMARCB1,IFITM2,TRIO,PANK3,TFRC,ZMYND8,ARAF,HNRNPU,RBPJ,EPRS,ACTB,FRAT2,KAT5,TRIM28,FLAD1,ALKBH1,DPYSL2,MYC,FTH1,ZXDC,STMN1,CCDC97,GLUL,SLC12A9,TMPO,SMARCC1,ACOT7,ACTN1,PRKCD,DNTTIP1,CIRBP,CD3EAP,TALDO1,PISD,EWSR1,DDIT4,UQCRC1,VDAC1,ATF4,SET,STXBP2,SUPT4H1,TWF2,PIK3R1,HIF1A,OAZ1,LDHA,PPP4C,PCBP1,PRDX1,RAD21,MICAL1,PCBP2,N4BP1,HEXIM1,VASP,CREBBP,JUN,JUND,H3F3A,SMARCA2,SMARCA4,TMEM199,TADA2B,HNRNPL,ABTB1,HNRNPM,HNRNPK,EIF5,WNK1,FASN,HNRNPF,ID2,RPL27A,CWF19L1,HNRNPD,PPT1,CALR,HNRNPC,RPS24,ITM2C,DHRS13,ARF4,PIGU,ARF1,BTG1,CITED2,MTMR14,MRPS12,CLTC,CTCF,PTPRK,LIMD2,AKAP12,MED11,TUBA1B,XPO1,GLIPR2,XPO6,MLX,DHX15,TCP11L2,TMED1,UBL7,CAP1,BRD2,ATP6V0B,PARP1,TSC22D1,PRMT1,TSC22D3,IFNGR2,TCF12,EPS15L1,GMIP,MRPS7,DUSP6,SREBF2,MLF2,RHOB,NCOR2,RNF167,MED25,SCNM1,TUBB2A,HNRNPH1,PXDN,ARHGEF1,PABPC1,ALDOA,SGK1,PTMA,STK40,RNF166,NAPA,SF3B4,CSTB,GRN,PCNA,NFIX,RPL11,CCNDBP1,RELA,PSMA7,ARNTL,GNAI2,TM9SF3,FGD3,ZDHHC18,PSMB2,CKB,BID,MEF2D,SRSF10,NPM1,YIPF1,NFYA,NFYB,VEGFA,PPP1CA,KTN1,SPSB3,NFIA,NFIB,SHKBP1,SERBP1,HNRNPA2B1,ZYX,CTNNB1,HDGF,PKN1,YPEL3,MTCH1,ANKRD13D,GTF2B,HDLBP,PARK7,IPO7,ACTG1,YY1,KHSRP,COTL1,EP300,SNRNP35,KPNA2,FADS1,RPS9,LMO4,SHISA5,CNPY3,ATP1B1,CTDNEP1,EEF1A1,ACLY,ILF3,SLC9A8,NCL,SRSF2,PPIF,TBC1D25,SRSF3,SRSF4,MATR3,GEMIN7,RAF1,PPIA,SQSTM1,KPNB1,SNRPB,VCP,DDX5,DNMT1,MAX,AK2,UBR2,NRF1,RASGRP2,CORO1A,RTN4,CNN3,STIP1,PITRM1,GRK6,ZMAT5,PGK1,MAP2K7,SLC38A2,MARK2,NADK,MAP2K6,MCL1,ATP6V1F,HSPA9,IVNS1ABP,SMAD2,HSPA8,PRNP,SMAD4,UBE2I,CCDC12,FUS,FBXO38,PCIF1,HMGA1,CRIM1,ARPC4,EEF2,NFKBIA,COQ2,SH3BP5L,EFNA2,HOOK2,HOOK1,SP3,GNB1,CHMP2A,GNAS,CCDC22,LRCH4,COPE,ISY1,YWHAE,RERE,ITGB1,SCYL3,GSK3B,SLC25A3,HSP90AB1,RNPEPL1,MCM7,PRKCSH,ATP2A2,PIK3CD,HMGB1,YBX1,ARRB2,TAZ,SART1,PTBP1,DUSP12,YWHAQ,CAPZB,SIN3A,UBTF,TIMM17B,FLOT2,EIF5A,HSP90AA1,KLF13,ARHGEF12,GPX1,GPX4,DST,PDPK1,ARID1A,YWHAZ,RAD23B,SEPT2,DDOST,PTP4A1,PTP4A2,SFPQ,TFDP1,CREB1,CTDSP2,POLR1B,TMBIM6,CHMP6,GAPDH,RBM22,RNF31,USP15,RGS19,USP10,HDAC1,RAB1B,PRCC,SRSF1,SLC3A2,ATP1A1,RNF4,HSPD1,DNPEP,GNG5,PUF60,RBBP4,POLR2A,MAT2A,FCHO1,MKNK2,POLR2D,RAB24,MAPK1,CSK,SH2B2,SEMA4A,RBM39,TMEM30A,RRM2,NAP1L1,PTPN11,CDC42BPB,CDC42BPA,SOD2,BCKDK,KLF6,MYO1B,SLC25A39,IMPDH1,P4HB,VIM,SMAP2,RAN"
+"gene_set_query"	"789"	"IRF1"	"696.2"	"Literature ChIP-seq,139;ARCHS4 Coexpression,1318;ENCODE ChIP-seq,15;Enrichr Queries,1170;ReMap ChIP-seq,142;GTEx Coexpression,1393"	"ITSN2,NUP107,POP7,TFRC,ALKBH8,FGFR1OP2,FNBP4,PRKAB2,SAP30BP,FRS2,LARS2,EWSR1,DDIT4,ORAI2,TMEM126A,JTB,PLBD2,SF1,EXD2,TSTA3,SAR1B,NPRL2,NPRL3,BAZ2A,PLA2G6,PRPSAP1,RHOT2,LARP1,PRPSAP2,RNF216,RDH11,PIP5K1A,RDH14,ATRIP,HEXIM1,JUN,PRPF38B,PRPF38A,JUP,NCAPH2,EIF2AK1,FUCA1,BTBD10,TBL3,QARS,FASN,SFXN3,NMT1,DZIP3,KCNC3,MTMR14,PRKAG1,MED19,MED16,OSBPL11,MED15,BBC3,DDA1,MED17,MED12,ATIC,MED10,JAK2,ENOPH1,PCMTD1,DUSP1,SPHK2,TEX10,SLC39A11,GMIP,JOSD1,MED27,DUSP6,MED29,DDB1,SLC7A5,TMEFF1,MED25,MED24,PLSCR3,PTRH2,MED21,PXDN,MMP17,SDHAF1,CINP,ERGIC2,TRUB2,OAT,LIN37,URM1,WRB,ATL2,DLST,NOC4L,SDAD1,SNX29,STX6,MFN1,MFN2,ZSWIM6,ATAD1,CRBN,MCRS1,ARCN1,SKI,MYBBP1A,CCDC9,SNX17,SHKBP1,APEX1,ETNK1,CIAPIN1,AGRN,YPEL3,MTCH2,RASL11B,PDCD5,CASC4,LTN1,MPV17L2,CASC3,FBXO21,FBXO22,UROD,CIR1,NUDT16,PCYT2,DGAT1,STX7,ATP11B,ZCRB1,POLRMT,FBXW2,PIAS2,LENEP,PIAS1,MSH6,TPST2,MINPP1,ACLY,SRSF2,SMS,SRSF4,SRSF6,LY6E,ARL8B,SRSF9,FTO,INO80B,TXNDC9,SMYD5,UAP1,NRF1,LIN7C,CORO1A,CORO1B,UQCRH,RAP1B,NDOR1,G3BP1,ZKSCAN3,MBIP,G3BP2,SMYD2,BRIX1,ZKSCAN1,NADK,TMEM120B,API5,TMEM120A,HPS1,HPS3,FBXO31,DRAP1,UQCRQ,ARPC3,ACO2,CNTROB,NIT1,LRCH4,NOP10,ITGB1,SNAP25,AKAP8L,ETFB,AP4M1,ZNRD1,ACP2,PGLS,SNAP29,UNKL,BCAS2,ACTR3,UNC45A,ACTR2,EIF5B,ACTR6,DHPS,ATRX,TFIP11,ARFGAP3,RABGGTB,ARFGAP1,MSL1,ATRN,IMPACT,TMBIM4,C1D,ETF1,TMBIM6,DCTPP1,TNFRSF21,BCAT2,BECN1,CANT1,UHRF2,SRF,SRSF1,LENG8,RCHY1,CDC42,FOXRED2,KCTD20,U2AF2,PHKG2,UBQLN1,E2F4,DRAM2,TRIM44,EIF4B,UBQLN2,HNRNPA0,GADD45GIP1,NOP56,NOP58,SEPT11,HNRNPA3,MARCKSL1,TRIM41,SSB,FEM1B,CNBP,MID1IP1,CDC5L,GSTZ1,NECAP2,EIF3M,NECAP1,SUCLA2,TSPAN13,CDKN2AIPNL,EIF3K,SYT11,EIF3I,ST7,EIF3J,TRIM35,PDCD4,EIF3G,STUB1,PDCD2,TRIM37,EIF3E,TRIM32,EIF3D,TRIM33,UNC79,EIF3A,SMARCAL1,ACTB,NUDT3,NUDT4,CDC23,SNRPD2,FBXO3,EIF2D,ATXN7L1,ATP6V1E1,ATXN7L3,ATP6V1G1,SMARCC1,ACTN1,ECH1,ALG5,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,BCS1L,MFSD10,CDC34,PPA2,KCTD10,PPA1,SUB1,CDC37,CCDC82,KCTD18,AARS2,TBC1D9B,DHX8,GIPR,FBF1,CEND1,ZBTB5,PGS1,APOO,FAM192A,DECR2,BBS1,SMARCA5,HARS2,MSRA,AIMP2,CWF19L1,NDUFAF2,CALU,RANBP10,FBXL3,NOL10,CALR,FBXL5,FBXL6,MON1B,HERPUD2,MRPS17,DHRS13,COX7B,CSRNP2,MRPS16,HIBADH,MRPS12,MRPS10,NAT10,NAT14,COX7C,AKAP12,MAP1LC3B,OTUD6B,UIMC1,SDF4,SDF2,BBS4,COX8A,MRPS28,MRPS26,MRPS27,PCYT1A,MRPS24,MRPS25,PABPC4,MRPS23,MRPS21,CACYBP,APRT,TOX4,RAP2C,RNF144A,GAK,KIN,RAP2B,PITPNM1,ARHGEF1,TAX1BP3,ARHGEF2,PABPC1,EEF1E1,PTMA,NAPA,DYNC1I2,NAPB,PCNA,MRPS35,HSD17B4,MRPS30,COX5A,NAPG,GNAI2,NFIL3,OS9,PDZD11,ORMDL3,MGAT1,DYNC1H1,MAP3K3,MON2,PEX19,SPRYD3,VEGFB,KLHL2,TTC1,PEX14,YIF1B,VEGFA,NUDT9,SEC23IP,ITCH,KLHL7,SGSM3,HNRNPA2B1,KLHL8,NDUFAB1,AGGF1,TCEA1,TACC2,PNPLA6,GRINA,CARS,OTUD4,OTUD5,SRP19,CRTC2,NARF,SYS1,NUP188,UBE3C,RPP30,ZFAND6,ZFAND5,PEBP1,UBE2Z,ACTG1,TXN2,NARS,DENND5A,FAM3C,PCID2,MORC3,FBXW11,ADAM10,UBE4B,SDHD,SDHA,POU3F2,DHDDS,COX6B1,ADAM19,EEF1A1,ADAM15,TBC1D20,PSPC1,GPRIN1,EHBP1L1,PPIF,WDFY1,PLAA,ANKS6,PPIE,PPIH,PPID,COX19,BHLHB9,NDUFB10,COX16,NCKIPSD,RNASEH1,IRAK1,GRK6,LLPH,TBC1D17,SYT5,UBE2I,UBE2B,NUP153,TIMM44,UBE2A,AP4B1,MANBAL,HIGD2A,HOOK2,MKRN1,CNTN1,MKRN2,UBA3,GNB4,UBE2N,AMOTL2,UBA1,FGF13,UBE2K,GALK1,RERE,PHTF2,CUEDC2,LDB1,ADAR,RND2,CABIN1,TMEM222,LASP1,TMEM223,IFT57,SUN2,SUN1,TBP,TTC33,CAD,SYNGR3,EPN1,EEF1G,ALS2,TMEM214,ACOX1,EEF1D,ATP6V1B2,CRY1,MAN1B1,CUEDC1,AGPAT5,RALA,SFSWAP,RNF8,SLC3A2,RNF7,RNF4,AGPAT3,RNF2,AGPAT4,POLD3,CYTH2,GNG3,MKNK1,TDG,MKNK2,TRA2A,BNIP1,PTK2B,BNIP2,RALY,MTA2,CYTH1,TIMM8B,TTC14,ATF7IP,URGCP,CDK11B,USF1,TTC17,SMUG1,GALE,UFM1,ERCC3,ERCC1,POLE3,ERCC8,ERCC5,KRAS,GPD1L,TES,RRP1,HNRNPU,SMC5,WDR83,GPATCH4,PHAX,SMC6,EPRS,PHB2,GPATCH8,GLS,ALCAM,TFG,ZMIZ1,CSPP1,WDR91,AP1S2,LUC7L,AP1S1,VPS36,NCKAP5,VPS39,CDK5RAP3,DDX17,VPS18,DDX18,NUP210,PRKCD,WDR74,AFAP1,WDR73,HCFC2,GTPBP1,GTPBP4,ARMC1,ZSCAN21,NUP98,VPS25,VPS28,LRPAP1,SEH1L,PDXDC1,WDR61,ARPP19,ANAPC11,RRP7A,LDHB,FAM171A2,LDHA,WDR70,NUP85,BLOC1S2,VPS11,GAR1,RRS1,NUP88,NRBF2,HMOX2,LHPP,ST3GAL3,VPS16,CEP78,BTF3,PRELID1,NDFIP2,NDFIP1,IRF2BP1,IRF2BP2,NR1D1,PHC3,EHD1,GNPTG,HNRNPM,HNRNPF,TOLLIP,ATG2A,GTF2IRD1,HNRNPC,FARSA,ATG2B,PYGB,MOCS2,WDR47,BTG1,CDKN1B,GMEB2,PHF23,DENND1A,ARPC1A,WDR45,KRI1,SMG5,SMG6,UBL5,UBL3,RARS,CIC,JARID2,RRP15,UBL7,EXOC7,WDR34,GNL2,TERF2,FAM126A,COPZ1,WDR33,TAF6L,SIKE1,ZEB2,NCOR1,TUBB2A,MTF2,EXOC4,GARS,EXOC5,TKT,EXOC2,EXOC1,GRAMD1A,GRN,CDC123,CLDND1,TIMM9,WDR24,FAM129B,FGD3,ARFRP1,PPP1R2,PPP1R8,SLC17A7,CKB,YTHDF2,KIDINS220,WDR18,NR1H2,PCGF3,SYVN1,GATC,HIPK1,DHRS1,SYNJ2BP,SCAF4,NFIA,OSTM1,JKAMP,PLP2,NUCB2,TMEM229B,FAM49B,RAB3A,GTF2B,RAB3D,CEP120,PARK7,AUP1,RPL10A,IPO4,TM7SF2,EDC3,EDC4,LAMP1,SLC39A9,PAPOLG,CFL1,LAMP2,HMGN2,TXNL4A,HMGN3,ANKRD13A,GTF2I,IFNAR2,RAB2A,RARS2,TLE3,MAP2K4,RAB2B,SUPT16H,USP4,USP3,TPM1,GTF3A,THOC1,THOC2,THOC5,PGD,LEMD2,THOC6,PYGO2,MORF4L1,RAB34,DMWD,SNRNP27,AAGAB,SNRPF,FKBP4,FKBP3,FKBP5,CSNK1G1,SNRPB,FKBP2,RAB5B,RAB5C,INSIG1,CCDC25,GLT8D1,SLC38A10,UBR3,PHB,ORC5,ORC6,ORC3,DVL2,MAP2K7,MAP2K5,MCL1,PLXNA3,TRAPPC2,AKIRIN2,OSBPL8,EIF2B4,TRAPPC3,EIF2B3,CCDC12,POLR3GL,TRAPPC4,SEC16A,TRAPPC5,FANCE,COPS4,COPS6,COPS5,SLC7A6OS,SYNJ1,REEP5,CPD,PDCL,PLEKHM2,CCDC22,RAB5A,RSL24D1,BCL2L2,CNIH4,BCL2L1,SLC48A1,MCM7,WDR3,UFSP2,LBH,ADAMTS3,NOB1,VPS72,RNPEP,WDR5,WDR7,TNPO1,EIF2B1,TNPO3,ADSL,PLEKHG2,CDADC1,GGPS1,CCDC34,SECISBP2L,LANCL1,RPL13A,WIPI2,TSN,DNAJC2,CTDSP2,POLR1B,POLR1C,DNAJC9,CCDC43,DNAJC8,CRK,ALDH9A1,MTPN,HDAC3,HDAC1,VPS4B,EI24,CEBPG,PDHB,HDAC7,FBXL20,RAB21,DNAJB1,NFS1,ABLIM3,DNAJB6,FIP1L1,HECTD3,POLR2B,VPS53,POLR2C,RAB24,POLR2D,POLR2E,POLR2F,POLR2G,CSK,POLR2I,ADSS,CCDC71,POLR2J,POLR2K,POLR2L,SLC35A2,SLC35A1,SLC35A4,PPIL1,SMOX,IDH3G,AMFR,TPRKB,DNAJA1,BCKDK,RAB10,RAB14,VAPB,DNAJA3,GLOD4,DOLPP1,POLR3D,RAB12,DNAJA2,VPS41,DRG1,DRG2,CEBPZ,SNRNP48,PPIL3,VEZT,SLC35B2,ISCA1,IFITM2,VARS,HDAC10,ZMYND8,HDAC11,PITPNA,FCF1,PPP2R2A,RPS15,RPS16,FRAT2,RPS19,PPP2R1B,FLAD1,RPL36AL,FTH1,MAGOH,LONP1,ARFIP2,LONP2,DENR,RPS11,SEPHS1,RPS10,SEPHS2,RPS13,TBC1D10A,RPS12,SRRM2,SRRM3,COG8,SLC35C2,ARRDC3,COG3,IFRD1,METTL3,AP1B1,AP1AR,SRRM1,TWSG1,KARS,ZW10,SUCLG1,DCUN1D5,CSTF3,CSTF2,STXBP2,DCUN1D4,DCUN1D1,TRANK1,LIAS,HTATSF1,RPAP3,UGCG,SCFD1,FXR2,PDCD11,ZNHIT3,ATP6V0A2,TNRC18,ARGLU1,ATP6V0A1,VASP,VAT1,TMEM184B,SETDB1,SYNRG,PYCR2,RPS26,SMU1,RPS25,RPS28,RPS27,RPS29,RPS20,RNPS1,RBAK,RPS21,TECPR2,C2CD2L,RPS24,GFM1,UBXN1,CITED2,SLC44A2,SLC35F5,ZFAND2A,ZCCHC17,SIPA1L3,LIMD2,COIL,C1QBP,SEC61G,XPO6,XPO5,TMED2,UBXN7,TMED1,TMED7,RAB8A,PSD,PSENEN,ZDHHC13,PPHLN1,ITFG2,TOPORS,PARP8,MLF2,NFX1,HNRNPH1,AIDA,FYTTD1,CSTB,DTYMK,ZDHHC20,GDPD1,NOL7,NOL8,NOL9,TYMP,NOL6,PPP2CA,CST3,NT5C,AMN1,HIRA,PPP2CB,ZDHHC18,METTL6,APBB3,MPP3,MTX1,NFYB,SLC31A1,PTGES3,GBF1,GINS4,XPO7,MPP6,RAB11A,RAB11B,KBTBD4,SPCS2,HIST3H2A,XPOT,CAPZA2,COPG2,KBTBD7,MEGF9,MPHOSPH6,NDUFA13,NDUFA12,SPPL2B,NDUFA10,CWC25,CCDC28B,CNDP2,COL4A3BP,TATDN1,FAM162A,ARHGDIA,HCFC1R1,CWC22,COTL1,NOM1,PHYH,KDM2A,TRAPPC2L,LMO4,NOSIP,ATP1B3,LIG3,ACYP1,ATP1B1,TRPC4AP,PRPF6,HGS,PRPF3,SPECC1L,XPR1,ZCCHC8,IDI1,PXK,COPB1,NOP2,CLEC16A,PRPF8,EFNB1,EMG1,ZMAT2,TCTEX1D2,CDH24,KLHDC2,CPSF4,KLHDC3,KLHDC4,CPSF6,PNPT1,CBX4,CPSF1,CBX3,RHBDD2,CPSF2,CBX1,IDH2,COQ9,CWC15,COQ7,EFNA2,CHMP2B,BLMH,DYNLRB1,PI4KB,BRWD1,SAE1,LRP10,COPE,LRP11,MUS81,KDM5B,KDM5C,THRA,ASNSD1,HK1,RPS4X,SNAPC3,CASP2,RBM7,RBM5,KDM6B,HGSNAT,H2AFX,PPP2R5B,IQCE,AXIN1,H2AFV,RPS3A,PPP2R5C,SAFB,DCK,LSS,DNM2,FCHSD1,RABEP1,DDAH2,THRAP3,TRAPPC6B,RASA1,AKT1S1,PFDN1,PFDN2,TMEM9,HAGH,PFDN4,THOP1,VAC14,STOML1,KDM3B,ATF6B,ETFDH,ATP1A3,ATP1A1,TBRG4,GNA13,TBRG1,NXF1,UGP2,RPS6KC1,FAM120B,LEPROTL1,BUB3,MAPK6,KDM4A,KDM4B,LIMK2,QPCTL,CAPN10,RPS6KB2,ATP13A3,RBMX,MDC1,MT-ND4,CHIC2,UXS1,LSM10,PSMD8,PSMD9,RABGEF1,PREX1,KRTCAP2,PSMD6,ZFYVE27,PPP4R2,PSMD4,PSMD2,TMEM8B,MEF2A,HES6,STARD3,DNTTIP1,DNTTIP2,RFX1,HDHD2,EML2,SCAMP3,SND1,SCAMP2,EML4,EID1,EID2,MYL6,CLNS1A,PSME1,UQCRC1,PSME2,RBCK1,MTMR2,ABCB6,MRPL16,MTMR9,COPS7A,MRPL14,AGAP3,MRPL12,OAZ1,MRPL13,GABARAP,GIGYF2,MRPL10,MRPL20,CYB5R4,HMGXB4,HSPH1,VTI1A,AMZ2,HMGXB3,RHBDL1,VTI1B,PRRT2,EDEM2,EXOC6B,MRPL28,ERLIN2,FAM136A,MRPL24,EIF1,CS,MLLT11,MRPL30,ABTB1,EIF6,TDP2,TDP1,PSMG3,PSMG4,AVL9,EZH1,ARF3,LRSAM1,PIGT,HEXA,RPLP0,PIGP,MRPL38,MRPL39,MRPL34,AACS,HSPB11,MRPL32,PQBP1,MRPL33,TRMT112,NIPBL,MRPL40,FASTK,RPLP2,UPF2,UPF1,DFFA,ACTL6B,ELOVL5,MRPL49,SIRT4,SIRT6,MRPL47,SIRT7,MRPL48,DYNLL1,MRPL45,SIRT2,LRRC41,MRPL43,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,PSMA3,MRPL50,PSMA4,PSMA1,PSMA2,TMEM33,CDC42EP4,CDC42EP2,PELI1,TUT1,PICK1,TMEM106B,ARF5,ARF6,LRRC14,RNASEL,RNASEK,STAU2,SRRT,HTT,MRPL54,PSMA7,MRPL55,GGA2,PSMB6,GGA1,PSMB7,PSMB4,UNK,PSMB2,TMEM65,MICALL1,PSMB1,TMEM68,AP2S1,LEO1,HARS,NCDN,MEF2D,SRSF10,YKT6,NKTR,STAT2,TMEM62,BYSL,TMEM60,LETM1,TMEM59,PSMC6,FABP5,PSMC3,TTLL1,UBAP1,GOPC,RPL22L1,CCNT2,FAM13B,UBE2D1,TSEN2,YY1,EIF4ENIF1,STK11,STK16,KPNA6,PMPCB,PMPCA,PIM3,SLC25A44,KPNA1,PPP1R16B,SH3GLB1,SLC38A1,IK,VPS33A,SARS,PRPF4B,ZBTB33,FOXP1,SLC9A6,SLC9A8,MRTO4,FSCN1,SQSTM1,KPNB1,PFKFB2,LRRC59,RNASEH2A,PFKFB3,MAX,ISG20L2,ARL2,UBFD1,NTPCR,SBNO1,SBNO2,PORCN,STK36,PMVK,STK38,SLC38A7,SLC38A6,SLC38A2,EVI5,ZBTB17,GOT1,GOT2,EEF2,ZC3HC1,MFHAS1,STK24,UBLCP1,TUBGCP5,TUBGCP3,NFE2L1,MDM1,HSP90AB1,CELF1,COX4I1,POMT1,PIK3CD,ARRB2,MRPL3,MRPL2,FSD1L,SUMO1,MDK,SUMO2,ME1,PMEPA1,DGCR6,MDP1,CTNNBL1,DGCR2,HSP90AA1,VBP1,SH2D3C,VPS37C,ARNT,RAD23A,VEZF1,NDUFC1,VPS37B,RAD23B,DDOST,QTRT1,PPM1B,NSMCE4A,SLC25A17,SEC22B,SLC25A5,SLC25A4,SEC22C,PPP1R15A,PPP1R15B,NDUFB9,NDUFB8,SEC23A,NDUFB7,GTF3C5,NDUFB6,GTF3C6,NDUFB5,PRCC,CXXC1,ZBTB43,HSD17B10,PPM1G,SLC25A27,GANAB,NCLN,SH3BP2,BEND3,IARS2,LRRC8B,SLC25A23,AAMP,SLC25A22,ATP9B,SLC25A25,CYB5B,NDUFA9,PTPN1,PPP1R14B,NDUFA7,NDUFA6,SLC12A5,MMAA,MBOAT7,NDUFA2,HIP1R,RPL23A,LYSMD4,ATOX1,SLC25A38,SNRK,SLC25A39,PTPN9,CCM2,P4HB,SMAP2,SEC24C,SLC25A36,EIF4A2,AHCYL1,TMEM41A,TMEM41B,CCNH,KDELR1,EIF4A3,ZDHHC5,PREP,JMJD1C,THUMPD3,GCC2,ZDHHC7,IFI30,TXNDC15,CYB5D1,NUBP2,UBE2L3,ZDHHC4,RASSF1,RASSF2,KIF21A,CCNL1,SLC12A6,SEC63,TMPO,SLC12A9,ACVR1,ST6GAL1,ENTPD4,IMP3,PAQR3,NSMCE2,NSMCE1,PISD,THAP3,THAP7,ULK1,KDELR2,PREB,STX1A,GCDH,TMEM87A,L3MBTL3,L3MBTL2,PEX11B,CTR9,SUPT4H1,PIK3R4,PIK3R3,PIK3R1,PTTG1IP,UBE2J2,SNX3,DHX30,SNX1,COMMD9,SNX2,DHX33,DHX34,LARS,PCBP1,MICAL1,DHX36,HIVEP1,SYMPK,RCE1,RBM12,N4BP1,SEC31A,SURF1,SURF2,INTS2,MICAL2,ERAL1,ARMC10,ID2,INTS5,PAF1,CALM3,CALM1,CALM2,CCDC127,FKBP15,SUV39H1,CCDC124,CTSZ,SLC7A11,IER3IP1,PEPD,AP2A2,ARV1,CTSL,RSRC1,HYAL2,DHX15,MLX,IDS,SSSCA1,UTP14A,CTSD,GRIPAP1,TMEM150B,SEC13,WARS,TMEM150A,NCOA5,STARD3NL,MMD,ACAD9,NCOA4,ANO8,MRPS2,COMMD1,MRPS7,COMMD4,PDRG1,MRPS9,CTU1,KIF2A,G2E3,CD47,CRELD1,GLCCI1,SFI1,STK40,STX12,STX16,HEATR1,STX18,NEDD8,CCDC107,CCDC106,EXOSC7,ARVCF,PGRMC1,SAMM50,FAM172A,SERTAD2,PES1,EXOSC9,HSF2,HSF1,HEATR6,EXOSC2,PAK2,EXOSC1,CCT4,NPM1,YIPF3,YIPF4,YIPF5,TMUB1,CRIPT,PLEKHA5,RSRC2,NLE1,PPP1CA,TMUB2,FKBP1A,MAD2L2,ZDHHC9,DPY19L3,GPAM,NEDD4,ESYT2,TARDBP,DPAGT1,SCARB1,MIDN,ACAA2,CD81,OGDHL,CAPN7,KHSRP,PPFIA1,SNIP1,EP300,ARID2,BAHCC1,PPFIA3,SLC30A9,ADPRHL2,DIMT1,SLC30A5,RUNDC3A,TMX4,HNRNPUL1,TMX2,HNRNPUL2,DKC1,UBE2V2,SBDS,GEMIN7,RTN2,VCP,PSMD11,RBM8A,PSMD14,YTHDC1,KLHL17,TOR1AIP2,NDRG2,PDS5A,RPF2,RASGRP2,NDRG1,FUT8,CAMTA2,H1FX,CYC1,NDUFV1,BCL9L,PRNP,FDPS,KLHL25,KLHL26,CCDC136,VTA1,HMGA1,CCZ1,KLHL22,KLHL23,KLHL24,SUPT5H,ANKHD1,KLHL20,PAN2,QDPR,CLK1,GCLC,APPBP2,PQLC1,STT3A,PHF13,CYCS,PICALM,YWHAE,RBM28,GSK3A,RBM25,DDX3X,DDX46,DDX47,PRKCSH,CHD8,MAST1,CHD6,ILK,TRIAP1,CHD2,MEA1,YWHAQ,BCL7A,UBE2Q2,BCL7C,GATAD1,UQCRFS1,LRRFIP2,YWHAG,RBM33,ARHGEF11,UTP15,RBM17,HSDL1,GLRX3,NCBP1,EED,NCBP2,DYNLT3,RBM18,BUD31,ARHGEF18,GPCPD1,YWHAZ,NDUFS8,RCN2,CREB1,IRF3,GORASP1,NUP50,NDUFS3,NAA35,ATG4B,NAA38,EAPP,IRF9,RBM22,DCTN6,DCTN5,DDX24,NAA20,DCTN1,DCTN4,DDX20,PARN,RBM4B,DDX21,ATP2C1,CLCN2,PARL,HMGCL,TAF1D,DNPEP,MAT2A,RAB40C,TAF1B,TAF1C,NAA25,MBTPS1,TAF13,GALNT2,TAF11,PDAP1,LRWD1,SOD2,MAPK14,CLCN7,CLCN6,PNKD,GOLPH3,GLB1,BRMS1L,TAF6,FAM98B,VIM,RBM45,CLUAP1,MBTPS2,LNX2,RB1,CYFIP1,RPL5,CLPB,RPL31,THYN1,RPL8,DCAF5,FNBP1L,BACH1,DCAF4,BACH2,GLE1,NUB1,RNF115,RNF114,MYC,STMN1,ZXDC,RPL36,PIP4K2A,RPL35,RPL38,PIP4K2C,MPV17,IER5,RPL39,NFRKB,IER2,TSPYL2,UNC13B,ACOT9,MED1,MECR,ACOT7,WSB2,PIH1D1,RPL23,MED8,CD3EAP,SOX12,AARSD1,MED4,MED6,NISCH,DYNC1LI1,RNF126,BIN3,SARNP,CLPP,RPL24,YME1L1,RPL27,PRR12,RPL29,UBA52,PRR14,RNF121,CDC42SE1,RPN1,ATXN7L3B,VPS26A,HIF1A,PRDX2,PRDX5,PRDX1,SSR1,SERF2,SLC19A1,S100A10,RPL41,JUND,H3F3B,H3F3A,MTHFR,PRRC2C,MAD2L1BP,UPF3B,BRAF,PA2G4,PRDX6,TMEM199,FIBP,PPP5C,RNF103,NPLOC4,CDC42SE2,OGFR,SPEF1,ELL,TCF25,CLTC,CLTB,PFAS,CLINT1,ING1,TMEM186,TMEM189,TMSB4X,ENSA,GPR137,RIOK1,BRD3,ZC3H10,NUDC,SSR4,HSBP1,IFNGR2,SSR2,SSR3,AEN,RNF168,LSG1,INF2,RNF166,SF3B5,RPL12,GPS1,RPL11,BCLAF1,SRP72,RNF138,LMAN2,RPL14,RPS3,RPL13,SC5D,BRD9,RPS2,RPL15,BRD8,RPL18,DTD1,RNF130,RPL17,RPL19,SF3A3,BRF2,AGK,TRMT1,TTC9C,SRP68,FIG4,RNF146,TM9SF2,RNF145,TM9SF1,TMEM158,ABI1,TRMT6,RLIM,RNF141,TOR2A,UHRF1BP1L,TUSC2,FMR1,CTNND1,RNF19B,ABHD11,TUBB3,RNF19A,SMARCAD1,MAF1,TMSB10,BIVM,RPS9,ANKRD49,ANKRD46,RPS7,RPS8,RPS5,IGFBP3,F2R,RPS6,RPSA,GTF2F1,GTF2F2,RNF41,TRAIP,BSCL2,CTDNEP1,ZFP41,XIST,TTPAL,MAD1L1,GLYR1,CUL9,ENY2,SEMA7A,CD151,ABHD2,GLO1,CUL2,ABHD8,CUL1,KLC1,GTF2E2,KLC4,HMBOX1,BAG5,BTBD1,NACC1,PSAP,ESD,SAFB2,ANKRD10,SLC15A4,SKIL,WDTC1,ESRRA,ANKRD34A,TOR1A,DHCR24,MARCH8,MARCH6,TOR1B,LSM4,MARCH5,ZZEF1,LSM2,CHERP,CNOT4,CNOT6,LSM7,LSM6,GON4L,CDK5,CNOT2,NF1,RNF181,TADA1,CNOT8,SERINC3,RNF185,EIF4G2,EIF4G1,LMBR1L,RNF10,RNF11,RNPEPL1,PTPN23,DUSP12,PPP6C,PTBP1,RPL7A,METTL14,SART3,OPA1,SIN3A,HIF1AN,SLC37A4,SLC37A3,CHUK,GPX4,ELAC2,LIX1L,REXO2,YDJC,COASY,PATL1,NIPSNAP1,PTP4A2,TRAF7,ASPH,TRAF4,RPL37A,SNRPA1,RP9,SOS1,EIF4E2,SSX2IP,RNF31,SMARCD1,GTF2A1,SMARCD2,GTF2A2,NLGN1,RNF34,WBP1,WBP2,WBP4,DPCD,LAGE3,AP3M2,AP3M1,HIRIP3,SNRPB2,DCAF11,SEMA4D,RNF25,SEMA4B,RNF26,TXNRD1,DDHD2,DDHD1,OXR1,PNRC1,PNRC2,CUL4A,RAD52,KLF6,IMPDH2,MGAT4B,RUNDC1,RHEBL1,PFKM,PFKP,CMAS,PWP2,PWP1,GOLGA2,RUSC2,RUSC1,GOLGA1,UBAP2L,KIFAP3,AGFG1,AQR,TIPIN,BROX,SLC11A2,RECQL,ACSL3,JMJD8,JMJD6,INPP4A,CARHSP1,RRAGA,RRAGB,GRWD1,AKAP9,CRYZL1,GUF1,VDAC3,EZR,AURKAIP1,CBLL1,BEX4,CUTA,TMEM161B,NECAB3,TMEM161A,IGSF3,TWF2,CD99L2,TEX261,TMTC4,DGUOK,NLN,PTDSS2,PRRC1,SPAST,VPS8,INPP5E,INPP5K,SCAP,MAP4,SNHG1,ZRSR2,TRAP1,PTPRN2,TMEM50B,ACADSB,ZWINT,SRPK1,CCT6A,STAG2,GOLGB1,CORO7,ALDH18A1,ANP32B,CC2D1A,ITM2B,ITM2C,CDS2,HBS1L,FAF1,FAF2,GDI2,RPTOR,SERP2,ZMYM2,AUH,ZMYM3,GLIPR2,GUK1,DLAT,ATP6V0B,PRMT7,PRMT1,TSC22D3,RHOF,NME1,RHOB,RAB33B,PRPF18,NME7,FRG1,STRAP,SGK1,ALDOA,PRIM2,TOMM40,SLC20A1,PRIM1,AKAP8,AKAP1,TRAK2,ANKMY2,CUX1,MAP4K5,LCMT1,MPZL1,RANBP2,RANBP1,FAH,RANBP6,RSL1D1,PRPF39,MARS,R3HCC1,TOMM7,CTNNB1,RAB3GAP2,FAU,TOMM5,RAB3GAP1,HDLBP,ARID4B,TOMM22,EFTUD2,FBL,TMEM147,POGZ,CHCHD1,TMEM14C,PDIA3,APLP2,TSC2,TSC1,PDIA6,OXA1L,DPM3,RPL7L1,ELMO2,FIZ1,RELL2,ISCU,NTM,LTBP4,STK4,ADIPOR1,CSF2RA,ARHGAP12,DPP3,SDCBP,TMEM128,DNAJC21,EP400,DMAP1,ZC3H13,ZC3H14,MARK3,PDZD8,PDZD7,ZC3H15,DNAJC19,ACBD6,ACBD5,SMAD4,ACBD4,SMURF2,DNAJC11,TBCD,ASPSCR1,ARHGAP29,IFT122,BFAR,DNAJC16,SMAD5,DNAJC17,ARHGAP23,NFKBIA,ARHGAP33,DLG1,DLG4,ATG16L1,DNAJC10,TBCE,ACBD3,ACADVL,NVL,USP32,USP33,SLC2A3,USP39,SENP6,TMEM101,SENP5,ALDH2,ZC3H7B,PDE4B,TMEM108,FLOT2,PDE4A,SCYL1,USP46,TSFM,JAGN1,USP48,USP42,RNF208,TRNAU1AP,ARID1A,CKAP5,KLF16,FAM189B,DDX19A,LUC7L3,ITGB1BP1,B4GALT7,B4GALT5,CHMP5,TSEN34,USP14,USP15,RGS19,TM2D2,POLDIP3,RGS16,GMPR2,POMP,MTIF2,MTIF3,SPG7,TOB1,USP19,U2AF1L4,RMND5B,NT5DC3,CDIPT,ABCF2,ABCF3,CLASP2,REPS1,PTCD2,WTAP,B3GAT3,BAD,USP21,SGTA,GDAP1,GDAP2,NAP1L5,XPNPEP1,BAX,SSBP1,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"790"	"ALX3"	"696.3"	"ARCHS4 Coexpression,569;Enrichr Queries,1381;GTEx Coexpression,139"	"AHCYL1,VARS,EHMT2,ZDHHC5,STMN3,HNRNPU,GPR173,TRIM28,MPRIP,RAVER1,PSMD3,LONP1,AKT1,ATXN7L3,CHGB,PDHX,UNC13A,SLC6A17,SOX11,MOGS,SCRIB,CPT1C,SCAMP1,ANK1,HCFC1,WDR81,GPR161,RUFY3,PRR12,STX1A,ASTN1,SF1,BEX4,CUTA,UNC119B,BEX2,POM121,BEX1,NRN1,MEAF6,PDXDC1,TMEM63C,FOXG1,NPRL3,FBF1,AGAP3,HTATSF1,TTBK1,APH1A,FAM171A2,CHST10,PCBP2,VPS11,MLEC,PIP5K1A,SYMPK,PLCG1,RALGDS,B4GALNT4,ZSCAN18,ATP6V0A1,JAG2,BBS1,JUN,PTPRN2,BCL11B,INTS1,ZFR2,RCC2,NR2F1,PBX2,PRRC2B,PBX1,PRRC2A,HNRNPL,CALY,FXYD6,HYOU1,DZIP3,GPR19,ARF3,GABRB3,CDKN1C,DAZAP1,CSRNP3,GDI1,PTPRN,PRPF19,NAT14,SMG5,TRIOBP,JPH4,SLC22A17,SDF4,KIF1A,GPRASP1,CIC,GPRASP2,UPF1,PABPC4,AMPD2,MANEAL,AP3B2,MED29,SREBF2,RAP2C,DDB1,TMEM179,PXDN,ARHGEF4,MAPRE3,ARHGEF2,DSCAML1,VAMP2,PRIM2,NFIX,ICA1L,DLST,PTN,NOL4,SLC7A1,CAMKK1,CENPB,HIRA,TCEAL6,TCEAL5,CUX2,PES1,MFN2,HARS,TBL1X,ANKRD52,MGAT2,YKT6,PURG,NPDC1,RIC3,WDR17,BRF1,YTHDF3,PLEKHA6,XPO7,MIAT,SCAF1,ATAT1,SKI,XAB2,TMEM158,MORN4,NFIA,MYBBP1A,PRKRA,SGSM2,TTC3,TAOK2,CACHD1,RIMBP2,NUCB1,FAM171B,HDGF,PKN1,CDK5R2,CRLF1,ATP8A2,NUP188,CTNND2,CLSTN1,MRFAP1,HDLBP,MSI1,CELSR3,EDC4,RIMS4,ATCAY,SALL2,ARHGDIA,PALM,SLC39A7,LZTS2,SBF1,PPFIA3,SH3GLB2,DSCAM,USP5,IGFBP3,IGFBP2,LMTK3,TBR1,ATP1B2,POU3F1,TMEM130,RUNDC3A,POU3F2,ATAD3A,POU3F3,RNF40,BSCL2,ATXN2L,CTDNEP1,CACNB3,ILF3,ADAM15,ZFP41,HNRNPUL1,MORF4L2,RAB35,SCG5,SCG3,FKBP4,SNRNP200,CSNK1G2,ANAPC2,GRIA2,GNAZ,BRSK1,LRRC59,ARL3,MAZ,FOXO6,CACNA1A,DTX3,SEZ6L2,PRPF8,SUPT6H,PLD3,PHF21B,DPP6,PCSK1N,NDOR1,IRAK1,DVL1,NACC1,ABL1,TBC1D14,OTX1,LONRF2,LRRC4B,WDTC1,SYT5,CPSF7,CPSF1,ATP8B2,RHBDD2,TNK2,SEC16A,STYX,NSG1,EEF2,CHERP,GNAO1,ARHGAP33,AHI1,EFNA2,SH3BP5L,HOOK2,LHX2,PTPRA,HOOK1,GNB2,REEP2,GNAS,CPE,PLEKHM2,UBA1,GPR107,EIF4G1,ZNF512B,B4GALT2,KDM5C,PODXL2,PRKCSH,CELF3,CHD6,CHD5,YBX1,FBLL1,LMNB2,PPP1R9B,TRO,SEC61A1,LASP1,ZC3H7B,PPP6R1,PHACTR3,UBTF,TNPO2,EMX1,ABCC8,PDPK1,DCAKD,CAD,HUNK,ARFGAP1,TRAF7,PTP4A3,SNPH,CDH11,TERF2IP,SLC25A14,GTF3C1,NLGN2,POLDIP2,USP11,RAB1B,CRMP1,JAKMIP3,STRN4,USP19,DCAF15,FAM168B,GANAB,MTA1,U2AF2,BAHD1,NNAT,SLIT1,EIF4H,E2F4,MTA2,UBQLN4,FBRS,REPS1,TUB,CIZ1,B3GAT3,GALNT2,PRAF2,FBXL19,PCDH8,SSRP1,MEIS3,GDAP1,MEIS2,MAPK10,SLC4A8,FAM155A,MAPK11,PINK1,NEURL4,PPP2R2C,NOVA2,CARM1,FAM131A,ACIN1,ATP13A2,INSM1,P4HB,UNC79,SSBP4"
+"gene_set_query"	"791"	"ZKSCAN5"	"696.7"	"ARCHS4 Coexpression,1313;Enrichr Queries,239;GTEx Coexpression,538"	"TDRKH,PANK2,SLC4A1AP,TRIO,ZMYND8,FCF1,THUMPD3,HNRNPU,PHAX,EPRS,PDCD2L,ACTB,GLE1,CAPNS1,ZMIZ1,DHX57,MYC,FAM53C,RPL35,ARL6IP4,ATXN7L2,PRKACA,GLUL,IER5,SOX4,TBC1D10B,TMPO,MED1,TIPIN,GABARAPL1,WSB1,ARRDC3,IFRD1,MTUS1,CD3EAP,ANK3,CPT1C,TIAM2,DDIT3,ZSCAN21,DDIT4,TBPL1,HECA,PFN1,MACF1,DHX8,DCUN1D1,MTMR9,NEDD4L,PIK3R1,HIF1A,TTBK2,GJC1,ZNHIT3,ATP6V0A2,AMZ2,PATZ1,ATRIP,BRAP,HEXIM1,EDEM3,ZRANB1,JUN,CDK19,FZD3,PLK2,SLC35E3,MAD2L1BP,IRF2BP2,MEMO1,NR1D1,SMARCA2,SNUPN,PBX1,PTK2,ZBTB6,ID2,HBP1,CDK13,SUGP1,ITM2C,MRPS17,ARF4,AHCTF1,PIGU,BTG1,CDKN1B,PHF20,FAM57B,CITED2,MRPS12,ASH2L,MRPL36,ADO,MED17,ENC1,DHX15,SDF4,KIF1B,JARID2,ZIK1,UPF2,NCOA1,ZC3H10,DFFA,TSC22D1,TSC22D3,MINK1,SLC39A10,AEN,MRPS7,TERF2,TOPORS,DUSP6,SREBF2,PDRG1,MLF2,RHOB,ENAH,NCOR2,NCOR1,PXDN,SGK1,PAFAH1B1,GAS7,SLC20A1,NOL9,HSPA14,WDR24,NOL6,ARNTL,AMN1,NFIL3,CUX1,UBTD2,METTL6,RAE1,MEF2D,MAP4K4,NFYA,ELP3,VEGFA,KBTBD4,MPHOSPH9,RABIF,NFIA,NFIB,TRMT6,SNX15,AGGF1,NUCB1,TRIP12,PKN1,YPEL5,RPP30,LZIC,CWC27,EDC3,ZFP30,KHSRP,PHYHD1,PIM3,FADS1,SLC39A3,GTF2I,PIAS4,SLC38A1,USP4,VPS33A,ATG9A,MAGI2,PRPF4B,PIAS2,FOXP1,MSH6,DMTF1,PSPC1,TBL1XR1,PGP,SRSF3,KPNB1,PFKFB3,RAB5C,DIABLO,INSIG1,CUL2,CUL1,ITPR1,TOR1AIP2,KLHL12,UBFD1,GTF2E1,SOCS2,SBNO1,ORC4,PITRM1,MED30,ORC3,ZKSCAN2,ZC3H18,SLC38A2,SAC3D1,ZKSCAN1,PDZD7,MCL1,ANKRD28,HSPA8,PRNP,UBE2H,CBX5,HSPA5,CPSF3,ECD,DNAJC14,KLHL24,COQ6,ZC3HC1,CNOT4,COPS3,EFNA2,APPBP2,HOOK2,HOOK1,MKRN2,MDM2,LSM14B,FGF13,LRP10,BCL2L1,RERE,PHTF2,KDM5B,RBM28,ACADVL,MCM7,RNPEPL1,USP32,PRKCSH,CHD6,PSIP1,CHD2,PHTF1,POLB,SPRED2,DUSP12,SIN3A,OPA3,PSD3,TLK2,UBTF,PMEPA1,CEP170,TNPO3,KDM6B,SUN2,HSP90AA1,TBP,GGPS1,DST,PDPK1,ZFP91,ARNT,TFIP11,GLRX2,ACTR8,SENP2,CKAP5,YWHAZ,DDOST,PTP4A1,DDX19A,PTP4A3,ELF2,CREB1,CTDSP2,POLR1B,CRY2,DNAJC9,PPP1R15A,RNFT2,KDM3A,RNF34,RAB1B,RNF8,ZBTB43,MFF,PPM1D,RNF4,FBXL20,HIRIP3,DNPEP,FIP1L1,DNAJB6,RPS6KC1,RBBP5,PPP2R3C,KATNA1,POLR2D,MKNK2,FEM1C,RPP14,ATP9B,SLC25A25,RNF20,SPAG9,ATF7IP,TXNRD1,ATP2B4,PDE4DIP,DDHD1,CABLES2,ASXL1,KLF7,IRGQ,KLF6,SYT11,ERCC2,MGAT4B,DRG1,POLR3F,TRIM32"
+"gene_set_query"	"792"	"HINFP"	"696.7"	"ARCHS4 Coexpression,1576;ReMap ChIP-seq,71;GTEx Coexpression,443"	"MAPKBP1,RPL5,SLC4A1AP,RPL32,GPATCH1,ADARB1,ENO2,RPL8,DCAF4,TSEN54,GCSH,RNF112,SAMD14,KRTCAP2,ZFYVE27,AP1S1,DIP2A,PIP4K2C,WSB1,RBFOX3,RPL23,SOX12,GTPBP2,CLPX,HCFC1,NISCH,BCR,EID2,ARMC6,ZFYVE19,DDIT4,UNC50,ORAI2,RBCK1,UQCRC2,PRR14,PRR13,CDC42SE1,EXD2,SET,NPRL2,MRPL16,COPS7B,NOLC1,MTMR6,NCSTN,LDHA,CYB5R4,RIC8B,PRKAR2A,GRPEL2,VPS11,ST3GAL5,AMZ2,PLCG1,RDH13,HMGXB3,ST3GAL2,VTI1B,ACD,PRRT2,JUP,H3F3B,PBX2,MAD2L1BP,L1CAM,GPN1,POU6F1,CS,SLC6A6,GNPTG,HNRNPM,EIF5,LAS1L,PKIA,GIPC1,HNRNPF,TOLLIP,NMT1,HNRNPD,SERPINI1,FARSA,ARF4,KCNC1,RPLP0,PRKAG1,ASH2L,ECSIT,MED15,BBC3,DDA1,OSBPL10,MRPL33,PIGX,SHF,ING4,C1QTNF4,MED11,MRPL42,MMP24,ATIC,MED13,TMEM43,TMSB4X,RFK,TRIM3,ANXA6,TK2,CIC,PCMTD1,APC2,DFFB,UPF1,BRD2,LRRC45,MRPL48,WDR34,MRPL46,WDR33,KIFC2,PTRH2,CDC42EP2,TKT,DSCAML1,TRUB2,SF3B5,CDC123,ELOF1,STAU1,GSTP1,NIP7,WRB,ADAM22,TMEM160,UNK,CHN2,AP2S1,LEO1,ANO10,RICTOR,STX2,RPS27A,BRD7,SF3B1,CENPT,SF3A1,YTHDF2,SF3A2,BRF1,MDH1,STAT2,DAB2IP,ELP2,DEF8,TARBP2,SKI,PSMC3,CCDC9,ABI1,TAOK2,SRRD,ZYX,NUCB1,PKN1,AGRN,YPEL4,CRAT,GZF1,MTCH1,FAM49B,UBE2D1,SLC8A2,EDC4,STK11,LAMP1,SESN1,STK16,NUDT19,SLC39A6,CEP250,ZNF326,SLC39A7,ANKRD13A,MEN1,HMGN1,USP8,TLE2,MAP2K2,USP5,CISH,RPS7,USP3,VPS33A,GPT2,THOC1,CNPY2,CNPY3,LEMD2,FBXW2,RNF40,PIAS1,FOXP1,DISP2,ACAP3,TXLNA,MADD,ERP29,SNRNP27,SRSF5,SNRPF,FKBP4,SQSTM1,PFKFB2,CUL9,ENY2,INO80E,CUL7,ABHD8,FBXO44,RAP1GAP,NEUROD2,ORC4,SBNO2,ATXN2,KLC2,ESD,BTBD2,SAFB2,ZKSCAN3,DVL3,E4F1,MAP2K7,EVI5,SKIL,MPDU1,AP1M1,TMEM120B,UVRAG,TRAPPC3,ANKRD27,TRAPPC4,HPS1,HPS4,MARCH9,DHCR24,TRAPPC9,FBXO31,LSM2,MFHAS1,SH3BP5L,REEP5,UBLCP1,CNOT3,DMXL2,SPIRE2,NOP10,NFE2L1,BCL2L1,MAP3K12,RNF187,ISY1,CALCOCO1,CELF1,AKAP8L,UFSP2,ETFB,NENF,ALAD,PPP6C,MRPL2,METTL14,AP1G2,SNRNP70,AP1G1,SIN3A,SUMO3,OPA3,SUMO2,TLK1,EIF2B1,EID2B,TRIM67,ILKAP,PDCD6IP,TFIP11,VPS37B,RAD23B,QTRT1,ATRN,PTP4A2,PPM1B,DNAJC7,SYF2,POLR1B,DNAJC8,GAPDH,SSX2IP,PPP1R15A,RNFT2,MTPN,CANT1,TSSC4,NDUFB7,GTF3C5,HDAC1,CEBPG,CXXC1,PPM1E,DNAJB2,FZR1,ZNRF2,GANAB,HIRIP3,RBBP4,FIP1L1,U2AF2,VPS53,KATNA1,PHKG2,TRIM46,CDC37L1,IGF2BP3,ASCC2,AAMP,ATP9B,DCAF13,BEND6,NDUFA6,TRIM41,FEM1A,MBOAT7,NDUFA3,SEMA4B,TPRKB,RPL23A,ATOX1,ASXL1,KLF6,VAPA,DOLPP1,MGAT4B,DRG2,P4HB,MDGA1,CBLN1,TCERG1,VEZT,IFITM2,SMARCB1,CPNE5,VARS,CCNI,ZMYND8,CBLB,THUMPD1,CYB5D1,RPS15,RPS17,RPS16,SNRPD2,OPHN1,FTH1,DPF1,TRIM24,SNRPD3,ATP6V1E1,SRRM3,SRRM4,COG8,SMARCC1,AQR,ATP6V1G2,NFKBIL1,COG2,MAPK8IP3,PISD,JMJD6,TIAM1,THAP7,AKAP9,ULK3,VDAC2,KCTD17,TRIM11,STX1A,GCDH,PAXIP1,BEX1,NECAB3,IGSF3,CTR9,TRANK1,CD99L2,FXR2,SEC14L1,PDCD10,PCBP1,CSTF1,ATP6V0A2,RCE1,RBM10,B4GALNT4,SS18L1,SLC35E3,MICAL3,STAM,PUM1,PTK2,RPS25,SNW1,STAG2,PTK7,RPS29,ADCK5,CALR,ANP32B,SUGP2,C2CD2L,FBXL6,AARS,DAZAP2,HIP1,GPAA1,MRPS11,CCDC124,AATK,GRIK2,WASL,PCSK7,ACTR1A,MAP1LC3B,NUDCD3,PCLO,AUH,CTSL,RSRC1,TMED4,MRPS28,PRMT6,PSD,TOP3B,GRIPAP1,ZYG11B,PRMT7,MRPS27,GP1BB,CCDC115,MMD,TSC22D3,ANO8,COMMD5,CTU1,SLTM,RPUSD1,FAM193B,KPTN,SGK1,MAPRE1,SFI1,MPND,MRPS35,PTGER1,DERL1,CCDC107,CAMKK2,RXRB,AMN1,ARVCF,PAK1,EXOSC4,CAMK2N1,TBL1X,UBE2G2,MIAT,RAB11B,PER1,KBTBD4,HIST3H2A,NEDD4,PRPF31,PNPLA6,DPAGT1,OTUD5,SCARB1,GALNT11,NDUFA13,ROGDI,ARID4A,LZIC,CELSR3,CHCHD4,TMEM145,CHCHD3,FAM174B,POGZ,CAPN2,FAM3A,BAHCC1,ATG9A,ADAM11,TTC7B,TSC2,TSC1,KCTD2,WRNIP1,MAU2,HNRNPUL1,CMPK1,ANKS6,ABCG4,SIDT2,COPA,DDX5,UBA5,KLHL17,CACNA1A,PSEN1,RTN4,RNASEH1,IRAK1,TMEM128,GRK6,ZC3H18,CDH24,CAMTA2,H1FX,CYC1,VARS2,ANKZF1,PDZD7,MPST,ACBD6,ACBD5,KLHDC4,UBE2I,CPSF2,KLHL22,SUPT5H,AP4B1,CLK4,DNAJC17,PAN2,ATG16L1,DLG5,STT3A,SKIV2L,BRWD1,GALK1,CUEDC2,USP38,NVL,MAST1,DPY30,CHD3,PKD1,PPP1R9B,SLC2A8,POLB,FLCN,SEPT9,LASP1,ALDH2,ZC3H7A,MCF2L,CASP3,SNAPC4,NUP62,FLOT1,TIMM17A,USP48,USP42,PLA2G4B,RBM18,BUD31,DDX56,H2AFX,PPP2R5B,H2AFV,NAV1,OXSR1,SAFB,NDUFS8,ALS2,TMEM214,PPDPF,GFOD2,NDUFS3,LUC7L3,ATG4B,NAA38,THOP1,SHANK1,TSEN34,AGPAT5,HCN3,KDM3A,MVK,POLDIP3,DCTN4,DDX23,ETFDH,NRXN2,RBM4B,RSPH9,MTIF2,MTIF3,AGPAT1,RNF5,RNF2,TFPT,GNG5,BMS1,NT5DC2,MKNK2,BNIP1,MAPK1,CLASP1,PDLIM7,KDM4C,PTCD2,USP20,USP21,QPCTL,PDAP1,LRWD1,TTC19,ACVR2A,SOD1,NEURL4,PNKD,ERCC3,CAPN10,ASB6,CDK2AP2,ACIN1,FAM98B,RGS11,PDE7A,SSBP4"
+"gene_set_query"	"793"	"HES5"	"697.3"	"ARCHS4 Coexpression,1060;Enrichr Queries,714;GTEx Coexpression,318"	"CNTFR,RPL32,STMN3,BACH2,RPL6,RPS15,GPR173,OPHN1,DPYSL4,RPS19,RPS18,DPYSL2,MYC,DPF1,DPYSL3,RPL38,KIF21B,RPS11,EPHB2,EPHB1,RPS10,NCKAP5,SOX4,RPS13,GABARAPL2,HES6,RPL21,ACSL6,MMD2,SOX11,SOX12,SFRP1,DDIT4,KCNQ2,TAGLN3,RPL26,CTXN1,ASTN1,BEX4,GPM6A,BEX2,ADCYAP1R1,TTYH1,FOXG1,SDC3,AGAP3,APCDD1,ABR,FAM171A2,RIC8B,ERI3,TSPAN7,CHST10,B4GALNT4,S100A10,ZSCAN18,JUN,FZD3,CADM2,BCL11A,H3F3A,NR2F1,DCLK2,GADD45G,GLUD1,RPS25,MEX3A,STAG2,H2AFY2,RPS29,ID2,PPP1R1B,COL9A3,PLCH2,RPS24,ITM2C,ARF3,CDKN1C,NCAN,GRIK3,SLC35F1,NAT14,DDA1,C1QTNF4,SERP2,SMPD3,MAP1LC3A,JPH3,CSRP2,NCS1,KIF1A,DLGAP3,FEZF2,APC2,PSD,ANO8,MED29,DUSP6,MLF2,RGMA,TOX3,TUBB2B,TUBB2A,MMP17,KIT,PXDN,CHST1,ARHGEF4,FJX1,DBN1,CSTB,PHLPP1,SNX32,NEDD8,CCDC106,PTN,CST3,ARVCF,RPS15A,NFIL3,CAMK2N1,RPL13,CTNNA2,CKB,ATP6V0E2,RPL17,RPRM,ARNT2,GABBR1,CENPV,WNT7B,LSAMP,VEGFA,ABI2,MORN4,NFIA,FABP7,TSR2,FAM171B,APBA1,HDDC2,MIDN,CTNND2,MSI1,COX6A1,FADS2,RIMS4,ATCAY,SALL2,CHCHD6,PALM,ADORA1,TXNL4A,PPFIA3,FADS1,LMO1,DSCAM,RPS8,IGFBP3,IGFBP2,LMTK3,ATP1B2,POU3F1,POU3F2,RUNDC3A,POU3F3,SHISA7,OLFM2,MYCN,SLC9A6,LIX1,EEF1A2,SCG3,LY6H,RTN4R,BRSK1,PFKFB3,ARL3,TMEM59L,GPR85,CACNA1A,SLC1A4,DTX3,NDRG2,DTX4,HSPBP1,RAP1GAP,PHF21B,ENHO,EFNB2,NEUROD2,EFNB1,EFNB3,DEAF1,BTBD2,CASKIN1,TCTEX1D2,NDN,LRRC4B,AUTS2,HSPA4,TNK2,TMEM132A,BTBD9,LSM2,GNAO1,DLG2,EFNA2,NR4A3,NSG2,CDK5,HOOK2,LHX2,DLG4,PTPRA,HOOK1,REEP2,CNTN1,CPE,MAP3K10,CSPG5,YWHAE,THRA,CELF3,CHD6,CELF5,FBLL1,RND2,RLBP1,DUSP12,PSD2,MDK,PHACTR3,TNPO2,CCDC34,RNF208,VPS37D,RPL13A,SEPT5,EPN2,SEPT3,PTP4A3,DALRD3,DDAH1,NRG3,SNPH,DDAH2,PPDPF,RPL37A,LANCL2,DCX,NAT8L,NLGN3,RNFT2,CXXC1,RPL36A,NRXN2,SRI,DLL1,FOXRED2,CACNG7,FZR1,FAM168A,DNPEP,PTPRZ1,NNAT,POLR2D,IGF2BP2,CACNG4,LGI1,NTRK2,PCDHGC3,PCDH8,MEIS2,FAM155A,SBK1,PPP2R2C,PPP2R2B,SYT11,TSPAN18,POLR3H,VIM,INSM1"
+"gene_set_query"	"794"	"ZNF112"	"699.5"	"ARCHS4 Coexpression,459;GTEx Coexpression,940"	"VEZT,SLC35B4,ZFYVE9,PHAX,FNBP1L,GPATCH8,EFR3A,HERC2,DPYSL5,DPYSL2,STMN1,KIF21A,SOX4,EPHA5,SRRM3,RBFOX2,CXADR,WSB1,RBFOX3,TSTD2,SLC6A15,ZFP2,REV1,SOX11,ARMC8,ANK3,GABRG2,FAM133B,TIAM2,TIAM1,EML5,EID1,IFT81,FEZ1,RUFY3,RUFY2,TAGLN3,PFN1,UBA52,PFN2,BEX4,PAXIP1,TSHZ3,MAGED1,FOXG1,PHYHIPL,OAZ1,PCBP1,SCN3A,B3GALNT1,FZD3,CADM1,GPR12,ST8SIA2,MICAL3,MICAL2,MLLT11,H2AFY2,PKIA,CCDC88C,FXYD6,DHX29,CORO7,RBAK,CALM2,DZIP3,ROBO2,WDR47,CSRNP3,KCNC1,SLC35F1,ROBO1,SHF,PCMTD2,EPM2AIP1,UCHL1,MMP24,TUBA1A,AUH,TRIM2,TRIM3,REV3L,ZIK1,RSPRY1,ZYG11B,SHPRH,ACTL6B,IFNGR2,LRRC49,LRRC40,ASH1L,BAZ1B,WDR35,SRP9,ENAH,TUBB2B,TUBB2A,TMEM106B,ARHGEF1,EXOC5,NAPB,ICA1L,WRB,ADAM22,PAPSS1,CHN2,ANKRD52,CTNNA2,HEATR6,MAP4K3,DYNC1I1,RUNX1T1,DYNC1H1,MYEF2,KIDINS220,MTX3,DAB2IP,PNMA2,BLCAP,GATAD2A,KLHL9,ATAT1,NFIA,ABI2,KLHL7,TTC3,GOPC,ANKRD13C,TSEN2,FBXO21,NUDT11,TMEM145,ZFP30,CDH2,TUBB3,SMARCAD1,NRCAM,RGS7,BIVM,TLE2,ANKRD46,UBE2E3,LMO3,KCTD6,MORF4L1,PREPL,MORF4L2,ANKS6,FAM92A,GRIA1,RTN3,RTN1,CTTNBP2,NPR2,BTF3L4,CACNA1A,CORO1A,RTN4,GRK6,NAE1,TIA1,CBX5,MARCH6,CLK4,COQ5,REEP1,BCL9,RALYL,NBEA,CNTN1,TCF4,SERINC1,TUBGCP4,FGF13,BRWD1,MAP3K12,KDM5B,USP33,ZFP82,PPP1R9A,PKD1,ELAVL2,TRO,SGCE,YWHAQ,SGCB,PPP6R1,CEP170,ERC1,TRIM67,SUN2,HSDL1,VBP1,NCBP2,PTBP2,PJA2,DNM2,PJA1,DNM3,RCN2,ALS2,LUC7L3,INA,TRABD,HDAC2,USP11,TULP4,RBM4B,CRMP1,HMGCR,JAKMIP3,ABLIM1,SRR,GNG3,MAPK8,KRIT1,DROSHA,SPOCK1,PTK2B,CSK,WASF1,FBRS,CLASP2,SEMA4A,URGCP,PCDHGC4,USP22,RPRD2,EFR3B,GDAP1,ACVR2A,NAP1L5,MAPK10,MARCKS,GLRB,APC,PPP2R2B,POLR3F,VPS45,CDR2L,ATXN10,SSBP2,TRIM32,MDGA1,TNRC6A,MBTPS2,CBLN1"
+"gene_set_query"	"795"	"TAL1"	"700.0"	"Literature ChIP-seq,19;ARCHS4 Coexpression,1259;ENCODE ChIP-seq,54;Enrichr Queries,1295;ReMap ChIP-seq,203;GTEx Coexpression,1370"	"ATF2,POP7,TFRC,ALKBH8,RAVER1,FGFR1OP2,ANKFY1,PWWP2A,FNBP4,PRKAB2,SAP30BP,TSTD2,PRKAB1,BCR,EWSR1,DDIT3,DDIT4,UNC50,ORAI2,TMEM126A,JTB,PLBD2,SF1,ATF4,SLBP,SET,SAR1A,SAR1B,NPRL3,MEPCE,CIAO1,PRPSAP1,RHOT1,RNF216,RNF215,PIP5K1A,RDH14,RDH13,PIP5K1C,ATRIP,HEXIM1,JAG2,JUN,FUCA1,EIF2AK1,LARP4,PBX1,QARS,SFXN1,PKIG,KCNC1,MTMR14,SHB,MED15,BBC3,MED17,SHF,PANX1,ATIC,JAK2,ENOPH1,PCMTD1,JAK1,DUSP1,SLC39A13,JOSD1,DUSP6,TOMM40L,MED29,DDB1,MED23,SLC7A5,MED25,SLC7A6,PLSCR3,MED21,MED20,PXDN,SDHAF1,PAFAH1B3,ERGIC1,TRUB1,NIP7,ATL2,ODC1,NOC4L,SDAD1,FAM117B,NRAS,MFN1,STX6,MFN2,BID,MBD6,SNX21,RABIF,SNX19,ABCB10,MYBBP1A,TAOK3,CCDC9,SNX17,APEX1,SHKBP1,SNX14,ETNK1,CIAPIN1,YPEL4,MTCH1,MTCH2,PDCD6,FBXO28,CASC3,FBXO22,FADS2,LAPTM4A,UROD,NUDT19,FADS1,BNIP3L,CISH,DGAT1,ATP11B,ATP11A,CNPY3,ZCRB1,FBXW2,LENEP,FAM118B,TPST2,MSH6,MINPP1,ACLY,MSH2,SRSF2,SRSF3,SRSF4,SRSF5,SRSF6,ARL8A,ARL8B,SRSF9,FTO,SMYD5,CORO1B,CORO1C,FBXO42,EIF1AD,SNN,G3BP1,G3BP2,NAE1,ZKSCAN1,NADK,TXNDC5,NEK9,FUS,TMEM120A,HPS1,HPS4,ARPC5,FBXO31,UCKL1,DRAP1,YRDC,IBTK,SON,ARPC2,ARPC3,UQCRQ,NACA,LRCH4,NIT1,NOP10,ITGB1,MCFD2,NUMA1,AKAP8L,PTEN,ETFB,RLBP1,ALAD,PPP6R1,ACP2,BCAS2,UNC45A,ACTR3,EIF5B,ACTR8,RABGGTA,ARFGAP1,MSL1,C1D,TOP1,TNFRSF21,BCAT2,BECN1,UHRF2,ROCK2,SRF,SRSF1,LENG8,U2AF1,SRL,FOXRED1,CDC42,ZNRF1,ZNRF2,KCTD20,U2AF2,FYN,E2F4,HNRNPA1,TRIM44,UBQLN2,HNRNPA0,GADD45GIP1,NOP56,CIZ1,NOP58,MARCKSL1,TRIM41,FEM1A,CNBP,TXNL1,TSPAN14,NECAP2,MCM3AP,CDKN2AIPNL,EIF3J,TRIM35,EIF3H,PDCD2,EIF3B,CPNE5,PPAN,ACTB,NUDT3,RCBTB2,NUDT4,HERC2,TRIM28,HERC1,BSG,CDC27,CCDC97,EIF2D,TRIM27,EIF2A,SMARCC1,ATP6V1G2,SMARCC2,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,BCS1L,PPA2,CSNK2B,FAM76A,CCDC82,EIF1B,CCDC84,SLC45A4,AARS2,GGNBP2,TBC1D9B,FBF1,CDKN2AIP,TTBK2,PGS1,APOO,SEC14L1,KCNN1,B4GALNT1,ATP6V1C1,XBP1,SMARCA5,HARS2,AIMP2,EXT2,CWF19L1,NOL10,CALR,SUGP2,MON1B,SUGP1,HERPUD2,DHRS13,NRP1,MRPS15,MRPS16,MRPS12,ICA1,MRPS10,COX7C,PTMS,HERPUD1,AKAP12,PPP3CA,NUDCD3,MAP1LC3B,UIMC1,SDF4,GIT1,CAP1,PCYT1B,PBRM1,MRPS27,MRPS24,MRPS25,MRPS23,MRPS21,GAB2,SREBF2,RNF144A,TOX4,RAP2B,SLTM,KIT,TAX1BP1,ARHGEF1,TAX1BP3,ARHGEF2,EEF1E1,PTMA,PCNA,CAB39,MRPS35,GBA,COX5A,GNAI2,PCNP,SH3BGRL,OS9,ORMDL3,MGAT3,MGAT1,MGAT2,PEX16,MAP3K3,DYNC1H1,VEGFB,TTC1,PEX14,YIF1B,VEGFA,KLHL9,NUDT9,PDCL3,SEC23IP,TTC5,HNRNPA2B1,TCEA2,AGGF1,TCEA1,HDGF,ACTR10,OTUD4,SRP19,CRTC2,NARF,NUP188,ZFAND3,ZFAND5,UBE3B,SRP14,UBE2Z,ACTG1,EEF1B2,TBC1D30,DENND5A,PCID2,MORC3,FBXW11,DNAJB12,ADAM10,UBE4B,DHDDS,COX6B1,ADAM19,EEF1A1,EHBP1L1,WDFY1,PPIF,PPIH,RAF1,PPIA,PPID,DDX6,DDX5,TBC1D19,TSG101,PKDCC,COX16,NDUFB10,UBA5,DDX1,COX17,CACNA1A,PLD3,CNN3,RNASEH1,TBC1D13,TBC1D14,UBE2F,UBE2H,PCIF1,CNOT10,UBE2A,MANBAL,HIGD2A,IFT20,AHI1,UBE2W,HOOK2,HOOK1,UBE2S,GNAQ,UBA3,UBE2N,UBA2,DEGS1,UBE2M,RERE,PHTF2,DYRK3,ADAR,LDB2,TNFAIP1,TAZ,PITPNC1,LMNB2,TMEM222,LASP1,TMEM223,MAN1A2,TBP,TTC33,PDPK1,DCAKD,CAD,NAV1,EPN1,TMEM214,RER1,ACOX1,CAT,IFT46,SHANK3,AGPAT5,RALA,RRN3,RNF8,SLC3A2,RNF7,RNF4,NT5C2,AGPAT1,ADD1,AGPAT4,ADD2,TMEM203,MKNK2,BNIP1,PTK2B,TMEM208,DROSHA,RALY,MTA2,MTA3,CYTH1,TIMM8B,RRM2,SSRP1,CDK11B,TTC19,USF1,GALE,UFM1,ERCC3,TEF,POLE3,IPO13,VPS29,RRP1,ARPC5L,GPATCH4,SMC6,SMC3,EPRS,PHB2,CNST,ZMIZ1,LUC7L,HOMER3,NUP214,DDX18,PRKCE,ARMC9,WDR75,GTPBP2,HCFC2,GTPBP1,ADPRH,VPS25,VPS28,ANAPC13,ANAPC16,WDR61,GNS,MTDH,ANAPC11,LDHA,WDR70,BLOC1S1,NUP85,BLOC1S2,CEP70,VPS11,RRS1,ST3GAL1,ST3GAL2,HMOX2,BTF3,NDFIP2,PRELID1,WDR59,SNAPIN,NDFIP1,IRF2BP1,IRF2BP2,POU6F1,EHD1,HNRNPL,HNRNPM,MEX3B,MEX3A,HNRNPF,FARSA,CDKN1C,SETD5,SMG1,BTG1,ASH2L,WDR45,SMG5,WDR43,SMG6,MTG1,TK2,JARID2,CIC,RRP15,UBL7,CEP68,RPS6KL1,EXOC7,NUTF2,WDR34,COPZ1,NCOR2,ZEB2,NSA2,SIKE1,NCOR1,MTF2,TCP1,GARS,TKT,GAS7,GRAMD1A,GRN,NFIX,TIMM9,USO1,WDR24,PAPSS1,ARFRP1,SCAF8,PPP1R7,UBN1,PAIP2,YTHDF2,KIDINS220,NR1H2,GATC,ELP2,DHRS1,HIPK1,WDR12,WDR13,SCAF1,NFIA,OSTM1,NFIB,NUCB1,ANKRD13C,FAM49B,ANKRD13D,GTF2B,CEP120,SYAP1,AUP1,RPL10A,CLU,IPO7,IPO4,TM7SF2,EDC4,PPP1CB,NRBP2,LAMP1,SLC39A9,PAPOLG,PHYHD1,CFL1,ZNF326,TXNL4A,SNRNP35,ANKRD13A,IFNAR2,TLE4,RARS2,USP8,CSNK1G3,TLE2,MAP2K2,TPM4,USP5,USP4,TPM1,DYRK1A,THOC1,TRAFD1,LEMD3,PGD,THOC5,ILF2,NRBP1,PYGO2,RAB35,FKBP8,PGP,SNRPG,SNRPE,SNRPF,FKBP3,FKBP5,IFNAR1,FKBP2,FAM114A2,INSIG1,UBR4,UBR3,UBR1,HSPBP1,ORC5,ORC6,UBR7,TPR,MAP2K7,MCL1,OSBPL8,TRAPPC3,EIF2B4,AKIRIN1,OSBPL7,EIF2B3,CCDC12,OSBPL5,TRAPPC9,FANCE,SLC7A6OS,LHX2,COPS2,CPD,TPP2,CCDC22,RAB5A,CNIH4,BCL2L1,WDR1,ZC3H3,WDR3,CEP164,UFSP2,PIK3C2B,LBH,NOB1,UBTF,WDR5,WDR7,CCDC50,ADSL,CDADC1,CCDC34,SGIP1,SECISBP2L,TRPC2,LANCL1,RPL13A,PLRG1,WIPI2,DNAJC2,TFDP1,DAD1,DNAJC6,CTDSP2,DNAJC5,POLR1C,POLR1D,DNAJC9,CRK,ALDH9A1,MTPN,LEPROT,HDAC3,HDAC1,HDAC7,DNAJB1,MSTO1,POLR2B,POLR2C,RAB23,POLR2D,VPS52,POLR2E,DNAJB9,ASCC2,POLR2L,MLXIP,SLC35A2,SMOX,CCDC59,TPRKB,FBXL14,MTOR,BCKDK,TNRC6C,POLR3C,GLOD4,MFAP3,DOLPP1,DNAJA3,DNAJA2,POLR3E,RAB18,DRG2,SNRNP48,POLR3K,TPT1,SLC35B2,PANK2,SLC35B4,VARS,ZMYND8,PITPNB,PITPNA,GBA2,PDCD2L,NFU1,RPS15,RPS14,PNN,RPS17,FRAT2,RPS16,RPS19,FLAD1,RPS18,PPP2R1A,FTH1,MAGOH,LONP1,DENR,RPS11,RPS10,SEPHS2,TBC1D10A,RPS12,SRRM2,COG8,METTL3,ARRDC3,POR,KARS,SIK3,HECA,DCUN1D5,CSTF2,DCUN1D4,LIAS,RPAP3,FXR1,UGCG,SCFD1,FXR2,PDCD11,ATP6V0A2,TNRC18,STXBP5,ATP6V0A1,VASP,ZRANB2,SETDB1,SYNRG,SLC35E3,PYCR2,RPS26,RPS25,RPS27,ZZZ3,RPS29,FUBP1,RPS20,RNPS1,TECPR2,RPS21,C2CD2L,UBXN1,GFM2,CITED2,SLC35F5,SIPA1L3,LIMD2,COIL,XPO1,C1QBP,XPO5,TMED1,UBXN4,RAB8A,TOP3B,TMED9,PARP1,GP1BB,STRADB,PPHLN1,ITFG2,MTSS1,MLF2,UGDH,SCNM1,NFX1,HNRNPH1,AIDA,HNRNPH3,SDCCAG8,DTYMK,GDPD5,TYMP,NT5C,PPP2CA,AMN1,CHRAC1,UBTD2,NT5M,APBB3,METTL9,MTX1,SLC31A1,PTGES3,GBF1,GINS4,XPO7,RAB11A,RAB11B,KBTBD4,SPCS2,XPOT,PRKRA,CAPZA1,CAPZA2,KBTBD7,MPHOSPH8,MPHOSPH6,NDUFA11,SPPL2B,PAIP2B,COL4A3BP,TATDN1,TATDN2,ARHGDIA,FPGS,HCFC1R1,NOM1,TRAPPC2L,NOSIP,ATP1B2,RSBN1,MYCN,MATR3,XPR1,IDI1,COPB2,ZCCHC7,PXK,COPA,RPS19BP1,PXN,NOP2,CLEC16A,LPL,CABP1,EFNA4,EMG1,SCUBE1,UBB,ZMAT5,RPRD1B,KLHDC3,DARS,CPSF7,KLHDC4,CBX5,PNPT1,CPSF1,RHBDD3,CBX3,CBX1,IDH2,COQ9,COQ7,COQ5,EFNA2,CAPRIN1,CHMP2A,BLMH,BRWD1,ZSCAN2,MUS81,KDM5B,KDM5C,HK1,SPRED1,MFSD5,SNAPC3,CASP3,MFSD1,TOPBP1,KDM6A,MAPK1IP1L,H2AFX,IQCE,AXIN1,SAFB,DCK,LSS,DNM1,DNM2,RABEP1,THRAP3,DDAH2,PFDN2,TMEM9,PFDN4,VAC14,STOML2,STOML1,KDM3B,TBRG4,TBRG1,GNA13,NXF1,ALDH1B1,FAM120B,LEPROTL1,GNA11,GNA12,SNCA,KDM4B,ATP13A1,SLC4A8,PDE10A,CAPN10,RPS6KB2,CDK2AP2,ATP13A2,LPIN2,MDC1,MT-ND4,CHIC2,RBPJ,LSM10,PSMD8,SCAMP5,PREX1,SCAMP4,RABGEF1,SAMD14,KRTCAP2,PSMD7,PSMD4,PSMD2,PSMD3,MEF2A,HES6,MEF2C,CSNK2A1,STARD7,NGDN,GAPVD1,HDHD2,SCAMP3,SCAMP2,RUFY1,EML4,FAM133B,EID1,MYL6,CLNS1A,PSME3,PSME4,UQCRC1,TBPL1,CGGBP1,MTMR2,ABCB6,MEAF6,AGAP2,COPS7B,ABCB8,MRPL12,OAZ1,GIGYF2,CYB5R4,HMGXB4,PRKAR2B,HMGXB3,RHBDL1,EDEM3,EDEM1,EDEM2,MRPL27,MRPL28,FAM136A,MRPL23,MRPL24,MRPL21,SNUPN,MRPL22,EIF1,CS,MLLT11,MRPL30,MLLT10,UCK2,EIF5,TDP2,PSMG4,EZH1,PIGT,HEXB,RPLP0,MRPL38,MRPL36,CTCF,MRPL37,AACS,PIGX,IKBKB,TRMT112,TUBA1C,MRPL40,RPLP2,SH3BGRL3,UPF2,DFFA,ELOVL5,NSUN2,ACTL6A,SIRT6,MRPL47,NIPA2,MRPL48,DYNLL1,SIRT2,LRRC41,SRP9,MRPL44,MRPL52,MRPL53,PSMA6,PSMA4,PSMA2,PELI1,TUT1,SLC29A1,VAMP4,DLD,VAMP2,SLC29A2,ARF6,RNASEK,STAU1,STAU2,HTT,TMEM70,PSMB4,BTAF1,PSMB3,AP2S1,LEO1,MEF2D,YKT6,SRSF10,LRRC24,MDH2,STAT2,TMEM62,BYSL,TMEM60,PSMC5,LYRM2,PSMC6,PSMC3,SRRD,SERBP1,GOPC,CCNT2,UBE2D2,UBE2D3,YY1,EIF4ENIF1,STK11,SESN1,STK16,OSBP,KPNA6,PMPCB,PMPCA,SLC25A44,NOMO1,KPNA1,PPP1R16B,SH3GLB1,IK,ANAPC7,UBE2E3,VPS33A,PRPF4B,SAP30,FRMD3,ACAP3,SLC9A5,LIX1,MAPKAPK2,FSCN1,ANAPC4,SQSTM1,ANAPC1,NSMAF,LRRC59,PFKFB3,RNASEH2A,MAX,ARL3,ARL1,UBFD1,SLC9A1,SOCS2,SBNO2,ATXN2,STK38,SLC38A7,E4F1,DR1,GFPT1,ZBTB11,EEF2,ZC3HC1,MFHAS1,GNL3L,STK25,TUBGCP5,MDM4,TUBGCP4,MDM1,SLC25A1,HSP90AB1,COX4I1,POMT1,ARRB1,ARRB2,MRPL4,MRPL3,NGRN,MRPL2,CAPZB,SUMO3,ME1,NCK2,HMG20A,MRPL9,DNM1L,EID2B,DIS3L2,PPP1R12A,SH2D3C,RAD23A,NDUFC1,VPS37B,QTRT1,PPM1B,HAX1,NPC2,BIRC6,PPP1R12B,SEC22B,SLC25A5,SLC25A11,SLC25A4,AHDC1,ST6GALNAC6,SEC22C,PPP1R15A,PPP1R15B,NDUFB9,GTF3C3,NDUFB7,NDUFB6,GTF3C6,PRCC,NDUFB3,CXXC1,ZBTB43,NDUFB2,FURIN,ZBTB45,HSD17B12,LRP8,PPM1G,GANAB,PARD6A,CDC37L1,LRRC8B,ATP9B,SLC25A25,SH2B1,NDUFA9,PTPN1,PPP1R14B,NDUFA7,NDUFA6,NDUFA2,FOXJ2,IMMT,MCOLN1,BAIAP2,SLC25A39,PTPN9,CCM2,P4HB,SLC25A36,EIF4A2,EIF4A1,CCNK,AHCYL1,TMEM41A,LPGAT1,PLEKHB2,TMEM41B,KEAP1,THUMPD3,GCC2,CCNC,THUMPD1,IFI30,ZDHHC4,CCAR1,RASSF1,FAM53C,CCNL2,KIF21B,SLC12A6,EPHB2,SEC62,SLC12A9,TMPO,ST6GAL1,ZFP1,IMP3,ENTPD6,NSMCE2,NSMCE1,ANK1,PISD,GNPAT,SFRP1,THAP7,KDELR2,TMEM87B,CTR9,SUPT4H1,PIK3R3,PTTG1IP,RTF1,DHX30,COMMD9,DHX33,LARS,PCBP1,PCBP2,HIVEP1,TSPAN5,SYMPK,RAB11FIP3,ZBED4,CTSA,XRCC6,INTS1,MICAL2,ERAL1,ICK,SNW1,ID2,RPL27A,INTS5,PAF1,INTS7,CALM1,CALM2,RCOR2,RGL2,USPL1,FKBP15,CCDC127,PPP1R10,CTSZ,TECR,WASL,PCSK7,AATF,AP2A2,ARV1,RSRC1,ENC1,DHX15,DHX16,SSSCA1,CTSE,NDEL1,CTSB,ACAD8,CCT3,CCDC112,GRIPAP1,SEC13,TMEM150A,DBNL,MMD,ACAD9,MINK1,NCOA4,MRPS2,ANO6,MRPS7,COMMD7,PDRG1,CTU1,KIF2A,CD47,SFI1,DBN1,STK40,HEATR1,STX18,CCDC106,CAMKK2,EXOSC7,RXRB,ARVCF,MNT,SAMM50,EXOSC4,FAM172A,SERTAD2,EXOSC9,HSF1,HEATR6,CCT7,CCT4,YIPF2,YIPF3,YIPF4,PLEKHA6,UBE2G1,AP2B1,MIAT,UBE2G2,DOHH,NLE1,PPP1CA,MIB1,RGP1,FKBP1A,PER1,GPAM,CCNG2,ESYT2,DPAGT1,SCARB2,SCARB1,MIDN,ACAA2,CD81,MPI,BCCIP,ACRBP,CAPN7,PPME1,PALM,SNIP1,EP300,ARID2,SBF2,RGS9,BAHCC1,RGS6,SLC30A9,ADPRHL2,DIMT1,SSU72,LMTK2,TMX3,HNRNPUL1,DKC1,FAM173A,HNRNPUL2,TMX1,UBE2V2,UBE2V1,RTN3,PSMD12,TMED10,PSMD11,YTHDC1,PSMD13,KLHL17,TOR1AIP2,KLHL12,PSEN1,RASGRP2,PDS5A,RPF2,RTN4,FUT8,H1FX,NDUFV1,IVNS1ABP,OST4,FDPS,PRNP,ECD,HMGA1,KLHL22,CLK4,ANKHD1,KLHL20,CLK2,H1F0,PAN3,PHF14,TAB1,PICALM,GSK3B,GSK3A,RBM25,PRR7,DDX3X,PRR3,PSIP1,CHD4,DDX41,TRIAP1,AFF4,PPP1R9B,RPGR,YWHAQ,ABHD16A,UBE2Q2,GATAD1,LRRFIP2,YWHAH,ARHGEF12,GLRX3,NCBP1,GLRX5,BUD31,DDX55,DDX54,ABHD14A,DDX52,UTP18,PJA2,CREB3,SFPQ,RCN2,CREB1,NDUFS8,NDUFS7,TBC1D5,GORASP2,GORASP1,NUP50,TBC1D7,NDUFS3,ATG4B,MVD,DCTN6,DCTN5,DDX24,DCTN1,NAA20,DCTN4,GOSR2,GOSR1,PARN,DDX21,ACVR1B,CLCN3,PARL,TAF1D,TAF1B,PDLIM7,MBTPS1,NAA10,TAF13,MIIP,ATP2B4,SOD2,MAPK14,CLCN7,CLCN6,PNKD,GLB1,BRMS1L,ASB6,ACIN1,FAM98B,VIM,NAA15,CLUAP1,RAN,LNX2,RB1,RPL4,RPL30,RPL3,RPL31,TRRAP,DCAF8,DCAF5,RPL8,RPL6,RNF114,MYC,STMN1,RPL36,RPL35,DIP2B,IER5,IER2,TSPYL2,MED1,MECR,ACOT7,DAPK1,PIH1D1,DAPK3,MED8,MED4,NISCH,RNF123,BIN3,CLPP,RPL27,RPL26,RPL29,ALG10B,RPL28,UBA52,DUS3L,PRR13,CDC42SE1,MAPKAP1,SLAIN2,HIF1A,PRDX2,PRDX5,PPP3R1,PRDX4,CHST12,PRDX1,SSR1,PLCG1,SERF2,CDK17,RPL41,JUND,CHKA,H3F3B,H3F3A,MTHFR,MAD2L1BP,UPF3B,UPF3A,PA2G4,PRRC2A,FIBP,RNF103,GIPC1,CDK10,UNC119,DUS1L,SERPINI1,CPEB4,CLTA,ADO,CLINT1,ING1,ING4,TRIM8,TMEM189,TMSB4X,TRIM2,RFK,RIOK2,ZC3H10,MIOS,SSR2,IFNGR2,TCF12,NUDT16L1,RNF168,LSG1,RNF166,SF3B5,RPL10,RPL12,RPL11,BCLAF1,LMAN2,RPS3,RPL14,ANKRD54,RPL13,SC5D,RPL18,RNF130,SF3B1,RPL17,RPL19,SF3A3,BRF2,SF3A2,RIOK3,TRMT1,GTF2H1,GTF2H5,AGBL5,FIG4,TM9SF2,ERP44,TM9SF1,RYBP,ABI2,ZYX,RNF141,DGKE,TOR2A,UHRF1BP1L,CHPF,FMR1,RNF19B,BZW2,BZW1,ABHD11,MAF1,STK32B,TMSB10,BIVM,RPS9,RPS7,RPS5,F2R,RPS6,AIP,RPSA,GTF2F1,DGKZ,ST7L,NCL,MADD,TNIK,XIST,ANKRD17,SEMA7A,ENY2,CUL7,ANKRD16,ABHD2,ANKRD11,GLO1,AK1,CUL1,ITPR1,KLC1,RLF,STIP1,BAG4,KLC2,BTBD1,PITRM1,NACC1,PSAP,SAFB2,ABL2,ANKRD27,ATP8B2,MARCH8,DHCR24,TOR1B,LSM4,LSM3,CHERP,LSM2,CDK9,CNOT4,MARCH2,LSM7,CNOT7,CDK4,NF1,RNF181,TADA1,SERINC3,CNOT8,RNF187,LMBR1L,RNF10,RNF11,DUSP11,DUSP12,PTBP1,RPL7A,GM2A,OPA1,SIN3B,SGCB,OPA3,HIF1AN,SLC37A4,SLC37A3,IQCB1,GPX1,REXO1,GPX4,ELAC2,COASY,PTP4A2,PTP4A3,DALRD3,TRAF4,RPL37A,EIF4E2,SSX2IP,SFT2D1,SOS2,SMARCD1,SMARCD2,GTF2A2,RNF34,WBP1,WBP2,DCAF15,PUF60,RBBP5,WASF1,DCAF12,DCAF13,SEMA4A,TXNRD1,RPL35A,PTPN11,DDHD1,PNRC2,CUL4A,RAD52,KLF6,APC,IMPDH2,MGAT4B,PFKM,GDE1,DIXDC1,PWP1,SAP130,ARL6IP5,UBAP2L,GLUL,SOX4,AGFG1,AQR,TIPIN,NFKBIL1,SLC11A2,BOLA1,ACSL3,JMJD6,MRPS18C,RRAGA,RRAGC,GRWD1,AKAP9,XRN2,VDAC3,VDAC2,VDAC1,EZR,AURKAIP1,ANKRA2,PFN1,CUTA,NECAB3,LMAN2L,TRMT2A,NMD3,DGUOK,PTDSS2,PTDSS1,VPS8,INPP5K,SCAP,MAP4,PATZ1,SCAI,BANP,SRPK2,SNHG1,FIS1,BCL11A,TMEM50B,MEMO1,STAM,ACADSB,ZWINT,UBAC1,SRPK1,GADD45G,CCDC88A,STAG1,GOLGB1,TMCC2,CORO7,HBS1L,DAZAP1,GDI1,FAF1,MYL6B,PRPF19,SERP2,HINT1,GUK1,ZMYM5,ZMYM6,DLAT,MAP4K2,PRMT5,PRMT7,RHOF,TUBG1,NME1,RHOB,RAB33B,PRPF18,PACS2,POC5,NME7,FAM20B,STRAP,SGK1,KPTN,ATP6V0C,SLC20A1,PRIM1,UQCR11,TRAK2,MAP4K4,RANBP2,RANBP3,RANBP6,MARS,CTNNB1,RAB3GAP2,PRPF31,FAU,TOMM5,RAB3GAP1,TOMM6,GALNT11,POGK,NUCKS1,TOMM20,TOMM22,EFTUD2,FBL,CHCHD7,CHCHD1,TMEM14C,PDIA3,APLP2,ANGEL2,SPNS2,TOMM34,WRNIP1,KCTD2,OCRL,TSC1,KCTD5,PDIA6,DPM3,PREPL,TMEM135,PHOSPHO2,RPL7L1,TIPRL,ELMO1,SPNS1,ISCU,RAI14,ADIPOR1,STK4,CSF2RA,SDCBP,MAN2A2,DPP9,ATP6V1H,DMAP1,ZC3H13,MARK3,ZC3H14,ZC3H15,ACBD6,HSPA8,ACBD5,ACBD4,SMURF2,HSPA5,HSPA4,PTCH1,DNAJC11,ASPSCR1,IFT122,BFAR,DNAJC16,DNAJC17,NR4A3,ATG16L1,DNAJC10,TBCE,ACBD3,USP35,CREBZF,B4GALT3,DOCK4,DOCK3,USP32,USP33,USP34,USP39,PKD1,TMEM101,ZC3H7A,GMPPA,FLOT1,FLOT2,USP30,SCYL1,USP47,TSFM,JAGN1,TRNAU1AP,ARID1A,CKAP5,ARID1B,SENP3,KLF16,TGFBR1,LATS1,DDX19A,LUC7L3,ITGB1BP1,USP40,CHMP6,CHMP5,USP15,POLDIP2,TM2D2,POLDIP3,USP10,USP11,POMP,WIZ,MTIF2,MTIF3,TOB1,STRN4,USP19,U2AF1L4,NT5DC3,ROMO1,CAMK2G,CLASP1,USP24,USP20,B3GAT3,ZFC3H1,HSPE1,MEIS2,GDAP2,NEURL4,PIK3IP1,BAX,SSBP1,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"796"	"SATB2"	"700.0"	"ARCHS4 Coexpression,421;Enrichr Queries,285;GTEx Coexpression,1394"	"APP,CMAS,TRIO,MYT1L,STMN2,NUDT3,RNF112,ALCAM,DPYSL2,MYC,DPYSL3,AKT3,STMN1,KIF21A,EPHB2,SOX4,SOX5,ANKS1B,ARL10,EPHA5,EPHA4,MEF2C,RBFOX1,UNC13A,WSB2,LIMCH1,CACNA2D1,ANK2,SOX11,ANK3,ANK1,TIAM2,TIAM1,RUFY3,DDIT4,HECW1,AKAP9,RUFY2,KCTD12,TRIB2,GNE,NRN1,TSHZ3,FOXG1,MYCBP2,NEDD4L,TMTC1,PIK3R1,SLAIN1,KALRN,NKAIN2,ABR,NUAK1,FLRT2,TSPAN3,HIVEP2,SCN3B,ST3GAL1,SCN3A,JUN,HOMER1,CADM1,BCL11B,GPR12,BCL11A,CADM2,FUCA1,NR2F1,MYO5A,NETO2,SMARCA2,PBX1,DCLK1,SNAP91,CCDC88A,TDP2,ID2,FAT3,ALDH18A1,FAT4,CALM1,CDK14,ITM2C,ROBO2,GABRB3,NRP1,WDR47,CSRNP3,CITED2,PTPRK,ROBO1,AKAP12,PCLO,AKAP11,CAMKV,CHL1,B3GALT2,TRIM2,ENC1,DLGAP1,KIF1B,NANS,JARID2,GARNL3,SHPRH,ELMOD1,SIRT6,ELOVL6,DUSP6,MLF2,CNKSR2,SLC22A23,TOX3,UGDH,MN1,ZEB2,ARHGEF9,RAP2A,VSNL1,MPPED1,KIT,CDC42EP3,PXDN,MAPT,PLCB1,SGK1,PHLPP2,NFIX,SATB1,ICA1L,ADAM22,PRICKLE1,ADCY1,FAM117B,GLRA2,CUX2,CAMK2N1,ADAM23,ZSWIM6,CTNNA2,DYNC1I1,RUNX1T1,DYNC1H1,GABBR2,GOLM1,KIDINS220,ATRNL1,PNMA2,MYO9A,LETM1,NFIA,NFIB,TTC3,PKN1,FRYL,CDK5R1,SH3GL3,CTNND2,CYP46A1,SLC8A1,IGF1R,RIMS1,ABHD11,CDH2,BASP1,CAPN5,KIF5A,PLEKHJ1,PPFIA2,LMO4,IGFBP3,TMOD2,MAGI2,TBR1,LMO7,POU3F2,TANC2,POU3F3,FOXP1,DOK5,DGKQ,SCN8A,WDFY3,TNIK,TOX,SRSF6,PDE9A,RAI14,GRIA1,KHDRBS3,CTTNBP2,NTM,ITPR1,LPL,CACNA1A,NDRG1,CACNA1E,RTN4,SOCS2,EFNB2,KLC4,ARHGAP21,PITRM1,NEUROD6,FUT9,PLXNA2,KIF3C,SRGAP1,LONRF2,PLXNA4,BPTF,MARK1,PRNP,SYT4,AUTS2,SYT1,CRIM1,CORO2B,PTPRD,ARHGAP32,EFNA2,DAB1,DLG2,HOOK2,NBEA,LHX2,HOOK1,SPIRE2,RNF182,SPIRE1,TCF4,FGF13,SERINC2,DOCK4,DOCK3,PRKCSH,CELF2,CHD6,AFF3,SOBP,PPP1R9A,RND3,TTC28,DUSP12,GRM5,RB1CC1,PSD3,PDE4B,PHACTR3,TMEM108,PMEPA1,CEP170,ERC2,NEO1,DACT1,USP46,DST,PDPK1,SGIP1,PDE4D,ATRX,NAV1,NAV2,ARID1B,SEPT3,ARL4C,DNM3,GAP43,VCAN,PTP4A3,DDAH1,NAV3,DNAJC6,CTDSP2,CDH11,FAM84A,DCX,CDH13,BCAT1,BDP1,DCTPP1,MET,TNFRSF21,SHANK2,CANT1,NRXN1,TULP4,ASAP1,SRI,NCALD,ADD2,DNPEP,HECTD3,CNR1,GNA11,SPOCK1,NCAM1,IGF2BP2,ATP9B,ATP9A,CLASP2,BEND6,NTRK2,PCDH9,PCDH7,NTRK3,ATP2B4,SEMA4G,CDC42BPA,MEIS2,NELL2,KLF7,MYO1B,KLF6,FMNL2,APC,PPP2R2B,DOLPP1,ASXL3,MGAT4B,VIM,R3HDM1,METAP2"
+"gene_set_query"	"797"	"NHLH1"	"700.0"	"ARCHS4 Coexpression,461;Enrichr Queries,449;GTEx Coexpression,1190"	"CNTFR,IFITM2,CERK,STMN2,STMN3,STMN4,BACH2,FAM110A,PREX1,GPR173,FRAT2,DPYSL4,DPYSL5,DPYSL2,MYC,IGLON5,DPYSL3,KIF21B,EPHB2,SLC12A9,CHGB,SOX5,HES6,EPHA4,SRRM4,RBFOX2,AFAP1,ISLR2,SOX11,SOX12,RUFY3,DDIT4,ORAI2,HECA,TAGLN3,ATP6V0D1,CTXN1,CUTA,GPM6A,NUMBL,NRN1,ANP32A,TTYH1,SUPT4H1,KALRN,IGSF9,NKAIN1,FAM171A1,CYB5R4,FAM171A2,PCBP4,MICAL1,NRBF2,SCN3A,ST3GAL2,SLC19A1,ZSCAN18,JUN,CADM3,FAM78B,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,KLHDC8B,L1CAM,PBX1,GADD45G,TMEM198,SMARCA4,MLLT11,ABTB1,VANGL2,MEX3A,STAG2,PPP1R1A,CWF19L1,GRB2,TMCC2,PLCH2,RCOR2,GPR27,CDKN1C,DHRS13,KCNC1,GDI1,FAM57B,NCAN,LRRC4,SNX11,SLC7A11,NAT14,LIMD2,ROBO1,SMPD3,SHF,UCHL1,TUBA1A,CAMKV,XPO6,ENC1,DNER,NEFL,NEFM,FEZF2,APC2,CCDC112,ATP6V0B,ANO8,SYP,MANEAL,GMIP,DUSP8,CBFA2T2,RGMB,DUSP6,VAV2,TMEFF1,TUBB2B,SCNM1,NME7,KIT,PXDN,DBN1,RNF165,DYNC1I2,CDC123,NFIX,LIN37,GDPD1,FGD3,ZDHHC18,ARVCF,TMEM169,CUX2,SNX27,NFIL3,CAMK2N2,GPC2,BID,RUNX1T1,RPRM,MAP4K4,MPP3,WNT7B,PCGF2,TTC9B,TTC9C,NMNAT2,MIAT,FIG4,ATAT1,NFIA,MORN4,NFIB,SHKBP1,TTC3,KBTBD7,FAM49B,ANKRD13B,MIDN,CTNND2,CELSR2,CELSR3,TM7SF2,ATCAY,KIF5C,TUBB3,BASP1,KIF5A,PALM,COTL1,NRCAM,SLC25A44,LMO1,SEMA6C,IGFBP2,APLP1,TBR1,POU3F1,POU3F2,RUNDC3A,POU3F3,OLFM1,CACNB3,MYCN,FSCN1,GNAZ,PFKFB4,SHC2,BRSK2,RTN1,KHDRBS3,CACNA1A,BHLHE22,DTX3,CPLX2,KLC1,SEZ6L2,CORO1A,CSF2RA,CACNA1E,LRRC55,PHF21B,NEUROD2,SCRT2,SNN,SCUBE1,NEUROD6,GRK6,PLXNA2,NDN,ZC3H13,MARK4,SYT5,SYT4,RAB4B,TRAPPC1,ZFHX2,AUTS2,CORO2B,SYT7,SCRT1,EFNA3,EFNA2,NR4A3,HOOK2,LHX2,LRFN1,REEP2,CNTN2,NACAD,CNIH2,SNAP25,PRR7,CELF3,CHD6,ELAVL4,PIK3CD,CELF5,CHD4,ARRB2,RND2,FBLL1,ELAVL2,ELAVL3,BCL7A,MDK,GDAP1L1,FLOT2,PPP2R5B,NAV1,KLF16,NIPSNAP1,SEPT3,GAP43,VCAN,PTP4A3,DALRD3,DDAH2,RPL37A,DCX,RBM24,INA,NDUFB8,RGS19,USP10,RGS16,OPRL1,ATP1A3,CRMP1,DLL1,ADD2,AGPAT4,THBS3,CACNG7,GNG3,IGFBPL1,FCHO1,SPOCK2,MGAT5B,NNAT,POLR2D,SLIT1,NCAM1,IGF2BP2,CHGA,SEMA4A,LINGO1,MARCKSL1,MBOAT7,PCDH8,B3GAT1,ATP2B4,MEIS2,NELL2,DBNDD1,NFASC,SBK1,IMPDH1,RAB15,TSPAN18,NOVA2,CCM2,VIM,INSM1,SMAP2,MDGA1,SSBP3,METAP2"
+"gene_set_query"	"798"	"GTF2IRD2B"	"701.7"	"ARCHS4 Coexpression,1197;Enrichr Queries,603;GTEx Coexpression,305"	"ARL6IP1,PLEKHB2,VARS,ARAF,ARPC5L,ZDHHC5,DCAF8,SMC5,CBLB,THUMPD1,NUB1,TRIM28,DPYSL2,ZXDC,DPYSL3,EPC1,AP1S1,EIF2D,CCDC92,ATXN7L3,SOX4,FNBP4,PRKAB2,GABARAPL1,ACOT7,WSB1,TSTD2,ARRDC3,MTUS1,CIRBP,CD3EAP,ANK3,EML2,SND1,DDIT3,DDIT4,HECA,ANKRA2,TMEM161A,TSHZ3,ANAPC16,XPA,TRANK1,SDR39U1,RNPC3,PRKCZ,FAM160B1,LARP1,DHX35,ST3GAL1,HEXIM1,BTF3,JUN,CADM1,PLK2,RCC2,NETO2,PA2G4,BRI3BP,PAICS,PBX1,SMARCA4,PRRC2A,HNRNPL,ABTB1,ID2,HNRNPF,ECHDC2,HBP1,FAT4,ITM2C,ARF3,PHF2,NRP1,PIGU,DAZAP1,BTG1,CITED2,CLTC,SNX12,SLC7A11,VLDLR,WDR45,PRPF19,BBC3,HERPUD1,PCLO,TRIM2,TCP11L2,JARID2,PCMTD1,CEP68,CCT3,UPF1,TMEM150A,TSC22D3,PGAM1,DYNLL1,MRPS7,MTSS1,NME1,MLF2,RHOB,SLC22A23,SLC7A5,TUBB2B,PITPNM1,KIF2A,PXDN,NCOA7,RHOU,GAS6,PLCB1,SGK1,TKT,PAFAH1B3,ATP6V0C,NFIX,AHCY,SATB1,AKAP8,PPP2CA,RXRB,HIRA,CUX1,PES1,TCEAL1,STX6,AP2S1,PAK6,CCT7,MEF2D,CCT5,CCT4,NPM1,RYK,ELP2,SORBS2,UBE2G2,NPM3,VEGFA,NFIA,NFIB,CCNG2,SERBP1,HDGF,PKN1,YPEL5,YPEL3,CSE1L,IPO7,TOMM20,IPO5,CAPN7,SESN1,CFL1,SCMH1,NRCAM,MAF1,STK32C,GTF2I,BNIP3L,SEMA6C,SLC38A1,TTC7B,DYRK1B,PRPF4B,LMO7,TANC2,ARMCX4,CLIP2,ACLY,PRPF3,EEF1A2,RAB35,ANAPC4,PPIA,SQSTM1,KPNB1,ATP6V1A,LRRC59,INSIG1,SLC1A4,NDRG1,STIP1,PITRM1,TCTEX1D2,NACC1,ZKSCAN3,ANKRD10,DVL3,SRGAP3,TBC1D17,PDZD7,ATP6V1F,OSBPL9,KLHDC2,NEK9,TIA1,SMAD4,AUTS2,PCIF1,HMGA1,ASNS,KLHL24,EEF2,COQ7,TDRD3,CLK1,EFNA2,CDK5,HOOK2,NBEA,HOOK1,GNB1,JMY,SAE1,LSM14A,MXD4,EIF4G1,YWHAE,CREBZF,RERE,MUS81,CALCOCO1,NUMA1,YWHAB,PRKCSH,FHL1,CBY1,CHD6,YBX1,SYNE2,LMNB2,PPP1R9B,LMNB1,SENP6,SENP7,ZC3H7A,GATAD1,PPP6R3,SPEG,PMEPA1,ILKAP,EIF5A,HGSNAT,ACTR2,SUN1,PDPK1,PDE4D,H2AFX,AMT,CTPS2,VEZF1,RANGAP1,YWHAZ,RAD23B,KLF16,TRAF7,PTP4A3,NSMCE4A,SETBP1,EEF1D,SYF2,DNAJC5,CTDSP2,C1D,SOS1,CUEDC1,LUC7L2,OTUB1,RNFT2,KDM3B,SRSF1,KATNB1,DDX21,USP19,HSPD1,AP3M2,GANAB,DNPEP,DNAJB6,U2AF2,PDE6D,VPS54,FEM1C,FSD1,EIF4E,ATP9A,MLXIP,CNBP,FBXL19,FOXJ2,PDE4DIP,SSRP1,HNRNPAB,PNRC1,FBXL12,SLC25A38,PINK1,RPS6KB1,PPP2R2C,PIK3IP1,EIF3L,EIF3G,RBMX,CLUAP1,PFKP,RAN"
+"gene_set_query"	"799"	"NEUROD4"	"702.7"	"ARCHS4 Coexpression,818;Enrichr Queries,514;GTEx Coexpression,776"	"CERK,MYT1L,IFT172,STMN2,STMN4,GPATCH8,GOLGA2,GPR173,GOLGA3,DPYSL4,DPYSL5,DPYSL2,MYC,AKT3,STMN1,CDK20,PIP4K2B,KIF21B,EPHB2,EPHB1,NCKAP5,CDK5RAP3,SOX4,CHGB,SOX5,TSPYL2,EPHA5,DDX17,UNC13B,HES6,EPHA4,SRRM4,RBFOX1,UNC13A,COG6,SLC6A15,PTOV1,SOX11,ANK2,ATG13,SFRP1,THAP7,DDIT4,TAGLN3,SIK2,ASTN1,MEG3,CUTA,GPM6A,RTEL1,ADCYAP1R1,BEX1,MEAF6,TMEM63C,MAGED1,TTYH1,PHYHIPL,AGAP1,AAAS,HTATSF1,APCDD1,NLK,KALRN,IGSF9,NKAIN1,SCFD1,PCBP3,PCBP4,GSE1,RALGDS,SCN3A,NTNG2,CADM3,PHC1,ZRANB2,PTPRN2,CADM1,ZFR2,BCL11A,ST8SIA2,ST8SIA3,NR2F1,XRCC1,PRRC2B,GADD45G,ID2,UNC119,MAGED2,FAT3,PLCH2,RCOR2,DZIP3,PCSK2,ROBO2,ARF1,CSRNP3,PTPRS,KCNC1,PTPRN,GRIK5,NCAN,GRIK3,ROBO1,SMPD4,TUBA1A,TRIM2,NEFL,NEFM,KIF1B,KIF1A,FEZF2,SEC13,PRMT8,SSR4,TCF12,AMPD2,SYP,CBFA2T2,NCOR2,TMEFF1,TMEM179,ZEB2,MPPED2,DBN1,RNF165,PHLPP1,SEZ6,PTN,TRAK1,TMEM169,CHN2,GPC2,CTNNA2,CKB,RUNX1T1,RPRM,RIC3,WDR17,MBD6,MYEF2,YIPF2,WNT7B,AP3D1,MIAT,MIB1,FABP7,CCNG2,SGSM2,TTC3,RIMBP2,CDK5R2,PRDM8,FHOD3,RAB3C,ATP8A2,CLSTN2,TUSC3,CLSTN3,MSI1,CELSR3,CDH8,SLC8A1,ATCAY,TUBB3,NRCAM,GTF2I,CHRNB2,KIRREL3,LMO3,CNPY2,TBR1,ATP1B2,POU3F2,POU3F3,BSCL2,OLFM1,ACLY,ARMCX2,MYCN,LIX1,MADD,SCG5,WDFY3,ABCG4,ANAPC2,GRIA2,FKBP2,CUL7,BRSK2,RTN1,CCDC24,GLT8D1,ARL1,FOXO6,CACNA1A,CACNA1D,BHLHE22,SEZ6L2,CPLX2,CACNA1E,PLD3,CAMSAP1,CACNA1H,PHF21B,CACNA1G,NEUROD2,SCRT2,PCSK1N,NEUROD6,PLXNA2,SRGAP3,PLXNA4,PLXNA3,SYT4,CPSF7,TIA1,SYT1,WSCD1,RHBDD2,NSG1,SYT7,SCRT1,PTPRD,AHI1,HOOK2,NSG2,NBEA,LHX2,DLG4,GNAS,CNTN1,IFT27,CNTN2,LZTR1,SNAP25,KDM5B,NAA40,CELF3,CELF4,CHD6,ELAVL4,CHD5,PTPN23,ELAVL2,ELAVL3,TRO,ABHD16A,AP1G2,SCRN1,MDK,GDAP1L1,WDR6,NEO1,TRIM67,ARHGEF11,DST,ABCC8,SGIP1,VEZF1,ARFGAP1,GAP43,PTP4A3,TMEM214,CRY2,DCX,INA,SLC25A14,NRXN1,CXXC1,TULP4,ATP1A3,CRMP1,FOXK1,FAM169A,DLL1,LRP8,HDAC6,IGFBPL1,PTPRZ1,NNAT,SPOCK1,NCAM1,CLVS1,CLASP2,TUB,CHGA,MBTPS1,NTRK2,KCNIP2,PCDH8,CADPS,ATP2B4,MEIS2,SLC4A8,INSM1,MDGA1,SSBP3,UNC79,TNRC6A,METAP2"
+"gene_set_query"	"800"	"EN2"	"705.0"	"ARCHS4 Coexpression,516;Enrichr Queries,949;GTEx Coexpression,650"	"CNTFR,STMN2,STMN4,ENO2,RPL9,RPL6,RNF112,GPR173,SAMD14,DPYSL4,OPHN1,DPYSL5,IGLON5,DPYSL2,MYC,DPYSL3,STMN1,RPL38,KIF21A,EPHB2,SOX4,CALN1,SRRM3,EPHA4,SRRM4,ATP6V1G2,RBFOX2,RBFOX3,SOX11,ANK3,CSNK1E,SOX12,MAPK8IP3,ANK1,PISD,TIAM1,STX1B,GPR161,RUFY3,DDIT4,TAGLN3,TRIB2,TRIM11,LLGL1,GPM6A,PAXIP1,NRN1,TTYH3,STXBP1,FOXG1,TRANK1,NKAIN1,SYNGR1,PCBP3,PCBP4,SCN3A,RHBDL1,CADM3,JUN,FZD3,PRRT2,CADM4,CADM1,BCL11B,BCL11A,SS18L1,ST8SIA2,RAB3IP,SLC35E3,H3F3A,MICAL3,NR2F1,MICAL2,DCLK2,NETO2,L1CAM,MEX3D,PBX1,PRRC2B,DCLK1,SMARCA4,MEX3A,VANGL2,ARMC10,RPS29,ID2,FAT3,LRRN1,DZIP1,RCOR2,TMEM151B,CSRNP3,KCNC1,DIRAS2,GRIK3,GRIK2,SHF,AKAP12,TRIM9,TUBA1C,MMP24,PCLO,TUBA1A,CSRP2,CHL1,TRIM2,TRIM3,NEFL,NEFM,KIF1B,FEZF2,GRIPAP1,ELMOD1,RGMB,DUSP6,MLF2,RGMA,MN1,SLC7A5,TMEFF1,TOX3,TUBB2B,KIT,PXDN,MAPT,SGK1,SFI1,PTMA,RNF165,GRAMD1B,DYNC1I2,NFIX,SATB2,ADAM22,ADCY1,PTN,CAMKK2,ARVCF,CUX2,TCEAL5,SERTAD4,TMEM169,CAMK2N1,CHN2,GPC2,RUNX1T1,CENPV,MYEF2,WNT7B,PCGF2,DAB2IP,NMNAT2,VEGFA,SKI,NFIA,ABI2,NFIB,FABP7,TTC3,PKN1,YPEL4,CDK5R1,ANKRD13B,MIDN,CRTC1,CTNND2,CELSR3,SLC8A2,RIMS1,TMEM145,CHCHD3,CDH2,KIF5C,BASP1,TMSB10,SH3GL2,TLE2,IGFBP3,IGFBP2,ADAM11,KCTD2,FRMD4A,POU3F1,POU3F2,SRCIN1,MID1,KCTD6,POU3F3,DHDDS,DISP2,ACAP3,OLFM1,CACNB4,MADD,ANKS6,ABCG4,RTN4R,GRIA1,KHDRBS1,DDX6,BRSK2,NTM,CHRNA7,CACNA1A,LPL,BHLHE22,CPLX2,DTX4,PHF21B,GOLGA7B,EFNB2,NEUROD2,IGSF21,SCRT2,ARHGAP21,DPP6,KLC2,ORC6,NDN,SRGAP3,OTX1,NDUFV3,PDZD7,TMEM120B,SYT4,CBX4,AUTS2,PTCH1,CBX1,BTBD9,CLK4,PTPRD,EFNA2,NR4A3,HOOK2,NSG2,LHX2,HOOK1,RNF182,MAP3K12,YWHAE,SNAP25,GSK3B,WDR1,SCHIP1,MAST1,CHD6,CELF4,ELAVL4,CELF5,SOBP,RND2,PKD1,ELAVL2,ELAVL3,POLB,DUSP12,SENP7,MCF2L,PSD3,SUMO2,PMEPA1,GALNT9,TRIM67,HSP90AA1,PDPK1,PPP2R5B,SEPT3,PTP4A3,GAP43,RCN2,ALS2,RPL37A,LUC7L3,RNFT2,NLGN2,RGS16,CXXC1,RPL36A,NRXN2,CRMP1,U2AF1,CXXC4,NCALD,STOX2,CACNG7,ABLIM1,GNG3,GNG2,VPS53,SPOCK2,POLR2D,TRIM46,SLITRK5,NCAM1,HNRNPA0,NTRK2,MARCKSL1,KDM4C,SLC12A5,PCDHGC4,PCDH8,ATP2B2,MEIS2,HS3ST1,NELL2,KLF6,SBK1,PDE10A,FAM131C,FAM131B,NOVA2,POLR3F,CDR2L,RGS11,INSM1,VIM,CDO1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"801"	"ZNF175"	"705.5"	"ARCHS4 Coexpression,869;Enrichr Queries,763;ReMap ChIP-seq,150;GTEx Coexpression,1040"	"MDC1,TRIO,RPL3,SMC5,RPL8,GPATCH8,TSKU,LSM10,SCAMP4,NDST1,RNF115,ALCAM,CNST,PSMD4,ZMIZ1,DPYSL2,MYC,DPYSL3,AKT3,AP1S1,PIP4K2C,PRKACA,IER2,DDX17,NUP214,MEF2C,RBFOX2,WSB1,REV1,WDR74,CD3EAP,SOX12,ARMC8,GAPVD1,GTPBP2,GTPBP1,NISCH,EML5,WDR81,DDIT3,DDIT4,UQCRC1,JTB,RPL27,RBCK1,VPS28,PRR14,ATF4,TTYH3,ABCB6,NPRL2,MEPCE,ABCB8,AGAP3,PLA2G6,MRPL12,OAZ1,MRPL11,PRDX2,MRPL20,PRDX5,HSPH1,PPP4C,PRKAR2B,PRDX1,NRBF2,PUSL1,ATRIP,ST3GAL2,S100A10,HEXIM1,JUN,RPL41,PRELID1,PHC1,PRRT2,JUND,JUP,CHKA,H3F3B,NCAPH2,EDEM1,SETD1A,IRF2BP1,IRF2BP2,MRPL28,MAD2L1BP,NR1D1,MRPL24,PBX1,EIF1,THAP11,EHD1,HNRNPL,MLLT10,FIBP,TBL3,LAS1L,EIF6,FASN,HNRNPF,SFXN3,FAT4,CDK13,EZH1,CPEB4,OGFR,PYGB,PIGU,GPT,BBC3,MRPL33,SHF,RNF157,TMEM189,TRMT112,MMP24,FASTK,TRIM3,ENSA,RPLP2,GPR137,TCP11L2,ZIK1,DFFB,ZC3H10,LYPLA2,BRD2,LRRC45,DUSP1,PGAM1,SIRT4,NUTF2,JOSD1,WDR34,DUSP6,COPZ1,MED29,MRPL43,WDR33,DDB2,MED23,MRPL52,RNF167,SLC7A5,MRPL53,KIFC2,CDC42EP3,PXDN,RAPGEF2,GAS8,VAMP2,ARF5,ECHS1,PSMA7,PSMB7,UNK,CHN2,LMAN2,AP2S1,CLPTM1,RPS2,MEF2D,RUNX1T1,CENPT,SF3A3,MBD6,AGK,PCGF2,GTF2H2,GATAD2A,RNF146,SKI,SLC8A3,MKLN1,ABCB10,NFIA,PSMC3,CCDC9,NFIB,TAOK1,FABP7,PKN1,AGRN,CRLF1,YPEL3,DGKE,CRCP,TUSC2,CEP120,YEATS4,CASC3,CLU,TM7SF2,ZFP30,RUVBL2,CFL1,SMARCAD1,PIM3,SLC39A7,LZTS2,MAF1,MAP3K7,FADS1,BIVM,TLE2,RNF44,RPS9,CISH,USP3,PPP1R16A,F2R,THOC1,FRMD4A,THOC2,FOXP4,THOC6,PYGO2,ACAP3,CLIP1,DMTF1,RAB34,DGKQ,MADD,FSCN1,NHP2,PHIP,SQSTM1,SNRPB,PFKFB2,INO80B,FKBP2,SEMA7A,RNASEH2A,CD151,PFKFB3,INSIG1,MAZ,ISG20L2,ITPR1,CORO1B,GLIS2,SOCS2,ATXN2,NDOR1,DVL1,ANKRD10,MAP2K7,SLC38A2,ZKSCAN1,MCL1,ESRRA,NEK9,TMEM120B,ANKRD34A,TIA1,POLR3GL,ASNS,DHCR24,ADAP1,LSM4,FBXO31,LSM2,MARCH2,CDK5,MAFG,SPIRE2,NF1,RNF181,PLXNB2,PLXNB1,TUBGCP4,LZTR1,MAP3K12,BCL2L1,ZNF512B,DIDO1,HSP90AB1,RNPEPL1,CELF1,ZC3H4,ZC3H3,TRADD,ZFP82,ETFB,MRPL4,PTBP1,DUSP12,SNRNP70,UBTF,DGCR8,TLK1,ACP2,TRIM67,PLEKHG2,LIX1L,EDF1,COASY,MSL1,PTP4A1,PTP4A2,PTP4A3,DNAJC7,TRAF4,CTDSP2,POLR1B,C1D,BDP1,SOS1,DCTPP1,SLC25A11,SSX2IP,ST6GALNAC6,HDAC5,SMARCD1,LRP1,WBP1,SRC,WBP2,ROCK2,RAB1B,PRCC,CXXC1,FURIN,HSD17B10,MLLT6,DNAJB1,PUF60,KCTD20,U2AF2,KRIT1,POLR2E,LRRC8D,IGF2BP3,FEM1C,FYN,AAMP,SLC25A22,SLC25A25,POLR2L,PPP1R14B,MARCKSL1,SPAG7,TRIM41,FBXL19,MBOAT7,ADRM1,LYSMD1,RPL23A,CDC42BPA,TPD52L2,DBNDD1,KLF7,KLF6,PSAT1,MGAT4B,POLR3F,P4HB,MDGA1,TNRC6A,CBLN1,EIF4A1,SMARCB1,VARS,ZMYND8,ACTB,CYB5D1,NUDT4,RPS15,TIAL1,RASSF1,RPS16,HERC1,FLAD1,FTH1,BSG,ARL6IP4,CCNL2,SNRPD3,CCNL1,ATXN7L3,SOX4,TBC1D10B,ARRDC4,ST6GAL1,KCNK10,ZFP1,IMP3,ZFP2,ECH1,ARRDC3,NSMCE1,CIRBP,MRPS18B,COG1,CSNK1D,MOGS,ACTN4,ANK1,MFSD10,STX1B,CARHSP1,CDC34,MTHFD2L,VDAC1,HECA,FLYWCH1,KCTD12,PFN1,AURKAIP1,CCDC82,TRIB2,PAXIP1,DHX8,MYCBP2,TRANK1,SUPT4H1,DCUN1D1,CEND1,PTTG1IP,PIK3R1,PGS1,APH1A,SEC14L1,PCBP4,PCBP1,ATP6V0A2,GSE1,SYMPK,TSPAN5,TNRC18,STXBP5,HIVEP2,DECR2,SNX5,VASP,SNHG1,XBP1,ZRANB2,TMEM86B,SS18L1,MICAL3,MICAL2,STAM,UBAC1,ID2,PAF1,COL9A3,ANP32B,RPS21,C2CD2L,ITM2C,NRP1,DAZAP1,GPAA1,PPP1R10,CITED2,ZFAND2B,CTSZ,TECR,MYL6B,PTPRK,HERPUD1,AKAP12,EPM2AIP1,PCM1,MAP1LC3B,GUK1,HYAL2,ENC1,CHMP1A,MLX,RAC3,SDF4,SSSCA1,CTSB,CAP1,PSD,TMED9,TMEM150A,TSC22D1,MMD,PRMT1,TSC22D3,MRPS23,NCOA4,RHOF,RGMB,VAV2,RHOB,MLF2,KIN,KIF2A,KIT,WAC,SGK1,PTMA,DBN1,STK40,AHCY,TOMM40,INPP1,SATB1,SLC20A1,CCDC106,TYMP,GNAI2,CST3,RXRB,ARVCF,EXOSC4,NFIL3,CAMK2N1,HEATR6,MAP4K5,SUZ12,RANBP3,NFYA,VEGFB,TMUB1,VEGFA,RAB11B,PPP1CA,ATAT1,PER1,MPHOSPH9,MARS,CCNG2,TCEA2,DPAGT1,SCARB1,CRTC2,MIDN,SYS1,COMT,PHRF1,ACRBP,TMEM145,CHCHD2,TMEM147,ARHGDIA,POGZ,HCFC1R1,EP300,BAHCC1,SBF2,DNAJB12,TSC1,DPM2,DPM3,TMEM135,TMX4,EHBP1L1,ANKS6,FIZ1,PPIB,RTN2,COX19,ISYNA1,NDUFB10,RPS19BP1,NDUFB11,TMEM59L,CACNA1A,NDRG2,NDRG1,RTN4,RAI1,SHARPIN,TBC1D14,CAMTA2,CYC1,PDZD8,PDZD7,BPTF,BCL9L,KLHDC4,CPSF6,ACBD4,HSPA5,CBX4,CBX2,PCIF1,CRIM1,ASPSCR1,KLHL24,SUPT5H,CLK4,H1F0,EFNA2,HOOK2,HOOK1,DLG5,GNB2,RFXAP,GNB1,PHF13,LSM14B,SAE1,COPE,LRP12,MXD4,GALK1,LRP11,CUEDC2,GSK3A,PRR7,RBM26,PRKCSH,SLC2A3,USP39,PKD1,SEPT9,SPRED2,ABHD16A,BCL7C,FLOT1,PDE4B,SCYL1,KDM6B,USP48,PDPK1,H2AFX,AXIN1,RNF208,ABHD14A,SYNGR3,ARID1A,SENP3,CKAP4,KLF16,LATS1,VCAN,FCHSD2,NDUFS8,ALS2,DDAH2,EEF1D,TRNP1,LUC7L3,TSEN34,KDM3A,USP15,RGS19,RGS16,OPRL1,RBM4B,PDXP,SLC3A2,RSPH9,MTIF2,AGPAT1,RNF5,TOB1,STRN3,TMEM203,MAT2A,GNA11,MKNK2,DROSHA,RALY,USP24,BAD,LIMK2,CYHR1,ATP2B4,PDE4DIP,GALE,PNKD,ERCC3,CAPN10,ERCC1,BAX,SSBP2,LPIN2,SSBP4"
+"gene_set_query"	"802"	"ZNF500"	"706.0"	"ARCHS4 Coexpression,1620;Enrichr Queries,189;GTEx Coexpression,309"	"PLEKHB2,EHMT2,GPATCH1,HNRNPU,GHITM,SCAMP4,KAT5,TRIM28,MPRIP,MYC,AKT3,DPF2,EPC1,EPC2,SOX4,TBC1D10B,FNBP4,SRRM2,DDX17,WSB2,NUP210,METTL3,DAPK3,CIRBP,CD3EAP,WDR73,MAPK8IP3,SRRM1,NISCH,WDR81,BIN1,DDIT4,ORAI2,ULK1,ANKRA2,PRR12,OBSL1,RPL28,PRR14,SF1,RTEL1,TTYH3,TSHZ3,AGAP1,XPC,BAZ2A,INPP5B,APOO,PTDSS2,VPS11,DHX38,TNRC18,RDH13,PATZ1,RAB11FIP3,VTI1B,CREBBP,ACD,JUN,SETDB1,CADM1,SETD1A,SLC35E3,XRCC1,MTHFR,PHC3,PBX1,PRRC2A,SMARCA4,EHD1,FASN,INTS4,MMS19,CDK13,TMEM9B,ITM2C,PHF2,PIGU,BTG1,CITED2,PIGQ,PCSK7,MED15,PTPRF,AACS,MED17,BBC3,MECP2,MED12,ING4,RFK,QSOX1,CIC,JARID2,CTSB,BRD3,BRD2,HSBP1,MRPS7,ITFG2,LRRC41,SRP9,WDR33,MLF2,MED23,NCOR2,MED22,BDH1,PACS2,MTF2,PXDN,LRRC14,NFIX,DOT1L,AKAP8,PPP2CA,RXRB,SCAF8,MNT,UNK,EXOSC10,TMEM68,RPL14,ANKRD52,MEF2D,RUNX1T1,MAP3K3,SF3A2,PNPLA8,MIB2,GATAD2B,XAB2,NFIB,SGSM2,TAOK2,PKN1,SLC27A1,SPPL2B,CEP120,ROGDI,CLSTN1,FBRSL1,EP300,MAP3K9,TXNL4A,LZTS2,USP8,RNF44,RPS9,TTC7B,POLRMT,FOXP1,DISP2,ARMCX4,MAU2,HNRNPUL1,RAB34,PRPF3,SPNS1,FSCN1,ADNP,SNRNP200,MAX,ANKRD11,LTBP4,SUPT6H,SLC9A1,ZKSCAN3,DVL2,EP400,DVL3,E4F1,CAMTA2,NDUFV3,ATP6V1D,ZKSCAN1,PDZD7,BCL9L,TBC1D16,AP1M1,TIA1,ACBD5,SMAD4,CBX6,CPSF6,UBE2I,OSBPL5,ATP8B2,PHF12,TNK2,PCIF1,EEF2,CDK9,BCL9,PAN3,GON4L,LRFN4,HOOK2,HOOK1,CNOT3,GNB1,AAK1,MDM2,SPIRE2,CYCS,UBE2O,MDM4,TAB1,PI4KB,LRCH4,LRP10,RAB5A,MAP3K12,MXD4,YWHAE,CREBZF,MUS81,RERE,DIDO1,KDM5B,NUMA1,LDB1,THRA,ZC3H4,NVL,PRKCSH,CCDC47,CHD6,DBI,CHD4,ARRB1,CHD3,PKD1,CABIN1,SENP6,SART1,SENP7,SEC61A1,BCL7A,SNAPC2,SIN3A,OPA3,GATAD1,UBTF,MYO18A,EIF2B1,UNKL,TNPO2,RBM5,UNC45A,KDM6B,HGSNAT,KLF13,DST,PDPK1,H2AFX,VEZF1,VPS37B,ARID1A,LATS1,GIGYF1,CREB1,SETBP1,CTDSP2,POLR1B,GFOD2,PFDN2,AHDC1,RNF31,RNFT2,NFAT5,KDM3B,UHRF2,WBP1,ATF6B,SFSWAP,POLDIP3,NDUFB5,MGRN1,ANKS3,POMP,PARN,LENG8,MLLT1,SPG7,CLCN3,AGPAT3,THBS3,GANAB,MTA1,DNPEP,RAB40C,MKNK2,FEM1C,PCDH1,RPP14,ATP9B,FBRS,CAMK2G,PDLIM7,SMARCE1,MLXIP,CIZ1,KDM4B,TRIM41,USP20,TAF13,RNF25,FBXL19,FOXJ2,RPRD2,USF2,MEIS2,FBXL12,CLCN7,KLF7,KLF6,ERCC3,RAB15,TAF1"
+"gene_set_query"	"803"	"ARHGAP35"	"706.5"	"ARCHS4 Coexpression,154;GTEx Coexpression,1259"	"NCKAP1,APP,TRIO,PANK3,CLPB,TRRAP,HS6ST1,NDST1,HERC2,MPRIP,ZMIZ2,DAG1,AKT1,ATXN7L3,SRRM2,SCRIB,ACTN4,MAPK8IP3,HCFC1,MAPK8IP1,CCNY,TBPL1,PRR12,LLGL1,TBC1D9B,TMEM63B,IGSF3,AGAP1,PIK3R2,TTBK2,PTDSS2,ABR,PPP3R1,LARP1,MLEC,AMZ2,TNRC18,PLCG1,PIP5K1C,MAP4,RAB11FIP5,B4GALNT4,SRPK2,CADM4,INTS1,PRRC2B,PRRC2A,HNRNPL,PTK7,WNK1,NDUFAF3,HYOU1,CALM3,DZIP1,BAP1,ARF3,DDR1,PTPRS,GDI1,FAM57B,GRIK5,CETN3,CLTC,AP2A1,TCF20,SMG5,PTPRF,PTMS,NCS1,GPR137,KIF1B,KIF1A,CIC,GIT1,UPF1,ATMIN,MINK1,DYNLL2,SREBF2,VAV2,DDB1,NCOR2,PACS2,CANX,PAFAH1B1,NFIX,ADCY1,SLC7A1,ADCY6,CENPB,AKAP1,PPP1R7,NSD1,GPC1,CLPTM1,ANKRD52,SRSF12,DYNC1H1,SORT1,GBF1,HUWE1,DAB2IP,AP3D1,AP2B1,SCAF1,AGBL5,SKI,SGSM2,TAOK2,YPEL1,HDGF,TRIP12,AGRN,MEGF8,ZFAND3,CLSTN3,CLSTN1,HDLBP,ATN1,CELSR2,IPO7,RIMS4,CHCHD6,RUVBL2,LZTS2,SBF1,PPFIA3,GTF2I,PCYT2,USP5,ANKRD45,LMTK3,MORF4L1,TOM1L2,ACAP3,CLIP2,HNRNPUL1,HNRNPUL2,EEF1A2,PKP4,WDFY3,FAM92A,BRSK1,KHDRBS3,UBR4,PRPF8,SUPT6H,SPATA7,ACACA,RAI1,ARHGAP21,KLC2,DVL1,BTBD2,NACC1,ABL1,DVL3,PLXNA1,BCL9L,KLHDC3,ZFHX2,ODF2,CCDC136,SEC16A,TMEM132A,EEF2,DNAJC18,ARHGAP23,ARHGAP32,DLG4,GNB1,UBE2N,PI4KA,PLXNB2,UBA1,GPR107,LSM14B,EIF4G3,BCL2L2,NFE2L1,EIF4G1,RERE,ZNF512B,GSK3B,KDM5C,NUMA1,PRKCSH,MAST2,ATP2A2,CHD4,CHD3,PTPN23,MEA1,RND2,AFF4,PKD1,TMEM191C,LMNB2,SCRN1,ZC3H7B,EVI5L,NEO1,TNPO2,YWHAG,ARHGEF11,ARHGEF12,CCDC34,GPX4,IQCE,SENP2,RANGAP1,RAD23B,CKAP5,SEPT3,TRAF7,DNAJC5,PEX5,SSX2IP,GTF3C1,NLGN2,DDX25,DCTN1,MLLT1,LRP3,ATP1A1,MFF,PPM1E,DPCD,STRN4,ADD1,DNAJB2,FAM168B,GANAB,FAM168A,CCDC85C,U2AF2,FAM120A,SLC25A23,ATP9A,FBXL19,SYT16,PTPN11,CDC42BPB,NEURL4,CARM1,MGAT4B,ACIN1,BCAR1"
+"gene_set_query"	"804"	"ZBTB21"	"707.0"	"ARCHS4 Coexpression,717;GTEx Coexpression,697"	"EIF4A1,PANK3,CCNH,TRRAP,EIF4A3,ITSN1,GDE1,HNRNPU,JMJD1C,GABPB1,PWP2,BACH1,MYC,FAM53C,CCNL1,DDX18,ARRDC3,FRS2,DICER1,TIAM1,ZC3H11A,SIK1,PFN1,AURKAIP1,ATF4,POM121,CTBP1,DHX9,PEX11B,NMD3,UGCG,PCBP3,BLOC1S1,MIER1,HIVEP1,PIP5K1A,HIVEP2,RBM12,SERF2,JUND,EDEM1,PRRC2C,IRF2BP2,MED13L,EXT1,UCK1,WNK1,RNF220,SETD2,SMG1,BTG1,DIS3L,TCF20,NIPBL,MED13,ZMYM5,DHX15,RIOK1,ARIH1,GABPA,NDEL1,COX8A,BRD2,ZER1,DUSP1,JOSD1,PPRC1,WAC,ECHS1,WDR26,RNMT,AMIGO1,SLC7A1,HSPA13,RELA,SCAF8,BCLAF1,BTAF1,SNX27,NFIL3,SERTAD2,NSD1,AP2S1,SRSF10,RANBP2,MCRS1,TRAPPC10,HUWE1,RSRC2,HIPK1,SCAF4,GATAD2B,ARCN1,PPP1CA,PER1,CCDC9,RLIM,TRIP12,MEGF8,OTUD4,NDUFA13,NDUFA11,TUSC2,ROGDI,UBE2D3,SYAP1,LTN1,STK19,PRDM2,AMMECR1L,SLK,RNF19A,KIF5B,CFL1,OSBP,PAPOLA,EP300,USP7,MORC3,DYRK1A,ATP11C,LMTK2,ATP1B3,ATP11B,WBP11,COX6B1,WDFY1,SRSF3,FIZ1,IFNAR1,ANKRD17,UBR4,UAP1,PDS5A,RLF,PRPF8,RAP1B,BAG5,MED30,UBR5,TBC1D13,SMN1,SKIL,OST4,TRAPPC1,PHF10,SMURF1,ECD,KLHL22,NUP153,ZBTB11,ANKHD1,YRDC,NR4A3,SON,SYNJ1,CNOT1,CNOT2,JMY,UBA2,TAB1,ACBD3,BRWD1,COPE,USP36,DDX3X,DDX47,ETFB,CHD2,RND3,AFF4,AP1G1,RB1CC1,RBM7,MAPK1IP1L,KLF11,GPX4,ZFP91,SMC1A,PTP4A1,SFPQ,NDUFS3,CRY1,ETF1,PPP1R15A,PPP1R15B,NFAT5,DDX27,GTF3C4,USP16,CEBPG,DDX21,AGPAT3,CHSY1,KCTD20,TDG,TRA2B,UBQLN1,FEM1C,ROMO1,MAPK6,SMNDC1,HNRNPA0,SPEN,NOP58,SEC24B,FEM1B,NDUFA4,CCDC59,DONSON,PNRC1,NAP1L4,KLF6,ATP13A3,PPIL4,TAF2,EIF3A"
+"gene_set_query"	"805"	"ZNF544"	"707.0"	"ARCHS4 Coexpression,912;Enrichr Queries,754;GTEx Coexpression,455"	"CYFIP2,MAPKBP1,SMARCB1,TRRAP,IFT172,HNRNPU,EPRS,CAPNS1,ZMIZ2,LONP1,AKT1,SEPHS1,PRKACA,ATXN7L3,SOX4,DAPK1,CD3EAP,MOGS,WDR73,GTPBP4,EWSR1,FEZ2,DDIT4,HECA,AARS2,L3MBTL2,TBC1D9B,DHX8,CTBP2,CSTF3,FLII,CSTF2,FBF1,NEDD4L,ABCB8,GJC1,APH1A,DHX30,PPP3R1,PRPSAP2,SYMPK,RDH13,ST3GAL1,FDFT1,ZSCAN18,BCL11A,PLK2,SLC35E3,TYSND1,PBX2,CDC7,ZWINT,PRRC2A,SMARCA4,EIF5,PPP1R1A,H2AFY2,SESTD1,TDP1,PSMG4,INTS7,MMS19,SUGP2,SUGP1,EZH2,ITM2C,MRPS17,ARF3,OGFR,PIGU,CITED2,SETD7,MRPS12,TCF20,SMG7,PRPF19,PFAS,MRPL42,SMPD4,ATIC,XPO5,ENC1,DHX15,TIMP2,ANXA6,SDF4,CIC,RRP15,ZIK1,RALGPS2,BRD2,UPF1,DFFA,PARP1,TSC22D1,IFT140,STRBP,MINK1,ZDHHC13,ANO6,ELOVL6,WDR34,MRPS7,DUSP6,SREBF2,MLF2,RHOB,SLC7A5,PXDN,RAPGEF1,GLCCI1,ARHGEF2,SGK1,STK40,GRN,SRRT,SLC7A1,TM9SF4,CENPB,GNAI2,RECQL5,NSD1,TMEM68,CLPTM1,ANKRD54,PAK6,MFN2,RAE1,RNF130,RIC3,MBD1,GINS4,HUWE1,AP3D1,MYO9B,GTF2H2,VEGFA,SKI,NFIA,TTC5,APEX1,SERBP1,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,GRINA,EDC3,IGF1R,LAMP1,BASP1,KHSRP,ARHGDIA,CEP250,SMARCAD1,SBF1,MEN1,HMGN1,SUPT16H,SLC38A1,KDM2B,ANAPC7,FBXW9,TPM1,TSC2,THOC3,LMO7,GTF2F1,RNF40,ATXN2L,MSH6,CTDNEP1,PYGO2,ILF3,RALGAPB,MSH2,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,PKP4,ADNP,CSNK1G2,SRSF9,CSNK1G1,CUL9,RAB5C,CCDC24,CLEC16A,SEL1L3,EFNB2,SBNO2,ORC6,PITRM1,PSAP,PDZD7,WDTC1,TRAPPC3,PRNP,CBX5,FUS,HPS4,HMGA1,ASNS,NSG1,SUPT5H,CNOT6,SH3BP5L,HOOK2,CNOT1,HOOK1,GNB2,GNB1,MDM2,SPIRE2,PLEKHM2,PLXNB2,UBA1,LRP10,NFE2L1,PICALM,ZNF512B,KDM5C,PPP1R13B,NAA40,ZMYND19,WDR1,NVL,ZC3H4,PRKCSH,CHD8,CHD6,ZFP82,SYNE2,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,SART3,PPP6R1,OPA3,SNAPC4,NUP62,DIS3L2,ARHGEF11,ACTR2,KLF13,DST,PDPK1,PLA2G4B,CAD,SPATS2,DDX56,TBC1D8,NAV2,RANGAP1,ZFP90,KLF16,VCAN,CTDSP2,POLR1B,DNAJC5,SNRPA1,ZMYND11,THOP1,PPP1R12C,TNFRSF21,GTF3C1,PPP1R15A,RNFT2,MTPN,GTF3C4,ATF6B,ROCK2,RAB1B,FURIN,ATP1A1,RNF4,LRP8,DNAJB2,FZR1,ABLIM1,FAM168B,GANAB,CAND1,DNPEP,RBBP4,PABPN1,DNAJB6,U2AF2,POLR2D,FAM120A,REPS2,FEM1C,FBRS,EIF4B,REPS1,RRM2,EYA3,PDE4DIP,CDC42BPB,PNRC1,TRIT1,POLE4,CLCN7,KLF6,MGAT4B,P4HB,SEC24C"
+"gene_set_query"	"806"	"TRERF1"	"707.7"	"ARCHS4 Coexpression,913;Enrichr Queries,415;GTEx Coexpression,795"	"TRIO,ZMYND8,ZDHHC5,FAM110A,NFU1,PREX1,PPP4R1,ALCAM,FRAT2,RASSF2,ZMIZ1,DPYSL2,MYC,LONP1,CCDC97,ATXN7L1,SLC12A6,ATXN7L3,TBC1D10A,SLC12A9,SRRM2,EPHA4,MEF2C,ST6GAL1,NUP210,LIMCH1,DAPK1,PRKCE,ACTN1,PRKCD,CD3EAP,ANK3,ANK1,INPP4A,TIAM1,DDIT4,TTLL12,PRR12,RPL28,TRIB2,SF1,SLC45A4,CDC42SE1,MTMR1,MACF1,MTMR3,CDCA4,MGST3,CSTF2,TRANK1,NEDD4L,PIK3R1,KALRN,ABR,PPP4C,GSE1,TSPAN5,TNRC18,RCE1,HIVEP2,ST3GAL1,N4BP1,VASP,JUN,CREBBP,CADM1,BCL11B,BCL11A,RCC2,PLK2,TYSND1,MICAL2,PBX2,SMARCA2,PBX1,SRPK1,PRRC2A,SLC6A6,ABTB1,FAM135A,TDP1,ID2,CCDC88C,UNC119,EZH2,ITM2C,NRP1,PIGU,CCDC120,HIP1,CITED2,TCF20,SLC7A11,SPPL3,ROBO1,LIMD2,AKAP12,XPO6,CHMP1A,ENC1,PLEKHN1,JARID2,CIC,RALGPS2,DBNL,MINK1,TET2,ZDHHC13,SIRT7,GMIP,DUSP6,MTSS1,MLF2,NCOR2,SLC7A5,ZEB2,MED25,RAP2B,PITPNM1,PACS1,PXDN,RAPGEF1,ARHGEF1,PABPC1,RHOV,ARHGEF2,SGK1,TKT,RNF166,ARF6,GAS7,GRN,NFIX,SATB1,GNAI3,FAM117B,TM9SF4,GNAI2,FGD3,ZDHHC18,UBN1,APBB2,MEF2D,PAK2,PAIP1,MAP4K4,MAP3K3,SF3A1,MBD6,SORBS2,MYO9B,VEGFA,FABP5,NFIA,NFIB,CAPZA1,SHKBP1,ZYX,PKN1,PNPLA6,CRTC2,ANKRD13D,PARK7,FRY,SLC8A1,IGF1R,SMCHD1,BASP1,COTL1,CEP250,EP300,ANKRD13A,FADS1,SH3GL1,TLE3,RNF44,SLC38A1,KDM2A,KDM2B,ANAPC7,TMOD3,ATP11B,THOC3,FRMD4A,LMO7,DGKZ,RNF40,FOXP1,ADAM19,ACAP2,HNRNPUL1,RAB35,EHBP1L1,SBDS,FSCN1,TNIK,TOX,CSNK1G2,CSNK1G1,FKBP5,CUL9,KLHL17,PXN,ITPR1,CACNA1A,RASGRP2,EFNA4,NDRG1,CORO1A,SOCS2,SBNO2,GRK6,SUDS3,MARK2,NADK,BCL9L,MCL1,WDTC1,DNAJC19,RAP1GAP2,CPSF7,AUTS2,PTCH1,CRIM1,CORO2A,CNOT6,EFNA2,ARPC2,HOOK2,RHEB,HOOK1,GNB2,LRCH4,LRP10,RERE,PRKCSH,CELF2,CHD6,PIK3CD,ADAR,CHD3,ARRB2,AFF3,PITPNC1,SYNE2,LMNB1,PPP1R9B,DUSP11,SPRED2,DUSP12,SEPT9,LASP1,GM2A,PPP6R1,RNPEP,PSD3,CASP2,PMEPA1,KDM6B,SUN2,ACTR2,KLF13,H2AFY,DST,PDPK1,PDE4D,ARHGEF18,NAV1,VPS37B,NAV2,ARID1A,RABGGTA,YWHAZ,ARID1B,DNM2,ARL4C,VCAN,PTP4A3,SETBP1,NUP50,CTDSP2,C1D,EVL,BCAT1,DCTN6,HDAC3,ATF6B,VPS4B,LENG8,ASAP1,LRP8,MLLT6,DCAF15,ABLIM1,SH3BP2,PTK2B,CSK,FYN,MTA2,FNIP2,FBRS,CYTH1,RWDD1,SEMA4D,PCDH7,MBOAT7,ATP2B4,MEIS2,NELL2,NECAP2,MARCKS,KLF6,NIN,NAGK,ACIN1,SMAP2"
+"gene_set_query"	"807"	"SOX10"	"708.0"	"ARCHS4 Coexpression,739;Enrichr Queries,770;ReMap ChIP-seq,278;GTEx Coexpression,1045"	"GMFB,TRIO,SMC6,ENO2,ZFYVE1,TSKU,GPR173,PREX1,MPRIP,DPYSL2,MYC,STMN1,PSMD1,IER5,SAP30BP,MEF2C,IAH1,PRKCE,FRS2,SOX11,SCRIB,ARMC8,EML4,DYNC1LI2,BIN3,WDR81,FEZ1,GPR161,DDIT4,SPARCL1,PRR18,PI4K2A,TTYH3,TTYH1,WDR61,AGAP3,GIGYF2,GJC1,ABR,RDH11,PRDX1,KCNMB4,ST3GAL5,PLCG1,LHPP,FDFT1,VTI1B,ABCA2,CDK19,RPL41,JUN,CADM4,CADM1,RDX,NR2F1,IRF2BP1,PRRC2C,IRF2BP2,PA2G4,L1CAM,MRPL22,PRRC2A,SETX,FAM135A,SLC6A8,FASN,GIPC1,HBP1,FXYD6,GSTM5,CEP57,CDKN1C,ARF3,PYGB,MOCS2,PIGU,BTG1,RPLP1,ASH2L,MED15,PANX1,TUBA1A,UBL3,ATIC,CHL1,B3GALT2,TRIM2,TIMP2,NEFL,JAK2,JARID2,CIC,ZC3H10,GSTO1,ITPK1,ACTL6A,DUSP6,SIRT2,PSMA5,SLC7A5,ZEB2,TUBB2B,INF2,PTRH2,CINP,PXDN,MMP17,GAS7,CLDND1,NFIX,ATL1,ATL2,CENPB,EXOSC10,PSMB2,CHN2,ADAM23,ANKRD54,CKB,NCDN,EXTL3,MDH1,GTF2H1,NMNAT2,SCAF1,GATAD2B,TAOK3,FABP5,MORN4,NFIA,NFIB,TTLL1,FABP7,SRRD,TMEM229B,HDDC2,PHLDB1,SLC27A1,DGKE,RASL11B,TMEM167B,CHPF,CSE1L,CTNND1,CLSTN1,ATN1,PLOD3,ABHD12,RPH3A,NRBP2,FADS2,PPP1CC,LAPTM4A,IPO8,FNTA,FNTB,ADORA1,ZNF326,LZTS2,LZTS1,FADS1,KCMF1,TLE4,MAP2K2,ANKRD44,IGFBP3,TPM1,IGFBP2,PRPF4B,GTF2F2,CLIP2,TOM1L2,ACAP3,FRMD5,CLIP1,MAPKAPK2,SRSF2,FKBP5,BRSK1,RAB5B,RAP1GAP,GOLGA7B,PSAP,BTBD2,ABL1,PLXNA1,LRRC4C,EVI5,RAB6B,IP6K2,LRRC4B,OSBPL9,ZBTB17,AKIRIN1,RAB4B,ATP8B2,TNK2,HPS4,SCCPDH,YEATS2,CSPG5,PLEKHM2,PLXNB1,OSBPL1A,ZNF512B,RNF13,CCDC47,PTPN23,DUSP12,SCRN1,SIN3B,EVI5L,ACP1,TNPO2,ADSL,SGIP1,SECISBP2L,TNFRSF19,VPS37B,ARFGAP1,PTP4A1,PTP4A3,TRAF4,SNPH,PCCB,NLGN3,GTF2A1,NLGN1,NDUFB7,NLGN2,ZBTB43,CXXC1,EHBP1,JAKMIP2,DNAJB2,DNAJB1,ABLIM1,FZR1,PUF60,KCTD20,PTPRZ1,MGAT5B,NNAT,POLR2F,LRRC8D,ASCC2,POLR2G,LRRC8B,SPAG9,NTRK2,MARCKSL1,NTRK3,PCDH7,SEMA4C,DDHD2,HIP1R,LYSMD2,IMMT,TRIT1,GSTZ1,ASXL1,NIN,NFASC,EIF3L,RAB15,MDGA1,TRIM33,SLC23A2,APP,EIF4A3,NUDT2,TXNDC12,PPP2R2A,ZDHHC8,KAT5,DAG1,HABP4,RPS10,FBXO9,SOX5,ST6GAL1,ARRDC3,ACTN4,MFSD11,MAPK8IP3,MAPK8IP1,SRRM1,SFRP1,KATNAL1,FAM76B,SUCLG1,OBSL1,TRIB2,LLGL1,IGSF8,TBC1D9B,IGSF3,STXBP1,SDC3,PIK3R4,DCUN1D1,CD99L2,PIK3R2,PIK3R1,NKAIN2,SYNGR1,INPP5F,PCBP4,PCBP1,TSPAN7,STXBP5,MAP4,GPM6B,SEC31A,VAT1,TMEM184B,FAM78B,INTS1,BCL11A,MICAL3,MYO5A,HSPA12A,DCLK1,MED13L,UBAC2,ICK,ID2,PPP1R1B,CALU,COL9A3,TMCC2,ANP32B,TECPR2,RPS24,CD200,ITM2C,DDR1,DHRS13,HBS1L,PTPRS,FKBP15,GDI1,ZFAND2B,CTSZ,TECR,GRIK3,AATK,SLC35F1,GRIK2,PPP3CA,SLC22A17,DNER,ENC1,NCS1,REV3L,KIF1A,CTSF,NANS,GIT1,CAP1,PCYT1A,PRMT2,ATMIN,GAB2,NME1,RGMA,RHOB,RNF144A,ENAH,KIN,PACS2,KIT,WAC,RHOU,MAPT,SGK1,GBA,NOL7,PRKX,PRICKLE1,PTN,GDPD5,DRP2,AMN1,MAP4K5,DCPS,EPS15,ARNT2,GABBR1,SORT1,SLC31A1,SORBS1,VEGFA,FKBP1A,NUDT9,PDCL3,CACHD1,TOMM7,MEGF8,RAB3GAP1,SCARB2,POGK,ARID4A,ARHGAP39,LZIC,COMT,CNDP2,SBF1,BAHCC1,MORC3,TMOD2,APLP1,SSU72,SHISA4,ATP1B3,ATP1B2,WBP11,POU3F2,SHISA7,DPM2,TMEM135,TMX4,MYCN,EEF1A2,TBC1D23,PXK,TMED10,ARHGEF26,BTF3L4,LPL,CACNA1A,CACNA1D,SLC1A4,NDRG2,NDRG1,SDCBP,RAI1,FUT8,EFNB3,UBB,MAN2A2,TMEM128,ATP6V1H,OTX1,KIF3C,ZC3H13,TBC1D16,DNAJC19,PRNP,GGT7,PDHA1,PTCH1,TBCB,QDPR,GNAO1,ARHGAP32,EFNA2,HOOK2,HOOK1,MKRN1,CNTN1,CNTN2,TAB3,AMOTL2,TAB1,PICALM,SCYL3,KDM5B,CUEDC2,ABCD3,PRKCSH,HP1BP3,USP34,DDX42,GTDC1,DBI,PPP1R9A,PKD1,PHTF1,SLC2A8,SEPT9,LASP1,SEPT7,ZC3H7A,ZC3H7B,MCF2L,LRRTM2,FLOT2,CASP2,LRRFIP2,RBM7,USP46,ARHGEF11,USP48,H2AFZ,RBM18,PDE4D,ABCC5,NAV2,TGFBR1,EPN2,LMBRD1,GAP43,VCAN,CAT,TBC1D7,TRNP1,NUP54,NAT8L,KDM3A,SFSWAP,NRXN1,RAP1GDS1,PDXP,ATP1A1,HMGCR,ASAP2,ATP2C1,CLCN2,NCALD,CYTH3,TMEM201,FAM168A,TNKS2,DROSHA,SPOCK1,NCAM1,RALY,RPP14,SNCA,ATE1,TAF13,GALNT2,EYA3,B3GAT1,PCDHGC3,DTNBP1,MEIS2,HS3ST2,CLCN7,SH3YL1,FMNL2,XPNPEP1,ERCC2,ATP13A2,VIM"
+"gene_set_query"	"808"	"ZNF517"	"709.3"	"ARCHS4 Coexpression,1484;Enrichr Queries,582;GTEx Coexpression,62"	"EIF4A1,MYT1L,EHMT2,THYN1,STMN3,RPL8,SCAMP5,GPR173,RNF112,SAMD14,DPYSL2,BSN,EPHB2,SOX4,IER2,TMEM8B,RBFOX2,UNC5A,ZFP2,ARRDC3,PTOV1,CD3EAP,SCRIB,SOX12,WDR73,CPT1C,MAPK8IP2,MAPK8IP3,EML5,GPR162,STX1B,BIN1,KCNQ2,DDIT4,ULK1,FLYWCH1,VPS28,IGSF8,L3MBTL2,DHX8,SLC45A1,CTBP1,GIPR,AGAP2,CEND1,VPS26B,AGAP3,TTBK1,SYNGR1,FAM171A2,RHOT2,RNF215,MICAL1,VPS11,B4GALNT1,RDH13,RAB11FIP3,ST3GAL1,RALGDS,RHBDL1,B4GALNT4,ZSCAN18,ATP6V0A1,PRRT1,BTF3,BBS1,NTNG2,JUN,PRRT2,JUND,WDR59,IQSEC2,JUP,ABCA3,IRF2BP1,MTHFR,PRRC2B,POU6F1,EXT1,ABTB1,UCK1,HNRNPK,LAS1L,HNRNPF,FASN,ID2,ADCK5,GTF2IRD1,FBXL6,ITM2C,CDKN1C,DDR1,GDI1,GPAA1,FAM57B,PIGQ,NAT14,BBC3,JPH4,ING4,TRIM9,NUDCD3,ACTR1B,MAP1LC3A,GPRASP1,JARID2,GPRASP2,GARNL3,GRIPAP1,RPS6KL1,PRMT7,ZER1,ACTL6B,TSC22D1,PARP2,TET2,NME3,TUBG2,CBFA2T2,AP3B2,MLF2,RHOB,KIFC2,PXDN,MAPRE3,FAM193B,MAPT,VAMP2,RNF165,LRRC14,AMIGO1,ICA1L,GDPD1,CCDC106,BEGAIN,MNT,GPC1,APBB1,CKB,ATP6V0E2,ZSWIM5,PURG,MBD3,NPDC1,RIC3,GABBR1,BRF1,MIB2,DEF8,SCAF1,ERP44,NFIA,SNX15,SERBP1,TTC3,TCEA2,PKN1,AGRN,YPEL4,APBA2,YPEL3,TMEM229B,DPAGT1,ANKRD13B,SLC27A1,MIDN,CRTC1,ROGDI,CLSTN1,ARHGAP39,CYP46A1,SLC8A2,NRBP2,SALL2,POGZ,FAM3A,NRCAM,FADS1,SEMA6C,DGAT1,TPM4,PPP1R16A,TTC7B,DYRK1B,TSC1,KCTD2,VASH1,KCTD6,CLIP3,DISP2,ACAP3,CACNB3,ZFP41,DGKQ,MADD,FSCN1,TBC1D24,FIZ1,FKBP5,BRSK1,SHC2,BHLHB9,NDRG3,ZC4H2,CACNA1B,CACNA1A,DTX3,KLC1,FBXO44,NDRG1,GOLGA7B,IGSF21,PDZD4,DPP6,KLC2,BTBD2,TBC1D13,CAMTA2,H1FX,SRGAP3,IP6K1,TBC1D17,PDZD7,PLXNA3,TMEM120B,SYT3,CBX6,GGT7,ACBD4,ANKRD24,TNK2,ASPSCR1,KLHL22,KLHL24,TRAPPC9,DNAJC18,ARHGAP33,EFNA3,EFNA2,NBEA,HOOK2,REEP2,SPIRE2,PLXNB1,TAB1,GNB5,RNF187,MXD4,GPSM1,RERE,DOCK3,WDR1,PRKCSH,ZC3H3,CHD6,SOBP,ELAVL3,TRO,TMEM222,MDK,OPA3,GDAP1L1,TNPO2,UNKL,EID2B,KDM6B,ACTR2,PDPK1,PPP2R5B,VPS37D,ABHD14A,DDOST,PTP4A3,CTDSP2,PPDPF,GFOD2,SLC25A14,CAMK2B,RNFT2,HDAC5,MTPN,NLGN2,STOML1,WBP1,HDAC1,ANKS3,USP11,NRXN2,RBM4B,CRMP1,DDX21,LRP3,CLCN2,SLC25A27,FBXL20,DNPEP,SV2A,TRIM46,RPP14,PDLIM7,CLASP2,SH2B1,URGCP,USP20,USP21,NICN1,USP22,NCKAP5L,QPCTL,HAGHL,CYHR1,USF2,PNRC1,IRGQ,NEURL4,SBK1,TEF,FAM131B,FAM131A,TBKBP1,VPS45,R3HDM2"
+"gene_set_query"	"809"	"FLI1"	"709.7"	"Literature ChIP-seq,18;ARCHS4 Coexpression,1301;ENCODE ChIP-seq,3;Enrichr Queries,1321;ReMap ChIP-seq,80;GTEx Coexpression,1535"	"POP5,SCOC,NUP107,SLC4A1AP,TFRC,IFT172,POP4,ITSN1,TESK1,TSKU,ALKBH8,ALKBH3,FAM110A,NDST1,RAVER1,CAPNS1,SCP2,DPYSL2,AKT2,AKT1,PWWP2A,PRKACA,PRKACB,FNBP4,SAP30BP,FNBP1,TSTD2,FRS2,PRKAB1,LARS2,DDIT3,ZC3H11A,UNC50,DDIT4,TMEM126A,JTB,ATF4,SLBP,EXD2,SAR1A,NPRL2,MEPCE,BAZ2A,PLA2G6,ADAMTS10,CIAO1,RHOT2,RNF214,PRPSAP2,RHOT1,RNF216,LTA4H,RDH13,PIP5K1C,ATRIP,HEXIM1,JUN,PRPF38B,PRPF38A,JUP,EIF2AK1,NCAPH2,LARP7,PBX1,TBL3,VANGL2,LAS1L,SFXN3,PKIG,DZIP3,MTMR14,PRKAG1,ARHGAP1,SNX11,OSBPL11,MED15,BBC3,DDA1,MED17,OSBPL10,PANX1,MED11,MED14,MMP24,ATIC,MED10,DLGAP1,JAK2,DLGAP3,ENOPH1,PCMTD1,APC2,SPHK2,DUSP1,GSTO1,TEX10,SLC39A11,SLC39A13,EPS15L1,GMIP,BAZ1B,JOSD1,MED26,DUSP6,MED29,TOMM40L,DUSP7,DDB1,MED23,MED22,SLC7A5,PTRH2,PXDN,CINP,MED20,SDHAF1,RAPGEF1,CHST1,ERGIC3,PAFAH1B3,ERGIC2,PAFAH1B2,ERGIC1,TRUB2,ELOF1,URM1,NIP7,DLST,SDAD1,CENPB,SNX29,NRAS,EXOSC10,SNX27,MFN1,SPOP,MFN2,RICTOR,ZSWIM6,SAMD1,ZSWIM4,BID,STX2,MBD3,ATAD1,EGLN1,CENPT,EGLN2,CRBN,MCRS1,TRAPPC10,MBD1,DAB2IP,ARCN1,SKI,NUDT21,RABIF,MYBBP1A,CCDC9,SNX17,SHKBP1,SNX14,TAOK1,TSR1,PKN1,CIAPIN1,AGRN,YPEL5,YPEL4,YPEL3,CRLF2,GZF1,TMEM167B,PDCD6,FBXO28,ATN1,LTN1,CASC4,SLA,PLOD3,MSI1,APEH,FBXO21,FRY,FBXO22,FADS2,POFUT2,FNTB,CEP250,CIR1,MAP3K7,FADS1,FBXW4,BNIP3L,PCYT2,CISH,FBXW8,FBXW7,FBXW9,CTNNBIP1,ZCRB1,POLRMT,FBXW2,LENEP,CDC25B,ATXN2L,TPST2,MINPP1,DMTF1,SRSF2,SRSF4,PKP4,SRSF5,LY6H,SRSF6,SLC27A3,SRSF7,SRSF9,INO80B,KHDRBS1,INO80E,ZC4H2,SPATA2,FBXO45,NRF1,LIN7C,CORO1A,CORO1B,UQCRH,CORO1C,EIF1AD,NDOR1,MED30,G3BP1,ZKSCAN3,G3BP2,EIF4EBP2,ZKSCAN2,BRIX1,NADK,ZKSCAN1,CD276,TMEM120B,NOP14,NOP16,ODF2,FBXO38,ARPC4,ARPC5,FBXO31,UCKL1,DRAP1,YRDC,SH3BP5L,LRCH1,ARPC2,UQCRQ,ARPC3,NACA,SP3,ACO1,CLPTM1L,CNTROB,LRCH4,NIT1,OGT,NOP10,ISY1,ITGB1,ETFA,NENF,NRGN,AP4M1,ALAD,PPP6R1,PPP6R2,PPP6R3,ACP2,PGLS,ACP1,SNAP29,YAF2,BCAS2,UNC45A,EIF5A,ACTR3,ACTR2,ACTR6,DHPS,TNFRSF19,MSL2,VPS13A,AHSA1,TFIP11,SEZ6L,RABGGTA,ARFGAP1,MSL1,ARL4C,ATRN,TMBIM4,SYF2,ETF1,TMBIM6,TOP1,GAPDH,TNFRSF21,BECN1,SNAP47,MGRN1,ROCK2,SRC,SRSF1,SRBD1,LENG8,MLLT1,RCHY1,FOXRED1,EHBP1,TSPAN31,CDC42,ZNRF1,U2AF2,PHKG2,TRIM46,UBQLN1,FYN,E2F4,HNRNPA1,EIF4B,HNRNPA0,GADD45GIP1,NOP58,MARCKSL1,TRIM41,FEM1A,CNBP,NTRK3,TXNL1,PCDH8,CDC5L,MYO16,GSTZ1,DBNDD1,NECAP2,MCM3AP,EIF3M,MYO1B,NAGK,NECAP1,EIF3K,CDKN2AIPNL,EIF3L,EIF3I,TSPAN18,ST7,TRIM35,EIF3G,OCIAD1,EIF3H,STUB1,PDCD2,EIF3C,EIF3D,EIF3A,EIF3B,SLC23A2,SMARCAL1,CERK,PPAN,LDLRAD3,ACTB,RCBTB2,CRKL,HERC4,HERC2,TRIM28,SNRPD2,HERC1,OPHN1,SNRPD1,CDC26,CDC27,TRIM24,CCDC97,EPC2,TRIM27,SNRPD3,ATXN7L1,ATP6V1E1,ATXN7L3,EIF2A,SMARCC1,ATP6V1G2,ACTN1,CIRBP,CSNK1D,MOGS,ACTN4,BCS1L,MFSD10,CDC34,CFDP1,SNHG12,KCTD10,CDC37,SUB1,CSNK2B,KCNQ2,TRIM13,FAM76B,KCTD12,BCORL1,TRIM11,SLC45A4,GGNBP2,DHX8,DHX9,GIPR,MYCBP2,CEND1,ZBTB5,GSPT1,PGS1,SEC14L1,FAM192A,XBP1,MYO5A,HARS2,PTK2,IFFO1,MED13L,SMARCA4,AIMP1,EXT1,AIMP2,MSRA,ZBTB6,CDC16,CALU,NDUFAF3,ECHDC2,NOL10,GRB2,CALR,NOL11,FBXL5,SUGP2,FBXL6,MON1B,HERPUD2,NRP1,DHRS13,MRPS15,MRPS16,PAK1IP1,MRPS12,ICA1,NAT10,COX7C,AKAP12,THTPA,PPP3CA,NUDCD3,PCM1,MAP1LC3B,AKAP11,OTUD6B,RAC3,SDF4,RAC1,SDF2,GIT1,BBS4,COX8A,CAP1,MRPS26,MRPS27,PCYT1A,ATMIN,MRPS25,MRPS23,MRPS21,CACYBP,TFB2M,SYP,SYN3,SYN1,APRT,TOX4,RAP2C,GAK,KIN,RAP2A,SLTM,KIT,TAX1BP1,ARHGEF1,FAM32A,TAX1BP3,ARHGEF2,FAM193A,PABPC1,ARHGEF7,SLU7,PTMA,DYNC1I2,MRPS35,CAB39,MRPS33,GBA,GNAI3,PRICKLE2,COX5B,NAPG,GNAI1,RELA,GNAI2,PCNP,PDZD11,ORMDL3,MGAT3,MGAT1,RAE1,EPS15,PEX16,MAP3K3,DYNC1H1,GABBR2,MON2,PNPLA8,VEGFB,TTC1,MYO9B,PNMA2,PEX14,YIF1B,GRIN1,KLHL9,SH3RF3,TTC9,SEC23IP,NUDT8,KLHL7,HNRNPA2B1,NDUFAB1,TCEA2,AGGF1,TCEA1,GRINA,CARS,SRP19,OTUD5,CRTC2,NARF,SYS1,UBE3C,PRDM4,ZFAND3,PRDM2,UBE3B,SRP14,COX6A1,CELSR2,CELSR3,TXN2,ACTG1,IGF1R,NARS,EEF1B2,PPIP5K2,MORC3,FBXW11,DNAJB12,UBE4A,ADAM10,SDHC,SDHD,SDHA,SDHB,GRIP2,DHDDS,COX6B1,ADAM19,ADAM15,PSPC1,GPRIN1,EHBP1L1,DNAJB11,TBC1D24,PPIF,PLAA,PPIE,PPIH,PPIG,TBC1D23,PPIB,PPID,DDX5,TSG101,COX16,DIABLO,UBA5,COX17,CACNA1B,HTRA2,CACNA1A,CACNA1C,PLD3,TIMM50,NCKIPSD,RAI1,SHARPIN,RNASEH1,IRAK1,DHRS7B,GRK6,TBC1D14,LLPH,TBC1D17,TBC1D16,SYT5,UBE2F,YARS,NUP155,AUTS2,UBE2B,CNOT10,AP4B1,MANBAL,HIGD2A,IFT20,GNAL,HOOK2,CCPG1,GNB2,GNAQ,MKRN1,GNB4,UBE2N,IFT27,UBA2,CNTN2,AMOTL2,DEGS2,GNB5,UBE2M,PHTF2,ZMYND19,LDB1,ADAR,TNFAIP1,TAZ,USE1,LMNB2,PITPNC1,PHTF1,TTC28,CABIN1,TMEM222,TMEM223,LASP1,EEF2K,RASGEF1B,RB1CC1,MYO18A,DACT3,IFT57,SUN2,TBP,ATP6AP1,NUP133,PDPK1,DCAKD,CAD,NAV2,SYNGR3,EPN1,EEF1G,ELF2,RER1,SETBP1,GFOD2,CRY2,MAN1B1,ACOX3,SHANK3,SHANK2,SHANK1,OTUB1,AGPAT5,RRN3,SFSWAP,ASB13,ASAP2,AGPAT1,RNF4,NT5C2,AGPAT3,POLD3,CYTH2,TMEM201,GNG2,MTA1,TMEM203,GNG5,TMEM205,TGS1,TRA2B,GNG7,MKNK2,PTK2B,DROSHA,TMEM208,BNIP2,RALY,MTA2,RPP14,MTA3,FBRS,CYTH1,TIMM8B,TTC14,RRM2,EYA3,CCK,SSRP1,CDK11B,TTC19,USF1,TTC17,POLE4,SMUG1,GALE,ERCC3,ERCC1,POLE3,ERCC5,SUGT1,NCKAP1,VPS29,ANKLE2,TES,ARPC5L,GPATCH1,WDR83,GPATCH4,SMC5,PHAX,SMC6,EPRS,PHB2,RRP9,CNST,TFG,ZMIZ1,AP1S2,LUC7L,VPS36,VPS39,CDK5RAP3,NUP214,DDX17,VPS18,DDX18,NUP210,PRKCE,PRKCD,ARMC9,WDR74,WDR75,AFAP1,SCRIB,WDR73,ATG13,ATG12,GTPBP4,HCFC1,ARMC6,ZSCAN21,ADPRH,TARS2,VPS25,VPS28,PI4K2A,GNE,ANAPC13,LRPAP1,SEH1L,CTBP2,PDXDC1,PRDM15,WDR61,XPC,RNPC3,ARPP19,GNS,ADH5,ANAPC11,NCSTN,LDHA,WDR70,BLOC1S1,BLOC1S2,VPS11,GAR1,RRS1,ST3GAL5,ST3GAL1,HMOX2,VPS16,BTF3,NAA50,PRELID1,NDFIP2,DMPK,HOMER1,SETD1A,NR1D1,MCAT,MEX3C,WDR55,EHD1,HNRNPL,GNPTG,HNRNPK,ARL2BP,HNRNPF,HNRNPD,FARSA,ITPA,SETD5,PHF2,GMEB2,WDR48,BTG1,PHF20,PHF23,SETD6,ARPC1A,GPT,ASH2L,KRI1,WDR43,SMG5,SMG6,UBL5,AIFM1,MTG1,RARS,TK2,RRP12,CIC,JARID2,RRP15,UBL7,ZIK1,SHPRH,WDR37,EXOC7,WDR34,GNL2,WDR35,TERF2,NCOR2,TAF6L,HADHA,ZEB2,NSA2,KAT2A,SIKE1,KIFC2,HEATR5B,TCP1,MTF2,EXOC4,EXOC3,PLEKHO1,EXOC6,GARS,EXOC5,KIFC3,TKT,EXOC2,GAS8,GAS7,EXOC1,CDC123,GRAMD1A,WDR26,NFIX,RNMT,USO1,WDR24,ADCY6,FAM129B,FGD3,ARFRP1,NSD1,USP1,RRP36,SLC17A7,PAIP2,RUNX1T1,YTHDF3,CSNK1A1,NR1H2,WDR18,SYVN1,ELP2,ELP3,WDR12,SYNJ2BP,SCAF1,WDR13,SLC8A3,MKLN1,PHF5A,NFIA,OSTM1,NUCB1,PLP2,TMEM39B,TMEM229B,ANKRD13B,FAM49B,RAB3C,ANKRD13D,RAB3D,CEP120,SYAP1,UBP1,AUP1,PARK7,IPO7,IPO4,TM7SF2,EDC3,SLC8A2,EDC4,PPP1CB,IPO8,SLC39A9,PAPOLG,CFL1,PAPOLA,SLC39A6,SLC39A7,SNRNP35,TXNL4A,PLEKHJ1,HMGN1,IFNAR2,RARS2,TLE4,USP8,RAB2B,MAP2K1,USP7,MAP2K2,TPM4,USP5,TPM3,USP4,USP3,MAGI2,DYRK1A,GTF3A,THOC3,THOC2,LEMD3,THOC5,VRK3,THOC6,PYGO2,EBNA1BP2,ILF3,RAB31,DMWD,RAB34,RAB35,SNRPG,SNRNP27,SNRPE,PHIP,ADNP,STAMBP,SNRPC,FKBP4,SNRPA,CSNK1G2,IFNAR1,CSNK1G1,SNRPB,FKBP5,BRSK1,FKBP2,RAB5C,CCDC24,FAM114A2,CCDC25,INSIG1,UBR4,GLT8D1,SLC38A10,UBR1,HSPBP1,ORC5,ORC4,SCRT2,UBR7,DDRGK1,ORC3,DVL1,DVL2,MAP2K7,RAB6B,SRGAP1,PLXNA4,MCL1,AP1M1,EIF2B5,TRAPPC2,EIF2B4,TRAPPC3,AKIRIN2,UVRAG,AKIRIN1,OSBPL7,EIF2B2,TRAPPC1,RAB4B,CCDC12,OSBPL5,POLR3GL,TRAPPC4,SEC16A,TRAPPC5,M6PR,TRAPPC8,TRAPPC9,LRFN3,REEP1,COPS3,COPS6,COPS5,DAB1,SYNJ1,COPS2,REEP2,PDCL,TPP2,PLXNB2,PLXNB1,CCDC22,CNIH2,RAB5A,RSL24D1,BCL2L1,DIDO1,MCM7,ZC3H4,CCDC47,WDR3,ZC3H3,WDR4,UFSP2,SYNE2,LBH,NOB1,SCRN1,VPS72,AP1G1,RNPEP,UBTF,IDH3B,WDR5,PHACTR3,PHACTR1,EIF2B1,TNPO3,ADAMTS7,RFC3,ADSL,PLEKHG2,CDADC1,GGPS1,RFC2,DIS3,SECISBP2L,TRPC2,RPL13A,PLRG1,WIPI2,SMC1A,DNAJC2,DNAJC7,DAD1,DNAJC6,CTDSP2,POLR1B,POLR1C,DNAJC9,CRK,ALDH9A1,MTPN,HDAC3,TSSC4,RAB1B,VPS4B,TULP4,RAB21,DNAJB1,NFS1,DNAJB6,HAUS8,POLR2A,VPS53,POLR2C,VPS52,RAB24,POLR2E,DNAJB9,POLR2F,CSK,POLR2G,POLR2H,POLR2I,CCDC71,POLR2J,SEC11A,POLR2K,POLR2L,MLXIP,SLC35A1,PPIL1,SLC35A4,PPIL2,RNGTT,SMOX,FBXL19,CCDC59,TPRKB,FBXL16,MTOR,FBXL12,BCKDK,DNAJA1,RAB10,TNRC6C,SNRNP40,POLR3B,RAB14,DNAJA3,MFAP3,POLR3D,DNAJA2,RAB18,CEBPZ,POLR3H,SNRNP48,PPIL3,PPIL4,TPT1,TNRC6A,SLC35B2,TCERG1,ISCA1,IFITM2,SLC35B4,HDAC10,VARS,PITPNB,ZMYND8,HDAC11,GBA2,HS6ST1,RPS15,RPS14,PNN,RPS17,RPS16,FRAT2,RPS19,KAT5,FLAD1,RPS18,PPP2R1A,FTH1,MAGOH,LONP1,ARFIP2,LONP2,RPS11,BTRC,SEPHS1,SEPHS2,RPS13,SRRM2,COG8,COG6,ARRDC1,SLC35C2,COG4,IFRD1,METTL3,COG3,COG2,AP1AR,CPT1C,MAPK8IP3,SRRM1,TIAM1,KARS,MTHFD2L,HECA,MACF1,RTEL1,DCUN1D5,CSTF3,STXBP1,CSTF2,STXBP2,TRANK1,APCDD1,MYL12B,SCFD1,ZNHIT1,CHTF8,PDCD11,PDCD10,ZNHIT3,ATP6V0A2,GSE1,MLEC,TNRC18,STXBP5,RALGDS,VASP,ZRANB1,TMEM184B,SETDB1,SYNRG,PYCR2,PUM2,SMU1,RPS26,RPS25,RPS27,FUBP3,RPS29,ADCK5,RPS20,RNPS1,MAGED2,RBAK,RPS21,TECPR2,C2CD2L,TECPR1,AHCTF1,GFM1,UBXN1,HIP1,GFM2,CITED2,SLC44A2,ZFAND2A,SLC35F5,SRA1,LIMD2,SEC61G,XPO6,C1QBP,CHMP1B,CHMP1A,SH3PXD2B,XPO5,UBXN7,TMED7,UBXN4,UBXN6,GABPA,RAB8A,TMED4,TOP3B,PARP6,TMED9,PPHLN1,CBFA2T2,ZDHHC16,ITFG2,TOPORS,MTSS1,ITFG1,PARP8,MLF2,VAV2,UGDH,SCNM1,NFX1,HNRNPH1,FYTTD1,MAGEH1,DTYMK,AMIGO1,NOL7,NOL8,RFNG,NOL4,NOL6,BEGAIN,PPP2CA,CST3,AMN1,HIRA,ZDHHC18,CHRAC1,METTL6,APBB2,NT5M,ATP6V0E2,APBB3,METTL9,NFYA,MTX2,NFYB,MTX3,NFYC,GINS4,LHFPL4,XPO7,AIG1,RAB11A,KBTBD4,SPCS1,XPOT,CAPZA1,KBTBD2,NBR1,APBA2,MPHOSPH6,NDUFA13,NDUFA12,KDM1B,SPPL2B,CWC25,LZIC,CNDP2,TATDN1,PAIP2B,ARHGDIA,FPGS,HCFC1R1,CWC22,COTL1,AZI2,LMO1,NOM1,PHYH,KDM2A,TRAPPC2L,SHISA5,NOSIP,TUG1,TUFM,PRPF6,HGS,PRPF3,CHMP4B,COPB2,ZCCHC7,IDI1,ISYNA1,COPA,PXK,RPS19BP1,NOP2,EFNA4,CAMSAP1,EFNB2,EMG1,EFNB3,RPRD1B,KLHDC10,KLHDC2,DARS,KLHDC4,CPSF7,PNPT1,CPSF1,CBX4,CBX2,CPSF3,NONO,CWC15,COQ9,EIF2S2,EIF2S1,COQ6,EFNA3,EFNA2,CHMP2A,PI4KA,SKIV2L,BLMH,DYNLRB1,BRWD1,LRP10,COPE,MUS81,KDM5B,KDM5C,THRA,DBI,MFSD8,RBM3,SPRED2,SPRED1,PPP2R5E,SNAPC2,SNAPC4,CASP2,MFSD1,TOPBP1,RBM7,RBM5,RBM6,KDM6B,MAPK1IP1L,SVOP,H2AFY,H2AFZ,AKTIP,H2AFX,AXIN1,RPS3A,OXSR1,DNM1,DNM2,DNM3,FCHSD2,TRAPPC6B,AKT1S1,CDH11,DNLZ,CDH13,TERF2IP,PFDN2,PFDN5,VAC14,STOML2,KDM3A,STOML1,NRXN1,PDXP,NRXN2,TBRG4,TBRG1,GNA13,NXF1,FAM168A,MAPK7,CHSY1,FAM120B,GNA12,BUB3,SNCB,OPCML,KDM4B,TMEM30A,KDM4C,ATP13A1,LIMK2,CYHR1,PDE10A,RPS6KB1,CAPN10,PPP2R2B,RPS6KB2,CDK2AP2,CDK2AP1,ATP13A2,MDC1,MAPKBP1,MT-ND4,CHIC2,UXS1,EHMT1,TSEN54,LSM10,PSMD8,SCAMP4,PREX1,RABGEF1,SAMD14,KRTCAP2,PSMD6,PSMD7,ZFYVE27,MPRIP,PSMD4,PSMD2,SAMD10,CHID1,MEF2A,GABARAPL2,STARD3,MEF2C,DAXX,RBFOX1,RBFOX2,CSNK2A1,RBFOX3,NGDN,DNTTIP1,RFX3,DNTTIP2,RFX1,HDHD2,GAPVD1,EML1,SND1,EML2,SCAMP2,RUFY1,EID1,PRKAR1B,PRKAR1A,ZFYVE19,PSME3,PSME4,RUFY2,PSME1,TBPL1,SPARCL1,RBCK1,LETMD1,MTMR2,TTYH3,MEAF6,TTYH1,MRPL18,AGAP2,MRPL16,MTMR9,SDR39U1,COPS7B,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,MTMR4,OAZ1,MRPL13,GABARAP,MRPL10,MRPL20,CYB5R4,CYB5R3,PRKAR2B,GRPEL2,VTI1A,AMZ2,PSMF1,HMGXB3,RHBDL1,PRRT2,GPR12,CADM2,EDEM1,ABCA3,EDEM2,MRPL27,EXOC6B,BBIP1,SNF8,ERLIN2,FAM136A,MRPL23,MRPL24,MRPL21,SNUPN,EIF1,SETX,MLLT11,MRPL30,ABTB1,UCK2,UCK1,EIF5,EIF6,TDP2,TDP1,PSMG3,PSMG4,PSMG1,AVL9,TMEM9B,GPR19,EZH2,ARF3,ARF4,ARF1,LRSAM1,PIGU,PIGT,PIGO,RPLP1,HEXA,PIGP,MRPL38,MRPL39,CTCF,MRPL34,ECSIT,AACS,PIGX,PQBP1,MRPL33,JPH4,TRMT112,TUBA1C,NIPBL,TUBA1B,MRPL40,TMEM43,TMEM44,FASTK,RPLP2,SH3BGRL3,LRRC47,UPF2,DFFB,LYPLA2,LRRC45,NSUN2,LRRC49,MRPL49,SIRT4,LRRC40,SIRT6,MRPL47,SIRT7,MRPL48,NIPA2,DYNLL1,MRPL45,DYNLL2,LRRC41,MRPL43,SIRT3,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,VAMP7,BDH1,PSMA1,TMEM33,CDC42EP3,TUT1,PICK1,PGAM5,SLC29A1,DLD,VAMP2,SLC29A2,LRRC14,RNASEK,SRRT,SEZ6,RPS27L,HTT,CCNDBP1,PSMA7,MRPL54,GGA1,PSMB7,PSMB4,GGA3,RECQL5,BTAF1,PSMB5,PSMB3,PSMB1,TMEM68,AP2S1,CLPTM1,FLNA,ANO10,HARS,NCDN,RPS27A,EXTL3,SRSF10,YKT6,MEF2D,SRSF11,UTP6,LRRC24,MDH1,UTP3,MDH2,STAT2,TMEM62,GATAD2A,BYSL,TMEM60,LRRC20,SPSB3,PSMC5,LYRM2,PSMC6,PSMC4,TTLL1,PSMC1,SERBP1,PSMC2,RPL22L1,UBAP2,GOPC,CCNT2,FAM13B,YY1,EIF4ENIF1,STK11,RUVBL2,STK16,RUVBL1,SCMH1,FBRSL1,PIM3,PMPCA,KPNA4,KPNA2,SLC25A44,SLC25A46,PPP1R16B,IK,SLC38A1,ANAPC7,VPS33A,PPP1R16A,VPS33B,SARS,PRPF4B,FOXP4,FTSJ3,FOXP1,RBX1,FRMD3,ACAP2,SLC9A5,TXLNA,SLC9A8,FSCN1,ANAPC5,SNRNP200,SQSTM1,KPNB1,RNASEH2A,PFKFB3,PEF1,TUBGCP2,MAX,RAP1GAP,SLC9A1,SBNO1,SBNO2,ATXN2,STK36,SOCS7,ZBTB17,DR1,BRPF1,GOT2,ZBTB11,ZC3HC1,PTPRD,MFHAS1,UBLCP1,STK24,TMEM11,AAK1,NFE2L3,MDM4,TUBGCP4,NFE2L1,MDM1,SLC25A1,SLC25A3,HSP90AB1,CELF1,CELF2,COX4I1,POMT1,PIK3CD,ARRB1,ARRB2,MRPL4,MRPL3,NGRN,MRPL2,SUMO1,HMG20A,DGCR6,ERC1,ERC2,EID2B,PELP1,DIS3L2,SH2D3C,VPS37C,RAD23A,NDUFC1,VPS37B,DDOST,PPM1A,PPM1B,HAX1,PIK3CA,SNURF,PIK3C3,BIRC6,BDP1,SEC22B,SLC25A11,PPP1R12C,AHDC1,SLC25A14,BIRC2,ST6GALNAC6,RNFT2,GTF3C1,PPP1R15B,GTF3C2,NDUFB9,GTF3C3,GTF3C5,NDUFB6,NDUFB5,GTF3C6,NDUFB4,MAK16,NDUFB3,ZBTB43,CXXC1,KATNB1,FOXK2,FURIN,LRP3,ZBTB45,FOXK1,HSD17B12,MFF,PPM1G,GANAB,NCLN,KATNA1,SH3BP2,CDC37L1,LRRC8D,LRRC8A,LRRC8B,SLC25A22,AAMP,ATP9B,SH2B2,SH2B1,NDUFA9,PTPN1,NDUFA8,PPP1R14B,SEC24B,NDUFA6,MMAA,MBOAT7,FOXJ3,NDUFA2,IMMT,LYSMD1,RPL23A,TPD52L2,ATOX1,NELL2,SLC25A38,CCM2,P4HB,SMAP2,SEC24C,MDGA1,EIF4A2,EIF4A1,LPGAT1,CCNJ,TMEM41B,CCNI,CCNH,EIF4A3,ZDHHC5,TXNDC11,ZDHHC6,THUMPD3,GCC2,TXNDC12,ZDHHC7,CYB5D1,ZDHHC4,NUBP2,TXNDC17,UBE2L3,RASSF1,RASSF2,CHORDC1,OGFOD2,CCNL2,KIF21B,CCNL1,SLC12A6,SLC12A9,TMPO,ACVR1,ARSA,ST6GAL1,PAQR4,IMP3,ENTPD4,SCAF11,ENTPD6,NSMCE2,NSMCE1,PISD,GNPAT,THAP7,CD2BP2,PREB,MMADHC,GCDH,TMEM87A,TMEM87B,L3MBTL3,L3MBTL2,CTR9,SUPT4H1,PIK3R4,PIK3R2,PIK3R1,PTTG1IP,UBE2J2,SNX3,APH1A,DHX30,SNX1,COMMD9,DHX32,DHX33,PCBP3,PCBP4,DHX34,PCBP1,DHX36,MIER1,DHX37,HIVEP1,SURF6,DHX38,SYMPK,TSPAN5,HIVEP2,RBM12,RAB11FIP3,N4BP1,SEC31A,CTSA,SURF1,TMEM86B,INTS1,SURF2,IQSEC1,INTS3,INTS2,SURF4,MICAL3,MICAL2,HSPA12A,PAICS,ARMC10,ID2,RPL27A,WNK2,INTS5,PAF1,INTS4,INTS7,CALM3,CALM1,INTS8,TMEM151B,USPL1,FKBP15,PPP1R11,CCDC127,GPAA1,PPP1R10,PTPRN,CTSZ,INTS10,AP2A1,MIA3,WASL,BMI1,AATF,PEPD,PTPRF,SPTLC1,SPTLC2,RSRC1,HYAL2,MLX,ARIH2,REV3L,SSSCA1,ARIH1,CTSE,UTP14A,CTSD,NDEL1,VKORC1,CCT3,CCT2,SEC13,TMEM150A,DBNL,WARS,CCDC115,NCOA4,MINK1,ZFR,ANO8,ANO6,MRPS7,COMMD6,TMEM150C,COMMD4,COMMD5,PDRG1,CTU1,CTTN,KIF2A,CSDE1,NCOA7,CD47,GLCCI1,CRELD2,SFI1,DBN1,STK40,STX12,STX16,HEATR1,DOT1L,STX18,DERL1,CCDC106,RXRB,MNT,EXOSC4,SAMM50,FAM172A,SERTAD2,CAMK2N2,GPC1,EXOSC8,SCAND1,CCT8,PAK3,PAK2,CCT5,EXOSC1,NPDC1,BCAP31,YIPF2,YIPF3,YIPF4,YIPF5,TMUB1,CRIPT,MIB2,PLEKHA6,RSRC2,AP2B1,DOHH,MIAT,PPP1CA,TMUB2,MAD2L2,FKBP1A,RGP1,PER1,DPY19L3,RPA3,FAM171B,DPAGT1,SCARB1,MIDN,DBR1,CD81,BCCIP,CYP46A1,PHRF1,PPME1,KIF5C,PALM,CAPN5,PPFIA1,SNIP1,BANF1,ARID2,BAHCC1,RGS9,PPFIA3,RGS6,SH3GL1,KIRREL3,SLC30A9,TPRA1,ADPRHL2,DIMT1,OSR1,SLC30A5,ATG9A,LMTK3,WBP11,ATAD3A,RUNDC3A,TANC2,TMX4,TMX3,HNRNPUL1,FAM173A,TMX1,HNRNPUL2,UBE2V2,GEMIN7,UBE2V1,MASP1,RTN2,KLHL18,PSMD12,RTN1,TMED10,PSMD14,PSMD13,YTHDC1,SEL1L,TOR1AIP2,SLC1A4,PSEN1,RASGRP2,RPF2,NDRG1,SUPT6H,ACACA,RPF1,FUT8,KIF3B,CAMTA1,CAMTA2,CYC1,NDUFV2,NDUFV1,CCDC134,IVNS1ABP,OST4,GGT7,VTA1,PHF12,ECD,HMGA1,CRIM1,KLHL23,SUPT5H,SSH3,ANKHD1,KLHL20,CLK2,H1F0,GCLC,STT3A,PHF14,PHF13,STT3B,TAB1,LSM14B,PICALM,YWHAE,GSK3B,GSK3A,PRR7,DDX49,DDX46,DDX47,PRKCSH,YWHAB,DDX42,ATP2A2,CHD5,DDX41,CHD2,PPP1R9A,AFF4,PPP1R9B,RPGR,SEC61A1,UBE2Q1,UBE2Q2,BCL7C,BCL7B,GATAD1,NUP62,MLST8,UQCRFS1,TIMM17B,LRRFIP1,YWHAG,RBM33,UTP15,RBM17,GLRX3,NCBP1,EED,NCBP2,GLRX5,DDX55,RBM18,BUD31,DDX56,TBC1D8,ABHD14B,ARHGEF18,ABHD14A,DDX52,UTP18,DDX50,YWHAZ,CREB3,VCAN,LMBRD1,NDUFS8,IRF3,NDUFS7,GORASP2,PEX3,GORASP1,PEX6,NDUFS5,NUP50,NDUFS3,NDUFS2,NAA35,NUP54,NDUFS1,EAPP,IRF9,RBM22,DCTN5,DDX27,PARG,DDX24,DCTN2,NAA20,GOSR2,DCTN4,TAF9,DCTN3,GOSR1,TGFBRAP1,DDX20,PARN,CSTF2T,DDX21,CLCN3,CLCN2,PARL,TAF1B,TAF1C,BMS1,TAF1A,SMNDC1,PDLIM7,RBM39,TAF15,CHURC1,NAA10,TAF13,GALNT2,TAF10,GALNT1,MIIP,TAF11,PDAP1,ATP2B2,LRWD1,MAPK14,SOD2,RPIA,MAPK11,CLCN6,IRGQ,ASB8,ASB6,ACIN1,TAF6,VIM,FAM98A,TAF2,MBTPS2,TAF1,CYFIP2,RPL4,CYFIP1,RPL30,RPL3,TRIO,RPL32,MYT1L,RPL31,TRRAP,STMN3,DCAF8,ENO2,RPL8,DCAF5,GABPB1,RPL6,DCAF6,GLE1,PCMT1,NUB1,RNF114,MYC,CDK20,RPL36,RPL38,PIP4K2B,RPL37,MPV17,DIP2C,IER5,IER2,UNC13B,WSB1,ACOT7,UNC13A,RPL21,PIH1D1,RPL23,DAPK3,MED8,CD3EAP,SOX12,MED4,MED6,RNF126,BIN3,BIN1,CLPP,RPL24,YME1L1,RPL27,RPL26,RPL29,UBA52,RPL28,ALG10B,DUS3L,PRR14,RNF121,CDC42SE1,POM121,MAPKAP1,RPN1,NOLC1,ATXN7L3B,VPS26A,SLAIN2,VPS26B,PRDX3,PRDX2,ABR,PRDX5,PPP3R1,PPP4C,RIC8B,CHST12,PRDX1,RAD21,CHST15,SSR1,CDK17,RPL41,CDK19,ACD,JUND,CHKB,H3F3B,CHKA,RAB3IP,H3F3A,MAD2L1BP,MTHFR,CDC7,UPF3A,PRDX6,TMEM198,TADA2B,TMEM199,FIBP,SLC6A6,OGDH,CDK10,HBP1,DUS1L,SERPINI1,CDK13,CDK14,CPEB4,CDC42SE2,OGFR,TRMU,SPEF1,ELL,CLTC,ADK,CLTA,ING1,CLINT1,TRIM8,ING4,TMEM189,FAM102B,IMPA1,TMSB4X,TRIM2,SPIN1,GPR137,RIOK2,AP3S2,RIOK1,AP3S1,EMD,ZC3H10,HSBP1,SSR2,IFNGR2,TIMM23,AEN,RNF168,RNF167,LSG1,AFTPH,TMEM179,INF2,IVD,TET3,RNF166,SF3B4,SF3B5,SF3B2,RPL10,GPS1,RPL12,RPL11,TIMM13,GPS2,TIMM10,HSPA14,GRAMD4,TM9SF4,TM9SF3,BCLAF1,LMAN2,CHN2,RPS3,RPL13,SC5D,BRD9,RPS2,RPL15,BRD8,RPL18,SF3B1,ANKRD50,DTD1,RPL19,SF3A3,SF3A1,SF3A2,BRF1,RIOK3,TRMT1,GTF2H1,TTC9C,GTF2H5,TM9SF2,AGBL5,XAB2,ERP44,RNF145,TM9SF1,RYBP,TRMT6,ABI1,ZYX,RLIM,RNF141,DGKD,CHPF,ATP8A1,TUSC3,CLSTN3,TUSC2,CTNND2,YEATS4,BZW1,SMARCAD1,LZTS2,MAF1,TMSB10,STK32B,STK32C,SEMA6B,BIVM,RNF44,RPS7,RPS5,IGFBP3,ANKRD44,GPT2,F2R,RPS6,AIP,RPSA,GTF2F1,DGKZ,GTF2F2,RNF40,RNF41,TRAIP,CACNB1,CTDNEP1,CACNB4,RALGAPB,DGKQ,NCL,MADD,ERH,TNIK,TTPAL,MAD1L1,ANKRD17,ENY2,CUL7,DNMT1,SEMA7A,CD151,TNKS,BRI3,ANKRD11,ABHD2,GLO1,AK1,ANKRD12,CUL2,ABHD8,ITPR1,TARS,KLC1,PHF21B,BAG4,KLC2,BAG5,PITRM1,NACC1,BAG1,SAFB2,SLC15A4,MPDU1,WDTC1,ESRRA,TOR1A,ANKRD24,ATP8B2,TNK2,MARCH9,ASNS,ADAP1,LSM5,TOR1B,LSM4,ZZEF1,LSM3,CHERP,LSM2,CDK9,NSFL1C,LSM7,GON4L,CDK5,CDK4,ZFP62,RHEB,MAFG,TADA3,NF1,RNF182,RNF181,SPIRE1,GPR107,SERINC1,IARS,DHCR7,LZTR1,SERINC3,RNF185,CALCOCO1,RNF14,ZFP82,PTPN23,RPL7A,DUSP12,PPP6C,SART1,PTBP1,SART3,OPA1,SIN3B,SIN3A,OPA3,HIF1AN,REXO1,GPX1,PDCD6IP,GPX4,CHUK,ELAC2,ZFP91,RTN4RL2,RANGAP1,COASY,BET1L,NIPSNAP1,REXO4,TRAF7,PTP4A2,PTP4A3,TRAF4,RPL37A,EVL,SNRPA1,EIF4E2,SFT2D1,RNF31,GTF2A1,NFAT5,SMARCD2,NLGN1,RNF34,SMARCD3,WBP1,WBP2,RNF38,RPL36A,DPCD,DCAF15,AP3M2,HIRIP3,PUF60,SNRPB2,DCAF11,WASF1,UGGT1,DCAF12,DCAF13,RNF20,SEMA4A,SPAG7,SEMA4D,RNF24,RNF25,KCNIP2,TXNRD1,ADRM1,PLCL2,SEMA4C,PTPN11,PTPN12,CDC42BPA,TRIT1,RAD52,KLF7,KLF6,NFASC,APC,IMPDH2,MGAT4B,PFKM,PFKP,METAP2,FAAH,CMAS,ARL6IP1,PWP2,PWP1,GOLGA2,GOLGA3,GOLGA5,RUSC2,GOLGA1,ARL6IP5,UBAP2L,ZFPL1,KIFAP3,GOLGA7,SOX4,AQR,NFKBIL1,PTOV1,RECQL,BOLA1,MRPS18B,ACSL6,MRPS18A,JMJD8,JMJD6,MRPS18C,INPP4A,RRAGA,GRWD1,BOLA2,XRN2,VDAC3,PFN1,AURKAIP1,ANKRA2,EZR,CBLL1,CUTA,TMEM161B,NECAB3,ANP32A,PDE1B,TEX264,TWF2,TRMT2A,TEX261,TMTC1,NLK,GMCL1,INPP5B,DGUOK,PTDSS2,PTDSS1,INPP5F,VPS8,NTSR1,SCAI,BANP,FIS1,PTPRN2,STK11IP,BCL11A,TREX1,INSR,PDE2A,SNHG6,MEMO1,STAM,UBAC1,UBAC2,GADD45G,MANF,PARP11,STAG1,CCDC88C,ANP32E,TMCC2,CORO7,TMCC1,ITM2B,ITM2C,CC2D1B,CDS2,DAZAP2,DAZAP1,GDI1,SH3KBP1,FAF1,FAF2,GDI2,MYL6B,PRPF19,RYR3,EPM2AIP1,SERP1,GLIPR2,GUK1,ZMYM5,KIF13A,RSPRY1,PRMT6,MAP4K2,CDV3,ATP6V0B,PRMT7,PRMT2,PRMT3,RHOF,TUBG1,AP3B2,NME1,RAB33B,RHOB,PRPF18,PACS2,POC5,NME7,FRG1,WAC,STRAP,FAM20C,RHOU,ALDOA,SGK1,PRIM2,PRIM1,AKAP7,UQCR11,ANKMY2,CUX2,CUX1,SHOC2,DCPS,LCMT1,MAP4K3,RANBP1,ARNT2,RANBP3,RYK,RANBP9,FAH,RSL1D1,PRPF39,MARS,STAC2,TOMM7,RAB3GAP2,CTNNB1,PRPF31,TRIP12,FAU,TOMM5,CDK5R2,TOMM6,GOLT1B,HDLBP,ARHGAP39,TOMM20,TOMM22,CHCHD4,EFTUD2,FBL,CHCHD2,CHCHD3,BASP1,CHCHD6,POGZ,APLP2,TSC2,WRNIP1,TSC1,KCTD2,TRNT1,KCTD5,PDIA6,TMEM131,DCTD,DPM2,DPM3,PHOSPHO2,RPL7L1,ELMO1,FIZ1,STAM2,ISCU,PDE9A,ATP6V1A,CTTNBP2,NTM,HPCA,BTF3L4,COX7A2,STK4,CPLX2,ADIPOR2,CSF2RA,TMEM121,SDCBP,ARHGAP20,DPP6,MAN2A2,DPP8,TMEM127,DPP9,TMEM128,EP400,ZC3H18,DMAP1,MARK4,ZC3H13,ATP6V1D,MARK3,PDZD8,ANKZF1,PDZD7,ZC3H15,HSPA9,RAP1GAP2,SMAD2,ACBD5,ACBD4,HSPA5,HSPA4,PTCH1,TBCD,IFT122,BFAR,DNAJC14,DNAJC16,AZIN1,NMRAL1,DLG2,NR4A3,TMEM115,DLG4,ATG16L1,DNAJC10,TBCE,CLASRP,ACBD3,GRSF1,B4GALT2,CREBZF,B4GALT3,USP36,SCYL3,ACADVL,USP38,ABCD3,NVL,USP32,GTDC1,SLC2A3,USP39,ELAVL1,SLC2A8,SENP7,TMEM101,SENP5,PDE4B,TMEM108,PDE4A,FLOT2,USP30,MAN2C1,SCYL2,POLG,JAGN1,USP48,KLF13,PDE4D,RNF208,TRNAU1AP,SENP2,ARID1A,SENP3,ARID1B,KLF16,LATS1,FAM189B,DDX19A,TRNP1,ITGB1BP1,CHMP6,CHMP7,CHMP5,TSEN34,CAMK2B,USP14,USP15,RGS19,USP16,POLDIP2,TM2D2,TM2D1,USP10,GMPR2,POMP,USP12,OPRL1,WIZ,MTIF2,MOSPD3,SPG7,STRN4,USP19,STRN3,TFPT,PDE6D,ROMO1,CAMK2G,ABCF3,CLASP1,IGBP1,USP24,PTCD2,WTAP,USP20,B3GAT3,BAD,USP21,HAGHL,SGTA,ZFC3H1,DTNBP1,PDE4DIP,GDAP1,GDAP2,NAP1L4,NEURL4,XPNPEP1,SPRY2,RGS12,SSBP1,SSBP2,SSBP4"
+"gene_set_query"	"810"	"ZNF573"	"710.7"	"ARCHS4 Coexpression,553;Enrichr Queries,883;GTEx Coexpression,696"	"NUP107,VARS,ZMYND8,ZDHHC5,THUMPD3,HNRNPU,JMJD1C,SMC3,EPRS,ALKBH8,NDST1,CDC23,CAPNS1,TRIM28,DPYSL2,MYC,BSG,PSMD3,STMN1,AKT1,PRKACA,ATXN7L3,SOX4,DDX17,SRRM2,MED1,AQR,TIPIN,CXADR,WSB1,CSNK2A1,SCAF11,RECQL,MTUS1,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,HCFC2,SND1,RFX7,ZSCAN21,DDIT4,RUFY2,YME1L1,ALG10B,SF1,MACF1,FLII,MYCBP2,NEDD4L,SLAIN2,GIGYF2,MTDH,APH1A,UGCG,HMGXB4,WDR70,PDCD11,MLEC,TRPM7,ZSCAN18,JUN,INTS1,BCL11A,INTS2,PBX2,PHC3,PRRC2A,SETX,MLLT11,HNRNPL,STAG1,ZZZ3,GIPC1,INTS7,ARF3,OGFR,NRP1,PIGU,CITED2,SLC7A11,PRPF19,SMG5,MED13,TUBA1A,ENC1,SDF4,RIOK2,ARIH1,CIC,RSPRY1,UPF2,UPF1,PBRM1,SHPRH,TEX10,LRRC49,MINK1,PRPF40A,DUSP6,INF2,PXDN,RAPGEF1,ARHGEF2,SGK1,TKT,HEATR1,SDAD1,SLC7A1,CENPB,FAM129B,HIRA,SCAF8,EXOSC9,NSD1,USP1,CLPTM1,MFN2,FLNA,METTL6,ANKRD52,MAP4K5,SRSF10,YKT6,PLEKHA1,USP9X,MTX3,YLPM1,GTF2H1,SORBS2,SYNJ2BP,SCAF1,VEGFA,GATAD2A,SKI,NFIA,NFIB,TAOK1,SERBP1,TAOK2,TSR1,RAB3GAP2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,LTN1,HDLBP,CWC27,TSEN2,UBE2Z,FBXO22,IGF1R,ZFP30,LAMP1,ARHGDIA,SLC39A7,SBF1,RGS9,NOM1,SUPT16H,SLC38A1,USP5,MAGI2,WBP11,CTDNEP1,PREPL,PHOSPHO2,DMTF1,HNRNPUL1,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,KPNB1,ANAPC1,CSNK1G2,RAI14,GLYR1,ANAPC2,DDX6,LRRC59,PFKFB3,RAB5C,FAM114A2,CHRNA7,CUL2,MAZ,SUPT6H,SOCS2,SBNO2,RNASEH1,IRAK1,TPR,UBR5,DNAJC21,DVL1,BTBD2,NACC1,ABL1,SRGAP1,ZKSCAN1,MARK2,PDZD7,BPTF,ESRRA,CBX5,AUTS2,CPSF2,ASNS,NUP153,KLHL24,EEF2,MARCH6,EIF2S1,KLHL20,NFKBIA,EFNA2,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,GNB1,MKRN2,TPP2,PLEKHM2,PLXNB2,GPR107,LRP10,OGT,NFE2L1,EIF4G1,RBM28,KDM5C,WDR1,PRKCSH,WDR3,USP34,CHD6,SLC2A3,ZFP82,YBX1,PTPN23,AFF3,SYNE2,LMNB2,TTC28,PPP1R9B,SEC61A1,SART1,SEPT9,METTL14,LASP1,SEPT6,PPP6R1,SNRNP70,PDE4B,TNPO1,TNPO3,ARHGEF11,TBP,DST,DIS3,PDPK1,PDE4D,ACTR8,NAV2,DDX50,RAD23B,ZFP90,ARFGAP1,KLF16,DNM2,TRAF7,VCAN,PTP4A3,POLR1B,CTDSP2,DNAJC5,NAA35,BIRC6,BDP1,PPP1R12C,RNFT2,NFAT5,GTF3C3,SMARCD2,CANT1,RAB1B,ATP1A1,STRN4,DCAF15,ABLIM1,FAM168B,GANAB,FIP1L1,POLR2B,U2AF2,KATNA1,TAF1A,POLR2D,FAM120A,KRIT1,FEM1C,FBRS,PTCD2,FBXL19,CDC5L,PDE4DIP,CDC42BPB,MEIS2,OXR1,NEURL4,POLR3C,POLR3D,CARM1,MGAT4B,ERCC8,ACIN1,CEBPZ,NAA15,P4HB,SSBP2,TAF2,EIF3A,MBTPS2,METAP2,EIF3B"
+"gene_set_query"	"811"	"NR2E1"	"710.7"	"ARCHS4 Coexpression,899;Enrichr Queries,910;GTEx Coexpression,323"	"CNTFR,AHCYL1,MYT1L,STMN3,HS6ST2,OPHN1,DPYSL5,DPYSL2,DPF1,EPHB1,SOX5,ARL10,EPHA4,MEF2C,RBFOX1,WSB1,WSB2,KCNK10,ACSL6,MMD2,SOX11,ANK1,SFRP1,ASPHD1,IFT81,FEZ1,NUP98,KCTD17,CTXN1,ASTN1,PFN2,GPM6A,ADCYAP1R1,NRN1,TTYH1,MAGED1,FOXG1,PHYHIPL,FAM171A1,ABR,ERI3,TSPAN7,CHST10,KCNN1,TSPAN5,TSPAN3,GPM6B,JUN,FZD3,PTPRN2,CADM1,BCL11B,CADM2,BCL11A,NR2F1,DCLK2,GLUD1,FXYD6,MAGED2,FBXL2,ITM2C,ARF3,GABRB2,WDR47,NCAN,GRIK5,GRIK3,SLC35F1,SLC7A11,C1QTNF4,SERP2,TRIM9,JPH3,TUBA1A,TRIM2,NCS1,DNER,NEFM,KIF1B,KIF1A,DLGAP3,FEZF2,APC2,PSD,PCYT1B,RPS6KL1,ELOVL2,ITPK1,TUBG2,MED29,DUSP6,MLF2,TOX3,TUBB2B,ZEB2,TUBB2A,MMP17,PXDN,MPPED2,CHST1,ARHGEF4,SGK1,PHLPP1,NFIX,SATB2,RPL12,SNX32,CCDC106,PTN,NOL4,BEGAIN,CST3,CUX2,CAMK2N1,NPY,APBB2,CTNNA2,CKB,ATP6V0E2,RUNX1T1,ARNT2,GABBR1,WNT7B,LSAMP,NMNAT2,PNMA2,SNCAIP,VEGFA,ABI2,NFIA,NFIB,FABP7,RPA3,FKBP1B,FAM171B,CTNND2,CYP46A1,CLU,NUDT11,RIMS4,CDH2,KIF5A,PALM,ADORA1,NRCAM,LZTS1,STK32C,PPP1R16B,DSCAM,TMOD2,MAGI2,LMTK3,TBR1,ATP1B2,POU3F1,RUNDC3B,POU3F2,POU3F3,SHISA7,TPST1,OLFM2,LIX1,DOK5,SCG3,TNIK,LY6H,GRIA2,RTN3,KHDRBS2,ARL3,ABHD8,CACNA1A,SLC1A4,BHLHE22,NDRG2,HSPBP1,CACNA1E,CNN3,ENHO,EFNB2,NEUROD2,SNN,DPP6,DEAF1,FUT9,CASKIN1,OTX1,LRRC4B,CBX5,WSCD1,BOD1,TMEM132A,BTBD9,CORO2B,GNAO1,DAB1,NR4A3,CDK5,LHX2,DLG4,PTPRA,HOOK1,CPE,MAP3K10,CSPG5,UBA2,TCF4,YWHAE,THRA,SCHIP1,CHD6,CELF5,PITPNC1,RLBP1,ELAVL2,NGRN,PSD2,YWHAQ,LRRTM2,PHACTR3,EMX1,DCAKD,RNF208,NAV1,SEPT5,SEPT3,PJA1,PTP4A3,DDAH1,NRG3,SNPH,LANCL2,DCX,NAT8L,NLGN3,CAMK2B,USP11,CRMP1,SRI,JAKMIP1,TSPAN31,CACNG7,STOX2,FAM168A,PTPRZ1,MGAT5B,SLC25A23,CACNG4,LGI1,NTRK2,SEPT11,SLC12A5,PCDH9,SMOX,NTRK3,B3GAT1,PCDHGC3,PCDH8,FBXL16,MEIS2,MAPK10,NELL2,PPP2R2C,APC,SYT11,PPP2R2B,POLR3H,VIM,INSM1,CDO1,CBLN1"
+"gene_set_query"	"812"	"CREB3L1"	"712.0"	"ARCHS4 Coexpression,1070;Enrichr Queries,1149;ReMap ChIP-seq,53;GTEx Coexpression,576"	"MDC1,STMN3,GPATCH4,RPL8,SCAMP5,NDST1,KRTCAP2,CAPNS1,CSPP1,DPYSL2,MYC,DPYSL3,IER2,CHID1,DAXX,PIH1D1,RPL23,RPL22,DAPK3,WDR74,CD3EAP,AFAP1,SOX12,GTPBP2,SND1,SCAMP3,BCR,DDIT3,DDIT4,ORAI2,JTB,RPL27,NUP98,DUS3L,VPS28,PLBD2,CDC42SE1,TSTA3,RPN2,NPRL2,MEPCE,AGAP2,BAZ2A,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,MRPL10,ANAPC11,PRDX2,MRPL20,NCSTN,PRDX5,RHOT2,PRDX4,CYB5R3,FLRT2,SSR1,RHBDL1,S100A10,EDEM3,HEXIM1,PRRT1,JUN,RPL41,JUND,PRRT2,DMPK,H3F3B,NCAPH2,PLK2,PMM2,EIF2AK3,IRF2BP1,IRF2BP2,MAD2L1BP,PA2G4,NR1D1,FAM136A,MRPL24,WDR55,TMEM198,THAP11,MLLT11,EHD1,HNRNPL,FIBP,SLC6A6,TBL3,TDP2,HNRNPF,GIPC1,PSMG4,DUS1L,FARSA,FERMT2,CPEB4,ARF4,LRSAM1,GMEB2,PIGO,HEXB,PHF23,PHF1,GPT,SHB,MED16,WDR46,MED15,TRIOBP,BBC3,PQBP1,MRPL33,TMEM189,TRMT112,MRPL40,FASTK,SMPD1,TIMP2,RPLP2,PLEKHN1,CIC,JARID2,ZC3H10,NUDC,TPI1,SSR4,SPHK2,SSR2,SSR3,MRPL49,SLC39A13,NUTF2,SIRT7,COPZ1,MED29,LRRC41,DUSP6,MED22,TAF6L,MRPL53,SLC7A5,TUBB2B,TUBB2A,INF2,KIFC2,CDC42EP4,PXDN,TUT1,SLC29A1,GAS6,ERGIC1,VAMP2,LRRC14,RNASEK,NFIX,LIN37,GSTP1,RPL12,GPS1,SRRT,WDR24,MRPL54,TM9SF3,MRPL55,FAM129B,UNK,GGA3,LMAN2,FLNA,SLC17A7,HARS,RPS2,CKB,RPL18,SAMD1,RABAC1,DEDD,CENPT,MBD6,LRRC24,GOLM1,WDR18,TRMT1,WDR13,SCAF1,ARCN1,GATAD2A,TM9SF2,SKI,AGBL5,TMEM59,TM9SF1,CCDC9,SNX17,SHKBP1,SNX15,TAOK2,NUCB1,PKN1,AGRN,TMEM167B,CHPF,TUSC2,PLOD3,CASC3,AUP1,ZBTB22,ALDH1L2,CLU,HDDC3,SLC8A2,TM7SF2,YY1,POFUT2,SLC39A9,RUVBL2,CFL1,NUDT19,PMPCA,SLC39A7,TMSB10,FADS1,RPS9,PCYT2,DGAT1,CISH,TPM4,RPS8,RPS5,IGFBP3,PPP1R16A,TPM1,FOXP4,LENEP,DISP2,CTDNEP1,PYGO2,SLC9A5,ZFP41,DMWD,RAB34,ERP29,FSCN1,FKBP5,PFKFB2,LRRC59,INO80B,BRSK1,FKBP2,INO80E,RAB5B,RNASEH2A,CD151,MAZ,ISG20L2,CUL1,SLC38A10,ARL2,HSPBP1,CORO1B,UQCRH,SLC9A1,CORO1C,GLIS2,NDOR1,NACC1,DVL2,ABL1,SLC38A2,MCL1,PLXNA3,MPDU1,ESRRA,EIF2B4,OSBPL7,ANKRD27,CCDC12,SEC16A,GFPT1,MARCH9,LSM4,SCRT1,MARCH4,FBXO31,LSM2,COPS6,SH3BP5L,CDK5,CDK4,MAFG,PLXNB2,MDM4,CLPTM1L,SERINC2,RNF187,LMBR1L,ITGB1,HSP90AB1,MCM7,RNPEPL1,WDR1,TRADD,ETFB,AP4M1,MRPL4,RPL7A,DUSP12,PPP6R1,SUMO3,PGM3,DGCR8,WDR6,PMEPA1,MDP1,UNC45A,PLEKHG2,REXO1,RPL13A,RAD23A,ARFGAP3,YDJC,BET1L,DDOST,COASY,MSL1,PTP4A2,PTP4A3,DALRD3,TRAF4,C1D,DNAJC8,SLC25A5,PPP1R15A,GTF3C2,CANT1,WBP1,LRP1,PRCC,CXXC1,FURIN,ZBTB45,LAGE3,DNAJB1,GANAB,HIRIP3,U2AF2,RAB23,VPS52,BEND3,TRIM46,SH3BP4,IGF2BP3,POLR2G,E2F4,HNRNPA1,UGGT1,SLC25A22,POLR2L,SLC35A2,GADD45GIP1,PPIL1,SEPT11,TRIM41,PPIL2,MBOAT7,SEMA4C,RPL23A,FBXL16,MCOLN1,NELL2,KLF6,VAPA,IMPDH2,MGAT4B,PDCD4,RUNDC1,PDCD2,STUB1,P4HB,RHEBL1,BCAR1,SLC35B2,VARS,KDELR1,ZMYND8,PPAN,GBA2,ACTB,RASSF1,RPS16,TRIM28,RPS18,FLAD1,FTH1,DPF1,LONP1,ARFIP2,TRIM27,CCNL2,RPS11,SOX4,SEC63,TBC1D10B,SLC12A9,TMPO,ST6GAL1,ACTN1,ALG5,ALG2,CIRBP,MOGS,CSNK1D,ALG1,ACTN4,CPT1C,JMJD8,ANK1,TWSG1,CDC34,CDC37,GRWD1,CSNK2B,KDELR2,EZR,AURKAIP1,STX1A,CUTA,TMEM87B,RTEL1,MYL12B,NUAK1,PRRC1,PCBP4,PCBP1,SYMPK,TNRC18,RALGDS,SEC31A,RAB11FIP5,VAT1,SNHG1,XBP1,XRCC6,TMEM184B,SURF4,MICAL2,PUM1,HARS2,PAICS,GADD45G,EXT1,RPS27,PTK7,ID2,CALU,NDUFAF3,ADCK5,PAF1,SDC1,ALDH18A1,CALR,ANP32B,RCOR2,RGL2,TECPR1,FBXL6,ITM2C,NRP1,TRAM1,DAZAP1,TMEM151B,CITED2,FAF1,CTSZ,TECR,MIA3,AP2A1,PTPRK,SLC7A11,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,SERP1,GUK1,HYAL2,MLX,SDF4,TMED2,RAC3,QSOX1,SEC61B,NANS,CTSE,PSD,PSENEN,CBR1,TMED9,SEC13,ATP6V0B,GP1BB,CCDC115,PRMT1,NCOA4,RHOF,ZDHHC16,MRPS7,MRPS6,APRT,NME1,MLF2,RHOB,TOX3,KIT,UFC1,TAX1BP3,KPTN,SGK1,FYTTD1,CSTB,GBA,NEDD8,CCDC106,RFNG,GDPD5,COX5A,TYMP,RXRB,AMN1,HIRA,ARVCF,MNT,OS9,CUX1,GPC1,GPC2,MTX1,YIPF3,YIPF5,VEGFB,TMUB1,AP2B1,MIAT,GRIN1,PPP1CA,VEGFA,SPCS3,PER1,SEC23IP,SGSM3,HDGF,ESYT2,FAU,PNPLA6,DPAGT1,OTUD5,SCARB1,CRTC2,MIDN,NARF,CD81,HDLBP,FAM174B,BASP1,ARHGDIA,KIF5A,CAPN5,CAPN2,FAM3A,BAHCC1,PPFIA3,SH3GL1,SLC30A5,KCTD2,LMO7,PDIA6,ADAM19,DPM2,DPM3,HNRNPUL1,FAM173A,SIDT2,RAI14,RTN2,COPB2,ISYNA1,TMED10,NDUFB10,UBA5,COPB1,SEL1L,LTBP4,HTRA2,FBLN1,EFNA4,NDRG1,SEL1L3,EFNB2,ZMAT2,MAN2A2,GRK6,TBC1D14,VARS2,NDUFV1,SYT5,OST4,PRNP,ACBD5,SYT3,ACBD4,CBX5,PTCH1,HMGA1,CRIM1,KLHL22,NUP153,SUPT5H,ARHGAP23,PAN2,EFNA3,H1F0,EFNA2,BMP1,HOOK2,DLG4,HOOK1,OSTC,STT3A,CHMP2A,CNTN1,SRPRB,PHF13,AMOTL2,LRP10,GALK1,UBE2M,MUS81,ACADVL,CUEDC2,GSK3A,NAA40,PRKCSH,MAST1,DDX41,TAZ,RND2,USE1,SEC61A1,SEPT9,LASP1,TMEM223,ABHD16A,ZC3H7B,BCL7C,GMPPA,BCL7B,SNAPC4,FLOT1,PDE4A,TIMM17B,YWHAG,SCYL1,KLF11,SPATS2,RNF208,GLRX2,SYNGR3,SEPT5,CKAP4,KLF16,EEF1G,FAM189B,VCAN,TMEM214,IRF3,GORASP2,EEF1D,DDAH2,CDH11,AKT1S1,TRNP1,TSEN34,STOML2,ATF6B,DCTN2,GMPR2,PDXP,SLC3A2,RSPH9,AGPAT1,RNF5,U2AF1L4,THBS3,RMND5B,CYTH2,NXF1,DNPEP,GMDS,TMEM203,GNA11,FAM120A,MTA2,PDLIM7,SPEN,NAA10,TAF13,B3GAT3,USP21,HAGHL,CYHR1,ATP2B4,SH3YL1,IRGQ,GALE,UFM1,XPNPEP1,GLB1,CAPN10,ERCC1,RPS6KB2,FAM131A,BAX,TAF6,VIM,RBMX,SSBP4"
+"gene_set_query"	"813"	"ESRRB"	"713.0"	"Literature ChIP-seq,41;ARCHS4 Coexpression,1400;Enrichr Queries,852;GTEx Coexpression,559"	"GMFB,ITSN1,TESK1,DPYSL2,AKT1,MEF2C,RBFOX1,RFX1,GAPVD1,SCAMP1,HDHD2,BCR,UQCRC1,ASPHD2,UQCRC2,RBCK1,SLBP,ABCB6,BAZ2A,ABCB8,AAAS,MRPL12,MTMR7,CYB5R1,MRPL20,RHOT2,RNF215,RDH14,RDH13,JUN,CADM1,PMM1,GPR12,CADM2,NR2F1,PBX1,CS,SETX,UCK2,TBL3,EIF5,PKIA,DIS3L,MRPL38,MED19,MRPL36,ECSIT,OSBPL11,MRPL34,PIGX,MMP24,MED13,MRPL40,FASTK,NEFL,ENOPH1,PCMTD1,LRRC47,DFFA,SPHK2,PGAM1,MRPL47,EPS15L1,MRPL46,SIRT3,MRPL44,PXDN,TMEM106B,SLC29A1,DLD,PAFAH1B2,VAMP2,SLC29A2,ODC1,SEZ6,DLST,TMEM70,TMEM68,MFN1,MFN2,RABAC1,ATAD1,MBD3,MDH1,MDH2,ATRNL1,WNT7B,TRAPPC10,SNX21,LRRC20,LETM1,FABP3,ABCB10,CIAPIN1,CRAT,GZF1,MTCH1,MSI1,FBXO21,FBXO22,HDDC3,FADS3,POFUT2,ATCAY,ADORA1,NUDT19,MTPAP,FADS1,KPNA1,SLC25A46,CDKL2,SH3GLB2,PCYT2,DGAT1,CISH,ATP11B,POLRMT,FOXP1,TPST2,OLFM1,MAPKAPK2,SRSF2,FSCN1,PKP4,SLC27A3,KPNB1,ARL8B,SLC27A4,UQCRB,GMPS,FOXO6,FBXO44,FBXO41,UQCRH,RAP1GAP,ACAT1,SOCS2,IP6K2,GOT1,GOT2,EEF2,UCKL1,ZC3HC1,SH3BP5L,UQCRQ,TMEM11,ACO1,ACO2,MCFD2,SLC25A3,ALAS1,COX4I1,CELF4,ETFA,ETFB,BICD2,MRPL4,MRPL2,FSD1L,SUMO3,DNM1L,ARL5A,EDIL3,ACTR6,TNFRSF19,NDUFC1,RAD23B,HAX1,SLC25A19,IMPAD1,SLC25A12,BCAT1,SLC25A11,SLC25A4,NDUFB9,NDUFB8,NDUFB5,MGRN1,NDUFB4,SRF,NDUFB3,CXXC1,NDUFB2,ZBTB43,LENG8,MLLT1,SRL,RCHY1,FOXRED1,MLLT6,FCHO1,UBQLN1,CDC37L1,EIF4E,NDUFA9,CYB5B,NTRK2,NDUFA7,NDUFA6,MMAA,NDUFA5,NDUFA3,NDUFA2,IMMT,TPD52L2,NELL2,SUCLA2,EIF3L,TRIM35,KCP,PTPN9,SMAP1,SLC25A36,EIF3A,EIF4A2,SLC23A2,SMARCB1,TMEM41A,CPNE5,PLEKHB2,ZDHHC5,TXNDC11,ZDHHC7,TRIM27,PTGFRN,ARL10,EPHA4,ST6GAL1,ZFP1,ACTN1,ECH1,CSNK1D,ANK3,ANK1,THAP4,GNPAT,SFRP1,PPA2,AARS2,GGNBP2,SDC3,CEND1,ACTR3B,SNX3,SYNGR1,DHX35,MIER1,ATP6V1C1,CTSA,NTNG2,NTAN1,BRI3BP,PAICS,ID2,CALM3,CALM2,DDR1,COX7B,HIBADH,FAM57B,DIRAS1,CTSZ,GRIK3,PCSK7,COX7C,AKAP12,NCS1,ARIH2,DHX15,REV3L,RAC3,ARIH1,CTSB,COX8A,MRPS28,NCOA1,NCOA2,MRPS24,STARD3NL,MRPS25,GAA,MINK1,MRPS2,MRPS7,COMMD4,MRPS5,MRPS9,KIT,CANX,DBN1,MRPS35,MRPS36,MRPS33,HSD17B4,CRIP2,PRICKLE1,MRPS30,CCDC106,COX5B,COX5A,GNAI1,SAMM50,CAMK2N1,GPC1,HSF2,HSF1,CCT4,PLEKHA1,PNPLA8,VEGFB,MIB2,UBE2G1,COX6C,VEGFA,YIF1B,KLHL9,PDCL3,NUDT8,NDUFAB1,AGGF1,ZFP28,FHOD3,MIDN,UBE3C,WWC1,KLHL34,OGDHL,UBE3B,CYP46A1,COX6A1,TXN2,KIF5C,KHSRP,SH3GL2,RGS7,SDHC,SDHD,SDHA,POU3F1,WBP11,SDHB,ATAD3A,GRIP2,TMX2,EEF1A2,PPIF,PLAA,RTN3,NDRG4,NDRG3,NDUFB10,ARHGEF26,NDUFB11,NXPH3,SLC1A1,CACNA1A,CACNA1C,NDRG2,NDRG1,FUT8,KIF3B,FUT9,DHRS7B,CAMTA1,CYC1,NDUFV3,NDUFV2,NDUFV1,UBE2F,PDHA1,UBE2I,TIMM44,KLHL23,KLHL24,UBE2W,HOOK2,HOOK1,CCPG1,STT3B,TAB1,GNB5,UBE2M,YWHAB,PRR3,CHD6,ATP2A2,CHD5,CHD4,ADAR,SEC61A1,EEF2K,BCL7A,TIMM17A,UQCRFS1,LRRFIP1,SULT4A1,YWHAG,YWHAH,NUP133,PDPK1,GLRX5,NAV2,SYNGR3,EPN1,PJA2,LMBRD1,NDUFS8,NDUFS7,UBE2R2,NDUFS6,NDUFS5,NDUFS4,NDUFS3,NDUFS2,NDUFS1,ZMYND11,RBM24,SHANK3,NAA20,CRMP1,SLC3A2,MAT2B,RNF4,CYTH3,GNG5,OXCT1,SLIT1,BNIP1,RPP14,MTA3,NIPSNAP3B,CHURC1,EYA3,ATP2B4,ATP2B1,SOD2,TTC19,HS3ST1,ACVR2A,GOLPH3,PNKD,GLB1,ASB8,GPD1L,SUGT1,IPO11,WIPF3,ENO2,DCAF6,GLS,NUB1,MYC,STMN1,RPL38,NUP214,GTPBP6,ARMC8,HCFC2,ARMC1,RNF123,GPR162,DAAM1,BIN1,SEH1L,CTBP2,PRDX3,ABR,RIC8B,PRDX1,ST3GAL5,NAA50,CHKB,PRDX6,EHD1,OGDH,CDK16,CDKN1C,CLTC,SMG5,CSRP2,AIFM1,MTG1,ANXA6,SPIN1,JARID2,CIC,UBL7,CEP68,BRD2,TPI1,HADHB,EXOC6,GARS,GAS6,TIMM9,TIMM10,NSD1,CKB,DEDD,RUNX1T1,WDR18,TTC9B,SYNJ2BP,BLCAP,LRPPRC,RNF146,NFIA,OSTM1,NFIB,DGKE,ANKRD13D,RAB3A,CTNND2,BZW2,IPO7,ABHD11,MAEA,TUBB3,CFL1,PHYHD1,TXNL4A,HMGN3,ANKRD13A,MAGI1,SEMA6C,USP8,RNF44,VASH1,THOC7,CLIP2,DMWD,RAB34,RAB35,FKBP3,FKBP5,BRSK2,CUL7,ANKRD16,CBFB,ABHD2,AK1,AK2,AK3,UBR2,PHB,RHOBTB2,NEUROD2,BTBD1,UBR5,NACC1,PSAP,PLXNA2,SAFB2,CCDC32,RAB6B,SRGAP1,MAP2K5,PLXNA4,ESRRA,ANKRD28,EIF2B4,RAB4A,BTBD6,RCAN1,COPS5,DAB1,LHX2,MAFG,CPE,NF2,CNIH4,WDR1,RNF14,DUSP12,IDH3B,PHACTR1,IDH3A,ADSL,GPX4,DUSP26,ZFP90,NIPSNAP1,DNAJC2,PTP4A3,ASPH,DNAJC5,CCDC43,EIF4E2,SOS1,CRK,NLGN3,NLGN2,RNF34,EI24,WBP4,PDHB,JAKMIP1,FZR1,NFS1,RAB23,RAB28,ADSS,SLC35A2,SPAG7,KCNJ11,RNF24,MTOR,TRIT1,ENOX1,CUL4A,RAD52,TNRC6C,RAB14,DNAJA2,MGAT4B,PFKM,PFKP,TCERG1,FAAH,HDAC11,PITPNA,CISD1,RPS15,GOLGA4,GOLGA5,RUSC2,FLAD1,HABP4,LONP2,SOX5,SRRM2,PDHX,SLC6A17,MRPS18B,MTUS1,AP1B1,MAPK8IP2,MAPK8IP3,AFG3L2,COX7A2L,RRAGD,VDAC3,VDAC1,HECA,SUCLG1,SIK2,TEX264,MGST3,DCUN1D2,NMD3,LIAS,GMCL1,NLN,ZNHIT1,PDCD10,TMEM184C,ZRANB2,BCL11B,BCL11A,UBAC1,ADCK1,BAP1,CC2D1A,ITM2B,CDS2,ROBO2,DAZAP2,GFM1,FAF1,GDI2,CX3CL1,ROBO1,EPM2AIP1,SIPA1L1,AUH,C1QBP,DLAT,RALGPS1,MAP4K2,CDV3,TSC22D1,PRMT1,STRBP,CBFA2T2,AP3B2,RAB33B,MAPT,SGK1,ALDOA,TOMM40,UQCR11,UQCR10,TRAK1,ARNTL,AKAP1,NT5C,ANKMY2,CUX2,NT5M,APBB1,RANBP1,MTX2,PTGES2,SLC31A1,AIG1,NDUFA12,COMT,CHCHD4,COL4A3BP,CHCHD3,TATDN2,BASP1,CHCHD7,HCFC1R1,AZI2,TMEM14C,PHYH,APLP2,MATK,ATP1B1,RSBN1,OXA1L,MYCN,TMEM136,ILVBL,AMPH,XPR1,NTM,LPL,COX7A2,EFNA4,CSF2RA,OTX1,PDZD7,DNAJC19,KLHDC2,CBX3,SMURF1,IDH1,IDH2,DNAJC11,COQ9,COQ7,COQ6,COQ5,EFNA2,NR4A3,CAPRIN1,RFXAP,PI4KA,CLASRP,GRSF1,LRP10,KDM5B,DBI,ELAVL1,ELAVL2,SLC2A8,SPRED2,CASP3,SPEG,POLG,JAGN1,USP43,PDE4D,CKAP4,DDAH2,CDH13,B4GALT5,CAMK2B,HCN3,USP16,POLDIP2,RGS16,NRXN2,ATP1A3,SPG7,TOB1,IWS1,USP19,HSPD1,MAPK9,DDT,GNA12,NCAM1,SNCB,PTCD2,WTAP,USP21,SGTA,HAGHL,PDE4DIP,PPP2R3A,MEIS2,NAP1L4,SLC4A8,PPP2R2D,BAX"
+"gene_set_query"	"814"	"ZNF213"	"713.3"	"ARCHS4 Coexpression,720;Enrichr Queries,180;GTEx Coexpression,1240"	"IFITM2,CLPB,HDAC10,TESK1,ZDHHC8,SCAMP4,RAVER1,DHX57,DPYSL2,MYC,ZMIZ2,SAP130,BSG,CCDC92,SOX4,IER2,TBC1D10B,SLC12A9,ARSA,WSB1,PAQR4,CIRBP,PTOV1,CD3EAP,SCRIB,CSNK1D,RFX1,MAPK8IP3,MFSD10,CCNY,WDR81,DDIT3,DDIT4,ORAI2,TBPL1,HECA,ULK1,FLYWCH1,RBCK1,PRR12,VPS28,NUMBL,TTYH3,NPRL3,DCUN1D1,UBE2J2,FAM160B2,SYMPK,TNRC18,PIP5K1C,RALGDS,RAB11FIP3,SLC19A1,ST3GAL2,RAB11FIP5,BRAP,SRPK2,VASP,NTNG2,JUN,JUND,JUP,DMPK,SURF2,IRF2BP2,MEX3D,GADD45G,EHD1,ABTB1,TBL3,GIPC1,FASN,ID2,BAP1,C2CD2L,ITM2C,OGFR,PIGU,CITED2,PIGQ,MRPS12,AATK,AP2A1,MED16,BBC3,TRIM8,GUK1,FASTK,XPO6,GPR137,CIC,CTSD,GIT1,UBXN6,DLGAP4,SPHK2,GAA,ITPK1,SLC39A13,TUBG1,GMIP,MED26,MLF2,RHOB,NCOR2,SLC7A5,MED25,INF2,PITPNM1,PACS2,PACS1,PXDN,ARHGEF2,ALDOA,ATP6V0C,GRN,ELOF1,MNT,ZDHHC18,CUX1,CKB,SCAND1,RAE1,NPDC1,SF3A2,NR1H2,MIB2,SCAF1,RAB11B,AGBL5,SPSB3,RABIF,NFIA,CCDC9,SHKBP1,SGSM2,YPEL1,TCEA2,ZYX,PKN1,AGRN,YPEL3,GRINA,ANKRD13B,SLC27A1,MIDN,ANKRD13D,CHPF,ATN1,ACRBP,STK11,RUVBL2,ARHGDIA,HCFC1R1,PALM,FBRSL1,PIM3,PPFIA3,SLC39A3,PIAS4,TLE4,TLE3,SH3GLB2,RNF44,FBXW5,PCYT2,MAP2K2,ATG9A,SHISA5,LMTK3,TSC2,DYRK1B,VRK3,FOXP4,ATAD3A,DGKZ,RUNDC3A,PDIA6,PIAS2,ACAP3,CLIP2,MAU2,DGKQ,FSCN1,SQSTM1,CSNK1G2,LY6E,PFKFB3,CUL3,MAZ,ISG20L2,LTBP4,FOXO6,NDRG1,FBXO44,PLD3,SLC9A1,PDZD4,SBNO2,SHARPIN,PITRM1,DVL1,BTBD2,GRK6,G3BP1,E4F1,CAMTA2,MAP2K7,TBC1D17,MARK4,SAC3D1,NADK,WDTC1,ESRRA,KLHDC3,PRNP,KLHDC4,CBX4,ODF2,CCDC136,TNK2,HMGA1,EFNA2,LRFN4,HOOK2,HOOK1,GNB2,SPIRE2,PLXNB2,MAP3K10,LRCH4,LRP10,MXD4,MAP3K12,GSK3A,RNPEPL1,PRKCSH,CHD6,ARRB2,MEA1,PKD1,TMEM191C,PPP1R9B,DUSP12,PPP6R1,DGCR8,EVI5L,KDM6B,REXO1,KLF13,PDPK1,H2AFX,ARID1A,EPN1,DDOST,KLF16,PTP4A3,NDUFS7,CTDSP2,PPDPF,SSX2IP,PPP1R12C,PPP1R15A,TRABD,DDX25,MGRN1,WBP2,OPRL1,WIZ,RSPH9,FURIN,ZBTB45,MLLT1,MFF,DPCD,PPM1G,HSPD1,FZR1,HIRIP3,DNPEP,RAB40C,PHKG2,MKNK2,TRIM46,FEM1C,SLC25A23,FBRS,SLC25A22,PDLIM7,MAPK3,KDM4B,TRIM41,ATP13A1,NCKAP5L,MBOAT7,CYHR1,LRWD1,CABLES2,CHFR,CLCN7,KLF6,DRG1,STUB1,BCAR1,SSBP4"
+"gene_set_query"	"815"	"PDX1"	"713.4"	"Literature ChIP-seq,59;ARCHS4 Coexpression,963;Enrichr Queries,1245;ReMap ChIP-seq,250;GTEx Coexpression,1050"	"SCOC,POP7,POP4,SCAMP5,PSMD6,KRTCAP2,ALKBH1,HIST3H2BA,CHID1,GABARAPL2,GABARAPL1,RBFOX2,CACNA2D1,RFX3,RFX1,SND1,BCR,MYL6,JTB,TBPL1,ATF4,SLBP,SAR1B,NPRL2,MTMR4,GABARAP,MTMR7,LARP1,RDH14,EDEM3,HEXIM1,JUN,PRPF38A,CADM1,EIF2AK3,NR2F1,MRPL28,ERLIN2,FAM136A,MRPL24,PBX1,CS,PKIA,SFXN3,AVL9,HEXB,PIGP,MRPL32,MECP2,B3GALT2,SMPD1,TCP11L2,NEFM,APPL1,DFFA,SPHK2,SIRT4,MANEAL,MRPL46,DUSP6,LRRC41,PTRH2,PXDN,RAPGEF1,SLC29A1,DSCAML1,VAMP2,PAFAH1B2,TRUB1,TRUB2,RPS27L,CCNDBP1,PSMB5,SNX27,ANO10,RPS27A,MEF2D,SRSF10,YKT6,NKTR,ATAD1,MCRS1,TMEM59,PSMC4,SERBP1,RIMBP2,SLC27A1,CASC4,CASC3,FRY,FADS2,LAPTM4A,FNTB,MTPAP,SYBU,NOMO1,FBXW8,CISH,FBXW7,CTNNBIP1,TBR1,FOXP4,TPST2,ACLY,MAPKAPK2,LY6E,PFKFB2,LRRC59,INO80B,KHDRBS1,SHC2,INO80E,UQCRB,ARL1,SPATA2,ACAT1,HSP90B1,BRIX1,ZKSCAN1,ZBTB17,GOT1,FUS,UROS,GFPT1,SH3BP5L,SON,UQCRQ,STK25,OGT,SNAP25,HSP90AB1,SCHIP1,AKAP8L,CELF3,PTEN,AP4M1,ZNRD1,PGM3,UNC45A,EMX1,BCAS3,SIGMAR1,ARFGAP3,MSL1,QTRT1,BCAT1,TNFRSF21,BIRC2,SEC22C,GTF3C1,NDUFB9,MGRN1,NDUFB5,SRBD1,PRCC,CXXC1,HSD17B12,MLLT3,CXXC4,SRM,PARD6A,CDC37L1,E2F4,PCDH1,HNRNPA1,AAMP,EIF4E,ATP9A,SLC25A25,NTRK2,FEM1A,FEM1B,PCDH7,MBOAT7,NICN1,FOXJ3,SYT16,EIF3K,PDCD4,EIF3H,PDCD2,P4HB,EIF3D,SLC25A36,SMARCAL1,AHCYL1,CERK,THUMPD3,NUDT2,LDLRAD3,CDC26,OGFOD2,EPC1,EPC2,CCNL1,SEC63,TMPO,ACVR1,ATP6V1G2,ARL15,ALG5,ECH1,ALG2,ACTN4,VWA5B2,ANK1,THAP4,FLYWCH1,TAGLN3,STX1A,NRN1,GIPR,TMEM63C,ZBTB5,SNX1,PCBP1,PCBP2,DHX38,DECR2,CTSA,XBP1,LRRN3,ST8SIA3,SURF4,MICAL3,NTAN1,PAICS,PTK2,PPP1R1A,ID2,PPP1R1B,CALU,RANBP10,GRB2,DHX29,FBXL6,MON1B,PCSK2,PPP1R10,PTPRN,INTS10,CTSZ,ICA1,MRPS10,WASL,HERPUD1,AKAP12,ACTR1A,NUDCD3,MAP1LC3A,SPTLC2,ENC1,IDS,SDF2,MRPS28,CCT3,TMEM150A,WARS,MMD,PABPC4,MRPS23,NCOA4,CACYBP,ARHGEF1,STK40,AHCY,PCNA,STX16,DERL1,MNT,NFIL3,CAMK2N1,EXOSC9,ORMDL3,EPS15,BCAP31,PNPLA8,YIPF5,CRIPT,HUWE1,PLEKHA6,NLE1,PEX14,NUDT9,SGSM1,MAD2L2,PER1,SGSM3,RPA3,SCARB2,CRTC2,NARF,BCCIP,UBE3B,IGF1R,EEF1B2,FAM174B,KIF5C,TBC1D30,ENPP5,RGS9,SH3GL2,PCID2,SLC30A9,MMGT1,POU3F1,POU3F2,RUNDC3A,PCP4,TMX4,HNRNPUL1,TMX2,GPD2,DNAJB11,WDFY3,GEMIN7,SIDT2,RTN2,DDX5,TMED10,RTN1,NDUFB11,UBA5,NPR2,SEL1L,CACNA1B,CACNA1A,CACNA1D,RTN4,CACNA1H,RAI1,KIF3B,CAMTA2,TBC1D17,BCL9L,SYT4,SYT1,KLHL26,DSTN,ANKHD1,SYT7,IFT20,HOOK2,HOOK1,CCPG1,GNAS,CNTN1,UBA3,STT3A,IFT27,RERE,PHTF2,DDX3X,MAST2,CHD6,DDX42,ADAR,TNFAIP1,CHD2,SEC61A1,YWHAQ,MAN1A2,TIMM17A,YWHAH,TBP,DYNLT3,ATP6AP2,DDX54,YWHAZ,PJA2,LMBRD1,NDUFS8,IRF3,ATG4B,NDUFS2,MVD,ACOX3,DCTN6,DCTN5,NAA20,GOSR2,CRMP1,ASAP1,CLCN3,ACVR1B,RNF4,RNF5,CYTH3,TAF1D,CAND1,PABPN1,MKNK1,NAA25,TMEM208,FBRS,SMNDC1,CHGA,BNIP3,CDK11B,TTC17,PNKD,ERCC1,ASB6,TAF6,KRAS,R3HDM1,RPL3,MYT1L,DCAF6,RPL7,RRP9,RNF114,ZMIZ1,MYC,RPL38,DIP2B,CDK5RAP3,CHGB,TSPYL2,ACOT9,WSB1,TSPYL1,UNC13A,NUP210,DAPK1,DAPK3,REV1,CD3EAP,SOX11,GTPBP4,RPL26,VPS25,PRR14,VPS28,PRR13,CTBP2,NOLC1,LDHB,PRDX4,SSR1,ST3GAL5,NUP88,NDFIP2,RPL41,HOMER1,RAB3IP,IRF2BP1,IRF2BP2,PA2G4,NR1D1,HNRNPL,SLC6A6,GTF2IRD1,PAM,CPEB4,CDK16,BTG1,ELL,PHF23,ADK,UBL3,TRIM2,ENSA,ANXA7,TK2,RIOK2,CIC,ZC3H10,TPI1,WDR37,SSR4,SSR2,SSR3,AEN,COPZ1,BACE1,NCOR2,KAT2A,TMEM179,TUBB2A,GART,EXOC2,GRAMD1A,GRN,WDR26,NFIX,TIMM10,HSPA14,HSPA13,BCLAF1,PPP1R7,RPS3,SC5D,RPL15,BRD7,CSNK1A1,SYVN1,ELP3,BLCAP,ERP44,NUCB2,TUSC3,CLSTN3,BZW2,CLU,PPP1CB,ABHD11,SALL2,SLC39A9,TLE3,RAB2B,ANKRD49,USP3,IGFBP3,MAGI3,DYRK1A,GTF3A,VRK3,RNF40,PYGO2,TOM1L2,ERH,TOX,CSNK1G1,ENY2,ABHD2,INSIG1,ANKRD12,SLC38A10,HSPBP1,GOLGA7B,STIP1,PITRM1,PLXNA2,SRGAP3,MCL1,AKIRIN2,EIF2B4,TRAPPC3,SLC4A10,M6PR,TRAPPC9,LSM5,COPS4,CNOT4,BCL9,COPS6,LRFN5,NBEA,CDK5,LHX2,CPD,COPS2,CPE,TPP2,RNF181,SERINC1,CNIH3,BCL2L1,MCM7,TRADD,SYNE2,PTBP1,NOB1,SIN3A,SLC37A4,ADSL,SGIP1,ZFP91,RPL13A,DUSP26,BET1L,PTP4A3,ASPH,POLR1D,LEPROT,WBP2,WBP4,AMBRA1,AP3M1,ABLIM1,FZR1,POLR2A,POLR2D,DNAJB9,DCAF11,WASF1,MEST,CACNG4,SEC11C,PPIL1,KCNJ11,SEMA4D,IDH3G,SEMA4B,PLCL2,TPRKB,RPL35A,CDC42BPA,TRIT1,PNRC2,ENOX1,ASXL1,CUL4A,RAB10,KLF6,RAB15,RAB12,CEBPZ,INSM1,VPS45,SLC35B2,VEZT,SLC35B1,ZMYND8,TIAL1,PPP2R1B,RPL36AL,FLAD1,PPP2R1A,LONP2,TBC1D10A,SOX4,SOX5,SLC6A17,IFRD1,MTUS1,PTOV1,COG1,CPT1C,COX7A2L,NIF3L1,RRAGD,SIK3,SIK2,ATP6V0D1,CBLL1,PFN2,GPM6A,BEX1,TSHZ3,DCUN1D5,TRMT2A,NUAK1,PTDSS1,PDCD10,TNRC18,VASP,TMEM184C,PTPRN2,BCL11B,INSR,ZWINT,MANF,CCT6A,FUBP1,TECPR1,ROBO2,DAZAP1,CITED2,SH3KBP1,MYL6B,VLDLR,SIPA1L2,SIPA1L3,SERP1,GUK1,SEC61G,KIF13A,TMED2,SEC61B,TMED9,PRMT1,AMPD2,MTSS1,VAV2,RPUSD1,NME7,B3GNT5,MAPRE2,MAGEH1,TOMM40,AKAP8,AKAP7,TRAK1,NOL4,TCEAL8,ANKMY2,SUSD4,SHOC2,DCPS,RANBP3,NFYA,PTGES2,MPP6,SPCS3,NBR1,TOMM7,CDK5R2,CDK5R1,NUCKS1,CCDC28B,FBL,TATDN1,LMO1,CHRNB2,KDM2B,ATP1B1,KCTD6,MYCN,PRPF3,ELMO1,SCG5,FIZ1,SCG3,AMPH,XPR1,FAIM,ZCCHC7,SEZ6L2,ARHGAP12,DPP6,PCSK1N,UBB,DPP9,ZMAT5,MARK4,ATP6V1D,MARK1,RAP1GAP2,MPST,KLHDC4,CBX5,NONO,IDH1,IFT122,AZIN1,EFNA2,SRPRB,ZSCAN2,LRP11,USP39,SPRED2,LRRTM2,TMEM109,POLG,KDM6A,KLF11,SVOP,ABCC8,ABCC5,ARID1A,ARID1B,CKAP4,KLF16,LATS1,TRNP1,AKT1S1,TMEM9,HAGH,B4GALT5,STOML1,RGS16,ETFDH,ATP1A1,MTIF3,TOB1,GNA13,FAM168A,GNA12,NT5DC3,PDE6D,NCAM1,CDIPT,REPS1,SNCA,TMEM30A,QPCTL,PCDHGC4,CADPS,LIMK1,PCDHGC3,MEIS3,MEIS2,SH3YL1,XPNPEP1,CAPN10,PPP2R2D,CDK2AP1,ATP13A3"
+"gene_set_query"	"816"	"PRDM12"	"715.3"	"ARCHS4 Coexpression,978;Enrichr Queries,1151;GTEx Coexpression,17"	"SCOC,ARL6IP1,MYT1L,STMN2,STMN3,HS6ST2,SCAMP5,DPYSL4,DPYSL5,DPF1,RPL37,PRKACB,EPHA5,HES6,COG8,EPHA7,ACOT7,TSPYL1,SLC6A17,SLC6A15,PTOV1,ISLR2,ANK2,SOX11,CSNK1D,CSNK1E,SOX12,CPT1C,MAPK8IP2,ANK1,GABRG2,GPR162,SFRP1,PRKAR1B,KCNQ2,YME1L1,TAGLN3,TSPYL4,LLGL1,ASTN1,BEX4,BEX2,BEX1,NRN1,TSHZ3,SHMT2,FOXG1,CEND1,PHYHIPL,RTF1,TTBK1,FAM171A2,PGBD5,INPP5F,PCBP4,TSPAN7,SCN3A,RAB11FIP3,ATP6V0A1,PRRT1,PTPRN2,MAGEE1,BCL11B,HOMER1,DMPK,NR2F1,MYO5A,UPF3B,SNAP91,MLLT11,CALY,CALM3,CALM1,RCOR2,GABRB3,CSRNP3,GDI1,GRIK3,SHD,PTMS,JPH4,UCHL1,JPH3,TUBA1A,MRPL40,SLC22A17,RFK,IDS,NEFL,KIF1A,FEZF2,GPRASP2,APC2,PRMT8,ACTL6B,SYP,MANEAL,DYNLL2,AP3B2,SYN1,ARHGEF9,TMEM179,TUBB2A,PXDN,MAPRE3,MAPT,VAMP2,RNF165,NAPB,SATB2,DOT1L,GDPD1,NOL4,TCEAL6,GLRA2,TCEAL5,TMEM169,OS9,CAMK2N2,MFN1,GPC2,ATP6V0E2,ZSWIM4,DYNC1I1,GABBR2,WNT7B,PCGF2,GABRA3,LSAMP,LHFPL4,PNMA2,NMNAT2,GRIN1,SGSM1,MORN4,KIF26A,MARS,SARM1,APBA1,APBA2,CDK5R2,CDK5R1,PRDM8,RAB3C,RAB3A,ARHGDIG,ARID4B,ATCAY,MAEA,TUBB3,RGS7,NSF,CHRNB2,MAP2K4,IGFBP3,LMTK3,VASH2,TBR1,RUNDC3B,POU3F1,FBXO10,TMEM130,RUNDC3A,POU3F2,POU3F3,CLIP3,PREPL,SLC9A6,GPRIN1,AMPH,SCG3,LY6H,FAIM,ATP6V1A,GRIA2,RTN3,BRSK1,BHLHB9,RTN1,PKDCC,ARHGEF25,NXPH4,TMEM59L,ABHD8,CACNA1B,CACNA1A,FOXO6,BHLHE22,DTX3,KLC1,CPLX1,CACNA1E,FBXO41,PHF21B,TMEM121,PDZD4,NEUROD2,IGSF21,EFNB3,KIF3A,CASKIN1,CAMTA1,KIF3C,OTX1,RAB6B,SRGAP1,LRRC4B,KLHL29,UBE2F,SYT3,RAB4A,AUTS2,CBX4,WSCD1,CBX2,SLC4A10,SYT7,SCRT1,GNAO1,RALYL,EFNA3,DLG2,EFNA2,LRFN4,SYNJ1,NSG2,CDK5,DLG4,LHX2,CDK4,REEP2,GNB1,AAK1,GNAS,PIN1,CNTN2,RNF187,PODXL2,CELF4,ELAVL4,CHD6,CELF5,FBLL1,ELAVL2,SEC61A2,RPL7A,EEF2K,LRRTM2,GDAP1L1,WDR5,WDR7,ERC2,SULT4A1,EID2B,YWHAG,YWHAH,EMX1,SVOP,SYNGR3,SEZ6L,DNM1,SEPT3,DNM3,GAP43,PTP4A3,NRG3,TRAF4,DNAJC6,SNPH,DDAH2,DNAJC5,DCX,TERF2IP,INA,RNFT2,STOML1,CLEC2L,ATP1A3,CRMP1,ZBTB45,TM2D3,FAM169A,TTL,ADD2,AGPAT4,MAPK9,CACNG7,STOX2,GNG3,TMEM201,SV2A,SLITRK1,SPOCK2,SLITRK5,FSD1,SNCB,PCDH1,MEST,ATP9A,CLVS1,OPCML,BEND6,NTRK2,LINGO1,SLC12A5,TRIM41,FEM1A,NTRK3,NCKAP5L,CADPS,PCDH8,HAGHL,LYSMD2,NAP1L2,GDAP1,MEIS2,NAP1L5,HS3ST2,MAPK10,NELL2,FAM155A,NECAP1,PDE10A,GLRB,TSPAN18,NOVA2,ATP13A2,INSM1,MDGA1,CBLN1"
+"gene_set_query"	"817"	"KLF4"	"715.6"	"Literature ChIP-seq,10;ARCHS4 Coexpression,1260;Enrichr Queries,844;ReMap ChIP-seq,118;GTEx Coexpression,1346"	"NUP107,POP7,TFRC,ITSN1,TSKU,FAM110A,NDST1,TBK1,CAPNS1,DPYSL2,AKT1,PRKACA,SAP30BP,PRKAB2,UNC5A,FNBP1,PRKAB1,BCR,LARS2,DDIT3,DDIT4,UNC50,FAR1,ATF4,SLBP,TSTA3,SET,SAR1A,CDCA4,NPRL2,MEPCE,PLA2G6,CIAO1,RHOT2,RDH13,ATRIP,HEXIM1,JUN,JUP,NCAPH2,TBL3,VANGL2,NMT2,SFXN1,PRKAG1,SNX10,SNX11,BBC3,DDA1,SMPD3,ATIC,JAK2,DLGAP4,PCMTD1,DUSP1,SPHK2,IFT140,TEX10,EPS15L1,JOSD1,BAZ1B,MED26,MED29,DUSP6,PGM2L1,DUSP7,SLC7A5,MED24,PLSCR3,MED21,PXDN,MMP17,MED20,RAPGEF1,PTRH1,ERGIC3,PAFAH1B3,ECHS1,LIN37,URM1,NIP7,ATL2,SDAD1,CENPB,NRAS,MFN2,ZSWIM6,STX2,CENPT,EGLN2,MBD6,CRBN,WNT7B,TRAPPC10,SNX21,SKI,RABIF,MYBBP1A,CCDC9,SNX14,SNX15,YPEL1,PKN1,AGRN,MTCH1,PDCD6,FBXO28,PDCD5,MSI1,FBXO21,POFUT2,FADS1,DGAT1,FBXW8,CTNNBIP1,LENEP,CDC25B,MSH6,ATXN2L,TPST2,ACLY,MSH2,SRSF3,SRSF5,LY6H,SRSF7,ARL8A,SLC27A4,ARL8B,LY6E,INO80B,KHDRBS1,TXNDC9,SMYD5,FBXO45,UAP1,FBXO44,UQCRH,CORO1C,SNN,NDOR1,ZKSCAN3,NAE1,FUS,FBXO38,HPS3,ARPC4,FBXO31,UCKL1,DRAP1,SON,ACO1,ACO2,NIT1,OSBPL1A,ITGB1,ETFA,BICD2,ACP2,SNAP29,EIF5A,UNC45A,ACTR3,ACTR2,TNFRSF19,RABGGTA,MSL1,ARL4C,ETF1,TMBIM6,BCAT2,UHRF2,ROCK1,ROCK2,U2AF1,MLLT6,CDC42,ZNRF1,SRR,ZNRF2,KCTD20,U2AF2,TRIM46,KRIT1,EIF4H,FYN,IGF2BP3,E2F4,PCDH1,DRAM2,UBQLN4,EIF4B,TRIM41,SSB,FEM1B,CNBP,MID1IP1,TSPAN14,EIF3K,EIF3I,TRIM35,STUB1,EIF3E,ACTB,RCBTB1,HERC4,TRIM28,CDC27,TRIM26,TRIM27,SNRPD3,CCDC92,SMARCC1,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,BCS1L,CDC34,TRIM13,KCTD12,CCDC84,NUMBL,TBC1D9B,GIPR,TMEM63C,SDC3,CEND1,ZBTB5,CDKN2AIP,NKAIN2,MBTD1,SYNGR1,SEC14L1,NTNG2,XBP1,BSDC1,NTAN1,ZBTB6,CALY,CDC16,CALU,SDC1,FBXL3,CALR,FBXL5,SUGP2,FBXL6,SUGP1,HERPUD2,MRPS17,NRP1,DHRS13,MRPS15,PAK1IP1,ICA1,PTMS,HERPUD1,AKAP12,SYNCRIP,MAP1LC3B,RAC3,SDF4,RAC1,GIT1,GAA,PABPC4,GAK,RAP2A,RAP2B,SLTM,CANX,UFC1,ARHGEF2,PABPC1,PTMA,DYNC1I2,NAPB,PCNA,CAB39,SSNA1,MRPS33,COX5A,GNAI2,PCNP,NFIL3,PDZD11,MGAT1,EPS15,DYNC1H1,GABBR1,MON2,SPRYD3,SORT1,PNPLA8,VEGFB,KLHL2,MYO9B,GRIN1,YIF1B,VEGFA,TTC4,TCEA1,HDGF,GRINA,ZFP28,OTUD4,SRP19,SYS1,NARF,NUP188,PRDM4,CRTC1,ZFAND3,ZFAND5,PRDM2,UBE3B,UBE2Z,CELSR2,IGF1R,EEF1B2,GNPTAB,MORC3,TMOD3,UBE4A,UBE4B,POU3F1,EEF1A1,ADAM15,EHBP1L1,PPIF,TBC1D24,PPIH,PPIB,PPIA,COX19,DDX5,NDUFB10,DIABLO,COX17,PLD3,CACNA1H,CNN3,GRK6,TBC1D13,TBC1D17,SYT5,YARS,SYT1,CNOT10,SYT7,GNAO1,AHI1,HOOK2,HOOK1,GNB1,CNTN1,UBE2N,UBE2O,DEGS1,AMOTL2,TCF4,DEGS2,UBE2M,MXD4,CUEDC2,DYRK3,LDB1,TNFAIP1,RND2,RND3,LMNB2,LMNB1,CABIN1,LASP1,TMEM223,EEF2K,IFT57,SUN2,SUN1,TBP,NUP133,TTC33,HUNK,SYNGR3,EPN1,EEF1G,RER1,GFOD2,CRY2,ATP6V1B2,CUEDC1,AGPAT5,RRN3,RNF7,NT5C2,ADD1,RNF2,AGPAT4,TMEM203,PABPN1,OXCT1,TRA2B,MKNK2,TRA2A,TMEM208,PTK2B,MTA2,FBRS,TTC14,TTC13,BNIP3,EYA3,SSRP1,USF2,USF1,TEF,ERCC1,CARM1,KRAS,GPD1L,IPO13,ARPC5L,HNRNPU,PHAX,SLC4A3,GLS,ALCAM,ZMIZ1,AP1S1,HOMER3,VPS36,VPS18,PRKCI,PRKCD,GTPBP6,REV1,SCRIB,GTPBP2,GTPBP1,GTPBP4,HCFC1,DAAM1,VPS28,SEH1L,WDR61,ADH5,MTDH,LDHB,BLOC1S1,GAR1,VPS11,FDFT1,CEP78,BTF3,NDFIP2,ICMT,PLK2,SETD1A,IRF2BP2,NR1D1,MCAT,WDR55,EHD1,HNRNPL,SQLE,MEX3A,ARL2BP,HNRNPF,ATG2A,HNRNPD,MMS19,HNRNPC,ITPA,CDKN1C,PYGB,BTG1,WDR48,PHF23,SETD6,PHF1,GPT,SMG7,UBL5,TIMP2,PLEKHN1,CIC,WDR36,NUTF2,FAM126A,COPZ1,NCOR2,TAF6L,HADHA,TUBB2A,KIFC2,TCP1,TKT,GART,GRN,RNMT,WDR24,FAM129B,RPS15A,PPP1R7,SLC17A7,CKB,DEDD,FARP1,CSNK1A1,PCGF3,ELP2,DHRS1,HIPK1,SCAF1,SCAF4,MKLN1,PHF5A,OSTM1,NFIB,PLP2,ANKRD13B,ANKRD13D,RAB3D,PARK7,RPL10A,CLU,IPO4,TM7SF2,EDC4,PPP1CB,PPP1CC,CFL1,SLC39A6,TXNL4A,MAGI1,TLE4,THOC1,LEMD2,THOC6,PYGO2,EBNA1BP2,RAB34,DMWD,RAB35,FKBP4,FKBP3,CSNK1G2,CSNK1G1,RTN4R,FKBP2,RAB5C,CBFB,INSIG1,GLT8D1,ORC6,DDRGK1,DVL1,DVL2,MAP2K7,SRGAP1,MCL1,EIF2B5,TRAPPC3,UVRAG,RAB4B,TRAPPC1,CCDC12,TRAPPC5,SCRT1,REEP1,COPS6,LRFN4,SLC7A6OS,PLXNB2,PLXNB1,CNIH3,RAB5A,BCL2L2,BCL2L1,WDR4,AP1G2,AP1G1,SNRNP70,ADSL,PLEKHG2,DNAJC6,CTDSP2,POLR1D,CEBPG,VPS4A,DNAJB2,DNAJB1,ABLIM3,POLR2A,RAB23,POLR2D,RAB24,POLR2E,CSK,POLR2H,POLR2I,ADSS,SEC11A,POLR2L,MLXIP,PPIL1,SMOX,FBXL19,TPRKB,FBXL16,FBXL14,FBXL12,BCKDK,POLR3B,VAPA,PSAT1,GLOD4,MFAP3,POLR3D,RAB12,DNAJA2,DRG1,POLR3F,POLR3H,TPT1,SLC35B2,ISCA1,HDAC10,PITPNB,HS6ST1,RPS15,RPS16,FRAT2,RPS19,FLAD1,FTH1,LONP1,LONP2,RPS11,COG8,ARRDC1,ARRDC3,IFRD1,COG1,CPT1C,SRRM1,TWSG1,POR,KATNAL1,SIK1,RTEL1,STXBP2,DCUN1D2,APCDD1,HTATSF1,SCFD1,PDCD10,GSE1,TNRC18,TRPM7,RALGDS,VASP,VAT1,ZRANB2,SYNRG,RPS25,RPS28,FUBP3,ADCK5,RPS21,C2CD2L,AHCTF1,SLC35F2,CITED2,GFM2,ZFAND2A,ZFAND2B,SPPL3,XPO1,C1QBP,CHMP1B,XPO6,DNER,XPO5,PSD,PSENEN,PARP6,ZYG11B,PARP1,PARP2,STRADB,MTSS1,ITFG1,MLF2,UGDH,HNRNPH1,HNRNPH3,MPND,SDCCAG8,FYTTD1,CSTB,NOL9,RFNG,TYMP,NT5C,PPP2CA,CST3,PPP2CB,HIRA,ZDHHC18,METTL6,TRAM1L1,MTX1,NFYB,NFYC,CAPZA2,COPG2,APBA1,APBA2,MPHOSPH6,LZIC,COMT,TATDN2,HCFC1R1,FPGS,AZI2,RALBP1,PHYH,KDM2A,TRAPPC2L,ATP1B3,ACYP1,ATP1B1,PUS7,PRPF3,DAP3,ZCCHC7,IDI1,ISYNA1,NOP2,LPL,EFNA4,EFNB2,EFNB3,BPTF,DARS,KLHDC3,CPSF6,CPSF1,CBX4,CPSF3,CBX1,COQ9,EIF2S1,EFNA3,EFNA2,CHMP2A,BLMH,BRWD1,LRP10,LRP11,MUS81,KDM5B,THRA,CASP9,SNAPC2,SNAPC3,KDM6B,PPP2R5B,RPS3A,POMGNT1,DNM2,FCHSD2,DDAH2,THRAP3,AKT1S1,PFDN2,HAGH,VAC14,STOML2,STOML1,PDXP,TBRG4,THBS3,TBRG1,NXF1,MAPK9,MAPK7,CHSY1,LEPROTL1,ATP13A1,LIMK1,CYHR1,RPS6KB2,MT-ND4,UXS1,RBPJ,ZFYVE1,TSEN54,SCAMP4,KRTCAP2,LSM12,PSMD2,MEF2A,RBFOX2,CSNK2A1,CSNK2A2,RFX3,RFX1,EML2,SND1,MYL6,PRKAR1A,PSME4,RBCK1,LETMD1,CGGBP1,FLII,MRPL18,AGAP2,MRPL16,COPS7B,ABCB8,AGAP3,MTMR4,MRPL12,GABARAP,GIGYF2,CYB5R1,GRPEL2,PUSL1,RHBDL1,PRRT2,CADM4,ABCA3,SNF8,MRPL24,SNUPN,EIF1,MLLT11,ABTB1,EIF5,EIF6,ARF4,ARF1,LRSAM1,PIGO,HEXB,PIGP,CTCF,AACS,TRMT112,TUBA1C,TUBA1B,LMBR1,TUBA1A,MRPL40,TMEM43,FASTK,RPLP2,LYPLA2,UPF1,LRRC45,ELOVL4,NSUN2,MRPL49,MRPL47,NIPA2,LRRC42,MRPL53,MRPL50,TMEM33,PELI1,TMEM106C,TUT1,PICK1,SLC29A1,VAMP4,VAMP2,LRRC14,TMEM74,MRPL55,GGA1,RECQL5,GGA3,TMEM65,AP2S1,CLPTM1,FLNA,MEF2D,YKT6,LRRC24,MDH2,UTP3,STAT2,GATAD2A,BYSL,LRRC20,FABP3,TTLL1,RPL22L1,UBE2D3,UBE2D1,STK19,HDDC3,EIF4ENIF1,STK11,PIM3,AP2M1,NOMO1,KPNA1,SH3GLB1,SLC38A1,ANAPC7,PPP1R16A,SARS,ACAP3,OLFM1,FSCN1,ANAPC2,PFKFB2,RNASEH2A,PFKFB3,TUBGCP2,MAZ,ISG20L2,STK39,ARL2,FOXO6,GLIS2,SOCS2,SBNO2,ATXN2,PMVK,STK38,SLC38A2,DR1,BRPF1,GOT2,STK24,PTPRA,PIN1,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,CELF1,FSD1L,SUMO2,PMEPA1,MDP1,PELP1,PPP1R12A,DST,VPS37C,VEZF1,VPS37B,DDOST,PPM1A,PPM1B,SLC25A11,PPP1R12C,AHDC1,PPP1R15A,PPP1R15B,GTF3C4,LRP1,GTF3C5,NDUFB5,PRCC,CXXC1,PARD6G,KATNB1,ZBTB45,FOXK1,LRP6,PPM1G,SLC25A27,GANAB,PARD6A,FCHO1,SH3BP2,FCHO2,LRRC8D,LRRC8A,SLC25A23,AAMP,SLC25A22,SLC25A25,SH2B2,SH2B1,CYB5B,PPP1R14B,NDUFA7,PPP1R14C,MMAA,MBOAT7,DONSON,IMMT,RPL23A,BAIAP2,MCOLN1,SLC25A39,NOVA2,CCM2,SMAP2,SMAP1,EIF4A2,EIF4A1,LPGAT1,AHCYL1,CCNI,TMEM41B,TXNDC11,ZDHHC7,THUMPD1,IFI30,ZDHHC3,TXNDC17,RASSF1,CCNL2,CCNL1,SLC12A9,TMPO,PAQR4,IMP3,SCAF11,NSMCE2,MIF,GNPAT,THAP3,SFRP1,THAP7,ULK2,ULK1,CTR9,PTTG1IP,PIK3R1,UBE2J2,APH1A,DHX32,DHX33,PGBD5,PCBP1,MICAL1,MIER2,PCBP2,SNX5,DCLK2,HSPA12A,PAICS,DCLK1,ID2,INTS5,PAF1,CALM3,CALM1,RGL2,USPL1,PPP1R11,PPP1R10,TECR,AP2A1,SLC7A11,ARV1,SPTLC2,HYAL2,ENC1,MLX,REV3L,SSSCA1,KIF1B,ARIH1,NDEL1,VKORC1,CCT3,SEC13,DBNL,TMEM150A,NCOA5,STARD3NL,ACAD9,MINK1,ANO8,MRPS2,MRPS7,PDRG1,RGMA,KIF2A,CD47,DBN1,STK40,STX12,STX16,DOT1L,CRIP2,NEDD8,CCDC106,EXOSC7,MNT,ARVCF,SERTAD2,HEATR3,GPC4,CCT7,CCT4,BCAP31,TMUB1,RPA1,UBE2G1,RSRC2,UBE2G2,NPM3,PPP1CA,FKBP1A,MAD2L2,PER1,MIDN,ACAA2,WWC1,BCCIP,KLHL34,OGDHL,FAM174B,CAPN5,SNIP1,SBF1,BAHCC1,SH3GL1,SLC30A9,TPRA1,DIMT1,LMTK2,ATAD3A,DOK4,FAM173A,SBDS,GEMIN7,RTN2,PSMD14,NXPH4,KLHL17,SLC1A1,PSEN1,NDRG2,RASGRP2,NDRG1,SUPT6H,RTN4,TAF5L,KIF3B,DEAF1,ISOC1,CAMTA1,BCL9L,IVNS1ABP,PRNP,FDPS,ZFHX2,ECD,HMGA1,DSTN,KLHL22,SUPT5H,SSH3,CLK4,KLHL20,BMP1,PQLC1,TAB3,YWHAE,GSK3A,PRR7,CNRIP1,YWHAB,MAST1,DDX42,PSIP1,DDX41,AFF4,SEC61A1,YWHAQ,BCL7C,BCL7B,NUP62,LRRFIP2,LRRFIP1,YWHAG,BCKDHA,UTP15,NAA30,GLRX3,PLA2G4E,NCBP2,GLRX5,DDX55,ARHGEF18,DDX54,YWHAZ,UTP18,PJA2,CREB3,VCAN,IRF3,UBE2R2,NDUFS7,PPDPF,NUP50,NDUFS2,ATG4B,NDUFS1,IRF9,RBM22,DCTN4,RBM4B,ACVR1B,CLCN3,CLCN2,HMGCL,RAB40C,SMNDC1,PDLIM7,MBTPS1,CHURC1,TAF10,GALNT1,ATP2B4,ACVR2A,SOD1,MAPK11,IRGQ,CLCN6,PNKD,FAM131A,TAF6,QRICH1,VIM,RAN,LNX2,RB1,CYFIP1,RPL5,CLPB,TRRAP,FNBP1L,GABPB1,RPL8,GLE1,MYC,STMN1,ZXDC,PIP4K2A,PIP4K2B,PIP4K2C,RPL37,IER5,NFRKB,IER2,ACOT9,MECR,ACOT7,UNC13A,RPL21,PIH1D1,RPL23,RPL22,CD3EAP,SOX12,MED4,YME1L1,RPL27,CDC42SE1,VPS26A,HIF1A,GLG1,PRDX3,PRDX2,PRDX5,RIC8B,CHST12,PRDX1,SSR1,S100A10,RPL41,JUND,ST13,RDX,MAD2L1BP,MTHFR,PA2G4,TMEM198,THAP11,FIBP,FAM160A2,GIPC1,UNC119,SERPINI1,CDC42SE2,OGFR,SPEF1,CLTC,CLTB,LPCAT1,ING1,TRIM8,TMEM189,TMSB4X,TRIM3,SPIN1,GPR137,ANXA7,RIOK2,RIOK1,EMD,ZC3H10,BRD1,AEN,RNF167,TMEM179,INF2,TET3,RNF166,RPL10,RPL12,GPS1,GPS2,HSPA13,ASNA1,LMAN2,SC5D,BRD9,RPS2,RPL18,DTD1,RNF130,SF3B1,RPL19,SF3A1,AGK,TTC9B,GTF2H1,TTC9C,LRPPRC,GTF2H5,TM9SF1,RYBP,ABI2,ABI1,RLIM,TOR2A,CHPF,TUSC2,CTNND1,RNF19B,YEATS4,TUBB3,RNF19A,TMSB10,RNF44,RPS8,IGFBP3,GPT2,RPS5,AIP,RPSA,DGKZ,GTF2F2,CACNB1,CTDNEP1,CLIP2,ZFP41,ERP29,MAD1L1,ANKRD17,CD151,ABHD2,CUL3,ABHD8,KLC1,KRBA1,STIP1,BAG4,BAG5,BTBD2,ESD,BAG1,NACC1,PSAP,ABL1,ABL2,ANKRD10,MPDU1,ESRRA,ANKRD28,MARCH9,ASNS,BTBD9,LSM4,LSM3,RCAN1,CNOT7,SCCPDH,CDK5,CDK4,RHEB,CNOT2,TADA3,SPIRE2,SERINC1,CNOT8,SERINC3,RNF185,EIF4G1,SERINC4,CALCOCO1,RNF11,RNPEPL1,RNF13,RNF14,TRADD,DUSP12,GM2A,SIN3B,SGCB,OPA3,REXO1,GPX1,GPX4,RANGAP1,COASY,PTP4A1,PTP4A2,PTP4A3,TRAF4,EIF4E2,SOS1,SMARCD1,GTF2A1,NFAT5,GTF2A2,WBP1,WBP2,DCAF11,DCAF12,SPAG9,SEMA4A,SPAG7,TXNRD1,SEMA4B,ADRM1,CDC42BPB,PNRC1,KLF6,MARCKS,IMPDH2,MGAT4B,CBLN1,PWP1,RAPGEFL1,GOLGA2,HABP4,GLUL,SOX4,AGFG1,SACM1L,PTOV1,MRPS18B,MRPS18A,JMJD8,CARHSP1,RRAGA,CRYZL1,VDAC3,VDAC2,EZR,PFN1,ANKRA2,CBLL1,LLGL1,IGSF8,IGSF3,TEX264,IGSF9,DGUOK,NUAK1,SGPL1,PRRC1,PATZ1,BANP,PTPRN2,STK11IP,INSR,GADD45G,UBAC2,SRPK1,CCT6A,STAG1,SESTD1,CORO7,ANP32B,CC2D1A,BAP1,ITM2C,CC2D1B,DAZAP2,DAZAP1,GDI1,FAF1,FAF2,OLA1,MYL6B,CX3CL1,HINT1,GUK1,GLIPR2,PCF11,ZMYM6,MAP4K2,PRMT7,TSC22D1,TSC22D3,NME2,RHOF,RHOB,PACS2,PACS1,B3GNT5,RHOV,SGK1,TOMM40,AKAP8,AKAP1,ARNTL,SHOC2,DCPS,MAP4K3,MAP4K4,RANBP2,SUZ12,AP3D1,MARS,TOMM7,CTNNB1,TRIP12,FAU,HDLBP,CHCHD4,BASP1,CHCHD7,TSC2,TMEM131,DPM2,DPM3,TMEM135,TBL1XR1,TIPRL,FIZ1,ABCG4,ISCU,LTBP4,DTX4,ADIPOR1,ADIPOR2,ARHGAP12,SDCBP,TMEM127,MARK4,ZC3H14,ZC3H15,SMAD2,ACBD4,HSPA5,TBCD,TBCB,AZIN1,TDRD3,NFKBIA,ARHGAP33,NR4A3,TMEM115,DLG4,CLASRP,ACBD3,GRSF1,B4GALT3,ACADVL,NVL,USP32,SLC2A3,POLB,SENP5,PDE4A,MAN2C1,USP30,SCYL1,USP42,USP43,RNF208,ARID1A,SENP3,KLF16,CKAP4,TRNP1,CHMP7,B4GALT7,LUC7L2,CHMP5,B4GALT5,TSEN34,USP15,POLDIP3,USP10,GMPR2,POMP,USP12,WIZ,TOB1,USP19,U2AF1L4,HSPD1,RMND5B,RMND5A,NT5DC3,ABCF3,RWDD1,SGTB,WTAP,BAD,USP21,B3GAT3,PRAF2,USP22,HAGHL,HSPE1,NEURL4,SPRY2,SSBP4"
+"gene_set_query"	"818"	"ZNF343"	"716.0"	"ARCHS4 Coexpression,1311;Enrichr Queries,536;GTEx Coexpression,301"	"APP,TMEM41A,ARL6IP1,PLEKHB2,ZMYND8,GPATCH1,SMC5,GPATCH4,EPRS,ACTB,BACH2,PREX1,LSM11,DPYSL2,MYC,DZIP1L,EPC1,KIF21B,SEPHS1,FNBP4,MED1,ACOT9,ST6GAL1,TSTD2,PRKCE,NGDN,ARRDC3,CD3EAP,ANK3,WDR73,DDIT3,ZSCAN21,DDIT4,KCTD15,ATF4,ASTN1,MACF1,DHX8,FOXG1,PHYHIPL,PRKCZ,OAZ1,FAM160B1,INPP5B,ABR,PRDX5,LDHA,PRRC1,WDR70,DHX38,PIP5K1A,FAM192A,RAB11FIP4,HMOX2,SLC19A1,BTF3,PHC2,PTPRN2,PHC1,SETDB1,SLC35E3,MRPL28,PUM1,LARP4,PHC3,MED13L,STAG1,ZZZ3,CALM3,DHX29,ITM2B,ITM2C,ARF3,GPR27,PYGB,SMG1,PIGU,HIP1,PTPRS,SETD7,MRPS12,SLC7A11,GRIK2,SERP2,SMPD3,NIPBL,TMEM43,DHX15,PCYT1B,PBRM1,SHPRH,TSC22D3,TCF12,ZDHHC13,ANO6,PPRC1,NUDT16L1,CBFA2T2,DYNLL2,MLF2,RHOB,RNF144A,ZEB2,PITPNM1,NFX1,HEATR5B,IVD,PXDN,RAPGEF1,KIFC3,FJX1,NFIX,AKAP8,NOL8,NOL9,RELA,GNAI2,SCAF8,BTAF1,RNF138,ZSWIM6,CTNNA2,PCGF6,RYK,MTX3,KLHL2,NFIA,NEDD4,TTC3,SNX15,NUCB1,ESYT2,PKN1,FRYL,MEGF9,SH3GL3,CTNND2,COX6A1,TSEN2,TM7SF2,CAPN7,KHSRP,CWC22,POGZ,SCMH1,ADORA1,NUDT19,NRCAM,MACROD2,STK32C,NOM1,GPT2,TPM1,IGFBP2,PRPF4B,FRMD4A,THOC2,PUS7,THOC5,KCTD6,FOXP1,CDC25B,BSCL2,RAB34,SRSF4,MAPKAPK5,TNIK,RAD54L2,FKBP5,ZCCHC8,ABHD8,SPATA2,CSF2RA,STIP1,ATXN2,SNN,PITRM1,ABL1,DVL2,SMYD2,PLXNA2,DVL3,ATP6V1D,ANKZF1,BCL9L,ATP6V1F,RAP1GAP2,HSPA8,PRNP,ACBD5,SMAD4,RAB4B,ACBD4,OSBPL5,ATP8B2,TRAPPC9,ADAP1,CORO2A,SMAD5,KLHL20,GNAO1,BMP1,GON4L,EFNA2,CDK5,HOOK2,ZFP62,HOOK1,CNOT2,PIN1,MDM4,LSM14A,COPE,YWHAE,RBM28,CALCOCO1,DYRK2,RBM26,DDX46,PRKCSH,PRR3,CHD6,SLC2A3,AFF3,AFF4,USE1,PITPNC1,SYNE2,GPHN,SENP6,FLCN,SPRED2,DUSP12,ZC3H7A,NPTN,TMEM109,PHACTR1,EIF2B1,KLF11,SUN1,DST,PDPK1,PDE4D,IQCE,ARNT,NAV2,ARID1B,DDX50,LATS1,DDX19A,VCAN,PIK3CA,NRG3,SETBP1,DNAJC5,CTDSP2,POLR1B,C1D,GFOD2,POLR1C,LANCL2,NAA38,NUP54,NAT8L,MET,RNFT2,PPP1R15A,GTF3C3,STOML1,UHRF2,FAM169A,CLCN3,JAKMIP1,MLLT3,ABLIM1,DNPEP,NAA25,PDE6D,FEM1C,RPP14,MTA3,ATP9A,SMARCE1,SPEN,PTCD3,SEC24B,TTC13,PCDH9,FBXL19,SEMA4B,FOXJ3,PLCL2,FOXJ2,SYT16,ATP2B4,PDE4DIP,OXR1,FBXL12,SLC4A7,MAPK10,ASXL1,KLF6,RPS6KB1,PPP2R2B,CCM2,CLUAP1,TAF1"
+"gene_set_query"	"819"	"BARHL2"	"716.3"	"ARCHS4 Coexpression,281;Enrichr Queries,1219;GTEx Coexpression,649"	"MAPKBP1,CCNI,STMN2,STMN3,STMN4,ENO2,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL3,BSN,EPHB1,CALN1,SOX5,SRRM3,SRRM4,RBFOX1,ATP6V1G2,RBFOX3,PTOV1,ISLR2,SOX11,ANK3,SOX12,MAPK8IP2,MAPK8IP3,ANK1,PISD,MAPK8IP1,NISCH,TIAM1,GPR162,STX1B,RUFY3,KCNQ2,TAGLN3,CTXN1,TRIM11,GPM6A,BEX2,PAXIP1,NRN1,TSHZ3,STXBP1,FOXG1,TRANK1,CEND1,AGAP1,KALRN,TTBK1,NKAIN1,SYNGR1,FAM171A2,PCBP3,PCBP4,KCNN1,RHBDL1,ZSCAN18,CADM3,PRRT2,BCL11B,BCL11A,SS18L1,H3F3A,MICAL3,NR2F1,MICAL2,KLHDC8B,L1CAM,SNAP91,SMARCA4,MEX3A,STAG2,CDKN1C,TMEM151B,KCNC1,GDI1,DIRAS1,DIRAS2,GRIK3,GRIK2,NAT14,SHF,JPH4,TRIM9,UCHL1,MMP24,PCLO,TUBA1A,TRIM3,DNER,NEFL,NEFM,FEZF2,APC2,GRIPAP1,PRMT8,ANO8,SYP,DUSP8,TUBB2B,PXDN,MAPT,SFI1,RNF165,GRAMD1B,DYNC1I2,NFIX,SATB2,ADAM22,CAMKK2,BEGAIN,ARVCF,CUX2,TCEAL5,CHN2,CAMK2N2,MGAT3,GPC2,APBB1,RUNX1T1,GABBR1,MPP3,DAB2IP,TTC9B,NMNAT2,SKI,NFIA,PRKRA,TTC3,YPEL4,CDK5R2,PRDM8,ANKRD13B,MIDN,RAB3A,CRTC1,CLSTN3,CTNND2,CELSR3,SLC8A2,RIMS1,TMEM145,ATCAY,KIF5C,BASP1,KIF5A,PALM,TMSB10,SH3GL2,TLE2,APLP1,ADAM11,KCTD2,TBR1,POU3F1,POU3F2,SRCIN1,RUNDC3A,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,OLFM1,CACNB3,MADD,ANKS6,AMPH,ABCG4,RTN4R,BRSK1,NDRG4,SHC2,BRSK2,RTN1,KHDRBS3,NXPH3,TMEM59L,CACNA1A,BHLHE22,DTX3,CPLX2,KLC1,SEZ6L2,CACNA1E,LRRC55,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,DPP6,KLC2,TCTEX1D2,NDN,SRGAP3,OTX1,KIF3C,RAB6B,PDZD7,SYT5,TMEM120B,SYT4,ZFHX2,NSG1,CLK4,SCRT1,GNAO1,DAB1,LHX2,DLG4,REEP2,GNAS,UBA2,CNTN2,NACAD,CNIH2,MAP3K12,SNAP25,MAST1,CELF3,CELF4,CHD6,ELAVL4,CELF5,RND2,PKD1,ELAVL2,ELAVL3,POLB,NGRN,MCF2L,PSD3,GDAP1L1,SULT4A1,GALNT9,TRIM67,EMX1,SVOP,CCDC34,PPP2R5B,UBE2QL1,NAV1,SEPT3,PTP4A3,GAP43,DALRD3,ALS2,UBE2R2,DDAH2,LUC7L3,INA,HCN3,NDUFB8,NLGN2,NRXN2,ATP1A3,CRMP1,CACNG7,ABLIM1,GNG3,SV2A,VPS53,SPOCK2,TRIM46,SLIT1,NCAM1,NTRK2,LINGO1,KDM4C,SLC12A5,PCDHGC4,PCDH8,B3GAT1,NAP1L2,ATP2B2,MEIS2,MYO16,NELL2,FAM155A,NFASC,SBK1,FAM131C,SYT11,RAB15,TSPAN18,NOVA2,FAM131B,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"820"	"ARX"	"716.3"	"ARCHS4 Coexpression,728;Enrichr Queries,553;GTEx Coexpression,868"	"RPL5,RPL3,WIPF3,STMN2,SMC5,SLC4A3,SMC3,FNBP1L,ELK1,HS6ST2,GLS,DPYSL5,DPYSL2,FGFR1OP2,DPYSL3,FAM110B,STMN1,AP1S2,RPL38,KIF21A,SOX4,TMEM8B,CHGB,EPHA5,EPHA4,GABARAPL2,MEF2C,RBFOX1,WSB1,TSPYL1,DAPK1,ARRDC3,SOX11,MOGS,ANK1,EML5,SFRP1,DAAM1,RUFY3,AKAP9,TYRO3,TAGLN3,PFN1,OBSL1,TRIB2,PFN2,MEG3,BEX4,GPM6A,BEX2,NECAB3,NRN1,BEX1,TSHZ3,ABCB6,SAR1B,GIPR,MAGED1,FOXG1,FLII,MTMR7,APH1A,FLRT2,TSPAN7,GPM6B,FZD3,JUN,PTPRN2,CADM1,BCL11B,ST13,BCL11A,ST8SIA2,NR2F1,SNHG6,BBIP1,SMARCA2,DCLK1,TMEM198,GADD45G,MLLT11,HNRNPL,CCDC88A,MEX3A,PTK7,ID2,FXYD6,PAM,DZIP3,CD200,GSTM5,ITM2C,PCSK2,GABRB3,ROBO2,CSRNP3,GRIK5,PTPRN,VLDLR,PHF6,EPM2AIP1,TUBA1A,ZMYM3,DNER,NEFL,NEFM,GPRASP1,FEZF2,GPRASP2,TMED4,NCOA1,UPF1,SSR4,LRRC49,DUSP6,MLF2,CNKSR2,TOX3,IMMP1L,TUBB2B,VSNL1,PITPNM2,KIT,PXDN,MPPED2,ARHGEF7,DSCAML1,PAFAH1B3,RNASEK,RPL10,SATB1,SATB2,ICA1L,RPL12,ADCY1,NOL4,CUX2,CAMK2N1,NPY,TCEAL1,SUSD4,RPS3,RPL13,GPC4,PAK3,RUNX1T1,RPRM,MYEF2,ATRNL1,WNT7B,ELP2,PNMA2,SNCAIP,MPP6,ATAT1,LYRM2,SPCS1,NFIA,ABI2,MORN4,NFIB,FABP7,KLHL7,TTC3,RIMBP2,COPG2,INHA,ZFP28,RAB3C,SLC27A1,RASL11B,CLSTN2,TUSC3,CTNND2,PRDM2,FBXO21,CLU,NUDT10,FAM174B,NRCAM,SLC16A2,ANKRD46,RPS8,LMO3,IGFBP3,MAGI2,TBR1,POU3F2,POU3F3,MSH6,CACNB1,ARMCX4,MORF4L1,CACNB3,PCP4,MORF4L2,EEF1A2,SCG5,SCG3,GRIA2,LRRC59,PKDCC,RTN1,RAB5C,SMYD5,ARL3,CACNA1A,CPLX2,CACNA1H,EFNB1,DPP6,PCSK1N,EFNB3,PLXNA2,OTX1,ZKSCAN1,MARK1,SYT4,TIA1,AUTS2,SYT1,CBX1,ZBTB12,EEF2,MARCH6,COQ7,DNAJC18,REEP1,LRCH2,HOOK2,NBEA,LHX2,HOOK1,CPE,TCF4,STT3B,GNB5,LRCH4,FGF13,EIF4G1,SNAP25,WDR1,CELF2,CELF4,CHD6,ELAVL4,PPP1R9A,ELAVL2,TRO,CASP9,MDK,PPP6R1,CCDC39,HSDL1,SVOP,PEG3,TRPC4,RPL13A,UBE2QL1,SEZ6L,VCAN,PTP4A3,SLC25A17,IGDCC4,CDH11,DCX,FAM84A,INA,CAMK1G,SHANK2,CAMK2B,RNFT2,SNAP47,NLGN2,POLDIP3,NAA20,NRXN1,CRMP1,LRP3,CXXC4,JAKMIP2,FOXRED2,GANAB,GNG2,PTPRZ1,U2AF2,POLR2D,REPS2,SPOCK1,NCAM1,HNRNPA1,MTA3,BEND5,CHGA,NTRK2,MARCKSL1,PCDH9,PCDH7,PCDH8,CADPS,RPRD2,MEIS2,GDAP1,HS3ST1,NELL2,MAPK10,MARCKS,PPP2R2B,ASXL3,IMPDH2,VIM,INSM1,SSBP2,SSBP3,METAP2"
+"gene_set_query"	"821"	"TCF7"	"716.6"	"Literature ChIP-seq,53;ARCHS4 Coexpression,1108;Enrichr Queries,833;ReMap ChIP-seq,143;GTEx Coexpression,1446"	"MDC1,MAPKBP1,MT-ND4,TFRC,ITSN1,TSEN54,ALKBH3,SCAMP5,LSM10,PREX1,DPYSL2,AKT2,PSMD2,SAMD10,MEF2A,HES6,MEF2C,SAP30BP,UNC5A,FNBP1,CSNK2A2,BCR,RUFY1,LARS2,RFX7,RUFY3,DDIT4,ORAI2,TBPL1,PLBD2,SF1,MTMR1,SAR1B,MRPL16,COPS7B,AGAP1,ABCB8,AGAP3,AAAS,OAZ1,GABARAP,PRPSAP1,RHOT2,CYB5R4,RHBDL1,PRRT1,JAG2,ABCA2,JUN,PRRT2,CADM4,CADM1,FUCA1,EIF2AK1,ABCA3,PBX2,MRPL21,MRPL22,ABTB1,UCK2,TBL3,VANGL2,PSMG1,AVL9,PKIG,EZH2,RNF220,ARF1,PIGT,HEXB,PRKAG1,MRPL39,PRKAG2,MRPL36,MRPL37,MED16,MED15,DDA1,OSBPL10,MRPL33,MRPL42,LMBR1,MRPL40,MMP24,TMEM44,FASTK,RPLP2,LRRC47,LYPLA2,ACTL6B,ELOVL5,SPHK2,TEX10,PGAM1,SIRT4,MRPL49,SLC39A11,SLC39A13,SIRT7,EPS15L1,MRPL48,GMIP,JOSD1,DUSP6,MRPL44,DUSP7,MRPL53,PSMA6,SLC7A5,SLC7A6,PLSCR3,CDC42EP4,PXDN,RAPGEF1,PICK1,SLC29A4,VAMP2,ARF6,LRRC14,RNASEK,ATL1,GSTP1,ATL2,ODC1,GGA1,SNX29,PSMB3,TMEM68,MICALL1,RICTOR,ZSWIM6,BID,EXTL3,CENPT,LRRC24,UTP3,LYRM2,SNX17,CCDC9,SHKBP1,TTLL1,YPEL1,PKN1,AGRN,YPEL3,CRCP,TMEM167B,UBE2D2,ATN1,FBXO21,EIF4ENIF1,STK16,RUVBL1,PPP1R16B,FBXW4,SH3GLB2,PCYT2,AGTPBP1,DGAT1,FBXW8,PPP1R16A,CNPY3,ZBTB33,ATP11A,FBXO10,SRCIN1,FBXW2,LENEP,FOXP1,CDC25B,FAM118B,MSH3,MAPKAPK2,FSCN1,ARL8A,INO80B,GRIA2,LRRC59,TXNDC9,MAZ,NRF1,CORO1A,HSP90B1,GLIS2,SOCS2,SBNO1,SBNO2,PGK1,E4F1,SLC38A2,SOCS7,ZKSCAN1,CD276,ZBTB17,HPS4,UCKL1,FBXO31,DRAP1,ZC3HC1,LRCH1,ARPC3,MDM2,AAK1,MDM4,LRCH4,OSBPL1A,NOP10,SLC25A1,ZNF512B,HSP90AB1,CELF1,AKAP8L,PTEN,CELF4,PIK3CD,CELF5,ARRB2,NENF,BICD2,ALAD,SPR,PPP6R1,SUMO2,PMEPA1,HMG20A,PGLS,SNAP29,NEO1,DIS3L2,EIF5B,DST,TNFRSF19,SH2D3C,VPS37D,NDUFC1,VEZF1,VPS37B,RABGGTA,ARL4C,TMBIM4,BIRC6,TOP1,SLC25A12,SEC22B,SLC25A5,AHDC1,BCAT2,SEC22C,GTF3C3,GTF3C5,SRC,MGRN1,SRSF1,CXXC1,LENG8,FURIN,ZBTB45,HSD17B12,PPM1D,FOXRED1,MLLT6,PPM1G,CDC42,NCLN,FCHO1,U2AF2,BEND3,SH3BP5,IGF2BP3,FYN,LRRC8B,EIF4E,ATP9B,SH2B2,BEND6,MARCKSL1,RPL23A,MCOLN1,TPD52L2,DBNDD1,MCM3AP,EIF3L,PDCD4,EIF3G,EIF3H,STUB1,SMAP2,SEC24C,MDGA1,BCAR1,EIF4A2,SLC23A2,ZDHHC7,LDLRAD3,CCNC,ZDHHC8,IFI30,ACTB,RCBTB1,UBE2L3,RASSF1,TRIM28,SNRPD2,SNRPD1,BSG,FAM53C,EIF2D,KIF21B,CCNL1,SLC12A6,EPHB2,CCDC92,TMPO,SLC12A9,SMARCC1,ST6GAL1,ATP6V1G1,ATP6V1G2,PAQR4,ACTN1,CIRBP,NSMCE1,ISLR2,MOGS,ANK1,THAP3,CFDP1,SNHG12,PPA2,THAP7,SUB1,CDC37,CSNK2B,KCTD17,TRIB2,KCTD15,SLC45A4,AARS2,TBC1D9B,SDC3,SUPT4H1,PIK3R1,CDKN2AIP,TTBK1,SNX4,SNX1,SYNGR1,COMMD9,DHX32,PCBP1,ERI3,DYM,TSPAN5,B4GALNT1,HIVEP2,DECR2,RAB11FIP4,RBM10,SNX5,SEC31A,NTNG2,XBP1,LRRN3,INTS1,RCC2,BRI3BP,PTK2,SMARCA4,ICK,ID2,WNK2,CDC16,SDC1,CALM3,NOL10,FBXL6,SUGP1,DHRS13,TMEM151B,USPL1,PTPRS,FKBP15,CTSZ,MRPS10,AP2A1,SLC7A11,BMI1,PEPD,PTMS,AKAP12,PPP3CB,SPTLC1,ENC1,UIMC1,NCS1,GIT1,CTSB,NCOA2,PBRM1,MRPS24,MMD,PABPC4,ANO8,MRPS21,COMMD3,SYP,COMMD7,APRT,TOX4,SLTM,CTTN,CSDE1,KIT,PITPNM2,ARHGEF1,SATB1,GBA,CCDC107,CCDC106,GNAI2,ARVCF,SERTAD2,MGAT1,MGAT2,EPS15,MAP3K3,GABBR2,TMUB1,HUWE1,VEGFB,PLEKHA5,RPA1,AP2B1,UBE2G2,DOHH,PEX14,NLE1,VEGFA,GRIN1,PER1,NUDT8,KLHL7,KLHL8,SCARB1,CRTC2,MIDN,NARF,OGDHL,TXN2,IGF1R,NARS,FAM174B,KIF5B,CAPN5,KIF5A,CAPN2,FAM3C,ARID2,BAHCC1,SH3GL1,GRIP2,EEF1A1,ADAM19,ADAM15,DOK4,FAM173A,SCN8A,GEMIN7,COX19,GNAZ,NDUFB10,NDUFB11,HTRA2,CACNA1C,RASGRP2,NDRG1,ENHO,SHARPIN,RNASEH1,GRK6,CAMTA1,QSER1,TBC1D16,PRNP,GGT7,PCIF1,HMGA1,KLHL22,GNAL,HOOK2,HOOK1,GNB2,GNAS,PHF13,DEGS1,TCF3,TAB1,LSM14B,UBE2M,RERE,RBM28,CUEDC2,GSK3A,PRR7,ZMYND19,PODXL2,LDB1,CNRIP1,MAST2,CHD5,ADAR,HMGB1,CHD3,CHD2,AFF3,LMNB2,PITPNC1,LMNB1,TTC28,TMEM223,ABHD16A,YWHAQ,MAN1A2,MLST8,YWHAG,ARHGEF11,SUN2,HSDL1,EED,PDPK1,DCAKD,TBC1D8,ARHGEF18,NAV2,GLRX2,SYNGR3,EEF1G,VCAN,NDUFS6,GORASP1,PEX6,NUP50,TBC1D7,NAT8L,INA,RAP1GDS1,DDX23,SLC3A2,RNF7,AGPAT1,NT5C2,RNF5,HMGCL,DNPEP,TAF1B,TAF1C,TGS1,GNG7,SPOCK2,PTK2B,VHL,FBRS,CYTH1,PDLIM7,TAF13,GALNT2,MIIP,USF1,TTC17,SMUG1,IRGQ,MAPK11,GALE,PNKD,FAM98B,QRICH1,NAA15,VIM,IPO13,CYFIP2,NCKAP1,TES,TRIO,CLPB,RPL31,RRP1,ARPC5L,ELK1,DCAF4,BACH2,RRP9,PCMT1,RNF114,ZMIZ1,CSPP1,MYC,STMN1,AP1S1,RPL35,DIP2A,RPL38,IER5,NFRKB,IER2,NUP214,VPS18,MED1,ACOT7,UNC13A,NUP210,DAPK1,DAPK3,WDR74,REV1,ARMC9,CD3EAP,AARSD1,GTPBP1,MED6,BIN3,WDR82,ZSCAN21,TARS2,RPL27,PRR12,VPS25,DUS3L,PRR14,RNF121,CDC42SE1,WDR61,ARPP19,PRDX3,FLRT2,CHST12,PLCG1,ST3GAL1,ST3GAL2,LHPP,RPL41,PHC2,NDFIP1,JUND,SNAPIN,IRF2BP1,IRF2BP2,MEX3D,PHC3,PRRC2B,WDR55,HNRNPL,FIBP,SLC6A6,HNRNPF,UNC119,GTF2IRD1,PLCH2,DUS1L,ITPA,BTG1,CDKN1B,WDR48,ELL,PHF23,CLTC,ARPC1A,GPT,TRIM8,TMEM189,TMSB4X,TK2,PLEKHN1,RRP12,CIC,JARID2,GARNL3,ZC3H10,BRD2,NUDC,WDR37,SSR2,ITPK1,TET2,COPZ1,GNL3,LSG1,ZEB2,TUBB2A,INF2,MTF2,TET3,PLEKHO1,RNF166,GAS7,CLDND1,NFIX,PHLPP1,GPS1,ADCY1,WDR24,GRAMD4,FAM129B,FGD3,RNF138,RPS3,RPL13,SLC17A7,RPS2,RPL18,RPL17,SF3A3,BRF2,SF3A2,WDR18,PCGF2,TRMT1,RYBP,NFIB,NUCB1,ANKRD13C,FAM49B,VKORC1L1,AUP1,CLU,TM7SF2,NPEPPS,TUBB3,CFL1,MAF1,GTF2I,PLEKHJ1,IFNAR2,MAGI1,TLE3,RNF44,USP7,RPS7,ANKRD44,USP3,IGFBP3,F2R,TPM1,THOC2,GTF2F2,DGKZ,LEMD2,CTDNEP1,PYGO2,CLIP2,CACNB3,RAB34,DMWD,MADD,PGP,SNRNP27,PHIP,ADNP,TNIK,STAMBP,SNRPC,CSNK1G2,MAD1L1,FKBP5,RTN4R,SEMA7A,BRSK2,CD151,CCDC24,BRI3,TNKS,ABHD2,ANKRD12,GLT8D1,CUL1,ITPR1,UBR1,PHF21A,PHF21B,KLC2,PITRM1,DDRGK1,NACC1,BTBD2,DVL2,PLXNA2,SMN1,MCL1,EIF2B4,UVRAG,RAB4A,TOR1A,ANKRD27,RAB4B,ATP8B2,OSBPL5,CCDC12,TNK2,TRAPPC5,TRAPPC9,LSM5,TOR1B,FANCE,ADAP1,SCRT1,LSM2,COPS6,CDK5,LRFN1,RNF182,SPIRE2,GPR107,NACAD,LZTR1,CNIH2,RNF185,CNIH3,SERINC5,RNF187,PIK3C2B,DUSP12,SART1,SART3,LBH,SNRNP70,RNPEP,WDR6,WDR7,EVI5L,EIF2B1,PLEKHG2,REXO1,TRPC2,ZFP91,YDJC,PTP4A2,PTP4A3,TRAF4,DNAJC7,CTDSP2,EVL,SNRPA1,SMARCD2,NLGN2,WBP1,DPCD,HDAC7,AP3M2,DCAF15,ABLIM1,CACNG8,POLR2A,DNAJB5,RBBP5,POLR2F,CSK,ASCC2,UGGT1,CACNG4,POLR2L,SLC35A2,PPIL2,SEMA4D,RNF26,TXNRD1,RPL35A,FBXL16,DDHD1,CDC42BPA,PNRC2,KLF6,POLR3B,IMPDH1,POLR3D,IMPDH2,MGAT4B,DRG2,POLR3H,VPS45,RHEBL1,TPT1,PFKP,METAP2,SLC35B2,ARL6IP1,VARS,HDAC10,SLC35B1,ZMYND8,CBLB,HS6ST1,FLAD1,RPL36AL,RUSC1,MAGOH,LONP1,ZFPL1,KIFAP3,SOX4,SRRM2,AQR,COG8,SRRM4,ARRDC1,NFKBIL1,SLC11A2,JMJD8,INPP4A,TIAM1,POR,ZW10,AKAP9,GUF1,SIK3,HECA,EZR,CBLL1,LLGL1,NECAB3,ANP32A,STXBP2,DCUN1D4,TRANK1,DCUN1D2,TRMT2A,PTDSS2,INPP5F,TNRC18,PATZ1,RALGDS,BANP,SNHG1,FIS1,RABGAP1L,TMEM184B,BCL11B,BCL11A,TMEM50A,PDE2A,UBAC1,MANF,SMU1,STAG1,RPS29,CCDC88C,ADCK5,CORO7,TECPR1,ITM2C,HBS1L,HIP1,SRA1,MYL6B,CX3CL1,LIMD2,COIL,GUK1,GLIPR2,XPO6,CHMP1B,ZMYM5,XPO5,TMED7,RAB8A,PSD,TOP3B,MAP4K2,ZYG11B,ATP6V0B,TMED9,ZER1,GP1BB,TSC22D3,AMPD2,RHOF,CBFA2T2,LIME1,MTSS1,PARP8,MLF2,SLC22A23,PACS2,PACS1,RHOV,MAPT,SGK1,ATP6V0C,SDCCAG8,CSTB,AMIGO1,RFNG,TRAK2,BEGAIN,AMN1,HIRA,ZDHHC18,CHRAC1,CUX1,MAP4K5,PURG,RANBP1,SLC31A1,NFYC,GBF1,AP3D1,LHFPL4,SORBS1,HIST3H2A,SPCS1,CTNNB1,FAU,KBTBD7,TOMM6,NDUFA11,ARHGAP39,TOMM22,BASP1,COTL1,NOM1,KDM2A,KDM2B,SPNS2,TOMM34,SHISA5,NOSIP,KCTD2,ATP1B1,DCTD,PRPF6,MYCN,FIZ1,ISCU,IDI1,RPS19BP1,CTTNBP2,HPCA,CLEC16A,DTX1,STK4,EFNA4,ADIPOR2,ZMAT2,MAN2A2,DPP9,TCTEX1D2,RPRD1B,DMAP1,MARK4,KLHDC10,RAP1GAP2,HSPA8,KLHDC4,CBX6,PTCH1,DNAJC11,ASPSCR1,DNAJC16,SMAD5,NFKBIA,COQ2,EFNA2,DLG4,TBCE,CHMP2A,PI4KA,CLASRP,MUS81,B4GALT2,KDM5B,ACADVL,KDM5C,THRA,ASNSD1,SLC2A3,GTDC1,SLC2A8,MFSD8,SPRED2,SEPT9,SEPT6,ZC3H7A,ZC3H7B,FLOT1,PDE4A,TMEM109,SPEG,MAN2C1,USP30,POLG,SCYL1,HGSNAT,USP48,KLF13,H2AFY,PDE4D,IQCE,PPP2R5B,PPP2R5C,ARID1A,SEPT5,TGFBR1,DNM1,KLF16,FCHSD1,FAM189B,DDAH2,TRNP1,PFDN2,HAGH,CHMP7,PFDN5,LUC7L2,STOML2,KDM3B,RGS16,POMP,PDXP,FAM169A,STRN4,HSPD1,NXF1,GMDS,GNA11,GNA12,PDE6D,MAPK1,CAMK2G,RWDD1,USP20,SGTB,BAD,QPCTL,LIMK2,HAGHL,LIMK1,CYHR1,HSPE1,MEIS2,FMNL2,PIK3IP1,PPP2R2C,ATP13A2,RGS12,PDE7A,SSBP2,SSBP4"
+"gene_set_query"	"822"	"SOX13"	"716.8"	"ARCHS4 Coexpression,842;Enrichr Queries,673;ReMap ChIP-seq,252;GTEx Coexpression,1100"	"MDC1,SLC4A1AP,RPL3,EHMT2,ARPC5L,EHMT1,TSKU,PREX1,SCAMP4,RNF114,ZMIZ1,DPYSL2,MYC,AP1S1,IER2,WSB1,CXADR,RPL23,WDR74,SCRIB,SOX12,EML4,WDR81,WDR82,DDIT4,TYRO3,RBCK1,PRR12,SEH1L,SAR1A,MRPL12,OAZ1,ADAMTS10,GABARAP,PRPSAP1,GJC1,MRPL20,RPL41,JUN,WDR59,JUND,PHC1,CHKA,CADM1,JUP,IRF2BP1,MRPL28,IRF2BP2,TYSND1,PA2G4,NR1D1,MEX3D,PRRC2B,PBX1,EHD1,FIBP,MLLT10,TBL3,MEX3A,FASN,HNRNPF,GIPC1,CDK10,GTF2IRD1,FARSA,ITPA,SETD5,PIGU,BTG1,PHF23,ARHGAP1,GPT,AACS,SHF,PCMTD2,JPH4,RFK,TRIM2,TIMP2,TCP11L2,JARID2,LRRC47,ZC3H10,BRD2,LRRC45,NUDC,TPI1,DUSP1,ELOVL5,SIRT4,MRPL49,DUSP6,TOMM40L,NCOR2,SLC7A5,MRPL53,MED22,INF2,CDC42EP4,CINP,PXDN,PAFAH1B3,VAMP2,PCYOX1,GRAMD1A,PSMA7,ADCY6,FAM129B,RPS15A,ASNA1,RPS2,CKB,EXTL3,MBD3,FARP1,PCGF2,SYVN1,DAB2IP,SAMD4B,RABIF,OSTM1,NFIA,NFIB,PKN1,AGRN,NUCB2,PHLDB1,TMEM167B,CTNND1,ATN1,YEATS4,CLU,TM7SF2,FADS3,LAPTM4A,SALL2,TUBB3,CFL2,PIM3,SLC39A7,TXNL4A,LZTS2,RARS2,TLE3,RNF44,MAP2K2,CISH,USP3,GPT2,IGFBP3,TPM1,IGFBP2,PPP1R16A,VASH2,FOXP4,FBXW2,FOXP1,CTDNEP1,ILF3,RAB34,DGKQ,NCL,SRSF2,FSCN1,SRSF3,AAGAB,KPNB1,PFKFB3,SPATA2,PHF21A,RAP1GAP,GLIS2,SBNO1,DDRGK1,ORC3,NACC1,STK38,ZKSCAN3,DVL2,PLXNA2,DVL3,SLC38A2,ZKSCAN1,MCL1,MPDU1,OSBPL9,AKIRIN1,TIA1,OSBPL5,TMEM132A,DHCR24,FBXO31,UCKL1,LSM2,MFHAS1,BCL9,COPS6,UQCRQ,SPIRE2,CPE,PLXNB2,PLXNB1,LRCH4,CNOT8,BCL2L2,BCL2L1,ZNF512B,DIDO1,PPP1R13B,MCM7,ETFB,PTPN23,SYNE2,PIK3C2B,AP4M1,ALAD,DUSP12,SPR,AP1G2,PPP6R1,PPP6R3,PMEPA1,ACP1,CCDC50,ADAMTS7,PELP1,ACTR3,EMX1,PLEKHG2,TNFRSF19,ARNT,RPL13A,NDUFC2,MSL1,PTP4A1,GIGYF1,PTP4A3,DALRD3,PIK3CA,TRAF4,DNAJC5,CTDSP2,C1D,SOS1,GAPDH,BCAT2,LEPROT,ROCK1,LRP1,WBP1,WBP2,ROCK2,ZBTB45,SEMA3F,LAGE3,HDAC7,LRP6,MLLT6,ZNRF1,ABLIM1,HECTD1,POLR2A,CCDC85C,FCHO2,SH3BP4,IGF2BP3,LRRC8A,DCAF11,PCDH1,ATP9A,SMARCE1,NOP56,MARCKSL1,TRIM41,MID1IP1,SEMA4C,FOXJ3,RPL23A,PTPN12,CDC42BPB,ASXL1,NELL2,KLF7,NIN,KLF6,TSPAN18,POLR3E,TRIM35,BCAR1,SLC35B2,EIF4A1,AHCYL1,CERK,ARL6IP1,HS6ST1,FRAT2,TRIM28,FTH1,BSG,HABP4,DAG1,TRIM27,CCNL2,SNRPD3,RPS11,CCNL1,SEPHS1,GLUL,SOX4,RPS12,EPHA4,LIMCH1,ACTN1,BROX,COG3,MTUS1,CIRBP,BOLA1,MRPS18B,COG1,CSNK1D,MOGS,ANK3,MFSD11,ANK1,JMJD6,GNPAT,THAP3,CARHSP1,POR,SIK3,VDAC1,HECA,KCTD12,TRIB2,OBSL1,LLGL1,DHX8,IGSF3,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,IGSF9,MYL12B,PGS1,NLN,PCBP1,HIVEP1,GSE1,SYMPK,TNRC18,DECR2,PATZ1,RAB11FIP3,SNHG1,XBP1,INTS1,SS18L1,INTS3,RCC2,MICAL3,MEMO1,PUM1,GADD45G,CCT6A,SESTD1,PTK7,ID2,RPL27A,NDUFAF3,FBXL3,LRRN1,RCOR2,ITM2C,DDR1,NRP1,PTPRS,HIP1,CITED2,PPP1R10,CTSZ,TECR,OLA1,SIPA1L2,PTPRF,PTMS,THTPA,AKAP12,ARV1,PCM1,MAP1LC3B,RSRC1,HYAL2,ENC1,DHX16,CTSB,NDEL1,CCT3,TSC22D1,MMD,TSC22D3,MRPS23,NCOA4,RHOF,LIME1,MTSS1,MLF2,RHOB,RGMA,UGDH,NCOA7,AIDA,CRELD2,SGK1,ATP6V0C,MAPRE2,AHCY,TOMM40,SATB2,CRIP2,TYMP,PPP2CA,CST3,RXRB,AMN1,PAK1,NFIL3,CAMK2N1,ORMDL3,APBB2,GPC4,LCMT1,MAP4K4,NFYA,AP3D1,PLEKHA6,SORBS1,VEGFA,ATAT1,PER1,PRKRA,KIF26A,CAPZA2,TCEA2,FAU,TACC2,SCARB1,MIDN,SYS1,NDUFA11,CD81,WWC1,ZFAND5,ARHGAP39,TOMM20,IGF1R,PPME1,FAM174B,ARHGDIA,CAPN2,ARID2,BAHCC1,LMO4,TSC2,KCTD3,ATP1B1,EEF1A1,DPM3,ADAM15,PDE9A,COX19,DDX5,PKDCC,NDUFB10,LTBP4,NDRG1,CACNA1H,ARHGAP12,CNN3,EFNB2,ATP6V1D,MYH10,BCL9L,TBC1D16,PRNP,SMAD4,KLHDC4,ZFHX2,CBX4,PHF10,HSPA4,CBX2,PTCH1,ASPSCR1,HMGA1,ARHGAP29,EIF2S2,CRLS1,SSH3,CLK1,EFNA2,HOOK2,NASP,DLG4,HOOK1,DLG5,PHF13,AMOTL2,ZSCAN2,GSK3B,ACADVL,PRKCSH,CHD6,SLC2A3,RND3,TTC28,CABIN1,RND1,SENP7,SPRED2,LASP1,ABHD16A,MCF2L,GATAD1,MLST8,FLOT1,TMEM109,SCYL1,UTP15,SUN2,HGSNAT,PDPK1,GLRX5,ABHD14B,RNF208,NAV1,NAV2,SYNGR3,SENP3,CKAP4,EPN1,VCAN,NDUFS8,SETBP1,DDAH2,ACOX1,TRNP1,NDUFS2,TMEM9,HAGH,SHANK2,OTUB1,NAA20,SLC3A2,FAM169A,TOB1,STRN4,STRN3,FAM168B,IGFBPL1,UGP2,DNPEP,MTA1,SPOCK2,NT5DC3,PTK2B,MTA3,LIMK2,ATP2B4,HSPE1,SH3YL1,FMNL2,CARM1,SPRY2,BAX,ATP13A3,VIM"
+"gene_set_query"	"823"	"ZNF669"	"717.0"	"ARCHS4 Coexpression,908;Enrichr Queries,663;GTEx Coexpression,580"	"CCNJ,ZDHHC5,HNRNPU,CISD2,GABPB1,EPRS,NDST1,LSM12,CNST,CAPNS1,MPRIP,PSMD5,MYC,ZMIZ2,MAGOH,AKT1,DENR,PRKACA,GLUL,IER5,ATXN7L3,RNF111,TSPYL2,MED1,DDX18,SCAF11,ARRDC3,IFRD1,RECQL,WDR74,CD3EAP,MOGS,ACTN4,MED6,BIN3,DDIT3,BOLA2,XRN2,DDIT4,CRYZL1,TRIM13,HECA,ALG10B,TBC1D9B,DHX8,TMEM63B,DHX9,FLII,HIF1A,CDKN2AIP,MTDH,UBE2J1,MBTD1,APH1A,PPP3R1,CHST12,CSTF1,VTI1A,MCMBP,MLEC,NRBF2,RBM12,JUN,INTS1,PMM2,MAD2L1BP,PBX2,PRRC2A,TMEM199,HNRNPL,ZBTB6,ID2,NMT2,GRB2,LGMN,ITM2C,ARF3,GMEB1,AHCTF1,PIGU,BTG1,CITED2,MRPS12,PRPF19,SMG5,AKAP12,MRPL42,ANXA6,SDF4,RIOK2,CIC,UTP14A,RAB8A,UPF1,TSC22D1,LRRC49,MINK1,NIPA2,MRPS7,DUSP6,MLF2,RHOB,SLC7A5,PRPF18,TUBB2A,INF2,PTRH2,FRG1,PXDN,NCOA7,SGK1,GART,ERGIC1,CDC123,NIP7,PRIM1,HEATR1,GDPD1,CENPB,FAM129B,NRAS,SRP72,PPP1R8,TMEM68,USP1,MFN2,SHOC2,MGAT2,ANKRD52,SRSF10,PAK2,YKT6,SUZ12,UTP3,GINS4,GATC,DAB2IP,TTC9C,GTF2H2,SCAF1,KBTBD4,PHF5A,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,MTCH1,DBR1,CRCP,GTF2B,HDLBP,ATN1,ARID4B,LAMP1,CWC22,SNIP1,AZI2,SBF1,FADS1,IFNAR2,SLC38A1,USP5,F2R,ATP1B1,MSH6,CTDNEP1,HNRNPUL1,TMX1,HNRNPUL2,RPL7L1,TIPRL,RAB35,CHMP4B,ADNP,ANAPC1,NSMAF,GLYR1,ZCCHC7,DDX6,IDI1,LRRC59,INSIG1,CHRNA7,ISG20L2,STK4,SUPT6H,SOCS2,ORC6,MED30,DVL1,NACC1,EP400,ABL2,LLPH,SLC15A4,EVI5,ZKSCAN1,PDZD7,MAP2K6,MCL1,IVNS1ABP,PRNP,TOR1A,PNPT1,M6PR,HPS3,ASNS,NUP153,DNAJC14,ARPC5,KLHL24,TOR1B,EEF2,NFKBIA,YRDC,LSM6,SLC7A6OS,GNL3L,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB1,MDM2,CYCS,PLEKHM2,PLXNB2,NOP10,NFE2L1,EIF4G1,ISY1,KDM5B,ACADVL,KDM5C,WDR1,PRKCSH,CHD6,RND3,LMNB1,PPP1R9B,RBM3,DUSP12,SEPT9,LASP1,PPP6R1,SNRNP70,TOPBP1,LRRFIP1,RBM7,TNPO3,ACTR3,ARHGEF11,ACTR2,RBM17,PDPK1,ACTR8,RAD23B,PATL1,TRAF7,PTP4A3,CREB1,NUP50,CTDSP2,POLR1B,DNAJC5,PPP1R12C,PPP1R15A,KDM3A,USP10,RGS16,RAB1B,SRBD1,RNF8,ATP1A1,RNF4,PPM1D,RNF2,POLD3,CDC42,FAM168B,GANAB,DNPEP,TAF1B,HAUS8,RBBP4,RBBP5,U2AF2,TGS1,TAF1A,MKNK2,POLR2D,FAM120A,SNRPB2,FEM1C,VHL,RPP14,CCDC71,SMNDC1,MARCKSL1,CCDC59,CDC42BPB,NIN,SNRNP40,KLF6,NEURL4,POLR3C,CARM1,MGAT4B,BAX,ACIN1,P4HB,ABCE1,TAF2"
+"gene_set_query"	"824"	"NRL"	"717.0"	"ARCHS4 Coexpression,888;Enrichr Queries,1060;GTEx Coexpression,203"	"IPO13,ISCA2,SLC23A2,ISCA1,ENO2,PDCD2L,NUDT3,GCSH,LSM10,SCAMP5,EFR3A,RASSF2,DPYSL2,MYC,DPYSL3,SOX4,SOX5,UNC13B,PDHX,MECR,PAQR4,MRPS18B,ACSL6,CIRBP,SOX11,ANK2,ANK1,EML1,MRPS18C,RNF123,ARMC6,BIN1,CLPP,RRAGD,DDIT4,VDAC3,VOPP1,TARS2,HECA,GCDH,DHX8,SAR1B,TARSL2,STXBP1,CEND1,AGAP1,LIAS,NLK,ANAPC11,APOO,MRPL20,COMMD9,PCBP3,PCBP4,LDHD,RIMKLA,ST3GAL3,ATP6V0A1,FIS1,NTNG2,SURF1,JUN,SNAPIN,JUND,CADM1,BCL11A,CADM2,IQSEC1,MRPL27,NR2F1,MRPL28,ERAL1,NR1D1,HSPA12A,MCAT,PBX1,SNAP91,GADD45G,SLC6A6,PKIA,ID2,WNK2,UNC119,PLCH2,MRPS17,CDKN1C,HBS1L,NRP1,PIGU,FAM57B,MRPS11,DIS3L,PIGP,MRPL38,MYL6B,SLC7A11,MRPL34,UBL5,MRPL40,TMED1,AP3S2,KIF1B,MRPS28,PSD,NCOA1,MRPS24,ELOVL4,MRPS22,MRPL48,SYP,MRPS7,MRPL46,DUSP6,CTTNBP2NL,SIRT3,MRPL44,MLF2,CNKSR2,DDB1,IMMP1L,MRPS9,ARHGEF9,PITPNM1,CDC42EP4,CINP,PXDN,SGK1,DSCAML1,VAMP2,NAPB,NFIX,MRPS33,SATB2,AMIGO1,TIMM10,UQCR10,ADCY1,TRAK1,PTS,ARNTL,CUX2,HSF2,SLC17A7,CKB,CTNNA2,PTGES2,TTC1,ELP3,LRRC20,LYRM2,NFIA,NFIB,PRKRA,KLHL8,STAC2,PKN1,CDK5R2,GRINA,HDDC2,DGKE,RAB3A,ATP8A2,TUSC2,MPI,CLSTN1,PARK7,CCDC28B,TXN2,CHCHD2,KIF5C,SNRNP35,TXNL4A,FADS1,NSF,CHRNB2,PHYH,AGTPBP1,RALGAPA1,PAM16,SHISA4,LMTK2,TBR1,ATP1B2,SDHB,POU3F2,RBX1,OLFM1,DMTF1,FAM173A,DNAJC30,MADD,AMPH,FKBP3,ABCG4,FKBP5,RTN2,GNAZ,NDRG4,NDUFB11,ARL3,COX17,CACNA1A,NTPCR,CAMSAP1,ACAT1,CACNA1G,BTBD1,THEM4,OTX1,NDUFV2,WDTC1,DNAJC19,PRNP,UROS,GOT2,ASPSCR1,CWC15,LSM4,CORO2B,COQ6,COQ5,ZC3HC1,EFNA2,NR4A3,HOOK2,NBEA,LHX2,HOOK1,DLG4,GNB1,REEP2,GNB5,SERINC4,PODXL2,ZMYND19,PRKCSH,CHD6,USE1,RLBP1,HK1,DUSP12,MRPL2,MLST8,TMEM108,TIMM17B,DGCR6,TAPT1,HGSNAT,TSFM,PDCD6IP,VBP1,PDPK1,SGIP1,AKTIP,NDUFC2,NDUFC1,DUSP26,PTP4A3,HAX1,NDUFS7,PCCB,CRY2,NDUFS3,NAA38,CCDC43,HAGH,SLC25A11,SSX2IP,IRF9,NDUFB9,RNF34,POLDIP2,NDUFB6,GTF3C6,NDUFB5,WBP2,RGS16,NDUFB3,NDUFB2,CXXC1,TULP4,ATP1A3,RCHY1,FAM169A,RNF5,FOXRED1,AGPAT3,ADD1,NFS1,CCDC85C,TMEM205,POLR2D,POLR2I,DCAF11,SNCB,POLR2J,GADD45GIP1,TUB,NDUFA7,SPAG7,SLC12A5,NDUFA5,NDUFA3,TXNL1,SGTA,NDUFA2,CADPS,MEIS2,SLC4A7,PINK1,KLF6,CDKN2AIPNL,VAPB,PPP2R2B,IMPDH1,DNAJA3,ASB8,ATP13A2,INSM1,POLR3K"
+"gene_set_query"	"825"	"ZNF736"	"717.5"	"ARCHS4 Coexpression,1355;GTEx Coexpression,80"	"TCERG1,MDC1,ANKLE2,NUP107,TRRAP,GDE1,HNRNPU,EHMT1,UBE2L3,CCAR1,PNN,HERC1,UBAP2L,NFRKB,FNBP4,SRRM2,DDX17,CSNK2A2,METTL3,SRRM1,EWSR1,ZC3H11A,FAM76B,AURKAIP1,ALG10B,SF1,MACF1,NUP205,DHX9,MYCBP2,BAZ2A,MBTD1,APOO,CYB5R4,PCBP2,SYMPK,TRPM7,HMGXB3,ARGLU1,ZRANB2,SETDB1,H3F3B,STK11IP,PRRC2C,SMARCA2,PHC3,MED13L,SETX,HNRNPL,HNRNPM,FUBP1,HNRNPD,MMS19,CDK13,ATG2B,CEP57,PHF3,SMG1,CCDC124,SMG7,ACTR1A,NIPBL,ZMYM2,MED13,PCF11,ZMYM6,DHX15,REV3L,UBXN7,BRD2,BRD1,SHPRH,TET2,PRPF40A,TOMM40L,WDR33,MED23,POC5,HNRNPH1,NFX1,MTF2,G2E3,PABPC1,SF3B2,SRRT,UQCR11,SCAF8,BCLAF1,UNK,BTAF1,AP2S1,GPC2,SF3B1,SRSF11,NKTR,SF3A2,MBD1,PCGF3,YLPM1,TTC1,WDR11,XAB2,NEDD4,HNRNPA2B1,TARDBP,FRYL,CCNT2,ARID4B,CYP46A1,CHCHD4,SMCHD1,PPIP5K2,RNF19A,CFL1,SMARCAD1,ARID2,HMGN1,SUPT16H,KDM2A,RPS6,TTC7B,DYRK1A,PRPF4B,ATXN2L,ILF3,DMTF1,PRPF3,PHIP,SRSF5,ADNP,SNRNP200,ANAPC2,CUL9,PRPF8,ORC4,TPR,UBR5,EP400,SUDS3,BPTF,UBE2F,CPSF6,FUS,NONO,HPS4,MARCH6,ANKHD1,COPS6,PAN3,GON4L,NASP,DNAJC10,TPP2,MDM4,CNTROB,TCF3,PI4KB,FGF13,BRWD1,OGT,CREBZF,DIDO1,RBM28,RBM25,RBM26,NUMA1,USP34,CHD6,DDX42,CHD2,SENP6,RPL7A,SIN3B,AP1G1,BCL7B,CASP2,TOPBP1,RBM5,RBM33,DIS3L2,IQCB1,CAD,ARID1A,ARID1B,GIGYF1,SFPQ,TBC1D5,RASA1,BIRC6,LUC7L2,GTF3C2,KDM3A,NDUFB8,USP15,UHRF2,LENG8,CAND1,RBBP4,RBBP6,HNRNPA1,ATP9B,GADD45GIP1,ARFGEF1,RBM39,HNRNPA3,NAA10,TAF13,ZFC3H1,DDHD1,TTC17,ASXL1,NIN,ACIN1,ERCC5,QRICH1,STUB1,TRIM33,TAF1"
+"gene_set_query"	"826"	"ZNF436"	"720.0"	"ARCHS4 Coexpression,508;Enrichr Queries,569;GTEx Coexpression,1083"	"NCKAP1,APP,TMEM41A,TRIO,PANK3,ZMYND8,ZDHHC5,FNBP1L,RAPGEFL1,RPL7,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,PTGFRN,KIFAP3,VPS36,GLUL,IER5,SOX4,ARRDC4,EPHA4,MEF2C,RBFOX2,ACTN1,CACNA2D1,ARRDC3,CD3EAP,SCRIB,ANK2,DYNC1LI2,PRKAR1A,FEZ1,RUFY3,DDIT4,HECA,TTLL12,KCTD12,TLN2,RPL29,TRIB2,PFN2,PRR13,MACF1,IGSF3,MAGED1,MYCBP2,SDC3,PIK3R3,NEDD4L,PIK3R1,ZBTB5,SGPL1,NUAK1,HIVEP2,MAP4,ST3GAL1,GPM6B,SERF2,S100A10,BTF3,VAT1,JUN,FZD3,NDFIP1,CADM4,JUP,RCC2,PLK2,ST8SIA2,EXOC6B,IRF2BP2,DCLK2,PUM1,PBX1,PRRC2B,DCLK1,GADD45G,ICK,MLLT11,SLC6A6,VANGL2,FAM135A,GIPC1,ID2,PKIA,SDC1,DCHS1,FAT3,MAGED2,FAT4,CDK14,RPS24,ITM2C,DDR1,NRP1,PIGU,WDR47,CCDC120,PTPRS,GDI1,CITED2,DENND1A,SLC35F5,TECR,CLTC,GRIK3,SLC7A11,SPPL3,CLINT1,PTPRF,ROBO1,AKAP12,SPTLC1,TUBA1A,CHL1,TRIM2,ENC1,TIMP2,SPIN1,KIF1B,PLEKHN1,MAP4K2,TSC22D1,TSC22D3,MINK1,TCF12,DUSP6,MLF2,RHOB,APRT,ENAH,MN1,ZEB2,RAP2A,TUBB2B,TUBB2A,CTTN,CDC42EP4,CDC42EP3,PXDN,CANX,RHOV,SGK1,EXOC1,PAFAH1B1,DYNC1I2,GRN,SF3B3,NFIX,GSTP1,PTN,FAM129B,CAMK2N1,GPC1,CTNNA2,ANKRD50,DYNC1H1,YTHDF2,SORT1,KIDINS220,PNMA2,SORBS1,AP2B1,BLCAP,RAB11A,VEGFA,ATAT1,FABP5,NFIA,ABI2,GPAM,NFIB,CCNG2,FABP7,TTC3,CTNNB1,PKN1,MEGF8,SCARB2,CTNND1,RPL10A,CLU,NPEPPS,SLK,CDH2,TUBB3,SESN1,CAPN2,NRCAM,SH3GL1,GTF2I,IGFBP3,TPM1,IGFBP2,LMO7,KCTD3,ATP1B1,POU3F3,ARMCX3,ADAM15,WDFY3,XPR1,FKBP5,GRIA1,RTN3,PFKFB3,IREB2,ITPR1,LPL,EFNA4,NDRG1,CAMSAP1,EFNB2,ARHGAP21,PITRM1,PLXNA2,SLC38A2,QSER1,PLXNA4,IVNS1ABP,PRNP,UBE2H,KLHL24,SMAD5,CORO2B,NFKBIA,PTPRD,ARHGAP32,EFNA2,STK24,HOOK2,HOOK1,CAPRIN1,CNTN1,TCF4,SERINC1,FGF11,EIF4G2,NFE2L1,KDM5B,GSK3B,PCDHGB7,PRKCSH,FHL1,CHD6,RND3,AFF4,BICD2,RPL7A,DUSP12,ADAMTS3,SCRN1,MFSD5,SGCB,PSD3,PMEPA1,CEP170,YWHAG,ARHGEF12,DST,PDPK1,PDE4D,LANCL1,NAV1,NAV2,DDOST,SEPT2,PJA2,SEPT3,PJA1,PTP4A3,CTDSP2,POLR1B,IMPAD1,CDH11,ZMYND11,AHDC1,ALDH9A1,LRP1,VPS4B,DCTN4,PARD6G,CRMP1,SEMA3F,CLCN3,TOB1,ADD1,ABLIM1,FAM168B,DNPEP,GNG2,FAM168A,PTPRZ1,FEM1C,MTA2,CLASP1,ATP9A,CLASP2,SPAG9,KDM4A,NTRK2,MARCKSL1,SEPT11,TMEM30A,FEM1B,SEMA4B,PCDHGC3,ATP2B4,PDE4DIP,CDC42BPB,MEIS2,ACVR2A,RAB10,NELL2,KLF6,MARCKS,RAB14,APC,SYT11,VIM"
+"gene_set_query"	"827"	"FOXD4L3"	"720.3"	"ARCHS4 Coexpression,1004;Enrichr Queries,1152;GTEx Coexpression,5"	"CYFIP2,SLC4A1AP,MYT1L,STMN3,SCAMP5,RNF112,SAMD14,ZMIZ1,DPYSL2,MYC,DPF1,BSN,TBC1D22B,ARL10,MEF2C,RBFOX1,ATP6V1G2,UNC13A,UNC5A,SLC6A17,ACSL6,PTOV1,ANK2,SOX11,CSNK1D,CPT1C,MAPK8IP2,JMJD8,GABRG2,GPR162,STX1B,EML5,PRKAR1B,KCNQ2,HECW1,TAGLN3,EIF1B,STX1A,TSPYL4,ASTN1,BEX4,GPM6A,BEX1,IGSF3,STXBP1,FOXG1,NPRL3,AGAP2,CEND1,AGAP3,PRKCZ,TTBK1,ABR,SYNGR1,FAM171A2,PPP3R1,PGBD5,TSPAN7,B4GALNT1,RIMKLA,RAB11FIP3,SCN3A,RHBDL1,ST3GAL2,B4GALNT4,ATP6V0A1,PRRT1,PTPRN2,MAGEE1,IQSEC2,DMPK,CADM2,MYO5A,SMARCA2,SNAP91,PBX1,EIF1,MLLT11,PKIA,CALM3,CALM1,GPR19,GABRB3,GABRB2,TMEM151B,GDI1,PPP1R10,LRRC4,ADO,NAT14,JPH4,EPM2AIP1,JPH3,DHX15,DLGAP1,KIF1A,DLGAP3,FEZF2,APC2,ACTL6B,SPHK2,SYP,MED27,AP3B2,SYN1,RGMA,CNKSR2,MN1,MRPL53,ZEB2,INF2,BDH1,MPPED1,PXDN,MAPT,VAMP2,RNF165,NAPB,SATB2,ATL1,GDPD1,GNAI3,SNX32,ADCY1,CAMKK1,BEGAIN,CUX2,TCEAL5,CUX1,CAMK2N1,NPY,CHN1,MGAT3,SLC17A7,APBB1,ATP6V0E2,PURG,RPRM,GABBR2,KIDINS220,GATC,LHFPL4,TTC9B,RSRC2,NMNAT2,NLE1,GRIN1,SGSM1,MORN4,NFIB,APEX1,FKBP1B,APBA1,AGRN,APBA2,YPEL4,CDK5R2,CDK5R1,ZFP28,RAB3A,ATP8A1,CRTC1,POGK,CLSTN1,ARHGDIG,CDH8,RPH3A,ARHGAP44,TMEM145,ATCAY,KIF5C,SH3GL2,PPFIA2,RGS7,NSF,CHRNB2,SEMA6B,DSCAM,LMTK3,TRNT1,POU3F1,RUNDC3B,RUNDC3A,DGKZ,POU3F2,SRCIN1,POU3F3,LENEP,CLIP3,OLFM1,MAU2,MYCN,SLC9A5,FAM173A,GPRIN1,SCN8A,DGKQ,AMPH,TOX,ABCG4,GRIA1,GRIA2,RTN3,BRSK1,NDRG4,BRSK2,BHLHB9,NDRG3,RTN1,KHDRBS3,NTM,TMEM59L,ABHD8,CACNA1B,CACNA1A,BHLHE22,CPLX2,KLC1,FBXO44,CPLX1,CACNA1E,FBXO41,GOLGA7B,IGSF21,PDZD4,DPP6,KLC2,DEAF1,CASKIN1,CAMTA1,E4F1,SRGAP3,KIF3C,RAB6B,LRRC4B,SMAD2,TMEM120B,ANKRD34A,SYT3,BRPF1,SYT1,AUTS2,SLC4A10,NSG1,CORO2B,SCRT1,GNAO1,RALYL,DLG2,NR4A3,LRFN4,SYNJ1,CDK5,HOOK2,NSG2,DLG4,LHX2,HOOK1,REEP2,AAK1,MAP3K10,TUBGCP4,MAP3K12,SNAP25,DAGLA,MAST1,CELF4,CHD6,CELF5,FBLL1,ELAVL3,PPP1R9B,UBE2Q1,LRRTM2,GDAP1L1,ERC2,SULT4A1,EMX1,SVOP,PDPK1,SGIP1,RNF208,VPS37D,SYNGR3,SEZ6L,SEPT5,DNM1,SEPT3,DNM3,PTP4A3,SNPH,DNAJC5,CDH10,NAT8L,SHANK2,RNFT2,CAMK2B,CLEC2L,CEBPG,ATP1A3,CRMP1,NRXN2,ZBTB45,RNF4,ADD2,MAPK9,CACNG7,GNG3,CACNG8,ABLIM1,FZR1,SV2A,TRIM46,FSD1,SNCB,SLC25A22,CLVS1,OPCML,BEND6,LGI1,LINGO1,SLC12A5,TRIM41,NAA10,PCDH7,PCDH8,B3GAT1,NAP1L2,PDE4DIP,ATP2B2,GDAP1,HS3ST2,NELL2,NFASC,GLRB,RAB15,FAM131B,INSM1"
+"gene_set_query"	"828"	"E2F7"	"720.4"	"Literature ChIP-seq,155;ARCHS4 Coexpression,688;Enrichr Queries,1303;ReMap ChIP-seq,111;GTEx Coexpression,1345"	"MDC1,RPL3,TRIO,TFRC,HNRNPU,SMC3,ALKBH6,PSMD8,NDST1,PSMD4,DPYSL2,MYC,PSMD2,GPBP1,STMN1,AP1S1,IER5,IER2,DDX17,RPL23,DAPK3,SOX12,GTPBP2,GTPBP4,HCFC1,GPR162,MYL6,EWSR1,DDIT3,ZC3H11A,DDIT4,RPL26,ALG10B,PRR14,ATF4,SLBP,NUP205,CDCA4,MEPCE,AGAP2,NOLC1,COPS7A,GABARAP,PRDX2,FAM171A2,PPP4C,LARP1,BLOC1S1,RAD21,PIP5K1A,ST3GAL2,RHBDL1,HEXIM1,NAA50,JUN,RPL41,JUND,ICMT,JUP,DMPK,H3F3B,PLK2,NR2F1,IRF2BP2,MAD2L1BP,CDC7,NR1D1,NETO2,PA2G4,MRPL24,PRRC2B,EIF1,THAP11,PRRC2A,EHD1,HNRNPL,FIBP,MEX3A,HNRNPK,TDP1,ATG2A,HNRNPD,PSMG3,HBP1,FAT4,EZH2,ARF3,SETD5,ARF4,PHF23,CLTC,MRPL36,TRIOBP,BBC3,TRIM8,TUBA1C,TUBA1B,TUBA1A,TMSB4X,RPLP2,GPR137,CIC,EMD,ENOPH1,UPF2,ZC3H10,WDR37,DUSP1,PGAM1,NSUN2,NUTF2,AEN,BAZ1B,DUSP6,COPZ1,MED29,RNF167,SLC7A5,MED24,TUBB2A,PXDN,GARS,GAS6,PAFAH1B3,GART,VAMP2,GRN,SF3B3,RPL10,SRRT,WDR24,SLC7A1,CENPB,FAM129B,ARFRP1,NRAS,SCAF8,UNK,RNF138,USP1,FLNA,ZSWIM6,ANKRD52,ZSWIM4,MEF2D,SRSF10,CENPT,SF3A3,MBD6,YTHDF2,USP9X,TRMT1,HIPK1,LRPPRC,CCDC9,SERBP1,ZYX,NUCB1,TSR1,RPL22L1,AGRN,INHA,YPEL4,MTCH1,RAB3D,CSE1L,ATN1,LTN1,CASC3,IPO7,IPO5,RUVBL2,CFL1,STK16,PIM3,LZTS2,KPNA2,TMSB10,GTF2I,MAGI1,SUPT16H,TPM4,TPM1,MAGI2,DYRK1A,RNF40,TRAIP,LENEP,THOC6,CDC25B,CLIP3,DISP2,CTDNEP1,MSH6,PYGO2,CLIP2,ACLY,CLIP1,ILF3,MSH2,DMWD,RAB34,FSCN1,ERH,ADNP,SQSTM1,KPNB1,ANAPC1,CUL9,LRRC59,DNMT1,SEMA7A,FKBP2,RNASEH2A,CD151,ISG20L2,TARS,SOCS2,ORC4,SBNO1,STIP1,ORC6,NACC1,G3BP1,DVL2,SRGAP3,SLC38A2,SKIL,MCL1,MPDU1,AKIRIN2,TRAPPC3,BRPF1,MARCH9,MARCH7,FANCE,EEF2,MARCH6,LSM4,DRAP1,CDK9,COPS6,SON,CDK4,REEP2,MDM4,IARS,LRCH4,NFE2L1,BCL2L1,EIF4G1,ITGB1,HSP90AB1,MCM7,ARRB1,AP4M1,MRPL4,WDR5,TNPO1,EIF5A,RFC3,PLEKHG2,REXO1,SGIP1,RFC2,SH2D3C,MSL2,RPL13A,VEZF1,SMC1A,RANGAP1,RAD23B,COASY,PTBP2,MSL1,PTP4A2,TFDP1,TRAF4,CTDSP2,POLR1B,ETF1,GAPDH,SLC25A11,PPP1R15A,HDAC5,GTF3C4,LRP1,SRF,SRSF1,PRCC,ZBTB45,HSD17B10,LRP8,HDAC7,TSPAN31,MTHFSD,DNAJB2,FBXL20,GANAB,POLR2A,U2AF2,PHKG2,IGF2BP3,HNRNPA1,SLC25A22,EIF4B,POLR2L,SH2B1,SEMA4A,PPP1R14B,HNRNPA3,SPAG7,TRIM41,KCNIP2,RNF26,MID1IP1,RPL23A,PTPN11,FBXL16,MCOLN1,HNRNPAB,PNRC1,KLF6,SLC25A39,PSAT1,MGAT4B,STUB1,P4HB,PFKM,BCAR1,TPT1,EIF3A,EIF3B,EIF4A2,SLC35B2,EIF4A1,VARS,ZDHHC5,THUMPD3,ACTB,CYB5D1,GOLGA2,RPS14,HERC4,RPS16,TRIM28,SNRPD1,FLAD1,FTH1,FAM53C,CCDC97,RPS11,TMPO,TBC1D10B,SLC12A9,SRRM2,TIPIN,SMARCC1,SMARCC2,PAQR4,ACTN1,ECH1,ARRDC3,CIRBP,BOLA1,RECQL,CSNK1D,CPT1C,JMJD8,THAP4,CARHSP1,VDAC2,CD2BP2,PFN1,OBSL1,DHX9,CEND1,UBE2J2,PGS1,FXR2,PDCD11,PCBP4,PCBP1,GSE1,TNRC18,B4GALNT4,BANP,VASP,RCC2,PAICS,ZWINT,IFFO1,EXT1,CCT6A,STAG2,CALU,PAF1,INTS7,ANP32B,CALM2,ITM2B,CDS2,TMEM151B,CITED2,FAM57B,PTPRN,MYL6B,SLC7A11,NAT14,PTMS,SYNCRIP,XPO1,GLIPR2,SSSCA1,CTSD,RAB8A,PARP1,PRMT1,MRPS23,RHOF,PPRC1,RGMB,MLF2,CANX,TAX1BP3,HNRNPH3,ALDOA,SGK1,PTMA,FJX1,DBN1,PCNA,SLC20A1,PRIM1,HEATR1,GBA,CCDC107,CRIP2,CCDC106,TYMP,GNAI2,MNT,SERTAD2,CAMK2N1,GPC1,CCT8,TBL1X,CCT7,CCT5,CCT4,SUZ12,RANBP1,NPM1,MTX1,NFYC,GINS4,VEGFB,HUWE1,RSRC2,PER1,KBTBD4,RPA3,HNRNPA2B1,HDGF,SCARB1,MIDN,NUP188,UBE3C,GOLT1B,ZFAND3,ZFAND6,ZFAND5,HDLBP,NUCKS1,ACTG1,EFTUD2,FAM174B,ARHGDIA,KIF5B,FPGS,HCFC1R1,KIF5A,CAPN2,COTL1,BAHCC1,SBF2,TPRA1,ZGPAT,TUFM,EEF1A1,HNRNPUL1,TBL1XR1,RPL7L1,PPIH,FIZ1,RAI14,RTN2,ATP6V1A,IDI1,ISYNA1,DDX5,RPS19BP1,NOP2,PXN,NDRG2,PDS5A,PRPF8,RAI1,CAMTA2,QSER1,BCL9L,YARS,OST4,HSPA8,ACBD4,CBX5,HSPA5,RHBDD3,SMURF2,NUP155,CBX3,NONO,PTCH1,HMGA1,DSTN,NUP153,SUPT5H,AP4B1,DNAJC16,EFNA2,PAN3,HOOK2,DLG4,UBE2S,CAPRIN1,CHMP2A,UBA2,AMOTL2,PI4KB,BRWD1,SAE1,FGF11,GALK1,UBE2M,MUS81,ACADVL,GSK3A,PRR7,LDB1,HMGB3,CHD4,CHD3,DDX41,YBX1,TAZ,CHD2,LMNB2,LMNB1,PPP1R9B,CASP9,TMEM222,LASP1,BCL7C,NUP62,TOPBP1,SCYL1,MAPK1IP1L,KDM6B,RBM14,EED,H2AFZ,H2AFX,CAD,PPP2R5B,H2AFV,ABHD14A,ARID1A,SENP3,CKAP5,SEPT2,KLF16,EEF1G,SFPQ,DDAH1,IRF3,UBE2R2,TRNP1,ATG4B,NAA38,HCN3,KDM3B,DCTN2,TM2D2,DDX20,PDXP,DDX21,MOSPD3,TOB1,THBS3,HSPD1,POLD3,UGP2,MAT2A,TMEM205,TRA2B,NT5DC2,BUB3,FBRS,PDLIM7,KDM4A,RRM2,NEGR1,USP22,DEK,SSRP1,ERCC1,FAM131B,BAX,SPRY2,TAF6,VIM,RAN,SSBP4"
+"gene_set_query"	"829"	"E2F3"	"720.7"	"ARCHS4 Coexpression,512;Enrichr Queries,580;GTEx Coexpression,1070"	"RB1,RPL4,MDC1,TFRC,VARS,TRRAP,HNRNPU,GABPB1,EPRS,LSM12,TBK1,TRIM28,CDC26,DPYSL2,MYC,STMN1,LONP1,SEPHS1,RNF111,SOX4,TMPO,SMARCC1,NUP210,ACTN1,DNTTIP1,CD3EAP,HCFC1,BIN3,WDR82,DDIT4,TTLL12,ATF4,SF1,NUP205,SET,ANP32A,DHX9,MEPCE,NOLC1,PIK3R1,HIF1A,MTMR6,PGS1,GNG10,CYB5R4,LARP1,PDCD11,RAD21,VTI1A,NRBF2,RBM12,ST3GAL2,ZBED4,NAA50,PHC2,JUN,RCC2,EIF2AK1,SETD1A,PBX2,MEMO1,CDC7,PA2G4,PAICS,ZWINT,PRRC2A,HNRNPL,SLC6A6,HNRNPM,UCK2,HNRNPK,ID2,HNRNPF,HNRNPD,GRB2,ANP32B,ITM2C,EZH2,PIGU,DAZAP1,CDKN1B,PRPF19,MED11,SYNCRIP,XPO1,ENC1,DHX15,JARID2,CAP1,UPF1,PARP1,NSUN2,NIPA2,GMIP,BAZ1B,DUSP6,SLC7A5,ZEB2,SCNM1,PRPF18,VAMP7,TUBB2A,PXDN,EXOC6,PABPC1,SGK1,GART,CDC123,PCNA,SF3B3,CAB39,HEATR1,CCNDBP1,SLC7A1,HIRA,NFIL3,TCOF1,NSD1,PPP1R8,USP1,SHOC2,PAK2,MAP4K4,CCT4,NPM1,SF3A1,LRPPRC,TMEM60,VEGFA,GATAD2A,KBTBD4,TMEM59,RYBP,NFIB,KLHL8,TRMT6,SERBP1,HNRNPA2B1,HDGF,PKN1,FAM49B,UHRF1BP1L,SLA,UBE2D1,NUCKS1,IPO7,TOMM20,IGF1R,IPO5,YY1,BASP1,KHSRP,POGZ,EP300,KPNA2,FADS1,IFNAR2,SH3GLB1,SLC38A1,USP7,SUPT16H,UBE2E1,ZBTB34,FOXP1,MSH6,EEF1A1,ILF3,HNRNPUL1,DKC1,SLC9A8,TIPRL,RAB35,PPIF,SNRNP200,KPNB1,ANAPC1,FKBP5,GLYR1,KHDRBS1,LRRC59,DNMT1,TXNDC9,PFKFB3,CBFB,MAZ,UBR4,HTRA2,TARS,CSF2RA,PRPF8,ORC6,PITRM1,ZMAT5,G3BP1,NACC1,CCDC32,LLPH,SLC15A4,SLC38A2,QSER1,MAP2K6,MCL1,SMAD2,AKIRIN2,HSPA8,PRNP,NOP14,CPSF7,TOR1A,FUS,CBX3,CBX2,HMGA1,NUP153,EEF2,NFKBIA,UBE2W,SLC7A6OS,GNL3L,EFNA2,UBLCP1,HOOK2,NASP,HOOK1,CDK4,CNOT1,MAFG,MDM2,UBA2,TCF3,NOP10,CNIH4,BCL2L1,EIF4G1,GSK3B,KDM5C,MCM7,PTEN,PIK3CD,CHD4,HMGB1,YBX1,LMNB2,LMNB1,DUSP12,PPP6R1,NUP62,UBTF,TOPBP1,TNPO3,ACTR2,HSP90AA1,RFC3,CHUK,PDPK1,H2AFX,CAD,ARID1A,SMC1A,YWHAZ,RAD23B,VCAN,SFPQ,TFDP1,CREB1,CTDSP2,POLR1B,NUP50,C1D,TOP1,BCAT1,MET,B4GALT5,MTPN,USP15,RGS19,GTF3C4,USP10,SRSF1,DDX21,LRP8,HSPD1,MTA1,CHSY1,MAT2A,PABPN1,U2AF2,POLR2D,MAPK1,FEM1C,IGF2BP3,MTA2,HNRNPA1,SMNDC1,SH2B2,HNRNPA0,HNRNPA3,RRM2,TAF15,RNF24,NAP1L1,DEK,SSRP1,HNRNPAB,NIN,MARCKS,KLF6,PSAT1,CARM1,ACIN1,VIM,SMAP2,SMAP1,RAN,EIF3A,EIF3B"
+"gene_set_query"	"830"	"ZFP30"	"724.3"	"ARCHS4 Coexpression,1085;Enrichr Queries,371;GTEx Coexpression,717"	"ATF2,MAPKBP1,SLC35B4,DIXDC1,ZDHHC5,HNRNPU,ENO2,GPATCH8,BACH2,EFR3A,ALCAM,CAPNS1,OPHN1,DPYSL2,MYC,DPYSL3,AKT3,STMN1,BSG,KIF21A,ATXN7L3,SOX4,CALN1,TMPO,ARRDC4,SRRM3,EPHA4,SRRM4,MEF2C,RBFOX2,CXADR,RBFOX3,PAQR3,ZFP2,ARRDC3,MTUS1,CD3EAP,SOX11,MOGS,ANK3,ANK1,TIAM1,EML5,IFT81,RUFY3,RUFY2,DDIT4,RRAGD,HECA,PAXIP1,FLII,MTMR9,PIK3R3,PDGFA,PIK3R1,GJC1,APH1A,NUAK1,HLTF,CEP78,JUN,FZD3,PRRT2,CADM1,BCL11A,PLK2,INTS2,SLC35E3,NR2F1,MICAL2,UPF3B,PBX2,UPF3A,PBX1,MLLT11,LAS1L,PKIA,ID2,ITM2C,ARF3,TOP2B,NRP1,PIGU,CDKN1B,KCNC1,CITED2,DIRAS2,GRIK2,SLC7A11,VLDLR,PRPF19,ROBO1,SHF,PCMTD2,AKAP12,TRIM9,MMP24,PCLO,TUBA1A,ZMYM4,TRIM2,ENC1,SDF4,ZIK1,UPF1,TMED9,TSC22D1,PARP2,TSC22D3,LRRC49,MINK1,DUSP6,MTSS1,MLF2,RNF144A,ENAH,TUBB2A,PXDN,WAC,SGK1,TKT,PAFAH1B1,SATB1,ICA1L,ADAM22,GDPD1,PRICKLE1,CAMKK2,GNAI2,CAMK2N1,CHN2,USP1,UBTD2,METTL6,RUNX1T1,SRSF12,DYNC1H1,WDR17,VEGFA,NUDT21,NFIA,GPAM,NFIB,CCNG2,TTC3,NUCB1,HDGF,PKN1,ZFP28,GRINA,ANKRD13C,FHOD3,SLC8A2,IGF1R,RIMS1,TMEM145,SALL2,CDH2,LAMP1,KIF5C,SESN1,SMARCAD1,SH3GL2,FADS1,FBXW4,SUPT16H,IGFBP3,TPM1,F2R,MAGI2,ADAM11,KCTD2,LMO7,ATP1B1,FBXO11,PIAS2,CTDNEP1,CACNB4,DMTF1,EHBP1L1,RAB35,CHMP4B,MATR3,ABCG4,PFKFB3,RAB5C,TNKS,INSIG1,CHRNA7,ITPR1,CACNA1A,SOCS2,EFNB2,ORC4,KIF3A,NACC1,ZKSCAN3,NAE1,SLC38A2,MYH10,ZKSCAN1,PDZD7,BPTF,TRAPPC2,SYT4,PRNP,CRIM1,ARHGAP29,KLHL24,MARCH6,CLK4,CNOT6,H1F0,EFNA2,APPBP2,NBEA,HOOK2,HOOK1,GNB2,RFXAP,NF1,GNB4,SPIRE2,MDM4,TUBGCP4,FGF13,MAP3K12,KDM5B,WDR1,PRKCSH,CHD6,PSIP1,ZFP82,PPP1R9A,PKD1,RND3,POLB,DUSP12,SEC61A1,SCRN1,CAPZB,PPP6R1,SNAPC3,PSD3,CEP170,DNM1L,TRIM67,PDPK1,HUNK,CKAP5,ZFP90,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,SETBP1,RER1,DDAH2,CTDSP2,POLR1B,GFOD2,LUC7L3,DNAJC9,PIK3C3,BDP1,B4GALT6,RNFT2,GTF2A1,GTF3C4,RAB1B,CXXC1,NRXN2,MLLT3,NCALD,FBXL20,MAPK8,GANAB,CAND1,DNPEP,U2AF2,POLR2D,EIF4H,SPOCK1,FEM1C,MEST,CLASP1,NDUFA5,PCDHGC4,PDE4DIP,MEIS2,TPD52L2,KLF7,IRGQ,MYO1B,KLF6,SYT11,MGAT4B,POLR3F,PDCD4,FAM98B,VIM,P4HB,SUGT1,SSBP2,MDGA1,CBLN1"
+"gene_set_query"	"831"	"ZGPAT"	"725.3"	"ARCHS4 Coexpression,598;Enrichr Queries,88;GTEx Coexpression,1490"	"RPL3,HDAC10,TRRAP,PPAN,ARAF,KEAP1,STMN3,EPRS,RAVER1,ZMIZ1,RUSC1,FTH1,ARL6IP4,AKT1,CCNL2,SEPHS2,SOX4,TBC1D10B,SLC12A9,SRRM2,WSB1,ARRDC1,SLC35C2,NFKBIL1,CIRBP,CD3EAP,SCRIB,MOGS,MAPK8IP3,MFSD10,WDR81,ARMC6,CDC37,GRWD1,CD2BP2,ULK1,RBCK1,PFN1,PRR14,TELO2,ATF4,RTEL1,TTYH3,FLII,FBF1,STXBP2,TWF2,OAZ1,APH1A,RHOT2,PPP4C,DHX34,MIER1,DECR2,PUSL1,S100A10,CTSA,VASP,JUN,TMEM86B,INTS1,ACADSB,EHD1,ABTB1,EIF6,FUBP1,ATG2A,ECHDC2,CDK10,HYOU1,CORO7,CPEB4,ITM2C,OGFR,GMEB2,ELL,SLC44A2,PIGQ,MRPS12,CTSZ,PRPF19,MED16,KRI1,MED15,LIMD2,XPO6,FASTK,CHMP1A,SDF4,GPR137,CTSD,UPF1,LRRC45,TMED9,PRMT7,DBNL,NCOA5,SPHK2,GAA,MRPS7,GMIP,LIME1,NCOR2,GAK,RNF167,SLC7A6,MED25,INF2,BDH1,PITPNM1,PXDN,RAPGEF1,FAM193B,ARHGEF1,ARHGEF2,SGK1,DBN1,STK40,RNF166,NAPA,CSTB,GRN,GRAMD1A,GPS1,SRRT,TYMP,GNAI2,FGD3,ARFRP1,ZDHHC18,NFIL3,GPC1,LMAN2,ORMDL3,CLPTM1,MGAT1,MBD3,EGLN2,SF3A2,WDR18,NR1H2,VEGFB,MIB2,MYO9B,SCAF1,PPP1CA,SPSB3,BOP1,XAB2,SHKBP1,TCEA2,ZYX,NUCB1,PKN1,PNPLA6,AGRN,GRINA,CRTC2,PHRF1,GRB14,KHSRP,ARHGDIA,CFL1,FPGS,CEP250,PMPCA,PIM3,SBF1,FADS1,SH3GL1,FBXW5,SHISA5,CNPY3,POLRMT,ATAD3A,DGKZ,ATXN2L,ACAP3,HGS,EEF1A2,EHBP1L1,RAB35,SQSTM1,MAD1L1,CSNK1G2,LY6E,ANAPC2,FKBP2,DNMT1,INO80E,PFKFB3,RAB5C,RPS19BP1,ANKRD11,PXN,CLEC16A,SLC38A10,RASGRP2,CORO1A,CORO1B,STIP1,SBNO2,NDOR1,GRK6,DVL1,E4F1,NADK,BCL9L,ESRRA,FDPS,PRNP,ACBD4,SEC16A,TNK2,TMEM132A,ASPSCR1,UCKL1,SON,EFNA2,HOOK2,GNB2,PLXNB1,SKIV2L,CLASRP,LRCH4,BRWD1,LRP10,COPE,GALK1,GPSM1,ZNF512B,DIDO1,PRR7,NUMA1,RNPEPL1,DOCK9,PRKCSH,ZC3H3,TRADD,AKAP8L,CHD6,PIK3CD,DDX41,ARRB2,PPP1R9B,MRPL4,SART1,SPRED2,SEPT9,SNRNP70,PPP6R1,SNAPC4,WDR6,FLOT2,MAN2C1,SLC37A4,SCYL1,SUN2,REXO1,PDPK1,H2AFX,IQCE,AMT,ARHGEF18,ARFGAP3,COASY,DDOST,ARFGAP1,KLF16,DNM2,PTP4A3,DALRD3,IRF3,NDUFS7,EEF1D,CTDSP2,DNAJC5,PPDPF,PPP1R12C,PPP1R15A,RNF31,TRABD,TSSC4,RGS19,RAB1B,CXXC1,LENG8,FURIN,HDAC7,DCAF15,HMGCL,SLC25A28,DNPEP,NCLN,PUF60,RAB24,POLR2E,RALY,ASCC2,CSK,FBRS,PDLIM7,CYTH1,SH2B1,PTPN1,BAD,ATP13A1,MBOAT7,ADRM1,TPD52L2,USF1,GSTZ1,ASXL1,CLCN7,PFKL,CAPN10,IMPDH1,EIF3G,RBM42,SMAP2,SEC24C"
+"gene_set_query"	"832"	"ZBED3"	"726.3"	"ARCHS4 Coexpression,560;Enrichr Queries,556;GTEx Coexpression,1063"	"MDC1,MT-ND4,AHCYL1,ITSN1,ARPC5L,ZDHHC8,EPRS,TSKU,ALCAM,CAPNS1,ZMIZ1,DPYSL2,MYC,STMN1,LONP1,DAG1,RPL37,SEPHS1,PRKACA,TBC1D22B,SOX4,ACVR1,SRRM2,EPHA4,ST6GAL1,PAQR4,ARRDC3,MTUS1,GTPBP6,CD3EAP,SOX12,HCFC1,RNF126,RFX7,UNC50,DDIT4,SIK2,TLN2,PRR12,PLBD2,KCTD15,SF1,MTMR1,POM121,TMEM63B,ANP32A,NEDD4L,PIK3R2,PIK3R1,UGCG,LARP1,PRKAR2B,PCBP2,GSE1,MLEC,TNRC18,VTI1B,NMB,JUN,BCL11A,ST13,PLK2,SETD1A,NR2F1,IRF2BP1,PRDX6,PBX1,PRRC2B,SRPK1,GADD45G,PRRC2A,SMARCA4,CS,FUBP3,PPP1R1A,SESTD1,WNK1,FASN,ID2,HNRNPD,NMT2,SUGP1,ITM2C,CDKN1C,PIGU,PTPRS,BTG1,HIP1,CITED2,SLC7A11,VLDLR,SMG7,PRPF19,PTMS,AKAP12,MED12,ZMYM3,TMSB4X,ENC1,TIMP2,TK2,SH3BGRL3,JARID2,CIC,GIT1,TSC22D1,ELOVL5,NCOA6,TSC22D3,SLC39A11,ELOVL6,DUSP6,SREBF2,MLF2,RHOB,RNF144A,NCOR2,SLC7A5,KAT2A,CDC42EP4,PXDN,SLC29A4,GARS,RHOU,PABPC1,GAS6,SGK1,ERGIC1,PCYOX1,STX12,NFIX,SATB1,PRIM1,HSD17B4,SLC7A1,PSMA7,ADCY6,RBM15B,SERTAD4,PGRMC2,NFIL3,CUX1,ORMDL3,APBB2,ANKRD52,RPS2,ATP6V0E2,SAMD1,BCAP31,SF3A1,PEX19,SORT1,UTP3,PCGF2,VEGFB,SYVN1,YLPM1,SORBS1,FAH,GATAD2B,VEGFA,GPAM,NFIA,NFIB,CCNG2,APEX1,RPL22L1,PKN1,VKORC1L1,SCARB1,PHLDB1,ANKRD13D,CD81,ATN1,IGF1R,TM7SF2,FADS2,PHYHD1,POGZ,CEP250,FBRSL1,BAHCC1,FADS1,GTF2I,MEN1,SLC38A1,IGFBP3,GPT2,TPM1,RPS6,WRNIP1,FOXP4,CDC25B,ATXN2L,CTDNEP1,TMEM135,ILF3,HNRNPUL1,HNRNPUL2,CMPK1,FSCN1,FAIM,FKBP5,CD151,PFKFB3,ANKRD11,MAZ,LPL,CACNA1A,SLC1A4,ADIPOR2,NDRG1,PRPF8,SOCS2,EFNB2,RAI1,ARHGAP20,ATXN2,BTBD2,EIF4EBP2,DVL3,SLC38A2,PLXNA4,MARK2,TBC1D16,MCL1,UVRAG,PRNP,CPSF7,CBX4,FUS,GFPT1,ASNS,ARPC4,KLHL24,CHERP,RCAN1,H1F0,EFNA2,HOOK2,NBEA,HOOK1,GNAQ,GNB1,GNAS,ACO1,AMOTL2,RNF187,MXD4,SLC25A1,RERE,ZNF512B,GSK3B,PRKCSH,PTPN23,LMNB1,RPS4X,DUSP12,ALDH2,MAN1A2,PDE4B,PMEPA1,TNPO2,CCDC50,BOK,H2AFY,PDPK1,ABHD14B,NAV1,NAV2,ARID1A,SEPT2,DDOST,PATL1,EPN1,ARL4C,VCAN,PTP4A3,SFPQ,ASPH,CTDSP2,POLR1B,IMPAD1,PPDPF,CAT,ITGB1BP1,B4GALT6,CRK,SHANK3,OTUB1,PPP1R15A,SMARCD1,LEPROT,ROCK2,RGS16,TGFBRAP1,RNF8,WIZ,MLLT1,LRP3,DCAF15,FOXRED2,ZNRF1,ABLIM1,FAM168B,DNPEP,MTA1,PABPN1,FAM120A,FEM1C,FYN,SLC25A23,MEST,SEC11A,TRIM44,HNRNPA0,MLXIP,CIZ1,HNRNPA3,RRM2,TAF15,RPRD2,MARCKS,PSAT1,PDCD4,SPRY2,POLR3H,VIM"
+"gene_set_query"	"833"	"TET3"	"727.0"	"ARCHS4 Coexpression,587;ReMap ChIP-seq,295;GTEx Coexpression,1299"	"MT-ND4,PANK3,TFRC,TRRAP,HNRNPU,BACH1,RAPGEFL1,FAM110A,PREX1,ZMIZ1,ZMIZ2,SLC12A6,ATXN7L3,SRRM2,DDX17,NUP210,FNBP1,DICER1,GTPBP1,ANK1,HCFC1,PRR12,SF1,MTMR1,POM121,MTMR3,CDCA4,BAZ2A,SGPL1,LARP1,GSE1,TNRC18,RDH13,N4BP1,CREBBP,JUP,BCL11B,IQSEC1,RCC2,PBX2,PRRC2B,MED13L,PRRC2A,SLC6A6,VANGL2,WNK1,CCDC88C,SDC1,SMG1,CCDC120,CDKN1B,SLC35F2,TCF20,SMG7,SPPL3,MED12,MED13,AKAP11,PLEKHN1,CIC,JARID2,NCOA2,UPF1,BRD2,BRD1,ELOVL4,ACAD9,GAB2,PPRC1,SREBF2,NCOR2,RAPGEF1,RHOV,ARHGEF2,ARF6,WDR26,DOT1L,UQCR11,SLC7A1,HIRA,SERTAD2,NSD1,ANKRD52,PAK2,SF3A1,WNT7B,TRAPPC10,HUWE1,XPO7,MYO9B,HIPK1,GATAD2B,GATAD2A,ABCB10,CCDC6,TRIP12,KDM1B,PHRF1,IPO8,EP300,TLE3,RALBP1,USP7,RNF44,KDM2A,KDM2B,CTNNBIP1,DYRK1A,ATP11B,ZBTB34,ATXN2L,ILF3,HNRNPUL1,EHBP1L1,RAB35,SNRNP200,KLHL18,DNMT1,SEMA7A,UBR4,EFNA4,PRPF8,SUPT6H,RAI1,UBR5,MARK2,MCL1,CPSF7,SEC16A,OSBPL2,NUP153,CHERP,EFNA3,STK24,CNOT1,BLMH,DEGS1,DEGS2,TCF3,PICALM,RERE,GSK3B,KDM5C,LDB1,CELF1,USP32,CHD8,CHD4,ADAR,CHD3,AFF4,BICD2,LMNB1,PPP1R9B,GM2A,MFSD5,PPP6R1,UBTF,RBM33,KDM6B,ACTR2,REXO1,KLF13,PLA2G4E,TNFRSF19,ARID1A,PATL1,DNM2,GIGYF1,SFPQ,KDM3B,RNF38,PARD6G,LENG8,HMGCR,AMBRA1,ACVR1B,MLLT6,DCAF15,RAB40C,U2AF2,SH3BP2,FAM120A,MKNK2,PTK2B,FBRS,SPEN,ACVR2A,DLK2,NIN,RPS6KB2,TRIM35,ACIN1"
+"gene_set_query"	"834"	"LHX1"	"727.0"	"ARCHS4 Coexpression,488;Enrichr Queries,966"	"CNTFR,CCNI,STMN2,STMN3,STMN4,ENO2,GPR173,DPYSL4,DPYSL5,MYC,IGLON5,DPYSL3,STMN1,LUC7L,KIF21B,EPHB2,SOX4,EPHA4,SRRM3,MEF2C,SRRM4,RBFOX2,ISLR2,SOX11,SOX12,ANK1,SFRP1,CARHSP1,DAAM1,FEZ1,RUFY3,DDIT4,TAGLN3,CTXN1,GPM6A,BEX1,FOXG1,NKAIN1,NUAK1,FAM171A2,FLRT2,PCBP4,SCN3B,ZSCAN18,JUN,FZD3,PRRT2,CADM1,BCL11B,MAGEE1,BCL11A,ST8SIA2,H3F3A,RDX,NR2F1,L1CAM,PBX1,SMARCA4,MLLT11,MEX3A,STAG2,ID2,CDKN1C,NRP1,GDI1,GRIK3,NAT14,SHF,JPH4,UCHL1,TUBA1A,ENC1,DNER,NEFL,NEFM,KIF1A,DLGAP4,APC2,CCDC112,GRIPAP1,ANO8,RGMB,DUSP6,MLF2,RGMA,MN1,ZEB2,TUBB2B,TUBB2A,NME7,KIT,PXDN,MAPT,SGK1,RNF165,DYNC1I2,PRICKLE1,CCDC106,CUX2,TMEM169,CAMK2N1,CAMK2N2,GPC2,SRSF11,RPRM,MPP3,WNT7B,PCGF2,TTC9B,ATAT1,NFIA,MORN4,NFIB,TTC3,CDK5R1,ANKRD13B,MIDN,CELSR3,ATCAY,CDH2,KIF5C,TUBB3,BASP1,LZTS1,TMSB10,SEMA6C,IGFBP3,IGFBP2,LMTK3,TBR1,POU3F1,POU3F2,POU3F3,CACNB3,GNAZ,BRSK2,PKDCC,KHDRBS3,CACNA1B,CACNA1A,DTX3,SEZ6L2,LRRC55,PHF21B,EFNB2,IGSF21,SCRT2,PLXNA2,NDN,OTX1,KIF3C,ZC3H13,SYT5,SYT3,ZFHX2,AUTS2,TRAPPC4,TIMM44,NSG1,SCRT1,ARHGAP33,DAB1,HOOK2,NSG2,LHX2,HOOK1,REEP2,CNTN2,NACAD,CNIH2,SERINC5,YWHAE,RBM25,CELF3,CELF4,CHD6,ELAVL4,CELF5,RND2,FBLL1,ELAVL2,ELAVL3,GDAP1L1,CEP170,TRIM67,EMX1,PPP2R5B,VPS37D,SEPT3,VCAN,PTP4A3,GAP43,DDAH2,TERF2IP,ACOX3,INA,CAMK2B,HCN3,HDAC2,CXXC1,CRMP1,DLL1,CACNG7,FZR1,GNG3,RBBP4,SLIT1,NCAM1,IGF2BP2,LINGO1,MARCKSL1,PCDH7,PCDH8,IMMT,MEIS2,NELL2,FAM155A,NFASC,SBK1,RAB15,VIM,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"835"	"ZNF2"	"728.5"	"ARCHS4 Coexpression,948;Enrichr Queries,509"	"APP,ZDHHC5,ENO2,EPRS,BACH2,FRAT2,CAPNS1,TRIM28,MPRIP,DPYSL2,AKT1,PRKACA,GLUL,IER5,ATXN7L3,SOX4,IER2,ARRDC4,SRRM2,EPHA4,IAH1,ARRDC3,CIRBP,CD3EAP,MOGS,SND1,DDIT4,HECA,SIK1,TRIB2,SF1,TBC1D9B,DHX8,FLII,NEDD4L,PIK3R1,APH1A,ST3GAL5,MLEC,ST3GAL1,JUN,INTS1,BCL11A,PLK2,IRF2BP2,PBX2,NR1D1,PBX1,GADD45G,PRRC2A,HNRNPL,ID2,ITM2C,ARF3,CSRNP2,PIGU,CITED2,MRPS12,PIGP,PRPF19,SMG5,SDF4,KIF1B,JARID2,CIC,CEP68,UPF1,TSC22D1,TSC22D3,MINK1,MRPS7,DUSP6,SREBF2,MLF2,RHOB,MN1,ZEB2,INF2,PXDN,RHOU,SGK1,GAS7,GDPD1,PRICKLE1,CENPB,HIRA,NFIL3,TMEM68,MFN2,APBB2,MEF2D,YKT6,DAB2IP,SCAF1,VEGFA,NFIA,GPAM,CCNG2,TAOK2,NUCB1,HDGF,PKN1,KBTBD7,GRINA,ATN1,ZFP30,LAMP1,SESN1,SBF1,ENPP5,FADS1,TLE4,USP5,GPT2,ATP1B1,HNRNPUL1,RAB35,CHMP4B,CSNK1G2,FKBP5,GLYR1,ANAPC2,LRRC59,PFKFB3,INSIG1,CACNA1A,TOR1AIP2,NDRG1,SUPT6H,ARHGAP12,SOCS2,PITRM1,NACC1,ZKSCAN3,PDZD7,IVNS1ABP,TRAPPC2,PRNP,CPSF7,PTCH1,KLHL24,EEF2,EFNA2,NR4A3,HOOK2,HOOK1,GNB1,PLEKHM2,PLXNB2,MDM4,ZSCAN2,NFE2L1,EIF4G1,RERE,CALCOCO1,KDM5C,WDR1,PRKCSH,CHD6,AFF3,RND3,PPP1R9B,SPRED2,DUSP12,LASP1,EEF2K,ZC3H7B,PPP6R1,SNRNP70,PDE4B,UBTF,PMEPA1,KDM6B,KLF13,PDPK1,PDE4D,RAD23B,ZFP90,DDOST,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,RNFT2,GTF3C1,RAB1B,ATP1A1,TOB1,ADD1,USP19,U2AF1L4,FAM168B,GANAB,DNPEP,U2AF2,MKNK2,FAM120A,EIF4H,FEM1C,ATP2B4,PDE4DIP,CDC42BPB,MEIS2,ACVR2A,NELL2,RAD52,KLF6,NEURL4,PIK3IP1,CARM1,MGAT4B,SPRY2,ACIN1,P4HB"
+"gene_set_query"	"836"	"ZSCAN23"	"728.7"	"ARCHS4 Coexpression,503;Enrichr Queries,664;GTEx Coexpression,1019"	"SLC35B2,VEZT,TRIO,CCNJ,FCF1,DIXDC1,EPRS,FNBP1L,BACH2,CAPNS1,DPYSL5,DPYSL2,CDC27,STMN1,NCKAP5,SOX4,SOX5,CALN1,MED1,EPHA4,EPHA7,CXADR,WSB1,RBFOX2,SCAF11,DAPK1,RECQL,WDR74,RFX3,ANK2,SOX11,ANK3,EID1,DAAM1,IFT81,FEZ1,RUFY3,TRIM13,HECA,TAGLN3,PFN1,ALG10B,PFN2,BEX4,BEX1,MAGED1,FOXG1,NPRL3,TRANK1,PHYHIPL,TMTC1,OAZ1,GLG1,MTDH,FLRT2,PCBP4,PCBP1,TSPAN6,TRPM7,TSPAN3,SCN3A,SEC31A,ZSCAN18,FDFT1,TMEM184C,JUN,FZD3,CADM1,ST8SIA2,NR2F1,DCLK2,PBX1,DCLK1,MLLT11,PCDHGA11,EXT2,ZZZ3,H2AFY2,PKIA,FUBP1,CALU,DCHS1,FAT3,FXYD6,MAGED2,FAT4,FBXL2,ROBO2,TRAM1,CSRNP3,PHF6,ROBO1,AKAP12,TRIM9,EPM2AIP1,MRPL42,PCLO,TUBA1A,ZMYM4,TRIM2,DHX15,ZIK1,RSPRY1,BRD3,SHPRH,ACTL6B,HSBP1,LRRC49,TCF12,LRRC40,BAZ1B,SRP9,MLF2,RGMA,ENAH,MN1,TUBB2B,TUBB2A,NME7,KIT,PXDN,MPPED2,EXOC5,DYNC1I2,MAGEH1,SATB1,WRB,HEATR1,AKAP6,HSPA13,FGD4,CUX2,TMEM169,CAMK2N1,MGAT2,CTNNA2,SRSF10,RUNX1T1,WDR17,NPM1,GABBR1,MYEF2,ATRNL1,KIDINS220,MTX3,YLPM1,SORBS2,BLCAP,KLHL9,ATAT1,NFIA,ABI2,MORN4,NFIB,KLHL7,TTC3,RAB3GAP2,NUCB1,GOPC,FAM171B,PKN1,PRDM8,CLSTN2,CEP120,ALDH1L2,FBXO22,NUDT10,IPO9,SALL2,CDH2,KIF5C,TUBB3,SMARCAD1,NRCAM,CSNK1G3,FBXW8,LMO3,UBE2E3,THOC2,FOXP1,EEF1A1,TMX3,SCN8A,EHBP1L1,CHMP4B,TOX,ANAPC1,GRIA1,KHDRBS1,COPA,TBC1D19,KHDRBS2,RTN1,RAB5C,COPB1,BTF3L4,ITPR1,CLEC16A,CACNA1A,ARHGAP20,ZKSCAN3,SRGAP3,SRGAP1,PLXNA4,IP6K2,NEK9,TIA1,CBX5,AUTS2,PTCH1,DNAJC13,ZBTB12,KLHL23,ARPC4,MARCH6,IFT20,EFNA2,NR4A3,HOOK2,NBEA,CDK4,HOOK1,STT3A,NF1,CNTN1,LRP10,CNIH3,KDM5B,PCDHGB7,WDR1,PRKCSH,CELF2,SCHIP1,DOCK7,USP34,CHD6,ELAVL4,ZFP82,RND3,ELAVL2,TRO,SGCE,ADAMTS3,FSD1L,CAPZB,YWHAQ,PPP6R1,SUMO2,CEP170,TNPO1,HSDL1,PCDHGA4,SGIP1,PDPK1,VBP1,ATRX,NAV2,PTBP2,ZFP90,NIPSNAP1,DNM2,PJA1,LATS1,PTP4A3,RCN2,SETBP1,CDH11,BDP1,INA,SHANK2,NLGN1,HDAC2,DDX25,NRXN1,RAB1B,USP11,CRMP1,HMGCR,DLL1,CXXC4,SLC25A27,STOX2,GANAB,GNG3,MAPK8,IGFBPL1,GNG2,SLITRK1,TAF1A,KRIT1,DROSHA,IGF2BP3,NCAM1,CSK,HNRNPA1,TRIM44,CLASP2,TUB,SEPT11,SSB,PCDH9,NEGR1,PCDH7,DEK,GDAP1,MAPK10,MARCKS,PDE10A,SYT11,ERCC8,CDO1,SSBP2,RBMX,TAF2,MBTPS2,TAF1,CUL4B,METAP2"
+"gene_set_query"	"837"	"ZNF503"	"728.7"	"ARCHS4 Coexpression,418;Enrichr Queries,801;GTEx Coexpression,967"	"RPL5,TES,RPL31,KDELR1,THUMPD1,ZDHHC8,RPL9,RPL6,RPS15,RPS17,LSM11,TRIM28,RPS19,ZMIZ1,DPYSL2,MYC,DPYSL3,RPL36,AKT1,PTGFRN,EPHB2,IER5,RPL39,SOX4,TBC1D10B,EPHA4,EPHA7,MEF2C,ACTN1,RPL22,ARMC9,CD3EAP,SCRIB,CSNK1E,SOX12,EML1,JMJD8,HCFC1,MYL6,GPR161,DDIT4,KCNQ4,KCTD12,RPL29,BCORL1,PRR12,OBSL1,KCTD15,LLGL1,ATF4,POM121,TSHZ3,PIK3R2,APCDD1,ADH5,FAM171A2,CYB5R3,FLRT2,DHX35,TNRC18,S100A10,JAG2,JUN,RPL41,TMEM184B,DMPK,CADM1,INTS1,PLK2,SETD1A,NR2F1,IRF2BP1,KLHDC8B,MEX3D,PBX1,PRRC2B,GADD45G,PRRC2A,SMARCA4,HNRNPL,PTK7,FASN,ID2,GIPC1,DCHS1,DUS1L,FERMT2,ITM2C,CDK16,CDKN1C,NRP1,BTG1,CITED2,RPLP1,SIPA1L2,TRIOBP,PTMS,AKAP12,CSRP2,ENC1,TIMP2,RAC3,CIC,CTSB,BRD2,TSC22D1,TSC22D3,SLC39A13,ANO6,COMMD6,RGMB,DUSP6,MLF2,RHOB,NCOR2,MED22,MN1,TUBB2A,PXDN,FAM20B,RHOU,GAS6,SGK1,FJX1,ATP6V0C,CSTB,PRICKLE2,PRICKLE1,SLC7A1,CENPB,RBM15B,TCOF1,CAMK2N1,TCEAL1,MICALL1,GPC4,CKB,ANKRD52,RPS2,STX2,MBD3,SF3A1,SF3A2,RYK,PCGF2,PLEKHA5,AP3D1,SAMD4B,SORBS1,SCAF1,VEGFA,SKI,NFIA,MYBBP1A,SERBP1,TAOK2,ESYT2,MEGF8,MIDN,CHPF,HDLBP,ATN1,ARID4A,CLU,TOMM20,PPP1CB,IPO8,CHCHD3,ARHGDIA,KHSRP,SCMH1,FBRSL1,LZTS2,SH3GL1,SLC38A1,IGFBP3,TPM1,IGFBP2,OCRL,THOC2,ATP1B1,FOXP4,POLRMT,ATAD3A,MID1,RNF40,FOXP1,CTDNEP1,ILF3,HNRNPUL1,RAB34,KPNB1,SLC27A4,KHDRBS1,LRRC59,ISYNA1,INO80E,PFKFB3,CD151,ARHGEF26,INSIG1,MAZ,NDRG1,PRPF8,CACNA1H,GLIS2,SOCS2,EFNB2,RAI1,SCUBE1,IRAK1,DVL1,BTBD2,NACC1,ABL1,DVL3,H1FX,MARK4,MYH10,CD276,NEK9,PRNP,ATP8B2,CBX4,CBX2,EEF2,MANBAL,CHERP,NFKBIA,BCL9,BMP1,HOOK2,HOOK1,UBE2S,CNTN1,UBA1,RNF187,MXD4,UBE2M,GPSM1,ZNF512B,B4GALT2,KDM5C,WDR1,CNRIP1,PRKCSH,CBY1,ILK,YBX1,PTPN23,RND3,LMNB2,TTC28,SGCE,RPS4X,DUSP12,SNAPC2,MDK,ZC3H7B,SNRNP70,GATAD1,TMEM109,PMEPA1,TNPO2,PELP1,UNC45A,PPP1R12A,H2AFX,CTPS2,DDX54,VEZF1,RANGAP1,SENP3,EPN1,CKAP4,KLF16,FAM189B,VCAN,PTP4A3,NSMCE4A,CTDSP2,CDH11,AKT1S1,RPL37A,PPP1R12B,CUEDC1,GTF3C1,NLGN2,SRF,RPL36A,WIZ,MLLT1,LRP3,DLL1,STRN4,FZR1,DNPEP,MTA1,NCLN,FCHO1,PABPN1,U2AF2,NT5DC2,POLR2D,FBRS,PDLIM7,HNRNPA0,SMARCE1,SPEN,MARCKSL1,PPP1R14B,RNF26,PCDH7,FBXL19,ATP2B4,SSRP1,CDC42BPB,MEIS2,HNRNPAB,NELL2,GOLPH3,KLF6,CARM1,VIM"
+"gene_set_query"	"838"	"ZNF548"	"729.0"	"ARCHS4 Coexpression,1258;Enrichr Queries,631;GTEx Coexpression,298"	"CMAS,HDAC11,JMJD1C,HNRNPU,CBLB,EPRS,BACH2,RASSF1,NSDHL,CAPNS1,MYC,DPYSL3,EPC1,AP1S1,DIP2A,BTRC,CCNL1,SLC12A6,ATXN7L3,SOX4,FNBP4,ARRDC4,DDX17,EPHA4,MEF2C,ACOT7,WSB1,WSB2,SCAF11,ARRDC3,IFRD1,CD3EAP,SRRM1,TIAM2,DDIT4,HECA,DUS3L,SF1,DHX8,PEX11B,PHYHIPL,COPS7B,PIK3R2,PIK3R1,RNPC3,INPP5B,APH1A,ERI3,HIVEP2,RAB11FIP4,ZSCAN18,JUN,PTPRN2,JUND,INSR,SETD1A,PHC3,ACADSB,RPS28,TOLLIP,ATG2A,HBP1,CPEB4,ITM2C,ARF3,PHF3,PIGU,BTG1,CITED2,MRPS12,PRPF19,DDA1,IKBKB,MED12,SERP2,PCMTD2,NIPBL,ARV1,GUK1,ZMYM5,ZMYM6,GABPA,JAK1,PCMTD1,UPF1,PCYT1B,RPS6KL1,ATMIN,SPHK2,HSBP1,LRRC49,TET2,DYNLL1,DYNLL2,PGM2L1,MLF2,RHOB,PXDN,SGK1,TRUB2,SATB1,WRB,NOL9,RELA,FAM117B,BCLAF1,ASNA1,CLPTM1,RICTOR,ZSWIM6,CTNNA2,BRD8,YKT6,SF3B1,LCMT1,NKTR,ARNT2,MON2,PLEKHA1,SORT1,PLEKHA5,RSRC2,VEGFA,MORN4,HDGF,PKN1,ZFP28,SCARB2,CCNT2,CTNND2,TUSC2,ARHGDIG,HDLBP,ARID4A,COX6A1,IGF1R,ABHD12,ZFP30,RNF19A,CWC22,FNTB,ADORA1,EP300,TXNL4A,STK32C,TLE3,KDM2B,USP3,THOC1,PRPF4B,TSC1,THOC5,BSCL2,DISP2,PRPF3,WDFY1,SRSF3,SRSF4,PHIP,PPIG,ADNP,SRSF7,ARL8A,ZCCHC8,LRRC59,PSMD11,ANKRD12,ABHD8,ITPR1,SPATA2,HSPBP1,RLF,PHF21A,RAP1B,SOCS2,ORC4,KIF3B,NACC1,ATP6V1H,ATP6V1D,ATP6V1F,MCL1,BPTF,UVRAG,PRNP,ZBTB17,PNPT1,AUTS2,ARHGAP29,NUP153,KLHL24,BTBD6,BTBD9,CLK1,NFKBIA,LRCH1,PAN3,GON4L,EFNA2,CDK5,HOOK2,TMEM115,ZFP62,CCPG1,HOOK1,CNOT2,SP3,JMY,PIN1,MDM4,NF2,BRWD1,FGF13,OGT,RNF187,EIF4G1,YWHAE,CREBZF,USP36,DYRK2,DOCK9,PRKCSH,CHD6,SLC2A3,CHD3,AFF4,SENP7,TMEM222,DUSP12,ZC3H7A,MLST8,EVI5L,CCDC50,PLEKHG2,DST,PDPK1,IQCE,ARNT,ZFP90,LATS1,TRAF7,VCAN,PTP4A3,CREB1,ELF2,DDAH1,PIK3CA,DNAJC5,CTDSP2,POLR1B,LANCL2,LUC7L3,NAA38,TMEM9,IRF9,PPP1R15A,KDM3A,STOML1,USP16,UHRF2,RAB1B,USP11,CEBPG,CXXC1,CLCN3,LAGE3,HDAC7,FBXL20,GANAB,U2AF2,SPOCK2,BNIP2,FEM1C,DRAM2,SEC24B,FBXL19,MID1IP1,FOXJ3,PDE4DIP,PTPN12,CDC42BPB,KLF7,SNRK,KLF6,PPP2R2C,PPP2R2B,FAM131A,ACIN1,ATP13A2,POLR3H,TRIM33,TAF1"
+"gene_set_query"	"839"	"IRX1"	"729.3"	"ARCHS4 Coexpression,315;Enrichr Queries,855;GTEx Coexpression,1018"	"CNTFR,APP,RPL30,RPL32,LDLRAD3,STMN4,FNBP1L,RPL8,HS6ST1,RPL7,RPS14,GPR173,ALCAM,RPS19,DPYSL4,RPS18,DPYSL5,ZMIZ1,DPYSL2,MYC,IGLON5,DPYSL3,RPL36,KIF21A,BSN,EPHB2,RPL39,SOX4,RPS12,TMEM8B,EPHA4,LIMCH1,RPL23,SOX11,CSNK1E,SOX12,ANK1,SFRP1,RRAGC,FEZ1,RUFY3,DDIT4,RPL27,RPL29,TRIB2,OBSL1,CTXN1,LLGL1,TMEM87A,GPM6A,NRN1,TTYH3,TSHZ3,IGSF3,TTYH1,NPRL3,SDC3,AGAP1,XPC,PIK3R2,PIK3R1,APCDD1,GIGYF2,APH1A,NKAIN1,FAM171A1,NUAK1,FAM171A2,FLRT2,RAB11FIP3,B4GALNT4,ZSCAN18,BTF3,VAT1,JUN,FZD3,NDFIP1,CADM4,CADM1,BCL11B,BCL11A,PLK2,ST8SIA2,PMM2,NR2F1,DCLK2,PUM1,PRRC2B,DCLK1,MED13L,GADD45G,SMARCA4,MEX3A,VANGL2,PTK7,ID2,DCHS1,LRRN1,FAT4,RPS21,RCOR2,ITM2C,CDKN1C,DDR1,NRP1,BTG1,PTPRS,GDI1,CITED2,RPLP1,GRIK5,DIRAS1,RPLP0,SIPA1L2,AACS,CX3CL1,PTPRF,ROBO1,PTMS,AKAP12,UCHL1,TUBA1A,IMPA1,SH3PXD2B,TIMP2,RPLP2,RAC3,KIF1B,DLGAP4,APC2,CCDC112,ELMOD1,ANO8,RGMB,DYNLL2,DUSP6,SREBF2,CTTNBP2NL,MLF2,RGMA,VAV2,MN1,TMEFF1,TUBB2B,TUBB2A,KIT,PXDN,GAS6,SGK1,DBN1,RNF165,NFIX,RPL12,RPL11,PRICKLE1,PTN,SCAF8,ARVCF,PGRMC2,GPC1,RPL13,GPC2,EXTL3,RPL19,RUNX1T1,RPRM,MAP4K4,YTHDF2,MYEF2,PCGF2,DAB2IP,VEGFB,ABI2,NFIB,STAC2,TTC3,CACHD1,MEGF8,ANKRD13B,MIDN,ZFAND3,CTNND2,ATN1,RPL10A,CLU,CELSR2,CELSR3,FBL,LAMP1,GRB14,CDH2,SALL2,BASP1,KIF5C,TUBB3,PALM,SLC39A6,RPS8,IGFBP3,CTNNBIP1,RPS6,IGFBP2,SDHC,FRMD4A,POU3F2,POU3F3,CLIP2,ADAM15,FSCN1,GRIA1,KHDRBS1,SHC2,BRSK2,CHRNA7,LPL,CACNA1A,DTX3,DTX4,EFNA4,LRRC55,SAV1,PHF21B,EFNB2,SCRT2,EFNB1,ARHGAP21,DPP6,PLXNA2,NDN,OTX1,QSER1,CD276,TBC1D16,LRRC4B,AUTS2,CBX1,ARHGAP29,SCRT1,PTPRD,ARHGAP33,HOOK2,NSG2,LHX2,SP3,GNB1,CNTN1,CNTN2,AMOTL2,DEGS1,FGF11,GPSM1,YWHAE,GSK3B,CELF3,CHD6,CHD4,RND2,ELAVL3,RBM3,RPS4X,DUSP12,EEF2K,SCRN1,NEO1,TNPO2,TRIM67,ADAMTS7,DST,TBC1D9,VPS37D,LSS,SEPT3,EEF1G,PTP4A3,DALRD3,UBE2R2,DDAH2,CDH11,FAM84A,CDH13,MAN1B1,SMARCD2,NLGN2,RPL36A,CXXC1,CRMP1,DLL1,NCALD,AGPAT4,STOX2,CACNG7,IGFBPL1,GNG2,FAM168A,POLR2D,SLIT1,SH3BP4,NCAM1,IGF2BP2,MEST,NTRK2,MARCKSL1,PCDH7,PCDH8,MEIS2,ACVR2A,NELL2,KLF6,SBK1,SYT11,TSPAN18,TRIM35,SPRY2,VIM,INSM1,CDO1,SSBP3,CBLN1"
+"gene_set_query"	"840"	"STAT5B"	"730.5"	"ARCHS4 Coexpression,1112;Enrichr Queries,347;ReMap ChIP-seq,101;GTEx Coexpression,1362"	"CYFIP2,RB1,MT-ND4,TFRC,ARPC5L,HNRNPU,EHMT1,WDR83,ENO2,EPRS,BACH2,PSMD8,PREX1,ZMIZ1,DPYSL2,MYC,GPBP1,RPL35,AKT1,IER5,IER2,MEF2C,PIH1D1,DAPK3,PRKCD,CD3EAP,MYL6,WDR82,PRKAR1A,PSME3,DDIT4,ORAI2,PSME1,JTB,PSME2,RPL27,UBA52,VPS28,PRR14,SF1,ATF4,ABCB6,NPRL2,MEPCE,NOLC1,OAZ1,HIF1A,GABARAP,PRDX2,MRPL20,CYB5R4,PRDX5,LDHA,PPP4C,CEP70,CHST15,VPS11,AMZ2,PLCG1,ATRIP,ST3GAL2,SERF2,S100A10,RPL41,CREBBP,JUN,WDR59,JUND,SNAPIN,PRRT2,H3F3B,JUP,NCAPH2,H3F3A,SETD1A,IRF2BP1,PBX2,PRRC2B,SNUPN,EIF1,TMEM199,EHD1,HNRNPL,ABTB1,FIBP,HNRNPM,SLC6A6,TBL3,MEX3A,HNRNPF,FASN,OGDH,HYOU1,FARSA,CDK16,EZH2,PIGU,BTG1,CDKN1B,PIGO,PHF23,RPLP0,CLTC,ECSIT,ADO,RNF157,UBL5,MED11,TRMT112,LMBR1,MRPL40,TMSB4X,TIMP2,RPLP2,GPR137,TK2,JAK2,JAK1,ZC3H10,WDR37,ELOVL5,MRPL49,GMIP,MED29,DUSP6,DDB2,MRPL44,NCOR2,RNF167,MRPL53,SLC7A6,ZEB2,MED25,PXDN,RAPGEF1,TUT1,GART,RNF166,VAMP2,ARF6,RNASEL,GRAMD1A,RNASEK,CLDND1,CENPB,FGD3,UNK,GGA3,RPS3,RPS2,SF3B1,STAT2,TTC9C,TARBP2,SKI,TM9SF1,NFIA,CCDC9,SNX17,SHKBP1,APEX1,CCDC6,SARM1,ZYX,PKN1,YPEL3,MTCH1,ANKRD13D,TUSC2,ATN1,LTN1,SLA,RNF19B,PARK7,CLU,IPO4,TM7SF2,SMCHD1,CFL1,NUDT19,MAF1,SLC25A44,TMSB10,ANKRD13A,FADS1,IFNAR2,PIAS4,PPP1R16B,RNF44,FBXW8,CISH,RPS8,USP3,ANKRD44,RPS5,F2R,TPM1,ZBTB34,ILF2,CDC25B,BSCL2,CTDNEP1,ACLY,STIM2,SLC9A8,RAB34,MAPKAPK2,SRSF2,PGP,SNRNP200,SQSTM1,CSNK1G2,FKBP5,IFNAR1,CUL9,INO80B,FKBP2,DNMT1,RNASEH2A,PFKFB3,CBFB,MAX,MAZ,ITPR1,CORO1A,PHF21A,FBXO42,HSP90B1,SBNO2,BTBD2,DVL2,ABL1,E4F1,NAE1,NADK,MCL1,MPDU1,WDTC1,ESRRA,AKIRIN2,EIF2B4,ZBTB17,ANKRD27,TRAPPC1,TOR1A,EEF2,CHERP,DRAP1,MFHAS1,COPS6,SH3BP5L,SON,SLC7A6OS,ARPC2,REEP5,NF1,PIN1,CNTROB,LRCH4,BCL2L1,MAP3K12,RNF187,SERINC4,ISY1,ITGB1,HSP90AB1,MCM7,CELF1,PTEN,PIK3CD,ARRB2,AP4M1,MRPL4,DUSP12,PPP6R1,NCK2,MDP1,PELP1,HSP90AA1,PLEKHG2,GPX1,GGPS1,MSL2,ARNT,RPL13A,RAD23A,COASY,ARL4C,PTP4A2,PTP4A3,TRAF4,DAD1,SLC25A19,CTDSP2,POLR1B,C1D,ETF1,SOS1,DCTPP1,SLC25A11,GAPDH,MET,RNF31,BECN1,GTF3C2,SMARCD2,WBP1,SRC,LENG8,FURIN,ZBTB45,AMBRA1,MLLT6,HDAC7,AP3M2,DCAF15,ZNRF1,GANAB,ABLIM1,FZR1,POLR2A,U2AF2,SH3BP5,VPS54,POLR2G,FYN,CSK,DCAF11,AAMP,SLC25A22,SEC11A,PTPN1,SLC35A4,PPP1R14B,SPAG7,TRIM41,SEMA4D,CNBP,MBOAT7,IMMT,LYSMD1,RPL23A,PTPN11,MCOLN1,HNRNPAB,FBXL12,BCKDK,KLF6,IMPDH1,EIF3I,PDCD4,EIF3G,RUNDC1,P4HB,SMAP2,EIF4A1,APP,IFITM2,PPAN,ACTB,CYB5D1,RASSF1,FRAT2,RPS16,RASSF2,TRIM28,RPS19,RPL36AL,FTH1,ARL6IP5,LONP1,CCDC97,CCNL2,RPS11,CCNL1,SLC12A6,SEPHS2,GLUL,SOX4,SLC12A9,ARRDC1,IMP3,ACTN1,NSMCE1,CIRBP,PTOV1,CSNK1D,MOGS,ACTN4,MFSD11,JMJD6,PISD,INPP4A,CDC37,HECA,PFN1,EZR,SLC45A4,GCDH,MACF1,STXBP2,SUPT4H1,TWF2,TRANK1,TRMT2A,PIK3R1,MYL12B,PGS1,DHX30,SEC14L1,PCBP1,PCBP2,RALGDS,N4BP1,SNX5,SEC31A,ATP6V0A1,VASP,SNHG1,XBP1,LRRN3,IQSEC1,TREX1,SMARCA2,PTK2,SMARCA4,RPS27,RPS29,WNK1,RPL27A,ID2,INTS5,PAF1,GRB2,CALR,FBXL5,CALM1,C2CD2L,CDS2,ITM2C,DHRS13,HBS1L,MRPS15,DAZAP1,UBXN1,FAM57B,CITED2,SRA1,MYL6B,HERPUD1,LIMD2,GLIPR2,XPO6,HYAL2,MLX,ARIH2,SDF4,SSSCA1,CTSD,TMED4,PSD,VKORC1,NCOA1,PCYT1A,PRMT7,PARP1,TSC22D3,MRPS7,PPRC1,RHOA,RHOB,PACS2,PACS1,KIT,ARHGEF1,TAX1BP3,FAM193B,ARHGEF2,ALDOA,SGK1,STK40,PCNA,SATB1,CCDC107,NEDD8,CCDC106,RELA,TYMP,GNAI2,ZDHHC18,NFIL3,CUX1,MGAT1,MGAT2,MAP4K4,NPDC1,MAP3K3,RANBP1,VEGFB,MYO9B,AP2B1,PPP1CA,VEGFA,PER1,KBTBD4,HIST3H2A,HNRNPA2B1,CTNNB1,ESYT2,FAU,PNPLA6,PRDM8,DPAGT1,OTUD5,CRTC2,MIDN,ACAA2,NARF,ARID4B,IGF1R,NARS,FAM174B,ARHGDIA,COTL1,EP300,MORC3,DNAJB12,RSBN1,FAM173A,HNRNPUL2,EHBP1L1,WDFY1,MATR3,FAIM,RTN2,IDI1,VCP,DDX5,PSMD12,NDUFB10,CLEC16A,STK4,RASGRP2,CSF2RA,NDRG1,CAMSAP1,MAN2A2,GRK6,TBC1D14,CAMTA2,TBC1D17,NDUFV2,MARK2,HSPA9,YARS,SMAD2,OST4,HSPA8,PRNP,SMAD4,CPSF1,HSPA5,CBX3,PHF12,PTCH1,HMGA1,SUPT5H,AP4B1,NFKBIA,PAN2,EFNA2,TMEM115,HOOK2,DLG4,HOOK1,UBA3,GNAS,STT3B,LRP10,PICALM,MUS81,GSK3B,ACADVL,CUEDC2,GSK3A,ZMYND19,LDB1,THRA,PRKCSH,CHD6,ADAR,TNFAIP1,CHD3,USE1,PITPNC1,LMNB1,PPP1R9B,LASP1,YWHAQ,CASP3,FLOT2,PDE4A,CASP2,YWHAG,SCYL1,KDM6B,RBM17,SUN2,USP48,KLF13,PDPK1,GLRX5,H2AFX,DDX56,DDX54,ARHGEF18,SYNGR3,ARID1A,SENP3,YWHAZ,EPN1,TGFBR1,DNM2,EEF1G,CREB1,PPDPF,AKT1S1,CAT,NDUFS3,LUC7L3,MVD,NAA38,MAN1B1,CHMP7,IRF9,TSEN34,USP15,STOML2,RGS19,POLDIP2,RGS16,GMPR2,SLC3A2,NCALD,HSPD1,GNG3,MAPK8,DNPEP,CHSY1,TDG,LEPROTL1,MKNK2,TRA2A,MAPK1,PTK2B,MTA2,FBRS,CYTH1,MAPK3,PTCD1,USP20,B3GAT3,BAD,USP21,EYA3,LIMK2,MIIP,MAPK14,USF1,PNKD,NEURL4,ERCC1,RPS6KB2,QRICH1,TAF6,VIM"
+"gene_set_query"	"841"	"ZNF286B"	"730.5"	"ARCHS4 Coexpression,535;GTEx Coexpression,926"	"SLC35B4,TRIO,ZDHHC5,ENO2,GPATCH8,NUDT3,RNF112,LSM12,CAPNS1,IGLON5,DPYSL2,FAM110B,BSG,PSMD3,STMN1,AKT1,ATXN7L3,SOX4,CALN1,SRRM3,SRRM4,RBFOX2,CXADR,ST6GAL2,RBFOX3,ARRDC3,MOGS,SOX11,ARMC8,ANK3,ACTN4,SND1,FAM133B,TIAM1,EML5,DAAM1,RUFY2,FAM76A,SF1,PAXIP1,TBC1D9B,STXBP1,FOXG1,FLII,TRANK1,APH1A,SYNGR1,PCBP3,TSPAN5,CADM3,FZD3,PRRT2,INTS1,BCL11A,MICAL2,UPF3B,PBX2,L1CAM,PRRC2A,MLLT11,HNRNPL,ARF3,OGFR,TMEM151B,KCNC1,DIRAS2,GRIK2,PRPF19,SMG5,SHF,TRIM9,MRPL42,MMP24,PCLO,TUBA1A,TRIM3,ANXA6,SDF4,CIC,ZIK1,UPF1,LRRC49,MINK1,ELOVL6,PGM2L1,ENAH,MPPED2,WAC,ARHGEF2,PAFAH1B2,ADAM22,FAM117B,CENPB,CAMKK2,HIRA,TMEM169,SNX27,CHN2,CLPTM1,ANKRD52,YKT6,RUNX1T1,DAB2IP,SKI,NFIA,NFIB,ETNK1,TAOK2,TTC3,NUCB1,HDGF,PNPLA6,GRINA,ANKRD13C,HDLBP,SLC8A2,RIMS1,TMEM145,ZFP30,LAMP1,ARHGDIA,ARID2,SBF1,SH3GL2,TLE2,USP5,ADAM11,KCTD2,KCTD6,DISP2,ACAP3,MORF4L1,HNRNPUL1,TBL1XR1,EHBP1L1,RAB35,TBC1D24,ANKS6,SRSF3,CHMP4B,ADNP,SRSF6,ANAPC2,LRRC59,RAB5C,CHRNA7,CACNA1A,PDS5B,SUPT6H,CORO1B,NEUROD2,SBNO1,NACC1,ANKRD10,PDZD7,TRAPPC2,SYT4,CBX5,EEF2,MARCH6,CLK4,LRCH1,SH3BP5L,GNB2,GNB1,PLEKHM2,PLXNB2,TCF4,FGF13,NFE2L1,MAP3K12,EIF4G1,SNAP25,ACADVL,KDM5C,WDR1,CELF1,PRKCSH,MAST1,ELAVL4,ZFP82,PKD1,ELAVL3,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,MCF2L,PSD3,UBTF,CASP2,GALNT9,TRIM67,MAPK1IP1L,HUNK,RAD23B,ARFGAP1,PTBP2,DNM2,TRAF7,ALS2,RER1,DNAJC5,DCX,LUC7L3,DNAJC9,RNFT2,RAB1B,NRXN2,ATP1A1,ADD2,ABLIM1,GANAB,U2AF2,FAM120A,EIF4H,SPOCK1,EIF4E,FBRS,PCDHGC4,EFR3B,ACVR2A,RAD52,MARCKS,FAM131C,MGAT4B,POLR3F,ACIN1,CDR2L,RGS11,P4HB,SUGT1,SSBP2,MDGA1,CBLN1"
+"gene_set_query"	"842"	"ZNF784"	"732.0"	"ARCHS4 Coexpression,732;Enrichr Queries,492;GTEx Coexpression,972"	"PANK4,ARAF,STMN3,DCAF6,LSM10,FAM110A,CAPNS1,TRIM28,MYC,ZMIZ2,LONP1,PRKACA,IER5,ATXN7L3,SOX4,IER2,ARSA,PRKAB2,SRRM4,DAPK3,PTOV1,MRPS18A,CD3EAP,CSNK1D,MOGS,SCRIB,JMJD8,EML2,GNPAT,RNF123,CDC34,DDIT4,VDAC3,HECA,ULK1,RPL27,PRR12,MMADHC,TELO2,DHX8,FLII,FBF1,TWF2,APH1A,CYB5R1,PRKAR2A,TNRC18,RAB11FIP3,RHBDL1,JUN,JUND,DMPK,IRF2BP1,PBX2,MEMO1,NR1D1,UBAC1,THAP11,GADD45G,TADA2B,EHD1,AIMP2,FASN,ID2,OGDH,DUS1L,ITM2C,OGFR,PIGU,CITED2,PIGQ,MRPS12,PRKAG1,MRPL38,MED16,PRPF19,NAT14,TMEM186,SMG5,BBC3,ARIH2,CIC,JARID2,LRRC47,PSENEN,UPF1,MRPS24,SPHK2,SIRT6,MRPL46,DUSP6,MLF2,RHOB,SLC7A5,MRPS9,CTU1,MED25,INF2,PXDN,RAPGEF1,SGK1,ATP6V0C,MPND,STK40,SLC29A2,CSTB,GRAMD1A,NFIX,TOMM40,USO1,CCDC106,CENPB,NOL6,ARNTL,SAMM50,RPL13,MFN2,SCAND1,MEF2D,MBD3,BRF2,EGLN2,SF3A2,MDH2,MIB2,UBE2G1,DOHH,SCAF1,LRRC20,SPSB3,SRRD,PKN1,AGRN,YPEL5,MIDN,ZFAND3,UBE2D1,KLHL34,ZBTB22,CCDC28B,TM7SF2,STK11,CHCHD3,CFL2,SESN1,ARHGDIA,FBRSL1,KPNA4,PIM3,SNRNP35,MAF1,PIAS4,SEMA6C,PHYH,RPS9,MAP2K2,NOSIP,DYRK1B,SHISA4,POLRMT,ATAD3A,LEMD2,CTDNEP1,CACNB1,DGKQ,EHBP1L1,RAB35,MAPKAPK2,FSCN1,CHMP4B,FIZ1,RAF1,SQSTM1,CSNK1G2,ANAPC2,RTN2,INO80E,PFKFB3,CD151,RAB5C,NDUFB10,CUL5,NDUFB11,ABHD8,LTBP4,NDRG1,SBNO2,SHARPIN,DVL1,BTBD2,NACC1,E4F1,NDUFV3,MARK4,MARK2,WDTC1,ESRRA,PRNP,CPSF1,TNK2,IDH2,HMGA1,ASPSCR1,TIMM44,COQ9,COQ7,COQ6,HIGD2A,ZC3HC1,NFKBIA,LRFN3,EFNA2,SH3BP5L,HOOK2,TMEM11,HOOK1,GNB2,PLEKHM2,CLASRP,LSM14B,NFE2L1,MXD4,UBE2M,GPSM1,PHTF2,GSK3A,PRKCSH,MAST2,CHD6,ARHGEF10L,PTPN23,DUSP12,SART1,MRPL2,PPP6R1,SNRNP70,MYO18A,TIMM17B,PMEPA1,SPEG,HIF1AN,KDM6B,ADSL,KLF13,PDPK1,DDX54,RAD23A,DUSP26,SENP3,EPN1,DDOST,KLF16,PTP4A3,NDUFS7,TRAF4,CTDSP2,PPDPF,AKT1S1,RP9,ETF1,MVD,SLC25A12,CHMP6,RBM24,PPP1R12C,IRF9,PPP1R15A,RNF31,TRABD,TSSC4,SRF,MLLT1,SRL,USP19,STRN4,DCAF15,DNPEP,NCLN,U2AF2,MKNK2,POLR2D,FEM1C,RPP14,FBRS,CCDC71,PDLIM7,PTCD1,SPAG7,KCNJ11,FEM1A,CNBP,MID1IP1,FBXL19,HAGHL,PPP2R3A,CUL4A,KLF6,SBK1,PIK3IP1,ASB8,CARM1,PFKM"
+"gene_set_query"	"843"	"GLI3"	"732.0"	"ARCHS4 Coexpression,707;Enrichr Queries,881;GTEx Coexpression,608"	"CNTFR,PLEKHB2,BACH2,HS6ST2,RPL7,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,MYC,DPYSL3,DZIP1L,TRIM24,ANKFY1,PTGFRN,EPHB2,SOX4,SOX5,ACVR1,EPHA4,MEF2C,EPHA7,SMARCC1,RPL23,CACNA2D1,RPL22,AFAP1,ANK2,SOX11,ANK3,SOX12,EML1,MYL6,SFRP1,KCTD10,GPR161,RPL27,OBSL1,KCTD15,LLGL1,PRR13,TSHZ3,MAGED1,TTYH1,FOXG1,XPC,PIK3R1,APCDD1,OAZ1,GJC1,APOO,NUAK1,FLRT2,TSPAN6,TSPAN5,TNRC18,BTF3,VAT1,CREBBP,JUN,FZD3,CADM1,BCL11A,PLK2,NR2F1,PUM1,PBX1,DCLK1,PRRC2B,MED13L,SMARCA4,EXT2,STAG1,ZZZ3,MEX3A,VANGL2,H2AFY2,PTK7,ID2,DCHS1,MAGED2,LRRN1,FAT4,DZIP1,CDK14,RCOR2,FERMT2,NRP1,HIP1,PTPRS,DENND1A,SLC35F1,SLC7A11,TRIOBP,ROBO1,AKAP12,NIPBL,TUBA1B,CSRP2,TMEM43,SH3PXD2B,ENC1,REV3L,TIMP2,KIF1B,FEZF2,ATP6V0B,PBRM1,TCF12,DUSP6,CTTNBP2NL,RGMA,ENAH,MN1,TOX3,ZEB2,PITPNM1,CINP,PXDN,MPPED2,PLCB1,SGK1,RPL12,ATL2,PRICKLE2,PTN,FGD1,SCAF8,PGRMC2,APBB2,CKB,GPC4,MAP4K5,EXTL3,RUNX1T1,JAM3,CENPV,MYEF2,CSNK1A1,RYK,PCGF2,SNX21,SORBS2,SNCAIP,NFIA,ABI2,NFIB,FABP7,CACHD1,CD81,TUSC2,RPL10A,CLU,IGF1R,ACTG1,CDH2,SALL2,POGZ,LZTS2,TXNL4A,SLC16A2,SBF2,MAGI1,TLE4,IGFBP3,PAM16,TPM1,FRMD4A,THOC2,MID1,POU3F2,POU3F3,FOXP1,LIX1,DOK5,RAB34,PHIP,RAI14,ISYNA1,NTM,ITPR1,FBLN1,DTX4,CORO1C,CNN3,PHF21B,EFNB2,EFNB1,ARHGAP21,SCUBE1,ABL1,DVL2,DVL3,NDN,OTX1,SLC38A2,MYH10,BCL9L,CD276,BPTF,SMAD2,RAB4B,CBX5,OSBPL5,AUTS2,WSCD1,PTCH1,CBX2,CBX1,DNAJC13,ARPC4,SMAD5,BCL9,HOOK2,NASP,LHX2,DLG5,SP3,GNB4,AMOTL2,LSM14A,YWHAE,KDM5B,PCDHGB7,DOCK4,LDB1,PRKCSH,AFF3,RND3,SYNE2,TTC28,EEF2K,SCRN1,SIN3A,MDK,PSD3,TMEM109,PMEPA1,NEO1,ADAMTS7,UNC45A,HGSNAT,DST,ARNT,NAV1,NAV2,ARID1B,CKAP5,SEPT2,LATS1,VCAN,PTP4A3,DDAH1,SETBP1,IGDCC4,CTDSP2,C1D,CDH11,HAGH,MET,NFAT5,LEPROT,NLGN2,PARD6G,RCHY1,FOXRED1,HDAC7,LRP6,STOX2,PTPRZ1,RAB23,SLIT1,PTK2B,FYN,NCAM1,IGF2BP2,DCAF11,HNRNPA1,HNRNPA0,SMARCE1,NTRK2,SEPT11,MARCKSL1,PCDH7,NDUFA2,ATP2B4,NAP1L1,MEIS2,ACVR2A,NELL2,MARCKS,PSAT1,TSPAN18,MFAP2,EIF3F,VIM,CDO1,TAF1"
+"gene_set_query"	"844"	"PRDM5"	"732.8"	"Literature ChIP-seq,47;ARCHS4 Coexpression,1249;Enrichr Queries,755;GTEx Coexpression,880"	"MDC1,TES,EHMT2,ARPC5L,ARAF,EHMT1,SMC5,ELK1,RABGEF1,PCMT1,ALCAM,CAPNS1,PSMD5,DPYSL2,MYC,DPYSL3,AKT1,SAMD10,NUP214,TSPYL2,UNC13B,ACOT9,DAXX,WSB1,TSPYL1,FNBP1,DAPK1,CACNA2D1,CD3EAP,GAPVD1,GTPBP2,RC3H2,HCFC1,PRKAR1B,IFT81,VOPP1,TBPL1,TSPYL4,NUP205,POM121,SET,TTYH3,CTBP2,MAPKAP1,MEPCE,XPA,NEDD4L,PDGFA,MRPL13,GLG1,FAM160B1,FAM160B2,CYB5R4,PRDX4,FLRT2,RNF216,FDFT1,NDFIP2,JUN,CDK19,CADM1,HOMER1,EIF2AK1,NR2F1,MAD2L1BP,BRAF,ERLIN2,PHC3,PBX1,PRRC2B,PRRC2A,HNRNPL,SETX,SQLE,LAS1L,TOLLIP,OGDH,GTF2IRD1,HBP1,FAT4,FARSA,CDK13,AVL9,CDK14,FERMT2,CDK16,EZH2,ARF3,PHF2,PIGU,PIGO,DENND1A,PHF1,PRKAG2,CLTA,SNX10,ASH2L,PHF6,TRIOBP,MRPL32,PHF8,MECP2,MED14,IMPA1,AIFM1,FASTK,TIMP2,SPIN1,RIOK2,PCMTD1,BRD3,UPF1,BRD2,SHPRH,MIOS,SSR4,TEX10,NSUN2,SLC39A13,BAZ1B,WDR35,FAM126A,DUSP6,MED22,ZEB2,KIFC2,PXDN,MED20,TCP1,RAPGEF1,EXOC4,SLC29A4,TMEM106B,GARS,ARF5,STAU2,URM1,SRRT,ADAM22,CENPB,FGD3,SCAF8,BCLAF1,TMEM68,FLNA,BRD9,YKT6,EXTL3,RUNX1T1,YTHDF3,USP9X,ELP3,RNF146,NFIA,SNX16,OSTM1,NFIB,SNX14,TAOK2,PSMC2,RLIM,TSR2,ZYX,NUCB1,UBAP1,UBAP2,PKN1,CRAT,MTCH1,FAM49B,HDDC2,VKORC1L1,FMR1,CEP120,BZW2,SLC8A1,LAPTM4A,POFUT2,IPO8,CDH2,FNTA,RNF19A,SESN1,SCMH1,PLS3,PMPCA,MAP3K9,SLC39A7,LZTS2,MAF1,MAP3K7,HMGN3,SYBU,GTF2I,RARS2,SH3GLB2,AGTPBP1,USP5,DGAT1,IGFBP3,MAGI2,PPP1R16A,ATP11C,FRMD4A,PRPF4B,ZBTB34,FRMD4B,THOC2,ZBTB33,FOXP4,LEMD2,FBXW2,FOXP1,CTDNEP1,ARMCX3,ARMCX4,CLIP2,TPST1,ARMCX1,DMTF1,ZFP41,SLC9A6,RAB34,RAB35,ARMCX6,SMS,SRSF3,MAD1L1,FKBP5,NSMAF,LRRC59,ENY2,CUL7,RAB5C,GLO1,CCDC25,CUL1,AK3,FBXO45,UBR2,GLIS2,RHOBTB2,ORC5,ORC4,KLC4,BAG4,PITRM1,MED30,ORC3,NACC1,UBR5,STK38,ABL1,DVL3,ZKSCAN1,NEK9,AKIRIN2,TOR1A,ATP8B2,ODF2,SEC16A,ADAP1,TOR1B,PTPRD,CNOT4,MFHAS1,COPS6,IBTK,COPS5,CNOT7,GNL3L,NBEA,CDK5,RHEB,GPR107,ACO1,IARS,OGT,NFE2L1,EIF4G1,MCM7,CELF2,ZC3H3,POMT1,SGCE,DUSP12,RPL7A,PPP6C,SCRN1,PPP6R1,PSD3,PGM3,SLC37A3,EDIL3,DST,RFC2,ATRX,SIGMAR1,ARNT,WIPI2,RAD23B,REXO4,PTP4A1,TRAF7,PTP4A3,ASPH,DNAJC5,LANCL2,BCAT1,BDP1,SLC25A5,MET,NDUFB9,LEPROT,GTF3C4,ROCK1,UHRF2,NDUFB6,RAB1B,RNF38,TULP4,CXXC1,MLLT3,HDAC6,HDAC7,LRP6,ABLIM1,GANAB,PUF60,KCTD20,U2AF2,RAB23,VPS52,EIF4H,KRIT1,UBQLN1,CDC37L1,VPS54,DNAJB9,IGF2BP3,RBBP7,ATP9B,MEST,DCAF12,POLR2K,SMARCE1,SLC35A2,RNF20,CIZ1,PPIL1,PPP1R14C,RNGTT,SMOX,PCDH7,MID1IP1,DDHD2,DDHD1,PTPN12,OXR1,NELL2,DNAJA1,MARCKS,TSPAN13,PSAT1,DOLPP1,ST7,VPS41,PDCD2,P4HB,PPIL4,TRIM32,SMAP1,SLC25A36,CUL4B,EIF3B,ISCA1,VARS,PPP2R2A,CCNC,ZDHHC4,GOLGA2,EFR3A,OPHN1,GOLGA1,DZIP1L,TRIM24,TRIM26,ATXN7L3,GOLGA7,TBC1D22B,SEC63,SOX5,TRIM23,SLC12A9,EPHA7,ATP6V1G1,ENTPD4,ARRDC3,IFRD1,NSMCE2,MTUS1,ALG2,ANK2,MOGS,ANK3,TMEM170B,ANK1,TWSG1,SFRP1,RRAGA,POR,RRAGB,AKAP9,CSNK2B,VDAC3,HECA,ANKRA2,EZR,BCORL1,CBLL1,CUTA,AARS2,PAXIP1,TMEM63B,TSHZ3,MAGED1,CD99L2,BRCC3,HTATSF1,KALRN,APH1A,SNX3,APOO,UGCG,PTDSS1,ZNHIT1,TSPAN6,TNRC18,STXBP5,RBM10,ATP6V1C1,SEC31A,SRPK2,NUS1,ZRANB2,ERAL1,BRI3BP,DCLK1,PTK2,UBAC1,SRPK1,ICK,EXT2,AIMP2,STAG2,FUBP3,ARMC10,PTK7,WNK2,MAGED2,ANP32B,INTS8,C2CD2L,TECPR1,ROBO2,DDR1,NRP1,HBS1L,TRAM1,HIBADH,GDI1,PPP1R11,CITED2,GFM2,PPP1R10,PAK1IP1,TECR,INTS10,MRPS10,SLC7A11,PTPRK,WASL,PRPF19,ROBO1,AKAP12,SYNCRIP,PCM1,ZMYM3,CTSL,ENC1,REV3L,SDF4,DHX16,RAC1,SEC61B,UTP14A,RALGPS1,CTSB,NCOA2,GRIPAP1,DBNL,STARD3NL,MINK1,TOPORS,MLF2,VAV2,ENAH,RAP2C,POC5,KIT,TAX1BP1,NCOA7,SGK1,RABGAP1,SSNA1,AKAP7,NOL6,PPP2CA,RXRB,PPP2CB,ANKMY2,SH3BGRL,PGRMC1,CHRAC1,NFIL3,CUX1,PDZD11,TCEAL1,PAK6,TBL1X,ATP6V0E2,BCAP31,RYK,YIPF3,PNPLA8,PLEKHA5,HUWE1,XPO7,RANBP9,SORBS2,SORBS1,AIG1,VEGFA,KLHL9,PDP1,NEDD4,KLHL7,CAPZA2,KBTBD2,R3HCC1,CACHD1,AGGF1,TCEA1,ESYT2,HDGF,GRINA,GALNT11,UBE3C,ZFAND3,ZFAND5,CYP46A1,CELSR2,IGF1R,CHCHD2,PPIP5K2,BASP1,ARHGDIA,FAM3A,FAM3C,PPFIA3,TMEM14C,SLC30A5,TTC7B,CASK,LMTK2,TSC1,WRNIP1,PDIA4,HNRNPUL1,SBDS,CHMP4B,ANKS6,RAI14,VCP,BHLHB9,NDUFB11,NPR2,SLC1A1,LTBP4,LPL,CACNA1A,CAMSAP1,IRAK1,TBC1D13,ATP6V1H,CYC1,VARS2,ATP6V1F,KLHDC10,PRNP,SMAD4,UBE2H,AUTS2,HSPA5,RHBDD2,SMURF1,NONO,VTA1,CRIM1,CCZ1,DNAJC13,NUP153,TBCA,UBE2A,AZIN1,GCLC,HOOK2,DLG3,HOOK1,GNB2,DNAJC10,GNB1,MKRN1,PHF14,TAB3,UBA1,SKIV2L,TAB2,FGF13,LRP11,GPSM1,PHTF2,DOCK4,KDM5C,DDX3X,PRKCSH,PRR3,CHD6,ILK,HMGB3,DBI,TAZ,PPP1R9A,GPHN,TTC28,PPP1R9B,SLC2A8,SENP6,RBM3,POLB,SENP7,SEC61A1,SEPT9,GATAD1,BCL7B,MLST8,FLOT1,CASP2,YWHAG,RBM33,GET4,HGSNAT,SUN1,TBP,ATP6AP1,USP42,PDPK1,RBM18,BUD31,ATP6AP2,DDX56,CTPS2,PPP2R5D,NAV2,DDX50,ARID1B,TGFBR1,LATS1,CREB3,VCAN,LMBRD1,DDAH1,DDAH2,RASA1,CDH11,TBC1D7,ATP6V1B2,CDH13,LUC7L2,OTUB1,STOML2,TM2D2,TAF9,DCTN3,ASAP1,MOSPD3,AGPAT1,AGPAT3,THBS3,TBRG4,LEPROTL1,FAM120A,TRA2A,GNA12,SLIT1,BNIP2,NCAM1,MAPK6,MTA2,ABCF1,REPS1,TTC14,ARFGEF1,IGBP1,RWDD1,KDM4C,WTAP,TAF11,DTNBP1,LCA5,DEK,MAPK14,MEIS2,FAM131B,ASB6,VIM,SSBP1,PDE7A,TAF2,FAM50A"
+"gene_set_query"	"845"	"NR4A1"	"734.3"	"ARCHS4 Coexpression,1121;Enrichr Queries,762;ReMap ChIP-seq,167;GTEx Coexpression,887"	"RPL3,TFRC,POP4,RRP1,HNRNPU,SMC5,WDR83,RPL8,BACH1,TSEN54,TSKU,DCAF6,GLS,LSM10,SCAMP4,NDST1,ZMIZ1,MYC,DPYSL2,WDR91,IER5,IER2,TMEM8B,TSPYL2,MEF2C,GABARAPL1,WSB1,WDR73,AARSD1,RFX1,SOX12,GTPBP2,PRKAB1,SCAMP2,BCR,PRKAR1A,BIN1,DDIT3,DDIT4,RPL27,PRR12,VPS28,SEH1L,SAR1A,ANAPC16,MEPCE,BAZ2A,AAAS,OAZ1,CIAO1,PRDX3,LDHB,LDHA,HSPH1,LDHD,AMZ2,LTA4H,ST3GAL2,S100A10,HEXIM1,JUN,CDK19,PRELID1,JUND,PRRT2,H3F3B,EDEM1,PLK2,EDEM2,IRF2BP2,MAD2L1BP,TYSND1,NR1D1,MRPL24,WDR55,MLLT10,SLC6A6,HNRNPF,FASN,SFXN3,DCHS1,FARSA,RNF220,BTG1,HEXA,PRKAG1,SMG7,KRI1,MED15,MRPL33,PIGX,MED12,TRIM8,MRPL40,TUBA1A,TMSB4X,RFK,TIMP2,TK2,SH3BGRL3,EMD,JAK1,WDR36,NUDC,WDR37,DUSP1,TCF12,SLC39A13,JOSD1,DUSP8,DUSP6,MED29,PHF20L1,NCOR2,MRPL53,SLC7A5,LSG1,SLC7A6,TUBB2A,PSMA4,CINP,PXDN,PGAM5,KIFC3,TKT,DSCAML1,RNF166,VAMP2,GRAMD1A,TIMM9,PSMA7,UNK,BTAF1,GGA3,BRD9,CKB,BID,RPS27A,YKT6,RNF130,MEF2D,ATAD1,SF3A3,BRF2,TRMT1,DHRS1,TMEM60,AGBL5,TM9SF1,PSMC5,PHF5A,TAOK3,PSMC3,PSMC2,ZYX,CIAPIN1,PKN1,TMEM39B,FAM49B,PHLDB1,ANKRD13D,CLSTN2,RASL11B,CSE1L,SLA,PARK7,CASC3,BZW1,CLU,FADS3,POFUT2,RNF19A,PIM3,LZTS2,MAF1,HMGN1,IFNAR2,IK,SLC38A1,TLE2,CISH,USP4,USP3,IGFBP3,FBXW9,IGFBP2,VASH1,PGD,DGKZ,LENEP,FOXP1,FTSJ3,ARMCX4,PYGO2,ARMCX1,DMWD,MAPKAPK2,SRSF2,SRSF3,SRSF4,SNRPC,SQSTM1,ARL8B,FKBP5,RTN4R,PFKFB3,ABHD2,INSIG1,MAZ,GLT8D1,ISG20L2,SLC38A10,FBXO45,CORO1B,GLIS2,SOCS2,SBNO1,STIP1,ATXN2,NACC1,PMVK,PSAP,ABL2,SKIL,SLC38A2,PLXNA3,MCL1,MPDU1,OSBPL9,NEK9,TRAPPC5,MARCH7,TRAPPC9,LSM4,CDK9,SH3BP5L,SCCPDH,ARPC3,RNF181,MDM4,TUBGCP3,IARS,ACO2,SLC25A1,ALAS1,HSP90AB1,DAGLA,PPP1R13B,WDR1,ZC3H4,CELF1,PTEN,NRGN,PIK3C2B,SGCE,DUSP12,MDK,PPP6R1,DGCR8,PMEPA1,MDP1,IQCB1,HSP90AA1,PLEKHG2,GPX1,RFC2,DHPS,AMT,ZFP91,VPS37B,YDJC,MSL1,DNAJC2,PTP4A2,PTP4A3,DNAJC7,ASPH,SLC25A19,DNAJC5,CTDSP2,GAPDH,PPP1R12C,AHDC1,PPP1R15A,MTPN,GTF2A1,PPP1R15B,SMARCD2,NDUFB7,SRC,WBP2,PRCC,RPL36A,CXXC1,LENG8,DNAJB1,ZNRF2,NCLN,U2AF2,RAB24,SH3BP2,POLR2D,VPS54,LRRC8D,CSK,LRRC8A,LRRC8B,EIF4E,SLC25A25,MLXIP,SPAG9,TRIM41,PPIL2,SSB,KCNIP2,ASCC1,NCKAP5L,NDUFA2,MBOAT2,MCOLN1,PNRC1,KLF6,MGAT4B,PDCD4,TRIM35,RUNDC1,PPIL4,TPT1,EIF4A2,SLC35B2,EIF4A1,TMEM183A,CCNH,ZMYND8,EIF4A3,ZDHHC8,ACTB,RCBTB2,EFR3A,RPS16,FLAD1,FTH1,ARL6IP5,LONP1,CCNL1,SEPHS2,GLUL,SOX4,SRRM2,ARRDC3,IFRD1,RECQL,CIRBP,BOLA1,CSNK1D,CSNK1E,ACTN4,MFSD11,SRRM1,JMJD6,INPP4A,NIF3L1,HECA,SIK1,OBSL1,TRIB2,TSHZ3,PEX11B,MYCBP2,SUPT4H1,TRMT2A,APH1A,PGS1,SEC14L1,PCBP1,CSTF1,TNRC18,RIMKLB,NTSR1,VASP,XBP1,INTS3,SS18L1,SLC35E3,BSDC1,PAICS,PTK2,GADD45G,RPS26,CCT6A,ZBTB6,STAG2,ID2,INTS5,PAF1,ECHDC2,MAGED2,CALR,ANP32B,CDS2,ITM2C,UBXN1,TMEM151B,CITED2,GPAA1,PPP1R10,FAF1,CTSZ,GDI2,OLA1,VLDLR,SLC7A11,PCSK7,HERPUD1,LIMD2,AKAP12,ENC1,REV3L,ARIH2,RAB8A,TOP3B,TMEM150A,TSC22D1,GP1BB,TSC22D3,GAA,MRPS23,CACYBP,RHOF,MRPS7,RHOB,APRT,RPUSD1,B3GNT5,KIT,ARHGEF1,CRELD1,SGK1,STK40,DYNC1I2,CSTB,PCNA,DOT1L,CCDC106,NT5C,AMN1,ARVCF,CHRAC1,EXOSC4,NFIL3,CCT8,APBB3,DCPS,CCT4,MAP3K3,RANBP1,AP3D1,RANBP6,VEGFA,PER1,KBTBD4,SPCS1,MARS,HNRNPA2B1,SGSM2,AGGF1,HDGF,PNPLA6,GRINA,SCARB1,MIDN,GOLT1B,CD81,ZFAND5,MPI,COMT,POGZ,CHCHD7,COTL1,CHCHD1,DNAJB12,ADAM10,NOSIP,KCTD2,ATP1B1,ADAM15,TBL1XR1,PRPF3,FIZ1,UBE2V1,STAM2,RTN2,GNAZ,IDI1,PXK,PSMD12,PKDCC,LTBP4,LPL,NDRG2,PLCXD2,NDRG1,CSF2RA,RTN4,TMEM127,TBC1D14,CYC1,SUDS3,NDUFV2,PDZD7,BCL9L,OST4,HSPA8,PRNP,ACBD5,CPSF6,ACBD4,CPSF1,CBX4,HSPA5,CBX3,CBX2,HMGA1,KLHL22,COQ9,SUPT5H,CLK1,NFKBIA,NR4A3,HOOK2,HOOK1,UBA3,CNTN1,PHF13,SAE1,YWHAE,GSK3B,USP36,PHTF2,DDX49,LDB1,MAST3,ATP2A2,SLC2A3,CHD2,USP39,AFF4,RND3,PITPNC1,TTC28,PPP1R9B,SENP6,CASP9,SENP7,TMEM222,LASP1,BCL7C,GATAD1,PDE4B,MAN2C1,YWHAG,KDM6B,HGSNAT,SUN1,H2AFY,PDPK1,GLRX5,PDE4D,TBC1D8,H2AFV,OXSR1,ARID1A,SENP3,SEPT5,VCAN,FCHSD2,TMEM214,DDAH2,CAT,NDUFS3,PFDN5,USP15,RGS19,STOML1,RGS16,DCTN4,NT5C2,TOB1,AGPAT3,THBS3,NXF1,MAT2A,SV2A,MKNK1,PTK2B,TTC14,SPEN,TAF10,ATP2B4,MAPK14,HS3ST1,POLE3,RPS6KB2,BAX,SPRY2,VIM,RBMX,SSBP4,RAN"
+"gene_set_query"	"846"	"ZNF18"	"735.0"	"ARCHS4 Coexpression,480;Enrichr Queries,384;GTEx Coexpression,1341"	"NCKAP1,APP,CHIC2,IFITM2,TRIO,VARS,ZMYND8,CISD2,JMJD1C,EPRS,NDST1,LSM12,FRAT2,CAPNS1,TRIM28,MPRIP,MYC,FAM53C,LONP1,DAG1,AKT1,AP1S1,GLUL,IER5,ATXN7L3,SOX4,SLC12A9,GABARAPL1,MEF2C,WSB1,ACTN1,ARRDC3,IFRD1,COG3,DNTTIP1,CIRBP,CD3EAP,MOGS,SCRIB,ACTN4,GTPBP4,SND1,TIAM1,BIN3,DAAM1,DDIT3,DDIT4,PSME1,HECA,SIK1,TARS2,PRR12,TBC1D9B,DHX8,TMEM63B,STXBP2,FBF1,SUPT4H1,DCUN1D1,NEDD4L,PIK3R1,CYB5R4,NUAK1,PPP3R1,PPP4C,LARP1,DHX34,HIVEP1,MLEC,NRBF2,HIVEP2,PLCG1,PIP5K1C,MAP4,ST3GAL1,JUN,JUND,INTS1,BCL11A,PLK2,H3F3A,IRF2BP2,PRRC2B,SRPK1,EIF1,GADD45G,WDR55,PRRC2A,EXT1,HNRNPL,ABTB1,ID2,GIPC1,CWF19L1,HBP1,CALM3,CALR,LGMN,CPEB4,ITM2C,CDK16,ARF3,DHRS13,PIGU,BTG1,ELL,CITED2,CLTC,SNX12,SIPA1L2,PRPF19,SMG5,PTPRF,LIMD2,HERPUD1,PTMS,TRIM8,XPO6,ENC1,DHX15,RAC1,JARID2,UPF1,TSC22D1,TSC22D3,MINK1,GMIP,DYNLL2,DUSP6,SREBF2,MLF2,RHOB,DDB1,NCOR2,SCNM1,INF2,PXDN,CANX,PELI1,SGK1,CSTB,SATB1,NOL8,PRICKLE1,ADCY6,CENPB,ARNTL,FAM129B,FGD3,HIRA,ZDHHC18,MNT,EXOSC4,NFIL3,FLNA,ZSWIM6,ANKRD52,BRD8,YKT6,DYNC1H1,YIPF1,MTX1,HUWE1,DAB2IP,AP3D1,AP2B1,SCAF1,VEGFA,SKI,NFIA,SHKBP1,CCNG2,TAOK2,NUCB1,HDGF,PKN1,YPEL5,MEGF8,MIDN,CLSTN1,CTNND1,HDLBP,ATN1,IPO7,TOMM20,IGF1R,LAMP1,BASP1,SESN1,STK16,COTL1,CIR1,PIM3,SLC39A7,LZTS2,SBF1,GTF2I,TLE4,MAP2K4,TLE3,SLC38A1,TPM4,USP5,APLP2,UBE2E1,LMO7,BSCL2,HNRNPUL1,HNRNPUL2,SLC9A8,FSCN1,CHMP4B,SQSTM1,KPNB1,FKBP5,GLYR1,LRRC59,PFKFB4,DDX5,PFKFB3,CD151,INSIG1,MAZ,ITPR1,CORO1A,CSF2RA,NDRG1,SUPT6H,SOCS2,RAI1,KLC2,PITRM1,IRAK1,GRK6,DVL1,NACC1,ABL1,DVL3,PLXNA1,SLC38A2,BCL9L,PRNP,EIF2B3,CBX4,KLHL24,EEF2,CLK4,DNAJC17,NFKBIA,AHI1,EFNA2,HOOK2,HOOK1,GNB1,PLXNB2,GPR107,LSM14B,BCL2L2,NFE2L1,EIF4G1,RERE,ZNF512B,KDM5B,KDM5C,PRKCSH,CHD6,ATP2A2,SLC2A3,CHD4,ARRB2,DUSP18,YBX1,DDX41,AFF3,LMNB2,SPRED2,DUSP12,SEC61A1,SCRN1,ZC3H7B,PDE4B,PMEPA1,YWHAG,KDM6B,ARHGEF11,PDPK1,VPS37B,NAV2,ARID1B,RAD23B,DDOST,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,CRY2,AKT1S1,TSEN34,PPP1R15A,GTF3C1,USP15,RGS19,NLGN2,RAB1B,MLLT1,ATP1A1,TOB1,STRN4,FBXL20,DNAJB2,FAM168B,GANAB,DNPEP,U2AF2,GNA11,MKNK2,POLR2D,FEM1C,FYN,KDM4B,TAF15,FBXL19,MIIP,PTPN11,CDC42BPB,BAIAP2,PNRC1,KLF7,KLF6,NEURL4,CARM1,MGAT4B,PDCD4,P4HB,SMAP2,BCAR1,EIF3B"
+"gene_set_query"	"847"	"PAX3"	"736.0"	"ARCHS4 Coexpression,572;Enrichr Queries,1034;GTEx Coexpression,602"	"CNTFR,CCNJ,PREP,KEAP1,FNBP1L,PDCD2L,GPATCH8,DCAF7,ALKBH8,DCAF6,ALKBH3,PSMD7,DPYSL4,DPYSL5,PPP2R1A,MYC,PSMD3,DPYSL3,EPHB1,NCKAP5,SOX5,EPHA5,EPHA4,HES6,PRKAB2,EPHA7,MEF2C,RBFOX1,WSB1,CSNK2A1,RFX3,SOX11,ARMC8,ANK1,RNF123,DYNC1LI1,SFRP1,RFX7,BIN1,ZW10,FEZ1,GPR161,RUFY3,ZSCAN21,TAGLN3,TRIB2,LLGL1,PFN2,NRN1,TTYH3,IGSF3,MAGED1,TTYH1,FOXG1,PIK3R3,PHYHIPL,FXR1,CYB5R1,FAM171A2,WDR70,PCBP4,PRKAR2A,GPM6B,FDFT1,NAA50,VAT1,ZRANB1,JUN,FZD3,CADM1,BCL11B,LRRN3,BCL11A,ST8SIA2,NR2F1,DCLK2,UBAC1,PBX1,DCLK1,AIMP2,SQLE,MEX3A,VANGL2,H2AFY2,ID2,LRRN1,DHX29,FAT4,RCOR2,ROBO2,DDR1,SMG1,PTPRS,PHF20,GRIK5,PHF6,ROBO1,TUBA1A,CHL1,CHMP1B,TRIM2,NEFM,KIF1B,FEZF2,RRP15,LRRC47,BRD3,ZYG11B,MIOS,TCF12,RGMB,RGMA,ENAH,MN1,TMEFF1,TOX3,ZEB2,TUBB2B,TUBB2A,NFX1,CDC42EP4,KIT,PXDN,MMP17,EXOC4,HNRNPH3,DBN1,SLC29A2,NFIX,SATB2,USO1,AKAP6,PTN,ARVCF,TMEM169,GPC2,CKB,MEF2D,MAP4K3,RUNX1T1,EGLN1,BRF2,MYEF2,UBE2G1,SNCAIP,SLC8A3,ATAT1,KBTBD4,NFIA,ABI2,PRKRA,NFIB,NEDD4,PSMC1,PSMC2,TTC3,CACHD1,TSR1,CTNNB1,APBA2,UBE3C,RPP30,FBXO28,UBE3A,CDH8,IGF1R,ACTG1,CDH2,TUBB3,BASP1,KPNA3,LZTS1,KPNA1,SLC25A46,GTF2I,LMO1,MAGI1,SEMA6C,UBE2E3,IGFBP2,PUS7,POU3F2,MID1,POU3F3,FOXP1,CACNB1,ARMCX3,CLIP1,MYCN,PLAA,RTN2,GRIA1,IDI1,ISYNA1,PSMD11,CUL5,NTM,UBR3,CACNA1A,UBFD1,DTX4,CACNA1E,PHF21B,EFNB2,ARHGAP21,PLXNA2,OTX1,SRGAP3,MYH10,ZKSCAN1,TBC1D16,ANKRD28,SMAD1,NOP14,AUTS2,KLHL25,WSCD1,VTA1,NONO,FANCE,MARCH6,CNOT4,PTPRD,EFNA2,NR4A3,TMEM11,LHX2,TBCE,CNTN2,YWHAE,PHTF2,KDM5B,USP38,CELF2,SCHIP1,CHD6,AFF3,RND3,ELAVL3,TRO,PPP6C,SCRN1,MYO18A,CEP170,MRPL9,HIF1AN,NEO1,TRIM67,ADAMTS7,NAA30,ADSL,TTC33,RAD23A,RAD23B,SEPT2,NIPSNAP1,SEPT3,PTP4A3,RCN2,CDH11,CCDC43,MET,HDAC2,GTF3C4,PARG,RGS16,ZBTB43,CRMP1,HMGCR,DLL1,STOX2,HECTD1,IGFBPL1,GNG2,DNAJB6,BMS1,UBQLN1,NAA25,SLIT1,SH3BP4,NCAM1,RPP14,HNRNPA1,CRYM,OPCML,USP24,SPAG9,NTRK2,SEPT11,MARCKSL1,KCNJ11,FEM1A,FEM1B,NTRK3,PCDH7,BNIP3,USP22,FOXJ3,ADRM1,PCDH8,PDE4DIP,CDC5L,MEIS2,CUL4A,NELL2,MAPK10,SBK1,ASB8,RAB12,TSPAN18,NOVA2,POLE3,INSM1,VIM,EIF3C,TRIM32,PFKM"
+"gene_set_query"	"848"	"ZSCAN29"	"737.3"	"ARCHS4 Coexpression,609;Enrichr Queries,226;GTEx Coexpression,1377"	"PANK3,THUMPD3,HNRNPU,CISD2,EPRS,RNF114,DPYSL4,PPP4R2,DHX57,DPYSL2,MYC,AKT3,ARL6IP4,EPC2,SOX4,TMPO,NUP214,DDX17,MEF2C,SMARCC1,ARRDC3,ECH1,MTUS1,CD3EAP,ISLR2,SOX12,MYL6,RFX7,DDIT4,UQCRC1,HECA,PFN1,AURKAIP1,PRR13,ANP32A,DCUN1D1,PIK3R1,MTMR4,GIGYF2,GJC1,MBTD1,NKAIN1,PRDX5,LARP1,PPP4C,HIVEP2,SERF2,S100A10,BRAP,EDEM3,JUN,PRPF38B,CREBBP,PRELID1,CHKA,RCC2,INTS2,PRRC2C,IRF2BP2,MEX3C,SMARCA2,SMARCA4,MEX3A,EIF6,WNK1,FUBP1,RCOR2,SUGP2,CPEB4,ITM2C,PHF3,SETD5,SETD2,SMG1,PIGU,ARF1,CITED2,TECR,TCF20,SIPA1L2,COIL,PCM1,NIPBL,XPO1,PCF11,GUK1,KIF1B,SEC61B,JARID2,RALGPS2,APC2,PBRM1,NUDC,GSTO1,STRBP,TCF12,TET2,SLC39A10,ELOVL6,TUBG1,BAZ1B,FAM126A,MLF2,SLTM,PXDN,WAC,SGK1,ALDOA,ARF5,NAPA,ECHS1,ZDHHC20,SATB1,TMEM160,FAM117B,ARNTL,GGA1,FGD4,BCLAF1,TMEM169,NFIL3,RNF138,PSMB3,NSD1,LMAN2,PSMB1,GPC2,ZSWIM6,BRD8,SCAND1,RPL17,MAP4K4,BCAP31,NFYA,PLEKHA1,YLPM1,GATAD2B,VEGFA,PPP1CA,AGBL5,FKBP1A,XPOT,DPY19L3,TAOK1,NEDD4,SARM1,TRIP12,PKN1,OTUD4,MIDN,CCNT2,KDM1A,FBXO25,PRDM2,ACRBP,IPO4,IPO5,IGF1R,CHCHD2,TMEM147,SALL2,KIF5C,RUVBL2,CFL1,EP300,MAP3K9,ARID2,FADS1,GTF2I,SLC38A1,USP7,FBXW5,KDM2B,FBXW7,DYRK1A,PRPF4B,ZBTB33,VRK3,SDHB,PIAS2,MSH6,ILF3,DMTF1,PHIP,MAPKAPK5,PPIB,SRSF7,KPNB1,ANAPC1,DDX6,PFKFB3,CUL3,ANKRD12,ISG20L2,CUL1,GTF2E1,PHF21B,SBNO1,PITRM1,UBR5,CYC1,ZC3H13,ZC3H14,SLC38A2,SKIL,ZKSCAN1,QSER1,MCL1,BPTF,ATP6V1F,IVNS1ABP,HSPA8,PRNP,CBX4,AUTS2,NUP155,ODF2,CCDC136,PHF12,CBX2,CPSF2,CBX1,NUP153,KLHL24,GCLC,CNOT6,EFNA2,HOOK2,NASP,ZFP62,HOOK1,LHX2,CNOT1,JMY,TPP2,MDM4,TUBGCP4,BRWD1,LSM14B,CNIH2,EIF4G3,LSM14A,COPE,DIDO1,RBM25,DYRK2,ZC3H4,DOCK9,PRKCSH,CELF1,CHD8,PTEN,CHD6,DDX42,PSIP1,CHD4,YBX1,CHD2,PIK3C2B,LMNB1,ELAVL3,DUSP12,RB1CC1,UBTF,KDM6B,USP47,TBP,KLF13,GPX4,PDPK1,SECISBP2L,ATRX,ZFP91,VEZF1,GPCPD1,ARID1A,ARID1B,ARL4C,PTP4A1,VCAN,SFPQ,CREB1,RER1,DAD1,CTDSP2,POLR1B,LUC7L3,SOS1,PPP1R15A,RNFT2,PPP1R15B,NFAT5,KDM3A,ROCK2,RAB1B,DDX20,PPM1G,FBXL20,ABLIM1,TAF1D,MKNK2,POLR2D,LRRC8D,FEM1C,RBBP6,IGF2BP3,IGF2BP2,UGGT1,EIF4B,HNRNPA0,SPEN,PTCD3,RRM2,IDH3G,FBXL19,SEMA4B,ADRM1,ACVR2A,KLF7,IRGQ,DRG1,PDCD4,ACIN1,VIM,INSM1,PDE7A,EIF3A,TAF1"
+"gene_set_query"	"849"	"CREB3L2"	"739.3"	"ARCHS4 Coexpression,812;Enrichr Queries,687;GTEx Coexpression,719"	"APP,TRIO,KDELR1,TRRAP,ZDHHC5,TXNDC15,CRKL,NDST1,ALCAM,ZMIZ1,DPYSL2,MYC,CDC27,LONP1,DAG1,KIF21A,SOX4,SEC63,CHGB,ACVR1,SRRM2,ACTN1,ACSL6,CD3EAP,ACTN4,JMJD8,SND1,HCFC1,TWSG1,KCTD10,DDIT4,KDELR2,PLBD2,POM121,TMEM63B,CTBP2,PDXDC1,MYCBP2,NEDD4L,PTTG1IP,VPS26B,PIK3R1,HIF1A,GNS,GLG1,SNX1,PRRC1,LARP1,BLOC1S2,MLEC,PIP5K1A,ST3GAL1,SEC31A,S100A10,RAB11FIP5,JUN,TMEM184B,PLK2,SURF4,H3F3A,MICAL2,PBX1,PRRC2A,EXT1,EXT2,SLC6A6,FUBP3,PTK7,WNK1,TOLLIP,FUBP1,ID2,CALU,MAGED2,HYOU1,FAT4,CALR,PAM,C2CD2L,ITM2C,ARF4,NRP1,WDR47,PIGU,BTG1,HIP1,CITED2,HEXB,HEXA,SETD7,SLC7A11,SIPA1L3,HSPB11,HERPUD1,RNF157,AKAP12,ENC1,TIMP2,KIF1B,TMED7,JARID2,TMED4,TSC22D1,LRRC41,DUSP6,MLF2,RHOB,NCOR2,SLC7A5,ZEB2,CDC42EP3,PXDN,CANX,MAPRE3,MAPT,SGK1,ERGIC1,NFIX,SLC7A1,TM9SF4,FAM129B,TM9SF3,PGRMC2,APBB2,ANKRD52,SRSF10,LCMT1,RYK,GBF1,HUWE1,ARCN1,VEGFA,NFIA,NFIB,ESYT2,TRIP12,PKN1,SCARB2,CHPF,UBE3C,CTNND1,HDLBP,PLOD3,ALDH1L2,IGF1R,POFUT2,LAMP1,OSBP,CAPN2,PLS3,EP300,SLC39A7,FADS1,PDIA3,SLC38A1,FBXW8,TPM4,SLC30A5,IGFBP3,APLP2,TPM1,F2R,TMEM131,PDIA4,DCTD,ADAM19,ARMCX2,RAB31,RAB34,SCG5,PPIB,FKBP5,RAI14,LRRC59,COPA,CD151,TMED10,PFKFB3,COPB1,INSIG1,ABHD2,GLT8D1,ITPR1,UBR4,SPATA2,FBXO45,SLC1A4,NDRG1,PRPF8,SUPT6H,GLIS2,HSP90B1,CNN3,GOLGA7B,SOCS2,EFNB2,RAI1,ESD,ABL1,DVL3,ATP6V1F,SMAD2,PRNP,ATP8B2,HSPA5,SEC16A,GFPT1,CRIM1,DNAJC13,NFKBIA,SON,EFNA2,BMP1,HOOK2,HOOK1,DNAJC10,STT3A,CNTN1,PLXNB2,GPR107,NFE2L1,EIF4G1,ITGB1,GSK3A,MCFD2,PRKCSH,AFF4,RND3,TTC28,SENP6,DUSP12,SEC61A1,LASP1,ZC3H7B,GATAD1,TMEM109,PMEPA1,TNPO1,CCDC50,DST,PDPK1,ABCC8,NAV2,CKAP4,VCAN,PTP4A3,DNAJC7,TMEM214,ASPH,CTDSP2,IMPAD1,C1D,TNFRSF21,NFAT5,LEPROT,LRP1,WBP2,KATNB1,ASAP1,ATP1A1,FOXRED1,GANAB,ABLIM1,DNPEP,FCHO1,FAM120A,SH3BP4,SEC11A,UGGT1,TTC14,MBTPS1,NDUFA4,GALNT2,ATP2B4,CDC42BPB,NELL2,PINK1,MARCKS,KLF6,PTPN9,ACIN1,ATP13A3,VIM,P4HB,PPIL4"
+"gene_set_query"	"850"	"PRDM14"	"740.0"	"Literature ChIP-seq,73;ARCHS4 Coexpression,781;Enrichr Queries,1109;ReMap ChIP-seq,211;GTEx Coexpression,1526"	"CHIC2,EHMT2,ITSN1,TSEN54,TSKU,FAM110A,SCAMP5,PREX1,NDST1,SAMD14,KRTCAP2,LSM12,CAPNS1,GPBP1,AKT1,SAMD10,RBFOX1,CXADR,RBFOX2,UNC5A,RBFOX3,FNBP1,CACNA2D1,EML1,DDIT4,PSME4,JTB,SPARCL1,ATF4,SET,MTMR3,SHMT2,TTYH1,FLII,PDGFA,SLCO5A1,ABCB8,MRPL12,OAZ1,MRPL20,CYB5R1,RHOT2,RNF216,PRKAR2A,VTI1A,RDH14,LTA4H,PIP5K1C,PSMF1,PUSL1,RHBDL1,HEXIM1,JUN,GSTM1,CADM1,JUP,PMM2,LARP7,NETO2,L1CAM,FAM136A,LARP4,MRPL24,PBX1,EIF1,UCK2,EIF6,LAS1L,FASN,FXYD6,FERMT2,RNF220,ARF1,NCAN,PIGQ,RPLP0,MRPL38,SNX10,MRPL34,SHB,OSBPL11,AACS,DDA1,PIGX,SHF,MED12,SMPD3,TRMT112,MRPL42,TUBA1C,MED14,RPLP2,DLGAP3,DLGAP4,PCMTD1,APC2,LRRC47,LRRC45,DFFA,RRAS2,SLC39A13,ELOVL6,SIRT7,NIPA2,MED26,DUSP6,SRP9,MRPL52,SLC7A5,PLSCR3,CDC42EP4,PXDN,CDC42EP3,RAPGEF1,CHST1,TUT1,PAFAH1B3,VAMP2,ERGIC1,PAFAH1B1,LRRC14,RNASEK,URM1,ATL2,SEZ6,PSMA7,GGA1,TCOF1,MFN2,FLNA,NCDN,STX2,MEF2D,CENPV,LRRC24,USP9X,LRRC28,DAB2IP,SKI,LYRM2,RABIF,FABP3,PSMC3,SNX16,APEX1,SNX14,ETNK1,SERBP1,PKN1,AGRN,CRAT,CRLF1,SLC27A1,RASL11B,CSE1L,UBE2D2,ATN1,MPV17L2,HDDC3,FADS3,POFUT2,SCMH1,ADORA1,PMPCB,PIM3,MAP3K7,AP2M1,FBXW5,PCYT2,CISH,PPP1R16A,FAM118A,ATP11C,FOXP4,LENEP,FOXP1,PIAS1,MSH6,ACAP3,FRMD5,SLC9A5,MSH2,SMS,FSCN1,SRSF3,PKP4,SQSTM1,SRSF9,KHDRBS1,RNASEH2A,UQCRB,PEF1,MAX,ARL3,IREB2,ISG20L2,GPR85,FOXO6,FBXO44,CORO1B,SOCS2,SBNO1,IGSF21,PORCN,G3BP1,G3BP2,MBIP,E4F1,SLC38A2,NADK,IP6K2,TMEM120B,GOT2,HPS3,ZBTB12,CORO2B,UCKL1,DRAP1,STK25,SP3,NFE2L3,OGT,NFE2L1,ZNF512B,SLC25A1,HSP90AB1,COX4I1,PTEN,ARRB1,SUMO1,PPP6R1,MDK,PGLS,BCAS2,UNC45A,VPS37D,RABGGTA,ARFGAP1,ARL4C,PPM1A,PPM1B,SLC25A17,SNURF,BCAT1,SLC25A5,GAPDH,AHDC1,TNFRSF21,SLC25A14,ST6GALNAC6,CANT1,SRC,ROCK2,PRCC,CXXC1,ZBTB43,FURIN,FOXK1,ZBTB45,SRL,RCHY1,PPM1G,MLLT6,PTPRZ1,BAHD1,TRIM46,BEND3,SH3BP4,IGF2BP3,IGF2BP2,PCDH1,HNRNPA1,UBQLN4,SLC25A22,EIF4E,TRIM44,CYB5B,NDUFA8,PPP1R14B,MARCKSL1,TRIM41,SLC12A5,SSB,FEM1B,NTRK3,PCDH7,PCDH8,BAIAP2,TPD52L2,CABLES2,NELL2,TSPAN14,EIF3K,EIF3I,NOVA2,STUB1,P4HB,MDGA1,SLC25A36,SLC23A2,CPNE5,EIF4A3,PREP,JMJD1C,THUMPD3,CCNC,IFI30,ACTB,NUDT3,CYB5D1,NUDT4,HERC4,RASSF1,EFR3A,HERC1,CHORDC1,TRIM24,EIF2D,CCNL2,PELO,EPHA4,SMARCC1,SMARCC2,ARL15,LIMCH1,CSNK1D,MIF,CSNK1E,VWA5B2,ANK1,THAP3,SFRP1,CFDP1,ULK3,TRIB2,TMEM87B,GGNBP2,SLC45A1,SDC3,CEND1,PIK3R2,UBE2J2,TTBK1,CDKN2AIP,PGS1,NKAIN1,SYNGR1,SEC14L1,DHX33,PCBP3,LARS,DHX35,MICAL1,PCBP1,HLTF,ERI3,DHX37,KCNN1,KCNN2,ATP6V1C1,BBS1,XRCC6,XBP1,LRRN3,RCC2,INTS3,ST8SIA2,DCLK2,PAICS,IFFO1,MED13L,EXT1,PPP1R1A,COL9A3,LRRN1,INTS7,CALM1,RCOR2,CALM2,DDR1,CETN3,CCDC124,MRPS12,DIRAS2,GRIK3,GRIK2,PEPD,PTPRF,PTMS,AKAP12,NUDCD3,HYAL2,ENC1,MLX,RAC3,SDF4,SSSCA1,KIF1A,CTSD,COX8A,CCT3,CCT2,NCOA2,PCYT1B,MRPS27,MRPS23,ANO8,COMMD3,COMMD7,SREBF2,RGMA,ENAH,PITPNM1,SLTM,KIT,PITPNM2,NCOA7,ARHGEF2,CD47,PTMA,SFI1,DBN1,STK40,SATB2,MRPS33,DOT1L,PRICKLE2,HSD17B4,PRICKLE1,CAMKK1,GNAI2,MNT,SERTAD2,CAMK2N1,CAMK2N2,GPC1,GPC4,RAE1,NPM1,VEGFB,MIB2,PLEKHA5,RPA1,UBE2G2,NLE1,PPP1CA,VEGFA,MAD2L2,PER1,NUDT8,KLHL5,KIF26A,HNRNPA2B1,KLHL8,TCEA2,CACHD1,CCNYL1,HDGF,TACC2,GRINA,CRTC2,MIDN,NARF,NUP188,CRTC1,WWC1,ZFAND5,OGDHL,CELSR2,ACTG1,TXN2,KIF5C,CAPN7,FAM174B,KIF5B,CAPN2,BAHCC1,ZGPAT,TPRA1,ADPRHL2,TMOD2,ATG9A,ADAM11,SSU72,LMTK2,UBE4B,POU3F1,RUNDC3A,POU3F3,ADAM19,ADAM15,DOK5,GPD2,EEF1A2,EHBP1L1,PPIE,WDFY3,NDRG4,PSMD12,PKDCC,TMED10,NXPH4,KLHL17,CACNA1B,HTRA2,CACNA1A,SLC1A4,RASGRP2,NDRG2,CACNA1E,TAF5L,CACNA1G,RAI1,FUT9,GRK6,TBC1D13,NDUFV3,TBC1D17,NDUFV1,QSER1,BCL9L,SYT5,OST4,SYT3,UBE2I,AUTS2,NUP155,KLHL26,PHF12,PCIF1,HMGA1,KLHL23,SUPT5H,SSH3,SYT7,HOOK2,NASP,HOOK1,GNB1,MKRN1,GNB4,PHF13,UBE2O,UBA1,AMOTL2,LSM14B,FGF11,GALK1,RBM28,CUEDC2,PRR7,RBM25,DYRK3,NAA40,DDX49,CHD6,CHD5,HMGB3,PSIP1,CHD4,ARHGEF10L,ADAR,CHD3,DDX41,RND2,CHD2,PPP1R9A,PITPNC1,PPP1R9B,TMEM222,EEF2K,UBE2Q1,YWHAQ,GDAP1L1,MYO18A,GALNT9,DACT1,GET4,ARHGEF11,SUN2,GLRX3,NCBP2,EED,GLRX5,ATP6AP2,HUNK,TBC1D9,NAV1,NAV2,DDX52,YWHAZ,PJA1,EEF1G,VCAN,NDUFS8,CREB1,RER1,PPDPF,CRY2,NAA38,SHANK3,INA,OTUB1,DCTN6,DCTN2,CRMP1,HMGCR,ASAP2,ACVR1B,CLCN2,AGPAT3,ADD2,GNG3,CAND1,BMS1,GNG7,TRA2B,BNIP1,SPOCK1,TMEM208,MTA2,FBRS,MTA3,PDLIM7,CYTH1,NIPSNAP3B,NAA10,GALNT2,EYA3,MIIP,ATP2B4,SOD2,CLCN6,MAPK11,IRGQ,FAM155A,SBK1,FAM131C,FAM131A,KRAS,NAA15,RAN,FAM50A,RRP1,STMN2,STMN3,HNRNPR,ENO2,SLC4A3,PHB2,ELK1,PCMT1,ZMIZ1,MYC,STMN1,ZXDC,AP1S2,RPL38,DIP2C,RPL39,NCKAP5,IER2,NUP214,VPS18,MECR,ACOT7,RPL22,SOX11,SOX12,HCFC1,ARMC1,GPR162,IFT81,HECW1,ADPRH,NUP98,UBA52,GNE,MEG3,LRPAP1,ANAPC16,CTBP2,RPN2,MAPKAP1,RPN1,NEDD4L,SLAIN2,PRKCZ,ADH5,ANAPC11,GJC1,LDHB,ABR,PRDX5,LDHA,RIC8B,LDHD,SLC19A1,CEP78,BRAP,CDK17,PHC2,CDK19,JUND,ICMT,SNAPIN,PHC1,ST13,MTHFR,PHC3,PRRC2A,TMEM198,EHD1,FIBP,SLC6A6,GLUD1,MEX3B,MEX3A,HNRNPF,GTF2IRD1,HBP1,PLCH2,DUS1L,HNRNPC,OGFR,GABRB3,BTG1,CDKN1B,ELL,SPEF1,TCF25,CLTB,GPT,PFAS,CLINT1,PHF8,UBL3,CSRP2,AIFM1,TMSB4X,TRIM2,SPIN1,GPR137,AP3S2,PLEKHN1,JARID2,CIC,EMD,ZIK1,CEP68,ZC3H10,BRD2,BRD1,TPI1,SSR4,EXOC7,SSR2,TCF12,TET2,TUBB2B,NCOR1,INF2,MTF2,EXOC6,GART,CDC123,GRAMD1A,RPL10,GPS1,USO1,WDR24,FGD1,TM9SF4,FAM129B,ARFRP1,RNF138,NSD1,USP1,RPL14,BRD8,ANKRD50,RUNX1T1,RPRM,YTHDF1,SF3A2,YTHDF2,TRMT1,SRP68,NMNAT2,LRPPRC,SCAF4,KTN1,MKLN1,RYBP,NFIB,RLIM,INHA,RAB3C,PHLDB1,ANKRD13D,RAB3A,ATP8A2,CHPF,CLSTN3,TUSC2,CLSTN1,CTNND1,AUP1,IPO5,NPEPPS,PPP1CC,IPO8,ABHD11,SALL2,TUBB3,RNF19A,CFL1,PLS3,SMARCAD1,TMSB10,STK32C,PLEKHJ1,TLE4,IFNAR2,KCMF1,MAGI1,TLE3,SUPT16H,RNF44,TLE2,USP5,RPS8,GPT2,IGFBP3,IGFBP2,AIP,VASH2,GTF3A,LARP4B,FRMD4B,VRK3,ILF2,DGKZ,THOC7,THOC6,BSCL2,DISP2,PYGO2,ARMCX2,NCL,FKBP8,IFNAR1,FKBP2,CD151,RAB5C,CCDC24,ABHD2,CUL3,ABHD8,CHRD,SLC38A10,TARS,PHB,DVL1,DVL3,NDN,SKIL,RAB6B,PLXNA3,ESRRA,TRAPPC3,AKIRIN1,RAB4A,TNK2,ASNS,REEP1,LRFN4,LHX2,MAFG,CNOT2,LRFN1,SPIRE2,CPE,CSPG5,CNIH2,COPS8,EIF4G3,RAB5A,DIDO1,RNPEPL1,TRADD,PIK3C2B,PPP6C,DUSP12,OPA1,PSD2,OPA3,WDR7,TAPT1,PDCD6IP,PLEKHG2,PLRG1,COASY,PTP4A2,PTP4A3,DNAJC6,DNAJC5,POLR1D,EIF4E2,CRK,SMARCD1,NFAT5,HDAC2,NLGN1,NLGN2,HDAC3,WBP2,PDHB,JAKMIP1,DNAJB1,FZR1,ABLIM3,MGAT5B,POLR2E,CSK,POLR2H,RBBP7,POLR2J,DCAF12,FNIP2,POLR2L,JAZF1,SEMA4A,SPAG7,RNF24,SEMA4D,IDH3G,RNF26,TXNRD1,SEMA4B,ADRM1,SEMA4C,CCDC59,SEMA4F,FBXL16,OXR1,MTOR,PNRC2,ASXL1,KLF7,PFKL,KLF6,PSAT1,RAB15,RAB12,MFAP2,MGAT4B,VPS41,CEBPZ,INSM1,FAAH,PANK3,CMAS,HDAC10,PPP2R2A,HS6ST1,RPS15,NFU1,RPS14,GOLGA4,RPS19,FLAD1,SAP130,ARL6IP5,SEPHS1,BTRC,GLUL,RPS13,SOX4,SRRM3,TIPIN,ARRDC1,ARRDC3,PTOV1,JMJD8,INPP4A,RRAGC,KATNAL1,RRAGD,XRN2,SIK3,VDAC1,SIK1,AURKAIP1,OBSL1,MACF1,RTEL1,NECAB3,NLN,UGCG,MLEC,TNRC18,FAM43B,NTSR1,ATP6V0A1,BANP,FIS1,BCL11B,SETDB1,BCL11A,SS18L1,PUM1,STAG2,FUBP3,ALDH18A1,RPS21,C2CD2L,CDS2,TOP2B,DAZAP1,UBXN1,HIP1,GDI1,SLC35F2,GDI2,SIPA1L2,ROBO1,RPTOR,SERP2,CAMKV,ZMYM3,CHMP1B,UBXN7,TMED1,PSD,ATP6V0B,PRMT8,PARP1,TSC22D1,PPHLN1,RHOF,CBFA2T2,PPRC1,LIME1,ITFG2,RHOA,MLF2,PRPF18,WAC,RHOU,RHOV,SGK1,MPND,CSTB,AKAP8,AKAP7,NOL9,RFNG,TRAK1,AKAP1,ANKMY2,ZDHHC18,NT5M,MAP4K3,MTX1,SORBS1,MPHOSPH9,MARS,CAPZA1,RAB3GAP2,TRIP12,RAB3GAP1,MPHOSPH6,KDM1A,NDUFA10,TOMM20,CCDC28B,TATDN2,ARHGDIA,HCFC1R1,NSF,LMO1,KDM2B,TOMM34,ATP1B1,TRPC4AP,TMEM131,DCTD,DPM3,PRPF6,MYCN,HGS,AMPH,RAI14,ISYNA1,NOP2,HPCA,TMEM59L,EFNA4,DPP3,EFNB1,PDZD4,ARHGAP21,EMG1,DPP6,EFNB3,MAN2A2,OTX1,MARK4,MYH10,LONRF2,MARK3,BPTF,DARS,HSPA8,ACBD4,CPSF6,CBX4,WSCD1,CBX3,CBX2,IDH1,NONO,PTCH1,IDH2,CBX1,ASPSCR1,IFT122,DNAJC14,TBCA,TDRD3,DNAJC18,ARHGAP23,ARHGAP33,ARHGAP32,EFNA3,DLG1,DLG3,RFXAP,CHMP2B,LRP10,GRSF1,COPE,ZSCAN2,NFKBIB,MUS81,B4GALT2,KDM5B,DOCK9,SLC2A3,YBX1,ELAVL2,RPS4X,SPRED2,SPRED1,ALDH2,MCF2L,GMPPA,FLOT1,KDM6B,MAPK1IP1L,KLF11,KLF13,H2AFZ,H2AFX,CTPS2,RPS3A,PPP2R5D,ARID1A,SENP2,ARID1B,CKAP4,FCHSD2,CDH10,AKT1S1,TRNP1,FAM84A,TERF2IP,CHMP6,B4GALT5,VAC14,KDM3A,RGS19,POMP,OPRL1,NRXN2,SPG7,FAM169A,TOB1,STRN4,NCALD,THBS3,HSPD1,GNA13,UGP2,FAM120A,ABCF3,CLASP1,LGI1,B3GAT3,BAD,LIMK1,ZFC3H1,NAP1L1,USP28,MEIS2,PIK3IP1,XPNPEP1,CAPN10,RPS6KB2,CDK2AP2,SPRY2,ATP13A2,SSBP4"
+"gene_set_query"	"851"	"ZNF441"	"740.7"	"ARCHS4 Coexpression,792;Enrichr Queries,778;GTEx Coexpression,652"	"EIF4A2,TCERG1,SMC5,ENO2,RPL8,GPATCH8,NUDT3,GLS,GPR173,RNF112,LSM11,HERC1,CAPNS1,TRIM28,DPYSL2,AKT3,AKT1,LONP2,PRKACB,TSPYL2,ARRDC4,EPHA4,RBFOX2,WSB1,TSPYL1,ZFP2,ARRDC3,CIRBP,MTUS1,COG1,RFX3,CD3EAP,DNTTIP2,MOGS,ARMC8,WDR73,TMEM170B,EML5,RRAGB,PRKD3,DDIT3,RUFY2,DDIT4,AKAP9,HECA,KCTD12,RPL29,PFN1,CCDC82,SLC45A1,SAR1B,FLII,PIK3R1,RNPC3,MTMR7,APH1A,HIVEP1,SCAI,ZSCAN18,BBS1,FZD3,JUN,ZRANB2,PRRT2,INTS1,PLK2,RCC2,UPF3B,PHC3,PRRC2B,POU6F1,MLLT11,HNRNPL,RNF103,RBAK,DZIP3,ITM2C,PCSK2,TOP2B,PIGU,DAZAP1,CITED2,GRIK2,SLC7A11,PRPF19,HERPUD1,MECP2,PCMTD2,AKAP12,EPM2AIP1,TRIM9,PCLO,TRIM3,ENC1,REV3L,IDS,SDF4,GPRASP1,GPRASP2,ZIK1,GARNL3,PCMTD1,UPF1,TMED9,SHPRH,PRMT7,PARP2,PRMT1,TSC22D3,TET2,NME2,ASH1L,ZDHHC17,DUSP6,CNKSR2,RAP2C,SLC7A5,CDC42EP3,PXDN,MPPED2,VAMP4,SGK1,TKT,AHCY,SATB1,ICA1L,RPL12,ADAM22,SEZ6,CENPB,AMN1,ARVCF,PES1,RICTOR,PAK3,EPS15,SRSF10,YKT6,RUNX1T1,RIC3,WDR17,MYEF2,CSNK1A1,RYK,VEGFA,RNF146,NFIA,CCNG2,TTC3,HDGF,FAM171B,PKN1,ZFP28,MEGF9,ANKRD13C,DGKE,CRTC1,ARID4A,FRY,CYP46A1,CELSR3,IPO9,ZFP30,SALL2,CDH2,PPIP5K2,SESN1,ARHGDIA,CFL1,NRCAM,RPS9,RALGAPA1,ANGEL2,MAGI2,TSC1,LMO7,CASD1,CTDNEP1,ARMCX4,PREPL,CACNB4,HNRNPUL1,RAB35,SCG5,CHMP4B,MATR3,SCG3,SRSF6,LRRC59,RAB5C,TNKS,MAZ,CACNA1A,SLC1A4,DTX3,CORO1B,SOCS2,ORC4,SDCBP,NACC1,PLXNA2,LONRF2,TMEM120B,SYT4,PRNP,GGT7,TIA1,ASNS,KLHL24,MARCH7,MARCH6,CLK4,AHI1,NBEA,HOOK2,CCPG1,HOOK1,GNB2,RFXAP,JMY,NF1,SERINC1,TUBGCP4,GNB5,BRWD1,FGF13,MAP3K12,EIF4G1,RBM26,PRKCSH,CHD6,PSIP1,SLC2A3,ZFP82,AFF3,PKD1,GPHN,LMNB2,MFSD8,SENP7,DUSP12,RPL7A,SART1,FSD1L,PPP6R1,DNM1L,EID2B,EIF5A,DST,PDPK1,ATRX,TBC1D9,DDX54,GPCPD1,ZFP90,ARL4C,DNM3,TRAF7,VCAN,ALS2,SETBP1,TRAPPC6B,LUC7L3,PIK3C3,BDP1,SLC25A14,PPP1R15A,AGPAT5,DCTN5,USP16,RAB1B,NCALD,SLC25A27,MAPK8,GANAB,GNG2,U2AF2,DROSHA,FEM1C,RBBP6,MTA2,ATP9B,CLASP1,CLASP2,NICN1,USP22,PLCL2,ADRM1,ATP2B4,RPRD2,DDHD1,HNRNPAB,TPD52L2,TNRC6C,ERCC3,TEF,SYT11,CARM1,MGAT4B,POLR3F,VPS45,P4HB,EIF3C,SSBP2,UNC79,TNRC6A,METAP2"
+"gene_set_query"	"852"	"ZNF7"	"741.0"	"ARCHS4 Coexpression,1523;Enrichr Queries,338;GTEx Coexpression,362"	"TCERG1,MDC1,ZMYND8,DCAF8,GPATCH1,HNRNPU,EPRS,GPATCH8,ALKBH3,EFR3A,ALCAM,ALKBH1,DPYSL2,MYC,ZXDC,LONP1,EPC1,ATXN7L3,SOX4,IER2,FNBP4,MEF2C,DAPK1,NGDN,METTL3,IFRD1,WDR74,CIRBP,CD3EAP,SCRIB,ARMC8,GAPVD1,GTPBP4,DDIT4,TRIM13,HECA,RBCK1,VPS28,CCDC84,TSTA3,PAXIP1,DHX8,PRDM15,NEDD4L,MBTD1,APH1A,ABR,WDR70,NUP85,ATP6V0A2,DHX38,RDH13,ST3GAL1,ST3GAL2,BANP,CREBBP,JUN,PRPF38B,SETDB1,SLC35E3,PBX2,HARS2,PTK2,WNK1,FASN,ID2,CDK13,INTS8,EZH1,ATG2B,ITM2C,ARF3,SETD2,SMG1,GMEB1,PIGU,CITED2,SETD6,PCSK7,SHB,PRPF19,PTPRF,MED17,AKAP12,PCF11,RFK,DHX16,JARID2,CEP68,UPF1,BRD1,HSBP1,TEX10,MINK1,MRPS7,PPRC1,DUSP6,WDR33,MLF2,COMMD5,RHOB,MED23,PHF20L1,NCOR2,KIN,SLC7A5,RAP2A,NFX1,HNRNPH1,PXDN,TUT1,SGK1,LRRC14,CSTB,SLC20A1,AKAP8,NOL9,WDR24,RXRB,BCLAF1,EXOSC10,EXOSC4,NFIL3,PDZD11,EXOSC2,TMEM62,TARBP2,VEGFA,SPSB3,XAB2,PRPF39,SNX16,NFIB,TAOK2,NUCB1,HDGF,PKN1,GRINA,COX6A1,KPNA2,USP8,DGAT1,USP3,PPP1R16A,F2R,DNAJB12,FRMD4A,LEMD2,RSBN1,CDC25B,SAP30,MSH6,MAU2,PRPF6,DMTF1,PRPF3,CHMP4B,RAD54L2,TNIK,RAF1,SQSTM1,ANAPC2,ZCCHC8,COX19,PFKFB3,INSIG1,ANKRD11,ITPR1,UBR2,NRF1,SUPT6H,NDRG1,ORC4,PITRM1,UBR5,NACC1,ZKSCAN3,PLXNA1,E4F1,MAP2K7,SLC38A2,SKIL,ANKZF1,PDZD7,MCL1,AP1M1,EIF2B5,IVNS1ABP,HSPA8,PRNP,NOP14,SMAD4,BRPF1,CPSF1,CBX4,FBXO38,PCIF1,TRAPPC9,CLK4,ANKHD1,CHERP,NFKBIA,AHI1,PAN3,GON4L,EFNA2,HOOK2,NASP,ATG16L1,HOOK1,CNOT2,GNB1,CNTN1,SPIRE2,TUBGCP3,NFE2L1,RERE,SCYL3,DYRK2,DDX46,WDR1,ZC3H4,NVL,PRKCSH,CHD8,ZC3H3,CHD6,MFSD8,DUSP12,RB1CC1,OPA3,PPP6R3,DGCR8,WDR6,PMEPA1,LRRFIP1,EIF2B1,UNKL,RBM5,ILKAP,RBM33,SUN1,HSP90AA1,PDPK1,DYNLT3,PLA2G4B,H2AFX,ARID1B,RAD23B,ZFP90,GIGYF1,PTP4A3,EEF1D,CTDSP2,POLR1B,LUC7L3,NUP54,TNFRSF21,RNF31,RNFT2,GTF3C2,HDAC3,KDM3B,UHRF2,GTF3C5,SFSWAP,HDAC1,PRCC,CXXC1,SLC3A2,HSD17B12,RNF4,USP19,DCAF15,FBXL20,FAM168B,GANAB,DNPEP,DNAJB6,PUF60,U2AF2,TGS1,GNA12,MKNK2,POLR2D,NAA25,FEM1C,RPP14,USP24,NOP56,PTCD1,KDM4B,KDM4C,RRM2,TRIM41,FOXJ3,TAF11,FOXJ2,CYHR1,SOD1,MCM3AP,KLF6,ERCC3,VPS41,POLR3E,CDK2AP1,ERCC5,QRICH1"
+"gene_set_query"	"853"	"ZNF835"	"741.3"	"ARCHS4 Coexpression,1590;Enrichr Queries,505;GTEx Coexpression,129"	"EIF4A1,STMN2,THYN1,ENO2,RNF112,SAMD14,RUSC2,TRIM28,DPYSL2,AKT1,BSN,ATXN7L3,TRIM23,CALN1,ANKS1B,SRRM3,SRRM4,RBFOX1,ATP6V1G2,RBFOX2,CXADR,ST6GAL2,UNC13A,RBFOX3,DAPK1,ZFP2,CD3EAP,ANK2,SOX11,MOGS,ANK3,MAPK8IP2,ANK1,INPP4A,GPR162,STX1B,SFRP1,PRKAR1B,KCNQ2,ADCYAP1R1,TSHZ3,SLC45A1,STXBP1,NPRL3,CEND1,APH1A,SYNGR1,FAM171A2,PCBP4,RNF215,CHST10,TSPAN7,B4GALNT1,RDH13,RHBDL1,B4GALNT4,ZSCAN18,PRRT1,CADM3,PRRT2,PTPRN2,CADM2,ZFR2,BCL11A,SLC35E3,MICAL3,IRF2BP1,MICAL2,PBX2,L1CAM,SNAP91,DCLK1,POU6F1,PRRC2A,HNRNPL,UCK1,FXYD6,FAT4,CALM1,CD200,CDS2,GABRB3,ARF3,GABRB2,TMEM151B,PTPRS,KCNC1,GDI1,GRIK5,DIRAS1,DIRAS2,GRIK2,VLDLR,PRPF19,RYR3,SMG5,SHF,AKAP12,JPH4,TRIM9,NUDCD3,UCHL1,MMP24,PCLO,TRIM3,DNER,DHX15,DLGAP1,KIF1A,GPRASP1,GARNL3,ZIK1,UPF1,RPS6KL1,ACTL6B,MINK1,RGMA,CNKSR2,MN1,KIT,PXDN,MAPT,SGK1,DSCAML1,GAS7,AMIGO1,ICA1L,ADAM22,TMEM74,PTN,CAMKK2,CUX2,APBB2,CKB,APBB1,CTNNA2,ATP6V0E2,DYNC1I1,PURG,RUNX1T1,RIC3,GABBR1,DAB2IP,SORBS2,NMNAT2,GATAD2A,SH3RF3,TAOK2,HDGF,PKN1,MEGF8,YPEL4,APBA2,ZFP28,ANKRD13B,ATP8A2,CRTC1,WWC1,CTNND2,ROGDI,CLSTN1,HDLBP,CDH8,SLC8A2,RIMS1,TMEM145,RIMS4,SALL2,CDH2,KIF5C,ENPP5,LZTS1,SH3GL2,PCDHAC2,DSCAM,USP5,ADAM11,TTC7B,LMTK3,KCTD2,KCTD6,CLIP3,DISP2,OLFM2,HNRNPUL1,RAB35,FIZ1,TOX,ABCG4,PDE9A,RAI14,RTN4R,GNAZ,LRRC59,NDRG4,BRSK2,BHLHB9,NDRG3,ARHGEF25,ARL3,NTM,CACNA1B,CACNA1A,DTX3,CPLX2,KLC1,FBXO44,CPLX1,CACNA1H,SEL1L3,SOCS2,NEUROD2,IGSF21,PDZD4,DPP6,KLC2,NACC1,PLXNA2,CAMTA1,SRGAP3,LRRC4C,PDZD7,PRNP,SYT3,CBX6,KLHL22,EEF2,CORO2B,NBEA,HOOK2,HOOK1,REEP2,CNTN1,RNF182,NFE2L3,SPIRE2,TAB1,GNB5,FGF13,NFE2L1,MAP3K12,EIF4G1,SNAP25,KDM5C,PODXL2,WDR1,PRKCSH,CELF2,SLC2A3,ZFP82,SOBP,PPP1R9A,ELAVL3,SEC61A1,LASP1,SCRN1,OPA3,PSD3,EID2B,GALNT9,TRIM67,PEG3,PPP2R5B,H2AFV,ABHD14A,RAD23B,DNM1,DNM3,TRAF7,VCAN,PTP4A3,CDH10,INA,SHANK2,SHANK1,CAMK2B,RNFT2,NLGN2,DDX25,NRXN1,NRXN2,ADD1,ADD2,MAPK9,FAM168B,GANAB,FAM168A,SV2A,U2AF2,TRIM46,NCAM1,PCDH1,OPCML,CLASP2,BEND6,NTRK2,SLC12A5,PCDH9,PCDHGC4,USP22,PCDH7,B3GAT1,CADPS,ATP2B2,MEIS2,TNRC6C,NELL2,TEF,PPP2R2B,FAM131B,POLR3F,VPS45,RGS11,P4HB"
+"gene_set_query"	"854"	"RUNX2"	"743.4"	"Literature ChIP-seq,55;ARCHS4 Coexpression,1222;Enrichr Queries,1033;ReMap ChIP-seq,273;GTEx Coexpression,1134"	"CHIC2,UXS1,ITSN1,TESK1,TSKU,NDST1,KRTCAP2,ZFYVE27,MPRIP,CAPNS1,PSMD5,DPYSL2,FNBP4,CHID1,GABARAPL1,MEF2C,FNBP1,EML1,SND1,PRKAR1A,DDIT4,ORAI2,TTYH3,MRPL14,BAZ2A,ABCB8,AGAP3,PLA2G6,MRPL12,AAAS,OAZ1,GABARAP,MRPL11,PRPSAP1,RHOT2,CYB5R3,HSPH1,RNF215,PRKAR2A,RDH14,RHBDL1,HEXIM1,ABCA2,JUN,PRPF38B,PRRT2,GSTM1,JUP,EDEM1,NCAPH2,MRPL28,ERLIN2,FAM136A,MRPL24,EIF1,PCDHGA11,UCK2,EIF6,NMT2,AVL9,EZH2,ARF3,ARF4,PIGT,PIGQ,PRKAG1,LRRC4,SHB,MRPL34,MED15,TRIOBP,BBC3,SHF,TRMT112,TUBA1C,NIPBL,TMEM43,FASTK,RPLP2,JAK2,UPF1,LRRC45,DUSP1,GSTO1,SPHK2,LRRC49,PGAM1,NIPA1,SIRT4,SLC39A10,SLC39A13,GMIP,DUSP8,BAZ1B,MRPL45,MED29,DUSP6,MRPL43,DUSP7,DDB2,DDB1,SLC7A5,PSMA6,PSMA3,CDC42EP4,CDC42EP3,MED20,PXDN,PTRH1,PICK1,ERGIC1,VAMP2,ARF5,SLC29A2,RNASEL,ECHS1,OAT,STAU1,SEZ6,DLST,PSMA7,TMEM70,GGA1,SNX27,TMEM65,AP2S1,ZSWIM6,BID,MEF2D,NKTR,CENPT,MDH1,CRBN,WNT7B,STAT2,TMEM62,TARBP2,BYSL,LRRC20,SKI,PSMC3,CCDC9,SNX17,SHKBP1,SLMAP,PSMC2,GOPC,UBAP2,PKN1,CRLF2,CCNT2,RASL11B,PLOD3,SLA,ZBTB22,ALDH1L2,FADS3,FADS2,STK11,LAPTM4A,SMCHD1,RUVBL2,OSBP,PIM3,MTPAP,FADS1,NOMO1,SH3GLB1,PCYT2,CISH,ATP11B,CNPY3,LENEP,FOXP1,RBX1,SAP30,ACAP2,SLC9A5,MSH3,MAPKAPK2,FSCN1,PKP4,SQSTM1,PFKFB3,RNASEH2A,MAX,PEF1,MAZ,ISG20L2,ARL2,CORO1A,GLIS2,CORO1C,SAV1,SOCS2,SBNO2,NDOR1,STK38,G3BP1,SLC38A7,BRIX1,SLC38A2,EVI5,SOCS7,CD276,BRPF1,GOT2,HPS3,ARPC5,FBXO31,DRAP1,IBTK,SH3BP5L,LRCH1,ARPC2,STK24,UBLCP1,ARPC3,MDM2,CNTROB,NFE2L1,ITGB1,SLC25A1,MCFD2,HSP90AB1,ALAS1,SCHIP1,AKAP8L,PIK3CD,ARRB1,ARRB2,NGRN,ZNRD1,CAPZB,MDK,NCK2,PMEPA1,ACP2,MDP1,DNM1L,PELP1,EIF5A,ACTR2,EIF5B,HSP90AA1,DST,RAD23A,ARFGAP3,RABGGTB,RAD23B,MSL1,ARL4C,NSMCE4A,IMPAD1,BIRC6,BCAT1,SLC25A12,GAPDH,MET,SLC25A4,AHDC1,BIRC2,BCAT2,ST6GALNAC6,PPP1R15B,LRP1,UHRF2,GTF3C5,MGRN1,GTF3C6,SRF,PRCC,SRBD1,CXXC1,FOXK1,LRP8,EHBP1,PPM1G,CDC42,FOXRED2,GANAB,SLC25A28,CCDC85C,U2AF2,NNAT,SH3BP4,IGF2BP3,FYN,IGF2BP2,SLC25A23,SLC25A22,EIF4E,SLC25A25,PTPN1,SEPT11,PPP1R14B,MARCKSL1,NOP58,TRIM41,SSB,FOXJ2,CDC5L,BAIAP2,NELL2,MYO1B,SLC25A39,CDKN2AIPNL,TRIM39,ST7,TRIM35,PDCD4,KCP,STUB1,P4HB,SMAP2,EIF3C,KCNK2,BCAR1,SMARCAL1,AHCYL1,TMEM41B,TXNDC11,TXNDC12,ZDHHC7,IFI30,ACTB,NUDT3,CYB5D1,NUDT4,HERC4,HERC3,RASSF2,CDC27,CCDC97,EPC1,KIF21A,TRIM26,PTGFRN,KIF21B,SLC12A6,EPHB2,PELO,SLC12A9,TMPO,ACVR1,EPHA4,ATP6V1G1,ST6GAL1,ZFP1,ARL15,ACTN1,NSMCE1,CIRBP,CSNK1D,ACTN4,CSNK1E,MFSD11,ANK1,CDC34,KCTD10,FLYWCH1,SLC45A4,NUMBL,TMEM63B,SDC3,FBF1,SUPT4H1,PTTG1IP,PIK3R1,TTBK2,PGS1,DHX30,SEC14L1,SURF6,RIMKLB,N4BP1,SNX6,MICAL3,MICAL2,NTAN1,PTK2,MED13L,EXT1,ICK,EXT2,PTK7,WNK1,ID2,PPP1R1B,CALU,NDUFAF3,PAF1,SDC1,FBXL2,CALM1,RCOR2,DDR1,NRP1,PTPRS,CCDC124,DIRAS2,AATK,SLC7A11,NAT14,AP2A2,PPP3CA,MAP1LC3B,SPTLC1,RSRC1,HYAL2,NCS1,ENC1,DHX16,SSSCA1,RAC1,NANS,CTSB,MRPS28,CAP1,MRPS26,DBNL,MRPS24,CCDC115,MMD,MRPS23,ANO8,CACYBP,MRPS7,RGMB,RAP2B,CSDE1,ARHGEF1,CRELD1,PABPC1,GLCCI1,FJX1,PTMA,DBN1,PCNA,SATB1,STX16,DOT1L,PRICKLE2,GNAI2,MNT,PGRMC2,OS9,NFIL3,SERTAD2,CAMK2N1,MGAT2,DYNC1H1,NPM1,PEX19,PNPLA8,YIPF5,VEGFB,TMUB1,VEGFA,KLHL9,FKBP1A,NUDT9,SH3RF3,PER1,PDCL3,GPAM,CCNG2,TTC3,CCNYL1,ESYT2,PNPLA6,GRINA,SCARB2,CRTC2,MIDN,SYS1,CRTC1,WWC1,ZFAND5,PEBP1,UBE2Z,SRP14,ACTG1,IGF1R,KIF5C,CAPN5,CAPN2,ARID2,SBF2,BAHCC1,SH3GL1,TPRA1,FBXW11,TMOD3,OSR1,TTC7B,ADAM10,ADAM19,EEF1A1,TMX3,ADAM15,DOK4,HNRNPUL1,TMX1,HNRNPUL2,EHBP1L1,UBE2V1,MASP1,FAM92A,RTN2,COX19,VCP,COX15,YTHDC1,TOR1AIP2,RASGRP2,PDS5A,NDRG1,RTN4,TAF5L,CACNA1H,CNN3,CACNA1G,RAI1,TBC1D14,CAMTA2,BCL9L,TBC1D16,SYT5,PRNP,SYT4,CCDC136,PHF12,SUPT5H,MANBAL,CLK3,PAN3,HOOK2,UBE2S,OSTC,GNAQ,GNB4,UBA2,AMOTL2,TAB2,TAB1,UBE2M,YWHAE,GSK3A,PRR7,DDX47,PRKCSH,PRR3,ILK,CHD4,ARHGEF10L,CHD3,CHD2,AFF3,RND3,PITPNC1,PPP1R9B,LASP1,EEF2K,YWHAQ,BCL7B,NPTN,MYO18A,LRRFIP1,YWHAG,RBM14,ARHGEF12,GLRX5,DDX54,NAV1,NAV2,YWHAZ,PJA2,EEF1G,VCAN,CREB1,NUP50,CAT,CRY1,NDUFS2,NAA38,EAPP,CUEDC1,DCTN6,DCTN1,DDX23,RBM4B,ASAP1,SLC3A2,ASAP2,NT5C2,RNF4,CLCN3,AGPAT3,CYTH2,HMGCL,MTA1,GNG2,TAF1B,TMEM203,RAB40C,GNG5,MAT2A,TMEM205,MKNK2,PTK2B,BNIP2,MTA2,FBRS,SMNDC1,RBM39,MBTPS1,RRM2,ATP2B4,USF2,USF1,GOLPH3,TEF,GLB1,ERCC1,FAM131A,VIM,FAM98A,NCKAP1,TES,TRIO,RPL3,ADARB1,DCAF5,BACH1,DCAF7,GLS,ALCAM,ZMIZ1,MYC,ZXDC,IER5,CDK5RAP3,IER2,NUP214,WSB2,PRKCD,ARMC9,AFAP1,GTPBP1,CLPX,BIN3,DAAM1,BIN1,RPL26,NUP98,CDC42SE1,PDXDC1,XPC,SLAIN2,HIF1A,ADH5,ANAPC11,PRDX3,FAM160B1,PRDX2,NCSTN,PRDX5,FAM171A2,LDHA,RIC8B,BLOC1S1,CHST12,LDHD,RRS1,ST3GAL5,NRBF2,ST3GAL1,CDK17,PHC2,JUND,PLK2,IRF2BP2,UPF3A,NR1D1,MEX3C,PRRC2B,THAP11,EHD1,FIBP,SLC6A6,MEX3B,RNF103,HNRNPF,OGDH,HNRNPD,CDK10,HBP1,CDK14,PYGB,CDKN1B,ELL,PHF23,SMG7,ING1,TRIM8,RNF157,TMEM189,TMSB4X,TIMP2,GPR137,CIC,BRD2,IFNGR2,SSR2,ITPK1,TET2,NUTF2,AEN,WDR35,NCOR2,BACE1,KAT2A,ZEB2,INF2,GAS6,GAS7,GRAMD1B,NFIX,PHLPP1,USO1,TMEM160,WDR24,TM9SF4,FAM129B,FGD3,SCAF8,CHN2,RPL19,SF3A3,PCGF6,YTHDF3,BRF1,WDR13,AGBL5,MKLN1,RYBP,NFIA,ABI2,MORN4,NFIB,ZYX,PLP2,ANKRD13B,VKORC1L1,PHLDB1,ANKRD13D,RNF19B,PARK7,CLU,TM7SF2,NPEPPS,CDH2,RNF19A,PHYHD1,LZTS2,SNRNP35,MAF1,TMSB10,GTF2I,MEN1,PLEKHJ1,SLC39A3,MAGI1,KCMF1,RAB2A,RARS2,CSNK1G3,TLE3,MAP2K1,TPM4,TPM3,IGFBP3,TPM1,F2R,FRMD4A,CTDNEP1,PYGO2,CLIP2,CLIP1,CACNB3,RAB31,AAGAB,PHPT1,TTPAL,CSNK1G2,FKBP5,CSNK1G1,FKBP2,SEMA7A,CD151,RAB5C,CBFB,CCDC24,ABHD2,ANKRD11,INSIG1,AK1,AK2,TARS,PHB,KLC1,RHOBTB2,BAG5,KLC2,BTBD1,DVL1,DVL2,ABL2,PLXNA1,MAP2K7,SRGAP2,SRGAP1,SKIL,MCL1,ESRRA,ANKRD28,TRAPPC3,ANKRD34A,UVRAG,TOR1A,OSBPL5,ATP8B2,POLR3GL,TRAPPC9,LSM3,CDK9,LRFN4,REEP5,CPD,RNF181,NF2,CNOT8,CNIH2,EIF4G3,RAB5A,BCL2L1,SLC48A1,DIDO1,DAGLA,MCM7,RNF13,ZC3H4,SGCE,PTBP1,DUSP12,LBH,WDR5,WDR6,EVI5L,TNPO1,SLC37A3,ILKAP,PLEKHG2,REXO1,SGIP1,SECISBP2L,LIX1L,ZFP91,NIPSNAP1,PTP4A2,TRAF7,PTP4A3,ASPH,TRAF4,DAD1,CTDSP2,LANCL2,CCDC43,SOS1,CRK,HDAC5,MTPN,GTF2A1,NFAT5,LEPROT,GTF2A2,WBP2,TULP4,TTL,HDAC7,AP3M2,ABLIM3,DNAJB5,RBBP5,RAB23,VPS52,CSK,POLR2J,DCAF12,MLXIP,SMARCE1,SEMA4A,SLC35A1,SPAG7,RNF24,TXNRD1,AMFR,NCKAP5L,PLCL2,FBXL16,PTPN12,CDC42BPA,FBXL14,PNRC1,ASXL1,TNRC6C,KLF7,KLF6,MARCKS,NIN,RAB14,RAB12,MGAT4B,POLR3H,PPIL3,TNRC6A,CUL4B,SLC35B2,ZMYND8,SLC35B1,PWP2,HS6ST1,NFU1,RPS19,FLAD1,FTH1,DPF1,DAG1,DZIP1L,DPF2,RPS10,SOX4,SRRM2,IFRD1,MRPS18A,JMJD8,TIAM2,KATNAL1,TLN2,PFN1,PFN2,CUTA,IGSF8,ANP32A,TWF2,IGSF9,MYL12B,UGCG,DGUOK,NUAK1,PRRC1,SPAST,INPP5E,GSE1,INPP5K,STXBP5,TNRC18,RALGDS,ATP6V0A1,VASP,VAT1,SRPK2,TRAP1,TMEM50A,BCL11A,SS18L1,TMEM50B,MEMO1,RPS28,RPS20,ANP32B,ITM2C,DAZAP2,TRAM1,HIP1,CITED2,SH3KBP1,SLC35F5,XPO1,GUK1,GLIPR2,SH3PXD2B,DLAT,RAB8A,PRMT7,TSC22D3,TUBG2,ZDHHC16,PARP8,RHOB,UGDH,PACS2,HNRNPH1,NME7,FAM20B,MAPT,RHOV,SGK1,PRIM2,SLC20A1,AKAP6,PTN,UQCR10,TYMP,NOL6,CUX1,UBTD2,TBL1X,DCPS,MPZL1,RANBP3,RYK,AP3D1,RAB11A,PDP1,RSL1D1,CAPZA2,TOMM7,MEGF9,MRFAP1,NUCKS1,TOMM20,BASP1,FPGS,AZI2,RALBP1,PHYH,KDM2A,KDM2B,ANGEL2,APLP2,SPNS2,MATK,SHISA4,TUG1,DCTD,DPM2,OXA1L,TMEM136,ILVBL,CHMP4B,RAI14,ISYNA1,COPB1,PXN,FBLN1,STK4,EFNA4,PRPF8,DPP3,EFNB2,DPP9,TMEM128,OTX1,SUDS3,MYH10,MARK3,ZC3H15,HSPA9,DARS,HSPA8,CPSF7,ACBD4,CBX4,SMURF2,RHBDD2,CBX2,PTCH1,IDH1,CBX1,ASPSCR1,ARHGAP29,AZIN1,NFKBIA,DLG1,EFNA3,EFNA2,NR4A3,DLG4,CHMP2A,DYNLRB1,ACBD3,SAE1,BRWD1,GPSM1,KDM5B,B4GALT3,ACADVL,ABCD3,THRA,NVL,SLC2A3,PKD1,SPRED2,FLCN,SEPT6,ALDH2,ZC3H7A,ZC3H7B,LRRTM2,SNAPC4,PDE4B,MFSD1,CASP2,POLG,USP46,USP47,USP48,H2AFY,H2AFZ,PDE4D,AKTIP,AXIN1,PPP2R5B,RNF208,PPP2R5D,PPP2R5C,CKAP4,KLF16,DNM1,TGFBR1,DDAH1,IGDCC4,CDH11,PFDN2,B4GALT5,KDM3A,RGS19,POLDIP2,PDXP,SPG7,NCALD,NXF1,UGP2,CHSY1,NT5DC3,MAPK1,NCAM1,CAMK2G,CLASP1,SPEN,KDM4A,WTAP,BAD,LIMK2,USP22,XPNPEP1,PIK3IP1,BAX,ATP13A3,PDE7A,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"855"	"LHX8"	"744.0"	"ARCHS4 Coexpression,347;Enrichr Queries,1065;GTEx Coexpression,820"	"VEZT,SMARCB1,CCNJ,HDAC11,STMN4,ENO2,FNBP1L,TXNDC16,ALCAM,DPYSL4,RUSC2,DPYSL5,PPP2R1A,STMN1,LUC7L,NCKAP5,SOX4,ANKS1B,GABARAPL2,EPHA4,EPHA7,CXADR,WSB1,RBFOX2,MMD2,SOX11,ACSL3,SCAMP1,ANK1,BCR,EID1,SFRP1,DAAM1,IFT81,RRAGB,FEZ1,RUFY3,SIK3,TAGLN3,KCTD17,CTXN1,EIF1B,TSPYL4,BEX4,NRN1,MEAF6,PDE1B,TTYH1,MAGED1,FOXG1,NPRL3,PIK3R3,PHYHIPL,ATXN7L3B,HTATSF1,ACTR3B,ARPP19,TMTC4,FAM171A1,SNX4,RIC8B,PRPSAP2,FLRT2,PCBP4,TSPAN7,SCN3A,ATP6V0A1,NTNG2,JUN,FZD3,ARPP21,CADM1,BCL11B,ST8SIA2,ST8SIA3,H3F3A,NR2F1,KLHDC8B,NETO2,MLLT11,HNRNPK,H2AFY2,PKIA,PPP1R1B,LRRN1,FXYD6,MAGED2,FAT4,CD200,GPR19,ARF3,ROBO2,ARF4,NRP1,CSRNP3,SPEF1,GRIK5,GRIK3,SLC7A11,ROBO1,C1QTNF4,PPP3CA,ACTR1A,UBL3,TUBA1A,CAMKV,TRIM2,NEFL,NEFM,FEZF2,BRD3,PRMT8,ACTL6B,HSBP1,STRADB,LRRC49,LRRC40,DYNLL2,DUSP6,SRP9,CTTNBP2NL,ENAH,TMEFF1,MN1,TUBB2B,TUBB2A,PXDN,MPPED2,EXOC5,PLCB1,PAFAH1B3,MAPRE2,DBN1,DYNC1I2,MAGEH1,PHLPP1,SATB2,ATL1,WRB,SNX32,NOL4,TMEM169,NPY,HSF2,NCDN,APBB1,CTNNA2,PAIP2,DTD1,RUNX1T1,ATAD1,ARNT2,PNPLA8,GABRA3,KLHL2,BLCAP,MZT1,ATAT1,TMEM158,ABI2,NFIA,MORN4,NFIB,KLHL7,FKBP1B,TTC3,FAM171B,WWC1,ZFAND6,UBE2D1,CYP46A1,CDH8,NUDT11,NUDT10,ATCAY,CDH2,TUBB3,RGS9,SYBU,KIRREL3,ANKRD46,IGFBP3,UBE2E3,IGFBP2,LMTK3,TBR1,PCDHA12,POU3F2,SHISA7,POU3F3,BSCL2,ARMCX3,MORF4L1,PCP4,LIX1,RAD54L2,RTN3,KHDRBS2,NDRG4,DDX5,TSG101,RTN1,CTTNBP2,ZC4H2,HPCA,BTF3L4,STK39,GPR85,CACNA1A,BHLHE22,CACNA1C,NDRG2,KLC1,CPLX1,CACNA1E,HSPBP1,RAP1GAP,SNN,PLXNA2,MBIP,G3BP2,IP6K2,SYT5,KLHDC2,TIA1,CBX5,MARCH6,GNAO1,QDPR,REEP1,DLG1,GNAL,DAB1,NR4A3,CNOT7,NSG2,HOOK2,LHX2,HOOK1,CAPRIN1,CPE,CSPG5,SERINC1,FGF13,EIF4G2,YWHAE,KDM5B,THRA,CELF3,CHD6,ELAVL4,ELAVL2,GPHN,TRO,SGCE,POLB,DUSP12,NGRN,PSD2,YWHAQ,LRRTM1,SNAPC3,GDAP1L1,CEP170,HSDL1,PDPK1,VBP1,RBM18,PTBP2,NIPSNAP1,PJA1,VCAN,PTP4A3,RCN2,CDH11,DCX,CDH13,TERF2IP,INA,HDAC2,USP11,CXXC1,TULP4,RBM4B,CRMP1,HMGCR,CLCN3,JAKMIP1,DLL1,RNF5,GNG3,GNG2,GNG7,POLR2D,MAPK1,SLC25A23,CRYM,WASF1,ATP9A,CACNG4,OPCML,UBQLN2,CLASP2,LGI1,SMARCE1,ATF7IP,NTRK2,NEGR1,PCDH8,DDHD2,ATP2B1,FBXL16,MEIS2,GDAP1,FBXL12,DNAJA1,MAPK10,PDE10A,PPP2R2C,SYT11,PPP2R2B,INSM1,ATXN10,SSBP2,PTPN5,KCNK2,CBLN1"
+"gene_set_query"	"856"	"HMX1"	"744.3"	"ARCHS4 Coexpression,482;Enrichr Queries,1261;GTEx Coexpression,490"	"GMFB,HDAC11,RRP1,PHB2,NUDT3,GCSH,RPS15,DPYSL4,TRIM28,DPYSL2,GOLGA7,EPHB1,RPS10,ANKS1B,TBC1D10B,PDHX,RBFOX1,KCNK10,PTOV1,MMD2,SOX11,SCRIB,MIF,CSNK1E,SOX12,ANK1,JMJD8,HCFC1,WDR77,EML5,DYNC1LI2,CDC34,ASPHD1,THAP7,FEZ1,CLPP,PRR18,RPL27,TTLL12,KCTD17,CTXN1,LLGL1,TELO2,BEX4,ADCYAP1R1,NUP205,NRN1,TMEM161A,TTYH1,FOXG1,FBF1,PHYHIPL,AGAP1,PIK3R2,MRPL12,DHX30,FAM171A2,ERI3,CHST10,DHX37,RAB11FIP4,GPM6B,B4GALNT4,TRAP1,BCL11B,CADM2,SETD1A,NR2F1,IRF2BP1,DCLK2,MRPL23,PRRC2B,PRRC2A,SMARCA4,GLUD1,GIPC1,DUS1L,RCOR2,ITM2C,CDK16,GABRB3,MRPS16,NCAN,MRPS12,PRPF19,SHD,SMG5,PTMS,SERP2,JPH3,DNER,RAC3,KIF1A,FEZF2,ENOPH1,GIT1,APC2,PSENEN,CCT3,PCYT1B,LRRC45,PRMT7,PARP1,ITPK1,NIPA1,NME2,NME3,MANEAL,DYNLL2,MED29,TMEFF1,TUBB2B,CTU1,RPUSD1,PXDN,PGAM5,PHLPP1,NFIX,STAU1,WRB,GPS1,CCDC106,PTN,CENPB,CST3,PPP2CB,CUX2,PES1,CTNNA2,CKB,RPS2,ATP6V0E2,SAMD1,MAP4K4,RPRM,MBD3,ARNT2,SF3A2,WNT7B,WDR18,LSAMP,TMUB1,AP3D1,NPM3,SCAF1,ATAT1,BOP1,MYBBP1A,PRKRA,KIF26A,TAOK2,TSR2,FAM171B,CRLF1,HDDC2,SH3GL3,ANKRD13B,CTNND2,COX6A1,PAIP2B,RIMS4,STK11,PALM,ADORA1,FBRSL1,SBF1,DSCAM,IGFBP3,APLP1,ATP1B2,POU3F1,POLRMT,POU3F2,ATAD3A,POU3F3,SHISA7,RNF40,CLIP2,OLFM1,FRMD5,OLFM2,MYCN,DOK4,LIX1,GPRIN1,PKP4,SCG3,LY6H,FKBP4,SNRPA,ISYNA1,INO80E,RAB5C,DDX1,NXPH4,MAZ,KLHL17,GPR85,CACNA1A,FOXO6,BHLHE22,NDRG2,HSPBP1,CACNA1H,ENHO,DPP6,IRAK1,DEAF1,CASKIN1,DVL1,BTBD2,H1FX,OTX1,SAC3D1,LRRC4B,ACBD5,CBX2,TMEM132A,TBCB,ADAP1,EEF2,SCRT1,CHERP,GNAO1,QDPR,EFNA2,LHX2,UBE2S,LRFN1,REEP2,MAP3K10,CSPG5,RNF187,UBE2M,SLC48A1,YWHAE,GPSM1,SLC25A1,ZNF512B,B4GALT2,KDM5C,PODXL2,ZMYND19,CELF4,CHD6,ELAVL2,LMNB2,ELAVL3,SEPT7,PSD2,SNAPC4,PHACTR3,WDR5,EVI5L,PELP1,USP46,EMX1,H2AFX,RNF208,DDX54,RANGAP1,SENP3,KLF16,FAM189B,PTP4A3,DDAH1,NRG3,SNPH,LANCL2,NAT8L,THOP1,NLGN3,GTF3C1,NLGN2,PRCC,TULP4,CRMP1,PDXP,FOXK2,WIZ,LRP3,STRN4,SRM,DNAJB2,CACNG7,TFPT,TMEM201,FAM168A,MTA1,NCLN,PTPRZ1,U2AF2,NT5DC2,SPOCK1,UBQLN4,CACNG4,NTRK2,PPP1R14B,MARCKSL1,TRIM41,PCDH9,NAA10,SMOX,FBXL19,B3GAT1,HAGHL,PCDH8,SSRP1,MEIS2,HNRNPAB,HS3ST2,PPP2R2C,PPP2R2B,CARM1,CDK2AP1,RBM42,POLR3H,TBKBP1,STUB1,INSM1,CBLN1"
+"gene_set_query"	"857"	"ZNF747"	"746.3"	"ARCHS4 Coexpression,1527;Enrichr Queries,345;GTEx Coexpression,367"	"PANK4,VPS29,APP,RPL3,POP4,PPAN,KEAP1,STMN3,EPRS,TSKU,BACH2,ZDHHC4,ALKBH3,NFU1,LSM10,PSMD7,KAT5,RAVER1,ZMIZ1,ALKBH1,FTH1,CHORDC1,DPF2,KIF21B,PRKACA,DIP2C,SEPHS2,SOX4,TBC1D10B,STARD3,PRKAB2,WSB1,TSTD2,NSMCE2,PRKCD,BOLA1,CIRBP,MRPS18A,CD3EAP,ARMC8,ACTN4,JMJD8,MRPS18C,THAP7,CDC37,GRWD1,ZSCAN21,KCNQ2,KCNQ4,CD2BP2,CBLL1,KCTD18,MMADHC,PRR14,RNF121,ATF4,TTYH3,SDR39U1,MRPL10,MRPL20,SYNGR1,RDH14,RDH13,ATP6V0A1,S100A10,SNAPIN,JUND,DMPK,SLC35E3,IRF2BP1,SNF8,THAP11,TADA2B,AIMP2,MEX3A,FUBP1,INTS5,NDUFAF3,PSMG4,HYOU1,CPEB4,MRPS17,CCDC127,SLC44A2,CTSZ,CLTC,PRKAG1,KRI1,ADO,TMEM186,RPTOR,SMPD3,TRMT112,ACTR1A,GPR137,SSSCA1,CTSD,LRRC47,ZC3H10,SPHK2,IFNGR2,MED27,MRPL46,LIME1,TAF6L,BDH1,SDHAF1,PXDN,CANX,EXOC3,ARHGEF2,DBN1,CSTB,CCDC107,TM9SF3,PSMB6,CHRAC1,NFIL3,NSD1,GPC1,ORMDL3,RPL18,MEF2D,PCGF6,BRF2,NR1H2,VEGFB,ELP3,SORBS1,AP2B1,AIG1,RGP1,PDCL3,KBTBD4,RNF145,RSL1D1,OSTM1,PRKRA,SLMAP,PSMC1,CAPZA2,SRRD,SERBP1,YPEL1,NUCB1,PKN1,PHLDB1,MIDN,HDLBP,MPV17L2,IPO7,CELSR3,TM7SF2,PPP1CB,CHCHD4,FADS2,CFL2,KIF5B,SCMH1,MAF1,MTPAP,FADS1,KPNA1,IFNAR2,TPM4,TPM1,THOC5,TUFM,ATXN2L,EHBP1L1,EEF1A2,PPIF,PLAA,TTPAL,FKBP5,GLYR1,DDX6,LRRC59,ENY2,DNMT1,PFKFB3,TMED10,TAF5L,STIP1,SNN,RNASEH1,GRK6,ABL1,THEM4,CAMTA1,PDZD7,BCL9L,DNAJC19,ESRRA,POLR3GL,FBXO38,PCIF1,TMEM132A,TRAPPC5,TIMM44,COQ7,COQ6,SYT7,UCKL1,ZC3HC1,EFNA2,HOOK2,SPIRE2,PLXNB1,NFE2L1,EIF4G1,PICALM,RERE,GPSM1,ZNF512B,ITGB1,PRR7,ZC3H4,COX4I1,FHL1,CELF3,USP39,PHTF1,MRPL4,MRPL2,VPS72,OPA3,BCL7B,SPEG,TIMM17B,PDE4A,TMEM109,MDP1,SLC37A4,SCYL1,RBM17,ACTR2,GPX1,GPX4,TTC33,PDPK1,ELAC2,H2AFX,IQCE,AMT,VEZF1,RAD23B,ZFP90,DDX19A,PTP4A3,CTDSP2,PPDPF,TMEM9,PPP1R12B,SLC25A12,CHMP6,DCTPP1,B4GALT7,PPP1R15A,BECN1,STOML1,SRF,WBP4,PRCC,NRXN2,ZBTB45,FURIN,PDHB,RNF5,PARL,USP19,HDAC7,U2AF1L4,CYTH2,FZR1,FAM168B,GANAB,DNPEP,ALDH1B1,TMEM203,DNAJB5,POLR2C,GNA12,FAM120A,CDC37L1,RPP14,FBRS,CCDC71,PDLIM7,JAZF1,SH2B1,PTCD1,CHURC1,TMEM30A,GPKOW,RNF25,BAD,NICN1,LYSMD1,CDC42BPB,EFR3B,USF1,FBXL12,PFKL,TSPAN14,SBK1,ASB8,EIF3G"
+"gene_set_query"	"858"	"ZFHX3"	"746.7"	"ARCHS4 Coexpression,703;Enrichr Queries,422;GTEx Coexpression,1115"	"APP,ANKLE2,TRIO,TRRAP,PITPNB,ZMYND8,ADARB1,BACH2,GOLGA3,ALCAM,HERC2,MPRIP,HERC1,ZMIZ1,DPYSL2,MYC,AKT3,DIP2C,SOX4,ACVR1,SRRM2,EPHA4,MEF2C,PRKCE,ACTN1,MTUS1,WDR74,CD3EAP,SCRIB,ACTN4,ANK3,CSNK1E,SOX12,ANK1,HCFC1,BCR,TIAM1,TWSG1,KCTD10,DDIT4,KCTD12,TLN2,PRR12,MACF1,MYCBP2,NEDD4L,AGAP1,TMTC1,PIK3R1,NUAK1,CYB5R3,TSPAN7,GSE1,SCAP,TNRC18,HIVEP2,ST3GAL1,RAB11FIP3,CREBBP,JUN,CADM1,BCL11B,INTS1,BCL11A,MICAL3,IRF2BP1,EXOC6B,IRF2BP2,MEX3D,SMARCA2,PBX1,PRRC2B,MED13L,PRRC2A,SMARCA4,EXT1,WNK1,ID2,WNK2,FBXL3,FAT4,FERMT2,ITM2C,NRP1,SETD5,PIGU,SMG1,BTG1,PTPRS,CITED2,GPR21,SETD7,TCF20,PCSK7,SIPA1L2,PTPRF,ROBO1,AKAP12,RPTOR,CSRP2,KIF13A,ENC1,TIMP2,JAK2,JARID2,CIC,FEZF2,TSC22D1,TET2,ANO6,ASH1L,DUSP6,MTSS1,RHOB,MLF2,ENAH,NCOR2,MN1,ZEB2,INF2,PXDN,FAM20B,SGK1,PAFAH1B3,NFIX,CCDC107,CENPB,ADCY5,SH3BGRL,CUX1,NSD1,FLNA,ZSWIM6,APBB2,MEF2D,RUNX1T1,MBD3,DYNC1H1,YLPM1,HUWE1,DAB2IP,SORBS2,SORBS1,MYO9A,SCAF1,SH3RF3,SKI,OSTM1,NFIA,MYBBP1A,NFIB,NEDD4,TAOK1,TAOK2,ESYT2,PKN1,MEGF8,CRLF1,PHLDB1,PHRF1,IGF1R,PPP1CB,IPO8,STK11,CAPN7,BASP1,PLS3,FBRSL1,EP300,SBF1,MMGT1,TPM1,TTC7B,LMTK2,FRMD4A,LMO7,ATP1B1,TANC2,FOXP1,DISP2,SBDS,WDFY3,DDX6,CD151,ANKRD11,MAZ,ITPR1,UBR4,CACNA1B,NDRG1,CACNA1E,TAF5L,CACNA1H,EFNB2,RAI1,TMEM127,ESD,DVL1,PLXNA2,ABL2,H1FX,SRGAP2,SLC38A2,BCL9L,OSBPL9,PRNP,AUTS2,KLHL26,PTCH1,SEC16A,CRIM1,DSTN,DNAJC13,ZZEF1,KLHL20,ARHGAP32,HOOK2,HOOK1,NF1,UBA2,PLXNB2,ITGB1,RERE,GSK3B,DOCK4,KDM5C,NUMA1,PRKCSH,CELF2,FHL1,CHD6,CELF4,AFF3,AFF4,PKD1,SYNE2,TTC28,PIK3C2B,DUSP12,ZC3H7A,ZC3H7B,MCF2L,PSD3,MYO18A,SPEG,DACT3,PMEPA1,LRRFIP1,ERC1,KDM6B,SUN2,ARHGEF12,REXO1,DST,PDE4D,NAV1,NAV2,ARID1A,ARID1B,EPN1,DNM2,ARL4C,VCAN,PTP4A3,SETBP1,IMPAD1,CTDSP2,C1D,BIRC6,GTF3C1,NFAT5,ROCK1,LRP1,ROCK2,FOXK1,ASAP1,IGFBPL1,DNPEP,ALDH1B1,CCDC85C,HAUS7,RAB23,VPS53,GNG7,REPS2,ATP9B,ATP9A,SPEN,CHURC1,NTRK3,FBXL19,ATP2B4,PDE4DIP,CDC42BPB,MEIS2,NELL2,KLF7,MARCKS,KLF6,PDE10A,NOVA2,VIM"
+"gene_set_query"	"859"	"NFKB1"	"746.8"	"ARCHS4 Coexpression,1229;Enrichr Queries,669;ReMap ChIP-seq,114;GTEx Coexpression,975"	"RB1,MAPKBP1,MT-ND4,TFRC,GABPB1,ENO2,RPL8,EPRS,BACH1,SAMD14,RNF114,ZMIZ1,DPYSL2,MYC,RPL36,AKT1,AP1S1,IER5,SAMD10,IER2,DDX18,VPS18,FNBP1,PIH1D1,PRKCD,WDR74,CD3EAP,SOX12,EML2,HCFC1,RNF126,ADPRH,DDIT4,PSME1,JTB,VOPP1,ALG10B,PRR14,ATF4,NUP205,SHMT2,NPRL2,AGAP2,BAZ2A,OAZ1,HIF1A,GABARAP,PRDX3,PRDX2,PRDX5,RHOT2,LDHA,BLOC1S1,CHST12,MCMBP,PUSL1,ST3GAL1,RHBDL1,S100A10,HEXIM1,ABCA2,RPL41,PRELID1,CREBBP,JUN,JUND,PRRT2,DMPK,EDEM1,NCAPH2,SETD1A,IRF2BP2,PA2G4,NR1D1,MRPL24,HNRNPL,EHD1,FIBP,TBL3,MEX3A,HNRNPF,FASN,OGDH,UNC119,FARSA,PIGS,OGFR,ARF1,BTG1,KCNC3,PHF23,RPLP0,SHB,MRPL34,MED15,ING1,BBC3,DDA1,RNF157,TRIM8,MED11,TRMT112,MRPL40,TMSB4X,ANXA6,RPLP2,GPR137,CIC,JAK2,EMD,JAK1,LRRC47,BRD3,ZC3H10,WDR36,LRRC45,TPI1,ELOVL5,IFNGR2,MRPL49,NIPA2,GMIP,DYNLL2,MED29,DUSP6,RNF167,MED22,SLC7A5,ZEB2,KIFC2,PXDN,RAPGEF1,PELI1,TUT1,PLEKHO1,SLC29A1,PAFAH1B3,RNF166,VAMP2,GRN,GRAMD1A,NFIX,RPL10,LIN37,NIP7,GPS2,WDR24,ARFRP1,GGA1,NRAS,GGA3,ASNA1,FLNA,RPS2,CKB,BID,STX2,SAMD1,SRSF10,MEF2D,WDR18,NR1H2,STAT2,TRMT1,SCAF1,MORN4,CCDC9,APEX1,SHKBP1,SERBP1,PKN1,PLP2,AGRN,YPEL5,YPEL3,ANKRD13D,RAB3A,TUSC2,UBE2D3,ATN1,MPV17L2,RNF19B,HDDC3,TM7SF2,STK11,RNF19A,RUVBL2,CFL1,PIM3,TMSB10,RNF44,SLC38A1,USP5,CISH,PPP1R16A,AIP,LENEP,FOXP1,CTDNEP1,PYGO2,CLIP2,DMWD,RAB34,RAB35,MAPKAPK2,FSCN1,SQSTM1,SNRPB,FKBP2,DNMT1,RNASEH2A,CD151,PFKFB3,INSIG1,MAZ,AK2,ABHD8,ISG20L2,SPATA2,KLC1,GOLGA7B,SNN,SBNO2,BAG5,KLC2,PITRM1,DDRGK1,UBR5,G3BP1,BTBD2,NACC1,PSAP,PGK1,DVL2,DVL3,MAP2K7,MCL1,PLXNA3,MPDU1,ESRRA,TOR1A,ATP8B2,M6PR,MARCH9,ADAP1,TOR1B,LSM4,LSM2,UCKL1,CDK9,COPS6,LSM6,GNL3L,ARPC2,CDK4,MAFG,NFE2L3,PLEKHM2,GPR107,CNIH2,BCL2L1,ISY1,ZNF512B,ITGB1,HSP90AB1,MCM7,RNPEPL1,ZC3H4,PTEN,PIK3CD,AP4M1,MRPL4,RPL7A,DUSP12,ZNRD1,UBTF,NCK2,WDR6,EVI5L,SLC37A4,TNPO2,TNPO3,ACTR3,UNC45A,EIF5A,RFC3,HSP90AA1,PLEKHG2,GPX4,RFC2,SH2D3C,RAD23A,PATL1,REXO4,MSL1,DALRD3,TRAF4,CTDSP2,POLR1B,TOP1,GAPDH,SLC25A11,PPP1R15A,PPP1R15B,LRP1,SRC,RAB1B,PRCC,FURIN,ZBTB45,JAKMIP1,LRP8,LAGE3,MLLT6,CDC42,AP3M2,AP3M1,ZNRF2,HAUS8,FCHO1,U2AF2,DNAJB5,RAB24,POLR2E,CSK,FYN,DRAM2,PCDH1,SLC25A22,FNIP2,POLR2L,SLC35A2,GADD45GIP1,PTPN1,SEMA4A,PPP1R14B,MARCKSL1,SPAG7,TRIM41,PPIL2,SLC12A5,FBXL19,SEMA4C,RPL23A,FBXL16,HNRNPAB,SNRNP40,MARCKS,KLF6,IMPDH2,MGAT4B,EIF3G,STUB1,SLC35B2,EIF4A1,APP,HDAC10,KDELR1,SLC35B1,PPAN,IFI30,ACTB,CYB5D1,RASSF1,TRIM28,FLAD1,FTH1,MAGOH,ARL6IP5,LONP1,CCDC92,ZFPL1,SEPHS1,ATXN7L3,TMPO,AQR,PAQR4,SCAF11,ACTN1,NSMCE1,CIRBP,PTOV1,JMJD8,MFSD10,CDC37,XRN2,PFN1,EZR,DHX8,GIPR,MGST3,SUPT4H1,CEND1,PIK3R1,UBE2J1,PGS1,UGCG,MICAL1,PCBP1,ERI3,HIVEP1,KCNN1,SURF6,HIVEP2,RALGDS,N4BP1,VASP,SNHG1,SURF1,SURF2,BCL11A,SURF4,SMARCA2,SMARCA4,ID2,NDUFAF3,PAF1,CALR,CALM2,ITM2C,DHRS13,NRP1,DAZAP1,TMEM151B,GDI1,SH3KBP1,CCDC124,CTSZ,MYL6B,SLC7A11,CX3CL1,SERP2,HYAL2,DHX15,RAC3,SSSCA1,CTSD,RAB8A,CTSB,PSD,PSENEN,WARS,PARP1,PRMT1,MRPS2,PRPF40A,SYP,RHOF,MRPS7,LIME1,RHOA,APRT,VAV2,RHOB,TOX4,PITPNM1,MAPRE3,ARHGEF1,TAX1BP3,CRELD1,RHOV,ARHGEF2,SGK1,PTMA,MPND,STK40,NAPA,CSTB,SATB2,HEATR1,DOT1L,CRIP2,CCDC106,RELA,TYMP,GNAI2,NT5C,HIRA,MNT,NFIL3,ORMDL3,MGAT1,EPS15,MAP4K4,SUZ12,NPDC1,PTGES2,VEGFB,AP3D1,MYO9B,GRIN1,VEGFA,TMUB2,PER1,CAPZA1,CCNG2,MARS,HNRNPA2B1,TCEA2,CTNNB1,HDGF,FAU,GRINA,OTUD5,CRTC2,MIDN,SRP14,UBE2Z,ACTG1,IGF1R,TMEM145,FPGS,CAPN2,EP300,DENND5A,PPFIA3,SH3GL1,ZGPAT,POU3F1,PRPF6,DKC1,TMX1,FAM173A,EEF1A2,EHBP1L1,WDFY1,TBC1D24,PPIF,CHMP4B,FIZ1,CARS2,RTN2,ZCCHC7,NXPH4,CLEC16A,LTBP4,STK4,NDRG1,CACNA1G,IRAK1,MAN2A2,CAMTA2,TBC1D17,BCL9L,HSPA8,PRNP,SMAD4,ACBD4,UBE2I,CBX4,HSPA5,CBX3,HMGA1,KLHL22,NUP153,DNAJC18,NFKBIA,EFNA3,EFNA2,NR4A3,HOOK2,DLG4,UBA3,CHMP2A,CNTN1,PHF13,TCF3,SAE1,FGF11,UBE2M,MUS81,GSK3B,ACADVL,CUEDC2,GSK3A,PRR7,PRKCSH,GTDC1,TAZ,LMNB2,LMNB1,PPP1R9B,EEF2K,YWHAQ,SNAPC2,BCL7C,NUP62,PDE4B,FLOT2,PDE4A,TOPBP1,SCYL1,MAPK1IP1L,KDM6B,USP46,KLF13,ATP6AP1,EED,PDPK1,IQCE,RNF208,SYNGR3,SENP3,YWHAZ,EPN1,KLF16,EEF1G,CREB1,IRF3,SETBP1,PPDPF,AKT1S1,MAN1B1,B4GALT5,STOML1,DCTN1,RGS16,USP12,DDX21,PDXP,SLC3A2,AGPAT3,U2AF1L4,HSPD1,POLD3,MAPK9,DNPEP,RAB40C,TDG,TGS1,MKNK2,GNA12,MAPK1,PTK2B,MTA2,SMNDC1,FBRS,CAMK2G,CYTH1,MAPK3,USP20,B3GAT3,BAD,HAGHL,ATP2B4,CYHR1,SOD2,MAPK14,SLC4A8,MAPK11,NEURL4,CAPN10,ERCC1,CDK2AP2,BAX,TAF6,VIM,ATP13A3,FAM50A"
+"gene_set_query"	"860"	"PRDM16"	"747.0"	"Literature ChIP-seq,141;ARCHS4 Coexpression,1102;Enrichr Queries,567;GTEx Coexpression,1178"	"CNTFR,TRIO,ZDHHC5,TXNDC15,BACH2,GPR173,MPRIP,DPYSL4,ZMIZ1,DPYSL5,DPYSL2,LUC7L,EPC1,PIP4K2C,EPHB2,DIP2C,EPHB1,NCKAP5,ATXN7L3,SOX5,EPHA4,RBFOX1,ST6GAL2,WSB1,LIMCH1,PRKCE,ISLR2,ANK2,ACTN4,ANK3,CPT1C,ANK1,TIAM1,TWSG1,SFRP1,KCTD10,IFT81,SARNP,SPARCL1,OBSL1,CTXN1,RTEL1,TTYH1,FOXG1,FLII,XPA,PDGFA,NEDD4L,AGAP1,TMTC1,PTTG1IP,KALRN,PRKCZ,OAZ1,ADAMTS10,APH1A,CYB5R3,RIC8B,GSE1,RIMKLB,RAB11FIP3,ZSCAN18,LHPP,CEP78,FZD3,PTPRN2,CADM1,BCL11B,BCL11A,PHC3,PTK2,PBX1,EXT1,SLC6A6,MEX3A,HNRNPF,FBXL3,DCHS1,FAT4,CDKN1C,ROBO2,NRP1,DAZAP2,FKBP15,DENND1A,GRIK3,PCSK7,CTCF,PTPRF,ROBO1,CSRP2,TIMP2,JAK2,FEZF2,UPF2,UPF1,TSC22D1,ANO8,MLF2,RGMA,NCOR2,MN1,ZEB2,NFX1,KIT,PXDN,MPPED2,MAPRE3,MAPT,VAMP4,PLCB1,SGK1,GAS7,NFIX,NEDD8,CUX1,CHN2,CHN1,FLNA,RPL13,APBB2,JAM3,RUNX1T1,SF3A3,CENPV,WNT7B,DAB2IP,PLEKHA6,SORBS2,WWP2,SORBS1,MIB1,SH3RF3,NFIA,DPY19L3,NFIB,KIF26A,SLMAP,TTC3,CACHD1,CCDC6,CRLF1,CTNND2,FRY,UBE2Z,IGF1R,SALL2,CDH2,CWC22,PLS3,KIRREL3,TPM3,IGFBP2,MAGI2,FRMD4A,ATP11A,ATP1B2,FOXP4,POU3F3,FOXP1,CACNB4,NCL,EHBP1L1,RAB35,ELMO1,TOX,MAD1L1,CSNK1G1,LRRC59,CD151,TMED10,PSMD14,NXPH3,NTM,CHRNA7,LTBP4,CACNA1A,CACNA1C,CACNA1H,GLIS2,HSP90B1,EFNB1,DPP6,SCUBE1,FUT9,ESD,TCTEX1D2,BAG1,PLXNA2,CAMTA1,NDN,OTX1,SRGAP3,MYH10,PLXNA4,PDZD7,KLHL29,RAP1GAP2,UBE2F,TIA1,AUTS2,KLHL26,CRIM1,ASPSCR1,DSTN,TRAPPC9,CORO2B,DNAJC18,PTPRD,DAB1,HOOK2,HOOK1,LHX2,REEP2,SPIRE2,NACAD,DYNLRB1,OSBPL1A,EIF4G1,USP35,WDR1,PRKCSH,CELF2,CHD6,AFF3,LASP1,MCF2L,GATAD1,PDE4B,DACT3,PMEPA1,DACT1,DIS3L2,SUN2,ACTR2,DST,SGIP1,PDE4D,NAV1,NAV2,ARID1B,RAD23B,NIPSNAP1,VCAN,PTP4A3,FCHSD2,RCN2,DALRD3,DDAH2,PCCB,CDH13,SLC25A12,SHANK2,AHDC1,RNFT2,SMARCD2,ROCK1,TM2D1,NRXN1,RAB1B,STOX2,ABLIM1,IGFBPL1,HAUS7,FAM120A,SLIT1,NCAM1,OPCML,NTRK2,PCDH9,TXNRD3,NTRK3,PCDH7,MEIS2,EFR3B,NELL2,ASXL1,NFASC,PDE10A,TSPAN18,ST7,EIF3J,VIM,CDO1,METAP2"
+"gene_set_query"	"861"	"ZNF333"	"747.3"	"ARCHS4 Coexpression,1499;Enrichr Queries,432;GTEx Coexpression,311"	"CMAS,ARPC5L,GPATCH1,JMJD1C,GHITM,RBPJ,ZMIZ1,DPYSL2,FTH1,DPF2,EPC1,AP1S1,EPC2,DIP2A,SOX4,ARRDC4,MEF2A,MEF2C,WSB1,ARRDC3,AP1B1,CIRBP,RFX3,CD3EAP,DICER1,MAPK8IP3,SRRM1,LARS2,DDIT4,FAM76B,HECA,BCORL1,PRR14,TSHZ3,DHX8,PDGFA,PIK3R2,RNPC3,GNS,TTBK2,FAM160B1,INPP5B,APH1A,PRDX5,CYB5R4,NUP85,PRDX1,DHX38,TNRC18,RALGDS,CREBBP,NDFIP2,JUN,CDK19,SETDB1,MRPL27,IRF2BP2,NR1D1,PHC3,IFFO1,PBX1,MED13L,ABTB1,STAG1,WNK1,ID2,HBP1,FARSA,EZH1,TMEM9B,CPEB4,ITM2C,EZH2,DDR1,PHF3,PHF2,DAZAP2,SMG1,PIGU,PTPRS,ARPC1A,SIPA1L2,PRPF19,MED17,MECP2,MED12,AKAP12,ARV1,HINT1,C1QBP,KIF1B,CTSB,CBR1,TPI1,TSC22D1,HSBP1,MMD,TSC22D3,TCF12,TET2,ASH1L,DYNLL1,MRPS7,ZDHHC17,MTSS1,RHOB,MED23,RNF144A,KIN,ZEB2,CDC42EP3,PXDN,SFI1,TRUB2,NFIX,TIMM13,SNX32,RELA,RXRB,SNX29,EXOSC10,CUX1,PDZD11,TMEM68,RICTOR,MAP4K5,APBB3,NKTR,MAP3K3,MON2,MTX2,GATAD2B,VEGFA,SKI,RNF146,NFIA,ZYX,HDGF,PKN1,MTCH2,CRTC2,WWC1,CEP120,HDLBP,ARID4A,ARID4B,PRDM2,COX6A1,FRY,TOMM22,SMCHD1,FAM162A,CWC22,TXNL4A,TLE4,USP8,SLC38A1,USP3,TMOD2,TTC7B,FRMD4A,VASH1,THOC5,VRK3,FBXO11,RSBN1,PIAS2,TUFM,FOXP1,MAU2,TMX2,DMTF1,PRPF3,DMWD,PHIP,PPIA,SQSTM1,SLC27A4,LRRC59,COX16,TNKS,NPR2,PXN,ANKRD12,LTBP4,ITPR1,GPR85,CACNA1A,UBR2,NRF1,NDRG1,PHF21A,PLD3,NEUROD2,DPP6,SCUBE1,MED30,PMVK,NACC1,DVL3,CAMTA2,ATP6V1D,ZKSCAN1,PDZD7,BPTF,AP1M1,SMAD4,CPSF6,ATP8B2,CBX4,PHF12,PCIF1,KLHL24,LSM4,LRCH1,PAN3,GON4L,EFNA2,HOOK2,RFXAP,AAK1,MDM2,TUBGCP3,BRWD1,FGF13,NFE2L1,MXD4,EIF4G1,MUS81,RERE,THRA,PRKCSH,COX4I1,USP34,PTEN,CHD6,DBI,SLC2A3,CHD2,SENP6,SENP7,SENP5,PDE4B,UNKL,SLC37A3,RBM5,RBM33,KDM6B,SUN1,DST,PDPK1,ARNT,TRNAU1AP,NAV2,RAD23B,MSL1,LATS1,ATRN,TRAF7,ELF2,PIK3CA,SETBP1,CTDSP2,C1D,FAM84A,PPP1R15A,NFAT5,KDM3A,UHRF2,LENG8,PPM1D,CLCN3,AGPAT3,JAKMIP2,FBXL20,DNAJB1,GANAB,DNPEP,POLR2A,U2AF2,MKNK2,BNIP2,SLITRK5,ATP9B,SPEN,TRIM41,NEGR1,FOXJ2,PDE4DIP,EFR3B,FBXL12,TNRC6C,RAD52,KLF7,KLF6,PIK3IP1,P2RX2,RAB12,VIM,TAF1,METAP2"
+"gene_set_query"	"862"	"ONECUT2"	"748.3"	"ARCHS4 Coexpression,254;Enrichr Queries,533;GTEx Coexpression,1458"	"CCNI,STMN2,STMN4,FNBP1L,BACH2,GPR173,ALCAM,SCP2,DPYSL4,DPYSL5,DPYSL2,IGLON5,DPYSL3,STMN1,KIF21A,SEPHS2,SOX4,UNC13B,EPHA4,SRRM3,EPHA7,RBFOX1,SRRM4,UNC13A,CXADR,RBFOX2,CACNA2D1,ISLR2,SOX11,ANK2,ANK3,ANK1,SFRP1,DAAM1,RUFY3,DDIT4,AKAP9,TAGLN3,GPM6A,BEX2,NRN1,BEX1,PDE1B,NPRL3,NEDD4L,PIK3R3,AGAP1,ARPP19,KALRN,TTBK1,NKAIN1,FAM171A1,FAM171A2,RIC8B,FLRT2,PCBP4,DECR2,PATZ1,SCN3B,SCN3A,JUN,FZD3,PTPRN2,ARPP21,CADM1,BCL11B,BCL11A,ST8SIA2,ST8SIA3,H3F3A,NR2F1,L1CAM,ACADSB,PBX1,DCLK1,PRRC2B,SMARCA4,MLLT11,MEX3A,SESTD1,ID2,PKIA,PPP1R1B,SFXN1,RCOR2,GABRB3,ROBO2,NRP1,CSRNP3,SLC7A11,ROBO1,SMPD3,PPP3CA,TRIM9,UCHL1,TUBA1A,ENC1,NEFL,NEFM,KIF1B,APC2,CCDC112,RPS6KL1,LRRC49,ELOVL6,MANEAL,DUSP8,RGMB,LIME1,DUSP6,PGM2L1,MLF2,VAV2,TOX3,MN1,TMEFF1,TUBB2B,BDH1,PXDN,MAPT,SGK1,RNF165,DYNC1I2,NFIX,SATB2,AKAP6,ADCY1,GLRA2,CUX2,TMEM169,CAMK2N1,CAMK2N2,GPC2,CTNNA2,PAK3,RUNX1T1,MAP4K4,MPP3,MYEF2,KIDINS220,PLEKHA6,TTC9B,NMNAT2,VEGFA,MIB1,ATAT1,NFIA,ABI2,MORN4,NFIB,TTC3,CDK5R1,ANKRD13B,RAB3C,MIDN,ATP8A2,WWC1,CTNND2,CYP46A1,CELSR3,IGF1R,ATCAY,GRB14,CDH2,KIF5C,TUBB3,BASP1,NRCAM,SLC16A2,RGS9,TMSB10,FADS1,IGFBP3,IGFBP2,CASK,ATP1B1,POU3F2,OLFM1,PCP4,CACNB3,GPRIN1,XPR1,SHC2,BRSK2,RTN1,KHDRBS3,HPCA,LPL,CACNA1A,CPLX2,SEZ6L2,CACNA1E,LRRC55,CAMSAP1,CACNA1H,PHF21B,EFNB2,SCRT2,KIF3A,PLXNA2,KIF3C,SRGAP1,ZKSCAN1,KLHDC10,PRNP,SYT4,ACBD4,SYT1,AUTS2,NSG1,SYT7,SCRT1,PTPRD,REEP1,LRCH2,EFNA2,NR4A3,GNAL,HOOK2,NBEA,NSG2,LHX2,HOOK1,CNTN2,NACAD,CNIH2,GSK3B,WDR1,CELF3,CELF4,CHD6,ELAVL4,CELF5,CHD4,SOBP,RND2,FBLL1,ELAVL2,ELAVL3,DUSP12,PSD3,GDAP1L1,PMEPA1,CEP170,PDPK1,UBE2QL1,NAV1,NAV2,NIPSNAP1,SEPT3,ARL4C,VCAN,PTP4A3,GAP43,DDAH2,DCX,FAM84A,INA,SHANK2,CAMK2B,HCN3,NRXN1,CXXC1,CRMP1,PPM1E,CXXC4,NCALD,STOX2,GNG3,MAPK8,IGFBPL1,SV2A,GNG7,POLR2D,NCAM1,PCDH1,ATP9A,CLASP2,NTRK2,LINGO1,MARCKSL1,PCDH7,PCDH8,MEIS2,NELL2,SLC4A8,IRGQ,FAM155A,PNKD,NFASC,PDE10A,SBK1,PPP2R2C,ASXL3,NOVA2,INSM1,PTPN5,MDGA1,SSBP3,METAP2"
+"gene_set_query"	"863"	"TBX3"	"749.0"	"Literature ChIP-seq,92;ARCHS4 Coexpression,1016;Enrichr Queries,1071;GTEx Coexpression,817"	"MDC1,MAPKBP1,SCOC,CHIC2,TRIO,CLPB,TRRAP,EHMT1,RBPJ,ZFYVE1,ALKBH8,NDST1,MPRIP,DPYSL2,MYC,AKT2,GPBP1,FDXR,HOMER3,MPV17,DIP2C,RBFOX1,RFX3,WDR73,GTPBP2,LARS2,DAAM1,ZFYVE19,DDIT4,TYRO3,FAR1,PLBD2,UNC119B,TSTA3,MTMR3,CTBP2,RPN2,NPRL3,NEDD4L,PDGFA,GNS,PRDX3,FLRT2,RDH11,PRKAR2A,CHST10,RRS1,VTI1A,ST3GAL5,PIP5K1A,NUP88,LTA4H,ST3GAL1,ST3GAL2,JUN,RPL41,PHC1,CADM1,PLK2,RDX,LARP7,NR1D1,PRRC2A,THAP11,GNPTG,SFXN3,FARSA,CDK14,FERMT2,EZH2,BTG1,SETD6,SETD7,CLTC,ADK,MRPL39,SNX10,MRPL34,MRPL33,MED17,MED12,LMBR1,TMEM43,CHL1,TIMP2,TCP11L2,DLGAP3,JARID2,DLGAP4,PCMTD1,DFFA,MRPL49,ELOVL6,NUTF2,EPS15L1,TERF2,DUSP6,SRP9,DDB1,TMEFF1,ZEB2,IVD,PXDN,MTF2,TMEM106B,EXOC5,GAS6,PLCB1,ERGIC1,TRUB1,NFIX,OAT,STAU1,RPL11,TIMM13,ADCY6,FAM129B,TM9SF3,UNK,SNX27,CHN2,RPL14,AP2S1,ANKRD52,RPL18,ZSWIM4,RABAC1,ZSWIM5,DTD1,GOLM1,CSNK1A1,LRRC20,SKI,SLC8A3,NUDT21,SNX19,RYBP,NFIA,ABI2,NFIB,SNX17,TAOK2,FRYL,YPEL3,NUCB2,CLSTN2,CTNND1,ATN1,FBXO22,TM7SF2,FADS2,RIMS1,CDH2,UROD,OSBP,SCMH1,SLC39A7,SLC16A2,LZTS2,MAF1,STK32B,ANKRD13A,AP2M1,GTF2I,RARS2,MAGI1,TLE3,TPM4,USP5,RALGAPA1,IGFBP3,TPM1,IGFBP2,MAGI2,SARS,FRMD4A,ZCRB1,FOXP4,OLFM1,SMS,FSCN1,SRSF6,TOX,MAD1L1,FTO,LRRC59,KHDRBS1,CD151,MAX,IREB2,ANKRD12,ABHD8,NRF1,PHB,LIN7C,SLC9A1,GLIS2,HSP90B1,SOCS2,RAP1B,PORCN,PITRM1,STK38,BAG1,PLXNA2,ABL1,MBIP,PGK1,SMYD2,DVL3,SLC38A2,MCL1,DR1,OSBPL5,SEC16A,GOT2,M6PR,HPS3,DHCR24,BTBD9,CNOT6,COPS5,CPD,CNOT2,MDM2,PLXNB2,SPIRE1,CSPG5,NF2,NIT1,CNOT8,SERINC3,TMEM19,SERINC5,NFE2L1,EIF4G1,MDM1,ITGB1,MCFD2,CALCOCO1,ALAS1,DAGLA,ALAD,DUSP12,PPP6C,OPA1,SUMO3,WDR6,PMEPA1,TLK1,TNPO2,EDIL3,TNPO3,RFC3,PDCD6IP,GGPS1,PEG3,DIS3,TNFRSF19,ARFGAP3,SEZ6L,RAD23B,ZFP90,ARL4C,PPM1A,PTP4A3,ASPH,DAD1,IMPAD1,TMBIM6,ALDH9A1,GTF3C1,NFAT5,GTF2A1,CANT1,LRP1,PRCC,CXXC1,MLLT1,MLLT6,ZNRF1,FZR1,GANAB,ABLIM1,ZNRF2,NCLN,CCDC85C,BAHD1,PHKG2,SH3BP5,SH3BP4,RBBP7,PCDH1,CYB5B,NTRK2,PCDH9,PCDH7,FBXL19,NICN1,TXNL1,PLCL2,CDC42BPB,BAIAP2,NELL2,RAB10,KLF7,KLF6,MYO1B,PINK1,POLR3B,RAB12,MGAT4B,DNAJA2,P4HB,ATXN10,KCNK2,POLR3K,BCAR1,EIF4A2,SLC23A2,IFITM2,SLC35B4,ZDHHC5,PREP,CCNC,CRKL,SAP130,TRIM24,LONP1,DAG1,EPC1,KIF21A,CCNL1,EPHB1,SOX4,FBXO9,SOX5,SEC63,EPHA4,LIMCH1,ACTN1,SLC6A15,ARRDC3,NSMCE2,ANK1,POR,SFRP1,XRN2,KDELR2,ULK1,KCTD15,L3MBTL3,TMEM161B,NECAB3,ANP32A,TWF2,TMTC1,PIK3R1,CDKN2AIP,GSPT1,DGUOK,NUAK1,GNG10,LARS,MLEC,SCAP,GSE1,KCNN2,SCN3A,RAB11FIP5,BANP,VAT1,CTSA,ZRANB2,SMARCA5,KLHDC8B,SMARCA1,ICK,EXT1,PARP11,MSRA,FUBP3,PTK7,GOLGB1,ID2,CALU,RANBP10,ECHDC2,RPS24,NRP1,GFM1,HIBADH,GPAA1,CITED2,SLC35F5,PTPRK,SIPA1L2,BMI1,SIPA1L3,PTPRF,AKAP12,AUH,ENC1,SDF4,SEC61B,RALGPS2,NCOA1,TSC22D1,CACYBP,PPHLN1,PPRC1,TMEM150C,MTSS1,MLF2,RHOB,RGMA,ENAH,TOX3,CTU1,CTTN,KIT,ARHGEF1,NCOA7,AIDA,GLCCI1,SGK1,SFI1,MAPRE2,DYNC1I2,AKAP7,HSD17B4,SERTAD4,CAMK2N1,SERTAD2,ORMDL3,GPC4,MPZL1,MAP4K3,MTX2,YIPF5,PLEKHA5,PLEKHA6,MYO9B,VEGFA,DPY19L1,NBR1,TCEA1,PNPLA6,KBTBD7,SCARB2,SCARB1,OTUD5,HDLBP,PEBP1,TXN2,CHCHD2,CHCHD3,HCFC1R1,AZI2,KCTD3,TMEM130,MID1,PDIA6,DCTD,ADAM19,MYCN,DOK4,ILVBL,DOK5,SCN8A,PPIF,CHMP4B,AMPH,SCG3,RAF1,RAI14,DDX5,PXK,BHLHB9,CACNA1D,FBLN1,CACNA1C,NDRG1,SUPT6H,ACACA,EFNB2,RAI1,ZMAT5,CAMTA1,DMAP1,HSPA9,RAP1GAP2,PRNP,SYT3,AUTS2,IDH1,PTCH1,PHF12,CRIM1,ARHGAP29,IFT122,SSH3,SYT7,CLK2,DNAJC18,AHI1,BMP1,HOOK2,TMEM115,HOOK1,DLG4,DLG5,CNTN1,UBA1,AMOTL2,GRSF1,SAE1,ACADVL,GSK3A,DDX47,ATP2A2,GTDC1,CHD2,PPP1R9A,RND3,AFF4,ELAVL2,CABIN1,HK1,SENP6,SEC61A1,SPRED1,ZC3H7B,PPP2R5E,MCF2L,MAN2C1,DACT1,USP48,H2AFY,PDE4D,HUNK,PPP2R5B,NAV2,CKAP4,PJA1,VCAN,DDAH1,PEX3,TRAPPC6B,RASA1,NDUFS5,CDH11,AKT1S1,TRNP1,USP40,NAA38,TMEM9,INA,GMPR2,DDX23,ASAP1,HSPD1,CYTH3,DNPEP,ALDH1B1,CNR1,GNA11,FAM120A,NT5DC3,PDE6D,SPOCK1,NCAM1,BUB3,ABCF2,ABCF3,MTA3,SNCA,LGI1,NEGR1,CADPS,ATP2B4,HSPE1,MEIS2,CLCN7,MAPK10,SPRY2,VIM,PDE7A"
+"gene_set_query"	"864"	"HOXB8"	"749.3"	"ARCHS4 Coexpression,152;Enrichr Queries,1164;GTEx Coexpression,932"	"MDC1,GMFB,VARS,KDELR1,TRRAP,STMN4,ZDHHC8,HS6ST1,RASSF2,CAPNS1,TRIM28,RAVER1,DPYSL5,ZMIZ1,DPYSL2,MYC,ZMIZ2,IGLON5,DPYSL3,PSMD3,PIP4K2A,AP1S1,UBAP2L,SOX4,ARRDC4,SRRM2,MEF2C,PAQR4,PTOV1,SCRIB,ACTN4,CSNK1E,SOX12,HCFC1,DYNC1LI2,SFRP1,FEZ1,DDIT4,PRR12,LLGL1,SF1,POM121,TTYH3,TMEM63B,AGAP1,PIK3R2,SLAIN1,TMTC4,NKAIN2,FAM171A1,FAM171A2,LARP1,SYMPK,TNRC18,MAP4,GPM6B,NTSR1,LHPP,VTI1B,B4GALNT4,JAG2,ABCA2,JUN,CADM4,INTS1,BCL11A,SETD1A,NR2F1,IRF2BP1,PBX2,PBX1,PRRC2B,PRRC2A,SMARCA4,HNRNPL,GNPTG,PPP5C,VANGL2,WNK1,ID2,ANP32B,RCOR2,RNF220,CDK16,CDKN1C,NRP1,PYGB,DAZAP1,PTPRS,GDI1,CITED2,ZCCHC17,PRPF19,PTMS,TUBA1A,SPTLC2,TRIM2,DNER,RAC3,CIC,ENOPH1,NIPA1,SIRT2,DUSP6,SREBF2,MLF2,RHOB,VAV2,RGMA,BACE1,NCOR2,ZEB2,PACS2,PXDN,RHOU,SGK1,DSCAML1,PAFAH1B2,DBN1,DYNC1I2,CSTB,CLDND1,NFIX,SATB2,SRRT,CRIP2,SLC7A1,CENPB,GNAI1,TRAK2,HIRA,PGRMC1,GLRA2,ARVCF,CAMK2N1,PES1,CKB,ANKRD52,SF3A1,SF3A2,KIDINS220,PCGF2,AP3D1,SAMD4B,AP2B1,SCAF1,TMEM59,DPY19L1,NFIA,TAOK2,HDGF,AGRN,MEGF8,RNF141,FRYL,ATN1,ARID4A,ARHGAP39,IPO7,CELSR3,FAM107B,PAIP2B,FNTA,KIF5B,ARHGDIA,KHSRP,FNTB,FBRSL1,ZNF326,LZTS2,FADS1,SH3GL1,MEN1,USP5,IGFBP3,APLP1,IGFBP2,ZCRB1,VASH1,POU3F2,ATAD3A,RNF40,ATXN2L,CTDNEP1,ILF3,HNRNPUL1,GPRIN1,FSCN1,PKP4,SNRNP200,ARL8A,KPNB1,SNRPA,KHDRBS1,LRRC59,PXK,MAZ,CACNA1A,PSEN1,DTX4,LRRC55,ADIPOR2,NDRG1,PRPF8,SUPT6H,ARHGAP12,EFNB2,RAI1,STIP1,SCRT2,IRAK1,DVL1,BTBD2,NACC1,ABL1,CDH24,DVL3,PLXNA1,BCL9L,PRNP,CPSF7,CPSF1,FUS,NONO,HMGA1,TBCB,ZBTB12,EEF2,MARCH4,CHERP,ARHGAP33,EFNA2,HOOK2,LHX2,HOOK1,UBE2S,GNB2,CNOT3,GNB1,CNTN2,PLXNB2,NACAD,SERINC1,UBA1,TCF3,OSBPL1A,EIF4G2,EIF4G1,UBE2M,SLC48A1,GPSM1,YWHAE,B4GALT2,KDM5C,GSK3A,RNF13,PRKCSH,MAST2,CELF3,SLC2A3,CHD4,YBX1,PTPN23,LMNB2,LMNB1,DUSP12,FSD1L,ZC3H7B,SNRNP70,PDE4B,UBTF,PMEPA1,EDIL3,TNPO2,YWHAG,BOK,EIF5A,REXO1,LANCL1,CAD,H2AFX,REXO2,RAD23B,SENP3,EPN1,ARL4C,PTP4A2,TRAF7,LMBRD1,VCAN,PTP4A3,CDH11,AKT1S1,SFT2D1,CUEDC1,TNFRSF21,GTF3C1,SMARCD1,NLGN2,CXXC1,LENG8,WIZ,MLLT1,DLL1,STRN4,AGPAT4,FAM168B,GANAB,MTA1,CCDC85C,POLR2A,U2AF2,MGAT5B,NT5DC2,POLR2D,LRRC8D,IGF2BP2,MTA2,UBQLN4,MARCKSL1,CIZ1,HNRNPA3,TRIM41,TAF15,SEMA4D,PCDH7,FBXL19,PDAP1,SSRP1,CDC42BPB,MEIS2,HNRNPAB,KLF6,NEURL4,FMNL2,SBK1,CARM1,MGAT4B,CDK2AP1,ACIN1,VIM"
+"gene_set_query"	"865"	"ZNF646"	"752.0"	"ARCHS4 Coexpression,573;Enrichr Queries,268;GTEx Coexpression,1415"	"CLPB,ZMYND8,EHMT2,SCAMP4,PREX1,FRAT2,TRIM28,HERC1,RAVER1,MYC,ZMIZ2,SAP130,AKT1,ATXN7L3,TBC1D10B,NUP214,SRRM2,NUP210,CD3EAP,CSNK1D,MOGS,ANK3,MAPK8IP3,GTPBP1,HCFC1,STX1B,WDR81,DDIT4,ULK1,NUP98,PRR12,SF1,SLC45A4,POM121,TTYH3,TMEM63B,AGAP1,BAZ2A,APH1B,DHX34,GSE1,SYMPK,TNRC18,ATRIP,BRAP,VASP,CREBBP,JUN,PHC2,JUND,INTS1,SETD1A,MTHFR,PBX2,PRRC2B,PRRC2A,SMARCA4,HNRNPL,SLC6A6,ABTB1,WNK1,ATG2A,DCHS1,DUS1L,CDK13,ITM2C,OGFR,DAZAP1,PTPRS,CITED2,PIGQ,PHF1,MRPS12,AP2A1,TCF20,PTPRF,SMG5,RPTOR,MED13,XPO6,CIC,JARID2,CTSB,BRD2,UPF1,MINK1,MRPS7,GMIP,MED26,GAK,NCOR2,SLC7A5,MED25,INF2,PITPNM1,PACS1,PITPNM2,PXDN,RAPGEF1,ARHGEF1,MAPT,ARHGEF2,STK40,GRN,DOT1L,ARNTL,GNAI2,GGA1,MNT,ZDHHC18,UNK,GGA3,RAE1,MEF2D,MAP4K4,MAP3K3,SF3A1,EGLN2,SF3A2,MIB2,MYO9B,SCAF1,GATAD2B,GATAD2A,AGBL5,XAB2,TAOK2,ZYX,UBAP2,PKN1,PNPLA6,AGRN,MEGF8,GRINA,CRTC2,CCNT2,SPPL2B,PHRF1,ACRBP,IGF1R,STK11,RUVBL2,ARHGDIA,FBRSL1,EP300,LZTS2,SBF1,TLE4,TLE3,RNF44,FBXW5,PCYT2,KDM2A,ATP11A,VRK3,RNF40,ATXN2L,CLIP2,CLIP1,HNRNPUL1,DMWD,DGKQ,EHBP1L1,RAB35,ADNP,CSNK1G2,ANAPC2,INO80E,CUL3,ANKRD11,MAZ,ISG20L2,STK39,CORO1A,SUPT6H,SLC9A1,SBNO2,SHARPIN,NDOR1,GRK6,NACC1,ABL1,CAMTA1,ZC3H18,CAMTA2,ZKSCAN1,NADK,MARK2,BCL9L,BPTF,MPDU1,MCL1,WDTC1,CPSF7,ODF2,CCDC136,PHF12,TNK2,SEC16A,EEF2,BCL9,SH3BP5L,LRFN4,HOOK2,GNB2,CNOT3,PLXNB2,CLASRP,LRCH4,LRP10,NFE2L1,MXD4,EIF4G1,RERE,DIDO1,KDM5C,NUMA1,LDB1,ZC3H4,PRKCSH,CHD6,PIK3CD,ARRB2,PKD1,TMEM191C,PPP1R9B,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,MYO18A,UBTF,TNPO2,KDM6B,ARHGEF11,SUN2,REXO1,KLF13,DST,PDPK1,H2AFX,ARHGEF18,VEZF1,ARID1A,KLF16,DNM2,GIGYF1,CTDSP2,C1D,PPP1R12C,AHDC1,PPP1R15A,GTF3C1,NLGN2,DDX20,WIZ,LENG8,RSPH9,FURIN,STRN4,USP19,PPM1G,HDAC7,MLLT6,DCAF15,FZR1,RAB40C,POLR2A,U2AF2,PHKG2,MKNK2,FEM1C,IGF2BP3,CSK,MTA2,FBRS,CCDC71,SPEN,PTPN1,MARCKSL1,KDM4B,FBXL19,NCKAP5L,MID1IP1,MBOAT7,HIP1R,LRWD1,RPRD2,USP29,BCKDK,CLCN7,KLF7,KLF6,NEURL4,IMPDH1,CARM1,ACIN1,R3HDM1,SMAP2"
+"gene_set_query"	"866"	"HNF4A"	"753.0"	"Literature ChIP-seq,34;ARCHS4 Coexpression,1496;ENCODE ChIP-seq,108;Enrichr Queries,1211;ReMap ChIP-seq,189;GTEx Coexpression,1480"	"ATF2,SCOC,NUP107,GMFB,SLC4A1AP,TFRC,IFT172,TSKU,ALKBH8,NDST1,SCP2,RAVER1,DPYSL4,DPYSL5,AKT2,ALKBH1,DPYSL2,FAM110B,AKT3,AKT1,ANKFY1,PRKACA,PRKAB2,CXADR,FNBP1,RC3H2,BCR,LARS2,DDIT3,DDIT4,VOPP1,SAR1B,NPRL2,MEPCE,CIAO1,PRPSAP1,LARP1,PRPSAP2,RNF216,RNF215,RDH14,PIP5K1C,ATRIP,HEXIM1,JUN,JUP,EIF2AK1,NR2F1,EIF2AK3,LARP4,BTBD10,PBX1,LAS1L,FASN,NMT2,SFXN1,FAT3,FAT4,PKIG,RNF220,KCNC1,KCNC3,ARHGAP1,PRKAG2,MED19,SNX10,SHB,MED15,BBC3,DDA1,OSBPL10,SHF,MECP2,PANX1,SMPD3,MED11,DLGAP1,ENOPH1,JAK1,DLGAP4,DUSP1,SPHK2,GSTO1,IFT140,SLC39A11,DUSP8,BAZ1B,JOSD1,DUSP6,TOMM40L,MED29,PGM2L1,DDB2,DDB1,MED23,PHF20L1,SLC7A5,SLC7A6,MED24,PLSCR3,PTRH2,PXDN,SDHAF1,MED20,MMP17,RAPGEF1,PTRH1,RAPGEF2,ERGIC2,ERGIC1,PAFAH1B1,TRUB1,TRUB2,ECHS1,SAMD8,LIN37,GSTP1,WRB,ATL2,ODC1,ADAM22,DLST,SNX32,SDAD1,FAM117B,SNX29,NRAS,ADAM23,MFN2,SAMD1,BID,ZSWIM5,EGLN1,ATAD1,MBD3,CENPT,EGLN2,GOLM1,TRAPPC10,MBD1,DAB2IP,SKI,TAOK3,SNX16,CCDC9,SNX17,SNX14,SLMAP,SNX15,PKN1,CIAPIN1,AGRN,CRAT,YPEL4,CRLF1,FRYL,MTCH1,CRCP,TMEM167B,NAB1,CASC4,PLOD3,CASC3,FRY,FADS2,LAPTM4A,NUDT19,CEP250,NUDT16,MAP3K7,FADS1,SYBU,FBXW5,PCYT2,DGAT1,CISH,FBXW7,CTNNBIP1,FAM118A,ATP11A,CNPY3,CASD1,POLRMT,FBXO11,SRCIN1,FBXW2,PIAS2,LENEP,PIAS1,CDC25B,ATXN2L,ACLY,MINPP1,TPST1,MSH3,PKP4,SRSF4,SRSF5,SRSF6,LY6E,FTO,INO80B,SHC2,KHDRBS3,SMYD5,IREB2,SPATA2,UAP1,FBXO44,FBXO41,CORO1C,FBXO42,HSP90B1,EIF1AD,IGSF21,SNN,NDOR1,RAP1A,SMYD2,ZKSCAN2,EIF4EBP2,IP6K1,ZKSCAN1,NADK,TXNDC5,TMEM120B,NOP16,BOD1,TMEM120A,FBXO38,UROS,HPS1,STYX,HPS4,ARPC5,CORO2A,FBXO31,UCKL1,DRAP1,IBTK,LRCH1,SON,UQCRQ,ARPC3,NACA,SP3,DMXL2,ACO1,ACO2,OSBPL1A,ISY1,ITGB1,SNAP25,ALAS1,NUMA1,AKAP8L,PTEN,ETFA,ETFB,AP4M1,ALAD,ZNRD1,SPR,PPP6R2,PPP6R3,ACP2,ARL5A,NEO1,ACP1,UNKL,BOK,TRIM67,ACTR3,BCAS3,EIF5B,ACTR6,DHPS,TNFRSF19,MSL2,VPS13A,TFIP11,RABGGTB,ARFGAP3,SEZ6L,MSL1,ATRN,SYF2,PCCB,TMBIM6,TOP1,BCAT1,DCTPP1,GAPDH,BCAT2,SNAP47,BECN1,UHRF2,SRC,ROCK2,MGRN1,SRF,SRBD1,MLLT1,U2AF1,MLLT3,EHBP1,MLLT6,FOXRED2,ZNRF1,CCDC85C,KCTD20,BAHD1,PHKG2,UBQLN1,FEM1C,FYN,IGF2BP3,IGF2BP2,DRAM2,UBQLN4,EIF4B,TRIM44,GPKOW,FEM1A,FEM1B,CDC5L,CABLES2,PINK1,MYO1B,TSPAN14,SUCLA2,CDKN2AIPNL,TRIM39,EIF3L,ST7,TRIM35,TRIM37,ATXN10,EIF3F,EIF3D,BCAR1,EIF3A,TRIM33,SLC23A2,SMARCAL1,CERK,CPNE5,ACTB,RCBTB1,NUDT3,CRKL,HERC3,SNRPD1,TRIM24,CCDC97,TRIM26,SNRPD3,ATXN7L1,PTGFRN,CCDC92,BSN,ATXN7L3,SCAPER,TBC1D22B,TRIM23,ATP6V1G1,ALG9,ARL15,ACTN1,ECH1,CIRBP,CSNK1D,MOGS,ACTN4,TMEM170B,MFSD11,CDC34,CFDP1,PPA2,KCTD10,PPA1,CSNK2B,KCNQ4,FAM76B,FAM76A,KCTD17,KCTD15,SLC45A4,GGNBP2,DHX8,TMEM63B,SLC45A1,FBF1,SDC3,ZBTB5,KALRN,TTBK1,CDKN2AIP,GSPT1,NKAIN2,PGS1,APOO,SYNGR1,SEC14L1,HLTF,FAM192A,DECR2,B4GALNT4,BBS1,XBP1,BSDC1,MYO5A,NTAN1,SMARCA1,IFFO1,PTK2,MED13L,SMARCA4,EXT1,EXT2,CALY,PTK7,CWF19L1,RANBP10,SDC1,ECHDC2,GRB2,NOL10,NOL11,SUGP1,NRP1,MRPS15,CSRNP2,MRPS16,CSRNP3,HIBADH,MRPS11,PAK1IP1,ICA1,MRPS10,NAT10,GRIK2,COX7C,PTMS,HERPUD1,AKAP12,THTPA,SYNCRIP,PPP3CA,MAP1LC3B,ACTR1A,PCM1,PCLO,UIMC1,NANS,MRPS28,CAP1,MRPS26,PCYT1B,PBRM1,MRPS27,PCYT1A,MRPS24,PABPC4,MRPS22,MRPS23,MRPS21,PRPF40A,CACYBP,GAB2,SYN3,RAP2C,RNF144A,KIN,TOX3,PITPNM2,UFC1,ARHGEF1,FAM193B,FAM32A,ARHGEF2,EEF1E1,DYNC1I2,NAPB,AHCY,PCNA,MRPS35,CAB39,GNAI3,HSD17B4,MRPS30,COX5A,RELA,GNAI1,GNAI2,NFIL3,ORMDL3,MGAT1,MGAT2,EPS15,GABBR2,MON2,SORT1,KLHL2,TTC1,MYO9B,COX6C,PEX14,VEGFA,NUDT9,SH3RF3,ITCH,NUDT8,KLHL5,NDUFAB1,KLHL8,TTC3,TCEA2,AGGF1,CCNYL1,HDGF,TACC2,ACTR10,OTUD4,OTUD5,SRP19,CRTC2,SYS1,ZFAND3,CRTC1,ZFAND6,RPP30,PEBP1,UBE3B,SRP14,UBE2Z,CELSR2,IGF1R,ACTG1,EEF1B2,FAM3C,PCID2,FBXW11,TMOD3,DNAJB12,ADAM10,CASK,UBE4A,UBE4B,ADAM19,DNAJB11,EHBP1L1,TBC1D24,WDFY1,PPIH,WDFY3,PPIG,TBC1D23,RAF1,CARS2,PPID,COX19,DDX6,TBC1D19,NDUFB10,COX16,COX15,COX17,CACNA1A,HTRA2,CACNA1D,CACNA1C,CACNA1E,CACNA1G,RAI1,RNASEH1,SHARPIN,DHRS7B,TBC1D14,TBC1D16,YARS,UBE2H,UBE2I,AUTS2,NUP155,SYT1,PCIF1,NUP153,CNOT10,MANBAL,IFT20,GNAO1,UBE2W,GNAL,HOOK2,HOOK1,CCPG1,GNAQ,MKRN1,GNB1,UBE2O,AMOTL2,GNB5,UBE2K,GALK1,RERE,CUEDC2,LDB2,USE1,PHTF1,PITPNC1,LMNB1,RND1,CABIN1,LASP1,EEF2K,RB1CC1,GDAP1L1,MYO18A,SUN2,SUN1,TBP,PDPK1,DCAKD,HUNK,NAV2,EPN1,EEF1G,ELF2,RER1,SETBP1,ACOX1,CAT,GFOD2,CRY2,SHANK3,CUEDC1,SHANK2,OTUB2,SFSWAP,RAP1GDS1,ASB13,RNF8,ASAP1,ASAP2,RNF7,AGPAT1,NT5C2,RNF4,AGPAT3,ADD1,AGPAT4,POLD3,CAND1,MTA1,TMEM203,GNG5,PABPN1,GNG7,SPOCK2,SLIT1,PTK2B,RALY,CRYM,FBRS,MTA3,CYTH1,CLVS1,TIMM8B,TTC14,ATF7IP,RRM2,TTC13,URGCP,BNIP3,EYA3,CDK11B,TTC17,SMUG1,FAM155A,GALE,TEF,CARM1,POLE3,ERCC2,ERCC5,KRAS,SUGT1,NCKAP1,IPO11,TES,GPATCH1,HNRNPR,SLC4A3,SMC3,PHB2,GPATCH8,RRP9,GLS,ALCAM,ZMIZ1,CSPP1,NCKAP5,CDK5RAP3,NUP214,DDX18,PRKCI,NUP210,PRKCE,PRKCD,WDR74,REV1,AFAP1,SCRIB,GTPBP2,ATG13,GTPBP1,ATG12,GTPBP4,WDR77,ARMC1,WDR81,DAAM1,HECW1,TARS2,NUP98,VPS25,VPS28,PI4K2A,GNE,NUP205,SEH1L,PDXDC1,PHYHIPL,XPC,RNPC3,GNS,PRKCZ,RRP7A,FAM171A1,LDHA,WDR70,FLRT2,NUP85,LDHD,RRS1,NUP88,NRBF2,ST3GAL1,ST3GAL2,LHPP,ST3GAL3,NAA50,PHC2,WDR59,ICMT,HOMER1,PLK2,SETD1A,IRF2BP1,IRF2BP2,NR1D1,EHD1,HNRNPL,MEX3A,HNRNPK,ARL2BP,HNRNPF,TOLLIP,ATG2A,HNRNPD,GTF2IRD1,MMS19,ITPA,PHF3,PHF2,SETD5,GABRB2,GMEB1,MOCS2,SETD2,SMG1,CDKN1B,WDR48,GMEB2,PHF20,DENND1A,PHF23,PHF1,GPT,ASH2L,SMG7,WDR45,WDR46,SMG5,WDR43,PHF8,SMG6,RARS,RRP12,CIC,JARID2,UBL7,CEP68,SHPRH,WDR36,WDR37,WDR34,TERF2,GNL1,WDR33,HADHB,NCOR2,HADHA,SIKE1,NCOR1,MTF2,EXOC4,EXOC6,EXOC5,KIFC3,EXOC1,CDC123,GRAMD1A,GRN,NFIX,TIMM9,ADCY1,ADCY6,ADCY5,FAM129B,PAPSS1,ARFRP1,FGD4,PPP1R2,RPS15A,PAIP1,FARP1,YTHDF2,CSNK1A1,KIDINS220,PCGF2,WDR18,NR1H2,PCGF3,ELP2,ELP3,HIPK1,WDR12,DHRS1,SYNJ2BP,SCAF4,SLC8A3,PHF5A,NFIA,NFIB,JKAMP,FAM49A,FAM49B,RAB3C,UBP1,AUP1,PARK7,RPL10A,CLU,IPO4,EDC3,NPEPPS,PPP1CC,IPO9,LAMP1,SALL2,SLC39A9,PHYHD1,SLC39A6,SLC39A7,HMGN2,TXNL4A,ANKRD13A,PLEKHJ1,GTF2I,MAGI1,IFNAR2,KCMF1,RARS2,TLE4,TLE3,USP8,RAB2B,USP7,SUPT16H,MAP2K2,TPM4,RALGAPA1,USP4,USP3,MAGI3,MAGI2,DYRK1A,THOC1,TRAFD1,FRMD4A,FRMD4B,LEMD2,THOC6,PYGO2,MORF4L1,TOM1L2,EBNA1BP2,ILF3,RAB31,RAB34,RAB35,SNRPG,SNRNP27,PHIP,SNRPF,SNRPC,SNRPA,SNRPB,FKBP5,CSNK1G1,FKBP2,RAB5C,FAM114A2,CCDC25,UBR4,GLT8D1,SLC38A10,UBR2,UBR1,PHB,ORC5,GOLGA7B,ORC4,UBR5,DVL2,PLXNA2,DVL3,SRGAP3,MAP2K7,SRGAP1,MAP2K5,PLXNA4,MAP2K6,MCL1,AP1M1,OSBPL9,EIF2B4,AKIRIN2,UVRAG,TRAPPC3,RAB4A,AKIRIN1,EIF2B3,CCDC12,POLR3GL,TRAPPC4,TRAPPC8,TRAPPC9,COPS4,LRFN3,REEP1,BCL9,COPS6,LRFN5,DAB1,SYNJ1,NBEA,COPS2,CPD,PLXNB2,CPE,TPP2,PLEKHM2,PLXNB1,COPS8,RAB5A,CNIH3,BCL2L2,CNIH4,BCL2L1,DIDO1,MCM7,WDR1,ZC3H4,ZC3H3,CCDC47,PIK3C2B,RNPEP,PHACTR3,IDH3B,TLK2,TLK1,PHACTR1,CEP170,EVI5L,GAL3ST3,TNPO2,CCDC50,TNPO3,RFC3,PLEKHG2,CCDC34,RFC2,SGIP1,SECISBP2L,TSN,DNAJC2,TFDP1,DNAJC7,DAD1,DNAJC6,CTDSP2,POLR1B,POLR1C,POLR1D,DNAJC9,CCDC43,DNAJC8,CRK,HDAC5,TSSC4,HDAC1,CEBPG,TULP4,HDAC7,DNAJB1,ABLIM1,HECTD1,POLR2A,ABLIM3,FIP1L1,POLR2C,POLR2D,VPS52,POLR2E,VPS54,CSK,POLR2H,POLR2I,CCDC71,SEC11C,SLC35A2,MLXIP,PPIL1,PPIL2,RNGTT,SMOX,AMFR,FBXL19,CCDC59,TPRKB,RPRD2,MTOR,FBXL12,ASXL1,DNAJA1,RAB10,POLR3B,RAB14,P2RX2,PSAT1,DOLPP1,DNAJA3,DNAJA2,POLR3E,DRG1,DRG2,POLR3H,VPS45,PPIL3,PPIL4,TPT1,TNRC6A,PANK4,SLC35B2,ISCA2,VEZT,ISCA1,PANK2,SLC35B4,TMEM183A,ZMYND8,SLC35B1,HDAC11,CISD1,CBLB,PPP2R2A,HS6ST1,RPS15,TIAL1,RPS14,RPS16,RPS19,FLAD1,RPL36AL,FTH1,MAGOH,DAG1,DENR,RPS11,BTRC,SEPHS2,TBC1D10B,RPS12,ARRDC4,PDHX,SRRM3,COG3,IFRD1,METTL3,AP1B1,COG2,COG1,AP1AR,TIAM2,TIAM1,POR,KATNAL1,SIK3,SUCLG1,SIK2,TLN2,ATP6V0D1,OBSL1,MACF1,RTEL1,DCUN1D1,LIAS,MYL12B,SCFD1,ZNHIT1,PDCD10,CSTF1,GSE1,MLEC,TNRC18,STXBP5,ATP6V0A1,VASP,KLHDC8B,PUM1,PUM2,RPS26,SMU1,RPS25,ZZZ3,FUBP3,ADCK1,ADCK5,RPS20,RPS21,TECPR2,TECPR1,C2CD2L,ROBO2,GFM1,AHCTF1,FAM45A,CITED2,GFM2,SLC44A2,ZFAND2A,ZFAND2B,SPPL3,SIPA1L3,ZCCHC14,ROBO1,SIPA1L1,CHMP1B,CHMP1A,SH3PXD2B,TMED2,UBXN4,RAB8A,RALGPS1,RALGPS2,PSD,TOP3B,TMED9,ZER1,PARP2,STRADB,PPRC1,CBFA2T2,LIME1,MTSS1,MLF2,VAV2,SLC22A23,UGDH,HNRNPH1,NFX1,MPND,FYTTD1,CSTB,ZDHHC20,ICA1L,NOL7,NOL9,RFNG,GDPD5,PTS,TYMP,CST3,PPP2CA,TCEAL8,HIRA,PPP2CB,ZDHHC18,CHRAC1,UBTD2,APBB2,ATP6V0E2,METTL9,MPP3,NFYA,SLC31A1,MTX2,PTGES2,NFYC,PTGES3,LSAMP,SORBS2,SORBS1,AIG1,RAB11A,RAB11B,SPCS3,KBTBD4,SPCS1,CAPZA2,NBR1,APBA1,KBTBD7,APBA2,MEGF9,KDM1A,NDUFA11,KDM1B,NDUFA10,CWC25,LZIC,COMT,COL4A3BP,TATDN2,HCFC1R1,CWC22,NRCAM,PHYH,RALBP1,KDM2A,KDM2B,SHISA5,NOSIP,LMO7,ATP1B1,PRPF6,SPECC1L,CHMP4B,ZCCHC8,COPA,PXK,NOP2,PXN,CLEC16A,FBLN1,EMG1,SCUBE1,ZMAT5,RPRD1B,KLHDC10,MPST,KLHDC2,PNPT1,CPSF1,CBX4,IDH1,NONO,COQ9,CWC15,EIF2S2,COQ7,CRLS1,COQ6,COQ5,COQ2,EFNA2,PI4KA,SKIV2L,DYNLRB1,SAE1,LRP10,COPE,ZSCAN2,LRP11,YBX1,HS2ST1,MFSD8,RBM3,CASP9,SPRED2,SEPT9,SNAPC2,PPP2R5E,MCF2L,TOPBP1,RBM6,KDM6A,KDM6B,SVOP,H2AFY,AKTIP,H2AFX,SPATS2,AXIN1,PPP2R5B,RPS3A,DCK,POMGNT1,DNM2,SUPV3L1,DNM3,GAP43,FCHSD2,RABEP1,DDAH1,DDAH2,THRAP3,TRAPPC6B,RASA1,PFDN1,HAGH,PFDN4,THOP1,PFDN5,VAC14,KDM3A,ATF6B,ETFDH,PDXP,NRXN2,ATP1A1,FAM169A,GNA13,MAPK9,FAM168B,MAPK8,FAM168A,UGP2,ALDH1B1,RPS6KC1,PPP2R3C,GNA11,SAP30L,FAM120B,LEPROTL1,FAM120A,GNA12,MAPK1,BUB3,MAPK6,KDM4C,ATP13A1,LIMK2,QPCTL,PPP2R2C,CAPN10,PPP2R2B,RPS6KB2,ATP13A3,LPIN2,MAPKBP1,MT-ND4,ZFYVE9,EHMT2,UXS1,EHMT1,GHITM,RBPJ,ZFYVE1,TSEN54,RABGEF1,PREX1,SCAMP4,SAMD14,KRTCAP2,ZFYVE27,PPP4R1,PSMD7,MPRIP,PPP4R2,PSMD4,PSMD3,PSMD1,MEF2A,HES6,STARD3,RBFOX2,CSNK2A1,STARD7,NGDN,DNTTIP1,DNTTIP2,DICER1,RFX1,GAPVD1,EML1,SND1,SCAMP2,RUFY1,EML4,PRKAR1B,RFX7,PRKAR1A,CLNS1A,RUFY3,RUFY2,PSME1,UQCRC1,PSME2,SPARCL1,RBCK1,UQCRC2,TTYH3,MTMR3,ABCB6,MRPL18,MRPL16,SDR39U1,COPS7B,MTMR9,AGAP1,COPS7A,MRPL14,AGAP3,MTMR4,AAAS,MRPL12,MRPL13,GABARAP,GIGYF2,MTMR7,MRPL11,MRPL20,CYB5R3,HSPH1,PRKAR2A,GRPEL2,VTI1A,PSMF1,PUSL1,PRRT2,PMM1,CADM1,EDEM1,EDEM2,PMM2,EXOC6B,MRPL27,MRPL28,FAM136A,MRPL23,MRPL24,SNUPN,MRPL21,EIF1,SETX,CS,MLLT10,UCK2,UCK1,EIF5,EIF6,TDP2,AVL9,EZH1,FERMT2,LRSAM1,PIGU,HEXB,PIGP,MRPL38,LRRC3,MRPL37,ECSIT,TRIOBP,MRPL33,TRMT112,TUBA1C,MRPL42,NIPBL,LMBR1,MRPL40,B3GALT1,RPLP2,LRRC47,UPF2,LYPLA2,UPF1,DFFA,ELOVL5,ELOVL2,SIRT4,LRRC40,ELOVL6,MRPL47,NIPA2,SIRT7,MRPL48,MRPL46,SIRT2,LRRC41,MRPL43,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,PSMA3,BDH1,PSMA1,TMEM33,CDC42EP4,CDC42EP2,PELI1,TMEM106B,SLC29A4,TUT1,SLC29A1,DSCAML1,VAMP2,ARF6,LRRC14,STAU1,STAU2,SRRT,SEZ6,HTT,PSMA7,MRPL55,GGA2,PSMB7,PSMB4,RECQL5,GGA3,PSMB5,TCOF1,PSMB3,PSMB1,AP2S1,CLPTM1,HARS,EXTL3,MEF2D,SRSF10,SRSF11,UTP3,STAT2,LRRC28,YLPM1,SAMD4B,BYSL,GATAD2A,LRRC20,LETM1,TMEM59,PSMC1,SRRD,UBAP1,UBAP2,HDDC2,CCNT2,CSE1L,UBE2D3,TSEN2,YY1,SMCHD1,STK11,SESN1,OSBP,RUVBL1,SCMH1,FBRSL1,PIM3,KPNA2,KPNA3,SLC25A44,AP2M1,NOMO1,SH3GLB1,PPP1R16B,SLC38A1,ZBTB34,FOXP4,FOXP1,FTSJ3,FRMD3,ACAP3,ACAP2,TXLNA,LIX1,SLC9A8,ANAPC5,RAD54L2,SNRNP200,SQSTM1,KPNB1,ANAPC2,PFKFB2,RNASEH2C,PFKFB4,RNASEH2A,PEF1,MAX,MAZ,ISG20L2,STK39,ARL2,ACAT2,RAP1GAP,SOCS2,SBNO2,ATXN2,PORCN,PMVK,SLC38A7,EVI5,SOCS7,SLC38A2,ZBTB17,TIA1,GOT1,GOT2,ZBTB11,MFHAS1,STK24,UBLCP1,STK25,PTPRA,TMEM11,MDM2,AAK1,TUBGCP3,PIN4,MDM4,TMEM19,NFE2L1,MDM1,SLC25A1,ZNF512B,HSP90AB1,PIK3CD,ARRB1,ARRB2,MRPL4,NGRN,MRPL3,MRPL2,CAPZB,ME1,NCK2,HMG20A,ERC1,EDIL3,CTNNBL1,DIS3L2,EMX1,PPP1R12A,DST,VPS37C,NDUFC2,VPS37D,ARNT,VEZF1,VPS37B,NSMCE4A,SLC25A17,NPC1,NPC2,SLC25A19,BIRC6,SLC25A5,BDP1,SLC25A12,SEC22B,SLC25A11,MET,BIRC2,AHDC1,PPP1R15B,GTF3C2,GTF3C3,SEC23A,NDUFB8,NDUFB7,LRP1,GTF3C5,NDUFB6,PPM1L,PRCC,CXXC1,KATNB1,FOXK2,FURIN,PPM1D,CXXC4,PPM1E,PPM1G,GANAB,SLC25A28,NCLN,FCHO1,SH3BP2,FCHO2,CDC37L1,LRRC8D,SH3BP4,LRRC8A,LRRC8B,AAMP,ATP9B,ATP9A,SLC25A25,SH2B1,CYB5B,PTPN1,PPP1R14B,NDUFA6,FOXJ3,NDUFA2,DONSON,IMMT,LYSMD1,RPL23A,BAIAP2,TPD52L2,ATOX1,NELL2,SLC25A38,SNRK,PTPN9,CCM2,P4HB,SMAP2,SEC24C,SMAP1,SPG21,EIF4A2,LPGAT1,AHCYL1,TMEM41A,CCNI,PLEKHB2,EIF4A3,ZDHHC5,TXNDC11,ZDHHC6,JMJD1C,THUMPD3,GCC2,TXNDC12,TXNDC16,CYB5D1,ZDHHC4,CCAR1,DHX57,OGFOD2,KIF21A,CCNL2,KIF21B,CCNL1,EPHB2,PELO,SLC12A9,TMPO,SEC63,ACVR1,ST6GAL1,PAQR4,SCAF11,IMP3,ENTPD6,NSMCE2,NSMCE1,ANK2,THAP4,STX1B,SFRP1,FNDC4,CCNY,CD2BP2,KDELR2,TAGLN3,MMADHC,TMEM87A,TMEM87B,L3MBTL3,PAXIP1,L3MBTL2,FOXG1,CTR9,SUPT4H1,PIK3R2,PTTG1IP,PIK3R1,UBE2J2,DHX30,SNX4,DHX33,PCBP4,DHX34,LARS,PCBP1,DHX35,MICAL1,MIER1,ERI3,HIVEP1,DYM,SYMPK,TSPAN5,RCE1,HIVEP2,TSPAN3,RAB11FIP3,SCN3A,SNX5,ZBED4,N4BP1,RAB11FIP4,SEC31A,RAB11FIP5,CTSA,TMEM86B,INTS1,IQSEC1,INTS3,RCC2,SURF4,ST8SIA3,MICAL3,MICAL2,DCLK2,HSPA12A,PAICS,PPP1R1A,WNK1,ID2,RPL27A,WNK2,PPP1R1B,PAF1,INTS4,INTS7,CALM3,COL9A3,CALM1,CALM2,RCOR2,USPL1,PTPRS,FKBP15,PPP1R11,PPP1R10,PTPRN,TECR,CCDC124,CTSZ,PTPRO,AATK,MIA3,WASL,PTPRK,SLC7A11,AATF,PEPD,AP2A2,PTPRF,RSRC1,HYAL2,ENC1,NCS1,MLX,REV3L,DHX16,SSSCA1,KIF1B,CTSB,NDEL1,CCT3,NCOA2,SEC13,TMEM150A,MMD,NCOA6,NCOA4,ZFR,MINK1,ANO8,MRPS2,ANO6,RGMB,COMMD7,TMEM150C,MRPS5,CTU1,VSNL1,CSDE1,NCOA7,SFI1,STK40,STX12,RABGAP1,STX16,INPP1,DOT1L,STX18,CCDC107,NEDD8,CAMKK2,ARVCF,PAK1,PGRMC2,EXOSC4,FAM172A,CAMK2N1,SERTAD2,PES1,EXOSC9,SCAND1,CCT8,CCT7,PAK2,EXOSC1,BCAP31,YIPF1,YIPF2,YIPF4,PLEKHA5,PLEKHA6,UBE2G1,UBE2G2,AP2B1,FKBP1A,RGP1,PER1,NEDD4,RPA3,SCARB2,DPAGT1,FHOD3,SCARB1,MIDN,DBR1,ACAA2,WWC1,MPI,CYP46A1,PHRF1,FAM174B,KHSRP,KIF5B,CAPN5,PALM,KIF5A,CAPN2,PPFIA1,SNIP1,EP300,SBF2,BAHCC1,RGS9,SH3GL1,KIRREL3,ZGPAT,ATG9A,SSU72,LMTK2,RUNDC3A,DOK4,TMX2,DOK5,SCN8A,UBE2V2,MASP1,UBE2V1,KLHL18,RTN3,VCP,NDRG4,TMED10,ARHGEF26,NXPH3,NPR2,SEL1L,TOR1AIP2,SLC1A4,PSEN1,NDRG2,PDS5A,NDRG1,SUPT6H,ACACA,RTN4,RPF1,KIF3B,DEAF1,FUT9,ISOC1,CAMTA1,H1FX,VARS2,NDUFV2,BCL9L,PRNP,GGT7,KLHL25,PHF10,PHF12,VTA1,ECD,CRIM1,DSTN,KLHL23,CLK4,ANKHD1,KLHL20,RCL1,GCLC,H1F0,PQLC1,PHF14,CYCS,TAB3,PHF13,STT3B,LSM14B,LSM14A,PICALM,RBM28,GSK3B,GSK3A,RBM25,RBM26,DDX46,PRKCSH,CNRIP1,MAST3,MAST2,MAST1,CHD6,DDX42,ATP2A2,CHD5,ARHGEF10L,CHD2,MEA1,SOBP,AFF3,PPP1R9A,GPHN,PPP1R9B,SEC61A2,YWHAQ,BCL7C,GATAD1,NPTN,LRRFIP2,LRRFIP1,YWHAG,RBM33,RBM14,ARHGEF12,HSDL1,NCBP2,GLRX5,DDX56,TBC1D8,ABHD14B,DDX54,TBC1D9,ABHD14A,GLRX2,GPCPD1,YWHAZ,PJA2,SFPQ,LMBRD1,VCAN,NDUFS8,NDUFS7,UBE2R2,IRF3,NDUFS6,GORASP2,TBC1D5,NDUFS5,PEX6,PEX5,NAA35,ATG4B,NDUFS1,NAA38,EAPP,RBM22,DCTN6,DCTN5,MVK,DCTN2,NAA20,GOSR2,TAF9,TGFBRAP1,DDX23,PARN,RBM4B,HMGCR,ACVR1B,CLCN2,PARL,HMGCL,TAF1D,DNPEP,MAT2A,TAF1B,TNKS2,MBTPS1,RBM39,GALNT2,ATP2B2,ATP2B1,SOD2,MAPK14,ACVR2A,MAPK10,RPIA,CLCN6,PNKD,GOLPH3,GLB1,BRMS1L,ASB6,RBM42,ACIN1,TAF6,FAM98B,QRICH1,R3HDM1,CLUAP1,TAF2,MBTPS2,RAN,TAF1,CYFIP2,RB1,TRIO,RPL32,CLPB,MYT1L,DCAF8,FNBP1L,GABPB1,BACH1,DCAF7,RPL6,DCAF6,GCSH,RNF115,RNF114,MYC,FDXR,RPL35,PIP4K2A,PIP4K2B,RPL38,DIP2B,RPL37,DIP2C,IER2,ANKS1B,MED1,ACOT9,WSB1,ACOT7,WSB2,DAPK1,PIH1D1,RPL23,MED8,CD3EAP,SOX12,MED4,CLPX,RNF123,RNF126,DYNC1LI2,GPR161,TYRO3,YME1L1,RPL27,RPL26,RPL29,PRR14,TSPYL4,PRR13,RNF121,POM121,MAPKAP1,NEDD4L,NOLC1,VPS26B,HIF1A,GLG1,PRDX3,PRDX2,PRDX5,PPP4C,RIC8B,PRDX1,CHST15,SSR1,PLCG1,SLC19A1,S100A10,CDK17,RPL41,CDK19,JUND,CHKA,H3F3B,ST13,RDX,TYSND1,MTHFR,BRAF,PA2G4,PRDX6,TMEM198,TMEM199,FIBP,GLUD1,RNF103,NPLOC4,H2AFY2,CDK10,HBP1,DUS1L,SERPINI1,CDK13,CDK14,CPEB4,OGFR,ELL,SPEF1,CLTC,ADK,LPCAT1,CLTA,ADO,ING1,TMEM186,RNF157,TRIM8,ING4,TMEM189,FAM102B,IMPA1,CHL1,RFK,TRIM2,ANXA6,SPIN1,GPR137,ANXA7,AP3S2,AP3S1,GARNL3,ZC3H10,NUDC,IFNGR2,SSR2,TCF12,ITPK1,TET2,TIMM23,RNF168,RNF167,AFTPH,LSG1,INF2,MRAS,IVD,TET3,PLCB1,PCYOX1,PHLPP2,SF3B5,SF3B2,PHLPP1,TIMM13,TMEM160,TIMM10,GRAMD4,TM9SF4,TM9SF3,BCLAF1,TMEM169,CHN2,LMAN2,RPS3,BRD9,RPS2,ANKRD52,BRD8,RPL18,BRD7,RNF130,DTD1,BRD4,SF3A3,SF3A2,BRF2,RIOK3,GTF2H1,WWP2,BLCAP,LRPPRC,GTF2H5,KTN1,RNF146,AGBL5,TM9SF2,ERP44,XAB2,RYBP,ABI2,ABI1,SARM1,INHA,UHRF1BP1L,DGKD,CHPF,CLSTN3,TUSC2,CTNND2,CLSTN1,CTNND1,RNF19B,YEATS4,BZW1,FAM107B,ABHD12,GRB14,CDH2,RNF19A,MACROD2,MAF1,SEMA6C,BIVM,RNF44,ANKRD46,RPS7,GPT2,IGFBP3,ANKRD44,IGFBP2,RPS6,RPSA,GTF2F1,GTF2F2,RNF40,RNF41,TRAIP,CTDNEP1,CLIP2,CLIP1,CACNB4,RALGAPB,MADD,NHP2,ERH,TNIK,MAD1L1,GLYR1,ANKRD17,SEMA7A,DNMT1,ENY2,CUL7,CD151,TNKS,GLO1,ABHD2,ANKRD11,CUL2,ANKRD12,ABHD8,CHRD,CUL1,AK2,ITPR1,AK3,TARS,PHF21A,GTF2E2,RHOBTB2,KLC4,HMBOX1,ESD,NACC1,PSAP,ABL1,SAFB2,ABL2,NDN,SKIL,MPDU1,ESRRA,ANKRD27,ATP8B2,MARCH9,DHCR24,MARCH7,ADAP1,LSM5,BTBD9,TOR1B,LSM4,MARCH5,LSM3,ZZEF1,LSM2,NSFL1C,RCAN1,CDK8,CNOT6,LSM7,CDK5,CNOT1,RHEB,MAFG,CNOT2,TADA3,SPIRE2,NF1,RNF181,TADA1,SPIRE1,GPR107,DHCR7,LZTR1,SERINC3,EIF4G3,RNF185,SERINC2,SERINC5,EIF4G1,RNF10,CALCOCO1,DAGLA,RNF13,RNF14,PTPN23,DUSP11,SGCE,DUSP12,PTBP1,PPP6C,SART1,SART3,GM2A,OPA1,SIN3A,OPA3,SLC37A4,TAPT1,REXO1,GPX4,CHUK,AMT,RTN4RL2,RANGAP1,YDJC,COASY,NIPSNAP1,REXO4,PATL1,PTBP2,PTP4A1,TRAF7,PTP4A2,PTP4A3,TRAF4,ASPH,SOS1,RNF31,SMARCD1,NFAT5,SMARCD2,WBP1,WBP2,RNF38,WBP4,AMBRA1,SEMA3F,JAKMIP2,AP3M2,FZR1,RBBP4,PUF60,RBBP5,MGAT5B,SNRPB2,DCAF11,UGGT1,FNIP2,CACNG4,SPAG9,SPAG7,SEMA4B,ADRM1,SEMA4C,PTPN11,SEMA4G,PTPN12,CDC42BPA,OXR1,PNRC1,TRIT1,CUL4A,KLF6,MARCKS,NIN,NFASC,MGAT4B,PFKM,CUL4B,GDE1,DIXDC1,PWP1,RAPGEFL1,GOLGA2,GOLGA3,GOLGA4,GOLGA5,GOLGA1,SAP130,HABP4,UBAP2L,SOX4,SOX5,AQR,SLC11A2,MTUS1,BOLA1,ACSL6,MRPS18A,ACSL3,JMJD8,MRPS18C,INPP4A,CARHSP1,RRAGA,GRWD1,RRAGD,XRN2,AKAP9,CRYZL1,VDAC2,VDAC1,PFN1,EZR,AURKAIP1,NECAB3,ANP32A,TWF2,TRMT2A,NLK,GMCL1,INPP5B,NLN,NUAK1,SGPL1,PRRC1,INPP5F,SCAP,MAP4,PATZ1,BANP,SRPK2,TRAP1,RABGAP1L,PTPRN2,STK11IP,TREX1,INSR,SS18L1,MEMO1,STAM,ACADSB,SRPK1,UBAC2,CCDC88A,STAG1,STAG2,SESTD1,GOLGB1,CCDC88C,ALDH18A1,CORO7,TMCC1,BAP1,ITM2B,CDS2,HBS1L,DAZAP1,TRAM1,SH3KBP1,FAF1,GDI2,OLA1,VLDLR,PRPF19,CX3CL1,RPTOR,HINT1,SERP1,CAMKV,KIF13A,RSPRY1,MAP4K2,PRMT5,ATP6V0B,TSC22D1,STRBP,AMPD2,RHOF,RHOA,RHOB,NME1,PRPF18,MPPED1,PACS1,NME7,MPPED2,FAM20B,FAM20C,MAPRE3,MAPT,SGK1,ALDOA,MAPRE1,ATP6V0C,MAPRE2,PRIM2,TOMM40,SLC20A1,PRIM1,AKAP7,UQCR11,TRAK1,AKAP1,TRAK2,CUX1,SHOC2,TBL1X,MAP4K5,LCMT1,MAP4K3,MPZL1,MAP4K4,RANBP2,RANBP1,RANBP3,RYK,AP3D1,RANBP9,FAH,CTNNB1,TRIP12,CAMK1,CDK5R2,RAB3GAP1,GALNT11,HDLBP,ARID4B,NUCKS1,ARHGAP39,TOMM22,CHCHD4,EFTUD2,CHCHD3,CHCHD6,TMEM14C,APLP2,PAM16,WRNIP1,KCTD5,KCTD6,TMEM131,DCTD,OXA1L,DPM3,TMEM135,TBL1XR1,CMPK1,ELMO1,ELMO2,PDE9A,RAI14,CTTNBP2,NTM,TMEM59L,BTF3L4,LTBP4,STK4,CPLX2,DTX4,SEZ6L2,CPLX1,ADIPOR2,PLCXD2,ARHGAP12,DPP3,ARHGAP21,PCSK1N,DPP6,DPP8,DPP9,TMEM127,TMEM128,CASKIN1,ZC3H18,ATP6V1H,DMAP1,ZC3H13,MARK4,ATP6V1D,ZC3H14,MARK3,MYH10,PDZD8,ANKZF1,ZC3H15,MARK2,PDZD7,SMAD2,ACBD6,ACBD5,SMAD4,ACBD4,HSPA5,SMURF2,HSPA4,SMURF1,ASPSCR1,DNAJC11,TBCD,ARHGAP29,IFT122,BFAR,DNAJC14,DNAJC17,NFKBIA,DLG1,DLG2,TMEM115,DLG4,ATG16L1,DLG5,TBCE,CLASRP,B4GALT2,USP35,CREBZF,USP36,SCYL3,ACADVL,DOCK4,ABCD3,DOCK3,USP38,USP32,DOCK7,USP34,USP39,PKD1,SLC2A8,ELAVL3,POLB,TMEM101,SENP5,ALDH2,ZC3H7A,ZC3H7B,GMPPA,PDE4B,MAN2C1,USP30,SCYL1,JAGN1,USP48,KLF13,USP42,USP43,PDE4D,ABCC5,RNF208,ARID1A,SENP3,ARID1B,KLF16,DDX19A,TRNP1,LUC7L3,USP40,ITGB1BP1,CHMP6,LUC7L2,B4GALT5,HCN3,RGS19,POLDIP2,POLDIP3,USP10,GMPR2,OPRL1,MTIF2,SPG7,TOB1,USP19,IWS1,HSPD1,STRN3,GMDS,NT5DC3,PDE6D,NCAM1,ROMO1,ABCF2,CAMK2G,ABCF3,CLASP1,REPS1,RWDD1,SPEN,LGI1,USP24,ATE1,PTCD2,WTAP,NEGR1,BAD,SGTA,CADPS,DTNBP1,LCA5,ZFC3H1,PDE4DIP,HSPE1,MEIS2,NAP1L4,SH3YL1,FMNL2,PIK3IP1,XPNPEP1,BAX,RGS12,TBKBP1,SSBP1,PDE7A,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"867"	"ZNF628"	"753.0"	"ARCHS4 Coexpression,635;Enrichr Queries,126;GTEx Coexpression,1498"	"VARS,CLPB,TESK1,ZDHHC8,ELK1,ACTB,TRIM28,RAVER1,ZMIZ1,ZMIZ2,MYC,SAP130,PSMD3,ATXN7L3,IER2,TBC1D10B,NUP214,CIRBP,CD3EAP,SCRIB,CSNK1D,MOGS,RFX1,ACTN4,MFSD10,HCFC1,RNF126,WDR81,DDIT4,ULK1,NUP98,PRR12,SF1,IGSF8,POM121,TTYH3,TMEM63B,FBF1,DCUN1D1,UBE2J2,DHX34,PCBP1,DHX37,GSE1,SYMPK,TNRC18,PSMF1,ATRIP,RAB11FIP5,BRAP,CREBBP,JUN,JUND,JUP,INTS1,SURF2,SETD1A,IRF2BP1,NR1D1,MEX3D,PRRC2A,SMARCA4,HNRNPL,TBL3,MEX3B,FASN,WNK2,ATG2A,DUS1L,ITM2C,OGFR,PIGU,DAZAP1,PTPRS,CITED2,PIGQ,PHF1,MRPS12,AP2A1,MED16,PRPF19,SIPA1L3,MED15,NAT14,BBC3,COIL,RPTOR,TRIM8,SDF4,GPR137,CIC,UPF1,SPHK2,GAA,TUBG1,MED26,MLF2,RHOB,NCOR2,SLC7A5,MED25,INF2,PACS2,PITPNM1,PXDN,ARHGEF1,ATP6V0C,GRN,NFIX,DOT1L,GPS2,NOC4L,TMEM160,RELA,CENPB,NOL6,AKAP1,MNT,HSF1,SCAND1,RABAC1,MEF2D,BRD4,MBD3,SF3A1,MBD6,SF3A2,WDR18,NR1H2,DAB2IP,MIB2,DOHH,SCAF1,GATAD2A,BOP1,XAB2,CCDC9,TAOK2,PKN1,PNPLA6,AGRN,GRINA,MIDN,CHPF,CRTC1,SPPL2B,FBXO25,ATN1,PHRF1,ACRBP,IPO4,STK11,RUVBL2,ARHGDIA,KHSRP,FBRSL1,PIM3,LZTS2,SBF1,BAHCC1,SLC39A3,SH3GL1,SEMA6B,RNF44,FBXW5,MAP2K2,ATG9A,DYRK1B,VRK3,FOXP4,POLRMT,GTF2F1,DGKZ,ATAD3A,ATXN2L,CTDNEP1,ACAP3,HNRNPUL1,DMWD,RAB35,FSCN1,CSNK1G2,ANAPC2,CUL3,ANKRD11,MAZ,ISG20L2,CUL1,UBR4,LTBP4,CACNA1A,FOXO6,HSPBP1,SLC9A1,RAI1,SBNO2,SHARPIN,NDOR1,IRAK1,NACC1,DVL1,BTBD2,PLXNA1,ZC3H18,CAMTA2,H1FX,SAC3D1,MARK2,BCL9L,WDTC1,PRNP,CBX4,CPSF1,ODF2,TNK2,HMGA1,CHERP,ARHGAP23,LRFN4,EFNA2,HOOK2,HOOK1,UBE2S,GNB2,CNOT3,PLXNB2,CLASRP,EIF4G1,UBE2M,RERE,GSK3A,RNPEPL1,ZC3H4,PRKCSH,ZC3H3,CHD6,YBX1,PTPN23,PKD1,LMNB2,TMEM191C,PPP1R9B,DUSP12,SART1,SEPT9,PPP6R1,TLK2,MYO18A,PDE4A,PELP1,KDM6B,REXO1,USP42,PDPK1,H2AFX,ARID1A,RANGAP1,EPN1,DDOST,KLF16,ARFGAP1,DNM2,TRAF7,PTP4A3,CTDSP2,PPDPF,C1D,AKT1S1,ETF1,PPP1R12C,AHDC1,TSSC4,SRC,RAB1B,DDX20,LENG8,WIZ,FURIN,ZBTB45,MLLT1,STRN4,PPM1G,DCAF15,TMEM201,DNPEP,NCLN,MTA1,POLR2A,U2AF2,KATNA1,PHKG2,MKNK2,FEM1C,FBRS,SLC25A22,PDLIM7,FBXL19,NCKAP5L,LRWD1,CARM1,MGAT4B,DRG1,BCAR1,SSBP4"
+"gene_set_query"	"868"	"ZNF823"	"753.7"	"ARCHS4 Coexpression,328;Enrichr Queries,731;GTEx Coexpression,1202"	"ZDHHC5,CCNC,ZDHHC8,EPRS,TXNDC17,LSM12,FRAT2,DPYSL2,MYC,ZMIZ2,STMN1,LONP1,CCDC92,PRKACA,IER5,ATXN7L3,SOX4,IER2,ARRDC4,SRRM2,IAH1,TSPYL1,ARRDC3,CD3EAP,MOGS,MAPK8IP3,SCAMP2,PPA2,DDIT3,DDIT4,HECA,TTLL12,FAM76A,PRR12,VPS25,ANAPC13,IGSF3,SAR1A,PIK3R1,ZBTB5,PRDX3,UGCG,ABR,PPP3R1,HSPH1,TSPAN6,GRPEL2,MIER1,CSTF1,SYMPK,PIP5K1C,S100A10,BTF3,JUN,PRPF38B,JUP,INTS1,BCL11A,PLK2,PBX2,PRRC2A,MRPL22,HNRNPL,MEX3B,FAM135A,QARS,EIF6,GIPC1,ID2,SDC1,CALM3,RBAK,CALM2,DZIP3,ITM2C,ARF3,PIGU,DAZAP1,CCDC120,BTG1,CITED2,VLDLR,SIPA1L2,CLINT1,PTPRF,AKAP12,TUBA1C,MRPL42,ENC1,ANXA6,SDF4,PLEKHN1,CIC,TMED4,UPF1,TSC22D1,MINK1,ZDHHC13,ELOVL6,MRPS7,MRPL45,DUSP6,SRP9,MLF2,RHOB,RNF144A,ENAH,NCOR2,MN1,SLC7A5,IMMP1L,MRPL50,PSMA3,TUBB2A,PITPNM1,CTTN,PACS1,TMEM33,PXDN,RAPGEF1,RHOU,RHOV,SGK1,ATP6V0C,PAFAH1B2,ARF6,CSTB,SF3B3,GSTP1,SATB2,FAM129B,GNAI2,HIRA,PSMB5,SERTAD2,CAMK2N1,PSMB3,CLPTM1,SC5D,ZSWIM6,RPL15,ZSWIM4,PAIP1,SF3A1,SF3A2,RIOK3,CSNK1A1,PLEKHA5,UBE2G1,MYO9B,AP2B1,DHRS1,SYNJ2BP,TTC9,TMEM158,FABP5,NFIA,CCNG2,ETNK1,CAPZA1,SERBP1,KLHL8,TAOK2,NUCB1,PKN1,PNPLA6,NUCB2,GRINA,ZFAND6,RAB3D,CTNND1,CLSTN1,ATN1,PPP1CB,SLK,LAMP1,SESN1,ARHGDIA,NUDT19,KPNA2,ARID2,SBF1,SH3GL1,RARS2,SLC38A1,TMOD3,IGFBP3,TPM1,THOC1,THOC2,ATP1B1,KCTD5,DGKZ,KCTD6,MORF4L1,TXLNA,HNRNPUL1,TBL1XR1,HNRNPUL2,MORF4L2,EHBP1L1,RAB35,UBE2V2,SRSF3,CHMP4B,SRSF6,CSNK1G2,FKBP5,ANAPC2,RAB5C,INSIG1,TOR1AIP2,PDS5B,PDS5A,LIN7C,NDRG1,SUPT6H,SOCS2,EFNB2,EIF1AD,BAG4,ORC3,ESD,BTBD2,NACC1,ANKRD10,WDTC1,PRNP,VTA1,DHCR24,KLHL24,SSH3,EIF2S1,NFKBIA,ARHGAP32,H1F0,EFNA2,SH3BP5L,STK24,HOOK2,HOOK1,GNB2,GNB1,NFE2L3,NF1,PLEKHM2,SRPRB,BRWD1,SERINC2,NFE2L1,MXD4,KDM5C,PRKCSH,SLC2A3,CHD3,RND3,LMNB1,PPP1R9B,DUSP11,DUSP12,SART1,SEPT9,ZC3H7B,PPP6R1,SNRNP70,LRRTM1,UBTF,PGM3,PMEPA1,TLK1,MAPK1IP1L,SUN2,PDCD6IP,REXO1,PDPK1,NCBP2,RABGGTA,PTBP2,DNM2,ARL4C,PTP4A3,TRAF4,PEX3,CTDSP2,DNAJC5,ACOX3,SEC22B,PPP1R12C,TNFRSF21,PPP1R15A,GTF2A2,NAA20,VPS4B,LENG8,MLLT1,TOB1,STRN4,DNAJB1,GANAB,U2AF2,TDG,TRA2A,FEM1C,PCDH1,MEST,EIF4E,FBRS,POLR2K,SMARCE1,PTCD3,MARCKSL1,SMOX,GALNT1,PRAF2,LYSMD1,RAB10,CLCN7,MARCKS,NEURL4,TSPAN13,SPRY2,ACIN1,VIM,SUGT1,SEC24C"
+"gene_set_query"	"869"	"KLF3"	"756.3"	"ARCHS4 Coexpression,1092;Enrichr Queries,469;ReMap ChIP-seq,219;GTEx Coexpression,1245"	"RPL5,MT-ND4,TES,TRIO,SLC4A1AP,RPL3,TFRC,RRP1,DCAF8,EPRS,DCAF6,FAM110A,ALCAM,CAPNS1,ZMIZ1,DPYSL2,MYC,GPBP1,RPL37,IER2,MED1,GABARAPL1,MEF2C,CXADR,RPL21,RPL23,RPL22,WDR74,CD3EAP,FRS2,DDIT4,TYRO3,TBPL1,TARS2,UQCRC2,PRR13,SLBP,ANAPC16,NPRL3,COPS7B,NOLC1,NEDD4L,HIF1A,GLG1,NCSTN,RHOT2,PRKAR2B,RDH13,RHBDL1,S100A10,HEXIM1,EDEM3,JUN,JUND,JUP,PLK2,EIF2AK1,RDX,NR2F1,IRF2BP2,BBIP1,EIF1,HNRNPL,SLC6A6,ABTB1,EIF6,HNRNPD,HBP1,GPR19,CPEB4,CDC42SE2,PYGB,PIGU,BTG1,CDKN1B,HEXB,CLTC,SNX12,SMG7,SMG5,WDR43,DDA1,C1QTNF4,TMEM189,TUBA1B,ENSA,TIMP2,TCP11L2,AP3S2,PLEKHN1,JARID2,JAK2,JAK1,TPI1,DUSP1,SPHK2,NSUN2,PGAM1,TCF12,SIRT4,BAZ1B,GMIP,DUSP6,COPZ1,MRPL44,NSA2,ZEB2,TET3,MTF2,PXDN,EXOC2,VAMP2,RNF166,ARF6,TRUB2,GRN,WDR26,SF3B3,RNMT,TIMM9,PSMB6,FGD3,SCAF8,SNX27,ZSWIM6,RPL15,RPL18,RUNX1T1,SRSF12,ATAD1,EGLN1,SF3A3,MDH1,CSNK1A1,USP9X,RIOK3,YLPM1,HIPK1,PSMC5,ABCB10,NFIA,CCDC9,SNX17,NFIB,PKN1,FRYL,YPEL3,MTCH1,RAB3D,CTNND1,UBP1,PARK7,CLU,TM7SF2,SMCHD1,SLC39A9,CFL2,SCMH1,PLS3,SNRNP35,TLE4,TLE3,SLC38A1,AGTPBP1,USP5,RPS7,CTNNBIP1,TPM1,ATP11B,FRMD4B,LEMD3,CASD1,FTSJ3,FOXP1,TPST2,RAB31,SLC9A5,ERH,PHIP,SQSTM1,FKBP5,PFKFB3,MAX,INSIG1,ABHD2,ABHD8,PHB,SOCS2,EIF1AD,BTBD1,ZKSCAN2,EVI5,SLC38A2,SKIL,MCL1,ANKRD28,EIF2B4,BRPF1,NOP16,BOD1,MARCH8,COPS6,IBTK,LSM6,STK24,REEP5,MDM2,MDM4,SLC48A1,RNF11,MCM7,CELF1,FHL1,PTEN,PIK3CD,ARRB2,BICD2,PIK3C2B,AP4M1,DUSP12,OPA1,HMG20A,EDIL3,SLC37A3,DST,MSL2,ACTR8,REXO4,ARL4C,PTP4A3,CTDSP2,SNRPA1,CCDC43,PPP1R15A,GTF3C2,NFAT5,SMARCD2,MAK16,PARD6G,SEMA3F,TTL,LRP6,ABLIM1,RBBP4,FYN,IGF2BP3,IARS2,FEM1C,HNRNPA1,POLR2I,FNIP2,DCAF12,HNRNPA0,SLC35A1,NOP58,RNGTT,FEM1A,SEMA4D,ASCC1,NDUFA4,TXNRD1,FOXJ3,PTPN12,PNRC1,CUL4A,KLF7,KLF6,MARCKS,SNRK,RAB14,POLR3E,MGAT4B,TRIM35,PDCD4,STUB1,INSM1,RHEBL1,SMAP2,SLC25A36,METAP2,EIF4A2,TCERG1,VEZT,APP,PANK3,ZDHHC5,TXNDC11,RAPGEFL1,ACTB,NUDT4,EFR3A,FRAT2,FTH1,CDC27,DPF1,LONP1,ZFPL1,SLC12A6,GLUL,TBC1D10A,TBC1D22B,SOX4,EPHA5,ARL15,SCAF11,COG4,ACTN1,SLC11A2,ARRDC3,COG2,MTUS1,ANK1,RRAGC,KCTD10,HECA,SIK1,EZR,IGSF3,FOXG1,STXBP2,TRANK1,PIK3R1,UBE2J1,APH1A,SNX4,UGCG,SGPL1,NUAK1,PCBP2,TNRC18,TSPAN3,HIVEP2,N4BP1,SNHG1,ZRANB1,INTS1,RCC2,MED13L,RPS26,EXT1,WNK1,ID2,CCDC88C,SDC1,TMCC2,CALM1,ITM2B,CDS2,ITM2C,DHRS13,NRP1,DAZAP2,TRAM1,CCDC120,SLC35F2,CITED2,GFM2,SPPL3,PTPRF,HERPUD1,LIMD2,AKAP12,NUDCD3,ENC1,ARIH1,RALGPS2,CTSB,TOP3B,CCT3,TMED9,TSC22D1,PRMT1,STRADB,TSC22D3,MRPS23,NCOA4,ANO8,NME2,CACYBP,RGMB,LIME1,MTSS1,APRT,NME1,MLF2,RHOB,PARP8,ARHGEF1,RHOV,PABPC1,CD47,SGK1,FJX1,CSTB,PCNA,STX16,SATB1,STX18,GNAI3,GDPD1,PRICKLE1,TRAK2,AMN1,SERTAD4,NFIL3,SHOC2,TBL1X,CCT7,METTL9,MAP4K4,CCT4,HUWE1,XPO7,PNMA2,MPP6,RAB11A,VEGFA,PER1,KBTBD4,CCNG2,HNRNPA2B1,CAPZA2,CTNNB1,SH3GL3,NDUFA11,KDM1A,CWC25,LZIC,UBE3B,IGF1R,CHCHD3,PPIP5K2,FAM174B,PPME1,CAPN2,BANF1,NRCAM,FAM3C,ARID2,BAHCC1,SH3GL1,RALBP1,PCID2,TPRA1,KDM2A,LIG3,WRNIP1,KCTD3,ATP1B1,TMEM136,ADAM15,TBL1XR1,EHBP1L1,WDFY1,CMPK1,CHMP4B,RAF1,COPA,ISYNA1,TBC1D19,COX16,DDX1,KLHL17,PXN,TOR1AIP2,SLC1A4,BHLHE22,PSEN1,PDS5A,RASGRP2,ADIPOR1,STK4,EFNA4,NDRG1,CNN3,UBB,DPP8,DPP9,GRK6,CAMTA1,NDUFV2,MARK2,QSER1,UBE2F,YARS,SMAD1,PRNP,ACBD5,ACBD4,UBE2I,CBX5,HSPA4,CBX3,PHF12,CRIM1,TBCB,TBCA,KLHL24,SMAD5,CLK3,HIGD2A,NFKBIA,EFNA3,EFNA2,PQLC1,HOOK2,HOOK1,GNB1,JMY,MKRN1,BLMH,DEGS1,TAB2,DEGS2,TCF3,BRWD1,LRP10,ZSCAN2,PICALM,RERE,YWHAE,RBM28,KDM5C,GSK3A,NVL,DDX47,PRKCSH,CHD3,CHD2,SOBP,RND3,CABIN1,SLC2A8,LASP1,SPRED1,MFSD5,MFSD1,FLOT2,LRRFIP1,SUN2,ARHGEF12,KLF13,PLA2G4E,PDPK1,TBC1D9,NAV2,ARID1A,GPCPD1,YWHAZ,NDUFS7,PEX3,NDUFS3,LUC7L3,PFDN1,NAA38,B4GALT7,RBM22,KDM3A,USP15,SLC3A2,ASAP1,HMGCR,ACVR1B,TOB1,HSPD1,DNPEP,TDG,BMS1,TMEM205,PDE6D,TMEM208,NCAM1,CYTH1,SNCA,SPEN,ATE1,GALNT1,ATP2B1,USP28,MEIS2,ACVR2A,PIK3IP1,RPS6KB2,SPRY2,FAM98B,VIM,SSBP2,LPIN2,MBTPS2,RAN"
+"gene_set_query"	"870"	"ZNF276"	"757.0"	"ARCHS4 Coexpression,993;Enrichr Queries,232;GTEx Coexpression,1046"	"HDAC10,ZMYND8,HNRNPU,TSEN54,PREX1,FRAT2,RASSF2,TRIM28,ZMIZ1,DPYSL2,ZMIZ2,LUC7L,CCNL2,KIF21B,GLUL,IER2,SLC12A9,SRRM2,ARRDC1,CIRBP,CD3EAP,CSNK1D,ANK3,MAPK8IP3,ANK1,JMJD8,NISCH,DDIT3,DDIT4,HECA,TRIM11,PRR14,ATF4,SF1,CDC42SE1,MACF1,MTMR3,TTYH3,STXBP2,TRANK1,AGAP1,BAZ2A,PIK3R1,PGS1,DHX34,MICAL1,GSE1,TNRC18,RCE1,RALGDS,N4BP1,SLC19A1,ST3GAL2,VPS16,VASP,ABCA2,JUN,JUND,JUP,DMPK,ABCA3,SETD1A,MTHFR,PBX2,PRRC2A,EHD1,ABTB1,WNK1,FASN,ID2,CCDC88C,CDK10,CORO7,DUS1L,FBXL6,ITM2C,OGFR,DHRS13,PIGU,PTPRS,FKBP15,PIGQ,ZFAND2B,TRIOBP,LIMD2,TRIM8,XPO6,CIC,CTSB,TOP3B,BRD2,DBNL,TSC22D3,SIRT7,GMIP,MRPS7,DUSP6,MLF2,RHOB,NCOR2,GAK,SLC7A5,MED25,INF2,KIFC2,PITPNM1,PACS1,PXDN,ARHGEF1,FAM193B,ARHGEF2,SGK1,RNF166,RNASEK,DOT1L,TYMP,GNAI2,FGD3,ZDHHC18,GGA3,CKB,PAIP1,MAP4K4,NKTR,MAP3K3,MBD6,MYO9B,VEGFA,SPSB3,SHKBP1,ZYX,PKN1,AGRN,YPEL3,CRTC2,TOR2A,MIDN,ANKRD13D,SPPL2B,STK11,FBRSL1,EP300,PIM3,FADS1,TLE3,RNF44,KDM2A,USP3,LMO7,LEMD2,DGKZ,FOXP1,ACAP3,DMTF1,ADAM15,SLC9A8,DGKQ,EHBP1L1,FSCN1,SQSTM1,CSNK1G2,FKBP5,ANAPC2,PFKFB3,MAX,ANKRD11,LTBP4,RASGRP2,CORO1A,NDRG1,SBNO2,NDOR1,GRK6,CAMTA1,E4F1,CAMTA2,ANKZF1,MARK2,NADK,BCL9L,MCL1,ACBD6,PRNP,PHF12,TNK2,AP4B1,CLK3,NFKBIA,EFNA2,LRFN4,HOOK2,HOOK1,GNB2,SPIRE2,PLXNB2,SKIV2L,MDM4,PLXNB1,CCDC22,CLASRP,LRCH4,MAP3K12,PRKCSH,AKAP8L,CHD6,PIK3CD,ARRB2,TAZ,PKD1,PPP1R9B,DUSP12,AP1G2,SNRNP70,PPP6R1,MCF2L,MYO18A,CASP2,MAN2C1,RBM5,KDM6B,SUN2,PLEKHG2,KLF13,PDPK1,AXIN1,IQCE,ARHGEF18,NAV2,ARID1A,DDOST,DNM2,FCHSD1,GIGYF1,PTP4A3,CTDSP2,POLR1B,C1D,EVL,TRABD,RGS19,LENG8,MLLT6,HDAC7,DCAF15,FZR1,DNPEP,FCHO1,POLR2A,TAF1C,SPOCK2,RAB24,SH3BP2,MKNK2,PTK2B,CSK,FEM1C,FBRS,CYTH1,PDLIM7,SEMA4A,KDM4B,TRIM41,SEMA4D,LIMK2,MIIP,HAGHL,HIP1R,USF1,CHFR,CLCN7,KLF6,SMAP2"
+"gene_set_query"	"871"	"ZNF554"	"757.0"	"ARCHS4 Coexpression,1554;Enrichr Queries,592;GTEx Coexpression,125"	"POP7,ZFYVE9,GPATCH8,SCAMP5,OPHN1,PPP2R1A,FBXO3,BSN,SOX4,TRIM23,EPHA4,RBFOX1,GABARAPL1,MECR,ATP6V1G2,TSPYL1,WSB1,UNC5A,ARRDC3,CIRBP,COG1,CD3EAP,ANK2,ANK3,ANK1,MAPK8IP3,STX1B,DDIT3,DDIT4,ORAI2,HECA,ULK1,PFN2,DHX8,TARSL2,STXBP1,PEX11B,FBF1,AGAP2,CD99L2,RTF1,VPS26B,SYNGR1,FXR2,B4GALNT1,RDH13,RHBDL1,ATP6V0A1,PRRT1,JUN,JUND,HOMER1,FAM78B,MAGEE1,IQSEC2,SS18L1,INSR,SLC35E3,IRF2BP1,IRF2BP2,MTHFR,ERAL1,SNAP91,PBX1,POU6F1,ABTB1,ARMC10,PKIA,ID2,RNPS1,HBP1,CALM1,CDK16,ITM2C,CDKN1C,GABRB2,PIGU,TMEM151B,PTPRS,CITED2,GRIK2,SLC7A11,PCSK7,BBC3,PPP3CB,NUDCD3,ACTR1B,TCP11L2,KIF1B,GPRASP2,PCMTD1,LRRC47,CEP68,ZYG11B,RPS6KL1,PRMT7,ZER1,ACTL6B,TSC22D1,PARP2,GAA,TSC22D3,SYP,MANEAL,GAB2,TERF2,RHOA,PGM2L1,MLF2,RHOB,CNKSR2,IMMP1L,PXDN,MAPRE3,RHOU,MAPT,MAPRE1,RNF165,NFIX,STAU2,SATB1,AMIGO1,DOT1L,GDPD1,NOL9,ADCY1,GNAI2,LCMT1,DYNC1I1,PTGES2,YIPF4,LHFPL4,ELP3,SORBS2,NMNAT2,VEGFA,CCNG2,YPEL1,TCEA2,PKN1,YPEL5,YPEL3,SLC27A1,ATP8A1,SPPL2B,CLSTN1,CLU,SLC8A2,TM7SF2,PALM,SBF2,SH3GL2,PPFIA3,FADS1,SLC25A46,MAP2K4,USP8,TLE2,SLC38A1,ANKRD46,TTC7B,LMTK2,CACNB1,DISP2,EEF1A2,MAPKAPK5,FKBP3,RTN4R,RTN2,SHC2,BHLHB9,RTN1,CHRNA7,LTBP4,ITPR1,UBR3,CACNA1A,SLC1A4,CPLX2,KLC1,NDRG1,RAP1B,GOLGA7B,ORC4,KLC2,ORC6,PITRM1,BTBD2,ZKSCAN3,CAMTA2,SRGAP3,NDUFV3,LONRF2,PDZD7,AP1M1,PRNP,SYT3,GGT7,ACBD4,KLHL22,ASNS,KLHL24,EEF2,EFNA2,HOOK2,NBEA,STK25,HOOK1,JMY,AAK1,SPIRE2,TADA1,UBE2O,TUBGCP4,LSM14B,ZSCAN2,RNF187,MXD4,SNAP25,KDM5B,CALCOCO1,THRA,PRKCSH,CHD6,GPHN,EEF2K,BCL7A,OPA3,GDAP1L1,MLST8,DGCR6,UNKL,EID2B,KDM6B,NAA30,SVOP,PLEKHG2,PDPK1,UBE2QL1,PPP2R5D,DUSP26,DNM1,ZFP90,SUPV3L1,PTP4A3,DAD1,TRAPPC6B,CTDSP2,POLR1B,GFOD2,CCDC43,SLC25A12,THOP1,CAMK2B,PPP1R15A,RNFT2,HDAC5,PPM1L,RGS16,VPS4A,DCTN3,CEBPG,GOSR1,ADD2,THBS3,FBXL20,FOXRED2,MAPK9,GNG3,RMND5A,SV2A,GNG7,MKNK2,SH3BP2,FEM1C,SNCB,RPP14,CLASP1,OPCML,KDM4B,URGCP,SLC12A5,RRM2,TRIM41,KCNJ11,USP22,LYSMD1,NAP1L2,ATP2B2,RPRD2,TTC19,PNRC1,DBNDD1,IRGQ,NECAP2,NEURL4,SBK1,CDKN2AIPNL,TEF,RAB12,POLR3F,PDCD4,STUB1"
+"gene_set_query"	"872"	"MYOD1"	"757.8"	"ARCHS4 Coexpression,1232;ENCODE ChIP-seq,47;Enrichr Queries,1345;ReMap ChIP-seq,196;GTEx Coexpression,969"	"ITSN2,TFRC,POP4,FAM110A,NDST1,TBK1,CAPNS1,DPYSL2,AKT2,GPBP1,AKT1,PRKACA,ATG3,PRKAB2,CACNA2D1,DDIT4,TMEM126A,JTB,ATF4,SF1,SAR1B,CDCA4,TARSL2,SHMT2,PDGFA,BAZ2A,PRPSAP1,RNF214,RNF216,PIP5K1C,HEXIM1,JAG2,JUN,CREBBP,GSTM1,JUP,BTBD10,TBL3,VANGL2,PKIA,FASN,SFXN3,NMT2,GSTM5,KCNC1,SNX12,SNX10,OSBPL11,SHB,SHD,MED17,MECP2,SMPD1,JAK2,PCMTD1,APC2,DUSP1,SLC39A10,SLC39A13,JOSD1,MED27,MED26,DUSP6,PGM2L1,DUSP7,DDB1,SLC7A6,MED21,PXDN,TRUB1,SAMD8,URM1,GSTP1,ATL1,WRB,ODC1,SLC7A1,CENPB,FAM117B,SPOP,STX2,JAM3,EGLN1,MBD3,CRBN,TRAPPC10,WNT7B,MCRS1,SNX21,TARBP2,CCDC9,CCDC6,TSR1,PKN1,CIAPIN1,YPEL5,CRAT,YPEL4,YPEL3,GZF1,NAB1,FBXO28,CASC3,FBXO21,FBXO22,FADS3,POFUT2,UROD,FNTB,ADORA1,NUDT19,MAP3K9,NUDT16,CDKL2,BNIP3L,DGAT1,EIF1AX,STX7,ATP11B,FBXO10,PIAS2,CDC25B,FAM118B,PIAS1,MSH6,TPST2,DMTF1,SRSF2,PKP4,SRSF4,SRSF6,SLC27A3,SRSF9,INO80B,TXNDC9,FBXO45,CORO1B,SNN,G3BP1,TXNDC5,TMEM120B,NOP14,UROS,STYX,HPS1,CORO2A,CORO2B,DRAP1,YRDC,IBTK,NACA,ACO1,CLPTM1L,ACO2,NIT1,ITGB1,PTEN,ZNRD1,PPP6R1,PGLS,ARL5A,YAF2,BOK,ACTR3,EIF5B,ARFGAP3,RABGGTB,RABGGTA,ARFGAP1,MSL1,ARL4C,TMBIM4,ETF1,BCAT2,BECN1,SNAP47,ROCK2,SRF,SRL,FOXRED2,SRR,ZNRF2,CCDC85C,UBQLN1,FEM1C,FYN,UBQLN4,TRIM44,EIF4B,GADD45GIP1,TRIM41,FEM1A,MID1IP1,PCDH7,CABLES2,DBNDD1,PINK1,TRIM39,EIF3I,TSPAN18,EIF3J,EIF3G,TRIM37,EIF3E,STUB1,EIF3C,BCAR1,TRIM33,SLC23A2,CERK,CPNE5,LDLRAD3,ACTB,NUDT3,NUDT4,TRIM28,SNRPD2,EIF2D,EPC2,TRIM27,PTGFRN,ATXN7L2,CCDC92,ATXN7L3,SMARCC1,ATP6V1G2,ACTN1,ALG5,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,TMEM170B,MFSD11,CDC34,SNHG12,TRIB2,EIF1B,NUMBL,NRN1,GGNBP2,SDC3,CEND1,GSPT1,PGS1,NKAIN2,NKAIN1,SYNGR1,SEC14L1,B4GALNT1,ATP6V1C1,XBP1,NTAN1,PTK2,EXT1,AIMP2,CALY,PTK7,CDC16,CALU,NDUFAF3,GRB2,CALR,FBXL5,SUGP2,HERPUD2,MRPS17,DDR1,MRPS16,HIBADH,MRPS11,GRIK5,RAB22A,HERPUD1,PPP3CA,MAP1LC3B,MAP1LC3A,PCLO,RAC3,GIT1,MRPS28,PBRM1,ATMIN,GAA,PRPF40B,GAB2,TFB2M,SREBF2,TOX4,GAK,ARHGEF9,RAP2B,PITPNM1,SLTM,ARHGEF4,FAM193B,ARHGEF2,FAM193A,NAPA,NAPB,CAB39,SSNA1,PRICKLE1,COX5A,RELA,GNAI1,NFIL3,MGAT1,MON2,SORT1,PNPLA8,VEGFB,MYO9A,PEX14,VEGFA,GRIN1,YIF1B,NUDT9,BOP1,TTC9,NUDT8,SGSM3,KLHL8,NDUFAB1,SGSM2,TCEA2,ZFP28,OTUD4,NARF,CRTC1,ZFAND5,UBE3A,UBE2Z,TXN2,ACTG1,IGF1R,AMMECR1L,DENND5A,FAM3C,TMOD3,TTC7B,DNAJB12,EEF1A1,ADAM15,TBC1D20,EHBP1L1,EEF1A2,TBC1D24,PPIF,PLAA,WDFY3,PPIB,PKDCC,COX15,DIABLO,HTRA2,CACNA1A,RAI1,LLPH,TBC1D16,UBE2F,PCIF1,AHI1,HOOK2,HOOK1,CCPG1,GNB2,AMOTL2,DEGS1,GNB5,GALK1,PHTF2,DYRK3,DYRK2,TAZ,RND2,LMNB2,EEF2K,RASGEF1B,RB1CC1,MYO18A,DACT3,DACT1,SUN2,SUN1,SYNGR3,CUEDC1,AGPAT5,SFSWAP,RNF8,ASAP2,RNF7,ADD1,TMEM201,PABPN1,MKNK2,RPP14,CRYM,ATF7IP,TTC13,EYA3,USF2,CDK11B,USF1,GALE,UFM1,ERCC3,TEF,ERCC1,KRAS,GPD1L,IPO13,NCKAP1,ANKLE2,ARPC5L,HNRNPU,GPATCH4,SMC6,SLC4A3,GPATCH8,ALCAM,CNST,TFG,ZMIZ2,VPS36,VPS18,NUP210,PRKCD,GTPBP6,REV1,SCRIB,ARMC8,HCFC2,GTPBP2,ATG13,ARMC6,GNE,ANAPC13,SEH1L,CTBP1,XPA,FAM171A2,BLOC1S1,NUP85,LDHD,CEP70,GAR1,ST3GAL5,NRBF2,ST3GAL1,FDFT1,NAA50,NDFIP2,NDFIP1,SNAPIN,DMPK,ARPP21,SETD1A,IRF2BP1,IRF2BP2,NR1D1,EHD1,HNRNPL,MMS19,WDR47,PHF20,PHF1,SETD7,WDR41,SMG5,WDR43,SMG6,UBL3,TIMP2,CIC,RRP15,CEP68,RPS6KL1,SHPRH,TPI1,NUTF2,FAM126A,GNL3,NCOR2,TAF6L,TUBB2B,SIKE1,MTF2,EXOC4,EXOC6,GARS,EXOC5,KIFC3,GRAMD1A,NFIX,WDR26,USO1,FAM129B,FGD4,SCAF8,CKB,FARP1,YTHDF1,YTHDF2,YTHDF3,WDR18,SYVN1,GATC,DEF8,WDR12,WDR13,SLC8A3,PHF5A,OSTM1,TMEM39B,RAB3D,AUP1,RPL10A,CLU,IPO4,TM7SF2,NPEPPS,IPO9,LAMP1,CFL2,CFL1,PHYHD1,HMGN2,PLEKHJ1,HMGN1,IFNAR2,TLE4,RAB2B,TLE2,TPM4,TPM3,USP4,MAGI3,TPM1,VASH2,DYRK1B,TRAFD1,LARP4B,LEMD2,NRBP1,THOC6,MORF4L1,RAB31,DMWD,PGP,AAGAB,FKBP3,SNRPA,IFNAR1,FKBP2,RAB5B,CBFB,INSIG1,CCDC25,UBR3,SLC38A10,ORC5,DVL1,PLXNA2,PLXNA1,AP1M1,PLXNA3,OSBPL9,TRAPPC3,OSBPL8,EIF2B4,EIF2B3,AKIRIN1,EIF2B2,OSBPL2,TMEM132A,TRAPPC9,SCRT1,COPS3,COPS6,NSG2,REEP2,PLXNB2,MAP3K10,PLXNB1,CNIH3,SLC48A1,ZC3H3,LBH,NOB1,SCRN1,AP1G1,RNPEP,WDR6,TLK1,WDR7,TNPO1,CCDC50,ILKAP,ADAMTS7,IDH3A,ADSL,PLEKHG2,RFC2,LANCL1,TRPC2,EDF1,TSN,DNAJC7,DNAJC5,CTDSP2,POLR1D,CCDC43,TSSC4,TULP4,DNAJB1,HECTD1,MSTO1,ABLIM3,DNAJB5,HECTD3,VPS52,POLR2E,ASCC2,ADSS,POLR2L,MLXIP,SLC35A2,PPIL2,NCKAP5L,FBXL16,RPRD2,FBXL14,BCKDK,ASXL1,RAB10,SNRNP40,VAPA,PSAT1,RAB12,POLR3D,DNAJA2,DRG2,VPS45,PPIL4,TPT1,SLC35B2,ISCA1,PANK2,SLC35B4,VARS,PITPNB,HDAC11,CBLB,PDCD2L,RPS15,RPS16,RPS19,RPS18,DAG1,DENR,RPS10,TBC1D10B,SRRM2,ARRDC1,AP1AR,TIAM1,POR,TWSG1,MTHFD2L,SIK1,ATP6V0D1,OBSL1,RTEL1,CSTF2,MYL12B,FXR1,UGCG,CSTF1,GSE1,STXBP5,RALGDS,ARGLU1,VASP,SYNRG,PUM1,PUM2,ZZZ3,FUBP3,RPS20,RNPS1,RPS21,TOP2B,FAM45A,CITED2,ZCCHC17,COIL,CHMP1B,XPO6,TMED4,TOP3B,ZYG11B,TMED9,MTSS1,VAV2,PARP8,SLC22A23,NFX1,HNRNPH3,FYTTD1,CSTB,AMIGO1,GDPD1,NOL7,NOL9,PTN,NOL4,PTS,PPP2CB,UBTD2,APBB2,APBB1,METTL9,MYEF2,PTGES2,NFYC,GBF1,RAB11A,PDP1,KBTBD4,CAPZA1,CAPZA2,COPG2,APBA1,MEGF8,KDM1A,KDM1B,ROGDI,ARHGDIG,CWC25,COMT,CCDC28B,COL4A3BP,FAM162A,ARHGDIA,FPGS,HCFC1R1,NRCAM,AZI2,PHYH,TRAPPC2L,KDM2A,LMO4,SHISA5,SHISA4,ATP1B2,MYCN,CHMP4B,ISYNA1,PXK,RPS19BP1,PXN,LPL,CABP1,PRPF8,CAMSAP1,EFNB2,ZMAT5,RPRD1B,CPSF6,CBX4,IDH2,COQ9,COQ5,COQ2,EFNA2,BRWD1,MUS81,DBI,SEPT7,CASP3,SNAPC3,CASP2,RBM6,KDM6B,H2AFY,IQCE,PPP2R5B,H2AFV,OXSR1,FCHSD2,DDAH1,DDAH2,THRAP3,DNLZ,FAM84A,CDH13,PFDN2,TMEM9,HAGH,THOP1,VAC14,STOML2,STOML1,PDXP,ATP1A1,FAM168B,MAPK8,FAM168A,MAPK7,UGP2,ALDH1B1,CHSY1,PPP2R3C,GNA11,GNA12,MAPK6,KDM4B,LIMK2,QPCTL,LIMK1,PPP2R3A,RPS6KB1,RPS6KB2,CDK2AP2,ATP13A3,LPIN2,MDC1,MT-ND4,CHIC2,EHMT2,EHMT1,RABGEF1,PSMD6,PSMD7,ZFYVE27,MPRIP,PPP4R2,PSMD4,PSMD3,MEF2A,HES6,MEF2C,RBFOX1,EML1,SCAMP2,FAM133B,RUFY1,EID1,PRKAR1A,RFX7,RUFY2,CGGBP1,MTMR1,TTYH3,ABCB6,AGAP1,MRPL14,ABCB8,AGAP3,MTMR4,MTMR6,GIGYF2,CYB5R1,CYB5R3,PRKAR2B,PRKAR2A,AMZ2,PUSL1,B3GALNT1,ABCA2,CADM1,EDEM2,ERLIN2,MLLT11,MRPL30,PSMG3,PSMG4,AVL9,TMEM9B,ARF3,PIGT,PIGQ,DIS3L,MRPL38,MRPL34,AACS,TUBA1C,MRPL42,TUBA1B,FASTK,RPLP2,SH3BGRL3,APPL1,LRRC47,DFFB,UPF1,ELOVL5,MRPL49,MRPL48,DYNLL1,MRPL45,MRPL46,SIRT2,SRP9,MRPL44,MRPL52,MRPL53,CDC42EP3,CDC42EP2,PICK1,TMEM106B,PGAM5,SLC29A1,VAMP4,VAMP2,SLC29A2,STAU1,PSMA7,GGA2,UNK,TMEM65,ANO10,NCDN,MEF2D,YKT6,LRRC20,LETM1,FABP3,PSMC3,FABP5,PSMC1,SERBP1,UBAP2,CCNT2,FAM13B,UBE2D3,UBE2D1,STK11,KPNA4,PMPCA,PIM3,SLC16A2,KPNA3,NOMO1,KPNA1,SH3GLB1,SH3GLB2,UBE2E3,VPS33A,UBE2E2,ACAP3,ACAP2,TXLNA,MAPKAPK2,FSCN1,ANAPC4,ANAPC5,SQSTM1,KPNB1,NSMAF,ANAPC2,PFKFB3,RNASEH2A,PEF1,ARL2,FOXO6,UBFD1,ACAT1,SOCS2,SBNO1,SBNO2,ATXN2,E4F1,SLC38A2,GOT1,GOT2,ZBTB12,EEF2,ZC3HC1,STK25,TMEM11,MDM2,NFE2L1,HSP90AB1,PPP1R13B,CELF1,SCHIP1,CELF2,COX4I1,FHL1,ARRB1,ARRB2,PMEPA1,MRPL9,DST,VBP1,SH2D3C,VPS37C,ARNT,RAD23A,VEZF1,VPS37B,DDOST,PPM1A,NSMCE4A,PPP1R12B,SLC25A11,MET,NDUFB6,CXXC1,FOXK2,FURIN,HSD17B10,LRP6,SLC25A28,SH3BP2,SH3BP5,LRRC8B,SLC25A22,ATP9B,SLC25A25,SH2B2,SH2B1,CYB5B,SLC12A2,NDUFA8,PPP1R14B,MMAA,NDUFA4,FOXJ3,HIP1R,IMMT,BAIAP2,MCOLN1,TPD52L2,SLC25A39,P4HB,SMAP2,SMAP1,SPG21,EIF4A2,CCNJ,CCNI,PLEKHB2,PREP,KEAP1,TXNDC11,JMJD1C,TXNDC12,CCNC,ZDHHC8,TXNDC15,ZDHHC3,CYB5D1,OGFOD2,CHORDC1,CCNL2,CCNL1,EPHB2,SLC12A6,IMP3,ENTPD4,NSMCE1,ANK1,PISD,THAP4,GNPAT,THAP3,STX1B,TMEM87B,L3MBTL2,PAXIP1,FOXG1,PIK3R1,PTTG1IP,UBE2J2,UBE2J1,SNX3,DHX30,SNX1,DHX32,DHX33,PCBP4,MICAL1,ERI3,DYM,SURF6,TSPAN5,HIVEP2,TSPAN3,SNX5,ZBED4,RAB11FIP5,SEC31A,CTSA,IQSEC1,RCC2,MICAL2,XRCC1,HSPA12A,PAICS,CALM3,LRRN1,CALM1,CALM2,TMEM151B,CTSZ,DIRAS2,AATK,SLC7A11,PEPD,ARV1,NCS1,ENC1,DHX16,SSSCA1,KIF1A,CTSD,VKORC1,NCOA1,WARS,TMEM150A,NCOA5,STARD3NL,MMD,MINK1,ANO6,RGMB,COMMD6,COMMD7,MRPS6,COMMD5,RGMA,ENAH,G2E3,CD47,GLCCI1,CRELD2,DBN1,STX12,CRIP2,CAMKK1,EXOSC7,ARVCF,SAMM50,PGRMC2,SERTAD4,FAM172A,GPC1,CAMK2N2,HSF2,HSF1,EXOSC8,CCT7,PAK3,PAK2,CCT4,PLEKHA1,TMUB1,RPA1,UBE2G1,UBE2G2,PPP1CA,PER1,DPY19L3,GPAM,CSDC2,NEDD4,CCNG2,FAM171B,SCARB2,MIDN,CD81,BCCIP,KLHL34,CYP46A1,CAPN7,KHSRP,PALM,CAPN2,SNIP1,BAHCC1,SH3GL1,SLC30A9,SLC30A5,LMTK2,RUNDC3A,TMX4,FAM173A,SBDS,UBE2V1,RTN2,PSMD11,TOR1AIP2,NDRG1,RTN4,TAF5L,DEAF1,CAMTA2,NDUFV2,KLHL29,CCDC134,IVNS1ABP,OST4,FDPS,GGT7,ZFHX2,KLHL26,PHF12,HMGA1,SUPT5H,ANKHD1,KLHL20,PHF13,TAB1,LSM14A,PICALM,YWHAE,GSK3A,NAA40,YWHAB,DDX47,MAST2,DDX42,PSIP1,ARHGEF10L,CHD3,DDX41,HMGB1,TRIAP1,SOBP,AFF4,TMEM191C,PPP1R9B,SEC61A2,BCL7A,BCL7C,BCL7B,MLST8,UQCRFS1,LRRFIP2,LRRFIP1,YWHAG,YWHAH,NAA30,HSDL1,GLRX3,NCBP2,GLRX5,PLA2G4B,TBC1D8,ABHD14B,ABHD14A,GPCPD1,LMBRD1,NDUFS8,RCN2,NDUFS7,NDUFS5,TBC1D7,NDUFS3,NAA38,NUP54,RBM24,TGFBRAP1,DDX20,RBM4B,HMGCR,CLCN3,NAA25,PDLIM7,RBM39,MBTPS1,TAF15,NAA10,GALNT2,ATP2B1,CHFR,SOD1,GLB1,FAM131C,ASB8,FAM98A,NAA15,RBM45,R3HDM1,CLUAP1,FAM50A,LNX2,RB1,TRIO,STMN3,STMN4,DCAF5,GABPB1,BACH1,BACH2,DCAF6,PCMT1,MYC,ZXDC,CDK20,RPL36,RPL35,PIP4K2A,PIP4K2C,DIP2B,IER2,ACOT7,DAPK3,SOX11,SOX12,RNF123,BIN1,YME1L1,RPL26,RPL29,TSPYL4,RNF121,CDC42SE1,NEDD4L,HIF1A,PRDX3,PRDX2,PPP3R1,RIC8B,CHST15,S100A10,BRAP,RPL41,FZD3,JUND,H3F3B,RAB3IP,TYSND1,BRAF,CDC7,PRDX6,PRRC2B,TMEM198,THAP11,TADA2B,GLUD1,FAM160A2,OGDH,UNC119,CDK13,CDC42SE2,TCF25,CLTB,ADO,TRIM8,TMEM189,CSRP2,RFK,TRIM2,ANXA6,SPIN1,RIOK2,ZC3H10,BRD1,MIOS,TCF12,RNF167,AFTPH,INF2,MRAS,TET3,PCYOX1,TIMM10,TMEM165,RNF138,LMAN2,CHN1,RPL14,SC5D,RPS2,BRD7,ANKRD50,SF3A3,BRF2,SF3A2,BRF1,RIOK3,WWP2,LPCAT4,ABI1,INHA,RNF141,TOR2A,CHPF,CLSTN2,CLSTN3,MAEA,RNF19A,MACROD2,LZTS2,LZTS1,STK32C,SEMA6B,SEMA6C,ANKRD46,IGFBP3,ANKRD44,GPT2,CACNB1,CTDNEP1,DISP2,ST7L,CLIP2,CLIP1,ARMCX1,ARMCX2,STIM2,ERP29,TNIK,TTPAL,SEMA7A,ENY2,CD151,CUL5,ANKRD11,AK1,CHRD,AK3,KLC1,GTF2E2,RHOBTB2,STIP1,HMBOX1,BAG5,BTBD1,PSAP,SKIL,WDTC1,ANKRD28,ESRRA,TNK2,DHCR24,MARCH8,MARCH7,ADAP1,LSM4,MARCH5,LSM2,CDK9,MARCH2,CDK8,NSFL1C,RCAN1,SCCPDH,CDK5,RHEB,CDK4,TADA3,GPR107,SERINC2,RNF185,EIF4G2,RNF187,LMBR1L,CALCOCO1,RNF11,DAGLA,RNF13,RNF14,PTPN23,DUSP12,PTBP1,METTL14,SART3,GM2A,SGCB,HIF1AN,SLC37A3,IQCB1,CHUK,LIX1L,DUSP26,REXO2,YDJC,BET1L,PATL1,PTP4A2,TRAF7,PTP4A3,DALRD3,ASPH,RP9,EIF4E2,SSX2IP,TRABD,NFAT5,SMARCD3,WBP1,WBP2,WBP4,DPCD,WASF1,UGGT1,DCAF13,SPAG9,SEMA4A,SPAG7,KCNJ11,SEMA4D,KCNIP2,TXNRD1,SEMA4C,PLCL2,ADRM1,DDHD1,OXR1,TRIT1,PNRC2,CUL4A,KLF6,GLRB,IMPDH1,MGAT4B,INSM1,RHEBL1,PFKM,METAP1,PFKP,APP,CMAS,GOLGA4,GOLGA5,ARL6IP5,HABP4,GOLGA7,NFKBIL1,MTUS1,PTOV1,MRPS18A,ACSL3,JMJD8,JMJD6,CARHSP1,COX7A2L,RRAGC,AKAP9,RRAGD,PFN1,EZR,TELO2,NECAB3,BEX1,TSHZ3,IGSF3,TWF1,TRMT2A,TMTC1,NLK,TMTC4,NLN,PRRC1,SPAST,INPP5E,MAP4,INSR,SNHG6,UBAC1,GADD45G,MANF,SRPK1,CCDC88A,SESTD1,CCDC88C,TMCC2,CORO7,TMCC1,ITM2B,CC2D1B,DAZAP1,TRAM1,GDI1,FAF1,OLA1,MYL6B,PRPF19,RYR3,ZMYM2,AUH,CAMKV,ZMYM4,PRMT6,ATP6V0B,PRMT1,PRMT3,AMPD2,RHOB,NME1,PACS2,FAM20C,MAPRE3,RHOU,ALDOA,MAPRE1,ATP6V0C,UQCR10,ARNTL,MAP4K5,DCPS,RANBP2,RANBP1,RANBP6,PRPF39,CTNNB1,TRIP12,FAU,CDK5R2,CDK5R1,GALNT11,ARHGAP39,TOMM20,FBL,CHCHD3,TMEM147,CHCHD1,PDIA3,SPNS2,TSC1,WRNIP1,KCTD6,DPM2,TMEM135,TBL1XR1,CMPK1,SCG5,ISCU,ATP6V1A,ADIPOR1,PLCXD2,DPP3,DPP9,CASKIN1,ATP6V1H,ZC3H14,MYH10,PDZD7,ATP6V1F,SMAD2,DNAJC19,HSPA8,SMAD1,ACBD4,WSCD1,ASPSCR1,DNAJC14,DNAJC16,AZIN1,DNAJC18,ARHGAP23,NR4A3,RFXAP,GRSF1,ACBD3,NFKBIB,SCYL3,USP38,DOCK9,PKD1,SENP7,ZC3H7A,GMPPA,FLOT1,SPEG,TMEM109,POLG,KLF11,KLF13,USP43,PDE4D,RNF208,TRNAU1AP,ARID1B,KLF16,DDX19A,CHMP6,B4GALT7,HCN3,USP15,USP10,RGS16,USP12,WIZ,SPG7,TM2D3,STRN3,NCAM1,CAMK2G,SPEN,PTCD1,WTAP,USP20,USP21,PCDHGC4,SGTA,HAGHL,USP28,XPNPEP1,SPRY2,SSBP1,PDE7A,SSBP2,SSBP3,SSBP4"
+"gene_set_query"	"873"	"ZNF45"	"758.0"	"ARCHS4 Coexpression,712;Enrichr Queries,797;GTEx Coexpression,765"	"CCNJ,TRRAP,FCF1,PREP,HNRNPU,JMJD1C,EPRS,ALKBH8,RASSF1,CDC23,PPP4R2,PSMD5,DPYSL2,SOX4,TMPO,AGFG1,MED1,DDX18,AQR,SCAF11,TSTD2,STARD7,IFRD1,RECQL,REV1,CD3EAP,GTPBP4,FAM133B,RFX7,ZSCAN21,YME1L1,HECA,ANKRA2,ALG10B,KCTD18,NUP205,DHX8,DHX9,PIK3R4,MTMR9,XPC,BRCC3,PIK3R1,RPAP3,MTDH,LDHB,SPAST,DHX33,LARS,TRPM7,RAB11FIP2,RBM12,SERF2,JUN,XRCC6,CDC7,NETO2,PA2G4,SMU1,STAG1,ZBTB6,ZZZ3,ID2,HNRNPF,MMS19,DHX29,NOL11,HNRNPC,RBAK,ITM2C,AHCTF1,PIGU,GFM2,GDI2,MRPL36,SIPA1L2,PHF6,MED17,SYNCRIP,XPO1,PCF11,ENC1,XPO5,DHX15,RIOK2,RIOK1,UTP14A,ZIK1,COX8A,WDR36,PBRM1,SHPRH,PARP1,TCF12,NIPA2,BAZ1B,DUSP6,MLF2,KIN,SIKE1,CDC42EP3,PXDN,MPPED2,RAPGEF2,SGK1,ATP6V0C,PCNA,SF3B3,NIP7,HEATR1,GNAI3,COX5B,HSPA13,BCLAF1,CAMK2N1,NSD1,USP1,MGAT2,CCT8,MAP4K5,SRSF10,EXOSC2,YTHDF3,MTX3,DAB2IP,RANBP6,LRPPRC,WDR11,KLHL9,ATAT1,PDP1,KBTBD4,NUDT21,SEC23IP,MPHOSPH9,SERBP1,RAB3GAP2,PKN1,RNF141,OTUD4,DBR1,CCNT2,FAM13B,CSE1L,ARID4A,FBXO22,IPO5,SMCHD1,ZFP30,PPIP5K2,SLC39A9,CWC22,SMARCAD1,USP8,SUPT16H,ANKRD46,ANKRD44,UBE4A,LMO7,THOC2,ILF2,MSH6,EEF1A1,MSH2,TBC1D20,TMX1,SRSF2,ADNP,ANAPC1,NSMAF,ZCCHC7,DDX6,DDX5,IREB2,ITPR1,UBFD1,PDS5B,PDS5A,SEZ6L2,GTF2E1,G3BP1,ZKSCAN3,CAMTA2,SLC38A2,ZKSCAN1,BPTF,IVNS1ABP,PRNP,HSPA8,TIA1,NUP155,API5,HSPA4,NONO,DNAJC13,NUP153,CLK4,SYT7,SLC7A6OS,GNL3L,EFNA2,APPBP2,HOOK2,ZFP62,HOOK1,CNOT1,CAPRIN1,UBA2,TPP2,IARS,BRWD1,ZSCAN2,CREBZF,SCYL3,DDX3X,DDX46,MCM7,COX4I1,CHD8,WDR3,USP34,CHD6,ZFP82,LMNB1,RPS4X,DUSP12,SART3,ZC3H7A,PMEPA1,TOPBP1,TNPO1,EIF2B1,ARL5A,TNPO3,UTP15,USP48,DST,NUP133,PDPK1,ATRX,SMC1A,LATS1,ARL4C,VCAN,CREB1,THRAP3,CTDSP2,POLR1B,RASA1,PPDPF,BIRC6,NUP54,SOS1,AGPAT5,GTF3C3,GTF3C4,WBP2,GOSR1,TGFBRAP1,SRSF1,MAK16,DDX21,PPM1D,DNAJB2,AP3M1,CAND1,POLR2B,TGS1,TRA2B,TAF1A,POLR2D,KRIT1,PDE6D,FEM1C,SLC25A23,HNRNPA1,EIF4B,SPAG9,RRM2,FOXJ3,DEK,OXR1,MYO16,PNKD,APC,PPP2R2C,EIF3L,POLE3,ERCC8,QRICH1,EIF3E,ABCE1,TRIM32,TAF2,MBTPS2,TRIM33,TAF1"
+"gene_set_query"	"874"	"KLF5"	"758.6"	"Literature ChIP-seq,107;ARCHS4 Coexpression,1411;Enrichr Queries,933;ReMap ChIP-seq,113;GTEx Coexpression,1229"	"MT-ND4,GMFB,TSEN54,FAM110A,SCAMP4,NDST1,KRTCAP2,CAPNS1,MPRIP,DPYSL2,DPYSL3,GPBP1,SAMD10,STARD3,SAP30BP,PRKAB2,MEF2C,CXADR,EML2,FAM133B,RUFY1,DDIT3,DDIT4,PSME1,JTB,PSME2,VOPP1,RBCK1,ATF4,EXD2,MTMR2,SET,TTYH3,NPRL2,MEPCE,NPRL3,PDGFA,AGAP1,ABCB8,SLCO5A1,AGAP3,PLA2G6,MRPL12,MTMR4,GABARAP,RHOT2,LARP1,CYB5R3,RDH13,PIP5K1C,PSMF1,ATRIP,RHBDL1,HEXIM1,ABCA2,JUN,PRRT2,JUP,PMM1,CADM2,NCAPH2,MRPL24,BTBD10,MLLT10,ABTB1,TBL3,VANGL2,FAM135A,EIF6,QARS,SFXN3,PSMG4,ARF1,LRSAM1,PIGO,MRPL38,CTCF,MRPL37,MRPL34,BBC3,DDA1,PCMTD2,MED11,TRMT112,TUBA1C,NIPBL,MED13,TMEM44,FASTK,MED10,RPLP2,NEFM,JAK2,SPHK2,MRPL49,SIRT7,MRPL48,DUSP8,DYNLL1,MRPL45,MED29,DUSP6,DDB2,MRPL53,SLC7A5,SLC7A6,MED24,CDC42EP3,PXDN,PTRH1,TUT1,VAMP2,ARF6,PAFAH1B1,LRRC14,LIN37,ODC1,ADAM22,NOC4L,TMEM74,CENPB,MRPL55,GGA2,GGA1,NRAS,RECQL5,EXOSC10,MICALL1,CLPTM1,FLNA,ZSWIM6,SAMD1,RIC3,EGLN2,MBD6,WNT7B,LRRC28,DAB2IP,SAMD4B,GATAD2A,ABCB10,SNX16,TAOK3,CCDC9,SHKBP1,TTLL1,AGRN,YPEL3,GZF1,HDDC2,MTCH2,CRCP,ATN1,SLA,CASC3,TSEN2,ALDH1L2,HDDC3,YY1,POFUT2,SLK,OSBP,FBRSL1,CEP250,PIM3,NUDT16,SYBU,SLC38A1,PCYT2,AGTPBP1,CTNNBIP1,PPP1R16A,FOXP4,SRCIN1,LENEP,CDC25B,SAP30,ACAP3,SLC9A8,FSCN1,SRSF3,SQSTM1,KPNB1,SLC27A4,ANAPC2,GRIA1,INO80B,RNASEH2A,PFKFB3,MAX,PEF1,TUBGCP2,MAZ,IREB2,ISG20L2,GLIS2,CORO1C,SOCS2,SBNO1,NDOR1,PMVK,E4F1,SLC38A2,NADK,BRPF1,NOP16,CORO2A,FBXO31,UCKL1,STK24,SP3,DMXL2,MDM2,TMEM19,NFE2L1,ZNF512B,MCFD2,HSP90AB1,ARRB2,BICD2,AP4M1,MRPL3,CAPZB,PMEPA1,MDP1,PELP1,UNC45A,EIF5A,SIGMAR1,TNFRSF19,SH2D3C,RAD23A,MSL1,ARL4C,IMPACT,PIK3CA,IMPAD1,TMBIM6,GAPDH,SLC25A11,MET,TNFRSF21,BCAT2,PPP1R15A,PPP1R15B,CANT1,UHRF2,SRC,ROCK2,NDUFB4,PRCC,CXXC1,PARD6G,FOXK1,LRP3,ZBTB45,SRI,HSD17B12,SRL,MLLT6,CDC42,SRR,U2AF2,SLITRK1,KATNA1,SH3BP2,PHKG2,FCHO2,TRIM46,FYN,IGF2BP3,E2F4,PCDH1,AAMP,SLC25A22,SH2B2,BEND6,SH2B1,GADD45GIP1,NOP56,CYB5B,PTPN1,PPP1R14B,CIZ1,TRIM41,PCDH9,MBOAT7,DONSON,HIP1R,RPL23A,BAIAP2,CABLES2,NAGK,PDCD4,STUB1,EIF3E,CDR2L,P4HB,ATXN10,KCNK2,SLC25A36,EIF4A1,SLC23A2,CCNK,CERK,ZDHHC5,TXNDC11,ACTB,CYB5D1,NUDT4,RASSF1,SNRPD2,CHORDC1,CCDC97,CCNL1,SLC12A9,CALN1,ALG9,PAQR4,SCAF11,ACTN1,ECH1,CIRBP,MOGS,ACTN4,TMEM170B,PISD,THAP4,SNHG12,CCNY,CDC37,KCNQ2,FAM76A,CCDC82,STX1A,KCTD15,ADCYAP1R1,GGNBP2,GIPR,MYCBP2,CEND1,PIK3R1,PTTG1IP,KALRN,TTBK2,PGS1,SEC14L1,PCBP4,DHX35,HIVEP1,SYMPK,RCE1,ZBED4,LRRN3,LRRN2,RCC2,MICAL2,SMARCA4,EXT1,ID2,RPL27A,PPP1R1B,CDC16,SDC1,NDUFAF3,PAF1,COL9A3,FBXL3,CALM3,CALR,FBXL2,CALM1,CCDC120,CSRNP3,TECR,DIRAS2,MRPS10,SLC7A11,PTPRK,PEPD,NAT14,PTPRF,AKAP12,PCM1,HYAL2,ENC1,NCS1,MLX,SSSCA1,NANS,UTP14A,GIT1,VKORC1,MRPS28,CCDC112,MINK1,ANO8,CACYBP,SYP,SREBF2,VSNL1,UFC1,TAX1BP1,ARHGEF1,TAX1BP3,CD47,PTMA,STK40,RABGAP1,SATB1,STX16,SSNA1,STX18,PRICKLE2,GNAI3,CRIP2,NEDD8,CCDC106,COX5A,GNAI2,MNT,NFIL3,SERTAD2,CAMK2N1,MGAT3,MGAT1,DYNC1I1,NPDC1,DYNC1H1,SORT1,PNPLA8,VEGFB,TMUB1,HUWE1,MIAT,YIF1B,VEGFA,MIB1,PER1,TTC9,ITCH,NUDT8,KIF26A,SGSM3,TTC4,FAM171B,TACC2,ACTR10,GRINA,DPAGT1,CRTC2,MIDN,SYS1,WWC1,PEBP1,CELSR3,ACTG1,FAM174B,CAPN7,CAPN5,SBF1,BAHCC1,PPFIA3,RGS6,SH3GL1,PPFIA2,MORC3,LMTK3,ADAM15,FAM173A,HNRNPUL2,EHBP1L1,ANKS6,GEMIN7,CARS2,RTN2,COX19,DDX5,NDUFB10,PSMD14,HTRA2,SLC1A4,NDRG1,CACNA1E,RTN4,FUT8,GRK6,CAMTA2,TBC1D17,BCL9L,TBC1D16,SYT5,FDPS,PRNP,SYT1,KLHL26,PHF12,HMGA1,CRIM1,DSTN,CNOT10,SUPT5H,SSH3,AP4B1,SYT7,HIGD2A,CLK1,HOOK2,HOOK1,GNAQ,MKRN1,CNTN1,PHF13,DEGS1,TAB2,DEGS2,TCF3,LSM14A,PICALM,CUEDC2,GSK3A,DYRK3,RBM26,DYRK2,PRKCSH,MAST1,TAZ,CHD2,USE1,RND3,LMNB2,LMNB1,SEC61A1,TMEM222,EEF2K,LRRFIP1,YWHAG,GET4,ARHGEF11,ATP6AP1,PLA2G4E,PDPK1,ABHD14B,ARHGEF18,ABHD14A,SYNGR3,GPCPD1,YWHAZ,EPN1,EPN2,EEF1G,VCAN,NDUFS8,ELF2,RCN2,IRF3,PPDPF,MAN1B1,ACOX3,EAPP,IRF9,SHANK2,DCTN6,RRN3,DDX20,SLC3A2,HMGCR,ASAP2,MAT2B,ACVR1B,CYTH2,GNG3,TMEM203,MKNK2,MTA2,FBRS,MTA3,TTC14,RBM39,RRM2,NAA10,GALNT2,GALNT1,MIIP,ATP2B4,CCK,ATP2B2,ACVR2A,POLE4,MAPK10,MAPK11,FAM155A,PNKD,GOLPH3,ERCC1,BRMS1L,QRICH1,TAF6,ERCC5,VIM,RAN,ARPC5L,STMN3,HNRNPR,ADARB1,RPL8,FNBP1L,PHB2,DCAF4,RPL7,ALCAM,TFG,MYC,RPL35,AP1S1,PIP4K2B,IER5,CDK5RAP3,IER2,UNC13B,VPS18,MECR,WSB1,ACOT7,DAPK1,RPL22,WDR74,MED8,CD3EAP,AFAP1,SCRIB,SOX11,SOX12,BIN1,GPR161,RPL27,PRR12,VPS28,PRR14,GNE,CTBP2,RPN1,XPA,NEDD4L,NOLC1,HIF1A,PRKCZ,GNS,ANAPC11,MTDH,PRDX2,FAM171A1,PRDX5,PPP4C,PRDX1,ST3GAL5,S100A10,NDFIP2,RPL41,CDK19,JUND,SNAPIN,ARPP21,PLK2,SETD1A,IRF2BP1,IRF2BP2,PRRC2C,MTHFR,UPF3A,PA2G4,NR1D1,MCAT,EHD1,HNRNPL,FIBP,MEX3A,HNRNPK,TADA2A,GIPC1,HNRNPF,ATG2A,PPT1,CDK10,GTF2IRD1,FARSA,CDK14,ITPA,CPEB4,OGFR,PHF2,BTG1,SPEF1,ELL,PHF23,CLTB,GPT,PFAS,TMSB4X,TRIM2,TIMP2,GPR137,RIOK2,PLEKHN1,CIC,EMD,GARNL3,ZC3H10,BRD2,TPI1,WDR34,NCOR2,RNF167,ZEB2,INF2,TUBB2A,KIFC2,TET3,GARS,SF3B5,CLDND1,RPL10,GPS2,WDR24,GRAMD4,FAM129B,TM9SF3,TMEM165,FGD3,RPS3,RPS2,RPL18,WDR18,PCGF3,SYVN1,GTF2H1,TTC9C,NMNAT2,WDR12,SCAF1,TM9SF2,TM9SF1,NFIB,PLP2,ANKRD13B,FAM49B,DGKD,TUSC2,CTNND2,CTNND1,UBP1,RNF19B,AUP1,CLU,IPO4,SLC8A1,TM7SF2,IPO5,ABHD11,LAMP1,CFL1,TMSB10,IFNAR2,TLE4,SEMA6B,RNF44,TLE2,SUPT16H,TPM3,RPS5,IGFBP3,TPM1,IGFBP2,AIP,DYRK1B,THOC3,THOC6,BSCL2,CTDNEP1,PYGO2,CLIP2,RAB34,DGKQ,RAB35,PHPT1,CSNK1G2,FKBP2,RAB5B,CD151,BRI3,INSIG1,ABHD8,ITPR1,SLC38A10,PHF21A,GTF2E2,STIP1,DVL1,BTBD2,DVL2,PLXNA2,SLC15A4,SKIL,MCL1,ESRRA,UVRAG,CCDC12,TNK2,OSBPL2,MARCH9,ASNS,TRAPPC9,ADAP1,BTBD9,LSM4,LRFN3,COPS6,LRFN4,CDK5,CDK4,MAFG,SPIRE2,PLXNB2,TPP2,TADA1,SERINC2,BCL2L1,RNF187,MCM7,RNPEPL1,ZC3H4,TRADD,CCDC47,PIK3C2B,DUSP12,ADAMTS3,SIN3A,OPA3,WDR5,WDR6,PHACTR1,PLEKHG2,REXO1,PDCD6IP,GPX4,RPL13A,REXO2,COASY,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,ASPH,DNAJC9,RNF31,WBP1,WBP2,SEMA3F,HDAC7,JAKMIP2,DNAJB1,FZR1,DNAJB6,MSTO1,MGAT5B,POLR2E,CSK,POLR2G,RBBP6,POLR2H,DCAF11,POLR2J,CACNG4,POLR2L,SPAG9,SEMA4A,SPAG7,SEMA4B,TXNRD1,PLCL2,ADRM1,FBXL16,CDC42BPB,CDC42BPA,OXR1,BCKDK,RAB10,KLF6,RAB14,PSAT1,MGAT4B,INSM1,RHEBL1,SLC35B2,FAAH,SLC35B4,HDAC10,PPP2R2A,RAPGEFL1,RPS14,RPS16,RPS19,RUSC1,FLAD1,GOLGA1,LONP1,RPS11,BTRC,SOX4,TBC1D10B,IFRD1,PTOV1,MRPS18A,JMJD8,TIAM2,CARHSP1,COX7A2L,VDAC1,TTLL12,PFN1,EZR,NECAB1,RTEL1,TMEM161B,NECAB3,IGSF3,MGST3,NMD3,IGSF9,MYL12B,FXR1,DGUOK,NLN,UGCG,SGPL1,SCFD1,SPAST,GSE1,TNRC18,RALGDS,VASP,SNHG1,TREX1,SYNRG,TMEM50B,UBAC1,ANP32B,TMCC1,RPS21,C2CD2L,ITM2C,ROBO2,UBXN1,GDI1,SLC35F2,CITED2,SPPL3,XPO1,AUH,GUK1,ZMYM6,TMED1,PSD,PSENEN,PRMT8,TSC22D1,PRMT2,PRMT1,NME2,ZDHHC13,RHOF,TUBG2,PPRC1,LIME1,VAV2,MLF2,RHOB,RAB33B,PACS2,PACS1,NME7,FRG1,MPPED2,RHOV,SGK1,CSTB,PTN,TRAK1,TYMP,ARNTL,NT5C,CHRAC1,NPY,MAP4K4,MTX1,PTGES2,PTGES3,GINS4,LSAMP,RAB11A,PDP1,MPHOSPH9,KBTBD2,FAU,CDK5R1,GALNT11,NUCKS1,CNDP2,PAIP2B,COL4A3BP,BASP1,ARHGDIA,CHCHD6,HCFC1R1,RALBP1,SPNS2,NOSIP,LMO7,ATP1B2,ATP1B1,TUG1,DPM2,DPM3,PRPF6,SPECC1L,FIZ1,AMPH,FAIM,RAI14,ZCCHC7,RPS19BP1,LTBP4,CLEC16A,DTX4,EFNA4,PRPF8,CAMSAP1,EFNB2,ARHGAP21,EMG1,MARK4,MYH10,MARK2,PDZD7,ATP6V1F,BPTF,MPST,SMAD1,ACBD4,CBX4,CBX3,IDH1,ASPSCR1,CRLS1,AZIN1,ARHGAP23,NFKBIA,ARHGAP32,EFNA3,COQ2,RALYL,EFNA2,TMEM115,DLG4,ATG16L1,SRPRB,SAE1,LRP11,MUS81,GPSM1,ACADVL,THRA,USP32,SLC2A3,CASP9,SENP7,SENP5,MFSD5,PDE4A,MAN2C1,SCYL1,KDM6B,KLF13,USP43,ABCC5,H2AFX,IQCE,PPP2R5B,RNF208,OXSR1,SENP3,KLF16,GAP43,DDAH1,THRAP3,CDH10,AKT1S1,DNLZ,FAM84A,ITGB1BP1,STOML2,KDM3A,USP10,GMPR2,PDXP,WIZ,ATP1A1,MTIF3,TOB1,USP19,U2AF1L4,THBS3,GNA11,FAM120A,MAPK3,CLASP2,SPEN,BAD,USP21,QPCTL,LIMK2,HAGHL,B3GAT1,CYHR1,HSPE1,GDAP1,SH3YL1,NEURL4,RPS6KB2,CDK2AP2,SPRY2,SSBP2,SSBP4"
+"gene_set_query"	"875"	"IKZF1"	"758.7"	"Literature ChIP-seq,158;ARCHS4 Coexpression,1267;ENCODE ChIP-seq,109;Enrichr Queries,1292;ReMap ChIP-seq,267;GTEx Coexpression,1459"	"MDC1,UXS1,RBPJ,TSKU,FAM110A,PREX1,SCAMP4,SAMD14,LSM12,MPRIP,FGFR1OP2,PSMD3,SAMD10,TMEM8B,FNBP4,STARD3,MEF2C,FNBP1,RFX1,SCAMP1,EML2,FEZ1,DDIT4,JTB,VOPP1,RBCK1,CGGBP1,SF1,SET,TTYH3,SHMT2,ABCB8,COPS7A,SLCO5A1,BAZ2A,MRPL14,AAAS,MTMR4,PLA2G6,OAZ1,MRPL10,MTMR6,PRKAR2B,AMZ2,HEXIM1,PRRT1,JUN,CADM4,PBX2,BBIP1,ERLIN2,NETO2,L1CAM,BTBD10,SNUPN,MLLT11,MLLT10,ABTB1,UCK2,SFXN3,PSMG4,FXYD6,KCNC3,MTMR14,SNX10,MRPL37,SHB,OSBPL11,MRPL32,BBC3,PIGX,SHF,JPH4,IKBKB,TRMT112,LMBR1,DLGAP1,JAK2,APPL1,UPF2,ELOVL5,SPHK2,GSTO1,NIPA1,ELOVL6,SLC39A13,GMIP,MRPL46,MED29,PGM2L1,MRPL44,DDB1,PSMA6,SLC7A6,PSMA3,PSMA2,CDC42EP4,PTRH2,PXDN,SLC29A1,VAMP2,RNASEL,RNASEK,ELOF1,STAU1,STAU2,GSTP1,ATL1,RPS27L,KCNA6,SNX29,PSMB3,STX6,AP2S1,FLNA,RICTOR,HARS,BID,ZSWIM4,UTP6,UTP3,STAT2,TRAPPC10,RABIF,SNX16,CCDC9,SHKBP1,SRRD,CCDC6,PKN1,YPEL3,CRLF2,MTCH1,TMEM167B,NAB1,ATN1,CASC4,SLA,MPV17L2,EIF4ENIF1,SMCHD1,KPNA4,MAP3K9,PPP1R16B,CISH,STX7,UBE2E1,SARS,ATP11C,PRPF4B,ATP11B,CNPY3,ATP11A,FTSJ1,LENEP,DMTF1,MAPKAPK2,FSCN1,NSMAF,ARL8B,PFKFB2,PFKFB3,ISG20L2,CORO1A,CORO1C,HSP90B1,SAV1,SOCS2,PORCN,RAP1A,PMVK,STK38,SLC38A2,NADK,ZBTB17,GOT2,HPS4,EEF2,LRCH1,ARPC2,AAK1,MDM2,LRCH4,ITGB1,HSP90AB1,CELF2,PIK3CD,ARRB1,ARRB2,ETFB,PPP6R1,PPP6R3,NCK2,ACP2,ERC2,ACTR3,MSL2,RAD23A,NDUFC1,NPC1,PIK3CA,TMBIM4,TOP1,BCAT1,SEC22B,SLC25A11,GAPDH,BIRC2,ST6GALNAC6,PPP1R15A,LRP1,ROCK2,SRBD1,CXXC1,ZBTB43,FOXK2,FURIN,U2AF1,MLLT3,MFF,RCHY1,PPM1D,MLLT6,LRP6,ZNRF1,SLC25A28,KCTD20,BAHD1,SH3BP5,LRRC8D,FYN,IGF2BP3,HNRNPA1,DRAM2,SLC25A23,UBQLN4,SLC25A25,BEND6,PTPN1,SEPT11,MARCKSL1,TRIM41,MMAA,FOXJ2,TPD52L2,TSPAN14,SYT11,TRIM35,PDCD4,CCM2,SMAP2,KCNK2,SPG21,EIF4A1,LPGAT1,CERK,CCNH,PPAN,ZDHHC7,TXNDC12,ACTB,NUDT3,NUDT4,RASSF2,CDC23,SNRPD2,BSG,FBXO3,EPC2,PTGFRN,KIF21B,CCNL1,SLC12A6,EPHB1,TBC1D22B,CALN1,ATP6V1G2,SMARCC2,ARL15,IMP3,ECH1,CIRBP,ACTN4,PISD,STX1B,GNPAT,SUB1,CSNK2B,TRIM13,CCDC84,TMEM87B,TMEM63B,GIPR,SDC3,MYCBP2,CTR9,PIK3R3,PTTG1IP,APH1A,PGS1,SNX3,PCBP1,HIVEP1,SYMPK,FAM192A,KCNN2,HIVEP2,SNX5,CTSA,XBP1,LRRN2,MICAL2,XRCC1,BRI3BP,HARS2,PTK2,SMARCA4,ZBTB6,ID2,PAF1,CALR,CD200,DDR1,PTPRS,USPL1,FKBP15,FAM57B,MRPS11,TECR,CCDC124,CTSZ,WASL,PCSK7,BMI1,PTMS,THTPA,SYNCRIP,CTSL,ENC1,DHX15,REV3L,QSOX1,RAC1,CTSB,PCYT1A,MMD,ZFR,COMMD3,ANO6,GAB2,CTTNBP2NL,TOX4,RAP2B,PITPNM1,ARHGEF1,ARHGEF2,CD47,STX12,DOT1L,HEATR1,GNAI3,CCDC107,RELA,GNAI2,RXRB,PCNP,EXOSC9,MGAT3,MGAT2,EPS15,PAK2,MAP3K3,GABBR1,PLEKHA1,MYO9B,VEGFA,NUDT9,PER1,KLHL7,HDGF,ESYT2,DPAGT1,OTUD5,SCARB1,CRTC2,MIDN,ZFAND3,ACRBP,PPME1,CAPN2,DENND5A,BAHCC1,PPFIA3,RGS6,RGS7,MORC3,TPRA1,LMTK3,ADAM10,CASK,ADAM19,EEF1A1,HNRNPUL1,DKC1,FAM173A,HNRNPUL2,TMX1,GPD2,EHBP1L1,SIDT2,RTN2,DDX6,NXPH4,SLC1A1,HTRA2,SLC1A4,BHLHE22,PSEN1,RASGRP2,NDRG2,RTN4,NCKIPSD,DEAF1,GRK6,VARS2,QSER1,BCL9L,SYT5,YARS,FDPS,OST4,ZFHX2,NUP155,CRIM1,AP4B1,PAN2,UBE2W,BMP1,HOOK2,APPBP2,CCPG1,TAB2,DEGS1,TCF3,LSM14A,PICALM,RERE,DYRK3,GSK3A,RBM26,DDX3X,MAST3,PSIP1,CHD4,HMGB1,CHD2,AFF3,PITPNC1,LMNB1,PPP1R9B,LASP1,ABHD16A,RB1CC1,NUP62,YWHAG,SUN2,ARHGEF12,EED,TBC1D9,NAV1,GLRX2,GPCPD1,CREB3,VCAN,CREB1,SETBP1,TBC1D5,GORASP1,CUEDC1,RAP1GDS1,ASAP1,AGPAT1,NT5C2,ATP2C1,RNF5,CLCN2,GNG5,SV2A,SPOCK2,TRA2A,PTK2B,RALY,VHL,MTA3,CYTH1,RRM2,MIIP,ATP2B4,USF1,SMUG1,SBK1,ERCC1,VIM,NAA15,SUGT1,RB1,DCAF8,GPATCH4,ENO2,GABPB1,SLC4A3,PHB2,BACH1,BACH2,GLS,ALCAM,ZMIZ1,MYC,ZMIZ2,AP1S2,PIP4K2A,PIP4K2B,IER5,RPL39,CDK5RAP3,IER2,PRKCI,WSB1,NUP210,WSB2,PIH1D1,PRKCE,PRKCD,WDR74,AARSD1,NISCH,GPR162,WDR81,PRKD3,ADPRH,RPL24,VPS25,RNF121,CDC42SE1,NUP205,SEH1L,NEDD4L,PRDX5,PPP4C,RIC8B,BLOC1S1,NUP85,VPS11,ST3GAL5,SSR1,ST3GAL2,SERF2,ST3GAL3,BTF3,CDK17,NAA50,RPL41,NDFIP2,PHC2,WDR59,RDX,IRF2BP2,UPF3B,PA2G4,NR1D1,MEX3C,PRRC2A,EHD1,MEX3A,HNRNPK,HNRNPF,HNRNPC,CDK14,CPEB4,CDC42SE2,SETD5,SMG1,BTG1,CDKN1B,PHF20,PHF1,DENND1A,PHF23,ASH2L,SMG7,PFAS,CLINT1,RNF157,ING4,UBL3,IMPA1,AIFM1,TMSB4X,ANXA6,TK2,JARID2,UBL7,CEP68,ZC3H10,ASH1L,COPZ1,NCOR2,RNF168,HADHB,RNF167,HADHA,TUBB2B,ZEB2,MTF2,PLEKHO1,RNF166,GAS7,SF3B4,FGD3,PPP1R8,SLC17A7,BRD8,RPL18,DEDD,BRF2,PCGF2,TTC9C,HIPK1,SYNJ2BP,BLCAP,SCAF4,AGBL5,TM9SF2,RNF145,ERP44,MKLN1,RYBP,ABI2,TRMT6,RLIM,NUCB1,PLP2,FAM49B,CTNND1,AUP1,IPO7,CFL2,RNF19A,SLC39A7,LZTS2,TMSB10,GTF2I,IFNAR2,SEMA6B,TLE4,MAP2K1,SUPT16H,RNF44,ANKRD49,TPM3,ANKRD44,USP3,DYRK1A,GTF3A,PGD,ILF2,PYGO2,CLIP2,ILF3,RAB31,MORF4L2,RAB35,ERP29,TNIK,STAMBP,FKBP5,IFNAR1,ANKRD17,ABHD2,AK1,CUL1,ITPR1,TARS,GTF2E2,HMBOX1,UBR7,PSAP,TPR,BAG1,SKIL,MPDU1,MCL1,WDTC1,TRAPPC2,TRAPPC3,UVRAG,AKIRIN1,RAB4B,M6PR,MARCH6,LSM2,LRFN4,GON4L,YEATS2,REEP5,LHX2,NF1,PLXNB2,EIF4G3,BCL2L2,SERINC5,BCL2L1,SLC48A1,RNF11,PIK3C2B,DUSP12,SART3,LBH,AP1G2,OPA3,CEP170,IDH3A,IQCB1,ADSL,PLEKHG2,GPX1,GGPS1,GPX4,RFC2,LIX1L,AMT,ZFP91,RTN4RL2,PTP4A2,PTP4A3,ASPH,TRAF4,DNAJC6,CTDSP2,DNAJC5,EVL,SOS1,NLGN3,HDAC5,MTPN,NFAT5,LEPROT,WBP4,TULP4,HDAC6,HDAC7,DNAJB1,CACNG8,HIRIP3,HAUS8,POLR2A,RAB23,CSK,DCAF12,DCAF13,SEC11C,MLXIP,SPAG9,SEMA4A,SPAG7,RNF24,SEMA4D,SMOX,RNF26,NCKAP5L,SEMA4B,RPL35A,PTPN11,RPRD2,PTPN12,CDC42BPA,FBXL14,PNRC2,ASXL1,RAB10,RAD52,KLF6,MARCKS,NIN,IMPDH1,RAB12,POLR3E,POLR3F,RUNDC1,TPT1,SLC35B2,VEZT,PANK2,VARS,ZMYND8,CBLB,PPP2R2A,RPS14,FRAT2,RUSC1,FLAD1,RPL36AL,FTH1,ARL6IP5,SEPHS1,KIFAP3,GLUL,NFKBIL1,SLC35C2,BROX,SACM1L,SLC11A2,MRPS18A,ACSL3,INPP4A,KATNAL1,MTHFD2L,VDAC3,SIK3,HECA,EZR,PFN1,CBLL1,CUTA,TEX264,CSTF3,MGST3,TRANK1,DCUN1D2,MYL12B,FXR2,SPAST,INPP5F,GSE1,STXBP5,TNRC18,ATP6V0A1,VASP,RABGAP1L,BCL11A,CCT6A,CCDC88A,RPS29,CCDC88C,TMCC2,CORO7,C2CD2L,HBS1L,UBXN1,SLC35F2,CITED2,FAF1,SLC35F5,PRPF19,SPPL3,LIMD2,SERP2,ZMYM4,PCF11,XPO6,RAB8A,RSPRY1,MAP4K2,ATP6V0B,PARP2,AMPD2,TUBG2,PARP8,MLF2,UGDH,PACS1,FRG1,FAM20B,MAPRE3,AIDA,ALDOA,FYTTD1,GDPD5,AMN1,ZDHHC18,CHRAC1,CUX1,SHOC2,MAP4K5,MAP4K3,MPZL1,SLC31A1,MTX3,RANBP9,SORBS1,RAB11A,MPHOSPH9,MARS,TRIP12,RAB3GAP1,ARID4B,NUCKS1,CCDC28B,COL4A3BP,TMEM147,FAM162A,FPGS,POGZ,COTL1,TMEM14C,NOM1,RALBP1,KDM2A,PDIA4,DPM2,ELMO1,FIZ1,ZCCHC8,ATP6V1A,CTTNBP2,PXN,BTF3L4,LTBP4,STK4,DTX4,ARHGAP21,SDCBP,EMG1,DPP9,PDZD7,MARK2,KLHDC10,DARS,ACBD4,CBX5,CBX4,IDH1,TDRD3,ARHGAP23,NFKBIA,EFNA2,DLG4,DLG5,DNAJC10,PI4KB,BRWD1,LRP10,LRP12,ACADVL,USP32,DOCK7,SENP7,SEPT9,SEPT6,SPRED1,SEPT7,GMPPA,FLOT1,FLOT2,TMEM109,SCYL1,POLG,KLF13,H2AFX,SPATS2,ARID1A,KLF16,TGFBR1,FCHSD2,RABEP1,DDAH2,THRAP3,RASA1,TMEM9,B4GALT6,CHMP7,B4GALT5,CHMP5,KDM3A,USP15,RGS19,ATF6B,RGS16,USP12,NRXN2,TOB1,IWS1,NCALD,STRN3,MAPK8,PPP2R3C,CLASP1,SNCA,ATE1,TMEM30A,WTAP,USP21,QPCTL,MEIS2,PIK3IP1,PPP2R2D,SPRY2,ATP13A2,SSBP2,PDE7A,SSBP4"
+"gene_set_query"	"876"	"VDR"	"758.8"	"Literature ChIP-seq,11;ARCHS4 Coexpression,1345;Enrichr Queries,1062;ReMap ChIP-seq,160;GTEx Coexpression,1216"	"ITSN2,ATF2,POP5,NUP107,TFRC,IFT172,POP4,TSKU,FAM110A,ALKBH3,NDST1,CAPNS1,SCP2,DPYSL2,FNBP4,PRKAB2,DDIT3,ZC3H11A,DDIT4,ATF4,SLBP,SAR1B,NPRL2,PRPSAP1,RHOT2,RNF216,RDH13,HEXIM1,JUN,JUP,NCAPH2,TBL3,FASN,NMT1,SFXN3,PRKAG1,SNX12,SNX11,MED16,MED15,DDA1,SHF,MED11,SMPD1,TCP11L2,PCMTD1,APC2,DUSP1,SPHK2,SLC39A10,SLC39A13,JOSD1,MED27,MED29,DUSP6,MED23,MED22,SLC7A5,SLC7A6,MED25,PXDN,MED20,RAPGEF1,ERGIC2,ERGIC1,TRUB1,TRUB2,URM1,ATL2,ODC1,NOC4L,FAM117B,NRAS,SPOP,ZSWIM6,CRBN,WNT7B,TARBP2,SNX14,PKN1,YPEL5,GZF1,TMEM167B,PDCD6,ATN1,CASC4,LTN1,MPV17L2,CASC3,FBXO22,FADS2,FNTB,CIR1,FADS1,BNIP3L,PCYT2,DGAT1,FBXW9,CNPY3,LENEP,SRSF2,SRSF3,SRSF5,SRSF6,SRSF7,ARL8B,INO80B,IREB2,SPATA2,FBXO45,CORO1B,EIF1AD,NDOR1,MED30,G3BP1,PGK1,BRIX1,NAE1,NADK,ZKSCAN1,NOP14,FUS,FBXO38,ARPC4,CORO2A,FBXO31,DRAP1,SH3BP5L,ARPC2,UQCRQ,ARPC3,NACA,ACO2,LRCH4,NOP10,ISY1,MCFD2,NUMA1,PTEN,AP4M1,ALAD,ZNRD1,ACP2,BCAS2,UNC45A,EIF5A,ACTR3,ACTR2,ACTR6,ATRX,VPS13A,AHSA1,ACTR8,RABGGTB,SYF2,PCCB,TMBIM6,GAPDH,DCTPP1,BECN1,CANT1,SRC,CDC42,U2AF2,UBQLN1,HNRNPA1,EIF4B,NOP58,TRIM41,SSB,GPKOW,FEM1A,FEM1B,CDC5L,HNRNPAB,NECAP2,NECAP1,NAGK,TRIM39,SYT11,TRIM35,EIF3G,EIF3H,STUB1,PDCD2,EIF3E,EIF3F,EIF3B,CERK,PPAN,ACTB,CRKL,EFR3A,HERC1,SNRPD1,CDC27,CCDC97,EPC1,EIF2D,SNRPD3,EIF2A,ATP6V1G1,SMARCC1,ACTN1,ECH1,ALG5,CIRBP,CSNK1D,MOGS,ACTN4,BCS1L,MFSD11,CFDP1,SUB1,FAM76B,FLYWCH1,EIF1B,GGNBP2,DHX8,MYCBP2,CEND1,PGS1,ATP6V1C1,BBS1,XBP1,SMARCA5,SMARCA2,PTK2,IFFO1,AIMP1,EXT1,CDC16,CALU,SDC1,NDUFAF3,FBXL3,NOL10,NOL11,NRP1,COX7B,MRPS11,PAK1IP1,MRPS10,NAT10,HERPUD1,MAP1LC3B,OTUD6B,SDF4,SDF2,CAP1,MRPS28,MRPS25,MRPS23,MRPS21,SREBF2,APRT,GAK,TOX4,PITPNM1,SLTM,ARHGEF1,PABPC1,PTMA,CAB39,SSNA1,MRPS33,GBA,GNAI3,COX5B,COX5A,GNAI2,NFIL3,OS9,ORMDL3,MGAT1,MGAT2,PNPLA8,VEGFB,MYO9B,COX6C,VEGFA,NUDT9,SEC23IP,NUDT8,TTC5,TTC4,NDUFAB1,HNRNPA2B1,HDGF,ACTR10,GRINA,PRDM8,CRTC2,SYS1,NARF,UBE3B,SRP14,UBE2Z,ACTG1,TXN2,EEF1B2,NARS,FAM3A,PCID2,MORC3,DHDDS,EEF1A1,TBC1D20,PSPC1,EHBP1L1,PPIF,TBC1D25,PPIH,RAF1,PPIB,DDX5,TBC1D19,NDUFB10,COX16,DDX1,HTRA2,NCKIPSD,RNASEH1,TBC1D17,NUP155,CNOT10,UBE2A,SYT7,HIGD2A,IFT20,UBE2W,HOOK2,NASP,HOOK1,CCPG1,GNB2,CNTN1,MKRN2,DEGS2,CUEDC2,TNFAIP1,USE1,LMNB2,CABIN1,TMEM222,LASP1,TMEM223,RB1CC1,IFT57,TBP,NUP133,PDPK1,TTC33,SYNGR3,EPN1,EEF1G,ALS2,GFOD2,ATP6V1B2,CRY1,MAN1B1,ACOX3,SFSWAP,SLC3A2,RNF7,ADD1,CAND1,GNG2,TMEM203,OXCT1,MKNK2,BNIP1,PTK2B,TMEM208,MTA2,RPP14,FBRS,TTC14,RRM2,EYA3,ERCC5,GPD1L,SUGT1,IPO13,VPS29,NCKAP1,EPRS,PHB2,GLS,ALCAM,ZMIZ1,CSPP1,AP1S2,CDK5RAP3,DDX18,PRKCD,WDR74,WDR75,WDR73,HCFC1,ARMC1,WDR81,TARS2,VPS25,LRPAP1,ANAPC11,MTDH,NUP85,GAR1,RRS1,VPS11,ST3GAL1,HMOX2,SNAPIN,PLK2,IRF2BP2,NR1D1,MEX3C,PHC3,WDR55,EHD1,HNRNPL,HNRNPF,TOLLIP,HNRNPC,FARSA,ATG2B,FARSB,BTG1,CDKN1B,WDR48,PHF23,SETD7,WDR43,TIMP2,PLEKHN1,RRP15,UBL7,WDR36,EXOC7,WDR34,FAM126A,COPZ1,WDR33,HADHB,NSA2,SIKE1,HEATR5B,MTF2,TCP1,GARS,GAS6,GART,GRN,CDC123,NFIX,CLDND1,TIMM9,USO1,WDR24,FAM129B,PAPSS1,PPP1R7,PPP1R8,USP1,YTHDF2,YTHDF3,CSNK1A1,NR1H2,SYVN1,ELP2,ELP3,DHRS1,NUCB1,FAM49B,RAB3A,GTF2B,CEP120,SYAP1,AUP1,PARK7,RPL10A,CLU,IPO4,TM7SF2,EDC4,PPP1CB,LAMP1,SLC39A9,CFL1,SNRNP35,HMGN1,SLC39A3,TLE4,TLE3,MAP2K1,RALGAPA1,THOC1,DYRK1B,THOC3,NRBP1,THOC6,PYGO2,RAB34,PGP,SNRPG,SNRNP27,AAGAB,SNRPE,SNRPF,STAMBP,TOX,SNRPB,FKBP2,RAB5C,INSIG1,CCDC25,GLT8D1,SLC38A10,UBR2,UBR7,DDRGK1,TPR,DVL2,MCL1,TRAPPC3,AKIRIN2,TRAPPC4,TRAPPC8,COPS4,BCL9,COPS3,COPS6,COPS5,SLC7A6OS,COPS2,PLXNB2,RSL24D1,BCL2L1,MCM7,WDR1,ZC3H4,ZC3H3,CCDC47,WDR4,LBH,VPS72,AP1G1,SNRNP70,RNPEP,WDR6,CEP170,WDR7,EVI5L,TNPO2,TNPO3,ADSL,PLEKHG2,RFC2,SECISBP2L,LANCL1,RPL13A,TSN,DNAJC2,CTDSP2,POLR1C,HDAC2,VPS4B,RAB1B,VPS4A,HDAC7,DNAJB1,ABLIM1,ABLIM3,POLR2A,HECTD3,POLR2C,VPS52,POLR2E,DNAJB9,ADSS,POLR2J,POLR2L,SLC35A2,PPIL1,TPRKB,FBXL16,RPRD2,BCKDK,DNAJA1,POLR3B,VAPA,DOLPP1,DNAJA3,GLOD4,POLR3E,DRG1,RAB18,DRG2,POLR3H,PPIL4,SLC35B2,TCERG1,ZMYND8,CISD2,RPS15,RPS14,PNN,RPS16,RPS19,KAT5,FLAD1,RPL36AL,LONP1,RPS11,BTRC,TBC1D10B,SRRM2,SLC35C2,METTL3,COG2,SRRM1,KARS,HECA,SUCLG1,ATP6V0D1,RTEL1,CSTF3,STXBP2,LIAS,SCFD1,ZNHIT3,CSTF1,MLEC,STXBP5,TNRC18,TRPM7,VASP,TMEM184C,ZRANB2,SETDB1,RPS26,RPS27,ADCK5,RPS20,RNPS1,RPS21,TECPR2,GFM1,UBXN1,SLC35F2,CITED2,SLC35F5,ZFAND2B,SIPA1L3,LIMD2,COIL,C1QBP,CHMP1B,TMED1,SEC61B,TMED7,UBXN4,GABPA,RAB8A,PSD,TOP3B,ZER1,PARP2,STRADA,MLF2,NFX1,HNRNPH1,HNRNPH3,MPND,CSTB,NOL7,NOL8,TYMP,PPP2CA,AMN1,HIRA,APBB3,PTGES2,MTX2,NFYC,GINS4,SPCS3,KBTBD4,CAPZA2,NBR1,NDUFA13,NDUFA11,KDM1A,NDUFA12,KDM1B,CWC25,CWC27,PAIP2B,ARHGDIA,HCFC1R1,RALBP1,NOSIP,ATP1B1,TRPC4AP,RSBN1,TUFM,PRPF6,SPECC1L,CHMP4B,COPA,RPS19BP1,COPB1,NOP2,CLEC16A,LPL,EFNA4,PRPF8,EMG1,UBB,ZMAT5,CBX5,CBX4,CPSF1,COQ9,EIF2S2,EIF2S1,COQ2,EFNA2,CAPRIN1,SAE1,LRP10,MUS81,KDM5C,ASNSD1,CBY1,DBI,SPRED2,FLCN,MFSD6,MFSD5,SNAPC2,CASP3,CASP2,MFSD1,TOPBP1,RBM6,KDM6B,MAPK1IP1L,H2AFY,H2AFX,RPS3A,DNM2,SUPV3L1,RABEP1,PFDN1,PFDN2,PFDN5,KDM3A,STOML2,KDM3B,STOML1,ETFDH,TBRG4,TBRG1,NXF1,FAM168A,GNA11,LEPROTL1,FAM120A,KDM4A,CAPN10,RPS6KB2,CDK2AP2,RBMX,MDC1,MAPKBP1,MT-ND4,CHIC2,LSM10,PSMD8,PSMD9,RABGEF1,PSMD6,MPRIP,PSMD5,PSMD1,STARD3,STARD7,DNTTIP1,DNTTIP2,RFX3,SCAMP1,SCAMP2,FAM133B,MYL6,PSME3,RUFY3,PSME1,PSME2,TBPL1,UQCRC2,LETMD1,MRPL16,MTMR9,COPS7B,ABCB8,AAAS,MRPL12,MRPL13,GABARAP,MRPL10,HMGXB4,HSPH1,AMZ2,RHBDL1,VTI1B,ABCA2,PRRT2,MRPL27,BBIP1,MRPL24,SNUPN,EIF1,MLLT11,MRPL30,EIF6,TDP2,TDP1,PSMG1,PSMG2,GPR19,ARF4,LRSAM1,PIGU,RPLP0,MRPL38,MRPL39,CTCF,MRPL34,IKBKB,TRMT112,NIPBL,TUBA1A,MRPL40,FASTK,RPLP2,LRRC47,UPF2,NSUN2,MRPL49,SIRT4,SIRT6,MRPL48,SIRT2,LRRC41,SRP9,MRPL44,MRPL52,PSMA5,MRPL53,PSMA6,PSMA1,CDC42EP2,TMEM106C,PELI1,TUT1,TMEM106B,VAMP4,VAMP2,ARF6,RNASEK,SRRT,HTT,MRPL54,PSMB6,GGA1,PSMB7,PSMB4,UNK,PSMB5,PSMB1,TMEM68,CLPTM1,ANO10,RPS27A,MEF2D,SRSF11,MDH1,UTP3,YLPM1,PSMC6,PSMC4,SERBP1,PSMC2,SRRD,RPL22L1,CCNT2,HDDC3,YY1,STK11,SMCHD1,RUVBL2,RUVBL1,KPNA6,PMPCB,PIM3,KPNA3,SLC25A44,SLC25A46,SH3GLB1,IK,ANAPC7,RBX1,MRTO4,FSCN1,MAPKAPK5,KPNB1,ANAPC1,ANAPC2,RNASEH2A,PFKFB3,MAX,MAZ,SLC9A1,ACAT1,SBNO2,PMVK,E4F1,SLC38A2,TIA1,GFPT1,STK24,MDM2,MDM4,NFE2L1,SLC25A3,HSP90AB1,ARRB2,MRPL3,MRPL2,SUMO1,PMEPA1,MDP1,DNM1L,PELP1,RAD23A,VPS37B,SLC25A17,HAX1,NPC1,SEC22B,SLC25A11,MET,SEC22C,PPP1R15A,PPP1R15B,GTF3C3,NDUFB7,NDUFB6,NDUFB5,PRCC,NDUFB3,CXXC1,FOXK2,FOXK1,FURIN,PPM1G,GANAB,NCLN,FCHO1,CDC37L1,LRRC8A,SLC25A22,ATP9B,SH2B1,NDUFA9,PTPN1,PPP1R14B,NDUFA6,NDUFA2,IMMT,LYSMD1,RPL23A,MCOLN1,SLC25A39,P4HB,EIF4A2,EIF4A1,CCNK,TMEM41A,AHCYL1,ZDHHC5,TXNDC11,JMJD1C,GCC2,CCNC,THUMPD1,IFI30,CYB5D1,UBE2L3,FAM53C,CCNL2,CCNL1,SLC12A9,TMPO,PAQR4,IMP3,SCAF11,PAQR3,PISD,THAP7,PREB,MMADHC,TMEM87B,PEX11B,SUPT4H1,PIK3R2,UBE2J2,APH1A,SNX1,PCBP4,PCBP1,PCBP2,DHX36,SYMPK,SNX5,SEC31A,CTSA,SURF1,SURF2,RCC2,MICAL2,XRCC1,ERAL1,PAICS,ICK,ID2,INTS5,PAF1,INTS4,CALM3,INTS8,CALM2,RGL2,AARS,USPL1,DOC2A,PPP1R11,FAM57B,PPP1R10,CTSZ,CCDC124,CETN3,INTS10,SLC7A11,AATF,AP2A2,PTPRF,SPTLC1,RSRC1,MLX,SSSCA1,CTSD,CTSB,NDEL1,VKORC1,SEC13,TMEM150A,CCDC115,MINK1,NCOA4,ANO8,COMMD6,COMMD7,CSDE1,CRELD1,SFI1,DBN1,STX16,DOT1L,DERL1,CCDC107,CRIP2,NEDD8,CCDC106,RXRB,MNT,SAMM50,SERTAD2,PES1,EXOSC9,SCAND1,CCT8,CCT7,CCT4,NPDC1,NPM1,YIPF4,MIB2,UBE2G1,AP2B1,DOHH,NLE1,PPP1CA,TMUB2,FKBP1A,PER1,GPAM,ESYT2,SCARB1,MIDN,FAM174B,KHSRP,CAPN5,ARID2,ADPRHL2,SLC30A5,ATG9A,SSU72,TMX3,DOK4,HNRNPUL1,TMX2,FAM173A,TMX1,UBE2V1,RTN3,PSMD12,PSMD11,TMED10,RBM8A,PSMD13,YTHDC1,SEL1L,PSEN1,PDS5A,NDRG1,RPF1,DEAF1,CYC1,BCL9L,CCDC134,IVNS1ABP,PRNP,OST4,PHF12,VTA1,ECD,HMGA1,SUPT5H,CLK3,KLHL20,CLK1,BMP1,PAN3,OSTC,CYCS,YWHAE,RBM28,GSK3A,PRR7,RBM25,DDX47,PRKCSH,CHD6,ILK,CHD3,DDX41,TRIAP1,CHD2,MEA1,AFF4,YWHAQ,BCL7B,MLST8,TIMM17A,TIMM17B,EED,BUD31,DDX55,ABHD14B,ABHD14A,DDX50,VCAN,SFPQ,LMBRD1,NDUFS7,PEX3,NAA35,ATG4B,NAA38,NUP54,EAPP,IRF9,RBM22,GOSR2,TAF9,DDX20,CSTF2T,HMGCR,ACVR1B,PARL,DNPEP,MAT2A,BMS1,SMNDC1,RBM39,TAF15,GALNT1,TAF11,MAPK14,RPIA,GOLPH3,BRMS1L,FAM131A,RBM42,TAF6,FAM98B,VIM,NAA15,RBM45,R3HDM1,TAF2,MBTPS2,RPL5,TRIO,RPL3,RPL32,RPL31,THYN1,DCAF5,GABPB1,DCAF7,BACH2,DCAF6,MYC,RPL36,RPL38,RPL37,IER5,IER2,TSPYL2,MED1,WSB1,TSPYL1,WSB2,RPL23,CD3EAP,SOX12,MED4,MED6,RNF123,DYNC1LI2,SARNP,CLPP,RPL24,YME1L1,RPL27,RPL26,RPL29,RPL28,ALG10B,UBA52,PRR14,TSPYL4,PRR13,NOLC1,SLAIN2,HIF1A,PRDX2,PRDX5,PPP4C,S100A10,CDK17,RPL41,JUND,H3F3B,PNO1,ST13,PRRC2C,PA2G4,GPN1,TMEM199,FIBP,CDK10,CDK13,CPEB4,ELL,CLTC,ADK,CLTA,PFAS,ING1,TRIM8,TMEM189,GPR137,AP3S2,AP3S1,EMD,ZC3H10,TET2,RNF167,AFTPH,LSG1,INF2,TET3,SF3B4,SF3B5,PHLPP1,SF3B3,RPL10,RPL12,GPS2,TIMM10,HSPA14,HSPA13,TM9SF4,BCLAF1,TMEM169,SRP72,RNF138,ASNA1,LMAN2,RPL13,RPS2,RPL18,RPL19,SF3A3,SF3A1,BRF2,TRMT1,BLCAP,TM9SF1,XAB2,ABI1,RLIM,PHLDB1,TOR2A,RNF19B,BZW2,BZW1,MAEA,SMARCAD1,MAF1,RPS9,ANKRD46,RPS7,RPS8,RPS5,IGFBP3,F2R,RPS6,GTF2F1,GTF2F2,RNF41,CTDNEP1,BSCL2,RALGAPB,STIM2,CUL9,SEMA7A,CUL7,CD151,ABHD2,ABHD8,RLF,KLC4,BAG4,KLC2,BTBD2,NACC1,MPDU1,ESRRA,LSM4,CNOT6,CDK5,SERINC3,SERINC2,EIF4G2,EIF4G1,RNF10,RNPEPL1,PTPN23,DUSP11,RPL7A,DUSP12,PPP6C,SART1,HIF1AN,GPX4,RANGAP1,COASY,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,RPL37A,RNF31,SMARCD2,WBP1,RNF38,AP3M2,FZR1,HIRIP3,SNRPB2,DCAF11,DCAF13,SPAG7,SEMA4B,RPL35A,KLF7,KLF6,IMPDH2,MGAT4B,METAP1,RAPGEFL1,GOLGA4,GOLGA5,RUSC2,DPF2,ARL6IP5,ZFPL1,GOLGA7,SOX4,AGFG1,AQR,TIPIN,SACM1L,BOLA1,JMJD8,MRPS18C,AFG3L2,RRAGA,GRWD1,VDAC2,PFN1,AURKAIP1,ANKRA2,CBLL1,CUTA,NECAB3,IGSF9,GMCL1,DGUOK,SGPL1,PTDSS1,SNHG1,SNHG6,STAM,ACADSB,UBAC2,PARP11,GOLGB1,ANP32E,CORO7,ITM2C,HBS1L,DAZAP1,TRAM1,GDI1,FAF1,MYL6B,EPM2AIP1,SERP1,AUH,PCF11,ZMYM6,PRMT5,CDV3,PRMT3,RHOF,NME1,PRPF18,FRG1,WAC,ALDOA,SGK1,KPTN,SLC20A1,AKAP8,TRAK1,RBM15B,DCPS,RANBP2,RANBP1,AP3D1,RANBP9,RANBP6,FAU,TOMM6,TOMM20,EFTUD2,ANGEL2,TSC2,TSC1,KCTD2,TRNT1,KCTD5,TMEM131,DPM3,MAU2,RPL7L1,STAM2,COX7A2,SDCBP,DPP8,DPP9,TMEM128,CASKIN1,DNAJC21,EP400,ATP6V1H,SUDS3,DMAP1,ZC3H13,ATP6V1D,MARK2,ATP6V1F,HSPA9,HSPA8,ACBD4,HSPA4,IFT122,TBCB,DNAJC16,NFKBIA,DLG4,ATG16L1,SCYL3,B4GALT3,USP36,ACADVL,NVL,SLC2A3,PKD1,TMEM101,USP30,SCYL1,TSFM,USP42,RNF208,TRNAU1AP,SENP2,SENP3,DDX19A,LUC7L3,CHMP7,LUC7L2,CHMP5,TSEN34,HCN3,POLDIP2,TM2D1,GMPR2,RGS16,MTIF2,MOSPD3,MTIF3,TM2D3,IWS1,USP19,TFPT,RMND5A,PDE6D,CDIPT,ABCF2,CAMK2G,PTCD3,RWDD1,WTAP,B3GAT3,BAD,USP21,PRAF2,HAGHL,NAP1L1,HSPE1,NEURL4,BAX,SSBP1"
+"gene_set_query"	"877"	"RARG"	"759.0"	"Literature ChIP-seq,129;ARCHS4 Coexpression,737;Enrichr Queries,865;GTEx Coexpression,1305"	"ZDHHC5,GDE1,RPL8,RAPGEFL1,RCBTB2,FAM110A,NDST1,CAPNS1,TRIM28,DPYSL2,MYC,FTH1,DPYSL3,BSG,LONP1,DAG1,AKT1,AP1S1,EPHB2,ATXN7L3,TBC1D10A,SOX4,ARSA,GABARAPL1,ACTN1,IFRD1,CD3EAP,SCRIB,MOGS,ACTN4,RFX1,ANK1,RUFY1,DDIT3,CLPP,DDIT4,TTLL12,PRR12,TBC1D9B,NRN1,IGSF3,CTBP2,CDCA4,FLII,PIK3R2,ABCB8,PTTG1IP,PLA2G6,APH1A,SGPL1,TNRC18,RDH13,S100A10,ST3GAL3,JAG2,JUN,JUND,TMEM184B,NDFIP1,JUP,INTS1,CHKA,DMPK,RCC2,PLK2,PMM2,NR1D1,PRRC2A,HNRNPL,VANGL2,FAM135A,UCK1,EIF6,PTK7,GIPC1,ID2,FUBP1,CALU,SDC1,CALR,ITM2C,DDR1,ARF3,NRP1,ARF4,TOP2B,AHCTF1,CCDC120,PIGT,PTPRS,USPL1,SLC35F2,CITED2,GRIK5,CCDC124,CLTB,MRPL37,PRPF19,MRPL34,SPPL3,AP2A2,PTPRF,SMG5,AKAP12,CHMP1A,TIMP2,SDF4,TCP11L2,PLEKHN1,CIC,CTSD,CTSB,UPF1,DUSP1,MINK1,SIRT6,AMPD2,SLC39A13,RHOF,DUSP6,DUSP7,MLF2,RHOB,NCOR2,SLC7A5,TMEM179,INF2,CTTN,TET3,PXDN,PITPNM2,PICK1,RHOV,SLC29A1,SGK1,TKT,GAS8,ARF6,GAS7,CSTB,NFIX,GSTP1,CRIP2,GDPD5,SLC7A1,CENPB,FAM129B,GPC1,MICALL1,FLNA,ANKRD52,YKT6,DEDD,RPL19,MBD6,WNT7B,SCAF1,RAB11A,VEGFA,NFIA,NFIB,CSDC2,TAOK2,RLIM,NUCB1,HDGF,PKN1,AGRN,GRINA,OTUD5,MIDN,CHPF,HDLBP,PARK7,UBE2Z,RPL10A,FAM107B,STK11,LAMP1,ARHGDIA,CFL2,KIF5B,CAPN5,PHYHD1,CAPN2,SLC39A7,LZTS2,SNRNP35,FADS1,SH3GL1,SH3GLB2,RALBP1,TPM4,USP5,DGAT1,IGFBP3,OSR1,CTNNBIP1,TPM1,F2R,ATP11A,ADAM19,TPST2,CACNB1,CACNB3,ADAM15,HNRNPUL1,DOK4,DMWD,RAB35,FSCN1,SQSTM1,SLC27A4,LRRC59,DDX5,PSMD12,CD151,RAB5C,NDUFB10,PXN,LTBP4,EFNA4,NDRG1,CORO1B,GLIS2,RHOBTB2,SOCS2,EFNB2,RAI1,SBNO2,ATXN2,IRAK1,TMEM127,DPP9,DVL1,BTBD2,NACC1,ESD,ABL1,PLXNA1,H1FX,SKIL,MARK2,MAP2K5,BCL9L,PRNP,CPSF4,ANKRD24,SEC16A,OSBPL2,HMGA1,KLHL24,EEF2,SSH3,DNAJC17,ARHGAP23,NFKBIA,EFNA3,EFNA2,SH3BP5L,STK24,HOOK2,HOOK1,GNB2,PLXNB2,DEGS1,GPR107,AMOTL2,DEGS2,LRP10,SERINC2,NFE2L1,CNIH4,SERINC5,BCL2L1,EIF4G1,ZNF512B,THRA,WDR1,PRKCSH,NVL,MAST2,CHD6,RND3,BICD2,LMNB2,PITPNC1,DUSP12,SEC61A1,SEPT9,LASP1,MFSD5,RB1CC1,IDH3B,NCK2,PMEPA1,HIF1AN,KDM6B,SUN2,DST,PLA2G4E,PDPK1,RPL13A,NAV2,RAD23B,DNM1,ARL4C,TRAF7,PTP4A3,NDUFS8,CTDSP2,PPDPF,C1D,AKT1S1,SLC25A4,BCAT2,SMARCD2,NDUFB8,CANT1,LRP1,PPM1L,DDX24,SRC,ROCK2,RAB1B,PARD6G,FURIN,SEMA3F,AGPAT1,RNF5,STRN4,HDAC7,MLLT6,GANAB,ZNRF2,DNPEP,SLC25A28,U2AF2,FAM120A,FCHO2,MTA2,PCDH1,PDLIM7,PPP1R14B,MMAA,NDUFA4,FBXL19,SEMA4B,ATP2B4,CDC42BPB,BAIAP2,TPD52L2,ACVR2A,DLK2,NELL2,DBNDD1,KLF6,CARM1,RPS6KB2,MGAT4B,STUB1,POLR3H,VIM,P4HB,BCAR1,LNX2"
+"gene_set_query"	"878"	"TLX3"	"759.7"	"ARCHS4 Coexpression,243;Enrichr Queries,1369;GTEx Coexpression,667"	"MAPKBP1,CNTFR,STMN3,STMN4,ENO2,HS6ST1,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL2,DPYSL3,PSMD3,CALN1,SRRM3,SRRM4,RBFOX1,ATP6V1G2,RBFOX2,RBFOX3,PTOV1,AFAP1,SOX11,ANK3,CSNK1E,SOX12,CPT1C,MAPK8IP3,ANK1,JMJD8,PISD,MAPK8IP1,TIAM1,GPR162,STX1B,SFRP1,RNF126,CDC34,KCNQ2,CTXN1,TRIM11,LLGL1,NUMBL,PAXIP1,NRN1,STXBP1,FOXG1,TRANK1,PIK3R2,AGAP3,NKAIN1,SYNGR1,FAM171A2,PCBP3,PCBP4,RAB11FIP3,RHBDL1,B4GALNT4,JAG2,CADM3,JUN,PRRT2,BCL11B,BCL11A,SS18L1,ST8SIA2,MICAL3,NR2F1,IRF2BP1,MICAL2,L1CAM,PRRC2B,SMARCA4,MEX3A,GIPC1,DUS1L,RCOR2,SUGP2,CDK16,TMEM151B,PTPRS,KCNC1,GDI1,FAM57B,DIRAS2,MRPS12,GRIK3,GRIK2,PRPF19,AP2A2,PTMS,SHF,JPH4,TRIM9,UCHL1,MMP24,PCLO,TUBA1A,TRIM3,NEFL,RAC3,NEFM,FEZF2,APC2,GRIPAP1,ANO8,MANEAL,RGMB,DYNLL2,SREBF2,VAV2,TMEFF1,TUBB2B,CDC42EP4,MAPT,SFI1,ATP6V0C,DBN1,GRAMD1B,NFIX,SATB2,ADAM22,ADCY1,CCDC106,CAMKK2,BEGAIN,ARVCF,CUX2,TCOF1,CHN2,CAMK2N2,GPC2,CKB,RPS2,SAMD1,RUNX1T1,RPRM,CENPV,SF3A2,YIPF2,WNT7B,PCGF2,DAB2IP,NMNAT2,TARBP2,SKI,KIF26A,MEGF8,YPEL4,CDK5R2,ANKRD13B,MIDN,CRTC1,CLSTN3,ATN1,ARHGAP39,CELSR3,SLC8A2,RIMS1,TMEM145,KIF5C,TUBB3,BASP1,PALM,FBRSL1,SH3GL2,PPFIA3,TLE2,ADAM11,LMTK3,KCTD2,TBR1,POU3F1,POU3F2,ATAD3A,POU3F3,RNF40,DHDDS,DISP2,ACAP3,GPRIN1,MADD,FSCN1,PGP,ANKS6,ABCG4,ARL8A,RTN4R,KHDRBS1,GNAZ,BRSK2,NXPH4,MAZ,TMEM59L,CACNA1A,FOXO6,BHLHE22,SEZ6L2,FBXO44,CACNA1E,HSPBP1,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,DVL1,PLXNA1,H1FX,SRGAP3,OTX1,KIF3C,ZC3H13,MARK4,PDZD7,TMEM120B,SYT4,TMEM132A,EEF2,CLK4,SCRT1,CHERP,EFNA2,LRFN4,NSG2,LHX2,UBE2S,LRFN1,CNTN2,UBE2O,CNIH2,MAP3K12,RNF187,UBE2M,GPSM1,B4GALT2,SNAP25,GSK3A,PODXL2,ZMYND19,MAST1,CELF3,CELF4,CHD6,CELF5,CHD3,YBX1,PTPN23,PKD1,ELAVL2,ELAVL3,POLB,BCL7A,MCF2L,GDAP1L1,EVI5L,DGCR6,TNPO2,GALNT9,TRIM67,EIF5A,EMX1,H2AFX,PPP2R5B,DDX54,RTN4RL2,NAV2,SENP3,EPN1,SEPT3,FAM189B,PTP4A3,ALS2,PPDPF,LUC7L3,THOP1,INA,HCN3,NLGN2,NRXN2,CRMP1,PDXP,WIZ,MLLT1,LRP3,ABLIM1,TMEM201,MTA1,IGFBPL1,U2AF2,SV2A,VPS53,SPOCK2,MGAT5B,NT5DC2,TRIM46,NCAM1,GADD45GIP1,LINGO1,PPP1R14B,MARCKSL1,KDM4C,SLC12A5,PCDHGC4,FBXL19,PCDH8,ATP2B2,MEIS3,MEIS2,HNRNPAB,SBK1,FAM131C,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,SSBP4,CBLN1"
+"gene_set_query"	"879"	"HIC2"	"760.0"	"ARCHS4 Coexpression,695;Enrichr Queries,354;GTEx Coexpression,1231"	"MDC1,TFRC,VARS,ZMYND8,HNRNPU,EPRS,RPL9,TSKU,BACH2,RPL6,UBE2L3,CRKL,RAVER1,TRIM28,ZMIZ1,DPYSL2,MYC,FTH1,STMN1,LONP1,ARL6IP5,RPS11,RPS10,SOX4,NUP214,EPHA4,SMARCC1,WSB1,RPL22,CIRBP,CD3EAP,SOX11,SOX12,HCFC1,SRRM1,CCNY,DDIT4,KCTD13,TBPL1,HECA,ULK1,TTLL12,EZR,BCORL1,MACF1,NUP205,POM121,TTYH3,DHX8,BAZ2A,DHX30,LARP1,GSE1,PATZ1,RAB11FIP5,SRPK2,TRAP1,JUN,RCC2,SETD1A,IRF2BP2,PBX2,PA2G4,PAICS,UBAC1,PRRC2A,SMARCA4,EHD1,HNRNPL,SLC6A6,MEX3B,SLC6A8,FASN,FUBP1,ID2,HNRNPD,ANP32B,RCOR2,SUGP2,BAP1,CPEB4,ITM2C,SETD5,PIGU,DAZAP1,BTG1,CITED2,SMG7,PFAS,MED15,AKAP12,XPO1,ENC1,XPO5,GPR137,RAC3,JARID2,BRD2,PARP1,PABPC4,BAZ1B,MED26,DUSP6,MLF2,RHOB,NCOR2,SLC7A5,MTF2,PXDN,ARHGEF2,SGK1,GART,DBN1,ELOF1,NFIX,AHCY,SLC20A1,DOT1L,RPL11,ODC1,SLC7A1,GGA1,HIRA,MNT,NFIL3,CUX1,TCOF1,RNF138,PPP1R7,NSD1,BRD8,RAE1,MEF2D,SRSF12,MAP4K4,RANBP1,EGLN2,NPM3,VEGFA,GATAD2A,AGBL5,NFIA,NFIB,SERBP1,YPEL1,PKN1,MIDN,KDM1A,CIB2,ACRBP,TOMM20,CELSR3,IGF1R,CHCHD3,SALL2,RUVBL2,KHSRP,PIM3,SBF1,FADS1,TLE4,PCYT2,TOMM34,RPSA,VRK3,ATAD3A,FOXP1,ATXN2L,ILF3,MYCN,FSCN1,ANKS6,SNRNP200,CSNK1G2,KPNB1,SNRPA,KHDRBS1,DNMT1,ISYNA1,PFKFB3,INSIG1,MAZ,ISG20L2,UBR4,AK2,NDRG1,UQCRH,EFNB2,SNN,PITRM1,ABL1,ZC3H18,SLC38A2,MYH10,MCL1,KLHDC3,PRNP,ZFHX2,ODF2,BOD1,CCDC136,CBX2,HMGA1,IFT122,NUP153,SUPT5H,EEF2,CHERP,NFKBIA,EFNA2,HOOK2,NASP,UBE2S,HOOK1,GNAS,AMOTL2,TCF3,BRWD1,SAE1,KDM5B,KDM5C,DDX3X,MCM7,LDB1,PRKCSH,CHD6,ATP2A2,SLC2A3,CHD4,YBX1,AFF4,TMEM191C,LMNB2,LMNB1,HK1,PTBP1,SPRED2,DUSP12,RPL7A,SPRED1,PPP6R1,MDK,SNAPC4,WDR5,DGCR8,TNPO3,KDM6B,HSP90AA1,REXO1,KLF13,CCDC34,PDPK1,H2AFX,CAD,NAV1,NAV2,ARID1A,SMC1A,YWHAZ,YDJC,CKAP5,PTP4A3,SFPQ,CTDSP2,POLR1B,ETF1,SSX2IP,PPP1R15A,NFAT5,DDX25,SRSF1,RPL36A,DDX21,FOXK1,DPCD,STRN4,PPM1G,HSPD1,SRM,DNPEP,POLR2A,PABPN1,NT5DC2,PHKG2,MKNK2,MAPK1,FEM1C,IGF2BP3,IGF2BP2,HNRNPA1,FBRS,MARCKSL1,CIZ1,HNRNPA3,PPIL2,FBXL19,LRWD1,SSRP1,HNRNPAB,CABLES2,MTOR,MARCKS,TSPAN14,KLF6,SBK1,CARM1,ACIN1,SSBP3"
+"gene_set_query"	"880"	"ZNF425"	"760.0"	"ARCHS4 Coexpression,1368;Enrichr Queries,527;GTEx Coexpression,385"	"CYFIP2,POP7,ZFYVE9,KEAP1,PHAX,CBLB,PDCD2L,GPATCH8,ALKBH8,UBE2L3,CRKL,EFR3A,DPYSL2,MYC,FTH1,DPYSL3,LONP1,CCNL1,CCDC92,ATXN7L3,SOX4,TRIM23,ARRDC4,HES6,EPHA4,ZFP1,CACNA2D1,ARRDC3,IFRD1,BOLA1,CIRBP,CD3EAP,RFX3,MOGS,ARMC8,CPT1C,ARMC1,EML4,NIF3L1,RRAGA,EID2,WDR82,DDIT3,ZSCAN21,DDIT4,GUF1,HECA,CBLL1,KCTD18,PFN2,ATF4,BEX2,DHX8,TARSL2,FLII,PEX11B,NEDD4L,CD99L2,COPS7A,RTF1,BRCC3,APH1A,SPAST,CEP78,HEXIM1,JUN,JUND,IQSEC2,CADM1,PLK2,IRF2BP1,MTHFR,PBX2,MEMO1,PBX1,THAP11,PRRC2A,HNRNPL,ABTB1,ZBTB6,ID2,HBP1,SERPINI1,ITM2C,MRPS17,CDKN1C,HBS1L,CSRNP2,PIGU,BTG1,CCDC127,CITED2,OLA1,ICA1,SLC7A11,SIPA1L2,BBC3,HERPUD1,RPTOR,AKAP12,PPP3CB,NUDCD3,MAP1LC3B,TUBA1A,RSRC1,TRIM2,ENC1,TCP11L2,SDF4,KIF1B,LRRC47,ZYG11B,UPF1,TSC22D1,TSC22D3,MINK1,ASH1L,MRPS7,TERF2,PGM2L1,MLF2,RHOB,PXDN,EXOC4,ARHGEF2,SGK1,SLU7,NFIX,SATB1,AMIGO1,ATL1,TMEM74,PRICKLE1,PPP1R8,METTL6,DYNC1H1,BRF2,ELP3,SORBS2,SCAF1,GTF2H5,VEGFA,KBTBD4,TTLL1,CCNG2,SNX15,SRRD,YPEL1,NUCB1,ESYT2,HDGF,PKN1,YPEL5,RAB3GAP1,YPEL3,UBE3A,FRY,CYP46A1,TM7SF2,SESN1,KPNA3,SLC25A46,BNIP3L,SLC38A1,IGFBP3,TTC7B,DYRK1B,UBE4B,CACNB1,CLIP1,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,SRSF2,UBE2V2,SQSTM1,CSNK1G2,GLYR1,RTN2,FTO,LRRC59,RAB5B,RAB5C,CUL5,INSIG1,CHRNA7,FBXO45,UBFD1,NDRG1,CAMSAP1,EFNB2,ORC4,G3BP2,SRGAP3,ZKSCAN1,PDZD7,TRAPPC2,PRNP,VTA1,KLHL22,ASNS,ZBTB12,KLHL24,CNOT4,H1F0,EFNA2,HOOK2,HOOK1,TBCE,JMY,SPIRE2,TUBGCP4,COPS8,FGF13,NFE2L1,MXD4,EIF4G1,KDM5B,CALCOCO1,KDM5C,WDR1,ASNSD1,PRKCSH,SLC2A3,SOBP,AFF3,RND3,RND1,PPP1R9B,DUSP12,SEPT9,LASP1,VPS72,PPP6R1,SNRNP70,NAA30,TTC33,PDPK1,RBM18,TNFRSF19,UBE2QL1,PLRG1,FAM189B,PTP4A3,CTDSP2,POLR1B,GFOD2,PIK3C3,CCDC43,PPP1R15A,RNFT2,RNF34,DCTN4,RAB1B,VPS4A,WBP4,PRCC,MLLT1,ZBTB45,THBS3,FOXRED2,HMGCL,SRR,FAM168B,GANAB,RBBP5,U2AF2,MKNK2,FAM120A,EIF4H,PTK2B,DNAJB9,FEM1C,CAMK2G,CLASP1,UBQLN2,RNF20,USP22,CDC5L,LYSMD1,RPRD2,PNRC1,DBNDD1,PINK1,PIK3IP1,VAPB,ASB8,BRMS1L,MGAT4B,POLR3F,FAM98B,TAF6,STUB1,P4HB,TRIM32,METAP2"
+"gene_set_query"	"881"	"SMAD9"	"760.7"	"ARCHS4 Coexpression,495;Enrichr Queries,857;GTEx Coexpression,930"	"MYT1L,ARPC5L,DIXDC1,ZDHHC5,ZDHHC7,ADARB1,FNBP1L,TXNDC15,RCBTB1,NUDT3,DPYSL2,MYC,DPYSL3,AKT3,STMN1,KIF21A,DIP2C,ATXN7L3,SOX4,TMEM8B,EPHA4,MEF2C,ST6GAL2,CXADR,TSPYL1,LIMCH1,ACTN1,ANK2,MOGS,SOX11,EML5,TWSG1,SFRP1,IFT81,KCTD10,RUFY3,CRYZL1,DDIT4,RRAGD,KCNQ4,HECA,KCTD12,PFN1,PRR13,NRN1,BEX1,CTBP2,FLII,DCUN1D4,NPRL3,XPA,TMTC1,PIK3R1,OAZ1,APH1A,SNX1,SCN3A,ZSCAN18,VASP,BBS1,JUN,FZD3,CADM1,BCL11A,TMEM50B,NR2F1,PBX2,DCLK1,EHD1,HNRNPL,FUBP3,ID2,FAT4,FERMT2,CDKN1C,ROBO2,OGFR,PHF2,NRP1,DAZAP1,CSRNP3,GPR21,PCSK7,SLC7A11,VLDLR,PRPF19,HSPB11,ROBO1,MECP2,AKAP12,CSRP2,TUBA1A,TRIM2,ENC1,B3GALT1,TIMP2,SDF4,TMED4,UPF1,TMED9,LRRC49,MINK1,PRPF40B,DUSP6,MLF2,ENAH,ZEB2,TMEM33,MPPED2,KIT,PXDN,FAM20B,RAPGEF1,VAMP4,SGK1,TKT,SDCCAG8,PHLPP2,NFIX,STAU1,ICA1L,RPL12,PTN,GNAI2,PCNP,SH3BGRL,PES1,CLPTM1,FLNA,APBB2,MGAT1,GPC4,YKT6,JAM3,RUNX1T1,MYEF2,CSNK1A1,SORBS2,MYO9B,SORBS1,PNMA2,SYNJ2BP,RAB11B,MIB1,VEGFA,NFIA,ABI2,NFIB,SLMAP,ETNK1,TTC3,ZYX,NUCB1,ESYT2,HDGF,FAM171B,PKN1,PNPLA6,MPHOSPH8,GRINA,ATN1,CLU,PPP1CB,YY1,CDH2,CAPN7,SCMH1,CFL1,LZTS2,FADS1,TPM3,APLP2,IGFBP3,TPM1,MAGI2,LMO7,POU3F2,FOXP1,MORF4L1,TBL1XR1,EHBP1L1,RAB35,MAPKAPK2,SBDS,TBC1D24,CHMP4B,SCG3,SRSF6,CSNK1G2,PFKFB2,RAB5C,CHRNA7,PXN,ITPR1,LPL,CACNA1A,TOR1AIP2,PDS5B,NDRG1,CORO1B,GLIS2,SOCS2,SBNO2,RAP1A,ESD,GRK6,NACC1,ESRRA,PRNP,SMAD4,TIA1,CBX5,ATP8B2,DSTN,DNAJC14,MARCH6,LRCH2,EFNA2,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,CNTN1,CPE,PLXNB1,TCF4,WDR1,PRKCSH,SCHIP1,CHD6,ELAVL4,ILK,AFF3,PPP1R9A,PPP1R9B,SENP6,DUSP12,SART1,SEPT9,LASP1,CAPZB,UBE2Q2,SGCB,PPP6R1,SPEG,DACT3,PMEPA1,EDIL3,DACT1,EIF5A,PPP1R12A,PDPK1,TNFRSF19,HUNK,ARHGEF18,NAV2,SEZ6L,KLF16,DNM2,VCAN,PTP4A3,SETBP1,RER1,EEF1D,CDH11,ZMYND11,PPP1R12B,MET,LUC7L2,RNFT2,SMARCD2,ROCK1,RAB1B,CXXC1,TULP4,CXXC4,DCAF15,GANAB,IGFBPL1,ALDH1B1,U2AF2,RAB23,POLR2D,TRA2A,SLIT1,EIF4H,NCAM1,RALY,CSK,MTA2,FBRS,TUB,NTRK2,PCDH7,ADRM1,LCA5,CDC42BPA,MEIS2,TPD52L2,MAPK10,MARCKS,MGAT4B,EIF3G,PTPN9,VIM,P4HB,SSBP2,METAP2,EIF3B"
+"gene_set_query"	"882"	"ZNF534"	"761.0"	"ARCHS4 Coexpression,1463;GTEx Coexpression,59"	"MYT1L,ENO2,DCAF4,RNF112,SAMD14,FRAT2,IGLON5,ALKBH1,BSN,CALN1,SRRM3,ATG3,SRRM4,ATP6V1G2,RBFOX3,ACSL6,ANK2,ANK3,CPT1C,MAPK8IP2,STX1B,KCNQ2,RUFY2,TSPYL4,PRR13,GPM6A,IGSF8,STXBP1,AGAP2,CEND1,PRKCZ,TTBK1,MTMR7,SYNGR1,TSPAN7,B4GALNT1,SCN3A,RHBDL1,B4GALNT4,PRRT1,CADM3,PRRT2,MAGEE1,CADM1,GPR12,IQSEC2,CADM2,ST8SIA3,SNAP91,POU6F1,LAS1L,CALM1,GABRB2,WDR47,KCNC1,GDI1,DIRAS2,GRIK2,JPH4,PPP3CA,TRIM9,NUDCD3,PCLO,KIF1B,GARNL3,APC2,RPS6KL1,PRMT8,ACTL6B,AP3B2,CNKSR2,MAPT,GAS7,AMIGO1,ICA1L,ADAM22,SEZ6,CCDC106,TCEAL5,MGAT3,APBB1,ATP6V0E2,LCMT1,PURG,SRSF12,WDR17,GABBR1,LSAMP,LHFPL4,NMNAT2,GRIN1,PDCL3,ABI2,NDUFAB1,TCEA2,FAM171B,APBA2,ANKRD13B,CRTC1,SLC8A2,RIMS1,TMEM145,SALL2,KIF5C,SH3GL2,RGS7,KIRREL3,ADAM11,TTC7B,LMTK3,KCTD2,ATP1B2,RUNDC3B,CLIP3,DISP2,PREPL,CACNB4,MATR3,ABCG4,GRIA2,NDRG4,NDRG3,RTN1,ARL3,NTM,TMEM59L,CACNA1B,CPLX2,KLC1,FBXO44,ARHGAP21,PDZD4,DPP6,KLC2,ORC6,FUT9,CAMTA1,SRGAP3,PDZD7,SYT4,PRNP,SYT3,CORO2B,GNAO1,PTPRD,RALYL,DLG4,REEP2,CNTN1,AAK1,SNAP25,DOCK3,THRA,CELF4,CELF5,ELAVL3,SCRN1,LRRTM2,PSD3,DNM1L,EID2B,PPP2R5B,DNM1,DNM3,TRAPPC6B,CDH10,TERF2IP,RNFT2,CAMK2B,NLGN2,NRXN1,NRXN2,ADD2,JAKMIP2,MAPK9,GANAB,FAM168A,SV2A,SPOCK2,TRIM46,ATP9A,CLVS1,OPCML,CLASP2,BEND6,LGI1,SLC12A5,PCDHGC4,NAP1L2,ATP2B2,EFR3B,GDAP1,TNRC6C,TEF,SYT11,FAM131B,POLR3F"
+"gene_set_query"	"883"	"ETS2"	"761.5"	"Literature ChIP-seq,110;ARCHS4 Coexpression,1185;Enrichr Queries,654;GTEx Coexpression,1097"	"APP,CYFIP1,CHIC2,IFITM2,TFRC,EHMT2,CISD1,THYN1,BACH1,ACTB,FAM110A,ALCAM,SNRPD2,ZMIZ1,MYC,DPYSL2,FTH1,LONP1,PIP4K2C,CCNL1,GLUL,IER5,EPHB1,TBC1D10A,SOX4,IER2,ARSA,GABARAPL1,UNC5A,ACTN1,IFRD1,WDR74,CD3EAP,CSNK1D,HDHD2,SCAMP1,EML4,DYNC1LI1,POR,DDIT3,DDIT4,HECA,SIK1,EXD2,AGAP2,NEDD4L,ABCB8,PIK3R1,HIF1A,UGCG,LDHA,HLTF,RCE1,S100A10,JUN,XBP1,CADM3,JUND,SNAPIN,JUP,PLK2,MICAL2,NR1D1,GADD45G,EXT2,ID2,SDC1,INTS4,ITM2C,OGFR,NRP1,BTG1,ELL,CITED2,RPLP1,DIS3L,CTSZ,ZFAND2B,INTS10,SLC7A11,HERPUD1,ZCCHC14,AKAP12,AIFM1,HYAL2,ENC1,TIMP2,SDF4,NDEL1,CTSB,CCT3,TSC22D1,TSC22D3,IFNGR2,MINK1,AEN,PPRC1,DUSP6,MTSS1,DUSP7,MLF2,RHOB,GAK,MRPL52,SLC7A5,PSMA6,RAP2A,INF2,RAP2B,B3GNT5,TET3,CDC42EP3,PXDN,MMP17,RAPGEF1,ARHGEF2,SGK1,PTMA,CSTB,GRN,WDR26,SLC20A1,MRPS36,WRB,DOT1L,GDPD5,GRAMD4,RELA,TYMP,MNT,NFIL3,SERTAD2,METTL6,MGAT1,APBB2,RNF130,MEF2D,EPS15,EXOSC2,BRD4,TRAPPC10,MYO9B,SCAF4,GTF2H5,VEGFA,TM9SF2,PER1,TTLL1,NUCB1,UBAP1,PKN1,MEGF8,MIDN,RNF19B,PARK7,CLU,CNDP2,EIF4ENIF1,LAMP1,BASP1,PIM3,TLE3,SLC38A1,IGFBP3,USP3,CTNNBIP1,TPM1,DYRK1A,ATP1B1,TUFM,MINPP1,ADAM15,PRPF3,EHBP1L1,MAPKAPK2,FSCN1,PPIF,CHMP4B,SRSF4,SQSTM1,LY6E,FKBP5,PFKFB2,RAB5B,PFKFB3,RAB5C,INSIG1,DTX3,EFNA4,NDRG1,SOCS2,EFNB2,EFNB1,SBNO2,EFNB3,G3BP2,SLC38A2,MCL1,ESRRA,PRNP,HSPA5,OSBPL5,CBX1,KLHL22,SYT7,NFKBIA,PAN2,RCAN1,BCL9,EFNA3,GCLC,EFNA2,STK24,HOOK2,HOOK1,CNOT2,MAFG,DNAJC10,CNTN1,PLEKHM2,PLXNB2,DEGS1,CNOT8,ACADVL,RBM26,RNF14,PRKCSH,SLC2A3,ARHGEF10L,TNFAIP1,ZFP82,RND3,BICD2,PIK3C2B,PTBP1,DUSP12,SPRED2,RASGEF1B,SUMO2,PDE4B,MYO18A,PMEPA1,KDM6B,ACTR3,USP48,GPX1,KLF13,H2AFY,PLA2G4E,PDPK1,AKTIP,COASY,NIPSNAP1,DNM2,ARL4C,VCAN,PTP4A3,CTDSP2,ITGB1BP1,IFT46,SOS1,TNFRSF21,B4GALT5,CHMP5,PPP1R15A,RNFT2,MTPN,SMARCD2,SRC,ANKS3,USP12,MAK16,CXXC1,PARD6G,FURIN,FOXK1,SEMA3F,ATP1A1,ACVR1B,AGPAT1,DLL1,TOB1,AGPAT3,TSPAN31,AP3M1,DNPEP,GMDS,SH3BP2,NCAM1,FBRS,MARCKSL1,FOXJ2,SSRP1,SOD2,ACVR2A,PNRC1,FBXL12,KLF7,SNRK,KLF6,MARCKS,PFKL,MGAT4B,TRIM35,ATXN10,VIM,ATP13A3,CLUAP1,EIF3D,LNX2"
+"gene_set_query"	"884"	"HOXB7"	"762.0"	"Literature ChIP-seq,125;ARCHS4 Coexpression,919;Enrichr Queries,1165;ReMap ChIP-seq,205;GTEx Coexpression,1396"	"MT-ND4,GMFB,TFRC,ZFYVE1,PSMD8,FAM110A,SCAMP5,SCAMP4,RABGEF1,LSM12,DPYSL2,DPYSL3,PRKACA,RUFY1,MYL6,PRKAR1A,DDIT4,PSME4,PSME1,PSME2,PLBD2,SLCO5A1,PRKAR2A,JUN,CADM1,FUCA1,EDEM1,PMM2,NR2F1,MRPL28,SNF8,ERLIN2,L1CAM,FAM136A,MRPL24,PBX1,SETX,UCK2,TDP2,PKIA,FASN,FXYD6,PKIG,AVL9,PIGU,KCNC3,RPLP0,MRPL36,CTCF,SHB,TRIOBP,SHF,MECP2,TRMT112,NIPBL,TUBA1B,MMP24,ATIC,MED13,TMEM44,RPLP2,DUSP1,EPS15L1,NIPA2,SIRT2,PGM2L1,DUSP6,LRRC41,MRPL52,SLC7A5,MED24,PSMA4,BDH1,PTRH2,CDC42EP4,PXDN,TMEM106C,PTRH1,TMEM106B,DSCAML1,ERGIC1,SLC29A2,TRUB1,TRUB2,GSTP1,ATL2,ODC1,KCNA6,EXOSC10,PSMB3,AP2S1,MFN1,SAMD1,NKTR,GATAD2B,TMEM60,ABCB10,TSR2,PKN1,CRAT,FRYL,PDCD6,CSE1L,PDCD5,CASC4,PLOD3,STK11,KPNA3,FADS1,DGAT1,VPS33A,ATP11C,ZCRB1,SRCIN1,FAM118B,MSH6,FRMD3,TPST1,MSH3,FSCN1,LY6H,KPNB1,FTO,LRRC59,PEF1,CORO1A,UQCRH,RAP1B,SOCS2,SNN,G3BP1,MBIP,EIF4EBP2,BRIX1,SOCS7,NADK,LRRC4B,API5,FBXO31,ARPC2,UQCRQ,MDM2,TUBGCP5,NFE2L1,MDM1,SLC25A1,HSP90AB1,CELF2,ARRB2,RLBP1,SPR,SUMO2,PMEPA1,DGCR6,BCAS2,EIF5A,ACTR3,EIF5B,SH2D3C,VPS37C,NDUFC2,VEZF1,RAD23B,ARL4C,GIGYF1,PPM1B,SLC25A17,PIK3CA,NDUFB8,LRP1,SRSF1,SRBD1,PRCC,CXXC1,NDUFB2,U2AF1,FOXK1,HSD17B12,MLLT6,LRP6,CCDC85C,BEND3,DRAM2,GADD45GIP1,CYB5B,PTPN1,PPP1R14B,CIZ1,TRIM41,NDUFA4,PCDH7,NDUFA2,FOXJ2,HIP1R,GSTZ1,EIF3J,EIF3B,EIF4A2,EPHB6,SLC23A2,AHCYL1,CCNI,PLEKHB2,TMEM41B,GCC2,RCBTB1,UBE2L3,HERC4,RASSF2,SNRPD2,CDC27,TRIM27,EPHB2,SEC62,EPHB1,EIF2A,ARSA,ACTN1,ENTPD6,NSMCE2,ALG5,CSNK1D,ACTN4,PISD,SFRP1,SUB1,CSNK2B,CD2BP2,KCNQ4,STX1A,KCTD15,TMEM87B,NRN1,L3MBTL2,PIK3R2,CDKN2AIP,GSPT1,DHX32,SNX2,DHX34,MIER2,PCBP2,DHX37,RBM10,RAB11FIP4,CTSA,XBP1,IQSEC1,ST8SIA2,BRI3BP,EXT1,AIMP1,SNW1,ID2,CALU,GRB2,NOL10,CALM3,MRPS17,NRP1,COX7B,MRPS16,HIBADH,MRPS12,SLC7A11,PEPD,RAB22A,AKAP12,MAP1LC3B,NUDCD3,ENC1,RAC1,CTSD,MRPS24,NCOA5,CCDC115,MMD,NCOA6,MRPS23,CACYBP,COMMD7,KIN,MRPS9,SLTM,KIF2A,PITPNM2,NCOA7,RABGAP1,SATB1,SATB2,CRIP2,COX5B,GNAI1,NFIL3,CAMK2N1,GPC4,HEATR6,EXOSC1,NPM1,YIPF2,TTC1,PLEKHA6,UBE2G1,YIF1B,FKBP1A,ZDHHC9,SGSM3,NDUFAB1,TCEA1,ACTR10,SCARB1,BCCIP,UBE3A,UBE2Z,ACTG1,EP300,ENPP5,TMOD3,SSU72,UBE4B,MID1,SDHB,DHDDS,EEF1A1,PCP4,TMX3,DOK5,PPIH,PPIA,KLHL18,DDX6,VCP,NDRG3,NDUFB10,ARHGEF26,NDUFB11,NXPH3,COX17,CACNA1B,CACNA1C,PSEN1,RASGRP2,RPF2,NDRG1,TIMM50,RNASEH1,KIF3C,PRNP,PDHA1,NUP155,UBE2B,HMGA1,TIMM44,CLK4,MANBAL,CLK3,QDPR,HOOK2,APPBP2,HOOK1,UBE2S,GNB1,PHF14,CNTN1,MKRN2,UBE2N,UBE2O,TAB3,TAB2,TCF3,LSM14A,YWHAE,PHTF2,GSK3A,YWHAB,DDX47,HMGB3,MEA1,AFF4,PPP1R9B,SEC61A2,LASP1,EEF2K,BCL7A,UBE2Q2,BCL7B,TIMM17A,GET4,SUN2,NUP133,TTC33,NCBP2,DCAKD,TBC1D8,ABHD14B,ARHGEF18,UBE2QL1,NAV2,DDX52,VCAN,CREB1,NDUFS8,TMEM214,NDUFS7,PPDPF,PEX6,CUEDC1,SHANK2,IRF9,SHANK1,DDX27,NAA20,GOSR2,GOSR1,RBM4B,CSTF2T,NT5C2,RNF4,POLD3,MTA1,TAF1B,OXCT1,MKNK1,NAA25,PTK2B,MTA3,NIPSNAP3B,MBTPS1,RRM2,NAA10,PDAP1,USF1,HS3ST1,CHFR,QRICH1,VIM,FAM98A,VPS29,ANKLE2,RPL31,PHAX,EPRS,RPL9,RNF115,CNST,MYC,PIP4K2A,PIP4K2B,PIP4K2C,IER5,IER2,DDX17,TSPYL2,IAH1,ARMC9,REV1,AFAP1,AARSD1,ARMC1,IFT81,BIN1,VPS28,PRR13,ANAPC13,POM121,ANAPC16,GNS,GLG1,MTDH,FAM171A1,LDHA,GAR1,VPS11,PLCG1,NRBF2,ST3GAL2,S100A10,CDK17,IRF2BP2,PA2G4,POU6F1,PPP5C,H2AFY2,OGDH,MMS19,GTF2IRD1,ITPA,ATG2B,PYGB,SMG1,ELL,CLTC,WDR41,ADK,TMEM189,TRIM9,FAM102B,ENSA,RIOK1,PLEKHN1,AP3S1,JARID2,CEP68,SSR2,WDR34,FAM126A,RNF168,PLCB1,GAS7,SF3B4,PHLPP2,GRAMD1A,RPL11,FAM129B,PPP1R7,USP1,PAIP2,PCGF6,YTHDF2,CSNK1A1,SYVN1,MKLN1,XAB2,NFIA,NFIB,RNF141,FAM49A,VKORC1L1,TOR2A,DGKD,CLSTN2,TUSC3,FMR1,SYAP1,CLSTN1,RNF19B,BZW2,SLC8A2,NPEPPS,RIMS4,ABHD11,MAEA,CFL2,RNF19A,LAMP2,HMGN2,MAF1,HMGN3,STK32B,GTF2I,RARS2,SEMA6B,RAB2B,TLE3,USP7,MAP2K2,RALGAPA1,RPS5,IGFBP3,TPM1,F2R,IGFBP2,GTF2F2,CACNB1,TOM1L2,ARMCX4,EBNA1BP2,ARMCX1,STIM2,RAB34,PHIP,ADNP,SNRPF,IFNAR1,SNRPB,DNMT1,CUL5,GLT8D1,CHRD,AK2,AK3,PHB,GTF2E1,GTF2E2,ORC5,NEUROD2,STIP1,PLXNA2,RAB6B,PLXNA4,MCL1,UVRAG,TNK2,DHCR24,CDK9,LHX2,CNOT2,NF1,GPR107,RNF187,SERINC4,RNF11,SYNE2,DUSP12,LBH,SCRN1,OPA1,SIN3A,ADSL,EDF1,REXO2,PTP4A3,ASPH,CTDSP2,POLR1B,CCDC43,CRK,SOS2,RNF31,LEPROT,RNF34,CEBPG,SEMA3F,AP3M2,HECTD3,POLR2D,CSK,DCAF11,SEC11A,POLR2J,CACNG4,POLR2L,JAZF1,TUB,SLC35A4,SEMA4D,DDHD2,CDC42BPA,TRIT1,MTOR,DNAJA1,KLF6,VAPB,MGAT4B,INSM1,PPIL4,TCERG1,ISCA2,ZMYND8,HDAC11,GDE1,CBLB,HS6ST2,PPP2R1B,LONP2,SEPHS1,RPS10,SOX4,TBC1D10B,SRRM4,SLC6A17,AP1AR,ACSL3,JMJD8,AKAP9,VDAC2,OBSL1,PFN2,TSHZ3,LMAN2L,MAGED1,DCUN1D1,TWF1,NMD3,MYL12B,ZNHIT1,PRRC1,PDCD11,ZNHIT3,ARGLU1,NTSR1,ZRSR2,SETDB1,BCL11B,TMEM50A,TMEM50B,PDE2A,ZWINT,CCT6A,SMU1,ADCK1,FUBP1,ITM2C,CC2D1B,CITED2,SLC44A2,SLC35F5,SPPL3,SERP1,ZMYM4,SEC61G,DNER,KIF13A,ZER1,NME2,RHOF,ZDHHC16,CBFA2T2,TUBG1,UCHL3,AP3B2,MLF2,NME1,UGDH,FRG1,SGK1,MPND,SDCCAG8,CSTB,NOL7,UQCR11,AKAP6,UQCR10,AKAP1,CST3,AMN1,CUX1,TBL1X,METTL9,MPZL1,RANBP1,ARNT2,MTX2,NFYB,RYK,PTGES3,GINS4,RANBP9,RSL1D1,CDK5R2,MPHOSPH6,CDK5R1,GALNT11,ROGDI,BASP1,CHCHD6,FPGS,LMO1,NOM1,ANGEL2,TSC1,TRNT1,ATP1B1,PUS7,TMEM135,TBL1XR1,ELMO1,AMPH,PDE9A,RAI14,ZCCHC7,LTBP4,LPL,STK4,TMEM121,EFNB2,EFNB1,DPP6,DPP9,TCTEX1D2,ATP6V1H,OTX1,ATP6V1D,ZC3H15,BPTF,ACBD6,KLHDC4,CPSF6,PNPT1,CBX3,HSPA4,IDH1,CPSF3,CBX1,IFT122,DNAJC13,CWC15,EIF2S2,EIF2S1,CRLS1,NFKBIA,DLG1,EFNA3,DLG3,DLG5,DYNLRB1,PI4KB,NFKBIB,SCYL3,USP36,DOCK9,USP32,SLC2A3,ELAVL3,LRRTM2,FLOT2,RBM5,USP46,KLF13,USP42,USP43,PPP2R5C,DCK,LATS1,FCHSD2,RABEP1,THRAP3,CDH10,LUC7L3,ITGB1BP1,PFDN2,B4GALT6,VAC14,ATF6B,POMP,USP12,MTIF2,MTIF3,FAM169A,FAM168A,IGFBPL1,GNA11,FAM120B,GNA12,REPS2,CAMK2G,RWDD1,SPEN,BAD,QPCTL,DEK,MEIS2,BAX,ATP13A3,RBMX,LPIN2"
+"gene_set_query"	"885"	"GRHL2"	"762.8"	"Literature ChIP-seq,146;ARCHS4 Coexpression,1147;Enrichr Queries,1039;ReMap ChIP-seq,200;GTEx Coexpression,1282"	"POP4,IFT172,TSKU,FAM110A,LSM10,NDST1,KRTCAP2,PSMD6,CAPNS1,MPRIP,AKT2,PSMD3,AKT1,SAP30BP,DAXX,CXADR,BCR,EID2,ZFYVE19,DDIT4,PSME1,PSME2,VOPP1,MEAF6,PDGFA,ABCB8,COPS7A,PLA2G6,MRPL12,GABARAP,PRPSAP1,RHOT1,GRPEL2,PIP5K1A,AMZ2,RDH13,ATRIP,HEXIM1,JUN,CADM4,JUP,NR2F1,ERLIN2,MRPL24,PBX1,MLLT11,UCK2,VANGL2,FAM135A,EIF6,FASN,PSMG3,GPR27,ARF1,HEXB,RPLP1,MRPL37,SHB,MRPL33,BBC3,IKBKB,TRMT112,NIPBL,MED13,SMPD1,LYPLA2,DUSP1,ELOVL6,BAZ1B,DYNLL2,DUSP6,MED29,SRP9,DDB2,MRPL53,SLC7A5,TMEFF1,SLC7A6,CDC42EP4,PXDN,DLD,LIN37,GSTP1,ATL2,SNX32,TMEM74,MRPL55,RECQL5,UNK,PSMB2,MICALL1,FLNA,ZSWIM6,SRSF10,UTP6,CRBN,WNT7B,SNX22,GATAD2A,PSMC5,CCDC9,SNX17,CCDC6,AGRN,YPEL3,GZF1,PDCD5,UBE2D3,STK11,FNTB,STK16,PIM3,MAP3K9,AP2M1,SH3GLB2,SLC38A1,AGTPBP1,CISH,CTNNBIP1,SARS,FOXP4,LENEP,FTSJ3,FOXP1,OLFM2,SLC9A5,SRSF3,KPNB1,ANAPC2,PFKFB2,INO80B,PFKFB4,RNASEH2A,MAX,IREB2,MAZ,ISG20L2,EIF1AD,SBNO2,NDOR1,TXNDC5,DR1,API5,RASL10B,GFPT1,CORO2A,GNL3L,STK24,AAK1,LRCH4,NIT1,NFE2L1,ZNF512B,MCFD2,PPP1R13B,NUMA1,CELF4,ARRB1,BICD2,MRPL3,FSD1L,PMEPA1,HMG20A,EID2B,BCAS3,VPS37C,VPS37B,RABGGTA,RAD23B,DDOST,MSL1,PPM1B,NPC1,MET,AHDC1,TNFRSF21,GTF3C1,PPP1R15B,CANT1,PRCC,SRSF1,PARD6G,MLLT1,CXXC4,ZNRF2,CCDC85C,TRIM46,PCDH1,UBQLN4,AAMP,SLC25A25,HNRNPA0,BEND6,PPP1R14B,HIP1R,RPL23A,BAIAP2,TPD52L2,CABLES2,TSPAN14,TSPAN13,NOVA2,TRIM37,CDR2L,P4HB,SMAP2,PTPN5,TRIM33,EIF4A2,ZDHHC5,ZDHHC7,ZDHHC3,ATXN7L1,CCNL1,EPHA4,IMP3,LIMCH1,ENTPD4,ACTN1,ECH1,ENTPD6,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,ANK3,SFRP1,STX1A,ADCYAP1R1,PTTG1IP,CDKN2AIP,PGS1,KCNN1,TSPAN5,HIVEP2,XBP1,RCC2,PAICS,PTK2,ID2,WNK2,CDC16,SDC1,PAF1,LRRN1,FBXL5,AARS,HERPUD2,DDR1,MRPS17,CCDC120,PTPRS,PPP1R10,TECR,MRPS10,PTPRK,SLC7A11,WASL,PTPRF,ACTR1A,ENC1,SSSCA1,QSOX1,NDEL1,CTSB,COX8A,MRPS25,MINK1,ANO8,ANO6,GAB2,APRT,TOX3,RAP2A,PITPNM1,CSDE1,KIT,ARHGEF4,FJX1,STK40,NAPA,SSNA1,DOT1L,CRIP2,NEDD8,RELA,NAPG,EXOSC7,PCNP,PGRMC2,SERTAD2,EXOSC9,PAK6,MGAT1,HEATR6,YIPF1,PNPLA8,VEGFB,PLEKHA6,YIF1B,KLHL9,SH3RF3,TTC9,DPY19L1,TTC5,CACHD1,ESYT2,ZFP28,MIDN,SYS1,WWC1,BCCIP,UBE3A,CELSR2,TXN2,ACTG1,IGF1R,FAM174B,PPIP5K2,CAPN5,CAPN2,FAM3A,BANF1,FAM3C,RGS9,SH3GL1,ATG9A,DNAJB12,ADAM11,RUNDC3B,RUNDC3A,GRIP2,ADAM15,DOK4,TMX1,GPD2,EHBP1L1,EEF1A2,ANKS6,FAM92A,NDRG1,CACNA1E,PLD3,ACACA,CACNA1H,TIMM50,DEAF1,H1FX,BCL9L,PRNP,KLHL25,UBE2B,HMGA1,CRIM1,DSTN,SUPT5H,AP4B1,SSH3,SYT7,ANKHD1,H1F0,HOOK2,APPBP2,HOOK1,DEGS1,AMOTL2,TCF4,DEGS2,GALK1,RBM25,PODXL2,DDX47,CHD6,PSIP1,ARHGEF10L,RND3,LASP1,UBE2Q1,YWHAQ,IFT57,DACT1,ARHGEF12,PLA2G4E,PDPK1,PLA2G4B,TBC1D9,NAV2,GLRX2,EEF1G,NDUFS8,IRF3,ACOX1,PPDPF,NDUFS5,SHANK2,RNF8,SLC3A2,ACVR1B,CYTH3,TAF1B,TMEM203,CNR1,MKNK2,NAA25,RPP14,FBRS,CLVS1,RRM2,ACVR2A,MAPK11,PNKD,ERCC3,FAM131C,FAM131A,ERCC5,KRAS,NAA15,VIM,IPO13,RB1,STMN4,SMC3,FNBP1L,GPATCH8,RRP9,ALCAM,TFG,ZMIZ1,MYC,MPV17,VPS36,IER5,CDK5RAP3,IER2,VPS18,PRKCD,DAPK3,MED8,AFAP1,CD3EAP,SCRIB,MED4,RPL26,CDC42SE1,POM121,CTBP2,NOLC1,NEDD4L,PHYHIPL,VPS26A,ANAPC11,PRDX3,PRDX2,PRDX5,PPP4C,BLOC1S1,PRDX1,RAD21,S100A10,CDK19,RPL41,PHC2,H3F3B,IRF2BP2,CDC7,PA2G4,NR1D1,PRRC2B,PRRC2A,EHD1,HNRNPL,SLC6A6,PPP5C,MEX3A,TADA2A,GIPC1,DUS1L,PAM,PYGB,BTG1,ELL,TCF25,PHF23,CLTC,CLTB,KRI1,ING1,TMEM189,TRIM2,ENSA,TIMP2,GPR137,AP3S2,PLEKHN1,JARID2,EMD,ZC3H10,HEATR5B,TET3,GAS6,SF3B5,PHLPP1,RPL10,FAM129B,USP1,CSNK1A1,SRP68,HIPK1,RNF146,NFIA,NFIB,TMEM39B,ANKRD13D,RAB3D,CTNND1,RNF19B,RPL10A,PPP1CB,ABHD11,SLC39A6,RNF44,RPS5,IGFBP3,TPM1,IGFBP2,AIP,TRAFD1,FRMD4A,THOC6,CLIP3,PYGO2,MORF4L1,ILF3,RAB34,FKBP8,FKBP4,GLYR1,FKBP2,ABHD2,CUL1,UBR3,NEUROD6,DVL1,UBR5,DVL2,DVL3,PLXNA1,SRGAP3,MCL1,ESRRA,EIF2B5,AKIRIN2,UVRAG,EIF2B4,TRAPPC3,OSBPL8,AKIRIN1,EIF2B2,CCDC12,OSBPL5,SEC16A,TMEM132A,ASNS,NSFL1C,NF1,PLXNB2,PLXNB1,GPR107,DHCR7,SERINC5,BCL2L1,EIF4G1,SLC48A1,DIDO1,DAGLA,ZC3H4,ZFP82,PTBP1,DUSP12,ADAMTS3,SIN3B,VPS72,SIN3A,OPA3,SLC37A3,ADAMTS7,IDH3A,PLEKHG2,PLRG1,RANGAP1,REXO2,TSN,PATL1,PTP4A3,TRAF4,DAD1,SNRPA1,RNF31,LEPROT,SMARCD2,WBP1,WBP2,RAB1B,SEMA3F,DNAJB2,DNAJB1,ABLIM1,FZR1,ABLIM3,MGAT5B,CACNG4,MLXIP,RNF20,SEMA4A,SLC35A1,TXNRD3,SEMA4B,SEMA4C,DDHD2,CDC42BPB,OXR1,PNRC2,RAB10,KLF6,VPS41,DRG2,TCERG1,ZMYND8,HS6ST1,RAPGEFL1,RPS16,FRAT2,FLAD1,FTH1,DPF1,DAG1,TBC1D10A,SOX4,ARRDC1,SLC11A2,MAPK8IP1,SIK3,VDAC1,EZR,IGSF3,TWF2,HTATSF1,IGSF9,SGPL1,NUAK1,GNG10,SPAST,GSE1,MLEC,TNRC18,STXBP5,PATZ1,SNHG1,TMEM184C,ZRANB1,BCL11B,BCL11A,TREX1,PDE2A,MEMO1,ZWINT,UBAC2,MANF,PUM2,RPS21,DAZAP1,SLC35F2,CITED2,SLC44A2,SRA1,MYL6B,SPPL3,CHMP1B,TMED1,PSENEN,PRMT6,CDV3,PARP6,PRMT8,RHOF,PPRC1,AP3B2,MLF2,RHOV,SGK1,ALDOA,CSTB,SLC20A1,NOL4,ARNTL,NT5C,ZDHHC18,MPZL1,GINS4,AP3D1,LHFPL4,RAB11A,HIST3H2A,CTNNB1,MPHOSPH8,MEGF9,CHCHD2,TATDN1,BASP1,ARHGDIA,HCFC1R1,NSF,SPNS2,SHISA5,TSC2,KCTD2,LMO7,KCTD3,ATP1B1,PDIA6,DPM2,DPM3,TMEM136,HGS,RAI14,LTBP4,EFNA4,EFNB2,DPP9,SUDS3,MARK2,ANKZF1,SMAD2,DARS,KLHDC4,ACBD4,CBX4,RHBDD2,CBX1,DNAJC14,CWC15,DNAJC17,TDRD3,NFKBIA,ARHGAP32,EFNA3,DLG1,EFNA2,DLG3,DLG5,SAE1,LRP11,USP35,USP32,DBI,MFSD5,MCF2L,TMEM108,TMEM109,USP30,SCYL1,USP42,USP43,RNF208,PPP2R5C,ARID1A,SENP3,FAM189B,FCHSD2,THRAP3,TRNP1,PFDN1,PFDN2,GMPR2,NCALD,U2AF1L4,PPP2R3C,NT5DC2,NT5DC3,FAM120A,ABCF3,CAMK2G,IGBP1,KDM4B,SGTB,USP21,DTNBP1,DLK2,NAP1L4,SLC4A7,PIK3IP1,RPS6KB1,RPS6KB2,CDK2AP2,ATP13A2"
+"gene_set_query"	"886"	"ZNF253"	"763.3"	"ARCHS4 Coexpression,381;Enrichr Queries,832;GTEx Coexpression,1077"	"VARS,ZDHHC5,HNRNPU,JMJD1C,FNBP1L,EPRS,GPATCH8,NUDT3,NDST1,ALCAM,HERC1,CAPNS1,MPRIP,DPYSL2,ZMIZ2,BSG,STMN1,AKT1,KIF21A,PRKACA,PRKACB,ATXN7L3,TBC1D10A,SOX4,ARRDC4,ST6GAL1,CXADR,WSB1,TSTD2,ACTN1,ARRDC3,COG2,MTUS1,RFX3,CD3EAP,MOGS,SCRIB,SOX11,ANK3,ACTN4,ANK1,SND1,FAM133B,EML5,DAAM1,RFX7,ZSCAN21,RUFY2,PAXIP1,TBC1D9B,TARSL2,FLII,DCUN1D1,PIK3R3,PIK3R1,MBTD1,APH1A,SNX4,INPP5F,HLTF,SCAI,FZD3,INTS1,BCL11A,UPF3B,PBX2,HARS2,ACADSB,PBX1,PRRC2A,MLLT11,HNRNPL,CCDC88A,ZBTB6,PKIA,ID2,GIPC1,RBAK,DZIP3,GABRB3,ARF3,OGFR,TOP2B,SMG1,GFM1,PIGU,DAZAP1,DIS3L,SNX10,PRPF19,PHF6,SMG5,PCMTD2,TRIM8,EPM2AIP1,MRPL42,TUBA1A,ANXA6,SDF4,CIC,ZIK1,ZYG11B,DFFB,UPF1,TMED9,STRBP,LRRC49,MINK1,SIRT4,SLC39A10,ELOVL6,MRPS5,SRP9,MLF2,RHOB,ENAH,KIN,IMMP1L,MRPL50,INF2,PXDN,ARHGEF2,PAFAH1B2,ERGIC1,SATB1,ICA1L,FAM117B,CENPB,FAM129B,GNAI2,BCLAF1,CHN2,PES1,TMEM68,CLPTM1,MFN2,FLNA,ANKRD52,YKT6,MYEF2,YIPF4,RANBP6,SCAF1,LRPPRC,RNF146,SKI,ATAT1,MPHOSPH9,NFIA,NFIB,KLHL7,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,MEGF9,GRINA,ATP8A1,HDLBP,ARID4A,UBE2Z,CCDC28B,GRIP1,PAIP2B,ZFP30,LAMP1,KIF5C,SESN1,ARHGDIA,CAPN2,SLC39A7,SBF1,SLC25A46,BIVM,MAP2K2,CASD1,CTDNEP1,MORF4L1,ADAM15,HNRNPUL1,EHBP1L1,RAB35,MAPKAPK2,UBE2V2,CHMP4B,PPID,CSNK1G2,FKBP5,LRRC59,RAB5C,CUL5,MAZ,BTF3L4,SLC38A10,SUPT6H,CORO1B,ORC4,SBNO2,IRAK1,DVL1,NACC1,THEM4,CCDC32,SKIL,BPTF,ESRRA,TIA1,PNPT1,CBX5,KLHL24,EEF2,MARCH6,DNAJC16,COQ5,CNOT4,IBTK,CNOT7,SH3BP5L,HOOK2,NBEA,ZFP62,HOOK1,GNB2,RFXAP,TBCE,GNB1,CNTN1,PLEKHM2,PLXNB2,TUBGCP4,CLPTM1L,FGF13,LRP10,NFE2L1,EIF4G1,UBE2M,ACADVL,KDM5C,GSK3A,WDR1,ASNSD1,PRKCSH,CHD6,SLC2A3,ZFP82,GPHN,SYNE2,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,SUMO2,HMG20A,MAPK1IP1L,USP48,REXO1,TTC33,PDPK1,RBM18,DHPS,ATRX,RAD23B,PTBP2,ARFGAP1,KLF16,DNM2,ARL4C,TRAF7,PTP4A3,RCN2,ALS2,RER1,CTDSP2,POLR1B,DNAJC5,AKT1S1,CCDC43,PPP1R12C,HDAC2,CANT1,RAB1B,FURIN,ATP1A1,RCHY1,FAM169A,JAKMIP2,ABLIM1,FAM168B,GANAB,MAT2A,U2AF2,FAM120A,TAF1A,KRIT1,REPS2,FEM1C,FYN,RPP14,MEST,EIF4E,FBRS,USP24,USP22,PLCL2,LYSMD1,RPRD2,CDC42BPB,TPD52L2,PNRC2,NEURL4,MGAT4B,POLR3F,SNRNP48,P4HB,SUGT1,SSBP2,TRIM32,EIF3B"
+"gene_set_query"	"887"	"GATA6"	"763.4"	"Literature ChIP-seq,93;ARCHS4 Coexpression,1414;Enrichr Queries,1084;ReMap ChIP-seq,236;GTEx Coexpression,990"	"ITSN2,TDRKH,MT-ND4,GMFB,POP4,TSKU,NDST1,KRTCAP2,RAVER1,PPP4R2,AKT1,PSMD1,PRKACB,STARD3,SAP30BP,MEF2C,GABARAPL1,CXADR,SCAMP1,PRKAB1,PSME3,DDIT4,PSME1,SF1,ABCB6,SAR1B,MRPL18,NPRL3,BAZ2A,MTMR4,MRPL10,CYB5R3,RDH11,PIP5K1A,HEXIM1,EDEM3,JUN,PRPF38B,PRRT2,JUP,CADM1,EDEM2,MRPL27,LARP4,PBX1,EIF1,MLLT10,FAM135A,FASN,FERMT2,LGMN,RNF220,PIGU,PIGT,HEXB,SHB,OSBPL11,MRPL32,MRPL33,BBC3,TRMT112,NIPBL,MED13,B3GALT2,RPLP2,SPHK2,GSTO1,PGAM1,DUSP6,MED29,SRP9,DDB2,MRPL52,MRPL53,SLC7A5,SLC7A6,MED24,CDC42EP4,PXDN,TMEM106C,VAMP2,ARF5,ARF6,LRRC14,TRUB2,OAT,GSTP1,DLST,PSMB4,RECQL5,EXOSC10,SNX27,PSMB3,STX6,AP2S1,SPOP,MFN2,ZSWIM6,EGLN1,LRRC24,MBD6,MDH1,STAT2,DAB2IP,TMEM60,SKI,FABP3,ABCB10,FABP5,CCDC9,APEX1,SERBP1,CCDC6,YPEL3,GZF1,CCNT2,RASL11B,FBXO28,PDCD5,TSEN2,LAPTM4A,STK11,FNTB,OSBP,KPNA6,PMPCB,PIM3,SH3GLB2,AGTPBP1,CISH,PPP1R16A,CTNNBIP1,ATP11B,ATP11A,ZCRB1,ZBTB33,FOXP4,CASD1,SRCIN1,LENEP,FOXP1,ATXN2L,MINPP1,FRMD5,MSH3,LIX1,FSCN1,SRSF3,SRSF4,SQSTM1,SRSF8,SLC27A4,ANAPC2,PFKFB2,INO80B,RNASEH2A,MAZ,ARL2,FBXO45,GLIS2,CORO1C,SLC9A1,SOCS2,NDOR1,RAP1A,ZKSCAN3,EIF4EBP2,SLC38A6,THEM4,SLC38A2,SOCS7,ZKSCAN1,NEK9,TMEM120B,DR1,CORO2A,MFHAS1,LRCH1,STK25,SP3,MDM2,MDM4,NFE2L1,ITGB1,SLC25A3,ALAS1,ARRB1,ETFA,ETFB,NENF,FSD1L,SPR,CAPZB,MDK,PPP6R1,PMEPA1,ACP2,ERC1,BCAS2,VPS37C,ARNT,NDUFC2,VPS37B,ARFGAP3,DDOST,MSL1,ARL4C,QTRT1,TMBIM4,SYF2,IMPAD1,BCAT1,SLC25A12,PPP1R12C,BCAT2,ST6GALNAC6,PPP1R15A,PPP1R15B,GTF3C2,CANT1,NDUFB7,LRP1,ROCK2,SRSF1,PRCC,CXXC1,FOXK2,ZBTB45,FOXK1,MLLT3,SRL,PPM1D,LRP8,EHBP1,MTHFSD,ZNRF2,CCDC85C,KCTD20,U2AF2,BAHD1,TRIM46,IARS2,HNRNPA1,PCDH1,AAMP,SLC25A22,SLC25A25,ATP9A,PPP1R14B,NOP58,HNRNPA3,TRIM41,PCDH9,PCDH7,MBOAT7,FOXJ3,MBOAT2,RPL23A,TPD52L2,CABLES2,MYO1B,NECAP2,SNRK,TSPAN14,ST7,PDCD4,TRIM35,CCM2,P4HB,BCAR1,TRIM33,LPGAT1,CERK,ZDHHC7,THUMPD1,ACTB,RCBTB1,TXNDC16,NUDT4,CYB5D1,TRIM28,BSG,TRIM24,EPC1,KIF21A,TRIM27,PTGFRN,CCNL1,ATXN7L2,TMPO,FBXO9,ACVR1,EPHA4,LIMCH1,SCAF11,IMP3,ACTN1,ECH1,CIRBP,MOGS,ACTN4,GNPAT,SFRP1,SNHG12,PPA1,CD2BP2,ULK1,KDELR2,EIF1B,TRIB2,SLC45A4,GCDH,GGNBP2,DHX9,MYCBP2,SUPT4H1,CEND1,PTTG1IP,PCBP1,PCBP2,SYMPK,TSPAN5,SURF6,HIVEP2,XBP1,TMEM86B,MICAL2,BSDC1,SMARCA1,NTAN1,MED13L,EXT1,EXT2,ID2,PPP1R1B,NDUFAF3,SDC1,PAF1,CALM3,CALM1,NRP1,USPL1,TECR,HERPUD1,AKAP12,SPTLC2,ENC1,REV3L,SDF4,QSOX1,CTSE,GIT1,TMEM150B,MMD,MRPS23,ANO8,CACYBP,MN1,RAP2A,MRPS9,RAP2B,VSNL1,CTTN,TAX1BP1,UFC1,ARHGEF4,TAX1BP3,ARHGEF1,ARHGEF2,GLCCI1,PTMA,STK40,CAB39,INPP1,SSNA1,SATB2,HEATR1,GBA,CRIP2,PRICKLE1,MNT,NFIL3,CAMK2N1,EXOSC8,MGAT3,MGAT2,EXOSC1,PEX16,PLEKHA5,VEGFB,MIB2,PLEKHA6,PNMA2,AP2B1,VEGFA,NUDT9,RGP1,PER1,PDCL3,SEC23IP,DPY19L1,DPY19L3,CSDC2,CACHD1,TCEA2,TARDBP,FHOD3,SCARB1,SH3GL3,MIDN,CRTC2,SYS1,ZFAND3,WWC1,PRDM2,CELSR2,FAM174B,KIF5B,CAPN5,CAPN2,FAM3C,ARID2,SBF1,BAHCC1,SBF2,SSU72,LMTK2,SDHA,EEF1A1,ADAM15,HNRNPUL1,GPD2,EHBP1L1,PPIF,UBE2V2,PPIH,GEMIN7,UBE2V1,CARS2,SIDT2,COX19,RTN3,PKDCC,TMED10,PSMD11,COX16,RBM8A,DIABLO,NDRG1,CNN3,KIF3B,DEAF1,TBC1D14,CAMTA2,KIF3C,NDUFV1,QSER1,BCL9L,UBE2F,IVNS1ABP,OST4,FDPS,PRNP,UBE2H,PDHA1,PHF12,CRIM1,NUP153,KLHL20,PAN2,H1F0,HOOK2,CNTN1,AMOTL2,DEGS1,STT3B,DEGS2,LSM14A,PICALM,RERE,PHTF2,DDX3X,DDX47,YWHAB,DDX42,ADAR,ARHGEF10L,TNFAIP1,RND3,GPHN,LMNB1,CABIN1,SEC61A2,LASP1,DACT3,RBM17,ARHGEF12,PDPK1,PLA2G4E,TBC1D9,GLRX2,NAV2,YWHAZ,EPN1,EEF1G,VCAN,ELF2,ACOX1,TBC1D5,NUP50,CAT,CRY1,ACOX3,SHANK2,IRF9,NAA20,RBM4B,SLC3A2,ASAP2,ACVR1B,ADD1,POLD3,GNG3,TMEM203,PABPN1,BMS1,TRA2B,TAF1A,SLIT1,PTK2B,SMNDC1,RBM39,MBTPS1,GALNT2,TAF10,USF2,USF1,ACVR2A,CHFR,FAM155A,CLCN6,PNKD,GALE,GOLPH3,ACIN1,KRAS,VIM,SUGT1,RPL5,MYT1L,GPATCH1,DCAF8,HNRNPU,HNRNPR,SLC4A3,DCAF5,ENO2,FNBP1L,PHB2,DCAF7,DCAF6,GLS,ALCAM,RNF114,ZMIZ1,MYC,AP1S1,DIP2B,IER5,CDK5RAP3,IER2,RNF111,VPS18,PRKCI,ACOT7,WSB2,RPL23,PRKCD,RPL22,WDR74,GTPBP4,WDR77,RNF126,DAAM1,WDR81,BIN1,GPR161,TYRO3,TARS2,VPS28,RNF121,GNE,SEH1L,ANAPC16,CTBP2,GNS,HIF1A,PRDX2,PRDX5,LDHA,PPP3R1,PPP4C,PRDX4,BLOC1S2,NUP88,ST3GAL2,HMOX2,S100A10,PHC2,CHKA,PLK2,RDX,IRF2BP1,MTHFR,IRF2BP2,PRRC2C,TYSND1,UPF3A,NR1D1,PHC3,PRDX6,TMEM199,EHD1,HNRNPL,FIBP,HNRNPF,OGDH,CDK10,UNC119,HBP1,CDK13,PAM,CPEB4,CDKN1C,PYGB,SETD5,WDR47,GMEB1,BTG1,GMEB2,SETD7,CLTC,GPT,SMG7,ING1,CLINT1,SMG5,TMEM189,AIFM1,TMSB4X,RFK,ENSA,GPR137,CIC,NUDC,TPI1,EXOC7,ASH1L,TERF2,COPZ1,ZEB2,LSG1,INF2,KIFC2,TCP1,MTF2,KIFC3,GAS6,GART,SF3B4,GRAMD1A,TIMM9,RPL11,TMEM160,TIMM10,ADCY6,RNF138,ASNA1,UBN1,RPS3,CKB,RPL18,DEDD,SF3A3,WDR18,PCGF2,SYVN1,ELP3,GTF2H1,DHRS1,WDR11,AGBL5,TM9SF2,RNF145,NFIA,NFIB,SARM1,NUCB1,INHA,NUCB2,TMEM229B,ANKRD13B,ANKRD13D,DGKD,CHPF,GTF2B,RAB3D,CTNND1,RNF19B,YEATS4,PARK7,AUP1,CLU,BZW1,TM7SF2,ABHD12,CDH2,CFL1,PLS3,STK32C,GTF2I,TLE3,TPM4,USP5,RALGAPA1,TPM3,GPT2,IGFBP3,MAGI3,IGFBP2,TPM1,LEMD3,PGD,ILF2,THOC6,RNF41,ST7L,PYGO2,CLIP2,ILF3,RAB34,NCL,ERP29,TNIK,PHPT1,FKBP2,RAB5B,CD151,CBFB,ABHD2,CUL2,UBR4,AK2,HSPBP1,PHF21A,RHOBTB2,UBR5,PLXNA2,SRGAP1,WDTC1,AP1M1,ESRRA,OSBPL8,OSBPL7,EIF2B3,RAB4A,TNK2,TRAPPC4,DHCR24,TRAPPC8,ZZEF1,YEATS2,CDK4,CPD,MAFG,SPIRE2,CPE,SPIRE1,PLEKHM2,SERINC3,SERINC5,BCL2L1,RNF187,CALCOCO1,RNPEPL1,ZC3H4,RNF14,CCDC47,PTBP1,DUSP12,SART3,NOB1,VPS72,SIN3A,RNPEP,WDR6,SLC37A4,ADAMTS7,PLEKHG2,CCDC34,GPX4,RFC2,NIPSNAP1,PTP4A2,PTP4A3,DALRD3,TRAF4,DAD1,DNAJC5,LANCL2,POLR1D,CRK,GTF2A1,NFAT5,RNF34,WBP1,CEBPG,WBP4,TULP4,AMBRA1,SEMA3F,DPCD,RAB21,DNAJB1,HECTD1,MSTO1,HECTD3,RBBP5,VPS53,POLR2E,CSK,RBBP6,RBBP7,POLR2L,SMARCE1,SEMA4B,AMFR,SEMA4G,FBXL14,MTOR,RAB10,KLF6,MARCKS,NIN,POLR3B,RAB14,VAPA,MGAT4B,POLR3E,RUNDC1,VPS45,METAP2,IFITM2,TMEM183A,CMAS,ZMYND8,SLC35B1,GDE1,PDCD2L,RAPGEFL1,FRAT2,RPL36AL,FLAD1,FTH1,SAP130,LONP1,DAG1,UBAP2L,BTRC,SEPHS2,SOX4,SOX5,AGFG1,TBC1D10B,PDHX,ARRDC3,MTUS1,COG1,ACSL3,JMJD8,SRRM1,RRAGB,SIK3,VDAC2,SUCLG1,TLN2,EZR,AURKAIP1,OBSL1,NECAB3,IGSF3,MGST3,NMD3,IGSF9,NLN,NUAK1,SCFD1,SGPL1,ATP6V0A2,MLEC,GSE1,SCAP,TNRC18,STXBP5,TRPM7,PATZ1,ARGLU1,ATP6V0A1,SNHG1,RABGAP1L,BCL11B,INSR,TREX1,KLHDC8B,PUM1,GADD45G,CCT6A,RPS25,STAG1,RPS27,ADCK1,FUBP1,CCDC88C,ANP32E,ADCK5,ALDH18A1,ANP32B,RPS21,C2CD2L,RPS24,CC2D1B,AHCTF1,CITED2,SLC35F2,FAF1,MYL6B,VLDLR,PRPF19,ZCCHC14,ROBO1,SERP2,RPTOR,HINT1,AUH,PCF11,ZMYM5,ZMYM6,RSPRY1,RALGPS2,PARP6,PRMT1,RHOF,MLF2,RHOB,HNRNPH1,NME7,B3GNT5,WAC,RHOV,AIDA,SGK1,MAPRE2,PTGER1,TRAK2,NT5C,AMN1,TBL1X,DCPS,MAP4K4,NFYA,NFYC,SORBS2,AIG1,RAB11A,HIST3H2A,XPOT,CAPZA1,MARS,CAPZA2,KBTBD2,NDUFA11,POGK,SPPL2B,ARHGDIG,NUCKS1,FAM162A,ARHGDIA,FPGS,HCFC1R1,POGZ,NRCAM,TMEM14C,PHYH,KDM2B,LMO4,SHISA4,LIG3,OCRL,LMO7,ACYP1,KCTD3,ATP1B1,RSBN1,DPM3,TMEM135,TMEM136,RPL7L1,PRPF3,ISCU,LTBP4,DTX4,ADIPOR1,EFNA4,ARHGAP12,EFNB2,ARHGAP21,EMG1,UBB,CDH24,MARK4,PDZD8,BPTF,KLHDC2,ACBD4,CBX5,CPSF6,CPSF1,RHBDD2,IDH1,DNAJC11,DNAJC14,TBCA,CWC15,CRLS1,SMAD5,DNAJC16,TDRD3,NFKBIA,EFNA3,EFNA2,TBCE,PI4KB,SAE1,ACBD3,LRP10,MUS81,KDM5B,SCYL3,B4GALT3,ACADVL,ABCD3,THRA,ASNSD1,DOCK9,NVL,USP33,SLC2A3,SLC2A8,HK1,SPRED2,TMEM101,ALDH2,TOPBP1,POLG,KDM6B,JAGN1,USP43,H2AFX,PPP2R5B,RNF208,LSS,ARID1B,DNM2,LATS1,DDAH1,THRAP3,CDH11,TRNP1,FAM84A,TMEM9,POLDIP2,TM2D2,TM2D1,WIZ,ATP1A1,MTIF3,TOB1,IWS1,THBS3,FAM168A,GNA11,CAMK2G,REPS1,MAPK3,SPEN,KDM4B,BAD,LIMK2,USP22,ZFC3H1,CYHR1,PDE4DIP,NAP1L1,HSPE1,MEIS2,CAPN10,BAX,SPRY2,RGS12,SSBP3"
+"gene_set_query"	"888"	"AR"	"764.0"	"Literature ChIP-seq,89;ARCHS4 Coexpression,900;Enrichr Queries,996;ReMap ChIP-seq,262;GTEx Coexpression,1573"	"ITSN2,ATF2,GMFB,TFRC,POP4,TSKU,ALKBH3,SCP2,DPYSL5,DPYSL2,FAM110B,DPYSL3,AKT3,ANKFY1,FNBP4,CXADR,FRS2,DDIT4,TMEM126A,JTB,SAR1B,NPRL3,PDGFA,BAZ2A,PRPSAP1,RHOT2,LARP1,RNF215,RDH11,RDH14,PIP5K1C,HEXIM1,JAG2,JUN,CREBBP,PRPF38B,GSTM1,NR2F1,EIF2AK3,PBX1,LAS1L,FASN,PKIA,NMT1,NMT2,FAT4,DZIP1,KCNC1,SNX12,PRKAG2,MED15,SHF,MECP2,PCMTD2,MED14,ATIC,NEFL,TCP11L2,NEFM,DLGAP1,JAK1,DUSP1,SLC39A11,EPS15L1,MED27,DUSP6,DUSP7,MED23,DDB1,PHF20L1,MED25,PXDN,RAPGEF1,CHST1,ERGIC3,ERGIC1,LIN37,ATL1,ODC1,ATL2,ADAM22,SLC7A1,FAM117B,STX6,RICTOR,MBD3,GOLM1,WNT7B,DAB2IP,SKI,RABIF,ABCB10,MYBBP1A,SHKBP1,TAOK1,CCDC6,TSR1,PKN1,CRCP,ATN1,FBXO25,FRY,ALDH1L2,FADS3,ADORA1,FADS1,FBXW5,FBXW8,EIF1AX,STX7,FAM118A,ATP11C,ATP11B,ATP11A,CASD1,FBXO10,FBXW2,FAM118B,LENEP,PIAS1,MINPP1,TPST1,MSH2,MSH3,SRSF5,SLC27A3,ARL8B,SRSF9,GRIA1,KHDRBS2,ZC4H2,IREB2,SPATA2,UAP1,NRF1,RAP1B,NDOR1,G3BP2,PGK1,ZKSCAN1,CD276,TXNDC5,FBXO38,CORO2A,CORO2B,YRDC,IBTK,LRCH1,UQCRQ,ARPC3,SP3,DMXL2,ACO1,SPRN,NUMA1,PTEN,AP4M1,SPR,PPP6R1,PPP6R2,PPP6R3,PGM3,NEO1,SNAP29,BCAS3,ACTR2,ATRX,ARL4C,ATRN,NRG3,IMPAD1,C1D,TOP1,TNFRSF21,CANT1,ROCK1,MGRN1,ROCK2,MLLT3,EHBP1,FOXRED2,ZNRF2,CCDC85C,U2AF2,FEM1C,IGF2BP3,PCDH1,NTRK2,PCDH9,NTRK3,HNRNPAB,MYO16,DBNDD1,MCM3AP,NAGK,ST7,PDCD4,TRIM35,EIF3H,STUB1,ATXN10,EIF3D,TRIM33,SLC23A2,CPNE5,LDLRAD3,RCBTB1,CRKL,HERC4,HERC3,EFR3A,HERC2,OPHN1,CDC27,TRIM24,EPC1,SNRPD3,PTGFRN,ATP6V1E1,SCAPER,FBXO9,SMARCC1,LIMCH1,ECH1,CIRBP,CSNK1D,CDC34,KCTD12,KCTD15,TBC1D9B,AARS2,TMEM63C,MYCBP2,CEND1,KALRN,TTBK1,NKAIN2,APOO,NKAIN1,KCNN2,DECR2,NTNG2,XBP1,MYO5A,IFFO1,MED13L,SMARCA4,EXT1,AIMP2,MSRA,EXT2,PTK7,ECHDC2,SDC1,NOL10,HERPUD2,NRP1,HIBADH,GRIK5,AKAP12,PPP3CA,NUDCD3,OTUD6B,RAC3,RAC1,CAP1,GAA,MRPS23,SYN3,SREBF2,CTTNBP2NL,RNF144A,RAP2A,RAP2B,KIT,PITPNM2,PABPC1,ARHGEF7,EEF1E1,FJX1,SSNA1,GBA,GNAI3,GNAI2,SH3BGRL,MGAT3,EPS15,GABBR2,MON2,VEGFB,KLHL2,MYO9B,MYO9A,VEGFA,NUDT9,SGSM1,PDCL3,ITCH,TTC3,CACHD1,TACC2,NARF,UBE3C,CRTC1,UBE3B,SRP14,CELSR2,IGF1R,MORC3,FBXW11,DNAJB12,CASK,UBE4A,POU3F1,DHDDS,ADAM19,ADAM15,EEF1A2,RPP21,TBC1D24,PLAA,TBC1D25,CACNA1B,CACNA1A,BHLHE22,CACNA1C,CACNA1G,NCKIPSD,RAI1,TBC1D13,TBC1D16,UBE2F,AUTS2,SYT1,SYT7,GNAO1,GNAL,HOOK2,CCPG1,GNB1,UBE2N,CNTN1,GNAS,GNB4,IFT27,UBA2,DEGS1,DEGS2,TCF3,GALK1,UBE2M,RERE,PHTF2,DYRK2,PODXL2,LDB2,PITPNC1,CABIN1,LASP1,EEF2K,MAN1A2,RASGEF1B,DACT3,GET4,PDPK1,NAV1,NAV2,EPN1,EPN2,EEF1G,NAV3,CRY1,RALA,ANKS3,ASB13,ASAP1,RNF4,AGPAT3,RNF2,ADD2,CYTH3,POLD3,TMEM203,CNR1,OXCT1,SV2A,SPOCK2,GNG7,TMEM205,MKNK2,SLIT1,PTK2B,MTA2,CYTH1,ATF7IP,BNIP3,CCK,USF2,POLE4,GALE,ERCC5,TES,HNRNPU,HNRNPR,ADARB1,SMC3,PHB2,ELK1,ALCAM,ZMIZ1,ZMIZ2,LUC7L,CDK5RAP3,VPS39,DDX18,NUP210,PRKCE,PRKCD,ARMC9,REV1,AFAP1,WDR75,ARMC1,PRKD3,WDR82,GNE,ANAPC13,CTBP2,PRDM15,PRKCZ,MTDH,GJC1,LDHB,LDHA,ST3GAL1,LHPP,ST3GAL3,HOMER1,SETD1A,IRF2BP2,NR1D1,POU6F1,HNRNPL,MEX3B,ARL2BP,PAM,PYGB,WDR47,GMEB1,SETD3,PHF23,DENND1A,SETD7,WDR41,SMG7,KRI1,SMG5,SMG6,UBL3,AIFM1,RARS,PLEKHN1,JARID2,UBL7,NUTF2,TERF2,FAM126A,GNL1,NCOR2,ZEB2,TCP1,EXOC4,EXOC3,EXOC6,EXOC2,GAS7,NFIX,WDR26,WDR24,ADCY6,FGD1,FAM129B,ADCY5,SCAF8,NSD1,CKB,PAIP2,FARP1,YTHDF1,YTHDF2,KIDINS220,PCGF3,GABRA3,SYVN1,ELP3,SCAF4,MKLN1,NFIA,NFIB,TMEM229B,FAM49A,ANKRD13C,ANKRD13B,RAB3C,ANKRD13D,CLU,IPO4,SLC8A1,TM7SF2,PPP1CB,RIMS1,RIMS4,PAPOLA,ZNF326,ANKRD13A,GTF2I,KCMF1,MAGI1,TLE4,TLE3,MAP2K4,USP8,MAP2K1,USP3,MAGI3,TPM1,MAGI2,FRMD4A,THOC5,LEMD2,PYGO2,RAB31,RAB34,SNRPF,FKBP4,TOX,FKBP5,BRSK1,FKBP2,UBR4,SLC38A10,UBR3,PHB,ORC4,DVL2,PLXNA2,DVL3,MAP2K7,RAB6B,MAP2K5,MCL1,MAP2K6,AP1M1,OSBPL9,EIF2B5,UVRAG,RAB4A,OSBPL5,SEC16A,OSBPL2,SLC4A10,NSG1,TRAPPC9,LRFN3,DAB1,NBEA,CPE,MAP3K10,CNIH3,BCL2L1,SLC48A1,DIDO1,MCM7,WDR1,CEP164,WDR4,PIK3C2B,SCRN1,PHACTR3,PHACTR1,CEP170,GAL3ST3,TNPO2,ILKAP,RFC3,PLEKHG2,SGIP1,DNAJC5,POLR1D,LANCL2,HDAC5,RAB1B,ABLIM3,HAUS8,VPS53,POLR2D,POLR2L,SEC11C,MLXIP,PPIL2,RNGTT,ASCC1,AMFR,FBXL16,FBXL14,RAB14,VAPA,PSAT1,DOLPP1,VPS41,RAB18,CEBPZ,PPIL4,TPT1,TNRC6A,TCERG1,VEZT,ISCA1,SLC35B4,ZMYND8,PITPNB,CBLB,GBA2,HS6ST2,PNN,FLAD1,PPP2R1A,DZIP1L,LONP1,LONP2,BTRC,RPS13,ARRDC4,SRRM2,SRRM3,SLC35C2,IFRD1,COG1,MAPK8IP2,TIAM2,TIAM1,MTHFD2L,SIK3,SIK2,TLN2,MACF1,APCDD1,UGCG,ATP6V0A2,MLEC,GSE1,TNRC18,TRPM7,ARGLU1,MAGEE1,KLHDC8B,PUM1,PUM2,ADCK5,ROBO2,HIP1,CITED2,ZFAND2A,SLC35F1,SIPA1L2,SIPA1L3,ROBO1,C1QBP,SEC61G,XPO6,DNER,RAB8A,RALGPS2,PARP6,ZDHHC16,TOPORS,MLF2,VAV2,SLC22A23,AIDA,SDCCAG8,AMIGO1,PTN,NOL4,PTS,NT5C,TRAM1L1,METTL9,MTX2,NFYB,LHFPL4,SORBS2,SORBS1,MPP6,RAB11B,SPCS3,APBA1,MEGF8,APBA2,KDM1A,SPPL2B,NRCAM,NOM1,PHYH,KDM2A,LMO4,LIG3,ATP1B3,TRPC4AP,AMPH,ISYNA1,PXK,COPB1,CHRNA7,NOP2,PXN,CLEC16A,LPL,EFNA4,PRPF8,EFNB2,EFNB1,EMG1,TCTEX1D2,RPRD1A,LONRF2,BPTF,DARS,CPSF7,CBX4,CBX2,EFNA3,CAPRIN1,BRWD1,KDM5B,DBI,HS2ST1,SPRED2,SPRED1,PPP2R5E,LRRTM1,MCF2L,SNAPC3,KDM6A,RBM6,SVOP,H2AFY,H2AFZ,IQCE,AXIN1,PPP2R5C,DNM3,RABEP1,THRAP3,CDH10,CDH11,CDH13,VAC14,KDM3B,NRXN1,ATP1A3,NRXN2,GNA13,UGP2,CHSY1,ALDH1B1,RPS6KC1,FAM120B,GNA11,GNA12,FAM120A,BUB3,MAPK6,OPCML,KDM4B,KDM4C,SLC4A7,PDE10A,PPP2R2C,CAPN10,PPP2R2B,MT-ND4,ARAF,PREX1,SCAMP4,NSDHL,ZFYVE27,PPP4R1,PSMD7,PSMD1,MEF2A,MEF2C,RBFOX1,CSNK2A1,DNTTIP2,DICER1,SND1,EML4,PRKAR1B,RFX7,ZFYVE19,SPARCL1,TTYH3,MEAF6,MRPL18,MTMR9,AGAP1,COPS7B,SLCO5A1,MRPL14,AGAP3,MTMR4,GABARAP,CYB5R4,CYB5R3,VTI1A,PSMF1,HMGXB3,RHBDL1,ABCA2,EDEM1,EDEM2,MRPL23,MRPL21,FAM135A,PSMG1,FERMT2,RPLP1,GPR21,DIS3L,HEXA,LRRC3,IKBKB,NIPBL,TMEM43,TMEM44,FASTK,B3GALT1,RPLP2,UPF2,UPF1,ELOVL4,ELOVL2,MRPL49,MRPL46,SRP9,LRRC41,PSMA1,CDC42EP4,TUT1,PICK1,SLC29A4,DSCAML1,VAMP2,SLC29A2,RNASEK,GLRA2,UNK,PSMB2,LEO1,ANO10,MEF2D,LRRC28,SAMD4B,TMEM62,TMEM60,LETM1,FABP5,UBAP1,UBAP2,GOPC,YY1,STK11,KPNA6,FBRSL1,PIM3,PMPCA,SLC25A46,PPP1R16B,SLC38A1,UBE2E3,VPS33A,UBE2E2,PRPF4B,FOXP4,FOXP1,RBX1,FRMD3,OLFM1,ACAP2,FRMD5,SLC9A5,NSMAF,ANAPC2,PFKFB2,PFKFB3,MAZ,STK39,RAP1GAP,GLIS2,SOCS2,SBNO2,PMVK,E4F1,SLC38A2,EVI5,DR1,ZBTB12,PTPRD,MFHAS1,STK24,TMEM11,AAK1,MDM4,MDM1,SCHIP1,CELF4,ARRB1,CAPZB,NCK2,PMEPA1,ERC2,EDIL3,DGCR2,DIS3L2,PPP1R12A,PEG3,SIGMAR1,VPS37C,ARNT,NDUFC2,VEZF1,RAD23B,PPM1B,NPC1,MET,BIRC2,AHDC1,RNFT2,GTF3C1,PPP1R15B,PPM1L,CXXC1,ZBTB43,FOXK2,FURIN,FOXK1,ZBTB45,LRP8,LRP6,SLITRK1,FCHO2,SH3BP2,SLITRK5,LRRC8D,SH3BP4,LRRC8A,SLC25A22,ATP9B,SLC25A25,CYB5B,PTPN1,LINGO1,PPP1R14B,SEC24B,PPP1R14C,MMAA,NDUFA3,FOXJ3,LYSMD2,MBOAT2,RPL23A,BAIAP2,MCOLN1,NELL2,SNRK,NOVA2,CDR2L,MDGA1,SLC25A36,AHCYL1,CCNJ,PLEKHB2,ZDHHC7,TXNDC16,UBE2L3,RASSF1,CCNL2,KIF21B,CCNL1,EPHB2,EPHB1,CALN1,EPHA5,EPHA4,EPHA7,ST6GAL1,ST6GAL2,ENTPD6,ANK2,ANK3,ANK1,PISD,SFRP1,CD2BP2,KDELR2,TAGLN3,GCDH,TMEM87A,PAXIP1,FOXG1,PIK3R3,PIK3R2,PIK3R1,DHX33,PCBP3,DHX34,LARS,MICAL1,ERI3,TSPAN7,DYM,RAB11FIP3,RIMKLB,SNX5,IQSEC1,INTS3,SURF4,MICAL2,DCLK1,WNK1,ID2,WNK2,COL9A3,CALM1,CALM2,RGL2,AARS,PCSK2,GPAA1,CETN3,MIA3,AP2A1,WASL,PTPRK,BMI1,AP2A2,PTPRF,ARV1,DHX15,QSOX1,CTSF,ARIH1,VKORC1,ACAD8,CCDC112,NCOA1,NCOA2,STARD3NL,MRPS2,ANO6,RGMB,COMMD6,COMMD4,KIF2A,G2E3,NCOA7,CRELD2,DBN1,SATB2,DERL1,CRIP2,CAMKK2,PGRMC1,PAK1,EXOSC4,CAMK2N2,HSF2,HSF1,NPDC1,PLEKHA1,HUWE1,RPA1,PLEKHA6,AP2B1,RGP1,PER1,CCNG2,NEDD4,FAM171B,SCARB2,FHOD3,SCARB1,MIDN,DBR1,WWC1,OGDHL,CYP46A1,FAM174B,KIF5B,CAPN2,PPFIA1,EP300,ARID2,BAHCC1,SBF2,RGS6,PPFIA2,SH3GL1,RGS7,KIRREL3,RUNDC3B,MID1,FAM173A,GPD2,SCN8A,MASP1,RTN2,PSMD12,TMED10,NDRG3,ARHGEF26,PSMD14,NXPH3,YTHDC1,NPR2,SEL1L,SLC1A1,PDS5B,NDRG1,ACACA,FUT8,FUT9,CAMTA1,BCL9L,PRNP,ZFHX2,PHF12,CRIM1,DSTN,SUPT5H,KLHL20,RCL1,QDPR,BMP1,APPBP2,STT3A,PHF13,STT3B,PICALM,RBM28,GSK3B,NAA40,DDX47,PRKCSH,CHD6,CHD3,CHD2,AFF3,MEA1,PPP1R9A,GPHN,YWHAQ,TIMM17B,LRRFIP2,GALNT9,RBM33,ARHGEF11,ARHGEF12,NCBP1,TBC1D9,DDX52,PJA2,VCAN,RCN2,UBE2R2,GORASP2,TBC1D5,PPDPF,NUP50,TBC1D7,INA,DCTN6,MVK,PARN,HMGCR,ATP2C1,HMGCL,RAB40C,MAT2A,TAF1A,TAF15,GALNT2,ATP2B4,ATP2B2,ATP2B1,ACVR2A,MAPK10,CLCN7,MAPK11,GOLPH3,SBK1,GLB1,BRMS1L,ACIN1,QRICH1,VIM,R3HDM1,RAN,LNX2,CYFIP2,CNTFR,TRIO,MYT1L,THYN1,ENO2,BACH2,DCAF6,RPL7,MYC,DIP2C,IER5,ACOT7,RPL21,DAPK1,CD3EAP,SOX11,CLPX,IFT81,SARNP,RPL27,NEDD4L,SLAIN2,SLAIN1,HIF1A,FAM160B1,PRDX2,ABR,PRDX5,RIC8B,PRDX4,RAD21,PLCG1,SLC19A1,CDK19,FZD3,CHKA,H3F3B,TYSND1,PRRC2B,PRRC2A,SLC6A6,TADA2A,H2AFY2,OGDH,CDK10,DUS1L,CDK13,CDK14,TRMU,CLTB,CLTA,TCF20,ING1,TMEM189,CSRP2,CHL1,SPIN1,GPR137,AP3S2,AP3S1,BRD3,BRD1,MIOS,SSR4,ITPK1,RNF168,AFTPH,MRAS,IVD,PLCB1,PCYOX1,RNF165,SF3B5,PHLPP1,TMEM160,HSPA14,TM9SF3,BCLAF1,RNF138,CHN2,SC5D,BRD8,BRD7,RNF130,BRD4,RPRM,SF3A1,AGK,WWP2,GTF2H2,SRP68,AGBL5,XAB2,SARM1,PHLDB1,ATP8A2,DGKD,CHPF,TUSC3,CTNND2,CTNND1,BZW2,FAM107B,RPH3A,ABHD11,GRB14,CDH2,ZFP30,STK32B,MEN1,BIVM,GPT2,IGFBP3,F2R,IGFBP2,DISP2,CTDNEP1,ST7L,CLIP2,CLIP1,RALGAPB,ZFP41,STIM2,NCL,TNIK,MAD1L1,DNMT1,CD151,CUL5,ABHD2,ANKRD11,CUL3,ANKRD12,ITPR1,CUL1,KLC1,RLF,PHF21A,PHF21B,RHOBTB2,STIP1,BAG5,PITRM1,BAG1,ABL1,ABL2,ANKRD10,SKIL,ESRRA,ANKRD28,TNK2,DHCR24,LSM5,BTBD9,CHERP,CNOT4,RCAN1,LSM7,CNOT8,LZTR1,SERINC3,SERINC5,EIF4G1,RNF14,DUSP18,DUSP12,METTL14,SIN3B,PSD3,PDCD6IP,LIX1L,ZFP91,REXO4,PTP4A1,TRAF7,PTP4A3,ASPH,TRAF4,RPL37A,EVL,SSX2IP,GTF2A1,NFAT5,RNF34,SMARCD3,RNF38,WBP4,AMBRA1,JAKMIP2,CACNG7,FZR1,MGAT5B,SNRPB2,CACNG4,TXNRD1,SEMA4B,PTPN11,CDC42BPB,DDHD1,CDC42BPA,TRIT1,ENOX1,KLF6,MARCKS,NIN,NFASC,APC,IMPDH1,RUNDC1,CDO1,PFKM,APP,FAAH,GOLGA4,RUSC2,SAP130,KIFAP3,GLUL,SOX5,AQR,MTUS1,ACSL6,MRPS18A,ACSL3,JMJD8,RRAGB,BOLA2,XRN2,VDAC2,VDAC1,TTLL12,EZR,GPM6A,NECAB3,ANP32A,TWF2,TEX261,TMTC1,IGSF9,INPP5B,PTDSS2,SPAST,SRPK2,TRAP1,RABGAP1L,PTPRN2,BCL11B,INSR,PDE2A,ACADSB,UBAC1,ZWINT,GADD45G,UBAC2,PARP11,GOLGB1,CC2D1A,CC2D1B,ITM2C,HBS1L,DAZAP1,FAF1,GDI2,VLDLR,PRPF19,RYR3,RPTOR,KIF13A,PRMT2,TSC22D1,TSC22D3,PRMT3,NME3,RHOF,RAB33A,RHOB,MPPED1,PACS2,MPPED2,WAC,RHOU,SGK1,MAPRE2,AKAP7,ANKMY2,RBM15B,CUX2,CUX1,CTNNA2,MAP4K5,LCMT1,MPZL1,ARNT2,RANBP1,AP3D1,RANBP9,FAH,CTNNB1,FAU,GOLT1B,HDLBP,ARHGAP44,FBL,PDIA3,DSCAM,TSC2,KCTD2,KCTD3,DPM3,TBL1XR1,ELMO1,ELMO2,PDE9A,FAIM,NTM,HPCA,BTF3L4,DTX1,CPLX2,SEL1L3,TMEM121,ARHGAP21,PDZD4,DPP6,DPP9,SUDS3,MARK4,MYH10,PDZD8,MARK2,MARK1,HSPA9,ACBD6,ACBD4,HSPA4,SMURF1,PTCH1,ARHGAP29,SMAD5,DNAJC17,AZIN1,NFKBIA,ARHGAP32,DLG2,DLG3,DLG5,JMY,CLASRP,ACBD3,ABCD3,NVL,USP32,GTDC1,ELAVL3,SENP7,ZC3H7B,TMEM108,TMEM109,SCYL1,POLG,KLF13,ABCC5,PDE4D,RNF208,TRNAU1AP,ARID1A,LUC7L3,USP40,CHMP7,LUC7L2,CAMK1G,B4GALT5,CAMK2B,TM2D2,USP10,RGS16,USP12,SPG7,MTIF3,DLL1,IWS1,NCALD,GMDS,NT5DC3,NCAM1,LGI1,PTCD3,IGBP1,NEGR1,USP20,HAGHL,CADPS,PDE4DIP,MEIS2,XPNPEP1,RGS12,PDE7A,SSBP2,SSBP4"
+"gene_set_query"	"889"	"OTX2"	"765.3"	"ARCHS4 Coexpression,1268;Enrichr Queries,875;ReMap ChIP-seq,289;GTEx Coexpression,629"	"MT-ND4,CHIC2,TES,SLC4A1AP,CLPB,RPL31,STMN2,HNRNPU,ENO2,FNBP1L,RPL9,BACH2,RNF112,SAMD14,ALCAM,IGLON5,MYC,DPYSL3,FAM110B,AP1S2,MEF2C,RBFOX1,CXADR,RBFOX3,ARMC9,SOX11,ATG13,NISCH,GPR162,ZFYVE19,RUFY2,DDIT4,TBPL1,MTMR2,MTMR3,TTYH1,NOLC1,WDR61,SLAIN2,GNS,FLRT2,RNF215,GAR1,HMGXB3,RHBDL1,S100A10,CDK17,CADM3,PHC2,FZD3,RPL41,PRRT2,CADM1,PLK2,RAB3IP,RDX,H3F3A,EIF2AK3,EXOC6B,NR2F1,L1CAM,MEX3C,PRDX6,GPN1,MRPL22,CPEB4,GPR19,CDKN1C,GABRB3,BTG1,CDKN1B,KCNC1,HEXB,SETD7,PIGX,SHF,TRIM9,MMP24,CSRP2,RFK,TRIM2,TRIM3,NEFL,NEFM,JARID2,ELOVL2,FAM126A,DUSP6,SRP9,WDR33,GNL3,MRPL44,TUBB2B,ZEB2,CDC42EP4,PXDN,MTF2,ARF6,TRUB1,GRAMD1B,ATL1,ADAM22,TMEM74,TCOF1,CHN2,ZSWIM6,RPL17,RUNX1T1,RPRM,PAIP1,DAB2IP,NMNAT2,KTN1,NFIB,JKAMP,YPEL4,BZW2,SLC8A2,RIMS1,IPO8,SALL2,CDH2,NUDT19,NUDT16,KPNA1,BIVM,TLE2,IGFBP3,F2R,IGFBP2,TBR1,GTF2F2,THOC7,DISP2,ACAP3,MORF4L1,CACNB4,MADD,SNRPE,STAMBP,SNRPF,FKBP3,CSNK1G1,RTN4R,GRIA1,PFKFB2,DNMT1,CUL5,CCDC25,FBXO44,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,SRGAP3,SLC38A2,OSBPL9,TMEM120B,AKIRIN2,ANKRD27,BOD1,MARCH6,MARCH5,SLC7A6OS,DAB1,LHX2,COPS2,SERINC5,MAP3K12,ITGB1,SNAP25,FSD1L,PSD3,SUMO2,TNPO1,EIF2B1,TRIM67,SGIP1,VPS37B,PPM1B,PTP4A3,ASPH,NPC2,TOP1,BCAT1,LEPROT,HDAC2,RNF34,RNF38,CXXC1,AMBRA1,MLLT3,MFF,ABLIM1,FZR1,RBBP4,VPS53,NNAT,TRIM46,SH3BP5,IGF2BP3,HNRNPA1,FNIP2,PTPN1,LINGO1,NTRK2,SLC12A5,TXNRD1,SEMA4B,PCDH7,PCDH8,GSTZ1,NELL2,TSPAN14,MFAP2,POLR3F,CDR2L,ATXN10,INSM1,MDGA1,CBLN1,EIF4A2,ISCA2,APP,CCNJ,CCNH,ZMYND8,JMJD1C,ZDHHC3,HERC4,EFR3A,HERC3,SOX4,CALN1,FBXO9,EPHA5,SRRM3,EPHA4,SRRM4,ATP6V1G2,ENTPD4,SLC6A15,NSMCE2,ANK3,MAPK8IP3,PISD,TIAM1,STX1B,SFRP1,MTHFD2L,SIK3,EZR,TRIM11,CCDC84,TMEM87B,PAXIP1,STXBP1,FOXG1,TMTC1,UBE2J1,NKAIN2,SYNGR1,APH1B,PCBP3,INPP5F,PCBP4,LARS,HIVEP1,BCL11B,BCL11A,SS18L1,MICAL2,STAM,DCLK1,ICK,CCT6A,MSRA,RPS27,RPS29,RPL27A,ID2,NOL10,LRRN1,FBXL5,NRP1,TMEM151B,CITED2,DIRAS2,GRIK3,MRPS10,GRIK2,SLC7A11,SERP2,PPP3CA,PCLO,SPTLC2,CAMKV,ZMYM5,ENC1,KIF13A,KIF1A,TMED7,UBXN4,NANS,FEZF2,CAP1,GRIPAP1,CDV3,PRMT7,STRADB,NCOA4,ANO6,PRPF40A,PPRC1,MRPS6,RGMA,ENAH,TOX3,MN1,RAP2B,KIT,MPPED2,NCOA7,EEF1E1,SGK1,SFI1,PCNA,PRICKLE2,AKAP7,CAMKK2,TRAK2,EXOSC7,ANKMY2,ARVCF,EXOSC9,NPY,GPC4,RAE1,MAP4K3,PURG,DYNC1H1,KLHL2,PDP1,RSL1D1,PDCL3,KLHL5,CAPZA2,CACHD1,CCNYL1,TRIP12,CRTC1,ARID4A,CELSR3,IGF1R,TMEM145,GRIP1,CHCHD3,KIF5C,CWC22,CAPN2,SBF2,SH3GL2,KDM2B,SPNS2,ADAM11,KCTD2,POU3F1,POU3F2,KCTD6,TANC2,POU3F3,DHDDS,TMX4,TMEM136,TMX3,MYCN,DOK5,ELMO1,ANKS6,RAF1,ABCG4,RAI14,ISYNA1,COX17,CACNA1B,CACNA1A,BHLHE22,RTN4,ARHGAP12,EFNB2,DPP8,ATP6V1H,OTX1,PDZD8,PDZD7,SMAD2,SYT4,UBE2H,CBX5,PTCH1,IDH1,ARHGAP29,DNAJC13,TBCA,CLK4,DNAJC17,PAN3,HOOK2,HOOK1,GNB1,TAB2,PICALM,SCYL3,GSK3B,DOCK4,DYRK2,DDX47,MAST1,HMGB3,PSIP1,PKD1,ELAVL2,ELAVL3,POLB,SPRED1,UBE2Q2,MCF2L,RB1CC1,PDE4B,LRRFIP2,TOPBP1,GALNT9,USP48,ARHGEF12,H2AFZ,ABCC5,PPP2R5B,GPCPD1,TGFBR1,RCN2,ALS2,DDAH1,NDUFS7,PEX3,ATP6V1B2,LUC7L3,PFDN1,PFDN4,RBM24,TM2D2,USP10,NRXN1,NRXN2,CRMP1,ATP2C1,DLL1,PARL,IWS1,AGPAT4,TMEM201,MAPK8,CHSY1,SPOCK2,OPCML,LGI1,RWDD1,KDM4C,PCDHGC4,LCA5,ATP2B2,MEIS2,SLC4A8,SBK1,FAM131C,SPRY2,ERCC5,KRAS,RGS11,ATP13A3,VIM,LPIN2"
+"gene_set_query"	"890"	"ZBTB48"	"765.3"	"ARCHS4 Coexpression,989;Enrichr Queries,240;GTEx Coexpression,1067"	"PANK4,NCKAP1,IFITM2,HDAC10,ARAF,HNRNPU,EPRS,FRAT2,RASSF2,TRIM28,ZMIZ1,ZMIZ2,MYC,OGFOD2,FAM53C,CCDC97,ATXN7L1,CCNL2,IER5,IER2,SLC12A9,ARSA,ACOT7,ARRDC1,SLC35C2,PRKCD,CIRBP,PTOV1,CD3EAP,TALDO1,RFX1,MAPK8IP3,MFSD10,NISCH,THAP3,WDR81,DDIT3,DDIT4,ULK3,HECA,ULK1,AURKAIP1,PRR14,TRIM11,CDC42SE1,MTMR3,STXBP2,FBF1,TRMT2A,PRKCZ,GABARAP,PGS1,RHOT2,PPP4C,DHX34,MICAL1,PUSL1,BANP,VASP,JUN,PHC2,TMEM86B,JUND,IRF2BP2,MTHFR,PBX2,GADD45G,EHD1,ABTB1,FAM160A2,FASN,ID2,CWF19L1,UNC119,CORO7,RGL2,ITM2C,RNF220,OGFR,PIGU,GMEB2,ELL,CITED2,PIGQ,MRPS12,ING1,LIMD2,XPO6,FASTK,UIMC1,SDF4,SH3BGRL3,KIF1B,PSENEN,LYPLA2,BRD2,NUDC,DBNL,STRADA,SPHK2,SIRT7,GMIP,MRPS7,DUSP6,MLF2,NCOR2,GAK,RNF167,SLC7A5,MED25,INF2,PITPNM1,PXDN,FAM193B,PLEKHO1,ARHGEF1,ARHGEF2,SGK1,RNF166,STK40,RNASEK,RPL11,TYMP,GNAI2,FGD3,ZDHHC18,EXOSC4,MEF2D,MAP3K3,EGLN2,MTX1,MIB2,MYO9B,PEX14,TMUB2,VEGFA,XAB2,SHKBP1,ZYX,PKN1,PNPLA6,AGRN,TARDBP,YPEL3,CRTC2,TOR2A,MIDN,NARF,ANKRD13D,KDM1A,CLSTN1,RNF19B,PRDM2,STK16,PIM3,FADS1,TLE3,ZGPAT,LMO4,CNPY3,ATP1B1,PGD,ATAD3A,DGKZ,ACAP3,TXLNA,SLC9A8,EHBP1L1,SLC27A3,CSNK1G2,ANAPC2,PFKFB4,INO80E,PFKFB3,UBR4,CACNA1A,RASGRP2,CSF2RA,CORO1A,RAP1GAP,SLC9A1,SBNO2,NDOR1,PITRM1,GRK6,DVL1,CAMTA1,E4F1,DMAP1,NADK,MARK2,WDTC1,IVNS1ABP,ZBTB17,PRNP,PHF12,TNK2,ASPSCR1,CLK3,EFNA2,HOOK2,HOOK1,GNB2,CNOT3,PHF13,CLASRP,LRCH4,LRP10,MXD4,RERE,KDM5B,MAST3,PRKCSH,ZC3H3,CHD6,PIK3CD,ARHGEF10L,ARRB2,PPP1R9B,TMEM222,DUSP12,ABHD16A,AP1G2,PPP6R1,SNRNP70,SNAPC4,FLOT2,PGLS,KDM6B,SUN2,PDPK1,ARHGEF18,ARID1A,DDOST,DNM2,GIGYF1,PTP4A3,IRF3,CTDSP2,POLR1B,CRY2,ETF1,PPP1R12C,AHDC1,TSEN34,TRABD,PPP1R15A,RGS19,TSSC4,HDAC1,CXXC1,LENG8,TOB1,DCAF15,TMEM201,DNPEP,TAF1C,RAB24,MKNK2,SH3BP2,PTK2B,FEM1C,CSK,FBRS,PDLIM7,CYTH1,SPEN,MARCKSL1,KDM4B,MBOAT7,LIMK2,MIIP,ATP2B4,BAIAP2,USF1,CLCN7,GALE,KLF6,IMPDH1,RPS6KB2,ATP13A2,SMAP2"
+"gene_set_query"	"891"	"GMEB1"	"766.0"	"ARCHS4 Coexpression,1306;Enrichr Queries,150;GTEx Coexpression,842"	"CHIC2,CCNK,HDAC10,ZMYND8,HNRNPU,CISD2,JMJD1C,HNRNPR,GABPB1,EPRS,BACH1,ACTB,BACH2,LSM12,FRAT2,KAT5,ZMIZ1,ALKBH1,CDC26,DPYSL2,MYC,BSG,TRIM24,LONP1,CCDC97,EPC1,AKT1,GLUL,IER5,ATXN7L3,RNF111,SOX4,VPS18,DAXX,ACOT7,ACTN1,DNTTIP1,CD3EAP,MOGS,MED6,GTPBP4,SRRM1,BIN3,DDIT4,ORAI2,HECA,MACF1,DHX8,NOLC1,BAZ2A,HIF1A,GJC1,APH1A,CYB5R4,PPP4C,DHX34,PCBP1,CSTF1,VTI1A,ATP6V0A2,NRBF2,HIVEP2,RDH13,PATZ1,BANP,CREBBP,JUN,PHC2,JUND,INTS1,RCC2,SLC35E3,MAD2L1BP,IRF2BP2,NR1D1,PUM1,SRPK1,PRRC2A,TMEM199,MLLT10,SNW1,ZZZ3,WNK1,FASN,HNRNPF,FUBP1,ID2,CWF19L1,INTS5,INTS4,CPEB4,ITM2C,ARF3,PIGU,GMEB2,ELL,MTMR14,CTCF,PCSK7,PRPF19,SMG5,BBC3,MED11,DHX15,SDF4,SH3BGRL3,KIF1B,JARID2,RAB8A,ZC3H10,NCOA2,BRD2,UPF1,MINK1,GMIP,MRPS7,PPRC1,DUSP6,MLF2,ENAH,ZEB2,SCNM1,PRPF18,MTF2,PXDN,WAC,GARS,ARHGEF2,SGK1,STK40,CSTB,RNASEK,LIN37,NOL9,ARNTL,FGD3,ZDHHC18,MNT,CUX1,NSD1,MEF2D,SRSF10,DEDD,YTHDF2,TTC9C,SYNJ2BP,GATAD2B,VEGFA,KBTBD4,NFIA,SHKBP1,TAOK1,TRMT6,SERBP1,TAOK2,UBAP1,NUCB1,PKN1,TARDBP,GRINA,KDM1A,HDLBP,RNF19B,PRDM2,ACTG1,YY1,KHSRP,POGZ,COTL1,KPNA6,SNIP1,EP300,HMGN2,ARID2,FADS1,TLE3,USP8,USP5,USP4,USP3,TPM1,UBE4B,RSBN1,PIAS1,FOXP1,DISP2,ILF3,RAB35,MRTO4,TBC1D25,SRSF4,GEMIN7,SQSTM1,FKBP5,KHDRBS1,DNMT1,PFKFB3,ANKRD11,MAZ,AK2,HTRA2,EIF1AD,ORC4,ATXN2,PITRM1,GRK6,PLXNA2,ZKSCAN3,ZC3H18,ABL2,CAMTA1,SLC15A4,MCL1,YARS,IVNS1ABP,PRNP,UBE2I,FUS,HMGA1,TOR1B,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,MAFG,GNB1,SPIRE2,MDM4,CCDC22,NOP10,NFE2L1,BCL2L1,ISY1,RERE,KDM5B,GSK3B,PRKCSH,CELF2,HP1BP3,CHD6,ARRB2,SART1,PTBP1,DUSP12,SEC61A1,ZNRD1,SIN3A,OPA3,UBTF,PMEPA1,TNPO3,EID2B,KDM6B,USP48,KLF13,RFC2,PDPK1,AXIN1,ARNT,TFIP11,OXSR1,ARID1A,YWHAZ,PATL1,DDOST,PTP4A2,TRAF7,SFPQ,ELF2,CREB1,THRAP3,CTDSP2,POLR1B,RBM22,RNFT2,NFAT5,USP15,RGS19,USP10,RAB1B,PRCC,ATP1A1,LRP8,FBXL20,FAM168B,GANAB,DNPEP,HAUS8,RBBP4,RBBP5,U2AF2,MKNK2,POLR2D,MAPK1,FEM1C,RPP14,CCDC71,SMNDC1,SH2B2,SPEN,MARCKSL1,EYA3,FOXJ3,CDC42BPB,RPIA,KLF7,IRGQ,SNRNP40,KLF6,MGAT4B,P4HB"
+"gene_set_query"	"892"	"FEZF1"	"766.3"	"ARCHS4 Coexpression,633;Enrichr Queries,1078;GTEx Coexpression,588"	"SCOC,CCNJ,ARL6IP1,STMN2,STMN3,ENO2,FNBP1L,HS6ST2,DPYSL4,RPS19,DPYSL5,DPYSL3,STMN1,LUC7L,KIF21A,KIFAP3,PRKACB,SOX5,EPHA4,EPHA7,RBFOX1,ACOT7,CXADR,WSB1,UNC5A,SLC6A15,ISLR2,RFX3,SOX11,CPT1C,ANK1,SFRP1,PRKAR1B,IFT81,TAGLN3,CTXN1,TSPYL4,ASTN1,PFN2,BEX4,CUTA,BEX2,ADCYAP1R1,BEX1,NRN1,MEAF6,MAGED1,FOXG1,PHYHIPL,ADH5,NKAIN1,PRDX2,INPP5F,FLRT2,PCBP4,TSPAN6,TSPAN3,SCN3A,VAT1,FZD3,NDFIP1,PTPRN2,MAGEE1,BCL11B,LRRN2,ZFR2,BCL11A,ST8SIA2,H3F3A,NR2F1,KLHDC8B,MLLT11,MEX3A,RPS27,CALY,H2AFY2,FUBP1,FXYD6,MAGED2,LRRN1,DZIP1,CALM2,RCOR2,CD200,ITM2C,CDS2,CSRNP3,GRIK5,DENND1A,GRIK3,COX7C,NAT14,PHF6,UBL5,UCHL1,TUBA1A,CSRP2,SLC22A17,RFK,DNER,NEFM,FEZF2,GPRASP2,CCDC112,BRD3,HSBP1,MANEAL,DYNLL2,DUSP6,SRP9,RGMA,TOX3,TMEM179,TUBB2B,TUBB2A,PXDN,MTF2,MAPRE3,MAGEH1,WRB,SATB2,NOL4,TCEAL6,GLRA2,TMEM169,CAMK2N2,GPC2,CTNNA2,PAK3,CENPV,MPP3,MYEF2,GABRA3,LSAMP,PNMA2,BLCAP,SGSM1,ATAT1,MORN4,NFIA,ABI2,NFIB,PRKRA,TTC3,APBA1,CDK5R2,RAB3C,TUSC3,CTNND2,MRFAP1,SRP14,ACTG1,NUDT11,ATCAY,SALL2,CDH2,TUBB3,FAM162A,SLC16A2,HMGN3,TLE4,LMO1,DSCAM,IGFBP3,UBE2E3,IGFBP2,TBR1,CASD1,POU3F1,PCDHA12,TMEM130,POU3F2,POU3F3,BSCL2,PREPL,ARMCX2,SLC9A6,SNRPF,LY6H,FKBP3,FAM92A,ATP6V1A,ISYNA1,ARL3,TMEM59L,CACNA1A,SLC1A4,BHLHE22,LRRC55,CACNA1E,CNN3,PHF21B,EFNB3,SCUBE1,KIF3A,TCTEX1D2,PLXNA2,PGK1,NDN,OTX1,MYH10,KLHDC10,LRRC4B,SYT5,DARS,TIA1,CBX5,SYT1,AUTS2,RHBDD2,NONO,CBX2,TMEM132A,KLHL23,RALYL,DAB1,NSG2,LHX2,HOOK1,REEP2,UBA2,LRCH4,CNIH2,YWHAE,KDM5B,PODXL2,CHD6,ELAVL4,CELF5,PSIP1,RND2,FBLL1,ELAVL2,TRO,SEC61A2,YWHAQ,MDK,SNAPC3,SUMO2,ADAMTS7,EMX1,HSDL1,PEG3,DCAKD,NAV1,NAV2,SYNGR3,SEZ6L,ZFP90,NIPSNAP1,GAP43,PTP4A3,RCN2,DALRD3,DNAJC6,DDAH2,DCX,TERF2IP,TMEM9,INA,NLGN1,HDAC2,NDUFB8,USP11,NRXN1,ATP1A3,CRMP1,TM2D3,HMGCR,FAM169A,CXXC4,DLL1,DPCD,GNG2,IGFBPL1,PTPRZ1,SLITRK1,FAM120A,IGF2BP3,FSD1,IGF2BP2,WASF1,HNRNPA1,SMARCE1,LINGO1,NTRK2,NDUFA4,PCDH7,BNIP3,PCDH8,CADPS,MEIS2,NAP1L5,NELL2,FAM155A,NECAP1,PDE10A,MFAP2,ATP13A2,INSM1,CBLN1"
+"gene_set_query"	"893"	"ZNF502"	"766.7"	"ARCHS4 Coexpression,865;Enrichr Queries,959;GTEx Coexpression,476"	"TCERG1,DCAF8,THUMPD1,SMC3,RBPJ,GPATCH8,NUDT3,ALKBH8,NUDT4,PREX1,LSM11,DPYSL2,MYC,EPC1,AKT1,LONP2,EPC2,KIF21B,SOX4,RNF111,ARRDC4,EPHA4,AQR,RBFOX2,TSTD2,NGDN,ZFP2,ARRDC3,REV1,WDR75,CD3EAP,DNTTIP2,MOGS,ANK3,WDR73,FAM133B,SFRP1,ZSCAN21,DDIT4,HECA,KCTD12,PFN1,BEX2,PAXIP1,DHX8,FOXG1,PEX11B,HIF1A,APH1A,FLRT2,LARS,CSTF1,ZSCAN18,SEC31A,NTNG2,CREBBP,JUN,INTS1,BCL11A,SETD1A,PBX2,PBX1,DCLK1,PRRC2A,HNRNPL,ZZZ3,ID2,GRB2,DHX29,CORO7,NOL11,CDK13,CALM2,CDC42SE2,ITM2C,ARF3,PHF2,NRP1,SETD2,SMG1,DAZAP1,WDR48,SH3KBP1,SETD6,SNX10,SLC35F1,SLC7A11,PRPF19,SMG5,MED17,AKAP12,CSRP2,ZMYM4,ENC1,SDF4,RIOK2,AP3S2,CTSF,RRP15,ZIK1,UPF1,PBRM1,SHPRH,BRD1,NCOA5,ELOVL4,TEX10,MINK1,GAB2,ASH1L,WDR35,LRRC41,DUSP6,WDR33,MLF2,ENAH,PITPNM1,NFX1,TMEM33,KIT,CDC42EP3,PXDN,MPPED2,ARHGEF2,SGK1,PAFAH1B2,SATB1,NOL9,SDAD1,FAM117B,ARNTL,SCAF8,NSD1,HSF2,RICTOR,HEATR6,SRSF10,MAP4K3,PAIP1,PCGF6,MYEF2,RYK,MTX3,YLPM1,ELP2,WDR12,SYNJ2BP,MPP6,PRPF39,NFIA,NFIB,CAPZA1,NUCB1,HDGF,PKN1,ZFP28,GRINA,ANKRD13C,FAM13B,LTN1,TSEN2,ZFP30,CAPN7,ARHGDIA,CFL1,EP300,SMARCAD1,NRCAM,ENPP5,NOM1,PCID2,ANKRD46,DIMT1,IGFBP3,MATK,TSC2,PRPF4B,KCTD6,FOXP1,OLFM1,MORF4L1,FRMD5,RALGAPB,HNRNPUL1,RAB35,SRSF3,ADNP,TBC1D23,SRSF6,ARL8A,CSNK1G2,ZCCHC8,RAB5C,PRPF8,SUPT6H,CORO1B,SOCS2,NACC1,EP400,NAE1,NEK9,EIF2B4,PRNP,SMAD4,RAB4B,TRAPPC1,AUTS2,BOD1,ASNS,MARCH7,ADAP1,SMAD5,KLHL20,CHERP,BCL9,EFNA2,HOOK2,HOOK1,ZFP62,CNTN1,GRSF1,LSM14A,RERE,NUMA1,ZC3H4,MAST3,PRKCSH,DDX42,CHD6,ZFP82,AFF3,RND3,PPP1R9B,SENP6,SGCE,DUSP12,SART1,SEPT9,METTL14,PPP6R1,PPP6R3,PDE4B,DGCR8,PMEPA1,EIF2B1,SUN1,NUP133,PDPK1,ARID1B,TGFBR1,DNM2,LATS1,ARL4C,VCAN,PTP4A3,DDAH1,EEF1D,POLR1B,NUP54,BDP1,BCAT1,DCTN5,RRN3,GTF3C4,RAB1B,GOSR1,USP19,JAKMIP2,ABLIM1,GANAB,U2AF2,POLR2D,KRIT1,EIF4H,DROSHA,VPS54,RBBP6,FEM1C,RALY,MTA2,EIF4E,FBRS,CYTH1,MAPK3,TUB,RNF20,MMAA,PCDH7,RPRD2,DDHD1,MEIS2,GDAP1,ERCC3,MGAT4B,P4HB,NAA15,TRIM32,TNRC6A,TAF1,METAP2"
+"gene_set_query"	"894"	"ZNF227"	"767.0"	"ARCHS4 Coexpression,639;Enrichr Queries,587;GTEx Coexpression,1075"	"EIF4A2,NUP107,CCNJ,GPATCH1,HNRNPU,JMJD1C,RBPJ,EPRS,SMC3,PWP1,HERC4,ALCAM,CAPNS1,ALKBH1,MYC,ZMIZ2,GPBP1,EPC1,AKT1,EPC2,PRKACA,PRKACB,RNF111,SOX4,TMPO,TIPIN,WSB1,CXADR,SCAF11,ACTN1,CD3EAP,ATG12,FAM133B,THAP3,RFX7,DDIT3,ZSCAN21,DDIT4,HECA,ALG10B,TBC1D9B,DHX8,FLII,MYCBP2,PIK3R1,CDKN2AIP,LDHB,HSPH1,CEP70,STXBP5,PIP5K1C,SERF2,EDEM3,ZRSR2,JUN,XRCC6,LRRN3,RDX,UPF3B,MEMO1,CDC7,SETX,MLLT11,ZBTB6,STAG2,ZZZ3,GOLGB1,GIPC1,INTS4,HBP1,HNRNPC,EZH1,ITM2C,PHF3,ARF3,PIGU,CDKN1B,MRPS12,CLTB,SLC7A11,PHF6,PTPRF,MED17,TRIM8,MRPL42,NIPBL,TUBA1A,MED13,CSRP2,RSRC1,OTUD6B,TIMP2,UBXN7,SDF4,ZIK1,UPF2,DFFB,CCT2,SHPRH,PARP2,MINK1,ITPK1,TCF12,LRRC40,DUSP6,SRP9,NCOR2,KIN,INF2,PITPNM1,POC5,MTF2,PXDN,WAC,G2E3,SGK1,ATP6V0C,ERGIC1,PCNA,NOL7,CENPB,ARNTL,FAM129B,GNAI2,BCLAF1,NFIL3,EXOSC9,HSF2,USP1,RICTOR,CCT8,HEATR6,MAP4K5,SRSF10,PAIP1,RANBP2,ATAD1,PLEKHA1,MBD1,DAB2IP,TTC9C,VEGFA,RNF146,MPHOSPH9,SNX16,DPY19L3,MORN4,ETNK1,KLHL7,KLHL8,RLIM,ZYX,RAB3GAP2,NUCB1,PKN1,PNPLA6,RNF141,FRYL,GRINA,ANKRD13C,FAM13B,ZFAND3,CD81,CSE1L,CEP120,ATN1,ARID4B,NUDT11,SMCHD1,ZFP30,LAMP1,PAPOLG,CWC22,PAPOLA,SMARCAD1,MAP3K7,SH3GL1,RARS2,SLC38A1,SUPT16H,PRPF4B,ZBTB33,RSBN1,MSH6,CTDNEP1,DMTF1,MSH2,EHBP1L1,MAPKAPK2,CHMP4B,PHIP,MATR3,ZCCHC7,DDX5,PFKFB3,CD151,RAB5C,ANKRD12,PXN,SLC38A10,NRF1,CORO1B,TPR,CCDC32,SMN1,SLC15A4,SLC38A2,BPTF,BCL9L,IVNS1ABP,ESRRA,PRNP,CBX5,NUP155,HSPA4,NONO,ZBTB12,ZBTB11,KLHL24,MARCH6,AZIN1,CNOT4,CNOT7,SLC7A6OS,EFNA2,HOOK2,HOOK1,GNB2,RFXAP,JMY,UBA2,PLEKHM2,PLXNB2,BRWD1,LRP10,BCL2L2,NFE2L1,CREBZF,MCM7,ASNSD1,PRKCSH,PRR3,CHD6,ZFP82,PTPN23,CHD2,DUSP12,LASP1,SART3,ZC3H7A,CAPZB,PMEPA1,CEP170,TNPO1,USP47,HSP90AA1,RFC3,DST,NUP133,TTC33,EED,PDPK1,VBP1,RBM18,ATRX,PATL1,PJA2,EPN1,LATS1,PPM1A,TRAF7,RCN2,TMEM214,CTDSP2,POLR1B,DNAJC5,LUC7L3,DNAJC9,BCAT1,SOS1,RBM22,PPP1R15A,HDAC2,RAB1B,CEBPG,RBM4B,LRP6,GNA13,DNAJB2,RBBP5,MKNK2,FAM120A,FEM1C,RBBP7,PCDH1,SMNDC1,ATE1,LYSMD1,PDE4DIP,CDC42BPB,OXR1,CLCN7,NIN,KLF6,DNAJA2,MGAT4B,SNRNP48,P4HB,SSBP2"
+"gene_set_query"	"895"	"ZNF141"	"767.3"	"ARCHS4 Coexpression,646;Enrichr Queries,870;GTEx Coexpression,786"	"TCERG1,VARS,GDE1,ZDHHC5,JMJD1C,HNRNPU,SMC5,ZDHHC8,FNBP1L,PNN,NDST1,CAPNS1,TRIM28,BSG,PSMD3,LUC7L,AKT1,AP1S1,CCNL2,PRKACA,ATXN7L3,FNBP4,DDX17,METTL3,REV1,WDR75,RFX3,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,SND1,SRRM1,EML5,DDIT4,HECA,ANKRA2,MEG3,TBC1D9B,FLII,TRANK1,PIK3R1,RNPC3,INPP5B,MBTD1,APH1A,PLCG1,RDH13,ARGLU1,SNHG1,PRPF38A,ZRANB2,HOMER1,INTS1,BCL11A,INSR,PBX2,BRAF,CDC7,DCLK1,PRRC2A,HNRNPL,FUBP1,ID2,GIPC1,ITM2C,CEP57,ARF3,SETD5,PIGU,DAZAP1,VLDLR,PRPF19,PHF6,SMG5,AKAP12,EPM2AIP1,ZMYM2,ZMYM6,DHX15,SDF4,CIC,ZIK1,PCMTD1,UPF1,TMED9,STRBP,MINK1,SLC39A10,WDR33,MED23,INF2,MTF2,KIT,PXDN,HNRNPH3,ARHGEF7,TKT,STX16,SATB1,CENPB,FAM129B,HIRA,BCLAF1,EXOSC10,BTAF1,ASNA1,PES1,TMEM68,CLPTM1,MFN2,METTL6,ANKRD52,APBB3,YKT6,SRSF11,NKTR,RANBP2,MYEF2,PLEKHA5,SCAF1,SKI,PRPF39,TAOK2,NUCB1,HDGF,PKN1,TARDBP,MPHOSPH8,ZFP28,GRINA,CCNT2,ATP8A1,CEP120,HDLBP,ATN1,POFUT2,LAMP1,ARHGDIA,POGZ,CFL1,SLC39A7,LZTS2,SBF1,AP2M1,PCID2,MAP2K2,USP5,THOC1,ATP1B3,PRPF4B,ATAD3A,CTDNEP1,ARMCX4,MYCN,DMTF1,MSH2,ADAM15,HNRNPUL1,HNRNPUL2,PRPF3,RAB35,CHMP4B,PHIP,SRSF5,CSNK1G2,ANAPC2,ZCCHC8,LRRC59,RAB5C,YTHDC1,MAZ,ITPR1,CORO1B,ORC4,IRAK1,DVL1,BTBD2,NACC1,SAFB2,ABL1,MYH10,ANKZF1,PLXNA3,BPTF,ESRRA,TIA1,CPSF6,AUTS2,EEF2,CLK1,CDK9,EFNA2,NR4A3,SH3BP5L,HOOK2,NASP,NBEA,HOOK1,GNB2,GNB1,NFE2L3,PLEKHM2,PLXNB2,MDM4,GPR107,BRWD1,FGF13,LRP10,OGT,NFE2L1,EIF4G1,RNF187,UBE2M,CREBZF,USP36,RBM25,KDM5C,GSK3A,RBM26,WDR1,CELF1,PRKCSH,PRR3,CHD6,SLC2A3,ZFP82,PTPN23,CHD2,AFF3,PPP1R9A,SYNE2,LMNB2,LMNB1,PPP1R9B,MFSD8,CASP9,SENP7,DUSP12,SEC61A1,SART1,LASP1,SENP5,SNRNP70,ZC3H7B,PPP6R1,GATAD1,PSD3,PDE4B,SNAP29,RBM5,RBM33,SCYL1,EIF5A,USP48,PDPK1,PDE4D,CTPS2,RAD23B,PTBP2,ARFGAP1,KLF16,ARL4C,TRAF7,VCAN,PTP4A3,SLC25A17,SETBP1,RER1,CTDSP2,POLR1B,DNAJC5,AKT1S1,LUC7L3,PPP1R12C,RNFT2,DDX27,CANT1,UHRF2,WBP1,RAB1B,SRSF1,LENG8,CRMP1,MLLT1,ATP1A1,FAM169A,STRN4,FAM168B,GANAB,U2AF2,FAM120A,EIF4H,HNRNPA1,EIF4E,FBRS,TTC14,RBM39,HNRNPA3,PPP1R14B,ZFC3H1,DONSON,PDE4DIP,CDC42BPB,TPD52L2,CARM1,MGAT4B,P4HB,SSBP2,RBMX"
+"gene_set_query"	"896"	"ZSCAN2"	"767.3"	"ARCHS4 Coexpression,1105;Enrichr Queries,339;GTEx Coexpression,858"	"CERK,ZMYND8,PITPNA,ARAF,ZDHHC5,EPRS,RAPGEFL1,ZDHHC4,KRTCAP2,PSMD6,CAPNS1,RPL36AL,ZMIZ1,DPYSL2,MYC,OGFOD2,DPYSL3,STMN1,LONP1,AKT1,TRIM27,KIF21B,ATXN7L3,SOX4,CHID1,GABARAPL1,ST6GAL1,NFKBIL1,ACTN1,IFRD1,ALG5,ARRDC3,ALG2,CIRBP,CD3EAP,MOGS,ALG1,ANK3,WDR73,ACTN4,ANK1,SND1,DDIT4,PREB,HECA,ULK1,TRIB2,TTYH3,ANAPC16,NPRL2,FLII,FBF1,NEDD4L,TEX261,PIK3R1,GJC1,APH1A,RNF214,NUAK1,PPP3R1,PRDX4,DYM,GSE1,HIVEP2,RDH13,PATZ1,ST3GAL1,XBP1,SURF1,JUN,JUP,BCL11A,INSR,PLK2,SLC35E3,IRF2BP2,NR1D1,PBX1,GADD45G,PRRC2A,TADA2B,MEX3B,MEX3A,GIPC1,ID2,HBP1,TECPR1,ITM2C,ARF3,NRP1,PIGU,BTG1,PTPRS,CITED2,MRPS12,ICA1,MIA3,PRPF19,ROBO1,BBC3,CSRP2,ENC1,SDF4,RAC1,SEC61B,JARID2,CIC,PCMTD1,UPF1,TMEM150A,TSC22D1,PABPC4,SSR2,TSC22D3,MINK1,DYNLL1,DUSP6,MTSS1,PGM2L1,MLF2,RHOB,RNF144A,NCOR2,INF2,CDC42EP3,PXDN,TUT1,PLEKHO1,SGK1,DBN1,CSTB,NFIX,TIMM9,STX18,DERL2,RFNG,PRICKLE1,CENPB,FAM129B,NFIL3,ORMDL3,STX6,MFN2,FLNA,ZSWIM6,ANKRD52,YIPF3,SYVN1,TMUB1,RAB11A,VEGFA,NFIA,NFIB,CCNG2,TAOK2,NUCB1,HDGF,PKN1,CRAT,YPEL3,GRINA,CLSTN1,HDLBP,UBE2Z,CELSR2,LAMP1,FAM174B,CAPN2,SBF1,FADS1,TLE3,SEMA6C,TLE2,LMO4,VASH2,NOSIP,ATP1B1,FOXP1,TPST2,CLIP2,MYCN,ADAM15,EHBP1L1,RAB35,CHMP4B,SIDT2,LRRC59,PFKFB3,FAM114A2,UBA5,SEL1L,SLC38A10,CACNA1A,NDRG1,GTF2E2,SOCS2,PITRM1,DVL1,THEM4,SLC38A2,PDZD7,KLHDC2,PRNP,AUTS2,TMEM120A,PTCH1,CBX2,BFAR,KLHL24,IFT20,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB1,NFE2L3,SPIRE2,SRPRB,PLEKHM2,PLXNB2,RAB5A,BCL2L2,NFE2L1,MXD4,EIF4G1,PICALM,RERE,KDM5B,KDM5C,WDR1,PRKCSH,CHD6,ARRB1,PITPNC1,TTC28,PPP1R9B,DUSP12,SEC61A1,LASP1,SPR,MDK,PPP6R1,PGM3,PDE4B,PMEPA1,ACP2,SLC37A4,ACTR2,PLEKHG2,KLF13,PDPK1,PDE4D,NAV2,ARFGAP3,YWHAZ,RAD23B,BET1L,DDOST,EPN2,VCAN,PTP4A3,UBE2R2,EEF1D,PEX6,CTDSP2,POLR1B,DNAJC5,POLR1D,B4GALT7,RNFT2,MTPN,CANT1,RAB1B,ATP1A1,TOB1,THBS3,FBXL20,ABLIM1,GANAB,DNPEP,U2AF2,MKNK1,NT5DC2,FAM120A,DNAJB9,FEM1C,DCAF11,CYTH1,IGBP1,MARCKSL1,BNIP3,SEMA4B,NICN1,ATP2B4,MBOAT2,CDC42BPB,BAIAP2,PNRC1,TTC17,SLC25A38,KLF6,TSPAN13,SBK1,RAB14,PIK3IP1,PPP2R2D,MGAT4B,EIF3G,PDCD4"
+"gene_set_query"	"897"	"NKX25"	"767.5"	"ARCHS4 Coexpression,972;GTEx Coexpression,563"	"FHOD3,NDUFA13,NDUFA11,NDUFA12,NDUFA10,CIB2,SLC4A3,BZW2,PHB2,SLC8A1,NUDT4,STK11,CDH2,TRIM28,RPL38,PRKACA,MEF2A,ECH1,TPM1,ADAM11,SDHA,POLRMT,SDHB,ATAD3A,RNF40,COX6B1,CDC34,DOK4,MAPKAPK2,EEF1A2,TMEM126A,UQCRC1,SUCLG1,RPL27,UQCRC2,SNRPC,EIF1B,OBSL1,TELO2,ISYNA1,INO80E,UQCRB,NDUFB10,MGST3,COX17,AK1,MAZ,DCUN1D2,CACNA1C,KRBA1,MRPL12,HSPBP1,UQCRH,LDHB,PTDSS1,IRAK1,DVL1,SMYD2,CYC1,NDUFV3,NDUFV1,RABGAP1L,PDHA1,GOT1,DMPK,RASL10B,GOT2,IRF2BP1,COQ9,CS,UQCRQ,WNK2,OGDH,CYCS,ACO2,PAM,CDK16,UBE2M,ZNF512B,COX7B,SLC25A3,KDM5C,MRPS16,PPP1R13B,COX4I1,DIRAS1,MRPS12,PRKAG2,ATP2A2,ETFB,ECSIT,SIPA1L2,MEA1,PRPF19,COX7C,SMG5,LBH,AIFM1,B3GALT2,IDH3B,MYO18A,UQCRFS1,RAC3,SPEG,ADAMTS7,IDH3A,DACT1,COX8A,PSENEN,PRMT7,MRPS23,H2AFX,DDX54,NDUFC1,EDF1,COMMD1,MRPS7,SENP3,HADHB,PTP4A3,NDUFS8,NDUFS6,NDUFS5,AKT1S1,NDUFS1,PPP1R12B,SLC25A11,SLC25A4,RBM24,GTF3C1,NDUFB7,NDUFB6,MRPS36,NDUFB5,NDUFB4,SRF,NDUFB3,ETFDH,NDUFB2,CRIP2,UQCR11,LRP3,UQCR10,MTIF3,CCDC106,SRL,COX5B,COX5A,ADCY6,STRN4,SRM,ADCY5,TMEM201,MTA1,NCLN,OXCT1,GPC1,HSF1,MFN2,RPS2,EXTL3,TIMM8B,NDUFA9,MBD3,NDUFA8,PPIL1,MPP3,NDUFA6,MDH1,NAA10,KCNIP2,NDUFA4,MCRS1,NDUFA3,NDUFA1,VEGFB,MIB2,IMMT,SORBS2,EXOG,COX6C,USP28,FABP3,NUDT8,EIF3K,CSDC2,KIF26A,KLHL7,CARM1,NDUFAB1,MEGF8,PFKP"
+"gene_set_query"	"898"	"FOXE3"	"768.3"	"ARCHS4 Coexpression,84;Enrichr Queries,1393;GTEx Coexpression,828"	"RPL4,TCERG1,MDC1,SMARCB1,HNRNPU,GPATCH4,ZDHHC8,PWP2,RPL8,PHB2,GPR173,PNN,RPS17,MPRIP,TRIM28,IGLON5,MAGOH,PSMD3,FAM53C,GLUL,RPS10,TSPYL2,SRRM3,PDHX,MED1,SRRM4,SMARCC1,STARD7,RPL22,SOX11,CSNK1D,SCRIB,ANK3,CSNK1E,ANK1,MAPK8IP1,WDR77,NISCH,KCNQ4,CCDC82,LLGL1,ATF4,IGSF8,NUP205,NRN1,TSHZ3,ANP32A,DHX9,FOXG1,NOLC1,CD99L2,MRPL12,RRP7A,APH1A,DHX30,LDHB,PDCD11,PCBP4,DHX37,KCNMB4,PIP5K1A,B4GALNT1,FAM43B,HMGXB3,RHBDL1,B4GALNT4,ABCA2,TRAP1,CADM3,JUN,XRCC6,CADM4,PRRT2,PTPRN2,ICMT,BCL11B,ST13,SETD1A,MICAL3,PBX2,CDC7,PA2G4,L1CAM,HSPA12A,ZWINT,PRRC2A,HNRNPL,HNRNPM,PPP5C,RNF103,LAS1L,FUBP3,HNRNPD,HNRNPC,DUS1L,CALM2,EZH1,RNF220,CDK16,DAZAP1,GDI1,KCNC1,GRIK3,AATK,GRIK2,PRPF19,SMG5,CHL1,C1QBP,TRIM3,ENSA,XPO5,DHX15,RAC3,CTSF,FEZF2,GIT1,CCT3,PRMT5,BRD2,PRMT8,PRMT7,PARP1,NSUN2,NME2,GNL2,PDRG1,MLF2,CNKSR2,DDB1,KAT2A,INF2,MED24,PACS2,PXDN,GAS7,SF3B2,SF3B3,SRRT,DRP2,HIRA,EXOSC10,TCOF1,CAMK2N1,PES1,PPP1R8,MGAT3,MFN2,CCT7,PURG,RUNX1T1,CCT4,MBD3,RANBP1,NPM1,SF3A1,GBF1,DAB2IP,SRP68,NPM3,MPP6,NLE1,MZT1,BYSL,BOP1,MYBBP1A,PRKRA,SERBP1,TAOK2,HNRNPA2B1,NBR1,TCEA2,CDK5R2,ANKRD13B,UBE3C,MRFAP1,ARHGAP39,IPO7,TOMM20,IPO4,EFTUD2,TMEM145,KHSRP,PLS3,NOM1,TLE2,SUPT16H,USP5,TMOD2,MAGI2,KCTD2,TBR1,POU3F1,WBP11,POU3F2,ATAD3A,POU3F3,RNF40,FTSJ3,CLIP3,ACLY,ILF3,ELMO2,ERH,FKBP4,SNRNP200,ABCG4,KPNB1,ANAPC1,SNRPB,KHDRBS1,LRRC59,GLO1,NOP2,MAZ,CACNA1B,CACNA1A,BHLHE22,PHB,NDRG2,FBXO44,PRPF8,SUPT6H,ARHGAP21,NEUROD2,IGSF21,STIP1,FUT8,SAFB2,DVL2,OTX1,RPRD1A,VARS2,HSPA9,NOP14,CPSF7,CPSF1,FUS,PTCH1,NONO,DNAJC11,EEF2,CORO2B,CHERP,COPS3,DAB1,LRFN4,EFNA2,HOOK2,LHX2,HOOK1,NACA,CNOT3,SPIRE1,UBA2,UBA1,SAE1,EIF4G3,UBE2M,YWHAE,ZNF512B,KDM5C,RBM26,HSP90AB1,MCM7,CCDC47,CHD6,DDX42,YBX1,LMNB2,RBM3,RPS4X,SCRN1,SNRNP70,WDR5,RBM33,DACT1,POLG,USP46,EIF5A,EMX1,RBM17,HSP90AA1,NUP133,DIS3,SECISBP2L,CAD,AHSA1,SMC1A,RANGAP1,SAFB,SENP3,PTP4A3,SFPQ,TFDP1,ALS2,CDH13,ETF1,LUC7L2,CAMK2B,GTF3C1,PRPS1,NLGN2,HDAC3,POLDIP2,HDAC1,NRXN1,RAP1GDS1,SRSF1,RPL36A,DDX21,CLCN2,EHBP1,ADD1,JAKMIP2,HSPD1,FAM168B,U2AF2,BMS1,TRIM46,EIF4H,POLR2F,LRRC8B,RBBP7,ABCF2,UBQLN4,CLASP2,ABCF1,SPAG9,LGI1,CIZ1,HNRNPA3,TAF15,SEMA4C,SSRP1,HNRNPAB,MTOR,HS3ST2,TNRC6C,NEURL4,TEF,P2RX2,IMPDH2,ACIN1,RGS11,INSM1,CDO1,EIF3C,ABCE1,EIF3D,EIF3A,CBLN1"
+"gene_set_query"	"899"	"USF3"	"768.5"	"ARCHS4 Coexpression,614;GTEx Coexpression,923"	"VARS,PREP,KEAP1,JMJD1C,RPL8,PDCD2L,DCAF6,PSMD8,GOLGA4,RNF115,TRIM28,HERC1,PSMD2,BSG,PSMD3,EPC1,AP1S1,SLC12A6,RPS10,PRKAB2,CACNA2D1,DICER1,GNPAT,RNF123,AFG3L2,BIN1,ZSCAN21,AKAP9,RPL29,PFN1,AURKAIP1,MACF1,SAR1B,FLII,MYCBP2,MRPL12,FXR1,APH1A,CYB5R1,PPP4C,PRKAR2A,HIVEP1,NAA50,BTF3,CREBBP,RABGAP1L,PRELID1,MRPL28,MEMO1,PHC3,MED13L,TADA2B,AIMP2,WNK1,GIPC1,GFM1,SMG1,RPLP0,CLTA,OSBPL11,PRPF19,NIPBL,C1QBP,ARIH2,REV3L,SDF4,TCP11L2,PCMTD1,LRRC47,NCOA1,CCT3,ZYG11B,NCOA2,TMED9,MIOS,PRMT1,PGAM1,TET2,NME2,ASH1L,MLF2,CSDE1,ARF5,SLC29A2,AHCY,CAB39,USO1,PES1,LMAN2,AP2S1,RPL18,CCT7,YKT6,CCT4,EGLN1,BRF2,UBE2G1,NPM3,GATAD2B,KBTBD4,PSMC3,NEDD4,PSMC1,SLMAP,TAOK1,SRRD,FRYL,UBE3C,KLHL34,UBE3A,PRDM2,SMCHD1,CHCHD2,RUVBL2,CFL1,EP300,KPNA4,BANF1,SLC39A7,KPNA3,AP2M1,KPNA1,SLC25A46,KCMF1,PHYH,USP5,TPM3,RALGAPA1,ANKRD44,TTC7B,ATAD3A,PDIA6,TUFM,PDIA4,CLIP1,PLAA,WDFY3,RAF1,PPIB,SNRPB,RTN2,LRRC59,CUL5,UBR3,PHB,STK4,HSPBP1,ORC4,STIP1,BTBD1,CYC1,BPTF,LSM4,CNOT4,DRAP1,TMEM11,GNB2,AAK1,MDM4,SAE1,NFE2L1,COPE,SLC25A1,PHTF2,USP38,USP34,CHD2,LMNB2,SYNE2,PPP6C,SEC61A1,MYO18A,WDR5,HIF1AN,LRRFIP1,EIF5A,NAA30,ADSL,TTC33,RAD23A,EDF1,RANGAP1,ARID1B,DDOST,PPM1A,TRAF7,PPM1B,CCDC43,BIRC6,GAPDH,SOS2,NFAT5,USP15,STRN3,FBXL20,GANAB,HECTD1,U2AF2,NT5DC2,CDC37L1,EIF4H,RPP14,AAMP,ATP9B,CLASP1,USP24,ATE1,PTCD1,PPP1R14B,MMAA,KCNJ11,FEM1A,CNBP,ADRM1,PDE4DIP,SSRP1,CUL4A,NIN,ASB8,RAB12,IMPDH2,POLR3E,RBM42,P4HB,TRIM32,PFKM"
+"gene_set_query"	"900"	"PGR"	"771.8"	"ARCHS4 Coexpression,940;Enrichr Queries,873;ReMap ChIP-seq,238;GTEx Coexpression,1036"	"MT-ND4,RPL3,EHMT1,STMN3,TSEN54,TSKU,GLS,PREX1,NDST1,KRTCAP2,ALCAM,MPRIP,ZMIZ1,DPYSL2,MYC,AKT1,IER5,CDK5RAP3,CHGB,SAP30BP,MEF2C,PRKCD,SOX11,FRS2,SCAMP2,BCR,GPR161,ZFYVE19,ZC3H11A,DDIT4,JTB,RBCK1,VPS28,SLBP,CTBP2,MEAF6,PDXDC1,CDCA4,NPRL3,MRPL14,AGAP3,PLA2G6,HIF1A,ADAMTS10,GJC1,PRDX2,LDHB,PRDX5,PPP4C,FLRT2,RNF215,PLCG1,ST3GAL1,RHBDL1,S100A10,HEXIM1,RPL41,ACD,JUN,WDR59,JUND,SNAPIN,JUP,CHKA,H3F3B,CADM1,PLK2,ABCA3,NR2F1,IRF2BP2,PA2G4,NR1D1,ERLIN2,MRPL24,PBX1,PRRC2B,SLC6A6,TBL3,MEX3A,GIPC1,FASN,DCHS1,PAM,TMEM9B,OGFR,PHF2,PYGB,PHF20,RPLP1,CLTC,LPCAT1,GPT,CTCF,SHB,TMEM189,TRMT112,TMEM43,FASTK,ENSA,TIMP2,SPIN1,RPLP2,GPR137,JAK2,ZC3H10,SSR4,DUSP1,SSR2,MRPL49,NUTF2,MED29,DDB2,SLC7A5,SLC7A6,KIFC2,CDC42EP4,PXDN,TMEM106C,PTRH1,TUT1,PLCB1,VAMP2,LRRC14,WDR26,ODC1,ADCY1,WDR24,CENPB,ADCY6,FAM129B,TM9SF3,RECQL5,UNK,SNX27,AP2S1,RPS3,MFN1,FLNA,RPL13,CKB,RPS2,RPRM,BRD4,RUNX1T1,CENPT,YTHDF1,LRRC24,BRF2,BRF1,PCGF3,SYVN1,SNCAIP,SNX19,NFIA,NFIB,CCDC6,PKN1,CRAT,FAM49B,TOR2A,CLSTN2,TUSC3,CTNND2,CTNND1,RPL10A,CLU,TM7SF2,EDC4,ABHD12,STK11,ABHD11,CDH2,PAPOLA,SLC39A6,FBRSL1,PIM3,LZTS2,MAF1,SYBU,TLE3,FBXW5,CISH,IGFBP3,TPM1,PPP1R16A,IGFBP2,LENEP,THOC6,CDC25B,MSH6,PYGO2,ARMCX1,RAB34,MAPKAPK2,PGP,ANAPC4,XIST,FKBP4,ARL8A,FKBP5,ANAPC2,GRIA2,CD151,ABHD2,ANKRD11,ISG20L2,ITPR1,ARL1,SPATA2,KLC1,RHOBTB2,SBNO2,NDOR1,BAG5,PMVK,DVL2,NDN,E4F1,SRGAP1,SLC38A2,ZKSCAN1,MCL1,ESRRA,UVRAG,TIA1,ATP8B2,RASL10B,TNK2,SEC16A,TMEM132A,DHCR24,BCL9,CDK5,REEP5,MDM2,SPIRE2,RNF181,PLXNB2,CPE,GPR107,CNIH3,NFE2L1,BCL2L1,EIF4G1,SLC48A1,DIDO1,NUMA1,ZC3H4,TRADD,PTEN,ARRB1,MDK,PMEPA1,SLC37A3,PLEKHG2,TRPC4,VPS37C,VEZF1,VPS37B,RAD23B,PTP4A3,CTDSP2,TMBIM6,PPP1R12B,MET,PPP1R15B,SMARCD2,CANT1,RAB1B,PRCC,FOXK2,LRP6,HDAC7,DNAJB1,FZR1,PARD6A,ABLIM3,CCDC85C,RAB23,POLR2D,TRIM46,LRRC8A,E2F4,UBQLN4,SLC25A25,CACNG4,JAZF1,POLR2L,SMARCE1,MLXIP,PTPN1,NTRK2,PPP1R14B,TRIM41,PCDH9,SEMA4B,NTRK3,PCDH7,SEMA4C,HIP1R,FBXL16,BAIAP2,CABLES2,BCKDK,TSPAN14,KLF6,TSPAN13,IMPDH1,MFAP2,PDCD4,STUB1,CDR2L,P4HB,KCNK2,BCAR1,ZMYND8,HDAC11,DIXDC1,ZDHHC7,LDLRAD3,ACTB,RAPGEFL1,FLAD1,FTH1,DZIP1L,DAG1,EPC2,CCNL1,SEC62,SOX4,TBC1D10A,EPHA4,ATP6V1G1,EPHA7,ARRDC1,ACTN1,CIRBP,CSNK1D,JMJD8,MAPK8IP3,TWSG1,SFRP1,ULK3,TRIM11,RTEL1,TSHZ3,TMEM63B,TWF1,PTTG1IP,PIK3R1,IGSF9,GSE1,TNRC18,RAB11FIP2,RIMKLB,NTSR1,NUS1,XBP1,INTS1,DCLK1,MED13L,GADD45G,RPS27,PTK7,ID2,GOLGB1,SDC1,PAF1,MAGED2,COL9A3,RPS21,ROBO2,PCSK2,DDR1,NRP1,CITED2,FAM57B,GPAA1,CTSZ,TECR,PRPF19,PTMS,SPTLC2,REV3L,TMED2,SSSCA1,QSOX1,RAC1,CTSD,CDV3,TMEM150A,PCYT1A,MRPS23,RHOF,SREBF2,APRT,RHOB,MLF2,RAP2C,PACS2,KIT,CRELD1,MAPT,ALDOA,SGK1,FJX1,SATB1,SSNA1,STX18,PRICKLE2,CRIP2,SH3BGRL,PGRMC1,EXOSC4,CUX1,CAMK2N1,TCEAL1,TBL1X,PAK2,MON2,SPRYD3,TMUB1,PLEKHA6,SORBS2,FAH,MIB1,VEGFA,PER1,HDGF,FAU,GRINA,SCARB2,SCARB1,CRTC2,MIDN,SYS1,CD81,WWC1,MPI,NUCKS1,IGF1R,CHCHD4,FAM174B,ARHGDIA,HCFC1R1,CAPN2,NRCAM,PPFIA3,SPNS2,TSC2,KCTD3,DPM2,DPM3,ADAM15,FAM173A,EHBP1L1,SCG5,MASP1,UBE2V1,GEMIN7,RAI14,TBC1D19,TMED10,NDUFB10,NXPH3,NPR2,PXN,SEL1L,LPL,CACNA1A,CACNA1C,PDS5B,NDRG1,EFNA4,CACNA1H,RAI1,ARHGAP20,SHARPIN,ISOC1,EP400,CYC1,MARK4,LONRF2,MARK2,BCL9L,HSPA8,ACBD4,CPSF1,CBX4,SYT1,DSTN,SSH3,DNAJC17,SYT7,NFKBIA,EFNA3,DLG1,EFNA2,NR4A3,HOOK2,HOOK1,DLG5,DNAJC10,AMOTL2,DEGS1,DEGS2,BRWD1,SAE1,GALK1,LRP11,RERE,MUS81,ZMYND19,CHD6,ILK,CHD2,USP39,AFF3,AFF4,TTC28,SENP7,EEF2K,YWHAQ,ZC3H7A,SNAPC2,MFSD5,SPEG,TMEM109,CPXM1,SCYL1,GET4,SUN1,HSDL1,ARHGEF12,PDPK1,ABCC5,RNF208,TBC1D9,NAV2,SYNGR3,ARID1A,EEF1G,VCAN,NDUFS8,SETBP1,NAV3,DDAH2,THRAP3,PPDPF,TRNP1,CDH11,ZMYND11,CUEDC1,RBM24,USP10,NAA20,NRXN1,ATP1A1,SPG7,TOB1,THBS3,TMEM203,MAT2A,TAF1C,GNA12,NCAM1,MTA2,PDLIM7,ARFGEF1,MBTPS1,KDM4B,TAF15,NEGR1,BAD,HAGHL,ATP2B4,CYHR1,MEIS3,MEIS2,SLC4A8,SH3YL1,RPS6KB1,FAM131A,ATP13A3,VIM"
+"gene_set_query"	"901"	"ZNF600"	"772.3"	"ARCHS4 Coexpression,943;Enrichr Queries,1162;GTEx Coexpression,212"	"IPO13,CYFIP2,APP,ISCA1,IFITM2,HDAC11,HNRNPU,GHITM,TSEN54,NUDT3,TIAL1,GCSH,PCMT1,NDST1,MPRIP,FLAD1,PPP2R1A,DPYSL2,HABP4,PWWP2A,AKT1,CCNL2,ATP6V1E1,CCDC92,KIFAP3,PRKACA,VPS36,ATXN7L3,GOLGA7,SOX4,FNBP4,ARRDC4,WSB2,ARRDC1,ARRDC3,CD3EAP,SNHG12,DDIT4,BOLA2,PSME1,PSME2,PRR14,TELO2,PFN2,PRR13,NECAB1,FOXG1,CD99L2,HIF1A,ANAPC11,APOO,UGCG,FAM160B2,RHOT2,NUP85,ZNHIT3,ERI3,VTI1A,RCE1,MAP4,PIP5K1C,ST3GAL3,VPS16,S100A10,SNHG1,PRPF38B,JUN,WDR59,BCL11A,PLK2,SYNRG,PMM2,DCLK2,PRRC2B,WDR55,PRRC2A,ID2,HNRNPD,ADCK5,INTS4,ITM2B,FBXL6,ITM2C,CDC42SE2,ARF3,DAZAP2,MOCS2,PIGU,BTG1,GDI1,CITED2,ZCCHC17,PRPF19,PTMS,IKBKB,RNF157,SERP2,UBL5,ZMYM6,ENC1,PCMTD1,TOP3B,PCYT1B,LRRC45,TSC22D3,PRMT3,NUTF2,SIRT7,DYNLL2,SREBF2,WDR33,MLF2,MED23,SLC7A5,MRAS,HNRNPH1,PXDN,CHST1,ARHGEF1,FAM193B,SGK1,SFI1,CSTB,WRB,AKAP6,CENPB,NT5C,GGA3,ANKRD52,SF3B1,ARNT2,DYNC1H1,PCGF3,DAB2IP,TTC1,AP2B1,GTF2H5,WDR11,LYRM2,PRPF39,HDGF,PKN1,HDDC2,CCNT2,TUSC2,CLSTN1,MRFAP1,HDLBP,ATN1,RNF19B,PARK7,IPO7,TOMM20,SESN1,LZTS2,STK32C,SLC38A1,ANKRD49,USP5,USP3,IGFBP3,SHISA4,PRPF4B,ZCRB1,DNAJC30,DOK5,PRPF3,SRSF2,SRSF7,FKBP5,GLYR1,ZCCHC8,ARL2,NTPCR,STK4,HSPBP1,NDRG1,SEL1L3,SOCS2,RNASEH1,KLC2,DVL1,BTBD2,NACC1,ABL1,SLC38A6,LRRC4C,ANKZF1,UROS,KLHL24,EEF2,SSH3,CLK4,ANKHD1,CLK2,UCKL1,PAN3,HOOK2,REEP5,RHEB,HOOK1,CNOT2,GNB1,NFE2L3,MDM4,UBA1,GPR107,OSBPL1A,LSM14B,OGT,NFE2L1,UBE2M,EIF4G1,RNF187,YWHAE,B4GALT2,ZNF512B,DIDO1,RNF11,RNF14,NVL,PRKCSH,TRADD,ATP2A2,SLC2A3,CHD4,GTDC1,LMNB2,MFSD8,NGRN,PTBP1,DUSP12,SCRN1,ZC3H7B,RNPEP,PDE4B,CASP2,EVI5L,LRRFIP1,TNPO2,YWHAG,RBM33,POLG,ARHGEF11,PDPK1,AKTIP,DDX55,PLA2G4B,PPP2R5C,TRAF7,VCAN,PTP4A3,IRF3,CTDSP2,DNAJC5,PFDN1,NAA38,PFDN2,CUEDC1,TRABD,PPP1R15A,NDUFB8,STOML1,DDX27,NLGN2,UHRF2,ATF6B,DCTN1,CXXC1,MLLT1,LRP3,TOB1,FAM168B,GANAB,MTA1,FAM168A,U2AF2,NT5DC2,POLR2F,FEM1C,POLR2I,TTC14,RBM39,NDUFA8,TTC13,KDM4C,PCDH9,NDUFA5,ATP13A1,FBXL19,ZFC3H1,SSRP1,CDC42BPB,PNRC1,ENOX1,PINK1,KLF6,PPP2R2B,PDCD4,CDK2AP1,ERCC5,ATXN10,VIM,POLR3K"
+"gene_set_query"	"902"	"POU4F2"	"772.8"	"ARCHS4 Coexpression,441;Enrichr Queries,1144;ReMap ChIP-seq,32;GTEx Coexpression,1474"	"ATF2,CNTFR,MT-ND4,ITSN1,RRP1,ARPC5L,STMN2,STMN4,FNBP1L,LSM10,GPR173,KRTCAP2,SAMD14,DPYSL4,DPYSL5,ZMIZ1,MYC,IGLON5,DPYSL3,STMN1,RPL36,RPL35,CDK5RAP3,RBFOX1,WSB1,RBFOX2,PIH1D1,CACNA2D1,SOX11,RFX1,SOX12,GAPVD1,GTPBP2,HDHD2,EML5,MYL6,DAAM1,RUFY3,DDIT4,ORAI2,PSME1,TBPL1,JTB,PSME2,YME1L1,RPL27,RPL26,PRR14,ATF4,SAR1A,MRPL18,AGAP2,COPS7B,AGAP1,VPS26A,AGAP3,GABARAP,PRDX5,FAM171A2,RIC8B,HSPH1,RRS1,MCMBP,NUP88,PIP5K1C,HEXIM1,EDEM3,NAA50,RPL41,JUN,PRPF38A,WDR59,SNAPIN,PRRT2,H3F3B,H3F3A,NR2F1,IRF2BP1,IRF2BP2,MAD2L1BP,PA2G4,MEX3D,MEX3C,MRPL24,PBX1,PRRC2B,WDR55,MLLT11,MEX3B,VANGL2,MEX3A,ARL2BP,H2AFY2,PKIA,NMT1,OGDH,GTF2IRD1,HBP1,DCHS1,CDK14,GPR19,SETD5,LRSAM1,BTG1,CDKN1B,WDR48,PIGO,PHF23,NCAN,SNX11,MRPL34,ADO,MED15,ING1,BBC3,SHF,SMPD3,TUBA1C,MED11,TRMT112,TRIM9,TUBA1A,FASTK,TIMP2,GPR137,NEFL,NEFM,CIC,UBL7,APC2,ZC3H10,DFFA,SPHK2,HSBP1,MRPL49,DUSP6,COPZ1,MED29,MRPL44,TAF6L,MRPL53,TMEFF1,MED25,SIKE1,ZEB2,TUBB2B,MED24,TUBB2A,MED20,TCP1,PXDN,TUT1,PAFAH1B3,VAMP2,RNF165,GRN,NFIX,LIN37,URM1,RPL12,ATL1,HTT,MRPL54,GGA1,PSMB4,UNK,TMEM169,PSMB2,CHN1,PSMB1,RRP36,SLC17A7,HARS,RPL18,RPL17,SRSF10,RUNX1T1,NKTR,RPRM,MBD3,RIOK3,GOLM1,KIDINS220,WDR18,TTC9C,NMNAT2,GATAD2B,BYSL,AGBL5,LETM1,ERP44,PHF5A,MORN4,CCDC9,SNX17,LPCAT4,NFIB,ETNK1,SNX15,YPEL4,GZF1,TMEM229B,ANKRD13B,TMEM167B,ATP8A1,TUSC2,CTNND2,MPV17L2,MSI1,CASC3,TSEN2,BZW2,TM7SF2,LAPTM4A,ATCAY,SALL2,TUBB3,RUVBL2,CEP250,TMSB10,HMGN3,TLE3,SUPT16H,PCYT2,RPS5,UBE2E3,DYRK1A,THOC1,TRAFD1,TBR1,FRMD4A,PGD,GTF2F1,ILF2,RBX1,SAP30,BSCL2,CTDNEP1,TOM1L2,OLFM1,CACNB3,DMTF1,RAB34,SRSF2,NHP2,PGP,PHIP,ANAPC5,SNRPF,SNRPA,INO80B,SHC2,RAB5B,CUL7,BRSK2,TXNDC9,TNKS,MAZ,ARL1,ISG20L2,KLC1,LRRC55,ACAT2,CORO1C,PHF21B,KLC4,IGSF21,SCRT2,BAG5,PITRM1,PSAP,DVL2,BRIX1,LRRC4C,SAC3D1,ESRRA,AKIRIN2,EIF2B4,TIA1,ODF2,FUS,MARCH9,NSG1,TRAPPC9,MARCH6,SCRT1,REEP1,COPS6,SLC7A6OS,GON4L,NSG2,CDK4,LHX2,CSPG5,IARS,ACO2,CNOT8,LZTR1,OSBPL1A,CNIH2,NOP10,BCL2L2,RNF187,MCM7,CELF1,SCHIP1,WDR4,CELF3,CELF4,CELF5,ARRB1,ARRB2,PTPN23,AP4M1,MRPL4,MRPL2,SCRN1,CEP170,HIF1AN,ERC1,TNPO1,MDP1,SNAP29,PELP1,TRIM67,EIF5B,EMX1,PLEKHG2,TNFRSF19,VPS37D,RAD23A,VEZF1,MSL1,PTP4A3,SYF2,DNAJC5,IMPAD1,DNAJC9,PPP1R12B,PPP1R12C,BCAT2,SEC22C,RNF31,GTF3C2,NDUFB8,NLGN2,RNF34,NDUFB7,WBP1,SRSF1,PRCC,ZBTB45,PDHB,CXXC4,PPM1G,TSPAN31,AP3M2,DNAJB1,ZNRF1,STOX2,CACNG7,GANAB,FCHO1,DNAJB5,PHKG2,TRIM46,UBQLN1,BEND3,POLR2G,HNRNPA1,SLC25A25,GADD45GIP1,HNRNPA3,MARCKSL1,TRIM41,PPIL2,SLC12A5,FEM1A,PCDH8,RPL23A,FBXL16,FBXL14,DNAJA1,RAD52,KLF7,NFASC,EIF3K,SYT11,ASXL3,NOVA2,EIF3J,POLR3E,RUNDC1,INSM1,RHEBL1,MDGA1,CBLN1,TCERG1,VEZT,ISCA1,CCNI,KDELR1,ZMYND8,ZDHHC5,TXNDC11,TXNDC15,RCBTB2,CRKL,CYB5D1,TIAL1,RASSF1,RPS16,TRIM28,SNRPD2,RPL36AL,MAGOH,KIF21B,SLC12A6,EPHB2,GLUL,SOX4,TBC1D10B,TMPO,ARL10,EPHA5,EPHA4,SRRM3,SMARCC2,LIMCH1,ARRDC3,METTL3,BOLA1,PTOV1,ISLR2,MOGS,AP1AR,ANK2,ACTN4,MFSD11,CPT1C,JMJD6,THAP4,TIAM1,AFG3L2,SFRP1,CRYZL1,FLYWCH1,TAGLN3,GPM6A,L3MBTL2,NRN1,GIPR,FOXG1,PEX11B,PIK3R3,ZBTB5,KALRN,NKAIN1,PCBP4,TSPAN3,RAB11FIP2,ARGLU1,SCN3A,RAB11FIP5,VAT1,BCL11B,BCL11A,ST8SIA2,DCLK2,HSPA12A,HARS2,SMARCA4,RPS27,PTK7,RPS29,INTS5,NDUFAF3,ADCK5,PAF1,INTS7,CALM1,CALM2,RCOR2,CDS2,PCSK2,ROBO2,MRPS16,CSRNP3,GDI1,FAM57B,MRPS11,CETN3,INTS10,GRIK3,MYL6B,WASL,PTMS,COIL,RPTOR,EPM2AIP1,UCHL1,GUK1,HYAL2,CHMP1B,DNER,REV3L,KIF1B,FEZF2,TMED4,NDEL1,COX8A,PSENEN,PRMT8,MRPS27,PRMT7,PRMT2,PRMT1,CACYBP,RGMB,RHOB,RNF144A,MN1,RAP2A,UFC1,FAM193B,MAPT,SGK1,SLU7,STK40,NAPB,CSTB,PCNA,RABGAP1,SATB2,DERL1,NOL8,UQCR11,UQCR10,GNAI1,ANKMY2,CHRAC1,CUX2,TCEAL5,SERTAD2,GPC2,MGAT2,CTNNA2,MYEF2,MTX1,YIPF2,TMUB1,UBE2G1,RANBP6,PEX14,YIF1B,SGSM1,ATAT1,PER1,KBTBD4,SEC23IP,HIST3H2A,NDUFAB1,TTC3,HDGF,ESYT2,APBA1,FAU,CDK5R2,CDK5R1,CRTC2,NDUFA11,KDM1B,COX6A1,ACRBP,CELSR3,TMEM145,FAM174B,FAM162A,KIF5C,BASP1,ARHGDIA,KHSRP,EP300,TMOD3,ATG9A,APLP1,TOMM34,KCTD2,KCTD3,POU3F1,RUNDC3B,POU3F2,SHISA7,POU3F3,MYCN,FAM173A,DOK5,HNRNPUL2,RPL7L1,GPRIN1,DNAJB11,FIZ1,CARS2,PPIA,ABCG4,XPR1,RTN2,ATP6V1A,VCP,NXPH4,SEL1L,CACNA1B,CACNA1A,BHLHE22,DTX4,CPLX1,CAMSAP1,CACNA1G,DPP6,FUT9,ZMAT5,DNAJC21,CASKIN1,NDUFV3,OTX1,KIF3C,ANKZF1,MARK1,SYT5,CPSF4,KLHDC3,ACBD4,CBX5,HSPA5,AUTS2,CCDC136,PTCH1,CBX1,IFT122,DSTN,KLHL22,KLHL24,SUPT5H,ARHGAP33,DLG4,GNB2,GNB1,CHMP2A,PI4KA,CNTN2,PI4KB,FGF11,GALK1,UBE2M,B4GALT3,GSK3B,ACADVL,DYRK3,GSK3A,NAA40,DDX47,CHD6,ELAVL4,MEA1,RND2,FBLL1,ELAVL2,RND1,SLC2A8,ELAVL3,TMEM223,BCL7A,GDAP1L1,MLST8,IFT57,TSFM,USP48,TBP,DCAKD,ARID1A,SEPT3,EEF1G,VCAN,GAP43,IRF3,NDUFS7,NDUFS3,LUC7L3,PFDN1,ATG4B,NDUFS2,CUEDC1,INA,IRF9,OTUB1,HCN3,STOML2,DDX25,RAP1GDS1,DDX23,RBM4B,CRMP1,RSPH9,MAT2B,MTIF3,HMGCR,TOB1,U2AF1L4,AGPAT4,THBS3,GNG3,MAPK8,GNG2,IGFBPL1,SV2A,TDG,FAM120A,PDE6D,SPOCK1,NCAM1,MTA2,FBRS,CLASP2,KDM4A,PTCD1,PTCD2,TMEM30A,WTAP,TAF13,B3GAT3,BAD,USP21,QPCTL,CADPS,HAGHL,B3GAT1,LRWD1,SOD2,USP29,MEIS2,HS3ST2,SBK1,XPNPEP1,ERCC1,TAF6,SSBP3"
+"gene_set_query"	"903"	"SOX5"	"773.0"	"ARCHS4 Coexpression,304;Enrichr Queries,410;GTEx Coexpression,1605"	"MYT1L,FNBP1L,BACH2,NUDT3,ALCAM,ZMIZ1,DPYSL2,DPYSL3,FAM110B,AKT3,STMN1,KIF21A,NCKAP5,SOX4,ANKS1B,EPHA5,EPHA4,EPHA7,MEF2C,RBFOX1,CXADR,RBFOX2,ST6GAL2,LIMCH1,CACNA2D1,PRKCE,SLC6A15,ARRDC3,ANK2,SOX11,ANK3,ANK1,EML1,TIAM2,TIAM1,SFRP1,CCNY,DAAM1,RUFY3,HECW1,AKAP9,RUFY2,TRIB2,MACF1,FOXG1,NEDD4L,SLCO5A1,PIK3R1,KALRN,OAZ1,FLRT2,INPP5F,SCN3A,RAB11FIP5,JUN,FZD3,CADM1,BCL11B,GPR12,BCL11A,ST8SIA2,NR2F1,MYO5A,PBX1,DCLK1,MLLT11,CCDC88A,SESTD1,FAT3,FXYD6,FAT4,DZIP1,CDK14,ROBO2,NRP1,CSRNP3,PTPRS,GRIK5,PTPRO,GRIK3,SLC35F1,SLC7A11,PTPRK,ZCCHC14,ROBO1,PCLO,TUBA1A,CSRP2,CAMKV,CHL1,TRIM2,ENC1,REV3L,DLGAP1,KIF1B,SHPRH,LRRC49,ELOVL6,DUSP6,MLF2,ENAH,MN1,ZEB2,ARHGEF9,MPPED1,KIT,PXDN,MPPED2,PLCB1,SGK1,GAS7,NFIX,SATB1,SATB2,SEZ6,AKAP6,PTN,NOL4,FAM117B,GLRA2,SNX27,PAK3,RUNX1T1,ARNT2,MYEF2,ATRNL1,KIDINS220,LSAMP,SORBS2,SORBS1,VEGFA,AGBL5,NFIA,ABI2,DPY19L3,NFIB,ETNK1,TAOK1,TTC3,FAM171B,CDK5R1,FAM49A,ATP8A2,CTNND2,ACRBP,SLC8A1,IGF1R,CDH2,POGZ,NRCAM,PPFIA2,TLE4,PCYT2,IGFBP3,LMO3,MAGI2,TMOD2,FRMD4A,TANC2,POU3F3,FOXP1,ELMO1,TBC1D24,WDFY3,TNIK,ADNP,TOX,SRSF6,XPR1,GRIA1,KHDRBS3,CTTNBP2,NTM,ITPR1,CACNA1A,CACNA1C,PDS5B,CACNA1E,EFNB2,SBNO1,ARHGAP21,BAG5,NEUROD6,FUT9,PLXNA2,CAMTA1,SRGAP3,SRGAP1,PLXNA4,MARK1,TIA1,CBX5,AUTS2,SYT1,ODF2,CCDC136,PTCH1,CRIM1,MARCH6,CORO2B,PTPRD,LRCH2,DAB1,DLG2,NBEA,NSG2,RNF182,SPIRE1,TCF4,FGF13,DOCK4,DOCK3,WDR1,CELF2,CHD6,MEA1,AFF3,PPP1R9A,SYNE2,TTC28,PSD3,LRRTM2,PDE4B,PHACTR3,TMEM108,PHACTR1,CEP170,ERC2,EDIL3,NEO1,GPX4,DST,PEG3,PDPK1,PDE4D,ATRX,NAV2,PTBP2,SEPT3,VCAN,PTP4A3,NAV3,SETBP1,CDH11,DCX,CDH13,MET,SHANK2,RNFT2,NLGN1,PPM1L,NRXN1,RNF38,TULP4,CRMP1,ASAP2,NCALD,LRP6,ADD2,JAKMIP2,ABLIM1,GNG2,PTPRZ1,CNR1,SLIT1,NCAM1,CLASP1,OPCML,CLASP2,NTRK2,PCDH9,NEGR1,PCDH7,NTRK3,CDC42BPA,MEIS2,EFR3B,GDAP1,ACVR2A,NELL2,MARCKS,APC,SYT11,PPP2R2B,ASXL3,NOVA2,VIM,SUGT1,SSBP2,METAP2"
+"gene_set_query"	"904"	"PAX5"	"773.4"	"ARCHS4 Coexpression,1117;ENCODE ChIP-seq,55;Enrichr Queries,1120;ReMap ChIP-seq,147;GTEx Coexpression,1428"	"MDC1,MT-ND4,CHIC2,NUP107,GMFB,POP7,TFRC,GHITM,RBPJ,FAM110A,SCAMP4,PREX1,PSMD9,SAMD14,KRTCAP2,PSMD6,PSMD7,CAPNS1,DPYSL2,ANKFY1,SAMD10,MEF2C,PRKAB2,FNBP1,DNTTIP1,PRKAB1,SCAMP3,LARS2,EID1,MYL6,EID2,DDIT3,ZC3H11A,CLNS1A,DDIT4,ORAI2,UQCRC1,VOPP1,PSME2,UQCRC2,SF1,ATF4,SLBP,EXD2,SET,TTYH3,SAR1A,CDCA4,SAR1B,MEPCE,NPRL3,SDR39U1,COPS7B,PLA2G6,MRPL12,OAZ1,GABARAP,GIGYF2,MRPL10,PRPSAP1,MRPL20,RHOT2,RNF216,GRPEL2,PIP5K1A,AMZ2,PIP5K1C,LTA4H,PUSL1,RHBDL1,HEXIM1,ABCA2,JUN,PRRT2,CADM1,EDEM1,NCAPH2,EDEM2,PMM2,MRPL28,ERLIN2,FAM136A,MRPL23,MRPL24,MRPL21,MLLT11,MRPL30,TBL3,EIF5,EIF6,PSMG3,PKIG,DZIP3,ARF3,KCNC3,RPLP1,RPLP0,MRPL38,MRPL39,MED16,MRPL32,BBC3,DDA1,PIGX,SHF,IKBKB,TRMT112,MED11,ATIC,MRPL40,TMEM43,FASTK,RPLP2,APC2,DFFB,LRRC45,DFFA,SPHK2,TEX10,MRPL49,NIPA1,LRRC40,SLC39A13,SIRT6,SIRT7,GMIP,MRPL45,MED29,MRPL44,DDB1,SLC7A6,MRPL50,TMEM33,PTRH2,PXDN,RAPGEF1,TMEM106C,TUT1,PGAM5,SLC29A1,VAMP4,PAFAH1B3,VAMP2,PAFAH1B2,LRRC14,TRUB1,RNASEK,ELOF1,ECHS1,OAT,LIN37,NIP7,SRRT,ATL2,ODC1,SNX32,NOC4L,MRPL55,PSMB6,GGA2,SNX29,TMEM68,FLNA,HARS,NCDN,BID,SAMD1,MEF2D,SRSF10,SRSF11,UTP6,LRRC24,CRBN,MDH2,MCRS1,TMEM62,LETM1,SNX19,CCDC9,SNX14,SERBP1,SRRD,GOPC,PKN1,AGRN,MTCH2,TMEM167B,ATN1,LTN1,MPV17L2,UBE2D1,APEH,HDDC3,STK11,UROD,PMPCB,PIM3,NUDT16,KPNA2,NOMO1,KPNA1,PPP1R16B,SH3GLB1,PCYT2,FBXW5,DGAT1,FBXW8,EIF1AX,VPS33A,FBXW9,FOXP4,POLRMT,FBXW2,FOXP1,CDC25B,SAP30,ACAP3,TPST1,ACAP2,DMTF1,MRTO4,FSCN1,SRSF2,SRSF3,SRSF4,SRSF5,SNRNP200,SQSTM1,KPNB1,ARL8B,ANAPC2,INO80B,KHDRBS1,RNASEH2A,MAX,MAZ,NRF1,CORO1A,CORO1B,UQCRH,EIF1AD,SNN,SBNO2,NDOR1,G3BP1,PGK1,G3BP2,SLC38A6,E4F1,SLC38A2,ZKSCAN1,ZBTB17,NOP14,GOT1,FUS,UROS,TMEM120A,GOT2,HPS4,HPS3,EEF2,UCKL1,FBXO31,DRAP1,IBTK,UQCRQ,ARPC3,TUBGCP5,TUBGCP3,ACO1,TUBGCP4,ZNF512B,SLC25A3,HSP90AB1,CELF1,CELF2,POMT1,AKAP8L,PIK3CD,ETFA,AP4M1,MRPL4,ALAD,MRPL3,NGRN,FSD1L,PPP6R1,SUMO2,ACP2,MDP1,DNM1L,YAF2,EID2B,DIS3L2,EIF5A,ACTR2,SH2D3C,VPS37C,VPS37D,TFIP11,VPS37B,RAD23B,ARFGAP1,ATRN,NSMCE4A,HAX1,SLC25A19,C1D,SEC22B,GAPDH,SLC25A11,SLC25A4,AHDC1,ST6GALNAC6,PPP1R15A,PPP1R15B,NDUFB9,GTF3C3,NDUFB8,NDUFB7,NDUFB6,UHRF2,GTF3C6,NDUFB5,SRF,MAK16,FOXK2,LENG8,FURIN,ZBTB45,U2AF1,HSD17B12,PPM1D,HSD17B10,MLLT6,PPM1G,CDC42,GANAB,NCLN,CCDC85C,U2AF2,SH3BP2,CDC37L1,E2F4,LRRC8B,SLC25A22,AAMP,SH2B2,PTPN1,PPP1R14B,SEPT11,NDUFA7,TRIM41,CNBP,LYSMD1,RPL23A,LYSMD4,EXOG,MCOLN1,TPD52L2,NELL2,TSPAN14,NECAP2,EIF3M,SLC25A39,CDKN2AIPNL,EIF3K,EIF3L,EIF3J,EIF3G,STUB1,TRIM37,EIF3E,P4HB,EIF3D,SLC25A36,EIF4A1,CPNE5,EIF4A3,PPAN,ZDHHC5,TXNDC11,THUMPD3,GCC2,THUMPD1,IFI30,ACTB,NUBP2,CYB5D1,UBE2L3,ZDHHC4,CCAR1,TRIM28,SNRPD1,CDC26,CCDC97,EIF2D,CCNL2,ATXN7L3,TMPO,ST6GAL1,ATP6V1G1,ATP6V1G2,PAQR4,SCAF11,NSMCE2,ALG5,PAQR3,CIRBP,NSMCE1,CSNK1D,MOGS,ANK2,ACTN4,ANK1,MFSD10,THAP3,SNHG12,PPA2,CDC37,SUB1,ULK3,FAM76B,KDELR2,FLYWCH1,KCTD18,AARS2,CTR9,SUPT4H1,CEND1,PIK3R2,PTTG1IP,UBE2J2,ZBTB5,UBE2J1,PGS1,SNX1,COMMD9,SEC14L1,DHX33,DHX34,LARS,PCBP1,DHX35,MICAL1,KCNN1,SURF6,SYMPK,RCE1,HIVEP2,SNX5,BBS1,SURF4,PAICS,IFFO1,MED13L,ICK,CWF19L1,NDUFAF3,PAF1,SDC1,COL9A3,NOL10,CALM1,RGL2,INTS8,CALM2,FBXL6,HERPUD2,DHRS13,MRPS15,TMEM151B,USPL1,HIBADH,CCDC124,MRPS12,GRIK3,NAT10,BMI1,AP2A2,HERPUD1,AKAP12,PCM1,PPP3CB,ARV1,NUDCD3,SPTLC1,RSRC1,OTUD6B,MLX,REV3L,RAC3,SDF4,SSSCA1,GIT1,CCT3,SEC13,MRPS27,PCYT1A,WARS,MRPS24,STARD3NL,MRPS25,PABPC4,ANO8,PRPF40B,MRPS2,CACYBP,SYP,COMMD1,COMMD4,SREBF2,APRT,PDRG1,TOX4,MRPS9,CTU1,SLTM,KIT,ARHGEF1,TAX1BP3,GLCCI1,CRELD2,PTMA,SFI1,DBN1,NAPB,PCNA,MRPS35,SATB1,SSNA1,DOT1L,HEATR1,STX18,CRIP2,PRKX,CCDC106,COX5A,MNT,SAMM50,HSF2,MGAT1,MGAT2,CCT8,CCT7,EXOSC1,CCT4,NPDC1,NPM1,YIPF1,PLEKHA1,VEGFB,MIB2,MYO9B,PEX14,GRIN1,PPP1CA,FKBP1A,PER1,PDCL3,SEC23IP,ITCH,NUDT8,GPAM,KLHL7,SGSM3,TTC4,KLHL8,NDUFAB1,TCEA2,TARDBP,GRINA,DPAGT1,SRP19,MIDN,CRTC2,NUP188,PRDM4,MPI,ZFAND5,PEBP1,PRDM2,PHRF1,ACTG1,IGF1R,EP300,DENND5A,SLC30A9,ZGPAT,ADPRHL2,SLC30A5,UBE4A,SDHA,POU3F2,SDHB,DHDDS,COX6B1,EEF1A1,HNRNPUL1,FAM173A,EHBP1L1,TBC1D24,UBE2V2,PPIF,WDFY1,ANKS6,PPIH,GEMIN7,PPIB,CARS2,RTN2,COX19,RTN3,NDUFB10,COX16,PSMD13,YTHDC1,SLC1A1,HTRA2,CACNA1A,TOR1AIP2,KLHL12,SLC1A4,CACNA1C,PDS5A,RASGRP2,CACNA1E,SUPT6H,RAI1,SHARPIN,DHRS7B,GRK6,TBC1D13,TBC1D14,H1FX,CYC1,TBC1D17,BCL9L,UBE2F,FDPS,UBE2I,AUTS2,UBE2B,VTA1,PCIF1,ECD,HMGA1,CCZ1,DSTN,NUP153,SUPT5H,AP4B1,CLK4,MANBAL,CLK2,CLK1,AHI1,UBE2W,PAN3,HOOK2,PQLC1,HOOK1,GNB1,PHF14,PHF13,UBA2,TCF3,TAB1,GALK1,UBE2M,CUEDC2,GSK3A,PRR7,RBM25,ZMYND19,DDX46,MAST3,CHD6,PSIP1,ILK,TNFAIP1,TRIAP1,TAZ,AFF3,CHD2,USE1,AFF4,LMNB2,LMNB1,PPP1R9B,RPGR,SEC61A1,BCL7A,NUP62,MYO18A,UQCRFS1,TBP,ATP6AP1,NUP133,GLRX3,EED,PDPK1,NCBP2,RBM18,DCAKD,DDX55,DDX54,ARHGEF18,SYNGR3,GPCPD1,DDX50,EPN1,EPN2,EEF1G,CREB3,IRF3,NDUFS7,SETBP1,EEF1D,PEX3,PEX6,PPDPF,NDUFS3,ATG4B,MVD,MAN1B1,ACOX3,IFT46,CUEDC1,IRF9,SHANK2,DCTN5,RRN3,PARG,DDX24,NAA20,GOSR1,DDX23,RNF8,DDX20,PARN,DDX21,SLC3A2,RNF7,PARL,HMGCL,TAF1D,TMEM203,TNKS2,MAT2A,TGS1,MKNK1,TMEM205,MKNK2,BNIP2,PTK2B,MTA2,RPP14,PDLIM7,CYTH1,TIMM8B,RBM39,MBTPS1,RRM2,NAA10,TAF13,BNIP3,EYA3,LRWD1,USF2,CDK11B,TTC17,POLE4,RPIA,MAPK11,GOLPH3,GLB1,ERCC1,FAM131A,TAF6,FAM98B,KRAS,RBM45,MBTPS2,IPO13,CYFIP2,RB1,ANKLE2,RPL3,RPL31,RRP1,THYN1,PHAX,ENO2,RPL8,PHB2,BACH2,DCAF6,GLS,GLE1,CNST,MYC,CSPP1,ZMIZ2,RPL36,AP1S2,PIP4K2B,RPL38,DIP2A,RPL37,DIP2B,IER5,VPS36,IER2,NUP214,TSPYL2,MED1,MECR,WSB1,NUP210,RPL21,PRKCE,RPL22,SOX12,WDR73,AARSD1,HCFC2,GTPBP4,HCFC1,RNF126,RPL24,RPL26,RPL29,ALG10B,RPL28,VPS28,TSPYL4,CDC42SE1,ANAPC13,CTBP1,MAPKAP1,RPN1,NOLC1,HIF1A,ARPP19,GNS,ADH5,ANAPC11,MTDH,PRDX2,ABR,PRDX5,NCSTN,LDHA,WDR70,CEP70,RRS1,SLC19A1,HMOX2,LHPP,BTF3,ACD,JUND,ICMT,WDR59,SNAPIN,H3F3B,MTHFR,MCAT,EHD1,HNRNPL,TMEM199,FIBP,GNPTG,NPLOC4,HNRNPF,OGDH,DUS1L,FARSA,PAM,CDK14,CDC42SE2,OGFR,CDKN1B,GMEB2,PHF23,PHF1,DENND1A,CLTC,LPCAT1,CLTA,GPT,KRI1,ADO,WDR45,WDR46,ING1,PFAS,SMG5,WDR43,RNF157,TRIM8,TMSB4X,ANXA6,GPR137,CIC,JARID2,EMD,RRP15,CEP68,BRD2,SHPRH,TPI1,MIOS,HSBP1,IFNGR2,TIMM23,FAM126A,HADHB,RNF167,HADHA,ZEB2,LSG1,KAT2A,MTF2,TET3,PLEKHO1,RNF166,EXOC2,EXOC1,SF3B5,GRN,NFIX,RPL10,GPS1,USO1,RPL11,GPS2,WDR24,HSPA13,TM9SF3,ARFRP1,RPS15A,RNF138,PPP1R8,RPL14,RPS3,ANKRD54,RPL13,SC5D,BRD9,RPS2,RPL18,PAIP2,SF3A3,SF3A2,WDR18,NR1H2,SYVN1,GATC,ELP2,TRMT1,GTF2H1,GTF2H2,DEF8,FIG4,ERP44,NFIA,NFIB,TRMT6,RNF141,ANKRD13B,TOR2A,ANKRD13D,RAB3A,DGKD,SYAP1,AUP1,PARK7,RPL10A,IPO7,IPO4,TM7SF2,FAM107B,EDC4,PPP1CC,MAEA,LAMP1,RNF19A,PAPOLG,CFL1,MAF1,TMSB10,PLEKHJ1,TLE3,BIVM,RPS9,RPS7,USP4,RPS8,USP3,RPS5,VASH2,AIP,THOC1,GTF2F1,NRBP1,CTDNEP1,CLIP2,MORF4L1,PYGO2,STIM2,RAB34,NHP2,SNRPE,TOX,TTPAL,MAD1L1,CSNK1G2,SNRPB,SEMA7A,FKBP2,DNMT1,CD151,ANKRD16,FAM114A2,INSIG1,ANKRD12,ABHD8,AK2,ITPR1,TARS,UBR2,KLC1,RLF,ORC5,STIP1,ORC6,BAG5,BTBD1,PITRM1,UBR5,DVL1,BTBD2,NACC1,DVL2,SAFB2,MAP2K7,SLC15A4,MPDU1,ESRRA,TRAPPC2,AKIRIN2,EIF2B4,TOR1A,TMEM132A,TRAPPC5,MARCH8,TRAPPC8,MARCH7,ADAP1,TOR1B,LSM4,MARCH5,LSM2,CDK9,COPS4,CNOT4,COPS3,LSM7,CNOT7,LHX2,CDK4,MAFG,COPS2,PLXNB2,TPP2,IARS,NF2,CCDC22,CNIH2,SERINC3,RNF185,RAB5A,SERINC4,BCL2L1,DIDO1,CALCOCO1,RNF11,MCM7,RNPEPL1,WDR1,ZC3H4,ZC3H3,TRADD,WDR4,PIK3C2B,SGCE,PTBP1,PPP6C,SART1,GM2A,OPA1,VPS72,OPA3,UBTF,IDH3B,TLK1,WDR6,EIF2B1,SLC37A4,TNPO2,SLC37A3,TAPT1,IDH3A,IQCB1,RFC3,ADSL,PLEKHG2,REXO1,PDCD6IP,GPX1,GPX4,CHUK,RFC2,ELAC2,RPL13A,YDJC,COASY,DNAJC2,PTP4A3,DALRD3,TRAF4,DNAJC9,CCDC43,EIF4E2,CRK,RNF31,TRABD,SMARCD2,WBP1,RAB1B,VPS4B,CEBPG,DPCD,HIRIP3,ABLIM3,PUF60,HAUS8,MSTO1,RBBP5,VPS53,POLR2C,POLR2D,POLR2E,DNAJB9,CSK,POLR2G,RBBP7,UGGT1,POLR2J,POLR2L,SLC35A2,SEMA4A,SPAG7,RNGTT,RNF26,TXNRD1,TPRKB,FBXL16,DDHD1,TRIT1,BCKDK,DNAJA1,ASXL1,NIN,PFKL,KLF6,POLR3B,APC,VAPB,GLOD4,MFAP3,IMPDH2,MGAT4B,RAB18,RUNDC1,DRG2,INSM1,RHEBL1,METAP2,PANK4,SLC35B2,SLC35B4,HDAC10,ARL6IP1,PITPNA,PWP1,RPS15,NFU1,PNN,GOLGA4,RPS16,RPS19,PPP2R1A,FTH1,GOLGA1,MAGOH,LONP1,LONP2,RPS11,ZFPL1,RPS10,SOX4,TBC1D10B,SOX5,SRRM2,SRRM3,AQR,TIPIN,ARRDC1,NFKBIL1,SLC35C2,PTOV1,AP1B1,AP1AR,ACSL3,JMJD8,INPP4A,TIAM1,NIF3L1,RRAGA,KARS,MTHFD2L,VDAC3,SIK1,PFN1,AURKAIP1,CUTA,NECAB3,DCUN1D5,TEX264,TRMT2A,INPP5B,DGUOK,PDCD11,PDCD10,VPS8,CSTF1,MLEC,ATP6V0A1,VASP,TRAP1,PTPRN2,TMEM184B,BCL11B,BCL11A,SYNRG,SLC35E3,PYCR2,RPS26,CCDC88A,RPS27,ADCK1,RPS29,CCDC88C,ANP32E,ADCK5,RPS20,CC2D1A,DAZAP1,SH3KBP1,SLC35F5,FAF1,ZFAND2A,MYL6B,LIMD2,ROBO1,RPTOR,XPO1,SERP1,GUK1,CHMP1B,ZMYM5,TMED7,RAB8A,RALGPS2,PSD,PSENEN,CDV3,PARP1,PRMT1,STRADB,NME3,RHOF,TUBG2,LIME1,ZDHHC17,VAV2,PARP8,NME1,PRPF18,POC5,NFX1,HNRNPH1,PACS1,FAM20B,RHOV,SGK1,ATP6V0C,PRIM1,NOL7,RFNG,TYMP,PPP2CA,NT5C,AMN1,ANKMY2,CUX2,CUX1,NPY,APBB3,METTL9,SUZ12,RANBP3,GINS4,AP3D1,RANBP6,SPCS3,KBTBD4,SPCS2,PRPF39,R3HCC1,CTNNB1,FAU,TOMM5,CDK5R1,TOMM6,KDM1A,NDUFA12,SPPL2B,NDUFA10,NUCKS1,TOMM20,TOMM22,TATDN1,FAM162A,ARHGDIA,FPGS,COTL1,CHCHD1,PDIA3,RALBP1,KDM2A,KDM2B,NOSIP,ATP1B3,WRNIP1,KCTD3,TRPC4AP,KCTD5,RSBN1,TUFM,DPM2,PREPL,TMEM135,DPM3,PRPF6,PRPF3,ELMO1,FIZ1,ZCCHC7,IDI1,ISYNA1,RPS19BP1,NOP2,CLEC16A,LTBP4,DTX1,STK4,CPLX1,PRPF8,SEL1L3,SDCBP,EMG1,DPP9,TCTEX1D2,EP400,RPRD1A,DMAP1,MARK4,ANKZF1,ATP6V1F,HSPA9,KLHDC2,KLHDC4,ACBD4,CBX4,CPSF1,SMURF2,HSPA4,CPSF2,DNAJC11,ASPSCR1,BFAR,TBCB,SMAD5,DNAJC17,TDRD3,NFKBIA,EFNA2,NR4A3,DLG4,ATG16L1,CHMP2A,CLASRP,SAE1,LRP10,MUS81,CREBZF,ACADVL,USP38,ASNSD1,DBI,USP39,TMEM101,FLCN,SEPT9,SEPT6,SENP5,SNAPC3,FLOT1,PDE4B,PDE4A,MFSD1,TOPBP1,USP30,SCYL1,POLG,KDM6B,TSFM,KLF13,H2AFZ,IQCE,RNF208,TRNAU1AP,ARID1A,SENP3,ARID1B,LSS,KLF16,DDX19A,FCHSD2,THRAP3,AKT1S1,DNLZ,ITGB1BP1,HAGH,CHMP6,LUC7L2,VAC14,RGS19,KDM3B,STOML1,POLDIP2,TM2D2,RGS16,POMP,USP12,OPRL1,MTIF2,TM2D3,U2AF1L4,TBRG4,GNA13,NXF1,UGP2,ALDH1B1,NCAM1,SPEN,PTCD1,KDM4B,TMEM30A,WTAP,B3GAT3,BAD,QPCTL,HAGHL,SGTA,HSPE1,MEIS2,NEURL4,RPS6KB1,CAPN10,RPS6KB2,CDK2AP2,BAX,SSBP1,SSBP2,SSBP4"
+"gene_set_query"	"905"	"L3MBTL3"	"773.5"	"ARCHS4 Coexpression,385;GTEx Coexpression,1162"	"TCERG1,NUP107,SMC3,NUDT3,LSM12,GPBP1,BSG,AP1S1,KIF21A,SOX4,TMPO,DAXX,CXADR,WDR75,FRS2,DICER1,SRRM1,BIN3,PRKD3,XRN2,KDELR2,CDC42SE1,SET,SAR1A,MYCBP2,DCUN1D1,GNS,FAM160B1,LDHB,DHX33,MICAL1,MIER1,DHX36,SCAI,CTSA,PRELID1,SURF4,PBX2,PAICS,PARP11,WNK2,GIPC1,ANP32E,INTS4,NOL11,CDK16,GPR27,ARF1,GPAA1,HEXA,GDI2,MRPL39,MED12,PCMTD2,MRPL42,GUK1,ZMYM5,FASTK,SDF4,SDF2,RRP15,SLC39A10,PRPF40A,ELOVL6,GMIP,RHOA,SRP9,PARP8,MLF2,RAP2C,ENAH,PSMA3,HNRNPH1,TMEM33,MTF2,ARHGEF1,ERGIC1,PAFAH1B2,ARF6,RNASEL,STAU2,FAM117B,GNAI2,PCNP,TCEAL8,BCLAF1,LMAN2,CLPTM1,CKB,CCT8,SRSF10,MAP3K3,NPM1,CSNK1A1,PTGES2,AGK,ETNK1,CAPZA1,HNRNPA2B1,TTC3,NUCB1,GRINA,OTUD4,MTCH1,CRTC2,CEP120,LTN1,SLA,ARID4B,CWC27,BZW1,PPP1CB,ABHD12,GRIP1,SMCHD1,CHCHD2,CFL1,SMARCAD1,MTPAP,ARID2,IFNAR2,EIF1AX,ANKRD44,ATP11C,TOM1L2,MORF4L1,MSH2,TBL1XR1,ARMCX6,SRSF3,ADNP,SRSF6,FKBP3,SQSTM1,HTRA2,PDS5B,STK4,GTF2E1,PHF21A,CORO1B,RAP1B,SDCBP,BAG4,G3BP1,DVL1,CYC1,NAE1,NDUFV1,SKIL,NADK,ANKZF1,QSER1,BPTF,TIA1,TOR1A,PHF12,IDH1,HPS3,ARPC5,AZIN1,DLG3,OSTC,GNB2,SP3,TPP2,ACO2,FGF13,COPE,SERINC5,RNF187,ACADVL,HSP90AB1,COX4I1,PIK3CD,HMGB1,LDB2,SEC61A1,SUMO1,FLOT1,TLK1,CASP2,MAPK1IP1L,TBP,PPP1R12A,ATP6AP1,H2AFZ,ATRX,MSL2,PTBP2,EPN2,FCHSD1,IGDCC4,THRAP3,NUP50,BCAT1,TSEN34,USP15,ROCK1,GMPR2,SRBD1,MAK16,DDX21,ASAP1,ATP1A1,CCDC85C,RBBP4,TRA2A,SH3BP5,EIF4H,BEND3,RALY,EIF4E,DCAF13,NOP58,SSB,ADRM1,NAP1L1,PTPN12,GDAP2,NECAP2,MARCKS,PFKL,EIF3M,DNAJA2,EIF3E,STUB1,P4HB,NAA15,SUGT1,ABCE1,PPIL4"
+"gene_set_query"	"906"	"ZNF480"	"773.7"	"ARCHS4 Coexpression,1247;Enrichr Queries,777;GTEx Coexpression,297"	"EHMT2,HNRNPU,CISD2,GPATCH4,FNBP1L,EPRS,ALKBH8,PSMD7,CAPNS1,ALKBH1,DPYSL2,MYC,LONP1,AKT1,KIF21A,PRKACA,PRKACB,ATXN7L3,SOX4,MEF2C,NSMCE2,MRPS18B,MRPS18A,CD3EAP,DNTTIP2,MOGS,WDR77,MRPS18C,GNPAT,AFG3L2,KARS,RFX7,CLPP,ZSCAN21,DDIT4,KCTD13,VDAC2,YME1L1,VDAC1,UQCRC2,MMADHC,DCUN1D5,BRCC3,PIK3R1,MRPL13,HIF1A,RPAP3,MRPL11,APH1A,UGCG,CYB5R4,HSPH1,RRS1,RDH14,JUN,PLK2,LARP7,CDC7,LARP4,PAICS,PBX1,PRRC2A,CS,AIMP1,HNRNPL,AIMP2,ZBTB6,ZZZ3,ID2,NOL11,RBAK,ITM2C,MRPS17,PHF3,PIGU,MRPS16,PAK1IP1,MRPS12,PRKAG1,MRPS10,MRPL39,SNX10,MRPL37,SLC7A11,PRPF19,TMEM186,WDR43,THTPA,PCF11,ENC1,MLX,DHX15,REV3L,SDF4,RIOK2,DLAT,CIC,UTP14A,GIT1,RRP15,CDV3,UPF1,SHPRH,MRPS27,MRPS22,MRPS23,MINK1,RRAS2,MRPS2,TFB2M,MRPS7,GNL1,MRPL46,MRPS5,MRPL44,MLF2,RHOB,HADHA,MRPS9,PSMA3,PRPF18,PSMA1,PSMA2,NME7,MED20,PXDN,SGK1,DLD,MRPS35,MRPS36,USO1,DERL1,DLST,MRPS30,PSMA7,CENPB,BCLAF1,RNF138,MAP4K5,YKT6,PCGF6,YTHDF3,MDH2,PLEKHA5,RGP1,ABCB10,NEDD4,TAOK2,TSR1,NUCB1,PKN1,PNPLA6,MPHOSPH6,GRINA,DBR1,UBE3C,CYP46A1,IPO7,CHCHD4,TATDN1,CHCHD3,LAMP1,BASP1,PPIP5K2,CHCHD6,ARHGDIA,NUDT19,KPNA4,SBF1,CHCHD1,FADS1,SLC38A1,TTC7B,SDHD,PUS7,SDHB,CTDNEP1,OXA1L,MSH2,RAB35,SNRPG,PLAA,CHMP4B,SRSF6,DAP3,RAB5C,CUL5,INSIG1,PHB,RPF2,RPF1,ORC4,EMG1,RNASEH1,DPP9,NACC1,LLPH,NDUFV2,SLC38A2,SKIL,ESRRA,IVNS1ABP,PRNP,NOP14,PNPT1,HSPA4,CPSF2,STYX,DNAJC11,TIMM44,KLHL24,LSM5,ZC3HC1,ARHGAP33,SLC7A6OS,GNL3L,EFNA2,HOOK2,PTPRA,HOOK1,GNB2,DNAJC10,GNB1,PLEKHM2,FGF13,NFE2L1,RBM28,SLC25A3,PRKCSH,USP33,CHD6,ETFA,SLC2A3,LMNB1,PPP1R9B,MRPL3,DUSP12,SEC61A1,OPA3,RB1CC1,TIMM17A,MRPL9,UTP15,ADSL,PDPK1,DDX19A,TRAF7,VCAN,THRAP3,CTDSP2,POLR1B,DNAJC5,RP9,BECN1,STOML2,RAB1B,KATNB1,DDX21,MTIF2,TBRG4,AP3M1,ABLIM1,GANAB,DNPEP,MAT2A,POLR2B,U2AF2,FAM120A,FEM1C,RPP14,EIF4E,ATP9B,NDUFA9,PTCD1,NOP58,PTCD2,IMMT,PDAP1,DDHD1,USP28,GDAP1,CUL4A,PSAT1,SNRNP48,CEBPZ,NAA15"
+"gene_set_query"	"907"	"POU2F2"	"774.0"	"ARCHS4 Coexpression,1078;ENCODE ChIP-seq,42;Enrichr Queries,1248;ReMap ChIP-seq,91;GTEx Coexpression,1411"	"POP5,NUP107,TFRC,RBPJ,ALKBH3,PREX1,PSMD9,SAMD14,KRTCAP2,PSMD6,PSMD7,RAVER1,PSMD4,DPYSL2,ALKBH1,GPBP1,ANKFY1,SAMD10,HES6,MEF2C,PRKAB2,FNBP1,STARD7,DNTTIP2,HDHD2,PRKAB1,SND1,FAM133B,MYL6,EID2,ZC3H11A,CLNS1A,DDIT4,UNC50,ORAI2,PSME1,TMEM126A,UQCRC1,VOPP1,JTB,PSME2,UQCRC2,CGGBP1,SF1,ATF4,SLBP,ABCB6,SAR1B,MEPCE,MTMR9,MRPL12,OAZ1,GABARAP,CIAO1,MRPL20,RHOT2,CYB5R4,RNF216,GRPEL2,PUSL1,HMGXB3,RHBDL1,HEXIM1,JAG2,EDEM3,JUN,PRPF38B,PRRT2,PMM1,EDEM1,NCAPH2,PMM2,MRPL28,SNF8,MRPL24,BTBD10,MRPL21,EIF1,MRPL22,MRPL30,ABTB1,TBL3,FASN,TDP1,PSMG3,ARF4,ARF1,PIGT,KCNC3,RPLP1,PRKAG1,MRPL38,MRPL39,SNX11,MED16,MRPL34,MED15,MRPL32,BBC3,DDA1,PIGX,PQBP1,TRMT112,TUBA1A,ATIC,MED10,RPLP2,JAK2,DLGAP4,APC2,SPHK2,DUSP1,TEX10,ACTL6A,MRPL49,SIRT4,LRRC40,SLC39A13,SIRT6,MRPL47,GMIP,JOSD1,MED29,DUSP6,MRPL44,DDB1,MED23,PSMA5,MED22,MRPL53,PSMA6,MRPL50,PSMA4,PSMA2,TMEM33,PTRH2,MED20,PXDN,MMP17,RAPGEF1,TUT1,SLC29A1,VAMP4,PAFAH1B3,VAMP2,LIN37,NIP7,SRRT,ATL2,ADAM22,DLST,HTT,NOC4L,SDAD1,MRPL55,GGA1,PSMB4,UNK,GGA3,EXOSC10,STX6,MFN1,LEO1,FLNA,HARS,BID,MEF2D,YKT6,SRSF11,CRBN,MDH2,STAT2,YLPM1,TMEM62,SNX22,BYSL,PSMC5,CCDC9,SNX17,APEX1,SNX14,ETNK1,SHKBP1,UBAP1,PKN1,CIAPIN1,YPEL3,FBXO28,ATN1,LTN1,MPV17L2,FBXO22,HDDC3,STK11,UROD,STK16,PMPCA,PIM3,CIR1,MAP3K7,SLC25A44,AP2M1,SH3GLB1,IK,SLC38A1,PCYT2,DGAT1,VPS33A,FBXW9,VPS33B,PRPF4B,CNPY3,LENEP,FOXP1,ACAP3,TPST1,ACAP2,MRTO4,SRSF2,FSCN1,SRSF3,SQSTM1,ARL8A,ARL8B,SRSF9,ANAPC2,INO80B,LRRC59,RNASEH2A,MAX,MAZ,LIN7C,CORO1A,CORO1B,HSP90B1,CORO1C,SBNO2,ATXN2,NDOR1,E4F1,NADK,NOP14,FUS,API5,FBXO38,STYX,HPS1,ZBTB11,EEF2,UCKL1,FBXO31,DRAP1,ZC3HC1,UQCRQ,ARPC3,AAK1,TUBGCP5,CNTROB,LRCH4,NOP10,ZNF512B,SLC25A3,HSP90AB1,CELF1,AKAP8L,CELF4,PIK3CD,CELF5,ETFA,ARRB2,AP4M1,MRPL4,MRPL2,ZNRD1,SUMO2,ACP2,DNM1L,ARL5A,EID2B,UNC45A,ACTR6,DHPS,SH2D3C,VPS37C,RAD23A,TFIP11,RABGGTA,ARL4C,QTRT1,PPM1B,HAX1,NPC1,SLC25A19,SYF2,SEC22B,SLC25A5,SLC25A11,SLC25A4,AHDC1,BCAT2,PPP1R15A,NDUFB9,GTF3C3,NDUFB6,SRF,PRCC,NDUFB3,CXXC1,ZBTB43,ZBTB45,U2AF1,RCHY1,CXXC4,FOXRED1,CDC42,GANAB,FCHO1,U2AF2,SH3BP2,CDC37L1,E2F4,SLC25A22,SH2B1,GADD45GIP1,NOP56,PTPN1,PPP1R14B,MARCKSL1,SEPT11,HNRNPA3,TRIM41,NDUFA4,CNBP,TXNL1,NDUFA2,LYSMD1,RPL23A,HNRNPAB,TPD52L2,NECAP2,EIF3M,NECAP1,NAGK,CDKN2AIPNL,EIF3L,EIF3G,STUB1,CCM2,EIF3E,P4HB,SMAP2,EIF3D,EIF4A2,EIF4A1,SMARCAL1,CCNK,TMEM41A,CCNI,EIF4A3,PPAN,ZDHHC5,TXNDC11,ZDHHC6,THUMPD3,GCC2,ZDHHC7,THUMPD1,IFI30,ACTB,TXNDC16,NUBP2,CYB5D1,TXNDC17,ZDHHC4,CCAR1,RASSF2,TRIM28,SNRPD2,SNRPD1,CDC26,BSG,TRIM24,CCDC97,CCNL2,KIF21B,SEC62,ATXN7L3,TMPO,SLC12A9,ATP6V1G1,ST6GAL1,SCAF11,ECH1,NSMCE2,ALG5,CIRBP,NSMCE1,TALDO1,ISLR2,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,MFSD10,PPA1,CDC37,SUB1,KCTD12,CTXN1,EIF1B,AARS2,GIPR,DHX9,CTR9,SUPT4H1,CEND1,PIK3R2,UBE2J1,PGS1,MBTD1,COMMD9,SEC14L1,LARS,PCBP1,MICAL1,PCBP2,MIER1,SURF6,RCE1,SNX5,SEC31A,BBS1,SURF1,SURF2,IQSEC1,SURF4,HARS2,IFFO1,CDC16,INTS5,NDUFAF3,PAF1,GRB2,NOL10,CALR,NOL11,CALM1,CALM2,HERPUD2,MRPS17,NRP1,MRPS15,TMEM151B,FKBP15,CTSZ,INTS10,MRPS10,NAT10,SLC7A11,HERPUD1,MAP1LC3B,SPTLC1,MLX,BBS4,CTSB,CCT3,GRIPAP1,SEC13,PCYT1A,DBNL,MRPS24,NCOA5,MRPS23,MRPS21,MRPS2,COMMD1,MRPS7,COMMD4,TOX4,CTU1,SLTM,ARHGEF1,FAM32A,TAX1BP3,ARHGEF2,PABPC1,GLCCI1,PTMA,SFI1,DBN1,MRPS33,SSNA1,DOT1L,GBA,STX18,GNAI3,CCDC106,MRPS30,GNAI2,EXOSC7,SAMM50,EXOSC9,GPC2,MGAT1,CCT8,CCT7,CCT4,NPM1,MON2,YIPF2,VEGFB,MYO9B,AP2B1,NLE1,PPP1CA,TMUB2,VEGFA,PER1,SEC23IP,GPAM,SGSM3,TTC4,HNRNPA2B1,NDUFAB1,TTC3,TCEA2,CARS,SRP19,CRTC2,MIDN,NARF,MPI,ZFAND5,UBE3A,UBE2Z,ACTG1,NARS,KIF5C,KIF5B,EP300,BANF1,RGS9,PCID2,ZGPAT,ADPRHL2,DIMT1,SLC30A5,SSU72,UBE4A,LMTK2,SDHC,DHDDS,ADAM19,TMX4,FAM173A,HNRNPUL2,EHBP1L1,UBE2V2,PPIF,WDFY1,PPIH,PPIB,RAF1,CARS2,RTN2,KLHL18,COX19,DDX5,TSG101,NDUFB10,COX16,COX17,CACNA1A,KLHL12,SLC1A4,RASGRP2,RPF2,NDRG1,RTN4,RNASEH1,SHARPIN,DHRS7B,GRK6,H1FX,CYC1,LLPH,TBC1D17,SYT5,UBE2I,ZFHX2,VTA1,PCIF1,ECD,SUPT5H,UBE2W,HOOK2,UBE2S,GNB1,MKRN2,UBA2,TCF3,TAB1,GALK1,UBE2M,RERE,RBM28,CUEDC2,PRR7,RBM25,DDX46,CHD6,ATP2A2,PSIP1,DPY30,ADAR,CHD4,DDX41,MEA1,CHD2,SOBP,USE1,AFF4,LMNB2,LMNB1,PPP1R9B,LASP1,EEF2K,BCL7C,NUP62,GDAP1L1,TIMM17A,LRRFIP2,RBM33,RBM14,NUP133,EED,PDPK1,TTC33,BUD31,RBM18,DDX55,DDX54,DDX52,SYNGR3,EPN1,EEF1G,VCAN,SFPQ,NDUFS8,IRF3,NDUFS7,PEX3,PEX6,CAT,ATG4B,MVD,NAA38,NUP54,MAN1B1,ACOX3,INA,IRF9,DCTN5,PARG,GOSR2,GOSR1,DDX23,RNF8,DDX20,CSTF2T,DDX21,SLC3A2,RSPH9,RNF7,ATP2C1,PARL,POLD3,TAF1D,TMEM203,TAF1C,TDG,MKNK2,PTK2B,VHL,MTA2,FBRS,CYTH1,PDLIM7,ATF7IP,RBM39,RRM2,TAF15,TAF13,PDAP1,LRWD1,SOD1,RPIA,GOLPH3,ERCC1,CARM1,TAF6,FAM98B,VIM,RBM45,TAF2,MBTPS2,IPO11,RPL3,RPL31,RRP1,ARPC5L,STMN2,HNRNPU,WDR83,PHAX,STMN4,ENO2,SMC3,RPL8,PHB2,BACH2,GLS,MYC,ZMIZ2,RPL36,RPL35,RPL38,RPL37,MPV17,IER5,VPS36,IER2,TSPYL2,MECR,NUP210,RPL21,PIH1D1,RPL22,PRKCD,WDR74,CD3EAP,WDR75,ARMC8,MED4,GTPBP1,ARMC1,RNF126,ADPRH,RPL24,RPL27,TARS2,NUP98,RPL28,VPS25,ALG10B,UBA52,ANAPC13,PDXDC1,MAPKAP1,WDR61,GLG1,ADH5,ANAPC11,PRDX2,LDHB,PRDX5,PPP4C,WDR70,NUP85,VPS11,RRS1,NUP88,ST3GAL2,BTF3,BRAP,JUND,SNAPIN,H3F3B,H3F3A,IRF2BP2,TYSND1,EHD1,HNRNPL,TMEM199,FIBP,GNPTG,HNRNPM,NPLOC4,MEX3A,ATG2A,UNC119,CDK10,DUS1L,FARSA,CDC42SE2,CPEB4,MOCS2,BTG1,CDKN1B,WDR48,TCF25,PHF23,ARPC1A,CLTA,KRI1,ADO,ING1,PFAS,CLINT1,SMG5,ING4,AIFM1,TMSB4X,ANXA6,GPR137,RIOK1,CIC,EMD,RRP15,CEP68,BRD2,SSR3,TIMM23,AEN,WDR34,FAM126A,HADHB,RNF167,ZEB2,LSG1,NCOR1,MTF2,EXOC3,PLEKHO1,EXOC2,GAS7,SF3B5,GRN,CDC123,SF3B2,CLDND1,GPS1,GPS2,WDR24,FGD3,ARFRP1,RPS15A,RNF138,ASNA1,PPP1R8,RPL14,RPS3,RRP36,RPL13,RPS2,RPL18,PAIP2,SF3B1,RPL19,SF3A3,SF3A2,BRF2,YTHDF3,CSNK1A1,WDR18,NR1H2,SYVN1,GATC,ELP3,GTF2H1,GTF2H2,HIPK1,SCAF1,BLCAP,TM9SF2,TM9SF1,TMEM39B,RNF141,FAM49A,ANKRD13D,TUSC2,PARK7,RPL10A,IPO7,IPO4,TM7SF2,EDC4,CFL1,MAF1,TMSB10,PLEKHJ1,IFNAR2,RARS2,USP8,TLE3,RNF44,TPM4,RPS7,RPS8,ANKRD44,RPS5,AIP,TRAFD1,RPSA,THOC5,NRBP1,PYGO2,CLIP2,ILF3,RAB34,PGP,NHP2,SNRPG,AAGAB,SNRPE,TNIK,PHPT1,TTPAL,GLYR1,SNRPB,CUL9,SEMA7A,FKBP2,CUL7,DNMT1,ENY2,RAB5B,CD151,ANKRD16,ANKRD11,GLO1,CCDC25,CUL3,ABHD8,AK2,ITPR1,SLC38A10,PHB,RLF,PHF21B,ORC5,KLC4,KLC2,ORC3,DVL1,BTBD2,DVL2,SAFB2,SLC15A4,MCL1,MPDU1,AP1M1,ESRRA,AKIRIN2,OSBPL8,EIF2B4,TRAPPC3,AKIRIN1,CCDC12,TMEM132A,TRAPPC5,MARCH8,ADAP1,LSM4,CHERP,CDK9,COPS4,CNOT4,COPS3,COPS6,LSM7,CNOT7,SLC7A6OS,COPS2,IARS,CNIH2,RAB5A,RSL24D1,CNIH4,SERINC4,DIDO1,RNF10,MCM7,RNPEPL1,CCDC47,PTPN23,PTBP1,RPL7A,DUSP12,METTL14,SART3,LBH,NOB1,OPA3,UBTF,IDH3B,WDR6,WDR7,TNPO1,EIF2B1,TNPO2,SLC37A3,ADSL,RFC3,PLEKHG2,REXO1,PDCD6IP,GPX4,RFC2,SECISBP2L,ELAC2,RPL13A,EDF1,YDJC,COASY,PTP4A2,PTP4A3,DALRD3,TRAF4,POLR1C,RPL37A,EVL,EIF4E2,SFT2D1,RNF31,TRABD,WBP1,WBP2,RAB1B,NFS1,PUF60,RBBP5,POLR2B,VPS53,POLR2C,POLR2E,CSK,RBBP6,SNRPB2,UGGT1,DCAF12,POLR2K,POLR2L,SEMA4A,SPAG7,RNF24,SEMA4D,FBXL19,PTPN11,FBXL16,PNRC1,DNAJA1,RAD52,NIN,KLF6,SNRNP40,IMPDH2,GLOD4,MGAT4B,DNAJA2,RUNDC1,DRG1,RAB18,DRG2,CEBPZ,METAP2,SLC35B2,IFITM2,HDAC10,ARL6IP1,CISD1,FCF1,PWP1,PDCD2L,RPS15,RPS14,PNN,RPS17,GOLGA4,RPS16,RPS19,FLAD1,RPL36AL,GOLGA1,MAGOH,LONP1,LONP2,RPS11,ZFPL1,BTRC,SEPHS2,SOX4,RPS12,SRRM2,COG8,TIPIN,ARRDC1,METTL3,PTOV1,MRPS18A,ACSL3,CPT1C,JMJD8,JMJD6,SRRM1,INPP4A,CARHSP1,POR,KARS,GRWD1,MTHFD2L,XRN2,VDAC3,PFN1,AURKAIP1,EZR,CUTA,TMEM161A,ANP32A,DCUN1D5,CSTF3,MGST3,TWF2,TRMT2A,RPAP3,MYL12B,SCFD1,CHTF8,VPS8,MAP4,VASP,SNHG1,BCL11A,SYNRG,PDE2A,SNHG6,ACADSB,GADD45G,SMU1,RPS29,CCDC88C,RPS20,CORO7,ITM2C,DAZAP1,GFM1,UBXN1,SH3KBP1,GFM2,FAF1,GDI2,MYL6B,PRPF19,LIMD2,XPO1,SERP1,CHMP1B,XPO5,TMED7,RAB8A,RALGPS1,TMED4,PSD,PSENEN,TOP3B,MAP4K2,PRMT5,TMED9,PRMT7,PARP1,PRMT1,NME3,RHOF,LIME1,PARP8,NME1,RHOB,SCNM1,PRPF18,ALDOA,SGK1,ATP6V0C,MPND,CSTB,NOL8,NOL9,RFNG,TYMP,NT5C,ZDHHC18,METTL6,APBB3,RANBP2,RANBP1,MTX3,GBF1,AP3D1,RAB11A,SPCS2,TOMM7,CTNNB1,RAB3GAP2,PRPF31,FAU,MPHOSPH8,TOMM6,NDUFA13,NDUFA12,NDUFA10,HDLBP,CWC25,TOMM20,TOMM22,CHCHD2,TATDN1,BASP1,FAM162A,ARHGDIA,FPGS,CWC22,HCFC1R1,COTL1,CHCHD1,NSF,PDIA3,NOM1,TRAPPC2L,ATP1B3,WRNIP1,KCTD5,RSBN1,TUFM,DPM2,PRPF6,HGS,FIZ1,STAM2,ISCU,ZCCHC8,IDI1,RPS19BP1,NOP2,CLEC16A,DTX1,STK4,DPP3,SDCBP,EMG1,MAN2A2,TCTEX1D2,RPRD1B,DMAP1,HSPA9,KLHDC3,DARS,ACBD5,SMAD4,HSPA5,CBX3,ASPSCR1,DNAJC11,COQ9,CRLS1,COQ5,NFKBIA,EFNA2,DLG4,ATG16L1,CAPRIN1,CHMP2A,PI4KA,CLASRP,BRWD1,SAE1,MUS81,KDM5B,ACADVL,ASNSD1,NVL,SLC2A3,DBI,USP39,ELAVL3,TMEM101,FLCN,SEPT6,SNAPC2,PDE4A,USP30,SCYL1,MAPK1IP1L,TSFM,KLF13,H2AFX,PPP2R5D,CKAP5,KLF16,DDX19A,GAP43,AKT1S1,DNLZ,TERF2IP,LUC7L3,HAGH,B4GALT7,VAC14,USP14,KDM3A,RGS19,POLDIP2,ATF6B,RGS16,OPRL1,PDXP,MTIF2,SPG7,ATP1A1,TM2D3,STRN4,U2AF1L4,TBRG4,TBRG1,NXF1,CHSY1,PPP2R3C,FAM120B,NCAM1,BUB3,PTCD3,USP24,PTCD1,KDM4B,PTCD2,KDM4C,TMEM30A,B3GAT3,QPCTL,HSPE1,RPS6KB1,PIK3IP1,RPS6KB2,BAX,SSBP1,SSBP4"
+"gene_set_query"	"908"	"EOMES"	"774.2"	"Literature ChIP-seq,40;ARCHS4 Coexpression,1005;Enrichr Queries,1141;ReMap ChIP-seq,290;GTEx Coexpression,1395"	"ITSN2,ATF2,MAPKBP1,CHIC2,RBPJ,ALKBH6,ZFYVE1,TSEN54,TSKU,PREX1,NDST1,KRTCAP2,PSMD7,DPYSL4,DPYSL2,DPYSL3,GABARAPL2,MEF2C,GABARAPL1,RBFOX2,CXADR,FNBP1,RFX3,FRS2,GAPVD1,PRKAB1,EML4,EWSR1,FEZ1,ZFYVE19,PSME3,DDIT4,TMEM126A,JTB,TBPL1,ASPHD2,ATF4,MTMR2,SET,ABCB6,MRPL16,ABCB8,COPS7A,MRPL14,GABARAP,LARP1,CYB5R3,GRPEL2,KCNMB4,HEXIM1,JUN,CADM1,CADM2,EIF2AK3,NR2F1,LARP7,LARP4,MRPL23,BTBD10,SNUPN,MRPL22,EIF1,CS,MLLT10,UCK2,EIF6,SFXN3,FXYD6,PSMG1,PSMG2,PKIG,FERMT2,GPR19,ARF1,HEXB,RPLP1,SNX10,SHB,AACS,TRIOBP,BBC3,MRPL33,NIPBL,TUBA1A,TMEM43,NEFL,PCMTD1,UPF2,APC2,ELOVL6,MRPL48,GMIP,MRPL45,MRPL46,DUSP6,SRP9,MRPL44,DUSP7,DDB1,MED24,PSMA1,CDC42EP4,PXDN,CDC42EP3,PELI1,CHST1,PGAM5,VAMP2,SLC29A2,SAMD8,ECHS1,ATL2,ODC1,SEZ6,DLST,SLC7A1,PSMB6,PSMB7,PSMB5,UNK,PSMB2,TMEM65,PSMB3,SPOP,LEO1,MFN2,ANO10,ZSWIM6,NCDN,GOLM1,WNT7B,YLPM1,DAB2IP,GATAD2B,ARCN1,NUDT21,TMEM59,FABP5,SLMAP,PSMC1,YPEL5,YPEL3,MTCH2,NAB1,PDCD6,CASC3,FBXO22,EIF4ENIF1,LAPTM4A,SCMH1,ADORA1,KPNA4,KPNA1,PPP1R16B,SLC38A1,PPP1R16A,UBE2E2,TBR1,CASD1,MINPP1,MSH2,LIX1,SRSF2,SRSF3,ANAPC5,LY6E,NSMAF,PFKFB2,KHDRBS3,MAX,NRF1,CORO1A,LRRC55,CORO1C,HSP90B1,IGSF21,RAP1A,STK38,G3BP1,G3BP2,IP6K1,EVI5,API5,HPS3,EEF2,IBTK,SH3BP5L,GNL3L,UBLCP1,MDM2,MDM4,OGT,CELF2,CELF5,ARRB1,ARRB2,ALAD,SUMO3,PPP6R2,PMEPA1,ACP2,BCAS2,EMX1,BCAS3,ACTR2,HSP90AA1,ATRX,VPS37C,ARNT,AHSA1,NDUFC2,TFIP11,VEZF1,VPS37B,ARFGAP1,ARL4C,TMBIM4,C1D,PCCB,ETF1,BCAT1,SLC25A12,SLC25A5,SLC25A11,AHDC1,NDUFB8,SEC23A,SRC,MGRN1,SRF,CXXC1,MLLT3,CXXC4,LRP8,EHBP1,LRP6,MLLT6,PPM1G,MTHFSD,SLC25A28,FCHO2,EIF4H,LRRC8D,SH3BP4,IGF2BP3,FYN,IARS2,LRRC8A,SLC25A23,PCDH1,SLC25A25,SH2B1,GADD45GIP1,NDUFA9,LINGO1,NDUFA7,SEC24B,CIZ1,HNRNPA3,SSB,FEM1B,TXNL1,RPL23A,MCOLN1,HNRNPAB,TPD52L2,NELL2,SNRK,MYO1B,PINK1,TSPAN14,NECAP1,SLC25A39,CCM2,P4HB,EIF3F,SMAP2,SMAP1,BCAR1,SLC23A2,SMARCAL1,CERK,TMEM41B,NUDT2,KEAP1,TXNDC12,RASSF1,HERC2,SNRPD2,CDC27,CCDC97,EIF2D,KIF21A,ATP6V1E1,SEC62,PELO,EPHB1,EIF2A,TMPO,EPHA4,ST6GAL1,SMARCC1,ARL15,SCAF11,ISLR2,TALDO1,ANK2,ANK3,ANK1,SFRP1,KCTD10,ULK2,TAGLN3,CTXN1,TRIB2,TRIM11,CCDC84,NRN1,AARS2,L3MBTL2,DHX8,DHX9,FOXG1,CTR9,SNX3,PGS1,NKAIN1,APH1B,SEC14L1,DHX34,PCBP4,DHX35,PCBP1,TSPAN5,RBM12,XBP1,SURF1,SMARCA5,MICAL3,HSPA12A,PAICS,DCLK1,EXT1,MSRA,ID2,CALU,INTS4,FBXL3,GRB2,NOL11,HERPUD2,NRP1,MRPS15,PPP1R11,PPP1R10,MRPS11,INTS10,AATK,NAT10,ARV1,ACTR1A,MAP1LC3B,ENC1,KIF1B,RAC1,SDF2,ARIH1,CTSF,NANS,BBS4,CTSB,NDEL1,NCOA1,NCOA2,NCOA5,MRPS23,ACAD9,ANO8,COMMD3,CACYBP,COMMD7,MRPS6,SREBF2,CTTNBP2NL,TOX4,RAP2C,GAK,RAP2A,SLTM,CSDE1,KIT,CANX,ARHGEF1,EEF1E1,SFI1,SLU7,STX16,SATB1,INPP1,PRKX,GNAI2,PGRMC1,NFIL3,SERTAD2,ORMDL3,GPC2,MGAT1,GPC4,EXOSC2,CCT4,KLHL2,YIF1B,SH3RF3,DPY19L1,DPY19L3,TTC5,SGSM3,NEDD4,HNRNPA2B1,CACHD1,HDGF,TACC2,TARDBP,ZFP28,SCARB2,OTUD5,CRTC2,SYS1,NARF,WWC1,ZFAND5,ACTG1,KIF5C,CAPN7,CAPN2,TPRA1,FBXW11,DNAJB12,POU3F1,MID1,RUNDC3A,ADAM19,ADAM15,HNRNPUL1,GPD2,SBDS,TBC1D25,ANKS6,RTN2,VCP,PSMD12,PKDCC,TSG101,TMED10,SEL1L,SLC1A1,HTRA2,CACNA1C,CNN3,GRK6,TBC1D13,BCL9L,SYT5,IVNS1ABP,FDPS,PRNP,SYT3,ZFHX2,AUTS2,NUP155,PHF12,DSTN,NUP153,CNOT10,SUPT5H,AP4B1,CLK4,CLK2,RCL1,GCLC,BMP1,GNAL,HOOK2,HOOK1,GNB2,MKRN1,GNAS,TAB2,STT3B,UBE2M,PICALM,NAA40,LDB1,DDX47,YWHAB,HP1BP3,ILK,LDB2,TNFAIP1,CHD2,RND2,PPP1R9A,AFF4,LMNB1,PPP1R9B,RND1,LASP1,ABHD16A,MAN1A2,GDAP1L1,UQCRFS1,LRRFIP2,LRRFIP1,YWHAG,DACT1,RBM14,GLRX3,EED,DCAKD,BUD31,HUNK,ABHD14B,ARHGEF18,NAV1,YWHAZ,VCAN,LMBRD1,ALS2,SETBP1,UBE2R2,ACOX1,GORASP2,NUP50,PEX5,ACOX3,INA,SFSWAP,GOSR2,ASB13,SLC3A2,ASAP1,HMGCR,NT5C2,CLCN2,POLD3,PABPN1,MAT2A,SPOCK2,GNG7,PTK2B,BNIP2,SMNDC1,TTC14,RBM39,MBTPS1,TTC13,CHURC1,RRM2,EYA3,ATP2B4,USF1,SOD1,MAPK10,SMUG1,CLCN7,PNKD,ERCC1,ASB8,VIM,SUGT1,RAN,LNX2,RB1,CNTFR,CYFIP1,TES,RPL32,RPL31,STMN2,ARPC5L,SMC5,SMC6,SMC3,DCAF5,BACH2,DCAF7,RNF112,NUB1,TFG,ZMIZ1,MYC,ZMIZ2,AP1S2,FDXR,AP1S1,PIP4K2B,PIP4K2C,RPL37,IER5,RPL39,IER2,MECR,WSB1,WSB2,DAPK1,WDR74,MED8,GTPBP6,SOX11,GTPBP1,ATG12,GABRG2,DYNC1LI1,DAAM1,TYRO3,DUS3L,PRR14,ANAPC13,CTBP2,NEDD4L,PRDX3,ABR,BLOC1S1,RAD21,ST3GAL2,CEP78,S100A10,FDFT1,CDK17,NDFIP2,CHKB,PHC1,PLK2,RDX,H3F3A,TMEM198,POU6F1,HNRNPM,FAM160A2,MEX3A,RNF103,HNRNPK,H2AFY2,ATG2A,HNRNPD,PLCH2,CDC42SE2,CDKN1C,SETD5,GMEB1,CDKN1B,CLTC,CLTA,TCF20,SMG7,WDR45,ING1,TK2,JARID2,BRD2,BRD1,HSBP1,ELMOD1,TIMM23,AEN,GNL3,HADHB,RNF167,ZEB2,TUBB2B,AFTPH,MRAS,KIFC3,EXOC5,PLCB1,RNF166,GAS7,RNF165,SF3B5,GRAMD1A,CLDND1,SF3B3,TMEM165,FGD3,TMEM169,CHN2,RPL14,SC5D,RPL15,RPL17,ANKRD50,SF3B1,RUNX1T1,RPRM,BRD4,CSNK1A1,HIPK1,DHRS1,KTN1,TM9SF2,MKLN1,TM9SF1,RYBP,RLIM,PLP2,ANKRD13D,CHPF,FMR1,PPP1CB,NRBP2,MAEA,SALL2,CDH2,TMSB10,LZTS1,TLE3,TLE2,SUPT16H,USP4,USP3,IGFBP3,TPM1,F2R,IGFBP2,RPS6,RPSA,GTF2F2,THOC7,RNF41,ST7L,CLIP2,CACNB3,RAB31,STIM2,MORF4L2,RAB34,MADD,SNRPG,ERH,XIST,STAMBP,TOX,FKBP4,SNRPA,ABHD2,CCDC25,UBR2,PHB,KRBA1,KLC1,GTF2E2,PHF21B,RHOBTB2,ORC5,ORC3,BAG1,PSAP,PLXNA2,SKIL,MAP2K6,MCL1,MPDU1,EIF2B5,CCDC12,MARCH8,BTBD9,SCRT1,LSM2,COPS4,CNOT4,NSFL1C,DAB1,COPS5,LHX2,LRFN1,CPD,NF1,CPE,TPP2,NACAD,CCDC22,SERINC3,CNIH2,SERINC5,SERINC4,BCL2L1,CALCOCO1,RNPEPL1,WDR4,DUSP18,DUSP11,DUSP12,ADAMTS3,RNPEP,PHACTR3,TNPO1,IDH3A,GPX1,CCDC34,ZFP91,BET1L,ZFP90,PTP4A1,PTP4A2,PTP4A3,DALRD3,TFDP1,DAD1,EVL,TRABD,GTF2A1,NFAT5,LEPROT,HDAC2,NLGN1,SMARCD3,NLGN2,PDHB,JAKMIP1,RAB21,STOX2,FZR1,ABLIM1,RBBP4,DCAF11,POLR2K,SLC35A2,SPAG9,RNF24,ASCC1,AMFR,TXNRD1,CDC42BPB,DDHD1,SEMA4G,FBXL14,KLF7,NIN,KLF6,MARCKS,NFASC,APC,RAB18,CEBPZ,INSM1,PPIL3,POLR3K,TPT1,METAP1,VEZT,CMAS,HDAC10,ARL6IP1,ZMYND8,CISD1,DIXDC1,PWP1,RPS14,PPP2R1B,RUSC2,FTH1,GOLGA7,SOX4,RPS12,SACM1L,COG3,COG1,ACSL3,SRRM1,INPP4A,KATNAL1,VDAC3,HECA,SUCLG1,TTLL12,EZR,PFN2,IGSF8,TMEM161B,CSTF3,CSTF2,DCUN1D1,TWF2,CD99L2,GMCL1,IGSF9,GNG10,NUAK1,SGPL1,TNRC18,ATP6V0A1,ZRANB1,BCL11B,BCL11A,PDE2A,PYCR2,KLHDC8B,ZWINT,PUM2,GADD45G,RPS28,STAG2,RPS27,ANP32E,TMCC2,CORO7,ANP32B,ITM2C,HBS1L,CITED2,SIPA1L2,SPPL3,LIMD2,SERP2,XPO1,GLIPR2,SLC22A17,CHMP1B,SH3PXD2B,TMED1,FEZF2,MAP4K2,PARP1,PRMT2,TSC22D1,RHOF,CBFA2T2,ZDHHC17,RHOA,MLF2,SLC22A23,NFX1,PACS1,HNRNPH1,B3GNT5,RHOU,SGK1,KPTN,ZDHHC20,AKAP8,AKAP7,RFNG,AKAP1,NOL6,TCEAL8,PPP2CA,CUX2,APBB2,MPZL1,MAP4K4,MPP3,PTGES3,RANBP9,SORBS1,HIST3H2A,KBTBD7,KDM1A,HDLBP,CWC27,TMEM145,TATDN2,BASP1,ARHGDIA,CHCHD1,KDM2B,APLP2,TOMM34,MATK,LIG3,ACYP1,KCTD3,ATP1B1,TRPC4AP,KCTD6,MYCN,TBL1XR1,PRPF3,TIPRL,ELMO2,CHMP4B,MATR3,RAI14,ZCCHC7,COPA,COX7A2,DTX3,STK4,PLCXD2,EFNA4,ARHGAP12,EFNB2,EFNB1,PCSK1N,DPP8,TCTEX1D2,EP400,ZC3H14,HSPA8,SMAD4,CBX4,SMURF2,CBX3,HSPA4,SMURF1,IDH1,PTCH1,CBX2,EIF2S2,SMAD5,DLG1,EFNA2,NR4A3,TMEM115,DLG5,CHMP2B,TBCE,JMY,CLASRP,DOCK4,ELAVL4,SLC2A3,ELAVL3,TMEM101,SPRED2,SEPT6,SPRED1,LRRTM1,SNAPC3,POLG,USP47,JAGN1,H2AFZ,AKTIP,SPATS2,ARID1A,CKAP4,SUPV3L1,DDX19A,IGDCC4,DDAH1,DDAH2,TMEM9,B4GALT5,USP10,RGS16,USP12,MTIF2,ATP1A1,STRN3,RMND5B,NXF1,IGFBPL1,ALDH1B1,MAPK1,MAPK6,ABCF2,ABCF3,LGI1,USP24,ATE1,TMEM30A,WTAP,LIMK2,USP22,DTNBP1,NAP1L1,USP28,MEIS2,PPP2R2B,CDK2AP2,SPRY2,CDK2AP1,TBKBP1,ATP13A3,SSBP3"
+"gene_set_query"	"909"	"HES1"	"774.5"	"ARCHS4 Coexpression,826;Enrichr Queries,698;ReMap ChIP-seq,294;GTEx Coexpression,1280"	"APP,MT-ND4,RPL30,GMFB,TMEM41B,TFRC,RPL31,ZDHHC5,JMJD1C,RPL9,RAPGEFL1,ACTB,RPL6,RPL7,FAM110A,TIAL1,RNF112,RPS14,NUB1,ALCAM,RPS19,OPHN1,SNRPD2,SNRPD1,MYC,FTH1,LONP1,RPL36,RPL37,VPS36,GLUL,IER5,RPL39,TBC1D10A,SOX4,IER2,ARSA,MEF2C,CXADR,RPL21,ACTN1,RPL23,ARRDC3,ALG2,CD3EAP,MAPK8IP2,RUFY1,DAAM1,SARNP,DDIT4,SIK1,EZR,TRIB2,IGSF3,TARSL2,MGST3,SDC3,COPS7B,PDGFA,PIK3R1,APCDD1,HIF1A,TTBK1,ANAPC11,GJC1,DGUOK,PCBP3,RDH14,RDH13,SERF2,SNX6,S100A10,JUN,NDFIP2,FZD3,RPL41,CHKB,JUND,JUP,PLK2,H3F3A,NR2F1,IRF2BP2,NR1D1,GADD45G,RPS26,SQLE,RPS28,VANGL2,HNRNPK,RPS27,PPP1R1A,ARMC10,TDP2,RPS29,ID2,SDC1,RPS20,CDK13,AVL9,RPS24,ITM2C,DDR1,NRP1,COX7B,CCDC120,BTG1,SLC35F2,CITED2,RPLP1,SLC35F5,CETN2,CLTB,SRA1,SIPA1L2,SPPL3,COX7C,HSPB11,PTPRF,HERPUD1,MRPL33,AKAP12,MRPL42,UBL5,TRMT112,LMBR1,CSRP2,CTSL,PCF11,ENC1,TIMP2,AP3S2,PLEKHN1,SEC61B,CTSE,GPRASP2,COX8A,TSC22D1,HSBP1,TSC22D3,ACAD9,MRPS21,PRPF40A,COMMD6,DUSP6,DUSP7,PARP8,LRRC42,MLF2,RHOB,SLC7A5,KIT,PXDN,EXOC3,RHOV,ARHGEF7,SGK1,PTMA,ERGIC2,MAGEH1,CSTB,RNASEL,GRN,WDR26,CLDND1,MRPS33,USO1,RPL11,ADAM22,RPS27L,NEDD8,UQCR10,COX5B,NFIL3,SERTAD2,NSD1,TCEAL1,NCDN,CKB,RPL15,APBB3,RPL17,PAIP1,WDR17,ARNT2,WNT7B,PCGF2,YLPM1,PLEKHA5,SNCAIP,AIG1,FAH,COX6C,VEGFA,FKBP1A,NFIA,FABP5,NFIB,FABP7,ZYX,CACHD1,TOMM7,RAB3GAP2,COPG2,FAU,FHOD3,DGKE,NDUFA13,NDUFA12,NAB1,ZFAND6,CTNND1,SRP14,CLU,IPO5,EFTUD2,GRIP1,CHCHD3,ZFP30,FAM174B,BASP1,DENND5A,TMSB10,SH3GL1,PPFIA2,SLC38A1,IGFBP3,CTNNBIP1,TPM1,ATP1B3,FRMD4B,ATP1B1,FAM118B,COX6B1,FRMD3,TMX4,TBL1XR1,MORF4L2,NCL,FSCN1,SNRPG,WDFY3,SNRPF,RAI14,FTO,CUL9,BHLHB9,PFKFB3,UQCRB,COX16,NXPH3,GLO1,CUL3,INSIG1,ARL3,COX7A2,DTX4,EFNA4,LRRC55,NDRG1,CNN3,SOCS2,EFNB2,ORC6,EFNB3,UBB,NEUROD6,STK38,TCTEX1D2,G3BP2,RPRD1B,NDUFV3,SLC38A2,MCL1,KLHDC2,PRNP,OST4,PTCH1,DNAJC11,DHCR24,LSM5,REEP1,NFKBIA,EFNA3,STK24,HOOK2,HOOK1,UQCRQ,CNOT2,UBE2N,CNTN1,DEGS1,ACO1,AMOTL2,DEGS2,CNIH3,RBM26,WDR1,PRKCSH,FHL1,POMT1,CELF4,SLC2A3,RND3,BICD2,DUSP12,SUMO1,CAPZB,SUMO2,PMEPA1,DIS3L2,NAA30,HSP90AA1,PLA2G4E,TNFRSF19,RPL13A,NDUFC1,ARID1B,ARL4C,VCAN,PTP4A3,FCHSD2,CTDSP2,NDUFS5,RPL37A,PFDN5,TNFRSF21,PPP1R15A,RNFT2,SMARCD3,SRF,RGS16,NDUFB4,RAP1GDS1,NDUFB3,CXXC1,RPL36A,PARD6G,SEMA3F,ATP1A1,TM2D3,ACVR1B,TOB1,TTL,DPCD,FOXRED1,CACNG7,CACNG8,CAND1,DNPEP,PPP2R3C,PDE6D,EIF4H,LRRC8D,POLR2F,SNRPB2,ROMO1,TIMM8B,NOP58,SLC35A4,MARCKSL1,PPP1R14C,RRM2,NDUFA4,NDUFA3,NDUFA2,NDUFA1,RPL35A,LYSMD4,RPL23A,HSPE1,GDAP1,ACVR2A,ATOX1,ENOX1,MARCKS,KLF6,RAB14,FAM131B,RPS6KB2,SPRY2,TRIM37,VIM,CDO1"
+"gene_set_query"	"910"	"NKX32"	"774.5"	"ARCHS4 Coexpression,655;GTEx Coexpression,894"	"TES,TMEM41A,VARS,KDELR1,DIXDC1,ZDHHC8,RPL8,SCAMP4,TRIM28,DPYSL3,RPL36,ANKFY1,AP1S1,PTGFRN,DIP2C,RPS10,ARRDC4,EPHA7,FNBP1,ACTN1,AFAP1,SCRIB,ACTN4,CSNK1E,SOX12,EML1,HCFC1,MYL6,THAP7,KCNQ4,FLYWCH1,PRR12,UBA52,ATF4,TSHZ3,PIK3R2,GJC1,RNF216,DHX35,TNRC18,NTSR1,JUN,DMPK,INTS1,SETD1A,IRF2BP1,PBX1,PRRC2A,HNRNPL,GIPC1,FXYD6,DCHS1,CALR,DUS1L,FERMT2,CDK16,LRRC3,PRPF19,SMG5,PTMS,TUBA1C,RRP12,COMMD6,MED22,PXDN,PLEKHO1,SLC29A1,DBN1,SF3B2,PNCK,ATL2,PRICKLE2,CENPB,SH3BGRL,SPOP,ANKRD52,RPS2,RABAC1,MBD3,RANBP3,SF3A2,PCGF2,AP3D1,SORBS1,SCAF1,BOP1,SLMAP,HDGF,ATN1,PLOD3,STK11,ARHGDIA,KHSRP,SCMH1,RUVBL1,LZTS2,MAF1,SH3GL1,MEN1,OSR1,TPM1,FOXP4,MID1,ATAD3A,RNF40,FOXP1,OXA1L,HNRNPUL1,RPL7L1,EHBP1L1,TOX,FKBP4,PDE9A,KPNB1,SLC27A4,LRRC59,ISYNA1,INO80E,ARHGEF26,ARHGEF25,ZC4H2,MAZ,CACNA1C,CACNA1H,CORO1B,CORO1C,RAP1A,IRAK1,DVL1,NACC1,ABL1,DVL3,NDUFV3,CPSF1,CBX4,KLHL23,EEF2,LSM4,MANBAL,REEP1,CDK8,LRCH2,UBE2S,JMY,TAB2,CLPTM1L,SAE1,LZTR1,MDM1,EIF4G1,RNF187,UBE2M,MUS81,ZNF512B,B4GALT2,SCYL3,KDM5C,ZMYND19,PRKCSH,MAST2,CBY1,ILK,YBX1,LMNB2,RPL7A,UBE2Q2,WDR5,SPEG,PPP1R12A,CAD,H2AFX,DDX54,VEZF1,RANGAP1,SENP3,PTBP2,KLF16,FAM189B,TRAF7,AKT1S1,DNLZ,USP40,PPP1R12B,PPP1R12C,CUEDC1,THOP1,SRF,USP12,WIZ,MLLT1,LRP3,STRN4,CYTH3,GANAB,MTA1,NCLN,U2AF2,SAP30L,RAB23,GNA11,NT5DC2,NT5DC3,RALY,CAMK2G,PDLIM7,POLR2L,MLXIP,PPP1R14B,NAA10,FBXL19,ATP2B4,PDAP1,SSRP1,MEIS2,HNRNPAB,ENOX1,GOLPH3,TSPAN18,CARM1,P4HB,SSBP4,EIF3B"
+"gene_set_query"	"911"	"OTP"	"774.7"	"ARCHS4 Coexpression,632;Enrichr Queries,1204;GTEx Coexpression,488"	"SCOC,MYT1L,STMN2,EHMT1,STMN4,FNBP1L,GPR173,DPYSL4,DPYSL5,DPYSL2,DHX57,DPYSL3,STMN1,DPF1,KIF21A,KIF21B,KIFAP3,PRKACB,IER5,SOX4,TRIM23,ACOT7,ST6GAL2,UNC5A,SLC6A15,ISLR2,SOX11,SCAMP1,ANK1,GABRG2,GTPBP4,PRKAR1B,DAAM1,RUFY3,TAGLN3,EIF1B,TSPYL4,VPS28,BEX4,GPM6A,BEX2,BEX1,NRN1,MEAF6,FOXG1,PHYHIPL,KALRN,NKAIN1,NLN,CYB5R4,INPP5F,PCBP4,SCN3B,SCN3A,B3GALNT1,NDFIP1,PTPRN2,MAGEE1,BCL11B,LRRN3,ZFR2,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,MEX3C,MLLT11,CALY,ARMC10,H2AFY2,SESTD1,PKIA,LRRN1,CD200,CDS2,RNF220,GABRB3,GPR27,CSRNP2,CSRNP3,GDI1,PTPRN,SNX10,ZCCHC18,GRIK2,SHD,UCHL1,PPP3CB,TUBA1A,SLC22A17,NKRF,RFK,DNER,NEFL,FEZF2,GPRASP2,APC2,PRMT8,STARD3NL,TCF12,SYP,MANEAL,RGMB,AP3B2,MLF2,RGMA,TMEM179,TUBB2B,TUBB2A,MAPRE3,GLCCI1,MAPT,RNF165,MAGEH1,NFIX,WRB,SATB2,AKAP7,HSPA13,TCEAL6,GLRA2,PGRMC1,TMEM169,CAMK2N2,GPC2,APBB1,PAK3,RUNX1T1,KIDINS220,GABRA3,PNMA2,SGSM1,ATAT1,MORN4,NFIA,NFIB,TTC3,APBA1,CDK5R2,CDK5R1,PRDM8,RAB3C,SH3GL3,CLSTN3,MRFAP1,NUDT11,ATCAY,TUBB3,KIF5C,BASP1,TMSB10,LMO1,IGFBP2,TBR1,CASD1,POU3F1,RUNDC3B,TMEM130,POU3F2,POU3F3,BSCL2,OLFM1,PREPL,ZFP41,SLC9A6,MORF4L2,UBE2V2,LY6H,ATP6V1A,BRSK2,BHLHB9,RTN1,TMEM59L,CACNA1A,BHLHE22,DTX3,SEZ6L2,KLC1,LRRC55,NEUROD2,SCRT2,EFNB3,KIF3A,NDN,OTX1,KLHDC10,KLHL29,AUTS2,RHBDD2,TBCA,NSG1,SCRT1,REEP1,RALYL,NSG2,NBEA,LHX2,HOOK1,CNTN1,UBA2,CNTN2,SERINC1,CNIH2,PODXL2,SCHIP1,CELF3,CELF4,ELAVL4,CHD6,CELF5,RND2,FBLL1,RND3,ELAVL2,ELAVL3,TRO,SEC61A2,NGRN,SUMO3,GDAP1L1,EID2B,YWHAG,TRIM67,EMX1,HSP90AA1,HSDL1,SVOP,PEG3,NAV2,SYNGR3,SEZ6L,ZFP90,SEPT3,GAP43,IMPACT,PTP4A3,RCN2,DNAJC6,DDAH2,DCX,SNURF,TERF2IP,TMEM9,INA,SLC25A14,PPM1L,USP11,ATP1A3,NRXN2,CRMP1,TM2D3,FAM169A,CXXC4,AP3M2,GNG3,GNG2,SV2A,SLITRK1,NNAT,SLIT1,NCAM1,ATP9A,BEND5,CLASP2,MARCKSL1,SLC12A5,PCDH8,GDAP1,MEIS2,NAP1L5,NELL2,FAM155A,CLCN6,NECAP1,SBK1,NOVA2,ATP13A2,INSM1,CBLN1"
+"gene_set_query"	"912"	"ZNF543"	"774.7"	"ARCHS4 Coexpression,905;Enrichr Queries,991;GTEx Coexpression,428"	"ZDHHC5,CISD2,ZDHHC8,BACH2,GLE1,GOLGA3,CDC23,ALKBH1,DPYSL2,MYC,ZMIZ2,AKT1,UBAP2L,PRKACA,ATXN7L3,ARRDC4,MED1,SMARCC1,AQR,CSNK2A1,SCAF11,ARRDC3,CD3EAP,MOGS,GAPVD1,MED6,GTPBP4,CLPX,KARS,RFX7,ZW10,DDIT3,DDIT4,YME1L1,HECA,ALG10B,CBLL1,TRIB2,NUP205,DHX8,DCUN1D5,CDCA4,FLII,SLAIN2,HIF1A,RPAP3,GIGYF2,INPP5B,APH1A,UGCG,HMGXB4,WDR70,PDCD11,CSTF1,NUP88,PIP5K1C,JUN,INTS1,BCL11A,INTS2,PBX2,PA2G4,GPN1,PRRC2A,SMU1,HNRNPL,ZBTB6,SNW1,NOL10,NOL11,FAT4,CPEB4,ITM2C,ARF3,OGFR,SMG1,PIGU,FAF1,NAT10,MRPL39,SLC7A11,PRPF19,WDR43,AKAP12,MRPL42,MED13,SDF4,RIOK1,ARIH1,CIC,ZIK1,UPF2,PRMT5,UPF1,WDR36,SHPRH,TEX10,NSUN2,MINK1,PRPF40A,MRPS7,DYNLL2,MLF2,RHOB,TOX4,RNF168,SLC7A5,PRPF18,INF2,NFX1,PXDN,SGK1,TKT,ATP6V0C,FYTTD1,SF3B3,HEATR1,HTT,HSPA14,CENPB,GNAI2,EXOSC7,BCLAF1,YKT6,YTHDF2,SORT1,CSNK1A1,HUWE1,RPA1,SCAF1,SCAF4,GATAD2B,RSL1D1,NFIA,NFIB,TAOK1,SERBP1,TAOK2,TSR1,NUCB1,COPG2,UBAP2,HDGF,PKN1,PNPLA6,RNF141,GRINA,UBE3C,ZFAND3,FBXO28,ATN1,UBE3A,IGF1R,EFTUD2,ZFP30,LAMP1,ARHGDIA,KPNA6,NUDT19,MTPAP,NOM1,USP7,PUS7,WBP11,CTDNEP1,DMTF1,HNRNPUL1,HNRNPUL2,RAB35,CHMP4B,ANAPC1,CSNK1G2,GLYR1,ANAPC2,ZCCHC8,PSMD11,RAB5C,TOR1AIP2,LIN7C,GTF2E1,EFNB2,EIF1AD,PITRM1,UBR5,G3BP1,BTBD2,NACC1,ABL2,SRGAP3,PDZD7,MCL1,TRAPPC2,SMAD2,SMAD1,NOP14,DR1,CBX5,STYX,CPSF2,NUP153,EIF2S1,CHERP,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,PLEKHM2,PLXNB2,MDM4,GPR107,FGF13,LSM14B,NFE2L1,EIF4G1,KDM5B,ACADVL,GSK3A,DDX46,WDR1,PRKCSH,WDR3,CHD6,ZFP82,PTPN23,SYNE2,PPP1R9B,DUSP11,DUSP12,SART1,SEPT9,LASP1,SART3,PPP6R1,SNRNP70,NUP62,TLK2,TLK1,TOPBP1,TNPO3,UTP15,MAPK1IP1L,ARHGEF12,DIS3,PDPK1,RAD23B,DNAJC2,TRAF7,RER1,THRAP3,POLR1B,CTDSP2,DNAJC5,NAA35,PPP1R12C,PPP1R15A,RNFT2,PPP1R15B,NFAT5,GTF3C3,GTF3C4,PARG,CANT1,RAB1B,ZBTB43,MLLT1,ATP1A1,STRN4,LRP6,FBXL20,DNAJB2,FAM168B,GANAB,HECTD1,HAUS8,POLR2B,U2AF2,TGS1,BMS1,POLR2D,FAM120A,FEM1C,EIF4E,ABCF1,PTCD1,PDE4DIP,CDC42BPB,TPD52L2,CUL4A,KLF7,KLF6,MGAT4B,SPRY2,CEBPZ,RGS12,NAA15,P4HB,EIF3A"
+"gene_set_query"	"913"	"KLF2"	"775.3"	"Literature ChIP-seq,157;ARCHS4 Coexpression,1111;Enrichr Queries,889;GTEx Coexpression,944"	"CMAS,IFITM2,IFI30,ACTB,PREX1,RASSF1,FRAT2,RASSF2,DPYSL4,DPYSL2,MYC,FTH1,LONP1,KIF21A,BTRC,GLUL,IER5,IER2,SOX4,SLC12A9,ACOT9,MEF2C,CSNK2A1,PRKCD,GTPBP1,DDIT4,HECA,SIK1,KCTD12,BCORL1,EZR,CDC42SE1,EXD2,PEX11B,STXBP2,RPN1,TRANK1,ADAMTS10,PGS1,LARP1,CHST12,S100A10,VASP,JUN,JUND,PHC1,IQSEC1,PLK2,PBX2,PYCR2,NTAN1,GADD45G,ABTB1,MSRA,EIF5,ID2,CCDC88C,CORO7,ITM2B,ITM2C,OGFR,NRP1,BTG1,CITED2,CLTC,MRPS12,OLA1,MED15,ING1,HERPUD1,LIMD2,AKAP12,ARV1,HINT1,TUBA1A,ZMYM3,GLIPR2,XPO6,ENC1,TIMP2,SH3BGRL3,DLGAP1,JARID2,CTSB,ATMIN,TSC22D1,DUSP1,TSC22D3,MANEAL,GMIP,SRP9,RHOA,DUSP6,RHOB,MLF2,MRPL50,MED25,PLSCR3,PITPNM1,PACS1,PXDN,ARHGEF1,FAM193B,EEF1E1,SGK1,RNF166,STK40,TRUB2,CSTB,GRN,RELA,GNAI2,CST3,FGD3,ZDHHC18,NFIL3,HARS,MAP3K3,MTX2,RANBP6,VEGFA,PER1,RABIF,RYBP,SHKBP1,ZYX,TCEA2,AGGF1,YPEL3,MTCH1,MTCH2,CRTC2,ANKRD13D,CLU,NARS,PPME1,COTL1,SMARCAD1,SLC38A1,RNF44,IGFBP3,F2R,WRNIP1,ATP1B1,RPL7L1,EHBP1L1,FKBP8,SRSF3,UBE2V1,SLC27A3,CSNK1G2,LY6E,ARL8B,PFKFB3,TMED10,INSIG1,PXN,SPATA2,FBXO45,RASGRP2,NDRG1,CORO1A,SOCS2,SDCBP,SBNO2,MED30,NACC1,GRK6,H1FX,NADK,KLHDC10,MCL1,WDTC1,AP1M1,DNAJC19,HSPA8,PRNP,OSBPL5,PCIF1,NFKBIA,NR4A3,HOOK2,MKRN1,CNTN1,NF2,LRCH4,LRP10,UBE2K,PICALM,YWHAE,KDM5B,CNRIP1,PIK3CD,SLC2A3,ARRB2,PPP1R9B,DUSP12,MLST8,TMEM109,FLOT2,SUN2,PLEKHG2,KLF13,PPP1R12A,PDPK1,SH2D3C,ARHGEF18,RAD23B,TSN,ARL4C,VCAN,PTP4A3,DDAH2,CTDSP2,LANCL2,EVL,PPP1R15A,TRABD,RGS19,CXXC1,LENG8,CLCN3,TOB1,AGPAT3,HDAC7,MLLT6,DNAJB1,CCDC85C,SH3BP2,PTK2B,CSK,EIF4E,FBRS,CYTH1,SEMA4D,MBOAT7,BNIP3,FOXJ2,PTPN12,PNRC1,KLF7,TSPAN14,KLF6,SLC25A39,IMPDH1,OCIAD1,VIM,SMAP2,TPT1"
+"gene_set_query"	"914"	"ZNF69"	"775.3"	"ARCHS4 Coexpression,437;Enrichr Queries,923;GTEx Coexpression,966"	"IFITM2,VARS,KDELR1,ZDHHC5,TXNDC11,HNRNPU,GABPB1,SCP2,CAPNS1,TRIM28,MPRIP,DPYSL2,MYC,ZMIZ2,PSMD3,STMN1,AKT1,PRKACA,SEPHS2,ATXN7L3,SOX4,SEC63,SRRM2,HES6,CXADR,WSB1,COG3,ALG5,ALG2,CD3EAP,MOGS,SCRIB,SOX11,ALG1,ACTN4,PRKAB1,SND1,PPA2,IFT81,DDIT4,CRYZL1,TRIM13,KDELR2,HECA,PRR12,GNE,SF1,TMEM161B,TBC1D9B,PDXDC1,FLII,MBTD1,APH1A,PPP3R1,MLEC,RAB11FIP4,ZSCAN18,EDEM3,FZD3,INTS1,BCL11A,SURF4,PBX2,ERLIN2,FAM136A,PRRC2A,MLLT11,HNRNPL,TDP1,ID2,ALDH18A1,ITM2C,ARF3,OGFR,WDR47,PIGU,DAZAP1,PIGO,SLC44A2,MRPS12,ICA1,MIA3,PRPF19,SMG5,HERPUD1,SERP1,TUBA1A,SPTLC1,ENC1,DHX15,ANXA6,SDF4,TMED2,CTSE,CIC,UPF1,SSR2,TSC22D3,LRRC49,MINK1,ELOVL6,PGM2L1,SRP9,VAV2,RHOB,ENAH,TOX3,UGDH,PXDN,RAPGEF1,ARHGEF2,ERGIC1,CSTB,CENPB,TM9SF3,HIRA,CAMK2N1,PES1,TMEM68,CLPTM1,MFN2,FLNA,CKB,ANKRD52,YKT6,SF3A1,YIPF3,SYVN1,SCAF1,GATAD2A,TM9SF2,SKI,TM9SF1,TAOK2,TTC3,NUCB1,HDGF,PKN1,PNPLA6,GRINA,DPAGT1,CRCP,HDLBP,ATN1,UBE2Z,TATDN2,CDH2,LAMP1,BASP1,ARHGDIA,CAPN5,PMPCB,SLC39A7,SBF1,PLEKHJ1,SLC38A1,USP5,SLC30A5,TPM1,F2R,IGFBP2,FOXP4,ADAM19,CTDNEP1,HNRNPUL1,RPL7L1,EHBP1L1,RAB35,MAPKAPK2,ERP29,CHMP4B,CSNK1G2,SIDT2,GLYR1,ANAPC2,LRRC59,INO80E,RAB5C,MAZ,SLC38A10,CSF2RA,SUPT6H,CORO1B,RAP1GAP,KLC4,ORC4,SBNO2,IRAK1,DEAF1,DVL1,NACC1,MYH10,ZKSCAN1,MARK2,MPDU1,BCL9L,KLHDC2,MPST,ESRRA,PRNP,OSBPL7,CPSF7,PNPT1,AUTS2,SEC16A,GFPT1,EEF2,YRDC,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,STT3A,PLEKHM2,GPR107,CLPTM1L,LRP10,ZSCAN2,NFE2L1,MXD4,EIF4G1,UBE2M,KDM5C,GSK3A,WDR1,PRKCSH,SLC2A3,YBX1,AFF3,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,SPR,UBE2Q1,ZC3H7B,PPP6R1,SNRNP70,ACP2,LRRFIP1,SLC37A4,EID2B,ARHGEF11,ABHD14B,CTPS2,NAV2,RAD23B,SENP3,DDOST,KLF16,DNM2,TRAF7,VCAN,PTP4A3,CREB1,RER1,CTDSP2,DNAJC5,AKT1S1,TMBIM6,SLC25A5,PPP1R12C,TNFRSF21,BCAT2,RNFT2,MTPN,HDAC2,SMARCD2,CANT1,ROCK2,RAB1B,ATP1A1,RNF4,NCALD,STRN4,DCAF15,HMGCL,GANAB,FZR1,FAM168B,DDT,U2AF2,FAM120A,EIF4H,FEM1C,CSK,MTA2,FBRS,FBXL19,SEMA4G,CDC42BPB,TPD52L2,TTC17,SLC25A38,CLCN7,GALE,KLF6,NEURL4,CDKN2AIPNL,PIK3IP1,GLB1,CARM1,MGAT4B,OCIAD1,PDCD4,ACIN1,P4HB,VIM,SSBP2,EIF3B"
+"gene_set_query"	"915"	"GTF2IRD2"	"776.7"	"ARCHS4 Coexpression,1555;Enrichr Queries,419;GTEx Coexpression,356"	"ARL6IP1,PLEKHB2,ZMYND8,ARAF,ARPC5L,DCAF8,HNRNPU,THUMPD1,EPRS,ACTB,BACH2,PREX1,NUB1,OPHN1,DPYSL2,MYC,ZXDC,EPC1,AP1S1,EIF2D,EPC2,ATXN7L3,SOX4,FNBP4,ACOT7,WSB1,TSTD2,DAPK1,PRKCE,ARRDC3,IFRD1,MTUS1,CIRBP,CD3EAP,ANK2,ANK1,EML2,DDIT4,ORAI2,HECA,ANKRA2,TSHZ3,ANAPC16,XPA,SDR39U1,PDGFA,AGAP1,PIK3R1,RNPC3,PRKCZ,FAM160B1,DHX35,ST3GAL5,GSE1,TNRC18,RDH13,PATZ1,ST3GAL1,CREBBP,JUN,RABGAP1L,PLK2,SLC35E3,IRF2BP2,NETO2,BRI3BP,SMARCA2,PBX1,SMARCA4,ABTB1,ID2,HBP1,ITM2C,ARF3,PHF2,NRP1,PIGU,BTG1,CITED2,SLC7A11,VLDLR,PCSK7,WDR45,PRPF19,AACS,ENC1,TIMP2,TCP11L2,JARID2,BBS4,PCMTD1,CTSB,BRD3,BRD2,TSC22D1,PGAM1,TSC22D3,TET2,ELOVL6,DYNLL1,MRPS7,DUSP6,MTSS1,NME1,MLF2,RHOB,SLC7A5,KIF2A,PXDN,SGK1,ATP6V0C,NFIX,SATB1,AKAP8,PPP2CA,RXRB,MNT,CUX1,TCEAL1,AP2S1,MEF2D,MAP4K3,RYK,ELP2,SORBS2,UBE2G2,VEGFA,NFIA,NFIB,CCNG2,HDGF,PKN1,YPEL5,YPEL3,SCARB2,IGF1R,CAPN7,CFL1,SCMH1,MAF1,GTF2I,USP8,TTC7B,PRPF4B,FRMD4A,FRMD4B,TANC2,FOXP1,DISP2,ARMCX4,CLIP2,MAU2,PRPF3,ANAPC4,PPIA,SQSTM1,FKBP5,ATP6V1A,LRRC59,INSIG1,ANKRD12,ITPR1,SLC1A4,CACNA1D,NRF1,SUPT6H,NDRG1,CACNA1H,SOCS2,ORC4,PITRM1,NACC1,ZKSCAN3,ANKRD10,DVL3,SRGAP3,NDUFV3,TBC1D17,SRGAP1,SLC38A2,SKIL,PDZD7,ATP6V1F,AP1M1,OSBPL9,KLHDC2,NEK9,PRNP,TIA1,SMAD4,PCIF1,ASNS,KLHL24,COQ7,TDRD3,EFNA2,HOOK2,HOOK1,GNB1,JMY,GNAS,SPIRE2,PI4KB,BRWD1,LSM14A,MXD4,EIF4G1,CREBZF,RERE,CALCOCO1,NUMA1,YWHAB,PRKCSH,FHL1,CBY1,CHD6,HMGB1,CHD2,PPP1R9A,TTC28,PPP1R9B,SENP6,SENP7,DUSP12,OPA3,GATAD1,PPP6R3,SPEG,PMEPA1,DACT3,MAN2C1,RBM5,ILKAP,KDM6B,HGSNAT,SUN1,DST,PDPK1,PDE4D,ABCC5,H2AFX,AMT,CTPS2,VEZF1,RANGAP1,YWHAZ,RAD23B,KLF16,ARL4C,PTP4A3,NSMCE4A,SETBP1,SYF2,DNAJC5,CTDSP2,C1D,CUEDC1,LUC7L2,PPP1R15A,RNFT2,NFAT5,KDM3B,WBP1,KATNB1,USP19,AP3M2,GANAB,DNPEP,U2AF2,VPS54,FEM1C,EIF4E,ATP9A,MLXIP,CNBP,FBXL19,FOXJ2,PDE4DIP,RPRD2,PNRC1,FBXL12,SLC25A38,KLF6,RPS6KB1,PIK3IP1,EIF3L,EIF3G,SSBP2,RBMX"
+"gene_set_query"	"916"	"ZNF710"	"778.0"	"ARCHS4 Coexpression,721;Enrichr Queries,448;GTEx Coexpression,1165"	"MT-ND4,TRIO,ZMYND8,TSKU,NDST1,PREX1,PSMD6,FRAT2,RASSF2,ZMIZ1,DPYSL2,MYC,ZMIZ2,WDR91,AKT1,PRKACA,ATXN7L3,SOX4,SLC12A9,ACTN1,ALG5,PRKCD,AP1B1,CD3EAP,SND1,WDR81,DDIT4,ULK1,PRR12,KCTD15,SLC45A4,MACF1,TTYH3,DHX8,FLII,ABR,PRDX4,SEC14L1,DHX34,CHST15,ST3GAL5,GSE1,TNRC18,HIVEP2,ST3GAL1,N4BP1,VASP,XBP1,PRELID1,CREBBP,JUN,PHC2,JUP,IQSEC1,EIF2AK3,IRF2BP2,PBX2,FAM136A,PBX1,SRPK1,EXT1,EHD1,SLC6A6,ABTB1,FASN,ID2,TECPR1,ITM2C,OGFR,NRP1,PIGU,ELL,CITED2,CTSZ,SLC7A11,MED16,TRIM8,SERP1,XPO6,SEC61B,JARID2,CIC,APPL1,UPF1,TMED9,PABPC4,SSR2,GAA,MINK1,ITPK1,GMIP,COPZ1,DUSP6,MTSS1,RHOB,BACE1,NCOR2,GAK,SLC7A5,ZEB2,MED25,PITPNM1,PACS1,CDC42EP4,PITPNM2,PXDN,TET3,RAPGEF1,ARHGEF1,PLEKHO1,ARHGEF2,SGK1,ARF5,STK40,GAS7,CSTB,GRN,GRAMD1A,NFIX,DOT1L,TYMP,GNAI2,FGD3,ZDHHC18,CUX1,MGAT1,CKB,MEF2D,MAP3K3,GATC,MYO9B,NLE1,PPP1CA,NFIA,SHKBP1,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,YPEL3,GRINA,MIDN,ZFAND3,RAB3D,RNF19B,IGF1R,EEF1B2,FAM174B,TBC1D30,CAPN2,COTL1,LZTS2,SBF1,SYBU,NOMO1,TLE3,RNF44,GPT2,FRMD4A,ATP11A,FRMD4B,FOXP4,DGKZ,FOXP1,TPST2,CTDNEP1,DPM2,RAB31,EHBP1L1,RAB35,MAPKAPK2,FSCN1,CHMP4B,CSNK1G2,FKBP5,ANAPC2,PFKFB3,RAB5C,SEL1L,PXN,NDRG1,CORO1A,SOCS2,SBNO2,PITRM1,GRK6,BTBD2,PSAP,PLXNA2,MARK2,NADK,MCL1,BCL9L,WDTC1,UBE2F,RAP1GAP2,ESRRA,PRNP,CBX4,AUTS2,TNK2,OSBPL2,NFKBIA,EFNA2,SH3BP5L,DLG3,HOOK2,HOOK1,GNB2,NFE2L3,SRPRB,PLXNB2,PLEKHM2,CLASRP,LRCH4,LRP10,RERE,DOCK4,GSK3A,RNPEPL1,ZC3H4,PRKCSH,CELF2,CHD6,ARHGEF10L,ARRB2,PPP1R9B,SGCE,SEPT9,LASP1,NOB1,PPP6R1,PDE4B,MYO18A,PMEPA1,FLOT2,KDM6B,ARHGEF11,SUN2,KLF13,REXO1,PDPK1,PDE4D,NAV1,NAV2,ARID1A,YDJC,ARID1B,COASY,KLF16,DNM2,ARL4C,VCAN,PTP4A3,CTDSP2,DNAJC5,C1D,POLR1D,BCAT1,PPP1R12C,AHDC1,TRABD,SRC,LENG8,FURIN,STRN4,USP19,MLLT6,DCAF15,DNPEP,MKNK1,RAB24,MKNK2,SH3BP2,PTK2B,FEM1C,CSK,DCAF11,PCDH1,FBRS,SLC35A2,MLXIP,SEMA4A,MARCKSL1,GALNT2,BNIP3,FBXL19,SEMA4B,LIMK2,MBOAT7,BCKDK,CLCN7,SH3YL1,KLF7,MARCKS,KLF6,NEURL4,XPNPEP1,IMPDH1,PPP2R2D,PDCD4,P4HB,SMAP2,LNX2"
+"gene_set_query"	"917"	"ZSCAN31"	"778.5"	"ARCHS4 Coexpression,775;GTEx Coexpression,782"	"IFT172,DCAF5,HERC2,TRIM28,DPF2,AKT1,PRKACA,ATXN7L3,TMEM8B,RBFOX2,ZFP2,MOGS,AARSD1,IFT81,MTHFD2L,ULK2,PFN1,OBSL1,UBA52,SF1,EXD2,SAR1B,FBF1,TTBK2,DHX30,PTDSS2,PCBP1,CEP70,VTI1A,PIP5K1C,PLCG1,VASP,BBS1,PHC1,IQSEC1,PLK2,EDEM2,MICAL3,PBX2,UPF3A,PBX1,PRRC2A,HNRNPL,MLLT10,MEX3B,H2AFY2,SUGP2,OGFR,DAZAP1,BTG1,WDR48,SH3KBP1,GRIK5,PHF1,GPR21,ICA1,PRPF19,ZCCHC14,COIL,PCM1,XPO6,ANXA6,SDF4,SH3BGRL3,CIC,PARP6,UPF1,ATP6V0B,IFT140,IFNGR2,MINK1,PRPF40B,GMIP,PITPNM1,PACS1,B3GNT5,RAPGEF1,PLEKHO1,ARHGEF1,ARHGEF2,ATP6V0C,GAS8,SDCCAG8,AKAP1,GNAI2,AMN1,ZDHHC18,CHN2,BRD8,SF3A1,RANBP3,SF3A2,MYO9B,MYO9A,GATAD2A,SKI,SLMAP,TAOK2,ZYX,PKN1,PNPLA6,TUSC3,EIF4ENIF1,TATDN2,ARHGDIA,SCMH1,CFL1,FBRSL1,SBF1,ENPP5,SYBU,IFNAR2,CDKL2,RNF44,FBXW5,MAGI3,TSC2,GTF2F1,CTDNEP1,HNRNPUL1,HNRNPUL2,SPECC1L,RAB35,SCG5,ANKS6,CHMP4B,FAM92A,CSNK1G2,NSMAF,ANAPC2,RAB5C,MAZ,CUL1,CORO1A,SPATA7,CACNA1H,SBNO2,STK36,GRK6,NACC1,ZC3H14,NADK,MARK2,WDTC1,KLHDC2,OSBPL8,TOR1A,CCDC136,KLHL23,ARPC4,EEF2,REEP1,BCL9,SH3BP5L,GNB2,JMY,GNB1,TUBGCP5,SAE1,GSK3A,PPP1R13B,WDR1,PRKCSH,POMT1,CBY1,PIK3CD,ARRB2,SLC2A8,PPP1R9B,AP4M1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,SNAPC3,DGCR8,SUN2,REXO1,KLF13,ABCC8,ARHGEF18,DNM2,GIGYF1,PEX3,DNAJC5,ZMYND11,PPP1R12C,NAA20,RNF38,LENG8,MFF,STRN4,ADD1,RMND5B,DCAF15,DNAJB1,HIRIP3,MTA1,U2AF2,BAHD1,SH3BP2,DNAJB9,CSK,MTA2,FBRS,MTOR,ENOX1,CLCN7,NEURL4,IMPDH1,ASXL3,BAX,ACIN1,CLUAP1"
+"gene_set_query"	"918"	"MNX1"	"779.0"	"Literature ChIP-seq,85;ARCHS4 Coexpression,677;Enrichr Queries,1249;GTEx Coexpression,1105"	"MDC1,NUP107,UXS1,ZFYVE1,ALKBH3,PSMD6,PSMD7,RAVER1,CAPNS1,PSMD3,GPBP1,AKT1,PWWP2A,PSMD1,HES6,RBFOX2,CACNA2D1,DNTTIP1,FRS2,DICER1,GAPVD1,EML1,SND1,EML2,BCR,DDIT4,RUFY2,JTB,SPARCL1,COPS7B,SLCO5A1,OAZ1,MTMR6,CYB5R1,LARP1,RNF216,EDEM3,JAG2,JUN,CADM3,JUP,EIF2AK3,NR2F1,PBX2,BBIP1,FAM136A,PBX1,CS,UCK2,FAM135A,FASN,PKIA,DZIP1,FERMT2,LGMN,ARF1,KCNC1,PRKAG1,MED16,AACS,TRIOBP,BBC3,TUBA1C,NIPBL,MED13,TCP11L2,DLGAP1,PCMTD1,APC2,LRRC45,SLC39A10,MANEAL,DYNLL2,DUSP6,PSMA3,MED21,PXDN,CINP,PGAM5,PAFAH1B1,ARF6,SLC29A2,STAU2,HTT,SNX32,SLC7A1,CENPB,TMEM70,SNX29,ADAM23,ZSWIM6,MBD3,EGLN2,WNT7B,RABIF,MYBBP1A,TAOK1,FABP7,TAOK2,CCDC6,RIMBP2,PKN1,SLC27A1,CCNT2,CSE1L,NAB1,STK19,FRY,YY1,STK11,OSBP,FBRSL1,KPNA3,NOMO1,STX7,PRPF4B,FOXP4,POLRMT,TPST2,ACLY,FRMD5,TXLNA,ANAPC5,ARL8A,PFKFB2,SHC2,PFKFB3,MAZ,CORO1A,SOCS2,PORCN,STK38,SLC38A2,TIA1,NOP16,RASL10B,HPS3,EEF2,ZC3HC1,UBLCP1,UQCRQ,STK25,MDM2,SLC25A1,ZNF512B,SLC25A3,PTEN,ETFA,NENF,MRPL4,SUMO1,PPP6R2,PPP6R3,PGM3,PMEPA1,BCAS2,PELP1,DGCR2,EIF5A,EMX1,EIF5B,HSP90AA1,SH2D3C,MSL2,VPS13A,ACTR8,ARFGAP3,DDOST,MSL1,PPM1A,BCAT1,SLC25A11,TNFRSF21,ST6GALNAC6,GTF3C1,BECN1,GTF3C2,NDUFB7,SRBD1,CXXC1,LRP3,ZBTB45,PPM1D,MLLT6,TSPAN31,CCDC85C,KCTD20,U2AF2,SLITRK1,UBQLN1,EIF4H,FYN,EIF4E,NOP58,TRIM41,NTRK3,PCDH8,BAIAP2,HNRNPAB,DBNDD1,SYT11,PDCD4,PDCD2,TRIM37,P4HB,KCNK2,MDGA1,SEC24C,SMAP1,EIF3B,LPGAT1,SMARCB1,CERK,KDELR1,ZDHHC5,ZDHHC6,JMJD1C,ZDHHC8,NUDT4,CCAR1,TRIM28,BSG,CHORDC1,KIF21A,TRIM27,KIF21B,PELO,SEC63,TMPO,EPHA7,KCNK10,ARL15,ALG5,ALG2,MOGS,CSNK1D,CSNK1E,VWA5B2,TMEM170B,ANK1,TRIM13,ULK2,KCTD18,TRIB2,NRN1,FOXG1,PIK3R2,PTTG1IP,CDKN2AIP,NKAIN2,MBTD1,PCBP3,DHX37,HIVEP1,TSPAN5,HIVEP2,SNX6,XBP1,INTS1,IQSEC1,LRRN2,ID2,WNK2,PPP1R1B,RCOR2,CD200,PCSK2,GPAA1,PTPRN,DIRAS2,ICA1,PTPRK,AATF,HERPUD1,PTMS,AKAP12,ACTR1B,ENC1,REV3L,RAC3,NCOA1,NCOA2,TMEM150A,PABPC4,MINK1,ANO8,PRPF40B,RGMB,MRPS5,SREBF2,RAP2A,MRPS9,VSNL1,KIT,PABPC1,CRELD2,PTMA,FJX1,AHCY,INPP1,SATB2,PRICKLE1,MNT,PGRMC2,NFIL3,SERTAD2,CAMK2N1,PES1,CAMK2N2,RAE1,PAK2,DYNC1H1,PNPLA8,TMUB1,CRIPT,PLEKHA6,UBE2G2,NLE1,BOP1,PER1,TTC9,TCEA1,HDGF,ESYT2,NARF,UBE3C,PRDM4,SRP14,UBE2Z,EEF1B2,GRIP1,GNPTAB,FAM174B,TBC1D30,KIF5A,BAHCC1,SLC30A9,DIMT1,OSR1,LMTK2,SDHA,POU3F1,POU3F2,ATAD3A,TANC2,POU3F3,HNRNPUL1,GPRIN1,EEF1A2,PPIF,UBE2V1,PPIA,SIDT2,RTN3,GNAZ,PKDCC,UBA5,NXPH4,SEL1L,CACNA1A,TOR1AIP2,NDRG2,RASGRP2,CACNA1E,CACNA1H,CACNA1G,RAI1,IRAK1,DHRS7B,H1FX,LLPH,NDUFV1,KLHL29,UBE2F,PRNP,SYT1,HMGA1,KLHL23,KLHL24,SYT7,MANBAL,CLK2,IFT20,CLK1,AHI1,HOOK2,HOOK1,UBE2S,GNAS,UBE2N,CNTN2,TAB2,DEGS1,UBE2M,RERE,DYRK3,DYRK2,ZMYND19,CHD6,CHD4,CHD3,DDX41,SOBP,LMNB2,TMEM191C,SEC61A1,MAN1A2,MLST8,CPXM1,DDX54,GLRX2,YWHAZ,LMBRD1,PEX3,ZMYND11,NAT8L,EAPP,ANKS3,TAF9,TGFBRAP1,ASAP2,HMGCL,TAF1D,MTA1,CAND1,DNPEP,TNKS2,SV2A,MKNK1,TDG,SPOCK2,SLIT1,RPP14,FBRS,CHGA,ARFGEF1,BNIP3,SSRP1,TTC19,TTC17,UFM1,CARM1,ACIN1,TAF2,IPO11,RPL31,STMN3,RPL8,GPATCH8,GLS,MYC,CSPP1,WDR91,PIP4K2A,HOMER3,DIP2C,IER5,CHGB,NUP210,DAPK1,WDR75,SOX11,SCRIB,HCFC2,HCFC1,TYRO3,RPL27,PRR18,ALG10B,MEG3,CDC42SE1,POM121,RPN1,VPS26A,VPS26B,GNS,PRDX3,FAM171A2,PRDX4,RIC8B,CHST10,ST3GAL1,FDFT1,LHPP,CDK17,CDK19,RPL41,PLK2,SETD1A,IRF2BP1,PRRC2C,PA2G4,NR1D1,MEX3D,PRDX6,PRRC2A,TMEM198,HNRNPL,SQLE,MEX3B,MEX3A,UNC119,DUS1L,CDK13,CDKN1C,PHF3,GABRB2,SETD7,CLTB,LPCAT1,SMG7,SMG5,TRIM9,CSRP2,RARS,ANXA6,BRD2,ZC3H10,RPS6KL1,SSR4,EXOC7,SSR2,WDR34,COPZ1,BACE1,TAF6L,TUBB2B,IVD,GART,SF3B2,GRN,WDR26,PHLPP1,GPS1,ADCY5,PPP1R2,BCLAF1,TMEM169,PPP1R7,NSD1,ANKRD52,RPS2,SF3B1,DEDD,PAIP1,FARP1,SF3A2,RIOK3,PCGF2,SYVN1,SRP68,SCAF1,LRPPRC,RNF146,SLC8A3,RNF145,NFIB,LPCAT4,ZYX,NUCB2,UHRF1BP1L,ATP8A2,RPL10A,RIMS1,NRBP2,CDH2,PHYHD1,SLC39A6,SMARCAD1,MACROD2,TXNL4A,HMGN1,IFNAR2,MAGI1,TLE3,SUPT16H,RALGAPA1,IGFBP3,ANKRD44,ANKRD45,IGFBP2,DYRK1A,VASH2,THOC3,VASH1,THOC5,RNF40,CLIP1,STIM2,PHIP,SNRPE,FKBP4,FKBP5,RAB5B,CUL7,CUL3,SLC38A10,KLC1,NEUROD2,PITRM1,DVL1,NACC1,TPR,BAG1,PSAP,PLXNA2,ABL2,SRGAP2,SRGAP1,PLXNA4,MAP2K6,MCL1,ANKRD28,FANCE,SCRT1,CHERP,NSFL1C,SYNJ1,NSG2,LHX2,CNOT2,CPE,SPIRE1,RNF185,CNIH3,SERINC2,SERINC5,EIF4G1,RNF187,CCDC47,PIK3C2B,NOB1,SGCB,WDR5,UBTF,IDH3B,REXO1,CCDC34,EDF1,SMC1A,RANGAP1,YDJC,BET1L,TSN,PTBP2,PTP4A2,PTP4A3,CTDSP2,POLR1D,ALDH9A1,HDAC5,SMARCD1,GTF2A1,SMARCD2,VPS4B,RAB1B,DNAJB2,RAB21,AP3M2,FZR1,POLR2A,RAB23,MGAT5B,POLR2D,DNAJB9,VPS54,ASCC2,WASF1,MEST,ADSS,FNIP2,SEC11C,SPAG7,FBXL19,PLCL2,SEMA4C,DDHD1,CDC42BPA,ENOX1,RAB10,MARCKS,PFKL,GLRB,POLR3B,RAB15,ASXL3,MGAT4B,MFAP2,DRG1,DRG2,INSM1,PPIL4,VARS,HDAC11,PITPNA,PWP2,PWP1,RPS15,GOLGA5,FRAT2,KAT5,RPL36AL,LONP1,GLUL,SOX4,AGFG1,SOX5,PDHX,SRRM3,COG3,SLC11A2,INPP4A,RRAGA,SIK3,TTLL12,PFN2,IGSF8,TSHZ3,LMAN2L,LIAS,ZNHIT3,INPP5E,GSE1,TNRC18,ATP6V0A1,VASP,TRAP1,NUS1,TMEM184B,PTPRN2,BCL11B,INSR,PUM2,CCDC88C,RPS20,ALDH18A1,TECPR1,ITM2C,DAZAP2,DAZAP1,UBXN1,CITED2,SLC35F5,GDI2,PRPF19,ZCCHC17,SIPA1L3,HINT1,SERP1,AUH,DNER,SH3PXD2B,TMED2,SEC61B,UBXN6,RALGPS1,RALGPS2,TMED9,STRADA,PRMT1,TUBG2,CBFA2T2,ZDHHC17,MTSS1,VAV2,MLF2,NME1,POC5,HNRNPH1,FRG1,SGK1,CSTB,PRIM1,RFNG,AKAP1,TRAK2,HIRA,UBTD2,NT5M,MPZL1,SUZ12,MPP3,PTGES2,PTGES3,AP3D1,XPO7,RANBP9,AIG1,SPCS3,XPOT,MARS,STAC2,NBR1,R3HCC1,CDK5R2,CDK5R1,TOMM6,NDUFA11,KDM1B,ARHGDIG,ARHGAP39,NUCKS1,TOMM22,BASP1,NRCAM,TMEM14C,RALBP1,SPNS2,TSC1,ATP1B2,TMEM131,SHISA7,DPM3,MYCN,ILVBL,SCG5,SCG3,PXK,ADIPOR1,PRPF8,CSF2RA,TMEM121,PCSK1N,UBB,EP400,OTX1,BPTF,MARK1,RAP1GAP2,CBX6,CBX4,SMURF2,CBX1,DNAJC14,SMAD5,AZIN1,TDRD3,EFNA2,JMY,SRPRB,ZSCAN2,LRP11,KDM5B,B4GALT3,KDM5C,ASNSD1,DOCK9,ELAVL4,FBLL1,HK1,SENP6,TMEM101,SPRED2,MFSD6,ZC3H7B,SNAPC4,MFSD1,H2AFY,ABCC8,ABCC5,H2AFX,AXIN1,PPP2R5D,OXSR1,PPP2R5C,SENP3,ARID1B,KLF16,FCHSD1,FAM189B,GAP43,TRAPPC6B,AKT1S1,CDH11,DNLZ,FAM84A,THOP1,CAMK1G,KDM3B,PDXP,STRN4,STRN3,GNA13,NXF1,MAPK9,GNA11,NT5DC3,CLASP1,RWDD1,KDM4A,PRAF2,HAGHL,NAP1L1,MEIS2,SLC4A7,SH3YL1,PDE10A,XPNPEP1,PPP2R2C,PIK3IP1,PPP2R2D,SPRY2,SSBP2,LPIN2"
+"gene_set_query"	"919"	"HOXA2"	"779.3"	"Literature ChIP-seq,159;ARCHS4 Coexpression,780;Enrichr Queries,1302;GTEx Coexpression,876"	"VPS29,CNTFR,TES,TRIO,TRRAP,DIXDC1,HNRNPU,ADARB1,HS6ST1,BACH2,HS6ST2,DPYSL5,ZMIZ1,MYC,DPYSL3,UBAP2L,EPC2,DIP2C,EPHB2,SEPHS1,SOX4,SRRM2,EPHA7,RBFOX2,ACTN1,NGDN,ARMC9,AFAP1,CD3EAP,SOX11,ACTN4,CSNK1E,EML1,HCFC1,EID1,TWSG1,MYL6,SFRP1,KCTD10,EWSR1,RFX7,KCNQ4,KDELR2,KCTD15,LLGL1,ATF4,POM121,TTYH3,TSHZ3,MAGED1,TTYH1,NPRL3,APCDD1,ADH5,FLRT2,DHX35,TNRC18,TSPAN3,B4GALNT4,JUN,DMPK,BCL11A,NR2F1,PBX1,PRRC2B,SMARCA4,EXT1,VANGL2,H2AFY2,ID2,DCHS1,LRRN1,FAT4,RCOR2,FERMT2,CDK16,PTPRS,MED19,PCSK7,TRIOBP,PTMS,ROBO1,TUBA1B,LMBR1,CHL1,SH3PXD2B,NEFL,NEFM,NCOA6,TCF12,ANO6,COMMD6,WDR34,RGMB,DUSP6,SIRT3,RGMA,MN1,ZEB2,TUBB2A,PXDN,FAM20B,PLEKHO1,SLC29A1,SGK1,DBN1,NFIX,PRICKLE2,CCDC107,PRICKLE1,PTN,FGD1,SH3BGRL,CHRAC1,SPOP,FLNA,ZSWIM6,GPC4,ATP6V0E2,YKT6,JAM3,RUNX1T1,RPRM,GOLM1,NR1H2,GABRA3,SORBS1,NFIA,NFIB,PSMC4,SLMAP,ESYT2,PRDM8,KDM1A,CTNND1,ARID4A,ACTG1,PPP1CB,CDH2,SCMH1,LZTS2,MAF1,SBF2,GTF2I,PDIA3,OSR1,IGFBP3,IGFBP2,F2R,POU3F2,MID1,RSBN1,FOXP1,ILF3,HNRNPUL1,RAB34,EHBP1L1,AMPH,ISYNA1,CD151,ARHGEF26,ARHGEF25,DTX4,PRPF8,CACNA1H,CORO1C,CNN3,SOCS2,EFNB2,RAI1,EFNB1,RAP1A,ESD,ABL1,DVL3,CDH24,CCDC32,OTX1,OSBPL5,NONO,PTCH1,CBX1,IDH2,DSTN,DNAJC13,MANBAL,EFNA2,HOOK2,LHX2,HOOK1,CAPRIN1,CNTN1,UBE2O,UBA1,EIF4G2,MUS81,YWHAE,GSK3B,WDR1,SCHIP1,ILK,AFF4,LMNB2,DUSP12,ZNRD1,UBE2Q2,MLST8,SPEG,TMEM109,LRRFIP1,NEO1,ADAMTS7,UNC45A,EIF5A,SUN2,PPP1R12A,PDPK1,SIGMAR1,VEZF1,CKAP5,SEPT2,CKAP4,VCAN,PTP4A3,NSMCE4A,SETBP1,CDH11,AKT1S1,PPP1R12B,NLGN2,ROCK1,SRF,CXXC1,KATNB1,ALDH1B1,RAB23,NT5DC2,NT5DC3,SLIT1,SH3BP4,IGF2BP2,MEST,PDLIM7,SMARCE1,SPEN,NTRK2,SEPT11,HNRNPA3,MARCKSL1,PCDH7,ATP2B4,MEIS2,FBXL12,NELL2,TSPAN18,ACIN1,VIM"
+"gene_set_query"	"920"	"ZNF626"	"780.0"	"ARCHS4 Coexpression,643;Enrichr Queries,1043;GTEx Coexpression,654"	"EIF4A2,VEZT,ATF2,VARS,ZDHHC5,FNBP1L,TXNDC15,RCBTB1,ZDHHC3,ALCAM,CAPNS1,TRIM28,RAVER1,DPYSL2,DPYSL3,PSMD3,AKT1,AP1S1,MPV17,SEPHS1,SEC62,PRKACA,ATXN7L3,TRIM23,TMEM8B,ST6GAL1,ST6GAL2,SACM1L,ZFP2,CD3EAP,MOGS,SCRIB,SOX12,ANK3,ACTN4,SND1,ARMC1,EML5,EID1,RNF126,RRAGB,CGGBP1,SF1,UNC119B,TBC1D9B,FLII,DCUN1D4,XPA,NEDD4L,PIK3R1,APH1A,INPP5F,ST3GAL5,MLEC,RAB11FIP2,PATZ1,ZSCAN18,BBS1,TMEM184C,JUN,INTS1,ST13,BCL11A,PBX2,SMARCA1,PBX1,DCLK1,PRRC2A,HNRNPL,ZZZ3,FAM135A,FUBP3,CALR,ITM2C,ARF3,OGFR,PIGU,DAZAP1,PTPRS,PRPF19,PHF6,HSPB11,SMG5,AKAP12,EPM2AIP1,LMBR1,ZMYM3,ZMYM4,SPIN1,SDF4,CIC,GPRASP2,ZIK1,UPF1,TSC22D3,ZFR,MINK1,SLC39A10,COMMD6,BAZ1B,ZDHHC17,PGM2L1,SREBF2,MLF2,IVD,MPPED2,KIT,PXDN,TMEM106B,ARHGEF2,PLCB1,SGK1,TKT,TRUB1,CENPB,PCNP,FGD4,HIRA,PES1,TMEM68,CLPTM1,MFN2,ANKRD52,ZSWIM5,YKT6,SF3A1,KIDINS220,SORBS1,SCAF1,GATAD2A,KLHL9,NUDT21,NFIA,NFIB,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,MPHOSPH8,ZFP28,GRINA,ATP8A1,ATN1,CASC4,HDLBP,PEBP1,NUCKS1,FRY,UBE2Z,IPO9,ZFP30,SALL2,LAMP1,KIF5C,BASP1,ARHGDIA,SLC39A7,SBF1,USP5,CASD1,ATAD3A,RNF40,FOXP1,DCTD,ARMCX3,CTDNEP1,ARMCX4,ARMCX1,ARMCX2,ADAM15,HNRNPUL1,HNRNPUL2,MORF4L2,EHBP1L1,RAB35,MAPKAPK2,SMS,CHMP4B,MATR3,CSNK1G2,FKBP5,ANAPC2,LRRC59,TBC1D19,BHLHB9,RAB5C,ZC4H2,MAZ,DTX3,SUPT6H,IRAK1,DVL1,NACC1,RPRD1A,PDZD7,ESRRA,TRAPPC2,NEK9,TIA1,CPSF7,SEC16A,KLHL22,ZBTB12,CORO2A,EEF2,EFNA2,SH3BP5L,REEP5,HOOK2,NBEA,ZFP62,HOOK1,GNB2,GNB1,NF1,PLEKHM2,PLXNB2,NFE2L1,EIF4G1,UBE2M,ZNF512B,MCFD2,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,AFF3,PPP1R9A,LMNB2,PPP1R9B,SGCE,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,PDE4B,UBTF,WDR6,EDIL3,EIF5A,HSDL1,PEG3,DST,PDPK1,PDE4D,ATRX,RAD23B,ZFP90,ARFGAP1,KLF16,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,IGDCC4,RER1,POLR1B,DNAJC5,AKT1S1,ZMYND11,PPP1R12C,RNFT2,SMARCD2,CANT1,RAB1B,MLLT1,ATP1A1,MLLT3,FAM169A,USP19,TSPAN31,DCAF15,ABLIM1,FAM168B,GANAB,U2AF2,FAM120A,EIF4H,DROSHA,MTA2,FBRS,NEGR1,USP22,FBXL19,TXNL1,LCA5,PDE4DIP,RPRD2,CDC42BPB,TPD52L2,NEURL4,VAPB,SYT11,CARM1,MGAT4B,OCIAD1,ACIN1,P4HB,TNRC6A,EIF3B"
+"gene_set_query"	"921"	"PPARG"	"780.2"	"Literature ChIP-seq,31;ARCHS4 Coexpression,1248;Enrichr Queries,1175;ReMap ChIP-seq,249;GTEx Coexpression,1198"	"ATF2,MT-ND4,POP7,TFRC,ITSN1,EHMT1,TSKU,TBK1,LSM11,DPYSL2,FGFR1OP2,FNBP4,MEF2C,GAPVD1,EID1,ZFYVE19,DDIT4,UQCRC1,VOPP1,TBPL1,RBCK1,LETMD1,SF1,ATF4,SAR1A,COPS7B,ABCB8,PLA2G6,GABARAP,CYB5R3,PRKAR2B,PRKAR2A,HEXIM1,JUN,ABCA3,EDEM2,ERLIN2,MRPL24,MRPL21,EIF1,FASN,NMT2,PSMG1,GPR19,ARF1,HEXB,RPLP0,PIGP,MRPL39,MRPL32,PCMTD2,TRMT112,TUBA1B,RPLP2,TCP11L2,SH3BGRL3,JAK1,DLGAP4,DFFB,UPF1,ELOVL5,DUSP1,SPHK2,PGAM1,MRPL49,SLC39A10,ELOVL6,MRPL45,DUSP6,MED29,DDB2,MRPL44,MED23,SLC7A6,PSMA2,CDC42EP4,PXDN,MED20,CDC42EP2,TMEM106C,SLC29A4,TMEM106B,ERGIC3,ERGIC1,ECHS1,WRB,ODC1,PSMA7,MRPL54,SNX27,PSMB2,MICALL1,AP2S1,MFN1,SPOP,ZSWIM6,MEF2D,SRSF10,MBD1,MCRS1,YLPM1,BYSL,SNX14,PKN1,CIAPIN1,YPEL5,MTCH2,CSE1L,FRY,FADS3,SESN1,CEP250,PIM3,KPNA2,FADS1,KPNA1,SH3GLB1,BNIP3L,IK,PCYT2,STX7,SARS,POLRMT,FBXO11,LENEP,SLC9A8,SRSF2,SRSF3,SRSF5,SQSTM1,SRSF7,KPNB1,ARL8B,PFKFB2,PFKFB3,RNASEH2A,ISG20L2,NRF1,FBXO42,CORO1C,SOCS2,EIF4EBP2,NAE1,SLC38A2,NADK,TIA1,UROS,GOT2,FBXO31,DRAP1,ARPC2,TMEM11,SP3,ACO1,ACO2,CLPTM1L,NIT1,SLC25A1,ITGB1,ALAS1,SCHIP1,FHL1,POMT1,PTEN,ETFA,ARRB1,ETFB,NGRN,FSD1L,SPR,PPP6R1,SUMO2,PPP6R3,ME1,ACP2,MRPL9,ARL5A,ACP1,BCAS2,BOK,ACTR3,EIF5A,EIF5B,HSP90AA1,PPP1R12A,MSL2,VPS13A,RAD23A,MSL1,NSMCE4A,TMBIM4,C1D,PCCB,MET,TNFRSF21,GTF3C1,PPP1R15B,BECN1,CANT1,LRP1,ROCK1,ROCK2,PRCC,SRSF1,CXXC1,ZBTB43,LENG8,SRI,MLLT3,KCTD20,FEM1C,FYN,LRRC8B,HNRNPA1,AAMP,SLC25A22,SLC25A25,ATP9A,NOP56,PTPN1,NTRK2,HNRNPA3,NDUFA7,FEM1A,MMAA,FEM1B,CNBP,FOXJ3,NDUFA2,IMMT,MCOLN1,TSPAN14,PINK1,CDKN2AIPNL,EIF3E,P4HB,TRIM32,EIF3A,EIF4A2,AHCYL1,ACTB,HERC4,EPC1,SNRPD3,CCNL1,CCDC92,FBXO9,TRIM23,SMARCC1,ECH1,ENTPD6,ALG5,TALDO1,ACTN4,MFSD11,PISD,CFDP1,SNHG12,CCNY,PPA1,ULK2,PREB,KCTD12,STX1A,GGNBP2,PIK3R3,CEND1,PIK3R1,PGS1,COMMD9,TSPAN6,PCBP1,ZBED4,XBP1,INTS3,INTS2,HSPA12A,PTK2,SMARCA4,EXT1,ICK,MSRA,EXT2,PPP1R1A,ID2,PAF1,SUGP2,NRP1,USPL1,HIBADH,CCDC127,PPP1R10,INTS10,MRPS10,NAT10,SLC7A11,PTPRF,AKAP12,PPP3CA,MAP1LC3B,CTSL,ENC1,ARIH2,ARIH1,CTSD,NDEL1,TMEM150B,PBRM1,MRPS24,MMD,MRPS23,ANO6,CACYBP,RAP2A,RAP2B,SLTM,KIF2A,KIT,TAX1BP1,ARHGEF2,PTMA,STX12,PCNA,CAB39,STX16,DOT1L,DERL1,HSD17B4,GNAI1,RXRB,PAK1,PGRMC2,NFIL3,SERTAD2,ORMDL3,EXOSC8,HEATR3,BCAP31,PEX19,YIPF2,SORT1,VEGFB,UBE2G1,YIF1B,VEGFA,FKBP1A,GPAM,HDGF,SCARB2,ACAA2,SYS1,CRTC1,ZFAND5,BCCIP,TXN2,KIF5B,CAPN2,RGS9,SBF2,PCID2,MORC3,FBXW11,SDHA,DHDDS,TMX3,HNRNPUL2,TMX1,UBE2V1,RAF1,RTN3,NDRG3,NDUFB10,PDS5B,NDRG1,FUT8,KIF3C,TBC1D16,BCL9L,PRNP,UBE2I,PHF12,HMGA1,SUPT5H,CLK4,HOOK2,CNTN1,CYCS,AMOTL2,DEGS1,PICALM,DDX47,PRKCSH,HP1BP3,DDX42,ARHGEF10L,LDB2,HMGB1,PITPNC1,LASP1,MLST8,YWHAG,RBM17,PDPK1,GLRX5,RBM18,DDX56,TBC1D9,EEF1G,UBE2R2,ACOX1,PEX3,NDUFS6,NUP50,CAT,GFOD2,TBC1D7,MVD,MAN1B1,DCTN5,TGFBRAP1,RAP1GDS1,RNF8,SLC3A2,ASAP2,GNG3,PABPN1,MKNK1,MKNK2,MBTPS1,RRM2,SOD2,HS3ST1,PNKD,KRAS,GPD1L,VIM,RRP1,DCAF8,HNRNPU,BACH1,RPL7,PCMT1,TFG,MYC,ZXDC,AP1S1,RPL38,WSB2,PRKCE,RPL23,PRKCD,WDR74,MED8,REV1,AFAP1,GTPBP2,CLPX,DYNC1LI1,ARMC6,RPL27,VPS25,GNE,CTBP1,MAPKAP1,XPA,WDR61,VPS26B,HIF1A,GNS,PRDX2,PRDX5,WDR70,BLOC1S1,RAD21,NUP88,ST3GAL1,S100A10,CEP78,NAA50,BRAP,RPL41,CHKA,PLK2,IRF2BP2,MAD2L1BP,TYSND1,BRAF,PA2G4,NR1D1,PRDX6,MCAT,EHD1,HNRNPL,FIBP,GLUD1,HNRNPK,PAM,PYGB,MOCS2,BTG1,ELL,PHF23,ARPC1A,ING1,WDR43,RNF157,TMEM189,AIFM1,MTG1,TMSB4X,TIMP2,GPR137,AP3S2,RIOK1,ZC3H10,BRD2,SHPRH,ASH1L,WDR34,GNL3,HADHB,HADHA,ZEB2,INF2,MRAS,NCOR1,HEATR5B,GARS,PLCB1,EXOC2,PCYOX1,RNF165,ADCY6,FAM129B,RPL14,RPL18,PAIP2,DEDD,YTHDF1,RIOK3,CSNK1A1,TTC9C,WDR12,SCAF1,AGBL5,TM9SF2,PHF5A,VKORC1L1,PHLDB1,YEATS4,PARK7,BZW1,CLU,ABHD11,IPO9,SLC39A7,TXNL4A,HMGN1,RAB2A,USP8,USP3,IGFBP3,THOC1,FRMD4A,ILF2,GTF2F2,THOC6,BSCL2,CTDNEP1,PYGO2,CLIP2,MORF4L1,CLIP1,STIM2,MADD,RAB35,CD151,ABHD2,INSIG1,UBR4,AK3,KLC1,BAG5,BTBD2,PSAP,DVL2,SRGAP1,PLXNA4,MCL1,ESRRA,UVRAG,ANKRD34A,POLR3GL,CHERP,LSM2,LSM7,SLC7A6OS,CDK5,RHEB,COPS2,COPS8,SERINC2,BCL2L1,RNF10,RNPEPL1,ZC3H4,CCDC47,WDR4,DUSP12,OPA1,AP1G1,SNRNP70,OPA3,RNPEP,TNPO3,PLEKHG2,GPX4,LIX1L,WIPI2,PTP4A2,PTP4A3,ASPH,CRK,GTF2A1,NFAT5,HDAC2,WBP2,WBP4,RNF38,TTL,FZR1,ABLIM3,POLR2B,POLR2D,POLR2E,ASCC2,CSK,POLR2H,MEST,SEC11A,FNIP2,POLR2J,POLR2L,SPAG9,SEMA4A,KCNIP2,ASCC1,SEMA4B,CCDC59,DDHD2,CUL4A,RAB10,KLF6,APC,VAPB,MFAP3,DNAJA3,RAB12,MGAT4B,POLR3E,RUNDC1,RAB18,PPIL4,APP,ISCA1,ZMYND8,PITPNB,CISD1,RPS16,FLAD1,FTH1,GOLGA1,LONP2,GOLGA7,COG8,COG6,SACM1L,IFRD1,COG2,MRPS18B,ACSL3,SRRM1,POR,RRAGA,RRAGC,MTHFD2L,SIK3,VDAC3,VDAC2,SIK2,TLN2,PFN1,ATP6V0D1,STXBP1,DCUN1D2,TRMT2A,GMCL1,CSTF1,INPP5K,BANP,SNHG1,FIS1,TRAP1,NMB,INSR,RPS28,STAG1,RBAK,CDS2,CC2D1B,TOP2B,UBXN1,CITED2,ZFAND2A,SERP2,CHMP1B,XPO5,UBXN7,DLAT,TMED4,CDV3,PARP6,PRMT5,PRMT7,PRMT2,TSC22D3,RHOF,TUBG1,NME1,RHOB,MLF2,RAB33B,HNRNPH1,B3GNT5,FAM20B,HNRNPH3,SGK1,SDCCAG8,CSTB,NOL7,AKAP1,ZDHHC18,RANBP2,RANBP1,RANBP3,AP3D1,SORBS1,FAH,RAB11B,PRPF39,STAC2,CAPZA2,TOMM7,CAMK1,FAU,SPPL2B,HDLBP,TOMM20,ARHGDIA,HCFC1R1,AZI2,TMEM131,TMEM135,DPM3,TBL1XR1,PRPF3,SPECC1L,CHMP4B,DAP3,LPL,DTX4,CSF2RA,ARHGAP12,EFNB2,EFNB1,SDCBP,ARHGAP20,UBB,DPP9,ZC3H14,PDZD7,ZC3H15,KLHDC4,SMAD4,ACBD4,CBX5,HSPA5,CPSF1,ARHGAP29,BFAR,COQ9,DNAJC17,COQ5,NFKBIA,COQ2,DLG4,CAPRIN1,CHMP2A,PI4KB,SAE1,LRP11,ACADVL,CBY1,GTDC1,ALDH2,MFSD1,CASP2,SCYL1,POLG,KLF11,JAGN1,OXSR1,ARID1A,SENP3,CKAP4,RABEP1,DDAH1,TRNP1,PFDN1,ITGB1BP1,PFDN2,B4GALT6,CHMP7,B4GALT7,LUC7L2,B4GALT5,KDM3A,KDM3B,USP10,USP12,ETFDH,SPG7,TOB1,STRN3,RWDD1,KDM4C,TMEM30A,BAD,SH3YL1,XPNPEP1,RPS6KB1,CAPN10,ATP13A3,ABCE1"
+"gene_set_query"	"922"	"ZNF558"	"780.3"	"ARCHS4 Coexpression,1511;Enrichr Queries,761;GTEx Coexpression,69"	"RPL5,SLC4A1AP,PLEKHB2,HNRNPU,SMC5,GHITM,THUMPD1,ENO2,RPL6,CCAR1,RPL7,TIAL1,PNN,RPS16,ALCAM,CAPNS1,DPYSL2,MYC,EIF2D,CCNL2,ATXN7L3,SOX4,FNBP4,SRRM2,ARRDC4,GABARAPL2,WSB1,ALG9,WSB2,RPL23,RPL22,METTL3,ARRDC3,IFRD1,CD3EAP,WDR73,SRRM1,ZC3H11A,DDIT3,DDIT4,RRAGD,RPL24,HECA,ANKRA2,TRIB2,CGGBP1,ATF4,TSHZ3,CTBP2,PIK3R1,INPP5B,APOO,FAM160B2,COMMD9,DHX35,ATP6V0A2,TNRC18,TRPM7,ARGLU1,ST3GAL1,SCAI,JUN,ZRANB2,JUP,BCL11A,INTS3,SLC35E3,MRPL28,PHC3,FIBP,RPS27,FUBP1,ID2,CDK13,ITM2C,PHF3,ARF3,SETD5,PIGU,CITED2,SLC7A11,ZCCHC17,PRPF19,WDR43,DDA1,IKBKB,MED12,NIPBL,ENC1,TOP3B,UPF1,TSC22D3,LRRC49,NME2,SLC39A10,ASH1L,COMMD6,DYNLL2,DUSP6,WDR33,MLF2,MED23,SLC7A5,KAT2A,HNRNPH1,PXDN,FAM193B,RHOU,HNRNPH3,PLCB1,SGK1,ATP6V0C,AHCY,STX16,SATB1,NOL8,CENPB,ARNTL,PPP2CA,BCLAF1,RPS15A,NFIL3,ASNA1,TMEM68,RPL14,RPS27A,DTD1,RPL17,SF3B1,SRSF11,RYK,TTC1,UBE2G2,WDR11,VEGFA,PRPF39,NFIB,CCNG2,HDGF,PKN1,TARDBP,MPHOSPH8,SLC27A1,CCNT2,AUP1,RPL10A,SCMH1,ADORA1,PAPOLA,TXNL4A,STK32C,BNIP3L,PCID2,SLC38A1,ANKRD49,IGFBP3,PRPF4B,THOC2,RBX1,TXLNA,RAB31,DMTF1,PRPF3,RAB35,ANAPC4,CHMP4B,SRSF4,SRSF6,SRSF7,ZCCHC8,LRRC59,PFKFB3,INSIG1,CHRNA7,SLC1A4,NDRG1,SOCS2,NACC1,ZKSCAN3,ABL1,DVL2,ANKRD10,DVL3,SLC38A2,PDZD7,ATP6V1F,NEK9,PRNP,TIA1,SMAD4,CPSF6,UROS,CRIM1,ASNS,KLHL24,BTBD9,SMAD5,ANKHD1,CLK2,CLK1,PAN2,H1F0,SON,BMP1,EFNA2,CDK5,HOOK2,ZFP62,HOOK1,SPIRE2,MDM4,TUBGCP4,LSM14A,OGT,UBE2M,EIF4G1,YWHAE,CREBZF,MUS81,DIDO1,KDM5B,CALCOCO1,NUMA1,WDR1,PRKCSH,USP33,HP1BP3,CHD6,SLC2A3,SENP6,SUMO3,GATAD1,PPP6R3,WDR6,PMEPA1,EVI5L,RBM5,CCDC50,RBM6,PDPK1,PDE4D,CTPS2,RPS3A,ZFP90,LATS1,ARL4C,TRAF7,VCAN,PTP4A3,NSMCE4A,DNAJC7,IRF3,SETBP1,EEF1D,CTDSP2,POLR1B,LANCL2,ATP6V1B2,NDUFS3,LUC7L3,NAA38,USP40,SOS1,PPP1R15A,STOML1,UHRF2,RGS16,RAB1B,SRSF1,KATNB1,TOB1,HDAC7,THBS3,FBXL20,NXF1,DNPEP,TAF1C,U2AF2,MKNK2,VPS54,FEM1C,FYN,POLR2H,TTC14,RBM39,NEGR1,ZFC3H1,ATP2B4,RPL35A,HNRNPAB,TTC17,FBXL12,ASXL1,RAD52,PINK1,KLF6,PSAT1,ACIN1,EIF3E,RBMX,TAF1"
+"gene_set_query"	"923"	"ZNF445"	"780.3"	"ARCHS4 Coexpression,1474;Enrichr Queries,204;GTEx Coexpression,663"	"NCKAP1,ANKLE2,TRIO,JMJD1C,HNRNPU,EPRS,GPATCH8,ACTB,BACH2,GPR173,RNF115,ALCAM,MPRIP,OPHN1,ZMIZ1,DPYSL2,EPC1,DIP2A,SOX4,ARL10,DDX17,RBFOX2,WSB1,ARRDC3,CD3EAP,MAPK8IP3,SRRM1,INPP4A,EML5,RFX7,ZC3H11A,RUFY2,DDIT4,ORAI2,TYRO3,HECA,MACF1,DHX8,MYCBP2,TRANK1,NEDD4L,BAZ2A,PIK3R1,RNPC3,INPP5B,GJC1,CYB5R4,PCBP4,TRPM7,HIVEP2,SCAI,ST3GAL2,ACD,CREBBP,JUN,ZRANB2,PRRT2,INSR,SLC35E3,MICAL3,PRRC2C,MYO5A,BRAF,L1CAM,SMARCA2,PHC3,PBX1,PRRC2B,POU6F1,MED13L,SETX,LAS1L,ARMC10,WNK1,FASN,EZH1,CPEB4,ITM2C,PHF3,SETD5,PHF2,TOP2B,SMG1,PIGU,HIP1,PTPRS,PHF20,PCSK7,PTPRF,AACS,SHF,MECP2,EPM2AIP1,NIPBL,MED13,TRIM2,TRIM3,UBXN7,KIF1B,GPRASP1,JARID2,DFFB,ZYG11B,PBRM1,SHPRH,PRMT7,TSC22D1,TET2,ASH1L,UCHL3,CBFA2T2,ZDHHC17,RHOB,MED23,KIN,PXDN,SGK1,SFI1,GAS7,NFIX,STX16,SATB1,NOL9,CAMKK2,RXRB,ARVCF,EXOSC10,RICTOR,ZSWIM6,MEF2D,RUNX1T1,NKTR,MON2,KIDINS220,YIPF4,GATAD2B,RAB11A,MIB1,RNF146,ABI2,NFIB,TAOK1,NEDD4,PKN1,DGKE,CCNT2,CEP120,ARID4A,PRDM2,TOMM22,IGF1R,TMEM147,POGZ,EP300,ARID2,SBF2,FADS1,USP8,TLE2,USP3,TTC7B,LMTK2,TSC1,FBXO11,RSBN1,TANC2,DISP2,ARMCX4,MAU2,DMTF1,TBL1XR1,PHIP,MAPKAPK5,ADNP,RAD54L2,TNIK,TNKS,INSIG1,ABHD2,CHRNA7,CACNA1A,TOR1AIP2,NRF1,PDS5B,ORC4,ATXN2,ORC6,MAN2A2,ZKSCAN3,ABL2,NDUFV3,SLC38A2,ANKZF1,ZKSCAN1,QSER1,PLXNA3,BPTF,BCL9L,AP1M1,SMAD2,ACBD6,TMEM120B,HSPA8,PRNP,TIA1,CPSF6,CBX5,PTCH1,KLHL24,CLK4,BCL9,YEATS2,HOOK2,NBEA,HOOK1,RFXAP,SP3,JMY,AAK1,MDM2,NF1,SPIRE2,MDM4,BRWD1,FGF13,MAP3K12,RERE,RBM28,RBM25,CELF1,PRKCSH,USP34,MAST1,CHD6,CHD4,CHD2,PKD1,AFF4,TTC28,SENP7,FLCN,DUSP12,SENP5,OPA3,PSD3,UNKL,RBM5,RBM33,ARHGEF12,GLRX3,PDPK1,ATRX,AMT,NAV1,ARID1A,ARID1B,LATS1,PTP4A3,ALS2,CTDSP2,C1D,LUC7L3,SOS1,RNFT2,NFAT5,NLGN2,UHRF2,WBP1,NAA20,MGRN1,ROCK2,GOSR1,RBM4B,FOXK1,LRP6,SLC25A27,FBXL20,RBBP4,MAT2A,MKNK2,FEM1C,RPP14,ATP9B,CLASP1,SPEN,MLXIP,KDM4C,TRIM41,NICN1,ATP2B4,RPRD2,CDC42BPA,TNRC6C,RAD52,KLF7,IRGQ,SNRK,KLF6,ERCC3,SNRNP48,PDE7A,R3HDM2"
+"gene_set_query"	"924"	"GLI2"	"780.7"	"ARCHS4 Coexpression,723;Enrichr Queries,766;GTEx Coexpression,853"	"RPL5,CNTFR,ADARB1,DPYSL4,TRIM28,ZMIZ1,DPYSL2,MYC,DPYSL3,DZIP1L,DAG1,EPHB2,SEPHS1,SOX4,EPHA4,MEF2C,SMARCC1,RBFOX2,ACTN1,AFAP1,SOX11,CSNK1E,SOX12,ANK1,TIAM1,TWSG1,MYL6,SFRP1,IFT81,KCTD10,GPR161,DDIT4,LLGL1,MACF1,TTYH3,TSHZ3,CTBP2,MAGED1,PDGFA,PIK3R1,GLG1,ADH5,GJC1,FXR1,NKAIN1,NLN,NUAK1,FLRT2,DHX35,TNRC18,SEC31A,JUN,PHC1,CADM1,RCC2,NR2F1,LARP7,MEX3D,PAICS,PBX1,SMARCA4,EXT1,EXT2,VANGL2,PTK7,ID2,CALU,HNRNPD,DCHS1,MAGED2,LRRN1,FAT4,DZIP1,RCOR2,FERMT2,TMEM9B,DDR1,HIP1,PTPRS,PTPRF,PTMS,SMG6,ROBO1,AKAP12,CSRP2,TMEM43,SH3PXD2B,TIMP2,JARID2,PBRM1,PARP1,TCF12,SLC39A13,ELOVL6,COMMD6,DUSP6,RGMA,ENAH,NCOR2,MN1,ZEB2,PXDN,KIT,SGK1,DBN1,GAS7,NFIX,PRICKLE2,PRICKLE1,PTN,FGD1,GPC1,TCEAL1,FLNA,GPC4,STX2,EXTL3,JAM3,RUNX1T1,ARNT2,RYK,PCGF2,NFIA,NFIB,CACHD1,ESYT2,KDM1A,NUCKS1,IGF1R,IPO5,ACTG1,CDH2,SALL2,SCMH1,LZTS2,SLC16A2,MAGI1,IGFBP3,TPM1,VASH2,MID1,FOXP1,MSH6,ADAM19,ARMCX4,ARMCX1,ILF3,RAB31,MYCN,ARMCX2,RAB34,FSCN1,KPNB1,RAI14,KHDRBS1,PKDCC,ARHGEF25,NPR2,NTM,LTBP4,CACNA1A,FBLN1,DTX4,CACNA1H,GLIS2,CORO1C,NACC1,ABL1,DVL2,PLXNA2,DVL3,CDH24,MYH10,QSER1,BCL9L,CD276,NEK9,UBE2I,CBX5,OSBPL5,ATP8B2,AUTS2,PTCH1,CBX2,CBX1,HMGA1,DNAJC13,SMAD5,MANBAL,MARCH4,PTPRD,BCL9,HOOK2,NASP,HOOK1,AMOTL2,TCF3,LSM14A,ITGB1,YWHAE,B4GALT2,KDM5B,LDB1,WDR1,DOCK7,CHD6,ILK,HMGB3,PSIP1,CHD4,AFF3,LMNB2,TTC28,SGCE,SPRED2,BCL7C,TMEM109,PMEPA1,NEO1,DACT1,ADAMTS7,UNC45A,PPP1R12A,CAD,H2AFX,ARNT,NAV1,NAV2,CKAP5,SEPT2,CKAP4,LATS1,ARL4C,VCAN,PTP4A3,SETBP1,CTDSP2,CDH11,C1D,PPP1R12B,SEC23A,NLGN2,GTF3C4,SRF,CXXC1,THBS3,CACNG7,RAB23,NT5DC2,SLIT1,BEND3,SH3BP4,PTK2B,FYN,NCAM1,IGF2BP3,IGF2BP2,HNRNPA1,MEST,CYTH1,PDLIM7,HNRNPA0,SMARCE1,NTRK2,SEPT11,MARCKSL1,PCDH7,ATP2B4,NAP1L1,MEIS2,HNRNPAB,NELL2,TSPAN18,CARM1,MFAP2,VIM,SSBP2,BCAR1"
+"gene_set_query"	"925"	"UNCX"	"783.7"	"ARCHS4 Coexpression,545;Enrichr Queries,1168;GTEx Coexpression,638"	"MAPKBP1,CNTFR,GMFB,CERK,STMN2,STMN3,STMN4,ENO2,SCAMP5,RNF112,SAMD14,DPYSL4,DPYSL5,IGLON5,DPYSL3,LUC7L,CALN1,SRRM3,SRRM4,RBFOX1,ATP6V1G2,RBFOX3,ISLR2,SOX11,ANK3,SOX12,CPT1C,MAPK8IP3,ANK1,PISD,NISCH,TIAM1,GPR162,STX1B,TAGLN3,CTXN1,TRIM11,CUTA,GPM6A,PAXIP1,NRN1,TSHZ3,STXBP1,FOXG1,AGAP3,KALRN,NKAIN1,SYNGR1,FAM171A2,PCBP3,PCBP4,RHBDL1,ZSCAN18,CADM3,PRRT2,PTPRN2,BCL11B,BCL11A,SS18L1,H3F3A,MICAL3,NR2F1,MICAL2,KLHDC8B,L1CAM,TMEM198,SMARCA4,MEX3A,STAG2,PPP1R1A,CDKN1C,TMEM151B,KCNC1,GDI1,DIRAS2,GRIK3,GRIK2,COX7C,NAT14,AP2A2,SHF,TRIM9,UBL5,UCHL1,MMP24,PCLO,TUBA1A,CAMKV,TRIM3,NEFL,NEFM,FEZF2,APC2,CCDC112,GRIPAP1,PRMT8,ANO8,SYP,DUSP8,RGMB,RGMA,MN1,ARHGEF9,TUBB2B,NME7,PXDN,SFI1,RNF165,GRAMD1B,DYNC1I2,NFIX,ADAM22,GDPD1,NEDD8,CAMKK2,ARVCF,CUX2,TCEAL5,TMEM169,CHN2,CAMK2N2,GPC2,PURG,RUNX1T1,MAP4K4,MPP3,WNT7B,PCGF2,DAB2IP,TTC9B,SKI,NFIA,MORN4,PRKRA,KIF26A,TTC3,YPEL4,CDK5R2,PRDM8,ANKRD13B,MIDN,NARF,CRTC1,CLSTN3,CELSR3,SLC8A2,TM7SF2,RIMS1,TMEM145,ATCAY,KIF5C,TUBB3,BASP1,PALM,SH3GL2,TLE2,IGFBP2,ADAM11,KCTD2,TBR1,POU3F1,POU3F2,KCTD6,POU3F3,DHDDS,DISP2,CLIP3,ACAP3,OLFM1,CACNB3,MYCN,MADD,ANKS6,ABCG4,RTN4R,GNAZ,SHC2,BRSK2,KHDRBS3,NDUFB11,CACNA1A,BHLHE22,DTX3,SEZ6L2,FBXO44,CACNA1E,LRRC55,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,DPP6,SNN,KLC2,TCTEX1D2,NDN,SRGAP3,OTX1,ZC3H13,LRRC4C,MARK4,PDZD7,SYT5,TMEM120B,SYT4,ZFHX2,TRAPPC4,CWC15,CLK4,SCRT1,EFNA3,EFNA2,HOOK2,LHX2,REEP2,GNAS,UBA2,CNTN2,IFT27,NACAD,CNIH2,MAP3K12,SNAP25,MAST1,CELF3,CELF4,CHD6,ELAVL4,CELF5,RND2,FBLL1,PKD1,ELAVL2,ELAVL3,POLB,MDK,MCF2L,PSD3,GDAP1L1,GALNT9,TRIM67,EMX1,CCDC34,PLA2G4B,PPP2R5B,VPS37D,UBE2QL1,NAV1,SEPT3,PTP4A3,GAP43,DALRD3,ALS2,DDAH2,PPDPF,RPL37A,LUC7L3,INA,CAMK2B,HCN3,NDUFB8,NLGN2,NRXN2,CRMP1,DLL1,AGPAT4,ABLIM1,GNG3,VPS53,SPOCK2,TRIM46,SLIT1,NCAM1,IGF2BP2,BEND5,LINGO1,KDM4C,SLC12A5,PCDHGC4,PCDH8,ATP2B2,MEIS2,MYO16,DBNDD1,IRGQ,FAM155A,NFASC,SBK1,FAM131C,RAB15,POLR3F,CDR2L,RGS11,INSM1,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"926"	"ZNF526"	"783.7"	"ARCHS4 Coexpression,1600;Enrichr Queries,236;GTEx Coexpression,515"	"SMARCAL1,APP,CCNK,ANKLE2,PPAN,FCF1,GPATCH1,HNRNPU,EPRS,LSM12,FRAT2,TRIM28,RAVER1,ZMIZ1,ALKBH1,CDC26,DPYSL2,MYC,BSG,CCDC97,RNF111,IER2,SRRM2,MED1,VPS18,DAXX,ACTN1,ARRDC3,WDR74,DNTTIP1,CD3EAP,ACTN4,RFX1,MAPK8IP3,MED6,GTPBP4,BIN3,WDR81,PRKAR1A,ZW10,GRWD1,DDIT3,ZSCAN21,DDIT4,ORAI2,HECA,ULK1,TTLL12,PRR12,BEX4,AARS2,DHX8,FBF1,PPP3R1,CHTF8,PPP4C,WDR70,DHX34,PCBP1,CSTF1,VTI1A,DHX37,DYM,MCMBP,SYMPK,TNRC18,RDH13,PATZ1,ST3GAL2,JUN,JUND,JUP,SLC35E3,IRF2BP1,MAD2L1BP,MEMO1,GPN1,PRRC2A,SMARCA4,TMEM199,STAG1,SNW1,GIPC1,FASN,ID2,INTS5,INTS4,NOL10,CALM3,CALR,FARSA,ITM2C,ARF3,GMEB1,CITED2,PPP1R10,MRPS12,MRPL36,CTCF,PCSK7,WDR46,SIPA1L3,MED15,TMEM186,AACS,BBC3,RPTOR,TRIM8,RIOK2,CIC,UTP14A,RAB8A,ZC3H10,PRMT5,BRD2,DFFA,MRPS7,PPRC1,MLF2,RHOB,TOX4,NCOR2,SLC7A5,CTU1,SCNM1,PRPF18,INF2,PXDN,SLC29A1,SF3B4,NFIX,TOMM40,GDPD1,NOL9,NOL6,MNT,RRP36,FLNA,MGAT2,DEDD,EXOSC1,BRF2,SF3A2,STAT2,NR1H2,GATC,DAB2IP,TTC9C,SCAF1,BYSL,TMEM60,GATAD2A,KBTBD4,RSL1D1,PHF5A,ZYX,TMEM39B,PKN1,PNPLA6,MEGF8,MIDN,CHPF,CLSTN1,PHRF1,FBXO22,EFTUD2,STK11,RUVBL2,KHSRP,CWC22,FADS1,NOM1,PIAS1,ATXN2L,ILF3,HNRNPUL1,HGS,DMWD,RAB35,TIPRL,FSCN1,GEMIN7,RAF1,ANAPC1,MAZ,LTBP4,HTRA2,TOR1AIP2,EIF1AD,SBNO2,PITRM1,ZMAT5,BTBD2,ZKSCAN3,ZC3H18,PLXNA1,SLC15A4,SLC38A2,ZKSCAN1,PDZD7,BCL9L,CCDC134,NOP14,TOR1A,PNPT1,HMGA1,BFAR,TIMM44,TOR1B,EEF2,LSM2,FBXO31,SLC7A6OS,GNL3L,EFNA2,HOOK2,TMEM11,CNOT3,GNB1,SPIRE2,UBE2O,CCDC22,NOP10,BCL2L2,ISY1,SCYL3,DIDO1,GSK3A,PRKCSH,WDR4,USP39,LMNB2,SART1,PTBP1,DUSP12,ZNRD1,OPA3,SNAPC4,NUP62,MRPL9,TNPO2,TNPO3,YWHAG,GET4,RBM14,PLEKHG2,REXO1,RFC2,PDPK1,TFIP11,OXSR1,ARID1A,PATL1,DDOST,KLF16,QTRT1,CTDSP2,POLR1B,C1D,ETF1,CHMP6,AHDC1,PPP1R15A,RNFT2,STOML1,USP10,SRBD1,PRCC,GOSR1,LENG8,WIZ,FOXK1,ZBTB45,FBXL20,FZR1,FAM168B,DNPEP,NCLN,FIP1L1,RAB40C,POLR2A,RBBP5,TGS1,MKNK2,FEM1C,RPP14,CCDC71,SMNDC1,SH2B2,MLXIP,PTCD1,KDM4B,RRM2,TRIM41,TMEM30A,QPCTL,HAGHL,RPIA,SNRNP40,POLR3C,POLR3D,BAX,EIF3C,BCAR1"
+"gene_set_query"	"927"	"NKX61"	"787.0"	"ARCHS4 Coexpression,738;GTEx Coexpression,836"	"TES,DIXDC1,STMN2,ADARB1,RPL9,LSM11,DPYSL3,STMN1,DPF2,EPHB2,CHGB,EPHA7,ATP6V1G1,UNC13A,FNBP1,ACTN1,DAPK3,ARMC9,VWA5B2,EML1,MYL6,RUFY3,RRAGD,KCNQ4,CBLL1,STX1A,PFN2,BEX4,BEX2,BEX1,TMEM63C,ADH5,MTMR7,RNF216,DHX35,TNRC18,JUN,FZD3,PTPRN2,CADM4,DMPK,CADM1,ST8SIA3,SURF4,DCLK2,PBX1,VANGL2,ARMC10,PPP1R1A,PKIG,PAM,FERMT2,PCSK2,GABRB3,ROBO2,PYGB,CSRNP3,PTPRN,PCSK7,RPTOR,TUBA1C,ACTR1A,B3GALT1,NEFL,NEFM,SSR4,MANEAL,RGMB,RGMA,BACE1,MED22,TMEM179,TUBB2B,KIT,FAM20B,PLEKHO1,SLC29A1,ATL2,PRICKLE2,NOL4,ADCY5,ARVCF,SPOP,SUSD4,GPC4,PAK3,RANBP3,MYEF2,PLEKHA5,PLEKHA6,SORBS1,NMNAT2,PNMA2,MPP6,TMEM59,NFIA,ABI2,SLMAP,RIMBP2,ESYT2,CDK5R2,PRDM8,SCARB2,RAB3C,TUSC3,CASC4,CELSR3,PPP1CB,CHCHD3,FAM174B,SCMH1,LZTS2,MAF1,ENPP5,TMSB10,RGS9,CHRNB2,TPM1,OCRL,POU3F2,FOXP1,ACLY,TMX4,GPRIN1,SPECC1L,EHBP1L1,SCG5,SCG3,GLYR1,PFKFB2,ARHGEF26,ARHGEF25,CACNA1D,SEZ6L2,CACNA1H,CORO1C,DPP6,PCSK1N,RAP1A,SCUBE1,KIF3B,ABL1,DVL3,NDN,ZKSCAN1,MARK1,RAP1GAP2,SYT4,RAB4A,ANKRD27,AUTS2,PTCH1,KLHL23,MANBAL,SYT7,REEP1,GNAO1,BCL9,CNTN1,GNAS,CPE,SERINC1,SAE1,CNIH2,LRP11,GSK3B,WDR1,CELF3,CBY1,CELF4,ELAVL4,ILK,ELAVL2,SNAPC2,BCL7B,NEO1,UNC45A,HSP90AA1,PPP1R12A,ABCC8,VEZF1,SEZ6L,PTBP2,GAP43,ALS2,RPL37A,PPP1R12B,PPP1R12C,CUEDC1,INA,TNFRSF21,PPM1L,NAA20,SRF,USP12,CRMP1,CXXC4,NCALD,ALDH1B1,DNAJB5,NT5DC3,NNAT,NCAM1,CAMK2G,PDLIM7,ATP9A,SEC11C,CHGA,NTRK2,MARCKSL1,RNF26,PCDH7,CADPS,ATP2B4,MEIS2,P2RX2,TSPAN18,INSM1,SSBP2"
+"gene_set_query"	"928"	"ZNF616"	"787.0"	"ARCHS4 Coexpression,861;Enrichr Queries,780;GTEx Coexpression,720"	"SMARCAL1,RPL5,FCF1,ZDHHC5,JMJD1C,STMN3,FNBP1L,EPRS,PHB2,RPL6,HERC4,RPS17,CAPNS1,PSMD5,ZMIZ1,DPYSL2,MYC,ZMIZ2,DPYSL3,RPL36,FDXR,TRIM24,AP1S2,LONP1,AKT1,EIF2D,CCDC92,PRKACA,IER5,ATXN7L3,SOX4,ARRDC4,EPHA4,MEF2C,CXADR,DAPK1,RPL23,ARRDC3,ALG2,WDR75,CD3EAP,ISLR2,MOGS,ACTN4,PRKD3,XRN2,DDIT4,YME1L1,RPL29,ALG10B,SET,TBC1D9B,DHX8,IGSF3,FLII,GNS,GJC1,APH1A,PRRC1,HSPH1,SSR1,SCAP,TRPM7,SEC31A,JUN,INTS1,BCL11A,SLC35E3,PRRC2A,HNRNPL,PARP11,STAG1,ZZZ3,FASN,ID2,INTS4,ITM2C,ARF3,OGFR,NRP1,TRAM1,PIGU,PHF20,SLC35F5,GDI2,SHB,PRPF19,PHF6,MED17,MED12,MRPL42,CSRP2,PCF11,ENC1,ANXA6,SDF4,CIC,UTP14A,RRP15,ZIK1,UPF1,WDR36,SSR2,LRRC49,MINK1,ELOVL6,CBFA2T2,DUSP6,PGM2L1,MLF2,RHOB,TOX4,MN1,SIKE1,TUBB2A,INF2,KIT,PXDN,RAPGEF1,RHOU,SGK1,ERGIC1,PRIM2,SLC20A1,NOL8,CENPB,GNAI2,BCLAF1,RPS15A,BTAF1,TMEM169,SRP72,TMEM68,CLPTM1,MGAT2,CKB,GPC4,RPL17,YIPF5,GTF2H2,SCAF1,ARCN1,KLHL9,TM9SF1,RSL1D1,SEC23IP,APEX1,TAOK2,NUCB1,PKN1,PNPLA6,GRINA,DPAGT1,SCARB1,ATN1,FBXO22,ZFP30,LAMP1,ARHGDIA,CWC22,SBF1,RARS2,FBXW8,SLC30A5,IGFBP3,PIAS2,EEF1A1,CTDNEP1,MINPP1,TMX1,ARMCX6,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,TBC1D23,SRSF6,CSNK1G2,ANAPC2,COPB2,ZCCHC7,INO80E,RAB5C,COPB1,IREB2,PDS5A,GTF2E2,SEL1L3,ORC4,SBNO2,IRAK1,DVL1,BTBD2,ZKSCAN3,SLC38A2,MYH10,ZKSCAN1,QSER1,WDTC1,CCDC134,IVNS1ABP,ESRRA,NONO,HPS3,KLHL24,SMAD5,HOOK2,CDK4,ZFP62,HOOK1,OSTC,GNB2,GNB1,STT3A,PLEKHM2,PLXNB2,BRWD1,FGF13,LRP10,NFE2L1,DIDO1,MCFD2,ACADVL,ALAS1,WDR1,PRKCSH,CHD6,SLC2A3,ZFP82,RND3,PPP1R9B,RPL7A,DUSP12,SEC61A1,SEPT9,LASP1,NOB1,SIN3A,PPP6R1,SNRNP70,EVI5L,TOPBP1,SUN2,JAGN1,REXO1,KLF13,PDPK1,DDX55,SPATS2,ARNT,NAV1,DNM2,LATS1,TRAF7,VCAN,RER1,CTDSP2,POLR1B,DNAJC5,PPP1R12C,BIRC2,RNFT2,GTF3C3,HDAC2,RAB1B,LENG8,ATP1A1,HSPD1,DNAJB2,AP3M1,FZR1,FAM168B,GANAB,MAT2A,U2AF2,FAM120A,TAF1A,FEM1C,CSK,RBBP7,SEC11A,EIF4E,FBRS,EIF4B,KDM4A,NAP1L4,CLCN7,EIF3M,KLF6,NEURL4,SYT11,MGAT4B,EIF3E,VIM,P4HB,SSBP2,TAF2"
+"gene_set_query"	"929"	"ZNF268"	"788.7"	"ARCHS4 Coexpression,1297;Enrichr Queries,472;GTEx Coexpression,597"	"FCF1,HNRNPU,JMJD1C,THUMPD1,EPRS,RBPJ,PWP1,GOLGA5,CDC23,CAPNS1,OPHN1,PSMD5,MYC,AKT1,PRKACB,ATXN7L3,SOX4,SEC63,MED1,DDX18,AQR,CXADR,WSB1,SCAF11,ARRDC3,MTUS1,WDR75,CD3EAP,MOGS,DICER1,RFX7,DDIT4,AKAP9,TRIM13,FAR1,ALG10B,KCTD18,FLII,PIK3R4,TWF1,PDGFA,XPC,PIK3R1,MTDH,APH1A,PRRC1,DHX33,TRPM7,RBM12,SEC31A,EDEM3,TMEM184C,JUN,SLC35E3,SMARCA5,PBX2,ERLIN2,LARP4,PBX1,PRRC2A,SETX,CCDC88A,ZZZ3,STAG2,EIF5,FUBP3,RBAK,ITM2C,PHF3,ARF3,TRAM1,AHCTF1,PIGU,CITED2,FAF2,SLC7A11,PRPF19,SMG5,AKAP12,SYNCRIP,EPM2AIP1,NIPBL,AKAP11,ZMYM2,IMPA1,ZMYM4,TRIM2,ENC1,REV3L,SDF4,RIOK2,GABPA,RSPRY1,PRMT6,UPF1,WDR36,PBRM1,MINK1,TET2,BAZ1B,WDR35,MLF2,RHOB,MTF2,PXDN,TMEM106B,SGK1,SFI1,HEATR1,NOL8,BCLAF1,SERTAD4,SRP72,MGAT2,MAP4K5,RANBP2,NPM1,MON2,YTHDF3,RYK,MTX3,MBD1,YIPF5,GTF2H1,ARCN1,WDR11,VEGFA,KTN1,KLHL9,SEC23IP,NFIB,NEDD4,ETNK1,TCEA1,NUCB1,GOPC,FRYL,DBR1,ARID4A,ARID4B,CYP46A1,FBXO22,IPO8,SMCHD1,PPIP5K2,CWC22,SMARCAD1,SBF2,USP8,SLC38A1,FBXW8,SLC30A5,TTC7B,THOC2,PIAS2,DCTD,TXLNA,TMX3,DMTF1,TMX1,RPL7L1,RAB35,CHMP4B,PHIP,PPIG,ADNP,COPB2,KHDRBS1,LRRC59,COPB1,ANKRD12,GPR85,TARS,CACNA1A,PDS5A,ORC4,SCUBE1,TPR,NACC1,ZKSCAN3,BRIX1,NDUFV3,SLC38A2,SRGAP1,ZKSCAN1,PDZD7,BPTF,AP1M1,OSBPL8,PRNP,TIA1,CBX5,API5,DNAJC13,KLHL24,SMAD5,KLHL20,HOOK2,CDK4,HOOK1,GNB2,STT3A,MDM2,PHF14,SPIRE2,IARS,BRWD1,NFE2L1,EIF4G1,WDR1,PRKCSH,CHD6,SYNE2,PPP1R9B,SEC61A1,METTL14,LASP1,MAN1A2,PPP6R1,RB1CC1,PSD3,PMEPA1,TNPO1,HSP90AA1,PPP1R12A,DST,DIS3,PDPK1,PDE4D,ATRX,VPS13A,PLRG1,LATS1,TRAF7,IMPACT,VCAN,CREB1,PIK3CA,CTDSP2,POLR1B,NUP54,MET,RNFT2,NFAT5,RAB1B,GOSR1,LRP6,AP3M1,GANAB,ABLIM1,CAND1,TAF1B,U2AF2,TAF1A,KRIT1,SLITRK5,FEM1C,FYN,DCAF13,HNRNPA0,SMARCE1,TTC14,TRIM41,USP21,ATP2B1,OXR1,SLC4A7,KLF6,APC,ERCC8,P4HB,RBM45,ABCE1,PPIL4,TAF2,MBTPS2,TAF1,CUL4B"
+"gene_set_query"	"930"	"ZFY"	"789.3"	"ARCHS4 Coexpression,770;Enrichr Queries,1173;GTEx Coexpression,425"	"IPO11,MT-ND4,VARS,THUMPD3,RPL8,BACH1,PDCD2L,ALKBH8,NUDT4,EFR3A,GOLGA4,GOLGA5,TBK1,TRIM28,DPYSL2,CDC27,BSG,EIF2A,ARRDC4,MED1,EPHA4,TIPIN,SCAF11,ARRDC3,SCRIB,ACTN4,CSNK1E,HCFC2,RC3H2,SFRP1,RRAGB,ZSCAN21,DDIT4,YME1L1,HECA,SIK1,KDELR2,AURKAIP1,MACF1,DCUN1D5,NPRL3,SLAIN2,PIK3R1,MRPL12,HIF1A,RPAP3,MTDH,FXR1,PRRC1,PRKAR2A,BLOC1S2,NUP88,NAA50,ZRSR2,TRAP1,JUN,PRELID1,GSTM1,INTS1,BCL11A,PLK2,MEMO1,PRRC2A,AIMP2,ZBTB6,TADA2A,PKIA,GIPC1,NOL10,DHX29,NOL11,ITM2C,CDK16,ARF3,SETD2,GFM1,AHCTF1,DAZAP1,USPL1,PHF20,CITED2,SETD7,MRPL36,SLC7A11,PRPF19,PTPRF,ROBO1,PTMS,SYNCRIP,MED13,RIOK2,RAC1,JAK2,RRP15,UPF2,CCT3,CDV3,ZC3H10,PBRM1,TMED9,TET2,NME2,RRAS2,TFB2M,WDR34,TOPORS,DUSP6,MLF2,PARP8,SLC7A5,ZEB2,PRPF18,INF2,CSDE1,MED20,PXDN,SGK1,ALDOA,VAMP4,GART,FYTTD1,AHCY,SDAD1,HSPA14,CHRAC1,RPS2,RPL18,SAMD1,SRSF10,PAIP1,RANBP1,PCGF6,YTHDF3,MDH2,GTF2H1,SYNJ2BP,KTN1,VEGFA,KLHL9,BOP1,SEC23IP,ABCB10,NFIB,TSR1,TRIP12,HDGF,PKN1,OTUD4,UBE3C,ZFAND6,LTN1,ATN1,UBE3A,CLU,IPO4,RUVBL2,CFL1,KPNA4,KPNA3,KPNA1,SLC25A46,TLE4,SH3GLB2,EIF1AX,IGFBP3,IGFBP2,ATP11B,ATAD3A,TUFM,PHOSPHO2,HNRNPUL1,XIST,TOX,FKBP4,PPIA,SLC27A4,LRRC59,DDX5,PFKFB3,CUL5,FAM114A2,CUL2,UBFD1,PHB,GTF2E1,CORO1B,EFNB2,STIP1,RNASEH1,IRAK1,DNAJC21,DVL1,BTBD2,NACC1,ZKSCAN2,SMN1,CYC1,ANKRD28,TRAPPC2,STYX,CPSF2,ECD,NUP153,EIF2S1,LSM4,KLHL20,ZC3HC1,CNOT7,EFNA2,NR4A3,HOOK1,UBE2S,GNB2,CNTN1,TPP2,CPE,UBA1,CLPTM1L,EIF4G1,SLC25A1,KDM5C,USP38,PRKCSH,WDR3,USP34,SLC2A3,PTPN23,LMNB2,RPS4X,DUSP12,SPR,PPP2R5E,TLK2,PDE4B,PMEPA1,TNPO1,KDM6A,EIF5A,CCDC39,USP47,NAA30,TTC33,DIS3,PDPK1,PDE4D,CAD,DDX54,SMC1A,GPCPD1,RAD23B,EPN1,DNAJC2,TRAF7,VCAN,PTP4A3,SETBP1,THRAP3,POLR1B,AKT1S1,NAA35,BCAT1,DCTN6,USP14,USP16,RAB1B,CXXC1,STRN3,SRM,GANAB,POLR2B,TGS1,NT5DC2,POLR2D,KRIT1,POLR2E,UBQLN4,ATE1,PPP1R14B,CIZ1,TXNRD3,NAA10,WTAP,ADRM1,CDC5L,SSRP1,PNRC1,CUL4A,SNRK,NECAP1,PSAT1,ERCC8,CEBPZ,NAA15,VIM,PDE7A,TRIM32,TAF2,EIF3A,EIF3B"
+"gene_set_query"	"931"	"ZNF780B"	"789.3"	"ARCHS4 Coexpression,1000;Enrichr Queries,633;GTEx Coexpression,735"	"EIF4A2,CERK,MYT1L,IFT172,HNRNPU,JMJD1C,RPL8,GBA2,CAPNS1,HERC1,OPHN1,AKT2,DPYSL2,BSG,LUC7L,CCNL2,CDK5RAP3,SOX4,TMEM8B,DDX17,WSB1,ARRDC3,CIRBP,PTOV1,RFX3,CD3EAP,WDR73,ANK3,NISCH,EML5,DDIT4,AKAP9,RUFY2,RPL29,PFN1,MEG3,MACF1,RTEL1,CTBP1,ABCB8,PIK3R1,AAAS,RNPC3,MRPL12,CDKN2AIP,MBTD1,APH1A,SPAST,PPP4C,PCBP1,TRPM7,RBM10,SCAI,ZSCAN18,EDEM3,BBS1,PRELID1,WDR59,PHC1,ZRANB2,INTS3,SLC35E3,MICAL3,PHC3,PBX1,FAM135A,FUBP1,PHF3,PHF2,SMG1,PIGU,ARF1,MRPL36,SLC7A11,PCMTD2,EPM2AIP1,NIPBL,SMPD4,MED13,AKAP11,ZMYM2,FASTK,ENC1,REV3L,TCP11L2,SDF4,GPRASP1,RALGPS1,TMED4,PCMTD1,DFFB,PBRM1,TMED9,SHPRH,MRPS25,EXOC7,TSC22D3,TET2,NME2,PGM2L1,PXDN,TMEM106B,NCOA7,CRELD1,HNRNPH3,TKT,GAS8,STX16,SATB1,RXRB,BCLAF1,ASNA1,LMAN2,AP2S1,RICTOR,YKT6,NKTR,RIC3,AGK,MDH2,MBD1,MTX3,MIB2,MKLN1,NFIA,DPY19L3,NFIB,NEDD4,TTC3,RLIM,NUCB1,HDGF,PKN1,MPHOSPH8,FRYL,GRINA,CCNT2,FAM13B,ATP8A1,ATN1,IGF1R,SMCHD1,ZFP30,PPIP5K2,ARHGDIA,POGZ,CFL1,AP2M1,BIVM,USP8,TMOD2,MAGI2,THOC1,TSC2,TSC1,PRPF4B,PIAS2,ARMCX4,PREPL,ARMCX2,DMTF1,CHMP4B,PHIP,MAPKAPK5,SRSF5,SNRPB,RNASEH2C,LRRC59,CUL7,RAB5C,ANKRD12,TOR1AIP2,DTX3,CORO1B,ORC4,ATXN2,NACC1,SAFB2,SLC38A2,ZKSCAN1,QSER1,PLXNA3,NEK9,TMEM120B,CPSF7,TIA1,GGT7,CPSF6,CBX5,KLHL24,UCKL1,PAN2,EFNA2,NBEA,HOOK2,ZFP62,HOOK1,GNB2,DNAJC10,GNAS,MDM2,AAK1,NF1,MDM4,LZTR1,BRWD1,FGF13,OGT,TMEM19,CREBZF,NAA40,WDR1,PRKCSH,USP33,CHD6,CHD2,SYNE2,CABIN1,TRO,FLCN,SENP7,SEC61A1,CAPZB,SNRNP70,PSD3,WDR6,RBM5,RBM6,EIF5A,DST,PDPK1,PDE4D,ATRX,AMT,VPS13A,GPCPD1,ARID1B,ZFP90,TRAF7,PTP4A3,RER1,CTDSP2,POLR1B,LUC7L3,PIK3C3,BIRC6,SOS1,RNFT2,NFAT5,ROCK2,ANKS3,RAB1B,SRSF1,LENG8,RBM4B,HDAC6,LRP6,SLC25A27,FBXL20,GANAB,MTA1,EIF4H,DROSHA,FEM1C,RALY,ATP9B,SH2B1,CLASP2,TTC14,PPP1R14B,NICN1,NTRK3,ADRM1,ZFC3H1,DDHD1,TPD52L2,RAD52,SLC4A7,IRGQ,NEURL4,NIN,P4HB,SUGT1,TNRC6A"
+"gene_set_query"	"932"	"ZIK1"	"790.0"	"ARCHS4 Coexpression,648;Enrichr Queries,653;GTEx Coexpression,1069"	"SLC35B4,TFRC,ENO2,FNBP1L,GPATCH8,LSM12,ALCAM,CAPNS1,DPYSL2,MYC,DPYSL3,STMN1,AKT1,SEPHS1,PRKACA,SOX4,SRRM3,MED1,EPHA4,SRRM4,RBFOX2,CXADR,RBFOX3,CD3EAP,SOX11,MOGS,ARMC8,ACTN4,TIAM1,EML5,SFRP1,WDR82,DDIT4,BEX4,PAXIP1,BEX1,SET,TBC1D9B,FLII,NEDD4L,SLAIN1,GJC1,APH1A,LDHB,PCBP3,GPM6B,ZSCAN18,FDFT1,JUN,FZD3,PHC1,BCL11A,PLK2,INTS2,MICAL2,CDC7,NETO2,PAICS,DCLK1,MLLT11,ZBTB6,ID2,ANP32E,LRRN1,CD200,ITM2C,EZH2,GABRB3,ARF3,OGFR,TOP2B,NRP1,PIGU,KCNC1,CITED2,DIRAS2,MRPS12,GRIK2,SLC7A11,VLDLR,SHF,AKAP12,TRIM8,MRPL42,UCHL1,MMP24,TUBA1A,CSRP2,ENC1,DHX15,SDF4,JARID2,BRD3,UPF1,STRBP,MINK1,SLC39A10,ELOVL6,PPHLN1,BAZ1B,DUSP6,SRP9,ENAH,TUBB2B,INF2,KIT,MTF2,PXDN,G2E3,SGK1,PAFAH1B3,DBN1,PAFAH1B2,ERGIC1,PRIM1,ADAM22,FAM117B,CENPB,CAMKK2,FAM129B,CHN2,EXOSC9,METTL6,SRSF10,RUNX1T1,DYNC1H1,NPM1,YTHDF2,MPHOSPH9,KLHL7,TAOK2,NUCB1,ESYT2,PKN1,PLP2,GRINA,SLC8A2,NUDT11,TMEM145,IPO9,ZFP30,SALL2,CDH2,LAMP1,KIF5C,BASP1,ARHGDIA,CAPN2,KPNA2,FADS1,SUPT16H,SLC38A1,IGFBP3,F2R,VASH2,KCTD2,FBXO11,ILF2,MSH6,OLFM1,MORF4L1,MYCN,MSH2,ADAM15,RAB34,EHBP1L1,RAB35,UBE2V2,SRSF3,CHMP4B,TOX,FKBP3,ANAPC2,LRRC59,RAB5C,PXN,CACNA1A,SLC38A10,SUPT6H,GTF2E1,ACAT2,SOCS2,EFNB2,SBNO2,PITRM1,IRAK1,G3BP1,DVL1,ZKSCAN2,CAMTA2,NAE1,MYH10,SKIL,MAP2K6,WDTC1,ANKRD28,ESRRA,SYT4,CBX5,CBX2,IDH1,HMGA1,ASNS,KLHL23,CNOT7,EFNA2,HOOK2,NASP,HOOK1,GNB2,RFXAP,PLEKHM2,PLXNB2,TUBGCP4,LRCH4,LRP10,NFE2L1,PICALM,ACADVL,MCM7,PRKCSH,USP34,CHD6,PSIP1,HMGB3,SLC2A3,ZFP82,HMGB1,PKD1,PHTF1,LMNB1,PPP1R9B,POLB,DUSP12,LASP1,SART3,SUMO1,PPP6R1,SUMO2,CEP170,CPXM1,EDIL3,TRIM67,MAPK1IP1L,USP48,PDPK1,H2AFZ,PTBP2,DNM2,VCAN,PTP4A3,ALS2,POLR1B,DNAJC5,DNAJC9,PIK3C3,B4GALT6,BCAT1,RNFT2,HDAC2,GTF3C4,RAB1B,CXXC1,CRMP1,ATP1A1,ADD2,ABLIM1,GANAB,POLR2B,NNAT,POLR2D,FAM120A,BEND3,DROSHA,SPOCK1,FEM1C,IGF2BP3,HNRNPA1,MEST,EIF4E,FBRS,CLASP1,DCAF13,RRM2,PCDHGC4,USP22,KLF6,PSAT1,MFAP2,MGAT4B,POLR3F,P4HB,MDGA1,RAN,CBLN1"
+"gene_set_query"	"933"	"ZNF430"	"791.3"	"ARCHS4 Coexpression,910;Enrichr Queries,557;GTEx Coexpression,907"	"EIF4A2,RPL5,APP,IFITM2,RPL3,TFRC,VARS,ZDHHC5,HNRNPU,JMJD1C,PPP2R2A,EPRS,GABPB1,ACTB,NDST1,CDC23,CAPNS1,TRIM28,DPYSL2,MYC,BSG,PSMD3,AKT1,EPC1,AP1S1,CCDC92,PRKACA,ATXN7L3,RNF111,SRRM2,AQR,WSB1,SCAF11,CIRBP,MOGS,SCRIB,ACTN4,SND1,PPA2,DDIT4,EZR,MTMR1,NUP205,TMEM63B,CDCA4,FLII,CSTF2,ZBTB5,MBTD1,APH1A,LDHA,HMGXB4,HSPH1,MLEC,N4BP1,ZBED4,JUN,JUND,INTS1,BCL11A,RCC2,H3F3A,SLC35E3,PRRC2C,PBX2,PRRC2A,HNRNPL,FAM135A,RPS27,RPS29,HNRNPD,CALM1,ITM2C,FARSB,PHF3,ARF3,TOP2B,SMG1,PIGU,CCDC120,BTG1,SLC35F2,RPLP1,RPLP0,MRPS12,TCF20,PRPF19,SMG5,NIPBL,TUBA1B,SPTLC1,TUBA1A,DHX15,UBXN7,SDF4,PLEKHN1,PCMTD1,UPF1,PARP1,MINK1,TET2,ZDHHC13,PRPF40A,SREBF2,DDB2,AFTPH,RAP2B,TET3,MTF2,PXDN,TAX1BP1,RHOV,PABPC1,ARF6,WDR26,SF3B3,GNAI3,TM9SF4,CENPB,HIRA,NRAS,BCLAF1,SERTAD2,PES1,TMEM68,STX6,LEO1,RPS3,MFN2,RPS2,RPL15,ANKRD52,ZSWIM4,RPS27A,YKT6,SUZ12,MBD1,DAB2IP,SCAF1,RAB11A,CAPZA1,SERBP1,ABI1,HNRNPA2B1,TAOK2,NUCB1,HDGF,PKN1,GRINA,MTCH1,CRCP,ZFAND5,HDLBP,ATN1,ARID4B,ACTG1,FBL,SMCHD1,LAMP1,SLC39A7,LZTS2,SBF1,TMSB10,SH3GL1,SLC38A1,RPS9,KDM2B,USP5,TMOD3,F2R,ATP11B,ZBTB33,KCTD5,EEF1A1,ACAP2,HNRNPUL1,MSH3,RPL7L1,RAB35,CHMP4B,MATR3,PHIP,SQSTM1,LRRC59,ANKRD12,MAZ,PDS5A,EFNA4,ORC6,DVL1,NACC1,ABL1,EVI5,SLC38A2,QSER1,PDZD7,BPTF,TRAPPC2,OSBPL8,HSPA8,PRNP,PNPT1,HMGA1,ZBTB11,KLHL24,EEF2,NFKBIA,YRDC,CNOT6,EFNA2,SH3BP5L,STK24,ARPC2,GNB2,GNB1,GNAS,PLXNB2,BRWD1,LSM14B,RSL24D1,NFE2L1,EIF4G1,ZNF512B,KDM5C,WDR1,PRKCSH,CHD8,SLC2A3,YBX1,BICD2,LMNB2,PPP1R9B,DUSP11,DUSP12,SEC61A1,LASP1,GM2A,MFSD5,ZC3H7B,SNRNP70,OPA3,CASP2,TOPBP1,LRRFIP1,EID2B,ACTR3,USP47,HSP90AA1,PDPK1,RPS3A,OXSR1,YWHAZ,RAD23B,PTBP2,PJA2,ARFGAP1,TRAF7,VCAN,CREB1,NUP50,CTDSP2,POLR1B,DNAJC5,RPL37A,TOP1,PPP1R15A,GTF3C1,MTPN,GTF3C2,CANT1,ROCK2,VPS4B,RAB1B,HMGCR,ATP1A1,CDC42,FAM168B,GANAB,TAF1B,U2AF2,TDG,FAM120A,FEM1C,VHL,MTA2,MAPK6,KDM4A,GALNT1,FBXL19,DEK,CDC42BPB,OXR1,TPD52L2,KLF6,NEURL4,CDKN2AIPNL,CARM1,MGAT4B,OCIAD1,PDCD4,EIF3E,VIM,P4HB,TAF2"
+"gene_set_query"	"934"	"FOXB1"	"792.3"	"ARCHS4 Coexpression,568;Enrichr Queries,1199;GTEx Coexpression,610"	"RPL5,SCOC,RPL30,GMFB,AHCYL1,ARL6IP1,RPL32,RPL31,THYN1,STMN4,RPL9,RPL6,RPL7,RPS15,RPS14,RASSF2,RPS19,SNRPD2,DPYSL5,SNRPD1,STMN1,RPL36,PIP4K2A,KIF21A,RPL37,SEC62,EPHB2,GOLGA7,EPHB1,RPS10,RPL39,RPS13,GABARAPL2,PDHX,EPHA7,RBFOX1,ACOT7,RPL21,RPL23,RPL22,SOX11,HDHD2,EML2,DYNC1LI2,SFRP1,FEZ1,RUFY3,SARNP,LLGL1,BEX4,CUTA,ADCYAP1R1,NRN1,TTYH1,FOXG1,PHYHIPL,SLAIN1,ANAPC11,NKAIN2,GJC1,INPP5F,FAM192A,MAP4,RAB11FIP4,LHPP,JUN,FZD3,RPL41,CADM4,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,UPF3B,BBIP1,RPS26,CCDC88A,RPS25,RPS28,RPS27,VANGL2,CALY,RPS29,RPS20,RPS24,RNF220,COX7B,GRIK5,RPLP1,RPLP0,GRIK3,SNX10,ZCCHC17,COX7C,UBL5,TRMT112,UCHL1,UBL3,TUBA1A,MAP1LC3A,CSRP2,DNER,DHX15,NEFL,SDF4,RPLP2,NEFM,FEZF2,ENOPH1,STARD3NL,HSBP1,NIPA1,MRPS21,COMMD6,DYNLL2,SRP9,DUSP6,RGMA,TMEFF1,MN1,IMMP1L,TUBB2B,ZEB2,PACS2,PXDN,PTMA,PAFAH1B2,RNF165,CLDND1,WRB,SATB2,RPL11,ODC1,RPS27L,UQCR10,PPP2CB,TCEAL6,CUX2,RPS15A,CAMK2N2,EXOSC8,RPS3,RPL15,RPL18,RPL17,DOHH,NFIA,ABI2,PRKRA,CCNG2,TSR2,CACHD1,TOMM7,FAU,RNF141,TOMM6,HDDC2,SH3GL3,RAB3C,NDUFA13,NDUFA11,NDUFA12,MRFAP1,PAIP2B,TATDN1,CHCHD3,CDH2,SALL2,TUBB3,FAM162A,ADORA1,DENND5A,BANF1,DSCAM,APLP1,ZCRB1,POU3F1,POU3F2,POU3F3,COX6B1,EEF1A1,CLIP2,MYCN,LIX1,SNRPG,PKP4,SNRPE,SNRPF,SNRPC,KHDRBS1,UQCRB,COX16,ARL3,CACNA1B,CACNA1A,COX7A2,NTPCR,LRRC55,CACNA1E,UQCRH,SCUBE1,KIF3A,TCTEX1D2,OTX1,NDUFV3,DNAJC19,ACBD5,AUTS2,PTCH1,TBCB,KLHL23,CWC15,LSM5,QDPR,EFNA2,LSM6,HOOK2,LHX2,HOOK1,CNTN1,CNTN2,NACAD,SERINC1,YWHAE,PODXL2,WDR1,CHD6,PSIP1,RND2,FBLL1,ELAVL2,SEC61A2,FSD1L,SUMO2,EVI5L,EMX1,HSP90AA1,ACTR6,DCAKD,RPL13A,RPS3A,SYNGR3,PTP4A3,DNAJC6,NDUFS5,NDUFS4,RPL37A,SNURF,TERF2IP,PFDN4,INA,PFDN5,RNFT2,NDUFB4,RAP1GDS1,NDUFB3,RPL36A,U2AF1,FAM169A,CXXC4,TTL,DPCD,AGPAT4,DNAJB2,FAM120A,POLR2F,SNRPB2,POLR2G,ROMO1,POLR2H,HNRNPA1,POLR2I,TUB,TIMM8B,LGI1,NTRK2,MARCKSL1,TRIM41,SSB,NDUFA6,PCDH9,SMOX,NDUFA4,NDUFA3,LIMK1,CADPS,PCDH8,NDUFA2,TPRKB,NDUFA1,RPL35A,PTPN11,RPL23A,HSPE1,MEIS2,NAP1L5,NAP1L4,NELL2,PDE10A,NOVA2,CDK2AP1,VIM,INSM1,SSBP1,CBLN1"
+"gene_set_query"	"935"	"ZNF707"	"792.7"	"ARCHS4 Coexpression,1429;Enrichr Queries,377;GTEx Coexpression,572"	"ANKLE2,CHIC2,CCNK,ZMYND8,ZDHHC3,ACTB,GLE1,SCAMP4,TRIM28,DPYSL2,ZMIZ2,MYC,OGFOD2,SAP130,CCDC97,ATXN7L1,IER2,TBC1D10B,NUP214,ARSA,DAXX,GABARAPL1,WSB1,ARRDC3,CIRBP,CD3EAP,SCRIB,WDR73,CPT1C,MAPK8IP3,DDIT3,CSNK2B,DDIT4,ULK1,NUP98,DUS3L,SLC45A4,TTYH3,DHX8,TEX264,MEPCE,BAZ2A,UBE2J2,RHOT2,APH1B,PPP4C,DHX34,PCBP4,MICAL1,SYMPK,PIP5K1C,RDH13,ATRIP,ST3GAL1,ST3GAL2,BANP,JUN,TMEM184B,JUND,SETDB1,STK11IP,IQSEC1,PLK2,SLC35E3,TYSND1,PTK2,SRPK1,GADD45G,SETX,EHD1,FAM160A2,TDP1,FASN,ID2,CWF19L1,ATG2A,UNC119,ADCK5,CORO7,FBXL6,ITM2C,GMEB2,PTPRS,ELL,CITED2,GPAA1,MRPS12,SMG7,KRI1,MED16,PHF8,BBC3,FASTK,UIMC1,DHX15,DHX16,JARID2,RALGPS2,UPF1,SPHK2,GAA,AEN,MRPS7,MED26,DUSP6,MTSS1,MLF2,COMMD5,RHOB,NCOR2,SLC7A5,POC5,KIFC2,BDH1,PXDN,FAM193B,MAPRE3,SGK1,SFI1,DBN1,LRRC14,CSTB,DOT1L,SRRT,NOC4L,PSMA7,GGA1,EXOSC4,RNF138,GPC1,UBN1,GPC2,RAE1,SF3A1,EGLN2,SF3A2,MTX1,MBD1,MIB2,MYO9B,GATAD2A,TMUB2,VEGFA,ZYX,PKN1,AGRN,GRINA,TOR2A,SLC27A1,MIDN,NARF,NUP188,RNF19B,ARHGAP39,EDC3,TM7SF2,SNIP1,CEP250,FBRSL1,PIM3,ANKRD13A,FADS1,PIAS4,KDM2A,KDM2B,PPP1R16A,VRK3,RNF40,ATXN2L,ZFP41,CSNK1G2,MAD1L1,CSNK1G1,ANAPC2,LY6E,ISYNA1,PFKFB4,PFKFB3,CCDC24,ISG20L2,SLC1A4,NDRG1,CSF2RA,SLC9A1,SOCS2,NDOR1,SHARPIN,PITRM1,ZC3H18,PDZD7,PRNP,TMEM120B,KLHDC4,BRPF1,CPSF1,CBX4,CPSF3,CBX2,TNK2,ASNS,CNOT10,TRAPPC9,AZIN1,EFNA2,HOOK2,HOOK1,SPIRE2,CNTROB,TCF3,LRCH4,MXD4,NFKBIB,LMBR1L,KDM5B,USP32,PRKCSH,ZC3H3,CHD6,DUSP18,LDB2,DUSP12,PPP6R1,OPA3,SNAPC4,KDM6B,TBP,REXO1,USP42,PDPK1,H2AFX,ARHGEF18,UTP18,DDOST,PTP4A3,DALRD3,EEF1D,CTDSP2,POLR1B,PPP1R15A,ANKS3,ZBTB45,MOSPD3,STRN4,MTHFSD,FBXL20,DCAF15,DNPEP,RAB40C,PUF60,TAF1C,PHKG2,MKNK2,POLR2D,FEM1C,FBRS,KDM4B,TRIM41,QPCTL,NICN1,CYHR1,CHFR,KLF6,BAX,KCP"
+"gene_set_query"	"936"	"TFDP2"	"793.3"	"ARCHS4 Coexpression,877;Enrichr Queries,346;GTEx Coexpression,1157"	"TFRC,ZMYND8,ZDHHC5,THUMPD3,CBLB,DCAF5,EPRS,CAPNS1,SNRPD1,DHX57,DPYSL2,MYC,SAP130,STMN1,LONP1,GLUL,SOX4,TMPO,MEF2C,ST6GAL1,WSB1,ACTN1,ARRDC3,MTUS1,CD3EAP,ANK3,HCFC2,ANK1,PSME4,DDIT4,HECA,KDELR2,NUP98,FLII,MYCBP2,RPN1,DCUN1D1,PIK3R3,NEDD4L,PIK3R1,HIF1A,GIGYF2,GJC1,APH1A,PRKAR2B,ATP6V0A2,NUP88,PSMF1,ATRIP,ST3GAL2,SCAI,S100A10,BRAP,VASP,CTSA,JUN,FZD3,BCL11A,SLC35E3,SURF4,H3F3A,MEX3C,SMARCA2,PBX1,PTK2,EHD1,WNK1,ID2,HBP1,ITM2C,EZH2,OGFR,PIGU,ARF1,BTG1,CITED2,FAF1,HEXB,CTSZ,CLTB,COIL,AKAP12,PCM1,TRIM2,TCP11L2,SDF4,ARIH1,JARID2,PCMTD1,TMED9,TSC22D1,TSC22D3,TCF12,MINK1,ELOVL6,TUBG1,MED26,DUSP6,MTSS1,PGM2L1,MLF2,ENAH,SLC7A5,PXDN,TAX1BP3,CD47,SGK1,PTMA,NAPA,GRN,NFIX,SATB1,NOL9,FAM117B,AKAP1,FAM129B,LMAN2,CLPTM1,MGAT1,BCAP31,SORT1,YIPF4,SORBS1,SYNJ2BP,VEGFA,AGBL5,MPHOSPH9,NFIA,NFIB,CCNG2,NEDD4,NBR1,YPEL1,ZYX,NUCB1,TRIP12,PKN1,PLP2,PNPLA6,YPEL5,CRAT,GRINA,KDM1A,ATP8A1,ZFAND3,FBXO25,FRY,UBE2Z,ACRBP,IPO5,IGF1R,EIF4ENIF1,LAMP1,SESN1,CAPN2,FADS1,AP2M1,TLE4,BNIP3L,USP8,IK,FBXW5,LMO4,ATG9A,TPM1,F2R,WBP11,PIAS2,FOXP1,ST7L,TMX4,TBL1XR1,RAB35,PHIP,MAPKAPK5,TNIK,PPIB,SQSTM1,FKBP5,PFKFB3,RAB5C,CUL3,INSIG1,PXN,CUL1,ITPR1,NDRG1,PHF21A,CORO1B,SOCS2,ORC4,SBNO2,ORC6,PITRM1,DNAJC21,PSAP,ZKSCAN2,NDUFV3,ZC3H14,SLC38A2,MYH10,MAP2K6,AP1M1,BPTF,IVNS1ABP,PRNP,CBX5,NUP155,ODF2,PTCH1,KLHL23,ARPC4,KLHL24,NFKBIA,HOOK2,NASP,HOOK1,GNB2,JMY,MKRN2,PLXNB2,MDM4,LRP10,BCL2L1,MXD4,RERE,ITGB1,KDM5B,RBM28,DYRK3,CALCOCO1,MCM7,WDR1,USP32,PRKCSH,CHD6,ARRB1,SLC2A3,YBX1,HMGB1,CHD2,SYNE2,LMNB1,TTC28,PPP1R9B,DUSP12,SEC61A1,LASP1,EEF2K,CAPZB,BCL7A,OPA3,TLK2,NPTN,FLOT1,TBP,USP42,DST,PDPK1,PDE4D,ZFP91,NAV2,ARID1A,VCAN,PTP4A3,SFPQ,TFDP1,RCN2,ASPH,RER1,CTDSP2,POLR1B,DNAJC5,RNFT2,NFAT5,GTF2A2,CANT1,RAB1B,RNF38,DDX20,FURIN,ATP1A1,MFF,MLLT3,PPM1G,FBXL20,ABLIM1,DNPEP,KATNA1,POLR2D,MKNK2,FYN,HNRNPA1,RPP14,RRM2,TRIM41,TMEM30A,TXNRD3,ATP2B4,PDE4DIP,TPD52L2,KLF6,PSAT1,IMPDH1,MGAT4B,DRG1,PDCD4,P4HB,SSBP2"
+"gene_set_query"	"937"	"ZNF329"	"793.7"	"ARCHS4 Coexpression,1618;Enrichr Queries,630;GTEx Coexpression,133"	"CYFIP2,ATF2,SLC35B4,MYT1L,ARAF,STMN2,THYN1,ENO2,EPRS,BACH2,OPHN1,DPYSL2,MYC,BSN,SOX4,CALN1,ARRDC4,SRRM4,ST6GAL1,ATP6V1G2,RBFOX2,UNC13A,ZFP1,SLC6A15,CD3EAP,SOX12,CPT1C,GABRG2,STX1B,KCNQ2,DDIT4,HECA,KCTD12,TSPYL4,BEX2,SLC45A1,STXBP1,MTMR9,NEDD4L,PRKCZ,SYNGR1,FAM171A2,NUAK1,HSPH1,CHST15,TSPAN5,PIP5K1C,RDH13,ST3GAL1,ZSCAN18,PRRT1,FZD3,CADM3,JUN,PRRT2,MAGEE1,BCL11B,PLK2,SLC35E3,MYO5A,SNAP91,ID2,NMT2,FBXL2,DZIP1,CALM1,RCOR2,CDK14,CALM2,CDS2,CPEB4,ITM2C,GABRB2,CSRNP2,PIGU,TMEM151B,BTG1,DOC2A,GDI1,CITED2,GRIK5,DIRAS2,SLC7A11,PFAS,ROBO1,PCLO,TUBA1A,ENC1,SPIN1,DLGAP1,GPRASP1,JARID2,GPRASP2,ZIK1,GARNL3,UPF1,ACTL6B,TSC22D3,GNL1,AP3B2,DUSP6,MLF2,RHOB,CNKSR2,SLC7A5,TUBB2A,CDC42EP3,PXDN,WAC,SGK1,VAMP2,NAPB,SATB1,ICA1L,ATL1,ADAM22,GDPD1,ADCY1,PRICKLE1,NOL4,TCEAL6,TCEAL5,NFIL3,CAMK2N1,METTL6,APBB1,DYNC1I1,PURG,DYNC1H1,WDR17,ARNT2,LHFPL4,NMNAT2,AP2B1,VEGFA,TMEM158,TTLL1,CCNG2,TCEA2,HDGF,PKN1,MEGF8,ATP8A2,CLSTN3,CLSTN1,CELSR3,SLC8A2,RIMS1,ZFP30,SALL2,BASP1,SESN1,NRCAM,SH3GL2,PCDHAC2,AP2M1,FADS1,RGS7,CDKL2,USP8,SLC38A1,IGFBP3,FRMD4A,ATP1B1,KCTD6,CLIP3,DISP2,CACNB4,ZFP41,SCN8A,MADD,MATR3,AMPH,MAPKAPK5,ABCG4,FKBP5,LRRC59,NDRG4,BHLHB9,NDRG3,RTN1,PFKFB3,ARL3,INSIG1,CACNA1B,KLC1,FBXO44,NDRG1,SOCS2,EFNB2,ORC4,DPP6,KLC2,ORC6,KIF3A,ZKSCAN3,CAMTA1,SRGAP3,KIF3C,IP6K1,PDZD7,AP1M1,TRAPPC2,SYT4,PRNP,SYT3,ATP8B2,SLC4A10,ASNS,KLHL24,CLK1,RALYL,H1F0,EFNA2,SYNJ1,NBEA,HOOK2,HOOK1,GNB1,AAK1,PI4KA,SPIRE2,GNB5,MAP3K12,SNAP25,KDM5B,DOCK3,DYRK2,CELF4,CHD6,PSIP1,SLC2A3,ZFP82,AFF3,RND3,DUSP12,OPA3,PSD3,PDE4B,EID2B,SVOP,PDPK1,PDE4D,VPS37D,NAV2,RABGGTB,REXO2,DNM1,PJA1,ARL4C,VCAN,RER1,TRAPPC6B,CDH10,CTDSP2,POLR1B,GFOD2,TERF2IP,IFT46,TNFRSF21,RNFT2,PPP1R15A,NLGN1,DCTN1,GOSR1,ADD2,AP3M2,FBXL20,GANAB,SV2A,U2AF2,MKNK2,POLR2D,TRIM46,REPS2,FEM1C,WASF1,CLVS1,OPCML,BEND6,MARCKSL1,SLC12A5,PCDHGC4,NICN1,NAP1L2,PDE4DIP,ATP2B2,SEMA4F,NELL2,IRGQ,KLF6,SYT11,SPRY2,TRIM37,SSBP2,CLUAP1"
+"gene_set_query"	"938"	"ELK3"	"794.0"	"Literature ChIP-seq,77;ARCHS4 Coexpression,1123;Enrichr Queries,974;GTEx Coexpression,1002"	"TDRKH,UXS1,TESK1,ALKBH8,LSM10,PREX1,PSMD6,PPP4R1,PSMD4,DPYSL2,AKT3,PRKACA,PRKACB,MEF2C,PRKAB2,PRKAB1,SCAMP3,SCAMP2,RUFY1,MYL6,RFX7,FEZ1,ZC3H11A,DDIT4,RUFY2,ORAI2,TTYH3,SAR1A,MEAF6,MRPL16,SDR39U1,BAZ2A,AGAP3,PLA2G6,OAZ1,MRPL20,CYB5R3,PRPSAP2,PRKAR2B,PIP5K1A,KCNMB4,JUN,PRPF38B,JUP,MRPL23,SNUPN,TBL3,EIF5,SFXN3,HYOU1,ARF3,ARF1,HEXB,SHB,MED15,TRIOBP,HSPB11,BBC3,SHF,TRMT112,TUBA1B,TMEM43,SMPD1,SH3BGRL3,DLGAP4,LRRC47,LYPLA2,DFFA,DUSP1,IFT140,SPHK2,SLC39A10,SLC39A13,MANEAL,NIPA2,DUSP8,DUSP6,SIRT3,DUSP7,DDB2,DDB1,PSMA5,MRPL53,SLC7A6,PLSCR3,CDC42EP4,PXDN,CDC42EP3,CDC42EP2,PICK1,CHST1,SLC29A1,ERGIC2,RNASEL,GSTP1,MRPL54,STX6,AP2S1,NCDN,ZSWIM4,MEF2D,SRSF11,EGLN2,GOLM1,MCRS1,TRAPPC10,SAMD4B,GATAD2B,SKI,TMEM59,PSMC6,CCDC9,TAOK1,SERBP1,TSR1,GOPC,PKN1,AGRN,GZF1,FBXO28,HDDC3,FADS2,STK11,UROD,RUVBL2,SESN1,OSBP,PIM3,SLC25A44,AP2M1,FBXW4,CTNNBIP1,PRPF4B,FOXP1,TPST2,FRMD3,ATXN2L,MINPP1,ACAP3,ACLY,TXLNA,MAPKAPK2,MRTO4,FSCN1,PKP4,SRSF4,MAPKAPK5,SLC27A3,ARL8A,RNASEH2C,KHDRBS1,PFKFB3,MAX,PEF1,MAZ,STK39,SPATA2,CORO1C,SAV1,FBXO42,RAP1B,SNN,PMVK,SMYD2,THEM4,SLC38A2,CD276,ZBTB17,DR1,FUS,STYX,HPS1,ARPC4,CORO2B,UCKL1,YRDC,SH3BP5L,STK25,SP3,NFE2L3,LRCH4,ITGB1,SLC25A1,ARRB1,BICD2,CAPZB,MDK,PPP6R1,PPP6R3,NCK2,PMEPA1,MRPL9,UNKL,BOK,EIF5A,EMX1,VPS37B,ARFGAP3,DDOST,ARL4C,NSMCE4A,SYF2,SEC22B,GAPDH,PPP1R15A,PPP1R15B,SRF,PRCC,CXXC1,MLLT1,FURIN,MFF,LRP8,MLLT6,SRM,CDC42,ZNRF1,KCTD20,U2AF2,FCHO2,SH3BP2,SH3BP4,FYN,LRRC8A,HNRNPA1,SLC25A22,GADD45GIP1,SEPT11,MARCKSL1,PCDH7,FOXJ2,NELL2,SLC25A38,MYO1B,NECAP2,EIF3M,SYT11,TSPAN18,EIF3F,SMAP2,TRIM33,SPG21,CPNE5,CERK,KDELR1,ACTB,CDC27,CHORDC1,EPC1,EPC2,KIF21B,CCDC92,ATXN7L3,ACVR1,EPHA4,SCAF11,ACTN1,ALG1,CSNK1E,PISD,THAP4,CDC34,CCNY,SNHG12,KCTD12,FLYWCH1,FAM76A,TRIM11,STX1A,SLC45A4,DHX9,GIPR,SDC3,CTR9,PIK3R3,PTTG1IP,GSPT1,UBE2J1,PGS1,APH1B,MIER1,PCBP2,HIVEP2,RAB11FIP5,CTSA,ST8SIA2,MICAL2,XRCC1,SMARCA2,IFFO1,EXT2,WNK1,ID2,CALU,SDC1,ECHDC2,CALM3,RCOR2,NRP1,MRPS16,CTSZ,ICA1,MIA3,BMI1,HERPUD1,PTMS,AKAP12,PPP3CB,ACTR1A,SPTLC1,HYAL2,ENC1,RAC3,SDF4,KIF1B,GIT1,CCT3,MMD,CCDC115,NCOA4,ANO6,RGMB,CTTNBP2NL,RAP2A,RAP2B,KIF2A,CTTN,PITPNM2,UFC1,TAX1BP3,ARHGEF1,FAM193B,ARHGEF2,PTMA,DBN1,STK40,STX12,CAB39,STX16,DOT1L,CRIP2,RELA,CAMKK1,GNAI2,SH3BGRL,MNT,HSF1,PEX16,MAP3K3,GABBR2,YIPF1,VEGFB,MIB2,MYO9B,PNMA2,PEX14,FKBP1A,SH3RF3,PER1,KIF26A,FKBP1B,TCEA2,PNPLA6,TARDBP,PRDM8,CARS,CRTC2,MIDN,CD81,ZFAND6,PEBP1,PRDM2,CYP46A1,PHRF1,UBE2Z,ACRBP,CELSR3,ACTG1,CAPN5,CAPN2,SNIP1,BAHCC1,RGS6,TMOD3,OSR1,DNAJB12,SSU72,UBE4B,POU3F1,SDHB,ATAD3A,DHDDS,ADAM19,EEF1A1,TMX3,ADAM15,DOK4,HNRNPUL1,TMX1,GPRIN1,EHBP1L1,PPIE,PPIH,UBE2V1,NDRG4,DIABLO,TOR1AIP2,RASGRP2,NDRG1,CNN3,GRK6,CAMTA1,BCL9L,TBC1D16,SYT5,IVNS1ABP,PRNP,OST4,FDPS,PHF12,PCIF1,CRIM1,SYT7,CLK3,CLK2,PAN2,HOOK2,HOOK1,GNB4,CNTN1,GNAS,UBE2N,IFT27,AMOTL2,TCF3,PICALM,GSK3A,PRR7,DDX3X,LDB1,CNRIP1,MAST3,CHD8,HP1BP3,ILK,CHD4,CHD3,CHD2,RND3,LMNB2,LMNB1,PPP1R9B,LRRFIP1,RBM17,RBM14,ARHGEF12,PDPK1,NAV1,YWHAZ,VCAN,SFPQ,NDUFS8,GORASP2,NDUFS5,CRY2,NDUFS2,SHANK3,IRF9,ASAP1,MAT2B,ATP2C1,AGPAT1,RNF2,CYTH3,GNG3,TMEM201,DNPEP,TAF1B,RAB40C,TNKS2,PABPN1,TAF1A,BNIP2,MTA2,FBRS,SMNDC1,CYTH1,PDLIM7,RRM2,NAA10,TAF13,EYA3,ATP2B4,ACVR2A,GALE,FAM131C,CARM1,VIM,TAF2,IPO13,ANKLE2,ARPC5L,GPATCH1,HNRNPR,BACH1,CNST,MYC,RPL35,IER5,IER2,PRKCD,DAPK3,WDR74,CD3EAP,AFAP1,GTPBP2,CLPX,WDR77,WDR82,BIN1,PRR12,CDC42SE1,SLAIN2,HIF1A,ABR,PRDX5,LDHA,PPP3R1,RIC8B,FLRT2,BLOC1S2,PRDX1,MCMBP,PLCG1,ST3GAL1,ST3GAL2,S100A10,FDFT1,CDK17,PHC2,HOMER1,CHKA,PLK2,IRF2BP2,MAD2L1BP,MTHFR,NR1D1,PRDX6,EHD1,HNRNPL,PPP5C,ATG2A,CDKN1C,GMEB1,BTG1,SETD3,GMEB2,SMG7,ADO,ING1,SMG5,TRIM8,FAM102B,TIMP2,GPR137,CIC,BRD3,BRD2,NUDC,SSR2,GNL2,FAM126A,ZEB2,INF2,MTF2,EXOC6,RNF166,GRAMD1A,WDR26,RPL11,TIMM10,FAM129B,PPP1R8,DEDD,SF3A3,YTHDF2,RIOK3,SYVN1,TTC9C,BLCAP,AGBL5,TMEM158,ABI1,ZYX,PLP2,TMEM39B,NUCB2,FAM49A,PHLDB1,DGKE,TOR2A,ANKRD13D,RAB3A,CHPF,TUSC2,CLSTN1,PARK7,FAM107B,IPO9,TUBB3,CFL1,LZTS2,CSNK1G3,TLE3,TPM4,IGFBP3,MAGI3,TPM1,F2R,PGD,DGKZ,RAB31,STIM2,DGKQ,TNIK,TTPAL,CSNK1G2,FKBP5,FKBP2,BRSK2,DNMT1,CD151,ANKRD16,CUL5,BRI3,ABHD8,UBR4,KLC1,STIP1,BAG5,TPR,PLXNA2,ABL2,PLXNA1,MCL1,WDTC1,MPDU1,ESRRA,OSBPL7,RAB4A,ATP8B2,TNK2,TRAPPC9,LSM5,MARCH2,LRFN3,CDK9,GON4L,SCCPDH,CNOT2,PDCL,SPIRE1,TADA1,PLXNB2,RNF187,RNF11,DAGLA,WDR1,RNPEPL1,TRADD,PIK3C2B,DUSP12,PTBP1,SIN3A,RNPEP,UBTF,EVI5L,TNPO1,TNPO2,ILKAP,ADAMTS7,PLEKHG2,REXO1,GGPS1,GPX4,ZFP91,NIPSNAP1,ZFP90,PTP4A1,PTP4A2,PTP4A3,ASPH,DNAJC7,TRAF4,CTDSP2,DNAJC8,CRK,ALDH9A1,TRABD,MTPN,LEPROT,NLGN1,SMARCD3,TSSC4,WBP2,HDAC1,AMBRA1,SEMA3F,HDAC7,DNAJB2,ABLIM3,DNAJB6,RBBP4,CSK,SEC11A,SMARCE1,MLXIP,SEMA4A,SMOX,RNF26,TXNRD1,ADRM1,SEMA4C,PTPN12,DDHD1,FBXL14,OXR1,MTOR,PNRC2,ASXL1,KLF7,MARCKS,KLF6,SNRNP40,IMPDH1,MFAP3,MGAT4B,RAB18,VPS45,PPIL4,PFKP,VARS,ZMYND8,PITPNA,FCF1,HS6ST1,KAT5,FTH1,SAP130,LONP1,ARL6IP5,ARFIP2,ARL6IP4,BTRC,SOX4,RPS13,AGFG1,RECQL,SRRM1,TWSG1,RRAGC,VDAC2,PFN1,AURKAIP1,ANP32A,TWF2,TEX261,NLK,INPP5B,PTDSS2,INPP5E,PATZ1,NTSR1,ATP6V0A1,VASP,VAT1,FIS1,TMEM50A,TREX1,STAG1,ZZZ3,ALDH18A1,RPS21,C2CD2L,ITM2C,CC2D1B,TOP2B,TRAM1,AHCTF1,CITED2,SLC44A2,SRA1,GLIPR2,GUK1,SH3PXD2B,DLAT,GABPA,UBXN6,PRMT6,MAP4K2,ZER1,GP1BB,NME2,RHOF,PPRC1,AP3B2,RHOA,MTSS1,RAB33A,MLF2,RHOB,VAV2,SCNM1,POC5,MAPRE3,AIDA,HNRNPH3,SGK1,ALDOA,NOL9,CST3,NT5M,LCMT1,MPZL1,NFYC,PRPF31,TOMM20,CCDC28B,ARHGDIA,FPGS,POGZ,COTL1,WRNIP1,RSBN1,PRPF3,TIPRL,CMPK1,ISCU,RAI14,ZCCHC8,RPS19BP1,PXN,BTF3L4,LTBP4,ADIPOR1,TMEM121,DPP3,EFNB2,ARHGAP21,UBB,DPP9,DMAP1,PDZD8,SMURF2,CBX4,WSCD1,NONO,ARHGAP29,DNAJC14,CRLS1,ARHGAP23,NFKBIA,DLG1,EFNA3,EFNA2,NR4A3,DLG4,CAPRIN1,TBCE,ACBD3,CREBZF,KDM5B,ACADVL,SLC2A3,YBX1,ELAVL1,HK1,HS2ST1,SPRED2,SPRED1,MFSD5,PDE4B,TMEM109,MFSD1,FLOT2,PDE4A,RBM7,RBM5,SCYL1,KDM6B,USP48,KLF13,SPATS2,AXIN1,OXSR1,TRNAU1AP,ARID1A,SENP3,CKAP4,FAM189B,FCHSD2,DDAH1,THRAP3,AKT1S1,CDH11,CDH13,HAGH,TMEM9,CHMP7,PFDN5,ATP1A1,SPG7,MOSPD3,MTIF3,GNA11,CLASP1,USP24,KDM4A,NEGR1,BAD,PRAF2,PDE4DIP,MEIS2,RPS6KB2,CDK2AP2,SPRY2,CDK2AP1,ATP13A2,LPIN2,SSBP3,SSBP4"
+"gene_set_query"	"939"	"TFEB"	"794.0"	"Literature ChIP-seq,52;ARCHS4 Coexpression,1151;Enrichr Queries,704;GTEx Coexpression,1269"	"BACH2,LSM10,PREX1,TBK1,ZMIZ1,DPYSL2,MYC,STMN1,CDK20,AP1S2,VPS35,PIP4K2C,DIP2B,FNBP4,VPS18,MEF2C,GABARAPL1,NUP210,FNBP1,PRKCD,DNTTIP1,REV1,CD3EAP,AFAP1,HCFC2,GTPBP1,RC3H2,SCAMP3,WDR81,BIN1,DDIT3,ZC3H11A,DDIT4,UQCRC2,UBA52,DUS3L,PLBD2,ATF4,ABCB6,SDR39U1,VPS26A,COPS7A,PLA2G6,OAZ1,GNS,GABARAP,GIGYF2,CYB5R4,PRPSAP2,PRDX4,BLOC1S1,GRPEL2,CHST15,VPS11,PIP5K1A,SSR1,NRBF2,ST3GAL2,SERF2,JUN,PHC2,JUND,JUP,ST13,MRPL27,IRF2BP2,PRRC2C,MTHFR,NR1D1,PHC3,EHD1,CS,ABTB1,HNRNPM,HNRNPD,PPT1,OGDH,MMS19,HBP1,CPEB4,CDKN1C,OGFR,CEP57,PIGU,ELL,PHF20,MTMR14,CLTC,PRKAG1,CLTA,SNX11,TRIM8,PANX1,MED11,TUBA1C,MED13,RFK,TRIM2,TIMP2,ANXA6,DUSP1,TEX10,SSR3,MRPL48,GMIP,DUSP6,DUSP7,NCOR2,PHF20L1,PSMA5,SLC7A5,TAF6L,ZEB2,MED25,CDC42EP4,PXDN,RAPGEF1,PLEKHO1,KIFC3,SLC29A1,RNF166,GRN,NFIX,RNASEK,TIMM13,HSPA14,FAM129B,FGD3,ASNA1,STX6,SC5D,CKB,BID,MEF2D,SF3B1,RPL19,YTHDF1,MBD6,USP9X,PCGF2,WWP2,RNF146,NFIA,SNX16,NFIB,SHKBP1,APEX1,SRRD,ZYX,SARM1,UBAP2,RPL22L1,PKN1,YPEL3,MTCH1,FAM49B,MTCH2,CCNT2,FAM13B,GTF2B,FMR1,UBE2D1,IPO8,FNTA,LAMP1,UROD,CFL1,SNRNP35,LZTS2,MTPAP,IFNAR2,PIAS4,TLE3,RNF44,SUPT16H,EIF1AX,VPS33A,DYRK1A,DYRK1B,CNPY2,FRMD4B,RBX1,ARMCX3,ACAP2,RAB31,SLC9A8,NCL,ARMCX6,ERP29,SRSF3,SNRPC,SNRPA,FKBP5,GLYR1,PFKFB2,KHDRBS1,PFKFB3,CUL5,MAX,INSIG1,ANKRD12,CORO1A,RLF,SOCS2,ORC4,SBNO2,PMVK,DVL2,SLC38A7,CCDC32,IP6K1,SLC15A4,NADK,MAP2K5,MAP2K6,WDTC1,AKIRIN2,OSBPL8,UVRAG,TRAPPC3,EIF2B2,TNK2,HPS1,M6PR,HPS3,TRAPPC8,ARPC5,ADAP1,EEF2,RCAN1,CDK4,TADA1,CCDC22,LRCH4,RNF185,RAB5A,EIF4G1,CELF1,PIK3CD,ARRB2,AP4M1,DUSP12,PTBP1,PMEPA1,WDR6,TNPO2,SLC37A3,BCAS3,PDCD6IP,GPX1,SGIP1,DHPS,ZFP91,RAD23A,PATL1,QTRT1,TRAF7,PTP4A3,CTDSP2,C1D,DNAJC8,HDAC5,BECN1,GTF2A1,WBP2,SRBD1,CXXC1,RAB21,FOXRED2,POLR2A,MGAT5B,SH3BP2,PHKG2,CSK,RBBP6,EIF4E,SH2B2,EIF4B,SEC11C,SPAG9,SEMA4A,SLC35A4,HNRNPA3,SEMA4D,MBOAT7,TXNRD1,TXNL1,CDC42BPB,MCOLN1,FBXL14,SLC25A38,KLF6,NAGK,EIF3K,IMPDH1,POLR3C,ST7,SNRNP48,SMAP2,RHEBL1,SLC25A36,SPG21,EIF3A,EIF3B,SLC35B2,IFITM2,TXNDC11,CISD2,IFI30,PWP1,RCBTB1,CCAR1,GOLGA4,FRAT2,RASSF2,KAT5,FTH1,BSG,LONP1,EPC1,TRIM27,BTRC,ATP6V1E1,SLC12A6,GLUL,SLC12A9,ST6GAL1,ATP6V1G1,SCAF11,BOLA1,ALG1,MFSD11,ANK1,MRPS18C,AFG3L2,RRAGC,RRAGB,SUB1,GUF1,SIK3,HECA,KCTD12,ATP6V0D1,EIF1B,SLC45A4,CUTA,STXBP2,TWF2,PIK3R1,PGS1,COMMD9,SNX2,MICAL1,DHX35,VPS8,HIVEP1,GSE1,FAM192A,RALGDS,RIMKLB,ATP6V1C1,VASP,RABGAP1L,IQSEC1,SYNRG,SLC35E3,GADD45G,RPS28,ZZZ3,ID2,FUBP1,GRB2,CORO7,FBXL2,ALDH18A1,CALR,ITM2C,CC2D1B,DDR1,MRPS15,UBXN1,FAF1,SRA1,AATF,SPPL3,LIMD2,PCM1,NUDCD3,AKAP11,XPO6,ZMYM6,MLX,CTSD,TOP3B,CCT3,CDV3,ATP6V0B,DBNL,TSC22D3,GAA,ACAD9,PRMT3,MTSS1,COMMD4,TOPORS,MLF2,RHOB,TOX4,SCNM1,PACS1,NFX1,CSDE1,FAM20C,ARHGEF1,HNRNPH2,SGK1,STK40,NAPA,CSTB,HEATR1,GBA,NOL8,CAMKK1,TYMP,GNAI2,CST3,TCEAL8,AMN1,ZDHHC18,NFIL3,TCEAL1,PEX16,MAP3K3,NPM1,NFYC,MYO9B,VEGFA,YIF1B,PDP1,NUDT9,SEC23IP,PRPF39,CCNYL1,RAB3GAP2,HDGF,TACC2,CAMK1,MEGF9,CRTC2,NARF,PRDM4,ZFAND3,ZFAND6,OGDHL,TOMM20,CELSR3,ARHGDIA,KHSRP,COTL1,SNIP1,TMEM14C,TPRA1,TRAPPC2L,DIMT1,DNAJB12,ADAM10,LMTK2,SDHC,TSC1,UBE4B,TUG1,DHDDS,EEF1A1,ILVBL,EHBP1L1,SPNS1,GEMIN7,UBE2V1,ZCCHC8,ATP6V1A,DDX5,TMED10,HTRA2,KLHL12,RASGRP2,STK4,CSF2RA,NDRG1,ARHGAP12,GRK6,ZMAT5,ATP6V1H,ZC3H18,BPTF,PRNP,ACBD6,CBX6,UBE2B,HMGA1,ASPSCR1,TIMM44,DNAJC13,DNAJC16,ANKHD1,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,TBCE,STT3A,LRP10,SAE1,PICALM,NAA40,PRKCSH,USP32,ADAR,AFF4,PPP1R9B,FLCN,UBE2Q1,MFSD5,NPTN,TIMM17B,FLOT2,MFSD1,DACT3,GET4,KDM6A,SUN2,KLF13,HSDL1,PDPK1,H2AFZ,RBM18,NAV2,GPCPD1,UTP18,SUPV3L1,RCN2,THRAP3,NDUFS6,AKT1S1,CHMP6,IRF9,VAC14,RGS19,USP10,DCTN4,HMGCR,CYTH3,GNA13,DNPEP,TNKS2,PABPN1,PPP2R3C,TDG,MKNK2,PTK2B,BNIP2,MAPK1,BUB3,FBRS,SMNDC1,CYTH1,MAPK3,ATF7IP,URGCP,KDM4C,TMEM30A,MIIP,SGTA,PDE4DIP,USP28,CLCN7,PIK3IP1,TEF,CAPN10,BAX,VIM,FAM98A,TAF1"
+"gene_set_query"	"940"	"ZBTB14"	"794.5"	"ARCHS4 Coexpression,1142;GTEx Coexpression,447"	"GMFB,CPNE5,PHAX,DCAF5,RASSF2,CNST,PWWP2A,PIP4K2A,SEC62,GOLGA7,BROX,FRS2,DICER1,ATG12,ARMC1,RUFY1,DYNC1LI2,WDR82,FEZ1,VOPP1,PRR18,NUP98,KCTD18,CGGBP1,TBC1D9B,ANP32A,MEPCE,SLAIN1,TMTC4,NKAIN2,DHX30,SPAST,PRKAR2B,LHPP,SNX6,CDK19,RABGAP1L,BCL11B,SLC35E3,ZBTB6,STAG2,WNK1,CCDC88C,FBXL3,ANP32B,CDC42SE2,DAZAP2,ARF1,CDKN1B,CTCF,BMI1,LIMD2,ENOPH1,GABPA,PCMTD1,TOP3B,MAP4K2,CCDC115,GP1BB,MMD,ZFR,NCOA4,NIPA1,ANO6,GAB2,SIKE1,ZEB2,VAMP7,KIF2A,ARHGEF1,PLEKHO1,CLDND1,CENPB,PAPSS1,TRAK2,PCNP,FGD3,SH3BGRL,PGRMC1,PPP1R8,HSF1,NT5M,TRAM1L1,RNF130,MAP4K4,RPA1,KLHL9,AGBL5,RYBP,KLHL5,TAOK3,AGGF1,TCEA1,CIAPIN1,DBR1,NUP188,POGK,FMR1,CEP120,ARID4A,ACRBP,FAM107B,PAIP2B,FNTA,KIF5B,LAMP2,DENND5A,ZNF326,NUDT16,RGS6,PPP1R16B,DIMT1,ANGEL2,STX7,ZBTB34,FRMD3,CLIP2,CMPK1,PKP4,FAIM,PXK,MAX,CCDC25,CLEC16A,PSEN1,RASGRP2,STK4,CORO1A,TIMM50,ARHGAP12,FUT8,SNN,RAP1A,TMEM128,GRK6,ZC3H13,OST4,ACBD5,API5,HPS3,QDPR,MARCH2,PDCL,SERINC1,LSM14A,MDM1,LMBR1L,DYRK3,RNF11,RNF13,MAST2,PIK3CD,GTDC1,HMGB1,AP4M1,SEPT6,SEPT7,NCK2,IFT57,EDIL3,ACTR2,KLF13,PLRG1,DCK,ZFP90,PTP4A2,LMBRD1,FCHSD2,RABEP1,TBC1D5,NUP50,SFT2D1,MTPN,RAP1GDS1,RMND5B,GNA13,ZNRF2,KCTD20,LRRC8D,POLR2G,CSK,DRAM2,TRIM44,CYTH1,SEMA4D,PLCL2,DDHD2,PTPN11,CABLES2,NIN,FMNL2,VPS41,PDE7A,TPT1"
+"gene_set_query"	"941"	"ZSCAN22"	"794.7"	"ARCHS4 Coexpression,1457;Enrichr Queries,291;GTEx Coexpression,636"	"POP7,TMEM41A,ZMYND8,PPAN,GPATCH1,HNRNPU,CISD2,WDR83,EPRS,ACTB,BACH2,LSM12,CDC23,TRIM28,PSMD5,ZMIZ1,ALKBH1,DPYSL2,MYC,FAM53C,AKT1,IER5,ATXN7L3,RNF111,SOX4,IER2,MED1,TSPYL1,DAPK1,ARRDC3,NSMCE2,MED8,CIRBP,CD3EAP,MOGS,SOX12,ANK1,MED6,ZW10,GRWD1,DDIT4,HECA,KCTD15,TMEM161B,TTYH3,DHX8,SHMT2,CDCA4,SAR1B,BAZ2A,PIK3R1,APH1A,ABR,CHTF8,HSPH1,DHX33,GAR1,CSTF1,VTI1A,GSE1,RCE1,RDH13,PUSL1,ST3GAL1,RALGDS,ZBED4,BANP,CREBBP,JUN,JUND,PNO1,TREX1,PLK2,INSR,SETD1A,SLC35E3,IRF2BP2,PBX2,NR1D1,SMU1,TMEM199,HNRNPL,ZBTB6,FASN,ID2,INTS5,SFXN3,NOL11,ITM2C,MRPS17,ARF3,GMEB1,PIGU,CITED2,CTCF,TMEM186,MED17,AKAP12,OTUD6B,ENC1,DHX15,SDF4,CIC,JARID2,UTP14A,RAB8A,PRMT5,UPF1,WDR36,TSC22D1,SPHK2,MINK1,MRPS2,ELOVL6,MRPS7,PPRC1,DUSP6,SREBF2,COMMD5,DUSP7,MLF2,RHOB,ENAH,NCOR2,MRPL53,SIKE1,CTU1,MED20,PXDN,TET3,SGK1,SF3B3,NFIX,SLC20A1,NIP7,TM9SF4,NOL6,MNT,NFIL3,TMEM68,LEO1,RRP36,MGAT2,ANKRD52,HEATR6,EXOSC2,MEF2D,UTP3,GATC,DAB2IP,TTC9C,BYSL,GATAD2A,VEGFA,KBTBD4,PHF5A,NFIA,NFIB,NUCB1,HDGF,PKN1,CRTC2,MIDN,FBXO28,PHRF1,FBXO22,IGF1R,KHSRP,SNIP1,EP300,PIM3,FADS1,NOM1,TPRA1,KDM2B,TPM1,ZBTB33,FOXP4,RAB35,CHMP4B,GEMIN7,TTPAL,NSMAF,FKBP5,KLHL18,PFKFB3,TOR1AIP2,EFNB2,EIF1AD,PITRM1,ZKSCAN3,ZKSCAN1,PDZD7,BCL9L,CCDC134,HSPA8,PRNP,NOP14,PTCH1,PHF12,HMGA1,TOR1B,DNAJC17,BCL9,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,DLG5,GNB1,SPIRE2,TMEM19,NFE2L1,ISY1,SCYL3,GSK3A,DDX49,NVL,PRKCSH,CHD8,WDR4,CHD6,SLC2A3,TRIAP1,ELAVL1,DUSP11,DUSP12,SPRED1,SART3,EEF2K,MFSD5,OPA3,MYO18A,PDE4A,TNPO3,GET4,KDM6B,HSP90AA1,PLEKHG2,KLF13,DST,RFC2,PDPK1,DDX55,AXIN1,NAV1,OXSR1,NAV2,ARID1A,RAD23B,REXO4,TRAF7,PTP4A3,CTDSP2,POLR1B,CRY2,DNAJC9,BCAT1,AHDC1,PPP1R15A,RNFT2,DCTN5,PPP1R15B,HDAC3,GTF3C4,PARG,GOSR1,PRCC,LENG8,ZBTB45,MLLT1,FOXK1,TOB1,FAM168B,GANAB,DNPEP,RBBP5,U2AF2,TDG,TGS1,POLR2C,MKNK2,FEM1C,RPP14,SPEN,MLXIP,KDM4A,MARCKSL1,KDM4B,SEMA4B,LYSMD1,PDE4DIP,CDC42BPB,ASXL1,TNRC6C,KLF7,SNRNP40,KLF6,RPS6KB2"
+"gene_set_query"	"942"	"ZNF613"	"795.0"	"ARCHS4 Coexpression,295;Enrichr Queries,950;GTEx Coexpression,1140"	"APP,VARS,ZDHHC5,ZDHHC8,FNBP1L,NDST1,CAPNS1,TRIM28,MPRIP,RAVER1,ALKBH1,CDC26,DPYSL2,MYC,ZMIZ2,PSMD3,AKT1,PRKACA,ATXN7L3,SOX4,ARRDC4,SRRM2,MEF2C,ST6GAL1,DAPK1,ARRDC3,IFRD1,CD3EAP,MOGS,SCRIB,ACTN4,MAPK8IP3,DDIT3,ZSCAN21,XRN2,DDIT4,PRR12,KCTD18,TRIB2,SF1,TBC1D9B,TMEM63B,FLII,SUPT4H1,NEDD4L,PIK3R1,APH1A,PPP3R1,CHTF8,RDH11,ZNHIT3,ST3GAL5,TNRC18,PLCG1,PIP5K1C,ST3GAL2,JUN,TMEM184B,CADM1,INTS1,PLK2,IRF2BP1,PBX2,PBX1,GADD45G,PRRC2A,TMEM199,HNRNPL,ID2,GIPC1,INTS5,CALM3,MON1B,ARF3,DAZAP1,CITED2,PAK1IP1,AP2A1,SNX11,SLC7A11,VLDLR,PRPF19,TMEM186,SMG5,MED17,MED11,GLIPR2,ANXA6,SDF4,SDF2,JARID2,CIC,CAP1,ZC3H10,UPF1,TSC22D1,TSC22D3,MINK1,DYNLL2,SREBF2,COMMD5,MLF2,KIN,MRPL53,SCNM1,PRPF18,INF2,PITPNM1,TMEM33,FRG1,MED20,PXDN,NCOA7,RHOU,ARHGEF2,PLCB1,SGK1,ERGIC1,PRIM2,CSTB,RNASEL,CDC123,SATB1,NOL7,DLST,CENPB,FAM129B,HIRA,PES1,CLPTM1,MFN2,FLNA,ANKRD52,YKT6,SF3A1,YIPF1,DAB2IP,TTC9C,AP2B1,WDR12,SCAF1,TMEM60,SKI,KBTBD4,XAB2,NFIB,CCNG2,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,PRDM8,DBR1,ZFAND3,CLSTN1,HDLBP,ATN1,TM7SF2,ZFP30,KIF5C,BASP1,SESN1,ARHGDIA,CWC22,PHYHD1,SBF1,USP5,TRNT1,THOC5,ATAD3A,DGKZ,RNF40,ATXN2L,CTDNEP1,OLFM1,ACAP3,ADAM15,HNRNPUL1,HNRNPUL2,EHBP1L1,CHMP4B,CARS2,PDE9A,CSNK1G2,FKBP5,GLYR1,ANAPC2,LRRC59,INO80E,PFKFB3,RAB5C,MAZ,NDRG1,SUPT6H,SOCS2,RAI1,SBNO2,MED30,ZMAT5,DVL1,BTBD2,NACC1,ABL1,ANKRD10,LLPH,BCL9L,WDTC1,PRNP,TOR1A,FBXO38,DHCR24,KLHL24,EEF2,CHERP,NFKBIA,H1F0,LSM6,SLC7A6OS,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,NFE2L3,PLXNB2,UBA1,GPR107,LRP10,LSM14B,RNF185,CNIH4,BCL2L2,NFE2L1,EIF4G1,ISY1,ZNF512B,SCYL3,ACADVL,KDM5C,GSK3A,PRKCSH,CHD6,ATP2A2,SLC2A3,ZFP82,CHD3,PTPN23,LMNB2,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,FLOT2,PMEPA1,YWHAG,DGCR2,ARHGEF11,REXO1,KLF13,PDPK1,RAD23B,SENP3,ARFGAP1,DNM2,TRAF7,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,C1D,PPP1R12C,RNFT2,GTF3C1,CANT1,USP10,DCTN1,RAB1B,LENG8,MLLT1,ATP1A1,STRN4,ADD1,USP19,HDAC7,DNAJB2,DCAF15,AP3M1,FZR1,FAM168B,GANAB,DNPEP,MTA1,DNAJB6,U2AF2,FAM120A,REPS2,BNIP2,FEM1C,MTA2,CCDC71,EIF4E,FBRS,KDM4B,CIZ1,FBXL19,CDC42BPB,MAPK14,FBXL12,CLCN7,KLF6,NEURL4,CARM1,MGAT4B,ACIN1,P4HB"
+"gene_set_query"	"943"	"ZNF41"	"795.0"	"ARCHS4 Coexpression,1138;Enrichr Queries,600;GTEx Coexpression,647"	"ZDHHC5,JMJD1C,EPRS,PDCD2L,DCAF6,EFR3A,PSMD7,HERC1,DPYSL2,MYC,MEF2A,PDHX,MEF2C,CACNA2D1,MRPS18B,MTUS1,RFX3,CD3EAP,GNPAT,RNF123,AFG3L2,KATNAL1,RRAGD,AKAP9,GUF1,VDAC3,VDAC1,HECA,UQCRC2,DHX8,DCUN1D2,BAZ2A,PIK3R1,RAB11FIP2,MCTS1,MED13L,CS,SETX,AIMP2,STAG2,HNRNPK,WNK1,PKIA,OGDH,RPS21,MRPS17,GFM1,SMG1,PIGU,GFM2,SUV39H1,SETD7,MRPS10,PHF6,PHF8,MED12,UBL5,MED14,AKAP11,MED13,KIF13A,TIMP2,IDS,DLAT,RRP15,RALGPS2,MRPS28,LRRC47,NCOA1,ZYG11B,NCOA2,PBRM1,SHPRH,PCYT1A,MRPS22,TSC22D3,TCF12,TET2,SLC39A10,ASH1L,MRPS7,MRPL46,MLF2,HADHB,MRPS9,CDC42EP3,PXDN,CANX,NCOA7,DLD,SLC29A2,MRPS35,CAB39,SATB1,USO1,TIMM13,MRPS30,SAMM50,MFN2,RICTOR,MAP4K5,BRD7,PAK2,BRF2,MDH2,HUWE1,GATAD2B,LRPPRC,LRRC20,ITCH,NFIA,RLIM,TRIP12,PKN1,OTUD4,FAM13B,UBE3C,KLHL34,UBE3A,COX6A1,CHCHD4,CHCHD3,PPIP5K2,CFL2,CWC22,NUDT19,SMARCAD1,KPNA4,KPNA3,KPNA1,SLC25A46,SH3GLB1,SEMA6C,PHYH,TPM3,TMOD2,F2R,CASK,SHISA4,OCRL,LMO7,ATP11B,THOC2,ZBTB33,RBX1,EHBP1L1,PLAA,FKBP3,RTN2,CUL5,DDX1,UBR3,PRPF8,EFNB1,BTBD1,DNAJC21,SKIL,ZKSCAN1,PRNP,EIF2B3,VTA1,GOT2,CCZ1,KLHL24,COQ6,COQ5,ZC3HC1,ARHGAP32,COPS5,EFNA2,APPBP2,HOOK2,ZFP62,HOOK1,CNOT1,CAPRIN1,TBCE,SP3,DMXL2,MDM2,TAB3,ACO2,GRSF1,BRWD1,OGT,NFE2L1,EIF4G2,ITGB1,PHTF2,DDX3X,ASNSD1,DOCK9,PRKCSH,SCHIP1,COX4I1,FHL1,CHD6,ATP2A2,ADAR,CHD2,AFF4,PSD3,MYO18A,UQCRFS1,YAF2,ACTR2,NAA30,ADSL,ARHGEF12,DST,TTC33,PDPK1,RBM18,ATRX,VPS13A,RAD23A,LATS1,PTP4A3,PIK3CA,ASPH,IRF3,CTDSP2,POLR1B,RASA1,CCDC43,NDUFS1,BIRC6,SLC25A12,SOS1,RBM24,SOS2,SLC25A4,NFAT5,ROCK2,MTIF2,PDHB,SRL,CLCN3,NT5C2,ABLIM1,FAM120A,FEM1C,ROMO1,RPP14,EIF4B,NIPSNAP3B,NDUFA9,USP24,ATE1,SPAG7,PTCD2,KCNJ11,FEM1A,NDUFA3,PDE4DIP,IMMT,PTPN11,PPP2R3A,USP28,CUL4A,SLC4A7,NIN,SUCLA2,CDKN2AIPNL,APC,ASB8,RAB12,POLR3D,GPD1L,ATP13A3,PFKM,MBTPS2,TAF1"
+"gene_set_query"	"944"	"KIN"	"795.7"	"ARCHS4 Coexpression,1091;Enrichr Queries,91;GTEx Coexpression,1205"	"TFRC,HNRNPU,CISD2,JMJD1C,SMC5,SMC6,GABPB1,SMC3,EPRS,CCAR1,PNN,CAPNS1,TRIM28,OPHN1,ALKBH1,MYC,STMN1,PWWP2A,EPC1,AKT1,TRIM27,ATXN7L3,SLC12A9,TMPO,DDX18,WSB1,IFRD1,NGDN,WDR75,DNTTIP2,CD3EAP,MOGS,GTPBP4,XRN2,DDIT4,HECA,DHX8,DHX9,NMD3,PIK3R1,APH1A,CYB5R4,HSPH1,RAD21,RRS1,CSTF1,NRBF2,HEXIM1,CREBBP,JUN,PRPF38B,SETDB1,INTS1,PLK2,EDEM2,SLC35E3,SMARCA5,IRF2BP2,UPF3B,PBX2,HARS2,EIF1,PRRC2A,HNRNPL,ABTB1,HNRNPK,EIF5,EIF6,ARMC10,FUBP1,CWF19L1,INTS4,NOL11,INTS8,ITM2C,EZH2,ARF3,DHRS13,PIGU,BTG1,CITED2,PAK1IP1,MRPS12,PCSK7,PRPF19,WDR43,SMG5,MED17,NIPBL,XPO1,PCF11,DHX15,SDF4,RRP12,CIC,RRP15,UPF2,CCT2,UPF1,MINK1,PRPF40A,MRPS7,GNL2,DUSP6,SRP9,SREBF2,RAB33B,GNL3,MED23,PHF20L1,MRPL53,HNRNPH1,MTF2,PXDN,WAC,EXOC6,SGK1,RNASEL,PCNA,SLC20A1,PRIM1,SDAD1,HSPA14,PSMA7,BCLAF1,EXOSC8,TMEM68,USP1,ANKRD52,SRSF10,SF3B1,CCT5,MAP4K4,UTP6,NPM1,YTHDF2,NFYB,YIPF4,TTC9C,TMEM60,RSL1D1,KLHL8,SERBP1,HNRNPA2B1,TAOK2,NUCB1,HDGF,PKN1,KBTBD7,GRINA,GTF2B,CSE1L,HDLBP,ARID4B,PPP1CB,PAPOLG,CWC22,USP8,ANKRD49,USP5,USP3,TTC7B,ZBTB34,PRPF4B,ILF2,RSBN1,MSH6,DMTF1,HNRNPUL1,SLC9A8,NCL,RAB35,SBDS,SRSF3,PHIP,SRSF6,CARS2,SRSF7,FKBP5,ZCCHC8,LRRC59,DDX5,DNMT1,PFKFB3,CUL3,CHRNA7,TARS,CACNA1A,TOR1AIP2,UBR2,CACNA1D,NRF1,RPF2,ORC5,SOCS2,ORC4,NEUROD2,ORC6,PITRM1,TPR,NACC1,ZKSCAN3,CCDC32,BRIX1,NDUFV3,SLC38A2,PDZD7,MCL1,AP1M1,HSPA9,IVNS1ABP,TRAPPC2,ACBD6,HSPA8,PRNP,CPSF6,HSPA5,FUS,FBXO38,NUP153,EIF2S2,EEF2,EIF2S1,NFKBIA,LSM6,SLC7A6OS,EFNA2,HOOK2,NASP,HOOK1,GNB1,SPIRE2,UBA2,OGT,NFE2L1,EIF4G1,SCYL3,RBM25,KDM5C,MCM7,DDX46,PRKCSH,WDR3,CHD6,HMGB1,RND3,LMNB1,PPP1R9B,RBM3,DUSP12,SEC61A1,SENP7,LASP1,PPP6R1,RB1CC1,OPA3,FLOT2,DACT3,DNM1L,SLC37A3,RBM17,RFC3,HSP90AA1,CHUK,DIS3,EED,PDPK1,ATRX,MSL2,DDX52,TRAF7,SFPQ,PTP4A3,CTDSP2,POLR1B,LUC7L3,TOP1,RBM22,RNFT2,USP15,HDAC2,RAB1B,SRSF1,DDX21,ATP1A1,FBXL20,FAM168B,GANAB,DNPEP,MAT2A,U2AF2,TRA2B,POLR2D,EIF4H,RBBP6,FEM1C,BUB3,RPP14,NOP56,RBM39,NOP58,SSB,RRM2,PDE4DIP,CDC5L,NAP1L1,DEK,MAPK14,GDAP2,DNAJA1,IRGQ,KLF6,CARM1,SNRNP48,CEBPZ,VIM,P4HB,RBM45,PPIL4,RAN"
+"gene_set_query"	"945"	"GFI1B"	"797.0"	"Literature ChIP-seq,29;ARCHS4 Coexpression,1188;Enrichr Queries,1259;ReMap ChIP-seq,106;GTEx Coexpression,1403"	"MDC1,POP5,MAPKBP1,MT-ND4,TFRC,ITSN1,RBPJ,LSM10,FAM110A,SCAMP4,SAMD14,PPP4R1,RAVER1,PSMD2,PSMD3,PSMD1,PRKACA,STARD3,DAXX,MEF2C,STARD7,DNTTIP1,DNTTIP2,EML2,SCAMP3,SND1,BCR,RUFY1,EML4,FAM133B,EID1,MYL6,PRKAR1A,RFX7,DDIT3,DDIT4,UNC50,RBCK1,LETMD1,ATF4,MEAF6,SAR1B,TARSL2,NPRL2,NPRL3,MEPCE,AGAP1,COPS7B,ABCB8,MRPL14,AGAP3,MRPL12,OAZ1,GABARAP,ADAMTS10,MTMR6,GIGYF2,PRPSAP1,CYB5R1,MRPL20,RHOT2,HMGXB4,RHOT1,PRKAR2B,VTI1A,RDH14,LTA4H,PIP5K1C,PUSL1,ATRIP,RHBDL1,HEXIM1,PRRT1,JAG2,JUN,PRRT2,GSTM1,EIF2AK1,ABCA3,PBX2,MRPL28,ERLIN2,FAM136A,MRPL23,MRPL24,PBX1,MRPL21,EIF1,MLLT11,MRPL30,MLLT10,TBL3,NMT2,EZH1,ARF1,PIGU,PIGT,KCNC3,RPLP1,RPLP0,ARHGAP1,MRPL38,CTCF,MED16,MRPL34,BBC3,DDA1,TRMT112,TUBA1B,ATIC,SMPD4,TMEM43,FASTK,RPLP2,TCP11L2,SH3BGRL3,JAK2,DLGAP4,APC2,LRRC47,ACTL6B,SPHK2,IFT140,ELOVL5,PGAM1,MRPL49,LRRC40,SIRT7,GMIP,MED29,DUSP6,SRP9,DUSP7,MRPL44,SLC7A4,MED23,MRPL53,PSMA6,SLC7A6,PXDN,RAPGEF1,PELI1,SLC29A1,VAMP4,VAMP2,LRRC14,RNASEK,ELOF1,ATL1,WRB,SRRT,DLST,PSMA7,FAM117B,TMEM70,MRPL55,SNX29,UNK,PSMB2,AP2S1,SAMD1,MEF2D,SRSF10,NKTR,CENPT,MBD6,UTP3,SNX21,LYRM2,RABIF,MYBBP1A,CCDC9,SNX17,SHKBP1,ETNK1,SNX15,CCDC6,YPEL1,TSR1,PKN1,AGRN,YPEL3,HDDC2,MTCH2,CCNT2,CRCP,UBE2D3,MPV17L2,ZBTB22,FBXO21,FBXO22,FADS3,YY1,FADS2,UROD,SESN1,STK16,CEP250,SLC25A44,KPNA1,SH3GLB2,PCYT2,DGAT1,CISH,PPP1R16A,PRPF4B,CNPY3,FBXO10,CASD1,LENEP,CDC25B,TPST2,FRMD3,MSH6,ACAP3,MINPP1,MSH2,LIX1,MAPKAPK2,FSCN1,SRSF3,SNRNP200,ARL8A,SRSF8,ARL8B,LRRC59,RNASEH2A,MAX,MAZ,ISG20L2,ARL1,FBXO44,RAP1GAP,CORO1B,SAV1,GLIS2,SLC9A1,SNN,ATXN2,PGK1,SLC38A6,E4F1,FUS,HPS4,ZBTB12,ARPC5,ZBTB11,EEF2,DRAP1,ARPC2,CLPTM1L,LRCH4,ZNF512B,SNAP25,HSP90AB1,CELF1,POMT1,AKAP8L,PTEN,ARRB1,ARRB2,ETFB,NRGN,AP4M1,MRPL4,CAPZB,MDK,NCK2,HMG20A,MRPL9,SNAP29,EIF5A,EIF5B,SH2D3C,SIGMAR1,MSL2,ARNT,AHSA1,NDUFC2,RAD23A,ACTR8,DDOST,PPM1A,IMPACT,PPM1B,TMBIM4,BIRC6,GAPDH,SLC25A11,AHDC1,TNFRSF21,ST6GALNAC6,PPP1R15A,PPP1R15B,LRP1,ROCK2,PRCC,SRSF1,NDUFB3,FOXK2,SRI,LRP8,MLLT6,SRM,ZNRF1,ZNRF2,GANAB,KCTD20,U2AF2,BAHD1,BEND3,LRRC8D,FYN,LRRC8B,HNRNPA1,UBQLN4,SLC25A25,GADD45GIP1,CYB5B,NDUFA8,PPP1R14B,MARCKSL1,TRIM41,FEM1A,MBOAT7,PCDH7,FOXJ3,LYSMD1,RPL23A,MCOLN1,BAIAP2,TPD52L2,MCM3AP,SLC25A39,NECAP1,NAGK,CDKN2AIPNL,ST7,TRIM35,PTPN9,STUB1,P4HB,TRIM32,SPG21,EIF4A2,LPGAT1,CPNE5,KDELR1,ZDHHC7,GCC2,ZDHHC8,IFI30,ACTB,RCBTB1,CYB5D1,RCBTB2,RASSF1,SNRPD2,BSG,CHORDC1,TRIM24,TRIM26,EIF2D,CCDC92,ATXN7L3,TBC1D22B,SLC12A9,ATP6V1G2,PAQR4,ZFP1,ARL15,ACTN1,ENTPD6,CIRBP,CSNK1D,MOGS,BCS1L,ANK1,GNPAT,STX1B,CDC34,PPA2,THAP7,CDC37,CSNK2B,FAM76B,CTXN1,EIF1B,TRIM11,STX1A,TMEM63B,DHX8,GIPR,SDC3,CTR9,SUPT4H1,PIK3R2,UBE2J2,ACTR3B,PGS1,DHX34,PCBP1,MICAL1,HLTF,MIER1,KCNN1,SYMPK,B4GALNT1,RAB11FIP3,RBM10,ZBED4,ATP6V1C1,CTSA,XBP1,TMEM86B,NTAN1,HARS2,SMARCA2,ID2,CDC16,INTS5,CALU,PAF1,NDUFAF3,INTS4,INTS7,NOL10,CALR,CALM1,RGL2,RCOR2,FBXL6,DDR1,DHRS13,MRPS15,TMEM151B,USPL1,FAM57B,GPAA1,PPP1R10,PAK1IP1,PTPRN,TECR,MRPS10,PCSK7,IER3IP1,NAT14,PPP3CA,PCM1,MAP1LC3B,RSRC1,HYAL2,ENC1,REV3L,DHX16,SDF4,CTSE,GIT1,VKORC1,PCYT1B,PBRM1,DBNL,MMD,NCOA4,ANO8,MRPS2,ANO6,GAB2,APRT,CTTNBP2NL,TOX4,KIN,RAP2A,RAP2B,KIF2A,CSDE1,KIT,ARHGEF4,ARHGEF1,ARHGEF2,PTMA,SLU7,DBN1,STK40,RABGAP1,CAB39,STX16,GBA,STX18,NEDD8,CCDC106,COX5B,COX5A,RELA,CAMKK1,CAMKK2,RXRB,EXOSC7,ARVCF,MNT,SH3BGRL,PGRMC1,EXOSC4,HSF1,GPC2,MGAT1,MGAT2,HEATR6,CCT7,NPDC1,MAP3K3,PLEKHA1,YIPF4,VEGFB,TMUB1,HUWE1,TTC1,UBE2G1,UBE2G2,DOHH,NPM3,VEGFA,MAD2L2,FKBP1A,PER1,PDCL3,SEC23IP,ITCH,KLHL7,CCNG2,HDGF,ESYT2,FAM171B,PNPLA6,GRINA,ZFP28,DPAGT1,SCARB1,SRP19,MIDN,CRTC2,NARF,CD81,UBE3A,CYP46A1,ACRBP,CELSR3,KIF5A,FAM3A,EP300,BAHCC1,PPFIA3,RGS6,MORC3,ZGPAT,DIMT1,ATG9A,LMTK3,TTC7B,DNAJB12,ADAM10,SDHB,EEF1A1,ADAM15,TMX2,FAM173A,GPD2,PPIF,TBC1D25,PPIG,PPIB,PPIA,RTN2,GNAZ,DDX5,TBC1D19,PKDCC,TMED10,NDUFB10,KLHL17,CACNA1A,TOR1AIP2,RASGRP2,FUT8,SHARPIN,GRK6,TBC1D14,CAMTA1,CYC1,TBC1D17,NDUFV2,NDUFV1,BCL9L,SYT5,UBE2F,CCDC134,YARS,IVNS1ABP,OST4,KLHL25,PHF12,PCIF1,HMGA1,CRIM1,SUPT5H,CLK4,ANKHD1,HIGD2A,CLK2,RCL1,IFT20,H1F0,GCLC,HOOK2,HOOK1,CCPG1,GNB2,GNAQ,GNB1,MKRN2,UBE2N,TCF4,GNB5,UBE2K,GALK1,PICALM,YWHAE,CUEDC2,GSK3A,PRKCSH,CNRIP1,MAST1,ILK,TRIAP1,TAZ,USE1,PPP1R9B,LMNB1,EEF2K,ABHD16A,UBE2Q1,BCL7C,NUP62,BCL7B,MLST8,LRRFIP1,RBM33,ARHGEF11,TBP,NCBP1,PDPK1,NCBP2,GLRX5,DDX55,ABHD14B,SYNGR3,EPN1,EEF1G,CREB3,SFPQ,LMBRD1,NDUFS8,RCN2,CREB1,UBE2R2,NDUFS7,EEF1D,GORASP2,NUP50,PPDPF,ATP6V1B2,NDUFS2,ATG4B,NAT8L,AGPAT5,DCTN5,MVK,DCTN2,NAA20,RNF8,CSTF2T,SLC3A2,RSPH9,AGPAT1,NT5C2,RNF5,CLCN2,ADD2,TNKS2,OXCT1,TMEM205,TDG,TGS1,MKNK2,NAA25,DROSHA,PDLIM7,CLVS1,TIMM8B,RRM2,TAF15,TAF13,MIIP,SSRP1,SOD2,USF1,ACVR2A,CLCN7,CLCN6,MAPK11,SBK1,ERCC1,CARM1,TAF6,ERCC5,FAM98B,VIM,R3HDM1,ANKLE2,RPL31,TRRAP,ARPC5L,DCAF8,PHAX,EPRS,ELK1,RRP9,GLE1,CNST,ZMIZ1,MYC,CSPP1,STMN1,RPL35,AP1S1,RPL37,IER5,VPS36,IER2,NUP214,VPS18,UNC13A,DAPK1,PIH1D1,DAPK3,CD3EAP,WDR75,MED4,WDR81,ZSCAN21,TYRO3,RPL27,VPS25,RPL28,DUS3L,VPS28,PI4K2A,TSPYL4,NUP205,SEH1L,ARPP19,ADH5,ANAPC11,MTDH,FAM160B1,PRDX2,PRDX5,PPP3R1,PPP4C,CHST12,PRDX1,VPS11,ST3GAL3,LHPP,VPS16,RPL41,CDK19,PHC2,PRELID1,JUND,NDFIP1,WDR59,H3F3B,H3F3A,SETD1A,RDX,IRF2BP1,IRF2BP2,MTHFR,CDC7,UPF3A,PA2G4,NR1D1,MEX3C,TMEM198,THAP11,EHD1,HNRNPL,FIBP,SLC6A6,MEX3B,MEX3A,GIPC1,HNRNPF,CDKN1C,TRMU,SETD2,SMG1,WDR47,PHF20,PHF23,PHF1,WDR41,ADK,ASH2L,GPT,WDR46,ING1,WDR43,TRIM8,MTG1,RFK,GPR137,RIOK2,PLEKHN1,CIC,UBL7,ZC3H10,WDR36,IFNGR2,NUTF2,GNL1,COPZ1,NCOR2,RNF167,ZEB2,SIKE1,TUBB2A,KIFC2,MTF2,TCP1,PLEKHO1,EXOC6,GARS,TKT,RNF166,SF3B5,GRN,PHLPP1,USO1,GPS2,WDR24,FGD3,SCAF8,RNF138,PPP1R7,ANKRD54,SLC17A7,BRD9,RPS2,RPL18,PAIP2,RNF130,DEDD,RIOK3,AGK,WDR18,NR1H2,ELP2,TRMT1,GTF2H1,HIPK1,DEF8,GTF2H5,WDR11,AGBL5,NFIA,ABI2,ZYX,NUCB1,PLP2,INHA,ANKRD13B,TOR2A,UHRF1BP1L,RAB3A,DGKD,CHPF,TUSC3,RAB3D,TUSC2,RPL10A,CLU,TM7SF2,GRB14,TUBB3,CFL1,SLC39A7,MAF1,TXNL4A,SLC39A3,BIVM,TLE2,RPS9,MAP2K2,USP5,TPM4,USP4,TPM1,F2R,AIP,THOC1,DGKZ,THOC6,CACNB1,CTDNEP1,PYGO2,CLIP1,RAB31,RAB34,DGKQ,DMWD,FKBP8,PGP,AAGAB,TNIK,SNRPC,FKBP3,IFNAR1,FKBP2,CUL7,CD151,ANKRD16,CBFB,CCDC24,INSIG1,AK1,CUL2,ABHD8,UBR3,GTF2E2,SCRT2,KLC4,ZFP57,DVL1,BTBD2,NACC1,PSAP,DVL2,ABL1,MAP2K7,MCL1,ESRRA,EIF2B5,TRAPPC3,ANKRD34A,RAB4A,EIF2B3,TRAPPC1,POLR3GL,OSBPL2,TRAPPC5,ASNS,LSM4,SCRT1,LSM2,CDK9,MARCH2,COPS6,SCCPDH,CDK5,SYNJ1,LRFN1,MAFG,TPP2,LZTR1,COPS8,RSL24D1,RNF187,BCL2L1,LMBR1L,SLC48A1,RNF10,RNF11,MCM7,RNPEPL1,ZC3H4,RNF14,ZC3H3,PIK3C2B,DUSP12,LBH,GM2A,OPA1,AP1G1,UBTF,WDR5,PLEKHG2,REXO1,GPX1,GPX4,SGIP1,TRPC2,RPL13A,SMC1A,YDJC,NIPSNAP1,PTP4A2,PTP4A3,TFDP1,TRAF4,CTDSP2,POLR1B,SNRPA1,EIF4E2,SSX2IP,SFT2D1,SOS2,ALDH9A1,TRABD,MTPN,NFAT5,SMARCD2,LEPROT,WBP2,VPS4A,AMBRA1,LAGE3,TTL,DPCD,HDAC7,DNAJB2,DNAJB1,ABLIM3,DNAJB6,RBBP5,VPS52,POLR2E,POLR2F,RBBP6,ASCC2,RBBP7,POLR2H,DCAF12,POLR2J,DCAF13,SEMA4A,SPAG7,PPIL2,SMOX,RNF26,FBXL19,SEMA4C,PLCL2,CCDC59,ADRM1,RPL35A,FBXL16,FBXL14,DNAJA1,CUL4A,POLR3B,RUNDC1,DRG2,SLC35B2,PANK2,VARS,ZMYND8,PITPNB,PITPNA,HS6ST1,RPS15,PNN,GOLGA4,FRAT2,RPS16,RPS18,FLAD1,FTH1,LONP1,ARL6IP5,KIFAP3,GLUL,SOX4,TBC1D10B,AGFG1,SOX5,SRRM2,NFKBIL1,PTOV1,COG2,CPT1C,JMJD8,JMJD6,MRPS18C,POR,MTHFD2L,CRYZL1,XRN2,GUF1,SIK3,HECA,VDAC1,EZR,PFN1,ANKRA2,AURKAIP1,CUTA,IGSF8,NECAB3,ANP32A,MGST3,CSTF3,STXBP2,TRMT2A,FXR2,PRRC1,TNRC18,RALGDS,SCAI,ATP6V0A1,BANP,VASP,FIS1,SNHG1,NUS1,RABGAP1L,PYCR2,ACADSB,ZWINT,GADD45G,CCDC88A,RPS28,STAG1,FUBP3,RPS29,ADCK5,TMCC2,RNPS1,RPS21,C2CD2L,BAP1,CC2D1B,ITM2C,DAZAP2,CITED2,SLC35F5,FAF1,FAF2,GDI2,MYL6B,LIMD2,RPTOR,EPM2AIP1,HINT1,SIPA1L1,XPO1,ZMYM2,XPO6,XPO5,ZMYM6,TMED2,RAB8A,PSD,TOP3B,ATP6V0B,TSC22D1,GP1BB,STRADB,RHOF,RAB33B,HNRNPH1,WAC,ALDOA,KPTN,ATP6V0C,MPND,MAPRE2,FYTTD1,TOMM40,PTGER1,NOL7,NOL9,GDPD5,PPP2CB,ANKMY2,ZDHHC18,CHRAC1,CUX1,NT5M,SHOC2,METTL9,PURG,MAP4K4,RANBP2,RANBP1,PTGES2,MTX2,MTX3,MPP6,RAB11A,KBTBD4,HIST3H2A,MARS,CTNNB1,PRPF31,FAU,KBTBD7,GALNT11,NDUFA11,ARID4A,LZIC,COMT,TOMM20,ARHGDIA,HCFC1R1,POGZ,COTL1,AZI2,CHCHD1,NOM1,PHYH,SHISA5,TSC2,SHISA7,TUFM,DCTD,DPM2,TMEM135,PRPF6,PHOSPHO2,DNAJC30,TBL1XR1,ELMO1,FIZ1,MATR3,ISCU,FAIM,ZCCHC8,ISYNA1,COPA,RPS19BP1,HPCA,LTBP4,ADIPOR1,DTX4,STK4,CSF2RA,EFNA4,SDCBP,MAN2A2,DPP8,CASKIN1,TCTEX1D2,ZMAT5,ZC3H13,MARK3,ANKZF1,ZC3H15,ATP6V1F,KLHDC10,KLHDC2,ACBD6,ACBD5,ACBD4,CBX5,CBX4,HSPA5,RHBDD3,CBX3,CBX2,TBCD,DNAJC11,CWC15,EFNA3,EFNA2,DLG4,ACBD3,SAE1,LRP11,MUS81,B4GALT2,B4GALT3,KDM5B,ACADVL,DOCK4,DOCK3,SLC2A3,SENP6,CASP9,SPRED1,ZC3H7A,SNAPC2,MFSD5,ZC3H7B,CASP3,GMPPA,FLOT1,FLOT2,PDE4A,MFSD1,SPEG,TOPBP1,MAN2C1,USP30,SCYL1,KDM6B,MAPK1IP1L,USP48,H2AFX,AXIN1,RNF208,SAFB,SEPT5,ARID1B,KLF16,FAM189B,FCHSD2,DDAH2,AKT1S1,PFDN2,USP40,CHMP6,B4GALT7,TSEN34,HCN3,VAC14,RGS19,STOML1,ATF6B,TM2D2,POMP,MOSPD3,TOB1,STRN4,FAM120B,NT5DC3,MAPK1,SNCB,CDIPT,CAMK2G,CLASP1,SNCA,BAD,USP21,QPCTL,PCDHGC3,CYHR1,HSPE1,GDAP2,DLK2,PDE10A,CAPN10,BAX,ATP13A2,SSBP1,SSBP3,SSBP4"
+"gene_set_query"	"946"	"ZNF488"	"798.0"	"ARCHS4 Coexpression,608;Enrichr Queries,988"	"CYFIP2,HDAC11,STMN3,SCAMP5,DPYSL2,DPYSL3,BSN,HES6,UNC13A,UNC5A,SLC6A17,LIMCH1,MTUS1,ANK3,MAPK8IP2,ANK1,MAPK8IP1,STX1B,SFRP1,PRKAR1B,DDIT4,KCNQ2,PRR18,KCTD12,IGSF8,IGSF3,STXBP1,AGAP2,NEDD4L,CEND1,AGAP1,SLAIN1,PRKCZ,TTBK1,SYNGR1,GPM6B,ABCA2,JUN,CADM3,PTPRN2,CADM4,IQSEC2,CADM2,PLK2,MICAL2,PBX1,DCLK1,ID2,FXYD6,CALM3,ITM2C,ARF3,TMEM151B,GDI1,CITED2,DIRAS1,DIRAS2,AATK,SLC7A11,JPH4,JPH3,GLIPR2,SLC22A17,ENC1,DNER,NCS1,KIF1A,GIT1,PSD,CBR1,ITPK1,SYP,DUSP6,PGM2L1,SIRT2,SYN1,MLF2,MN1,SLC7A5,VSNL1,CDC42EP3,PXDN,ARHGEF4,RHOU,MAPT,SGK1,DSCAML1,PRICKLE1,OS9,MGAT3,SLC17A7,APBB1,NCDN,ARNT2,GABBR1,HUWE1,DAB2IP,GRIN1,CLSTN1,OGDHL,FAM107B,RPH3A,RIMS4,KIF5A,ADORA1,NUDT16,FADS1,DGAT1,IGFBP3,TPM1,APLP1,VASH2,ADAM11,LMTK3,SRCIN1,TMEM130,RUNDC3A,SHISA7,CLIP3,TOM1L2,ACAP3,CLIP2,OLFM1,OLFM2,PKP4,FKBP5,BRSK1,NDRG4,BRSK2,SMYD5,INSIG1,TMEM59L,CACNA1A,NDRG2,CPLX2,NDRG1,CPLX1,EFNB2,ENHO,PDZD4,KLC2,PLXNA1,KIF3C,RAB6B,LRRC4B,SYT1,TNK2,MARCH9,CORO2B,ARHGAP23,GNAO1,HOOK2,HOOK1,DLG4,CNTN1,NFE2L3,CSPG5,AMOTL2,FGF13,THRA,PRKCSH,CHD6,SLC2A3,RND3,LMNB1,PMEPA1,NEO1,SULT4A1,NAV2,REXO2,DNM1,EPN2,SEPT3,ARL4C,PTP4A3,DNAJC6,SNPH,NAT8L,TNFRSF21,HCN3,NLGN2,CXXC1,ATP1A3,NRXN2,DNAJB2,CACNG7,FAM168A,RAB40C,SV2A,GNA11,SPOCK1,NCAM1,SNCB,SLC25A23,PCDH1,CACNG4,LINGO1,SLC12A5,B3GAT1,PCDHGC3,HIP1R,NAP1L2,FBXL16,NELL2,NFASC,FMNL2,PPP2R2C,PPP2R2B,SYT11,FAM131B,ATP13A2,METAP2"
+"gene_set_query"	"947"	"ZNF732"	"798.0"	"ARCHS4 Coexpression,880;GTEx Coexpression,716"	"MAPKBP1,NUP107,CCNC,ENO2,SMC3,RNF112,LSM12,PPP2R1B,RUSC1,IGLON5,SEPHS1,TMPO,SRRM3,SRRM4,SMARCC1,RBFOX2,CXADR,RBFOX3,ZFP2,WDR75,SOX12,MAPK8IP3,NISCH,TIAM1,EML5,RUFY2,PAXIP1,SET,STXBP1,TRANK1,ADH5,GJC1,PRDX3,NLN,LDHB,SYNGR1,LARS,PLCG1,RHBDL1,FDFT1,ACD,PRRT2,PHC1,SS18L1,RCC2,MICAL3,MICAL2,CDC7,L1CAM,PAICS,POU6F1,LAS1L,ANP32E,LRRN1,HNRNPC,EZH1,GABRB3,KCNC1,DIRAS2,GDI2,GRIK2,SHF,TRIM9,MRPL42,MMP24,PCLO,TRIM3,GPRASP1,JARID2,DFFB,RRAS2,SLC39A10,PRPF40A,ELOVL6,SRP9,WDR33,ENAH,PSMA3,PSMA2,WAC,EEF1E1,PAFAH1B2,CDC123,USO1,ADAM22,CAMKK2,PSMB5,CHN2,CCT8,GPC4,PURG,RUNX1T1,NPDC1,NPM1,USP9X,DAB2IP,SKI,PRPF39,HNRNPA2B1,TSR1,YPEL4,ANKRD13B,DGKE,ACAA2,CSE1L,CELSR3,SLC8A2,IPO5,TMEM145,ZFP30,SALL2,POGZ,KPNA2,SH3GL2,TLE2,SUPT16H,ADAM11,THOC1,VASH2,ATP11C,TSC1,KCTD2,ILF2,KCTD6,MSH6,ACAP3,MORF4L1,MSH2,ANKS6,SRSF3,CACNA1A,TARS,DTX3,FBXO44,GTF2E1,NEUROD2,BAG4,KLC2,G3BP1,SAFB2,SRGAP3,NAE1,SKIL,MYH10,QSER1,TMEM120B,CBX5,CPSF3,IDH1,CLK4,NASP,GNB5,MAP3K12,MXD4,HSP90AB1,CELF1,MAST1,HMGB3,PSIP1,SLC2A3,HMGB1,PKD1,ELAVL3,FLCN,SUMO1,SNRNP70,MCF2L,TLK1,TRIM67,RFC3,H2AFZ,PLA2G4B,ALS2,THRAP3,LUC7L3,BCAT1,HCN3,HDAC2,NLGN2,ANKS3,MAK16,NRXN2,RBM4B,LRP6,HSPD1,SLC25A27,ABLIM1,UGP2,VPS53,BEND3,IGF2BP3,HNRNPA1,MTA3,EIF4E,DCAF13,SSB,NAP1L1,USP28,FAM131C,PSAT1,DNAJA2,MFAP2,CEBPZ,CDR2L,RGS11,NAA15,MDGA1,RAN,CBLN1"
+"gene_set_query"	"948"	"PRDM10"	"799.7"	"ARCHS4 Coexpression,1566;Enrichr Queries,202;GTEx Coexpression,631"	"PANK4,TRIO,LPGAT1,ZMYND8,GPATCH1,HNRNPU,JMJD1C,GPATCH8,BACH2,CRKL,NDST1,RABGEF1,HERC3,HERC1,ZMIZ1,DPYSL2,MYC,ATXN7L2,RNF111,EPHA4,MEF2C,REV1,MTUS1,CD3EAP,ARMC8,ANK3,ANK1,FAM133B,TIAM1,RNF123,HECA,MTMR1,MACF1,PAXIP1,MTMR3,DHX8,MYCBP2,NEDD4L,AGAP1,BAZ2A,PIK3R1,GIGYF2,NKAIN1,HSPH1,HIVEP1,GSE1,TNRC18,HIVEP2,ST3GAL1,ZRANB1,CREBBP,JUN,BCL11B,SS18L1,IRF2BP2,MEMO1,SMARCA2,PHC3,MEX3C,PBX1,MED13L,MSRA,WNK1,FASN,CCDC88C,RANBP10,TMCC1,CPEB4,NRP1,PHF2,SMG1,GMEB1,PIGU,KCNC1,TCF20,CTCF,OSBPL11,MED14,NIPBL,MMP24,AKAP11,ZMYM2,DHX15,REV3L,KIF1B,JARID2,ZYG11B,NCOA2,BRD2,PBRM1,MIOS,NCOA6,TCF12,TET2,ELOVL6,EPS15L1,ASH1L,MTSS1,MLF2,NCOR2,ZEB2,NCOR1,PXDN,TET3,SGK1,SLC29A2,PCNA,SATB1,DOT1L,CAMKK2,AKAP1,BCLAF1,CUX1,CHN2,NSD1,HEATR3,ZSWIM6,MEF2D,PAIP1,EGLN1,DYNC1H1,BRF2,SORBS1,GATAD2B,VEGFA,SPSB3,KBTBD4,ABCB10,NFIA,NFIB,KLHL8,TRMT6,SRRD,TRIP12,PKN1,FRYL,CD81,KDM1B,UBE2D1,PRDM2,ARID4B,FRY,IGF1R,NPEPPS,IPO8,EP300,ARID2,KPNA1,TLE3,MORC3,SLC38A1,USP3,DYRK1A,UBE4A,PRPF4B,FRMD4A,LMO7,FBXO11,RSBN1,FOXP1,CLIP1,MAU2,DMTF1,TBL1XR1,ELMO1,WDFY3,PHIP,ADNP,TNIK,RAF1,ZCCHC8,DNMT1,CUL5,TNKS,ABHD2,ITPR1,CACNA1A,NRF1,PDS5B,NDRG1,CAMSAP1,PITRM1,ZC3H18,MAP2K7,SRGAP1,MAP2K6,BPTF,EIF2B5,HSPA8,NOP14,AUTS2,BOD1,VTA1,PTCH1,ZBTB11,CLK4,CNOT4,ARHGAP32,EFNA2,HOOK2,NBEA,TMEM11,ATG16L1,HOOK1,CNOT2,AAK1,NF1,TUBGCP4,RERE,PHTF2,DOCK4,USP38,DDX46,CELF1,DOCK9,PRKCSH,CHD6,CHD2,PKD1,SYNE2,POLB,SPRED2,ZC3H7A,PSD3,MYO18A,UNKL,ARHGEF12,DST,TTC33,PDPK1,ABCC5,PDE4D,DHPS,ATRX,RAD23A,NAV2,ARID1A,ARID1B,CKAP5,SEPT2,PTP4A3,ALS2,CTDSP2,POLR1B,DNAJC9,SOS1,NFAT5,PARG,RNF34,PRCC,RNF38,ZBTB43,LRP8,ABLIM1,HECTD1,RMND5A,DNPEP,TNKS2,RBBP5,NAA25,FEM1C,FYN,SH2B2,USP24,SPEN,ATF7IP,KDM4C,KCNJ11,FEM1A,PCDHGC4,PLCL2,ATP2B4,PDE4DIP,ATP2B1,MEIS2,KLF7,NIN,KLF6,SBK1,RPS6KB1,APC,ASB8,POLE3,POLR3E,SPRY2,SNRNP48,TRIM32,SMAP1,CBLN1"
+"gene_set_query"	"949"	"HES4"	"799.7"	"ARCHS4 Coexpression,577;Enrichr Queries,845;GTEx Coexpression,977"	"CNTFR,IFITM2,POP7,SMARCB1,RPL32,KDELR1,RPL8,RPL6,RPS15,RPS17,DPYSL4,RPS19,RPS18,DPYSL2,MYC,FTH1,AKT3,LONP1,RPL36,RPL38,RPS11,IER5,RPS10,SOX4,HES6,DAPK3,PTOV1,SCRIB,ACTN4,MIF,CSNK1E,SOX12,JMJD8,RNF126,CDC34,KCTD10,DDIT3,DDIT4,SPARCL1,RPL27,RPL26,AURKAIP1,OBSL1,CTXN1,LLGL1,TELO2,ATF4,TTYH1,CTR9,PDGFA,MRPL12,ADAMTS10,PTDSS2,FAM171A2,CSTF1,RAB11FIP3,S100A10,B4GALNT4,ZSCAN18,JUN,JUND,DMPK,JUP,MRPL23,SMARCA4,HNRNPK,MEX3A,H2AFY2,ID2,FASN,DUS1L,PKIG,RPS21,ITM2C,CDK16,CDKN1C,BTG1,CITED2,FAF2,MRPS12,PCSK7,NAT14,BBC3,PTMS,CSRP2,TIMP2,RAC3,JAK2,FEZF2,EMD,MRPS26,WARS,TSC22D1,TSC22D3,ANO8,DUSP8,DUSP6,RHOB,MLF2,ENAH,SLC7A5,CTU1,TUBB2A,PXDN,NCOA7,SGK1,ATP6V0C,MPND,CSTB,GRAMD1A,TIMM13,CCDC107,CRIP2,NEDD8,CCDC106,ADCY5,TYMP,SH3BGRL,ARVCF,RPS15A,CAMK2N1,NSD1,FLNA,RPL13,CKB,RPS2,RPL18,RPL17,JAM3,MBD3,NPDC1,CENPV,SF3A2,YIPF2,NR1H2,STAT2,PCGF2,WDR18,WNT7B,VEGFB,TMUB1,SORBS2,VEGFA,TMEM158,ESYT2,PKN1,AGRN,CRLF1,MIDN,FRY,CHCHD2,TUBB3,BASP1,HCFC1R1,PLS3,FBRSL1,PIM3,LZTS2,TXNL4A,SH3GL1,SLC38A1,RPS9,MAP2K2,RPS7,RPS8,IGFBP3,F2R,IGFBP2,AIP,UBE2E2,ATAD3A,POU3F3,DMWD,EEF1A2,SBDS,FSCN1,PGP,SQSTM1,SNRPA,LY6E,RTN4R,ISYNA1,CD151,PFKFB3,NDUFB10,NXPH3,NDUFB11,BRI3,INSIG1,NXPH4,IREB2,MAZ,KLHL17,ARL2,CACNA1C,DTX3,HSPBP1,GLIS2,CNN3,PHF21B,SOCS2,EFNB2,EFNB1,ESD,DVL1,CDH24,H1FX,MARK4,SAC3D1,MARK1,CD276,PRNP,KLHL26,HSPA4,DSTN,TRAPPC8,TIMM44,DNAJC14,DNAJC16,LSM4,NFKBIA,H1F0,NR4A3,EFNA2,HOOK2,LHX2,UBE2S,REEP2,CNIH2,RNF187,UBE2M,USP35,GPSM1,SLC25A1,B4GALT2,GSK3A,ZMYND19,CNRIP1,CBY1,ILK,SLC2A3,NENF,SOBP,DUSP12,RPL7A,AP1G1,MDK,BCL7C,SPEG,DACT3,PMEPA1,SGIP1,VPS37D,EDF1,REXO2,UTP18,SENP3,FAM189B,VCAN,PTP4A3,FCHSD2,DALRD3,DDAH2,POLR1B,NUP50,PPDPF,PPP1R12B,IRF9,PPP1R15A,GTF3C4,NLGN2,SRF,RPL36A,MLLT1,LRP3,DLL1,SRM,RAB21,IGFBPL1,MTA1,HAUS7,VHL,IGF2BP2,PDLIM7,GADD45GIP1,KDM4A,MARCKSL1,PPP1R14B,NAA10,NTRK3,FBXL19,SOD2,HNRNPAB,MARCKS,KLF6,TSPAN18,VIM,SSBP4,FAM50A"
+"gene_set_query"	"950"	"CTCFL"	"800.4"	"ARCHS4 Coexpression,1531;ENCODE ChIP-seq,62;Enrichr Queries,819;ReMap ChIP-seq,58;GTEx Coexpression,1532"	"MDC1,POP7,ZFYVE9,EHMT1,TSEN54,SCAMP4,PSMD9,KRTCAP2,PSMD6,LSM11,PPP4R1,DPYSL5,DPYSL2,AKT1,PSMD1,PRKACA,SAMD10,STARD3,PRKAB2,CSNK2A2,GAPVD1,PRKAB1,EML1,BCR,FAM133B,EID2,MYL6,RFX7,DDIT4,UNC50,RUFY2,UQCRC1,FAR1,LETMD1,SF1,ATF4,SLBP,MTMR1,MTMR3,MEAF6,SHMT2,CDCA4,NPRL2,FLII,MEPCE,AGAP2,PDGFA,MTMR9,ABCB8,COPS7A,AGAP3,MRPL12,AAAS,OAZ1,GABARAP,MTMR6,MRPL11,PRPSAP1,MRPL20,RHOT2,RNF214,RHOT1,RNF216,RNF215,PIP5K1C,RDH13,PUSL1,HMGXB3,RHBDL1,HEXIM1,JAG2,ABCA2,JUN,PRRT2,PRPF38A,JUP,CADM1,NCAPH2,ABCA3,NR2F1,MRPL28,ERLIN2,NETO2,MRPL23,MRPL24,MLLT11,MLLT10,TBL3,UCK2,UCK1,EIF5,EIF6,TDP2,FASN,SFXN3,PSMG3,NMT2,ARF3,PIGU,ARF1,PIGO,PIGQ,KCNC3,HEXA,RPLP0,MRPL38,MRPL39,CTCF,MED16,MRPL34,SHB,BBC3,DDA1,MED17,PCMTD2,TRMT112,MED11,MRPL42,MED14,JPH3,MRPL40,TMEM44,FASTK,RPLP2,APC2,DFFB,LRRC45,SPHK2,DUSP1,ELOVL2,PGAM1,MRPL49,SIRT4,SIRT7,DYNLL1,BAZ1B,GMIP,MED29,MRPL43,DUSP6,SRP9,MED23,MED22,SLC7A6,MRPL50,PLSCR3,PXDN,MED20,SLC29A1,ERGIC3,PAFAH1B3,VAMP2,SLC29A2,PAFAH1B1,LRRC14,RNASEK,STAU2,ATL1,NIP7,SRRT,ATL2,CENPB,PSMA7,FAM117B,GGA1,PSMB7,UNK,TMEM65,MICALL1,LEO1,FLNA,SAMD1,RABAC1,EXTL3,SRSF10,YKT6,MBD3,CENPV,LRRC24,CRBN,UTP3,TRAPPC10,SAMD4B,TMEM62,GATAD2B,BYSL,LRRC20,TMEM60,SKI,SPSB3,LETM1,PSMC5,SNX19,ABCB10,CCDC9,SNX17,SHKBP1,SNX15,CCDC6,YPEL1,GOPC,PKN1,AGRN,CRLF1,YPEL3,MTCH2,CCNT2,ATN1,MPV17L2,PLOD3,TSEN2,HDDC3,FADS2,STK11,POFUT2,SMCHD1,SESN1,PMPCB,PIM3,KPNA3,SLC25A44,FADS1,NOMO1,PPP1R16B,SH3GLB1,FBXW5,PCYT2,DGAT1,VPS33A,PPP1R16A,PRPF4B,ZBTB34,ZBTB33,POLRMT,FOXP4,SRCIN1,LENEP,CDC25B,FTSJ3,ACAP3,SLC9A5,FSCN1,SRSF4,SQSTM1,SRSF8,ANAPC2,ARL8B,SRSF9,NSMAF,PFKFB2,LRRC59,RNASEH2A,KHDRBS3,TUBGCP2,ZC4H2,MAZ,ISG20L2,GMPS,ARL2,UBFD1,NRF1,FBXO44,RAP1GAP,FBXO42,ACAT1,CORO1C,SLC9A1,SOCS2,SBNO1,NDOR1,STK36,PMVK,E4F1,NAE1,ZBTB17,BRPF1,API5,TMEM120A,GOT2,CORO2A,UCKL1,DRAP1,STK24,ARPC3,TMEM11,MDM2,NFE2L3,ACO1,TUBGCP4,LRCH4,TMEM19,NOP10,NFE2L1,ZNF512B,MCFD2,HSP90AB1,CELF1,CELF2,AKAP8L,ETFA,BICD2,ALAD,SPR,MDK,PMEPA1,MDP1,UNKL,SNAP29,EID2B,UNC45A,EIF5A,EIF5B,VBP1,SH2D3C,VPS13A,VPS37D,TFIP11,RABGGTA,DDOST,MSL1,ARL4C,GIGYF1,NSMCE4A,HAX1,NPC1,TMBIM4,PCCB,BCAT1,PPP1R12C,MET,DCTPP1,SLC25A4,AHDC1,BIRC2,BCAT2,SEC23A,NDUFB7,MGRN1,ROCK2,SRF,CXXC1,LENG8,ZBTB45,MLLT1,U2AF1,PPM1G,KCTD20,U2AF2,KATNA1,BAHD1,FCHO2,TRIM46,BEND3,E2F4,FSD1,SLC25A22,UBQLN4,ATP9B,BEND6,SH2B1,NTRK2,PPP1R14B,SEC24B,CIZ1,TRIM41,NDUFA6,MMAA,FEM1A,FEM1B,MBOAT7,RPL23A,EXOG,MCOLN1,TPD52L2,HNRNPAB,CABLES2,NELL2,GSTZ1,SLC25A38,DBNDD1,NECAP2,PINK1,SLC25A39,CDKN2AIPNL,EIF3G,PTPN9,STUB1,TRIM37,P4HB,CDR2L,EIF4A1,SMARCB1,CCNJ,CPNE5,KDELR1,ZDHHC5,PREP,KEAP1,ZDHHC8,THUMPD1,IFI30,NUDT3,NUBP2,CYB5D1,CRKL,UBE2L3,RASSF1,TRIM28,SNRPD1,BSG,TRIM24,EIF2D,EPC2,KIF21A,CCNL2,ATXN7L2,CCDC92,ATXN7L3,SLC12A9,ACVR1,SMARCC2,PAQR4,SCAF11,ENTPD6,ALG5,PAQR3,CIRBP,TALDO1,MOGS,MIF,VWA5B2,BCS1L,MFSD11,ANK1,GNPAT,CDC34,SNHG12,PPA2,CDC37,SUB1,TRIM13,ULK3,FAM76A,KCTD12,KCTD17,CTXN1,EIF1B,KCTD18,STX1A,AARS2,TBC1D9B,DHX8,GIPR,FBF1,MYCBP2,CEND1,PIK3R2,PIK3R1,UBE2J2,CDKN2AIP,UBE2J1,SNX3,APH1A,APOO,SYNGR1,SEC14L1,PCBP4,DHX34,DHX35,PCBP2,TSPAN7,KCNN1,SURF6,B4GALNT1,DECR2,N4BP1,RBM10,B4GALNT4,CTSA,XRCC6,SURF1,INTS1,FAM78B,SURF2,RCC2,SURF4,MICAL3,MYO5A,ERAL1,HSPA12A,IFFO1,PTK2,ICK,EXT2,CALY,ARMC10,PPP1R1B,CDC16,NDUFAF3,SDC1,PAF1,COL9A3,INTS7,NOL11,RCOR2,CALM2,RGL2,FBXL6,SUGP1,HERPUD2,DHRS13,CSRNP2,TMEM151B,MRPS16,USPL1,CCDC127,GPAA1,CETN3,MRPS12,CTSZ,NAT10,PCSK7,WASL,BMI1,NAT14,AP2A2,PTMS,PCM1,NUDCD3,ACTR1B,HYAL2,MLX,DHX15,ARIH2,RAC3,SDF4,IDS,SSSCA1,KIF1B,QSOX1,KIF1A,RAC1,GIT1,CCT2,TMEM150A,NCOA5,ATMIN,GAA,PABPC4,NCOA4,ANO8,COMMD3,PRPF40B,MRPS2,ANO6,SYP,APRT,PDRG1,RNF144A,TOX4,GAK,CTU1,KIT,FAM32A,CRELD2,PTMA,SFI1,DBN1,NAPA,PCNA,CAB39,SATB1,SSNA1,SATB2,MRPS33,DOT1L,CRIP2,CCDC107,CCDC106,GNAI2,MNT,ARVCF,PAK1,EXOSC4,PGRMC2,SERTAD2,CAMK2N2,GPC1,HSF1,NPDC1,VEGFB,MIB2,TMUB1,PLEKHA5,NLE1,GRIN1,PPP1CA,VEGFA,TMUB2,PER1,BOP1,DPY19L1,NUDT8,KLHL5,KIF26A,TTC5,NEDD4,KLHL8,NDUFAB1,TCEA2,ESYT2,PNPLA6,GRINA,MIDN,SYS1,NARF,NUP188,UBE3A,UBE2Z,CYP46A1,ACRBP,ACTG1,GNPTAB,PALM,KIF5A,FAM3C,BAHCC1,RGS9,PPFIA3,SH3GL1,ZGPAT,ADPRHL2,SLC30A5,TTC7B,ADAM10,LMTK2,UBE4B,SDHA,POU3F1,ADAM19,TMX4,ADAM15,FAM173A,GPRIN1,SCN8A,EEF1A2,EHBP1L1,TBC1D24,UBE2V2,PPIF,ANKS6,GEMIN7,CARS2,RTN2,RTN3,DDX6,GNAZ,VCP,NDRG3,NDUFB10,RBM8A,NXPH3,NDUFB11,NXPH4,KLHL17,HTRA2,CACNA1A,KLHL12,SLC1A4,RASGRP2,PDS5A,NDRG1,CACNA1H,PLD3,NCKIPSD,SHARPIN,DEAF1,GRK6,TBC1D14,CAMTA2,H1FX,CYC1,NDUFV1,QSER1,PRNP,GGT7,PHF10,PCIF1,ECD,HMGA1,CCZ1,KLHL22,TIMM44,CNOT10,SUPT5H,AP4B1,QDPR,H1F0,GCLC,BMP1,HOOK2,HOOK1,CCPG1,GNB2,PHF13,DEGS1,FGF13,GALK1,UBE2M,PHTF2,RBM28,CUEDC2,GSK3A,PRR7,ZMYND19,DDX46,PRKCSH,DDX47,MAST1,CHD6,ILK,DDX41,RND3,LMNB2,PPP1R9B,RPGR,EEF2K,BCL7C,MLST8,MYO18A,YWHAG,GET4,RBM17,TBP,PDPK1,TTC33,GLRX5,ABHD14B,ABHD14A,NAV2,DDX52,SYNGR3,GPCPD1,CREB3,CREB1,IRF3,NDUFS7,ACOX1,GORASP2,PPDPF,MAN1B1,IRF9,SHANK1,RBM22,DCTN3,DDX20,DDX21,ASAP2,RNF7,CLCN3,CLCN2,PARL,ADD2,TMEM201,MTA1,DNPEP,RAB40C,TMEM203,MAT2A,TAF1C,TRA2B,MKNK2,BNIP1,DROSHA,SPOCK1,TMEM208,RALY,FBRS,PDLIM7,RBM39,MBTPS1,RRM2,TAF15,NAA10,TAF10,LRWD1,SSRP1,CLCN7,MAPK11,FAM131C,ERCC1,CARM1,ASB6,VIM,RBM45,FAM50A,IPO13,NCKAP1,RPL5,ANKLE2,RPL32,CLPB,TRRAP,RRP1,GPATCH1,PHAX,EPRS,PHB2,RRP9,MYC,CSPP1,ZXDC,RPL36,AP1S2,AP1S1,HOMER3,VPS35,DIP2B,VPS36,IER2,CHGB,NUP214,VPS18,DDX18,MECR,ACOT7,NUP210,PIH1D1,RPL22,REV1,CD3EAP,SOX12,AARSD1,MED4,ATG13,ATG12,GTPBP4,HCFC1,RNF123,RNF126,DYNC1LI2,WDR82,IFT81,TYRO3,YME1L1,NUP98,RPL26,UBA52,DUS3L,VPS28,PRR14,ASTN1,CDC42SE1,POM121,CTBP2,NEDD4L,VPS26A,ANAPC11,MTDH,RRP7A,FAM160B1,PRDX2,FAM171A1,FAM160B2,FAM171A2,PRDX5,PPP4C,WDR70,BLOC1S1,BLOC1S2,RAD21,LDHD,ST3GAL5,NRBF2,ST3GAL1,HMOX2,SERF2,SLC19A1,LHPP,CDK17,RPL41,PRELID1,JUND,ICMT,SNAPIN,DMPK,H3F3B,SETD1A,RAB3IP,RDX,IRF2BP1,IRF2BP2,PA2G4,MEX3D,PRDX6,PRRC2A,TMEM198,THAP11,EHD1,TADA2B,FIBP,GNPTG,MEX3B,PPP5C,FAM160A2,MEX3A,GIPC1,TOLLIP,DUS1L,OGFR,CDKN1C,GMEB1,SPEF1,ELL,PHF23,ADK,CLTB,GPT,ASH2L,KRI1,ING1,PHF8,TRIM8,FAM102B,MTG1,RARS,RFK,SPIN1,ANXA6,GPR137,ANXA7,PLEKHN1,AP3S1,CIC,EMD,ZC3H10,TPI1,SSR4,ITPK1,WDR34,TERF2,HADHB,HADHA,TUBB2B,INF2,TUBB2A,KIFC2,RNF166,PCYOX1,GRN,NFIX,WDR26,PHLPP1,RPL10,GPS1,RPL11,GPS2,WDR24,ADCY5,ARFRP1,SCAF8,SLC17A7,BRD8,CKB,RPS2,ANKRD52,RPL18,BRD7,DTD1,DEDD,PAIP1,SF3A3,SF3A2,YTHDF2,BRF2,WDR18,PCGF2,TRMT1,TTC9B,WWP2,HIPK1,AGBL5,NFIA,LPCAT4,JKAMP,ABI1,NUCB1,PLP2,ANKRD13B,FAM49B,ANKRD13D,CHPF,TUSC2,AUP1,PARK7,RPL10A,TM7SF2,PPP1CB,IPO8,CDH2,LAMP1,TUBB3,CFL1,ZNF326,LZTS2,MAF1,MEN1,PLEKHJ1,SEMA6B,RAB2B,TLE3,TLE2,MAP2K1,MAP2K2,USP5,ANKRD46,USP4,RPS5,IGFBP3,USP3,TPM1,IGFBP2,F2R,RPSA,FRMD4B,GTF2F1,THOC6,DISP2,CTDNEP1,CACNB3,RAB34,DGKQ,PGP,ADNP,PHPT1,TOX,TTPAL,CSNK1G2,RTN4R,ANKRD17,FKBP2,BRSK2,CD151,CBFB,CUL5,CUL3,ABHD8,CHRD,UBR2,STIP1,ORC4,KLC2,UBR7,DVL1,NACC1,TPR,DVL2,ANKRD10,MAP2K7,SKIL,MPDU1,ESRRA,EIF2B5,EIF2B4,TRAPPC3,OSBPL7,CCDC12,SEC16A,TRAPPC5,MARCH9,MARCH8,TRAPPC8,TRAPPC9,LSM4,SCRT1,CDK9,MARCH2,RCAN1,LRFN4,CDK5,REEP5,CDK4,RHEB,MAFG,PLXNB2,IARS,CNIH2,LZTR1,RNF187,BCL2L1,SLC48A1,DAGLA,RNPEPL1,TRADD,PTBP1,RPL7A,DUSP12,PPP6C,NOB1,SNRNP70,OPA3,PSD3,UBTF,WDR6,HIF1AN,SLC37A4,SLC37A3,CCDC50,ADAMTS7,PLEKHG2,REXO1,GPX4,RFC2,RPL13A,ZFP91,EDF1,RTN4RL2,REXO2,RANGAP1,YDJC,COASY,PATL1,TRAF7,PTP4A2,PTP4A3,DALRD3,TRAF4,DAD1,POLR1B,LANCL2,RP9,EIF4E2,CRK,ALDH9A1,TRABD,HDAC5,SMARCD1,WBP2,RAB1B,EI24,CEBPG,VPS4A,RPL36A,SEMA3F,AP3M2,AP3M1,FZR1,NFS1,HECTD1,RBBP4,RBBP5,POLR2C,RAB24,POLR2D,POLR2E,CSK,RBBP6,POLR2H,ADSS,POLR2J,POLR2L,PPIL2,KCNJ11,IDH3G,RNF25,RNF26,FBXL19,TXNRD1,AMFR,SEMA4B,ADRM1,CCDC59,PTPN11,FBXL16,RPRD2,CDC42BPB,CDC42BPA,OXR1,PNRC1,PFKL,POLR3B,RAB14,IMPDH1,RAB12,MGAT4B,POLR3E,RUNDC1,POLR3H,RHEBL1,PPIL4,TPT1,METAP1,CBLN1,SLC35B2,VEZT,APP,HDAC10,ARL6IP1,SLC35B1,RPS15,NFU1,RPS14,RPS17,RPS19,RUSC2,KAT5,FLAD1,SAP130,DPF1,LONP1,DZIP1L,RPS11,ZFPL1,SEPHS1,KIFAP3,SEPHS2,AGFG1,TBC1D10B,SRRM3,COG8,ARRDC1,PTOV1,COG2,AP1B1,CPT1C,JMJD8,MAPK8IP3,JMJD6,AFG3L2,TWSG1,POR,RRAGB,ZW10,GRWD1,XRN2,HECA,SIK1,TTLL12,AURKAIP1,EZR,ATP6V0D1,CBLL1,TMEM161B,NECAB3,DCUN1D4,TWF2,TRMT2A,TEX261,RPAP3,IGSF9,MYL12B,TMTC4,SGPL1,ZNHIT1,FXR2,SPAST,VPS8,INPP5E,SCAP,TNRC18,PATZ1,RALGDS,BANP,VASP,NUS1,ZRANB2,SETDB1,BCL11A,SS18L1,SYNRG,TMEM50B,PDE2A,SLC35E3,KLHDC8B,UBAC1,GADD45G,STAG1,STAG2,CCDC88C,ADCK5,RPS20,ANP32B,RPS21,ITM2B,ITM2C,CDS2,DAZAP1,TRAM1,HIP1,FAM45A,SLC35F2,SH3KBP1,FAF2,MYL6B,SPPL3,ROBO1,COIL,GLIPR2,C1QBP,XPO6,KIF13A,RAB8A,PSD,TOP3B,MAP4K2,ATP6V0B,PARP1,GP1BB,PRMT1,PRMT3,NME3,ZDHHC13,RHOF,UCHL3,LIME1,MLF2,RAB33B,PRPF18,RPUSD1,FRG1,FAM20B,KPTN,MAPRE1,ATP6V0C,FYTTD1,CSTB,PTGER1,GDPD1,NOL7,AKAP7,UQCR11,NOL9,RFNG,GDPD5,TYMP,NOL6,AKAP1,NT5C,PPP2CB,HIRA,RBM15B,CUX1,APBB2,CTNNA2,MAP4K5,METTL9,RANBP1,NFYC,RANBP9,AIG1,MPP6,HIST3H2A,XPOT,MARS,CAPZA2,R3HCC1,TRIP12,COPG2,APBA1,FAU,MEGF8,CDK5R2,TOMM6,GALNT11,KDM1A,POGK,HDLBP,CIB2,TOMM20,CNDP2,TOMM22,TMEM145,FBL,PAIP2B,FAM162A,ARHGDIA,FPGS,HCFC1R1,AZI2,NOM1,KDM2A,TOMM34,TSC2,ATP1B3,WRNIP1,TUG1,TRPC4AP,SHISA7,KCTD6,MAU2,PRPF6,MYCN,TMEM136,HGS,RPL7L1,TIPRL,CMPK1,CHMP4B,FIZ1,STAM2,ZCCHC8,ISYNA1,RPS19BP1,NOP2,HPCA,TMEM59L,PXN,BTF3L4,LTBP4,CLEC16A,LPL,CABP1,ADIPOR1,STK4,EFNA4,EMG1,MAN2A2,DPP8,CASKIN1,EP400,CDH24,SUDS3,MARK4,ZC3H13,PDZD7,ATP6V1F,BPTF,KLHDC2,ACBD6,CPSF7,ACBD5,ACBD4,CPSF6,CPSF1,CBX4,CBX2,IDH1,DNAJC11,IFT122,NMRAL1,NFKBIA,EFNA3,COQ2,EFNA2,NR4A3,TMEM115,TBCE,CHMP2A,PI4KA,SAE1,GPSM1,MUS81,KDM5B,B4GALT3,USP36,USP38,USP32,ELAVL3,HK1,RBM3,SEPT9,ZC3H7A,SNAPC2,ZC3H7B,CASP3,GMPPA,PDE4A,FLOT2,CASP2,MAN2C1,KDM6B,MAPK1IP1L,TSFM,USP47,JAGN1,USP42,ABCC5,H2AFX,SPATS2,RNF208,H2AFV,RPS3A,SEPT5,LSS,KLF16,DNM1,SEPT2,FAM189B,FCHSD2,DNLZ,CHMP6,PFDN4,B4GALT6,B4GALT7,LUC7L2,HCN3,USP15,KDM3B,STOML1,POLDIP3,USP12,ETFDH,NRXN2,MTIF2,MOSPD3,TM2D3,STRN4,IWS1,NXF1,MAPK9,GNA11,MAPK1,ROMO1,CDIPT,REPS1,IGBP1,ATE1,BAD,USP21,B3GAT3,LIMK2,USP22,HAGHL,SGTA,CYHR1,ZFC3H1,DEK,USP29,MEIS2,NAP1L5,SLC4A8,NEURL4,RPS6KB2,BAX,SSBP1,SSBP4"
+"gene_set_query"	"951"	"ZNF345"	"801.3"	"ARCHS4 Coexpression,1296;Enrichr Queries,947;GTEx Coexpression,161"	"MDC1,PLEKHB2,ZDHHC5,JMJD1C,DCAF5,NUDT3,PNN,CAPNS1,TRIM28,DPYSL2,AKT1,NFRKB,ATXN7L3,SOX4,FNBP4,EPHA4,CXADR,WSB2,METTL3,ARRDC3,RFX3,CD3EAP,MOGS,HCFC2,HDHD2,SND1,SRRM1,LARS2,EID2,ASPHD1,IFT81,DDIT4,FAM76B,HECA,FAM76A,SF1,ASTN1,FLII,TRANK1,CEND1,BAZ2A,PIK3R1,TTBK1,CDKN2AIP,MBTD1,APH1A,APOO,PPP3R1,NUAK1,COMMD9,PGBD5,BLOC1S2,TSPAN7,ARGLU1,ZSCAN18,CREBBP,JUN,ZRANB2,SETDB1,INTS1,BCL11A,INTS3,SLC35E3,PHC3,PBX1,PRRC2A,HNRNPL,MLLT10,HBP1,CDK13,FARSA,TMEM9B,PHF3,CDKN1C,ARF3,AHCTF1,PIGU,VLDLR,PRPF19,SMG5,PIGX,PCMTD2,ING4,NIPBL,ZMYM2,ZMYM5,TCP11L2,SDF4,KIF1A,CTSF,JARID2,CEP68,UPF1,TSC22D3,MINK1,MRPL48,WDR33,RHOB,HNRNPH1,CINP,KIT,MTF2,PXDN,FAM193B,MAPT,ATP6V0C,TRUB2,SATB1,CENPB,PPP2CA,FGD4,UNK,BTAF1,PDZD11,MFN2,ATP6V0E2,ANKRD50,SF3B1,SRSF11,NKTR,SF3A2,PNPLA8,RYK,MBD1,PLEKHA5,MYO9A,NFIA,CCNG2,TAOK2,YPEL1,NUCB1,HDGF,PKN1,ATP8A1,CTNND2,TUSC2,HDLBP,ARID4B,FRY,IPO7,IGF1R,EIF4ENIF1,ZFP30,EP300,NRCAM,ARID2,SEMA6B,MAP2K1,USP5,LMTK3,PRPF4B,RUNDC3A,ST7L,DMTF1,PRPF3,RAB35,CHMP4B,SRSF5,ADNP,ANAPC2,RTN3,LRRC59,INO80E,NDRG1,SNN,TPR,NACC1,CASKIN1,ZKSCAN3,DVL2,DVL3,SUDS3,ATP6V1D,PDZD7,PRNP,TIA1,AUTS2,SMURF1,UROS,PTCH1,TMEM132A,KLHL24,EEF2,ANKHD1,GNAO1,PAN3,GON4L,EFNA2,CDK5,HOOK2,NBEA,HOOK1,JMY,GNB1,SPIRE2,MDM4,NF2,NFE2L1,RNF187,EIF4G1,YWHAE,CREBZF,LMBR1L,DIDO1,RBM25,GSK3A,KDM5C,NUMA1,WDR1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,USE1,PITPNC1,SYNE2,TTC28,AP4M1,SENP6,NGRN,SENP7,SEC61A1,METTL14,SIN3A,SUMO3,GATAD1,PPP6R3,RBM5,YWHAG,DIS3L2,SUN1,TBP,DST,VBP1,PDPK1,VPS13A,RNF208,ABHD14A,RAD23B,TRAF7,VCAN,PTP4A3,ELF2,DNAJC7,DNAJC5,LUC7L3,PFDN2,LUC7L2,RNFT2,KDM3A,STOML1,UHRF2,WBP2,RNF38,LENG8,LAGE3,THBS3,MTHFSD,CACNG7,TFPT,FAM168B,GANAB,U2AF2,FAM120A,RBBP6,UBQLN2,TAF13,ZFC3H1,CDC42BPB,PNRC1,ASXL1,KLF7,PIK3IP1,MGAT4B,OCIAD1,ACIN1,ATP13A2,QRICH1,CCM2,P4HB,SSBP2,TRIM33"
+"gene_set_query"	"952"	"BHLHE41"	"801.5"	"ARCHS4 Coexpression,1214;GTEx Coexpression,389"	"HDDC2,CYFIP1,SCOC,GMFB,AHCYL1,ATP8A1,CD81,MRFAP1,NUCKS1,STMN4,DCAF6,GCSH,SALL2,DPYSL5,DPYSL2,WDR91,ADORA1,PIP4K2A,PRKACB,GLUL,ANKS1B,MEF2A,GABARAPL2,RBFOX1,ANKRD46,PAQR4,LIMCH1,FBXW11,MAGI2,APLP1,AP1B1,SHISA4,FRMD4A,ZCRB1,VASH1,SCAMP1,CASD1,HDHD2,POU3F2,POU3F3,CLIP2,TOM1L2,FRMD5,DYNC1LI2,TMEM136,ASPHD1,LIX1,BIN1,FEZ1,RUFY3,RUFY2,PKP4,PRR18,KCTD12,TLN2,LLGL1,PFN2,BEX4,IGSF8,PXK,PFKFB3,DHX8,TARSL2,PHYHIPL,NTPCR,SLAIN1,NDRG2,CSF2RA,MTMR7,NKAIN2,FAM171A1,ARHGAP21,ABR,PSAP,ABL2,RPRD1A,MAP4,SRGAP2,GPM6B,LHPP,LRRC4B,ATP6V0A1,ABCA2,ACBD5,WSCD1,CADM2,H3F3A,DCLK2,TBCB,CORO2B,PTPRD,QDPR,NR4A3,CNTN2,PLEKHM2,NACAD,SERINC1,OSBPL1A,BCL2L2,NFE2L1,RNF220,SLC48A1,YWHAE,DOCK4,THRA,FHL1,NGRN,SPRED1,TUBA1A,FSD1L,SEPT7,ALDH2,TRIM2,MCF2L,DNER,PHACTR3,MYO18A,SPEG,IDS,KIF1B,ENOPH1,EDIL3,CTSB,GPX1,VBP1,AKTIP,GAA,IFNGR2,LANCL1,MINK1,NIPA1,ZDHHC17,DYNLL2,SIRT2,MED29,RHOB,DNM3,TMEFF1,TRAF7,LMBRD1,RABEP1,MRAS,PACS2,DNAJC6,B3GNT5,RAPGEF1,TERF2IP,MAPRE3,ZMYND11,SGK1,DSCAML1,MAPRE2,GAS7,CLDND1,NFIX,WRB,TULP4,FAM169A,JAKMIP3,AGPAT4,JAKMIP2,TRAK2,DNAJB2,STOX2,PPP2CB,FGD4,FAM168A,MKNK1,NCAM1,APBB1,HNRNPA1,FNIP2,ATP9A,CLASP2,SPAG9,MARCKSL1,PCDH9,KIDINS220,SORT1,DDHD2,PDE4DIP,EFR3B,GDAP1,PINK1,FMNL2,TEF,SYT11,VAPB,FAM131B,OCIAD1,TSR2"
+"gene_set_query"	"953"	"ZNF765"	"802.7"	"ARCHS4 Coexpression,1210;Enrichr Queries,935;GTEx Coexpression,263"	"RPL5,CCNJ,FCF1,STMN3,HNRNPU,SMC5,CBLB,PHB2,CAPNS1,OPHN1,PSMD5,AKT1,EIF2D,CCDC92,PRKACA,ATXN7L3,EIF2A,TMPO,MED1,DDX18,AQR,SCAF11,RPL23,ARRDC3,ALG2,WDR75,CD3EAP,MOGS,SND1,GTPBP4,RFX7,XRN2,DDIT4,YME1L1,ALG10B,BEX4,FLII,CTR9,PIK3R1,TTBK1,MTDH,APH1A,HMGXB4,SPAST,CSTF1,DHX37,ATP6V0A2,MCMBP,TRPM7,STXBP5,RDH13,RBM12,ST3GAL1,EDEM3,PMM2,SLC35E3,PBX2,PRRC2A,HNRNPL,STAG1,ZBTB6,ZZZ3,HNRNPF,NOL10,NOL11,ARF3,PIGU,GDI1,RPLP0,GDI2,PRPF19,PHF6,WDR43,SMG5,SYNCRIP,NIPBL,MAP1LC3A,SDF4,RIOK2,UTP14A,RSPRY1,UPF1,WDR36,PBRM1,ACTL6A,TCF12,MINK1,TET2,SLC39A10,PRPF40A,NIPA2,CBFA2T2,MLF2,RHOB,PXDN,EXOC5,SGK1,GART,NIP7,HEATR1,NOL8,CENPB,BCLAF1,RPS15A,SRP72,TMEM68,MGAT2,CCT8,RPS2,ATP6V0E2,SRSF10,YKT6,CCT4,SUZ12,RANBP2,NPM1,MON2,YTHDF3,UTP3,MTX3,GATC,TM9SF1,RSL1D1,MKLN1,SEC23IP,APEX1,TAOK1,NEDD4,SERBP1,TAOK2,TCEA2,NUCB1,HDGF,FRYL,GRINA,DBR1,UBE2D3,LTN1,HDLBP,FBXO22,IGF1R,SMCHD1,AMMECR1L,ZFP30,PPIP5K2,CWC22,RARS2,USP8,NOM1,USP5,SLC30A5,TPM1,TTC7B,ATP11B,THOC2,MSH6,HNRNPUL1,TMX1,RAB35,CHMP4B,SNRPE,PHIP,ANAPC1,NSMAF,FKBP5,IFNAR1,ZCCHC7,LRRC59,RAB5C,COPB1,IREB2,UBR3,PDS5A,GTF2E1,GTF2E2,ARHGAP12,ORC4,PITRM1,G3BP1,NACC1,ZKSCAN3,CAMTA1,LLPH,SKIL,ZKSCAN1,PDZD7,LRRC4B,NOP14,NONO,GFPT1,M6PR,HPS3,BFAR,KLHL24,GNAO1,GNL3L,EFNA2,HOOK2,CDK4,ZFP62,HOOK1,GNB2,REEP2,GNB1,STT3A,MDM2,NF1,SPIRE2,MDM4,BRWD1,FGF13,NFE2L1,EIF4G1,SCYL3,PRKCSH,WDR3,WDR4,CHD6,SLC2A3,ZFP82,PPP1R9B,RPL7A,SEC61A1,NOB1,OPA3,RBM7,TNPO3,UTP15,JAGN1,DST,DIS3,PDPK1,PDE4D,ATRX,VPS13A,PTBP2,TRAF7,PTP4A3,ELF2,CREB1,ASPH,POLR1B,CTDSP2,DNAJC5,BIRC6,RNFT2,GTF3C3,ROCK2,RAB1B,LRP6,FBXL20,AP3M1,FAM168B,GANAB,POLR2B,U2AF2,TGS1,FAM120A,TAF1A,FEM1C,RPP14,CCDC71,ATP9B,EIF4B,DCAF13,PDE4DIP,SSRP1,OXR1,EIF3M,APC,PPP2R2B,EIF3I,IMPDH2,MGAT4B,PDCD2,CEBPZ,EIF3E,P4HB,ABCE1,EIF3D,TAF2,EIF3A"
+"gene_set_query"	"954"	"ZKSCAN4"	"803.3"	"ARCHS4 Coexpression,809;Enrichr Queries,563;GTEx Coexpression,1038"	"SMARCB1,RPL3,CISD2,SMC6,RPL8,GLE1,SCAMP5,FRAT2,ZMIZ1,DPYSL2,MYC,LONP1,CCDC97,TRIM27,GLUL,SOX4,NUP214,DAXX,TIPIN,GABARAPL1,MEF2C,ST6GAL1,NUP210,PIH1D1,ARRDC3,MTUS1,CD3EAP,TALDO1,ANK1,DDIT4,RRAGD,TRIM13,TYRO3,HECA,NUP98,RPL29,TRIB2,DHX8,DHX9,CDCA4,MEPCE,CTR9,RPN1,TRMT2A,PIK3R1,UBE2J2,NUAK1,APH1B,CHTF8,CSTF1,HIVEP2,LTA4H,PATZ1,RBM12,ATRIP,BRAP,BTF3,JUN,XRCC6,SETDB1,CADM1,BCL11A,H3F3A,IRF2BP2,NR1D1,SMARCA2,SETX,EHD1,HNRNPK,QARS,TDP1,ID2,HNRNPF,CWF19L1,INTS5,INTS7,HBP1,HNRNPC,FARSA,EZH2,ITM2C,CSRNP2,PIGU,BTG1,CDKN1B,CITED2,RPLP0,GDI2,SLC7A11,WDR46,LIMD2,COIL,PCMTD2,UIMC1,ENC1,JARID2,RALGPS2,CEP68,ZC3H10,PRMT5,CCT2,TSC22D1,NCOA5,TSC22D3,PGAM1,ACTL6A,SIRT6,GMIP,MED26,DUSP6,MTSS1,SRP9,MLF2,RHOB,POC5,PXDN,G2E3,SGK1,CSTB,NFIX,PCNA,GDPD5,FGD3,NRAS,NFIL3,RNF138,EXOSC9,UBN1,USP1,RPS3,MGAT2,CCT8,RPL18,CCT7,RAE1,CCT4,SF3A3,EGLN2,YTHDF2,MTX1,SORT1,WDR18,PTGES3,SORBS2,NPM3,VEGFA,NFIA,CCNG2,APEX1,SHKBP1,TRIP12,PKN1,KBTBD7,TARDBP,YPEL3,TOR2A,PHLDB1,RPL10A,EDC3,ZFP30,SESN1,CFL1,FPGS,KPNA2,ANKRD13A,FADS1,HMGN1,VPS33A,TPM1,TTC7B,TRAFD1,CNPY3,VRK3,PGD,SRCIN1,THOC6,EEF1A1,MSH2,RAB35,KPNB1,CSNK1G1,SNRPB,PFKFB3,GMPS,ISG20L2,AK2,CACNA1A,KLHL12,CACNA1D,DTX4,GTF2E1,NDRG1,CORO1A,SOCS2,EFNB2,TPR,G3BP1,ZKSCAN3,SLC38A2,IVNS1ABP,PRNP,DARS,KLHDC3,NUP155,CBX4,CPSF3,NONO,M6PR,CNOT10,NUP153,DNAJC14,KLHL24,CLK4,NFKBIA,H1F0,EFNA2,HOOK2,CNOT1,HOOK1,CAPRIN1,NFE2L3,SPIRE2,TCF3,CCDC22,LRCH4,ZSCAN2,MXD4,RERE,KDM5B,DYRK2,MCM7,USP32,PRKCSH,CHD6,DUSP18,RND3,LMNB1,DUSP12,EEF2K,PPP6R1,NUP62,PMEPA1,FLOT2,TOPBP1,TNPO3,ACTR2,RBM14,TBP,H2AFY,PDPK1,MSL2,UTP18,DDOST,TSN,EPN1,ARL4C,EEF1G,VCAN,PTP4A3,DDAH2,POLR1B,NUP50,CTDSP2,CAT,DNAJC9,CHMP7,RGS19,USP10,SRSF1,DDX20,TOB1,MTHFSD,POLD3,DCAF15,FBXL20,ABLIM1,DNPEP,FIP1L1,HAUS8,MAT2A,KATNA1,POLR2D,FEM1C,CSK,RBBP7,HNRNPA1,CCDC71,ATP9A,ATF7IP,MBOAT7,MEIS2,KLF6,SNRNP40,PIK3IP1,POLR3C,EIF3L,IMPDH2,EIF3D,RAN"
+"gene_set_query"	"955"	"KDM2B"	"804.0"	"ARCHS4 Coexpression,514;GTEx Coexpression,1094"	"TRRAP,EHMT2,HNRNPU,EHMT1,RAPGEFL1,FAM110A,SCP2,TRIM28,RAVER1,ZMIZ2,SEPHS1,ATXN7L3,SAMD10,SRRM2,SMARCC1,NUP210,FNBP1,GTPBP1,HCFC1,KDELR2,PRR12,SF1,MTMR1,NUP205,POM121,ANP32A,CDCA4,BAZ2A,LARP1,MICAL1,DHX37,SYMPK,RDH13,PLCG1,RBM12,N4BP1,ZBED4,ST3GAL2,PHC1,JUP,BCL11A,RCC2,TREX1,SETD1A,PBX2,MEX3C,PRRC2B,PRRC2A,SMARCA4,HNRNPL,HNRNPM,VANGL2,TDP1,CCDC88C,HNRNPD,SDC1,MMS19,PLCH2,RCOR2,SUGP2,EZH2,DAZAP1,CCDC120,SLC35F2,NAT10,TCF20,SPPL3,PFAS,XPO1,PLEKHN1,JARID2,UPF1,ELOVL4,PARP1,SREBF2,DDB2,AFTPH,TET3,RAPGEF1,ARHGEF1,TAX1BP3,RHOV,PABPC1,ARF6,SF3B3,DOT1L,SRRT,GGA2,BTAF1,GGA3,TCOF1,NSD1,GPC4,SF3A1,SF3A2,WNT7B,MYO9B,GATAD2A,MYBBP1A,SERBP1,PKN1,PHRF1,EDC4,FBL,SALL2,FBRSL1,EP300,PPP1R16B,RNF44,USP7,KDM2A,FBXW7,CTNNBIP1,VPS33B,VASH2,ZBTB33,MSH6,ATXN2L,ILF3,HNRNPUL1,SRSF2,SNRNP200,KPNB1,CSNK1G2,ANAPC1,KLHL18,EFNA4,PRPF8,UBR5,NACC1,ZC3H18,MARK2,CPSF1,FUS,CBX2,HPS4,HMGA1,DSTN,NUP153,EEF2,CHERP,EFNA3,YEATS2,NASP,RHEB,CNOT1,NFE2L3,BLMH,DEGS1,DEGS2,CLASRP,TCF3,DIDO1,KDM5C,NVL,ZC3H4,CHD8,PIK3CD,PSIP1,CHD4,BICD2,LMNB2,LMNB1,SEPT9,SART3,GM2A,PPP6R1,SNRNP70,NUP62,UBTF,CASP2,TOPBP1,PELP1,REXO1,KLF13,EED,PLA2G4E,PLA2G4B,SPATS2,CAD,ARID1A,DNM2,GIGYF1,SFPQ,TRAF4,DAD1,GTF3C2,SMARCD1,HDAC3,PARD6G,LENG8,HMGCR,DCAF15,MTA1,U2AF2,MKNK2,SH3BP2,PTK2B,CSK,IGF2BP3,MTA2,MAPK6,HNRNPA1,FBRS,CYTH1,HNRNPA0,HNRNPA3,MID1IP1,FBXL19,LIMK1,SSRP1,HNRNPAB,CHFR,DLK2,CARM1,RPS6KB2,ACIN1,PDE7A"
+"gene_set_query"	"956"	"NR5A1"	"804.3"	"ARCHS4 Coexpression,1193;Enrichr Queries,241;GTEx Coexpression,979"	"RB1,SLC23A2,APP,TFRC,HNRNPU,EPRS,RPL8,HS6ST1,ACTB,TRIM28,DPYSL2,MYC,FTH1,BSG,TRIM24,LONP1,FDXR,AKT1,MPV17,FBXO9,MEF2C,PRKAB2,ENTPD6,CD3EAP,SCRIB,MOGS,ACSL3,VWA5B2,ANK1,GTPBP4,EML4,COX7A2L,POR,FNDC4,DDIT3,DDIT4,PSME2,PFN1,TRIB2,OBSL1,PLBD2,ATF4,UNC119B,L3MBTL3,SDC3,PIK3R1,GNS,HIF1A,PRDX3,LDHA,HSPH1,PCBP1,ST3GAL5,MLEC,SCAP,KCNN2,FAM43B,PLCG1,SNX5,CTSA,CREBBP,JUN,JUND,JUP,PDE2A,RDX,NR2F1,KLHDC8B,NR1D1,SMARCA1,ACADSB,PTK2,SMARCA4,GADD45G,TMEM198,ICK,GNPTG,SQLE,GLUD1,SLC6A8,FASN,ID2,CALR,ITM2C,PIGU,CITED2,MRPS12,MRPL33,MED12,TRMT112,ZMYM3,HYAL2,DHX15,CTSD,CTSB,WDR37,PARP1,PRMT1,MRPL49,MRPS7,TMEM150C,DUSP6,SREBF2,MLF2,RHOB,DDB1,NCOR2,SLC7A5,KAT2A,TUBB2A,PXDN,RHOU,PABPC1,ALDOA,SGK1,TRUB1,GRAMD1B,CSTB,GRN,NFIX,AKAP7,GDPD5,RELA,PSMA7,TM9SF4,NOL6,NFIL3,GPC1,FLNA,ANKRD52,CKB,ZSWIM5,MEF2D,FARP1,NPM1,NR1H2,VEGFA,BOP1,NFIB,ZYX,CTNNB1,PKN1,AGRN,INHA,CRLF1,GRINA,SCARB1,MTCH1,PEBP1,CLU,TXN2,TM7SF2,IGF1R,ACTG1,FADS2,CHCHD2,STK11,UROD,ARHGDIA,KHSRP,EP300,PIM3,SLC39A7,FADS1,NOMO1,TRAPPC2L,PCYT2,GPT2,DGKZ,PDIA6,ILF3,SLC9A5,NCL,PPIF,FSCN1,FKBP4,SQSTM1,LY6E,FKBP5,COX19,DDX5,ISYNA1,DNMT1,CUL7,MAX,IREB2,MAZ,CACNA1A,CACNA1D,UBFD1,NDRG1,STIP1,PORCN,PITRM1,DMAP1,CYC1,CCDC134,HSPA8,PRNP,CPSF1,HSPA5,PHF10,IDH1,HMGA1,ASPSCR1,DHCR24,EEF2,CLK2,FBXO31,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,GNB2,GNAS,TAB3,DHCR7,NIT1,BCL2L1,EIF4G1,ZNF512B,ACADVL,MCFD2,ALAS1,HSP90AB1,MCM7,PRKCSH,ZC3H3,CHD6,YBX1,HS2ST1,ALAD,PTBP1,DUSP12,SEPT6,HSP90AA1,REXO1,GPX1,GPX4,PEG3,PDPK1,H2AFX,YWHAZ,LSS,DDOST,ARFGAP1,ATRN,PTP4A3,CREB1,NPC1,PEX3,EEF1D,CTDSP2,POLR1B,MVD,GAPDH,SEC23A,SRF,HMGCR,EHBP1,HSPD1,NCLN,DNPEP,PUF60,POLR2A,BAHD1,MKNK2,POLR2D,SH3BP5,FYN,RBBP7,E2F4,DCAF11,ABCF3,CYB5B,RRM2,ADRM1,SEMA4G,HSPE1,MCOLN1,CLCN7,KLF6,ACIN1,VIM,P4HB"
+"gene_set_query"	"957"	"ZNF699"	"804.3"	"ARCHS4 Coexpression,1100;Enrichr Queries,719;GTEx Coexpression,594"	"TRIO,PITPNB,FCF1,CBLB,DCAF5,RPL8,PWP1,CDC23,CAPNS1,TRIM28,PSMD5,DPYSL2,CDC27,AKT3,BSG,AKT1,EPC1,ATXN7L3,SOX4,ARRDC4,TSPYL2,MED1,DDX18,AQR,SCAF11,ARRDC3,RECQL,COG1,ANK3,RC3H2,TWSG1,DAAM1,XRN2,DDIT4,YME1L1,HECA,TTLL12,RPL29,ALG10B,KCTD18,DHX8,NEDD4L,XPC,PIK3R1,MRPL12,MTDH,TTBK2,FAM160B1,NUAK1,HMGXB4,LARP1,HIVEP1,MCMBP,ST3GAL5,TRPM7,RBM12,FDFT1,JUN,PLK2,RCC2,MYO5A,PHC3,PRDX6,SMU1,STAG1,ZBTB6,STAG2,CALU,FAT4,DUS1L,CPEB4,CDC42SE2,ARF3,NRP1,WDR47,BTG1,SLC7A11,VLDLR,SIPA1L2,PRPF19,MED17,AKAP12,SYNCRIP,NIPBL,MED13,TMEM43,TRIM2,ENC1,UBXN7,TCP11L2,IDS,RIOK2,UTP14A,DFFB,UPF1,WDR36,PBRM1,SHPRH,TSC22D3,ITPK1,NME2,PRPF40A,DYNLL2,MLF2,RHOB,SIKE1,ZEB2,INF2,PXDN,RAPGEF2,RHOU,FAM32A,SGK1,SFI1,AHCY,HEATR1,AKAP1,ARNTL,SCAF8,SRP72,PPP1R8,RICTOR,MGAT2,SCAND1,SRSF10,YTHDF3,CRBN,KIDINS220,MTX3,YIPF5,DAB2IP,AP3D1,MYO9A,KLHL9,MKLN1,SEC23IP,NFIB,NEDD4,TAOK1,RAB3GAP2,NUCB1,HDGF,PRDM8,DBR1,ATN1,CWC22,AZI2,LZTS2,TLE4,USP8,SH3GLB2,MORC3,TPM4,ANKRD44,TPM1,F2R,ATP11C,UBE4A,LMO7,THOC2,FRMD4B,TANC2,TMX1,HNRNPUL2,WDFY1,CHMP4B,ANAPC1,NSMAF,ZCCHC7,KHDRBS1,DDX6,DDX5,COPB1,INSIG1,MAZ,ITPR1,SLC1A4,PHB,STK4,NDRG1,CORO1C,EFNB2,RNASEH1,UBR5,DVL1,BTBD2,NACC1,ABL2,BRIX1,EVI5,SKIL,PRNP,CCDC12,FBXO38,CRIM1,HPS3,NUP153,DNAJC13,KLHL24,KLHL20,SLC7A6OS,GNL3L,EFNA2,HOOK2,CDK4,SP3,GNB1,PDCL,GNB4,TUBGCP3,AMOTL2,FGF13,NFE2L1,ITGB1,ZNF512B,PRKCSH,USP34,CHD6,SLC2A3,RND3,DUSP12,RPL7A,METTL14,ZC3H7A,MAN1A2,TNPO1,RBM7,UTP15,DST,DIS3,PDPK1,PDE4D,NAV2,DDX50,PJA2,LATS1,TRAF7,PIK3CA,SETBP1,CTDSP2,NUP54,SOS2,PPP1R15A,SEC23A,STOML1,ROCK1,PPM1L,ROCK2,VPS4B,RAB1B,TGFBRAP1,MLLT1,AGPAT1,AP3M1,DNPEP,MTA1,TAF1B,PABPN1,U2AF2,TGS1,LEPROTL1,TAF1A,BNIP2,IGF2BP3,FYN,SMARCE1,PCDH9,RNF26,FBXL19,DEK,CDC42BPB,KLF7,KLF6,SNRK,PIK3IP1,MGAT4B,TAF2,MBTPS2,TAF1,METAP2"
+"gene_set_query"	"958"	"ZNF124"	"804.7"	"ARCHS4 Coexpression,788;Enrichr Queries,519;GTEx Coexpression,1107"	"NUP107,TFRC,HNRNPU,GABPB1,EPRS,TBK1,CAPNS1,RAVER1,DPYSL2,MYC,ZMIZ2,DPYSL3,AKT3,STMN1,BSG,TRIM24,AKT1,PRKACA,PRKACB,GLUL,ATXN7L3,SOX4,TMPO,EPHA4,TIPIN,MEF2C,CXADR,WSB1,ARRDC3,CD3EAP,SOX11,MOGS,ACTN4,XRN2,DDIT4,HECA,PRR12,SF1,FLII,PIK3R3,PIK3R1,UBE2J1,APH1A,UGCG,PDCD11,PCBP1,CSTF1,ZBED4,JUN,TMEM184B,INTS1,BCL11A,EDEM1,PLK2,PRRC2C,PBX2,NETO2,ZWINT,PBX1,PRRC2A,HNRNPL,CCDC88A,HNRNPF,TDP1,ID2,GIPC1,INTS7,EZH2,ITM2C,ARF3,SMG1,AHCTF1,DAZAP1,MRPL36,SLC7A11,SIPA1L2,PRPF19,PFAS,AKAP12,MRPL42,XPO1,ZMYM2,ENC1,REV3L,ANXA6,SDF4,CIC,RSPRY1,CCT2,UPF1,SHPRH,TSC22D1,ACTL6A,TCF12,MINK1,SLC39A10,PRPF40A,PPHLN1,NIPA2,ASH1L,DUSP6,SREBF2,SLC7A5,ZEB2,POC5,MTF2,PXDN,SGK1,GART,ATP6V0C,PCNA,SATB1,PRIM1,HEATR1,HSPA14,CENPB,GNAI2,EXOSC9,EXOSC8,USP1,CLPTM1,MGAT2,ANKRD52,YKT6,CCT5,SUZ12,NPM1,SF3A1,GINS4,SCAF1,VEGFA,SKI,NFIA,NFIB,CAPZA1,TAOK2,NUCB1,HDGF,PKN1,GRINA,FAM13B,ZFAND3,ATN1,NUCKS1,CYP46A1,CLU,LAMP1,ARHGDIA,CFL1,KPNA2,FADS1,SLC38A1,USP5,F2R,CTDNEP1,RAB31,HNRNPUL1,TMX1,TBL1XR1,HNRNPUL2,RAB35,CHMP4B,PHIP,KPNB1,CSNK1G2,GLYR1,ANAPC2,ZCCHC7,RNASEH2A,RAB5C,INSIG1,ANKRD12,PXN,TOR1AIP2,NDRG1,EFNB2,ORC4,ORC6,DVL1,BTBD2,NACC1,SKIL,ZKSCAN1,QSER1,BPTF,BCL9L,TIA1,CPSF7,CBX3,CPSF3,M6PR,CNOT10,DNAJC14,KLHL24,LSM6,EFNA2,HOOK2,NBEA,HOOK1,GNB2,GNB1,CNTN1,NFE2L3,TPP2,PLXNB2,BRWD1,FGF13,LRP10,NFE2L1,EIF4G1,RNF187,UBE2M,KDM5C,GSK3A,WDR1,PRKCSH,CHD6,PTPN23,LMNB1,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,CASP3,NUP62,PSD3,PDE4B,UBTF,TOPBP1,TNPO1,IQCB1,EIF5A,RFC3,TBP,DIS3,EED,PDPK1,PDE4D,PTBP2,KLF16,TRAF7,SFPQ,VCAN,SETBP1,SLC25A19,POLR1B,NUP50,CTDSP2,DNAJC5,AKT1S1,SNRPA1,BCAT1,PPP1R12C,TNFRSF21,RNFT2,NFAT5,CANT1,RAB1B,ASAP1,MLLT1,RNF4,LRP8,POLD3,DNAJB2,DCAF15,GANAB,MTA1,HAUS8,MAT2A,U2AF2,POLR2D,EIF4H,FEM1C,WASF1,MEST,EIF4E,FBRS,ATP9B,DCAF13,MARCKSL1,RRM2,TAF15,ATP2B1,CDC42BPB,DDHD1,CDC42BPA,ACVR2A,SLC4A7,MARCKS,POLR3C,PSAT1,CARM1,MGAT4B,BAX,P4HB,PDE7A"
+"gene_set_query"	"959"	"PRDM1"	"805.0"	"ARCHS4 Coexpression,1393;ENCODE ChIP-seq,95;Enrichr Queries,1099;ReMap ChIP-seq,218;GTEx Coexpression,1220"	"TDRKH,MDC1,ATF2,TFRC,ARAF,RBPJ,TSKU,PREX1,PPP4R1,TBK1,DPYSL2,PRKACA,FNBP4,MEF2A,MEF2C,GABARAPL1,FNBP1,CACNA2D1,DNTTIP1,RFX1,SCAMP2,EML4,EID2,MYL6,ZC3H11A,FEZ2,DDIT4,PSME1,TBPL1,PSME2,JTB,RBCK1,UQCRC2,SF1,MEAF6,SAR1A,MEPCE,SDR39U1,PDGFA,COPS7A,MTMR4,OAZ1,MRPL11,LARP1,HSPH1,RDH11,GRPEL2,AMZ2,EDEM3,JUN,PMM1,EDEM1,NR2F1,EIF2AK3,BBIP1,FAM136A,PBX1,FAM135A,FASN,PSMG3,PSMG4,PIGU,PIGT,ECSIT,MRPL34,MED15,TRIOBP,DDA1,BBC3,TUBA1C,MED11,SMPD4,TMEM43,B3GALT2,TCP11L2,SH3BGRL3,UPF2,LRRC45,DUSP1,IFT140,SLC39A11,SLC39A10,SIRT7,DYNLL2,DUSP6,TOMM40L,MED29,DDB2,SLC7A5,PSMA6,SLC7A6,PSMA3,PSMA4,PXDN,PELI1,PTRH1,DLD,ARF6,SLC29A2,RNASEL,GSTP1,PSMB4,PSMB2,TMEM68,LEO1,MFN1,ANO10,ZSWIM6,ZSWIM4,RABAC1,MEF2D,ATAD1,RIC3,EGLN2,MBD6,USP9X,MCRS1,STAT2,TARBP2,FABP3,FABP5,SNX16,CCDC9,TTLL1,CCDC6,FRYL,MPV17L2,SLA,ZBTB22,FRY,FBXO22,LAPTM4A,SLK,OSBP,CIR1,KPNA4,AP2M1,SLC38A1,AGTPBP1,CISH,VPS33B,SARS,ATP11B,ZBTB33,FOXP1,ACAP2,DMTF1,SLC27A3,ARL8A,KPNB1,INO80B,PFKFB3,MAZ,ARL1,UBFD1,NTPCR,SAV1,CORO1C,HSP90B1,ZKSCAN3,PGK1,THEM4,SOCS7,TIA1,DR1,BRPF1,ARPC4,ARPC5,ZBTB11,STK24,ARPC2,NFE2L3,LRCH4,NIT1,OSBPL1A,ITGB1,ISY1,NUMA1,CELF1,COX4I1,ETFA,ARRB1,MRPL4,SPR,MDK,PMEPA1,ACP2,EID2B,BCAS3,ARNT,VEZF1,VPS37B,RABGGTB,RABGGTA,ARL4C,PPM1B,HAX1,SEC22B,MET,PPP1R15A,RNFT2,PRPS1,CANT1,LRP1,MGRN1,PRCC,CXXC1,KATNB1,FOXK1,CDC42,NCLN,KCTD20,U2AF2,UBQLN1,SH3BP4,FYN,IGF2BP3,LRRC8A,HNRNPA1,UBQLN4,AAMP,TRIM44,UBQLN2,CYB5B,CIZ1,HNRNPA3,FEM1B,PCDH7,MYO16,NELL2,NAGK,TSPAN13,CDKN2AIPNL,OCIAD1,CCM2,EIF4A1,AHCYL1,TMEM41B,ZDHHC5,PREP,TXNDC12,TXNDC17,CRKL,CDC27,EIF2D,PTGFRN,TBC1D22B,SLC12A9,ARL15,NSMCE2,ENTPD6,PPA1,FAM76A,TRIM11,TMEM87A,DHX8,MYCBP2,PIK3R1,ZBTB5,LARS,HIVEP1,B4GALNT1,HIVEP2,N4BP1,SEC31A,LRRN3,RCC2,SURF4,HSPA12A,PTK2,AIMP1,EXT1,EXT2,ARMC10,ID2,CWF19L1,PAF1,GRB2,INTS7,CALR,CALM2,MON1B,DDR1,HERPUD2,NRP1,CSRNP2,CCDC120,TECR,SLC7A11,AATF,COX7C,HERPUD1,SPTLC2,ENC1,DHX15,REV3L,COX8A,TMEM150B,DBNL,MRPS23,CACYBP,PRPF40A,RGMB,ENAH,RAP2C,RAP2B,SLTM,CTTN,KIT,EEF1E1,FJX1,DYNC1I2,RABGAP1,AHCY,MRPS36,GBA,GNAI3,CCDC107,CCDC106,GNAI2,PGRMC1,SERTAD4,FAM172A,OS9,NFIL3,SERTAD2,HSF1,ORMDL3,PNPLA8,YIPF5,UBE2G1,RSRC2,COX6C,VEGFA,MIB1,NUDT9,TTC9,BOP1,CCNG2,PRDM8,MIDN,NUP188,CRTC1,ZFAND6,WWC1,PEBP1,IGF1R,PPIP5K2,PPME1,TBC1D30,PPFIA1,DENND5A,ARID2,SH3GL1,TPRA1,TMOD3,OSR1,EEF1A1,ADAM19,TMX3,ADAM15,HNRNPUL2,GPD2,DNAJB11,CARS2,VCP,COX17,SEL1L,NDRG1,RTN4,TIMM50,GRK6,CAMTA1,TBC1D17,BCL9L,KLHL29,YARS,IVNS1ABP,GGT7,UBE2H,UBE2B,KLHL26,ECD,CRIM1,KLHL23,ANKHD1,CLK1,HOOK2,NASP,HOOK1,CCPG1,UBA3,CNTN1,TAB3,STT3B,LSM14B,RBM25,DYRK3,DDX49,DDX3X,PRKCSH,CHD8,PSIP1,CHD2,PPP1R9A,RND3,TMEM223,YWHAQ,RB1CC1,NUP62,LRRFIP1,GALNT9,ARHGEF12,PDPK1,BUD31,UBE2QL1,DDX52,PJA2,CREB3,VCAN,CREB1,NDUFS8,ALS2,ZMYND11,CUEDC1,OTUB1,SFSWAP,TGFBRAP1,PARN,SLC3A2,ASAP1,MAT2B,CYTH2,CAND1,TGS1,DROSHA,RALY,MTA2,PDLIM7,TAF15,GALNT2,MIIP,PDAP1,USF1,TTC17,PNKD,ASB8,FAM131A,RBM42,VIM,SUGT1,RPL30,RPL3,TES,TRIO,TRRAP,HNRNPU,BACH1,ELK1,RRP9,DCAF6,NUB1,ALCAM,MYC,ZXDC,AP1S2,AP1S1,PIP4K2B,RNF111,CDK5RAP3,TSPYL2,VPS18,PRKCI,IAH1,WDR74,MED8,WDR75,GTPBP1,WDR81,PRKD3,BIN1,SARNP,CLPP,RPL24,PRR12,DUS3L,PRR14,ANAPC13,SEH1L,ANAPC16,WDR61,GNS,HIF1A,MTDH,RIC8B,FLRT2,NUP85,BLOC1S2,RAD21,CEP70,NUP88,SERF2,S100A10,CEP78,CDK17,WDR59,CHKA,PLK2,RDX,PRRC2C,NR1D1,PRDX6,PRRC2B,SQLE,HNRNPK,GIPC1,ATG2A,HBP1,CDK13,CDK14,CDK16,CDC42SE2,SMG1,BTG1,ELL,DENND1A,CLTC,ADK,SMG7,CLINT1,WDR43,FAM102B,RARS,TMSB4X,RIOK2,AP3S2,PLEKHN1,RIOK1,JARID2,RRP15,BRD3,WDR36,MIOS,SSR4,TERF2,RNF168,TAF6L,TUBB2B,ZEB2,MTF2,GRN,WDR26,NFIX,RPL10,FAM129B,TMEM165,FGD4,CHN2,USP1,RPL15,PAIP2,DEDD,RIOK3,WDR18,SYVN1,NMNAT2,TTC9C,DHRS1,SCAF4,TM9SF2,MKLN1,NFIA,ABI1,RLIM,PLP2,RNF141,NUCB2,CLSTN2,RNF19B,UBP1,RPL10A,SLC8A1,TM7SF2,PPP1CB,MAEA,GRB14,SLC39A9,RNF19A,TMSB10,PCDHAC2,GTF2I,KCMF1,CSNK1G3,ANKRD49,TPM3,IGFBP3,ANKRD44,F2R,DYRK1A,TRAFD1,VRK3,DGKZ,THOC6,TOM1L2,MORF4L1,DGKQ,MADD,PGP,ERH,PHIP,SNRPE,PHPT1,TTPAL,FKBP5,ANKRD17,FKBP2,ABHD2,GLT8D1,ABHD8,AK2,UBR2,PHF21A,RHOBTB2,ORC4,STIP1,NEUROD6,ESD,ABL1,SRGAP2,MAP2K7,SRGAP1,MPDU1,MCL1,RAB4B,TMEM132A,TRAPPC8,MARCH5,RCAN1,DAB1,REEP5,CNOT3,PLXNB2,GPR107,COPS8,SERINC5,MAP3K12,LMBR1L,RNF13,UFSP2,DUSP11,DUSP12,AP1G2,SCRN1,RNPEP,WDR6,CEP170,EVI5L,CCDC50,GGPS1,PLRG1,PATL1,PTP4A1,PTP4A3,ASPH,SNRPA1,DNAJC9,RP9,SOS1,RNF31,MTPN,NFAT5,NLGN2,WBP2,VPS4B,WBP4,DNAJB2,DNAJB1,AP3M1,ABLIM3,POLR2B,CSK,RBBP7,DCAF11,DCAF13,RNF20,SLC35A4,SPAG7,ASCC1,IDH3G,TXNRD1,NCKAP5L,SEMA4B,ADRM1,CDC42BPA,PNRC1,RAB10,DNAJA1,ASXL1,KLF7,MARCKS,KLF6,RAB14,PSAT1,POLR3H,TPT1,ARL6IP1,PITPNB,GDE1,PPP2R2A,CBLB,RPS15,RPS14,GOLGA1,ARL6IP5,LONP1,SOX4,TBC1D10B,SLC35C2,SLC6A15,ARRDC3,ACSL3,INPP4A,CARHSP1,MTHFD2L,HECA,TTLL12,EZR,ATP6V0D1,CSTF3,MGST3,TEX261,MYL12B,DGUOK,NUAK1,SCFD1,FXR2,RALGDS,SNHG1,TMEM184C,SETDB1,ZWINT,STAG1,RPS29,GOLGB1,TOP2B,DAZAP2,GFM1,CITED2,SH3KBP1,MYL6B,ZCCHC14,EPM2AIP1,SIPA1L1,PCF11,ZMYM4,XPO6,C1QBP,TOP3B,CBR1,CDV3,PRMT1,PRMT3,ZDHHC13,RHOF,PPRC1,ITFG2,MTSS1,MLF2,RHOB,RAB33B,RHOV,SGK1,MAPRE2,MPND,SDCCAG8,CSTB,CUX1,SHOC2,TBL1X,APBB3,METTL9,PURG,NFYA,MTX3,PTGES3,AP3D1,MPP6,SPCS1,CAPZA1,CAPZA2,KBTBD2,TOMM7,MEGF9,NDUFA11,NUCKS1,ARID4B,TOMM20,CHCHD4,COL4A3BP,CHCHD3,HCFC1R1,AZI2,LMO4,SPNS2,NOSIP,LMO7,KCTD5,PHOSPHO2,PRPF3,TIPRL,CHMP4B,FIZ1,ZCCHC7,BTF3L4,NOP2,TMEM59L,ADIPOR1,STK4,EFNA4,PRPF8,ARHGAP21,PDZD4,SDCBP,EP400,RPRD1B,MARK3,MARK2,ZC3H15,DNAJC19,ACBD6,HSPA8,SMAD4,ACBD5,ACBD4,CBX5,SMURF2,HSPA5,SMURF1,RHBDD2,CBX2,CPSF3,NONO,IFT122,BFAR,TDRD3,NFKBIA,EFNA3,NR4A3,EFNA2,ATG16L1,COPE,ZSCAN2,CREBZF,USP32,DOCK7,SLC2A3,SLC2A8,SPRED2,SENP7,TMEM101,SEPT9,SEPT6,SEPT7,PDE4B,MFSD1,SCYL1,KDM6A,POLG,JAGN1,USP48,H2AFY,H2AFV,OXSR1,PPP2R5C,SENP3,DNM1,AKT1S1,PFDN2,ITGB1BP1,LUC7L2,B4GALT5,USP14,USP15,STOML1,TM2D1,USP10,POLDIP3,RGS16,USP11,POMP,PDXP,TOB1,U2AF1L4,NXF1,UGP2,RPS6KC1,SAP30L,PDE6D,CDIPT,SPEN,KDM4A,TMEM30A,NEGR1,NAP1L1,NAP1L4,RPS6KB1,SPRY2,ATP13A3,SSBP2,RBMX"
+"gene_set_query"	"960"	"ISL2"	"805.7"	"ARCHS4 Coexpression,198;Enrichr Queries,989;GTEx Coexpression,1230"	"RPL4,MDC1,IFITM2,POP7,VARS,PHB2,BACH2,RRP9,RPS15,PSMD8,RPS17,FRAT2,RAVER1,TRIM28,PSMD4,DPYSL2,MYC,PSMD3,LONP1,SNRPD3,EPHB1,IER5,SOX4,SLC12A9,MEF2C,NUP210,FNBP1,TALDO1,SOX11,ANK1,WDR77,RNF126,CDC34,THAP7,GRWD1,DDIT4,UQCRC1,RPL27,TTLL12,PFN1,RPL29,AURKAIP1,PRR14,TELO2,CDC42SE1,SLBP,NRN1,TMEM161A,SHMT2,NPRL3,TRMT2A,MRPL12,MRPL11,DHX30,CYB5R4,SCFD1,PPP4C,PRDX4,DHX34,CHST15,DHX37,PUSL1,ST3GAL2,VASP,TRAP1,JUN,PRELID1,CADM1,BCL11B,BCL11A,H3F3A,SETD1A,NR2F1,PA2G4,MRPL23,MRPL21,PRRC2A,HNRNPL,ABTB1,EIF6,ID2,NDUFAF3,GRB2,COL9A3,PSMG1,DUS1L,FARSA,CPEB4,ITM2C,DHRS13,ARF1,DAZAP1,MRPS12,SNX11,SLC7A11,MRPL37,PRPF19,SMG5,LIMD2,BBC3,PQBP1,UCHL1,GLIPR2,XPO6,C1QBP,RAC3,RAB8A,CAP1,PSENEN,CCT3,PRMT5,UPF1,SEC13,NUDC,PRMT1,NME2,MRPS2,GMIP,TUBG1,DUSP6,MLF2,RHOB,NME1,MED22,SLC7A5,CTU1,PXDN,SGK1,SLC29A2,SF3B4,CSTB,RNASEL,CDC123,DTYMK,NFIX,AHCY,SATB2,SRRT,COX5A,PSMA7,FGD3,HIRA,ZDHHC18,NFIL3,PSMB2,TCOF1,PES1,LMAN2,PSMB1,RPS2,RPL18,CCT7,CCT5,RANBP1,SF3A2,MTX1,MDH2,WDR18,TMUB1,NPM3,DEF8,NLE1,VEGFA,PPP1CA,BOP1,NFIA,MYBBP1A,NFIB,SHKBP1,PKN1,PDCD5,IPO4,CHCHD2,TMEM147,TUBB3,RUVBL2,COTL1,LMO4,RPS8,ANKRD44,IGFBP3,RPS5,POU3F1,POLRMT,POU3F2,ATAD3A,RNF40,TUFM,ADAM19,EBNA1BP2,RAB35,DNAJB11,FSCN1,PGP,CSNK1G2,SNRPA,SRSF9,SNRPB,LRRC59,PFKFB4,INO80E,PFKFB3,RAB5C,NDUFB10,MAZ,KLHL17,AK2,CACNA1A,BHLHE22,PHB,STK4,CORO1A,CSF2RA,HSPBP1,NDOR1,IRAK1,GRK6,OTX1,CYC1,NDUFV1,NADK,YARS,NOP14,CBX4,ARPC4,ARPC5,EEF2,LSM4,CHERP,EFNA3,EFNA2,NR4A3,HOOK2,ARPC3,LHX2,HOOK1,NACA,UBE2S,LRFN1,LRP10,COPE,UBE2M,ISY1,SLC25A1,KDM5C,DDX49,ZMYND19,MCM7,PRKCSH,CHD6,PIK3CD,ETFA,YBX1,LMNB2,LMNB1,MRPL4,DUSP12,CAPZB,NOB1,SNAPC4,WDR5,FLOT2,PDE4A,TIMM17B,EIF5A,EMX1,PDPK1,H2AFX,SIGMAR1,DDX54,NAV2,SENP3,YDJC,KLF16,VCAN,PTP4A3,NDUFS8,DNAJC6,CTDSP2,THOP1,TSEN34,RGS19,USP10,HDAC1,HSD17B10,SRM,TBRG4,POLD3,DCAF15,MTA1,NCLN,U2AF2,FEM1C,MTA2,GADD45GIP1,NAA10,PCDH8,ADRM1,SSRP1,MAPK14,MEIS2,HNRNPAB,CHFR,NELL2,IMPDH1,EIF3I,EIF3G,CDK2AP2,RBM42,PDCD2,INSM1,SMAP2,EIF3B"
+"gene_set_query"	"961"	"ZNF625"	"805.7"	"ARCHS4 Coexpression,269;Enrichr Queries,1067;GTEx Coexpression,1081"	"VARS,RPL31,ZDHHC5,PWP1,RPS17,CDC23,CAPNS1,MPRIP,RAVER1,SNRPD1,DPYSL2,ZMIZ2,CDC27,STMN1,PSMD3,AKT1,PRKACA,ATXN7L3,SOX4,TMPO,SOX5,DDX17,SRRM2,MED1,DDX18,SMARCC1,CXADR,RECQL,RFX3,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,TMEM170B,SND1,ALG10B,EIF1B,SF1,NUP205,POM121,SET,TBC1D9B,IGSF3,TMEM63B,FLII,RPN1,TMTC1,OAZ1,MTDH,GJC1,APH1A,PPP3R1,FXR2,TRPM7,RBM12,GPM6B,ZSCAN18,NUS1,FZD3,RPL41,INTS1,INTS2,PBX2,PAICS,SMARCA2,PBX1,PRRC2A,MLLT11,HNRNPL,OGDH,DZIP1,ITM2C,ARF3,OGFR,PIGU,DAZAP1,MRPS12,PRPF19,PFAS,MED15,SMG5,MRPL42,CSRP2,TIMP2,ANXA6,SDF4,CIC,ZIK1,UPF1,DBNL,TSC22D1,LRRC49,MINK1,IMMP1L,INF2,PITPNM1,PXDN,MTF2,FRG1,ARHGEF2,PTMA,ERGIC1,CSTB,PCNA,PRIM1,HEATR1,CENPB,HIRA,SRP72,PES1,CLPTM1,MFN2,FLNA,MGAT2,CCT8,ANKRD52,SRSF10,MEF2D,YKT6,RUNX1T1,SUZ12,ARNT2,NPM1,MYEF2,MTX3,GINS4,PLEKHA5,MYO9B,SCAF1,ARCN1,KLHL9,XAB2,NFIA,NFIB,TAOK2,YPEL1,TCEA1,RAB3GAP2,NUCB1,RPL22L1,HDGF,ESYT2,PKN1,PNPLA6,RNF141,ZFP28,GRINA,HDLBP,FBXO22,IGF1R,IPO9,TATDN2,ZFP30,CDH2,LAMP1,KIF5C,ARHGDIA,SLC39A7,SBF1,FADS1,SUPT16H,USP5,IGFBP2,THOC2,ATXN2L,MORF4L1,MYCN,ADAM15,HNRNPUL1,TMX1,EHBP1L1,RAB35,MAPKAPK2,WDFY1,CHMP4B,ERH,SNRPE,SNRPF,FKBP3,ANAPC1,CSNK1G2,GLYR1,ANAPC2,ZCCHC7,KHDRBS1,LRRC59,COPA,ISYNA1,INO80E,RNASEH2A,RAB5C,COPB1,MAZ,PXN,TARS,CACNA1A,SLC38A10,SUPT6H,CORO1B,SBNO2,IRAK1,UBR5,GRK6,TCTEX1D2,DVL1,BTBD2,NACC1,SKIL,MARK2,BCL9L,WDTC1,ESRRA,ATP8B2,API5,CBX3,NONO,SEC16A,EEF2,EFNA2,SH3BP5L,HOOK2,CDK4,HOOK1,GNB2,GNB1,STT3A,PLEKHM2,PLXNB2,LRP10,NFE2L1,EIF4G1,ACADVL,KDM5C,WDR1,PRKCSH,CHD6,ZFP82,CHD3,PPP1R9A,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,SART3,ZC3H7B,PPP6R1,SNRNP70,SUMO2,UBTF,DGCR2,SUN2,ACTR2,RFC3,USP48,PLEKHG2,REXO1,KLF13,DST,DIS3,EED,PDPK1,ATRX,NAV2,SMC1A,ARFGAP1,KLF16,DNM2,TRAF7,PTP4A3,RER1,POLR1B,DNAJC5,AKT1S1,PPP1R12C,RNFT2,HDAC2,SMARCD2,CANT1,RAB1B,LENG8,ATP1A1,STRN4,USP19,DCAF15,AP3M1,GANAB,CAND1,DNPEP,U2AF2,TAF1A,FAM120A,REPS2,EIF4H,IGF2BP3,RALY,CSK,BUB3,MTA2,FBRS,RRM2,NDUFA4,DEK,CDC42BPB,TPD52L2,CLCN7,EIF3M,PFKL,NEURL4,SBK1,CARM1,MGAT4B,ACIN1,P4HB,TAF2,RAN,METAP2"
+"gene_set_query"	"962"	"LHX3"	"806.3"	"ARCHS4 Coexpression,702;Enrichr Queries,1022;GTEx Coexpression,695"	"CERK,IFT172,STMN3,HS6ST1,BACH2,GOLGA2,GPR173,GOLGA3,ZMIZ1,DPYSL5,RPL35,KIF21B,NCKAP5,CDK5RAP3,SOX4,CHGB,TMPO,TSPYL2,UNC13B,HES6,SRRM4,RBFOX1,UNC13A,COG6,UNC5A,PAQR4,CIRBP,PTOV1,ACSL6,ISLR2,SOX11,RFX1,VWA5B2,ATG13,ANK1,GTPBP1,CARHSP1,THAP7,KCNQ2,STX1A,MEG3,CUTA,RTEL1,MEAF6,TMEM63C,CTBP1,MAGED1,PIK3R2,AAAS,HTATSF1,SCFD1,FAM171A2,PCBP4,GSE1,JAG2,NTNG2,PHC2,PHC1,ZRANB2,PTPRN2,ZFR2,NR2F1,XRCC1,BRI3BP,TMEM198,CALY,H2AFY2,WNK2,PPP1R1B,MAGED2,PLCH2,RCOR2,DZIP3,ROBO2,PHF2,ARF1,PTPRN,KCNC3,PRPF19,SHD,SMPD3,TUBA1B,SMPD4,JPH3,NEFM,KIF1A,CIC,DLGAP3,SEC13,SSR4,ACTL6B,PARP1,HSBP1,AMPD2,SYP,MANEAL,WDR34,CBFA2T2,DYNLL2,NCOR2,DDB1,TMEM179,ARHGEF9,PXDN,ARHGEF7,PTMA,PCNA,TMEM74,ADCY1,CUX2,NFIL3,CHN2,USP1,PAK6,SAMD1,RIC3,WDR17,SF3A1,MBD6,YIPF2,AP3D1,PLEKHA6,MIAT,KIF26A,SGSM2,TTC3,RIMBP2,CDK5R2,ATP8A2,CLSTN2,TUSC3,CELSR3,HMGN2,FADS1,GTF2I,LMO1,CHRNB2,TSC2,CNPY2,TBR1,POU3F1,POU3F2,OLFM1,TOM1L2,ACLY,ARMCX2,GPRIN1,EEF1A2,MADD,SCG5,CARS2,KHDRBS1,LRRC59,FKBP2,CUL7,BRSK2,SHC2,PFKFB3,CCDC24,MAZ,GLT8D1,ARL1,CACNA1B,FOXO6,CACNA1A,CACNA1D,SEZ6L2,CPLX1,PLD3,CACNA1H,CAMSAP1,PHF21B,SEL1L3,NEUROD2,IGSF21,RAI1,PCSK1N,DPP6,CAMTA1,CDH24,DVL3,H1FX,LONRF2,PLXNA3,MARK1,CPSF7,ATP8B2,RHBDD2,MARCH9,NSG1,EEF2,CORO2A,SYT7,SCRT1,CHERP,AHI1,H1F0,EFNA2,HOOK2,LHX2,DLG4,GNAS,RNF182,IFT27,AMOTL2,LZTR1,CNIH2,BCL2L1,GPSM1,NAA40,PODXL2,ZMYND19,CELF3,CHD6,CHD5,PSIP1,PTPN23,YBX1,LMNB1,TRO,RPL7A,ABHD16A,AP1G2,MDK,GDAP1L1,UBTF,WDR6,PDE4A,GALNT9,DACT1,SUN1,DST,PEG3,ABCC8,RTN4RL2,SEZ6L,ARFGAP1,PTP4A3,TFDP1,CRY2,INA,CUEDC1,SLC25A14,AHDC1,CAMK2B,HDAC5,CRMP1,NRXN2,PDXP,ATP1A1,FAM169A,LRP8,PPM1E,HDAC6,JAKMIP3,SLC25A27,FZR1,DNPEP,MGAT5B,NT5DC2,NNAT,CACNG4,TUB,CHGA,RNF20,MBTPS1,HNRNPA3,MARCKSL1,SLC12A5,RRM2,KCNIP2,PCDH8,ATP2B4,CABLES2,SLC4A8,INSM1,MDGA1,UNC79,TNRC6A,SSBP4,BCAR1,CBLN1"
+"gene_set_query"	"963"	"ZNF585A"	"807.7"	"ARCHS4 Coexpression,832;Enrichr Queries,696;GTEx Coexpression,895"	"CYFIP2,ATF2,VARS,ZDHHC5,HNRNPU,JMJD1C,CBLB,GPATCH8,HERC2,HERC1,CAPNS1,TRIM28,DPYSL2,MYC,PSMD3,AKT1,DIP2C,SLC12A6,PRKACB,ATXN7L3,TRIM23,EPHA4,MEF2C,RBFOX2,WSB1,ZFP2,ARRDC3,MTUS1,CD3EAP,MOGS,SCRIB,SOX11,ANK3,ACTN4,SND1,SCAMP2,KATNAL1,DDIT3,RUFY2,DDIT4,HECA,TARSL2,FLII,MYCBP2,MTMR9,PIK3R1,TTBK2,APH1A,FXR1,PCBP4,ZSCAN18,JUN,PHC1,INTS1,MICAL3,UPF3B,L1CAM,PRRC2A,MLLT11,HNRNPL,LAS1L,WNK1,SESTD1,ID2,GIPC1,HBP1,CALR,ITPA,EZH1,CPEB4,NRP1,PIGU,DAZAP1,BTG1,CCDC127,SLC7A11,BMI1,SIPA1L2,PRPF19,SMG5,AKAP12,EPM2AIP1,TCP11L2,SDF4,GPRASP1,ZIK1,RALGPS2,RSPRY1,LYPLA2,UPF1,TSC22D3,LRRC49,MINK1,ASH1L,ZDHHC17,FAM126A,DUSP6,APRT,MLF2,RHOB,PXDN,WAC,SGK1,TKT,PAFAH1B1,SLC20A1,ICA1L,RPL12,HSPA13,CENPB,FAM129B,HIRA,PES1,TMEM68,RICTOR,HEATR6,YKT6,RUNX1T1,BCAP31,PLEKHA1,KIDINS220,SCAF1,GATAD2A,VEGFA,RNF146,SNX16,NFIB,TAOK2,NUCB1,HDGF,PKN1,ZFP28,GRINA,CCNT2,HDLBP,CYP46A1,IGF1R,ZFP30,LAMP1,ARHGDIA,POGZ,SLC39A7,SBF1,FADS1,TLE2,SLC38A1,USP5,MAGI2,TTC7B,TSC1,FBXO11,ATAD3A,DMTF1,HNRNPUL1,HNRNPUL2,RAB35,MAPKAPK2,CHMP4B,CSNK1G2,LRRC59,RAB5C,TNKS,INSIG1,ANKRD12,DTX3,SUPT6H,CORO1B,SOCS2,ORC4,ATXN2,IRAK1,ORC3,DVL1,NACC1,RPRD1A,SLC38A2,SKIL,BPTF,MPDU1,MCL1,NEK9,TIA1,ASNS,KLHL24,EEF2,MARCH6,CNOT4,SH3BP5L,APPBP2,NBEA,HOOK2,CCPG1,HOOK1,GNB2,RFXAP,JMY,GNB1,NF1,MDM2,PLXNB2,TUBGCP4,BRWD1,FGF13,NFE2L1,MAP3K12,EIF4G1,KDM5C,WDR1,PRKCSH,USP33,CHD6,PSIP1,SLC2A3,ZFP82,YBX1,PKD1,LMNB2,PPP1R9B,SENP7,DUSP12,SEC61A1,SART1,SEPT9,LASP1,SGCB,ZC3H7B,PPP6R1,SNAPC3,RNPEP,UBTF,CEP170,PGLS,DNM1L,EID2B,EIF5A,DST,PDPK1,ATRX,H2AFV,NAV1,RAD23B,ZFP90,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,CTDSP2,POLR1B,DNAJC5,LUC7L3,IFT46,RNFT2,SMARCD2,CANT1,RAB1B,TOB1,SLC25A27,GANAB,U2AF2,POLR2D,FAM120A,EIF4H,DROSHA,FEM1C,MTA2,ATP9B,CLASP1,CLASP2,SLC35A2,TTC14,PCDHGC4,LYSMD1,PDE4DIP,RPRD2,CDC42BPB,DDHD1,TNRC6C,KLF6,ERCC3,MGAT4B,POLR3F,VPS45,P4HB,SSBP2,CLUAP1,METAP2,EIF3B"
+"gene_set_query"	"964"	"ZNF26"	"807.7"	"ARCHS4 Coexpression,1504;Enrichr Queries,359;GTEx Coexpression,560"	"EIF4A2,NUP107,GMFB,TFRC,PPAN,HNRNPU,CISD2,JMJD1C,CBLB,GABPB1,EPRS,PWP1,PNN,RPS17,CDC23,OPHN1,MYC,CDC27,MAGOH,STMN1,LUC7L,SOX4,EIF2A,SRRM2,DDX17,TSPYL2,MED1,DDX18,AQR,SCAF11,IFRD1,RECQL,WDR75,CD3EAP,GTPBP4,DDIT3,DDIT4,ORAI2,ALG10B,GPM6A,NUP205,SET,DHX8,NEDD4L,MTDH,UGCG,LDHA,HMGXB4,ZNHIT1,RIC8B,DHX33,HIVEP1,MCMBP,TRPM7,RBM12,JUN,PRPF38B,EDEM1,PLK2,PMM2,SLC35E3,IRF2BP2,LARP4,PAICS,MED13L,EIF1,UCK2,ZZZ3,EIF5,WNK1,HNRNPF,FUBP1,HNRNPD,NOL11,RBAK,ITM2C,EZH2,SMG1,AHCTF1,PIGU,BTG1,CITED2,RPLP0,NAT10,SLC7A11,PCSK7,PFAS,WDR43,PCMTD2,SYNCRIP,ENC1,DHX15,UTP14A,RRP15,WDR36,WARS,TSC22D1,NSUN2,TSC22D3,PRPF40A,NIPA2,GNL2,MRPS7,GNL3,MLF2,SLC7A5,HNRNPH1,MTF2,PXDN,ARHGEF2,CD47,PLCB1,SGK1,GART,SFI1,NIP7,HEATR1,NOL8,NRAS,BCLAF1,SRP72,NFIL3,HSF2,EXOSC8,MGAT2,CCT8,RPS2,MAP4K5,SRSF10,EXOSC2,NKTR,SUZ12,NPM1,YIPF4,GINS4,RSRC2,VEGFA,RSL1D1,SEC23IP,NFIB,APEX1,NEDD4,SERBP1,HNRNPA2B1,TCEA1,RAB3GAP2,RPL22L1,PKN1,ARID4B,TSEN2,FBXO22,FADS3,CWC22,TLE4,NOM1,USP8,SLC38A1,TPM1,TTC7B,ATP11C,PRPF4B,LMO7,THOC2,PUS7,FOXP1,DMTF1,DKC1,TMX1,NCL,WDFY1,SNRPE,MAPKAPK5,SRSF6,SRSF7,ANAPC1,ZCCHC8,ZCCHC7,KHDRBS1,PFKFB3,ANKRD11,AK2,ITPR1,CACNA1A,CACNA1D,ORC4,NEUROD2,ORC6,PITRM1,UBR5,G3BP1,EP400,ZKSCAN3,BRIX1,SMN1,NDUFV3,SRGAP1,PDZD7,MCL1,AP1M1,PRNP,NOP14,TIA1,ECD,ASNS,NUP153,KLHL24,BTBD9,CLK4,EFNA2,NR4A3,HOOK2,CDK4,HOOK1,SPIRE2,MDM4,BRWD1,FGF13,OGT,CREBZF,RERE,USP36,RBM25,WDR3,WDR4,CHD6,SLC2A3,AFF4,TTC28,DUSP12,SENP7,ZC3H7A,OPA3,TOPBP1,MAPK1IP1L,UTP15,RFC3,DIS3,PDPK1,DDX55,VEZF1,VPS37B,PTBP2,SFPQ,VCAN,NAV3,POLR1B,LUC7L3,NUP54,PPP1R15A,RNFT2,NFAT5,GTF3C3,KDM3A,MAK16,SRSF1,CEBPG,DDX21,HMGCR,RNF4,AP3M1,CAND1,TAF1B,TDG,TGS1,TRA2B,TAF1A,SLITRK5,FEM1C,RPP14,ATP9B,DCAF13,TTC14,RBM39,NOP58,HNRNPA3,TRIM41,NEGR1,ZFC3H1,PDE4DIP,DEK,CHFR,EIF3M,SNRNP40,KLF6,RAB12,PDCD4,ERCC8,CEBPZ,ABCE1,TAF2,TRIM33,SLC25A36"
+"gene_set_query"	"965"	"DLX4"	"807.8"	"Literature ChIP-seq,161;ARCHS4 Coexpression,350;Enrichr Queries,1269;GTEx Coexpression,1451"	"RPL4,MDC1,VARS,KDELR1,RPL8,PHB2,RAPGEFL1,FAM110A,RPS17,RPS16,TRIM28,RAVER1,BSG,PSMD3,DAG1,LONP1,UBAP2L,SNRPD3,RPS10,SOX4,NUP210,SCRIB,ACTN4,HCFC1,SFRP1,PSME3,DDIT4,HECA,RPL27,TTLL12,RPL29,PRR12,POM121,SHMT2,NPRL3,NOLC1,MRPL12,LARP1,DHX37,GSE1,PIP5K1A,RDH13,JAG2,BTF3,TRAP1,JUN,XRCC6,ICMT,JUP,CADM1,BCL11B,INTS1,RCC2,SETD1A,NR2F1,PA2G4,ZWINT,PRRC2A,HNRNPL,VANGL2,ID2,GIPC1,SDC1,DUS1L,CDK16,CDKN1C,DAZAP1,MRPL37,PRPF19,SPPL3,AKAP12,C1QBP,RAC3,EMD,CCT3,UPF1,CBR1,ELOVL4,NSUN2,NME2,MRPS2,WDR34,TUBG1,DUSP6,MLF2,RGMA,NME1,SLC7A5,TET3,PXDN,SGK1,SF3B4,CSTB,SF3B2,AHCY,SATB2,RPL12,TCOF1,PES1,ANKRD52,RPS2,SAMD1,CCT7,CCT5,CCT4,RANBP1,SF3A1,SF3A2,MDH2,SAMD4B,NPM3,SCAF1,GATAD2A,VEGFA,BOP1,NFIA,MYBBP1A,NFIB,SERBP1,HDGF,PKN1,CRLF1,IPO7,TOMM20,IPO4,FBL,RUVBL2,KHSRP,FBRSL1,SLC39A7,FADS1,MEN1,TLE2,IGFBP3,RPS5,CTNNBIP1,IGFBP2,POLRMT,ATAD3A,RNF40,TUFM,ATXN2L,HNRNPUL1,DKC1,FKBP4,KPNB1,SNRPA,SNRPB,LRRC59,NXPH4,MAZ,AK2,CACNA1A,FOXO6,PHB,NDRG2,EFNA4,PRPF8,CACNA1G,STIP1,IRAK1,NACC1,DVL3,OTX1,BCL9L,EEF2,LSM4,CHERP,EFNA3,LSM7,EFNA2,LRFN4,STK24,HOOK2,LHX2,HOOK1,UBE2S,CNOT3,BLMH,DEGS1,DEGS2,CLPTM1L,EIF4G1,UBE2M,SLC25A1,ZNF512B,ZMYND19,PRKCSH,CHD6,YBX1,BICD2,LMNB2,LMNB1,MRPL4,DUSP12,RPL7A,WDR5,EIF5A,PLA2G4E,TNFRSF19,CAD,H2AFX,DDX54,RAD23B,SENP3,YDJC,COASY,KLF16,FAM189B,TRAF7,VCAN,PTP4A3,TFDP1,AKT1S1,THOP1,GTF3C1,SMARCD2,PRCC,CXXC1,PARD6G,FOXK2,WIZ,SEMA3F,ACVR1B,SRM,PPM1G,GANAB,MTA1,NCLN,RAB40C,U2AF2,POLR2D,PCDH1,UBQLN4,NTRK2,CIZ1,NAA10,FBXL19,ADRM1,SSRP1,MEIS2,HNRNPAB,ACVR2A,CARM1,IMPDH2,RPS6KB2,TRIM35,RBM42,P4HB,EIF3C,EIF3B"
+"gene_set_query"	"966"	"TCFL5"	"810.3"	"ARCHS4 Coexpression,440;Enrichr Queries,700;GTEx Coexpression,1291"	"RPL4,MDC1,VARS,ZMYND8,HDAC11,EPRS,ELK1,RPS17,ALCAM,TRIM28,DPYSL2,MYC,STMN1,DPYSL3,AP1S2,LONP1,AKT1,AP1S1,SOX4,CIRBP,CD3EAP,SOX11,SCRIB,HCFC1,TIAM1,CCNY,DDIT4,TBPL1,ULK2,HECA,NUP205,POM121,PIK3R3,PDGFA,PIK3R2,ZBTB5,APH1A,PTDSS2,APH1B,LARP1,CEP70,AMZ2,PLCG1,SRPK2,ABCA2,JUN,CADM1,INTS1,SURF2,RCC2,NETO2,PRRC2A,HNRNPL,CCDC88A,SQLE,FUBP3,ID2,GIPC1,NDUFAF3,COL9A3,DUS1L,DZIP1,BAP1,LGMN,ITM2C,AARS,CDKN1C,ARF3,AHCTF1,DAZAP1,CITED2,CETN3,CLTC,ADO,BMI1,PRPF19,SMG5,AKAP12,FAM102B,CSRP2,XPO1,TRIM2,ENC1,TIMP2,GPR137,GIT1,TSC22D3,NSUN2,PABPC4,ELOVL6,DUSP6,MLF2,DDB1,SLC7A5,CSDE1,PXDN,CANX,HNRNPH2,SGK1,CSTB,SF3B2,AHCY,SF3B3,SATB1,RPL12,CENPB,RECQL5,PES1,USP1,UBTD2,LEO1,RPS2,BID,SAMD1,CCT5,SRSF12,MAP4K4,MTX2,AP3D1,LRPPRC,AGBL5,DPY19L1,MYBBP1A,XPOT,TAOK2,HDGF,PKN1,RNF141,SH3GL3,UBE3C,CSE1L,HDLBP,NUCKS1,ACRBP,IPO7,TOMM20,IPO4,IPO5,PPP1CC,TUBB3,BASP1,SBF1,FADS1,TLE4,PCYT2,USP5,IGFBP3,ANKRD45,TPM1,IGFBP2,TOMM34,ZCRB1,ATP1B1,ATAD3A,RNF40,CDC25B,MSH6,MORF4L1,RAB31,RALGAPB,HNRNPUL1,HNRNPUL2,EEF1A2,FSCN1,CHMP4B,PKP4,STAMBP,FKBP4,KPNB1,LRRC59,KHDRBS3,ARHGEF26,INSIG1,MAZ,STK39,CACNA1A,SLC1A4,UBFD1,NDRG1,PRPF8,ADIPOR2,RAP1GAP,SOCS2,EFNB2,RAI1,KLC2,PITRM1,IRAK1,UBR5,DVL1,NACC1,PLXNA1,TBC1D16,KLHDC3,PRNP,CCDC136,CBX2,CCZ1,EEF2,DNAJC18,NFKBIA,SCCPDH,EFNA2,LRFN4,HOOK2,HOOK1,UBE2S,CNTN1,GNAS,NFE2L3,UBA2,CLPTM1L,LSM14B,EIF4G3,EIF4G1,RNF187,UBE2M,ZNF512B,B4GALT2,KDM5B,ZMYND19,PRKCSH,USP32,CHD6,SLC2A3,YBX1,MEA1,RND2,LMNB2,LMNB1,DUSP12,RPL7A,ZC3H7B,SNAPC4,WDR5,PMEPA1,EVI5L,TNPO2,CCDC34,PDPK1,CAD,H2AFX,IQCE,ZFP91,VPS37B,SENP2,REXO2,RANGAP1,RAD23B,SENP3,CKAP5,ARFGAP1,ARL4C,TRAF7,VCAN,PTP4A3,TFDP1,CTDSP2,POLR1B,DNAJC5,ETF1,BCAT1,SSX2IP,THOP1,TNFRSF21,ALDH9A1,OTUB2,GTF3C1,SMARCD2,DDX25,CXXC1,MFF,DPCD,FAM168B,GANAB,HIRIP3,MTA1,RMND5A,U2AF2,NT5DC2,POLR2D,PDE6D,IGF2BP2,MTA2,MEST,EIF4B,SPAG9,MARCKSL1,PPP1R14B,CIZ1,TRIM41,RRM2,BNIP3,FBXL19,PTPN11,LRWD1,SSRP1,CDC42BPB,USP29,HNRNPAB,MTOR,KLF6,POLR3D,TRIM37,SSBP2,EIF3B"
+"gene_set_query"	"967"	"TEAD3"	"810.3"	"ARCHS4 Coexpression,837;Enrichr Queries,839;GTEx Coexpression,755"	"TES,PLEKHB2,KDELR1,ADARB1,NDST1,CAPNS1,TRIM28,DPYSL2,MYC,DPYSL3,LONP1,DAG1,AKT1,PTGFRN,DIP2C,SOX4,EPHA7,ACTN1,DAPK3,AFAP1,CD3EAP,MOGS,SCRIB,ACTN4,EML1,JMJD8,MYL6,DAAM1,KCTD10,GPR161,DDIT4,KCNQ4,OBSL1,KCTD15,ATF4,TSHZ3,TMEM63B,SLAIN2,PIK3R2,ADH5,GJC1,DHX35,TNRC18,MAP4,S100A10,RAB11FIP5,JUN,TMEM184B,DMPK,JUP,INTS1,PLK2,PBX1,GADD45G,PRRC2A,EXT1,PTK7,ID2,GIPC1,CALU,SDC1,DCHS1,PKIG,FERMT2,ITM2C,DDR1,PYGB,PIGU,CITED2,GPR21,ARHGAP1,PCSK7,PTPRK,TRIOBP,PTPRF,PTMS,TMEM43,TIMP2,QSOX1,DUSP6,MLF2,ENAH,NCOR2,SLC7A5,INF2,PXDN,PLEKHO1,SGK1,GAS6,DBN1,NFIX,ATL2,PRICKLE2,CCDC107,CRIP2,RELA,ADCY6,FAM129B,GPC1,MICALL1,SPOP,FLNA,GPC4,ANKRD52,MEF2D,RYK,NR1H2,DAB2IP,SORBS1,SCAF1,VEGFA,NFIA,NFIB,SLMAP,ZYX,ESYT2,HDGF,PKN1,AGRN,CHPF,CTNND1,HDLBP,ATN1,CLU,IGF1R,PPP1CB,SCMH1,CAPN2,SLC39A7,LZTS2,MAF1,FADS1,SH3GL1,TPM4,IGFBP3,TPM1,F2R,FOXP4,FOXP1,RAB34,EHBP1L1,ELMO1,FSCN1,RAI14,LRRC59,CUL7,CD151,ARHGEF26,ARHGEF25,FBLN1,CACNA1C,NDRG1,CACNA1H,CORO1C,GLIS2,EFNB2,RAP1A,DVL1,NACC1,ABL1,DVL3,PLXNA1,BCL9L,CD276,PRNP,OSBPL5,HMGA1,CRIM1,DSTN,KLHL23,SSH3,MANBAL,ARHGAP23,MFHAS1,BMP1,EFNA2,HOOK2,HOOK1,DLG5,CNTN1,PLXNB2,AMOTL2,PLXNB1,GPR107,SERINC2,NFE2L1,EIF4G1,YWHAE,ITGB1,ZNF512B,B4GALT2,CALCOCO1,WDR1,PRKCSH,MAST2,CBY1,ILK,PTPN23,RND3,LMNB2,DUSP12,SEC61A1,LASP1,ZC3H7B,SPEG,TMEM109,PMEPA1,LRRFIP1,BOK,ADAMTS7,UNC45A,KDM6B,PPP1R12A,PLEKHG2,PDPK1,NAV2,REXO2,RAD23B,ARFGAP1,CKAP4,TRAF7,VCAN,PTP4A3,NSMCE4A,SETBP1,TMEM214,CTDSP2,C1D,AKT1S1,CDH11,PPP1R12B,PPP1R12C,BCAT2,SRF,USP12,WIZ,SEMA3F,GANAB,DNPEP,ALDH1B1,DNAJB5,RAB23,GNA11,NT5DC2,NT5DC3,SH3BP4,PCDH1,PDLIM7,PCDH7,FOXJ2,ATP2B4,CDC42BPB,MEIS2,FBXL12,SLC4A7,NELL2,GOLPH3,KLF6,CARM1,MGAT4B,VIM,P4HB,BCAR1"
+"gene_set_query"	"968"	"NR3C2"	"810.7"	"ARCHS4 Coexpression,1340;Enrichr Queries,444;GTEx Coexpression,648"	"EIF4A1,CHIC2,ZFYVE9,RRP1,EIF4A3,PPAN,GBA2,BACH2,RAPGEFL1,PSMD9,ALCAM,HERC1,DPYSL2,MYC,EPHB2,TMEM8B,SOX5,EPHA4,DAXX,MEF2C,LIMCH1,DAPK1,CACNA2D1,PRKCE,MED8,MTUS1,CD3EAP,ANK2,ANK3,ANK1,GABRG2,PSME3,DDIT4,SPARCL1,HECA,KCTD12,TLN2,MACF1,MTMR3,DHX8,CDCA4,NEDD4L,TMTC1,PIK3R1,RNPC3,KALRN,UGCG,NUAK1,PPP4C,PDCD11,PRKAR2B,TSPAN7,GAR1,TSPAN3,PUSL1,BBS1,JUN,CADM1,BCL11A,RCC2,PA2G4,SMARCA2,PBX1,ID2,FAT4,ITM2C,ATG2B,GABRB3,NRP1,PIGU,CITED2,PHF23,NAT10,WASL,VLDLR,SIPA1L2,WDR46,ROBO1,AKAP12,AKAP11,TRIM2,RALGPS1,TMED4,DBNL,SYN3,DUSP6,MLF2,RHOB,RAP2B,PLSCR3,MPPED2,KIT,PXDN,PLCB1,SGK1,ARF6,GAS7,PHLPP2,SATB1,SATB2,NIP7,GNAI3,TRAK1,GNAI1,ANKMY2,CAMK2N1,PES1,CHN2,AP2S1,RRP36,UTP3,SORT1,DAB2IP,SORBS2,SORBS1,NPM3,MYO9A,GATAD2A,NFIA,NFIB,CAPZA1,RPL22L1,PLP2,PKN1,FRYL,ATP8A1,FRY,BZW1,CLU,SLC8A1,IGF1R,ARHGAP44,ABHD11,GRB14,CDH2,RUVBL1,CAPN5,SNIP1,NUDT16,ENPP5,FADS1,SH3GL1,RALGAPA1,MAGI3,IGFBP3,TMOD2,LMTK2,LMO7,CASD1,ATP1B1,FTSJ1,FOXP1,PREPL,RAB35,NHP2,WDFY3,TNIK,TOX,SRSF9,SNRPB,KHDRBS3,CTTNBP2,ITPR1,LPL,CACNA1A,UBR3,NDRG2,NDRG1,SOCS2,EFNB2,KLC4,IRAK1,PLXNA2,SRGAP3,MYH10,KLHDC2,PRNP,AUTS2,SYT1,CRIM1,ARPC5,ZZEF1,PTPRD,YRDC,ARHGAP32,NR4A3,ARPC2,REEP5,HOOK2,NBEA,ARPC3,HOOK1,GNB2,CNTN1,NOP10,ISY1,DOCK4,DDX49,PPP1R13B,DOCK9,CELF2,WDR4,CHD6,PPP1R9A,AFF3,SYNE2,DUSP11,DUSP12,TMEM222,ZNRD1,GM2A,MFSD5,PSD3,PDE4B,GAL3ST3,NEO1,ACTR3,EIF5A,ARHGEF12,DST,RFC2,PDPK1,PDE4D,SECISBP2L,NAV2,CKAP4,TRAF7,PTP4A3,SETBP1,ACOX1,NUP50,CTDSP2,ETF1,ZMYND11,MET,SMARCD2,NLGN1,NRXN1,ATP1A1,RNF4,ABLIM1,TAF1B,GNA11,SLIT1,CSK,MTA2,DCAF13,ATP9A,SNCA,NTRK2,NDUFA5,PCDH9,NEGR1,NICN1,PCDH7,TXNL1,PDE4DIP,ATP2B2,TPD52L2,MEIS2,CHFR,NELL2,NECAP2,SNRNP40,NAGK,TEF,VAPB,BAX,GPD1L,METAP2"
+"gene_set_query"	"969"	"ZNF551"	"810.7"	"ARCHS4 Coexpression,824;Enrichr Queries,800;GTEx Coexpression,808"	"TCERG1,MAPKBP1,APP,TRRAP,HNRNPU,EPRS,GPATCH8,BACH2,ALKBH8,NDST1,FRAT2,CAPNS1,AKT2,MYC,DPYSL3,STMN1,BSG,AKT1,PRKACA,DDX17,SRRM3,SRRM4,CXADR,REV1,CD3EAP,MAPK8IP3,GTPBP4,PISD,NISCH,TIAM1,EML5,DDIT4,ULK3,HECA,KDELR2,PAXIP1,TBC1D9B,TMEM63B,TMEM63C,PIK3R1,GJC1,HSPH1,CYB5R3,RRS1,ATP6V0A2,PIP5K1C,PRPF38B,JUN,PHC2,PHC1,TMEM184B,BCL11B,RCC2,CDC7,PAICS,PRRC2B,SQLE,GIPC1,CALM3,ITM2C,ARF3,SMG1,PIGU,KCNC1,CITED2,KCNC3,MRPS12,CLTB,SLC7A11,PFAS,MED17,SHF,AKAP12,EPM2AIP1,MRPL42,MMP24,PCLO,SMPD4,ENC1,DHX15,TIMP2,SDF4,RAC1,JARID2,ZIK1,SHPRH,NCOA5,IFT140,MRPS25,NCOA6,GAA,MINK1,RRAS2,ELOVL6,DUSP6,PGM2L1,WDR33,MLF2,RHOB,SLC7A5,INF2,PXDN,MTF2,TMEM106B,GLCCI1,SGK1,SFI1,ATP6V0C,SATB1,PRIM1,NOL9,CENPB,CAMKK2,NOL6,FAM129B,GNAI2,GGA2,ARVCF,BCLAF1,RNF138,NSD1,CLPTM1,BRD8,EXOSC2,SRSF10,YKT6,RIC3,GINS4,DAB2IP,WDR12,TARBP2,MPHOSPH9,TAOK2,NUCB1,PKN1,GRINA,CD81,CLSTN1,ATN1,TSEN2,CELSR3,TMEM145,ZFP30,LAMP1,PAPOLG,POGZ,CAPN2,SMARCAD1,MAP3K9,SLC39A7,KPNA2,FADS1,TLE2,SLC38A1,F2R,VASH2,TSC2,TSC1,PIAS2,DISP2,MSH6,CTDNEP1,ACAP3,TOM1L2,ILF3,RALGAPB,MSH2,ADAM15,MADD,ANKS6,CHMP4B,PHIP,SRSF6,FKBP5,CD151,RAB5C,CACNA1A,CORO1B,G3BP1,EP400,CAMTA2,VARS2,TMEM120B,PRNP,CBX5,NUP155,CRIM1,MARCH9,NUP153,CLK4,PAN2,EFNA2,PAN3,HOOK2,NASP,HOOK1,GNB2,GNB1,PLXNB2,PLEKHM2,UBA1,MDM4,GPR107,TUBGCP4,LRP10,BCL2L2,NFE2L1,MXD4,ZNF512B,RBM28,ACADVL,PPP1R13B,NAA40,CELF1,CHD8,CHD6,PSIP1,SLC2A3,ZFP82,PKD1,CABIN1,LMNB1,PPP1R9B,DUSP12,LASP1,SART3,AP1G2,SNRNP70,MCF2L,NPTN,FLOT1,DGCR8,WDR6,TRIM67,USP48,RFC3,PDPK1,NCBP2,PLA2G4B,DDX56,TRNAU1AP,ARL4C,ALS2,RER1,CTDSP2,POLR1B,DNAJC5,LUC7L3,PPP1R12C,GTF3C4,WBP2,RAB1B,CXXC1,RBM4B,DDX21,ATP1A1,FAM169A,LRP8,DNAJB2,ABLIM1,MAPK8,GANAB,MAT2A,VPS53,POLR2D,BEND3,DROSHA,FEM1C,HNRNPA1,RPP14,EIF4E,KDM4B,KDM4C,RRM2,EYA3,CDC42BPB,KLF7,PSAT1,MGAT4B,VIM,P4HB,MDGA1,TNRC6A,CBLN1"
+"gene_set_query"	"970"	"NR1H3"	"811.6"	"Literature ChIP-seq,109;ARCHS4 Coexpression,1089;Enrichr Queries,1110;ReMap ChIP-seq,268;GTEx Coexpression,1482"	"CYFIP1,SCOC,MT-ND4,TRIO,TFRC,RPL8,EPRS,TSKU,LSM10,KRTCAP2,CAPNS1,DPYSL2,MYC,PIP4K2A,NCKAP5,WSB1,WSB2,NUP210,DAPK3,CSNK2A2,WDR75,CD3EAP,FRS2,GTPBP2,WDR77,WDR81,PRKAR1A,WDR82,PSME3,DDIT4,RPL24,RPL26,UBA52,PI4K2A,RNF121,CDC42SE1,MTMR1,ANAPC13,VPS26A,AAAS,MRPL12,MRPL13,HIF1A,GNS,PRPSAP1,MRPL20,LDHA,PPP4C,PRKAR2B,CEP78,JUN,NDFIP2,SNAPIN,FUCA1,RAB3IP,IRF2BP1,MRPL28,BBIP1,CS,MRPL30,MLLT11,SLC6A6,SLC6A8,H2AFY2,QARS,TDP2,FASN,PPT1,NMT2,DUS1L,LGMN,OGFR,PIGS,ARF1,GMEB2,PHF20,HEXB,PHF1,HEXA,SNX10,MRPL36,OSBPL11,SHD,SMG5,TUBA1C,TUBA1B,TUBA1A,ATIC,TMEM44,SMPD1,TIMP2,RPLP2,TK2,BRD3,RPS6KL1,ELOVL5,DUSP1,LRRC49,IFNGR2,ELOVL6,SIRT7,DUSP6,COPZ1,DDB2,DUSP7,RNF167,NCOR1,MRAS,CDC42EP4,PXDN,RAPGEF1,PLEKHO1,TKT,DLD,RNF165,GRN,GRAMD1A,NFIX,ODC1,DLST,SDAD1,MRPL55,TM9SF3,FGD3,NRAS,PPP1R8,CLPTM1,LEO1,SC5D,ANKRD52,CKB,YKT6,RNF130,UTP6,CRBN,WNT7B,PCGF2,SNX22,SKI,FIG4,RNF145,XAB2,TMEM158,NFIB,PSMC4,SNX14,FABP7,NUCB1,PKN1,CRLF1,YPEL3,VKORC1L1,MTCH1,SLC27A1,CLSTN2,CSE1L,UBP1,RNF19B,TSEN2,BZW2,ALDH1L2,CLU,FAM107B,ABHD12,POFUT2,LAMP1,SESN1,PIM3,STK32B,STK32C,FADS1,PIAS4,MAGI1,RARS2,SEMA6B,TLE3,SLC38A1,ANKRD46,IGFBP3,USP3,IGFBP2,CNPY2,RPSA,CNPY3,PGD,THOC5,ILF2,LEMD2,TPST2,CACNB3,RAB31,NCL,MADD,FKBP8,ANAPC5,ERH,SNRPB,LY6E,FKBP5,BRSK1,RAB5B,PFKFB4,CD151,PFKFB3,RAB5C,BRI3,INSIG1,GLO1,HSPBP1,LRRC55,RLF,CORO1B,RAP1GAP,ORC3,G3BP1,PSAP,EIF4EBP2,SLC38A2,AP1M1,RAB4A,EIF2B2,GFPT1,M6PR,ARPC4,ZBTB11,EEF2,ADAP1,FANCE,LSM4,FBXO31,CPD,PLEKHM2,ACO1,CLPTM1L,BCL2L1,SLC25A1,MCFD2,ALAS1,SCHIP1,PTEN,CELF5,PIK3CD,ARRB1,NENF,DUSP11,DUSP12,MRPL2,CAPZB,GM2A,SCRN1,PPP6R1,OPA3,RNPEP,PSD3,PHACTR3,ME1,ACP2,HIF1AN,PGLS,CTNNBL1,TAPT1,TNPO3,ACTR3,GPX1,GPX4,SGIP1,RPL13A,NDUFC2,TFIP11,YDJC,PTP4A3,TFDP1,NPC2,DAD1,CTDSP2,C1D,SOS1,MET,SLC25A11,TNFRSF21,SNAP47,HDAC2,NLGN1,NDUFB8,RNF34,NDUFB6,SRC,MGRN1,NDUFB4,SRF,CEBPG,TULP4,CXXC1,PARD6G,KATNB1,EHBP1,SLC25A27,AP3M2,ABLIM3,U2AF2,POLR2D,TRIM46,DNAJB9,FSD1,IGF2BP2,HNRNPA1,MEST,SEC11A,SLC25A22,EIF4E,FNIP2,UBQLN4,SLC25A25,POLR2L,RNF20,SMARCE1,PTPN1,SPAG7,PPIL1,TRIM41,PPIL2,TXNRD1,FOXJ3,TPRKB,LYSMD2,ATOX1,TRIT1,SLC25A38,TSPAN14,SNRK,MYO1B,KLF6,GLRB,PSAT1,EIF3I,ST7,OCIAD1,PDCD4,CDR2L,CDO1,SMAP2,KCNK2,SMAP1,TPT1,PANK4,SLC35B4,AHCYL1,CBLB,IFI30,PWP1,ACTB,RPS14,PNN,RPS19,HERC1,RUSC1,FTH1,OGFOD2,LONP1,ARL6IP4,LONP2,UBAP2L,RPS11,CCNL1,SEC62,PELO,GOLGA7,GLUL,SLC12A9,PDHX,ATP6V1G1,ALG9,AP1B1,ACSL3,TMEM170B,SUB1,SIK3,VDAC3,KCNQ4,VDAC2,HECA,KCTD12,SIK2,PFN1,AURKAIP1,SLC45A4,TMEM87B,NRN1,PEX11B,CEND1,MYL12B,UBE2J1,PGS1,SNX1,ZNHIT1,SNX2,MICAL1,SCAP,HIVEP2,TSPAN3,DECR2,RAB11FIP3,SCAI,CTSA,VAT1,SNHG1,NMB,TMEM86B,IQSEC1,INTS3,DCLK2,MYO5A,KLHDC8B,PYCR2,PTK2,UBAC2,GADD45G,AIMP2,PTK7,ID2,ECHDC2,GRB2,CALM3,ALDH18A1,CORO7,CALR,INTS8,CDS2,ITM2C,NRP1,USPL1,FKBP15,FAM57B,CITED2,SLC35F2,GRIK5,PAK1IP1,ZFAND2A,CTSZ,OLA1,SLC7A11,VLDLR,SIPA1L2,PTPRF,ZCCHC14,SYNCRIP,UCHL1,ARV1,MAP1LC3B,AUH,GUK1,CTSL,SEC61G,TMED2,RAC3,TMED7,CTSD,NDEL1,CTSB,TMED4,CAP1,PRMT6,PARP6,TMEM150B,PARP1,NCOA5,MRPS25,PABPC4,TSC22D3,GAA,ANO8,AMPD2,COMMD1,ZDHHC16,MRPS6,LIME1,SLTM,POC5,CANX,FAM20C,ARHGEF1,FAM32A,ALDOA,EEF1E1,SGK1,CRELD2,MAPRE2,STK40,NAPB,STX12,CSTB,PCNA,PNCK,TOMM40,MRPS33,GNAI3,CCDC106,RFNG,GDPD5,TYMP,PPP2CA,RXRB,ANKMY2,MNT,NFIL3,SERTAD2,HSF2,ORMDL3,EXOSC8,SUSD4,MGAT1,SHOC2,METTL6,LCMT1,METTL9,EXOSC2,CCT4,BCAP31,PEX19,SPRYD3,SORT1,NFYC,GINS4,CRIPT,MYO9B,FAH,RANBP6,VEGFA,MAD2L2,RSL1D1,GPAM,TTC5,KBTBD2,SGSM2,CAPZA2,PNPLA6,CAMK1,MPHOSPH6,GRINA,SCARB1,MIDN,CD81,ZFAND3,PRDM2,CCDC28B,CNDP2,PPME1,KIF5C,BASP1,ARID2,SBF2,TPRA1,TOMM34,WRNIP1,KCTD3,TRPC4AP,ADAM19,TMEM135,DPM3,TBC1D20,RPL7L1,TIPRL,DNAJB11,EEF1A2,PPIF,CHMP4B,PPIB,XPR1,RAI14,ATP6V1A,COX19,PXK,TMEM59L,LPL,DTX1,NDRG2,STK4,ADIPOR2,NDRG1,PLD3,ACACA,EFNB1,TCTEX1D2,DNAJC21,TBC1D13,CAMTA2,H1FX,VARS2,ZC3H15,MARK2,CCDC134,YARS,PRNP,CBX5,KLHL25,CBX4,IDH1,CRIM1,ARHGAP29,CNOT10,CRLS1,NFKBIA,AHI1,BMP1,HOOK2,HOOK1,GNAQ,CHMP2B,CNTN1,STT3A,PI4KB,LRP12,PICALM,MXD4,UBE2M,GSK3A,DOCK4,ACADVL,ABCD3,PODXL2,DDX46,PRKCSH,GTDC1,ARHGEF10L,DBI,SLC2A3,LDB2,HMGB1,YBX1,GPHN,HK1,EEF2K,ZC3H7A,ALDH2,NUP62,GATAD1,TIMM17A,TOPBP1,ARHGEF11,KLF11,ATP6AP1,PDPK1,DDX55,TBC1D8,ABHD14B,GPCPD1,SAFB,ARID1B,EPN1,PJA2,FCHSD2,NDUFS8,TRAPPC6B,CAT,ATP6V1B2,NUP54,RBM24,PFDN5,CUEDC1,AGPAT5,VAC14,RGS19,TM2D2,NAA20,NRXN1,RGS16,RAP1GDS1,RNF8,ATP1A3,SLC3A2,RNF7,TM2D3,MOSPD3,RNF4,CLCN3,DLL1,ADD1,GNA13,DNPEP,CHSY1,LEPROTL1,GNG7,MAPK6,SPEN,RBM39,GALNT1,BNIP3,TAF11,LIMK1,SOD2,GDAP1,HS3ST2,SLC4A7,CLCN7,GOLPH3,PNKD,VIM,ATP13A3,SSBP3"
+"gene_set_query"	"971"	"VAX2"	"812.0"	"ARCHS4 Coexpression,597;Enrichr Queries,1224;GTEx Coexpression,615"	"POP7,SMARCB1,KDELR1,ENO2,RNF112,SAMD14,PSMD4,DPYSL5,IGLON5,DPYSL2,MYC,AKT1,AP1S1,SNRPD3,RPS10,IER2,CALN1,SRRM3,HES6,SRRM4,ATP6V1G2,RBFOX2,RBFOX3,PTOV1,SOX11,SCRIB,ANK3,MAPK8IP3,PISD,TIAM1,GPR162,STX1B,SFRP1,CDC34,RUFY2,DDIT4,JTB,KDELR2,AURKAIP1,TRIM11,PAXIP1,NRN1,STXBP1,FOXG1,NPRL3,PIK3R2,NLK,MRPL11,SYNGR1,FAM171A2,CYB5R3,PCBP3,WDR70,PCBP4,KCNN1,RHBDL1,CADM3,JUN,FZD3,PRELID1,PRRT2,BCL11B,ABCA3,NR2F1,MICAL2,L1CAM,MRPL23,SMARCA4,ID2,GIPC1,RPS21,ITPA,CDK16,CDKN1C,DDR1,TMEM151B,KCNC1,DIRAS2,GRIK2,SHB,MED16,AP2A2,SHD,PTMS,SHF,TRIM9,MMP24,PCLO,SLC22A17,TRIM3,DNER,RAC3,RAC1,DLGAP4,MRPS26,SEC13,NME2,TUBG1,MLF2,RGMA,NME1,SLC7A5,PXDN,SGK1,CSTB,NFIX,ADAM22,TIMM13,PRICKLE1,RFNG,COX5A,CENPB,PSMA7,CAMKK2,ARVCF,CAMK2N1,CHN2,LMAN2,AP2S1,ANKRD52,RPS2,ATP6V0E2,PURG,RUNX1T1,ARNT2,RIC3,RANBP1,CENPV,WNT7B,PCGF2,DAB2IP,NMNAT2,PPP1CA,SKI,PSMC5,PKN1,YPEL4,CRLF1,CHPF,CRTC1,CLSTN3,PEBP1,ARHGAP39,COMT,CELSR3,SLC8A2,TM7SF2,RIMS1,TMEM145,CHCHD2,ABHD11,SLC16A2,SH3GL2,SH3GL1,TLE2,RPS8,IGFBP3,IGFBP2,ADAM11,KCTD2,CNPY2,POU3F2,KCTD6,RNF40,DHDDS,DISP2,ACAP3,OLFM1,MADD,PGP,ANKS6,ABCG4,FAM92A,SRSF9,SNRPB,RTN4R,BRSK2,NDUFB10,CACNA1A,LPL,PHB,CPLX2,FBXO44,HSPBP1,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,DDRGK1,SRGAP3,OTX1,PDZD7,SAC3D1,TMEM120B,SYT4,UBE2I,PCIF1,CLK4,DAB1,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,UBE2S,REEP2,TUBGCP4,DHCR7,MAP3K12,UBE2M,SLC25A1,ZNF512B,B4GALT2,SNAP25,DDX49,PODXL2,ZMYND19,MAST1,CHD6,PKD1,ELAVL3,POLB,RBM3,RPL7A,TMEM101,MDK,MCF2L,PSD3,MLST8,DGCR6,MRPL9,GALNT9,TRIM67,EMX1,SIGMAR1,PPP2R5B,IQCE,RTN4RL2,LSS,REXO4,CKAP4,EPN2,PTP4A3,ALS2,CDH10,NDUFS5,PPDPF,NDUFS3,TMEM9,SLC25A11,CUEDC1,CAMK2B,SMARCD1,NLGN2,CXXC1,NRXN2,CRMP1,LRP3,HSD17B10,SRM,ABLIM1,MTA1,MAT2A,VPS53,SPOCK2,NT5DC2,POLR2D,TRIM46,SPOCK1,IGF2BP2,MEST,CACNG4,OPCML,BEND6,GADD45GIP1,PPP1R14B,MARCKSL1,SLC12A5,NAA10,IDH3G,PCDHGC4,PRAF2,PCDH8,ADRM1,PCDHGC3,PDAP1,MEIS2,USP29,SBK1,FAM131C,FAM131B,POLR3F,STUB1,CDR2L,RGS11,INSM1,MDGA1,BCAR1,SSBP4,CBLN1"
+"gene_set_query"	"972"	"ZNF610"	"812.0"	"ARCHS4 Coexpression,682;Enrichr Queries,758;GTEx Coexpression,996"	"TDRKH,VARS,HDAC11,ZDHHC5,FNBP1L,BACH2,ALCAM,CAPNS1,TRIM28,DPYSL2,MYC,GPBP1,STMN1,AKT1,PRKACA,ATXN7L3,SOX4,ARRDC4,SRRM2,EPHA4,WSB1,LIMCH1,ARRDC3,MOGS,SCRIB,SOX11,ACTN4,CCNY,DDIT4,KCTD13,TBPL1,ULK2,HECA,BEX4,BEX1,FLII,NPRL3,PIK3R3,TMTC1,TTBK2,APH1A,PTDSS2,PPP3R1,APH1B,HLTF,MLEC,AMZ2,ZSCAN18,SRPK2,JUN,INTS1,BCL11A,PBX2,PBX1,DCLK1,WDR55,PRRC2A,MLLT11,HNRNPL,CCDC88A,ID2,NDUFAF3,HBP1,SERPINI1,DZIP1,CALM2,DZIP3,ARF3,OGFR,PIGU,DAZAP1,WDR48,CITED2,SLC44A2,GRIK5,CETN3,SLC7A11,ADO,PRPF19,SMG5,AKAP12,TUBA1A,ZMYM4,TRIM2,GPR137,SDF4,CIC,GIT1,ZIK1,PCMTD1,UPF1,TSC22D3,LRRC49,MINK1,GNL1,DUSP6,MLF2,RHOB,INF2,KIT,PXDN,RAPGEF1,RHOU,PLCB1,TKT,SATB1,WRB,ATL1,GDPD1,PRICKLE1,CENPB,GNAI2,HIRA,PPP1R7,PES1,TMEM68,MFN2,FLNA,METTL6,ANKRD52,YKT6,SRSF12,SF3A1,PLEKHA6,AP2B1,SORBS1,SCAF1,GATAD2A,SKI,ATAT1,TTLL1,CCNG2,TAOK2,TCEA2,YPEL1,NUCB1,FAM171B,HDGF,PNPLA6,ZFP28,SH3GL3,ATP8A1,CLSTN2,HDLBP,FRY,IPO7,IGF1R,LAMP1,KIF5C,CHCHD6,ARHGDIA,NRCAM,SLC39A7,SBF1,ENPP5,CDKL2,ANKRD45,TOMM34,PIAS2,CTDNEP1,MORF4L1,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,TOX,FAM92A,CSNK1G2,GLYR1,ANAPC2,LRRC59,KHDRBS3,RAB5C,INSIG1,MAZ,SUPT6H,SPATA7,SOCS2,SBNO2,IRAK1,TCTEX1D2,DVL1,NACC1,MARK2,PDZD7,ESRRA,KLHDC3,ZFHX2,AUTS2,CCDC136,CBX1,IFT122,ASNS,KLHL24,EEF2,DNAJC18,ARHGAP33,SCCPDH,SH3BP5L,APPBP2,HOOK2,NBEA,HOOK1,GNB2,GNB1,UBE2N,CPE,PLEKHM2,LRCH4,EIF4G3,NFE2L1,EIF4G1,PICALM,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,MEA1,RND2,AFF3,TMEM191C,LMNB2,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,MDK,ZC3H7B,PPP6R1,SNRNP70,SNAPC3,UBTF,EVI5L,DACT1,ARHGEF11,ACTR2,KLF13,CCDC34,PDPK1,PDE4D,IQCE,NAV2,SENP2,CKAP5,RAD23B,SENP3,ZFP90,KLF16,DNM2,TRAF7,VCAN,PTP4A3,DNAJC5,IFT46,SSX2IP,RNFT2,SMARCD2,DDX25,RAB1B,CXXC1,ATP1A1,MFF,PPM1E,DPCD,NCALD,AP3M2,DCAF15,FAM168B,GANAB,U2AF2,FAM120A,PDE6D,RAB28,WASF1,MTA2,MEST,FBRS,PCDH9,NEGR1,PCDH7,DDHD1,CDC42BPB,NELL2,NEURL4,PIK3IP1,ASXL3,CARM1,MGAT4B,SPRY2,P4HB,SSBP2,CLUAP1,METAP2,EIF3B"
+"gene_set_query"	"973"	"IRF4"	"812.4"	"ARCHS4 Coexpression,1081;ENCODE ChIP-seq,97;Enrichr Queries,1260;ReMap ChIP-seq,214;GTEx Coexpression,1410"	"MDC1,MAPKBP1,MT-ND4,NUP107,POP7,SLC4A1AP,TFRC,EHMT1,RBPJ,ALKBH8,FAM110A,SCAMP4,KRTCAP2,PSMD6,PSMD7,PSMD4,DPYSL2,SAMD10,MEF2A,ATG3,MEF2C,FNBP1,DNTTIP2,RFX3,RFX1,GAPVD1,SCAMP1,EML2,RC3H2,FAM133B,PSME3,DDIT4,ORAI2,JTB,VOPP1,ASPHD2,ATF4,SLBP,EXD2,SAR1B,MEPCE,MRPL16,MTMR9,COPS7B,BAZ2A,PLA2G6,AAAS,MTMR4,OAZ1,GABARAP,MRPL20,CYB5R4,GRPEL2,AMZ2,HEXIM1,JUN,PRRT2,EDEM1,NCAPH2,ABCA3,EIF2AK3,PBX2,ERLIN2,MRPL24,MRPL21,MLLT11,MRPL30,TBL3,FASN,PKIG,GPR19,LRSAM1,PIGO,KCNC3,HEXB,HEXA,ARHGAP1,MRPL39,MED15,BBC3,DDA1,PIGX,SHF,MRPL42,TRMT112,MRPL40,RPLP2,SH3BGRL3,JAK2,UPF2,SPHK2,MRPL49,SIRT6,SLC39A13,MRPL45,MED29,DUSP6,MRPL44,MED23,SLC7A5,MED22,SLC7A6,TMEM33,PXDN,MED20,RAPGEF1,TUT1,VAMP2,ARF6,TRUB2,ELOF1,LIN37,RPS27L,NOC4L,SLC7A1,MRPL54,GGA1,PSMB7,PSMB4,BTAF1,PSMB3,LEO1,MEF2D,NKTR,UTP6,MDH1,MDH2,UTP3,STAT2,MBD1,TMEM62,GATAD2A,BYSL,FABP5,CCDC9,SNX17,APEX1,SERBP1,UBAP2,RPL22L1,CRLF2,TMEM167B,PDCD6,ATN1,CASC4,EIF4ENIF1,RUVBL2,PIM3,NOMO1,PPP1R16B,VPS33A,ZBTB34,FBXW2,LENEP,ATXN2L,MAPKAPK2,SRSF2,SRSF3,SRSF7,KPNB1,ANAPC1,FTO,INO80B,LRRC59,RNASEH2A,TXNDC9,MAZ,ISG20L2,ARL1,UAP1,UBFD1,CORO1A,HSP90B1,CORO1C,EIF1AD,PMVK,PGK1,BRIX1,SLC38A2,NADK,TXNDC5,DR1,NOP14,NOP16,FUS,UROS,DRAP1,LRCH1,ARPC3,MDM4,TUBGCP3,OGT,NFE2L1,ISY1,HSP90AB1,PIK3CD,AP4M1,MRPL4,FSD1L,PPP6R1,ACP2,EIF5A,ACTR3,SH2D3C,NDUFC2,RAD23A,VPS37B,RABGGTA,ARL4C,HAX1,PIK3CA,TMBIM4,SLC25A19,SYF2,C1D,TMBIM6,BIRC6,BDP1,SEC22B,GAPDH,SLC25A11,BIRC2,SEC22C,SNAP47,GTF3C3,GTF3C5,MGRN1,PRCC,SRSF1,NDUFB3,CXXC1,ZBTB45,FURIN,LRP6,MLLT6,ZNRF2,U2AF2,SH3BP5,TRIM46,UBQLN1,FYN,SLC25A23,AAMP,EIF4E,HNRNPA0,PTPN1,PPP1R14B,TRIM41,GPKOW,FEM1A,FEM1B,FOXJ3,RPL23A,TPD52L2,MYO16,PDCD4,OCIAD1,CCM2,EIF3E,P4HB,EIF3F,EIF3C,SPG21,EIF4A1,SMARCAL1,AHCYL1,TMEM41A,CCNI,KDELR1,PPAN,TXNDC11,CCNC,TXNDC15,ACTB,CYB5D1,CRKL,RASSF1,EFR3A,RASSF2,HERC2,SNRPD2,HERC1,OGFOD2,FAM53C,CCDC97,SNRPD3,CCNL1,ATXN7L3,TBC1D22B,TMPO,EIF2A,ST6GAL1,SMARCC1,SCAF11,NSMCE2,CIRBP,MFSD11,PPA2,SUB1,CDC37,CD2BP2,FAM76B,AARS2,GGNBP2,DHX8,GIPR,MYCBP2,SUPT4H1,PIK3R3,PIK3R1,UBE2J1,APH1A,MBTD1,SEC14L1,COMMD9,DHX33,PCBP1,DHX37,HIVEP1,SYMPK,HIVEP2,SNX5,XBP1,INTS2,PAICS,ZBTB6,ID2,RPL27A,INTS5,PAF1,NOL10,CALR,CALM1,CALM2,CD200,HERPUD2,MRPS17,DHRS13,MRPS15,TMEM151B,USPL1,INTS10,NAT10,SLC7A11,WASL,BMI1,HERPUD1,PCM1,ENC1,DHX15,ARIH2,SSSCA1,CTSE,CAP1,CCT3,CCT2,SEC13,PCYT1A,MRPS23,MINK1,ANO8,COMMD3,CACYBP,SREBF2,TOX4,KIT,UFC1,ARHGEF1,CD47,ARHGEF2,PTMA,SFI1,NAPA,PCNA,STX16,GBA,STX18,DOT1L,DERL1,CCDC107,NEDD8,CCDC106,PAK1,NFIL3,SERTAD2,ORMDL3,EXOSC8,MGAT3,MGAT1,CCT8,SCAND1,CCT4,YIPF2,HUWE1,MYO9B,MIAT,VEGFA,NUDT9,PER1,NUDT8,RPA3,TTC4,HNRNPA2B1,DPAGT1,OTUD4,OTUD5,SCARB1,CRTC2,MIDN,PRDM4,BCCIP,PRDM2,TXN2,AMMECR1L,FAM174B,BANF1,SBF2,PCID2,MORC3,SLC30A5,DNAJB12,ADAM19,EEF1A1,ADAM15,HNRNPUL1,HNRNPUL2,TMX1,EHBP1L1,SBDS,PPIH,GEMIN7,RTN2,KLHL18,DDX5,TSG101,COX16,SLC1A4,KLHL12,RPF2,NDRG1,SHARPIN,GRK6,CAMTA2,CYC1,TBC1D17,NDUFV2,BCL9L,IVNS1ABP,CCDC134,YARS,VTA1,NUP153,SUPT5H,AP4B1,MANBAL,KLHL20,HIGD2A,CLK1,HOOK2,GNB2,UBA3,CYCS,TCF3,LSM14A,GALK1,RBM28,GSK3A,PRR7,RBM25,CUEDC2,DDX3X,DDX47,PSIP1,DPY30,ADAR,TRIAP1,AFF3,LMNB2,PHTF1,GPHN,TMEM191C,LMNB1,PPP1R9B,LASP1,TMEM223,EEF2K,YWHAQ,NUP62,TIMM17A,ARHGEF12,EED,PDPK1,NCBP2,GLRX5,DDX55,UTP18,PJA2,EEF1G,SFPQ,IRF3,NDUFS7,GORASP2,PEX3,TBC1D7,NDUFS3,NDUFS2,MVD,NAA38,NUP54,ACOX3,IRF9,RBM22,AGPAT5,DCTN5,RRN3,PARG,SFSWAP,GOSR2,DDX23,DDX20,CSTF2T,DDX21,SLC3A2,TAF1D,DNPEP,GNG2,MAT2A,TDG,BMS1,TRA2B,MKNK2,BNIP1,TMEM208,PTK2B,MTA2,FBRS,CYTH1,PDLIM7,TTC14,RRM2,TAF15,MAPK14,CDK11B,USF1,RPIA,PNKD,ERCC1,CARM1,POLE3,TAF6,FAM98B,VIM,CLUAP1,MBTPS2,RPL4,RPL5,RPL3,RPL31,DCAF8,SMC5,ENO2,GABPB1,PHB2,RPL9,BACH2,DCAF7,GPATCH8,RPL6,DCAF6,MYC,ZMIZ2,RPL36,PIP4K2A,RPL38,RPL37,IER5,IER2,VPS18,DDX18,NUP210,RPL21,RPL23,PRKCD,RPL22,WDR74,CD3EAP,WDR75,ARMC8,WDR73,MED4,ATG12,RNF123,SARNP,ADPRH,RPL24,TARS2,RPL27,RPL26,RPL29,ALG10B,CDC42SE1,ANAPC13,NUP205,POM121,PDXDC1,NOLC1,GNS,MTDH,RRP7A,PRDX2,RIC8B,WDR70,PRDX1,VPS11,CHST15,RRS1,ST3GAL2,SERF2,CDK17,PRELID1,CDK19,JUND,WDR59,H3F3B,PNO1,SETD1A,IRF2BP2,NR1D1,GPN1,EHD1,HNRNPL,FIBP,PPP5C,HNRNPK,OGDH,HNRNPD,FARSA,CDK13,CDC42SE2,CDK16,CEP57,SETD5,SMG1,CDKN1B,PHF23,CLTC,ADO,SMG7,ING1,PFAS,SMG5,RNF157,MTG1,TMSB4X,RARS,RFK,ANXA6,GPR137,AP3S2,AP3S1,CIC,JARID2,UBL7,CEP68,ZC3H10,BRD2,WDR36,TCF12,TIMM23,AEN,ASH1L,RNF168,RNF167,LSG1,ZEB2,NSA2,SIKE1,MTF2,TET3,PLEKHO1,GARS,GAS7,SF3B5,GRN,CLDND1,PHLPP1,RPL12,TIMM9,RPL11,GPS2,WDR24,HSPA13,TM9SF4,RPS15A,RPL15,RPS2,RPL18,SF3A3,SF3A1,YTHDF2,BRF2,YTHDF3,NR1H2,SYVN1,GATC,ELP3,TRMT1,GTF2H1,GTF2H2,SRP68,WDR12,AGBL5,TM9SF2,ANKRD13C,FAM49B,TUSC2,CEP120,SYAP1,PARK7,RPL10A,IPO4,TM7SF2,FAM107B,PPP1CB,SLC39A9,RNF19A,CFL1,MAF1,TMSB10,ANKRD13A,GTF2I,SLC39A3,IFNAR2,RPS9,RPS7,RALGAPA1,USP3,F2R,RPS6,VASH2,AIP,THOC1,THOC3,GTF2F1,ILF2,CTDNEP1,PYGO2,ILF3,RAB34,RAB35,SNRPG,ERH,AAGAB,SNRPE,TNIK,SNRPB,SEMA7A,DNMT1,ANKRD16,FAM114A2,ANKRD12,CUL2,GLT8D1,ABHD8,UBR2,ORC6,UBR5,TPR,DVL2,CCDC32,SMN1,SLC15A4,MCL1,MPDU1,ESRRA,AKIRIN2,ANKRD34A,EIF2B4,EIF2B3,POLR3GL,TMEM132A,MARCH9,TRAPPC8,MARCH7,LSM4,CDK9,COPS4,RCAN1,SLC7A6OS,CDK4,CNOT1,COPS2,RAB5A,BCL2L1,RNF187,MCM7,RNPEPL1,ZC3H4,PIK3C2B,DUSP12,RPL7A,SART3,GM2A,VPS72,AP1G1,SNRNP70,TLK1,WDR6,TNPO3,RFC3,ADSL,PLEKHG2,RFC2,LIX1L,RPL13A,ZFP91,YDJC,COASY,PTP4A2,DNAJC2,PTP4A3,TFDP1,TRAF4,DAD1,POLR1B,RPL37A,EVL,DNAJC8,EIF4E2,SFT2D1,HDAC2,SMARCD2,HDAC3,RNF34,WBP1,WBP2,VPS4B,WBP4,FZR1,HAUS8,MSTO1,RBBP5,RAB24,POLR2E,CSK,SNRPB2,POLR2H,DCAF11,SEC11A,POLR2J,SLC35A2,SEMA4A,SLC35A1,PPIL1,RNGTT,SEMA4D,SEMA4B,PLCL2,CCDC59,TPRKB,FBXL14,MTOR,PNRC2,ASXL1,CUL4A,RAD52,MARCKS,KLF6,POLR3B,GLOD4,MFAP3,POLR3E,RAB18,DRG2,RHEBL1,PPIL3,SLC35B2,IFITM2,SLC35B4,CBLB,PWP1,RPS15,TIAL1,RPS14,GOLGA3,PNN,RPS17,RPS16,RPS19,KAT5,FLAD1,ARL6IP5,LONP1,LONP2,RPS11,ZFPL1,SEPHS2,RPS13,RPS12,TBC1D10B,AQR,SACM1L,ARRDC3,COG3,BOLA1,PTOV1,JMJD8,JMJD6,MRPS18C,INPP4A,NIF3L1,GRWD1,BOLA2,HECA,PFN1,AURKAIP1,CBLL1,CUTA,ANP32A,TWF2,LIAS,MYL12B,DGUOK,ZNHIT3,MLEC,BANP,VASP,SNHG1,NUS1,BCL11A,TMEM50A,TREX1,MEMO1,ZWINT,RPS26,CCT6A,STAG1,RPS29,CCDC88C,ANP32E,RNPS1,C2CD2L,ITM2C,SH3KBP1,GFM2,GDI2,PRPF19,SERP1,GUK1,XPO6,ZMYM5,KIF13A,RAB8A,GABPA,PSENEN,TOP3B,PRMT5,CDV3,PRMT7,PARP1,PRMT1,STRADA,PRMT3,NME2,RHOF,UCHL3,PPRC1,LIME1,ITFG2,PARP8,RAB33B,NME1,UGDH,PRPF18,POC5,NME7,FRG1,RHOV,HNRNPH3,SGK1,FYTTD1,PRIM2,PRIM1,NOL8,TYMP,ZDHHC18,TBL1X,DCPS,SUZ12,RANBP2,NFYC,GINS4,FAH,KBTBD4,SPCS1,HIST3H2A,CTNNB1,PRPF31,FAU,KBTBD7,TOMM6,KDM1A,HDLBP,NUCKS1,CWC25,LZIC,TOMM22,CHCHD2,COTL1,AZI2,KDM2A,KDM2B,NOSIP,TSC1,ATP1B1,KCTD5,TMEM131,DPM2,PREPL,ILVBL,ELMO1,SPNS1,FIZ1,RELL2,STAM2,ISCU,DAP3,ZCCHC7,RPS19BP1,NOP2,CLEC16A,COX7A2,DTX4,STK4,EFNA4,EMG1,UBB,DPP8,DPP9,TMEM128,SUDS3,DMAP1,MARK4,ZC3H15,BPTF,HSPA8,CPSF4,DARS,ACBD6,PNPT1,CBX3,HSPA4,DNAJC11,DNAJC16,NFKBIA,EFNA3,EFNA2,NR4A3,DLG4,SAE1,MUS81,SCYL3,B4GALT3,ACADVL,KDM5C,NVL,SLC2A3,PKD1,SPRED2,TMEM101,SEPT6,PDE4B,FLOT2,PDE4A,TMEM109,TOPBP1,MAN2C1,USP30,SCYL1,POLG,KDM6B,TSFM,USP48,KLF13,H2AFX,RPS3A,ARID1A,SENP3,SEPT2,KLF16,DNM2,DDX19A,FCHSD2,TRAPPC6B,AKT1S1,HAGH,LUC7L2,KDM3A,STOML2,USP15,POLDIP3,RGS16,GMPR2,POMP,PDXP,MTIF2,STRN4,U2AF1L4,HSPD1,NXF1,TFPT,RMND5A,CHSY1,SAP30L,PDE6D,MAPK1,RWDD1,PTCD1,WTAP,BAD,USP21,B3GAT3,QPCTL,SGTA,ZFC3H1,HSPE1,MEIS2,NEURL4,CAPN10,BAX,SSBP1"
+"gene_set_query"	"974"	"YBX3"	"813.5"	"ARCHS4 Coexpression,1031;GTEx Coexpression,596"	"PREP,KEAP1,UBE3A,PDCD2L,DCAF6,PSMD8,GOLGA4,STK11,PSMD7,PSMD4,PSMD2,PSMD3,KPNA6,KPNA4,PRKACA,MAF1,KPNA3,KPNA1,KCMF1,SEMA6C,MAP2K2,ATG9A,MRPS18A,DYRK1B,SHISA4,ANK1,CACNB1,CTDNEP1,GNPAT,RNF123,CLIP1,CDC34,KARS,HNRNPUL1,BIN1,PSME4,EHBP1L1,MAPKAPK2,FKBP8,PLAA,CSNK1G2,RTN2,PSMD11,FLII,NPRL3,PXN,AK1,UBR3,MRPL14,UBFD1,ADIPOR1,OAZ1,GSPT1,FXR1,CYB5R1,SBNO2,BTBD1,PRKAR2A,DHX36,DNAJC21,DVL1,BAG1,NUP88,WDTC1,NAA50,ESRRA,VASP,EIF2B3,PBX2,MEMO1,MARCH8,UBAC1,ZC3HC1,CNOT4,TADA2B,COPS3,AIMP2,COPS5,NPLOC4,SH3BP5L,TMEM11,MKRN1,OGDH,NFE2L1,BCL2L1,EIF4G1,UBE2M,PHTF2,RNF10,DAZAP1,SETD3,USP38,PHF20,SCHIP1,FAF1,MAST2,SETD7,FHL1,ATP2A2,MRPL36,YBX1,OSBPL11,USP39,PPP6C,PPP6R1,CHMP1B,KIF13A,MYO18A,SPEG,HIF1AN,RRP15,UBXN6,LRRC47,UPF1,NAA30,ADSL,MIOS,PDE4D,STRADB,PABPC4,RAD23A,EPS15L1,TOX4,MED25,PTP4A3,CSDE1,AKT1S1,RBM24,SLC25A4,STK40,SLC29A2,FYTTD1,USO1,ZBTB43,SRL,PSMA7,USP19,STRN3,TMEM201,HECTD1,SAMM50,DNAJB6,HSF2,MKNK2,MFN2,ABCF2,MEF2D,DCAF12,ABCF1,EGLN1,MLXIP,PTCD1,BRF2,KCNJ11,FEM1A,CNBP,AMFR,ADRM1,PDE4DIP,UBE2G1,CDK11B,LRRC20,CUL4A,PINK1,FABP3,SLC25A39,PRKRA,NEDD4,ASB8,CARM1,RAB12,PSMC1,POLR3E,PSMC2,SRRD,ZYX,HDGF,TACC2,GPD1L,PFKM,YPEL3"
+"gene_set_query"	"975"	"ZNF615"	"813.7"	"ARCHS4 Coexpression,749;Enrichr Queries,828;GTEx Coexpression,864"	"ATF2,CCNI,VARS,ARPC5L,DIXDC1,ZDHHC5,JMJD1C,FNBP1L,EPRS,RPL8,TXNDC16,ZDHHC3,CAPNS1,TRIM28,DPYSL2,AKT3,BSG,EPC1,AKT1,AP1S1,EPC2,KIF21A,DIP2C,PRKACA,ATXN7L3,SOX4,TRIM23,ARRDC4,RBFOX2,ZFP2,ARRDC3,MTUS1,CD3EAP,DNTTIP2,MOGS,SCRIB,ACTN4,ATG12,SND1,SCAMP2,ARMC1,FAM133B,EID1,RNF126,RRAGB,CRYZL1,DDIT4,TRIM13,ANKRA2,PFN1,CGGBP1,TEX264,FLII,DCUN1D4,XPA,NEDD4L,PIK3R1,HIF1A,APH1A,INPP5B,RIC8B,HLTF,RAB11FIP2,JUN,INTS1,BCL11A,PLK2,PBX2,NETO2,SMARCA2,PBX1,PRRC2A,HNRNPL,GOLGB1,ID2,GIPC1,HBP1,EZH1,ITM2C,ARF3,PHF2,NRP1,PIGU,DAZAP1,BTG1,CITED2,FAF2,VLDLR,PRPF19,SMG5,MECP2,ENC1,SDF4,CIC,PCMTD1,UPF1,TMED9,TSC22D3,MINK1,ASH1L,ZDHHC17,MLF2,RHOB,INF2,PXDN,FAM20B,WAC,TMEM106B,VAMP4,TKT,SATB1,SLC20A1,PRICKLE1,CENPB,FAM129B,PCNP,HIRA,BCLAF1,FAM172A,CUX1,PES1,TCEAL1,TMEM68,SPOP,FLNA,ANKRD52,ANKRD50,YKT6,KIDINS220,MBD1,ELP2,SORBS1,SCAF1,GATAD2A,PPP1CA,MIB1,VEGFA,RNF146,NFIA,NFIB,CCNG2,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,MPHOSPH8,ZFP28,GRINA,SCARB2,FAM13B,POGK,HDLBP,IGF1R,FAM107B,ZFP30,LAMP1,CAPN7,SESN1,ARHGDIA,CFL1,SBF1,MAP3K7,AP2M1,PLEKHJ1,SLC38A1,USP5,RALGAPA1,ILF2,ATAD3A,RSBN1,CTDNEP1,ARMCX4,ARMCX1,ADAM15,HNRNPUL1,RAB35,CHMP4B,CSNK1G2,SLC27A4,GLYR1,LRRC59,INO80E,RAB5C,ARHGEF25,NPR2,COPB1,MAZ,ITPR1,DTX3,NDRG1,SEL1L3,SOCS2,ATXN2,IRAK1,DVL1,NACC1,ABL1,SLC38A2,SKIL,MYH10,PDZD7,MPDU1,NEK9,PRNP,SMAD4,KLHL24,EEF2,LSM4,NFKBIA,LRCH2,EFNA2,SH3BP5L,NBEA,HOOK2,CCPG1,HOOK1,GNB2,JMY,GNB1,PLXNB2,COPE,NFE2L1,EIF4G1,KDM5B,WDR1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,PTPN23,LMNB2,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,PPP6R1,SNRNP70,UBTF,SPEG,PMEPA1,ERC1,EIF5A,USP47,TTC33,PDPK1,SECISBP2L,PDE4D,ATRX,DNM2,LATS1,TRAF7,VCAN,SETBP1,CTDSP2,DNAJC5,ZMYND11,PPP1R12C,SEC22C,SMARCD2,RAB1B,MLLT1,ATP1A1,SLC25A27,GANAB,NCLN,U2AF2,FAM120A,EIF4H,FEM1C,MTA2,TAF10,FBXL19,LYSMD1,RPRD2,SSRP1,CDC42BPB,MEIS2,OXR1,HNRNPAB,TPD52L2,TNRC6C,RAD52,KLF6,CARM1,MGAT4B,SNRNP48,VIM,P4HB,SSBP2,EIF3C,EIF3B"
+"gene_set_query"	"976"	"SOX21"	"813.7"	"ARCHS4 Coexpression,533;Enrichr Queries,802;GTEx Coexpression,1106"	"EPHB6,CNTFR,RPL31,PITPNA,STMN2,HS6ST1,RPL9,RAPGEFL1,RPL6,GPR173,DPYSL4,RPS19,DPYSL5,DPYSL2,MYC,DPYSL3,TRIM24,EPHB2,SOX4,EPHA4,SMARCC1,CXADR,SCRIB,SOX11,SOX12,EML2,SFRP1,DDIT4,TYRO3,HECA,CTXN1,TRIB2,LLGL1,UNC119B,IGSF3,TTYH1,MAGED1,FOXG1,SDC3,APCDD1,NKAIN1,SGPL1,FAM171A2,RDH13,PATZ1,GPM6B,B4GALNT4,ZSCAN18,NDFIP2,JUN,FZD3,RPL41,CADM4,JUP,BCL11B,CADM1,BCL11A,H3F3A,EXOC6B,NR2F1,DCLK2,PRRC2B,GADD45G,SMARCA4,VANGL2,MEX3A,RPS27,H2AFY2,RPS29,GIPC1,ID2,HNRNPD,SDC1,DCHS1,FAT3,LRRN1,RCOR2,RPS24,DDR1,CDKN1C,WDR47,CCDC120,HIP1,PTPRS,RPLP1,CETN2,NCAN,TECR,CLTB,SLC7A11,SPPL3,PHF6,UBL5,CSRP2,ZMYM3,ENSA,NEFL,NEFM,KIF1B,RAC1,PLEKHN1,CBR1,ELOVL4,HSBP1,MINK1,TCF12,DYNLL1,DUSP6,MLF2,RGMA,TOX3,MN1,TMEFF1,TUBB2B,TET3,PXDN,ARHGEF4,RHOV,SGK1,FJX1,PTMA,ARF5,CSTB,PHLPP1,PTN,ARVCF,CAMK2N1,PAK6,CKB,GPC4,RPL17,EXTL3,RPRM,PURG,ARNT2,CENPV,MYEF2,GOLM1,WNT7B,PCGF2,RAB11A,VEGFA,NFIA,ABI2,NFIB,FABP7,ABI1,CACHD1,MIDN,CTNND2,ARID4A,CIB2,MSI1,NUCKS1,CELSR2,CLU,SALL2,CDH2,NRCAM,PPFIA3,FADS1,LMO1,TLE4,SH3GLB2,FBXW7,IGFBP3,CTNNBIP1,IGFBP2,SDHC,ATP1B2,POU3F1,POU3F2,MID1,POU3F3,OLFM2,MYCN,ERH,SLC27A4,KHDRBS1,BRSK2,ARL3,CACNA1A,DTX3,DTX4,PHF21B,EFNB2,EFNB1,PMVK,OTX1,MYH10,MAP2K6,LRRC4B,AUTS2,WSCD1,PTCH1,CBX2,OSBPL2,CBX1,KLHL23,PTPRD,ARHGAP32,BCL9,EFNA3,EFNA2,HOOK2,DLG3,LHX2,HOOK1,CNTN1,CSPG5,BLMH,DEGS1,DEGS2,TCF3,YWHAE,CHD6,HMGB3,PSIP1,RND2,BICD2,GM2A,MFSD5,MDK,NEO1,DGCR2,PLA2G4E,TNFRSF19,RPL13A,SEPT2,EPN2,SEPT3,GAP43,VCAN,PTP4A3,RCN2,DDAH1,CDH11,RPL37A,FAM84A,NLGN2,CXXC1,RPL36A,PARD6G,HMGCR,ACVR1B,DLL1,AGPAT4,STOX2,CACNG7,PTPRZ1,RAB40C,NT5DC2,IGF2BP3,IGF2BP2,PCDH1,HNRNPA1,MEST,CACNG4,HNRNPA0,NTRK2,MARCKSL1,PCDH7,PCDH8,PCDHGC3,MBOAT2,BAIAP2,MEIS2,DLK2,NELL2,PPP2R2C,SYT11,TSPAN18,FAM131B,RGS12,VIM,INSM1,SSBP3"
+"gene_set_query"	"977"	"YY2"	"815.3"	"ARCHS4 Coexpression,998;Enrichr Queries,688;GTEx Coexpression,760"	"TFRC,FCF1,CISD2,PHAX,EPRS,SMC3,PWP1,BACH2,ALKBH8,GOLGA4,ALCAM,PSMD5,DPYSL2,MYC,CDC27,GPBP1,NCKAP5,ATXN7L3,SOX4,TMPO,SEC63,MED1,DDX18,TIPIN,CACNA2D1,RECQL,CIRBP,RFX3,CD3EAP,MAPK8IP3,GTPBP4,ARMC1,TWSG1,DDIT3,DDIT4,YME1L1,ALG10B,DCUN1D5,NPRL3,XPC,MTDH,ABR,PRDX4,DHX33,TSPAN7,HLTF,GPM6B,SEC31A,IQSEC1,CDC7,UPF3A,NETO2,LARP4,BTBD10,PBX1,EIF1,AIMP1,CCT6A,PCDHGA11,EXT2,ZZZ3,ID2,CALU,PSMG1,CALM3,DHX29,FAT4,ANP32B,DZIP3,ITM2C,FARSB,TRAM1,PHF20,SETD6,SLC7A11,IER3IP1,PHF8,LIMD2,SYNCRIP,NIPBL,RARS,UIMC1,RIOK2,UTP14A,CCT2,WDR36,TCF12,TET2,RRAS2,ELOVL6,BAZ1B,GMIP,GNL2,FAM126A,DUSP6,SLC7A5,PITPNM1,NME7,TMEM33,PXDN,GARS,SGK1,GART,PRIM2,PCNA,ZDHHC20,SATB1,NIP7,HEATR1,NOL8,SRP72,CAMK2N1,PPP1R8,MGAT2,GPC4,SRSF10,CCT5,PAIP1,CCT4,SUZ12,CSNK1A1,MTX3,YIPF5,HUWE1,GTF2H1,ARCN1,KTN1,KLHL9,RSL1D1,SEC23IP,XPOT,NFIA,NFIB,RLIM,TCEA1,GOPC,PKN1,RAB3GAP1,YPEL3,DGKE,CLSTN3,CSE1L,FBXO22,IPO7,PPP1CB,CWC22,AZI2,FADS1,TPM4,EIF1AX,IGFBP3,ATP11C,LMO7,ZBTB33,ZCRB1,MID1,FOXP1,MORF4L1,TMX3,MYCN,TMX1,SNRPE,MATR3,ANAPC1,PSMD12,DNMT1,CBFB,YTHDC1,INSIG1,TARS,RPF2,CORO1C,SOCS2,EFNB2,RAI1,SBNO1,RNASEH1,PITRM1,PLXNA2,BRIX1,SKIL,QSER1,PRNP,PDHA1,NUP155,CPSF2,CRIM1,DNAJC13,EIF2S2,CORO2A,EIF2S1,KLHL20,EFNA2,HOOK2,CDK4,HOOK1,RFXAP,MDM2,GNB4,TAB3,UBA2,SRPRB,IARS,ACBD3,ITGB1,KDM5B,PPP1R13B,PRKCSH,WDR3,WDR4,CHD6,PTEN,TRIAP1,ARRB2,DUSP12,SPRED1,PPP6R3,TIMM17A,PMEPA1,TNPO1,RBM7,IQCB1,SUN2,EIF5B,PCDHGA4,DIS3,PDPK1,ATRX,NAV2,ARL4C,PTP4A1,DNAJC2,VCAN,PTP4A3,DDAH1,POLR1B,BCAT1,RBM24,SEC23A,WBP2,MAK16,SRSF1,CXXC1,DNAJB2,FOXRED2,TAF1B,TAF1A,REPS2,PTK2B,SNRPB2,IGF2BP3,FEM1C,IGF2BP2,RBBP7,MEST,DCAF13,SSB,PTCD2,RRM2,DONSON,NAP1L1,CDC42BPA,MEIS2,NELL2,MARCKS,KLF6,POLR3D,EIF3J,ERCC8,PDCD2,VIM,NAA15,ABCE1,TAF2,MBTPS2,METAP2"
+"gene_set_query"	"978"	"ZNF311"	"816.0"	"ARCHS4 Coexpression,802;Enrichr Queries,967;GTEx Coexpression,679"	"CYFIP2,NUP107,KDELR1,ZMYND8,FCF1,SMC3,FNBP1L,GOLGA5,DPYSL5,DPYSL2,CDC27,STMN1,LONP1,TRIM26,TRIM27,DIP2C,SOX4,SEC63,ARRDC4,NUP214,GABARAPL2,RBFOX1,AQR,CXADR,WSB1,ARRDC3,ARMC9,CD3EAP,SOX11,TMEM170B,ANK1,SFRP1,IFT81,RRAGD,DDIT4,KDELR2,ALG10B,PFN2,SET,DHX8,FOXG1,TRANK1,NEDD4L,XPC,TEX261,GLG1,LDHB,PRRC1,ZNHIT3,RDH13,ST3GAL1,SEC31A,FDFT1,JUN,FZD3,PTPRN2,BCL11B,BCL11A,ST8SIA2,NR2F1,ERLIN2,PAICS,PBX1,DCLK1,MLLT11,EXT2,ZZZ3,FUBP3,ADCK1,ID2,CDC16,CDK13,C2CD2L,ITM2B,DDR1,OGFR,NRP1,TRAM1,GMEB1,PIGO,CITED2,GRIK5,FAF1,FAF2,SLC7A11,PHF6,AKAP12,TMEM189,TUBA1A,ZMYM4,DNER,TIMP2,ANXA6,BRD3,PBRM1,PARP2,ACTL6A,MINK1,ELOVL6,WDR35,LRRC41,DUSP6,SRP9,MLF2,RGMA,ENAH,SLC7A5,TUBB2B,CTTN,PXDN,MPPED2,RAPGEF1,MAPRE3,ERGIC3,SGK1,ATP6V0C,PAFAH1B2,STAU2,PRIM1,HEATR1,SNX32,FAM117B,GNAI2,SCAF8,HSF2,APBB2,MGAT1,CCT8,BID,ANKRD50,MPZL1,MON2,GABBR1,PCGF6,RYK,YLPM1,GTF2H1,SORBS2,WDR11,KLHL9,ATAT1,NFIA,NFIB,KLHL7,GOPC,PKN1,FAM49A,DBR1,ATP8A2,CLSTN2,TUSC2,CSE1L,PLOD3,UBE2Z,NUDT11,EFTUD2,LAPTM4A,POFUT2,AMMECR1L,LAMP1,SBF1,FADS1,KDM2A,FBXW8,SLC30A5,IGFBP3,VASH2,CTDNEP1,MORF4L1,TXLNA,TMX3,MSH2,RAB34,EEF1A2,SRSF3,ADNP,TOX,STAM2,MAD1L1,CSNK1G2,ANAPC1,RAI14,ENY2,COPB1,NTM,GLT8D1,CACNA1A,SOCS2,ORC4,SNN,TPR,ZKSCAN3,NAE1,SRGAP1,SKIL,MARK1,SMAD2,AKIRIN2,CBX5,CPSF3,CRIM1,DNAJC13,KLHL23,MARCH6,SMAD5,REEP1,BMP1,NR4A3,HOOK2,NASP,ZFP62,HOOK1,DNAJC10,STT3A,NFE2L3,AMOTL2,TCF4,FGF13,LRP10,UBE2M,KDM5B,GSK3A,DOCK7,CHD6,HMGB1,PPP1R9A,TTC28,PPP1R9B,SENP6,CAPZB,PDE4B,TIMM17B,PMEPA1,TNPO1,MAPK1IP1L,SUN2,PDCD6IP,KLF13,DST,PLA2G4E,CAD,NAV2,PTBP2,PJA1,VCAN,PTP4A3,DDAH2,RASA1,DCX,CDH13,USP40,SHANK2,LEPROT,HDAC2,WBP2,CRMP1,EHBP1,RNF2,ADD2,JAKMIP2,STOX2,GANAB,ABLIM1,RBBP4,BEND3,SPOCK1,CSK,HNRNPA1,EIF4E,FBRS,CYTH1,SMARCE1,SSB,TXNRD3,PCDH9,ATP13A1,LYSMD2,MEIS2,ACVR2A,KLF6,PPP2R2B,P2RX2,BRMS1L,ACIN1,PTPN9,VIM,SSBP2,PPIL4,TAF2,CUL4B,METAP2"
+"gene_set_query"	"979"	"NR0B1"	"816.3"	"Literature ChIP-seq,81;ARCHS4 Coexpression,1160;Enrichr Queries,981;GTEx Coexpression,1043"	"TFRC,TESK1,NDST1,CAPNS1,DPYSL4,DPYSL2,DPYSL3,MEF2C,FRS2,DDIT3,DDIT4,UNC50,UQCRC1,LETMD1,PLBD2,UNC119B,SET,TTYH3,SAR1B,NPRL3,PDGFA,SLCO5A1,BAZ2A,ABCB8,MTMR7,PIP5K1C,HEXIM1,JUN,GPR12,PBX2,PBX1,EIF1,MLLT11,UCK2,UCK1,FASN,PKIA,NMT2,DZIP1,EZH1,EZH2,ARF1,HEXB,PIGQ,MED19,SNX10,SNX11,MRPL37,MRPL33,SHF,LMBR1,NEFL,DLGAP3,DUSP1,PGAM1,MRPL49,ELOVL6,DUSP6,TOMM40L,SIRT3,DDB1,MRPL52,TMEFF1,MED25,CDC42EP4,CDC42EP3,PICK1,SLC29A1,PAFAH1B3,SLC29A2,TRUB1,RNASEL,RNASEK,OAT,TMEM70,GGA1,PSMB3,CLPTM1,ZSWIM5,MEF2D,GOLM1,SAMD4B,GATAD2A,TMEM60,TMEM59,RABIF,FABP3,SERBP1,RIMBP2,CCNT2,CASC4,ATN1,FBXO21,FADS2,STK11,ATCAY,UROD,RUVBL2,NUDT19,PPP1R16A,SARS,ATP11B,FTSJ1,FTSJ3,MSH6,MAPKAPK2,SMS,FSCN1,SNRNP200,PFKFB2,RNASEH2A,KHDRBS3,MAX,PEF1,IREB2,ARL1,FBXO44,FBXO42,GLIS2,SOCS2,PORCN,SBNO2,NDOR1,STK38,SLC38A7,PGK1,IP6K1,NADK,GOT1,GOT2,CORO2B,FBXO31,NACA,TMEM11,SP3,ACO1,ACO2,OGT,SLC25A1,SLC25A3,ALAS1,HSP90AB1,ETFA,ARRB1,NENF,ALAD,SUMO3,SUMO2,NCK2,DGCR8,PMEPA1,PGLS,ACP1,DST,ACTR6,RAD23A,SEZ6L,PCCB,SLC25A5,GAPDH,SLC25A4,AHDC1,BIRC2,BCAT2,PPP1R15B,BECN1,PRPS1,UHRF2,NDUFB6,SRC,MGRN1,NDUFB4,CXXC1,HSD17B12,PPM1E,MLLT6,BAHD1,NNAT,TRIM46,IGF2BP3,E2F4,DRAM2,PCDH1,EIF4E,SH2B1,CYB5B,PPP1R14B,FEM1B,PCDH7,MBOAT7,PCDH8,SYT16,RPL23A,BAIAP2,CABLES2,NELL2,SLC25A39,EIF3L,STUB1,SMAP2,SLC25A36,SLC23A2,TXNDC12,ACTB,CRKL,NUDT4,RASSF1,TRIM24,PTGFRN,ATXN7L2,EPHB2,FBXO9,SLC12A9,EPHA4,ARSA,ATP6V1G1,PAQR4,ARL15,ALG2,ISLR2,VWA5B2,SFRP1,CDC34,ULK1,TAGLN3,STX1A,NUMBL,AARS2,CEND1,PTTG1IP,DHX35,HLTF,HIVEP1,KCNN1,SURF6,KCNN2,CTSA,XRCC6,LRRN3,LRRN2,INTS3,ST8SIA3,SURF4,SMARCA5,BSDC1,MYO5A,DCLK2,SMARCA1,HSPA12A,PAICS,ICK,MSRA,PPP1R1A,ID2,CALU,ECHDC2,CALR,RCOR2,FBXL6,PCSK2,NRP1,CCDC127,PPP1R10,PTPRN,PAK1IP1,MRPS12,ICA1,AP2A1,SLC7A11,AKAP12,SYNCRIP,ARV1,MAP1LC3B,ENC1,SSSCA1,KIF1A,CTSF,CTSB,PABPC4,MRPS23,ANO6,TMEM150C,COMMD4,SREBF2,ENAH,KIN,PITPNM1,KIT,SATB1,SATB2,COX5B,COX5A,SAMM50,CAMK2N1,MGAT3,GPC4,PAK3,CCT4,GABBR1,PLEKHA5,VEGFB,MIB2,COX6C,VEGFA,PDCL3,TCEA1,ZFP28,SCARB2,SCARB1,MIDN,CD81,PEBP1,SRP14,TXN2,ACTG1,FAM174B,ENPP5,RGS9,SH3GL2,TMOD3,SDHC,SDHD,SDHA,POU3F1,SDHB,RUNDC3A,ADAM19,TMX4,TMX2,EEF1A2,PPIF,WDFY3,RAF1,NDRG4,NXPH3,PSMD13,CACNA1A,RASGRP2,NDRG1,CNN3,RAI1,TBC1D13,NDUFV2,BCL9L,SYT4,PRNP,UBE2B,HMGA1,DSTN,SYT7,H1F0,HOOK2,HOOK1,MKRN1,CNTN1,GNAS,UBA3,CNTN2,TAB1,TCF3,PHTF2,DYRK3,LDB1,ATP2A2,RND2,RND3,PPP1R9B,LASP1,RB1CC1,GDAP1L1,SULT4A1,YWHAG,SUN2,SUN1,RBM14,PDPK1,DYNLT3,ATP6AP2,TBC1D9,DDX54,NAV1,GLRX2,SYNGR3,CREB3,VCAN,LMBRD1,NDUFS7,PEX3,NUP50,PEX5,NDUFS2,MAN1B1,IRF9,DDX24,NAA20,SLC3A2,HMGCR,AGPAT1,RNF4,RNF5,RNF2,MAT2A,BNIP1,SMNDC1,CHGA,TIMM8B,UFM1,FAM131C,VIM,R3HDM1,MBTPS2,STMN2,STMN3,SMC3,MYC,STMN1,CDK20,FDXR,AP1S2,RPL36,PIP4K2A,AP1S1,CHGB,TSPYL1,UNC13A,WSB2,SOX11,GTPBP4,CTBP2,NOLC1,GNS,PRDX3,PRDX2,LDHB,CEP70,VPS11,SERF2,ICMT,PHC1,RDX,CDC7,MEX3C,PRDX6,EHD1,GNPTG,SLC6A6,SLC6A8,OGDH,PAM,GABRB3,CDKN1B,CLTC,ASH2L,TRIM8,CSRP2,ENSA,ANXA7,JARID2,BRD2,SSR4,ITPK1,WDR34,HADHB,NCOR2,HADHA,TUBB2B,KAT2A,MRAS,KIFC3,SF3B4,GRN,ADCY1,HSPA14,LMAN2,USP1,CKB,ANKRD52,RPL17,DEDD,RPL19,BRF1,LRPPRC,ERP44,PHF5A,RYBP,NFIB,RLIM,INHA,DGKE,TUSC3,PARK7,BZW2,CLU,TM7SF2,ABHD11,CDH2,SALL2,TUBB3,GTF2I,MEN1,MAGI1,TLE3,RNF44,TLE2,USP5,IGFBP3,MAGI3,TPM1,IGFBP2,DGKZ,CACNB1,ARMCX1,RAB34,AK1,ZFP57,PSAP,ANKRD10,MCL1,ESRRA,RAB4B,TRAPPC5,ASNS,DHCR24,SCRT1,RCAN1,RNF182,SPIRE2,CPE,PLXNB1,DHCR7,RNF185,RNF10,DIDO1,DUSP12,RPL7A,AP1G2,PHACTR1,SLC37A4,REXO1,PLEKHG2,AMT,REXO2,DUSP26,PTP4A3,DALRD3,ASPH,RPL37A,EVL,SOS1,CRK,SMARCD2,PDHB,JAKMIP1,TTL,HDAC7,NFS1,FZR1,RBBP5,POLR2D,RBBP7,SEC11C,SPAG7,PPIL2,KCNJ11,SEMA4D,FBXL19,SEMA4B,PTPN12,SEMA4G,PNRC2,ASXL1,RAB12,RAB18,INSM1,RHEBL1,PFKP,FAAH,ISCA1,IFITM2,CMAS,ZMYND8,DIXDC1,HS6ST1,HS6ST2,RPS14,RUSC2,LONP1,ARL6IP5,RPS10,GLUL,SEPHS2,TBC1D10B,SLC6A15,SACM1L,MTUS1,COX7A2L,TWSG1,KATNAL1,RRAGD,XRN2,VDAC1,BEX2,RTEL1,TMEM161B,BEX1,ANP32A,TEX264,MGST3,PTDSS2,SGPL1,MLEC,SCAP,GSE1,BANP,VAT1,TRAP1,PTPRN2,SETDB1,BCL11B,GADD45G,RPS26,FUBP3,SLC35F2,CITED2,SLC44A2,SLC35F5,SPPL3,CX3CL1,UCHL1,ZMYM3,SEC61G,DNER,GABPA,RAB8A,TMED4,PSD,PARP6,ATP6V0B,PRMT8,PARP1,RHOF,MTSS1,RHOA,HNRNPH1,MPPED2,RHOU,SGK1,ATP6V0C,SLC20A1,PTGER1,AKAP8,AKAP7,PTN,NOL4,AKAP1,CST3,ANKMY2,NPY,SUSD4,TBL1X,MPZL1,PTGES2,SORBS1,MPP6,HIST3H2A,STAC2,CDK5R2,KDM1A,NDUFA12,ARID4A,NUCKS1,COMT,TMEM145,BASP1,TMEM14C,PHYH,TRAPPC2L,KDM2B,TOMM34,TSC2,KCTD3,ATP1B1,TMEM131,TMEM135,MYCN,TBL1XR1,SCG5,ELMO1,SCG3,ZCCHC7,ISYNA1,BTF3L4,LPL,FBLN1,CABP1,CPLX1,ADIPOR2,ARHGAP12,DPP6,PCSK1N,EMG1,EFNB3,ZMAT5,CDH24,RAP1GAP2,MPST,CBX6,RHBDD3,HSPA5,RHBDD2,IDH1,PTCH1,CBX1,TDRD3,COQ5,NFKBIA,BRWD1,GRSF1,LRP11,KDM5B,THRA,SLC2A3,ELAVL2,HS2ST1,SLC2A8,FLCN,SPRED2,SPRED1,CASP3,JAGN1,USP48,ABCC8,USP43,ABCC5,H2AFX,PPP2R5B,CKAP5,FCHSD2,DDAH1,DDAH2,THRAP3,HAGH,B4GALT6,TSEN34,USP10,ETFDH,ATP1A3,WIZ,ATP1A1,DLL1,TOB1,GNA13,TBRG1,RMND5B,ALDH1B1,GNA11,GNA12,NT5DC3,ABCF3,CAMK2G,PTCD3,USP21,PCDHGC4,PRAF2,CADPS,MEIS2,SLC4A8,CDK2AP2,SPRY2"
+"gene_set_query"	"980"	"LHX9"	"817.0"	"ARCHS4 Coexpression,454;Enrichr Queries,917;GTEx Coexpression,1080"	"RPL5,RPL3,CCNI,WIPF3,STMN2,SMC5,STMN4,SLC4A3,ENO2,FNBP1L,HS6ST2,DCAF7,DPYSL4,DPYSL5,FGFR1OP2,DPYSL3,STMN1,EPC2,KIFAP3,NCKAP5,EPHB1,SOX4,SOX5,EPHA5,EPHA4,EPHA7,MEF2C,CXADR,WSB1,RBFOX2,DAPK1,CACNA2D1,ISLR2,SOX11,ANK1,EML5,SFRP1,DAAM1,RUFY3,TAGLN3,OBSL1,TRIB2,EIF1B,MEG3,BEX4,GPM6A,BEX2,NECAB3,NRN1,TSHZ3,FOXG1,NPRL3,AGAP1,KALRN,GLG1,NKAIN1,FLRT2,PCBP4,VAT1,NTNG2,FZD3,JUN,CADM1,BCL11B,LRRN3,ST13,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,KLHDC8B,SMARCA1,PBX1,DCLK1,MLLT11,MEX3B,MEX3A,H2AFY2,ID2,PKIA,MAGED2,FAT4,GSTM5,CDKN1C,ROBO2,NRP1,CSRNP3,GRIK5,ZCCHC18,VLDLR,PHF6,SMG6,ING4,UCHL1,TUBA1A,ZMYM3,DNER,TIMP2,SPIN1,NEFM,CCDC112,ACTL6B,LRRC49,MANEAL,RGMB,PGM2L1,MLF2,MN1,ZEB2,TUBB2B,TUBB2A,KIT,PXDN,MAPT,SGK1,RNF165,DYNC1I2,NFIX,RPL10,SATB2,AKAP6,SERTAD4,TMEM169,TCEAL1,RPS3,RPL13,GPC2,CTNNA2,PAK3,RUNX1T1,MPP3,MYEF2,RYK,KIDINS220,WNT7B,NMNAT2,SNCAIP,BLCAP,ATAT1,NFIA,ABI2,MORN4,CSDC2,NFIB,TTC3,INHA,ZFP28,CDK5R1,PRDM8,RASL11B,CLSTN2,CTNND2,CEP120,FBXO21,CELSR3,ACTG1,NUDT10,ATCAY,CDH2,KIF5C,TUBB3,BASP1,FPGS,SLC16A2,TMSB10,KIRREL3,RPS8,IGFBP3,UBE2E3,APLP1,TBR1,POU3F2,POU3F3,MSH6,EEF1A1,BSCL2,ARMCX4,CACNB3,MORF4L2,GRIA2,BRSK2,PKDCC,RTN1,KHDRBS3,CHRNA7,CACNA1A,BHLHE22,KLC1,SEZ6L2,CACNA1E,LRRC55,PHF21B,SCRT2,ATXN2,KIF3A,TCTEX1D2,PLXNA2,NDN,OTX1,SRGAP3,ZKSCAN1,SYT5,SYT4,TIA1,CPSF6,AUTS2,NSG1,EEF2,LRCH2,NR4A3,HOOK2,NBEA,LHX2,HOOK1,UBA2,CNTN2,STT3B,CNIH2,CELF2,CELF3,CHD6,CELF4,ELAVL4,CELF5,AFF3,ELAVL2,TTC28,ELAVL3,TRO,SGCE,MDK,SUMO2,GDAP1L1,CEP170,CCDC39,HSDL1,PEG3,HUNK,RPL13A,ZFP90,NIPSNAP1,VCAN,PTP4A3,GAP43,SLC25A17,RCN2,DALRD3,IGDCC4,DDAH2,CDH11,DCX,CDH13,TERF2IP,INA,HCN3,HDAC2,NLGN1,POLDIP3,RGS16,CXXC1,CRMP1,GNG3,MAPK8,IGFBPL1,GNG2,CNR1,SLITRK1,NCAM1,HNRNPA1,MEST,CLASP2,NTRK2,MARCKSL1,PCDH9,NEGR1,PCDH7,MEIS2,HS3ST1,MYO16,NELL2,TNRC6C,MAPK10,SLC4A8,FAM155A,KLF7,NFASC,PDE10A,SBK1,ASXL3,NOVA2,VIM,INSM1,RBMX,SSBP3,KCNK2,MDGA1,CBLN1"
+"gene_set_query"	"981"	"BHLHA9"	"817.0"	"ARCHS4 Coexpression,1485;GTEx Coexpression,149"	"RAB3A,ARHGDIG,STMN3,SCAMP5,RPH3A,COL4A3BP,RASSF1,ATCAY,FRAT2,KIF5A,DPF1,ATXN7L3,STK32C,EPHA5,NSF,CHRNB2,CDKL2,MAP2K4,ACOT7,UNC5A,WSB2,SLC6A17,LMO4,TBR1,RUNDC3A,DGKZ,GABRG2,OLFM1,FNDC4,CDC34,PRKAR1B,DAAM1,GPRIN1,HECW1,AMPH,TAGLN3,STX1A,RTN3,BRSK1,RTN1,STXBP1,NTM,TMEM59L,ABHD8,CEND1,KLHL12,CABP1,AGAP3,NLK,CPLX1,PRKCZ,FBXO41,PDZD4,FAM171A2,GNG10,RHOT2,PGBD5,NEUROD6,CASKIN1,KCNN1,KIF3C,RIMKLA,LRRC4C,SCN3B,RAB6B,ATP6V1C1,SYT3,ANKRD24,SYT1,MAGEE1,IQSEC1,SLC4A10,MYO5A,TBCA,MLLT11,LRFN5,SYNJ1,CDK5,TOLLIP,GNB1,REEP2,AAK1,PI4KA,MAP3K10,PIN1,CALM3,SERPINI1,CDK14,LMBR1L,DAGLA,TMEM151B,DOC2A,CELF4,ELAVL4,LRRC4,GRIK3,FBLL1,ELAVL2,NRGN,SERP2,UCHL1,JPH3,ENC1,GDAP1L1,NCS1,IDS,NEFM,DLGAP1,WDR7,KIF1A,ERC2,SULT4A1,YWHAG,YWHAH,SVOP,RNF208,SYP,SYNGR3,SEZ6L,SYN3,SEPT5,PGM2L1,SYN1,DNM1,SEPT3,GAP43,TUBB2A,VSNL1,MPPED1,NRG3,SNPH,DNAJC6,TERF2IP,MAPT,NAT8L,INA,DCTPP1,VAMP2,CAMK1G,SHANK1,CAMK2B,NAPB,STOML1,CLEC2L,ATL1,USP11,ATP1A3,PDXP,ADCY1,NCALD,CACNG7,GNG3,PAK1,SV2A,SLITRK1,CAMK2N1,MGAT5B,CHN1,BNIP1,SLITRK5,SLC17A7,FSD1,CTNNA2,SNCB,RNF20,LINGO1,GABBR2,SGTB,ATRNL1,PCDHGC4,GABRA3,LIMK1,NAP1L2,CCK,TTC9B,PNMA2,NAP1L5,GRIN1,NELL2,MAPK10,DBNDD1,FAM155A,GLRB,MORN4,RAB15,NDUFAB1,APBA1,RGS12,R3HDM1,APBA2,CDK5R2,CDK5R1"
+"gene_set_query"	"982"	"NFE2"	"819.0"	"ARCHS4 Coexpression,1309;ENCODE ChIP-seq,34;Enrichr Queries,1265;ReMap ChIP-seq,86;GTEx Coexpression,1401"	"MDC1,MT-ND4,NUP107,GMFB,TFRC,ZFYVE1,ALKBH8,LSM10,SCAMP4,PSMD9,LSM12,PSMD6,TBK1,PSMD4,PSMD3,PRKACA,CHID1,RFX1,RC3H2,SCAMP3,EML4,RUFY1,EID1,PRKAR1B,EWSR1,DDIT3,ZC3H11A,PSME3,DDIT4,ORAI2,TMEM126A,RBCK1,PLBD2,ATF4,EXD2,ABCB6,NPRL2,MRPL18,MEPCE,NPRL3,AGAP2,MTMR9,SDR39U1,BAZ2A,ABCB8,COPS7A,PLA2G6,OAZ1,GABARAP,GIGYF2,CYB5R4,RHOT2,PRPSAP2,HSPH1,PRKAR2B,RNF215,GRPEL2,PIP5K1A,HMGXB3,RHBDL1,HEXIM1,JUN,PMM1,NCAPH2,FUCA1,EIF2AK1,EDEM2,PMM2,MRPL27,MRPL28,BBIP1,MRPL24,EIF1,MLLT11,MRPL30,ABTB1,UCK2,TBL3,EIF5,TDP1,NMT1,HYOU1,AVL9,GPR19,PIGT,PIGO,HEXA,RPLP0,PIGP,MRPL36,MED16,MRPL34,BBC3,PQBP1,DDA1,PIGX,SHF,TRMT112,TUBA1C,MRPL40,ATIC,RPLP2,SH3BGRL3,UPF2,LYPLA2,DFFB,DFFA,DUSP1,SPHK2,IFT140,TEX10,NSUN2,MRPL49,SLC39A11,SLC39A13,SIRT6,MRPL47,SIRT7,MRPL48,GMIP,MED27,MED26,MED29,DUSP6,LRRC41,SRP9,DDB2,MRPL44,PHF20L1,PSMA5,SLC7A5,MRPL53,CDC42EP4,PXDN,MED20,TMEM106C,TUT1,PICK1,TMEM106B,SLC29A1,PAFAH1B3,DLD,VAMP2,TRUB2,RNASEK,LIN37,CCNDBP1,CENPB,MRPL55,GGA2,NRAS,PSMB4,UNK,PSMB5,PSMB2,PSMB3,STX6,LEO1,STX2,SRSF10,UTP6,EGLN2,TRAPPC10,STAT2,TMEM62,GATAD2A,BYSL,TMEM60,TMEM59,TAOK3,SNX16,FABP5,PSMC3,CCDC9,SNX17,PSMC4,SHKBP1,APEX1,PSMC1,SRRD,TSR2,UBAP2,GOPC,RPL22L1,PKN1,YPEL5,YPEL3,MTCH1,MTCH2,TMEM167B,PDCD6,FBXO28,ATN1,LTN1,SLA,MPV17L2,CASC3,TSEN2,HDDC3,FADS3,LAPTM4A,UROD,RUVBL2,STK16,FNTB,OSBP,PIM3,KPNA4,KPNA3,FADS1,SLC25A46,FBXW4,PIAS4,BNIP3L,PCYT2,FBXW5,CISH,ANAPC7,VPS33A,PPP1R16A,FBXW9,SARS,PIAS2,LENEP,CDC25B,FAM118B,RBX1,TPST2,ACAP2,MSH2,SLC9A8,MAPKAPK2,SRSF2,FSCN1,SRSF3,SRSF6,SNRNP200,SQSTM1,KPNB1,ANAPC1,LY6E,PFKFB2,KHDRBS1,INO80E,RNASEH2A,TXNDC9,UQCRB,MAX,SPATA2,ARL2,UBFD1,CORO1A,UQCRH,CORO1C,SBNO1,NDOR1,PMVK,G3BP1,ZKSCAN3,MBIP,SLC38A7,IP6K1,NADK,ZBTB17,TIA1,NOP16,GOT1,BOD1,FUS,HPS1,HPS4,HPS3,ARPC5,ZBTB11,EEF2,FBXO31,UCKL1,DRAP1,SH3BP5L,STK25,NACA,ACO2,LRCH4,TMEM19,NFE2L1,NOP10,HSP90AB1,NUMA1,ARRB2,ETFB,AP4M1,MRPL4,MRPL2,ZNRD1,SUMO3,ACP2,HMG20A,SNAP29,YAF2,BCAS2,UNC45A,EIF5A,ACTR6,SH2D3C,SIGMAR1,DHPS,VPS37C,AHSA1,RAD23A,VPS37B,MSL1,QTRT1,ETF1,BIRC6,TOP1,PPP1R12B,GAPDH,DCTPP1,ST6GALNAC6,PPP1R15A,RNFT2,GTF3C2,MGRN1,NDUFB5,SRF,PRCC,CXXC1,FURIN,ZBTB45,RCHY1,FOXRED1,SRM,SLC25A27,ZNRF1,FOXRED2,ZNRF2,NCLN,SLC25A28,PARD6A,U2AF2,PHKG2,EIF4H,LRRC8D,IGF2BP3,E2F4,HNRNPA1,SLC25A22,SLC25A25,EIF4B,UBQLN2,GADD45GIP1,NDUFA9,PPP1R14B,HNRNPA3,NDUFA7,TRIM41,MMAA,FEM1A,NDUFA5,MBOAT7,CNBP,TXNL1,IMMT,LYSMD1,MCOLN1,HNRNPAB,TPD52L2,SLC25A38,PINK1,SLC25A39,NECAP1,NAGK,EIF3K,TRIM35,PDCD4,STUB1,TRIM37,EIF3F,SMAP2,UNC79,SLC25A36,EIF3A,EIF3B,EIF4A1,PLEKHB2,EIF4A3,PPAN,IFI30,ACTB,RCBTB1,TXNDC16,CYB5D1,CCAR1,RASSF1,TRIM28,HERC1,BSG,OGFOD2,ATP6V1E1,ATXN7L3,SLC12A9,ATP6V1G1,SCAF11,NSMCE2,CIRBP,ALG2,TALDO1,CSNK1D,ACTN4,ALG1,MFSD11,BCS1L,ANK1,SNHG12,PPA1,CDC37,SUB1,ULK3,CD2BP2,FAM76A,EIF1B,STX1A,TRIM11,GCDH,NUMBL,L3MBTL2,SUPT4H1,CEND1,PIK3R2,PTTG1IP,PGS1,DHX30,COMMD9,SNX2,SEC14L1,DHX33,DHX34,PCBP1,DHX35,HLTF,DHX37,DHX38,DYM,FAM192A,DECR2,SNX5,ATP6V1C1,CTSA,BBS1,XRCC6,XRCC1,IFFO1,ARMC10,ID2,NDUFAF3,PAF1,NOL10,CALR,FBXL5,SUGP2,AARS,DHRS13,MRPS15,TMEM151B,PTPRS,USPL1,FKBP15,FAM57B,GPAA1,PAK1IP1,CCDC124,TECR,SLC7A11,WASL,AATF,PEPD,AP2A2,HERPUD1,PCM1,MAP1LC3B,NUDCD3,HYAL2,MLX,SDF4,SSSCA1,CTSD,CTSB,NDEL1,VKORC1,MRPS28,ACAD8,PBRM1,PCYT1A,MRPS27,TMEM150A,NCOA6,GAA,MRPS23,ACAD9,ZFR,NCOA4,ANO8,COMMD3,CACYBP,COMMD4,APRT,TOX4,CTU1,CSDE1,CANX,NCOA7,CRELD1,GLCCI1,PTMA,DBN1,STK40,NAPA,PCNA,MRPS35,MRPS36,DOT1L,HEATR1,GNAI3,CCDC107,CCDC106,MRPS30,COX5A,GNAI2,MNT,EXOSC4,SAMM50,NFIL3,PES1,HSF2,MGAT3,GPC2,PAK6,MGAT2,CCT5,CCT4,DYNC1H1,YIPF1,SPRYD3,YIPF3,VEGFB,RPA1,DOHH,AP2B1,MYO9A,NLE1,PPP1CA,VEGFA,NUDT9,PER1,SEC23IP,CCNG2,TTC3,CCNYL1,ESYT2,PNPLA6,GRINA,DPAGT1,CARS,SCARB1,OTUD5,MIDN,NARF,SYS1,NUP188,CRTC1,OGDHL,ACRBP,ACTG1,EEF1B2,GRIP1,GNPTAB,CAPN7,FAM3A,SNIP1,PPFIA3,DIMT1,ATG9A,DNAJB12,ADAM10,LMTK2,SDHC,UBE4B,SDHB,DHDDS,EEF1A1,TBC1D20,HNRNPUL1,FAM173A,TMX1,EHBP1L1,DNAJB11,TBC1D24,TBC1D23,GEMIN7,RTN2,VCP,DDX5,TBC1D19,BHLHB9,TMED10,NDUFB10,COX16,RBM8A,PSMD13,HTRA2,KLHL12,RPF2,RASGRP2,NDRG1,RTN4,PLD3,SHARPIN,GRK6,TBC1D14,CYC1,TBC1D17,OST4,UBE2B,VTA1,HMGA1,KLHL22,NUP153,TIMM44,CNOT10,KLHL24,UBE2A,SUPT5H,CLK4,ANKHD1,KLHL20,HIGD2A,CLK2,H1F0,HOOK2,HOOK1,UBE2S,GNB2,UBE2O,PHF13,UBA1,GALK1,UBE2M,GSK3A,PRR7,NAA40,DDX3X,DDX49,LDB1,MAST3,CNRIP1,YWHAB,PRKCSH,MAST1,CHD4,ADAR,DDX41,TAZ,MEA1,AFF4,LMNB1,CABIN1,LASP1,EEF2K,UBE2Q1,GATAD1,NUP62,NPTN,TIMM17B,YWHAG,GET4,BCKDHA,UTP15,RBM14,HSDL1,GLRX5,DCAKD,BUD31,CAD,DDX54,YWHAZ,UTP18,EEF1G,VCAN,LMBRD1,TMEM214,ALS2,ACOX1,TBC1D5,NDUFS5,CAT,CRY1,NDUFS2,NAA38,NDUFS1,MAN1B1,IRF9,DCTN5,MVK,DCTN4,TGFBRAP1,DDX20,DDX21,SLC3A2,RNF7,CLCN3,AGPAT4,CYTH3,HMGCL,TMEM203,MAT2A,TNKS2,TMEM205,TDG,MKNK2,PTK2B,MTA2,SMNDC1,PDLIM7,ATF7IP,RBM39,RRM2,TAF15,EYA3,MAPK14,USF2,SOD1,CLCN7,CLCN6,GALE,ERCC1,FAM131A,ERCC2,RBM42,TAF6,VIM,FAM98A,NAA15,CLUAP1,TAF1,IPO13,RPL5,CLPB,RRP1,DCAF8,THYN1,SMC3,PHB2,GPATCH8,RPL6,RNF114,MYC,STMN1,CDK20,AP1S2,VPS35,PIP4K2C,RPL37,DIP2B,MPV17,IER5,IER2,VPS18,RPL21,WSB2,DAPK1,PIH1D1,RPL23,DAPK3,PRKCD,WDR74,ARMC9,REV1,CD3EAP,WDR75,SOX12,HCFC2,GTPBP1,WDR77,ARMC1,WDR81,ARMC6,TARS2,RPL27,UBA52,DUS3L,TSPYL4,CDC42SE1,ANAPC13,RPN1,VPS26A,GNS,HIF1A,ANAPC11,MTDH,PRDX2,PRDX5,PPP3R1,PPP4C,BLOC1S1,BLOC1S2,VPS11,ST3GAL5,SSR1,NRBF2,HMOX2,FDFT1,VPS16,NAA50,RPL41,PRELID1,ACD,WDR59,JUND,H3F3B,H3F3A,SETD1A,IRF2BP2,PRRC2C,MTHFR,TYSND1,PA2G4,NR1D1,PRDX6,PHC3,TMEM198,THAP11,EHD1,HNRNPL,TMEM199,FIBP,SLC6A6,GNPTG,HNRNPM,MEX3A,NPLOC4,ATG2A,OGDH,HNRNPD,MMS19,FARSA,FARSB,BTG1,SPEF1,PHF20,PHF23,SETD6,CLTC,ADK,KRI1,WDR43,TMEM186,ING4,TMEM189,ANXA6,GPR137,TK2,RIOK2,RRP12,CIC,EMD,ZC3H10,WDR36,TPI1,SSR3,AEN,GNL2,COPZ1,GNL3,RNF167,TAF6L,LSG1,NSA2,TUBB2A,INF2,KIFC2,GARS,GART,EXOC1,GRN,RPL10,RNMT,TIMM9,USO1,TIMM13,GPS2,TIMM10,WDR24,TM9SF4,FGD3,ASNA1,LMAN2,RPL13,SC5D,RPL15,RPS2,BRD8,RPL18,RPL17,SF3B1,RNF130,RPL19,WDR17,YTHDF1,SF3A2,KIDINS220,RIOK3,WDR18,SYVN1,TRMT1,ELP3,GTF2H1,WWP2,SCAF1,LRPPRC,AGBL5,RNF146,TM9SF2,RNF145,PHF5A,OSTM1,TRMT6,ZYX,NUCB1,PLP2,FAM49B,RAB3A,CHPF,RAB3D,TUSC2,GTF2B,FMR1,AUP1,PARK7,BZW2,CLU,IPO7,BZW1,IPO4,TM7SF2,ABHD11,LAMP1,CFL2,CFL1,SMARCAD1,MAF1,LZTS2,HMGN2,TMSB10,STK32C,SLC39A3,TLE3,MAP2K1,RNF44,SUPT16H,RPS9,USP5,TPM3,RPS8,RPS5,GTF3A,DYRK1B,TRAFD1,LEMD3,VRK3,DGKZ,GTF2F2,THOC6,CTDNEP1,ARMCX3,ST7L,PYGO2,EBNA1BP2,ILF3,ARMCX2,NCL,RAB35,ARMCX6,ERP29,SNRPG,FKBP8,SNRPE,CSNK1G2,SNRPA,FKBP5,GLYR1,FKBP2,RAB5B,CD151,RAB5C,CUL5,CCDC24,BRI3,ABHD2,INSIG1,ANKRD12,ABHD8,UBR4,ITPR1,UBR1,GTF2E1,RLF,GTF2E2,KLC4,BAG4,NACC1,PSAP,UBR5,DVL2,MPDU1,ESRRA,AKIRIN2,ANKRD34A,OSBPL8,UVRAG,EIF2B4,EIF2B3,ANKRD27,CCDC12,POLR3GL,TNK2,M6PR,MARCH9,MARCH8,TRAPPC8,LSM5,LSM4,CNOT4,MARCH2,RCAN1,COPS6,LSM7,COPS5,CDK5,CDK4,MAFG,TADA3,TPP2,RNF181,TADA1,DHCR7,EIF4G3,RNF185,RAB5A,EIF4G1,DIDO1,MCM7,RNPEPL1,ZC3H4,CCDC47,PTPN23,PTBP1,DUSP12,OPA3,UBTF,IDH3B,WDR6,CEP170,WDR7,TNPO2,SLC37A3,PLEKHG2,REXO1,PDCD6IP,GPX1,GPX4,CCDC34,ELAC2,RPL13A,RTN4RL2,REXO2,YDJC,TSN,PATL1,PTP4A2,PTP4A3,DALRD3,ASPH,TRAF4,DAD1,POLR1B,POLR1C,DNAJC8,TRABD,HDAC5,GTF2A1,SMARCD2,HDAC2,RNF34,WBP2,VPS4B,LAGE3,HDAC6,DNAJB2,RAB21,AP3M2,FZR1,HIRIP3,RBBP4,HECTD3,RBBP5,RAB24,POLR2E,DNAJB9,RBBP6,POLR2G,RAB28,DCAF11,DCAF13,POLR2L,SEC11C,SLC35A2,SEMA4A,SLC35A4,RNF24,FBXL19,FBXL16,FBXL14,BCKDK,ASXL1,KLF6,VAPA,RAB14,IMPDH1,DNAJA3,DOLPP1,MGAT4B,VPS41,POLR3E,SNRNP48,RHEBL1,PPIL3,PPIL4,SLC35B2,VEZT,IFITM2,PANK3,ZMYND8,GOLGA2,FRAT2,RPS16,GOLGA5,KAT5,FLAD1,RPL36AL,FTH1,LONP1,HABP4,ARL6IP4,UBAP2L,BTRC,RPS11,SEPHS2,TBC1D10B,BROX,BOLA1,PTOV1,MRPS18A,ACSL3,JMJD8,JMJD6,SRRM1,MRPS18C,NIF3L1,RRAGC,RRAGB,ZW10,GRWD1,RRAGD,CRYZL1,GUF1,SIK3,HECA,EZR,PFN1,ANKRA2,ATP6V0D1,TELO2,BEX4,CUTA,NECAB3,LMAN2L,CSTF3,MGST3,STXBP2,TWF2,INPP5B,PTDSS1,FXR2,VPS8,TRPM7,RALGDS,VASP,SNHG1,NUS1,SETDB1,TREX1,SYNRG,SLC35E3,PYCR2,STAM,UBAC1,GADD45G,RPS28,RPS27,ZZZ3,FUBP3,ADCK1,RPS29,CORO7,C2CD2L,ITM2C,CC2D1B,CDS2,DAZAP2,UBXN1,CITED2,GFM2,FAF1,ZFAND2B,FAF2,PRPF19,SPPL3,LIMD2,EPM2AIP1,GLIPR2,PCF11,XPO6,ZMYM6,TMED1,SEC61B,UBXN6,GABPA,RAB8A,RSPRY1,PRMT5,CBR1,ATP6V0B,PARP2,GP1BB,TSC22D3,STRBP,STRADB,PRMT3,AMPD2,RHOF,TUBG2,PPRC1,TUBG1,CBFA2T2,ITFG2,NME1,SCNM1,NFX1,NME7,FAM20B,HNRNPH2,AIDA,ALDOA,SGK1,MAPRE1,ATP6V0C,CSTB,TOMM40,SLC20A1,NOL7,NOL8,UQCR11,GDPD5,TYMP,NOL6,AMN1,ANKMY2,ZDHHC18,RBM15B,TCEAL1,NT5M,ATP6V0E2,APBB3,LCMT1,PTGES2,SLC31A1,GBF1,AP3D1,RAB11B,PDP1,SPCS2,PRPF39,HIST3H2A,CAPZA1,RAB3GAP2,FAU,MEGF9,SPPL2B,POGK,ARID4A,CWC27,TOMM20,CNDP2,EFTUD2,CHCHD2,CHCHD3,TATDN2,ARHGDIA,HCFC1R1,CWC22,COTL1,TRAPPC2L,TSC2,NOSIP,LIG3,TSC1,TRPC4AP,KCTD5,TUFM,DPM2,ILVBL,RPL7L1,PRPF3,SPNS1,STAM2,ATP6V1A,ZCCHC7,ISYNA1,NOP2,LTBP4,LPL,DTX3,STK4,ADIPOR1,CSF2RA,ADIPOR2,ARHGAP12,EMG1,MAN2A2,ZMAT2,DPP9,ATP6V1H,ZC3H18,SUDS3,MARK3,ATP6V1D,ANKZF1,BPTF,HSPA9,KLHDC3,CBX6,ACBD4,CBX5,RHBDD3,IDH1,ASPSCR1,BFAR,DNAJC13,TBCB,DNAJC16,CRLS1,SMAD5,NMRAL1,NFKBIA,EFNA2,DLG4,ATG16L1,JMY,CHMP2A,PI4KA,SAE1,COPE,MUS81,B4GALT2,B4GALT3,USP36,ACADVL,KDM5C,PCDHGB7,ASNSD1,SLC2A3,DBI,YBX1,FLCN,GMPPA,FLOT2,PDE4A,MFSD1,TOPBP1,SCYL1,RBM6,POLG,KDM6A,KDM6B,KLF11,USP48,H2AFY,H2AFZ,H2AFX,PPP2R5B,RNF208,ARID1A,SENP2,SENP3,DCK,CKAP5,KLF16,SEPT2,SUPV3L1,DDX19A,RABEP1,THRAP3,AKT1S1,HAGH,LUC7L2,TSEN34,VAC14,USP14,STOML2,USP15,RGS19,KDM3B,POLDIP2,ATF6B,STRN4,GNA13,FAM168B,CHSY1,PPP2R3C,MAPK1,BUB3,CDIPT,CAMK2G,ABCF3,SNCA,MAPK3,SPEN,KDM4A,KDM4B,PTCD2,KDM4C,TMEM30A,USP20,WTAP,BAD,USP21,B3GAT3,PRAF2,HAGHL,SGTA,CYHR1,USP28,NEURL4,CAPN10,RPS6KB2,PPP2R2D,CDK2AP2,BAX,ABCE1,LPIN2,SSBP4"
+"gene_set_query"	"983"	"EBF3"	"819.3"	"ARCHS4 Coexpression,134;Enrichr Queries,805;GTEx Coexpression,1519"	"CNTFR,CCNI,STMN2,STMN3,CBLB,STMN4,FNBP1L,BACH2,GPR173,SAMD14,DPYSL4,DPYSL5,ZMIZ1,DPYSL2,IGLON5,DPYSL3,STMN1,KIF21B,EPHB2,EPHA4,SRRM3,MEF2C,RBFOX2,CACNA2D1,AFAP1,SOX11,ANK2,CSNK1E,SOX12,ANK1,MAPK8IP1,SFRP1,RUFY3,KCTD12,SIK2,TAGLN3,TRIB2,GPM6A,NRN1,TSHZ3,IGSF3,NPRL3,PIK3R3,AGAP1,APCDD1,KALRN,NKAIN1,NUAK1,FAM171A2,FLRT2,PRKAR2B,PCBP4,SCN3A,GPM6B,B4GALNT4,FZD3,CADM4,PRRT2,CADM1,BCL11B,BCL11A,ST8SIA2,PDE2A,H3F3A,NR2F1,DCLK2,L1CAM,DCLK1,PBX1,PRRC2B,SMARCA4,MLLT11,MEX3B,MEX3A,VANGL2,SESTD1,PKIA,NMT2,FBXL3,DCHS1,FAT4,RCOR2,CDKN1C,ROBO2,NRP1,PTPRS,CSRNP3,GDI1,FAM57B,GRIK5,ROBO1,PTMS,AKAP12,SMPD3,UCHL1,TUBA1A,ENC1,DNER,NEFL,NEFM,KIF1B,KIF1A,GABPA,CEP68,APC2,ANO8,DUSP8,RGMB,DYNLL2,DUSP6,PGM2L1,MLF2,RGMA,VAV2,MN1,TMEFF1,ZEB2,TUBB2B,TUBB2A,KIT,MPPED2,PXDN,MAPT,SGK1,DBN1,PAFAH1B1,RNF165,DYNC1I2,NFIX,AKAP6,PRICKLE1,PTN,ARVCF,TCEAL5,SERTAD4,TMEM169,GPC2,APBB2,CTNNA2,RUNX1T1,MAP4K4,RPRM,PEX19,MYEF2,KIDINS220,PCGF2,VEGFB,LSAMP,NMNAT2,ATAT1,NFIA,ABI2,NFIB,TTC3,CDK5R1,VKORC1L1,ANKRD13B,RAB3C,PHLDB1,CTNND2,CELSR3,FADS3,ATCAY,CDH2,KIF5C,TUBB3,BASP1,PALM,TMSB10,SEMA6C,IGFBP3,APLP1,FRMD4A,POU3F2,POU3F3,FRMD3,TMEM135,GPRIN1,GRIA1,SHC2,BRSK2,NTM,LPL,CACNA1A,KLC1,SEZ6L2,LRRC55,CAMSAP1,RTN4,CACNA1H,PHF21B,EFNB2,SCRT2,ARHGAP21,ARHGAP20,SNN,PLXNA2,NDN,KIF3C,RAB6B,PLXNA4,LRRC4B,UVRAG,ZFHX2,AUTS2,CBX1,ARHGAP29,NSG1,SCRT1,PTPRD,REEP1,ARHGAP33,LRCH2,HOOK2,NSG2,HOOK1,GNB1,CNTN2,AMOTL2,TCF4,NACAD,CNIH2,GPSM1,GSK3B,PODXL2,CELF2,CELF3,CHD6,CELF4,ELAVL4,CELF5,CHD4,LDB2,AFF3,SOBP,RND2,FBLL1,RND3,ELAVL2,ELAVL3,SPRED2,DUSP12,BCL7A,GDAP1L1,PMEPA1,CEP170,CCDC50,YWHAG,DACT1,TRIM67,UBE2QL1,NAV1,NAV2,SEPT3,VCAN,PTP4A3,GAP43,PIK3CA,DDAH2,CDH11,DCX,CDH13,ITGB1BP1,INA,LEPROT,NLGN2,DCTN1,CXXC1,NRXN2,CRMP1,AGPAT4,CYTH3,STOX2,CACNG7,GNG3,MAPK8,GNG2,IGFBPL1,ABLIM3,SV2A,DNAJB5,NNAT,POLR2D,SLIT1,SPOCK1,NCAM1,ATP9A,CACNG4,CLASP2,NTRK2,LINGO1,MARCKSL1,PCDH9,PCDH7,PTPN12,MEIS2,NELL2,KLF7,SNRK,NFASC,PDE10A,SBK1,SYT11,TSPAN18,NOVA2,SPRY2,VIM,INSM1,MDGA1,SSBP3"
+"gene_set_query"	"984"	"TP63"	"819.4"	"Literature ChIP-seq,114;ARCHS4 Coexpression,1395;Enrichr Queries,1068;ReMap ChIP-seq,235;GTEx Coexpression,1285"	"ITSN2,TSKU,FAM110A,NDST1,DPYSL2,ANKFY1,PWWP2A,AKT1,PRKAB2,CXADR,PRKAB1,FEZ1,DDIT4,ORAI2,SF1,SAR1A,CDCA4,SHMT2,PDGFA,PLA2G6,RHOT2,PRPSAP2,RDH11,RNF215,RDH13,ATRIP,HEXIM1,JAG2,JUN,JUP,NCAPH2,BTBD10,PBX1,TBL3,VANGL2,FASN,NMT1,FXYD6,RNF220,KCNC1,MTMR14,ARHGAP1,SHB,MED16,MED15,BBC3,OSBPL10,SHF,DLGAP1,DLGAP4,APC2,IFT140,SLC39A11,SLC39A10,EPS15L1,MED27,DUSP6,DUSP7,SLC7A4,MED22,SLC7A5,MED24,PXDN,PAFAH1B3,ERGIC1,SAMD8,GSTP1,ATL2,NOC4L,CENPB,SNX29,SNX27,STX6,MFN2,CENPT,WNT7B,MCRS1,DAB2IP,TARBP2,SKI,RABIF,MYBBP1A,SNX17,SHKBP1,ETNK1,CCDC6,AGRN,CRAT,MTCH1,SLC27A1,CRCP,FBXO28,FBXO25,PLOD3,FADS3,POFUT2,SLK,PIAS4,DGAT1,CISH,CTNNBIP1,ATP11B,POLRMT,SRCIN1,FBXW2,CDC25B,TPST2,TPST1,DMTF1,MSH2,PKP4,SRSF4,LY6E,FTO,FBXO41,FBXO42,CORO1C,EIF1AD,SNN,NDOR1,RAP1A,MBIP,PGK1,SMYD2,NAE1,ZKSCAN1,CD276,TXNDC5,TMEM120B,NOP16,RASL10B,FUS,HPS1,CORO2A,CORO2B,UCKL1,DRAP1,LRCH1,CLPTM1L,NIT1,ITGB1,NUMA1,PTEN,BICD2,RLBP1,NRGN,ACTR6,TNFRSF19,ATRX,VPS13A,RABGGTA,ATRN,PCCB,ETF1,TOP1,TNFRSF21,CANT1,ROCK1,MGRN1,SRF,CDC42,FOXRED2,ZNRF1,ZNRF2,CCDC85C,KCTD20,U2AF2,BAHD1,NNAT,HNRNPA1,UBQLN2,NTRK2,PCDH9,FEM1B,PCDH7,EXOG,HNRNPAB,CABLES2,GSTZ1,TSPAN14,MYO1B,EIF3M,NAGK,SYT11,TRIM35,OCIAD1,PDCD4,EIF3G,STUB1,ATXN10,EIF3D,BCAR1,SLC23A2,CPNE5,PPAN,LDLRAD3,ACTB,CRKL,RCBTB2,HERC3,BSG,PTGFRN,ATXN7L1,SNRPD3,ATP6V1E1,KCNK10,ALG5,CIRBP,CSNK1E,KCTD10,FLYWCH1,KCTD12,KCTD15,CCDC84,SLC45A4,DHX8,TMEM63B,SLC45A1,CEND1,TTBK1,GSPT1,TTBK2,PGS1,NKAIN1,SYNGR1,B4GALNT4,SMARCA2,SMARCA4,MSRA,PTK7,RANBP10,SDC1,GRB2,NOL11,SUGP2,FBXL6,DDR1,DHRS13,NRP1,MRPS10,RAB22A,HERPUD1,AKAP12,NUDCD3,MAP1LC3A,RAC3,SDF4,RAC1,NANS,GIT1,COX8A,PBRM1,PCYT1A,GAA,PRPF40B,GAB2,SYP,APRT,GAK,PITPNM1,KIT,ARHGEF4,TAX1BP3,PABPC1,ARHGEF7,PTMA,SLU7,FJX1,SSNA1,PRICKLE2,GNAI1,GNAI2,ORMDL3,MGAT1,PEX16,GABBR2,SORT1,VEGFB,KLHL2,TTC1,PEX14,YIF1B,VEGFA,BOP1,PDCL3,ITCH,TCEA2,CACHD1,TACC2,GRINA,OTUD5,NUP188,UBE3C,CRTC1,ZFAND3,PRDM2,UBE3B,UBE2Z,CELSR2,IGF1R,AMMECR1L,MORC3,TMOD2,DNAJB12,TTC7B,UBE4A,POU3F1,EHBP1L1,EEF1A2,TBC1D24,PPIB,PPIA,COX19,TBC1D19,NDUFB10,DDX1,CACNA1D,PLD3,CNN3,CACNA1G,RAI1,RNASEH1,GRK6,TBC1D14,SYT5,UBE2F,YARS,TIMM44,MANBAL,SYT7,HIGD2A,GNAO1,HOOK2,NASP,HOOK1,CCPG1,GNAQ,GNB1,CNTN1,DEGS1,AMOTL2,TCF4,DEGS2,FGF11,RERE,PHTF2,LDB1,HP1BP3,DPY30,PITPNC1,RND1,TMEM222,MYO18A,SUN2,PDPK1,NAV1,NAV2,SYNGR3,EEF1G,RER1,CRY1,MAN1B1,OTUB1,RALA,ASB13,ASAP2,NT5C2,AGPAT4,TMEM201,MTA1,TMEM203,MKNK1,MKNK2,SPOCK1,DROSHA,PTK2B,MTA3,RRM2,HS3ST1,USF1,SMUG1,UFM1,TEF,ERCC1,CARM1,GPD1L,IPO13,NCKAP1,ANKLE2,RRP1,ARPC5L,HNRNPR,PHAX,ADARB1,SLC4A3,PHB2,RRP9,WDR91,HOMER3,VPS36,ARMC9,AFAP1,ARMC8,ATG13,GTPBP1,DAAM1,ARMC6,ZSCAN21,VPS28,LRPAP1,CTBP1,PRDM15,XPC,PRKCZ,GNS,FAM171A2,FLRT2,ST3GAL5,NUP88,NRBF2,HMOX2,LHPP,ST3GAL3,NDFIP2,PHC2,WDR59,ICMT,DMPK,IRF2BP1,MCAT,EHD1,GNPTG,HNRNPM,ARL2BP,TOLLIP,ATG2A,GTF2IRD1,ATG2B,SETD7,WDR41,GPT,ASH2L,KRI1,SMG5,UBL3,AIFM1,TK2,PLEKHN1,RRP12,CIC,WDR37,NUTF2,GNL1,TERF2,WDR33,GNL3,NCOR2,HADHB,ZEB2,KAT2A,NCOR1,KIFC2,EXOC4,PLEKHO1,KIFC3,GAS6,EXOC1,GRN,NFIX,USO1,WDR24,FAM129B,ARFRP1,CKB,DEDD,FARP1,YTHDF3,WDR18,PCGF3,SYVN1,ELP3,DHRS1,NFIA,NFIB,PLP2,ANKRD13B,FAM49B,ANKRD13D,CEP120,PARK7,RPL10A,CLU,SLC8A1,TM7SF2,EDC4,NRBP2,RIMS1,RIMS4,LAMP1,SALL2,PHYHD1,SLC39A6,PLEKHJ1,GTF2I,IFNAR2,MAGI1,TLE4,TLE2,MAP2K1,TPM4,USP3,TPM1,FRMD4B,LEMD2,THOC6,PYGO2,RAB34,PGP,ADNP,CSNK1G1,RTN4R,BRSK1,FKBP2,RAB5C,GLT8D1,UBR4,SLC38A10,UBR1,DVL1,PLXNA2,PLXNA1,SRGAP3,MAP2K7,SRGAP2,TRAPPC3,OSBPL8,EIF2B4,RAB4A,EIF2B2,CCDC12,POLR3GL,SEC16A,OSBPL2,NSG1,FANCE,SCRT1,LRFN5,LHX2,PLXNB2,TPP2,PLEKHM2,PLXNB1,MAP3K12,SLC48A1,DIDO1,WDR1,LBH,ADAMTS3,SCRN1,SNRNP70,RNPEP,WDR5,TLK2,TLK1,GAL3ST3,TNPO3,IDH3A,CCDC34,DIS3,SGIP1,PLRG1,TSN,DNAJC7,DAD1,DNAJC5,POLR1B,POLR1C,POLR1D,DNAJC8,HDAC5,VPS4B,CEBPG,DNAJB2,FBXL20,DNAJB1,STOX2,ABLIM1,ABLIM3,POLR2A,HAUS7,VPS53,POLR2D,VPS54,CSK,ASCC2,POLR2J,POLR2L,SLC35A2,MLXIP,PPIL1,IDH3G,FBXL16,TNRC6C,RAB14,RAB15,VAPB,POLR3D,GLOD4,DOLPP1,POLR3E,RAB18,TNRC6A,TCERG1,HDAC10,PITPNB,HDAC11,PITPNA,FCF1,HS6ST1,RPS15,RPS14,LONP1,BTRC,SEPHS2,TBC1D10A,SRRM3,COG6,SLC35C2,METTL3,AP1B1,COG1,MAPK8IP1,TIAM1,TWSG1,POR,SIK3,TLN2,ATP6V0D1,STXBP1,DCUN1D1,MYL12B,CHTF8,FXR2,ZNHIT1,GSE1,TNRC18,TRPM7,RALGDS,ATP6V0A1,SYNRG,PYCR2,PUM2,ADCK5,RPS21,SLC35F2,SPPL3,SIPA1L3,ROBO1,ZCCHC14,COIL,SLC22A17,C1QBP,XPO6,CHMP1A,SH3PXD2B,RALGPS1,PARP6,CBR1,TMED9,GP1BB,PPRC1,LIME1,ZDHHC17,MLF2,SLC22A23,MPND,CSTB,RFNG,GDPD5,TYMP,BEGAIN,NOL6,ZDHHC18,UBTD2,NFYA,MTX3,LSAMP,SORBS2,RAB11A,MPHOSPH9,SPCS1,APBA2,NDUFA11,NDUFA12,NDUFA10,ARHGDIG,CCDC28B,ARHGDIA,HCFC1R1,NRCAM,NOM1,RALBP1,TRAPPC2L,KDM2A,KDM2B,ATP1B3,LMO7,ATP1B1,SHISA7,SPECC1L,DAP3,ZCCHC8,IDI1,ISYNA1,PXN,FBLN1,EFNA4,CAMSAP1,EFNB2,EFNB1,EMG1,TCTEX1D2,ZMAT5,RPRD1A,CPSF4,KLHDC4,CBX5,CPSF1,CBX4,RHBDD2,CBX1,EIF2S1,EFNA3,EFNA2,CAPRIN1,BLMH,DYNLRB1,BRWD1,LRP10,COPE,LRP11,GPSM1,CBY1,DBI,HK1,RPS4X,SPRED2,MFSD6,MFSD5,SNAPC2,CASP3,MCF2L,CASP2,RBM7,KDM6B,H2AFY,AKTIP,IQCE,AXIN1,PPP2R5C,SAFB,FCHSD1,PFDN1,PFDN2,HAGH,PFDN4,KDM3A,STOML1,NRXN1,NRXN2,PDXP,ATP1A1,TBRG4,FAM168A,CHSY1,RPS6KC1,FAM120B,MAPK1,SNCA,KDM4A,KDM4B,CYHR1,SLC4A7,PPP2R2B,RPS6KB2,CDK2AP2,MDC1,MT-ND4,ZFYVE9,EHMT1,TSEN54,SCAMP5,PSMD9,RABGEF1,NSDHL,SAMD14,ZFYVE27,PSMD7,TMEM8B,MEF2A,MEF2C,RBFOX1,RBFOX2,SND1,EML5,EID2,PRKAR1A,UQCRC1,MTMR1,TTYH3,FLII,COPS7B,COPS7A,MRPL14,AGAP3,CYB5R1,MRPL20,CYB5R3,PUSL1,RHBDL1,VTI1B,ABCA2,CADM4,CADM1,PMM1,EDEM2,MRPL28,MLLT11,PCDHGA11,EIF6,PSMG3,EZH2,HEXB,PIGQ,RPLP1,RPLP0,CTCF,AACS,TRIOBP,PQBP1,IKBKB,TRMT112,TMEM43,RPLP2,SH3BGRL3,DFFB,LRRC45,DFFA,ELOVL4,PGAM1,MRPL49,ELOVL6,DYNLL2,MRPL43,MRPL52,PSMA6,BDH1,CDC42EP4,PELI1,TUT1,PGAM5,SLC29A1,DLD,SLC29A2,LRRC14,RNASEL,RNASEK,SRRT,CCNDBP1,PSMA7,GGA2,GGA1,UNK,MICALL1,AP2S1,FLNA,MEF2D,YKT6,LRRC24,ATRNL1,GATAD2A,SPSB3,LETM1,FABP3,FABP5,TTLL1,FABP7,UBAP1,UBE2D1,STK19,STK16,KPNA6,FBRSL1,PIM3,SLC25A44,SH3GLB2,ANAPC7,PPP1R16A,VPS33B,SARS,ZBTB33,FOXP4,FTSJ1,FOXP1,ACAP3,OLFM2,TXLNA,SLC9A6,FSCN1,ANAPC4,ANAPC2,PFKFB2,PFKFB4,PFKFB3,PEF1,TUBGCP2,STK39,FOXO6,UBFD1,RAP1GAP,GLIS2,SAV1,SLC9A1,SOCS2,PMVK,THEM4,E4F1,SLC38A2,ZBTB17,STK24,UBLCP1,PIN4,TMEM19,NFE2L1,PPP1R13B,HSP90AB1,SCHIP1,CELF3,MRPL4,CAPZB,MDK,ME1,PMEPA1,DNM1L,ERC2,EDIL3,EID2B,DGCR2,DST,ARNT,NDUFC2,VPS37B,RAD23B,NSMCE4A,SLC25A17,NPC1,SLC25A5,PPP1R12B,MET,GTF3C1,GTF3C2,GTF3C5,CXXC1,PARD6G,FOXK2,KATNB1,FOXK1,HSD17B12,PPM1G,NCLN,SLC25A28,PTPRZ1,KATNA1,SH3BP5,SH3BP4,LRRC8A,SLC25A22,AAMP,BEND5,CYB5B,PPP1R14B,SEC24B,PPP1R14C,FOXJ3,HIP1R,RPL23A,LYSMD4,BAIAP2,SLC25A39,PTPN9,CCM2,P4HB,EIF4A1,CCNH,ZDHHC5,PREP,TXNDC11,KEAP1,ZDHHC7,IFI30,ZDHHC3,NUBP2,TXNDC17,CYB5D1,CCNL2,EPHA4,PAQR4,IMP3,NSMCE1,MIF,PISD,THAP3,SFRP1,THAP7,ULK1,CTXN1,L3MBTL3,L3MBTL2,SUPT4H1,PIK3R2,PIK3R1,PTTG1IP,UBE2J2,COMMD9,DHX32,DHX33,PCBP4,MICAL1,PCBP2,TSPAN7,HIVEP1,SYMPK,TSPAN5,HIVEP2,RAB11FIP3,RIMKLB,N4BP1,RAB11FIP4,RAB11FIP5,SURF1,XRCC6,IQSEC1,LRRN2,SURF2,RCC2,SURF4,MICAL3,MICAL2,DCLK2,XRCC1,ERAL1,ARMC10,WNK2,COL9A3,CCDC120,GPAA1,TECR,AP2A1,SLC7A11,PTPRK,WASL,PTPRF,ARV1,ENC1,NCS1,MLX,DHX16,SSSCA1,TMEM150B,ACAD9,MINK1,COMMD7,MRPS6,COMMD5,ENAH,MN1,VSNL1,INPP1,DOT1L,CRIP2,CCDC106,CAMKK1,EXOSC7,EXOSC4,SERTAD2,GPC1,HSF1,EXOSC8,PAK6,HEATR6,CCT7,EXOSC1,BCAP31,NPDC1,YIPF3,PLEKHA5,PLEKHA6,UBE2G1,AP2B1,MIAT,CSDC2,FKBP1B,TARDBP,SCARB1,MIDN,BCCIP,FAM174B,CAPN7,KIF5B,BANF1,SBF1,BAHCC1,SH3GL1,ZGPAT,LMTK2,FAM173A,GPD2,MASP1,NDRG3,YTHDC1,NXPH4,NPR2,KLHL17,SEL1L,SLC1A4,RASGRP2,RPF2,NDRG1,ACACA,DEAF1,CAMTA1,H1FX,VARS2,NDUFV1,BCL9L,CCDC134,PRNP,OST4,DSTN,KLHL23,SSH3,GCLC,BMP1,PQLC1,PHF13,TAB3,LSM14B,PICALM,GSK3A,PRR7,DDX49,PRKCSH,CHD6,ARHGEF10L,CHD3,SOBP,AFF3,PPP1R9B,BCL7A,YWHAQ,GATAD1,MLST8,TIMM17A,TIMM17B,LRRFIP1,YWHAG,RBM33,GLRX3,PLA2G4E,PLA2G4B,BUD31,ABHD14B,ARHGEF18,ABHD14A,DDX52,VCAN,NDUFS8,CREB1,NDUFS7,NAA38,MVK,NAA20,RBM4B,MAT2B,ACVR1B,RAB40C,TNKS2,TAF1C,CHGA,RBM39,TAF15,CHURC1,TAF13,TAF11,ATP2B4,LRWD1,ACVR2A,CLCN7,MAPK11,IRGQ,BRMS1L,ASB6,VIM,LNX2,R3HDM2,RB1,RPL5,TRIO,CLPB,DCAF8,GABPB1,RPL8,BACH2,MYC,STMN1,RPL36,DIP2A,DIP2B,DIP2C,RPL39,WSB1,UNC13A,CD3EAP,NISCH,RNF126,BIN3,BIN1,GPR161,DUS3L,CDC42SE1,POM121,MAPKAP1,NEDD4L,HIF1A,PRDX2,FAM160B2,ABR,PRDX5,RIC8B,CHST15,SSR1,PLCG1,SLC19A1,S100A10,CDK17,RPL41,JUND,H3F3B,RDX,TYSND1,PA2G4,PRRC2B,PRRC2A,TADA2B,FIBP,PPP5C,TADA2A,PLCH2,DUS1L,OGFR,SPEF1,TCF25,CLTB,TCF20,TRIM8,RNF157,TMEM189,CSRP2,ENSA,GPR137,AP3S2,EMD,ZC3H10,SSR4,IFNGR2,ITPK1,INF2,TET3,RNF166,RNF165,SF3B2,PHLPP1,RPL10,GPS1,GRAMD4,TMEM165,TM9SF3,ASNA1,BRD9,RPS2,RNF130,BRD4,SF3A2,RIOK3,NMNAT2,GTF2H2,SRP68,BLCAP,KTN1,AGBL5,SARM1,RNF141,ATP8A2,DGKD,CLSTN1,CTNND1,RNF19B,BZW2,MAEA,LZTS2,LZTS1,TMSB10,SEMA6B,RNF44,ANKRD46,RPS7,IGFBP3,IGFBP2,RPS6,AIP,GTF2F2,TRAIP,DISP2,ST7L,CLIP2,CLIP1,CACNB4,ZFP41,DGKQ,XIST,CUL9,DNMT1,CD151,ANKRD11,ABHD2,CUL2,AK2,CUL1,KRBA1,KLC1,PHF21A,KLC4,ZFP57,BAG5,BTBD2,PSAP,SAFB2,WDTC1,MPDU1,ESRRA,ANKRD34A,ATP8B2,TNK2,ADAP1,LSM4,LSM3,CNOT4,RCAN1,CNOT6,LSM6,GON4L,ZFP62,SPIRE2,SPIRE1,NACAD,SERINC2,CALCOCO1,SGCE,PTBP1,DUSP12,RPL7A,SART3,SIN3A,PSD3,SLC37A3,REXO1,ZFP91,RANGAP1,REXO2,COASY,TRAF7,PTP4A3,TRAF4,EVL,SOS1,TRABD,NFAT5,NLGN2,WBP2,RNF38,SEMA3F,AP3M2,FZR1,WASF1,KCNIP2,SEMA4B,TXNRD1,ADRM1,SEMA4C,DDHD2,DDHD1,SEMA4G,OXR1,ENOX1,KLF6,NIN,NFASC,PFKP,DIXDC1,PWP2,RAPGEFL1,GOLGA4,GOLGA1,DPF1,DPF2,TIPIN,SACM1L,MTUS1,JMJD8,COX7A2L,XRN2,GUF1,VDAC2,EZR,LLGL1,TELO2,IGSF8,IGSF3,TSHZ3,ANP32A,LMAN2L,CD99L2,IGSF9,PTDSS2,SGPL1,NUAK1,SCAP,NTSR1,FIS1,RABGAP1L,BCL11A,SS18L1,TMEM50B,MEMO1,UBAC1,CCT6A,CCDC88C,TMCC1,BAP1,CC2D1B,HBS1L,DAZAP1,FAF2,EPM2AIP1,KIF13A,RSPRY1,PRMT2,NME3,TUBG2,RHOF,TUBG1,RHOB,MPPED1,RPUSD1,PACS1,NME7,RHOV,MAPT,SGK1,ATP6V0C,SLC20A1,UQCR10,TRAK1,ANKMY2,CTNNA2,MAP4K3,MPZL1,RANBP3,RYK,AP3D1,FAH,CTNNB1,TRIP12,FAU,HDLBP,CIB2,NUCKS1,EFTUD2,CHCHD6,DSCAM,PAM16,SPNS2,TSC2,OCRL,TSC1,PDIA6,TMEM131,DPM3,TMEM135,PHOSPHO2,TBL1XR1,RPL7L1,ELMO1,SCG5,ELMO2,STAM2,ISCU,FAIM,CPLX2,DTX4,PLCXD2,PDZD4,DPP9,TMEM127,CASKIN1,EP400,ATP6V1H,MARK4,ZC3H14,MARK3,PDZD7,ATP6V1F,MARK1,ACBD4,PTCH1,TBCD,SMAD5,NMRAL1,DNAJC18,ARHGAP32,PCDHGB7,DOCK3,ABCD3,DOCK9,PKD1,FLOT1,FLOT2,SPEG,MAN2C1,KLF11,USP48,PCDHGA4,PDE4D,ABCC5,RNF208,ARID1B,SENP3,KLF16,TGFBR1,USP40,B4GALT7,LUC7L2,POLDIP3,RGS16,SPG7,STRN4,NCALD,NT5DC2,PDE6D,CAMK2G,USP24,ATE1,PTCD1,BAD,PCDHGC4,HAGHL,PCDHGC3,USP28,MEIS2,DLK2,FMNL2,PIK3IP1,XPNPEP1,SSBP4"
+"gene_set_query"	"985"	"ATF6"	"821.7"	"ARCHS4 Coexpression,1069;Enrichr Queries,227;GTEx Coexpression,1169"	"APP,CHIC2,IFITM2,GMFB,TFRC,HNRNPU,JMJD1C,TXNDC12,CBLB,EPRS,BACH2,RPS15,FRAT2,ALCAM,ZMIZ1,DPYSL2,MYC,AKT3,LONP2,TRIM27,GLUL,SOX4,SLC12A9,MEF2A,EPHA4,MEF2C,COG8,ACTN1,BROX,CD3EAP,TIAM1,BIN3,XRN2,DDIT4,HECA,KCTD12,PFN1,ATF4,CDC42SE1,MACF1,DHX8,STXBP2,MYCBP2,PDGFA,PIK3R1,HIF1A,GNS,PGS1,CYB5R4,PTDSS1,DHX33,VTI1A,MCMBP,ST3GAL5,NRBF2,HIVEP2,VASP,EDEM3,FIS1,PRELID1,JUN,CADM1,EDEM1,EDEM2,H3F3A,PRRC2C,MYO5A,IRF2BP2,MEMO1,PBX1,SRPK1,EIF1,TMEM199,EXT1,EIF5,WNK1,ID2,CALM3,AVL9,LGMN,AARS,CPEB4,ITM2C,DHRS13,NRP1,BTG1,CITED2,CLTC,ICA1,PTPRF,HERPUD1,CTSL,XPO6,TIMP2,KIF1B,SDF2,JARID2,RAB8A,JAK1,CTSB,TMED4,CAP1,PARP1,IFNGR2,TSC22D3,ELOVL6,GMIP,DUSP6,SLC7A5,TMEM33,PXDN,FAM20B,ARHGEF2,SGK1,PAFAH1B2,PAFAH1B1,RNF165,GRAMD1A,GRN,CAB39,SATB1,AKAP8,CCNDBP1,GNAI2,TRAK2,FGD4,OS9,NFIL3,MFN1,MEF2D,MAP4K4,RANBP2,YIPF1,SORT1,CSNK1A1,STAT2,CRIPT,VEGFA,RAB11B,ERP44,ITCH,NFIA,SHKBP1,TCEA2,PLP2,PKN1,NUCB2,GTF2B,RAB3D,SLA,NUCKS1,MSI1,IGF1R,TXN2,SLK,SESN1,LAMP2,FADS1,IFNAR2,SH3GLB1,SLC38A1,ADAM10,ATP11B,ATP1B1,VRK3,RSBN1,PIAS1,FOXP1,RAB31,TBL1XR1,SQSTM1,IFNAR1,FKBP5,PFKFB3,TMED10,INSIG1,ABHD2,SEL1L,ITPR1,TOR1AIP2,SLC1A4,CSF2RA,NDRG1,RTN4,HSP90B1,SOCS2,DPP6,PITRM1,KIF3B,ABL2,SLC38A2,SRGAP1,NADK,PDZD7,MCL1,IVNS1ABP,HSPA8,PRNP,DR1,TOR1A,HSPA5,HSPA4,FBXO38,CRIM1,ASNS,TBCB,ARPC5,NFKBIA,EFNA2,GON4L,HOOK2,HOOK1,MDM2,GNAS,SRPRB,LRP10,LRP12,PICALM,ISY1,RERE,SCYL3,KDM5B,GSK3B,PRKCSH,CELF2,PTEN,CHD6,ATP2A2,CHD2,AFF4,SPRED2,DUSP12,FLCN,SENP5,MAN1A2,FLOT2,ACTR3,ARHGEF12,KLF13,PDPK1,ARL4C,PTP4A1,CREB1,CTDSP2,POLR1B,CAT,BIRC6,SEC22B,TSEN34,PPP1R15B,USP15,KDM3A,RGS19,ROCK2,NDUFB5,RGS16,SRBD1,ASAP1,ATP1A1,HMGCR,TTL,POLD3,DNPEP,MAT2A,MKNK1,VPS53,FAM120A,PTK2B,SLITRK5,FEM1C,FYN,SPEN,PTPN1,MARCKSL1,FEM1A,TXNRD1,ATP2B4,CDC5L,ATP2B1,MAPK14,GDAP2,HS3ST1,USF1,ACVR2A,TTC17,KLF6,VAPA,IMPDH1,ASB8,RAB12,NOVA2,VIM,ATP13A3"
+"gene_set_query"	"986"	"ZNF595"	"822.0"	"ARCHS4 Coexpression,854;Enrichr Queries,790"	"CYFIP2,APP,ZMYND8,BACH2,UBE2L3,CRKL,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,LONP1,AKT1,PRKACA,ATXN7L3,NUP214,EPHA4,ST6GAL1,ACTN1,ARRDC3,CD3EAP,MOGS,WDR82,DDIT4,HECA,TBC1D9B,FLII,PIK3R1,APH1A,ABR,GSE1,RDH13,PIP5K1C,JUN,PHC2,TMEM184B,IQSEC1,PLK2,SMARCA2,UBAC1,ID2,ITM2C,ARF3,OGFR,PIGU,PTPRS,SLC7A11,TRIM8,DHX15,TIMP2,ANXA6,SDF4,JARID2,CIC,UPF1,WARS,DBNL,GAA,MINK1,SLC39A10,DUSP6,MLF2,SLC7A5,INF2,KIT,PXDN,RAPGEF1,RHOU,PLCB1,SGK1,GART,ERGIC1,GAS7,PRIM2,GRN,SATB1,CENPB,FAM129B,GNAI2,TMEM68,FLNA,DAB2IP,MYO9B,GTF2H2,SCAF1,VEGFA,SKI,SNX16,NFIA,NFIB,TAOK2,ZYX,NUCB1,PKN1,PNPLA6,GRINA,FAM49A,CD81,CLSTN1,HDLBP,UBE2Z,IGF1R,LAMP1,ARHGDIA,SBF1,FADS1,TLE4,TPM4,USP5,IGFBP3,APLP2,CTDNEP1,RAB35,CHMP4B,TOX,CSNK1G2,FKBP5,ANAPC2,PFKFB3,RAB5C,FAM114A2,ITPR1,SLC38A10,SBNO2,PITRM1,BTBD2,NACC1,PLXNA2,PTCH1,KLHL24,SH3BP5L,HOOK2,HOOK1,GNB2,GNB1,CNTN1,NFE2L3,PLEKHM2,PLXNB2,MDM4,LRP10,NFE2L1,RBM28,WDR1,PRKCSH,CHD6,SLC2A3,AFF3,SYNE2,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,CAPZB,PPP6R1,SNRNP70,PDE4B,PMEPA1,ARHGEF11,SUN2,KLF13,DST,PDPK1,PDE4D,ARHGEF18,YDJC,VCAN,PTP4A3,DDAH1,POLR1B,DNAJC5,CDH11,BCAT1,MET,PPP1R12C,DCTN1,RGS16,ADD1,DNAJB2,U2AF2,POLR2D,FEM1C,RRM2,PPIL2,TMEM30A,ATP2B4,PDE4DIP,CDC42BPB,TPD52L2,NELL2,KLF6,PSAT1,MGAT4B,P4HB"
+"gene_set_query"	"987"	"NANOGP8"	"822.5"	"ARCHS4 Coexpression,727;GTEx Coexpression,918"	"TMEM183A,TMEM41B,DCAF8,CCNC,IFI30,CCAR1,PREX1,LSM12,PPP2R1B,FBXO3,LONP2,CCNL2,KIF21B,SEPHS1,ATG3,PRKCI,SMARCC1,CXADR,LIMCH1,METTL3,WDR75,BCS1L,SRRM1,ATP6V0D1,PRR13,SET,NOLC1,RNPC3,ADH5,PGS1,PRDX3,NLN,LDHB,LARP1,DHX33,LARS,PRDX1,FDFT1,VASP,NTNG2,PHC1,RCC2,FAM136A,PAICS,ZZZ3,CDC16,ANP32E,PSMG4,GRB2,LRRN1,CORO7,CDK13,ATG2B,CDC42SE2,GABRB3,PPP1R11,DENND1A,GDI2,SNX10,PCMTD2,ATIC,ZMYM6,JARID2,MAP4K2,PGAM1,RRAS2,SLC39A10,ELOVL6,GMIP,SRP9,ENAH,PSMA3,CTTN,PSMA2,TCP1,AIDA,EEF1E1,CDC123,USO1,HEATR1,HSD17B4,FGD3,PSMB5,NSD1,CCT8,GPC4,BID,MON2,NPM1,USP9X,ELP2,UBE2G2,WDR11,MAD2L2,RSL1D1,PRPF39,APEX1,SERBP1,HNRNPA2B1,TSR1,GOPC,FAM49B,CCNT2,RASL11B,KDM1A,CSE1L,TSEN2,IPO5,NARS,SALL2,BASP1,CFL1,POGZ,COTL1,SMARCAD1,SLC25A44,IFNAR2,BIVM,SUPT16H,AGTPBP1,FBXW8,ANKRD44,ANGEL2,VASH2,ATP11C,TSC1,ILF2,MSH6,ARMCX4,MSH2,TMX1,PSMD11,TARS,STK4,CORO1A,CSF2RA,GTF2E1,ACACA,BAG4,GRK6,G3BP1,ZKSCAN3,G3BP2,EIF4EBP2,NAE1,SKIL,MYH10,QSER1,NEK9,HSPA8,RAB4B,CPSF3,IDH1,SMAD5,DLG3,NASP,LRFN1,CYCS,IARS,SAE1,RBM28,HSP90AB1,PIK3CD,HMGB3,PSIP1,ARRB2,HMGB1,MFSD8,SENP6,MRPL3,SUMO1,CASP3,GATAD1,TLK1,RBM5,KDM6A,HGSNAT,SUN1,RFC3,H2AFZ,AMT,CTPS2,NAV1,QTRT1,THRAP3,USP40,BCAT1,SLC25A5,RGS19,MAK16,PDHB,HSPD1,ADD2,MTA1,UGP2,BEND3,IGF2BP3,HNRNPA1,MAPK6,MTA3,EIF4E,CYTH1,DCAF13,SSB,USP28,TTC17,EIF3M,PSAT1,RAB15,DNAJA2,MFAP2,CEBPZ,NAA15,TNRC6A,RAN,TAF1"
+"gene_set_query"	"988"	"ZNF516"	"823.0"	"ARCHS4 Coexpression,957;Enrichr Queries,446;GTEx Coexpression,1066"	"CYFIP2,MDC1,CNTFR,TRIO,DCAF5,BACH2,CCAR1,PREX1,RASSF2,TRIM28,ZMIZ1,DPYSL2,MYC,IGLON5,SAP130,FAM110B,FAM53C,TRIM24,HOMER3,ATXN7L1,DIP2C,EPHB2,SOX4,VPS39,NUP214,EPHA4,MEF2C,SRRM4,EPHA7,WSB2,DAPK1,PRKCE,ARRDC3,CD3EAP,RFX1,TMEM170B,TIAM1,DDIT4,AKAP9,HECA,NUP98,KCTD12,PRR12,TRIB2,SF1,MACF1,MTMR3,NEDD4L,SDR39U1,BAZ2A,PIK3R1,ABR,APH1B,CHST15,SYMPK,GSE1,TNRC18,HIVEP2,ATRIP,ST3GAL1,BTF3,JUN,CREBBP,PHC2,ACD,PTPRN2,SETDB1,CADM1,STK11IP,IQSEC1,BCL11A,TMEM50A,H3F3A,PBX2,PA2G4,SMARCA2,PBX1,PRRC2A,SLC6A6,ABTB1,MEX3B,MEX3A,ID2,PSMG4,ITM2C,NRP1,PIGU,CITED2,PHF1,TCF20,SMG7,SIPA1L2,PHF8,ROBO1,AKAP12,UCHL1,ZMYM2,XPO6,UIMC1,ENC1,TIMP2,KIF1B,JARID2,BBS4,MAP4K2,TET2,ANO8,GAB2,GMIP,MED26,DUSP6,MLF2,RHOB,NCOR2,SLC7A5,MED25,ZEB2,ARHGEF9,PXDN,FAM193A,SGK1,MPND,SATB1,DOT1L,SRRT,GGA1,FGD4,ZDHHC18,CUX1,RNF138,UBN1,ZSWIM6,APBB2,BRD8,ZSWIM4,RAE1,PURG,SF3A1,EGLN2,SF3A2,NFYA,MBD1,MYO9B,SORBS2,VEGFA,XAB2,NFIA,NFIB,TTC3,PKN1,APBA2,MEGF9,MIDN,ANKRD13D,NUP188,KDM1A,RNF19B,IGF1R,YY1,CDH2,FBRSL1,EP300,ARID2,PIAS4,TLE4,LMO1,TLE3,KDM2A,LMO4,LIG3,FRMD4A,VRK3,LEMD2,RNF40,TANC2,FOXP1,ATXN2L,ST7L,RAB31,DGKQ,WDFY3,TNIK,CSNK1G2,FKBP5,ANKRD17,ISYNA1,PFKFB3,ABHD2,ANKRD11,TMEM59L,UBR4,ISG20L2,ITPR1,PHB,NDRG1,PHF21A,CACNA1H,EFNB2,ARHGAP21,SHARPIN,STK36,PLXNA2,DMAP1,ZC3H13,NADK,BPTF,RAP1GAP2,AUTS2,CBX2,PTCH1,CPSF3,CRIM1,IFT122,CNOT10,SUPT5H,HOOK2,NBEA,NSG2,HOOK1,LHX2,DMXL2,NF1,PHF13,CNTROB,LRCH4,LMBR1L,RERE,KDM5B,USP32,PRKCSH,CELF2,CHD6,SLC2A3,DUSP18,ARRB2,AFF3,ELAVL3,DUSP12,SIN3B,BCL7A,RB1CC1,OPA3,PSD3,PDE4B,PMEPA1,RBM5,KDM6B,USP42,PDPK1,PDE4D,SECISBP2L,TBC1D9,NAV1,NAV2,ARID1B,MSL1,ARL4C,VCAN,PTP4A3,ASPH,SETBP1,TBC1D5,CTDSP2,C1D,POLR1D,ATG4B,NAT8L,MGRN1,RSPH9,ASAP1,MLLT3,STRN4,ABLIM1,CHSY1,PHKG2,SH3BP2,FYN,FBRS,TRIM44,SEMA4A,KDM4B,ATP2B4,PDE4DIP,MEIS2,NELL2,TNRC6C,RAD52,KLF7,MARCKS,KLF6,FAM98B,VIM"
+"gene_set_query"	"989"	"ZNF304"	"823.7"	"ARCHS4 Coexpression,955;Enrichr Queries,706;GTEx Coexpression,810"	"TCERG1,CCNJ,PANK3,JMJD1C,CISD2,ENO2,FNBP1L,EPRS,GPATCH8,HERC3,KRTCAP2,CDC23,RASSF2,PPP4R1,HERC1,MYC,PSMD2,LONP1,KIFAP3,EPHB1,SOX4,ARRDC4,SRRM3,ATG3,EPHA4,SRRM4,GABARAPL1,RBFOX2,RBFOX3,TSTD2,REV1,CD3EAP,MMD2,ARMC8,ANK3,RC3H2,FAM133B,TIAM1,DAAM1,WDR82,DDIT3,ZC3H11A,DDIT4,VOPP1,HECA,TRIB2,BEX2,PAXIP1,MTMR3,DHX8,DHX9,CSTF2,ATXN7L3B,RTF1,PIK3R1,MTMR4,NKAIN1,UGCG,GRPEL2,CHST10,HIVEP2,RBM12,SERF2,ZSCAN18,JUN,JUP,HOMER1,PLK2,MICAL2,MEX3C,PRRC2B,MSRA,HNRNPK,HNRNPC,RBAK,PAM,ITM2C,TOP2B,SMG1,PIGU,WDR47,KCNC1,CITED2,GFM2,PPP1R10,SETD6,SNX10,GRIK2,SLC7A11,VLDLR,SHF,EPM2AIP1,MMP24,MED13,XPO1,DHX15,SPIN1,SH3BGRL3,ZIK1,PSENEN,PRMT6,CCT2,SHPRH,ELOVL4,TSC22D3,RRAS2,ELOVL6,ASH1L,PPRC1,DUSP6,MLF2,RHOB,DDB1,TUBB2B,NFX1,CSDE1,CDC42EP3,PXDN,TET3,GARS,SGK1,EXOC2,PCNA,INPP1,ADAM22,GNAI3,HSPA13,NOL4,CAMKK2,BCLAF1,NFIL3,CHN2,CCT8,MAP4K5,MAP4K3,RUNX1T1,PAIP1,MPP3,MTX3,DAB2IP,BLCAP,NLE1,VEGFA,SKI,KLHL9,NUDT21,APEX1,RLIM,PKN1,CDK5R1,ZFP28,ANKRD13C,KDM1B,CLU,SLC8A2,TMEM145,IPO8,ZFP30,BASP1,FADS1,BIVM,TLE2,SLC38A1,FBXW11,ADAM11,DYRK1A,UBE4B,KCTD2,FBXO11,TRPC4AP,DHDDS,RALGAPB,KLHL18,RTN3,DNMT1,ITPR1,CACNA1A,SOCS2,EFNB2,PITRM1,UBR5,MARK1,RAP1GAP2,PRNP,SYT4,BRPF1,BOD1,NUP153,KLHL24,CLK4,AZIN1,REEP1,PTPRD,LRCH1,NBEA,HOOK2,HOOK1,CNOT1,CAPRIN1,JMY,NFE2L3,SERINC1,TUBGCP4,DHCR7,EIF4G2,LRP12,DIDO1,KDM5B,DDX3X,CELF1,PRKCSH,CHD8,CHD6,SLC2A3,ZFP82,PKD1,DUSP12,SPRED2,SART3,YWHAQ,UBE2Q2,AP1G1,MCF2L,ERC1,TNPO1,TRIM67,USP48,NUP133,PDPK1,ATRX,ARL4C,VCAN,ALS2,SETBP1,CTDSP2,POLR1B,TERF2IP,BDP1,SLC25A12,PPP1R15A,AGPAT5,PPP1R15B,KDM3A,GTF3C4,RRN3,CEBPG,RNF38,RNF4,TOB1,ABLIM1,FAM168B,RMND5A,CCDC85C,POLR2B,POLR2D,UBQLN1,DNAJB9,FEM1C,RPP14,MAPK6,CLASP1,USP24,URGCP,KDM4C,FEM1B,TAF10,PCDHGC4,USP22,FOXJ2,RPRD2,OXR1,GOLPH3,TSPAN18,POLR3F,SPRY2,VPS45,MDGA1,CBLN1,METAP2"
+"gene_set_query"	"990"	"PHF21A"	"824.0"	"ARCHS4 Coexpression,990;Enrichr Queries,94;GTEx Coexpression,1388"	"NCKAP1,APP,IFITM2,TRIO,ZMYND8,HNRNPU,JMJD1C,CBLB,EPRS,PREX1,FRAT2,RASSF2,ZMIZ1,DPYSL2,MYC,LONP1,SLC12A6,GLUL,SOX4,SLC12A9,SRRM2,DDX17,MEF2C,WSB1,SMARCC2,FNBP1,PRKCE,ARRDC3,PRKCD,MTUS1,RFX3,CD3EAP,ANK2,CSNK1E,ANK3,RFX7,DDIT4,HECA,ULK1,CDC42SE1,SLC45A4,MACF1,MTMR3,MYCBP2,TRANK1,NEDD4L,BAZ2A,PIK3R1,PGS1,ABR,CYB5R4,NUAK1,SEC14L1,DHX34,CHST15,GSE1,TNRC18,VASP,SRPK2,NTNG2,CREBBP,JUN,CDK19,PHC2,JUP,CADM1,BCL11A,IQSEC1,H3F3A,PRRC2C,PBX2,SMARCA2,PBX1,PTK2,MED13L,SMARCA4,ABTB1,SLC6A6,WNK1,ID2,HBP1,TECPR2,ITM2C,DHRS13,SETD5,PHF2,PIGU,BTG1,CDKN1B,CITED2,LIMD2,TRIM8,NIPBL,GLIPR2,XPO6,KIF1B,JARID2,CIC,PCMTD1,NCOA1,NCOA2,TSC22D1,NCOA6,TSC22D3,TCF12,TET2,ASH1L,GAB2,GMIP,DUSP6,MTSS1,NCOR2,ZEB2,MED25,NCOR1,PACS1,PXDN,WAC,ARHGEF1,FAM193B,ARHGEF2,SGK1,RNF166,STK40,SATB1,GNAI2,FGD3,ZDHHC18,NFIL3,CUX1,ZSWIM6,MAP4K4,MAP3K3,MBD6,SORT1,MYO9B,GATAD2B,VEGFA,NFIA,NFIB,SHKBP1,CCNG2,ZYX,CTNNB1,TRIP12,PKN1,YPEL5,YPEL3,MEGF9,FAM49B,MTCH1,CRTC2,ANKRD13D,SLA,IGF1R,SMCHD1,POGZ,COTL1,EP300,BNIP3L,TLE3,SLC38A1,RNF44,KDM2A,DYRK1A,ZBTB34,ATP1B1,FBXO11,FOXP1,TBL1XR1,EHBP1L1,WDFY3,PHIP,ADNP,CSNK1G2,PFKFB3,INSIG1,ANKRD11,CUL3,ANKRD12,ITPR1,RASGRP2,CSF2RA,NDRG1,CORO1A,ATXN2,SBNO2,PITRM1,GRK6,SLC38A2,MYH10,NADK,MARK2,MCL1,BPTF,WDTC1,PRNP,AUTS2,PHF12,KLHL24,NFKBIA,EFNA2,HOOK2,HOOK1,LRFN1,CLASRP,BRWD1,LRCH4,LRP10,EIF4G3,MXD4,RERE,KDM5B,GSK3B,CALCOCO1,PRKCSH,CELF2,PTEN,CHD6,PIK3CD,CHD4,SLC2A3,ARRB2,CHD3,CHD2,SYNE2,PPP1R9B,DUSP12,FLOT2,LRRFIP1,RBM33,KDM6B,SUN2,KLF13,DST,PDPK1,PDE4D,NAV1,NAV2,ARID1A,ARID1B,MSL1,VCAN,FCHSD2,CREB1,SETBP1,CTDSP2,POLR1B,C1D,AHDC1,TSEN34,NFAT5,KDM3A,RGS19,RNF38,LENG8,ASAP1,MLLT6,ABLIM1,SH3BP2,PTK2B,FYN,CSK,FBRS,CYTH1,SPEN,ATF7IP,SPAG9,RBM39,KDM4B,RNF24,SEMA4D,MBOAT7,LIMK2,ATP2B4,MAPK14,PNRC1,KLF7,MARCKS,KLF6,PIK3IP1,PDCD4,VIM,SMAP2,SSBP2"
+"gene_set_query"	"991"	"ARGFX"	"826.3"	"ARCHS4 Coexpression,1547;Enrichr Queries,520;GTEx Coexpression,412"	"TMEM41B,CISD1,PHAX,GHITM,DCAF6,NDST1,FRAT2,DPYSL3,AKT3,AKT1,PRKACA,SEPHS1,VPS39,DDX17,PDHX,EPHA4,ATG3,ECH1,SCAMP1,TIAM1,STX1B,DDIT4,VDAC3,TMEM126A,UQCRC1,ORAI2,TYRO3,TBPL1,VDAC1,UQCRC2,EIF1B,RPL28,TRIB2,DCUN1D2,APOO,UGCG,FXR2,PRKAR2A,KCNMB4,NRBF2,NUS1,CADM1,H3F3B,BCL11B,RCC2,TMEM50B,CS,MEX3A,PKIA,OGDH,CC2D1B,ITM2C,COX7B,BTG1,TMEM151B,CSRNP3,GFM2,ECSIT,AACS,RNF157,AIFM1,DLAT,JARID2,MRPS23,SIRT4,MRPL47,ELOVL6,MANEAL,TFB2M,MRPS7,MED26,WDR33,HADHB,MRPS9,RAP2B,TUBB2A,BDH1,VSNL1,PICK1,DLD,MRPS36,MRPS33,UQCR11,NOL9,UQCR10,COX5B,COX5A,FAM117B,GGA1,MNT,CAMK2N1,HSF2,MFN2,APBB2,RUNX1T1,MAP3K3,MDH1,NFYA,MTX2,MDH2,PTGES2,MCRS1,COX6C,GATAD2B,LRRC20,TTC9,PDCL3,FABP3,ABI2,NFIB,KLHL7,NDUFAB1,SERBP1,ESYT2,TMEM229B,FHOD3,RAB3C,NDUFA13,DGKE,CCNT2,ATP8A2,NDUFA12,BZW2,YY1,PAIP2B,CHCHD3,CDH2,MAP3K9,FADS1,SEMA6C,TPM3,SDHA,SDHB,GRIP2,RSBN1,COX6B1,FOXP1,RPL7L1,EEF1A2,SNRPC,FKBP3,ARL8B,SRSF9,UQCRB,NDUFB10,ARHGEF26,MAX,NXPH3,AK1,CUL2,AK2,SPATA2,FBXO45,UQCRH,ACACA,TIMM50,RAP1B,SBNO1,HMBOX1,BAG5,ORC6,BTBD1,FUT9,SMYD2,CYC1,NDUFV3,NDUFV2,IP6K1,NDUFV1,ZKSCAN1,TMEM120B,PDHA1,GOT1,SYT1,PHF12,IDH2,GOT2,COQ9,TOR1B,COPS4,ZC3HC1,YRDC,COPS5,UQCRQ,AAK1,MDM2,CYCS,UBE2O,ACO2,ATP2A2,AFF3,PTBP1,MRPL2,SUMO1,BCL7A,SNAPC2,UQCRFS1,DACT3,DGCR6,YAF2,TNPO2,IDH3A,USP46,CCDC39,HUNK,ZFP91,NDUFC1,VPS37B,YWHAZ,KLF16,GIGYF1,VCAN,PTP4A3,HAX1,NDUFS8,NDUFS7,NDUFS6,NDUFS3,DNLZ,NDUFS2,NDUFS1,SLC25A12,BCAT1,SLC25A11,RBM24,SLC25A4,DCTPP1,NDUFB9,NDUFB6,GTF3C6,NDUFB5,DDX25,NDUFB4,NDUFB3,ETFDH,NDUFB2,PDHB,MTIF3,SRL,FBXL20,STOX2,CACNG8,VPS53,MAPK1,FEM1C,TIMM8B,PTCD3,NDUFA9,NDUFA8,NTRK2,NDUFA7,SPAG7,NDUFA6,WTAP,NDUFA4,TAF13,NDUFA3,FBXL19,NDUFA2,TXNL1,NDUFA1,PDE4DIP,IMMT,RPRD2,USP28,MEIS2,MAPK10,KLF7,PINK1,KLF6,NFASC,SUCLA2,CDKN2AIPNL,RAB15,GPD1L,P4HB,RHEBL1,PFKM,CLUAP1"
+"gene_set_query"	"992"	"NKX22"	"831.0"	"ARCHS4 Coexpression,1006;GTEx Coexpression,656"	"SCOC,GMFB,STMN4,GLS,RASSF2,DPYSL5,DPYSL2,PIP4K2A,GOLGA7,ANKS1B,CHGB,TSPYL1,UNC13A,PAQR4,WSB2,MMD2,HDHD2,VWA5B2,DYNC1LI2,ASPHD1,FEZ1,RRAGD,PRR18,FAM76A,LLGL1,STX1A,BEX4,BEX2,BEX1,SAR1B,GIPR,PHYHIPL,SLAIN1,MTMR7,TMTC4,NKAIN2,FAM171A1,SPAST,TSPAN7,MAP4,RAB11FIP4,GPM6B,LHPP,ABCA2,CDK19,CADM4,PTPRN2,ST8SIA3,CCDC88A,PPP1R1A,PAM,DZIP3,RNF220,PCSK2,PTPRN,PIGP,ARHGAP1,ICA1,ZCCHC17,UBL3,TUBA1A,SLC22A17,TRIM2,DNER,ENOPH1,TMED4,PCYT1B,SSR4,ELOVL2,NIPA1,SIRT2,BACE1,TMEFF1,RAP2A,ZEB2,TMEM179,PACS2,DSCAML1,MAPRE2,PAFAH1B2,CLDND1,PHLPP1,RNASEK,WRB,NOL4,CENPB,PAPSS1,TRAK2,SUSD4,TRAM1L1,PAK3,MAP4K4,DOHH,PNMA2,SYNJ2BP,MPP6,TMEM59,TSR2,RIMBP2,RNF141,SH3GL3,TUSC3,ROGDI,CASC4,CLU,PAIP2B,FAM174B,FNTB,ADORA1,DENND5A,ENPP5,RGS9,APLP1,MAGI2,ZCRB1,POU3F2,POU3F3,CLIP2,FRMD5,TMX4,SCG5,PKP4,SCG3,ARL8A,PFKFB2,GNAZ,PXK,ARL1,CACNA1D,LIN7C,SEZ6L2,DPP6,PCSK1N,ATP6V1D,ZKSCAN1,RAP1GAP2,ACBD5,CBX6,PTCH1,TBCB,ADAP1,CORO2B,SYT7,PTPRD,QDPR,HOOK1,CNTN1,GNAS,CNTN2,CPE,NACAD,SERINC1,LRP11,SLC48A1,RNF13,PTEN,PPP1R9A,FSD1L,PHACTR3,EDIL3,ABCC8,DYNLT3,LANCL1,SEZ6L,DNAJC6,CDH10,SEC22B,NLGN3,NAA20,RAP1GDS1,TULP4,CXXC4,JAKMIP3,AGPAT4,DNAJB2,FAM168A,POLR2F,LRRC8D,SEC11C,CHGA,MARCKSL1,TRIM41,PCDH9,SEMA4D,KCNJ11,B3GAT1,CADPS,PCDHGC3,CDC42BPA,MEIS2,FMNL2,SYT11,CDK2AP1,INSM1,UNC79"
+"gene_set_query"	"993"	"ERG"	"833.4"	"Literature ChIP-seq,20;ARCHS4 Coexpression,1598;Enrichr Queries,1215;ReMap ChIP-seq,22;GTEx Coexpression,1312"	"MT-ND4,EHMT1,TSEN54,ALKBH8,LSM10,SCAMP4,PSMD9,SAMD14,ZFYVE27,CAPNS1,MPRIP,DPYSL2,FGFR1OP2,PSMD3,ANKFY1,SAMD10,GABARAPL2,STARD3,ATG3,MEF2C,PRKAB2,CSNK2A1,STARD7,RFX1,EML2,SCAMP3,SCAMP2,BCR,LARS2,PRKAR1A,ZFYVE19,DDIT4,RUFY2,ORAI2,PSME1,UQCRC1,JTB,PSME2,SPARCL1,FAR1,RBCK1,SF1,ATF4,SLBP,EXD2,MTMR2,SET,ABCB6,TARSL2,MEPCE,NPRL3,AGAP2,COPS7B,ABCB8,MRPL14,AGAP3,MRPL12,OAZ1,ADAMTS10,GABARAP,MRPL10,MRPL20,CYB5R1,RHOT2,CYB5R3,RNF215,RDH14,AMZ2,PIP5K1C,PUSL1,HMGXB3,ATRIP,RHBDL1,HEXIM1,MCTS1,ABCA2,JUN,NCAPH2,FUCA1,EIF2AK3,MRPL28,LARP4,MRPL23,MRPL24,SNUPN,EIF1,CS,SETX,MLLT10,TBL3,TDP2,FASN,SFXN3,PSMG4,HYOU1,SFXN1,FAT4,AVL9,RNF220,PIGS,PIGT,PIGO,HEXA,RPLP0,MRPL36,MRPL34,BBC3,DDA1,MRPL33,TRMT112,ATIC,TMEM43,FASTK,SMPD1,RPLP2,JAK2,ENOPH1,PCMTD1,APC2,LYPLA2,LRRC45,SPHK2,GSTO1,IFT140,ELOVL5,PGAM1,NSUN2,ACTL6A,MRPL49,ELOVL6,SIRT7,GMIP,DUSP6,MED29,PGM2L1,SRP9,MRPL44,PSMA5,MED22,MRPL53,PSMA2,PXDN,CDC42EP2,PELI1,TUT1,PICK1,TMEM106B,SLC29A1,PAFAH1B3,VAMP2,ERGIC1,SLC29A2,ARF6,LRRC14,TRUB1,SAMD8,LIN37,ATL1,SRRT,ODC1,RPS27L,DLST,HTT,SNX32,CCNDBP1,CENPB,PSMA7,MRPL55,NRAS,EXOSC10,PSMB2,MICALL1,AP2S1,MFN1,SPOP,LEO1,SAMD1,SRSF10,YKT6,LRRC24,MDH2,STAT2,TMEM62,LRRC20,TMEM60,SKI,SPSB3,LYRM2,RABIF,PSMC3,CCDC9,SHKBP1,ETNK1,CCDC6,UBAP1,TSR1,PKN1,AGRN,GZF1,HDDC2,CCNT2,CRCP,ATN1,FBXO25,PLOD3,FBXO21,FBXO22,HDDC3,FADS3,FADS2,EIF4ENIF1,STK11,SESN1,STK16,OSBP,RUVBL1,SCMH1,PMPCB,CEP250,PIM3,MTPAP,FADS1,KPNA1,PCYT2,FBXW5,CISH,FBXW9,PPP1R16A,VPS33B,POLRMT,CASD1,PIAS2,LENEP,CDC25B,FOXP1,ACAP3,MINPP1,FSCN1,SRSF2,SRSF4,SRSF5,SLC27A3,SRSF6,SQSTM1,ARL8A,ANAPC2,INO80B,RNASEH2C,RNASEH2A,PEF1,SMYD5,IREB2,ISG20L2,GMPS,UBFD1,CORO1B,GLIS2,RAP1B,SOCS2,EIF1AD,NDOR1,PMVK,E4F1,ZKSCAN1,DR1,TIA1,BRPF1,FUS,ARPC4,ARPC5,ZBTB11,EEF2,UCKL1,DRAP1,NACA,PTPRA,ACO1,TUBGCP4,MDM1,ZNF512B,HSP90AB1,NUMA1,ARRB1,BICD2,AP4M1,MRPL4,NGRN,PPP6R2,HMG20A,PGLS,BCAS2,UNC45A,EIF5A,EIF5B,DHPS,SH2D3C,MSL2,VPS37C,ARNT,NDUFC2,RAD23A,VEZF1,ACTR8,RAD23B,DDOST,MSL1,QTRT1,TMBIM6,TOP1,SLC25A12,GAPDH,SLC25A11,MET,ST6GALNAC6,BCAT2,PPP1R15B,PRPS1,CANT1,UHRF2,ROCK2,PRCC,FOXK2,FURIN,ZBTB45,SRI,TSPAN31,GANAB,ZNRF2,PARD6A,U2AF2,KATNA1,SH3BP2,KRIT1,E2F4,LRRC8B,SLC25A22,UBQLN4,SLC25A25,GADD45GIP1,CYB5B,NTRK2,PPP1R14B,MARCKSL1,NDUFA7,TRIM41,PCDH7,NDUFA2,IMMT,RPL23A,EXOG,BAIAP2,MCOLN1,TPD52L2,NELL2,SNRK,NAGK,SUCLA2,CDKN2AIPNL,TSPAN18,OCIAD1,STUB1,CCM2,EIF3E,TRIM37,P4HB,TRIM33,EIF3B,EIF4A1,SMARCAL1,CCNK,LPGAT1,ZDHHC5,PPAN,PREP,CCNC,TXNDC15,ACTB,CYB5D1,RASSF1,EFR3A,TRIM28,SNRPD2,HERC1,OGFOD2,BSG,TRIM24,FAM53C,CCDC97,TRIM26,EPC2,CCNL2,ATXN7L1,KIF21B,SEC62,ATXN7L3,ARL10,ATP6V1G1,SMARCC1,SMARCC2,IMP3,LIMCH1,ENTPD4,ECH1,ALG5,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,ALG1,MFSD11,ANK1,GNPAT,STX1B,SFRP1,CDC34,KCTD10,CDC37,ULK3,FAM76B,KDELR2,KCTD12,EIF1B,TRIM11,TMEM87B,AARS2,TBC1D9B,L3MBTL2,GIPR,PEX11B,CTR9,CEND1,PIK3R2,PTTG1IP,PIK3R1,BRCC3,UBE2J2,PGS1,SNX4,SNX2,PCBP4,MICAL1,MIER1,HIVEP1,SURF6,SYMPK,TSPAN5,RCE1,RIMKLB,ATP6V1C1,SURF1,XBP1,XRCC6,INTS1,SURF2,ZFR2,SURF4,BSDC1,SMARCA2,PAICS,IFFO1,MED13L,EXT1,ZBTB6,INTS5,CALU,NDUFAF3,PAF1,SDC1,INTS4,COL9A3,CALR,RCOR2,SUGP2,MON1B,SUGP1,NRP1,MRPS15,TMEM151B,USPL1,GPAA1,PPP1R10,CETN3,BMI1,IER3IP1,PEPD,NAT14,RAB22A,PTMS,HERPUD1,AKAP12,THTPA,PPP3CA,PCM1,HYAL2,RAC3,SDF4,SSSCA1,NANS,GIT1,CTSB,COX8A,GRIPAP1,PBRM1,TMEM150A,ATMIN,MRPS23,ZFR,ANO8,COMMD3,ANO6,COMMD7,MRPS5,SREBF2,APRT,COMMD5,TOX4,CTU1,RAP2B,PITPNM1,SLTM,KIT,TAX1BP1,G2E3,ARHGEF1,ARHGEF2,GLCCI1,SLU7,DBN1,STK40,STX16,SSNA1,STX18,HSD17B4,CCDC107,CCDC106,COX5B,RELA,GNAI2,EXOSC7,MNT,EXOSC4,SAMM50,SERTAD2,CAMK2N2,EXOSC9,MGAT1,MGAT2,HEATR6,CCT7,RAE1,EXOSC2,NPDC1,MAP3K3,GABBR1,PEX19,PNPLA8,VEGFB,TMUB1,CRIPT,HUWE1,AP2B1,UBE2G2,PPP1CA,TMUB2,MIB1,SH3RF3,RGP1,FKBP1A,MAD2L2,PER1,SEC23IP,ITCH,NUDT8,SGSM3,CCNG2,NEDD4,TCEA2,CCNYL1,ESYT2,DPAGT1,OTUD5,SRP19,CRTC2,MIDN,DBR1,NARF,ACTG1,IGF1R,EEF1B2,AMMECR1L,FAM174B,CAPN7,TBC1D30,SNIP1,BANF1,BAHCC1,PPFIA3,MORC3,ZGPAT,DIMT1,ATG9A,ADAM10,SDHB,TMX3,ADAM15,TBC1D20,FAM173A,DKC1,GPD2,EHBP1L1,TBC1D24,GEMIN7,PPIB,CARS2,RTN2,RTN3,NDUFB10,KLHL17,RASGRP2,RTN4,FUT8,SHARPIN,RNASEH1,DEAF1,KIF3A,DHRS7B,GRK6,TBC1D14,CYC1,LLPH,NDUFV3,TBC1D17,NDUFV1,SYT5,UBE2F,IVNS1ABP,OST4,PRNP,NUP155,KLHL25,PHF12,PCIF1,CRIM1,HMGA1,KLHL24,SUPT5H,SSH3,MANBAL,HIGD2A,CLK2,H1F0,PAN3,PQLC1,GNB2,PHF14,UBA2,TCF4,TAB1,UBE2K,PICALM,GALK1,UBE2M,YWHAE,CUEDC2,GSK3A,PRR7,RBM25,NAA40,DDX49,ZMYND19,PRKCSH,CHD4,LDB2,DDX41,TRIAP1,TAZ,AFF3,USE1,LMNB2,PHTF1,PPP1R9B,TMEM223,BCL7A,BCL7B,MLST8,MYO18A,TIMM17B,CPXM1,LRRFIP1,YWHAH,RBM14,SUN1,TBP,NCBP1,TTC33,ABHD14B,TBC1D9,NAV1,ABHD14A,GLRX2,SYNGR3,YWHAZ,EPN1,EEF1G,VCAN,SFPQ,LMBRD1,RCN2,IRF3,NDUFS7,UBE2R2,PPDPF,PEX6,CAT,ATP6V1B2,MAN1B1,SHANK3,IRF9,OTUB1,SHANK1,RBM22,AGPAT5,DCTN5,NAA20,TGFBRAP1,CSTF2T,CLCN3,AGPAT1,RNF4,AGPAT4,CYTH2,HMGCL,TAF1D,TMEM203,TNKS2,GNG5,OXCT1,SV2A,MKNK2,SLIT1,NAA25,BNIP2,TMEM208,RALY,VHL,MTA2,RPP14,MTA3,PDLIM7,NIPSNAP3B,TIMM8B,ATF7IP,RRM2,CHURC1,NAA10,GALNT2,EYA3,GALNT1,LRWD1,SOD2,MAPK14,ACVR2A,SOD1,MAPK11,GALE,GOLPH3,ERCC1,ASB6,ERCC8,TAF6,ERCC5,FAM98B,VIM,RBM45,R3HDM1,TAF1,RPL4,RPL5,CYFIP1,RPL3,TES,CLPB,STMN3,DCAF8,WDR83,GPATCH4,HNRNPR,PHAX,SMC6,ENO2,RPL8,PHB2,BACH1,DCAF7,GLE1,RNF114,ZMIZ1,MYC,STMN1,AP1S1,LUC7L,VPS36,NFRKB,IER2,ACOT9,MECR,RPL21,WSB2,DAPK1,PIH1D1,PRKCD,RPL22,WDR74,MED8,CD3EAP,HCFC2,CLPX,HCFC1,RNF126,DAAM1,CLPP,ZSCAN21,RPL24,YME1L1,RPL26,RPL29,PRR12,UBA52,ALG10B,VPS28,PI4K2A,TSPYL4,ANAPC13,SEH1L,RPN2,RPN1,NOLC1,SLAIN2,ARPP19,HIF1A,ANAPC11,MTDH,FAM160B1,PRDX2,PRDX5,PPP4C,RIC8B,CHST12,PRDX1,VPS11,RRS1,PLCG1,SLC19A1,VPS16,CDK17,RPL41,ACD,NDFIP2,JUND,NDFIP1,ICMT,CHKA,DMPK,PLK2,SETD1A,RDX,IRF2BP1,IRF2BP2,TYSND1,CDC7,PA2G4,NR1D1,MCAT,TMEM198,EHD1,HNRNPL,FIBP,SQLE,RNF103,GIPC1,HNRNPF,ATG2A,PPT1,OGDH,HBP1,DUS1L,SERPINI1,FARSA,OGFR,TRMU,GMEB2,BTG1,WDR48,SPEF1,PHF20,PHF23,SETD6,WDR41,GPT,ING1,SMG5,SMG6,TRIM8,TMEM189,MTG1,RFK,ENSA,GPR137,PLEKHN1,CIC,EMD,ZC3H10,WDR36,SHPRH,TPI1,MIOS,AEN,GNL2,NUDT16L1,GNL1,RNF167,TAF6L,ZEB2,SIKE1,INF2,KIFC2,GARS,TKT,GAS7,GRAMD1A,SF3B2,GRN,NFIX,RPL10,RNMT,GPS1,USO1,GPS2,TMEM160,WDR24,ADCY6,TM9SF4,FAM129B,TMEM165,BCLAF1,RNF138,LMAN2,PPP1R7,RPL14,RPL13,SLC17A7,CKB,RPS2,RPL18,DTD1,RPL17,RPL19,PAIP1,SF3A1,SF3A2,YTHDF3,WDR18,SYVN1,TRMT1,WWP2,GTF2H5,WDR11,AGBL5,XAB2,RNF145,NFIA,OSTM1,ABI2,NFIB,ANKRD13B,TOR2A,ANKRD13D,CHPF,TUSC2,GTF2B,FMR1,UBP1,RNF19B,RPL10A,CLU,TM7SF2,EDC3,IPO5,FAM107B,PPP1CB,ABHD11,LAMP1,CFL1,PLS3,SMARCAD1,MAF1,SNRNP35,TXNL4A,MEN1,HMGN1,PLEKHJ1,SLC39A3,IFNAR2,RAB2A,CSNK1G3,TPM4,USP4,RPS5,IGFBP3,F2R,RPS6,AIP,DYRK1A,RPSA,RNF40,THOC6,RNF41,TRAIP,DISP2,CACNB1,CTDNEP1,ST7L,PYGO2,EBNA1BP2,ILF3,ARMCX1,RALGAPB,ZFP41,DMWD,RAB34,RAB35,PGP,ERP29,AAGAB,CSNK1G2,FKBP5,FKBP2,ENY2,CUL7,SEMA7A,CD151,CBFB,BRI3,CCDC25,ABHD8,AK2,ITPR1,PHB,KRBA1,KLC1,STIP1,KLC2,ORC6,PITRM1,DVL1,BTBD2,NACC1,PSAP,DVL2,PLXNA2,ANKRD10,MAP2K7,MPDU1,MCL1,WDTC1,PLXNA3,ESRRA,ANKRD28,EIF2B5,UVRAG,ANKRD34A,AKIRIN2,RAB4A,TOR1A,ANKRD27,TRAPPC1,CCDC12,POLR3GL,TNK2,OSBPL2,TRAPPC5,MARCH9,DHCR24,CDK9,COPS4,CDK8,COPS6,LRFN4,GON4L,CDK5,YEATS2,CDK4,MAFG,LRFN1,CNOT3,SPIRE2,RNF181,PLXNB2,TADA1,GPR107,CNIH2,COPS8,CNIH3,CNIH4,BCL2L1,EIF4G1,DIDO1,MCM7,RNF13,ZC3H4,TRADD,RPL7A,DUSP12,LBH,UBTF,IDH3B,GAL3ST3,TNPO2,CCDC50,IDH3A,IQCB1,PLEKHG2,REXO1,GPX4,RFC2,ELAC2,RPL13A,RANGAP1,SMC1A,YDJC,COASY,PATL1,PTP4A2,PTP4A3,DALRD3,TRAF4,DNAJC5,CTDSP2,POLR1B,RPL37A,SNRPA1,DNAJC8,EIF4E2,CRK,ALDH9A1,RNF31,LEPROT,GTF2A2,RNF34,WBP1,WBP2,RAB1B,TTL,DPCD,HDAC7,DNAJB1,ABLIM1,DNAJB6,FIP1L1,HAUS7,POLR2C,POLR2E,POLR2G,POLR2I,DCAF11,CCDC71,POLR2J,POLR2K,DCAF13,POLR2L,SEC11C,MLXIP,SLC35A2,SPAG7,SLC35A4,PPIL2,RNGTT,ASCC1,FBXL19,SEMA4B,TXNRD1,RPL35A,PTPN12,FBXL16,FBXL14,PNRC1,ASXL1,BCKDK,KLF7,VAPB,DNAJA3,MGAT4B,SNRNP48,POLR3K,TPT1,TNRC6A,PANK4,SLC35B2,TCERG1,PANK2,IFITM2,SLC35B4,CMAS,HDAC10,VARS,PITPNA,FCF1,GBA2,RPS15,NFU1,GOLGA2,GOLGA3,RPS16,PPP2R1B,FLAD1,DPF2,LONP1,ARL6IP4,RPS11,ZFPL1,GLUL,SOX4,SRRM2,TIPIN,ARRDC1,PTOV1,JMJD8,JMJD6,MTHFD2L,AKAP9,SIK3,VDAC2,SUCLG1,PFN1,AURKAIP1,LLGL1,RTEL1,TMEM161B,STXBP2,TWF2,TMTC1,LIAS,MYL12B,SCFD1,GNG10,PTDSS1,ZNHIT1,PDCD11,VPS8,ATP6V0A2,GSE1,SCAP,TNRC18,PATZ1,RALGDS,BANP,VASP,FIS1,NUS1,BCL11A,SS18L1,TREX1,SYNRG,PDE2A,PUM1,ACADSB,PARP11,RPS27,SESTD1,ANP32E,RNPS1,ANP32B,RPS21,TECPR1,C2CD2L,RPS24,BAP1,ITM2C,CDS2,DAZAP2,TOP2B,DAZAP1,UBXN1,FAM45A,GDI1,GFM2,FAF1,ZFAND2B,MYL6B,ZCCHC14,LIMD2,EPM2AIP1,SIPA1L1,XPO1,ZMYM2,GLIPR2,CHMP1B,SEC61B,RAB8A,RSPRY1,PSD,PSENEN,MAP4K2,TMED9,PARP1,PRMT1,STRADB,PRMT3,ZDHHC13,RHOF,PPRC1,TUBG1,MLF2,RAB33B,PACS1,NFX1,HNRNPH1,NME7,STRAP,SGK1,KPTN,MAPRE1,MPND,SDCCAG8,CSTB,RFNG,GDPD5,TYMP,CHRAC1,CUX1,NT5M,METTL9,RANBP2,MTX2,PTGES3,MPP6,PRPF39,HIST3H2A,NBR1,CTNNB1,FAU,KBTBD7,RAB3GAP1,GALNT11,NDUFA11,KDM1B,ARID4A,NUCKS1,TMEM145,COL4A3BP,ARHGDIA,FPGS,HCFC1R1,CHCHD7,POGZ,AZI2,CHCHD1,NOM1,TRAPPC2L,TSC2,NOSIP,KCTD2,TSC1,PDIA6,RSBN1,TUFM,DCTD,DPM2,OXA1L,DPM3,PRPF6,HGS,RPL7L1,ELMO1,FIZ1,PDE9A,COPB2,ZCCHC7,IDI1,RPS19BP1,PXN,LTBP4,LPL,EFNA4,PRPF8,EFNB2,EMG1,SCUBE1,MAN2A2,UBB,ZMAT2,TMEM128,CASKIN1,TCTEX1D2,ZC3H18,ANKZF1,MARK2,PDZD7,ATP6V1F,SMAD1,HSPA8,ACBD5,ACBD4,CPSF1,CBX4,HSPA5,RHBDD2,CBX2,CBX1,ASPSCR1,ARHGAP29,IFT122,TBCB,BFAR,TBCA,CWC15,EFNA3,EFNA2,DLG4,DNAJC10,CHMP2A,BLMH,DYNLRB1,SAE1,ACBD3,LRP11,MUS81,CREBZF,B4GALT3,ACADVL,KDM5C,USP33,CBY1,USP39,PKD1,CASP9,SPRED2,SEPT6,SNAPC2,SNAPC3,SNAPC4,GMPPA,TMEM109,PDE4A,CASP2,SCYL1,KDM6B,KLF11,USP48,H2AFY,PDE4D,H2AFX,SPATS2,AXIN1,PPP2R5B,RNF208,RPS3A,TRNAU1AP,SENP3,ARID1B,KLF16,TGFBR1,DNM2,FCHSD2,RABEP1,AKT1S1,CDH11,CDH13,TERF2IP,TMEM9,CHMP6,B4GALT6,PFDN5,STOML2,KDM3B,STOML1,USP16,TM2D2,WIZ,PDXP,SPG7,TM2D3,STRN4,USP19,U2AF1L4,TBRG4,GNA13,NXF1,MAPK9,CHSY1,FAM120B,NT5DC3,BUB3,CLASP1,USP20,B3GAT3,BAD,ATP13A1,QPCTL,HAGHL,CYHR1,ZFC3H1,MEIS2,NAP1L4,RPS6KB2,CDK2AP2,ATP13A2,SSBP2,LPIN2,SSBP4"
+"gene_set_query"	"994"	"ZNF799"	"833.7"	"ARCHS4 Coexpression,493;Enrichr Queries,734;GTEx Coexpression,1274"	"APP,VARS,ZDHHC8,GABPB1,PREX1,NDST1,ALCAM,CAPNS1,TRIM28,MPRIP,ALKBH1,CDC26,DPYSL2,MYC,ZMIZ2,BSG,LONP1,AKT1,PRKACA,ATXN7L3,SOX4,ARRDC4,SRRM2,EPHA4,LIMCH1,ACTN1,ARRDC3,MTUS1,CIRBP,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,TIAM1,DAAM1,XRN2,DDIT4,HECA,PRR12,SF1,TBC1D9B,TMEM63B,FLII,PIK3R1,APH1A,CYB5R4,PPP3R1,MIER1,CEP70,MCMBP,NRBF2,PIP5K1C,JUN,INTS1,EDEM2,H3F3A,PBX2,PRRC2A,HNRNPL,STAG2,ID2,CALM3,ITM2C,ARF3,NRP1,PIGU,DAZAP1,BTG1,CITED2,PIGP,SNX11,VLDLR,PRPF19,SMG5,HERPUD1,FAM102B,ENC1,SDF4,JAK2,CIC,CAP1,UPF1,TSC22D3,MINK1,DYNLL2,DUSP6,PGM2L1,SREBF2,RAB33B,MLF2,RHOB,RNF144A,NCOR2,KIN,SLC7A5,INF2,PXDN,RAPGEF1,RHOU,GLCCI1,ARHGEF2,SLC29A1,SGK1,TKT,ERGIC1,PRIM2,RNASEL,CDC123,SATB1,CENPB,NOL6,FAM129B,HIRA,PES1,TMEM68,CLPTM1,MFN2,FLNA,ZSWIM6,ANKRD52,PAK2,YKT6,DAB2IP,AP3D1,TTC9C,GTF2H2,AP2B1,SCAF1,TMEM60,SKI,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,KBTBD7,NUCB2,GRINA,ZFAND3,GTF2B,CLSTN1,HDLBP,ATN1,IPO7,ZFP30,LAMP1,ARHGDIA,CWC22,COTL1,SLC39A7,LZTS2,SBF1,IFNAR2,CISH,USP5,IGFBP3,F2R,ZBTB34,RSBN1,CTDNEP1,DMTF1,HNRNPUL1,HNRNPUL2,RAB35,FSCN1,SCG5,CHMP4B,CSNK1G2,IFNAR1,FKBP5,GLYR1,IDI1,LRRC59,INO80E,RAB5C,INSIG1,MAZ,SLC1A4,RASGRP2,SUPT6H,SOCS2,EFNB2,MED30,PITRM1,IRAK1,DVL1,BTBD2,NACC1,PLXNA2,ABL1,NADK,WDTC1,PRNP,CPSF7,FBXO38,CRIM1,ARPC5,KLHL24,EEF2,H1F0,LSM6,EFNA2,SH3BP5L,HOOK2,ZFP62,HOOK1,GNB2,GNB1,PLEKHM2,PLXNB2,MDM4,UBA1,LSM14B,NFE2L1,EIF4G1,ISY1,SCYL3,KDM5C,GSK3A,WDR1,PRKCSH,PTEN,CHD6,PIK3CD,CHD4,YBX1,LMNB2,LMNB1,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,FLOT2,PMEPA1,YWHAG,DGCR2,ARHGEF11,CHUK,PDPK1,MSL2,RAD23B,SENP3,TGFBR1,ARFGAP1,ARL4C,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,PPP1R12C,IRF9,RBM22,GTF3C1,USP15,RGS19,USP10,RGS16,RAB1B,SRBD1,CXXC1,MLLT1,STRN4,ADD1,USP19,DNAJB2,FAM168B,GANAB,MTA1,U2AF2,MKNK2,POLR2D,EIF4H,BNIP2,FEM1C,MTA2,SMNDC1,UBQLN4,EIF4E,RRM2,SMOX,FBXL19,CDC42BPB,MAPK14,GDAP2,KLF6,NEURL4,CARM1,MGAT4B,ACIN1,VIM,P4HB,SSBP2"
+"gene_set_query"	"995"	"ZBTB8B"	"834.0"	"ARCHS4 Coexpression,1549;GTEx Coexpression,119"	"SCOC,ARL6IP1,STMN3,SCAMP5,OPHN1,DPYSL2,PRKACB,CPT1C,MAPK8IP2,HDHD2,ASPHD1,RUFY3,ORAI2,TAGLN3,TSPYL4,ASTN1,BEX4,BEX2,ADCYAP1R1,BEX1,PHYHIPL,AGAP1,AGAP3,TTBK1,APH1A,INPP5F,RDH13,SCN3A,B4GALNT4,ATP6V0A1,PTPRN2,CADM2,ZFR2,SLC35E3,DCLK2,CALY,GPR19,CSRNP3,GDI1,PTPRN,PCSK7,NAT14,UCHL1,JPH3,SLC22A17,TRIM2,DNER,KIF1A,GPRASP2,ENOPH1,APC2,MANEAL,AP3B2,MED29,TMEM179,MAPRE3,MAPT,DSCAML1,VAMP2,MAGEH1,WRB,PTN,NOL4,TCEAL6,TCEAL5,CAMK2N2,TMEM68,CTNNA2,ATP6V0E2,WDR17,YIPF4,LSAMP,PNMA2,SGSM1,ATAT1,MORN4,NEDD4,TSR2,FAM171B,APBA1,RAB3C,ATP8A2,CTNND2,MRFAP1,ATCAY,KIF5C,TUBB3,NRCAM,USP8,DSCAM,APLP1,LMTK3,TTC7B,CASD1,TMEM130,RUNDC3A,POU3F3,SHISA7,CLIP3,DISP2,CLIP2,PREPL,GPRIN1,SCG3,LY6H,GRIA2,GNAZ,BRSK1,BHLHB9,ARL3,CHRNA7,TMEM59L,CACNA1A,NDRG2,SEZ6L2,ORC4,ORC6,DEAF1,KIF3A,CASKIN1,ZKSCAN3,NDUFV3,PDZD7,LRRC4B,AP1M1,RHBDD2,TNK2,TMEM132A,TBCB,GNAO1,RALYL,DLG2,PTPRA,REEP2,CNTN1,SPIRE2,CPE,CSPG5,NACAD,FGF13,YWHAE,PODXL2,CELF3,CELF4,CELF5,CHD5,FBLL1,SEC61A2,OPA3,LRRTM2,GDAP1L1,PHACTR3,ERC2,SYNGR3,SEZ6L,SEPT3,NRG3,DNAJC6,SNPH,DCX,TERF2IP,INA,SHANK1,RNFT2,NLGN3,USP11,CRMP1,FAM169A,CXXC4,JAKMIP3,JAKMIP2,DNAJB2,CACNG7,GANAB,FAM168A,PTPRZ1,SV2A,U2AF2,FSD1,RPP14,CLASP2,TUB,TRIM41,PCDH9,CADPS,NAP1L2,GDAP1,NAP1L5,MAPK10,FAM155A,IRGQ,NECAP1,SYT11,NOVA2,ATP13A2,SUGT1,UNC79"
+"gene_set_query"	"996"	"ZNF439"	"835.3"	"ARCHS4 Coexpression,1252;Enrichr Queries,924;GTEx Coexpression,330"	"CYFIP2,TCERG1,VARS,TRRAP,ZDHHC5,JMJD1C,BACH2,PNN,ALCAM,RASSF2,CAPNS1,OPHN1,DPYSL2,DPYSL3,PSMD3,LONP1,PWWP2A,DIP2A,CCNL2,CDK5RAP3,SOX4,SRRM2,DDX17,ARRDC4,EPHA4,MEF2C,METTL3,ARRDC3,CIRBP,REV1,CD3EAP,MAPK8IP3,SRRM1,NISCH,EML5,ZC3H11A,DDIT4,RRAGD,ULK3,TRIM13,HECA,KCTD12,PRR12,TRIB2,RTEL1,PAXIP1,TRANK1,MTMR4,RNPC3,APH1A,RHOT2,ATP6V0A2,TSPAN5,PLCG1,ARGLU1,ZSCAN18,PRPF38B,JUN,PHC1,ZRANB2,CADM1,LRRN3,BCL11A,SLC35E3,MRPL24,PRRC2B,PUM2,PKIA,ID2,SFXN3,CDK13,ITM2C,ARF3,SETD5,TOP2B,PIGU,BTG1,PIGQ,SIPA1L2,PRPF19,SMG5,ING4,EPM2AIP1,SMPD4,ZMYM6,SDF4,GPRASP1,RALGPS2,DFFB,GRIPAP1,TSC22D3,DUSP6,MTSS1,WDR33,MLF2,RHOB,MED23,SLC7A5,ZEB2,BDH1,HNRNPH1,KIT,PXDN,WAC,HNRNPH3,CD47,SGK1,SFI1,SDCCAG8,NFIX,AHCY,STX16,SATB1,CENPB,ARVCF,BCLAF1,UNK,EXOSC10,PES1,MFN2,SF3B1,YKT6,SRSF11,NKTR,CENPT,RIC3,MON2,PCGF3,WDR11,SKI,PRPF39,NFIA,TAOK2,HDGF,PKN1,TARDBP,DGKE,CCNT2,ATN1,HDLBP,IPO7,CELSR3,EDC4,ZFP30,POGZ,SMARCAD1,SLC39A7,FADS1,TLE2,ANKRD49,USP5,IGFBP3,THOC1,TSC2,TSC1,ATP1B1,LEMD2,FOXP1,ILF3,RALGAPB,DMTF1,PRPF3,RAB35,ANKS6,CHMP4B,SRSF5,TOX,LRRC59,DDX5,DTX3,SOCS2,EFNB2,NACC1,ANKZF1,PDZD7,IP6K2,PLXNA3,BPTF,TIA1,CPSF6,AUTS2,HPS4,KLHL24,CLK4,CLK2,LRCH1,PAN3,EFNA2,HOOK2,ZFP62,HOOK1,GNB1,PLXNB2,MDM4,OGT,NFE2L1,MAP3K12,MXD4,EIF4G1,CREBZF,DIDO1,RBM25,RBM26,NUMA1,NVL,PRKCSH,CHD8,SLC2A3,ZFP82,AFF3,PKD1,LMNB2,CABIN1,MFSD8,DUSP12,SEC61A1,AP1G2,SNRNP70,PDE4B,LRRFIP2,RBM5,RBM33,EIF5A,USP48,PDPK1,PLA2G4B,DDX56,RAD23B,SUPV3L1,GIGYF1,TRAF7,SFPQ,VCAN,PTP4A3,LUC7L3,RNFT2,UHRF2,GTF3C6,RAB1B,SRSF1,CXXC1,LENG8,RBM4B,SLC25A27,GANAB,U2AF2,POLR2E,MEST,SH2B1,USP24,RBM39,HNRNPA3,KDM4C,USP20,PCDH9,NEGR1,ZFC3H1,CDC42BPB,HNRNPAB,POLE4,NELL2,ERCC3,PIK3IP1,SYT11,CARM1,MGAT4B,VIM,P4HB,SSBP2,TNRC6A"
+"gene_set_query"	"997"	"ZNF709"	"836.3"	"ARCHS4 Coexpression,348;Enrichr Queries,900;GTEx Coexpression,1261"	"TDRKH,MAPKBP1,VARS,WIPF3,HNRNPU,THUMPD1,FNBP1L,BACH2,NUDT3,CAPNS1,DPYSL2,GPBP1,FAM110B,STMN1,AKT1,DIP2C,PRKACA,ATXN7L3,SOX4,EPHA4,CXADR,IAH1,WSB1,TSPYL1,ACTN1,ARRDC3,CIRBP,CD3EAP,MOGS,SOX11,ANK3,ACTN4,HDHD2,DAAM1,RUFY3,DDIT4,RRAGD,RUFY2,TBPL1,HECA,FAM76A,SAR1A,SAR1B,FLII,AGAP1,TMTC1,PIK3R1,MTMR7,DHX30,PTDSS2,ABR,NUAK1,SGPL1,APH1B,HLTF,MIER1,ZSCAN18,SRPK2,TMEM184C,FZD3,BCL11B,INTS1,BCL11A,PLK2,INSR,BBIP1,MEX3C,SMARCA2,PBX1,PRRC2A,MLLT11,HNRNPL,MEX3B,FXYD6,CALM2,SUGP2,ITM2C,PIGU,WDR47,DAZAP1,WDR48,PTPRS,FAM57B,SLC44A2,GRIK5,CETN3,SLC35F1,SMG7,PRPF19,EPM2AIP1,MRPL42,PCM1,TUBA1A,ZMYM5,GPR137,SDF4,JARID2,TMED4,RSPRY1,BRD3,UPF1,LRRC49,MINK1,ELOVL6,SRP9,MLF2,RHOB,ENAH,ZEB2,INF2,HNRNPH1,TMEM33,PXDN,MTF2,G2E3,PAFAH1B2,NFIX,SATB1,ICA1L,GNAI3,FAM117B,CENPB,GGA1,FGD4,TMEM169,UBTD2,BRD8,YKT6,SRSF12,MYEF2,CSNK1A1,SYNJ2BP,RANBP6,KLHL9,ATAT1,MPHOSPH9,NFIA,ABI2,MORN4,NFIB,ETNK1,TTC3,NUCB1,HDGF,FAM171B,PKN1,PNPLA6,ZFP28,GRINA,IGF1R,PPP1CB,ZFP30,LAMP1,CDH2,PPIP5K2,SESN1,ARHGDIA,MTPAP,ARID2,MAP2K2,MAGI2,LMO7,GTF2F1,PIAS2,FOXP1,ATXN2L,MORF4L1,HNRNPUL1,LIX1,TBL1XR1,EHBP1L1,RAB35,CHMP4B,SCG3,SRSF6,FAM92A,LRRC59,BHLHB9,RAB5C,ANKRD11,ANKRD12,BTF3L4,GMPS,CACNA1A,TOR1AIP2,PDS5B,LIN7C,SUPT6H,SPATA7,SBNO1,BAG4,IRAK1,DVL1,NACC1,CAMTA1,ANKRD10,TRAPPC2,TIA1,ZFHX2,CBX5,AUTS2,ODF2,CCDC136,PTCH1,IFT122,KLHL24,MARCH6,DNAJC16,EFNA2,CNOT7,APPBP2,HOOK2,NBEA,HOOK1,GNB2,GNB1,UBE2N,TCF4,BRWD1,NFE2L1,EIF4G1,ACADVL,WDR1,PRKCSH,POMT1,CEP164,CHD6,PTEN,AFF3,PPP1R9A,TMEM191C,SYNE2,LMNB1,PPP1R9B,SENP7,SART1,LASP1,FSD1L,BCL7A,PPP6R1,SNRNP70,SNAPC3,SNAPC4,PDE4B,TLK1,CASP2,PHACTR1,MAPK1IP1L,CCDC34,USP42,DST,PDPK1,PDE4D,NAV2,PTBP2,ZFP90,DNM2,TRAF7,PTP4A3,SETBP1,CTDSP2,SEC22B,SSX2IP,SHANK2,RNFT2,DDX25,RAB1B,TULP4,NRXN2,ATP1A1,MFF,PPM1E,CXXC4,STRN4,ADD2,GANAB,GNG2,U2AF2,FAM120A,TRA2A,REPS2,IGF2BP3,EIF4E,KDM4B,LYSMD1,CDC42BPB,GDAP1,CABLES2,ACVR2A,MAPK10,RAD52,KLF6,MARCKS,ASXL3,MGAT4B,P4HB,SUGT1,SSBP2"
+"gene_set_query"	"998"	"ZNF621"	"837.3"	"ARCHS4 Coexpression,1551;Enrichr Queries,421;GTEx Coexpression,540"	"SLC35B2,GMFB,TRIO,JMJD1C,GCC2,PHAX,CBLB,EPRS,CCAR1,ALCAM,OPHN1,DPYSL2,AKT3,DIP2A,SEC62,DDX17,ARL10,MED1,EPHA4,WSB1,MTUS1,WDR75,CD3EAP,FRS2,DICER1,ATG12,RNF126,DYNC1LI2,DAAM1,RFX7,DDIT4,AKAP9,ATP6V0D1,CGGBP1,MACF1,SET,MYCBP2,NEDD4L,XPC,PIK3R1,CYB5R4,TRPM7,HIVEP2,ST3GAL1,SNX6,TMEM184C,JUN,SLC35E3,PRRC2C,PHC3,PCDHGA11,ZZZ3,STAG2,FUBP3,WNK1,GOLGB1,ANP32B,CPEB4,TRAM1,SMG1,PIGU,HIP1,CITED2,SLC7A11,PCSK7,NIPBL,MED13,ZMYM2,ZMYM4,REV3L,UBXN7,GABPA,UBL7,ZYG11B,DFFA,SHPRH,ZFR,TCF12,TET2,SLC39A10,BAZ1B,FAM126A,MLF2,RHOB,ENAH,NCOR2,RNF167,ZEB2,NCOR1,PXDN,FAM20B,RAPGEF2,STK40,NAPA,SSNA1,GPS2,TRAK2,PCNP,FGD4,APBB2,TBL1X,MAP4K5,RPL18,ANKRD50,MAP4K4,NKTR,MON2,KIDINS220,MTX3,NFYC,WDR11,MIB1,VEGFA,KLHL9,MKLN1,KLHL5,XPOT,NFIA,NFIB,TAOK1,NEDD4,SERBP1,TCEA1,GOPC,FRYL,SCARB2,PHLDB1,POGK,PLOD3,NUCKS1,PRDM2,CYP46A1,ALDH1L2,IGF1R,KIF5B,POGZ,CFL1,ZNF326,AZI2,ARID2,SBF2,CSNK1G3,USP8,ANGEL2,MAGI2,TTC7B,ADAM10,ATP11B,THOC2,ACAP2,TMX3,DMTF1,TBL1XR1,TBC1D25,PHIP,PPIG,ANKRD17,TSG101,TOR1AIP2,STK4,PHF21A,ARHGAP12,ORC4,FUT8,PITRM1,TMEM128,ABL2,BRIX1,SRGAP1,SLC38A2,QSER1,ZKSCAN1,ANKRD28,PRNP,CBX5,SMURF2,CRIM1,KLHL24,SMAD5,EFNA2,HOOK2,HOOK1,DNAJC10,PDCL,MDM2,NF1,AAK1,GPR107,AMOTL2,MDM4,BRWD1,FGF13,OGT,ITGB1,RBM28,PRKCSH,DOCK7,CHD6,CHD2,AFF4,SPRED2,SPRED1,EEF2K,OPA3,PSD3,TIMM17B,CEP170,TNPO1,DST,NCBP2,PDPK1,ATRX,NAV2,ARID1B,ZFP90,SEPT2,ARL4C,IMPACT,VCAN,NAV3,ASPH,TBC1D5,CTDSP2,POLR1B,BIRC6,CRK,SEC22C,RNFT2,NFAT5,LRP1,ROCK1,RAB1B,FOXK1,ASAP1,ATP2C1,DNPEP,FEM1C,IGF2BP2,RPP14,ATP9B,TRIM44,SPAG9,TTC14,ATF7IP,SEPT11,TMEM30A,IDH3G,LCA5,ATP2B4,PDE4DIP,PTPN11,DDHD1,CDC42BPA,KLF7,UFM1,NIN,KLF6,FMNL2,TNRC6A,TAF1"
+"gene_set_query"	"999"	"HSFY2"	"838.0"	"ARCHS4 Coexpression,1491;GTEx Coexpression,185"	"SH3GL3,CRTC1,CLSTN3,CLSTN1,STMN2,ENO2,CELSR3,SLC8A2,SCAMP5,RIMS1,RNF112,TMEM145,SAMD14,IGLON5,BSN,SH3GL2,PCDHAC2,CALN1,SRRM3,SRRM4,ATP6V1G2,RBFOX2,UNC5A,RBFOX3,ADAM11,TTC7B,ANK2,KCTD2,ANK3,MAPK8IP2,MAPK8IP3,CLIP3,DISP2,TIAM1,GPR162,STX1B,CACNB4,GPRIN1,KCNQ2,RUFY2,MADD,AMPH,ABCG4,RTN4R,NDRG4,BHLHB9,NDRG3,RTN1,CTTNBP2,STXBP1,NTM,CACNA1B,AGAP2,CACNA1A,CPLX2,KLC1,FBXO44,GIGYF2,MTMR7,GOLGA7B,NEUROD2,IGSF21,SYNGR1,KLC2,PCBP4,CAMTA1,B4GALNT1,CAMTA2,SRGAP3,RHBDL1,PDZD7,PRRT1,SYT4,SYT3,CADM3,PRRT2,MAGEE1,IQSEC2,MICAL2,MYO5A,L1CAM,SNAP91,DCLK1,POU6F1,RALYL,NBEA,REEP2,AAK1,CALM1,SNAP25,GABRB2,TMEM151B,DOCK3,KCNC1,DIRAS2,MAST1,CELF4,AP2A1,GRIK2,PKD1,TMEM191C,ELAVL3,SHF,TRIM9,MMP24,PCLO,SCRN1,MCF2L,TRIM3,PSD3,KIF1B,DNM1L,EID2B,GALNT9,TRIM67,GARNL3,RPS6KL1,ACTL6B,PARP2,PPP2R5B,AP3B2,DNM1,CNKSR2,DNM3,ALS2,TRAPPC6B,CDH10,MAPT,GAS7,RNF165,CAMK2B,AMIGO1,ICA1L,ADAM22,NRXN2,ADCY1,ADD2,CAMKK2,AKAP1,MAPK9,SV2A,CHN2,SPOCK2,TRIM46,APBB1,DYNC1I1,CLVS1,PURG,OPCML,CLASP2,BEND6,SLC12A5,PCDHGC4,DAB2IP,LHFPL4,NAP1L2,ATP2B2,NMNAT2,SBK1,TEF,RAB15,FAM131B,POLR3F,RGS11,YPEL4,APBA2,CBLN1"
+"gene_set_query"	"1000"	"DPF3"	"838.3"	"ARCHS4 Coexpression,1327;Enrichr Queries,464;GTEx Coexpression,724"	"IPO13,CISD1,PDCD2L,BACH2,DCAF6,PREX1,ZMIZ1,DPYSL2,DPYSL3,PRKACA,NCKAP5,SOX5,PDHX,EPHA4,MEF2C,RBFOX1,LIMCH1,PRKCE,CACNA2D1,CD3EAP,ANK2,ANK3,ANK1,RNF123,BIN1,RRAGD,DDIT4,VDAC3,UQCRC1,VDAC1,HECA,UQCRC2,KCTD12,DHX8,TARSL2,NPRL3,SDC3,DCUN1D2,NEDD4L,AGAP1,PDGFA,PIK3R1,LIAS,KALRN,FXR1,FXR2,MAP4,ST3GAL1,ST3GAL3,JUN,CADM1,BCL11B,BCL11A,NR2F1,MICAL2,UBAC1,PBX1,PKIA,ID2,OGDH,CDK16,ITM2C,CDKN1C,NRP1,GFM1,PIGU,CITED2,SIPA1L2,ROBO1,AKAP12,ENC1,DLGAP1,KIF1B,MRPS28,LRRC47,ZYG11B,SIRT4,MRPS7,DUSP6,MTSS1,MLF2,RGMA,HADHB,IMMP1L,MN1,MRPS9,ZEB2,KIT,PXDN,MAPT,CD47,SGK1,SLC29A2,GAS7,NFIX,SATB1,AKAP6,UQCR10,PRICKLE1,TRAK1,COX5A,SAMM50,HSF2,RUNX1T1,MDH2,PLEKHA6,SORBS2,SORBS1,LRRC20,SLC8A3,FABP3,NFIA,NFIB,TACC2,FHOD3,CLSTN2,NDUFA12,KLHL34,FRY,CCDC28B,SLC8A1,CHCHD3,CFL2,RGS6,SEMA6C,PHYH,IGFBP3,TPM1,DYRK1B,SHISA4,FRMD4A,LMO7,ATP1B2,FRMD4B,SDHA,ATP1B1,SDHB,CACNB1,EEF1A2,FIZ1,TNIK,TOX,FKBP3,RTN2,KHDRBS3,NDUFB10,CUL5,NTM,AK1,ITPR1,GPR85,UBR3,CACNA1A,UBFD1,CACNA1C,NDRG1,EFNB2,SCUBE1,BTBD1,PLXNA2,NDUFV3,SRGAP3,NDUFV2,PLXNA4,RAP1GAP2,PRNP,EIF2B3,GOT1,AUTS2,GOT2,CORO2B,COQ6,COQ5,ZC3HC1,REEP1,COPS5,DAB1,NR4A3,HOOK2,HOOK1,ACO2,PRKCSH,SCHIP1,FHL1,CHD6,ATP2A2,AFF3,MYO18A,PDE4B,UQCRFS1,PMEPA1,SPEG,DGCR6,NAA30,DST,PDPK1,PDE4D,TNFRSF19,UBE2QL1,NDUFC1,NAV2,DUSP26,SENP2,VCAN,PTP4A3,NDUFS7,SETBP1,CTDSP2,NDUFS4,CDH11,NDUFS3,NDUFS2,CDH13,CCDC43,NDUFS1,SLC25A12,PPP1R12B,SLC25A11,RBM24,SLC25A4,CAMK2B,NDUFB9,NDUFB4,NDUFB3,SRL,NCALD,TMEM201,ABLIM1,PTPRZ1,DNAJB5,SLIT1,SPOCK1,NCAM1,RPP14,NDUFA9,NTRK2,NDUFA7,SPAG7,KCNJ11,FEM1A,PCDH9,NEGR1,PDE4DIP,PPP2R3A,USP28,MEIS2,EFR3B,NELL2,SUCLA2,CDKN2AIPNL,ASB8,RAB12,GPD1L,PFKM,MDGA1"
+"gene_set_query"	"1001"	"LYL1"	"839.0"	"Literature ChIP-seq,131;ARCHS4 Coexpression,1225;Enrichr Queries,1274;ReMap ChIP-seq,279;GTEx Coexpression,1286"	"ATF2,MT-ND4,FNBP1L,PHB2,DCAF4,GPATCH8,DCAF6,FAM110A,SAMD14,KRTCAP2,PSMD7,PSMD4,MYC,HOMER3,IER2,MEF2C,DAPK1,FNBP1,PRKCD,REV1,RFX1,PRKAB1,EML1,SCAMP2,BCR,RUFY1,BIN3,WDR82,GPR161,DDIT4,ORAI2,VOPP1,PRR18,UBA52,ABCB6,ANAPC16,TARSL2,NPRL3,RPN1,SLAIN2,OAZ1,GIGYF2,PRDX3,ABR,CYB5R1,CHST12,PRKAR2B,LDHD,PIP5K1A,PLCG1,ST3GAL2,ABCA2,RPL41,PHC2,PRELID1,JUN,CREBBP,JUP,EIF2AK1,FUCA1,IRF2BP2,SNUPN,ABTB1,SFXN3,PPT1,FARSA,EZH1,CDC42SE2,RNF220,LRSAM1,GMEB1,KCNC1,MTMR14,PIGP,ARHGAP1,PRKAG2,ASH2L,PIGX,C1QTNF4,TRIM8,MED11,LMBR1,TMSB4X,MED10,SH3BGRL3,TK2,DLGAP1,JAK1,CEP68,ZC3H10,PGAM1,IFNGR2,SLC39A13,GMIP,GNL2,DUSP6,COPZ1,MED29,NCOR2,SLC7A6,ZEB2,PSMA1,MED20,PXDN,RAPGEF1,SLC29A4,PLEKHO1,RNF166,GRN,RNASEK,RPL12,WRB,HTT,CCNDBP1,GRAMD4,FAM129B,FGD3,GGA1,LMAN2,ADAM23,SLC17A7,BID,ZSWIM4,RABAC1,RNF130,MEF2D,SRSF10,DEDD,SF3A3,SAMD4B,TRMT1,NMNAT2,SRP68,DHRS1,BYSL,PSMC3,CCDC9,SHKBP1,APEX1,TRMT6,ZYX,PLP2,PKN1,YPEL3,ANKRD13D,DGKD,RAB3D,SLA,RNF19B,FADS2,STK16,LAMP2,SCMH1,PMPCB,STK32B,FADS1,ANKRD13A,AP2M1,SLC39A3,KPNA1,PPP1R16B,FBXW4,IFNAR2,TLE3,BIVM,TPM4,CISH,USP4,USP3,STX7,TPM1,DYRK1A,AIP,CNPY3,DGKZ,TPST2,MSH6,CLIP2,MSH2,FKBP8,FSCN1,SRSF5,SQSTM1,IFNAR1,LY6E,RNASEH2C,PFKFB3,MAX,AK1,AK2,CORO1A,GTF2E2,SCRT2,NACC1,IP6K1,PLXNA4,NADK,LRRC4B,RAB4A,TOR1A,ANKRD27,TRAPPC1,OSBPL5,CCDC12,UROS,HPS1,HPS3,MARCH8,ARPC4,TOR1B,LRFN3,CDK9,MARCH2,NSFL1C,MFHAS1,SH3BP5L,STK25,TADA3,PDCL,AAK1,RNF181,MDM4,NIT1,LRCH4,RSL24D1,CNIH4,BCL2L1,RNF10,ALAS1,RNPEPL1,SCHIP1,PIK3CD,ARRB1,ARRB2,PIK3C2B,NRGN,DUSP12,CAPZB,PPP6R1,SGCB,PSD3,PHACTR3,TLK1,PGLS,DNM1L,TAPT1,GPX1,GPX4,RFC2,SGIP1,SH2D3C,ZFP91,RPL13A,RAD23A,PTP4A2,PTP4A3,ASPH,TMBIM6,TOP1,PPP1R12B,SLC25A5,SEC22C,PPP1R15A,TRABD,SNAP47,HDAC3,SRC,WBP2,LRP3,MLLT1,SRI,SRM,CDC42,RAB24,SH3BP2,VPS52,POLR2E,ASCC2,CSK,HNRNPA1,DCAF12,UGGT1,MLXIP,SEMA4A,FBXL19,MBOAT7,SEMA4F,HNRNPAB,TPD52L2,PNRC2,KLF6,SLC25A39,MGAT4B,ST7,PDCD4,TRIM35,CCM2,P4HB,CDR2L,SMAP2,KCNK2,TPT1,IFITM2,SLC35B4,CMAS,CPNE5,ZDHHC7,IFI30,ACTB,NUDT3,RCBTB2,ZDHHC4,FRAT2,RASSF2,KAT5,SAP130,LONP1,TRIM24,CCDC97,KIF21B,RPS11,CCNL1,EPHB2,SEPHS2,SLC12A9,SOX5,ZFP1,NFKBIL1,COG3,NSMCE1,TALDO1,ACTN4,ANK1,PISD,TWSG1,CDC34,PPA2,KCTD10,SIK3,VDAC2,KCTD12,EIF1B,STX1A,TELO2,SLC45A4,CUTA,IGSF8,AARS2,TBC1D9B,STXBP2,SUPT4H1,TWF2,PIK3R1,PTTG1IP,UBE2J1,PGS1,SEC14L1,COMMD9,DHX34,ATP6V0A2,STXBP5,TNRC18,NTSR1,ATP6V0A1,BANP,VASP,VAT1,XBP1,TMEM86B,INTS1,RCC2,PDE2A,MICAL2,SMARCA2,PTK2,ICK,ID2,TMCC2,CALR,TMCC1,FBXL2,SUGP2,ITM2C,DHRS13,MRPS15,MRPS12,ICA1,LIMD2,AUH,GLIPR2,CTSF,CTSD,UBXN6,RAB8A,NDEL1,CTSB,CAP1,MAP4K2,TMEM150B,TMEM150A,GP1BB,MMD,STRADB,TSC22D3,MRPS23,NCOA4,COMMD7,MTSS1,APRT,RNF144A,TOX4,MN1,CTU1,UFC1,ARHGEF1,CD47,HNRNPH3,SGK1,DBN1,STK40,SDCCAG8,CSTB,PRIM2,SLC20A1,SATB1,PRIM1,UQCR10,RELA,PTS,GNAI2,AMN1,ZDHHC18,ORMDL3,UBTD2,NT5M,MGAT1,DCPS,PEX19,TTC1,MIAT,DOHH,PDCL3,SPCS3,MPHOSPH9,KLHL7,TCEA2,HDGF,CAMK1,GRINA,CARS,SCARB2,NARF,CWC25,UBE3B,COMT,ACRBP,TATDN2,GNPTAB,FPGS,TBC1D30,PALM,COTL1,BAHCC1,ENPP5,SPNS2,ATG9A,TMOD2,DNAJB12,WRNIP1,TMEM135,ELMO1,PPIF,TBC1D25,UBE2V1,RELL2,CARS2,ABCG4,COX19,PXK,TMED10,TSG101,PXN,DTX1,FBLN1,CABP1,ADIPOR1,RASGRP2,CSF2RA,PLCXD2,PLD3,TAF5L,EFNB2,EMG1,GRK6,TBC1D14,KIF3C,NDUFV1,ANKZF1,PDZD7,IVNS1ABP,RAP1GAP2,OST4,PRNP,KLHDC4,CBX5,DNAJC11,KLHL22,SSH3,COQ5,HIGD2A,NFKBIA,PAN3,HOOK2,CCPG1,GNAQ,MKRN1,GNAS,PICALM,B4GALT3,DYRK3,CNRIP1,DBI,SLC2A3,DDX41,RND2,USP39,AFF4,PPP1R9B,ZC3H7A,FLOT2,LRRFIP2,CPXM1,SCYL2,SUN2,GLRX5,PDE4D,DDX54,FAM189B,CREB3,FCHSD2,ALS2,CAT,ATP6V1B2,NDUFS2,PFDN2,USP40,TMEM9,CUEDC1,AGPAT5,DCTN6,USP15,RGS19,RGS16,DCTN4,PDXP,ASAP1,NT5C2,ADD1,GNG2,CHSY1,TMEM205,LEPROTL1,GNA11,GNA12,PTK2B,NCAM1,CYTH1,PDLIM7,NAA10,USP20,USP21,PCDHGC4,MIIP,ATP2B4,CCK,PPP2R3A,MAPK14,USF1,SLC4A8,IRGQ,FAM155A,PDE10A,CAPN10,FAM131B,ACIN1,ATP13A2,VIM"
+"gene_set_query"	"1002"	"ZNF705E"	"839.5"	"ARCHS4 Coexpression,1460;GTEx Coexpression,219"	"ANKRD13C,RPL4,NDUFA13,RPL30,NUP107,RPL32,TUSC2,ROGDI,ARID4A,GPATCH1,SMC5,RPL10A,PWP1,RPL7,RPS14,FBL,EIF4ENIF1,RPS18,DZIP1L,VPS36,RPS13,FNBP4,AQR,ALG9,RPL23,NGDN,RPL22,WDR75,PRPF4B,DICER1,WDR73,SCAMP1,SRRM1,RUFY1,FAM173A,RPL27,FAM76B,PHIP,SIK1,RPL29,ANKRA2,ALG10B,KHDRBS1,PDXDC1,MAX,MYCBP2,XPC,MBTD1,HMGXB4,WDR70,PCBP2,ATP6V0A2,VPS11,DHX38,ATP6V1D,QSER1,BTF3,SNHG1,CPSF6,LRRN2,SMURF1,NONO,PRRC2C,MRPL28,NUP153,NR1D1,PUM1,PHC3,SMAD5,MED13L,STAG1,LRCH1,PAN3,GON4L,CNOT2,SP3,TADA3,HNRNPD,TUBGCP3,DEGS1,UBE2M,ATG2B,PHF3,RBM25,BTG1,LDB1,DDX46,SLC35F2,DDX47,RPLP1,CHD2,TRIOBP,RBM3,UBL5,NIPBL,EEF2K,TMEM43,ABHD16A,SIN3A,DHX15,EIF2B1,UTP15,HGSNAT,SUN1,SHPRH,NUP133,HSBP1,ARNT,PRPF40A,RPS3A,DYNLL2,ARID1B,DDB2,MED23,NFX1,NAA38,NUP54,HAGH,BDP1,EAPP,ALDH9A1,GTF3C2,PRIM2,UHRF2,POLDIP2,SFSWAP,RPL12,RPL11,AKAP8,NDUFB2,RPL36A,UQCR10,AGPAT1,PPP1R2,SCAF8,BCLAF1,RPS15A,EXOSC10,BTAF1,TNKS2,NAA25,RPL14,RICTOR,MAP4K5,SRSF11,RPL19,SMARCE1,SPEN,NDUFA8,SEC24B,YTHDF3,NDUFA3,FOXJ3,FOXJ2,RPL35A,SNX21,TRMT1,ACVR2A,NAP1L4,PER1,PRPF39,PINK1,KLF6,ERCC5,QRICH1,EIF3F,EIF3D,TRIM33,TAF2,TAF1"
+"gene_set_query"	"1003"	"NR1D1"	"840.0"	"ARCHS4 Coexpression,575;Enrichr Queries,677;GTEx Coexpression,1268"	"TFRC,TESK1,RAPGEFL1,ACTB,FAM110A,SCAMP5,RUSC2,DPYSL2,MYC,FTH1,LONP1,PRKACA,BSN,VPS36,GLUL,IER5,SOX4,IER2,TSPYL2,GABARAPL1,RBFOX1,UNC13A,UNC5A,SLC6A17,ARRDC3,CIRBP,CD3EAP,MAPK8IP2,ANK1,MAPK8IP3,MAPK8IP1,STX1B,DAAM1,PRKAR1B,DDIT3,DDIT4,SIK1,HECA,STX1A,IGSF8,STXBP1,AGAP2,CEND1,CD99L2,PIK3R1,APCDD1,SYNGR1,PPP3R1,RDH13,PIP5K1C,MAP4,RAB11FIP5,ATP6V0A1,ABCA2,JUN,CADM3,GSTM1,JUND,TMEM184B,PTPRN2,JUP,IQSEC2,PLK2,H3F3A,SNAP91,GADD45G,SLC6A6,VANGL2,FASN,ID2,TOLLIP,SDC1,CALM3,ITM2C,NRP1,BTG1,TMEM151B,KCNC1,GDI1,SLC35F2,CITED2,RPLP1,KCNC3,PTPRN,MRPS12,CLTB,SPPL3,HERPUD1,AKAP12,MAP1LC3A,JPH3,SLC22A17,NCS1,IDS,PLEKHN1,CTSF,KIF1A,CIC,GIT1,PSD,ZER1,ELOVL4,TSC22D1,TSC22D3,ACAD9,MINK1,SYP,DUSP8,DUSP6,SYN1,MLF2,RHOB,NCOR2,SLC7A5,KIFC2,CDC42EP4,TET3,PXDN,MAPRE3,RHOV,GAS6,SGK1,ATP6V0C,VAMP2,GAS7,CSTB,NFIX,CAMKK1,ARNTL,CAMKK2,EXOSC7,NFIL3,CAMK2N1,CLPTM1,SLC17A7,CKB,APBB1,NCDN,MEF2D,GABBR1,WNT7B,DAB2IP,SNX21,SORBS1,VEGFA,GRIN1,PER1,PKN1,CDK5R2,RAB3A,CRTC1,CLSTN3,FBXO28,CLSTN1,ATN1,CLU,SLC8A2,RPH3A,KIF5A,PALM,PIM3,FADS1,SH3GL2,PPFIA3,RALBP1,SLC38A1,TLE2,FBXW7,IGFBP3,CTNNBIP1,IGFBP2,LMTK3,SHISA4,POU3F1,ATP1B1,RUNDC3A,DGKZ,CLIP3,TOM1L2,ACAP3,EEF1A2,FSCN1,SQSTM1,FKBP5,BRSK1,NDRG4,PFKFB3,ARHGEF25,NXPH4,INSIG1,TMEM59L,LTBP4,LPL,CACNA1A,SPATA2,NDRG2,CPLX2,EFNA4,NDRG1,CPLX1,RAP1GAP,SOCS2,GOLGA7B,KLC2,DVL1,CAMTA2,HSPA8,PRNP,TNK2,FANCE,SYT7,FBXO31,NFKBIA,GNAO1,EFNA3,NR4A3,HOOK2,HOOK1,DLG4,CNOT2,CNTN1,MAP3K10,PLEKHM2,BLMH,DEGS1,DEGS2,BCL2L2,NFE2L1,ACADVL,LDB1,THRA,PRKCSH,PTPN23,PKD1,BICD2,NRGN,DUSP12,EEF2K,PDE4B,PMEPA1,KDM6B,PLA2G4E,PDPK1,TNFRSF19,PPP2R5B,NAV2,ARID1B,SEPT5,DNM1,PTP4A3,SNPH,CTDSP2,C1D,CRY2,NAT8L,PPP1R15A,CAMK2B,KDM3A,WBP2,RGS16,CXXC1,PARD6G,ATP1A3,NRXN2,ATP1A1,ACVR1B,TOB1,DNAJB2,ABLIM1,DNPEP,RAB40C,POLR2D,SNCB,SLC25A23,SLC25A22,PPP1R14C,RRM2,SLC12A5,FBXL16,ACVR2A,KLF6,PINK1,RAB14,TEF,PPP2R2C,RPS6KB2,TRIM35,VIM"
+"gene_set_query"	"1004"	"ZNF454"	"840.0"	"ARCHS4 Coexpression,1090;Enrichr Queries,694;GTEx Coexpression,736"	"TRIO,DIXDC1,ZDHHC5,TXNDC15,GPR173,HERC2,CAPNS1,TRIM28,DPYSL2,AKT3,AKT1,EPHB1,ATXN7L3,SOX5,EPHA4,MEF2C,RBFOX1,RBFOX2,ST6GAL2,ZFP2,AFAP1,ANK2,SOX11,MOGS,CPT1C,EID1,TWSG1,RNF126,SFRP1,KATNAL1,IFT81,RUFY2,NUMBL,NRN1,TSHZ3,SLC45A1,FOXG1,FLII,FBF1,TMTC1,APH1A,FLRT2,RAB11FIP2,GPM6B,SEC31A,ZSCAN18,BBS1,NTNG2,CADM3,PHC1,PTPRN2,PBX2,DCLK1,PRRC2A,MLLT11,HNRNPL,EXT2,CALU,MAGED2,FXYD6,FAT4,FERMT2,GABRB3,ROBO2,ARF3,PHF2,DAZAP1,CSRNP3,GRIK5,GRIK3,PRPF19,SMG5,AKAP12,TUBA1A,ZMYM4,SPIN1,GPRASP1,ZIK1,LYPLA2,UPF1,LRRC49,MINK1,SLC39A13,BAZ1B,SYN3,WDR35,AP3B2,RGMA,TOX3,MN1,NME7,PXDN,FAM20B,AIDA,GAS7,NFIX,RPL12,SEZ6,FGD1,CENPB,PCNP,TCEAL8,HIRA,FAM172A,PAK6,MFN2,CTNNA2,STX2,RUNX1T1,RIC3,KIDINS220,NMNAT2,PPP1CA,SKI,MORN4,NFIB,TAOK2,TTC3,NUCB1,GOPC,HDGF,MPHOSPH8,ZFP28,CLSTN2,TUSC3,CEP120,ATN1,UBP1,CYP46A1,IPO7,CDH8,IPO9,ATCAY,CDH2,LAMP1,PALM,FADS1,MAGI2,PCDHA12,KCTD5,ARMCX4,OLFM1,ARMCX1,ARMCX2,HNRNPUL1,MORF4L2,SPECC1L,RAB35,CHMP4B,CSNK1G2,GLYR1,GRIA2,LRRC59,TBC1D19,ARHGEF25,ZC4H2,NPR2,NTM,CACNA1B,CACNA1A,DTX3,CACNA1C,CACNA1E,SUPT6H,SOCS2,DPP6,NACC1,NDN,LRRC4C,PLXNA4,PDZD7,PLXNA3,KLHL29,ATP8B2,EEF2,PTPRD,BCL9,LRCH2,LRFN5,DAB1,EFNA2,NR4A3,SH3BP5L,NBEA,NF1,CNTN1,GNB5,LZTR1,NFE2L1,MAP3K12,EIF4G1,ITGB1,PCDHGB7,KDM5C,WDR1,PRKCSH,CELF2,DOCK7,CHD6,ELAVL4,ZFP82,YBX1,TTC28,PPP1R9B,SGCE,SEPT9,LASP1,PPP6R1,PHACTR3,UBTF,ERC1,ACTR2,SVOP,PCDHGA4,PEG3,PDPK1,NAV2,RAD23B,DNM2,LATS1,TRAF7,PTP4A3,CDH11,IFT46,ZMYND11,INA,SHANK2,SEC22C,RNFT2,SEC23A,SMARCD2,NLGN2,LRP1,NRXN1,RAB1B,CXXC1,CRMP1,STOX2,GANAB,U2AF2,SH3BP2,NNAT,FAM120A,SLIT1,KRIT1,DROSHA,SPOCK1,MTA2,FBRS,CYTH1,CHGA,MBTPS1,SSB,NEGR1,LIMK2,NTRK3,PCDH7,NICN1,CADPS,LCA5,CDC42BPA,MEIS2,NELL2,FAM155A,MGAT4B,ACIN1,P4HB,SSBP2,CLUAP1,TNRC6A,METAP2"
+"gene_set_query"	"1005"	"ZNF432"	"840.0"	"ARCHS4 Coexpression,1029;Enrichr Queries,816;GTEx Coexpression,675"	"VARS,CCNC,RPL8,GOLGA2,GOLGA3,PSMD6,CAPNS1,TRIM28,DPYSL2,BSG,ARFIP2,AKT1,CCNL2,PRKACA,ATXN7L3,CDK5RAP3,SOX4,SEC63,TSPYL2,WSB1,COG6,LIMCH1,COG3,ALG5,ARRDC3,ALG2,CD3EAP,MOGS,WDR73,ACTN4,SND1,DAAM1,DDIT3,DDIT4,FLII,PIK3R1,HIF1A,OAZ1,APH1A,UGCG,SCFD1,LARP1,PRDX4,PRRC1,SCAP,JUN,INTS1,INSR,PLK2,SLC35E3,EIF2AK3,PBX2,FAM136A,PRRC2A,HNRNPL,GOLGB1,ID2,DUS1L,TECPR1,ATG2B,ITM2C,ARF3,TRMU,NRP1,PIGU,CITED2,SETD6,INTS10,ICA1,SLC7A11,VLDLR,PRPF19,SMG5,HERPUD1,AKAP12,SERP1,TUBA1A,ZMYM2,ZMYM6,ENC1,TMED2,SDF4,SEC61B,UBXN4,JAK2,UPF1,SSR4,SSR2,TSC22D3,LRRC49,MINK1,TET2,DUSP6,GNL3,MLF2,RHOB,MED23,TOX4,SLC7A5,ZEB2,PXDN,SGK1,TKT,DERL2,CENPB,NOL6,GGA2,NFIL3,PES1,MFN2,YKT6,SRSF11,RIC3,MON2,YIPF2,SYVN1,AP3D1,SCAF1,VEGFA,SPCS3,PRPF39,MYBBP1A,SGSM3,CCNG2,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,NUCB2,GRINA,CCNT2,HDLBP,ARID4B,SMCHD1,FAM174B,ARHGDIA,TBC1D30,FBRSL1,SLC39A7,AP2M1,BNIP3L,SLC38A1,USP5,TPST2,CTDNEP1,ILF3,HNRNPUL1,RAB35,CHMP4B,SIDT2,ANAPC2,LRRC59,SHC2,PFKFB3,RAB5C,UBA5,INSIG1,CHRNA7,SEL1L,MAZ,SLC38A10,NDRG1,EFNB2,ORC4,NACC1,DMAP1,SLC38A2,SKIL,PDZD7,MCL1,PRNP,SMURF2,SEC16A,HPS4,CRIM1,KLHL24,EEF2,ANKHD1,DNAJC18,IFT20,NFKBIA,AHI1,EFNA2,NR4A3,HOOK2,NBEA,HOOK1,GNB2,GNB1,CNTN1,SRPRB,MDM4,FGF13,NFE2L1,EIF4G1,RBM25,RBM26,WDR1,PRKCSH,DDX42,SLC2A3,ZFP82,YBX1,RND3,LMNB2,PPP1R9B,MFSD8,SEC61A1,DUSP12,LASP1,MDK,PPP6R1,PGM3,UBTF,PMEPA1,KDM6B,EIF5A,PDPK1,DDX55,SECISBP2L,DYNLT3,EDF1,ARFGAP3,GPCPD1,ARFGAP1,BET1L,QTRT1,ARL4C,GIGYF1,TRAF7,SFPQ,TMEM214,GORASP2,CTDSP2,BCAT1,PPP1R15A,RNFT2,KDM3A,SMARCD2,RAB1B,CXXC1,ATP1A1,FBXL20,GANAB,MAT2A,U2AF2,FAM120A,EIF4H,DNAJB9,VPS54,FEM1C,FYN,SEC11C,PPIL2,PCDH9,ATP2B1,HNRNPAB,TRIT1,PNRC1,TTC17,SH3YL1,KLF7,UFM1,KLF6,XPNPEP1,CARM1,PPP2R2D,MGAT4B,PDCD4,P4HB,TNRC6A,EIF3B"
+"gene_set_query"	"1006"	"ZNF567"	"840.3"	"ARCHS4 Coexpression,1079;Enrichr Queries,671;GTEx Coexpression,771"	"TCERG1,NUP107,HNRNPU,CISD2,SMC6,SMC3,FNBP1L,EPRS,CCAR1,TBK1,CDC23,CAPNS1,OPHN1,CHORDC1,AKT3,LONP1,AKT1,PRKACA,PRKACB,ATXN7L3,SOX4,TMPO,TIPIN,MEF2C,WDR75,CD3EAP,MOGS,RC3H2,DDIT4,AKAP9,PAXIP1,TBC1D9B,FLII,PIK3R1,HIF1A,RPAP3,APH1A,UGCG,HMGXB4,BLOC1S1,PIP5K1A,TRPM7,RDH13,JUN,INTS1,PLK2,INTS2,SLC35E3,PBX2,CDC7,MEX3C,PRRC2A,HNRNPL,MLLT10,ZZZ3,STAG2,ARMC10,PSMG1,CDK13,RBAK,CEP57,PHF3,ARF3,SETD2,AHCTF1,PIGU,CITED2,SLC7A11,PRPF19,SMG5,SYNCRIP,NIPBL,ZMYM2,ZMYM4,ZMYM5,UBXN7,SDF4,RIOK1,CIC,ZIK1,RSPRY1,UPF1,SHPRH,TEX10,MINK1,SLC39A10,PRPF40A,PPHLN1,TOPORS,DUSP6,SREBF2,MLF2,RHOB,RNF168,PXDN,G2E3,GLCCI1,SGK1,SATB1,HEATR1,HSPA14,FAM117B,CENPB,BCLAF1,RNF138,EXOSC9,EXOSC8,TMEM68,USP1,UBTD2,MFN2,MAP4K5,SRSF10,YKT6,SUZ12,UTP6,PLEKHA1,GTF2H1,MYO9A,SCAF1,MPHOSPH9,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,RNF141,GRINA,OTUD4,CCNT2,CEP120,FBXO28,HDLBP,YEATS4,ARID4B,ZFP30,LAMP1,KHSRP,SESN1,SMARCAD1,ARID2,SBF1,PCID2,SUPT16H,MORC3,SLC38A1,USP5,PRPF4B,FBXO11,MSH6,ST7L,PHOSPHO2,DMTF1,MSH2,RAB35,CHMP4B,MATR3,PHIP,PPIG,ADNP,CSNK1G1,ZCCHC8,LRRC59,DNMT1,RAB5C,ANKRD12,GMPS,SBNO1,ORC4,ORC6,TPR,UBR5,DVL1,NACC1,MBIP,ZKSCAN3,ZC3H14,SLC38A2,SKIL,QSER1,BPTF,IVNS1ABP,PRNP,NUP155,NUP153,KLHL24,ZBTB11,EEF2,AZIN1,EFNA2,SH3BP5L,HOOK2,HOOK1,CAPRIN1,GNB2,SP3,GNB1,MKRN2,SPIRE2,TPP2,PLEKHM2,PLXNB2,BRWD1,NFE2L1,EIF4G1,RBM25,KDM5C,RBM26,WDR1,PRKCSH,CHD6,ZFP82,ELAVL1,PPP1R9B,DUSP12,SEC61A1,METTL14,LASP1,SART3,PPP6R1,SNRNP70,SNAPC3,RB1CC1,OPA3,NUP62,DGCR2,USP47,TBP,USP42,DIS3,EED,PDPK1,SPATS2,ATRX,DDX50,RAD23B,PTBP2,LATS1,ARL4C,PPM1A,TRAF7,VCAN,PTP4A3,CREB1,POLR1B,CTDSP2,DNAJC5,LUC7L3,NUP54,BDP1,PPP1R12C,RNFT2,NFAT5,RAB1B,PPM1D,FAM169A,FAM168B,GANAB,CAND1,U2AF2,TAF1A,FAM120A,KRIT1,RBBP6,FEM1C,MAPK3,DONSON,CDC42BPB,OXR1,MGAT4B,CEBPZ,P4HB,TAF2"
+"gene_set_query"	"1007"	"GLI1"	"840.5"	"Literature ChIP-seq,153;ARCHS4 Coexpression,836;Enrichr Queries,1113;GTEx Coexpression,1260"	"PITPNB,ZDHHC8,HS6ST2,FRAT2,RASSF2,TRIM28,DPYSL2,MYC,ZXDC,LONP1,RPL38,PIP4K2C,SEPHS1,ATXN7L3,SOX4,SLC12A9,DDX17,STARD3,SAP30BP,WSB1,PRKCE,CSNK1D,DICER1,SRRM1,MAPK8IP1,SFRP1,DDIT3,DDIT4,TRIB2,LLGL1,SLC45A4,NUMBL,SHMT2,TRANK1,AGAP2,PIK3R1,SEC14L1,FLRT2,DHX34,B4GALNT1,LTA4H,PLCG1,VASP,NTNG2,JUN,CREBBP,CADM4,PHC1,BCL11B,STK11IP,BCL11A,PLK2,RCC2,NR2F1,PBX2,HSPA12A,PAICS,HNRNPL,SLC6A6,ABTB1,ID2,FAT4,CDK14,CDKN1C,ROBO2,PTPRS,PIGT,SLC44A2,GRIK3,PRKAG1,AATK,ING1,CHL1,XPO6,TIMP2,CIC,JARID2,UPF1,GRIPAP1,TSC22D3,SLC39A10,GMIP,DUSP6,MLF2,RGMA,MN1,ZEB2,INF2,KIT,PXDN,TAX1BP3,SGK1,TKT,SNX32,PRICKLE1,PTN,DRP2,ZDHHC18,EXOSC10,OS9,GPC4,ANKRD50,MAP3K3,MBD6,HUWE1,VEGFA,XAB2,NFIA,KIF26A,MARS,GOPC,PKN1,CRLF1,PHLDB1,NUP188,CD81,ARHGAP39,UBE3B,CDH8,NRBP2,SMCHD1,SALL2,MEN1,CSNK1G3,RNF44,MAP2K2,RPS7,IGFBP3,F2R,VASH2,ATXN2L,ILF3,MYCN,MSH2,RAB34,CARS2,KPNB1,CSNK1G2,FKBP5,ANAPC2,RAI14,PKDCC,ARHGEF25,PXN,LTBP4,LPL,CACNA1A,DTX1,FBLN1,DTX3,NDRG1,PHF21A,CACNA1G,SOCS2,SBNO2,SCUBE1,NACC1,PLXNA1,EVI5,NADK,MCL1,FUS,PTCH1,CBX2,EFNA2,HOOK2,HOOK1,CDK4,CNOT3,CNTN1,MDM2,CHMP2A,PI4KB,TCF3,MAP3K12,CUEDC2,KDM5C,FHL1,PIK3CD,ARRB2,LMNB2,LMNB1,SENP7,DUSP12,SART1,MDK,UBTF,PDE4B,RBM5,DACT1,PDPK1,SECISBP2L,CAD,H2AFX,REXO2,VCAN,PTP4A3,TFDP1,CTDSP2,C1D,CDH11,DCTN2,SFSWAP,CXXC1,CLCN2,EHBP1,STRN4,HDAC7,TSPAN31,DCAF15,FZR1,GANAB,MTA1,MAPK7,NCLN,U2AF2,POLR2D,SLIT1,NCAM1,PCDH1,NTRK2,SMOX,NCKAP5L,SEMA4C,ZFC3H1,MAPK14,NELL2,CARM1,PTPN9,ACIN1,BAX,VIM,CDO1,PFKM"
+"gene_set_query"	"1008"	"CENPS"	"840.5"	"ARCHS4 Coexpression,205;GTEx Coexpression,1476"	"SMARCAL1,POP7,POP4,CISD1,TXNDC17,UBE2L3,GCSH,SNRPD2,PSMD4,SNRPD1,SNRPD3,MRPS18C,AURKAIP1,TMEM161A,MRPL18,MRPL14,MRPL13,ANAPC11,MRPL11,PRDX3,MRPL20,PRDX4,PRDX1,PRELID1,MRPL27,PA2G4,FAM136A,MRPL24,ZWINT,MRPL21,MRPL22,CCT6A,EIF6,NDUFAF2,NDUFAF3,RPS20,PSMG1,COX7B,MRPS15,PAK1IP1,CETN3,ARPC1A,MRPL36,MRPL37,THTPA,TRMT112,HINT1,C1QBP,SEC61G,GPR137,SDF2,SEC61B,CCT2,NUDC,MRPS24,MRPS23,NME2,MRPS21,CACYBP,NUTF2,MRPL47,TUBG1,DYNLL1,MRPS7,NME1,PSMA5,PSMA3,PSMA4,PSMA2,EEF1E1,DTYMK,PCNA,NOL7,TIMM13,RPS27L,UQCR11,TIMM10,UQCR10,COX5A,PSMA7,PSMB6,EXOSC7,PSMB7,PSMB5,PSMB2,PSMB3,PSMB1,RPL15,CCT7,CCT4,RANBP1,MDH2,AGBL5,PSMC3,RPA3,NDUFAB1,PSMC2,RPL22L1,TOMM5,TOMM6,MTCH2,PDCD5,BCCIP,PARK7,COX6A1,ACRBP,TOMM22,CHCHD2,RUVBL2,HMGN2,CHCHD1,TMEM14C,PCYT2,EIF1AX,CNPY2,ZCRB1,ILF2,RBX1,COX6B1,EBNA1BP2,NHP2,RPP21,SNRPG,SNRPE,SNRPF,PHPT1,SNRPC,PPIA,SNRPB,RNASEH2A,PSMD11,COX16,PSMD14,CCDC25,COX17,NOP2,COX7A2,PHB,RPF2,RPF1,EMG1,BRIX1,ZC3H14,DNAJC19,ODF2,CCDC136,IFT122,LSM5,LSM4,LSM3,NSFL1C,COPS6,LSM7,UQCRQ,CYCS,BLMH,NOP10,ETFA,MEA1,MRPL3,SUMO2,RFC3,CCDC34,GPX4,GLRX3,RFC2,H2AFZ,DHPS,NDUFC2,GLRX2,NDUFS5,DNAJC9,PFDN2,DNAJC8,PFDN4,SLC25A5,DCTPP1,STOML2,GTF2A2,NDUFB6,GTF3C6,NDUFB4,POMP,NDUFB3,DPCD,HSD17B10,PPM1G,GNG5,POLR2F,SNRPB2,ROMO1,POLR2J,POLR2K,POLR2L,TIMM8B,GADD45GIP1,RWDD1,NDUFA8,NDUFA7,SSB,RRM2,NDUFA6,NDUFA4,NDUFA2,LRWD1,HSPE1,USP29,EIF3I,DRG1,SSBP1,RAN"
+"gene_set_query"	"1009"	"ZNF319"	"842.3"	"ARCHS4 Coexpression,884;Enrichr Queries,290;GTEx Coexpression,1353"	"IFITM2,TRIO,BACH2,PREX1,FRAT2,RASSF2,RUSC2,ZMIZ1,DPYSL2,MYC,LONP1,CCDC97,PRKACA,IER5,ATXN7L3,SOX4,SLC12A9,ACTN1,PRKCD,DNTTIP1,CIRBP,CD3EAP,RFX1,ANK1,WDR81,DDIT4,HECA,ULK1,PRR12,TRIB2,SLC45A4,TTYH3,SUPT4H1,TRANK1,PGS1,CYB5R4,SEC14L1,DHX34,CHST15,GSE1,TNRC18,PATZ1,ST3GAL1,RALGDS,ST3GAL2,N4BP1,VASP,NTNG2,CREBBP,JUN,PHC2,JUND,JUP,IQSEC1,BCL11A,RCC2,H3F3A,IRF2BP2,PBX2,EHD1,ABTB1,SLC6A6,FASN,ID2,FBXL5,ITM2C,OGFR,DHRS13,PIGU,BTG1,ELL,CITED2,SLC44A2,SNX11,SIPA1L2,LIMD2,TRIM8,GLIPR2,XPO6,ENC1,TIMP2,CIC,DLGAP4,CAP1,BRD2,UPF1,TSC22D1,TSC22D3,GMIP,DUSP6,DUSP7,MLF2,RHOB,NCOR2,SLC7A5,RNF167,MED25,SCNM1,PITPNM1,PACS1,CDC42EP4,CDC42EP3,PXDN,RAPGEF1,RHOU,ARHGEF1,ARHGEF2,SGK1,DBN1,STK40,RNF166,RNASEL,GRN,NFIX,TYMP,GNAI2,FGD3,ZDHHC18,MNT,NFIL3,CUX1,FLNA,MEF2D,MAP3K3,YIPF1,MBD6,STAT2,DAB2IP,MYO9B,SCAF1,VEGFA,NFIA,NFIB,SHKBP1,CCNG2,ZYX,PKN1,PNPLA6,KBTBD7,AGRN,YPEL3,GRINA,MIDN,CRTC2,SLA,IGF1R,KHSRP,COTL1,FADS1,TLE3,RNF44,SHISA5,ZBTB34,FOXP4,CTDNEP1,SLC9A8,EHBP1L1,RAB35,FSCN1,FKBP8,CSNK1G2,PFKFB3,RAB5C,ANKRD11,PXN,CACNA1A,RASGRP2,CORO1A,CSF2RA,NDRG1,EFNB2,SBNO2,PITRM1,GRK6,ZMAT5,PLXNA1,NADK,MARK2,BCL9L,MCL1,WDTC1,PRNP,CBX4,PHF12,KLHL24,NFKBIA,BCL9,SH3BP5L,EFNA2,HOOK2,HOOK1,GNB2,PLXNB2,AMOTL2,LRP10,LRCH4,BCL2L1,MXD4,RERE,RNPEPL1,ZC3H4,PRKCSH,CHD6,PIK3CD,ARRB2,PPP1R9B,SPRED2,DUSP12,SEPT9,LASP1,PPP6R1,FLOT2,PMEPA1,KDM6B,SUN2,PLEKHG2,KLF13,PDPK1,ARHGEF18,VEZF1,ARID1A,DDOST,KLF16,DNM2,ARL4C,PTP4A3,CTDSP2,POLR1B,C1D,ETF1,PPP1R12C,AHDC1,TSEN34,PPP1R15A,RGS19,SRF,FURIN,HDAC7,DCAF15,DNPEP,MKNK2,SH3BP2,PTK2B,FEM1C,CSK,FBRS,PDLIM7,CYTH1,MLXIP,SEMA4B,LIMK2,MBOAT7,MAPK14,BAIAP2,KLF6,IMPDH1,SPRY2,VIM,SMAP2"
+"gene_set_query"	"1010"	"ZNF582"	"843.7"	"ARCHS4 Coexpression,387;Enrichr Queries,968;GTEx Coexpression,1176"	"ISCA2,POP7,PITPNB,PHAX,TXNDC12,TXNDC15,RAPGEFL1,FAM110A,PREX1,PCMT1,DPYSL4,CAPNS1,MPRIP,DPYSL2,MYC,ZMIZ2,AKT3,DPF2,AKT1,EPC2,PRKACA,ATXN7L2,ATXN7L3,ARRDC4,GABARAPL2,ATP6V1G1,ARRDC1,IMP3,COG4,ZFP2,ARRDC3,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,SCAMP2,EID1,DYNC1LI1,KATNAL1,DDIT3,ZSCAN21,DDIT4,UNC50,VDAC3,UQCRC1,HECA,EIF1B,TSTA3,ANAPC13,TBC1D9B,IGSF3,DHX8,TRANK1,PIK3R1,MRPL11,APH1A,PRPSAP1,SCFD1,SYMPK,TNRC18,MAP4,ZSCAN18,JUN,TMEM184C,JUP,CADM1,INTS1,PLK2,TMEM50B,LARP7,MRPL21,PRRC2A,SDC1,NMT2,NDUFAF3,FAT4,ITPA,NRP1,PIGU,CCDC120,CITED2,SLC7A11,VLDLR,BMI1,PTPRF,ROBO1,PQBP1,AKAP12,ARIH2,CIC,ZIK1,LYPLA2,UPF1,MRPS26,MINK1,COMMD3,NUTF2,NIPA2,BAZ1B,MRPS7,WDR35,SRP9,MLF2,RHOB,SLC22A23,NCOR2,ZEB2,VAMP7,NME7,KIT,PXDN,FAM20B,RHOV,SGK1,PAFAH1B3,ARF5,ERGIC1,ARF6,DTYMK,NFIX,ECHS1,SATB1,WRB,TIMM9,AKAP7,DLST,COX5A,CENPB,PSMA7,FAM129B,MRPL55,PSMB5,PSMB1,ANKRD52,RPL15,PAIP2,DTD1,YTHDF2,MTX2,AGK,DAB2IP,SORBS1,PPP1CA,ATAT1,MAD2L2,PRKRA,APEX1,TTLL1,ABI1,TAOK2,PSMC2,HDGF,PKN1,TOMM5,ZFP28,FAM13B,ZFAND6,CEP120,HDLBP,ATN1,TMEM147,ZFP30,LAMP1,PIM3,KDM2A,DIMT1,TPM1,CNPY2,ILF2,NRBP1,FOXP1,TMX2,EHBP1L1,UBE2V2,CHMP4B,SNRPB,TBC1D19,TSG101,PSMD14,INSIG1,PXN,BTF3L4,CACNA1A,NDRG1,SUPT6H,ACAT2,SOCS2,ARHGAP20,HMBOX1,DVL1,NACC1,ZKSCAN2,MARK2,BCL9L,ESRRA,EIF2B5,NEK9,PRNP,ZBTB17,RAB4A,SEC16A,CRIM1,TBCB,CORO2A,ARHGAP32,EFNA2,NR4A3,STK24,HOOK2,HOOK1,GNB2,RFXAP,NFE2L3,UBE2N,PLXNB2,NFE2L1,EIF4G1,RNF14,PRKCSH,USP33,CHD6,SLC2A3,UFSP2,ZFP82,CHD3,HS2ST1,PPP1R9B,SLC2A8,SGCE,DUSP12,LASP1,SUMO1,YWHAQ,SGCB,RASGEF1B,ZC3H7B,UBTF,MYO18A,TIMM17B,PHACTR1,ACP1,SLC37A3,ARHGEF11,BCKDHA,JAGN1,REXO1,PDPK1,VBP1,PDE4D,RAD23B,EPN1,DNM2,ARL4C,VCAN,PTP4A3,SETBP1,PEX3,CTDSP2,POLR1B,C1D,IFT46,ZMYND11,SLC25A5,BCAT1,LUC7L2,HDAC2,GTF3C6,CEBPG,WBP4,RBM4B,ATP1A1,ACVR1B,TOB1,HSD17B10,GANAB,CCDC85C,U2AF2,FAM120A,FEM1C,POLR2G,PCDH1,MTA2,POLR2I,POLR2J,PCDH9,NEGR1,LIMK2,PCDH7,CNBP,EXOG,CDC42BPB,KLF7,KLF6,SNRNP40,CARM1,CDK2AP2,ACIN1,VPS45,CLUAP1,SMAP1"
+"gene_set_query"	"1011"	"EMX2"	"845.0"	"ARCHS4 Coexpression,1010;Enrichr Queries,948;GTEx Coexpression,577"	"MAPKBP1,AHCYL1,GMFB,EHMT2,STMN2,TIAL1,OPHN1,DPYSL2,SOX5,BROX,ISLR2,MMD2,SOX11,SFRP1,GPR161,DDIT4,SPARCL1,FAM76A,CTXN1,CDC42SE1,GPM6A,ADCYAP1R1,NRN1,TTYH1,FOXG1,NPRL3,SDC3,NEDD4L,PDGFA,APCDD1,ABR,ZNHIT1,RIC8B,FLRT2,ERI3,TSPAN7,CHST10,KCNN1,RAB11FIP2,JUN,CADM1,BCL11B,BCL11A,ZFR2,NR2F1,DCLK2,MEMO1,PBX1,DCLK1,GLUD1,MEX3A,STAG2,PTK7,ID2,DZIP1,BAP1,GSTM5,MON1B,CDKN1C,NRP1,NCAN,RYR3,PIGX,RSRC1,NCS1,SPIN1,FEZF2,PSD,PCYT1B,TSC22D1,ZFR,ITPK1,MED29,DUSP6,COMMD4,MLF2,RAP2C,CNKSR2,TOX4,TOX3,MN1,TUBB2B,ZEB2,MMP17,PXDN,CHST1,CD47,SGK1,SFI1,GAS7,RNF165,GRAMD1B,PHLPP1,NFIX,SATB2,SNX32,PTN,FGD1,CST3,PPP2CB,CAMK2N1,RPL13,GPC2,CTNNA2,TBL1X,ARNT2,GABBR2,GABBR1,YIPF4,WNT7B,GABRA3,SNCAIP,TMEM158,ABI2,NFIA,NFIB,FABP7,CACHD1,FAM171B,CTNND2,FMR1,KLHL34,CYP46A1,CLU,FADS3,ARHGAP44,CDH2,KIF5C,KIF5A,PALM,FADS1,USP8,IGFBP3,LMO3,MAGI2,IGFBP2,ATP1B2,VRK3,POU3F2,POU3F3,PIAS2,OLFM2,CACNB3,LIX1,SCG3,SRSF4,ADNP,RAD54L2,CTTNBP2,ARL3,GPR85,LPL,CACNA1A,CACNA1D,NDRG2,HSPBP1,CSF2RA,TMEM121,TIMM50,ENHO,EFNB2,NEUROD2,DPP6,SCUBE1,KIF3B,BTBD2,OTX1,NDUFV3,LONRF2,SRGAP1,PDZD7,LRRC4B,AP1M1,DR1,CBX1,BTBD9,NR4A3,HOOK2,LHX2,PTPRA,HOOK1,GNB1,CNTN1,CPE,MAP3K10,CSPG5,CNIH2,THRA,CNRIP1,CHD6,CELF4,CELF5,RND2,RLBP1,TTC28,ELAVL3,DUSP12,SEPT7,PSD2,PHACTR3,TNPO2,TRPC4,SENP2,SEPT5,EPN2,VCAN,PTP4A3,DDAH1,NRG3,SNPH,DDAH2,CDH11,TBC1D7,LANCL2,DCX,TMEM9,NAT8L,AHDC1,ST6GALNAC6,NLGN2,CXXC1,LRP3,NCALD,U2AF1L4,FOXRED2,FAM168A,PTPRZ1,GNA12,POLR2D,SLIT1,SPOCK1,SLITRK5,FYN,NCAM1,SLC25A23,CRYM,TUB,LGI1,NTRK2,TRIM41,NEGR1,PCDH7,PCDHGC3,PCDH8,MEIS3,MEIS2,EFR3B,HS3ST1,USF1,MAPK10,NELL2,RAD52,SBK1,PPP2R2C,PPP2R2B,RAB12,NOVA2,CDK2AP1,POLR3H,VIM,CDO1"
+"gene_set_query"	"1012"	"HOXC4"	"845.0"	"ARCHS4 Coexpression,233;Enrichr Queries,1177;GTEx Coexpression,1125"	"RPL4,SMARCAL1,MDC1,SMARCB1,VARS,KDELR1,TRRAP,FCF1,HNRNPU,ZDHHC8,PWP1,PHB2,ALKBH8,RPS17,GOLGA5,TRIM28,RAVER1,DPYSL2,MYC,AKT2,PSMD3,LONP1,AKT1,UBAP2L,SOX4,ACVR1,SRRM2,MEF2C,RECQL,PTOV1,SOX11,SCRIB,CSNK1E,SOX12,ANK1,HCFC1,TWSG1,DDIT4,RPL27,RPL29,PRR12,KCTD18,KCTD15,TELO2,SF1,ATF4,POM121,NRN1,TSHZ3,ANP32A,NPRL3,TMTC1,PIK3R2,MRPL12,HMGXB4,LARP1,WDR70,FLRT2,PCBP2,DHX37,PIP5K1A,SYMPK,SEC31A,B4GALNT4,TRAP1,JUN,PTPRN2,CADM1,BCL11B,INTS1,BCL11A,SETD1A,NR2F1,IRF2BP1,PA2G4,PBX1,PRRC2B,GADD45G,PRRC2A,SMARCA4,HNRNPL,PCDHGA11,EXT2,STAG1,PPP5C,ZZZ3,ID2,CALU,FBXL3,FAT4,DUS1L,CDK16,CDKN1C,DAZAP1,SETD7,PRPF19,SMG5,PTMS,TMEM43,RSRC1,TIMP2,RAC3,EMD,UPF1,BRD2,PBRM1,PARP1,RRAS2,FAM126A,DUSP6,MLF2,RGMA,RHOB,ZEB2,PXDN,PGAM5,SGK1,SF3B2,NFIX,SRRT,SLC7A1,CENPB,TCOF1,PES1,ANKRD52,RPS2,ANKRD50,YKT6,RUNX1T1,MBD3,SF3A1,SF3A2,MTX3,YIPF5,HUWE1,AP3D1,SAMD4B,GTF2H1,SCAF1,NFIA,MYBBP1A,NFIB,SERBP1,TAOK2,GOPC,HDGF,PKN1,PRDM8,HDLBP,ATN1,ARHGAP39,ALDH1L2,TOMM20,FBL,ARHGDIA,KHSRP,FBRSL1,LZTS2,SBF1,SH3GL1,FBXW8,TPM4,RPS8,IGFBP3,IGFBP2,ATAD3A,RNF40,ATXN2L,CTDNEP1,ILF3,HNRNPUL1,TBC1D23,FKBP4,KPNB1,CSNK1G2,SNRPA,RAI14,KHDRBS1,LRRC59,INO80E,MAZ,CACNA1A,NDRG1,PRPF8,SOCS2,RAI1,IRAK1,ESD,DVL1,BTBD2,NACC1,CDH24,DVL3,BRIX1,H1FX,SLC38A2,BCL9L,ANKRD28,CPSF7,AUTS2,FUS,CRIM1,DNAJC13,EEF2,SMAD5,KLHL20,CHERP,EFNA2,HOOK2,LHX2,HOOK1,UBE2S,CNOT3,GNB4,UBA2,AMOTL2,UBA1,TCF3,ACBD3,EIF4G1,RNF187,UBE2M,ITGB1,ZNF512B,B4GALT2,KDM5C,GSK3A,ZMYND19,PRKCSH,MAST2,DOCK7,CHD6,CHD4,CHD3,YBX1,AFF3,LMNB2,LMNB1,RPS4X,RPL7A,SNRNP70,SNAPC4,UBTF,WDR5,PMEPA1,TNPO2,PELP1,EIF5A,PCDHGA4,CAD,H2AFX,DDX54,REXO2,SMC1A,RANGAP1,DDX50,RAD23B,SENP3,FAM189B,TRAF7,VCAN,PTP4A3,SFPQ,TFDP1,CTDSP2,CDH11,AKT1S1,NUP54,THOP1,GTF3C1,SMARCD1,SEC23A,NLGN2,ROCK1,PRCC,WIZ,MLLT1,LRP3,STRN4,GANAB,MTA1,PABPN1,POLR2A,U2AF2,NT5DC2,SLIT1,IGF2BP3,NCAM1,MTA2,UBQLN4,FBRS,SMARCE1,SPEN,SEPT11,PPP1R14B,TAF15,NAA10,FBXL19,CDC5L,SSRP1,MEIS2,HNRNPAB,NELL2,NEURL4,CARM1,MFAP2,ACIN1,RBM42,VIM,KCNK2,TAF2,MBTPS2,CUL4B"
+"gene_set_query"	"1013"	"ZNF764"	"846.0"	"ARCHS4 Coexpression,1376;Enrichr Queries,436;GTEx Coexpression,726"	"TDRKH,APP,NCKAP1,ARAF,PPAN,KEAP1,STMN3,ZDHHC7,EPRS,TSKU,BACH2,RAVER1,OPHN1,ZMIZ1,ALKBH1,DPYSL2,OGFOD2,CCDC97,KIF21B,SEPHS2,SOX4,TBC1D10B,WSB1,PRKCD,CIRBP,CD3EAP,RUFY3,CDC37,GRWD1,CLPP,CD2BP2,PRR14,ATF4,CCDC84,BEX4,TTYH3,MRPL16,SLCO5A1,MRPL11,SYNGR1,CHTF8,PPP4C,CSTF1,RDH13,MAP4,GPM6B,ST3GAL2,BANP,S100A10,JUN,SETDB1,DCLK2,MAD2L1BP,HARS2,PRDX6,PTK2,TMEM199,MEX3A,FUBP1,INTS5,PSMG4,HYOU1,INTS8,C2CD2L,CPEB4,GMEB1,GMEB2,SLC44A2,MTMR14,MRPS12,CLTC,KRI1,ADO,TMEM186,RAB22A,SMPD3,MED11,AIFM1,MLX,GPR137,TMED1,RAC1,JAK2,ZC3H10,PRMT7,SPHK2,MRPS2,ANO6,RHOF,DYNLL1,LIME1,MRPL44,TMEFF1,KIN,MRPL53,RAP2A,SLC7A6,PXDN,ARHGEF4,FAM193B,ARHGEF2,DBN1,CSTB,TM9SF3,PPP2CB,NFIL3,NSD1,ORMDL3,SF3B1,DEDD,NFYC,KTN1,RGP1,KBTBD4,RSL1D1,SERBP1,NUCB1,TOR2A,PHLDB1,MIDN,DGKD,MPI,MRFAP1,HDLBP,IPO7,CELSR3,STK11,STK16,PALM,SNIP1,PMPCA,FADS1,TPM4,MAGI2,SHISA5,RSBN1,ATXN2L,OXA1L,MAPKAPK2,PPIF,PKP4,GEMIN7,RAF1,CARS2,FKBP2,DNMT1,PFKFB3,ANKRD16,RPS19BP1,CTTNBP2,TUBGCP2,CSF2RA,RTN4,EIF1AD,STIP1,SNN,SBNO2,GRK6,THEM4,CAMTA1,CCDC32,NADK,IP6K2,BCL9L,AP1M1,ESRRA,KLHDC4,FBXO38,TMEM132A,TRAPPC5,UCKL1,DLG2,SLC7A6OS,GNL3L,EFNA2,HOOK2,PTPRA,GNAQ,SPIRE2,SERINC1,TAB1,BRWD1,BCL2L2,NFE2L1,LRP11,NFKBIB,ISY1,GPSM1,ZNF512B,ITGB1,SCYL3,RNF11,RNPEPL1,CELF3,PHTF1,MRPL4,SPRED2,DUSP12,TMEM223,SPRED1,ZNRD1,SEPT7,OPA3,SNAPC4,NPTN,PDE4A,TMEM109,WDR6,SLC37A4,TNPO3,GET4,RBM17,H2AFY,PDPK1,H2AFX,IQCE,VPS37C,YDJC,ZFP90,QTRT1,NRG3,POLR1B,PPDPF,GFOD2,TMEM9,DCTPP1,PPP1R12C,B4GALT7,RNF31,PPP1R15A,HCN3,USP10,ANKS3,SRBD1,FURIN,TBRG4,HDAC7,CYTH2,FZR1,DNPEP,GNG5,HAUS8,VPS53,E2F4,RPP14,CCDC71,FBRS,PDLIM7,SH2B1,NTRK2,PTPN1,PTCD1,PPP1R14B,TRIM41,NICN1,PCDHGC3,PTPN11,CDC42BPB,USF1,CHFR,BCKDK,RPIA,ASXL1,TSPAN14,SBK1,PPP2R2C,PPP2R2B,CDK2AP1"
+"gene_set_query"	"1014"	"HSFX1"	"846.5"	"ARCHS4 Coexpression,1263;GTEx Coexpression,430"	"FHOD3,EIF4A1,ANKLE2,ISCA1,NDUFA12,CTNND1,HDAC11,CISD1,TESK1,FRY,ACRBP,SLC8A1,CDH8,NUDT4,NFU1,RUSC2,CFL2,ZMIZ2,FAM110B,ARL6IP5,PRKACA,LZTS2,SBF1,ATXN7L3,PPFIA3,STK32C,TRIM23,RPS12,PDHX,CACNA2D1,TTC7B,SHISA4,DYRK1B,TSC2,ILF2,ANK1,MAPK8IP3,RNF41,COX6B1,EML4,CCNY,EEF1A2,SRSF2,VDAC3,TMEM126A,EIF1B,DUS3L,ISCU,CSNK1G2,SRSF9,RTEL1,UQCRB,NDUFB10,TMEM63B,TARSL2,AK1,HPCA,DCUN1D2,BAZ2A,NRF1,MRPL10,GIGYF2,APH1A,APOO,ORC4,FXR2,KLC2,SLC38A6,CAMTA2,PIP5K1C,WDTC1,DNAJC19,TMEM120B,SYT3,PDHA1,SNAPIN,GOT1,IQSEC2,GOT2,COQ7,PRRC2A,HNRNPK,PTK7,PKIA,HNRNPF,OGDH,CYCS,CALM3,ACO2,CDS2,RERE,PHF2,COX7B,MOCS2,CCDC127,DIRAS1,PHF1,AP2A1,ECSIT,SOBP,TMEM191C,PPP1R9B,PTBP1,PPP3CB,SGCB,AP1G1,RSRC1,DHX15,GPR137,EVI5L,CIC,YAF2,GIT1,IDH3A,GARNL3,REXO1,TTC33,RBM18,AKTIP,MINK1,H2AFV,NDUFC1,DUSP26,COMMD7,SEPT5,TOMM40L,IMMP1L,NDUFS7,TRAF4,NAV3,NDUFS4,PFDN1,NDUFS1,PABPC1,SLC25A12,SLC25A11,SLC25A4,CAMK1G,GRAMD1B,SMARCD3,NDUFB6,MRPS36,STAU2,NDUFB5,AMIGO1,WBP4,NDUFB3,NDUFB2,AKAP6,UQCR11,PDHB,UQCR10,SRL,AGPAT1,STRN4,AKAP1,DNAJB2,ANKMY2,TCEAL6,OXCT1,MFN2,EXTL3,FBRS,NIPSNAP3B,NDUFA8,NDUFA6,MDH1,NDUFA5,NDUFA4,PLCL2,GABRA3,NDUFA1,PDE4DIP,TTC1,LYSMD1,SORBS2,USP28,SCAF1,XAB2,FABP3,SUCLA2,CSDC2,BRMS1L,CARM1,NDUFAB1,TAOK2,GPD1L"
+"gene_set_query"	"1015"	"ALX1"	"848.7"	"ARCHS4 Coexpression,199;Enrichr Queries,1189;GTEx Coexpression,1158"	"POP7,RPL32,FCF1,CISD1,PWP1,PHB2,TXNDC17,RPS15,GCSH,PSMD8,GOLGA5,TFG,SNRPD2,PSMD4,PSMD5,MYC,DPYSL3,SNRPD3,ACVR1,MED1,EPHA4,MEF2C,SLC6A15,RPL23,ECH1,SOX11,TWSG1,SFRP1,RRAGC,DDIT4,UQCRC1,VDAC2,AURKAIP1,TRIB2,RPN2,FOXG1,MRPL18,NPRL3,XPC,MRPL12,ANAPC11,MRPL11,PRDX3,SCFD1,PRRC1,PRDX4,FLRT2,PRDX1,STXBP5,RCE1,PUSL1,SEC31A,JUN,PRELID1,CADM1,NR2F1,SNF8,FAM136A,MRPL23,PBX1,ZWINT,MRPL21,MRPL22,CCT6A,PCDHGA11,EXT2,STAG1,ZZZ3,EIF6,PTK7,ID2,CALU,NDUFAF3,PSMG1,FAT4,ITPA,TRAM1,MRPS15,CITED2,RPLP1,FAF2,ARPC1A,SLC7A11,MRPL37,PQBP1,TMEM43,C1QBP,REV3L,NEFL,NEFM,CCT3,CCT2,MRPS26,SEC13,NUDC,TPI1,MRPS24,SSR2,TCF12,MRPS23,NME2,MRPS21,NUTF2,MRPS7,TUBG1,UCHL3,DUSP6,NME1,MRPL52,ZEB2,PSMA4,PXDN,SGK1,EEF1E1,SF3B5,DTYMK,ECHS1,AHCY,SATB2,GSTP1,TIMM13,PRICKLE1,TIMM10,COX5A,PSMA7,MRPL55,PSMB6,PSMB7,SCAF8,PGRMC2,PSMB5,SRP72,PSMB2,PSMB3,LMAN2,PSMB1,RPL15,RPL18,CCT7,CCT5,RUNX1T1,CCT4,RANBP1,NPM1,MTX1,MDH2,YIPF5,GTF2H1,PPP1CA,NFIA,NFIB,NDUFAB1,PSMC2,GOPC,RAB3GAP1,TOMM5,TOMM6,HDDC2,MTCH2,NDUFA11,PDCD5,PARK7,UBE2Z,COX6A1,TOMM22,CHCHD4,CHCHD2,TMEM147,LAMP1,CDH2,CHCHD6,RUVBL2,RUVBL1,AZI2,SBF2,TRAPPC2L,FBXW8,TPM4,RPS8,IGFBP3,RPS5,IGFBP2,PAM16,THOC3,CNPY2,POU3F2,SDHB,ILF2,FOXP1,EBNA1BP2,TMX2,RAB34,DNAJB11,SMS,NHP2,PGP,SNRPG,SNRPF,GEMIN7,PHPT1,SNRPC,RAI14,SNRPB,PSMD11,NDUFB10,PSMD14,NDUFB11,GLO1,CACNA1A,PHB,UQCRH,ACAT2,SOCS2,EFNB2,EMG1,BRIX1,OTX1,SRGAP1,SLC38A2,SAC3D1,BCL9L,CD276,PDHA1,SYT1,CRIM1,DNAJC13,SMAD5,LSM4,LSM3,COPS6,NR4A3,CDK4,LHX2,HOOK1,NACA,GNB4,CYCS,RNF181,PIN4,DYNLRB1,ACBD3,SAE1,LRP12,CNIH4,DOCK7,ETFA,ETFB,RBM3,MRPL3,NOB1,MDK,TIMM17A,TIMM17B,PHACTR1,TNPO1,EDIL3,JAGN1,ADSL,GLRX3,H2AFZ,NDUFC2,VCAN,PTP4A3,NDUFS8,NDUFS5,CDH11,TBC1D7,SNRPA1,PFDN2,SLC25A5,STOML2,NDUFB8,GTF3C6,NDUFB4,POMP,CXXC1,RPL36A,HSD17B10,SRM,TAF1B,GNG5,DDT,SLIT1,SH3BP4,SLITRK5,SPOCK1,POLR2F,ROMO1,IGF2BP2,SMARCE1,GADD45GIP1,NDUFA9,SEPT11,NDUFA6,PCDH9,NDUFA4,PCDH7,PCDH8,ADRM1,HSPE1,MEIS2,NELL2,SNRNP40,EIF3I,MFAP2,TRIM35,CDK2AP2,KCP,SSBP1,KCNK2,TAF2,RAN,CUL4B"
+"gene_set_query"	"1016"	"ZNF117"	"849.0"	"ARCHS4 Coexpression,540;Enrichr Queries,824;GTEx Coexpression,1183"	"POP7,FNBP1L,RPL8,PHB2,CRKL,PSMD8,TRIM28,DPYSL2,PSMD2,PSMD3,FDXR,ARL6IP4,SOX4,ARRDC4,DDX17,WSB1,CXADR,ARRDC3,MTUS1,RFX3,CD3EAP,SOX11,ANK3,TMEM170B,RNF126,DAAM1,PSME3,RUFY3,GRWD1,DDIT4,AKAP9,JTB,VDAC1,KCTD12,RPL29,PFN1,AURKAIP1,PEX11B,RPN1,PIK3R1,MRPL12,GNS,PRKAR2B,ARGLU1,S100A10,VAT1,NMB,JUN,FZD3,PRELID1,INTS3,PLK2,SURF4,H3F3A,KLHDC8B,PA2G4,PBX1,MLLT11,CCDC88A,EIF6,SESTD1,FASN,ID2,GIPC1,FAT4,SERPINI1,CPEB4,ITM2C,NRP1,PIGU,PTPRS,HIP1,CITED2,SLC7A11,MRPL37,SIPA1L2,PRPF19,MED12,TRMT112,TUBA1A,TRIM2,C1QBP,REV3L,SDF4,TK2,GABPA,PCMTD1,CTSB,CCT3,TMED9,SHPRH,NUDC,ELOVL5,MMD,PRMT1,PGAM1,TET2,NME2,TERF2,ZDHHC17,DUSP6,PGM2L1,MLF2,RHOB,APRT,KAT2A,PXDN,RHOU,SGK1,SF3B4,AHCY,SATB1,CENPB,PSMA7,PES1,ASNA1,LMAN2,AP2S1,RPL18,CCT7,NKTR,BCAP31,KIDINS220,MDH2,PTGES2,PLEKHA5,DOHH,SORBS1,FAH,NPM3,VEGFA,PPP1CA,BOP1,GPAM,NFIA,MYBBP1A,ABI2,PSMC3,DPY19L3,NFIB,CCNG2,NEDD4,TAOK2,TTC3,CAMK1,NUCB2,FAM49A,VKORC1L1,SCARB1,TUSC2,FRY,CLU,IPO4,IGF1R,FADS3,LAPTM4A,CHCHD2,CDH2,PPIP5K2,ARHGDIA,RUVBL2,CHCHD7,CFL1,CAPN2,FADS1,RARS2,SLC38A1,IGFBP3,RPS5,TPM1,STX7,LMO7,ATAD3A,TUFM,TMEM135,DMTF1,WDFY3,PHIP,FKBP4,PPIB,SLC27A4,SNRPB,LRRC59,INSIG1,IREB2,LPL,PHB,NDRG1,HSPBP1,EFNB1,ORC4,STIP1,ARHGAP20,IRAK1,DVL1,NACC1,CYC1,SKIL,ZKSCAN1,UVRAG,RAB4A,TIA1,AUTS2,IDH1,KLHL24,MARCH6,DRAP1,BMP1,HOOK2,NBEA,HOOK1,UBE2S,ACO1,BRWD1,FGF13,COPE,EIF4G1,UBE2M,SLC25A1,GSK3A,DOCK4,PRKCSH,USP33,SLC2A3,SYNE2,LMNB2,SENP6,SEC61A1,SENP7,FSD1L,BCL7A,PSD3,CPXM1,CEP170,RBM5,EIF5A,DST,PDPK1,ATRX,VPS13A,H2AFV,DDX54,EDF1,RAD23A,RANGAP1,ARID1B,ARL4C,VCAN,ASPH,RER1,EEF1D,CAT,C1D,LUC7L3,NFAT5,LEPROT,STOML2,RAB1B,ATP1A1,HDAC7,SRM,U2AF2,DDT,IGF2BP3,MEST,SEC11A,ATP9B,CYB5B,GADD45GIP1,PPP1R14B,NCKAP5L,ADRM1,PDE4DIP,HNRNPAB,PNRC1,TSPAN14,EIF3G,RBM42,VIM,SSBP2,METAP2,EIF3B"
+"gene_set_query"	"1017"	"PAX8"	"849.3"	"ARCHS4 Coexpression,1281;Enrichr Queries,1005;ReMap ChIP-seq,163;GTEx Coexpression,948"	"ITSN2,TES,RPL3,POP4,HNRNPU,RPL8,PHB2,LSM10,PSMD8,NDST1,CNST,RNF114,CAPNS1,ZMIZ2,AKT2,DPYSL2,MYC,LUC7L,ANKFY1,HOMER3,NFRKB,DDX17,MED1,PRKCI,ACOT7,UNC5A,WDR74,CD3EAP,RFX1,RUFY1,MYL6,ARMC6,ZC3H11A,CLPP,DDIT4,RUFY2,JTB,RBCK1,RPL28,CDC42SE1,CTBP2,CTBP1,RPN1,PRDM15,NEDD4L,PDGFA,BAZ2A,PLA2G6,HIF1A,GLG1,PRPSAP1,FAM171A1,PRDX2,PRDX5,NUP85,PRDX1,ST3GAL5,MCMBP,ST3GAL1,RPL41,JUN,WDR59,JUND,ARPP21,JUP,PRRC2C,IRF2BP2,MTHFR,PA2G4,PBX1,MLLT11,TADA2B,FASN,HNRNPD,CDK10,HYOU1,GTF2IRD1,MMS19,HNRNPC,FARSA,CDKN1C,PYGB,GMEB2,SPEF1,PHF20,KCNC3,PIGQ,RPLP0,HSPB11,TRIOBP,PIGX,MED11,TRMT112,MRPL40,RARS,TRIM2,RPLP2,BRD3,ZC3H10,UPF1,WDR37,IFT140,SIRT4,EPS15L1,WDR34,DYNLL1,DUSP6,PHF20L1,RNF168,SLC7A5,IVD,PXDN,KIFC3,CDC123,SF3B3,STAU1,GSTP1,SRRT,CENPB,MRPL54,TM9SF4,FAM129B,RECQL5,TMEM65,MFN1,MFN2,HARS,SRSF10,BRD4,FARP1,MBD6,BRF2,SNX21,SNX22,HIPK1,WDR13,GATAD2A,NFIB,CCDC6,YPEL1,CIAPIN1,PKN1,AGRN,MTCH1,CRCP,RAB3A,ATP8A1,FBXO28,CTNND1,ATN1,MPV17L2,SLA,YY1,ABHD11,LAMP1,CDH2,PAPOLG,MTPAP,LZTS2,KPNA1,GTF2I,RAB2B,TPM4,USP4,RPS8,IGFBP3,TPM1,SARS,ATP11A,PGD,CDC25B,FOXP1,ILF3,SLC9A8,SRSF2,SRSF3,SNRPE,PKP4,SRSF6,SQSTM1,SRSF9,FKBP5,PFKFB3,RNASEH2A,CD151,CUL5,PEF1,TUBGCP2,FAM114A2,BRI3,INSIG1,CCDC25,GMPS,CUL1,FOXO6,SPATA2,RAP1GAP,HSP90B1,MBIP,ANKRD10,BRIX1,EIF2B5,TOR1A,OSBPL2,BTBD6,LRFN3,LSM7,GON4L,SCCPDH,ZFP62,RHEB,SPIRE2,PLXNB2,PLXNB1,MDM4,NFE2L1,RNF187,ZNF512B,SLC25A1,DIDO1,PPP1R13B,WDR4,ARRB2,SYNE2,PIK3C2B,MRPL4,DUSP12,SART3,ADAMTS3,SIN3B,PPP6R3,SUMO2,IDH3B,WDR6,PMEPA1,ERC1,SLC37A4,GAL3ST3,PELP1,HSP90AA1,PLEKHG2,GPX1,GPX4,RTN4RL2,RAD23A,REXO2,YDJC,QTRT1,ARL4C,PTP4A3,TFDP1,CTDSP2,ETF1,MET,ST6GALNAC6,GTF3C1,ROCK2,GTF3C6,CXXC1,LENG8,LRP3,LRP8,HDAC7,NFS1,FZR1,SLC25A28,DNAJB6,RBBP4,HAUS8,POLR2D,SLC25A22,ATP9A,SH2B2,NOP56,GADD45GIP1,PTPN1,NTRK2,SEPT11,PPIL2,PCDH7,TXNL1,FOXJ3,RPL35A,CDC42BPB,CDC42BPA,TPD52L2,PNRC2,CUL4A,RAD52,NELL2,MARCKS,SNRNP40,KLF6,NAGK,SYT11,MFAP3,MGAT4B,PTPN9,KCP,CEBPZ,P4HB,SMAP2,SPG21,EIF3A,FAAH,PANK2,LPGAT1,EIF4A3,CISD1,JMJD1C,GCC2,TXNDC12,CCNC,IFI30,RCBTB1,CRKL,CCAR1,TIAL1,GOLGA3,RPS16,SNRPD2,SNRPD1,EPC1,EPHB2,ATXN7L3,SOX4,TBC1D10B,SRRM2,PDHX,SMARCC2,COG4,METTL3,ACSL6,MRPS18B,ACTN4,MFSD11,ANK1,POR,CFDP1,XRN2,KCNQ4,CD2BP2,ANKRA2,OBSL1,GCDH,IGSF8,GIPR,CSTF3,FBF1,CEND1,PIK3R2,ZBTB5,ACTR3B,SNX4,SNX1,SYNGR1,LARS,MLEC,MAP4,PATZ1,RBM12,SNX5,CTSA,SNHG1,PTPRN2,INTS1,BCL11B,TMEM50B,ST8SIA2,PUM1,HARS2,CCDC88A,RPS27,CALY,PPP1R1A,ID2,CDC16,ECHDC2,COL9A3,CALR,CALM2,RPS24,TECPR1,SUGP2,AARS,SUGP1,PCSK2,DDR1,AHCTF1,FAM45A,PPP1R10,ZFAND2A,ZFAND2B,FAF2,GDI2,MYL6B,SLC7A11,ZCCHC17,PTPRF,RPTOR,AKAP12,EPM2AIP1,GUK1,TMED4,CTSB,ACAD8,PSD,PRMT5,CCT2,PCYT1A,MRPS25,GAA,TSC22D3,PRPF40B,TFB2M,RHOF,ITFG2,MRPS5,TOPORS,COMMD5,TOX4,MPPED2,CANX,KIT,GLCCI1,HNRNPH3,SGK1,SLU7,FJX1,STK40,NAPA,CSTB,DERL1,HSD17B4,PRKX,CRIP2,NT5C,HIRA,ARVCF,CHRAC1,UBTD2,MAP4K4,NFYC,PTGES3,MYO9B,SORBS2,VEGFA,RAB11B,TMUB2,NUDT9,SEC23IP,ITCH,KDM1B,CRTC1,CD81,SPPL2B,WWC1,OGDHL,UBE2Z,CELSR2,IGF1R,CNDP2,ARHGDIA,RGS9,PDIA3,PCID2,PHYH,LMO4,APLP2,SPNS2,SSU72,TSC2,SDHC,ATP1B3,UBE4B,ATP1B1,PDIA6,DPM2,TMEM135,MAU2,TBL1XR1,EEF1A2,CMPK1,ISCU,RAI14,DDX6,IDI1,COPB1,NPR2,DDX1,BTF3L4,LTBP4,CACNA1A,CPLX2,RPF2,NDRG1,TAF5L,EMG1,ZMAT2,TCTEX1D2,DNAJC21,EP400,NDUFV3,NDUFV1,PDZD8,HSPA9,PRNP,UBE2H,CBX4,KLHL26,ARHGAP29,COQ9,EIF2S2,SUPT5H,ANKHD1,PAN2,CLK1,NFKBIA,NR4A3,HOOK2,NASP,UBE2S,HOOK1,GNB1,GNAS,UBA1,AMOTL2,PI4KB,DYNLRB1,LSM14B,GRSF1,COPE,RBM28,KDM5B,CUEDC2,ACADVL,DYRK2,DDX49,MAST3,PRKCSH,DOCK9,MAST2,MAST1,CHD6,DDX41,CHD2,USE1,CABIN1,RBM3,SEC61A2,TMEM101,TIMM17A,YWHAG,GALNT9,GET4,UTP15,ARHGEF12,PDPK1,PDE4D,DDX56,NAV2,GPCPD1,DDX50,DNM2,SFPQ,VCAN,ACOX1,PPDPF,USP40,LUC7L2,SHANK2,B4GALT5,TM2D1,USP12,SLC3A2,SPG7,ATP1A1,PARL,CYTH3,POLD3,RMND5B,CYTH2,NXF1,DNPEP,MAT2A,TRA2B,LEPROTL1,ROMO1,NCAM1,PDLIM7,REPS1,SPEN,RBM39,ATE1,USP20,QPCTL,MIIP,USF2,MEIS2,CLCN7,CLCN6,CARM1,ASB6,TAF6,VIM"
+"gene_set_query"	"1018"	"ZNF75A"	"850.0"	"ARCHS4 Coexpression,1049;Enrichr Queries,711;GTEx Coexpression,790"	"EIF4A2,RPL4,TCERG1,EIF4A1,FAAH,MT-ND4,TRIO,RPL3,RPL32,ZMYND8,DCAF8,HNRNPU,RPL8,PHB2,BACH2,CCAR1,PNN,AKT2,MYC,LUC7L,EPC1,UBAP2L,CCNL2,HIST3H2BA,CCNL1,CDK5RAP3,SOX4,DDX17,ARRDC4,MEF2C,RPL21,SCAF11,ARRDC3,CIRBP,WDR74,RFX3,CD3EAP,WDR73,ANK3,MAPK8IP3,EML5,DDIT3,DDIT4,HECA,RPL29,CCDC84,L3MBTL2,DHX8,NEDD4L,PDGFA,TRMT2A,PIK3R1,HIF1A,RHOT2,PCBP1,KCNMB4,PATZ1,ST3GAL1,ZSCAN18,BTF3,PRPF38B,JUN,WDR59,ZRANB2,BCL11A,TMEM50B,PLK2,PDE2A,PRRC2C,MYO5A,UPF3A,PBX1,MANF,ID2,RBAK,CDK13,CPEB4,ITM2C,CITED2,PPP1R10,KCNC3,SLC7A11,SIPA1L2,COX7C,PFAS,AACS,OSBPL10,SHF,EPM2AIP1,ZMYM2,PCF11,FASTK,TRIM2,ZMYM6,ZIK1,PARP6,DFFB,BRD2,PRMT7,NCOA5,MRPS25,TSC22D3,MRPS7,WDR33,MLF2,RHOB,GNL3,MED23,PHF20L1,DDB1,KIN,IVD,CDC42EP3,PXDN,RHOU,GLCCI1,SGK1,SFI1,SATB1,ARNTL,RXRB,HIRA,GGA1,RPL17,SRSF11,RIC3,FARP1,RANBP1,MBD6,YIPF4,WDR13,BLCAP,VEGFA,HIST3H2A,NFIB,TAOK1,UBAP2,ZFP28,CCNT2,FAM13B,SPPL2B,GNPTAB,POGZ,SMARCAD1,EP300,BANF1,PLEKHJ1,ANKRD49,ANGEL2,THOC1,TSC2,TSC1,FRMD4A,LMO7,FOXP1,EEF1A1,ILF3,CLIP1,DMTF1,DKC1,PRPF3,RPL7L1,SRSF6,ANKRD12,ITPR1,GPR85,CACNA1A,SOCS2,SCUBE1,KIF3B,DPP9,THEM4,SLC38A6,E4F1,DMAP1,ZKSCAN1,BPTF,ACBD6,TMEM120B,PRNP,CPSF7,TIA1,FUS,KLHL22,ASNS,KLHL24,CLK4,CLK2,PAN2,EFNA2,HOOK2,ZFP62,HOOK1,RFXAP,JMY,MDM4,OGT,ZNF512B,NAA40,RBM26,ZC3H4,DOCK9,PRKCSH,AKAP8L,CHD2,MFSD8,TRO,DUSP12,RPL7A,BCL7A,SNRNP70,PPP6R2,PPP6R3,UBTF,DGCR8,DACT3,TNPO1,ARHGEF12,PDPK1,PDE4D,ABCC5,GLRX5,DDX56,RABGGTB,SENP2,ZFP90,GIGYF1,SFPQ,NAV3,NDUFS7,ACOX1,POLR1B,LUC7L3,LUC7L2,SHANK1,PPP1R15A,KDM3A,USP16,WBP1,RBM4B,FOXK1,SPG7,TBRG4,MAPK9,MAPK8,TAF1D,MTA1,DROSHA,FEM1C,FYN,SH2B1,TTC14,NOP56,RBM39,KDM4B,NOP58,PPIL2,TRIM41,CDC5L,RPL23A,EFR3B,USF1,KLF7,NEURL4,KLF6,ERCC3,RAB12,POLR3F,RBM45,RBMX,TNRC6A"
+"gene_set_query"	"1019"	"ZFP69"	"851.0"	"ARCHS4 Coexpression,791;GTEx Coexpression,911"	"RPL5,PANK2,FCF1,HNRNPU,PHAX,SMC3,PWP1,ACTB,TMPO,MED1,DDX18,RECQL,SOX11,MFSD11,HDHD2,ATG12,TWSG1,RRAGB,RFX7,ULK3,VOPP1,PFN1,KCTD18,TMEM63B,ADH5,MTDH,UBE2J1,LDHB,PDCD10,MICAL1,MIER1,SNX6,B3GALNT1,TMEM50A,NCAPH2,FAM136A,CCDC88A,HNRNPK,H2AFY2,CALU,PPT1,GRB2,INTS8,GPR27,TOP2B,GFM1,FAF1,WDR41,BMI1,PCM1,NIPBL,XPO1,TMSB4X,AP3S1,PRMT6,CAP1,DFFA,PARP2,STRADB,STRBP,PABPC4,SSR3,LRRC40,PRPF40A,BAZ1B,WDR35,MRPL53,VAMP7,KIF2A,FRG1,MTF2,TCP1,GLCCI1,MAPRE1,ERGIC2,PRIM2,PCNA,NOL7,DERL1,SH3BGRL,FAM172A,PPP1R8,UBTD2,SHOC2,MGAT2,PAIP1,SF3A3,SUZ12,NFYC,TTC9C,GTF2H2,KLHL9,TM9SF2,XAB2,SERBP1,HNRNPA2B1,TCEA1,TUSC2,CEP120,STK32B,SLC25A46,CSNK1G3,MORC3,ANKRD46,DIMT1,DYRK1A,ADAM10,ATP11C,SAP30,MSH6,ACAP2,TMX3,TMX1,DKC1,PPIE,ANAPC4,ERH,PHIP,ZCCHC7,ENY2,CBFB,GLO1,IREB2,PDS5A,RLF,CORO1C,MED30,TPR,BRIX1,OTX1,NAE1,TOR1A,PHF10,API5,HPS3,DNAJC13,ZBTB12,ARPC5,MARCH7,CLK2,LSM6,SLC7A6OS,UBLCP1,NASP,RFXAP,PDCL,UBA2,CNOT8,PSIP1,ZFP82,HMGB1,YBX1,SENP6,DUSP12,CEP170,TOPBP1,ACTR3,IQCB1,ACTR2,H2AFY,NCBP2,BUD31,PLRG1,ARID1B,ARL4C,SFPQ,FCHSD2,CREB1,NUP50,NUP54,DNAJC8,THOP1,ROCK1,SRSF1,LRP8,STOX2,HECTD1,TAF1A,SNRPB2,IGF2BP3,TRIM44,DCAF13,SLC35A1,KDM4A,SSB,RNGTT,FEM1B,FOXJ3,NAP1L1,TRIT1,SLC4A7,NIN,IMPDH1,ERCC2,ERCC8,BAX,EIF3E,SUGT1,RBM45,PDE7A,SMAP2,TPT1"
+"gene_set_query"	"1020"	"ZNF224"	"852.3"	"ARCHS4 Coexpression,1211;Enrichr Queries,549;GTEx Coexpression,797"	"CCNJ,VARS,HDAC11,JMJD1C,HNRNPU,GABPB1,HERC4,PNN,CAPNS1,PSMD5,DPYSL2,MYC,PSMD3,AP1S1,CCNL2,SCAPER,FNBP4,SRRM2,DDX17,MED1,WSB1,SCAF11,ARRDC3,RECQL,WDR75,RFX3,CD3EAP,MAPK8IP3,SND1,XRN2,DDIT4,AKAP9,HECA,ANKRA2,ALG10B,MACF1,NECAB1,POM121,DHX8,XPC,PIK3R1,RNPC3,MRPL12,FAM160B1,CYB5R4,ERI3,DHX38,TRPM7,ARGLU1,PRPF38B,JUN,SETDB1,PHC3,MED13L,SETX,STAG1,ZBTB6,STAG2,WNK1,GOLGB1,GIPC1,HBP1,RBAK,SMG1,PIGU,PRPF19,MED17,SERP2,EPM2AIP1,NIPBL,ZMYM2,PCF11,ZMYM6,REV3L,UBXN7,SDF4,JAK2,PCMTD1,RSPRY1,WDR36,SHPRH,TMED9,TET2,NME2,PRPF40A,DYNLL1,MTSS1,MLF2,MED23,KIN,SIKE1,NFX1,MTF2,CDC42EP3,PXDN,AHCY,SATB1,NOL8,CENPB,CST3,BCLAF1,RICTOR,MGAT2,MAP4K5,SRSF10,EXOSC2,YKT6,NKTR,SUZ12,MON2,PLEKHA1,MTX3,STAT2,PLEKHA5,WDR11,VEGFA,KLHL9,MKLN1,NFIB,CCNG2,TAOK1,NEDD4,RAB3GAP2,HDGF,RNF141,FRYL,DBR1,CCNT2,HDLBP,ARID4A,ARID4B,CYP46A1,IGF1R,SMCHD1,PPIP5K2,CWC22,CFL1,SLC38A1,ANKRD49,MAGI2,TTC7B,UBE4A,PRPF4B,TSC1,THOC2,FBXW2,DMTF1,TMX1,WDFY1,PHIP,FAM92A,ANAPC1,NSMAF,ZCCHC8,ZCCHC7,DDX6,LRRC59,RAB5C,IREB2,ANKRD12,HSPBP1,ORC4,UBR5,NACC1,ZKSCAN3,CCDC32,ZKSCAN1,BPTF,IVNS1ABP,TIA1,NONO,M6PR,HPS3,NUP153,KLHL24,MARCH6,CLK4,SLC7A6OS,GNL3L,GON4L,EFNA2,HOOK2,HOOK1,GNB2,DMXL2,DNAJC10,AAK1,NF1,MDM4,TCF4,BRWD1,FGF13,OGT,NFE2L1,EIF4G1,CREBZF,SCYL3,RBM25,DDX46,PRKCSH,USP33,USP34,PTEN,CHD6,SLC2A3,YBX1,CHD2,PHTF1,DUSP12,SENP7,SEC61A1,SART3,ZC3H7A,EVI5L,LRRFIP1,RBM5,RBM6,EIF5A,USP48,DST,DIS3,PDPK1,ATRX,TRNAU1AP,NAV2,ARID1B,TRAF7,VCAN,PIK3CA,CTDSP2,LUC7L3,BIRC6,SOS1,PPP1R15A,NFAT5,UHRF2,RAB1B,TGFBRAP1,LENG8,GANAB,U2AF2,TGS1,TAF1A,EIF4H,FEM1C,VHL,DRAM2,ATP9B,TTC14,ATF7IP,RBM39,PPP1R14B,ZFC3H1,PDE4DIP,PDAP1,DEK,DDHD1,HNRNPAB,FBXL12,NIN,KLF6,CARM1,P4HB,SSBP2,TAF2,TRIM33,TAF1"
+"gene_set_query"	"1021"	"ZFP64"	"852.7"	"ARCHS4 Coexpression,1278;Enrichr Queries,289;GTEx Coexpression,991"	"SMARCAL1,TRIO,ZMYND8,ZDHHC5,EPRS,PWP1,HS6ST1,ACTB,PREX1,CDC23,ZMIZ1,DPYSL2,MYC,DENR,ATXN7L3,SOX4,SOX5,TMPO,MED1,EPHA4,SMARCC1,AQR,CSNK2A1,ACTN1,CD3EAP,SOX11,ANK3,WDR73,CPT1C,MED6,TIAM1,BIN1,ZW10,DDIT4,ALG10B,KCTD15,NUP205,DHX8,CTBP2,CDCA4,NEDD4L,AGAP1,PIK3R1,GJC1,APH1A,NUAK1,PPP3R1,SEC14L1,ZNHIT3,GAR1,GSE1,TNRC18,HIVEP2,RDH13,PATZ1,ST3GAL1,SLC19A1,JUN,JUP,CADM1,BCL11B,SETDB1,BCL11A,RCC2,PLK2,PBX2,PA2G4,PAICS,PBX1,EXT1,SLC6A6,UCK2,EIF6,INTS5,INTS7,ITM2C,RNF220,ARF3,NRP1,PIGU,PTPRS,SLC35F2,CITED2,RPLP1,RPLP0,MRPS12,SNX12,NAT10,TCF20,CTCF,SPPL3,PTPRF,ROBO1,TRIM2,ENC1,DHX15,ANXA6,JARID2,DLGAP4,DFFB,UPF1,PARP1,TSC22D1,ACAD9,MINK1,ELOVL6,DUSP6,DDB2,MLF2,ENAH,NCOR2,ZEB2,TET3,PXDN,EXOC4,RAPGEF1,ARHGEF2,SGK1,ARF6,PCNA,SF3B3,GNAI3,RBFA,TM9SF4,GNAI2,EXOSC7,TCOF1,CUX1,TMEM68,LEO1,MAP4K4,YTHDF2,RPA1,DAB2IP,NFIA,NFIB,SERBP1,NUCB1,PKN1,TACC2,SCARB1,WWC1,FBXO28,UBE2Z,FBXO22,IGF1R,FBL,LAMP1,KHSRP,SNRNP35,TLE4,TLE3,RALBP1,KDM2B,FBXW9,TPM1,FRMD4A,FOXP4,TMEM131,FOXP1,TBL1XR1,HNRNPUL2,EHBP1L1,MAPKAPK2,FSCN1,CHMP4B,ADNP,ANAPC1,FKBP5,GLYR1,DNMT1,ANKRD16,PFKFB3,KHDRBS3,ANKRD11,CHRNA7,ITPR1,CACNA1A,EFNA4,NDRG1,ORC5,SBNO2,PITRM1,ABL1,SMYD2,PLXNA2,SLC38A2,PDZD7,MCL1,WDTC1,IVNS1ABP,PRNP,DR1,AUTS2,PTCH1,HMGA1,FANCE,EFNA3,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB1,GNAS,SPIRE2,PLEKHM2,BLMH,DEGS1,LRP10,TMEM19,BCL2L2,NFE2L1,BCL2L1,PICALM,DIDO1,KDM5B,WDR1,NVL,PRKCSH,CHD8,CHD6,AFF3,BICD2,LMNB1,PPP1R9B,DUSP11,SPRED2,SART3,GM2A,MFSD5,OPA3,PMEPA1,LRRFIP1,ARHGEF11,SUN2,ACTR2,KLF13,DST,PDPK1,PDE4D,HUNK,NAV1,NAV2,ARID1A,ARID1B,ARL4C,PTP4A3,ASPH,CTDSP2,POLR1B,DNAJC5,PPP1R12C,AHDC1,RNFT2,DCTN5,MTPN,GTF3C4,PARG,SRC,PARD6G,FOXK1,ADD1,DNAJB2,DNPEP,TMEM203,SH3BP4,FEM1C,KDM4A,PTPN1,TMEM30A,GALNT1,PDE4DIP,BAIAP2,MEIS2,ACVR2A,NELL2,KLF6,POLR3B,PSAT1,TRIM35,SPRY2,VIM,BCAR1"
+"gene_set_query"	"1022"	"HIF3A"	"854.0"	"ARCHS4 Coexpression,951;Enrichr Queries,902;GTEx Coexpression,709"	"RRP1,WIPF3,ARPC5L,DIXDC1,ADARB1,THUMPD1,BACH2,LSM11,TRIM28,DPYSL2,DPYSL3,AKT3,AKT1,KIF21B,DIP2C,GLUL,ATXN7L3,EPHA7,RBFOX3,ACTN1,CD3EAP,MOGS,EML1,ANK1,MYL6,SFRP1,DAAM1,DDIT4,BOLA2,KCNQ4,EZR,CUTA,TSHZ3,ANAPC16,TMTC1,PIK3R1,ADH5,ANAPC11,GJC1,INPP5B,LARP1,BLOC1S2,DHX35,MLEC,TNRC18,S100A10,JUN,DMPK,CADM1,BCL11A,RCC2,PDE2A,PBX2,PRRC2A,HNRNPL,SESTD1,PPP1R1B,DCHS1,PKIG,FERMT2,CDKN1C,ARF3,PHF2,PYGB,PIGU,DAZAP1,DIS3L,MED19,TCF20,PCSK7,SLC7A11,VLDLR,PRPF19,TRIOBP,SMG5,SMPD3,AKAP12,TMSB4X,KIF1A,UPF1,DUSP1,TSC22D3,UCHL3,DUSP6,SREBF2,RHOB,RNF168,TMEM33,KIT,PXDN,FAM20B,PLEKHO1,SLC29A1,SGK1,PAFAH1B3,NFIX,PRICKLE2,UQCR11,CENPB,ADCY5,CST3,HIRA,NFIL3,TCEAL1,TMEM68,SPOP,LEO1,GPC4,STX2,RUNX1T1,GABRA3,SORBS2,SORBS1,GTF2H5,VEGFA,FKBP1A,NFIA,NFIB,SLMAP,ESYT2,HDGF,PKN1,PLP2,MPHOSPH8,PHLDB1,CD81,HDLBP,CLU,IPO7,SLC8A1,PPP1CB,LAMP1,SCMH1,CFL1,PHYHD1,LZTS2,MAF1,FADS1,USP8,USP7,ADPRHL2,IGFBP3,TPM1,ZBTB33,ATP1B2,VRK3,FOXP1,HNRNPUL2,DMWD,RAB34,SRSF9,FKBP5,GLYR1,PFKFB3,ARHGEF26,ARHGEF25,LTBP4,LPL,CACNA1A,ARL2,FBLN1,CACNA1C,NDRG2,CACNA1H,NEUROD2,RAP1A,SCUBE1,NACC1,ABL1,DVL3,PLXNA4,PDZD7,AP1M1,NEK9,SMAD4,OSBPL5,ATP8B2,PTCH1,TRAPPC5,HMGA1,KLHL23,EEF2,NFKBIA,LRCH2,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB1,CNTN1,GPR107,LSM14B,NFE2L1,SCYL3,CALCOCO1,DOCK9,PRKCSH,CELF2,CBY1,CHD6,DDX42,ILK,SLC2A3,DDX41,YBX1,AFF3,MEA1,TTC28,PPP1R9B,DUSP12,SENP7,MRPL2,SENP5,UBE2Q1,UBE2Q2,ZC3H7B,PPP6R1,RASGEF1B,SPEG,TMEM109,CCDC50,SUN2,ACTR2,PPP1R12A,ARHGEF12,DST,PDPK1,VEZF1,NAV2,RAD23B,PTBP2,VCAN,PTP4A3,NSMCE4A,PPP1R12B,PPP1R12C,SEC22C,PPP1R15A,SMARCD2,ROCK1,SRF,EI24,CXXC1,NRXN2,ADD1,HDAC7,FAM168B,U2AF2,NT5DC3,FAM120A,SLIT1,NCAM1,MAPK6,MEST,PDLIM7,POLR2L,NTRK2,PCDH7,AMFR,SEMA4C,CDC42BPB,HNRNPAB,HS3ST1,NELL2,KLF6,TSPAN18,RAB12,MGAT4B,PDCD4,SSBP2,EIF3B"
+"gene_set_query"	"1023"	"PHOX2B"	"856.7"	"ARCHS4 Coexpression,455;Enrichr Queries,1181;GTEx Coexpression,934"	"CNTFR,TES,PANK3,CERK,DIXDC1,STMN2,STMN3,DCAF7,RPL6,GPR173,DPYSL4,DPYSL5,ZMIZ1,IGLON5,DPYSL3,ANKFY1,AKT1,KIF21A,PTGFRN,DIP2C,FBXO9,CHGB,SOX5,ARRDC4,SRRM3,EPHA7,MEF2C,RBFOX1,RBFOX2,ACTN1,CACNA2D1,SLC6A15,ARMC9,SOX11,CSNK1E,SOX12,VWA5B2,CPT1C,EML1,EML5,MYL6,SFRP1,KCNQ2,KCNQ4,TAGLN3,ATF4,NRN1,IGSF3,FOXG1,MTMR4,TTBK1,GJC1,NKAIN1,PCBP4,DHX35,PLCG1,RALGDS,NTSR1,B4GALNT4,JUN,BCL11B,LRRN3,BCL11A,ST8SIA2,RDX,H3F3A,NR2F1,KLHDC8B,L1CAM,MEX3D,PBX1,PRRC2B,SMARCA4,ICK,MLLT11,MEX3A,H2AFY2,RPL27A,FXYD6,DCHS1,RCOR2,PTPRS,FAM57B,GRIK5,GRIK3,ICA1,SHD,RNF157,TUBA1C,UCHL1,NEFL,RAC3,NEFM,FEZF2,CCT3,MANEAL,COMMD6,TMEFF1,ZEB2,TUBB2B,PLEKHO1,GLCCI1,SLC29A1,ERGIC3,DBN1,PNCK,NFIX,SATB2,ATL2,PRICKLE2,ADAM22,BEGAIN,ARVCF,CUX2,NPY,SPOP,GPC2,SAMD1,RUNX1T1,CENPV,RANBP3,MYEF2,LHFPL4,PLEKHA6,SORBS1,NMNAT2,NFIA,KIF26A,NFIB,SLMAP,RIMBP2,SARM1,CDK5R2,ANKRD13B,KDM1A,TOMM20,CELSR3,RIMS4,ATCAY,KIF5C,TUBB3,BASP1,SCMH1,SNRNP35,LZTS1,TMSB10,GTF2I,CHRNB2,TPM1,TBR1,KCTD3,FBXO10,MID1,POU3F2,POU3F3,ACLY,ILF3,MYCN,DOK4,GPRIN1,EEF1A2,FSCN1,TOX,PDE9A,KPNB1,KHDRBS1,BRSK2,RTN1,KHDRBS3,ARHGEF26,ARHGEF25,DIABLO,ZC4H2,CHRNA7,DDX1,MAZ,CACNA1A,CACNA1C,SEZ6L2,CACNA1E,CACNA1H,CAMSAP1,CORO1C,PHF21B,DPP6,RAP1A,ABL1,DVL3,CDH24,H1FX,OTX1,PLXNA4,TBC1D16,SYT1,AUTS2,CBX3,CBX2,TMEM132A,CBX1,TBCD,KLHL23,MANBAL,REEP1,CDK8,LRCH2,HOOK2,NSG2,LHX2,UBE2S,UBE2O,TCF3,SAE1,MDM1,GPSM1,GSK3B,ALAS1,PODXL2,CELF3,CBY1,CELF4,ELAVL4,ILK,CHD4,YBX1,ELAVL2,SLC2A8,ELAVL3,SEPT6,BCL7A,UBE2Q2,SUMO2,GDAP1L1,TMEM108,CEP170,YWHAG,TRIM67,PPP1R12A,VEZF1,PTBP2,GAP43,PTP4A3,CDH11,FAM84A,PPP1R12B,PFDN4,PPP1R12C,INA,SRF,NRXN1,USP12,CRMP1,FOXK2,PPM1E,CACNG7,MTA1,IGFBPL1,RAB23,NT5DC2,NT5DC3,SLIT1,NCAM1,RBBP7,FSD1,CAMK2G,UBQLN4,PDLIM7,CACNG4,JAZF1,HNRNPA0,CHGA,MLXIP,TUB,NTRK2,MARCKSL1,PCDH8,ATP2B4,SSRP1,MEIS2,NELL2,SLC4A8,GOLPH3,SBK1,TSPAN18,TBKBP1,INSM1,SSBP3,CBLN1"
+"gene_set_query"	"1024"	"ZNF658"	"857.0"	"ARCHS4 Coexpression,691;Enrichr Queries,1023"	"VARS,HNRNPU,ZDHHC8,CAPNS1,TRIM28,DPYSL2,MYC,ZMIZ2,BSG,AKT1,PRKACA,PRKACB,ARRDC4,EPHA4,MEF2C,WSB1,TSPYL1,ARRDC3,MOGS,TIAM2,IFT81,DDIT4,HECA,PFN1,RPL28,UBA52,SF1,DHX8,FLII,OAZ1,APH1A,PCBP1,CHST15,JUN,PRELID1,CADM1,INTS1,BCL11A,PLK2,PBX2,PBX1,PRRC2A,HNRNPL,FASN,SERPINI1,ROBO2,ARF3,OGFR,PIGU,DAZAP1,CITED2,WDR41,SLC7A11,VLDLR,PRPF19,ROBO1,ENC1,REV3L,SPIN1,SDF4,CIC,UPF1,SHPRH,TMED9,TSC22D3,MINK1,TET2,DUSP6,MLF2,KIT,PXDN,RHOU,SGK1,TKT,ATP6V0C,CSTB,ICA1L,CENPB,TRAK2,SERTAD4,RPL18,YKT6,SF3A1,SF3A2,CSNK1A1,SCAF1,GATAD2A,CCNG2,TAOK2,TTC3,NUCB1,HDGF,GRINA,ATN1,ARID4A,CYP46A1,CLU,GRB14,PPIP5K2,ARHGDIA,CFL1,MACROD2,ARID2,SBF1,RPS9,GPT2,CTDNEP1,HNRNPUL1,RAB35,CHMP4B,PHIP,SCG3,CSNK1G2,RAB5C,MAZ,DTX4,LIN7C,CORO1B,SOCS2,BTBD2,NACC1,SLC38A6,MARK2,KLHL24,CORO2A,MARCH6,DNAJC18,H1F0,HOOK2,NBEA,HOOK1,GNB2,GNB1,CNTN1,FGF13,EIF4G1,UBE2M,RBM28,GSK3A,WDR1,PRKCSH,USP33,CHD6,PTEN,SLC2A3,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,CAPZB,PPP6R1,SNRNP70,PSD3,EDIL3,EIF5A,REXO1,DST,PDPK1,ATRX,VPS13A,ARFGAP1,DNM2,TRAF7,VCAN,NAV3,CTDSP2,CDH10,PPP1R12C,NLGN1,RAB1B,TULP4,MLLT1,DCAF15,ABLIM1,GANAB,MTA1,PABPN1,U2AF2,RALY,EIF4E,FBRS,NEGR1,ADRM1,PDAP1,OXR1,HNRNPAB,NAP1L5,APC,ASXL3,CARM1,MGAT4B,ACIN1,SSBP2,CLUAP1,METAP2"
+"gene_set_query"	"1025"	"TFAP2D"	"859.3"	"ARCHS4 Coexpression,1348;Enrichr Queries,952;GTEx Coexpression,278"	"STMN2,STMN3,NUDT3,STMN1,DPF1,KIF21B,CCDC92,ATXN7L3,NCKAP5,SOX5,EPHA5,EPHA7,MEF2C,RBFOX1,WSB2,SOX11,MAPK8IP2,ANK1,KATNAL1,KCNQ2,FEZ2,ULK2,TAGLN3,STX1A,PFN2,ASTN1,GPM6A,NECAB1,BEX1,NRN1,TSHZ3,FOXG1,NPRL3,AGAP1,AGAP3,NLK,NKAIN2,PGBD5,PRKAR2A,KCNN1,SCN3B,NTNG2,PTPRN2,ARPP21,BCL11B,CADM2,BCL11A,ST8SIA2,NR2F1,MLLT11,MSRA,CDK14,GPR19,ARF3,GABRB3,ROBO2,GRIK5,SLC35F1,ZCCHC17,ROBO1,SERP2,UBL5,TUBA1C,JPH3,ENC1,NCS1,IDS,KIF1A,FEZF2,DLGAP3,PSD,PCYT1B,MMD,LRRC49,COMMD6,PGM2L1,SYN1,TUBB2A,PXDN,TAX1BP1,CHST1,PTMA,RNF165,NAPB,PCNA,SATB2,PRICKLE2,TMEM160,NOL4,GLRA2,CUX2,CAMK2N1,CHN1,SLC17A7,CTNNA2,RPRM,PAIP1,ARNT2,TTC9B,NFIA,NFIB,FKBP1B,APBA1,CDK5R1,PRDM8,HDDC2,CTNND2,ARHGDIG,COX6A1,CDH8,RIMS1,IPO8,ATCAY,KIF5C,KIF5A,PALM,NRCAM,CIR1,LZTS1,TMSB10,STK32C,PPFIA2,SEMA6B,DSCAM,LMO3,PAM16,TTC7B,TBR1,RUNDC3A,DGKZ,POU3F2,POU3F3,OLFM1,CACNB3,GPRIN1,LY6H,DNMT1,CUL5,NTM,CCDC25,CACNA1A,BHLHE22,NRF1,PDS5B,CPLX2,CACNA1E,FBXO41,PDZD4,IGSF21,DEAF1,NEUROD6,FUT9,TCTEX1D2,BTBD2,TBC1D13,PLXNA2,ATP6V1H,KIF3C,OTX1,LRRC4C,RAB6B,LRRC4B,CBX6,SYT1,BOD1,UROS,CCZ1,BTBD9,LRFN5,RALYL,DLG2,CDK5,LHX2,MAP3K10,CSPG5,CNTN2,FGF13,CNIH3,UBE2M,YWHAE,B4GALT2,RNF11,CNRIP1,CELF4,CHD6,ELAVL4,ELAVL2,PPP1R9B,POLB,UBE2Q2,LRRTM1,GDAP1L1,PHACTR3,PHACTR1,ERC2,UNKL,GALNT9,YWHAH,EMX1,RNF208,SEPT5,SEPT3,GAP43,PTP4A3,NRG3,SNPH,LANCL2,DCX,SHANK1,NLGN3,STOML1,RNF34,NRXN1,RNF38,PDXP,CXXC4,PARL,IWS1,FOXRED2,CACNG7,TFPT,GNG3,GNG2,PTPRZ1,SLITRK1,NCAM1,SNCB,SLC25A23,MTA3,MAPK3,OPCML,LINGO1,SLC12A5,PCDH9,NEGR1,PCDH7,LIMK1,B3GAT1,PCDH8,CCDC59,CCK,MEIS3,MEIS2,HS3ST2,MAPK10,DBNDD1,FAM155A,PDE10A,APC,PPP2R2B,CBLN1"
+"gene_set_query"	"1026"	"NKX12"	"859.5"	"ARCHS4 Coexpression,678;GTEx Coexpression,1041"	"EPHB6,PITPNA,PPP2R2A,RAPGEFL1,TRIM28,PPP2R1B,AP1S1,DENR,SEPHS1,TMPO,DDX18,PRKCI,SMARCC1,WDR75,SCRIB,BCR,TTLL12,MTMR1,SET,IGSF3,CTBP2,NOLC1,PIK3R2,PRDX3,NLN,LDHB,DHX33,LARS,PRDX1,FDFT1,NAA50,NDFIP2,PHC1,JUP,BCL11B,BCL11A,RCC2,LARP7,FAM136A,BTBD10,PAICS,CCT6A,SQLE,FAM135A,GIPC1,TOLLIP,HNRNPD,SDC1,LRRN1,RCOR2,ARF3,GABRB3,WDR47,CCDC120,PAK1IP1,TECR,CLTB,TCF20,PFAS,RAB22A,ATIC,XPO1,CAMKV,ENSA,PLEKHN1,DLAT,JARID2,PRMT8,PARP1,TEX10,MINK1,ELMOD1,ZDHHC13,RRAS2,DYNLL1,SRP9,ENAH,PSMA3,PSMA2,ARHGEF4,RHOV,EEF1E1,ARF5,CDC123,AHCY,GSTP1,USO1,HSD17B4,SLC7A1,PPP2CA,TCEAL8,SUSD4,PAK6,SC5D,NCDN,CCT8,GPC4,CCT5,NPM1,WNT7B,NPM3,RAB11A,MAD2L2,TTC9,NUDT21,FABP5,ABI1,SERBP1,HNRNPA2B1,CCDC6,TCEA1,KDM1A,CSE1L,BCCIP,CELSR2,BZW1,IPO5,PPP1CC,SALL2,EIF1AX,SPNS2,VASH2,ATP11C,THOC3,ILF2,MSH6,ACLY,ARMCX2,MSH2,SRSF3,SNRPE,SNRPF,FKBP3,SLC27A4,RPF2,GTF2E1,EFNB3,G3BP1,NAE1,QSER1,HSPA8,AKIRIN1,CBX2,IDH1,HMGA1,ASNS,ARHGAP32,GNAL,NASP,OSTC,UBE2N,NFE2L3,CYCS,FGF13,TMEM19,UBE2K,LRP11,HSP90AB1,HMGB3,PSIP1,HMGB1,MRPL3,SUMO1,RFC3,GLRX3,H2AFZ,RABGGTA,YWHAZ,DNAJC5,FAM84A,BCAT1,OTUB1,GTF3C4,NAA20,VPS4B,SRSF1,DDX21,HMGCR,PDHB,JAKMIP1,HSPD1,UGP2,TRA2B,BEND3,IGF2BP3,MAPK6,HNRNPA1,PCDH1,MTA3,EIF4E,DCAF13,SSB,MBOAT2,NAP1L1,FBXL16,BAIAP2,HSPE1,USP28,HNRNPAB,DLK2,RAB10,EIF3M,PPP2R2C,PSAT1,RAB15,RGS12,CEBPZ,NAA15,SSBP1,PTPN5,RAN"
+"gene_set_query"	"1027"	"ELF5"	"860.6"	"Literature ChIP-seq,82;ARCHS4 Coexpression,1595;Enrichr Queries,1243;ReMap ChIP-seq,112;GTEx Coexpression,1271"	"SCOC,GMFB,TFRC,RPL32,ARPC5L,STMN2,EHMT1,STMN3,GPATCH4,FNBP1L,ENO2,GABPB1,PHB2,TSEN54,CAPNS1,DPYSL2,MYC,FGFR1OP2,DPYSL3,GPBP1,LUC7L,AKT1,RPL35,RPL37,IER2,MEF2A,MEF2C,IAH1,WDR74,MED4,GTPBP4,MYL6,WDR82,DDIT3,DDIT4,JTB,TBPL1,RPL29,VPS25,SET,MEAF6,ANAPC16,NPRL3,MTMR9,AGAP1,BAZ2A,MRPL11,MTDH,PRPSAP1,GJC1,GRPEL2,VPS11,RRS1,RDH13,PSMF1,ST3GAL1,LHPP,RPL41,PRELID1,JUN,NDFIP2,JUP,EIF2AK1,NR2F1,PA2G4,ERLIN2,MCAT,MRPL24,PBX1,PRRC2B,WDR55,FIBP,TADA2A,LAS1L,EIF6,HNRNPF,FASN,TDP1,SFXN3,EZH1,CDC42SE2,CEP57,PYGB,GMEB2,PIGT,HEXB,DENND1A,PHF1,LPCAT1,PRKAG2,SMG7,SHB,ECSIT,ING1,CLINT1,AACS,WDR43,PHF8,IKBKB,TRIM8,TUBA1A,IMPA1,AIFM1,TMEM44,ENSA,UBL7,ZC3H10,IFT140,ELOVL5,SLC39A11,MRPL49,ELOVL6,DUSP6,TOMM40L,MRPL44,MED23,MRPL52,MRPL53,PSMA6,LSG1,NSA2,PSMA4,BDH1,IVD,PXDN,GARS,ERGIC2,EXOC2,SLC29A2,ARF6,TRUB1,TRUB2,SF3B5,CDC123,SF3B2,HTT,TIMM10,WDR24,PSMA7,TM9SF3,GGA1,BCLAF1,SCAF8,BTAF1,LMAN2,CHN2,RPS3,BRD9,HARS,MEF2D,PAIP1,SF3A3,YTHDF3,GOLM1,UTP3,SYVN1,TRMT1,DHRS1,GATAD2B,SCAF4,TM9SF2,RNF146,TMEM59,MKLN1,PSMC5,FABP3,SNX19,TAOK3,FABP5,NFIA,SNX16,PSMC3,NFIB,CCDC6,RIMBP2,HDDC2,ANKRD13D,CRCP,RAB3D,CTNND1,CEP120,ATN1,LTN1,HDDC3,TM7SF2,RPH3A,PPP1CC,IPO8,ABHD11,FNTA,LAMP1,RUVBL2,CFL1,SLC39A6,NUDT19,CEP250,PMPCA,PIM3,MAF1,FADS1,ANKRD13A,RAB2A,TLE3,IK,ANKRD49,RPS7,USP5,FBXW8,ANKRD46,CISH,FBXW7,USP3,IGFBP3,TPM1,IGFBP2,UBE2E2,VRK3,FOXP4,SRCIN1,GTF2F2,PIAS2,FTSJ3,ARMCX4,CACNB3,RALGAPB,ZFP41,DMTF1,RAB34,MORF4L2,SLC9A8,SMS,ERH,SRSF5,FKBP4,FKBP3,CSNK1G1,KHDRBS2,BRSK2,PFKFB3,ABHD2,STK39,GMPS,ISG20L2,UAP1,RLF,SOCS2,EIF1AD,SCRT2,SBNO2,HMBOX1,KLC2,MED30,BAG1,NACC1,G3BP1,SMYD2,SRGAP3,ZKSCAN1,MCL1,EIF2B5,TRAPPC3,ODF2,FBXO38,HPS1,TMEM132A,TRAPPC9,MARCH5,LSM3,DRAP1,LRFN5,SYNJ1,STK24,YEATS2,CPD,COPS2,TADA3,DMXL2,SPIRE2,SERINC2,NOP10,SLC48A1,CALCOCO1,RNF11,PPP1R13B,RNF14,CELF2,PPP6C,SART1,DUSP12,NOB1,SCRN1,RNPEP,PMEPA1,PHACTR1,DNM1L,ERC2,GAL3ST3,IDH3A,ACTR6,SECISBP2L,VPS37B,REXO2,DDOST,REXO4,MSL1,PTP4A3,TRAF4,ASPH,TMBIM4,SNPH,SYF2,POLR1B,SNRPA1,SLC25A14,BIRC2,MTPN,SMARCD2,NLGN1,CANT1,TSSC4,GTF3C4,ROCK1,RAB1B,RPL36A,CXXC1,ZBTB45,MLLT3,LRP6,AP3M1,ZNRF2,HAUS8,U2AF2,RBBP5,BAHD1,RAB24,POLR2D,SH3BP4,SLITRK5,SNRPB2,PCDH1,DCAF11,AAMP,MEST,FNIP2,ATP9A,SLC12A2,NTRK2,TRIM41,SLC12A5,ASCC1,TXNRD1,SEMA4B,NDUFA2,RPL23A,PTPN12,TPD52L2,OXR1,BCKDK,KLF6,MCM3AP,TSPAN13,VPS41,TRIM35,PDCD4,EIF3H,CEBPZ,SEC24C,KCNK2,SMARCAL1,APP,CCNJ,ZMYND8,CISD1,DIXDC1,ZDHHC5,PREP,CCNC,GCC2,UBE2L3,CRKL,PNN,EFR3A,FRAT2,RPS19,PPP2R1A,ARFIP2,PTGFRN,ZFPL1,CCNL1,SOX4,SOX5,SRRM2,AQR,ALG9,ARRDC1,LIMCH1,ARL15,SCAF11,SACM1L,ARRDC3,SLC11A2,ACSL3,ANK3,SFRP1,FAM76B,HECA,VDAC1,ATP6V0D1,EIF1B,TRIM11,SLC45A4,TMEM87A,RTEL1,DHX8,STXBP2,DCUN1D4,SUPT4H1,IGSF9,MYL12B,NLN,SCFD1,COMMD9,DHX33,PCBP4,DHX35,PCBP2,DHX37,GSE1,TNRC18,PATZ1,VASP,FIS1,XBP1,ZRANB2,BCL11A,RCC2,HARS2,SMARCA2,MED13L,RPS27,GOLGB1,INTS4,GRB2,RPS20,NOL10,C2CD2L,RPS24,MON1B,DDR1,GFM2,MIA3,MYL6B,SLC7A11,SIPA1L3,COX7C,CX3CL1,PTPRF,AKAP12,PCM1,HINT1,ACTR1B,MAP1LC3A,SERP1,SPTLC2,ZMYM4,SEC61G,DHX15,CTSD,BBS4,GABPA,TMED4,PSD,VKORC1,PCYT1A,MRPS25,MRPS23,NCOA4,ANO6,MLF2,CTTNBP2NL,NME1,GAK,TOX3,RAP2A,SCNM1,KIT,MPPED2,FRG1,G2E3,ARHGEF1,HNRNPH2,SGK1,ALDOA,CSTB,CAB39,HEATR1,PRICKLE2,COX5B,BEGAIN,AMN1,HIRA,SERTAD4,OS9,SCAND1,MPZL1,MON2,SPRYD3,YIPF2,SLC31A1,PLEKHA6,NPM3,MYO9A,FKBP1A,TTC9,STAC2,AGGF1,FAU,MEGF8,MPHOSPH6,DPAGT1,SCARB1,CRTC2,SYS1,CD81,WWC1,ARHGDIG,MRFAP1,CIB2,TOMM20,IGF1R,CHCHD2,GNPTAB,PPIP5K2,BANF1,CHCHD1,RGS9,MORC3,OSR1,ADAM10,KCTD3,SDHD,ATP1B1,KCTD5,MID1,EEF1A1,TMEM135,TMEM136,PRPF6,TBL1XR1,CHMP4B,CARS2,ABCG4,STAM2,RAI14,COPB2,TMED10,NTM,SLC1A1,DTX1,TOR1AIP2,LPL,CABP1,NDRG2,NDRG1,ADIPOR2,CACNA1G,EFNB2,SDCBP,EMG1,RNASEH1,ZMAT2,KIF3B,DPP9,ATP6V1H,OTX1,SUDS3,LLPH,DMAP1,ATP6V1D,NDUFV1,PDZD7,ANKZF1,HSPA8,ACBD5,CPSF6,AUTS2,HSPA5,HSPA4,RHBDD2,PCIF1,DNAJC14,SSH3,KLHL20,HIGD2A,ARHGAP32,EFNA2,HOOK2,HOOK1,CNTN1,GNB4,UBA2,DYNLRB1,DEGS2,LRP10,GPSM1,MUS81,USP35,SCYL3,CUEDC2,ZMYND19,YWHAB,YBX1,RND3,AFF4,LMNB2,RND1,PPP1R9B,SPRED2,RB1CC1,SNAPC4,MYO18A,SPEG,USP30,SCYL2,MAPK1IP1L,SVOP,NCBP2,USP43,H2AFX,HUNK,ABHD14B,TBC1D9,ABHD14A,UTP18,EEF1G,FCHSD1,VCAN,SFPQ,ELF2,TRAPPC6B,ACOX1,DNLZ,NAA35,EAPP,CUEDC1,PFDN5,CHMP5,RBM22,OTUB1,DDX27,PARG,DDX23,RBM4B,DDX21,ASAP1,MTIF2,TOB1,NCALD,TBRG1,DNPEP,CHSY1,PPP2R3C,RPS6KC1,BMS1,TRA2B,PTK2B,RALY,MTA2,OPCML,TTC14,TIMM8B,PTCD2,GALNT1,HSPE1,MEIS2,CHFR,SH3YL1,PNKD,RGS12,RGS11,SSBP2,LPIN2,TAF2"
+"gene_set_query"	"1028"	"ZNF572"	"861.7"	"ARCHS4 Coexpression,816;Enrichr Queries,951;GTEx Coexpression,818"	"RPL4,RPL5,IPO11,NUP107,FCF1,THUMPD1,SMC3,PSMD6,CDC23,ALCAM,MYC,SCAPER,SOX4,SEC63,TMPO,ARRDC4,DDX18,AQR,CXADR,NUP210,SCAF11,DAPK1,ARRDC3,ZFP2,WDR75,CD3EAP,ARMC1,TWSG1,IFT81,DDIT3,DDIT4,HECA,ALG10B,KCTD18,CGGBP1,DHX9,MGST3,RPN1,XPC,SLCO5A1,NMD3,GLG1,ADH5,GIGYF2,MTDH,MBTD1,INPP5B,RAD21,GSE1,TRPM7,RALGDS,SNX5,SEC31A,NAA50,B3GALNT1,NUS1,XBP1,PTPRN2,CADM1,BCL11A,PLK2,RCC2,INTS2,SMARCA5,ERLIN2,PBX1,SQLE,ZZZ3,FUBP3,ID2,HNRNPF,HNRNPD,SERPINI1,INTS8,C2CD2L,GPR19,PHF3,PIGU,RPLP0,CLTC,SLC7A11,VLDLR,ROBO1,SHF,SYNCRIP,XPO1,PCLO,MED13,DHX15,RSPRY1,PRMT6,CCT3,PBRM1,TSC22D1,ATMIN,TSC22D3,ACTL6A,TCF12,BAZ1B,WDR35,MTSS1,MLF2,MN1,CSDE1,KIT,PXDN,CANX,RHOU,SGK1,ATP6V0C,AHCY,SF3B3,ZDHHC20,RPL12,HEATR1,DERL1,NOL8,UQCR11,AKAP1,NRAS,SCAF8,TMEM65,EXOSC9,USP1,RPS3,GPC4,HEATR6,CCT4,SUZ12,NPM1,RYK,MTX3,GTF2H1,SORBS2,HIPK1,LRPPRC,WDR11,MIB1,VEGFA,KLHL9,NUDT21,SEC23IP,NFIA,CCNG2,TCEA1,GOPC,PKN1,UBE3C,CSE1L,CEP120,LTN1,UBE2Z,BZW1,IPO8,TATDN1,SALL2,PPIP5K2,SLC39A6,ENPP5,GTF2I,USP8,SUPT16H,SLC38A1,ATP11C,THOC2,PUS7,MSH6,TMX3,PRPF6,PPIG,ADNP,TOX,PDE9A,ANAPC1,KHDRBS1,INO80B,DDX6,INO80E,BRI3,GMPS,PDS5A,NDRG1,FUT8,STK36,TPR,ESD,UBR5,G3BP1,ZKSCAN3,PLXNA1,QSER1,NEK9,NUP155,POLR3GL,CBX3,CBX2,HPS3,DNAJC13,NUP153,KLHL24,KLHL20,HOOK2,NBEA,APPBP2,HOOK1,CNOT1,CAPRIN1,DNAJC10,JMY,SP3,STT3A,NFE2L3,STT3B,WDR1,PRKCSH,USP32,DOCK7,CHD6,ZFP82,ELAVL1,PITPNC1,LMNB1,SENP6,RPL7A,METTL14,MDK,PDE4B,TLK2,WDR7,TOPBP1,TNPO1,PELP1,BCAS3,DIS3,PDPK1,CAD,DDX50,RAD23B,EEF1G,PTP4A3,TMBIM4,CTDSP2,BIRC6,NUP54,SMARCD2,ROCK1,SRSF1,PARN,CXXC1,ASAP1,PPM1D,AP3M1,GANAB,FZR1,CAND1,RMND5A,RBBP4,MAT2A,TRA2B,TAF1A,KRIT1,MAPK6,EIF4B,SMARCE1,NOP56,MARCKSL1,PDAP1,MYO16,RPS6KB1,PSAT1,IMPDH2,ERCC8,EIF3H,TRIM37,EIF3E,RBM45,EIF3C,TAF2,TRIM33,TPT1"
+"gene_set_query"	"1029"	"TRPS1"	"861.7"	"ARCHS4 Coexpression,883;Enrichr Queries,575;GTEx Coexpression,1127"	"APP,TRIO,PANK3,PPP2R2A,CBLB,PREX1,GOLGA3,ALCAM,DPYSL2,MYC,DPYSL3,DAG1,AKT1,TBC1D10A,SOX4,SOX5,EPHA4,MEF2C,LIMCH1,ARRDC1,RPL23,ARRDC3,MTUS1,CD3EAP,ANK3,SFRP1,ZC3H11A,DDIT4,KCTD12,TRIB2,TMEM87A,MACF1,IGSF3,PIK3R1,HIF1A,RAD21,GSE1,TNRC18,TRPM7,HIVEP2,ST3GAL1,BTF3,JUN,XBP1,JUP,H3F3B,CADM1,PLK2,ABCA3,IRF2BP2,ERLIN2,PUM1,PBX1,PTK2,MED13L,EXT1,VANGL2,WNK1,ID2,GOLGB1,FAT4,CDK14,RGL2,ITM2C,DDR1,NRP1,PIGU,SMG1,BTG1,CITED2,SETD7,CLTC,SLC7A11,PTPRK,CX3CL1,PTPRF,ROBO1,IKBKB,AKAP12,FAM102B,MED13,TMEM43,SPTLC2,ENC1,ENSA,KIF13A,PLEKHN1,JARID2,PCYT1A,TET2,SLC39A11,ASH1L,DUSP6,MTSS1,CTTNBP2NL,RHOB,MRPL50,ZEB2,CTTN,KIT,CDC42EP3,PXDN,RHOV,SGK1,ARF6,WDR26,RABGAP1,SATB1,ATL2,GNAI3,ADCY6,TM9SF3,SERTAD4,SERTAD2,MFN1,MAP4K5,ZSWIM4,ANKRD50,PAK2,MPZL1,RUNX1T1,CENPV,MON2,CSNK1A1,HUWE1,PLEKHA5,VEGFA,MPHOSPH9,FABP5,NFIA,NFIB,CCNG2,TAOK1,ABI1,STAC2,CCDC6,PKN1,MPHOSPH6,RAB3D,WWC1,CTNND1,CASC3,RPL10A,CLU,IGF1R,SLK,CDH2,BASP1,SLC39A6,SH3GL1,TLE4,MORC3,KDM2A,TMOD3,IGFBP3,FRMD4A,KCTD3,ATP1B1,TANC2,FOXP1,RAB31,ADAM15,FAM173A,DNAJC30,WDFY3,TNIK,TOX,FKBP4,RAI14,PFKFB3,SEL1L,ITPR1,NDRG1,CACNA1H,UBR5,THEM4,PRNP,AUTS2,SEC16A,TMEM132A,CRIM1,DNAJC13,MARCH7,SSH3,PTPRD,ARHGAP32,H1F0,DLG1,STK24,HOOK2,NBEA,HOOK1,DLG5,SP3,CNTN1,NF1,GNB4,PLXNB2,GPR107,DEGS2,BRWD1,EIF4G1,DOCK4,NUMA1,PRKCSH,USP32,CELF2,CHD6,AFF3,AFF4,RND3,DUSP12,PSD3,PDE4B,PMEPA1,ARHGEF12,DST,PDPK1,PDE4D,TBC1D9,NAV1,NAV2,RAD23B,MSL1,ARL4C,VCAN,PTP4A3,SETBP1,ACOX1,CTDSP2,C1D,CDH11,BIRC6,ACOX3,HAGH,ZMYND11,CUEDC1,NFAT5,SMARCD2,CANT1,VPS4B,CXXC1,ASAP1,SEMA3F,TOB1,FOXRED1,DNPEP,HECTD1,FCHO2,FAM120A,FYN,NCAM1,CACNG4,ARFGEF1,SLC12A2,KDM4B,SEMA4B,PCDH7,ATP2B4,ATP2B1,MEIS2,SLC4A7,NELL2,MARCKS,KLF6,TSPAN13,CDKN2AIPNL,RPS6KB1,TRIM37,VIM,KCNK2,METAP2"
+"gene_set_query"	"1030"	"HOXB3"	"862.0"	"ARCHS4 Coexpression,523;Enrichr Queries,1064;GTEx Coexpression,999"	"MDC1,MT-ND4,TES,TRIO,VARS,KDELR1,TRRAP,HNRNPU,ZDHHC8,CAPNS1,TRIM28,MPRIP,ZMIZ1,DPYSL2,MYC,ZMIZ2,AKT2,DPYSL3,ANKFY1,AKT1,PTGFRN,CCNL2,SOX4,NUP214,SRRM2,DDX17,EPHA4,EPHA7,MEF2C,LIMCH1,ACTN1,PTOV1,AFAP1,SOX11,SCRIB,ACTN4,CSNK1E,EML1,ANK1,HCFC1,MYL6,SFRP1,DDIT4,KCNQ4,HECA,PRR12,ATF4,SF1,POM121,TSHZ3,NPRL3,ADH5,GJC1,BLOC1S2,DHX35,PCBP2,MLEC,SYMPK,TNRC18,JUN,DMPK,BCL11B,INTS1,BCL11A,INTS3,SETD1A,NR2F1,PBX2,PBX1,PRRC2B,PRRC2A,HNRNPL,MEX3B,PTK7,ID2,DCHS1,FERMT2,TMEM9B,SUGP2,CDKN1C,PHF2,DAZAP1,PTPRS,AP2A1,BMI1,MED15,TRIOBP,PTMS,AKAP12,MED12,ENC1,TIMP2,CIC,ANO6,DUSP6,MLF2,RHOB,NCOR2,ZEB2,INF2,PXDN,PLEKHO1,FAM193B,SLC29A1,SGK1,GAS6,NFIX,SATB1,ATL2,PRICKLE2,PRICKLE1,ADCY6,SPOP,GPC4,ANKRD52,STX2,DTD1,LCMT1,RUNX1T1,SF3A2,RYK,HUWE1,SAMD4B,SORBS1,SCAF1,SKI,NFIA,NFIB,SLMAP,TAOK2,AGRN,PHLDB1,HDLBP,ATN1,ARID4A,CDH2,SCMH1,FBRSL1,LZTS2,MAF1,BAHCC1,GTF2I,RAB2A,IGFBP3,TPM1,TSC2,FRMD4A,MID1,FOXP1,ADAM19,ATXN2L,ILF3,MYCN,HNRNPUL1,EHBP1L1,SRSF4,CD151,ARHGEF26,ARHGEF25,ANKRD11,MAZ,UBR4,LTBP4,CACNA1A,CACNA1C,NDRG1,PRPF8,SUPT6H,CACNA1H,CORO1C,SOCS2,EFNB2,RAI1,RAP1A,BTBD2,ABL1,DVL3,CDH24,NEK9,CPSF7,OSBPL5,CPSF1,FUS,SEC16A,KLHL23,EEF2,EFNA2,HOOK2,HOOK1,CNOT3,PLXNB2,UBA1,CLASRP,SAE1,NFE2L1,MDM1,RNF187,EIF4G1,YWHAE,MUS81,GPSM1,RERE,ZNF512B,KDM5C,NUMA1,LDB1,PRKCSH,MAST2,CHD6,ILK,CHD4,CHD3,PTPN23,AFF3,LMNB2,CABIN1,LASP1,UBE2Q2,ZC3H7B,SNRNP70,MLST8,PDE4B,UBTF,PMEPA1,DGCR8,CPXM1,CCDC50,UNC45A,PPP1R12A,REXO1,SMC1A,PTBP2,ARFGAP1,DNM2,ARL4C,GIGYF1,VCAN,PTP4A3,SFPQ,NSMCE4A,DNAJC7,CTDSP2,CDH11,AKT1S1,PPP1R12B,PPP1R12C,GTF3C1,SRF,USP12,CXXC1,LENG8,WIZ,STRN4,ADD1,HDAC7,MLLT6,GANAB,MTA1,U2AF2,NT5DC3,FAM120A,SLIT1,SH3BP4,NCAM1,MEST,FBRS,PDLIM7,SMARCE1,SPEN,MLXIP,CIZ1,HNRNPA3,TAF15,PCDH7,FBXL19,ATP2B4,CDC42BPB,MEIS2,FBXL12,SLC4A7,NELL2,ASXL1,GOLPH3,NEURL4,TSPAN18,CARM1,MGAT4B,ACIN1,VIM"
+"gene_set_query"	"1031"	"ZNF214"	"862.3"	"ARCHS4 Coexpression,744;Enrichr Queries,820;GTEx Coexpression,1023"	"CCNJ,FNBP1L,TXNDC15,DPYSL5,DPYSL2,DPYSL3,STMN1,KIF21A,ATXN7L3,SOX4,TMEM8B,ANKS1B,ARRDC4,EPHA5,EPHA4,CXADR,WSB1,ZFP2,RFX3,SOX11,SOX12,ANK3,CFDP1,IFT81,DDIT4,HECA,CGGBP1,PFN2,BEX4,UNC119B,TSHZ3,DHX8,MAGED1,FOXG1,DCUN1D4,PIK3R1,OAZ1,GLG1,ADH5,NUAK1,TSPAN6,TSPAN3,SEC31A,BBS1,TMEM184C,FZD3,CADM1,ST8SIA2,NR2F1,ERLIN2,PBX1,MLLT11,EXT2,ZZZ3,FAM135A,FUBP3,H2AFY2,CALU,DCHS1,FAT3,FXYD6,MAGED2,FAT4,DZIP3,ITM2C,OGFR,NRP1,PIGU,CSRNP3,CETN2,PHF6,RYR3,AKAP12,PCLO,TUBA1A,CSRP2,ZMYM4,TRIM2,ENC1,SPIN1,BBS4,CCDC112,HSBP1,ELOVL2,LRRC49,TCF12,BAZ1B,WDR35,DUSP6,SRP9,MLF2,RGMA,ENAH,TUBB2B,NME7,KIT,PXDN,MTF2,MPPED2,RHOU,EXOC5,FJX1,RNASEL,SATB1,WRB,PSMA7,GNAI1,GNAI2,PCNP,SERTAD4,HSF2,STX2,PAIP1,ARNT2,MYEF2,RYK,MTX3,ELP2,SORBS2,BLCAP,KLHL9,ATAT1,NFIA,ABI2,MORN4,KLHL7,TTC3,GOPC,MPHOSPH8,ZFP28,ATP8A1,TUSC3,ZFAND6,CEP120,UBE2D1,FRY,SRP14,NUDT11,NUDT10,IPO9,CDH2,TUBB3,NRCAM,LZTS1,HMGN3,UBE2E3,F2R,MAGI2,LMO7,POU3F2,MSH6,ARMCX4,MORF4L1,ARMCX1,TMX3,ARMCX2,MORF4L2,RAB34,SCN8A,EHBP1L1,UBE2V2,SRSF3,MATR3,TNIK,TOX,FAM92A,TBC1D19,TSG101,RAB5C,BTF3L4,GLT8D1,ITPR1,PDS5B,SPATA7,CNN3,ATXN2,GRK6,PGK1,SLC38A6,SRGAP1,MARK2,NEK9,TIA1,CBX5,SYT1,NOP16,DNAJC13,ZBTB12,KLHL23,KLHL24,MARCH6,EFNA2,HOOK2,NBEA,ZFP62,HOOK1,NF1,COPS8,KDM5B,DOCK7,HP1BP3,CHD6,SLC2A3,ZFP82,AFF3,PPP1R9A,SYNE2,TTC28,PPP1R9B,SGCE,SENP6,FSD1L,YWHAQ,PPP6R1,SNAPC3,GATAD1,SUMO2,PDE4B,TNPO1,IFT57,SUN2,HSDL1,KLF13,H2AFY,DST,PDPK1,PDE4D,TNFRSF19,ATRX,NAV2,PTBP2,NIPSNAP1,DNM2,PJA1,LATS1,VCAN,PTP4A3,RCN2,IGDCC4,EEF1D,CTDSP2,CDH11,IFT46,SHANK2,HDAC2,GTF3C3,NRXN1,RNF8,NRXN2,CRMP1,HMGCR,CXXC4,EHBP1,GANAB,PUF60,TAF1A,SH3BP2,KRIT1,DROSHA,NCAM1,CSK,HNRNPA1,EIF4E,CYTH1,TTC14,SMARCE1,NTRK2,BNIP3,LCA5,GDAP1,MAPK10,NIN,PPP2R2B,MFAP2,ATXN10,RBM45,CDO1,SSBP2,CLUAP1,TNRC6A,METAP2"
+"gene_set_query"	"1032"	"DUX4"	"863.0"	"ARCHS4 Coexpression,1462;ReMap ChIP-seq,264"	"VPS29,RPL5,IPO11,CCNJ,CERK,FCF1,THUMPD3,SMC3,PNN,DPYSL2,DHX57,CSPP1,CDC27,KIF21A,CCNL2,RPL37,DIP2B,CCNL1,AGFG1,SOX5,ATG3,TSPYL1,SACM1L,SLC6A15,NSMCE1,ARMC8,MFSD11,JMJD6,EML4,LARS2,NIF3L1,CFDP1,THAP7,IFT81,RUFY2,VDAC3,RPL24,HECA,VDAC1,TTLL12,ATF4,MTMR2,PHYHIPL,TMTC1,TTBK2,ANAPC11,MYL12B,DGUOK,NLN,UGCG,ABR,CYB5R4,PTDSS1,HMGXB4,COMMD9,TSPAN5,INPP5K,NUP88,TNRC18,LTA4H,NRBF2,RDH13,ARGLU1,ZRANB2,PLK2,H3F3A,PRRC2C,GPN1,PBX1,MED13L,EIF1,SMU1,FIBP,WNK1,GOLGB1,FUBP1,CDC16,FBXL3,CALM3,FBXL5,ARF3,PHF3,SETD5,USPL1,GFM2,HEXB,CETN3,ICA1,SNX10,WASL,RNF157,RPTOR,PANX1,MRPL42,PCM1,SIPA1L1,ENC1,DNER,REV3L,UBXN7,BBS4,DFFB,WDR37,ELOVL5,PRMT1,HSBP1,STRADB,STRBP,SIRT4,MRPL49,SIRT7,SIRT2,TOPORS,APRT,MED23,PHF20L1,SLC22A23,NSA2,RAP2B,PSMA1,FAM32A,NCOA7,GLCCI1,SLU7,DLD,FJX1,MPND,FYTTD1,PHLPP2,DYNC1I2,RPL11,SRRT,EXOSC10,NSD1,EXOSC9,UBTD2,CLPTM1,RICTOR,STX2,EXTL3,MAP4K3,MPZL1,NFYA,NFYC,SYVN1,PLEKHA5,RANBP9,PNMA2,AP2B1,SCAF4,SGSM3,RAB3GAP2,FAU,TARDBP,YPEL5,MPHOSPH8,MEGF9,DBR1,UHRF1BP1L,CCNT2,KDM1B,FBXO28,CTNND1,BCCIP,HDLBP,UBP1,RNF19B,TM7SF2,PPP1CB,CFL2,ARHGDIA,OSBP,ARID2,SLC25A46,BNIP3L,IK,MORC3,PCYT2,FBXW7,FBXW11,DIMT1,USP3,UBE2E3,ANGEL2,TMOD2,ATG9A,UBE2E2,WBP11,VRK3,GTF2F1,THOC5,ILF2,FBXW2,STIM2,GPD2,SRSF2,PLAA,SRSF7,STAM2,SRSF8,NSMAF,IDI1,ENY2,INO80E,DDX5,TBC1D19,TXNDC9,RPS19BP1,CUL5,CUL3,BTF3L4,UAP1,NRF1,PSEN1,GTF2E1,ACAT2,ARHGAP12,CACNA1G,ORC5,ENHO,STIP1,FUT8,ZKSCAN3,SLC38A6,SRGAP3,PDZD8,ANKZF1,NADK,IVNS1ABP,OST4,SYT4,CPSF6,BOD1,UROS,CWC15,ZBTB11,MARCH6,MARCH4,KLHL20,CLK1,AHI1,COQ2,SON,COPS5,SYNJ1,CNOT1,COPS2,OSTC,GNAQ,RFXAP,SPIRE2,ACO1,TUBGCP4,LZTR1,FGF13,SERINC5,NFKBIB,CREBZF,DIDO1,KDM5B,RBM25,ALAS1,SCHIP1,USP33,ETFA,HMGB1,MRPL4,SEC61A2,SENP5,ZC3H7B,SNAPC3,OPA3,TMEM108,RBM7,KDM6A,ACTR2,DST,DIS3,EED,TRPC4,LANCL1,SPATS2,OXSR1,NAV2,PJA2,SUPV3L1,DNM3,TRAF7,DDX19A,CREB1,PIK3CA,NAV3,DNAJC6,THRAP3,TRAPPC6B,PCCB,BIRC6,NUP54,TOP1,HAGH,SEC22B,B4GALT6,BIRC2,ALDH9A1,B4GALT5,AGPAT5,TRABD,MTPN,PPP1R15B,NDUFB6,TM2D2,SRBD1,DDX20,PDHB,MAT2B,CLCN3,NXF1,HECTD1,HIRIP3,PABPN1,SLITRK1,POLR2B,FCHO2,RBBP6,ASCC2,NCAM1,WASF1,CAMK2G,BEND6,REPS1,PTCD3,SPEN,ATF7IP,LGI1,NOP58,SGTB,NDUFA2,LYSMD2,PPP2R3A,PNRC1,CHFR,MARCKS,FMNL2,VAPA,PPP2R2B,EIF3I,EIF3J,TAF6,SNRNP48,CCM2,VIM,PPIL3,SSBP2,TAF2"
+"gene_set_query"	"1033"	"DBX2"	"863.3"	"ARCHS4 Coexpression,1043;Enrichr Queries,992;GTEx Coexpression,555"	"CNTFR,SCOC,GMFB,AHCYL1,ARL6IP1,NUDT3,GCSH,OPHN1,DPYSL2,DPYSL3,FAM110B,GOLGA7,EPHB1,GLUL,SOX5,CALN1,GABARAPL2,RBFOX1,WSB2,ACSL6,MMD2,SOX11,HDHD2,ANK1,SFRP1,ASPHD1,FEZ1,SPARCL1,HECA,LLGL1,ASTN1,BEX4,ADCYAP1R1,NRN1,TTYH1,FOXG1,PHYHIPL,SNX3,TSPAN7,TSPAN3,RAB11FIP4,GPM6B,CADM2,LRRN2,DCLK2,GLUD1,PPP1R1B,FXYD6,ITM2C,GSTM5,ROBO2,NCAN,SLC7A11,WASL,ZCCHC17,RYR3,ROBO1,SERP2,TRIM9,CSRP2,CHL1,SLC22A17,TRIM2,DNER,KIF1A,FEZF2,ENOPH1,GARNL3,APC2,CBR1,PCYT1B,TSC22D1,ELOVL2,ITPK1,NIPA1,MED29,SRP9,RGMA,TMEFF1,RAP2A,TUBB2B,IVD,PXDN,PHLPP1,WRB,CRIP2,PTN,CST3,PPP2CB,CTNNA2,ATP6V0E2,RUNX1T1,ARNT2,WNT7B,LSAMP,NFIA,NFIB,FABP7,TSR2,FAM171B,CRAT,HDDC2,CLSTN2,CTNND2,CASC4,COX6A1,CLU,TMEM147,KIF5C,PALM,ADORA1,NRCAM,FADS1,DSCAM,MAGI2,APLP1,IGFBP2,SHISA4,ATP1B2,POU3F2,POU3F3,SHISA7,CLIP2,TPST1,OLFM2,RAB31,LIX1,PKP4,SCG3,GRIA2,ARHGEF26,NTM,LPL,CACNA1A,NDRG2,CACNA1E,CNN3,ENHO,DPP6,DEAF1,FUT9,CASKIN1,LRRC4C,SRGAP1,LRRC4B,ACBD5,WSCD1,RHBDD2,TMEM132A,PCIF1,TBCB,GNAO1,RCAN1,DLG2,DAB1,HOOK2,PTPRA,LHX2,RHEB,CNTN1,CPE,CSPG5,SERINC1,SLC48A1,YWHAE,THRA,SCHIP1,DBI,PITPNC1,NGRN,SPRED2,SEPT7,PSD2,LRRTM2,PHACTR3,CCDC50,USP46,SEZ6L,EPN2,PTP4A3,DDAH1,NRG3,LANCL2,NAT8L,NLGN3,NLGN1,NRXN1,TULP4,SRI,FAM169A,CACNG7,FAM168A,PTPRZ1,GNA12,NNAT,SLIT1,LGI1,NTRK2,MARCKSL1,PCDH9,SMOX,PRAF2,B3GAT1,PCDH8,PCDHGC3,MEIS2,MAPK10,NELL2,PPP2R2C,SYT11,PPP2R2B,CDK2AP1,SPRY2,POLR3H"
+"gene_set_query"	"1034"	"ZNF385D"	"863.7"	"ARCHS4 Coexpression,945;Enrichr Queries,614;GTEx Coexpression,1032"	"CPNE5,MYT1L,DIXDC1,RUSC2,DPYSL2,AKT3,CCDC92,NCKAP5,ANKS1B,SOX5,EPHA5,EPHA4,GABARAPL2,MEF2C,RBFOX1,RBFOX2,ST6GAL2,ACTN1,CACNA2D1,ACSL6,ANK2,MOGS,ANK3,GABRG2,RUFY1,TWSG1,SFRP1,DAAM1,KCTD10,RUFY3,SPARCL1,EZR,RPL29,ASTN1,GPM6A,MTMR2,SLC45A1,PDGFA,NEDD4L,TMTC1,KALRN,ACTR3B,ADAMTS10,TTBK2,APH1A,CYB5R3,FLRT2,PRKAR2B,PIP5K1C,RIMKLB,SCN3A,NTNG2,PTPRN2,CADM2,BCL11A,MICAL2,PBX1,DCLK1,SNAP91,EXT1,HNRNPL,QARS,SESTD1,SFXN3,FBXL2,FAT4,CDK14,CDS2,ROBO2,NRP1,CSRNP3,GRIK5,ROBO1,FAM102B,PCLO,TRIM3,DNER,DLGAP1,GARNL3,PCYT1B,GP1BB,MMD,LRRC49,ELMOD1,COPZ1,PGM2L1,MLF2,CNKSR2,MN1,ARHGEF9,VSNL1,KIF2A,KIT,PXDN,GAS6,VAMP4,PLCB1,SGK1,MAPRE2,RPL12,ATL1,CCDC107,AKAP6,PGRMC1,CHN1,FLNA,NT5M,CTNNA2,PAK3,RUNX1T1,GABBR2,MYEF2,ATRNL1,LSAMP,WWP2,SORBS2,PNMA2,PPP1CA,MIB1,SKI,SH3RF3,NFIA,NFIB,ESYT2,APBA1,RAB3C,ATP8A2,CLSTN2,FRY,CYP46A1,ACRBP,SLC8A1,FADS3,RIMS1,CDH2,BASP1,PLS3,NRCAM,RGS6,OSR1,IGFBP2,MAGI2,TMOD2,TTC7B,UBE2E2,FRMD3,PCP4,CACNB4,HNRNPUL1,RAB35,ELMO1,AMPH,TOX,LRRC59,NDRG4,CD151,RTN1,ARHGEF25,NXPH3,MAX,NPR2,NTM,ITPR1,CACNA1A,GLIS2,DPP6,SNN,PLXNA2,CAMTA1,LRRC4C,MYH10,LONRF2,MPDU1,MARK1,TRAPPC2,OST4,ATP8B2,SYT1,PTPRD,MARCH2,GNAO1,REEP1,LRFN5,LRCH1,HOOK2,NBEA,HOOK1,CNTN1,UBA2,GNB5,FGF13,EIF4G1,SNAP25,RNF11,CELF2,CELF4,ARHGEF10L,LDB2,AFF3,ELAVL2,PSD3,PDE4B,SPEG,DACT3,PMEPA1,ERC2,EDIL3,DACT1,YWHAH,SGIP1,TRPC4,PDE4D,NAV1,NAV2,COASY,DNM3,VCAN,PTP4A3,NAV3,SETBP1,CDH13,SHANK2,RNFT2,NLGN1,NRXN1,NCALD,CYTH3,GNG3,GANAB,IGFBPL1,CHSY1,HAUS7,U2AF2,SLIT1,REPS2,SPOCK1,NCAM1,OPCML,BEND6,NTRK2,PCDH9,NEGR1,NDUFA5,NTRK3,PCDH7,CADPS,NAP1L2,MEIS2,ENOX1,TNRC6C,NELL2,PDE10A,PPP2R2B,KCNK2,METAP2"
+"gene_set_query"	"1035"	"ZNF671"	"864.0"	"ARCHS4 Coexpression,977;Enrichr Queries,764;GTEx Coexpression,851"	"CYFIP2,VARS,ENO2,BACH2,RNF112,RASSF1,RASSF2,KAT5,DPYSL2,MYC,DAG1,SOX4,ANKS1B,TSPYL2,SRRM3,SRRM4,ST6GAL1,WSB1,RBFOX3,ARRDC3,CIRBP,CD3EAP,ACTN4,MAPK8IP3,PISD,INPP4A,TIAM1,DDIT3,DDIT4,ORAI2,HECA,KDELR2,KCTD12,TRIB2,TRIM11,PAXIP1,DHX8,TSHZ3,CTBP1,NPRL2,PEX11B,TRANK1,MRPL16,LARP1,PCBP3,CHST15,VPS11,ST3GAL5,ZSCAN18,ACD,JUN,PRRT2,LRRN3,BCL11A,PLK2,MICAL2,PBX1,IFFO1,TADA2A,ID2,GIPC1,FXYD6,SERPINI1,EZH1,ITM2C,ARF3,PIGU,TMEM151B,BTG1,UBXN1,KCNC1,CITED2,KCNC3,DIRAS2,GRIK2,SLC7A11,PTPRK,PTPRF,LIMD2,SHF,AKAP12,TRIM9,MMP24,PCLO,TRIM2,SH3PXD2B,RAC1,ZIK1,DFFB,GRIPAP1,WARS,TSC22D3,NME2,SIRT7,AP3B2,DUSP6,CTTNBP2NL,MLF2,RHOB,SLC7A5,INF2,KIT,PXDN,MPPED2,TUT1,KPTN,SGK1,SFI1,RNF165,GAS7,AHCY,SATB1,ADAM22,CAMKK2,FAM129B,FGD3,NFIL3,CHN2,PAIP2,LCMT1,MTX3,DAB2IP,SORBS2,DEF8,BLCAP,TARBP2,RNF146,ATAT1,MPHOSPH9,HDGF,PKN1,YPEL4,YPEL3,TMEM229B,ANKRD13D,CRTC1,WWC1,HDLBP,IPO7,TOMM20,CELSR3,SLC8A1,SLC8A2,TMEM145,SESN1,SLC39A7,SH3GL2,TLE4,TLE2,USP4,ADPRHL2,USP3,ADAM11,TRAFD1,KCTD2,KCTD6,DISP2,ACAP3,SLC9A5,DMWD,MADD,TOX,ABCG4,KPNB1,SLC27A4,LRRC59,NDRG4,CD151,DIABLO,CACNA1A,CORO1A,SOCS2,NEUROD2,SCRT2,KLC2,ZFP57,PITRM1,IRAK1,DVL1,NACC1,CAMTA2,SRGAP3,MARK3,ACBD6,TMEM120B,SYT4,PRNP,AUTS2,KLHL22,MARCH9,ASNS,AP4B1,CLK4,ZZEF1,REEP1,HOOK2,NFE2L1,MXD4,EIF4G1,ITGB1,B4GALT2,CALCOCO1,NAA40,CELF1,MAST1,SLC2A3,ZFP82,AFF3,PKD1,PHTF1,LMNB2,POLB,DUSP12,SEPT6,MCF2L,PDE4B,PMEPA1,GALNT9,RBM5,TRIM67,PDPK1,PDE4D,SH2D3C,PPP2R5B,RAD23B,TRAF7,VCAN,PTP4A3,ALS2,CTDSP2,POLR1B,CDH10,TERF2IP,EVL,IRF9,RGS19,MGRN1,ZBTB43,NRXN2,RBM4B,ATP1A1,AP3M1,GANAB,GNG2,VPS53,GNG7,SPOCK2,GNA11,FAM120A,PTK2B,FEM1C,FYN,PPP1R14B,CHURC1,PCDH9,PCDHGC4,ATP2B4,CDC42BPB,HNRNPAB,MYO16,KLF6,SBK1,PIK3IP1,VAPA,FAM131C,CAPN10,MGAT4B,POLR3F,RGS11,VIM,P4HB,SSBP2,MDGA1,CBLN1"
+"gene_set_query"	"1036"	"SKOR1"	"866.0"	"ARCHS4 Coexpression,1119;GTEx Coexpression,613"	"MAPKBP1,CNTFR,CRTC1,CLSTN3,KDM1B,STMN3,ZBTB22,ENO2,CELSR3,SLC8A2,RIMS1,RNF112,TMEM145,SAMD14,IPO8,SALL2,DPYSL5,TUBB3,IGLON5,DPYSL3,KIF21B,SH3GL2,CALN1,SRRM3,SRRM4,TLE2,ATP6V1G2,RBFOX2,RBFOX3,ADAM11,KCTD2,ANK3,MAPK8IP3,GABRG2,DHDDS,PISD,DISP2,NISCH,TIAM1,ACAP3,STX1B,PCP4,WDR82,GPRIN1,RUFY2,MADD,MAPKAPK2,ANKS6,ABCG4,TRIM11,RTN4R,BRSK2,DNMT1,PAXIP1,MTMR3,STXBP1,TRANK1,CACNA1B,CHRD,ITPR1,CACNA1A,CPLX2,CAMSAP1,CACNA1G,PHF21B,GOLGA7B,NEUROD2,IGSF21,SCRT2,NKAIN1,SYNGR1,FAM171A2,KLC2,PCBP3,PCBP4,B4GALNT1,SRGAP3,KIF3C,RHBDL1,PDZD7,B4GALNT4,TMEM120B,SYT4,CADM3,PRRT2,AUTS2,BOD1,MICAL3,MICAL2,DCLK2,NSG1,L1CAM,CLK4,GNAO1,ARHGAP33,MSRA,NSG2,UBE2S,CNTN2,MAP3K12,TMEM151B,CCDC120,KCNC1,GDI1,DIRAS2,MAST1,CELF3,GRIK2,PKD1,ELAVL3,SHF,POLB,TRIM9,MMP24,PCLO,PSD2,MCF2L,TRIM3,PSD3,DNER,NEFM,UNKL,GALNT9,TRIM67,GARNL3,APC2,GRIPAP1,EMX1,NAA30,ELMOD1,PPP2R5B,SEPT3,TUBB2B,ALS2,MAPT,SFI1,INA,GRAMD1B,PCNA,RNF34,RNF38,ATL2,ADAM22,NRXN2,CRMP1,ACVR1B,PARL,IWS1,CAMKK2,AKAP1,ABLIM1,ARVCF,FCHO1,VPS53,CHN2,SPOCK2,TRIM46,NCAM1,RABAC1,RUNX1T1,PAIP1,KDM4C,SLC12A5,PCDHGC4,DAB2IP,ATP2B2,DLK2,SKI,SBK1,FAM131C,FAM131B,POLR3F,CDR2L,RGS11,INSM1,MDGA1,YPEL4,CBLN1"
+"gene_set_query"	"1037"	"ZNF566"	"866.0"	"ARCHS4 Coexpression,961;Enrichr Queries,723;GTEx Coexpression,914"	"SLC35B4,ZDHHC5,HNRNPU,CISD2,JMJD1C,ENO2,EPRS,ZDHHC3,GPATCH8,BACH2,ALKBH8,EFR3A,CAPNS1,TRIM28,DPYSL2,MYC,CHORDC1,AKT1,KIF21A,PRKACA,PRKACB,ATXN7L3,TRIM23,ARRDC4,EPHA4,SRRM4,RBFOX2,WSB1,ZFP1,TSTD2,ZFP2,ARRDC3,CD3EAP,FRS2,MOGS,ARMC8,ANK3,ATG12,SND1,SCAMP2,ARMC1,FAM133B,ZSCAN21,RUFY2,DDIT4,TRIM13,HECA,TARSL2,FLII,PIK3R1,APH1A,SPAST,PCBP4,RDH13,EDEM3,JUN,INTS1,BCL11A,SS18L1,SLC35E3,MICAL2,UPF3B,PBX2,LARP4,POU6F1,PRRC2A,HNRNPL,ZBTB6,ZZZ3,ID2,RBAK,ITM2C,CEP57,ARF3,PIGU,DIRAS2,GRIK2,SLC7A11,PRPF19,SMG5,SHF,PPP3CB,NIPBL,RSRC1,OTUD6B,CHMP1A,TRIM3,ENC1,SDF4,CIC,ZIK1,GARNL3,PCMTD1,UPF1,MINK1,LRRC40,SLC39A10,ZDHHC17,PGM2L1,MLF2,PXDN,WAC,G2E3,TMEM106B,SGK1,TKT,NFIX,ICA1L,ADAM22,TMEM74,FAM117B,CENPB,HIRA,BCLAF1,RNF138,CHN2,TMEM68,USP1,ANKRD52,MAP4K5,YKT6,RUNX1T1,KIDINS220,MTX3,SCAF1,RNF146,ABCB10,NFIA,KLHL7,TAOK2,NUCB1,HDGF,PNPLA6,GRINA,ANKRD13C,CCNT2,HDLBP,ZFP30,LAMP1,ARHGDIA,SMARCAD1,SLC39A7,SBF1,MAP3K7,SLC25A46,BIVM,SLC38A1,ANKRD46,USP5,TTC7B,KCTD6,RSBN1,HNRNPUL1,EHBP1L1,RAB35,CHMP4B,MATR3,CSNK1G2,FTO,LRRC59,RAB5C,INSIG1,CACNA1A,SUPT6H,CORO1B,ORC4,ARHGAP21,KIF3A,DVL1,NACC1,SKIL,PDZD7,IVNS1ABP,TRAPPC2,SYT4,ASNS,KLHL24,EEF2,CLK4,SMAD5,SH3BP5L,HOOK2,ZFP62,HOOK1,GNB2,RFXAP,JMY,GNB1,CNTN1,MDM2,PLEKHM2,PLXNB2,TUBGCP4,BRWD1,NFE2L1,EIF4G1,KDM5C,WDR1,ASNSD1,PRKCSH,WDR3,CHD6,ZFP82,PKD1,GPHN,PPP1R9B,SENP7,DUSP12,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,PMEPA1,DNM1L,TRIM67,TTC33,PDPK1,ATRX,H2AFV,RAD23B,PTBP2,ARL4C,TRAF7,PTP4A3,ALS2,CTDSP2,POLR1B,DNAJC5,LUC7L3,RNFT2,SMARCD2,CANT1,RAB1B,DDX21,ATP1A1,FAM169A,LRP6,ABLIM1,FAM168B,GANAB,U2AF2,POLR2D,FAM120A,EIF4H,SPOCK1,RALY,FEM1C,IGF2BP3,FBRS,CLASP1,CLASP2,USP24,RBM39,NOP58,PCDHGC4,USP22,CDC42BPB,TPD52L2,TNRC6C,PSAT1,BRMS1L,CARM1,MGAT4B,POLR3F,ACIN1,FAM98B,SNRNP48,P4HB,TRIM32,MBTPS2"
+"gene_set_query"	"1038"	"ZSCAN20"	"867.0"	"ARCHS4 Coexpression,1472;Enrichr Queries,375;GTEx Coexpression,754"	"TRIO,FCF1,EPRS,BACH2,ALKBH8,PREX1,RPS17,CDC23,ZMIZ1,DPYSL2,CDC27,STMN1,DIP2B,IER5,SOX5,MED1,DDX18,EPHA4,TIPIN,SCAF11,PRKCE,ARRDC3,RECQL,CD3EAP,ANK3,ANK1,TIAM1,ZSCAN21,BOLA2,DDIT4,YME1L1,HECA,ALG10B,MACF1,DCUN1D5,DHX8,PIK3R3,NEDD4L,AGAP1,PIK3R1,ZBTB5,GIGYF2,MTDH,NUAK1,RIC8B,HIVEP1,GSE1,TRPM7,TNRC18,HIVEP2,ST3GAL1,EDEM3,JUN,PHC2,CADM1,LARP7,MICAL2,IRF2BP2,PUM1,PBX1,AIMP1,PCDHGA11,ID2,CALU,NMT2,INTS4,NOL11,ITM2C,PIGU,PTPRS,SIPA1L2,PTPRF,AKAP12,ATIC,DHX15,RIOK2,KIF1B,JARID2,UTP14A,LRRC49,RRAS2,PRPF40B,BAZ1B,DUSP6,CTTNBP2NL,MLF2,NCOR2,ZEB2,NME7,MED20,PITPNM2,PXDN,RHOU,SGK1,GART,ERGIC2,STK40,NFIX,HEATR1,MGAT2,SRSF10,CCT5,PCGF6,YTHDF3,MTX3,YIPF5,SORBS2,WDR12,KLHL9,SEC23IP,NFIA,NFIB,TSR1,RAB3GAP2,GOPC,PKN1,AGRN,FRYL,DBR1,UBE3C,PRDM2,CWC27,FBXO22,IGF1R,TLE4,MAGI1,TLE3,LMO4,UBE4B,FRMD4A,LMO7,TANC2,FOXP1,CACNB4,TIPRL,SNRPG,SNRPE,WDFY3,KPNB1,ANAPC1,FKBP5,DDX6,PFKFB3,ABHD2,UBR4,ISG20L2,TARS,CACNA1A,GTF2E1,NDRG1,PHF21A,RNASEH1,PITRM1,PLXNA2,CAMTA1,BRIX1,LLPH,SRGAP1,PRNP,AUTS2,CPSF2,DNAJC13,EIF2S2,EIF2S1,BCL9,SLC7A6OS,GNL3L,LRCH1,EFNA2,HOOK2,CDK4,HOOK1,NF1,SPIRE1,IARS,ITGB1,RERE,DOCK9,PRKCSH,WDR3,CHD8,USP34,CHD6,ARHGEF10L,ELAVL1,SYNE2,TMEM191C,MRPL3,SPRED2,DUSP12,EEF2K,PDE4B,ERC1,TNPO1,TNPO3,DST,DIS3,PDPK1,PDE4D,NAV1,ACTR8,NAV2,SMC1A,ARID1A,DDX50,ARID1B,DDOST,PTP4A3,FCHSD2,SETBP1,DNAJC6,CTDSP2,POLR1B,C1D,AHDC1,GTF3C3,SEC23A,ASAP1,ATP1A1,AP3M1,SRR,DNPEP,POLR2B,TGS1,FAM120A,TAF1A,SNRPB2,IGF2BP3,FEM1C,UGGT1,FNIP2,TRIM44,DCAF13,SPEN,KDM4A,SSB,PTCD2,ATP2B4,PDE4DIP,DEK,CDC42BPA,NELL2,MYO1B,KLF6,FMNL2,ERCC8,NAA15,ABCE1,TRIM32,SSBP3,TAF2,MBTPS2"
+"gene_set_query"	"1039"	"VSX2"	"867.0"	"ARCHS4 Coexpression,937;Enrichr Queries,1387;GTEx Coexpression,277"	"CNTFR,SCOC,ARL6IP1,ARAF,STMN4,ENO2,SCAMP5,DPYSL4,DPYSL5,DPYSL2,IGLON5,DPYSL3,HABP4,PIP4K2A,KIF21B,EPHB2,PRKACB,ANKS1B,SOX5,DDX17,UNC13B,PDHX,RBFOX1,SRRM4,RBFOX2,RBFOX3,SLC6A17,CIRBP,MMD2,SOX11,ANK2,ANK1,EML1,ASPHD1,FEZ1,KCTD13,ULK2,PRR18,TRIB2,BEX4,NECAB1,NRN1,PDE1B,FOXG1,PHYHIPL,AGAP1,SLAIN1,NLK,ACTR3B,ARPP19,IGSF9,MTMR7,NKAIN2,FAM171A1,NKAIN1,PPP3R1,PCBP3,PCBP4,TSPAN7,SCN3A,GPM6B,CDK17,CADM3,GPR12,BCL11B,CADM1,CADM2,BCL11A,ST8SIA3,CCDC88A,UNC119,FAT3,PLCH2,CALM2,RCOR2,SUGP2,ARF3,GPR27,ROBO2,SPEF1,GDI1,FAM57B,GRIK3,ZCCHC17,C1QTNF4,SERP2,RNF157,PPP3CA,TUBA1A,AKAP11,JPH3,CAMKV,KIF1B,FEZF2,ENOPH1,PCYT1B,PRMT8,ELOVL4,MMD,NIPA1,SYP,SYN3,GNL1,RGMA,TMEFF1,RAP2A,PACS2,CDC42EP4,PXDN,MPPED2,DSCAML1,CLDND1,PHLPP1,NFIX,ATL1,WRB,CCDC106,ADCY1,TRAK1,TCEAL5,CUX2,MGAT3,NCDN,CKB,CTNNA2,EPS15,ARNT2,WNT7B,KLHL2,MZT1,PRKRA,CCNG2,TTC3,TSR2,APBA1,PRDM8,SH3GL3,CYP46A1,CDH8,CELSR3,RIMS4,ADORA1,STK32C,PPFIA2,RGS7,GTF2I,PPP1R16B,KIRREL3,SEMA6B,CHRNB2,MAP2K1,APLP1,TBR1,ATP1B2,VASH1,POU3F1,POU3F2,POU3F3,SHISA7,SLC9A6,ELMO1,ABCG4,CACNA1A,BHLHE22,DTX3,DTX4,CACNA1E,RTN4,CAMSAP1,NEUROD2,SCRT2,KIF3A,OTX1,RAB6B,LRRC4B,SYT4,TIA1,GGT7,WSCD1,TBCB,CORO2B,SCRT1,DNAJC18,GNAO1,PTPRD,ARHGAP33,DLG2,GNAL,EFNA2,NSG2,HOOK2,NBEA,PTPRA,LHX2,DLG4,GNB1,CNTN2,CSPG5,NACAD,SERINC1,YWHAE,KDM5B,THRA,CELF3,CELF4,CHD6,PSIP1,CHD5,RND2,ELAVL2,RLBP1,SEC61A2,FSD1L,SCRN1,LRRTM1,LRRTM2,TRIM67,EMX1,SGIP1,LANCL1,PJA1,SEPT3,DNM3,PTP4A3,NRG3,DNAJC6,LANCL2,DCX,TERF2IP,NAT8L,SSX2IP,INA,RNFT2,AGPAT5,KDM3A,RAP1GDS1,TULP4,NRXN2,ATP1A3,CRMP1,FAM169A,JAKMIP1,ADD1,AGPAT4,JAKMIP2,AP3M2,FAM168A,CCDC85C,GNG7,NCAM1,WASF1,HNRNPA1,ATP9A,CACNG4,CLASP1,CLVS1,CLASP2,LGI1,TUB,NTRK2,MARCKSL1,CADPS,DDHD2,FBXL16,DDHD1,EFR3B,GDAP1,MEIS2,USF2,SLC4A8,PPP2R2C,SYT11,PPP2R2B,NOVA2,INSM1,PTPN5,MDGA1,SSBP3,CBLN1"
+"gene_set_query"	"1040"	"WT1"	"867.5"	"Literature ChIP-seq,39;ARCHS4 Coexpression,1094;Enrichr Queries,1082;GTEx Coexpression,1255"	"TDRKH,MDC1,ATF2,CHIC2,GMFB,TFRC,TESK1,ZFYVE1,DPYSL5,DPYSL2,PRKACA,MEF2C,GABARAPL1,CSNK2A1,CACNA2D1,NGDN,SCAMP1,EML4,PRKAR1B,PRKAR1A,DDIT3,ZFYVE19,DDIT4,FAR1,CGGBP1,SF1,NPRL3,PDGFA,AGAP1,PRKAR2B,RNF215,PIP5K1C,VTI1B,PRRT1,HEXIM1,JUN,JUP,NR2F1,PBX2,L1CAM,PBX1,EIF1,MLLT10,UCK2,FASN,SFXN3,DCHS1,FXYD6,FERMT2,EZH2,ARF3,PIGP,LRRC4,LRRC3,CTCF,BBC3,SHF,SMPD3,JPH4,MED14,SMPD1,TCP11L2,SH3BGRL3,DLGAP3,DUSP1,GSTO1,TEX10,ELOVL6,MRPL48,DYNLL1,DUSP6,PGM2L1,DUSP7,LRRC42,TMEFF1,PXDN,TMEM106C,TMEM106B,SLC29A1,VAMP4,PAFAH1B3,ARF5,VAMP2,SLC29A2,STAU1,SRRT,MRPL55,MFN1,NCDN,SAMD1,MEF2D,SRSF10,GOLM1,USP9X,SAMD4B,SLMAP,PKN1,YPEL4,SLC27A1,CCNT2,RASL11B,TMEM167B,NAB1,UBE2D3,FBXO21,APEH,YY1,FADS3,NUDT10,LAPTM4A,ADORA1,KPNA4,PIM3,FADS1,KPNA1,PIAS4,SH3GLB1,BNIP3L,FBXW7,UBE2E1,ATP11C,UBE2E2,PRPF4B,CNPY2,ATP11A,FOXP4,MSH6,ATXN2L,SMS,PKP4,ANAPC5,RAD54L2,LY6H,SRSF6,SRSF7,SQSTM1,KPNB1,SRSF9,MAZ,STK39,UAP1,NRF1,CORO1B,SOCS2,SBNO2,ATXN2,PORCN,STK36,THEM4,SOCS7,SLC38A2,TXNDC5,DR1,FUS,RASL10B,ARPC5,YRDC,LRCH1,STK24,PTPRA,TMEM11,PIN1,CNTROB,LRCH4,TMEM19,ITGB1,HSP90AB1,PTEN,ETFB,NCK2,ERC2,ARL5A,NEO1,SNAP29,EIF5A,VPS37D,VEZF1,SLC25A17,SLC25A19,ETF1,TOP1,BCAT1,SLC25A5,AHDC1,BCAT2,ST6GALNAC6,LRP1,SRC,SRF,CXXC1,PARD6G,MLLT1,MLLT3,RCHY1,PPM1D,LRP8,CXXC4,PPM1E,EHBP1,MLLT6,FCHO1,U2AF2,BAHD1,TRIM46,LRRC8D,FYN,IGF2BP3,IGF2BP2,LRRC8B,NTRK2,PTPN1,CIZ1,HNRNPA3,MARCKSL1,FEM1B,PCDH7,MBOAT7,HIP1R,BAIAP2,EIF3M,MYO1B,SLC25A39,PDCD4,PTPN9,EIF3E,PTPN5,TRIM33,CERK,THUMPD3,LDLRAD3,RCBTB1,NUDT4,TRIM28,FBXO3,KIF21B,CCNL1,CCDC92,EPHB1,TMPO,SMARCC1,SCAF11,ACTN1,SFRP1,KCTD12,TRIB2,KCTD15,CCDC84,PAXIP1,GGNBP2,FOXG1,PIK3R3,PIK3R1,GSPT1,PCBP4,DHX35,MICAL1,HIVEP1,TSPAN5,RCE1,HIVEP2,RAB11FIP2,RAB11FIP5,FAM78B,LRRN3,INTS3,RCC2,ST8SIA2,SMARCA5,SMARCA2,PPP1R1A,PTK7,WNK1,ID2,CDC16,PPP1R1B,LRRN1,DHX29,CALM1,CALM2,DDR1,NRP1,USPL1,HIBADH,DIRAS2,AP2A1,WASL,PEPD,AP2A2,AKAP12,PPP3CA,SYNCRIP,PCM1,REV3L,KIF1A,NANS,GIT1,NCOA2,NCOA6,CCDC115,MMD,MINK1,ZFR,PRPF40B,ANO6,SREBF2,APRT,RGMA,RAP2C,ENAH,TOX3,RAP2A,KIF2A,KIT,TAX1BP3,NCOA7,ARHGEF2,ARHGEF7,FJX1,SATB1,STX16,SATB2,COX5A,GNAI1,ARVCF,MNT,PGRMC1,SERTAD4,NFIL3,ORMDL3,MGAT3,MGAT1,GPC4,EPS15,NPDC1,GABBR1,PEX19,KLHL2,MYO9B,VEGFA,MIB1,SH3RF3,PER1,DPY19L3,CSDC2,NEDD4,HNRNPA2B1,ACTR10,GRINA,ZFP28,CRTC2,MIDN,CRTC1,ZFAND3,ZFAND6,WWC1,ZFAND5,BCCIP,UBE3A,CYP46A1,CELSR3,IGF1R,ACTG1,KIF5C,KHSRP,PALM,BAHCC1,ADAM11,DNAJB12,TMX4,GPD2,WDFY1,UBE2V1,PPIA,DDX6,DDX5,NXPH3,NPR2,CACNA1B,CACNA1A,RASGRP2,NDRG1,CACNA1H,CNN3,RAI1,GRK6,CAMTA2,H1FX,TBC1D16,PRNP,UBE2H,PHF10,KLHL26,PHF12,CRIM1,HMGA1,NUP153,KLHL23,PAN2,PAN3,APPBP2,NASP,HOOK2,HOOK1,GNB2,CNTN1,GNAS,GNB4,TAB3,PHF13,STT3B,FGF11,YWHAE,DYRK3,RBM26,DYRK2,CHD6,PSIP1,CHD4,PPP1R9A,RND3,AFF4,PITPNC1,GPHN,TTC28,RND1,PPP1R9B,LASP1,EEF2K,NPTN,CPXM1,SUN1,PDPK1,EED,UTP18,YWHAZ,DDX50,PJA1,VCAN,LMBRD1,IRF3,UBE2R2,CRY2,ATP6V1B2,DCTN6,RBM4B,MAT2B,NT5C2,AGPAT3,TMEM201,OXCT1,BNIP1,PDLIM7,TIMM8B,RBM39,GALNT2,BNIP3,GALNT1,ATP2B1,USF2,GOLPH3,PNKD,TEF,VIM,NAA15,R3HDM1,NCKAP1,RPL3,WIPF3,ARPC5L,SLC4A3,DCAF5,GABPB1,ELK1,BACH2,PCMT1,ALCAM,ZMIZ1,MYC,PIP4K2C,IER2,NUP214,PRKCI,UNC13A,WSB2,PRKCE,GTPBP6,SOX11,SOX12,DYNC1LI2,BIN1,GPR161,ADPRH,TYRO3,NUP98,VPS25,PI4K2A,PRR14,CTBP2,SLAIN1,VPS26B,RNPC3,HIF1A,MTDH,LDHB,PRDX5,RIC8B,FLRT2,ST3GAL5,CDK19,NDFIP1,PHC1,HOMER1,CHKA,DMPK,H3F3A,PRDX6,PRRC2A,HNRNPL,MEX3B,PPP5C,MEX3A,HNRNPK,H2AFY2,HNRNPD,MMS19,CDKN1C,GABRB3,GABRB2,SETD5,PHF1,PHF23,SETD7,CLTC,ASH2L,WDR46,ING1,SMG6,PHF8,TRIM8,UBL3,TMSB4X,TRIM3,SPIN1,CIC,BRD2,IFNGR2,SSR3,WDR34,HADHB,NCOR2,ZEB2,AFTPH,TUBB2B,MTF2,EXOC6,PLCB1,WDR26,SF3B3,TM9SF3,RNF138,USP1,PAIP2,DEDD,RUNX1T1,RPRM,BRD4,CSNK1A1,PCGF2,SYVN1,SNCAIP,RYBP,NFIA,ABI2,NFIB,LPCAT4,ZYX,INHA,PHLDB1,RAB3A,CLSTN2,TUSC3,CLSTN1,YEATS4,CLU,EDC3,SLC8A2,CDH2,GRB14,LZTS2,GTF2I,MAGI1,BIVM,CSNK1G3,TLE3,RPS7,TPM4,USP5,TPM3,IGFBP3,F2R,IGFBP2,DYRK1A,CACNB1,ILF3,CACNB3,CSNK1G1,BRSK1,CD151,CBFB,CUL5,BRI3,TNKS,AK2,CHRD,ITPR1,AK3,UBR1,NEUROD2,ORC4,KLC2,ORC3,ABL1,DVL2,PLXNA2,SKIL,WDTC1,OSBPL9,EIF2B4,OSBPL5,TRAPPC4,TMEM132A,TRAPPC5,NSG1,SCRT1,CNOT4,CNOT6,DAB1,LRFN4,LHX2,RHEB,LRFN1,CPD,PLXNB1,SERINC2,MAP3K12,LMBR1L,DIDO1,CALCOCO1,WDR1,TRO,DUSP12,PTBP1,SIN3B,AP1G2,SGCB,UBTF,TNPO2,PDCD6IP,PLEKHG2,TRPC4,COASY,PTP4A3,DNAJC7,SOS1,CRK,SSX2IP,NFAT5,HDAC2,WBP1,WBP4,SEMA3F,TTL,FIP1L1,DNAJB5,RBBP5,POLR2D,VPS54,RBBP7,DCAF11,MEST,RNF24,FBXL19,PTPN12,SEMA4G,FBXL14,OXR1,ENOX1,ASXL1,RAB10,DNAJA1,KLF6,NIN,PFKL,IMPDH1,IMPDH2,MGAT4B,INSM1,PFKP,SLC35B2,APP,PITPNA,TIAL1,RUSC1,PPP2R1A,UBAP2L,RPS10,GLUL,SOX4,TBC1D10A,PTOV1,TWSG1,CRYZL1,XRN2,VDAC1,OBSL1,LLGL1,PFN2,IGSF8,TSHZ3,ANP32A,LMAN2L,MAGED1,TEX264,DCUN1D4,IGSF9,NUAK1,INPP5F,GSE1,SCAP,PATZ1,RALGDS,VASP,TRAP1,BCL11A,SS18L1,PUM1,GADD45G,PUM2,SRPK1,STAG1,RPS20,ANP32B,ROBO2,CITED2,SLC35F2,FAF1,VLDLR,CX3CL1,XPO1,ZMYM2,ZMYM3,SLC22A17,DLAT,RALGPS2,TOP3B,PARP1,TSC22D1,UCHL3,MTSS1,MLF2,RHOU,MAPRE3,MAPT,SGK1,ALDOA,FYTTD1,ZDHHC20,PTGER1,PTN,SUSD4,SHOC2,METTL6,APBB1,TBL1X,METTL9,LCMT1,MAP4K4,ARNT2,MPP3,RYK,PDP1,SPCS1,STAC2,MEGF9,CDK5R1,GALNT11,KDM1A,HDLBP,TOMM20,COL4A3BP,POGZ,KDM2B,LMO4,TOMM34,SHISA5,TMEM130,RSBN1,PDIA4,MYCN,TBL1XR1,MATR3,FIZ1,XPR1,RAI14,ISYNA1,HPCA,LPL,SDCBP,PDZD4,EFNB3,TMEM127,EP400,CDH24,OTX1,ZC3H13,MARK4,ATP6V1F,SMAD4,CBX6,CBX4,SMURF2,CBX3,PTCH1,IFT122,DNAJC17,BRWD1,B4GALT2,SCYL3,KDM5B,DOCK4,NVL,DBI,HS2ST1,CASP9,SPRED2,ZC3H7A,PPP2R5E,SNAPC2,CASP2,KDM6A,KDM6B,KLF13,H2AFZ,H2AFX,PPP2R5B,ARID1A,DNM1,KLF16,FCHSD2,IGDCC4,CDH11,B4GALT6,LUC7L2,VAC14,USP14,KDM3A,USP16,USP11,POMP,SPG7,DLL1,TOB1,MAPK9,UGP2,RMND5A,REPS2,MAPK1,NCAM1,ABCF2,CAMK2G,MAPK3,SGTB,USP21,ZFC3H1,DEK,USP28,MEIS2,DLK2,PDE10A,PPP2R2C,SPRY2"
+"gene_set_query"	"1041"	"ZFPM2"	"868.3"	"ARCHS4 Coexpression,1062;Enrichr Queries,693;GTEx Coexpression,850"	"ZFYVE9,MYT1L,JMJD1C,ENO2,RPL8,GPATCH8,NUDT3,RNF112,RPS17,DPYSL2,MYC,DPYSL3,AKT3,EPC2,RPS10,CALN1,SOX5,SRRM3,EPHA4,SRRM4,EPHA7,MEF2C,RBFOX1,RBFOX2,RBFOX3,TSTD2,CACNA2D1,ZFP2,REV1,ANK2,ARMC8,ANK3,ANK1,TIAM1,EML5,SFRP1,RUFY2,HECW1,KCTD12,RPL29,PAXIP1,TSHZ3,STXBP1,FOXG1,NPRL3,TRANK1,PIK3R1,KALRN,APH1A,NUAK1,FLRT2,PCBP4,PRKAR2B,JUN,PRRT2,CADM2,BCL11A,MICAL3,NR2F1,MICAL2,PBX1,DCLK1,SNAP91,POU6F1,MSRA,PKIA,FAT4,EZH1,FERMT2,ROBO2,PHF2,NRP1,TMEM151B,KCNC1,DIRAS2,GRIK2,ROBO1,SHF,AKAP12,PPP3CB,MMP24,SLC22A17,TRIM3,TIMP2,DLGAP1,KIF1B,GARNL3,CEP68,DUSP6,MLF2,MN1,ZEB2,ARHGEF9,KIT,PXDN,MPPED2,WAC,MAPT,PLCB1,SGK1,TKT,GAS7,NFIX,SATB1,RPL12,ADAM22,AKAP6,PRICKLE1,PTN,CAMKK2,ARVCF,CUX1,CHN2,RPL18,MAP4K3,RUNX1T1,MPP3,DAB2IP,SORBS2,SORBS1,SKI,RNF146,NFIA,NFIB,NEDD4,FHOD3,CLSTN2,CYP46A1,RPL10A,CLU,SLC8A1,SLC8A2,RPH3A,TMEM145,RIMS1,CDH2,BASP1,SH3GL2,PPFIA2,BIVM,TLE2,IGFBP3,MAGI2,ADAM11,TTC7B,KCTD2,FBXO11,SRCIN1,DISP2,PREPL,TOX,XPR1,SRSF9,GRIA1,NDRG4,NPR2,NTM,CACNA1A,LPL,FBLN1,CACNA1C,EFNB2,NEUROD2,SCRT2,ORC4,ARHGAP21,KLC2,NEUROD6,PLXNA1,PLXNA4,SYT4,AUTS2,SYT1,BOD1,CRIM1,CLK4,FBXO31,PTPRD,DAB1,NBEA,HOOK2,CNTN1,TCF4,FGF13,MAP3K12,CELF2,CHD6,LDB2,AFF3,PKD1,RND3,POLB,MCF2L,PSD3,PDE4B,PHACTR3,SPEG,CEP170,EDIL3,GALNT9,TRIM67,DACT1,EMX1,TTC33,PDE4D,NAV2,DNM3,VCAN,PTP4A3,ALS2,NAV3,CDH11,CDH13,RBM24,HDAC1,NRXN2,ADD2,ABLIM1,RMND5A,SLIT1,SPOCK1,NCAM1,ATP9B,CLASP1,CLASP2,NTRK2,SLC12A5,PCDH9,NEGR1,PCDHGC4,PCDH7,NTRK3,B3GAT1,PDE4DIP,RPRD2,MEIS2,EFR3B,HS3ST1,TNRC6C,NELL2,PDE10A,POLR3F,SNRNP48,VIM,MDGA1,CBLN1"
+"gene_set_query"	"1042"	"MEF2B"	"870.0"	"ARCHS4 Coexpression,847;Enrichr Queries,1001;ReMap ChIP-seq,254;GTEx Coexpression,1378"	"CYFIP2,SCOC,SMC3,PHB2,BACH2,CAPNS1,RAVER1,DPYSL2,MYC,ZMIZ2,IER5,FNBP4,MEF2A,GABARAPL2,SAP30BP,GABARAPL1,MEF2C,NUP210,FNBP1,PRKCD,CD3EAP,GTPBP2,BCR,EID2,RUFY3,DDIT3,DDIT4,ORAI2,TARS2,RPL29,RPL28,SF1,ATF4,POM121,SHMT2,PRDM15,CIAO1,PRPSAP1,PPP4C,CHST12,ST3GAL2,SERF2,JUN,JUND,CHKA,H3F3B,EDEM1,EIF2AK3,MAD2L1BP,BBIP1,NR1D1,PRRC2A,SETX,EHD1,HNRNPL,PPP5C,UNC119,OGFR,PYGB,BTG1,KCNC3,PIGP,ADK,LPCAT1,MRPL36,SNX11,MED16,MRPL34,PHF6,CLINT1,BBC3,MTG1,TMSB4X,ANXA6,JARID2,UPF1,MRPL49,SLC39A13,NIPA2,GMIP,WDR34,DUSP6,TOMM40L,MRPL43,DDB1,PHF20L1,NCOR2,PSMA6,SLC7A5,LSG1,MED25,MED20,PXDN,RAPGEF1,CDC123,RNASEK,ECHS1,SF3B3,ODC1,PSMA7,FGD3,GGA2,SNX29,RECQL5,UNK,RICTOR,RABAC1,SRSF10,MEF2D,UTP6,SF3A2,MDH1,UTP3,NR1H2,SYVN1,ELP3,SNX22,SRP68,DEF8,BYSL,TM9SF2,ERP44,MKLN1,PHF5A,TAOK3,PSMC3,SHKBP1,PKN1,FAM49A,DGKD,ATP8A1,TM7SF2,FAM107B,TUBB3,CFL2,PAPOLA,LZTS2,ANKRD13A,FADS1,IFNAR2,SEMA6B,PPP1R16B,USP7,RPS9,ANKRD44,STX7,RPS6,CNPY3,FOXP1,MSH6,ST7L,ATXN2L,DMTF1,STIM2,MAPKAPK2,MADD,RAB35,FSCN1,CSNK1G2,IFNAR1,ANAPC2,PFKFB4,DNMT1,INO80E,SEMA7A,ITPR1,CORO1A,HSP90B1,RHOBTB2,STIP1,SNN,NDOR1,BAG1,SLC15A4,SLC38A2,NADK,MCL1,NEK9,UVRAG,ASNS,ARPC4,ADAP1,EEF2,CHERP,MFHAS1,ARPC2,REEP5,RHEB,TADA3,MDM2,PLXNB2,MDM4,CLPTM1L,ACO2,TMEM19,SERINC4,BCL2L1,RNF187,ITGB1,ZC3H4,COX4I1,PIK3CD,ARRB2,SYNE2,PIK3C2B,MRPL4,DUSP12,ZNRD1,GM2A,PPP6R1,SNRNP70,UBTF,PMEPA1,EID2B,ACTR3,REXO1,RFC2,LANCL1,TFIP11,REXO2,PTP4A2,PTP4A3,TFDP1,TRAF4,DAD1,POLR1B,TMBIM6,ETF1,TOP1,SOS1,PPP1R12C,PPP1R15A,TRABD,HDAC5,MTPN,GTF2A1,TSSC4,UHRF2,SRC,HDAC1,CXXC1,HDAC7,DNAJB2,DCAF15,AP3M1,ZNRF2,RBBP4,FCHO1,U2AF2,BEND3,CSK,DRAM2,SH2B2,JAZF1,SEMA4A,PTPN1,MARCKSL1,KCNJ11,RNF26,AMFR,PLCL2,CCDC59,PNRC1,PNRC2,KLF7,KLF6,PSAT1,OCIAD1,PDCD4,CCM2,VEZT,SMARCB1,HDAC10,CPNE5,TXNDC11,IFI30,GBA2,SNRPD2,LONP1,SEC62,RPS11,SLC12A9,TBC1D10B,ATP6V1G1,ST6GAL1,ENTPD4,COG4,SLC35C2,NSMCE1,AP1B1,CSNK1D,ANK1,KATNAL1,SUB1,CDC37,CD2BP2,HECA,SIK2,EZR,ATP6V0D1,TMEM161A,L3MBTL2,STXBP2,MYCBP2,SUPT4H1,APCDD1,NLK,RPAP3,UBE2J1,MYL12B,PGS1,SEC14L1,DHX37,SYMPK,HIVEP2,RIMKLB,SNX5,VASP,XBP1,BCL11A,SS18L1,BRI3BP,UBAC2,CCDC88A,RPL27A,ID2,CWF19L1,CCDC88C,INTS4,GRB2,ANP32B,ITM2C,DAZAP1,HIP1,USPL1,SH3KBP1,CITED2,DIRAS1,GDI2,BMI1,PRPF19,SIPA1L3,LIMD2,HERPUD1,SYNCRIP,XPO6,TMED1,RAB8A,CAP1,CDV3,MAP4K2,MRPS27,PARP1,MMD,TSC22D3,ANO8,COMMD3,SREBF2,MLF2,TOX4,CTTN,NFX1,NCOA7,ARHGEF1,GLCCI1,SGK1,FYTTD1,CSTB,TOMM40,DOT1L,TRAK1,AMN1,ZDHHC18,CUX1,NFIL3,SERTAD2,MGAT3,SHOC2,RAE1,MTX3,NFYC,VEGFB,AP3D1,UBE2G1,MYO9B,MIAT,MIB1,VEGFA,RGP1,TTC9,MPHOSPH9,NUDT8,KLHL5,SGSM3,CAPZA1,TTC3,TCEA1,FAU,CAMK1,OTUD4,CRTC2,KDM1A,CD81,PRDM2,FAM174B,KHSRP,ARHGDIA,POGZ,COTL1,SBF1,TSC1,TMEM131,ADAM19,EEF1A1,HNRNPUL1,TBL1XR1,SPNS1,GEMIN7,PPIB,RTN2,COX19,PXK,ISYNA1,TMED10,RPS19BP1,HTRA2,DTX1,CACNA1A,STK4,RASGRP2,CSF2RA,NDRG1,CACNA1H,SEL1L3,EMG1,KIF3B,TMEM127,GRK6,H1FX,SUDS3,DMAP1,TBC1D17,MARK4,YARS,SMAD1,PRNP,KLHDC4,CPSF7,IDH2,HMGA1,KLHL24,CRLS1,NFKBIA,NR4A3,EFNA2,HOOK2,HOOK1,DNAJC10,UBE2N,GNB4,UBE2O,CLASRP,TCF3,BRWD1,LSM14B,LRP10,SAE1,GALK1,DYRK3,MAST3,PRKCSH,CHD6,GTDC1,HMGB1,CHD2,LMNB1,PPP1R9B,SEPT9,SEPT6,BCL7A,ZC3H7A,PDE4A,KLF13,PDPK1,PDE4D,H2AFX,DDX54,DCK,DNM2,CREB3,NDUFS6,AKT1S1,CUEDC1,CHMP5,RGS19,CRMP1,TDG,GNG7,MKNK2,PTK2B,MTA2,FBRS,CYTH1,SPEN,USP24,KDM4B,PTCD2,RRM2,QPCTL,PCDHGC4,MIIP,LIMK1,PCDHGC3,LRWD1,PIK3IP1,ERCC1,CARM1,SSBP2"
+"gene_set_query"	"1043"	"ZNF727"	"870.5"	"ARCHS4 Coexpression,1082;GTEx Coexpression,659"	"ISCA1,ARPC5L,DIXDC1,CASC4,MPV17L2,PPP1CB,HERC2,ATCAY,RUSC2,CAPN7,RNF19A,STK16,POGZ,AKT3,SCMH1,EPC2,LZTS2,DIP2C,STK32B,TMEM8B,RGS7,RBFOX2,DSCAM,RALGAPA1,PRKCD,ZFP2,MAGI2,BOLA1,SHISA4,EML5,EID1,ARMCX4,ARMCX1,DYNC1LI2,RRAGB,CRYZL1,SBDS,KCNQ4,PHIP,ANAPC5,SCG3,TSPYL4,ARHGEF25,NPR2,ABHD2,DCUN1D4,XPA,ITPR1,DTX3,RNPC3,INPP5B,ARHGAP20,PPP4C,MIER2,LRRC4C,RIMKLB,RALGDS,SCN3A,MARK3,ZSCAN18,MPDU1,ATP6V0A1,BBS1,SMAD4,CPSF6,PHC1,ZRANB2,ATP8B2,KLHL25,SYNRG,ABCA3,TNK2,PCIF1,ST8SIA3,HMGA1,HSPA12A,PBX1,SRPK1,BCL9,MSRA,LRCH2,ARPC2,ARPC3,JMY,CNTN1,ATG2A,CPE,INTS4,MAGED2,PAM,NOP10,EZH1,CDK16,PHF2,SOBP,PPP1R9A,TTC28,ZCCHC14,SGCE,SENP6,MECP2,EPM2AIP1,SENP7,LMBR1,IMPA1,SGCB,SLC22A17,LRRTM2,DNER,SPEG,DLGAP1,ERC1,GPRASP1,RAB8A,CCDC50,TRIM67,LYPLA2,SUN1,ABCC8,ATRX,ASH1L,ZDHHC17,PTBP2,MTSS1,SIRT2,DNM2,EPN2,LATS1,LMBRD1,VCAN,SETBP1,NUP50,MPPED2,FAM20B,ZMYND11,SOS1,VAMP4,STAU1,PPM1L,PRICKLE1,ADD1,PCNP,SLC25A27,DNAJB1,NRAS,ABLIM1,PARD6A,CUX1,TCEAL1,AP2S1,SPOCK1,CSK,NCAM1,ANKRD52,JAM3,TTC14,GABBR1,URGCP,KIDINS220,SLC31A1,PCDHGC3,LCA5,FOXJ2,SYT16,RPRD2,SORBS1,TRIT1,GATAD2A,PPP1CA,MIB1,TNRC6C,NECAP2,GOLPH3,SNX19,NFIA,PPP2R2B,CAPZA1,BAX,SPRY2,SSBP2,MPHOSPH8,RNF141,CRAT,APBA2,ZFP28"
+"gene_set_query"	"1044"	"ZNF681"	"870.7"	"ARCHS4 Coexpression,817;Enrichr Queries,1053;GTEx Coexpression,742"	"CYFIP2,SMARCB1,PANK3,STMN2,ZDHHC5,ENO2,FNBP1L,NDST1,CDC23,CAPNS1,IGLON5,DPYSL2,STMN1,BSG,PSMD3,PWWP2A,AKT1,DIP2B,PRKACA,ATXN7L3,SAMD10,CALN1,TMPO,ARRDC4,SRRM3,SRRM4,ATP6V1G2,NUP210,ACTN1,MTUS1,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,SCAMP1,TIAM1,HECA,TRIM11,AARS2,PAXIP1,TBC1D9B,IGSF3,CTBP2,FLII,CSTF2,PIK3R1,SLAIN1,MTMR4,APH1A,PRPSAP2,ATP6V0A2,TSPAN5,ZBED4,ZSCAN18,INTS1,BCL11A,INTS2,SLC35E3,UPF3B,CDC7,BRI3BP,PAICS,ZWINT,PBX1,DCLK1,PRRC2A,HNRNPL,ANP32E,FAT3,FAT4,CD200,ITM2C,ARF3,OGFR,GABRB2,PIGU,TMEM151B,KCNC1,CITED2,DIRAS2,MRPL36,PRPF19,PHF6,SMG5,AKAP12,MRPL42,MMP24,PCLO,ANXA6,SDF4,CIC,ZIK1,RALGPS2,UPF1,TMED9,PGAM1,MINK1,ZDHHC13,SREBF2,AFTPH,INF2,PXDN,PAFAH1B3,SFI1,PRIM2,PCNA,SATB1,PRIM1,ADAM22,CENPB,CAMKK2,FAM129B,CHN2,PES1,TMEM68,LEO1,CLPTM1,MFN2,FLNA,ANKRD52,YKT6,AGK,SCAF1,NUDT21,CCNG2,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,ZFP28,GRINA,ATP8A1,PDCD6,HDLBP,ATN1,SLC8A2,RIMS1,ZFP30,LAMP1,KIF5C,ARHGDIA,SMARCAD1,NRCAM,MAP3K9,SLC39A7,SBF1,ENPP5,SH3GL2,AP2M1,KDM2B,USP5,THOC3,LMO7,ZBTB33,DISP2,CTDNEP1,CACNB4,MSH2,ADAM15,EHBP1L1,RAB35,CHMP4B,TOX,PPIA,ABCG4,CSNK1G2,ANAPC2,LRRC59,DNMT1,SEMA7A,RAB5C,CACNA1A,SUPT6H,SOCS2,NEUROD2,SBNO2,ORC6,DVL1,NACC1,ZKSCAN3,SRGAP3,ESRRA,SYT4,CBX5,AUTS2,SYT1,EEF2,CNOT6,EFNA2,SH3BP5L,YEATS2,HOOK2,NBEA,HOOK1,GNB2,GNB1,PLEKHM2,PLXNB2,LRP10,NFE2L1,EIF4G1,SNAP25,ACADVL,KDM5C,WDR1,PRKCSH,CHD6,PSIP1,PTPN23,LMNB1,PPP1R9B,SENP7,SEC61A1,SEPT9,LASP1,PPP6R1,SNRNP70,CASP3,SUMO2,PSD3,TOPBP1,TRIM67,SCYL1,ARHGEF11,RFC3,USP48,EED,PDPK1,PDE4D,SPATS2,ARFGAP1,TRAF7,PTP4A3,TFDP1,RER1,POLR1B,DNAJC5,GFOD2,DNAJC9,B4GALT6,PPP1R12C,RNFT2,CANT1,RAB1B,NRXN2,RBM4B,ATP1A1,USP19,ABLIM1,FAM168B,GANAB,CAND1,U2AF2,VPS53,PTK2B,IGF2BP3,BUB3,VHL,MEST,EIF4E,FBRS,REPS1,RRM2,KDM4C,PCDH9,PDE4DIP,CDC42BPB,TPD52L2,NELL2,CLCN7,NEURL4,MGAT4B,ACIN1,P4HB,CBLN1,METAP2"
+"gene_set_query"	"1045"	"ZNF714"	"871.0"	"ARCHS4 Coexpression,751;Enrichr Queries,1000;GTEx Coexpression,862"	"TCERG1,PANK3,ZDHHC5,ZDHHC7,FNBP1L,EPRS,CDC23,CAPNS1,DPYSL2,STMN1,AKT1,KIF21A,PRKACA,ATXN7L3,SAMD10,SOX4,TMPO,ARRDC4,CXADR,CD3EAP,MOGS,ACTN4,FAM133B,TIAM1,EML5,ALG10B,MTMR1,NUP205,AARS2,PAXIP1,TBC1D9B,TMEM63B,FLII,CSTF2,BRCC3,GJC1,APH1A,PRPSAP2,TSPAN5,ZBED4,HOMER1,INTS1,INTS2,SLC35E3,UPF3B,PBX2,CDC7,PAICS,PBX1,ZWINT,DCLK1,MEX3A,FUBP1,RBAK,AVL9,RCOR2,ITM2C,EZH2,ARF3,OGFR,TOP2B,TCF20,MRPL36,PRPF19,PFAS,PHF6,SMG5,MRPL42,SPTLC1,ANXA6,UBXN7,SDF4,CIC,ZIK1,UPF1,TMED9,PGAM1,MINK1,ZDHHC13,SLC39A10,SRP9,MED23,INF2,MTF2,PXDN,G2E3,RAPGEF1,ARHGEF2,ERGIC1,PCNA,SF3B3,PRIM1,NOL9,SLC7A1,CENPB,FAM129B,GNAI2,NRAS,BCLAF1,TMEM68,LEO1,USP1,CLPTM1,METTL6,EXOSC2,YKT6,NPM1,CENPV,MTX3,NR1H2,GINS4,SCAF1,NUDT21,TTC9,NFIA,DPY19L3,CCNG2,HNRNPA2B1,TAOK2,RAB3GAP2,NUCB1,PKN1,PNPLA6,GRINA,CSE1L,HDLBP,NUCKS1,UBE2Z,IGF1R,ZFP30,LAMP1,KHSRP,ARHGDIA,SMARCAD1,MAP3K9,SLC39A7,KPNA2,SBF1,SLC38A1,KDM2B,THOC3,ZBTB33,MSH6,CTDNEP1,MSH2,ADAM15,GPD2,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,ANAPC1,CSNK1G2,ANAPC2,KHDRBS1,DDX6,LRRC59,DNMT1,RAB5C,IREB2,PXN,SLC38A10,PDS5A,SUPT6H,CORO1B,ORC4,SBNO2,ORC6,DVL1,VARS2,QSER1,BPTF,ESRRA,TRAPPC2,CPSF6,CBX5,NUP155,NONO,CBX2,HMGA1,CNOT6,EFNA2,SH3BP5L,YEATS2,HOOK2,NASP,HOOK1,GNB2,GNB1,MDM2,GNB4,PLEKHM2,PLXNB2,TUBGCP4,FGF13,LRP10,NFE2L1,EIF4G1,ACADVL,MCM7,WDR1,PRKCSH,CHD6,HMGB3,HMGB1,PTPN23,PPP1R9A,LMNB2,LMNB1,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,SART3,CAPZB,PPP6R1,SNRNP70,TOPBP1,SCYL1,SUN2,RFC3,USP48,EED,PDPK1,PDE4D,H2AFX,PTBP2,DNM2,TRAF7,PTP4A3,SLC25A17,TFDP1,RCN2,RER1,POLR1B,DNAJC5,AKT1S1,DNAJC9,BDP1,B4GALT6,BCAT1,PPP1R12C,RNFT2,MTPN,HDAC2,GTF3C4,CANT1,RAB1B,DDX21,FURIN,ATP1A1,DNAJB2,ABLIM1,MAPK8,GANAB,CAND1,U2AF2,POLR2D,FAM120A,FEM1C,VHL,HNRNPA1,MAPK6,EIF4E,FBRS,ATF7IP,KDM4A,RRM2,DEK,CDC42BPB,TPD52L2,HS3ST1,IRGQ,MGAT4B,P4HB"
+"gene_set_query"	"1046"	"ZNF8"	"871.5"	"ARCHS4 Coexpression,1513;Enrichr Queries,230"	"TRIO,ZMYND8,CISD2,JMJD1C,BACH2,TRIM28,OPHN1,ZMIZ1,DPYSL2,MYC,GLUL,SOX4,DDX17,ARL10,EPHA4,MEF2C,RBFOX2,DAPK1,CD3EAP,SOX11,ANK1,GTPBP4,DDIT3,DDIT4,ORAI2,HECA,SIK2,TRIB2,DHX8,IGSF3,PIK3R3,NEDD4L,AGAP1,PIK3R1,GJC1,APH1A,SYNGR1,NUAK1,HIVEP2,RDH13,PATZ1,CREBBP,JUN,JUND,CADM1,BCL11B,BCL11A,PLK2,SLC35E3,IRF2BP2,NR1D1,PBX1,MED13L,MEX3A,SLC6A8,ID2,ITM2C,EZH2,PIGU,HIP1,PTPRS,CITED2,PCSK7,AACS,MED12,DHX15,KIF1B,JARID2,ZIK1,TSC22D3,PGM2L1,RHOB,RNF144A,NCOR2,SLC7A5,ZEB2,TUBB2A,PXDN,SGK1,NFIX,SF3B3,SATB1,NOL9,PRICKLE1,RNF138,NSD1,RUNX1T1,ARNT2,YIPF4,HUWE1,VEGFA,NFIB,CCNG2,NEDD4,NUCB1,PKN1,CELSR3,IGF1R,ZFP30,SALL2,KIF5C,SESN1,POGZ,EP300,FADS1,GTF2I,USP8,KDM2B,TTC7B,FOXP1,DISP2,PHIP,MAPKAPK5,ADNP,PFKFB3,ZC4H2,CHRNA7,ITPR1,CACNA1A,EFNB2,ORC4,ORC6,PITRM1,ZKSCAN3,NDUFV3,ZKSCAN1,PDZD7,BPTF,AP1M1,PLXNA3,SMAD2,PRNP,CBX5,AUTS2,KLHL24,EFNA2,HOOK2,NBEA,HOOK1,MDM2,NF1,SPIRE2,MDM4,AMOTL2,FGF13,OGT,ZSCAN2,RERE,KDM5B,WDR1,PRKCSH,CHD6,CHD4,AFF4,DUSP12,SEC61A1,BCL7A,OPA3,PSD3,KDM6B,DST,PDPK1,ATRX,NAV1,NAV2,ARID1A,ARID1B,ZFP90,DDOST,VCAN,PTP4A3,CREB1,SETBP1,CTDSP2,POLR1B,RNFT2,HDAC2,RAB1B,GOSR1,FOXK1,FBXL20,DNPEP,MAPK1,FEM1C,RPP14,ATP9B,ATF7IP,MLXIP,MARCKSL1,KLF7,IRGQ,MARCKS,KLF6,PDCD4,METAP2"
+"gene_set_query"	"1047"	"ZNF157"	"872.3"	"ARCHS4 Coexpression,1416;Enrichr Queries,680;GTEx Coexpression,521"	"CYFIP2,ENO2,RNF112,PSMD9,OPHN1,IGLON5,DPYSL2,MYC,DPYSL3,BSN,ATXN7L3,SOX4,CALN1,ANKS1B,SRRM3,SRRM4,ATP6V1G2,UNC13A,RBFOX3,RFX3,ANK3,MAPK8IP3,NISCH,TIAM1,EML5,PRKAR1B,RUFY2,HECA,ASTN1,DHX8,TMEM63C,STXBP1,MTMR9,MTMR7,APH1A,NKAIN1,SYNGR1,TSPAN7,RDH13,RHBDL1,GPM6B,CADM3,PRRT2,JUP,RAB3IP,SLC35E3,MICAL2,L1CAM,SNAP91,PBX1,DCLK1,GADD45G,FXYD6,ITM2C,ARF3,GABRB2,TMEM151B,KCNC1,KCNC3,DIRAS2,GRIK2,SHF,TRIM9,MMP24,PCLO,JPH3,TRIM3,DNER,B3GALT1,DLGAP1,KIF1A,GPRASP1,GARNL3,GRIPAP1,UPF1,PCYT1B,ACTL6B,SYP,AP3B2,PGM2L1,SYN1,MLF2,RHOB,CNKSR2,MN1,VSNL1,KIT,PXDN,ARHGEF7,GAS7,RNF165,CSTB,ICA1L,ADAM22,ADCY1,CAMKK2,ARVCF,CHN2,PAK6,APBB1,CTNNA2,PURG,WDR17,RIC3,ARNT2,MPP3,LHFPL4,SORBS2,NMNAT2,HDGF,PKN1,YPEL4,ATP8A2,CRTC1,CLSTN3,WWC1,CLSTN1,HDLBP,CELSR3,SLC8A2,RIMS1,TMEM145,PAIP2B,SALL2,KIF5C,KIF5A,SLC16A2,LZTS1,SH3GL2,ADAM11,KCTD2,ATP1B2,KCTD6,POU3F3,DISP2,ACAP3,OLFM2,CACNB4,DMTF1,SCN8A,MADD,TOX,ABCG4,LRRC59,NDRG3,CHRNA7,CACNA1B,CACNA1A,CACNA1C,CPLX2,KLC1,SEZ6L2,FBXO44,CACNA1E,NEUROD2,KLC2,FUT9,NACC1,SRGAP3,PDZD7,TMEM120B,SYT4,CLK4,EFNA2,NBEA,HOOK2,HOOK1,CNTN1,RNF182,SPIRE2,FGF13,NFE2L1,MAP3K12,EIF4G1,SNAP25,WDR1,CELF3,MAST1,CHD6,RND2,PKD1,ELAVL3,DUSP12,SCRN1,MCF2L,OPA3,PSD3,ERC2,GALNT9,TRIM67,ABCC8,PDPK1,SYNGR3,RAD23B,DNM3,VCAN,PTP4A3,ALS2,LUC7L3,SHANK2,CAMK2B,NLGN3,RNFT2,STOML1,NRXN1,RGS16,NRXN2,RBM4B,ATP1A3,CXXC4,ADD2,ABLIM1,GANAB,IGFBPL1,PTPRZ1,U2AF2,VPS53,SPOCK2,FAM120A,TRIM46,REPS2,SNCB,OPCML,CLASP2,BEND6,CHGA,SLC12A5,PCDHGC4,PCDH7,NICN1,FAM131C,FAM131B,RGS11,INSM1,MDGA1,UNC79,CBLN1"
+"gene_set_query"	"1048"	"TSHZ3"	"872.3"	"ARCHS4 Coexpression,994;Enrichr Queries,606;GTEx Coexpression,1017"	"RPL5,TRIO,ARPC5L,NDST1,RUSC2,ZMIZ1,RPS18,DPYSL2,DPYSL3,AKT3,SOX5,EPHA4,MEF2C,RBFOX1,RBFOX2,ACTN1,CACNA2D1,ECH1,AFAP1,SOX11,EML1,ANK1,EML2,MYL6,TWSG1,GPR161,KCTD12,BCORL1,TRIB2,TMTC1,PIK3R1,GJC1,NUAK1,FLRT2,DHX35,CHST15,TNRC18,HIVEP2,PIP5K1C,SCN3B,JUN,PHC2,CADM1,BCL11B,BCL11A,NR2F1,PBX2,MICAL2,PBX1,DCLK1,EXT1,RPS25,PTK7,ID2,CALU,DCHS1,FAT4,TECPR2,FERMT2,TMEM9B,ITM2C,ROBO2,PHF2,NRP1,SIPA1L2,TRIOBP,PTMS,ROBO1,AKAP12,ENC1,SH3PXD2B,TIMP2,QSOX1,COMMD6,DUSP6,MLF2,RGMA,MED22,MN1,ZEB2,MRAS,CDC42EP3,PXDN,FAM20C,SGK1,GAS6,GAS7,DYNC1I2,NFIX,SATB1,SATB2,PRICKLE2,PRICKLE1,GNAI2,CAMK2N1,GPC1,TCEAL1,SPOP,RPS3,STX2,RPL18,JAM3,RUNX1T1,MAP4K4,RYK,SKI,NFIA,NFIB,ZYX,ESYT2,PKN1,MPHOSPH8,FAM49A,PHLDB1,CLSTN2,CD81,ALDH1L2,SLC8A1,POFUT2,CHCHD2,CDH2,BASP1,SCMH1,DENND5A,LZTS2,TPM4,IGFBP3,LMO3,TPM1,F2R,RPS6,TANC2,FOXP1,ADAM19,ARMCX4,OLFM1,ARMCX1,RAB31,RAB34,WDFY3,TOX,RAI14,SNRPB,ARHGEF25,CTTNBP2,NTM,ITPR1,CACNA1A,CACNA1C,NDRG1,CACNA1H,RTN4,CORO1C,EFNB2,ABL1,PLXNA2,DVL3,NEK9,PRNP,SMAD4,UBE2I,OSBPL5,ATP8B2,AUTS2,CRIM1,KLHL23,DNAJC13,MANBAL,PTPRD,LRCH2,LRFN5,HOOK2,HOOK1,LRP10,MUS81,ITGB1,SNAP25,DOCK4,CHD6,ELAVL4,ILK,LDB2,AFF3,RND3,TTC28,SGCE,SENP6,DUSP12,SGCB,GATAD1,TMEM109,PMEPA1,CEP170,SLC37A3,EDIL3,DACT1,ARHGEF11,HGSNAT,PPP1R12A,SGIP1,NAV1,NAV2,CKAP4,ARL4C,VCAN,PTP4A3,SETBP1,NAV3,DDAH2,CTDSP2,C1D,CDH11,CDH13,PPP1R12B,BCAT1,SLC25A5,LRP1,SRF,ASAP1,CLCN3,AGPAT3,HDAC7,THBS3,RAB23,SLIT1,SPOCK1,NCAM1,PDLIM7,CLASP2,SMARCE1,SEPT11,PCDH9,PCDH7,SEMA4C,ATP2B4,MEIS2,FBXL12,NELL2,MARCKS,KLF6,PINK1,VIM"
+"gene_set_query"	"1049"	"HES7"	"872.7"	"ARCHS4 Coexpression,1073;Enrichr Queries,962;GTEx Coexpression,583"	"EIF4A2,RPL4,EIF4A1,RPL3,RPL32,ENO2,PHB2,CCAR1,RNF112,SAMD14,RUSC1,IGLON5,DPYSL2,MYC,LONP1,UBAP2L,HIST3H2BA,CCNL1,IER5,SAMD10,SOX4,IER2,SRRM3,SRRM4,COG8,RBFOX3,RPL21,BROX,IFRD1,WDR74,MIF,ANK3,MAPK8IP3,ANK1,PISD,NISCH,TIAM1,GPR162,STX1B,DDIT4,TRIM11,PAXIP1,STXBP1,PDGFA,SYNGR1,KCNMB4,B4GALNT1,PLCG1,HIVEP2,RHBDL1,CADM3,JUN,PRRT2,JUND,CHKA,BCL11A,ZFR2,SS18L1,INTS2,MICAL3,NR2F1,MICAL2,UPF3B,IRF2BP2,CDC7,NR1D1,L1CAM,GADD45G,ID2,PPP1R1B,ANP32E,RCOR2,ITM2C,CDKN1C,TMEM151B,KCNC1,CITED2,DIRAS2,GRIK2,SLC7A11,COX7C,PFAS,AACS,BBC3,OSBPL10,SHF,TRIM9,MAP1LC3B,MMP24,ZMYM2,TRIM3,ZIK1,GRIPAP1,TSC22D3,DUSP6,MLF2,RHOB,GNL3,DDB1,SLC7A5,PXDN,WAC,ARHGEF7,SGK1,SFI1,PTMA,CSTB,GRAMD1B,NFIX,ADAM22,CRIP2,CAMKK2,GGA1,ARVCF,NFIL3,CHN2,RPL13,CKB,RPL17,PURG,RUNX1T1,RANBP1,DAB2IP,VEGFA,SKI,HIST3H2A,TMEM158,NFIA,NFIB,NEDD4,UBAP2,PKN1,YPEL4,ANKRD13B,MIDN,CLSTN3,SPPL2B,FMR1,CLSTN1,CLU,CELSR3,CDH8,SLC8A2,YY1,ARHGAP44,TMEM145,GNPTAB,SH3GL2,FADS1,TLE2,RPS8,IGFBP3,ADAM11,DNAJB12,KCTD2,KCTD6,DISP2,ACAP3,DKC1,RPL7L1,MADD,FSCN1,ANKS6,ABCG4,RTN4R,SEMA7A,PFKFB3,CUL3,LTBP4,GPR85,CACNA1A,FBXO44,NDRG1,TIMM50,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,SCUBE1,DPP9,SAFB2,SLC38A6,SRGAP3,TMEM120B,HMGA1,SYT7,EFNA3,EFNA2,NR4A3,YEATS2,HOOK2,HOOK1,CELF1,MAST1,CHD6,PSIP1,SLC2A3,ZFP82,PKD1,ELAVL3,POLB,TRO,DUSP12,RPL7A,SART3,MDK,MCF2L,DACT3,GALNT9,TRIM67,KDM6B,EED,REXO2,RABGGTB,SENP2,KLF16,PTP4A3,ALS2,NAV3,NDUFS7,CDH10,CTDSP2,LUC7L3,DNAJC9,GAPDH,WBP1,RGS16,NRXN2,FOXK1,TBRG4,MAPK9,TAF1D,VPS53,MKNK2,TRIM46,PTK2B,PCDH1,NOP56,NOP58,SLC12A5,RRM2,TRIM41,FEM1A,PCDHGC4,CDC5L,RPL23A,EFR3B,HS3ST1,USF1,NELL2,SLC4A8,KLF6,SBK1,PDE10A,RAB15,FAM131C,RAB12,POLR3F,CDR2L,RGS11,VIM,RHEBL1,MDGA1,RBMX,CBLN1"
+"gene_set_query"	"1050"	"HOXD9"	"873.3"	"ARCHS4 Coexpression,621;Enrichr Queries,1366;GTEx Coexpression,633"	"RPL5,VARS,KDELR1,THUMPD1,ZDHHC8,RPL8,RPL9,RPL7,TIAL1,TRIM28,DPYSL2,ANKFY1,EPC1,CCNL2,PTGFRN,RPS11,SRRM2,RPL23,RPL22,PTOV1,WDR75,SOX11,SCRIB,CSNK1E,SOX12,ANK1,SRRM1,HCFC1,SFRP1,GPR161,PRR12,OBSL1,KCTD15,TELO2,ATF4,NRN1,TSHZ3,FOXG1,PIK3R2,GJC1,PIP5K1A,TNRC18,PLCG1,B4GALNT4,JUN,CADM1,INTS1,DMPK,INTS3,SETD1A,NR2F1,IRF2BP1,PBX1,PRRC2B,PRRC2A,SMARCA4,HNRNPL,PTK7,RPS20,DCHS1,DUS1L,RPS24,CDK16,PHF3,DAZAP1,PRPF19,TRIOBP,SHD,SMG5,PTMS,MED12,RAC3,CIC,COMMD6,RGMA,RAP2C,KAT2A,ZEB2,CTTN,PXDN,FAM193B,DBN1,NFIX,RPL10,SRRT,ADCY6,UNK,PES1,RPL13,TBL1X,ANKRD52,RPS27A,MAP4K5,RPRM,MBD3,SF3A2,RYK,PCGF2,DAB2IP,MIB2,SNCAIP,SCAF1,SKI,MYBBP1A,KIF26A,TAOK2,HDGF,MEGF8,CRLF1,ANKRD13B,CD81,ATN1,RPL10A,ARHGDIA,FBRSL1,LZTS2,SH3GL1,USP5,IGFBP3,RPS6,IGFBP2,TSC2,PRPF4B,MID1,ATAD3A,POU3F3,RNF40,EEF1A1,ATXN2L,CTDNEP1,ILF3,HNRNPUL1,RAB34,PRPF3,FSCN1,SRSF3,ANAPC4,SRSF4,MASP1,INO80E,PKDCC,MAZ,KLHL17,LTBP4,LPL,CACNA1A,PRPF8,CACNA1H,GLIS2,SOCS2,RAI1,EFNB1,BTBD2,ABL1,DVL2,CDH24,ANKRD10,DVL3,H1FX,OTX1,TIA1,OSBPL5,FUS,EEF2,SMAD5,CHERP,BMP1,EFNA2,HOOK2,LHX2,HOOK1,UBE2S,PLXNB2,UBA1,CNTROB,PI4KB,MDM1,UBE2M,RERE,MUS81,GPSM1,ZNF512B,B4GALT2,KDM5C,NUMA1,LDB1,PRKCSH,MAST2,HP1BP3,ILK,CHD3,LMNB2,TTC28,RPS4X,SENP6,SIN3B,SNAPC2,ZC3H7B,SNRNP70,GATAD1,SNAPC4,UBTF,CPXM1,SLC37A3,TNPO2,RBM5,RBM6,ADAMTS7,PELP1,SUN1,TRPC4,CAD,ARNT,RPS3A,SMC1A,SENP3,ARFGAP1,FAM189B,GIGYF1,PTP4A3,SETBP1,DDAH2,CDH11,AKT1S1,FAM84A,THOP1,GTF3C1,NLGN2,SRSF1,PRCC,LENG8,WIZ,MLLT1,LRP3,SEMA3F,STRN4,HDAC7,LRP6,THBS3,GANAB,MTA1,PABPN1,TAF1C,U2AF2,NT5DC2,TRA2A,POLR2D,SLIT1,VPS54,UBQLN4,PDLIM7,SMARCE1,NTRK2,PCDH7,FBXL19,SEMA4C,ATP2B4,RPL35A,SSRP1,MEIS3,MEIS2,HNRNPAB,NEURL4,CARM1,ACIN1,RBMX"
+"gene_set_query"	"1051"	"AIRE"	"874.7"	"ARCHS4 Coexpression,1397;Enrichr Queries,997;GTEx Coexpression,230"	"APP,SCOC,RPL3,ARL6IP1,TFRC,STMN2,STMN3,EPRS,GABPB1,ACTB,BACH2,ZMIZ1,DPYSL2,MYC,DPF1,KIF21A,KIFAP3,PRKACB,SOX4,GABARAPL2,ACOT7,CD3EAP,SOX11,ANK3,ANK1,GABRG2,PRKAR1B,PPA2,RUFY3,CDC37,DDIT4,HECA,TAGLN3,TSPYL4,ASTN1,ATF4,BEX4,BEX2,ADCYAP1R1,BEX1,PHYHIPL,PDGFA,PIK3R1,AAAS,INPP5F,SCN3A,B4GALNT4,ATP6V0A1,S100A10,JUN,PTPRN2,JUND,MAGEE1,ZFR2,BCL11A,DCLK2,DCLK1,MLLT11,CALY,FASN,ID2,SERPINI1,CD200,ITM2C,ARF3,MRPS17,CSRNP3,GDI1,KCNC1,SLC44A2,MRPS12,OLA1,SNX10,SLC35F1,UCHL1,TUBA1A,MAP1LC3A,SLC22A17,DNER,KIF1A,GPRASP2,ACTL6B,IFNGR2,SIRT4,SYP,MANEAL,PGM2L1,SYN1,TMEFF1,TMEM179,TUBB2A,MMP17,PXDN,CHST1,ARHGEF4,MAPRE3,SGK1,SFI1,NAPB,CSTB,WRB,TCEAL6,GLRA2,PAK1,NFIL3,PAK3,EXOSC2,STAT2,GABRA3,LSAMP,PNMA2,SGSM1,MORN4,TSR2,NUCB1,APBA1,CDK5R2,RAB3C,MTCH1,RAB3A,FMR1,ATCAY,TUBB3,BASP1,FADS1,NSF,CHRNB2,IFNAR2,MAP2K4,SLC38A1,DSCAM,IGFBP3,F2R,LMTK3,TMEM130,SHISA7,BSCL2,CLIP2,PREPL,SLC9A6,RPL7L1,SCN8A,EEF1A2,LY6H,PPID,FKBP5,ATP6V1A,RTN3,DNMT1,PFKFB3,TMEM59L,GPR85,CACNA1A,LRRC55,NDRG1,CSF2RA,EFNB3,KIF3A,CASKIN1,KIF3C,LRRC4C,RAB6B,LRRC4B,SYT5,PRNP,PNPT1,RHBDD2,GNAO1,NFKBIA,LRFN5,RALYL,DLG2,EFNA2,NSG2,CDK5,HOOK2,PTPRA,HOOK1,ATG16L1,REEP2,GNAS,CSPG5,UBE2O,YWHAE,RERE,PODXL2,PRKCSH,CELF4,ELAVL4,CELF5,FBLL1,ELAVL2,RPGR,SEC61A2,DUSP12,PTBP1,LRRTM2,SULT4A1,YWHAG,YWHAH,USP46,CCDC39,PEG3,GPX4,PDPK1,SYNGR3,SEZ6L,YWHAZ,PTBP2,GAP43,PTP4A3,CREB1,NRG3,DNAJC6,GFOD2,DCX,TERF2IP,PIK3C3,INA,PPP1R15A,STOML1,DDX25,USP11,CXXC1,ATP1A3,NRXN2,TM2D3,FAM169A,JAKMIP1,CXXC4,HSPD1,FZR1,DNPEP,SV2A,SNRPB2,FSD1,LIMK1,CADPS,NAP1L2,GDAP1,NAP1L5,MAPK10,FAM155A,PFKL,KLF6,NECAP1,PPP2R2C,CDKN2AIPNL,PPP2R2B,ATP13A2,VIM,SMAP1,PFKP"
+"gene_set_query"	"1052"	"ZNF568"	"875.3"	"ARCHS4 Coexpression,1159;Enrichr Queries,827;GTEx Coexpression,640"	"ATF2,VARS,ZFYVE9,ZMYND8,DIXDC1,ZDHHC5,PHAX,TXNDC16,EFR3A,RUSC2,CAPNS1,TRIM28,DPYSL2,AKT3,EPC1,AKT1,EPC2,DIP2C,NCKAP5,ATXN7L3,TRIM23,ANKS1B,RBFOX2,ZFP1,ARRDC1,ZFP2,MTUS1,CD3EAP,FRS2,ANK2,MOGS,ATG12,SCAMP2,ARMC1,FAM133B,EID1,KATNAL1,RRAGB,RUFY2,CRYZL1,FLII,MTMR9,AGAP1,PIK3R1,KALRN,APH1A,PPP4C,FLRT2,FDFT1,ZSCAN18,PTPRN2,INTS1,SLC35E3,PBX2,SMARCA2,PTK2,DCLK1,PRRC2A,HNRNPL,WNK1,FAT4,ARF3,NRP1,PIGU,DAZAP1,GRIK5,BMI1,PRPF19,SMG5,PPP3CB,RSRC1,ZMYM4,TRIM2,DHX15,SDF4,GARNL3,ZIK1,LYPLA2,UPF1,TSC22D3,ZFR,MINK1,ASH1L,SIRT7,BAZ1B,ZDHHC17,APRT,ZEB2,PXDN,WAC,TMEM106B,VAMP4,PLCB1,TKT,GRN,ICA1L,CENPB,PCNP,HIRA,FAM172A,YKT6,RUNX1T1,KIDINS220,NFYB,SORBS1,GTF2H5,PPP1CA,MIB1,RNF146,NFIA,NFIB,TAOK2,NUCB1,HDGF,PKN1,ZFP28,ANKRD13C,CEP120,HDLBP,NUCKS1,PRDM2,FRY,SLC8A1,ZFP30,CDH2,PIM3,TLE4,USP5,FRMD4A,LMO7,FOXP1,ARMCX1,HNRNPUL1,HNRNPUL2,RAB35,CHMP4B,MATR3,FTO,LRRC59,RAB5C,TNKS,ITPR1,CACNA1A,ORC4,DPP6,PITRM1,NACC1,RPRD1A,MARK2,PDZD7,MPDU1,TRAPPC2,AUTS2,KLHL24,EEF2,PTPRD,LRCH2,EFNA2,SH3BP5L,APPBP2,HOOK2,NBEA,HOOK1,GNB2,RFXAP,GNB1,NF1,SPIRE1,MDM4,TUBGCP4,BRWD1,NFE2L1,EIF4G1,KDM5C,RNPEPL1,WDR1,PRKCSH,CHD6,PSIP1,ZFP82,YBX1,SOBP,AFF3,SYNE2,PPP1R9B,SEC61A1,SEPT9,LASP1,SCRN1,SGCB,PPP6R1,SNRNP70,RNPEP,PDE4B,UBTF,CEP170,DNM1L,EID2B,H2AFY,PCDHGA4,DST,TTC33,ACTR6,PDPK1,PDE4D,ATRX,H2AFV,VPS37B,NAV2,RAD23B,COASY,ZFP90,DNM2,TRAF7,VCAN,PTP4A3,SETBP1,POLR1B,PIK3C3,ZMYND11,PFDN4,RNFT2,NLGN1,SMARCD2,NRXN1,RAB1B,FAM168B,GANAB,RPS6KC1,U2AF2,FAM120A,SPOCK1,NCAM1,CLASP2,PCDH9,PCDH7,LCA5,DDHD2,PDE4DIP,RPRD2,CDC42BPA,HNRNPAB,TNRC6C,KLF7,TSPAN14,NFASC,BRMS1L,MGAT4B,POLR3F,ACIN1,FAM98B,P4HB,SSBP2,CLUAP1,MBTPS2,METAP2"
+"gene_set_query"	"1053"	"ZFP42"	"876.3"	"Literature ChIP-seq,38;ARCHS4 Coexpression,756;Enrichr Queries,1123;GTEx Coexpression,1588"	"ALKBH8,ALKBH3,PSMD8,LSM12,RAVER1,DPYSL3,AKT1,PSMD1,HIST3H2BA,FNBP4,DAXX,CXADR,FRS2,HDHD2,PRKAB1,LARS2,EID1,EWSR1,RUFY3,DDIT4,ATF4,MTMR2,SET,SAR1B,NPRL2,MEPCE,PDGFA,PLA2G6,HEXIM1,CADM1,LARP7,FAM136A,MRPL24,PBX1,EIF1,EIF5,QARS,PKIA,SFXN3,SFXN1,PSMG1,ARF4,LRSAM1,PIGU,PIGT,MED19,MRPL37,MRPL33,MRPL42,MRPL40,NEFL,RPLP2,DFFA,PGAM1,SLC39A11,RRAS2,ELOVL6,MRPL47,MRPL48,MED27,MRPL46,SRP9,TOMM40L,LRRC41,MRPL43,MED22,PSMA6,PSMA3,MED25,MRPL50,MED24,PSMA2,PXDN,PAFAH1B2,ARF6,TRUB1,NIP7,GGA2,PSMB5,GGA3,TCOF1,RPS27A,SRSF10,YKT6,TMEM62,NUDT21,LYRM2,PSMC5,SNX17,SLMAP,TSR2,TSR1,CRAT,CCNT2,RASL11B,CSE1L,FADS2,STK16,KPNA6,MTPAP,AP2M1,IK,LENEP,FTSJ3,MSH6,MSH2,SRSF3,SNRNP200,SRSF7,PFKFB2,GRIA2,UQCRB,PEF1,ISG20L2,ARL2,FBXO44,UQCRH,ACAT2,IGSF21,G3BP1,NAE1,IP6K1,ODF2,FBXO38,CORO2B,SON,GNL3L,SP3,NFE2L3,ACO2,LRCH4,NIT1,HSP90AB1,NUMA1,AKAP8L,NENF,AP4M1,MRPL3,MRPL2,ZNRD1,SUMO1,SUMO2,BCAS2,BOK,ACTR6,VBP1,DHPS,RAD23A,NDUFC1,QTRT1,NPC2,PCCB,BCAT1,BCAT2,PPP1R15B,GTF3C2,NDUFB8,NDUFB5,MAK16,SRSF1,PRCC,CXXC1,U2AF1,MLLT6,PPM1G,NNAT,BEND3,IGF2BP3,FEM1C,E2F4,HNRNPA1,EIF4E,UBQLN4,ATP9A,NDUFA9,HNRNPA3,SSB,NDUFA6,FEM1A,PCDH7,NDUFA3,NDUFA2,DONSON,RPL23A,BAIAP2,NELL2,TRIM39,TRIM35,P4HB,SEC24C,BCAR1,SLC25A36,EIF3A,EIF3B,EIF4A2,EIF4A1,CCNC,ZDHHC7,UBE2L3,CRKL,CCAR1,CDC23,SNRPD1,CCDC97,EPC1,EIF2D,PTGFRN,KIF21B,CCNL1,PELO,FBXO9,EPHA4,SMARCC1,ALG9,ECH1,ENTPD6,CIRBP,GNPAT,SFRP1,CD2BP2,L3MBTL2,COMMD9,DHX33,LARS,PCBP4,DHX35,PCBP1,SURF6,KCNN2,B4GALNT1,ZBED4,XBP1,SURF1,LRRN2,SURF2,RCC2,INTS3,ST8SIA3,ERAL1,PAICS,ICK,AIMP2,ZBTB6,INTS5,LRRN1,INTS7,RCOR2,SUGP2,AARS,PTPRS,PPP1R11,PPP1R10,PAK1IP1,GRIK5,MRPS11,CCDC124,CETN3,NAT10,NAT14,AKAP12,NUDCD3,HYAL2,ENC1,DHX15,ARIH2,SDF4,KIF1B,KIF1A,SDF2,MRPS27,CCDC115,GAA,MRPS21,PRPF40A,MRPS7,COMMD4,ENAH,MRPS9,RAP2B,KIT,UFC1,EEF1E1,ARHGEF7,PTMA,MRPS35,SATB1,GNAI3,MRPS30,CAMK2N1,GPC4,EXOSC2,EXOSC1,NPM1,PEX19,AP2B1,DOHH,MAD2L2,PDCL3,SEC23IP,TTC5,HNRNPA2B1,HDGF,GRINA,DPAGT1,DBR1,NUP188,RPP30,BCCIP,PEBP1,ACTG1,EEF1B2,NARS,KIF5B,CAPN2,KIRREL3,WBP11,SDHB,EEF1A1,TMX2,TMX1,EHBP1L1,PPIH,RAF1,DDX5,PSMD11,NDRG3,RTN1,CACNA1A,RPF2,SUPT6H,DEAF1,TBC1D17,QSER1,UBE2B,PHF12,HMGA1,KLHL23,SUPT5H,CLK4,CLK2,CLK1,AHI1,HOOK2,NASP,HOOK1,MKRN1,GNAS,TCF4,LSM14A,YWHAE,CUEDC2,PRKCSH,CHD6,HMGB3,PSIP1,ADAR,CHD3,HMGB1,TMEM191C,PPP1R9B,RPGR,UBE2Q1,MAN1A2,BCKDHA,SUN2,RBM14,PDPK1,CAD,DDX54,ABHD14A,SFPQ,NDUFS8,NDUFS7,NUP50,NDUFS2,NDUFS1,INA,DCTN6,NAA20,DDX25,TGFBRAP1,ATP2C1,AGPAT1,RNF4,RNF5,AGPAT3,ADD2,POLD3,GNG3,TMEM208,MTA3,FBRS,RBM39,USF1,GLB1,ERCC1,NAA15,GPD1L,SUGT1,R3HDM1,RAN,RPL4,VPS29,RPL5,RPL3,CLPB,STMN2,HNRNPU,GPATCH4,PHB2,MYC,RPL36,LUC7L,RPL39,DDX17,WSB1,TSPYL1,UNC13A,SOX11,ARMC8,HCFC1,ARMC6,ADPRH,RPL24,YME1L1,TARS2,VPS25,RPL28,DUS3L,PRR14,TSPYL4,RNF121,CTBP2,XPA,NEDD4L,NOLC1,RNPC3,ADH5,MTDH,GJC1,PRDX3,LDHB,NCSTN,FLRT2,PRDX1,LDHD,RRS1,VPS16,ACD,PHC1,MEX3C,HNRNPM,MEX3B,H2AFY2,TOLLIP,MMS19,FARSA,CPEB4,GABRB3,CLTA,ASH2L,PHF8,ING4,TRIM8,ENSA,JARID2,RRP15,UBL7,BRD2,IFNGR2,SSR2,WDR34,WDR35,RNF168,HADHB,HADHA,TUBB2B,NCOR1,TUBB2A,IVD,MTF2,GART,CDC123,SF3B3,RNMT,RPL12,GPS1,ASNA1,LMAN2,UBN1,CKB,ANKRD52,RPL15,BRD8,DEDD,RPRM,CSNK1A1,WDR12,HIPK1,SYNJ2BP,MKLN1,PHF5A,RLIM,NUCB1,ANKRD13C,ATP8A1,BZW2,IPO5,IPO9,SALL2,TUBB3,TLE3,BIVM,SUPT16H,RPS9,IGFBP2,VASH2,VRK3,GTF2F1,ILF2,LEMD2,GTF2F2,BSCL2,MORF4L1,ARMCX2,NCL,RAB34,ERH,SNRPF,PHPT1,BRSK1,CUL7,RAB5C,ANKRD16,INSIG1,TARS,UBR1,GTF2E1,NEUROD2,KLC4,BAG4,HMBOX1,ZFP57,SKIL,MCL1,MPDU1,EIF2B4,AKIRIN1,CCDC12,ASNS,SCRT1,COPS3,NSFL1C,COPS6,CNOT6,COPS5,ZFP62,CDK4,RHEB,COPS2,RAB5A,EIF4G2,DIDO1,MCM7,PTBP1,RPL7A,DUSP12,SART3,UBTF,HIF1AN,ADSL,ZFP91,RPL13A,PLRG1,PTP4A3,DALRD3,DNAJC7,POLR1B,DNAJC5,DNAJC8,HDAC2,SMARCD2,PDHB,JAKMIP1,FZR1,DNAJB5,RBBP5,POLR2B,VPS52,RAB24,DCAF13,TUB,PPIL2,AMFR,FBXL19,RPL35A,TRIT1,PNRC2,APC,PSAT1,DNAJA3,DNAJA2,MFAP2,CEBPZ,METAP2,PANK4,IFITM2,SLC35B1,ZMYND8,PDCD2L,RPS14,PNN,RPS17,PPP2R1B,RPS18,PPP2R1A,LONP1,DAG1,UBAP2L,SEPHS1,RPS11,SEPHS2,SRRM2,PDHX,COG8,SLC6A15,COG4,SACM1L,SLC11A2,MRPS18B,MRPS18A,KARS,GRWD1,TTLL12,IGSF8,DCUN1D5,ANP32A,CSTF3,NLN,SGPL1,ZNHIT3,CSTF1,SCAP,PATZ1,BANP,BCL11A,ACADSB,ZWINT,PUM2,CCT6A,PARP11,STAG1,ANP32E,CORO7,ANP32B,RBAK,ITM2B,C2CD2L,CDS2,AHCTF1,CITED2,ZCCHC18,XPO1,PSENEN,ATP6V0B,RHOF,ZDHHC16,MTSS1,ITFG1,TOPORS,MLF2,SCNM1,HNRNPH1,NME7,RHOV,SGK1,ATP6V0C,SLC20A1,AKAP8,RFNG,TCEAL8,HIRA,ANKMY2,CUX1,TCEAL1,NT5M,MPZL1,RANBP3,NFYA,PTGES2,NFYC,GINS4,GBF1,AP3D1,RANBP6,HIST3H2A,TRIP12,NDUFA13,HDLBP,NUCKS1,BASP1,FPGS,CHCHD1,NSF,ANGEL2,KCTD3,ATP1B1,TMEM131,OXA1L,MYCN,TBL1XR1,MATR3,ISCU,ZCCHC7,COPA,ARHGAP12,EMG1,SCUBE1,UBB,ZMAT2,MYH10,MARK2,CBX5,RHBDD3,HSPA4,CBX3,IDH1,PTCH1,CRLS1,COQ6,LRP10,GRSF1,B4GALT2,KDM5B,SCYL3,B4GALT3,DOCK4,USP38,SLC2A3,DBI,YBX1,ELAVL2,RBM3,SPRED1,ALDH2,SNAPC3,TMEM109,RBM7,KDM6A,H2AFZ,IQCE,KLF16,THRAP3,TRAPPC6B,AKT1S1,TERF2IP,PFDN1,PFDN2,TMEM9,HAGH,LUC7L2,HCN3,KDM3A,USP11,FAM169A,DLL1,HSPD1,U2AF1L4,TBRG4,GNA13,TBRG1,RMND5B,UGP2,GNA11,PTCD2,USP21,NAP1L2,NAP1L1,HSPE1,USP28,MEIS2,USP29,SPRY2,BAX,SSBP1,ABCE1,RBMX"
+"gene_set_query"	"1054"	"RUNX3"	"877.0"	"ARCHS4 Coexpression,1347;ENCODE ChIP-seq,89;Enrichr Queries,1227;ReMap ChIP-seq,257;GTEx Coexpression,1465"	"MDC1,POP5,MAPKBP1,NUP107,GMFB,ZFYVE9,ZFYVE1,ALKBH3,PREX1,PSMD9,PSMD6,TBK1,GPBP1,GABARAPL2,DAXX,MEF2C,SAP30BP,CSNK2A1,FNBP1,FRS2,HDHD2,LARS2,EML5,EID1,MYL6,EID2,CLNS1A,DDIT4,UNC50,ORAI2,PSME1,TMEM126A,VOPP1,PLBD2,SAR1A,SAR1B,NPRL3,AGAP2,PDGFA,BAZ2A,AAAS,OAZ1,GABARAP,CIAO1,PRPSAP1,RHOT2,RNF216,GRPEL2,AMZ2,HEXIM1,JUN,PRRT2,GSTM1,EDEM1,NCAPH2,EXOC6B,MRPL22,SETX,MRPL30,LAS1L,EIF6,PKIA,PSMG1,PKIG,GPR19,PIGT,KCNC3,HEXB,RPLP1,MRPL38,MRPL39,SHB,MED16,BBC3,PANX1,TUBA1C,MED11,LRRC47,UPF1,DFFA,SPHK2,LRRC49,SIRT4,SLC39A11,MRPL49,DYNLL1,MED27,GMIP,DUSP6,SLC7A5,SLC7A6,MED25,PTRH2,PXDN,SDHAF1,RAPGEF1,PELI1,VAMP4,PAFAH1B3,VAMP2,ARF6,RNASEK,URM1,WRB,HTT,SNX32,SDAD1,PSMB6,GGA1,PSMB7,PSMB4,UNK,GGA3,LEO1,BID,MEF2D,SRSF10,YKT6,SRSF11,NKTR,UTP6,CRBN,STAT2,YLPM1,ARCN1,BYSL,CCDC9,APEX1,PSMC1,SRRD,CCDC6,PKN1,FRYL,CRLF2,FBXO28,ATN1,UBE2D1,ZBTB22,CASC3,PIM3,PMPCA,KPNA2,MAP3K7,AP2M1,SLC25A46,PPP1R16B,BNIP3L,DGAT1,FBXW7,FBXW9,VPS33B,UBE2E1,ZBTB33,FBXO10,FBXO11,LENEP,MSH6,DMTF1,MAPKAPK2,SRSF2,FSCN1,SRSF3,SRSF6,INO80B,PFKFB3,RNASEH2A,SMYD5,MAZ,GPR85,ARL2,NRF1,CORO1A,CORO1B,SOCS2,SNN,ATXN2,SBNO2,MED30,STK36,STK38,SLC38A2,SAC3D1,ZKSCAN1,STYX,GOT2,HPS4,FBXO31,YRDC,LRCH1,UQCRQ,NOP10,NFE2L1,HSP90AB1,ALAS1,CELF1,CELF2,PIK3CD,ARRB2,MRPL4,ALAD,NGRN,MRPL2,MRPL9,BCAS2,CTNNBL1,ACTR6,VBP1,SH2D3C,TNFRSF19,VPS37B,RABGGTA,ARL4C,ATRN,HAX1,SLC25A19,C1D,TMBIM6,PIK3C3,SEC22B,SLC25A11,AHDC1,BIRC2,TNFRSF21,PPP1R15B,NDUFB8,CANT1,NDUFB7,NDUFB6,SRC,GTF3C6,SRF,NDUFB3,CXXC1,LENG8,U2AF1,MLLT3,HSD17B10,FOXRED1,TSPAN31,MLLT6,CDC42,FOXRED2,ZNRF2,U2AF2,FCHO2,SH3BP5,KRIT1,CDC37L1,FYN,LRRC8B,SH2B2,SLC25A25,HNRNPA0,CYB5B,PTPN1,MARCKSL1,TRIM41,NDUFA6,NDUFA1,CDC5L,RPL23A,BAIAP2,TSPAN14,EIF3M,OCIAD1,PDCD4,EIF3G,CCM2,TRIM37,SMAP2,TRIM32,UNC79,SMARCB1,LPGAT1,CCNJ,KDELR1,PPAN,ZDHHC5,IFI30,ACTB,UBE2L3,RASSF2,DHX57,CDC26,OGFOD2,CDC27,CCDC97,KIF21A,SLC12A6,ATP6V1E1,SEC63,TMPO,ATP6V1G1,ATP6V1G2,ACTN1,NSMCE2,NSMCE1,CIRBP,MOGS,MFSD11,GNPAT,CDC37,ULK3,ULK2,KCTD17,L3MBTL2,MYCBP2,SUPT4H1,PIK3R4,PIK3R1,ZBTB5,UBE2J2,UBE2J1,PGS1,SNX3,COMMD9,LARS,PCBP1,DHX35,DHX37,DHX38,B4GALNT1,SCN3A,SNX5,ATP6V1C1,BBS1,XBP1,SURF4,IFFO1,WNK1,ID2,CWF19L1,INTS5,SDC1,GRB2,CALM1,RGL2,INTS8,CALM2,MON1B,MRPS17,DHRS13,MRPS15,CCDC124,MRPS10,AP2A2,HERPUD1,MAP1LC3B,ARV1,SPTLC1,SPTLC2,OTUD6B,ENC1,CAP1,COX8A,CCT3,PBRM1,TMEM150B,MRPS27,PCYT1A,MMD,MRPS25,PABPC4,MRPS23,MRPS2,SYP,MRPS7,SYN1,COMMD4,GAK,TOX4,RAP2C,ARHGEF1,NCOA7,TAX1BP3,GLCCI1,PTMA,SFI1,DBN1,NAPA,NAPB,PCNA,RABGAP1,MRPS35,GNAI3,PRKX,CCDC106,EXOSC4,OS9,PDZD11,HSF2,MGAT1,MGAT2,EPS15,CCT5,EXOSC1,DYNC1H1,MON2,PEX19,PLEKHA1,TTC1,RSRC2,MYO9B,UBE2G2,PPP1CA,VEGFA,FKBP1A,PER1,TTC9,SEC23IP,ITCH,KLHL5,ZDHHC9,GPAM,HNRNPA2B1,NDUFAB1,TCEA1,CARS,SRP19,CRTC2,MIDN,SYS1,ZFAND6,SRP14,NARS,CAPN7,FAM174B,SNIP1,SH3GL1,ADPRHL2,SLC30A5,WBP11,COX6B1,ADAM19,EEF1A1,HNRNPUL1,SCN8A,EHBP1L1,UBE2V2,WDFY1,PPIE,UBE2V1,TBC1D23,PPIB,PPID,TBC1D19,TSG101,PSMD13,KLHL17,TOR1AIP2,PDS5A,RPF2,RASGRP2,NDRG1,PLD3,NCKIPSD,GRK6,TBC1D14,NDUFV3,TBC1D17,NDUFV2,NDUFV1,BCL9L,UBE2F,PRNP,FDPS,UBE2B,CCDC136,VTA1,CCZ1,TIMM44,KLHL23,SUPT5H,CLK2,GNAL,HOOK2,PQLC1,HOOK1,GNB1,TCF3,RERE,YWHAE,PRR7,CNRIP1,YWHAB,DDX47,PRKCSH,CHD8,TRIAP1,CHD2,AFF4,PITPNC1,LMNB1,PPP1R9B,RPGR,LASP1,BCL7A,YWHAQ,MAN1A2,NUP62,MYO18A,TIMM17A,UQCRFS1,RBM17,SUN2,ATP6AP1,NUP133,GLRX3,EED,DCAKD,CAD,GPCPD1,YWHAZ,VCAN,RCN2,IRF3,PPDPF,TBC1D7,CRY1,IFT46,AGPAT5,DCTN5,RRN3,DCTN2,GOSR1,DDX20,SLC3A2,ADD1,AGPAT3,PARL,CYTH2,SPOCK2,MKNK2,TMEM208,PTK2B,FBRS,CYTH1,PDLIM7,NIPSNAP3B,TAF13,SSRP1,SOD2,CDK11B,POLE4,SMUG1,VIM,GPD1L,RBM45,TAF2,CYFIP2,RB1,VPS29,RRP1,THYN1,GPATCH4,SMC6,DCAF5,ELK1,PHB2,DCAF6,PCMT1,RNF114,MYC,PIP4K2A,RPL38,IER5,IER2,VPS39,CDK5RAP3,DDX17,TSPYL2,MED1,IAH1,MECR,NUP210,RPL21,DAPK1,PIH1D1,RPL23,PRKCD,RPL22,WDR74,CD3EAP,WDR73,GTPBP1,ATG12,DYNC1LI1,BIN3,WDR82,ADPRH,ZSCAN21,RPL24,VPS25,RNF121,ANAPC16,RPN1,RNPC3,MTDH,RRP7A,PRDX2,ABR,FAM171A2,LDHA,WDR70,CHST12,BLOC1S1,ST3GAL5,PLCG1,ST3GAL1,ST3GAL2,LHPP,SNAPIN,H3F3B,IRF2BP2,MTHFR,TYSND1,UPF3A,PRRC2A,EHD1,HNRNPL,FIBP,SLC6A6,GNPTG,SQLE,HNRNPF,ATG2A,HNRNPC,CDC42SE2,CPEB4,CDK16,FARSB,OGFR,MOCS2,BTG1,CDKN1B,PHF20,PHF23,DENND1A,CLTB,CLTA,ADO,ING4,TMSB4X,ANXA6,JARID2,EMD,UBL7,BRD2,SHPRH,BRD1,HSBP1,IFNGR2,FAM126A,WDR35,TERF2,WDR33,RNF167,ZEB2,NSA2,SIKE1,HEATR5B,PLEKHO1,GARS,EXOC5,RNF166,EXOC2,GRAMD1B,CLDND1,RPL10,GPS1,USO1,WDR24,FGD3,ARFRP1,BCLAF1,LMAN2,ANKRD54,ANKRD52,DTD1,NR1H2,GATC,WDR13,GTF2H5,MKLN1,ERP44,RYBP,TRMT6,TMEM39B,ANKRD13C,DGKE,ATP8A1,SYAP1,AUP1,TM7SF2,PPP1CC,SLC39A9,CFL1,ZNF326,MAF1,TMSB10,USP8,CSNK1G3,TLE3,MAP2K1,USP7,RPS7,ANKRD44,USP3,RPS5,RPS6,VASH2,RPSA,THOC2,VRK3,LEMD2,CTDNEP1,BSCL2,PYGO2,CLIP2,ZFP41,RAB34,RAB35,ARMCX6,FKBP8,NHP2,FKBP5,CUL9,DNMT1,SEMA7A,RAB5C,CCDC24,TNKS,ANKRD11,CCDC25,CUL2,ITPR1,ABHD8,UBR1,ORC3,BTBD2,NACC1,PSAP,TPR,DVL2,SLC15A4,AP1M1,TRAPPC2,AKIRIN2,OSBPL7,TOR1A,CCDC12,TRAPPC4,TMEM132A,TRAPPC5,MARCH8,TRAPPC8,ADAP1,TOR1B,LSM2,CDK9,CNOT4,LSM7,REEP5,PLXNB2,GPR107,RSL24D1,BCL2L2,CNIH4,RNF10,CEP164,UFSP2,DUSP12,PTBP1,METTL14,LBH,SART3,GM2A,OPA1,CEP170,HIF1AN,EIF2B1,SLC37A3,CCDC39,ADSL,PLEKHG2,CCDC34,RFC2,ELAC2,RPL13A,EDF1,REXO2,TSN,PTBP2,PTP4A2,PTP4A3,TRAF4,DAD1,CTDSP2,EVL,DNAJC9,SNRPA1,CCDC43,RP9,SFT2D1,NFAT5,SMARCD2,PDHB,AP3M2,DNAJB6,POLR2B,POLR2C,POLR2F,CSK,RAB28,DCAF11,CCDC71,POLR2J,POLR2K,SLC35A2,SEMA4A,SPAG7,RNGTT,SEMA4D,RNF26,TXNRD1,TPRKB,RPL35A,DDHD1,RPRD2,ASXL1,RAB10,NIN,KLF6,SNRNP40,POLR3C,RAB12,DNAJA3,POLR3D,DNAJA2,VPS41,MGAT4B,DRG2,CEBPZ,SNRNP48,SLC35B2,VEZT,CMAS,ARL6IP1,PITPNA,CISD1,PWP2,RPS19,FLAD1,RPL36AL,MAGOH,LONP1,ARL6IP5,DENR,RPS11,ZFPL1,RPS10,SOX4,AGFG1,SRRM3,TIPIN,AQR,NFKBIL1,BOLA1,MRPS18A,AP1AR,JMJD8,JMJD6,INPP4A,NIF3L1,MTHFD2L,GUF1,HECA,EZR,PFN1,TMEM161A,DCUN1D5,TRMT2A,MYL12B,INPP5B,DGUOK,SCFD1,INPP5F,SNHG1,ZRSR2,RABGAP1L,BCL11B,SETDB1,BCL11A,STK11IP,SS18L1,PUM1,ZWINT,SRPK1,RPS26,SMU1,RPS27,RPS29,CCDC88C,TMCC2,CORO7,CC2D1A,BAP1,CDS2,ITM2C,HBS1L,GFM1,UBXN1,SH3KBP1,GDI2,OLA1,MYL6B,SIPA1L3,CX3CL1,LIMD2,COIL,RPTOR,SIPA1L1,GLIPR2,GUK1,TMED7,RAB8A,TOP3B,MAP4K2,PARP1,STRADA,ZDHHC13,RHOF,TUBG2,UCHL3,ITFG1,RAB33B,VAV2,NME1,SCNM1,PACS1,FRG1,STRAP,MAPT,SGK1,ALDOA,ATP6V0C,FYTTD1,CSTB,TYMP,NOL6,PPP2CB,ANKMY2,APBB3,GBF1,RANBP9,XPO7,MPP6,RAB11A,RSL1D1,PRPF39,HIST3H2A,MARS,COPG2,PRPF31,FAU,CDK5R1,NDUFA11,NDUFA12,SPPL2B,HDLBP,CWC25,CNDP2,COL4A3BP,BASP1,ARHGDIA,FPGS,COTL1,NRCAM,CHCHD1,PDIA3,TRAPPC2L,APLP2,TOMM34,NOSIP,OCRL,ACYP1,TMEM131,TUFM,DCTD,MAU2,DNAJC30,PRPF3,ISCU,ZCCHC8,COPB2,PXK,COPB1,CLEC16A,STK4,DTX4,PLCXD2,ADIPOR2,SDCBP,EMG1,ZMAT2,RPRD1B,DARS,HSPA8,KLHDC3,CPSF7,CPSF6,HSPA5,CBX3,DNAJC11,IFT122,BFAR,CWC15,EIF2S2,SMAD5,DNAJC17,DNAJC18,COQ5,NFKBIA,NR4A3,ATG16L1,TBCE,CHMP2B,CHMP2A,ZSCAN2,MUS81,KDM5B,ASNSD1,USP34,SLC2A3,DBI,USP39,HS2ST1,CASP9,TMEM101,SEPT6,SEPT7,ZC3H7A,GMPPA,FLOT1,PDE4B,PDE4A,TMEM109,RBM5,SCYL1,KLF13,ARID1A,SENP2,ARID1B,LSS,SEPT2,FAM189B,FCHSD2,AKT1S1,LUC7L3,B4GALT6,PFDN4,PFDN5,USP14,STOML2,STOML1,POLDIP2,ATF6B,RGS16,SPG7,NCALD,TBRG4,TBRG1,MAPK8,FAM168B,CHSY1,GNA11,REPS1,SPEN,KDM4A,USP21,LIMK2,QPCTL,PRAF2,SGTA,XPNPEP1,RPS6KB2"
+"gene_set_query"	"1055"	"ZNF229"	"877.5"	"ARCHS4 Coexpression,772;Enrichr Queries,983"	"SLC4A3,FNBP1L,ALDH1L2,SLC8A1,CDH8,RNF112,ZFP30,CDH2,KIF5C,DPYSL5,TUBB3,DPYSL2,DPYSL3,FAM110B,STMN1,NRCAM,KIFAP3,NCKAP5,FADS1,SOX4,PPFIA2,EPHA5,EPHA7,WSB1,RBFOX2,PRKCD,MTUS1,CD3EAP,AFAP1,CASK,LMO7,SOX11,ANK2,ANK3,MORF4L1,SFRP1,FEZ1,RUFY3,ZSCAN21,EHBP1L1,PFN1,XPR1,PFN2,GRIA1,RTN3,MAGED1,STXBP2,PIK3R3,PHYHIPL,TMTC1,OAZ1,CORO1A,CAMSAP1,FLRT2,GRK6,NDN,SRGAP1,SCN3A,ZSCAN18,FZD3,CBX5,AUTS2,BOD1,ST8SIA2,DCLK2,MARCH6,PBX1,MLLT11,REEP1,CLK1,HOOK2,NBEA,HOOK1,SESTD1,DCHS1,FAT3,FXYD6,TCF4,SERINC1,FAT4,EIF4G2,ITM2C,GABRB3,ROBO2,NRP1,KDM5B,WDR47,PTPRS,USP33,DOCK7,CHD6,SLC7A11,ARRB2,SIPA1L2,AFF3,ROBO1,LIMD2,AKAP12,UCHL1,PCLO,TUBA1A,YWHAQ,SGCB,PDE4B,SPIN1,PMEPA1,RIOK2,CEP170,KIF1B,ERC2,ZIK1,RSPRY1,SUN2,HSDL1,DST,PEG3,PDPK1,PDE4D,ELOVL2,NAV2,AP3B2,SEPT2,DNM2,ENAH,VCAN,PTP4A3,TUBB2B,TUBB2A,NAV3,PXDN,ARHGEF1,SGK1,MET,SHANK2,TRABD,DYNC1I2,NRXN1,WRB,CRMP1,NOL4,HSPA13,LRP6,ADD2,JAKMIP2,ANKMY2,GNG2,PTPRZ1,SLIT1,PTK2B,CSK,CTNNA2,CYTH1,PAIP1,CLASP2,RUNX1T1,SEPT11,RNGTT,MYEF2,PCDH9,NEGR1,KIDINS220,PCDH7,SORBS2,GDAP1,BLCAP,NELL2,KLHL9,ATAT1,NFASC,NFIA,ABI2,MORN4,APC,NFIB,SYT11,KLHL7,ASXL3,TTC3,PKN1,SMAP2,RNF141,ZFP28,METAP2"
+"gene_set_query"	"1056"	"TCF15"	"878.7"	"ARCHS4 Coexpression,769;Enrichr Queries,1135;GTEx Coexpression,732"	"POP7,STMN2,GPATCH4,TXNDC17,NFU1,RPS15,GCSH,RPS14,RPS19,SNRPD1,DPYSL2,MYC,RPL36,RPL35,RPL38,SNRPD3,PRKACA,SEPHS1,RPS10,RPS13,PDHX,EPHA4,SMARCC1,RPL23,ECH1,SOX11,ANK1,THAP4,SFRP1,DDIT4,TMEM126A,UQCRC1,HECA,UQCRC2,NRN1,CTBP2,MGST3,NPRL3,DCUN1D2,COPS7B,MRPL12,MRPL20,GAR1,JUN,RPL41,SNAPIN,HOMER1,PLK2,H3F3A,LARP7,UBAC1,MRPL21,GADD45G,CS,RPS26,RPS28,PPP1R1A,RPS29,ID2,OGDH,HNRNPD,RPS20,RPS21,ITM2C,CDKN1C,NRP1,COX7B,RPLP1,MRPL36,ECSIT,COX7C,AKAP12,UBL5,TRMT112,CSRP2,ENC1,NEFL,JARID2,COX8A,MRPS21,MRPS7,MRPL46,DUSP6,HADHB,HADHA,TUBB2B,KIT,MPPED2,PXDN,SGK1,DLD,PTMA,CSTB,SF3B5,MRPS36,TIMM13,CRIP2,UQCR11,UQCR10,COX5B,COX5A,MFN2,MDH2,COX6C,FABP3,NUDT8,KIF26A,NDUFAB1,TOMM7,PKN1,CRLF1,TOMM6,FHOD3,HDDC2,NDUFA13,NDUFA12,PDCD5,ARID4A,KLHL34,BZW2,COX6A1,CHCHD3,TXNL4A,CHCHD1,SEMA6C,EIF1AX,RPS8,IGFBP3,IGFBP2,GTF3A,VASH2,ATP1B2,SDHA,SDHB,GRIP2,COX6B1,FRMD3,MYCN,FSCN1,PGP,SNRPG,SNRPE,SNRPF,SNRPC,FKBP3,ENY2,UQCRB,NDUFB10,NDUFB11,COX17,AK1,LTBP4,LPL,CACNA1A,RASGRP2,RPF2,UQCRH,EFNB2,IGSF21,SMYD2,CYC1,NDUFV3,NDUFV2,NDUFV1,ESRRA,DNAJC19,PRNP,PDHA1,IDH2,GOT2,CBX1,COQ9,TBCA,LSM5,EIF2S2,LSM3,HIGD2A,EFNA2,LSM6,HOOK2,UQCRQ,HOOK1,PIN4,NOP10,CNIH4,SLC25A3,CNRIP1,HMGB3,PSIP1,DPY30,RND2,DUSP12,MCF2L,UQCRFS1,EIF5B,PDPK1,H2AFZ,NDUFC1,GLRX2,PTP4A3,HAX1,NDUFS8,NDUFS7,NDUFS6,NDUFS5,NDUFS4,RPL37A,SNURF,NDUFS2,NDUFS1,RP9,PFDN4,SLC25A11,SLC25A4,NDUFB9,NDUFB7,NDUFB6,NDUFB5,NDUFB4,NDUFB3,NDUFB2,CXXC1,RPL36A,CRMP1,PDHB,MTIF3,SRL,NCALD,ZNRF1,UGP2,ABLIM3,PABPN1,NNAT,POLR2D,POLR2F,SNRPB2,ROMO1,PCDH1,POLR2I,MEST,POLR2L,TIMM8B,NDUFA9,GADD45GIP1,NDUFA8,NDUFA7,SPAG7,NDUFA6,SSB,NDUFA4,NDUFA3,NDUFA2,NDUFA1,IMMT,PDAP1,RPL35A,HSPE1,MEIS2,HNRNPAB,EIF3K,VIM,SSBP1,RAN"
+"gene_set_query"	"1057"	"VAX1"	"880.0"	"ARCHS4 Coexpression,872;Enrichr Queries,1370;GTEx Coexpression,398"	"AHCYL1,CCNJ,HDAC11,HS6ST2,GPR173,DPYSL4,DPYSL5,HABP4,ANKS1B,SOX5,PDHX,EPHA4,RBFOX1,WSB1,ISLR2,MMD2,SOX11,SOX12,CPT1C,ANK1,BCR,SFRP1,ASPHD1,IFT81,FEZ1,KCTD17,CTXN1,ASTN1,PFN2,BEX4,GPM6A,ADCYAP1R1,NRN1,PDE1B,TTYH1,MAGED1,FOXG1,SDC3,PHYHIPL,ACTR3B,ARPP19,FAM171A1,FLRT2,ERI3,TSPAN7,CHST10,GPM6B,ZSCAN18,FZD3,PTPRN2,ARPP21,BCL11B,BCL11A,ST8SIA2,ST8SIA3,H3F3A,NR2F1,DCLK2,MLLT11,GLUD1,MEX3A,STAG2,H2AFY2,PPP1R1B,FAT3,FXYD6,ITM2C,ARF3,GPR27,HIP1,SPEF1,NCAN,DENND1A,GRIK3,NAT14,C1QTNF4,PPP3CA,TUBA1A,CSRP2,CAMKV,NEFL,DLGAP3,FEZF2,PSD,CCDC112,ELOVL2,LRRC49,ITPK1,ANO8,DYNLL2,MED29,RGMA,ENAH,TMEFF1,TUBB2B,PXDN,MPPED2,CHST1,RNF165,PHLPP1,NFIX,SATB2,SNX32,CCDC106,BEGAIN,CST3,CUX2,RPL13,GPC2,NCDN,CKB,JAM3,SRSF12,ARNT2,GABBR1,CENPV,WNT7B,LSAMP,MZT1,ATAT1,TMEM158,ABI2,NFIA,MORN4,PRKRA,FKBP1B,TTC3,TSR2,NUCB1,FAM171B,CDK5R2,ANKRD13B,CTNND2,CYP46A1,NUDT11,RIMS4,SALL2,CDH2,PALM,ADORA1,HMGN2,RGS9,PPP1R16B,KIRREL3,TLE4,UBE2E3,MAGI2,LMTK3,TBR1,ATP1B2,ZCRB1,POU3F1,POU3F2,SRCIN1,POU3F3,SHISA7,DISP2,PCP4,OLFM2,LIX1,TNIK,RAD54L2,ISYNA1,CHRNA7,HPCA,CACNA1A,SLC1A4,BHLHE22,DTX3,NDRG2,CACNA1E,HSPBP1,FBXO44,CNN3,PHF21B,ENHO,NEUROD2,EFNB1,SNN,DPP6,EFNB3,SCUBE1,TCTEX1D2,NDN,OTX1,SRGAP3,LRRC4B,SYT5,PNPT1,ZFHX2,CBX5,TMEM132A,CORO2B,GNAO1,GNAL,NSG2,LHX2,CPE,CSPG5,UBA2,CNIH2,YWHAE,PRR7,THRA,WDR1,CELF4,CHD6,CELF5,PITPNC1,RLBP1,ELAVL2,TRO,PSD2,YWHAQ,MDK,LRRTM1,LRRTM2,EMX1,HSDL1,CCDC34,DCAKD,H2AFV,KLF16,NIPSNAP1,QTRT1,PTP4A3,RCN2,DALRD3,DDAH1,DDAH2,PPDPF,DCX,NAT8L,NLGN3,RNFT2,HDAC2,USP11,SRI,JAKMIP1,AGPAT4,PTPRZ1,GNG7,GNA12,FAM120A,SLIT1,MAPK1,IGF2BP2,SLC25A23,CACNG4,OPCML,LGI1,NTRK2,PCDH9,SMOX,HAGHL,PCDHGC3,PCDH8,FBXL16,MEIS2,NELL2,PPP2R2C,SYT11,PPP2R2B,TSPAN18,POLR3H,INSM1,CDO1,PTPN5,CBLN1"
+"gene_set_query"	"1058"	"ZNF57"	"880.7"	"ARCHS4 Coexpression,571;Enrichr Queries,806;GTEx Coexpression,1265"	"POP7,ZDHHC5,HNRNPU,CCNC,ZDHHC3,RAPGEFL1,TXNDC17,UBE2L3,FAM110A,LSM12,DPYSL2,MYC,LONP1,PRKACA,ATXN7L3,IER2,ARRDC4,CXADR,CSNK2A2,IFRD1,CD3EAP,DNTTIP2,SCAMP1,MAPK8IP3,DDIT3,CSNK2B,DDIT4,VDAC2,SIK1,HECA,IGSF3,DHX8,CDCA4,MRPL18,NEDD4L,MRPL13,MBTD1,PRDX3,ABR,SGPL1,DHX32,PRDX4,PRDX1,RRS1,CSTF1,NUP88,TNRC18,RDH13,PIP5K1C,RALGDS,S100A10,NDFIP2,JUN,JUP,RCC2,PLK2,TYSND1,MRPL28,MAD2L1BP,MRPL22,CCT6A,EIF6,ID2,SDC1,CALM3,ITM2C,FARSB,PIGU,CCDC120,GDI1,SLC35F2,CITED2,PAK1IP1,MRPL39,MRPL36,SLC7A11,SPPL3,MRPL32,AKAP12,IMPA1,RSRC1,DNER,TIMP2,ANXA6,RIOK2,PLEKHN1,JARID2,CIC,CCT3,CCT2,BRD1,ELOVL4,NCOA6,TSC22D3,MRPS22,ACAD9,ACTL6A,MINK1,NIPA1,TIMM23,CACYBP,TFB2M,MRPS7,MRPL45,UCHL3,MRPL46,DUSP6,MLF2,NME1,NCOR2,PSMA5,SLC7A5,MRPS9,MRPL50,PSMA3,TUBB2A,PSMA4,PSMA2,PTRH2,TET3,PXDN,TCP1,RAPGEF1,RHOU,RHOV,ARHGEF2,SGK1,EEF1E1,CSTB,PRIM2,CDC123,NFIX,PCNA,MRPS35,SLC20A1,NIP7,PRIM1,NOL6,GNAI2,EXOSC7,FGD4,PSMB5,NFIL3,PSMB1,GPC2,CCT8,BRD4,SF3A3,CENPV,MDH1,CSNK1A1,WNT7B,MCRS1,RAB11A,VEGFA,SKI,PDCL3,RSL1D1,NFIA,NDUFAB1,PKN1,TOMM5,CSE1L,BCCIP,ATN1,BZW2,PIM3,KPNA2,PHYH,SLC38A1,CTNNBIP1,THOC2,ATP1B1,ILF2,HNRNPUL1,DKC1,EHBP1L1,SCG5,FKBP5,PSMD12,PFKFB3,PSMD11,PSMD14,EFNA4,NDRG1,ACAT2,SOCS2,SBNO2,PITRM1,BTBD2,BRIX1,NAE1,NDUFV2,OSBPL9,PRNP,PDHA1,CBX4,NOP16,IDH1,VTA1,DHCR24,EIF2S1,NFKBIA,EFNA3,EFNA2,STK24,HOOK2,HOOK1,GNB2,GNB1,CNTN1,NFE2L3,PLXNB2,CYCS,BLMH,DEGS1,DEGS2,HSP90AB1,PRKCSH,SLC2A3,RND3,BICD2,DUSP12,MRPL3,MFSD5,ZC3H7B,SNRNP70,TIMM17A,ACP1,KDM6B,MAPK1IP1L,ARHGEF11,GLRX3,PLA2G4E,PDPK1,REXO2,EPN1,DNM2,VCAN,PTP4A3,THRAP3,CTDSP2,POLR1B,SLC25A5,PPP1R12C,OTUB2,PPP1R15A,SNAP47,GTF3C3,NAA20,RGS16,TAF9,PARD6G,LENG8,HMGCR,ACVR1B,ADD1,DNAJB2,RAB40C,ALDH1B1,MKNK2,POLR2D,FEM1C,EIF4E,DCAF13,NOP58,PPIL1,RRM2,GPKOW,CNBP,PDE4DIP,BAIAP2,ACVR2A,KLF6,EIF3M,EIF3I,RPS6KB2,DNAJA2,TRIM35,SPRY2,NAA15,RAN"
+"gene_set_query"	"1059"	"ZNF814"	"881.0"	"ARCHS4 Coexpression,1054;GTEx Coexpression,708"	"TOR2A,CRTC1,HDLBP,CELSR3,SLC8A2,RNF112,TMEM145,ZFYVE27,LAMP1,BSG,PSMD3,AKT1,AP1S1,PRKACA,ATXN7L3,SRRM3,SRRM4,USP5,PTOV1,KCTD2,MOGS,MAPK8IP3,KCTD6,PISD,DISP2,CTDNEP1,ACAP3,HNRNPUL1,MADD,RAB35,ORAI2,TBC1D24,CHMP4B,FIZ1,RBCK1,TRIM11,LRRC59,RAB5C,CTBP1,NPRL2,FLII,CACNA1A,TOR1AIP2,ABCB8,FBXO44,APH1A,ORC4,IRAK1,VPS8,NACC1,SAFB2,THEM4,SRGAP3,VARS2,MARK3,RBM10,RHBDL1,SMAD2,ACBD6,TMEM120B,PRRT2,RHBDD3,SS18L1,RAB3IP,SLC35E3,KLHL22,MARCH9,EEF2,AP4B1,PRRC2A,HNRNPL,GNB2,GNB1,SPIRE2,MDM4,FGF13,NFE2L1,SUGP1,EIF4G1,ARF3,RBM28,KDM5C,NAA40,WDR1,PRKCSH,KCNC3,AKAP8L,GRIK2,PCSK7,YBX1,PRPF19,PHTF1,ELAVL3,PPP1R9B,SHF,POLB,TMEM222,TRIM9,SEC61A1,MRPL42,LASP1,MMP24,PCLO,ABHD16A,AP1G2,SNRNP70,PPP6R1,PPP6R2,MCF2L,OPA3,TMEM109,SDF4,RALGPS1,GALNT9,TRIM67,DFFB,GRIPAP1,UPF1,TMED9,DDX56,MINK1,PPP2R5B,ABHD14A,NUDT16L1,AP3B2,RAD23B,CTTNBP2NL,TRAF7,ALS2,DNAJC5,ATG4B,EVL,KPTN,PAFAH1B3,SFI1,RNF165,CAMK2B,RNFT2,MGRN1,RAB1B,ADAM22,NRXN2,RBM4B,HTT,NOL9,CENPB,CAMKK2,FAM168B,GANAB,TMEM169,U2AF2,VPS53,CHN2,PES1,FAM120A,TRIM46,EIF4H,CLPTM1,MFN2,RPP14,EIF4E,YKT6,ATP9B,SMARCE1,RIC3,BRF1,CYHR1,DEF8,TPD52L2,TARBP2,SBK1,CAPN10,FAM131C,NEDD4,TAOK2,MGAT4B,NUCB1,HDGF,RGS12,RGS11,P4HB,YPEL4,UNC79,TMEM229B,CBLN1,GRINA"
+"gene_set_query"	"1060"	"FOXD4"	"881.3"	"ARCHS4 Coexpression,823;Enrichr Queries,1359;GTEx Coexpression,462"	"MDC1,SLC35B4,VARS,STMN2,ENO2,RPL9,RPL6,RNF112,SAMD14,RPS17,DPYSL4,TRIM28,IGLON5,MYC,LONP1,AP1S1,UBAP2L,RPL37,BSN,CALN1,SRRM3,SRRM4,ATP6V1G2,RBFOX3,SOX11,CSNK1D,ANK3,CSNK1E,SOX12,MAPK8IP3,TIAM1,GPR162,STX1B,DDIT4,HECA,TTLL12,TRIM11,PAXIP1,STXBP1,FOXG1,PIK3R2,MTMR4,TTBK2,MTMR7,SYNGR1,LARP1,INPP5E,SURF6,B4GALNT1,RHBDL1,JAG2,TRAP1,CADM3,JUN,PRRT2,BCL11A,PLK2,NR2F1,MICAL2,L1CAM,HSPA12A,SNAP91,GADD45G,PRRC2A,SMARCA4,HNRNPL,STAG2,ID2,GTF2IRD1,DUS1L,RPS24,GABRB2,CSRNP2,TMEM151B,KCNC1,GPAA1,PPP1R10,DIRAS2,GRIK2,PRPF19,SHF,TRIM9,TUBA1C,UCHL1,MMP24,PCLO,SERP1,TRIM3,DHX15,NEFL,NEFM,FEZF2,APC2,CAP1,ACTL6B,ANO8,BAZ1B,AP3B2,MLF2,CNKSR2,NCOR2,PXDN,KPTN,SGK1,GRAMD1B,SATB1,ADAM22,SEZ6,BEGAIN,CAMKK2,SERTAD4,NFIL3,CHN2,NPY,RPL13,APBB1,PURG,RUNX1T1,SRSF12,NPDC1,PCGF2,DAB2IP,NMNAT2,BOP1,KLHL8,TAOK2,HDGF,RPL22L1,YPEL4,TMEM229B,PRDM8,ANKRD13B,DGKE,CRTC1,CLSTN3,CELSR3,SLC8A2,RIMS1,TMEM145,SALL2,SH3GL2,MEN1,TLE2,IGFBP3,IGFBP2,ADAM11,KCTD2,TBR1,POU3F2,ATAD3A,KCTD6,POU3F3,DISP2,ACAP3,CACNB4,DMTF1,DKC1,SCN8A,MADD,ANKS6,RELL2,FKBP4,ABCG4,KPNB1,RTN4R,KLHL18,LRRC59,NDRG4,BRSK2,NDRG3,KHDRBS3,NXPH4,MAZ,CACNA1B,CACNA1A,CPLX2,KLC1,FBXO44,CACNA1E,CACNA1H,ACACA,GOLGA7B,SOCS2,NEUROD2,IGSF21,SCRT2,KLC2,IRAK1,PLXNA1,NDN,SRGAP3,OTX1,NDUFV3,PDZD7,SYT4,NOP14,CBX4,TRAPPC4,EFNA2,NR4A3,LRFN4,HOOK2,LHX2,HOOK1,UBE2S,LSM14B,CNIH2,MAP3K12,EIF4G1,RNF187,UBE2M,SNAP25,ZMYND19,MAST1,CHD6,CELF5,YBX1,PKD1,LMNB2,ELAVL2,ELAVL3,POLB,DUSP12,EEF2K,MCF2L,PSD3,EVI5L,GALNT9,TRIM67,EMX1,PDPK1,H2AFX,PPP2R5B,RPL13A,EDF1,DNM1,EPN1,DNM3,PTP4A3,ALS2,CDH10,RPL37A,SLC25A12,INA,CAMK2B,NLGN3,MVK,RPL36A,NRXN2,MLLT1,ADD2,NFS1,FZR1,U2AF2,VPS53,SPOCK2,TRIM46,SPOCK1,OPCML,BEND6,LINGO1,SLC12A5,TRIM41,PCDHGC4,DONSON,PDE4DIP,PDAP1,ATP2B2,MEIS2,SBK1,RAB15,FAM131C,PPP2R2B,FAM131B,POLR3F,RUNDC1,POLR3H,RGS11,INSM1,MDGA1,CBLN1"
+"gene_set_query"	"1061"	"ZNF605"	"882.0"	"ARCHS4 Coexpression,1253;Enrichr Queries,526;GTEx Coexpression,867"	"EIF4A2,CHIC2,ZMYND8,JMJD1C,HERC2,ALCAM,OPHN1,AKT2,DPYSL3,CCNL2,PRKACB,ATXN7L3,SOX5,DDX17,ARRDC4,SRRM3,EPHA4,SRRM4,RBFOX2,DAPK1,ZFP2,MTUS1,RFX3,CD3EAP,MOGS,SOX12,ANK3,CPT1C,MAPK8IP3,EML5,IFT81,RFX7,DDIT3,DDIT4,AKAP9,CTBP1,FLII,RPN1,PIK3R3,NEDD4L,ABCB8,APH1A,RNF215,GPM6B,JUN,PHC1,PRRT2,CADM1,BCL11A,SLC35E3,MICAL3,ACADSB,PRRC2B,PBX1,HNRNPL,CCDC88A,FAM135A,DZIP3,GABRB3,NRP1,PIGU,KCNC3,SLC7A11,VLDLR,PRPF19,ROBO1,PCMTD2,EPM2AIP1,PPP3CA,PCLO,ZMYM2,FASTK,TRIM2,SDF4,GPRASP1,RALGPS1,DFFB,UPF1,TMED9,MRPS25,MINK1,TET2,SLC39A10,PGM2L1,MLF2,KIT,PXDN,CRELD1,PLCB1,GAS8,SATB1,ICA1L,ADAM22,GDPD1,SLC7A1,ARVCF,SERTAD4,NSD1,PES1,CHN1,ANKRD52,HEATR6,RIC3,AGK,PLEKHA5,GATAD2A,VEGFA,MPHOSPH9,NFIA,NFIB,ETNK1,NEDD4,TTC3,NUCB1,HDGF,PKN1,CRTC1,ATN1,CYP46A1,ALDH1L2,CELSR3,SLC8A1,IGF1R,TMEM145,ZFP30,SALL2,CDH2,KIF5C,POGZ,SMARCAD1,NRCAM,BIVM,USP8,TLE2,SLC38A1,USP5,RALGAPA1,TMOD2,F2R,MAGI2,TTC7B,TSC1,PRPF4B,LMO7,KCTD6,DISP2,ACAP3,ARMCX2,DMTF1,SCN8A,RAB35,TBC1D24,ANKS6,FIZ1,FKBP5,LRRC59,CUL7,RAB5C,CHRNA7,DTX3,CORO1B,SOCS2,ORC4,KLC2,NACC1,ZKSCAN3,VARS2,SRGAP1,ZKSCAN1,QSER1,PDZD7,BPTF,TMEM120B,TIA1,GGT7,KLHL22,KLHL24,PAN2,AHI1,ARPC2,NBEA,HOOK2,ZFP62,CCPG1,HOOK1,GNB2,JMY,SPIRE2,TUBGCP4,BRWD1,FGF13,OGT,MAP3K12,MXD4,EIF4G1,WDR1,PRKCSH,CHD6,PPP1R9A,PKD1,SYNE2,SEC61A1,ZC3H7B,SNRNP70,PPP6R1,MCF2L,OPA3,PSD3,WDR6,PMEPA1,EIF5A,DST,PDPK1,ATRX,VPS13A,NAV2,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,DDAH1,CTDSP2,POLR1B,LUC7L3,BCAT1,RNFT2,NFAT5,SMARCD2,HDAC1,ANKS3,RAB1B,RBM4B,FAM169A,SLC25A27,FBXL20,GANAB,U2AF2,REPS2,EIF4H,DROSHA,LRRC8D,RPP14,MEST,ATP9B,SH2B1,TTC14,URGCP,NEGR1,USP22,TPD52L2,RAD52,IRGQ,NEURL4,PSAT1,VPS45,RGS11,P4HB,CLUAP1,TNRC6A,METAP2"
+"gene_set_query"	"1062"	"MECOM"	"883.3"	"Literature ChIP-seq,51;ARCHS4 Coexpression,1412;GTEx Coexpression,1187"	"ITSN2,SCOC,GMFB,ARAF,ALKBH6,FAM110A,SCAMP4,RABGEF1,KRTCAP2,AKT2,ANKFY1,MEF2A,NGDN,DNTTIP2,RFX3,RFX1,GAPVD1,PRKAB1,SND1,SCAMP2,EML4,MYL6,DDIT4,ORAI2,VOPP1,FAR1,UQCRC2,TSTA3,SLBP,MTMR1,EXD2,SHMT2,TARSL2,AGAP1,BAZ2A,COPS7A,OAZ1,PRKAR2B,PIP5K1A,VTI1B,EDEM3,HEXIM1,JUN,CADM1,EIF2AK1,EDEM1,ABCA3,EDEM2,EIF2AK3,L1CAM,BTBD10,SNUPN,MLLT11,UCK2,QARS,PKIG,GPR19,ARF4,PRKAG1,PRKAG2,SNX10,OSBPL11,AACS,MED17,TUBA1C,TUBA1A,SMPD1,RPLP2,ELOVL5,SPHK2,LRRC49,PGAM1,NIPA1,MRPL47,BAZ1B,DUSP6,PGM2L1,SRP9,DDB1,MRPL52,MED22,PSMA6,SDHAF1,CDC42EP2,VAMP4,PAFAH1B2,SLC29A2,RNASEL,OAT,STAU1,RPS27L,DLST,HTT,CCNDBP1,MICALL1,PSMB1,MFN1,FLNA,RICTOR,BID,EXTL3,NKTR,CRBN,GOLM1,TRAPPC10,TMEM59,TAOK3,ETNK1,SLMAP,SERBP1,TAOK2,PSMC2,PKN1,CRLF1,FRYL,CRLF2,FBXO28,SLA,UBE2D1,LAPTM4A,OSBP,PIM3,KPNA4,NOMO1,PPP1R16B,BNIP3L,SLC38A1,CISH,STX7,VPS33B,SARS,ATP11B,CNPY3,FOXP4,PIAS2,FAM118B,FOXP1,SAP30,ACAP3,ACAP2,SLC9A6,SLC9A8,MAPKAPK2,ARL8A,LY6E,INO80B,MAX,CORO1A,CORO1B,SLC9A1,FBXO42,ACAT1,RAP1B,RAP1A,G3BP1,G3BP2,NAE1,NADK,TMEM120B,DR1,TIA1,API5,FBXO38,GFPT1,GOT2,ARPC5,UBLCP1,CLPTM1L,LRCH4,NFE2L1,ISY1,MCFD2,PIK3CD,ARRB2,NRGN,PPP6R3,HMG20A,PGLS,DNM1L,SNAP29,UNKL,ACTR3,SH2D3C,SIGMAR1,VPS37C,MSL2,VEZF1,SYF2,PIK3C3,SLC25A5,GAPDH,PPP1R12C,TNFRSF21,AHDC1,BCAT2,RNFT2,PPP1R15A,PPP1R15B,ROCK1,PPM1L,SRC,SRF,SRSF1,MAK16,CXXC1,FURIN,LRP8,TSPAN31,ZNRF1,KRIT1,FYN,AAMP,SLC25A25,SH2B2,PPP1R14B,NDUFA6,FEM1B,PCDH7,MBOAT7,HIP1R,NECAP2,ST7,PDCD4,TRIM35,CCM2,EIF3C,SMAP1,TRIM33,TMEM41A,CERK,KDELR1,PPAN,JMJD1C,KEAP1,NUDT3,RASSF2,FAM53C,CCDC97,ATXN7L1,SLC12A6,ARL10,ZFP1,ARL15,ENTPD4,ECH1,TALDO1,MOGS,CCNY,KDELR2,PREB,EIF1B,TRIM11,SLC45A4,GIPR,MYCBP2,PEX11B,FBF1,PTTG1IP,ZBTB5,TTBK2,APH1A,SNX3,DHX33,TSPAN6,MICAL1,B4GALNT1,HIVEP2,TSPAN3,SEC31A,NTNG2,XRCC6,INTS1,MYO5A,BRI3BP,SMARCA2,SMARCA4,ICK,WNK1,CDC16,RANBP10,RGL2,MON1B,SUGP1,MRPS16,PTPRS,FKBP15,PTPRN,AP2A1,PTPRK,SLC7A11,HERPUD1,PPP3CA,CTSL,QSOX1,CTSE,CAP1,CCT3,PCYT1B,TMEM150B,PBRM1,DBNL,STARD3NL,NCOA4,ZFR,APRT,TOX3,RAP2B,CSDE1,ARHGEF1,STX12,MRPS36,INPP1,DERL1,CCDC106,COX5A,MNT,EXOSC4,PES1,SCAND1,CCT7,DYNC1H1,YIPF3,PLEKHA5,MYO9B,DOHH,MYO9A,PPP1CA,VEGFA,FKBP1A,SGSM3,NEDD4,FKBP1B,TCEA2,ESYT2,ACTR10,CARS,SRP19,SCARB1,ACAA2,TXN2,FAM174B,PPIP5K2,CAPN2,EP300,DENND5A,FAM3C,MORC3,TMOD3,TTC7B,ADAM10,UBE4B,TMX1,GPD2,PPIF,UBE2V1,TBC1D23,SIDT2,KLHL18,PSMD12,CACNA1D,SLC1A4,PSEN1,RASGRP2,NDRG1,PLD3,RTN4,SHARPIN,DHRS7B,TBC1D13,NDUFV3,CCDC134,UBE2F,YARS,IVNS1ABP,PDHA1,NUP155,AP4B1,ANKHD1,MANBAL,CLK3,UBE2W,BMP1,CCPG1,STT3A,IFT27,TAB2,LSM14A,FGF11,PRR7,PRKCSH,ATP2A2,HMGB3,PSIP1,AFF3,TMEM191C,UBE2Q1,NPTN,LRRFIP1,YWHAG,GET4,YWHAZ,EPN1,VCAN,NAV3,NAA38,NUP54,AGPAT5,DCTN6,DCTN2,RAP1GDS1,DDX23,DDX21,ATP2C1,ADD1,PARL,POLD3,GNG2,OXCT1,TDG,TRA2A,BNIP2,RALY,RPP14,CYTH1,TIMM8B,ARFGEF1,RBM39,RRM2,TAF13,ATP2B1,LRWD1,MAPK14,USF2,GALE,SBK1,TEF,CARM1,VIM,RAN,LNX2,CYFIP2,TES,TRRAP,ARPC5L,HNRNPR,GABPB1,BACH1,DCAF7,GLS,RNF115,ZMIZ1,LUC7L,PIP4K2A,DIP2B,RPL39,IER5,IER2,ACOT7,UNC13A,NUP210,PRKCD,WDR75,MED4,GTPBP4,GPR162,BIN3,IFT81,ZSCAN21,RPL27,VPS25,ALG10B,GNE,PRR13,CTBP1,NEDD4L,SLAIN2,SLAIN1,VPS26B,MTDH,LDHA,PRDX1,MCMBP,ST3GAL1,VPS16,S100A10,CDK19,PHC2,CHKB,SETD1A,IRF2BP2,BRAF,PRDX6,PRRC2B,HNRNPL,SLC6A6,MEX3B,HNRNPF,UNC119,HBP1,HNRNPC,CDK14,CDKN1B,DENND1A,SETD7,CLTB,KRI1,PFAS,CLINT1,ING4,TRIM8,RARS,TK2,GPRASP1,EMD,WDR37,ITPK1,COPZ1,AFTPH,ZEB2,NCOR1,EXOC3,PLEKHO1,KIFC3,TKT,RNF166,GAS7,GRAMD1B,PHLPP1,ADCY6,TM9SF3,FGD3,FGD4,SCAF8,ASNA1,UBN1,RPL14,ANKRD54,BRD9,RNF130,SF3A3,GABRA3,WWP2,WDR13,TM9SF2,RNF145,OSTM1,ABI2,NUCB1,NUCB2,TMEM229B,FAM49B,VKORC1L1,UHRF1BP1L,DGKD,ATP8A1,CLSTN3,TUSC3,GTF2B,CTNND1,BZW2,IPO7,CDH8,FAM107B,EDC3,RPH3A,NRBP2,RNF19A,SLC39A7,PLEKHJ1,TLE3,GPT2,ANKRD44,IGFBP2,F2R,TRAFD1,FRMD4A,VASH1,DGKZ,NRBP1,RNF41,TOM1L2,CLIP1,ARMCX1,STIM2,DMWD,TNIK,TTPAL,CSNK1G1,RAB5B,CD151,RAB5C,CBFB,UBR4,UBR2,PHF21A,STIP1,DVL2,SRGAP2,PLXNA4,MCL1,AP1M1,ESRRA,OSBPL8,UVRAG,TRAPPC3,OSBPL7,RAB4A,CCDC12,ATP8B2,TNK2,OSBPL2,TRAPPC9,ADAP1,BTBD9,CDK9,CDK8,LSM6,ZFP62,CPD,TPP2,RNF181,NACAD,CNIH4,BCL2L1,SLC48A1,DIDO1,RNF13,WDR1,LBH,ADAMTS3,SIN3A,OPA3,EVI5L,PDCD6IP,REXO1,LIX1L,BET1L,COASY,PTP4A3,LANCL2,EIF4E2,SOS2,SSX2IP,TRABD,HDAC5,WBP1,RNF38,AMBRA1,HDAC7,DNAJB6,MSTO1,POLR2A,RBBP5,CSK,POLR2H,FNIP2,DCAF12,SEC11C,SPAG9,TXNRD3,PLCL2,TPRKB,FBXL14,ASXL1,RAD52,KLF7,NIN,PSAT1,IMPDH1,GLOD4,DNAJA3,PFKP,TCERG1,ISCA2,ARL6IP1,HS6ST1,NFU1,RUSC1,FLAD1,FTH1,ARL6IP5,DPF2,SEPHS2,AGFG1,SRRM4,ARRDC1,SLC35C2,NFKBIL1,MTUS1,RECQL,INPP4A,TIAM1,RRAGA,RRAGB,GPM6A,TMEM161B,CSTF3,MGST3,TWF2,DCUN1D2,NMD3,TEX261,IGSF9,UGCG,GNG10,CHTF8,ZNHIT1,SPAST,PDCD10,ATP6V0A2,GSE1,STXBP5,TNRC18,ATP6V0A1,VAT1,NUS1,SETDB1,TMEM50B,SLC35E3,PYCR2,GADD45G,PARP11,CCDC88C,ANP32E,ADCK5,RPS20,TMCC2,CC2D1B,ITM2C,TOP2B,GFM1,UBXN1,SLC44A2,SERP1,SIPA1L1,XPO1,GLIPR2,UBXN7,UBXN4,RSPRY1,TOP3B,ZYG11B,STRADA,AMPD2,UGDH,PRPF18,PACS2,SGK1,SDCCAG8,TOMM40,GDPD1,AKAP8,NOL4,PTS,NOL6,TRAK2,HIRA,SHOC2,METTL6,NFYA,GBF1,RAB11A,RAB11B,SPCS3,CAPZA1,MARS,RAB3GAP2,MPHOSPH8,TOMM5,TOMM6,GALNT11,ROGDI,CCDC28B,TATDN2,ARHGDIA,KDM2B,PAM16,SPNS2,OCRL,WRNIP1,ACYP1,RSBN1,RPL7L1,ELMO1,SPNS1,MATR3,PXK,CHRNA7,BTF3L4,SEL1L3,DPP8,ATP6V1D,MYH10,PDZD8,MARK2,BPTF,RAP1GAP2,KLHDC2,ACBD6,SMAD1,ACBD5,ACBD4,TBCD,COQ7,NFKBIA,ATG16L1,DNAJC10,CHMP2B,JMY,LRP10,LRP12,MUS81,B4GALT3,KDM5C,HK1,RBM3,FLCN,ALDH2,CASP2,TOPBP1,MAN2C1,MAPK1IP1L,ABCC5,SENP2,DCK,DNM2,TRAPPC6B,DNLZ,TMEM9,B4GALT7,MOSPD3,TBRG1,MAPK9,GMDS,LEPROTL1,PDE6D,CLASP1,SNCA,CLASP2,LIMK2,PDE4DIP,MEIS2,SH3YL1,PDE10A,PIK3IP1,CAPN10,RBMX"
+"gene_set_query"	"1063"	"ZNF506"	"884.7"	"ARCHS4 Coexpression,1522;Enrichr Queries,887;GTEx Coexpression,245"	"CYFIP2,HNRNPU,JMJD1C,FNBP1L,BACH2,ZFYVE27,GOLGA5,ALCAM,OPHN1,ZMIZ2,DPYSL2,DAG1,LUC7L,PSMD1,DIP2A,CDK5RAP3,SOX4,DDX17,METTL3,ARRDC3,ANK3,MAPK8IP3,MFSD10,ORAI2,HECA,TRIM11,PRR14,CCDC84,NPRL2,PIK3R1,MRPL13,RDH14,PLCG1,RDH13,ARGLU1,RBM10,VPS16,ZSCAN18,ACD,JUN,RABGAP1L,PRPF38A,BCL11A,SLC35E3,PBX2,BRAF,PBX1,ARMC10,UNC119,EZH1,ITM2C,OGFR,SETD5,PIGU,MRPS16,ZFAND2B,MRPL36,MRPL37,PCSK7,ING4,EPM2AIP1,ZMYM6,ZIK1,RALGPS2,TOP3B,MAP4K2,DFFB,GRIPAP1,MRPS22,TET2,MRPL47,WDR33,PARP8,RHOB,KIN,ZEB2,MTF2,PXDN,STRAP,FAM193B,GLCCI1,ARHGEF7,PLCB1,SFI1,MRPS35,STX16,SATB1,GGA2,PSMB6,RXRB,PSMB5,PAIP1,NKTR,RIC3,MYEF2,AGK,YIPF4,PCGF3,SORBS1,DEF8,SYNJ2BP,GATAD2B,PRPF39,NFIA,NFIB,NEDD4,PSMC2,PKN1,YPEL3,NUCB2,ZFP28,OTUD5,MTCH2,CRTC2,DGKE,ANKRD13D,UBE3C,ATP8A1,FRY,TATDN2,ZFP30,PAPOLG,POGZ,SBF2,RAB2B,USP8,RNF44,ANKRD49,USP3,ANKRD44,THOC1,TTC7B,SDHC,LMO7,LEMD2,FOXP1,DISP2,DMTF1,PRPF3,MAPKAPK5,SRSF5,TNIK,CUL9,LRRC59,VCP,MAX,DDX1,CHRNA7,ANKRD12,CACNA1A,CACNA1D,PHB,PHF21A,SOCS2,EFNB2,ORC4,ORC6,SAFB2,ZKSCAN3,DMAP1,NDUFV3,ANKZF1,AP1M1,TRAPPC2,ACBD6,TIA1,AUTS2,PHF12,MARCH9,KLHL24,AP4B1,EIF2S1,CLK3,CLK1,PAN3,EFNA2,HOOK2,NBEA,HOOK1,SPIRE2,MDM4,BRWD1,OGT,EIF4G1,CREBZF,PRKCSH,PRR3,CELF2,AKAP8L,CHD6,ADAR,SLC2A3,TAZ,AFF3,SYNE2,SENP7,DUSP12,SENP5,AP1G2,SNRNP70,OPA3,TIMM17A,PDE4B,UNKL,RBM5,RBM33,GLRX3,DST,PDPK1,PDE4D,ATRX,GPCPD1,REXO2,MSL1,VCAN,PTP4A3,IRF3,SETBP1,GFOD2,LUC7L3,EVL,SOS1,RNFT2,NFAT5,STOML2,WBP1,POLDIP2,EI24,GOSR1,CXXC1,LENG8,PDHB,FBXL20,GANAB,UGP2,FCHO1,U2AF2,TRA2A,PTK2B,IARS2,RPP14,MEST,ATP9B,CYTH1,TTC14,RBM39,HNRNPA3,TRIM41,USP20,PDAP1,PDE4DIP,USF1,IRGQ,CAPN10,SYT11,SSBP1,PDE7A,SSBP2,METAP2"
+"gene_set_query"	"1064"	"EN1"	"884.7"	"ARCHS4 Coexpression,602;Enrichr Queries,1103;GTEx Coexpression,949"	"APP,POP7,CCNI,PREP,STMN2,KEAP1,DCAF8,STMN4,RPL9,ALKBH8,ALKBH3,GPR173,PSMD7,DPYSL4,DPYSL5,ZMIZ1,DPYSL2,MYC,PSMD3,DPYSL3,STMN1,DPF1,KIF21A,EPHB2,SOX4,EPHA4,SRRM4,RBFOX2,CSNK2A1,SOX11,CSNK1E,SOX12,ANK1,MED6,PISD,DYNC1LI1,SFRP1,RFX7,ZW10,RUFY3,GUF1,TAGLN3,TRIB2,GPM6A,NRN1,BEX1,TSHZ3,FOXG1,NPRL3,AGAP1,MRPL14,AAAS,NLN,CYB5R1,NKAIN1,FLRT2,SCN3B,SCN3A,B4GALNT4,NAA50,JUN,FZD3,CADM4,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,MEX3D,UBAC1,PBX1,DCLK1,UBAC2,MLLT11,AIMP2,MEX3A,VANGL2,ARMC10,PKIA,CSRNP3,PTPRO,PRKAG1,SLC7A11,TUBA1C,UCHL1,TUBA1A,CHL1,TIMP2,KIF1B,RRP15,LRRC47,BRD3,ZYG11B,PCYT1A,MIOS,ACAD9,RGMB,DUSP6,PGM2L1,MLF2,RGMA,MN1,TMEFF1,TOX3,TUBB2B,TUBB2A,KIT,PXDN,EXOC4,MAPT,SGK1,RNF165,DYNC1I2,NFIX,SATB2,PTN,EXOSC7,SAMM50,PSMB5,SERTAD4,TCEAL5,CAMK2N1,GPC2,CTNNA2,RUNX1T1,YTHDF2,BRF2,PCGF2,LSAMP,SNX21,UBE2G1,SRP68,NMNAT2,NFIA,ABI2,NFIB,NEDD4,PSMC2,TSR1,APBA1,TACC2,CRLF1,ANKRD13B,RAB3C,MIDN,FBXO28,NRBP2,CHCHD3,CDH2,BASP1,KIF5C,NUDT19,KPNA3,TMSB10,LMO1,MAGI1,SEMA6C,TPM3,LMO4,IGFBP3,CTNNBIP1,IGFBP2,FRMD4A,POU3F1,GTF2F2,POU3F2,POU3F3,CTDNEP1,CLIP1,PPID,RTN2,GRIA1,BRSK2,PSMD11,CUL5,NTM,BTF3L4,CACNA1A,COX7A2,SEZ6L2,RTN4,EFNB2,PLXNA2,OTX1,SMAD1,KLHDC3,ZFHX2,AUTS2,VTA1,NSG1,FANCE,COQ5,REEP1,EFNA3,HOOK2,NSG2,TMEM11,LHX2,HOOK1,BLMH,DEGS1,CNIH2,GSK3B,MAST2,CHD6,CELF4,ELAVL4,CELF5,TRIAP1,AFF3,SOBP,FBLL1,BICD2,ELAVL2,ELAVL3,PTBP1,EEF2K,MYO18A,SPEG,MRPL9,HIF1AN,ERC2,TRIM67,UTP15,ADSL,HSP90AA1,PLA2G4E,UBE2QL1,RAD23A,RAD23B,PTBP2,EPN1,SEPT3,VCAN,PTP4A3,GAP43,ALS2,AKT1S1,CDH11,GFOD2,CCDC43,PIK3C3,INA,GTF3C4,PARG,ZBTB43,CXXC1,WIZ,CRMP1,CXXC4,NCALD,STOX2,CACNG7,GNG3,DNAJB6,TMEM203,NNAT,SLIT1,NCAM1,ATP9A,ABCF1,NTRK2,MARCKSL1,PPP1R14C,PTCD2,FEM1A,PCDH7,PCDH8,PPP2R3A,MEIS3,MEIS2,ACVR2A,CUL4A,NELL2,SMUG1,SBK1,NOVA2,TRIM35,INSM1,KCNK2,PFKM,EIF3A,CBLN1"
+"gene_set_query"	"1065"	"GTF2IRD1"	"885.0"	"ARCHS4 Coexpression,1164;GTEx Coexpression,606"	"VEZT,KEAP1,UBE3A,DCAF6,NPEPPS,SCAMP4,GOLGA4,PSMD7,RASSF2,OPHN1,CAPN7,SESN1,PSMD3,KPNA6,NUDT19,PSMD1,KPNA4,KPNA3,KPNA1,KCMF1,MRPS18A,CSNK1E,FBXO10,CPT1C,THAP4,DISP2,GNPAT,RNF123,AFG3L2,CLIP1,CACNB3,BIN1,PSME4,TYRO3,PLAA,PFN1,OBSL1,TMEM161A,PSMD11,CUL5,SAR1B,FLII,CHRNA7,TRANK1,UBR3,MRPL14,UBFD1,RASGRP2,OAZ1,CORO1A,PHF21B,GJC1,CYB5R1,PRKAR2A,DHX36,DVL1,GRK6,RDH13,NDUFV3,MAP2K7,NADK,MCL1,PLXNA3,NAA50,EIF2B5,NOP16,BOD1,SLC35E3,TIMM44,ARPC4,ARPC5,UBAC1,SMARCA4,COPS3,AIMP2,ABTB1,NPLOC4,STK25,NACA,TMEM11,DLG5,TBCE,SPIRE2,PLXNB1,DHX29,NFE2L1,ITM2B,EIF4G1,DDR1,SMG1,USP38,CCDC120,SH3KBP1,PIK3CD,ARRB2,OSBPL11,AACS,LIMD2,GLIPR2,CHMP1B,OPA3,GATAD1,MYO18A,SPEG,LRRC47,ACTR3,SUN2,ACTR2,NAA30,ADSL,KLF13,MIOS,PDE4D,NCOA4,RAD23A,EPS15L1,GMIP,CBFA2T2,EPN1,RGMA,TOX4,DDX19A,FAM189B,NFX1,THRAP3,AKT1S1,ARHGEF1,SLC29A2,FYTTD1,GTF3C1,RNFT2,RGS19,PPM1L,ANKS3,USO1,ZBTB43,FOXK2,CLCN2,USP19,GNAI2,FGD3,TMEM201,HECTD1,PSMB5,DNAJB6,MKNK2,NAA25,PTK2B,CSK,RPP14,ABCF2,CYTH1,ABCF1,EGLN1,MAP3K3,KCNJ11,FEM1A,MDH2,FEM1B,CNBP,PCGF2,ADRM1,PDAP1,UBE2G1,SRP68,CUL4A,IRGQ,PSMC6,RPS6KB1,PRKRA,NEDD4,ASB8,RAB12,PSMC1,EIF3J,POLR3E,PSMC2,TACC2,SMAP2,PFKM"
+"gene_set_query"	"1066"	"TFAP2B"	"885.3"	"ARCHS4 Coexpression,433;Enrichr Queries,953;GTEx Coexpression,1270"	"CNTFR,CCNI,STMN2,STMN3,STMN4,ENO2,FNBP1L,RAPGEFL1,FAM110A,GPR173,ALCAM,DPYSL4,DPYSL5,DPYSL2,IGLON5,DPYSL3,DPF1,KIF21A,KIF21B,VPS36,NCKAP5,SOX5,EPHA4,SRRM3,EPHA7,RBFOX1,SMARCC2,RBFOX2,SCRIB,SOX11,SOX12,CPT1C,ANK1,SFRP1,FEZ1,RUFY3,HECW1,ULK3,TAGLN3,TRIB2,GPM6A,NRN1,BEX1,IGSF3,TMEM63C,FOXG1,NPRL3,NKAIN1,SGPL1,FAM171A2,FLRT2,PCBP4,RDH13,SCN3B,B4GALNT4,ZSCAN18,JUN,PRRT2,JUP,CADM1,BCL11B,BCL11A,RCC2,ST8SIA2,NR2F1,DCLK2,DCLK1,SMARCA4,VANGL2,MEX3A,H2AFY2,ID2,PKIA,SDC1,PLCH2,CDKN1C,ROBO2,CCDC120,GDI1,GRIK5,DIRAS1,TECR,CLTB,SPPL3,NAT14,AP2A2,AACS,PTPRF,SHD,ROBO1,PTMS,MED17,AKAP12,SMPD3,JPH4,UCHL1,TUBA1A,CHL1,NEFM,PLEKHN1,DLGAP4,APC2,PRMT8,ELOVL4,MINK1,ANO8,RGMB,DYNLL2,DUSP6,MLF2,TOX3,TMEFF1,ZEB2,TUBB2B,TUBB2A,NME7,TET3,KIT,PXDN,RHOV,MAPT,SGK1,RNF165,NFIX,SATB2,NEDD8,PTN,ADCY1,GLRA2,CUX2,SERTAD4,CAMK2N2,UBN1,SUSD4,GPC2,PAK3,RUNX1T1,RPRM,NPDC1,WNT7B,PCGF2,NMNAT2,RAB11A,ATAT1,TTC9,NFIA,NFIB,FABP7,STAC2,TTC3,MEGF8,CDK5R1,ANKRD13B,RAB3A,CLSTN2,SRP14,CELSR3,ATCAY,KIF5C,TUBB3,BASP1,SLC39A6,NRCAM,TXNL4A,SH3GL1,PPFIA2,MAP2K2,IGFBP3,CTNNBIP1,IGFBP2,LMTK3,FRMD4A,POU3F2,POU3F3,CLIP3,CACNB3,MYCN,ADAM15,LY6H,GRIA2,BRSK2,NXPH4,NTM,LPL,CACNA1A,DTX3,KLC1,SEZ6L2,EFNA4,PHF21B,EFNB2,SCRT2,EFNB3,ZMAT2,PLXNA2,NDN,KIF3C,ZC3H13,MARK4,MARK2,BPTF,ZFHX2,AUTS2,NSG1,SSH3,SCRT1,ARHGAP33,ARHGAP32,EFNA3,EFNA2,STK24,HOOK2,NSG2,LHX2,HOOK1,CNTN2,IFT27,NACAD,DEGS2,CNIH2,GPSM1,RBM25,CHD8,CELF3,CELF4,CHD6,CELF5,AFF3,SOBP,FBLL1,BICD2,ELAVL2,ELAVL3,MAN1A2,GDAP1L1,CEP170,EVI5L,EDIL3,TRIM67,SGIP1,PLA2G4B,PPP2R5B,NIPSNAP1,SEPT3,VCAN,PTP4A3,GAP43,UBE2R2,DDAH2,CDH11,FAM84A,INA,HCN3,MVK,CXXC1,PARD6G,CRMP1,SEMA3F,ACVR1B,GNG3,CACNG8,GNG2,SV2A,POLR2D,TRIM46,NCAM1,ATP9A,BEND5,NTRK2,LINGO1,MARCKSL1,NEGR1,PCDH7,PCDH8,BAIAP2,MEIS2,ACVR2A,DLK2,NELL2,SBK1,RAB14,RPS6KB2,INSM1,MDGA1,SSBP3"
+"gene_set_query"	"1067"	"HOXA9"	"885.5"	"ARCHS4 Coexpression,924;Enrichr Queries,1139;ReMap ChIP-seq,233;GTEx Coexpression,1246"	"RPL4,MAPKBP1,RPL5,MT-ND4,SLC4A1AP,RPL3,RPL32,UXS1,ITSN1,GPATCH4,RPL8,DCAF4,PHB2,RPL6,BACH2,RPL7,PSMD9,RAVER1,MYC,DPYSL2,GPBP1,RPL38,VPS36,NCKAP5,MEF2C,CXADR,FNBP1,PIH1D1,RPL22,CD3EAP,FRS2,BCR,EWSR1,ARMC6,ZC3H11A,HECW1,PSME4,DDIT4,RPL27,FAR1,RPL26,RPL29,DUS3L,CGGBP1,NUP205,TARSL2,NPRL3,MRPL16,ATXN7L3B,MRPL14,MRPL12,PPP4C,PRDX4,WDR70,PRDX1,RDH13,ST3GAL1,BTF3,CDK17,BRAP,FZD3,RPL41,JUN,JUP,PLK2,NR2F1,IRF2BP2,NR1D1,SNF8,PBX1,HNRNPL,HNRNPM,PPP5C,VANGL2,NMT2,FARSA,DZIP3,EZH2,RNF220,OGFR,CDKN1C,SETD2,ELL,RPLP1,DENND1A,ARHGAP1,CTCF,PFAS,CLINT1,C1QTNF4,TK2,ZC3H10,ELOVL4,IFNGR2,ELOVL6,DUSP6,SIRT3,MED22,LSG1,ZEB2,PXDN,EXOC6,PLCB1,DSCAML1,PAFAH1B2,VAMP2,NFIX,RPL10,NIP7,TIMM9,RPL12,RPL11,HSPA13,FAM117B,GGA2,BCLAF1,RPS15A,PSMB5,MFN1,AP2S1,RPS3,SC5D,RPL15,RPS2,RPL18,RPL17,RPL19,SF3A2,WDR18,SNX21,TRMT1,TTC9C,GATAD2B,LETM1,ERP44,OSTM1,NFIA,MYBBP1A,PSMC4,NFIB,SHKBP1,SERBP1,PKN1,NUCB2,ANKRD13C,DGKD,FBXO28,PLOD3,RPL10A,ALDH1L2,IPO7,PPP1CC,CDH2,SESN1,RUVBL2,KPNA6,TMSB10,FADS1,SLC39A3,AGTPBP1,TPM4,USP4,RPS8,USP3,IGFBP3,CTNNBIP1,RPS6,DYRK1A,GTF3A,SARS,ATP11B,GTF2F2,ILF2,RNF40,FOXP1,CACNB1,RAB31,DMWD,MAPKAPK2,SRSF2,MAPKAPK5,STAMBP,SRSF8,SNRPA,SRSF9,PFKFB3,FAM114A2,MAZ,CUL2,AK2,KLC1,SAV1,RHOBTB2,SOCS2,BAG5,PMVK,NACC1,PSAP,ANKRD28,OSBPL5,FUS,BTBD6,FANCE,EEF2,FBXO31,LSM7,STK24,REEP5,LHX2,CNOT2,NF1,SERINC3,CNIH3,CNIH4,DAGLA,MCM7,POMT1,BICD2,RPL7A,DUSP12,CAPZB,SNRNP70,DNM1L,TAPT1,EIF5A,RFC3,TNFRSF19,MSL2,ZFP91,ARFGAP3,SMC1A,RAD23B,YDJC,TRAF7,PTP4A3,TFDP1,PIK3CA,ASPH,POLR1B,CTDSP2,RPL37A,BIRC6,SFT2D1,BIRC2,SEC23A,LRP1,GTF3C5,SRC,HDAC1,MGRN1,CXXC1,PARD6G,DPCD,DCAF15,ABLIM1,FZR1,SLC25A28,RBBP5,MGAT5B,POLR2D,EIF4H,RBBP6,DCAF11,MEST,SH2B1,PTPN1,CIZ1,PPP1R14C,RPL35A,PTPN11,HNRNPAB,SLC25A38,CUL4A,NIN,PINK1,SNRNP40,KLF6,EIF3L,MFAP3,EIF3I,RAB12,IMPDH2,POLR3E,TRIM35,DRG1,EIF3G,EIF3E,EIF3F,RHEBL1,EIF3D,TPT1,SLC25A36,CCNH,PREP,GDE1,TXNDC12,CBLB,PPP2R2A,RAPGEFL1,RPS15,RPS14,RPL36AL,BSG,CDC27,ARL6IP5,DPF2,ARL6IP4,SOX4,AGFG1,EIF2A,TBC1D10B,SEC63,COG8,SRRM1,THAP3,CARHSP1,SFRP1,SNHG12,ZW10,CRYZL1,CD2BP2,TTLL12,EZR,STX1A,MACF1,DHX8,TMEM63B,CTR9,TWF2,PTTG1IP,UBE2J1,NKAIN2,UGCG,SEC14L1,ZNHIT1,INPP5F,PCBP4,VPS8,DYM,ATP6V0A1,XBP1,TMEM184B,STK11IP,IQSEC1,BCL11A,INSR,SNHG6,PUM1,SMARCA2,PTK2,RPS29,ID2,INTS4,GRB2,COL9A3,RNPS1,RPS24,SUGP2,ITM2C,HIP1,DOC2A,FKBP15,SLC35F2,FAM57B,AP2A1,GRIK2,ZCCHC17,BMI1,SPPL3,PPP3CA,MAP1LC3B,C1QBP,ARIH2,RAC3,RAB8A,NDEL1,ZYG11B,CDV3,PARP1,MMD,ACAD9,COMMD1,RGMB,NME1,RHOB,MLF2,CTU1,KIT,NCOA7,ALDOA,SGK1,NAPA,CSTB,MRPS35,SATB1,PTN,EXOSC7,SERTAD2,MGAT1,MGAT2,TBL1X,CCT7,METTL9,EXOSC2,CCT4,SORT1,SLC31A1,RYK,XPO7,COX6C,VEGFA,NUDT9,PER1,STAC2,HDGF,TARDBP,TOMM6,OTUD4,SYS1,UBE3A,COMT,IGF1R,EEF1B2,GNPTAB,FAM174B,BASP1,FPGS,DENND5A,SBF2,BAHCC1,PPFIA3,RALBP1,KDM2A,FBXW11,WRNIP1,ATAD3A,TMEM131,TUFM,EEF1A1,PREPL,MYCN,DOK5,HNRNPUL2,UBE2V2,RAF1,FAIM,PXK,TMED10,PSMD13,BTF3L4,CLEC16A,PDS5A,RASGRP2,EFNA4,NDRG1,RTN4,SEL1L3,RPF1,H1FX,RPRD1A,CCDC134,DNAJC19,PRNP,CBX6,KLHDC4,RHBDD3,IDH2,HMGA1,SMAD5,ANKHD1,EFNA3,H1F0,PAN3,EFNA2,HOOK2,HOOK1,DNAJC10,GNB1,UBA3,CNTN1,BLMH,DEGS1,STT3B,UBE2K,LDB1,NVL,LMNB2,SLC2A8,RPS4X,SEPT6,EEF2K,ZC3H7B,UQCRFS1,CPXM1,YWHAH,POLG,RBM17,H2AFY,PLA2G4E,DCAKD,H2AFX,ABHD14B,DDX54,ABHD14A,RPS3A,GPCPD1,SENP2,ARID1B,DCK,CKAP5,DNM1,EEF1G,CREB3,VCAN,SFPQ,NDUFS8,UBE2R2,RER1,RASA1,CDH11,CAT,CRY1,USP40,EAPP,ZMYND11,DCTN6,DCTN4,TGFBRAP1,MTIF3,ACVR1B,ADD2,GNG2,FAM168A,MAPK7,DNPEP,MTA1,TNKS2,MAT2A,GNA12,SPEN,ARFGEF1,RRM2,GALNT1,DEK,MEIS2,ACVR2A,SBK1,RPS6KB2,RBM42,VIM"
+"gene_set_query"	"1068"	"ZBTB7B"	"885.7"	"ARCHS4 Coexpression,843;Enrichr Queries,573;GTEx Coexpression,1241"	"ATF2,IFITM2,HDAC10,ZMYND8,ZDHHC5,RAPGEFL1,ACTB,FAM110A,PREX1,FRAT2,RASSF2,ZMIZ1,MYC,FTH1,LONP1,AKT1,PRKACA,GLUL,IER5,ATXN7L3,TBC1D10A,IER2,SLC12A9,ACTN1,PRKCD,ARRDC3,CD3EAP,MOGS,ANK1,SCAMP2,WDR81,DDIT4,ULK1,SLC45A4,IGSF3,STXBP2,PIK3R1,APH1A,SGPL1,DHX34,CHST15,GSE1,TNRC18,RDH13,HIVEP2,PUSL1,ST3GAL1,RALGDS,N4BP1,S100A10,VASP,JUN,PHC2,JUND,JUP,RCC2,IRF2BP2,PBX2,NR1D1,UBAC2,GADD45G,EHD1,SLC6A6,ABTB1,EIF6,FASN,ID2,SDC1,RGL2,ITM2C,DDR1,OGFR,CCDC120,SLC35F2,CITED2,CLTB,SPPL3,PTPRF,BBC3,LIMD2,TRIM8,XPO6,PLEKHN1,CIC,UPF1,DBNL,TSC22D3,MINK1,ITPK1,SIRT7,GMIP,DUSP6,APRT,RHOB,NCOR2,GAK,SLC7A5,ZEB2,MED25,INF2,PITPNM1,PACS1,CDC42EP4,TET3,PXDN,RAPGEF1,ARHGEF1,RHOV,ARHGEF2,ALDOA,SGK1,TKT,STK40,ERGIC1,ARF6,CSTB,GRN,FAM129B,GNAI2,TYMP,FGD3,ZDHHC18,NFIL3,CKB,MEF2D,MAP3K3,MBD6,MYO9B,VEGFA,NFIA,SHKBP1,ZYX,NUCB1,PLP2,PKN1,PNPLA6,AGRN,YPEL3,GRINA,MTCH1,MIDN,RAB3D,CAPN2,PIM3,LZTS2,FADS1,SH3GL1,TLE3,RALBP1,RNF44,CTNNBIP1,ATP1B1,ADAM15,EHBP1L1,RAB35,SQSTM1,CSNK1G2,SLC27A4,FKBP5,ANAPC2,PFKFB3,RAB5C,PXN,RASGRP2,EFNA4,NDRG1,CORO1A,CORO1B,SBNO2,GRK6,SLC38A2,MARK2,NADK,MCL1,BCL9L,WDTC1,ESRRA,PRNP,CCDC12,CBX4,TNK2,OSBPL2,HMGA1,CORO2A,NFKBIA,EFNA3,EFNA2,SH3BP5L,STK24,HOOK2,HOOK1,GNB2,PLXNB2,BLMH,DEGS1,DEGS2,LRCH4,LRP10,BCL2L1,PRKCSH,PIK3CD,ARRB2,BICD2,PPP1R9B,DUSP12,LASP1,MFSD5,PPP6R1,FLOT2,DGCR2,KDM6B,SUN2,KLF13,PLA2G4E,PDPK1,ARHGEF18,REXO2,DDOST,DNM2,PTP4A3,CTDSP2,C1D,ETF1,PPP1R12C,PPP1R15A,CANT1,RGS19,RAB1B,PARD6G,LENG8,FURIN,HMGCR,ACVR1B,TOB1,HDAC7,MLLT6,DCAF15,DNPEP,MKNK2,SH3BP2,PTK2B,CSK,PCDH1,FBRS,LIMK2,SEMA4B,MBOAT7,ATP2B4,BAIAP2,KLF6,IMPDH1,RPS6KB2,MGAT4B,TRIM35,VIM,SMAP2"
+"gene_set_query"	"1069"	"FOXD4L1"	"886.0"	"ARCHS4 Coexpression,1106;Enrichr Queries,1045;GTEx Coexpression,507"	"MAPKBP1,HNRNPU,ENO2,DCAF4,RNF112,SAMD14,CAPNS1,IGLON5,DPYSL2,MYC,LONP1,ANKFY1,BSN,RPS11,SOX4,CALN1,SRRM3,EPHA4,SRRM4,ATP6V1G2,RBFOX3,CD3EAP,CSNK1D,MIF,WDR73,MAPK8IP3,ANK1,JMJD8,PISD,TIAM1,GPR162,STX1B,KCNQ2,DDIT4,KCTD12,TRIM11,PAXIP1,L3MBTL2,STXBP1,FOXG1,DCUN1D2,PRKCZ,RRP7A,SYNGR1,KCNMB4,B4GALNT1,PIP5K1C,RDH13,RHBDL1,ST3GAL2,CADM3,JUN,PRRT2,DMPK,RAB3IP,PDE2A,MICAL2,IRF2BP2,SNF8,BRI3BP,SNAP91,MEX3B,QARS,ID2,PLCH2,CALR,ITM2C,MRPS17,TMEM151B,BTG1,KCNC1,FAM57B,PIGQ,DIRAS2,SETD7,GRIK2,DDA1,SHF,TRIM9,PCM1,MMP24,PCLO,DHX15,RAC3,FEZF2,GRIPAP1,NUDC,ACTL6B,TSC22D3,CBFA2T2,AP3B2,TERF2,MTSS1,RGMA,MRPL44,CNKSR2,SLC7A5,PXDN,RHOU,KPTN,SGK1,PAFAH1B3,SFI1,NFIX,SATB1,STX16,SATB2,ADAM22,SEZ6,BEGAIN,CAMKK2,NOL6,TMEM165,MNT,CUX2,EXOSC4,CAMK2N1,CHN2,PURG,SLC31A1,DAB2IP,NMNAT2,GTF2H2,DEF8,VEGFA,ABCB10,PKN1,YPEL4,TMEM229B,ANKRD13B,TMEM167B,UBE3C,CRTC1,CLSTN3,CELSR3,SLC8A2,FAM107B,RIMS1,TMEM145,KIF5C,MAP3K9,LZTS1,SH3GL2,FADS1,RGS6,TLE2,ADAM11,KCTD2,PRPF4B,POU3F2,KCTD6,POU3F3,LENEP,DISP2,ACAP3,CACNB4,MYCN,SCN8A,GPRIN1,MADD,MAPKAPK2,TOX,ABCG4,NDRG4,RAB5B,NDRG3,NTM,CACNA1B,ISG20L2,CACNA1A,CACNA1C,CPLX2,FBXO44,GOLGA7B,SOCS2,NEUROD2,IGSF21,SCRT2,KLC4,FUT8,KLC2,E4F1,SRGAP3,SMN1,VARS2,LONRF2,PDZD7,KLHL29,SYT4,PNPT1,EIF2B2,CBX4,CRIM1,NFKBIA,EFNA2,NR4A3,LRFN4,HOOK2,YEATS2,HOOK1,TADA3,TUBGCP5,FGF11,MAP3K12,SNAP25,MAST1,CHD6,SLC2A3,AFF3,PKD1,PHTF1,ELAVL3,POLB,MRPL4,ALAD,DUSP12,MDK,MCF2L,PSD3,NUP62,HIF1AN,GALNT9,TRIM67,EMX1,TBP,PLEKHG2,PPP2R5B,NAV1,SAFB,PTP4A3,ALS2,CDH10,AKT1S1,CAMK2B,NDUFB9,DDX27,USP11,RAP1GDS1,NRXN2,RBM4B,ADD2,FZR1,PARD6A,RPS6KC1,VPS53,SPOCK2,TRIM46,OPCML,BEND6,SLC12A5,TRIM41,PCDHGC4,HAGHL,ATP2B2,LRWD1,CHFR,KLF6,SBK1,FAM131C,POLR3F,RGS11,MDGA1,CBLN1"
+"gene_set_query"	"1070"	"BATF"	"886.0"	"ARCHS4 Coexpression,1384;ENCODE ChIP-seq,117;Enrichr Queries,1279;ReMap ChIP-seq,275;GTEx Coexpression,1375"	"MDC1,MT-ND4,TRIO,RPL3,RPL31,DCAF8,SMC5,RBPJ,BACH1,DCAF6,PCMT1,NUB1,ALCAM,MYC,IER5,SAMD10,WSB1,FNBP1,WDR74,DNTTIP2,EML2,SCAMP2,MYL6,WDR82,DDIT4,ADPRH,ORAI2,PSME1,VOPP1,RPL24,PSME2,ALG10B,PRR13,MAPKAP1,OAZ1,MTDH,PRDX2,CYB5R4,PRDX5,HSPH1,PRDX1,AMZ2,ST3GAL2,CDK17,NAA50,RPL41,JUN,JUND,EDEM1,FUCA1,ABCA3,H3F3A,IRF2BP2,ERLIN2,PHC3,GPN1,EIF1,EHD1,TDP2,FASN,NMT1,GPR19,CDC42SE2,OGFR,SMG1,BTG1,CDKN1B,KCNC3,HEXB,MRPL39,SNX11,ADO,CLINT1,BBC3,PIGX,IKBKB,RNF157,SHF,MED11,TRMT112,MTG1,TMSB4X,ANXA6,GPR137,JAK2,CIC,UBL7,UPF2,ZC3H10,LYPLA2,BRD2,AEN,SLC39A13,ASH1L,GMIP,MED29,MRPL44,MRPL52,RNF167,SLC7A5,PSMA6,AFTPH,PXDN,RAPGEF1,PLEKHO1,VAMP2,ARF6,RNASEL,GRAMD1A,RNASEK,ELOF1,CLDND1,HTT,HSPA13,TM9SF3,FGD3,GGA3,PSMB3,STX6,BID,MEF2D,SF3A1,NR1H2,GTF2H1,GTF2H2,MKLN1,FABP5,CCDC9,SHKBP1,YPEL5,GZF1,CRLF2,FAM49A,FAM49B,ATP8A1,CEP120,PLOD3,SLA,RNF19B,AUP1,BZW2,CLU,FNTB,PIM3,TMSB10,ANKRD13A,IFNAR2,PPP1R16B,MAP2K1,SUPT16H,AGTPBP1,CISH,FBXW7,ANKRD44,USP3,UBE2E1,VASH2,AIP,CNPY3,ZCRB1,ILF2,CLIP2,MINPP1,STIM2,SLC9A8,SRSF2,ERP29,SNRNP27,FKBP5,LY6E,PFKFB4,FKBP2,PFKFB3,RNASEH2A,TXNDC9,ANKRD12,CORO1A,CORO1C,HSP90B1,SBNO1,SNN,HMBOX1,SBNO2,SLC15A4,SLC38A2,SKIL,SOCS7,AKIRIN2,ZBTB17,TMEM132A,TRAPPC5,ARPC4,ADAP1,LSM6,LRCH1,ARPC2,ARPC3,GPR107,RSL24D1,ITGB1,HSP90AB1,TRADD,PIK3CD,ARRB2,PIK3C2B,MRPL4,DUSP12,ZNRD1,SART3,OPA1,CCDC50,PELP1,IQCB1,PLEKHG2,GPX4,RFC2,ZFP91,RAD23A,RABGGTA,PTP4A2,PTP4A3,TRAF4,DAD1,SLC25A19,POLR1D,TMBIM6,TOP1,BCAT1,PPP1R12B,SLC25A11,BIRC2,PPP1R15A,HDAC3,NDUFB7,CXXC1,FOXK2,AP3M2,FZR1,HECTD1,SH3BP2,POLR2E,SH3BP5,UBQLN1,LRRC8D,CSK,SEC11A,EIF4E,SEMA4A,PTPN1,PPP1R14B,SPAG7,TRIM41,RPL23A,DDHD1,MYO16,ASXL1,KLF7,NIN,KLF6,NECAP2,POLR3E,EIF3G,CCM2,RHEBL1,PANK4,SLC35B2,VEZT,PPAN,CBLB,IFI30,ACTB,NUDT4,TIAL1,RPS16,HERC2,FTH1,LONP1,TRIM24,ARL6IP5,EPC2,ZFPL1,SEC62,SEPHS2,SLC12A9,TIPIN,SMARCC1,ATP6V1G2,SLC35C2,NFKBIL1,SACM1L,NSMCE1,ALG2,CIRBP,PTOV1,MFSD11,JMJD6,MFSD10,INPP4A,SUB1,CDC37,EZR,PFN1,STXBP2,MYCBP2,SUPT4H1,RPAP3,UBE2J1,MYL12B,PGS1,UGCG,SCFD1,ZNHIT1,INPP5F,LARS,PCBP1,ATP6V0A2,HIVEP1,HIVEP2,SNX5,VASP,SNHG1,XBP1,RABGAP1L,ZRANB2,BCL11A,SLC35E3,SMARCA2,RPS29,ID2,FUBP1,CWF19L1,INTS5,ANP32E,PAF1,GRB2,ITM2C,DHRS13,HBS1L,MRPS15,TMEM151B,SH3KBP1,GDI2,CTSZ,MRPS10,MYL6B,VLDLR,CX3CL1,LIMD2,HERPUD1,SIPA1L1,GLIPR2,XPO6,ENC1,KIF13A,SEC61B,DLAT,TMED7,RAB8A,CAP1,CDV3,WARS,PARP2,MMD,TSC22D3,CACYBP,GAB2,TUBG2,PPHLN1,RHOF,MRPS7,PARP8,TOX4,NFX1,FRG1,NCOA7,CD47,GLCCI1,SGK1,PTMA,CSTB,SLC20A1,DERL1,CCDC107,TYMP,AMN1,ANKMY2,ZDHHC18,PAK1,NFIL3,SERTAD2,SCAND1,EPS15,YIPF1,RANBP9,UBE2G1,RSRC2,RAB11A,PER1,MARS,SCARB1,MIDN,CRTC2,NUP188,KDM1A,ZFAND3,NUCKS1,SRP14,TMEM147,BASP1,COTL1,FAM3C,FBXW11,ATP1B1,TMEM131,ADAM19,TMEM136,PRPF6,EHBP1L1,SBDS,RELL2,ISCU,ZCCHC8,RTN2,ATP6V1A,NDUFB10,CLEC16A,HTRA2,SLC1A4,COX7A2,STK4,DTX4,CSF2RA,UBB,KIF3A,DPP9,GRK6,TBC1D17,NDUFV2,MARK2,YARS,IVNS1ABP,PRNP,UBE2H,CBX5,TIMM44,SUPT5H,DNAJC16,MANBAL,AZIN1,DNAJC18,COQ5,NFKBIA,NR4A3,PQLC1,HOOK2,TAB2,DEGS1,LRP10,LSM14A,SCYL3,DDX47,PSIP1,GTDC1,SLC2A3,AFF3,LMNB1,PPP1R9B,CASP9,SPRED2,SEPT6,NUP62,FLOT1,PDE4B,FLOT2,PDE4A,TMEM109,LRRFIP2,SCYL1,KDM6B,RBM17,USP48,ARHGEF12,EED,GLRX5,PDE4D,DCAKD,BUD31,PPP2R5B,FCHSD2,NDUFS7,GORASP2,TRAPPC6B,AKT1S1,ACOX3,CUEDC1,LUC7L2,IRF9,AGPAT5,RGS19,POLDIP3,RGS16,CSTF2T,SLC3A2,ASAP1,MAT2B,ATP2C1,HMGCL,MAPK8,MKNK2,GNA12,MAPK1,MAPK6,FBRS,CYTH1,B3GAT3,PDAP1,SOD2,GALE,ERCC1,VIM,ABCE1"
+"gene_set_query"	"1071"	"NFKB2"	"887.0"	"ARCHS4 Coexpression,917;Enrichr Queries,939;ReMap ChIP-seq,253;GTEx Coexpression,1439"	"MAPKBP1,MT-ND4,SMC6,GABPB1,ENO2,PHB2,CAPNS1,MYC,ZMIZ2,GPBP1,AP1S1,IER5,IER2,NUP210,FNBP1,DAPK1,PRKCD,AFAP1,CD3EAP,GTPBP1,EID1,DDIT3,DDIT4,ADPRH,PSME1,PSME2,VOPP1,PRR12,SF1,MEAF6,SHMT2,FLII,BAZ2A,HIF1A,MRPL11,PRDX3,PRDX2,CHST12,RAD21,VPS11,ST3GAL5,AMZ2,PLCG1,ST3GAL1,ST3GAL2,S100A10,JUN,WDR59,JUND,PRRT2,DMPK,EDEM1,PLK2,IRF2BP2,NR1D1,MEX3C,MRPL24,EHD1,FIBP,MEX3A,FASN,OGDH,UNC119,HYOU1,PSMG2,GPR19,CDC42SE2,ARF3,PIGS,OGFR,CDKN1B,BTG1,ELL,KCNC3,LPCAT1,SHB,MED15,IKBKB,RNF157,TRIM8,NKRF,TMSB4X,ANXA6,GPR137,CIC,EMD,UBL7,LRRC47,UPF2,UPF1,JOSD1,GMIP,MED29,DUSP6,DUSP7,HADHB,RNF167,HADHA,SLC7A5,AFTPH,ZEB2,TET3,PXDN,RAPGEF1,TUT1,PLEKHO1,GRAMD1A,RNASEL,GRN,NFIX,RNASEK,CLDND1,RPL10,GPS2,SDAD1,GGA1,LMAN2,FLNA,ZSWIM6,BID,MEF2D,NR1H2,STAT2,SCAF1,LRPPRC,XAB2,ZYX,PLP2,PKN1,YPEL5,ATN1,RNF19B,APEH,CLU,STK11,LAMP1,RNF19A,PIM3,TMSB10,ANKRD13A,IFNAR2,FBXW4,SLC38A1,CISH,ANKRD44,USP3,VASH2,AIP,ZBTB34,LENEP,ATXN2L,DMWD,MAPKAPK2,RAB35,FSCN1,STAMBP,TTPAL,SQSTM1,SNRPA,CSNK1G2,ARL8B,ANAPC2,DNMT1,SEMA7A,PFKFB3,RNASEH2A,RAB5C,INSIG1,MAZ,CORO1A,RAP1B,SBNO2,BTBD2,PSAP,SLC15A4,SKIL,MAP2K5,NADK,MCL1,AKIRIN2,TRAPPC3,ANKRD34A,POLR3GL,TRAPPC4,ARPC5,ADAP1,LSM4,DMXL2,NFE2L3,SPIRE1,PLEKHM2,GPR107,SERINC3,BCL2L1,HSP90AB1,WDR1,PIK3CD,ARRB2,MRPL4,DUSP12,SART1,ZNRD1,SIN3A,PPP6R1,NCK2,SLC37A4,TNPO3,PELP1,EMX1,PLEKHG2,REXO1,DST,LIX1L,PATL1,PTP4A2,DNAJC6,TMBIM6,BCAT1,SLC25A11,PPP1R12C,BIRC2,ST6GALNAC6,RNF31,PPP1R15A,SNAP47,NFAT5,LEPROT,NDUFB7,SRC,PRCC,CXXC1,LENG8,FURIN,JAKMIP1,MLLT6,HDAC7,CDC42,AP3M2,DCAF15,ZNRF1,DNAJB5,U2AF2,VPS54,CSK,DCAF11,BEND6,SLC35A2,PTPN1,SEMA4A,PPP1R14B,MARCKSL1,SPAG7,SLC12A5,PCDH8,ASXL1,MARCKS,KLF6,NFASC,ST7,TRIM35,KCP,SMAP2,SLC35B2,HDAC10,SLC35B1,ZDHHC7,IFI30,ACTB,FLAD1,ARL6IP5,DPF2,LONP1,CCNL1,TBC1D22B,SOX4,ACTN1,NSMCE1,CIRBP,AP1AR,MOGS,MFSD10,INPP4A,THAP3,SNHG12,SUB1,CDC37,SIK3,PFN1,NRN1,MGST3,SUPT4H1,IGSF9,PGS1,DGUOK,SGPL1,SNX2,PCBP1,HIVEP1,KCNN1,TSPAN5,SYMPK,TSPAN3,HIVEP2,RALGDS,N4BP1,VASP,RABGAP1L,BCL11A,SMARCA4,RPS25,ID2,INTS4,PAF1,CALM2,ITM2C,TMEM151B,CCDC124,CTSZ,SLC7A11,BMI1,CX3CL1,HERPUD1,SDF4,RAB8A,COMMD3,GAB2,RHOF,RHOB,TOX4,GAK,PITPNM1,ARHGEF1,ARHGEF2,SGK1,STK40,NAPA,CSTB,DOT1L,CCDC107,RELA,TYMP,GNAI2,ZDHHC18,NFIL3,SERTAD2,ORMDL3,MGAT1,EPS15,YIPF2,PLEKHA1,SORT1,NFYC,HUWE1,MYO9B,VEGFA,CCNG2,MARS,CACHD1,TCEA2,HDGF,PNPLA6,GRINA,PRDM8,SCARB2,CRTC2,SRP14,UBE2Z,IGF1R,ARHGDIA,CAPN2,COTL1,ARID2,CHCHD1,SH3GL1,KDM2A,NOSIP,POU3F1,EEF1A1,TBL1XR1,EEF1A2,EHBP1L1,PPIF,CHMP4B,RTN2,ZCCHC7,NXPH4,COX17,CLEC16A,STK4,CACNA1E,NDRG1,SUPT6H,CACNA1G,ARHGAP21,EMG1,UBB,IRAK1,GRK6,CDH24,ZC3H18,CAMTA2,TBC1D17,PRNP,SMAD4,HSPA5,HMGA1,KLHL22,AZIN1,DNAJC18,NFKBIA,NR4A3,HOOK2,GNB2,UBA3,CNTN1,PHF13,TCF3,CLASRP,LRP10,PRKCSH,GTDC1,SLC2A3,LMNB2,PPP1R9B,SEPT9,SEPT6,EEF2K,YWHAQ,NUP62,PDE4B,MFSD1,PDE4A,KDM6B,USP46,RBM17,KLF13,H2AFY,EED,PDPK1,SYNGR3,DNM2,EEF1G,FCHSD2,CREB1,PPDPF,AKT1S1,B4GALT6,THOP1,IRF9,B4GALT5,STOML1,RGS16,USP12,PDXP,ATP1A1,MAT2B,RNF4,AGPAT3,NCALD,GNG2,DNPEP,ALDH1B1,MKNK2,GNA12,PTK2B,MAPK1,CAMK2G,FBRS,CYTH1,PDLIM7,MAPK3,BAD,SGTA,MIIP,ATP2B4,SOD2,CLCN7,SLC4A8,NEURL4,ERCC1,BAX,TAF6,VIM"
+"gene_set_query"	"1072"	"ZNF746"	"887.0"	"ARCHS4 Coexpression,995;Enrichr Queries,332;GTEx Coexpression,1334"	"CHIC2,IFITM2,HNRNPU,EPRS,TSKU,ACTB,PREX1,FRAT2,RASSF2,DPYSL2,MYC,FTH1,FAM53C,LONP1,SLC12A6,GLUL,IER5,IER2,SLC12A9,GABARAPL1,ACTN1,ARRDC3,PRKCD,GTPBP4,DDIT3,DDIT4,ULK1,SLC45A4,TTYH3,STXBP2,MEPCE,TRANK1,HIF1A,PGS1,FAM160B1,CYB5R4,SEC14L1,DHX34,CHST15,VASP,JUN,PHC2,IQSEC1,PLK2,H3F3A,IRF2BP2,PBX2,EHD1,ABTB1,SLC6A6,FASN,ID2,CWF19L1,TECPR2,CPEB4,ITM2C,EZH2,OGFR,DHRS13,PIGU,BTG1,ELL,CITED2,MRPS12,SLC7A11,SIPA1L2,LIMD2,TRIM8,TUBA1A,XPO6,ENC1,DHX15,TIMP2,JARID2,CIC,UBXN6,BRD2,UPF1,TSC22D3,ITPK1,GAB2,GMIP,PPRC1,DUSP6,MLF2,RHOB,NCOR2,SLC7A5,MED25,TUBB2A,PACS1,CDC42EP3,PXDN,RAPGEF1,ARHGEF1,ARHGEF2,SGK1,SFI1,STK40,RNF166,CSTB,GRN,SLC20A1,GNAI2,FGD3,ZDHHC18,NFIL3,ZSWIM6,MEF2D,MAP3K3,MBD6,MTX1,STAT2,MYO9B,GATAD2A,SHKBP1,ZYX,PKN1,YPEL3,FAM49B,MTCH1,TOR2A,MIDN,CRTC2,NARF,ANKRD13D,ZFAND5,SLA,RNF19B,ACTG1,BASP1,KHSRP,COTL1,FBRSL1,PIM3,TLE3,SLC38A1,RNF44,CNPY3,PGD,SLC9A8,EHBP1L1,RAB35,FSCN1,SQSTM1,CSNK1G2,FKBP5,PFKFB4,PFKFB3,INSIG1,NOP2,PXN,CUL1,RASGRP2,CORO1A,CSF2RA,NDRG1,PHF21A,SBNO2,GRK6,SLC38A2,NADK,MARK2,MCL1,WDTC1,HSPA8,PRNP,BRPF1,CBX4,ASNS,NFKBIA,GCLC,EFNA2,SH3BP5L,HOOK2,HOOK1,LRFN1,MAFG,GNB2,LRCH4,LRP10,KDM5B,CHD6,PIK3CD,ARRB2,DUSP18,PPP1R9B,DUSP12,PPP6R1,FLOT2,KDM6B,SUN2,HSP90AA1,KLF13,REXO1,H2AFY,PDPK1,H2AFX,DDOST,DNM2,PTP4A3,CTDSP2,POLR1B,ATP6V1B2,PPP1R12C,IRF9,B4GALT5,TSEN34,PPP1R15A,USP15,RGS19,MGRN1,OPRL1,SLC3A2,ASAP1,TOB1,DCAF15,DNAJB1,DNPEP,POLR2A,MKNK2,SH3BP2,PTK2B,FEM1C,CSK,FBRS,RNF24,MBOAT7,TXNRD1,MID1IP1,LIMK2,SOD2,DNAJA1,KLF6,SLC25A39,IMPDH1,VIM,SMAP2"
+"gene_set_query"	"1073"	"GLIS2"	"889.0"	"ARCHS4 Coexpression,618;Enrichr Queries,842;GTEx Coexpression,1207"	"KDELR1,ZDHHC8,TXNDC15,NDST1,CAPNS1,MPRIP,DPYSL2,MYC,DPYSL3,DAG1,AKT1,SOX4,IER2,ACTN1,DAPK3,PTOV1,AFAP1,CSNK1D,SCRIB,ACTN4,SOX12,JMJD8,TWSG1,KCTD10,DDIT4,ULK1,PRR12,OBSL1,PLBD2,LLGL1,TTYH3,PDGFA,PIK3R2,PTTG1IP,ADAMTS10,NUAK1,CYB5R3,GSE1,TNRC18,PIP5K1C,MAP4,RAB11FIP3,RAB11FIP5,VAT1,JUN,JUND,TMEM184B,JUP,INTS1,DMPK,PLK2,PRRC2B,PRRC2A,EXT1,PTK7,ID2,GIPC1,FAT4,PKIG,FERMT2,ITM2C,CDKN1C,DDR1,NRP1,PCSK7,SHB,PTPRF,TRIOBP,PTMS,AKAP12,TRIM8,TUBA1A,TIMP2,SDF4,CIC,DLGAP4,SLC39A13,DUSP6,MLF2,RHOB,ENAH,NCOR2,MN1,INF2,PXDN,GAS6,SGK1,DBN1,NFIX,CRIP2,ADCY6,CENPB,FAM129B,GPC1,CLPTM1,FLNA,CKB,ANKRD52,JAM3,PCGF2,DAB2IP,AP3D1,SAMD4B,SCAF1,VEGFA,SH3RF3,SKI,NFIB,TAOK2,ZYX,NUCB1,ESYT2,PKN1,AGRN,MEGF8,GRINA,PHLDB1,MIDN,CHPF,ZFAND3,CD81,HDLBP,ATN1,IGF1R,ARHGDIA,SCMH1,PALM,PLS3,FBRSL1,PIM3,SLC39A7,LZTS2,FADS1,SH3GL1,OSR1,IGFBP3,TPM1,F2R,FOXP4,RAB31,HNRNPUL1,RAB34,FSCN1,CD151,NXPH3,NPR2,LTBP4,NDRG1,CACNA1H,CNN3,EFNB2,RAI1,ESD,DVL1,BTBD2,NACC1,ABL1,CDH24,DVL3,PLXNA1,BCL9L,CD276,PRNP,ATP8B2,TMEM132A,MANBAL,ARHGAP23,BMP1,LRFN4,HOOK2,HOOK1,CNTN1,PLXNB2,AMOTL2,GPR107,NFE2L1,USP35,GPSM1,ZNF512B,B4GALT2,PRKCSH,MAST2,ILK,PTPN23,TTC28,SGCE,DUSP12,ZC3H7B,TMEM109,DACT3,PMEPA1,DACT1,ADAMTS7,PLEKHG2,NAV1,NAV2,ARFGAP1,EPN1,CKAP4,ARL4C,TRAF7,VCAN,PTP4A3,DDAH2,CTDSP2,PPDPF,C1D,CDH11,AKT1S1,CDH13,PPP1R12C,CUEDC1,AHDC1,BCAT2,NLGN2,LRP1,WIZ,MLLT1,SEMA3F,STRN4,HDAC7,THBS3,CYTH3,FZR1,GANAB,IGFBPL1,DNPEP,MTA1,HAUS7,U2AF2,GNA11,SH3BP4,PDLIM7,CIZ1,GALNT2,FBXL19,CDC42BPB,NELL2,KLF6,MFAP2,MGAT4B,VIM,CDR2L,BCAR1"
+"gene_set_query"	"1074"	"LMX1A"	"890.0"	"ARCHS4 Coexpression,897;Enrichr Queries,916;GTEx Coexpression,857"	"RPL30,CERK,CCNI,RPL31,IFT172,STMN2,DIXDC1,RPL9,RPL6,RPL7,GOLGA2,GOLGA3,RPS14,GPR173,PSMD9,OPHN1,SNRPD2,DPYSL5,DPYSL2,STMN1,RPL36,EPHB2,EPHB1,NCKAP5,SOX4,CHGB,SOX5,TSPYL2,HES6,EPHA4,RBFOX1,EPHA7,RPL21,CIRBP,SOX11,RFX1,ATG13,ANK1,SFRP1,THAP7,RUFY3,ASTN1,CUTA,BEX4,RTEL1,NUMBL,NRN1,MEAF6,TMEM63C,MAGED1,FOXG1,NPRL3,WDR61,AAAS,HTATSF1,APCDD1,GJC1,SCFD1,FLRT2,GSE1,SCN3A,JAG2,FZD3,RPL41,PHC1,PTPRN2,CADM1,BCL11B,ZFR2,LRRN2,INTS3,H3F3A,NR2F1,XRCC1,KLHDC8B,PBX1,MEX3B,RPS27,VANGL2,ARMC10,RPS29,MAGED2,DZIP3,CSRNP3,PTPRN,RPLP1,CETN2,PTPRO,GRIK3,ROBO1,MRPL33,UBL5,TUBA1C,SMPD4,CSRP2,DNER,NEFL,NEFM,FEZF2,BBS4,AMPD2,COMMD6,PGM2L1,RGMA,NCOR2,TOX3,TMEM179,PXDN,SGK1,PTMA,SATB2,RPS27L,CUX2,CTNNA2,PAK3,RPRM,RUNX1T1,NPDC1,MBD6,YIPF2,BRF1,WNT7B,GBF1,MIB2,AP3D1,PLEKHA5,RSRC2,MIAT,NMNAT2,COX6C,NFIA,ABI2,NFIB,TTC4,TTC3,RIMBP2,NDUFA13,ATP8A2,TUSC3,SPPL2B,MSI1,SRP14,CELSR3,CHCHD3,CDH2,BASP1,TMSB10,RGS7,KIRREL3,LMO4,IGFBP3,TSC2,ACYP1,POU3F1,POU3F2,MID1,POU3F3,SCG5,CUL7,CCDC24,NTM,ARL3,CHRNA7,GLT8D1,ARL1,FOXO6,CACNA1A,COX7A2,KRBA1,SEZ6L2,CACNA1E,PLD3,PHF21B,IGSF21,PCSK1N,DPP6,ORC6,TCTEX1D2,PLXNA2,CAMTA1,OTX1,NDUFV3,PLXNA3,SYT4,CPSF7,AUTS2,RHBDD2,NSG1,FBXO31,AHI1,DAB1,HOOK2,LHX2,HOOK1,GNAS,IFT27,LZTR1,NAA40,CELF3,CELF4,CHD6,ELAVL4,CHD5,PTPN23,AFF3,SOBP,RND2,ELAVL2,ABHD16A,SUMO2,SUN1,HSP90AA1,ABCC8,UBE2QL1,RPL13A,NAV1,ARFGAP1,PTP4A3,GAP43,RCN2,NDUFS5,CDH11,RPL37A,SNURF,CDH13,SHANK2,RNFT2,NLGN1,RGS16,NRXN1,NDUFB3,CRMP1,CXXC4,DPCD,HDAC6,NCALD,STOX2,NNAT,SLIT1,SPOCK1,NCAM1,ROMO1,OPCML,TUB,LGI1,MBTPS1,NTRK2,MARCKSL1,NDUFA4,NDUFA3,PCDH8,CADPS,RPL35A,MEIS2,NELL2,SLC4A8,NFASC,PDE10A,ERCC3,PPP2R2B,INSM1,CDO1,KCNK2,UNC79,TNRC6A,CBLN1"
+"gene_set_query"	"1075"	"HOXC11"	"890.5"	"ARCHS4 Coexpression,748;Enrichr Queries,1358;ReMap ChIP-seq,297;GTEx Coexpression,1159"	"RPL4,MT-ND4,RPL8,DCAF4,PWP1,ALKBH8,GOLGA5,DPYSL2,MYC,AKT2,PSMD3,DAG1,AKT1,AP1S1,SOX4,ACVR1,MED1,EPHA4,PAQR4,SOX11,SCRIB,ACTN4,CSNK1E,JMJD8,SFRP1,RRAGC,ZW10,KDELR2,NRN1,DHX8,TSHZ3,IGSF3,CDCA4,NPRL3,VPS26A,XPC,APH1A,HMGXB4,GAR1,GSE1,PIP5K1A,STXBP5,TRAP1,JUN,XBP1,ICMT,CADM1,BCL11B,JUP,INTS1,BCL11A,SETD1A,IRF2BP1,PA2G4,MED13L,PRRC2A,HNRNPL,PCDHGA11,EXT2,STAG1,ZZZ3,SNW1,GIPC1,CALU,DUS1L,ITM2C,CDK16,SLC35F2,FAF2,PRPF19,TMEM43,ENSA,RAC1,CCT3,NSUN2,NME2,WDR34,CTTNBP2NL,MLF2,RHOB,SLC7A5,MED24,RPUSD1,CSDE1,PXDN,EXOC4,TMEM106C,PGAM5,ERGIC1,SF3B4,NFIX,SF3B3,SATB1,SATB2,RPL12,GNAI3,CENPB,EXOSC7,PGRMC2,SERTAD4,SRP72,CAMK2N1,PES1,ANKRD52,RPS2,CCT5,RUNX1T1,MDH2,YIPF5,SNX21,GTF2H1,NFIA,MYBBP1A,NFIB,HDGF,RAB3GAP1,FBXO28,HDLBP,UBE2Z,IPO7,IPO4,SLC39A7,RALBP1,FBXW8,TPM4,IGFBP3,KCTD3,POU3F1,POU3F2,ATAD3A,RNF40,FOXP1,EEF1A1,MYCN,ADAM15,HNRNPUL1,FSCN1,PGP,TBC1D23,FKBP4,PPIA,KPNB1,SLC27A4,LRRC59,NXPH4,MAZ,CACNA1A,PHB,CORO1B,SOCS2,IRAK1,NACC1,BRIX1,OTX1,CYC1,SLC38A2,BCL9L,CD276,ANKRD28,DR1,SEC16A,TMEM132A,CRIM1,FANCE,EEF2,SSH3,EFNA3,EFNA2,LRFN4,TMEM115,HOOK2,LHX2,HOOK1,UBE2S,GNB4,BLMH,DEGS1,AMOTL2,CLPTM1L,ACBD3,LRP12,EIF4G1,RNF187,UBE2M,ZNF512B,B4GALT2,KDM5C,THRA,ZMYND19,PRKCSH,CHD6,AFF3,BICD2,LMNB2,EEF2K,WDR5,UTP15,EIF5A,BCAS3,PLA2G4E,H2AFX,DDX54,RANGAP1,RAD23B,TRAF7,VCAN,PTP4A3,AKT1S1,CUEDC1,GTF3C1,SMARCD2,GTF3C4,CANT1,RAB1B,SEMA3F,GANAB,TAF1B,CCDC85C,U2AF2,IARS2,IGF2BP2,MTA2,UBQLN4,PPP1R14B,NAA10,GALNT2,HAGHL,PDAP1,SSRP1,MEIS2,HNRNPAB,ACVR2A,POLR3C,TRIM35,TRIM37,EIF3B"
+"gene_set_query"	"1076"	"HOXC5"	"891.0"	"ARCHS4 Coexpression,288;Enrichr Queries,1341;GTEx Coexpression,1044"	"RPL4,SMARCAL1,POP7,VARS,KDELR1,FCF1,ZDHHC8,RPL8,PWP1,PHB2,ALKBH8,ALKBH3,PSMD8,RPS17,TRIM28,DPYSL2,PSMD2,PSMD3,AKT1,AP1S1,EIF2D,RPL37,ACVR1,EPHA4,ACOT7,RECQL,SOX11,SCRIB,ACTN4,CSNK1E,TWSG1,SFRP1,PRKD3,DDIT4,RPL27,KDELR2,TTLL12,AURKAIP1,NRN1,NPRL3,XPC,TMTC1,PIK3R2,MRPL12,PRKCZ,MRPL11,HMGXB4,LARP1,WDR70,FLRT2,ST3GAL1,JAG2,TRAP1,JUN,PRELID1,XRCC6,ICMT,BCL11B,INTS1,NR2F1,PA2G4,L1CAM,MRPL24,PRRC2B,PRRC2A,CCT6A,EXT2,STAG1,PPP5C,ZZZ3,GIPC1,FBXL3,FAT4,DUS1L,CDK16,SETD7,MRPS12,ARPC1A,MRPL37,PRPF19,PTMS,AKAP12,TMEM43,C1QBP,SEC61G,TIMP2,CCT3,GRIPAP1,PBRM1,SHPRH,TCF12,NME2,MRPS2,WDR34,TUBG1,FAM126A,MLF2,RGMA,RHOB,NME1,MN1,ZEB2,PITPNM1,RPUSD1,PXDN,GARS,AIDA,SGK1,SF3B4,NFIX,AHCY,SATB2,RPL12,COX5A,CENPB,PSMA7,SCAF8,PES1,AP2S1,ANKRD52,RPS2,CCT7,ANKRD50,YKT6,MAP4K3,RANBP1,PCGF6,RYK,MDH2,PTGES2,MTX3,SNX21,NPM3,SCAF1,NLE1,BOP1,NFIA,MYBBP1A,XPOT,NFIB,KIF26A,ESYT2,GOPC,HDGF,RPL22L1,PKN1,PDCD5,HDLBP,ATN1,PLOD3,COMT,IPO4,ARHGDIA,RUVBL2,CWC22,LZTS2,SH3GL1,USP5,RPS8,IGFBP3,TPM1,IGFBP2,ATP11C,ATAD3A,RNF40,TUFM,EBNA1BP2,HNRNPUL1,RAB34,FSCN1,PGP,TBC1D23,FKBP4,PPIA,KPNB1,SNRPA,SRSF9,SNRPB,LRRC59,CD151,NXPH4,MAZ,CACNA1A,PHB,HSPBP1,RAI1,IRAK1,ESD,DVL1,NACC1,ABL1,CDH24,PLXNA1,CYC1,BCL9L,CD276,PRNP,FUS,CRIM1,DNAJC13,EEF2,SMAD5,LSM4,KLHL20,CHERP,EFNA2,LRFN4,HOOK2,LHX2,HOOK1,UBE2S,COPS2,GNB4,UBA2,AMOTL2,UBA1,CLPTM1L,EIF4G1,RNF187,UBE2M,ITGB1,SLC25A1,B4GALT2,ZMYND19,PRKCSH,MAST2,DOCK7,YBX1,MEA1,LMNB2,TTC28,RPL7A,SPR,SNAPC4,WDR5,TMEM109,TNPO2,EIF5A,TSFM,CAD,H2AFX,SIGMAR1,DDX56,ARNT,DDX54,DDX50,RAD23B,SENP3,TRAF7,PTP4A3,PIK3CA,DDAH1,SYF2,DNAJC5,CTDSP2,PPDPF,CDH11,AKT1S1,EVL,NUP54,PFDN2,GTF3C1,LEPROT,SEC23A,LRP1,ROCK1,RAB1B,WIZ,HSD17B10,SRM,FAM168B,GANAB,MTA1,NCLN,U2AF2,NT5DC2,POLR2D,SLIT1,POLR2F,SEC11A,UBQLN4,POLR2L,SMARCE1,GADD45GIP1,NTRK2,SEC24B,PPP1R14B,NAA10,PCDH7,FBXL19,ADRM1,CDC5L,PDAP1,SSRP1,MEIS2,HNRNPAB,NELL2,TSPAN18,CARM1,POLR3H,VIM,TAF2,MBTPS2,EIF3B"
+"gene_set_query"	"1077"	"ZNF443"	"892.0"	"ARCHS4 Coexpression,429;Enrichr Queries,860;GTEx Coexpression,1387"	"TCERG1,IFITM2,SMC3,FNBP1L,BACH2,LSM12,FRAT2,ALCAM,CAPNS1,MPRIP,DPYSL2,MYC,STMN1,VPS35,PRKACA,ATXN7L3,SOX4,SLC12A9,ARRDC4,EPHA4,CXADR,ARRDC3,CD3EAP,DNTTIP2,MOGS,SOX11,DAAM1,DDIT4,TRIM13,HECA,PFN2,ANAPC13,SET,ANP32A,SAR1A,FLII,DCUN1D4,PIK3R1,PRDX3,LDHB,CYB5R4,TSPAN6,HLTF,CHST15,CSTF1,NRBF2,FDFT1,JUN,FZD3,JUP,CADM1,BCL11A,PLK2,ST8SIA2,H3F3A,MLLT11,HNRNPL,WNK1,ID2,GRB2,FAT4,CALM2,ITM2C,EZH2,DHRS13,PIGU,FAM45A,CITED2,MRPL39,SLC35F1,SNX11,SLC7A11,SIPA1L2,PHF6,AKAP12,MRPL42,TUBA1A,ENC1,SDF4,RIOK2,CIC,RRP15,RSPRY1,CAP1,UPF1,SHPRH,TSC22D1,PARP2,LRRC49,ACTL6A,MINK1,TCF12,LRRC40,ELOVL6,MRPS7,DUSP6,MTSS1,SRP9,RAB33B,RHOB,RNF144A,SLC22A23,ENAH,NCOR2,PSMA5,KIN,MRPL53,SLC7A5,AFTPH,MRPL50,PSMA3,TMEM33,PXDN,MTF2,RAPGEF1,G2E3,RHOU,SGK1,ATP6V0C,ERGIC2,PAFAH1B2,PRIM2,RNASEL,CDC123,FAM117B,GNAI2,TMEM169,PSMB5,CCT8,PAIP1,ATAD1,CSNK1A1,TTC9C,SORBS1,SKI,NFIB,CAPZA1,ETNK1,TAOK2,TTC3,NUCB1,FAM171B,PKN1,PNPLA6,KBTBD7,GRINA,CD81,RAB3D,ZFAND6,ATN1,CLU,BZW1,PPP1CB,ZFP30,LAMP1,SESN1,ARHGDIA,ARID2,SBF1,SH3GL1,RARS2,SUPT16H,F2R,ZBTB34,LMO7,PGD,ILF2,CTDNEP1,MORF4L1,RAB31,MSH2,HNRNPUL1,TBL1XR1,MORF4L2,EHBP1L1,SRSF3,CHMP4B,SNRPE,ADNP,SRSF6,IDI1,PFKFB4,PFKFB3,RAB5C,BTF3L4,SLC1A4,PDS5B,NDRG1,SUPT6H,GTF2E1,ACAT2,SOCS2,EFNB2,SBNO1,BAG4,ORC3,DVL1,ANKRD10,NAE1,SKIL,IVNS1ABP,ACBD6,PRNP,CBX5,AUTS2,IDH1,VTA1,ASNS,ARPC5,KLHL24,MARCH7,UBE2W,EFNA2,CNOT7,HOOK2,NASP,ARPC3,HOOK1,GNB2,GNB1,UBE2N,PLEKHM2,COPS8,NFE2L1,SCYL3,KDM5B,GSK3A,WDR1,PRKCSH,CHD6,SLC2A3,HMGB1,LMNB1,PPP1R9B,DUSP12,SUMO1,ZC3H7B,PPP6R1,SUMO2,FLOT2,TLK1,MAPK1IP1L,EED,PDPK1,H2AFZ,VBP1,RBM18,ATRX,CTPS2,NAV2,PTBP2,DNM2,PTP4A3,RCN2,IGDCC4,CTDSP2,POLR1B,DNAJC5,PPP1R12C,HDAC2,USP10,DCTN4,RBM4B,RBBP4,U2AF2,POLR2D,FEM1C,IGF2BP3,EIF4E,FBRS,DCAF13,SEMA4A,RRM2,PDE4DIP,MAPK14,GDAP1,GDAP2,MARCKS,PSAT1,SUGT1"
+"gene_set_query"	"1078"	"ZNF594"	"892.3"	"ARCHS4 Coexpression,814;Enrichr Queries,927;GTEx Coexpression,936"	"EIF4A2,IFT172,HNRNPU,EPRS,GPATCH8,HERC2,HERC1,CAPNS1,DPYSL2,BSG,PRKACA,ATXN7L3,SOX4,TMEM8B,DDX17,SMARCC2,WSB1,DAPK1,ZFP2,RFX3,MOGS,WDR73,ACTN4,EML5,IFT81,DDIT3,RUFY3,DDIT4,RUFY2,HECA,TSPYL4,CTBP1,FLII,NEDD4L,RNPC3,OAZ1,MBTD1,APH1A,PCBP1,PATZ1,ST3GAL1,RIMKLB,BBS1,FZD3,PHC1,ZRANB2,BCL11A,PLK2,PBX1,MLLT11,FUBP1,GIPC1,RBAK,ITM2C,PHF3,ARF3,OGFR,PIGU,PTPRS,CITED2,PPP1R10,CLTB,MRPL36,SLC7A11,EPM2AIP1,TUBA1A,ZMYM3,TRIM2,ZMYM6,DHX15,REV3L,SDF4,GPRASP1,ZIK1,DFFB,UPF1,TMED9,SHPRH,PRMT7,MRPS25,MINK1,TET2,PRPF40B,BAZ1B,WDR35,RHOB,PXDN,SGK1,ATP6V0C,GAS8,NAPA,GRN,STX16,ICA1L,CENPB,FAM129B,GNAI2,LMAN2,CLPTM1,MGAT1,METTL6,CTNNA2,HEATR6,ANKRD50,YKT6,RIC3,WDR17,ELP2,GATAD2A,VEGFA,MPHOSPH9,NFIA,ABI2,CCNG2,KLHL7,HNRNPA2B1,TTC3,ZYX,NUCB1,PKN1,PNPLA6,TARDBP,MPHOSPH8,GRINA,CD81,FRY,ZFP30,LAMP1,KIF5C,PPIP5K2,ARHGDIA,POGZ,FADS1,BIVM,TMOD2,MAGI2,TSC2,TSC1,CTDNEP1,ARMCX4,ARMCX2,DMTF1,MSH2,RAB35,MAPKAPK2,CHMP4B,CSNK1G2,CUL7,RAB5C,ANKRD12,PXN,TOR1AIP2,DTX3,EFNB2,ATXN2,SBNO2,IRAK1,DVL1,NACC1,SAFB2,MYH10,ZKSCAN1,QSER1,PDZD7,BPTF,ESRRA,NEK9,TIA1,GGT7,CPSF6,CBX5,KLHL22,ASNS,KLHL24,MARCH6,PAN2,EFNA2,HOOK2,NBEA,ZFP62,HOOK1,GNB2,RFXAP,JMY,GNB1,PLEKHM2,MDM4,TUBGCP4,FGF13,BRWD1,LRP10,UBE2M,RBM28,RBM26,WDR1,PRKCSH,CHD6,PSIP1,SLC2A3,ZFP82,TRO,SENP7,SEC61A1,LASP1,CAPZB,SNRNP70,PPP6R1,PSD3,RNPEP,WDR6,PMEPA1,HMG20A,DST,PDPK1,ZFP90,DDOST,PTBP2,KLF16,TRAF7,RER1,POLR1B,DNAJC5,LUC7L3,IFT46,PPP1R12C,RNFT2,CANT1,ANKS3,RAB1B,SRSF1,TULP4,RBM4B,FURIN,SRM,SLC25A27,GANAB,MTA1,MAT2A,U2AF2,KRIT1,DROSHA,SH2B1,CLASP2,TTC14,PTCD3,PPP1R14B,NICN1,USP22,ADRM1,RPRD2,TPD52L2,RAD52,NEURL4,KLF6,ERCC3,APC,MGAT4B,P4HB,RBM45,PDE7A,SSBP2,TNRC6A"
+"gene_set_query"	"1079"	"JRKL"	"893.3"	"ARCHS4 Coexpression,1486;Enrichr Queries,328;GTEx Coexpression,866"	"RB1,FCF1,THUMPD3,JMJD1C,SMC6,SMC3,EPRS,BACH2,HERC4,ZMIZ1,DPYSL2,AKT3,SOX4,MED1,TIPIN,WSB1,SCAF11,LIMCH1,ACTN1,ARRDC3,RECQL,CIRBP,CD3EAP,TWSG1,DAAM1,DDIT4,HECA,CCDC82,TRIB2,TMEM87B,DHX8,PIK3R1,GLG1,GIGYF2,MTDH,MBTD1,UGCG,PRRC1,PDCD11,HLTF,MIER1,PIP5K1A,HIVEP2,SEC31A,JUN,NDFIP1,ZRANB2,BCL11A,PLK2,MEX3C,EXT2,MEX3B,ZBTB6,ZZZ3,CALU,INTS7,PSMG1,FBXL3,CPEB4,ITM2C,NRP1,TRAM1,BTG1,CDKN1B,CITED2,CETN3,AP2A1,SLC7A11,PCMTD2,MRPL42,NIPBL,XPO1,ZMYM4,JAK2,RSPRY1,PCMTD1,CCT2,TSC22D1,ACTL6A,TOPORS,MLF2,RHOB,ZEB2,PXDN,G2E3,TMEM106B,EXOC6,NCOA7,GART,HEATR1,NOL8,AKAP1,FAM172A,NFIL3,EXOSC9,USP1,UBTD2,MAP4K5,ANKRD50,MAP4K4,UTP6,GTF2H1,VEGFA,KLHL9,RNF146,RNF145,NFIA,NFIB,CCNG2,NEDD4,TRIP12,GOPC,PKN1,FRYL,NAB1,LTN1,ARID4B,FBXO22,IPO5,PAPOLG,KIF5B,FADS1,TLE4,BNIP3L,MORC3,TPM1,ATP11B,PRPF4B,RSBN1,ST7L,TMX3,PHOSPHO2,DMTF1,TBL1XR1,PHIP,ADNP,STAM2,KPNB1,RAI14,CSNK1G1,DDX6,PFKFB3,FAM114A2,COPB1,ANKRD12,GMPS,NDRG1,ARHGAP12,PITRM1,TPR,DNAJC21,BRIX1,ZC3H14,IVNS1ABP,PRNP,NUP155,ODF2,DNAJC13,DNAJC14,KLHL24,KLHL20,SON,EFNA2,STK24,HOOK2,ZFP62,HOOK1,CAPRIN1,DNAJC10,MKRN2,STT3A,TPP2,STT3B,BRWD1,ITGB1,DOCK9,PRKCSH,USP34,CHD6,YBX1,ELAVL1,RND3,TMEM191C,SPRED2,DUSP12,METTL14,SPRED1,SNAPC3,PSD3,TNPO1,RBM7,ACTR2,DIS3,TTC33,PDPK1,DYNLT3,ATRX,DDX50,PTBP2,TGFBR1,PTP4A3,CREB1,PIK3CA,POLR1B,CTDSP2,RASA1,PPP1R15A,NFAT5,HDAC2,ROCK1,WBP2,ROCK2,ASAP2,LRP6,GANAB,DNPEP,FIP1L1,POLR2B,KATNA1,TAF1A,FCHO2,IGF2BP3,FEM1C,FYN,DCAF13,TTC14,TXNRD3,GALNT1,ZFC3H1,OXR1,NELL2,MARCKS,KLF6,POLR3C,POLR3D,PDCD4,SPRY2,TAF2,SLC25A36,METAP2"
+"gene_set_query"	"1080"	"SNAI2"	"893.5"	"ARCHS4 Coexpression,1277;Enrichr Queries,1197;ReMap ChIP-seq,97;GTEx Coexpression,1003"	"RRP1,EHMT1,PHAX,EPRS,TSEN54,PSMD8,SCAMP4,NDST1,ALCAM,PSMD5,DPYSL2,MYC,DPYSL3,RPL36,AP1S1,SAMD10,IER2,MED1,VPS18,HES6,ACOT7,PIH1D1,RPL22,DAPK3,CD3EAP,AFAP1,SOX12,RNF126,DDIT4,PSME1,PSME2,RBCK1,RPL29,RPL28,VPS28,PRR14,SLBP,TTYH3,SHMT2,CDCA4,FLII,PDGFA,XPC,AGAP3,PLA2G6,MRPL12,HIF1A,OAZ1,GABARAP,ANAPC11,PRPSAP1,PRDX2,PRDX5,RHOT2,FLRT2,PUSL1,RHBDL1,S100A10,HEXIM1,JAG2,ABCA2,JUN,JUND,ICMT,JUP,DMPK,NCAPH2,PLK2,MRPL28,MCAT,PRRC2B,EIF1,EHD1,HNRNPL,PCDHGA11,FIBP,GNPTG,TBL3,GIPC1,FASN,SFXN3,PSMG3,OGDH,CDK10,FAT4,PLCH2,DUS1L,FERMT2,OGFR,SPEF1,PIGQ,MRPL38,GPT,MED16,KRI1,MRPL34,TRIOBP,BBC3,DDA1,IKBKB,TRIM8,TMEM189,TRMT112,CSRP2,TMEM43,FASTK,TIMP2,RPLP2,GPR137,PLEKHN1,CIC,EMD,APC2,LYPLA2,LRRC45,SPHK2,SSR3,MRPL49,SIRT7,DUSP6,DUSP7,SLC7A6,ZEB2,INF2,KIFC2,CDC42EP3,PXDN,MMP17,PTRH1,GARS,GAS6,SLC29A1,PAFAH1B3,GAS8,RNF166,VAMP2,LRRC14,GRN,RPL10,NIP7,GPS1,ODC1,GPS2,WDR24,GRAMD4,CENPB,FAM129B,ARFRP1,SRP72,RPL13,FLNA,SLC17A7,CKB,RPS2,RPL18,ZSWIM4,YTHDF2,LRRC24,SF3A2,WDR18,WNT7B,SYVN1,GTF2H1,DEF8,SKI,SPSB3,CCDC9,SHKBP1,GOPC,AGRN,CRAT,ANKRD13B,CHPF,RAB3D,TUSC2,CLSTN1,ATN1,PLOD3,RPL10A,ALDH1L2,CLU,TM7SF2,STK11,LAPTM4A,MAEA,CDH2,TUBB3,CFL1,PHYHD1,PLS3,PIM3,MAF1,PLEKHJ1,TLE2,SLC38A1,PCYT2,TPM4,DGAT1,IGFBP3,PPP1R16A,TPM1,F2R,POLRMT,LENEP,THOC6,CDC25B,CTDNEP1,PYGO2,ACAP3,DMWD,DGKQ,RAB34,FSCN1,PGP,PHPT1,SQSTM1,ANAPC2,PFKFB2,FKBP2,RNASEH2A,CD151,TUBGCP2,ABHD8,SLC38A10,KLC1,CORO1B,STIP1,EIF1AD,SBNO2,NDOR1,BAG5,DVL1,BTBD2,PSAP,ABL1,ABL2,PLXNA1,BRIX1,E4F1,MAP2K7,SRGAP1,SLC38A2,CD276,MCL1,MPDU1,ANKRD28,ESRRA,TRAPPC3,TOR1A,CCDC12,SEC16A,TNK2,MARCH9,EEF2,ADAP1,CORO2B,SCRT1,UCKL1,DRAP1,LRFN4,CDK5,CDK4,MAFG,MDM2,PLXNB2,IARS,DHCR7,LRCH4,NIT1,SERINC2,BCL2L1,SLC48A1,ZNF512B,ITGB1,HSP90AB1,RNPEPL1,TRADD,ARRB2,PTBP1,DUSP12,WDR6,PMEPA1,TNPO1,PLEKHG2,REXO1,GPX4,RPL13A,EDF1,RTN4RL2,RANGAP1,ARFGAP1,TRAF7,DALRD3,TRAF4,DNAJC5,GAPDH,ST6GALNAC6,RNF31,TRABD,CANT1,LRP1,WBP2,CXXC1,FOXK2,SEMA3F,GANAB,FZR1,U2AF2,VPS53,RAB23,POLR2E,SH3BP4,IGF2BP3,LRRC8A,IGF2BP2,E2F4,SLC25A23,SLC25A22,DCAF13,POLR2L,SEPT11,PPP1R14B,TRIM41,SEMA4C,FBXL16,BAIAP2,MCOLN1,TPD52L2,CABLES2,NELL2,DBNDD1,TSPAN14,KLF6,MYO1B,SLC25A39,IMPDH2,MFAP2,MGAT4B,STUB1,P4HB,KCNK2,BCAR1,SLC35B2,EIF4A1,HDAC10,FCF1,ACTB,NUBP2,RPS15,RASSF1,GOLGA5,RPS16,FLAD1,FTH1,BSG,LONP1,RPS11,SOX4,ACVR1,PAQR4,ARRDC1,IMP3,ACTN1,CIRBP,TALDO1,CSNK1D,ACTN4,CSNK1E,VWA5B2,JMJD8,MFSD10,CARHSP1,SFRP1,TWSG1,CDC34,RRAGC,KDELR2,KCTD12,KCTD17,AURKAIP1,CTXN1,STX1A,LLGL1,TWF2,CEND1,UBE2J2,PTDSS2,NUAK1,PRRC1,DHX33,PCBP4,PCBP1,STXBP5,PATZ1,NTSR1,B4GALNT4,RAB11FIP5,TMEM184B,INTS1,MICAL2,EXT1,EXT2,ZZZ3,PTK7,ID2,CALU,NDUFAF3,SDC1,ADCK5,COL9A3,RPS21,FBXL6,NRP1,TRAM1,DAZAP1,TMEM151B,CITED2,GPAA1,FAF2,PTPRK,HERPUD1,AKAP12,SPTLC1,GUK1,HYAL2,ENC1,REV3L,RAC3,SDF4,SSSCA1,UTP14A,CTSD,GIT1,TMED4,PSD,ANO8,NME3,RHOF,SREBF2,CTTNBP2NL,APRT,VAV2,MLF2,RHOB,RPUSD1,ARHGEF4,TAX1BP3,RHOV,CRELD2,SGK1,PTMA,ATP6V0C,DBN1,PRIM2,CSTB,PTGER1,SSNA1,HEATR1,CRIP2,CCDC106,RFNG,PTN,CAMKK1,TYMP,GNAI2,MNT,CAMK2N1,GPC1,HSF1,MGAT2,MPZL1,NPDC1,YIPF5,VEGFB,TMUB1,DOHH,GRIN1,YIF1B,PPP1CA,VEGFA,KLHL9,PER1,BOP1,XPOT,TCEA2,FAU,PNPLA6,GRINA,MIDN,CRTC1,WWC1,HDLBP,UBE2Z,CELSR3,ACTG1,ARHGDIA,HCFC1R1,CAPN2,BANF1,AZI2,SBF1,SBF2,BAHCC1,ZGPAT,OSR1,LMTK3,TSC2,DPM2,DPM3,TMX3,PRPF6,ADAM15,FAM173A,HGS,RPL7L1,EEF1A2,EHBP1L1,TBC1D24,FIZ1,PPIB,RAI14,COX19,ISYNA1,NDUFB10,NXPH4,KLHL17,LTBP4,FBLN1,EFNA4,NDRG1,CAMSAP1,NCKIPSD,EFNB2,RAI1,SHARPIN,DEAF1,CASKIN1,CYC1,PDZD7,BCL9L,SYT5,PRNP,KLHDC4,ACBD4,UBE2I,CPSF1,KLHL26,TBCD,ASPSCR1,CRIM1,DSTN,TIMM44,DNAJC14,SUPT5H,H1F0,EFNA2,BMP1,HOOK2,GNB1,GNB4,CNTN1,PHF13,AMOTL2,ACBD3,LRP12,FGF11,GPSM1,CUEDC2,GSK3A,PRR7,ZMYND19,TRIAP1,RND3,USE1,PKD1,SEC61A1,ZC3H7B,SNAPC2,MLST8,SCYL1,KDM6B,SUN1,AXIN1,ABHD14B,RNF208,ABHD14A,OXSR1,SYNGR3,CKAP4,KLF16,VCAN,NDUFS8,PPDPF,TRNP1,CDH11,CDH13,MVD,PFDN2,MAN1B1,CHMP6,IRF9,OTUB1,PDXP,MOSPD3,AGPAT3,RMND5B,CYTH3,CYTH2,MTA1,TAF1B,RAB40C,TMEM203,MKNK1,TMEM205,GNA11,MKNK2,FBRS,PDLIM7,BAD,HAGHL,ATP2B4,CYHR1,MEIS2,MAPK11,GALE,NEURL4,CAPN10,RPS6KB2,ATP13A2,RGS11,VIM,ABCE1,TAF2,SSBP4"
+"gene_set_query"	"1081"	"NR6A1"	"894.3"	"ARCHS4 Coexpression,625;Enrichr Queries,544;GTEx Coexpression,1514"	"NUP107,TMEM41B,ZMYND8,CCNC,SMC3,BACH2,LSM12,ALCAM,SNRPD1,DPYSL2,MYC,SAP130,DPYSL3,LONP1,SEPHS1,SOX4,SOX5,NUP214,EPHA4,MEF2C,CXADR,RBFOX2,NUP210,DAPK1,ARRDC3,CSNK2A2,CD3EAP,ANK3,TIAM1,SFRP1,DDIT4,RRAGD,HECA,NUP98,SET,DCUN1D4,NEDD4L,ADH5,GJC1,PRDX3,LDHB,DHX33,LARS,CSTF1,RAB11FIP4,FDFT1,JUN,RABGAP1L,PHC1,CADM1,BCL11A,LARP7,CDC7,FAM136A,PAICS,PBX1,PRRC2A,SLC6A6,MEX3B,ID2,CCDC88C,ANP32E,LRRN1,ITM2C,NRP1,PIGU,CITED2,PAK1IP1,GDI2,MRPL39,SLC7A11,SMG7,AKAP12,MRPL42,ATIC,GPR137,SDF4,KIF1A,JARID2,RRP15,DFFA,STRBP,SLC39A10,ELOVL6,PRPF40A,MED26,DUSP6,MTSS1,SRP9,RHOB,ENAH,NCOR2,RAP2C,SLC7A5,ZEB2,MRPS9,PSMA3,PSMA4,HNRNPH1,PSMA2,TMEM33,KIT,PXDN,MTF2,SGK1,EEF1E1,PAFAH1B2,CDC123,SATB1,DOT1L,SRRT,ADCY1,SLC7A1,FAM117B,TCEAL8,GGA1,PSMB5,RNF138,NSD1,EXOSC8,BRD8,CCT8,RAE1,MEF2D,SRSF10,RUNX1T1,NPM1,EGLN2,MDH1,PLEKHA5,UBE2G1,SORBS1,WDR12,VEGFA,AGBL5,NFIA,NFIB,APEX1,PKN1,NUP188,KDM1A,ATP8A1,WWC1,CSE1L,RPP30,BCCIP,ACRBP,IGF1R,IPO5,PPP1CB,CDH2,SALL2,KIF5C,MAP3K9,KPNA2,MTPAP,RNF44,SUPT16H,FBXW5,VASH2,VRK3,ILF2,FOXP1,ATXN2L,MSH6,MORF4L1,MYCN,MSH2,TBL1XR1,TMX1,UBE2V2,SRSF3,SNRPF,SRSF6,FKBP3,FKBP5,PSMD11,PSMD14,CUL3,ISG20L2,CACNA1A,NDRG1,GTF2E1,ACAT2,EFNB2,BAG4,PITRM1,ORC3,G3BP1,NAE1,SLC38A2,SKIL,QSER1,PRNP,CBX5,AUTS2,ODF2,PTCH1,CBX2,CPSF3,IDH1,CRIM1,HMGA1,IFT122,KLHL23,SUPT5H,EFNA2,NR4A3,HOOK2,NASP,HOOK1,OSTC,UBE2N,LRCH4,SERINC5,YWHAE,KDM5B,HSP90AB1,PRKCSH,CELF2,CHD6,HMGB3,PSIP1,SLC2A3,HMGB1,ELAVL2,DUSP12,SUMO1,PPP6R1,SUMO2,PDE4B,TLK1,KDM6B,MAPK1IP1L,ADSL,RFC3,USP42,DST,PDPK1,H2AFZ,PDE4D,NAV2,PTBP2,ARL4C,PTP4A3,IGDCC4,THRAP3,CTDSP2,POLR1B,BCAT1,SLC25A5,NFAT5,HDAC2,MAK16,FOXK1,PDHB,STRN4,PPM1G,HSPD1,ADD2,FZR1,DNPEP,UGP2,RBBP4,PHKG2,BEND3,IGF2BP3,IGF2BP2,BUB3,PCDH1,HNRNPA1,FBRS,MTA3,EIF4E,DCAF13,SSB,LRWD1,USP29,MEIS2,CABLES2,NELL2,KLF7,KLF6,EIF3M,PSAT1,DNAJA2,MFAP2,NAA15,SSBP1,RAN"
+"gene_set_query"	"1082"	"RELB"	"894.8"	"ARCHS4 Coexpression,1114;Enrichr Queries,1061;ReMap ChIP-seq,209;GTEx Coexpression,1195"	"MT-ND4,ANKLE2,GABPB1,ENO2,BACH1,SAMD14,MYC,IER5,SAMD10,IER2,FNBP1,PRKCD,AFAP1,CD3EAP,RNF126,BIN3,DDIT3,DDIT4,ADPRH,PSME1,ORAI2,VOPP1,PSME2,PRR12,PRR14,CDC42SE1,CTBP1,BAZ2A,HIF1A,PRDX2,PPP4C,VTI1A,ST3GAL1,ST3GAL2,SLC19A1,ABCA2,PRELID1,JUN,WDR59,JUND,DMPK,PLK2,SNF8,MRPL24,WDR55,EHD1,MLLT10,FIBP,MEX3A,PKIA,FASN,UNC119,HYOU1,FARSA,GPR19,CDC42SE2,ARF3,PIGS,OGFR,SETD5,GMEB1,CDKN1B,BTG1,ELL,KCNC3,HEXB,LPCAT1,SNX11,SMG7,MED15,TRIOBP,MRPL32,BBC3,DDA1,IKBKB,RNF157,TRIM8,TRIM2,ANXA6,GPR137,SH3BGRL3,EMD,LRRC47,DFFA,IFNGR2,SIRT7,GMIP,MED29,DUSP6,RNF167,PSMA6,SLC7A5,ZEB2,PSMA2,CDC42EP4,MED21,TET3,PXDN,CDC42EP2,RAPGEF1,PLEKHO1,RNF166,GRAMD1A,GRN,RNASEK,ECHS1,RPL10,GSTP1,GPS2,GGA1,LMAN2,FLNA,MEF2D,DEDD,ATAD1,MBD6,AGK,NR1H2,DAB2IP,TRMT1,SCAF1,GATAD2B,XAB2,MYBBP1A,CCDC9,SHKBP1,YPEL1,ZYX,NUCB1,PKN1,AGRN,ANKRD13D,UBE2D3,ATN1,RNF19B,BZW1,CLU,STK11,PMPCA,PIM3,TMSB10,ANKRD13A,IFNAR2,TLE3,MAP2K1,USP7,SLC38A1,CISH,IGFBP3,VASH2,AIP,PGD,THOC6,LENEP,ATXN2L,CLIP2,SLC9A5,DMWD,RAB35,MAPKAPK2,FSCN1,STAMBP,SQSTM1,SNRPB,ANAPC2,RAB5B,DNMT1,SEMA7A,PFKFB3,RNASEH2A,RAB5C,INSIG1,ABHD8,ISG20L2,SPATA2,CORO1A,PHF21A,GOLGA7B,SOCS2,SBNO2,NDOR1,BTBD2,NACC1,PSAP,PLXNA1,SLC15A4,SRGAP1,SKIL,NADK,MCL1,ESRRA,ZBTB17,SEC16A,ARPC4,LSM4,DRAP1,ARPC2,LHX2,MAFG,SP3,DMXL2,PLXNB2,PLEKHM2,SERINC3,NOP10,BCL2L1,ISY1,ZNF512B,TRADD,PTEN,PIK3CD,ETFB,ARRB2,MRPL4,DUSP12,ZNRD1,AP1G2,CAPZB,PPP6R2,UBTF,NCK2,PMEPA1,SLC37A4,TNPO3,EIF5A,EMX1,PLEKHG2,DST,RFC2,VPS37C,NDUFC1,VEZF1,PATL1,ARL4C,PTP4A2,PTP4A3,TRAF4,SNRPA1,TMBIM6,CRK,SLC25A11,BIRC2,BCAT2,ST6GALNAC6,TRABD,PPP1R15A,RNF31,SNAP47,NDUFB7,SRC,SRSF1,PRCC,CXXC1,FURIN,JAKMIP1,ZNRF1,FCHO1,U2AF2,DNAJB5,CSK,POLR2I,UBQLN4,AAMP,SH2B2,BEND6,SH2B1,SLC35A2,PTPN1,SEMA4A,PPP1R14B,SPAG7,MARCKSL1,TRIM41,SLC12A5,PCDH8,SEMA4C,PNRC1,ASXL1,TSPAN14,KLF6,ST7,KCP,EIF3E,SMAP2,PFKM,SLC35B2,CCNK,HDAC10,PPAN,IFI30,RCBTB1,ACTB,CYB5D1,HERC4,FLAD1,FTH1,LONP1,CCDC97,ATXN7L3,TBC1D10A,SOX4,FBXO9,SMARCC1,TIPIN,SLC35C2,NSMCE1,CIRBP,MFSD10,SUB1,CDC37,RRAGD,PFN1,MACF1,MGST3,STXBP2,TWF2,PIK3R3,PIK3R1,IGSF9,PGS1,DHX30,SNX2,INPP5E,HIVEP1,KCNN1,INPP5K,TNRC18,TSPAN3,B4GALNT4,VASP,FAM78B,BCL11A,SMARCA4,ICK,ID2,PAF1,GRB2,CALR,CORO7,CDS2,ITM2C,DHRS13,TOP2B,TMEM151B,CCDC124,CTSZ,SLC7A11,CX3CL1,LIMD2,THTPA,GLIPR2,ENC1,XPO5,SDF4,SSSCA1,RAB8A,CTSB,MMD,PRMT1,TSC22D3,ANO6,RHOF,LIME1,RHOB,GAK,TOX4,KIF2A,ARHGEF1,ARHGEF2,CRELD2,SGK1,STK40,CSTB,PCNA,SSNA1,DOT1L,CCDC106,RELA,TYMP,GNAI2,ZDHHC18,CUX2,NFIL3,ORMDL3,MGAT1,EPS15,NPDC1,PLEKHA1,AP3D1,MYO9B,PEX14,GRIN1,PPP1CA,VEGFA,NUDT8,TCEA2,HDGF,TRIP12,GRINA,OTUD5,CRTC2,MIDN,SYS1,KDM1B,WWC1,NUCKS1,UBE2Z,ARHGDIA,KIF5A,COTL1,ARID2,POU3F1,TUFM,EEF1A1,PRPF6,TBL1XR1,EHBP1L1,PPIF,CHMP4B,FIZ1,LTBP4,HTRA2,STK4,NDRG1,CACNA1G,GRK6,CAMTA2,TBC1D17,NDUFV1,OST4,PRNP,CBX6,SMAD4,ZFHX2,UBE2I,SYT1,CBX4,CBX1,KLHL22,TBCB,TBCA,SSH3,AZIN1,DNAJC18,NFKBIA,NR4A3,HOOK2,CNTN1,CLASRP,TCF3,LRP10,FGF11,NFKBIB,ILK,ADAR,GTDC1,SLC2A3,CHD3,CHD2,RND3,LMNB2,GPHN,PPP1R9B,EEF2K,MFSD5,SNAPC4,NUP62,PDE4B,FLOT2,PDE4A,KDM6B,BCKDHA,SUN2,JAGN1,GLRX5,RNF208,EEF1G,CREB3,FCHSD2,CREB1,AKT1S1,MVD,NAA38,MAN1B1,THOP1,IRF9,B4GALT5,RGS19,DCTN2,DDX25,RGS16,PDXP,AGPAT3,CHSY1,TMEM203,SAP30L,MKNK2,GNA12,FBRS,CYTH1,MAPK3,USP24,BAD,TAF10,SGTA,MIIP,ATP2B4,DEK,SSRP1,SOD2,SLC4A8,MAPK11,PNKD,NEURL4,CARM1,BAX,ACIN1,NAA15,VIM,RAN"
+"gene_set_query"	"1083"	"HIVEP3"	"895.0"	"ARCHS4 Coexpression,1199;Enrichr Queries,466;GTEx Coexpression,1020"	"EPHB6,CYFIP2,TRIO,RRP1,PITPNA,LDLRAD3,IFI30,RAPGEFL1,BACH2,ZDHHC4,FAM110A,PREX1,ALCAM,ZMIZ1,DPYSL2,MYC,ZMIZ2,WDR91,DIP2B,KIF21B,EPHB2,SLC12A6,IER5,SAMD10,SOX5,MEF2A,EPHA4,MEF2C,CXADR,FNBP1,PRKCE,ACTN1,PRKCD,AP1B1,CD3EAP,ANK3,ANK1,EML2,TIAM1,BIN1,DDIT4,ULK3,SIK3,ASPHD2,KCTD12,TRIB2,MTMR1,MACF1,CDCA4,MYCBP2,NEDD4L,AGAP1,PIK3R1,KALRN,ADH5,ABR,MICAL1,GSE1,RDH13,RCE1,HIVEP2,RALGDS,ST3GAL1,NDFIP2,JUN,JUP,BCL11B,CADM1,BCL11A,RCC2,PLK2,MICAL2,PRDX6,PBX1,EXT1,EHD1,VANGL2,ID2,PSMG3,SDC1,PLCH2,ITM2C,LGMN,NRP1,CCDC120,SLC35F2,CTSZ,PRPF19,SIPA1L2,SPPL3,AACS,PTPRF,AKAP12,ENC1,TIMP2,PLEKHN1,JARID2,CTSB,ELOVL4,IFNGR2,ACAD9,MINK1,PRPF40B,PPRC1,DUSP6,MTSS1,RHOB,NCOR2,SLC7A5,ZEB2,KIFC2,B3GNT5,TET3,PXDN,RAPGEF1,PLEKHO1,RHOV,ARHGEF2,SGK1,GAS7,NFIX,AHCY,SATB1,DOT1L,TM9SF4,CUX1,STX6,PAK6,MEF2D,WNT7B,SORBS2,MYO9B,NFIA,NFIB,PKN1,MPHOSPH6,OTUD4,CRTC2,RNF19B,CELSR2,SLC8A1,IGF1R,BASP1,SCMH1,PIM3,MAF1,PPFIA3,SEMA6B,TLE3,KDM2B,FBXW7,ANKRD44,CTNNBIP1,VPS33B,FRMD4A,ZBTB33,VASH1,FOXP1,ADAM19,ELMO1,TNIK,KLHL18,SEMA7A,PFKFB3,NXPH4,INSIG1,ITPR1,CACNA1A,CACNA1C,NDRG1,CSF2RA,GOLGA7B,PLXNA2,CAMTA1,ABL2,RAP1GAP2,PRNP,AUTS2,HPS4,CRIM1,NSG1,EFNA3,NR4A3,HOOK2,HOOK1,CNOT2,CNTN1,PLEKHM2,DEGS1,DEGS2,RERE,DOCK4,NVL,PRKCSH,CHD8,CELF2,CHD6,AFF3,BICD2,SPRED2,DUSP12,GM2A,PDE4B,PMEPA1,KDM6B,GPX1,REXO1,DST,PLA2G4E,PDPK1,PLA2G4B,PDE4D,TNFRSF19,NAV1,NAV2,ARL4C,VCAN,PTP4A3,SETBP1,CTDSP2,C1D,SHANK2,PPP1R15A,GTF3C4,SRC,RGS16,USP12,CXXC1,PARD6G,ACVR1B,MLLT6,ABLIM1,RAB40C,CHSY1,VPS53,SH3BP2,PTK2B,FYN,NCAM1,MTA2,FBRS,FNIP2,SPEN,MARCKSL1,PCDH7,LIMK1,ATP2B4,PDE4DIP,BAIAP2,DLK2,NELL2,KLF7,KLF6,FMNL2,TRIM35,VIM"
+"gene_set_query"	"1084"	"TBX5"	"895.8"	"Literature ChIP-seq,26;ARCHS4 Coexpression,1594;Enrichr Queries,1118;GTEx Coexpression,845"	"MDC1,CHIC2,GMFB,EHMT2,GHITM,TSKU,PSMD8,NDST1,SAMD14,KRTCAP2,PSMD6,RAVER1,PSMD4,PSMD5,DPYSL2,AKT2,AKT1,PRKACA,MEF2A,GABARAPL2,MEF2C,RBFOX1,FNBP1,DICER1,HDHD2,EML1,SCAMP3,PSME4,UQCRC1,TMEM126A,JTB,TBPL1,PSME2,UQCRC2,ATF4,NPRL2,NPRL3,MTMR9,AGAP3,OAZ1,MRPL13,GIGYF2,PRPSAP1,PRPSAP2,RDH14,LTA4H,PSMF1,B3GALNT1,JUN,CADM4,CADM1,EIF2AK1,EDEM2,NR2F1,EIF2AK3,LARP7,MRPL28,LARP4,PBX1,SNUPN,CS,MLLT10,UCK1,PKIA,FASN,SFXN1,FAT4,PKIG,FERMT2,EZH2,ARF1,PIGO,PIGQ,PRKAG2,SNX11,CTCF,MED16,OSBPL11,SHD,AACS,SMPD3,JPH4,B3GALT2,FASTK,RPLP2,DLGAP4,ELOVL4,IFT140,NSUN2,NIPA1,SIRT6,EPS15L1,GMIP,MRPL43,DUSP7,PHF20L1,MRPL52,PSMA5,MED22,MED25,BDH1,TMEM33,PTRH2,PXDN,TMEM106C,TUT1,SLC29A1,VAMP2,ECHS1,STAU1,STAU2,URM1,SDAD1,CCNDBP1,TMEM70,PSMB7,PSMB4,CLPTM1,MFN2,HARS,STX2,EXTL3,MEF2D,NKTR,MDH1,ATRNL1,MCRS1,ARCN1,BYSL,FABP3,MYBBP1A,TAOK3,YPEL1,UBAP2,GOPC,RPL22L1,CIAPIN1,SLC27A1,UBE2D3,FRY,FBXO22,HDDC3,EIF4ENIF1,SCMH1,KPNA6,KPNA2,NOMO1,SH3GLB2,IK,FBXW5,PCYT2,VPS33A,PPP1R16A,VPS33B,UBE2E1,SARS,ATP11A,FBXO10,CASD1,PIAS2,FOXP1,RBX1,SAP30,TPST1,OLFM1,ACAP2,DMTF1,MAPKAPK2,SRSF3,ANAPC4,ANAPC5,SRSF7,SRSF9,PFKFB2,UQCRB,ARL1,UQCRH,RAP1GAP,HSP90B1,RAP1B,SOCS2,STK36,PMVK,ZKSCAN3,EIF4EBP2,THEM4,NAE1,SOCS7,NADK,IP6K2,NEK9,TMEM120B,GOT1,BOD1,API5,FBXO38,HPS1,GOT2,PTPRD,MFHAS1,YRDC,UQCRQ,ARPC3,AAK1,TUBGCP5,MDM4,ACO2,NFE2L1,MDM1,ITGB1,SLC25A3,MCFD2,HSP90AB1,CELF1,COX4I1,CELF2,ETFB,ALAD,NGRN,FSD1L,SUMO3,PGM3,DGCR8,PMEPA1,DGCR6,ARL5A,BCAS3,ACTR2,DST,TNFRSF19,MSL2,VPS37D,NDUFC1,DDOST,IMPACT,PPM1B,TMBIM4,ETF1,PPP1R12B,SLC25A11,SLC25A4,GTF3C2,NDUFB8,NDUFB7,CANT1,NDUFB6,UHRF2,ROCK1,SRC,MGRN1,GTF3C6,NDUFB4,NDUFB3,SRBD1,NDUFB2,CXXC1,PARD6G,U2AF1,FOXK1,FURIN,SRL,MLLT3,PPM1D,LRP8,PPM1E,PPM1G,MTHFSD,CDC42,PARD6A,FCHO1,KATNA1,LRRC8D,LRRC8A,E2F4,LRRC8B,DRAM2,AAMP,SLC25A22,EIF4B,NDUFA8,NTRK2,SEPT11,PPP1R14B,NDUFA6,NDUFA4,NTRK3,PCDH7,TXNL1,NDUFA1,DONSON,IMMT,EXOG,BAIAP2,MCOLN1,NELL2,MCM3AP,NAGK,TSPAN13,TRIM39,TSPAN18,EIF3J,TRIM35,CDR2L,P4HB,SMAP2,SLC23A2,CPNE5,PLEKHB2,TXNDC11,GCC2,TXNDC12,ZDHHC8,RCBTB1,ZDHHC3,ACTB,ZDHHC4,RASSF1,HERC2,RASSF2,HERC1,SNRPD1,CDC26,ATXN7L1,CCNL2,SNRPD3,KIF21B,EPHB1,PELO,SLC12A9,TMPO,EPHA4,EPHA7,SMARCC1,PAQR4,LIMCH1,ALG5,PAQR3,NSMCE1,CSNK1E,ANK1,SFRP1,CDC34,THAP7,KCTD10,PREB,EIF1B,NRN1,AARS2,GGNBP2,PEX11B,CEND1,PIK3R1,ACTR3B,KALRN,GSPT1,MBTD1,SNX4,MIER1,SNX5,XRCC6,INTS1,INTS3,ERAL1,PTK2,EXT1,WNK2,PPP1R1B,CALU,NDUFAF2,SDC1,CALM3,FBXL2,CALR,RCOR2,RGL2,MON1B,NRP1,DHRS13,COX7B,PTPRS,GPAA1,DIRAS1,GRIK5,CTSZ,GRIK3,PCSK7,WASL,PTPRK,AATF,IER3IP1,COX7C,SPTLC1,RSRC1,HYAL2,NCS1,ARIH2,CTSD,COX8A,ACAD8,NCOA2,SEC13,STARD3NL,GAA,MINK1,ANO6,COMMD7,CTTNBP2NL,COMMD5,ENAH,RAP2A,SLTM,VSNL1,PITPNM2,ARHGEF1,TAX1BP3,GLCCI1,MRPS36,MRPS33,SSNA1,DOT1L,STX18,CRIP2,COX5B,COX5A,RXRB,ARVCF,SERTAD4,EXOSC4,EXOSC9,HSF2,ORMDL3,CCT7,MAP3K3,PEX19,YIPF3,YIPF5,KLHL2,TTC1,COX6C,PPP1CA,BOP1,NUDT8,CSDC2,KLHL7,CCNG2,NEDD4,NDUFAB1,TTC3,TCEA1,FHOD3,DPAGT1,SRP19,CRTC2,CRTC1,CD81,KHSRP,CAPN5,KIF5A,CAPN2,SH3GL1,MORC3,DIMT1,DNAJB12,SSU72,UBE4A,SDHA,WBP11,COX6B1,DHDDS,HNRNPUL1,PPIF,WDFY1,SBDS,MASP1,RAF1,PPIA,PPID,RTN2,DDX5,TBC1D19,PSMD11,RBM8A,DDX1,NXPH4,CACNA1A,HTRA2,TOR1AIP2,KLHL12,CACNA1C,PSEN1,NDRG2,CACNA1E,RTN4,TIMM50,FUT8,RNASEH1,ISOC1,CAMTA2,NDUFV3,VARS2,NDUFV1,BCL9L,GGT7,PDHA1,ECD,CRIM1,DSTN,NUP153,TIMM44,CNOT10,AP4B1,SSH3,HIGD2A,HOOK2,HOOK1,GNB2,MKRN2,GNB4,CYCS,TCF4,TAB1,LSM14B,UBE2K,UBE2M,DYRK3,DYRK2,NAA40,LDB1,MAST1,CHD6,ATP2A2,PSIP1,ILK,TNFAIP1,TRIAP1,AFF3,USE1,AFF4,PITPNC1,RND1,LASP1,TIMM17A,LRRFIP2,SULT4A1,YWHAG,SUN1,TBP,BUD31,DDX55,HUNK,DDX54,NAV2,GLRX2,DDX52,VCAN,NDUFS8,NDUFS6,PEX3,NDUFS5,GFOD2,ATP6V1B2,NDUFS3,ACOX3,MAN1B1,RBM24,SHANK2,OTUB2,DCTN6,MVK,DCTN2,DDX23,PARN,CSTF2T,DDX21,ASAP1,ACVR1B,PABPN1,OXCT1,TAF1C,SLIT1,BNIP2,DROSHA,RALY,MTA2,TIMM8B,RBM39,TTC13,GALNT2,ATP2B4,SOD2,MAPK14,TTC19,CDK11B,CLCN6,GALE,PNKD,ERCC2,ASB6,ERCC5,TAF6,GPD1L,SUGT1,TAF2,IPO11,TRRAP,RRP1,ARPC5L,HNRNPU,PHAX,SMC6,SLC4A3,SMC3,ENO2,GABPB1,NUB1,MYC,HOMER3,PIP4K2C,NFRKB,NUP214,DDX17,VPS18,MED1,DDX18,ACOT7,UNC13A,WSB2,PRKCE,RPL23,AFAP1,SOX11,WDR73,AARSD1,ATG12,VPS25,RPL28,VPS28,CDC42SE1,ANAPC13,RPN1,NOLC1,WDR61,XPC,VPS26B,ADH5,LDHA,RIC8B,FLRT2,CHST12,ST3GAL5,NUP88,NRBF2,ST3GAL2,RPL41,ICMT,SNAPIN,IRF2BP1,MTHFR,PRDX6,GPN1,GLUD1,NPLOC4,TADA2A,ARL2BP,GIPC1,ATG2A,OGDH,MMS19,HNRNPC,PAM,ITPA,CPEB4,MOCS2,BTG1,CDKN1B,SETD6,WDR41,CLTB,ASH2L,PFAS,CLINT1,SMG5,SMG6,TMEM189,TIMP2,CIC,ZC3H10,BRD2,ITPK1,TIMM23,NUTF2,WDR34,TERF2,GNL3,HADHB,ZEB2,TMEM179,MRAS,HEATR5B,EXOC3,GAS6,GART,GRAMD1A,SF3B2,NFIX,CLDND1,WDR24,ADCY6,ADCY5,PAPSS1,TM9SF3,PPP1R2,SCAF8,BCLAF1,TMEM169,BRD9,RPL18,RUNX1T1,PAIP1,AGK,SYVN1,ELP2,TTC9C,DEF8,SCAF4,KTN1,TM9SF1,NFIA,ABI2,NFIB,VKORC1L1,ANKRD13D,CLSTN2,TUSC3,SLC8A1,IPO4,TM7SF2,PPP1CB,ABHD12,RIMS4,ABHD11,CDH2,SLC39A9,TXNL4A,ANKRD13A,MEN1,USP8,BIVM,SEMA6C,ANKRD46,USP4,TPM1,FRMD4A,PGD,GTF2F2,RNF40,CLIP3,DISP2,CACNB1,FKBP8,PHIP,STAMBP,FKBP4,ANKRD16,BRI3,ABHD2,ANKRD12,AK1,UBR4,AK2,AK3,KRBA1,GTF2E1,RHOBTB2,KLC2,PITRM1,ORC3,ABL1,DVL3,SRGAP1,AP1M1,EIF2B5,EIF2B4,OSBPL7,EIF2B3,RAB4B,TMEM132A,COPS4,CNOT7,LRFN4,SLC7A6OS,NSG2,LHX2,REEP2,SPIRE2,TPP2,RNF181,PLEKHM2,PLXNB1,IARS,RNF185,EIF4G2,CNIH4,MAP3K12,WDR3,SART1,DUSP12,SGCB,TNPO1,EIF2B1,SLC37A3,CCDC50,ADAMTS7,IDH3A,ILKAP,ADSL,GGPS1,CHUK,DIS3,ZFP91,PLRG1,REXO2,ZFP90,REXO4,PTP4A1,PTP4A3,TFDP1,DAD1,DNAJC9,SNRPA1,SSX2IP,HDAC2,TSSC4,WBP1,VPS4B,CEBPG,VPS4A,TTL,FBXL20,ABLIM1,FZR1,PUF60,POLR2A,RBBP5,VPS52,RAB24,DNAJB9,ASCC2,POLR2I,UGGT1,CCDC71,POLR2J,SEC11A,SEC11C,PPIL1,KCNIP2,TXNRD1,SEMA4B,TPRKB,OXR1,MTOR,RAB14,RAB12,IMPDH2,PPIL4,PFKP,SLC35B2,ZMYND8,GDE1,HS6ST1,NFU1,GOLGA3,RPS17,GOLGA4,FRAT2,DPF1,ARL6IP5,HABP4,LONP2,UBAP2L,KIFAP3,TBC1D10A,SOX5,RPS12,ARRDC4,NFKBIL1,SACM1L,AP1B1,CPT1C,MAPK8IP3,SRRM1,TWSG1,RRAGC,GRWD1,CRYZL1,TTLL12,LLGL1,NECAB1,MGST3,STXBP2,DCUN1D2,TMTC1,TRMT2A,LIAS,NLK,GMCL1,TMTC4,INPP5B,DGUOK,NLN,PTDSS1,ATP6V0A2,MAP4,ATP6V0A1,BANP,TRAP1,RABGAP1L,PTPRN2,BCL11B,TMEM50A,TMEM50B,SLC35E3,KLHDC8B,STAM,PUM2,SRPK1,ZZZ3,C2CD2L,CC2D1B,ROBO2,GFM1,CITED2,FAF2,SIPA1L2,ZCCHC14,LIMD2,SIPA1L1,XPO1,XPO6,KIF13A,UBXN7,TMED1,UBXN6,TOP3B,CDV3,PARP2,PRMT3,AMPD2,PPHLN1,ITFG1,PRPF18,PACS1,ATP6V0C,DTYMK,SLC20A1,GDPD1,UQCR11,TRAK1,GDPD5,PPP2CA,HIRA,CUX2,MAP4K5,APBB3,MPP3,MTX2,NFYB,NFYC,XPO7,SORBS2,XPOT,CAPZA2,NBR1,CAMK1,MPHOSPH8,MEGF9,NDUFA13,NDUFA11,NDUFA12,ROGDI,CIB2,TOMM22,FPGS,NRCAM,AZI2,CHCHD1,PHYH,TRAPPC2L,KDM2B,LMO4,ANGEL2,LMO7,LIG3,WRNIP1,TRPC4AP,PREPL,TMEM135,PRPF6,SPECC1L,TIPRL,SCG5,CHMP4B,RAI14,ATP6V1A,PXK,NTM,FBLN1,STK4,TMEM121,DPP6,UBB,ZMAT2,MAN2A2,TMEM128,SUDS3,PDZD8,CPSF4,ACBD5,CBX6,ACBD4,CPSF2,ASPSCR1,CWC15,DNAJC17,NMRAL1,ARHGAP33,COQ2,DLG1,EFNA3,ATG16L1,PI4KA,DYNLRB1,ACBD3,GPSM1,MUS81,SCYL3,ABCD3,USP38,THRA,USP32,CBY1,PKD1,POLB,TMEM101,ALDH2,FLOT2,PDE4A,SCYL1,USP46,KLF11,KLF13,USP42,AXIN1,H2AFV,PPP2R5D,TRNAU1AP,SENP3,CKAP4,DNM3,IGDCC4,THRAP3,CDH11,TRNP1,CDH13,ITGB1BP1,HAGH,CHMP6,THOP1,PFDN5,B4GALT7,KDM3A,POLDIP3,NRXN1,WIZ,MTIF2,MTIF3,ATP1A1,SPG7,TOB1,STRN4,RMND5B,MAPK9,MAPK8,ALDH1B1,GMDS,NCAM1,ABCF3,CLASP1,OPCML,MAPK3,ABCF1,PTCD2,KDM4C,CADPS,PCDHGC3,USP28,MEIS2,DLK2,FMNL2,PPP2R2D,ATP13A2,SSBP3"
+"gene_set_query"	"1085"	"ZNF597"	"896.0"	"ARCHS4 Coexpression,1333;Enrichr Queries,785;GTEx Coexpression,570"	"CCNJ,FCF1,CISD2,STMN3,GABPB1,EPRS,LSM12,TBK1,RNF114,DPYSL2,MYC,CDC27,MAGOH,GPBP1,LONP1,ARRDC4,MED1,DDX18,EPHA4,AQR,TIPIN,SCAF11,DAPK1,RECQL,CD3EAP,DNTTIP2,GTPBP4,BOLA2,XRN2,DDIT4,YME1L1,TBPL1,HECA,ALG10B,CTR9,PIK3R3,MTDH,UGCG,CSTF1,MCMBP,NRBF2,RBM12,JUN,PLK2,PMM2,MAD2L1BP,DCLK1,EIF1,PARP11,STAG1,SNW1,EIF5,ID2,CALM2,CPEB4,ITM2C,NRP1,PIGU,CITED2,ZFAND2A,MRPS12,SLC7A11,VLDLR,BMI1,AKAP12,ENC1,RIOK2,UTP14A,RSPRY1,TSC22D3,RRAS2,NIPA2,PPRC1,DUSP6,TOPORS,MLF2,RHOB,SLC7A5,PRPF18,PTRH2,CDC42EP3,PXDN,FAM20C,HNRNPH2,SGK1,GART,CSTB,PCNA,SATB1,NIP7,HEATR1,GNAI3,ARNTL,EXOSC10,SRP72,NFIL3,EXOSC9,SHOC2,MGAT2,SRSF10,PAK2,CCT5,PAIP1,SUZ12,YTHDF3,UTP3,GTF2H1,GTF2H2,KBTBD4,PDCL3,SEC23IP,RAB3GAP2,CCNYL1,NUCB1,PKN1,YPEL5,GTF2B,FBXO28,FBXO22,BZW1,NARS,CWC22,SNIP1,AZI2,SLC25A46,USP8,SH3GLB2,IGFBP3,F2R,IGFBP2,TMX1,TIPRL,WDFY1,KPNB1,ANAPC1,ZCCHC8,ZCCHC7,DDX6,DNMT1,PFKFB3,CUL5,FAM114A2,SPATA2,GTF2E1,TAF5L,RAP1B,SOCS2,EFNB2,SBNO1,RNASEH1,MED30,DVL1,BTBD2,BRIX1,LLPH,SKIL,MCL1,RAP1GAP2,PRNP,AKIRIN2,TOR1A,BOD1,M6PR,CRIM1,HPS3,NUP153,DNAJC14,NFKBIA,YRDC,LSM6,SLC7A6OS,GNL3L,EFNA2,NR4A3,HOOK2,HOOK1,CNTN1,AMOTL2,DDX3X,PRKCSH,WDR3,CHD6,SLC2A3,RND3,DUSP12,UBE2Q2,ZC3H7B,PDE4B,TOPBP1,RBM7,TNPO3,ACTR3,ACTR2,RFC3,DIS3,PDPK1,ACTR8,ARL4C,PTP4A3,SLC25A17,PEX3,POLR1B,CTDSP2,TNFRSF21,PPP1R15A,NFAT5,RNF34,SRBD1,MAK16,DDX21,RNF4,FAM169A,TOB1,RNF2,PARL,POLD3,AP3M1,TAF1B,FIP1L1,HAUS8,TGS1,TAF1A,MKNK2,POLR2D,DNAJB9,SNRPB2,IGF2BP3,FEM1C,CCDC71,SMNDC1,DCAF13,SLC25A25,RNGTT,MID1IP1,CCDC59,DNAJA1,SNRNP40,KLF6,POLR3C,PSAT1,RAB18,ERCC8,CEBPZ,VIM,ABCE1,TAF2"
+"gene_set_query"	"1086"	"BORCS8MEF2B"	"896.0"	"ARCHS4 Coexpression,896"	"CRTC2,IFITM2,HDAC10,ARAF,FRAT2,RAVER1,ARHGDIA,COTL1,SLC12A9,PRKCD,SHISA5,TALDO1,CNPY3,EHBP1L1,RAB35,PFN1,RPL28,CSNK1G2,PRR14,SF1,LY6E,ANAPC2,PRR13,INO80E,RAB5C,STXBP2,PXN,TWF2,RASGRP2,OAZ1,CORO1A,SBNO2,NDOR1,PPP4C,DHX34,GRK6,NADK,MARK2,WDTC1,VASP,PBX2,ARPC4,EHD1,ABTB1,GNB2,CLASRP,TCF3,LRCH4,LRP10,COPE,OGFR,ELL,PIK3CD,ARRB2,LIMD2,PPP1R9B,CAPZB,PPP6R1,XPO6,FLOT2,SUN2,ARHGEF18,GMIP,KLF16,DNM2,RNF167,MED25,ARHGEF1,STK40,IRF9,RNF166,TRABD,RGS19,GNAI2,FGD3,DCAF15,ZDHHC18,MKNK2,PTK2B,RALY,CSK,FBRS,CYTH1,MAP3K3,EGLN2,SF3A2,MBOAT7,ADRM1,TMUB1,MYO9B,XAB2,SLC25A39,IMPDH1,SHKBP1,EIF3G,ZYX,RBM42,BAX,TBKBP1,PKN1,PNPLA6,SMAP2,YPEL3"
+"gene_set_query"	"1087"	"HNF4G"	"897.0"	"ARCHS4 Coexpression,1449;ENCODE ChIP-seq,114;Enrichr Queries,1233;ReMap ChIP-seq,153;GTEx Coexpression,1536"	"CLPB,ARPC5L,TSEN54,TSKU,SAMD14,RNF114,ZMIZ1,DPYSL2,MYC,RPL35,PRKACA,NCKAP5,CDK5RAP3,IER2,MEF2C,CXADR,RBFOX2,NUP210,STARD7,PRKCD,RFX1,SOX12,BCR,EML4,RNF126,WDR81,WDR82,DDIT4,PSME1,UQCRC1,JTB,PSME2,VOPP1,RPL29,VPS28,PRR13,TTYH3,ABCB6,SDR39U1,OAZ1,PRPSAP1,PRDX2,MRPL20,FAM160B2,RHOT2,PPP4C,RNF215,PIP5K1C,PUSL1,ATRIP,RHBDL1,HEXIM1,JUN,JUND,PRRT2,JUP,CHKA,FUCA1,SETD1A,IRF2BP1,NR2F1,IRF2BP2,MRPL28,NR1D1,FAM136A,MRPL24,PRDX6,PBX1,TMEM198,EHD1,MLLT10,TBL3,MEX3A,EIF6,TDP2,FASN,HNRNPF,SFXN3,ATG2A,PKIG,ITPA,EZH1,OGFR,PIGU,CDKN1B,ELL,DENND1A,HEXB,MRPL38,BBC3,PHF8,SMPD3,TRIM8,TRIM2,RPLP2,GPR137,CIC,UBL7,APC2,BRD2,LRRC45,DUSP1,LRRC40,SIRT7,TERF2,DUSP6,TOMM40L,MED29,MRPL43,HADHB,RNF167,SLC7A5,MRPL53,HADHA,INF2,BDH1,CDC42EP4,PXDN,TMEM106C,TUT1,SLC29A1,ERGIC1,VAMP2,PHLPP2,GRAMD1A,SF3B2,OAT,ECHS1,TIMM13,KCNA6,PSMA7,ARFRP1,TMEM169,RPS2,SAMD1,SRSF11,RUNX1T1,SF3A2,CSNK1A1,TRAPPC10,PCGF3,TRMT1,SCAF4,SKI,LETM1,SPSB3,PHF5A,PSMC3,NFIA,TAOK3,CCDC9,NFIB,SNX15,PKN1,AGRN,CRAT,CRLF1,YPEL3,UHRF1BP1L,TMEM167B,CLSTN3,NAB1,CASC3,AUP1,CLU,EDC4,ABHD12,LAPTM4A,PHYHD1,PIM3,LZTS2,MAF1,PLEKHJ1,GTF2I,TLE4,MAGI1,TLE3,PCYT2,MAP2K2,DGAT1,TPM4,GPT2,IGFBP3,TPM1,ATP11A,FOXP4,POLRMT,LENEP,THOC6,ACAP3,MSH3,RAB34,SLC9A8,DGKQ,TOX,SQSTM1,SNRPA,ANAPC2,INO80B,SHC2,SEMA7A,ENY2,CD151,SMYD5,MAZ,ISG20L2,UBR4,ARL2,SPATA2,ACAT2,RAP1GAP,KLC4,ATXN2,NDOR1,DDRGK1,DVL1,NACC1,MAP2K7,ZKSCAN1,MCL1,ESRRA,AKIRIN1,TRAPPC4,DHCR24,CORO2A,ADAP1,LSM4,ZZEF1,FBXO31,LSM2,UCKL1,PTPRD,COPS6,STK24,MAFG,MDM2,RNF181,PLXNB2,TADA1,PLXNB1,GPR107,ACO2,LZTR1,TMEM19,BCL2L1,SLC25A1,DIDO1,HSP90AB1,MCM7,WDR1,ZC3H4,ZC3H3,ETFA,ETFB,AP4M1,MRPL4,PTBP1,MRPL2,ZNRD1,ACP2,SLC37A4,EDIL3,CCDC50,BOK,EMX1,PLEKHG2,REXO1,GPX4,VEZF1,RTN4RL2,RABGGTB,COASY,NIPSNAP1,MSL1,PTP4A1,TRAF7,PTP4A3,TRAF4,CCDC43,SLC25A5,DCTPP1,GAPDH,SLC25A11,MET,CRK,BIRC2,RNF31,HDAC5,SMARCD1,SEC23A,LRP1,WBP1,SRC,WBP2,ROCK2,PRCC,MLLT6,HDAC7,FZR1,ABLIM1,CCDC85C,HECTD3,U2AF2,SH3BP2,FCHO2,POLR2E,LRRC8D,VPS54,IGF2BP3,LRRC8A,IGF2BP2,POLR2H,DCAF11,AAMP,SLC25A22,EIF4B,POLR2L,CYB5B,SPAG9,SPAG7,PPIL2,NDUFA6,RNF26,PCDH7,ADRM1,RPL23A,SEMA4G,BAIAP2,CABLES2,KLF6,PINK1,SUCLA2,PSAT1,DOLPP1,MGAT4B,TRIM35,STUB1,TNRC6A,SLC35B2,CERK,VARS,DIXDC1,TXNDC11,PWP1,ACTB,CYB5D1,RPS15,RPS16,RUSC2,FLAD1,FTH1,CDC27,KIF21A,CCNL2,SNRPD3,ATXN7L1,CCNL1,SEPHS2,SOX5,EPHA4,EPHA7,IMP3,SCAF11,ACTN1,MTUS1,CIRBP,MRPS18A,CSNK1D,MOGS,AP1AR,ACTN4,ANK3,JMJD8,THAP4,STX1B,CARHSP1,POR,CDC34,KATNAL1,CSNK2B,SIK3,VDAC1,KDELR2,PFN1,AURKAIP1,MMADHC,SLC45A4,GGNBP2,DHX8,PIK3R2,TRMT2A,PIK3R1,CDKN2AIP,MYL12B,PCBP4,PCBP1,HIVEP1,CSTF1,GSE1,DHX38,TNRC18,DECR2,ZBED4,B4GALNT4,BANP,CTSA,BBS1,XBP1,TMEM86B,BCL11A,SS18L1,SURF4,SRPK1,RPS26,RPS25,SDC1,PAF1,ECHDC2,COL9A3,ALDH18A1,RPS21,ROBO2,DAZAP1,GFM1,TMEM151B,CITED2,GPAA1,FAF2,GDI2,ZFAND2B,SLC7A11,PEPD,CX3CL1,PTMS,ZCCHC14,ROBO1,MAP1LC3B,CHMP1B,ENC1,MLX,SSSCA1,RAB8A,CTSB,PSD,CCT3,NCOA2,CBR1,TMEM150B,TMEM150A,MRPS24,MRPS23,NCOA4,RHOF,TUBG2,SYN3,LIME1,MTSS1,APRT,MLF2,TOX3,UGDH,ARHGEF1,SGK1,ATP6V0C,AHCY,TOMM40,SLC20A1,STX16,SSNA1,SATB2,HSD17B4,CRIP2,CCDC107,CCDC106,TYMP,GNAI2,AKAP1,CST3,EXOSC4,CHRAC1,CAMK2N1,SERTAD2,ORMDL3,MGAT1,CCT7,RANBP1,SPRYD3,YIPF1,SORBS2,FAH,VEGFA,NUDT9,PER1,CAPZA2,TCEA2,SCARB1,CRTC2,MIDN,ACAA2,SYS1,HDLBP,PEBP1,PHRF1,CNDP2,EEF1B2,KHSRP,CAPN5,HCFC1R1,FAM3C,SBF2,SH3GL1,ZGPAT,ATG9A,LMO7,ATP1B1,KCTD6,DPM3,TMEM135,DOK4,FAM173A,EHBP1L1,SPECC1L,MASP1,PDE9A,COX19,ISYNA1,NDUFB10,SLC1A1,TMEM59L,HTRA2,FBLN1,NDRG1,EFNB2,RNASEH1,SHARPIN,DEAF1,CASKIN1,ISOC1,TBC1D14,H1FX,PDZD7,BCL9L,TBC1D16,ACBD4,CPSF1,CBX4,CBX2,IDH1,PCIF1,ASPSCR1,SUPT5H,COQ5,H1F0,EFNA2,BMP1,HOOK2,HOOK1,GNB1,CYCS,SAE1,GALK1,USP35,CUEDC2,GSK3A,PRKCSH,CHD6,USP39,PPP1R9B,SEPT9,SPRED2,LASP1,ABHD16A,ALDH2,SNAPC2,FLOT1,MYO18A,MLST8,NPTN,MAN2C1,SCYL1,KDM6B,SUN2,KLF13,PDPK1,GLRX5,AXIN1,PPP2R5B,ABHD14B,RNF208,ABHD14A,ARID1A,SEPT2,KLF16,FCHSD2,NDUFS8,CREB1,UBE2R2,ACOX1,DDAH2,TRNP1,ATG4B,NDUFS1,HAGH,CUEDC1,MVK,RGS19,OPRL1,PDXP,ATP1A1,AGPAT1,FAM169A,RNF5,TOB1,CLCN2,HSPD1,STRN3,TMEM203,MAT2A,GMDS,GNA11,MKNK2,PTK2B,MTA2,CLASP1,LIMK2,SOD2,HSPE1,MEIS2,CDK11B,GALE,PNKD,ERCC1,ACIN1,FAM98B,SSBP4,R3HDM2"
+"gene_set_query"	"1088"	"TCF24"	"897.3"	"ARCHS4 Coexpression,1071;Enrichr Queries,1117;GTEx Coexpression,504"	"WIPF3,CISD1,GHITM,SLC4A3,CAPNS1,MPRIP,DPYSL5,ZMIZ2,PRKACA,ATXN7L3,CHGB,PDHX,HES6,TIPIN,ACTN1,ECH1,MOGS,ANK1,SFRP1,RRAGD,VDAC3,TMEM126A,UQCRC1,SUCLG1,HECA,UQCRC2,FAM76A,EIF1B,DCUN1D5,FLII,MRPL16,DCUN1D2,SLCO5A1,APOO,LDHB,PTDSS1,PIP5K1C,BRAP,PBX2,BBIP1,GADD45G,CS,EHD1,WNK2,OGDH,CDKN1C,PCSK2,OGFR,COX7B,GRIK3,ECSIT,COX7C,ROBO1,AIFM1,B3GALT2,B3GALT1,ANXA6,SDF4,DLGAP1,DLAT,KIF1A,CIC,TMED4,COX8A,LRRC49,ELOVL2,MRPS23,MINK1,MRPS7,MLF2,HADHB,HADHA,MRPS9,MED21,PXDN,RAPGEF1,MAPT,ARHGEF2,SGK1,DLD,MRPS36,SATB2,UQCR11,UQCR10,ADCY1,COX5B,COX5A,GNAI2,CUX2,TMEM65,PSMB2,TMEM68,SUSD4,MFN2,FLNA,METTL6,MDH1,MDH2,MTX2,MCRS1,MYO9B,COX6C,PDCL3,FABP3,CSDC2,KLHL7,NDUFAB1,ZYX,NUCB1,PKN1,PNPLA6,FHOD3,NDUFA13,NDUFA12,NDUFA10,BZW2,SLC8A1,CDH2,LAMP1,ARHGDIA,ENPP5,FADS1,SEMA6B,TPM4,SDHA,RUNDC3B,SDHB,COX6B1,OLFM2,HNRNPUL2,EHBP1L1,SCG5,CHMP4B,PHIP,SNRPC,TOX,RAB5C,UQCRB,NDUFB10,RBM8A,COX17,AK1,CACNA1B,LPL,CACNA1A,NDRG1,UQCRH,SOCS2,ENHO,SBNO1,DPP6,SBNO2,SMYD2,CYC1,NDUFV3,NDUFV2,NDUFV1,PRNP,PDHA1,GOT1,AUTS2,IDH2,GOT2,COQ9,YRDC,COPS5,DAB1,EFNA2,HOOK2,UQCRQ,LHX2,HOOK1,GNB1,CYCS,CSPG5,CPE,ACO2,LSM14B,LRP10,NFE2L1,SLC25A3,WDR1,COX4I1,ATP2A2,CHD3,PPP1R9B,SEPT9,LASP1,PPP6R1,OPA3,IDH3B,UQCRFS1,LRRFIP2,IDH3A,SUN2,KLF13,PDPK1,NDUFC1,PTP4A3,HAX1,NDUFS8,NDUFS7,NDUFS6,NDUFS5,DNAJC5,NDUFS2,NDUFS1,SLC25A11,SLC25A4,MET,PPP1R12C,SHANK2,NDUFB9,NDUFB7,NDUFB6,NDUFB5,NAA20,TM2D1,NDUFB4,RGS16,RAB1B,NDUFB3,ETFDH,NDUFB2,CXXC1,ATP1A3,LENG8,MLLT1,PDHB,MTIF3,SRL,PPM1E,ADD1,GANAB,OXCT1,U2AF2,RBBP5,POLR2D,NT5DC3,POLR2F,NCAM1,RALY,SNCB,MTA2,FBRS,TIMM8B,NDUFA9,NDUFA8,LINGO1,NTRK2,PPIL1,SPAG7,NDUFA6,NDUFA4,NDUFA3,NDUFA1,PDE4DIP,IMMT,EXOG,USP28,PDE10A,MGAT4B,GPD1L,INSM1"
+"gene_set_query"	"1089"	"ZNF564"	"897.7"	"ARCHS4 Coexpression,971;Enrichr Queries,657;GTEx Coexpression,1065"	"CYFIP2,IFITM2,VARS,ARAF,HNRNPU,ZDHHC7,EPRS,RCBTB2,FRAT2,CAPNS1,TRIM28,MPRIP,ALKBH1,CDC26,MYC,ZXDC,LONP1,EPC1,AKT1,PRKACA,ATXN7L3,SOX4,IER2,SLC12A9,ARRDC4,DDX17,GABARAPL1,ST6GAL1,DAPK1,ARRDC3,DNTTIP1,CD3EAP,MOGS,SCRIB,ACTN4,RUFY1,BIN3,DDIT3,DDIT4,HECA,TRIB2,PRR13,DHX8,NPRL2,SUPT4H1,PIK3R1,HIF1A,APH1A,LARP1,NRBF2,VASP,JUN,INTS1,EDEM2,H3F3A,HARS2,SMARCA2,PBX1,PRRC2A,TMEM199,HNRNPL,ABTB1,RNF103,ID2,INTS4,HBP1,ITM2C,ARF3,PIGU,DAZAP1,BTG1,CDKN1B,FKBP15,HIBADH,CITED2,PRPF19,SMG5,MED17,MED11,MLX,SDF2,CIC,PCMTD1,CAP1,CEP68,ZC3H10,NCOA2,UPF1,TSC22D1,TSC22D3,MINK1,MRPS7,GNL1,DUSP6,SREBF2,MLF2,RHOB,KIN,SCNM1,CDC42EP3,PXDN,NCOA7,RHOU,MAPRE1,CSTB,RNASEL,NFIX,SATB1,SLC20A1,CCNDBP1,CENPB,HIRA,ZDHHC18,ANKRD52,MAP3K3,YIPF1,CRBN,SORT1,NFYC,TTC9C,SCAF1,TMEM60,SKI,NFIA,NFIB,SHKBP1,CCNG2,TAOK2,HDGF,PKN1,YPEL5,KBTBD7,TARDBP,RNF141,YPEL3,SH3GL3,FAM13B,HDLBP,ATN1,ARID4A,CYP46A1,IPO7,PAIP2B,ZFP30,LAMP1,SESN1,ARHGDIA,CWC22,SLC39A7,LZTS2,SBF1,FADS1,USP5,LMO4,TPM1,ZBTB34,THOC5,RSBN1,CTDNEP1,HNRNPUL1,HNRNPUL2,SLC9A8,RAB35,CHMP4B,KPNB1,CSNK1G2,LRRC59,ANKRD12,MAZ,ITPR1,UBR2,ATXN2,MED30,IRAK1,STK38,DVL1,NACC1,ZKSCAN3,ABL1,NAE1,SLC38A2,NADK,ANKZF1,IVNS1ABP,PRNP,FBXO38,PHF12,PTCH1,KLHL24,EEF2,CLK4,DNAJC17,NFKBIA,H1F0,SLC7A6OS,EFNA2,HOOK2,HOOK1,GNB1,CCDC22,LRP10,OGT,NFE2L1,MXD4,EIF4G1,UBE2M,YWHAE,ISY1,RERE,SCYL3,KDM5B,KDM5C,PRKCSH,PTEN,CHD6,YBX1,PTPN23,LMNB2,DUSP12,SEPT9,ZC3H7B,UBTF,FLOT2,EVI5L,PDPK1,PDE4D,MSL2,TRNAU1AP,RANGAP1,RAD23B,DDOST,TRAF7,SYF2,CTDSP2,POLR1B,LUC7L3,EAPP,RBM22,PPP1R15A,RNFT2,USP15,RGS19,USP10,RAB1B,GMPR2,SRBD1,MLLT1,FAM168B,GANAB,DNPEP,U2AF2,FAM120A,BNIP2,FEM1C,CCDC71,FBXL19,SSRP1,CDC42BPB,MAPK14,HNRNPAB,GDAP2,KLF6,PIK3IP1,CARM1,MGAT4B,PDCD4,P4HB,SSBP2,EIF3B"
+"gene_set_query"	"1090"	"ZNF596"	"897.7"	"ARCHS4 Coexpression,1116;Enrichr Queries,681;GTEx Coexpression,896"	"TDRKH,TCERG1,MDC1,MAPKBP1,ZDHHC5,CBLB,EPRS,BACH2,CAPNS1,TRIM28,DHX57,DPYSL2,DPYSL3,AKT1,CCDC92,ATXN7L3,TSPYL2,ARRDC4,EPHA4,ZFP2,ARRDC3,MTUS1,RFX3,CD3EAP,MOGS,ACTN4,NISCH,EML5,IFT81,DDIT3,DDIT4,HECA,ANKRA2,CCDC82,PAXIP1,DHX8,FLII,TRANK1,PIK3R1,CDKN2AIP,APH1A,DHX30,NUAK1,PCBP3,PCBP4,HLTF,PIP5K1C,PHC1,PRRT2,BCL11A,PLK2,RCC2,MICAL3,PBX2,UPF3A,BBIP1,PBX1,PRRC2A,HNRNPL,LAS1L,ID2,SERPINI1,SUGP2,ITM2C,ARF3,NRP1,CSRNP2,PIGU,DAZAP1,FAM57B,CITED2,GRIK2,SLC7A11,VLDLR,PRPF19,ZCCHC14,BBC3,SHF,PCMTD2,MMP24,PCLO,ZMYM4,ENC1,TCP11L2,CTSF,CIC,JAK2,ZIK1,UPF1,PARP2,TSC22D3,LRRC49,MINK1,SLC39A10,MLF2,PARP8,RHOB,PXDN,CINP,G2E3,RHOU,PLCB1,SGK1,TKT,PAFAH1B1,SATB1,ICA1L,ATL1,PRICKLE2,CENPB,NOL6,HIRA,ARVCF,CHN2,UBTD2,FLNA,METTL6,BRD8,RUNX1T1,WDR17,SORBS2,SORBS1,SCAF1,VEGFA,NFIA,NFIB,CCNG2,TAOK2,YPEL1,NUCB1,HDGF,RNF141,YPEL3,ZFP28,HDLBP,FRY,CLU,IPO7,CELSR3,TMEM145,ZFP30,LAMP1,SESN1,POGZ,NRCAM,SBF1,TLE2,USP5,MAGI2,THOC1,TSC2,TSC1,KCTD2,LMO7,PIAS2,ATXN2L,DMTF1,HNRNPUL1,RAB35,ANKS6,CHMP4B,FAM92A,KPNB1,CSNK1G2,LRRC59,TNKS,CACNA1A,NDRG1,SPATA7,SOCS2,NACC1,EP400,NAE1,SRGAP3,ZC3H14,PDZD7,BPTF,PLXNA3,TMEM120B,FUS,ASNS,KLHL24,EEF2,CLK4,AHI1,APPBP2,HOOK2,NBEA,HOOK1,JMY,GNB1,MKRN2,NFE2L3,SPIRE2,LSM14B,NFE2L1,MAP3K12,EIF4G1,CALCOCO1,KDM5C,WDR1,PRKCSH,POMT1,CEP164,CHD6,YBX1,PKD1,LMNB2,PPP1R9B,POLB,SEPT9,LASP1,PPP6R1,SNRNP70,PPP6R2,SNAPC4,PDE4B,UBTF,DGCR8,PMEPA1,TRIM67,TBP,USP42,PDPK1,PDE4D,RAD23B,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,SETBP1,CTDSP2,DNAJC5,LUC7L3,PPP1R15A,RNFT2,KDM3A,NCALD,MAPK8,NFS1,FAM168B,GANAB,U2AF2,FAM120A,PTK2B,RBBP6,FEM1C,MEST,PCDH9,NEGR1,NICN1,PDE4DIP,CDC42BPB,PNRC1,TNRC6C,NELL2,ERCC3,CARM1,MGAT4B,POLR3F,TNRC6A,CBLN1,METAP2"
+"gene_set_query"	"1091"	"FOXC1"	"898.0"	"ARCHS4 Coexpression,425;Enrichr Queries,1072;GTEx Coexpression,1197"	"RPL4,MDC1,VARS,KDELR1,TRRAP,PITPNB,HNRNPU,ZDHHC8,RPS17,ALCAM,TRIM28,RAVER1,DPYSL2,MYC,DPYSL3,LONP1,SOX4,EPHA4,MEF2C,ST6GAL2,SCRIB,ACTN4,CSNK1E,HCFC1,TWSG1,SFRP1,KCTD10,DDIT4,KCTD12,TTLL12,PRR12,TRIB2,KCTD15,ATF4,NUP205,POM121,NPRL3,MEPCE,PDGFA,ADAMTS10,NUAK1,CYB5R3,LARP1,FLRT2,PCBP2,DHX37,PIP5K1A,TNRC18,JAG2,JUN,ICMT,INTS1,PLK2,SETD1A,NR2F1,IRF2BP1,PRRC2B,PRRC2A,SMARCA4,EXT1,HNRNPL,SESTD1,PTK7,ID2,GIPC1,FBXL3,DUS1L,ITM2C,CDK16,NRP1,DAZAP1,CITED2,PPP1R10,PCSK7,SHB,PRPF19,SMG5,PTPRF,AKAP12,CSRP2,ENC1,TIMP2,RAC3,JAK2,EMD,UPF1,BRD2,PARP1,PPRC1,DUSP6,RHOB,MLF2,ENAH,MN1,SLC7A5,PXDN,PGAM5,VAMP4,SGK1,CSTB,NFIX,SF3B3,CCDC107,SLC7A1,CENPB,SH3BGRL,RBM15B,NFIL3,TCOF1,PES1,NSD1,MICALL1,FLNA,ANKRD52,RPS2,JAM3,MBD3,SF3A1,SF3A2,HUWE1,AP3D1,SAMD4B,WWP2,SCAF1,MIB1,VEGFA,SH3RF3,SKI,OSTM1,NFIA,MYBBP1A,NFIB,SERBP1,TAOK2,ESYT2,HDGF,CRLF1,UBE3C,HDLBP,ATN1,ARHGAP39,FRY,CLU,IPO7,TOMM20,STK11,CDH2,ARHGDIA,KHSRP,PLS3,FBRSL1,LZTS2,SH3GL1,SLC38A1,MMGT1,OSR1,IGFBP3,TPM1,IGFBP2,ATP1B1,ATAD3A,RNF40,ILF3,RAB31,HNRNPUL1,RPL7L1,FKBP4,KPNB1,LRRC59,INO80E,CD151,NXPH3,MAZ,NDRG1,PRPF8,TAF5L,GLIS2,EFNB2,RAI1,IRAK1,ESD,DVL1,BTBD2,NACC1,H1FX,MYH10,PRNP,CBX4,KLHL26,CRIM1,DSTN,NUP153,EEF2,CHERP,NFKBIA,EFNA2,LRFN4,HOOK2,UBE2S,CNOT3,CNTN1,UBA2,PLXNB2,UBA1,EIF4G1,RNF187,UBE2M,USP35,ZNF512B,B4GALT2,KDM5C,GSK3A,ZMYND19,PRKCSH,YBX1,RND3,LMNB2,RPS4X,DUSP12,ZC3H7B,SNRNP70,SPEG,DACT3,PMEPA1,PELP1,EIF5A,SUN2,CAD,H2AFX,DDX54,NAV2,SMC1A,RANGAP1,RAD23B,SENP3,FAM189B,VCAN,PTP4A3,SFPQ,FCHSD2,TFDP1,CDH11,AKT1S1,CDH13,GTF3C1,GTF3C4,ROCK1,CXXC1,FOXK2,WIZ,LRP3,ATP1A1,STRN4,TMEM201,GANAB,IGFBPL1,MTA1,ALDH1B1,CCDC85C,HAUS7,U2AF2,NT5DC2,UBQLN4,FBRS,SPEN,TAF15,NTRK3,PCDH7,FBXL19,SSRP1,CDC42BPB,MEIS2,HNRNPAB,MARCKS,KLF6,NEURL4,CARM1,VIM"
+"gene_set_query"	"1092"	"ZNF549"	"900.0"	"ARCHS4 Coexpression,1192;Enrichr Queries,727;GTEx Coexpression,781"	"EIF4A2,IFITM2,VARS,ZDHHC5,HNRNPU,ENO2,EPRS,GABPB1,GPATCH8,ACTB,RNF112,CAPNS1,ZMIZ1,RPS18,DPYSL2,MYC,AKT1,RPS11,RPS10,RPL39,ATXN7L3,CALN1,SRRM2,SRRM3,SRRM4,RBFOX2,RBFOX3,MOGS,ANK3,ACTN4,MAPK8IP3,TIAM1,EML5,PPA2,RUFY2,DDIT4,KCTD18,PAXIP1,STXBP1,FLII,TRANK1,GNS,APH1A,SYNGR1,PCBP4,LTA4H,SCAI,FDFT1,ZSCAN18,CADM3,JUN,TMEM184C,PRRT2,JUND,SLC35E3,MICAL3,MICAL2,L1CAM,PRRC2A,HNRNPL,FASN,TDP1,NMT2,ITM2C,FARSB,ARF3,PIGU,TMEM151B,BTG1,KCNC1,RPLP1,DIRAS2,MRPS12,GRIK2,SLC7A11,PRPF19,COX7C,SHF,TRIM9,MMP24,PCLO,TUBA1A,TRIM3,DHX15,SDF4,GPRASP1,ZIK1,DFFB,GRIPAP1,BRD2,UPF1,TMED9,PRMT7,TSC22D3,MINK1,SLC7A5,PXDN,PABPC1,SGK1,SFI1,GRAMD1B,CSTB,ICA1L,ADAM22,CENPB,CAMKK2,GGA1,ARVCF,CAMK2N1,CHN2,YKT6,RUNX1T1,DAB2IP,NMNAT2,SYNJ2BP,NUCB1,ESYT2,HDGF,YPEL4,GRINA,SCARB2,MTCH1,CRCP,CRTC1,HDLBP,CYP46A1,CELSR3,SLC8A2,ACTG1,RIMS1,TMEM145,ZFP30,SALL2,LAMP1,BASP1,SLC39A7,SH3GL2,FADS1,TLE2,SLC38A1,RPS9,USP5,IGFBP3,F2R,ADAM11,TSC1,KCTD2,KCTD6,NRBP1,DISP2,EEF1A1,ACAP3,MSH3,RPL7L1,MADD,ANKS6,CHMP4B,ABCG4,SQSTM1,LRRC59,CACNA1A,CSF2RA,NEUROD2,ORC4,KLC2,ORC6,DVL1,NACC1,ZKSCAN3,SRGAP3,PDZD7,TMEM120B,SYT4,HSPA8,PRNP,PNPT1,EEF2,CLK4,NFKBIA,YRDC,EFNA2,NBEA,HOOK2,HOOK1,GNB2,GNB1,TUBGCP4,FGF13,NFE2L1,MAP3K12,EIF4G1,WDR1,CELF1,PRKCSH,USP33,MAST1,CHD6,SLC2A3,ZFP82,PKD1,ELAVL3,DUSP12,LASP1,MCF2L,OPA3,PSD3,LRRFIP1,SLC37A3,GALNT9,EID2B,TRIM67,EIF5A,ATP6AP1,GPX4,PDPK1,RAD23B,TRAF7,VCAN,CREB1,ALS2,NPC2,CTDSP2,POLR1B,LUC7L3,LUC7L2,CAMK2B,PPP1R15A,RNFT2,ROCK2,RAB1B,NRXN2,RBM4B,ABLIM1,GANAB,U2AF2,VPS53,FAM120A,TRIM46,FEM1C,RPP14,ATP9B,SLC12A5,PCDHGC4,USP22,NICN1,CDC42BPB,KLF6,CDKN2AIPNL,FAM131C,MGAT4B,POLR3F,OCIAD1,PDCD4,RGS11,VIM,P4HB,MDGA1,CBLN1"
+"gene_set_query"	"1093"	"ZNF860"	"900.5"	"ARCHS4 Coexpression,537;GTEx Coexpression,1264"	"TMEM41B,ZDHHC5,CCNC,THUMPD1,TXNDC17,LSM12,PPP4R1,ZMIZ1,PRKACA,ATXN7L3,CHGB,SRRM2,TIPIN,CXADR,TSPYL1,CIRBP,MAPK8IP3,TTLL12,FAM76A,SET,IGSF3,SAR1A,SAR1B,CSTF2,TWF1,MYL12B,PRDX3,SNX2,PDCD10,MIER1,CSTF1,SSR1,NUP88,PIP5K1C,S100A10,RCC2,PBX2,PRRC2A,FAM135A,EIF6,GIPC1,CALM3,PCSK2,CCDC120,GDI1,PAK1IP1,MRPL39,CLINT1,OSBPL10,TUBA1C,MRPL42,SPTLC1,ANXA6,SDF4,PLEKHN1,CIC,RRP15,RALGPS2,UPF1,DBNL,SSR4,ZDHHC13,SREBF2,SRP9,PSMA3,RAP2B,TMEM33,RHOV,ARHGEF2,EEF1E1,ATP6V0C,PAFAH1B2,EXOC1,ARF6,CSTB,GRN,NFIX,GSTP1,GNAI3,SLC7A1,FAM129B,GNAI2,CLPTM1,MGAT1,ZSWIM4,MEF2D,NPM1,CSNK1A1,MYO9B,DHRS1,SYNJ2BP,MPP6,RAB11A,SKI,TTC9,FABP5,ZYX,NUCB1,PKN1,PNPLA6,MEGF8,GRINA,CD81,CSE1L,CTNND1,ATN1,PPP1CB,STK11,SLK,FAM174B,SLC39A9,ARHGDIA,KPNA6,NUDT19,MTPAP,SBF1,SH3GL1,ANAPC7,TMOD3,UBE4A,DGKZ,KCTD6,CTDNEP1,MORF4L1,ACAP3,TXLNA,MSH2,HNRNPUL1,TBL1XR1,HNRNPUL2,SCG5,CHMP4B,SCG3,SRSF6,PSMD12,RAB5C,PSMD11,TOR1AIP2,PDS5B,LIN7C,BAG4,BTBD2,CAMTA2,ATP6V1D,SKIL,SSH3,DNAJC16,EIF2S1,SH3BP5L,DAB1,STK24,PQLC1,GNB1,PI4KA,CPE,PLEKHM2,SRPRB,RNF187,MXD4,GSK3A,HSP90AB1,PRKCSH,PTEN,AFF3,DUSP11,ZC3H7B,PPP6R1,PPP6R3,MYO18A,TLK1,BCAS2,DGCR2,MAPK1IP1L,SUN2,RABGGTA,YWHAZ,DNM2,SEC22B,PPP1R12C,LRP1,NAA20,VPS4B,MLLT1,LRP3,SEMA3F,STRN4,ADD1,RAB21,FAM168B,RALY,MTA2,EIF4E,FBRS,DCAF13,CDC42BPA,RAB10,CLCN7,PFKL,NAGK,TBKBP1,NAA15,SEC24C"
+"gene_set_query"	"1094"	"RFX4"	"900.7"	"ARCHS4 Coexpression,692;Enrichr Queries,583;GTEx Coexpression,1427"	"CNTFR,MYT1L,ZDHHC5,LDLRAD3,BACH2,DPYSL5,DPYSL2,KIF21A,EPHB1,NCKAP5,ANKS1B,SOX5,EPHA4,EPHA7,RBFOX1,WSB1,RFX3,SOX11,ANK3,ANK1,CCNY,IFT81,FEZ1,RUFY3,DDIT4,TBPL1,SPARCL1,TAGLN3,TRIB2,PFN2,GPM6A,ADCYAP1R1,NRN1,TTYH1,MAGED1,FOXG1,FLII,PHYHIPL,OAZ1,AMZ2,TSPAN3,GPM6B,RAB11FIP5,SRPK2,BBS1,FZD3,PTPRN2,CADM1,LRRN3,BCL11A,LRRN2,NR2F1,DCLK2,DCLK1,PRRC2A,HNRNPL,VANGL2,ID2,NDUFAF3,FXYD6,FAT3,LRRN1,BAP1,PCSK2,GABRB3,DDR1,DAZAP1,NCAN,CETN3,GRIK3,SLC35F1,SLC7A11,RYR3,ROBO1,TRIM9,TUBA1A,CSRP2,CHL1,TRIM2,GPR137,NEFM,DLGAP1,KIF1B,ELOVL2,TCF12,DUSP6,MLF2,RGMA,TOX3,MN1,ZEB2,TUBB2B,PXDN,SGK1,GAS7,NFIX,PHLPP1,RPL12,WRB,PTN,GGA1,CUX2,CTNNA2,CKB,SRSF12,GABBR2,ARNT2,MYEF2,LSAMP,NMNAT2,SORBS1,PNMA2,SNCAIP,AGBL5,NFIA,ABI2,NFIB,FABP7,CACHD1,FAM171B,CTNND2,FBXO21,ACRBP,CLU,CDH2,RUVBL2,NRCAM,FADS1,KIRREL3,MAGI1,PCYT2,TPM3,LMO3,ANKRD45,MAGI2,ATP1B2,POU3F1,POU3F2,MID1,POU3F3,OLFM1,LIX1,DOK5,RAB35,MASP1,TOX,GRIA1,GRIA2,RTN3,LRRC59,RTN1,ARHGEF26,NTM,CACNA1A,DTX4,CNN3,ENHO,FUT9,OTX1,SRGAP3,LRRC4C,SRGAP1,KLHDC3,ZFHX2,CBX5,SYT1,AUTS2,WSCD1,ODF2,CCDC136,PTCH1,IFT122,DAB1,EFNA2,HOOK2,LHX2,HOOK1,CNTN1,CNTN2,CSPG5,TCF4,WDR1,SCHIP1,DOCK7,CELF4,CHD6,DBI,MEA1,RND2,ELAVL2,ADAMTS3,SEPT7,SCRN1,PSD2,PPP6R1,CCDC34,PDPK1,TNFRSF19,NAV2,SEPT2,SEPT3,GAP43,VCAN,PTP4A3,RCN2,DDAH1,IGDCC4,SSX2IP,RNFT2,SMARCD2,DDX25,NRXN1,CRMP1,SRI,MFF,DPCD,DLL1,CXXC4,NCALD,PPM1G,JAKMIP2,STOX2,PTPRZ1,FAM120A,SLIT1,NCAM1,OPCML,SPAG9,LGI1,NTRK2,MARCKSL1,NTRK3,PCDH8,PCDHGC3,ATP2B4,LRWD1,USP29,MEIS2,NELL2,MAPK10,MARCKS,PDE10A,APC,SYT11,VIM,INSM1,CDO1"
+"gene_set_query"	"1095"	"ZNF713"	"900.7"	"ARCHS4 Coexpression,1613;Enrichr Queries,608;GTEx Coexpression,481"	"IPO13,HDAC11,HNRNPU,STMN4,EPRS,NUDT3,BACH2,RASSF2,DPYSL5,DPYSL2,STMN1,SCAPER,NCKAP5,ATXN7L3,SOX4,TRIM23,ANKS1B,SOX5,ARRDC4,MEF2C,WSB1,PAQR4,ARRDC3,RFX3,CD3EAP,MMD2,ANK2,MOGS,ANK3,HDHD2,EML1,FEZ1,RUFY3,DDIT4,SIK3,ULK2,PRR18,HECA,SIK1,LLGL1,EXD2,DHX8,TARSL2,PHYHIPL,PIK3R3,SLAIN1,PIK3R1,HTATSF1,TTBK2,MTMR7,TMTC4,NKAIN2,APH1A,NUAK1,SPAST,AMZ2,MAP4,RDH13,GPM6B,ABCA2,JUN,BCL11A,PLK2,SLC35E3,NR2F1,SMARCA2,PBX1,CCDC88A,MEX3B,ID2,HBP1,DZIP3,RNF220,ITM2C,HBS1L,PIGU,GRIK5,DIS3L,MRPL36,SLC7A11,VLDLR,ZCCHC17,BMI1,ADO,PRPF19,TUBA1A,TRIM2,ENC1,KIF1B,JARID2,ENOPH1,UPF1,PCYT1B,ZFR,TCF12,NIPA1,CBFA2T2,SIRT2,DUSP6,MTSS1,MLF2,TMEFF1,PACS2,PXDN,NCOA7,EXOC5,PLCB1,SGK1,DSCAML1,CLDND1,NFIX,SATB1,WRB,PRICKLE2,GDPD1,TRAK2,TMEM68,METTL6,PAIP2,ARNT2,SORBS2,AP2B1,SORBS1,ATAT1,LYRM2,NFIA,NFIB,CCNG2,YPEL1,HDGF,RNF141,ZFP28,SH3GL3,MRFAP1,LZIC,FRY,ZFP30,ADORA1,NRCAM,GTF2I,FBXW11,APLP1,ZCRB1,VASH1,CASD1,POU3F3,FOXP1,DISP2,FRMD5,DMTF1,RAB35,PKP4,TOX,LRRC59,TNKS,CTTNBP2,SPATA2,EFNB2,ORC4,KIF3A,NACC1,PLXNA2,ZKSCAN3,ZKSCAN2,RPRD1A,SRGAP1,ZKSCAN1,PDZD7,AP1M1,ACBD5,WSCD1,AUTS2,CBX1,KLHL24,DNAJC18,EFNA2,APPBP2,HOOK2,NBEA,SPIRE2,CNTN2,SPIRE1,NACAD,OSBPL1A,NFE2L1,EIF4G1,YWHAE,KDM5B,DOCK4,PRKCSH,TRADD,CHD6,SLC2A3,RND2,TTC28,PIK3C2B,SEC61A2,FSD1L,OPA3,PSD3,PDE4B,CEP170,EVI5L,USP46,KDM6B,DST,VBP1,PDPK1,AKTIP,PDE4D,LANCL1,TNFRSF19,IQCE,NAV2,SENP2,CKAP5,RAD23B,TSN,DDOST,TRAF7,VCAN,RABEP1,SETBP1,DNAJC6,CTDSP2,LANCL2,IFT46,IRF9,RNFT2,DCTN4,TULP4,FAM169A,JAKMIP3,AGPAT4,DNAJB2,GANAB,FAM168A,RPS6KC1,U2AF2,FAM120A,FEM1C,FYN,RPP14,CLASP2,SPAG9,MARCKSL1,TRIM41,PCDH9,PTPN11,MEIS2,NAP1L4,SLC4A8,KLF6,FMNL2,VAPB,SYT11,SUGT1,SSBP2,CLUAP1,METAP2"
+"gene_set_query"	"1096"	"MAFB"	"901.3"	"ARCHS4 Coexpression,1244;Enrichr Queries,1002;ReMap ChIP-seq,116;GTEx Coexpression,1243"	"CYFIP1,SCOC,MT-ND4,TES,EHMT1,ENO2,PHB2,RPL9,RPL6,GLS,RPL7,FAM110A,LSM10,PSMD6,ALCAM,PPP4R1,DPYSL2,MYC,RPL38,IER5,IER2,CHGB,MEF2C,TSPYL1,PRKCE,RPL23,DAPK3,PRKCD,WDR74,WDR75,RFX3,RFX1,PRKAB1,GTPBP1,RC3H2,SND1,BCR,MYL6,ZC3H11A,RUFY3,DDIT4,ZSCAN21,PSME1,PSME2,RPL26,PI4K2A,PRR13,CDCA4,NOLC1,SLAIN2,BAZ2A,PLA2G6,GNS,GABARAP,LARP1,ST3GAL5,RDH13,S100A10,EDEM3,JUN,RPL41,JUP,CHKA,CADM1,PLK2,FUCA1,IRF2BP2,PA2G4,NR1D1,PRRC2B,EIF1,HNRNPL,SLC6A6,OGDH,SERPINI1,CDK13,CDK16,CPEB4,GPR19,LGMN,CDKN1C,SETD5,ARF4,BTG1,CDKN1B,RPLP1,PHF23,HEXB,RPLP0,CLTC,LRRC4,PRKAG2,TUBA1C,TUBA1A,ENSA,TIMP2,AP3S2,PLEKHN1,JARID2,ZC3H10,LYPLA2,NUDC,DUSP1,NSUN2,IFNGR2,SIRT4,MRPL49,AEN,SIRT7,MRPL48,WDR34,JOSD1,DUSP6,MED29,SRP9,MED22,KAT2A,PSMA3,ZEB2,TET3,PXDN,RAPGEF1,PLEKHO1,SLC29A1,EXOC2,VAMP2,GAS7,TRUB1,GRN,WDR26,RNASEK,GPS2,GGA2,SNX29,BCLAF1,PSMB5,RPL17,RNF130,DEDD,UTP3,CSNK1A1,WNT7B,SYVN1,TTC9C,ERP44,TM9SF1,FABP7,ABI1,CCDC6,RIMBP2,NUCB2,GZF1,MTCH1,CCNT2,TMEM167B,ATN1,LTN1,RNF19B,CASC3,CLU,BZW1,IPO4,TM7SF2,PPP1CB,ABHD12,ABHD11,LAMP1,SESN1,SEMA6B,USP8,CSNK1G3,SLC38A1,PCYT2,TPM3,IGFBP3,CTNNBIP1,IGFBP2,SARS,FRMD4B,VASH1,FOXP4,BSCL2,PYGO2,ACLY,CLIP1,RAB31,SRSF3,KPNB1,FKBP5,PFKFB2,RAB5B,PFKFB3,BRI3,ANKRD11,PHF21A,GOLGA7B,KLC2,G3BP1,BAG1,PSAP,DVL2,ABL2,ZKSCAN1,MAP2K5,MCL1,MPDU1,ZBTB17,ANKRD34A,CCDC12,GOT1,POLR3GL,TRAPPC9,EEF2,MARCH6,FBXO31,COPS4,MFHAS1,STK24,MAFG,DMXL2,PLEKHM2,CNIH2,NOP10,SERINC5,BCL2L1,SNAP25,HSP90AB1,NUMA1,ZC3H4,ARRB2,BICD2,SYNE2,RPL7A,DUSP12,CAPZB,GM2A,PPP6R1,PPP6R3,WDR6,PMEPA1,MDP1,SNAP29,ACTR3,EIF5A,PLEKHG2,GPX1,GGPS1,TNFRSF19,MSL1,ARL4C,PTP4A3,DNAJC7,NPC1,ASPH,NPC2,IMPAD1,ETF1,BIRC6,TOP1,DCTPP1,TNFRSF21,RNF31,GTF3C1,GTF3C4,PPM1L,SRC,RAB1B,SRBD1,MAK16,TULP4,CXXC1,PARD6G,FOXK1,ZBTB45,SEMA3F,AMBRA1,DNAJB2,DNAJB1,ABLIM1,FZR1,ZNRF2,GANAB,KCTD20,POLR2A,SH3BP2,DNAJB9,FEM1C,DCAF11,FNIP2,SLC25A25,ATP9A,MLXIP,SPAG9,SEMA4A,FEM1B,CNBP,SEMA4B,HIP1R,PTPN11,RPRD2,CDC42BPA,MCOLN1,FBXL14,PNRC1,ATOX1,ASXL1,DNAJA1,RAB10,KLF7,NECAP2,TSPAN14,MYO1B,KLF6,MARCKS,NAGK,TRIM35,PDCD4,SLC35B2,VEZT,AHCYL1,CERK,PLEKHB2,SLC35B1,TXNDC11,IFI30,HS6ST1,RAPGEFL1,RCBTB2,RPS16,TRIM28,FTH1,LONP1,EPC1,EIF2D,PTGFRN,RPS11,CCNL1,ZFPL1,SLC12A6,GLUL,TBC1D10A,SOX4,EIF2A,ARRDC4,ARL15,ARRDC1,ECH1,ARRDC3,SLC11A2,CIRBP,AP1B1,COG1,AP1AR,ACTN4,JMJD6,HECA,SIK1,KCTD12,EZR,EIF1B,STX1A,PFN2,SLC45A4,MACF1,TMEM87A,NUMBL,TWF1,PIK3R1,APCDD1,LIAS,APH1A,SGPL1,PDCD10,PCBP1,PCBP2,MLEC,SURF6,RALGDS,N4BP1,SNX5,CTSA,SNHG1,XBP1,ZRANB1,SURF1,BCL11B,SURF2,RCC2,SURF4,MICAL3,STAM,PTK2,UBAC2,GADD45G,ZBTB6,WNK1,GOLGB1,FUBP1,ID2,INTS5,SDC1,PAF1,GRB2,CALM1,CD200,CDS2,ITM2C,NRP1,DAZAP1,UBXN1,CSRNP3,FKBP15,CITED2,CTSZ,TECR,ICA1,MYL6B,SLC7A11,SIPA1L2,SPPL3,MAP1LC3B,SERP1,CTSL,ENC1,REV3L,ARIH1,CTSD,NDEL1,CTSB,PRMT5,WARS,PRMT2,MMD,TSC22D3,GAA,ACAD9,MRPS23,CACYBP,RHOF,PPRC1,MTSS1,APRT,RAB33B,RHOB,TOX4,RAP2B,NFX1,CSDE1,PITPNM2,CANX,UFC1,FAM20C,SGK1,STK40,CSTB,PCNA,STX16,CCDC106,TYMP,PCNP,MNT,CHRAC1,NFIL3,SERTAD2,MGAT1,MAP4K4,DYNC1H1,RANBP3,PNPLA8,MYO9B,DOHH,VEGFA,PER1,RPA3,FAU,GRINA,SCARB2,SCARB1,MIDN,UBE3C,ZFAND5,ARID4B,FAM174B,BASP1,COTL1,SH3GL1,LMO1,TTC7B,ACYP1,POU3F1,ATP1B1,WBP11,ADAM15,HNRNPUL2,TMX1,GPD2,PPIF,PLAA,FIZ1,WDFY3,XPR1,PXN,CACNA1A,LPL,CACNA1D,EFNA4,NDRG1,CSF2RA,PLD3,EFNB2,EMG1,KIF3B,DPP9,TBC1D14,KIF3C,HSPA9,PRNP,UBE2H,KLHDC4,UBE2B,PCIF1,DSTN,SUPT5H,MANBAL,SYT7,DNAJC18,NFKBIA,AHI1,EFNA3,H1F0,HOOK2,DLG4,HOOK1,CHMP2A,PI4KA,CNTN1,BLMH,DEGS1,UBA1,DEGS2,SAE1,UBE2M,LRP11,GSK3B,B4GALT3,USP36,DYRK3,DOCK4,LDB1,DDX47,CHD8,DBI,GTDC1,ARHGEF10L,CHD2,LASP1,EEF2K,YWHAQ,MFSD5,LRRTM2,BCL7B,NPTN,CASP2,YWHAG,SCYL1,MAPK1IP1L,KLF11,ATP6AP1,PLA2G4E,OXSR1,VCAN,TRNP1,CRY2,CDH11,ATP6V1B2,LUC7L3,CUEDC1,IRF9,CHMP5,TM2D2,RGS16,USP11,SLC3A2,ASAP1,ATP1A1,HMGCR,SPG7,CLCN3,DLL1,GNA13,NXF1,GNG3,FAM168B,FAM120A,GNA12,MTA2,CRYM,SPEN,RBM39,MBTPS1,USP20,TAF13,USP21,LCA5,MEIS2,ACVR2A,USF1,GALE,ERCC1,RPS6KB2,TBKBP1,ATP13A3,VIM,SSBP2"
+"gene_set_query"	"1097"	"IRF2"	"903.0"	"ARCHS4 Coexpression,1367;Enrichr Queries,792;ReMap ChIP-seq,74;GTEx Coexpression,1379"	"MDC1,MT-ND4,RPL8,SCAMP5,SAMD14,KRTCAP2,ALCAM,ZMIZ1,DPYSL2,MYC,PRKACA,IER5,IER2,DAXX,MEF2C,WSB1,PIH1D1,PRKCD,WDR74,CD3EAP,GTPBP2,EML2,BCR,MYL6,BIN3,DDIT3,DDIT4,PSME1,JTB,PSME2,RPL27,RBCK1,UBA52,DUS3L,VPS28,PRR14,ATF4,CDC42SE1,MEPCE,BAZ2A,ABCB8,AGAP3,OAZ1,HIF1A,GABARAP,ANAPC11,PRPSAP1,PRDX2,MRPL20,CYB5R4,PRDX5,RHOT2,PPP4C,VPS11,NRBF2,ST3GAL1,RHBDL1,HEXIM1,RPL41,JUN,JUND,PRRT2,H3F3A,SETD1A,IRF2BP1,IRF2BP2,MAD2L1BP,PA2G4,MRPL24,EIF1,EHD1,FIBP,SLC6A6,ABTB1,TBL3,MEX3A,GIPC1,HNRNPF,FASN,ATG2A,HYOU1,DUS1L,GPR19,LGMN,CDKN1C,OGFR,PIGU,CDKN1B,BTG1,PHF23,PHF1,GPT,CTCF,ECSIT,MRPL34,WDR46,MED15,ING1,BBC3,DDA1,SHF,MED11,TRMT112,MRPL40,TMSB4X,FASTK,RPLP2,GPR137,PLEKHN1,CIC,JAK2,JAK1,ZC3H10,LYPLA2,BRD2,DUSP1,SPHK2,IFNGR2,MRPL49,SIRT7,GMIP,COPZ1,MED29,LRRC41,DUSP6,SIRT3,NCOR2,TAF6L,MRPL53,ZEB2,KIFC2,CDC42EP4,PXDN,TUT1,SLC29A1,VAMP2,ARF6,LRRC14,RNASEL,GRN,NFIX,RPL10,LIN37,GPS1,USO1,SRRT,CCNDBP1,WDR24,MRPL55,FGD3,GGA3,PSMB2,ASNA1,LMAN2,SLC17A7,RPS2,RPL18,SAMD1,DEDD,MBD3,SF3A3,MBD6,LRRC24,WDR18,STAT2,SYVN1,TRMT1,SCAF1,AGBL5,TM9SF2,NFIA,CCDC9,SNX17,SHKBP1,PKN1,AGRN,YPEL3,MTCH1,RAB3A,TMEM167B,ATN1,LTN1,SLA,RNF19B,MPV17L2,ZBTB22,HDDC3,TM7SF2,STK11,RUVBL2,CFL1,IFNAR2,RNF44,SLC38A1,PCYT2,CISH,RPS7,RPS8,ANKRD44,RPS5,PPP1R16A,TRAFD1,SARS,VRK3,LEMD2,LENEP,THOC6,FOXP1,CTDNEP1,PYGO2,RAB34,DGKQ,SRSF2,FSCN1,ERP29,PGP,PHPT1,LY6E,FKBP5,INO80B,FKBP2,INO80E,RNASEH2A,CD151,PFKFB3,MAX,CCDC24,ANKRD11,MAZ,ANKRD12,ABHD8,GMPS,ISG20L2,UBR2,CORO1A,UQCRH,SOCS2,SBNO1,SBNO2,NDOR1,PMVK,G3BP1,DVL1,BTBD2,NACC1,G3BP2,DVL2,DVL3,E4F1,SLC38A2,NADK,MCL1,ESRRA,EIF2B4,TRAPPC3,ANKRD34A,CCDC12,POLR3GL,ARPC4,ARPC5,LSM4,FBXO31,LSM2,DRAP1,MARCH2,COPS6,SH3BP5L,CDK5,MAFG,RNF181,BCL2L2,BCL2L1,RNF187,ISY1,SLC25A1,HSP90AB1,MCM7,ZC3H4,ZC3H3,PIK3CD,ARRB2,AP4M1,MRPL4,DUSP12,UBTF,DGCR8,MDP1,UNC45A,PLEKHG2,REXO1,GGPS1,RPL13A,NDUFC2,EDF1,RANGAP1,YDJC,BET1L,COASY,PATL1,GIGYF1,PTP4A2,PTP4A3,TRAF4,CTDSP2,SOS1,BCAT2,PPP1R15A,RNF31,SMARCD2,WBP1,MGRN1,PRCC,MLLT1,GANAB,HIRIP3,DNAJB6,POLR2A,U2AF2,VPS52,TRIM46,POLR2G,FYN,CSK,HNRNPA1,DCAF11,SLC25A22,PPP1R14B,CIZ1,SPAG7,TRIM41,PPIL2,SEMA4D,FBXL19,MBOAT7,SEMA4C,IMMT,RPL23A,FBXL16,MCOLN1,ATOX1,PNRC1,RAB10,MARCKS,KLF6,SLC25A39,ST7,RUNDC1,STUB1,P4HB,RHEBL1,SMAP2,SLC35B2,APP,IFITM2,VARS,KDELR1,ZMYND8,IFI30,ACTB,CYB5D1,GOLGA2,FRAT2,RPS16,RASSF2,RPS18,FLAD1,BSG,LONP1,CCNL2,RPS11,ZFPL1,ATXN7L3,SLC12A9,TBC1D10B,TMPO,ST6GAL1,SMARCC2,ACTN1,ARRDC3,CIRBP,CSNK1D,MOGS,CPT1C,MFSD11,JMJD8,JMJD6,CDC34,CDC37,CSNK2B,HECA,FLYWCH1,EZR,PFN1,AURKAIP1,CUTA,GCDH,GIPR,STXBP2,SUPT4H1,TRANK1,CEND1,PIK3R2,TRMT2A,PIK3R1,ZBTB5,PGS1,APH1A,PCBP1,HIVEP1,KCNN1,SYMPK,TNRC18,HIVEP2,VASP,SNHG1,PAICS,SMARCA2,GADD45G,ID2,INTS5,ANP32E,PAF1,GRB2,COL9A3,RGL2,C2CD2L,ITM2B,ITM2C,TMEM151B,FKBP15,FAM57B,CITED2,FAF1,CCDC124,MYL6B,NAT14,LIMD2,MAP1LC3B,ACTR1B,GUK1,PCF11,GLIPR2,HYAL2,XPO6,DHX15,RAC3,SSSCA1,RAB8A,CTSB,CAP1,PSD,PSENEN,ATP6V0B,TMEM150A,GP1BB,CCDC115,PRMT1,TSC22D3,CACYBP,RHOF,MRPS7,APRT,RHOB,TOX4,UFC1,ARHGEF1,CD47,ALDOA,SGK1,ATP6V0C,DBN1,STK40,FYTTD1,PTGER1,GBA,DERL1,NEDD8,UQCR11,CCDC106,RFNG,TYMP,GNAI2,HIRA,ZDHHC18,ARVCF,CHRAC1,NFIL3,SERTAD2,RANBP1,MAP3K3,MTX1,VEGFB,TMUB1,YIF1B,VEGFA,RAB11B,TMUB2,PER1,HIST3H2A,MARS,TCEA2,FAU,TOMM6,CRTC2,MIDN,ARID4B,COMT,CELSR2,ACTG1,ARHGDIA,HCFC1R1,COTL1,BAHCC1,LMO4,KCTD2,FAM173A,EHBP1L1,CARS2,KLHL18,RTN2,ISYNA1,NDUFB10,RPS19BP1,PSMD13,KLHL17,STK4,RASGRP2,CSF2RA,NDRG1,RNASEH1,MAN2A2,GRK6,TBC1D14,CAMTA2,BCL9L,SYT5,OST4,PRNP,ACBD4,CBX5,CBX4,CBX2,HMGA1,KLHL22,SUPT5H,NFKBIA,EFNA2,HOOK2,HOOK1,GNB2,GNB1,CHMP2A,PHF13,PI4KB,SAE1,LRP10,UBE2M,MUS81,B4GALT2,B4GALT3,CUEDC2,GSK3A,PRR7,DDX3X,PRKCSH,MAST1,ADAR,USP39,PPP1R9B,TMEM223,ABHD16A,ZC3H7B,BCL7C,BCL7B,FLOT1,MLST8,PDE4B,FLOT2,PDE4A,YWHAG,SCYL1,KDM6B,SUN2,KLF13,PDPK1,H2AFX,PPP2R5B,RNF208,SYNGR3,ARID1A,SEPT5,DNM1,KLF16,EEF1G,FAM189B,NDUFS8,IRF3,DDAH2,CHMP7,IRF9,TSEN34,USP15,RGS19,USP16,GMPR2,SLC3A2,SPG7,STRN4,AGPAT3,U2AF1L4,THBS3,NXF1,DNPEP,RAB40C,TMEM203,MAT2A,MKNK2,PTK2B,MTA2,FBRS,PDLIM7,CYTH1,SPEN,B3GAT3,BAD,USP21,MIIP,CYHR1,MAPK14,SOD2,MEIS2,ERCC1,CARM1,BAX,TAF6,VIM,SSBP4"
+"gene_set_query"	"1098"	"ZNF296"	"903.0"	"ARCHS4 Coexpression,862;Enrichr Queries,926;GTEx Coexpression,921"	"POP7,HDAC10,IFI30,RPL8,RRP9,FAM110A,RPS15,FRAT2,TRIM28,RAVER1,DPYSL2,MYC,LONP1,CCDC97,TRIM26,SAMD10,IER2,HES6,NUP210,IMP3,WDR74,CD3EAP,TALDO1,RNF126,CDC34,DDIT3,CLPP,GRWD1,DDIT4,HECA,RPL29,PFN1,AURKAIP1,RPL28,PRR14,PRR13,MTMR1,CDCA4,CSTF2,MRPL12,OAZ1,RRP7A,PPP4C,DHX34,PCBP1,RCE1,PUSL1,N4BP1,ZBED4,VASP,JUN,PRELID1,JUP,BCL11A,RCC2,TREX1,SRPK1,GADD45G,EHD1,TDP1,FASN,ID2,PSMG3,UNC119,EZH2,ITM2C,GMEB1,BTG1,ELL,CITED2,MRPS12,CCDC124,MRPL38,SNX11,MRPL37,LIMD2,BBC3,C1QBP,RRP12,JARID2,RAB8A,LYPLA2,NUDC,DBNL,PGAM1,TSC22D3,MRPS2,SIRT7,RHOF,GMIP,PPRC1,LIME1,MED26,DUSP6,MLF2,RHOB,SLC7A5,RNF167,AFTPH,MED25,RPUSD1,TET3,PXDN,SGK1,ARF6,SF3B4,CSTB,RNASEK,TOMM40,SRRT,NOC4L,NOL6,FGD3,ZDHHC18,LMAN2,CKB,RPL18,SF3A2,WDR18,NPM3,PPP1CA,BYSL,BOP1,PDCL3,CAPZA1,SHKBP1,ABI1,PKN1,ANKRD13D,FADS1,TLE3,RPS9,KDM2B,IGFBP3,RPS5,VPS33B,SHISA5,KCTD5,TUFM,ATXN2L,CTDNEP1,ACAP2,ARMCX1,RAB35,FSCN1,PPIH,GEMIN7,SNRPA,SNRPB,LY6E,FKBP5,PFKFB4,RAB5C,INSIG1,STK4,CORO1A,EFNA4,HSPBP1,SOCS2,NDOR1,GRK6,MARK2,NADK,PRNP,NOP16,CBX4,HMGA1,ARPC4,CHERP,NFKBIA,EFNA2,ARPC2,HOOK2,ARPC3,HOOK1,UBE2S,GNB2,NFE2L3,CCDC22,COPE,DDX49,CNRIP1,PRKCSH,TRADD,PIK3CD,SLC2A3,DDX41,ARRB2,LMNB1,TTC28,MRPL4,DUSP12,SART1,GM2A,NOB1,PPP6R1,SNAPC2,CASP3,WDR5,CASP2,PGLS,RBM14,H2AFY,RFC2,PDPK1,H2AFX,DDX54,REXO2,YDJC,DDOST,KLF16,PTP4A3,NUP50,POLR1B,PPP1R15A,TRABD,SMARCD2,HDAC3,RGS19,PRCC,DLL1,SRM,CDC42,DCAF15,NCLN,FCHO1,MKNK2,POLR2E,PTK2B,CSK,FEM1C,RALY,VHL,MTA2,SLC25A22,FBRS,CYTH1,SEMA4A,MARCKSL1,RRM2,LIMK2,MIIP,ADRM1,HNRNPAB,CHFR,NIN,KLF6,NAGK,IMPDH1,RPS6KB2,EIF3G,BAX,RBM42"
+"gene_set_query"	"1099"	"HHEX"	"904.3"	"ARCHS4 Coexpression,1238;Enrichr Queries,1091;ReMap ChIP-seq,212;GTEx Coexpression,1076"	"ITSN2,CYFIP2,MDC1,ATF2,SLC4A1AP,STMN3,DCAF7,ALKBH3,SCAMP4,RNF114,ALCAM,ZMIZ1,AKT2,DPYSL2,MYC,LUC7L,AP1S1,RPL37,IER5,CHGB,MED1,DDX18,MEF2C,CXADR,RBFOX2,SOX12,WDR81,IFT81,DDIT4,TARS2,RPL27,RBCK1,VPS25,CGGBP1,SLBP,MRPL16,SDR39U1,AGAP1,WDR61,PLA2G6,OAZ1,GABARAP,MRPL11,PRPSAP1,MRPL20,CYB5R4,MCMBP,ST3GAL1,ATRIP,S100A10,HEXIM1,FZD3,JUN,PRELID1,CHKB,PLK2,MRPL27,PBX2,IRF2BP2,NR1D1,TMEM199,ABTB1,UCK1,GIPC1,CDK10,DCHS1,EZH1,RNF220,GMEB2,BTG1,PIGO,KCNC3,PHF23,HEXA,SMG7,HSPB11,SMG5,OSBPL10,RNF157,PCMTD2,TRIM8,RFK,TCP11L2,AP3S2,WDR36,LRRC45,NUDC,IFT140,DUSP1,ELOVL5,SPHK2,GSTO1,MANEAL,GMIP,DUSP6,TOMM40L,MRPL44,PHF20L1,MRPL52,PSMA5,MED22,MRPL53,SLC7A6,BDH1,IVD,CDC42EP4,MTF2,PXDN,RAPGEF1,TUT1,EXOC6,ERGIC1,TRUB2,SF3B5,GRAMD1A,GRN,NIP7,TMEM70,GGA2,PSMB6,PSMB7,RECQL5,RPS15A,PSMB2,CHN2,CLPTM1,RPL13,MFN2,NCDN,RPL18,RNF130,EGLN1,SF3A3,MBD6,MDH1,UTP3,TRMT1,WWP2,SNX22,TM9SF1,FABP7,SHKBP1,PSMC2,SARM1,ZYX,PKN1,AGRN,YPEL3,MTCH1,CRCP,TMEM167B,SLA,RPL10A,CLU,IPO4,YY1,LAPTM4A,ABHD11,PAPOLG,FADS1,SLC39A3,TLE3,SLC38A1,RPS7,RPS8,USP3,GPT2,IGFBP3,IGFBP2,CNPY3,FOXP4,SRCIN1,FBXW2,CTDNEP1,EBNA1BP2,RAB34,KPNB1,SNRPB,SRSF9,INO80B,ENY2,PFKFB3,PEF1,MAZ,GLT8D1,SPATA2,AK3,UAP1,UBR2,CORO1A,RAP1GAP,HSP90B1,SOCS2,HMBOX1,UBR5,NACC1,MBIP,DVL2,ZKSCAN2,NADK,GOT1,API5,DHCR24,FANCE,LSM4,SCRT1,COPS2,SP3,SPIRE2,TPP2,PLXNB1,CNOT8,OGT,SERINC2,BCL2L2,BCL2L1,ZNF512B,RNF10,SNAP25,DIDO1,PPP1R13B,ETFA,ARRB1,ARRB2,SGCE,RPL7A,DUSP12,NOB1,SGCB,MDP1,GAL3ST3,ACP1,SIGMAR1,RPL13A,RTN4RL2,PLRG1,RABGGTA,YDJC,MSL1,PTP4A1,DNAJC2,PTP4A3,SLC25A19,CTDSP2,RPL37A,DCTPP1,SMARCD2,GTF3C3,NLGN2,LRP1,WBP1,GTF3C5,WBP2,ROCK2,CEBPG,CXXC1,FURIN,SRI,PDHB,AMBRA1,MFF,DNAJB1,ZNRF1,FZR1,HECTD1,VPS52,POLR2D,VPS54,SNRPB2,LRRC8A,CSK,DCAF11,TRIM44,ATP9A,HNRNPA3,PPIL1,PPIL2,RNGTT,MBOAT7,TXNL1,CCDC59,RPL23A,PNRC1,ASXL1,CUL4A,NIN,KLF6,DNAJA3,EIF3J,TRIM35,DRG2,SMAP2,LPGAT1,IFITM2,ZMYND8,TXNDC11,ZDHHC7,THUMPD1,IFI30,HS6ST1,RCBTB1,RCBTB2,ZDHHC4,PNN,FRAT2,PPP2R1B,RPS18,OGFOD2,DPF1,LONP1,LONP2,ARL6IP4,CCNL2,SNRPD3,CCNL1,GLUL,SOX4,RPS12,AGFG1,COG8,ST6GAL1,SACM1L,COG3,ECH1,NSMCE1,MTUS1,CIRBP,COG1,TALDO1,MOGS,MAPK8IP2,POR,CDC37,CSNK2B,SIK3,KDELR2,HECA,KCTD12,AURKAIP1,PFN1,RTEL1,GGNBP2,DHX8,STXBP2,PIK3R1,CDKN2AIP,SNX1,LARS,PCBP2,CSTF1,PATZ1,SNX5,CTSA,VASP,XBP1,TMEM50B,TREX1,NTAN1,GADD45G,RPS26,PPP1R1A,ID2,INTS5,ECHDC2,INTS4,CALR,CORO7,C2CD2L,CDS2,ITM2C,NRP1,MRPS15,USPL1,CITED2,ZFAND2B,CTSZ,TECR,CX3CL1,HERPUD1,PTMS,LIMD2,AKAP12,PCM1,MAP1LC3B,C1QBP,ENC1,RAC3,RAB8A,TMED4,CTSB,ACAD8,PARP2,TSC22D3,MRPS23,NCOA4,NME3,COMMD1,ITFG2,COMMD7,PARP8,MLF2,RHOB,TOX4,UGDH,NFX1,MPPED2,KIT,GLCCI1,SGK1,STK40,CSTB,AHCY,PCNA,TOMM40,SLC20A1,STX16,HSD17B4,PRKX,NEDD8,GNAI2,HIRA,NFIL3,TBL1X,CCT4,BCAP31,RANBP2,RANBP1,RANBP3,SORT1,AP2B1,MYO9A,VEGFA,RAB11B,PPP1CA,FKBP1A,SEC23IP,SPCS1,FKBP1B,CAPZA2,NBR1,TOMM7,MEGF9,MIDN,KDM1B,NDUFA12,SRP14,UBE2Z,COMT,CELSR3,BASP1,CAPN5,COTL1,BAHCC1,PDIA3,PCID2,APLP2,ATP1B1,KCTD6,PDIA4,COX6B1,OXA1L,DPM3,TBL1XR1,RPL7L1,WDFY1,CHMP4B,ZCCHC8,COX16,HPCA,NDRG2,CPLX2,RASGRP2,RPF1,UBB,KIF3B,DEAF1,GRK6,TBC1D14,VARS2,KLHDC2,PRNP,ACBD4,HSPA4,PCIF1,ECD,IDH2,ASPSCR1,NUP153,SYT7,CLK2,COQ5,PAN2,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,LRP10,LSM14A,FGF11,YWHAE,RBM28,CNRIP1,MAST1,DBI,SLC2A3,HMGB1,TMEM101,SPRED2,SEPT6,ABHD16A,UBE2Q1,PDE4A,FLOT2,TOPBP1,ARHGEF12,NUP133,H2AFY,ABHD14B,GLRX2,ARID1A,CKAP4,VCAN,DDAH2,GORASP2,PEX3,CAT,USP40,TMEM9,DCTN6,KDM3A,RGS19,POLDIP2,POLDIP3,GMPR2,DCTN3,SPG7,FAM169A,U2AF1L4,DNPEP,UGP2,GNG5,PABPN1,TMEM205,SPOCK2,NT5DC3,PTK2B,RALY,REPS1,RBM39,KDM4B,RRM2,WTAP,HSPE1,MAPK14,RPIA,SH3YL1,RBM42,VIM,LPIN2"
+"gene_set_query"	"1100"	"ZSCAN10"	"904.3"	"ARCHS4 Coexpression,726;Enrichr Queries,972;GTEx Coexpression,1015"	"EHMT2,PDCD2L,GPATCH8,FRAT2,TRIM28,DPYSL2,MYC,IGLON5,DPYSL3,LONP1,TRIM24,ATXN7L2,SEPHS1,SRRM3,SRRM4,PRKCI,SMARCC1,NUP210,MRPS18A,ARMC8,ANK1,PISD,RNF123,CARHSP1,SFRP1,BIN1,RRAGD,DDIT4,TTLL12,LLGL1,NUP205,PAXIP1,SET,CTBP2,PDGFA,GJC1,NKAIN1,NLN,LDHB,LARP1,PCBP4,LARS,GPM6B,ZRANB1,JUN,PHC1,BCL11A,SS18L1,RCC2,MEMO1,PAICS,UBAC1,TADA2B,HNRNPM,ID2,PPP1R1B,HNRNPD,RNPS1,LRRN1,HNRNPC,RCOR2,CDK16,ITM2C,GPR19,GABRB3,SMG1,DAZAP1,HIP1,KCNC1,GRIK5,LPCAT1,OSBPL11,PFAS,MAP1LC3B,JPH3,XPO1,CAMKV,RAC3,RRP12,KIF1A,DLGAP3,JARID2,WDR37,PARP1,PRMT1,PGAM1,RRAS2,EPS15L1,TERF2,DUSP6,TMEFF1,TUBB2B,KIT,PXDN,RAPGEF1,PABPC1,SLC29A1,SGK1,TKT,DBN1,SLC29A2,AHCY,USO1,HSD17B4,NOL9,TMEM70,PPP1R2,TCOF1,CHN2,HSF2,NSD1,CKB,GPC4,YTHDF1,NPM1,USP9X,NPM3,SLC8A3,MAD2L2,KBTBD4,KIF26A,TRMT6,SRRD,SERBP1,HNRNPA2B1,CACHD1,PKN1,RASL11B,KDM1A,CIB2,CCDC28B,IPO5,TMEM145,RIMS4,ATCAY,SALL2,KIF5C,KHSRP,FADS1,KPNA1,SEMA6C,RNF44,SUPT16H,KDM2B,TPM3,IGFBP2,VASH2,MATK,KCTD2,FBXO10,MSH6,ILF3,OLFM2,MYCN,ARMCX2,MSH2,NCL,EEF1A2,ANKS6,SNRPA,RTN2,ISYNA1,CACNA1A,TARS,NRF1,RASGRP2,CAMSAP1,IGSF21,PDZD4,ZFP57,G3BP1,NACC1,G3BP2,MAP2K7,MYH10,QSER1,GGT7,AKIRIN1,NONO,CBX2,HMGA1,CNOT4,HOOK2,NASP,TMEM11,HOOK1,NFE2L3,TCF3,LRCH4,SAE1,UBE2K,USP38,HSP90AB1,HMGB3,PSIP1,SLC2A3,RND2,PKD1,LMNB2,LMNB1,POLB,MDK,ADAMTS7,PELP1,PDPK1,PDE4D,CAD,UBE2QL1,NIPSNAP1,SUPV3L1,PTP4A3,PPM1B,ALS2,SMARCD1,RRN3,DDX25,PRCC,ZBTB43,CXXC1,RNF4,ADD2,HSPD1,CACNG7,TMEM201,FZR1,RMND5A,UGP2,PTPRZ1,NT5DC2,MKNK2,NNAT,BEND3,IGF2BP3,RPP14,PCDH1,HNRNPA1,MTA3,SH2B2,USP24,CHGA,LINGO1,KDM4A,SSB,KCNJ11,FEM1A,MID1IP1,FBXL19,PLCL2,NAP1L1,USP28,HNRNPAB,NELL2,SBK1,PSAT1,CARM1,ERCC2,MFAP2,POLR3F,CEBPZ,MDGA1"
+"gene_set_query"	"1101"	"ZNF660"	"904.3"	"ARCHS4 Coexpression,1153;Enrichr Queries,627;GTEx Coexpression,933"	"ATF2,TRIO,ZDHHC5,GPR173,CAPNS1,DPYSL2,AKT3,AKT1,EPC2,ATXN7L3,SOX4,TMEM8B,SOX5,EPHA4,MEF2C,RBFOX2,UNC13A,ZFP2,RFX3,SOX11,MOGS,ANK3,ACTN4,EML5,IFT81,HECA,CCDC82,RTEL1,TMEM63B,TSHZ3,FLII,TRANK1,INPP5B,APH1A,NUAK1,GPM6B,BBS1,NDFIP2,PHC1,ZRANB2,BCL11B,INTS1,SLC35E3,MYO5A,IRF2BP2,PBX1,DCLK1,UBAC2,PRRC2A,HNRNPL,MEX3A,FUBP1,MAGED2,FXYD6,FAT4,CD200,ROBO2,ARF3,PHF2,PIGU,CSRNP3,HIP1,SLC7A11,PRPF19,SMG5,MECP2,AKAP12,EPM2AIP1,SDF4,KIF1A,GPRASP1,JARID2,ZIK1,RALGPS2,CEP68,LYPLA2,UPF1,PCYT1B,MINK1,BAZ1B,WDR35,ZDHHC17,RGMA,RNF144A,MN1,ZEB2,KIT,MPPED2,PXDN,HNRNPH3,GRAMD1B,NFIX,SATB1,ICA1L,PRICKLE2,PCNP,CUX2,TCEAL1,TMEM68,YKT6,RUNX1T1,ARNT2,MYEF2,KIDINS220,LSAMP,SORBS2,NMNAT2,SNCAIP,MIB1,NFIA,NFIB,TAOK2,SARM1,NUCB1,HDGF,MPHOSPH8,ZFP28,GRINA,RAB3C,CEP120,ATN1,HDLBP,ARID4A,SLC8A1,IPO9,ZFP30,SALL2,LAMP1,PPIP5K2,KIF5C,ARHGDIA,POGZ,ARID2,FADS1,PPP1R16B,TLE4,USP5,MAGI2,CASD1,FOXP1,ARMCX4,ARMCX2,DMTF1,RAB35,CHMP4B,PHIP,TNIK,TOX,RNASEH2C,KHDRBS1,LRRC59,RTN1,RAB5C,ARHGEF25,ZC4H2,NPR2,CHRNA7,CACNA1A,DTX3,EFNB2,ORC4,NACC1,SRGAP3,PLXNA3,BPTF,TRAPPC2,NEK9,TIA1,CPSF6,UBE2I,ATP8B2,AUTS2,EEF2,COQ6,PTPRD,BCL9,LRCH2,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,RFXAP,GNB1,SPIRE2,LRCH4,FGF13,ZSCAN2,NFE2L1,MAP3K12,EIF4G1,KDM5C,WDR1,PRKCSH,CHD6,PSIP1,ZFP82,LDB2,AFF3,PPP1R9A,TTC28,PPP1R9B,SGCE,SENP6,SENP7,SEC61A1,SART1,SPRED1,LASP1,CPXM1,DST,PDPK1,ATRX,TNFRSF19,NAV1,RAD23B,LATS1,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,DNAJC5,LUC7L3,RBM24,SEC22C,RNFT2,SMARCD2,RAB1B,JAKMIP2,SLC25A27,STOX2,GANAB,GNG2,SV2A,U2AF2,FAM120A,SLIT1,EIF4H,DROSHA,IGF2BP2,HNRNPA1,MEST,EIF4E,TTC14,SEMA4D,NEGR1,NICN1,TPD52L2,TNRC6C,MAPK10,KLF7,NFASC,SYT11,MGAT4B,P4HB,SSBP2,RBMX,POLR3K,TNRC6A,METAP1,METAP2"
+"gene_set_query"	"1102"	"ZNF781"	"904.7"	"ARCHS4 Coexpression,1334;Enrichr Queries,848;GTEx Coexpression,532"	"SLC4A1AP,TXNDC12,ENO2,BACH2,RNF112,SAMD14,RUSC1,DPYSL2,DPYSL3,RPL37,CALN1,SOX5,ARRDC4,UNC13B,SRRM3,EPHA4,SRRM4,ATP6V1G2,RBFOX2,ST6GAL2,RBFOX3,ZFP2,ARRDC3,MTUS1,CD3EAP,ANK2,ARMC8,MAPK8IP3,TIAM1,EML5,GPR162,STX1B,RUFY2,MEG3,BEX1,NRN1,STXBP1,NPRL3,TRANK1,PIK3R3,SYNGR1,FLRT2,PCBP4,RNF215,PRKAR2A,B4GALNT1,SCN3A,RHBDL1,ZSCAN18,CEP78,PRRT1,CADM3,PRRT2,LRRN3,BCL11A,MICAL3,MICAL2,L1CAM,DCLK1,POU6F1,LAS1L,PKIA,FAT4,CD200,PIGU,KCNC1,GDI1,DIRAS2,GRIK2,AACS,SHF,AKAP12,TRIM9,MMP24,PCLO,TRIM3,GPRASP1,GARNL3,SHPRH,PARP2,AP3B2,DUSP6,MLF2,RGMA,RHOB,CNKSR2,MED23,ZEB2,NSA2,KIT,MPPED2,PXDN,SGK1,MAPRE2,GAS7,SATB1,ICA1L,ADAM22,SEZ6,AKAP6,NAPG,CAMKK2,ARVCF,EXOSC10,CHN2,MFN1,APBB1,PURG,RUNX1T1,SRSF12,WDR17,DAB2IP,TMEM62,SORBS2,NMNAT2,SKI,NFIB,FAM171B,YPEL4,ZFP28,TMEM229B,ANKRD13B,ATP8A1,CLSTN2,CRTC1,SYAP1,FBXO25,CYP46A1,CELSR3,SLC8A2,RIMS1,TMEM145,SALL2,ZFP30,NRCAM,SH3GL2,TLE4,TLE2,ANGEL2,ADAM11,KCTD2,ATP11A,KCTD6,PIAS2,CLIP3,DISP2,FRMD3,ACAP3,CACNB4,MADD,ANKS6,ABCG4,PSMD12,NDRG3,NTM,CACNA1B,CACNA1A,DTX3,KLC1,FBXO44,SOCS2,NEUROD2,IGSF21,EIF1AD,ARHGAP20,KLC2,CAMTA1,SRGAP3,LONRF2,PDZD7,PLXNA4,TMEM120B,SYT4,CLK4,AHI1,NR4A3,NBEA,HOOK2,HOOK1,TCF4,GNB5,CNIH3,MAP3K12,MXD4,CHD6,ZFP82,AFF3,PKD1,ELAVL3,MCF2L,PSD3,PDE4B,PHACTR3,RBM7,EID2B,GALNT9,TRIM67,DACT1,DST,PEG3,NUP133,PDPK1,VBP1,USP43,PDE4D,TNFRSF19,PPP2R5B,VCAN,PTP4A3,ALS2,SETBP1,NAV3,GFOD2,LUC7L3,ITGB1BP1,CAMK2B,NLGN2,NRXN1,NRXN2,RBM4B,ADD2,SLC25A27,STOX2,ABLIM1,GNG2,TRIM46,REPS2,VPS54,ATP9B,CLASP2,ARFGEF1,NTRK2,ATE1,SLC12A5,PCDH9,NEGR1,NDUFA5,PCDHGC4,PCDH7,MEIS2,FAM131C,POLR3F,VPS45,RGS11,CBLN1,METAP2"
+"gene_set_query"	"1103"	"NFE2L3"	"905.0"	"ARCHS4 Coexpression,829;Enrichr Queries,1092;GTEx Coexpression,794"	"EIF4A1,ZDHHC5,HNRNPU,TSEN54,FAM110A,ALCAM,RPS19,RUSC2,TRIM28,DPYSL2,MYC,WDR91,DPYSL3,HABP4,DAG1,CCDC92,SEPHS1,VPS36,SOX4,TMEM8B,PRKCI,SMARCC1,CD3EAP,ACTN4,EML4,EID1,SFRP1,DDIT4,NUP205,CDCA4,DHX9,NEDD4L,GABARAP,APH1A,NLN,LARP1,PDCD11,ERI3,ATP6V0A2,MLEC,RBM12,N4BP1,ZBED4,SNX5,ZSCAN18,NAA50,SNHG1,PRPF38B,JUN,ICMT,PHC1,EDEM1,RCC2,TREX1,PLK2,NETO2,MEX3C,PAICS,WDR55,SRPK1,HNRNPL,CCT6A,FASN,ID2,HNRNPF,HNRNPD,HYOU1,FBXL2,ITM2C,MOCS2,SMG1,DAZAP1,BTG1,SLC35F2,CITED2,CETN2,CLTC,SNX10,TCF20,SLC7A11,AKAP12,SYNCRIP,XPO1,PCF11,ENC1,DHX15,JARID2,TET2,RRAS2,DUSP6,APRT,DDB2,MLF2,MED23,SLC7A5,AFTPH,HEATR5B,TET3,PXDN,CANX,PABPC1,SGK1,CSTB,AHCY,ZDHHC20,USO1,HEATR1,FAM129B,TM9SF3,NRAS,NSD1,MFN1,RPS2,GPC4,CCT4,NPM1,USP9X,GTF2H5,LRPPRC,VEGFA,CAPZA1,SERBP1,HNRNPA2B1,TSR1,TRIP12,PKN1,UBE3C,KDM1A,RAB3D,CSE1L,MRFAP1,SRP14,UBE2Z,CLU,IPO7,IPO5,PPP1CC,BASP1,SLC38A1,KDM2B,USP3,IGFBP3,VPS33B,UBE2E1,ATP11B,LIG3,ZBTB33,ATP1B1,FBXW2,PDIA4,ADAM19,MSH6,MSH2,DMWD,FSCN1,KPNB1,ANAPC1,RAI14,KLHL18,COX19,LRRC59,INSIG1,ARL2,TARS,EFNA4,NDRG1,ACACA,SEL1L3,HSP90B1,SOCS2,UBR5,G3BP1,NACC1,NDN,SLC38A2,QSER1,MARK1,PRNP,FUS,OSBPL2,CRIM1,HMGA1,NUP153,ANKHD1,NFKBIA,COPS6,PAN3,HOOK2,RHEB,HOOK1,CNOT1,CNOT2,CNTN1,BLMH,MDM4,DEGS2,STT3B,EIF4G1,SCYL3,RNF11,HSP90AB1,RNF14,NVL,PRKCSH,CHD8,SLC2A3,SOBP,RND3,LMNB2,LMNB1,NGRN,DUSP12,SGCB,AP1G1,MDK,PDE4B,CASP2,PMEPA1,TNPO1,DDX55,CAD,H2AFX,RAD23B,VCAN,PTP4A3,SFPQ,NUP50,RASA1,ETF1,MET,B4GALT5,TRABD,GTF3C2,SMARCD2,HDAC3,GTF3C4,SRSF1,CXXC1,DDX21,ACVR1B,AGPAT1,LRP8,HSPD1,UGP2,TRA2B,GNA12,SH3BP2,IGF2BP3,VHL,PCDH1,CYTH1,EIF4B,MARCKSL1,KDM4C,RRM2,NAP1L1,SSRP1,HNRNPAB,ENOX1,KLF6,XPNPEP1,PSAT1,CARM1,RPS6KB2,PDCD4,SPRY2,ERCC5,VIM,EIF3D,CLUAP1,EIF3A,EIF3B"
+"gene_set_query"	"1104"	"ZNF583"	"905.0"	"ARCHS4 Coexpression,1343;Enrichr Queries,771;GTEx Coexpression,601"	"ATF2,SLC35B4,ZFYVE9,DIXDC1,ZDHHC5,CISD2,PHAX,BACH2,FAM110A,RUSC2,TRIM28,OPHN1,DPYSL2,MYC,IGLON5,AKT1,ATXN7L3,TBC1D10A,TRIM23,ARRDC4,EPHA4,MEF2C,ZFP1,ARRDC1,ZFP2,ARRDC3,CD3EAP,MOGS,SND1,SCAMP2,ARMC1,EID1,KATNAL1,DDIT3,DDIT4,HECA,KCTD12,CCDC82,TRIB2,IGSF3,DHX8,TSHZ3,FLII,MTMR9,PIK3R3,CD99L2,TTBK2,APH1A,RDH13,N4BP1,ZSCAN18,JUN,JUP,CADM1,INTS1,PLK2,SLC35E3,NR2F1,PBX2,PRRC2A,HNRNPL,QARS,ID2,SDC1,CDK14,CPEB4,ITM2C,NRP1,CSRNP2,PIGU,CCDC120,BTG1,CCDC127,CITED2,SLC7A11,BMI1,ADO,SIPA1L2,PRPF19,PTPRF,SMG5,AKAP12,AKAP11,ZIK1,LYPLA2,UPF1,TSC22D3,ZFR,MINK1,BAZ1B,TERF2,DUSP6,APRT,MLF2,RHOB,ZEB2,CDC42EP3,PXDN,EXOC5,EEF1E1,SGK1,FJX1,GRN,SATB1,ICA1L,WRB,HSPA13,METTL6,PAIP2,NMNAT2,DHRS1,GTF2H5,VEGFA,NFIA,CCNG2,TAOK2,NUCB1,HDGF,PKN1,ZFP28,CTNND1,MRFAP1,HDLBP,CWC27,ZFP30,CDH2,KIF5C,PIM3,TLE4,USP8,IGFBP3,TTC7B,ZCRB1,DISP2,MORF4L1,HNRNPUL1,RAB35,UBE2V2,CHMP4B,MATR3,LRRC59,TNKS,INSIG1,EFNA4,NDRG1,LRRC55,SOCS2,ORC4,ORC6,ORC3,NACC1,PLXNA2,ZKSCAN2,RPRD1A,LONRF2,MARK2,TRAPPC2,PRNP,AUTS2,CBX1,ASNS,EEF2,DNAJC18,EFNA2,NR4A3,STK24,APPBP2,HOOK2,NBEA,HOOK1,GNB2,RFXAP,MKRN2,NF1,SPIRE1,COPS8,LRP12,NFE2L1,EIF4G1,WDR1,RNF14,PRKCSH,TRADD,CHD6,PSIP1,ZFP82,SOBP,RND3,DUSP12,FSD1L,SCRN1,RNPEP,PDE4B,CASP2,CEP170,PGLS,DNM1L,EID2B,ACTR6,NCBP2,PDPK1,PDE4D,H2AFV,RAD23B,TSN,ZFP90,DNM2,VCAN,PTP4A3,RABEP1,RCN2,IRF3,NAV3,SETBP1,CTDSP2,POLR1B,ZMYND11,PFDN4,BCAT1,RNFT2,NLGN1,SEMA3F,FAM168B,GANAB,RPS6KC1,U2AF2,SH3BP2,POLR2D,FAM120A,FEM1C,EIF4E,PCDH9,NEGR1,LIMK2,DDHD1,CDC42BPA,MEIS2,KLF7,TSPAN14,KLF6,BRMS1L,RPS6KB2,POLR3F,ACIN1,TRIM37,CLUAP1,METAP2"
+"gene_set_query"	"1105"	"MYOG"	"905.8"	"ARCHS4 Coexpression,1354;ENCODE ChIP-seq,17;Enrichr Queries,1293;GTEx Coexpression,959"	"ITSN2,NUP107,IFT172,ITSN1,TESK1,ALKBH3,FAM110A,TBK1,CAPNS1,AKT2,FAM110B,AKT1,PRKACA,PRKACB,PRKAB2,CACNA2D1,FRS2,PRKAB1,BCR,LARS2,EWSR1,DDIT4,FEZ2,UNC50,TMEM126A,SLBP,SAR1A,SAR1B,CDCA4,PDGFA,BAZ2A,PLA2G6,CIAO1,PRPSAP1,RNF216,JAG2,JUN,CREBBP,NR2F1,TBL3,PKIA,SFXN3,HYOU1,SFXN1,PKIG,DZIP3,LGMN,GSTM5,SNX11,SHD,MED17,MECP2,PANX1,SMPD3,ATIC,JAK2,PCMTD1,DUSP1,EPS15L1,MED27,PGM2L1,DDB1,MED23,SLC7A4,SLC7A6,MED21,PXDN,SDHAF1,RAPGEF1,ERGIC3,PAFAH1B2,PAFAH1B1,GSTP1,WRB,DLST,SNX32,NOC4L,FAM117B,SPOP,STX2,JAM3,EGLN1,ATAD1,MBD3,CENPT,RIC3,CRBN,MCRS1,WNT7B,SNX21,ABCB10,TAOK3,APEX1,SNX14,ETNK1,TAOK1,SNX15,CCDC6,PKN1,CIAPIN1,CRAT,YPEL3,TMEM167B,PDCD5,FBXO25,FBXO22,FADS3,POFUT2,UROD,ADORA1,NUDT19,FBXW4,PIAS4,BNIP3L,PCYT2,DGAT1,STX7,ATP11A,ZCRB1,FBXO10,CASD1,POLRMT,PIAS2,FAM118B,CDC25B,MSH6,TPST2,ACLY,DMTF1,SRSF2,SRSF6,SLC27A3,SRSF7,SLC27A4,KHDRBS3,NRF1,RAP1B,EIF1AD,SNN,G3BP1,SMYD2,BRIX1,NAE1,IP6K2,NEK9,TMEM120B,FUS,ODF2,STYX,HPS1,HPS3,CORO2B,FBXO31,UCKL1,LRCH1,ARPC2,NACA,CLPTM1L,NIT1,ISY1,ITGB1,ALAS1,AKAP8L,PTEN,ETFB,ZNRD1,PPP6R1,PPP6R2,ACP2,PGLS,ARL5A,SNAP29,YAF2,BOK,ACTR3,EIF5B,VPS13A,RABGGTB,RABGGTA,ARFGAP1,ATRN,TMBIM4,IMPAD1,C1D,BECN1,SNAP47,ROCK2,LENG8,SRL,RCHY1,FOXRED2,ZNRF2,NNAT,UBQLN1,EIF4H,E2F4,FSD1,IGF2BP2,PCDH1,TRIM44,UBQLN2,NOP56,SEPT11,CIZ1,TRIM41,FEM1A,FEM1B,CNBP,MID1IP1,TXNL1,EFR3B,CABLES2,GSTZ1,EIF3L,TSPAN18,PDCD4,EIF3G,EIF3H,TRIM37,EIF3E,TRIM32,BCAR1,EIF3B,SLC23A2,SMARCB1,PPAN,RCBTB1,ACTB,CRKL,HERC2,SNRPD1,TRIM26,EIF2D,ATXN7L1,PTGFRN,CCDC92,ATP6V1G1,SMARCC1,ATP6V1G2,CIRBP,TALDO1,CSNK1D,MOGS,ACTN4,ALG1,TMEM170B,MFSD11,CDC34,PPA1,FLYWCH1,FAM76A,KCTD18,TBC1D9B,DHX8,FBF1,MYCBP2,SDC3,CDKN2AIP,NKAIN2,PGS1,SYNGR1,SEC14L1,MYO5A,NTAN1,PTK2,IFFO1,EXT1,AIMP2,CDC16,CALU,GRB2,SUGP2,HERPUD2,DDR1,DHRS13,CSRNP2,MRPS16,HIBADH,RAB22A,HERPUD1,PPP3CA,PCM1,PCLO,AKAP11,OTUD6B,PBRM1,GAA,MRPS23,CACYBP,SREBF2,GAK,TAX1BP1,NAPA,NAPB,MRPS33,SSNA1,PRICKLE1,GNAI1,RELA,NFIL3,MGAT1,RAE1,MON2,SORT1,PNPLA8,KLHL2,TTC1,VEGFA,YIF1B,SH3RF3,PDCL3,BOP1,TTC9,NUDT8,TTC4,KLHL8,CCNYL1,TCEA1,HDGF,TACC2,ZFP28,SRP19,CRTC2,NUP188,UBE3C,CRTC1,ZFAND3,UBE3A,PRDM2,IGF1R,TXN2,NARS,DENND5A,ENPP5,PCID2,DNAJB12,SDHA,EEF1A1,ADAM15,EEF1A2,EHBP1L1,PPIF,TBC1D24,PLAA,WDFY3,PPIB,COX19,GNAZ,TBC1D19,COX16,NDUFB10,COX15,DIABLO,CACNA1B,CACNA1A,HTRA2,CNN3,TIMM50,RNASEH1,SHARPIN,TBC1D13,UBE2F,UBE2H,UBE2B,TIMM44,CNOT10,AP4B1,IFT20,AHI1,HOOK2,CCPG1,GNB2,GNB1,CNTN2,UBA2,AMOTL2,DEGS1,UBE2K,FGF11,GALK1,MXD4,PHTF2,DYRK3,DYRK2,TNFAIP1,TTC28,LASP1,MYO18A,SUN2,SUN1,TBP,PDPK1,DCAKD,CAD,SYNGR3,EPN1,EEF1D,GFOD2,CRY2,IFT46,SHANK3,CUEDC1,RRN3,ANKS3,RNF8,NT5C2,ADD1,POLD3,CAND1,CNR1,TGS1,MKNK2,TRA2A,SPOCK1,TMEM208,RPP14,CYTH1,TTC14,TTC13,BNIP3,EYA3,CDK11B,USF1,TEF,TES,RRP1,EPRS,GPATCH8,GLS,ALCAM,CNST,TFG,NUP214,VPS18,DDX18,NUP210,PRKCE,ARMC9,GTPBP6,REV1,SCRIB,WDR73,GTPBP2,GTPBP4,ARMC6,ADPRH,GNE,NUP205,CTBP1,WDR61,XPC,ADH5,FAM171A2,LDHA,WDR70,BLOC1S1,NUP85,CEP70,GAR1,MCMBP,ST3GAL1,ST3GAL2,FDFT1,ST3GAL3,CEP78,NAA50,SNAPIN,ARPP21,DMPK,PLK2,IRF2BP1,IRF2BP2,NR1D1,WDR55,EHD1,SQLE,TOLLIP,FARSA,SMG1,WDR47,BTG1,GMEB2,PHF1,SETD7,SMG5,WDR43,SMG6,UBL3,RRP15,CEP68,WDR36,SHPRH,TPI1,NUTF2,WDR34,COPZ1,WDR33,GNL3,TUBB2B,TUBB2A,MTF2,TCP1,EXOC4,GARS,EXOC2,GRAMD1A,WDR26,USO1,SCAF8,UBN1,RRP36,CKB,PAIP2,DEDD,RUNX1T1,YTHDF1,YTHDF3,PCGF2,WDR18,PCGF3,GATC,WDR12,SCAF4,SLC8A3,ANKRD13C,RAB3C,ANKRD13D,GTF2B,CEP120,SYAP1,AUP1,RPL10A,EDC4,PPP1CB,IPO9,SLC39A9,CFL2,PHYHD1,PLS3,HMGN2,TXNL4A,HMGN1,MAGI1,RARS2,MAP2K4,USP8,TLE2,MAP2K2,TPM3,USP4,MAGI3,THOC1,VASH2,TRAFD1,THOC5,LEMD2,NRBP1,MORF4L1,RAB31,DMWD,SNRNP27,AAGAB,SNRPC,FKBP3,CSNK1G2,SNRPA,FKBP5,FKBP2,BRSK2,INSIG1,UBR4,UBR3,ORC5,ORC4,ORC3,DVL1,DVL2,PLXNA2,DVL3,PLXNA1,SRGAP3,MAP2K5,EIF2B5,OSBPL8,TRAPPC3,EIF2B3,OSBPL7,OSBPL5,OSBPL2,COPS4,COPS6,SYNJ1,NBEA,NSG2,LRFN1,PLEKHM2,COPS8,CNIH3,SLC48A1,WDR1,ZC3H3,NOB1,SCRN1,AP1G1,WDR6,WDR7,TNPO1,EIF2B1,TNPO3,ILKAP,IDH3A,ADSL,SGIP1,LANCL1,EDF1,WIPI2,DNAJC7,POLR1D,CCDC43,VPS4A,FBXL20,RAB21,HECTD1,DNAJB6,FIP1L1,HAUS8,ABLIM3,DNAJB5,HECTD3,POLR2C,POLR2D,POLR2E,DNAJB9,POLR2F,ASCC2,CCDC71,POLR2J,SEC11C,SLC35A4,CCDC59,RPRD2,RAB10,POLR3B,VAPA,PSAT1,VAPB,RAB12,DNAJA2,DRG1,RAB18,DRG2,PPIL3,POLR3K,PPIL4,TPT1,PANK2,TMEM183A,VARS,PITPNB,SLC35B1,HDAC11,CISD1,CISD2,CBLB,PPP2R2A,PDCD2L,TIAL1,PNN,RPS19,PPP2R1A,DAG1,LONP1,TBC1D10A,TBC1D10B,SRRM2,COG6,IFRD1,COG2,AP1AR,TWSG1,POR,HECA,ATP6V0D1,OBSL1,MAGED1,STXBP1,CSTF2,MYL12B,FXR1,UGCG,SCFD1,FXR2,CSTF1,STXBP5,TRPM7,ATP6V0A1,ZRANB2,SYNRG,PYCR2,PUM1,PUM2,SMU1,RPS20,RNPS1,UBXN1,FAM45A,CITED2,SLC35F5,SIPA1L1,CHMP1B,C1QBP,XPO6,TMED7,UBXN6,RALGPS1,TMED4,TOP3B,ZYG11B,TMED9,ZER1,PARP1,STRADB,PPHLN1,ZDHHC16,ZDHHC17,MTSS1,ITFG1,SLC22A23,NFX1,HNRNPH3,CSTB,DTYMK,GDPD1,NOL9,GDPD5,PTS,NOL6,PPP2CA,NT5C,PPP2CB,UBTD2,METTL6,MYEF2,NFYB,NFYC,SORBS1,AIG1,RAB11A,ATAT1,PDP1,SPCS1,XPOT,CAPZA1,CAPZA2,KBTBD7,MPHOSPH8,MEGF9,KDM1A,SPPL2B,NDUFA10,MRFAP1,CWC25,CCDC28B,TATDN1,TATDN2,FAM162A,FPGS,TRAPPC2L,LMO4,SHISA4,LMO7,PUS7,PRPF6,PRPF3,CHMP4B,PXK,RPS19BP1,NOP2,PXN,LPL,FBLN1,CAMSAP1,EFNB2,SCUBE1,UBB,CBX6,KLHDC4,CPSF6,PNPT1,CBX4,RHBDD3,CPSF2,COQ9,COQ2,LRP10,LRP12,LRP11,KDM5B,THRA,DBI,SNAPC3,MFSD1,CASP2,RBM7,H2AFY,H2AFX,PPP2R5B,RPS3A,LSS,DNM3,FAM84A,CDH13,PFDN2,TMEM9,THOP1,PFDN5,VAC14,STOML2,KDM3B,STOML1,TBRG4,FAM168B,MAPK8,MAPK7,CHSY1,RPS6KC1,PPP2R3C,GNA11,LIMK2,RPS6KB1,CDK2AP2,ATP13A2,ATP13A3,TDRKH,MDC1,CHIC2,EHMT2,EHMT1,GHITM,RBPJ,SCAMP5,KRTCAP2,PSMD6,PSMD7,PSMD4,PSMD5,PSMD2,PSMD3,SAMD10,CHID1,MEF2A,HES6,MEF2C,DAXX,DNTTIP2,DICER1,RFX1,HDHD2,EML1,SCAMP2,EID1,EID2,PRKAR1A,RFX7,PSME3,RUFY2,TBPL1,UQCRC2,LETMD1,CGGBP1,MTMR1,MTMR2,MEAF6,FLII,MTMR9,AGAP1,MRPL14,MTMR4,MRPL12,MTMR6,CYB5R1,MRPL20,HMGXB4,CYB5R3,PRKAR2A,RHBDL1,VTI1B,B3GALNT1,CADM1,EXOC6B,ERLIN2,EIF1,MLLT11,MRPL30,UCK1,PSMG3,DCHS1,PSMG1,PSMG2,AVL9,TMEM9B,EZH2,ARF3,ARF4,ARF1,PIGO,PIGQ,RPLP0,MRPL39,AACS,MRPL42,TRMT112,TUBA1B,TUBA1A,MRPL40,RPLP2,SH3BGRL3,APPL1,LRRC47,DFFB,ELOVL4,PGAM1,MRPL49,MRPL48,MRPL45,MRPL43,SRP9,SIRT2,MRPL52,PSMA1,CDC42EP3,TMEM106C,SLC29A1,VAMP4,SLC29A2,LRRC14,RNASEK,HTT,CCNDBP1,MRPL55,GGA3,TMEM65,MICALL1,PSMB1,ANO10,YKT6,MDH1,LRRC20,FABP3,LYRM2,PSMC1,SRRD,GOPC,RPL22L1,CCNT2,CSE1L,UBE2D3,UBE2D1,HDDC3,FBRSL1,KPNA4,PMPCA,PIM3,KPNA3,AP2M1,KPNA1,SH3GLB1,VPS33A,PPP1R16A,FOXP4,SAP30,ACAP2,TXLNA,SLC9A8,MRTO4,ANAPC4,RAD54L2,KPNB1,ANAPC2,LRRC59,MAX,TUBGCP2,ARL1,STK39,ISG20L2,GPR85,RAP1GAP,GLIS2,SLC9A1,STK38,SLC38A6,THEM4,E4F1,GOT1,ZBTB11,EEF2,ZC3HC1,STK25,TMEM11,MDM2,TUBGCP3,NFE2L1,SLC25A1,PPP1R13B,HSP90AB1,CELF1,SCHIP1,COX4I1,FHL1,POMT1,ARRB1,ARRB2,SUMO3,NCK2,PMEPA1,DGCR6,MDP1,DIS3L2,PELP1,ARNT,VPS37D,NDUFC2,RAD23A,NDUFC1,VPS37B,NSMCE4A,SLC25A17,NPC1,SEC22B,MET,SLC25A11,SLC25A4,AHDC1,SEC22C,RNFT2,GTF3C3,GTF3C4,PPM1L,CXXC1,FOXK1,HSD17B10,PPM1E,LRP6,FCHO2,BEND3,SH3BP5,LRRC8A,CYB5B,NDUFA8,PPP1R14B,PPP1R14C,NDUFA6,MMAA,NDUFA4,DONSON,MBOAT2,MCOLN1,TPD52L2,SLC25A39,PTPN9,SMAP2,SPG21,EIF4A2,AHCYL1,PLEKHB2,EIF4A3,PREP,KEAP1,TXNDC11,ZDHHC6,THUMPD3,CCNC,THUMPD1,IFI30,ZDHHC3,CCAR1,CHORDC1,OGFOD2,CCNL2,CCNL1,SEC63,ST6GAL1,SCAF11,NSMCE2,NSMCE1,MIF,ANK1,PISD,THAP4,GNPAT,ULK3,KDELR2,MMADHC,TMEM87B,PAXIP1,PIK3R2,PIK3R1,UBE2J2,UBE2J1,DHX30,SNX4,SNX1,COMMD9,DHX33,DHX34,MICAL1,ERI3,SURF6,RCE1,RAB11FIP3,SEC31A,XRCC6,ZFR2,RCC2,XRCC1,ID2,INTS7,LRRN1,CALM1,CALM2,PTPRS,USPL1,GPAA1,PPP1R10,INTS10,PTPRK,SPTLC1,SPTLC2,ENC1,NCS1,DHX16,SSSCA1,KIF1B,ARIH1,KIF1A,CTSD,CTSB,VKORC1,NCOA2,SEC13,TMEM150A,WARS,MMD,MINK1,MRPS2,RGMB,COMMD7,MRPS6,MRPS5,COMMD5,MRPS9,CSDE1,G2E3,NCOA7,CD47,CRELD2,DBN1,STK40,RABGAP1,STX18,DERL1,CRIP2,EXOSC7,ARVCF,SAMM50,PGRMC2,FAM172A,CAMK2N1,GPC1,EXOSC9,EXOSC8,HSF1,CCT8,PAK3,PAK2,EXOSC1,CCT4,PLEKHA1,MIB2,RPA1,TMUB1,UBE2G1,UBE2G2,AP2B1,DOHH,FKBP1A,PER1,DPY19L1,GPAM,CSDC2,CCNG2,NEDD4,ESYT2,FAM171B,SH3GL3,KLHL34,OGDHL,CYP46A1,CAPN7,PPME1,KHSRP,KIF5B,PALM,CAPN2,BANF1,SH3GL1,SLC30A9,DIMT1,RUNDC3A,TANC2,UBE2V1,GEMIN7,RTN2,KLHL18,PSMD12,YTHDC1,KLHL17,SEL1L,TOR1AIP2,PDS5B,RPF2,NDRG1,RTN4,ENHO,KIF3B,DEAF1,KIF3C,NDUFV2,CCDC134,IVNS1ABP,PRNP,OST4,GGT7,KLHL25,PHF12,VTA1,HMGA1,DSTN,SSH3,ANKHD1,GCLC,PHF13,TAB1,LSM14B,LSM14A,YWHAE,RBM25,DDX3X,YWHAB,PSIP1,ILK,CHD4,ARHGEF10L,CHD3,TRIAP1,AFF4,GPHN,TMEM191C,PPP1R9B,SEC61A2,SEC61A1,BCL7A,YWHAQ,BCL7C,NUP62,NPTN,UQCRFS1,YWHAG,GALNT9,UTP15,RBM17,NAA30,HSDL1,GLRX3,DDX55,DDX56,UBE2QL1,DDX54,GPCPD1,DDX50,PJA2,LMBRD1,CREB1,NDUFS7,PEX3,NDUFS6,GORASP1,NDUFS5,NUP50,TBC1D7,NDUFS3,NUP54,EAPP,RBM24,DDX27,DCTN1,TGFBRAP1,DDX23,DDX20,RBM4B,DDX21,DNPEP,TNKS2,TAF1C,BMS1,SMNDC1,PDLIM7,MBTPS1,TAF15,GALNT2,TAF10,ATP2B1,LRWD1,ACVR2A,CHFR,SOD1,CLCN7,CLCN6,SBK1,FAM131C,ASB8,ASB6,VIM,FAM98A,RBM45,CLUAP1,LNX2,DCAF8,DCAF5,GABPB1,BACH1,DCAF6,GCSH,GLE1,RNF115,NUB1,MYC,CDK20,RPL36,PIP4K2A,RPL35,PIP4K2C,RNF111,TSPYL2,ACOT7,UNC13A,RPL22,SOX12,NISCH,RNF123,DYNC1LI1,RNF126,BIN1,SARNP,YME1L1,RPL27,UBA52,RNF121,CDC42SE1,NEDD4L,ATXN7L3B,HIF1A,PRDX3,FAM160B1,PRDX5,PPP3R1,PPP4C,CHST10,PLCG1,BRAP,CDK19,FZD3,RPL41,CHKB,ST13,RAB3IP,BRAF,PRRC2B,TMEM198,TADA2B,FAM160A2,RNF103,CDK10,UNC119,DUS1L,CDK14,CDK16,TRMU,CLTC,CLTB,CLTA,ADO,TRIM3,ANXA6,AP3S2,ZC3H10,BRD2,BRD1,TCF12,AFTPH,INF2,MRAS,TET3,PLCB1,RNF166,HSPA13,TM9SF3,CHN1,RPL14,SC5D,ANKRD52,RPL18,ANKRD50,SF3A3,BRF2,RIOK3,AGK,WWP2,SRP68,GTF2H5,ERP44,RNF145,INHA,DGKD,TUSC3,TUSC2,RNF19B,YEATS4,BZW2,STK32C,SEMA6C,RNF44,ANKRD46,IGFBP3,ANKRD44,GPT2,IGFBP2,F2R,AIP,CACNB1,CTDNEP1,DISP2,ST7L,ARMCX4,CLIP1,ARMCX1,ZFP41,STIM2,ARMCX6,MADD,ERP29,TTPAL,GLYR1,ENY2,CUL5,ABHD2,ANKRD11,AK1,CUL2,ABHD8,CHRD,TARS,AK3,HMBOX1,BAG5,BTBD1,PITRM1,BAG1,NACC1,SAFB2,MPDU1,ESRRA,TNK2,ASNS,MARCH8,ADAP1,BTBD9,LSM4,ZZEF1,LSM2,MARCH2,NSFL1C,RCAN1,ZFP62,CDK4,CNOT2,TADA3,GPR107,IARS,CNOT8,RNF185,SERINC2,EIF4G2,EIF4G1,CALCOCO1,RNF11,RNF13,TRADD,ZFP82,PTPN23,DUSP12,PTBP1,SART3,GM2A,OPA1,SGCB,OPA3,HIF1AN,PDCD6IP,ELAC2,LIX1L,DUSP26,PATL1,ZFP90,REXO4,PTP4A3,EIF4E2,SOS1,SSX2IP,TRABD,NFAT5,SMARCD2,SMARCD3,WBP1,WBP2,PUF60,RBBP7,UGGT1,DCAF13,SPAG9,KCNJ11,SEMA4D,TXNRD1,SEMA4B,ADRM1,SEMA4C,DDHD2,PTPN11,CDC42BPB,DDHD1,OXR1,PNRC2,CUL4A,GLRB,APC,MGAT4B,RUNDC1,INSM1,PFKM,GOLGA4,RUSC2,ARL6IP5,ZFPL1,GLUL,GOLGA7,AGFG1,SLC6A17,SACM1L,MRPS18A,RRAGA,RRAGC,AKAP9,GUF1,EZR,CBLL1,BEX1,NECAB3,IGSF3,TWF1,TRMT2A,TEX261,NLK,GMCL1,PTDSS2,VPS8,INPP5E,SCAP,MAP4,SCAI,NUS1,TRAP1,SS18L1,SNHG6,MEMO1,STAM,ACADSB,UBAC1,GADD45G,MANF,SRPK1,CCDC88A,CCDC88C,TMCC2,CORO7,TMCC1,BAP1,ITM2C,CC2D1B,FAF1,OLA1,MYL6B,VLDLR,RYR3,RPTOR,ZMYM2,GLIPR2,ATP6V0B,PRMT1,AMPD2,RHOF,NME1,MPPED2,WAC,MAPRE3,MAPT,SGK1,ALDOA,MAPRE1,MAPRE2,PRIM2,AKAP1,DCPS,MPZL1,MAP4K4,RANBP2,RANBP1,RANBP3,RANBP6,MARS,CTNNB1,RAB3GAP2,FAU,CDK5R2,CDK5R1,POGK,ARHGAP39,TOMM20,TOMM22,CHCHD4,ARHGAP44,CHCHD3,TMEM147,CHCHD7,CHCHD1,TMEM14C,NSF,PDIA3,DSCAM,TSC2,PDIA4,CMPK1,SCG5,RELL2,STAM2,ISCU,FAIM,RAI14,BTF3L4,ADIPOR1,PLCXD2,DPP3,MAN2A2,TMEM127,DPP9,ATP6V1H,ZC3H14,ZC3H15,ATP6V1F,HSPA9,RAP1GAP2,HSPA8,SMAD4,HSPA5,PTCH1,TBCD,DNAJC13,DNAJC14,SMAD5,AZIN1,ARHGAP23,NR4A3,JMY,CLASRP,ACBD3,GRSF1,B4GALT2,SCYL3,USP36,ACADVL,DOCK3,ELAVL1,FLOT1,TMEM109,SPEG,USP30,TSFM,USP48,USP42,TRNAU1AP,SENP2,SENP3,LATS1,FAM189B,CHMP6,B4GALT7,LUC7L2,B4GALT5,HCN3,USP15,RGS19,USP10,RGS16,MTIF2,SPG7,TM2D3,DLL1,STRN3,HSPD1,RMND5A,NCAM1,ABCF2,CAMK2G,ABCF1,REPS1,RWDD1,USP24,PTCD2,USP20,PDE4DIP,NAP1L4,NEURL4,XPNPEP1,SSBP1,ABCE1,SSBP2,SSBP3"
+"gene_set_query"	"1106"	"ZNF528"	"906.3"	"ARCHS4 Coexpression,1086;Enrichr Queries,877;GTEx Coexpression,756"	"VARS,ENO2,RPL8,GPR173,RNF112,TRIM28,DPYSL2,MYC,PSMD3,ATXN7L3,SCAPER,SOX4,SOX5,DDX17,ARRDC4,TSPYL2,SRRM3,EPHA4,SRRM4,SMARCC2,RBFOX2,RBFOX3,ZFP2,ARRDC3,CIRBP,MOGS,ANK3,MAPK8IP3,NISCH,EML5,RUFY2,DDIT4,BEX4,FLII,NPRL3,TRANK1,PIK3R1,APH1A,PCBP4,PCBP1,PLCG1,ZSCAN18,BBS1,CADM3,JUN,PHC1,ZRANB2,PRRT2,PLK2,SLC35E3,MICAL3,UPF3A,PA2G4,L1CAM,PRRC2B,PBX1,POU6F1,HNRNPL,LAS1L,FAT4,EZH1,ITM2C,PHF2,NRP1,PIGU,DAZAP1,BTG1,PTPRS,KCNC1,GRIK2,VLDLR,PRPF19,SHF,PCMTD2,AKAP12,EPM2AIP1,TRIM9,MMP24,PCLO,TRIM3,ENC1,REV3L,SDF4,CTSF,GPRASP1,GARNL3,ZIK1,UPF1,PRMT7,TSC22D3,PGAM1,ZDHHC17,MLF2,RHOB,KIT,PXDN,SGK1,TKT,SATB1,ICA1L,ADAM22,ADCY1,CENPB,CAMKK2,HIRA,ARVCF,PES1,YKT6,RUNX1T1,NPDC1,RIC3,SF3A1,DAB2IP,SKI,NFIB,HDGF,PKN1,ZFP28,ATN1,FRY,CYP46A1,CLU,SLC8A2,TMEM145,SALL2,ZFP30,CDH2,PPIP5K2,ARHGDIA,POGZ,PALM,NRCAM,TLE2,SLC38A1,USP5,IGFBP3,TPM1,F2R,MAGI2,ADAM11,TTC7B,TSC2,TSC1,LMO7,ATAD3A,KCTD6,DISP2,CTDNEP1,ACAP3,ARMCX4,DMTF1,RAB35,ANKS6,CHMP4B,SRSF6,CSNK1G2,LRRC59,RAB5C,MAZ,CACNA1A,DTX3,SOCS2,ORC4,IRAK1,NACC1,SRGAP1,PDZD7,PLXNA3,BPTF,TMEM120B,PRNP,CRIM1,ASNS,KLHL24,EEF2,CLK4,NBEA,HOOK2,HOOK1,GNB2,MDM4,FGF13,MAP3K12,MXD4,EIF4G1,UBE2M,GPSM1,WDR1,PRKCSH,CHD6,SLC2A3,YBX1,PKD1,LMNB2,LMNB1,SART1,SNRNP70,MDK,PPP6R1,MCF2L,PDE4B,PMEPA1,EDIL3,TRIM67,EIF5A,DST,PDPK1,PDE4D,DDX54,NAV2,KLF16,TRAF7,VCAN,PTP4A3,ALS2,CDH11,LUC7L3,TNFRSF21,RNFT2,SMARCD2,ANKS3,RAB1B,LENG8,NRXN2,RBM4B,SLC25A27,ABLIM1,GANAB,U2AF2,EIF4H,DROSHA,SPOCK1,MEST,ATP9B,SH2B1,PCDH9,PCDHGC4,BNIP3,SSRP1,DDHD1,GDAP1,HNRNPAB,TNRC6C,SH3YL1,ERCC3,SYT11,CARM1,MGAT4B,VPS45,RGS11,VIM,P4HB,MDGA1,TNRC6A,CBLN1,METAP2,EIF3B"
+"gene_set_query"	"1107"	"ZNF416"	"906.7"	"ARCHS4 Coexpression,946;Enrichr Queries,918;GTEx Coexpression,856"	"POP7,EIF4A3,ZDHHC5,GPATCH1,CBLB,PDCD2L,CDC23,TFG,ALKBH1,MYC,PSMD2,IER5,SOX4,IER2,ARRDC4,MED1,CSNK2A1,IMP3,ALG2,CD3EAP,MED6,GTPBP4,ARMC1,DYNC1LI1,NIF3L1,RFX7,ZW10,PSME3,GRWD1,DDIT3,DDIT4,UQCRC1,HECA,CBLL1,SLBP,DHX8,CDCA4,NCSTN,GAR1,CSTF1,RCE1,PUSL1,RBM12,ZSCAN18,JUN,PRPF38B,XRCC6,JUP,PLK2,PA2G4,NETO2,GPN1,GADD45G,SMU1,ZBTB6,SNW1,EIF5,ID2,HNRNPF,INTS5,RNPS1,NOL11,HNRNPC,ITM2C,PIGU,CITED2,CTCF,SLC7A11,ADO,WDR43,HERPUD1,C1QBP,DHX15,ZIK1,CCT3,PRMT5,CCT2,MRPS26,SEC13,PCYT1A,ELOVL4,TSC22D3,PGAM1,ACAD9,ACTL6A,PPRC1,DUSP6,SRP9,MLF2,RHOB,TOX4,SLC7A5,TUBB2A,NFX1,MED21,TET3,PXDN,EXOC4,GARS,SGK1,CSTB,SF3B3,PCNA,ELOF1,GNAI3,PRICKLE1,PSMA7,NOL6,EXOSC7,PPP2CA,NFIL3,PPP1R8,PSMB1,LEO1,MGAT2,PAIP1,CCT4,SF3A3,YTHDF2,CSNK1A1,MTX2,WDR18,PTGES3,RPA1,SRP68,KBTBD4,PDCL3,APEX1,SERBP1,PSMC2,TSR1,PKN1,CIAPIN1,KBTBD7,GTF2B,FBXO28,BCCIP,ZFP30,SESN1,HMGN2,FADS1,HMGN1,RALBP1,SLC38A1,ADPRHL2,IGFBP3,CTNNBIP1,THOC3,ILF2,FAM118B,TUFM,MSH6,OLFM2,RAB35,SRSF2,FKBP5,SNRPB,KLHL18,IDI1,DNMT1,PSMD14,INSIG1,SLC1A4,EFNA4,ORC5,SOCS2,EIF1AD,PRNP,NOP14,DR1,BOD1,NONO,ASNS,FANCE,EIF2S1,ZC3HC1,RCL1,BCL9,EFNA3,EFNA2,HOOK2,CDK5,HOOK1,TMEM11,CNTN1,BLMH,DEGS1,DEGS2,DHCR7,NVL,PRKCSH,CHD8,CHD6,ZFP82,RND3,BICD2,DUSP11,SEC61A2,DUSP12,MRPL3,EEF2K,YWHAQ,MFSD5,PMEPA1,MRPL9,TNPO3,UTP15,JAGN1,PLA2G4E,PDPK1,PLRG1,RAD23B,UTP18,ZFP90,TSN,PTP4A3,CTDSP2,POLR1B,NAA35,SEC22C,PPP1R15A,DCTN5,HDAC2,GTF3C4,PARG,RNF34,POLDIP3,PRCC,PARD6G,ZBTB45,TOB1,HSD17B10,PARL,IWS1,DNAJB1,FZR1,TMEM203,RBBP5,TGS1,POLR2D,DNAJB9,FEM1C,MEST,KDM4A,PPIL1,GALNT1,CNBP,ACVR2A,SLC25A38,KLF6,SNRNP40,POLR3B,POLE3,RPS6KB2,TRIM35,VPS45,RAN"
+"gene_set_query"	"1108"	"DLX5"	"906.7"	"ARCHS4 Coexpression,313;Enrichr Queries,1056;GTEx Coexpression,1351"	"EPHB6,CCNJ,ENO2,FNBP1L,RAPGEFL1,FAM110A,DPYSL4,RUSC2,DPYSL5,PPP2R1A,DPYSL2,MYC,FAM110B,STMN1,LUC7L,KIFAP3,SOX4,EPHA5,EPHA4,MEF2C,CXADR,WSB1,RBFOX2,LIMCH1,SOX11,EID1,SFRP1,FEZ1,RUFY3,DDIT4,RUFY2,CRYZL1,SIK1,TAGLN3,PFN2,BEX4,NRN1,BEX1,MAGED1,FOXG1,NPRL3,PIK3R3,ATXN7L3B,HTATSF1,SNX4,SGPL1,FLRT2,PCBP4,RDH13,NDFIP2,JUN,FZD3,JUP,BCL11B,CADM1,H3F3B,BCL11A,ST8SIA2,H3F3A,NR2F1,DCLK2,NR1D1,TMEM198,MLLT11,CCDC88A,VANGL2,HNRNPK,ARL2BP,H2AFY2,ID2,PKIA,SDC1,FXYD6,MAGED2,CD200,GPR19,WDR47,CSRNP3,SLC35F2,CLTB,OLA1,SPPL3,PHF6,ROBO1,SMPD3,ING4,ACTR1A,TUBA1A,TRIM2,NEFL,PLEKHN1,RSPRY1,CCDC112,BRD3,ELOVL4,ACTL6B,TSC22D1,HSBP1,LRRC49,ACAD9,LRRC40,DUSP6,ITFG1,SRP9,MLF2,ENAH,MN1,ZEB2,TUBB2B,TUBB2A,TET3,KIT,MPPED2,PXDN,EXOC5,SGK1,PAFAH1B3,DBN1,CSTB,DYNC1I2,MAGEH1,SATB2,AKAP7,PTN,NOL4,PAPSS1,TMEM169,HSF2,CTNNA2,PAIP2,ATP6V0E2,DTD1,DYNC1I1,RUNX1T1,KIDINS220,WNT7B,SORBS2,BLCAP,KLHL9,ATAT1,MORN4,KLHL7,TTC3,CDK5R1,NARF,RAB3A,RASL11B,ZFAND6,FBXO28,ARID4A,UBE2D1,FBXO21,ACTG1,NUDT11,NUDT10,ATCAY,CDH2,TUBB3,PLS3,HMGN1,RALBP1,ANKRD46,IGFBP3,CTNNBIP1,IGFBP2,TBR1,LMO7,POU3F1,POU3F3,MYCN,RAD54L2,LY6H,TOX,GRIA1,RTN3,DDX5,TSG101,RTN1,ZC4H2,BTF3L4,LPL,CACNA1A,KLC1,EFNA4,NDRG1,PHF21B,CORO1C,EFNB2,MBIP,OTX1,ZKSCAN1,IP6K2,TIA1,CBX5,NSG1,MARCH6,MARCH5,REEP1,EFNA3,STK24,HOOK2,LHX2,HOOK1,CAPRIN1,BLMH,DEGS1,TCF4,SERINC1,DEGS2,EIF4G2,KDM5B,CELF3,ELAVL4,RND3,BICD2,GPHN,TRO,DUSP12,NGRN,EEF2K,YWHAQ,GDAP1L1,CEP170,DACT1,SVOP,HSDL1,PLA2G4E,VBP1,RBM18,DCAKD,TNFRSF19,PTBP2,NIPSNAP1,PJA1,PTP4A1,VCAN,PTP4A3,RCN2,CDH11,DCX,TERF2IP,INA,HDAC2,USP11,DCTN3,CXXC1,TULP4,PARD6G,RBM4B,CRMP1,ACVR1B,DLL1,JAKMIP2,MAPK8,GNG2,RAB40C,PTPRZ1,SLITRK1,NNAT,POLR2D,WASF1,MEST,BEND5,CLASP2,SMARCE1,NTRK2,PPP1R14C,PCDH7,PCDH8,BAIAP2,MEIS2,GDAP1,ACVR2A,NELL2,MAPK10,KLF7,RPS6KB2,ST7,TRIM35,VIM,INSM1,SSBP2"
+"gene_set_query"	"1109"	"ZNF284"	"908.0"	"ARCHS4 Coexpression,773;Enrichr Queries,1088;GTEx Coexpression,863"	"VARS,HDAC11,GPATCH1,FNBP1L,TIAL1,LSM12,CDC23,CAPNS1,TRIM28,PSMD5,DPYSL2,MYC,BSG,PSMD3,HABP4,PWWP2A,AKT1,CCDC92,VPS36,ATXN7L3,RNF111,SOX4,FNBP4,ARRDC4,TSPYL2,EPHA4,IAH1,TSPYL1,BROX,ARRDC3,CD3EAP,MOGS,TMEM170B,MED6,SND1,RUFY1,DAAM1,ZC3H11A,DDIT4,FAM76A,SF1,SAR1A,FLII,PDGFA,XPC,PIK3R1,APH1A,UGCG,ERI3,MLEC,TRPM7,ZSCAN18,JUN,INTS1,PLK2,PBX2,HARS2,PBX1,PRRC2A,HNRNPL,ZBTB6,ID2,INTS4,ITM2C,ARF3,PIGU,BTG1,FKBP15,SLC7A11,VLDLR,PRPF19,SMG5,MED17,RSRC1,ZMYM6,TIMP2,UBXN7,TCP11L2,SDF4,TOP3B,UPF1,WDR36,TSC22D3,MINK1,PGM2L1,DDB2,MLF2,RHOB,MED23,KIN,MRPL53,SIKE1,TMEM33,TET3,KIT,PXDN,PAFAH1B2,SATB1,NOL8,CENPB,CST3,HIRA,CAMK2N1,TMEM68,MFN2,HEATR6,EXOSC2,YKT6,SF3A1,CSNK1A1,TTC9C,SYNJ2BP,VEGFA,PRPF39,ETNK1,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,RNF141,ZFP28,GRINA,DBR1,HDLBP,UBE2Z,CLU,PPP1CB,ZFP30,PAPOLG,ARHGDIA,CWC22,NUDT19,SMARCAD1,SBF1,MAP3K7,FADS1,TPRA1,ANKRD49,KDM2B,USP5,USP3,VPS33B,ZBTB34,LMO7,THOC2,FBXW2,PIAS2,ACAP2,HNRNPUL1,TBL1XR1,RAB35,CHMP4B,ADNP,SRSF6,CSNK1G2,NSMAF,GLYR1,ANAPC2,ZCCHC8,KLHL18,COX19,ZCCHC7,LRRC59,KHDRBS3,RAB5C,GPR85,CACNA1A,TOR1AIP2,PDS5A,SUPT6H,BAG4,SCUBE1,NACC1,ZKSCAN3,ANKRD10,SRGAP3,SRGAP1,ANKZF1,ZKSCAN1,PDZD7,TRAPPC2,ACBD6,KLHL24,EEF2,SH3BP5L,HOOK2,NBEA,HOOK1,CNOT2,GNB2,GNB1,NFE2L3,MDM4,NFE2L1,EIF4G1,ISY1,SCYL3,KDM5C,WDR1,NVL,PRKCSH,CHD8,PRR3,SLC2A3,ZFP82,YBX1,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,SART3,SENP5,PPP6R1,SNRNP70,UBTF,CASP2,TLK1,MAPK1IP1L,USP48,DST,EED,PDPK1,DDX55,MSL2,TRNAU1AP,RAD23B,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,DNAJC5,DNAJC9,TNFRSF21,RNFT2,GTF3C1,HDAC3,UHRF2,RAB1B,ATP1A1,FAM168B,GANAB,RBBP5,U2AF2,TDG,FAM120A,TRA2A,REPS2,EIF4H,FEM1C,BUB3,VHL,DRAM2,EIF4E,KDM4A,KDM4C,CDC42BPB,EFR3B,RAD52,CARM1,MGAT4B,PDCD4,BAX,SPRY2,ACIN1,ERCC5,SNRNP48,P4HB,SSBP2,METAP2"
+"gene_set_query"	"1110"	"TCF7L1"	"910.3"	"ARCHS4 Coexpression,879;Enrichr Queries,774;GTEx Coexpression,1078"	"PLEKHB2,ARPC5L,LSM12,ZMIZ1,SNRPD1,DPYSL2,MYC,IGLON5,DPYSL3,TRIM24,SEPHS1,SOX4,EPHA4,MEF2C,SMARCC1,LIMCH1,AFAP1,CD3EAP,SOX12,SRRM1,MYL6,SFRP1,CARHSP1,KCTD10,SARNP,DDIT4,TYRO3,TRIB2,SET,CTBP2,PEX11B,PIK3R1,OAZ1,ADAMTS10,ADH5,GJC1,NKAIN1,NLN,LDHB,NUAK1,CYB5R3,BLOC1S2,TNRC18,RIMKLB,JUN,RPL41,PHC1,JUP,BCL11A,RCC2,NR2F1,LARP7,MEX3D,BRI3BP,PAICS,PBX1,DCLK1,RPS27,VANGL2,SESTD1,ID2,HNRNPD,SFXN1,FBXL3,DCHS1,LRRN1,FARSA,RCOR2,FERMT2,TMEM9B,ITM2C,GABRB3,NRP1,PIGU,HIP1,CITED2,ARHGAP1,PCSK7,TRIOBP,PTPRF,AKAP12,CSRP2,ENC1,TIMP2,JARID2,DFFA,DBNL,NCOA4,MRPS21,RRAS2,ANO6,DUSP6,MLF2,RGMA,RHOB,NCOR2,ENAH,MN1,TUBB2B,TUBB2A,CINP,KIT,PXDN,SLC29A1,SGK1,PAFAH1B3,PTMA,DBN1,TRUB2,NFIX,PRICKLE1,PTN,FLNA,CKB,GPC4,LCMT1,RUNX1T1,NPM1,RYK,PCGF2,GINS4,VEGFB,VEGFA,NFIA,NFIB,CACHD1,ESYT2,PKN1,MIDN,CD81,CIB2,CLU,SALL2,SCMH1,PLS3,LZTS2,MAGI1,IGFBP3,TPM1,F2R,IGFBP2,VASH2,ATP11B,FOXP1,ARMCX2,MSH2,RAB34,EHBP1L1,FSCN1,CMPK1,SNRPF,FKBP3,RAI14,CD151,LTBP4,SPATA2,FBLN1,NDRG1,GLIS2,SOCS2,EFNB2,ESD,NACC1,ABL1,DVL3,MYH10,QSER1,BPTF,PRNP,SMAD4,AKIRIN1,OSBPL5,AUTS2,PTCH1,CBX2,CBX1,HMGA1,ARHGAP29,KLHL23,EFNA2,HOOK2,NASP,HOOK1,CNTN1,AMOTL2,PICALM,GSK3B,PRKCSH,ILK,HMGB3,PSIP1,HMGB1,RND2,RND3,TTC28,PPP1R9B,SENP6,DUSP12,MDK,PPP6R1,SUMO2,MLST8,TMEM109,PMEPA1,CCDC50,ADAMTS7,SUN2,PPP1R12A,KLF13,NAV2,ARL4C,VCAN,PTP4A3,DNAJC7,SETBP1,DDAH1,DDAH2,DNAJC5,CTDSP2,NDUFS5,C1D,CDH11,SNURF,SOS1,RNFT2,MTPN,LEPROT,ROCK1,SRF,CLCN3,AGPAT3,NCALD,HDAC7,THBS3,CYTH3,CACNG7,DNPEP,UGP2,NT5DC2,FAM120A,BEND3,PTK2B,FYN,CSK,IGF2BP3,IGF2BP2,HNRNPA1,PCDH1,MTA3,PDLIM7,MARCKSL1,SSB,SMOX,HSPE1,MEIS2,NELL2,PSAT1,TSPAN18,MFAP2,VIM"
+"gene_set_query"	"1111"	"PLAG1"	"910.3"	"ARCHS4 Coexpression,1028;Enrichr Queries,670;GTEx Coexpression,1033"	"EIF4A2,TRIO,GMFB,UXS1,WIPF3,SMC5,ZDHHC8,BACH2,CCAR1,GPR173,HERC4,ALCAM,DPYSL2,MYC,LONP1,AKT1,SOX4,DDX17,EPHA4,MEF2C,COG8,WSB1,BROX,ARRDC3,MTUS1,WDR75,ANK3,SRRM1,SFRP1,DAAM1,DDIT4,TRIM13,HECA,TRIB2,PDGFA,XPC,NMD3,PIK3R1,APH1A,ZNHIT1,RIC8B,DHX33,TRPM7,ARGLU1,JUN,ZRANB2,PRRT2,CADM1,BCL11A,PLK2,MEMO1,HSPA12A,PBX1,PCDHGA11,FUBP1,PKIA,ID2,FAT4,SERPINI1,AVL9,BAP1,CPEB4,ITM2C,CDKN1C,GPR27,PIGU,BTG1,CITED2,AATK,MED19,SLC7A11,VLDLR,ROBO1,EPM2AIP1,ZMYM6,UBXN7,SDF4,JARID2,PCMTD1,RALGPS2,UPF1,TSC22D3,MINK1,DUSP6,RHOB,GNL3,RNF144A,ZEB2,KIT,PXDN,PLCB1,SGK1,RNF165,STX16,SATB1,SATB2,PRICKLE1,DRP2,EXOSC10,CAMK2N1,EXOSC9,TMEM68,SF3B1,SRSF11,NKTR,RUNX1T1,MON2,UTP6,MTX3,STAT2,YIPF4,CRIPT,GTF2H5,VEGFA,KLHL9,TM9SF2,NFIA,NFIB,CCNG2,NUCB1,GOPC,UBAP2,PKN1,CCNT2,PLOD3,ARHGAP39,IGF1R,FADS3,YY1,POFUT2,PPIP5K2,CHCHD7,SMARCAD1,NRCAM,MAP3K7,FADS1,CSNK1G3,USP8,IGFBP3,ADAM10,VRK3,PIAS2,FOXP1,TMX3,RAB35,CHMP4B,PHIP,ADNP,RAD54L2,COPA,CUL7,ARHGEF26,COPB1,ANKRD11,INSIG1,GLT8D1,GPR85,CACNA1A,NDRG1,CSF2RA,SOCS2,EFNB2,NEUROD2,FUT8,DPP6,SCUBE1,NDUFV3,SRGAP1,QSER1,PDZD7,PLXNA3,BPTF,PRNP,DR1,CPSF6,PTCH1,CRIM1,HMGA1,KLHL24,LSM5,PTPRD,EFNA2,NR4A3,CNOT7,HOOK2,NBEA,HOOK1,GNB2,MDM4,EIF4G1,GPSM1,SCYL3,RBM26,PRKCSH,DOCK7,CHD6,SLC2A3,TTC28,PPP1R9B,DUSP12,SEC61A1,SENP5,MDK,PSD3,PMEPA1,CASP2,TNPO1,RBM33,PDPK1,SECISBP2L,PDE4D,NAV2,SENP2,ARL4C,VCAN,PTP4A3,NAV3,SETBP1,RASA1,CTDSP2,CDH11,DCX,MET,BIRC2,NFAT5,LRP1,RGS16,RAB1B,LENG8,MLLT3,TTL,EHBP1,POLD3,GANAB,ABLIM1,U2AF2,SLITRK5,IGF2BP3,IGF2BP2,TTC14,NOP56,PCDH9,FEM1A,SEMA4C,MEIS2,HS3ST1,ACVR2A,TTC17,RAD52,KLF6,RAB12,NOVA2,MFAP2,PDCD4,SPRY2,SSBP2,SLC25A36,METAP2"
+"gene_set_query"	"1112"	"GLIS3"	"910.3"	"ARCHS4 Coexpression,973;Enrichr Queries,874;GTEx Coexpression,884"	"APP,SCOC,TRIO,AHCYL1,TXNDC15,RCBTB1,BACH2,ALCAM,DPYSL3,SOX4,SEC63,ACVR1,EPHA4,MEF2C,NUP210,LIMCH1,ALG5,MTUS1,ANK1,DDIT4,RRAGD,KDELR2,RPL29,PFN1,MACF1,CTBP2,MYCBP2,NEDD4L,PTTG1IP,PIK3R1,OAZ1,GLG1,SNX1,TSPAN3,ST3GAL1,SEC31A,BTF3,NUS1,TMEM184C,JUN,CADM1,TMEM50B,PLK2,MICAL2,DCLK2,ERLIN2,NR1D1,MANF,EXT1,FUBP3,GOLGB1,CALU,HYOU1,CALR,CDK14,PAM,FERMT2,DDR1,ARF4,NRP1,LRSAM1,TRAM1,PTPRN,INTS10,TECR,SLC7A11,WASL,SIPA1L2,HSPB11,ROBO1,LIMD2,TRIM8,AKAP12,ENC1,TIMP2,TMED7,JARID2,TMED4,CTSB,IFT140,DUSP6,MLF2,BACE1,UGDH,ZEB2,IVD,CANX,PXDN,CRELD2,SGK1,SDCCAG8,GAS7,SAMD8,STAU1,RPL10,PRICKLE2,PTN,HIRA,PPP2CB,RPS3,APBB2,RPL18,FARP1,GOLM1,SORBS2,SORBS1,VEGFA,RAB11B,TM9SF1,DPY19L1,NFIA,NFIB,AGRN,SCARB2,MTCH1,CHPF,TUSC3,WWC1,CTNND1,CASC4,RPL10A,CLU,IGF1R,POFUT2,CDH2,CAPN2,NRCAM,FAM3C,PDIA3,SLC30A5,APLP2,IGFBP3,TPM1,FRMD4A,LMO7,PDIA6,TANC2,PDIA4,FOXP1,DCTD,ADAM19,RAB31,DNAJB11,WDFY3,SCG3,TNIK,PPIB,RAI14,PFKFB2,TMED10,NDRG1,CORO1A,CNN3,GLIS2,HSP90B1,SAV1,EFNB2,KIF3B,GRK6,MBIP,SRGAP1,UBE2H,AUTS2,CRIM1,DSTN,PTPRD,RCAN1,HOOK2,HOOK1,DNAJC10,STT3A,NF1,CNTN1,CPE,EIF4G3,LRP11,ITGB1,MCFD2,DOCK4,PRKCSH,AFF3,AFF4,TTC28,SGCE,SPRED2,DUSP12,SPRED1,SCRN1,MAN1A2,SGCB,GATAD1,PSD3,PGM3,PMEPA1,TNPO1,DST,ABCC8,PDE4D,ATP6AP2,NAV1,NAV2,ARFGAP3,SEPT2,CKAP4,ARL4C,VCAN,PTP4A3,TMEM214,DDAH1,ASPH,CDH11,CDH13,BCAT1,MET,TNFRSF21,NFAT5,LEPROT,CXXC1,ASAP1,LRP6,TSPAN31,GANAB,RMND5A,MAT2A,SLIT1,SPOCK1,SH3BP4,NCAM1,CSK,TTC14,SPAG9,NTRK2,SEPT11,PCDH7,TXNRD1,LCA5,LYSMD4,CDC42BPB,CDC42BPA,MEIS2,TTC17,NELL2,UFM1,MYO1B,PTPN9,ATP13A3,VIM,PPIL4"
+"gene_set_query"	"1113"	"MYBL1"	"910.5"	"Literature ChIP-seq,128;ARCHS4 Coexpression,844;Enrichr Queries,1256;GTEx Coexpression,1414"	"SCOC,TRIO,TFRC,HNRNPU,TXNDC12,ACTB,NUBP2,PREX1,RASSF1,DPYSL2,MYC,AKT2,STMN1,GOLGA1,AKT1,GOLGA7,TMPO,ACTN1,ACTN4,GTPBP1,MED6,SUB1,DDIT4,RPL28,CBLL1,CGGBP1,BEX4,FLII,TRANK1,PLA2G6,SNX1,DHX34,RAD21,RRS1,NRBF2,CEP78,JUN,PLK2,MICAL2,CDC7,ZWINT,MED13L,EXT1,HNRNPL,ID2,CCDC88C,PAF1,CORO7,CALM2,EZH2,HERPUD2,ARF4,AHCTF1,HIP1,CDKN1B,ELL,PPP1R11,PHF23,MRPL36,SLC7A11,PRPF19,ING1,LIMD2,AKAP12,XPO6,UIMC1,ENC1,XPO5,ANXA6,TK2,SDF2,JAK2,CIC,RAB8A,RALGPS2,UPF1,PCYT1A,NCOA5,DUSP6,PARP8,MLF2,SLC7A5,PACS1,PXDN,CANX,ARHGEF1,PABPC1,SGK1,RNF166,PCNA,WDR26,ZDHHC20,PRIM1,NOL8,GNAI2,FAM129B,TM9SF3,CLPTM1,FLNA,ANKRD52,BRD8,PAK2,SUZ12,MAP3K3,TRAPPC10,GBF1,MYO9B,SPSB3,HDGF,ESYT2,TRIP12,GZF1,UBE3C,ZFAND3,UBE2Z,IPO7,YY1,SMCHD1,KIF5B,CAPN2,KPNA2,SLC25A44,ANKRD13A,KDM2A,TPM4,USP5,USP4,TPM3,ANKRD44,IGFBP3,ATP11B,PIAS1,SAP30,CDC25B,ILF3,HNRNPUL1,PSPC1,RAB35,MATR3,KPNB1,ANAPC2,LRRC59,KHDRBS1,YTHDC1,PEF1,INSIG1,PXN,BTF3L4,RASGRP2,STK4,PLCXD2,SUPT6H,RAP1B,SOCS2,ORC6,IRAK1,UBB,GRK6,STK38,DVL2,MCL1,BCL9L,KLHDC4,TRAPPC1,ATP8B2,SMURF2,CRIM1,ARHGAP29,DNAJC13,SUPT5H,HOOK2,HOOK1,UBE2S,CNTN1,CNTROB,ZSCAN2,EIF4G1,ITGB1,MCM7,WDR1,PIK3CD,SLC2A3,CHD3,RND3,LMNB2,LMNB1,DUSP12,SEPT9,LASP1,SNRNP70,UBTF,PMEPA1,TOPBP1,SUN2,ACTR2,RFC3,HSP90AA1,PLEKHG2,PDPK1,H2AFX,ARHGEF18,ZFP91,RAD23B,PATL1,ARL4C,VCAN,PTP4A3,FCHSD2,TFDP1,PIK3CA,POLR1B,MTPN,ROCK1,HDAC1,TAF9,CXXC1,RNF8,WIZ,ASAP1,LRP8,PPM1G,GANAB,HAUS8,MAT2A,U2AF2,FAM120A,MTA2,MEST,CYTH1,RRM2,DEK,ASXL1,KLF6,NIN,PSAT1,DNAJA3,VIM,PFKP"
+"gene_set_query"	"1114"	"TIGD2"	"912.0"	"ARCHS4 Coexpression,699;Enrichr Queries,548;GTEx Coexpression,1489"	"RPL4,EIF4A1,TFRC,HNRNPU,CISD2,SMC5,EPRS,ALKBH8,PNN,RPS17,ALCAM,SCP2,DPYSL2,MYC,LONP1,SEPHS2,GLUL,IER5,SOX4,IER2,TMPO,ARRDC4,ST6GAL1,DAPK1,STARD7,ARRDC3,IFRD1,MTUS1,CIRBP,CD3EAP,ACSL3,GTPBP4,AFG3L2,ARMC6,DDIT4,FEZ2,HECA,VDAC1,KDELR2,KCTD12,SHMT2,DHX9,PIK3R3,PIK3R1,UGCG,SCFD1,HMGXB4,DECR2,RBM12,S100A10,BTF3,NAA50,JUN,CADM1,PLK2,IRF2BP2,PA2G4,LARP4,ACADSB,PAICS,CCT6A,ID2,ITM2C,NRP1,PIGU,BTG1,HIBADH,CITED2,RPLP0,GDI2,CLTC,OLA1,SNX10,SLC7A11,SMG7,PHF8,AKAP12,CSRP2,XPO1,RARS,C1QBP,ENC1,DHX15,TMED2,DLAT,JAK1,CCT3,PRMT5,CCT2,PRMT7,MMD,STRADA,TSC22D3,NSUN2,ELOVL6,MRPS7,DUSP6,MLF2,RHOB,DDB1,SLC7A5,TUBB2A,CSDE1,CDC42EP3,PXDN,CANX,TCP1,PELI1,RHOU,GARS,SGK1,GAS7,CSTB,AHCY,PCNA,STX16,RPL12,USO1,ODC1,NRAS,NFIL3,PPP1R8,USP1,MGAT2,CCT8,DCPS,CCT5,PAIP1,CCT4,NPM1,SLC31A1,UTP3,PTGES3,LRPPRC,VEGFA,KTN1,PDP1,NUDT21,CCNG2,SERBP1,CCNYL1,HDGF,PKN1,MTCH2,CSE1L,BCCIP,RPL10A,IPO7,BASP1,SESN1,COTL1,FADS1,HMGN1,SLC38A1,LMO4,GPT2,IGFBP3,RPS6,RPSA,ATP1B1,MINPP1,TTPAL,FKBP3,KPNB1,ANAPC1,LY6E,FKBP5,LRRC59,PFKFB3,INSIG1,GLO1,CUL3,ITPR1,TARS,UAP1,NDRG1,CNN3,SOCS2,EFNB2,PITRM1,G3BP1,ZKSCAN2,SLC38A2,MCL1,HSPA9,UBE2F,PRNP,RAB4A,CBX3,IDH1,KLHL24,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,CNOT1,CAPRIN1,NFE2L3,STT3B,IARS,PRKCSH,ETFA,RND3,LMNB1,DUSP12,MRPL3,SEC61A1,RPL7A,NOB1,ZC3H7A,WDR5,TNPO1,ARL5A,KLF13,PDPK1,SIGMAR1,RAD23B,PTP4A3,CTDSP2,POLR1B,ETF1,PPP1R15A,AGPAT5,SRSF1,CXXC1,DDX21,TOB1,HSPD1,HMGCL,DNPEP,UGP2,MAT2A,DNAJB9,LRRC8D,FEM1C,IARS2,CCDC71,EIF4B,RRM2,MMAA,OXR1,HNRNPAB,PNRC1,PNRC2,MARCKS,KLF6,EIF3M,PSAT1,IMPDH2,POLR3E,PDCD4,SPRY2,EIF3H,EIF3E,VIM,EIF3A,TAF1"
+"gene_set_query"	"1115"	"ZNF836"	"913.3"	"ARCHS4 Coexpression,881;Enrichr Queries,946;GTEx Coexpression,913"	"SLC23A2,VARS,HDAC11,WIPF3,CBLB,FNBP1L,CAPNS1,TRIM28,DPYSL2,DPYSL3,BSG,PSMD3,LONP1,FDXR,AKT1,CCDC92,PELO,ATXN7L3,SOX4,DAPK1,ARRDC3,CD3EAP,MOGS,SCRIB,SOX11,ACTN4,SND1,RUFY1,THAP3,POR,BIN3,DAAM1,PRKD3,RUFY2,PSME1,HECA,ANKRA2,PRR14,MACF1,L3MBTL3,TRANK1,PIK3R1,GNS,GMCL1,APH1A,UGCG,LARP1,MIER1,ERI3,SCAP,ST3GAL5,MLEC,LTA4H,VAT1,CTSA,INTS1,KLHDC8B,PBX1,PRRC2A,ICK,ID2,INTS4,CALR,ITM2C,CDKN1C,GABRB3,ARF3,PIGU,DAZAP1,CITED2,SLC44A2,DIS3L,VLDLR,PRPF19,MED15,SMG5,MED17,RNF157,MED12,SERP2,TRMT112,TCP11L2,SDF4,SDF2,CTSF,GIT1,NDEL1,PCMTD1,UPF1,TSC22D3,MINK1,MRPL49,SLC39A10,COMMD6,DDB2,MLF2,RHOB,MED22,INF2,PXDN,RHOU,SGK1,GRAMD1B,RNASEL,SATB1,ICA1L,FAM117B,CENPB,HIRA,PES1,TMEM68,MFN2,ANKRD52,YKT6,SORBS2,SORBS1,SPSB3,NFIB,CCNG2,KLHL7,TAOK2,YPEL1,NUCB1,HDGF,PLP2,PKN1,RNF141,ZFP28,SCARB1,ATP8A1,GTF2B,HDLBP,ATN1,STK19,FRY,TM7SF2,ZFP30,SALL2,LAMP1,ADORA1,SLC39A7,RARS2,USP5,ANKRD44,F2R,LMO7,VRK3,ATAD3A,HNRNPUL1,ARMCX6,CHMP4B,RAD54L2,GLYR1,COX19,LRRC59,MAZ,CACNA1A,NDRG1,SUPT6H,PORCN,MED30,IRAK1,DVL1,NACC1,ZKSCAN3,DVL2,ABL1,DMAP1,NADK,PDZD7,CCDC134,TRAPPC2,PHF10,AUTS2,PCIF1,HPS3,DHCR24,KLHL24,EEF2,MARCH6,DNAJC17,HOOK2,NBEA,HOOK1,JMY,GNB1,PLXNB2,NIT1,NFE2L1,EIF4G1,YWHAE,USP35,CALCOCO1,KDM5C,ALAS1,WDR1,PRKCSH,TRADD,CHD6,SLC2A3,YBX1,AFF3,LMNB2,CASP9,SEC61A1,ZC3H7B,PPP6R1,EVI5L,USP48,PDPK1,PDE4D,ATRX,ARNT,TRNAU1AP,RAD23B,ARL4C,TRAF7,PTP4A3,NPC1,SYF2,CTDSP2,POLR1B,DNAJC5,TSEN34,GTF3C1,HDAC3,GMPR2,RAB1B,ATP1A1,AGPAT3,HDAC7,HSPD1,JAKMIP2,U2AF1L4,FBXL20,ABLIM1,FAM168B,GANAB,MAPK7,U2AF2,TDG,FAM120A,TAF1A,SH3BP5,REPS2,EIF4H,RBBP7,ABCF3,JAZF1,CYB5B,PCDH9,SSRP1,CDC42BPB,HSPE1,HNRNPAB,PNRC1,HS3ST1,NAP1L4,TTC17,RAD52,NEURL4,CARM1,MGAT4B,ACIN1,P4HB,PDE7A,SSBP2,EIF3B"
+"gene_set_query"	"1116"	"FOXF2"	"913.3"	"ARCHS4 Coexpression,706;Enrichr Queries,1291;GTEx Coexpression,743"	"TES,VARS,DIXDC1,ADARB1,LSM11,CAPNS1,TRIM28,DPYSL2,MYC,DPYSL3,PTGFRN,DIP2C,TBC1D10B,EPHA7,FNBP1,LIMCH1,ACTN1,DAPK3,ARMC9,AFAP1,CSNK1D,SCRIB,CSNK1E,SOX12,EML1,HCFC1,MYL6,SFRP1,DDIT4,KCNQ4,TTLL12,KCTD17,PRR12,TRIM11,TELO2,ATF4,UNC119B,NRN1,NPRL3,PIK3R2,ADH5,GJC1,FAM171A2,RNF216,FLRT2,DHX35,DHX37,TNRC18,SLC19A1,RAB11FIP5,HEXIM1,JUN,TMEM184B,DMPK,INTS1,PLK2,SETD1A,NR2F1,IRF2BP1,MEX3D,PBX1,PRRC2A,NPLOC4,ID2,GIPC1,FASN,PKIG,FERMT2,PYGB,NRP1,GPR21,PCSK7,SMG5,PTMS,AKAP12,ACTR1A,TIMP2,RAC3,QSOX1,FEZF2,UPF1,BRD2,RGMB,DUSP6,RGMA,MLF2,RHOB,MED22,MN1,ZEB2,INF2,RPUSD1,PXDN,FAM20B,PLEKHO1,PGAM5,SLC29A1,SGK1,GAS6,PNCK,STAU1,ATL2,PRICKLE2,PRICKLE1,PTN,FGD1,CENPB,ADCY5,FAM129B,NFIL3,MICALL1,SPOP,GPC4,ANKRD52,MBD3,RANBP3,TMUB1,AP3D1,SORBS1,SCAF1,VEGFA,BOP1,MYBBP1A,KIF26A,SLMAP,TAOK2,HDGF,PKN1,MEGF8,PRDM8,PHRF1,IPO4,PPP1CB,STK11,CDH2,ARHGDIA,KHSRP,SCMH1,FBRSL1,LZTS2,MAF1,SBF1,SH3GL1,IGFBP3,TPM1,OCRL,POLRMT,LEMD2,ATAD3A,RNF40,FOXP1,EHBP1L1,TOX,GLYR1,ARHGEF26,ARHGEF25,ZC4H2,MAZ,FBLN1,CACNA1C,KRBA1,CACNA1H,CORO1C,SOCS2,EFNB2,RAP1A,SCUBE1,IRAK1,DVL1,NACC1,ABL1,DVL3,MAP2K7,CBX6,ANKRD27,CBX2,KLHL23,MANBAL,REEP1,BCL9,LRFN4,HOOK2,LRFN1,JMY,CNTN1,SAE1,FGF13,BCL2L2,MDM1,EIF4G1,RNF187,UBE2M,GPSM1,ZNF512B,B4GALT2,KDM5C,WDR1,PRKCSH,CBY1,ILK,ARRB1,RND3,LMNB2,PPP1R9B,DUSP12,UBE2Q2,SNAPC2,ZC3H7B,BCL7B,SNAPC4,SPEG,PMEPA1,TMEM109,EDIL3,PELP1,UNC45A,EIF5A,PPP1R12A,REXO1,DDX54,VEZF1,RANGAP1,SENP3,PTBP2,ARFGAP1,KLF16,FAM189B,VCAN,PTP4A3,CDH11,AKT1S1,PPP1R12B,NAT8L,PPP1R12C,CUEDC1,THOP1,SRF,USP12,CXXC1,WIZ,MLLT1,FOXK1,LRP3,CXXC4,CYTH3,NCLN,CCDC85C,DNAJB5,GNA11,NT5DC3,POLR2D,SLIT1,CAMK2G,MEST,FBRS,PDLIM7,TRIM41,GALNT2,RNF26,PCDH7,FBXL19,ATP2B4,MEIS2,NELL2,GOLPH3,NEURL4,P2RX2,TSPAN18,CARM1,MGAT4B,VIM,CDR2L"
+"gene_set_query"	"1117"	"ZNF599"	"914.0"	"ARCHS4 Coexpression,1140;Enrichr Queries,648;GTEx Coexpression,954"	"MDC1,IFT172,ZDHHC5,DCAF5,ALCAM,TRIM28,ZMIZ1,DHX57,DPYSL2,AKT1,DIP2C,ATXN7L3,SOX4,ARRDC4,EPHA4,METTL3,RFX3,CD3EAP,MOGS,WDR73,ANK1,IFT81,DDIT4,CRYZL1,OBSL1,DHX8,FLII,FBF1,COPS7B,NEDD4L,PIK3R1,KALRN,CDKN2AIP,TTBK2,APH1A,DHX30,PTDSS2,SYNGR1,PPP3R1,SYMPK,ZSCAN18,PHC1,ZRANB2,PTPRN2,INTS1,CADM1,BCL11B,INTS3,SETD1A,PBX2,UPF3A,BBIP1,PBX1,PRRC2A,HNRNPL,MLLT10,FAT4,CDK13,SUGP2,CPEB4,ITM2C,CDKN1C,GABRB3,ROBO2,ARF3,NRP1,PIGU,PHF1,CETN3,PRPF19,SMG5,SMG6,ZCCHC14,PCM1,SMPD4,ZMYM4,DNER,CIC,BBS4,PARP6,BRD2,UPF1,IFT140,TSC22D3,MINK1,PRPF40B,SLC39A13,WDR35,RHOB,MN1,ZEB2,PXDN,FAM20C,ERGIC3,SGK1,SF3B2,SRRT,GDPD1,CENPB,HIRA,TMEM68,UBTD2,MFN2,BRD8,MAP4K5,RUNX1T1,WDR17,ARNT2,MBD1,NMNAT2,MYO9A,NFIA,NFIB,CCNG2,TAOK2,NUCB1,HDGF,PKN1,ZFP28,KDM1A,HDLBP,PRDM2,FRY,IPO7,IPO5,IGF1R,ZFP30,LAMP1,POGZ,SBF1,PCID2,USP5,ANKRD44,MAGI2,THOC1,VASH2,TSC2,FRMD4B,ATXN2L,ST7L,DMTF1,HNRNPUL1,HNRNPUL2,SPECC1L,RAB35,CHMP4B,TOX,FAM92A,RAI14,LRRC59,PFKFB3,GLT8D1,CACNA1A,PRPF8,SPATA7,PITRM1,STK36,TPR,NACC1,EP400,ZKSCAN3,CAMTA1,SRGAP3,ZC3H14,PDZD7,NEK9,AUTS2,ODF2,PTCH1,IFT122,KLHL24,SUPT5H,EEF2,PAN2,CNOT4,GNAL,EFNA2,SH3BP5L,APPBP2,HOOK2,NBEA,ZFP62,HOOK1,DNAJC10,GNB1,LRP12,NFE2L1,EIF4G1,CALCOCO1,KDM5C,WDR1,PRKCSH,CEP164,CHD6,YBX1,AFF3,TTC28,PPP1R9B,AP4M1,SENP6,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,MCF2L,UBTF,PMEPA1,IFT57,ACTR2,DST,PDPK1,PDE4D,NAV2,RAD23B,ZFP90,ARL4C,GIGYF1,TRAF7,VCAN,PTP4A3,SETBP1,DNAJC5,USP40,BCAT1,SHANK2,RNFT2,RAB1B,LENG8,ASAP2,FBXL20,FAM168B,GANAB,MTA1,GNG2,U2AF2,NT5DC2,FAM120A,KRIT1,RBBP6,BEND5,TXNRD3,PCDH9,NICN1,PDE4DIP,CDC42BPB,MEIS2,NELL2,TNRC6C,ERCC3,PSAT1,MGAT4B,VIM,P4HB,CLUAP1,METAP2"
+"gene_set_query"	"1118"	"HOXA7"	"914.7"	"ARCHS4 Coexpression,901;Enrichr Queries,1098;GTEx Coexpression,745"	"SMARCB1,PREP,KEAP1,PDCD2L,ALKBH8,DCAF6,ALKBH3,RPS15,PSMD7,DPYSL2,MYC,PSMD3,DPYSL3,PSMD1,ARL6IP4,SOX4,PRKAB2,MEF2C,IMP3,NSMCE2,ECH1,MRPS18A,CD3EAP,TALDO1,MIF,RNF123,SFRP1,RNF126,RFX7,ZW10,GRWD1,DDIT4,RPL29,PFN1,AURKAIP1,DUS3L,NRN1,FLII,NPRL3,MRPL16,MRPL14,APCDD1,MRPL12,MRPL11,CYB5R1,WDR70,FLRT2,PRKAR2A,NAA50,JUN,PRELID1,NR2F1,MRPL23,UBAC1,PBX1,AIMP1,AIMP2,MSRA,STAG1,ID2,NDUFAF3,RNPS1,PSMG1,DHX29,FARSA,ITM2C,RNF220,CDKN1C,SETD7,PRKAG1,MRPL38,VLDLR,MRPL37,OSBPL11,AKAP12,C1QTNF4,MED14,HINT1,CHMP1B,C1QBP,ANXA7,RRP15,LRRC47,MRPS26,NUDC,MRPS2,COMMD7,DUSP6,MLF2,RHOB,ZEB2,PRPF18,CSDE1,KIT,PXDN,EXOC4,SGK1,CSTB,SF3B5,NFIX,PCNA,USO1,TIMM13,TMEM160,COX5A,PSMA7,NT5C,SAMM50,NFIL3,LMAN2,SCAND1,RPL15,RPS2,RPL18,MEF2D,RUNX1T1,EGLN1,RANBP1,BRF2,MDH2,WDR18,RPA1,UBE2G1,PPP1CA,FKBP1A,NUDT8,NFIA,PRKRA,NFIB,NEDD4,PSMC1,APEX1,PSMC2,PRPF31,PKN1,UBE3C,KLHL34,UBE3A,COMT,TATDN1,CHCHD2,CHCHD3,TMEM147,CDH2,RUVBL2,FPGS,NUDT19,KPNA4,MAF1,KPNA3,FADS1,KPNA1,SLC39A3,LMO1,TPM3,IGFBP3,RPS5,RPS6,THOC3,WRNIP1,THOC6,CLIP1,EEF1A2,FSCN1,NHP2,PLAA,MAPKAPK5,SQSTM1,SRSF9,SNRPB,RNASEH2C,DNMT1,PSMD11,CUL5,NDUFB10,AK2,UBR3,LPL,PHB,NDRG2,HSPBP1,SOCS2,EFNB2,CYC1,NDUFV1,SMAD1,PRNP,EIF2B3,UBE2I,BOD1,IDH2,LSM4,LSM2,LSM7,EFNA2,SCCPDH,HOOK2,TMEM11,LHX2,HOOK1,CNTN1,GRSF1,NFE2L1,PHTF2,ETFA,USP39,PPP6C,DUSP12,PMEPA1,CPXM1,MRPL9,HIF1AN,ADSL,H2AFY,TTC33,PDPK1,RAD23A,ARL4C,DDX19A,VCAN,PTP4A3,NSMCE4A,NDUFS8,CTDSP2,AKT1S1,CAT,CCDC43,NAA38,SLC25A11,STOML2,RRN3,POLDIP2,TGFBRAP1,CXXC1,HSD17B10,LAGE3,USP19,PARL,HECTD1,DNAJB6,POLR2D,UBQLN1,IARS2,RALY,MEST,ABCF1,GADD45GIP1,PTCD2,FEM1A,CNBP,PCDH7,ADRM1,CDC5L,PDAP1,PPP2R3A,MEIS2,CUL4A,ASB8,RAB12,MFAP2,CDK2AP2,SPRY2,RBM42,CEBPZ,EIF3C,TRIM32,EIF3A"
+"gene_set_query"	"1119"	"FEV"	"914.7"	"ARCHS4 Coexpression,929;Enrichr Queries,1013;GTEx Coexpression,802"	"FAAH,ZFYVE27,SCP2,ARFIP2,CDK5RAP3,CHGB,CHID1,PDHX,GABARAPL2,ATP6V1G1,UNC5A,ENTPD6,AP1B1,PTOV1,CSNK1D,VWA5B2,EML5,DDIT4,JTB,STX1A,CUTA,BEX4,LRPAP1,BEX2,BEX1,MEAF6,TMEM63C,CTBP1,MAGED1,NEDD4L,HTATSF1,GABARAP,MTMR7,GNG10,RDH11,JUN,PTPRN2,TMEM86B,ZFR2,SURF4,NR2F1,TMEM198,CALY,PPP1R1A,FXYD6,PAM,GPR19,ITM2C,CDS2,PCSK2,ARF1,TCF25,PTPRN,ICA1,SHD,SMPD3,AKAP12,CHMP1B,RFK,DNER,NEFL,NEFM,KIF1A,NANS,TMED4,COX8A,VKORC1,ATP6V0B,SSR4,ACTL6B,NME3,AMPD2,MANEAL,RHOB,TMEM179,TUBB2A,PXDN,PICK1,CSTB,RNASEK,SEZ6,CRIP2,NOL4,GNAI1,BEGAIN,CAMK2N1,NPY,PAK6,ATP6V0E2,PAK3,NPDC1,LRRC24,YIPF2,YIPF3,AP3D1,PLEKHA6,NMNAT2,WDR13,SGSM1,TMEM59,KIF26A,NFIB,SGSM3,SGSM2,TTC3,RIMBP2,CDK5R2,RAB3C,TUSC3,MSI1,CLU,FAM174B,SLC39A7,SH3GL2,RGS7,LMO1,CHRNB2,IGFBP3,PPP1R16A,IGFBP2,APLP1,CNPY2,TANC2,POU3F3,BSCL2,OLFM1,TMX4,MYCN,DOK4,GPRIN1,SCG5,SCG3,FKBP2,SHC2,RTN1,DIABLO,UBA5,CHRNA7,ARL1,SLC38A10,FOXO6,LPL,CACNA1A,CACNA1D,CACNA1C,SEZ6L2,CPLX2,PLD3,RAP1GAP,PHF21B,NEUROD2,PCSK1N,DPP6,OTX1,ATP6V1D,SYT5,RAP1GAP2,PRNP,RHBDD2,SEC16A,NSG1,SYT7,SCRT1,QDPR,EFNA2,HOOK2,LHX2,HOOK1,SPIRE2,GNAS,CNTN1,IFT27,UBA2,CPE,LRP11,SNAP25,CELF3,CHD6,NENF,SEC61A1,TMEM222,DUSP12,GMPPA,PGM3,SLC37A4,EMX1,ATP6AP1,ABCC8,DYNLT3,ATP6AP2,EDF1,ABHD14A,SEZ6L,DUSP26,ARFGAP1,PTP4A3,PEX5,TMEM9,INA,SSX2IP,CAMK2B,NAA20,DDX25,RGS16,NRXN2,CRMP1,NT5DC2,NNAT,POLR2D,TMEM208,SEC11C,CHGA,PCDH8,CCK,NELL2,KLF6,NFASC,TSPAN13,FAM131C,RUNDC1,ATP13A2,INSM1,VIM,CDO1,UNC79,SSBP4"
+"gene_set_query"	"1120"	"ISL1"	"916.3"	"ARCHS4 Coexpression,953;Enrichr Queries,622;GTEx Coexpression,1174"	"SCOC,STMN2,THUMPD1,GLS,ALCAM,DPYSL2,DPYSL3,LUC7L,ARFIP2,SOX4,TMEM8B,CHGB,EPHA4,EPHA7,MEF2C,ATP6V1G1,TSPYL1,LIMCH1,SOX11,HCFC2,VWA5B2,EML1,EML5,SFRP1,DDIT4,RRAGD,KCTD12,FAM76A,STX1A,BEX4,BEX2,NRN1,BEX1,CTBP2,SAR1B,GIPR,FOXG1,NEDD4L,COPS7B,MTMR7,APH1B,FLRT2,RDH11,SSR1,TNRC18,JUN,PTPRN2,CADM1,BCL11B,BCL11A,INTS3,PLK2,ST8SIA3,NR2F1,PBX1,GADD45G,PKIA,ID2,DCHS1,PAM,DZIP3,ITM2C,CDS2,CDKN1C,ROBO2,PCSK2,GABRB3,NRP1,CITED2,PTPRN,PIGP,ARHGAP1,ICA1,PTPRK,IER3IP1,ROBO1,AKAP12,UCHL1,DNER,NEFL,ANXA7,NEFM,CTSE,TMED4,SSR4,NME3,CBFA2T2,RGMB,DUSP6,TOX3,ZEB2,TMEM33,KIT,PXDN,SGK1,LRRC14,RNASEK,SATB1,PRICKLE2,PTN,NOL4,GNAI1,TM9SF3,CAMK2N1,NPY,MICALL1,PAK3,RUNX1T1,RPRM,NPDC1,RANBP3,CSNK1A1,SYNJ2BP,MPP6,TMEM59,SPCS1,NFIA,NFIB,SGSM3,ETNK1,CACHD1,RIMBP2,PRDM8,RAB3C,KDM1B,TUSC3,CASC4,ARID4A,CDH2,KIF5C,BASP1,FAM174B,SLC39A9,SCMH1,ENPP5,RGS9,LMO1,IGFBP3,IGFBP2,FOXP4,ATP1B1,POU3F2,BSCL2,ARMCX4,OLFM1,PCP4,TMX4,SCG5,SCG3,MASP1,SRSF7,SIDT2,PFKFB2,RNASEH2C,RTN1,KHDRBS3,LTBP4,ARL1,CACNA1A,FBLN1,LIN7C,SOCS2,EFNB2,PCSK1N,ABL1,NDN,ATP6V1D,ZKSCAN1,RAP1GAP2,OSBPL7,TIA1,CBX6,AUTS2,SYT1,SSH3,MANBAL,SYT7,PTPRD,LRFN5,HOOK2,LHX2,HOOK1,CNTN1,GNAS,UBA2,CPE,LRP11,SNAP25,PHTF2,NUMA1,CELF4,CHD6,ELAVL4,PTEN,CHD3,PPP1R9A,RND3,ELAVL2,SGCE,DUSP12,TLK1,RBM6,UNC45A,ABCC8,DYNLT3,ATP6AP2,SEZ6L,GAP43,VCAN,PTP4A3,LMBRD1,NSMCE4A,SETBP1,CDH11,SEC22B,INA,SSX2IP,SRC,NAA20,NRXN1,SRSF1,CXXC1,CRMP1,CXXC4,SLC25A27,NNAT,POLR2D,SPOCK1,NCAM1,AAMP,MEST,SEC11C,CHGA,NTRK2,PCDH7,EYA3,PCDH8,CADPS,CDC42BPA,MEIS2,NELL2,MARCKS,KLF6,P2RX2,ASXL3,VIM,INSM1,UNC79"
+"gene_set_query"	"1121"	"NEUROG3"	"916.7"	"ARCHS4 Coexpression,856;Enrichr Queries,1017;GTEx Coexpression,877"	"CMAS,WIPF3,PREP,FNBP1L,DCAF7,NSDHL,DPYSL4,ZMIZ1,DPYSL2,BSG,CCNL2,EPHB2,SOX4,CHGB,EPHA5,PDHX,HES6,GABARAPL2,ARL15,PRKCE,SOX11,VWA5B2,ANK1,GTPBP4,SFRP1,SUB1,GRWD1,DDIT4,PFN2,EXD2,NRN1,PIK3R2,PRDX2,PPP3R1,PGBD5,PCBP4,ZNHIT3,MICAL1,TSPAN6,KCNN1,GSE1,SCN3B,RHBDL1,B4GALNT4,JUN,PHC2,PTPRN2,BCL11B,BCL11A,H3F3A,NR2F1,IRF2BP1,PUM1,BRI3BP,GADD45G,TDP2,ID2,NOL11,CDK13,CDC42SE2,CDK16,CDKN1C,PCSK2,LRSAM1,GPR21,GRIK3,WASL,SIPA1L3,ROBO1,RNF157,SMPD3,LMBR1,JPH3,RFK,ENC1,NCS1,REV3L,NEFM,FEZF2,PSD,PRMT8,NCOA5,SSR4,SPHK2,CCDC115,HSBP1,SSR2,ACAD9,DUSP8,CBFA2T2,PGM2L1,SYN1,MLF2,LRRC42,TOX3,B3GNT5,MMP17,KIT,PXDN,SGK1,PHLPP2,CSTB,SATB1,PTGER1,SATB2,SEZ6,CRIP2,TMEM74,KCNA6,NAPG,NOL6,PPP2CA,NPY,CHN1,SUSD4,SLC17A7,ATP6V0E2,EPS15,RUNX1T1,FARP1,WNT7B,GBF1,KLHL2,PLEKHA6,NMNAT2,DOHH,DHRS1,FKBP1B,TARDBP,APBA2,RNF141,FRYL,CDK5R2,CDK5R1,POGK,CELSR3,ABHD12,ARHGAP44,EIF4ENIF1,CHCHD6,KHSRP,CFL1,FBRSL1,BAHCC1,PPFIA2,NSF,SEMA6B,MAP2K4,MAP2K1,IGFBP2,ATP11A,ATP1B1,CASD1,POU3F1,FOXP4,DGKZ,POU3F3,MYCN,DGKQ,GPRIN1,MADD,LY6H,GRIA1,BRSK2,PFKFB4,NDUFB11,SLC1A1,CACNA1B,CACNA1A,BHLHE22,CPLX2,CACNA1E,PLD3,NEUROD2,IGSF21,KLC4,BTBD1,NEUROD6,DEAF1,DVL3,IP6K2,RAP1GAP2,ADAP1,FANCE,CHERP,LRCH2,DLG2,EFNA2,DAB1,COPS5,CDK5,HOOK2,LHX2,HOOK1,UBA3,PLXNB1,FGF13,CNIH2,CNIH3,SNAP25,YWHAB,CELF3,CHD6,HMGB3,PPP1R9B,LRRTM1,RNPEP,WDR6,ERC2,SCYL2,YWHAH,BCKDHA,EMX1,CHUK,ABHD14A,SEZ6L,NIPSNAP1,PTP4A3,SNPH,MVD,IFT46,INA,SHANK2,SLC25A14,CAMK2B,GTF3C1,RGS16,ATP1A3,CRMP1,RNF7,MLLT3,DLL1,CXXC4,CYTH2,CACNG8,GNG5,PTK2B,LRRC8D,LRRC8B,WASF1,SLC25A22,SEC11C,CHGA,LINGO1,NTRK2,NDUFA8,PPP1R14B,MARCKSL1,SPAG7,PCDH8,B3GAT1,CADPS,MEIS2,NELL2,APC,MGAT4B,RGS12,INSM1,SSBP3,CBLN1"
+"gene_set_query"	"1122"	"PROX1"	"918.8"	"ARCHS4 Coexpression,1387;Enrichr Queries,495;ReMap ChIP-seq,288;GTEx Coexpression,1505"	"MT-ND4,TES,TRIO,RPL3,FNBP1L,BACH2,ALCAM,SCP2,MYC,DPYSL2,DPYSL3,AP1S1,NCKAP5,IER2,VPS18,SAP30BP,GABARAPL1,MEF2C,DNTTIP1,CD3EAP,SOX11,EML2,BIN3,PRKAR1A,DDIT4,VOPP1,PRR13,TTYH3,CTBP2,XPA,PDGFA,FLRT2,BLOC1S1,S100A10,HEXIM1,JUN,RPL41,JUP,CADM1,NR2F1,IRF2BP2,NR1D1,PBX1,MEX3A,SFXN3,GTF2IRD1,FAT4,CPEB4,CDKN1C,PIGU,CDKN1B,SPEF1,HEXB,CLTB,SHB,HSPB11,MRPL33,PCMTD2,MRPL42,TMSB4X,RFK,TRIM2,JAK1,ZC3H10,ACTL6B,SPHK2,TERF2,MED29,DUSP6,LRRC42,PSMA3,ZEB2,MED24,CDC42EP4,PXDN,RAPGEF1,TUT1,PLCB1,DSCAML1,VAMP2,ARF6,NFIX,ATL2,ODC1,GRAMD4,CENPB,FAM129B,PPP1R2,RECQL5,CHN2,AP2S1,RPL18,SRSF10,RUNX1T1,WDR17,CSNK1A1,RNF145,PSMC6,NFIA,NFIB,TTLL1,PHLDB1,ATP8A1,CLU,SLC8A1,ABHD11,GRB14,CDH2,TMSB10,KCMF1,TLE4,MAGI1,RNF44,TPM4,CISH,USP3,IGFBP3,IGFBP2,MAGI2,GTF3A,FRMD4B,LENEP,THOC6,CDC25B,FOXP1,PYGO2,CLIP2,LIX1,SLC9A8,FSCN1,TNIK,PFKFB2,ABHD2,ARL2,CORO1C,ACAT1,GOLGA7B,SOCS2,PLXNA2,PLXNA4,ANKRD34A,EIF2B4,NOP16,POLR3GL,ADAP1,FBXO31,PTPRD,REEP1,RCAN1,DAB1,NBEA,CPE,LZTR1,BCL2L1,ITGB1,ZC3H4,CELF2,PHACTR3,PMEPA1,EDIL3,ACTR3,PLEKHG2,DST,PEG3,RFC2,LIX1L,LANCL1,ZFP91,VPS37B,ARL4C,PTP4A2,PTP4A3,ASPH,PIK3CA,CTDSP2,LRP1,ROCK2,CXXC1,ABLIM1,IGF2BP3,LRRC8A,PCDH1,DCAF11,AAMP,ATP9A,CYB5B,SEMA4A,NTRK2,PCDH9,PCDH7,PCDH8,MBOAT2,SEMA4G,CDC42BPA,PNRC2,NELL2,KLF7,TSPAN14,KLF6,NFASC,EIF3K,POLR3D,TRIM35,INSM1,METAP2,LPGAT1,CERK,RAPGEFL1,ACTB,FLAD1,EPC1,CCNL1,SEPHS2,PELO,EPHB1,SOX4,FBXO9,SOX5,EPHA4,EPHA7,PAQR4,LIMCH1,ACTN1,ENTPD6,ANK2,ACTN4,ANK3,ANK1,AFG3L2,SFRP1,VDAC2,KCTD12,EZR,DCUN1D4,SUPT4H1,PTTG1IP,PIK3R1,APCDD1,TMTC4,PCBP1,DECR2,RAB11FIP2,NTSR1,BCL11B,BCL11A,MICAL2,ACADSB,GADD45G,ICK,PTK7,ID2,ECHDC2,PAF1,ITM2C,ROBO2,NRP1,CITED2,MRPS10,MIA3,SIPA1L2,SIPA1L3,ROBO1,SERP2,AKAP12,PPP3CA,MAP1LC3B,CHMP1B,ENC1,SSSCA1,RAB8A,CTSB,TMEM150B,WARS,RHOF,MTSS1,SREBF2,VSNL1,KIT,NCOA7,RHOU,ARHGEF2,RHOV,SGK1,CAB39,SATB1,SATB2,NOL4,NAPG,AMN1,CAMK2N1,MGAT3,DCPS,SORBS2,SORBS1,AIG1,PER1,ZDHHC9,CACHD1,CTNNB1,ESYT2,FAM171B,SYS1,ARID4A,IGF1R,FAM174B,HCFC1R1,CAPN2,NRCAM,SBF1,SPNS2,LMTK2,LMO7,ATP1B1,ADAM19,TMEM136,TBL1XR1,SCG5,CHMP4B,SCG3,TBC1D23,PXN,LTBP4,LPL,CACNA1A,SLC1A4,PDS5B,EFNA4,NDRG1,EFNB2,EFNB1,PDZD8,PDZD7,BCL9L,PRNP,ACBD4,SYT1,AUTS2,PTCH1,ASPSCR1,DSTN,HIGD2A,ARHGAP32,EFNA3,EFNA2,NR4A3,HOOK2,HOOK1,TCF4,LRP10,SAE1,DDX47,PRKCSH,CHD6,RND3,PPP1R9B,SPRED2,CASP2,USP47,SUN1,JAGN1,ARHGEF12,PLA2G4E,PDPK1,GLRX5,IQCE,NAV1,NAV2,ARID1B,DNM2,EEF1G,VCAN,TMEM214,SETBP1,TRNP1,CDH11,CDH13,PFDN4,SHANK2,B4GALT5,STOML1,NRXN1,RGS16,ATP1A1,TOB1,NCALD,HMGCL,TRA2B,SLIT1,PTK2B,NCAM1,MEIS2,PNKD,BAX"
+"gene_set_query"	"1123"	"GSX1"	"920.3"	"ARCHS4 Coexpression,1056;Enrichr Queries,1209;GTEx Coexpression,496"	"SCOC,ARL6IP1,STMN2,STMN3,LDLRAD3,SCAMP4,MYC,FAM110B,KIF21A,PRKACB,EPHB1,NCKAP5,PDHX,RBFOX1,ACOT7,PTOV1,SOX11,SCAMP1,ANK1,PRKAB1,GABRG2,SFRP1,PRKAR1B,RUFY3,KCTD13,TRIB2,TSPYL4,ASTN1,BEX4,BEX2,ADCYAP1R1,BEX1,NRN1,MEAF6,MAGED1,FOXG1,AGAP2,PHYHIPL,PIK3R3,ATXN7L3B,INPP5F,PCBP4,TSPAN3,SCN3A,GPM6B,ATP6V1C1,NDFIP1,PTPRN2,MAGEE1,BCL11B,GPR12,ZFR2,BCL11A,DCLK2,MLLT11,UCK1,CALY,H2AFY2,FXYD6,CD200,ITM2C,CDS2,GABRB3,DDR1,CSRNP3,GDI1,PTPRN,GRIK3,ZCCHC18,SHD,RNF157,TRIM9,UCHL1,LMBR1,TUBA1A,MAP1LC3A,SLC22A17,RFK,DNER,DHX15,NEFM,FEZF2,GPRASP2,RSPRY1,PRMT8,TCF12,SLC39A10,MANEAL,COPZ1,TMEM179,TUBB2A,MMP17,PXDN,MAPRE3,MAGEH1,NFIX,PHLPP1,WRB,SEZ6,NOL4,CST3,TCEAL6,GLRA2,CUX2,OS9,CAMK2N2,MGAT1,CKB,PAK3,ATP6V0E2,JAM3,WNT7B,GABRA3,LSAMP,PNMA2,DOHH,SGSM1,MORN4,NFIA,PRKRA,APBA1,CDK5R2,RAB3C,SPPL2B,MRFAP1,FBXO21,TSEN2,NUDT11,ATCAY,TUBB3,SLC16A2,LZTS1,LMO1,DSCAM,SHISA4,TBR1,CASD1,POU3F1,TMEM130,POU3F2,SHISA7,POU3F3,BSCL2,PREPL,SLC9A6,GPRIN1,SCG3,LY6H,ATP6V1A,RTN3,BHLHB9,TMEM59L,CACNA1B,CACNA1A,BHLHE22,CPLX2,PHF21B,NEUROD2,IGSF21,PCSK1N,DPP6,EFNB3,KIF3A,MBIP,NDN,OTX1,LRRC4B,SYT5,TIA1,WSCD1,RHBDD2,MARCH9,TBCB,RALYL,EFNA2,NSG2,HOOK2,LHX2,CDK4,CAPRIN1,REEP2,CSPG5,UBA2,YWHAE,PCDHGB7,PODXL2,CELF4,ELAVL4,CHD6,CELF5,DBI,RND2,FBLL1,ELAVL2,TRO,SEC61A2,LRRTM2,EID2B,EMX1,PEG3,SYNGR3,SEZ6L,EPN2,GAP43,VCAN,RCN2,DNAJC6,DCX,TERF2IP,TMEM9,INA,USP11,ATP1A3,CRMP1,TM2D3,SRI,FAM169A,CXXC4,DLL1,CLCN2,TSPAN31,GNG2,CHSY1,PTPRZ1,SV2A,PCDH1,CACNG4,MARCKSL1,PCDHGC4,PCDH8,PCDHGC3,GDAP1,MEIS2,NAP1L5,MYO16,FAM155A,NECAP1,SYT11,POLR3F,ATP13A2,INSM1,ATXN10,CBLN1"
+"gene_set_query"	"1124"	"HAND2"	"920.7"	"ARCHS4 Coexpression,683;Enrichr Queries,1301;GTEx Coexpression,778"	"CNTFR,TES,TRIO,PANK3,CERK,DIXDC1,STMN2,HNRNPU,STMN3,DCAF7,MYC,DPYSL3,ANKFY1,KIF21A,PTGFRN,DIP2C,EPHA4,EPHA7,MEF2C,RBFOX2,ACTN1,DAPK3,ARMC9,AFAP1,SOX12,EML1,EML5,MYL6,SFRP1,KATNAL1,KCNQ4,OBSL1,KCTD15,ATF4,TSHZ3,ANP32A,IGSF3,NPRL3,PIK3R2,ADH5,GJC1,APH1A,RNF216,FLRT2,DHX35,PCBP2,TNRC18,PLCG1,RALGDS,NTSR1,B4GALNT4,JUN,DMPK,INTS1,NR2F1,L1CAM,PBX1,PRRC2B,GADD45G,SMARCA4,MEX3A,H2AFY2,PTK7,DCHS1,FAT4,PKIG,RCOR2,FERMT2,PYGB,NRP1,FAM57B,ICA1,LRRC3,PCSK7,TRIOBP,SHD,SMG5,PTMS,CSRP2,TIMP2,NEFL,CCT3,EXOC7,MANEAL,COMMD6,BAZ1B,RGMA,ENAH,MN1,ZEB2,MPPED2,PXDN,FAM20B,PLEKHO1,GLCCI1,SLC29A1,SGK1,ERGIC3,DBN1,PNCK,PRICKLE2,ADAM22,PRICKLE1,PTN,ADCY6,ADCY5,BEGAIN,SH3BGRL,ARVCF,CUX1,NPY,SPOP,FLNA,GPC4,SAMD1,RUNX1T1,RANBP3,PLEKHA6,SORBS1,SLC8A3,NFIA,NFIB,KIF26A,SLMAP,RIMBP2,SARM1,HDGF,FHOD3,ANKRD13B,KDM1A,ARID4A,OGDHL,TOMM20,RIMS4,CDH2,ARHGDIA,SCMH1,LZTS2,MAF1,GTF2I,CHRNB2,USP5,IGFBP3,TPM1,IGFBP2,MID1,FOXP1,ILF3,MYCN,DOK4,GPRIN1,EHBP1L1,EEF1A2,FSCN1,MASP1,PPIA,KPNB1,RNASEH2C,PKDCC,ARHGEF26,ARHGEF25,ZC4H2,DDX1,MAZ,LPL,CACNA1C,CACNA1H,CORO1C,PHF21B,EFNB2,RAP1A,ABL1,ISOC1,DVL3,CDH24,PLXNA1,H1FX,PLXNA4,TBC1D16,NEK9,CBX3,CBX2,TMEM132A,CBX1,KLHL23,MANBAL,REEP1,BCL9,CDK8,LRCH2,HOOK2,NSG2,UBE2S,GNAS,UBE2O,TAB2,TCF3,SAE1,NFE2L1,MDM1,MUS81,GPSM1,PODXL2,CELF3,CBY1,ELAVL4,DDX42,ILK,ATP2A2,CHD4,YBX1,UBE2Q2,MDK,TMEM108,SPEG,DACT3,CPXM1,ADAMTS7,UNC45A,PPP1R12A,VEZF1,REXO2,RAD23B,PTBP2,VCAN,PTP4A3,CDH11,RPL37A,FAM84A,PPP1R12B,PPP1R12C,CUEDC1,GTF3C1,SRF,USP12,PRCC,CXXC1,FOXK2,WIZ,MLLT1,LRP3,FAM168B,MTA1,IGFBPL1,RAB23,NT5DC2,NT5DC3,SLIT1,FSD1,UBQLN4,PDLIM7,CACNG4,TUB,PCDH7,ATP2B4,PDAP1,SSRP1,MEIS2,GOLPH3,MYO1B,TSPAN18,POLR3D,TBKBP1,VIM,EIF3C"
+"gene_set_query"	"1125"	"ZNF397"	"921.5"	"ARCHS4 Coexpression,1169;GTEx Coexpression,674"	"CCNT2,CEP120,LTN1,ARPC5L,ZDHHC5,HDLBP,SMC5,ARID4B,IPO8,CAPNS1,LAMP1,CAPN7,ARHGDIA,CWC22,BSG,EPC1,AKT1,EPC2,MAP3K7,ATXN7L3,SBF2,AP2M1,USP8,ANKRD49,SCAF11,TSTD2,UBE4A,PRPF4B,MOGS,THOC2,DICER1,ATG12,PIAS2,FAM133B,OXA1L,RNF126,RAB35,PHIP,PPIG,RAD54L2,ANKRA2,KCTD18,CGGBP1,DDX6,GPM6A,LRRC59,RAB5C,ARHGEF26,FLII,RPN1,CACNA1A,UBR2,XPC,CACNA1D,RNPC3,FAM160B1,INPP5B,APH1A,ORC4,NEUROD2,DPP6,ZNHIT1,SCUBE1,ZKSCAN3,TRPM7,NDUFV3,SRGAP1,PDZD7,ATP6V1F,AP1M1,NEK9,SMAD4,FZD3,CPSF6,SLC35E3,HPS3,MRPL28,DNAJC13,LSM4,PHC3,STAG1,ZZZ3,STAG2,SLC7A6OS,ZFP62,TOLLIP,FUBP1,GNB2,SPIRE2,MDM4,EIF4G1,CREBZF,PHF3,WDR1,HP1BP3,USP34,DOCK7,PRPF19,DDA1,MED17,SENP6,MED12,SENP7,SEC61A1,NIPBL,LASP1,ZC3H7A,GATAD1,UBXN7,SDF4,GABPA,PCMTD1,UPF1,SHPRH,ATRX,TCF12,MINK1,ARNT,VEZF1,ASH1L,BAZ1B,LATS1,MED23,KIN,TRAF7,NCOR1,PIK3CA,CTDSP2,BIRC6,SOS1,ATP6V0C,SFI1,ARF5,OTUB1,NAPA,RNFT2,NFAT5,RNASEL,UHRF2,RAB1B,NOL8,KATNB1,FBXL20,GANAB,U2AF2,ASNA1,FAM120A,TMEM68,KRIT1,AP2S1,PAK6,SLITRK5,SRSF10,YKT6,TTC14,SPEN,MON2,TRIM41,NEGR1,MTX3,YIPF4,TPD52L2,KLHL9,RAD52,MKLN1,MCM3AP,RAB12,MGAT4B,RAB3GAP2,NUCB1,SNRNP48,P4HB,MPHOSPH8,TAF1"
+"gene_set_query"	"1126"	"PHOX2A"	"922.7"	"ARCHS4 Coexpression,487;Enrichr Queries,1328;GTEx Coexpression,953"	"RPL4,SLC23A2,CNTFR,PANK3,CERK,VARS,TESK1,STMN2,STMN3,DCAF7,SCAMP5,GPR173,DPYSL4,PPP2R1A,DPYSL2,MYC,IGLON5,LONP1,FDXR,AKT1,KIF21A,FBXO9,CHGB,STARD3,PDHX,SRRM3,RBFOX2,UNC5A,PAQR4,ARMC9,PTOV1,SOX11,CSNK1D,SOX12,VWA5B2,JMJD8,EML5,SFRP1,DDIT4,KCNQ2,HECA,IGSF3,FOXG1,PIK3R2,MRPL12,GNS,TTBK1,PRDX3,APH1A,NKAIN1,PCBP3,PCBP4,SCAP,KCNN2,PLCG1,RALGDS,B4GALNT4,VAT1,CTSA,JUN,LRRN3,INTS1,DMPK,ABCA3,RDX,NR2F1,KLHDC8B,L1CAM,SMARCA1,TMEM198,GADD45G,SMARCA4,ICK,GNPTG,MEX3A,H2AFY2,DCHS1,DUS1L,RCOR2,CPEB4,CDKN1C,FAM57B,PTPRN,GRIK5,ICA1,SHD,MRPL33,PTMS,JPH3,MMP24,NEFL,RAC3,NEFM,CCT3,MRPL49,MANEAL,DUSP6,MLF2,DDB1,PXDN,GLCCI1,ERGIC3,DBN1,GRAMD1B,CSTB,SF3B2,SATB2,GPS1,ADAM22,BEGAIN,ARVCF,NPY,ANKRD52,SAMD1,ZSWIM5,MBD3,CENPV,RANBP3,PLEKHA5,LHFPL4,PLEKHA6,TTC9B,NMNAT2,SLC8A3,OSTM1,KIF26A,PRKRA,SARM1,RIMBP2,HDGF,CDK5R2,SCARB1,ANKRD13B,MIDN,CRCP,KDM1A,CLSTN3,TUSC3,OGDHL,TOMM20,CELSR3,TM7SF2,RIMS4,UROD,ARHGDIA,AP2M1,GTF2I,CHRNB2,USP5,IGFBP3,IGFBP2,OCRL,TBR1,KCTD3,POU3F1,POU3F2,TANC2,POU3F3,NRBP1,FTSJ3,BSCL2,OLFM1,PYGO2,ILF3,TXLNA,MYCN,DOK4,GPRIN1,EEF1A2,PPIF,FSCN1,KPNB1,DIABLO,CHRNA7,DDX1,MAZ,CACNA1A,SEZ6L2,PHF21B,PORCN,BTBD2,ISOC1,CDH24,DVL3,H1FX,OTX1,LONRF2,PLXNA4,TBC1D16,SYT5,RHBDD2,CBX3,IDH1,NONO,CBX2,TMEM132A,CBX1,TBCD,DHCR24,ZBTB12,NSG1,EFNA2,LRFN4,HOOK2,NSG2,LHX2,HOOK1,UBE2S,GNAS,UBE2O,TCF3,MAP3K12,GPSM1,MCFD2,ALAS1,PODXL2,CELF3,ELAVL4,CHD6,CHD4,YBX1,ELAVL3,ALAD,SART1,SEPT6,MDK,TMEM108,TNPO2,ADAMTS7,EMX1,REXO2,CREB3,FAM189B,PTP4A3,NPC1,PEX3,PEX5,FAM84A,INA,SMARCD1,NLGN2,PRCC,CRMP1,ATP1A3,FOXK2,WIZ,LRP3,HSPD1,PPM1G,FZR1,MTA1,IGFBPL1,DNAJB5,BAHD1,NT5DC2,MGAT5B,RBBP7,FSD1,ABCF3,UBQLN4,CACNG4,JAZF1,HNRNPA0,CHGA,CYB5B,TUB,MARCKSL1,PCDH8,HAGHL,PDAP1,SSRP1,HSPE1,MEIS2,POLR3D,TBKBP1,INSM1,VIM"
+"gene_set_query"	"1127"	"NEUROG2"	"922.7"	"ARCHS4 Coexpression,604;Enrichr Queries,814;GTEx Coexpression,1350"	"STMN3,HS6ST1,DCAF7,BACH2,RNF112,DPYSL4,MPRIP,DPYSL5,DPYSL3,STMN1,AKT1,EPHB2,EPHB1,SAMD10,SOX4,TMPO,SOX5,EPHA5,HES6,EPHA4,EPHA7,MEF2C,RBFOX2,NUP210,AFAP1,SOX11,CSNK1E,ANK1,MAPK8IP3,MAPK8IP1,SFRP1,TAGLN3,KCTD17,NUMBL,NRN1,NECAB3,TSHZ3,MAGED1,FOXG1,TWF2,PIK3R3,SLCO5A1,AGAP3,KALRN,NKAIN1,FAM171A1,PRPSAP2,PCBP4,MICAL1,TSPAN5,RALGDS,RAB11FIP5,JUN,PHC2,BCL11B,BCL11A,EDEM1,ST8SIA2,INTS2,NR2F1,HSPA12A,BRI3BP,PAICS,GADD45G,MLLT11,PTK7,ID2,ANP32E,RCOR2,TECPR1,CDC42SE2,CDKN1C,NRP1,PTPRS,GDI1,SH3KBP1,FAM57B,GRIK3,SHB,SHD,ROBO1,SHF,ACTR1A,TUBA1A,CAMKV,TMSB4X,NCS1,TRIM3,KIF13A,NEFM,FEZF2,PARP1,PGAM1,CBFA2T2,DUSP6,MLF2,RGMA,VAV2,DDB1,MN1,TMEFF1,ZEB2,TUBB2B,KIF2A,PXDN,ARHGEF2,DBN1,RNF165,PCNA,PRIM1,SATB2,PTN,CUX2,TMEM169,GPC2,CCT8,CKB,YKT6,RUNX1T1,RPRM,MAP4K4,WNT7B,GINS4,MIB1,TMEM158,NFIA,NFIB,RPA3,APBA2,CDK5R2,PRDM8,RASL11B,HDLBP,CELSR3,KIF5C,TUBB3,BASP1,CAPN5,MACROD2,SLC16A2,LZTS1,LMO1,SEMA6B,IGFBP3,VASH2,TBR1,POU3F1,FBXO10,POU3F2,POU3F3,ACAP3,ACLY,MYCN,FSCN1,TOX,ZCCHC7,GRIA2,SEMA7A,BRSK2,PKDCC,ARHGEF25,NXPH4,NPR2,CACNA1A,BHLHE22,CACNA1E,PLD3,CAMSAP1,PHF21B,EFNB2,NEUROD2,SNN,ORC6,NEUROD6,UBR5,PGK1,PLXNA2,ABL1,PLXNA1,OTX1,TBC1D16,PLXNA3,TMEM120B,AUTS2,KLHL25,TMEM132A,SCRT1,SYT7,LRCH2,EFNA2,NR4A3,HOOK2,LHX2,LRFN1,UBA1,LRP12,MXD4,GPSM1,LDB1,CELF3,CHD6,ELAVL4,PSIP1,CHD4,AFF3,ELAVL2,ELAVL3,HK1,SEC61A1,SEPT6,BCL7A,SCRN1,TLK1,TOPBP1,TNPO1,NEO1,ADAMTS7,EMX1,RFC3,EED,PDPK1,TNFRSF19,NAV2,CKAP4,GAP43,PTP4A3,TRAF4,IMPAD1,CDH11,B4GALT6,GAPDH,RBM24,INA,AGPAT5,GTF3C1,CRMP1,MLLT3,DLL1,ADD2,THBS3,IGFBPL1,DNAJB5,NNAT,SPOCK1,SPAG9,NTRK2,SEPT11,MARCKSL1,RRM2,RNGTT,PCDH8,MEIS2,NELL2,MYO1B,VIM,INSM1,RHEBL1,MDGA1,SSBP3,RAN,CBLN1"
+"gene_set_query"	"1128"	"DMRTA2"	"923.3"	"ARCHS4 Coexpression,483;Enrichr Queries,1054;GTEx Coexpression,1233"	"CMAS,CCNI,RPL31,STMN2,STMN4,RPL9,RPL6,TXNDC17,GOLGA2,GPR173,PPP4R1,DPYSL4,DPYSL5,DPYSL3,STMN1,RPL36,KIF21A,EPHB2,EPHB1,SOX4,RBFOX1,ATP6V1G2,UNC5A,ISLR2,SCRIB,SOX11,SOX12,ANK1,SFRP1,RUFY3,FAR1,TTLL12,TAGLN3,CTXN1,CUTA,GPM6A,BEX2,NRN1,BEX1,TMEM63C,FOXG1,CSTF2,CDKN2AIP,GJC1,NKAIN1,PCBP4,TSPAN6,ZSCAN18,JUN,FZD3,RPL41,CADM1,BCL11B,ZFR2,BCL11A,ST8SIA2,H3F3A,NR2F1,UPF3B,KLHDC8B,MEX3D,PBX1,SMARCA4,MLLT11,SQLE,CCDC88A,MEX3B,FAM135A,MEX3A,RPS27,VANGL2,H2AFY2,RPS29,GIPC1,FAT4,RPS24,CCDC120,TECR,PTPRO,GRIK3,COX7C,UBL5,UCHL1,TUBA1A,CSRP2,NEFM,FEZF2,APC2,CCDC112,STRBP,LRRC49,ZDHHC13,COMMD6,MLF2,RGMA,SLC7A4,SLC7A5,MN1,TOX3,TUBB2B,PXDN,RHOV,PTMA,RNF165,CSTB,DYNC1I2,SAMD8,INPP1,GSTP1,SATB2,SLC7A1,FAM129B,GLRA2,TCEAL5,TMEM169,CAMK2N1,CHN2,SUSD4,GPC2,PAK3,RUNX1T1,RPRM,PURG,SRSF12,CENPV,MPP3,MYEF2,YIPF2,WNT7B,PCGF2,RANBP9,RSRC2,NMNAT2,COX6C,TTC9,FABP5,NFIA,MORN4,NFIB,TTC3,YPEL1,PRDM8,MIDN,SRP14,CHCHD3,CDH2,KIF5C,BASP1,TMSB10,FADS1,LMO1,ANAPC7,IGFBP3,IGFBP2,MAGI2,THOC3,WRNIP1,TBR1,ACYP1,POU3F1,POU3F2,MID1,POU3F3,COX6B1,OXA1L,CACNB3,CSNK1G1,BRSK2,ARL3,CACNA1A,COX7A2,BHLHE22,DTX3,SEZ6L2,CAMSAP1,PHF21B,EFNB2,IGSF21,PCSK1N,DPP6,ORC6,KIF3A,TCTEX1D2,PLXNA2,NDN,OTX1,SRGAP3,NDUFV3,SYT5,ZFHX2,AUTS2,KLHL23,NSG1,HOOK2,HOOK1,LHX2,UBA2,NACAD,CNIH2,WDR1,SCHIP1,CELF4,CHD6,ELAVL4,CELF5,RND2,ELAVL2,ELAVL3,GDAP1L1,EMX1,HSP90AA1,CCDC34,UBE2QL1,RABGGTA,GAP43,PTP4A3,DALRD3,DDAH2,RPL37A,FAM84A,LUC7L3,INA,GTF3C1,RNFT2,NAA20,VPS4B,RPL36A,CRMP1,CXXC4,DPCD,NCALD,JAKMIP2,RMND5B,ZNRF1,STOX2,GNG3,NNAT,SLIT1,NCAM1,ROMO1,NTRK2,LINGO1,MARCKSL1,NDUFA4,PCDH7,NDUFA3,PCDH8,RPL35A,MEIS2,RAB10,SLC4A8,MARCKS,NAGK,SBK1,TSPAN18,NOVA2,RGS12,INSM1,SEC24C,KCNK2,SSBP3,METAP1,CBLN1"
+"gene_set_query"	"1129"	"ZNF491"	"923.3"	"ARCHS4 Coexpression,873;Enrichr Queries,846;GTEx Coexpression,1051"	"PANK3,TMEM41A,ARPC5L,DCAF8,FNBP1L,TXNDC15,GPATCH8,BACH2,CAPNS1,DPYSL5,DPYSL2,ALKBH1,STMN1,KIF21B,DIP2C,NCKAP5,SOX4,SOX5,ARRDC4,ARL10,EPHA4,RBFOX2,WSB1,TSTD2,PIH1D1,ZFP2,NSMCE2,COG2,COG1,RFX3,MOGS,SOX11,ARMC8,TMEM170B,FAM133B,ZSCAN21,DDIT4,MTHFD2L,ULK2,HECA,KCTD12,TAGLN3,ANKRA2,TRIB2,PFN2,LRPAP1,TMEM161B,ANAPC16,FOXG1,NPRL3,PIK3R3,KALRN,INPP5B,GRPEL2,VTI1A,SEC31A,ZSCAN18,FZD3,DMPK,BCL11B,PNO1,BCL11A,PLK2,ST8SIA2,SLC35E3,NR2F1,ERAL1,PBX1,MLLT11,HNRNPL,MEX3B,DCHS1,FXYD6,FAT4,ITM2C,CDKN1C,ROBO2,ARF3,PIGU,DAZAP1,CSRNP3,CITED2,SUV39H1,SIPA1L2,PANX1,EPM2AIP1,ACTR1B,TUBA1A,OTUD6B,PCMTD1,ZIK1,DFFB,UPF1,SHPRH,MRPS27,LRRC49,MINK1,TET2,DUSP6,MLF2,KIN,HADHA,ZEB2,TUBB2B,PXDN,TMEM106B,KPTN,RPL12,PSMB4,CUX1,PSMB1,STX6,ANKRD52,HEATR6,ZSWIM5,MAP4K3,RUNX1T1,MON2,MYEF2,YIPF3,MTX3,LSAMP,ELP2,PLEKHA6,SORBS1,GATAD2A,ATAT1,ABCB10,PSMC6,NFIA,NFIB,TTC3,SARM1,YPEL1,GOPC,APBA1,HDGF,PKN1,MEGF9,SCARB2,CEP120,TSEN2,FRY,IPO8,MAEA,ZFP30,PPIP5K2,TUBB3,SESN1,PALM,FNTB,NRCAM,LZTS1,FADS1,TLE4,BIVM,ANKRD44,F2R,FRMD4A,VASH1,FBXW2,ARMCX4,ARMCX1,TBC1D20,HNRNPUL1,CHMP4B,TBC1D19,RTN1,PSMD11,TMED10,NPR2,EFNB2,EFNB1,NACC1,ZKSCAN3,SRGAP3,LONRF2,ATP6V1F,NEK9,TIA1,SMAD4,BFAR,MARCH6,EIF2S2,PTPRD,BCL9,IBTK,EFNA2,HOOK2,RFXAP,TBCE,TADA1,UBE2K,TMEM19,EIF4G2,MXD4,EIF4G1,WDR1,PRKCSH,CBY1,CHD6,ELAVL4,ZFP82,AFF3,ELAVL1,MFSD8,SENP7,MDK,PPP6R1,PPP2R5E,PDE4B,PDPK1,ATRX,TNFRSF19,AMT,CTPS2,RANGAP1,LATS1,TRAF7,PTP4A3,FCHSD2,SETBP1,GORASP1,BIRC6,SEC23A,RAB1B,KATNB1,CRMP1,NCALD,FBXL20,GNG2,U2AF2,POLR2C,FAM120A,KRIT1,REPS2,DROSHA,FEM1C,NTRK2,PCDH9,GPKOW,RNF26,RPRD2,EXOG,HNRNPAB,MAPK10,TRIM39,SYT11,ST7,ERCC8,SPRY2,SNRNP48,VPS45,RBM45,SSBP2,TRIM32,TNRC6A,MBTPS2,METAP1,METAP2"
+"gene_set_query"	"1130"	"MESP2"	"923.7"	"ARCHS4 Coexpression,1519;Enrichr Queries,1186;GTEx Coexpression,66"	"CMAS,ARL6IP1,MYT1L,STMN3,SCAMP5,NUB1,DHX57,DPF1,AP1S1,ATXN7L3,HES6,ACOT7,WSB2,SLC6A15,ANK1,GABRG2,GTPBP4,LARS2,SFRP1,PRKAR1B,WDR82,HECW1,DDIT4,HECA,TAGLN3,ASTN1,DHX8,FOXG1,CEND1,PIK3R2,ACTR3B,INPP5B,FAM171A1,ABR,FAM171A2,PPP3R1,NUAK1,TSPAN7,B4GALNT1,RIMKLA,JUN,MAGEE1,BCL11B,MYO5A,PBX2,NETO2,NR1D1,GADD45G,FASN,ID2,PPP1R1B,CALM3,COL9A3,ITM2C,ARF3,CSRNP3,CLTA,SLC7A11,RAB22A,C1QTNF4,SERP2,UCHL1,JPH3,CAMKV,IDS,KIF1A,DLGAP3,UPF1,PRMT8,SYP,DYNLL1,SYN1,DUSP6,NME1,MLF2,SLC7A5,TUBB2A,KIT,PXDN,ARHGEF4,PTRH1,ARHGEF2,SGK1,PAFAH1B3,DSCAML1,NAPB,CSTB,ATL1,SNX32,PDZD11,CAMK2N1,CHN1,AP2S1,SUSD4,MFN2,CTNNA2,RPRM,ARNT2,GABBR2,WNT7B,GABRA3,PNMA2,AP2B1,GRIN1,TTC9,MORN4,LPCAT4,FKBP1B,SNX15,FAM171B,APBA1,MEGF8,CDK5R2,MPHOSPH6,CDK5R1,RAB3A,PDCD6,COX6A1,CYP46A1,CDH8,RIMS4,ATCAY,KHSRP,KIF5A,PALM,NRCAM,AP2M1,STK32C,FADS1,RGS7,NSF,CHRNB2,KIRREL3,IGFBP3,LMTK3,RUNDC3B,RAB35,FSCN1,CHMP4B,PPIA,GLYR1,ATP6V1A,RTN3,BRSK1,TMEM59L,CACNA1A,CPLX1,HSPBP1,SUPT6H,RTN4,RAP1GAP,TMEM121,BAG4,EFNB3,DEAF1,TMEM128,TCTEX1D2,BTBD2,CASKIN1,ATP6V1H,KIF3C,OTX1,RAB6B,PDZD7,ATP6V1F,LRRC4B,PRNP,SYT3,CPSF7,PCIF1,TMEM132A,SLC4A10,RALYL,EFNA3,DLG2,EFNA2,SH3BP5L,NSG2,CDK5,HOOK2,DLG4,PTPRA,HOOK1,GNB1,NFE2L3,SPIRE2,NFE2L1,RNF187,LRP11,YWHAE,KDM5C,DAGLA,WDR1,CNRIP1,YWHAB,CELF4,CHD6,CELF5,FBLL1,PPP1R9B,DUSP12,SEPT9,SUMO3,LRRTM2,PPP6R3,GDAP1L1,UBTF,PMEPA1,SULT4A1,YWHAG,ARHGEF11,ACTR2,SVOP,TNFRSF19,RNF208,SYNGR3,REXO2,YWHAZ,SEPT5,RAD23B,SEPT3,ARL4C,GAP43,PTP4A3,ELF2,NRG3,SNPH,DNAJC5,LANCL2,DCX,FAM84A,NAT8L,INA,CAMK1G,SHANK2,OTUB1,STOML1,NDUFB6,CLEC2L,SRI,CLCN3,JAKMIP1,LAGE3,PPM1E,FOXRED2,CACNG7,GNG3,FZR1,GANAB,DNPEP,SV2A,U2AF2,MGAT5B,POLR2D,FSD1,SNCB,MTA3,ATP9A,MAPK3,BEND6,LINGO1,SEMA4A,LIMK1,FOXJ2,FBXL16,MAPK10,TRIM39,GLRB,PPP2R2C,PPP2R2B"
+"gene_set_query"	"1131"	"ZNF350"	"924.3"	"ARCHS4 Coexpression,696;Enrichr Queries,810;GTEx Coexpression,1267"	"APP,IFITM2,VARS,WIPF3,JMJD1C,NDST1,FRAT2,TRIM28,MPRIP,MYC,BSG,PSMD3,DAG1,AKT1,EPC1,AP1S1,ATXN7L3,SOX4,SLC12A9,ARRDC4,MEF2C,IAH1,ARRDC3,IFRD1,CD3EAP,MOGS,SCRIB,ANK3,ACTN4,GTPBP4,SND1,BIN3,DDIT3,DDIT4,HECA,SUPT4H1,PIK3R3,PIK3R1,HIF1A,PGS1,CYB5R4,LARP1,MLEC,NRBF2,PLCG1,MAP4,VASP,JUN,JUND,TMEM184B,ICMT,INTS1,H3F3B,BCL11A,PLK2,H3F3A,PBX1,PRRC2A,EIF1,TMEM199,HNRNPL,ABTB1,SQLE,ID2,GIPC1,CWF19L1,HBP1,CALM3,FBXL5,CPEB4,CDK16,ARF3,DHRS13,DAZAP2,PIGU,DAZAP1,BTG1,CITED2,PRPF19,SMG5,GLIPR2,XPO6,ENC1,TCP11L2,CAP1,UPF1,TSC22D1,TSC22D3,MINK1,SLC39A10,GMIP,MRPS7,DYNLL2,SREBF2,MLF2,DDB1,KIN,SCNM1,PXDN,TAX1BP1,SGK1,CSTB,RNASEL,AHCY,SATB1,CCNDBP1,CENPB,FGD3,HIRA,ZDHHC18,MFN2,ANKRD52,YKT6,MAP3K3,YIPF1,DAB2IP,AP3D1,AP2B1,SCAF1,VEGFA,NFIB,SHKBP1,CCNG2,SERBP1,TAOK2,HDGF,PKN1,YPEL5,FAM49A,UHRF1BP1L,GTF2B,CLSTN1,HDLBP,ATN1,SLA,IPO7,TOMM20,IGF1R,TM7SF2,SESN1,CIR1,SLC39A7,LZTS2,SBF1,BNIP3L,SLC38A1,USP5,USP3,IGFBP3,TPM1,ZBTB34,ATAD3A,RSBN1,PIAS1,ACLY,HNRNPUL1,HNRNPUL2,SLC9A8,FSCN1,KPNB1,GLYR1,SLC27A4,LRRC59,INSIG1,MAZ,CSF2RA,NDRG1,PHF21A,SOCS2,EFNB2,MED30,DVL1,BTBD2,NACC1,ABL1,PLXNA1,PRNP,FBXO38,PHF12,CRIM1,KLHL24,EEF2,CLK4,NFKBIA,H1F0,EFNA2,HOOK2,HOOK1,JMY,GNB1,CNTN1,UBA1,TCF3,LSM14B,NFE2L1,EIF4G1,RNF187,UBE2M,ISY1,ZNF512B,B4GALT2,SCYL3,KDM5C,PRKCSH,CHD6,SLC2A3,CHD4,YBX1,PTPN23,LMNB2,DUSP12,METTL14,ZC3H7B,PDE4B,UBTF,FLOT2,PMEPA1,TNPO2,YWHAG,PDPK1,RANGAP1,RAD23B,SENP3,ARFGAP1,ARL4C,TRAF7,PTP4A3,FCHSD2,CTDSP2,IRF9,TSEN34,PPP1R15A,GTF3C1,USP15,RGS19,NLGN2,DCTN1,MLLT1,ATP1A1,TOB1,FAM168B,GANAB,MTA1,U2AF2,FEM1C,UBQLN4,KDM4B,FBXL19,SSRP1,CDC42BPB,MAPK14,OXR1,HNRNPAB,MARCKS,KLF6,NEURL4,IMPDH1,CARM1,MGAT4B,PDCD4,SPRY2,ACIN1,P4HB,SMAP2,EIF3C,BCAR1,EIF3B"
+"gene_set_query"	"1132"	"ZNF426"	"924.3"	"ARCHS4 Coexpression,1007;Enrichr Queries,724;GTEx Coexpression,1042"	"ZDHHC5,FCF1,PPP2R2A,EPRS,TXNDC17,PPP4R1,CAPNS1,TRIM28,MYC,LONP1,AKT1,PRKACA,ATXN7L3,SOX4,MED1,EPHA4,AQR,GABARAPL1,IFRD1,CD3EAP,MOGS,SND1,DDIT3,DDIT4,YME1L1,HECA,TTLL12,TBC1D9B,DHX8,FLII,CSTF2,TWF1,BRCC3,HIF1A,CDKN2AIP,APH1A,UGCG,NUAK1,GRPEL2,S100A10,JUN,JUP,INTS1,PLK2,SLC35E3,PBX2,PRRC2A,HNRNPL,FAM135A,WNK1,ID2,HBP1,CPEB4,ITM2C,ARF3,OGFR,NRP1,SMG1,PIGU,DAZAP1,BTG1,CITED2,MRPS10,SLC7A11,VLDLR,SIPA1L2,PRPF19,CLINT1,SMG5,AKAP12,SYNCRIP,TUBA1C,NIPBL,SPTLC1,SDF4,JARID2,CIC,PRMT5,UPF1,PBRM1,MINK1,ZDHHC13,DUSP6,MLF2,RHOB,SLC7A5,RAP2B,TUBB2A,PXDN,TAX1BP1,SGK1,ARF6,CSTB,WDR26,GSTP1,NIP7,GNAI3,SLC7A1,CENPB,FAM129B,HIRA,SERTAD2,TMEM68,ANKRD52,ZSWIM4,YKT6,PLEKHA1,RIOK3,CSNK1A1,RANBP9,SCAF1,VEGFA,TTC9,ITCH,SNX16,FABP5,NFIB,CCNG2,TAOK1,TAOK2,CCNYL1,NUCB1,HDGF,PKN1,PNPLA6,GRINA,PRDM4,UBE2Z,IGF1R,NPEPPS,SLK,ZFP30,LAMP1,ARHGDIA,SLC39A7,SBF1,FADS1,USP8,SLC38A1,USP5,TMOD3,IGFBP3,F2R,TTC7B,ATP11B,THOC3,LMO7,ATP1B1,CTDNEP1,HNRNPUL1,TIPRL,RAB35,CHMP4B,TNIK,GLYR1,ANAPC2,DDX6,LRRC59,RAB5B,PFKFB3,RAB5C,MAZ,NDRG1,SOCS2,EFNB2,ORC4,DVL1,NACC1,ABL2,SKIL,ZKSCAN1,PDZD7,PRNP,ASNS,MARCH7,KLHL24,EEF2,MARCH5,NFKBIA,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,JMY,GNB1,CNTN1,MDM2,PLEKHM2,ACBD3,FGF13,NFE2L1,EIF4G1,KDM5B,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,RND3,PPP1R9B,DUSP11,DUSP12,SEC61A1,SART1,LASP1,PPP2R5E,PPP6R1,SNRNP70,UBTF,ACTR3,DIS3,PDPK1,OXSR1,RABGGTA,RAD23B,ARL4C,TRAF7,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,ETF1,ACOX3,BCAT1,PPP1R15A,RNFT2,MTPN,DCTN5,RALA,SMARCD2,NAA20,VPS4B,RAB1B,ATP1A1,NT5C2,ABLIM1,FAM168B,GANAB,TAF1B,U2AF2,FCHO2,MKNK2,POLR2D,FAM120A,FEM1C,GALNT1,SOD2,RAB10,KLF7,KLF6,MGAT4B,VIM,P4HB,METAP1"
+"gene_set_query"	"1133"	"SIX6"	"924.7"	"ARCHS4 Coexpression,652;Enrichr Queries,1383;GTEx Coexpression,739"	"CMAS,CERK,ZFYVE9,IFT172,CISD2,STMN4,ENO2,FNBP1L,GOLGA2,GPR173,GOLGA3,DPYSL5,DPYSL2,STMN1,CDK20,EPHB1,CDK5RAP3,CHGB,TSPYL2,HES6,PDHX,UNC13A,CXADR,COG6,KCNK10,SLC6A15,PTOV1,SOX11,ATG13,THAP7,SARNP,HECA,MEG3,CUTA,BEX4,RTEL1,NUMBL,BEX1,NRN1,SET,MEAF6,LMAN2L,TMEM63C,CTBP1,MAGED1,CSTF3,FOXG1,AAAS,HTATSF1,PRDX3,LDHB,SCFD1,PCBP4,FDFT1,PHC1,ZRANB2,PTPRN2,BCL11B,LRRN3,H3F3B,ZFR2,H3F3A,NR2F1,XRCC1,PAICS,TMEM198,MLLT11,CALY,H2AFY2,PPP1R1B,ANP32E,MAGED2,HNRNPC,RCOR2,DZIP3,PCSK2,GABRB3,ARF1,PTPRN,GPR21,MRPL42,UCHL1,SMPD4,JPH3,TUBA1A,SLC22A17,NEFL,FEZF2,BRD3,SEC13,SSR4,ELOVL4,PARP2,HSBP1,PGAM1,SLC39A10,AMPD2,ELOVL6,SRP9,NCOR2,ENAH,TMEM179,TUBB2A,PXDN,PAFAH1B3,MAGEH1,CDC123,SATB2,WRB,FAM117B,PCNP,EXOSC8,CTNNA2,PAIP2,DTD1,CCT4,RIC3,WDR17,MBD6,YIPF2,MDH1,MTX2,MIB2,AP3D1,TTC9B,MIAT,BLCAP,ATAT1,MAD2L2,MORN4,PRKRA,KLHL7,SGSM2,TTC3,RIMBP2,CDK5R2,ATP8A2,TUSC3,PEBP1,FBXO21,CELSR3,ACTG1,NARS,FADS2,SALL2,CHRNB2,LMO3,VASH2,UBE2E2,CNPY2,TBR1,POU3F2,POU3F3,BSCL2,MORF4L1,ARMCX2,MSH2,MORF4L2,GPRIN1,SCG5,UBE2V2,LY6H,FKBP3,XPR1,RTN3,CUL7,RTN1,CCDC24,TMEM59L,GLT8D1,ARL1,FOXO6,CACNA1A,SEZ6L2,PLD3,PHF21B,PCSK1N,DPP6,BAG4,NDN,OTX1,NAE1,SKIL,PLXNA3,SYT4,CPSF7,CBX5,RHBDD2,PTCH1,CBX2,IDH1,KLHL23,NSG1,MARCH6,LSM4,AHI1,LRFN5,EFNA2,HOOK2,LHX2,HOOK1,GNAS,UBE2N,IFT27,LZTR1,YWHAE,NAA40,HSP90AB1,CELF3,CHD6,CHD5,HMGB3,PSIP1,PTPN23,HMGB1,ELAVL2,TRO,ABHD16A,AP1G2,YWHAQ,MDK,SNAPC3,SUMO2,WDR6,TLK1,EMX1,ABCC8,H2AFZ,ARFGAP1,PTBP2,PJA1,PTP4A3,RCN2,BCAT1,INA,SLC25A14,HCN3,HDAC2,USP11,DDX20,CRMP1,TM2D3,HDAC6,JAKMIP3,HSPD1,ADD2,NNAT,BEND3,FSD1,HNRNPA1,MEST,EIF4E,TUB,CHGA,MBTPS1,MARCKSL1,PCDH8,MEIS2,NELL2,SLC4A8,SNRNP40,SUCLA2,PSAT1,DOLPP1,MFAP2,INSM1,ATXN10,UNC79,TNRC6A,SSBP4,RAN,CBLN1"
+"gene_set_query"	"1134"	"ZNF557"	"924.7"	"ARCHS4 Coexpression,1280;Enrichr Queries,613;GTEx Coexpression,881"	"PANK2,CCNJ,TRIO,TMEM41B,FCF1,HNRNPU,PHAX,GABPB1,LSM12,CAPNS1,PSMD5,CDC26,DPYSL2,MYC,AKT1,DIP2C,ATXN7L3,RNF111,SOX4,MED1,WSB1,BROX,ARRDC3,CD3EAP,MOGS,MED6,XRN2,DDIT4,ORAI2,TRIM13,HECA,ALG10B,DHX8,FLII,CTR9,CDKN2AIP,UBE2J1,CIAO1,APH1A,ABR,CYB5R4,CHTF8,CSTF1,VTI1A,NRBF2,HIVEP2,ST3GAL1,ST3GAL2,SCAI,JUN,BCL11A,INSR,SLC35E3,MAD2L1BP,PBX2,PRRC2A,TMEM199,ZBTB6,CWF19L1,INTS5,GRB2,CPEB4,ITM2C,ARF3,GMEB1,SMG1,PIGU,HIP1,SNX11,SLC7A11,PRPF19,MAP1LC3B,TRIM2,SDF4,RIOK2,KIF1B,JARID2,UTP14A,RAB8A,ZC3H10,PRMT5,UPF1,MINK1,NIPA2,SREBF2,COMMD5,MLF2,RHOB,KIN,MRPL53,PRPF18,RAP2B,TUBB2A,PTRH2,PXDN,SGK1,CDC123,NFIX,NIP7,PRIM1,NOL9,MNT,CUX1,CAMK2N1,TMEM68,MGAT2,EXOSC2,PLEKHA1,UTP3,GATC,RSRC2,TTC9C,GTF2H2,TMEM60,VEGFA,KBTBD4,NFIB,TAOK2,NUCB1,ESYT2,HDGF,PKN1,DBR1,CRCP,GTF2B,HDLBP,FBXO22,ZFP30,KHSRP,SNIP1,FADS1,USP8,USP5,TTC7B,VRK3,FOXP1,TMX1,TBL1XR1,RPL7L1,TIPRL,CHMP4B,GEMIN7,TTPAL,NSMAF,FKBP5,ZCCHC7,COX19,LRRC59,PFKFB3,INSIG1,ANKRD12,SEL1L,GTF2E1,EFNB2,NACC1,ABL2,LLPH,NDUFV3,EVI5,SLC38A2,PDZD7,MCL1,AP1M1,CCDC134,HSPA8,TMEM120B,PRNP,TOR1A,CBX4,M6PR,DNAJC14,TOR1B,LSM6,SLC7A6OS,GNL3L,EFNA2,HOOK2,NBEA,HOOK1,GNB1,AAK1,MDM2,SPIRE2,MDM4,NOP10,NFE2L1,EIF4G1,ISY1,SCYL3,ZC3H4,PRKCSH,CHD6,PIK3CD,LMNB1,DUSP12,SEC61A1,LASP1,ZNRD1,EEF2K,OPA3,LRRFIP1,TNPO3,ACTR3,KDM6B,ACTR2,HSP90AA1,DST,PDPK1,PDE4D,RAD23B,ARL4C,TRAF7,VCAN,CREB1,SETBP1,NUP50,POLR1B,RNFT2,NFAT5,USP10,RAB1B,SRBD1,FOXK1,RNF4,RNF2,POLD3,FBXL20,AP3M1,FAM168B,GANAB,DNPEP,HAUS8,RBBP5,U2AF2,TGS1,VPS53,MKNK2,POLR2D,SLITRK5,FEM1C,VHL,RPP14,CCDC71,CDC42BPB,HS3ST1,RAD52,NIN,SNRNP40,KLF6,CARM1,VPS41,MGAT4B,BAX,P4HB"
+"gene_set_query"	"1135"	"ZNF70"	"925.0"	"ARCHS4 Coexpression,1616;Enrichr Queries,474;GTEx Coexpression,685"	"VEZT,FCF1,ALKBH8,OPHN1,ZMIZ1,DPYSL2,MYC,DPYSL3,CCDC92,DIP2C,SOX5,ARSA,EPHA4,MEF2C,RBFOX2,SCAF11,TSTD2,PRKCE,NSMCE2,RECQL,CD3EAP,FAM133B,GPR161,ZSCAN21,DDIT4,ORAI2,YME1L1,HECA,BCORL1,RNF121,MTMR3,TTYH3,DHX8,FLII,RPAP3,MTDH,WDR70,LARS,PRKAR2A,DYM,RDH13,ST3GAL1,RALGDS,ZBED4,ST3GAL2,SEC31A,EDEM3,JUN,IQSEC1,SLC35E3,NR2F1,MEMO1,AIMP1,STAG1,NDUFAF2,DHX29,ITM2C,CDKN1C,NRP1,PIGU,PTPRS,PHF20,SETD7,SLC7A11,PCSK7,TRIOBP,THTPA,RPTOR,AKAP12,TRIM2,TCP11L2,RIOK2,KIF1B,RRP15,CTSB,PBRM1,SHPRH,TSC22D3,TET2,ANO6,BAZ1B,CBFA2T2,RHOB,NCOR2,BACE1,SLC7A5,ZEB2,PRPF18,INF2,PACS1,CSDE1,MED20,PXDN,RHOU,SFI1,NFIX,USO1,NOL9,SDAD1,PSMA7,MNT,MICALL1,ANKRD52,MEF2D,MAP4K4,PCGF6,BRF2,YTHDF3,USP9X,MTX3,YIPF4,RPA1,DAB2IP,PNMA2,RGP1,RSL1D1,ABCB10,NFIA,PRKRA,NFIB,NEDD4,TSR1,PKN1,UBE3C,UBE3A,IPO7,IGF1R,TATDN1,CAPN7,CWC22,EP300,KPNA4,KPNA3,KPNA1,TLE4,USP8,TTC7B,FRMD4A,VASH1,TANC2,DISP2,TOM1L2,PLAA,TBC1D19,PKDCC,CUL5,CHRNA7,SEL1L,ITPR1,CACNA1A,UBFD1,UBR1,RPF2,NDRG1,TAF5L,EFNB2,ORC4,RNASEH1,ORC6,SCUBE1,ZKSCAN3,PLXNA1,NDUFV3,SRGAP1,PDZD7,PLXNA3,BPTF,AP1M1,NEK9,PRNP,SMAD4,ATP8B2,BOD1,POLR3GL,PTCH1,DNAJC13,KLHL24,KLHL20,SLC7A6OS,GNL3L,EFNA2,HOOK2,COPS2,TBCE,AAK1,SPIRE2,MDM4,NFE2L1,ZSCAN2,GPSM1,ITGB1,PHTF2,ASNSD1,ZC3H4,PRKCSH,CHD6,PIK3CD,UFSP2,DUSP18,TTC28,DUSP12,ZC3H7A,OPA3,SPEG,ERC1,ADSL,PLEKHG2,TTC33,PDPK1,IQCE,RAD23A,VEZF1,DDX50,DDX19A,VCAN,PIK3CA,SETBP1,THRAP3,IMPAD1,CTDSP2,C1D,RNFT2,NFAT5,SEC23A,RRN3,FOXK1,ASAP1,CYTH3,FBXL20,DNPEP,RAB40C,MKNK2,FEM1C,ABCF2,RPP14,ATP9A,MLXIP,KDM4B,PTCD2,TRIM41,PCDH9,ATP2B4,CDC5L,PDAP1,RPRD2,BAIAP2,TNRC6C,KLF7,MCM3AP,KLF6,SYT11,POLR3D,CEBPZ,EIF3C,TRIM32,MBTPS2"
+"gene_set_query"	"1136"	"ZNF813"	"925.5"	"ARCHS4 Coexpression,1126;GTEx Coexpression,725"	"DBR1,CLSTN1,FCF1,HDLBP,ATN1,UBE2Z,FBXO22,RPS17,CDC23,CAPNS1,PSMD5,ARHGDIA,AKT1,PRKACA,SBF1,ATXN7L3,TMPO,USP8,MED1,DDX18,AQR,SCAF11,SLC30A5,RECQL,MOGS,THOC2,CTDNEP1,ADAM15,TMX1,XRN2,RAB35,CHMP4B,SNRPE,ALG10B,ANAPC1,NSMAF,ANAPC2,COPB2,ZCCHC7,LRRC59,NUP205,TBC1D9B,RAB5C,COPB1,CTR9,PDS5A,MTDH,UBE2J1,APH1A,ORC4,CHTF8,G3BP1,DVL1,CSTF1,ZKSCAN3,MCMBP,BRIX1,RBM12,PDZD7,INTS1,PMM2,SLC35E3,M6PR,HPS3,PAICS,PRRC2A,LSM6,SH3BP5L,CDK4,HNRNPF,GNB2,GNB1,PDCL,PLEKHM2,PLXNB2,FGF13,NFE2L1,EIF4G1,ARF3,KDM5C,PRKCSH,RPLP0,FAF2,GDI2,PRPF19,SMG5,PPP1R9B,SYNCRIP,SEC61A1,LASP1,NOB1,PPP6R1,SNRNP70,RARS,SDF4,TOPBP1,CIC,UTP14A,TNPO3,RSPRY1,ACTR3,ACTR2,UPF1,WDR36,RFC3,DIS3,MINK1,PRPF40A,NIPA2,TRAF7,NUP50,DNAJC5,GART,RNFT2,DCTN5,PRIM2,GTF3C3,PCNA,NIP7,RAB1B,HEATR1,NOL8,ATP1A1,RNF4,CENPB,POLD3,CDC42,AP3M1,NRAS,FAM168B,GANAB,TAF1B,SRP72,U2AF2,TGS1,FAM120A,TAF1A,TMEM68,MFN2,IGF2BP3,BUB3,MGAT2,RPS2,ANKRD52,CCDC71,SRSF10,EIF4E,YKT6,DCAF13,SUZ12,NPM1,UTP3,GINS4,YIPF5,CDC42BPB,SCAF1,TPD52L2,KLHL9,SEC23IP,EIF3M,SNRNP40,APEX1,CAPZA1,SERBP1,TAOK2,MGAT4B,BAX,NUCB1,RPL22L1,HDGF,P4HB,PNPLA6,ABCE1,EIF3D,TAF2,GRINA"
+"gene_set_query"	"1137"	"ZNF394"	"925.7"	"ARCHS4 Coexpression,1008;Enrichr Queries,351;GTEx Coexpression,1418"	"EIF4A2,NCKAP1,APP,TFRC,HNRNPU,EPRS,ACTB,NDST1,RASSF1,FRAT2,DPYSL2,MYC,FTH1,LONP1,DAG1,EPC1,GLUL,IER5,SOX4,IER2,GABARAPL1,WSB1,RBFOX2,ARRDC3,IFRD1,WDR74,CIRBP,CD3EAP,GTPBP1,BIN3,PPA2,DDIT3,DDIT4,HECA,ULK1,VDAC1,ATF4,CDC42SE1,AGAP1,PIK3R1,HIF1A,PGS1,LDHA,PPP4C,HSPH1,LARP1,DHX34,VTI1A,MLEC,MAP4,VASP,JUN,JUND,H3F3B,PLK2,H3F3A,NR1D1,EIF1,GADD45G,ID2,HBP1,CORO7,ITM2C,CDC42SE2,ARF3,DAZAP2,PIGU,BTG1,CDKN1B,ELL,CITED2,ZFAND2A,MTMR14,MRPS12,CLTC,PTPRK,PTPRF,LIMD2,HERPUD1,PTMS,MAP1LC3B,TUBA1A,DHX15,SH3BGRL3,RAB8A,BRD2,TSC22D1,TSC22D3,RHOF,PPHLN1,GMIP,MRPS7,DUSP6,SREBF2,RHOB,SLC7A5,TUBB2A,PXDN,CANX,PELI1,PABPC1,SGK1,RNF166,CSTB,RNASEK,CCNDBP1,FGD3,ZDHHC18,NFIL3,DAB2IP,AP2B1,SHKBP1,CCNG2,HDGF,PKN1,YPEL5,MEGF8,YPEL3,MTCH1,CRTC2,CRCP,ANKRD13D,CD81,ZFAND5,CLSTN1,CTNND1,HDLBP,ATN1,NUCKS1,IPO7,IPO5,SESN1,COTL1,SLC39A7,TLE3,SLC38A1,RPS9,USP4,ANKRD44,ATP1B1,PIAS1,ACLY,SBDS,TBC1D25,PKP4,SQSTM1,KPNB1,LY6E,FKBP5,PFKFB3,INSIG1,RASGRP2,STK4,CSF2RA,NDRG1,RTN4,SOCS2,GRK6,NACC1,ABL1,SLC38A2,MYH10,ZKSCAN1,MCL1,HSPA8,PRNP,PNPT1,HSPA5,PHF12,KLHL24,EEF2,NFKBIA,YRDC,H1F0,EFNA2,HOOK2,HOOK1,GNB1,OGT,BCL2L2,NFE2L1,MXD4,EIF4G1,RERE,YWHAE,B4GALT2,HSP90AB1,PRKCSH,SLC2A3,ARRB2,DUSP12,SCRN1,ZC3H7B,PDE4B,LRRFIP1,TNPO2,RBM5,EID2B,YWHAG,KDM6B,SUN2,HSP90AA1,PDPK1,VPS37B,RAD23B,CKAP5,DDOST,PTP4A1,CREB1,CTDSP2,POLR1B,GFOD2,IRF9,PPP1R15A,NFAT5,USP15,KDM3A,RGS19,NLGN2,DCTN1,DDX21,SLC3A2,TOB1,DNAJB1,FAM168B,GANAB,DNPEP,MAT2A,NT5DC2,MKNK2,DNAJB9,FEM1C,CYTH1,MARCKSL1,SSRP1,CDC42BPB,SOD2,PNRC1,SNRK,KLF6,CDKN2AIPNL,PIK3IP1,OCIAD1,PDCD4,BCAR1"
+"gene_set_query"	"1138"	"TSHZ2"	"926.0"	"ARCHS4 Coexpression,935;Enrichr Queries,729;GTEx Coexpression,1114"	"RPL5,RPL3,VARS,RPL8,RPL9,BACH2,RPL7,ALCAM,TRIM28,OPHN1,DPYSL2,PSMD2,DPYSL3,BSG,SOX4,SOX5,ARL10,EPHA4,MEF2C,ARL15,LIMCH1,RPL23,CACNA2D1,ARRDC3,RPL22,ANK2,ANK3,ANK1,SFRP1,AKAP9,SPARCL1,KCTD12,SIK2,RPL29,PFN1,TRIB2,TSHZ3,PEX11B,NPRL3,MYCBP2,PIK3R1,MRPL12,GNS,OAZ1,APH1A,PPP4C,FLRT2,PRKAR2B,VAT1,BTF3,JUN,PRELID1,CADM1,LRRN3,ST13,RCC2,SLC35E3,PA2G4,PBX1,DCLK1,HNRNPL,HNRNPM,ID2,HNRNPF,ECHDC2,RPS20,FAT4,ITM2C,CDKN1C,PHF3,ROBO2,NRP1,PCSK7,PRPF19,DDA1,ROBO1,MED12,AKAP12,ARV1,C1QBP,SH3PXD2B,REV3L,GABPA,CCT3,PGAM1,CBFA2T2,DUSP6,PGM2L1,MLF2,KAT2A,ZEB2,KIT,PXDN,SGK1,TKT,GAS7,SF3B4,NFIX,AHCY,RPL10,SATB1,RPL11,PTN,PES1,RICTOR,CCT7,YKT6,MPZL1,RUNX1T1,CCT4,RYK,YIPF4,LSAMP,PLEKHA5,SORBS2,SORBS1,NFIA,NFIB,CSDC2,NEDD4,TTC3,CACHD1,PHLDB1,CLSTN2,TUSC2,CLU,LAPTM4A,CDH2,CFL1,LZTS2,USP8,RPS8,IGFBP3,RPS6,MAGI2,TTC7B,PGD,ATAD3A,PDIA6,FOXP1,EEF1A1,DISP2,TMEM135,RAB35,ELMO1,PPIF,SRSF3,SRSF4,TOX,SNRPB,LRRC59,NTM,CHRNA7,SPATA2,CACNA1A,CACNA1D,PHB,ORC4,STIP1,IRAK1,NACC1,PLXNA2,ZKSCAN3,ZKSCAN1,AUTS2,HMGA1,ARHGAP29,SMAD5,PTPRD,HOOK2,NBEA,HOOK1,SP3,CPE,TCF4,FGF13,SAE1,UBE2M,WDR1,PRKCSH,CELF2,CHD6,CELF4,LDB2,AFF3,LMNB2,TTC28,LMNB1,SGCE,DUSP12,GATAD1,PSD3,WDR5,PMEPA1,CPXM1,CCDC50,EIF5A,HGSNAT,KLF11,DST,PDE4D,ARNT,RPL13A,NAV2,ARID1B,DDOST,ARL4C,VCAN,PTP4A3,TFDP1,SETBP1,C1D,CDH11,CDH13,RNFT2,LEPROT,HDAC1,RAB1B,CXXC1,NCALD,HDAC7,ABLIM1,U2AF2,SLIT1,EIF4H,NCAM1,MEST,SEC11A,ATP9B,NTRK2,PPP1R14B,PCDH9,NEGR1,PCDH7,NTRK3,ADRM1,ATP2B4,RPL35A,MEIS2,HNRNPAB,TPD52L2,NELL2,IRGQ,TSPAN18,BAX,EIF3E,P4HB,PPIL4,TPT1,EIF3B"
+"gene_set_query"	"1139"	"ZNF717"	"926.0"	"ARCHS4 Coexpression,1337;Enrichr Queries,796;GTEx Coexpression,645"	"SLC35B2,FCF1,EPRS,PWP1,BACH2,ALKBH8,RPS17,CDC23,ALCAM,PSMD5,DPYSL2,CDC27,AKT1,EIF2D,DENR,PRKACA,NCKAP5,ATXN7L3,EIF2A,SOX5,MED1,DDX18,EPHA4,AQR,RBFOX1,CSNK2A1,SCAF11,DAPK1,ARRDC3,RECQL,MTUS1,WDR75,CD3EAP,MOGS,ANK3,MED6,DDIT4,YME1L1,ALG10B,KCTD18,CTBP2,IGSF3,SHMT2,SAR1B,TRANK1,NEDD4L,AGAP1,XPC,PIK3R1,MTDH,APH1A,CYB5R4,HMGXB4,PRRC1,DHX33,CSTF1,HIVEP1,TRPM7,JUN,PMM2,PAICS,SMARCA2,AIMP1,PCDHGA11,ZZZ3,WNK1,NOL11,FAT4,ROBO2,PIGU,CITED2,GRIK5,RPLP0,FAF2,PIGP,NAT10,WDR43,ROBO1,AKAP12,SYNCRIP,PCLO,RARS,REV3L,SDF4,RIOK2,UTP14A,RSPRY1,PCMTD1,WDR36,SHPRH,GP1BB,PRPF40A,DUSP6,MRPS5,NCOR2,SIKE1,NFX1,FRG1,PXDN,EXOC4,GARS,PABPC1,SGK1,GART,ATP6V0C,PRIM2,SATB1,HEATR1,NRAS,BCLAF1,SRP72,TMEM68,MGAT2,CCT8,RPS2,CTNNA2,SRSF10,NPM1,YTHDF2,ATRNL1,MTX3,YIPF5,SORBS2,KLHL9,NUDT9,RSL1D1,SEC23IP,APEX1,NEDD4,SERBP1,TCEA1,RAB3GAP2,RPL22L1,GRINA,DBR1,CLSTN2,CYP46A1,FBXO22,CDH2,PPIP5K2,ARHGDIA,MACROD2,NOM1,MAP2K2,FBXW8,TTC7B,THOC2,FRMD4B,PIAS2,HNRNPUL1,MSH3,TMX1,RAB35,CHMP4B,SNRPE,TNIK,ANAPC1,ZCCHC7,RAB5C,CACNA1B,TARS,CACNA1A,ORC4,DPP6,PITRM1,G3BP1,NACC1,ZKSCAN3,PLXNA2,BRIX1,SRGAP3,AUTS2,PTCH1,PTPRD,LRFN5,HOOK2,NBEA,CDK4,HOOK1,GNB2,DNAJC10,GNB1,MDM2,CNTN1,PLXNB2,MDM4,IARS,FGF13,NFE2L1,RBM28,GSK3A,PRKCSH,WDR3,USP33,CHD6,TRIAP1,AFF3,SYNE2,DUSP12,LASP1,NOB1,PSD3,PDE4B,TNPO1,UTP15,RFC3,DST,DIS3,PDPK1,PDE4D,TRAF7,VCAN,PTP4A3,SETBP1,CTDSP2,DNAJC5,CDH11,MET,GTF3C3,NLGN1,NRXN1,TGFBRAP1,U2AF2,TGS1,TAF1A,IGF2BP3,ATP9B,DCAF13,NDUFA9,PTCD2,NEGR1,PLCL2,PDE4DIP,DDHD1,NELL2,EIF3M,EIF3I,ERCC8,ABCE1,EIF3D,TAF2,EIF3A,MBTPS2,TAF1,METAP2"
+"gene_set_query"	"1140"	"HOXA1"	"926.3"	"ARCHS4 Coexpression,752;Enrichr Queries,1100;GTEx Coexpression,927"	"SMARCB1,EIF4A3,ZDHHC5,FCF1,PPP2R2A,RPL8,PHB2,BACH2,TXNDC17,UBE2L3,PSMD8,RPS17,PPP4R1,TRIM28,PSMD5,MYC,PSMD2,SNRPD3,RPS10,SOX4,EPHA4,AQR,MEF2C,MED8,SOX11,MIF,ACTN4,HCFC1,WDR77,SFRP1,PSME3,DDIT4,RPL27,KDELR2,TTLL12,VPS25,DHX8,DCUN1D5,CDCA4,SHMT2,CSTF2,TWF1,MRPL12,NUAK1,PRDX1,GAR1,PIP5K1A,STXBP5,PUSL1,S100A10,JUN,NDFIP2,XRCC6,ICMT,CADM1,BCL11A,RCC2,NR2F1,PA2G4,ZWINT,UBAC2,CCT6A,FAM135A,EIF6,GIPC1,ID2,PSMG1,NRP1,HIBADH,SLC35F2,FAF2,MRPS12,ARPC1A,SLC7A11,VLDLR,MRPL37,CLINT1,ROBO1,AKAP12,TUBA1C,SPTLC1,RARS,C1QBP,ENC1,PLEKHN1,PSENEN,CCT3,PRMT5,PRMT1,NSUN2,NME2,ZDHHC13,TUBG1,DUSP6,APRT,CTTNBP2NL,MLF2,RHOB,NME1,SLC7A5,ZEB2,RAP2B,PSMA2,PXDN,TCP1,GARS,RHOV,SGK1,ARF6,SF3B4,CSTB,GRN,SF3B3,AHCY,PCNA,GSTP1,NIP7,RPL12,HEATR1,GBA,GNAI3,PRICKLE1,SLC7A1,TM9SF4,PSMA7,FAM129B,NRAS,NFIL3,PSMB2,SERTAD2,PES1,MICALL1,AP2S1,LEO1,CCT7,YKT6,CCT5,CCT4,RANBP1,YTHDF2,CSNK1A1,MDH2,DHRS1,NPM3,FABP5,NFIA,MYBBP1A,NFIB,PSMC4,CAPZA1,PKN1,KDM1A,CSE1L,IPO4,IGF1R,SLK,CDH2,RUVBL2,PLS3,FADS1,SH3GL1,TMOD3,IGFBP3,RPS5,ATP11B,THOC3,KCTD5,ILF2,ATAD3A,PDIA6,PDIA4,ACAP2,HNRNPUL1,TMX1,RAB35,PPIA,SNRPA,SNRPB,DAP3,LRRC59,PFKFB3,GLO1,CACNA1A,PHB,EFNA4,EFNB2,STIP1,IRAK1,PRNP,HMGA1,CHERP,EFNA2,STK24,ARPC2,HOOK2,HOOK1,UBE2S,CNTN1,CYCS,CLPTM1L,ACBD3,SAE1,SERINC2,EIF4G1,UBE2M,YBX1,LMNB2,DUSP11,DUSP12,MFSD5,RNPEP,WDR5,ACTR3,EIF5A,PDPK1,CAD,SIGMAR1,DDX54,OXSR1,NAV2,SENP3,CKAP4,DDOST,ARL4C,TRAF7,PTP4A3,TFDP1,CDH11,AKT1S1,ACOX3,BCAT1,MET,MTPN,DCTN5,USP14,RALA,STOML2,POLDIP2,VPS4B,CXXC1,PPM1G,FZR1,TAF1B,U2AF2,DDT,FYN,NCAM1,MTA2,MEST,RRM2,NAA10,GALNT1,ADRM1,SSRP1,MEIS2,HNRNPAB,TPD52L2,RAB10,NELL2,KLF6,GALE,EIF3I,DRG1,SPRY2,VIM,RAN,EIF3B"
+"gene_set_query"	"1141"	"NKX21"	"926.5"	"ARCHS4 Coexpression,902;GTEx Coexpression,951"	"ITSN2,MTCH1,VEZT,FAAH,CCNJ,ATP8A1,ZFAND6,ZFAND5,CTNND1,ATN1,FNBP1L,RCBTB1,HS6ST2,YY1,NUDT11,ABHD11,ZMIZ1,DPYSL5,TUBB3,ZMIZ2,AKT2,PAPOLG,STMN1,LUC7L,PLS3,CCNL2,HMGN3,SOX4,GTF2I,DDX17,PDIA3,UNC13B,EPHA4,TLE2,CXADR,WSB1,APLP2,MAGI3,LMO3,SLC11A2,LMO7,SOX11,ATP11A,ARMCX3,EID1,TBL1XR1,PRKAR1A,IFT81,MORF4L2,RUFY3,CRYZL1,SRSF5,TAGLN3,OBSL1,PFN2,PFKFB2,DDX5,PEF1,MAGED1,FOXG1,BTF3L4,LTBP4,PIK3R3,NEDD4L,PLA2G6,PRKCZ,RAP1GAP,PLD3,HSP90B1,RHOBTB2,PRPSAP1,SNX1,PCBP4,PRDX1,TSPAN6,MBIP,ST3GAL5,TSPAN3,PATZ1,ST3GAL1,SNX5,TIA1,CBX5,CADM1,TMEM50B,ABCA3,DSTN,MARCH6,PAN2,MLLT11,HOOK2,H2AFY2,CAPRIN1,UBA1,PLXNB1,FXYD6,CALR,PCSK2,ZNF512B,PPP1R13B,GMEB2,KCNC3,PIGQ,GRIK3,LPCAT1,HMGB3,RND3,HSPB11,SGCE,EPM2AIP1,TUBA1A,YWHAQ,ZC3H7B,TRIM2,PPP6R3,WDR6,IFT57,CTSE,GAL3ST3,TMED4,CTSB,ACAD8,BRD3,HSDL1,TSC22D1,IFT140,MRPS25,HSBP1,DDX56,LRRC40,RTN4RL2,WDR34,PTBP2,SRP9,PJA1,PHF20L1,ENAH,PTP4A1,TUBB2B,RCN2,DDAH1,NPC2,IVD,MPPED2,NCOA7,GLCCI1,EXOC5,PAFAH1B3,LUC7L2,SDCCAG8,STX12,HDAC2,USP11,HSD17B4,CRMP1,PRKX,CRIP2,ATP1A1,SPG7,LRP8,DLL1,CXXC4,GGA2,CYTH2,HIRA,RECQL5,MAT2A,RBM39,MBD6,PPIL2,TXNL1,SNX22,GDAP1,VEGFA,RAB11B,ATAT1,TSPAN13,KLHL7,TTC3,PTPN9,CTNNB1,AGRN,CRLF1"
+"gene_set_query"	"1142"	"ZNF234"	"927.0"	"ARCHS4 Coexpression,1162;Enrichr Queries,1094;GTEx Coexpression,525"	"ZMYND8,FCF1,STMN3,ALKBH8,CCAR1,CAPNS1,TRIM28,OPHN1,ALKBH1,DPYSL2,MYC,BSG,AKT1,EIF2D,DENR,ATXN7L3,SOX4,DDX17,MED1,WSB1,SCAF11,TSTD2,ARRDC3,ACSL6,RECQL,WDR75,CD3EAP,MOGS,WDR73,DDIT3,ZSCAN21,DDIT4,KCTD13,YME1L1,ULK2,ALG10B,CGGBP1,IGSF8,MACF1,FLII,PHYHIPL,VPS26B,PRKCZ,MTDH,MBTD1,APH1A,RDH14,TRPM7,RDH13,RAB11FIP4,CEP78,EDEM3,JUN,SLC35E3,PBX2,PHC3,PRRC2A,AIMP1,HNRNPL,ZBTB6,ZZZ3,TOLLIP,NOL11,CALM2,ITM2C,ARF3,PIGU,MRPS12,SLC7A11,PRPF19,SERP2,ENC1,SDF4,RIOK2,KIF1A,DLGAP3,JAK2,GIT1,BBS4,CDV3,UPF1,PCYT1B,WDR36,PBRM1,MRPS27,MINK1,RRAS2,GNL1,SIKE1,MED20,PXDN,ARHGEF4,ATP6V0C,SATB1,HEATR1,GDPD1,NOL8,DLST,NOL4,CENPB,HIRA,TCEAL5,TMEM68,PAK6,CTNNA2,MAP4K5,SRSF10,YTHDF3,PLEKHA1,MTX3,VEGFA,TMEM60,KLHL9,RSL1D1,SEC23IP,NFIB,TAOK1,TAOK2,RAB3GAP2,NUCB1,HDGF,PKN1,RNF141,DBR1,FBXO22,RIMS4,ZFP30,CHCHD6,CWC22,ADORA1,MAP3K7,STK32C,NOM1,USP5,F2R,LMTK3,PRPF4B,THOC2,TRNT1,RUNDC3A,KCTD6,FTSJ3,BSCL2,DMTF1,RAB35,CHMP4B,ADNP,ANAPC1,LRRC59,RAB5C,ABHD8,TOR1AIP2,ORC4,RNASEH1,DEAF1,G3BP1,NACC1,ZKSCAN3,IP6K1,ZKSCAN1,PDZD7,ATP6V1F,LRRC4B,TRAPPC2,NEK9,DNAJC13,KLHL24,COQ6,SLC7A6OS,GNL3L,EFNA2,SH3BP5L,HOOK2,PTPRA,CDK4,ZFP62,HOOK1,GNB2,GNB1,SPIRE2,PIN1,MDM4,BRWD1,OGT,NFE2L1,EIF4G1,PODXL2,PRKCSH,CHD6,SLC2A3,ZFP82,SYNE2,PPP1R9B,DUSP12,SEC61A1,ZC3H7A,PPP6R1,OPA3,EVI5L,TNPO1,DST,PDPK1,PDE4D,ATRX,IQCE,RAD23B,ZFP90,VCAN,THRAP3,CTDSP2,POLR1B,NAT8L,OTUB1,RNFT2,GTF3C3,STOML1,WBP2,RAB1B,KATNB1,AP3M1,FAM168B,GANAB,POLR2B,U2AF2,FAM120A,TAF1A,KRIT1,FEM1C,FSD1,SH2B1,TTC14,PTCD2,FBXL19,NICN1,ATP2B4,ZFC3H1,DEK,TTC19,KLF6,PPP2R2C,PPP2R2B,CARM1,MGAT4B,ERCC8,SNRNP48,P4HB,CLUAP1,TAF2,TAF1"
+"gene_set_query"	"1143"	"EPAS1"	"927.5"	"ARCHS4 Coexpression,1093;Enrichr Queries,960;ReMap ChIP-seq,276;GTEx Coexpression,1381"	"MT-ND4,TFRC,RRP1,WDR83,SMC3,TSKU,NDST1,PPP4R1,ALCAM,PPP4R2,MPRIP,DPYSL5,ZMIZ1,DPYSL2,MYC,AP1S1,NCKAP5,CDK5RAP3,UNC13B,RPL21,DNTTIP1,AFAP1,HCFC1,BIN1,DDIT4,SPARCL1,RBCK1,EXD2,TTYH3,ANAPC16,ABCB6,SAR1B,NEDD4L,MTMR4,HIF1A,GNS,MTMR6,PRDX2,LDHA,LARP1,PPP4C,CYB5R3,RNF215,ST3GAL5,S100A10,JUN,ABCA3,PLK2,IRF2BP2,MTHFR,MRPL23,MEX3A,HNRNPK,EIF6,SFXN3,MMS19,FERMT2,RNF220,BTG1,SETD7,MED15,MRPL33,RNF157,TRIM8,TMEM189,MMP24,TMEM44,B3GALT1,TIMP2,RRP12,LRRC45,PGAM1,IFNGR2,DYNLL1,GMIP,NUDT16L1,DUSP6,MED29,MED23,SLC7A5,MED24,INF2,MRAS,PXDN,RAPGEF1,GAS6,DSCAML1,ERGIC1,ELOF1,RNMT,SLC7A1,ADCY6,FAM129B,ARFRP1,RPL13,BRD9,CKB,RPL19,MBD1,WDR18,GATC,DAB2IP,TTC9C,SKI,MKLN1,SNX19,NFIA,NFIB,PSMC1,TAOK2,NUCB1,PLP2,YPEL3,MTCH1,PHLDB1,DGKD,PDCD6,CTNND1,PLOD3,RPL10A,CLU,FAM107B,IPO8,LAMP1,STK16,TMSB10,KCMF1,TLE3,SLC38A1,RPS7,TPM4,USP3,IGFBP3,FBXW9,TPM1,F2R,FRMD4A,ATP11A,FTSJ1,BSCL2,CACNB1,OLFM2,TXLNA,SLC9A8,SRSF7,SRSF9,FKBP2,PFKFB4,RNASEH2A,PFKFB3,CD151,TUBGCP2,CUL1,KRBA1,RAP1B,SOCS2,PORCN,MBIP,ABL1,CCDC32,SLC15A4,AKIRIN2,ZBTB17,EIF2B2,TNK2,FANCE,MARCH2,SH3BP5L,ARPC2,DMXL2,CPE,PLXNB2,ACO1,RNF185,BCL2L2,NFE2L1,SLC48A1,ITGB1,RNF10,WDR1,TRADD,FHL1,MRPL4,DUSP12,LBH,PMEPA1,BOK,PLEKHG2,SH2D3C,DHPS,SIGMAR1,VPS37C,RAD23A,RTN4RL2,RANGAP1,RABGGTA,PTP4A2,PTP4A3,ASPH,CTDSP2,C1D,EVL,GAPDH,CRK,MET,AHDC1,LEPROT,TSSC4,LRP1,CXXC1,SEMA3F,HDAC7,ABLIM3,SH3BP2,IGF2BP3,E2F4,IGF2BP2,ATP9A,GADD45GIP1,MLXIP,SPAG9,PPP1R14B,NDUFA7,TRIM41,ASCC1,TXNRD1,SEMA4B,LYSMD2,PTPN12,CDC42BPB,TRIT1,NELL2,KLF7,MYO1B,KLF6,EIF3F,MDGA1,PFKP,BCAR1,APP,CERK,ZMYND8,ZDHHC7,RCBTB2,RPS14,FTH1,DAG1,CCNL1,GLUL,IMP3,LIMCH1,ACTN1,MTUS1,MRPS18A,ACTN4,MAPK8IP3,MFSD10,PISD,THAP4,KCTD12,SIK2,MACF1,STXBP1,STXBP2,TWF2,PTTG1IP,PIK3R1,ZNHIT1,KCNN1,MAP4,N4BP1,RAB11FIP5,PTPRN2,TMEM184B,ERAL1,IFFO1,EXT1,AIMP2,RPS28,ID2,PAF1,CALR,CALM1,SUGP1,ITM2C,NRP1,HIP1,DOC2A,CITED2,FAM57B,ZFAND2A,CCDC124,NAT10,SLC7A11,NAT14,CX3CL1,PTPRF,AKAP12,ACTR1B,SPTLC2,HYAL2,SEC61G,ENC1,QSOX1,CTSB,WARS,TSC22D1,MINK1,AMPD2,ANO6,SYP,ZDHHC16,RHOA,MLF2,RHOB,RAP2B,KIF2A,KIT,FAM193B,ALDOA,SGK1,SLU7,MPND,CSTB,STX16,CCDC107,COX5B,MNT,NFIL3,CAMK2N1,LCMT1,EXOSC1,GINS4,VEGFB,TTC1,SORBS1,VEGFA,RAB11B,GPAM,CCNG2,STAC2,ESYT2,CDK5R2,CRTC2,NARF,CD81,WWC1,ARHGDIG,HDLBP,CCDC28B,TXN2,FAM174B,CAPN2,CHCHD1,SBF2,SH3GL2,SH3GL1,RGS7,ZGPAT,KDM2B,APLP2,TMOD2,SPNS2,ATG9A,DNAJB12,LMO7,ATP1B1,ADAM15,HNRNPUL2,RAF1,NOP2,PXN,LTBP4,LPL,FBLN1,NDRG1,ADIPOR2,EFNB2,RAI1,RNASEH1,IRAK1,DEAF1,DPP9,ZC3H13,ANKZF1,PDZD7,DARS,OST4,PRNP,SMURF2,CRIM1,ARHGAP29,KLHL22,MANBAL,CLK3,COQ5,NFKBIA,NR4A3,BMP1,HOOK2,CNTN1,UBE2O,TCF4,AMOTL2,DOCK4,PRR7,ACADVL,DYRK2,THRA,DOCK9,PRKCSH,SLC2A3,LDB2,DDX41,TRIAP1,PPP1R9A,RND3,LMNB2,TTC28,SPRED2,SEC61A1,EEF2K,ALDH2,ZC3H7B,SNAPC3,NUP62,BCKDHA,TBC1D8,NAV2,DNM2,VCAN,DDAH1,ATG4B,CHMP6,SHANK3,KDM3A,DCTN3,PDXP,TM2D3,GNA13,RMND5B,CYTH3,GNG3,CHSY1,RAB40C,MKNK1,CAMK2G,KDM4B,RRM2,TMEM30A,ATP13A1,ATP2B4,NAP1L1,USF2,DLK2,CLCN6,GOLPH3,ASB6,RGS11,VIM,SSBP4"
+"gene_set_query"	"1144"	"SRY"	"927.8"	"Literature ChIP-seq,76;ARCHS4 Coexpression,1243;Enrichr Queries,1179;GTEx Coexpression,1213"	"CHIC2,POP7,TFRC,IFT172,SAMD14,PSMD5,DPYSL2,PSMD2,DPYSL3,PRKACA,SAMD10,MEF2A,CHID1,HES6,STARD3,MEF2C,UNC5A,CSNK2A2,DICER1,RFX1,SCAMP1,PRKAB1,SND1,MYL6,PRKAR1A,FEZ1,ZFYVE19,FEZ2,UNC50,PSME1,FAR1,SLBP,UNC119B,TSTA3,CDCA4,TTYH1,NPRL2,AGAP2,COPS7B,COPS7A,AGAP3,MRPL12,ADAMTS10,RHOT2,HSPH1,CYB5R3,PRKAR2B,RNF215,KCNMB4,LTA4H,RHBDL1,VTI1B,JUN,GSTM1,CADM4,JUP,CADM2,NCAPH2,ABCA3,EDEM2,NR2F1,ERLIN2,L1CAM,MRPL24,PBX1,EIF1,PCDHGA11,ABTB1,VANGL2,EIF6,EZH2,ARF3,PIGS,ARF1,PIGU,NCAN,PIGQ,PRKAG1,SNX12,ARHGAP1,PRKAG2,LRRC3,CTCF,MRPL37,MED16,SHD,TRIOBP,MRPL33,PIGX,IKBKB,MED12,PCMTD2,JPH4,MED14,JPH3,NKRF,FASTK,B3GALT1,NEFL,TCP11L2,NEFM,DLGAP1,SH3BGRL3,DLGAP3,DLGAP4,APC2,LYPLA2,UPF1,ELOVL4,GSTO1,SPHK2,ACTL6A,SIRT4,NIPA1,SLC39A11,RRAS2,SLC39A10,EPS15L1,DUSP6,DDB2,SLC7A4,MRPL52,SLC7A5,MRPL53,PLSCR3,CDC42EP4,PXDN,SDHAF1,CDC42EP3,CDC42EP2,PAFAH1B3,ERGIC2,RNASEK,ELOF1,SAMD8,ODC1,SEZ6,MRPL55,GGA1,CENPV,EGLN2,LRRC24,GOLM1,WNT7B,TMEM62,TARBP2,ARCN1,LRRC20,SKI,SPSB3,LYRM2,RABIF,PSMC6,MYBBP1A,CCDC9,PSMC4,FABP7,SHKBP1,SERBP1,YPEL1,AGRN,CRLF1,YPEL3,GZF1,FBXO28,UBE2D3,FBXO25,ATN1,ZBTB22,TSEN2,YY1,FADS2,POFUT2,STK11,ATCAY,NUDT19,FBXW4,PIAS4,BNIP3L,FBXW5,PCYT2,FBXW8,VPS33A,CTNNBIP1,PPP1R16A,VPS33B,ATP11C,CNPY2,ZCRB1,CNPY3,SRCIN1,PIAS2,FOXP1,LENEP,ACLY,FRMD5,DMTF1,SLC9A8,MRTO4,FSCN1,MAPKAPK5,SNRNP200,SRSF7,LY6E,INO80B,KHDRBS1,LRRC59,PFKFB4,RNASEH2A,TXNDC9,MAX,PEF1,TUBGCP2,SMYD5,FBXO44,CORO1A,LRRC55,CORO1B,HSP90B1,EIF1AD,IGSF21,MED30,BRIX1,NAE1,SLC38A2,SOCS7,CD276,TXNDC5,TMEM120B,DR1,API5,BOD1,ODF2,DRAP1,YRDC,LRCH1,STK25,SP3,CLPTM1L,SPRN,ITGB1,ALAS1,PPP1R13B,CELF3,BICD2,ALAD,FSD1L,MDK,PPP6R1,SUMO3,SUMO2,DGCR6,ERC1,SNAP29,UNKL,EDIL3,DGCR2,ACTR3,BCAS3,TNFRSF19,ARFGAP3,RABGGTA,SLC25A17,NRG3,SYF2,PCCB,BCAT1,MET,GAPDH,SLC25A4,SLC25A14,AHDC1,SEC22C,GTF3C4,NDUFB6,SRF,CXXC1,PARD6G,MLLT1,CXXC4,SRM,MTHFSD,NCLN,PARD6A,NNAT,KRIT1,CDC37L1,EIF4H,LRRC8D,LRRC8A,IGF2BP2,SLC25A23,HNRNPA1,UBQLN4,SH2B2,NDUFA9,NTRK2,PTPN1,PPP1R14B,SLC12A5,MMAA,PCDH7,TXNL1,PCDH8,SYT16,IMMT,LYSMD4,BAIAP2,NELL2,CDKN2AIPNL,TRIM39,EIF3I,NOVA2,TRIM35,PDCD4,EIF3G,KCP,STUB1,KCNK2,SPG21,EIF3B,SMARCAL1,CERK,KDELR1,ZDHHC5,ZDHHC8,TXNDC16,ACTB,TXNDC17,CRKL,HERC4,BSG,FAM53C,TRIM26,PTGFRN,SNRPD3,EPHB2,PELO,CALN1,SEC63,ARSA,EPHA4,ALG9,PAQR4,LIMCH1,ACTN1,ENTPD6,TALDO1,MMD2,MOGS,ALG1,ANK1,PISD,THAP3,CD2BP2,BCORL1,CTXN1,CCDC84,GCDH,ADCYAP1R1,NUMBL,PAXIP1,NRN1,DHX9,FOXG1,FBF1,CTR9,PIK3R3,CEND1,PIK3R2,ZBTB5,DHX30,SNX4,SNX1,COMMD9,SEC14L1,PCBP3,PGBD5,PCBP4,TSPAN6,KCNN1,KCNN2,RCE1,HIVEP2,TSPAN3,DECR2,RAB11FIP5,SNX6,BBS1,SURF2,RCC2,ST8SIA2,SURF4,SMARCA1,HSPA12A,BRI3BP,SMARCA2,PAICS,PPP1R1A,SDC1,ECHDC2,CALM1,CSRNP2,PPP1R10,GRIK5,DIRAS1,AATK,COX7C,NAT14,PTMS,SYNCRIP,SPTLC1,CTSL,DHX15,MLX,RAC3,SSSCA1,RAC1,ARIH1,CTSF,GIT1,CTSB,NDEL1,CCT3,ATMIN,GAA,ACAD9,ZFR,RGMB,SYN1,CTTNBP2NL,PDRG1,TOX3,MRPS9,CTTN,KIF2A,KIT,FAM193B,CRELD1,CD47,CRELD2,DBN1,STX12,SATB1,HEATR1,DOT1L,GNAI3,CRIP2,PRKX,CCDC106,COX5B,RELA,PGRMC2,NFIL3,OS9,EXOSC9,GPC1,GPC4,CCT7,RAE1,BCAP31,MAP3K3,SPRYD3,YIPF1,YIPF2,YIPF4,HUWE1,TMUB1,PLEKHA6,DOHH,YIF1B,PER1,NUDT8,ZDHHC9,CSDC2,NEDD4,RPA3,TACC2,DPAGT1,SCARB1,MIDN,ACAA2,NARF,ZFAND3,WWC1,UBE2Z,CELSR2,CELSR3,GNPTAB,CAPN7,CAPN5,KIF5A,EP300,RGS9,RGS6,RGS7,SLC30A9,PCID2,TPRA1,SLC30A5,ADAM11,DNAJB12,LMTK3,ADAM10,UBE4B,POU3F1,POU3F2,SDHB,RUNDC3A,EEF1A1,DNAJB11,EHBP1L1,TBC1D24,PPIE,WDFY3,UBE2V1,KLHL18,COX19,DDX6,GNAZ,NDRG4,ARHGEF25,NXPH3,UBA5,NPR2,NXPH4,CACNA1B,CACNA1A,CACNA1C,NDRG2,RASGRP2,RTN4,CACNA1G,NCKIPSD,RAI1,RNASEH1,FUT9,TBC1D14,H1FX,SYT5,FDPS,SYT3,UBE2I,KLHL26,PCIF1,HMGA1,NUP153,KLHL24,SYT7,GNAO1,HOOK2,APPBP2,NASP,HOOK1,UBE2S,GNB4,STT3A,UBE2O,CYCS,PHF13,DEGS1,AMOTL2,DEGS2,TCF3,FGF13,LSM14B,FGF11,UBE2M,PICALM,GSK3B,CUEDC2,PRR7,PODXL2,LDB1,MAST2,PRR3,CHD6,ARHGEF10L,TRIAP1,TNFAIP1,TAZ,MEA1,SOBP,PPP1R9A,AFF4,GPHN,LMNB1,RND1,PPP1R9B,TMEM223,EEF2K,BCL7A,GDAP1L1,MYO18A,CPXM1,LRRFIP1,SULT4A1,YWHAG,SUN1,TBP,PLA2G4E,CAD,ABHD14B,DDX54,NAV1,DDX52,UTP18,YWHAZ,EPN2,PJA1,SFPQ,CREB1,RCN2,IRF3,NDUFS7,CRY1,NUP54,NAA38,NDUFS1,IFT46,INA,OTUB2,DCTN5,RALA,DCTN2,DDX25,GOSR2,TAF9,RAP1GDS1,RSPH9,AGPAT1,RNF5,GNG3,DNPEP,TAF1B,RAB40C,SPOCK2,TMEM205,MKNK2,BNIP1,SLIT1,RALY,MTA2,MTA3,SMNDC1,CYTH1,NIPSNAP3B,CHGA,BNIP3,EYA3,ATP2B4,ACVR2A,SMUG1,GALE,PNKD,TEF,ASB8,FAM131B,ERCC2,FAM131A,ASB6,ERCC8,CYFIP2,RB1,CNTFR,RPL30,STMN2,SMC5,ADARB1,ENO2,PHB2,BACH1,BACH2,MYC,ZMIZ2,WDR91,STMN1,AP1S2,RPL35,AP1S1,PIP4K2C,NCKAP5,VPS39,CDK5RAP3,DDX17,UNC13A,WSB2,PRKCD,WDR74,GTPBP6,SOX11,SCRIB,SOX12,RNF123,DYNC1LI1,RNF126,DYNC1LI2,BIN1,RPL27,NUP98,RPL28,DUS3L,PI4K2A,TSPYL4,ASTN1,CTBP2,XPC,WDR61,HIF1A,ADH5,MTDH,LDHA,CEP70,CHST10,GAR1,RRS1,PLCG1,ST3GAL1,ST3GAL2,SERF2,VPS16,BRAP,FZD3,JUND,WDR59,CHKB,DMPK,MTHFR,PA2G4,MEX3D,MCAT,PRRC2B,POU6F1,HNRNPL,GNPTG,FAM160A2,MEX3A,SLC6A8,TADA2A,H2AFY2,ATG2A,UNC119,SERPINI1,CDK14,GABRB3,SETD5,TRMU,SMG1,SETD3,ELL,TCF25,GPT,SMG7,UBL5,CSRP2,UBL3,IMPA1,TRIM3,TIMP2,PLEKHN1,JARID2,CIC,ZC3H10,BRD2,TPI1,MIOS,HSBP1,IFNGR2,ITPK1,NUDT16L1,NCOR2,BACE1,TUBB2B,TUBB2A,INF2,MRAS,KIFC2,TET3,EXOC4,GAS6,PLCB1,RNF166,SF3B2,SF3B3,WDR26,RPL12,TIMM13,WDR24,GRAMD4,TM9SF4,ADCY5,FAM129B,RPS15A,UBN1,RPL13,RRP36,RPL17,RUNX1T1,RPRM,YTHDF2,GTF2H1,WWP2,HIPK1,SNCAIP,WDR12,WDR13,WDR11,AGBL5,XAB2,RYBP,NFIA,ABI2,NFIB,NUCB1,PLP2,INHA,TMEM229B,VKORC1L1,TOR2A,ATP8A1,CEP120,SYAP1,CLSTN1,YEATS4,CLU,IPO4,IPO5,SLC8A2,TM7SF2,RPH3A,RIMS1,SALL2,CDH2,LAMP2,SLC39A7,SNRNP35,HMGN3,SLC39A3,SEMA6B,TLE3,USP7,GPT2,TPM1,F2R,TRAFD1,THOC3,THOC5,LEMD2,DGKZ,THOC6,CACNB1,CLIP1,ILF3,CACNB3,RAB31,DMWD,DGKQ,MADD,ERP29,PGP,STAMBP,TOX,TTPAL,PHPT1,GLYR1,FKBP2,BRSK2,CD151,INSIG1,ANKRD12,CHRD,AK3,UBR1,KRBA1,ABL1,SAFB2,PLXNA1,MAP2K7,PLXNA3,ANKRD28,TRAPPC3,RAB4B,TOR1A,SEC16A,DHCR24,TRAPPC8,TRAPPC9,TOR1B,SCRT1,CDK9,COPS6,LRFN5,LRFN4,LHX2,LRFN1,NF1,PLXNB1,CNIH2,CNIH4,SLC48A1,WDR1,RNPEPL1,ZC3H4,TRADD,WDR4,ZFP82,PTBP1,RPL7A,SART1,DUSP12,PSD2,SNRNP70,SIN3A,RNPEP,UBTF,SLC37A3,TNPO3,ADAMTS7,IDH3A,CCDC39,GGPS1,CHUK,GPX4,TRPC4,TRPC2,AMT,RPL13A,PTBP2,NIPSNAP1,COASY,PATL1,PTP4A3,TFDP1,DNAJC6,CTDSP2,POLR1D,EVL,CRK,SFT2D1,SSX2IP,RNF31,HDAC5,LEPROT,NLGN1,NLGN2,TSSC4,WBP1,WBP4,AMBRA1,SEMA3F,FZR1,HECTD1,PUF60,HAUS7,POLR2B,VPS52,POLR2D,DNAJB9,CSK,RBBP6,RAB28,CCDC71,SEC11A,CACNG4,SLC35A2,SEMA4A,KCNJ11,ASCC1,AMFR,CDC42BPB,FBXL14,PNRC2,ASXL1,DNAJA1,RAB10,KLF6,MARCKS,PFKL,NFASC,GLRB,MFAP2,MGAT4B,CEBPZ,INSM1,PPIL3,PPIL4,PFKP,ISCA1,PITPNB,SLC35B1,ZMYND8,HDAC11,PITPNA,GDE1,RAPGEFL1,PNN,GOLGA4,RUSC1,UBAP2L,RPS11,SOX4,SOX5,PDHX,SRRM4,ARRDC1,NFKBIL1,ACSL6,RECQL,JMJD8,MAPK8IP3,MAPK8IP1,TWSG1,POR,RRAGB,GRWD1,CRYZL1,VDAC2,SIK2,ATP6V0D1,CUTA,TMEM161B,IGSF3,MAGED1,MYL12B,NUAK1,SGPL1,ZNHIT1,INPP5F,ATP6V0A2,STXBP5,NTSR1,ZRANB2,BCL11B,BCL11A,TREX1,KLHDC8B,PUM1,UBAC2,CCDC88A,TMCC2,C2CD2L,DAZAP2,SLC35F2,CITED2,FAF1,FAF2,GDI2,ZFAND2B,MYL6B,SPPL3,COIL,HINT1,XPO1,SEC61G,DNER,SH3PXD2B,FEZF2,GABPA,UBXN6,ZYG11B,CDV3,ATP6V0B,TSC22D3,NME3,TUBG1,UCHL3,LIME1,AP3B2,VAV2,RPUSD1,FAM20B,WAC,FAM20C,MAPT,KPTN,SGK1,SDCCAG8,FYTTD1,CSTB,TOMM40,SLC20A1,PTN,RFNG,AKAP1,DRP2,CUX2,CUX1,ARNT2,RANBP1,RANBP3,GBF1,AIG1,ATAT1,CAPZA2,TOMM7,TRIP12,CDK5R1,TOMM6,CCDC28B,FBL,CHCHD2,ARHGDIA,FPGS,NRCAM,AZI2,LMO1,RALBP1,KDM2B,DSCAM,TOMM34,SHISA5,SHISA4,KCTD2,ATP1B1,TRPC4AP,KCTD5,KCTD6,PREPL,TMEM135,DPM3,MYCN,HGS,ELMO2,XPR1,RAI14,COPB1,NOP2,PXN,TMEM59L,COX7A2,DTX3,DTX4,SEZ6L2,EFNA4,CPLX1,SEL1L3,TMEM121,EFNB1,DPP6,EFNB3,TMEM127,TCTEX1D2,OTX1,MYH10,ATP6V1F,DARS,SMAD4,HSPA5,CPSF2,IDH2,TBCB,COQ9,DNAJC14,EIF2S1,TDRD3,EFNA3,COQ2,EFNA2,CHMP2A,BLMH,ACBD3,MUS81,B4GALT2,DOCK3,NVL,ELAVL4,FBLL1,HS2ST1,SLC2A8,MFSD6,SPRED1,SENP5,MFSD5,SNAPC2,SNAPC4,GMPPA,PDE4A,MAN2C1,KDM6A,KDM6B,TSFM,KLF13,AKTIP,SPATS2,PPP2R5B,RNF208,SENP2,LSS,DNM3,FCHSD2,AKT1S1,CDH11,FAM84A,TERF2IP,THOP1,PFDN5,CAMK1G,VAC14,STOML1,POMP,SPG7,STRN3,THBS3,FAM168B,RMND5A,GNA11,FAM120A,PDE6D,MAPK1,ABCF2,CAMK2G,KDM4A,PTCD1,B3GAT3,LIMK1,DTNBP1,PDE4DIP,NAP1L4,SH3YL1,NEURL4,PPP2R2C,CAPN10,RPS6KB2,PPP2R2D,BAX,SSBP3"
+"gene_set_query"	"1145"	"CDX2"	"927.8"	"Literature ChIP-seq,130;ARCHS4 Coexpression,1450;Enrichr Queries,1364;ReMap ChIP-seq,272;GTEx Coexpression,1423"	"MT-ND4,TRIO,ITSN1,GPATCH1,EPRS,PHB2,BACH1,GLS,RNF114,ZMIZ1,MYC,DPYSL3,IER5,CDK5RAP3,CXADR,PRKCD,WDR74,DNTTIP1,SOX11,MYL6,RFX7,BIN1,DDIT4,ATF4,PRR13,SAR1B,PHYHIPL,AGAP1,COPS7B,SLAIN2,COPS7A,ABR,PRDX5,VPS11,PLCG1,S100A10,HEXIM1,BTF3,JUN,RPL41,JUND,PRRT2,JUP,FUCA1,IRF2BP1,NR2F1,IRF2BP2,PA2G4,NR1D1,MRPL23,MRPL24,PRDX6,EHD1,HNRNPL,FIBP,FAM135A,TDP2,OGDH,HYOU1,GTF2IRD1,PKIG,GPR19,ARF4,PYGB,GABRB2,BTG1,CDKN1B,GMEB2,RPLP1,GPT,TCF20,SNX11,SHB,SMG7,OSBPL10,SMPD3,TMEM189,TRMT112,ATIC,TMSB4X,TRIM2,ENSA,AP3S2,DLGAP1,CIC,JAK1,GARNL3,ZC3H10,BRD2,DUSP1,SPHK2,TCF12,SIRT4,MRPL49,SLC39A11,SLC39A10,SIRT6,ELOVL6,MRPL48,TERF2,DUSP6,MED29,SRP9,MRPL53,PXDN,TMEM106C,PELI1,TUT1,EXOC6,DSCAML1,ERGIC1,VAMP2,PHLPP2,SF3B4,GRAMD1A,PHLPP1,OAT,GSTP1,NIP7,ATL2,KCNA6,SDAD1,TM9SF3,PPP1R2,GGA1,AP2S1,RPS3,ZSWIM6,CKB,RPL18,BID,SRSF10,ATAD1,GOLM1,UTP3,SYVN1,NMNAT2,BLCAP,TMEM60,LETM1,RNF145,FABP5,NFIB,APEX1,TTLL1,FABP7,ZYX,FRYL,NUCB2,FAM49A,TMEM167B,NAB1,CTNND1,ATN1,RNF19B,CASC3,TSEN2,TM7SF2,SMCHD1,LAPTM4A,ABHD11,TMSB10,PLEKHJ1,TLE3,RNF44,MAP2K2,DGAT1,USP3,RPS5,IGFBP3,TPM1,PPP1R16A,GTF3A,ATP11B,LEMD3,LENEP,THOC6,FOXP1,DISP2,CTDNEP1,PYGO2,CLIP2,CLIP1,DGKQ,RAB34,SLC9A8,NHP2,SRSF3,TTPAL,SRSF8,PFKFB2,RTN4R,INO80B,ABHD2,MAZ,SPATA2,UBR2,PHB,CORO1C,HSP90B1,SLC9A1,KLC4,PSAP,EIF4EBP2,SMN1,ZKSCAN1,ESRRA,CORO2A,ADAP1,LSM4,ZZEF1,FBXO31,MFHAS1,ARPC2,COPS2,NFE2L3,MDM4,SERINC2,BCL2L1,ITGB1,ZNF512B,MCM7,NUMA1,ZC3H4,PTEN,ARRB1,PIK3C2B,AP4M1,ALAD,MRPL3,OPA3,PMEPA1,PHACTR1,ERC1,DNM1L,TAPT1,ACTR3,PLEKHG2,REXO2,MSL1,PTP4A1,ARL4C,PTP4A2,PTP4A3,ASPH,TOP1,SLC25A5,DCTPP1,CANT1,LRP1,WBP1,HDAC1,ROCK2,SRC,WBP4,PRCC,SRI,MLLT3,LRP6,ABLIM1,FZR1,HECTD3,U2AF2,NNAT,POLR2D,PCDH1,SLC25A25,ATP9A,CYB5B,SLC12A2,SPAG9,NTRK2,PTPN1,TRIM41,PPP1R14C,KCNIP2,ASCC1,CNBP,SEMA4B,FOXJ3,RPL23A,SEMA4G,CDC42BPA,BAIAP2,RAB10,KLF6,MYO1B,TSPAN13,MGAT4B,PDCD4,INSM1,SLC25A36,EIF4A2,TCERG1,TMEM41A,CERK,ZMYND8,ZDHHC7,CBLB,ACTB,RAPGEFL1,RPS16,FLAD1,RPL36AL,FTH1,OGFOD2,EPC1,FBXO3,SNRPD3,EPHB2,CCNL1,SOX4,PDHX,ECH1,MTUS1,CIRBP,BOLA1,NSMCE1,AP1B1,COG1,MOGS,ACTN4,ANK1,PPA1,MTHFD2L,CRYZL1,BOLA2,VDAC1,SIK2,KCTD18,IGSF3,SUPT4H1,PIK3R1,CDKN2AIP,TTBK1,PCBP1,DHX35,PCBP2,ERI3,MLEC,SYMPK,TNRC18,SNHG1,XBP1,PTPRN2,BCL11B,BCL11A,SLC35E3,MICAL2,MED13L,UBAC2,RPS26,PARP11,STAG1,RPS29,ID2,PPP1R1B,PAF1,INTS4,ALDH18A1,TMCC1,CALM1,CALM2,C2CD2L,ITM2C,UBXN1,CITED2,MRPS10,MYL6B,SIPA1L3,SERP2,PPP3CA,ARV1,MAP1LC3B,HINT1,AUH,RSRC1,ENC1,NANS,CTSB,RHOF,RGMB,MLF2,VAV2,UGDH,TOX3,MN1,RAP2B,B3GNT5,RHOU,HNRNPH3,SGK1,SATB2,CCDC107,CCDC106,NT5C,AMN1,PAK1,CAMK2N1,MGAT2,PLEKHA6,TTC1,VEGFA,NUDT9,PER1,CAPZA2,TOMM7,ESYT2,TACC2,FAU,DPAGT1,SCARB1,MIDN,SYS1,WWC1,ACTG1,FAM174B,KHSRP,CAPN5,HCFC1R1,CAPN2,ARID2,BAHCC1,SBF2,RGS7,ATP1B1,POU3F2,DPM3,MYCN,TBL1XR1,WDFY1,CHMP4B,FIZ1,PDE9A,PKDCC,TMED10,RPS19BP1,CACNA1A,ADIPOR2,NDRG1,CACNA1G,EMG1,UBB,KIF3C,ZC3H15,BCL9L,TBC1D16,ACBD4,PNPT1,PTCH1,IDH1,BFAR,SUPT5H,AP4B1,CRLS1,SMAD5,COQ2,EFNA2,PQLC1,HOOK2,HOOK1,DLG5,CHMP2B,AMOTL2,SAE1,PHTF2,DDX47,DOCK9,ARHGEF10L,CHD2,RND1,HK1,SPRED2,SPRED1,EEF2K,ALDH2,CASP2,SCYL1,JAGN1,SUN1,ARHGEF12,GLRX3,H2AFY,GLRX5,DCAKD,H2AFX,ARHGEF18,NAV2,ARID1A,YWHAZ,EPN1,DNM2,EEF1G,PEX3,FAM84A,LUC7L3,B4GALT6,NAA20,USP12,SLC3A2,ATP1A1,ASAP2,MTIF3,RNF7,ACVR1B,TOB1,DLL1,GMDS,SV2A,GNA11,SPOCK2,PTK2B,BUB3,SMNDC1,OPCML,SPEN,RBM39,ATE1,TTC13,TAF10,PDE4DIP,DEK,MEIS2,USF1,PNKD,FAM131B,SPRY2,TAF6,ERCC5,VIM"
+"gene_set_query"	"1146"	"RAX2"	"928.0"	"ARCHS4 Coexpression,1359;Enrichr Queries,756;GTEx Coexpression,669"	"CERK,IFT172,HNRNPU,STMN3,EPRS,ACTB,GOLGA2,GPR173,GOLGA3,DPYSL2,MYC,FTH1,CDK20,AKT1,PIP4K2B,DENR,ATXN7L3,SOX4,CHGB,TSPYL2,SRRM2,DDX17,HES6,UNC13A,IAH1,CIRBP,PTOV1,WDR74,MOGS,CPT1C,MFSD11,ATG13,SND1,PPA2,THAP7,DDIT4,ULK1,FAM76A,MEG3,CUTA,RTEL1,NUMBL,BEX1,MEAF6,TMEM63C,CTBP1,MAGED1,ABCB8,AAAS,HTATSF1,APH1A,PCBP3,PCBP4,PHC1,ZRANB2,JUND,JUP,ZFR2,BCL11A,XRCC1,PBX2,NR1D1,TMEM198,PRRC2A,SRPK1,HNRNPL,TADA2A,CALY,ID2,ECHDC2,UNC119,MAGED2,HBP1,DZIP3,GPR19,ITM2C,ARF3,CITED2,FAM57B,PTPRN,MRPS12,PRPF19,SMPD4,SLC22A17,CTSB,BRD2,UPF1,SSR4,AMPD2,MANEAL,MRPS7,MTSS1,MLF2,NCOR2,TMEM179,TUBB2A,PXDN,TMEM106B,SGK1,CSTB,GRN,SRRT,TCEAL6,NFIL3,TBL1X,MEF2D,YKT6,NPDC1,RIC3,WDR17,MBD6,YIPF2,STAT2,AP3D1,MIAT,SGSM2,TTC3,STAC2,TAOK2,RIMBP2,HDGF,PKN1,YPEL5,ATP8A2,CRCP,TUSC3,HDLBP,MSI1,CELSR3,ACTG1,TM7SF2,ATCAY,KHSRP,PALM,FADS1,PIAS4,SEMA6B,SLC38A1,GPT2,F2R,MATK,BSCL2,ARMCX2,RPL7L1,EEF1A2,RAB35,SCG5,ABCG4,KPNB1,LRRC59,FKBP2,CUL7,CCDC24,GLT8D1,ARL1,FOXO6,CACNA1A,CACNA1D,DTX3,SEZ6L2,CSF2RA,PLD3,PHF21B,STIP1,PCSK1N,ORC6,NACC1,EVI5,PDZD7,PLXNA3,TRAPPC2,PRNP,CPSF7,PNPT1,RHBDD2,HMGA1,NSG1,EEF2,CDK9,AHI1,YRDC,EFNA2,HOOK2,GNAS,IFT27,LZTR1,OGT,NFE2L1,EIF4G1,KDM5C,PRKCSH,CELF3,CHD5,PTPN23,RLBP1,TRO,DUSP12,ABHD16A,AP1G2,MDK,WDR6,LRRFIP1,EID2B,RAD23B,ARFGAP1,DDOST,TRAF7,PTP4A3,CREB1,CTDSP2,SLC25A14,PPP1R15A,RNFT2,USP11,ANKS3,TULP4,CRMP1,FOXK1,TOB1,HDAC6,JAKMIP3,SLC25A27,TBRG1,ABLIM1,GANAB,U2AF2,NNAT,MKNK2,FEM1C,SLC25A23,TUB,MBTPS1,CADPS,OXR1,CLCN7,SLC4A8,CDKN2AIPNL,OCIAD1,PDCD4,INSM1,UNC79,TNRC6A,SSBP4"
+"gene_set_query"	"1147"	"NFIL3"	"929.0"	"ARCHS4 Coexpression,1284;Enrichr Queries,742;GTEx Coexpression,761"	"CHIC2,IFITM2,TFRC,CCNH,EHMT2,EIF4A3,CBLB,GABPB1,BACH1,RABGEF1,PREX1,FRAT2,RASSF2,ALKBH1,CDC26,MYC,FTH1,LONP1,BTRC,CCNL1,GLUL,IER5,SOX4,IER2,ACOT9,GABARAPL1,WSB1,ACTN1,ARRDC3,IFRD1,PRKCD,DNTTIP2,CD3EAP,GTPBP1,JMJD6,BIN3,DDIT3,DDIT4,HECA,SIK1,ATF4,EXD2,ATXN7L3B,HIF1A,PGS1,LDHA,HSPH1,PCBP1,VTI1A,CHST15,MCMBP,NRBF2,N4BP1,BANP,S100A10,VASP,PHC2,JUN,JUND,PLK2,IRF2BP2,UPF3A,GADD45G,SLC6A6,ABTB1,STAG1,ID2,HBP1,ITM2C,GMEB1,BTG1,ELL,CITED2,SLC7A11,VLDLR,ING1,HERPUD1,AKAP12,ARV1,TRIM2,ZMYM5,XPO6,ENC1,EMD,RALGPS1,NDEL1,TSC22D1,DUSP1,IFNGR2,TSC22D3,GAB2,JOSD1,PPRC1,GMIP,SREBF2,DUSP6,RHOB,SLC7A5,PRPF18,PXDN,PELI1,SGK1,STK40,CSTB,GRAMD1A,RELA,ARNTL,TYMP,GNAI2,ZDHHC18,SERTAD2,PAK2,MEF2D,DEDD,BRD4,MAP3K3,MYO9B,VEGFA,MKLN1,PER1,RYBP,CCDC9,CCNG2,ZYX,UBAP1,MEGF9,TMEM167B,GTF2B,UBE2D3,RNF19B,CLU,BASP1,PIM3,DENND5A,TLE3,SLC38A1,IGFBP3,ATP1B1,PIAS1,SAP30,EHBP1L1,FKBP5,PFKFB3,INSIG1,HTRA2,RLF,NDRG1,RAP1B,SOCS2,SDCBP,SBNO2,MED30,SLC15A4,SLC38A2,NADK,MCL1,HSPA8,PRNP,CBX5,HSPA5,ASNS,NFKBIA,RCAN1,NR4A3,DLG3,HOOK2,CNTN1,LRP10,PICALM,SLC2A3,ARRB2,RND3,DUSP12,PDE4B,RBM7,TNPO2,KDM6B,PDPK1,ARNT,PATL1,PTP4A1,VCAN,PTP4A3,PIK3CA,CTDSP2,PPP1R15A,PPP1R15B,USP15,RGS16,CXXC1,SLC3A2,CLCN3,TOB1,GNA13,STOX2,DNAJB1,CHSY1,SH3BP2,SH3BP5,BNIP2,FEM1C,SMNDC1,FBRS,SH2B1,SEMA4A,SEC24B,RRM2,WTAP,BNIP3,LIMK2,CCDC59,PTPN12,SOD2,PNRC1,GDAP2,NAP1L4,KLF6,PSAT1,SPRY2,VIM,SMAP2"
+"gene_set_query"	"1148"	"ZSCAN5C"	"929.0"	"ARCHS4 Coexpression,1438;Enrichr Queries,890;GTEx Coexpression,459"	"ISCA2,CCNJ,POP4,EIF4A3,RPS17,LSM12,SNRPD1,CDC26,DPYSL2,MYC,CACNA2D1,SLC6A15,MTUS1,CD3EAP,BCR,LARS2,CLPP,BOLA2,TLN2,DCUN1D5,ANP32A,SAR1A,SHMT2,SLC45A1,NPRL3,MRPL12,PLA2G6,MRPL13,MRPL11,PTDSS1,CHTF8,TSPAN7,GSE1,MAP4,ARGLU1,ST3GAL2,MCTS1,PTPRN2,MRPL28,NETO2,SNF8,L1CAM,PAICS,IFFO1,MRPL22,PRRC2A,SRPK1,MSRA,SFXN1,INTS7,COL9A3,FAT4,FARSA,MRPS11,MRPS12,PCSK7,SIPA1L2,TMEM186,THTPA,UBL5,ATIC,C1QBP,SEC61G,TIMP2,WDR36,TPI1,GSTO1,PGAM1,MRPS2,SLC39A10,NIPA2,MRPL48,ZDHHC16,MED26,MRPS5,MRPL44,NME1,MRPL52,PSMA5,NCOR2,MRPL53,MRPL50,CTU1,BDH1,CINP,MED20,PXDN,SLC29A4,TMEM106B,ERGIC2,MAPRE2,SF3B5,DTYMK,CDC123,PCNA,TIMM9,SRRT,NOL7,NEDD8,TIMM10,SNX29,PES1,MGAT2,BID,PAK2,SRSF11,EXOSC1,NKTR,GINS4,VEGFB,LSAMP,KLHL2,SNX21,TTC9C,WDR12,NPM3,YIF1B,CCDC9,RPA3,RPL22L1,PKN1,TACC2,TOMM5,DBR1,TUSC3,MPI,OGDHL,HDDC3,TOMM22,IGF1R,NPEPPS,BASP1,RUVBL1,MACROD2,CHCHD1,SEMA6B,PAM16,MAGI2,SDHC,GTF2F1,MORF4L1,SCN8A,TIPRL,NHP2,SNRPG,SNRPE,SNRPF,GEMIN7,SNRPC,ANAPC1,DNMT1,RNASEH2A,RTN1,PSMD13,FOXO6,CACNA1A,PHB,CACNA1G,EMG1,FUT9,ZMAT5,PGK1,LLPH,CCDC134,OST4,TRAPPC1,TRAPPC9,LSM2,YRDC,LSM7,EFNA3,LSM6,SLC7A6OS,DLG5,PLXNB2,NOP10,CREBZF,RBM25,NUMA1,CHD6,LMNB1,TMEM223,ZNRD1,ADAMTS3,MFSD5,SNAPC2,PHACTR1,RBM5,ADAMTS7,HGSNAT,SUN1,H2AFZ,BUD31,TFIP11,PTP4A1,PIK3CA,DAD1,GAPDH,ST6GALNAC6,STOML2,NLGN2,NDUFB6,POMP,JAKMIP3,NXF1,PABPN1,MGAT5B,BNIP1,SNRPB2,FYN,PCDH1,MEST,CLVS1,GADD45GIP1,PPIL1,RRM2,KDM4C,USP29,PDE10A,ERCC2,ERCC8,BAX,CCM2,TRIM37,POLR3K,TRIM33,RAN"
+"gene_set_query"	"1149"	"ZNF37A"	"929.7"	"ARCHS4 Coexpression,1558;Enrichr Queries,433;GTEx Coexpression,798"	"EIF4A2,SLC35B4,LPGAT1,HNRNPU,JMJD1C,SMC5,GCC2,EPRS,ZDHHC3,GOLGA3,GOLGA4,OPHN1,DPYSL2,PWWP2A,CCNL2,PRKACB,SEC63,TMPO,ARRDC4,RBFOX2,COG6,ALG2,MTUS1,CD3EAP,DICER1,ANK3,ATG12,FAM133B,EML5,DAAM1,RFX7,RUFY2,DDIT4,AKAP9,RTEL1,CTBP1,MYCBP2,PIK3R1,HIF1A,APH1A,CYB5R4,HSPH1,TRPM7,RAB11FIP2,EDEM3,PRPF38B,PHC1,ZRANB2,PLK2,SLC35E3,PRRC2C,PHC3,PRRC2B,UBAC2,CCDC88A,WNK1,GOLGB1,RBAK,CPEB4,PHF3,SMG1,AHCTF1,SLC7A11,PCSK7,EPM2AIP1,NIPBL,AKAP11,REV3L,UBXN7,GPRASP1,PCMTD1,DFFB,SHPRH,TET2,SLC39A10,BAZ1B,PGM2L1,MLF2,RNF144A,MED23,NFX1,PXDN,TMEM106B,STX16,FGD4,BCLAF1,BTAF1,CHN2,NSD1,RICTOR,NKTR,RANBP2,RIC3,MON2,PLEKHA1,AGK,PLEKHA5,MIB1,MKLN1,PRPF39,NFIA,NFIB,ETNK1,TAOK1,NEDD4,TTC3,SARM1,MPHOSPH8,FRYL,OTUD4,DGKE,CCNT2,GOLT1B,FAM13B,ATN1,ARID4A,ARID4B,CYP46A1,CELSR3,IGF1R,IPO9,ZFP30,PPIP5K2,POGZ,TBC1D30,SMARCAD1,ARID2,BIVM,USP8,SLC38A1,ANKRD49,MAGI2,TTC7B,KCTD6,FOXP1,ARMCX3,ARMCX4,ARMCX2,DMTF1,TBC1D24,ANKS6,PHIP,FKBP5,BRSK2,CUL7,RAB5C,UBA5,ANKRD12,DTX3,ARHGAP12,ARHGAP21,ORC4,TPR,ABL2,SLC38A2,ZKSCAN1,QSER1,PLXNA3,BPTF,TMEM120B,OSBPL8,PRNP,TIA1,CPSF6,KLHL24,SMAD5,IFT20,AHI1,NSFL1C,NBEA,HOOK2,HOOK1,GNB2,RFXAP,DNAJC10,MDM2,NF1,MDM4,TUBGCP4,BRWD1,FGF13,OGT,MAP3K12,CREBZF,RBM28,RBM26,PRKCSH,USP33,CHD6,ZFP82,PPP1R9A,PKD1,AFF4,SYNE2,MFSD8,SENP7,ZC3H7B,MAN1A2,SNRNP70,PSD3,PGM3,WDR6,TNPO1,USP47,USP48,PPP1R12A,DST,ABCC8,PDPK1,PDE4D,ATRX,VPS13A,QTRT1,ARL4C,PTP4A3,CREB1,ALS2,CTDSP2,POLR1B,LUC7L3,BIRC6,BCAT1,NFAT5,ROCK1,ROCK2,ANKS3,RAB1B,SRSF1,GOSR1,RBM4B,ASAP1,FAM169A,SLC25A27,ABLIM1,KRIT1,DROSHA,ATP9B,MBTPS1,NEGR1,USP22,ZFC3H1,DDHD1,CDC42BPA,TTC17,KLF7,UFM1,KLF6,RGS11,RBM45,TNRC6A"
+"gene_set_query"	"1150"	"NR5A2"	"929.8"	"ARCHS4 Coexpression,1390;Enrichr Queries,915;ReMap ChIP-seq,271;GTEx Coexpression,1143"	"MT-ND4,POP7,EHMT1,STMN3,ADARB1,DCAF4,TSKU,BACH2,NDST1,PSMD6,PSMD4,ZMIZ1,MYC,PIP4K2A,SAMD10,GABARAPL2,MEF2C,UNC5A,WSB2,CD3EAP,GTPBP2,SND1,SCAMP2,ZFYVE19,DDIT4,ORAI2,TARS2,CDC42SE1,NEDD4L,ATXN7L3B,BAZ2A,GNS,GLG1,LDHA,PRDX4,PPP4C,FLRT2,CHST12,LDHD,CHST15,PIP5K1A,LTA4H,S100A10,EDEM3,HEXIM1,NAA50,PRELID1,JUN,JUP,CADM1,EIF2AK3,NR2F1,IRF2BP2,MAD2L1BP,PBX2,FAM136A,MRPL21,PBX1,PRRC2A,MLLT11,HNRNPL,SLC6A6,FASN,HBP1,OGFR,PYGB,MOCS2,LRSAM1,KCNC1,PHF20,RPLP1,DDA1,TRIM2,AP3S2,JARID2,UPF1,SSR4,SSR2,EPS15L1,DUSP6,BACE1,AFTPH,MED24,CDC42EP4,MTF2,TET3,PXDN,RAPGEF1,TUT1,LRRC14,GSTP1,RPL12,ODC1,FAM129B,PSMB4,LEO1,RPL13,ZSWIM5,RUNX1T1,SYVN1,GATC,HIPK1,KTN1,TAOK3,NFIA,NFIB,INHA,CRAT,NUCB2,YPEL3,ANKRD13D,RAB3D,RPL10A,CLU,LAPTM4A,STK11,FBRSL1,KPNA4,LZTS2,NOMO1,FADS1,AP2M1,TLE3,ANAPC7,USP5,MAGI3,IGFBP3,IGFBP2,ZBTB33,FOXP4,FOXP1,TPST2,CACNB3,RAB35,ANAPC5,ARL8A,CSNK1G2,ANAPC2,LRRC59,SHC2,PFKFB3,PEF1,BRI3,INSIG1,ABHD8,SLC38A10,UAP1,UBR2,PHB,RHOBTB2,SOCS2,NDOR1,G3BP1,BTBD2,NACC1,PLXNA2,IP6K1,MCL1,OSBPL9,ANKRD34A,POLR3GL,TNK2,DHCR24,TRAPPC9,FANCE,EEF2,LRFN3,LRFN4,SH3BP5L,REEP5,MDM2,SPIRE2,PLXNB2,PLEKHM2,MDM4,DHCR7,RNF185,SLC48A1,RNF11,PPP1R13B,CELF2,CELF3,ARRB1,PIK3C2B,VPS72,PPP6R1,PGM3,UBTF,PMEPA1,ACP2,PGLS,SLC37A4,SNAP29,BCAS3,LIX1L,VPS37C,ARFGAP3,BET1L,COASY,PTP4A3,TRAF4,CTDSP2,EVL,BCAT1,MET,GTF3C1,HDAC5,PPP1R15B,BECN1,MTPN,RNF34,WBP4,ZBTB43,CXXC1,SRI,SEMA3F,PPM1D,HDAC7,FZR1,SLC25A28,U2AF2,RAB24,POLR2D,BEND3,EIF4H,DNAJB9,VPS54,CSK,RAB28,SLC25A25,MLXIP,CYB5B,NTRK2,NDUFA7,PCDH9,TXNRD1,SEMA4B,FOXJ3,SEMA4C,ATOX1,NELL2,KLF6,MYO1B,VAPA,PDCD4,PDCD2,TRIM37,P4HB,CDR2L,KCNK2,BCAR1,PANK3,ZMYND8,HDAC11,KEAP1,CYB5D1,RPS14,FRAT2,ARL6IP5,LONP1,ATXN7L3,TBC1D22B,SOX4,SEC63,ARL10,EPHA4,SLC6A17,ARRDC1,COG3,IFRD1,ALG5,ENTPD6,ALG2,MTUS1,CSNK1D,ANK3,ANK1,CFDP1,ULK3,OBSL1,RTEL1,IGSF3,DHX9,STXBP1,PEX11B,PIK3R3,PIK3R2,PIK3R1,IGSF9,DHX37,TNRC18,RCE1,NTSR1,BBS1,XBP1,SETDB1,BCL11A,INSR,SLC35E3,BRI3BP,RPS28,ID2,COL9A3,TECPR1,C2CD2L,NRP1,INTS10,ICA1,MYL6B,PRPF19,HERPUD1,ROBO1,AKAP12,SERP1,ENC1,MLX,TMED2,SEC61B,CTSD,PARP6,TMED9,MRPS23,NME3,ZDHHC16,TMEM150C,AP3B2,VAV2,RHOB,MLF2,KIN,UGDH,PRPF18,POC5,RPUSD1,CSDE1,KIT,RHOU,ARHGEF2,ALDOA,SGK1,STX16,SSNA1,SATB2,AKAP7,DERL2,PRICKLE1,RELA,GNAI2,NFIL3,TBL1X,EXOSC1,YIPF2,PTGES2,PLEKHA6,NLE1,RAB11B,NUDT9,SPCS3,PER1,KBTBD2,HDGF,DPAGT1,CRTC2,SYS1,UBE3C,MPI,FAM174B,TBC1D30,FAM3A,SBF1,BAHCC1,RGS9,TMEM14C,DNAJB12,TTC7B,KCTD3,ATP1B1,RSBN1,TANC2,PCP4,TMEM136,PRPF6,MYCN,HNRNPUL1,FAIM,SIDT2,ATP6V1A,TMED10,NXPH3,UBA5,SEL1L,SLC1A1,EFNB2,KIF3B,DPP8,GRK6,CAMTA1,SUDS3,TBC1D17,HSPA9,FDPS,PRNP,GGT7,ACBD4,CBX4,HSPA4,CBX2,VTA1,IDH2,HMGA1,SSH3,DNAJC17,IFT20,QDPR,EFNA3,BMP1,EFNA2,HOOK2,HOOK1,GNB1,UBA3,STT3A,PI4KA,SRPRB,DEGS2,TCF3,ZSCAN2,RBM25,ZMYND19,THRA,USP32,PRKCSH,CHD6,CHD3,DDX41,TRIAP1,YBX1,RND3,PPP1R9B,SEC61A1,SPRED2,ALDH2,MAN1A2,BCL7C,NUP62,PDE4B,GET4,BCKDHA,KDM6B,TSFM,PDPK1,PLA2G4E,PLA2G4B,ABCC5,PDE4D,RNF208,PPP2R5C,NAV2,SENP3,EEF1G,DDAH1,AKT1S1,CRY2,NAA38,PFDN4,IRF9,ASB13,STRN3,TAF1D,FAM168B,CAND1,DNPEP,CHSY1,TAF1B,TMEM203,MKNK1,TMEM205,NAA25,MTA2,CAMK2G,BNIP3,LIMK2,PCDHGC3,ATP2B4,SSRP1,MEIS2,TTC17,SH3YL1,NEURL4,XPNPEP1,TEF,RPS6KB1,CARM1,PPP2R2D,ACIN1,ATP13A3,VIM,RBMX,LPIN2,LNX2"
+"gene_set_query"	"1151"	"PRDM9"	"934.0"	"ARCHS4 Coexpression,466;Enrichr Queries,788;GTEx Coexpression,1548"	"RPL4,MDC1,RPL5,PANK3,TRRAP,HNRNPU,CBLB,EPRS,CRKL,DPYSL2,MYC,FAM53C,RPL39,TBC1D10B,NUP214,DDX17,EPHA4,MEF2C,SMARCC1,ARRDC3,CD3EAP,SOX11,CSNK1E,ANK1,GTPBP1,HCFC1,DDIT3,ZC3H11A,DDIT4,HECA,RPL29,BCORL1,TRIM11,PRR14,SF1,ATF4,NUP205,POM121,NPRL3,FBF1,PIK3R3,NEDD4L,PIK3R1,DHX30,PRKAR2A,HLTF,PIP5K1A,RAB11FIP5,JUN,ZRANB2,CADM1,BCL11A,ST13,SETD1A,CDC7,NR1D1,SMARCA2,PBX1,PRRC2B,PRRC2A,GADD45G,MEX3B,ID2,FAT3,SFXN1,DZIP1,SUGP2,CPEB4,AARS,CDK16,SETD5,ARF1,DAZAP1,CITED2,GRIK5,CETN3,SLC7A11,PHF6,SMG5,ROBO1,PHF8,ARIH2,GPR137,DLGAP1,JARID2,EMD,BRD2,DFFA,PARP1,AEN,DUSP6,RHOB,ZEB2,PXDN,TCP1,SGK1,GART,CSTB,WDR26,SF3B3,SATB1,DOT1L,SRRT,AKAP6,SLC7A1,PSMA7,GGA1,TCOF1,NSD1,USP1,BRD8,RPS2,CCT4,SF3A1,USP9X,HUWE1,GATAD2B,VEGFA,MIB1,AGBL5,NFIA,SERBP1,TAOK2,RLIM,PKN1,NUP188,KDM1A,UBE3C,CTNND2,MRFAP1,NUCKS1,ACRBP,ALDH1L2,TOMM20,SLC8A1,IPO5,IPO9,BASP1,RUVBL2,KHSRP,PLS3,SBF1,FADS1,TLE4,FBXW5,IGFBP3,RPSA,RNF40,ATXN2L,DMTF1,HNRNPUL1,MORF4L2,RPL7L1,ELMO1,ANKS6,SRSF4,KHDRBS1,ISYNA1,PFKFB3,GLO1,IREB2,MAZ,AK2,LPL,CACNA1A,NDRG1,CACNA1E,PRPF8,TAF5L,DPP6,PITRM1,TPR,PLXNA2,H1FX,RPRD1A,YARS,NEK9,CBX4,PHF10,ODF2,NONO,CRIM1,IFT122,ASNS,SUPT5H,EEF2,CHERP,LRCH2,CNOT6,H1F0,EFNA2,NR4A3,SON,HOOK2,HOOK1,CNOT1,UBA1,IARS,CNTROB,YWHAE,CREBZF,KDM5B,KDM5C,RBM26,PRKCSH,CELF1,CHD6,SLC2A3,CHD2,AFF3,SYNE2,LMNB2,LMNB1,CABIN1,RPS4X,DUSP12,PSD3,RBM33,NUP133,PDPK1,DIS3,NAV2,SMC1A,CKAP5,EEF1G,FAM189B,PTP4A3,CTDSP2,CDH10,GTF3C1,PRPS1,NLGN2,GTF3C4,HDAC1,NRXN1,SRSF1,CXXC1,PPM1G,FOXRED2,ABLIM1,FAM168B,DNPEP,MTA1,PABPN1,POLR2A,SLITRK5,FEM1C,IARS2,VHL,RBBP7,MTA2,HNRNPA1,FBRS,EIF4B,SPEN,USP24,FEM1B,PCDH7,FBXL19,DONSON,PDE4DIP,LRWD1,SSRP1,USP29,NEURL4,PSAT1,IMPDH2,SNRNP48,EIF3D,METAP2,CUL4B"
+"gene_set_query"	"1152"	"ZNF215"	"934.3"	"ARCHS4 Coexpression,1109;Enrichr Queries,1029;GTEx Coexpression,665"	"SLC35B2,EPRS,RPS17,CAPNS1,SNRPD1,DPYSL2,MYC,AKT1,PRKACA,ATXN7L3,TMPO,MED1,DDX18,EPHA4,TIPIN,RECQL,CD3EAP,MOGS,ALG1,SND1,BOLA2,DDIT4,ALG10B,SET,TBC1D9B,SHMT2,FLII,NEDD4L,MTDH,UBE2J1,APH1A,PRRC1,DHX33,SSR1,ZBED4,NUS1,BCL11A,EDEM1,PLK2,PMM2,PBX2,CDC7,NETO2,PAICS,ZWINT,MSRA,UCK2,FASN,ALDH18A1,ITM2C,OGFR,TRAM1,SLC35F2,GRIK5,PAK1IP1,FAF2,GDI2,SNX10,MRPL36,SLC7A11,PFAS,SMG5,AKAP12,MRPL42,UCHL1,ATIC,RARS,ENC1,DHX15,SDF4,RIOK1,CIC,JARID2,UTP14A,RSPRY1,PRMT6,UPF1,WDR36,TMED9,SSR3,MINK1,PRPF40A,ELOVL6,NIPA2,DUSP6,SLC7A5,VSNL1,PSMA2,PXDN,MTF2,GARS,SGK1,GART,DTYMK,PCNA,NIP7,HEATR1,CENPB,GNAI2,FGD4,NRAS,SRP72,EXOSC9,CHN1,APBB2,MGAT2,CCT8,PAIP1,NPM1,UTP3,GINS4,YIPF5,NPM3,ARCN1,VEGFA,KLHL9,PDCL3,SEC23IP,XPOT,TAOK2,NUCB1,RPL22L1,PKN1,PNPLA6,GRINA,UBE2Z,ALDH1L2,FBXO22,IPO8,LAMP1,RUVBL1,SBF1,SLC30A5,IGFBP3,RPSA,LMO7,PDIA6,MSH2,DKC1,TMX1,NCL,EHBP1L1,RAB35,CHMP4B,SNRPE,TOX,ANAPC1,ANAPC2,COPB2,LRRC59,COPA,DNMT1,RNASEH2A,RAB5C,CUL5,COPB1,CCDC25,TARS,SLC1A4,SEL1L3,ORC6,BRIX1,TXNDC5,CBX3,BOD1,HMGA1,DHCR24,EIF2S2,SH3BP5L,HOOK2,CDK4,HOOK1,OSTC,GNB2,GNB1,STT3A,CNTN1,NFE2L3,PLXNB2,IARS,NFE2L1,ACADVL,KDM5C,PRKCSH,SLC2A3,CHD3,LMNB2,SYNE2,LMNB1,PPP1R9B,POLB,MRPL3,LASP1,UBE2Q2,PPP6R1,SNRNP70,PDE4B,TNPO1,UNKL,DGCR2,ARHGEF11,ACTR2,RFC3,NCBP1,PDPK1,DDOST,ARL4C,VCAN,PTP4A3,DDAH1,POLR1B,DNAJC5,BCAT1,MET,INA,RNF34,RAB1B,CXXC1,LRP8,ADD1,PARL,IWS1,USP19,ADD2,DNAJB2,GANAB,ABLIM1,U2AF2,TAF1A,POLR2D,IGF2BP3,BUB3,IGF2BP2,UGGT1,MEST,EIF4E,DCAF13,CHGA,RRM2,CCDC59,NELL2,PSAT1,BAX,ABCE1,RAN,METAP2"
+"gene_set_query"	"1153"	"ZNF165"	"935.5"	"ARCHS4 Coexpression,976;Enrichr Queries,1027;ReMap ChIP-seq,154;GTEx Coexpression,1585"	"AHCYL1,TES,TMEM41B,CCNC,RPL8,RPS14,NDST1,LSM12,MYC,LONP1,TRIM26,ZFPL1,SEPHS1,IER5,SOX4,GABARAPL1,IAH1,TSPYL1,BROX,IFRD1,CIRBP,TALDO1,DNTTIP2,HCFC1,BCR,BIN1,GPR161,DDIT3,DDIT4,FAM76A,PRR12,EZR,UBA52,SAR1A,SAR1B,FBF1,DCUN1D1,TMTC4,PRDX3,UGCG,HSPH1,MIER1,DHX37,RDH13,JUN,GSTM1,JUND,INTS1,JUP,PLK2,MICAL3,CDC7,L1CAM,EIF1,MSRA,SQLE,HNRNPK,ID2,GOLGB1,PSMG3,RNPS1,ITM2C,BTG1,SPEF1,GPAA1,CITED2,MRPL38,SLC7A11,HERPUD1,COIL,AKAP12,CTSL,SDF4,GARNL3,SSR4,TSC22D3,SLC39A11,AMPD2,TMEM150C,DUSP6,APRT,COMMD5,MLF2,RHOB,TAF6L,SLC7A5,PSMA3,TUBB2A,RAP2B,CTTN,TMEM33,CDC42EP4,PXDN,ARHGEF2,SGK1,ERGIC2,ARF6,CSTB,CDC123,STX16,SLC20A1,ATL2,CCNDBP1,CENPB,GNAI2,CST3,EXOSC4,PSMB5,NFIL3,HSF1,RICTOR,CSNK1A1,COX6C,SCAF1,LRRC20,VEGFA,AGBL5,BOP1,TMEM59,PRPF39,CAPZA1,SNX15,ESYT2,PKN1,YPEL5,CRLF1,MIDN,FBXO25,PRDM2,ACRBP,PPP1CB,SLC39A9,CFL1,NUDT19,CEP250,MAF1,KPNA2,MTPAP,CHCHD1,PHYH,SLC38A1,DGAT1,IGFBP3,NOSIP,UBE4A,LARP4B,ATP1B1,CDC25B,CLIP2,OLFM2,HNRNPUL1,TBL1XR1,MORF4L2,TIPRL,FKBP8,PGP,SCG5,SRSF3,SRSF6,PSMD12,PSMD11,INSIG1,TMEM59L,ARL1,ARL2,TOR1AIP2,LIN7C,NDRG1,SEL1L3,SOCS2,EFNB2,EIF1AD,BAG4,SHARPIN,DEAF1,EIF4EBP2,PLXNA1,E4F1,CYC1,ZC3H14,SKIL,SAC3D1,YARS,PRNP,TOR1A,HSPA5,UBE2B,ODF2,KLHL26,CCDC136,ASNS,KLHL24,TOR1B,LSM4,DNAJC16,NFKBIA,EFNA2,NR4A3,HOOK2,HOOK1,GNB1,CNTN1,NFE2L3,SRPRB,HSP90AB1,SLC2A3,RND3,LMNB1,DUSP12,TMEM223,MLST8,PGM3,PMEPA1,TLK1,MAPK1IP1L,PEG3,RFC2,USP43,REXO2,YWHAZ,DDOST,PTP4A3,ACOX1,THRAP3,RASA1,TMEM9,SEC22B,SLC25A5,PPP1R12C,TNFRSF21,PPP1R15A,PPP1R15B,RGS16,CEBPG,MAK16,DDX20,SLC3A2,TOB1,ADD1,PPM1G,RAB21,NXF1,FZR1,FCHO1,MKNK2,SH3BP2,TRA2A,UBQLN1,DNAJB9,POLR2G,CRYM,MTA2,EIF4E,PTPN1,RRM2,MMAA,NAA10,SMOX,ATP2B4,DNAJA1,PINK1,KLF6,DNAJA2,PDCD4,NAA15,SEC24C,BCAR1"
+"gene_set_query"	"1154"	"ZNF470"	"936.0"	"ARCHS4 Coexpression,1488;Enrichr Queries,1134;GTEx Coexpression,186"	"ATF2,SCOC,SLC35B4,GMFB,ARAF,PHAX,GPR173,OPHN1,DPYSL2,HABP4,SEC62,PRKACB,ATXN7L3,TRIM23,ARRDC4,ZFP1,SLC6A15,ZFP2,CD3EAP,FRS2,ANK2,MOGS,ANK3,CPT1C,HDHD2,SCAMP2,ARMC1,EID1,ASPHD1,FEZ1,RUFY2,DDIT4,ULK2,HECA,TSPYL4,SLC45A1,FLII,TRANK1,MTMR9,AGAP1,NEDD4L,MTMR7,APH1A,CYB5R4,CHST10,GPM6B,ZSCAN18,JUN,CADM2,BCL11A,PLK2,SLC35E3,DCLK2,HNRNPL,QARS,CDC16,CALM2,CDS2,NRP1,PIGU,HIP1,GDI1,CITED2,SLC7A11,VLDLR,BMI1,PRPF19,NAT14,AKAP12,TUBA1A,AKAP11,TRIM2,ENC1,SPIN1,DHX15,SDF4,ENOPH1,GARNL3,ZIK1,UPF1,RPS6KL1,ZFR,SLC39A10,DYNLL2,WDR35,PGM2L1,MLF2,TMEFF1,MN1,RAP2A,KIT,PXDN,PAFAH1B2,MAGEH1,SATB1,ICA1L,WRB,NAPG,FAM172A,TCEAL3,APBB1,TRAM1L1,DYNC1I1,PURG,DYNC1H1,WDR17,KIDINS220,GTF2H5,VEGFA,ABI2,NEDD4,TCEA2,NUCB1,HDGF,PKN1,MEGF8,ZFP28,ANKRD13B,MRFAP1,NUCKS1,CYP46A1,ZFP30,SALL2,KIF5C,BASP1,PIM3,FBXW11,GPT2,IGFBP3,MAGI2,TTC7B,POU3F3,KCTD6,CLIP3,CLIP2,FRMD5,TMEM136,RAB35,UBE2V2,MATR3,GNAZ,LRRC59,BHLHB9,ARL3,NTM,CHRNA7,KLC1,NDRG1,SOCS2,ARHGAP21,ORC4,KIF3A,NACC1,ZKSCAN3,CAMTA1,RPRD1A,SKIL,QSER1,PDZD7,PRNP,AUTS2,CBX1,TBCB,CORO2B,PTPRD,HOOK2,HOOK1,REEP2,JMY,CNTN1,NF1,RNF182,NFE2L3,SPIRE2,NACAD,SERINC1,FGF13,BCL2L2,EIF4G1,CNRIP1,PRKCSH,CHD6,PSIP1,SLC2A3,ZFP82,SOBP,ELAVL3,SEC61A1,SEPT7,YWHAQ,SCRN1,RNPEP,PSD3,PHACTR3,PDE4B,CEP170,DNM1L,EID2B,USP46,ACTR6,PDPK1,PDE4D,H2AFV,ZFP90,PJA2,DNM2,DNM3,TRAF7,VCAN,PTP4A3,NAV3,DNAJC6,POLR1B,GFOD2,ZMYND11,RNFT2,NLGN1,NLGN2,DCTN1,RAB1B,RAP1GDS1,FAM169A,JAKMIP3,JAKMIP2,CACNG7,FAM168B,GANAB,FAM168A,RPS6KC1,U2AF2,FAM120A,SPOCK1,NCAM1,FEM1C,RAB28,ATP9B,CLASP2,BEND6,PCDH9,NEGR1,LCA5,DDHD2,PTPN11,CDC42BPA,GDAP1,TNRC6C,NFASC,SYT11,FAM131B,VPS41,FAM98B,SUGT1,P4HB,CLUAP1"
+"gene_set_query"	"1155"	"ARID3B"	"936.5"	"ARCHS4 Coexpression,782;GTEx Coexpression,1091"	"SCARB2,CHIC2,CCNK,TOR2A,MIDN,NARF,KDM1A,EHMT2,RNF19B,CIB2,NUCKS1,COMT,IPO5,GLE1,ALCAM,FRAT2,TRIM28,SALL2,IGLON5,LAMP2,COTL1,FAM53C,TRIM24,CAPN2,EP300,SLC12A6,SEPHS1,TBC1D10B,TLE3,RNF44,SMARCC1,KDM2B,ANKRD44,VASH2,LIG3,CNPY3,GTPBP1,PIAS1,HCFC1,MSH6,CARHSP1,ILF3,MSH2,KDELR2,CSNK1G2,SNRPA,SLC45A4,PFKFB4,MTMR3,CD151,STXBP2,TWF1,STK4,CORO1A,GJC1,MBTD1,NKAIN1,NLN,CYB5R4,NDOR1,PPP4C,DHX34,GRK6,G3BP1,NACC1,G3BP2,ZC3H18,EIF4EBP2,SLC15A4,MYH10,QSER1,KLHDC4,AKIRIN1,PHC1,RCC2,CBX2,H3F3A,CRIM1,HMGA1,PBX2,DSTN,CNOT10,PAICS,CLK3,SRPK1,SMARCA4,EHD1,HNRNPM,VANGL2,NASP,TDP1,CWF19L1,MKRN1,HNRNPD,UNC119,LRRN1,CORO7,TCF3,LRCH4,RCOR2,NRP1,KDM5B,DAZAP1,HIP1,HSP90AB1,ELL,USP32,SETD7,PIK3CD,HMGB3,PSIP1,SLC2A3,ARRB2,DUSP18,RND2,ING1,PFAS,LMNB1,LIMD2,ZMYM3,PPP6R1,MDK,XPO6,UIMC1,ME1,TIMP2,JARID2,RAB8A,PELP1,PSENEN,PARP1,PRMT1,CAD,RRAS2,RHOF,GMIP,ARID1A,MED26,NIPSNAP1,TMEFF1,UBE2R2,ASPH,SLC25A19,TKT,RNF166,SMARCD1,RGS19,NFIX,STRN4,FAM129B,ADD2,FGD3,FBXL20,DCAF15,ZDHHC18,EXOSC4,UGP2,HAUS8,TCOF1,RNF138,NSD1,NT5DC2,UBN1,BEND3,IGF2BP3,IGF2BP2,GPC4,HNRNPA1,MTA3,EXTL3,NPM1,CENPV,MTX1,NFYA,USP9X,MYO9B,USP28,HNRNPAB,CHFR,GATAD2A,MAD2L2,KIF26A,TSPAN18,CARM1,ERCC2,SERBP1,CACHD1,SSBP3"
+"gene_set_query"	"1156"	"ZNF773"	"938.0"	"ARCHS4 Coexpression,1352;Enrichr Queries,970;GTEx Coexpression,492"	"CCNJ,PPAN,HNRNPU,CBLB,GABPB1,ALKBH8,RRP9,CAPNS1,TRIM28,PSMD5,ALKBH1,DPYSL2,MYC,CDC27,AKT1,ATXN7L3,MED1,SCAF11,IFRD1,RECQL,CIRBP,DNTTIP2,CD3EAP,MED6,GTPBP4,FAM133B,RFX7,GRWD1,DDIT3,ZSCAN21,XRN2,DDIT4,TRIM13,YME1L1,HECA,ULK1,ALG10B,DHX8,TSHZ3,FLII,XPC,APH1A,CYB5R4,HMGXB4,DHX33,CSTF1,MCMBP,TRPM7,ZSCAN18,JUN,PNO1,SLC35E3,MTHFR,PBX2,PRRC2A,SMU1,HNRNPL,PCDHGA11,UCK2,STAG1,ZBTB6,ZZZ3,SNW1,NOL10,DHX29,NOL11,CPEB4,ITM2C,ARF3,NRP1,PIGU,DAZAP1,BTG1,CITED2,FAF2,SLC7A11,VLDLR,PRPF19,WDR43,REV3L,RIOK2,UTP14A,ZIK1,PRMT5,UPF1,WDR36,TEX10,TSC22D3,MINK1,PRPF40A,GNL2,LRRC42,RHOB,SIKE1,PRPF18,NFX1,PTRH2,CDC42EP3,PXDN,GARS,NCOA7,SGK1,CSTB,SATB1,NIP7,HEATR1,GDPD1,CENPB,SCAF8,SRP72,MGAT2,SRSF10,EXOSC2,YTHDF2,UTP3,MTX3,BYSL,VEGFA,KBTBD4,RSL1D1,SEC23IP,MORN4,TRMT6,HDGF,PKN1,CARS,ANKRD13C,DBR1,CYP46A1,FBXO22,ALDH1L2,IPO7,IGF1R,ZFP30,CWC22,SNIP1,AZI2,FADS1,NOM1,SLC38A1,FBXW8,TTC7B,THOC2,HNRNPUL1,RAB35,CHMP4B,ANAPC1,NSMAF,DDX6,COX19,LRRC59,NOP2,NDRG1,SOCS2,ORC4,RNASEH1,PITRM1,DVL1,NACC1,BRIX1,LLPH,ZKSCAN1,PDZD7,PRNP,NOP14,TOR1A,ASNS,NUP153,KLHL24,EEF2,H1F0,SLC7A6OS,GNL3L,EFNA2,HOOK2,NBEA,HOOK1,GNB1,MDM2,IARS,FGF13,OGT,NFE2L1,EIF4G1,PRKCSH,WDR3,WDR4,CHD6,SLC2A3,TRIAP1,YBX1,LMNB2,DUSP12,LASP1,SART3,ZC3H7A,PDE4B,MRPL9,LRRFIP1,UTP15,KDM6B,DIS3,PDPK1,PDE4D,RAD23B,PATL1,DDOST,TRAF7,VCAN,PTP4A3,THRAP3,POLR1B,DNAJC5,PPP1R15A,KDM3A,GTF3C4,TGFBRAP1,MAK16,DDX21,RNF4,GANAB,TAF1B,POLR2B,U2AF2,TGS1,POLR2D,FAM120A,FEM1C,CCDC71,SMNDC1,ATP9B,TXNRD1,CCDC59,CDC42BPB,DDHD1,SNRNP40,PSAT1,CARM1,ABCE1,TAF2,MBTPS2,TAF1"
+"gene_set_query"	"1157"	"ZNF419"	"938.3"	"ARCHS4 Coexpression,1294;Enrichr Queries,699;GTEx Coexpression,822"	"EPRS,AKT2,DPYSL2,MYC,LUC7L,AKT1,ATXN7L2,ATXN7L3,SOX4,DDX17,SRRM3,GABARAPL1,MEF2C,UNC13A,WSB1,ARRDC3,PTOV1,MTUS1,CIRBP,CD3EAP,MOGS,CPT1C,MAPK8IP3,SND1,DDIT3,DDIT4,HECA,ULK1,ANKRA2,CCDC84,ATF4,DHX8,CTBP1,FLII,PIK3R1,APH1A,ZSCAN18,JUN,PRRT2,INTS1,SS18L1,SLC35E3,UPF3B,IRF2BP2,POU6F1,PRRC2A,HBP1,CPEB4,ITM2C,SMG1,PIGU,BTG1,KCNC3,GRIK2,SLC7A11,PRPF19,NAT14,SMG5,BBC3,HERPUD1,ING4,EPM2AIP1,TRIM9,MAP1LC3B,PCLO,GPRASP1,JARID2,ZIK1,DFFB,GRIPAP1,UPF1,RPS6KL1,PRMT7,WARS,MRPS25,PARP2,TSC22D3,MINK1,AP3B2,MLF2,RHOB,SLC7A5,TUBB2A,PXDN,GARS,KPTN,SGK1,RNF165,ICA1L,ADAM22,NOL9,NFIL3,RIC3,WDR17,YTHDF1,BRF1,AGK,YIPF4,VEGFA,RNF146,NFIB,TTC3,NUCB1,HDGF,YPEL3,ZFP28,ATP8A2,CCNT2,CRTC1,ATN1,HDLBP,CELSR3,TMEM145,ZFP30,POGZ,MAP3K7,BIVM,USP8,SLC38A1,THOC1,TSC1,ACYP1,KCTD6,DMTF1,MADD,RAB35,TBC1D24,SQSTM1,LRRC59,PFKFB3,ANKRD11,ANKRD12,CACNA1A,CACNA1D,DTX3,FBXO44,SOCS2,ORC4,KLC2,NACC1,SAFB2,ZKSCAN3,THEM4,SRGAP3,NDUFV3,VARS2,SLC38A2,ZKSCAN1,ANKZF1,PDZD7,MCL1,AP1M1,TMEM120B,PRNP,GGT7,KLHL22,MARCH9,ASNS,KLHL24,EEF2,AHI1,EFNA2,HOOK2,ZFP62,HOOK1,JMY,GNAS,MDM2,SPIRE2,MDM4,OGT,NFE2L1,EIF4G1,KDM5B,NAA40,DOCK3,WDR1,PRKCSH,PRR3,CELF3,AKAP8L,MAST1,CHD6,SLC2A3,ZFP82,RND3,DUSP12,SEC61A1,LASP1,SNRNP70,PPP6R1,MCF2L,OPA3,EID2B,KDM6B,HSDL1,ABCC8,PDPK1,PDE4D,ABHD14A,RAD23B,DDOST,TRAF7,VCAN,PTP4A3,ALS2,CTDSP2,POLR1B,LUC7L3,SLC25A14,CAMK2B,PPP1R15A,RNFT2,ANKS3,RAB1B,CEBPG,RBM4B,SLC3A2,TOB1,SLC25A27,FBXL20,MAPK8,ABLIM1,GANAB,U2AF2,VPS53,MKNK2,FAM120A,EIF4H,SLITRK5,FEM1C,RPP14,URGCP,USP22,PDE4DIP,IRGQ,NEURL4,MARCKS,KLF6,SBK1,PSAT1,POLR3F,PDCD4,P4HB,UNC79,TNRC6A"
+"gene_set_query"	"1158"	"ZNF786"	"938.3"	"ARCHS4 Coexpression,1319;Enrichr Queries,781;GTEx Coexpression,715"	"EPHB6,APP,POP7,IFITM2,GPATCH1,HNRNPU,CISD2,STMN3,WDR83,EPRS,GABPB1,RAPGEFL1,ACTB,FAM110A,HERC3,FRAT2,CAPNS1,MPRIP,DPYSL2,MYC,LONP1,PWWP2A,PIP4K2B,DENR,PRKACA,ATXN7L3,SAMD10,RNF111,SOX4,SRRM2,IAH1,PIH1D1,WDR74,CD3EAP,MOGS,WDR73,CPT1C,MED6,PPA2,DDIT4,ULK3,TRIM13,ASPHD2,HECA,PRR12,TRIM11,MTMR1,AARS2,DHX8,CDCA4,GIPR,VPS26B,CHST15,RCE1,RDH13,PUSL1,ST3GAL1,N4BP1,FDFT1,JUN,JUND,BCL11B,BCL11A,TREX1,TMEM199,EHD1,TDP1,ID2,INTS5,PSMG3,PLCH2,ITM2C,ARF3,LRSAM1,GMEB1,CCDC120,PPP1R10,CTCF,PRPF19,MED17,TUBA1A,DHX15,JARID2,UPF1,LRRC45,RPS6KL1,ELOVL4,NCOA6,TSC22D3,ACAD9,MINK1,DUSP6,MLF2,NCOR2,SLC7A5,AFTPH,RPUSD1,TET3,PXDN,ARHGEF2,SGK1,ARF5,SLC20A1,TM9SF4,TMEM68,STX6,LEO1,MFN2,METTL6,EXOSC2,TTC9C,TMEM158,NFIA,NUCB1,PKN1,CRCP,FBXO28,ZBTB22,TATDN2,ZFP30,LAMP1,BASP1,SLC39A7,PPFIA3,RALBP1,KDM2B,TPM4,FBXW7,GPT2,CTNNBIP1,VPS33B,ZBTB33,HNRNPUL2,RPL7L1,RAB35,FSCN1,CHMP4B,SQSTM1,KLHL18,COX19,LRRC59,NXPH4,INSIG1,EFNA4,NDRG1,CSF2RA,ORC5,SOCS2,ZKSCAN3,E4F1,EVI5,MARK2,PDZD7,TRAPPC2,PRNP,PNPT1,OSBPL2,NFKBIA,YRDC,EFNA3,SH3BP5L,EFNA2,HOOK2,ATG16L1,HOOK1,GNB1,SPIRE2,DEGS1,GPR107,DEGS2,CCDC22,BCL2L2,NFE2L1,PICALM,SCYL3,NVL,ZC3H4,PRKCSH,CHD8,PRR3,CHD6,SLC2A3,BICD2,DUSP12,SEC61A1,LASP1,SART3,MFSD5,UBTF,LRRFIP1,EID2B,DGCR2,PDPK1,PLA2G4B,AXIN1,HUNK,YDJC,RAD23B,DDOST,CREB1,CTDSP2,POLR1B,GFOD2,DNAJC9,TNFRSF21,RNFT2,HDAC3,GTF3C4,PARG,STOML1,PRCC,PARD6G,ZBTB45,AMBRA1,ATP1A1,FAM168B,GANAB,DNPEP,RAB40C,TMEM203,RBBP5,U2AF2,MKNK2,FAM120A,PTK2B,FEM1C,KDM4A,MARCKSL1,KDM4C,TMEM30A,NICN1,LYSMD4,CDC42BPB,DLK2,KLF6,CDKN2AIPNL,RPS6KB2,MGAT4B,ASB6,OCIAD1,PDCD4,SPRY2,P4HB"
+"gene_set_query"	"1159"	"ZNF385A"	"938.7"	"ARCHS4 Coexpression,885;Enrichr Queries,717;GTEx Coexpression,1214"	"EPHB6,PITPNA,ENO2,IFI30,RAPGEFL1,FAM110A,PREX1,DPYSL2,FTH1,ZMIZ2,LONP1,PRKACA,GLUL,ATXN7L3,SLC12A9,GABARAPL1,PRKCD,AP1B1,CD3EAP,EML2,WDR81,DDIT4,KCTD12,PI4K2A,PRR14,TTYH3,DHX8,STXBP2,APCDD1,ABR,SGPL1,CHST15,RDH13,PIP5K1C,RALGDS,S100A10,VASP,NDFIP2,JUN,PHC2,JUND,JUP,BCL11B,BCL11A,IQSEC1,PBX2,SLC6A6,ABTB1,VANGL2,ID2,PSMG3,SDC1,PLCH2,LGMN,ITM2C,OGFR,NRP1,CCDC120,BTG1,CITED2,KCNC3,TECR,CTSZ,CLTB,SPPL3,PTPRF,GLIPR2,ENSA,TIMP2,SH3BGRL3,PLEKHN1,CIC,CTSD,CTSB,ELOVL4,GAA,TSC22D3,ACAD9,MINK1,ITPK1,GMIP,DUSP6,MTSS1,DUSP7,MLF2,RHOB,NCOR2,GAK,SLC7A5,MED25,TUBB2A,PITPNM1,TET3,PXDN,RAPGEF1,ARHGEF4,PLEKHO1,RHOV,ARHGEF2,ALDOA,SGK1,ATP6V0C,ARF5,STK40,GAS7,CSTB,GRN,GRAMD1A,NFIX,FAM129B,GNAI2,TYMP,CST3,ZDHHC18,PAK6,MGAT1,CKB,RNF130,MEF2D,MAP3K3,MBD6,WNT7B,MYO9B,VEGFA,SHKBP1,ABI1,ZYX,NUCB1,PKN1,PNPLA6,YPEL3,GRINA,MTCH1,SLC27A1,CRTC2,RNF19B,CELSR2,CLU,LAMP1,BASP1,PALM,CAPN2,COTL1,RALBP1,SLC38A1,IGFBP3,CTNNBIP1,POU3F1,DGKZ,CTDNEP1,RAB31,EHBP1L1,RAB35,FSCN1,CHMP4B,SQSTM1,ARL8A,CSNK1G2,LY6E,PFKFB3,RAB5C,NDRG2,EFNA4,NDRG1,PLD3,SBNO2,GRK6,PSAP,CAMTA2,MARK2,NADK,WDTC1,PRNP,TNK2,OSBPL2,NFKBIA,EFNA3,H1F0,HOOK2,HOOK1,GNB2,PLXNB2,PLEKHM2,BLMH,DEGS1,DEGS2,LRP10,LRCH4,GSK3A,PRKCSH,SLC2A3,ARRB1,ARRB2,BICD2,PPP1R9B,DUSP12,GM2A,ALDH2,DGCR2,KDM6B,ARHGEF11,PLA2G4E,PDPK1,VPS37C,KLF16,EPN2,DNM2,VCAN,PTP4A3,CTDSP2,DNAJC5,C1D,PPP1R12C,WBP2,RGS16,CXXC1,PARD6G,SEMA3F,ACVR1B,TOB1,DNPEP,RAB40C,MKNK2,SH3BP2,FYN,CSK,FBRS,SEMA4A,MARCKSL1,PPP1R14C,MBOAT7,LIMK1,ATP2B4,BAIAP2,DLK2,CLCN7,KLF6,IMPDH1,RPS6KB2,RGS12,VIM,SMAP2"
+"gene_set_query"	"1160"	"ZFP57"	"939.0"	"ARCHS4 Coexpression,1184;Enrichr Queries,798;GTEx Coexpression,835"	"GMFB,RPL3,STMN2,STMN4,RASSF1,RASSF2,ALCAM,DPYSL5,DPYSL2,MYC,DPYSL3,STMN1,LONP1,PIP4K2A,ARL6IP4,GOLGA7,SOX4,IER2,GABARAPL2,EPHA4,CXADR,PAQR4,ECH1,TALDO1,SOX11,ANK1,DYNC1LI2,SFRP1,ASPHD1,FEZ1,DDIT4,ULK3,PSME1,PRR18,SIK1,PFN1,LLGL1,PRR13,SUPT4H1,MRPL16,PDGFA,SLAIN1,TMTC4,NKAIN2,RRP7A,ATP6V0A2,MAP4,RAB11FIP4,GPM6B,LHPP,CEP78,FIS1,ABCA2,CDK19,JUN,PHC1,BCL11A,PLK2,WNK1,ID2,CORO7,CD200,RNF220,CDKN1C,DDR1,NRP1,MRPL39,ASH2L,SLC7A11,ZCCHC17,MRPL34,LIMD2,AKAP12,C1QTNF4,UCHL1,TUBA1A,CSRP2,TRIM2,C1QBP,ENC1,TMED1,JARID2,ENOPH1,RAB8A,ITPK1,NIPA1,GAB2,MRPL48,SIRT7,RHOF,COMMD7,SIRT2,RAB33A,DUSP6,APRT,TOX4,TMEFF1,SLC7A5,ZEB2,TUBB2B,PACS2,KIT,PXDN,SLC29A1,SGK1,DSCAML1,MAPRE2,CSTB,CLDND1,CENPB,TRAK2,NT5C,RPS3,CKB,RNF130,MAP4K4,GABBR1,CRIPT,TTC1,DOHH,SPSB3,PDCL3,FABP3,TAOK3,NFIB,SHKBP1,TSR2,PKN1,RNF141,CARS,SH3GL3,NUP188,POGK,ROGDI,ARID4A,PAIP2B,BASP1,KIF5B,FNTB,LAMP2,FPGS,ADORA1,DENND5A,FADS1,SLC39A3,FBXW4,PHYH,AGTPBP1,IGFBP3,APLP1,F2R,IGFBP2,RPS6,ZCRB1,VASH1,TRNT1,THOC6,ADAM19,TPST2,CLIP2,FRMD5,TMEM136,MYCN,FSCN1,NHP2,ELMO1,PKP4,STAMBP,SLC27A3,ARL8A,RAI14,PXK,LPL,CACNA1A,ARL2,RASGRP2,NDRG1,SOCS2,DVL2,ACBD5,IDH2,ASNS,TBCB,QDPR,NFKBIA,LSM7,HOOK2,ARPC2,HOOK1,CNTN1,CNTN2,NACAD,OSBPL1A,SLC48A1,RNF13,PRKCSH,CHD6,GTDC1,SLC2A3,NENF,DUSP12,MRPL2,SEPT7,AP1G2,MDK,PHACTR3,PMEPA1,CPXM1,EDIL3,CTNNBL1,H2AFY,VBP1,PDPK1,LANCL1,RPS3A,PTP4A2,VCAN,PTP4A3,CDH11,CAT,NAA38,BCAT1,IRF9,DCTN6,RGS19,RGS16,CXXC1,AGPAT4,FZR1,NNAT,POLR2D,POLR2F,NCAM1,MEST,MARCKSL1,TRIM41,RRM2,CHURC1,PCDH9,SEMA4D,PTPN11,NELL2,RPIA,SNRNP40,FMNL2,CDK2AP1,VIM"
+"gene_set_query"	"1161"	"ZNF688"	"939.3"	"ARCHS4 Coexpression,1230;Enrichr Queries,385;GTEx Coexpression,1203"	"GMFB,CLPB,PPAN,KEAP1,STMN3,EPRS,TSKU,BACH2,ZMIZ1,FTH1,SEPHS2,SOX4,TBC1D10B,ANKS1B,WSB1,NFKBIL1,CIRBP,CD3EAP,RFX1,CDC37,DDIT4,CD2BP2,FAM76A,AURKAIP1,PRR14,ATF4,CDC42SE1,TTYH3,MEPCE,SDC3,DCUN1D1,PDGFA,NMD3,UBE2J2,PTDSS2,SYNGR1,PRDX5,APH1B,ZNHIT1,PSMF1,ATRIP,S100A10,BRAP,FIS1,JUN,JUND,SURF2,MEMO1,MRPL23,EHD1,GIPC1,NDUFAF3,PKIG,C2CD2L,BAP1,SUGP1,CPEB4,ITM2C,CDKN1B,SLC44A2,MRPS12,CTSZ,MED19,PIGX,SMPD3,TRMT112,RSRC1,GPR137,CTSD,PSENEN,SPHK2,MRPS7,MED26,COMMD4,MLF2,RHOB,TOX4,PXDN,CANX,ARHGEF2,CD47,SFI1,DBN1,CSTB,ELOF1,SSNA1,GPS2,UQCR10,CCNDBP1,WDR24,GGA1,ARFRP1,EXOSC4,NFIL3,NSD1,GPC1,LMAN2,TMEM68,AP2S1,SCAND1,RPL18,EGLN2,YIPF4,VEGFB,CRIPT,GTF2H5,VEGFA,NUCB1,PKN1,CRAT,TOR2A,PHLDB1,FBXO25,ACRBP,FADS3,STK11,CFL1,FADS1,SLC39A3,PIAS4,USP8,FBXW5,PCYT2,MAP2K2,ATG9A,SHISA5,NOSIP,VRK3,PIAS2,ATXN2L,EEF1A2,PGP,PPIF,RAD54L2,CSNK1G2,FKBP2,PFKFB3,RPS19BP1,ARHGEF26,ISG20L2,GPR85,CACNA1A,CACNA1D,CSF2RA,TIMM50,NEUROD2,SNN,DPP6,SHARPIN,SCUBE1,GRK6,ZMAT5,PMVK,CAMTA1,NDUFV3,SRGAP1,SAC3D1,PDZD7,WDTC1,AP1M1,ESRRA,PRNP,TRAPPC5,TMEM132A,UCKL1,DRAP1,EFNA2,GON4L,HOOK2,HOOK1,GNB2,PLXNB1,EIF4G1,GPSM1,ZNF512B,SCYL3,PRR7,RNPEPL1,PRKCSH,COX4I1,CELF5,TMEM191C,MRPL4,SPRED2,DUSP12,SENP7,SENP5,PDE4A,TMEM109,SLC37A4,GPX1,GPX4,PDPK1,H2AFX,SENP2,YDJC,ZFP90,DDOST,CTDSP2,PPDPF,PFDN2,TMEM9,DCTPP1,B4GALT7,PPP1R15A,GTF2A2,TSSC4,RGS16,RSPH9,FURIN,LRP3,MOSPD3,AGPAT3,U2AF1L4,CYTH2,FZR1,GANAB,HIRIP3,SLC25A28,DNPEP,PHKG2,RAB24,SLITRK5,FBRS,PDLIM7,SH2B1,SEMA4A,PPP1R14B,TRIM41,FEM1A,BAD,TAF10,CYHR1,LRWD1,EFR3B,CABLES2,HS3ST1,USF1,TTC17,RAD52,TSPAN14,SBK1,RAB12,EIF3G"
+"gene_set_query"	"1162"	"FOSB"	"939.7"	"ARCHS4 Coexpression,761;Enrichr Queries,940;GTEx Coexpression,1118"	"EIF4A3,JMJD1C,ACTB,CYB5D1,ZMIZ1,MYC,DPYSL2,FTH1,LONP1,EPC1,CCNL1,IER5,IER2,SOX4,SRRM2,TSPYL2,ACOT7,ARRDC3,IFRD1,RRAGC,DDIT3,DDIT4,SIK3,SIK1,HECA,VDAC1,SF1,PEX11B,APCDD1,UGCG,LDHB,HSPH1,MICAL1,TNRC18,RALGDS,S100A10,JUN,CREBBP,JUND,H3F3B,PLK2,IRF2BP2,NR1D1,PA2G4,HARS2,SMARCA2,PAICS,GADD45G,EIF1,CCT6A,FAM160A2,ID2,CCDC88C,ATG2A,ECHDC2,CORO7,ITM2C,BTG1,CITED2,PPP1R10,PHF1,OLA1,SLC7A11,PCSK7,AACS,AKAP12,TUBA1A,PCF11,CHMP1B,ENC1,RRP12,NDEL1,CCT3,DUSP1,TSC22D3,PGAM1,ACAD9,PPRC1,JOSD1,DUSP6,RHOB,NME1,GAK,SLC7A5,PSMA4,CDC42EP4,PXDN,PELI1,ARHGEF1,FAM193B,NCOA7,SGK1,CSTB,AHCY,SLC20A1,MNT,NFIL3,SERTAD2,CCT8,CCT7,MEF2D,CCT5,CCT4,SNX21,MYO9B,HIPK1,VEGFA,PER1,SGSM2,YPEL5,MIDN,ANKRD13D,GTF2B,CSE1L,MPI,ZFAND5,CLU,AMMECR1L,BASP1,EP300,PIM3,SLC38A1,KDM2A,IGFBP3,ATP1B3,FRMD4A,ATP11A,EHBP1L1,ERH,SRSF5,SLC27A3,SRSF7,KPNB1,FKBP5,SIDT2,PFKFB3,INSIG1,GLO1,LTBP4,LPL,TARS,PHB,RASGRP2,NDRG1,EFNB2,SOCS2,EFNB1,STIP1,H1FX,SLC38A2,MCL1,PRNP,HSPA5,NFKBIA,YRDC,NR4A3,HOOK2,CNTN1,DEGS1,CLASRP,LRCH4,SAE1,YWHAE,USP36,DDX3X,LDB1,DDX47,CNRIP1,SLC2A3,CHD3,CHD2,RND3,DUSP12,RASGEF1B,SNAPC3,PDE4B,PMEPA1,MAN2C1,MAPK1IP1L,KDM6B,KLF11,SUN2,HGSNAT,PLEKHG2,REXO1,KLF13,TNFRSF19,VPS37B,CKAP5,DNM2,ARL4C,VCAN,PTP4A3,ETF1,PPP1R15A,PPP1R15B,RNF34,RGS16,CXXC1,PARD6G,LENG8,TOB1,MLLT6,DNAJB1,NXF1,CHSY1,KCTD20,TRA2B,SH3BP2,FBRS,SLC25A25,HNRNPA0,MLXIP,SEMA4A,RRM2,PNRC1,KLF6,SPRY2,VIM,RBM45,RAN"
+"gene_set_query"	"1163"	"ZNF382"	"943.3"	"ARCHS4 Coexpression,1512;Enrichr Queries,838;GTEx Coexpression,480"	"ENO2,RNF112,SAMD14,OPHN1,IGLON5,DPYSL2,AKT3,BSN,PRKACB,SOX4,CALN1,ARRDC4,SRRM3,EPHA4,SRRM4,MEF2C,ATP6V1G2,RBFOX2,RBFOX3,ANK2,MOGS,ANK3,TMEM170B,MAPK8IP3,TIAM1,GPR162,STX1B,RUFY2,DDIT4,HECA,PAXIP1,DHX8,STXBP1,TRANK1,NEDD4L,APH1A,SYNGR1,FLRT2,B4GALNT1,RDH13,RHBDL1,GPM6B,SCAI,ZSCAN18,CADM3,JUN,PRRT2,BCL11B,PLK2,SLC35E3,MICAL2,MYO5A,DCLK2,L1CAM,SNAP91,MLLT11,ITM2C,ROBO2,GABRB2,PIGU,TMEM151B,CSRNP3,KCNC1,CITED2,GRIK5,DIRAS2,GRIK2,SLC7A11,SHF,AKAP12,TRIM9,FAM102B,MMP24,PCLO,TRIM3,ENC1,GARNL3,RALGPS2,GRIPAP1,UPF1,ACTL6B,AP3B2,MLF2,CNKSR2,RNF144A,KIT,PXDN,RNF165,GRAMD1B,SATB1,ICA1L,ADAM22,SEZ6,CAMKK2,CAMK2N1,CHN2,APBB1,PURG,RUNX1T1,ARNT2,DAB2IP,NMNAT2,NEDD4,SARM1,HDGF,YPEL4,ZFP28,ATP8A2,CRTC1,CLSTN3,CYP46A1,CLU,CELSR3,SLC8A1,SLC8A2,RIMS1,TMEM145,SALL2,ZFP30,CDH2,NRCAM,SH3GL2,FADS1,PPP1R16B,USP8,TLE2,MAGI2,ADAM11,TTC7B,KCTD2,DISP2,ACAP3,CACNB4,SCN8A,MADD,RAB35,TNIK,TOX,ABCG4,RTN4R,LRRC59,NDRG4,NDRG3,RTN1,ZC4H2,CHRNA7,CACNA1B,CACNA1A,LPL,CPLX2,FBXO44,NEUROD2,IGSF21,SCRT2,ORC4,KLC2,NACC1,ZKSCAN3,SRGAP3,PDZD7,AP1M1,TRAPPC2,TMEM120B,SYT4,CLK4,NBEA,HOOK2,HOOK1,AAK1,SPIRE2,FGF13,MAP3K12,EIF4G1,SNAP25,WDR1,DOCK9,MAST1,CHD6,SLC2A3,ZFP82,AFF3,PKD1,ELAVL3,DUSP12,SEC61A1,MCF2L,OPA3,PSD3,PDE4B,GALNT9,TRIM67,PDPK1,PPP2R5B,NAV2,DNM1,ARL4C,TRAF7,VCAN,PTP4A3,ALS2,NAV3,DNAJC6,CDH10,GFOD2,LUC7L3,BCAT1,RBM24,CAMK2B,PPP1R15A,RNFT2,RAB1B,NRXN2,NCALD,ADD2,STOX2,ABLIM1,GANAB,U2AF2,VPS53,SPOCK2,TRIM46,FYN,ATP9B,OPCML,CLASP2,SLC12A5,PCDHGC4,ATP2B2,NELL2,MAPK10,IRGQ,FAM131C,SYT11,FAM131B,POLR3F,RGS11,P4HB,SSBP2,MDGA1,UNC79,CBLN1,METAP2"
+"gene_set_query"	"1164"	"ZNF701"	"943.7"	"ARCHS4 Coexpression,499;Enrichr Queries,1030;GTEx Coexpression,1302"	"APP,IFITM2,ZDHHC8,NDST1,FRAT2,CAPNS1,TRIM28,MPRIP,MYC,BSG,PSMD3,DAG1,AKT1,AP1S1,PRKACA,ATXN7L3,SLC12A9,ARRDC4,MEF2C,WSB1,PRKCD,ARRDC3,MTUS1,PTOV1,CD3EAP,MOGS,SCRIB,ACTN4,BIN3,DDIT3,XRN2,DDIT4,LLGL1,CDC42SE1,TBC1D9B,TTYH3,DHX8,SAR1A,FLII,MYCBP2,PIK3R2,PIK3R1,APH1A,CYB5R4,MIER1,NRBF2,PLCG1,PIP5K1C,MAP4,VASP,JUN,INTS1,H3F3A,PRRC2B,PRRC2A,HNRNPL,GOLGB1,ID2,GIPC1,CALM3,INTS8,CDK16,PHF3,ARF3,PIGU,BTG1,GDI1,SLC7A11,PRPF19,SMG5,PTPRF,MED17,PTMS,ENC1,NCS1,TIMP2,SDF4,CIC,RAB8A,GIT1,CAP1,UPF1,MINK1,GMIP,DYNLL2,PGM2L1,SREBF2,RHOB,KIN,SLC7A5,INF2,CDC42EP3,PXDN,G2E3,SGK1,RNASEL,DLST,CCNDBP1,CENPB,FAM129B,ZDHHC18,PES1,GPC1,CLPTM1,MFN2,ANKRD52,YKT6,PLEKHA1,DAB2IP,AP3D1,TTC9C,SORBS1,SCAF1,SKI,SHKBP1,TAOK2,NUCB1,HDGF,MEGF8,RNF141,ZFP28,GRINA,CCNT2,CD81,CLSTN1,HDLBP,ATN1,SLA,IGF1R,ZFP30,LAMP1,ARHGDIA,SLC39A7,LZTS2,SBF1,SH3GL1,IFNAR2,SLC38A1,MAP2K2,USP5,ZBTB34,ATAD3A,PIAS1,CTDNEP1,ACAP2,DMTF1,ADAM15,HNRNPUL1,HNRNPUL2,SLC9A8,FSCN1,SRSF3,CHMP4B,SLC27A4,LRRC59,CD151,ANKRD11,ANKRD12,MAZ,TOR1AIP2,UBR2,SOCS2,EFNB2,KLC2,IRAK1,DVL1,BTBD2,NACC1,PLXNA1,NADK,ZKSCAN1,PRNP,FBXO38,CRIM1,HPS3,ARPC5,KLHL24,EEF2,CLK4,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,GNB2,GNB1,PLXNB2,MDM4,UBA1,GPR107,LRP10,LSM14B,BCL2L2,NFE2L1,EIF4G1,RNF187,UBE2M,ISY1,ZNF512B,B4GALT2,SCYL3,KDM5C,GSK3A,PRKCSH,CHD6,PIK3CD,ATP2A2,SLC2A3,ZFP82,YBX1,LMNB2,SEC61A1,ZC3H7B,SNRNP70,FLOT2,PMEPA1,TNPO2,YWHAG,DST,PDPK1,PDE4D,MSL2,RAD23B,SENP3,TRAF7,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,CUEDC1,NFAT5,USP15,RGS19,NLGN2,DCTN1,SRBD1,MLLT1,LRP3,ATP1A1,STRN4,ADD1,DNAJB2,FAM168B,GANAB,MTA1,FAM168A,NCLN,U2AF2,GNA11,FEM1C,CCDC71,TTC14,PPP1R14B,GALNT2,EYA3,FBXL19,PDE4DIP,SSRP1,CDC42BPB,MAPK14,MEIS2,OXR1,GDAP2,KLF7,KLF6,IMPDH1,CARM1,MGAT4B,P4HB,BCAR1"
+"gene_set_query"	"1165"	"TFAP2E"	"946.0"	"ARCHS4 Coexpression,1279;Enrichr Queries,1095;GTEx Coexpression,464"	"MAPKBP1,STMN3,ENO2,ELK1,BACH2,RNF112,SAMD14,IGLON5,DPYSL2,STMN1,BSN,CALN1,TSPYL2,SRRM3,SRRM4,ATP6V1G2,RBFOX3,SOX11,ANK3,MAPK8IP3,ANK1,PISD,NISCH,TIAM1,GPR162,STX1B,RUFY2,DDIT4,KCNQ4,HECA,PFN1,BCORL1,TRIM11,PAXIP1,NRN1,STXBP1,PRKCZ,SYNGR1,PCBP4,CHST12,TSPAN5,B4GALNT1,RHBDL1,HEXIM1,CADM3,JUN,PRRT2,PTPRN2,JUND,BCL11A,SS18L1,MICAL2,L1CAM,LAS1L,CALU,PLCH2,CORO7,ITM2C,RNF220,CDKN1C,TMEM151B,KCNC1,DIRAS2,GRIK3,GRIK2,LIMD2,SHF,TRIM9,MMP24,PCLO,TMSB4X,TRIM3,PLEKHN1,GRIPAP1,ACTL6B,ANO8,GMIP,AP3B2,LIME1,DUSP6,MLF2,CNKSR2,MN1,KIFC2,PXDN,ARHGEF1,SGK1,SFI1,VAMP2,GAS7,RNF165,CSTB,NFIX,ADAM22,SEZ6,CAMKK2,FGD3,MNT,PSMB5,SRP72,CHN2,CKB,PURG,WNT7B,DAB2IP,NMNAT2,SPSB3,NFIA,PKN1,YPEL4,CDK5R2,PRDM8,ANKRD13B,ANKRD13D,CRTC1,CLSTN3,CLSTN1,CELSR3,SLC8A2,RIMS1,TMEM145,SALL2,SH3GL2,FADS1,TLE2,IGFBP3,ADAM11,KCTD2,CNPY3,POU3F1,DGKZ,KCTD6,POU3F3,DISP2,ACAP3,CACNB4,MADD,ANKS6,SRSF5,SLC27A3,ABCG4,CSNK1G2,RTN4R,NDRG4,NDRG3,NXPH4,CACNA1B,CACNA1A,RASGRP2,FBXO44,NDRG1,CORO1A,RAP1GAP,GOLGA7B,NEUROD2,IGSF21,SCRT2,KLC2,DEAF1,CAMTA1,SRGAP3,OTX1,PDZD7,KLHL29,TMEM120B,SYT4,ACBD6,GFPT1,CLK4,SYT7,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,CNIH2,MAP3K12,SNAP25,TRADD,MAST1,CHD6,ARRB2,PKD1,ELAVL3,POLB,DUSP12,PPP6R1,MCF2L,PSD3,PDE4B,PGLS,GALNT9,TRIM67,EMX1,H2AFY,PDPK1,PPP2R5B,VPS37B,REXO2,SENP3,QTRT1,PTP4A3,ALS2,DNAJC6,DDAH2,CDH10,CTDSP2,CAT,LUC7L3,EVL,B4GALT7,CAMK2B,HCN3,RGS19,RGS16,OPRL1,NRXN2,DLL1,ADD2,ABLIM1,VPS53,SPOCK2,MGAT5B,TRIM46,PTK2B,OPCML,SLC12A5,PCDHGC4,MBOAT7,ATP2B2,SBK1,FAM131C,FAM131B,POLR3F,RGS11,MDGA1,CBLN1"
+"gene_set_query"	"1166"	"DBX1"	"949.7"	"ARCHS4 Coexpression,708;Enrichr Queries,1137;GTEx Coexpression,1004"	"CNTFR,RPL5,CCNJ,TRRAP,IFT172,LDLRAD3,FNBP1L,DCAF7,GOLGA3,DPYSL4,DPYSL5,PPP2R1A,SAP130,EPHB2,EPHB1,EPHA4,EPHA7,RBFOX1,WSB1,RFX3,SOX11,RFX1,ATG13,ANK1,SFRP1,TAGLN3,LLGL1,NRN1,PDXDC1,TSHZ3,TMEM63C,MAGED1,CSTF3,FOXG1,FBF1,PIK3R3,AAAS,ADH5,DHX30,FLRT2,PCBP4,TSPAN6,SYMPK,FDFT1,FZD3,PHC1,PTPRN2,INTS1,CADM1,BCL11B,STK11IP,ZFR2,BCL11A,ST8SIA2,NR2F1,KLHDC8B,PRRC2A,MLLT11,SQLE,VANGL2,H2AFY2,HYOU1,MAGED2,LRRN1,HNRNPC,RCOR2,DZIP3,SUGP2,DDR1,ARF1,PTPRS,PHF1,DENND1A,CETN3,SHD,ROBO1,SMPD4,TUBA1A,GPR137,NEFM,KIF1B,FEZF2,BRD3,CCT2,PRMT8,IFT140,TCF12,CBFA2T2,RGMB,RGMA,TOX3,TMEFF1,TUBB2B,CDC42EP4,PXDN,EXOC5,DBN1,SF3B2,ELOF1,SATB2,SRRT,GGA1,ARVCF,TMEM169,BRD8,CKB,RABAC1,JAM3,MBD6,YIPF2,MBD1,WNT7B,AP3D1,NMNAT2,SNCAIP,NFIA,NFIB,PRKRA,APEX1,RIMBP2,CACHD1,APBA2,CDK5R2,NUP188,CHPF,KDM1A,SPPL2B,MSI1,ACTG1,NUDT11,NUDT10,SALL2,CDH2,TUBB3,SBF2,FADS1,SLC39A3,GTF2I,KIRREL3,MAGI1,FBXW5,UBE2E3,PPP1R16A,TSC2,TBR1,POU3F1,POU3F2,MID1,POU3F3,ATXN2L,BSCL2,SCG5,TOX,FAM92A,ISYNA1,PKDCC,CCDC24,NTM,GLT8D1,CLEC16A,FOXO6,CACNA1A,DTX4,KLC1,CACNA1E,PHF21B,CORO1C,IGSF21,PCSK1N,DPP6,STK36,PLXNA2,OTX1,SRGAP3,ZC3H14,ZKSCAN1,TIA1,ZFHX2,CPSF1,WSCD1,PTCH1,NONO,IFT122,TBCA,SUPT5H,HOOK2,LHX2,HOOK1,CAPRIN1,GNAS,IFT27,CNTN2,DHCR7,EIF4G3,LMBR1L,KDM5B,NAA40,SCHIP1,CEP164,CELF4,CHD6,ZFP82,RND2,RND3,ELAVL2,AP4M1,TRO,ABHD16A,UBE2Q1,YWHAQ,MDK,PPP6R2,SNAPC4,SUMO2,WDR6,ARHGEF11,EMX1,NAV2,ARFGAP1,NIPSNAP1,RCN2,DDAH2,CDH11,SHANK2,HDAC2,USP11,CRMP1,HMGCR,RNF4,DPCD,DLL1,CXXC4,HDAC6,IGFBPL1,NNAT,SH3BP4,HNRNPA1,FBRS,OPCML,SMARCE1,SPAG9,NTRK2,MARCKSL1,PCDH7,PCDH8,MEIS2,MYO16,NAP1L4,NELL2,SLC4A8,EIF3L,TSPAN18,NOVA2,INSM1,RBMX,CBLN1"
+"gene_set_query"	"1167"	"CREB3L4"	"950.0"	"ARCHS4 Coexpression,1012;Enrichr Queries,886;GTEx Coexpression,952"	"FAAH,ZMYND8,THUMPD1,RPL8,EPRS,PSMD6,DPYSL2,MYC,STMN1,ARFIP2,RPL35,AKT1,RPL38,RPL37,RPS10,CDK5RAP3,SOX4,HES6,ST6GAL1,GABARAPL1,PAQR4,ARRDC1,SLC35C2,COG3,CIRBP,CD3EAP,MOGS,DDIT4,JTB,TMEM87A,TMEM87B,NECAB3,IGSF3,NEDD4L,PIK3R3,RDH11,GSE1,HMGXB3,PATZ1,XBP1,RPL41,JUN,JUP,MICAL2,MRPL24,PBX1,GADD45G,QARS,GOLGB1,ID2,FASN,DUS1L,RGL2,RPS24,ITM2B,MON1B,ITM2C,EZH2,DDR1,PIGU,PIGO,CITED2,PAK1IP1,MRPS12,RPLP0,ICA1,MIA3,SLC7A11,PTPRF,HERPUD1,TRMT112,ENSA,IDS,NANS,PRMT6,TSC22D1,EXOC7,TSC22D3,CBFA2T2,MRPS7,WDR34,DUSP6,MLF2,SLC7A5,CSDE1,IVD,KIT,PXDN,PICK1,TUT1,RHOU,SGK1,ERGIC1,SLC29A2,LRRC14,PRIM2,CSTB,RPL10,RPL12,RPL11,ADCY6,TM9SF3,NPY,RPS3,CKB,RPL15,RPL18,NPDC1,YIPF3,COX6C,VEGFA,SGSM3,CCNG2,APEX1,RPL22L1,PKN1,YPEL3,RAB3D,WWC1,RPL10A,COMT,TM7SF2,ABHD11,FAM174B,SLC39A6,BANF1,SLC39A7,FADS1,SYBU,SH3GLB2,RPS9,RPS7,RPS5,GPT2,IGFBP2,KCTD3,FOXP4,ATP1B1,PYGO2,ADAM15,ERP29,SRSF6,FKBP4,PPIA,PDE9A,SIDT2,ANAPC2,FKBP5,INSIG1,NDRG1,CORO1B,RAP1GAP,ACACA,SOCS2,ZKSCAN1,ANKZF1,EIF2B5,PRNP,SEC16A,CBX2,TMEM132A,IDH2,ASNS,DHCR24,KLHL24,CORO2A,SSH3,NMRAL1,CLK2,H1F0,EFNA3,HOOK2,DLG3,HOOK1,CNTN1,PLXNB2,DEGS2,NUMA1,MCM7,PRKCSH,CHD6,CHD3,LMNB1,RPL7A,DUSP12,MDK,GMPPA,PMEPA1,BCAS3,KLF13,USP43,PDPK1,TBC1D8,CTPS2,RPL13A,EDF1,REXO2,COASY,DDOST,EEF1G,PTP4A3,NSMCE4A,IRF3,TRAF4,EEF1D,CTDSP2,PPDPF,PFDN4,SMARCD2,CANT1,RAB1B,LRP8,TOB1,RMND5B,FZR1,TMEM205,VPS54,SH3BP4,RBM39,KDM4B,RRM2,HAGHL,MBOAT2,TTC17,TSPAN13,PIK3IP1,RPS6KB1,PSAT1,PDCD4,TRIM37,VIM"
+"gene_set_query"	"1168"	"ZNF471"	"950.7"	"ARCHS4 Coexpression,1571;Enrichr Queries,906;GTEx Coexpression,375"	"IFT172,GPR173,HERC2,MPRIP,OPHN1,DPYSL2,AKT3,DPYSL3,TMEM8B,SOX5,ARL10,DDX17,SMARCC2,RBFOX2,ZFP2,ARRDC3,SOX11,SOX12,ANK3,SRRM1,SCAMP2,EML5,SFRP1,IFT81,PSME3,CRYZL1,HECA,VPS25,NUMBL,DCUN1D4,NPRL3,NEDD4L,PIK3R1,CYB5R4,PPP4C,FLRT2,VTI1A,RIMKLB,ZSCAN18,BBS1,PRELID1,PHC1,ZRANB2,BCL11A,INTS3,PMM2,SLC35E3,MICAL3,UPF3A,PBX1,DCLK1,POU6F1,WDR55,LAS1L,ID2,FAT3,FAT4,EZH1,PHF2,NRP1,PIGU,PTPRS,GRIK5,MRPS12,SLC7A11,SMG6,ROBO1,PCMTD2,AKAP12,EPM2AIP1,ZMYM3,MLX,SPIN1,REV3L,CTSF,GPRASP1,ZIK1,LYPLA2,SHPRH,ZDHHC17,AP3B2,MRPS5,APRT,MLF2,PSMA5,MN1,KAT2A,ZEB2,NFX1,NME7,KIT,MPPED2,PXDN,HNRNPH3,PLCB1,SGK1,ARF6,GAS7,NFIX,STX16,ICA1L,AKAP6,PCNP,AP2S1,RRP36,JAM3,RUNX1T1,NKTR,KIDINS220,SLC31A1,PLEKHA5,SORBS2,SORBS1,PPP1CA,NFIA,NFIB,CAPZA1,NEDD4,MPHOSPH8,ZFP28,SLC27A1,CLSTN2,ATN1,CYP46A1,SLC8A1,TOMM22,IGF1R,NRBP2,POGZ,PALM,LZTS2,USP8,RALGAPA1,TMOD2,MAGI2,THOC1,TTC7B,TSC1,KCTD5,ARMCX4,ARMCX1,TMEM136,DMTF1,GEMIN7,SNRPB,ARHGEF25,PSMD13,LPL,DTX3,DPP3,ORC4,ATXN2,IRAK1,SAFB2,RPRD1A,MPDU1,NEK9,TIA1,CPSF6,CLK4,ARHGAP33,LRCH2,APPBP2,ARPC2,HOOK2,NBEA,ARPC3,DNAJC10,CNTN1,CPE,FGF13,NOP10,RBM28,USP33,HP1BP3,CHD6,AFF3,TRO,SGCE,SENP6,SENP7,DUSP12,PSD3,PDE4B,EDIL3,RBM5,EIF5A,H2AFY,DST,PEG3,RFC2,PDPK1,PTBP2,ZFP90,VCAN,PTP4A3,C1D,CDH11,LUC7L3,CDH13,IFT46,ZMYND11,DCTPP1,RNFT2,NLGN2,ANKS3,RBM4B,CRMP1,ADD1,SLC25A27,CDC42,SLIT1,MEST,ATP9B,TTC14,SLC35A2,NTRK2,PCDH9,NEGR1,NICN1,PCDH7,LCA5,DDHD1,CDC42BPA,TNRC6C,RPIA,RAD52,CLCN6,NFASC,SSBP2,CLUAP1,TNRC6A,METAP1,METAP2"
+"gene_set_query"	"1169"	"HMGA2"	"951.0"	"ARCHS4 Coexpression,808;Enrichr Queries,884;GTEx Coexpression,1161"	"SLC35B2,APP,NCKAP1,TES,KDELR1,EPRS,HERC4,ALCAM,DPYSL2,MYC,DPYSL3,STMN1,PTGFRN,SEPHS1,SOX4,TMPO,MED1,MEF2C,SMARCC1,ACTN1,RECQL,CD3EAP,SOX11,SFRP1,DDIT4,LLGL1,DCUN1D5,PDGFA,HIF1A,OAZ1,GJC1,LDHB,STXBP5,JUN,CADM1,PLK2,MICAL2,MEX3D,SMARCA1,PAICS,EXT1,PCDHGA11,EXT2,VANGL2,PTK7,ID2,CALU,HNRNPD,LRRN1,DZIP1,RCOR2,ITM2B,FERMT2,NRP1,TRAM1,SLC7A11,AKAP12,SYNCRIP,XPO1,RARS,ENC1,TIMP2,SSR3,RRAS2,ELOVL6,DUSP6,RHOB,ENAH,ZEB2,PXDN,GARS,SGK1,GART,DBN1,NAPA,GRAMD1B,DTYMK,SLC20A1,MGAT2,GPC4,MAP4K4,NPM1,RYK,GINS4,YIPF5,VEGFA,TMEM158,XPOT,NFIA,NFIB,SERBP1,HNRNPA2B1,CACHD1,GOPC,RPL22L1,PKN1,KDM1A,PLOD3,NUCKS1,ALDH1L2,IPO7,IGF1R,IPO5,ACTG1,CDH2,SALL2,RUVBL1,TMSB10,SUPT16H,TPM4,IGFBP3,TPM1,F2R,ADAM10,PDIA6,ADAM19,ILF3,ARMCX2,FSCN1,KPNB1,RAI14,KHDRBS1,COPA,RNASEH2A,COPB1,TARS,UBFD1,NDRG1,CORO1A,CNN3,HSP90B1,SOCS2,EFNB2,G3BP1,NACC1,ABL2,BRIX1,SRGAP1,SLC38A2,MYH10,QSER1,PRNP,CBX5,SMURF2,NONO,CBX2,CBX1,HMGA1,CRIM1,ARHGAP29,HOOK2,NASP,HOOK1,OSTC,STT3A,GNB4,CNTN1,AMOTL2,SAE1,ITGB1,YWHAE,MCFD2,MCM7,HMGB3,SLC2A3,CHD4,RND3,LMNB2,LMNB1,DUSP12,SPRED1,MDK,PMEPA1,TNPO1,EDIL3,ADAMTS7,NCBP1,NAV2,CKAP5,CKAP4,SEPT2,ARL4C,VCAN,PTP4A3,SFPQ,DDAH1,NAV3,POLR1B,TRNP1,CDH11,BCAT1,MET,SEC23A,CXXC1,HSPD1,GANAB,TAF1B,NT5DC2,PTK2B,SH3BP4,IGF2BP3,IGF2BP2,HNRNPA1,UGGT1,MEST,DCAF13,CYTH1,HNRNPA0,SEPT11,HNRNPA3,SSB,RRM2,PCDH7,NAP1L1,SSRP1,NELL2,MARCKS,KLF6,PSAT1,ERCC2,MFAP2,SPRY2,VIM,ABCE1,KCNK2,BCAR1,EIF3A,CUL4B"
+"gene_set_query"	"1170"	"BHLHA15"	"951.5"	"ARCHS4 Coexpression,892;GTEx Coexpression,1011"	"VARS,ZDHHC5,HDLBP,TXNDC11,IPO4,EEF1B2,PSMD6,TRIM28,RAVER1,FAM174B,RPL36AL,TBC1D30,OSBP,PSMD3,LONP1,SLC39A7,SYBU,NOMO1,SEC63,PCYT2,KDM2A,NUP210,GPT2,IFRD1,ALG5,ALG2,WDR74,MOGS,ATAD3A,PDIA6,SND1,PDIA4,TPST2,RAB35,MAPKAPK2,ANAPC5,TTLL12,PPIB,FAIM,SIDT2,ANAPC2,LRRC59,SHC2,SHMT2,UBA5,ABHD2,SEL1L,RPN1,SLC38A10,UAP1,GTF2E2,CORO1B,UBE2J1,DPP3,PRDX4,IRAK1,DPP9,GRK6,NACC1,PLXNA2,TXNDC5,EDEM3,ESRRA,TRAP1,XBP1,NOP14,INTS1,CHKA,CBX4,INSR,SEC16A,SURF4,EIF2AK3,FAM136A,EEF2,AZIN1,PRRC2A,MANF,IFT20,HNRNPL,FASN,SRPRB,HYOU1,CLPTM1L,CALR,TCF3,DUS1L,TECPR1,ZSCAN2,AARS,EIF4G1,DAZAP1,PRKCSH,INTS10,ICA1,PRPF19,SMG5,AACS,HERPUD1,SEC61A1,SERP1,NOB1,MAN1A2,PPP6R1,PGM3,TMED2,SDF4,SEC61B,APPL1,SCYL1,UPF1,TMED9,SSR4,PABPC4,SSR2,SSR3,AXIN1,ARFGAP3,RAD23B,COPZ1,BET1L,VAV2,QTRT1,BACE1,DDB1,TRAF7,TRAF4,PEX6,POLR1D,ARHGEF2,BCAT1,ERGIC1,ST6GALNAC6,SMARCD2,CANT1,AHCY,RAB1B,DERL2,SLC7A1,SRM,HIRA,GGA1,TAF1D,GANAB,U2AF2,MKNK1,PES1,FAM120A,MKNK2,DNAJB9,MTA2,IGBP1,PTGES2,BNIP3,SYVN1,AP3D1,WDR13,NLE1,TTC17,NUDT9,SPCS3,SH3YL1,SLC4A8,XAB2,XPNPEP1,MYBBP1A,PPP2R2D,PDCD4,PDCD2,HDGF,P4HB,NUCB2,LNX2,GRINA,EIF3B"
+"gene_set_query"	"1171"	"RFX2"	"951.8"	"ARCHS4 Coexpression,1403;Enrichr Queries,741;ReMap ChIP-seq,87;GTEx Coexpression,1576"	"MAPKBP1,MT-ND4,IFT172,ITSN1,SLC4A3,BACH2,GCSH,KRTCAP2,RNF114,LSM11,RAVER1,DPYSL2,MYC,STMN1,DPYSL3,CDK20,RPL36,AP1S1,TMEM8B,NUP214,FNBP1,DNTTIP1,RFX3,CD3EAP,WDR73,RFX1,SND1,BCR,RUFY1,RNF126,DAAM1,PRKAR1A,IFT81,RUFY2,DDIT4,RPL27,RPL29,DUS3L,PI4K2A,TSPYL4,SF1,MEAF6,SHMT2,RPN1,NEDD4L,MRPL13,GABARAP,MRPL10,PRDX5,HSPH1,CHST12,ATRIP,JUN,FZD3,PHC1,DMPK,CADM1,IRF2BP1,BBIP1,NR1D1,MRPL24,EHD1,HNRNPL,GNPTG,SLC6A6,PPP5C,ATG2A,CDK10,PIGU,SPEF1,PIGO,PHF23,SETD6,WDR41,SMG7,ING1,PQBP1,SMPD3,C1QTNF4,UBL5,TUBA1C,TRMT112,UBL3,TUBA1A,RARS,TRIM2,TIMP2,RPLP2,JARID2,ACTL6B,SPHK2,MRPL49,GNL2,TERF2,DUSP6,PGM2L1,SLC7A4,NCOR2,TAF6L,MRPL53,SLC7A5,MED25,NSA2,MRAS,MMP17,PXDN,PTRH1,PICK1,VAMP2,ARF6,SLC29A2,GAS7,TRUB2,NFIX,LIN37,RPL12,WDR24,CENPB,TM9SF4,ADCY5,FGD4,PPP1R7,ASNA1,LMAN2,CLPTM1,HARS,CKB,RPL18,MEF2D,DEDD,EGLN2,MDH1,MBD1,SYVN1,SAMD4B,WDR13,AGBL5,TM9SF1,LYRM2,PHF5A,MORN4,NFIA,NFIB,JKAMP,SERBP1,PKN1,RNF141,PHLDB1,SLC27A1,TOR2A,ANKRD13D,ATN1,CASC4,PLOD3,CASC3,AUP1,TSEN2,CLU,IPO7,IPO4,ABHD11,STK16,FADS1,SLC25A46,SH3GLB2,FBXW5,USP5,TPM3,RPS5,IGFBP3,FBXW9,IGFBP2,TPM1,DYRK1A,DYRK1B,VRK3,POLRMT,GTF2F1,CDC25B,FOXP1,TOM1L2,ACLY,DMWD,PGP,AAGAB,SNRPF,FKBP4,SRSF7,KPNB1,SLC27A4,CSNK1G1,FKBP5,FTO,INO80B,BRSK1,LRRC59,PFKFB3,PEF1,ARL3,ISG20L2,ITPR1,SPATA2,HSPBP1,SPATA7,HSP90B1,SOCS2,STK36,G3BP1,NACC1,DVL2,SLC38A6,CCDC32,ZKSCAN1,WDTC1,LRRC4B,ESRRA,UVRAG,OSBPL7,ODF2,ARPC5,ADAP1,COPS3,COPS6,SYNJ1,LRFN1,PIN1,GPR107,NACAD,ACO2,CNOT8,CNIH2,EIF4G3,NFE2L1,EIF4G1,MCM7,NUMA1,CELF1,CELF3,UFSP2,DUSP18,RLBP1,AP4M1,NGRN,DUSP12,AP1G2,SGCB,PPP6R1,PMEPA1,WDR7,MDP1,TNPO2,TNPO3,DST,ACTR6,RFC2,DHPS,VEZF1,RAD23B,COASY,ZFP90,MSL1,QTRT1,GIGYF1,PTP4A3,DNAJC7,DAD1,CTDSP2,POLR1C,C1D,CCDC43,BCAT1,SLC25A14,GTF3C1,PPP1R15A,GTF3C4,WBP1,RAB1B,SRSF1,PRCC,CXXC1,SEMA3F,DPCD,PPM1G,SLC25A27,AP3M2,DCAF15,CACNG7,FZR1,ABLIM1,GANAB,FCHO1,U2AF2,PHKG2,NNAT,TRIM46,RBBP6,POLR2G,FYN,SLC25A22,SLC35A2,TUB,CYB5B,NDUFA8,NTRK2,TRIM41,FEM1A,NDUFA5,RNF25,SMOX,SEMA4B,TXNL1,RPL35A,FBXL16,BAIAP2,FBXL14,HNRNPAB,ATOX1,TRIT1,FBXL12,KLF6,EIF3I,EIF3G,POLR3F,PFKP,PPAN,NUDT2,GCC2,IFI30,TXNDC17,CYB5D1,PPP2R1A,RPL36AL,DHX57,DPF1,LONP1,DZIP1L,KIF21B,BTRC,GLUL,ACTN1,CIRBP,MOGS,BCS1L,ANK1,SFRP1,FNDC4,THAP7,KCTD10,CDC37,CRYZL1,HECA,EZR,MACF1,L3MBTL2,LMAN2L,TMEM63C,PIK3R4,CEND1,PIK3R2,PIK3R1,APH1A,DGUOK,APH1B,ZNHIT1,PCBP4,MLEC,HIVEP2,PATZ1,RALGDS,RAB11FIP5,CTSA,BBS1,XBP1,NMB,PTPRN2,STK11IP,TREX1,MICAL2,PUM1,HSPA12A,HARS2,ARMC10,GOLGB1,CALM1,INTS8,C2CD2L,ITM2C,MRPS15,GFM2,FAM57B,GRIK5,ZFAND2A,CETN2,SLC7A11,PRPF19,THTPA,AKAP12,SIPA1L1,AKAP11,CAMKV,PCF11,ENC1,MLX,TMED1,UBXN6,COX8A,PSENEN,PRMT5,CBR1,CCT2,TMEM150B,NCOA5,TSC22D3,MRPS21,ITFG2,MTSS1,MLF2,RAP2A,CTU1,PITPNM1,NME7,G2E3,UFC1,MAPRE3,ALDOA,SGK1,DBN1,CRIP2,CCDC106,ARNTL,CAMK2N1,PES1,SHOC2,NT5M,MGAT2,MTX1,YIPF3,MIB2,DOHH,SORBS1,VEGFA,PER1,KBTBD4,TTC5,KBTBD2,NBR1,HDGF,TRIP12,FAU,DPAGT1,MIDN,SYS1,PRDM4,ROGDI,UBE3B,ACRBP,TOMM20,CCDC28B,EFTUD2,FBL,CHCHD3,KHSRP,SNIP1,ATG9A,APLP1,LMTK3,SDHD,PREPL,PHOSPHO2,ADAM15,FAM173A,SCG5,PLAA,FIZ1,GEMIN7,CARS2,KLHL18,COX19,TBC1D19,TMED10,CACNA1B,LTBP4,HTRA2,CACNA1A,FBLN1,NDRG2,EFNA4,NDRG1,CACNA1H,CACNA1G,PCSK1N,SHARPIN,EFNB3,UBB,ZMAT2,KIF3B,DEAF1,DPP9,CASKIN1,MARK4,ATP6V1D,ZC3H14,ANKZF1,TBC1D16,DNAJC19,SYT5,PRNP,KLHDC4,ZFHX2,ACBD4,UBE2I,CCDC136,IFT122,KLHL23,EIF2S2,DNAJC16,EIF2S1,SSH3,COQ6,ARHGAP33,EFNA3,EFNA2,HOOK2,DLG4,HOOK1,GNB2,CHMP2A,UBE2O,UBE2M,ACADVL,PRR7,PRKCSH,CBY1,CHD6,CHD4,SLC2A3,LMNB2,RND1,CASP9,TMEM223,YWHAQ,MLST8,PDE4A,TIMM17B,IFT57,YWHAG,KDM6B,PDPK1,H2AFX,PPP2R5B,ABHD14B,ABHD14A,NAV1,PPP2R5D,NAV2,EPN1,DNM2,LMBRD1,VCAN,ALS2,GORASP1,PEX6,PEX5,NDUFS3,ACOX3,TMEM9,B4GALT6,CUEDC1,PFDN5,IRF9,OTUB1,AGPAT5,STOML2,MVK,RGS19,NAA20,ANKS3,GOSR1,DDX23,DDX20,OPRL1,ATP1A3,RSPH9,STRN4,U2AF1L4,THBS3,CYTH2,MAPK7,DNPEP,TAF1B,MTA2,FBRS,CLASP1,PDLIM7,TIMM8B,IGBP1,CHURC1,BAD,USP21,HAGHL,ATP2B4,NAP1L1,LRWD1,SSRP1,MEIS3,USP29,MEIS2,MAPK10,CDK2AP2,TAF6,SUGT1,VIM,SSBP2,CLUAP1"
+"gene_set_query"	"1172"	"ZSCAN32"	"952.5"	"ARCHS4 Coexpression,758;GTEx Coexpression,1147"	"APP,PANK2,IFITM2,CSE1L,CLSTN1,BCCIP,ATN1,LTN1,MPV17L2,CWC27,GABPB1,NARS,PREX1,FRAT2,RASSF2,GOLGA5,STK16,COTL1,PAPOLA,PIP4K2A,CCDC97,SLC25A44,GOLGA7,SLC12A9,PPP1R16B,PRKCI,USP3,SLC30A5,TTC7B,ZBTB34,ILF2,PIAS1,MSH6,MORF4L1,TMX2,ZC3H11A,ORAI2,SPNS1,PREB,UBE2V1,PFKFB4,PXK,SUPT4H1,GLT8D1,PIK3R4,PSEN1,CORO1A,CSF2RA,PHF21A,GTF2E2,ORC5,GNG10,CYB5R4,SPAST,FAM192A,PUSL1,ST3GAL2,SLC19A1,BRAP,ACBD6,CPSF7,XRCC6,RAB4B,EDEM2,THAP11,TMEM199,ABTB1,COPS3,ZBTB6,HNRNPF,TADA3,PSMG3,GRB2,INTS7,HNRNPC,TECPR2,RNF185,MON1B,FARSB,GPR27,PIGS,DHRS13,FAM45A,DDX46,GFM2,GDI2,PIK3CD,SNX11,WDR45,USP39,PKD1,LIMD2,TMEM222,ATIC,TMEM43,XPO6,TIMM17A,FLOT2,UTP14A,TNPO3,CAP1,ACAD8,CCT3,TSFM,ARHGEF12,CCDC115,BUD31,DDX55,ACTR8,PPP2R5C,EPN1,COMMD5,MRPL44,KIN,MRPS9,LSG1,SCNM1,PSMA2,POLR1B,TCP1,GARS,TMBIM6,SFT2D1,TSEN34,RNASEL,CDC123,GTF2A2,RGS19,PARG,LIN37,POLDIP3,USP10,GMPR2,USP11,NOL7,OPRL1,DDX20,NOL8,SLC3A2,ARNTL,MTHFSD,GGA2,ZDHHC18,TMEM169,PPP2R3C,RPS6KC1,GNA11,PPP1R8,CCT8,ABCF2,RNF130,RAE1,AAMP,CCT5,CCT4,TRIM41,YTHDF2,SEMA4D,NFYA,AGK,DAB2IP,UBE2G1,TTC9C,CDC42BPB,SCAF4,NAP1L4,DNAJA1,SLC4A7,SLC25A38,RPIA,RSL1D1,PSMC5,EIF3L,SHKBP1,APEX1,DOLPP1,POLE3,PTPN9,QRICH1,EIF3E,CIAPIN1,KBTBD7,SMAP2,MEGF8,TARDBP,SSBP2,SEC24C"
+"gene_set_query"	"1173"	"ZNF222"	"954.7"	"ARCHS4 Coexpression,603;Enrichr Queries,973;GTEx Coexpression,1288"	"APP,PANK2,IFITM2,WIPF3,THYN1,CAPNS1,TFG,MPRIP,ZMIZ2,STMN1,FAM53C,AKT1,PRKACA,ATXN7L3,SOX4,SRRM2,GABARAPL1,ATP6V1G1,CXADR,WSB1,ARRDC3,IFRD1,SLC11A2,CD3EAP,MOGS,SCRIB,ACTN4,ATG12,PISD,DDIT3,DDIT4,ORAI2,HECA,PRR12,EIF1B,SF1,ANAPC13,DHX8,FLII,SUPT4H1,CYB5R4,SCFD1,FXR2,GRPEL2,ST3GAL5,SYMPK,TNRC18,NRBF2,PLCG1,PIP5K1C,ST3GAL2,ZSCAN18,JUN,INTS1,MAD2L1BP,PBX2,PRRC2A,MLLT11,HNRNPL,ABTB1,NPLOC4,ID2,GIPC1,CWF19L1,GRB2,SERPINI1,CPEB4,ITM2C,ARF3,DHRS13,PIGU,DAZAP1,BTG1,CSRNP3,CITED2,ZFAND2A,SNX11,SLC7A11,PRPF19,HERPUD1,TUBA1A,XPO6,SDF4,JAK2,CIC,UTP14A,ZIK1,UPF1,TSC22D3,MINK1,DUSP6,SRP9,COMMD5,MLF2,RHOB,PDRG1,NCOR2,KIN,MRPL53,INF2,CDC42EP3,PXDN,MTF2,SGK1,ERGIC1,CDC123,LIN37,WRB,CENPB,GNAI2,TMEM169,PSMB5,NFIL3,RPL15,BID,PAIP1,MTX1,RIOK3,DAB2IP,TTC9C,SCAF1,VEGFA,SKI,KBTBD4,SNX16,CCNG2,TAOK2,NUCB1,HDGF,ESYT2,PKN1,KBTBD7,RNF141,FAM49B,SRP19,CLSTN1,HDLBP,ATN1,CLU,ZFP30,LAMP1,SBF1,SLC25A44,RARS2,SH3GLB2,SLC38A1,USP3,ZBTB34,ATP1B1,ARMCX3,MORF4L1,PREPL,HNRNPUL1,HNRNPUL2,CHMP4B,CSNK1G2,GLYR1,PFKFB4,PSMD14,INSIG1,MAZ,CORO1A,NDRG1,SUPT6H,ACAT2,SOCS2,DVL1,BTBD2,NACC1,BCL9L,ESRRA,ACBD6,PRNP,BOD1,VTA1,ASNS,KLHL24,TOR1B,EEF2,NFKBIA,LSM6,SLC7A6OS,EFNA2,HOOK2,HOOK1,GNB2,GNB1,NFE2L3,PLXNB2,COPS8,BCL2L2,NFE2L1,EIF4G1,ACADVL,CUEDC2,PRKCSH,PIK3CD,SLC2A3,RND3,PHTF1,LMNB1,PPP1R9B,POLB,DUSP12,SEPT9,ZC3H7B,PPP6R1,SNRNP70,PDE4B,UBTF,CDADC1,PDPK1,VBP1,NAV2,RABGGTA,RAD23B,EPN1,DNM2,TRAF7,VCAN,PTP4A3,CTDSP2,POLR1B,DNAJC5,TBC1D7,PPP1R15A,GTF3C1,HDAC2,RGS19,RNF34,USP10,RGS16,GOSR2,CEBPG,TAF9,RNF38,OPRL1,LENG8,ATP1A1,RNF2,STRN4,FBXL20,GANAB,PPP2R3C,U2AF2,TGS1,FAM120A,DNAJB9,FEM1C,MTA2,PPIL1,TXNL1,CDC42BPB,PNRC1,PNRC2,NIN,KLF6,UFM1,CARM1,MGAT4B,DRG1,RAB18,SPRY2,ACIN1,METAP2"
+"gene_set_query"	"1174"	"HOXB2"	"954.7"	"ARCHS4 Coexpression,923;Enrichr Queries,1101;GTEx Coexpression,840"	"TES,RPS15,LSM11,RAVER1,DPYSL2,MYC,DPYSL3,OGFOD2,PSMD3,AKT1,ARL6IP4,PTGFRN,PELO,SOX4,NUP214,EPHA4,EPHA7,MEF2C,ACTN1,DAPK3,ARMC9,AFAP1,EML1,MFSD10,MYL6,SFRP1,RNF126,CDC37,CLPP,DDIT4,KCNQ4,JTB,PFN1,AURKAIP1,ATF4,PRR13,BEX2,POM121,TWF2,PRKCZ,ADH5,GJC1,NUAK1,RHOT2,PPP4C,FLRT2,DHX35,PCBP1,CHST15,TNRC18,JUN,DMPK,CADM1,PLK2,NR2F1,PRRC2A,ID2,DCHS1,PKIG,FERMT2,TMEM9B,ITM2C,GABRB3,NRP1,DAZAP2,CITED2,CCDC124,PCSK7,MED15,TRIOBP,LIMD2,CSRP2,C1QBP,ENC1,ANXA6,SDF4,SH3BGRL3,EMD,STRADA,TSC22D3,ANO6,COMMD6,LIME1,DUSP6,SIRT3,MLF2,RHOB,MED22,MN1,ZEB2,NSA2,PXDN,STRAP,PLEKHO1,AIDA,SLC29A1,SGK1,ATP6V0C,RNF166,SF3B4,CSTB,URM1,SRRT,PRICKLE2,CCDC107,TMEM160,PRICKLE1,PTN,HSF1,SPOP,GPC4,CKB,SCAND1,RPS2,STX2,LCMT1,SF3A2,RYK,MIB2,TMUB1,SORBS1,VEGFA,SLMAP,ZYX,ESYT2,PKN1,UBE2D2,ARID4A,PPP1CB,CDH2,BASP1,ARHGDIA,SCMH1,CFL1,FPGS,LZTS2,MAF1,SH3GL1,SLC39A3,TPM4,OSR1,IGFBP3,TPM1,IGFBP2,F2R,GTF3A,ATP1B1,FOXP1,ADAM19,ATXN2L,HNRNPUL1,RAB34,EHBP1L1,SNRPA,LY6E,INO80E,RAB5C,ARHGEF26,ARHGEF25,PXN,LTBP4,CACNA1C,KRBA1,NDRG1,CACNA1H,CORO1C,SOCS2,EFNB2,RAP1A,ABL1,DVL3,H1FX,PRNP,OSBPL5,DNAJC13,MANBAL,MARCH4,DRAP1,LSM7,BMP1,HOOK2,ARPC2,GNB2,CNTN1,CLASRP,SAE1,COPE,YWHAE,MUS81,WDR1,LDB1,CNRIP1,PRKCSH,TRADD,CBY1,ILK,RND3,DUSP12,UBE2Q2,MLST8,SPEG,TMEM109,LRRFIP1,UNC45A,EIF5A,PPP1R12A,ABHD14B,RAD23A,YDJC,ARL4C,VCAN,PTP4A3,CTDSP2,CDH11,AKT1S1,LANCL2,PPP1R12B,PPP1R12C,CUEDC1,TRABD,SRF,USP12,CXXC1,CLCN3,LAGE3,HDAC7,DCAF15,RAB23,NT5DC3,RALY,MTA2,ABCF2,MEST,PDLIM7,GADD45GIP1,CIZ1,USP20,PCDH7,ATP2B4,TPD52L2,MEIS2,FBXL12,SLC4A7,GOLPH3,KLF6,EIF3G,SPRY2,RBM42,STUB1,VIM,SSBP4"
+"gene_set_query"	"1175"	"TP73"	"955.3"	"ARCHS4 Coexpression,964;Enrichr Queries,813;GTEx Coexpression,1089"	"RB1,TRIO,SMARCB1,TRRAP,ELK1,PHB2,RAPGEFL1,FAM110A,TRIM28,RAVER1,DPYSL2,MYC,ZMIZ2,DZIP1L,AKT1,DIP2B,EPHB2,DIP2C,VPS36,SAMD10,PAQR4,PRKCE,SCRIB,CSNK1E,ANK1,HCFC1,BIN1,DDIT4,KCNQ2,ULK3,PRR12,MTMR1,PAXIP1,IGSF3,CDCA4,PIK3R2,PIK3R1,PRKCZ,HIF1A,IGSF9,ABR,PRDX5,SYMPK,RDH13,JAG2,CREBBP,JUN,JUND,PTPRN2,JUP,BCL11B,BCL11A,RCC2,TREX1,PBX1,PRRC2B,PRRC2A,SMARCA4,HNRNPL,SQLE,VANGL2,WNK1,FASN,CCDC88C,SDC1,PLCH2,EZH2,ITM2C,CCDC120,SPEF1,SLC35F2,TECR,TCF20,PRPF19,SPPL3,PTPRF,SMG5,TIMP2,PLEKHN1,JARID2,CIC,UPF1,LRRC45,ELOVL4,IFT140,ACAD9,MINK1,MANEAL,WDR34,DUSP6,DDB2,VAV2,NCOR2,SLC7A5,AFTPH,TET3,PXDN,RAPGEF1,RHOV,MAPT,ARHGEF2,CSTB,SF3B3,PCNA,NFIX,DOT1L,SRRT,SEZ6,CUX1,LEO1,WNT7B,HUWE1,VEGFA,NFIA,NFIB,CTNNB1,HDGF,PKN1,AGRN,CLSTN2,ATN1,ARHGAP39,CELSR3,IGF1R,EP300,FADS1,MEN1,KDM2B,FBXW7,IGFBP3,CTNNBIP1,VPS33B,F2R,ZBTB33,ATAD3A,FOXP1,ATXN2L,ILF3,HNRNPUL1,GPRIN1,EEF1A2,ANAPC2,KLHL18,BRSK2,SEMA7A,NXPH4,MAZ,CACNA1A,FOXO6,CACNA1C,EFNA4,PRPF8,RAI1,NACC1,CDH24,MARK2,OSBPL2,HPS4,CHERP,CNOT6,EFNA3,EFNA2,HOOK2,HOOK1,CNOT2,CNOT3,MDM2,GNAS,PLXNB2,BLMH,DEGS1,DEGS2,TCF3,TMEM19,EIF4G1,ITGB1,ZNF512B,KDM5C,MCM7,THRA,NVL,CHD8,MAST2,PTEN,CHD6,PIK3CD,CHD4,BICD2,LMNB2,SART3,GM2A,MCF2L,UBTF,TNPO2,PLA2G4E,PDPK1,PLA2G4B,TNFRSF19,H2AFX,CAD,NAV2,REXO2,SMC1A,ARID1A,TRAF7,PTP4A3,CREB1,TFDP1,TRAF4,POLR1B,C1D,MET,THOP1,GTF3C1,GTF3C4,SRC,HDAC1,RGS16,PARD6G,FOXK2,HMGCR,LRP8,STRN4,FZR1,TMEM201,MTA1,U2AF2,MKNK2,MAPK1,MTA2,MAPK6,KDM4C,RRM2,LYSMD4,SSRP1,BAIAP2,DLK2,KLF6,NFASC,PPP2R2C,CARM1,RPS6KB2,VIM"
+"gene_set_query"	"1176"	"OTX1"	"955.3"	"ARCHS4 Coexpression,673;Enrichr Queries,841;GTEx Coexpression,1352"	"EPHB6,CNTFR,RPL30,RPL31,PITPNA,RPL9,RAPGEFL1,RPL6,RPL7,FAM110A,RPS15,RPS14,DPYSL4,RPS19,SNRPD2,ZMIZ1,DPYSL2,STMN1,RPL36,RPL37,RPS11,EPHB2,EPHB1,NCKAP5,RPS10,RPL39,SOX4,SOX5,EPHA4,MEF2C,EPHA7,RPL21,RFX3,SOX11,SOX12,SFRP1,IFT81,DDIT4,BCORL1,NRN1,TSHZ3,TTYH1,MAGED1,FOXG1,NPRL3,PRDX2,SGPL1,NUAK1,TSPAN6,RDH13,PATZ1,N4BP1,ZSCAN18,JUN,FZD3,RPL41,JUP,BCL11B,CADM1,BCL11A,H3F3A,NR2F1,XRCC1,UPF3B,KLHDC8B,SMARCA4,RPS25,VANGL2,MEX3A,RPS27,H2AFY2,RPS29,ID2,PPP1R1B,SDC1,RCOR2,RPS24,ITM2C,CITED2,DENND1A,RPLP1,CETN2,NCAN,SLC35F1,SLC7A11,SPPL3,AACS,UBL5,TUBA1B,CSRP2,ENC1,ANXA6,FEZF2,NDEL1,COX8A,ELOVL4,COMMD6,DUSP6,MLF2,RGMA,MN1,TOX3,TET3,KIT,MPPED2,PXDN,SGK1,NFIX,SATB2,RPL11,ODC1,NEDD8,PTN,RPS15A,RPL13,GPC4,CKB,RPL15,RPL17,RPRM,CENPV,WNT7B,PCGF2,NFIA,ABI2,NFIB,CACHD1,PKN1,PRDM8,MIDN,RAB3D,WWC1,CHCHD3,CDH2,SALL2,SLC16A2,HMGN2,FADS1,TLE4,RALBP1,IGFBP3,CTNNBIP1,IGFBP2,TBR1,POU3F1,POU3F2,MID1,POU3F3,COX6B1,LIX1,EEF1A2,PHIP,PPIG,SNRPF,SNRPC,KHDRBS1,ISYNA1,RNASEH2A,ARL3,CACNA1A,BHLHE22,DTX4,EFNA4,PHF21B,EFNB2,EFNB1,TCTEX1D2,NDN,MARK2,CBX5,CBX4,AUTS2,CBX2,OSBPL2,KLHL23,EFNA3,NR4A3,HOOK2,LHX2,HOOK1,BLMH,DEGS1,DEGS2,PRKCSH,CHD6,BICD2,ELAVL2,DUSP12,MFSD5,MDK,SUMO2,DGCR2,EMX1,CCDC34,PLA2G4E,PDPK1,TNFRSF19,RPL13A,NIPSNAP1,VCAN,PTP4A3,RCN2,DALRD3,DDAH2,PPDPF,RPL37A,FAM84A,RNFT2,NLGN2,NDUFB4,CXXC1,RPL36A,PARD6G,ACVR1B,DLL1,DPCD,STOX2,RAB40C,PTPRZ1,PABPN1,SH3BP2,NNAT,ROMO1,IGF2BP2,HNRNPA1,HNRNPA0,NTRK2,MARCKSL1,NDUFA4,LIMK2,PCDH7,PCDH8,RPL35A,MEIS2,ACVR2A,DLK2,NELL2,MARCKS,RPS6KB2,TRIM35,INSM1,CDO1,SSBP3,CBLN1,METAP2"
+"gene_set_query"	"1177"	"ZNF114"	"955.3"	"ARCHS4 Coexpression,757;Enrichr Queries,1122;GTEx Coexpression,987"	"APP,LPGAT1,ZDHHC5,RCBTB1,CAPNS1,MPRIP,SNRPD1,ZMIZ2,AKT2,LONP1,LUC7L,AKT1,SEPHS1,SEC62,PRKACA,ATXN7L3,ARRDC4,SRRM2,TIPIN,NUP210,LIMCH1,SACM1L,CD3EAP,MOGS,CPT1C,SND1,WDR82,DDIT3,DDIT4,SF1,TBC1D9B,PIK3R3,NEDD4L,PLA2G6,APH1A,SNX4,SNX1,PPP3R1,PRDX1,ST3GAL5,PATZ1,ST3GAL1,SNX5,TMEM184C,JUN,CADM1,INTS1,TMEM50B,MICAL2,PBX2,PRRC2A,HNRNPL,ID2,COL9A3,CALR,AARS,GPR19,PCSK2,ARF3,OGFR,SLC35F2,KCNC3,PIGQ,SNX10,SLC7A11,VLDLR,SIPA1L2,PRPF19,HSPB11,SMG5,AKAP12,EPM2AIP1,ANXA6,SDF4,CIC,TMED4,CTSB,UPF1,IFT140,HSBP1,MINK1,SLC39A10,DUSP6,SREBF2,MLF2,SLC7A5,IVD,MPPED2,CANX,KIT,PXDN,RAPGEF1,GLCCI1,ARHGEF2,SGK1,ERGIC1,SDCCAG8,STX12,CSTB,HSD17B4,PRKX,CENPB,GNAI2,HIRA,RECQL5,PSMB5,MFN2,FLNA,METTL6,ANKRD52,MEF2D,MBD6,MYO9B,SNX22,VEGFA,RAB11B,SKI,NFIA,TAOK2,NUCB1,TRIP12,PKN1,PNPLA6,AGRN,GRINA,MTCH1,ATP8A1,KDM1B,ATN1,HDLBP,CLU,YY1,ABHD12,LAMP1,PAPOLG,ARHGDIA,SBF1,FADS1,SYBU,PDIA3,APLP2,GPT2,IGFBP3,F2R,PDIA4,DCTD,CTDNEP1,MYCN,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,RAB35,ELMO1,CHMP4B,CSNK1G2,GLYR1,ANAPC2,LRRC59,KHDRBS2,RAB5C,PEF1,INSIG1,MAZ,SLC1A4,NDRG1,SUPT6H,RAP1GAP,ACAT2,HSP90B1,SOCS2,SBNO2,NACC1,MBIP,PDZD7,WDTC1,SYT1,SEC16A,CORO2A,EEF2,SH3BP5L,REEP5,HOOK2,ZFP62,HOOK1,GNB2,GNB1,GNAS,CNTN1,SPIRE2,PLEKHM2,PLXNB2,LRCH4,LRP10,NFE2L1,PICALM,SLC48A1,KDM5C,PPP1R13B,WDR1,PRKCSH,CHD6,SLC2A3,CHD3,LMNB1,PPP1R9B,DUSP12,SEC61A1,SEPT9,SPRED1,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,WDR6,PMEPA1,GAL3ST3,ARHGEF11,SUN2,ACTR2,HSDL1,KLF13,PDPK1,ATP6AP2,RTN4RL2,NAV2,RAD23B,SEPT2,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,DNAJC5,PPP1R12C,LUC7L2,RNFT2,GTF3C1,MTPN,CANT1,CXXC1,LENG8,MLLT3,LRP8,ADD1,USP19,DNAJB2,FAM168B,GANAB,U2AF2,FAM120A,SPOCK1,MTA2,FBRS,RRM2,TXNL1,CDC42BPB,NELL2,KLF6,NEURL4,PSAT1,MGAT4B,PTPN9,P4HB"
+"gene_set_query"	"1178"	"ZNF620"	"955.7"	"ARCHS4 Coexpression,1066;Enrichr Queries,896;GTEx Coexpression,905"	"CCNJ,ZDHHC5,FNBP1L,ZDHHC3,RAPGEFL1,GPATCH8,ALKBH8,CAPNS1,DPYSL2,DPYSL3,LONP1,PWWP2A,AKT1,EPC2,KIF21A,PRKACA,ATXN7L3,SOX4,EIF2A,DDX18,NUP210,TSTD2,CD3EAP,MOGS,ARMC8,FAM133B,ZSCAN21,ADPRH,DDIT4,RRAGD,KCTD18,RNF121,PAXIP1,IGSF3,DHX8,CDCA4,FLII,SDR39U1,PIK3R3,NEDD4L,SLAIN1,MTDH,INPP5B,MBTD1,APH1A,SNX4,UGCG,PPP3R1,JUP,INTS1,BCL11A,SLC35E3,UPF3B,PBX2,CDC7,PBX1,PRRC2A,AIMP1,HNRNPL,RBAK,CD200,ITM2C,GPR19,ARF3,PIGU,TECR,SNX10,MRPL36,SLC7A11,VLDLR,PRPF19,SPPL3,SMG5,RNF157,RSRC1,ANXA6,SDF4,RIOK2,JARID2,CIC,ZIK1,DFFB,UPF1,STRBP,MINK1,RNF144A,KIN,NCOR1,PXDN,ARHGEF2,SATB1,TIMM9,NOL7,CCDC107,CENPB,MFN2,MEF2D,YKT6,PCGF6,CENPV,MYEF2,SORT1,GINS4,TMEM62,SCAF1,RAB11A,VEGFA,SKI,KBTBD4,ABCB10,TAOK2,SARM1,RAB3GAP2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,DBR1,CEP120,HDLBP,MSI1,IPO8,TATDN1,SALL2,LAMP1,KIF5C,SBF1,FADS1,USP5,MMGT1,TRNT1,TRAIP,MSH6,CTDNEP1,DMTF1,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,CHMP4B,TNIK,CSNK1G2,ZCCHC7,LRRC59,DNMT1,RAB5C,NXPH3,UBR1,TAF5L,SOCS2,DVL1,NACC1,ZKSCAN3,CCDC32,PDZD7,MAP2K6,RAP1GAP2,TRAPPC2,API5,CBX2,KLHL24,ARHGAP32,CNOT7,SLC7A6OS,SH3BP5L,HOOK2,NASP,HOOK1,GNB2,RFXAP,TBCE,GNB1,SPIRE2,PLEKHM2,PLXNB2,TUBGCP4,RSL24D1,NFE2L1,EIF4G1,KDM5C,MCM7,WDR1,ASNSD1,PRKCSH,CHD6,SLC2A3,ZFP82,PPP1R9A,LMNB1,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,ZC3H7A,MDK,PPP6R1,SNRNP70,ACTR2,CHUK,TTC33,PDPK1,DHPS,ATRX,SMC1A,TRAF7,VCAN,PTP4A3,DNAJC6,POLR1B,DNAJC5,FAM84A,RNFT2,PRPS1,USP16,RAB1B,GOSR1,FAM169A,ADD2,JAKMIP2,ABLIM1,FAM168B,GANAB,U2AF2,POLR2C,POLR2D,FAM120A,FEM1C,FBRS,RWDD1,KDM4C,RRM2,CDC5L,RPRD2,CDC42BPB,BAIAP2,GDAP1,SLC25A38,SBK1,PSAT1,ST7,MGAT4B,POLR3F,RGS12,SNRNP48,P4HB,PDE7A,TRIM32,MBTPS2"
+"gene_set_query"	"1179"	"TRAFD1"	"956.7"	"ARCHS4 Coexpression,1308;Enrichr Queries,834;GTEx Coexpression,728"	"CHIC2,CCNK,IFITM2,EPRS,IFI30,BACH1,ZDHHC3,FAM110A,NUB1,FRAT2,ALCAM,RNF114,RASSF2,DPYSL2,LONP1,SLC12A6,GLUL,TBC1D10A,DAXX,SMARCC1,PRKCD,CD3EAP,DDIT4,PSME1,PSME2,HECA,TLN2,RBCK1,PFN1,CDC42SE1,MTMR3,DHX8,CDCA4,STXBP2,TRANK1,PIK3R1,OAZ1,UGCG,PPP4C,ST3GAL5,N4BP1,VASP,JUN,NDFIP1,JUP,RCC2,TREX1,H3F3A,IRF2BP2,SRPK1,HNRNPL,EHD1,ABTB1,HNRNPF,TDP1,FASN,ID2,CWF19L1,GRB2,EZH2,LGMN,ITM2C,OGFR,DAZAP2,MOCS2,PIGU,BTG1,FKBP15,ELL,CITED2,SNX10,SNX11,LIMD2,GLIPR2,XPO6,UIMC1,JAK2,RAB8A,CTSB,WARS,DBNL,TET2,SIRT7,GMIP,DUSP6,DDB2,RHOB,TET3,PXDN,NCOA7,ARHGEF1,PLEKHO1,PABPC1,CD47,SGK1,STK40,ARF6,NAPA,CSTB,GRN,RNASEK,GNAI3,PSMA7,TYMP,GNAI2,FGD3,ZDHHC18,NFIL3,CKB,STAT2,SCAF4,GATAD2A,VEGFA,CAPZA1,SHKBP1,PLP2,PKN1,AGRN,GRINA,MTCH1,RNF19B,PARK7,BASP1,SNIP1,ANKRD13A,TLE3,SLC38A1,KDM2A,KDM2B,USP4,SHISA5,ATP11B,CASD1,PIAS1,RAB35,SQSTM1,SNRPB,LY6E,FKBP5,PFKFB4,PFKFB3,STK4,CORO1A,EFNA4,NDRG1,PHF21A,SBNO2,GRK6,STK38,MARK2,NADK,MCL1,PRNP,ARPC4,CNOT10,NFKBIA,ARPC2,REEP5,HOOK2,HOOK1,GNB2,GNB4,LRP10,ISY1,PRKCSH,TRADD,PIK3CD,ADAR,ARRB2,LMNB1,SART1,DUSP12,CAPZB,GM2A,PDE4B,CASP2,FLOT2,TOPBP1,ACTR3,RFC2,PDPK1,DDOST,PTP4A3,CTDSP2,POLR1B,IRF9,B4GALT5,PPP1R15A,DCTN5,USP15,RGS19,POLD3,CDC42,DCAF15,DNPEP,HAUS8,SH3BP2,PTK2B,CSK,MTA2,CYTH1,PTPN1,SEMA4A,MARCKSL1,LIMK2,MAPK14,SOD2,CHFR,NECAP2,MARCKS,KLF6,NAGK,OCIAD1,VIM,SMAP2,PFKP"
+"gene_set_query"	"1180"	"MAF"	"957.3"	"ARCHS4 Coexpression,1584;Enrichr Queries,837;ReMap ChIP-seq,124;GTEx Coexpression,1284"	"CYFIP2,MT-ND4,STMN3,ENO2,RBPJ,PHB2,FAM110A,SCAMP4,SAMD14,KRTCAP2,ALCAM,ZMIZ2,DPYSL2,MYC,RPL36,AKT1,VPS36,SAMD10,IER2,MEF2C,CXADR,IAH1,FNBP1,PIH1D1,WDR74,SOX12,HCFC1,GPR162,RNF126,MYL6,DDIT3,DDIT4,ORAI2,PSME1,PSME2,VPS28,SF1,SLBP,ABCB6,NPRL2,FLII,AGAP2,ABCB8,AGAP3,MRPL12,OAZ1,GABARAP,ANAPC11,PRDX2,RHOT2,PPP4C,FLRT2,CHST15,RDH13,PUSL1,RHBDL1,JAG2,EDEM3,ABCA2,JUN,JUND,PRRT2,JUP,DMPK,H3F3B,CADM1,NCAPH2,EDEM1,MRPL28,MAD2L1BP,IRF2BP2,NR1D1,PBX1,EHD1,HNRNPL,FIBP,GNPTG,TBL3,VANGL2,FASN,HNRNPF,DUS1L,LGMN,CDC42SE2,OGFR,ARF1,SMG1,BTG1,RPLP1,KCNC3,PHF23,GPT,BBC3,DDA1,PCMTD2,MED13,TMSB4X,FASTK,TIMP2,RPLP2,GPR137,SH3BGRL3,PLEKHN1,RRP12,CIC,EMD,APC2,LRRC45,TPI1,SPHK2,PGAM1,MRPL49,AEN,SIRT7,MED29,DUSP6,DUSP7,RNF167,MED22,SLC7A6,ZEB2,KIFC2,TET3,PXDN,TUT1,GAS6,RNF166,VAMP2,GAS7,ARF6,LRRC14,RNASEK,RPL10,LIN37,GPS1,SRRT,GPS2,WDR24,CENPB,MRPL55,ARFRP1,PSMB4,UNK,GGA3,FLNA,SLC17A7,RPS2,RPL18,SAMD1,MBD6,LRRC24,SF3A2,WNT7B,NR1H2,STAT2,SNX21,SCAF1,TARBP2,SKI,SPSB3,NFIA,NFIB,PKN1,YPEL3,ANKRD13B,ANKRD13D,TUSC2,ATN1,CLU,IPO4,HDDC3,TM7SF2,RNF19A,CFL1,STK16,PIM3,MAF1,TMSB10,PLEKHJ1,RNF44,PCYT2,USP5,CISH,DGAT1,USP3,ANKRD44,IGFBP3,CTNNBIP1,PPP1R16A,TPM1,AIP,RNF41,LENEP,THOC6,CDC25B,CTDNEP1,PYGO2,ACAP3,DMWD,RAB34,PGP,PHPT1,SQSTM1,ARL8A,ANAPC2,FKBP2,CD151,PFKFB3,MAZ,ABHD8,CORO1B,SOCS2,NDOR1,DVL1,BTBD2,DVL2,E4F1,MCL1,MPDU1,TRAPPC3,ANKRD34A,CCDC12,POLR3GL,SEC16A,MARCH9,LSM4,UCKL1,DRAP1,CDK9,DAB1,STK24,CDK5,CDK4,CNOT2,MAFG,GPR107,LRCH4,OGT,BCL2L2,MAP3K12,RNF187,ZNF512B,DIDO1,RNPEPL1,ZC3H4,TRADD,CELF2,ARRB2,BICD2,RPL7A,DUSP12,MDK,UBTF,WDR6,PMEPA1,ACP2,UNKL,PELP1,UNC45A,EIF5A,PLEKHG2,REXO1,GPX4,TNFRSF19,SH2D3C,RPL13A,EDF1,YDJC,COASY,MSL1,ARL4C,GIGYF1,PTP4A2,TRAF7,PPM1A,PTP4A3,DALRD3,TRAF4,DAD1,CTDSP2,C1D,GAPDH,SLC25A11,ST6GALNAC6,RNF31,TRABD,TSSC4,WBP2,CXXC1,PARD6G,FURIN,ZBTB45,SEMA3F,HDAC7,TSPAN31,MLLT6,DNAJB1,GANAB,ABLIM1,POLR2A,SH3BP2,TRIM46,POLR2E,CSK,E2F4,AAMP,SLC25A22,POLR2L,SEMA4A,PPP1R14B,SPAG7,PPP1R14C,TRIM41,PCDH7,RPL23A,FBXL16,BCKDK,NELL2,KLF6,MARCKS,RAB14,EIF3I,IMPDH2,MGAT4B,EIF3G,STUB1,CCM2,P4HB,SLC35B2,EIF4A1,IFITM2,HDAC10,PPAN,RAPGEFL1,NUBP2,CYB5D1,RPS15,RASSF1,RPS16,TRIM28,FLAD1,FTH1,OGFOD2,LONP1,ARL6IP4,CCDC97,RPS11,ATXN7L3,GLUL,TBC1D10A,SOX4,TBC1D10B,EPHA4,ST6GAL1,ARRDC3,NSMCE1,CIRBP,PTOV1,CSNK1D,JMJD8,MFSD10,CARHSP1,SFRP1,CDC37,SIK1,HECA,KCTD12,PFN1,TRIB2,LLGL1,RTEL1,NECAB3,TWF2,CEND1,PTTG1IP,PIK3R1,APCDD1,IGSF9,MBTD1,PGS1,SGPL1,NUAK1,SNX1,PCBP4,PCBP1,RALGDS,VASP,SNHG1,SURF1,TMEM86B,BCL11B,SURF2,SURF4,SMARCA2,IFFO1,GADD45G,ID2,SDC1,NDUFAF3,PAF1,COL9A3,GRB2,C2CD2L,ITM2C,HERPUD2,NRP1,GPAA1,CITED2,TECR,MYL6B,SPPL3,PTPRF,RAB22A,PTMS,AKAP12,GUK1,HYAL2,ENC1,RAC3,SDF4,SSSCA1,GIT1,RAB8A,CTSB,PSD,PSENEN,VKORC1,CCT2,CDV3,TMEM150B,PRMT1,TSC22D3,ACAD9,ANO8,NME3,RHOF,ZDHHC16,MRPS7,LIME1,MTSS1,APRT,MLF2,RHOB,TOX4,MN1,PITPNM1,TAX1BP3,ALDOA,SGK1,DBN1,CSTB,AHCY,SATB1,SSNA1,CCDC107,CRIP2,CCDC106,RFNG,TYMP,GNAI2,EXOSC4,NFIL3,MGAT1,EXOSC1,PEX16,NPDC1,VEGFB,MIB2,TMUB1,PPP1CA,TMUB2,VEGFA,PER1,HIST3H2A,MARS,CAPZA1,TCEA2,FAU,GRINA,DPAGT1,CRTC2,MIDN,CD81,CCDC28B,ACTG1,BASP1,ARHGDIA,FPGS,HCFC1R1,POGZ,COTL1,SBF1,CHCHD1,ZGPAT,ATG9A,POU3F1,ATP1B1,ADAM19,DPM2,PRPF6,ADAM15,FAM173A,HGS,EHBP1L1,PPIF,TBC1D24,RTN2,ISYNA1,NDUFB10,LPL,RASGRP2,STK4,EFNA4,NDRG1,EFNB2,EFNB1,EMG1,SHARPIN,MAN2A2,CASKIN1,CYC1,TBC1D17,ANKZF1,BCL9L,PRNP,CBX6,ACBD4,UBE2I,CPSF1,UBE2B,CRIM1,SUPT5H,SSH3,DNAJC18,NFKBIA,EFNA3,EFNA2,TMEM115,HOOK2,GNB2,CHMP2A,BLMH,DEGS1,DEGS2,LRP10,FGF11,GALK1,UBE2M,MUS81,CUEDC2,GSK3A,PRR7,LDB1,PRKCSH,SLC2A3,TAZ,CHD2,RND3,PPP1R9B,TMEM223,EEF2K,SNAPC4,MLST8,PDE4A,SCYL1,PLA2G4E,PDPK1,BUD31,H2AFX,ABHD14B,RNF208,ABHD14A,SYNGR3,ARID1B,SENP3,KLF16,EEF1G,VCAN,IRF3,PPDPF,AKT1S1,CDH11,DNLZ,DCX,MAN1B1,CHMP6,IRF9,RGS19,RGS16,OPRL1,PDXP,SLC3A2,RSPH9,MAT2B,STRN4,U2AF1L4,NXF1,PABPN1,TMEM203,LEPROTL1,NT5DC2,MKNK2,MTA2,NAA10,B3GAT3,USP22,HAGHL,CYHR1,PDAP1,ACVR2A,MAPK11,PNKD,NEURL4,PIK3IP1,CAPN10,ERCC1,RPS6KB2,CDK2AP2,BAX,TBKBP1,VIM,SSBP4"
+"gene_set_query"	"1181"	"NFATC4"	"958.0"	"ARCHS4 Coexpression,960;Enrichr Queries,1155;GTEx Coexpression,759"	"RPL5,APP,RPL3,ZDHHC8,NDST1,ZMIZ1,DPYSL2,MYC,AKT3,DPYSL3,CCNL2,SOX4,TMEM8B,EPHA4,DAPK3,AFAP1,CSNK1E,SRRM1,TIAM1,MYL6,SFRP1,TWSG1,IFT81,DDIT4,OBSL1,LLGL1,TSHZ3,DCUN1D4,PDGFA,INPP5B,COMMD9,BLOC1S2,DHX35,TNRC18,PLCG1,MAP4,B4GALNT4,RAB11FIP5,VAT1,JUN,DMPK,INTS3,NR2F1,BRI3BP,PBX1,EXT1,PTK7,ID2,DCHS1,FARSA,RCOR2,FERMT2,TMEM9B,CDKN1C,DDR1,NRP1,PTPRS,TRIOBP,PTPRF,SMG6,PTMS,MED12,AKAP12,SH3PXD2B,TIMP2,QSOX1,TSC22D3,SLC39A13,COMMD6,LRRC41,DUSP6,KAT2A,CTTN,TMEM33,PXDN,SGK1,GAS6,DBN1,NFIX,SATB1,PRICKLE2,ADCY6,FAM129B,PPP2CA,GPC1,TCEAL1,BID,STX2,MPZL1,RYK,PCGF2,DAB2IP,VEGFA,SKI,NFIA,ESYT2,PKN1,MEGF8,MPHOSPH8,PHLDB1,CHPF,CD81,HDLBP,ATN1,CLU,ALDH1L2,LAPTM4A,POFUT2,SCMH1,LZTS2,SH3GL1,PCID2,TPM4,IGFBP3,TPM1,IGFBP2,LMTK2,TSC2,EEF1A1,ARMCX4,ARMCX1,TXLNA,RAB31,DMTF1,RAB34,FSCN1,RAI14,CUL7,CD151,PKDCC,ARHGEF25,NPR2,LTBP4,CACNA1A,FBLN1,SLC1A4,NDRG1,CACNA1H,GLIS2,SOCS2,EFNB1,BTBD2,ABL1,DVL2,DVL3,PLXNA1,CD276,NEK9,UBE2I,OSBPL5,ATP8B2,VTA1,SMAD5,MANBAL,LRCH2,BMP1,EFNA2,HOOK2,HOOK1,PLXNB2,AMOTL2,PLXNB1,TCF3,NFE2L1,MXD4,CREBZF,MUS81,GPSM1,B4GALT2,GSK3B,NUMA1,MAST2,HP1BP3,CBY1,CHD6,ILK,TTC28,SGCE,SENP6,DUSP12,MDK,ZC3H7B,GATAD1,TMEM109,RBM5,RBM6,ADAMTS7,UNC45A,ARNT,ARFGAP1,CKAP4,ARL4C,VCAN,PTP4A3,DNAJC7,SETBP1,CTDSP2,C1D,CDH11,PPP1R12C,NLGN2,LRP1,SRSF1,CXXC1,WIZ,MLLT1,AGPAT3,HDAC7,THBS3,CYTH3,MTA1,NT5DC2,SLIT1,SH3BP4,FYN,MEST,PDLIM7,TTC14,SEPT11,ATP2B4,CDC42BPB,FBXL12,ASXL1,NELL2,MFAP2,VIM,METAP1,BCAR1"
+"gene_set_query"	"1182"	"LEF1"	"958.0"	"ARCHS4 Coexpression,1145;Enrichr Queries,882;ReMap ChIP-seq,293;GTEx Coexpression,1512"	"CYFIP2,BACH2,PREX1,KRTCAP2,AKT2,DPYSL2,MYC,CHID1,ATG3,MED1,MEF2C,RPL21,NUP210,DAPK1,FNBP1,SCAMP1,EML2,WDR82,GPR161,DDIT4,SF1,CDC42SE1,MTMR3,ABCB8,AGAP3,CHST15,PLCG1,ATRIP,LHPP,ST3GAL3,JUN,CADM1,EDEM1,EDEM2,LARP7,ERLIN2,SNF8,PBX1,EIF1,GNPTG,TBL3,UNC119,FAT4,PAM,EZH2,CDC42SE2,ARF3,CDKN1B,GPR21,SETD7,HEXA,SNX12,LPCAT1,GPT,SMPD3,FASTK,GSTO1,SIRT4,NIPA2,SIRT7,GMIP,COPZ1,DUSP6,SLC7A5,ZEB2,SLC7A6,TUBB2A,KIFC2,TMEM33,MED20,PXDN,SLC29A1,RNF166,PAFAH1B1,LRRC14,TRUB2,OAT,RPL10,URM1,SEZ6,FGD3,PPP1R2,USP1,RPS2,LRRC24,SCAF4,BYSL,LYRM2,NFIA,NFIB,PKN1,FAM49B,TOR2A,ANKRD13D,DGKD,FAM13B,UBE2D2,FAM107B,SMCHD1,CDH2,TMSB10,PCDHAC2,FBXW4,TLE3,USP7,RNF44,RPS5,IGFBP3,CTNNBIP1,PPP1R16A,TPM1,F2R,IGFBP2,SARS,ATP11B,CNPY3,FOXP4,THOC6,FOXP1,CDC25B,NHP2,FKBP5,SLC27A4,PFKFB4,CORO1A,SOCS2,SBNO1,NDOR1,STK38,SMYD2,EIF4EBP2,LRRC4C,ZBTB17,RAB4B,ATP8B2,CORO2A,NSFL1C,CDK5,MAFG,PDCL,NFE2L3,AAK1,PLXNB1,LRCH4,EIF4G2,SERINC5,HSP90AB1,ZC3H4,PIK3CD,UFSP2,ARRB2,SYNE2,DUSP12,LBH,SCRN1,PPP6R1,OPA3,PMEPA1,HIF1AN,TNFRSF19,VEZF1,VPS37B,TSN,ARL4C,PPM1A,PTP4A3,DNAJC7,TMBIM6,EVL,GAPDH,NDUFB8,HDAC1,SRSF1,CXXC1,MLLT6,HDAC7,FBXL20,ABLIM1,FZR1,SLC25A28,FCHO1,DNAJB6,RBBP4,RBBP5,TRIM46,DNAJB9,SLITRK5,CSK,FYN,HNRNPA1,MEST,NTRK2,SLC12A5,PCDH9,SEMA4D,MBOAT7,PCDH7,PCDH8,HIP1R,FBXL14,TRIT1,NELL2,KLF6,NECAP2,MFAP2,SMAP2,PPIL4,TPT1,SLC35B2,TMEM41B,ZMYND8,TXNDC17,CRKL,HERC3,SNRPD1,LONP1,KIF21B,SEPHS1,SOX4,TBC1D10B,EPHA4,ST6GAL1,PAQR4,ACTN1,INPP4A,SFRP1,KCNQ4,VDAC1,TAGLN3,EZR,TRIB2,AARS2,PAXIP1,DHX8,SUPT4H1,TRANK1,PIK3R1,PGS1,APOO,NUAK1,DHX34,HIVEP2,ATP6V1C1,FIS1,LRRN3,BCL11B,LRRN2,BCL11A,RCC2,TREX1,SMARCA2,IFFO1,ID2,CCDC88C,CORO7,ITM2C,NRP1,TMEM151B,SH3KBP1,CITED2,SUV39H1,INTS10,SLC7A11,AP2A2,LIMD2,AKAP12,PCLO,XPO6,ENC1,UTP14A,PSENEN,PSD,MAP4K2,ATMIN,STRADA,RGMB,LIME1,TOX4,VSNL1,PACS1,MPPED2,KIT,PITPNM2,ARHGEF1,SGK1,STX16,SATB1,GBA,PTN,GNAI1,AMN1,ZDHHC18,PAK1,MAP4K3,MPZL1,DYNC1H1,MYEF2,RANBP3,NFYA,MTX1,PNPLA8,TMUB1,SORBS1,NPM3,VEGFA,PDP1,FKBP1A,KLHL7,HNRNPA2B1,CACHD1,MPHOSPH8,APBA2,SCARB1,NARF,NDUFA11,PEBP1,LZIC,CELSR2,IGF1R,TATDN2,BASP1,HCFC1R1,COTL1,DENND5A,BAHCC1,PHYH,KDM2A,KDM2B,FBXW11,TMOD3,SHISA5,ATP1B1,SDHB,ADAM19,TMEM135,MYCN,ELMO2,STAM2,NDUFB10,NOP2,PXN,LPL,STK4,RASGRP2,CPLX1,NDRG1,EFNB2,RAI1,GRK6,OTX1,UBE2I,CBX5,AUTS2,CBX3,PHF12,PCIF1,ASPSCR1,ARHGAP29,SYT7,NFKBIA,HOOK2,HOOK1,ACBD3,SAE1,CUEDC2,SLC2A3,CHD3,CHD2,AFF3,SEPT9,SEPT6,PDE4B,DACT1,SUN2,NAA30,KLF13,GLRX3,PDPK1,GLRX5,CAD,ARHGEF18,SYNGR3,ARID1A,VCAN,ELF2,CDH11,CHMP7,RGS19,HSPD1,THBS3,RMND5B,SPOCK2,NCAM1,CLASP1,CYTH1,LGI1,KDM4A,RRM2,WTAP,USP20,CADPS,CYHR1,HSPE1,USP28,TTC19,MEIS2,FMNL2,PIK3IP1,ATP13A2,VIM,PDE7A"
+"gene_set_query"	"1183"	"FOXD1"	"958.5"	"ARCHS4 Coexpression,785;GTEx Coexpression,1132"	"SLC35B2,TRIO,CHPF,VARS,UXS1,FCF1,HDLBP,PLOD3,PHAX,ZDHHC8,EPRS,ALDH1L2,PWP1,HERC4,NDST1,POFUT2,CAPNS1,MPRIP,ARHGDIA,PSMD2,RUVBL1,CAPN2,AP1S1,SLC39A7,AZI2,LZTS2,TMSB10,SBF2,SH3GL1,MED1,CSNK1G3,TPM4,ACTN1,DAPK3,RECQL,ADAM10,AFAP1,SCRIB,ACTN4,ATAD3A,TWSG1,TMX3,HNRNPUL1,FSCN1,KDELR2,KPNB1,RAI14,LRRC59,SEMA7A,CD151,PXN,TARS,XPC,HIF1A,CORO1C,IRAK1,DVL1,NACC1,ABL1,ABL2,BRIX1,SRGAP1,SNX6,RAB11FIP5,BCL9L,TMEM184B,SMURF2,INTS1,HMGA1,CRIM1,MICAL2,DNAJC13,EIF2S2,MEX3D,MARCH4,ARHGAP23,DRAP1,EXT1,PCDHGA11,EXT2,ZZZ3,SH3BP5L,BMP1,LRFN4,PTK7,UBE2S,GIPC1,CALU,GNB4,PLXNB2,AMOTL2,IARS,EIF4G1,UBE2M,ITGB1,B4GALT2,TRAM1,WDR1,CITED2,PRKCSH,FAF2,DOCK7,YBX1,SHB,LMNB2,PTMS,SEC61A1,LASP1,ZC3H7B,TIMP2,SDF4,QSOX1,TNPO1,EIF5A,H2AFX,SSR3,RRAS2,RANGAP1,RAD23B,CKAP4,KLF16,NCOR2,NAV3,TRNP1,AKT1S1,CDH11,PXDN,GARS,GAS6,PRIM2,DTYMK,EHBP1,CENPB,FAM129B,CYTH3,GANAB,NCLN,TAF1B,U2AF2,PES1,GNA11,GPC1,NT5DC2,MICALL1,FLNA,SH3BP4,IGF2BP3,IGF2BP2,MGAT2,ANKRD52,YKT6,DCAF13,PDLIM7,SEPT11,PPP1R14B,SSB,GALNT2,YIPF5,GTF2H1,CDC42BPB,SCAF1,KLHL9,BOP1,TMEM158,XPOT,CARM1,MGAT4B,GOPC,P4HB,VIM,ABCE1,KCNK2,BCAR1,CUL4B"
+"gene_set_query"	"1184"	"BARX1"	"959.0"	"ARCHS4 Coexpression,445;Enrichr Queries,1398;GTEx Coexpression,1034"	"RPL4,TES,VARS,DIXDC1,HNRNPU,THUMPD1,RPL8,PHB2,RPS16,TRIM28,RAVER1,AKT2,BSG,PSMD3,LONP1,HOMER3,RPS10,PDHX,EPHA7,ACTN1,DAPK3,ARMC9,SOX11,MOGS,SCRIB,ACTN4,EML1,ANK1,GTPBP4,HCFC1,MYL6,SFRP1,DDIT4,KCNQ4,TTLL12,RPL29,PRR12,KCTD15,TELO2,NRN1,TSHZ3,FOXG1,NPRL3,MRPL12,GJC1,APH1A,DHX35,MICAL1,RRS1,DHX37,SYMPK,TNRC18,TRAP1,DMPK,INTS1,BCL11A,RCC2,SETD1A,NR2F1,IRF2BP1,GADD45G,PRRC2A,HNRNPL,PPT1,PAF1,DCHS1,FAT3,CALR,DUS1L,FERMT2,DAZAP1,RPLP0,LRRC3,PCSK7,PRPF19,SMG5,PTMS,SH3PXD2B,SDF4,CAP1,CCT3,UPF1,LRRC45,NSUN2,PABPC4,RGMB,RGMA,ENAH,SLC7A5,PXDN,FAM20B,PLEKHO1,ARHGEF2,SLC29A1,SF3B4,PNCK,PTGER1,RPL12,ATL2,SRRT,PRICKLE2,CENPB,ADCY5,NOL6,SH3BGRL,PES1,SPOP,GPC4,RPS2,SAMD1,MEF2D,RUNX1T1,MBD3,MYEF2,RANBP3,SF3A2,WNT7B,NFYC,AP3D1,SAMD4B,SORBS1,SCAF1,LRPPRC,BOP1,MYBBP1A,NFIB,KIF26A,PSMC4,SLMAP,SERBP1,HDGF,CDK5R2,CRLF1,PRDM8,IPO7,TOMM20,FBL,BASP1,SCMH1,FBRSL1,LZTS2,BAHCC1,TPM1,IGFBP2,SSU72,POLRMT,POU3F2,ATAD3A,POU3F3,RNF40,FOXP1,HNRNPUL1,DMWD,FSCN1,TOX,CSNK1G2,SNRPA,GLYR1,RNASEH2C,LRRC59,ARHGEF26,ARHGEF25,ZC4H2,GLO1,DDX1,MAZ,AK2,CACNA1A,SLC38A10,CACNA1H,TIMM50,RAP1A,IRAK1,DVL1,NACC1,ABL1,OTX1,OSBPL5,CPSF1,PHF10,FUS,CBX2,EEF2,SUPT5H,MANBAL,CHERP,COPS6,EFNA2,NR4A3,LRFN4,HOOK2,LHX2,UBE2S,MAFG,PLXNB2,CLPTM1L,TCF3,SAE1,EIF4G1,UBE2M,ZMYND19,PRKCSH,CBY1,CHD6,ILK,ARRB1,YBX1,LMNB2,LMNB1,SART1,UBE2Q1,PPP6R1,RNPEP,NCK2,UBTF,WDR5,SPEG,PELP1,UNC45A,EMX1,PPP1R12A,PLEKHG2,REXO1,CAD,H2AFX,DDX54,REXO2,SENP3,PTBP2,TGFBR1,KLF16,FAM189B,TRAF7,PTP4A3,NSMCE4A,TFDP1,AKT1S1,PPP1R12B,PPP1R12C,THOP1,TNFRSF21,SRF,CXXC1,WIZ,SRM,DCAF15,GANAB,MTA1,NCLN,DNAJB5,U2AF2,NT5DC2,IARS2,MTA2,UBQLN4,PDLIM7,MLXIP,KDM4A,PPP1R14B,ATP13A1,GALNT2,RNF26,PCDH7,FBXL19,PCDH8,ATP2B4,SSRP1,MEIS2,HNRNPAB,CARM1,RBM42,CDK2AP1,INSM1,P4HB,SSBP4,EIF3B"
+"gene_set_query"	"1185"	"KLF15"	"959.0"	"ARCHS4 Coexpression,1341;Enrichr Queries,961;GTEx Coexpression,575"	"TFRC,ARPC5L,SMC5,ZDHHC4,NFU1,PNN,DPYSL2,MYC,DAG1,LONP1,DIP2C,GLUL,PRKAB2,GABARAPL1,TSTD2,ARRDC3,MTUS1,GTPBP6,ANK3,ANK1,SFRP1,ZSCAN21,DDIT4,KCNQ4,HECA,KCTD18,GCDH,PAXIP1,ANAPC16,FBF1,SDC3,PDGFA,TMTC1,PIK3R1,AAAS,ADH5,LDHD,RDH14,SCN3A,JUN,GSTM1,RCC2,INSR,CDC7,NR1D1,ERLIN2,PRDX6,SMARCA4,GADD45G,UCK1,RNF103,SESTD1,FASN,ID2,UNC119,FBXL3,FERMT2,ITM2C,CITED2,SETD7,PIGP,TCF20,GPT,HERPUD1,AKAP12,SHF,TMEM150A,TSC22D3,ANO6,DUSP6,MLF2,RGMA,RHOB,PXDN,FAM20B,RHOU,SGK1,HEATR1,CCDC107,NFIL3,TCEAL1,STX6,GPC4,CKB,MEF2D,PAIP1,PCGF6,SORT1,SORBS1,RAB11A,VEGFA,MKLN1,NFIA,PRKRA,NFIB,CAPZA1,ANKRD13D,FMR1,ZFAND5,FBXO25,CLU,PPP1CB,TATDN1,CAPN7,SESN1,CFL1,PHYHD1,SCMH1,PIM3,ANKRD13A,FADS1,RNF44,PHYH,SLC30A9,KDM2B,MMGT1,GPT2,IGFBP3,IGFBP2,ATP1B1,SCN8A,SBDS,PPID,FKBP5,CUL9,ENY2,PFKFB3,ARHGEF26,ARHGEF25,INSIG1,GPR85,LPL,NDRG2,NDRG1,ACAT1,TIMM50,DPP6,RNASEH1,ESD,EIF4EBP2,TBC1D17,MAP2K7,SLC38A2,MARK2,OSBPL9,DNAJC19,KLHDC2,MPST,PRNP,ANKRD34A,RAB4A,SMAD4,KLHL26,POLR3GL,ASNS,KLHL24,CORO2A,NFKBIA,HOOK2,RHEB,HOOK1,ATG16L1,COPS2,CNTN1,NFE2L1,EIF4G1,ALAS1,PRKCSH,FHL1,DDX41,DUSP12,PTBP1,SGCB,CASP2,SUN2,CCDC39,KLF13,ARHGEF12,H2AFY,PDPK1,SPATS2,VEZF1,DDX52,RABGGTB,YWHAZ,PTBP2,DDX19A,PPM1B,PTP4A3,TFDP1,PIK3CA,SYF2,NUP50,CTDSP2,NUP54,DCTPP1,AHDC1,BCAT2,OTUB1,ROCK2,CLEC2L,WBP4,CXXC1,TOB1,CDC42,DNPEP,HECTD1,MKNK2,POLR2D,CDC37L1,CSK,RWDD1,NTRK2,ASCC1,GALNT2,LIMK2,BNIP3,CDC5L,RPL23A,SLC25A38,NECAP2,KLF6,TEF,PSAT1,CDO1,RBMX,PFKP,EIF3B"
+"gene_set_query"	"1186"	"TWIST1"	"960.3"	"ARCHS4 Coexpression,1303;Enrichr Queries,1192;ReMap ChIP-seq,220;GTEx Coexpression,1126"	"MT-ND4,TES,TRIO,GPATCH4,SCAMP5,NDST1,SAMD14,MPRIP,PSMD5,ZMIZ1,DPYSL2,MYC,DPYSL3,IER2,MED1,MEF2C,UNC5A,AFAP1,SOX11,RFX1,SOX12,BIN1,DDIT4,RPL29,VPS28,TTYH3,SAR1A,NPRL3,XPC,ABCB8,AGAP3,HIF1A,ANAPC11,PRPSAP1,PRDX2,RHOT2,FLRT2,BLOC1S1,PUSL1,ST3GAL2,RHBDL1,S100A10,HEXIM1,ABCA2,JUN,JUND,PRRT2,JUP,DMPK,PLK2,NR2F1,IRF2BP2,NR1D1,L1CAM,MEX3D,MRPL24,PRRC2B,SNUPN,TMEM198,HNRNPL,PCDHGA11,MLLT10,MEX3A,FASN,SFXN3,PSMG3,OGDH,DCHS1,FARSA,FERMT2,OGFR,SPEF1,PIGQ,TCF20,MRPL34,SHD,BBC3,DDA1,TMEM189,TMEM43,FASTK,TRIM2,TIMP2,NEFL,RPLP2,CIC,EMD,APC2,LRRC45,SPHK2,RRAS2,SIRT7,EPS15L1,MRPL48,FAM126A,SRP9,DUSP6,DUSP7,NCOR2,MED25,ZEB2,INF2,CDC42EP4,PXDN,CDC42EP3,GARS,SLC29A1,GAS6,PAFAH1B3,RNASEL,RPL10,GPS1,WDR24,CENPB,FAM129B,GGA3,AP2S1,FLNA,RPL18,MEF2D,RUNX1T1,WNT7B,GTF2H1,GOPC,INHA,ANKRD13B,PHLDB1,TOR2A,RASL11B,CHPF,RAB3D,TUSC2,PLOD3,ALDH1L2,CLU,HDDC3,LAPTM4A,STK11,CDH2,TUBB3,PIM3,LZTS2,TLE4,TLE3,SH3GLB2,TLE2,PCYT2,TPM4,USP3,IGFBP3,TPM1,IGFBP2,POLRMT,LENEP,CDC25B,DISP2,ACAP3,CLIP2,ACLY,DMWD,RAB34,SRSF2,FSCN1,RNASEH2A,CD151,ABHD2,MAZ,AK1,ABHD8,ISG20L2,SLC38A10,SOCS2,SBNO2,BTBD2,PSAP,ABL1,ABL2,PLXNA1,BRIX1,SRGAP1,SLC38A2,CD276,MCL1,ANKRD28,OSBPL5,TRAPPC9,ADAP1,CDK9,COPS6,LSM7,CDK5,CDK4,MAFG,PLXNB2,NFE2L1,ITGB1,SLC48A1,HSP90AB1,RNPEPL1,SCHIP1,TRADD,ARRB1,SGCE,PTBP1,DUSP12,UBTF,PMEPA1,TNPO1,ADAMTS7,PLEKHG2,REXO1,SH2D3C,RAD23A,VEZF1,RAD23B,TRAF7,PTP4A3,ASPH,TRAF4,SLC25A19,CTDSP2,AHDC1,ST6GALNAC6,HDAC5,PPP1R15B,LRP1,WBP2,SRSF1,PRCC,CXXC1,MLLT1,SEMA3F,PPM1D,ABLIM1,CCDC85C,HAUS7,RAB23,SH3BP2,IGF2BP3,IGF2BP2,E2F4,SLC25A25,CACNG4,POLR2L,GADD45GIP1,MLXIP,SEMA4A,SEPT11,SPAG7,SSB,SEMA4B,PCDH7,RPL23A,FBXL16,BAIAP2,TPD52L2,CABLES2,BCKDK,KLF7,KLF6,MYO1B,MFAP2,STUB1,P4HB,KCNK2,BCAR1,SLC35B2,CERK,HDAC10,FCF1,PWP1,ACTB,CYB5D1,RPS15,RASSF1,FLAD1,BSG,GOLGA7,SOX4,TBC1D10B,SLC12A9,ACVR1,IMP3,ACTN1,RECQL,CIRBP,PTOV1,CSNK1D,MFSD11,JMJD8,JMJD6,CARHSP1,SFRP1,TWSG1,RRAGC,KCTD12,PFN1,OBSL1,STX1A,NUMBL,PIK3R2,PGS1,NUAK1,PRRC1,ZNHIT1,GSE1,TNRC18,RALGDS,TMEM86B,INTS1,TMEM50A,DCLK1,EXT1,EXT2,ZZZ3,PTK7,ID2,CALU,COL9A3,CALR,RPS21,RCOR2,BAP1,NRP1,TRAM1,TMEM151B,CITED2,FAF2,SLC7A11,PTMS,AKAP12,MAP1LC3B,GUK1,HYAL2,NCS1,ENC1,REV3L,RAC3,SSSCA1,GIT1,TMED4,PSD,VKORC1,MRPS23,RHOF,TUBG2,MRPS7,CTTNBP2NL,MLF2,VAV2,RHOB,MN1,CRELD1,CRELD2,SGK1,PTMA,DBN1,STK40,PRIM2,HEATR1,DOT1L,CRIP2,PRICKLE1,CCDC106,RFNG,PTN,CAMKK1,TRAK2,ARVCF,MNT,PGRMC2,SERTAD4,MGAT1,NPDC1,DYNC1H1,YIPF5,GINS4,TMUB1,AP3D1,VEGFB,PPP1CA,VEGFA,KLHL9,SH3RF3,PER1,XPOT,KIF26A,TCEA2,HDGF,CRTC2,MIDN,SPPL2B,HDLBP,UBE2Z,CELSR2,ACTG1,TMEM145,BASP1,ARHGDIA,FPGS,CAPN5,AZI2,SBF2,BAHCC1,SH3GL1,DNAJB12,TSC2,DPM2,TMX3,MYCN,DOK4,FAM173A,EHBP1L1,TBC1D24,FIZ1,RAI14,COX19,ISYNA1,NDRG4,KLHL17,LPL,FBLN1,NDRG1,RTN4,CACNA1G,EFNB2,ZC3H14,PDZD7,BCL9L,ATP6V1F,OST4,PRNP,ACBD4,PTCH1,CRIM1,ASPSCR1,BMP1,EFNA2,NR4A3,HOOK2,GNB4,CNTN1,AMOTL2,ACBD3,LRP11,GPSM1,USP36,GSK3A,PRR7,NAA40,DDX47,DOCK7,CHD3,TAZ,PKD1,RND3,LMNB2,PPP1R9B,EEF2K,GMPPA,MYO18A,SPEG,SCYL1,GET4,DACT1,KDM6B,GLRX5,DDX56,IQCE,ABHD14B,SYNGR3,CKAP4,KLF16,EEF1G,VCAN,NDUFS8,NDUFS7,CDH11,DNLZ,NAA38,TMEM9,MAN1B1,CUEDC1,RGS19,RGS16,OPRL1,PDXP,WIZ,ASAP1,TOB1,CYTH3,MAPK7,TAF1B,RAB40C,MAT2A,TMEM205,GNA11,MKNK2,SLIT1,SPOCK1,NAA10,LIMK1,HAGHL,MEIS2,MAPK11,ERCC1,ASB6,VIM,TAF2,SSBP4"
+"gene_set_query"	"1187"	"ZNF154"	"960.3"	"ARCHS4 Coexpression,1240;Enrichr Queries,893;GTEx Coexpression,748"	"EIF4A2,VARS,ZDHHC5,RPL8,GBA2,RCBTB1,ZDHHC3,BACH2,HERC2,LSM11,HERC1,CAPNS1,DPYSL2,DPYSL3,LUC7L,TMEM8B,DDX17,ARRDC4,EPHA4,EPHA7,MEF2C,SMARCC2,RBFOX2,FNBP1,ARMC9,CIRBP,RFX3,MOGS,ANK3,ACTN4,INPP4A,TIAM1,DDIT4,CD2BP2,HECA,TRIB2,RTEL1,TSHZ3,CTBP1,FLII,NPRL3,TRANK1,APH1A,SCAI,ZSCAN18,BBS1,PHC1,CADM1,LRRN3,BCL11A,SLC35E3,NR2F1,PRRC2B,PBX1,HNRNPL,CDK10,DCHS1,FAT3,FAT4,CD200,ITM2C,PYGB,CSRNP3,PTPRS,KCNC3,PRPF19,NAT14,SMG5,MECP2,AKAP12,EPM2AIP1,SDF4,GPRASP1,RALGPS1,ZIK1,GRIPAP1,UPF1,TMED9,IFT140,MRPS25,EXOC7,MTSS1,ZEB2,IVD,MPPED2,KIT,PXDN,CRELD1,GAS8,GAS7,ICA1L,RPL12,PRICKLE2,CENPB,FGD4,HIRA,PES1,ZSWIM5,YKT6,JAM3,RUNX1T1,RIC3,WDR17,AGK,LSAMP,SYNJ2BP,GATAD2A,RAB11B,NFIA,NFIB,NEDD4,TTC3,HDGF,TMEM229B,ZFP28,PRDM8,MTCH1,DGKE,ATP8A1,ATN1,HDLBP,SALL2,POGZ,SLC39A7,PCDHAC2,USP8,USP5,LMO3,TMOD2,MAGI2,LMO7,VASH1,FOXP1,PYGO2,ARMCX4,ARMCX2,RAB35,FIZ1,TOX,LRRC59,DDX5,RAB5C,CHRNA7,DTX3,CACNA1H,RAI1,ORC4,DPP6,IRAK1,NACC1,LONRF2,PLXNA4,PDZD7,TIA1,CBX6,SMURF1,KLHL22,MARCH9,KLHL23,FANCE,BCL9,NBEA,HOOK1,GNB2,GNAS,AAK1,SPIRE2,MDM4,GNB5,FGF13,NFE2L1,EIF4G1,NAA40,DOCK3,WDR1,PRKCSH,CELF2,CHD6,AFF3,PPP1R9A,CABIN1,DUSP12,SEC61A1,ZC3H7B,SNRNP70,OPA3,PDE4B,WDR6,CPXM1,DNM1L,GAL3ST3,EID2B,DACT1,EIF5A,HSDL1,SGIP1,PDE4D,RAD23B,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,ZMYND11,SHANK2,RNFT2,NFAT5,RAB1B,CXXC4,SLC25A27,FBXL20,ABLIM1,GANAB,U2AF2,SPOCK2,SLIT1,EIF4H,MEST,ATP9B,SH2B1,NTRK2,URGCP,USP20,PCDH9,NEGR1,PCDH7,MAPK10,IRGQ,NEURL4,PIK3IP1,TSPAN18,MGAT4B,VPS45,P4HB,TNRC6A,METAP1,METAP2"
+"gene_set_query"	"1188"	"LIN28B"	"960.7"	"ARCHS4 Coexpression,675;Enrichr Queries,668;GTEx Coexpression,1539"	"CCNJ,TFRC,HNRNPU,SMC3,DPYSL5,SNRPD1,DPYSL2,MYC,DPYSL3,TRIM24,SEPHS1,SOX4,TMPO,EPHA4,EPHA7,MEF2C,SMARCC1,CXADR,NUP210,SLC6A15,CD3EAP,SOX11,SFRP1,CCNY,DDIT4,TBPL1,NUP205,SET,ADH5,GJC1,NLN,LDHB,LARS,RAB11FIP5,SRPK2,JUN,PHC1,CADM1,BCL11B,BCL11A,RCC2,NR2F1,CDC7,FAM136A,PAICS,PBX1,DCLK1,PRRC2A,CCT6A,MEX3B,ID2,FUBP1,HNRNPD,LRRN1,HNRNPC,RCOR2,EZH2,GABRB3,ROBO2,CITED2,CETN3,GDI2,SLC35F1,SLC7A11,PFAS,PHF6,ROBO1,SYNCRIP,MRPL42,XPO1,CAMKV,GPR137,NEFL,NEFM,KIF1A,JARID2,CCT2,PARP1,RRAS2,PRPF40A,ELOVL6,DUSP6,SRP9,ENAH,TOX3,TMEFF1,TUBB2B,ZEB2,PSMA4,KIT,PXDN,TCP1,SGK1,EEF1E1,AHCY,SATB1,SATB2,HEATR1,HSD17B4,GGA1,CUX2,NSD1,CCT8,GPC4,EXOSC1,SRSF12,RUNX1T1,RPRM,CCT4,RANBP1,NPM1,USP9X,AGBL5,MAD2L2,NUDT21,NFIA,NFIB,SERBP1,HNRNPA2B1,CACHD1,PKN1,PLP2,TARDBP,KDM1A,CSE1L,NUCKS1,ACRBP,IGF1R,IPO5,PPP1CC,SALL2,CDH2,KIF5C,RUVBL2,FADS1,TLE4,SUPT16H,PCYT2,IGFBP3,IGFBP2,VASH2,ATP11C,LIG3,ILF2,MSH6,ILF3,MYCN,MSH2,NCL,TNIK,SNRPF,KPNB1,PKDCC,CACNA1A,TARS,ACAT2,PHF21B,SOCS2,EFNB2,G3BP1,G3BP2,NAE1,MYH10,QSER1,AKIRIN1,CBX5,SYT1,ODF2,CCDC136,CBX2,CPSF3,NONO,IDH1,CBX1,HMGA1,IFT122,KLHL23,PTPRD,EFNA2,HOOK2,NASP,HOOK1,LRCH4,LRP10,SAE1,EIF4G3,UBE2K,YWHAE,KDM5B,HSP90AB1,CELF2,CHD6,HMGB3,PSIP1,SLC2A3,ELAVL2,LMNB1,MRPL3,MDK,SUMO2,ADSL,RFC3,PDPK1,H2AFZ,NAV1,CKAP5,NIPSNAP1,GAP43,VCAN,PTP4A3,POLR1B,DCX,BCAT1,SSX2IP,HDAC2,DDX25,SRSF1,CXXC1,CRMP1,DDX21,DPCD,CXXC4,PPM1G,HSPD1,UGP2,PTPRZ1,BEND3,IGF2BP3,IGF2BP2,HNRNPA1,MAPK6,MEST,MTA3,LINGO1,PPIL1,RRM2,SSB,PCDH8,NAP1L1,LRWD1,USP28,USP29,MEIS2,HNRNPAB,NELL2,MARCKS,PSAT1,SPRY2,RAN,METAP2"
+"gene_set_query"	"1189"	"SP8"	"961.0"	"ARCHS4 Coexpression,645;Enrichr Queries,943;GTEx Coexpression,1295"	"EPHB6,CNTFR,CCNJ,STMN2,FNBP1L,RAPGEFL1,BACH2,FAM110A,DPYSL4,TRIM28,DPYSL5,DPYSL2,DPYSL3,STMN1,TRIM24,SOX4,TBC1D10B,EPHA4,EPHA7,MEF2C,SMARCC1,CXADR,SOX11,SCRIB,SOX12,SFRP1,OBSL1,CTXN1,LLGL1,TELO2,PFN2,UNC119B,NRN1,FOXG1,APCDD1,ADH5,GJC1,SGPL1,FAM171A2,RDH11,TSPAN6,DHX37,RDH13,PATZ1,NDFIP2,JUN,FZD3,JUP,BCL11B,CADM1,BCL11A,ST8SIA2,H3F3A,NR2F1,NR1D1,MEX3D,DCLK1,PRRC2B,SMARCA4,VANGL2,MEX3A,H2AFY2,ID2,SDC1,LRRN1,PLCH2,RCOR2,ROBO2,HIP1,PTPRS,SLC35F2,CITED2,SLC35F1,SPPL3,NAT14,PHF6,PTMS,TUBA1A,CSRP2,ZMYM3,NEFL,FEZF2,ELOVL4,HSBP1,ACAD9,TCF12,DUSP6,MLF2,RGMA,ENAH,TOX3,MN1,TUBB2B,ZEB2,TET3,PXDN,MPPED2,DBN1,NFIX,STAU1,SATB2,ARVCF,PAK6,RPL13,GPC2,GPC4,CKB,RPL17,EXTL3,RUNX1T1,RPRM,JAM3,MBD3,CENPV,MYEF2,WNT7B,AP3D1,NFIA,MYBBP1A,ABI2,NFIB,KIF26A,FABP7,TTC3,CACHD1,PLP2,FBXO28,NUDT10,SALL2,CDH2,TUBB3,SLC39A6,FBRSL1,NRCAM,SLC16A2,LMO1,MAGI1,TLE4,RALBP1,FBXW7,IGFBP3,UBE2E3,CTNNBIP1,POU3F1,POLRMT,POU3F2,POU3F3,ILF3,MYCN,PHIP,TOX,ISYNA1,MAZ,CACNA1A,BHLHE22,EFNA4,PHF21B,EFNB2,EFNB1,SCUBE1,PLXNA2,OTX1,MYH10,TIA1,CBX5,SYT1,AUTS2,CBX2,CBX1,KLHL23,BCL9,EFNA3,EFNA2,DAB1,HOOK2,NASP,LHX2,HOOK1,UBA2,BLMH,DEGS1,DEGS2,TCF3,RNF187,YWHAE,KDM5B,CELF4,CHD6,HMGB3,BICD2,ELAVL2,LMNB2,EEF2K,MDK,DGCR2,ADAMTS7,PELP1,PLA2G4E,TNFRSF19,H2AFV,NAV2,RANGAP1,NIPSNAP1,GAP43,VCAN,PTP4A3,RCN2,IGDCC4,DDAH2,CDH11,DCX,HDAC2,NLGN2,CXXC1,PARD6G,HMGCR,ACVR1B,DLL1,CXXC4,CACNG7,RAB40C,PTPRZ1,RBBP4,IGF2BP3,IGF2BP2,HNRNPA1,HNRNPA0,MARCKSL1,PPP1R14C,PCDH7,FBXL19,PCDH8,BAIAP2,MEIS2,ACVR2A,DLK2,NELL2,SBK1,TSPAN18,NOVA2,RPS6KB2,MFAP2,TRIM35,INSM1,CBLN1"
+"gene_set_query"	"1190"	"PBX4"	"964.7"	"ARCHS4 Coexpression,1168;Enrichr Queries,818;GTEx Coexpression,908"	"ITSN2,FAAH,ENO2,RCBTB1,FAM110A,CNST,ZMIZ2,AKT2,DPYSL2,MYC,LONP1,LUC7L,KIF21B,EPHB2,CCDC92,NFRKB,SOX4,DDX17,TSPYL2,FNBP1,ANK1,MFSD10,RUFY1,DDIT4,HECA,TRIB2,FBF1,PLA2G6,PRKCZ,PRPSAP1,SNX1,PRKAR2B,CHST15,PATZ1,ST3GAL1,RALGDS,SNX5,S100A10,JUN,WDR59,CHKB,JUND,BCL11B,BCL11A,TMEM50B,PBX2,GADD45G,EIF1,EHD1,ID2,CCDC88C,CDK10,FXYD6,CALR,CORO7,ITM2C,CDC42SE2,CDKN1C,DAZAP2,GMEB2,BTG1,PIGO,CITED2,SLC44A2,KCNC3,PIGQ,ZFAND2B,SLC7A11,HSPB11,LIMD2,SH3BGRL3,TMED4,CTSB,PARP6,BRD2,MAP4K2,TSC22D1,IFT140,GP1BB,MMD,TSC22D3,RHOF,WDR34,GMIP,ITFG2,MED26,LIME1,DUSP6,PARP8,MLF2,SLC7A5,KIF2A,HNRNPH1,IVD,MPPED2,PXDN,ARHGEF1,PLEKHO1,GLCCI1,SGK1,RNF166,CSTB,PRKX,CRIP2,GGA2,FGD3,HIRA,RECQL5,NT5M,CKB,RABAC1,APBB3,CENPT,MBD6,SNX22,VEGFA,RAB11B,AGBL5,PKN1,AGRN,YPEL5,MTCH1,CRTC2,ATP8A1,KDM1B,GTF2B,CLU,ACRBP,YY1,POFUT2,ABHD11,BASP1,PAPOLG,COTL1,PIM3,FADS1,RGS6,PDIA3,TLE2,APLP2,IGFBP3,IGFBP2,FRMD4B,ADAM19,RALGAPB,TBL1XR1,PRPF3,FSCN1,SRSF5,SRSF7,LY6E,PFKFB2,PFKFB3,PEF1,MAX,INSIG1,LPL,CACNA1A,DTX4,RASGRP2,STK4,NDRG1,RAP1GAP,HSP90B1,SOCS2,SNN,MBIP,PRNP,AUTS2,CORO2A,CLK2,PAN2,NFKBIA,MARCH2,EFNA2,NR4A3,HOOK2,HOOK1,CNTN1,UBA1,PI4KB,PRR7,PPP1R13B,CNRIP1,PRKCSH,CHD6,SLC2A3,PITPNC1,CABIN1,DUSP12,PPP6R3,NCK2,WDR6,PMEPA1,GAL3ST3,KDM6B,PDPK1,DDX56,VPS37B,ARL4C,VCAN,PTP4A3,IRF3,CTDSP2,EVL,LUC7L2,PPP1R15A,TRABD,RGS16,CXXC1,SPG7,LRP8,U2AF1L4,CYTH2,NXF1,ABLIM1,DNPEP,FCHO1,SPOCK2,LEPROTL1,FYN,FBRS,CYTH1,RBM39,KDM4B,MARCKSL1,PPIL2,USP20,SEMA4D,SMOX,ATP2B4,KLF6,TSPAN14,PIK3IP1,ACIN1"
+"gene_set_query"	"1191"	"PAX7"	"965.3"	"ARCHS4 Coexpression,882;Enrichr Queries,1031;GTEx Coexpression,983"	"CNTFR,RPL5,KEAP1,PDCD2L,RPL6,DCAF6,DPYSL4,DPYSL5,DPYSL2,IGLON5,EPHB2,EPHB1,SOX5,TMEM8B,PDHX,EPHA4,MEF2C,RBFOX1,RBFOX2,CACNA2D1,ISLR2,SOX11,SOX12,ANK1,GNPAT,RNF123,SFRP1,BIN1,GPR161,GUF1,RPL26,OBSL1,CTXN1,NRN1,SAR1B,FOXG1,MRPL14,FXR1,CYB5R1,FAM171A1,FAM171A2,FXR2,PCBP4,PRKAR2A,ST3GAL3,ZSCAN18,ZRSR2,FZD3,PTPRN2,CADM1,BCL11B,BCL11A,ST8SIA2,H3F3A,NR2F1,PRRC2C,KLHDC8B,UBAC1,PBX1,SMARCA4,AIMP2,MEX3A,PPP1R1A,H2AFY2,RPS29,PKIA,RCOR2,RPS24,HBS1L,GRIK3,MYL6B,OSBPL11,NAT14,PPP3CB,TUBA1A,CHMP1B,FEZF2,LRRC47,ZYG11B,PRMT8,ANO8,RGMB,RGMA,TUBB2B,NME7,PXDN,SLC29A2,NFIX,SATB2,USO1,BEGAIN,ARVCF,SAMM50,CUX2,RPS15A,TCEAL5,CAMK2N1,RPL13,GPC2,GPC4,RPL17,EXTL3,RUNX1T1,JAM3,EGLN1,CENPV,BRF2,WNT7B,PCGF2,UBE2G1,LRRC20,SLC8A3,NFIA,NFIB,PSMC1,TTC3,KLHL34,UBE3A,CCDC28B,SALL2,CDH2,KPNA4,KPNA3,KPNA1,HMGN1,LMO1,SEMA6C,TPM3,CTNNBIP1,IGFBP2,SHISA4,POU3F1,POU3F2,POU3F3,FOXP1,CACNB1,CTDNEP1,OLFM1,MYCN,EEF1A2,FKBP3,RTN2,CUL5,NTM,UBR3,CACNA1A,UBFD1,DTX3,CACNA1E,PHF21B,IGSF21,EFNB1,DPP6,BTBD1,CAMTA1,NDN,OTX1,MYH10,LRRC4B,ZFHX2,AUTS2,HSPA4,CBX1,KLHL23,COPS4,CNOT4,ARHGAP33,DAB1,HOOK2,STK25,TMEM11,LHX2,HOOK1,CNTN2,NACAD,GRSF1,YWHAE,PHTF2,SCHIP1,CELF4,CHD6,CELF5,MDK,MYO18A,SPEG,DGCR6,HIF1AN,ADAMTS7,EMX1,NAA30,ADSL,VPS37D,RAD23A,DUSP26,SYNGR3,NIPSNAP1,PTP4A3,RCN2,DALRD3,DDAH2,PPDPF,CDH11,RPL37A,CDH13,CCDC43,EIF4E2,BDP1,RBM24,SHANK2,VPS4A,SRL,DLL1,AGPAT4,STOX2,TMEM201,SLIT1,NCAM1,IGF2BP2,RPP14,BEND5,OPCML,NTRK2,KCNJ11,FEM1A,PCDH8,PDE4DIP,PPP2R3A,MEIS2,CUL4A,NELL2,NFASC,SUCLA2,PDE10A,CDKN2AIPNL,ASB8,RAB12,TSPAN18,MFAP2,INSM1,PFKM,SSBP3,CBLN1"
+"gene_set_query"	"1192"	"ZNF776"	"966.0"	"ARCHS4 Coexpression,1212;Enrichr Queries,598;GTEx Coexpression,1088"	"HNRNPU,CISD2,GCC2,EPRS,RPL8,GPATCH8,LSM11,CAPNS1,PPP4R2,AKT2,PWWP2A,EPC1,EPC2,SLC12A6,SOX4,DDX17,SRRM4,WSB1,ARRDC3,REV1,ACSL6,CD3EAP,ANK3,PISD,EML5,RFX7,ZC3H11A,AKAP9,ALG10B,KCTD18,TSPYL4,PAXIP1,PIK3R1,HIF1A,MBTD1,HARS2,PHC3,PBX1,ZBTB6,GIPC1,CDK13,RBAK,CPEB4,PHF3,SMG1,PIGU,RYR3,MED17,ING4,EPM2AIP1,NIPBL,AKAP11,ZMYM2,SMPD4,PCF11,DHX15,REV3L,SDF4,ZIK1,RSPRY1,DFFB,NCOA2,TMED9,TSC22D1,TET2,NME2,SLC39A10,MRPL47,MRPS6,PGM2L1,WDR33,MLF2,MED23,PHF20L1,KIN,INF2,NFX1,MTF2,PXDN,GLCCI1,SFI1,SATB1,FAM117B,CENPB,CAMKK2,BCLAF1,CHN2,AP2S1,RICTOR,ANKRD50,RANBP2,RIC3,GABBR1,SORT1,WDR18,DEF8,ARCN1,RNF146,ATAT1,NFIB,TAOK1,NUCB1,HDGF,PKN1,KBTBD7,OTUD4,SCARB2,DGKE,CCNT2,FAM13B,ARID4A,ARID4B,CYP46A1,IGF1R,ZFP30,PAPOLG,POGZ,SMARCAD1,MACROD2,ARID2,NOMO1,TLE2,SLC38A1,ANKRD49,USP3,DYRK1A,TSC1,ZBTB34,PRPF4B,LMO7,RSBN1,MAU2,PREPL,ACAP2,DMTF1,CHMP4B,PHIP,ADNP,SRSF6,ZCCHC8,DDX6,LRRC59,TNKS,CACNA1A,UBR2,NRF1,PHB,CORO1B,ORC4,DVL1,SLC38A2,ANKZF1,ZKSCAN1,BPTF,MPDU1,ACBD6,PRNP,TIA1,SMAD4,CBX5,GOT2,NUP153,KLHL24,MARCH6,AP4B1,CLK4,SH3BP5L,EFNA2,HOOK2,ZFP62,HOOK1,MDM4,TUBGCP4,BRWD1,FGF13,RSL24D1,CREBZF,SCYL3,DIDO1,CELF1,PRKCSH,CHD6,ZFP82,CHD2,PPP1R9A,PKD1,AP1G2,SNRNP70,RB1CC1,MLST8,TNPO1,UNKL,PDPK1,PDE4D,ATRX,SIGMAR1,MSL2,VPS13A,PTBP2,ZFP90,PPM1A,TRAF7,DDX19A,CREB1,ALS2,NAV3,CTDSP2,POLR1B,LUC7L3,NFAT5,STOML1,RAB1B,GOSR1,RBM4B,RCHY1,TOB1,SRM,ABLIM1,RBBP5,FEM1C,POLR2G,RPP14,TTC14,ATF7IP,RBM39,KDM4B,USP21,LYSMD1,RPRD2,DDHD1,APC,MGAT4B,SNRNP48,P4HB,SSBP2,MDGA1,TRIM33"
+"gene_set_query"	"1193"	"HOXD10"	"967.3"	"ARCHS4 Coexpression,647;Enrichr Queries,1333;GTEx Coexpression,922"	"RPL4,MDC1,TES,TRIO,TRRAP,HNRNPU,THUMPD1,TIAL1,HERC2,TRIM28,ANKFY1,UBAP2L,PTGFRN,CCNL2,SRRM2,DDX17,MEF2C,RPL22,SOX11,CSNK1E,ANK1,SRRM1,HCFC1,MYL6,SFRP1,GPR161,KCTD15,ATF4,NUP205,POM121,NRN1,TSHZ3,DHX9,NPRL3,GJC1,LARP1,PIP5K1A,TNRC18,PLCG1,NTSR1,B4GALNT4,TRAP1,ICMT,CADM1,BCL11A,INTS3,SETD1A,NR2F1,PBX1,PRRC2B,PRRC2A,HNRNPL,PPP5C,PTK7,ID2,FXYD6,DCHS1,DZIP1,CDK16,PHF2,DAZAP1,TRIOBP,SMG5,PTMS,ROBO1,RAC3,BRD2,PARP1,CBFA2T2,MLF2,RAP2C,ZEB2,KIT,PXDN,FAM193B,SGK1,CSTB,SF3B3,HEATR1,SRRT,PRICKLE2,SLC7A1,CUX1,TCOF1,PES1,NSD1,TBL1X,ANKRD52,RPS2,MAP4K5,RPRM,MBD3,SF3A2,HUWE1,AP3D1,SAMD4B,SNCAIP,SKI,NFIA,MYBBP1A,XPOT,NFIB,KIF26A,SERBP1,TAOK2,MEGF8,NUP188,CD81,HDLBP,ATN1,ARID4A,NUCKS1,RPL10A,CLU,TOMM20,IPO5,KHSRP,PLS3,LZTS2,IGFBP3,IGFBP2,PRPF4B,MID1,ATAD3A,RNF40,ILF3,HNRNPUL1,RAB34,RPL7L1,ANAPC4,SRSF4,MASP1,KPNB1,INO80E,PKDCC,ARHGEF25,NPR2,MAZ,UBR4,LTBP4,LPL,CACNA1A,CACNA1C,PDS5B,PRPF8,CACNA1H,SOCS2,RAI1,TPR,BTBD2,ABL1,DVL2,CDH24,DVL3,VARS2,TIA1,OSBPL5,NUP155,FUS,NONO,KLHL23,NUP153,EEF2,MANBAL,CHERP,BCL9,LRCH2,HOOK2,LHX2,HOOK1,CNOT1,CNOT3,TAB3,UBA2,UBA1,CNTROB,PI4KB,EIF4G3,MDM1,EIF4G1,RERE,MUS81,ZNF512B,DIDO1,KDM5C,NUMA1,LDB1,MCM7,MAST2,HP1BP3,ILK,CHD3,LMNB2,RPS4X,SNAPC2,ZC3H7B,SNRNP70,SNAPC4,SLC37A3,TNPO2,RBM5,PELP1,NUP133,TRPC4,CAD,NAV2,SMC1A,RANGAP1,SENP3,CKAP5,PTBP2,VCAN,PTP4A3,SFPQ,SETBP1,DDAH2,CDH11,PPP1R12B,THOP1,GTF3C1,GTF3C4,SRC,SRSF1,CEBPG,CXXC1,WIZ,LRP3,STRN4,LRP6,THBS3,FOXRED2,GANAB,MTA1,POLR2A,U2AF2,RAB23,NT5DC3,POLR2D,SLIT1,NCAM1,RBBP7,MEST,PDLIM7,JAZF1,SMARCE1,SPEN,NTRK2,TAF15,NAA10,PCDH7,FBXL19,SEMA4C,ATP2B4,SSRP1,MEIS3,MEIS2,HNRNPAB,MTOR,NEURL4,ACIN1"
+"gene_set_query"	"1194"	"FOXB2"	"968.0"	"ARCHS4 Coexpression,988;Enrichr Queries,1402;GTEx Coexpression,514"	"SCOC,STMN2,TRIM28,VPS35,KIF21A,KIFAP3,PRKACB,TBC1D10B,GABARAPL2,PDHX,ACOT7,SLC6A15,SOX11,SCRIB,CSNK1E,SOX12,GABRG2,HCFC1,PRKAR1B,RUFY3,KCNQ4,CD2BP2,TTLL12,PRR12,TSPYL4,TRIM11,TELO2,BEX4,BEX2,BEX1,NRN1,MEAF6,TSHZ3,FOXG1,PHYHIPL,PDGFA,INPP5F,DHX37,KCNN2,TNRC18,SCN3A,B3GALNT1,NDFIP1,PTPRN2,MAGEE1,BCL11B,INTS1,BCL11A,IRF2BP1,MEX3D,DCLK1,PRRC2A,MLLT11,CALY,FASN,WNK2,CD200,CDS2,PTPRN,PTPRO,SNX10,ZCCHC18,PHF6,SMG5,RNF157,UCHL1,TUBA1A,SLC22A17,NKRF,RFK,DNER,NEFM,FEZF2,GPRASP2,UPF1,STARD3NL,PRMT2,SYP,MANEAL,PGM2L1,TMEM179,TUBB2A,INF2,PXDN,PITPNM2,MAPRE3,PGAM5,CD47,MAGEH1,STAU1,WRB,SATB2,NOC4L,HSPA13,CENPB,TCEAL6,GLRA2,TCOF1,PDZD11,CAMK2N2,NPY,PAK3,MBD3,GABRA3,PNMA2,SCAF1,SGSM1,MORN4,MYBBP1A,PRKRA,KIF26A,TAOK2,APBA1,PKN1,RAB3C,CLSTN3,PHRF1,STK11,ATCAY,TUBB3,FBRSL1,SBF1,MAP2K4,TTC7B,ACYP1,CASD1,POU3F1,POLRMT,TMEM130,POU3F2,POU3F3,RNF40,BSCL2,DISP2,PREPL,SLC9A6,LY6H,PDE9A,ATP6V1A,CUL3,TMEM59L,MAZ,GPR85,CACNA1A,BHLHE22,SEZ6L2,KRBA1,LRRC55,CACNA1H,NEUROD2,IGSF21,EFNB3,IRAK1,KIF3A,NACC1,G3BP2,NDN,CAMTA1,OTX1,MARK2,KLHDC10,CBX6,GGT7,RHBDD2,CBX2,NSG1,ZZEF1,NSG2,LHX2,LRFN1,SERINC1,RNF187,ZNF512B,KDM5C,PODXL2,ELAVL4,CHD6,HMGB3,FBLL1,ELAVL2,LMNB2,SEC61A2,SIN3B,ZC3H7B,EID2B,YWHAG,PELP1,EMX1,HSDL1,REXO1,PEG3,DYNLT3,SYNGR3,SEZ6L,RANGAP1,SENP2,KLF16,DNM2,GAP43,NDUFS8,DNAJC6,DCX,ATP6V1B2,TERF2IP,NAT8L,INA,AHDC1,PRPS1,USP11,ATP1A3,WIZ,FOXK1,TM2D3,FAM169A,CXXC4,AP3M2,GNG2,NCLN,CCDC85C,SV2A,PCDH1,FBRS,NTRK2,TRIM41,PCDH7,FBXL19,LIMK1,CADPS,PCDH8,USF2,NAP1L5,FAM155A,NECAP1,PDE10A,CARM1,NOVA2,ATP13A2,INSM1,CBLN1"
+"gene_set_query"	"1195"	"ZNF675"	"968.0"	"ARCHS4 Coexpression,1156;Enrichr Queries,726;GTEx Coexpression,1022"	"ARPC5L,HNRNPU,JMJD1C,GCC2,SMC3,FNBP1L,EPRS,RAPGEFL1,CDC23,CAPNS1,OPHN1,AKT1,PRKACA,ATXN7L3,SOX4,TMPO,WSB1,ARRDC3,CD3EAP,MOGS,ANK3,DDIT4,AKAP9,TTLL12,KCTD12,SLBP,MTMR1,CDCA4,FLII,CSTF2,PIK3R1,HIF1A,MBTD1,APH1A,UGCG,HLTF,HIVEP2,NDFIP2,JUN,INTS1,BCL11A,RCC2,INSR,INTS2,SLC35E3,TYSND1,NETO2,BRI3BP,ZWINT,PBX1,SMARCA4,PRRC2A,SQLE,FAM135A,TDP1,INTS7,RBAK,EZH2,PHF3,ARF3,NRP1,PIGU,SLC35F2,CITED2,NAT10,TCF20,SLC7A11,PRPF19,SPPL3,SMG5,AKAP12,AKAP11,ZMYM2,SDF4,PLEKHN1,RALGPS2,PCMTD1,UPF1,ELOVL4,TSC22D1,STRBP,MINK1,ZDHHC13,SLC39A10,PGM2L1,MLF2,AFTPH,KIF2A,MTF2,TET3,PXDN,PABPC1,RHOV,SGK1,ARF6,PCNA,SF3B3,SATB1,PRIM1,CENPB,FAM129B,NRAS,TMEM68,LEO1,USP1,GPC2,PAK6,YKT6,SCAF1,RAB11A,NFIA,CAPZA1,CCNG2,ABI1,TAOK2,NUCB1,HDGF,GRINA,HDLBP,ARID4A,IGF1R,SMCHD1,ZFP30,LAMP1,ARHGDIA,AGTPBP1,KDM2B,USP5,FBXW7,IGFBP3,VPS33B,TTC7B,THOC3,LMO7,ZBTB33,TRAIP,CTDNEP1,MSH2,RAB35,CHMP4B,PHIP,PPIG,PPIA,CSNK1G1,LRRC59,RAB5C,ANKRD12,ITPR1,NDRG1,ORC4,ORC6,DVL1,NACC1,ZKSCAN3,SKIL,PDZD7,BPTF,DR1,ARHGAP29,KLHL24,CNOT6,EFNA2,SH3BP5L,HOOK2,CNOT1,HOOK1,GNB2,GNB1,CNTN1,MDM2,NFE2L3,SPIRE2,PLEKHM2,PLXNB2,FGF13,NFE2L1,EIF4G1,KDM5B,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,HMGB1,LMNB1,PPP1R9B,DUSP11,SENP7,DUSP12,SEC61A1,LASP1,GM2A,RB1CC1,OPA3,PSD3,PDE4B,TOPBP1,DST,PDPK1,PDE4D,SPATS2,ATRX,UTP18,YWHAZ,RAD23B,PTBP2,ARL4C,TRAF7,VCAN,TFDP1,NUP50,CTDSP2,POLR1B,DNAJC5,SOS1,CUEDC1,TNFRSF21,RNFT2,GTF3C4,RAB1B,HMGCR,FAM169A,FAM168B,GANAB,CAND1,U2AF2,FEM1C,IGF2BP3,BUB3,MAPK6,ADSS,MEST,ATP9B,CDC42BPB,OXR1,TPD52L2,DLK2,KLF6,MGAT4B,P4HB"
+"gene_set_query"	"1196"	"FOXD4L4"	"969.0"	"ARCHS4 Coexpression,1283;GTEx Coexpression,655"	"EIF4A2,VKORC1L1,CNTFR,SLC27A1,ITSN1,MPI,STMN2,ENO2,SLC8A2,RNF112,TMEM145,IGLON5,SLC25A44,SH3GL2,RGS6,TRIM23,CALN1,SRRM3,MAP2K1,SRRM4,ATP6V1G2,PAQR4,TTC7B,PTOV1,ANK2,CSNK1D,ARMC8,ANK3,TMEM170B,RUNDC3B,JMJD8,KCTD6,DHDDS,RNF41,PISD,LENEP,EML4,FAM173A,MAPKAPK2,AMPH,TLN2,NDRG4,NRN1,L3MBTL2,STXBP1,LPL,PIK3R3,DTX1,KLC1,RTN4,RRP7A,IGSF21,ARHGAP21,KLC4,SYNGR1,BAG4,FUT8,PRKAR2B,B4GALNT1,E4F1,RDH13,SMN1,RAB11FIP3,PLXNA4,ST3GAL2,TBC1D16,HEXIM1,SYT4,TMEM120B,CADM3,EIF2B2,FAM78B,DMPK,MYO5A,SNF8,L1CAM,SNAP91,DAB1,LRFN4,YEATS2,AAK1,TUBGCP5,SPIRE2,NMT2,FGF11,MAP3K12,SNAP25,GABRB2,TMEM151B,KCNC1,CNRIP1,USP33,DIRAS2,MAST1,SETD7,GRIK2,PCSK7,ELAVL3,TRIM9,MAP1LC3B,MCF2L,PSD3,RAC3,HIF1AN,YWHAG,PLEKHG2,MMD,SPHK2,TBC1D9,WDR34,CBFA2T2,SAFB,TERF2,CNKSR2,RNF144A,DNM3,ALS2,NDUFS7,CDH10,SLC29A4,ITGB1BP1,ERGIC3,SHANK3,SFI1,GAS7,RNF165,CAMK2B,STOML1,DDX27,ROCK2,RAP1GDS1,ADAM22,ADD2,CAMKK2,MNT,FZR1,RMND5A,EXOSC4,ABLIM3,CHN2,MGAT3,SPOCK1,OPCML,RUNX1T1,BEND6,MBD3,SEMA4A,SLC12A5,TRIM41,LRRC24,PCDHGC4,HAGHL,NMNAT2,LRWD1,GTF2H2,RNF146,MAPK11,SBK1,GPAM,POLR3F,SPRY2,CDO1,MDGA1"
+"gene_set_query"	"1197"	"ZNF555"	"970.3"	"ARCHS4 Coexpression,1023;Enrichr Queries,707;GTEx Coexpression,1181"	"ZMYND8,ZDHHC5,THUMPD3,JMJD1C,BACH2,CAPNS1,TRIM28,DHX57,DPYSL2,MYC,LONP1,AKT1,SLC12A6,ATXN7L3,SOX4,ARRDC4,GABARAPL1,IAH1,ARRDC3,CD3EAP,MOGS,SCRIB,AARSD1,ACTN4,HCFC2,DDIT3,DDIT4,RUFY2,HECA,NUP98,KCTD12,FLII,MYCBP2,DCUN1D1,PIK3R1,GIGYF2,TTBK2,APH1A,MLEC,ATRIP,BRAP,JUN,JUP,INTS1,PLK2,INSR,IRF2BP2,PBX2,MEX3C,SMARCA2,PBX1,PRRC2A,HNRNPL,MEX3B,ID2,NMT2,HBP1,CPEB4,ITM2C,ARF3,PIGU,DAZAP1,BTG1,PTPRS,CITED2,FAF1,SLC7A11,PRPF19,SMG5,COIL,PCM1,ZMYM5,TCP11L2,SDF4,CIC,PCMTD1,CEP68,UPF1,TSC22D1,TSC22D3,MINK1,GAB2,TUBG1,DUSP6,RHOB,PXDN,NCOA7,TKT,GAS7,RPL12,DOT1L,GDPD1,FAM117B,CENPB,AKAP1,PES1,UBTD2,YKT6,SYNJ2BP,VEGFA,NFIA,CCNG2,NBR1,TAOK2,YPEL1,NUCB1,TRIP12,HDGF,PKN1,PNPLA6,YPEL5,CRAT,GRINA,FBXO25,CYP46A1,IPO5,IGF1R,EIF4ENIF1,RUVBL2,ARHGDIA,MTPAP,SBF1,BNIP3L,SLC38A1,FBXW5,USP5,ATG9A,TMOD2,MAGI2,PIAS2,FOXP1,ST7L,CTDNEP1,HNRNPUL1,HNRNPUL2,RAB35,CHMP4B,FAM92A,SQSTM1,GLYR1,ANAPC2,LRRC59,RAB5C,CUL3,MAZ,CUL1,SPATA7,SOCS2,SBNO1,IRAK1,DNAJC21,DVL1,NACC1,ZKSCAN2,ZC3H14,SAC3D1,ZKSCAN1,ODF2,CCDC136,KLHL24,EEF2,H1F0,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB2,JMY,GNB1,MKRN2,TPP2,MDM4,NFE2L1,EIF4G1,KDM5B,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,YBX1,AFF3,AFF4,LMNB2,PPP1R9B,SENP7,DUSP12,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,SNAPC3,TLK2,UBTF,KDM6B,EIF5A,TBP,USP42,PDPK1,PDE4D,ZFP91,GLRX2,RAD23B,ZFP90,DDOST,TRAF7,PTP4A3,CTDSP2,POLR1B,DNAJC5,BCAT1,PPP1R15A,RNFT2,GTF2A2,KDM3A,SMARCD2,DDX25,RAB1B,RNF38,DDX20,MFF,PPM1G,FBXL20,GANAB,U2AF2,KATNA1,GNG7,POLR2D,MKNK2,FAM120A,FEM1C,HNRNPAB,CABLES2,PNRC1,KLF7,KLF6,MGAT4B,DRG1,SPRY2,P4HB,SSBP2"
+"gene_set_query"	"1198"	"IRX5"	"970.7"	"ARCHS4 Coexpression,684;Enrichr Queries,908;GTEx Coexpression,1320"	"ZDHHC5,HS6ST1,RAPGEFL1,TSKU,FAM110A,ALCAM,DPYSL2,MYC,DAG1,AKT1,AP1S1,VPS36,SOX4,EPHA4,EPHA7,MEF2C,LIMCH1,SOX11,SCRIB,ANK3,CSNK1E,SOX12,ANK1,SFRP1,DDIT4,SIK1,PRR12,OBSL1,NRN1,NECAB3,TBC1D9B,IGSF3,NPRL3,PIK3R3,PIK3R2,PIK3R1,APH1A,NUAK1,FLRT2,GSE1,TNRC18,RDH13,RAB11FIP3,B4GALNT4,JAG2,JUN,XBP1,JUP,CADM1,BCL11B,INTS1,BCL11A,RCC2,PLK2,ABCA3,NR2F1,MEX3D,PBX1,PRRC2B,GADD45G,SMARCA4,VANGL2,MEX3A,ID2,GIPC1,FASN,SDC1,RGL2,CC2D1A,CDKN1C,DDR1,NRP1,CCDC120,SLC35F2,CITED2,RPLP1,CLTB,SPPL3,PTPRF,PTMS,ENC1,ENSA,PLEKHN1,DLGAP4,ELOVL4,ACAD9,ANO8,DYNLL2,DUSP6,MLF2,RGMA,RHOB,VAV2,MN1,ZEB2,KIFC2,CDC42EP4,CSDE1,TET3,KIT,PXDN,RHOV,SGK1,NFIX,SATB2,CRIP2,ADCY6,CENPB,ARVCF,SERTAD4,CAMK2N1,GPC1,SAMD1,NPDC1,WNT7B,PCGF2,COX6C,VEGFA,NFIA,NFIB,TAOK2,HDGF,AGRN,WWC1,FBXO28,ATN1,ARHGAP39,CELSR2,IGF1R,CDH2,SLC39A6,LZTS2,SH3GLB2,RALBP1,IGFBP3,CTNNBIP1,TPM1,IGFBP2,PPP1R16A,VPS33B,KCTD3,ATP1B1,FOXP4,POU3F2,POU3F3,RNF40,MYCN,ADAM15,EEF1A2,FKBP4,MAZ,FOXO6,DTX4,EFNA4,NDRG1,CORO1B,CACNA1H,GLIS2,SOCS2,EFNB2,RAI1,NACC1,DVL3,BCL9L,AUTS2,CPSF1,CBX4,SEC16A,TMEM132A,SSH3,EFNA3,EFNA2,LRFN4,STK24,HOOK2,LHX2,HOOK1,DLG5,GNB2,PLXNB2,BLMH,DEGS1,GPR107,PLXNB1,DEGS2,LSM14B,SERINC2,NFE2L1,RNF187,ZNF512B,B4GALT2,GSK3B,NUMA1,BICD2,DUSP12,EEF2K,MFSD5,WDR5,BCAS3,PLA2G4E,TNFRSF19,TBC1D9,RAD23B,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,TRAF4,PPDPF,CDH11,CDH13,TOP1,CUEDC1,SMARCD2,CANT1,CXXC1,PARD6G,WIZ,MLLT1,SEMA3F,ACVR1B,CACNG8,MTA1,CACNG4,NTRK2,MARCKSL1,KDM4B,PPP1R14C,PCDH7,FBXL19,CDC42BPB,MEIS2,HNRNPAB,ACVR2A,DLK2,NELL2,MARCKS,KLF6,TSPAN13,SBK1,RPS6KB1,RPS6KB2,TRIM35,TRIM37,VIM"
+"gene_set_query"	"1199"	"TBPL1"	"971.5"	"ARCHS4 Coexpression,369;GTEx Coexpression,1574"	"CISD2,LSM12,CAPNS1,MPRIP,SNRPD1,ZMIZ2,STMN1,AKT1,PRKACA,SRRM2,GABARAPL2,ATP6V1G1,CXADR,CSNK1D,MOGS,SCRIB,ACTN4,MRPS18C,RUFY1,COX7A2L,VDAC3,PRR12,EIF1B,MMADHC,SF1,TBC1D9B,FLII,MRPL13,DGUOK,APH1B,PDCD10,PRKAR2B,SYMPK,TNRC18,RAB11FIP5,SRPK2,INTS1,PRRC2A,HNRNPL,CALR,CALM2,OGFR,ZCCHC17,SMG5,COIL,MRPL42,ANXA6,GPR137,SDF4,CIC,UPF1,MMD,GAA,MINK1,SRP9,GAK,NCOR2,MRPL50,PSMA3,PSMA4,KIF2A,PSMA2,RAPGEF1,EEF1E1,ERGIC1,WRB,DLST,CENPB,FAM129B,PCNP,TCEAL8,EXOSC8,CLPTM1,ANKRD52,PAIP2,CRBN,MYO9B,SCAF1,RAB11A,TMEM60,AGBL5,SKI,PDCL3,TAOK2,CAPZA2,NUCB1,PKN1,PNPLA6,YPEL5,ACTR10,GRINA,CD81,ZFAND6,HDLBP,ATN1,SRP14,ACRBP,LAMP1,ARHGDIA,SBF1,PCYT2,MAP2K2,KDM2A,PIAS2,RBX1,FRMD3,MORF4L1,ADAM15,HNRNPUL1,EHBP1L1,UBE2V2,SNRPG,CHMP4B,SNRPE,FKBP3,ANAPC2,SLC38A10,SUPT6H,SBNO2,IRAK1,DVL1,NACC1,NAE1,BCL9L,OST4,ODF2,CCDC136,SEC16A,LSM5,OSTC,GNB2,UBE2N,CYCS,PLXNB2,GPR107,NOP10,NFE2L1,EIF4G1,ZNF512B,ACADVL,KDM5C,PRKCSH,CHD3,HMGB1,PTPN23,MEA1,PPP1R9B,SEC61A1,SEPT9,LASP1,SUMO1,ZC3H7B,SNRNP70,SUMO2,ARHGEF11,H2AFZ,VBP1,ARFGAP1,DNM2,DNAJC5,SSX2IP,PPP1R12C,CHMP5,HDAC2,GTF2A2,RNF34,DDX25,GTF3C6,DDX20,LENG8,ATP1A1,MFF,PPM1G,MLLT6,GANAB,U2AF2,PHKG2,FAM120A,EIF4E,SSB,NDUFA6,NDUFA5,NDUFA4,TXNL1,LRWD1,CDC42BPB,USP29,CLCN7,PFKL,NEURL4,ACIN1,P4HB,SSBP1,RAN"
+"gene_set_query"	"1200"	"ZNF793"	"972.7"	"ARCHS4 Coexpression,1608;Enrichr Queries,856;GTEx Coexpression,454"	"MAPKBP1,IFT172,ENO2,FNBP1L,BACH2,GPR173,RNF112,OPHN1,DPYSL2,KIF21A,SOX4,TMEM8B,CALN1,DDX17,TSPYL2,SRRM3,EPHA4,SRRM4,MEF2C,SMARCC2,RBFOX2,ARRDC3,CIRBP,CD3EAP,SOX12,ANK3,TMEM170B,MAPK8IP3,NISCH,TIAM1,EML5,ORAI2,RTEL1,BEX2,TMEM63C,STXBP1,NPRL3,TRANK1,TMTC1,APH1A,UGCG,RDH13,RIMKLB,SCAI,ZSCAN18,BBS1,ACD,PHC1,ZRANB2,PRRT2,CADM1,BCL11B,BCL11A,SLC35E3,MICAL3,UPF3A,PRRC2B,PBX1,DCLK1,LAS1L,PKIA,FAT4,PIGU,KCNC1,SNX10,GRIK2,SLC7A11,PCSK7,SIPA1L2,AACS,SHF,AKAP12,EPM2AIP1,TRIM9,MMP24,PCLO,TRIM2,CTSF,CIC,GPRASP1,RALGPS1,GARNL3,ZIK1,GRIPAP1,AP3B2,PXDN,SGK1,SFI1,SATB1,ICA1L,ADAM22,GDPD1,ARVCF,PURG,RIC3,WDR17,MYEF2,YIPF4,DAB2IP,NMNAT2,NFIA,NFIB,NEDD4,TTC3,ZFP28,CDK5R1,ANKRD13B,DGKE,ATP8A2,CRTC1,ATN1,CELSR3,SLC8A2,TMEM145,ZFP30,SALL2,CDH2,KIF5C,BASP1,POGZ,NRCAM,USP8,SLC38A1,TMOD2,TPM1,THOC1,TTC7B,TSC2,TSC1,KCTD2,FOXP1,DISP2,ACAP3,DMTF1,SCN8A,MADD,ANKS6,MAPKAPK5,SRSF5,ABCG4,LRRC59,NDRG3,CHRNA7,CACNA1B,CACNA1A,DTX3,FBXO44,SOCS2,ORC4,KLC2,ORC6,SAFB2,ZKSCAN3,SRGAP3,NDUFV3,LONRF2,PDZD7,PLXNA3,BPTF,AP1M1,RAP1GAP2,TMEM120B,SYT4,CPSF6,AUTS2,HPS4,CLK4,ARHGAP33,PTPRD,AHI1,NBEA,HOOK2,HOOK1,CNTN1,SPIRE2,GNB5,LRCH4,FGF13,MAP3K12,CHD6,SLC2A3,ZFP82,AFF3,PPP1R9A,PKD1,CABIN1,SNRNP70,MCF2L,OPA3,PSD3,PDE4B,TRIM67,PDPK1,PDE4D,VCAN,PTP4A3,ALS2,SETBP1,POLR1B,LUC7L3,IFT46,RNFT2,ANKS3,LENG8,NRXN2,RBM4B,FAM169A,HDAC6,JAKMIP2,SLC25A27,FBXL20,FZR1,ABLIM1,GANAB,PABPN1,U2AF2,VPS53,REPS2,FEM1C,RPP14,MEST,ATP9B,SH2B1,NEGR1,NICN1,PCDH7,IRGQ,NEURL4,ERCC3,VPS45,RGS11,PDE7A,UNC79,TNRC6A,CBLN1"
+"gene_set_query"	"1201"	"MTERF4"	"973.0"	"ARCHS4 Coexpression,1174;GTEx Coexpression,772"	"CPNE5,ATN1,HNRNPR,IPO7,ACRBP,GPATCH8,CCDC28B,TMEM145,AKT2,POGZ,LUC7L,CCNL2,KPNA1,SLC12A9,SRRM2,DDX17,TLE2,SMARCC2,KDM2B,METTL3,THOC1,CIRBP,REV1,TSC2,TSC1,ACTN4,MAPK8IP3,DISP2,RUFY1,FRMD3,EML5,DMTF1,PRPF3,RPP21,ANKS6,MAPKAPK5,SRSF5,SRSF8,LRRC59,PAXIP1,MAX,SUPT4H1,CACNA1A,RNPC3,RASGRP2,STK4,PGBD5,PCBP4,NACC1,SAFB2,E4F1,PLCG1,VARS2,PATZ1,RBM10,ANKZF1,VAT1,TMEM120B,OST4,PRPF38B,TIA1,GGT7,RABGAP1L,WDR59,PRRT2,TMEM50B,SYNRG,UPF3A,CLK4,UCKL1,PAN2,MARCH2,ZFP62,CCDC88C,PI4KB,CORO7,OGT,EZH1,MAP3K12,EIF4G1,CDC42SE2,ZNF512B,RBM25,RBM26,ABCD3,KCNC1,CELF1,KCNC3,MTMR14,CHD6,PIK3CD,IER3IP1,MRPL32,LIMD2,SHF,IKBKB,EPM2AIP1,SYNCRIP,SEPT6,MMP24,SNRNP70,PCF11,MCF2L,C1QBP,WDR6,GPRASP1,UNKL,RBM5,TRIM67,BCKDHA,DFFB,MAP4K2,PRMT7,IFT140,MRPS25,MMD,PLA2G4B,DDX56,MED23,QTRT1,MRPS9,ALS2,KIF2A,LUC7L3,ARHGEF1,EVL,GLCCI1,SFI1,CHMP7,WBP1,GTF3C5,LENG8,RBM4B,SPG7,SDAD1,CAMKK2,FAM129B,SLC25A27,GGA2,RXRB,FGD3,HIRA,ARVCF,MAPK8,GANAB,SPOCK2,DROSHA,NT5M,PAIP2,CYTH1,SH2B1,PEX16,RIC3,RBM39,CRBN,SEMA4D,GALNT2,NICN1,LRWD1,SNCAIP,TARBP2,AGBL5,PRPF39,NEURL4,PIK3IP1,P4HB,CBLN1"
+"gene_set_query"	"1202"	"ZNF804B"	"973.0"	"ARCHS4 Coexpression,1342;Enrichr Queries,662;GTEx Coexpression,915"	"ITSN2,FAAH,MYT1L,RCBTB1,ZMIZ1,ZMIZ2,AKT2,DPYSL2,CHORDC1,LUC7L,UBAP2L,NCKAP5,ANKS1B,SOX5,DDX17,EPHA5,EPHA7,RBFOX1,SRRM4,MEF2C,CACNA2D1,PRKCE,ANK2,ANK3,HECW1,OBSL1,TARSL2,PLA2G6,KALRN,PRPSAP1,NKAIN2,SNX1,PRDX1,ST3GAL5,PATZ1,ST3GAL1,SCN3A,SNX5,NTNG2,TMEM184C,PTPRN2,ARPP21,CADM2,TMEM50B,FAT3,CALR,PCSK2,GABRB3,ROBO2,GMEB2,CSRNP3,PIGO,KCNC3,PIGQ,GRIK5,HSPB11,RYR3,ROBO1,EPM2AIP1,PCLO,DLGAP1,TMED4,CTSB,ACAD8,IFT140,MRPS25,PRPF40B,SLC39A10,WDR34,ITFG2,PHF20L1,CNKSR2,ARHGEF9,IVD,MPPED2,CANX,TUT1,GLCCI1,PLCB1,STX12,HSD17B4,PRKX,AKAP6,ADCY1,NOL4,GGA2,HIRA,RECQL5,CHN2,CTNNA2,PAK3,GABBR2,RIC3,MBD6,ATRNL1,LSAMP,SORBS2,SNX22,VEGFA,RAB11B,AGRN,MTCH1,ATP8A2,ATP8A1,CLSTN2,KDM1B,CTNND2,FRY,SLC8A1,CDH8,YY1,RIMS1,ABHD11,PAPOLG,NRCAM,MACROD2,SH3GL2,PPFIA2,RGS7,PDIA3,NSF,DSCAM,APLP2,MAGI2,TMOD2,TTC7B,RUNDC3B,PDIA4,SLC9A6,TBL1XR1,DKC1,ELMO1,GRIA1,PEF1,CTTNBP2,NTM,CACNA1A,CACNA1C,CACNA1E,RAP1GAP,HSP90B1,DPP6,FUT9,MBIP,CAMTA1,LRRC4C,PLXNA4,AUTS2,SYT1,TRAPPC9,PAN2,PTPRD,REEP1,AHI1,LRFN5,RALYL,DAB1,DLG2,HOOK2,NBEA,ZFP62,CNTN1,UBA1,PLXNB1,FGF13,ZNF512B,PPP1R13B,DOCK3,CHD6,AFF3,GRM5,ZC3H7B,PPP6R3,PSD3,PDE4B,TMEM108,WDR6,PHACTR1,ERC2,GAL3ST3,EDIL3,PDE4D,RTN4RL2,NAV2,PTP4A3,NRG3,NAV3,SETBP1,CDH10,CDH13,USP40,LUC7L2,SHANK2,NLGN1,NRXN1,ATP1A1,SPG7,LRP8,CYTH2,TAF1D,MAT2A,OPCML,CLVS1,PPIL2,PCDH9,NEGR1,PCDH7,NTRK3,TXNL1,CADPS,OXR1,MYO16,NELL2,FAM155A,PDE10A,FMNL2,APC,PTPN9,RGS12"
+"gene_set_query"	"1203"	"ZNF501"	"973.0"	"ARCHS4 Coexpression,1024;Enrichr Queries,1052;GTEx Coexpression,843"	"FCF1,PHAX,EPRS,FNBP1L,ALKBH8,SAMD14,CAPNS1,DPYSL2,AKT1,PRKACA,ATXN7L3,ACVR1,ARRDC4,MED1,DDX18,CXADR,WSB1,ARRDC1,ARRDC3,RECQL,CD3EAP,MOGS,SOX11,ARMC1,FAM133B,TWSG1,KATNAL1,ZSCAN21,DDIT4,HECA,KCTD18,TSPYL4,BEX2,DHX8,MTDH,DHX33,LARS,HMOX2,SCAI,ZSCAN18,PTPRN2,PLK2,RAB3IP,DCLK1,PRRC2A,AIMP1,MLLT11,HNRNPL,PCDHGA11,STAG1,ZBTB6,ZZZ3,CALU,SFXN1,GTF2IRD1,DHX29,FAT4,ARF3,PIGU,CITED2,VLDLR,BMI1,SIPA1L2,AKAP12,TRIM9,TUBA1A,REV3L,DHX15,UBXN7,RIOK2,CIC,ZIK1,RSPRY1,UPF2,UPF1,PBRM1,DFFA,ELOVL4,TSC22D3,TCF12,MINK1,BAZ1B,SRP9,MLF2,SLC7A5,INF2,CDC42EP3,PXDN,FAM20C,AIDA,SGK1,ERGIC1,GAS7,CSTB,ADCY1,CENPB,ARNTL,CUX2,PPP1R8,TMEM68,PCGF6,MBD6,YTHDF3,MTX3,GTF2H1,VEGFA,KLHL9,ATAT1,DPY19L3,KLHL7,TAOK2,TCEA1,NUCB1,GOPC,RPL22L1,HDGF,PKN1,RAB3GAP1,ZFP28,GRINA,DBR1,CWC27,TSEN2,ZFP30,KIF5C,CWC22,AZI2,SBF1,SBF2,FADS1,CSNK1G3,RAB2B,GPT2,ANKRD45,OLFM1,TMX3,HNRNPUL1,RAB35,CHMP4B,CSNK1G2,RAI14,ANKRD16,RAB5C,BTF3L4,CACNA1C,SUPT6H,CORO1C,SOCS2,EFNB2,ORC4,RNASEH1,NACC1,BRIX1,ANKRD28,PRNP,AUTS2,OSBPL5,KLHL26,SEC16A,CRIM1,ASNS,DNAJC13,ZBTB12,EIF2S1,DNAJC17,KLHL20,SLC7A6OS,HOOK2,COPS2,GNB2,RFXAP,UBE2O,BRWD1,RSL24D1,LRP12,EIF4G1,ITGB1,PCDHGB7,PRKCSH,DOCK7,USP34,CHD6,SLC2A3,ZFP82,TRIAP1,PPP1R9B,DUSP12,SART1,SGCB,PPP6R1,SNRNP70,PPP6R3,PDE4B,TNPO1,ILKAP,PCDHGA4,DST,PLRG1,DNM2,LATS1,VCAN,PTP4A3,RCN2,CTDSP2,POLR1B,DNAJC5,CRK,PPP1R12C,PPP1R15A,SEC23A,HDAC2,RGS16,RAB1B,WBP4,MAK16,ADD2,RMND5B,SRR,ABLIM1,DNPEP,U2AF2,TAF1A,FAM120A,MEST,FBRS,TRIM44,RNF20,SMARCE1,SSB,PTCD2,PCDH9,CDC5L,CDC42BPB,PSAT1,MGAT4B,ERCC8,ABCE1,SSBP2,TRIM32,TAF2,MBTPS2,UNC79"
+"gene_set_query"	"1204"	"ZNF792"	"974.0"	"ARCHS4 Coexpression,1299;Enrichr Queries,655;GTEx Coexpression,968"	"RPL3,UXS1,HDAC11,STMN3,CBLB,BACH2,FAM110A,CNST,HERC1,ZMIZ1,DPYSL2,MYC,DPYSL3,HABP4,LONP1,KIF21A,BTRC,PRKACB,SOX4,ACOT9,EPHA4,ST6GAL1,ARRDC3,CD3EAP,RUFY1,RUFY3,ADPRH,XRN2,DDIT4,PSME1,HECA,KCTD12,TRIB2,KCTD15,BEX4,IGSF8,MEPCE,TRANK1,PHYHIPL,PRKAR2B,ERI3,MCMBP,JUN,RABGAP1L,JUP,BCL11B,BCL11A,PLK2,EIF2AK1,TOLLIP,ID2,CCDC88C,ITM2C,FKBP15,CITED2,GRIK5,LIMD2,SERP2,AKAP12,ARV1,NUDCD3,ENC1,RPLP2,TCP11L2,JAK2,JARID2,JAK1,PCYT1B,GP1BB,MMD,TSC22D3,NCOA4,ANO6,DYNLL1,DYNLL2,DUSP6,RHOA,MTSS1,MLF2,RHOB,RNF144A,SLC7A5,KIF2A,CDC42EP3,PXDN,PITPNM2,ARHGEF4,RHOU,PLEKHO1,SGK1,FJX1,GRAMD1A,SATB1,WRB,DERL1,GNAI2,RXRB,SH3BGRL,TCEAL5,MGAT1,NT5M,PAK2,MAP3K3,VEGFA,ATAT1,MORN4,NFIA,CCNG2,NEDD4,YPEL1,GOPC,PKN1,MRFAP1,CELSR2,ACRBP,SALL2,PPME1,CHCHD6,IFNAR2,USP5,TPM1,F2R,RPS6,WRNIP1,ZBTB34,ADAM19,TPST2,FRMD3,TOM1L2,CMPK1,TOX,MAX,PXN,RASGRP2,ADIPOR1,NDRG1,RAP1B,EFNB2,SDCBP,GRK6,EIF4EBP2,PLXNA1,RPRD1A,BCL9L,UVRAG,PRNP,ATP8B2,M6PR,HPS3,KLHL24,GNAO1,ARHGAP33,NFKBIA,MARCH2,BCL9,DLG2,EFNA2,SLC7A6OS,HOOK2,HOOK1,SP3,PIN1,STT3B,MXD4,YWHAE,KDM5B,PODXL2,PRKCSH,PTEN,CHD6,ARRB1,SLC2A3,LDB2,PITPNC1,LMNB1,PIK3C2B,SPRED2,DUSP12,SEPT6,MDK,PDE4B,NCK2,EVI5L,TNPO2,USP46,KLF11,PLEKHG2,KLF13,PDPK1,SH2D3C,RPS3A,DCK,ARL4C,VCAN,PTP4A3,CTDSP2,CAT,LANCL2,TMEM9,BCAT1,TNFRSF21,PPP1R15A,MTPN,GTF2A1,DCTN1,ASAP1,FAM169A,CLCN3,HDAC7,DNAJB2,ABLIM1,KCTD20,BNIP2,FEM1C,DRAM2,MTA3,ATP9A,PDLIM7,MARCKSL1,USP20,SMOX,ATP2B4,PTPN12,MAPK14,KLF7,TSPAN14,KLF6,SNRK,PPP2R2C,PIK3IP1,PPP2R2B,MFAP3,SPRY2,PDE7A,TPT1"
+"gene_set_query"	"1205"	"ZNF689"	"975.0"	"ARCHS4 Coexpression,1061;Enrichr Queries,323;GTEx Coexpression,1541"	"PPAN,KEAP1,STMN3,ZDHHC6,EPRS,TSKU,BACH2,LSM12,RAVER1,ZMIZ1,MYC,ZXDC,SEPHS2,SOX4,TBC1D10B,WSB1,CXADR,ACTN1,CIRBP,CD3EAP,GTPBP4,CDC37,GRWD1,DDIT4,CD2BP2,TBPL1,EZR,KCTD15,PRR14,ATF4,TTYH3,SET,NOLC1,LDHB,SYNGR1,RAB11FIP5,S100A10,FDFT1,BRAP,JUN,CDC7,PAICS,ZWINT,EHD1,MEX3A,FASN,FUBP1,PSMG1,CALM3,RNPS1,CPEB4,ITM2C,CDKN1B,GMEB2,CITED2,SLC44A2,MRPS12,PRPF19,MED16,KRI1,ADO,COIL,TMEM189,ZMYM5,NCOA1,BRD2,PBRM1,SPHK2,IFNGR2,LRRC40,PRPF40A,ELOVL6,TUBG1,MRPS7,PPRC1,MED26,SRP9,MLF2,MRPL44,ENAH,SLC7A5,PXDN,MTF2,TCP1,ARHGEF2,SGK1,KPTN,GART,DBN1,CSTB,TOMM40,PCNA,SRRT,NOL6,PSMB5,SNX27,NFIL3,NSD1,ORMDL3,CCT8,DTD1,SRSF10,SF3A3,NPM1,YTHDF2,WDR18,MCRS1,VEGFB,AGBL5,RSL1D1,NUDT21,PKN1,CIAPIN1,DPAGT1,FAM49B,PHLDB1,MIDN,CSE1L,UBE2D3,FBXO25,ACRBP,IPO5,RUVBL2,KPNA2,FADS1,SLC38A1,SUPT16H,FBXW5,PCYT2,ILF2,RSBN1,ATXN2L,MORF4L1,MSH2,PPIF,SRSF3,SNRPC,FKBP3,DDX6,DNMT1,PFKFB3,RNASEH2A,RPS19BP1,CUL3,GLO1,ISG20L2,CLEC16A,ACAT2,SOCS2,STIP1,SNN,SBNO2,BAG4,PITRM1,GRK6,EP400,NAE1,ZC3H14,BCL9L,FDPS,PRNP,CBX5,NUP155,ODF2,BOD1,CCDC136,CPSF3,CBX2,IDH1,MARCH7,COPS3,EFNA2,HOOK2,NASP,CHMP2A,BRWD1,ZNF512B,HSP90AB1,MCM7,HMGB3,YBX1,HMGB1,PHTF1,SYNE2,LMNB1,MRPL4,SPRED2,DUSP12,SPRED1,SNAPC4,SUMO2,PDE4A,TMEM109,SLC37A4,TNPO3,RBM17,RFC3,TBP,PDPK1,H2AFZ,H2AFX,VPS37C,ZFP91,RANGAP1,ARID1A,ZFP90,DDOST,THRAP3,CTDSP2,POLR1B,DCTPP1,PPP1R15A,DCTN5,HDAC2,RNF34,CEBPG,DDX20,TM2D3,PPM1G,HDAC7,SLC25A28,DNPEP,HIRIP3,GNA12,BEND3,FEM1C,ASCC2,BUB3,RBBP7,HNRNPA1,FBRS,CAMK2G,PDLIM7,PTPN1,KDM4A,PPIL1,LRWD1,HSPE1,USP29,ASXL1,TSPAN14,KLF6,SBK1,SYT11,PSAT1,IMPDH2,DRG1,EIF3G,RAN"
+"gene_set_query"	"1206"	"HOXD11"	"975.0"	"ARCHS4 Coexpression,591;Enrichr Queries,1373;GTEx Coexpression,961"	"RPL4,MDC1,TES,KDELR1,TRRAP,RRP1,HNRNPU,THUMPD1,PWP2,PHB2,TIAL1,RPS15,RPS17,TRIM28,ANKFY1,UBAP2L,PTGFRN,RPS10,SOX11,MIF,CSNK1E,SRRM1,HCFC1,MYL6,SFRP1,GPR161,KCNQ4,KCTD15,ATF4,NUP205,NRN1,TSHZ3,FOXG1,NPRL3,MRPL12,GJC1,DHX30,DHX37,PIP5K1A,TNRC18,NTSR1,TRAP1,JUN,ICMT,CADM1,BCL11A,SETD1A,NR2F1,IRF2BP1,PA2G4,PBX1,PRRC2B,PRRC2A,HNRNPL,PPP5C,PTK7,FXYD6,DCHS1,RNPS1,DUS1L,DZIP1,CDK16,PHF2,DAZAP1,CCDC124,PRPF19,TRIOBP,SMG5,PTMS,C1QBP,NEFL,RAC3,EMD,CCT3,PRMT5,BRD2,DFFA,PARP1,COMMD6,CBFA2T2,MLF2,RAP2C,MED22,ZEB2,PXDN,PGAM5,SGK1,SF3B3,SATB2,SRRT,PRICKLE2,SLC7A1,CUX1,TCOF1,PES1,NSD1,SPOP,TBL1X,CKB,ANKRD52,RPS2,CCT7,RPRM,MBD3,RANBP1,SF3A2,HUWE1,AP3D1,SAMD4B,SNCAIP,NPM3,MYBBP1A,KIF26A,SERBP1,CRLF1,NUP188,CD81,TOMM20,ARHGDIA,RUVBL2,KHSRP,SCMH1,PLS3,LZTS2,RPS8,IGFBP3,IGFBP2,MID1,ATAD3A,POU3F3,RNF40,ILF3,HNRNPUL1,RAB34,ANAPC4,SRSF4,MASP1,KPNB1,SNRPA,LRRC59,TBC1D19,INO80E,ARHGEF25,NPR2,GLO1,MAZ,AK2,CACNA1A,CACNA1C,PDS5B,PRPF8,CACNA1H,CORO1C,SOCS2,IRAK1,ABL1,DVL2,DVL3,CDH24,OTX1,TIA1,OSBPL5,NONO,KLHL23,EEF2,MANBAL,CHERP,BCL9,CDK8,LRCH2,NR4A3,HOOK2,LHX2,HOOK1,UBE2S,LRFN1,UBA2,UBA1,CNTROB,MDM1,EIF4G1,RNF187,UBE2M,RERE,MUS81,ZNF512B,KDM5C,NUMA1,LDB1,ZMYND19,HP1BP3,ILK,DBI,CHD3,ELAVL2,LMNB2,RPS4X,SNAPC2,WDR5,SLC37A3,TNPO2,PELP1,EIF5A,EMX1,NUP133,TRPC4,CAD,H2AFX,SIGMAR1,DDX54,REXO2,SMC1A,RANGAP1,SENP3,PTBP2,FAM189B,VCAN,PTP4A3,SETBP1,CDH11,AKT1S1,PPP1R12B,THOP1,GTF3C1,PRPS1,SRC,SRF,SRSF1,PRCC,RPL36A,WIZ,LRP3,STRN4,LRP6,SRM,FOXRED2,TMEM201,GANAB,MTA1,NCLN,POLR2A,U2AF2,SAP30L,RAB23,NT5DC2,NT5DC3,SLIT1,RBBP7,PDLIM7,JAZF1,SMARCE1,SPEN,NAA10,PCDH7,FBXL19,SEMA4C,ATP2B4,SSRP1,MEIS3,MEIS2,HNRNPAB,NELL2,RBM42,STUB1,INSM1"
+"gene_set_query"	"1207"	"MKX"	"975.3"	"ARCHS4 Coexpression,1144;Enrichr Queries,958;GTEx Coexpression,824"	"TRIO,PITPNB,DIXDC1,ADARB1,NDST1,ALCAM,DPYSL2,DPYSL3,AKT3,DIP2C,ACVR1,EPHA4,MEF2C,LIMCH1,ACTN1,ARMC9,AFAP1,TWSG1,SFRP1,IFT81,KCTD10,DDIT4,KCNQ4,NRN1,TSHZ3,NPRL3,TMTC1,ADH5,FLRT2,DHX35,TNRC18,MAP4,RAB11FIP5,ICMT,CADM1,PLK2,NR2F1,DCLK1,EXT1,EXT2,PTK7,ID2,CALU,FAT4,FERMT2,NRP1,TRAM1,CITED2,GPR21,SETD7,PCSK7,SLC7A11,VLDLR,PTPRK,AKAP12,ENC1,TIMP2,TCF12,ANO6,COMMD6,DUSP6,MLF2,ENAH,MN1,NME7,PXDN,FAM20B,AIDA,GAS6,SGK1,NFIX,SATB2,PRICKLE1,FAM129B,PCNP,SH3BGRL,SERTAD4,TCEAL3,CAMK2N1,GPC1,TCEAL1,SPOP,FLNA,GPC4,JAM3,NFYB,SORBS1,ARCN1,PDP1,OSTM1,NFIA,NFIB,SLMAP,ESYT2,RAB3GAP1,CRLF1,PRDM8,FHOD3,FAM13B,HDLBP,UBP1,ALDH1L2,PPP1CB,CDH2,SCMH1,SLC39A7,LZTS2,TPM4,IGFBP3,F2R,IGFBP2,LMO7,FOXP1,RAB34,SPECC1L,MASP1,RAI14,LRRC59,CD151,ARHGEF25,ZC4H2,NPR2,ITPR1,LPL,CACNA1A,TARS,FBLN1,CACNA1H,GLIS2,CORO1C,SEL1L3,EFNB2,RAP1A,ESD,ABL1,PLXNA1,SLC38A2,ATP8B2,CRIM1,DSTN,ARHGAP29,DNAJC13,MANBAL,MARCH4,ARHGAP23,REEP1,PTPRD,LRCH2,BMP1,HOOK2,HOOK1,CNTN1,CPE,AMOTL2,ITGB1,B4GALT2,WDR1,CHD6,ILK,RND3,TTC28,DUSP12,SEC61A1,UBE2Q2,ZC3H7B,SPEG,DACT3,PMEPA1,EDIL3,UNC45A,PPP1R12A,PCDHGA4,TRPC4,TNFRSF19,NAV2,DDX50,RAD23B,TGFBR1,CKAP4,ARL4C,VCAN,PTP4A3,SETBP1,DDAH1,ASPH,CDH11,TRNP1,CDH13,PPP1R12B,MET,SEC23A,ROCK1,LRP1,ROCK2,SRF,CXXC1,CYTH3,ALDH1B1,RAB23,SLIT1,SH3BP4,PDLIM7,NTRK2,SEPT11,NEGR1,PCDH7,ATP2B4,CCK,PTPN11,MEIS2,NELL2,GOLPH3,KLF6,MFAP2,VIM,KCNK2,CUL4B"
+"gene_set_query"	"1208"	"TBX19"	"975.7"	"ARCHS4 Coexpression,1134;Enrichr Queries,1070;GTEx Coexpression,723"	"APP,CERK,TRRAP,IFT172,GOLGA2,GPR173,GOLGA3,TRIM28,MPRIP,DPYSL2,MYC,DAG1,AP1S1,KIF21B,GLUL,IER5,SOX4,CHGB,SOX5,TSPYL2,HES6,MEF2C,IAH1,PTOV1,WDR73,ATG13,HCFC1,THAP7,DDIT3,GPR161,DDIT4,ORAI2,HECA,MEG3,CUTA,RTEL1,NUMBL,MEAF6,TMEM63C,MAGED1,AAAS,HTATSF1,SCFD1,LARP1,GSE1,MLEC,RDH13,MAP4,JAG2,JUN,RABGAP1L,PHC1,ZRANB2,ZFR2,BCL11A,XRCC1,MTHFR,NR1D1,PBX1,HNRNPL,ID2,MAGED2,DZIP3,ITM2C,ARF3,ARF1,PIGU,PTPRN,CLTC,SLC7A11,PRPF19,SYNCRIP,SMPD4,SEC13,SSR4,TSC22D3,NME3,AMPD2,DYNLL2,DUSP6,MLF2,NCOR2,DDB1,SLC7A5,TMEM179,PXDN,CANX,SGK1,SDCCAG8,CSTB,AHCY,CENPB,ARNTL,TM9SF3,NFIL3,RPRM,MBD6,YIPF2,BRF1,MIB2,AP3D1,DAB2IP,MIAT,AP2B1,VEGFA,NFIA,SGSM2,TTC3,SERBP1,RIMBP2,HDGF,ATP8A2,TUSC3,CLSTN1,HDLBP,IPO7,CELSR3,IPO5,POFUT2,MACROD2,SH3GLB2,USP5,TSC2,ATP1B1,FOXP1,PYGO2,ARMCX2,SCG5,PKP4,FKBP4,KPNB1,LRRC59,FKBP2,CUL7,CCDC24,ARL1,FOXO6,CACNA1A,CACNA1D,PHB,KRBA1,SEZ6L2,NDRG1,PLD3,PHF21B,PCSK1N,NACC1,PLXNA2,ABL1,ANKRD10,PLXNA3,IVNS1ABP,PRNP,CPSF7,RHBDD2,MARCH9,NSG1,EEF2,FBXO31,NFKBIA,AHI1,EFNA2,NR4A3,HOOK2,HOOK1,GNAS,CNTN1,IFT27,LZTR1,LSM14B,CNIH3,BCL2L2,NFE2L1,EIF4G1,ZNF512B,NAA40,PRKCSH,CELF3,CHD6,CHD5,ATP2A2,CHD4,PTPN23,AFF3,LMNB2,RPGR,TRO,DUSP12,ABHD16A,AP1G2,MDK,ZC3H7B,PDE4B,WDR6,YWHAG,EIF5A,DST,ABCC8,PDPK1,RAD23B,ARFGAP1,ARL4C,PTP4A3,TMEM214,CTDSP2,IMPAD1,IRF9,GTF3C1,STOML1,RGS16,SRSF1,CXXC1,HDAC6,HSPD1,FAM168B,GANAB,DNPEP,U2AF2,RBBP5,NNAT,EIF4H,FYN,EIF4B,MBTPS1,SEMA4D,NICN1,ATP2B4,PTPN11,SSRP1,CDC42BPB,HNRNPAB,NELL2,SLC4A8,KLF6,INSM1,UNC79,TNRC6A,METAP2,EIF3B"
+"gene_set_query"	"1209"	"ZNF630"	"976.5"	"ARCHS4 Coexpression,1041;GTEx Coexpression,912"	"MTCH2,VARS,CCNI,HDLBP,IPO7,RCBTB2,IGF1R,TRIM28,PAPOLG,PSMD2,ARHGDIA,POGZ,PWWP2A,AKT1,MTPAP,SBF1,ATXN7L3,PCID2,ANKRD49,IAH1,USP5,AIP,MOGS,WBP11,MFSD10,THAP3,HNRNPUL1,HNRNPUL2,RAB35,CHMP4B,RBCK1,CGGBP1,PRR14,KPNB1,CSNK1G2,GLYR1,ANAPC2,RNASEH2C,LRRC59,TSHZ3,CTBP2,MAX,ARHGEF25,NXPH3,ZC4H2,FLII,MAZ,TRANK1,DTX3,PHF21A,GLIS2,INPP5B,APH1A,DVL1,NACC1,RBM10,PDZD7,TRAPPC2,IVNS1ABP,ZRSR2,ACBD6,TIA1,INTS1,INTS3,PBX2,EEF2,PRRC2A,CLK1,HNRNPL,TBL3,SH3BP5L,CNOT3,GNB1,SPIRE2,INTS4,RGL2,EZH1,NFE2L1,EIF4G1,MUS81,USP35,ARF3,KDM5C,DAZAP1,WDR1,PRKCSH,HP1BP3,PIGP,ZFP82,YBX1,TAZ,PRPF19,LMNB2,SMG5,MED17,PPP1R9B,ING4,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,WDR6,SDF4,CIC,RBM6,DFFB,UPF1,ATMIN,MINK1,AMT,CTPS2,NME3,COMMD6,ITFG2,RAD23B,RAB33B,KIN,MED22,PSMA6,TRAF7,CTU1,DNAJC5,WAC,SNURF,CRELD1,RNFT2,GTF3C1,RNASEL,WBP1,ANKS3,SRSF1,CENPB,TSPAN31,RXRB,PSMB7,HIRA,FAM168B,GANAB,PUF60,CUX1,U2AF2,PES1,FAM120A,TMEM68,METTL6,MTA2,YKT6,TTC14,USP21,FBXL19,NICN1,LYSMD1,SSRP1,CDC42BPB,DEF8,RAD52,CARM1,ST7,TAOK2,MGAT4B,SARM1,ACIN1,NUCB1,SNRNP48,HDGF,CIAPIN1,P4HB,MPHOSPH8"
+"gene_set_query"	"1210"	"RORA"	"977.3"	"ARCHS4 Coexpression,1084;Enrichr Queries,501;GTEx Coexpression,1347"	"EPHB6,ITSN2,APP,RAPGEFL1,BACH2,FAM110A,ALCAM,TRIM28,HERC1,DPYSL2,MYC,AKT3,LONP1,EPC1,VPS36,GLUL,SOX4,SOX5,EPHA4,GABARAPL1,MEF2C,DAPK1,CACNA2D1,PRKCE,ARRDC3,ANK2,ANK3,ANK1,TIAM1,DDIT4,SIK1,HECA,MYCBP2,NEDD4L,AGAP1,PIK3R1,SGPL1,RDH13,HIVEP2,ST3GAL1,CDK17,NDFIP2,JUN,JUP,CADM1,BCL11B,BCL11A,RCC2,NR1D1,SMARCA2,PHC3,PAICS,PBX1,DCLK1,EIF1,CCT6A,VANGL2,ID2,CCDC88C,SDC1,ITM2B,CPEB4,ITM2C,CDC42SE2,HERPUD2,NRP1,DAZAP2,PIGU,SMG1,BTG1,CITED2,CLTB,SLC7A11,VLDLR,SPPL3,ROBO1,AKAP12,TUBA1B,TCP11L2,PLEKHN1,PCMTD1,CCT3,ELOVL4,TSC22D3,ACAD9,NME2,LIME1,DUSP6,MTSS1,MLF2,RHOB,PARP8,NME1,ZEB2,TET3,KIT,PXDN,PLCB1,SGK1,RNF166,GAS7,NFIX,AHCY,SATB1,ARNTL,EXOSC7,PPP1R2,NFIL3,CCT5,RUNX1T1,WNT7B,SNX21,SORBS1,VEGFA,PER1,NFIA,NFIB,CCNG2,ABI1,HDGF,YPEL5,FBXO28,SLA,ARID4B,FRY,SLC8A1,IGF1R,SMCHD1,RNF19A,PPP1R16B,RALBP1,RALGAPA1,IGFBP3,USP3,ANKRD44,CTNNBIP1,FRMD4A,ATP11B,POU3F1,PGD,FOXP1,PCP4,TNIK,TOX,KLHL18,LRRC59,PFKFB3,INSIG1,ANKRD12,ITPR1,PHB,STK4,EFNA4,NDRG1,NACC1,PLXNA2,CAMTA1,PRNP,AUTS2,CRIM1,KLHL24,PTPRD,EFNA3,HOOK2,HOOK1,BLMH,DEGS1,DEGS2,SAE1,YWHAE,DOCK4,PRKCSH,CELF2,CHD6,SLC2A3,AFF3,BICD2,SYNE2,LMNB2,DUSP12,EEF2K,PSD3,PDE4B,PMEPA1,SUN2,DST,PLA2G4E,PDPK1,PDE4D,TNFRSF19,NAV2,PPP2R5C,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,CTDSP2,CDH13,NFAT5,PARD6G,ACVR1B,NCALD,ABLIM1,RAB40C,SPOCK2,LEPROTL1,NT5DC2,FYN,NCAM1,ATP9B,CYTH1,NTRK2,PPP1R14C,PDE4DIP,LYSMD4,SSRP1,HNRNPAB,ACVR2A,PNRC1,NELL2,KLF7,KLF6,SNRK,PIK3IP1,IMPDH2,RPS6KB2,TRIM35,PDCD4,VIM"
+"gene_set_query"	"1211"	"NPAS2"	"978.3"	"ARCHS4 Coexpression,984;Enrichr Queries,747;GTEx Coexpression,1204"	"NCKAP1,APP,TRIO,ZDHHC5,RAPGEFL1,TXNDC17,SCAMP4,ALCAM,MPRIP,DPYSL2,MYC,SOX4,EPHA4,MEF2C,CXADR,LIMCH1,DAPK1,ACTN1,ACSL6,CD3EAP,AFAP1,SCRIB,ANK3,ACTN4,ANK1,SFRP1,DDIT4,TTLL12,UBA52,CCDC82,KCTD18,STX1A,IGSF3,NEDD4L,PIK3R1,LDHB,SGPL1,DHX32,CYB5R3,PCBP2,ERI3,RDH13,HIVEP2,ST3GAL1,RAB11FIP5,NDFIP2,JUN,TMEM184B,JUP,PLK2,PDE2A,H3F3A,MICAL3,MICAL2,NR1D1,IFFO1,DCLK1,EXT1,FAM135A,GIPC1,ID2,SDC1,ITM2C,NRP1,PYGB,CCDC120,HIP1,CITED2,CLTB,SLC7A11,VLDLR,PTPRK,SHB,CLINT1,LIMD2,ENC1,NCS1,PLEKHN1,MINK1,ZDHHC13,DUSP6,MLF2,RHOB,SLC22A23,INF2,PXDN,ARHGEF2,RHOV,KIFC3,PLCB1,SGK1,SDCCAG8,CSTB,NFIX,STAU1,SLC7A1,PSMA7,FAM129B,GNAI2,ARNTL,BEGAIN,NFIL3,CAMK2N1,GPC1,PAK6,MAP4K4,DAB2IP,SAMD4B,SORBS2,VEGFA,LETM1,TTC9,FABP5,NFIA,NFIB,CCDC6,TOMM7,PKN1,CHPF,CEP120,CLSTN1,PLOD3,CLU,EDC3,SLK,FAM162A,CAPN2,GPT2,IGFBP3,SPNS2,LMTK2,WRNIP1,LMO7,FOXP1,ADAM19,CACNB3,SLC27A4,FKBP5,CD151,AK1,ITPR1,LPL,CACNA1A,NDRG1,CORO1A,RTN4,SOCS2,EFNB2,RAI1,ORC4,IRAK1,PITRM1,PLXNA2,MARK4,BCL9L,UVRAG,PRNP,CBX4,CRIM1,ARHGAP29,ARHGAP32,NR4A3,SLC7A6OS,DLG3,HOOK2,HOOK1,TADA3,CNTN1,DEGS2,GNB5,SERINC2,BCL2L2,RBM28,MCFD2,PRKCSH,CHD6,DUSP12,MFSD5,PDE4B,PMEPA1,DST,PDPK1,PDE4D,TBC1D8,NAV2,EPN1,CKAP4,ARL4C,VCAN,PTP4A3,ASPH,CTDSP2,CDH11,TRNP1,FAM84A,CDH13,ACOX3,MET,TNFRSF21,B4GALT5,GTF3C1,SEC23A,NAA20,ROCK2,EI24,CXXC1,ATP1A1,EHBP1,RMND5B,DNPEP,GNA11,MGAT5B,POLR2D,PCDH1,UBQLN4,PCDH7,TAF10,SEMA4B,ATP2B4,CDC42BPB,SEMA4G,BAIAP2,RAB10,NELL2,MYO1B,KLF6,PDE10A,FMNL2,SPRY2,RGS12,CEBPZ,PFKP,BCAR1"
+"gene_set_query"	"1212"	"HNF1B"	"979.7"	"ARCHS4 Coexpression,1434;Enrichr Queries,1218;ReMap ChIP-seq,287"	"EIF4A2,VEZT,APP,SCOC,MT-ND4,TES,TXNDC11,GPATCH1,CCNC,BACH1,RPL9,RPL7,PNN,HERC3,ALCAM,GOLGA5,DPYSL2,MYC,GPBP1,PIP4K2A,RPL37,PELO,IER5,SOX4,TRIM23,TMPO,CXADR,LIMCH1,MTUS1,AFAP1,MOGS,ACTN4,ANK3,PRKAB1,ANK1,GTPBP4,EML4,EID1,WDR82,DDIT4,MTHFD2L,TBPL1,RBCK1,EZR,TRIB2,ANAPC13,CTBP2,DHX9,SUPT4H1,PDGFA,SLAIN2,LIAS,HIF1A,INPP5F,RDH11,GRPEL2,TSPAN5,SEC31A,S100A10,XRCC6,JUN,JUP,CADM1,BCL11A,PLK2,IRF2BP1,NR2F1,IRF2BP2,HSPA12A,PAICS,PBX1,EIF1,EXT1,FAM135A,ARL2BP,EIF6,TDP2,SESTD1,ID2,PPP1R1B,NMT2,FBXL5,CALM2,LGMN,CDC42SE2,ITM2C,DHRS13,NRP1,PYGB,BTG1,GFM2,CITED2,HEXB,TECR,SLC7A11,SHB,SMG7,CX3CL1,MRPL33,RNF157,MED13,TMSB4X,ENC1,DHX15,TK2,RALGPS2,TPI1,MIOS,DUSP1,MRPS23,SLC39A10,ELOVL6,RHOF,TERF2,DUSP6,RHOB,MLF2,TOX3,UGDH,NSA2,RAP2B,PTRH2,CDC42EP4,PXDN,RAPGEF2,NCOA7,SGK1,DSCAML1,SFI1,ARF6,TRUB1,SF3B4,NFIX,SLC20A1,GNAI2,TMEM169,CAMK2N1,LMAN2,ZSWIM6,SRSF10,ATAD1,TMEM62,VEGFA,PDP1,NUDT9,KLHL5,NFIA,NFIB,APEX1,CCNG2,CAPZA2,ACAA2,ZFAND3,WWC1,ZFAND5,SYAP1,RNF19B,FAM174B,CAPN2,PLS3,MAP3K9,MACROD2,USP3,IGFBP3,F2R,ATP11A,KCTD3,ATP1B1,FTSJ1,FOXP1,CHMP4B,MATR3,SRSF8,PFKFB2,INO80B,PXN,SLC1A1,GPR85,CACNA1A,UBR1,NDRG1,RAP1GAP,ARHGAP12,GOLGA7B,ARHGAP21,PORCN,SCUBE1,KIF3B,TBC1D14,RPRD1B,SLC38A2,PDZD8,MCL1,PRNP,HMGA1,DSTN,ARHGAP29,COQ6,BCL9,EFNA2,HOOK2,UQCRQ,HOOK1,MDM4,AMOTL2,OGT,BCL2L1,ITGB1,RERE,SCYL3,WDR1,PRKCSH,PTEN,SYNE2,NRGN,PIK3C2B,RND1,HK1,DUSP12,ZC3H7A,CASP2,PMEPA1,HMG20A,ACTR3,ARHGEF12,TBC1D8,VEZF1,PLRG1,VPS37B,NAV2,PTP4A1,VCAN,PTP4A3,DDAH1,NPC1,ASPH,NRG3,TRAF4,DAD1,CTDSP2,TRNP1,LUC7L3,BCAT1,MET,CUEDC1,SHANK2,TNFRSF21,MTPN,WBP1,TM2D2,SRSF1,CXXC1,SRI,ASAP2,MLLT3,NT5C2,STRN3,ABLIM1,FZR1,DNPEP,ABLIM3,NT5DC3,POLR2D,IGF2BP2,PCDH1,HNRNPA0,CYB5B,SPAG9,MMAA,SMOX,PCDH7,HIP1R,RPL23A,CDC42BPB,SEMA4G,CDC42BPA,MEIS2,HS3ST1,PNRC2,NELL2,KLF6,CDKN2AIPNL,PPP2R2D,TRIM37,VIM,EIF3A"
+"gene_set_query"	"1213"	"TBXT"	"980.0"	"ARCHS4 Coexpression,746;Enrichr Queries,1367;ReMap ChIP-seq,260;GTEx Coexpression,1547"	"CNTFR,SCOC,MT-ND4,RPL3,TFRC,THYN1,HNRNPR,SMC6,SMC3,DCAF5,PHB2,TSKU,SCAMP5,PREX1,SAMD14,TFG,MYC,CSPP1,AKT1,IER5,IER2,CHGB,RBFOX1,PRKAB2,NUP210,UNC5A,WSB2,DAPK1,SOX11,SOX12,GTPBP2,ADPRH,DDIT4,TYRO3,PSME2,ALG10B,CTBP2,ABCB6,NOLC1,ADAMTS10,FAM171A2,CYB5R4,RHOT2,ST3GAL2,S100A10,HEXIM1,JUND,JUP,NR2F1,LARP7,MAD2L1BP,TYSND1,BTBD10,PHC3,MRPL24,SNUPN,TMEM198,MLLT10,SLC6A6,MEX3A,H2AFY2,HNRNPD,DUS1L,SETD5,PYGB,ARF1,KCNC1,HEXB,CLTC,GPT,TCF20,SNX11,PFAS,PIGX,TMEM189,TMSB4X,FASTK,NEFL,NEFM,LRRC45,TPI1,EXOC7,NIPA2,MRPL48,DUSP6,SRP9,MRPL44,MED25,KAT2A,INF2,KIFC2,CDC42EP4,PXDN,KIFC3,GAS6,TKT,DSCAML1,VAMP2,LRRC14,GRAMD1B,GRN,URM1,ODC1,TIMM10,TM9SF4,SNX29,PSMB5,ADAM23,SPOP,ZSWIM6,RPL17,DEDD,RUNX1T1,CENPT,MBD1,WNT7B,BLCAP,LRPPRC,SPSB3,PHF5A,MYBBP1A,FABP7,TSR1,CIAPIN1,YPEL5,YPEL4,CRLF1,DGKD,TMEM167B,CHPF,UBE2D2,NAB1,IPO4,EDC4,SALL2,CDH2,FNTB,RUVBL1,LZTS2,MAP3K7,LZTS1,TLE2,FBXW5,USP5,FBXW7,IGFBP3,PPP1R16A,VASH2,FOXP4,POLRMT,LEMD2,THOC6,ACAP3,RAB34,DGKQ,SRSF2,FSCN1,SRSF4,XIST,ANAPC2,SEMA7A,MAZ,ISG20L2,RAP1GAP,PHF21B,GOLGA7B,ORC6,NDOR1,UBR5,BTBD2,PLXNA2,E4F1,OSBPL5,RASL10B,LSM4,BCL9,DAB1,LRFN4,SCCPDH,TMEM11,LHX2,STK25,MAFG,RNF182,RNF181,ACO2,CNOT8,NIT1,OSBPL1A,OGT,BCL2L2,ZC3H4,CCDC47,ARRB1,ETFB,PIK3C2B,MRPL2,MDK,ME1,TLK1,PMEPA1,TNPO1,UNKL,PELP1,RFC3,PPP1R12A,RPL13A,VEZF1,NIPSNAP1,ARFGAP1,PTP4A2,GIGYF1,TRAF7,PTP4A3,TRAF4,ASPH,PPP1R12B,GAPDH,AHDC1,MGRN1,SRC,SRSF1,PRCC,CXXC1,SRI,PDHB,MFF,LRP8,LRP6,CCDC85C,NNAT,LRRC8D,CSK,FYN,IGF2BP3,IARS2,E2F4,ATP9A,SLC35A2,HNRNPA3,RNGTT,FBXL19,PCDH7,TXNRD1,MID1IP1,SEMA4C,PCDH8,HIP1R,RPL23A,KLF7,KLF6,SLC25A39,RAB15,DNAJA3,INSM1,P4HB,RHEBL1,CBLN1,EIF4A2,HDAC10,ZMYND8,ACTB,TRIM28,LONP1,RPS11,AGFG1,TMPO,EPHA4,EPHA7,PAQR4,IMP3,LIMCH1,BROX,ENTPD6,METTL3,PTOV1,MOGS,MFSD11,ANK1,JMJD6,MFSD10,PISD,SFRP1,THAP7,CDC37,ULK1,VDAC1,TELO2,NECAB3,DHX8,ANP32A,FOXG1,CDKN2AIP,FXR2,DHX37,TNRC18,SNX5,TRAP1,BCL11B,INTS1,BCL11A,PDE2A,PYCR2,ERAL1,GADD45G,EXT1,STAG2,PTK7,ID2,MRPS15,SH3KBP1,GRIK3,SLC35F1,SLC7A11,SIPA1L2,SIPA1L3,PTMS,SERP2,UCHL1,XPO1,CTSL,HYAL2,ENC1,REV3L,FEZF2,ACAD8,CCT3,TMEM150A,WARS,STRADA,CCDC115,PRMT1,MRPS23,RHOF,PPRC1,COMMD7,MLF2,PARP8,RGMA,MN1,B3GNT5,KIT,CANX,UFC1,AIDA,SGK1,PTMA,NAPA,PCNA,SLC20A1,SATB2,PRICKLE1,CAMKK1,GNAI2,BEGAIN,CUX2,GPC1,CCT8,GPC4,MPZL1,PEX16,DYNC1H1,NPM1,PTGES2,GINS4,MIAT,NPM3,RANBP6,PER1,DPY19L1,NUDT8,XPOT,KIF26A,PRKRA,RPA3,CCNG2,SGSM2,HNRNPA2B1,CACHD1,HDGF,SCARB1,MIDN,SYS1,NUCKS1,CNDP2,HCFC1R1,BAHCC1,SH3GL1,PCID2,TOMM34,POU3F1,POU3F2,ATAD3A,KCTD6,DHDDS,PDIA4,MYCN,ADAM15,GPD2,WDFY1,ANKS6,MATR3,FIZ1,GEMIN7,ZCCHC7,ISYNA1,NDRG3,PKDCC,KLHL17,CACNA1A,FBLN1,ARHGAP12,EFNB2,RAI1,EFNB1,IRAK1,CDH24,OTX1,TBC1D17,NDUFV2,MARK4,NDUFV1,HSPA9,ACBD4,CPSF6,CBX3,PTCH1,CBX2,PCIF1,CBX1,IDH2,COQ9,AP4B1,CLK2,EFNA3,EFNA2,HOOK2,HOOK1,DNAJC10,AMOTL2,LRP10,SAE1,CREBZF,B4GALT3,LDB1,DDX42,CHD6,CHD3,CHD2,USP39,PKD1,ELAVL2,LMNB1,PPP1R9B,TMEM222,SPRED2,SEPT6,SPRED1,MFSD5,LRRTM1,BCL7C,NUP62,GMPPA,SNAPC4,PDE4A,MAN2C1,DACT1,EED,PDE4D,CAD,IQCE,DDX54,SENP3,VCAN,ELF2,IRF3,SETBP1,IGDCC4,AKT1S1,CDH11,NDUFS2,CDH13,NAA38,PFDN2,CUEDC1,THOP1,AGPAT5,SFSWAP,GOSR2,CRMP1,DDX21,DLL1,STRN3,HSPD1,TBRG4,MTA1,MAT2A,TRA2B,SLIT1,NCAM1,PDLIM7,LGI1,USP24,TAF15,TAF13,USP21,PCDHGC4,PCDHGC3,ATP2B4,LCA5,CYHR1,HSPE1,TTC19,MEIS2,NEURL4,PDE10A,ACIN1,SPRY2,SSBP3,SSBP4"
+"gene_set_query"	"1214"	"ZNF93"	"980.3"	"ARCHS4 Coexpression,449;Enrichr Queries,1194;GTEx Coexpression,1298"	"NUP107,TMEM41B,FNBP1L,SMC3,LSM12,CAPNS1,MPRIP,DPYSL2,MYC,STMN1,LONP1,AKT1,PRKACA,ATXN7L3,SOX4,TMPO,CXADR,MTUS1,CD3EAP,MOGS,DDIT4,ALG10B,SET,TBC1D9B,FLII,ADH5,UBE2J1,GJC1,APH1A,PRDX3,LDHB,TSPAN6,FDFT1,JUN,PHC1,INTS1,BCL11A,CDC7,NETO2,PAICS,ZWINT,HNRNPL,ANP32E,GRB2,ITM2C,EZH2,OGFR,PIGU,SH3KBP1,MRPL39,MRPL36,SNX11,SLC7A11,PRPF19,TRIM8,MRPL42,CSRP2,ENC1,SDF4,CIC,RAB8A,ZIK1,UPF1,MINK1,PRPF40A,ELOVL6,NIPA2,DUSP6,SRP9,RHOB,ENAH,SLC7A5,PSMA3,INF2,PSMA2,TMEM33,PXDN,MTF2,G2E3,SGK1,EEF1E1,PAFAH1B2,PCNA,PRIM1,FAM117B,CENPB,FAM129B,GNAI2,PSMB5,EXOSC8,MGAT2,ANKRD52,SRSF10,YKT6,SUZ12,CENPV,NPM1,GINS4,TTC9C,GTF2H2,SCAF1,CAPZA1,RPA3,KLHL7,TAOK2,NUCB1,RPL22L1,PKN1,GRINA,CSE1L,RPP30,CDH2,LAMP1,SALL2,ARHGDIA,KPNA2,MTPAP,ARID2,SBF1,SLC38A1,VASH2,ATP11C,ILF2,MSH6,MORF4L1,MSH2,ADAM15,HNRNPUL1,TBL1XR1,EHBP1L1,RAB35,UBE2V2,SRSF3,CHMP4B,PPIH,SRSF6,FKBP3,ANAPC2,ZCCHC7,PFKFB4,RNASEH2A,RAB5C,BTF3L4,SLC38A10,STK4,SUPT6H,GTF2E1,ACAT2,BAG4,ORC6,IRAK1,ORC3,DVL1,PGK1,NAE1,SKIL,WDTC1,CBX5,AUTS2,CPSF3,IDH1,ARPC5,LSM6,SLC7A6OS,GNL3L,SH3BP5L,HOOK2,NASP,HOOK1,GNB2,GNB1,NFE2L3,UBE2N,PLEKHM2,PLXNB2,LRP10,NFE2L1,ISY1,ACADVL,KDM5C,MCM7,PRKCSH,PIK3CD,HMGB3,PSIP1,SLC2A3,CHD3,HMGB1,LMNB1,PPP1R9B,DUSP12,SEC61A1,LASP1,ZNRD1,SUMO1,PPP6R1,SNRNP70,SUMO2,TLK1,TOPBP1,TNPO3,ACTR3,MAPK1IP1L,ACTR2,RFC3,EED,RFC2,PDPK1,H2AFZ,PTBP2,DNM2,ARL4C,VCAN,PTP4A3,IGDCC4,NUP50,POLR1B,DNAJC5,BCAT1,PPP1R12C,TNFRSF21,HDAC2,USP10,RAB1B,SRBD1,PDHB,ATP1A1,POLD3,DNAJB2,GANAB,UGP2,HAUS8,RBBP4,U2AF2,FAM120A,BEND3,VHL,MTA2,MEST,EIF4E,FBRS,DCAF13,RRM2,SSB,CDC42BPB,CLCN7,NIN,PSAT1,MFAP2,MGAT4B,BAX,P4HB,NAA15,SUGT1,RAN"
+"gene_set_query"	"1215"	"ZNF641"	"981.0"	"ARCHS4 Coexpression,1190;Enrichr Queries,589;GTEx Coexpression,1164"	"IFITM2,ARAF,EPRS,PREX1,FRAT2,RASSF2,DPYSL2,AKT3,LONP1,TRIM27,SLC12A6,SLC12A9,ARRDC4,GABARAPL1,MEF2C,ARRDC3,PRKCD,CD3EAP,BIN3,DDIT3,DDIT4,HECA,KCTD12,TRIB2,SLC45A4,CDC42SE1,L3MBTL3,MTMR3,IGSF3,TRANK1,PIK3R1,GNS,PGS1,CYB5R4,SEC14L1,CHST15,TSPAN5,ST3GAL1,ST3GAL2,S100A10,VASP,NTNG2,JUN,IQSEC1,H3F3A,PBX2,MYO5A,IRF2BP2,PBX1,TADA2B,SLC6A6,PARP11,ABTB1,SESTD1,ID2,FBXL5,TECPR2,ITM2B,CPEB4,ITM2C,NRP1,PIGU,BTG1,HIP1,CITED2,SLC7A11,WDR45,SIPA1L2,LIMD2,MED12,THTPA,MED11,FAM102B,GLIPR2,XPO6,ENC1,TIMP2,TCP11L2,SDF2,CTSB,ZC3H10,TSC22D3,TET2,GAB2,GMIP,DUSP6,MTSS1,MLF2,RHOB,PHF20L1,KIN,SLC7A5,MED25,ZEB2,PXDN,EXOC6,NCOA7,ARHGEF1,SGK1,STK40,RNF166,RNASEL,GRAMD1A,NFIX,CCNDBP1,GNAI2,FGD3,ZDHHC18,MAP3K3,YIPF1,PLEKHA1,SORT1,STAT2,TMEM60,VEGFA,NFIA,NFIB,SHKBP1,TAOK1,KLHL8,PKN1,YPEL5,YPEL3,MEGF9,ANKRD13D,SLA,UBE2D1,FRY,IGF1R,SMCHD1,RGS9,FADS1,TLE3,SLC38A1,TPM1,THOC5,ATP1B1,FOXP1,RAB31,SLC9A8,EHBP1L1,TNIK,PPIA,FKBP5,PFKFB3,ITPR1,UBR2,PHB,RASGRP2,CSF2RA,NDRG1,CORO1A,PHF21A,ZMAT5,GRK6,SLC38A2,SKIL,NADK,ZKSCAN1,MAP2K6,MCL1,PRNP,CBX5,FBXO38,TMEM120A,KLHL24,HOOK2,HOOK1,JMY,AAK1,LRCH4,CALCOCO1,DYRK2,PRKCSH,CELF2,CHD6,PIK3CD,DBI,ARRB2,DUSP12,SEPT6,FLOT1,FLOT2,SUN2,KLF13,PDPK1,NAV1,MSL1,ARL4C,VCAN,PTP4A3,CTDSP2,EVL,B4GALT5,RNF31,TSEN34,PPP1R15A,NFAT5,USP15,RGS19,GMPR2,TOB1,STOX2,ABLIM1,DNPEP,MKNK1,SH3BP2,SH3BP5,CSK,CYTH1,SEMA4D,MBOAT7,LIMK2,ATP2B4,PDE4DIP,BAIAP2,KLF7,KLF6,NAGK,PIK3IP1,VIM,SMAP2,RAN"
+"gene_set_query"	"1216"	"GSX2"	"981.3"	"ARCHS4 Coexpression,755;Enrichr Queries,1388;GTEx Coexpression,801"	"MAPKBP1,CNTFR,CHIC2,GMFB,CCNJ,ARL6IP1,HDAC11,LDLRAD3,NUDT3,HS6ST2,OPHN1,DPYSL4,DPYSL5,PPP2R1A,FAM110B,EPHB1,GOLGA7,SOX4,PDHX,WSB1,MMD2,SOX11,ANK1,MAPK8IP1,EID1,IFT81,FEZ1,PFN2,ADCYAP1R1,NRN1,ABCB6,TTYH1,MAGED1,FOXG1,PIK3R3,PHYHIPL,ACTR3B,PCBP4,KCNMB4,TSPAN5,TSPAN3,GPM6B,B4GALNT4,LHPP,CDK19,FZD3,CADM4,LRRN3,CADM2,BCL11A,ST8SIA2,NR2F1,DCLK2,HSPA12A,GADD45G,MLLT11,GLUD1,SQLE,H2AFY2,ANP32E,FXYD6,MAGED2,FAT4,NCAN,GRIK3,AATK,SLC35F1,MED17,TUBA1A,CHL1,DNER,FEZF2,ENOPH1,ELOVL2,ITPK1,TCF12,DYNLL1,DUSP6,SRP9,RGMA,TOX3,MED22,RAP2A,TUBB2B,TUBB2A,CDC42EP4,ARHGEF4,DYNC1I2,PHLPP1,SATB2,CST3,CUX2,TMEM169,HSF2,MGAT3,APBB2,CTNNA2,CKB,ATP6V0E2,EPS15,RUNX1T1,ARNT2,CENPV,LSAMP,NMNAT2,SNCAIP,NFIA,NFIB,PRKRA,FABP7,TSR2,FAM171B,CDK5R2,CTNND2,FBXO21,CLU,NUDT11,NUDT10,CDH2,TUBB3,PALM,ADORA1,MACROD2,HMGN2,HMGN3,PPP1R16B,MAGI1,TMOD2,MAGI2,F2R,UBE2E1,TBR1,ATP1B2,POU3F1,POU3F2,POU3F3,SHISA7,CLIP2,TPST1,OLFM2,PHOSPHO2,LIX1,DOK5,FSCN1,RTN3,IDI1,SEMA7A,DDX5,ARL3,CACNA1A,BHLHE22,NDRG2,CNN3,CORO1C,ENHO,NEUROD2,FUT8,SNN,ZKSCAN2,OTX1,LRRC4C,CBX5,KLHL25,VTA1,TMEM132A,SCRT1,MANBAL,EFNA2,HOOK2,LHX2,PTPRA,RHEB,CSPG5,UBA2,DYNLRB1,SERINC4,YWHAE,PRR7,CHD6,PSIP1,UFSP2,RND3,RLBP1,NGRN,FSD1L,SEPT7,ADAMTS3,PSD2,YWHAQ,PHACTR3,USP46,EMX1,SECISBP2L,DCAKD,EPN2,PTP4A3,RCN2,NRG3,NLGN3,AGPAT5,DCTN6,HDAC2,RGS16,RAP1GDS1,CRMP1,SRI,HMGCR,DLL1,LRP6,JAKMIP2,FOXRED2,STOX2,SRR,PTPRZ1,PUF60,POLR2F,LGI1,SPAG9,NTRK2,SEPT11,PCDH9,SMOX,BNIP3,PCDH8,MBOAT2,MEIS2,ACVR2A,MYO16,MARCKS,PPP2R2C,SYT11,PPP2R2B,INSM1,VPS45,ATXN10,RHEBL1,CDO1"
+"gene_set_query"	"1217"	"ZNF790"	"983.0"	"ARCHS4 Coexpression,918;Enrichr Queries,1006;GTEx Coexpression,1025"	"VEZT,VARS,ZDHHC5,PHAX,ALKBH8,EFR3A,CDC23,ALCAM,CAPNS1,TRIM28,DPYSL2,MYC,CDC27,DPYSL3,AKT1,PRKACA,ATXN7L3,MED1,TIPIN,MEF2C,TSTD2,ARRDC3,CD3EAP,MOGS,SCRIB,ACTN4,SND1,ARMC1,FAM133B,ZSCAN21,DDIT4,HECA,ALG10B,TBC1D9B,FLII,TRANK1,PIK3R1,MTDH,APH1A,TSPAN6,RDH14,ZSCAN18,S100A10,HEXIM1,JUN,INTS1,INTS2,PBX2,PRRC2A,AIMP1,HNRNPL,ZBTB6,ZZZ3,NDUFAF2,DHX29,ITM2C,ARF3,NRP1,PIGU,DAZAP1,CITED2,MRPL39,PRPF19,SMG5,ROBO1,AKAP12,UCHL1,OTUD6B,ENC1,SDF4,RIOK2,CIC,ZIK1,UPF2,UPF1,MINK1,TET2,LRRC40,SLC39A10,BAZ1B,MRPL46,FAM126A,DUSP6,MLF2,IMMP1L,INF2,CDC42EP3,PXDN,SGK1,TKT,GDPD1,PRICKLE1,CENPB,HIRA,SERTAD4,TMEM68,MFN2,YKT6,PAIP1,PCGF6,MTX3,SYNJ2BP,SCAF1,VEGFA,ABCB10,TAOK2,RAB3GAP2,NUCB1,HDGF,PKN1,KBTBD7,ZFP28,GRINA,HDLBP,UBE3A,CWC27,FBXO22,CLU,ZFP30,LAMP1,BASP1,ARHGDIA,SLC39A7,SBF1,SLC25A46,BIVM,USP5,F2R,FRMD4A,CTDNEP1,HNRNPUL1,RAB35,CHMP4B,ANAPC1,CSNK1G2,GLYR1,IDI1,LRRC59,PFKFB3,CUL5,INSIG1,CUL2,MAZ,RPF2,NDRG1,SUPT6H,SOCS2,RNASEH1,ORC3,DNAJC21,DVL1,NACC1,ZKSCAN3,ABL1,ZKSCAN2,PDZD7,PRNP,EEF2,EIF2S1,KLHL20,ZC3HC1,CNOT4,CNOT7,NR4A3,SH3BP5L,HOOK2,HOOK1,COPS2,GNB2,RFXAP,GNB1,CNTN1,OGT,NFE2L1,EIF4G1,KDM5C,WDR1,ASNSD1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,ELAVL1,LMNB2,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,METTL14,LASP1,UBE2Q1,PPP2R5E,PPP6R1,SNRNP70,UBTF,NAA30,TTC33,DIS3,PDPK1,RAD23B,ZFP90,ARFGAP1,ARL4C,TRAF7,VCAN,POLR1B,DNAJC5,NAA35,USP14,SMARCD2,USP16,CANT1,RAB1B,WBP4,ATP1A1,MLLT3,DNAJB1,SRR,FAM168B,GANAB,U2AF2,TAF1A,POLR2D,FAM120A,KRIT1,FEM1C,FBRS,PTCD2,CDC5L,RPRD2,CDC42BPB,TPD52L2,KLF6,NEURL4,CARM1,MGAT4B,ERCC8,ACIN1,NAA15,VIM,P4HB,SSBP2,TRIM32,MBTPS2,METAP2,EIF3B"
+"gene_set_query"	"1218"	"SOX14"	"983.7"	"ARCHS4 Coexpression,906;Enrichr Queries,1385;GTEx Coexpression,660"	"SCOC,MYT1L,ITSN1,STMN2,DCAF8,STMN4,HS6ST2,GPR173,LSM11,STMN1,CDK20,KIF21A,PRKACB,EPHB1,PDHX,RBFOX1,ACOT7,CXADR,SLC6A15,TALDO1,SOX11,SCAMP1,ANK1,GABRG2,PRKAR1B,DAAM1,RUFY3,TSPYL4,GNE,BEX4,GPM6A,BEX2,BEX1,NRN1,MEAF6,TSHZ3,FOXG1,PHYHIPL,INPP5F,RDH11,VPS8,SCN3B,SCN3A,NDFIP1,MAGEE1,BCL11A,SLC35E3,H3F3A,NR2F1,DCLK2,MLLT11,CALY,ARMC10,CD200,CDS2,PCSK2,GABRB3,CSRNP3,DIRAS1,GRIK3,SNX10,PCSK7,RNF157,UCHL1,TUBA1A,MAP1LC3A,SLC22A17,RFK,DNER,FEZF2,GPRASP2,STARD3NL,HSBP1,MANEAL,DYNLL2,PGM2L1,TUBB2B,TUBB2A,NME7,PXDN,MAPT,MAGEH1,WRB,SATB2,URM1,KCNA6,TCEAL6,GLRA2,PGRMC1,CUX2,NPY,CAMK2N2,CTNNA2,PAK3,RUNX1T1,SRSF12,WDR17,KIDINS220,GABRA3,GINS4,PNMA2,SGSM1,MPHOSPH9,MORN4,ABI2,PRKRA,APBA1,RAB3C,CLSTN2,NDUFA11,MRFAP1,CDH8,NUDT11,ATCAY,TUBB3,SYBU,MAGI1,MAP2K4,DSCAM,TTC7B,TBR1,ACYP1,CASD1,POU3F1,TMEM130,POU3F2,POU3F3,BSCL2,DISP2,PREPL,SLC9A6,LY6H,XPR1,ATP6V1A,RTN1,NTM,TMEM59L,CACNA1A,BHLHE22,DTX3,SEZ6L2,LRRC55,CACNA1E,IGSF21,ORC4,DPP6,EFNB3,ORC6,KIF3A,ZKSCAN3,NDN,OTX1,KLHDC10,SYT4,RHBDD2,CCDC136,NSG1,BTBD9,PTPRD,RALYL,EFNA2,GNAL,HOOK2,NSG2,LHX2,SPIRE2,UBA2,SERINC1,CNIH2,PODXL2,CELF4,CHD6,ELAVL4,CELF5,RND2,FBLL1,ELAVL2,TRO,SEC61A2,SENP7,YWHAG,ADSL,SVOP,PEG3,SYNGR3,SEZ6L,EPN1,GAP43,PTP4A3,NRG3,ALS2,DNAJC6,CDH11,FAM84A,TERF2IP,TMEM9,INA,USP11,ATP1A3,CRMP1,U2AF1,TM2D3,ATP2C1,FAM169A,CXXC4,PPM1E,FBXL20,GNG3,GNG2,SV2A,NNAT,NCAM1,OPCML,TUB,MARCKSL1,LIMK1,CADPS,PCDH8,FBXL16,MEIS2,USF2,NAP1L5,HS3ST2,FAM155A,CLCN6,NECAP1,SBK1,RAB18,ATP13A2,INSM1,CBLN1"
+"gene_set_query"	"1219"	"ZNF493"	"984.0"	"ARCHS4 Coexpression,1369;Enrichr Queries,666;GTEx Coexpression,917"	"CYFIP2,HNRNPU,JMJD1C,GCC2,ENO2,FNBP1L,RNF112,OPHN1,PRKACB,SOX4,CALN1,DDX17,SRRM3,SRRM4,ST6GAL1,COG8,RBFOX2,WSB1,RBFOX3,ARRDC3,MTUS1,RFX3,CD3EAP,ANK3,MAPK8IP3,NISCH,TIAM1,EML5,DAAM1,RFX7,RUFY2,DDIT4,AKAP9,HECA,MACF1,PAXIP1,STXBP1,TRANK1,PDGFA,PIK3R1,MBTD1,APH1A,SYNGR1,GPM6B,SCAI,PRRT2,BCL11A,SLC35E3,MICAL3,MICAL2,L1CAM,PBX1,CCDC88A,FAM135A,LAS1L,AVL9,PHF3,PIGU,TMEM151B,KCNC1,DIRAS2,GRIK2,SHF,AKAP12,EPM2AIP1,TRIM9,NIPBL,MMP24,PCLO,ZMYM2,TRIM3,SDF4,GPRASP1,JARID2,PCMTD1,DFFB,GRIPAP1,TSC22D1,TET2,PGM2L1,RNF144A,MTF2,PXDN,PLCB1,SFI1,RNF165,GRAMD1B,SATB1,ADAM22,CAMKK2,FGD4,ARVCF,BCLAF1,CHN2,MFN1,RICTOR,NKTR,RIC3,PLEKHA1,YIPF4,DAB2IP,SORBS2,NFIA,NFIB,NEDD4,PKN1,YPEL4,FRYL,CCNT2,FAM13B,ATP8A1,CRTC1,ARID4A,ARID4B,CELSR3,SLC8A2,IGF1R,TXN2,TMEM145,SALL2,POGZ,ARID2,SH3GL2,USP8,TLE2,ADAM11,TTC7B,TSC1,KCTD2,VRK3,KCTD6,PIAS2,DISP2,ACAP3,DMTF1,MADD,ANKS6,PHIP,LRRC59,ANKRD12,CACNA1A,DTX3,CSF2RA,NEUROD2,ORC4,DPP6,ZKSCAN3,SRGAP3,NDUFV3,SRGAP1,PDZD7,BPTF,AP1M1,TMEM120B,SYT4,TIA1,KLHL24,CLK4,AHI1,EFNA2,HOOK2,NBEA,HOOK1,JMY,NFE2L3,MDM4,GNB5,BRWD1,FGF13,MAP3K12,CREBZF,SCYL3,RBM25,PRKCSH,CHD6,PPP1R9A,PKD1,SYNE2,SENP7,SEC61A1,SNRNP70,MCF2L,PSD3,GALNT9,TRIM67,DST,PDPK1,ATRX,VPS13A,PTBP2,VCAN,PTP4A3,CREB1,ALS2,CTDSP2,LUC7L3,RNFT2,NFAT5,RAB1B,NRXN2,RBM4B,TTL,NCALD,SLC25A27,ABLIM1,GANAB,U2AF2,VPS53,SLITRK5,IGF2BP3,ATP9B,TTC14,ATF7IP,KDM4C,FEM1A,NEGR1,PCDHGC4,ATP2B4,ZFC3H1,PDE4DIP,HS3ST1,TTC17,FAM131C,RAB12,NOVA2,RGS11,P4HB,MDGA1,TRIM33,CBLN1"
+"gene_set_query"	"1220"	"ZNF846"	"984.0"	"ARCHS4 Coexpression,825;Enrichr Queries,702;GTEx Coexpression,1425"	"VARS,ZDHHC5,DCAF5,CAPNS1,TRIM28,DPYSL2,BSG,PSMD3,AKT1,ATXN7L3,SOX4,IER2,ARRDC4,MEF2C,WSB1,ARRDC3,CIRBP,CD3EAP,MOGS,SCRIB,ACTN4,HCFC2,SND1,DAAM1,IFT81,DDIT3,DDIT4,HECA,GIPR,FBF1,TRANK1,PIK3R1,ADAMTS10,TTBK2,APH1A,LARP1,MLEC,RDH13,JUN,CDK19,INTS1,PLK2,PBX2,MEX3D,PBX1,PRRC2A,HNRNPL,MLLT10,MEX3B,ID2,HYOU1,FAT4,SERPINI1,CALR,CDKN1C,ARF3,NRP1,PIGU,DAZAP1,CITED2,SLC44A2,CETN3,SLC7A11,VLDLR,PRPF19,SMG5,BBC3,COIL,AKAP12,TUBA1A,TRIM2,TCP11L2,SDF4,UPF1,TSC22D3,DYNLL2,DUSP6,SREBF2,MLF2,RHOB,DDB1,ZEB2,PXDN,NCOA7,TKT,SATB1,CENPB,AKAP1,HIRA,NFIL3,CAMK2N1,PES1,MFN2,ANKRD52,YKT6,SF3A1,STAT2,AP2B1,MYO9A,SCAF1,VEGFA,GATAD2A,AGBL5,NFIA,NFIB,CCNG2,NBR1,TAOK2,HDGF,YPEL3,PRDM8,SLC27A1,HDLBP,ACRBP,CLU,IPO7,IPO4,FADS3,EIF4ENIF1,SESN1,ARHGDIA,SBF1,SLC38A1,FBXW5,USP5,IGFBP3,TMOD2,F2R,FRMD4A,ATAD3A,ST7L,CTDNEP1,HNRNPUL1,HNRNPUL2,RAB35,FSCN1,CHMP4B,FKBP4,KPNB1,GLYR1,LRRC59,RAB5C,MAZ,NDRG1,ARHGAP12,BAG5,DNAJC21,DVL1,NACC1,ZC3H14,PRNP,CPSF7,ODF2,KLHL24,EEF2,SH3BP5L,HOOK2,HOOK1,GNB1,PHF13,MDM4,LSM14B,NFE2L1,MXD4,EIF4G1,CALCOCO1,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,YBX1,RND3,LMNB2,LMNB1,PPP1R9B,AP4M1,SENP7,DUSP12,SEC61A1,RPL7A,SART1,SEPT9,LASP1,PPP6R1,SNAPC3,UBTF,WDR5,EIF5A,DST,PDPK1,ZFP91,RAD23B,SENP3,DDOST,TRAF7,VCAN,PTP4A3,CTDSP2,DNAJC5,C1D,IRF9,GTF3C1,SMARCD2,RAB1B,RNF38,CXXC1,ASAP2,ATP1A1,MFF,STRN4,THBS3,FAM168B,GANAB,DNPEP,MTA1,U2AF2,KATNA1,EIF4H,PTK2B,MTA2,MEST,PCDH7,FBXL19,ATP2B4,PDE4DIP,SSRP1,CDC42BPB,USP29,HNRNPAB,KLF6,TEF,PIK3IP1,CARM1,MGAT4B,P4HB,SSBP2,EIF3C,EIF3B"
+"gene_set_query"	"1221"	"ZNF331"	"984.7"	"ARCHS4 Coexpression,1388;Enrichr Queries,675;GTEx Coexpression,891"	"IFITM2,TFRC,CCNH,POP4,HNRNPU,JMJD1C,SMC5,DPYSL2,MYC,AKT3,LONP1,CCNL1,GLUL,SOX4,IER2,CHGB,TMEM8B,TSPYL2,GABARAPL1,BROX,ARRDC3,IFRD1,CD3EAP,CSNK1E,NIF3L1,DDIT3,DDIT4,HECA,SIK1,KCTD12,EZR,MEG3,RTEL1,NUMBL,PEX11B,NEDD4L,PIK3R1,HTATSF1,HIF1A,HSPH1,JUN,JUND,PHC1,H3F3B,BCL11A,PLK2,TMEM198,EIF1,ID2,MAGED2,CORO7,ITM2C,PCSK2,BTG1,CITED2,PHF1,SRA1,PRPF19,HERPUD1,AKAP12,TUBA1A,CHMP1B,EMD,CTSB,SSR4,DUSP1,TSC22D3,JOSD1,DUSP6,RHOB,MLF2,NCOR2,SLC7A5,ZEB2,RPUSD1,KIT,PXDN,PELI1,SGK1,RNASEK,FGD4,NFIL3,APBB3,RPRM,RANBP2,VEGFA,PER1,ESYT2,HDGF,PKN1,YPEL5,GZF1,MIDN,RASL11B,TUSC3,ZFAND5,SYAP1,CLU,POFUT2,BASP1,COTL1,FADS1,SLC38A1,USP5,IGFBP3,TPM1,ATP1B3,FOXP1,ARMCX3,ARMCX4,ARMCX1,ARMCX2,MORF4L2,SBDS,SCG5,SRSF3,FKBP5,LRRC59,PFKFB3,INSIG1,FOXO6,CACNA1D,NDRG1,CSF2RA,PLD3,PHF21B,SOCS2,PCSK1N,LONRF2,SKIL,PLXNA3,MCL1,PRNP,PHF10,AUTS2,KLHL26,SMURF1,KLHL24,CDK9,NFKBIA,AHI1,LRCH2,SH3BP5L,NR4A3,HOOK2,HOOK1,JMY,USP35,USP36,DDX49,SLC2A3,NENF,CHD2,AFF4,TTC28,LMNB1,CASP9,DUSP12,MDK,PDE4B,PHACTR1,MAPK1IP1L,KDM6B,PDPK1,PDE4D,ARFGAP1,ARL4C,PTP4A1,VCAN,PTP4A3,SETBP1,SLC25A19,POLR1B,EVL,PPP1R15A,DDX27,RGS16,FOXK2,FOXK1,TOB1,DNAJB1,GANAB,CHSY1,KCTD20,TMEM203,MAT2A,U2AF2,SPOCK2,LEPROTL1,NNAT,SH3BP5,FYN,MTA2,SLC25A25,MBTPS1,PDE4DIP,SOD2,MCOLN1,SMUG1,KLF6,INSM1,VIM,PPIL4"
+"gene_set_query"	"1222"	"ZBTB34"	"986.0"	"ARCHS4 Coexpression,1275;Enrichr Queries,278;GTEx Coexpression,1405"	"IFITM2,LPGAT1,TFRC,HNRNPU,JMJD1C,RBPJ,BACH1,BACH2,PREX1,FRAT2,RASSF2,ZMIZ1,DPYSL2,LONP1,DIP2B,SLC12A6,SOX4,SLC12A9,ARRDC3,PRKCD,RFX3,DICER1,RUFY1,CCNY,RFX7,DDIT4,HECA,SIK1,KCTD12,CDC42SE1,SLC45A4,STXBP2,TRANK1,NEDD4L,BAZ2A,PIK3R1,PGS1,FAM160B1,UGCG,CYB5R4,SEC14L1,PRKAR2B,CHST15,GSE1,TNRC18,NRBF2,HIVEP2,N4BP1,VASP,JUN,H3F3A,MYO5A,IRF2BP2,PBX2,MED13L,ABTB1,SLC6A6,SESTD1,ID2,HBP1,TECPR2,CPEB4,ITM2C,DHRS13,NRP1,PIGU,CITED2,AKAP12,MED13,ZMYM2,XPO6,ENC1,TIMP2,KIF1B,JARID2,TSC22D1,MMD,STRBP,TSC22D3,NCOA4,TET2,SLC39A10,ANO6,GMIP,DUSP6,MLF2,RHOB,ENAH,NCOR2,ZEB2,KIF2A,PXDN,TET3,PLEKHO1,SGK1,STK40,RNASEL,NFIX,WDR26,FAM117B,GNAI2,FGD3,ZDHHC18,NFIL3,CUX1,RICTOR,ZSWIM6,MEF2D,FARP1,MAP3K3,SORT1,VEGFA,MIB1,RYBP,NFIA,NFIB,SHKBP1,CCNG2,TAOK1,PKN1,MEGF9,FAM49B,CCNT2,SLA,ACRBP,IGF1R,SMCHD1,COTL1,ARID2,IFNAR2,TLE4,TLE3,FBXW7,USP3,TANC2,FOXP1,DMTF1,TBL1XR1,SLC9A8,EHBP1L1,WDFY3,PHIP,ADNP,PFKFB3,MAX,ABHD2,ANKRD12,ITPR1,RASGRP2,ADIPOR1,CSF2RA,CORO1A,PHF21A,SOCS2,EFNB2,SDCBP,SNN,GRK6,ABL2,SLC38A2,QSER1,NADK,MCL1,PTCH1,KLHL24,ARHGAP32,EFNA2,HOOK2,HOOK1,MAFG,JMY,MDM4,BRWD1,PICALM,RERE,KDM5B,DYRK2,PRKCSH,CELF2,PTEN,CHD6,PIK3CD,SLC2A3,ARRB2,AFF4,DUSP12,SPRED1,PMEPA1,TNPO1,KDM6B,ACTR2,KLF13,DST,PDPK1,PDE4D,NAV1,ARID1A,TGFBR1,VCAN,PTP4A3,CTDSP2,NFAT5,MTPN,USP15,RGS19,RNF38,ZBTB43,FOXK1,ASAP1,FCHO2,FEM1C,SPEN,MLXIP,SLC12A2,RNF24,SEMA4D,ATP2B4,MAPK14,KLF6,IMPDH1,SMAP2"
+"gene_set_query"	"1223"	"SIX4"	"986.7"	"ARCHS4 Coexpression,1273;Enrichr Queries,804;GTEx Coexpression,883"	"TFRC,PREP,KEAP1,PDCD2L,DCAF6,PSMD7,RASSF2,DPYSL2,MYC,PSMD3,DPYSL3,LONP1,SEPHS1,SOX4,EPHA4,PRKAB2,MEF2C,PRKCI,CACNA2D1,ARRDC3,CD3EAP,SOX11,ANK3,ANK1,GNPAT,RNF123,SFRP1,BIN1,DDIT4,IGSF3,SAR1B,FLII,MRPL14,FXR1,GJC1,CYB5R1,NUAK1,FLRT2,PRKAR2A,PIP5K1A,NAA50,JUN,ICMT,PHC1,CADM1,NR2F1,MEMO1,PAICS,UBAC1,TADA2B,AIMP2,FASN,ID2,ITM2B,ITM2C,NRP1,CITED2,SETD7,SLC7A11,PTPRK,OSBPL11,LIMD2,AKAP12,XPO1,CHMP1B,TRIM2,ENC1,LRRC47,ZYG11B,MIOS,TSC22D1,RRAS2,ELOVL6,GMIP,DUSP6,MLF2,RGMA,RHOB,ENAH,MN1,SLC7A5,TUBB2B,CSDE1,PXDN,ARHGEF1,SGK1,SLC29A2,NAPA,USO1,PRICKLE1,SAMM50,PSMB5,SERTAD4,CKB,GPC4,EGLN1,BRF2,USP9X,UBE2G1,VEGFA,KTN1,SLC8A3,NFIA,NFIB,NEDD4,PSMC1,PKN1,TACC2,CSE1L,KLHL34,UBE3A,IPO7,CLU,CCDC28B,IPO5,CDH2,KPNA4,KPNA3,FADS1,KPNA1,KCMF1,TPM3,IGFBP3,TPM1,IGFBP2,FBXO10,ATP1B1,CACNB1,CTDNEP1,CLIP1,PLAA,FKBP5,RAI14,RTN2,CUL5,UBR3,TARS,UBFD1,RASGRP2,CORO1A,SEL1L3,SOCS2,EFNB2,BTBD1,G3BP1,SLC38A2,QSER1,EIF2B3,NUP155,PTCH1,ZC3HC1,CNOT4,COPS3,HOOK2,STK25,TMEM11,HOOK1,CNTN1,NFE2L3,IARS,GRSF1,NFE2L1,PHTF2,USP38,HSP90AB1,ASNSD1,PRKCSH,SCHIP1,CHD6,PIK3CD,ATP2A2,ARRB2,DUSP12,MDK,MYO18A,PMEPA1,SPEG,HIF1AN,SUN2,NAA30,ADSL,KLF13,PDPK1,RAD23A,NAV2,DUSP26,RAD23B,DDX19A,VCAN,PTP4A3,CTDSP2,CCDC43,BCAT1,RBM24,MET,GTF3C4,CXXC1,SRL,LRP8,TOB1,TMEM201,FZR1,HECTD1,PTK2B,FEM1C,CSK,IGF2BP3,RPP14,CYTH1,USP24,RRM2,KCNJ11,FEM1A,CNBP,PCDH7,PDE4DIP,PPP2R3A,MEIS2,CUL4A,KLF6,ASB8,RAB12,EIF3J,POLR3E,SMAP2,TRIM32,PFKM"
+"gene_set_query"	"1224"	"ZBTB20"	"988.3"	"ARCHS4 Coexpression,819;Enrichr Queries,546;GTEx Coexpression,1600"	"APP,TRIO,CLPB,VARS,MYT1L,JMJD1C,RPL8,BACH2,ALCAM,TRIM28,OPHN1,ZMIZ1,DPYSL2,DPYSL3,BSG,PSMD3,ATXN7L3,SOX4,SOX5,ANKS1B,EPHA4,GABARAPL1,MEF2C,WSB1,LIMCH1,PRKCE,ARRDC3,MTUS1,CD3EAP,ANK2,MOGS,ANK3,ANK1,DDIT4,AKAP9,RUFY2,HECA,RPL29,PFN1,MACF1,GPM6A,FLII,MYCBP2,SDC3,NEDD4L,PDGFA,NMD3,PIK3R1,OAZ1,APH1A,HIVEP2,BTF3,JUN,CADM1,RCC2,SLC35E3,SMARCA2,PHC3,PBX1,WNK1,ID2,CPEB4,ITM2C,NRP1,PIGU,BTG1,PRPF19,ROBO1,COIL,AKAP12,RSRC1,TRIM2,TIMP2,REV3L,SDF4,JARID2,UPF1,TMED9,TSC22D1,TSC22D3,PGAM1,DUSP6,MTSS1,MLF2,RHOB,NCOR2,CNKSR2,ZEB2,PXDN,TMEM106B,CD47,PLCB1,SGK1,TKT,SFI1,NFIX,AHCY,RPL12,PES1,CCT7,PAK3,YKT6,RUNX1T1,YIPF4,LSAMP,SORBS2,SORBS1,MYO9A,VEGFA,AGBL5,NFIA,NFIB,NEDD4,HDGF,ACRBP,CLU,IGF1R,FADS3,CDH2,CFL1,AP2M1,USP8,SLC38A1,MAGI2,TTC7B,FRMD4A,ATP1B1,VRK3,PIAS2,FOXP1,RAB35,TNIK,RAD54L2,SNRPB,LRRC59,ARHGEF26,ANKRD12,ITPR1,GPR85,LPL,CACNA1A,CACNA1D,NDRG2,NDRG1,ORC4,NEUROD2,STIP1,DPP6,SCUBE1,NACC1,PLXNA2,SRGAP1,PDZD7,PRNP,AUTS2,ODF2,CCDC136,PTCH1,CRIM1,KLHL24,BTBD9,NFKBIA,PTPRD,HOOK2,NBEA,HOOK1,GNB2,MDM4,BRWD1,EIF4G1,RERE,WDR1,PRKCSH,CELF2,DOCK7,PTEN,CHD6,CELF4,CELF5,PPP1R9A,SYNE2,TTC28,DUSP12,SENP7,CAPZB,PPP6R1,PSD3,PDE4B,PMEPA1,EIF5A,DST,PDPK1,PDE4D,NAV1,NAV2,SENP2,EEF1G,TRAF7,VCAN,PTP4A3,SETBP1,CTDSP2,NFAT5,RAB1B,DDX20,NCALD,DCAF15,ABLIM1,GANAB,U2AF2,EIF4H,SLITRK5,FYN,NCAM1,NTRK2,TRIM41,NEGR1,PDE4DIP,SSRP1,MEIS2,EFR3B,HNRNPAB,TPD52L2,NELL2,RAD52,KLF7,KLF6,RAB12,PDCD4,VIM,P4HB"
+"gene_set_query"	"1225"	"FOXP3"	"991.0"	"Literature ChIP-seq,28;ARCHS4 Coexpression,1224;Enrichr Queries,1281;GTEx Coexpression,1431"	"MDC1,NUP107,GMFB,TFRC,TSEN54,ALKBH3,PSMD9,CAPNS1,SCP2,DPYSL2,PSMD3,PWWP2A,PSMD1,DAXX,CSNK2A1,FNBP1,RFX3,SCAMP1,EWSR1,PRKAR1A,CLNS1A,PSME1,UQCRC2,SAR1B,MRPL16,MTMR9,COPS7B,MRPL11,LARP1,HMGXB4,RHOT1,LTA4H,PSMF1,PUSL1,JUN,LARP7,MRPL28,MRPL24,MRPL21,EIF1,ABTB1,LAS1L,TDP2,FASN,TDP1,EZH2,LRSAM1,RPLP0,ARHGAP1,MRPL39,PQBP1,PCMTD2,MRPL40,TCP11L2,SH3BGRL3,JAK2,JAK1,LRRC47,SPHK2,ACTL6A,SLC39A11,MRPL48,GMIP,MRPL46,LRRC41,MRPL44,MED23,MED22,PSMA1,PXDN,TUT1,PAFAH1B3,TRUB2,RNASEK,NIP7,ATL2,DLST,SDAD1,TMEM68,AP2S1,CLPTM1,MDH1,UTP3,STAT2,TARBP2,GATAD2B,NUDT21,ABCB10,SNX16,TAOK3,PSMC3,CCDC9,SNX17,SHKBP1,PSMC1,PSMC2,TSR2,PKN1,NAB1,PDCD5,SLA,FNTA,UROD,RUVBL1,KPNA6,PIM3,MAP3K7,PPP1R16B,CISH,VPS33A,VPS33B,CNPY3,FOXP4,FOXP1,ACAP3,ANAPC5,TXNDC9,SMYD5,UBFD1,CORO1A,UQCRH,SLC9A1,EIF1AD,SBNO2,RAP1A,PMVK,THEM4,NOP16,GOT1,FUS,UROS,ZBTB11,DRAP1,MDM2,PIN4,ACO2,NOP10,NFE2L1,SLC25A3,HSP90AB1,NUMA1,POMT1,AKAP8L,PTEN,PIK3CD,ARRB2,MRPL3,MRPL2,PPP6R1,ACP2,ACTR3,EIF5B,DHPS,NDUFC2,PCCB,DCTPP1,RNFT2,SNAP47,GTF3C2,GTF3C3,GTF3C5,NDUFB6,MGRN1,NDUFB3,PRCC,CXXC1,LENG8,FURIN,ZBTB45,SRI,MLLT6,KCTD20,FYN,IARS2,LRRC8A,E2F4,SLC25A23,TRIM44,BEND5,NDUFA9,HNRNPA3,PCDH9,NDUFA5,FEM1B,NDUFA4,CNBP,LYSMD1,MCOLN1,CABLES2,MCM3AP,NECAP1,TRIM35,EIF3F,SMAP2,EIF3B,TMEM41A,PLEKHB2,CCNH,ZDHHC6,ZDHHC8,THUMPD1,IFI30,TXNDC17,CYB5D1,OGFOD2,FAM53C,EIF2D,KIF21B,SNRPD3,TRIM23,ZFP1,IMP3,ECH1,ALG2,TMEM170B,SUB1,FAM76B,FLYWCH1,GCDH,DHX8,MYCBP2,PEX11B,SUPT4H1,PIK3R3,ZBTB5,MBTD1,DHX33,DHX34,PCBP1,PCBP2,DHX38,SURF6,SYMPK,SNX5,NTNG2,TMEM86B,INTS1,SMARCA2,AIMP1,CWF19L1,INTS5,INTS4,GRB2,DHX29,MRPS15,PPP1R11,MRPS11,PAK1IP1,MRPS12,INTS10,MIA3,PPP3CB,SPTLC1,RSRC1,HYAL2,DHX16,QSOX1,ACAD8,SEC13,MRPS23,ANO8,PRPF40A,COMMD1,COMMD6,APRT,TOX4,RAP2A,RAP2B,KIF2A,KIT,ARHGEF1,PTMA,SATB1,MRPS36,STX16,HEATR1,GBA,STX18,DERL1,MRPS30,PCNP,MNT,NFIL3,PES1,EXOSC8,CCT8,EPS15,CCT5,PEX16,YIPF1,YIPF2,YIPF3,YIPF4,RSRC2,DOHH,COX6C,PEX14,VEGFA,MAD2L2,CCNYL1,HDGF,PNPLA6,TARDBP,DPAGT1,SRP19,CRTC2,PRDM4,ZFAND3,BCCIP,PRDM2,PHRF1,PPIP5K2,TPRA1,ADPRHL2,ATG9A,DNAJB12,ADAM10,ATAD3A,EEF1A1,TMX4,ADAM15,HNRNPUL1,WDFY1,SBDS,RAF1,SIDT2,KLHL18,TBC1D19,COX16,CACNA1A,RASGRP2,TAF5L,SHARPIN,GRK6,TBC1D14,TBC1D17,UBE2F,IVNS1ABP,UBE2I,UBE2B,HMGA1,CNOT10,AP4B1,SYT7,KLHL20,IFT20,GCLC,HOOK2,CCPG1,HOOK1,OSTC,GNB2,MKRN2,UBA1,DEGS1,RBM28,CUEDC2,DDX47,PSIP1,ADAR,TNFAIP1,DDX41,USE1,PPP1R9B,ABHD16A,MLST8,DACT3,TIMM17B,SUN2,TBP,EED,DDX54,UTP18,NDUFS7,EEF1D,GORASP2,PEX3,PEX5,NDUFS4,NDUFS3,NAA38,NUP54,IRF9,RBM22,OTUB2,DCTN6,DCTN5,DCTN1,GOSR1,TAF9,CSTF2T,SLC3A2,POLD3,SPOCK2,BMS1,TMEM205,BNIP1,TMEM208,MTA2,RPP14,FBRS,CYTH1,TTC14,TAF15,CHURC1,ATP2B4,MAPK14,RPIA,IRGQ,GALE,UFM1,POLE3,ERCC5,FAM98B,QRICH1,TAF6,VIM,MBTPS2,LNX2,CYFIP2,VPS29,RPL3,RPL32,CLPB,THYN1,WDR83,SMC3,PHB2,BACH2,RNF114,ZMIZ1,MYC,RPL38,PIP4K2B,RPL37,CDK5RAP3,IER2,PRKCI,IAH1,RPL21,PRKCE,RPL22,CD3EAP,ATG13,ATG12,ARMC1,RNF123,WDR81,WDR82,RPL24,TARS2,RPL26,RPL29,RPL28,UBA52,ALG10B,RNF121,GNE,ANAPC13,NUP205,PDXDC1,RPN2,NOLC1,HIF1A,PPP3R1,PPP4C,NUP85,ST3GAL5,H3F3B,PNO1,THAP11,ARL2BP,ATG2A,HBP1,CDK16,FARSB,CEP57,CDKN1B,PHF23,SMG7,WDR43,AIFM1,RARS,RIOK2,AP3S1,JARID2,RRP15,WDR36,LSG1,NSA2,MTF2,GARS,EXOC5,RNF166,SF3B4,CDC123,RPL10,RPL12,TIMM9,WDR24,HSPA13,FGD3,RPS15A,ASNA1,LMAN2,USP1,SC5D,RPL15,RPS2,RPL18,SF3A3,BRF2,NR1H2,SYVN1,ELP2,TRMT1,BLCAP,LRPPRC,MZT1,WDR11,TM9SF2,XAB2,PHF5A,ANKRD13D,ATP8A1,GTF2B,CEP120,UBP1,PARK7,BZW2,BZW1,IPO4,FAM107B,SLC39A6,SMARCAD1,MAF1,ANKRD13A,SLC39A3,TLE3,RAB2B,RNF44,RPS7,USP3,PGD,BSCL2,ILF3,MADD,SNRNP27,AAGAB,SNRPE,SNRPC,FKBP3,SNRPB,ENY2,DNMT1,ANKRD11,GLO1,CCDC25,ANKRD12,CUL2,TARS,ORC4,STIP1,KLC4,EIF2B4,EIF2B3,ATP8B2,CCDC12,TRAPPC9,LSM5,COPS4,LRFN3,BCL9,CNOT6,COPS5,LSM6,CNOT1,LRFN1,COPS2,TADA3,TPP2,TADA1,CCDC22,RNF187,TRADD,UFSP2,DUSP11,PPP6C,RPL7A,LBH,SART3,OPA1,VPS72,WDR5,HIF1AN,TNPO1,TNPO2,TNPO3,RFC3,SECISBP2L,RPL13A,RANGAP1,TSN,REXO4,DNAJC2,TRAF7,PTP4A3,TRAF4,POLR1B,POLR1C,POLR1D,EVL,SNRPA1,TRABD,HDAC5,HDAC2,SMARCD2,AMBRA1,DPCD,HDAC7,FZR1,ABLIM1,HAUS8,POLR2A,HECTD3,RBBP5,POLR2B,POLR2E,CSK,RBBP6,SNRPB2,ASCC2,DCAF11,POLR2L,SEMA4D,CCDC59,TPRKB,RPRD2,OXR1,MTOR,DRG2,PFKM,TPT1,HDAC10,ARL6IP1,PITPNB,SLC35B1,RPS14,PNN,GOLGA4,FRAT2,RPS19,ARL6IP5,LONP2,RPS12,COG8,AQR,SACM1L,COG3,SRRM1,MRPS18C,NIF3L1,COX7A2L,POR,ZW10,SUCLG1,PFN1,AURKAIP1,CBLL1,CUTA,RTEL1,LMAN2L,MGST3,STXBP2,PTDSS2,PTDSS1,ZNHIT3,VPS8,CSTF1,MLEC,BANP,VASP,SRPK2,TMEM184C,ZRANB2,BCL11B,TMEM50B,STAM,ACADSB,RPS26,CCDC88C,RPS20,RNPS1,CORO7,ALDH18A1,RBAK,UBXN1,CITED2,GFM2,LIMD2,RPTOR,XPO6,TMED2,TMED1,SEC61B,RAB8A,GABPA,PSENEN,MAP4K2,STRADA,PRMT1,RHOF,UCHL3,LIME1,RAB33B,SCNM1,PRPF18,PACS1,NME7,FRG1,AIDA,CSTB,NOL8,AMN1,ANKMY2,ZDHHC18,RBM15B,CUX1,TBL1X,METTL9,PTGES2,NFYC,RANBP9,KBTBD4,MARS,NUCKS1,CWC27,EFTUD2,PAIP2B,CWC22,COTL1,NOSIP,TRPC4AP,KCTD5,PREPL,TBL1XR1,ELMO1,FIZ1,DAP3,PXK,COPB1,STK4,DPP3,EMG1,UBB,DPP8,DPP9,TMEM128,DMAP1,ANKZF1,CPSF4,ACBD6,PNPT1,ACBD4,RHBDD3,CPSF3,PTCH1,CPSF2,DNAJC14,DNAJC16,COQ5,NR4A3,TMEM115,CAPRIN1,DYNLRB1,USP36,NVL,CBY1,SLC2A3,USP39,TMEM101,FLCN,ZC3H7B,USP30,POLG,TSFM,USP48,KLF13,H2AFX,IQCE,PPP2R5B,TRNAU1AP,ARID1A,ARID1B,CKAP5,DNM2,SUPV3L1,DDX19A,FCHSD2,TRAPPC6B,AKT1S1,ITGB1BP1,PFDN4,CHMP7,KDM3A,STOML2,USP15,RGS19,POLDIP3,TM2D1,USP12,MTIF3,RMND5A,PDE6D,CDIPT,CLASP1,PTCD3,RWDD1,PTCD1,KDM4C,ATP13A1,PRAF2,PIK3IP1,SSBP1,SSBP2"
+"gene_set_query"	"1226"	"LHX4"	"995.3"	"ARCHS4 Coexpression,754;Enrichr Queries,840;GTEx Coexpression,1392"	"MDC1,IFITM2,TRIO,PANK3,TRRAP,HNRNPU,EPRS,BACH2,FRAT2,HERC2,DPYSL5,ZMIZ1,UBAP2L,TRIM27,EPHB2,EPHB1,SLC12A9,ANKS1B,TMPO,SRRM2,DDX17,SMARCC1,UNC5A,NUP210,ANK3,DICER1,ANK1,HCFC1,RFX7,ZC3H11A,MACF1,NUP205,POM121,DHX9,NEDD4L,AGAP1,NOLC1,MTMR4,PGS1,CYB5R4,LARP1,PCBP4,GSE1,PIP5K1A,NRBF2,NTNG2,JUN,PTPRN2,CADM1,BCL11B,BCL11A,RCC2,H3F3A,NR2F1,PRRC2C,PAICS,PBX1,PRRC2B,MED13L,PRRC2A,ABTB1,WNK1,FUBP1,CWF19L1,TMCC2,INTS8,ITM2C,DHRS13,SETD5,SMG1,GRIK3,TCF20,SMG7,JPH3,MED13,XPO1,XPO6,DNER,XPO5,NEFL,NEFM,PBRM1,PARP1,MLF2,RGMA,KIN,MN1,PXDN,RNASEL,CDC123,SF3B3,SATB2,HEATR1,GGA2,ZDHHC18,TMEM169,SERTAD4,CUX2,CAMK2N1,NSD1,RUNX1T1,YLPM1,HUWE1,NMNAT2,GATAD2B,LRPPRC,MPHOSPH9,NFIA,NFIB,SHKBP1,TAOK1,SERBP1,KBTBD7,KDM1A,CLSTN2,SLA,IPO7,CELSR3,IPO9,KIF5C,POGZ,EP300,GTF2I,SLC38A1,USP3,TPM1,ZBTB34,POU3F1,POU3F2,TANC2,OLFM1,ACLY,ILF3,DMTF1,SLC9A8,SCN8A,WDFY3,KPNB1,ANAPC1,ANKRD17,PFKFB4,BRSK2,NTM,CACNA1B,UBR4,CACNA1A,CSF2RA,CACNA1E,PRPF8,RAP1GAP,CAMSAP1,ACACA,IGSF21,TPR,UBR5,G3BP1,PLXNA2,CAMTA1,OTX1,QSER1,BPTF,RAP1GAP2,ACBD6,NUP155,FUS,PTCH1,CBX2,NUP153,SCRT1,HOOK2,LHX2,HOOK1,CNOT1,GNAS,NF1,CNTN2,EIF4G3,CREBZF,DIDO1,KDM5B,GSK3B,PRKCSH,CELF1,CHD8,USP34,CHD6,CHD4,MCF2L,FLOT2,LRRFIP1,TOPBP1,ERC1,TNPO1,EMX1,CAD,AXIN1,NAV1,NAV2,SMC1A,ARID1A,CKAP5,DNM3,PTP4A3,SFPQ,DNAJC6,DCX,BIRC6,SHANK2,ST6GALNAC6,TSEN34,GTF3C1,NFAT5,USP15,RGS19,KDM3B,USP10,NRXN1,RGS16,CRMP1,FAM169A,LRP8,CCDC85C,MKNK1,IGF2BP3,PCDH1,CLASP1,EIF4B,SPEN,USP24,NEGR1,PCDH8,ATP2B4,MAPK14,MEIS2,MTOR,NELL2,NFASC,IMPDH1,ACIN1,INSM1,SMAP2,MDGA1,TRIM33"
+"gene_set_query"	"1227"	"ZBTB25"	"995.7"	"ARCHS4 Coexpression,1588;Enrichr Queries,411;GTEx Coexpression,988"	"CYFIP2,TFRC,ZMYND8,HNRNPU,CISD2,CBLB,EPRS,TSKU,TIAL1,PNN,OPHN1,DPYSL2,MYC,LONP1,DIP2A,GLUL,IER5,SOX4,IER2,FNBP4,DDX17,MEF2C,WSB1,NUP210,METTL3,ARRDC3,IFRD1,RFX3,CD3EAP,GTPBP4,SRRM1,MFSD10,ZC3H11A,DDIT3,DDIT4,ORAI2,HECA,CGGBP1,PIK3R1,HIF1A,INPP5B,APH1A,UGCG,HSPH1,ATP6V0A2,HIVEP2,RDH13,ARGLU1,ST3GAL1,SCAI,JUN,WDR59,ZRANB2,JUND,BCL11B,EDEM1,INTS3,PLK2,SLC35E3,IRF2BP2,NR1D1,PHC3,FUBP1,ID2,INTS4,ITM2C,CEP57,PHF3,SETD5,PIGU,BTG1,CDKN1B,CITED2,MRPS12,SLC7A11,PCSK7,HERPUD1,EPM2AIP1,ZMYM6,UBXN7,TOP3B,TSC22D1,TSC22D3,DUSP6,MTSS1,WDR33,RHOB,SLC7A5,ZEB2,MTF2,PXDN,FAM193B,FAM32A,SGK1,SFI1,RNMT,STX16,SLC20A1,NOL9,ARNTL,GGA2,NFIL3,TMEM68,RICTOR,MEF2D,YKT6,NKTR,STAT2,YIPF4,VEGFA,PRPF39,NFIA,CCNG2,HDGF,PKN1,CRTC2,CCNT2,HDLBP,IGF1R,POGZ,PIM3,HMGN2,MAP3K7,FADS1,USP8,SLC38A1,ANKRD49,USP5,IGFBP3,THOC1,TTC7B,ATP1B1,DISP2,DMTF1,PRPF3,PHIP,MAPKAPK5,FKBP5,ZCCHC8,ZCCHC7,LRRC59,PFKFB3,INSIG1,ITPR1,STK4,NDRG1,SOCS2,ORC4,ORC6,PITRM1,ZKSCAN3,ANKRD10,SLC38A2,SKIL,ANKZF1,PDZD7,MCL1,BCL9L,AP1M1,IVNS1ABP,TRAPPC2,PRNP,TIA1,CPSF6,PTCH1,HMGA1,KLHL24,CLK2,CLK1,PAN2,NFKBIA,EFNA2,NR4A3,YEATS2,HOOK2,HOOK1,SP3,JMY,CNTN1,SPIRE2,MDM4,OGT,NFE2L1,EIF4G1,CREBZF,DIDO1,KDM5B,RBM26,DYRK2,PRKCSH,CHD6,SLC2A3,TAZ,CHD2,SYNE2,DUSP12,SEC61A1,OPA3,GATAD1,WDR6,RBM5,RBM6,RBM33,IQCB1,KDM6B,USP48,HSP90AA1,KLF13,EED,PDPK1,AMT,GPCPD1,ARID1A,ARL4C,TRAF7,PTP4A3,IRF3,CTDSP2,POLR1B,EVL,PPP1R15A,RNFT2,NFAT5,KDM3A,UHRF2,RAB1B,SRSF1,TOB1,FBXL20,DNAJB1,ABLIM1,GANAB,DNPEP,U2AF2,POLR2D,FEM1C,RPP14,TTC14,RBM39,HNRNPA3,RRM2,TRIM41,BNIP3,NICN1,PDE4DIP,PNRC1,RAD52,KLF7,KLF6,PIK3IP1,VIM,P4HB,PDE7A,RBMX"
+"gene_set_query"	"1228"	"ZNF562"	"996.0"	"ARCHS4 Coexpression,1538;Enrichr Queries,258;GTEx Coexpression,1192"	"TFRC,ZMYND8,ZDHHC5,HNRNPU,PPP2R2A,EPRS,ACTB,TXNDC17,PPP4R1,OPHN1,DPYSL2,MYC,FTH1,TMPO,DDX17,ARL10,DDX18,WSB1,SCAF11,CD3EAP,DDIT4,TTLL12,MACF1,CSTF2,TWF1,PIK3R1,HIF1A,MTDH,UGCG,CYB5R4,GRPEL2,ERI3,SSR1,ZBED4,S100A10,JUN,RCC2,SLC35E3,PRRC2C,LARP4,PHC3,WDR55,PUM2,SETX,FAM135A,STAG2,EIF5,WNK1,GIPC1,CPEB4,ITM2C,PHF3,SMG1,AHCTF1,PIGU,CCDC120,CITED2,MRPS12,PCSK7,CLINT1,AACS,TUBA1C,SPTLC1,MED13,XPO1,ZMYM4,TRIM2,DHX15,REV3L,CTSF,ARIH1,JARID2,CTSB,SHPRH,DBNL,TCF12,TET2,ZDHHC13,AEN,SIRT7,MRPS7,DUSP6,RHOB,ENAH,SLC7A5,RAP2B,HNRNPH1,TMEM33,MTF2,PXDN,FAM20B,WAC,NCOA7,SGK1,ERGIC2,ARF6,CSTB,GRN,NFIX,SF3B3,SLC20A1,GSTP1,GNAI3,SLC7A1,FAM129B,BCLAF1,BTAF1,ZSWIM4,MAP4K5,MAP4K4,RIOK3,CSNK1A1,VEGFA,KTN1,TTC9,MKLN1,RYBP,FABP5,NFIB,TAOK1,NEDD4,KLHL8,SERBP1,TCEA2,PKN1,FAM13B,ARID4B,NUCKS1,CYP46A1,SLK,ARID2,USP8,SLC38A1,TPM4,TMOD3,TTC7B,ATP11B,KCTD5,FOXP1,DMTF1,RPL7L1,RAB35,ADNP,PFKFB3,ABHD2,ANKRD12,CACNA1A,TOR1AIP2,ORC4,PITRM1,ZKSCAN3,SLC38A2,ZKSCAN1,MCL1,BPTF,AP1M1,IVNS1ABP,SMAD2,PRNP,CBX5,HSPA4,GFPT1,KLHL24,SMAD5,AZIN1,SON,EFNA2,HOOK2,HOOK1,DNAJC10,AAK1,MDM2,NF1,CYCS,MDM4,BRWD1,FGF13,GSK3B,RBM28,DYRK2,PRKCSH,CHD6,RND3,AFF4,DUSP11,DUSP12,OPA3,MFSD1,LRRFIP1,TNPO1,SCYL2,ACTR3,H2AFY,PDPK1,ATRX,OXSR1,VPS37B,RABGGTA,ARID1B,TRAF7,PTP4A3,CREB1,CTDSP2,POLR1B,LUC7L3,TOP1,ACOX3,RNFT2,PPP1R15B,NFAT5,VPS4B,GOSR1,DDX21,NT5C2,FBXL20,ABLIM1,RBBP4,MAT2A,TDG,NAA25,FEM1C,FYN,MTA2,RPP14,UGGT1,ATP9B,ATF7IP,SPAG9,NEGR1,GALNT1,SEMA4B,FOXJ3,ATP2B4,DEK,DDHD1,SOD2,RAB10,SLC4A7,KLF6,NAA15"
+"gene_set_query"	"1229"	"ZNF490"	"997.0"	"ARCHS4 Coexpression,1619;Enrichr Queries,151;GTEx Coexpression,1221"	"CYFIP2,NCKAP1,PANK2,TRIO,MYT1L,FRAT2,CDC23,OPHN1,DPYSL2,MYC,DIP2A,BTRC,EPHB2,DIP2C,GLUL,ATXN7L3,RNF111,TMPO,SRRM2,MEF2A,EPHA4,GABARAPL1,SMARCC2,PRKCE,ANK2,CSNK1E,RFX7,DDIT4,KCNQ2,AKAP9,SPARCL1,HECA,STXBP1,SUPT4H1,AGAP2,NEDD4L,PIK3R2,BAZ2A,PIK3R1,APH1A,ABR,CYB5R4,NUAK1,CHTF8,SPAST,CSTF1,GSE1,NRBF2,RDH13,ST3GAL1,ST3GAL2,SRPK2,CREBBP,CDK19,JUP,BCL11A,INSR,SLC35E3,MAD2L1BP,STAM,SMARCA2,PBX1,MED13L,SMARCA4,TMEM199,ARMC10,PTK7,ID2,CWF19L1,GRB2,HBP1,CPEB4,ITM2C,GABRB3,DHRS13,SETD5,PHF2,GMEB1,PIGU,BTG1,PTPRS,SNX11,CTCF,PCSK7,SIPA1L2,LIMD2,JPH3,XPO6,TRIM2,JARID2,RAB8A,PCMTD1,UPF1,NCOA6,SSR2,NIPA2,ASH1L,GMIP,CBFA2T2,PGM2L1,MRPL53,NCOR1,PXDN,WAC,MAPT,CDC123,GRN,NFIX,DOT1L,GDPD1,FGD3,ZDHHC18,CUX1,NSD1,TMEM68,MGAT2,MYO9B,TTC9C,TMEM60,RNF146,PRPF39,NFIA,NFIB,SHKBP1,SARM1,CTNNB1,HDGF,PKN1,TMEM39B,YPEL3,ZFAND5,IGF1R,RIMS1,STK16,POGZ,COTL1,EP300,IFNAR2,RAB2A,SLC38A1,DSCAM,DYRK1A,DYRK1B,ZBTB34,TBR1,ATP1B1,FBXO11,ILF2,FOXP1,DISP2,TBL1XR1,WDFY3,GEMIN7,ADNP,GRIA2,PFKFB4,BRSK2,ANKRD11,CUL3,CACNA1D,STK4,KLC1,CORO1A,NDRG1,PHF21A,DPP3,ORC4,ORC6,PITRM1,GRK6,EP400,ZKSCAN3,ABL2,DVL3,SRGAP3,SRGAP1,MYH10,PDZD7,AP1M1,PRNP,SMAD4,TOR1A,SYT1,SMURF1,KLHL24,LSM6,SLC7A6OS,GNL3L,HOOK2,MDM2,SPIRE2,BRWD1,NOP10,NFE2L1,MXD4,ISY1,RERE,KDM5B,GSK3B,PRKCSH,CHD8,PTEN,CHD6,PIK3CD,ETFB,CHD3,CHD2,LMNB1,DUSP12,OPA3,TNPO3,KDM6B,PDPK1,RFC2,NAV2,ARID1B,GIGYF1,TRAF7,CTDSP2,POLR1B,C1D,AHDC1,RNFT2,NFAT5,KDM3A,RGS19,USP10,SRC,NRXN1,SRBD1,RNF38,ATP1A1,PPM1D,FBXL20,FAM168B,GANAB,HAUS8,RBBP5,U2AF2,CSK,FEM1C,VHL,SPAG9,KDM4B,NICN1,CDC42BPB,NIN,BAX,QRICH1"
+"gene_set_query"	"1230"	"ZNF383"	"998.7"	"ARCHS4 Coexpression,1570;Enrichr Queries,892;GTEx Coexpression,534"	"CISD2,EPRS,BACH2,ALKBH8,ALKBH3,PSMD7,OPHN1,ALKBH1,DPYSL2,MYC,EPC1,EIF2A,MED1,SCAF11,NSMCE2,ARRDC3,IFRD1,CD3EAP,MED6,KARS,RFX7,DDIT3,ZSCAN21,DDIT4,ORAI2,YME1L1,HECA,ANKRA2,ALG10B,KCTD18,MMADHC,DHX8,RPAP3,FAM160B1,HMGXB4,WDR70,VTI1A,DYM,RDH13,ZSCAN18,NAA50,JUN,LRRN3,SLC35E3,MEMO1,NETO2,PHC3,AIMP1,AIMP2,STAG1,ZBTB6,SNW1,STAG2,ID2,NOL10,DHX29,NOL11,RBAK,PIGU,CITED2,SLC7A11,PCSK7,SIPA1L2,WDR43,HERPUD1,MED14,MED13,OTUD6B,TCP11L2,RIOK2,JAK2,RRP15,PCMTD1,UPF2,CDV3,TSC22D1,TSC22D3,MLF2,RHOB,PRPF18,MTF2,PXDN,PELI1,NCOA7,SGK1,FYTTD1,TIMM9,USO1,SCAF8,CAMK2N1,EXOSC8,SRSF10,PCGF6,BRF2,YTHDF3,MTX3,RPA1,VEGFA,KBTBD4,RSL1D1,PHF5A,ABCB10,NFIA,PSMC1,TSR1,PKN1,KBTBD7,RNF141,UBE3A,TATDN1,ZFP30,CAPN7,SESN1,CWC22,KPNA4,KPNA1,NOM1,USP8,SLC38A1,TTC7B,DISP2,PLAA,MAPKAPK5,TBC1D23,RAF1,ANAPC1,DDX6,IDI1,LRRC59,CUL5,INSIG1,ANKRD12,NDRG1,RPF1,ORC4,RNASEH1,ZKSCAN3,SMN1,PDZD7,MCL1,AP1M1,PRNP,NOP14,STYX,ASNS,NUP153,BFAR,KLHL24,KLHL20,NFKBIA,SLC7A6OS,GNL3L,HOOK2,TMEM11,HOOK1,COPS2,JMY,SPIRE2,EIF4G1,CREBZF,PHTF2,DDX46,SLC2A3,TRIAP1,ZFP82,USP39,CHD2,PPP6C,DUSP12,ZC3H7A,OPA3,MRPL9,UTP15,ADSL,TTC33,PDPK1,OXSR1,PATL1,ZFP90,DDX19A,TRAF7,VCAN,PTP4A3,THRAP3,CTDSP2,POLR1B,RP9,PPP1R15A,RNFT2,BECN1,GTF3C3,KDM3A,RRN3,PARG,RGS16,WBP4,TOB1,FBXL20,GANAB,U2AF2,TGS1,POLR2D,NAA25,FEM1C,RPP14,SMNDC1,ATP9B,PTCD1,SEC24B,PTCD2,CNBP,CCDC59,CDC5L,DEK,OXR1,CUL4A,KLF7,KLF6,RPS6KB1,PDCD4,CEBPZ,NAA15,GPD1L,EIF3C,TRIM32"
+"gene_set_query"	"1231"	"HOXB9"	"999.3"	"ARCHS4 Coexpression,426;Enrichr Queries,1160;GTEx Coexpression,1412"	"RPL4,MDC1,MT-ND4,VARS,TRRAP,HNRNPU,ZDHHC8,EPRS,GBA2,UBE2L3,CRKL,TRIM28,RAVER1,DPYSL2,MYC,PSMD3,LONP1,UBAP2L,EPHB2,SOX4,NUP214,SRRM2,EPHA4,SMARCC1,NUP210,SCRIB,CSNK1E,GTPBP2,PRKAB1,SND1,HCFC1,DDIT3,DDIT4,TTLL12,ATF4,NUP205,POM121,ANP32A,NPRL3,LARP1,GSE1,SYMPK,TRAP1,JUN,FUCA1,PLK2,EIF2AK1,RCC2,SETD1A,NR2F1,PBX2,PYCR2,PA2G4,PAICS,PRRC2B,UBAC1,PRRC2A,SMARCA4,CS,HNRNPL,SLC6A8,TDP2,ID2,HYOU1,ANP32B,AARS,CDK16,CDKN1C,NRP1,DAZAP1,SLC7A11,VLDLR,PRPF19,MED15,SMG5,AKAP12,XPO5,RAC3,NANS,EMD,PARP1,SIRT6,DUSP6,SREBF2,MLF2,RHOB,DDB1,TOX3,UGDH,SLC7A5,PXDN,TMEM106C,GARS,SGK1,GART,PHLPP2,CSTB,SF3B2,SF3B3,SATB2,SRRT,KCNA6,SLC7A1,HIRA,NFIL3,TCOF1,PES1,ANKRD52,RPS2,CCT7,RANBP1,SF3A1,SF3A2,MDH2,HUWE1,TMUB1,AP2B1,VEGFA,GATAD2A,MYBBP1A,SERBP1,TAOK2,HDGF,FRYL,NUP188,ARID4A,IPO7,TOMM20,FBL,ABHD11,CDH2,KHSRP,CAPN5,SLC39A7,FADS1,PLEKHJ1,DGAT1,IGFBP3,IGFBP2,ATAD3A,RNF40,ATXN2L,ILF3,HNRNPUL1,DGKQ,FSCN1,ANKS6,SNRNP200,PDE9A,KPNB1,SNRPA,KHDRBS1,LRRC59,MAZ,UBR4,AK2,CACNA1A,SLC1A4,NDRG1,PRPF8,SUPT6H,SOCS2,EFNB2,KLC4,STIP1,IRAK1,ABL1,YARS,PRNP,CPSF7,CPSF1,NONO,HMGA1,ASNS,NUP153,EEF2,ZZEF1,CHERP,EFNA2,HOOK2,HOOK1,CNOT1,UBE2S,CNOT3,CNTN1,UBA2,UBA1,EIF4G1,UBE2M,PICALM,KDM5C,MCM7,LDB1,PRKCSH,SLC2A3,CHD4,YBX1,LMNB2,LMNB1,HK1,DUSP12,PMEPA1,DGCR8,CAD,REXO2,SMC1A,YDJC,CKAP5,DNM2,ARL4C,EEF1G,TRAF7,VCAN,PTP4A3,CDH11,SLC25A5,BCAT1,DCTPP1,GTF3C1,CANT1,HDAC1,RGS16,CXXC1,DDX21,AGPAT1,STRN4,GANAB,MTA1,GMDS,HECTD3,U2AF2,GNA11,MAPK1,MTA2,MEST,UBQLN4,SPEN,CIZ1,HNRNPA3,RRM2,TAF15,PPIL2,FBXL19,SEMA4G,SSRP1,MEIS2,HNRNPAB,PSAT1,CARM1,MGAT4B,ACIN1,VIM,EIF3C,EIF3B"
+"gene_set_query"	"1232"	"NKX28"	"999.5"	"ARCHS4 Coexpression,582;GTEx Coexpression,1417"	"NUP188,VARS,KDELR1,WWC1,ARHGAP39,RPL8,PHB2,IPO4,RPS15,PSMD8,RPS17,TRIM28,ARHGDIA,RUVBL2,FNTB,PSMD3,FBRSL1,AP1S1,SNRPD3,SBF1,RPS10,TLE4,TOMM34,SCRIB,MIF,ACTN4,ATAD3A,HCFC1,TUFM,ADAM15,HNRNPUL1,GRWD1,EEF1A2,RAB35,RPL27,TTLL12,FKBP4,PRR12,AURKAIP1,SNRPA,SLC27A4,SNRPB,LRRC59,ISYNA1,NXPH4,FBF1,MAZ,PXN,PHB,MRPL12,HSPBP1,RAI1,STIP1,IRAK1,HLTF,DVL1,NACC1,DHX37,CYC1,NTSR1,BCL9L,PLXNA3,S100A10,JAG2,BTF3,TRAP1,AKIRIN1,INTS1,CBX2,PTCH1,HMGA1,IRF2BP1,PA2G4,MEX3D,SUPT5H,LSM4,SSH3,PRRC2A,SMARCA4,CHERP,DRAP1,MEX3B,SCCPDH,UBE2S,GIPC1,COPE,CDK16,EIF4G1,UBE2M,SLC25A1,ZNF512B,B4GALT2,KDM5B,ZMYND19,CETN3,MRPS12,CCDC124,MRPL38,PTPN23,PRPF19,LMNB2,PTMS,MRPL4,SPR,C1QBP,WDR5,GPR137,RAC3,EMD,EIF5A,CCT3,MRPS26,PRMT1,H2AFX,SIGMAR1,NME2,MRPS2,AHSA1,DDX54,EDF1,RANGAP1,WDR34,RAD23B,SENP3,MLF2,SLC7A4,NCOR2,SLC7A5,FAM189B,TRAF7,RPUSD1,PPDPF,AKT1S1,PGAM5,TKT,THOP1,SF3B4,AHCY,INPP1,RPL12,RAB1B,SRRT,STRN4,CENPB,SRM,FAM129B,RMND5B,GGA1,MTA1,NCLN,TCOF1,U2AF2,PES1,HSF1,BRD8,RPS2,RPL18,CCT7,FBRS,UBQLN4,MARCKSL1,PPP1R14B,SF3A2,NAA10,MCRS1,FBXL19,SEMA4B,ADRM1,SSRP1,NPM3,HNRNPAB,SCAF1,BOP1,MYBBP1A,FKBP1B,RBM42,HDGF,INHA"
+"gene_set_query"	"1233"	"ZNF607"	"999.7"	"ARCHS4 Coexpression,810;Enrichr Queries,1116;GTEx Coexpression,1073"	"TDRKH,MAPKBP1,CCNJ,IFT172,HNRNPU,FNBP1L,EPRS,SMC3,DPYSL5,DHX57,MYC,GPBP1,KIF21A,SEPHS1,SMARCC1,CXADR,CD3EAP,SOX12,IFT81,DDIT4,ZSCAN21,ALG10B,PFN2,MAGED1,FBF1,NEDD4L,PIK3R3,ATXN7L3B,PIK3R1,SLAIN1,TTBK2,DHX30,PTDSS2,LARS,HLTF,SYMPK,PIP5K1C,SERF2,ZSCAN18,FZD3,PHC1,INTS1,GPR12,BCL11A,UPF3A,BBIP1,MEX3C,PAICS,PRRC2A,TMEM198,MLLT11,MEX3B,H2AFY2,HNRNPC,RCOR2,DZIP3,SUGP2,ITM2C,GPR19,GABRB3,NRP1,TOP2B,PIGU,WDR48,FAM57B,GRIK5,PHF1,CETN3,SMG7,PHF6,OSBPL10,AKAP12,EPM2AIP1,UCHL1,TUBA1A,XPO1,DHX15,GPR137,SH3BGRL3,ZIK1,MRPS28,CCT2,PARP1,WDR35,SRP9,MLF2,ENAH,MRPS9,TUBB2B,KIT,PXDN,PAFAH1B1,NAPA,SATB1,SRRT,GGA1,UBTD2,ANKRD54,MGAT1,BRD8,SRSF12,CENPV,MBD1,PLEKHA5,NLE1,ATAT1,NUDT21,NFIA,ABI2,MORN4,NFIB,TTC3,PKN1,RNF141,ZFP28,KDM1A,NDUFA12,CSE1L,LTN1,FBXO21,IGF1R,IPO5,NUDT11,EIF4ENIF1,PAIP2B,ZFP30,SALL2,CDH2,KIF5C,TUBB3,POGZ,SMARCAD1,SBF1,ENPP5,MAP3K7,GTF2I,HMGN1,PIAS4,CDKL2,GPT2,THOC1,TSC2,GTF2F1,ATXN2L,MSH6,MSH2,EHBP1L1,TBC1D25,PHIP,FAM92A,INSIG1,NDRG1,SPATA7,PHF21B,STK36,ZC3H14,MYH10,QSER1,ZFHX2,CPSF6,CBX5,ODF2,CCDC136,NONO,CBX2,CBX1,HMGA1,IFT122,KLHL23,ARPC4,SUPT5H,MARCH6,DNAJC18,ARHGAP33,HOOK2,NASP,ZFP62,HOOK1,CAPRIN1,NFE2L3,UBA2,TUBGCP4,LRP10,EIF4G3,YWHAE,KDM5B,PRKCSH,POMT1,CEP164,CHD6,HMGB3,PSIP1,ZFP82,AFF3,TMEM191C,YWHAQ,SNAPC3,SNAPC4,MRPL9,HSDL1,CCDC34,DST,NUP133,PDPK1,RBM18,NAV2,ZFP90,NIPSNAP1,EPN2,VCAN,PTP4A3,RCN2,CREB1,DDAH1,POLR1B,THOP1,SSX2IP,INA,TNFRSF21,HDAC2,GTF3C4,DDX25,USP10,USP11,CRMP1,HMGCR,MFF,FAM169A,PPM1E,DPCD,ADD2,FZR1,CAND1,PABPN1,POLR2D,FEM1C,HNRNPA1,PDE4DIP,NAP1L1,MEIS2,CABLES2,EIF3L,CLUAP1,METAP2"
+"gene_set_query"	"1234"	"IRX3"	"1002.0"	"ARCHS4 Coexpression,800;Enrichr Queries,869;GTEx Coexpression,1336"	"IFITM2,RAPGEFL1,FAM110A,ALCAM,CAPNS1,DPYSL2,MYC,DPYSL3,AKT1,VPS36,SOX4,EPHA4,CXADR,LIMCH1,SCRIB,CSNK1E,SOX12,JMJD8,SFRP1,DDIT4,SIK1,PRR12,OBSL1,CCDC82,TELO2,NECAB3,TBC1D9B,IGSF3,PIK3R2,APH1A,NUAK1,GSE1,TNRC18,RDH13,RAB11FIP3,S100A10,JAG2,JUN,XBP1,JUP,CADM1,BCL11B,INTS1,DMPK,PLK2,ABCA3,NR2F1,IRF2BP1,PBX1,UBAC2,GADD45G,PRRC2A,SMARCA4,VANGL2,ID2,GIPC1,GOLGB1,FASN,SDC1,DUS1L,RGL2,ITM2C,DDR1,NRP1,CCDC120,BTG1,CITED2,RPLP1,CLTB,SPPL3,PTPRF,PTMS,AKAP12,TUBA1A,ENC1,ENSA,PLEKHN1,ELOVL4,IFT140,ACAD9,ANO8,DUSP6,MLF2,RHOB,NCOR2,SLC22A23,MN1,SLC7A5,KIFC2,TET3,KIT,PXDN,RHOU,RHOV,GAS6,SGK1,ERGIC1,CSTB,ADCY6,CENPB,CAMK2N1,CKB,SAMD1,WNT7B,PCGF2,SCAF1,VEGFA,NFIA,NFIB,TAOK2,HDGF,AGRN,WWC1,HDLBP,ATN1,ARID4A,ARHGAP39,CLU,CDH2,BASP1,SLC39A6,FBRSL1,LZTS2,FADS1,SH3GLB2,RALBP1,IGFBP3,CTNNBIP1,TPM1,F2R,IGFBP2,PPP1R16A,TSC2,ATP1B1,FOXP4,ADAM15,HNRNPUL1,FKBP4,PKDCC,CD151,MAZ,LPL,FBLN1,EFNA4,NDRG1,CORO1B,GLIS2,SOCS2,EFNB2,RAI1,DVL1,BTBD2,NACC1,DVL3,BCL9L,PRNP,OSBPL5,CPSF1,CBX4,SEC16A,TMEM132A,SSH3,NFKBIA,EFNA3,LRFN4,STK24,HOOK2,HOOK1,DLG5,CNTN1,CPE,PLXNB2,BLMH,DEGS1,PLXNB1,DEGS2,LSM14B,SERINC2,NFE2L1,RNF187,ZNF512B,B4GALT2,NUMA1,PRKCSH,RND3,BICD2,DUSP12,EEF2K,MFSD5,MDK,PMEPA1,PLA2G4E,TNFRSF19,TBC1D9,RAD23B,ARFGAP1,EPN1,ARL4C,TRAF7,VCAN,PTP4A3,TRAF4,CTDSP2,PPDPF,CDH11,AKT1S1,CDH13,TOP1,CUEDC1,SMARCD2,CANT1,RAB1B,CXXC1,PARD6G,WIZ,MLLT1,LRP3,SEMA3F,ACVR1B,STRN4,DNPEP,MTA1,PABPN1,MEST,PPP1R14C,PCDH7,FBXL19,HAGHL,CDC42BPB,BAIAP2,MEIS2,ACVR2A,DLK2,KLF6,PSAT1,RPS6KB2,TRIM35,VIM,P4HB"
+"gene_set_query"	"1235"	"SPDEF"	"1002.0"	"ARCHS4 Coexpression,827;Enrichr Queries,1003;GTEx Coexpression,1175"	"APP,FAAH,EPRS,PREX1,PSMD6,CAPNS1,ZMIZ1,MYC,ARFIP2,AKT1,AP1S1,SOX4,ATP6V1G1,ARRDC1,SLC35C2,ENTPD6,PRKCD,CD3EAP,MOGS,SCRIB,ACSL3,TIAM1,DDIT4,TMEM87A,TMEM87B,NECAB3,TBC1D9B,PDXDC1,TMEM63B,IGSF3,NEDD4L,PIK3R2,HIF1A,APH1A,RDH11,GSE1,TNRC18,HMGXB3,PATZ1,ST3GAL1,XBP1,JUN,PTPRN2,JUP,INTS1,GADD45G,GOLGB1,FASN,ID2,GIPC1,DUS1L,RGL2,MON1B,DDR1,ARF3,CITED2,PAK1IP1,CLTC,MIA3,SIPA1L3,PTPRF,HERPUD1,TRIM2,ENSA,TRIM3,TIMP2,NANS,CTSD,PRMT6,LRRC45,EXOC7,TSC22D3,ELOVL6,CBFA2T2,WDR34,DUSP6,MLF2,RHOB,GAK,SLC22A23,TOX3,SLC7A5,KIFC2,CSDE1,PXDN,PICK1,SGK1,ERGIC1,SLC29A2,LRRC14,PRIM2,CSTB,GRN,SATB1,ADCY6,CENPB,TM9SF3,NRAS,CAMK2N1,NPY,NPDC1,GOLM1,HIPK1,TMEM59,NFIB,SGSM3,HDGF,NUCB2,GRINA,PRDM8,WWC1,HDLBP,ARHGAP39,CELSR2,TM7SF2,ABHD11,FAM174B,SLC39A6,SLC39A7,SH3GLB2,SLC38A1,IGFBP3,TPM1,PPP1R16A,KCTD3,ATP1B1,FOXP4,PYGO2,RAB31,ADAM15,EEF1A2,FKBP4,ANAPC2,RAI14,SLC27A4,INSIG1,MAZ,SLC1A4,NDRG1,CORO1B,RAP1GAP,ACACA,CACNA1H,SOCS2,NACC1,ZKSCAN1,MARK2,BCL9L,ESRRA,PRNP,CBX4,SEC16A,TMEM132A,CORO2A,SSH3,SYT7,HOOK2,APPBP2,HOOK1,DLG5,GNB2,PLXNB2,PLXNB1,DEGS2,SERINC2,EIF4G1,ZNF512B,KDM5B,NUMA1,USP32,CHD3,AFF3,DUSP12,PMEPA1,SCYL1,BCAS3,USP43,VPS37C,TBC1D9,REXO2,RAD23B,TRAF7,PTP4A3,TRAF4,CTDSP2,PPDPF,CAT,AKT1S1,CUEDC1,SMARCD2,CANT1,SRC,RAB1B,CXXC1,SEMA3F,ATP2C1,TOB1,FZR1,DNPEP,CCDC85C,FAM120A,SH3BP4,MEST,CACNG4,SLC35A1,RRM2,HAGHL,CDC42BPB,GALE,PFKL,TSPAN13,RPS6KB1,TRIM37,P4HB"
+"gene_set_query"	"1236"	"OVOL2"	"1002.0"	"ARCHS4 Coexpression,1441;Enrichr Queries,1079;ReMap ChIP-seq,296;GTEx Coexpression,1193"	"MT-ND4,WWC1,CTNND1,ZDHHC5,RAPGEFL1,FAM110A,PREX1,TRIM28,ARFIP2,EPHA4,CXADR,ARRDC1,IGFBP3,CTNNBIP1,TPM1,IGFBP2,SCRIB,SCAMP2,OLFM1,DDIT4,EEF1A2,EZR,TSTA3,IGSF3,HPCA,CACNA1A,EFNA4,IGSF9,SEL1L3,APH1A,SOCS2,EFNB2,SGPL1,NUAK1,DHX32,GRK6,KCNN2,RDH13,SUDS3,SRGAP3,MARK2,PRNP,PNPT1,JUP,CADM1,BCL11B,BCL11A,RCC2,OSBPL2,CORO2A,IFFO1,ARHGAP32,VANGL2,STK24,QARS,EIF6,HOOK2,HOOK1,LHX2,ID2,PPP1R1B,SDC1,DEGS2,AVL9,ITM2C,DDR1,CCDC120,KCNC1,SLC35F2,PRKCSH,CHD6,SIPA1L3,SPPL3,PTPRF,DUSP12,PMEPA1,PLEKHN1,NCOA2,PRMT8,PRMT7,USP43,ABCC5,CAD,ZDHHC13,NAV2,REXO2,COASY,DUSP6,APRT,MLF2,SLC22A23,QTRT1,TOX3,PTP4A3,TET3,KIT,PXDN,FAM84A,RHOU,RHOV,SLC25A5,SGK1,SLC29A1,GTF3C2,CSTB,SATB1,SATB2,GOSR1,PARD6G,FOXK2,SEMA3F,ACVR1B,DLL1,FZR1,RAB40C,CAMK2N1,MICALL1,NNAT,POLR2D,PAK6,SH3BP4,CKB,GPC4,RPL18,PCDH1,WNT7B,BAIAP2,MEIS2,RAB11A,NELL2,SH3YL1,PDCL3,KLF6,NFIB,RPS6KB2,PDCD4,TSR1,PKN1,INSM1"
+"gene_set_query"	"1237"	"HOXA11"	"1003.0"	"ARCHS4 Coexpression,747;Enrichr Queries,1299;GTEx Coexpression,962"	"RPL4,TES,VARS,KDELR1,ZDHHC8,ELK1,PHB2,BACH2,RPS17,TRIM28,MYC,ANKFY1,RPL35,RPL38,PTGFRN,DIP2C,SOX4,MEF2C,AFAP1,CD3EAP,SCRIB,ACTN4,CSNK1E,ANK1,TWSG1,MYL6,SFRP1,KATNAL1,PRKD3,GPR161,ZSCAN21,DDIT4,KCNQ4,TTLL12,RPL29,ATF4,NRN1,TSHZ3,NPRL3,MRPL12,GJC1,WDR70,DHX37,TNRC18,RAB11FIP2,JAG2,TRAP1,JUN,ICMT,CADM1,BCL11A,SETD1A,NR2F1,IRF2BP1,PBX1,PRRC2A,EXT1,HNRNPL,STAG1,PTK7,ID2,GIPC1,DCHS1,DUS1L,FERMT2,ITM2C,CDK16,DAZAP1,SETD7,SLC7A11,PRPF19,PTMS,AKAP12,REV3L,TIMP2,RAC3,BRD3,NME2,MRPS2,MLF2,RAP2C,ZEB2,CDC42EP3,PXDN,SGK1,CSTB,NFIX,PRICKLE2,SLC7A1,CENPB,FAM129B,CUX1,PES1,TCEAL1,SPOP,FLNA,TBL1X,ANKRD52,RPS2,CCT7,MEF2D,RUNX1T1,MBD3,PCGF6,SF3A2,SNCAIP,MYBBP1A,NFIB,SLMAP,SERBP1,TAOK2,HDGF,HDLBP,STK11,ARHGDIA,LZTS2,FADS1,SH3GL1,MEN1,MAP2K2,RPS7,RPS8,IGFBP3,IGFBP2,ATAD3A,RNF40,HNRNPUL1,RAB34,EHBP1L1,EEF1A2,MASP1,RAI14,ANAPC2,LRRC59,TBC1D19,INO80E,CD151,ARHGEF25,NPR2,MAZ,AK2,CACNA1C,PDS5B,NDRG1,CORO1C,SOCS2,IRAK1,DVL1,NACC1,ABL1,SAC3D1,SMAD4,OSBPL5,CRIM1,KLHL23,DNAJC13,ZBTB12,EEF2,MANBAL,KLHL20,BCL9,LRCH2,EFNA2,BMP1,LRFN4,HOOK2,LHX2,UBE2S,CNOT3,CLPTM1L,LSM14A,MDM1,EIF4G1,UBE2M,RERE,MUS81,B4GALT2,KDM5C,WDR1,ZMYND19,PRKCSH,ILK,YBX1,LMNB2,TTC28,RPS4X,SEC61A1,RPL7A,SNAPC2,WDR5,SPEG,SLC37A3,SCYL1,EIF5A,PPP1R12A,TRPC4,CAD,H2AFX,DDX54,VEZF1,RANGAP1,DDX50,RAD23B,SENP3,CKAP4,TRAF7,VCAN,PTP4A3,TFDP1,SETBP1,CDH11,AKT1S1,PPP1R12B,GTF3C1,SRF,CXXC1,LRP3,SRM,FZR1,GANAB,DNPEP,MTA1,NCLN,U2AF2,SAP30L,RAB23,NT5DC3,SPOCK1,PDLIM7,JAZF1,SMARCE1,GADD45GIP1,PPP1R14B,NAA10,PCDH7,FBXL19,ATP2B4,RPRD2,SSRP1,MEIS3,MEIS2,HNRNPAB,CARM1,RBM42,STUB1,VIM,P4HB,BCAR1,EIF3B"
+"gene_set_query"	"1238"	"FOXD3"	"1003.0"	"ARCHS4 Coexpression,848;Enrichr Queries,937;GTEx Coexpression,1223"	"ZDHHC8,PHB2,TRIM28,SNRPD1,MYC,DAG1,RPL35,RPL38,SEPHS1,SOX4,SOX5,SAP30BP,SMARCC1,SLC6A15,SOX11,DICER1,SOX12,ANK1,MAPK8IP1,SFRP1,DDIT4,KCTD12,TTLL12,TRIB2,NUMBL,NRN1,SET,FOXG1,PIK3R1,GJC1,NLN,LDHB,LARP1,FLRT2,KCNMB4,GPM6B,JUN,CADM4,PHC1,CADM1,BCL11B,BCL11A,RCC2,NR2F1,LARP7,L1CAM,HSPA12A,PAICS,PBX1,SMARCA4,HNRNPM,ID2,HNRNPD,COL9A3,LRRN1,RCOR2,CDKN1C,GABRB3,DAZAP1,PTPRS,GRIK3,AATK,SLC35F1,SIPA1L2,PFAS,JPH3,CHL1,RAC3,KIF1A,JARID2,PRMT2,PARP1,PRMT1,RRAS2,DUSP6,RGMA,TMEFF1,ZEB2,INF2,VSNL1,KIT,PXDN,MMP17,TAX1BP3,SGK1,AHCY,PCNA,PRICKLE1,PTN,DRP2,EXOSC10,CUX2,TCOF1,CAMK2N1,GPC4,MAP4K5,ANKRD50,RUNX1T1,RPRM,CCT4,NPM1,USP9X,NMNAT2,MAD2L2,NFIA,NFIB,SERBP1,HNRNPA2B1,PHLDB1,KDM1A,CD81,ARHGAP39,IPO5,NRBP2,SALL2,RUVBL1,MEN1,RPS7,IGFBP3,TMOD2,IGFBP2,VASH2,POU3F1,POU3F2,POU3F3,FOXP1,MSH6,ILF3,MYCN,MSH2,NCL,SRSF2,SNRPF,KPNB1,BRSK2,ARHGEF26,MAZ,LTBP4,CACNA1B,LPL,CACNA1A,TARS,DTX1,PHB,NDRG1,PHF21B,SOCS2,IGSF21,PDZD4,SCUBE1,G3BP1,NACC1,OTX1,EVI5,MYH10,QSER1,TBC1D16,KLHL29,AKIRIN1,PTCH1,CBX2,HMGA1,DNAJC11,GNAO1,EFNA2,HOOK2,NASP,LHX2,HOOK1,NFE2L3,TAB1,TCF3,SAE1,CUEDC2,HSP90AB1,CHD6,HMGB3,PSIP1,ELAVL2,LMNB2,SENP7,SGCB,DACT1,PELP1,RFC3,SECISBP2L,CAD,H2AFX,PTP4A3,INA,GAPDH,NLGN1,SFSWAP,NRXN1,SRSF1,CXXC1,CRMP1,CLCN2,EHBP1,HSPD1,MTA1,UGP2,PTPRZ1,NT5DC2,BEND3,IGF2BP3,LRRC8B,PCDH1,HNRNPA1,MTA3,NTRK2,SSB,NEGR1,GALNT2,FBXL19,SEMA4C,PCDH8,NAP1L1,SSRP1,HSPE1,MEIS2,HNRNPAB,NELL2,PSAT1,CARM1,ERCC2,MFAP2,PTPN9,SPRY2,VIM,INSM1,RAN"
+"gene_set_query"	"1239"	"ZNF843"	"1003.0"	"ARCHS4 Coexpression,1503;Enrichr Queries,920;GTEx Coexpression,587"	"ZFYVE9,ZDHHC5,KEAP1,PHAX,PDCD2L,ALKBH8,DCAF6,OPHN1,DPYSL2,ATXN7L3,ARRDC4,PDHX,SRRM3,CACNA2D1,MRPS18B,CD3EAP,MOGS,ZSCAN21,DDIT4,GUF1,HECA,NRN1,DHX8,GIPR,NPRL3,FBF1,DCUN1D2,COPS7A,HIF1A,APH1A,FXR2,LARS,RRS1,FAM43B,PIP5K1C,RDH13,RHBDL1,ZRANB1,JUN,CADM3,FAM78B,PDE2A,SLC35E3,NR2F1,PBX2,STAM,IFFO1,PRRC2A,PCDHGA11,AIMP2,PKIA,DCHS1,MRPS17,ARF3,HBS1L,GFM1,CCDC127,GFM2,FAM57B,DIS3L,PRPF19,SMG5,BBC3,SMPD3,PPP3CB,MRPL40,TUBA1A,RIOK2,RRP15,MRPS28,LRRC47,ZYG11B,UPF1,MRPS24,MINK1,SIRT4,AP3B2,DUSP6,MLF2,IMMP1L,MMP17,PXDN,EXOC4,CHST1,NCOA7,MAPT,SLC29A2,MRPS33,USO1,MRPS30,PSMB5,TMEM65,TMEM68,SLC17A7,EGLN1,BRF2,ELP3,NMNAT2,LYRM2,CSDC2,APEX1,SRRD,TAOK2,HDGF,PKN1,AGRN,MEGF8,DPAGT1,HDLBP,UBE3A,TSEN2,TATDN1,CHCHD3,PALM,NRCAM,KPNA3,NOMO1,SLC25A46,BIVM,SEMA6C,SLC38A1,USP5,IGFBP3,VASH1,OLFM2,EEF1A2,RAB35,FKBP3,RTN2,FTO,LRRC59,BRSK2,CUL5,DDX1,CHRNA7,BTF3L4,LTBP4,CACNA1B,UBR3,CACNA1A,UBFD1,DTX3,CACNA1C,CACNA1E,GLIS2,SCRT2,EFNB1,BTBD1,NACC1,ZKSCAN3,MAP2K5,PDZD7,ANKRD28,EIF2B3,BOD1,VTA1,KLHL24,SYT7,COPS4,CNOT4,CNOT7,EFNA2,HOOK2,TBCE,SPIRE2,TUBGCP4,COPS8,GRSF1,LRP12,NFE2L1,EIF4G1,KDM5C,ASNSD1,PRKCSH,SCHIP1,TRIAP1,OPA3,SPEG,DACT3,EMX1,NAA30,PCDHGA4,RBM18,UBE2QL1,NAV2,DUSP26,RAD23B,ARL4C,TRAF7,PTP4A3,CTDSP2,CCDC43,RP9,SLC25A12,IRF9,BCAT2,RNFT2,DCTN4,WBP4,NRXN2,LRP3,SRR,TMEM201,FAM168B,GANAB,U2AF2,SPOCK2,FAM120A,RPP14,ABCF2,RNF20,USP24,LINGO1,PTCD2,KCNJ11,FEM1A,USP22,NTRK3,NICN1,HAGHL,PDE4DIP,LYSMD1,SUCLA2,CDKN2AIPNL,FAM131C,ASB8,RAB12,ACIN1,TRIM32,PFKM,MBTPS2"
+"gene_set_query"	"1240"	"HESX1"	"1004.0"	"ARCHS4 Coexpression,492;Enrichr Queries,1287;GTEx Coexpression,1232"	"IFITM2,RPL31,THYN1,GPATCH4,RPL9,TXNDC17,RPL7,RPS14,CDC23,FRAT2,RPS19,SNRPD2,SNRPD1,MYC,CDC26,AP1S2,LONP1,RPL36,SNRPD3,SEPHS1,TMPO,TIPIN,MEF2C,CXADR,RPL21,WDR75,SRRM1,MRPS18C,FAM133B,SFRP1,SARNP,DDIT4,RRAGD,HECA,ALG10B,SET,SHMT2,MRPL13,ADH5,MTDH,ANAPC11,PRDX3,DGUOK,LDHB,MRPL20,PRDX1,SERF2,JUN,RABGAP1L,RPL41,PHC1,BCL11A,EDEM1,INTS2,LARP7,FAM136A,PAICS,ZWINT,RPS27,RPS29,ID2,INTS7,FXYD6,RPS20,RPLP1,NAT10,MRPL39,SLC7A11,COX7C,MRPL32,MRPL33,UBL5,MRPL42,TRMT112,CSRP2,TMSB4X,JARID2,RRP15,RSPRY1,WDR36,MRPS21,PRPF40A,COMMD6,DUSP6,TUBB2B,MRPS9,MRPL50,PSMA3,PSMA4,PSMA2,KIT,MTF2,EEF1E1,PTMA,CDC123,PCNA,PRIM1,HEATR1,TIMM13,UQCR10,COX5B,TCEAL8,NRAS,PSMB5,NFIL3,EXOSC9,EXOSC8,MGAT2,CCT8,GPC4,RPL15,SUZ12,NPM1,MDH1,NFYB,STAT2,GINS4,RPA3,NDUFAB1,TOMM7,TCEA1,RPL22L1,NDUFA13,RPP30,BCCIP,COX6A1,FBXO22,TATDN1,SALL2,FAM162A,BANF1,CHCHD1,HMGN3,EIF1AX,IGFBP2,VASH2,RBX1,COX6B1,MYCN,MSH2,TMX1,RPP21,SNRPG,SNRPE,SNRPF,SNRPC,FKBP3,ANAPC1,LY6E,ZCCHC7,SEMA7A,ENY2,UQCRB,COX16,LPL,CACNA1A,ARL2,COX7A2,UQCRH,SOCS2,ORC6,UBR5,NAE1,QSER1,DNAJC19,CBX3,IDH1,TBCA,LSM5,EIF2S2,LSM3,EFNA2,LSM6,HOOK2,NASP,HOOK1,OSTC,MDM2,NFE2L3,FGF13,NOP10,CNIH4,HMGB3,PSIP1,DPY30,SLC2A3,TRIAP1,HMGB1,RND2,DUSP12,SUMO1,NUP62,SUMO2,TLK1,RFC3,EED,PDPK1,H2AFZ,NDUFC1,PTP4A3,NDUFS5,SNURF,BCAT1,PFDN4,IRF9,AGPAT5,HDAC2,GTF3C6,RGS16,NDUFB4,POMP,NDUFB3,CXXC1,PDHB,NCALD,UGP2,PTPRZ1,TAF1A,BEND3,POLR2F,IGF2BP3,SNRPB2,ROMO1,BUB3,POLR2I,MTA3,DCAF13,TIMM8B,SSB,NDUFA6,NDUFA4,NDUFA3,TPRKB,RPL35A,RPL23A,DEK,HSPE1,KLF6,MFAP2,ERCC8,CEBPZ,SSBP1,PPIL3,ABCE1,RAN"
+"gene_set_query"	"1241"	"ZNF774"	"1004.0"	"ARCHS4 Coexpression,1621;Enrichr Queries,562;GTEx Coexpression,829"	"CYFIP2,NCKAP1,TRIO,CBLB,PDCD2L,DCAF6,OPHN1,DPYSL2,ATXN7L3,SOX5,ARRDC4,PDHX,EPHA4,PRKAB2,MEF2C,LIMCH1,CACNA2D1,MTUS1,MRPS18A,CD3EAP,ANK2,ANK3,GNPAT,RNF123,AFG3L2,BIN1,RRAGD,DDIT4,VDAC3,VDAC1,HECA,DHX8,SAR1B,STXBP1,NPRL3,AGAP1,SLCO5A1,PIK3R1,KALRN,TTBK2,FXR1,APH1A,NUAK1,FXR2,PRKAR2A,RDH13,RIMKLA,ST3GAL1,FAM78B,BCL11A,PLK2,SLC35E3,MTHFR,UBAC1,PBX1,MED13L,TADA2B,AIMP2,PKIA,GFM1,PIGU,HIP1,SLC7A11,AACS,HERPUD1,PPP3CB,PCLO,CHMP1B,TRIM2,ENC1,TCP11L2,LRRC47,ZYG11B,TSC22D3,GAB2,ASH1L,PGM2L1,MLF2,RGMA,RHOB,SLC22A23,IMMP1L,MN1,MRPS9,PXDN,SLC29A4,MAPRE3,RHOU,MAPT,SLC29A2,NFIX,USO1,GDPD1,AKAP6,PRICKLE1,ADCY5,ARNTL,TMEM68,MEF2D,EGLN1,ARNT2,BRF2,SORBS2,SORBS1,LRRC20,SLC8A3,NFIA,PRKRA,SARM1,PKN1,ATP8A1,KLHL34,UBE3A,FRY,IGF1R,TATDN1,PAIP2B,CHCHD3,KIF5C,CFL2,POGZ,KPNA4,KPNA3,ENPP5,KPNA1,USP8,TMOD2,TTC7B,ATP1B1,CACNB1,DISP2,CLIP1,EEF1A2,PLAA,TNIK,FKBP3,RTN2,NDRG4,BRSK2,CUL5,CTTNBP2,DDX1,ABHD2,UBR3,CACNA1A,UBFD1,SLC1A4,NDRG2,NDRG1,ORC4,BTBD1,ZKSCAN3,SRGAP3,PDZD7,AP1M1,EIF2B3,UBE2H,PTCH1,KLHL24,COPS4,CNOT4,HOOK2,NBEA,HOOK1,TBCE,AAK1,SPIRE2,GRSF1,FGF13,PHTF2,CALCOCO1,DOCK4,PRKCSH,SCHIP1,CHD6,DUSP12,MCF2L,OPA3,PSD3,MYO18A,PDE4B,HIF1AN,KDM6B,NAA30,ADSL,DST,TTC33,PDPK1,PDE4D,RAD23A,NAV1,NAV2,DUSP26,DDX19A,PTP4A3,SETBP1,CTDSP2,CCDC43,SLC25A12,RBM24,SHANK2,RNFT2,KDM3A,PPM1L,SRL,STOX2,TMEM201,ABLIM1,GANAB,HECTD1,U2AF2,MKNK2,CDC37L1,FEM1C,RPP14,ATP9B,NIPSNAP3B,ATE1,KDM4B,KCNJ11,FEM1A,SEMA4B,ATP2B4,PDE4DIP,SUCLA2,CDKN2AIPNL,DNAJA3,ASB8,RAB12,EIF3J,POLR3E,TRIM32,PFKM"
+"gene_set_query"	"1242"	"EBF2"	"1004.0"	"ARCHS4 Coexpression,478;GTEx Coexpression,1530"	"ANKRD13B,CNTFR,PHLDB1,STMN2,CBLB,STMN4,ZDHHC8,FNBP1L,CELSR3,FADS3,GPR173,ATCAY,DPYSL4,CDH2,DPYSL5,KIF5C,TUBB3,BASP1,DPYSL3,STMN1,LUC7L,LZTS1,EPHA5,LMO1,SEMA6C,WSB1,RBFOX2,CACNA2D1,UBE2E3,AFAP1,FRMD4A,ANK2,SOX11,POU3F2,POU3F3,FRMD3,ARMCX3,DYNC1LI1,DOK5,FEZ1,RUFY3,KCTD12,TAGLN3,TRIB2,GRIA1,BRSK2,NRN1,LTBP4,LPL,PIK3R3,KLC1,KALRN,LRRC55,PHF21B,NKAIN1,SCRT2,ARHGAP21,FLRT2,PCBP4,PLXNA2,SRGAP3,KIF3C,FZD3,AUTS2,ST8SIA2,H3F3A,ARHGAP29,DCLK2,NSG1,HSPA12A,PBX1,SCRT1,DCLK1,MLLT11,PTPRD,MEX3B,VANGL2,NSG2,SESTD1,PKIA,CNTN2,FBXL3,AMOTL2,DCHS1,LRRN1,ACBD3,RCOR2,NRP1,KDM5B,PTPRS,GDI1,FAM57B,SCHIP1,CELF3,ELAVL4,RND2,RND3,ELAVL2,ELAVL3,ROBO1,SPRED2,NGRN,UCHL1,TUBA1A,SGCB,GDAP1L1,DNER,NEFM,CEP170,KIF1B,ERC2,TRIM67,ADAMTS7,APC2,HSDL1,ACTL6B,LRRC49,TCF12,NAV1,CBFA2T2,RGMB,SEPT3,RGMA,TMEFF1,MN1,GAP43,TUBB2B,INF2,RCN2,TUBB2A,DDAH2,ITGB1BP1,INA,DBN1,RNF165,DYNC1I2,HDAC2,PPM1L,CRMP1,AKAP6,PRICKLE1,PTN,EHBP1,AGPAT4,THBS3,JAKMIP2,CYTH3,DRP2,STOX2,GNG3,MAPK8,SERTAD4,TMEM169,IGFBPL1,GNG2,ABLIM3,GPC2,APBB2,NCAM1,MAP4K4,CLASP2,RUNX1T1,MARCKSL1,MYEF2,KIDINS220,SEMA4C,PTPN12,ENOX1,ATAT1,MAPK10,KLF7,SLC4A8,NFASC,SBK1,ABI2,MORN4,NFIB,SYT11,KLHL7,NOVA2,TTC3,YPEL1,SPRY2,VIM,INSM1,MDGA1,APBA2,SSBP3,CDK5R1"
+"gene_set_query"	"1243"	"OLIG3"	"1005.0"	"ARCHS4 Coexpression,663;Enrichr Queries,1104;GTEx Coexpression,1248"	"CNTFR,CCNI,RPL31,STMN4,HS6ST1,BACH2,GPR173,PSMD6,DPYSL4,DPYSL5,IGLON5,WDR91,DPYSL3,RPL36,RPL35,EPHB1,SOX4,EPHA4,EPHA7,RBFOX1,ACOT7,AFAP1,SOX11,SFRP1,CARHSP1,RUFY3,TAGLN3,RPL29,KCTD15,LLGL1,CUTA,GPM6A,NRN1,FOXG1,AGAP1,KALRN,NKAIN1,SGPL1,FAM171A2,FLRT2,PCBP4,PUSL1,PATZ1,RPL41,FZD3,CADM1,BCL11A,ST8SIA2,ST8SIA3,H3F3A,NR2F1,FAM136A,GADD45G,SMARCA4,RPS28,MEX3A,VANGL2,EIF6,H2AFY2,PPP1R1B,SDC1,LRRN1,RCOR2,TECPR1,GABRB3,CDKN1C,CCDC120,PTPRS,GRIK5,GRIK3,UBL5,TUBA1A,NEFL,NEFM,FEZF2,APC2,ELOVL4,ACAD9,RGMB,DUSP6,APRT,RGMA,TMEFF1,ZEB2,TUBB2B,TUBB2A,PTMA,ARF5,DBN1,RNF165,DYNC1I2,SLC7A1,CUX2,TMEM169,MICALL1,GPC2,RUNX1T1,RPRM,CENPV,MYEF2,PCGF2,SRP68,NMNAT2,MIB1,NFIA,FABP7,CACHD1,YPEL1,APBA2,CDK5R1,MIDN,RAB3D,CTNND2,CELSR3,EEF1B2,NUDT11,FADS2,SALL2,CDH2,KIF5C,TUBB3,BASP1,SLC16A2,KIRREL3,MAGI1,RPS5,ATG9A,APLP1,UBE4B,TBR1,POU3F1,POU3F2,MID1,POU3F3,TPST2,AMPH,SLC27A4,KHDRBS1,SHC2,BRSK2,RTN1,KHDRBS3,PKDCC,NTM,SEL1L,CACNA1A,BHLHE22,DTX4,KLC1,CACNA1E,PHF21B,NEUROD2,SCRT2,SNN,TCTEX1D2,PLXNA2,NDN,OTX1,MYH10,MARK1,SYT4,AUTS2,CBX2,OSBPL2,CBX1,KLHL23,SCRT1,EFNA2,NSG2,LHX2,SRPRB,CNTN2,DEGS2,TCF3,CELF3,CELF4,CHD6,ELAVL4,HMGB3,CHD4,RND2,ELAVL2,ELAVL3,TRO,NOB1,MFSD5,MDK,NIPSNAP1,PJA1,TRAF7,GAP43,VCAN,PTP4A3,RCN2,DDAH2,POLR1D,ACOX3,INA,SMARCD2,HDAC2,MVK,NLGN2,DCTN2,EI24,NRXN1,CRMP1,HMGCR,CXXC4,CACNG7,GNG3,DNPEP,IGFBPL1,NNAT,NCAM1,FSD1,IGF2BP2,HNRNPA1,OPCML,NTRK2,LINGO1,PPP1R14B,MARCKSL1,SLC12A5,NTRK3,PCDH8,MEIS2,NELL2,SH3YL1,SBK1,XPNPEP1,IMPDH2,TSPAN18,NOVA2,RPS6KB2,PDCD4,P4HB,INSM1,EIF3D,MDGA1,SSBP3,EIF3B,CBLN1"
+"gene_set_query"	"1244"	"ZNF469"	"1007.0"	"ARCHS4 Coexpression,952;GTEx Coexpression,1061"	"SLC35B2,PHLDB1,SLC35B4,TRIO,CHPF,CD81,HDLBP,ATN1,PLOD3,PHAX,ZDHHC8,ALDH1L2,NDST1,POFUT2,MPRIP,RUSC2,LAMP1,CAPN2,MPV17,AZI2,LZTS2,TMSB10,SH3GL1,MED1,TPM4,ACTN1,DAPK3,RECQL,AFAP1,ACTN4,TANC2,CLIP2,TWSG1,TMX3,RPL7L1,FSCN1,RAI14,COPA,CD151,SAR1A,HIF1A,TMEM121,GLIS2,RAI1,NACC1,ABL1,ABL2,PLXNA1,SLC38A6,BRIX1,TNRC18,PIP5K1C,MAP4,SRGAP1,SNX6,RAB11FIP5,BCL9L,CD276,TMEM184B,SMURF2,ATP8B2,CRIM1,MICAL2,ZBTB12,MARCH4,ARHGAP23,EXT1,PCDHGA11,EXT2,MEX3A,BMP1,PTK7,CALU,PLXNB2,AMOTL2,LRP10,LRP12,FERMT2,GPSM1,ITGB1,TRAM1,WDR1,DOCK7,TRIOBP,SEC61A1,LASP1,ZMYM4,ZC3H7B,TIMP2,ANXA6,SDF4,QSOX1,CIC,ADAMTS7,PCDHGA4,NCBP2,RRAS2,SLC39A13,CKAP4,ARFGAP1,NME1,NCOR2,RCN2,INF2,NAV3,CDH11,PXDN,GARS,GAS6,FJX1,PPP1R12C,NFIX,LRP1,WIZ,HSPA13,FGD1,CENPB,FAM129B,TCEAL8,SRR,PDZD11,GPC1,PPP1R8,GNA12,FLNA,SH3BP4,IGF2BP3,IGF2BP2,MGAT2,ANKRD52,TRIM44,PDLIM7,SEPT11,SSB,GALNT2,TXNRD1,NCKAP5L,YIPF5,ATP2B4,MYO9B,CDC42BPB,MEIS3,SCAF1,KLHL9,SKI,XPOT,ERCC2,MFAP2,TAOK2,ZYX,CDK2AP1,NUCB1,GOPC,P4HB,KCNK2,MBTPS2,BCAR1,CUL4B"
+"gene_set_query"	"1245"	"ZNF611"	"1007.0"	"ARCHS4 Coexpression,1498;Enrichr Queries,399;GTEx Coexpression,1123"	"CYFIP2,TRIO,HNRNPU,JMJD1C,EPRS,ACTB,CAPNS1,TRIM28,ZMIZ1,DPYSL2,MYC,AKT1,DIP2A,ATXN7L3,RNF111,SOX4,SRRM2,EPHA4,MEF2C,SCAF11,ARRDC3,RECQL,RFX3,CD3EAP,MOGS,DICER1,BIN3,XRN2,DDIT4,AKAP9,MACF1,DHX8,MYCBP2,NEDD4L,PIK3R1,PGS1,APH1A,CYB5R4,RDH13,ST3GAL1,ST3GAL2,CREBBP,JUN,SYNRG,SLC35E3,PRRC2C,PHC3,SMARCA2,PBX1,MED13L,PRRC2A,HNRNPL,PARP11,STAG1,STAG2,WNK1,CWF19L1,GRB2,CPEB4,PHF3,ARF3,GMEB1,SMG1,PIGU,HIP1,PRPF19,SMG5,AKAP12,NIPBL,MED13,REV3L,UBXN7,SDF4,CAP1,NCOA2,UPF1,TET2,ASH1L,CBFA2T2,DUSP6,MLF2,RHOB,PHF20L1,NCOR2,KIN,PXDN,SGK1,MAPRE2,RNASEL,BCLAF1,SHOC2,APBB2,PAK2,MAP3K3,MON2,HUWE1,PLEKHA5,TTC9C,GTF2H2,SORBS1,MYO9A,NFIA,NFIB,TAOK1,HNRNPA2B1,RAB3GAP2,HDGF,PKN1,FRYL,CCNT2,CEP120,HDLBP,SLA,PRDM2,CYP46A1,IGF1R,SMCHD1,ZFP30,CWC22,FADS1,IFNAR2,USP5,USP4,ANKRD44,TPM1,TTC7B,ADAM10,ZBTB34,RSBN1,PIAS1,FOXP1,ACAP2,DMTF1,RAB35,CHMP4B,PHIP,NSMAF,ZCCHC7,DDX6,LRRC59,PFKFB3,ANKRD11,STK4,EFNB2,MED30,NACC1,CCDC32,ZKSCAN1,PDZD7,BPTF,PRNP,TOR1A,CBX5,FBXO38,PTCH1,ECD,M6PR,CRIM1,HPS3,ARPC5,KLHL24,EEF2,SLC7A6OS,GNL3L,SON,EFNA2,HOOK2,HOOK1,GNB1,AAK1,NF1,TUBGCP3,MDM4,BRWD1,FGF13,NFE2L1,EIF4G1,PRKCSH,CELF2,USP34,PTEN,CHD6,PIK3CD,SYNE2,DUSP12,SEC61A1,PSD3,LRRFIP1,ACTR2,HSP90AA1,CHUK,DST,PDPK1,PDE4D,ATRX,NAV2,ARID1A,RAD23B,TRAF7,VCAN,PTP4A3,CREB1,ELF2,ASPH,CTDSP2,POLR1B,LUC7L3,PIK3C3,BIRC6,ZMYND11,RBM22,RNFT2,NFAT5,RGS19,SRBD1,RNF38,ASAP1,RNF2,FAM168B,GANAB,RBBP5,U2AF2,MKNK2,BNIP2,FEM1C,VHL,ATP9B,RBM39,TXNRD1,ATP2B4,PDE4DIP,MAPK14,MEIS2,NIN,KLF6,P4HB,TAF2"
+"gene_set_query"	"1246"	"ONECUT1"	"1007.0"	"ARCHS4 Coexpression,1286;Enrichr Queries,1044;ReMap ChIP-seq,269;GTEx Coexpression,1429"	"CYFIP2,MT-ND4,STMN2,DCAF8,STMN4,BACH2,DCAF6,PSMD6,SCP2,DPYSL5,MYC,PSMD1,MED1,RBFOX2,DAPK1,WDR74,SOX11,GAPVD1,CLPX,EID1,PRKAR1A,RUFY3,DDIT4,TMEM126A,XPA,SLAIN2,FAM160B1,FAM171A1,PRDX4,RIC8B,FLRT2,RNF215,NUP88,NRBF2,LHPP,HEXIM1,MCTS1,JUN,NDFIP1,WDR59,ARPP21,CADM1,PLK2,NR2F1,IRF2BP2,FAM136A,PBX1,TMEM199,MRPL30,MLLT10,RNF103,MEX3A,HBP1,FAT4,CPEB4,GABRB2,CLINT1,UBL3,MED13,TUBA1A,TMSB4X,ENSA,NEFL,RIOK2,NEFM,AP3S1,DLGAP3,JAK1,RPS6KL1,DUSP1,ELOVL2,SSR3,TET2,ELOVL6,DUSP6,GNL3,MRPL52,TUBB2B,BDH1,MED21,PXDN,KIFC3,DLD,VAMP2,ARF6,RNF165,OAT,PHLPP1,USO1,TMEM74,TIMM10,PSMA7,TM9SF3,TMEM169,RPL15,RUNX1T1,FARP1,UTP3,CSNK1A1,USP9X,SYVN1,SCAF4,AGBL5,TMEM59,TAOK3,NFIA,NFIB,ETNK1,SARM1,FMR1,YEATS4,CLU,PPP1CB,PPP1CC,GRB14,CDH2,TUBB3,FADS1,IFNAR2,TLE4,USP3,IGFBP3,IGFBP2,ZBTB33,FOXP1,TPST2,TPST1,EBNA1BP2,SNRPG,PHIP,TTPAL,SRSF7,INO80B,SHC2,CBFB,ANKRD11,SLC38A10,PHF21B,RAP1B,SOCS2,G3BP2,SLC38A2,UVRAG,ANKRD34A,AKIRIN1,POLR3GL,DHCR24,ARPC5,CDK9,UQCRQ,LHX2,TUBGCP3,SERINC1,CNIH2,EIF4G2,ITGB1,RNF13,CELF5,ARRB2,ETFB,SGCE,DUSP12,ACP2,SLC37A4,CCDC50,PELP1,SGIP1,RFC2,LIX1L,ZFP91,NDUFC1,VEZF1,RTN4RL2,PLRG1,RAD23B,NIPSNAP1,PTP4A1,ATRN,PTP4A3,MET,PPP1R15B,WBP1,GTF3C6,CXXC1,FURIN,PPM1D,CXXC4,ZNRF1,FZR1,ABLIM3,POLR2C,POLR2D,BEND3,SH3BP5,DNAJB9,LRRC8D,IGF2BP3,DCAF11,PCDH1,FNIP2,TRIM44,SLC25A25,NTRK2,PCDH9,SEMA4B,PCDH8,NDUFA1,SEMA4G,CDC42BPA,PNRC1,MYO16,NELL2,KLF6,VAPA,PSAT1,NOVA2,P4HB,ATXN10,INSM1,CDO1,APP,PITPNB,DIXDC1,NUDT3,EFR3A,GOLGA4,PPP2R1B,SNRPD2,CDC26,EPC1,LONP2,PELO,SOX5,TMPO,ACVR1,ARL10,PDHX,EPHA7,SACM1L,ALG5,ARRDC3,ALG2,MTUS1,ISLR2,ACTN4,TMEM170B,ANK1,CFDP1,KATNAL1,MTHFD2L,SIK3,KCNQ4,SIK2,TAGLN3,MMADHC,NRN1,DHX8,MGST3,FBF1,TRANK1,PIK3R1,KALRN,GSPT1,PCBP4,HIVEP1,GSE1,TSPAN5,FAM192A,HIVEP2,DECR2,SNHG1,ZRANB1,BCL11B,BCL11A,SMARCA1,ACADSB,GADD45G,STAG2,RPS29,ID2,ECHDC2,FBXL2,TECPR1,NRP1,TOP2B,CSRNP3,USPL1,FKBP15,CITED2,GRIK3,SLC7A11,WASL,PCM1,UCHL1,SERP1,TMED2,SEC61B,DLAT,TMED7,RSPRY1,PBRM1,PARP2,MMD,NCOA4,ANO6,GAB2,RHOF,RGMB,MTSS1,SREBF2,VAV2,RHOB,RAP2C,MN1,UGDH,VSNL1,TAX1BP1,NCOA7,GLCCI1,SGK1,MAPRE2,MRPS35,PRIM1,SATB2,DERL2,AKAP7,PAK1,CUX2,NFIL3,CUX1,CAMK2N1,EXOSC8,GPC2,MPZL1,SLC31A1,PLEKHA5,KLHL2,TTC1,SORBS2,AIG1,MYO9A,PER1,GPAM,NEDD4,HNRNPA2B1,CAPZA2,SCARB1,ACAA2,ZFAND3,HDLBP,KIF5C,FPGS,ARID2,BAHCC1,LMO4,OSR1,TTC7B,ATP1B1,POU3F1,RUNDC3B,POU3F2,POU3F3,MYCN,DOK4,GPD2,MATR3,RTN2,ARHGEF26,UBA5,NXPH4,SEL1L,CACNA1A,COX7A2,DTX4,RPF2,CACNA1E,RPF1,ARHGAP12,EFNB2,EMG1,SUDS3,PDZD8,KLHDC10,MPST,SYT5,ACBD5,ACBD4,ZFHX2,CBX3,SMURF1,DSTN,SMAD5,GNAO1,QDPR,H1F0,DLG2,EFNA2,HOOK2,SRPRB,LRP10,CHD6,ELAVL4,HMGB1,PHTF1,RPGR,ELAVL3,SPRED2,ALDH2,MAN1A2,GDAP1L1,CASP2,USP47,NAA30,PDPK1,DYNLT3,OXSR1,NAV2,SEPT2,PJA2,GAP43,TMEM214,ACOX1,DDAH2,CDH10,RASA1,CAT,INA,SHANK2,CAMK2B,MVK,POLDIP2,NAA20,TM2D1,NRXN1,RGS16,CRMP1,SLC3A2,ATP1A1,SPG7,ACVR1B,TOB1,GNA13,GNG3,UGP2,MAT2A,DDT,NT5DC3,BNIP2,NCAM1,REPS1,TMEM30A,BNIP3,QPCTL,MEIS2,ACVR2A,GOLPH3,PDE10A,ERCC1,PPP2R2D,KRAS,ATP13A3,NAA15"
+"gene_set_query"	"1247"	"RXRG"	"1007.0"	"ARCHS4 Coexpression,1378;Enrichr Queries,738;GTEx Coexpression,906"	"IPO13,ISCA1,NUDT3,DCAF6,ALCAM,DPYSL2,MYC,NCKAP5,PDHX,RBFOX1,MEF2C,MECR,CACNA2D1,SOX11,ANK1,RNF123,SFRP1,BIN1,DDIT4,RRAGD,VDAC3,SPARCL1,GPM6A,TARSL2,PDE1B,NPRL3,HTATSF1,FXR1,CYB5R1,FXR2,PCBP4,SCN3A,GPM6B,ST3GAL3,JUN,ARPP21,CADM1,NR2F1,UBAC1,DCLK1,GADD45G,PPP1R1A,PKIA,PPP1R1B,PAM,PCSK2,HBS1L,NRP1,GRIK5,PTPRN,DIS3L,MYL6B,RYR3,CX3CL1,PPP3CB,B3GALT2,B3GALT1,MRPS28,ZYG11B,SIRT2,DUSP6,IMMP1L,MN1,KIT,PXDN,MAPRE3,SGK1,GAS7,ADCY1,PTN,ADCY5,CAMK2N1,SORBS2,SORBS1,BLCAP,LRRC20,VEGFA,SLC8A3,LYRM2,FABP3,NFIA,TTC4,FABP7,TACC2,ARID4A,KLHL34,PARK7,CLU,CCDC28B,GRB14,CDH2,CFL2,HCFC1R1,LMO1,SEMA6C,TPM3,IGFBP3,SHISA4,DYRK1B,ATP1B2,FBXO10,GRIP2,CACNB1,OLFM1,PCP4,DOK5,EEF1A2,SCG5,SNRNP27,SCG3,FKBP3,RTN2,PFKFB2,AK1,UBR3,LPL,CACNA1A,NTPCR,NDRG2,RASGRP2,RAP1GAP,SOCS2,PCSK1N,BTBD1,DVL1,PLXNA2,DNAJC19,PRNP,TRAPPC9,COPS4,NR4A3,HOOK2,STK25,HOOK1,CPE,GRSF1,SCHIP1,FHL1,CHD6,NENF,NGRN,DUSP12,FSD1L,PDE4B,MYO18A,PMEPA1,SPEG,DGCR6,VBP1,PDPK1,ABCC8,AKTIP,RAD23A,DUSP26,GAP43,VCAN,PTP4A3,HAX1,NDUFS7,DDAH1,NDUFS3,CDH13,CCDC43,SLC25A12,RBM24,SLC25A4,CAMK2B,SMARCD3,RGS16,CXXC1,SRL,TMEM201,DNAJB5,GNG7,NNAT,POLR2D,SLIT1,NCAM1,RPP14,CRYM,MEST,SNCA,NTRK2,NDUFA7,SPAG7,KCNJ11,FEM1A,KCNIP2,PDE4DIP,PPP2R3A,MEIS2,NELL2,PINK1,SUCLA2,PDE10A,ASB8,VIM,GPD1L,PFKM,KCNK2,PTPN5"
+"gene_set_query"	"1248"	"BSX"	"1008.0"	"ARCHS4 Coexpression,1439;Enrichr Queries,1183;GTEx Coexpression,401"	"SCOC,ARL6IP1,STMN2,STMN1,KIF21A,KIFAP3,PRKACB,NCKAP5,CHID1,PDHX,SRRM4,RBFOX1,ATP6V1G1,ACOT7,UNC5A,SLC6A15,SOX11,GABRG2,PRKAR1B,RUFY3,TSPYL4,ASTN1,BEX4,BEX2,BEX1,MEAF6,FOXG1,PHYHIPL,CYB5R4,INPP5F,SCN3A,B3GALNT1,NDFIP1,MAGEE1,CADM1,ZFR2,PDE2A,NR2F1,MLLT11,CALY,FBXL2,CALM2,CD200,CDS2,RNF220,KCNC1,PTPRN,GRIK3,SNX10,ZCCHC18,MRPL32,UCHL1,TUBA1A,MAP1LC3A,JPH3,SLC22A17,RFK,SMPD1,DNER,FEZF2,GPRASP2,PRMT8,PRMT2,MANEAL,DYNLL2,PGM2L1,TMEM179,TUBB2A,PXDN,MAPRE3,DSCAML1,MAGEH1,NFIX,WRB,SATB2,PSMA7,TCEAL6,GLRA2,PGRMC1,CUX2,EXOSC4,CAMK2N2,PAK3,DYNC1I1,RIC3,GABRA3,PNMA2,SGSM1,MORN4,NFIA,PRKRA,APBA1,ACTR10,CDK5R2,RAB3C,SRP19,PHLDB1,ATP8A2,CLSTN2,CLSTN3,MRFAP1,BCCIP,NUDT11,NUDT10,ATCAY,TUBB3,KIRREL3,TBR1,CASD1,POU3F1,TMEM130,POU3F2,BSCL2,MORF4L1,PREPL,SLC9A6,MORF4L2,EEF1A2,SPNS1,LY6H,ATP6V1A,NTM,TMEM59L,CACNA1B,CACNA1A,CPLX2,LRRC55,NEUROD2,IGSF21,DPP6,EFNB3,KIF3A,ZKSCAN3,NDN,OTX1,KLHDC10,RHBDD2,CPSF3,SCRT1,RALYL,NSG2,LHX2,SERINC1,PODXL2,CELF3,CELF4,CHD6,CELF5,RND2,FBLL1,ELAVL2,TRO,SEC61A2,SUMO3,WDR7,EID2B,YWHAG,TRIM67,EMX1,HSDL1,PEG3,ACTR6,AXIN1,UBE2QL1,SYNGR3,SEZ6L,GAP43,IMPACT,PTP4A3,RCN2,DNAJC6,DCX,ATP6V1B2,TERF2IP,INA,SHANK2,ST6GALNAC6,USP11,ATP1A3,NRXN2,TM2D3,FAM169A,RCHY1,CXXC4,AP3M2,GNG2,SV2A,SPOCK2,ATP9A,SLC12A5,NICN1,CADPS,PCDH8,SEMA4F,GDAP1,MEIS2,NAP1L5,HS3ST2,FAM155A,CLCN6,NECAP1,RAB18,ATP13A2,INSM1,SPG21,CBLN1"
+"gene_set_query"	"1249"	"ZNF442"	"1008.0"	"ARCHS4 Coexpression,985;Enrichr Queries,1059;GTEx Coexpression,980"	"VARS,PITPNB,FCF1,ZDHHC5,SMC5,CAPNS1,TRIM28,DPYSL2,MYC,PSMD3,LONP1,AKT1,EPC2,ATXN7L3,ARRDC4,DDX18,SCAF11,RPL22,ARRDC3,RECQL,WDR75,CD3EAP,MOGS,FAM133B,TWSG1,DDIT3,DDIT4,HECA,ALG10B,FLII,NMD3,MTDH,INPP5B,APH1A,TRPM7,JUN,INTS1,PLK2,SLC35E3,PBX2,PHC3,PRRC2A,AIMP1,HNRNPL,STAG1,HNRNPK,ID2,FBXL3,FAT4,SERPINI1,TMEM9B,PHF3,ARF3,NRP1,PIGU,DAZAP1,CITED2,MRPS12,SLC7A11,PRPF19,SMG5,MED17,AKAP12,CSRP2,ENC1,SDF4,JAK2,UPF1,SHPRH,TSC22D3,MINK1,COMMD6,MRPS7,DUSP6,SREBF2,MLF2,RHOB,TOX4,SLC7A5,NSA2,TUBB2A,PXDN,SGK1,CSTB,NOL8,CENPB,HIRA,NFIL3,PES1,EXOSC8,ANKRD52,SRSF10,YKT6,UTP6,SF3A1,SCAF1,VEGFA,NFIB,TAOK2,RAB3GAP2,NUCB1,HDGF,PKN1,PNPLA6,FAM49A,CEP120,CLU,SLC8A1,ZFP30,LAMP1,ARHGDIA,CWC22,SBF1,USP5,IGFBP3,ATP11C,EEF1A1,CTDNEP1,HNRNPUL1,HNRNPUL2,RAB35,WDFY1,SRSF3,CHMP4B,PHIP,SNRPE,PPIG,CSNK1G2,FKBP5,GLYR1,ANAPC2,ZCCHC7,KHDRBS1,LRRC59,RAB5C,MAZ,RAP1B,SOCS2,MED30,ESD,NACC1,ZKSCAN3,SMN1,PDZD7,OSBPL9,PRNP,ECD,ASNS,KLHL24,EEF2,SMAD5,KLHL20,EFNA2,SH3BP5L,HOOK2,HOOK1,COPS2,GNB2,SP3,GNB1,SPIRE2,UBA2,LSM14B,RSL24D1,NFE2L1,EIF4G1,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,YBX1,AFF3,LMNB2,PPP1R9B,DUSP12,SEC61A1,SART1,SEPT9,LASP1,ZC3H7A,PPP6R1,SNRNP70,UBTF,RBM7,MAPK1IP1L,EIF5A,DIS3,PDPK1,IQCE,ARNT,DDX50,RAD23B,LATS1,TRAF7,VCAN,PTP4A3,PIK3CA,SYF2,DNAJC5,POLR1B,NUP54,PPP1R15A,UHRF2,ROCK1,RAB1B,CXXC1,SLC3A2,DCAF15,DNAJB1,FAM168B,GANAB,U2AF2,TAF1A,MKNK2,EIF4H,FEM1C,MTA2,SMNDC1,SMARCE1,SEC24B,FBXL19,CCDC59,SSRP1,HNRNPAB,TPD52L2,FBXL12,KLF6,CARM1,MGAT4B,EIF3H,ACIN1,EIF3E,VIM,PPIL4,TAF2,TAF1"
+"gene_set_query"	"1250"	"ZNF695"	"1009.0"	"ARCHS4 Coexpression,390;Enrichr Queries,1346;GTEx Coexpression,1290"	"TCERG1,LSM12,CAPNS1,MPRIP,SNRPD1,ZMIZ2,STMN1,AKT1,PRKACA,ATXN7L3,TMPO,HES6,TIPIN,CXADR,NUP210,PAQR4,CD3EAP,SOX11,MOGS,MAPK8IP3,MRPS18C,SARNP,BOLA2,ALG10B,SF1,NUP205,TBC1D9B,CDCA4,FLII,MRPL13,APH1A,PRDX3,LDHB,ABR,LDHA,TSPAN6,PIP5K1C,FDFT1,PBX2,CDC7,PAICS,ZWINT,PRRC2A,UCK2,MEX3A,OGDH,RCOR2,EZH2,OGFR,MRPL39,MRPL36,PFAS,TRIM8,MRPL42,ATIC,TIMP2,ANXA6,SDF4,CIC,RRP15,UPF1,PGAM1,MINK1,ELOVL6,SRP9,ENAH,PSMA3,PSMA4,PITPNM1,PACS1,PSMA2,MTF2,RAPGEF1,G2E3,ARHGEF2,EEF1E1,ATP6V0C,PRIM2,DTYMK,PCNA,PRIM1,CENPB,GNAI2,NRAS,PSMB5,EXOSC9,EXOSC8,CLPTM1,MGAT1,MGAT2,CCT8,MEF2D,SRSF10,RANBP1,NPM1,GINS4,MYO9B,SKI,RPA3,TAOK2,NUCB1,RPL22L1,PKN1,PNPLA6,GRINA,ZFAND3,CSE1L,RPP30,CLSTN1,LAMP1,ARHGDIA,KPNA2,SBF1,HMGN3,ILF2,TRAIP,CTDNEP1,MORF4L1,MSH2,GPRIN1,EHBP1L1,RAB35,MAPKAPK2,UBE2V2,SNRPG,SRSF3,CHMP4B,ERH,PPIH,SNRPE,SNRPF,SRSF6,FKBP3,ANAPC1,CSNK1G2,ANAPC2,ZCCHC7,ENY2,RNASEH2A,RAB5C,SLC38A10,ACAT2,SBNO2,ORC6,BTBD2,PGK1,CAMTA2,NAE1,WDTC1,CBX5,CBX3,CBX2,HMGA1,KLHL23,LSM5,LSM3,SH3BP5L,NASP,HOOK1,UBE2S,GNB2,GNB1,PLEKHM2,PLXNB2,FGF13,LRP10,CNIH4,NFE2L1,ACADVL,KDM5C,MCM7,WDR1,PRKCSH,HMGB3,DPY30,CHD3,HMGB1,LMNB2,LMNB1,PPP1R9B,SEC61A1,SEPT9,LASP1,SUMO1,ZC3H7B,PPP6R1,SNRNP70,SUMO2,TOPBP1,MAPK1IP1L,ACTR2,SUN2,RFC3,REXO1,KLF13,EED,H2AFZ,H2AFX,ARHGEF18,COASY,DNM2,VCAN,PTP4A3,TFDP1,POLR1B,DNAJC5,PFDN4,GAPDH,PPP1R12C,HDAC2,RAB1B,CXXC1,LENG8,FURIN,LRP8,ADD1,MLLT6,DNAJB2,GANAB,U2AF2,IGF2BP3,CSK,BUB3,EIF4E,FBRS,DCAF13,RRM2,SSB,DONSON,CDC42BPB,HSPE1,CLCN7,MGAT4B,P4HB,NAA15,SUGT1,SSBP1,RAN"
+"gene_set_query"	"1251"	"CASZ1"	"1010.0"	"ARCHS4 Coexpression,1124;Enrichr Queries,531;GTEx Coexpression,1374"	"TRIO,RAPGEFL1,BACH2,FAM110A,ALCAM,ZMIZ1,DPYSL2,ZMIZ2,EPHB2,VPS36,SOX4,SRRM2,UNC13B,EPHA4,MEF2C,LIMCH1,PRKCE,ANK3,ANK1,DDIT4,SIK1,PRR12,MACF1,IGSF3,TMEM63B,NEDD4L,AGAP1,PRKCZ,ABR,GSE1,TNRC18,RDH13,JAG2,JUN,PTPRN2,JUP,CADM1,BCL11B,BCL11A,PBX1,PRRC2B,VANGL2,ID2,FASN,WNK2,CCDC88C,OGDH,SDC1,ECHDC2,PLCH2,ITM2C,CDKN1C,DDR1,PIGU,CCDC120,BTG1,CITED2,RPLP1,CLTB,SIPA1L2,SPPL3,SIPA1L3,PTPRF,KIF1B,PLEKHN1,JARID2,CIC,ELOVL4,ACAD9,MTSS1,MLF2,RHOB,NCOR2,SLC22A23,SLC7A5,ZEB2,TET3,PXDN,MAPT,SGK1,ERGIC1,NFIX,SATB1,TRAK1,ADCY6,CUX1,CAMK2N1,MICALL1,CKB,DAB2IP,PLEKHA6,SORBS2,SORBS1,VEGFA,NFIA,NFIB,PKN1,TACC2,AGRN,FBXO28,CTNND1,FRY,IGF1R,FBRSL1,TLE3,SH3GLB2,SEMA6C,RALBP1,KDM2A,CTNNBIP1,TPM1,PPP1R16A,DYRK1B,TSC2,FRMD4A,LMO7,ATP1B1,FOXP1,TOM1L2,EEF1A2,PFKFB3,ABHD2,CACNA1A,CACNA1C,EFNA4,NDRG1,RAP1GAP,EFNB2,RAI1,DVL1,PLXNA2,CAMTA1,MARK2,WDTC1,RAP1GAP2,ESRRA,AUTS2,SEC16A,CRIM1,CORO2A,SSH3,SYT7,EFNA3,STK24,HOOK2,HOOK1,PLXNB2,BLMH,DEGS1,PLXNB1,DEGS2,SERINC2,NFE2L1,RERE,ACADVL,NUMA1,PRKCSH,MAST2,CHD6,ATP2A2,CHD3,AFF3,BICD2,SYNE2,PIK3C2B,DUSP12,EEF2K,MCF2L,MYO18A,PMEPA1,SPEG,DST,PLA2G4E,PDPK1,PDE4D,TNFRSF19,NAV1,NAV2,ARID1B,DNM2,ARL4C,VCAN,PTP4A3,SETBP1,CTDSP2,PPP1R12B,RBM24,SHANK2,CAMK2B,CANT1,PARD6G,LENG8,SEMA3F,ACVR1B,SRL,DLL1,MLLT6,ABLIM1,RAB40C,CCDC85C,GNA11,MKNK2,PCDH1,FBRS,MLXIP,KDM4B,PPP1R14C,ATP2B4,PDE4DIP,LYSMD4,CDC42BPB,MEIS2,ACVR2A,NELL2,KLF6,RPS6KB2,TRIM35,GPD1L"
+"gene_set_query"	"1252"	"ZNF320"	"1010.0"	"ARCHS4 Coexpression,1509;Enrichr Queries,964;GTEx Coexpression,556"	"CYFIP2,HNRNPU,JMJD1C,PNN,DPYSL2,DPYSL3,LUC7L,DIP2A,CCNL2,ATXN7L3,SOX4,TMPO,SRRM2,DDX17,ARRDC4,EPHA4,SMARCC2,LIMCH1,METTL3,ARRDC3,CIRBP,REV1,CD3EAP,MOGS,WDR73,ANK3,SRRM1,RNF126,DDIT4,CGGBP1,AARS2,CTBP1,FLII,NEDD4L,PDGFA,RNPC3,MBTD1,APH1A,FAM160B2,RDH13,PATZ1,ARGLU1,ST3GAL1,RBM10,ZSCAN18,JUN,PHC1,ZRANB2,JUP,INTS3,SLC35E3,PRRC2B,PBX1,FUBP1,CDK13,ITM2C,PHF2,PIGU,PRPF19,PCMTD2,EPM2AIP1,RSRC1,ZMYM6,ENC1,SDF4,KIF1B,PCMTD1,RALGPS2,CTSB,DFFB,UPF1,MRPS25,EXOC7,ITFG2,MLF2,MED23,KAT2A,PXDN,HNRNPH3,PLCB1,SGK1,SFI1,STX16,SATB1,GDPD1,PRICKLE1,GGA2,BCLAF1,TMEM68,ANKRD52,HEATR6,SF3B1,NKTR,RIC3,MON2,WDR11,VEGFA,PRPF39,NFIA,NFIB,NUCB1,GOPC,PKN1,TARDBP,MPHOSPH8,ZFP28,CCNT2,ATN1,IGF1R,ZFP30,POGZ,SMARCAD1,MAP3K7,FADS1,TLE4,BIVM,USP8,PCID2,USP5,TTC7B,PRPF4B,TSC1,ARMCX4,ARMCX2,DMTF1,PRPF3,RAB35,ANAPC4,SRSF5,SRSF6,ANKRD17,LRRC59,CUL7,INSIG1,GPR85,CACNA1A,CACNA1D,DTX3,NDRG1,EFNB2,RAI1,SCUBE1,DMAP1,EVI5,ZKSCAN1,PDZD7,PLXNA3,AP1M1,NEK9,TIA1,CPSF6,KLHL24,SMAD5,UCKL1,CLK2,PAN2,HOOK2,ZFP62,HOOK1,NFE2L3,SPIRE2,PLXNB2,LZTR1,BRWD1,OGT,NFKBIB,CREBZF,RBM25,RBM26,NUMA1,WDR1,PRKCSH,HP1BP3,CHD6,HMGB1,ZFP82,PPP1R9B,DUSP12,SEC61A1,SNRNP70,PPP6R1,OPA3,GATAD1,WDR6,PMEPA1,SNAP29,RBM5,RBM6,PDPK1,AMT,CTPS2,NAV2,ZFP90,DDOST,QTRT1,PTP4A3,SETBP1,CTDSP2,POLR1B,LUC7L3,RNFT2,SRSF1,LENG8,RBM4B,U2AF1L4,SLC25A27,GANAB,MTA1,U2AF2,TRA2A,MKNK2,KRIT1,DROSHA,FEM1C,HNRNPA1,RPP14,SH2B1,TTC14,RBM39,MBTPS1,HNRNPA3,TRIM41,TTC17,RAD52,KLF6,ACIN1,P4HB,RBMX,TNRC6A"
+"gene_set_query"	"1253"	"ZNF98"	"1010.0"	"ARCHS4 Coexpression,926;Enrichr Queries,982;GTEx Coexpression,1122"	"HDAC11,SMC3,PSMD6,CAPNS1,MPRIP,AKT1,PRKACA,ATXN7L3,SEC63,CHID1,EPHA5,EPHA4,EPHA7,RBFOX1,UNC13A,IFRD1,ALG5,MTUS1,MOGS,ANK3,SND1,PRR12,EXD2,TTYH1,FLII,NPRL3,TMTC1,APH1A,PRDX4,XBP1,INTS1,INSR,EIF2AK3,PBX2,FAM136A,PBX1,PRRC2A,HNRNPL,PCDHGA11,FAT4,TECPR1,GABRB3,ROBO2,OGFR,DAZAP1,GRIK5,INTS10,ICA1,SLC7A11,PRPF19,RYR3,SMG5,HERPUD1,SERP1,PCLO,ANXA6,SDF4,SEC61B,CIC,UPF1,DBNL,SSR4,MINK1,TUBG2,SREBF2,VAV2,RGMA,BACE1,IMMP1L,PXDN,UFC1,RAPGEF1,ARHGEF2,PLCB1,SGK1,ERGIC1,AKAP7,DLST,PTN,CENPB,GNAI2,HIRA,HSF2,MFN2,FLNA,CTNNA2,ANKRD52,PAK3,YKT6,LSAMP,MYO9B,WDR13,SCAF1,NLE1,NUDT9,SKI,SPCS2,SPCS1,NFIA,NFIB,TAOK2,HDGF,PKN1,NUCB2,GALNT11,CTNND2,MSI1,ALDH1L2,CDH2,LAMP1,FAM174B,ARHGDIA,TBC1D30,NRCAM,SBF1,LZTS1,SYBU,NOMO1,USP5,GPT2,TPST2,ARMCX3,HNRNPUL1,HNRNPUL2,EHBP1L1,RAB35,CHMP4B,CSNK1G2,FAIM,SIDT2,ANAPC2,SHC2,BRSK2,RAB5C,UBA5,SEL1L,CACNA1A,SLC1A4,SUPT6H,DPP6,KIF3B,FUT9,ORC3,DVL1,BTBD2,NACC1,PLXNA2,LRRC4C,AUTS2,PTCH1,EEF2,AZIN1,IFT20,PTPRD,DAB1,SH3BP5L,DLG3,NBEA,GNB2,GNB1,CNTN1,SRPRB,PLEKHM2,FGF13,CNIH3,ZSCAN2,NFE2L1,MXD4,PICALM,KDM5C,WDR1,PRKCSH,CELF2,CHD6,CHD3,ELAVL2,PPP1R9B,SEPT9,LASP1,MAN1A2,ZC3H7B,PPP6R1,SNRNP70,PSD3,PGM3,PDE4B,UBTF,ACTR2,PEG3,PDPK1,PDE4D,ARFGAP1,DNM2,QTRT1,TRAF7,VCAN,PTP4A3,PEX6,DNAJC5,CAT,CDH13,BCAT1,SHANK2,NLGN1,NRXN1,RAB1B,MLLT1,USP19,SRM,FAM168B,GANAB,PTPRZ1,U2AF2,MKNK1,FAM120A,DNAJB9,MTA2,SLC25A22,SEC11C,OPCML,NTRK2,PCDH9,BNIP3,PCDH7,PDE4DIP,CDC42BPB,CDC42BPA,MEIS2,MYO16,CLCN7,SH3YL1,NEURL4,PDE10A,XPNPEP1,PPP2R2D,MGAT4B,PDCD4,METAP2"
+"gene_set_query"	"1254"	"ZNF674"	"1011.0"	"ARCHS4 Coexpression,1601;Enrichr Queries,434;GTEx Coexpression,998"	"IFITM2,RPL31,GPATCH1,HNRNPU,PHAX,EPRS,GABPB1,ACTB,ALKBH8,LSM12,RPS17,RPS19,RPS18,ALKBH1,CDC26,DPYSL2,MYC,RPS10,RPL39,ATXN7L3,RNF111,MED1,GABARAPL1,MOGS,MED6,ATG12,FAM133B,MYL6,PPA2,DDIT3,ZSCAN21,DDIT4,ATF4,BEX2,SHMT2,MAGED1,BRCC3,OAZ1,RPAP3,APH1A,LDHA,HSPH1,TSPAN7,RDH13,JUN,RPL41,JUND,SLC35E3,H3F3A,MEMO1,EIF1,PRRC2A,HNRNPL,ZBTB6,STAG2,RPL27A,RPS24,AARS,ITM2C,FARSB,ARF3,COX7B,BTG1,FAM45A,SH3KBP1,RPLP1,MRPS12,SLC7A11,PRPF19,SMG5,TUBA1B,TUBA1A,RSRC1,TMSB4X,TRIM2,DHX15,RIOK2,UPF1,WARS,TSC22D3,MINK1,LRRC40,COMMD5,RAB33B,KIN,MRPL53,SLC7A5,SIKE1,PRPF18,GARS,ARHGEF2,SLC20A1,NOL7,GGA1,NFIL3,MGAT2,TBL1X,YTHDF3,GATC,TTC9C,GTF2H2,VEGFA,KLHL9,KBTBD4,ABCB10,KLHL8,TAOK2,RAB3GAP2,NUCB1,HDGF,KBTBD7,MTCH1,DBR1,HDLBP,FBXO22,ACTG1,BASP1,CWC22,FADS1,SLC38A1,USP5,GPT2,RPS5,F2R,ZBTB34,TRNT1,ZBTB33,EEF1A1,DMTF1,MSH3,RPL7L1,SNRPG,CHMP4B,SQSTM1,DDX6,GTF2E1,RAI1,ORC4,ORC6,UBB,NACC1,PGK1,ZKSCAN3,CCDC32,SLC15A4,SLC38A2,PDZD7,HSPA8,PRNP,TOR1A,PNPT1,VTA1,NONO,ASNS,ZBTB11,KLHL24,TOR1B,EEF2,NFKBIA,H1F0,CNOT7,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,RFXAP,JMY,GNB1,UBA3,MDM2,SPIRE2,OGT,RSL24D1,NFE2L1,EIF4G1,HSP90AB1,ASNSD1,PRKCSH,CHD6,SLC2A3,ZFP82,YBX1,CHD2,RPS4X,DUSP12,SEC61A1,YWHAQ,OPA3,TNPO3,EID2B,ACTR2,HSP90AA1,CHUK,ATP6AP1,TTC33,PDPK1,RBM18,ATP6AP2,RPL13A,RPS3A,RAD23B,DDOST,TRAF7,VCAN,CREB1,NPC2,C1D,SLC25A5,PPP1R15A,RNFT2,PARG,USP10,ROCK2,SRSF1,CEBPG,SLC3A2,HSPD1,GANAB,RBBP5,U2AF2,TAF1A,FEM1C,VHL,SMNDC1,PTCD2,RNGTT,LYSMD1,NIN,KLF6,CDKN2AIPNL,PSAT1,ERCC8,SPRY2,SNRNP48,VIM,SSBP2,MBTPS2,TPT1"
+"gene_set_query"	"1255"	"ZNF341"	"1011.0"	"ARCHS4 Coexpression,1408;Enrichr Queries,397;GTEx Coexpression,1228"	"APP,IFITM2,TRIO,HDAC10,ZMYND8,ACTB,PREX1,FRAT2,ZMIZ1,DPYSL2,ZMIZ2,MYC,SLC12A9,WDR74,CIRBP,CD3EAP,RFX1,TIAM1,WDR81,DDIT4,SLC45A4,DHX8,STXBP2,SUPT4H1,NEDD4L,PIK3R1,PGS1,CYB5R4,SEC14L1,DHX34,DHX35,MICAL1,TNRC18,RDH13,ST3GAL1,ST3GAL2,SLC19A1,BANP,CREBBP,JUN,H3F3A,SLC35E3,IRF2BP2,NR1D1,TMEM199,EHD1,ABTB1,WNK1,FASN,CWF19L1,ALDH18A1,CPEB4,ITM2C,DHRS13,NRP1,GMEB1,PIGU,PTPRS,MRPS12,CLTC,SNX11,MED15,PTPRF,LIMD2,TRIM8,MED11,XPO6,ENC1,DLGAP4,GMIP,CBFA2T2,DUSP6,MLF2,NCOR2,RNF167,SCNM1,PACS1,PXDN,CANX,SGK1,STK40,SLC29A2,CSTB,LIN37,DOT1L,FAM129B,NOL6,TM9SF3,FGD3,ZDHHC18,NFIL3,BID,MEF2D,YIPF1,SORBS2,TTC9C,SNX16,NFIA,SHKBP1,PKN1,TACC2,MIDN,SLC27A1,ANKRD13D,WWC1,HDLBP,IPO7,TOMM20,IGF1R,COTL1,FBRSL1,FADS1,TLE4,IGFBP3,TPM1,FOXP1,CDC25B,TBL1XR1,SLC9A8,GEMIN7,FKBP5,PFKFB4,PFKFB3,KHDRBS3,ABHD2,STK39,CORO1A,CSF2RA,NDRG1,SBNO2,PITRM1,GRK6,ZMAT5,ABL1,PLXNA2,SRGAP1,PDZD7,BCL9L,AP1M1,RAP1GAP2,HSPA8,PRNP,AUTS2,POLR3GL,CRIM1,HMGA1,ARPC4,TRAPPC9,CORO2A,NFKBIA,SH3BP5L,EFNA2,HOOK2,HOOK1,LRFN1,SPIRE2,CCDC22,BCL2L1,RERE,DAGLA,PRKCSH,CHD6,PIK3CD,SLC2A3,ARRB2,DUSP12,OPA3,FLOT2,PMEPA1,YWHAG,SVOP,PDPK1,PDE4D,NAV1,VPS37B,NAV2,ARID1A,RAD23B,SEPT2,EPN2,PTP4A3,FCHSD2,TRAF4,CTDSP2,MET,RGS19,STOML1,USP10,SRC,OPRL1,ASAP1,LRP8,FAM168B,DNPEP,POLR2A,FCHO1,RAB24,MKNK2,RALY,FEM1C,SH2B2,PDLIM7,SEMA4A,TXNRD1,SEMA4B,MIIP,ATP2B4,PDE4DIP,MCOLN1,CHFR,NELL2,KLF6,IMPDH1,SMAP2"
+"gene_set_query"	"1256"	"HOXC6"	"1011.0"	"ARCHS4 Coexpression,745;Enrichr Queries,1156;GTEx Coexpression,1133"	"SMARCAL1,MDC1,KDELR1,FCF1,ZDHHC8,PWP1,ALKBH8,NDST1,RPS17,CAPNS1,DPYSL2,MYC,AKT2,DAG1,RPL37,SOX4,ACVR1,LIMCH1,RECQL,SCRIB,ACTN4,CSNK1E,SOX12,SFRP1,PRKD3,DDIT4,NPRL3,XPC,NUAK1,HMGXB4,LARP1,CYB5R3,WDR70,FLRT2,PIP5K1A,JAG2,TRAP1,JUN,CADM1,PLK2,SETD1A,NR2F1,PA2G4,MRPL24,PRRC2A,HNRNPL,PCDHGA11,EXT2,STAG1,RPS28,ZZZ3,ID2,GIPC1,CALU,RPS20,DUS1L,ITM2C,CDK16,TRAM1,DAZAP1,FAF1,SETD7,SLC7A11,PTMS,AKAP12,CSRP2,SH3PXD2B,REV3L,TIMP2,RRAS2,BAZ1B,FAM126A,DUSP6,MLF2,RHOB,NCOR2,SLC7A5,PXDN,EXOC4,AIDA,SGK1,ERGIC1,SF3B4,CSTB,NFIX,RPS27L,PTN,CENPB,SCAF8,ANKRD52,ANKRD50,MTX3,PCGF2,YIPF5,AP3D1,SAMD4B,GTF2H1,SNX21,NFIB,GOPC,HDGF,RPL22L1,HDLBP,ATN1,ALDH1L2,CLU,IPO7,CDH2,KHSRP,AZI2,LZTS2,SBF2,FADS1,SH3GL1,CSNK1G3,FBXW8,TPM4,IGFBP3,TPM1,IGFBP2,RNF40,HNRNPUL1,DMWD,TBC1D23,FKBP4,PPIA,KPNB1,RAI14,LRRC59,CD151,ANKRD11,NXPH4,MAZ,LPL,NDRG1,TIMM50,GLIS2,SOCS2,EFNB2,RAI1,IRAK1,DVL1,NACC1,ABL1,ABL2,CDH24,DVL3,BRIX1,SRGAP1,SLC38A2,CD276,BCL9L,ANKRD28,PRNP,CPSF7,CBX4,FUS,CRIM1,DNAJC13,SMAD5,MARCH4,KLHL20,EFNA2,BMP1,HOOK2,CDK4,HOOK1,UBE2S,GNB4,CNTN1,CPE,AMOTL2,CLPTM1L,ACBD3,NFE2L1,EIF4G1,RNF187,UBE2M,ZNF512B,B4GALT2,MAST2,DOCK7,CHD3,YBX1,LMNB2,DUSP12,PMEPA1,TNPO1,PELP1,EIF5A,PCDHGA4,ARNT,DDX54,RAD23B,SENP3,EPN1,CKAP4,VCAN,PTP4A3,ASPH,CTDSP2,PPDPF,CDH11,AKT1S1,TOP1,CUEDC1,GTF3C1,LRP1,CXXC1,WIZ,LRP3,CYTH3,RMND5B,GANAB,MTA1,TAF1B,PABPN1,U2AF2,GNA11,POLR2D,POLR2E,IGF2BP2,SEC11A,MEST,SMARCE1,GADD45GIP1,SEPT11,PPP1R14B,RRM2,NAA10,PCDH7,PDAP1,CDC42BPB,MEIS2,HNRNPAB,TSPAN13,CAPN10,CARM1,MFAP2,ACIN1,POLR3H,VIM,KCNK2,TAF2,MBTPS2"
+"gene_set_query"	"1257"	"ZNF486"	"1012.0"	"ARCHS4 Coexpression,1067;Enrichr Queries,956;GTEx Coexpression,1012"	"ITSN2,EIF4A2,LPGAT1,IFITM2,VARS,HNRNPU,EPRS,GABPB1,RCBTB1,ACTB,RCBTB2,CAPNS1,ZMIZ1,AKT2,DPYSL2,MYC,DPYSL3,LONP1,AKT1,AP1S1,PRKACA,ATXN7L3,SOX4,SACM1L,RPL23,MOGS,SCRIB,WDR73,PPA2,DDIT4,EZR,TBC1D9B,CTBP2,FLII,PLA2G6,GJC1,APH1A,SNX1,LDHA,CHST15,RDH13,PATZ1,ST3GAL1,SNX5,S100A10,TMEM184C,JUN,JUND,INTS1,TMEM50B,SLC35E3,PBX2,PRRC2A,HNRNPL,CALR,ITM2C,FARSB,PCSK2,ARF3,GMEB2,BTG1,PIGO,CITED2,SLC44A2,KCNC3,MRPS12,PRPF19,HSPB11,SMG5,EPM2AIP1,TUBA1C,TUBA1A,SDF4,CIC,TMED4,CTSB,ACAD8,UPF1,IFT140,MINK1,ITFG2,DUSP6,SREBF2,PARP8,MLF2,RHOB,PHF20L1,TOX4,SLC7A5,IVD,MPPED2,CANX,PXDN,GLCCI1,PABPC1,SGK1,STX12,CSTB,HSD17B4,PRKX,CENPB,GGA2,HIRA,RECQL5,PES1,CLPTM1,MFN2,ANKRD52,YKT6,MBD6,SNX22,SCAF1,VEGFA,RAB11B,HNRNPA2B1,TAOK2,NUCB1,HDGF,PKN1,AGRN,GRINA,MTCH1,ATP8A1,KDM1B,HDLBP,ATN1,YY1,ABHD11,LAMP1,BASP1,PAPOLG,ARHGDIA,SBF1,TMSB10,FADS1,PDIA3,SLC38A1,ANKRD49,USP5,APLP2,F2R,PDIA4,ADAM19,HNRNPUL1,TBL1XR1,MSH3,RPL7L1,RAB35,CHMP4B,ANAPC2,PFKFB2,LRRC59,RAB5C,PEF1,INSIG1,CHRNA7,MAZ,NDRG1,CSF2RA,RAP1GAP,HSP90B1,CNN3,ORC6,IRAK1,DVL1,NACC1,MBIP,PDZD7,TRAPPC2,PRNP,PNPT1,EEF2,CLK2,NFKBIA,EFNA2,HOOK2,ZFP62,HOOK1,GNB2,GNB1,UBA1,NFE2L1,EIF4G1,KDM5C,PPP1R13B,PRKCSH,SLC2A3,PPP1R9B,DUSP12,SEC61A1,PPP6R1,SNRNP70,PPP6R3,WDR6,GAL3ST3,EID2B,RAD23B,TRAF7,VCAN,CREB1,POLR1B,DNAJC5,LUC7L2,TNFRSF21,PPP1R15A,RNFT2,ROCK2,RAB1B,ATP1A1,LRP8,CYTH2,FAM168B,GANAB,MAT2A,U2AF2,EIF4H,RBM39,KDM4B,PPIL2,TXNL1,CDC42BPB,TTC17,MARCKS,KLF6,NEURL4,CDKN2AIPNL,MGAT4B,OCIAD1,ACIN1,PTPN9,VIM,P4HB"
+"gene_set_query"	"1258"	"ZNF433"	"1014.0"	"ARCHS4 Coexpression,428;Enrichr Queries,1032;GTEx Coexpression,1581"	"CYFIP2,VARS,ZDHHC5,NUDT3,CAPNS1,TRIM28,MPRIP,MYC,DPYSL2,FAM110B,STMN1,AKT1,PRKACA,ATXN7L3,SOX4,ARRDC4,EPHA4,CXADR,WSB1,ARRDC3,CIRBP,MOGS,SCRIB,SOX11,ACTN4,SND1,DAAM1,IFT81,DDIT3,DDIT4,AKAP9,CRYZL1,HECA,PFN1,PRR12,FLII,PIK3R3,NEDD4L,APH1A,PPP3R1,MLEC,ZSCAN18,JUN,JUP,INTS1,H3F3B,BCL11A,PLK2,PBX2,GADD45G,PRRC2A,MLLT11,HNRNPL,ID2,CPEB4,ITM2C,ARF3,OGFR,PIGU,DAZAP1,BTG1,CITED2,SLC7A11,SIPA1L2,PRPF19,SMG5,COIL,TUBA1A,ENC1,ANXA6,SDF4,CIC,UPF1,TMED9,TSC22D3,LRRC49,MINK1,ELOVL6,MLF2,SLC7A5,TUBB2A,PXDN,MPPED2,RAPGEF1,ARHGEF2,SGK1,TKT,RPL12,CENPB,GNAI2,HIRA,PES1,MFN2,FLNA,METTL6,CKB,YKT6,RUNX1T1,SF3A1,CSNK1A1,SCAF1,AGBL5,SKI,NFIA,NFIB,CCNG2,ETNK1,TAOK2,TTC3,NUCB1,FAM171B,HDGF,PKN1,PNPLA6,ZFP28,GRINA,ACRBP,TM7SF2,LAMP1,TUBB3,RUVBL2,ARHGDIA,SBF1,FADS1,SLC38A1,USP5,IGFBP3,ATP1B1,CTDNEP1,MORF4L1,HNRNPUL1,LIX1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,CHMP4B,SRSF6,KPNB1,CSNK1G2,LRRC59,INO80E,RAB5C,CUL3,MAZ,ISG20L2,NDRG1,SUPT6H,EFNB2,SBNO1,SBNO2,BAG5,IRAK1,DVL1,BTBD2,NACC1,ZC3H14,ESRRA,TRAPPC2,PRNP,NUP155,ODF2,ASNS,KLHL24,EEF2,MARCH6,H1F0,EFNA2,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,GNB1,PLEKHM2,FGF13,LSM14B,NFE2L1,EIF4G1,UBE2M,KDM5C,WDR1,PRKCSH,CHD6,YBX1,LMNB2,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,UBTF,PMEPA1,MAPK1IP1L,EIF5A,REXO1,PDPK1,PDE4D,RAD23B,DDOST,PTBP2,KLF16,DNM2,TRAF7,VCAN,PTP4A3,RER1,CTDSP2,DNAJC5,PPP1R12C,PPP1R15A,RNFT2,RAB1B,DDX20,TULP4,MLLT1,PPM1G,DCAF15,FAM168B,GANAB,U2AF2,FAM120A,FEM1C,MTA2,EIF4E,PCDH9,FBXL19,CDC42BPB,EFR3B,HNRNPAB,USP29,KLF6,NEURL4,CARM1,MGAT4B,ACIN1,P4HB,SSBP2,METAP2,EIF3B"
+"gene_set_query"	"1259"	"TLX2"	"1014.0"	"ARCHS4 Coexpression,552;Enrichr Queries,1389;GTEx Coexpression,1101"	"CNTFR,TES,CMAS,PANK3,VARS,CLPB,EHMT2,STMN2,HNRNPU,STMN3,DCAF7,HERC2,DPYSL4,DPYSL2,MYC,CDK20,ANKFY1,KIF21A,PTGFRN,ATXN7L3,FBXO9,CHGB,TMPO,PDHX,EPHA7,FNBP1,SLC6A15,WDR74,SOX11,SOX12,VWA5B2,EML1,ANK1,EML5,MYL6,KCNQ4,NUP205,NRN1,DHX8,ANP32A,IGSF3,DHX9,FOXG1,MTMR4,GJC1,APH1A,FAM171A2,PDCD11,PCBP4,DHX37,SCAP,PIP5K1A,PLCG1,RALGDS,NTSR1,B4GALNT4,CTSA,INTS1,SETDB1,NR2F1,KLHDC8B,L1CAM,MEX3D,SMARCA4,ICK,HNRNPL,MEX3A,NPLOC4,H2AFY2,RPL27A,NMT1,FXYD6,DUS1L,RCOR2,ITM2C,KCNC1,PFAS,SHD,SMG5,RPTOR,UCHL1,ENSA,NCS1,NEFL,RAC3,FEZF2,CCT3,LRRC45,PARP1,EXOC7,PRMT1,NME2,MANEAL,BAZ1B,MLF2,NME1,DDB1,PXDN,PLEKHO1,DBN1,PHLPP2,PNCK,OAT,GPS1,ADAM22,KCNA6,ARVCF,RBM15B,NPY,PES1,SPOP,SAMD1,CCT7,ZSWIM5,MBD3,CENPV,RANBP3,WNT7B,LRPPRC,BOP1,KIF26A,SARM1,HDGF,CDK5R2,CRLF1,PRDM8,ANKRD13B,KDM1A,OGDHL,TOMM20,EFTUD2,RIMS4,ARHGDIA,CAPN5,AP2M1,GTF2I,CHRNB2,DGAT1,USP5,OCRL,TBR1,KCTD3,POU3F1,MID1,POU3F2,ILF2,POU3F3,FTSJ3,PYGO2,ACLY,ILF3,MYCN,DOK4,GPRIN1,EEF1A2,FSCN1,TOX,PDE9A,KPNB1,ANAPC2,LRRC59,CBFB,ARHGEF25,DIABLO,CHRNA7,NXPH4,DDX1,MAZ,CACNA1A,CACNA1C,CACNA1H,PHF21B,PORCN,CDH24,H1FX,TBC1D16,CBX3,IDH1,NONO,CBX2,TMEM132A,CBX1,TBCD,KLHL23,ZZEF1,SYT7,REEP1,CDK8,EFNA2,NR4A3,HOOK2,NSG2,LHX2,HOOK1,UBE2S,UBE2O,TCF3,SAE1,MDM1,GPSM1,ZNF512B,ALAS1,PODXL2,CHD6,ELAVL4,CHD4,YBX1,ELAVL2,LMNB2,SLC2A8,LMNB1,SEPT9,SEPT6,UBE2Q1,VPS72,UBTF,TMEM108,TNPO1,EMX1,ARHGEF18,SENP3,PTBP2,PTP4A3,SFPQ,FAM84A,PPP1R12C,THOP1,GTF3C1,HDAC5,SRC,USP12,SRSF1,CRMP1,FOXK2,LRP3,PPM1G,IGFBPL1,CCDC85C,GNA11,NT5DC2,NT5DC3,POLR2D,RBBP7,FSD1,MTA2,CAMK2G,UBQLN4,CACNG4,JAZF1,CHGA,TUB,NTRK2,FBXL19,ATP2B4,SSRP1,MEIS2,HNRNPAB,MYO1B,NEURL4,POLR3D,TBKBP1,INSM1,EIF3B"
+"gene_set_query"	"1260"	"HOXA5"	"1014.0"	"ARCHS4 Coexpression,992;Enrichr Queries,1049;GTEx Coexpression,1001"	"RPL4,SLC23A2,APP,RPL5,TMEM41A,GMFB,TESK1,RPS15,RPS19,ZMIZ1,DPYSL2,MYC,TRIM24,LONP1,FDXR,RPL36,AKT1,PELO,SOX4,FBXO9,MEF2C,COG8,RPL22,CSNK1E,ANK3,SOX12,POR,SFRP1,FNDC4,PRKD3,DDIT4,RPL26,CCDC84,NECAB3,NPRL3,SDC3,PDGFA,NMD3,APCDD1,GNS,MTDH,PRDX3,ZNHIT1,RIC8B,RNF215,PRKAR2A,SCAP,KCNN2,S100A10,VAT1,CTSA,JUN,PRRT2,RDX,NR2F1,KLHDC8B,MEMO1,ICK,HNRNPL,GNPTG,ID2,AVL9,BAP1,CPEB4,ITM2C,CDKN1C,BTG1,CDKN1B,HIBADH,MED15,MRPL33,MED12,AKAP12,HINT1,SH3PXD2B,ENC1,TIMP2,RAC3,UBXN6,TSC22D3,MRPS23,MRPL49,COMMD6,DUSP6,COMMD4,MLF2,RHOB,DDB1,MRPL52,KIT,PXDN,CD47,SGK1,RNF165,GRN,SATB1,PRICKLE1,GNAI1,NFIL3,CAMK2N1,RPL13,RPS2,ZSWIM5,RANBP2,YIPF4,GTF2H5,VEGFA,NFIA,NFIB,CAMK1,SCARB1,SYAP1,STK19,KLHL34,RPL10A,TXN2,TM7SF2,FADS3,YY1,CHCHD2,UROD,SESN1,LZTS2,BAHCC1,FADS1,TMEM14C,RARS2,DGAT1,RPS8,IGFBP3,IGFBP2,RPS6,ATP1B3,KCTD3,ATP1B1,VRK3,RNF40,FOXP1,RAB31,PPIF,RAD54L2,RNASEH2C,ARHGEF26,INSIG1,IREB2,MAZ,GPR85,LPL,CACNA1A,CACNA1D,NDRG1,TIMM50,SOCS2,EFNB2,NEUROD2,HMBOX1,PORCN,DPP6,SCUBE1,H1FX,NDUFV3,SRGAP1,PDZD7,CCDC134,KLHL29,PRNP,PHF10,HSPA4,IDH1,TRAPPC5,DHCR24,NFKBIA,BMP1,HOOK2,HOOK1,UQCRQ,DLG5,UBE2O,UBA2,NIT1,GPSM1,SCYL3,ALAS1,RND3,TTC28,CASP9,RPS4X,DUSP12,BCL7A,H2AFY,ABHD14B,PTP4A1,ARL4C,VCAN,PTP4A3,NPC1,PEX3,CTDSP2,CDH11,CAT,AHDC1,BCAT2,EI24,CXXC1,RPL36A,TOB1,TTL,HDAC7,HSPD1,POLR2D,SH3BP5,SLITRK5,RBBP7,ABCF3,MEST,JAZF1,REPS1,SNCA,CYB5B,SPEN,GADD45GIP1,RRM2,TRIM41,NAA10,FEM1A,HSPE1,MEIS2,HS3ST1,USF1,TTC17,RAD52,KLF6,VAPA,RAB12,NOVA2,SPRY2,VIM"
+"gene_set_query"	"1261"	"PPARA"	"1014.0"	"ARCHS4 Coexpression,1205;Enrichr Queries,721;GTEx Coexpression,1116"	"APP,GMFB,TFRC,WIPF3,SCP2,DPYSL2,MYC,SEPHS2,GLUL,ANKS1B,PDHX,PRKCE,ECH1,MRPS18B,MTUS1,ANK3,ANK1,CLPX,AFG3L2,DDIT4,SUCLG1,HECA,UQCRC2,CDC42SE1,GCDH,GPM6A,SAR1B,FBF1,SDC3,NEDD4L,PDGFA,PIK3R1,HIF1A,PRDX3,ZNHIT1,RIC8B,LDHD,DECR2,CREBBP,JUN,JUND,INSR,SLC35E3,NR1D1,ACADSB,SMARCA2,GADD45G,STAG2,FASN,ID2,AVL9,BAP1,ITM2C,NRP1,PIGU,HIBADH,GPT,VLDLR,PCSK7,MRPL34,PIGX,AIFM1,RSRC1,TRIM2,MRPS28,TSC22D3,PGAM1,ELOVL6,TFB2M,MRPL46,COMMD4,MLF2,RHOB,HADHB,NCOR2,HADHA,KIN,BDH1,PXDN,CD47,SGK1,DLD,SFI1,ECHS1,NFIX,MRPS35,MRPS36,ARNTL,CCT7,MDH2,YIPF4,SORBS1,VEGFA,NFIA,GPAM,NFIB,PKN1,TACC2,ACAA2,KLHL34,CLU,IGF1R,FADS3,FADS2,EP300,FADS1,USP8,PHYH,GPT2,IGFBP3,TPM1,F2R,TTC7B,SDHC,SDHD,SDHA,ATP1B1,VRK3,SDHB,FOXP1,OXA1L,CLIP1,RAD54L2,FKBP5,PFKFB3,ARHGEF26,INSIG1,ITPR1,GPR85,AK3,LPL,CACNA1A,CACNA1D,NDRG2,NDRG1,CSF2RA,ACAT1,TIMM50,NEUROD2,DPP6,SCUBE1,NDUFV3,NDUFV2,SRGAP1,PDZD7,AP1M1,ESRRA,DNAJC19,MPST,PRNP,PDHA1,GOT1,PTCH1,IDH2,GOT2,COQ9,KLHL24,BTBD9,COQ5,NFKBIA,EFNA2,GON4L,HOOK2,UQCRQ,HOOK1,CNTN1,ACO2,THRA,PRKCSH,PTEN,CHD6,CELF4,CELF5,ETFA,ETFB,TTC28,DUSP12,MRPL2,SPR,ALDH2,UQCRFS1,SLC37A4,PDPK1,SENP2,PTP4A3,CREB1,ACOX1,CTDSP2,PCCB,C1D,CAT,NDUFS2,NDUFS1,MET,AHDC1,POLDIP2,ETFDH,CXXC1,MTIF2,U2AF1L4,HMGCL,ABLIM1,FZR1,UGP2,DDT,MKNK2,POLR2D,CDC37L1,SLITRK5,RPP14,NDUFA9,NTRK2,TRIM41,MMAA,NEGR1,ATP2B4,PDE4DIP,SOD2,EFR3B,HS3ST1,USF1,RAD52,KLF6,TEF,DNAJA3,RAB12,VIM"
+"gene_set_query"	"1262"	"ZNF585B"	"1014.0"	"ARCHS4 Coexpression,1422;Enrichr Queries,829;GTEx Coexpression,792"	"EIF4A2,KDELR1,RCBTB1,BACH2,GPR173,HERC2,DPYSL2,MYC,FTH1,DPYSL3,AKT3,LUC7L,TMEM8B,DDX17,ARRDC4,ARL10,EPHA4,GABARAPL1,SRRM4,SMARCC2,RBFOX2,ZFP2,ARRDC3,CIRBP,MTUS1,CD3EAP,WDR73,SOX12,EML5,RNF126,IFT81,DDIT4,HECA,TRIB2,UNC119B,DHX8,DCUN1D4,TRANK1,PIK3R1,GIGYF2,IGSF9,CYB5R4,FLRT2,HIVEP2,PATZ1,ZSCAN18,HEXIM1,BBS1,JUN,PHC1,ZRANB2,JUP,INSR,SLC35E3,PHC3,PRRC2B,PARP11,ID2,CDK14,NRP1,PIGU,BTG1,CITED2,SLC7A11,MECP2,ING4,EPM2AIP1,SMPD4,ZMYM4,SPIN1,TCP11L2,GPRASP1,JARID2,ZIK1,DFFB,IFT140,MRPS25,EXOC7,TSC22D3,TET2,BAZ1B,CBFA2T2,WDR35,MLF2,RHOB,SLC7A5,MPPED2,PXDN,CRELD1,SGK1,GAS8,STX16,SATB1,ICA1L,GPC2,HEATR6,ZSWIM5,RIC3,WDR17,KIDINS220,VEGFA,NFIA,NFIB,NEDD4,TTC3,GOPC,PKN1,MPHOSPH8,RNF141,ZFP28,ATP8A1,ATN1,CYP46A1,PAIP2B,IPO9,ZFP30,SALL2,POGZ,PIM3,FADS1,TTC7B,TSC1,LMO7,FOXP1,PYGO2,ARMCX4,ARMCX2,DMTF1,CUL7,ZC4H2,CACNA1A,CACNA1D,DTX3,NDRG1,PHF21A,ORC4,SAFB2,ZKSCAN1,NEK9,TIA1,ATP8B2,PTCH1,KLHL22,KLHL24,ADAP1,PAN2,BCL9,EFNA2,NBEA,HOOK2,HOOK1,JMY,NF1,GNAS,GPR107,FGF13,OGT,MAP3K12,PRKCSH,CHD6,SLC2A3,ZFP82,TMEM191C,CABIN1,DUSP12,ZC3H7B,SNRNP70,WDR6,KDM6B,HSDL1,DST,PDPK1,PDE4D,ZFP90,VCAN,PTP4A3,NAV3,CTDSP2,IFT46,ZMYND11,RNFT2,NFAT5,ANKS3,RGS16,RBM4B,SLC25A27,KRIT1,DROSHA,FEM1C,FYN,ATP9B,SH2B1,TTC14,MBTPS1,USP20,NEGR1,USP22,PDE4DIP,RPRD2,PNRC1,TNRC6C,KLF6,PDE10A,VPS45,CLUAP1,TNRC6A,METAP2"
+"gene_set_query"	"1263"	"RAG1"	"1015.0"	"ARCHS4 Coexpression,981;Enrichr Queries,1126;GTEx Coexpression,938"	"CYFIP2,RB1,POP5,KDELR1,TRRAP,HNRNPU,BACH2,ZMIZ1,DPYSL2,MYC,LONP1,RPL38,SOX4,TMPO,DDX17,MEF2C,SACM1L,CD3EAP,ANK1,HCFC1,BCR,DDIT4,KDELR2,HECA,TRIB2,CGGBP1,RPN2,ANP32A,RPN1,TEX261,GNS,UBE2J1,PRDX3,NCSTN,SNX1,SNX2,RAD21,CHST15,MLEC,KCNN1,PLCG1,ST3GAL1,SNX5,ZBED4,CTSA,TMEM184C,JUN,ARPP21,BCL11B,BCL11A,FUCA1,INSR,EDEM1,RDX,MEX3C,MED13L,STAG1,FASN,CALR,LGMN,ROBO2,NRP1,TOP2B,HBS1L,WDR47,PIGU,SMG1,HIBADH,PIGO,SLC35F5,HEXB,HEXA,PTPRK,CTCF,AKAP12,SMPD3,PPP3CB,PCLO,HYAL2,GABPA,CTSB,NCOA1,PRMT6,ELOVL4,ITFG2,DUSP6,SLC7A6,IVD,KIT,PXDN,PITPNM2,SGK1,ARHGEF7,ERGIC1,GRAMD1B,PCNA,SATB1,HSD17B4,PSMA7,GGA2,SF3B1,SRSF10,MIB1,TM9SF2,TM9SF1,MPHOSPH9,NFIA,GOPC,ANKRD13B,DBR1,IGF1R,SLC39A7,BAHCC1,TMEM14C,RARS2,PDIA3,PPP1R16B,USP7,SLC30A5,ATP11B,PDIA6,PDIA4,DCTD,MSH6,MINPP1,ILF3,STIM2,SRSF2,SRSF6,PPIB,ANAPC1,FKBP5,COPB2,ZCCHC7,COPB1,IREB2,MAZ,ITPR1,SLC38A10,CACNA1A,DTX1,PDS5A,CACNA1E,CAMSAP1,CORO1B,HSP90B1,SOCS2,MYH10,TXNDC5,PRNP,FUS,IDH1,TNK2,HPS4,HPS3,ARHGAP29,CORO2A,CLK2,PTPRD,CDK9,EFNA2,HOOK2,HOOK1,CNOT1,STT3A,CNTN1,MDM4,STT3B,TCF3,NIT1,ACADVL,MCFD2,GSK3A,ABCD3,PRKCSH,CHD6,HMGB1,AFF3,LMNB1,DUSP12,SEPT9,SEPT6,BCL7A,PDE4B,UBTF,MYO18A,TOPBP1,TAPT1,RBM33,ACTR2,KLF13,DST,H2AFY,PDPK1,H2AFX,ABHD14B,ARID1A,DCK,DDOST,ARL4C,PTP4A2,VCAN,PTP4A3,SFPQ,RER1,CAT,TMBIM6,USP40,LEPROT,KDM3B,UHRF2,GMPR2,SRSF1,CXXC1,MAT2B,TSPAN31,HDAC7,GANAB,TRA2B,FAM120A,FYN,IGF2BP2,MTA2,HNRNPA1,SEC11A,MLXIP,PPIL2,ATP2B4,MAPK10,GLB1,FAM131A,VIM,PDE7A"
+"gene_set_query"	"1264"	"HOXC10"	"1016.0"	"ARCHS4 Coexpression,1021;Enrichr Queries,1326;GTEx Coexpression,701"	"PREP,KEAP1,PDCD2L,ALKBH8,DCAF6,ALKBH3,PSMD7,MYC,AKT2,PSMD2,PSMD3,DAG1,PSMD1,PRKACA,PRKAB2,CACNA2D1,ECH1,MRPS18A,SOX11,ACTN4,GNPAT,RNF123,SFRP1,BIN1,ZSCAN21,DDIT4,GUF1,UQCRC1,KDELR2,NRN1,NECAB3,NPRL3,MRPL14,MRPL12,RPAP3,MRPL11,FXR1,NLN,CYB5R1,WDR70,PRKAR2A,NAA50,TRAP1,JUN,PRELID1,NR2F1,MEMO1,MRPL24,UBAC1,CS,CCT6A,AIMP2,ID2,OGDH,SDC1,PAF1,DHX29,CDK16,PHF20,SETD7,MRPL37,OSBPL11,AKAP12,CHMP1B,RAC1,RRP15,LRRC47,CCT3,ZYG11B,MIOS,NME2,TUBG1,DUSP6,MLF2,NME1,SLC7A5,PRPF18,PXDN,SGK1,ALDOA,SLC29A2,SF3B4,CSTB,NFIX,USO1,COX5A,PSMA7,SAMM50,PSMB5,ANKRD52,CCT5,EGLN1,BRF2,MDH2,UBE2G1,LRRC20,NFIA,PRKRA,NFIB,PSMC4,NEDD4,PSMC1,PSMC2,TSR1,HDGF,PKN1,UBE3C,UBE3A,IPO7,TATDN1,CHCHD2,CDH2,CFL2,KPNA4,KPNA3,FADS1,KPNA1,SEMA6C,TPM3,IGFBP3,IGFBP2,DYRK1B,SHISA4,SDHA,CACNB1,CTDNEP1,CLIP1,ADAM15,EEF1A2,PLAA,FKBP4,PPIA,RTN2,PSMD11,CUL5,NDUFB10,CUL2,AK1,UBR3,LPL,UBFD1,PHB,SOCS2,BTBD1,DVL1,CYC1,NDUFV1,BCL9L,ANKRD28,EIF2B3,BOD1,VTA1,GOT2,ZC3HC1,CNOT4,EFNA2,HOOK2,TMEM11,LHX2,HOOK1,TBCE,CNTN1,CLPTM1L,COPS8,GRSF1,NFE2L1,EIF4G1,SLC25A1,PHTF2,USP38,MAST2,FHL1,ATP2A2,USP39,PPP6C,SPR,MYO18A,PMEPA1,SPEG,MRPL9,HIF1AN,EIF5A,NAA30,ADSL,RAD23A,REXO2,DUSP26,RAD23B,DDX19A,VCAN,PTP4A3,AKT1S1,CCDC43,RBM24,CUEDC1,SLC25A4,POLDIP2,RAB1B,CXXC1,SRL,HSD17B10,HECTD1,SLIT1,RPP14,ABCF2,MEST,NTRK2,PPP1R14B,PTCD2,KCNJ11,FEM1A,GALNT2,ADRM1,PDAP1,MEIS2,CUL4A,ASB8,RAB12,MFAP2,GPD1L,EIF3C,TRIM32,PFKM"
+"gene_set_query"	"1265"	"HOXA4"	"1018.0"	"ARCHS4 Coexpression,1003;Enrichr Queries,1171;GTEx Coexpression,879"	"VPS29,AHCYL1,KDELR1,DIXDC1,ADARB1,BACH2,PSMD8,ZFYVE27,LSM11,DPYSL2,DPYSL3,DIP2C,PRKACA,SOX4,EPHA4,EPHA7,FNBP1,LIMCH1,ACTN1,DAPK3,ARMC9,GTPBP6,CD3EAP,CSNK1E,EML1,ANK1,MYL6,SFRP1,CDC34,DDIT4,KCNQ4,AURKAIP1,CBLL1,PLBD2,ATF4,POM121,NRN1,TSHZ3,NPRL3,MRPL12,ADH5,FLRT2,DHX35,PCBP2,PIP5K1A,RDH14,TNRC18,JUN,DMPK,BCL11A,SETD1A,NR2F1,PBX1,PKIG,FERMT2,CDK16,CDKN1C,NRP1,MRPL37,TRIOBP,PTMS,RPTOR,AKAP12,ACTR1A,FASTK,EMD,NME2,MRPS2,ANO6,RGMB,DUSP6,RGMA,MLF2,RHOB,MN1,ZEB2,CSDE1,KIT,PXDN,FAM20B,PLEKHO1,SLC29A1,SGK1,ALDOA,ATP6V0C,NFIX,ATL2,PRICKLE2,PRICKLE1,CST3,CHRAC1,CAMK2N1,SPOP,CLPTM1,GPC4,RPS2,STX2,RUNX1T1,EGLN1,MDH2,NR1H2,TMUB1,SORBS1,PDCL3,DPY19L3,NFIA,NFIB,PRKRA,SLMAP,ESYT2,PKN1,CHPF,HDLBP,ATN1,PLOD3,PPP1CB,CHCHD2,CFL2,KHSRP,SCMH1,LZTS2,MAF1,FADS1,SEMA6C,OSR1,IGFBP3,TPM1,SHISA4,OCRL,FOXP1,CTDNEP1,TPST1,TMX3,HNRNPUL1,EHBP1L1,EEF1A2,SNRNP27,SRSF9,INO80E,PFKFB3,ARHGEF26,NDUFB10,ARHGEF25,FAM114A2,NXPH4,MAZ,AK1,CACNA1A,CACNA1H,CORO1C,SOCS2,EFNB2,RAI1,RAP1A,SCUBE1,DVL1,ABL1,CDH24,NEK9,ANKRD27,KLHL23,CHERP,EFNA2,HOOK2,HOOK1,UBE2S,RHEB,MAFG,CNTN1,TAB2,UBE2M,ZMYND19,MAST2,FHL1,CBY1,ILK,YBX1,LMNB2,DUSP12,SPRED2,NOB1,UBE2Q2,SGCB,BCL7B,NCK2,SPEG,TMEM109,PMEPA1,LRRFIP1,UNC45A,PPP1R12A,VEZF1,ARL4C,DDX19A,FAM189B,PTP4A3,AKT1S1,PPP1R12B,PPP1R12C,CUEDC1,NLGN2,POLDIP2,SRF,CXXC1,WIZ,STRN3,SRM,FOXRED2,MTA1,ALDH1B1,POLR2A,DNAJB5,NT5DC2,NNAT,POLR2D,SLIT1,IGF2BP2,MEST,POLR2J,PDLIM7,GADD45GIP1,NTRK2,PPP1R14B,CIZ1,NAA10,PCDH7,ATP2B4,PDAP1,MEIS2,FBXL12,POLE4,CARM1,RBM42,STUB1"
+"gene_set_query"	"1266"	"ZNF570"	"1018.0"	"ARCHS4 Coexpression,991;Enrichr Queries,1036;GTEx Coexpression,1028"	"VARS,IFT172,ZDHHC5,THUMPD3,CAPNS1,TRIM28,DHX57,BSG,AKT1,ATXN7L3,MED1,TIPIN,GABARAPL1,MEF2C,IAH1,MTUS1,CD3EAP,ANK2,MOGS,SOX11,HCFC2,SND1,CFDP1,DAAM1,DDIT4,NUP98,FAM76A,FLII,DCUN1D1,PIK3R3,GIGYF2,APH1A,HMGXB4,MLEC,ZSCAN18,BRAP,INTS1,PBX2,MEX3C,DCLK1,PRRC2A,HNRNPL,ID2,INTS7,PSMG1,FAT4,ARF3,AHCTF1,PIGU,CETN3,SLC7A11,ADO,PRPF19,SMG5,COIL,PCM1,DNER,SDF4,ZIK1,CCT2,UPF1,MINK1,SLC39A10,TOPORS,MLF2,KIF2A,KIT,PXDN,G2E3,EXOC5,TKT,SATB1,CENPB,HIRA,RNF138,EXOSC9,PES1,TMEM68,USP1,UBTD2,MFN2,ANKRD52,CCT7,YKT6,ATAD1,GTF2H1,SYNJ2BP,TTC9,RSL1D1,NFIA,TAOK2,NUCB1,TRIP12,FAM171B,HDGF,PKN1,PNPLA6,KBTBD7,RNF141,ZFP28,GRINA,HDLBP,YEATS4,LZIC,CWC27,FRY,IPO5,ZFP30,LAMP1,ARHGDIA,NRCAM,KPNA2,ENPP5,FADS1,USP5,ST7L,PHOSPHO2,DMTF1,HNRNPUL1,RAB35,CHMP4B,TOX,KPNB1,PDE9A,GLYR1,ANAPC2,LRRC59,RAB5C,FAM114A2,CUL2,GMPS,CUL1,ITPR1,SUPT6H,FBXO41,SBNO1,BAG5,UBR7,TPR,DNAJC21,DVL1,NACC1,ZKSCAN2,ZC3H14,PDZD8,LONRF2,SKIL,PDZD7,BPTF,TRAPPC2,NUP155,CPSF3,DNAJC14,EEF2,KLHL20,SH3BP5L,HOOK2,NBEA,HOOK1,CAPRIN1,GNB2,JMY,GNB1,MKRN2,TPP2,NFE2L1,EIF4G1,DYRK3,KDM5C,WDR1,PRKCSH,CHD6,SLC2A3,YBX1,ZFP82,TTC28,PPP1R9B,SEC61A1,SART1,SEPT9,METTL14,LASP1,PPP6R1,SNRNP70,TLK2,PDE4B,UBTF,TBP,DIS3,PDPK1,PDE4D,ATRX,ZFP91,GLRX2,ACTR8,RAD23B,ARFGAP1,ARL4C,DNAJC2,TRAF7,VCAN,PTP4A3,POLR1B,CTDSP2,DNAJC5,GFOD2,SHANK2,RNFT2,GTF2A2,RAB1B,DDX20,ATP1A1,MFF,FAM168B,GANAB,FIP1L1,U2AF2,KATNA1,POLR2D,FAM120A,EIF4H,FEM1C,CCDC59,DDHD1,TPD52L2,KLF7,POLR3C,CARM1,MGAT4B,DRG1,ERCC8,SPRY2,ACIN1,P4HB,EIF3B"
+"gene_set_query"	"1267"	"E2F8"	"1018.0"	"ARCHS4 Coexpression,1032;Enrichr Queries,1296;GTEx Coexpression,727"	"MDC1,TFRC,PREP,HNRNPU,PDCD2L,DCAF6,PSMD7,MYC,STMN1,DENR,TMPO,TIPIN,CSNK2A1,NUP210,MRPS18B,MRPS18A,ANK1,WDR77,HCFC1,RNF123,AFG3L2,KARS,CLPP,RRAGD,GUF1,VDAC3,VDAC2,TARS2,VDAC1,UQCRC2,NUP205,DCUN1D5,CDCA4,DHX9,NOLC1,SLCO5A1,MRPL14,BRCC3,LIAS,RPAP3,MRPL11,CYB5R1,LARP1,RAD21,NAA50,TRAP1,JUN,RCC2,MEMO1,CDC7,PA2G4,PAICS,ZWINT,UBAC1,CS,CCT6A,AIMP2,PKIA,HNRNPF,ANP32E,HNRNPD,ITM2B,EZH2,MRPS16,MRPS10,MRPL39,MRPL36,MRPL37,SLC7A11,SYNCRIP,MED14,TUBA1B,XPO1,C1QBP,DLAT,TPI1,PARP1,MRPS22,MRPS7,BAZ1B,TUBG1,DUSP6,MRPL44,SLC7A5,MRPS9,TUBB2A,PXDN,TCP1,PCNA,SF3B3,MRPS35,MRPS33,PRIM1,MRPS30,SAMM50,USP1,CCT8,SRSF10,CCT5,SUZ12,NPM1,MDH2,UBE2G1,LRPPRC,LRRC20,SLC8A3,ABCB10,SERBP1,HNRNPA2B1,TSR1,HDGF,CSE1L,KLHL34,BZW2,IPO7,CCDC28B,IPO5,CHCHD3,NUDT19,KPNA2,KPNA3,LMO1,SEMA6C,SUPT16H,TPM3,LARP4B,ILF2,CDC25B,TRAIP,CTDNEP1,MSH6,ILF3,MSH2,FKBP3,ANAPC1,KPNB1,DNMT1,RNASEH2A,CUL5,PRPF8,ORC6,BTBD1,G3BP1,NDUFV2,NUP155,CBX3,VTA1,IDH2,GOT2,ASNS,NUP153,COQ5,ZC3HC1,COQ2,HOOK2,NASP,TMEM11,CNOT1,IARS,GRSF1,SAE1,EIF4G1,PHTF2,MCM7,HMGB3,HMGB1,LMNB2,LMNB1,MYO18A,UQCRFS1,HIF1AN,TOPBP1,TNPO3,ADSL,RFC3,CCDC34,H2AFZ,H2AFX,RAD23A,SMC1A,CKAP5,VCAN,PTP4A3,TFDP1,POLR1B,CCDC43,DNAJC9,DCTPP1,RBM24,STOML2,PARG,SRSF1,CXXC1,DDX21,MTIF2,LRP8,TBRG4,HSPD1,RPP14,NDUFA9,NDUFA7,RRM2,FEM1A,PPP2R3A,DEK,SSRP1,HNRNPAB,CUL4A,RPIA,PSAT1,CARM1,NAA15,RAN"
+"gene_set_query"	"1268"	"HOXC8"	"1019.0"	"ARCHS4 Coexpression,859;Enrichr Queries,1289;GTEx Coexpression,909"	"SLC35B2,ANKLE2,ZMYND8,FCF1,PHAX,GPATCH4,EPRS,ALKBH8,CCAR1,HERC4,PNN,RNF115,GOLGA4,GOLGA5,DPYSL2,MYC,SEC62,SOX4,SRRM2,MED1,SMARCC2,CD3EAP,SOX11,SRRM1,FAM133B,SFRP1,FEZ2,ZSCAN21,DDIT4,ORAI2,YME1L1,DCUN1D5,NPRL3,MTDH,NLN,LARP1,DHX33,FLRT2,RRS1,GSE1,TRPM7,ST3GAL1,NAA50,TMEM184C,JUN,PRPF38B,SLC35E3,RAB3IP,NR2F1,PRRC2C,UPF3B,AIMP1,PCDHGA11,AIMP2,STAG1,ZZZ3,GOLGB1,CALU,NMT2,NOL10,DHX29,ANP32B,NRP1,TRAM1,CITED2,SETD7,PCSK7,PTMS,PANX1,AKAP12,UBL3,REV3L,RIOK2,UTP14A,RRP15,PABPC4,RRAS2,ASH1L,BAZ1B,FAM126A,TMEM150C,DUSP6,MLF2,RHOB,SLC7A5,ZEB2,CDC42EP3,PXDN,EXOC4,SGK1,ERGIC1,CSTB,NFIX,BCLAF1,LEO1,TBL1X,BRF2,YTHDF3,MTX3,YIPF4,YIPF5,WDR12,BYSL,KTN1,RSL1D1,NFIA,NFIB,NEDD4,TSR1,GOPC,UBE3C,SYAP1,NUCKS1,ALDH1L2,FBXO22,SLK,CDH2,SLC39A6,AZI2,KPNA3,SBF2,FADS1,USP8,NOM1,RALBP1,EIF1AX,IGFBP3,TMOD3,MAGI3,IGFBP2,THOC2,THOC7,CLIP1,RPL7L1,SRSF4,FTO,CUL5,ANKRD12,CACNA1A,UBFD1,RPF2,EFNB2,ATXN2,RNASEH1,TPR,ZKSCAN3,ABL2,BRIX1,LLPH,NDUFV3,ZC3H13,SRGAP1,AP1M1,PLXNA3,BPTF,ANKRD28,PRNP,NOP14,PNPT1,CBX4,BOD1,CBX3,BFAR,EIF2S2,EFNA2,HOOK2,TMEM11,LHX2,HOOK1,MDM2,CNTN1,IARS,COPS8,ACBD3,BRWD1,LRP12,RBM25,DDX46,WDR3,CHD6,TRIAP1,OPA3,PMEPA1,LRRFIP1,TNPO1,PELP1,EIF5B,DDX55,SPATS2,RAD23B,EPN1,CKAP4,DNAJC2,VCAN,PTP4A3,CDH11,CCDC43,TOP1,BDP1,USP14,DDX27,ROCK1,ROCK2,WBP4,CXXC1,TAF1B,PABPN1,POLR2D,SLIT1,IGF2BP3,RBBP6,IGF2BP2,ABCF2,MEST,ATP9B,ABCF1,SEPT11,PTCD2,TRIM41,ZFC3H1,PDAP1,MEIS2,KLF6,RPS6KB1,POLR3D,ERCC8,TRIM37,VIM,ABCE1,KCNK2,TRIM32,EIF3A,MBTPS2,TRIM33,METAP2"
+"gene_set_query"	"1269"	"HOXD3"	"1020.0"	"ARCHS4 Coexpression,838;Enrichr Queries,1331;GTEx Coexpression,890"	"RPL5,CNTFR,RPL3,TRIO,RPL7,DPYSL4,DPYSL5,ZMIZ1,IGLON5,DPYSL3,RPS11,SOX4,MEF2C,RBFOX2,ACOT7,RPL23,RPL22,PTOV1,WDR75,AFAP1,SOX11,CSNK1E,ANK1,SRRM1,SFRP1,WDR81,PRKD3,GPR161,TLN2,TRIB2,CGGBP1,L3MBTL3,NRN1,TSHZ3,FOXG1,NPRL3,FAM171A2,PCBP4,PCBP2,PLCG1,SCN3A,B4GALNT4,VAT1,ST13,NR2F1,L1CAM,HSPA12A,PBX1,PRRC2B,SMARCA4,EXT2,PCDHGA11,STAG1,MEX3B,MEX3A,H2AFY2,PTK7,RPS20,DCHS1,RCOR2,CDK16,CDKN1C,PHF3,ROBO2,NRP1,PTPRS,GRIK3,CLTA,SHD,PTMS,MED12,AKAP12,CHL1,SH3PXD2B,REV3L,TIMP2,NEFL,NEFM,GABPA,PBRM1,MRPS2,COMMD6,MLF2,RAP2C,ZEB2,TUBB2B,CTTN,PXDN,DBN1,NFIX,RPL10,SATB2,AKAP6,FGD1,SCAF8,GLRA2,TCEAL1,RUNX1T1,DYNC1H1,RANBP1,RYK,KIDINS220,SNCAIP,NFIA,NFIB,KIF26A,CACHD1,MEGF8,PRDM8,ANKRD13B,CLSTN2,KDM1A,CD81,CEP120,ATN1,ARID4A,RPL10A,CELSR3,LAPTM4A,AMMECR1L,CDH2,TUBB3,LZTS2,GTF2I,RPS8,IGFBP3,ATP11C,PRPF4B,POU3F2,POU3F3,MSH6,EEF1A1,RAB34,GPRIN1,ANAPC4,SRSF4,XPR1,TBC1D19,SHC2,PKDCC,ARHGEF25,NTM,NPR2,MAZ,LPL,CACNA1A,CAMSAP1,CACNA1H,PHF21B,RAI1,SCRT2,DPP6,DVL2,PLXNA2,CDH24,PLXNA1,PLXNA4,TBC1D16,NEK9,PTCH1,DNAJC13,SMAD5,BMP1,EFNA2,HOOK2,CDK4,LHX2,RHEB,GPSM1,RERE,PODXL2,MAST2,CELF3,ELAVL4,CHD4,ELAVL2,TTC28,SGCE,SENP7,NGRN,PSD2,MDK,GATAD1,CPXM1,CEP170,SLC37A3,NEO1,TNPO2,CCDC50,TSFM,TRPC4,CAD,ARNT,RPL13A,NAV2,LATS1,PTP4A3,DNAJC5,CDH11,PEX5,DCX,INA,LEPROT,NLGN2,POLDIP2,CXXC1,CRMP1,WIZ,LRP3,HDAC7,TSPAN31,MTA1,FAM168A,SH3BP5,SLIT1,PTK2B,NCAM1,HNRNPA1,SEC11A,HNRNPA0,SMARCE1,NTRK2,MARCKSL1,PCDH7,FBXL19,PCDH8,MEIS3,MEIS2,NEURL4,MFAP3,INSM1,RBMX,PPIL4,TPT1,TAF1"
+"gene_set_query"	"1270"	"TAL2"	"1020.0"	"ARCHS4 Coexpression,876;Enrichr Queries,1075;GTEx Coexpression,1108"	"VEZT,ARL6IP1,PDCD2L,DCAF6,ALCAM,DPYSL2,MYC,DPYSL3,STMN1,ATXN7L3,NCKAP5,SOX4,PDHX,EPHA4,MEF2C,EPHA7,RBFOX1,MECR,CXADR,WSB1,CACNA2D1,SOX11,ARMC8,ANK1,RNF123,SFRP1,DAAM1,IFT81,DDIT4,GUF1,VDAC3,VDAC1,HECA,EIF1B,MAGED1,FOXG1,NPRL3,MYCBP2,FBF1,DCUN1D4,SLCO5A1,LIAS,ADH5,FXR1,APH1A,CYB5R1,NLN,TSPAN6,CEP70,ST3GAL3,FDFT1,JUN,FZD3,BCL11A,PLK2,NR2F1,BBIP1,GADD45G,MRPL22,MLLT11,HNRNPL,AIMP2,PKIA,ID2,FAT4,ARF3,PHF3,MYL6B,SLC7A11,PPP3CB,TUBA1A,CSRP2,B3GALT2,ENC1,MRPS28,BRD3,ZYG11B,TPI1,MINK1,ELOVL6,MTSS1,SRP9,ENAH,MN1,TOX3,IMMP1L,MRPL50,KIT,MTF2,PAFAH1B2,NOL6,PAPSS1,SAMM50,CUX2,NPY,CKB,RUNX1T1,JAM3,UBE2G1,LRRC20,RPA3,ESYT2,PKN1,ZFAND6,KLHL34,SRP14,CWC27,CCDC28B,CHCHD3,CDH2,CFL2,ARID2,KPNA3,FADS1,LMO1,SEMA6C,PHYH,TPM3,IGFBP3,UBE2E3,IGFBP2,SHISA4,POU3F1,POU3F2,CACNB1,CTDNEP1,MORF4L1,DMTF1,DOK5,LIX1,TBL1XR1,MORF4L2,SRSF3,SNRPE,SRSF6,FKBP3,RTN2,RAB5C,CUL5,AK1,BTF3L4,LPL,CACNA1A,SDCBP,BTBD1,ESD,OTX1,EVI5,PRNP,EIF2B3,AUTS2,IDH1,GOT2,KLHL23,LSM5,MARCH6,COQ7,COQ6,COQ5,COPS4,COQ2,EFNA2,NR4A3,HOOK2,TMEM11,HOOK1,OSTC,GNB1,CNTN1,GRSF1,LRCH4,SERINC5,PHTF2,KDM5B,PRKCSH,CHD6,DPY30,SLC2A3,PPP1R9B,SEC61A2,SEC61A1,LASP1,SUMO2,PGM3,DGCR6,HIF1AN,EDIL3,MAPK1IP1L,ADSL,H2AFZ,VBP1,DUSP26,PTBP2,DNM2,ARL4C,VCAN,PTP4A3,RCN2,NDUFS7,IGDCC4,NDUFS4,CDH11,CCDC43,SLC25A12,RBM24,HDAC2,RGS16,CXXC1,SRL,CXXC4,DLL1,RBBP4,GNG5,POLR2D,NCAM1,RPP14,MTA2,MEST,NIPSNAP3B,NTRK2,NDUFA7,SPAG7,FEM1A,NDUFA4,PCDH7,BNIP3,USP22,PPP2R3A,MARCKS,SUCLA2,ASB8,MFAP2,INSM1"
+"gene_set_query"	"1271"	"ZNF100"	"1020.0"	"ARCHS4 Coexpression,851;Enrichr Queries,1252;GTEx Coexpression,957"	"MDC1,APP,NUP107,ZDHHC5,EHMT1,HNRNPU,SMC3,GLE1,NDST1,TBK1,CAPNS1,MPRIP,BSG,AKT1,AP1S1,PRKACA,ATXN7L3,TMPO,ARRDC4,TIPIN,SCAF11,ARRDC3,CD3EAP,MOGS,ACTN4,FAM76B,NUP98,PAXIP1,TBC1D9B,TMEM63B,FLII,UBE2J1,APH1A,APH1B,NUP88,ATRIP,TMEM184B,SETDB1,INTS1,INSR,INTS2,SLC35E3,CDC7,BBIP1,ZWINT,PRRC2A,SETX,PARP11,TDP1,GIPC1,ANP32E,EZH2,CEP57,ARF3,NRP1,AHCTF1,PIGU,USPL1,MRPL36,SLC7A11,PRPF19,SMG5,COIL,AKAP12,PCM1,ZMYM2,RSRC1,UIMC1,ANXA6,SDF4,CIC,ZIK1,UPF1,TMED9,TCF12,MINK1,SLC39A10,PPHLN1,MED26,SLC7A5,INF2,POC5,MTF2,PXDN,G2E3,SATB1,PRIM1,HSPA14,CENPB,FAM129B,RNF138,EXOSC9,EXOSC8,TMEM68,USP1,UBTD2,CLPTM1,FLNA,ANKRD52,YKT6,SUZ12,NFYA,DAB2IP,SCAF1,MPHOSPH9,SNX14,TAOK2,NUCB1,TRIP12,HDGF,PNPLA6,GRINA,CLSTN1,HDLBP,ATN1,YEATS4,ARID4B,SMCHD1,LAMP1,ARHGDIA,SLC39A7,MTPAP,ARID2,SBF1,AP2M1,USP5,VASH2,PIAS2,MSH6,MSH2,ADAM15,RAB35,CHMP4B,PHIP,ANAPC2,ZCCHC7,LRRC59,DNMT1,RAB5C,INSIG1,GMPS,GPR85,CACNA1A,SBNO1,ORC4,ORC6,SCUBE1,TPR,UBR5,DVL1,NACC1,ZKSCAN3,QSER1,PDZD7,MAP2K6,ESRRA,TIA1,NUP155,CBX3,CPSF3,NUP153,CNOT10,EFNA2,SH3BP5L,HOOK2,GNB2,GNB1,NFE2L3,TPP2,PLEKHM2,PLXNB2,GPR107,LRP10,NFE2L1,EIF4G1,ACADVL,KDM5C,MCM7,WDR1,PRKCSH,CHD6,HMGB1,PHTF1,LMNB1,PPP1R9B,SENP7,SEC61A1,SEPT9,METTL14,LASP1,ZC3H7B,SNRNP70,NUP62,TLK2,TOPBP1,DGCR2,SCYL1,IQCB1,RFC3,TBP,USP42,DIS3,PDPK1,PDE4D,SENP2,ARFGAP1,TRAF7,PTP4A3,CREB1,POLR1B,DNAJC5,PPP1R12C,RNFT2,CANT1,RAB1B,DDX20,ATP1A1,PPM1D,FAM169A,DNAJB2,FAM168B,GANAB,RBBP4,HAUS8,U2AF2,POLR2D,FEM1C,ATF7IP,RRM2,DDHD1,CDC42BPB,TPD52L2,MGAT4B,P4HB"
+"gene_set_query"	"1272"	"ZNF461"	"1021.0"	"ARCHS4 Coexpression,1136;Enrichr Queries,1222;GTEx Coexpression,705"	"VARS,CISD2,CBLB,ENO2,RNF112,CAPNS1,TRIM28,IGLON5,AKT3,AKT1,ATXN7L3,CALN1,ARRDC4,SRRM3,SRRM4,ATP6V1G2,RBFOX2,RBFOX3,ZFP2,ARRDC3,CD3EAP,MOGS,ARMC8,ANK3,MFSD11,MAPK8IP3,SND1,TIAM1,DDIT3,RUFY2,DDIT4,HECA,PAXIP1,SAR1A,STXBP1,FLII,APH1A,SYNGR1,MLEC,B4GALNT1,ZSCAN18,CADM3,JUN,PRRT2,INTS1,PLK2,MICAL2,PBX2,L1CAM,SNAP91,PRRC2A,HNRNPL,RBAK,ARF3,GABRB2,NRP1,PIGU,TMEM151B,KCNC1,CITED2,DIRAS2,GRIK2,ZCCHC18,SLC7A11,PRPF19,SMG5,AACS,SHF,TRIM9,MMP24,PCLO,TRIM3,TCP11L2,SDF4,ZIK1,GARNL3,BRD2,UPF1,PARP2,MINK1,RHOB,CNKSR2,PXDN,WAC,SGK1,GRAMD1B,ICA1L,ADAM22,CAMKK2,ARNTL,CHN2,TMEM68,MFN2,RICTOR,METTL6,MAP4K5,YKT6,PURG,RUNX1T1,DAB2IP,NMNAT2,SKI,TAOK2,NUCB1,HDGF,PKN1,RNF141,ZFP28,ANKRD13C,HDLBP,ARID4A,CELSR3,SLC8A2,RIMS1,TMEM145,ZFP30,LAMP1,BASP1,SH3GL2,FADS1,USP5,ADAM11,KCTD2,LMO7,KCTD6,PIAS2,DISP2,CACNB4,DMTF1,HNRNPUL1,SCN8A,MADD,CHMP4B,ABCG4,LRRC59,NDRG3,CACNA1B,CACNA1A,SUPT6H,ORC4,NEUROD2,ARHGAP21,KLC2,TMEM128,NACC1,SRGAP3,PDZD7,TRAPPC2,SYT4,ASNS,EEF2,CLK4,COQ6,SH3BP5L,NBEA,HOOK2,HOOK1,GNB2,SPIRE2,MDM4,TUBGCP4,NFE2L1,MAP3K12,EIF4G1,SNAP25,KDM5C,WDR1,PRKCSH,MAST1,CHD6,PSIP1,ZFP82,PKD1,ELAVL3,PPP1R9B,SENP7,DUSP12,SEC61A1,SART1,LASP1,PPP6R1,PSD3,UBTF,DNM1L,EID2B,GALNT9,TRIM67,PDPK1,RAD23B,TRAF7,ALS2,TRAPPC6B,CTDSP2,POLR1B,LUC7L3,PIK3C3,PPP1R15A,NFAT5,RAB1B,NRXN2,ADD2,GANAB,U2AF2,POLR2D,FAM120A,TRIM46,EIF4H,SPOCK1,FEM1C,RPP14,OPCML,CLASP2,SLC12A5,PCDH9,PCDHGC4,ATP2B2,CDC42BPB,KLF7,CARM1,MGAT4B,POLR3F,ACIN1,VPS45,P4HB,SSBP2,MDGA1,CBLN1"
+"gene_set_query"	"1273"	"ZNF169"	"1022.0"	"ARCHS4 Coexpression,1461;Enrichr Queries,821;GTEx Coexpression,784"	"CYFIP2,TRIO,ZMYND8,ALKBH6,GLS,PREX1,ZFYVE27,DPYSL2,MYC,FGFR1OP2,PWWP2A,ATXN7L3,CDK5RAP3,DDX17,ARRDC3,CIRBP,CD3EAP,ATG12,INPP4A,DDIT4,VOPP1,ANP32A,FBF1,TRANK1,MTMR4,RNPC3,INPP5B,APH1A,MICAL1,RDH13,ARGLU1,SCAI,JUN,ZRANB2,IQSEC1,BCL11A,PLK2,INSR,SLC35E3,MYO5A,HARS2,POU6F1,GRB2,AVL9,EZH1,CDC42SE2,ITM2C,EZH2,GABRB2,MRPS15,SMG1,PIGU,LRRC4,ZCCHC18,SLC7A11,PTPRF,ING4,EPM2AIP1,TRIM3,ZMYM6,DHX15,GPRASP1,GARNL3,PRMT6,DFFB,GRIPAP1,ANO8,MRPS7,CBFA2T2,ZDHHC17,MLF2,MED23,KIN,PXDN,ARHGEF2,CD47,GLCCI1,SGK1,CSTB,STX16,NOL6,ARNTL,RXRB,PAK1,TMEM169,NFIL3,RABAC1,SRSF11,AGK,MBD1,SORBS2,TTC9C,DEF8,SNX16,NFIB,AGGF1,PKN1,MPHOSPH8,OTUD5,DGKE,FMR1,WWC1,HDLBP,PRDM2,TMEM147,PPIP5K2,BASP1,PAPOLG,KHSRP,ANKRD49,USP3,ANGEL2,STX7,TPM1,DISP2,DMTF1,ELMO1,SBDS,CACNA1A,NRF1,PDS5B,ORC4,PITRM1,CCDC32,ANKZF1,PDZD7,TRAPPC2,ACBD6,PRNP,TIA1,CPSF6,TRAPPC9,AP4B1,CLK4,YEATS2,HOOK2,HOOK1,RFXAP,NF1,NFE2L3,SPIRE2,MDM4,OGT,NFE2L1,EIF4G1,SNAP25,PRKCSH,CELF2,PRR3,CHD6,PIK3CD,PSIP1,ADAR,ZFP82,MFSD8,DUSP12,SEC61A1,OPA3,PHACTR1,UNKL,RBM33,USP48,EED,PDPK1,PDE4D,NAV1,RAD23B,PTP4A3,CTDSP2,POLR1B,C1D,CDH11,GFOD2,LUC7L3,ETF1,PIK3C3,MET,UHRF2,MGRN1,RGS16,LENG8,LRP6,ABLIM1,GANAB,U2AF2,PTK2B,FEM1C,VHL,TTC14,TTC13,SGTB,NICN1,ZFC3H1,PDE4DIP,SOD2,OXR1,PSAT1,RBM45,RHEBL1"
+"gene_set_query"	"1274"	"HOXB13"	"1023.0"	"ARCHS4 Coexpression,1401;Enrichr Queries,1226;ReMap ChIP-seq,245;GTEx Coexpression,1219"	"IPO11,MT-ND4,TES,DCAF5,EPRS,PHB2,DCAF6,ZMIZ1,DPYSL2,MYC,FAM110B,UNC13B,MEF2A,IAH1,FNBP1,DAPK1,PRKCD,WDR74,RFX3,AARSD1,DICER1,ATG12,ARMC1,EML5,EID1,IFT81,RUFY3,DDIT4,TBPL1,SPARCL1,RPL27,RPL26,ATF4,MTMR1,MEAF6,NEDD4L,RHOT2,RIC8B,RDH11,LTA4H,HMGXB3,HEXIM1,CDK17,RPL41,JUN,CDK19,HOMER1,RDX,NR2F1,BBIP1,PA2G4,LARP4,FAM135A,PKIA,TDP1,OGDH,HBP1,CPEB4,CDKN1B,RPLP1,GPR21,DIS3L,CLTC,SHB,PFAS,TRIM8,MRPL42,NEFL,NEFM,AP3S1,ZC3H10,WDR36,EXOC7,SSR3,MRPL49,TERF2,SRP9,DUSP6,MED23,SLC7A5,NSA2,PTRH2,PXDN,PICK1,ERGIC1,VAMP2,LRRC14,SF3B5,GRAMD1B,NFIX,STAU1,GSTP1,PAPSS1,TMEM165,TM9SF3,SNX27,LEO1,RPS3,CKB,RIC3,RIOK3,GABRA3,GTF2H2,ARCN1,TAOK3,NFIB,TAOK1,FRYL,PHLDB1,CEP120,UBE2D1,CLU,CDH8,TM7SF2,PPP1CB,ABHD12,RIMS1,ABHD11,SLC39A6,TMSB10,FADS1,FBXW8,FBXW7,RALGAPA1,IGFBP3,RPS6,IGFBP2,FAM118A,UBE2E1,FBXO10,TOM1L2,CLIP1,RALGAPB,SMS,ERP29,SRSF5,ANAPC2,NSMAF,CSNK1G1,SNRPB,PFKFB2,FTO,ANKRD16,GLO1,ABHD2,IREB2,ITPR1,SPATA2,AK3,UAP1,CORO1B,GTF2E2,ACAT1,PHF21B,SOCS2,RAP1B,ORC5,G3BP1,PLXNA1,SLC38A6,E4F1,EVI5,NEK9,TMEM120B,FBXO38,DHCR24,FANCE,YEATS2,TMEM11,LHX2,CPD,AAK1,MDM4,GPR107,RNF185,CNIH3,SERINC5,RNF10,NUMA1,SCHIP1,PTEN,DUSP12,PGM3,PMEPA1,HMG20A,DNM1L,BCAS2,IQCB1,PLEKHG2,ACTR6,ACTR8,REXO2,PTP4A3,NPC1,CTDSP2,ETF1,EVL,DCTPP1,SOS2,GTF3C1,PPP1R15B,NFAT5,GTF2A2,CANT1,UHRF2,HDAC1,MAK16,CXXC1,MLLT3,FZR1,POLR2D,EIF4E,FNIP2,SLC25A25,PPP1R14C,RNF24,TXNRD1,DDHD2,MBOAT2,CDC5L,MTOR,ATOX1,TRIT1,ASXL1,KLF7,SNRNP40,TSPAN13,DNAJA2,TRIM35,RUNDC1,DRG2,CDO1,EIF4A2,FAAH,AHCYL1,KDELR1,ZDHHC7,THUMPD1,TXNDC16,NUDT4,HERC3,RPS16,SNRPD1,CDC26,ARFIP2,EPC1,LONP2,CCNL1,SEPHS2,SOX4,RPS12,ARRDC4,ARL10,SRRM4,ARRDC1,SLC35C2,BROX,ENTPD6,IFRD1,COG1,SFRP1,CFDP1,XRN2,CCDC82,TMEM87A,NRN1,MGST3,FOXG1,DCUN1D1,IGSF9,UGCG,MICAL1,HIVEP1,DYM,SCAP,KCNN2,SNX5,SEC31A,VAT1,SNHG1,XBP1,ZRANB1,ZFR2,PARP11,WNK1,GOLGB1,ID2,ANP32E,FBXL3,CALM2,MON1B,CC2D1B,ITM2C,HBS1L,CITED2,GFM2,PAK1IP1,SLC35F5,MIA3,ZCCHC17,PRPF19,HERPUD1,AUH,PCF11,QSOX1,NANS,BBS4,CAP1,CCT2,MMD,NCOA6,NME3,ZDHHC13,CBFA2T2,RGMB,TUBG1,RHOB,MLF2,RGMA,SLC22A23,IMMP1L,NCOA7,RHOU,AIDA,SGK1,PRIM2,CSTB,RABGAP1,STX18,PRICKLE1,NAPG,AKAP1,ARNTL,NT5C,CUX2,CAMK2N1,NPY,SHOC2,EPS15,METTL9,NPDC1,MAP3K3,XPO7,PLEKHA6,UBE2G1,SORBS2,UBE2G2,RAB11B,FKBP1A,NUDT9,PER1,SGSM3,NEDD4,KLHL8,CAPZA2,FAM171B,FAU,TOMM5,PRDM8,SCARB2,PRDM4,GNPTAB,FAM174B,FAM162A,PPME1,KHSRP,TBC1D30,DENND5A,ARID2,TPRA1,FBXW11,DIMT1,APLP2,TTC7B,KCTD2,TRNT1,WBP11,TMEM136,TBL1XR1,PDE9A,NDRG3,TMED10,RPS19BP1,SEL1L,LPL,CACNA1A,COX7A2,NDRG1,ACACA,ARHGAP21,EMG1,DPP8,DPP9,SUDS3,RPRD1A,OTX1,MYH10,HSPA9,PRNP,CPSF7,SMAD4,ACBD4,PHF12,CBX1,DSTN,SUPT5H,SSH3,CRLS1,SMAD5,SYT7,TDRD3,COQ5,EFNA2,HOOK2,CCPG1,HOOK1,GNB4,UBE2N,DEGS1,UBE2K,LRP11,SCYL3,NVL,CHD6,CHD3,AFF3,RND2,SENP7,EEF2K,NPTN,IFT57,USP43,PDPK1,RBM18,PDE4D,ABCC5,TBC1D8,GLRX2,ARID1A,RABEP1,NAV3,THRAP3,ATG4B,IFT46,TM2D2,USP10,SLC3A2,ATP2C1,FAM169A,CLCN3,IWS1,CYTH3,TBRG1,TNKS2,GNG5,LEPROTL1,TAF1A,TRA2A,GNA12,NT5DC3,PTK2B,MAPK6,SNCA,CLASP2,REPS1,LGI1,ATE1,KDM4B,TMEM30A,RRM2,EYA3,TTC19,MEIS2,USF1,MAPK10,GOLPH3,PDE10A,SBK1,ASB8,FAM98B"
+"gene_set_query"	"1275"	"RFX6"	"1025.0"	"ARCHS4 Coexpression,997;Enrichr Queries,932;GTEx Coexpression,1146"	"GLS,SCP2,RPL36AL,DPYSL2,ARFIP2,SEC63,CHGB,ARRDC4,HES6,EPHA7,TSPYL1,CACNA2D1,ALG5,ALG2,MOGS,SOX11,VWA5B2,PRKAB1,SND1,SFRP1,RRAGD,JTB,KCTD12,FAM76A,LETMD1,STX1A,BEX2,BEX1,SAR1B,GIPR,NPRL3,APCDD1,IGSF9,MTMR7,PRDX3,PRDX4,APH1B,FLRT2,TSPAN7,SSR1,SCN3A,SEC31A,EDEM3,XBP1,PTPRN2,ST8SIA3,SURF4,EIF2AK3,FAM136A,PPP1R1A,PAM,TECPR1,DZIP3,CDKN1C,PCSK2,GABRB3,ROBO2,PTPRN,PIGP,ICA1,ARHGAP1,IER3IP1,RYR3,HERPUD1,SERP1,TMED2,ANXA7,NEFM,SEC61B,CTSE,TMED4,TMED9,SSR4,PABPC4,SSR2,COPZ1,DUSP6,MLF2,TOX3,KIT,PXDN,ARHGEF7,SGK1,RNASEK,PTN,NOL4,GNAI1,PSMA7,TM9SF3,SUSD4,PAK3,RUNX1T1,ARNT2,YIPF3,CSNK1A1,SYVN1,SORBS2,NMNAT2,SYNJ2BP,MPP6,TM9SF2,SPCS3,TMEM59,SPCS1,SGSM3,RIMBP2,RAB3C,TUSC3,CASC4,CLU,CDH2,FAM174B,SLC39A9,TBC1D30,NRCAM,SLC39A7,ENPP5,RGS9,SH3GL2,GPT2,FOXP4,TPST2,TMX4,EEF1A2,ERP29,SCG5,SCG3,SIDT2,PFKFB2,LRRC59,CTTNBP2,UBA5,CHRNA7,SEL1L,ARL1,SLC38A10,CACNA1A,CACNA1D,CPLX2,PCSK1N,ATP6V1D,ZKSCAN1,RAP1GAP2,SYT4,OSBPL7,CBX6,DSTN,SYT7,PTPRD,QDPR,HOOK1,CNTN1,GNAS,SRPRB,CPE,LRP11,PHTF2,CHD6,ELAVL4,PTEN,SEC61A1,ACP1,ABCC8,DYNLT3,ATP6AP2,ARFGAP3,COASY,EPN1,DDOST,VCAN,PTP4A3,LMBRD1,DNAJC6,POLR1D,DCX,SLC25A5,SEC22B,SSX2IP,BCAT2,NLGN1,SRC,NAA20,NRXN1,CXXC1,ETFDH,HSD17B12,JAKMIP1,CXXC4,FZR1,PTPRZ1,NNAT,POLR2D,SEC11C,CHGA,NTRK2,PCDH7,CADPS,CDC42BPA,MEIS2,TTC17,NELL2,SH3YL1,XPNPEP1,FAM131C,ASXL3,VPS41,PDCD4,P4HB,INSM1,UNC79,METAP2"
+"gene_set_query"	"1276"	"ALX4"	"1026.0"	"ARCHS4 Coexpression,629;Enrichr Queries,1360;GTEx Coexpression,1090"	"RPL4,MDC1,CNTFR,RPL30,RPL32,VARS,KDELR1,LDLRAD3,RPL8,RPL7,RPS14,TRIM28,RPS18,RPL39,RPS13,ACVR1,SRRM2,EPHA4,EPHA7,RBFOX2,ARL15,LIMCH1,RPL23,PTOV1,SOX11,SCRIB,CSNK1E,ANK1,SND1,HCFC1,SFRP1,RFX7,RPL27,RPL29,OBSL1,KCTD15,LLGL1,TMEM87A,TTYH3,IGSF3,PIK3R2,APCDD1,ADAMTS10,GLG1,PIP5K1A,TNRC18,PLCG1,B4GALNT4,JAG2,BTF3,CADM1,BCL11B,INTS1,INTS3,SETD1A,NR2F1,IRF2BP1,PUM1,DCLK1,PRRC2B,MED13L,PRRC2A,SMARCA4,HNRNPL,ZZZ3,VANGL2,H2AFY2,PTK7,DCHS1,FAT4,CDK16,ITM2C,PTPRS,RPLP1,RPLP0,GRIK3,AACS,CX3CL1,SMG5,PTMS,SH3PXD2B,CEP68,RGMA,DDB1,MN1,ZEB2,KAT2A,PITPNM1,KIT,PXDN,NFIX,RPL12,SATB2,FGD1,SCAF8,RPS15A,PGRMC2,SERTAD4,ANKRD52,RPS2,RUNX1T1,MBD3,YTHDF2,DAB2IP,AP3D1,SAMD4B,SNX21,SCAF1,SKI,MYBBP1A,NFIA,NFIB,KIF26A,STAC2,TAOK2,CACHD1,MEGF8,ANKRD13B,FBXO28,HDLBP,ATN1,RPL10A,IPO5,FBL,KHSRP,SLC39A6,FBRSL1,LZTS2,IGFBP3,TSC2,POU3F2,POU3F3,RNF40,ILF3,OLFM2,ADAM15,HNRNPUL1,FSCN1,ISYNA1,CUL7,PKDCC,ARHGEF25,NXPH4,MAZ,UBR4,LTBP4,CACNA1A,UBFD1,PRPF8,SUPT6H,CACNA1H,SAV1,CACNA1G,RAI1,EFNB1,BTBD2,ABL1,DVL2,QSER1,CD276,SMAD1,AUTS2,CPSF1,FUS,NONO,CBX2,ARHGAP29,EEF2,SMAD5,CHERP,EFNA2,LHX2,CAPRIN1,SP3,AMOTL2,DEGS1,UBA1,GPR107,TCF3,NFE2L1,EIF4G1,GPSM1,ZNF512B,B4GALT2,KDM5C,PRKCSH,MAST2,CHD6,CHD4,CHD3,AFF3,LMNB2,RBM3,RPL7A,EEF2K,ZC3H7B,NEO1,TNPO2,DACT1,ADAMTS7,DST,TNFRSF19,CAD,NAV2,RANGAP1,RAD23B,ARID1B,SENP3,CKAP5,EEF1G,PTP4A3,CDH11,GTF3C1,NLGN2,RPL36A,PARD6G,WIZ,MLLT1,ATP1A1,STRN4,FAM168B,GANAB,MTA1,U2AF2,NT5DC2,SLIT1,NCAM1,SLC12A2,NTRK2,NTRK3,FBXL19,SSRP1,CDC42BPB,MEIS2,ACVR2A,NELL2,NEURL4,PDE10A,CARM1,CDK2AP2,ACIN1"
+"gene_set_query"	"1277"	"CENPA"	"1027.0"	"ARCHS4 Coexpression,863;GTEx Coexpression,1191"	"RPL4,ARL6IP1,VARS,CSE1L,NUCKS1,RPL8,IPO7,PHB2,RPS17,POFUT2,CDC23,TRIM28,SNRPD1,RUVBL2,RUVBL1,KPNA2,HMGN2,RPS10,TMPO,TIPIN,RPS7,RPSA,ATAD3A,TRAIP,HNRNPUL1,TMX1,BOLA2,PPIH,SNRPE,ERH,SNRPF,ALG10B,PPIA,ANAPC1,KPNB1,SNRPA,SNRPB,LRRC59,NUP205,RNASEH2A,CDCA4,MRPL12,STIP1,LDHA,ORC6,RAD21,PGK1,BTF3,CBX3,BOD1,RCC2,HMGA1,PA2G4,PAICS,LSM4,ZWINT,HNRNPL,CCT6A,UBE2S,HNRNPF,HNRNPD,CLPTM1L,SAE1,EZH2,MCM7,RPLP0,HMGB3,YBX1,MRPL37,PRPF19,LMNB2,LMNB1,RPL7A,TUBA1B,XPO1,C1QBP,WDR5,TOPBP1,ACTR3,EIF5A,CCT3,ACTR2,CCT2,RFC3,EED,H2AFZ,PGAM1,TEX10,H2AFX,CAD,NME2,NIPA2,WDR34,TUBG1,CKAP5,TFDP1,TCP1,G2E3,DNAJC9,GAPDH,DTYMK,PCNA,AHCY,PRIM1,RPL12,SRSF1,ODC1,SRM,HSPD1,PPM1G,NRAS,HAUS8,EXOSC9,USP1,IGF2BP3,BUB3,MGAT2,CCT8,CCT7,CCT5,CCT4,RANBP1,NPM1,PPP1R14B,RRM2,PTGES3,GINS4,DEK,SSRP1,NPM3,HNRNPAB,LRPPRC,BOP1,RPA3,SERBP1,BAX,RPL22L1,HDGF,TARDBP,RAN,EIF3B"
+"gene_set_query"	"1278"	"ZNF132"	"1027.0"	"ARCHS4 Coexpression,974;Enrichr Queries,995;GTEx Coexpression,1113"	"MYT1L,IFT172,GPATCH8,NUDT3,HERC2,DPYSL2,MYC,FAM110B,LONP2,BTRC,SOX5,EPHA4,TSTD2,ZFP2,ALG2,CD3EAP,ANK2,ANK3,DICER1,RUFY3,ZSCAN21,DDIT4,AKAP9,CD2BP2,TRIM11,PAXIP1,DHX8,TSHZ3,MAGED1,NPRL3,TRANK1,SNX1,FLRT2,RNF216,LARS,ZSCAN18,TMEM184C,JUN,PRELID1,PHC1,PTPRN2,CADM1,BCL11A,INTS2,PCDHGA11,PPP5C,FAT4,AVL9,DZIP3,ITM2C,FARSB,ROBO2,DAZAP2,HBS1L,PTPRS,CSRNP3,CCDC127,GFM2,SMG6,SMPD3,AKAP12,ING4,EPM2AIP1,TUBA1A,ZMYM4,TRIM2,DNER,UIMC1,REV3L,ANXA7,RIOK2,ZIK1,RSPRY1,STRBP,SIRT4,BAZ1B,SRP9,MLF2,BACE1,MN1,MRPL50,NME7,KIT,PXDN,WAC,SGK1,GAS8,CSTB,SATB1,COX5A,CUX2,HEATR6,LCMT1,JAM3,RUNX1T1,DYNC1H1,KIDINS220,MTX3,PCGF3,HUWE1,ELP2,SORBS2,WDR12,SYNJ2BP,RANBP6,WDR11,TTC9,MPHOSPH9,NFIA,SNX17,TTC5,TTC4,TTC3,GOPC,COPG2,PKN1,CIAPIN1,ZFP28,CLSTN2,UBE3B,TSEN2,ALDH1L2,ZFP30,CDH2,SMARCAD1,NRCAM,FADS1,PPFIA2,BIVM,PCID2,FOXP1,TPST2,SCN8A,XPR1,NSMAF,SNRPB,COX19,TBC1D19,CUL7,DIABLO,ARL3,CACNA1A,UBR3,UBFD1,CAMSAP1,PITRM1,ORC3,PLXNA2,ZKSCAN2,THEM4,NAE1,NEK9,CBX5,AUTS2,DNAJC11,M6PR,MARCH6,CORO2B,ZC3HC1,COQ2,CNOT7,EFNA2,NBEA,HOOK2,HOOK1,MKRN2,TUBGCP4,NF2,SERINC4,ASNSD1,PRKCSH,CHD6,ZFP82,AFF3,SART3,LBH,FSD1L,SEPT7,ALDH2,SGCB,PMEPA1,KLF11,NCBP1,PEG3,PDPK1,PDE4D,AKTIP,ZFP90,ARL4C,VCAN,PTP4A3,NAV3,POLR1B,CDH13,IFT46,BCAT1,AMBRA1,CXXC4,KRIT1,DROSHA,SPOCK1,FEM1C,RPP14,MEST,CLASP1,CLASP2,PTCD3,PTCD2,PCDH9,USP22,LYSMD1,RPRD2,PPP2R3A,MEIS2,EFR3B,MAPK10,APC,SYT11,POLR3F,TAF6,FAM98A,VPS45,SSBP2,TRIM32,CLUAP1,TNRC6A"
+"gene_set_query"	"1279"	"JDP2"	"1028.0"	"ARCHS4 Coexpression,1173;Enrichr Queries,740;GTEx Coexpression,1170"	"CYFIP1,CHIC2,IFITM2,IFI30,PREX1,RASSF1,DPYSL2,MYC,FTH1,LONP1,IER5,SOX4,SLC12A9,ACTN1,IFRD1,PRKCD,AP1B1,CD3EAP,DDIT3,DDIT4,HECA,EZR,ATF4,PGS1,CHST15,NRBF2,S100A10,VASP,JUN,PHC2,JUND,TMEM50A,PLK2,GADD45G,ABTB1,ID2,CPEB4,ITM2C,LGMN,OGFR,NRP1,CITED2,CTSZ,SLC7A11,VLDLR,HERPUD1,AKAP12,TRIM8,GLIPR2,ENC1,TIMP2,SH3BGRL3,SDF2,CTSB,CAP1,IFNGR2,TSC22D3,GAA,PRPF40B,GAB2,GMIP,DUSP6,COMMD5,MLF2,RHOB,SLC7A5,PLSCR3,CDC42EP3,PXDN,CDC42EP2,RAPGEF1,FAM20C,RHOU,PLEKHO1,ARHGEF2,SGK1,GAS6,GAS8,STK40,CSTB,RNASEL,GRN,SLC7A1,GNAI2,TYMP,ZDHHC18,NFIL3,MGAT1,CKB,PAK2,RNF130,MAP3K3,MYO9B,VEGFA,SHKBP1,ZYX,NUCB1,PKN1,GRINA,CD81,SLA,PLOD3,RNF19B,FBXO21,CLU,LAMP1,BASP1,COTL1,AZI2,SBF2,FADS1,IFNAR2,SLC38A1,GPT2,F2R,SHISA5,ZBTB34,RAB31,EHBP1L1,RAB35,MAPKAPK2,FSCN1,CHMP4B,CARS2,IFNAR1,FKBP5,PFKFB3,RAB5C,BRI3,INSIG1,PXN,SLC1A4,CSF2RA,NDRG1,RAP1B,SDCBP,SBNO2,PSAP,NADK,MCL1,PRNP,TOR1A,CRIM1,ASNS,ARPC5,NFKBIA,RCAN1,EFNA2,HOOK2,HOOK1,CNTN1,PLEKHM2,AMOTL2,LRP10,NOP10,CNIH4,MXD4,ISY1,PRKCSH,SLC2A3,ARRB2,RND3,PPP1R9B,DUSP12,LASP1,PDE4B,PMEPA1,KDM6B,GPX1,PDPK1,SH2D3C,ARL4C,PTP4A3,NPC2,C1D,BCAT1,PPP1R12C,PPP1R15A,RGS19,LRP1,CEBPG,CXXC1,ASAP1,SLC3A2,DNPEP,SH3BP2,FYN,IGF2BP2,PDLIM7,SEMA4A,RNF24,PTPN12,MAPK14,TPD52L2,KLF7,NECAP2,KLF6,NAGK,IMPDH1,PSAT1,BAX,VIM,SMAP2"
+"gene_set_query"	"1280"	"ZNF200"	"1030.0"	"ARCHS4 Coexpression,1539;Enrichr Queries,400;GTEx Coexpression,1152"	"APP,CHIC2,ZMYND8,HNRNPU,GLE1,OPHN1,MYC,SAP130,FAM53C,PRKACB,IER5,SOX4,TBC1D10B,NUP214,ATG3,EPHA4,MEF2C,IFRD1,CD3EAP,ACSL3,GTPBP4,PRKAR1A,DDIT3,DDIT4,TBPL1,NUP98,CTBP2,CDCA4,UBE2J2,HIF1A,CYB5R4,APH1B,DHX34,CHST15,NRBF2,RDH13,ATRIP,BRAP,EDEM3,CREBBP,JUN,H3F3B,BCL11A,SLC35E3,IRF2BP2,SRPK1,EHD1,STAG2,EIF5,TDP1,FASN,CWF19L1,CALU,HNRNPC,CPEB4,ITM2C,EZH2,ARF3,PIGU,BTG1,ELL,CITED2,PPP1R10,MRPS12,SLC7A11,SMG7,PRPF19,MAP1LC3B,UIMC1,KIF1B,JARID2,PSENEN,BRD2,TSC22D1,MINK1,AEN,MED26,DUSP6,SREBF2,MLF2,RHOB,SLC7A5,RAP2B,TUBB2A,POC5,MTF2,PXDN,SGK1,ELOF1,SLC20A1,HSPA13,PPP2CA,MNT,BCLAF1,EXOSC4,NFIL3,RNF138,UBN1,RAE1,EGLN2,MTX1,NFYA,VEGFA,RABIF,HNRNPA2B1,TRIP12,HDGF,PKN1,GRINA,TOR2A,NARF,CCNT2,UBE2D3,HDLBP,RNF19B,CYP46A1,ACRBP,BZW1,IGF1R,SMCHD1,SLC25A44,SLC39A3,PIAS4,TLE4,SH3GLB1,SLC38A1,ANKRD46,FBXW7,TTC7B,VRK3,TNIK,TTPAL,SRSF7,CSNK1G2,PFKFB4,CBFB,CHRNA7,ISG20L2,AK2,FBXO45,EFNB2,ORC4,SNN,SHARPIN,PITRM1,NACC1,SLC38A2,PDZD7,MCL1,HSPA8,PRNP,UBE2I,CBX4,CPSF3,CNOT10,NFKBIA,EFNA2,HOOK2,UBE2S,HOOK1,GNB1,MDM2,LRCH4,FGF13,NFE2L1,DYRK2,USP32,ZC3H4,PRKCSH,SLC2A3,DUSP18,RND3,LMNB1,DUSP12,SPRED1,PPP6R1,OPA3,UBTF,TBP,EED,PDPK1,YWHAZ,RAD23B,CKAP4,ARL4C,PTP4A1,TRAF7,VCAN,DNAJC6,CTDSP2,POLR1B,RNFT2,GTF2A2,SRSF1,DDX20,RSPH9,RNF4,PPM1G,FBXL20,DNAJB1,FAM168B,GANAB,CHSY1,MAT2A,PPP2R3C,U2AF2,PHKG2,MKNK2,POLR2D,FEM1C,FYN,FBRS,ATP9B,RRM2,LRWD1,CDC42BPB,DDHD1,SOD2,CABLES2,PNRC2,DNAJA1,MARCKS,KLF6,POLR3D,RAN"
+"gene_set_query"	"1281"	"STAT4"	"1032.0"	"Literature ChIP-seq,86;ARCHS4 Coexpression,1413;Enrichr Queries,1307;GTEx Coexpression,1321"	"MDC1,TES,POP4,GPATCH4,HNRNPR,SMC6,ADARB1,SMC3,RBPJ,BACH2,DCAF7,LSM11,MYC,DPYSL2,PSMD3,LUC7L,AP1S1,HIST3H2BA,MEF2C,ACOT7,NUP210,GTPBP1,CLPX,EML4,RUFY1,DDIT4,PSME1,TBPL1,PSME2,RPL27,NUP98,UQCRC2,LETMD1,VPS28,TSTA3,TTYH3,MRPL18,PRDM15,COPS7B,AGAP3,OAZ1,HIF1A,GLG1,GABARAP,PRDX2,LDHD,S100A10,HEXIM1,JUN,CDK19,CHKB,EIF2AK1,ABCA3,CDC7,SNF8,NR1D1,PRDX6,PRRC2A,EHD1,FIBP,QARS,FASN,HNRNPF,UNC119,FARSA,CDC42SE2,CPEB4,EZH2,ARF4,BTG1,WDR48,ELL,KCNC1,PHF20,PHF23,PHF1,SNX10,PHF6,PIGX,RNF157,TRIM9,FASTK,TRIM2,TIMP2,ANXA7,SH3BGRL3,RIOK2,RIOK1,JAK2,CIC,UBL7,BRD2,WDR36,TPI1,SPHK2,NIPA1,SIRT4,SLC39A10,GMIP,MED26,DUSP6,MED29,PGM2L1,MRPL43,MRPL44,SLC7A4,MRPL52,MED22,PSMA3,TUBB2A,TMEM33,PXDN,TCP1,RNF166,EXOC2,ARF6,SLC29A2,TIMM9,GPS2,TMEM70,TM9SF4,FGD3,GGA1,NRAS,BCLAF1,RNF138,PAIP2,SRSF10,SF3A3,EGLN2,RIOK3,STAT2,TMEM62,GATAD2A,BYSL,NUDT21,RABIF,PSMC5,PHF5A,RYBP,NFIA,YPEL1,NUCB1,PLP2,FAM49A,CCNT2,ATN1,SLA,STK19,PARK7,PPP1CB,EIF4ENIF1,ABHD11,RNF19A,KPNA6,LZTS2,TXNL4A,SLC39A3,IFNAR2,SEMA6B,TLE3,DGAT1,USP5,CISH,IGFBP3,ANKRD44,ATP11B,PRPF4B,CNPY3,FRMD4B,VRK3,TPST2,ARMCX3,CTDNEP1,TOM1L2,TPST1,TXLNA,LIX1,NHP2,SNRNP200,FKBP3,MAD1L1,CSNK1G2,KPNB1,SNRPA,ANAPC1,FTO,KHDRBS1,ENY2,DNMT1,SEMA7A,PFKFB3,RNASEH2A,RAB5C,CBFB,MAX,MAZ,ARL1,ISG20L2,ITPR1,TARS,SPATA2,UBR1,CORO1A,FBXO44,HSP90B1,PORCN,DVL2,SRGAP2,MCL1,AP1M1,OSBPL9,OSBPL8,RAB4B,TOR1A,GOT1,TRAPPC4,GFPT1,ADAP1,BTBD9,TOR1B,LSM4,SCRT1,COPS4,CNOT4,CDK9,MFHAS1,NSFL1C,ARPC2,UBLCP1,ZFP62,CPD,TUBGCP5,RNF182,MDM4,PIN4,ACO2,LRCH4,OSBPL1A,EIF4G3,RAB5A,CNIH4,NFE2L1,BCL2L1,PPP1R13B,WDR1,RNPEPL1,ARRB2,ETFB,MRPL4,DUSP12,PPP6R1,OPA3,PMEPA1,PHACTR1,SLC37A4,EIF5A,ACTR2,PLEKHG2,SH2D3C,EDF1,VPS37B,SMC1A,REXO4,ARL4C,PIK3CA,SLC25A19,DNAJC5,C1D,BIRC6,SOS2,AHDC1,RNF31,PPP1R15B,PRPS1,NFAT5,SMARCD2,GTF2A2,CXXC1,KATNB1,FURIN,SRI,MLLT3,RCHY1,LRP8,MLLT6,SRM,DNAJB1,ZNRF1,DNAJB5,PHKG2,SH3BP2,KRIT1,TRIM46,SH3BP5,VPS54,FYN,RBBP6,SEMA4A,PPIL2,SEMA4D,TXNRD1,FBXL19,NDUFA3,FOXJ2,LYSMD1,RPL23A,SEMA4F,SEMA4G,TPD52L2,CABLES2,PNRC1,ASXL1,RAB10,KLF7,KLF6,NECAP1,TRIM39,SYT11,ST7,PDCD4,SMAP2,TPT1,PANK2,CBLB,UBE2L3,NFU1,RASSF2,FRAT2,FTH1,MAGOH,FAM53C,KIF21B,TRIM27,ATXN7L2,CCNL1,PELO,GOLGA7,SEPHS2,TBC1D10A,TBC1D10B,AGFG1,ARL10,ARSA,PAQR4,ZFP1,ENTPD4,SCAF11,NSMCE1,BOLA1,SRRM1,KARS,PPA1,CDC37,BOLA2,KCTD13,VDAC2,HECA,FLYWCH1,TRIB2,SLC45A4,IGSF8,L3MBTL3,SUPT4H1,HTATSF1,TTBK1,INPP5B,DHX34,KCNN1,SURF6,GPM6B,BANP,VAT1,RABGAP1L,SURF1,XRCC6,IQSEC2,BCL11B,STK11IP,SURF2,TREX1,SURF4,MYO5A,PUM1,HARS2,DCLK1,GADD45G,RPS25,PARP11,AIMP2,EXT2,STAG1,ID2,CORO7,ALDH18A1,CALR,ITM2C,AARS,CDS2,DDR1,DAZAP2,SLC35F5,SLC7A11,WASL,LIMD2,SIPA1L1,XPO1,ARIH2,SDF4,SDF2,ARIH1,UBXN4,CTSE,CTSD,CTSB,NDEL1,PSENEN,PSD,MAP4K2,PARP6,WARS,STRADA,TSC22D3,AMPD2,RHOF,PPRC1,LIME1,SREBF2,TOPORS,PARP8,CTTNBP2NL,TOX4,UGDH,ARHGEF9,RAP2A,RAP2B,SCNM1,PRPF18,PACS1,CSDE1,UFC1,CD47,RHOV,SGK1,DTYMK,PCNA,SATB1,ZDHHC20,AMIGO1,DOT1L,AKAP7,PTS,ARNTL,GNAI2,MNT,EXOSC4,NFIL3,HSF2,PAK6,SHOC2,MGAT1,SCAND1,PAK2,LCMT1,RANBP2,NFYA,PTGES2,HUWE1,AP3D1,AIG1,FKBP1A,MAD2L2,PER1,SEC23IP,SPCS2,HIST3H2A,NUDT8,KLHL5,NEDD4,CAPZA1,NBR1,PRPF31,PNPLA6,TARDBP,ACTR10,OTUD4,DPAGT1,MIDN,NARF,ZFAND6,ZFAND5,SRP14,TXN2,CNDP2,ACTG1,BASP1,DENND5A,NSF,PDIA3,ZGPAT,KDM2B,MMGT1,MATK,SHISA5,WBP11,SDHB,ADAM19,HNRNPUL1,ELMO1,WDFY1,TBC1D25,ELMO2,CHMP4B,MATR3,FIZ1,ATP6V1A,DDX5,TMED10,TOR1AIP2,SLC1A4,COX7A2,PSEN1,STK4,UBB,KIF3B,GRK6,TBC1D14,CAMTA1,NDUFV2,NDUFV1,PRNP,KLHDC4,PNPT1,ACBD4,PTCH1,IDH1,PHF12,NUP153,NFKBIA,PAN2,AHI1,HOOK2,HOOK1,GNAQ,CAPRIN1,IFT27,SKIV2L,PICALM,YWHAE,KDM5C,GSK3A,DYRK2,USP38,THRA,USP32,NVL,HP1BP3,ATP2A2,SLC2A3,CHD2,AFF4,HS2ST1,RBM3,SPRED2,SPRED1,PPP2R5E,CASP3,PDE4B,FLOT1,KDM6B,NAA30,RBM14,H2AFX,PPP2R5B,CTPS2,PJA2,DNM3,VCAN,CREB1,ALS2,RER1,EEF1D,DDAH2,TBC1D5,CRY2,TERF2IP,MVD,IRF9,B4GALT5,STOML1,DDX24,ADD1,NCALD,USP19,THBS3,TFPT,CHSY1,SV2A,LEPROTL1,PDE6D,BNIP2,MAPK6,CYTH1,ATF7IP,TMEM30A,USP21,TAF10,TAF11,DEK,SSRP1,MAPK14,USF1,PIK3IP1,ERCC1,ATP13A2,VIM,R3HDM1,ABCE1"
+"gene_set_query"	"1282"	"TBX20"	"1033.0"	"ARCHS4 Coexpression,1143;Enrichr Queries,1115;GTEx Coexpression,841"	"PANK3,CPNE5,CISD1,SLC4A3,NUDT4,DPYSL2,DAG1,PRKACA,SOX4,SOX5,MEF2A,EPHA7,MEF2C,RBFOX1,RBFOX2,SOX11,ANK1,SFRP1,UQCRC1,UQCRC2,TLN2,EIF1B,OBSL1,MACF1,NRN1,IGSF3,MGST3,FOXG1,NPRL3,DCUN1D2,PTDSS1,FLRT2,MAP4,B3GALNT1,RABGAP1L,JUN,CADM1,BCL11B,BCL11A,NR2F1,MICAL3,EXOC6B,MICAL2,CS,WNK1,WNK2,OGDH,DCHS1,PAM,FERMT2,ROBO2,NRP1,COX7B,DIRAS1,PRKAG2,SIPA1L2,COX7C,SHD,AIFM1,B3GALT2,KIF13A,DLAT,COX8A,RHOB,HADHB,ZEB2,MRAS,PXDN,SGK1,MRPS36,CRIP2,UQCR11,AKAP6,PRICKLE1,COX5B,TRAK1,COX5A,ADCY6,ADCY5,TMEM65,ADAM23,MFN2,RUNX1T1,MPP3,MDH1,SORBS2,COX6C,FABP3,NFIA,CSDC2,KIF26A,KLHL7,SLMAP,NDUFAB1,TACC2,FHOD3,NDUFA13,NDUFA11,NDUFA12,CIB2,BZW2,SLC8A1,CDH2,DENND5A,IGFBP3,TPM1,SDHA,COX6B1,MYCN,DOK4,MAPKAPK2,WDFY3,UQCRB,UBR4,STK39,LPL,CACNA1A,UBR3,CACNA1C,KRBA1,NDRG1,UQCRH,EFNB2,CYC1,NDUFV1,MYH10,PLXNA4,PRNP,UBE2H,PDHA1,GOT1,GOT2,PTPRD,EFNA2,HOOK2,UQCRQ,LHX2,HOOK1,CYCS,ACO2,SLC25A3,PPP1R13B,COX4I1,ATP2A2,LBH,MYO18A,SPEG,LRRFIP2,ADAMTS7,IDH3A,DACT1,NDUFC1,NAV1,NAV2,VCAN,PTP4A3,NDUFS8,NDUFS6,NDUFS5,CDH11,CDH13,NDUFS1,PPP1R12B,SLC25A11,SLC25A4,RBM24,NDUFB6,NDUFB5,NDUFB4,NDUFB3,ETFDH,NDUFB2,CXXC1,MTIF3,SRL,ABLIM1,OXCT1,POLR2D,SLIT1,NCAM1,MEST,NDUFA8,NTRK2,PPIL1,NDUFA6,KCNIP2,NDUFA4,PCDH7,NDUFA1,ATP2B4,IMMT,PDE4DIP,EXOG,USP28,MEIS2,NELL2,KLF6,TSPAN18,GPD1L,VIM,ATP13A3,PFKP"
+"gene_set_query"	"1283"	"ZNF417"	"1034.0"	"ARCHS4 Coexpression,1129;Enrichr Queries,880;GTEx Coexpression,1092"	"VARS,GCC2,RPL8,CAPNS1,MYC,BSG,EPC1,AP1S1,TRIM27,SLC12A6,PRKACA,ATXN7L3,RNF111,SOX4,DDX17,MED1,SCAF11,ACTN1,ARRDC3,CD3EAP,MOGS,DICER1,ACTN4,DAAM1,ANKRA2,RPL29,ALG10B,POM121,TRANK1,XPC,APH1A,ERI3,ATP6V0A2,TRPM7,SCAI,BTF3,SETDB1,INSR,SLC35E3,PBX2,PHC3,PRDX6,PRRC2B,ZBTB6,STAG2,WNK1,FUBP1,GIPC1,INTS4,CDK13,INTS8,ARF3,NRP1,SMG1,PIGU,PRPF19,MED17,AKAP12,NIPBL,AKAP11,ZMYM2,REV3L,UBXN7,SDF4,RAC1,JARID2,SHPRH,TMED9,MINK1,TET2,NME2,DYNLL1,CBFA2T2,MLF2,MED23,PHF20L1,KIN,MRPL53,SIKE1,INF2,PXDN,TET3,RNASEL,RPL12,CENPB,BCLAF1,NSD1,RICTOR,SRSF10,YKT6,MON2,MTX3,TTC9C,SCAF1,DPY19L3,TAOK1,RAB3GAP2,NUCB1,HDGF,GRINA,DBR1,CCNT2,PRDM2,IGF1R,ZFP30,PAPOLG,ARHGDIA,CWC22,POGZ,CFL1,EP300,MAP3K7,AP2M1,GTF2I,ANKRD49,FBXW8,USP5,USP3,ANKRD44,UBE4A,ZBTB34,THOC2,RSBN1,CTDNEP1,DMTF1,CHMP4B,PHIP,RAD54L2,ZCCHC8,ZCCHC7,DDX6,LRRC59,RAB5C,ITPR1,ARL2,UBR2,CORO1B,DVL1,NACC1,ZKSCAN3,CCDC32,ZKSCAN1,ATP6V1F,BPTF,SMAD2,ACBD6,CBX5,FBXO38,BCL9,SLC7A6OS,GNL3L,EFNA2,HOOK2,ZFP62,HOOK1,GNB2,GNB1,AAK1,MDM2,MDM4,BRWD1,NFE2L1,EIF4G1,RNF187,UBE2M,SCYL3,WDR1,PRKCSH,CHD6,SLC2A3,SYNE2,SENP7,SART3,OPA3,KDM6B,EIF5A,USP48,ARHGEF12,DST,PDPK1,PDE4D,ATRX,MSL2,ARID1A,TRAF7,RER1,POLR1B,AKT1S1,BIRC6,PPP1R12B,RNFT2,NFAT5,RAB1B,GANAB,RBBP5,U2AF2,FEM1C,VHL,UGGT1,ATP9B,ATF7IP,KDM4B,PPP1R14B,RRM2,NICN1,PDE4DIP,HNRNPAB,GDAP2,IRGQ,NIN,MGAT4B,SNRNP48,P4HB,TAF1"
+"gene_set_query"	"1284"	"ELF3"	"1034.0"	"ARCHS4 Coexpression,1435;Enrichr Queries,1106;ReMap ChIP-seq,247;GTEx Coexpression,1348"	"DCAF4,BACH1,TSKU,RPL7,PREX1,ALCAM,ZMIZ1,MYC,PIP4K2A,IER5,IER2,VPS18,STARD3,SAP30BP,CXADR,RPL23,RPL22,DNTTIP1,AFAP1,CD3EAP,PRKAB1,GTPBP1,SCAMP2,EID1,ZFYVE19,DDIT4,JTB,RBCK1,CTBP2,ABCB8,PLA2G6,PRDX5,FLRT2,RNF215,CHST15,ST3GAL1,S100A10,HEXIM1,JUN,RPL41,JUND,JUP,CHKA,PLK2,RDX,NR2F1,IRF2BP2,NR1D1,MRPL24,EIF1,EHD1,HNRNPL,FIBP,MEX3A,QARS,EIF6,GIPC1,HNRNPF,SFXN3,CPEB4,PYGB,BTG1,CDKN1B,SPEF1,HEXB,RPLP1,SHB,CLINT1,IKBKB,TRIM8,TMEM189,TRMT112,TMSB4X,ENSA,GPR137,TCP11L2,TK2,LYPLA2,ZC3H10,DUSP1,ELOVL5,MRPL49,SIRT7,JOSD1,TERF2,DUSP6,MED29,SRP9,MRPL52,SLC7A5,MED24,INF2,PXDN,CDC42EP2,TUT1,DSCAML1,TRUB1,ATL1,CENPB,FAM129B,GGA1,RECQL5,LMAN2,ZSWIM6,CKB,ZSWIM4,SRSF10,RPL19,GOLM1,SYVN1,DHRS1,GATAD2A,LRRC20,TM9SF2,SKI,PSMC5,AGRN,ANKRD13D,CTNND1,CLU,TM7SF2,STK11,ABHD11,CFL1,MAP3K9,TLE3,SLC38A1,USP3,IGFBP3,CTNNBIP1,TPM1,F2R,PPP1R16A,LENEP,THOC6,CDC25B,FTSJ3,CACNB1,PYGO2,RAB34,SLC9A8,SMS,SRSF8,PFKFB2,FKBP2,CD151,PFKFB3,ISG20L2,CORO1B,RAP1GAP,GOLGA7B,SBNO2,PLXNA1,MCL1,ESRRA,ANKRD34A,POLR3GL,TNK2,CORO2A,DRAP1,REEP5,CDK5,UQCRQ,PLXNB2,MDM4,NIT1,SERINC2,BCL2L1,ITGB1,HSP90AB1,ZC3H4,ARRB1,PIK3C2B,DUSP12,AP1G2,MDK,RNPEP,PMEPA1,PLEKHG2,LIX1L,VEZF1,VPS37B,REXO2,COASY,MSL1,PTP4A1,PTP4A2,PTP4A3,TRAF4,ASPH,NRG3,DAD1,CTDSP2,TOP1,SLC25A5,BCAT1,MET,TNFRSF21,PPP1R15A,PPP1R15B,SMARCD2,CANT1,SRC,HDAC1,WBP2,VPS4B,SRSF1,PRCC,CXXC1,MLLT3,HDAC7,DNAJB1,ABLIM1,FZR1,ABLIM3,SH3BP2,FEM1C,LRRC8A,PCDH1,AAMP,ATP9A,CYB5B,SLC12A2,PTPN1,SEMA4A,SLC35A4,PPP1R14B,TRIM41,RNF24,SMOX,SEMA4B,PCDH7,RPL23A,CDC42BPB,BAIAP2,TPD52L2,PNRC2,TSPAN14,KLF6,DOLPP1,MGAT4B,PFKP,SLC35B2,APP,ZMYND8,RAPGEFL1,TXNDC17,RPS16,SNRPD2,FLAD1,FTH1,LONP1,ARFIP2,PELO,GLUL,SOX4,ARRDC1,LIMCH1,IMP3,ACTN1,CIRBP,MRPS18A,ACTN4,CSNK1E,PPA1,MTHFD2L,EZR,TRIB2,TMEM87B,DHX8,GIPR,SUPT4H1,PTTG1IP,PGS1,INPP5F,PCBP1,TSPAN6,TSPAN5,SNX5,XBP1,RPS27,SESTD1,ID2,CCDC88C,PPP1R1B,PAF1,SDC1,TMCC1,FBXL5,RPS21,C2CD2L,ITM2C,DDR1,NRP1,CITED2,TECR,SRA1,SLC7A11,WASL,PTPRF,CX3CL1,SPTLC2,ENC1,DHX15,MLX,SSSCA1,QSOX1,NANS,CTSE,MMD,TSC22D3,MRPS23,ZDHHC13,RHOF,MLF2,RHOB,SLC22A23,TOX3,RHOV,SGK1,STK40,CSTB,CAB39,SLC20A1,CRIP2,CAMK2N1,APBB3,VEGFB,KLHL2,VEGFA,TTC9,KLHL5,CCNG2,STAC2,CAPZA2,HDGF,FAU,DPAGT1,SCARB2,SCARB1,CRTC2,MIDN,SYS1,WWC1,FAM174B,CAPN5,HCFC1R1,CAPN2,SBF2,APLP2,TSC2,KCTD3,ATP1B1,TMEM136,ADAM15,EHBP1L1,CHMP4B,RTN2,PSMD12,NDRG1,SEL1L3,ARHGAP12,RAI1,GRK6,CDH24,PDZD8,PDZD7,BCL9L,IVNS1ABP,PRNP,CBX4,HMGA1,DSTN,SUPT5H,SSH3,DNAJC17,NFKBIA,HOOK2,HOOK1,CNTN1,AMOTL2,LRP10,SAE1,GSK3A,THRA,PRKCSH,ARHGEF10L,CHD2,RND3,PITPNC1,LASP1,MFSD5,SCYL1,ARHGEF12,H2AFX,CKAP4,EEF1G,VCAN,NDUFS8,PFDN2,CUEDC1,B4GALT5,STOML1,TM2D2,NAA20,ATP1A1,ASAP2,NT5C2,TOB1,STRN3,DNPEP,GMDS,MAT2A,TRA2B,GNA11,MTA2,CAMK2G,BAD,QPCTL,MEIS2,SLC4A8,GALE,PNKD,ERCC1,ACIN1,VIM,LNX2"
+"gene_set_query"	"1285"	"IRF9"	"1034.0"	"ARCHS4 Coexpression,1323;Enrichr Queries,1140;ReMap ChIP-seq,156;GTEx Coexpression,1518"	"VPS29,SLC4A1AP,TFRC,ZFYVE9,GHITM,BACH1,LSM10,SCAMP4,PSMD9,PREX1,KRTCAP2,RAVER1,MYC,AP1S1,RPL38,IER2,NUP210,RPL21,RPL23,PRKCD,REV1,RFX1,SOX12,GTPBP2,CLPX,RFX7,DDIT3,DDIT4,PSME1,ORAI2,PSME2,RBCK1,RPL26,CDC42SE1,MEG3,SHMT2,MEPCE,NPRL3,ABCB8,PRDX5,PPP4C,PRKAR2B,NRBF2,ST3GAL2,S100A10,JUN,JUND,H3F3B,EDEM1,PLK2,H3F3A,IRF2BP2,MAD2L1BP,MTHFR,NR1D1,MRPL24,EIF1,MLLT11,EHD1,SLC6A6,ABTB1,EIF5,GIPC1,HNRNPF,FASN,ATG2A,GSTM5,LGMN,OGFR,GMEB1,GMEB2,BTG1,KCNC3,DENND1A,MTMR14,ASH2L,SNX11,MED15,BBC3,MED12,TRMT112,TUBA1A,AIFM1,TMSB4X,ENSA,GPR137,TCP11L2,SH3BGRL3,BRD2,NUDC,SLC39A13,MRPL48,GMIP,BAZ1B,COPZ1,DUSP6,SIRT3,MRPL52,SLC7A5,PXDN,TKT,RNF166,PCYOX1,TRUB2,GRN,NFIX,WRB,TIMM10,FGD3,UNK,STX6,ANO10,STX2,SF3A3,EGLN2,MBD6,NR1H2,STAT2,TRMT1,SNX22,AGBL5,TM9SF1,CCDC9,SHKBP1,SERBP1,SRRD,NUCB1,AGRN,CRAT,YPEL3,ANKRD13C,FAM49B,MTCH1,PHLDB1,ANKRD13D,ATP8A2,TMEM167B,CLSTN3,STK19,BZW2,CLU,IPO4,SMARCAD1,FADS1,HMGN1,IFNAR2,RPS9,SLC38A1,USP3,IGFBP3,DYRK1A,CNPY3,PGD,CLIP1,DMTF1,DMWD,DGKQ,ERP29,SRSF3,STAMBP,PHPT1,SQSTM1,ARL8A,SLC27A4,LY6E,BRSK1,FKBP2,CCDC24,INSIG1,ABHD2,AK1,GMPS,ISG20L2,CORO1A,HSPBP1,RAP1GAP,PHF21A,SOCS2,SBNO1,SBNO2,NDOR1,BTBD2,NACC1,PLXNA2,EIF4EBP2,MAP2K5,NADK,MCL1,MPDU1,ESRRA,TMEM120B,ANKRD34A,EIF2B3,RAB4B,CCDC12,POLR3GL,HPS4,ARPC4,LSM4,MARCH2,COPS6,SH3BP5L,ARPC3,UQCRQ,CPE,IARS,LZTR1,LRCH4,EIF4G3,RAB5A,RSL24D1,SERINC5,RNF187,SLC48A1,MCFD2,ZC3H3,PIK3CD,ARRB2,DUSP12,GM2A,PPP6R1,SUMO3,OPA3,WDR5,PLEKHG2,NDUFC2,EDF1,TFIP11,YDJC,PTP4A2,SYF2,CTDSP2,ETF1,DNAJC8,BCAT1,SOS1,PPP1R15A,RNF31,CANT1,GTF3C5,PRCC,CXXC1,ZBTB45,SRI,CDC42,NCLN,POLR2B,TRIM46,EIF4H,CSK,HNRNPA1,DCAF11,SLC25A25,MLXIP,PTPN1,PPP1R14B,PPIL1,MID1IP1,MBOAT7,NECAP2,KLF6,NAGK,POLR3B,RAB14,VAPA,DNAJA3,DOLPP1,DNAJA2,POLR3E,MGAT4B,EIF3H,SMAP2,EIF4A2,EIF4A1,PANK3,AHCYL1,IFITM2,ZMYND8,HDAC11,TXNDC11,KEAP1,TXNDC12,THUMPD1,IFI30,ZDHHC3,NFU1,RPS16,FRAT2,RASSF2,TRIM28,FTH1,BSG,LONP1,EPC1,ZFPL1,ATP6V1E1,GOLGA7,TBC1D22B,SLC12A9,TMPO,ARL15,CSNK1D,POR,MTHFD2L,BCORL1,IGSF3,SDC3,STXBP2,TRANK1,PTTG1IP,SEC14L1,LARS,PCBP1,SCAP,TNRC18,MAP4,B4GALNT4,VASP,FIS1,TMEM86B,LRRN2,PYCR2,CCT6A,PTK7,ID2,INTS7,CORO7,ANP32B,CALM2,ITM2B,ITM2C,HBS1L,DAZAP2,FKBP15,GPAA1,CITED2,CETN3,CTSZ,TECR,MRPS10,LIMD2,HERPUD1,SYNCRIP,CTSL,GLIPR2,XPO6,XPO5,TMED1,NANS,CTSB,NDEL1,NCOA1,PSD,TOP3B,MAP4K2,CBR1,ATP6V0B,WARS,ZER1,DBNL,GP1BB,TSC22D3,ACAD9,RAB33A,PARP8,RHOB,TOX4,CANX,FAM20B,ARHGEF1,NCOA7,ALDOA,EEF1E1,SGK1,DBN1,STK40,CSTB,HSD17B4,PRICKLE1,GDPD5,TYMP,GNAI2,EXOSC7,AMN1,ANKMY2,ZDHHC18,EXOSC4,NFIL3,RANBP3,MTX1,VEGFB,MIAT,FAH,RAB11B,VEGFA,HIST3H2A,MARS,HNRNPA2B1,TCEA1,HDGF,ESYT2,RAB3GAP1,GRINA,OTUD5,SCARB1,CWC25,TOMM20,NARS,FAM174B,KHSRP,KIF5A,COTL1,FAM3A,SLC30A5,SHISA5,DNAJB12,UBE4A,KCTD6,EEF1A1,DPM2,HGS,PPIB,RTN3,ISYNA1,PSMD13,BTF3L4,STK4,RASGRP2,NDRG1,RTN4,RPF1,GRK6,TBC1D13,DMAP1,VARS2,ATP6V1F,HSPA9,YARS,HSPA8,PRNP,UBE2H,KLHDC4,CBX5,HSPA5,CBX4,CBX3,RHBDD2,KLHL22,SUPT5H,DNAJC16,SSH3,NFKBIA,PAN2,H1F0,EFNA2,HOOK2,DLG5,PHF13,SKIV2L,TCF3,LRP10,GALK1,B4GALT2,USP36,CUEDC2,ADAR,DBI,SLC2A3,CHD2,CASP9,ABHD16A,BCL7B,FLOT2,YWHAG,SCYL1,GET4,SUN2,USP48,HSDL1,PPP2R5B,NAV1,TRNAU1AP,SYNGR3,SENP3,SEPT5,CKAP4,TMEM214,DDAH2,NDUFS2,TMEM9,IRF9,TSEN34,DCTN6,RGS19,DCTN2,DCTN4,RSPH9,AGPAT3,STRN3,THBS3,DNPEP,GNG5,MAT2A,TRA2B,LEPROTL1,MKNK2,PTK2B,CAMK2G,PDLIM7,CYTH1,TAF13,BAD,SOD2,TTC19,USF1,CLCN6,CARM1,BAX,VIM,SSBP1,LPIN2,RAN,SSBP4"
+"gene_set_query"	"1286"	"VSX1"	"1036.0"	"ARCHS4 Coexpression,1373;Enrichr Queries,1206;GTEx Coexpression,530"	"ZDHHC5,ENO2,RNF112,SAMD14,OPHN1,IGLON5,BSN,ATXN7L3,CALN1,SRRM3,PDHX,SRRM4,RBFOX1,ATP6V1G2,RBFOX3,SOX11,MOGS,ANK3,MAPK8IP3,ANK1,SND1,PISD,TIAM1,GPR162,STX1B,RUFY2,TRIM11,ASTN1,PAXIP1,NRN1,STXBP1,FOXG1,FLII,APH1A,SYNGR1,PCBP4,TSPAN7,B4GALNT1,RHBDL1,CADM3,PRRT2,PTPRN2,RAB3IP,NR2F1,MICAL2,PBX2,L1CAM,SNAP91,PRRC2A,HNRNPL,CDKN1C,GABRB2,TMEM151B,KCNC1,GRIK5,DIRAS2,GRIK3,GRIK2,PRPF19,SMG5,SHF,TRIM9,MMP24,PCLO,SLC22A17,TRIM3,NEFM,FEZF2,GRIPAP1,UPF1,PRMT8,AP3B2,CNKSR2,PXDN,GAS7,GRAMD1B,NFIX,SATB2,ICA1L,RPL12,ADAM22,CAMKK2,ARVCF,CUX2,CHN2,PURG,DAB2IP,NMNAT2,NFIA,PRKRA,HDGF,YPEL4,PRDM8,CRTC1,CLSTN3,HDLBP,CELSR3,SLC8A2,RIMS1,TMEM145,ATCAY,SALL2,SH3GL2,TLE2,ADAM11,KCTD2,TBR1,POU3F1,POU3F2,KCTD6,POU3F3,DISP2,ACAP3,CACNB4,HNRNPUL1,MADD,RAB35,ABCG4,RTN4R,LRRC59,NDRG4,NDRG3,CACNA1B,CACNA1A,BHLHE22,CPLX2,FBXO44,CACNA1E,GOLGA7B,NEUROD2,IGSF21,SCRT2,DPP6,KLC2,NACC1,SRGAP3,OTX1,PDZD7,TMEM120B,SYT4,EEF2,CLK4,SCRT1,NR4A3,HOOK2,LHX2,GNAS,UBA2,NFE2L1,MAP3K12,EIF4G1,SNAP25,WDR1,PRKCSH,MAST1,CELF4,CHD6,YBX1,PKD1,ELAVL3,POLB,MCF2L,PSD3,PDE4B,GALNT9,TRIM67,EMX1,PPP2R5B,NAV2,RAD23B,EPN2,DNM3,TRAF7,PTP4A3,ALS2,CDH10,CDH13,SHANK2,CAMK2B,RNFT2,NLGN3,STOML1,CXXC1,NRXN2,ADD2,ABLIM1,GANAB,U2AF2,VPS53,SPOCK2,POLR2D,FAM120A,TRIM46,SPOCK1,OPCML,CLASP2,NTRK2,SLC12A5,PCDHGC4,PCDH8,ATP2B4,ATP2B2,SBK1,FAM131C,FAM131B,POLR3F,RGS11,INSM1,MDGA1,CBLN1"
+"gene_set_query"	"1287"	"PRDM13"	"1038.0"	"ARCHS4 Coexpression,764;Enrichr Queries,1018;GTEx Coexpression,1331"	"RPL4,POP7,RPL32,RRP1,PWP2,PHB2,RPL6,RPS15,PSMD8,RPS17,TRIM28,RPS19,SNRPD1,RPL36,RPL38,SNRPD3,EPHB1,RPS10,TMPO,RPS12,EPHA5,TIPIN,EPHA7,RBFOX1,NUP210,SLC6A15,RPL23,SOX11,CSNK1E,ANK1,RNF126,CLPP,KCNQ4,CD2BP2,RPL27,TTLL12,AURKAIP1,ATF4,SET,NRN1,TSHZ3,FOXG1,MRPL12,UBE2J1,DHX30,FAM171A2,PRPSAP2,FLRT2,PUSL1,TRAP1,PTPRN2,CADM1,BCL11B,BCL11A,EDEM1,NR2F1,PA2G4,MRPL23,BRI3BP,PAICS,ZWINT,PSMG1,RPS21,CDC42SE2,RNF220,CDK16,GABRB3,KCNC1,SH3KBP1,GRIK5,MRPS12,GRIK3,PRPF19,SMG5,RNF157,TMSB4X,C1QBP,NEFL,RAC3,NEFM,FEZF2,PSENEN,CCT3,PRMT7,PARP1,MRPS24,PGAM1,NME2,MRPS2,RGMA,CTU1,KIF2A,PXDN,SGK1,SF3B5,PCNA,PRIM1,SATB2,TIMM13,CUX2,CCT8,CKB,RPS2,RPL18,CCT7,RUNX1T1,RANBP1,CENPV,WDR18,GINS4,NMNAT2,NLE1,HIST3H2A,NFIA,MYBBP1A,NFIB,RPA3,TSR1,FAU,PRDM8,ANKRD13B,PDCD5,TOMM20,CDH2,RPS7,RPS8,VASH2,TBR1,RPSA,POU3F1,POU3F2,ATAD3A,POU3F3,RNF40,OLFM1,ERH,SNRPF,SNRPA,ZCCHC7,SEMA7A,NDUFB10,NTM,MAZ,CACNA1B,CACNA1A,BHLHE22,CACNA1E,HSPBP1,TMEM121,IGSF21,DPP6,ORC6,PGK1,CAMTA1,OTX1,SAC3D1,GGT7,CBX5,PNPT1,CBX3,RASL10B,EEF2,HOOK2,LHX2,NACA,UBE2S,LRFN1,UBA2,PIN4,UBE2M,B4GALT2,ZMYND19,MCM7,CELF4,CHD6,ELAVL2,LMNB1,RPS4X,RPL7A,SEPT6,NUP62,WDR5,TLK1,TOPBP1,EMX1,RFC3,EED,PDE4D,CAD,H2AFX,DDX54,SMC1A,SENP3,KLF16,QTRT1,PTP4A3,NDUFS8,RPL37A,GAPDH,INA,THOP1,SHANK2,AGPAT5,SMARCD1,NRXN1,RPL36A,CRMP1,FOXK2,LRP3,SRM,MTA1,NCLN,SLITRK5,SPOCK1,BUB3,GADD45GIP1,NTRK2,MARCKSL1,RRM2,RNGTT,SLC12A5,NAA10,PCDH8,SSRP1,MEIS2,USF2,HNRNPAB,PPP2R2C,RBM42,PDCD2,INSM1,RHEBL1,POLR3K,RAN,CBLN1"
+"gene_set_query"	"1288"	"HOXA3"	"1041.0"	"ARCHS4 Coexpression,1051;Enrichr Queries,1148;GTEx Coexpression,924"	"MT-ND4,TES,RPL3,KDELR1,DIXDC1,ADARB1,BACH2,PREX1,LSM12,ZMIZ1,DPYSL2,MYC,DPYSL3,SOX4,MEF2C,ACTN1,DAPK3,ECH1,AFAP1,CD3EAP,SOX11,ACTN4,SOX12,EML1,HCFC1,TWSG1,MYL6,SFRP1,KCTD10,DDIT4,KCNQ4,RPL27,PRR12,ATF4,BEX2,NPRL3,PRKCZ,ADH5,PGBD5,DHX35,PCBP2,TNRC18,S100A10,JUN,NDFIP1,DMPK,BCL11A,IQSEC1,SETD1A,NR2F1,IRF2BP2,MEX3D,PBX1,ID2,CALU,PSMG3,DCHS1,CALM1,FERMT2,GPR19,ITM2C,NRP1,ARHGAP1,PCSK7,SIPA1L3,TRIOBP,PTMS,AKAP12,TMEM43,TMSB4X,SLC39A11,NME2,ANO6,DUSP6,MLF2,RHOB,NCOR2,MN1,ZEB2,CTTN,PXDN,SLC29A1,SGK1,NFIX,ATL2,PRICKLE2,CCDC107,PSMB4,SPOP,FLNA,GPC4,RPL15,APBB1,RUNX1T1,SF3A2,RYK,CSNK1A1,NR1H2,SORBS1,VEGFA,RSL1D1,NFIA,NFIB,SLMAP,CAPZA1,ESYT2,BZW2,PPP1CB,SCMH1,NUDT19,LZTS2,MAF1,BAHCC1,PPP1R16B,OSR1,IGFBP3,TPM1,RPS6,FOXP1,HNRNPUL1,TBL1XR1,RAB34,EHBP1L1,SCG3,UBE2V1,ADNP,CD151,ARHGEF25,PXN,CORO1A,CACNA1H,CORO1C,GLIS2,SOCS2,EFNB2,RAI1,SNN,RAP1A,ABL1,DVL3,BCL9L,ANKRD28,PRNP,OSBPL5,AUTS2,DSTN,DNAJC13,MANBAL,CHERP,H1F0,EFNA2,HOOK2,HOOK1,CPD,CNTN1,UBE2O,YWHAE,CALCOCO1,WDR1,PRKCSH,ZC3H4,FHL1,PTEN,ILK,HK1,DUSP12,MLST8,SPEG,TMEM109,PMEPA1,CASP2,LRRFIP1,UNC45A,PPP1R12A,H2AFY,PDPK1,NAV2,ARL4C,FAM189B,VCAN,PTP4A3,NSMCE4A,SETBP1,ASPH,CTDSP2,CDH11,CAT,AKT1S1,ATP6V1B2,EVL,PPP1R12B,SOS1,SEC22B,MET,RNFT2,ROCK1,SRF,FOXK1,FAM169A,ABLIM1,GNG2,ALDH1B1,RAB23,TRA2A,SLIT1,FYN,IGF2BP2,MEST,PDLIM7,CYTH1,SMARCE1,MLXIP,PCDH7,USP22,ATP2B4,SEMA4G,MEIS2,FBXL12,RAD52,KLF6,NECAP1,EIF3E,VIM,CDR2L,SMAP2,R3HDM2"
+"gene_set_query"	"1289"	"SOX17"	"1044.0"	"Literature ChIP-seq,33;ARCHS4 Coexpression,1321;Enrichr Queries,1305;GTEx Coexpression,1517"	"SLC4A1AP,TFRC,ZFYVE1,ALKBH8,PSMD8,ZFYVE27,DPYSL2,ANKFY1,PSMD1,FNBP4,MEF2C,FRS2,PRKAB1,SCAMP2,MYL6,ZC3H11A,RUFY3,DDIT4,RUFY2,SPARCL1,NPRL3,MTMR9,SLCO5A1,ADAMTS10,MRPL10,MTMR7,MRPL11,CYB5R4,PIP5K1C,JAG2,HEXIM1,JUN,NCAPH2,EDEM1,FUCA1,PMM2,LARP7,NETO2,SNF8,EIF1,UCK2,QARS,NMT1,DCHS1,FAT4,PKIG,FERMT2,EZH1,GPR21,PIGQ,SNX10,MRPL34,IKBKB,PCMTD2,SMPD4,MRPL40,TMEM44,NEFL,RPLP2,PCMTD1,GSTO1,SPHK2,NSUN2,SLC39A10,MRPL47,BAZ1B,DUSP6,TOMM40L,SIRT2,LRRC42,MRPL52,SLC7A5,MRPL53,MED25,PSMA3,MED24,TMEM33,CDC42EP4,PXDN,CDC42EP3,SLC29A2,ATL2,ODC1,SDAD1,TMEM70,GGA2,GGA1,UNK,PSMB5,PSMB3,STX6,AP2S1,CLPTM1,ANO10,USP9X,YLPM1,BYSL,TMEM60,RABIF,SNX16,PSMC4,SLMAP,FRYL,MTCH2,CCNT2,NAB1,FBXO28,UBE2D3,SLA,TSEN2,FADS3,NUDT11,LAPTM4A,POFUT2,FNTB,STK16,PMPCB,MTPAP,KPNA3,AP2M1,PPP1R16B,SLC38A1,CISH,VPS33A,PRPF4B,CASD1,FTSJ1,FTSJ3,MSH6,MINPP1,MSH2,SLC9A6,FSCN1,SRSF3,ANAPC1,ARL8B,NSMAF,INO80B,TXNDC9,ARL2,UAP1,NRF1,UQCRH,SOCS2,SNN,PORCN,PMVK,G3BP2,SMYD2,SLC38A2,ZKSCAN1,IP6K2,EEF2,ZC3HC1,SH3BP5L,SON,GNL3L,STK25,TMEM11,ACO1,CLPTM1L,OSBPL1A,OGT,NFE2L1,MDM1,SLC25A3,HSP90AB1,COX4I1,ARRB2,ALAD,MRPL2,SUMO1,MDK,PPP6R3,NCK2,PMEPA1,ACP2,HMG20A,DGCR6,ACP1,BOK,PELP1,BCAS3,DST,PEG3,VPS37C,ARNT,AHSA1,RAD23A,NDUFC1,RABGGTB,ARFGAP1,ARL4C,PPM1A,PPM1B,SLC25A17,HAX1,IMPAD1,ETF1,TOP1,SLC25A4,TNFRSF21,BIRC2,BCAT2,PRPS1,GTF3C4,PPM1L,SRC,SRBD1,MAK16,PRCC,CXXC1,KATNB1,SRI,GANAB,NCLN,FCHO2,EIF4H,SH3BP4,FYN,PCDH1,HNRNPA1,SLC25A25,EIF4B,MARCKSL1,SEC24B,NDUFA6,FEM1A,FEM1B,HIP1R,RPL23A,BAIAP2,CABLES2,ATOX1,NELL2,SNRK,MYO1B,TSPAN18,ST7,EIF3E,CDR2L,EIF3F,SEC24C,BCAR1,EIF3B,SLC23A2,EIF4A1,SMARCAL1,CCNK,CCNI,TXNDC11,NUDT2,THUMPD1,NUDT4,CCAR1,HERC4,SNRPD2,DHX57,BSG,EPC1,KIF21A,ATXN7L1,SEC62,SLC12A9,EPHA4,SMARCC2,ARL15,LIMCH1,ACTN1,ECH1,CIRBP,ISLR2,ANK3,ANK1,SFRP1,FNDC4,CDC37,KCTD12,L3MBTL3,GGNBP2,PEX11B,PIK3R3,PGS1,SNX4,PCBP1,DHX38,KCNN2,SNX5,RAB11FIP5,SNX6,CTSA,INTS2,BSDC1,ERAL1,SMARCA2,PAICS,PTK2,SMARCA4,MSRA,SNW1,WNK1,RPL27A,RANBP10,CALM1,AARS,SUGP1,MRPS17,NRP1,COX7B,PPP1R10,SUV39H1,CCDC124,ICA1,MRPS10,NAT10,WASL,PTPRK,AKAP12,SYNCRIP,MAP1LC3B,NUDCD3,ACTR1B,CTSL,HYAL2,ENC1,REV3L,SDF4,KIF1B,CTSF,CTSB,COX8A,NCOA1,CAP1,WARS,MMD,GAB2,SREBF2,CTU1,RAP2B,KIF2A,KIT,UFC1,CD47,PTMA,HEATR1,GNAI3,DERL1,PRICKLE1,MNT,SAMM50,PES1,HEATR3,SCAND1,CCT7,EXOSC2,PAK2,MON2,PEX19,HUWE1,KLHL2,PLEKHA6,UBE2G1,AP2B1,VEGFA,FKBP1A,PDCL3,PER1,SEC23IP,KIF26A,HNRNPA2B1,HDGF,TACC2,PNPLA6,TARDBP,ZFP28,DPAGT1,CD81,ZFAND6,BCCIP,CELSR3,ACTG1,PPIP5K2,CAPN7,PPME1,EP300,TPRA1,DIMT1,CASK,SDHC,ADAM19,EEF1A1,HNRNPUL1,TMX2,TBC1D24,SBDS,PLAA,MASP1,PPIA,RTN2,TBC1D19,NDRG3,TMED10,DDX1,SEL1L,BHLHE22,RPF2,CNN3,RPF1,RAI1,TBC1D13,SYT3,ZFHX2,KLHL25,PHF12,CRIM1,SUPT5H,HOOK2,APPBP2,NASP,UBA3,GNAS,TCF4,AMOTL2,PICALM,GALK1,RBM28,GSK3B,CUEDC2,GSK3A,DDX3X,LDB1,CNRIP1,PRKCSH,CHD6,LDB2,AFF4,RPGR,LMNB1,RND1,MAN1A2,RB1CC1,LRRFIP1,DACT1,PDPK1,YWHAZ,SFPQ,RCN2,ALS2,NDUFS7,ACOX1,NDUFS4,ATP6V1B2,NDUFS2,NDUFS1,SHANK3,SFSWAP,RBM4B,CSTF2T,CLCN3,RNF5,CLCN2,AGPAT4,POLD3,CYTH2,PABPN1,MAT2A,TRA2B,SPOCK1,TTC14,ATF7IP,RRM2,BNIP3,EYA3,USF1,ACVR2A,CHFR,SOD1,POLE4,SMUG1,CARM1,ERCC1,BRMS1L,ACIN1,VIM,RAN,RPL3,CLPB,RPL31,THYN1,RPL7,MYC,AP1S1,RPL38,RPL37,VPS36,IER2,CHGB,TSPYL2,ACOT9,WSB1,ACOT7,DAPK1,WDR74,GTPBP6,WDR75,MED4,MED6,HCFC1,DYNC1LI1,DUS3L,PRR14,ANAPC13,LRPAP1,PHYHIPL,NOLC1,GLG1,GJC1,FLRT2,RRS1,NUP88,PLCG1,ST3GAL1,RPL41,NDFIP1,PHC1,CHKA,H3F3B,IRF2BP1,MEX3D,HNRNPL,SQLE,GLUD1,RNF103,GIPC1,HNRNPF,HBP1,FARSA,CPEB4,CDKN1B,CLTC,ADK,SMG7,ING1,ING4,UBL5,RARS,BRD1,SSR3,TCF12,WDR34,FAM126A,AFTPH,LSG1,MTF2,GARS,KIFC3,GRAMD1A,SF3B2,SF3B3,RPL10,TIMM9,TMEM160,HSPA13,TM9SF4,TM9SF3,FGD3,PPP1R7,RPS3,ANKRD50,SF3B1,DEDD,RPRM,YTHDF1,YTHDF3,BRF1,SCAF4,KTN1,RNF146,MKLN1,NFIA,NFIB,RLIM,ZYX,VKORC1L1,PHLDB1,ATP8A2,BZW2,CLU,SLC8A1,MAEA,CDH2,CFL2,CFL1,PLS3,SMARCAD1,LZTS2,TMSB10,MAP2K4,TPM4,USP5,ANKRD46,IGFBP3,RPS5,IGFBP2,RPSA,LEMD2,MORF4L1,FKBP8,ERH,FKBP4,CSNK1G2,IFNAR1,RAB5B,TNKS,GLO1,TARS,UBR2,PSAP,PLXNA2,MAP2K5,ANKRD28,UVRAG,TRAPPC3,TOR1A,LSM3,RCAN1,COPS6,COPS5,NF1,TPP2,DHCR7,CNOT8,LZTR1,SERINC5,BCL2L1,WDR1,WDR3,DUSP12,PPP6C,PTBP1,SART3,SNRNP70,SIN3A,OPA3,TLK2,SLC37A3,CCDC50,ADAMTS7,PLEKHG2,GGPS1,ZFP91,RPL13A,WIPI2,RANGAP1,TSN,ZFP90,PTP4A2,PTP4A3,ASPH,DNAJC5,EIF4E2,HDAC5,GTF2A1,NFAT5,LEPROT,NLGN1,GTF2A2,EI24,PDHB,HDAC6,HDAC7,RAB21,ABLIM3,FIP1L1,POLR2A,RBBP5,POLR2D,RAB24,SNRPB2,RBBP7,WASF1,POLR2I,DCAF11,ADSS,DCAF12,POLR2K,DCAF13,SEC11C,SPAG7,FBXL19,PTPN12,SEMA4G,PNRC1,PNRC2,RAB10,KLF7,KLF6,MARCKS,RAB15,MFAP3,DNAJA2,PPIL3,PPIL4,CUL4B,APP,IFITM2,SLC35B4,ZMYND8,CBLB,HS6ST1,GOLGA4,RPS16,PPP2R1B,FLAD1,FTH1,RPS11,AGFG1,SOX5,TBC1D10B,ARRDC3,COG3,METTL3,MTUS1,BOLA1,PTOV1,SRRM1,MRPS18C,CARHSP1,KARS,CRYZL1,ATP6V0D1,LLGL1,IGSF8,TMEM161B,TMEM161A,IGSF3,TEX264,CSTF2,DCUN1D4,DCUN1D1,APCDD1,UGCG,SCFD1,NUAK1,ZNHIT3,BANP,SRPK2,NMB,ZRANB1,TMEM184B,INSR,PDE2A,RPS26,SMU1,RPS25,RPS27,RPS20,ALDH18A1,ITM2C,CC2D1B,ROBO2,HBS1L,AHCTF1,GDI1,SH3KBP1,CITED2,SPPL3,ROBO1,SIPA1L1,XPO6,SH3PXD2B,TMED2,UBXN4,TMED4,ZYG11B,STRADB,TUBG1,UCHL3,MLF2,RHOB,NME1,PRPF18,NME7,SGK1,TOMM40,SLC20A1,AKAP6,PTN,GDPD5,TCEAL8,CST3,SHOC2,NT5M,MAP4K4,MYEF2,SLC31A1,PTGES3,XPO7,RAB11B,PRPF39,KBTBD2,STAC2,NBR1,CTNNB1,GALNT11,NDUFA13,HDLBP,ARID4A,NUCKS1,CWC27,CHCHD3,COTL1,PHYH,KDM2B,APLP2,NOSIP,WRNIP1,ATP1B1,RSBN1,TMEM131,PDIA4,TMEM135,PREPL,MYCN,PHOSPHO2,TBL1XR1,RPL7L1,TIPRL,RAI14,ZCCHC8,BTF3L4,LPL,COX7A2,EFNA4,ARHGAP12,EFNB2,EFNB1,EMG1,UBB,ZC3H14,PDZD7,ATP6V1F,HSPA9,SMAD2,SMAD4,IDH1,ARHGAP29,NFKBIA,CAPRIN1,RFXAP,TBCE,DYNLRB1,BRWD1,ZSCAN2,KDM5C,ABCD3,USP38,DOCK9,ASNSD1,ELAVL4,SLC2A3,ELAVL2,SPRED2,TMEM101,SENP7,FLCN,SNAPC3,GMPPA,FLOT2,POLG,USP46,KLF11,USP43,ABCC5,PPP2R5B,SENP3,DNM1,DDX19A,RABEP1,DDAH1,CDH11,AKT1S1,ITGB1BP1,B4GALT6,KDM3A,STOML2,USP11,ETFDH,WIZ,MTIF2,STRN3,TFPT,MAPK8,BUB3,IGBP1,LGI1,ATE1,BAD,PCDHGC4,USP28,SPRY2,CDK2AP1,RBMX,SSBP3"
+"gene_set_query"	"1290"	"IRF8"	"1044.0"	"Literature ChIP-seq,106;ARCHS4 Coexpression,1274;Enrichr Queries,1355;GTEx Coexpression,1441"	"EIF4A2,RPL4,ARL6IP1,THYN1,IFI30,TSEN54,ACTB,RPS14,HERC3,RASSF2,TBK1,MYC,FGFR1OP2,CHORDC1,ANKFY1,TRIM26,ATXN7L1,ARL10,MEF2C,ALG9,NUP210,FNBP1,PRKCD,ARMC8,RNF123,NIF3L1,WDR81,RUFY3,DDIT4,ADPRH,PSME1,VOPP1,JTB,PSME2,KCTD12,EZR,VPS25,TSPYL4,SF1,TMEM87A,SAR1B,TWF2,PIK3R3,SLCO5A1,VPS26A,AAAS,MRPL13,GABARAP,UBE2J1,UGCG,NCSTN,SNX1,PDCD11,MICAL1,KCNMB4,S100A10,FDFT1,ATP6V0A1,SRPK2,JUN,RABGAP1L,TMEM50A,EDEM1,RAB3IP,MEX3C,PRDX6,PTK2,GADD45G,RPS26,EHD1,MRPL30,MLLT10,ID2,CCDC88C,PPT1,GRB2,RPS20,CORO7,C2CD2L,CDC42SE2,LGMN,ITM2C,PPP1R11,SH3KBP1,CITED2,PHF23,CTSZ,SMG7,WDR45,MRPL32,LIMD2,SMPD3,HINT1,TMSB4X,JAK2,TMED7,UBL7,ACAD8,CAP1,MAP4K2,ZC3H10,GRIPAP1,PCYT1B,DBNL,ACAD9,SLC39A10,SIRT6,GMIP,SYN3,ZDHHC17,DYNLL2,DUSP6,TOMM40L,PARP8,TOX4,LSG1,ZEB2,PLSCR3,PSMA2,PXDN,RAPGEF1,UFC1,ARHGEF1,PLEKHO1,SGK1,EXOC2,NAPA,CSTB,GRN,USO1,TYMP,MRPL55,GGA2,MNT,NFIL3,TCOF1,RPS3,MGAT1,BID,MEF2D,ATAD1,BCAP31,SF3A3,CSNK1A1,STAT2,MCRS1,SYVN1,MYO9B,AP2B1,WDR12,RAB11B,MAD2L2,NUDT9,CCNG2,NEDD4,NBR1,TCEA1,TRIP12,YPEL5,RNF141,GRINA,DPAGT1,CRTC2,RNF19B,SLA,ARID4B,EEF1B2,LAPTM4A,BASP1,SLC39A9,TUBB3,CAPN5,COTL1,PIM3,IFNAR2,PPP1R16B,RAB2B,SLC38A1,ANKRD44,SLC30A5,NOSIP,CNPY3,ARMCX3,PREPL,TMX3,SLC9A8,MAPKAPK2,ARMCX6,MADD,ERP29,ELMO1,ERH,PHIP,UBE2V1,GEMIN7,RAF1,MAD1L1,LY6E,ZCCHC7,KHDRBS1,GNAZ,SEMA7A,COPA,PFKFB3,COX15,RASGRP2,STK4,CORO1A,SEL1L3,PSAP,NAE1,VARS2,SLC15A4,SKIL,NADK,MCL1,BCL9L,OSBPL9,IVNS1ABP,UVRAG,PNPT1,UBE2I,ANKRD24,SYT1,PTCH1,CPSF2,M6PR,DNAJC16,NFKBIA,PAN2,LRCH1,GNL3L,HOOK2,GNB2,DNAJC10,PI4KA,CLASRP,ITGB1,SLC25A1,HSP90AB1,RNPEPL1,NVL,MAST3,CELF2,PIK3CD,ADAR,HMGB1,LMNB1,PPP1R9B,HK1,CASP9,DUSP12,MRPL3,SPRED2,SEPT6,PPP6R1,SIN3A,CCDC50,YWHAG,ACTR2,GPX1,KLF13,GGPS1,ARNT,ZFP91,CTPS2,ARID1A,RABGGTA,REXO4,FCHSD2,TMBIM4,ALS2,NDUFS7,SLC25A19,NDUFS1,ACOX3,ZMYND11,IRF9,BIRC2,RNF31,PPP1R15B,KDM3A,TSSC4,STOML1,GTF3C5,CXXC1,RPL36A,CSTF2T,DDX21,MAT2B,RAB21,TBRG1,ZNRF2,NCLN,DNAJB6,KATNA1,MKNK2,PTK2B,VPS54,CSK,VHL,DRAM2,CYTH1,CLASP1,PTPN1,SEMA4A,TRIM41,PCDHGC4,USF1,ATOX1,PNRC2,ASXL1,KLF6,MARCKS,TSPAN14,NECAP1,DNAJA2,BAX,VIM,PDE7A,SMAP2,RHEBL1,PPIL3,TPT1"
+"gene_set_query"	"1291"	"ZNF85"	"1044.0"	"ARCHS4 Coexpression,309;Enrichr Queries,1270;GTEx Coexpression,1553"	"VARS,ZDHHC5,NDST1,CAPNS1,MPRIP,ZMIZ2,STMN1,PSMD3,AKT1,PRKACA,ATXN7L3,SOX4,TMPO,NUP214,SRRM2,CXADR,CD3EAP,MOGS,SCRIB,ACTN4,SND1,SF1,TBC1D9B,TMEM63B,FLII,APH1A,PPP3R1,MLEC,JUN,INTS1,BCL11A,PBX2,CDC7,MEX3C,ZWINT,DCLK1,PRRC2A,HNRNPL,GIPC1,PSMG1,EZH2,ARF3,OGFR,DAZAP1,MRPL36,SLC7A11,PRPF19,SMG5,COIL,AKAP12,MRPL42,ENC1,ANXA6,SDF4,CIC,ZIK1,UPF1,TMED9,MINK1,SRP9,IMMP1L,INF2,HNRNPH1,PXDN,G2E3,RAPGEF1,ARHGEF2,SGK1,ERGIC1,PRIM1,CENPB,FAM129B,GNAI2,HIRA,RNF138,PES1,TMEM68,USP1,CLPTM1,FLNA,GPC4,ANKRD52,YKT6,CSNK1A1,GINS4,SCAF1,AGBL5,SKI,SNX14,ETNK1,TAOK2,NUCB1,HDGF,PKN1,PNPLA6,GRINA,CLSTN1,FBXO25,HDLBP,ATN1,UBE2Z,ACRBP,IPO5,PPP1CB,LAMP1,RUVBL2,ARHGDIA,SLC39A7,SBF1,USP5,TRAIP,MSH6,CTDNEP1,MORF4L1,MSH2,ADAM15,HNRNPUL1,TBL1XR1,HNRNPUL2,EHBP1L1,RAB35,MAPKAPK2,UBE2V2,SRSF3,CHMP4B,TOX,SRSF6,CSNK1G2,GLYR1,ANAPC2,LRRC59,RAB5C,MAZ,GMPS,ISG20L2,SUPT6H,ORC4,SBNO2,BAG4,ORC6,IRAK1,DVL1,NACC1,ZC3H14,BCL9L,WDTC1,ESRRA,TRAPPC2,PRNP,NUP155,ODF2,SEC16A,EEF2,EFNA2,SH3BP5L,CNOT7,HOOK2,NASP,HOOK1,GNB2,GNB1,PLEKHM2,PLXNB2,FGF13,LRP10,NFE2L1,EIF4G1,ACADVL,KDM5C,GSK3A,MCM7,WDR1,PRKCSH,CHD6,SLC2A3,PTPN23,LMNB1,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,SNRNP70,SUMO2,PDE4B,UBTF,TLK1,SCYL1,MAPK1IP1L,ARHGEF11,RFC3,REXO1,RAD23B,ARFGAP1,PTBP2,KLF16,DNM2,ARL4C,TRAF7,VCAN,PTP4A3,RER1,POLR1B,DNAJC5,BCAT1,B4GALT6,PPP1R12C,RNFT2,GTF3C1,CANT1,RAB1B,DDX20,LENG8,MLLT1,FURIN,ATP1A1,ADD1,USP19,PPM1G,ADD2,DNAJB2,FAM168B,GANAB,U2AF2,EIF4H,MTA2,MEST,EIF4E,FBRS,RRM2,FBXL19,NAP1L1,LRWD1,CDC42BPB,TPD52L2,ACVR2A,CLCN7,NEURL4,PSAT1,CARM1,MGAT4B,ACIN1,EIF3E,P4HB"
+"gene_set_query"	"1292"	"AHRR"	"1045.0"	"ARCHS4 Coexpression,771;GTEx Coexpression,1319"	"TRIO,ZDHHC5,HDLBP,PLOD3,UBE2Z,IFI30,ELK1,RAVER1,LAMP1,ZMIZ1,ZMIZ2,ARHGDIA,LONP1,HOMER3,PIM3,TMPO,SH3GL1,SEMA6B,SUPT16H,TIPIN,TPRA1,TPM4,VASH2,AP1B1,MOGS,TRAIP,WDR81,RAB35,MAPKAPK2,FSCN1,PPIF,CHMP4B,ALG10B,KPNB1,ANAPC1,PLBD2,PI4K2A,ANAPC2,ZCCHC7,LRRC59,NUP205,DNMT1,SEMA7A,RNASEH2A,TBC1D9B,RAB5C,TTYH3,INSIG1,SUPT6H,SBNO2,ORC6,IRAK1,UBR5,NACC1,PSAP,DHX37,TNRC18,PIP5K1C,HMGXB3,CBX3,CPSF3,FUCA1,SEC16A,CRIM1,PAICS,ZWINT,PRRC2A,EXT1,EHD1,LRFN4,CAPRIN1,TDP1,MAFG,PLEKHM2,PLXNB2,INTS7,CALR,EZH2,LGMN,EIF4G1,OGFR,KDM5C,WDR1,PRKCSH,HEXB,CTSZ,NAT10,SLC7A11,LMNB2,PPP1R9B,RPTOR,SEC61A1,SEPT9,LASP1,ZC3H7B,PPP6R1,CTSL,NUP62,TIMP2,ANXA6,SDF4,QSOX1,TOPBP1,CTSD,CTSB,CAP1,ACTR2,UPF1,RFC3,EED,PABPC4,NCOR2,TFDP1,KIF2A,AKT1S1,RAPGEF1,FAM20C,ARHGEF2,GAS6,VAC14,GRN,PCNA,LRP1,SRC,PRIM1,HEATR1,DOT1L,SLC7A1,CENPB,FAM129B,NRAS,GANAB,U2AF2,EXOSC9,PES1,GNA12,FLNA,IGF2BP3,MGAT1,BUB3,MGAT2,ANKRD52,MTA2,FBRS,CCDC71,MEF2D,SUZ12,RANBP1,NPM1,RRM2,ATP13A1,GALNT2,GINS4,LIMK1,MYO9B,CLCN7,CARM1,NUCB1,BAX,RPL22L1,ATP13A3,P4HB,VIM,PNPLA6,RAN,GRINA"
+"gene_set_query"	"1293"	"MAFA"	"1048.0"	"ARCHS4 Coexpression,1272;Enrichr Queries,864;GTEx Coexpression,1009"	"KEAP1,HS6ST1,PDCD2L,DCAF6,MYC,PSMD3,LONP1,IER5,CHGB,PDHX,TSPYL1,CACNA2D1,MRPS18A,VWA5B2,ANK1,GNPAT,RNF123,BIN1,RRAGD,DDIT4,STX1A,NRN1,SAR1B,TMEM63C,PDGFA,MRPL14,FXR1,CYB5R1,PRKAR2A,GSE1,TNRC18,NAA50,JUN,JUND,CADM1,BCL11B,SURF4,MEMO1,UBAC1,GADD45G,TADA2B,AIMP2,PPP1R1A,ID2,PPP1R1B,PAM,ITM2C,CDKN1C,PCSK2,KCNC3,PTPRN,OSBPL11,TIMP2,DLGAP3,LRRC47,ZYG11B,MIOS,SSR4,MTSS1,MLF2,NCOR2,MN1,PXDN,MAPT,SGK1,SLC29A2,NFIX,USO1,CRIP2,SAMM50,CUX1,CKB,EGLN1,BRF2,WNT7B,UBE2G1,MPP6,LRRC20,VEGFA,SLC8A3,KIF26A,NEDD4,PSMC1,APEX1,TACC2,CDK5R2,CRLF1,KLHL34,UBE3A,CLU,CCDC28B,CHCHD3,TUBB3,FAM174B,KPNA4,KPNA3,FADS1,KPNA1,KCMF1,LMO1,SEMA6C,TPM3,IGFBP3,DYRK1B,SHISA4,POU3F1,POU3F3,GRIP2,CACNB1,CTDNEP1,MYCN,GPRIN1,EEF1A2,FSCN1,SCG5,PLAA,SCG3,FKBP3,RTN2,PFKFB2,CUL5,AK1,UBR3,FOXO6,CACNA1A,UBFD1,NDRG1,RAP1GAP,CACNA1H,SOCS2,EFNB2,BTBD1,PLXNA2,RAP1GAP2,CBX4,SYT7,SCRT1,ZC3HC1,COPS3,EFNA2,NR4A3,HOOK2,STK25,TMEM11,LHX2,HOOK1,GNAS,CPE,GRSF1,NFE2L1,PHTF2,USP38,SCHIP1,FHL1,CHD6,PTEN,DUSP12,MYO18A,SPEG,HIF1AN,NAA30,ADSL,KLF13,ABCC8,RAD23A,DUSP26,REXO2,ARL4C,PTP4A3,CCDC43,RBM24,SLC25A4,CAMK2B,RGS16,NRXN2,SRL,TMEM201,POLR2D,RPP14,PCDH1,SEC11C,CHGA,KCNJ11,FEM1A,ADRM1,PDE4DIP,FBXL16,BAIAP2,MEIS2,CUL4A,PINK1,ASB8,RAB12,EIF3J,INSM1,GPD1L,PFKM"
+"gene_set_query"	"1294"	"ZNF571"	"1049.0"	"ARCHS4 Coexpression,1015;Enrichr Queries,1125;GTEx Coexpression,1007"	"ATF2,ARL6IP1,TMEM41B,IFT172,NUDT4,GPR173,CAPNS1,AKT1,EPC2,PRKACA,ATXN7L3,SOX4,TMEM8B,TSPYL2,ARRDC4,EPHA4,ZFP2,ARRDC3,PTOV1,MTUS1,CD3EAP,MOGS,DAAM1,IFT81,DDIT3,DDIT4,HECA,MEG3,SAR1A,DCUN1D4,PIK3R1,AAAS,HTATSF1,CDKN2AIP,APH1A,ZNHIT3,CEP70,ZSCAN18,JUN,WDR59,JUND,PHC1,ZRANB2,BCL11A,INTS3,PLK2,UPF3B,MRPL22,HNRNPL,ID2,MAGED2,FAT4,SERPINI1,CALM2,PHF3,PHF2,PIGU,BTG1,CCDC127,CITED2,PHF1,SLC7A11,VLDLR,PRPF19,SMG5,EPM2AIP1,SMPD4,ZMYM5,ENC1,SDF4,CIC,BBS4,UPF1,MINK1,NME3,SRP9,MLF2,PSMA3,KIT,PXDN,HNRNPH3,SGK1,STX16,SATB1,CENPB,FAM129B,APBB3,YKT6,RANBP2,MYEF2,PLEKHA1,ELP2,RSRC2,PPP1CA,VEGFA,SNX16,NFIA,TAOK2,CCNYL1,NUCB1,HDGF,RNF141,GZF1,ZFP28,GRINA,CEP120,CYP46A1,PAIP2B,ZFP30,LAMP1,SESN1,ARHGDIA,POGZ,SBF1,MAP3K7,RGS9,PCID2,USP5,DSCAM,RALGAPA1,IGFBP3,THOC1,ARMCX4,MORF4L1,ARMCX2,DMTF1,HNRNPUL1,TBL1XR1,HNRNPUL2,RAB35,CHMP4B,PHIP,PPIG,ANAPC2,LRRC59,RAB5C,YTHDC1,TNKS,FOXO6,PHF21B,SBNO1,ATXN2,BAG4,DVL1,NACC1,SAFB2,PLXNA3,PRNP,CPSF6,PDHA1,IDH1,ASNS,KLHL24,EEF2,CLK4,CLK1,CDK9,AHI1,NR4A3,SH3BP5L,HOOK2,NBEA,HOOK1,OSTC,GNB2,JMY,GNB1,BRWD1,FGF13,NFE2L1,SERINC5,USP35,USP36,PRKCSH,CHD6,SLC2A3,ZFP82,AFF4,PPP1R9B,MFSD8,SENP6,CASP9,SEC61A1,SART1,SEPT9,LASP1,ZC3H7B,PPP6R1,PSD3,UBTF,PGM3,PMEPA1,SUN1,DST,PDPK1,RAD23B,LATS1,TRAF7,VCAN,PTP4A3,POLR1B,DNAJC5,ACOX3,DDX27,ANKS3,RGS16,RAB1B,FOXK2,FOXK1,PDHB,HDAC6,SLC25A27,FZR1,GANAB,RBBP4,U2AF2,NNAT,FEM1C,MTA2,EIF4E,TTC14,PDE4DIP,RAD52,MGAT4B,INSM1,TNRC6A"
+"gene_set_query"	"1295"	"SIM1"	"1050.0"	"ARCHS4 Coexpression,1033;Enrichr Queries,1055;GTEx Coexpression,1062"	"SLC35B2,EPRS,GLS,GOLGA5,PSMD5,SOX5,CHGB,MED1,EPHA4,EPHA7,RBFOX1,TSPYL1,CACNA2D1,RECQL,SOX11,ANK3,VWA5B2,ANK1,SFRP1,RRAGD,FAM76A,PFN1,NRN1,BEX1,SAR1A,SAR1B,GIPR,FOXG1,NPRL3,MTMR7,APH1A,PRRC1,FLRT2,SSR1,STXBP5,SNX6,TMEM184C,PTPRN2,CADM1,ST8SIA3,NR2F1,PBX1,PCDHGA11,EXT2,ZZZ3,PPP1R1A,CALU,NMT2,FAT4,PAM,DZIP3,ROBO2,PCSK2,NRP1,TRAM1,CITED2,GRIK5,PTPRN,FAF2,PIGP,ARHGAP1,VLDLR,ROBO1,DNER,REV3L,ANXA7,RIOK2,JARID2,TMED4,PCMTD1,SSR4,RRAS2,FAM126A,DUSP6,BACE1,TMEM179,PXDN,KIT,CDC42EP3,EXOC4,GARS,SGK1,NFIX,RNASEK,SATB2,HEATR1,NOL4,PGRMC2,SRP72,SUSD4,MGAT2,PAK3,RUNX1T1,CSNK1A1,YIPF5,GATC,GTF2H1,NMNAT2,SYNJ2BP,MPP6,KLHL9,TMEM59,XPOT,NFIA,NFIB,RIMBP2,GOPC,TUSC3,CASC4,ALDH1L2,SLC8A1,IGF1R,CDH2,FAM174B,CFL2,CFL1,NRCAM,AZI2,SBF2,ENPP5,FBXW8,IGFBP3,POU3F2,TMX4,TMX3,MSH3,SCG5,SCG3,TTPAL,PFKFB2,COPB1,ARL1,CACNA1A,CACNA1D,DPP6,PCSK1N,PLXNA2,ABL2,BRIX1,OTX1,SRGAP1,ATP6V1D,ZKSCAN1,TBC1D16,ANKRD28,CBX6,CRIM1,BFAR,SYT7,EFNA2,HOOK2,LHX2,HOOK1,OSTC,MDM2,CNTN1,GNAS,CPE,AMOTL2,ACBD3,LRP12,LRP11,PHTF2,PRKCSH,CHD6,PTEN,TRIAP1,ELAVL2,TLK1,TNPO1,EDIL3,ABCC8,DYNLT3,ATP6AP2,DUSP26,RAD23B,VCAN,PTP4A3,LMBRD1,ASPH,CDH11,SEC22B,SSX2IP,SHANK2,LRP1,NAA20,NRXN1,ETFDH,ASAP1,CXXC4,RAB21,TAF1B,SLIT1,SH3BP4,IGF2BP3,CSK,IGF2BP2,UGGT1,SEC11A,MEST,POLR2L,OPCML,SEC11C,CHGA,NTRK2,SEPT11,SSB,PCDH9,KCNJ11,PCDH7,PCDH8,CADPS,PDE4DIP,CDC42BPA,MEIS2,NELL2,MYO1B,ASXL3,ERCC8,INSM1,KCNK2,MBTPS2"
+"gene_set_query"	"1296"	"HOXC13"	"1050.0"	"ARCHS4 Coexpression,411;Enrichr Queries,1267;GTEx Coexpression,1472"	"VARS,RPL8,FAM110A,PSMD6,RPS16,CAPNS1,TRIM28,DPYSL2,MYC,AKT2,PSMD2,PSMD3,DAG1,AKT1,AP1S1,EPHA4,PAQR4,LIMCH1,SOX11,SCRIB,ACTN4,SFRP1,DDIT4,TTLL12,IGSF3,FOXG1,NPRL3,MRPL12,APH1A,NUAK1,LARP1,GSE1,PIP5K1A,JAG2,TRAP1,JUN,XBP1,PRELID1,ICMT,JUP,INTS1,BCL11A,NR2F1,PA2G4,PRRC2A,HNRNPL,CCT6A,VANGL2,ID2,GIPC1,SDC1,PAF1,AARS,CDK16,ARF3,CITED2,CLTC,MYL6B,SLC7A11,PRPF19,SPPL3,SMG5,PTPRF,AKAP12,C1QBP,ENSA,RAC1,PRMT6,CCT3,ELOVL4,NSUN2,ACAD9,NME2,WDR34,DUSP6,MLF2,SLC7A5,RPUSD1,CSDE1,TET3,PXDN,PGAM5,SGK1,ERGIC1,SF3B4,CSTB,SF3B2,AHCY,SF3B3,CENPB,NRAS,CAMK2N1,PES1,MICALL1,ANKRD52,RPS2,YKT6,CCT5,MDH2,WNT7B,SAMD4B,BOP1,MYBBP1A,NFIB,PSMC4,TAOK2,HDGF,WWC1,HDLBP,UBE2Z,CELSR2,IPO7,IPO4,FBL,CDH2,FADS1,SH3GLB2,USP5,IGFBP3,CTNNBIP1,KCTD3,ATAD3A,RNF40,TUFM,FTSJ3,ADAM15,HNRNPUL1,EEF1A2,FKBP4,PPIA,SLC27A4,LRRC59,VCP,NXPH4,MAZ,CACNA1A,PHB,EFNA4,CORO1B,TIMM50,SOCS2,EFNB2,RAI1,STIP1,IRAK1,NACC1,OTX1,CYC1,BCL9L,CBX4,SEC16A,TMEM132A,EEF2,SUPT5H,SSH3,EFNA3,LRFN4,HOOK2,LHX2,HOOK1,UBE2S,GNB2,CNTN1,NFE2L3,PLXNB2,BLMH,DEGS1,UBA1,GPR107,DEGS2,CLPTM1L,EIF4G1,RNF187,UBE2M,ZNF512B,ZMYND19,PRKCSH,USP32,CHD6,BICD2,LMNB2,DUSP12,SEC61A1,RPL7A,SPR,WDR5,PMEPA1,EIF5A,BCAS3,PLEKHG2,PLA2G4E,H2AFX,ZFP91,DDX54,RANGAP1,RAD23B,SENP3,TRAF7,PTP4A3,PPDPF,AKT1S1,OTUB2,GTF3C1,SMARCD2,CANT1,RAB1B,CXXC1,PARD6G,SEMA3F,PPM1D,SRM,FZR1,GANAB,MTA1,CCDC85C,U2AF2,POLR2D,FAM120A,IARS2,MTA2,UBQLN4,CACNG4,PPP1R14B,GALNT2,ADRM1,SSRP1,MEIS2,HNRNPAB,ACVR2A,NELL2,PPP2R2C,RPS6KB1,TRIM35,BAX,TRIM37,EIF3C,EIF3B"
+"gene_set_query"	"1297"	"EHF"	"1051.0"	"ARCHS4 Coexpression,1385;Enrichr Queries,1236;ReMap ChIP-seq,202;GTEx Coexpression,1380"	"EIF4A2,MT-ND4,TMEM41A,WWC1,CTNND1,ZDHHC5,TXNDC12,CLU,RAPGEFL1,TXNDC17,SLK,PPP4R1,ALCAM,MYC,PSMD3,COTL1,CAPN2,EPHB2,PCDHAC2,SOX4,USP8,STARD3,IK,CXADR,TMOD3,SACM1L,IGFBP3,SCRIB,LMO7,ANK3,ATP1B1,SCAMP2,DDIT4,TTLL12,EZR,CSNK1G1,COX19,IGSF3,ABHD2,BTF3L4,CHRD,TWF1,NDRG1,ACACA,NEUROD2,ZMAT2,KIF3B,ZMAT5,PRNP,JUN,CHKA,JUP,RCC2,PLK2,PMM2,ADAP1,CORO2A,SSH3,HARS2,PBX1,WDR55,ARHGAP32,BCL9,GCLC,FAM135A,STK24,HOOK2,DLG3,ZFP62,SESTD1,HOOK1,GIPC1,ID2,CPD,GOLGB1,PPP1R1B,CNTN1,SDC1,PLXNB2,GTF2IRD1,SERINC2,BCL2L1,LRP11,DDR1,CCDC120,PRKCSH,SLC7A11,PTPRK,CLINT1,SIPA1L3,PTPRF,TMEM186,TUBA1C,DUSP12,MFSD6,ENC1,PMEPA1,PLEKHN1,RAC1,MRPS23,ZDHHC13,SENP2,REXO2,RABGGTA,DUSP6,SEPT3,MLF2,SLC7A5,VCAN,PTP4A3,PXDN,ACOX3,RHOV,SGK1,MET,TNFRSF21,ARF6,CSTB,CANT1,TM2D2,NAA20,SRC,HDAC1,GSTP1,VPS4B,CXXC1,RBM4B,UQCR10,ATP1A1,CLCN2,FAM129B,TM9SF3,ABLIM1,FZR1,TMEM169,ORMDL3,FCHO2,FAM120A,IGF2BP3,MGAT1,ASCC2,POLR2H,HARS,ZSWIM4,PCDH1,ATP9A,TTC14,SLC12A2,ARNT2,MARCKSL1,TRIM41,BRF2,RRM2,GOLM1,GALNT1,SEMA4B,PCDH7,NDUFA2,DHRS1,RAB11A,VEGFA,RAB10,TTC9,KLF6,MYO1B,TSPAN13,FABP5,NFIA,NFIB,FAM131A,VIM,LPIN2"
+"gene_set_query"	"1298"	"FOXL2"	"1052.0"	"ARCHS4 Coexpression,1135;Enrichr Queries,1201;GTEx Coexpression,819"	"RPL4,RPL5,MDC1,RPL3,VARS,RPL31,IFT172,WIPF3,SMC5,RPL8,RPL9,ELK1,PHB2,HS6ST2,DPYSL4,TRIM28,MYC,LONP1,RPL35,RPL38,RPS11,EPHB1,SOX4,TMEM8B,NUP214,DAPK1,LIMCH1,RPL23,RPL22,SOX11,ACTN4,ANK1,EML5,SFRP1,DDIT4,CSNK2B,RPL24,OBSL1,TRIB2,MEG3,NECAB3,NRN1,TSHZ3,FOXG1,NPRL3,FLRT2,TSPAN6,JUN,PTPRN2,ST13,BCL11A,NR2F1,SMARCA1,PAICS,UBAC1,TMEM198,PRRC2A,RPS25,MEX3A,RPS27,PTK7,ID2,MAGED2,PSMG1,RPS24,GSTM5,CDK16,CDKN1C,FAF1,VLDLR,PHF6,SMG6,BBC3,RPTOR,TRMT112,ZMYM3,TIMP2,NEFM,KIF1A,GPRASP1,WDR35,DUSP6,MLF2,RGMA,NCOR2,MN1,SLC7A5,NSA2,KIT,PXDN,SGK1,SLC29A2,CSTB,RPL10,HIRA,TCEAL1,RPS3,RPL13,RPL15,RPS27A,RPL18,RPL17,ZSWIM5,RPRM,RANBP1,RYK,WNT7B,VEGFB,ELP2,SNCAIP,XAB2,PKN1,INHA,CRLF1,SCARB1,RASL11B,CLSTN2,FBXO21,CLU,CDH2,FPGS,RUVBL1,FADS1,MEN1,MAP2K2,RPS7,RPS8,IGFBP3,RPS6,TPM1,IGFBP2,POU3F1,ATAD3A,MSH6,EEF1A1,ARMCX4,MYCN,MORF4L2,FSCN1,ANAPC2,LRRC59,CUL7,MAZ,FOXO6,CACNA1A,DTX1,IRAK1,DVL1,DVL2,ABL1,OTX1,MAP2K7,PLXNA3,TIA1,CPSF6,UBE2I,HMGA1,ZBTB12,EEF2,CDK9,NR4A3,BMP1,LRFN4,EFNA2,HOOK2,LHX2,HOOK1,CNOT3,CNTN1,STT3B,TCF3,EIF4G1,KDM5C,PRR3,CHD6,TTC28,TRO,RPS4X,CASP9,RPL7A,MDK,WDR6,RFC3,PEG3,CAD,H2AFX,RPL13A,RPS3A,RAD23B,YDJC,TRAF7,VCAN,PTP4A3,SLC25A17,TFDP1,IGDCC4,CDH11,AKT1S1,PFDN2,MET,POLDIP3,HDAC1,SRM,MTA1,RAB23,SPOCK1,HNRNPA1,CIZ1,GALNT2,RPL35A,RPL23A,HS3ST1,IMPDH2,CARM1,ERCC2,INSM1,RBMX,BCAR1"
+"gene_set_query"	"1299"	"NKX26"	"1053.0"	"ARCHS4 Coexpression,1161;GTEx Coexpression,945"	"FHOD3,PANK4,NDUFA13,NDUFA11,CPNE5,CHPF,NDUFA12,CISD1,HDLBP,CIB2,SLC4A3,SLC8A1,NUDT4,NDST1,CDH2,DAG1,PRKACA,LZTS2,SH3GL1,MEF2A,ACTN1,IGFBP3,TPM1,DAPK3,SDHA,COX6B1,DOK4,MAPKAPK2,UQCRC1,FSCN1,UQCRC2,MASP1,EIF1B,OBSL1,CD151,UQCRB,MAPKAP1,PHB,CACNA1C,KRBA1,UQCRH,PTDSS1,ABL1,PLXNA1,NDUFV3,RABGAP1L,PDHA1,GOT1,DMPK,MICAL2,MARCH4,DRAP1,EXT1,UQCRQ,PTK7,WNK2,CALU,CYCS,DCHS1,AMOTL2,ACO2,PAM,GPSM1,ITGB1,COX7B,WDR1,COX4I1,DIRAS1,PRKAG2,ATP2A2,SIPA1L2,COX7C,SHD,LBH,B3GALT2,KIF13A,MYO18A,TIMP2,ANXA6,SPEG,LRRFIP2,ADAMTS7,IDH3A,DACT1,COX8A,NDUFC1,COMMD1,CKAP4,HADHB,NDUFS8,NDUFS6,NDUFS5,PXDN,GAS6,PPP1R12B,SLC25A11,SLC25A4,RBM24,DBN1,HDAC5,NDUFB6,MRPS36,NDUFB3,NDUFB2,CRIP2,UQCR11,MTIF3,SRL,COX5B,TRAK1,COX5A,ADCY6,FAM129B,OXCT1,NT5DC2,GPC1,MFN2,SH3BP4,EXTL3,PDLIM7,NDUFA8,PPIL1,MPP3,NDUFA6,MDH1,KCNIP2,NDUFA4,MCRS1,NCKAP5L,NDUFA1,ATP2B4,MIB2,IMMT,SORBS2,EXOG,USP28,FABP3,NUDT8,CSDC2,KLHL7,ERCC1,TSPAN18,NDUFAB1,TBKBP1,GPD1L,MEGF8,BCAR1,PFKP,MBTPS2"
+"gene_set_query"	"1300"	"RAX"	"1054.0"	"ARCHS4 Coexpression,925;Enrichr Queries,1390;GTEx Coexpression,846"	"CCNK,RPL6,GPR173,RPS19,DPYSL5,LONP2,EPHB2,RPS10,TSPYL2,PDHX,EPHA4,RBFOX1,SMARCC1,WSB1,CIRBP,SOX11,WDR73,SOX12,CPT1C,ANK1,EML1,SFRP1,SIK3,TYRO3,RBCK1,RPL26,BCORL1,CCDC84,MEG3,ADCYAP1R1,NUMBL,MAGED1,TTYH1,FOXG1,AGAP1,ABCB8,GJC1,FAM171A2,PCBP4,CHST10,ST3GAL5,HMGXB3,PATZ1,ZSCAN18,FZD3,RPL41,JUND,PHC1,FAM78B,H3F3A,NR2F1,PYCR2,SMARCA4,HNRNPK,MEX3A,SLC6A8,H2AFY2,HNRNPD,UNC119,FAT3,RGL2,RCOR2,CC2D1B,CSRNP2,PTPRS,CETN2,DENND1A,SETD6,GRIK3,SHB,SIPA1L1,B3GALT1,FEZF2,WARS,MRPS25,EXOC7,ELOVL2,NME3,DYNLL2,LRRC41,RGMA,NCOR2,TOX3,CDC42EP4,PXDN,NFIX,SATB2,ODC1,PRICKLE2,ARVCF,RPS15A,RPL13,EXTL3,RPL17,CENPV,YIPF2,STAT2,WNT7B,PCGF2,GATC,WDR13,RNF145,ZDHHC9,CACHD1,CTNNB1,CDK5R2,MIDN,UBE2D2,ATN1,MSI1,FBXO21,TM7SF2,NRBP2,SALL2,CDH2,PPFIA1,SLC16A2,TXNL4A,ENPP5,TLE4,CTNNBIP1,TPM1,TBR1,RPSA,POU3F1,MID1,POU3F2,POU3F3,BSCL2,ARMCX2,MYCN,SLC9A6,LIX1,SRSF5,SNRPF,SRSF6,SRSF7,ABCG4,KPNB1,DDX5,ISYNA1,PKDCC,CCDC24,ARL3,CACNA1A,BHLHE22,DTX4,CACNA1E,PLD3,CAMSAP1,PHF21B,PCSK1N,MBIP,SAFB2,CDH24,OTX1,NDUFV3,LONRF2,PDZD7,PLXNA3,CPSF7,HSPA4,CBX2,LSM4,SCRT1,CDK9,SON,EFNA2,HOOK2,LHX2,HOOK1,GNAS,DEGS2,TCF3,ZNF512B,YWHAE,CHD6,PSIP1,RND2,RLBP1,TRO,MDK,WDR6,ADAMTS7,EMX1,CCDC34,DCAKD,NAV1,NIPSNAP1,PTP4A3,RCN2,DALRD3,UBE2R2,NPC2,RPL37A,NAT8L,RPL36A,CACNG7,PABPN1,SLITRK1,NNAT,POLR2D,BEND3,LRRC8D,IGF2BP2,CRYM,HNRNPA1,SH2B1,LGI1,B3GAT3,PCDH8,MYO16,NELL2,TSPAN18,INSM1,SSBP2,SSBP3,CBLN1"
+"gene_set_query"	"1301"	"LMX1B"	"1055.0"	"ARCHS4 Coexpression,921;Enrichr Queries,914;GTEx Coexpression,1329"	"PANK2,RPL32,STMN2,STMN4,RPL8,BACH2,RPS14,PREX1,GPR173,PSMD6,DPYSL4,RPS18,DPYSL5,IGLON5,DPYSL3,KIF21B,SOX5,ARL10,EPHA4,RBFOX1,UNC5A,ARL15,SOX11,ANK3,SOX12,ANK1,SFRP1,DAAM1,RUFY3,SIK1,IGSF3,PIK3R3,APCDD1,OAZ1,NKAIN1,FAM171A2,GSE1,RDH13,SCN3B,B4GALNT4,JAG2,XBP1,PTPRN2,JUP,H3F3B,CADM1,BCL11B,BCL11A,ST8SIA2,SLC35E3,EXOC6B,NR2F1,IRF2BP2,NR1D1,PBX1,DCLK1,VANGL2,WNK2,GTF2IRD1,CDKN1C,GABRB3,DDR1,FAM57B,RPLP1,GRIK3,SPPL3,CX3CL1,ROBO1,TUBA1A,KIF1A,APC2,RPS6KL1,ACAD9,TMEM150C,PGM2L1,MLF2,RGMA,NCOR2,MN1,TMEFF1,TUBB2B,KIT,PXDN,ARHGEF2,MAPT,NFIX,SATB2,ADCY1,SERTAD4,CUX2,GPC2,HEATR6,PAK3,WNT7B,PCGF2,COX6C,NFIA,ABI2,NFIB,STAC2,TTC3,CDK5R2,CRLF1,CLSTN2,CELSR2,IGF1R,ATCAY,TUBB3,BASP1,SLC39A6,CTNNBIP1,TPM1,POU3F2,SRCIN1,DISP2,OLFM1,CACNB3,ADAM15,EHBP1L1,MAPKAPK5,CCDC24,NTM,CHRNA7,CACNA1A,CACNA1C,SEZ6L2,EFNA4,RAP1GAP,CACNA1H,CACNA1G,DPP6,PLXNA2,ZKSCAN3,OTX1,PLXNA4,PLXNA3,AUTS2,TMEM132A,NSG1,SYT7,EFNA3,EFNA2,HOOK2,APPBP2,NSG2,LHX2,HOOK1,DLG5,SPIRE2,CNTN2,BLMH,DEGS1,WDR1,CELF3,CELF4,CHD6,CELF5,AFF3,ELAVL2,ELAVL3,TMEM101,EEF2K,OPA3,TRIM67,EMX1,BCAS3,KLF13,DST,PLA2G4E,TNFRSF19,TBC1D9,NAV2,SEPT3,EEF1G,PTP4A3,GAP43,GFOD2,CDH13,SHANK2,RNFT2,PARD6G,NRXN2,CRMP1,CACNG8,SLIT1,SPOCK1,NCAM1,PCDH1,ATP9A,CACNG4,SLC12A2,LINGO1,NTRK2,MARCKSL1,PPP1R14C,NTRK3,SEMA4C,ATP2B4,MEIS2,ACVR2A,NELL2,SLC4A8,IRGQ,NFASC,PDE10A,SBK1,RPS6KB1,TRIM37,INSM1,CBLN1"
+"gene_set_query"	"1302"	"ZNF676"	"1055.0"	"ARCHS4 Coexpression,1255;Enrichr Queries,1011;GTEx Coexpression,899"	"MDC1,POP7,CCNC,SMC3,CRKL,ALCAM,AP1S1,AKT1,DIP2B,PRKACA,TMEM8B,ARRDC4,ATG3,ST6GAL2,BROX,MTUS1,WDR73,SFRP1,IFT81,HECA,OBSL1,CTBP2,PEX11B,DCUN1D4,NPRL3,FBF1,PLA2G6,SNX1,COMMD9,FLRT2,INPP5F,PRKAR2B,BLOC1S2,PRDX1,ST3GAL1,RIMKLB,SCN3A,GPM6B,SNX5,ZRANB2,INTS3,TMEM50B,BRI3BP,DCLK1,PKIA,PSMG3,COL9A3,C2CD2L,GABRB3,CSRNP3,FAM45A,PHF1,GRIK5,SLC35F1,PRPF19,PCLO,B3GALT2,SDF4,JARID2,TMED4,IFT140,MRPS25,PRPF40B,SLC39A13,TOX4,PSMA3,RPUSD1,TMEM33,KIT,PXDN,TCP1,G2E3,ARHGEF2,PAFAH1B3,DLD,USO1,CRIP2,ADCY6,PSMA7,SERTAD4,LEO1,SUSD4,CTNNA2,BID,RUNX1T1,RYK,ATRNL1,USP9X,SORBS2,MYO9B,VEGFA,RAB11B,PDCL3,RSL1D1,TAOK3,NFIA,NFIB,ABI1,NDUFAB1,PKN1,CD81,CSE1L,ALDH1L2,POFUT2,CDH2,KIF5C,ARHGDIA,SCMH1,NRCAM,LZTS2,FADS1,PCID2,LMO3,VPS33B,VASH2,ATP11C,ZBTB33,ATP1B2,KCTD5,MSH6,DMTF1,MSH2,GPD2,EHBP1L1,MATR3,GRIA2,LPL,FBXO45,CACNA1C,RASGRP2,CACNA1H,GLIS2,DPP6,EFNB3,ZMAT2,BTBD2,ABL1,TBC1D14,DVL3,LONRF2,NEK9,PDHA1,SYT1,VTA1,GFPT1,PAN2,HOOK2,NBEA,DLG3,NASP,HOOK1,GNB2,DNAJC10,CNTN1,CPE,CYCS,LRCH4,UBE2K,GSK3B,PPP1R13B,PRKCSH,CBY1,HMGB3,CHD3,TTC28,PPP1R9B,SENP6,PPP6R1,GATAD1,PPP6R3,WDR6,MAN2C1,EDIL3,RBM6,PEG3,SENP2,DCK,KLF16,DNM2,GAP43,VCAN,PTP4A3,NAV3,DNAJC5,SNURF,LUC7L2,NLGN1,NRXN1,CXXC1,THBS3,MTA1,UGP2,FCHO1,PTPRZ1,U2AF2,POLR2D,PTK2B,MTA2,MTA3,FBRS,DCAF13,TTC14,ARFGEF1,NTRK2,PCDH9,NEGR1,TAF13,PCDH7,PTPN12,CDC42BPA,USP28,ASXL1,RAB15,DOLPP1,CEBPZ,METAP2"
+"gene_set_query"	"1303"	"ZBTB3"	"1055.0"	"ARCHS4 Coexpression,1392;Enrichr Queries,625;GTEx Coexpression,1149"	"POP4,ZMYND8,EPRS,FRAT2,DPYSL2,MYC,LONP1,CCDC97,AKT1,IER5,ATXN7L3,SOX4,IER2,SLC12A9,ARRDC3,WDR74,CIRBP,TALDO1,CD3EAP,WDR73,GTPBP4,DDIT3,DDIT4,HECA,ATF4,DHX8,STXBP2,SUPT4H1,APH1A,CYB5R4,CHTF8,PPP4C,CSTF1,NRBF2,RDH13,PATZ1,ST3GAL2,JUN,JUND,JUP,BCL11A,PLK2,H3F3A,SLC35E3,MAD2L1BP,NR1D1,PBX1,SRPK1,PRRC2A,TMEM199,ZBTB6,ID2,CWF19L1,HBP1,ITM2C,CDKN1C,ARF3,DHRS13,PIGU,BTG1,CITED2,MRPS12,SNX11,PRPF19,TMEM186,MED11,DHX15,SDF2,JARID2,ZC3H10,UPF1,TSC22D1,MINK1,PPRC1,DUSP6,COMMD5,MLF2,RHOB,ENAH,RNF167,MRPL53,SLC7A5,TUBB2A,KIT,PXDN,CDC42EP2,SGK1,CDC123,NOL6,ARNTL,TMEM68,YIPF1,MTX1,STAT2,TTC9C,PPP1CA,TMEM60,VEGFA,KBTBD4,SHKBP1,TAOK2,NUCB1,HDGF,PKN1,KBTBD7,RAB3D,HDLBP,TM7SF2,PAIP2B,SALL2,SESN1,KHSRP,STK16,FADS1,GPT2,ZBTB34,MYCN,DMTF1,SLC9A8,FSCN1,CHMP4B,GEMIN7,CARS2,IDI1,LRRC59,PFKFB4,PFKFB3,CORO1A,GTF2E1,NDRG1,SOCS2,EIF1AD,STIP1,PITRM1,GRK6,ZMAT5,ZKSCAN3,PDZD7,MCL1,PRNP,TRAPPC1,HMGA1,TOR1B,NFKBIA,SH3BP5L,SLC7A6OS,EFNA2,HOOK2,HOOK1,GNB1,NFE2L3,SPIRE2,DHCR7,ZSCAN2,NFE2L1,BCL2L1,MXD4,EIF4G1,ISY1,SCYL3,ZC3H4,PRKCSH,CHD6,SLC2A3,PPP1R9B,DUSP12,SEC61A1,SIN3A,OPA3,FLOT2,PMEPA1,TNPO3,PDPK1,TFIP11,RAD23B,DDOST,PTP4A3,CTDSP2,POLR1B,CRY2,TSEN34,PPP1R15A,RNFT2,RGS19,USP10,SLC3A2,RNF4,FZR1,FAM168B,GANAB,DNPEP,RBBP5,U2AF2,POLR2D,FAM120A,FEM1C,CCDC71,MID1IP1,NICN1,SEMA4C,CDC42BPB,MAPK14,PNRC1,SMUG1,KLF6,TEF,PIK3IP1,IMPDH1,MGAT4B,P4HB"
+"gene_set_query"	"1304"	"DMRT1"	"1056.0"	"Literature ChIP-seq,22;ARCHS4 Coexpression,1405;Enrichr Queries,1250;GTEx Coexpression,1546"	"ITSN2,ATF2,CHIC2,GMFB,POP7,UXS1,ARAF,RBPJ,SCAMP5,PREX1,LSM12,DPYSL5,PSMD5,DPYSL2,AKT2,GPBP1,ANKFY1,PWWP2A,PRKACA,PRKACB,RBFOX1,RBFOX3,DNTTIP1,DNTTIP2,PRKAB1,EML1,MYL6,PRKAR1B,DDIT3,DDIT4,ASPHD2,CGGBP1,MTMR2,SAR1A,MEAF6,MEPCE,AGAP2,PDGFA,AGAP1,BAZ2A,GABARAP,HMGXB4,RNF215,VTI1A,PIP5K1A,JUN,CREBBP,CADM1,CADM2,ABCA3,LARP7,PBX2,MRPL23,EIF1,EIF5,FAM135A,NMT1,PSMG3,NMT2,SFXN1,DZIP3,RNF220,ARF3,PIGQ,PRKAG2,ECSIT,AACS,MED12,TRMT112,ATIC,DLGAP1,JAK1,PCMTD1,IFT140,LRRC49,SIRT4,SLC39A10,MED27,DUSP6,LRRC42,MED21,PXDN,RAPGEF2,PGAM5,TRUB1,RNASEK,SRRT,PSMB6,GGA1,BTAF1,PSMB2,ADAM23,TMEM68,FLNA,RICTOR,RABAC1,MEF2D,SRSF10,UTP6,MDH2,UTP3,GOLM1,ATRNL1,WNT7B,TMEM62,GATAD2A,SKI,SPSB3,TMEM59,ABCB10,SNX16,PSMC4,TAOK1,TAOK2,CIAPIN1,CRLF1,CRLF2,CSE1L,UBE2D2,NAB1,PDCD5,UBE2D3,CASC4,UBE2D1,FADS3,YY1,EIF4ENIF1,SMCHD1,STK11,SESN1,FNTB,MAP3K7,BNIP3L,FBXW5,AGTPBP1,UBE2E3,CTNNBIP1,ATP11B,PRPF4B,TBR1,ATP11A,FOXP4,CASD1,SRCIN1,PIAS2,FOXP1,PIAS1,SAP30,ATXN2L,ACAP3,ACLY,FRMD5,MSH3,PKP4,SRSF4,KPNB1,ARL8B,KHDRBS2,SHC2,PFKFB3,IREB2,GMPS,ARL2,FBXO45,NTPCR,FBXO44,CORO1C,HSP90B1,SOCS2,IGSF21,SBNO1,ATXN2,G3BP1,ZKSCAN2,SOCS7,SLC38A2,NADK,CD276,DRAP1,ZC3HC1,MFHAS1,LRCH1,UBLCP1,OGT,NFE2L1,MDM1,SNAP25,NUMA1,PTEN,ARRB1,NENF,MRPL2,CAPZB,SUMO2,ME1,PMEPA1,EIF5A,BCAS3,MSL2,VPS37B,RAD23B,MSL1,SYF2,TMBIM6,BIRC6,TOP1,GAPDH,SLC25A11,SLC25A4,SLC25A14,AHDC1,BCAT2,GTF3C1,UHRF2,LRP1,ROCK1,SRC,SRF,SRBD1,CXXC1,LENG8,FOXK1,RCHY1,PPM1D,EHBP1,PPM1G,MLLT6,SRM,LRP6,ZNRF2,KATNA1,FEM1C,FYN,IGF2BP2,PCDH1,EIF4B,NTRK2,PTPN1,CIZ1,NDUFA7,PCDH7,PCDH8,TXNL1,FOXJ3,NDUFA2,ATOX1,GSTZ1,SLC25A39,TSPAN13,NOVA2,EIF3H,CCM2,KCNK2,SEC24C,EIF3B,CCNK,CPNE5,EIF4A3,JMJD1C,IFI30,TXNDC15,ACTB,NUDT3,RCBTB2,TRIM28,HERC1,FAM53C,EPC1,BSN,CCNL1,SEC62,EIF2A,CALN1,TMPO,EPHA7,ST6GAL1,ACTN1,ALG2,CIRBP,ANK3,ANK1,GNPAT,SFRP1,CDC37,CSNK2B,ULK2,FAM76A,TRIB2,L3MBTL3,NRN1,AARS2,GGNBP2,L3MBTL2,DHX8,FOXG1,SDC3,PIK3R1,MBTD1,DHX30,SEC14L1,PCBP3,PGBD5,PCBP4,DHX35,HLTF,PCBP2,HIVEP1,RAB11FIP4,ZBED4,B4GALNT4,RAB11FIP5,FAM78B,IQSEC1,HSPA12A,BRI3BP,SMARCA4,EXT1,PTK7,NDUFAF2,ECHDC2,CALM3,CALM1,INTS8,CALM2,MON1B,NRP1,PPP1R11,CETN3,GRIK3,AATK,NAT14,PTPRF,PPP3CA,AKAP11,SPTLC1,ENC1,NCS1,NCOA1,WARS,NCOA5,ZFR,MRPS21,PRPF40B,ANO6,GAB2,MRPS6,CTTNBP2NL,ENAH,CSDE1,KIT,G2E3,ARHGEF2,CD47,DBN1,NAPA,SATB1,DOT1L,CRIP2,PRICKLE1,CCDC106,GNAI2,MNT,PGRMC2,OS9,HSF2,GPC1,MGAT3,MGAT1,CCT5,EXOSC1,NPM1,MON2,HUWE1,NPM3,PPP1CA,TMUB2,SEC23IP,CCNG2,NEDD4,HNRNPA2B1,HDGF,TACC2,PNPLA6,TARDBP,ACTR10,FHOD3,MIDN,ACAA2,NUP188,CRTC1,ACRBP,IGF1R,ACTG1,GRIP1,FAM174B,KIF5C,RGS9,SH3GL2,PPFIA3,RGS6,SLC30A9,ATG9A,TTC7B,POU3F2,MID1,POU3F3,DHDDS,ADAM19,TMX1,GPRIN1,EHBP1L1,RPP21,WDFY3,UBE2V1,PPID,NDRG3,ARHGEF26,PSMD14,CACNA1A,KLHL12,CACNA1C,PDS5B,RASGRP2,CACNA1E,CACNA1G,GRK6,CAMTA1,UBE2H,UBE2I,AUTS2,UBE2B,CCDC136,PHF12,HMGA1,SUPT5H,ANKHD1,RCL1,GNAO1,BMP1,GNAL,HOOK2,PQLC1,HOOK1,GNB2,GNAS,GNB4,CNTN2,CYCS,TCF4,TCF3,LSM14A,MXD4,YWHAE,GSK3B,CUEDC2,RBM26,DYRK2,YWHAB,HP1BP3,CHD6,DDX42,CHD4,ARHGEF10L,CHD3,HMGB1,SOBP,AFF3,RND3,PITPNC1,TTC28,EEF2K,BCL7A,UBE2Q1,BCL7C,BCL7B,NPTN,IFT57,GET4,ARHGEF12,EED,HUNK,YWHAZ,EPN2,PJA1,ELF2,UBE2R2,PEX6,NAA35,NAA38,CUEDC1,MVK,PARG,DDX25,RNF8,RNF4,RNF5,CLCN2,AGPAT3,CAND1,NAA25,PTK2B,SPOCK1,RALY,FBRS,SMNDC1,ARFGEF1,TTC14,RBM39,MBTPS1,TTC13,GALNT2,LRWD1,MAPK14,USF2,SMUG1,RPIA,TEF,QRICH1,GPD1L,FAM98A,RB1,NCKAP1,TRIO,CLPB,SMC3,SLC4A3,DCAF5,GABPB1,DCAF4,GPATCH8,BACH2,DCAF6,RPL7,CNST,MYC,PIP4K2B,IER5,RNF111,TSPYL2,TSPYL1,WSB2,DAPK1,PRKCE,REV1,SOX11,WDR73,GTPBP1,HCFC1,NISCH,GPR161,RPL26,PRR12,ALG10B,DUS3L,NUP205,MAPKAP1,PRDM15,NEDD4L,ATXN7L3B,SLAIN2,VPS26A,RNPC3,PRKCZ,HIF1A,MTDH,RRP7A,FAM171A1,FAM171A2,LDHA,PPP3R1,PPP4C,PRDX4,CHST12,PRDX1,CEP70,ST3GAL5,FDFT1,NAA50,JUND,ICMT,DMPK,H3F3B,SETD1A,IRF2BP2,BRAF,UPF3A,MEX3C,PRRC2A,HNRNPL,SLC6A6,MEX3B,PPP5C,MEX3A,HNRNPK,CDC42SE2,PHF3,GMEB1,SETD3,SPEF1,TCF25,CLTC,CLTB,LPCAT1,WDR46,TRIM8,TIMP2,SPIN1,GPR137,JARID2,CIC,RRP15,BRD2,BRD1,IFNGR2,TCF12,TET2,FAM126A,COPZ1,ZEB2,MTF2,KIFC3,GAS6,GART,WDR26,PHLPP1,RPL12,ADCY6,FGD4,NSD1,USP1,RPS3,BRD8,CKB,FARP1,BRF1,NR1H2,SYVN1,BLCAP,AGBL5,RNF146,PHF5A,TMEM158,NFIA,ABI2,NFIB,ABI1,INHA,PHLDB1,RPL10A,BZW1,SLC8A1,IPO5,RPH3A,PPP1CC,IPO8,ABHD11,CDH2,LAMP1,PAPOLA,SMARCAD1,SLC39A7,LZTS2,MAF1,TMSB10,GTF2I,SLC39A3,IFNAR2,TLE4,SEMA6B,MAP2K4,TLE3,RNF44,MAP2K2,RPS7,USP4,IGFBP3,IGFBP2,GTF3A,AIP,LARP4B,LEMD3,DGKZ,MORF4L1,PHIP,STAMBP,TNIK,FKBP4,ANKRD17,FKBP2,BRSK2,RAB5C,CUL5,BRI3,ABHD2,CUL3,AK2,UBR3,AK3,UBR2,HSPBP1,DVL2,ANKRD10,CCDC32,SRGAP3,SKIL,UVRAG,ATP8B2,TNK2,ADAP1,LSM2,COPS3,CNOT6,NBEA,REEP5,LHX2,NF1,SPIRE2,CPE,PLXNB2,PLXNB1,NACAD,DHCR7,EIF4G3,CNIH3,EIF4G1,SERINC4,RNF11,DAGLA,PTPN23,SYNE2,SGCE,PTBP1,RPL7A,OPA1,AP1G1,SNRNP70,PSD3,TLK2,TLK1,WDR6,EVI5L,SLC37A3,CCDC39,PDCD6IP,CDADC1,CHUK,CCDC34,LANCL1,ZFP91,PTBP2,TSN,PTP4A2,PTP4A3,ASPH,POLR1C,LANCL2,POLR1D,SOS1,NLGN2,WBP2,VPS4B,TULP4,SEMA3F,HDAC7,FBXL20,CACNG7,ABLIM1,PUF60,POLR2A,VPS54,CSK,RBBP6,ASCC2,DCAF11,SPAG9,SEMA4D,KCNIP2,FBXL19,NCKAP5L,PLCL2,DDHD2,PTPN11,PTPN12,DDHD1,SEMA4G,OXR1,BCKDK,NIN,KLF6,VAPA,DRG1,RHEBL1,TPT1,PFKP,TNRC6A,CUL4B,APP,SLC35B4,PITPNB,HS6ST1,RPS14,GOLGA4,RPS19,SAP130,LONP2,UBAP2L,DENR,SEPHS1,GOLGA7,SOX4,AGFG1,SOX5,TIPIN,ARRDC1,ARRDC3,MTUS1,AP1B1,PTOV1,CPT1C,INPP4A,CARHSP1,POR,RRAGC,VDAC3,HECA,SIK1,SUCLG1,LLGL1,PFN2,CUTA,TSHZ3,TEX264,DCUN1D4,DCUN1D2,TWF1,NLK,DGUOK,ZNHIT1,TNRC18,PATZ1,RABGAP1L,PTPRN2,BCL11B,BCL11A,INSR,MEMO1,GADD45G,PUM2,SRPK1,CCDC88A,STAG1,ZZZ3,STAG2,FUBP3,FUBP1,CCDC88C,ANP32E,MAGED2,RNPS1,RBAK,ROBO2,DAZAP2,HBS1L,GDI1,SLC35F5,FAF2,GDI2,OLA1,SIPA1L2,SIPA1L1,XPO1,ZMYM3,GUK1,KIF13A,FEZF2,RALGPS1,PSD,PARP1,TSC22D1,PARP2,PRMT1,PPRC1,ZDHHC17,MLF2,PARP8,RAB33B,VAV2,NME1,HNRNPH1,FRG1,STRAP,SGK1,ALDOA,MAPRE1,FYTTD1,NOL7,NOL9,TRAK1,CUX2,CUX1,NT5M,APBB1,MAP4K3,MAP4K4,MYEF2,RANBP3,RYK,AP3D1,CTNNB1,RAB3GAP2,TRIP12,APBA1,KDM1A,HDLBP,TOMM20,COL4A3BP,BASP1,POGZ,PHYH,KDM2B,DSCAM,APLP2,SPNS2,APLP1,TOMM34,WRNIP1,KCTD3,ATP1B1,MYCN,RPL7L1,SPECC1L,MATR3,FIZ1,COPB2,ISYNA1,RPS19BP1,NTM,CHRNA7,CLEC16A,DTX1,DTX3,CPLX2,SEL1L3,DPP6,EMG1,EP400,OTX1,MYH10,PDZD8,MARK2,BPTF,MARK1,SMAD1,CPSF7,CPSF6,CBX5,WSCD1,HSPA4,RHBDD2,SMURF1,IDH2,IFT122,DNAJC14,EIF2S1,AZIN1,NFKBIA,ARHGAP32,EFNA3,EFNA2,DLG3,DLG4,DLG5,DNAJC10,JMY,BRWD1,SAE1,ZSCAN2,CREBZF,KDM5B,KDM5C,THRA,DOCK9,ELAVL2,ELAVL3,HS2ST1,SENP7,SPRED1,ZC3H7B,CASP3,PDE4B,TMEM108,KDM6B,KLF13,H2AFY,SPATS2,PPP2R5B,H2AFV,RPS3A,PPP2R5D,TRNAU1AP,ARID1B,POMGNT1,DNM1,KLF16,TGFBR1,FCHSD2,IGDCC4,CDH11,CDH13,LUC7L2,TSEN34,VAC14,KDM3B,USP12,WIZ,SPG7,ATP1A1,TM2D3,TOB1,STRN4,IWS1,MAPK7,ALDH1B1,LEPROTL1,FAM120A,PDE6D,NCAM1,CLASP2,SPEN,PTCD2,CYHR1,USP29,MEIS2,PDE10A,RPS6KB1,CDK2AP2,CDK2AP1,SSBP4"
+"gene_set_query"	"1305"	"SP5"	"1056.0"	"ARCHS4 Coexpression,975;Enrichr Queries,979;GTEx Coexpression,1215"	"RPL30,RPL31,KDELR1,RPL8,HS6ST1,RPL9,RAPGEFL1,RPL7,FAM110A,RPS15,RPS14,MYC,RPL36,IER5,RPS10,TBC1D10A,SOX4,HES6,EPHA4,PRKAB2,MOGS,ACSL3,SOX12,EML4,SFRP1,CARHSP1,POR,DDIT4,RPL27,RPL29,OBSL1,NRN1,RPN2,APCDD1,ADH5,APH1A,RDH13,PLCG1,SNX5,BTF3,VAT1,JUN,RPL41,JUP,CADM1,BCL11A,NR2F1,NR1D1,SMARCA1,PAICS,DCLK1,GADD45G,TMEM198,GLUD1,VANGL2,SLC6A8,PTK7,FASN,ID2,PPP1R1B,SDC1,COL9A3,RCOR2,ITM2C,NRP1,CCDC120,RPLP1,RPLP0,LRRC3,SPPL3,PTPRF,SMPD4,SH3PXD2B,ENC1,NEFL,KIF1A,STARD3NL,ELOVL2,DUSP6,DDB2,MLF2,RGMA,MN1,TUBB2B,KIT,PXDN,RHOU,CSTB,AHCY,STAU1,RPL11,ODC1,PRICKLE1,PTN,RFNG,TM9SF4,PGRMC2,CAMK2N1,MICALL1,CKB,GPC4,RPL18,RPRM,MAP4K4,FARP1,WNT7B,PCGF2,SNX21,LRPPRC,KIF26A,CACHD1,CRLF1,SCARB1,CHPF,ARID4A,RPL10A,CLU,IPO4,IPO5,CHCHD3,SLC39A7,FADS1,NOMO1,SH3GL1,TPRA1,PCYT2,RPS7,RPS5,IGFBP3,GPT2,CTNNBIP1,IGFBP2,FOXP4,PDIA6,PDIA4,MYCN,ADAM15,PKP4,CUL7,PKDCC,CHRD,UBFD1,PHB,EFNA4,SEL1L3,EFNB2,OTX1,VARS2,CD276,CBX2,IDH1,ASPSCR1,FBXO31,EFNA3,H1F0,EFNA2,STK24,HOOK2,LHX2,BLMH,DEGS1,PLXNB1,DEGS2,ZNF512B,LDB1,ETFB,BICD2,LMNB2,EEF2K,NOB1,MDK,PEG3,PLA2G4E,TNFRSF19,NAV2,REXO2,ARFGAP1,COASY,NIPSNAP1,ARL4C,VCAN,PTP4A3,CDH11,RPL37A,SMARCD2,SEC23A,ROCK2,CXXC1,PARD6G,ACVR1B,RCHY1,DLL1,EHBP1,HSPD1,FZR1,GMDS,PABPN1,NT5DC2,IGF2BP2,CYB5B,HNRNPA3,RRM2,PCDH7,PCDH8,SEMA4G,BAIAP2,MEIS2,ACVR2A,NELL2,RPS6KB2,TRIM35,SPRY2,ACIN1,EIF3F,VIM,INSM1,P4HB,EIF3C,CBLN1"
+"gene_set_query"	"1306"	"CRX"	"1057.0"	"Literature ChIP-seq,65;ARCHS4 Coexpression,1624;Enrichr Queries,1042;GTEx Coexpression,1496"	"TDRKH,TRIO,ARAF,DCAF8,ELK1,DCAF4,BACH1,RRP9,NDST1,RNF115,KRTCAP2,TBK1,SCP2,PSMD4,DPYSL2,MYC,DPYSL3,PRKAB2,RBFOX2,CD3EAP,SOX11,SCAMP3,ATG12,LARS2,RNF123,RNF126,ARMC6,UQCRC1,ATF4,SAR1B,HIF1A,GNS,GABARAP,LDHA,PRKAR2A,PIP5K1A,NUP88,RDH13,HMGXB3,ATRIP,JUN,CADM3,JUND,NDFIP1,SNAPIN,CADM4,PNO1,NR2F1,IRF2BP1,EXOC6B,MTHFR,MRPL24,PBX1,WDR55,MRPL22,MEX3B,UNC119,FAT3,CDC42SE2,CEP57,PHF23,CLTC,LPCAT1,MRPL39,MRPL36,MED17,PHF8,MECP2,ENSA,ANXA6,SSR4,SSR2,DYNLL2,TOMM40L,DUSP7,SLC7A5,ZEB2,BDH1,PXDN,PELI1,GARS,PLEKHO1,NFIX,GPS2,PSMA7,RPS15A,EXOSC10,CHN2,CLPTM1,ANO10,HARS,BRD8,DEDD,NKTR,WDR17,MDH1,NFIA,DGKE,CTNND2,TUSC2,CEP120,LTN1,APEH,YY1,ATCAY,GRB14,PAPOLG,SLC25A44,STK32B,FADS1,PCDHAC2,NOMO1,SLC25A46,SEMA6C,IK,USP4,IGFBP3,CTNNBIP1,TBR1,LEMD3,THOC5,PGD,ILF2,TRAIP,TPST2,DMTF1,RAB35,SNRPG,SNRNP27,RAD54L2,GRIA1,LRRC59,INO80B,PFKFB4,FAM114A2,NACC1,G3BP1,DVL2,PLXNA2,THEM4,IP6K1,SRGAP1,IP6K2,MCL1,MPDU1,TRAPPC1,CCDC12,HPS4,GNL3L,LHX2,UQCRQ,REEP2,SPIRE2,AAK1,CSPG5,CLPTM1L,NF2,CNOT8,NIT1,RNF185,EIF4G1,SNAP25,CELF3,PTPN23,RLBP1,DUSP12,GM2A,SCRN1,PSD2,VPS72,OPA3,WDR6,MRPL9,EIF5A,BCAS3,VBP1,ARNT,SMC1A,SEZ6L,PTP4A3,HAX1,CTDSP2,POLR1B,PIK3C3,ALDH9A1,SEC22C,RNFT2,WBP1,SRF,PRCC,CXXC1,FOXK1,SEMA3F,PPM1D,JAKMIP1,PPM1E,HDAC6,EHBP1,GANAB,PTPRZ1,ABLIM3,POLR2A,U2AF2,POLR2D,ASCC2,PCDH1,SEC11A,SLC12A2,SEMA4A,NICN1,MTOR,GSTZ1,SNRK,CDKN2AIPNL,APC,MFAP3,IMPDH2,DRG1,INSM1,VPS45,CDO1,TCERG1,EIF4A1,APP,THUMPD1,ACTB,CYB5D1,RPS14,HERC4,CDC23,FLAD1,CHORDC1,DAG1,FAM53C,SEPHS2,ATXN7L3,SOX4,SOX5,PDHX,SMARCC1,SACM1L,ACSL6,AP1B1,ANK1,PISD,FAM76B,GPM6A,IGSF8,MGST3,TEX261,GMCL1,IGSF9,APH1A,DHX30,DGUOK,FXR2,LARS,PCBP4,SCAP,KCNN2,DECR2,GPM6B,XBP1,FAM78B,INTS3,SLC35E3,KLHDC8B,ACADSB,HARS2,ANP32E,CALM1,FAM57B,GRIK5,SLC7A11,COIL,XPO1,OTUD6B,KIF1B,PBRM1,MRPS23,SYP,COMMD1,MRPS7,SYN3,LIME1,AP3B2,SREBF2,RHOA,MLF2,KIT,UFC1,ARHGEF2,PTMA,SFI1,CSTB,PNCK,TOMM40,GBA,STX18,GDPD1,DERL2,AKAP1,PPP2CA,EXOSC7,SERTAD4,NFIL3,SERTAD2,PES1,TBL1X,CCT7,METTL9,CCT5,CCT4,YIPF5,HUWE1,PEX14,MAD2L2,SPCS3,PER1,XPOT,PRKRA,HDGF,OTUD5,CRTC2,ARID4A,CELSR3,GRIP1,KHSRP,ZGPAT,UBE4B,ATP1B2,POU3F2,MID1,MYCN,PRPF3,MATR3,FAM92A,DAP3,KLHL18,LPL,CACNA1A,HTRA2,CACNA1D,SLC1A4,ZMAT5,PDZD7,HSPA9,SYT4,UBE2B,HMGA1,CWC15,SMAD5,ANKHD1,DNAJC18,RALYL,EFNA2,HOOK2,TMEM115,HOOK1,DLG4,PI4KB,RERE,B4GALT3,ACADVL,KDM5C,CNRIP1,USP32,CHD6,ADAR,AFF4,LMNB1,LRRTM2,DACT3,KDM6B,PDPK1,VCAN,CREB1,NDUFS6,PFDN1,NDUFS2,NAA38,CUEDC1,CAMK1G,DCTN5,KDM3B,DCTN1,DCTN4,RNF7,ADD2,HMGCL,TMEM201,DNPEP,UGP2,SAP30L,SPOCK1,LIMK2,CADPS,MIIP,PCDHGC3,HS3ST2,IRGQ,PNKD,NEURL4,RPS6KB1,PPP2R2B,ERCC1,ERCC2,QRICH1"
+"gene_set_query"	"1307"	"ETV3"	"1057.0"	"ARCHS4 Coexpression,1227;Enrichr Queries,581;GTEx Coexpression,1363"	"TFRC,ZDHHC5,HNRNPU,JMJD1C,IFI30,BACH1,RAPGEFL1,ACTB,FAM110A,ALCAM,DPYSL2,MYC,LONP1,GLUL,IER5,SOX4,IER2,MEF2A,MEF2C,ARRDC3,IFRD1,CD3EAP,DDIT3,DDIT4,SIK1,HECA,EZR,DHX8,CDCA4,PIK3R1,HIF1A,SGPL1,HIVEP1,RDH13,HIVEP2,ST3GAL1,N4BP1,JUN,JUND,JUP,RCC2,PLK2,EDEM1,IRF2BP2,GADD45G,MED13L,EHD1,SLC6A6,VANGL2,FASN,ID2,SDC1,CPEB4,ITM2C,CCDC120,BTG1,SLC35F2,CITED2,CTSZ,CLTB,SLC7A11,SPPL3,MED13,PLEKHN1,JARID2,ELOVL4,TSC22D3,ACAD9,DUSP6,RHOB,DUSP7,SLC7A5,TET3,PXDN,PELI1,RAPGEF1,RAPGEF2,RHOV,ARHGEF2,SGK1,GRAMD1A,WDR26,SATB1,SLC20A1,DOT1L,ARNTL,NFIL3,SERTAD2,MEF2D,WNT7B,STAT2,MYO9B,VEGFA,TRIP12,PKN1,CRLF2,FBXO28,RNF19B,PEBP1,UBE2Z,LAMP1,EP300,PIM3,DENND5A,RALBP1,SLC38A1,KDM2A,CTNNBIP1,ATP11B,FOXP1,RAB35,MAPKAPK2,PPIF,CHMP4B,PFKFB3,INSIG1,EFNA4,NDRG1,SBNO2,PSAP,SLC38A2,SKIL,MCL1,IVNS1ABP,PRNP,NFKBIA,EFNA3,EFNA2,NR4A3,STK24,HOOK2,HOOK1,MAFG,BLMH,DEGS1,DEGS2,PICALM,PRKCSH,CHD6,SLC2A3,RND3,AFF4,BICD2,SPRED2,DUSP12,EEF2K,GM2A,MFSD5,RASGEF1B,PDE4B,KDM6B,ARHGEF11,PLA2G4E,PDPK1,TNFRSF19,PATL1,PTP4A1,PTP4A3,CTDSP2,B4GALT5,PPP1R15A,PPP1R15B,NFAT5,SRC,USP12,PARD6G,DDX21,ACVR1B,TOB1,GNA13,DNAJB1,ZNRF2,DNPEP,MKNK2,FEM1C,FNIP2,SPAG9,PTPN1,MARCKSL1,PPP1R14C,PDE4DIP,ATP2B1,SOD2,ACVR2A,PNRC1,NELL2,KLF7,KLF6,RPS6KB2,TRIM35,SPRY2,VIM,ATP13A3"
+"gene_set_query"	"1308"	"ZNF552"	"1057.0"	"ARCHS4 Coexpression,944;Enrichr Queries,895;GTEx Coexpression,1333"	"CYFIP2,APP,IFITM2,EHMT1,PREX1,FRAT2,CAPNS1,MPRIP,MYC,LONP1,AP1S1,GLUL,SOX4,SLC12A9,ST6GAL1,ARRDC1,DAPK1,PRKCD,TALDO1,CD3EAP,ANK3,SND1,BIN3,DDIT4,LLGL1,PRR13,CDC42SE1,TTYH3,DHX8,STXBP2,NEDD4L,PIK3R1,PGS1,CYB5R4,PPP4C,RDH13,PIP5K1C,MAP4,ST3GAL1,VASP,VAT1,JUN,XBP1,H3F3A,SLC35E3,IRF2BP2,PHC3,PBX1,SNUPN,PRRC2A,CALM3,ITM2C,DHRS13,PIGU,SMG1,GDI1,PIGP,SNX12,PCSK7,PRPF19,PTMS,MED11,SPTLC2,XPO6,NCS1,TIMP2,SDF4,JARID2,RAB8A,GIT1,NCOA2,TSC22D3,MINK1,GMIP,DUSP6,SREBF2,MLF2,RHOB,SLC7A5,MED22,PXDN,SGK1,ERGIC1,CSTB,RNASEL,CCNDBP1,CENPB,FAM129B,FGD3,ZDHHC18,GPC1,FLNA,YKT6,YIPF1,SKI,NFIA,MORN4,SHKBP1,CCNG2,NUCB1,PKN1,MEGF8,CRCP,CD81,CLSTN1,ATN1,SLA,CELSR2,CLU,IGF1R,LAMP1,FAM174B,ARHGDIA,STK16,COTL1,SBF1,SYBU,TPM4,USP5,TPM1,ATP11B,CTDNEP1,CLIP2,HNRNPUL1,HNRNPUL2,SLC9A8,FSCN1,PFKFB3,ARHGEF25,ABHD2,ITPR1,TOR1AIP2,CSF2RA,KLC2,GRK6,BTBD2,NACC1,ABL1,NADK,CORO2A,EEF2,NFKBIA,EFNA2,HOOK2,HOOK1,DLG4,GNB1,MDM2,NFE2L3,PLEKHM2,MDM4,DEGS2,NFE2L1,RNF187,UBE2M,B4GALT2,SCYL3,PRKCSH,CHD6,SLC2A3,ARRB2,YBX1,AFF3,LMNB2,LMNB1,PIK3C2B,DUSP12,EEF2K,SCRN1,ZC3H7B,FLOT2,TNPO2,YWHAG,KDM6B,PDPK1,TBC1D9,NAV2,PTP4A3,TRAF4,CTDSP2,POLR1B,TSEN34,MTPN,USP15,CANT1,RGS19,NLGN2,DCTN1,MLLT1,ATP1A1,TOB1,FAM168B,GANAB,DNPEP,U2AF2,NT5DC2,GNA12,REPS2,FEM1C,IGF2BP3,SLC25A23,ATP9B,KDM4B,PPP1R14B,GALNT2,LIMK2,PDE4DIP,CDC42BPB,SLC4A8,KLF6,IMPDH1,MGAT4B,PDCD4,GPD1L,VIM,SMAP2,PFKP"
+"gene_set_query"	"1309"	"ZNF429"	"1059.0"	"ARCHS4 Coexpression,1087;Enrichr Queries,809;GTEx Coexpression,1281"	"IFITM2,VARS,ZDHHC5,HNRNPU,PREX1,FRAT2,RASSF2,ALCAM,CAPNS1,TRIM28,DPYSL2,AKT1,PRKACB,ATXN7L3,SLC12A9,ARRDC4,EPHA4,ST6GAL1,ARRDC3,RFX3,CD3EAP,MOGS,SOX11,ANK3,ACTN4,SND1,DDIT4,ORAI2,FLII,SUPT4H1,NEDD4L,PIK3R1,CDKN2AIP,APH1A,CYB5R4,SPAST,NRBF2,ST3GAL2,SLC19A1,SCAI,ZSCAN18,JUN,BCL11A,H3F3A,PBX2,ACADSB,PBX1,DCLK1,PRRC2A,HNRNPL,ABTB1,ID2,GRB2,FBXL5,TECPR2,CPEB4,ROBO2,ARF3,DHRS13,DAZAP1,BTG1,HIP1,FAM45A,CITED2,SNX11,SLC7A11,SIPA1L2,PRPF19,SMG5,MED11,XPO6,SDF4,JARID2,RALGPS2,UPF1,MINK1,TET2,SLC39A10,MLF2,RHOB,RNF144A,ZEB2,PXDN,EXOC6,RHOU,PLCB1,SATB1,CENPB,FGD3,FGD4,AMN1,HIRA,ZDHHC18,TMEM169,CHN2,PES1,BID,YKT6,PLEKHA1,SORBS2,NFIA,NFIB,TAOK2,NUCB1,HDGF,PKN1,KBTBD7,MEGF9,FAM49B,ATP8A1,HDLBP,SLA,ARID4A,FRY,CYP46A1,SLC8A1,IGF1R,PAIP2B,ZFP30,CDH2,LAMP1,KIF5C,SESN1,ARHGDIA,NRCAM,SBF1,SLC25A44,FADS1,AGTPBP1,USP5,MAGI2,TTC7B,ZBTB34,HNRNPUL1,HNRNPUL2,SLC9A8,RAB35,CHMP4B,KPNB1,LRRC59,PFKFB4,ANKRD12,CSF2RA,EFNB2,ORC4,ZMAT5,DVL1,NACC1,MAP2K6,ACBD6,KLHL24,EEF2,AHI1,HOOK2,NBEA,HOOK1,LRFN1,GNB2,GNB1,FGF13,NFE2L1,EIF4G1,KDM5C,PRKCSH,CHD6,SLC2A3,YBX1,PHTF1,LMNB2,PPP1R9B,DUSP12,SEC61A1,SEPT9,LASP1,SNRNP70,FLOT2,EDIL3,PDPK1,RAD23B,ZFP90,ARL4C,TRAF7,VCAN,PTP4A3,SETBP1,CTDSP2,DNAJC5,TSEN34,RGS19,USP10,RAB1B,OPRL1,JAKMIP2,STOX2,FAM168B,GANAB,RBBP5,U2AF2,REPS2,EIF4H,FEM1C,ATP9B,ATF7IP,MBOAT7,PCDH7,SSRP1,CDC42BPB,DDHD1,HNRNPAB,MAPK10,P4HB,SMAP2"
+"gene_set_query"	"1310"	"KAT7"	"1059.0"	"ARCHS4 Coexpression,1110;GTEx Coexpression,1008"	"TDRKH,GMFB,NUP188,KDM1A,RNF19B,DCAF5,ACRBP,BACH2,GLE1,FADS3,YY1,EIF4ENIF1,STK11,DHX57,RUVBL2,SAP130,ARID2,ANKS1B,NUP214,TLE4,USP8,IK,FBXW5,ATG9A,TTC7B,AARSD1,ANK3,PIAS2,FOXP1,ST7L,OXA1L,MAPKAPK5,NUP98,RAD54L2,GPM6A,BEX1,ARHGEF26,CUL3,GMPS,CUL1,NEDD4L,PDGFA,CACNA1A,CACNA1D,NMD3,GIGYF2,TTBK2,TIMM50,SBNO1,DHX30,ORC4,NEUROD2,DPP6,ORC6,ZNHIT1,RIC8B,KIF3B,INPP5F,RNF215,CHST12,PRKAR2A,PSMF1,NDUFV3,ATRIP,SRGAP1,ST3GAL2,PDZD7,RAB11FIP5,WDTC1,AP1M1,BRAP,XRCC6,PRRT2,NUP155,CADM1,CCDC136,SLC35E3,IFT122,CNOT10,TRAPPC8,BTBD9,PBX1,PRRC2A,MLLT10,UBE2W,CNOT7,MKRN2,PHF13,LSM14B,AVL9,BAP1,KDM5B,SCYL3,COX7B,USP32,FAF1,DOCK7,CELF4,YBX1,SMG7,COIL,SENP7,PCM1,SENP5,TLK2,MYO18A,ARIH1,UBXN6,TBP,USP42,MRPS23,ATRX,ZFP91,TUBG1,MED26,COMMD4,PDRG1,KIN,POLR1C,CD47,PAFAH1B1,RNFT2,RGS16,RNF38,DDX20,SEZ6,NOL9,MFF,NCALD,AKAP1,PPM1G,HIRIP3,KATNA1,TMEM68,SLITRK5,NCAM1,BRD8,RAE1,FBRS,SF3A1,TRIM41,YIPF4,LRWD1,MYO9A,USP29,CABLES2,TTC17,AGBL5,NEDD4,RAB12,NBR1,DRG1,YPEL1,TRIP12,INSM1"
+"gene_set_query"	"1311"	"ZNF750"	"1059.0"	"ARCHS4 Coexpression,1464;Enrichr Queries,1306;ReMap ChIP-seq,158;GTEx Coexpression,1308"	"MAPKBP1,MT-ND4,GMFB,TFRC,ITSN1,RRP1,PHB2,TSEN54,FAM110A,LSM10,SCAMP4,ZFYVE27,RNF114,CAPNS1,MYC,IER5,CDK5RAP3,IER2,GABARAPL1,ACOT7,RPL23,SOX12,SCAMP2,RUFY3,CLPP,DDIT4,VOPP1,RPL26,UBA52,PRR14,ATF4,CDC42SE1,SLBP,CDCA4,MRPL18,NPRL3,AGAP2,ABCB8,MRPL12,ANAPC11,PRDX5,PPP4C,RDH13,PUSL1,SERF2,FDFT1,HEXIM1,NDFIP2,JUN,RPL41,PRRT2,JUP,PLK2,PA2G4,NR1D1,MCAT,THAP11,CS,MLLT11,EHD1,HNRNPL,UCK2,TBL3,VANGL2,EIF6,PSMG4,ITPA,ELL,PIGO,CLTB,MRPL38,GPT,CTCF,ECSIT,MRPL34,SMG5,PQBP1,DDA1,TRIM8,TMEM189,TRMT112,UBL3,GPR137,PLEKHN1,RRP12,CIC,APC2,ZC3H10,DFFA,LRRC45,WDR37,ELOVL4,MIOS,PGAM1,MRPL49,NUTF2,DYNLL1,MED29,DUSP6,DUSP7,DDB2,MED22,MRPL53,SLC7A5,SLC7A6,TUBB2B,PLSCR3,TET3,TCP1,PXDN,TUT1,TKT,PAFAH1B3,LRRC14,TRUB2,SRRT,ADCY6,FAM129B,MICALL1,AP2S1,RPS2,ZSWIM4,CENPT,LRRC24,SF3A2,UTP3,WNT7B,SYVN1,DHRS1,LRRC20,AGBL5,RNF145,FABP5,TTLL1,AGRN,ANKRD13D,FBXO28,CTNND1,RNF19B,RPL10A,HDDC3,TM7SF2,EDC4,ABHD11,MAEA,PMPCA,FADS1,PLEKHJ1,IK,PCYT2,CISH,IGFBP3,CTNNBIP1,GTF3A,SARS,RPSA,PGD,NRBP1,LENEP,ST7L,PYGO2,ACAP3,ILF3,RAB31,RAB34,RAB35,MADD,FKBP8,NHP2,ADNP,SRSF9,SLC27A4,ANAPC2,INO80B,FKBP2,RAB5B,PFKFB3,CCDC24,MAZ,ABHD8,FOXO6,ACAT2,SLC9A1,GOLGA7B,NDOR1,DDRGK1,PMVK,BTBD2,E4F1,SLC38A2,ESRRA,MARCH9,FANCE,CHERP,SLC7A6OS,STK24,REEP5,CDK4,NF2,NIT1,BCL2L1,SLC48A1,DIDO1,ARRB1,PTPN23,BICD2,RPL7A,DUSP12,ACP2,MDP1,UNC45A,REXO1,TNFRSF19,AMT,RPL13A,RANGAP1,REXO2,RABGGTA,ZFP90,MSL1,PTP4A3,TRAF4,SYF2,POLR1C,DCTPP1,GAPDH,SFT2D1,BCAT2,HDAC5,PPP1R15B,NLGN2,WBP1,WBP2,WBP4,CXXC1,PARD6G,SEMA3F,TSPAN31,PPM1G,DNAJB1,GANAB,ABLIM1,FZR1,ABLIM3,VPS53,RBBP6,FEM1C,LRRC8A,E2F4,POLR2I,DCAF11,AAMP,SLC35A2,MLXIP,PPP1R14B,FEM1B,FBXL19,NICN1,NDUFA2,SEMA4C,LYSMD1,RPL23A,FBXL16,BAIAP2,MCOLN1,TPD52L2,TRIT1,TSPAN14,KLF6,POLR3D,MFAP2,TRIM35,P4HB,BCAR1,TRIM33,EIF4A2,ZDHHC5,DIXDC1,IFI30,GBA2,RAPGEFL1,ZDHHC3,ACTB,CYB5D1,RPS15,HERC3,FLAD1,RPS11,SEPHS2,TBC1D10A,TBC1D10B,TMPO,IMP3,ECH1,IFRD1,MOGS,AP1AR,ACSL3,ACTN4,CSNK1E,MAPK8IP3,POR,CRYZL1,ULK3,ULK1,VDAC1,HECA,KCTD15,STX1A,IGSF3,DHX8,PIK3R2,RPAP3,CDKN2AIP,IGSF9,SGPL1,SURF6,CTSA,SURF1,SURF2,BCL11A,RCC2,SURF4,MICAL3,GADD45G,ID2,INTS5,SDC1,PAF1,CALM1,RPS21,HERPUD2,DAZAP1,CCDC120,UBXN1,SLC35F2,CCDC124,TECR,SLC7A11,SPPL3,PTPRF,PPP3CA,GUK1,CHMP1B,CHMP1A,ENC1,RAC3,NDEL1,COX8A,ATP6V0B,TMEM150A,PRMT7,ACAD9,ZDHHC16,PPRC1,TUBG1,APRT,MLF2,VSNL1,B3GNT5,KIT,ARHGEF4,RHOV,ALDOA,SGK1,MPND,STK40,CSTB,SSNA1,DOT1L,NEDD8,GNAI2,EXOSC7,ZDHHC18,GPC1,DCPS,EXOSC1,VEGFB,AP3D1,RAB11A,PEX14,FKBP1A,RGP1,TTC9,CAPZA1,HDGF,FAU,PNPLA6,GRINA,SCARB2,SYS1,NDUFA11,MPI,CELSR2,ARHGDIA,CAPN2,COTL1,SBF1,BAHCC1,PPFIA3,SH3GL1,RALBP1,SPNS2,ACYP1,ATP1B1,ADAM15,FAM173A,ILVBL,UBE2V1,IDI1,NDUFB10,RPS19BP1,FBLN1,EFNA4,NDRG1,EMG1,DEAF1,BCL9L,OST4,PRNP,UBE2H,ACBD4,CBX4,HMGA1,DSTN,TBCB,SSH3,IFT20,EFNA3,H1F0,HOOK2,HOOK1,BLMH,DEGS1,AMOTL2,DEGS2,B4GALT2,GSK3B,B4GALT3,GSK3A,LDB1,DDX47,PRKCSH,DBI,TNFAIP1,CHD3,YBX1,USP39,LMNB2,PPP1R9B,LASP1,TMEM223,EEF2K,BCL7A,MFSD5,BCL7C,SNAPC4,MYO18A,TIMM17B,RBM6,KDM6B,TSFM,RBM14,PLA2G4E,PLA2G4B,ABCC5,RNF208,NAV2,SYNGR3,KLF16,EEF1G,NDUFS7,TRNP1,FAM84A,NDUFS2,PFDN2,ACOX3,PFDN5,OTUB1,STOML2,GMPR2,RGS16,ASAP2,ACVR1B,TOB1,RMND5B,NXF1,TMEM203,TAF1C,MKNK2,MTA2,FBRS,RRM2,B3GAT3,BAD,ACVR2A,USF1,DLK2,SLC4A8,PNKD,CARM1,RPS6KB2,ASB6"
+"gene_set_query"	"1312"	"HOXB6"	"1061.0"	"ARCHS4 Coexpression,590;Enrichr Queries,1159;GTEx Coexpression,1433"	"MDC1,VARS,KDELR1,ZDHHC7,ZDHHC8,CAPNS1,TRIM28,DPYSL2,MYC,PSMD3,EPHB2,SOX4,SCRIB,ACTN4,CSNK1E,PRKAB1,HCFC1,SFRP1,DDIT4,HECA,PRR12,TELO2,TMEM87B,NPRL3,MRPL12,DHX37,MLEC,SYMPK,TNRC18,NTSR1,CTSA,JUN,ICMT,INTS1,FUCA1,PLK2,SETD1A,NR2F1,IRF2BP1,PBX1,PRRC2A,HNRNPL,PPP5C,TDP2,ID2,GIPC1,CALU,DUS1L,ITM2C,CDK16,CDKN1C,NRP1,PYGB,DAZAP1,SLC7A11,PRPF19,SMG5,PTMS,AKAP12,TMEM44,TIMP2,RAC3,SDF4,NANS,DUSP6,MLF2,RHOB,NCOR2,TOX3,UGDH,ZEB2,INF2,PXDN,TMEM106C,SGK1,PHLPP2,CSTB,NFIX,SATB2,SRRT,CRIP2,SLC7A1,CENPB,FAM129B,PES1,ANKRD52,RPS2,SF3A2,AP3D1,SAMD4B,SCAF1,NFIA,MYBBP1A,TAOK2,HDGF,AGRN,FRYL,HDLBP,ATN1,ARID4A,PLOD3,CLU,IPO7,FBL,ARHGDIA,CAPN5,CAPN2,FBRSL1,LZTS2,PLEKHJ1,SH3GL1,DGAT1,IGFBP3,IGFBP2,ATAD3A,RNF40,ILF3,HNRNPUL1,FSCN1,PDE9A,KPNB1,SNRPA,RAI14,LRRC59,INO80E,CD151,ANKRD11,MAZ,PXN,FBLN1,NDRG1,PRPF8,SUPT6H,SOCS2,EFNB2,RAI1,IRAK1,DVL1,NACC1,ABL1,PLXNA1,CDH24,BCL9L,CPSF1,EEF2,ZZEF1,MARCH4,CHERP,ARHGAP23,EFNA2,LRFN4,HOOK2,LHX2,HOOK1,UBE2S,CNOT3,CNTN1,PLXNB2,UBA1,SERINC2,EIF4G1,UBE2M,ITGB1,KDM5C,PRKCSH,MAST2,YBX1,PTPN23,LMNB2,DUSP12,SEC61A1,LASP1,PMEPA1,EIF5A,CAD,H2AFX,DDX54,REXO2,SMC1A,RANGAP1,SENP3,EPN1,CKAP4,ARL4C,TRAF7,VCAN,PTP4A3,CDH11,AKT1S1,TRNP1,SLC25A5,GTF3C1,CANT1,HDAC1,CXXC1,WIZ,STRN4,GANAB,MTA1,NCLN,HECTD3,U2AF2,GNA11,NT5DC2,FAM120A,POLR2D,SH3BP4,POLR2H,MEST,CIZ1,RRM2,TAF15,NAA10,PCDH7,FBXL19,SEMA4G,SSRP1,CDC42BPB,MEIS2,HNRNPAB,MGAT4B,ACIN1,RBM42,VIM,BCAR1,EIF3A"
+"gene_set_query"	"1313"	"ZNF763"	"1061.0"	"ARCHS4 Coexpression,804;Enrichr Queries,922;GTEx Coexpression,1456"	"IFITM2,VARS,ZDHHC5,PHB2,BACH2,RCBTB2,FRAT2,CAPNS1,TRIM28,DPYSL2,GOLGA1,PSMD3,AKT1,TRIM27,ATXN7L3,SLC12A9,ARRDC4,WSB1,PRKCD,ARRDC3,ZFP2,MOGS,SCRIB,SOX11,ACTN4,SND1,DDIT4,CRYZL1,HECA,KCTD12,TTLL12,TRANK1,CDKN2AIP,APH1A,CYB5R4,LARP1,MLEC,ZSCAN18,JUN,FZD3,ICMT,SETDB1,INTS1,BCL11A,PLK2,RCC2,H3F3A,PRRC2A,MLLT11,HNRNPL,ABTB1,ID2,CWF19L1,FXYD6,HYOU1,INTS8,ITM2C,CDKN1C,ARF3,DHRS13,NRP1,PIGU,DAZAP1,CITED2,CLTC,SLC7A11,PRPF19,SMG5,AKAP12,EPM2AIP1,TUBA1A,XPO6,PCMTD1,CAP1,MAP4K2,UPF1,TSC22D3,LRRC49,MINK1,NME2,GMIP,DUSP6,MTSS1,MLF2,RHOB,KIN,ZEB2,PXDN,RHOU,SGK1,RNASEL,NFIX,SATB1,SATB2,CCNDBP1,SLC7A1,CENPB,FAM129B,FGD3,AMN1,TMEM169,PES1,MFN2,ANKRD52,YKT6,MAP3K3,SF3A1,AP3D1,TMUB2,ATAT1,NFIA,MYBBP1A,SHKBP1,CCNG2,SERBP1,TAOK2,YPEL1,NUCB1,HDGF,PKN1,KBTBD7,RNF141,ZFAND6,HDLBP,SLA,UBE2D1,FRY,IPO7,TOMM20,IGF1R,SMCHD1,ZFP30,ARHGDIA,STK16,SLC39A7,SNRNP35,SBF1,USP5,USP3,TPM1,ATAD3A,FOXP1,DMTF1,HNRNPUL1,SLC9A8,CHMP4B,FKBP4,KPNB1,LRRC59,PFKFB4,MAZ,UBR2,CSF2RA,NDRG1,SUPT6H,SOCS2,EFNB2,IRAK1,NACC1,ZKSCAN3,ABL1,SRGAP1,NADK,PDZD7,ACBD6,PRNP,AUTS2,FBXO38,KLHL24,EEF2,CLK4,CLK3,DNAJC18,EFNA2,HOOK2,HOOK1,GNB1,NFE2L1,EIF4G1,SCYL3,KDM5C,PRKCSH,CHD6,PIK3CD,SLC2A3,YBX1,AFF3,LMNB2,TTC28,SENP7,DUSP12,SEC61A1,MDK,ZC3H7B,UBTF,FLOT2,YWHAG,EIF5A,PDPK1,RAD23B,SENP3,ARFGAP1,TRAF7,PTP4A3,SETBP1,CTDSP2,TSEN34,PPP1R15A,RNFT2,GTF3C1,USP15,RGS19,GMPR2,RAB1B,SRBD1,ATP1A1,FAM168B,GANAB,U2AF2,MKNK1,FAM120A,EIF4H,FEM1C,ATP9A,PPP1R14B,PCDH9,SSRP1,CDC42BPB,MAPK14,HNRNPAB,KLF6,PIK3IP1,IMPDH1,CARM1,MGAT4B,P4HB,SMAP2,SSBP2,EIF3B"
+"gene_set_query"	"1314"	"TCF21"	"1065.0"	"Literature ChIP-seq,136;ARCHS4 Coexpression,1524;Enrichr Queries,1322;GTEx Coexpression,1278"	"CHIC2,POP7,SLC4A1AP,RPL32,UXS1,GPATCH1,DCAF5,BACH1,TSKU,NDST1,RNF114,DPYSL2,ZMIZ2,CSPP1,STMN1,AP1S1,NCKAP5,IER5,RNF111,MEF2C,GABARAPL1,WSB1,RBFOX2,ACOT7,DAPK1,PRKCD,CSNK2A2,MED8,RFX1,SOX12,HCFC2,SCAMP2,EID1,BIN3,DAAM1,WDR81,DDIT3,DDIT4,PSME4,SPARCL1,RPL24,PRR14,CDC42SE1,SEH1L,TTYH3,CTBP1,NPRL3,AAAS,PLA2G6,HIF1A,FAM160B1,FAM171A2,HSPH1,BLOC1S1,RAD21,LTA4H,ST3GAL1,ST3GAL2,S100A10,HEXIM1,JUN,PRPF38B,CDK19,PHC2,JUND,ICMT,EDEM1,EDEM2,NR2F1,CDC7,BBIP1,MRPL23,SNUPN,SETX,EHD1,SLC6A6,OGDH,PSMG4,DCHS1,HBP1,FAT4,SERPINI1,PKIG,CDK14,SETD5,BTG1,SETD3,PIGT,ELL,PHF20,RPLP0,CLTC,LPCAT1,CTCF,OSBPL11,MRPL34,ADO,TRIOBP,PHF8,IKBKB,PANX1,TRIM8,TMEM189,TRMT112,TMEM44,SMPD1,TIMP2,ANXA7,JAK2,APPL1,DUSP1,IFNGR2,SSR3,TCF12,SIRT4,SLC39A13,AEN,TERF2,FAM126A,MED26,DUSP6,COPZ1,MED29,SRP9,DDB2,ZEB2,TUBB2A,INF2,CDC42EP4,PXDN,TET3,CDC42EP2,PELI1,PLEKHO1,GAS6,TKT,PLCB1,ERGIC1,GRAMD1A,GRN,NFIX,ELOF1,RPL12,TIMM9,ODC1,TIMM13,DLST,ADCY6,FAM129B,GGA2,SNX29,MICALL1,AP2S1,SLC17A7,ANKRD52,STX2,RABAC1,DTD1,MEF2D,RUNX1T1,BRD4,MBD3,SF3A3,EGLN2,MDH2,RIOK3,USP9X,STAT2,WNT7B,WWP2,TARBP2,ARCN1,SKI,TM9SF2,RNF145,SNX19,ABCB10,NFIA,PKN1,YPEL5,YPEL3,GZF1,ANKRD13B,PHLDB1,RAB3A,UBE2D3,CASC4,UBP1,BZW2,CLU,HDDC3,SLC8A1,FADS3,LAPTM4A,PAPOLA,LZTS2,HMGN2,TMSB10,TLE4,SH3GLB1,BNIP3L,TLE3,SH3GLB2,MAP2K1,USP5,TPM4,CISH,TPM3,IGFBP3,USP3,GPT2,TPM1,F2R,IGFBP2,TRAFD1,ATP11B,PGD,CDC25B,ATXN2L,CLIP2,ACLY,TPST1,CACNB3,SLC9A5,DMTF1,RAB35,MAPKAPK2,MADD,FSCN1,NHP2,SRSF4,AAGAB,STAMBP,ANAPC2,FTO,CD151,TXNDC9,CUL5,SMYD5,CCDC25,INSIG1,ABHD2,ANKRD12,AK1,UBR4,ARL2,FBXO45,KRBA1,GLIS2,FBXO42,SOCS2,STIP1,ESD,PSAP,ABL1,DVL2,DVL3,IP6K1,EVI5,SRGAP1,SLC38A2,MCL1,TXNDC5,AP1M1,TMEM120B,EIF2B4,ANKRD34A,DHCR24,ZC3HC1,YRDC,NSFL1C,RCAN1,COPS6,LRCH1,CDK5,CPD,CNOT3,RNF181,PLEKHM2,PLXNB2,ACO1,COPS8,SERINC3,RNF185,NFE2L1,RNF187,SLC48A1,ALAS1,HSP90AB1,UFSP2,ARRB1,ZFP82,SYNE2,MRPL4,DUSP12,PTBP1,LBH,ADAMTS3,PPP6R1,PPP6R2,OPA3,SUMO2,DNM1L,YAF2,PLEKHG2,REXO1,DST,GPX4,SGIP1,SH2D3C,ARNT,VEZF1,WIPI2,RAD23B,TSN,PTP4A2,PTP4A3,TRAF4,SLC25A19,PCCB,RPL37A,LANCL2,DNAJC9,BIRC6,GAPDH,SSX2IP,BCAT2,GTF3C1,GTF2A1,SMARCD2,NDUFB7,LRP1,PPM1L,WBP2,SRF,CXXC1,KATNB1,MLLT1,FOXK1,PDHB,PPM1D,HDAC6,HDAC7,DNAJB2,CDC42,CCDC85C,HECTD3,UBQLN1,EIF4H,IGF2BP2,SLC25A22,SLC25A25,DCAF13,HNRNPA0,RNF20,MLXIP,CYB5B,PTPN1,SEPT11,SPAG7,NDUFA5,IDH3G,PCDH7,CNBP,NTRK3,NCKAP5L,TPRKB,LYSMD2,PTPN12,FBXL12,RAB10,KLF6,NAGK,P2RX2,TSPAN18,MFAP2,OCIAD1,P4HB,ATXN10,EIF3F,SMAP2,SMAP1,EIF3B,ISCA2,CERK,TMEM41B,KDELR1,ZDHHC7,RPS16,RASSF2,RUSC2,HERC1,FTH1,CCNL1,SEPHS1,ACTN1,ALG2,CIRBP,COG1,CSNK1D,ACSL3,ACTN4,JMJD6,THAP4,NIF3L1,SFRP1,TWSG1,CARHSP1,CDC34,CCNY,CDC37,HECA,ULK1,KCTD12,SIK2,ATP6V0D1,STX1A,PFN2,MACF1,NUMBL,GGNBP2,TSHZ3,STXBP1,TMTC1,IGSF9,RPAP3,GMCL1,PGS1,NKAIN1,SPAST,HIVEP1,ARGLU1,RAB11FIP5,ZRANB1,RCC2,TREX1,PDE2A,STAM,PTK2,IFFO1,EXT1,PPP1R1A,PTK7,ID2,CALU,ECHDC2,MAGED2,CORO7,HERPUD2,NRP1,DHRS13,TRAM1,SLC35F5,OLA1,MIA3,PTPRK,PTPRF,AKAP12,PPP3CA,ACTR1A,MAP1LC3B,ZMYM2,CTSL,HYAL2,CHMP1B,UIMC1,SH3PXD2B,UBXN7,QSOX1,DLAT,UTP14A,CAP1,WARS,TMEM150A,ATMIN,PRMT2,CCDC115,TSC22D3,ACAD9,PRPF40B,GAB2,COMMD1,CBFA2T2,RGMB,UCHL3,MLF2,RHOB,MN1,RAP2A,RAP2B,NFX1,PITPNM2,FAM20C,FAM193B,ARHGEF2,SGK1,SLU7,PTMA,FJX1,MAPRE2,STK40,PRIM2,DTYMK,PTGER1,DOT1L,NOL8,NEDD8,PTN,NAPG,RELA,SERTAD2,MGAT3,MGAT1,ATP6V0E2,LCMT1,APBB3,MAP4K4,PEX16,RANBP3,NFYA,PTGES2,PTGES3,AP3D1,TTC1,MYO9B,RAB11A,VEGFA,SH3RF3,TTC9,GPAM,CSDC2,KLHL7,NEDD4,HDGF,ESYT2,APBA1,TACC2,CDK5R2,MEGF9,CARS,FHOD3,SCARB2,CRTC2,NARF,CD81,ARID4A,PRDM2,NUCKS1,CELSR3,AMMECR1L,PPME1,FAM162A,CAPN5,CWC22,CAPN2,KIRREL3,TRAPPC2L,OSR1,TMOD3,LIG3,UBE4B,WBP11,TMEM130,ATAD3A,DHDDS,ADAM19,EEF1A1,TMX4,ADAM15,GPRIN1,UBE2V1,TBC1D23,MASP1,RAI14,VCP,TBC1D19,PKDCC,NDRG3,TMED10,PXN,LTBP4,LPL,FBLN1,NDRG1,CAMSAP1,EFNB2,ARHGAP20,MAN2A2,TMEM127,DPP9,GRK6,TBC1D13,ISOC1,ZC3H18,TBC1D17,NDUFV1,BCL9L,TBC1D16,PRNP,OST4,ACBD5,UBE2H,KLHDC4,HSPA5,WSCD1,SMURF1,PTCH1,NUP153,SUPT5H,CLK3,ARHGAP23,NFKBIA,DLG1,H1F0,BMP1,NR4A3,HOOK2,CNTN1,MKRN2,DYNLRB1,CREBZF,SCYL3,DYRK3,GSK3A,DYRK2,DDX47,MAST2,ATP2A2,ARHGEF10L,LDB2,CHD3,CHD2,SOBP,RND3,TTC28,CABIN1,SLC2A8,RBM3,SPRED2,YWHAQ,ALDH2,PDE4B,LRRFIP2,USP30,LRRFIP1,IFT57,YWHAG,RBM6,DACT1,KDM6B,SUN2,RBM17,SUN1,RBM18,PPP2R5B,RNF208,NAV1,PPP2R5D,TRNAU1AP,ARID1A,CKAP4,PJA1,DNM3,VCAN,NAV3,RER1,CDH11,TBC1D7,CRY1,NDUFS2,ACOX3,CUEDC1,INA,TSEN34,DCTN5,POLDIP3,USP12,CSTF2T,TM2D3,HMGCL,DNPEP,UGP2,MAT2A,GNA11,TRA2B,MKNK2,SLIT1,BNIP1,CDIPT,CAMK2G,MAPK3,ATF7IP,IGBP1,PTCD2,WTAP,TAF13,SGTA,LIMK1,LCA5,CCK,MEIS2,MAPK10,PDE10A,XPNPEP1,CAPN10,ERCC1,FAM131A,RGS12,VIM"
+"gene_set_query"	"1315"	"SP7"	"1065.0"	"ARCHS4 Coexpression,1585;Enrichr Queries,1255;GTEx Coexpression,355"	"EHMT2,HDAC11,ARAF,ZDHHC7,STMN4,RCBTB1,MPRIP,DPYSL2,MYC,STMN1,HABP4,AKT1,CCDC92,ANKS1B,SOX5,MEF2A,MEF2C,MMD2,ANK1,FEZ1,RUFY3,DDIT4,KCTD13,ULK2,JTB,PRR18,HECA,KDELR2,CCDC82,MMADHC,LLGL1,ANAPC16,SLAIN1,PLA2G6,APCDD1,ADAMTS10,MRPL11,NKAIN2,APH1A,FAM171A1,KCNMB4,GPM6B,LHPP,SRPK2,JAG2,ABCA2,CDK19,JUN,CADM4,CHKA,CADM1,UPF3A,PTK2,GADD45G,CCDC88A,EXT2,PTK7,ID2,INTS5,COL9A3,CALM2,RCOR2,WDR48,ZCCHC17,SMPD3,TRIM2,ENC1,SH3PXD2B,TIMP2,SDF4,ENOPH1,GIT1,PCYT1B,MRPS2,SLC39A10,SLC39A13,SYN3,GNL1,DUSP6,MTSS1,MLF2,TMEFF1,RAP2A,ZEB2,PACS2,PXDN,FAM20C,SLC29A1,PAFAH1B2,CLDND1,PHLPP1,SATB2,DERL1,DLST,SERTAD4,OS9,GPC1,APBB2,TRAM1L1,EPS15,WWP2,AP2B1,VEGFA,ATAT1,RGP1,SLC8A3,NFIA,KIF26A,TCEA2,SH3GL3,PHLDB1,ATP8A1,CHPF,ARHGAP39,CLU,ABHD12,CHCHD6,PALM,ADORA1,SLC39A7,SBF1,LZTS1,STK32C,PPFIA2,IGFBP3,TMOD2,MAGI2,APLP1,TPM1,IGFBP2,POU3F2,TMEM131,THOC6,MYCN,DMTF1,ELMO1,PPIB,PXK,CUL7,KHDRBS3,ARHGEF25,CACNA1A,SLC38A10,RAI1,ARHGAP20,DPP9,PLXNA2,PLXNA1,LRRC4C,CD276,ATP8B2,PTCH1,ASPSCR1,TBCB,DNAJC18,ARHGAP33,PTPRD,DLG2,BMP1,HOOK2,PTPRA,CNTN2,SERINC1,AMOTL2,SLC48A1,YWHAE,SLC25A3,DOCK3,MAST2,CHD6,GTDC1,RND2,SPRED1,SEPT7,PHACTR3,PMEPA1,CEP170,EVI5L,TNPO2,NEO1,PDPK1,SECISBP2L,LANCL1,TNFRSF19,ZFP90,SEPT2,ARFGAP1,PJA1,TRAF7,VCAN,PTP4A3,TMEM214,PEX6,CDH11,LANCL2,NAT8L,NLGN3,DDX25,RGS16,RAP1GDS1,CXXC1,AGPAT4,AP3M2,FAM168A,RAB23,FAM120A,POLR2D,FYN,NCAM1,LRRC8B,MEST,SPAG9,NTRK2,MARCKSL1,PCDH9,B3GAT1,DDHD2,NELL2,MYO1B,FMNL2,PPP2R2B,SPRY2,P4HB,CDO1"
+"gene_set_query"	"1316"	"ZNF208"	"1068.0"	"ARCHS4 Coexpression,1218;Enrichr Queries,969;GTEx Coexpression,1016"	"ZDHHC5,SLC4A3,NUDT4,CAPNS1,DPYSL2,AKT1,PTGFRN,NCKAP5,ATXN7L3,EPHA4,ST6GAL2,BROX,MTUS1,MOGS,ANK3,EID1,HECA,OBSL1,EIF1B,ANAPC16,MGST3,FLII,NPRL3,TRANK1,GJC1,APH1A,LDHB,FLRT2,DHX35,RDH14,GPM6B,ZSCAN18,B3GALNT1,RABGAP1L,PTPRN2,DMPK,SLC35E3,LARP7,PRRC2A,HNRNPL,WNK2,FXYD6,COL9A3,FAT3,FAT4,PKIG,PAM,GABRB3,COX7B,PRKAG2,VLDLR,PRPF19,COX7C,RYR3,SMG5,AKAP12,PCLO,SDF4,ZIK1,UPF1,MRPS25,LRRC49,MINK1,TOX4,ZEB2,KIT,PXDN,CRELD1,GAS7,CRIP2,AKAP6,ADCY6,CENPB,ADCY5,HIRA,MFN2,ANKRD52,YKT6,RUNX1T1,MDH1,ATRNL1,MCRS1,VEGFB,SORBS2,SORBS1,COX6C,RAB11B,FABP3,NFIA,CSDC2,KLHL7,SLMAP,NDUFAB1,ABI1,TAOK2,NUCB1,HDGF,GRINA,FHOD3,FAM49A,NDUFA13,NDUFA11,CLSTN2,HDLBP,SLC8A1,CDH8,CDH2,KIF5C,ARHGDIA,SCMH1,NRCAM,USP5,TPM1,VPS33B,HNRNPUL1,GPD2,RAB35,CHMP4B,ISCU,XPR1,LRRC59,RAB5C,UQCRB,CACNA1B,CACNA1A,CACNA1C,KRBA1,RASGRP2,ORC4,ARHGAP20,DPP6,NACC1,ABL1,ZKSCAN3,PLXNA4,PDZD7,NEK9,PDHA1,KLHL23,PTPRD,NR4A3,SH3BP5L,NBEA,HOOK1,GNB2,GNB1,CNTN1,SPIRE2,FGF13,NFE2L1,EIF4G1,DOCK4,KDM5C,WDR1,PRKCSH,CBY1,CHD6,ILK,SLC2A3,PPP1R9A,SYNE2,PPP1R9B,SEC61A1,SEPT9,LASP1,PPP6R1,OPA3,ERC2,EDIL3,ADAMTS7,DST,PEG3,POMGNT1,TRAF7,PTP4A3,VCAN,NAV3,NDUFS5,DNAJC5,CDH11,SNURF,PPP1R12B,PPP1R12C,SLC25A4,RNFT2,NLGN1,CANT1,SRF,NRXN1,RAB1B,NDUFB2,CXXC1,FAM168B,GANAB,MTA1,PTPRZ1,OXCT1,U2AF2,POLR2D,FAM120A,EIF4H,MEST,NDUFA8,NTRK2,NEGR1,PCDH7,NDUFA1,PDE4DIP,EXOG,NELL2,TSPAN18,MGAT4B,P4HB,METAP2"
+"gene_set_query"	"1317"	"TIGD3"	"1068.0"	"ARCHS4 Coexpression,1077;Enrichr Queries,835;GTEx Coexpression,1293"	"FAM49B,TOR2A,IFITM2,ANKRD13D,PREX1,FRAT2,RASSF2,CDH2,TUBB3,DPYSL2,STMN1,COTL1,LONP1,PIM3,SLC25A44,FADS1,IER2,SLC12A9,HES6,TLE3,USP3,PRKCD,SHISA5,CD3EAP,SOX11,PISD,SLC9A8,GPRIN1,DDIT4,ORAI2,FSCN1,FKBP8,HECA,ATP6V0D1,CSNK1G2,FKBP5,SLC45A4,PFKFB4,SEMA7A,PFKFB3,STXBP2,PXN,SUPT4H1,TRANK1,CACNA1A,RASGRP2,CORO1A,CSF2RA,OAZ1,IGSF9,SOCS2,EFNB2,CYB5R4,SBNO2,SEC14L1,PRKAR2B,DHX34,GRK6,CHST15,ST3GAL2,SLC19A1,NADK,MARK2,MCL1,WDTC1,VASP,ACBD6,NTNG2,JUN,PHC2,LRRN3,IQSEC1,H3F3A,PBX2,CDC7,GADD45G,NFKBIA,ABTB1,SLC6A6,SH3BP5L,MEX3A,EFNA2,HOOK2,LHX2,HOOK1,UBE2S,LRFN1,GNB2,CWF19L1,CNTN1,UNC119,CORO7,LRCH4,LRP10,RCOR2,TECPR2,RGL2,ITM2B,CDKN1C,OGFR,DHRS13,MCM7,SLC44A2,LRRC4,CHD6,PIK3CD,MRPL36,ARRB2,PHTF1,LIMD2,LMNB1,RND1,PPP1R9B,SMPD3,DUSP12,MDK,XPO6,MCF2L,FLOT2,PHACTR1,PDPK1,H2AFX,SH2D3C,GMIP,DUSP6,MLF2,ARL4C,VCAN,PTP4A3,MED25,PACS1,CTDSP2,POLR1B,KIT,PXDN,CDC42EP2,RHOU,ARHGEF1,SGK1,STK40,RNF166,CSTB,RGS19,LIN37,OPRL1,CXXC1,CRIP2,JAKMIP1,DLL1,PPM1E,PSMA7,GNAI2,FGD3,ZDHHC18,TMEM169,NFIL3,FCHO1,NNAT,POLR2D,RAB24,ZSWIM6,CSK,CKB,BID,MEST,ARNT2,MAP3K3,MARCKSL1,RRM2,MTX1,RNF24,SEMA4D,MBOAT7,WNT7B,LIMK2,FBXL16,DEF8,NELL2,KLF6,SBK1,SLC25A39,IMPDH1,SHKBP1,CACHD1,ZYX,PKN1,SMAP2,YPEL3,CDK5R1"
+"gene_set_query"	"1318"	"HAND1"	"1069.0"	"ARCHS4 Coexpression,1098;Enrichr Queries,1216;GTEx Coexpression,893"	"TES,GDE1,DIXDC1,TRIM28,MYC,AP1S2,DAG1,ANKFY1,PTGFRN,SNRPD3,DIP2C,ARRDC4,EPHA4,EPHA7,MEF2C,ACTN1,AFAP1,SOX11,EML1,WDR77,EML5,MYL6,SFRP1,KATNAL1,DDIT4,TYRO3,KCNQ4,TLN2,OBSL1,ATF4,IGSF3,NPRL3,MRPL12,GJC1,FLRT2,DHX35,NTSR1,JUN,DMPK,CADM1,BCL11A,ST13,RDX,NR2F1,KLHDC8B,PAICS,PBX1,SMARCA4,GADD45G,H2AFY2,PTK7,WNK2,ID2,FXYD6,DCHS1,LRRN1,PKIG,RCOR2,FERMT2,NRP1,RPLP0,LRRC3,WASL,SIPA1L2,SHD,NEFL,KIF1A,RGMA,RHOB,TOX4,KIT,PXDN,PLEKHO1,RHOU,DBN1,PNCK,PRICKLE2,TIMM13,PRICKLE1,SERTAD4,NPY,SPOP,CKB,MPZL1,GATC,SORBS2,SORBS1,FABP5,KIF26A,SLMAP,SLC8A1,SCMH1,PLS3,MAF1,RPS7,IGFBP3,TPM1,IGFBP2,MID1,MYCN,ARMCX2,DOK4,EHBP1L1,EEF1A2,FSCN1,MASP1,TOX,PPIA,PDE9A,ISYNA1,PKDCC,ARHGEF26,ARHGEF25,ZC4H2,DDX1,MAZ,CACNA1A,CACNA1C,CACNA1H,CORO1C,EFNB2,RAP1A,ABL1,DVL3,CDH24,OTX1,MYH10,CBX2,KLHL23,COQ9,TBCA,LSM4,REEP1,MFHAS1,CDK8,LRCH2,HOOK2,LHX2,HOOK1,UBE2S,JMY,TAB2,AMOTL2,TCF3,SAE1,MDM1,SLC25A3,CBY1,ILK,SLC2A3,LMNB2,UBE2Q2,MDK,BCL7B,SPEG,DGCR6,DACT1,H2AFX,VEZF1,PPP2R5C,NAV2,REXO2,RAD23B,PTBP2,VCAN,PTP4A3,CDH11,PPP1R12B,PPP1R12C,CUEDC1,SRF,USP12,PRCC,FZR1,SAP30L,RAB23,NT5DC2,NT5DC3,NNAT,POLR2D,SLIT1,POLR2E,HNRNPA1,CAMK2G,MEST,PDLIM7,MLXIP,NTRK2,PCDH7,ATP2B4,MEIS2,HNRNPAB,ENOX1,NELL2,GOLPH3,KLF6,MYO1B,GLB1,RAB15,TSPAN18,VIM,INSM1,BCAR1,CBLN1"
+"gene_set_query"	"1319"	"ZFAT"	"1069.0"	"ARCHS4 Coexpression,1421;Enrichr Queries,295;GTEx Coexpression,1492"	"APP,TRIO,ZMYND8,PPAN,CBLB,BACH2,PREX1,ALCAM,HERC1,ZMIZ1,DPYSL2,MYC,ATXN7L1,DIP2C,SOX5,TMPO,TIPIN,MEF2C,RBFOX1,NUP210,DAPK1,FNBP1,PRKCE,ARRDC3,CD3EAP,ANK3,ANK1,TIAM1,ADPRH,DDIT4,HECA,ALG10B,MACF1,DHX8,NEDD4L,AGAP1,PIK3R1,PRKCZ,GIGYF2,ABR,CYB5R4,GSE1,TNRC18,HIVEP2,ST3GAL1,BANP,PTPRN2,CADM1,IQSEC1,BCL11A,MEMO1,SMARCA2,PBX1,PTK2,EXT1,ID2,INTS7,FAT3,CDK14,ITM2C,PIGU,PTPRS,CITED2,PTPRK,ROBO1,RPTOR,DHX15,JARID2,NCOA2,DUSP6,MTSS1,MLF2,NCOR2,SLC22A23,ZEB2,PSMA2,PXDN,RAPGEF1,PLCB1,SGK1,GAS7,PCNA,SATB1,PRIM1,GDPD5,SNX29,CUX1,APBB2,CCT8,MEF2D,SUZ12,GINS4,VEGFA,NFIA,NFIB,RPA3,PKN1,TACC2,ZFAND3,WWC1,SLC8A1,IGF1R,TLE4,TLE3,MAGI2,VASH2,DYRK1A,FRMD4A,LMO7,FOXP1,CLIP1,TBL1XR1,ELMO1,TNIK,TOX,ANAPC1,MAD1L1,FKBP5,ZCCHC7,SEMA7A,PFKFB3,KHDRBS3,ITPR1,CACNA1A,GTF2E1,NDRG1,ARHGAP12,ORC6,PITRM1,UBR5,PGK1,PLXNA2,CAMTA1,CCDC32,SLC15A4,RAP1GAP2,AUTS2,CRIM1,NUP153,TRAPPC9,LSM2,PTPRD,LSM6,SLC7A6OS,GNL3L,LRCH1,BMP1,HOOK2,HOOK1,DLG5,RERE,PRKCSH,CELF2,CHD6,AFF3,SYNE2,TMEM191C,LMNB1,SPRED2,SEPT6,NUP62,PDE4B,PMEPA1,TOPBP1,ERC1,TNPO3,BCAS3,RFC3,KLF13,DST,EED,PDPK1,PDE4D,SECISBP2L,NAV2,ARID1A,ARID1B,VCAN,PTP4A3,ASPH,SETBP1,SLC25A19,TBC1D5,CTDSP2,RASA1,GAPDH,FOXK1,ASAP1,ATP1A1,NCALD,ABLIM1,DNPEP,HAUS8,POLR2D,MKNK2,LRRC8D,FEM1C,ATP9B,JAZF1,RRM2,RNGTT,PCDH9,NDUFA4,ATP2B4,PDE4DIP,DDHD1,OXR1,CHFR,NIN,KLF6,POLR3K,PFKP"
+"gene_set_query"	"1320"	"CREB5"	"1071.0"	"ARCHS4 Coexpression,1011;Enrichr Queries,812;GTEx Coexpression,1389"	"FAM49B,IFITM2,SLA,RPL10A,RPL8,CLU,SLC8A1,BACH2,IGF1R,EEF1B2,PREX1,RPS17,SMCHD1,FRAT2,RASSF2,ZMIZ1,BASP1,RPS18,DPYSL2,MYC,DPYSL3,COTL1,LONP1,DENND5A,SLC12A6,RPS10,SOX4,SLC12A9,SOX5,IFNAR2,MEF2C,AGTPBP1,ACTN1,IGFBP3,ARRDC3,RPS6,ZBTB34,FRMD4A,ANK2,RPSA,FOXP1,ADAM19,SFRP1,RAB31,LIX1,DDIT4,HECA,RPL27,WDFY3,KCTD12,RPL26,RAF1,RPL29,CDC42SE1,SLC45A4,PFKFB3,FOXG1,TRANK1,NEDD4L,PHYHIPL,PIK3R1,PHB,CSF2RA,NDRG1,PHF21A,PGS1,EFNB2,SDCBP,GNG10,CYB5R4,SEC14L1,CHST15,NRBF2,GPM6B,NADK,MCL1,VASP,BTF3,PRNP,NTNG2,JUN,CADM1,IQSEC1,PLK2,H3F3A,CRIM1,DCLK1,NFKBIA,PTPRD,ABTB1,SLC6A6,NR4A3,HOOK2,ID2,CNTN1,FXYD6,FBXL5,TECPR2,ITM2B,CPEB4,ITM2C,DHRS13,NRP1,DOCK4,PRKCSH,CELF2,SCHIP1,RPLP0,LRRC4,PIK3CD,SLC2A3,SLC35F1,DBI,ARRB2,SLC7A11,RND3,SYNE2,AKAP12,DUSP12,RPL7A,GLIPR2,XPO6,ENC1,PDE4B,REV3L,FLOT2,PMEPA1,EIF5A,DST,PDPK1,PRMT1,PDE4D,TET2,NME2,NAV2,GAB2,GMIP,DUSP6,RHOB,MSL1,ARL4C,SLC7A5,ZEB2,VCAN,PTP4A3,PXDN,MPPED2,RHOU,BCAT1,SGK1,GAS7,PPP1R15A,USP15,RGS19,RPL12,CXXC1,PTN,FGD3,ZDHHC18,NFIL3,PTPRZ1,SH3BP2,RPL14,RPS3,FYN,RPL18,PDLIM7,SPAG9,MAP3K3,RNF24,PCDH7,SORBS2,MAPK14,SNCAIP,HNRNPAB,VEGFA,NELL2,KLF7,KLF6,MARCKS,NFIA,IMPDH1,NFIB,SYT11,SHKBP1,FABP7,PKN1,VIM,SMAP2,YPEL3,MEGF9"
+"gene_set_query"	"1321"	"IKZF2"	"1073.0"	"ARCHS4 Coexpression,1146;Enrichr Queries,708;GTEx Coexpression,1365"	"ITSN2,CBLB,BACH2,CDC23,ALCAM,SNRPD1,DPYSL2,MYC,SLC12A6,GLUL,IER5,SOX4,SAMD10,TMPO,DDX17,EPHA4,MEF2C,ST6GAL1,NUP210,FNBP1,ARRDC3,CD3EAP,ANK3,ANK1,TIAM1,DDIT4,HECA,KCTD12,ALG10B,TRIB2,NUP205,SET,CDCA4,MYCBP2,PIK3R1,MTMR4,UBE2J1,HIVEP1,HIVEP2,JUN,RABGAP1L,BCL11B,BCL11A,EDEM1,EIF2AK3,PAICS,SMARCA2,ZWINT,PBX1,MED13L,SETX,WNK1,ID2,CCDC88C,EZH2,ITM2C,NRP1,PIGU,SMG1,BTG1,CITED2,SH3KBP1,NAT10,TCF20,SLC7A11,TMSB4X,ANXA6,PGAM1,TET2,DUSP6,MLF2,PARP8,ZEB2,AFTPH,KIT,PXDN,TET3,RAPGEF1,SGK1,PCNA,SATB1,PRIM1,NRAS,SNX29,BTAF1,MFN1,CCT8,SF3B1,SUZ12,GINS4,MYO9B,VEGFA,NFIA,NFIB,SERBP1,RPL22L1,TRIP12,PKN1,ATP8A1,PRDM2,FRY,IGF1R,PPP1R16B,USP7,KDM2A,KDM2B,ANKRD44,IGFBP3,UBE2E1,VASH2,DYRK1A,LMO7,ATP11B,FRMD4B,ATP1B1,FOXP1,ADAM19,TNIK,TOX,ANAPC1,FKBP5,ZCCHC7,SEMA7A,ITPR1,PDS5A,STK4,NDRG1,SOCS2,ORC6,UBR5,PGK1,PLXNA2,PRNP,CRIM1,NUP153,KLHL24,EFNA2,LRCH1,HOOK2,HOOK1,CNOT1,OGT,PRKCSH,CELF2,CHD6,PIK3CD,ADAR,AFF3,SYNE2,LMNB1,DUSP12,SEPT6,PDE4B,UBTF,TLK1,PMEPA1,TOPBP1,RFC3,KLF13,DST,EED,PDPK1,PDE4D,NAV1,NAV2,ARID1A,ARID1B,ARL4C,VCAN,PTP4A3,SFPQ,SETBP1,TRAF4,CTDSP2,BIRC6,GAPDH,AGPAT5,MLLT3,ABLIM1,MKNK2,PTK2B,FYN,CSK,MAPK6,MTA2,CYTH1,RRM2,SEMA4D,PCDH7,ATP2B4,DDHD1,NELL2,KLF7,KLF6,NIN,VIM,SSBP2,PDE7A,RAN,METAP2"
+"gene_set_query"	"1322"	"ZNF878"	"1075.0"	"ARCHS4 Coexpression,763;GTEx Coexpression,1386"	"NUP107,ARL6IP1,CSE1L,PPAN,CCNC,SMC3,BZW1,IPO5,PPP1CC,LSM12,SALL2,SNRPD1,CHORDC1,SEPHS1,TMPO,SUPT16H,CXADR,NUP210,CSNK2A2,VASH2,WDR75,ILF2,GTPBP4,MSH6,MORF4L1,MSH2,TMX1,SRSF3,SNRPE,SRSF6,ALG10B,ANAPC1,MMADHC,ZCCHC7,NUP205,SEMA7A,SET,GTF2E1,ADH5,UBE2J1,PRDX3,LDHB,BAG4,ORC6,UBR5,G3BP1,PGK1,BRIX1,NAE1,SKIL,QSER1,FDFT1,HSPA8,PHC1,EDEM1,CPSF3,IDH1,LSM5,FAM136A,PAICS,ZWINT,CCT6A,LSM6,NASP,UBE2N,ANP32E,CYCS,HNRNPC,HSP90AB1,HMGB3,PSIP1,HMGB1,LMNB1,MRPL3,MRPL42,SEPT6,ATIC,SUMO1,TMSB4X,RARS,SUMO2,DHX15,TLK1,TOPBP1,MAPK1IP1L,RFC3,EED,H2AFZ,PGAM1,STRBP,RRAS2,CACYBP,PRPF40A,ELOVL6,SRP9,ENAH,MRPS9,MRPL50,PSMA3,PSMA4,PSMA2,MTF2,TCP1,G2E3,BCAT1,EEF1E1,GAPDH,HDAC2,CDC123,GTF2A2,PCNA,PRIM1,MAK16,DDX21,RNF4,HSPA14,HSPD1,UGP2,PSMB5,BEND3,IGF2BP3,CCT8,HNRNPA1,EIF4E,SRSF10,DCAF13,SUZ12,NPM1,NOP58,PPIL1,RRM2,RNGTT,SSB,MDH1,PTGES3,GINS4,UBE2G1,DNAJA1,NUDT21,EIF3M,FABP5,PSAT1,RPA3,DNAJA2,HNRNPA2B1,TSR1,CEBPZ,NAA15,ABCE1,RAN"
+"gene_set_query"	"1323"	"ZNF619"	"1076.0"	"ARCHS4 Coexpression,1557;Enrichr Queries,888;GTEx Coexpression,783"	"SMARCAL1,FCF1,EPRS,ALKBH8,LSM12,ALKBH1,CDC26,DPYSL2,ATXN7L3,EIF2A,MED1,SCAF11,NSMCE2,RECQL,MTUS1,RFX3,CD3EAP,MED6,NIF3L1,DDIT3,ZSCAN21,DDIT4,YME1L1,ALG10B,KCTD18,MMADHC,MACF1,DHX8,TRANK1,BRCC3,PIK3R1,RPAP3,CDKN2AIP,MTDH,TTBK2,APH1A,PCBP1,CSTF1,RDH13,JUN,SLC35E3,INTS2,MEMO1,SMARCA2,STAG1,ZBTB6,WNK1,INTS5,NOL11,PHF3,ARF3,SMG1,PIGU,HIP1,CITED2,MRPL36,SLC7A11,PRPF19,TMEM186,THTPA,DHX15,REV3L,TCP11L2,RIOK2,UTP14A,PRMT5,NCOA2,TCF12,MINK1,TFB2M,NIPA2,CBFA2T2,MRPL44,MLF2,RNF168,SIKE1,PRPF18,MED20,PXDN,NCOA7,SATB1,PRIM1,FGD4,SNX29,TMEM68,METTL6,MGAT2,BRF2,YTHDF3,MTX3,GATC,TTC9C,GTF2H2,SORBS1,KBTBD4,RSL1D1,PHF5A,NFIA,TAOK2,RAB3GAP2,PKN1,KBTBD7,DBR1,FBXO22,HDDC3,PAIP2B,SALL2,CWC22,ARID2,FADS1,USP5,TTC7B,UBE4A,ADAM19,DMTF1,MSH3,GPD2,TIPRL,GEMIN7,ANAPC1,NSMAF,FKBP5,ZCCHC7,DDX6,PXK,COX15,GTF2E1,RNASEH1,NACC1,ZKSCAN3,CCDC32,LLPH,ZKSCAN1,PDZD7,BPTF,CCDC134,TRAPPC2,PRNP,NOP14,FBXO38,CPSF2,BFAR,KLHL24,SMAD5,SLC7A6OS,GNL3L,EFNA2,HOOK2,ZFP62,HOOK1,JMY,GNB1,SPIRE2,MDM4,SERINC5,NFE2L1,ISY1,SCYL3,PRKCSH,CHD6,USP39,SYNE2,OPA3,PSD3,MRPL9,TNPO3,GET4,PDPK1,PDE4D,ATRX,PATL1,LATS1,TRAF7,PTP4A3,SETBP1,CTDSP2,POLR1B,PPP1R15A,RNFT2,BECN1,NFAT5,GTF3C3,PARG,USP10,SRBD1,MTIF2,AP3M1,FAM168B,GANAB,DNPEP,RBBP5,POLR2B,U2AF2,TGS1,FAM120A,FEM1C,RPP14,UGGT1,CCDC71,SMNDC1,PTCD2,NICN1,KLF6,APC,ERCC8,EIF3C"
+"gene_set_query"	"1324"	"GLIS1"	"1078.0"	"ARCHS4 Coexpression,1178;Enrichr Queries,976;GTEx Coexpression,1079"	"TRIO,LDLRAD3,TXNDC16,BACH2,RNF112,NDST1,RUSC1,MYC,EPHB2,EPHB1,NCKAP5,SOX5,SRRM3,EPHA4,SRRM4,MEF2C,RBFOX2,RBFOX3,LIMCH1,SLC6A15,ACTN1,AFAP1,SOX12,ANK1,SFRP1,TWSG1,DDIT4,CCDC82,TRIM11,NUMBL,PAXIP1,TTYH3,NPRL3,TRANK1,SYNGR1,NUAK1,TSPAN5,MAP4,RAB11FIP5,CADM3,SURF1,JUN,PRRT2,PTPRN2,TMEM184B,CADM1,NR2F1,MICAL2,DCLK1,EXT1,PCDHGA11,EXT2,PTK7,SFXN3,CALU,PLCH2,FAT4,FERMT2,NRP1,KCNC1,GRIK3,ROBO1,SHF,ZMYM4,TRIM3,REV3L,TIMP2,RAC3,SDF4,QSOX1,GARNL3,DUSP6,MLF2,NCOR2,MN1,ZEB2,PXDN,EXOC6,PLCB1,SGK1,GAS6,FJX1,GAS7,PRIM2,NFIX,FGD1,CAMKK2,FAM129B,GPC1,FLNA,ANKRD52,MPZL1,RUNX1T1,NPDC1,SKI,NFIA,NFIB,CCNG2,GOPC,CRLF1,PHLDB1,CHPF,CD81,CLSTN1,HDLBP,ALDH1L2,TMEM145,SLC39A6,SLC39A7,LZTS2,SH3GL1,KIRREL3,TPM4,ADAM11,FRMD4A,FOXP1,ACAP3,RAI14,CD151,NPR2,NXPH4,NTM,CACNA1A,FBLN1,CACNA1C,CACNA1G,GLIS2,DVL2,PLXNA2,ABL1,PLXNA4,CD276,TBC1D16,AUTS2,ATP8B2,CRIM1,SSH3,ARHGAP23,PTPRD,LRFN4,DAB1,BMP1,HOOK2,HOOK1,CNTN1,AMOTL2,MAP3K12,GPSM1,ITGB1,B4GALT2,PRKCSH,CHD6,AFF3,SEC61A1,ZC3H7B,PMEPA1,BOK,PLA2G4B,NAV2,CKAP4,PTP4A3,TMEM214,CDH11,TRNP1,CDH13,SOS2,SHANK2,NLGN2,LRP1,NRXN2,LRP8,CYTH3,NT5DC2,SLIT1,SPOCK1,SH3BP4,NCAM1,CDIPT,PDLIM7,BEND6,SEPT11,NEGR1,GALNT2,PCDH7,MEIS2,DLK2,ENOX1,NELL2,PDE10A,TSPAN18,MFAP2,VIM,MDGA1,BCAR1,CUL4B"
+"gene_set_query"	"1325"	"ZNF66"	"1078.0"	"ARCHS4 Coexpression,1183;GTEx Coexpression,973"	"RPL4,RPL5,RPL30,RPL3,FMR1,SMC5,CCNC,TIAL1,FBL,CDC23,RPS18,AKT1,ATXN7L3,TMPO,ANKS1B,RAB2B,AQR,RPS7,SCAF11,RPS8,RPL23,LMO3,BROX,RPL22,RPS6,TTC7B,MOGS,VRK3,PIAS2,MSH6,EEF1A1,PPIE,SNRPE,RPL26,FAM76A,ADNP,RAD54L2,ANKRA2,ALG10B,ANAPC1,CDC42SE1,ZCCHC7,KHDRBS1,NUP205,SDC3,GPR85,PDGFA,CACNA1A,CACNA1D,NMD3,CSF2RA,UBE2J1,TIMM50,APH1A,BAG4,DPP6,SCUBE1,UBR5,RBM12,PDZD7,AP1M1,DR1,NONO,EDEM1,PRRC2C,NUP153,MEMO1,MEX3A,HOOK2,FUBP1,GNB1,HNRNPD,NFE2L1,MON1B,ARF3,RPLP0,CELF4,NAT10,CELF5,PRPF19,PFAS,PHF6,LMNB1,PIGX,RPS4X,RPL7A,SEC61A1,SART3,RSRC1,UBXN7,TOPBP1,UPF1,SHPRH,RFC3,USP48,EED,RPL13A,PRPF40A,RPS3A,SENP2,TOX4,TRAF7,SLC25A17,CD47,SFI1,RNFT2,GTF3C2,PCNA,SF3B3,RPL10,RPL12,PRIM1,RPL11,RPL36A,CCNDBP1,U2AF1L4,BCLAF1,GANAB,RPS15A,U2AF2,TGS1,TAF1A,RPS3,EIF4H,SLITRK5,BUB3,RPS2,HNRNPA1,SRSF10,EXOSC2,YKT6,EIF4B,SUZ12,NPM1,RRM2,TRIM41,GINS4,RPL23A,EFR3B,USF1,RAD52,EIF3M,APEX1,RAB12,EIF3H,NUCB1,EIF3E,HDGF,P4HB,RBMX,EIF3D"
+"gene_set_query"	"1326"	"ARNTL2"	"1082.0"	"ARCHS4 Coexpression,982;Enrichr Queries,1090;GTEx Coexpression,1173"	"NCKAP1,TRIO,ZDHHC5,PPP2R2A,TXNDC17,LSM12,PPP4R1,ALCAM,DPYSL2,MYC,ACTN1,CIRBP,CD3EAP,ACTN4,DDIT4,TTLL12,EZR,NUP205,DHX8,CDCA4,CSTF2,TWF1,ZBTB5,GABARAP,UGCG,NUAK1,LDHA,PDCD10,GRPEL2,ZBED4,S100A10,JUN,ICMT,IQSEC1,RCC2,PLK2,EDEM1,H3F3A,RDX,MICAL2,PA2G4,NETO2,BRI3BP,ZWINT,EXT1,SQLE,FAM135A,EIF6,GIPC1,ID2,EZH2,NRP1,CCDC120,SLC35F2,MRPL36,SLC7A11,PTPRK,SHB,AKAP12,TUBA1C,SPTLC1,ENC1,PLEKHN1,WDR36,DFFA,PGAM1,SSR3,ZDHHC13,DUSP6,DUSP7,SLC7A5,RAP2B,CTTN,PXDN,PGAM5,RHOV,SGK1,ARF6,CSTB,PCNA,SF3B3,GSTP1,GNAI3,SLC7A1,FAM129B,NRAS,MICALL1,LEO1,ZSWIM4,CSNK1A1,RAB11A,VEGFA,KTN1,LETM1,TTC9,ITCH,FABP5,CAPZA1,SERBP1,TSR1,TRIP12,PKN1,YPEL3,UBE3C,WWC1,CLU,IPO7,BZW1,SLK,BASP1,COTL1,CAPN2,NUDT19,PLS3,KPNA4,KPNA2,FADS1,SH3GL1,TPM4,TMOD3,IGFBP3,TPM1,THOC3,LMO7,KCTD5,ADAM19,RPL7L1,GPD2,FSCN1,SNRPF,KPNB1,RAI14,LRRC59,SEMA7A,TOR1AIP2,LIN7C,RASGRP2,CORO1C,SOCS2,G3BP1,SLC38A2,PRNP,NOP14,NUP155,SMURF2,HMGA1,CRIM1,ARHGAP29,EIF2S1,STK24,HOOK2,HOOK1,CNTN1,NFE2L3,IARS,ITGB1,MCM7,PRKCSH,LMNB2,LMNB1,DUSP11,DUSP12,GM2A,PMEPA1,ACTR3,PDPK1,ZFP91,NAV2,OXSR1,RABGGTA,ARL4C,VCAN,PTP4A3,ASPH,ETF1,ACOX3,BCAT1,MET,TNFRSF21,MTPN,DCTN5,NAA20,VPS4B,MAK16,CXXC1,DDX21,LRP8,TDG,LRRC8A,MAPK6,UGGT1,RRM2,GALNT1,TXNRD1,PTPN11,RAB10,NELL2,KLF6,MYO1B,PSAT1,ATP13A3,NAA15,ABCE1"
+"gene_set_query"	"1327"	"LIN28A"	"1082.0"	"ARCHS4 Coexpression,599;GTEx Coexpression,1565"	"CLPB,KDM1A,CSE1L,EHMT2,CIB2,HNRNPU,NUCKS1,ACRBP,IPO7,IPO5,PPP1CC,RIMS4,TRIM28,SALL2,RUVBL2,DPYSL3,TRIM24,AP1S2,SEPHS1,PRKCI,SMARCC1,SUPT16H,PCYT2,KDM2B,VASH2,LIG3,MSH6,SFRP1,CARHSP1,ILF3,ARMCX2,MSH2,NCL,ANKS6,SNRPF,KPNB1,ANAPC1,LLGL1,KHDRBS1,NUP205,SET,PKDCC,CTBP2,TARS,UBFD1,ADH5,GJC1,MBTD1,NLN,LDHB,LARP1,LARS,G3BP1,NACC1,G3BP2,MLEC,EIF4EBP2,RBM12,MYH10,QSER1,AKIRIN1,ICMT,PHC1,ODF2,CCDC136,NONO,RCC2,CBX2,CBX1,HMGA1,LARP7,KLHL23,PAICS,HNRNPM,VANGL2,NASP,HNRNPD,NFE2L3,LRRN1,TCF3,HNRNPC,SAE1,RCOR2,LSM14A,UBE2K,GABRB3,KDM5B,DAZAP1,HIP1,HSP90AB1,HMGB3,PSIP1,SLC2A3,RND2,PFAS,TMEM191C,LMNB2,LMNB1,XPO1,JARID2,PELP1,PARP1,PRMT1,PGAM1,CAD,RRAS2,CTPS2,NIPSNAP1,TMEFF1,SFPQ,PPM1B,PABPC1,BCAT1,TKT,DBN1,SMARCD1,PRPS1,AHCY,SRSF1,USO1,HSD17B4,PPM1G,HSPD1,UGP2,TCOF1,NSD1,NT5DC2,BEND3,IGF2BP3,IGF2BP2,GPC4,HNRNPA1,PCDH1,MTA3,EIF4B,NPM1,HNRNPA3,SSB,USP9X,FBXL19,NAP1L1,LRWD1,SSRP1,USP28,HNRNPAB,AGBL5,MAD2L2,NUDT21,PSAT1,KIF26A,CARM1,SERBP1,HNRNPA2B1,CACHD1,CEBPZ,EIF3A"
+"gene_set_query"	"1328"	"HEY2"	"1082.0"	"ARCHS4 Coexpression,1201;Enrichr Queries,907;GTEx Coexpression,1138"	"PITPNB,ADARB1,SMC3,PREX1,RUSC2,DPYSL2,MYC,AKT3,DPYSL3,RPL38,SEPHS1,SOX4,EPHA4,MEF2C,LIMCH1,SOX11,ACTN4,TWSG1,SFRP1,KCTD10,CRYZL1,DDIT4,SPARCL1,TRIB2,NPRL3,TMTC1,APCDD1,GJC1,LDHB,CYB5R3,JUN,PHC1,CADM1,BCL11A,PLK2,NR2F1,LARP7,PAICS,PTK2,PBX1,GADD45G,ID2,FBXL3,LRRN1,ITM2C,NRP1,CITED2,PCSK7,SLC7A11,AKAP12,CSRP2,KIF13A,JAK2,MED27,DUSP6,RHOB,MLF2,ENAH,MN1,ZEB2,KIT,MPPED2,PXDN,FAM32A,VAMP4,SGK1,CCDC107,CRIP2,AKAP6,PRICKLE1,ADCY1,PTN,SH3BGRL,FLNA,GPC4,MEF2D,JAM3,RPRM,NPM1,SORT1,SORBS2,WWP2,SORBS1,VEGFA,SH3RF3,FABP3,OSTM1,NFIA,NFIB,APEX1,CACHD1,CRLF1,FHOD3,RASL11B,FRY,CDH2,SALL2,HCFC1R1,RUVBL1,PLS3,MMGT1,IGFBP3,TPM1,IGFBP2,VASH2,UBE2E2,ATP1B2,MORF4L1,MYCN,MSH2,SBDS,CD151,NXPH3,LPL,DTX1,NDRG1,TAF5L,SOCS2,EFNB2,ESD,SUDS3,NAE1,KLHL26,PTCH1,IDH1,CRIM1,DSTN,KLHL23,ARPC4,HOOK2,NASP,HOOK1,CNTN1,UBA2,USP35,PTEN,HMGB3,PSIP1,UFSP2,HMGB1,LDB2,RND3,DUSP12,SPRED1,SEPT7,SUMO1,SPEG,DACT3,PMEPA1,DACT1,SUN2,ADSL,RFC3,HSP90AA1,SGIP1,PDPK1,H2AFZ,H2AFX,NAV2,SEPT2,VCAN,PTP4A3,FCHSD2,SETBP1,CDH11,CDH13,RBM24,SLC25A4,HDAC2,ROCK1,RGS16,CXXC1,SRL,LRP6,RAB21,IGFBPL1,UGP2,ALDH1B1,PTPRZ1,HAUS7,BEND3,PTK2B,NCAM1,MTA3,NTRK2,CHURC1,NTRK3,PCDH7,NAP1L1,HSPE1,MEIS2,NELL2,KLF6,PSAT1,ST7,MFAP2,VIM"
+"gene_set_query"	"1329"	"ATOH8"	"1089.0"	"ARCHS4 Coexpression,1055;Enrichr Queries,1081;GTEx Coexpression,1130"	"TRIO,ARPC5L,NDST1,MPRIP,DPYSL2,MYC,PRKACA,SAMD10,SOX4,ACVR1,LIMCH1,DAPK3,AFAP1,ANK1,SFRP1,DDIT4,NPRL3,PIK3R2,TMTC1,VPS26B,RNPC3,FAM160B1,SNX1,NUAK1,CYB5R3,INPP5K,ST3GAL5,MAP4,ST3GAL1,RAB11FIP5,JUN,DMPK,TMEM50B,PLK2,NR2F1,CDC7,BRI3BP,GADD45G,EXT1,ID2,SFXN1,FBXL3,FERMT2,GPR19,ITM2C,CDKN1C,NRP1,CITED2,SETD7,TRIOBP,AKAP12,TRIM8,TMEM43,ENC1,KIF13A,TIMP2,ANXA6,SDF4,TSC22D3,MRPS6,DUSP6,MLF2,RHOB,MN1,SLC7A6,ZEB2,MRAS,PXDN,RHOU,GAS6,SGK1,PAFAH1B3,CSTB,NFIX,ADCY6,CENPB,FAM129B,GPC1,FLNA,APBB2,DAB2IP,VEGFB,SORBS2,SORBS1,SKI,PER1,MKLN1,NFIA,NFIB,TAOK2,NUCB1,CRLF1,PHLDB1,CHPF,CD81,ROGDI,ZFAND5,HDLBP,ATN1,CLU,FADS3,CAPN7,PLS3,LZTS2,SH3GL1,TPM4,IGFBP3,TPM1,IGFBP2,LMO7,TOM1L2,SBDS,RELL2,FKBP5,ATP6V1A,CD151,PKDCC,PEF1,LTBP4,LPL,NDRG1,TAF5L,GLIS2,SOCS2,ESD,PLXNA2,ABL1,ATP6V1F,OSBPL9,SMAD4,BOD1,CRIM1,ARHGAP29,CORO2B,NR4A3,BMP1,HOOK2,HOOK1,CNTN1,PLXNB2,AMOTL2,NFE2L1,MXD4,ITGB1,ACADVL,PRKCSH,FHL1,DUSP12,ZC3H7A,ALDH2,ZC3H7B,PDE4B,TMEM109,PMEPA1,SPEG,BOK,ADAMTS7,SUN2,NAV2,YWHAZ,CKAP4,ARL4C,VCAN,PTP4A3,DDAH1,DNAJC5,CTDSP2,EVL,CUEDC1,LUC7L2,OTUB1,LRP1,CXXC1,KATNB1,MLLT1,CLCN3,CYTH3,ABLIM3,GNA11,REPS2,SLIT1,SH3BP4,SLC25A22,PDLIM7,REPS1,SPEN,GALNT2,FBXL19,NCKAP5L,ATP2B4,CDC42BPB,NELL2,SLC4A8,NECAP1,PTPN9,VIM,BCAR1"
+"gene_set_query"	"1330"	"OSR2"	"1089.0"	"ARCHS4 Coexpression,1338;Enrichr Queries,1239;GTEx Coexpression,691"	"RPL5,RPL30,RPL3,CLSTN2,CD81,TUSC2,HDLBP,SMC5,RPL10A,CLU,ALDH1L2,TSKU,RPL7,FBL,NDST1,LAPTM4A,AMMECR1L,DPYSL2,MYC,DZIP1L,RPS11,TXNL4A,LZTS2,FADS1,SH3GL1,TPM4,RPS8,LIMCH1,RPL23,IGFBP3,OSR1,RPL22,RPS6,IGFBP2,WDR75,SRRM1,MSH6,EEF1A1,SFRP1,TWSG1,WDR81,GPR161,RAB34,DDIT4,ANAPC4,MASP1,KCTD12,NRN1,CD151,TSHZ3,LTBP4,LPL,FBLN1,TMTC1,APCDD1,NDRG1,GLIS2,EFNB2,NUAK1,CYB5R3,FLRT2,NACC1,DVL2,EP400,ABL1,PLXNA1,RAB11FIP5,BCL9L,VAT1,CREBBP,JUN,CPSF6,ATP8B2,BOD1,PLK2,NR2F1,SMAD5,PBX1,MED13L,EXT1,NR4A3,BMP1,HOOK2,PTK7,ID2,SP3,CNTN1,CALU,TAB3,PLXNB2,RPS20,DCHS1,AMOTL2,CNTROB,CDK13,LRP10,GSTM5,PHF3,NUMA1,LDB1,CITED2,RND3,TRIOBP,TTC28,SMG6,RPS4X,SENP6,MED12,AKAP12,SENP7,DUSP12,NIPBL,ARV1,SIN3B,MDK,SIN3A,SH3PXD2B,TIMP2,TMEM109,PMEPA1,SDF4,CPXM1,QSOX1,SLC37A3,RBM5,KDM6A,HGSNAT,SUN1,PDCD6IP,TSC22D3,ARNT,RPL13A,RPS3A,WDR35,LRRC41,DUSP6,CKAP4,MLF2,RHOB,RAP2C,VCAN,PTP4A3,SLC25A17,CTTN,DDAH2,DNAJC5,CDH11,PXDN,AKT1S1,CDC42EP2,SGK1,GAS6,CSTB,NFIX,RPL10,LRP1,CXXC1,PTN,CENPB,THBS3,FAM129B,CYTH3,SCAF8,BCLAF1,UNK,EXOSC10,TAF1C,GNA11,TCEAL1,RPS3,SLIT1,RPL13,MAP4K5,HNRNPA1,PDLIM7,HNRNPA0,SMARCE1,CIZ1,SEPT11,SF3A2,RRM2,RYK,ATP2B4,RPL35A,SNX21,SNCAIP,MEIS2,XAB2,NFIA,NFIB,MFAP2,RBMX"
+"gene_set_query"	"1331"	"DMRTA1"	"1091.0"	"ARCHS4 Coexpression,845;Enrichr Queries,866;GTEx Coexpression,1561"	"RPL5,PHB2,RPL6,TXNDC17,GCSH,SCP2,RPS19,DPYSL2,MYC,SEPHS2,SOX4,SOX5,EPHA4,HES6,EPHA7,WSB1,LIMCH1,SLC6A15,ISLR2,SOX11,SFRP1,IFT81,DDIT4,HECA,GCDH,FOXG1,NPRL3,OAZ1,ADH5,ANAPC11,MRPL11,PRDX2,SCFD1,PRDX4,FLRT2,INPP5F,TSPAN6,DECR2,JUN,FZD3,CADM1,BCL11A,PLK2,H3F3A,NR2F1,KLHDC8B,ACADSB,GADD45G,PRRC2A,MRPL22,MEX3A,H2AFY2,ID2,ECHDC2,FAT4,ITM2C,CDKN1C,NRP1,CITED2,GPT,SLC7A11,VLDLR,NAT14,ROBO1,MRPL42,CSRP2,ENC1,FEZF2,HSBP1,TSC22D3,MINK1,DUSP6,SRP9,MLF2,TOX3,ZEB2,PSMA4,BDH1,KIT,PXDN,MTF2,SGK1,ECHS1,SATB1,NEDD8,PRICKLE1,COX5A,PSMA7,GNAI2,SERTAD4,RPS15A,PSMB5,CAMK2N1,RPL13,GPC4,RPL15,RPL17,MEF2D,RUNX1T1,CENPV,WNT7B,NFIA,NUCB1,PKN1,TOMM5,CLSTN2,CTNND2,SRP14,GRB14,CDH2,SALL2,KIF5C,CHCHD6,HMGN3,FADS1,IGFBP3,UBE2E3,TPM1,POU3F2,DGKZ,TANC2,EHBP1L1,SNRPF,TOX,PFKFB4,RAB5C,PSMD14,NDUFB11,NTM,ARL3,LPL,CACNA1A,ACAT2,SOCS2,TCTEX1D2,OTX1,MPST,SYT1,TBCA,LSM2,HOOK2,HOOK1,LHX2,KDM5B,WDR1,PRKCSH,CHD6,AFF3,RND3,ELAVL2,PPP1R9B,MDK,PPP6R1,SUMO2,PDE4B,PMEPA1,TIMM17B,EDIL3,SUN2,ACTR2,KLF13,CCDC34,NIPSNAP1,DNM2,VCAN,PTP4A3,RCN2,DALRD3,DDAH2,NDUFS5,CDH11,NDUFS4,RPL37A,FAM84A,HDAC2,RGS16,CXXC1,RPL36A,DPCD,HMGCL,ABLIM1,GNG5,DDT,SPOCK1,PTK2B,ROMO1,IGF2BP2,CYTH1,NTRK2,PCDH9,NEGR1,NDUFA4,PCDH7,BNIP3,TPRKB,RPL35A,NELL2,PSAT1,TSPAN18,MFAP2,METAP2"
+"gene_set_query"	"1332"	"ZNF467"	"1091.0"	"ARCHS4 Coexpression,1099;Enrichr Queries,772;GTEx Coexpression,1402"	"IFITM2,ANKRD13D,SLA,CLU,TM7SF2,PREX1,FRAT2,ALCAM,RASSF2,BASP1,DPYSL2,PALM,COTL1,GLUL,FADS1,SOX4,SLC12A9,TLE3,GABARAPL1,TLE2,MEF2C,SLC38A1,ST6GAL1,RNF44,IGFBP3,PRKCD,SHISA5,TALDO1,ATP1B1,ANK1,RAB31,SLC9A8,DDIT4,EHBP1L1,FKBP8,HECA,KCTD12,CSNK1G2,SLC45A4,STXBP2,PXN,RASGRP2,CORO1A,CSF2RA,NDRG1,RAP1GAP,PGS1,SOCS2,CYB5R4,SBNO2,DHX34,GRK6,CHST15,SLC19A1,NADK,MARK2,MCL1,WDTC1,VASP,PRNP,NTNG2,JUN,PHC2,JUP,IQSEC1,H3F3A,PBX2,KLHL24,PBX1,GADD45G,NFKBIA,ABTB1,SLC6A6,EFNA2,SH3BP5L,HOOK2,HOOK1,LRFN1,ID2,GNB2,LRCH4,LRP10,TECPR2,RGL2,ITM2B,ITM2C,MXD4,CDKN1C,OGFR,DHRS13,NRP1,BTG1,CNRIP1,CITED2,PRKCSH,PIK3CD,SLC2A3,ARRB2,LIMD2,PPP1R9B,DUSP12,ALDH2,GLIPR2,XPO6,PDE4B,TIMP2,FLOT2,PMEPA1,UBXN6,TSC22D1,PDPK1,TSC22D3,ELOVL6,GMIP,DUSP6,MTSS1,MLF2,RHOB,ARL4C,VCAN,PTP4A3,MED25,TUBB2A,DDAH2,PACS1,CTDSP2,C1D,PXDN,RHOU,ARHGEF1,GAS6,SGK1,IRF9,STK40,RNF166,TSEN34,CSTB,GRN,RGS19,SATB1,CRIP2,SEMA3F,TYMP,GNAI2,FGD3,ZDHHC18,DNPEP,CAMK2N1,RAB24,SH3BP2,CSK,CKB,FBRS,SEMA4A,MAP3K3,YIPF1,MBD6,SORT1,MBOAT7,LIMK2,MAPK14,VEGFA,MARCKS,PINK1,KLF6,SLC25A39,PIK3IP1,IMPDH1,SHKBP1,CCNG2,ZYX,PKN1,VIM,SMAP2,YPEL3"
+"gene_set_query"	"1333"	"TBX21"	"1091.0"	"ARCHS4 Coexpression,1371;Enrichr Queries,1282;ReMap ChIP-seq,242;GTEx Coexpression,1470"	"CYFIP2,MDC1,ENO2,ELK1,PHB2,LSM10,PREX1,SCAMP4,MYC,PIP4K2A,IER5,IER2,FNBP1,CACNA2D1,PIH1D1,RPL23,WDR74,RFX1,GTPBP1,DDIT4,ADPRH,ORAI2,JTB,VOPP1,CDC42SE1,MEPCE,AGAP2,MTMR9,PLA2G6,PRDX2,PRDX5,PPP4C,CHST12,PLCG1,ST3GAL1,CDK17,JUN,JUND,PRRT2,EDEM1,IRF2BP1,IRF2BP2,NR1D1,PRRC2B,EIF1,EHD1,HNRNPL,FIBP,ABTB1,HNRNPF,OGDH,LGMN,CPEB4,GPR19,CDC42SE2,BTG1,CDKN1B,KCNC3,CLTC,KRI1,BBC3,PIGX,TRIM8,TRMT112,TMSB4X,SH3BGRL3,CIC,JARID2,EMD,BRD2,WDR37,SPHK2,IFNGR2,GMIP,MED29,DUSP6,RNF167,ZEB2,TET3,PXDN,RAPGEF1,TUT1,RNF166,VAMP2,ARF6,RNASEK,CLDND1,RPL10,GPS2,FGD3,SNX29,FLNA,SLC17A7,RPL18,SAMD1,MEF2D,NR1H2,TRMT1,MKLN1,CCDC9,SHKBP1,PLP2,YPEL3,FAM49B,ANKRD13D,ATP8A1,ATN1,CFL1,STK16,PIM3,TMSB10,ANKRD13A,GTF2I,KCMF1,PPP1R16B,TLE3,MAP2K1,RNF44,TPM4,CISH,FBXW7,ANKRD44,USP3,F2R,LENEP,PYGO2,STIM2,SLC9A8,RAB35,MAPKAPK2,TNIK,SNRNP200,CSNK1G2,DNMT1,SEMA7A,RNASEH2A,ANKRD11,MAZ,HSPBP1,CORO1A,CORO1B,RAP1B,PMVK,NACC1,SLC15A4,SLC38A2,NADK,MCL1,AKIRIN2,TRAPPC3,CCDC12,TMEM132A,TRAPPC5,MARCH9,LSM4,LRFN3,CDK9,LRCH1,CDK4,MDM4,GPR107,LRCH4,SERINC4,HSP90AB1,RNPEPL1,TRADD,PIK3CD,ARRB2,ETFB,SYNE2,PIK3C2B,MRPL4,DUSP12,LBH,SART3,CAPZB,GM2A,ACTR3,PLEKHG2,SH2D3C,VPS37C,RPL13A,NDUFC1,VEZF1,VPS37B,MSL1,ARL4C,PTP4A2,TRAF4,DAD1,SLC25A19,EVL,DCTPP1,SLC25A11,AHDC1,BIRC2,SRSF1,CXXC1,FURIN,ZBTB45,JAKMIP1,TSPAN31,MLLT6,AP3M2,HAUS8,FCHO1,U2AF2,POLR2E,SH3BP5,CSK,FYN,SLC35A2,SEMA4A,MARCKSL1,SPAG7,TRIM41,SEMA4D,FBXL19,DDHD1,MCOLN1,PNRC2,TSPAN14,KLF6,PDCD4,EIF3G,CCM2,SMAP2,SLC35B2,EIF4A1,IFITM2,HDAC10,PPAN,KEAP1,TXNDC11,IFI30,RCBTB2,CYB5D1,RPS16,FRAT2,TRIM28,RPS19,FLAD1,ARL6IP5,CCDC97,EPC1,RPS11,SEPHS2,SLC12A9,TIPIN,NSMCE1,CIRBP,ACTN4,PISD,INPP4A,CDC37,HECA,EZR,PFN1,SUPT4H1,TRANK1,MYL12B,PGS1,DHX34,MICAL1,PCBP1,HIVEP2,N4BP1,SNX5,VASP,SNHG1,XBP1,BCL11B,RPS27,WNK1,ID2,CCDC88C,INTS5,PAF1,CORO7,DHRS13,HBS1L,SH3KBP1,SIPA1L3,LIMD2,HERPUD1,PTMS,GLIPR2,XPO6,SSSCA1,RAB8A,MAP4K2,CACYBP,RHOF,LIME1,SREBF2,MLF2,ARHGEF1,NCOA7,GLCCI1,ALDOA,SGK1,SLU7,STK40,SLC20A1,CCDC107,CCDC106,TYMP,GNAI2,AMN1,ZDHHC18,NFIL3,MGAT1,EPS15,MAP4K4,VEGFB,MYO9B,MIAT,PPP1CA,PER1,MARS,HNRNPA2B1,TCEA2,CRTC2,MIDN,HDLBP,SRP14,GNPTAB,FPGS,COTL1,FAM3C,CHCHD1,ATG9A,MATK,ADAM19,EEF1A1,EHBP1L1,SPNS1,TBC1D25,ISCU,RTN2,IDI1,PXK,PXN,CLEC16A,DTX1,STK4,RASGRP2,SEL1L3,EMG1,DEAF1,GRK6,TBC1D17,ANKZF1,BCL9L,DARS,CBX3,SUPT5H,DNAJC18,NFKBIA,NR4A3,HOOK2,HOOK1,UBA3,CHMP2A,LRP12,UBE2M,MUS81,GSK3A,PRR7,MAST3,USP34,CHD2,LMNB1,PPP1R9B,SPRED2,LASP1,SEPT6,NUP62,FLOT1,FLOT2,PDE4A,TMEM109,RBM17,SUN2,USP48,KLF13,H2AFZ,DDX54,GPCPD1,YWHAZ,ARID1B,SENP3,SEPT2,KLF16,EEF1G,FCHSD2,AKT1S1,CHMP7,IRF9,RGS19,RGS16,OPRL1,PDXP,SLC3A2,SPG7,NCALD,LEPROTL1,SPOCK2,MKNK2,PTK2B,MTA2,CYTH1,SPEN,ATF7IP,NEURL4,CAPN10,ERCC1,RPS6KB2,SPRY2,TBKBP1,NAA15,SSBP4"
+"gene_set_query"	"1334"	"HOXB5"	"1093.0"	"ARCHS4 Coexpression,834;Enrichr Queries,1008;GTEx Coexpression,1436"	"KDELR1,ZDHHC7,GBA2,HS6ST1,CAPNS1,DPYSL5,ZMIZ1,DPYSL2,MYC,IGLON5,DPYSL3,EPHB2,SEC62,SOX4,EPHA4,MEF2C,RBFOX2,ACTN1,AFAP1,ACTN4,CSNK1E,PRKAB1,SFRP1,MYL6,DDIT4,HECA,KDELR2,TMEM87B,TSHZ3,NPRL3,NTSR1,S100A10,JUN,FUCA1,PLK2,NR2F1,PBX1,PRRC2B,GADD45G,SMARCA4,EXT1,TDP2,ID2,GIPC1,CALU,ITM2C,NRP1,PTPRS,CITED2,CLTA,TRIOBP,PTMS,AKAP12,CSRP2,TMEM44,GLIPR2,ENC1,TIMP2,NEFL,NEFM,QSOX1,RAC1,NANS,DLGAP4,DUSP6,MLF2,RHOB,TOX3,ZEB2,INF2,KIT,PXDN,TMEM106C,SGK1,GAS6,DBN1,PHLPP2,CSTB,NFIX,SATB2,PRICKLE1,UQCR10,FAM129B,GLRA2,CAMK2N1,GPC1,ZSWIM6,CKB,ANKRD52,PCGF2,AP3D1,AP2B1,SCAF1,VEGFA,TMEM158,NFIA,AGRN,FRYL,HDLBP,ATN1,ARID4A,CLU,TUBB3,KIF5B,CAPN5,CAPN2,LZTS2,FADS1,DGAT1,TPM4,IGFBP3,OSR1,TPM1,F2R,IGFBP2,ATP1B1,GPRIN1,FSCN1,PDE9A,XPR1,RAI14,CD151,ANKRD11,CACNA1A,FBLN1,NDRG1,RTN4,SOCS2,EFNB2,RAI1,SCRT2,CDH24,PRNP,SMURF2,DSTN,ZZEF1,MARCH4,ARHGAP23,EFNA2,HOOK2,HOOK1,UQCRQ,GNB1,CNTN1,PLXNB2,SERINC2,GPSM1,ITGB1,GSK3B,PRKCSH,MAST2,CELF3,DUSP12,PMEPA1,NEO1,EIF5B,SPATS2,REXO2,CKAP4,DNM2,VCAN,PTP4A3,CTDSP2,CDH11,AKT1S1,TRNP1,DCX,SLC25A5,INA,RALA,CANT1,NLGN2,HDAC1,POMP,CXXC1,WIZ,CRMP1,FZR1,NCLN,HECTD3,GNA11,NNAT,POLR2D,SH3BP4,POLR2H,IGF2BP2,MLXIP,SEPT11,MARCKSL1,PCDH7,FBXL19,SEMA4G,CDC42BPB,MEIS2,KLF6,MGAT4B,VIM,FAM98A,BCAR1"
+"gene_set_query"	"1335"	"ETV2"	"1093.0"	"Literature ChIP-seq,152;ARCHS4 Coexpression,1466;Enrichr Queries,1190;GTEx Coexpression,1564"	"ITSN2,SLC35B2,RPL30,CLPB,UXS1,HDAC11,SMC5,CBLB,PWP1,RPL7,RNF115,ALCAM,CDC23,PPP4R1,MYC,PSMD3,RPL36,RPL35,RPL38,TRIM26,ATXN7L1,SOX4,IER2,TRIM23,EPHA7,IAH1,ENTPD4,ALG5,ALG2,CD3EAP,SOX11,STX1B,DYNC1LI2,PPA2,KARS,ASPHD1,CLPP,DDIT4,SIK3,VDAC2,HECA,SUCLG1,PRR14,MACF1,NUMBL,FOXG1,SUPT4H1,TEX261,TMTC1,ZBTB5,NLK,ARPP19,GIGYF2,TTBK1,GSPT1,GNG10,RNF214,HLTF,GRPEL2,PIP5K1C,HIVEP2,SCN3A,RAB11FIP4,JUN,CREBBP,FZD3,NMB,PHC2,JUND,BCL11B,BCL11A,EIF2AK1,INTS3,NR2F1,NR1D1,ERLIN2,PA2G4,MEX3D,PRDX6,SNUPN,GADD45G,THAP11,RPS26,TMEM199,MEX3B,STAG1,MEX3A,PPP1R1A,ID2,CDC16,NMT1,SDC1,HYOU1,BAP1,PHF2,UBXN1,CSRNP3,FKBP15,TCF25,MRPS11,HEXB,MRPS12,ARPC1A,INTS10,AATK,NAT10,SLC7A11,PTPRK,COX7C,PTPRF,PPP3CA,RFK,DHX16,TCP11L2,QSOX1,ARIH1,JARID2,UBXN6,LRRC49,SLC39A11,ZDHHC13,ELOVL6,GAB2,MANEAL,WDR35,ZDHHC17,MRPL46,AP3B2,DUSP6,MLF2,RAB33B,BACE1,TAF6L,PXDN,FAM20B,SGK1,ARHGEF7,DLD,DSCAML1,FJX1,STK40,PCYOX1,NAPA,CSTB,RNASEL,NFIX,STAU2,HSD17B4,GDPD5,AKAP1,FGD3,PAK1,RBM15B,PGRMC2,FAM172A,SRP72,CAMK2N1,HSF2,AP2S1,RPL13,NT5M,CKB,APBB1,MPZL1,RPRM,YIPF4,TTC9B,TTC9C,SRP68,DPY19L1,NFIA,GPAM,NFIB,PSMC4,TTC4,SNX15,KLHL8,AGGF1,PKN1,YPEL5,CRLF1,DPAGT1,OTUD5,CRTC1,PEBP1,UBE3A,CWC25,ACRBP,FBXO22,PPP1CB,PPIP5K2,RUVBL2,KHSRP,FNTB,NUDT19,PPFIA1,SMARCAD1,NRCAM,STK32C,PCDHAC2,KPNA1,PIAS4,CSNK1G3,SUPT16H,PCYT2,MAP2K2,RPS7,IGFBP3,IGFBP2,MAGI2,CNPY2,VRK3,POU3F1,TMEM130,RNF40,PDIA4,ATXN2L,CACNB1,DPM3,MYCN,HNRNPUL2,TMX1,FSCN1,SNRNP27,SNRPF,FKBP5,RTN3,PXK,PFKFB3,PSMD11,COX16,SMYD5,NXPH3,ANKRD11,TMEM59L,ISG20L2,ABHD8,CACNA1A,FOXO6,DTX1,NRF1,NDRG2,CORO1A,CACNA1G,DPP3,SOCS2,RNASEH1,SAFB2,MAP2K6,ATP6V1F,SYT5,AKIRIN2,OSBPL8,TRAPPC3,ANKRD27,ATP8B2,ODF2,API5,FUS,FANCE,CORO2A,SYT7,UBE2W,EFNA3,EFNA2,LRFN4,HOOK2,LHX2,HOOK1,RHEB,CNOT2,UBA2,TUBGCP3,ACO1,AMOTL2,TUBGCP4,PI4KB,CNIH2,RBM25,GSK3A,CNRIP1,PRKCSH,PRR3,CEP164,CHD6,CELF4,DPY30,TNFAIP1,ZFP82,RND3,TMEM191C,SYNE2,MRPL4,SEC61A2,DUSP12,OPA3,TMEM108,UQCRFS1,DACT3,MAN2C1,USP30,IFT57,DNM1L,SLC37A3,ARHGEF11,SVOP,DST,SGIP1,RFC2,ABCC8,H2AFX,OXSR1,DDX52,REXO2,PTBP2,CKAP4,GIGYF1,VCAN,PTP4A3,GAP43,FCHSD2,NPC1,TRAF4,CTDSP2,CRY2,NDUFS4,NAA38,BIRC6,PPP1R12C,INA,RNF38,RAP1GDS1,PARD6G,TM2D3,SRL,PPM1G,ADD2,CDC42,GNG3,FAM168B,DNPEP,MTA1,ABLIM3,PHKG2,POLR2D,DROSHA,DNAJB9,LRRC8D,SNCA,NIPSNAP3B,SPEN,RRM2,NTRK3,PCDH8,DDHD2,SEMA4F,MCOLN1,MEIS2,TTC17,KLF6,EIF3M,IMPDH1,CARM1,PTPN9,KRAS,P4HB,VIM,MDGA1,TAF1"
+"gene_set_query"	"1336"	"CDX4"	"1094.0"	"ARCHS4 Coexpression,610;Enrichr Queries,1332;GTEx Coexpression,1339"	"EPHB6,CCNC,RAPGEFL1,HS6ST2,FAM110A,GCSH,SNRPD2,SNRPD1,MYC,AP1S2,DENR,SEPHS1,VPS36,CXADR,MRPS18A,SOX11,ANK1,WDR77,MRPS18C,SFRP1,SIK1,SET,FOXG1,FBF1,CSTF2,APCDD1,MRPL13,ADH5,PRDX3,APOO,NLN,LDHB,PRDX4,PRDX1,TSPAN6,RDH13,GPM6B,MCTS1,NDFIP2,PHC1,JUP,BCL11B,BCL11A,LARP7,NR1D1,FAM136A,PAICS,ZWINT,VANGL2,SDC1,LRRN1,GABRB3,COX7B,RPLP1,MRPL39,SLC7A11,SPPL3,MRPL42,B3GALT1,DHX15,PLEKHN1,ELOVL4,TSC22D3,ACAD9,TIMM23,CACYBP,UCHL3,SRP9,MRPS9,MRPL50,PSMA3,PSMA4,PSMA1,PSMA2,TET3,ARHGEF7,EEF1E1,CDC123,GSTP1,TIMM13,TIMM10,TCEAL8,PSMB6,PSMB7,PSMB5,PSMB1,EXOSC8,SC5D,GPC4,CCT8,CCT7,NPM1,WNT7B,GABRA3,MAD2L2,PSMC6,FABP5,PSMC4,APEX1,NDUFAB1,PSMC2,CTNNB1,PKN1,TOMM5,RASL11B,FBXO28,BCCIP,PEBP1,MSI1,SRP14,CHCHD4,NUDT11,KHSRP,PLS3,RALBP1,FBXW7,CTNNBIP1,VASH2,ATP11C,SDHD,POU3F1,MYCN,ARMCX2,DMTF1,MSH2,MORF4L2,SMS,NHP2,SNRPG,SNRPE,SNRPF,SNRPC,FKBP3,PSMD12,PSMD11,PSMD14,CACNA1A,RPF2,EFNA4,UQCRH,EFNB1,DPP6,ORC3,G3BP1,NAE1,MPST,PDHA1,NOP16,IDH1,EFNA3,EFNA2,HOOK2,NASP,OSTC,UBA2,CYCS,BLMH,DEGS1,PIN4,DEGS2,LRCH4,FGF13,NOP10,CNIH4,YWHAE,NVL,CHD6,HMGB3,DPY30,HMGB1,BICD2,ELAVL2,EEF2K,SUMO1,TIMM17B,EIF5A,GLRX3,PLA2G4E,PDPK1,H2AFZ,VBP1,TNFRSF19,PTP4A3,CDH11,BCAT1,SLC25A5,PRPS1,NDUFB6,GTF3C6,CXXC1,PARD6G,PDHB,ACVR1B,RCHY1,HSD17B10,HSPD1,FZR1,UGP2,RAB40C,POLR2D,BEND3,MEST,EIF4E,POLR2K,DCAF13,NDUFA8,PPP1R14C,SSB,NDUFA4,PCDH8,ATP2B4,NDUFA1,HSPE1,ACVR2A,EIF3M,SUCLA2,PSAT1,RPS6KB2,MFAP2,TRIM35,DRG1,RAB18,INSM1,SSBP1,RAN"
+"gene_set_query"	"1337"	"ZNF677"	"1095.0"	"ARCHS4 Coexpression,790;Enrichr Queries,912;GTEx Coexpression,1582"	"VARS,ZDHHC5,BACH2,CAPNS1,DPYSL2,PSMD3,AKT1,ATXN7L3,SOX5,MEF2C,ST6GAL2,LIMCH1,DAPK1,CD3EAP,ANK2,MOGS,SCRIB,SOX11,ACTN4,SND1,SFRP1,TSHZ3,FLII,NPRL3,TMTC1,APH1A,GPM6B,ZSCAN18,FZD3,INTS1,BCL11A,PBX2,MEX3C,DCLK1,PRRC2A,MLLT11,HNRNPL,MEX3B,FXYD6,FAT4,CALR,CD200,GABRB3,ARF3,OGFR,DAZAP1,VLDLR,PRPF19,SMG5,COIL,AKAP12,UCHL1,TUBA1A,DHX15,ANXA6,SDF4,CTSF,CIC,ZIK1,UPF1,LRRC49,MINK1,MLF2,RGMA,ZEB2,INF2,KIT,MPPED2,PXDN,ARHGEF2,GAS7,SATB1,CENPB,FGD4,HIRA,CUX2,PES1,TMEM68,MFN2,ANKRD52,YKT6,JAM3,RUNX1T1,SORBS1,SCAF1,AGBL5,NFIB,TTLL1,TAOK2,CACHD1,NUCB1,HDGF,PKN1,PNPLA6,ZFP28,GRINA,HDLBP,UBE2Z,IPO5,LAMP1,KIF5C,ARHGDIA,SLC39A7,SBF1,FADS1,USP5,TPM1,F2R,MAGI2,ATAD3A,OLFM1,HNRNPUL1,EHBP1L1,RAB35,CHMP4B,CSNK1G2,ANAPC2,LRRC59,RAB5C,CTTNBP2,CHRNA7,MAZ,ITPR1,SUPT6H,CORO1B,SOCS2,ORC4,ARHGAP20,SBNO2,BAG5,IRAK1,DVL1,NACC1,NDN,ZC3H14,PDZD7,ESRRA,NUP155,ODF2,PTCH1,SEC16A,EEF2,SH3BP5L,HOOK2,NBEA,HOOK1,GNB2,PLEKHM2,PLXNB2,LRCH4,NFE2L1,EIF4G1,KDM5C,WDR1,PRKCSH,CHD6,ZFP82,PPP1R9B,SEC61A1,SART1,SEPT9,LASP1,PPP6R1,SNRNP70,PDE4B,UBTF,PEG3,RAD23B,ARFGAP1,DNM2,TRAF7,VCAN,PTP4A3,SETBP1,POLR1B,DNAJC5,SHANK2,RNFT2,SMARCD2,CANT1,DDX25,NRXN1,RAB1B,RNF38,DDX20,ATP1A1,USP19,ADD2,ABLIM1,GANAB,U2AF2,FAM120A,MTA2,MEST,FBRS,PCDH9,NEGR1,PCDH7,NAP1L2,TPD52L2,NEURL4,MGAT4B,ACIN1,VIM,P4HB,CDO1,SSBP2,EIF3B"
+"gene_set_query"	"1338"	"SHOX"	"1096.0"	"ARCHS4 Coexpression,1239;Enrichr Queries,1058;GTEx Coexpression,992"	"GMFB,MYT1L,WIPF3,ALKBH8,ALKBH3,NFU1,PSMD8,ALKBH1,DPYSL2,ACVR1,RBFOX1,ST6GAL2,BROX,NSMCE2,SOX11,RRAGC,FEZ2,DDIT4,KCNQ2,TRIM13,SIK2,GPM6A,NRN1,TSHZ3,FOXG1,NPRL3,NEDD4L,PDGFA,ZNHIT1,RIC8B,WDR70,PRKAR2A,NAA50,PTPRN2,CADM1,BCL11A,SLC35E3,NR2F1,NTAN1,PBX1,AIMP2,STAG1,STAG2,PPP1R1A,NMT2,FBXL3,BAP1,ITM2C,GRIK5,SETD7,GRIK3,SMG5,RSRC1,DHX15,ANXA7,FEZF2,RRP15,JAK1,CEP68,ANO6,FAM126A,COMMD4,RNF168,SLC7A5,KIN,SLC7A6,PRPF18,KIT,PXDN,CD47,SFI1,NFIX,SATB2,PSMA7,CUX2,CUX1,NPY,TMEM68,MEF2D,PAIP1,EGLN1,ARNT2,PCGF6,BRF2,YIPF4,SNX22,GTF2H5,MKLN1,NFIA,PRKRA,NFIB,PSMC1,CRLF2,VKORC1L1,UBE3C,CDH8,FADS3,TATDN1,FADS1,HMGN1,SH3GLB1,KIRREL3,USP8,TTC7B,TBR1,PUS7,POU3F1,VRK3,POU3F2,POU3F3,PIAS2,FOXP1,OXA1L,TMEM135,PLAA,RAD54L2,ENY2,KHDRBS2,PFKFB3,ARHGEF26,NTM,CACNA1B,GPR85,CACNA1A,CACNA1D,CACNA1C,CACNA1E,TAF5L,TIMM50,NEUROD2,DPP6,SCUBE1,OTX1,NDUFV3,PDZD7,AP1M1,UVRAG,SMAD1,EIF2B3,BOD1,POLR3GL,CRIM1,BFAR,BTBD9,KLHL20,EFNA2,NR4A3,HOOK2,TMEM11,LHX2,COPS2,UBA2,COPS8,EIF4G1,SCYL3,FHL1,USP39,ELAVL2,TTC28,PPP6C,SEC61A1,SENP7,LRRTM1,PHACTR3,TTC33,RAD23A,SENP2,DDX19A,PTP4A3,PIK3CA,CDH13,SHANK2,RRN3,ROCK2,NRXN1,WBP4,NRXN2,U2AF1L4,GANAB,UGP2,U2AF2,SLITRK5,OPCML,NIPSNAP3B,USP24,NTRK2,SEC24B,TRIM41,NEGR1,PCDH7,FOXJ3,CDC5L,MEIS2,HS3ST1,CUL4A,RAD52,CAPN10,RAB12,CEBPZ,INSM1,EIF3C,TRIM32"
+"gene_set_query"	"1339"	"DNMT1"	"1097.0"	"ARCHS4 Coexpression,1139;GTEx Coexpression,1054"	"NUP107,SMARCB1,NUP188,KDM1B,CSE1L,HNRNPU,SMC6,SMC3,EIF4ENIF1,IPO8,TRIM28,RAVER1,KHSRP,RUVBL1,KPNA2,TMPO,SUPT16H,TIPIN,MAP2K1,NUP210,ATAD3A,KCTD5,TRAIP,HCFC1,ATXN2L,TIAM1,ILF3,MSH2,HNRNPUL1,EWSR1,SNRNP200,KPNB1,CSNK1G1,NUP205,SEMA7A,POM121,RNASEH2A,MTMR3,PAXIP1,CUL5,DHX9,CCDC25,GMPS,SPATA2,PRPF8,ORC6,PDCD11,PCBP1,TPR,ZC3H18,XRCC6,BRPF1,FUS,CBX3,BOD1,CPSF3,RCC2,INTS2,CCZ1,CDC7,NUP153,ZWINT,PRRC2A,CHERP,HNRNPL,HNRNPM,MSRA,NASP,CNOT1,UBE2S,CAPRIN1,TDP1,INTS7,TCF3,EZH2,EIF4G1,MCM7,TCF20,PFAS,LMNB2,LMNB1,PHF8,TUBA1C,UBE2Q2,XPO5,NUP62,TOPBP1,JARID2,UNKL,CCT2,EMX1,RFC3,H2AFZ,CAD,ACTL6A,DDX54,SMC1A,BAZ1B,PPRC1,UTP18,CKAP5,TFDP1,NPC1,TET3,G2E3,DNAJC9,PCNA,RNF34,PRIM1,DOT1L,HEATR1,RNF38,AMBRA1,PARL,IWS1,AKAP1,PPM1G,RBBP4,HAUS8,TCOF1,U2AF2,EXOSC9,USP1,IGF2BP3,BUB3,RBBP7,SAMD1,PAIP1,SUZ12,RANBP1,RRM2,GINS4,SSRP1,NPM3,MPHOSPH9,SNRNP40,MYBBP1A,CCDC6,RAN"
+"gene_set_query"	"1340"	"NR1I2"	"1098.0"	"Literature ChIP-seq,117;ARCHS4 Coexpression,1492;Enrichr Queries,1294;GTEx Coexpression,1488"	"APP,FAAH,TRIO,TFRC,ITSN1,HDAC11,DIXDC1,GPATCH1,ADARB1,ENO2,TSEN54,DCAF7,LSM10,SCP2,RAVER1,MYC,DPF2,KIF21A,SEPHS2,ANKS1B,ACVR1,HES6,RBFOX2,PRKCE,ALG5,ANK3,ANK1,INPP4A,POR,PPA1,ZC3H11A,CLPP,DDIT4,BOLA2,HECA,KDELR2,STX1A,GNE,MACF1,SEH1L,DHX8,FBF1,NEDD4L,COPS7B,PIK3R1,LIAS,HIF1A,PRKCZ,SNX2,HIVEP1,ST3GAL5,DECR2,PUSL1,ST3GAL1,ST3GAL3,JUN,GSTM1,SETDB1,INSR,SLC35E3,SETD1A,MICAL3,XRCC1,PUM1,ACADSB,BRI3BP,SMARCA2,EIF1,PARP11,CALY,FASN,ID2,PPP1R1B,NDUFAF2,RANBP10,ECHDC2,INTS7,PLCH2,SUGP1,PHF3,NRP1,WDR48,ELL,FAF1,NCAN,PIGQ,ADK,PRKAG2,GPT,PTPRK,SHB,PHF6,PTPRF,ZCCHC14,ARV1,SIPA1L1,RSRC1,SH3PXD2B,ANXA6,DLAT,RALGPS1,ZYG11B,NCOA2,WARS,ELOVL5,ELOVL2,GAA,ELOVL6,FAM126A,DUSP6,MTSS1,VAV2,RHOB,MED23,HADHB,NCOR2,BDH1,TMEM33,KIT,PXDN,PITPNM2,SGK1,PLCB1,MAPRE2,ERGIC1,OAT,PHLPP1,STAU1,ATL1,USO1,STX18,NOL9,PSMA7,EXOSC7,ARVCF,PGRMC1,SAMM50,CUX2,PSMB3,EXOSC8,STX6,ZSWIM6,CTNNA2,MAP4K5,MEF2D,MPZL1,ATRNL1,PCGF2,PCGF3,PLEKHA5,ELP3,MYO9B,VEGFA,KTN1,PER1,MPHOSPH9,NFIA,NFIB,PSMC4,TACC2,AGRN,ANKRD13C,CRCP,ZFAND3,KDM1B,WWC1,ATN1,PEBP1,STK19,COMT,CYP46A1,IGF1R,TXN2,TATDN1,GRB14,KHSRP,CAPN5,OSBP,PIM3,TXNL4A,RGS6,TLE3,MORC3,SLC30A9,ZGPAT,AGTPBP1,DGAT1,SLC30A5,TPM1,SDHC,UBE4B,ATP1B1,PGD,GTF2F1,MID1,FOXP1,TUFM,MINPP1,TOM1L2,ACAP3,MYCN,DNAJC30,HGS,MAPKAPK2,TIPRL,SBDS,ELMO1,SNRPE,MASP1,MAD1L1,PDE9A,FKBP5,RAI14,ANKRD17,TNKS,CCDC25,PXN,ITPR1,LPL,UBR1,DTX4,KLC1,CACNA1G,KLC4,SBNO2,DEAF1,DVL1,G3BP2,ZC3H13,MAP2K5,MPST,PRNP,BTBD9,NMRAL1,LSM2,ZC3HC1,NFKBIA,LRFN3,PTPRD,EFNA2,LSM6,HOOK2,PQLC1,HOOK1,ATG16L1,GNAQ,NF1,CHMP2A,SKIV2L,GRSF1,OSBPL1A,NFE2L1,UBE2M,DIDO1,GSK3B,PRKCSH,MAST2,CHD6,ARHGEF10L,PITPNC1,POLB,DUSP12,CAPZB,BCL7A,PHACTR1,ERC1,SLC37A4,ILKAP,RBM33,IDH3A,USP47,USP48,KLF13,CHUK,GPX4,PDPK1,SGIP1,GLRX5,ARHGEF18,PLRG1,VPS37B,EPN1,PTP4A3,NPC1,ALS2,ACOX1,SLC25A19,TRAPPC6B,CTDSP2,GORASP1,CAT,POLR1D,SMARCD1,NLGN1,NDUFB7,PPM1L,SRBD1,RNF38,CXXC1,HMGCR,CLCN3,NCALD,HMGCL,FZR1,ABLIM1,TAF1D,ZNRF2,DNPEP,HECTD1,ABLIM3,RPS6KC1,GNA11,GNG7,POLR2D,JAZF1,SH2B1,SPEN,NTRK2,SEMA4A,TRIM41,TTC13,GALNT2,FBXL19,FOXJ2,ATP2B2,SEMA4G,DEK,ATP2B1,BAIAP2,USP29,GDAP2,SH3YL1,MYO1B,PDE10A,DNAJA3,MGAT4B,CDK2AP1,CDO1,LPIN2,BCAR1,TPT1,LNX2"
+"gene_set_query"	"1341"	"ZNF665"	"1098.0"	"ARCHS4 Coexpression,1560;Enrichr Queries,904;GTEx Coexpression,831"	"RPL4,RPL5,TRIO,ACTB,ALCAM,OPHN1,DPYSL2,MYC,EIF2D,ATXN7L3,SOX4,IER2,DDX18,MEF2C,WSB1,RPL23,RPL22,RECQL,WDR75,CD3EAP,MOGS,TWSG1,KCTD10,DDIT4,HECA,ANKRA2,ALG10B,CGGBP1,TSHZ3,XPC,PIK3R1,GLG1,INPP5B,APH1A,TNRC18,TRPM7,RDH13,SEC31A,ZSCAN18,JUN,PLK2,SLC35E3,PHC3,EXT2,ZZZ3,FUBP1,ID2,FAT4,CDK14,ITM2C,PHF3,PIGU,BTG1,CITED2,MRPS12,SLC7A11,PRPF19,MED17,AKAP12,TIMP2,UPF1,PBRM1,SHPRH,TSC22D3,TCF12,COMMD6,BAZ1B,MRPS7,DUSP6,MLF2,RHOB,SLC7A5,NSA2,PXDN,SGK1,CSTB,NOL8,TMEM68,SRSF10,NPM1,RYK,MTX3,WDR11,MIB1,KLHL9,RAB3GAP2,ESYT2,GOPC,HDGF,MPHOSPH8,ZFP28,CEP120,IPO8,ZFP30,BASP1,CWC22,CAPN2,FADS1,USP5,IGFBP3,F2R,ATP11C,THOC2,ATP1B1,EEF1A1,DISP2,RAB34,RAB35,WDFY1,FKBP5,KHDRBS1,LRRC59,PFKFB3,INSIG1,CACNA1A,NDRG1,CORO1C,CNN3,SOCS2,ORC4,NACC1,ZKSCAN3,SLC38A2,MYH10,PDZD7,TRAPPC2,NEK9,PRNP,CPSF6,UBE2I,ATP8B2,CRIM1,HPS3,DNAJC13,SMAD5,NFKBIA,EFNA2,HOOK2,CDK4,HOOK1,CNTN1,SPIRE2,LSM14A,RSL24D1,NFE2L1,EIF4G1,CELF2,CHD6,ZFP82,RND3,SYNE2,TTC28,SGCE,SENP6,DUSP12,ZC3H7A,OPA3,GATAD1,CCDC50,PDPK1,PDE4D,ARNT,REXO2,DDX50,RAD23B,LATS1,PTP4A1,VCAN,PTP4A3,PIK3CA,CTDSP2,POLR1B,NUP54,PPP1R15A,RNFT2,LEPROT,UHRF2,ROCK1,CXXC1,ABLIM1,GANAB,U2AF2,TAF1A,MKNK2,FEM1C,MEST,HNRNPA0,SMARCE1,DEK,MEIS2,FBXL12,KLF6,MFAP2,EIF3E,VIM,RBMX,PPIL4,TAF2,TAF1"
+"gene_set_query"	"1342"	"IRX2"	"1099.0"	"ARCHS4 Coexpression,1149;Enrichr Queries,851;GTEx Coexpression,1296"	"STMN2,RPL9,RAPGEFL1,FAM110A,RPS18,DPYSL2,MYC,DPYSL3,PTGFRN,VPS36,SOX4,RPS12,CHGB,EPHA4,MED1,MEF2C,CXADR,SOX11,ANK3,SOX12,SFRP1,DDIT4,RPL24,SIK1,TMEM87A,NRN1,BEX1,IGSF3,PDGFA,APH1A,NKAIN1,FLRT2,RDH13,JUN,FZD3,RPL41,PTPRN2,JUP,CADM1,BCL11B,BCL11A,RCC2,NR2F1,DCLK2,NR1D1,MEX3D,PBX1,GADD45G,VANGL2,MEX3A,RPS27,ID2,SDC1,LRRN1,RCOR2,CDKN1C,PCSK2,DDR1,SLC35F2,CITED2,RPLP1,SPPL3,AACS,PTPRF,TUBA1A,ENC1,DNER,ANXA6,NEFL,NEFM,KIF1A,ELOVL4,SSR4,ACAD9,DUSP6,MLF2,RGMA,TOX3,MN1,TMEFF1,TUBB2B,TUBB2A,TET3,KIT,PXDN,RHOU,GAS6,SGK1,NFIX,PTN,CAMK2N1,CKB,GPC4,PAK3,RUNX1T1,RPRM,PCGF2,LHFPL4,NFIB,RASL11B,TUSC3,WWC1,ARID4A,SALL2,BASP1,PIM3,IGFBP3,CTNNBIP1,TPM1,IGFBP2,ATP1B1,POU3F2,POU3F3,ADAM15,EHBP1L1,SCG5,RAD54L2,NXPH4,ARL3,LPL,CACNA1A,COX7A2,DTX4,SEZ6L2,EFNA4,NDRG1,PHF21B,SOCS2,EFNB2,OTX1,NDUFV3,SYT4,AUTS2,EFNA3,STK24,HOOK2,LHX2,HOOK1,DLG5,CNTN1,CPE,BLMH,DEGS1,DEGS2,LRP11,CHD6,CELF4,HMGB3,RND2,BICD2,DUSP12,EEF2K,PMEPA1,EDIL3,HSP90AA1,PLA2G4E,TNFRSF19,EEF1G,VCAN,PTP4A3,CDH11,FAM84A,CDH13,SMARCD2,NAA20,RGS16,CXXC1,PARD6G,ACVR1B,DLL1,CXXC4,NCALD,CACNG7,FZR1,POLR2D,PTK2B,CSK,IGF2BP2,CYTH1,NTRK2,MARCKSL1,PCDH7,BAIAP2,HSPE1,MEIS2,ACVR2A,NELL2,KLF6,SBK1,RAB14,RPS6KB2,TRIM35,VIM,INSM1,CBLN1"
+"gene_set_query"	"1343"	"POU4F3"	"1100.0"	"ARCHS4 Coexpression,1020;Enrichr Queries,1208;GTEx Coexpression,1072"	"PITPNB,HS6ST1,ACTB,DPYSL5,DPYSL2,MEF2A,PDHX,HES6,SRRM4,RBFOX1,AFAP1,SOX11,ACTN4,VWA5B2,ANK1,GTPBP1,TWSG1,CARHSP1,KCTD10,KCTD18,STX1A,FOXG1,XPC,ABCB8,PIK3R2,HTATSF1,CYB5R3,JAG2,PHC2,PTPRN2,BCL11B,ST8SIA3,NR2F1,HSPA12A,BRI3BP,EXT1,STAG1,H2AFY2,SESTD1,PTK7,FBXL3,RCOR2,GABRB3,GRIK5,ARHGAP1,GRIK3,PCSK7,KRI1,MED15,SHD,CSRP2,TMEM43,RSRC1,TIMP2,ANXA7,NEFL,NEFM,KIF1A,JAK2,FEZF2,DLGAP3,PRMT8,PARP1,ACTL6B,CCDC115,HSBP1,MANEAL,MED27,WDR34,CBFA2T2,RHOA,ARHGEF9,TMEM179,VAMP7,FRG1,PXDN,ARHGEF7,PTMA,CCDC107,TMEM74,ADCY1,RXRB,CUX2,PPP1R8,USP1,FLNA,PAK6,APBB2,RUNX1T1,RPRM,SORT1,PLEKHA6,WWP2,MIB1,SH3RF3,PRKRA,KIF26A,ESYT2,CRAT,CRLF1,CDK5R2,CELSR3,SLC8A2,FADS3,PLS3,HMGN2,MAP2K2,MMGT1,UBE2E2,TBR1,POU3F1,POU3F2,POU3F3,GPRIN1,SBDS,LRRC59,NXPH3,NTM,CACNA1B,CACNA1A,FOXO6,CACNA1E,CPLX1,TAF5L,RAP1GAP,SEL1L3,RAP1B,IGSF21,RAI1,DPP6,MED30,TMEM128,ESD,CDH24,DVL3,H1FX,OTX1,LONRF2,ATP8B2,KLHL26,SMURF1,CRIM1,DSTN,CORO2A,SCRT1,COQ6,KLHL20,NFKBIA,H1F0,EFNA2,HOOK2,LHX2,CHMP2B,RNF182,UBA2,CNIH2,PICALM,BCL2L1,LDB1,CELF4,CHD6,YBX1,ELAVL2,LMNB1,PPP6R2,UBTF,DACT3,PMEPA1,EDIL3,DACT1,SUN2,PEG3,RTN4RL2,SEZ6L,POMGNT1,FCHSD2,PIK3CA,SYF2,CDH13,CUEDC1,SHANK2,AHDC1,ROCK1,NRXN1,CRMP1,PDXP,ATP1A1,PPM1E,IGFBPL1,CHSY1,HAUS7,MGAT5B,NT5DC2,BNIP2,DCAF11,CACNG4,SPEN,CHGA,RNF20,HNRNPA3,MARCKSL1,NTRK3,PCDH8,CABLES2,HS3ST2,VIM,INSM1,POLR3K,CBLN1"
+"gene_set_query"	"1344"	"ZNF90"	"1102.0"	"ARCHS4 Coexpression,1068;Enrichr Queries,1198;GTEx Coexpression,1039"	"ITSN2,RPL4,RPL5,ZDHHC5,RPL6,TIAL1,CAPNS1,SNRPD1,AKT1,PRKACA,ATXN7L3,TMPO,NUP210,RPL23,CD3EAP,MOGS,MFSD10,BOLA2,RPL26,ANKRA2,ALG10B,NUP205,TBC1D9B,FLII,SLAIN1,GJC1,APH1A,SNX1,RDH13,SNX5,GPM6B,BCL11A,EDEM1,SLC35E3,PRRC2C,ZWINT,PRRC2A,FUBP1,RPL27A,HNRNPD,CD200,GPR19,GABRB3,MRPS17,ARF3,PIGO,RPLP0,MRPS12,MRPL36,SLC7A11,PRPF19,PFAS,HSPB11,SMG5,SYNCRIP,SDF4,KIF1A,JARID2,CIC,ZIK1,UPF1,MINK1,MRPS7,COMMD6,ITFG2,SREBF2,TUBB2B,HNRNPH1,KIT,PXDN,GLCCI1,ARHGEF2,PTMA,PCNA,PRIM1,RPL11,PRKX,CENPB,GGA2,RPS15A,RPS3,MFN2,RPS2,GPC4,ANKRD52,RPS27A,RPL17,SRSF10,SUZ12,NPM1,GINS4,SNX22,WDR11,TAOK2,NUCB1,RPL22L1,HDGF,GRINA,HDLBP,OGDHL,UBE2Z,SALL2,KIF5C,HMGN2,SBF1,HMGN1,ANKRD49,USP5,VASH2,RPSA,THOC2,TRAIP,EEF1A1,MSH6,MYCN,MSH2,EHBP1L1,RAB35,CHMP4B,SNRPF,ANAPC2,ZCCHC7,KHDRBS1,LRRC59,COX17,AK2,PDS5A,ORC6,DVL1,NDUFV3,PDZD7,NONO,CBX2,SEC16A,HMGA1,LSM5,CLK2,SH3BP5L,HOOK2,NASP,ZFP62,HOOK1,GNB1,NFE2L3,PLEKHM2,PLXNB2,GPR107,LRCH4,NFE2L1,EIF4G1,PICALM,KDM5C,MCM7,PRKCSH,HMGB3,SLC2A3,SYNE2,ELAVL2,LMNB1,PPP1R9B,PTBP1,RPL7A,SEC61A1,LASP1,PPP6R1,SNRNP70,RFC3,EED,CAD,RPS3A,PTP4A3,DNAJC5,MTPN,ATF6B,HDAC1,DDX25,RAB1B,SRSF1,CXXC1,MLLT3,LRP8,ADD1,ADD2,FAM168B,GANAB,PTPRZ1,U2AF2,TRA2B,TAF1A,FAM120A,BUB3,HNRNPA1,RBM39,HNRNPA3,PTCD1,RRM2,NDUFA3,DEK,CDC42BPB,TTC17,NELL2,NEURL4,MGAT4B,ACIN1,VIM,P4HB,RBMX,POLR3K"
+"gene_set_query"	"1345"	"PITX2"	"1102.0"	"ARCHS4 Coexpression,1358;Enrichr Queries,1074;GTEx Coexpression,874"	"PREP,KEAP1,PDCD2L,DCAF6,PSMD7,MYC,PSMD3,PSMD1,SOX4,EPHA4,PRKAB2,MEF2C,LIMCH1,CACNA2D1,SLC6A15,MRPS18A,SOX11,ANK1,GNPAT,RNF123,SFRP1,BIN1,DDIT4,UQCRC1,SAR1A,SAR1B,FLII,NPRL3,MRPL14,PIK3R1,FXR1,PRDX3,CYB5R1,PRDX4,FLRT2,PRKAR2A,PRDX1,TSPAN6,NAA50,JUN,CADM1,BCL11B,BCL11A,NR2F1,UBAC1,MRPL22,TADA2B,AIMP2,ID2,CALU,GTF2IRD1,FERMT2,CDKN1C,CITED2,VLDLR,OSBPL11,ROBO1,CHMP1B,ARIH2,LRRC47,ZYG11B,TPI1,MIOS,DUSP6,MLF2,MN1,ZEB2,KIT,PXDN,SGK1,SLC29A2,SATB2,GSTP1,USO1,PTN,TCEAL8,SAMM50,PSMB5,HSF2,RUNX1T1,EGLN1,BRF2,UBE2G1,LRRC20,SLC8A3,NFIA,FABP5,PRKRA,NFIB,NEDD4,PSMC1,ACAA2,ARID4A,KLHL34,UBE3A,CLU,CCDC28B,CHCHD3,CDH2,SESN1,CFL2,PLS3,KPNA4,KPNA3,KPNA1,SEMA6C,TPM3,IGFBP3,TPM1,IGFBP2,SHISA4,FBXO10,CACNB1,CTDNEP1,CLIP1,MORF4L2,PLAA,FKBP3,RTN2,CUL5,AK1,UBR3,UBFD1,EFNB2,BTBD1,PLXNA2,PRNP,EIF2B3,PDHA1,IDH1,COPS4,COPS3,HOOK2,STK25,TMEM11,LHX2,HOOK1,OSTC,CNTN1,GRSF1,NFE2L1,PHTF2,USP38,SCHIP1,FHL1,DUSP12,MDK,MYO18A,PGM3,PMEPA1,SPEG,HIF1AN,DACT1,NAA30,ADSL,H2AFZ,RAD23A,DUSP26,ARL4C,DDX19A,VCAN,PTP4A3,IGDCC4,CDH11,CCDC43,RBM24,SLC25A4,CXXC1,PDHB,SRL,TMEM201,HECTD1,POLR2D,CDC37L1,SLIT1,RPP14,MEST,NTRK2,KCNJ11,FEM1A,NDUFA4,PCDH7,PDE4DIP,PPP2R3A,MEIS2,CUL4A,NELL2,KLF6,ASB8,RAB12,POLR3E,MFAP2,VIM,PFKM"
+"gene_set_query"	"1346"	"HOXA10"	"1102.0"	"ARCHS4 Coexpression,1158;Enrichr Queries,1142;GTEx Coexpression,1006"	"RPL4,APP,PREP,EPRS,RPL8,PHB2,PDCD2L,ALKBH8,DCAF6,ALKBH3,PSMD7,ZMIZ1,MYC,ARL6IP4,SOX4,PRKAB2,MEF2C,CACNA2D1,NSMCE2,GNPAT,RNF123,TIAM1,BIN1,FEZ2,ZSCAN21,DDIT4,RPL29,NRN1,NPRL3,PDGFA,PIK3R1,MRPL12,FXR1,WDR70,PRKAR2A,NAA50,BTF3,JUN,ICMT,NR2F1,IRF2BP1,PBX1,HNRNPL,AIMP2,ID2,RNPS1,RNF220,CDKN1C,NRP1,CDKN1B,SETD7,MRPL37,OSBPL11,C1QBP,KIF13A,TIMP2,RRP15,LRRC47,ZYG11B,PARP1,TSC22D3,ELOVL6,DUSP6,MLF2,MN1,ZEB2,CSDE1,PXDN,SGK1,NFIX,SATB1,USO1,GNAI1,PES1,SCAND1,RPS2,RPL18,MEF2D,PAIP1,PCGF6,BRF2,MDH2,WDR18,UBE2G1,LRRC20,VEGFA,NFIA,MYBBP1A,PRKRA,NEDD4,SERBP1,PKN1,KLHL34,UBE3A,COMT,IGF1R,CHCHD3,CFL2,FPGS,KPNA4,KPNA3,FADS1,KPNA1,SLC39A3,SEMA6C,TPM3,IGFBP3,TPM1,RPS6,DYRK1B,SHISA4,SDHA,ATAD3A,RNF40,CTDNEP1,CLIP1,EHBP1L1,SNRPA,SRSF9,RTN2,CUL5,INSIG1,MAZ,AK1,AK2,UBR3,SOCS2,EFNB2,IRAK1,BTBD1,DVL1,IDH2,EEF2,COQ7,EFNA2,HOOK2,TMEM11,HOOK1,GNAS,NFE2L1,RERE,PHTF2,MAST2,FHL1,USP39,LMNB2,RPS4X,SPRED2,DUSP12,SPEG,CPXM1,HIF1AN,EIF5A,NAA30,ADSL,H2AFY,TTC33,PDE4D,H2AFX,ABHD14B,RAD23A,VEZF1,SMC1A,ARL4C,EEF1G,DDX19A,VCAN,PTP4A3,TFDP1,CTDSP2,NDUFS4,CDH11,CAT,AKT1S1,CCDC43,RBM24,POLDIP2,SRC,HDAC1,WBP4,CXXC1,SRL,USP19,STRN3,FZR1,TMEM201,DNAJB6,POLR2D,FYN,IGF2BP3,RALY,RPP14,MEST,SNCA,FEM1A,CNBP,PPP2R3A,MEIS2,CUL4A,ASB8,RAB12,RBM42,STUB1,VIM,TRIM32"
+"gene_set_query"	"1347"	"NR4A3"	"1103.0"	"ARCHS4 Coexpression,1317;Enrichr Queries,938;GTEx Coexpression,1053"	"OTUD4,MIDN,CCNH,PDCD6,SLA,RNF19B,IFI30,CLU,CYB5D1,NFU1,CHCHD3,ALCAM,BASP1,CFL2,DPYSL2,MYC,RNF19A,WDR91,LONP1,PIM3,PRKACA,IER5,IER2,MEN1,MEF2C,SLC38A1,TSTD2,CACNA2D1,BROX,IGFBP3,VPS33B,DAPK3,ARRDC3,IFRD1,ATP1B3,VASH1,ATP1B1,ADAM19,ARMCX1,HNRNPUL2,BIN1,DDIT3,MAPKAPK2,DDIT4,ADPRH,SBDS,FSCN1,HECA,SIK1,SIK2,FKBP5,SEMA7A,PKDCC,PFKFB3,INSIG1,LPL,SLCO5A1,UBR1,VPS26B,PIK3R1,NDRG1,CSF2RA,SOCS2,SDCBP,ABL2,FAM192A,HIVEP2,SKIL,MCL1,EIF2B3,JUN,JUND,UBE2B,HOMER1,PLK2,MTHFR,COQ7,GADD45G,NFKBIA,RCAN1,HOOK2,ID2,CNTN1,CYCS,PAM,USP36,NRP1,DOCK4,BTG1,CITED2,FHL1,PRKAG2,ATP2A2,UFSP2,SLC2A3,VLDLR,SLC7A11,RND3,AKAP12,ING4,DUSP12,RASGEF1B,CHMP1B,ENC1,PDE4B,PMEPA1,EMD,YAF2,MAPK1IP1L,KDM6B,GPX1,DUSP1,PDE4D,TSC22D3,TBC1D8,JOSD1,DUSP6,RHOB,ARL4C,MN1,SLC7A5,PTP4A3,ZEB2,VCAN,NPC2,SLC25A19,MED21,B3GNT5,NDUFS4,KIT,PXDN,RAPGEF1,PELI1,NDUFS2,SLC25A12,SGK1,RBM24,SLC25A4,FYTTD1,PPP1R15A,PPP1R15B,RGS16,DOT1L,CXXC1,SRL,STRN3,TYMP,RAB21,GNA13,FGD4,CHSY1,KCTD20,NFIL3,DNAJB5,SH3BP5,MEF2D,FNIP2,SLC25A25,NIPSNAP3B,RANBP2,PTPN1,SPAG7,MYO9B,USP28,SOD2,MCOLN1,PNRC1,VEGFA,NELL2,PER1,KLF6,SUCLA2,DOLPP1,SPRY2,ESYT2,GPD1L,VIM,GZF1"
+"gene_set_query"	"1348"	"PROX2"	"1104.0"	"ARCHS4 Coexpression,1534;Enrichr Queries,793;GTEx Coexpression,984"	"RPL4,BACH2,CCAR1,TIAL1,CDC23,TRIM28,DPYSL2,AP1S1,BSN,RNF111,SOX4,TMPO,ANKS1B,FNBP4,ARL10,MEF2C,ST6GAL1,SCAF11,MTUS1,WDR75,ANK3,ANK1,SND1,SRRM1,TIAM1,ZC3H11A,HECA,ALG10B,CGGBP1,NUP205,DHX8,FBF1,APH1A,CYB5R4,PRKAR2B,LDHD,TRPM7,GPM6B,JUN,BCL11B,INTS2,PRRC2C,PHC3,PBX1,FUBP1,PPP1R1B,HNRNPD,INTS4,FXYD6,FAT4,CDK13,ITM2C,NRP1,SLC7A11,PCSK7,PRPF19,PHF6,MED17,NIPBL,DHX15,UBXN7,WDR36,SHPRH,RPS6KL1,ELOVL6,MLF2,RGMA,RHOB,MED23,SLC22A23,NFX1,KIT,PXDN,SGK1,SF3B3,STX16,SATB1,NOL8,FGD4,BCLAF1,CHN2,RPS3,EXOSC2,RUNX1T1,NKTR,GABBR1,MTX3,SORBS1,WDR11,VEGFA,KLHL9,NFIA,RAB3GAP2,GOPC,HDGF,PKN1,FAM49A,RASL11B,HDLBP,PRDM2,CYP46A1,KIF5C,PAPOLG,SMARCAD1,MAP3K7,KDM2B,USP5,ANKRD44,VASH2,TTC7B,PRPF4B,LMO7,THOC2,EEF1A1,DMTF1,WDFY1,ELMO1,ANAPC1,ZCCHC8,ZCCHC7,LRRC59,CACNA1A,PDS5A,UBR5,NACC1,ZKSCAN3,SRGAP1,PLXNA4,BPTF,MAP2K6,BCL9L,CPSF6,ZBTB12,CORO2A,PTPRD,EFNA2,NR4A3,YEATS2,HOOK2,ZFP62,HOOK1,GNB1,MDM4,FGF13,NFE2L1,EIF4G1,RBM26,PRKCSH,PRR3,HP1BP3,CHD6,ADAR,SLC2A3,SYNE2,TTC28,DUSP12,SEC61A1,SART3,PMEPA1,PHACTR1,KDM6B,EIF5A,USP48,EED,PDPK1,CAD,NAV2,ARID1B,TRAF7,PTP4A3,CTDSP2,BIRC6,NFAT5,UHRF2,NRXN1,RAB1B,LRP8,PPM1E,TOB1,ABLIM1,GANAB,DNPEP,U2AF2,SPOCK2,TAF1A,NNAT,POLR2D,FEM1C,VHL,ATP9B,EIF4B,SEMA4D,SEMA4B,ZFC3H1,RPL23A,DDHD1,RAD52,SLC4A8,NIN,SPRY2,SNRNP48,RHEBL1,RBMX,UNC79,TAF1"
+"gene_set_query"	"1349"	"ZNF280A"	"1104.0"	"ARCHS4 Coexpression,1535;Enrichr Queries,1007;GTEx Coexpression,770"	"SLC23A2,HS6ST1,FRAT2,DPYSL2,MYC,TRIM24,LONP1,FDXR,MPV17,SOX4,FBXO9,ARRDC4,NUP214,CD3EAP,ANK2,COX7A2L,POR,FNDC4,DDIT4,TBPL1,HECA,PREB,PLBD2,UNC119B,NUP205,L3MBTL3,MYCBP2,NLK,GNS,CIAO1,PRDX3,ST3GAL5,MLEC,SCAP,KCNN2,STXBP5,FAM43B,NRBF2,VAT1,CTSA,JUN,LRRN3,JUP,PLK2,RDX,KLHDC8B,L1CAM,DCLK1,ICK,PARP11,GNPTG,SERPINI1,GPR19,CDKN1C,HIBADH,CITED2,SLC35F5,SLC7A11,MRPL33,AKAP12,TRMT112,LMBR1,PCLO,AUH,DHX15,NEFL,CTSD,UTP14A,MRPL49,TFB2M,TMEM150C,MED26,DDB1,TUBB2B,TUBB2A,PXDN,TAX1BP1,TMEM106B,SGK1,SDCCAG8,TRUB1,GRAMD1B,CSTB,SATB1,HEATR1,AKAP7,NOL9,NOL6,CLPTM1,ANKRD52,ZSWIM5,GOLM1,PLEKHA5,SORBS1,LRPPRC,PDCL3,TMEM158,YPEL1,SCARB1,TUSC3,PEBP1,TXN2,TM7SF2,YY1,FADS2,CHCHD2,CDH2,UROD,KIF5C,OSBP,NRCAM,SLC16A2,AP2M1,FADS1,RARS2,SLC38A1,USP7,TRAPPC2L,IGFBP3,F2R,KCTD3,DCTD,MINPP1,PPIF,COX19,COX15,IREB2,CUL2,CACNA1A,SPATA2,CACNA1D,NDRG1,CORO1A,EFNB2,PORCN,PITRM1,PLXNA1,LLPH,CCDC134,HSPA9,UBE2H,IDH1,ASNS,DHCR24,NUP153,TOR1B,YRDC,EFNA2,NR4A3,HOOK2,HOOK1,RNF182,CYCS,NIT1,SERINC5,MCFD2,ALAS1,PRKCSH,SLC2A3,HS2ST1,ALAD,DUSP12,SNAPC2,ME1,ACP1,TSFM,ARFGAP3,REXO2,VCAN,PTP4A3,ASPH,NAV3,PEX3,CTDSP2,POLR1B,PCCB,MET,INA,ALDH9A1,NLGN1,GMPR2,CXXC1,HSPD1,TBRG4,NCLN,POLR2D,FYN,RBBP7,ABCF2,ABCF3,CYB5B,RRM2,TXNRD1,PCDH7,PDE4DIP,HSPE1,USF1,CLCN7,VAPA,RHEBL1,KCNK2,METAP2"
+"gene_set_query"	"1350"	"ZNF107"	"1104.0"	"ARCHS4 Coexpression,714;Enrichr Queries,1085;GTEx Coexpression,1513"	"TCERG1,APP,HNRNPU,JMJD1C,SMC6,NDST1,CAPNS1,DPYSL2,STMN1,GPBP1,BSG,PRKACA,SOX4,TMPO,AQR,NUP210,ACTN1,CD3EAP,DDIT4,PSME1,FAM76A,ALG10B,NUP205,PIK3R1,HIF1A,UBE2J1,CYB5R3,PIP5K1C,MAP4,RAB11FIP5,VAT1,RABGAP1L,TMEM184B,BCL11A,EDEM1,RCC2,CDC7,PHC3,PAICS,CCDC88A,GIPC1,TOLLIP,FUBP1,CCDC88C,HNRNPD,ANP32E,CALM3,EZH2,PIGU,SMG1,CLTB,MRPL36,SLC7A11,IKBKB,TRIM8,MRPL42,PCM1,XPO1,REV3L,TIMP2,SDF4,RALGPS2,TMED9,SHPRH,PARP1,STRBP,MINK1,TET2,SLC39A10,PRPF40A,SRP9,PARP8,ENAH,INF2,HNRNPH1,MTF2,PXDN,ARHGEF1,TAX1BP3,ATP6V0C,PRIM1,FAM129B,FGD4,BCLAF1,GPC1,AP2S1,SRSF10,SF3B1,DAB2IP,NUDT21,MPHOSPH9,NFIB,CAPZA1,NUCB1,PKN1,GRINA,MTCH1,ATP8A1,CD81,CLSTN1,ARID4B,IGF1R,SMCHD1,LAMP1,CAPN2,ARID2,ANKRD13A,AP2M1,SH3GL1,RNF44,SLC38A1,ANKRD49,KDM2B,VASH2,MSH6,TOM1L2,ACAP2,DMTF1,MSH2,TMX1,SRSF3,PHIP,SRSF6,FKBP5,ZCCHC7,CD151,RAB5C,INSIG1,STK4,CORO1A,TPR,UBR5,G3BP1,DVL1,NAE1,SKIL,QSER1,BPTF,PNPT1,CPSF6,CBX5,NUP155,CPSF2,EFNA2,HOOK2,NASP,HOOK1,NFE2L3,PLXNB2,MDM4,BRWD1,BCL2L2,NFE2L1,PHTF2,ACADVL,MCM7,PRKCSH,USP34,PIK3CD,PSIP1,ADAR,HMGB1,SYNE2,LMNB1,SEPT6,PPP6R3,FLOT1,CASP2,TOPBP1,RFC3,DST,ATP6AP1,GPX4,PDPK1,MSL2,VPS13A,ARID1B,VCAN,PTP4A3,CREB1,NUP50,POLR1B,DNAJC5,NFAT5,RAB1B,CDC42,DNAJB2,TRA2B,GNA11,CSK,FEM1C,IGF2BP3,BUB3,VHL,DRAM2,HNRNPA1,EIF4E,CYTH1,PDLIM7,RRM2,ATP13A1,DEK,CDC42BPB,TPD52L2,NIN,PINK1,MGAT4B,P4HB,NAA15,PDE7A,BCAR1"
+"gene_set_query"	"1351"	"POU1F1"	"1105.0"	"ARCHS4 Coexpression,1223;Enrichr Queries,1317;GTEx Coexpression,774"	"CERK,TRRAP,IFT172,GOLGA2,GPR173,GOLGA3,RPS17,MYC,CDK20,NCKAP5,CDK5RAP3,IER2,CHGB,SOX5,TSPYL2,EPHA5,MEF2A,HES6,PDHX,EPHA7,MEF2C,UNC13A,COG6,DAPK1,PTOV1,SOX11,ATG13,THAP7,DDIT3,DDIT4,HECA,RPL26,LETMD1,MEG3,CUTA,RTEL1,NUMBL,BEX1,MEAF6,TMEM63C,MAGED1,FOXG1,FBF1,XPC,SLAIN1,AAAS,HTATSF1,APCDD1,HIF1A,SCFD1,GSE1,NUP88,BBS1,JUN,PHC1,ZRANB2,ARPP21,ZFR2,TMEM50B,NR2F1,XRCC1,PBX1,TMEM199,MAGED2,DZIP3,ARF1,PTPRN,GRIK5,SLC35F5,ROBO1,SMPD4,B3GALT2,B3GALT1,FEZF2,SEC13,RPS6KL1,SSR4,DUSP1,TEX10,TSC22D3,AMPD2,AP3B2,NCOR2,RNF168,TMEM179,KIT,SGK1,SFI1,STX12,AKAP8,PSMA7,NFIL3,SHOC2,MAP4K5,RIC3,WDR17,MBD6,YIPF2,AP3D1,MIAT,NFIA,SGSM2,TTC3,RIMBP2,CRLF1,ATP8A2,TUSC3,CELSR3,PPIP5K2,CAPN7,SESN1,SLC38A1,IGFBP3,ANGEL2,CNPY2,TBR1,LEMD3,POU3F2,POU3F3,BSCL2,ARMCX2,MYCN,DMTF1,SCG5,PHIP,CUL9,FKBP2,CUL7,CCDC24,GLT8D1,ARL1,FOXO6,CACNA1A,CACNA1D,SEZ6L2,PLD3,PHF21B,PCSK1N,DPP8,FUT9,ZC3H13,PLXNA3,CPSF7,RHBDD2,STYX,NSG1,NFKBIA,AHI1,EFNA2,DAB1,HOOK2,HOOK1,CAPRIN1,SP3,GNAS,IFT27,LZTR1,NAA40,PPP1R13B,CELF3,CHD6,CHD5,PTPN23,TRO,DUSP12,ABHD16A,AP1G2,UBE2Q1,MDK,SNAPC3,GDAP1L1,WDR6,ABCC8,PDPK1,ZFP91,ARFGAP1,PTP4A3,TMEM214,SLC25A14,OTUB2,NRXN1,CXXC1,CRMP1,HDAC6,JAKMIP3,DNPEP,NNAT,VPS52,SLITRK5,RBBP6,BEND5,TUB,MBTPS1,LINGO1,NAA10,AMFR,NELL2,TNRC6C,SLC4A8,PNKD,NECAP2,EIF3M,KLF6,INSM1,UNC79,TNRC6A"
+"gene_set_query"	"1352"	"BNC1"	"1106.0"	"ARCHS4 Coexpression,1167;Enrichr Queries,1221;GTEx Coexpression,929"	"NCKAP1,APP,ANKLE2,VARS,ZDHHC5,SMC6,ZDHHC3,NDST1,PPP4R1,MYC,PTGFRN,AQR,ACTN1,CSNK2A2,SOX11,SFRP1,CSNK2B,DDIT4,TRIM13,TTLL12,IGSF3,TMEM63B,CDCA4,FLII,NPRL3,VPS26A,APCDD1,NUAK1,FLRT2,RNF215,PIP5K1A,S100A10,RAB11FIP5,JAG2,JUN,JUP,CADM1,RCC2,NR2F1,TYSND1,MEX3D,MEX3C,UBAC2,SMARCA4,EXT1,SQLE,EXT2,FAM135A,EIF6,PTK7,GIPC1,SDC1,PSMG1,PLCH2,EZH2,NRP1,CCDC120,TECR,CLTB,TCF20,SLC7A11,PTPRK,SPPL3,PTPRF,PHF8,COIL,AKAP12,TUBA1C,ACTR1B,SPTLC1,KIF13A,PLEKHN1,RALGPS2,CCT2,TEX10,ACTL6A,MINK1,ZDHHC13,DUSP6,DUSP7,MLF2,RNF168,SLC7A5,KIT,PXDN,G2E3,TAX1BP3,PABPC1,RHOV,SGK1,ARF6,CSTB,GNAI3,PTN,SLC7A1,FAM129B,GPC1,MICALL1,GPC2,RAE1,MPZL1,YTHDF2,RYK,WNT7B,DAB2IP,RANBP9,GTF2H1,RAB11A,FABP5,NFIA,NFIB,TRIP12,NUP188,UBE3C,CSE1L,CLSTN1,HDLBP,RNF19B,IPO4,SLK,CDH2,CAPN2,KPNA2,SH3GL1,TPM4,TMOD3,IGFBP3,FBXW9,ADAM15,FSCN1,MATR3,CSNK1G1,LRRC59,CUL3,PXN,GMPS,ISG20L2,NDRG1,SLC9A1,SOCS2,EFNB2,EFNB1,BAG5,PLXNA1,SLC38A2,PRNP,DR1,NUP155,CBX2,CRIM1,BMP1,HOOK2,CNOT1,HOOK1,CAPRIN1,CNTN1,NFE2L3,AMOTL2,SERINC2,NFE2L1,ITGB1,KDM5B,ZMYND19,RND3,BICD2,DUSP11,DUSP12,MFSD5,RNPEP,REXO2,UTP18,CKAP4,VCAN,PTP4A3,CDH11,CDH13,MET,TNFRSF21,OTUB2,CXXC1,SPG7,SEMA3F,RMND5B,PTPRZ1,SLIT1,SPOCK1,LRRC8A,MAPK6,ADSS,MEST,NTRK2,PCDH7,SEMA4B,MEIS2,NELL2,MYO1B,METAP1"
+"gene_set_query"	"1353"	"AEBP1"	"1106.0"	"ARCHS4 Coexpression,962;GTEx Coexpression,1250"	"APP,PHLDB1,CHPF,CD81,HDLBP,ATN1,PLOD3,ZDHHC8,NDST1,MPRIP,LAMP1,PLS3,AKT1,SLC39A7,LZTS2,ST6GAL2,TPM4,OSR1,ACTN1,F2R,IGFBP2,DAPK3,ACTN4,TWSG1,KCTD10,RAB34,PRR12,PLBD2,CD151,TBC1D9B,NXPH3,ARHGEF25,NPR2,LTBP4,PDGFA,SLC38A10,FBLN1,KALRN,ADAMTS10,GLIS2,RAI1,CYB5R3,ESD,BTBD2,ABL1,DVL3,PLXNA1,TNRC18,PIP5K1C,MAP4,MYH10,RAB11FIP5,VAT1,TMEM184B,ATP8B2,OSBPL5,INTS1,CRIM1,EXT1,BMP1,PTK7,PLXNB2,DCHS1,NFE2L1,USP35,PIGT,PRKCSH,MAST2,PCSK7,PTPN23,PKD1,TRIM8,SEC61A1,CSRP2,ZC3H7B,SNRNP70,TIMP2,ANXA6,SPEG,DACT3,PMEPA1,SDF4,JAK2,CIC,DACT1,NAV1,NAV2,TGFBR1,ARFGAP1,CKAP4,NCOR2,VCAN,FCHSD2,INF2,TMEM214,CDH11,PXDN,SNURF,CDH13,FAM20C,GAS6,PPP1R12C,NFIX,LRP1,LENG8,CCDC107,MLLT1,ADCY6,CENPB,ADD1,FAM129B,HDAC7,THBS3,CYTH3,GANAB,IGFBPL1,CHSY1,HAUS7,GPC1,FLNA,PDLIM7,NTRK3,PCDH7,ATP2B4,DAB2IP,VEGFB,WWP2,CDC42BPB,SH3RF3,SKI,CLCN7,MFAP2,TAOK2,NUCB1,ESYT2,MEGF8,BCAR1"
+"gene_set_query"	"1354"	"IRX4"	"1106.0"	"ARCHS4 Coexpression,1013;Enrichr Queries,1009;GTEx Coexpression,1297"	"APP,ZDHHC5,RAPGEFL1,FAM110A,TRIM28,MYC,DAG1,AKT1,AP1S1,PTGFRN,EPHB1,RBFOX1,PRKCI,CXADR,SMARCC2,SCRIB,SOX11,ANK3,CSNK1E,ANK1,SFRP1,DDIT4,FEZ2,TTLL12,OBSL1,TELO2,NRN1,TBC1D9B,IGSF3,TMEM63B,NPRL3,PDGFA,PIK3R2,SGPL1,FLRT2,RDH13,JAG2,PTPRN2,JUP,BCL11B,BCL11A,RCC2,NR2F1,VANGL2,EIF6,ID2,WNK2,GIPC1,FASN,SDC1,PLCH2,DDR1,NRP1,PYGB,CCDC120,SLC35F2,CLTB,PTPRK,SPPL3,PTPRF,UCHL1,PLEKHN1,ELOVL4,ACAD9,MINK1,DUSP6,SREBF2,DUSP7,MLF2,RGMA,VAV2,MN1,SLC7A5,TET3,PXDN,ARHGEF4,RHOV,SGK1,CSTB,NFIX,SLC7A1,FAM129B,CUX2,GPC1,MICALL1,MFN2,WNT7B,PCGF2,DAB2IP,RAB11A,BOP1,NFIB,KIF26A,FHOD3,CTNND2,CELSR2,BASP1,FADS1,PPFIA3,SH3GL1,IGFBP3,CTNNBIP1,IGFBP2,POU3F1,OLFM1,ADAM15,DOK4,EEF1A2,FSCN1,FKBP4,SLC27A4,CTTNBP2,CACNA1B,CACNA1A,EFNA4,NDRG1,ACACA,SLC9A1,EFNB1,DVL1,NACC1,PLXNA1,OTX1,ZC3H13,MARK2,BCL9L,RAP1GAP2,ESRRA,SEC16A,TMEM132A,SSH3,EFNA3,BMP1,STK24,HOOK2,LHX2,HOOK1,DLG5,CNTN1,PLXNB2,BLMH,DEGS1,PLXNB1,DEGS2,SERINC2,NFE2L1,EIF4G1,CHD6,BICD2,ELAVL2,GM2A,MFSD5,PMEPA1,PLA2G4E,TNFRSF19,NAV2,REXO2,RAD23B,TRAF7,PTP4A3,DNAJC5,FAM84A,CDH13,SHANK2,GTF3C1,SMARCD2,NRXN1,PARD6G,CRMP1,WIZ,SEMA3F,GNG3,CCDC85C,SPOCK1,LRRC8A,PCDH1,NTRK2,PPP1R14B,PPP1R14C,PCDH7,PCDH8,CDC42BPB,BAIAP2,MEIS2,ACVR2A,DLK2,NELL2,MYO1B,SBK1,PPP2R2C,RPS6KB2,INSM1,CBLN1"
+"gene_set_query"	"1355"	"PHF1"	"1107.0"	"ARCHS4 Coexpression,959;GTEx Coexpression,1254"	"MDC1,CRTC2,HDAC10,IFT172,TESK1,ACRBP,TRIM28,ZMIZ2,KIF21B,SBF1,ATXN7L3,SRRM2,RNF44,FBXW5,KDM2A,CSNK1D,VRK3,MAPK8IP3,DGKZ,ATXN2L,EHBP1L1,CSNK1G2,SF1,ANAPC2,ISYNA1,TMEM63B,CCDC24,FBF1,RASGRP2,SPATA7,DHX30,PTDSS2,SBNO2,SHARPIN,STK36,GRK6,SYMPK,ZC3H18,CAMTA2,RAB11FIP5,WDTC1,JUND,INTS1,ODF2,IQSEC1,TNK2,IFT122,PBX2,SUPT5H,PRRC2A,ABTB1,MEX3B,ATG2A,PLEKHM2,CORO7,CLASRP,LRCH4,LRP10,SUGP2,LMBR1L,RERE,OGFR,PHF2,POMT1,CEP164,AP2A1,ARRB2,MED15,TMEM191C,ZCCHC14,LIMD2,PPP1R9B,AP4M1,PPP6R1,SNRNP70,GPR137,IFT57,CIC,PARP6,BRD2,SUN2,REXO1,KLF13,GPX4,IFT140,MINK1,ARHGEF18,GMIP,DNM2,GIGYF1,MED25,PITPNM1,PACS1,RAPGEF1,ARHGEF1,FAM193B,EVL,ARHGEF2,PPP1R12C,RNF166,TRABD,SF3B2,RNF38,SRRT,LENG8,HDAC6,ADD1,MLLT6,HDAC7,GNAI2,FGD3,DNAJB2,RXRB,DCAF15,GGA1,SPOCK2,PHKG2,HSF1,CSK,BRD8,FBRS,MEF2D,CYTH1,EGLN2,SF3A2,MBD1,MIB2,MYO9B,LRWD1,USP29,AGBL5,PER1,XAB2,CCDC9,ASXL3,SGSM2,ACIN1,TBKBP1,PKN1,PNPLA6,SMAP2,YPEL3"
+"gene_set_query"	"1356"	"HOXD4"	"1107.0"	"ARCHS4 Coexpression,1009;Enrichr Queries,1347;GTEx Coexpression,965"	"RPL5,TRIO,PHB2,PSMD8,TRIM28,ANKFY1,EIF2D,EPHA7,MEF2C,RBFOX2,RPL23,RPL22,DAPK3,PTOV1,WDR75,SOX11,ACTN4,CSNK1E,SFRP1,WDR81,PRKD3,GPR161,UQCRC1,SPARCL1,KDELR2,TRIB2,L3MBTL3,TSHZ3,NPRL3,APCDD1,MRPL12,GNS,MYL12B,MRPL11,FLRT2,PLCG1,B4GALNT4,RAB11FIP5,VAT1,PRELID1,CADM1,ST13,NR2F1,PBX1,PRRC2B,PRRC2A,HNRNPL,EXT2,STAG1,PPP5C,MEX3A,EIF6,PTK7,TOLLIP,DCHS1,CDK16,CDKN1C,ROBO2,NRP1,PTPRS,CLTA,ROBO1,PTMS,MED12,AKAP12,HYAL2,SH3PXD2B,REV3L,TIMP2,RAC1,GABPA,PBRM1,SEC13,COMMD6,TUBG1,MLF2,NME1,RAP2C,NSA2,ZEB2,PXDN,DBN1,NFIX,RPL10,SATB1,PTN,ADCY6,SCAF8,TCEAL1,ANKRD52,RUNX1T1,DYNC1H1,RANBP1,RYK,GOLM1,DAB2IP,SNCAIP,PPP1CA,FKBP1A,NFIA,NFIB,KIF26A,CLSTN2,CEP120,ATN1,PLOD3,ARID4A,LAPTM4A,FPGS,CWC22,LZTS2,RARS2,TPM4,RPS8,IGFBP3,ATP11C,POU3F3,MSH6,EEF1A1,ILF3,RAB34,SRSF9,SNRPB,TBC1D19,INO80E,PKDCC,GLO1,LTBP4,LPL,CACNA1A,CACNA1H,EFNB2,RAI1,ABL1,CDH24,PLXNA1,OTX1,CD276,TBC1D16,UVRAG,CRIM1,HPS3,DNAJC13,ZBTB12,EEF2,SMAD5,KLHL20,BMP1,EFNA2,HOOK2,CDK4,LHX2,RHEB,KDM5C,ZMYND19,MAST2,LMNB2,TTC28,SGCE,MDK,ZC3H7B,EIF2B1,SLC37A3,CCDC50,ADAMTS7,TRPC4,ARNT,PLRG1,CKAP4,LATS1,VCAN,PTP4A3,CTDSP2,DNAJC5,CDH11,LEPROT,NLGN2,CXXC1,WIZ,HSD17B10,HDAC7,FAM168B,GANAB,MTA1,POLR2D,SH3BP5,SLIT1,NCAM1,SEC11A,PDLIM7,HNRNPA0,SMARCE1,NTRK2,PCDH7,ATP2B4,CDC42BPB,MEIS2,FBXL12,NELL2,MFAP2,VIM,RBMX,PPIL4,TAF2,TAF1"
+"gene_set_query"	"1357"	"RHOXF1"	"1107.0"	"ARCHS4 Coexpression,1426;Enrichr Queries,1283;GTEx Coexpression,612"	"TDRKH,ANKRD13B,MAPKBP1,RAB3C,VARS,ENO2,SMC3,CELSR3,SLC8A2,RNF112,TMEM145,IGLON5,MYC,GPBP1,DIP2A,SH3GL2,CALN1,AGFG1,PIAS4,SRRM3,HES6,SRRM4,TLE2,RBFOX3,ADAM11,TSC2,KCTD2,MAPK8IP3,PISD,DISP2,NISCH,TIAM1,ACAP3,STX1B,MADD,EEF1A2,ANKS6,ABCG4,TRIM11,PPID,GRIA2,PAXIP1,NDRG3,CTTNBP2,DIABLO,STXBP1,NPRL3,CACNA1B,CACNA1A,COX7A2,APCDD1,FBXO44,SOCS2,NEUROD2,IGSF21,SCRT2,SYNGR1,KLC2,PCBP3,HLTF,TSPAN7,PIP5K1C,SRGAP3,OTX1,RHBDL1,SYT4,ACD,PRRT2,LRRN3,RAB3IP,MICAL3,MICAL2,UPF3A,ERLIN2,L1CAM,LAS1L,PPP1R1A,LHX2,HOOK1,CNTN1,UBE2O,LSM14B,FGF13,SUGP2,MAP3K12,CSRNP2,TMEM151B,KCNC1,DOC2A,FAM57B,GRIK5,POMT1,AKAP8L,DIRAS2,MAST1,MRPL36,GRIK2,CHD2,PKD1,PHTF1,RYR3,ELAVL3,SHF,POLB,TRIM9,DUSP12,PTBP1,MMP24,PCLO,MCF2L,SNAPC4,TRIM3,RAC3,DGCR8,SEC61B,MRPL9,CIC,GPRASP1,GALNT9,TRIM67,ARHGEF11,GRIPAP1,CCDC39,SIRT4,YWHAZ,DUSP6,PTBP2,MLF2,VCAN,PTP4A3,ALS2,KIT,PXDN,DCX,LUC7L3,PICK1,ARHGEF7,SFI1,NLGN1,DDX25,ADAM22,CXXC1,NRXN2,RBM4B,HSD17B4,PTN,JAKMIP1,PSMA7,CAMKK2,SLC25A27,PABPN1,VPS53,CHN2,HSF2,NNAT,TRIM46,UBTD2,MEST,PURG,CENPT,RIC3,ARNT2,NTRK2,SLC12A5,PCDHGC4,LIMK2,CADPS,DAB2IP,NAP1L2,NMNAT2,FBXL16,NELL2,FAM131C,FABP7,MFAP2,TCEA2,RGS11,MDGA1,YPEL4,TMEM229B,CBLN1"
+"gene_set_query"	"1358"	"HOXA6"	"1108.0"	"ARCHS4 Coexpression,986;Enrichr Queries,1217;GTEx Coexpression,1121"	"MDC1,SMARCB1,TRRAP,PREP,HNRNPU,ZDHHC7,ALKBH6,BACH2,RPS15,RAVER1,ZMIZ1,ANKFY1,ARL6IP4,UBAP2L,SOX4,MED1,ECH1,CD3EAP,MIF,CSNK1E,ANK1,GTPBP1,HCFC1,BCR,WDR81,PRKD3,EWSR1,DDIT4,RPL29,DUS3L,TELO2,BEX4,BEX2,POM121,NRN1,NPRL3,MRPL16,XPC,PRKCZ,NKAIN2,RRP7A,WDR70,PCBP2,DHX37,SLC19A1,S100A10,CTSA,B3GALNT1,JUN,CADM1,BCL11A,SETD1A,NR2F1,IRF2BP1,PBX1,MED13L,PRRC2A,HNRNPL,EXT2,STAG1,ZZZ3,ID2,RNPS1,FAT4,FARSA,ITM2C,RNF220,CDKN1C,SETD7,PFAS,TMEM43,REV3L,BRD2,PBRM1,PARP1,DUSP6,CTTNBP2NL,MLF2,RGMA,RHOB,MN1,ZEB2,PXDN,CSTB,NFIX,SF3B3,SATB2,DLST,NT5C,SCAF8,TCOF1,NSD1,RPS2,ATP6V0E2,RPL18,SF3A2,YTHDF3,MTX3,HUWE1,NFIA,MYBBP1A,NFIB,GOPC,PRPF31,FRYL,PHLDB1,SPPL2B,MPI,COMT,IGF1R,FADS2,RUVBL2,FPGS,MAF1,BAHCC1,FADS1,SLC39A3,RARS2,NOM1,IGFBP3,TMEM131,RNF40,ILF3,EEF1A2,ELMO1,MAPKAPK5,ANAPC5,SNRPA,RNASEH2C,PFKFB3,IREB2,MAZ,AK2,PRPF8,CORO1C,SOCS2,EFNB2,EIF4EBP2,SLC38A2,BCL9L,AUTS2,DNAJC13,EEF2,SMAD5,KLHL20,CHERP,LSM7,EFNA2,NR4A3,HOOK2,UBA1,DOCK3,MCM7,CHD6,SEC61A2,DUSP12,SEPT6,BCL7A,PMEPA1,CPXM1,RBM14,PDCD6IP,H2AFY,CAD,ARNT,NAV2,SMC1A,YDJC,EEF1G,QTRT1,PTP4A3,ASPH,CTDSP2,DNAJC5,CAT,EVL,CRK,SLC25A11,RNFT2,SEC23A,POLDIP2,TGFBRAP1,PRCC,NRXN2,FOXK2,KATNB1,FAM169A,CXXC4,STOX2,TMEM201,DNPEP,MTA1,RAB23,FAM120A,SLIT1,IARS2,SEC11A,SMARCE1,SPEN,SEC24B,PCDH7,MBOAT7,MEIS2,USF2,FBXL12,NEURL4,RBM42,KCNK2,TAF2,TAF1"
+"gene_set_query"	"1359"	"TBX15"	"1110.0"	"ARCHS4 Coexpression,1353;Enrichr Queries,1200;GTEx Coexpression,777"	"KEAP1,UBE3A,KLHL34,PDCD2L,DCAF6,TATDN1,CHCHD3,PSMD7,CDH2,DPYSL2,CFL2,PSMD3,DPYSL3,KPNA4,KPNA3,KPNA1,KCMF1,SEMA6C,PRKAB2,PHYH,MEF2C,TPM3,CACNA2D1,IGFBP3,MRPS18A,DYRK1B,SHISA4,ANK1,GRIP2,CACNB1,CTDNEP1,GNPAT,RNF123,CLIP1,SFRP1,BIN1,PLAA,RTN2,PSMD12,PSMD11,NRN1,CUL5,TSHZ3,SAR1B,NPRL3,AK1,UBR3,LPL,CACNA1A,MRPL14,UBFD1,FBXO44,FXR1,CYB5R1,NUAK1,BTBD1,FLRT2,PRKAR2A,DHX36,MAP4,NAA50,EIF2B3,JUN,POLR3GL,NR2F1,UBAC1,DCLK1,ZC3HC1,CNOT4,TADA2B,COPS3,AIMP2,NPLOC4,PPP1R1A,HOOK2,TMEM11,LHX2,HOOK1,PKIA,CNTN1,CALU,NFE2L1,PHTF2,USP38,PHF20,MAST2,SETD7,FHL1,ATP2A2,OSBPL11,USP39,ROBO1,AKAP12,PPP6C,DUSP12,CHMP1B,KIF13A,MYO18A,PDE4B,PMEPA1,SPEG,RRP15,LRRC47,ZYG11B,NAA30,ADSL,MIOS,TTC33,PDE4D,RAD23A,NAV2,DUSP26,DUSP6,MLF2,DDX19A,MN1,SLC7A6,PPM1B,ZEB2,VCAN,PTP4A3,CDH11,PXDN,CDH13,CCDC43,SGK1,SLC25A12,RBM24,SLC25A4,SLC29A2,RRN3,NFIX,SATB2,USO1,CXXC1,PTN,SRL,PSMA7,TMEM201,HECTD1,SAMM50,MKNK2,POLR2D,CDC37L1,SLIT1,RPP14,MEST,RUNX1T1,EGLN1,USP24,NTRK2,PCGF6,BRF2,KCNJ11,FEM1A,PCDH7,ADRM1,PDE4DIP,SORBS2,PPP2R3A,MEIS2,LRRC20,CUL4A,SLC8A3,NELL2,FABP3,NFIA,PRKRA,NFIB,NEDD4,ASB8,RAB12,PSMC1,EIF3J,POLR3E,PSMC2,VIM,TACC2,GPD1L,PFKM"
+"gene_set_query"	"1360"	"ZNF487"	"1111.0"	"ARCHS4 Coexpression,947;Enrichr Queries,789;GTEx Coexpression,1596"	"VARS,ZDHHC5,TRIM28,ZMIZ1,DPYSL2,MYC,AKT1,ATXN7L3,IER2,MEF2C,WSB1,PRKCE,ARRDC3,CIRBP,RFX3,CD3EAP,MOGS,SCRIB,ACTN4,SND1,CCNY,KATNAL1,DDIT4,HECA,SIK1,DHX8,FLII,NPRL3,PIK3R1,APH1A,APH1B,LARP1,GSE1,MLEC,JUN,INTS1,RCC2,IRF2BP2,PRRC2A,HNRNPL,HNRNPF,ID2,CALR,CPEB4,ITM2C,ARF3,NRP1,DAZAP1,BTG1,PRPF19,SMG5,BBC3,TRIM8,SDF4,SH3BGRL3,JAK2,JARID2,CIC,JAK1,UPF1,MINK1,DUSP6,SREBF2,MLF2,SLC7A5,CDC42EP3,PXDN,NCOA7,CENPB,HIRA,MNT,PES1,MFN2,ANKRD52,MEF2D,YKT6,MPZL1,SCAF1,VEGFA,SKI,NFIA,TAOK2,HDGF,PKN1,HDLBP,CYP46A1,ACRBP,IPO7,FAM107B,LAMP1,SESN1,SLC39A7,SBF1,TLE4,SH3GLB1,SLC38A1,USP5,UBE2E1,VRK3,HNRNPUL1,TBL1XR1,HNRNPUL2,RAB35,CHMP4B,SLC27A3,SQSTM1,KPNB1,GLYR1,LRRC59,PFKFB3,INSIG1,MAZ,ISG20L2,SLC1A4,SUPT6H,ARHGAP12,PITRM1,DVL1,NACC1,ABL1,SLC38A2,PDZD7,TRAPPC2,CBX4,ODF2,CCDC136,KLHL24,EEF2,CLK4,EFNA2,NR4A3,HOOK2,HOOK1,GNB1,MDM2,NFE2L1,EIF4G1,ZNF512B,KDM5C,WDR1,PRKCSH,CHD6,YBX1,CHD2,LMNB2,LMNB1,SEPT9,SPRED2,DUSP12,SEC61A1,ZC3H7B,SNRNP70,UBTF,KLF13,PDPK1,ARID1B,RAD23B,DDOST,ARL4C,TRAF7,PTP4A3,FCHSD2,CTDSP2,PPP1R15A,GTF3C1,DDX20,RSPH9,ATP1A1,TOB1,FBXL20,AP3M2,FAM168B,GANAB,U2AF2,PHKG2,EIF4H,MTA2,FBXL19,PDE4DIP,SSRP1,CDC42BPB,HNRNPAB,KLF6,NEURL4,PIK3IP1,CARM1,MGAT4B,PDCD4,ACIN1,P4HB,CLUAP1,PFKP,EIF3B"
+"gene_set_query"	"1361"	"TBX1"	"1116.0"	"ARCHS4 Coexpression,1382;Enrichr Queries,1096;GTEx Coexpression,869"	"OTUD4,VARS,PREP,KEAP1,KLHL34,UBE3A,PDCD2L,CCDC28B,DCAF6,GOLGA4,PSMD7,PSMD2,DPYSL2,PSMD3,FBRSL1,KPNA4,KPNA3,SOX4,KPNA1,KCMF1,LMO1,SEMA6C,MEF2C,RBFOX1,TPM3,IGFBP3,ATG9A,IGFBP2,DYRK1B,SOX11,ANK1,ATAD3A,CACNB1,CTDNEP1,GNPAT,RNF123,CLIP1,SFRP1,BIN1,PSME4,DDIT4,EEF1A2,FSCN1,PLAA,RPL27,TELO2,RTN2,PSMD11,CUL5,FLII,NPRL3,MAZ,FBF1,LTBP4,UBR3,PDGFA,CACNA1A,FOXO6,MRPL14,UBFD1,FBLN1,CACNA1C,CACNA1H,FXR1,EFNB2,CYB5R1,BTBD1,PRKAR2A,DVL1,ZC3H18,OTX1,NAA50,JUN,BCL11B,BOD1,BCL11A,NR2F1,UBAC1,COPS3,AIMP2,MEX3B,NPLOC4,EFNA2,NR4A3,HOOK2,STK25,TMEM11,LHX2,HOOK1,GNAS,FXYD6,NFE2L1,CDKN1C,PHTF2,USP38,ZMYND19,PHF20,FAF1,MAST2,MRPS12,CHD6,AP2A1,OSBPL11,TMEM191C,AKAP12,PPP6C,DUSP12,MDK,CHMP1B,MYO18A,PMEPA1,RAC3,SPEG,HIF1AN,PELP1,LRRC47,PSENEN,ZYG11B,NAA30,ADSL,PRMT7,MIOS,TSC22D3,DDX54,RAD23A,NAV2,SENP3,MLF2,RGMA,MN1,PTP4A3,KIT,CDH11,PXDN,PCCB,AKT1S1,CCDC43,SGK1,SLC29A2,CSTB,NFIX,GPS1,USO1,ZBTB43,CXXC1,NRXN2,PRICKLE1,CCDC106,SRL,USP19,AKAP1,TMEM201,HECTD1,SAMM50,MTA1,NCLN,HSF2,MKNK2,MEST,ABCF1,EGLN1,BRF2,SF3A2,KCNJ11,FEM1A,AMFR,PCDH7,ADRM1,UBE2G1,MEIS2,VEGFA,LRRC20,CUL4A,SLC8A3,NELL2,NFIA,PRKRA,NFIB,KIF26A,NEDD4,ASB8,CARM1,RAB12,PSMC1,POLR3E,PKN1,PFKM,CRLF1"
+"gene_set_query"	"1362"	"ZNF891"	"1117.0"	"ARCHS4 Coexpression,1490;GTEx Coexpression,744"	"OTUD4,CEP120,LTN1,THUMPD3,YEATS4,SMC3,CWC27,FBXO22,IPO5,ZFP30,OPHN1,CAPN7,CWC22,ATXN7L3,USP8,PCID2,TIPIN,SCAF11,TTC7B,LIG3,MOGS,HCFC2,MSH6,ST7L,DISP2,PHOSPHO2,IFT81,ZSCAN21,RAB35,PPIG,ALG10B,ANAPC1,LRRC59,TBC1D19,FAM114A2,CHRNA7,GMPS,CUL1,CACNA1A,SLAIN2,UBR1,GIGYF2,MTDH,APH1A,ORC4,RNF214,HMGXB4,ORC6,WDR70,TPR,UBR5,DNAJC21,ZKSCAN3,DYM,NUP88,RDH13,NDUFV3,ATRIP,PDZD7,AP1M1,SLC35E3,NUP153,KLHL20,MLLT10,STAG1,COPS2,RFXAP,MKRN2,SPIRE2,UBA2,TPP2,STT3B,FGF13,TMEM9B,NFE2L1,AHCTF1,WDR1,PHF20,USP34,UFSP2,YBX1,PCSK7,PRPF19,ELAVL1,SEC61A1,PCM1,METTL14,SNAPC3,OPA3,TLK2,SDF4,RIOK1,ARIH1,UPF2,ZC3H10,UPF1,PBRM1,SHPRH,TBP,DIS3,TEX10,DDX50,TOPORS,DNAJC2,TRAF7,NME7,POLR1B,NAA35,RNFT2,RAB1B,HEATR1,ODC1,SDAD1,FBXL20,GANAB,FIP1L1,U2AF2,KATNA1,EXOSC9,TAF1A,POLR2D,EXOSC8,USP1,CCT7,RPP14,SRSF10,ATP9B,PCGF6,UTP6,TRIM41,TXNRD3,MTX3,YIPF4,CCDC59,CDC5L,GTF2H1,SYNJ2BP,MYO9A,POLR3C,POLR3D,NEDD4,NUCB1,CEBPZ,HDGF,NAA15"
+"gene_set_query"	"1363"	"FOXD4L5"	"1118.0"	"ARCHS4 Coexpression,1428;Enrichr Queries,985;GTEx Coexpression,941"	"VKORC1L1,CNTFR,PHLDB1,CLSTN2,CTNND2,ITSN1,ZFAND5,EHMT1,LDLRAD3,TSEN2,CYP46A1,TSKU,CDH8,FADS3,BASP1,DPYSL2,GLUL,CALN1,RAB2A,EPHA5,RBFOX1,WSB1,PRKCE,IGFBP3,TTC7B,FRMD4A,SOX11,POU3F1,POU3F3,TMEM135,PPA1,TBL1XR1,SIK2,TLN2,ALG10B,FKBP5,KHDRBS2,PFKFB3,NRN1,NTM,CACNA1B,LPL,PIK3R3,DTX1,CACNA1A,TMTC1,SLCO5A1,PIK3R1,RTN4,ABR,ORC4,NUAK1,BAG4,ARHGAP20,DPP6,CYB5R4,PITRM1,PRKAR2B,ABL2,EIF4EBP2,INPP5K,SMN1,LRRC4C,PLXNA4,VTI1B,TBC1D16,UVRAG,PRNP,NMB,CREBBP,PTPRN2,CADM1,BCL11A,PTCH1,PDE2A,SLC35E3,HSPA12A,PRDX6,RALYL,LRFN4,DAB1,EFNA2,NR4A3,PPP1R1A,HOOK2,SESTD1,LHX2,FASN,DNAJC10,NMT2,ACO1,AMOTL2,OSBPL1A,FGF13,FGF11,ITM2C,CDKN1C,SLC25A1,ROBO2,MCFD2,PTPRS,DOCK9,USP33,GRIK5,PTEN,GRIK3,CHD6,ELAVL4,RPGR,SPRED2,TRIM9,DHX15,SPEG,BOK,PRMT8,RPS6KL1,ELOVL5,MMD,PDE4D,MRPS5,NCOR2,SLC7A6,PTP4A3,MRAS,PIK3CA,ASPH,NAV3,NFX1,CDC42EP4,CDH11,FRG1,PXDN,CDC42EP2,SLC29A4,TMEM106B,ITGB1BP1,RHOU,SHANK3,CRK,SHANK2,RRN3,ROCK2,NRXN1,RAP1GDS1,GNAI1,CST3,EXOSC4,ABLIM3,NFIL3,CNR1,NPY,MGAT3,SLITRK5,RALY,NCAM1,MEST,ATP9B,RUNX1T1,BEND6,BCAP31,NTRK2,SSB,PEX19,NEGR1,PCDH7,PDE4DIP,DDHD1,FAH,MEIS2,NUDT9,MAPK11,GPAM,NFIA,NFIB,MFAP3,NEDD4,SPRY2,CDO1"
+"gene_set_query"	"1364"	"ATF5"	"1118.0"	"ARCHS4 Coexpression,1221;Enrichr Queries,629;GTEx Coexpression,1504"	"MTCH1,IFITM2,TFRC,RNF19B,EPRS,IFI30,UBE2Z,CLU,ACTB,SCP2,PPP2R1B,LAMP1,BASP1,DPYSL2,MYC,FTH1,ZMIZ2,LONP1,PIM3,SEPHS2,FADS1,SOX4,IER2,ST6GAL1,SLC38A1,ACTN1,IGFBP3,CD3EAP,ATP1B1,ATXN2L,ARMC6,DDIT3,DDIT4,RAB35,MAPKAPK2,FSCN1,PPIF,CHMP4B,SQSTM1,RPL28,LY6E,ATF4,SEMA7A,SHMT2,INSIG1,DTX1,SLC1A4,NDRG1,SUPT6H,SOCS2,APH1A,LDHA,SYMPK,DECR2,SLC38A2,S100A10,HSPA8,PRNP,JUN,GSTM1,JUND,HSPA5,EDEM1,ASNS,ACADSB,GADD45G,PRRC2A,NFKBIA,EHD1,SQLE,HOOK2,PQLC1,HOOK1,FASN,ID2,MAFG,CNTN1,PLEKHM2,CALR,TCF3,LGMN,AARS,ITM2C,OGFR,BTG1,CITED2,PRKCSH,KCNC3,MRPS12,CTSZ,GPT,SLC7A11,HERPUD1,AKAP12,DUSP12,TUBA1A,ALDH2,PPP6R1,NUP62,TIMP2,PMEPA1,SDF4,CTSD,CTSB,HSP90AA1,WARS,GPX1,PDPK1,TSC22D3,MRPS7,DUSP6,MLF2,RHOB,VAV2,SLC7A5,PTP4A3,TUBB2A,CTDSP2,CAT,PXDN,AKT1S1,RAPGEF1,GARS,ARHGEF2,ALDOA,SGK1,GAPDH,PPP1R15A,CSTB,GRN,GRAMD1A,SRC,RGS16,DOT1L,CXXC1,SLC3A2,FURIN,SLC7A1,CST3,HMGCL,DNPEP,NFIL3,U2AF2,MKNK2,CSK,MGAT1,CKB,FBRS,PTPN1,RRM2,TAF15,BNIP3,SYVN1,MYO9B,VEGFA,CLCN7,KLF6,PSAT1,ZYX,NUCB1,BAX,PKN1,VIM,P4HB,GRINA"
+"gene_set_query"	"1365"	"RHOXF2"	"1122.0"	"ARCHS4 Coexpression,1022;Enrichr Queries,807;GTEx Coexpression,1537"	"MDC1,VARS,ZMYND8,EPRS,UBE2L3,CRKL,PSMD5,DPYSL2,MYC,SAP130,CDC27,STMN1,LONP1,NUP214,MEF2C,CD3EAP,GTPBP2,GTPBP4,HCFC1,SRRM1,SUB1,CSNK2B,HECA,SET,DHX8,FBF1,MRPL16,TRMT2A,HIF1A,CEP70,GAR1,GSE1,STXBP5,BTF3,TRAP1,XRCC6,SETD1A,RDX,PYCR2,NR1D1,PA2G4,UBAC1,PRRC2A,RPS25,MEX3B,SLC6A8,ID2,PSMG1,ANP32B,CDKN1C,CITED2,SUV39H1,CETN3,MRPS12,RPLP0,ASH2L,MED15,PHF8,MED14,ARV1,DHX15,GPR137,CCT2,TSC22D3,MRPS22,CACYBP,RHOA,MLF2,ZEB2,KIT,PXDN,TCP1,GARS,SGK1,EEF1E1,GART,PRIM1,DOT1L,SRRT,PSMA7,GGA1,HIRA,EXOSC8,FLNA,BRD8,CCT8,MAP4K5,RAE1,SF3A3,RANBP1,PEX19,MDH2,YIF1B,AGBL5,RSL1D1,MYBBP1A,HNRNPA2B1,TRIP12,PKN1,TOMM6,HDDC2,NUP188,KDM1A,SRP14,COMT,CLU,TOMM20,UROD,KHSRP,NUDT19,EP300,FADS1,SLC38A1,TPM1,TOMM34,DKC1,MRTO4,SNRPG,PPIH,XIST,SNRPC,PPIA,ISYNA1,AK2,CACNA1A,FBLN1,UQCRH,SBNO1,PITRM1,PGK1,ABL1,BRIX1,OTX1,YARS,CBX4,NOP16,FUS,CBX3,CBX2,IFT122,SUPT5H,EIF2S2,BMP1,HOOK2,UBA2,CYCS,UBA1,PIN4,BCL2L1,PICALM,GPSM1,KDM5B,DDX3X,PRKCSH,HMGB1,YBX1,HK1,DUSP12,MRPL2,DGCR8,TNPO1,SNAP29,USP48,GLRX3,SMC1A,YDJC,DNAJC2,PTP4A3,TFDP1,DCX,DNAJC9,SRC,CXXC1,DDX21,MTIF2,MLLT3,RNF4,STRN4,HDAC6,PPM1G,FZR1,MAPK1,E2F4,FBRS,PDLIM7,SNCA,SPAG9,CIZ1,SSB,PPIL2,NAA10,USP20,EIF3M,EIF3J,PDCD2,NAA15,RBMX"
+"gene_set_query"	"1366"	"ZNF20"	"1122.0"	"ARCHS4 Coexpression,1122;Enrichr Queries,718;GTEx Coexpression,1527"	"ZDHHC5,CBLB,OPHN1,DPYSL2,MYC,DPYSL3,AKT1,ATXN7L3,SOX4,NUP214,CD3EAP,MOGS,DDIT4,CRYZL1,HECA,NUP98,DHX8,FLII,UBE2J2,APH1A,NUAK1,PPP3R1,APH1B,TSPAN7,CHST15,ATRIP,SLC19A1,ZSCAN18,S100A10,BRAP,JUN,INTS1,BCL11A,PLK2,SLC35E3,PBX2,MEX3C,PRRC2A,EHD1,HNRNPL,ID2,CALM1,FERMT2,ITM2C,CDKN1C,ARF3,NRP1,PIGU,CDKN1B,CITED2,SLC44A2,PRPF19,PTPRF,SMG5,COIL,UBL3,TUBA1A,TRIM2,DHX15,TIMP2,SDF4,JARID2,CIC,PSENEN,UPF1,TSC22D1,TSC22D3,MINK1,MED26,MLF2,RHOB,POC5,CDC42EP3,PXDN,RHOU,SGK1,SATB2,CRIP2,CENPB,EXOSC4,RNF138,CAMK2N1,MFN2,ANKRD52,RAE1,EGLN2,MTX1,SCAF1,RABIF,NFIA,TAOK2,NUCB1,HDGF,PKN1,HDLBP,RNF19B,ACRBP,IGF1R,TMEM145,SLC39A7,SBF1,TPM4,USP5,IGFBP3,VRK3,ST7L,DISP2,CLIP2,HNRNPUL1,RAB35,CHMP4B,PDE9A,CSNK1G1,LRRC59,PFKFB4,DNMT1,ISG20L2,SUPT6H,CNN3,SOCS2,EFNB2,ORC4,ORC6,PITRM1,NACC1,ZKSCAN3,NDUFV3,SRGAP1,PDZD7,MCL1,PRNP,NUP155,ODF2,CPSF3,PTCH1,CNOT10,EEF2,NFKBIA,H1F0,EFNA2,SH3BP5L,HOOK2,HOOK1,GNB1,SPIRE2,NFE2L1,EIF4G1,KDM5B,KDM5C,WDR1,PRKCSH,CELF2,CHD6,SLC2A3,DUSP18,PPP1R9B,DUSP12,SEC61A1,PPP6R1,SNRNP70,KDM6B,TBP,PDPK1,PDE4D,NAV2,REXO2,RAD23B,DDOST,TRAF7,VCAN,PTP4A3,DDAH1,CTDSP2,POLR1B,DNAJC5,PPP1R15A,RNFT2,GTF3C1,RAB1B,DDX20,RSPH9,TOB1,FAM168B,GANAB,DNPEP,U2AF2,PHKG2,FAM120A,FEM1C,IGF2BP3,MARCKSL1,NICN1,ATP2B4,PDE4DIP,CDC42BPB,MARCKS,KLF6,CARM1,MGAT4B,SPRY2,ACIN1,P4HB"
+"gene_set_query"	"1367"	"FOXF1"	"1124.0"	"ARCHS4 Coexpression,1187;Enrichr Queries,1336;GTEx Coexpression,849"	"PRDM8,TES,TRIO,DIXDC1,HDLBP,THUMPD1,CLU,LSM11,DPYSL2,DPYSL3,SCMH1,CAPN2,ANKFY1,PTGFRN,LZTS2,MAF1,ARRDC4,EPHA7,MEF2C,TPM4,FNBP1,ACTN1,IGFBP3,OSR1,TPM1,DAPK3,IGFBP2,F2R,ARMC9,NSMCE1,AFAP1,EML1,MID1,FOXP1,MYL6,SFRP1,TWSG1,RAB34,EHBP1L1,DDIT4,KCNQ4,SPARCL1,KDELR2,TOX,ATF4,RAI14,CD151,ARHGEF26,TSHZ3,ARHGEF25,NPRL3,LTBP4,FBLN1,TMTC1,CACNA1C,CACNA1H,ADH5,RTN4,CORO1C,GJC1,EFNB2,RAP1A,DHX35,ABL1,DVL3,TNRC18,NTSR1,RAB11FIP5,JUN,ANKRD27,DMPK,SMURF2,NR2F1,CRIM1,MICAL2,KLHL23,PBX1,MANBAL,ARHGAP23,REEP1,EXT1,MFHAS1,CDK8,LRCH2,BMP1,HOOK2,CALU,DCHS1,ACO1,AMOTL2,PKIG,SAE1,BCL2L2,FERMT2,MDM1,GPSM1,ITGB1,PYGB,NRP1,CBY1,ILK,PCSK7,PTPRK,RND3,TRIOBP,PTMS,AKAP12,DUSP12,SEC61A1,LBH,UBE2Q2,ZC3H7B,PCF11,SMPD1,TIMP2,SDF4,QSOX1,UNC45A,PPP1R12A,VEZF1,SLC39A13,RGMB,PTBP2,DUSP6,CKAP4,RGMA,MLF2,RHOB,MED22,MN1,ZEB2,VCAN,PTP4A3,NSMCE4A,ASPH,CTDSP2,CDH11,PXDN,CDC42EP3,TRNP1,PLEKHO1,TAX1BP3,PPP1R12B,SGK1,GAS6,PPP1R12C,CUEDC1,PNCK,SRF,RGS16,EI24,ATL2,USP12,PRICKLE2,CXXC1,PRICKLE1,PTN,FAM129B,CAMK2N1,RAB23,GPC1,NT5DC3,SPOP,SLIT1,SH3BP4,GPC4,CAMK2G,PDLIM7,MLXIP,SEPT11,RANBP3,TMEM30A,PCDH7,ATP2B4,SORBS1,MEIS2,VEGFA,SH3RF3,TM9SF1,GOLPH3,TMEM158,KLHL5,SLMAP,TSPAN18,VIM,BCAR1"
+"gene_set_query"	"1368"	"RORC"	"1127.0"	"ARCHS4 Coexpression,1445;Enrichr Queries,1050;GTEx Coexpression,886"	"ATP8A1,PREP,DCAF8,KEAP1,APEH,CLU,BACH2,DCAF6,GOLGA4,SESN1,MYC,PSMD3,ZXDC,NUDT19,ENPP5,GLUL,FADS1,SOX4,KPNA1,KCMF1,SEMA6C,PRKAB2,PHYH,GABARAPL1,CISH,TPM3,IGFBP3,MRPS18B,MRPS18A,CD3EAP,LMO7,FBXO10,ATP1B1,ANK1,CLPX,GNPAT,RNF123,AFG3L2,BIN1,DDIT4,PREB,HECA,FKBP5,TMEM161A,PFKFB3,CUL5,SAR1B,INSIG1,FBF1,UBR3,LPL,MRPL14,LIAS,NDRG2,NDRG1,FXR1,SOCS2,CYB5R1,DPP9,PRKAR2A,DVL1,LDHD,S100A10,ESRRA,TRAP1,PRNP,JUN,GSTM1,IDH2,ASPSCR1,NR1D1,DNAJC16,ACADSB,UBAC1,GADD45G,TADA2B,AIMP2,NPLOC4,HOOK2,PPP1R1A,STK25,TMEM11,HOOK1,FASN,ID2,TBCE,PPP1R1B,CNTN1,ECHDC2,GTF2IRD1,ITM2C,USP38,PRKCSH,SETD6,FHL1,MRPL38,GPT,SMPD3,DUSP12,MRPL2,MRPL40,CHMP1B,MYO18A,SPEG,HIF1AN,SLC37A4,LRRC47,ADSL,TMEM150A,MIOS,PDPK1,PABPC4,TSC22D3,RAD23A,TFB2M,DUSP26,MLF2,PTP4A1,TAF6L,PTP4A3,CTDSP2,AKT1S1,KIT,PXDN,TUT1,RHOU,SGK1,RBM24,SLC29A2,CSTB,POLDIP2,RGS16,USO1,ZBTB43,CXXC1,SRL,TOB1,PSMA7,TMEM201,FZR1,HECTD1,SAMM50,DNPEP,NFIL3,MKNK2,POLR2D,RPP14,DCAF11,EGLN1,SEMA4A,MMAA,KCNJ11,FEM1A,CNBP,ADRM1,PDE4DIP,VEGFA,LRRC20,GSTZ1,CUL4A,SBK1,TEF,NFIA,DNAJA3,ASB8,EIF3J,POLR3E,TACC2,PKN1,GPD1L,PFKM"
+"gene_set_query"	"1369"	"SPIB"	"1129.0"	"ARCHS4 Coexpression,1494;Enrichr Queries,1278;ReMap ChIP-seq,281;GTEx Coexpression,1461"	"CYFIP2,NCKAP1,MT-ND4,SMC6,PHB2,BACH2,LSM10,PREX1,SCAMP4,RAVER1,MYC,WDR91,PIP4K2A,IER5,ACOT9,MEF2C,NUP210,FNBP1,PRKCD,RFX1,EML2,SCAMP2,RUFY1,PRKAR1A,DDIT4,ADPRH,PSME1,ORAI2,VOPP1,PSME2,SF1,ANAPC16,FLII,MEPCE,AGAP2,PRDM15,NEDD4L,COPS7A,PLA2G6,PPP3R1,PRDX1,ST3GAL2,RPL41,JUN,PHC1,EDEM1,IRF2BP1,IRF2BP2,UNC119,CDC42SE2,ARF3,BTG1,KCNC3,MTMR14,CLTC,SNX10,OSBPL11,MRPL32,PIGX,ING4,TMSB4X,TRIM2,SH3BGRL3,JARID2,CEP68,ZC3H10,MIOS,MANEAL,GMIP,DUSP6,TOMM40L,SLC7A6,PSMA2,PXDN,PLEKHO1,ARF6,GAS7,GRAMD4,FAM129B,GGA2,GGA1,AP2S1,CLPTM1,ZSWIM6,BID,NR1H2,ELP2,MKLN1,NFIB,APEX1,TTLL1,FAM49A,FAM49B,SLA,RNF19B,ALDH1L2,CLU,IPO7,EIF4ENIF1,RUVBL2,SLC39A6,PIM3,MACROD2,TMSB10,ANKRD13A,AP2M1,IFNAR2,PPP1R16B,RNF44,FBXW7,TPM3,USP4,ANKRD44,F2R,FAM118A,AIP,CNPY3,DGKZ,RAB31,SLC9A8,MAPKAPK2,ERP29,SRSF5,IFNAR1,INO80B,BRSK1,LRRC59,SEMA7A,FKBP2,PFKFB3,ITPR1,HSPBP1,CORO1A,CORO1B,CORO1C,HSP90B1,SNN,BAG1,ABL1,SRGAP3,SLC15A4,SLC38A2,NADK,PLXNA4,MPDU1,AP1M1,UVRAG,ZBTB17,ANKRD34A,CCDC12,POLR3GL,MARCH9,ARPC4,ARPC5,MARCH6,CDK9,YRDC,NSFL1C,RCAN1,REEP5,TADA3,RNF181,LRCH4,ITGB1,HSP90AB1,NUMA1,RNF14,PIK3CD,NRGN,DUSP12,SART3,GM2A,PPP6R1,OPA3,ACTR3,RFC2,SH2D3C,YDJC,RAD23B,PTP4A2,PTP4A3,PIK3CA,TRAF4,SLC25A19,TMBIM6,TOP1,SOS1,MET,SFT2D1,HDAC3,NDUFB7,RPL36A,CXXC1,TSPAN31,GANAB,HAUS8,U2AF2,RBBP5,SH3BP5,LRRC8D,CSK,DRAM2,AAMP,SEC11A,SLC25A25,BEND5,SLC35A2,PTPN1,PPP1R14B,ASCC1,PLCL2,FOXJ2,CDC42BPB,TPD52L2,NIN,KLF6,NAGK,RAB12,PDCD4,CCM2,ATXN10,P4HB,SLC35B2,EIF4A1,APP,THUMPD3,CBLB,IFI30,CYB5D1,RASSF2,SNRPD2,CDC27,DAG1,TMPO,ST6GAL1,ACTN1,NSMCE1,ALG2,MRPS18A,SUB1,HECA,KDELR2,GIPR,MYCBP2,SUPT4H1,TWF2,UBE2J1,MYL12B,PGS1,DGUOK,PCBP1,VASP,VAT1,IQSEC1,BCL11A,SLC35E3,UBAC2,CCDC88C,ITM2C,HERPUD2,DHRS13,TMEM151B,HIP1,SH3KBP1,GDI2,CTSZ,SLC7A11,PCSK7,CX3CL1,HERPUD1,PTMS,LIMD2,EPM2AIP1,SEC61B,CTSE,RAB8A,CTSB,RALGPS2,CAP1,TMEM150A,MMD,MLF2,TOX4,CTU1,NFX1,KIT,CANX,HNRNPH2,CD47,SFI1,STK40,CSTB,PCNA,CAB39,PRIM1,CCDC106,TRAK1,GNAI2,AMN1,CHRAC1,HEATR6,NFYC,VEGFB,AP2B1,PPP1CA,KLHL9,OTUD5,PRDM4,HDLBP,ACRBP,TOMM20,CNDP2,FAM174B,CHCHD6,FPGS,COTL1,APLP2,TOMM34,ATP1B1,TMEM131,ADAM19,RELL2,GEMIN7,ISCU,RTN2,ZCCHC7,CLEC16A,DTX1,STK4,RASGRP2,SEL1L3,EMG1,DEAF1,GRK6,TBC1D17,NDUFV2,MARK4,UBE2H,IFT122,MANBAL,GNAO1,NFKBIA,EFNA2,HOOK2,CYCS,LRP10,B4GALT3,GSK3A,CNRIP1,CHD4,AFF3,USP39,LMNB1,SPRED2,SEPT6,ALDH2,ZC3H7A,MFSD5,BCL7C,MCF2L,NUP62,FLOT2,KDM6B,RBM17,EED,DDX54,SENP3,EPN1,FCHSD1,FCHSD2,GORASP1,AKT1S1,NDUFS2,CUEDC1,CHMP5,STOML1,PDXP,MTIF3,U2AF1L4,IGFBPL1,FAM120A,CYTH1,PDLIM7,RRM2,ATP13A1,QPCTL,GALNT1,DTNBP1,USF1,CHFR,PNKD,ERCC1,RPS6KB2,BAX,KRAS"
+"gene_set_query"	"1370"	"ZNF530"	"1129.0"	"ARCHS4 Coexpression,1276;Enrichr Queries,1323;GTEx Coexpression,787"	"ANKRD13C,APP,DBR1,RPP30,HDLBP,ATN1,GPATCH1,EPRS,PDCD2L,GPATCH8,ALKBH8,HERC4,CDC23,CAPNS1,LAMP1,ALKBH1,DPYSL2,MYC,STMN1,NUDT19,DIP2A,MPV17,PRKACA,SBF1,ATXN7L3,SLC25A46,TMPO,MED1,ENTPD6,COG2,UBE4A,CD3EAP,MOGS,ARMC8,ANK1,MED6,TRAIP,FAM133B,MSH6,NIF3L1,MSH2,RFX7,GPRIN1,ZSCAN21,BOLA2,CHMP4B,TARS2,PPIH,ALG10B,ANAPC1,KLHL18,DNMT1,PAXIP1,DHX8,CDCA4,DCUN1D2,NRF1,BRCC3,RPAP3,APH1A,INPP5B,RNASEH1,ORC6,DHX33,NACC1,CSTF1,ATP6V0A2,ZKSCAN3,CCDC32,RDH13,PDZD7,NOP14,NUP155,VTA1,INTS2,PBX2,CDC7,HARS2,ZWINT,ZBTB6,SLC7A6OS,HOOK2,NASP,UBE2S,GNB1,SPIRE2,PLXNB2,NOL11,NFE2L1,PIGS,ARF3,SMG1,PIGU,DDX46,MCM7,SUV39H1,CHD6,MRPL36,TMEM186,LMNB1,PPP1R9B,LASP1,SART3,OPA3,DHX15,SDF4,CASP2,MRPL9,CIC,TNPO3,ZIK1,UTP15,ARHGEF11,UPF1,RFC3,USP48,MRPS27,NUP133,STARD3NL,PDPK1,RFC2,H2AFX,MINK1,PPHLN1,PLRG1,MRPL44,SUPV3L1,TRAF7,SIKE1,ALS2,NFX1,POLR1B,PTRH2,DNAJC5,PXDN,DNAJC9,RP9,SGK1,HDAC3,GTF3C4,PARG,PRIM1,TGFBRAP1,PRCC,CXXC1,RBM4B,NOL9,MRPS30,EXOSC7,DNAJB2,ABLIM1,GANAB,HAUS8,RBBP5,POLR2B,U2AF2,TGS1,BMS1,EXOSC9,MFN1,ANO10,FEM1C,EXOSC2,USP24,PTCD1,CENPV,RRM2,PLCL2,GINS4,RPA1,DAB2IP,TMEM62,CDC42BPB,USP28,BYSL,KBTBD4,NIN,SNRNP40,ABCB10,POLE3,TRMT6,SRRD,SNX15,TAOK2,MGAT4B,POLR3F,NUCB1,SNRNP48,TRIM32,POLR3K,RNF141,GRINA"
+"gene_set_query"	"1371"	"HIC1"	"1129.0"	"ARCHS4 Coexpression,1026;Enrichr Queries,1231;GTEx Coexpression,1131"	"TMEM183A,SLC4A1AP,PLEKHB2,HDAC10,CD81,CELSR2,NDST1,RASSF1,DPYSL2,MYC,ZMIZ2,ARHGDIA,DPYSL3,PIM3,DIP2B,LZTS2,IER5,IER2,SAMD10,PPP1R16B,MAP2K4,KDM2A,TPM4,FNBP1,BROX,IGFBP3,F2R,DAPK3,LMTK2,MOGS,CSNK1E,ANK1,EML2,ADAM19,KCTD10,CDC37,RAB34,DDIT4,EHBP1L1,RAB35,MAPKAPK2,FSCN1,SRSF3,CHMP4B,KCTD12,SF1,ANAPC2,ATP6V1A,SEMA7A,PKDCC,CD151,TSHZ3,CTBP1,PEX11B,PXN,LTBP4,SPATA2,PDGFA,CACNA1A,FBXO45,VPS26B,PRKCZ,NDRG1,GLIS2,EFNB2,NUAK1,ABL1,ANKRD10,DVL3,SYMPK,PIP5K1C,RAB11FIP4,ST3GAL2,NEK9,JUN,OSBPL5,PLK2,OSBPL2,NR2F1,GADD45G,EXT1,EHD1,NR4A3,HOOK2,TOLLIP,ID2,CNTN1,DCHS1,TAB1,PKIG,LRP10,NFE2L1,MXD4,NRP1,SCYL3,WDR47,GSK3A,WDR1,LDB2,TRIOBP,TTC28,SMG6,DDA1,PPP1R9B,AKAP12,TRIM8,DUSP12,SEPT9,ZC3H7B,ANXA6,UBTF,TIMP2,TMEM109,PMEPA1,SDF4,CIC,CCDC50,UPF1,BRD2,PLEKHG2,KLF13,PDPK1,POMGNT1,DUSP6,CKAP4,RHOB,NCOR2,MN1,ZEB2,VCAN,PTP4A3,TRAF4,DDAH2,DNAJC5,PXDN,C1D,CDH11,LANCL2,RAPGEF1,ARHGEF2,SGK1,GAS6,SLU7,PPP1R12C,GAS7,PHLPP1,NFIX,LRP1,WBP2,SRC,RGS16,SRF,DOT1L,TULP4,KATNB1,LENG8,CLCN3,AGPAT3,HDAC7,THBS3,MKNK2,SLIT1,PAK6,PTK2B,CSK,FBRS,MEF2D,MPZL1,PDLIM7,CYTH1,PEX16,KDM4B,VEGFB,MYO9B,MEIS2,FBXL12,VEGFA,NELL2,SKI,KLF6,PFKL,KIF26A,CARM1,TAOK2,NUCB1,BAX,PKN1,VIM,RNF141"
+"gene_set_query"	"1372"	"HMX2"	"1130.0"	"ARCHS4 Coexpression,624;Enrichr Queries,1380;GTEx Coexpression,1385"	"RPL4,VARS,PPAN,HNRNPU,PHB2,ACTB,RPS16,TRIM28,RAVER1,SNRPD1,AKT2,LONP1,SEPHS1,SAMD10,TMPO,PDHX,SMARCC1,NUP210,FNBP1,RPL22,SOX11,ANK1,GTPBP4,HCFC1,SFRP1,RPL27,RPL26,TTLL12,RPL29,NRN1,ANP32A,SHMT2,FOXG1,UBE2J1,LARP1,PDCD11,RRS1,DHX37,SYMPK,BCL11B,BCL11A,EDEM1,RCC2,LARP7,PA2G4,BRI3BP,PAICS,ZWINT,GADD45G,HNRNPL,HNRNPM,RPS28,HNRNPK,ID2,HNRNPF,RPL27A,HNRNPD,DAZAP1,MRPS12,PRPF19,PFAS,SYNCRIP,TMSB4X,FEZF2,PSENEN,PARP1,PRMT1,PGAM1,PABPC4,MLF2,PXDN,PABPC1,PTMA,CSTB,PCNA,PRIM1,SATB2,RPL12,DOT1L,SRRT,KCNA6,CUX2,PES1,CCT8,RPS27A,MEF2D,SUZ12,NPM1,SF3A1,SF3A2,GINS4,NPM3,LRPPRC,BOP1,MYBBP1A,PRKRA,RPA3,SERBP1,HNRNPA2B1,CDK5R2,RPL10A,FBL,KHSRP,BAHCC1,PPP1R16B,KDM2B,VASH2,TBR1,POU3F1,POU3F2,POU3F3,EEF1A1,ILF3,MSH2,HNRNPUL1,SRSF2,ERH,SNRPF,KPNB1,SNRPA,ZCCHC7,KHDRBS1,SEMA7A,AK2,CACNA1A,BHLHE22,ORC6,UBR5,G3BP1,PGK1,OTX1,NOP14,FUS,CBX3,EEF2,SUPT5H,SCRT1,CHERP,EFNA2,HOOK2,LHX2,HOOK1,UBE2S,TCF3,SAE1,CHD6,PSIP1,LMNB2,LMNB1,RPL7A,SEPT6,PPP6R1,NUP62,UBTF,WDR5,TLK1,TOPBP1,EMX1,ACTR2,RFC3,EED,CAD,H2AFX,DDX54,SENP3,PTP4A3,SFPQ,TFDP1,TRAF4,GAPDH,THOP1,AGPAT5,SRSF1,RPL36A,CRMP1,DDX21,HSPD1,PPM1G,TMEM201,U2AF2,TRA2B,MKNK2,PTK2B,CSK,BUB3,MTA2,HNRNPA1,HNRNPA0,HNRNPA3,RRM2,RNGTT,PCDH8,SSRP1,MEIS2,HNRNPAB,NIN,CARM1,INSM1,RHEBL1,RAN,EIF3A"
+"gene_set_query"	"1373"	"ZNF225"	"1131.0"	"ARCHS4 Coexpression,1213;GTEx Coexpression,1048"	"DBR1,FCF1,HDLBP,FBXO22,CDH8,CDC23,ZFP30,CAPNS1,OPHN1,PSMD5,CWC22,SMARCAD1,MAP3K7,ATXN7L3,EPHB1,MED1,USP5,SCAF11,MAGI2,RECQL,WDR75,MOGS,THOC2,CPT1C,SND1,FAM133B,TMX3,TMX1,ZSCAN21,ALG10B,ANAPC1,ZCCHC7,LRRC59,FLII,GTF2E1,MTDH,ORC4,DHX33,NACC1,ZKSCAN3,ATP6V0A2,BRIX1,TRPM7,TMEM184C,JUN,INTS2,SLC35E3,BBIP1,PRRC2A,HNRNPL,PCDHGA11,ZBTB6,ZZZ3,SLC7A6OS,GNB2,NOL11,RBAK,NFE2L1,EIF4G1,WDR1,PRKCSH,ZFP82,PRPF19,PHF6,SMG5,MED17,RND1,DUSP12,SEC61A1,SENP7,METTL14,SART3,PPP6R1,B3GALT1,UBXN7,SDF4,RIOK2,TNPO1,YAF2,ZIK1,UPF1,WDR36,USP48,HSP90AA1,DIS3,LRRC49,PLA2G4B,MINK1,BAZ1B,RAD23B,DDB2,LATS1,KIN,SIKE1,RNFT2,GTF3C1,GTF3C3,RAB1B,HEATR1,GOSR1,NOL8,AP3M1,GANAB,U2AF2,TGS1,TAF1A,FAM120A,KRIT1,EIF4H,IGF2BP3,MGAT2,HEATR6,SRSF10,EXOSC2,YKT6,TRIM44,RUNX1T1,YTHDF3,MTX3,NICN1,DEK,CDC42BPB,TTC19,KLHL9,SLC4A8,SEC23IP,FABP7,TAOK2,MGAT4B,ERCC8,RAB3GAP2,SNRNP48,GOPC,HDGF,P4HB,RBM45,TAF2,MBTPS2"
+"gene_set_query"	"1374"	"BNC2"	"1132.0"	"ARCHS4 Coexpression,1256;Enrichr Queries,1057;GTEx Coexpression,1084"	"RPL5,PHLDB1,CD81,CEP120,ALDH1L2,HERC4,CDH2,DPYSL2,CFL2,DPYSL3,ANKFY1,LZTS2,SOX5,EPHA4,MEF2C,TPM4,IGFBP3,TPM1,TTC7B,ARMC9,AFAP1,ANK2,ANK3,EML2,SRRM1,FOXP1,MSH6,ADAM19,ARMCX4,ARMCX1,SFRP1,TWSG1,PRKD3,GPR161,RAB34,RAI14,MACF1,TBC1D19,PKDCC,TSHZ3,SAR1A,NPR2,NTM,NPRL3,LTBP4,TOR1AIP2,FBLN1,TMTC1,PIK3R1,CACNA1H,CORO1C,GJC1,NUAK1,FLRT2,ABL1,DVL2,DVL3,TNRC18,SLC38A2,SKIL,SEC31A,NEK9,SMAD4,CPSF6,ATP8B2,AUTS2,CADM1,CRIM1,ARHGAP29,DNAJC13,SMAD5,PBX1,DCLK1,PTPRD,EXT1,BCL9,EXT2,MEX3A,HOOK2,PTK7,DNAJC10,CALU,DCHS1,FAT4,LSM14A,CDK14,FERMT2,ITGB1,PHF2,NRP1,PRKCSH,CELF2,ILK,AFF3,TRIOBP,TTC28,ROBO1,SGCE,SENP6,AKAP12,SENP7,KIF13A,TIMP2,REV3L,TMEM109,SPEG,SLC37A3,EDIL3,DACT1,PBRM1,PPP1R12A,PDE4D,TCF12,SSR3,ARNT,NAV2,WDR35,FAM126A,LATS1,ENAH,MN1,ZEB2,VCAN,PTP4A3,NAV3,DDAH1,IGDCC4,CTTN,CTDSP2,CDH11,PXDN,CDH13,BCAT1,SGK1,PPP1R12B,SEC22B,GAS7,LRP1,PRICKLE2,CXXC1,PRICKLE1,PTN,EHBP1,THBS3,RAB23,TCEAL1,SLIT1,SPOCK1,NCAM1,CSK,STX2,MAP4K5,RUNX1T1,SMARCE1,SEPT11,NEGR1,RYK,CSNK1A1,PCDH7,SEMA4C,GABRA3,ATP2B4,PPP2R3A,CDC42BPA,MEIS2,NELL2,NFIA,NFIB,MFAP2,VIM"
+"gene_set_query"	"1375"	"ZNF221"	"1136.0"	"ARCHS4 Coexpression,1132;Enrichr Queries,1212;GTEx Coexpression,1064"	"SLC35B2,SLC35B4,TRIO,ZDHHC5,PHAX,EPRS,EFR3A,CDC23,CAPNS1,DPYSL2,CDC27,AKT1,PRKACA,NCKAP5,ATXN7L3,SOX5,MED1,RECQL,MTUS1,RFX3,MOGS,ANK3,FAM133B,TIAM2,DDIT4,ALG10B,SF1,PAXIP1,IGSF3,FLII,MTDH,APH1A,DHX33,PCBP1,HIVEP1,TRPM7,INTS2,SLC35E3,RAB3IP,PBX2,PRRC2A,HNRNPL,PCDHGA11,MLLT10,CCDC88A,CALU,FAT4,ARF3,NRP1,PIGU,MRPL36,SLC7A11,PRPF19,SMG5,AKAP12,PCLO,RSRC1,REV3L,UBXN7,SDF4,RIOK2,ZIK1,UPF1,LRRC49,MINK1,LRRC40,BAZ1B,MRPS7,SIKE1,PXDN,PLCB1,HEATR1,CENPB,SNX29,TMEM68,MGAT2,HEATR6,SRSF10,ZSWIM5,WDR17,MYEF2,MTX3,GINS4,KLHL9,TAOK2,RAB3GAP2,NUCB1,GOPC,HDGF,RNF141,ZFP28,FBXO22,IGF1R,IPO9,ZFP30,ARHGDIA,SMARCAD1,NRCAM,SNRNP35,BIVM,SUPT16H,IGFBP3,THOC2,MID1,CTDNEP1,TMX3,RPL7L1,RAB35,CHMP4B,ANAPC1,CSNK1G2,ANAPC2,DDX6,LRRC59,RAB5C,TARS,NACC1,ZKSCAN3,BRIX1,SRGAP1,PDZD7,ANKRD28,API5,DNAJC13,ZBTB12,SLC7A6OS,EFNA2,SH3BP5L,HOOK2,NBEA,GNB2,GNB1,NF1,CNTN1,SPIRE2,NFE2L1,DOCK4,WDR1,PRKCSH,USP34,CHD6,ZFP82,SYNE2,PPP1R9B,DUSP12,SART1,SEPT9,LASP1,SART3,PPP6R1,SNRNP70,PDE4B,TNPO1,USP48,PLEKHG2,PCDHGA4,DST,DIS3,PDPK1,PDE4D,RAD23B,TRAF7,VCAN,PTP4A3,NAV3,SETBP1,DNAJC5,CDH11,DNAJC9,BDP1,RNFT2,SMARCD2,RAB1B,SRR,GANAB,TAF1B,U2AF2,TAF1A,FAM120A,IGF2BP3,FBRS,TRIM44,NIPSNAP3B,ATF7IP,SEPT11,SSB,PCDH7,PDE4DIP,KLF7,MGAT4B,ERCC8,ABCE1,TRIM32,TAF2,MBTPS2,METAP2"
+"gene_set_query"	"1376"	"FOXL1"	"1139.0"	"ARCHS4 Coexpression,1035;Enrichr Queries,1203;GTEx Coexpression,1179"	"TRIO,PITPNB,HDLBP,ACTB,NDST1,POFUT2,ALCAM,MPRIP,LAMP1,DPYSL2,MYC,CAPN2,PLS3,SLC39A7,SOX4,ACVR1,EPHA4,MEF2C,TPM4,MMGT1,IGFBP3,ACTN1,F2R,DAPK3,RECQL,AFAP1,LMO7,ACTN4,ANK1,TWSG1,SFRP1,MYL6,KCTD10,RAB34,DDIT4,FSCN1,KDELR2,RAI14,LRRC59,SEMA7A,CD151,DHX8,NXPH3,NPRL3,PDGFA,CACNA1A,TMTC1,PIK3R1,NDRG1,TAF5L,GLG1,RTN4,GLIS2,CORO1C,EFNB2,CYB5R3,FLRT2,ESD,ABL1,MAP4,MYH10,ST3GAL1,RAB11FIP5,JUN,TMEM184B,SMURF2,BCL11A,CRIM1,NR2F1,DSTN,MICAL2,DNAJC13,MARCH4,ARHGAP23,EXT1,DRAP1,EXT2,EFNA2,BMP1,HOOK2,ID2,CALU,CNTN1,UBA2,ACO1,AMOTL2,FAT4,FERMT2,ITGB1,USP35,NRP1,MCFD2,WDR1,PCSK7,SLC7A11,PTPRK,TRIOBP,DUSP12,SEC61A1,LASP1,CSRP2,ZC3H7B,SMPD1,ENC1,TIMP2,SPEG,DACT3,PMEPA1,SDF4,QSOX1,JAK2,EDIL3,PCDHGA4,NAV2,MED27,DUSP6,CKAP4,MLF2,RHOB,ENAH,ARL4C,MN1,VCAN,PTP4A3,INF2,ASPH,IMPAD1,CDH11,PXDN,CDC42EP3,TRNP1,CDH13,TAX1BP3,GAS6,SGK1,SHANK2,ERGIC1,SEC23A,NFIX,ROCK1,TM2D1,SLC20A1,CCDC107,FAM129B,IGFBPL1,ALDH1B1,ABLIM3,HAUS7,GPC1,FLNA,SPOCK1,SH3BP4,YKT6,PDLIM7,NTRK2,SEPT11,PPP1R14B,TMEM30A,GALNT2,NTRK3,PCDH7,ATP2B4,WWP2,CDC42BPB,SH3RF3,NELL2,KLF6,PDE10A,TMEM158,NFIA,MFAP2,MGAT4B,ESYT2,VIM,P4HB,FAM98A,CRLF1,RAB3GAP1,BCAR1"
+"gene_set_query"	"1377"	"TIGD1"	"1139.0"	"ARCHS4 Coexpression,1541;GTEx Coexpression,737"	"TCERG1,ATP8A1,EHMT2,WIPF3,CYP46A1,ELK1,PNN,OPHN1,PPIP5K2,GPBP1,POGZ,CEP250,SMARCAD1,ATXN7L2,MAP3K7,ANGEL2,MAGI2,THOC1,CIRBP,TTC7B,TSC1,ACYP1,SLC9A5,RAB35,GUF1,MATR3,MACF1,CD151,L3MBTL2,TARSL2,SMYD5,CTBP1,TNKS,NPRL2,CSTF3,COPS7B,APH1A,ORC4,CYB5R4,PRPSAP2,CYB5R3,TMEM127,ORC3,THEM4,FAM192A,VARS2,SMAD2,TMEM120B,GGT7,WDR59,CBX5,RHBDD3,FUS,SLC35E3,UPF3B,CWC15,ERAL1,HARS2,AP4B1,CNOT7,LAS1L,STK25,ZFP62,DNAJC10,UBE2O,PSMG4,RNPS1,MDM4,LRP10,FGF13,RBM28,SMG1,RBM26,PRR3,USP33,PHF6,EPM2AIP1,FSD1L,SART3,FASTK,MLST8,REV3L,TMEM109,HMG20A,PELP1,DFFB,SHPRH,PRMT7,HSDL1,NCBP1,MRPS25,PARP2,ABCC5,ARID1B,SUPV3L1,QTRT1,IMMP1L,TRAF7,NFX1,MTF2,EVL,SLC25A14,GTF3C5,ANKS3,GPS1,RAB1B,RBM4B,SPG7,RCHY1,PABPN1,U2AF2,DROSHA,METTL6,ATP9B,SH2B1,PTCD3,RIC3,BRF1,NEGR1,AGK,PLEKHA5,ELP2,DDHD1,BLCAP,ATAT1,MPHOSPH9,NEURL4,ERCC3,TTC4,NEDD4,RBM45,PPIL3"
+"gene_set_query"	"1378"	"ZBTB8A"	"1140.0"	"ARCHS4 Coexpression,1599;GTEx Coexpression,681"	"ANKRD13D,ARPC5L,OPHN1,CAPN7,AKT3,EPC2,KIF21B,ACVR1,USP8,RNF44,TSTD2,TTC7B,AFAP1,RC3H2,EML2,DISP2,TWSG1,KCTD10,ORAI2,MAPKAPK5,ATP6V0D1,FKBP5,NPR2,CHRNA7,CACNA1A,TMTC1,CACNA1D,UBR1,PIK3R1,TAF5L,ADH5,SAV1,FAM160B1,ORC4,ORC6,ESD,ZKSCAN3,FAM192A,RDH13,NDUFV3,PDZD7,ATP6V1F,AP1M1,SMAD4,RAB4B,CBX4,ATP8B2,SLC35E3,CRIM1,MRPL28,ARHGAP29,DNAJC13,LSM4,PHC3,SMAD5,MED13L,KLHL20,STAG1,BMP1,ARMC10,SESTD1,SPIRE2,UNC119,FBXL3,AMOTL2,FAT4,COPE,FERMT2,SUGP1,ITGB1,PCDHGB7,SETD7,DDX41,PCSK7,AFF4,TTC28,SENP6,SENP7,ZC3H7A,TMEM43,UBE2Q2,OPA3,SH3PXD2B,TMEM109,CCDC50,UPF1,ATP6V0B,PBRM1,SHPRH,ATRX,ARNT,ANO6,ASH1L,KLF16,LATS1,PITPNM1,PIK3CA,SETBP1,IMPAD1,GFOD2,FAM20B,NUP54,AIDA,SOS1,CRK,ATP6V0C,PCYOX1,OTUB1,RNFT2,LEPROT,SEC23A,ROCK1,ROCK2,GOSR1,KATNB1,NOL9,FBXL20,GANAB,FCHO1,U2AF2,TMEM68,BNIP2,SLITRK5,CSK,APBB2,RPP14,MAP4K3,SMARCE1,SEMA4A,PCGF6,TRIM41,RYK,MTX3,YIPF4,FOXJ2,FBXL12,MIB1,MKLN1,KLF7,IRGQ,NEDD4,ESYT2,CCM2,TAF1"
+"gene_set_query"	"1379"	"ZNF367"	"1140.0"	"ARCHS4 Coexpression,1083;Enrichr Queries,1240;GTEx Coexpression,1098"	"TFRC,CPNE5,CSE1L,HNRNPU,YEATS4,IPO7,ACRBP,CDC23,TRIM28,SNRPD1,DPYSL2,RUVBL1,STMN1,KPNA2,CCDC92,RGS6,TMPO,TIPIN,WRNIP1,TRAIP,RUFY1,FRMD3,MSH2,BOLA2,TIPRL,DDIT4,SNRPG,CMPK1,PPIH,SNRPE,SNRPF,ALG10B,KPNB1,ANAPC1,FKBP5,LRRC59,DNMT1,NUP205,RNASEH2A,DCUN1D5,CDCA4,DHX9,MAX,MEPCE,MTDH,SAV1,LDHA,SNN,ORC6,PRKAR2B,OST4,JUN,NUP155,CBX3,CPSF3,EIF2AK1,CDC7,NUP153,PA2G4,NETO2,PAICS,ZWINT,MARCH2,HNRNPL,HOOK2,NASP,UBE2S,ANP32E,INTS7,EZH2,EIF4G1,RNF11,PRR7,MCM7,SUV39H1,MRPL39,HMGB3,MRPL36,SLC7A11,YBX1,LMNB2,BICD2,LMNB1,TUBA1B,ATIC,XPO1,OPA1,C1QBP,NCK2,TOPBP1,RFC3,GLRX3,NCBP1,H2AFZ,RFC2,GP1BB,MMD,H2AFX,NCOA4,ANO6,SMC1A,RAD23B,DUSP6,PSMA5,SLC7A5,TFDP1,TUBB2A,KIF2A,PSMA2,POLR1B,PXDN,DNAJC9,GAPDH,GART,SSX2IP,MTPN,DTYMK,PCNA,PRIM1,SRSF1,DDX21,HSPA14,AGPAT1,SLC7A1,NRAS,PGRMC1,FIP1L1,HAUS8,PSMB2,KCTD20,EXOSC9,POLR2D,EXOSC8,USP1,NT5M,BUB3,CCT8,CCT5,SUZ12,RANBP1,NPM1,RRM2,RNGTT,SMOX,GINS4,DONSON,RPA1,DEK,SSRP1,HNRNPAB,LRPPRC,AGBL5,ABCB10,PSAT1,RPA3,SERBP1,RPL22L1,HDGF,NAA15,SSBP1,RAN,EIF3B"
+"gene_set_query"	"1380"	"FOXI3"	"1142.0"	"ARCHS4 Coexpression,1057;GTEx Coexpression,1227"	"RAPGEFL1,FAM110A,RPS15,FBL,CAPNS1,OPHN1,LAMP1,RPS18,ARHGDIA,AKT1,PRKACA,ATXN7L3,TBC1D10A,CXADR,KDM2B,CTNNBIP1,VASH2,CD3EAP,MOGS,POU3F1,CSNK2B,EHBP1L1,RAB35,MAPKAPK2,TYRO3,CHMP4B,ANAPC2,TBC1D9B,RAB5C,IGSF3,CDCA4,NXPH4,CHRNA7,FLII,EFNA4,IGSF9,APH1A,GJC1,SGPL1,SBNO2,PPP3R1,ORC6,ZKSCAN3,SLC38A7,RDH13,OTX1,MARK2,JAG2,JUP,BCL11B,BCL11A,RCC2,SLC35E3,EFNA3,VANGL2,SH3BP5L,STK24,GNB2,GNB1,SPIRE2,SDC1,PLEKHM2,PLXNB2,BLMH,DEGS1,MMS19,DEGS2,LRP10,NFE2L1,EZH2,PICALM,OGFR,ACADVL,WDR1,SLC35F2,RPLP1,CHD3,SPPL3,BICD2,AACS,PPP1R9B,SEC61A1,SEPT9,LASP1,PPP6R1,ANXA6,SDF4,CIC,SUN2,ACTR2,UPF1,KLF13,ELOVL4,PLA2G4E,TNFRSF19,ACAD9,MINK1,HUNK,UTP18,EEF1G,DNAJC5,TET3,ARHGEF2,PPP1R12C,RNFT2,MTPN,CANT1,RAB1B,PARD6G,LENG8,NOL9,ACVR1B,CENPB,GNAI2,DNAJB2,GANAB,RAB40C,U2AF2,SH3BP2,FAM120A,TMEM68,ANKRD52,MTA3,FBRS,PPP1R14C,GINS4,ACVR2A,GATAD2A,RPS6KB2,TAOK2,MGAT4B,NUCB1,HDGF,P4HB,PNPLA6,GRINA"
+"gene_set_query"	"1381"	"MYF6"	"1143.0"	"ARCHS4 Coexpression,1310;Enrichr Queries,1329;GTEx Coexpression,791"	"PREP,UBE2D1,KEAP1,KLHL34,UBE3A,PDCD2L,DCAF6,PSMD7,PSMD4,SESN1,MYC,KHSRP,CFL2,PSMD3,PSMD1,KPNA4,KPNA3,KPNA1,KCMF1,SEMA6C,PRKAB2,MEF2C,RBFOX1,TPM3,CACNA2D1,DYRK1B,SHISA4,FBXO10,ATP1B1,ANK1,GRIP2,CACNB1,GNPAT,RNF123,CLIP1,BIN1,PSME4,EEF1A2,EHBP1L1,PLAA,HECA,RTN2,PSMD11,PFKFB3,CUL5,SAR1B,FLII,AK1,UBR3,LPL,MRPL14,UBFD1,NDRG2,FXR1,CYB5R1,BTBD1,PRKAR2A,DVL1,MAP4,NAA50,EIF2B3,JUN,POLR3GL,IDH2,MEMO1,UBAC1,GADD45G,ZC3HC1,CNOT4,TADA2B,COPS3,AIMP2,COPS5,NPLOC4,HOOK2,PPP1R1A,STK25,TMEM11,PKIA,ID2,OGDH,ACO2,NFE2L1,PHTF2,USP38,CITED2,SCHIP1,MAST2,SETD7,FHL1,ATP2A2,PPP6C,DUSP12,CHMP1B,KIF13A,MYO18A,SPEG,HIF1AN,LRRC47,ZYG11B,NAA30,ADSL,MIOS,RAD23A,DUSP26,DUSP6,PTP4A3,PXDN,CCDC43,EIF4E2,SGK1,SLC25A12,RBM24,SLC25A4,SLC29A2,CAMK2B,CSTB,NFIX,USO1,VPS4A,ZBTB43,CXXC1,SRL,TOB1,PSMA7,STRN3,NOL6,HECTD1,SAMM50,PSMB5,NFIL3,DNAJB5,HSF2,POLR2D,CDC37L1,MFN2,EGLN1,BRF2,KCNJ11,FEM1A,CNBP,ADRM1,PDE4DIP,UBE2G1,PPP2R3A,LRRC20,CUL4A,SLC8A3,FABP3,PINK1,NEDD4,ASB8,RAB12,PSMC1,EIF3J,POLR3E,PSMC2,TACC2,VIM,GPD1L,PFKM"
+"gene_set_query"	"1382"	"ELF4"	"1144.0"	"ARCHS4 Coexpression,969;Enrichr Queries,1107;GTEx Coexpression,1355"	"CRTC2,IFITM2,RNF19B,IFI30,PREX1,RASSF2,FRAT2,DPYSL2,MYC,COTL1,CAPN2,LONP1,IER5,ATXN7L3,SLC12A9,IFNAR2,TLE3,SLC38A1,KDM2A,TPM4,ACTN1,IGFBP3,PRKCD,TPM1,CD3EAP,ADAM19,BIN3,RAB31,HNRNPUL1,DDIT4,EHBP1L1,RAB35,MAPKAPK2,FSCN1,CHMP4B,CSNK1G2,PRR13,LY6E,SF1,CDC42SE1,SLC45A4,RAB5C,FLII,STXBP2,PXN,TRANK1,STK4,RASGRP2,CORO1A,CSF2RA,NDRG1,PGS1,SBNO2,PPP4C,DHX34,GRK6,VTI1A,CHST15,NADK,MARK2,S100A10,MCL1,WDTC1,VASP,PRNP,JUN,PLK2,H3F3A,PBX2,ARPC4,ARPC5,NFKBIA,EHD1,SLC6A6,ABTB1,EFNA2,SH3BP5L,ARPC2,HOOK2,HOOK1,GNB2,SDC1,LRCH4,LRP10,ITM2C,PICALM,OGFR,BTG1,FKBP15,ELL,WDR1,SH3KBP1,PRKCSH,TRADD,PIK3CD,ARRB2,MED15,LIMD2,PPP1R9B,DUSP12,LASP1,GLIPR2,PPP6R1,XPO6,TIMP2,FLOT2,SH3BGRL3,RAB8A,CTSB,CAP1,SUN2,UPF1,KLF13,IFNGR2,ARHGEF18,RHOF,GMIP,DUSP6,PATL1,RHOB,DNM2,ARL4C,TOX4,SLC7A5,VCAN,PTP4A3,MED25,PITPNM1,PACS1,CTDSP2,PXDN,RAPGEF1,ARHGEF1,ARHGEF2,SGK1,RNF166,STK40,PPP1R15A,CSTB,USP15,GRN,RNASEK,RGS19,LENG8,FURIN,TYMP,GNAI2,FGD3,CDC42,DCAF15,ZDHHC18,DNPEP,SH3BP2,FLNA,PTK2B,CSK,MGAT1,FBRS,CYTH1,MAP3K3,LIMK2,MBOAT7,ATP2B4,MYO9B,VEGFA,KLF6,IMPDH1,SHKBP1,ZYX,BAX,PKN1,VIM,PNPLA6,SMAP2"
+"gene_set_query"	"1383"	"PROP1"	"1144.0"	"ARCHS4 Coexpression,1423;Enrichr Queries,1375;GTEx Coexpression,635"	"FAAH,CERK,TRRAP,IFT172,GOLGA2,GPR173,GOLGA3,DPYSL2,MYC,ATXN7L1,CDK5RAP3,CHGB,TSPYL2,HES6,PDHX,UNC13A,TSPYL1,COG6,UNC5A,CIRBP,PTOV1,ALG2,CD3EAP,RFX1,CPT1C,GTPBP4,NISCH,DDIT4,VOPP1,SPARCL1,HECA,PRR12,MEG3,CUTA,RTEL1,BEX1,MEAF6,TMEM63C,CTBP1,MAGED1,FBF1,ABCB8,HTATSF1,SCFD1,GSE1,RALGDS,ST3GAL3,JUN,PHC1,LRRN3,ZFR2,NR2F1,XRCC1,TMEM198,MAGED2,FBXL2,AVL9,DZIP3,GPR19,SLC44A2,PTPRN,PIGP,SLC7A11,RYR3,SMPD4,SLC22A17,DHX15,BBS4,ELOVL2,LRRC49,AMPD2,MANEAL,AP3B2,DUSP6,MLF2,NCOR2,TMEM179,PXDN,MPPED2,SGK1,GAS8,CSTB,ICA1L,AKAP7,PSMA7,ANKMY2,TCEAL6,PDZD11,TMEM68,SC5D,NPDC1,RIC3,WDR17,MBD6,YIPF2,AP3D1,PLEKHA6,MIAT,NFIA,SGSM2,TTC3,RIMBP2,CDK5R2,ATP8A2,TUSC3,CELSR2,CELSR3,KHSRP,SYBU,IGFBP3,ANGEL2,MAGI2,TTC7B,TSC2,TBR1,POU3F2,POU3F3,BSCL2,ARMCX2,DMTF1,MADD,SCG5,CUL7,KHDRBS3,CCDC24,NTM,FOXO6,CACNA1A,CACNA1D,SEZ6L2,CPLX2,PLD3,RTN4,PHF21B,PCSK1N,PLXNA1,PLXNA3,CPSF7,RHBDD2,MARCH9,NSG1,SYT7,AHI1,EFNA2,NR4A3,DLG2,HOOK2,LHX2,HOOK1,SPIRE2,GNAS,IFT27,LZTR1,FGF13,NAA40,CELF3,CHD6,CHD5,PTPN23,PPP1R9A,TRO,SGCE,DUSP12,ABHD16A,AP1G2,MDK,ABCC8,PDPK1,SECISBP2L,REXO2,ARFGAP1,PTP4A3,GORASP1,SLC25A14,NAA20,CXXC1,CRMP1,HDAC6,JAKMIP3,SLC25A27,FZR1,NNAT,POLR2D,REPS1,TUB,LGI1,MBTPS1,PCDH9,FBXL12,MAPK10,SLC4A8,KLF6,INSM1,UNC79,TNRC6A"
+"gene_set_query"	"1384"	"ZBTB49"	"1145.0"	"ARCHS4 Coexpression,1424;GTEx Coexpression,865"	"RNF19B,CWC25,ALKBH1,ZXDC,SNIP1,CCDC97,EPC1,TRIM27,RNF111,VPS33A,DNTTIP1,TRAFD1,CSNK1D,FBXO10,RSBN1,HCFC1,MAU2,BIN3,THAP7,SLC9A8,ORAI2,TBC1D25,GEMIN7,CARS2,DNMT1,MTMR3,TRANK1,NRF1,CORO1A,MRPL10,PHF21B,EIF1AD,CYB5R4,PORCN,DHX34,GRK6,NRBF2,MAP2K7,SLC15A4,BANP,UBE2F,ACBD6,CPSF7,ACD,BOD1,FBXO38,PHF12,PCIF1,EDEM2,XRCC1,CNOT10,FBXO31,TMEM199,ABTB1,MSRA,CWF19L1,CNOT3,INTS4,CCDC22,CDC42SE2,ISY1,SCYL3,DAZAP2,GMEB1,ELL,MTMR14,PIK3CD,MED17,LIMD2,SART1,SPRED1,ZNRD1,ABHD16A,UBE2Q2,GLIPR2,XPO6,SDF2,RRP12,UNKL,ZC3H10,ABCC8,MSL2,AXIN1,GMIP,DCK,LIME1,ARFGAP1,PATL1,COMMD5,KIN,SCNM1,ATP6V1B2,EXOC3,STK40,IRF9,RNF166,RNF31,TSEN34,USP15,RGS19,RNF34,LIN37,USP10,ODC1,RNF38,U2AF1,PARL,IWS1,FGD3,PPP2CB,ZDHHC18,RBBP5,NNAT,FYN,E2F4,BID,PAIP2,DEDD,SH2B2,CYTH1,PAIP1,GPKOW,RNF25,MCRS1,RPA1,MAPK14,TMEM60,KBTBD4,NECAP2,SNRK,TRIM39,TAOK3,PIK3IP1,DRG2,INSM1"
+"gene_set_query"	"1385"	"SNAI3"	"1145.0"	"ARCHS4 Coexpression,1198;Enrichr Queries,878;GTEx Coexpression,1359"	"FAM49B,CRTC2,IFITM2,HDAC10,IFI30,CLU,PREX1,FRAT2,RASSF2,DPYSL2,MYC,COTL1,LONP1,KIF21B,FADS1,SLC12A9,SEMA6B,HES6,NUP210,CISH,GPT2,F2R,PRKCD,DNTTIP1,MATK,CD3EAP,CNPY3,ATP1B1,ANK1,SLC9A8,DDIT4,EHBP1L1,FSCN1,FKBP8,HECA,GEMIN7,TRIB2,SLC45A4,ISYNA1,STXBP2,SUPT4H1,TWF2,LPL,CACNA1A,RASGRP2,CORO1A,CSF2RA,NDRG1,OAZ1,PGS1,SOCS2,CYB5R4,SBNO2,DHX34,DEAF1,GRK6,ZMAT5,LDHD,CHST15,ST3GAL2,NADK,WDTC1,JAG2,RAP1GAP2,VASP,PRNP,JUN,H3F3A,NR1D1,CORO2A,ADAP1,GADD45G,ABTB1,SLC6A6,NR4A3,HOOK2,HOOK1,LRFN1,FASN,ID2,CCDC22,TAB1,CORO7,LRCH4,LRP10,SERINC2,ITM2B,ITM2C,CDKN1C,OGFR,DHRS13,CNRIP1,PRKCSH,MTMR14,PIK3CD,ARRB2,LIMD2,BBC3,MED11,DUSP12,GLIPR2,XPO6,MCF2L,TIMM17B,PDE4A,FLOT2,SUN2,PDPK1,SH2D3C,GMIP,REXO2,DUSP6,MLF2,TOX4,SLC7A5,PTP4A3,MED25,SCNM1,PXDN,ARHGEF1,SGK1,ATP6V0C,RNF166,STK40,TRABD,CSTB,GRN,RNASEK,RGS19,RGS16,CXXC1,GDPD5,TYMP,GNAI2,FGD3,ZDHHC18,FZR1,NFIL3,FCHO1,SPOCK2,PTK2B,CSK,MGAT1,CKB,SH2B2,PDLIM7,CYTH1,SEMA4A,MAP3K3,MBOAT7,MIIP,MYO9B,VEGFA,SBK1,IMPDH1,SHKBP1,ZYX,PKN1,VIM,SMAP2,YPEL3"
+"gene_set_query"	"1386"	"ZNF438"	"1145.0"	"ARCHS4 Coexpression,1452;Enrichr Queries,783;GTEx Coexpression,1200"	"IFITM2,CPNE5,SLA,UBE2D1,IFI30,ACRBP,LSM10,PREX1,FRAT2,GRB14,ZMIZ1,BASP1,ALKBH1,CDC26,DPYSL2,CAPN2,CCDC92,IER5,RGS6,SLC12A9,SH3GLB1,TLE4,SLC38A1,PRKCE,PRKCD,DNTTIP1,CD3EAP,TALDO1,ZBTB34,FRMD4A,THOC5,PIAS1,RUFY1,FRMD3,BIN3,RAB31,SLC9A8,DDIT4,WDFY3,KCTD12,FKBP5,PXK,PFKFB3,MAX,STXBP2,SUPT4H1,TWF2,ITPR1,PIK3R1,ADIPOR1,CSF2RA,NDRG1,OAZ1,PGS1,CYB5R4,SNN,PITRM1,PRKAR2B,GRK6,ZMAT5,CHST15,NRBF2,HIVEP2,SLC15A4,SRGAP1,ST3GAL2,MAP2K6,VASP,CTSA,OST4,PHC2,JUN,TRAPPC1,TMEM50A,FBXO38,H3F3A,ARPC5,MARCH2,ABTB1,EFNA2,HOOK2,HOOK1,WNK1,FASN,ID2,CWF19L1,FBXL5,CPEB4,ITM2C,ISY1,ITGB1,DHRS13,NRP1,DOCK4,PIGU,RNF11,BTG1,CITED2,PRKCSH,MTMR14,CELF2,SLC2A3,ARRB1,ARRB2,SIPA1L2,LMNB1,TRIM8,MED11,DUSP12,GLIPR2,XPO6,PSD3,PDE4B,TIMP2,FLOT2,MFSD1,KIF1B,JAK2,CTSB,ZC3H10,GPX1,PDPK1,GP1BB,MMD,PDE4D,NCOA4,ANO6,GAB2,NAV2,DUSP6,MLF2,ZEB2,SCNM1,ASPH,SETBP1,KIF2A,DDAH2,CTDSP2,CDC42EP3,PXDN,RHOU,PLEKHO1,BCAT1,SGK1,STK40,GAS7,B4GALT5,TSEN34,PPP1R15A,MTPN,USP15,LEPROT,RGS19,WBP2,AKAP7,ASAP1,CCNDBP1,NT5C2,FGD3,FGD4,ZDHHC18,SH3BGRL,DNPEP,NFIL3,ABLIM3,PPP2R3C,SH3BP5,ZSWIM6,FYN,NT5M,DEDD,SH2B2,MAP4K4,MAP3K3,YIPF1,SORT1,SMOX,RIOK3,PLCL2,ATP2B4,PDE4DIP,MAPK14,AGBL5,KLF7,KLF6,NFIA,SHKBP1,KLHL8,UBAP1,PKN1,VIM"
+"gene_set_query"	"1387"	"ZSCAN5A"	"1149.0"	"ARCHS4 Coexpression,1332;Enrichr Queries,554;GTEx Coexpression,1562"	"CLPB,ZMYND8,ZDHHC5,HDLBP,ACRBP,SLC8A1,IGF1R,FAM107B,OPHN1,BASP1,RUVBL2,DPYSL2,MYC,DPYSL3,AKT1,NRCAM,DIP2C,SBF1,ATXN7L3,TLE4,TLE3,MEF2C,ST6GAL1,TPM1,ARRDC3,MAGI2,RFX3,CD3EAP,FRMD4A,LMO7,MOGS,DDIT3,DDIT4,SIK3,FKBP5,GLYR1,MACF1,IDI1,PFKFB3,DHX8,CUL3,INSIG1,FLII,MYCBP2,ISG20L2,PIK3R3,NEDD4L,AGAP1,NDRG1,EFNB2,APH1A,ORC4,HSPH1,ORC6,PITRM1,NACC1,HIVEP1,ZKSCAN3,ABL1,NDUFV3,PDZD7,BRAP,RAP1GAP2,PRNP,JUN,AUTS2,CADM1,ATP8B2,BCL11B,ODF2,BCL11A,PLK2,SLC35E3,NR2F1,MICAL2,PBX2,CORO2A,EEF2,MEX3C,PBX1,PRRC2A,HNRNPL,SQLE,EFNA2,HOOK2,HOOK1,ID2,GNB1,SPIRE2,CDK14,NFE2L1,ITM2C,EIF4G1,ARF3,NRP1,KDM5C,CITED2,PPP1R10,PRKCSH,MRPS12,CHD6,SLC2A3,SLC7A11,AFF3,SMG5,PPP1R9B,AKAP12,DUSP12,LASP1,OPA3,PSD3,UBTF,PMEPA1,JARID2,CIC,UPF1,DST,NCOA5,TSC22D1,PDPK1,PDE4D,TSC22D3,MINK1,IQCE,ELOVL6,NAV2,TUBG1,MRPS7,RAD23B,DUSP6,SREBF2,MLF2,RHOB,ARL4C,TRAF7,ZEB2,PTP4A3,DNAJC6,POLR1B,CDC42EP3,PXDN,LANCL2,PLCB1,SGK1,SHANK2,PPP1R15A,RNFT2,NFIX,DDX20,AKAP7,SLC3A2,ASAP1,PSMA7,PPM1G,NOL6,FAM168B,GANAB,DNPEP,CUX1,U2AF2,CHN2,FAM120A,SPOCK1,FEM1C,SMOX,PDE4DIP,SORBS2,CDC42BPB,NFIA,NFIB,TAOK2,DRG1,NUCB1,HDGF,PKN1,TACC2"
+"gene_set_query"	"1388"	"HMX3"	"1151.0"	"ARCHS4 Coexpression,705;Enrichr Queries,1391;GTEx Coexpression,1357"	"RPL4,MDC1,VARS,PPAN,HNRNPU,ELK1,CRKL,RPS17,TRIM28,RAVER1,SNRPD1,MYC,PSMD3,LONP1,FDXR,IER5,SAMD10,TMPO,NUP214,SRRM2,PDHX,NUP210,FNBP1,SOX11,ACTN4,ANK1,SND1,HCFC1,TTLL12,ALG10B,SF1,NUP205,POM121,NRN1,FOXG1,LARP1,PDCD11,DHX37,SYMPK,TRAP1,BCL11B,BCL11A,EDEM1,RCC2,SETD1A,NR2F1,PYCR2,PA2G4,PAICS,ZWINT,GADD45G,PRRC2A,HNRNPL,HNRNPF,AARS,DAZAP1,SH3KBP1,PRPF19,TMSB4X,ANXA6,FEZF2,UPF1,BRD2,PARP1,PRMT1,PGAM1,NSUN2,PABPC4,PPRC1,SREBF2,KIF2A,PXDN,ARHGEF2,PCNA,PRIM1,RPL12,DOT1L,SRRT,HIRA,NFIL3,PES1,CCT8,MEF2D,SUZ12,SF3A1,SF3A2,MDH2,GINS4,GATAD2A,BOP1,MYBBP1A,PRKRA,KIF26A,RPA3,SERBP1,RAB3GAP2,CDK5R2,FBL,KHSRP,BAHCC1,PPP1R16B,KDM2B,IGFBP3,VASH2,TBR1,POU3F1,POU3F2,ATAD3A,POU3F3,ATXN2L,ILF3,HNRNPUL1,RAB35,FSCN1,ERH,ANAPC1,KPNB1,SNRPA,ZCCHC7,SEMA7A,PFKFB3,MAZ,AK2,CACNA1A,PRPF8,SUPT6H,ORC6,NDOR1,UBR5,PGK1,OTX1,NOP14,CPSF7,FUS,NUP153,EEF2,SUPT5H,MARCH4,CHERP,EFNA2,HOOK2,LHX2,CNOT3,TCF3,EIF4G1,CHD6,YBX1,LMNB2,LMNB1,RPL7A,SEPT6,PPP6R1,NUP62,UBTF,TLK1,TOPBP1,EMX1,RFC3,REXO1,EED,CAD,H2AFX,DDX54,ARID1A,YDJC,KLF16,PTP4A3,SFPQ,TRAF4,GAPDH,THOP1,AGPAT5,HDAC1,DDX21,U2AF2,BAHD1,MKNK2,PTK2B,CSK,BUB3,MTA2,FBRS,CIZ1,RRM2,RNGTT,TAF15,ATP13A1,PCDH8,SSRP1,MEIS2,HNRNPAB,ASXL1,CARM1,BAX,INSM1,RHEBL1,SEC24C,RAN,EIF3B"
+"gene_set_query"	"1389"	"ASCL2"	"1152.0"	"ARCHS4 Coexpression,1088;Enrichr Queries,1187;GTEx Coexpression,1180"	"ANKRD13D,IFITM2,HDAC10,RAB3D,RNF19B,IFI30,RAPGEFL1,FAM110A,PREX1,FRAT2,DPYSL2,MYC,FBRSL1,AKT1,ZFPL1,TBC1D10A,FADS1,SOX4,SLC12A9,TLE3,HES6,RALBP1,ARRDC1,IGFBP3,CTNNBIP1,VPS33B,IGFBP2,PRKCD,ANK1,SCAMP2,SFRP1,RAB35,DDIT4,EHBP1L1,FSCN1,HECA,RPL28,TRIM11,CSNK1G2,LY6E,PRR13,PFKFB3,STXBP2,CACNA1A,EFNA4,NDRG1,OAZ1,CORO1A,CORO1B,SOCS2,MRPL20,SBNO2,PPP4C,GRK6,OTX1,PUSL1,N4BP1,MARK2,NADK,VASP,PRNP,JUN,CHKB,JUP,CCDC12,CBX4,BCL11B,CADM1,TREX1,OSBPL2,SRPK1,GADD45G,EHD1,ABTB1,EFNA3,EFNA2,HOOK2,HOOK1,GNB2,ID2,PPP1R1B,NFE2L3,BLMH,DEGS1,DEGS2,LRCH4,LRP10,ITM2C,CDKN1C,OGFR,CNRIP1,CITED2,PRKCSH,TRADD,ARRB2,SPPL3,BICD2,LIMD2,SART1,DUSP12,MFSD5,GLIPR2,CASP2,FLOT2,SH3BGRL3,PGLS,RAB8A,NDEL1,SUN2,PLA2G4E,PDPK1,TSC22D3,ACAD9,AXIN1,TET2,SIRT7,REXO2,GMIP,LIME1,DUSP6,APRT,MLF2,DNM2,FCHSD1,TOX4,RNF167,SLC7A5,PTP4A3,MED25,PPDPF,TET3,PXDN,ARHGEF1,SGK1,ATP6V0C,STK40,RNF166,ARF6,TRABD,CSTB,SMARCD2,GRN,NFIX,CANT1,RGS19,RGS16,CXXC1,PARD6G,ACVR1B,TYMP,GNAI2,FGD3,ZDHHC18,RAB40C,FCHO1,SH3BP2,POLR2D,CSK,MGAT1,CKB,FBRS,CYTH1,SEMA4A,MARCKSL1,RRM2,MBD6,LIMK2,MBOAT7,GATAD2A,KLF6,NAGK,IMPDH1,SHKBP1,RPS6KB2,TRIM35,ZYX,PLP2,PKN1,VIM,INSM1,SMAP2,YPEL3,TNRC6A,GRINA"
+"gene_set_query"	"1390"	"HOXD1"	"1152.0"	"ARCHS4 Coexpression,1266;Enrichr Queries,1319;GTEx Coexpression,871"	"EIF4A2,GMFB,SLC4A1AP,STMN4,SMC3,RASSF2,DPYSL5,MYC,DPYSL3,PIP4K2A,RPL38,GOLGA7,SOX4,PAQR4,SOX11,DYNC1LI2,SFRP1,FEZ1,DDIT4,ULK2,FAR1,PRR18,HECA,LLGL1,SLBP,UNC119B,NRN1,FOXG1,SLAIN1,TMTC4,NKAIN2,FAM171A1,RNF215,MAP4,GPM6B,HMOX2,LHPP,ABCA2,JUN,XRCC6,NR2F1,PTK2,EIF5,WNK1,ID2,DZIP3,SUGP2,RNF220,CDKN1C,ZCCHC17,PHF8,AKAP12,UCHL1,NIPBL,TUBA1A,SPTLC2,TRIM2,UIMC1,ARIH2,NEFL,RAC1,ENOPH1,CCT3,PARP6,CCT2,NIPA1,TUBG1,SIRT2,DUSP6,MLF2,BACE1,TMEFF1,ZEB2,PACS2,KIT,PXDN,TCP1,RHOU,GLCCI1,SGK1,ERGIC3,DSCAML1,PAFAH1B2,DYNC1I2,CLDND1,PCNA,GSTP1,GNAI1,PAPSS1,TMEM165,TRAK2,SERTAD4,HSF2,BRD8,RAE1,CCT4,BCAP31,YTHDF2,SORT1,DOHH,TMEM59,DPY19L1,ZDHHC9,CIAPIN1,RNF141,FRYL,SCARB2,SH3GL3,KDM1A,CSE1L,ZFAND6,FMR1,FAM107B,FNTA,KIF5B,FNTB,LAMP2,OSBP,PAPOLA,ZNF326,RPS7,IGFBP3,RPS5,APLP1,IGFBP2,POU3F2,ILF2,POU3F3,SLC9A5,PKP4,STAMBP,ARL8A,PXK,PFKFB3,STK39,CACNA1A,PSEN1,DTX4,ADIPOR2,NDRG1,ARHGAP12,EFNB2,FUT8,ZFP57,UBB,TMEM128,PDHA1,PHF10,TBCB,TRAPPC8,PTPRD,QDPR,EFNA2,HOOK2,LHX2,HOOK1,NFE2L3,CNTN2,NACAD,OSBPL1A,SLC48A1,KDM5B,RNF13,PRKCSH,DUSP12,UBE2Q1,EDIL3,BOK,IQCB1,RFC3,HSP90AA1,LANCL1,REXO2,PTP4A2,LMBRD1,PTP4A3,RASA1,CDH11,SFT2D1,TNFRSF21,GTF3C3,DDX23,CXXC1,HDAC6,AGPAT4,POLR2D,LRRC8D,SPOCK1,MARCKSL1,TRIM41,SEMA4D,PCDH7,PCDH8,MEIS2,FMNL2,INSM1"
+"gene_set_query"	"1391"	"ZNF431"	"1153.0"	"ARCHS4 Coexpression,1456;Enrichr Queries,682;GTEx Coexpression,1322"	"CCNT2,ZDHHC5,ARID4A,HNRNPU,JMJD1C,PPP2R2A,FNBP1L,IGF1R,NPEPPS,PNN,SLK,PPP4R1,OPHN1,ARID2,SOX4,SH3GL1,TMPO,ARRDC4,DDX17,USP8,SLC38A1,CXADR,WSB1,USP5,TMOD3,ARRDC3,TTC7B,CD3EAP,ATP11B,PRPF4B,MOGS,DICER1,DMTF1,MSH2,RFX7,AKAP9,RAB35,ORAI2,PHIP,MAPKAPK5,TTLL12,MACF1,LRRC59,RAB5C,ANKRD12,ZBTB5,MBTD1,GJC1,APH1A,ORC4,GRPEL2,ZKSCAN3,ATP6V0A2,RDH13,SLC38A2,QSER1,SCAI,PDZD7,S100A10,BPTF,AP1M1,BCL11A,RCC2,SLC35E3,MARCH7,KLHL24,MARCH5,PHC3,FAM135A,EFNA2,STK24,HOOK2,NBEA,HOOK1,WNK1,GOLGB1,JMY,AAK1,MDM2,SPIRE2,TAB3,MDM4,BRWD1,FGF13,NFE2L1,CPEB4,PHF3,RBM28,SMG1,RBM25,PIGU,CCDC120,WDR1,PRKCSH,CHD6,SLC2A3,PCSK7,PPP1R9A,CLINT1,SYNE2,DUSP11,SENP7,SEC61A1,NIPBL,SPTLC1,ZMYM2,OPA3,DHX15,REV3L,UBXN7,SDF4,PLEKHN1,JARID2,RALGPS2,DST,PDPK1,STRBP,ATRX,VPS13A,TET2,ZDHHC13,SLC39A10,OXSR1,RABGGTA,PTBP2,PGM2L1,ENAH,TRAF7,RAP2B,CREB1,POLR1B,MTF2,PXDN,PELI1,LUC7L3,ACOX3,RHOV,ARF6,RNFT2,CSTB,GTF3C2,NFAT5,WDR26,SF3B3,SATB1,GSTP1,VPS4B,RAB1B,NOL9,SEMA3F,FAM169A,FAM129B,FBXL20,FGD4,ABLIM1,BCLAF1,GANAB,SERTAD2,U2AF2,RICTOR,FEM1C,ZSWIM4,RPP14,YKT6,ATP9B,NKTR,ATF7IP,SUZ12,TRIM41,RIOK3,PLEKHA5,RAB11A,RAB10,SLC4A7,TTC9,FABP5,NFIA,NFIB,TAOK1,NEDD4,HNRNPA2B1,NUCB1,PKN1,P4HB,PDE7A,SEC24C,TRIM33,GRINA"
+"gene_set_query"	"1392"	"MXD3"	"1155.0"	"ARCHS4 Coexpression,860;Enrichr Queries,1237;GTEx Coexpression,1367"	"IFITM2,SLA,FRAT2,RPS19,SNRPD1,MYC,STMN1,COTL1,LONP1,RPL36,RPL37,KPNA2,HMGN2,CHCHD1,FADS1,SOX4,CDK5RAP3,SLC12A9,TMPO,PAQR4,TALDO1,CD3EAP,JMJD8,CDC25B,TRAIP,SRRM1,SLC9A8,DDIT4,BOLA2,PGP,SNRPF,RPL28,UBA52,PPIA,TRIM11,CSNK1G2,CCDC84,CDC42SE1,RNASEH2C,PFKFB4,DNMT1,TMEM161A,CDCA4,STXBP2,NPRL3,COX17,CORO1A,CSF2RA,OAZ1,ANAPC11,PGS1,CYB5R4,EMG1,SBNO2,PPP4C,DHX34,GRK6,H1FX,NADK,SLC19A1,MARK2,S100A10,VASP,NTNG2,JUN,PRELID1,H3F3A,ARPC4,CDC7,SNF8,EIF2S2,LSM4,PRRC2B,ZWINT,RPS26,ABTB1,RPS28,HOOK2,NASP,UBE2S,UQCRQ,ID2,RPL27A,RPS20,DUS1L,LRCH4,LRP10,ITM2C,EZH2,DHRS13,MCM7,SETD6,RPLP1,PIK3CD,HMGB3,MRPL36,ARRB2,MEA1,LMNB2,LIMD2,LMNB1,HK1,TUBA1C,DUSP12,TRMT112,TUBA1B,TMEM223,GLIPR2,XPO6,FLOT2,DGCR6,RFC3,H2AFZ,PDPK1,H2AFX,DDX54,GMIP,MRPL52,PTP4A3,MED25,TUBB2A,POLR1B,RPL37A,DNLZ,DCTPP1,TSEN34,PPP1R15A,CSTB,DTYMK,RNASEK,RGS19,PCNA,PRIM1,TIMM13,RPL36A,COX5B,FOXRED1,FGD3,RMND5B,ZDHHC18,DNPEP,NFIL3,PABPN1,NT5DC2,RAB24,POLR2E,RALY,CSK,RPS27A,POLR2J,PDLIM7,POLR2L,TIMM8B,GADD45GIP1,SEMA4A,PPP1R14B,PTCD1,RRM2,YIPF2,NAA10,TAF10,MBOAT7,GATC,PDAP1,RPL35A,SNX21,SNX22,MAPK14,DEF8,SMUG1,IMPDH1,SHKBP1,POLR3H,RPL22L1,SMAP2"
+"gene_set_query"	"1393"	"ZNF519"	"1156.0"	"ARCHS4 Coexpression,1530;Enrichr Queries,1172;GTEx Coexpression,767"	"TCERG1,ENO2,RNF112,CAPNS1,OPHN1,RUSC1,IGLON5,DPYSL2,MYC,STMN1,CALN1,TMPO,ARL10,SRRM3,SRRM4,RBFOX2,RBFOX3,FNBP1,ZFP2,REV1,MOGS,ANK3,TIAM1,EML5,RUFY2,DDIT4,PAXIP1,STXBP1,TRANK1,APH1A,SYNGR1,CYB5R4,CADM3,JUN,PRRT2,BCL11A,PLK2,SLC35E3,MICAL3,MICAL2,UPF3B,CDC7,L1CAM,PBX1,ZWINT,POU6F1,LAS1L,PKIA,ID2,EZH1,EZH2,TOP2B,TMEM151B,KCNC1,CITED2,DIRAS2,MRPL36,GRIK2,SHF,TRIM9,MMP24,PCLO,TRIM3,SDF4,GARNL3,RPS6KL1,SHPRH,PARP2,SLC39A10,DUSP6,MLF2,SLC7A5,PXDN,WAC,SGK1,PRIM2,PCNA,PRIM1,ADAM22,CAMKK2,CHN2,RUNX1T1,GINS4,DAB2IP,PLEKHA5,SKI,NEDD4,NUCB1,PKN1,YPEL4,DGKE,CYP46A1,SLC8A2,RIMS1,TMEM145,ZFP30,KPNA2,SH3GL2,FADS1,USP8,TLE2,MAGI2,ADAM11,VASH2,TTC7B,KCTD2,KCTD6,TRAIP,DISP2,MSH6,ACAP3,CACNB4,MSH2,RAB35,ANKS6,ABCG4,RNASEH2A,RAB5C,ARHGEF25,INSIG1,CHRNA7,CACNA1A,NEUROD2,SCRT2,ORC4,ORC6,SRGAP3,BPTF,MAP2K6,TMEM120B,SYT4,PRNP,CPSF6,CLK4,LRCH1,NBEA,HOOK2,NASP,HOOK1,DNAJC10,CNTN1,FGF13,MAP3K12,SNAP25,RBM28,MCM7,CELF1,USP33,MAST1,CHD6,PSIP1,ZFP82,PKD1,LMNB1,DUSP12,SEC61A1,MCF2L,PSD3,TOPBP1,GALNT9,TRIM67,RFC3,PDPK1,H2AFX,PTP4A3,ALS2,POLR1B,LUC7L3,DNAJC9,RNFT2,RAB1B,NRXN2,RBM4B,LRP8,ABLIM1,MAPK8,GANAB,U2AF2,POLR2D,SPOCK1,ATP9B,SLC12A5,RRM2,NEGR1,PCDHGC4,DEK,DDHD1,PSAT1,POLR3F,RGS11,MDGA1,UNC79,CBLN1"
+"gene_set_query"	"1394"	"ZNF578"	"1158.0"	"ARCHS4 Coexpression,1582;Enrichr Queries,911;GTEx Coexpression,981"	"MDC1,ANKLE2,THUMPD3,DHX57,MYC,CDC27,UBAP2L,ATXN7L3,CALN1,ARRDC4,MED1,EPHA4,COG8,ST6GAL2,SLC6A15,BROX,CD3EAP,SOX11,SFRP1,IFT81,NUP98,FAM76A,GPM6A,NECAB1,PDGFA,XPC,TMTC1,GLG1,APH1A,PDCD11,FLRT2,INPP5F,PIP5K1A,ZSCAN18,PTPRN2,CADM2,MEMO1,MEX3C,DCLK1,SETX,PCDHGA11,EXT2,CALU,FAT4,GABRB3,ROBO2,NRP1,AHCTF1,CITED2,GRIK5,SLC7A11,VLDLR,SMG5,AKAP12,ZMYM4,RSRC1,ENSA,RSPRY1,ZIK1,TEX10,SLC39A13,WDR35,MLF2,NME7,CDC42EP3,PXDN,KIT,G2E3,CD47,SGK1,SFI1,RNF165,SATB1,HEATR1,FGD4,SCAF8,EXOSC9,TMEM68,UBTD2,YLPM1,GTF2H1,SORBS2,MYO9A,NFIA,TRIP12,GOPC,CDK5R1,CDH8,IPO5,IGF1R,GRB14,NRCAM,SBF2,TPM4,IGFBP3,TTC7B,LMO7,VRK3,PIAS2,ST7L,OLFM1,TMX3,RAD54L2,KPNB1,RAI14,GLT8D1,GPR85,CACNA1A,CSF2RA,TIMM50,DPP6,SCUBE1,TPR,ABL2,BRIX1,NDUFV3,ZC3H14,SRGAP1,PDZD7,AP1M1,RAP1GAP2,DR1,SMURF2,AUTS2,DNAJC14,KLHL20,PTPRD,GNAL,HOOK2,NBEA,HOOK1,CAPRIN1,MKRN2,TPP2,STT3B,NFE2L1,DYRK3,CELF2,CHD6,CELF5,SLC2A3,YBX1,ELAVL2,TTC28,PSD3,PDE4B,TNPO1,PEG3,DIS3,PDPK1,PDE4D,SENP2,VCAN,PTP4A3,POLR1B,BCAT1,INA,SHANK2,RNFT2,NLGN1,NRXN1,NRXN2,ASAP1,ASAP2,FAM169A,TTL,JAKMIP2,U2AF1L4,CYTH3,GANAB,ABLIM1,CACNG8,TAF1B,MSTO1,U2AF2,KATNA1,TAF1A,POLR2D,SLITRK5,RBBP6,FEM1C,IGF2BP2,DCAF13,TRIM41,TXNRD3,NEGR1,FEM1A,PCDH7,EFR3B,HS3ST1,USF1,ASXL1,RAD52,FAM155A,POLR3C,RAB12,NOVA2,ATP13A3,PPIL4,TAF2,METAP2"
+"gene_set_query"	"1395"	"ZBED2"	"1160.0"	"ARCHS4 Coexpression,1095;Enrichr Queries,1335;GTEx Coexpression,1049"	"ITSN2,CYFIP2,MTCH1,ATP8A1,NUP188,KDM1B,ZDHHC5,SLA,RBPJ,ELK1,RCBTB1,BACH2,YY1,ABHD11,RAVER1,ZMIZ1,AKT2,PAPOLG,MYC,RNF19A,LONP1,PIM3,KIF21B,NFRKB,AGFG1,PDIA3,PPP1R16B,PRKCI,MAP2K1,NUP210,CISH,FNBP1,APLP2,IGFBP3,FRMD4B,PDIA4,MFSD10,ADAM19,ATXN2L,EEF1A1,TBL1XR1,CLPP,DDIT4,PSME2,SNRPA,SEMA7A,PEF1,SHMT2,NOLC1,PLA2G6,STK4,NDRG1,CORO1A,RAP1GAP,HSP90B1,PRPSAP1,SOCS2,STIP1,SNX1,SBNO2,LDHA,PRDX1,MBIP,HIVEP2,ST3GAL1,SNX5,YARS,HSPA8,JUN,NOP14,NDFIP2,WDR59,TMEM50B,PLK2,EDEM1,NETO2,ZWINT,PAN2,SQLE,HOOK2,ZFP62,HOOK1,HNRNPF,GNAS,CNTN1,NFE2L3,CDK10,PLXNB2,UBA1,PLXNB1,SFXN1,TAB2,CALR,PCSK2,ZNF512B,PPP1R13B,GMEB2,KCNC3,ZFAND2B,NAT10,SLC2A3,TCF20,SLC7A11,CHD3,HSPB11,LMNB1,AKAP12,DUSP12,LBH,ZC3H7B,PPP6R1,PPP6R3,WDR6,PMEPA1,LRRFIP1,GAL3ST3,TMED4,CTSB,ACTR3,CDV3,WDR36,WARS,IFT140,EED,PGAM1,DDX56,RTN4RL2,WDR34,REXO2,RANGAP1,DUSP6,PATL1,MLF2,ARL4C,SLC7A5,VCAN,PTP4A3,VSNL1,IVD,MPPED2,CANX,PXDN,GLCCI1,SGK1,LUC7L2,TNFRSF21,EXOC2,STX12,CSTB,CAB39,SATB1,GSTP1,CXXC1,HSD17B4,DDX21,PRKX,FURIN,ATP1A1,LRP8,SLC7A1,FAM129B,MLLT6,HDAC7,CYTH2,HIRA,RECQL5,SPOCK2,CSK,FYN,MTA2,PTPN1,MBD6,PPIL2,RRM2,SEMA4D,TXNL1,HUWE1,SNX22,VEGFA,RAB11B,NELL2,ASXL1,KLF6,IMPDH2,AGRN,SMAP2,LPIN2"
+"gene_set_query"	"1396"	"FOXE1"	"1160.0"	"ARCHS4 Coexpression,1364;Enrichr Queries,1129;GTEx Coexpression,986"	"ITSN2,MTCH1,FAAH,ATP8A1,CLSTN2,KDM1B,WWC1,CTNND1,SLA,UBE2Z,RCBTB1,YY1,ABHD11,CDH2,ZMIZ1,AKT2,PAPOLG,DPYSL2,RPL38,SBF1,EPHB1,FADS1,GTF2I,PDIA3,APLP2,IGFBP3,IGFBP2,SOX11,POU3F1,POU3F2,ANK1,POU3F3,PDIA4,TOM1L2,SFRP1,POR,TBL1XR1,EEF1A2,OBSL1,SLC27A4,NRN1,PEF1,FOXG1,NPRL3,CACNA1B,LTBP4,CACNA1A,PLA2G6,RAP1GAP,HSP90B1,PRPSAP1,SNX1,FLRT2,PRDX1,MBIP,ST3GAL5,MLEC,OTX1,PATZ1,ST3GAL1,SNX5,JAG2,TMEM184C,JUN,BCL11B,JUP,BCL11A,TMEM50B,PTCH1,NR2F1,MANF,PAN2,NR4A3,EFNA2,HOOK2,FUBP3,ZFP62,LHX2,HOOK1,CNTN1,GNAS,NFE2L3,PLXNB2,UBA1,PLXNB1,COL9A3,GPR107,CALR,PCSK2,ZNF512B,GABRB3,PPP1R13B,GMEB2,PIGO,DOCK9,KCNC3,PIGQ,CHD6,SLC7A11,HSPB11,PTPRF,EPM2AIP1,ZC3H7B,PPP6R3,WDR6,NEFL,NEFM,GAL3ST3,TMED4,CTSB,ACAD8,ARHGEF12,IFT140,MRPS25,H2AFX,SLC39A10,RTN4RL2,NAV2,WDR34,REXO2,ITFG2,RAD23B,MLF2,PHF20L1,MN1,PTP4A3,IVD,MPPED2,CANX,PXDN,CDH13,GLCCI1,SGK1,INA,LUC7L2,SHANK2,GTF3C1,STX12,CSTB,HSD17B4,CRMP1,PRKX,ATP1A1,SPG7,SEMA3F,LRP8,FAM129B,CYTH2,HIRA,RECQL5,MAT2A,SUSD4,SLITRK5,SPOCK1,MEST,NTRK2,MBD6,PPIL2,WNT7B,PCDH7,SEMA4B,TXNL1,PCDH8,DAB2IP,SORBS2,SNX22,NMNAT2,VEGFA,RAB11B,PTPN9,INSM1,AGRN,CDK5R2,CRLF1"
+"gene_set_query"	"1397"	"MYCL"	"1160.0"	"ARCHS4 Coexpression,954;GTEx Coexpression,1366"	"OTUD5,MIDN,KDM1A,RAPGEFL1,FAM110A,PREX1,FRAT2,RASSF2,TRIM28,SALL2,COTL1,SEPHS1,ATXN7L3,SLC12A9,TLE3,RALBP1,RNF44,SMARCC1,CXADR,RPS7,CTNNBIP1,PRKCD,PGD,PYGO2,EHBP1L1,ULK1,CSNK1G2,SLC45A4,DTX4,EFNA4,CORO1A,EFNB1,SGPL1,MICAL1,GRK6,PSAP,CHST15,EIF4EBP2,TBC1D14,RDH13,LTA4H,MARK2,NADK,MCL1,WDTC1,VASP,PHC1,JUP,AUTS2,RCC2,CBX2,OSBPL2,H3F3A,PBX2,SMARCA4,SLC6A6,ABTB1,EFNA3,VANGL2,SH3BP5L,EFNA2,STK24,H2AFY2,CNOT3,SDC1,BLMH,DEGS1,LRRN1,DEGS2,TCF3,RCOR2,DDR1,KDM5B,CCDC120,PTPRS,SLC35F2,CLTB,ARRB2,SPPL3,BICD2,MFSD5,LRRTM1,XPO6,FLOT2,PLEKHN1,DGCR2,KLF13,ELOVL4,PLA2G4E,ACAD9,ARID1A,GMIP,NIPSNAP1,APRT,DNM2,TMEFF1,MED25,TRAF4,TET3,RHOV,ARHGEF2,TKT,STK40,KDM3B,PARD6G,ACVR1B,DLL1,TYMP,GNAI2,FGD3,DCAF15,HIRA,ZDHHC18,IGFBPL1,RAB40C,SH3BP2,CSK,GPC4,HNRNPA1,MAP3K3,MARCKSL1,KDM4B,WNT7B,LIMK2,BAIAP2,ACVR2A,XAB2,CARM1,RPS6KB2,TRIM35,SMAP2,SSBP3"
+"gene_set_query"	"1398"	"TET2"	"1162.0"	"ARCHS4 Coexpression,1194;GTEx Coexpression,1129"	"ITSN2,SLA,JMJD1C,FRY,RPL8,BACH1,FAM110A,PREX1,SMCHD1,RASSF2,HERC1,EPC1,EP300,SLC12A6,RNF111,ANKRD13A,IFNAR2,TLE3,BNIP3L,USP4,ANKRD44,PRKCD,STX7,ATP11B,ZBTB34,DICER1,PIAS1,ACAP2,RAB35,HECA,WDFY3,CDC42SE1,MACF1,MTMR3,TRANK1,PHB,STK4,ADIPOR1,PGS1,CYB5R4,STK38,VTI1A,CHST15,N4BP1,MARK2,MCL1,OSBPL8,H3F3A,MARCH8,ARPC5,SRPK1,MED13L,SETX,ARPC2,GNB2,MKRN1,DMXL2,SCYL3,SMG1,FKBP15,TRADD,PIK3CD,CHD2,DUSP11,NIPBL,TCP11L2,CASP2,LRRFIP1,JAK2,RAB8A,NDEL1,CCT3,NCOA2,DBNL,H2AFY,IFNGR2,NCOA4,MSL2,GMIP,GPCPD1,PARP8,RAB33B,FCHSD1,ZEB2,ELF2,TET3,PELI1,BIRC6,SOS2,ARF6,NFAT5,RNASEL,USP15,WDR26,RNASEK,RGS19,AHCY,GNAI3,FGD3,CDC42,ZDHHC18,SERTAD2,SH3BP2,CSK,CCT7,ATP9B,DCAF12,SEMA4A,SEMA4D,RIOK3,LIMK2,DDHD1,MAPK14,CDC42BPA,GDAP2,PNRC1,NIN,NAGK,CAPZA1,ABI1,PLP2,SMAP2,RAN,MEGF9"
+"gene_set_query"	"1399"	"HOXB1"	"1162.0"	"ARCHS4 Coexpression,996;Enrichr Queries,1242;GTEx Coexpression,1247"	"CNTFR,SMARCB1,CCNJ,RASL11B,KDM1A,EIF4A3,ZDHHC5,PPP2R2A,RAPGEFL1,BACH2,CELSR3,HS6ST2,TXNDC17,NUDT11,PPP4R1,CDH2,TUBB3,DPYSL2,MYC,SOX4,SH3GL1,PDIA3,RBFOX1,EPHA7,SMARCC1,TMOD3,IGFBP3,IGFBP2,SCRIB,SOX11,POU3F1,POU3F2,MID1,FOXP1,MYCN,ARMCX2,EWSR1,SMS,SNRPE,TTLL12,SLC27A4,ISYNA1,VCP,PKDCC,SET,IGSF3,CDCA4,CACNA1A,PIK3R1,PHB,ZBTB5,DTX4,EFNB2,SGPL1,TSPAN6,G3BP1,RDH13,HIVEP2,MYH10,MARK2,MPST,JUN,JUP,CADM1,BCL11B,BCL11A,RCC2,NONO,CBX2,CBX1,NR2F1,PBX1,ZWINT,SQLE,HNRNPM,FAM135A,EFNA2,VANGL2,STK24,EIF6,HOOK2,H2AFY2,HOOK1,PTK7,GIPC1,ID2,SDC1,CNTN2,LRRN1,DEGS2,RCOR2,ITM2C,YWHAE,CCDC120,PTPRS,DENND1A,TECR,CLTB,CHD4,SLC2A3,SPPL3,BICD2,MFSD5,MDK,NEFL,CPXM1,PLEKHN1,DACT1,EIF5A,PRMT1,H2AFZ,TNFRSF19,ZDHHC13,NAV2,WDR34,TUBG1,RABGGTA,DUSP6,NIPSNAP1,DUSP7,RGMA,RHOB,MN1,TMEFF1,ZEB2,PTP4A3,TUBB2B,CDH11,PXDN,ACOX3,RHOV,DBN1,ARF6,CSTB,NAA20,USP10,GSTP1,VPS4B,USP11,PARD6G,SEMA3F,DLL1,FAM129B,IGFBPL1,PSMB5,NT5DC2,SC5D,IGF2BP3,IGF2BP2,GPC4,ZSWIM4,PCDH1,HNRNPA1,MEST,PDLIM7,DCAF13,RUNX1T1,LGI1,NTRK2,CENPV,MARCKSL1,SEMA4B,WDR18,PCDH8,BAIAP2,DHRS1,MEIS3,MEIS2,RAB11A,RAB10,NELL2,TTC9,FABP5,NFIA,PSMC3,PSMC4,KIF26A,TSPAN18,APEX1,MFAP2,CACHD1,CTNNB1,RGS12,PKN1,INSM1"
+"gene_set_query"	"1400"	"MXD1"	"1162.0"	"ARCHS4 Coexpression,1195;Enrichr Queries,868;GTEx Coexpression,1424"	"FAM49B,ANKRD13D,IFITM2,SLA,RNF19B,BACH1,PREX1,SMCHD1,FRAT2,RASSF2,BASP1,DPYSL2,MYC,FTH1,LONP1,COTL1,SLC12A6,GLUL,IER5,IER2,SLC12A9,ARRDC4,TLE3,GABARAPL1,SLC38A1,USP4,ARRDC3,IFRD1,PRKCD,GTPBP1,DDIT3,DDIT4,EHBP1L1,HECA,SQSTM1,LY6E,CDC42SE1,SLC45A4,MTMR3,PFKFB3,INSIG1,TRANK1,RASGRP2,ADIPOR1,CSF2RA,NDRG1,HIF1A,CORO1A,PHF21A,PGS1,UGCG,SBNO2,SEC14L1,DHX34,GRK6,CHST15,N4BP1,NADK,MCL1,VASP,PRNP,NTNG2,JUN,PHC2,JUND,HSPA5,IQSEC1,PLK2,H3F3A,ASNS,IRF2BP2,PBX2,KLHL24,SRPK1,GADD45G,NFKBIA,SLC6A6,ABTB1,EFNA2,NR4A3,HOOK2,HOOK1,FASN,ID2,CNTN1,LRCH4,LRP10,TECPR2,ITM2B,CPEB4,ITM2C,PICALM,BTG1,ELL,CITED2,PRKCSH,PIK3CD,SLC2A3,ARRB2,SLC7A11,RND3,HERPUD1,LIMD2,DUSP12,GLIPR2,XPO6,PDE4B,TCP11L2,FLOT2,SH3BGRL3,CTSB,KDM6B,WARS,PDPK1,TSC22D3,TET2,GMIP,DUSP6,RHOB,SLC7A5,VCAN,CTDSP2,PXDN,PELI1,ARHGEF1,SGK1,RNF166,STK40,PPP1R15A,CSTB,USP15,GRN,RNASEK,RGS19,TOB1,GNAI2,FGD3,ZDHHC18,NFIL3,SH3BP2,PTK2B,CSK,MAP3K3,MARCKSL1,RNF24,SEMA4D,SMOX,LIMK2,STAT2,MBOAT7,SOD2,MAPK14,PNRC1,VEGFA,MARCKS,KLF6,IMPDH1,CCNG2,SHKBP1,ZYX,VIM,SMAP2,YPEL3,MEGF9"
+"gene_set_query"	"1401"	"HOXC12"	"1164.0"	"ARCHS4 Coexpression,742;Enrichr Queries,1394;GTEx Coexpression,1356"	"VARS,RPL8,RAPGEFL1,FAM110A,RPS16,CAPNS1,TRIM28,AKT2,PSMD3,DAG1,AKT1,AP1S1,UBAP2L,RPL37,PDHX,HES6,SOX11,SCRIB,ACTN4,SFRP1,RRAGC,SIK1,TTLL12,TBC1D9B,DCUN1D5,CDCA4,MYCBP2,NPRL3,PIK3R3,TMTC1,APH1A,LARP1,RAD21,JAG2,TRAP1,JUP,INTS1,EIF2AK1,NR1D1,MED13L,PRRC2A,CS,HNRNPL,PTK7,GIPC1,FASN,PAF1,RGL2,DDR1,PYGB,SLC35F2,RPLP1,MIA3,PRPF19,SPPL3,SMG5,PTPRF,PTMS,TMEM43,ENSA,CCT3,ELOVL4,ACAD9,DUSP6,MED29,CTTNBP2NL,MLF2,TET3,KIT,MPPED2,AIDA,ERGIC1,SF3B4,SF3B2,NFIX,STAU1,GNAI3,CENPB,PGRMC2,CUX2,ANKRD52,YKT6,ARNT2,WNT7B,SAMD4B,SNX21,NMNAT2,AP2B1,SCAF1,MYBBP1A,NFIB,PRKRA,PSMC4,STAC2,TAOK2,CACHD1,HDGF,RPL22L1,FBXO28,HDLBP,ATN1,COMT,IPO7,TM7SF2,FBL,RALBP1,CTNNBIP1,TBR1,POU3F1,POU3F2,POU3F3,RNF40,ADAM15,EEF1A2,FKBP4,PPIA,DAP3,LRRC59,NXPH4,MAZ,CACNA1A,EFNA4,ACACA,FBXO42,TIMM50,SOCS2,RAI1,IRAK1,DVL1,NACC1,DVL3,OTX1,BCL9L,CBX4,ARHGAP29,FANCE,SUPT5H,EFNA3,EFNA2,STK24,LHX2,HOOK1,CNOT2,CAPRIN1,GNB4,CNTN1,PLXNB2,BLMH,DEGS1,UBA1,DEGS2,EIF4G2,NFE2L1,EIF4G1,RNF187,UBE2M,PODXL2,PRKCSH,MAST2,CHD3,BICD2,LMNB2,DUSP12,SEC61A1,EEF2K,ME1,EMX1,PLEKHG2,PLA2G4E,RANGAP1,RAD23B,SENP3,EPN1,TRAF7,PTP4A3,AKT1S1,GTF3C1,CANT1,RAB1B,CXXC1,PARD6G,WIZ,MLLT1,ACVR1B,JAKMIP1,FOXRED2,GANAB,CCDC85C,U2AF2,FAM120A,SH3BP4,MEST,UBQLN4,NTRK2,GALNT2,SEMA4B,CDC42BPB,MEIS2,ACVR2A,NELL2,PPP2R2C,RPS6KB2,TRIM35,FAM98A,CBLN1,EIF3B"
+"gene_set_query"	"1402"	"TIGD4"	"1164.0"	"ARCHS4 Coexpression,759;Enrichr Queries,1127;GTEx Coexpression,1606"	"ATP8A2,FRY,FNBP1L,SRP14,ACRBP,NUDT11,NUDT10,CAPNS1,LAMP1,SALL2,CDH2,DPYSL2,AKT1,ATXN7L3,HMGN3,FADS1,MEF2C,ST6GAL1,CXADR,WSB1,LIMCH1,ARRDC3,RFX3,ANK2,SOX11,MOGS,ANK3,HDHD2,ANK1,PIAS2,BSCL2,TIAM1,MORF4L1,ARMCX4,CACNB4,DMTF1,LIX1,IFT81,MORF4L2,RRAGD,EHBP1L1,UBE2V2,SRSF3,CHMP4B,HECA,SRSF6,FAM92A,PFN2,BEX4,ANAPC13,IDI1,RAB5C,DHX8,MAGED1,TTYH1,CSTF3,ARL3,FBF1,BTF3L4,LPL,CACNA1A,SLCO5A1,SLC1A4,OAZ1,SUPT6H,SPATA7,ADH5,SEL1L3,CNN3,LDHB,ARHGAP20,SBNO2,SGPL1,TSPAN6,TCTEX1D2,NAE1,TSPAN3,LRRC4C,ZKSCAN1,GPM6B,PRNP,TIA1,FZD3,CBX5,ODF2,CCDC136,PLK2,IDH1,MARCH6,TDRD3,GNPTG,EFNA2,NR4A3,HOOK2,HOOK1,GNB2,CNTN1,MAGED2,FAT4,LRP10,DZIP3,WDR1,PRKCSH,CETN2,CHD6,UFSP2,SLC35F1,SLC7A11,PPP1R9A,RYR3,SYNE2,ROBO1,PPP1R9B,COIL,SGCE,DUSP12,MRPL42,CSRP2,SUMO1,YWHAQ,RASGEF1B,B3GALT2,TRIM2,SUMO2,PDE4B,CIC,BBS4,MAPK1IP1L,SUN2,DST,PDPK1,VBP1,HSBP1,PDE4D,LRRC49,TNFRSF19,MINK1,LRRC40,NAV2,WDR35,PTBP2,SEPT2,SRP9,DNM2,ENAH,PTP4A3,RCN2,INF2,IGDCC4,CTDSP2,PXDN,MAGEH1,HDAC2,WRB,RAB1B,ADAM22,CXXC1,HMGCR,CXXC4,DPCD,NCALD,NOL6,TCEAL8,FGD4,RBBP4,TMEM68,FEM1C,MGAT1,HNRNPA1,WDR17,GABBR2,MYEF2,BNIP3,LSAMP,SNCAIP,MARCKS,ABI2,PSAT1,ETNK1,FABP7,MGAT4B,NUCB1,FAM171B,PKN1,CDO1,SSBP2"
+"gene_set_query"	"1403"	"PITX1"	"1166.0"	"ARCHS4 Coexpression,1050;Enrichr Queries,1121;GTEx Coexpression,1326"	"VARS,ZDHHC5,PPP2R2A,RPL8,TSKU,TXNDC17,FADS3,NPEPPS,SLK,PPP4R1,ZMIZ1,DPYSL2,MYC,RPL36,SOX4,SH3GL1,MAP2K2,ANAPC7,TMOD3,ACTN1,IGFBP3,IGFBP2,CD3EAP,THOC3,SCRIB,SOX11,ACTN4,JMJD8,ATAD3A,SFRP1,ADAM15,DDIT4,EEF1A2,FSCN1,PGP,TTLL12,LRRC59,IGSF3,CSTF2,NPRL3,SDC3,GPR85,PDGFA,CACNA1A,ZBTB5,MRPL12,NDRG1,TIMM50,SOCS2,NEUROD2,ZNHIT1,SCUBE1,IRAK1,PRKAR2A,GRPEL2,DVL1,NACC1,OTX1,NDUFV3,ST3GAL1,S100A10,JAG2,PRNP,JUN,JUP,BCL11A,HMGA1,NR2F1,HNRNPL,FAM135A,EFNA2,LRFN4,HOOK2,LHX2,HOOK1,UBE2S,GIPC1,ID2,CNTN1,SDC1,CLPTM1L,DUS1L,SERINC2,BAP1,RNF187,UBE2M,B4GALT2,SCYL3,CCDC120,ZMYND19,CITED2,CLTB,SLC7A11,LMNB2,LMNB1,TUBA1C,DUSP12,RSRC1,PMEPA1,PLEKHN1,EIF5A,DBNL,H2AFX,NME2,ZDHHC13,DDX54,SIRT7,REXO2,WDR34,SENP2,RABGGTA,DUSP6,EPN1,MLF2,SLC7A5,TRAF7,VCAN,PTP4A3,CTU1,RAP2B,PPDPF,KIT,CDH11,PXDN,AKT1S1,ACOX3,RHOV,CD47,SGK1,THOP1,DBN1,AHDC1,ARF6,CSTB,NFIX,NAA20,GSTP1,VPS4B,EI24,CXXC1,SEMA3F,SLC7A1,CENPB,FAM129B,ZNRF1,DNPEP,NFIL3,POLR2D,SPOCK1,RPS2,ZSWIM4,MTA2,PDLIM7,POLR2L,MBD3,GADD45GIP1,PPP1R14B,RRM2,TRIM41,YIPF2,NAA10,SEMA4B,PCDH7,PDAP1,DHRS1,MEIS2,EFR3B,HS3ST1,USF1,RAB10,RAD52,TTC9,BOP1,NAGK,FABP5,NFIA,NFIB,RAB12,HDGF,PKN1,SEC24C"
+"gene_set_query"	"1404"	"ZNF230"	"1166.0"	"ARCHS4 Coexpression,970;Enrichr Queries,1136;GTEx Coexpression,1391"	"APP,IFITM2,NAB1,CLSTN1,HDLBP,ATN1,SLA,HNRNPU,IPO7,SMCHD1,FRAT2,ZFP30,CAPNS1,TRIM28,MPRIP,LAMP1,MYC,COTL1,DAG1,AKT1,SLC39A7,LZTS2,SBF1,PRKACB,ATXN7L3,SLC12A9,IFNAR2,ARRDC4,MORC3,MEF2C,SLC38A1,WSB1,USP5,ARRDC3,CD3EAP,ZBTB34,PRPF4B,TSC1,MOGS,SCRIB,ACTN4,SND1,DAAM1,HNRNPUL1,HNRNPUL2,DDIT4,CHMP4B,HECA,GLYR1,SLC27A4,LRRC59,TBC1D9B,TMEM63B,FLII,SUPT4H1,CSF2RA,HIF1A,SUPT6H,PHF21A,PGS1,EFNB2,APH1A,SDCBP,CYB5R4,GRK6,DVL1,NACC1,ABL1,MLEC,NRBF2,PLCG1,MAP4,PDZD7,VASP,PRNP,JUN,INTS1,PLK2,H3F3A,EEF2,CLK4,PRRC2A,HNRNPL,ABTB1,EFNA2,HOOK2,HOOK1,ID2,GIPC1,CWF19L1,GNB1,PLXNB2,HYOU1,NFE2L1,ITM2C,EIF4G1,ARF3,ZNF512B,DHRS13,DOCK4,PIGU,KDM5C,DAZAP1,PRKCSH,PIK3CD,MRPL36,SLC2A3,ARRB2,SLC7A11,YBX1,PRPF19,LMNB2,SMG5,AKAP12,EPM2AIP1,DUSP12,SEC61A1,TUBA1A,ZC3H7B,XPO6,ENC1,UBTF,FLOT2,YWHAG,CAP1,UPF1,PDPK1,SECISBP2L,TSC22D3,MINK1,GMIP,RAD23B,SREBF2,TOPORS,MLF2,PHF20L1,NCOR2,TRAF7,ZEB2,PTP4A3,MRPL50,INF2,CTDSP2,POLR1B,PXDN,SOS2,TSEN34,PPP1R15A,GTF3C1,RNASEL,USP15,RGS19,HMGCR,ATP1A1,CCNDBP1,CENPB,FAM129B,FGD3,ZDHHC18,FAM168B,GANAB,U2AF2,FAM120A,TMEM68,MFN2,FEM1C,ANKRD52,ATP9A,RNF24,FBXL19,ATP2B4,DAB2IP,AP3D1,CDC42BPB,MAPK14,SCAF1,SKI,KLF6,SNX16,IMPDH1,SHKBP1,CCNG2,CARM1,TAOK2,MGAT4B,NUCB1,HDGF,PKN1,P4HB,SMAP2,MEGF9"
+"gene_set_query"	"1405"	"EGR3"	"1166.0"	"ARCHS4 Coexpression,1325;Enrichr Queries,843;GTEx Coexpression,1330"	"EPHB6,CYFIP1,FBXO28,CLU,RAPGEFL1,BACH2,FAM110A,BASP1,MYC,DPYSL2,WDR91,LONP1,PIM3,IER5,IER2,FADS1,SOX4,RALBP1,MEF2C,SLC38A1,FBXW7,IGFBP3,CTNNBIP1,FRMD4A,VASH1,POU3F1,ATP1B1,ADAM19,DAAM1,BIN1,DDIT3,DDIT4,FSCN1,ELMO1,SIK1,HECA,KCTD12,TLN2,KLHL18,SEMA7A,PFKFB3,PDE1B,INSIG1,HPCA,LPL,CACNA1A,APCDD1,EFNA4,NDRG1,CSF2RA,SOCS2,EFNB2,IGSF21,NUAK1,ABL2,CAMTA2,RDH13,HIVEP2,SRGAP2,MCL1,PRNP,NDFIP2,JUN,JUND,JUP,BCL11B,HOMER1,BCL11A,PLK2,NR1D1,GADD45G,NFKBIA,EFNA3,VANGL2,NR4A3,HOOK2,HOOK1,ID2,CNTN1,BLMH,DEGS1,DEGS2,ITM2C,NRP1,USP36,DOCK4,BTG1,CITED2,CLTB,CHD6,SLC2A3,SLC7A11,SPPL3,RND3,BICD2,AACS,CX3CL1,TMEM191C,AKAP12,DUSP12,EEF2K,RASGEF1B,MCF2L,ENC1,PDE4B,PMEPA1,NDEL1,KDM6B,GPX1,ELOVL4,PLA2G4E,DUSP1,TSC22D3,GAA,TNFRSF19,ACAD9,PRPF40B,NAV2,DUSP8,DUSP6,MLF2,RHOB,CTTNBP2NL,ARL4C,MN1,SLC7A5,VCAN,PTP4A3,B3GNT5,TET3,PXDN,SGK1,GAS7,SHANK1,PPP1R15A,CSTB,RGS16,DOT1L,CXXC1,PARD6G,ACVR1B,FGD4,RAB40C,NFIL3,CHSY1,CAMK2N1,MKNK1,SH3BP2,MEST,FBRS,PPP1R14C,RRM2,WNT7B,SNX21,ACVR2A,VEGFA,PER1,KLF6,CCDC9,TRIM35,SPRY2,VIM"
+"gene_set_query"	"1406"	"ZNF267"	"1167.0"	"ARCHS4 Coexpression,1425;Enrichr Queries,782;GTEx Coexpression,1294"	"CCNK,TFRC,UBE2D1,RNF19B,HNRNPU,JMJD1C,IFI30,GABPB1,EPRS,BACH1,FAM107B,SMCHD1,BASP1,MYC,CHORDC1,COTL1,LONP1,PIM3,SLC12A6,IER5,RNF111,IFNAR2,SLC38A1,WSB1,FNBP1,ANKRD44,ARRDC3,IFRD1,CD3EAP,ZBTB34,DDIT4,PPIF,HECA,ARL8B,NSMAF,CDC42SE1,ZCCHC7,PFKFB4,PFKFB3,INSIG1,STK4,CORO1A,HIF1A,UBE2J1,PGS1,SDCBP,UGCG,CYB5R4,HSPH1,GRK6,VTI1A,HIVEP1,HIVEP2,SLC15A4,SLC38A2,SKIL,N4BP1,MCL1,IVNS1ABP,PRNP,JUN,PLK2,H3F3A,M6PR,ARPC5,NFKBIA,EHD1,LSM6,EFNA2,EIF5,NR4A3,ARPC2,HOOK2,HOOK1,FASN,ID2,DMXL2,GRB2,HBP1,CPEB4,ITM2C,CDC42SE2,DOCK4,BTG1,DDX3X,RNF13,SH3KBP1,PIK3CD,SNX10,SLC2A3,SNX11,SLC7A11,RND3,PTPRF,LMNB1,DUSP12,ZNRD1,TMSB4X,DHX15,PDE4B,JAK2,RAB8A,ACTR3,KDM6B,HSP90AA1,WARS,PDPK1,IFNGR2,TSC22D3,TET2,GPCPD1,GMIP,PATL1,DUSP6,MLF2,ARL4C,PTP4A1,SLC7A5,VCAN,CTDSP2,POLR1B,PXDN,PELI1,ATP6V1B2,SGK1,PPP1R15A,PPP1R15B,USP15,RGS19,NLGN2,USP10,RGS16,USP12,DDX21,HSPA13,GNA13,BCLAF1,ZNRF2,NFIL3,RNF138,DNAJB9,CSK,FEM1C,VHL,BID,SMNDC1,CYTH1,YTHDF3,DAB2IP,DEK,SOD2,PNRC1,VEGFA,DNAJA1,NIN,MARCKS,KLF6,CAPZA1,PKN1,ATP13A3"
+"gene_set_query"	"1407"	"MYF5"	"1170.0"	"ARCHS4 Coexpression,1115;Enrichr Queries,1337;GTEx Coexpression,1057"	"PREP,KEAP1,KLHL34,UBE3A,PDCD2L,CCDC28B,DCAF6,FADS3,LSM12,PSMD7,SLC39A9,DPYSL2,MYC,KHSRP,CFL2,NUDT19,KPNA4,PTGFRN,KPNA3,KPNA1,SEMA6C,PRKAB2,MEF2C,IAH1,TPM3,CACNA2D1,IGFBP3,LMO3,TBR1,SOX11,LMO7,LARP4B,ANK1,FTSJ1,GTF2F2,CACNB1,CTDNEP1,ADAM19,GNPAT,RNF123,CLIP1,MYL6,MYCN,TXLNA,DMTF1,BIN1,FEZ2,PLAA,HECA,FKBP3,RTN2,CUL5,SAR1A,SAR1B,FOXG1,NTM,UBR3,LPL,CACNA1A,TOR1AIP2,MRPL14,COPS7A,TMTC1,HIF1A,ACAT1,CORO1C,FXR1,CYB5R1,EIF1AD,UGCG,LDHA,BTBD1,PRKAR2A,ANKRD10,SLC38A2,NAA50,ANKRD28,EIF2B3,JUN,NR2F1,CRIM1,ARPC4,EIF2S1,UBAC1,ZWINT,GADD45G,ZC3HC1,AIMP2,DLG1,EFNA2,HOOK2,STK25,TMEM11,CDK4,PKIA,OSTC,CALU,SRPRB,NF2,GRSF1,FGF13,COPS8,NFE2L1,ITGB1,PHTF2,USP38,CITED2,SCHIP1,MYL6B,SLC7A11,DUSP12,SGCB,CHMP1B,B3GALT2,MYO18A,CASP2,HIF1AN,LRRC47,MAPK1IP1L,ZYG11B,NAA30,ADSL,TPI1,PEG3,MIOS,SSR3,RRAS2,RAD23A,NAV2,DUSP26,FAM126A,DUSP6,DDB2,PTP4A3,RAP2B,DDAH1,CTTN,THRAP3,CDH11,CDC42EP3,CDH13,CCDC43,TAX1BP3,EIF4E2,SGK1,SEC22B,RBM24,SLC29A2,ARF6,CSTB,LEPROT,USO1,RAP1GDS1,CXXC1,ASAP2,NOL6,SAMM50,POLR2D,NCAM1,LRRC8A,BUB3,RPP14,JAM3,EGLN1,NDUFA8,SEPT11,BRF2,KCNJ11,FEM1A,CNBP,USP22,PDE4DIP,UBE2G1,ATP2B1,MEIS2,LRRC20,CUL4A,SLC8A3,NFIA,ASB8,RAB12,PSMC1,EIF3I,CAPZA1,PFKM"
+"gene_set_query"	"1408"	"KLF8"	"1170.0"	"ARCHS4 Coexpression,1548;Enrichr Queries,686;GTEx Coexpression,1276"	"FAM49A,NAB1,FBXO28,ZDHHC5,FRY,CYP46A1,CLU,RAPGEFL1,BACH2,SLK,ALCAM,OPHN1,KIF5C,DPYSL2,MYC,DPYSL3,LONP1,SLC16A2,VPS36,TBC1D10A,SH3GL1,SOX5,ARRDC4,EPHA4,RALBP1,MEF2C,SLC38A1,ST6GAL1,USP5,IGFBP3,CTNNBIP1,ARRDC3,MAGI2,MTUS1,TTC7B,ANK2,ANK3,ANK1,ADAM19,TIAM1,SFRP1,ADAM15,DAAM1,DDIT4,RAB35,HECA,TNIK,KCTD15,LRRC59,IGSF3,LPL,CACNA1A,TMTC1,PIK3R1,EFNA4,NDRG1,SOCS2,EFNB2,ORC4,CYB5R4,FLRT2,TSPAN7,NACC1,PLXNA2,ZKSCAN3,RDH13,GPM6B,JUN,JUP,BCL11A,PLK2,SLC35E3,SMAD5,PBX1,HNRNPL,EFNA3,VANGL2,FAM135A,GNAL,EFNA2,NR4A3,STK24,HOOK2,HOOK1,DNAJC10,CNTN1,SDC1,BLMH,DEGS1,DEGS2,FAT4,FGF13,CD200,PIGU,CCDC120,LDB1,CITED2,PRKCSH,CLTB,CHD6,SLC2A3,SLC7A11,PRPF19,SPPL3,BICD2,ROBO1,AKAP12,DUSP12,SEC61A1,UCHL1,EEF2K,TMEM43,ENC1,PSD3,PMEPA1,SDF4,PLEKHN1,DST,PLA2G4E,PDPK1,TSC22D3,TNFRSF19,ACAD9,NAV2,ARID1B,DUSP6,MTSS1,CTTNBP2NL,MLF2,ARL4C,TRAF7,ZEB2,VCAN,PTP4A3,TET3,KIT,CDC42EP3,PXDN,RHOV,SGK1,GAS7,CSTB,WDR26,SATB1,CXXC1,PARD6G,SEMA3F,NCALD,ABLIM1,GANAB,SERTAD2,U2AF2,PES1,POLR2D,REPS2,EIF4H,NCAM1,GPC4,MEST,YKT6,ATP9B,WNT7B,ATP2B4,PLEKHA5,SNX21,SORBS1,DDHD1,ACVR2A,RAB11A,KLF6,RAB14,NFIA,PSAT1,NEDD4,HDGF,METAP2"
+"gene_set_query"	"1409"	"FOXH1"	"1173.0"	"ARCHS4 Coexpression,857;Enrichr Queries,1145;GTEx Coexpression,1516"	"PANK3,ZMYND8,STMN2,SNRPD1,MYC,DPYSL3,LONP1,RPL36,EPHB2,SEPHS1,SOX4,RPS12,SMARCC1,CD3EAP,SOX11,SOX12,ANK1,SFRP1,DDIT4,TYRO3,BEX2,BEX1,CTBP2,NLN,RNF214,JUN,PHC1,HOMER1,BCL11A,FUCA1,RCC2,LARP7,UPF3B,NR1D1,BRI3BP,PAICS,SNUPN,RPS25,CCDC88A,MEX3A,TDP2,RPS29,ID2,LRRN1,ALDH18A1,RCOR2,CC2D1A,ITM2C,GABRB3,COX7B,CITED2,KCNC3,SETD6,SIPA1L3,COX7C,SMPD3,UCHL1,JPH3,SDF4,NANS,JARID2,STRBP,MRPS21,RRAS2,SIRT6,DUSP6,TOX3,UGDH,SLC7A5,TUBB2B,KIFC2,PXDN,SLC29A1,PTMA,PHLPP2,CSTB,SATB2,TIMM13,CUX2,PGRMC2,GPC4,PCGF2,VEGFA,LETM1,MAD2L2,ETNK1,SNX15,PKN1,AGRN,ATP8A2,CIB2,MSI1,CELSR3,TM7SF2,ABHD11,SALL2,KIF5C,CAPN5,FADS1,PLEKHJ1,LMO4,PPP1R16A,VASH2,POU3F1,MYCN,ARMCX2,DOK4,MSH2,DGKQ,FSCN1,SNRPF,FKBP3,PDE9A,CACNA1A,SEZ6L2,RAP1GAP,NDN,CAMTA1,NDUFV3,MYH10,OSBPL7,AKIRIN1,ZFHX2,AUTS2,CBX2,HMGA1,KLHL23,TBCA,CORO2A,SCRT1,AHI1,EFNA3,EFNA2,HOOK2,NASP,HOOK1,SPIRE2,NFE2L3,SERINC2,RNF187,RBM25,CHD6,CELF4,CELF5,HMGB3,PSIP1,RND2,PPP1R9B,PDE4A,EIF5B,PDPK1,REXO2,SYNGR3,DNM2,PTP4A3,GAP43,DALRD3,CTDSP2,POLR1B,NDUFS5,RPL37A,SNURF,LUC7L3,ATG4B,SLC25A5,HDAC2,CANT1,HDAC1,CXXC1,CRMP1,NCALD,ADD2,CACNG7,FZR1,UGP2,GMDS,PABPN1,HECTD3,BEND3,IGF2BP3,IGF2BP2,PCDH1,MTA3,TIMM8B,LINGO1,SSB,NDUFA3,RPL35A,SEMA4G,HSPE1,USP28,FAM155A,GALE,RAB15,DOLPP1,MGAT4B,SSBP3"
+"gene_set_query"	"1410"	"HOXA13"	"1174.0"	"ARCHS4 Coexpression,914;Enrichr Queries,1357;GTEx Coexpression,1252"	"PRDM8,RPL4,TES,TRIO,PANK3,UBE3C,TRRAP,HDLBP,HNRNPU,ZDHHC7,THUMPD1,IPO7,TOMM20,PHB2,BACH2,IPO5,TRIM28,MYC,CAPN5,ANKFY1,PTGFRN,SOX4,NOM1,MEF2C,SAP30BP,LIMCH1,IGFBP3,IGFBP2,CD3EAP,SCRIB,ACTN4,CSNK1E,MID1,POU3F2,ATAD3A,RNF40,HCFC1,MYL6,HNRNPUL1,EHBP1L1,DDIT4,EEF1A2,MASP1,KCTD12,TTLL12,PDE9A,KPNB1,LRRC59,NUP205,NRN1,TSHZ3,GLO1,NPRL3,MAZ,CACNA1A,XPC,NDRG1,PRPF8,CACNA1H,ACACA,GJC1,SOCS2,LARP1,IRAK1,RDH11,DVL1,ABL1,MLEC,PIP5K1A,TNRC18,OTX1,SRGAP1,NTSR1,SMAD4,JUN,ICMT,OSBPL5,NUP155,BCL11A,SEC16A,NR2F1,IRF2BP1,KLHL23,EEF2,SSH3,PBX1,PRRC2A,EXT1,HNRNPL,LRCH2,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,GIPC1,PPP1R1B,UBA2,DCHS1,TAB2,DUS1L,MDM1,EIF4G1,CDKN1C,KDM5C,DAZAP1,NUMA1,SETD7,ILK,CHD3,SLC7A11,YBX1,TRIOBP,LMNB2,SMG5,PMEPA1,NANS,TNPO1,BRD2,NUP133,CAD,H2AFX,VEZF1,CBFA2T2,SMC1A,RAD23B,MLF2,VCAN,PTP4A3,TFDP1,SETBP1,IMPAD1,CDH11,PXDN,AKT1S1,CANX,PTRH1,PGAM5,PPP1R12B,SGK1,GTF3C1,CANT1,NFIX,GTF3C4,SF3B3,SRC,HDAC1,SATB2,CXXC1,SLC7A1,PPM1E,TM9SF3,FOXRED2,GANAB,MTA1,CUX2,NFIL3,CCDC85C,U2AF2,SAP30L,RAB23,NSD1,NT5DC3,FAM120A,SPOP,ANKRD52,PDLIM7,JAZF1,MLXIP,SPEN,SLC12A2,RRM2,TAF15,GOLM1,ATP2B4,HUWE1,PTPN11,SSRP1,MEIS2,SKI,GOLPH3,NFIA,MYBBP1A,NFIB,POLR3D,SERBP1,MGAT4B,RLIM,RBM45,CRLF1,EIF3B"
+"gene_set_query"	"1411"	"SIX1"	"1175.0"	"ARCHS4 Coexpression,1361;Enrichr Queries,1076;GTEx Coexpression,1087"	"HDLBP,KEAP1,KLHL34,UBE3A,CLU,PDCD2L,CCDC28B,DCAF6,CHCHD3,CDH2,MYC,CFL2,DPYSL3,CAPN2,KPNA4,PRKACA,KPNA3,SOX4,KPNA1,SEMA6C,PHYH,MEF2C,TPM3,CACNA2D1,IGFBP3,TPM1,IGFBP2,DYRK1B,SHISA4,SOX11,LMO7,FBXO10,ATP1B1,ANK1,CACNB1,CTDNEP1,GNPAT,RNF123,SFRP1,BIN1,DDIT4,KCTD12,FKBP3,RTN2,PKDCC,CUL5,SAR1B,NPRL3,AK1,UBR3,LPL,MRPL14,UBFD1,NDRG1,FXR1,SOCS2,EFNB2,CYB5R1,NUAK1,BTBD1,FLRT2,PRKAR2A,DVL1,MAP4,NAA50,EIF2B3,JUN,PLK2,NR2F1,UBAC1,COPS4,ZC3HC1,AIMP2,HOOK2,PPP1R1A,STK25,TMEM11,HOOK1,PKIA,ID2,CNTN1,GRSF1,NFE2L1,CDKN1C,PHTF2,NRP1,USP38,CITED2,PRKCSH,MAST2,SETD7,FHL1,ATP2A2,SLC7A11,OSBPL11,RND3,DUSP12,ENC1,KIF13A,MYO18A,SPEG,HIF1AN,LRRC47,ZYG11B,NAA30,ADSL,RAD23A,DUSP26,DUSP6,MLF2,RHOB,MN1,VCAN,PTP4A3,CTDSP2,CDH11,PXDN,CDH13,CCDC43,RHOU,SGK1,RBM24,SLC25A4,SLC29A2,CSTB,NFIX,USO1,CXXC1,PTN,SRL,TMEM201,FZR1,SAMM50,POLR2D,CKB,RPP14,MEST,PDLIM7,EGLN1,BRF2,RRM2,KCNJ11,FEM1A,CNBP,PCDH7,PDE4DIP,UBE2G1,PPP2R3A,MEIS2,LRRC20,VEGFA,CUL4A,SLC8A3,NELL2,KLF6,NFIA,NFIB,PSAT1,ASB8,RAB12,VIM,TACC2,GPD1L,PFKM"
+"gene_set_query"	"1412"	"FERD3L"	"1177.0"	"ARCHS4 Coexpression,1097;Enrichr Queries,1378;GTEx Coexpression,1055"	"SLC35B2,RAB3C,STMN2,PLOD3,PHAX,STMN4,EPRS,FBXO22,RPL9,CDH8,GPR173,RIMS4,CHCHD3,LSM11,OPHN1,CDH2,BASP1,RUVBL1,KIF21A,AZI2,EPHB2,SBF2,TMSB10,CHRNB2,MED1,RBFOX1,SLC6A15,LMO3,SARS,TBR1,SOX11,POU3F2,ANK1,SRCIN1,POU3F3,TMX3,DOK5,RPL7L1,MRTO4,PHPT1,KHDRBS2,NRN1,BHLHB9,ANKRD11,FOXG1,CHRNA7,NPRL3,TARS,CACNA1A,AGAP1,XPC,SLCO5A1,COX7A2,BHLHE22,RPF2,CACNA1E,CAMSAP1,GJC1,ORC4,DPP6,SCUBE1,DHX33,RRS1,ZKSCAN3,ABL2,PLXNA1,THEM4,STXBP5,BRIX1,OTX1,NDUFV3,SCN3B,SRGAP1,SCN3A,PDZD7,ANKRD28,YARS,FZD3,RPL41,CADM3,AUTS2,SLC35E3,IFT122,ZBTB12,DNAJC14,MARCH4,REEP1,PCDHGA11,EXT2,LRFN5,ZZZ3,NSG2,ARMC10,LHX2,MDM2,CALU,FAT3,IARS,COPS8,ACBD3,CNIH3,LRP12,ROBO2,TRAM1,PTPRS,CITED2,FAM57B,GRIK5,FAF2,DOCK7,CELF4,CHD6,ELAVL4,SLC7A11,TRIAP1,RND3,ELAVL2,UBL5,TUBA1C,LRRTM1,SUMO2,REV3L,DHX15,TNPO1,FEZF2,PRMT6,NAV1,AEN,PGM2L1,TMEFF1,GAP43,TUBB2B,NAV3,NRG3,PTRH2,CDC42EP3,TRNP1,CDH11,PXDN,NDUFS4,EXOC4,GARS,FJX1,PTMA,TRUB2,PRIM2,NIP7,SATB2,MAK16,ADAM22,PARD6G,CRMP1,SLC3A2,SLC7A1,PSMA7,NCALD,STOX2,CUX2,TAF1B,SRP72,SLITRK1,NPY,PPP1R8,NCAM1,IGF2BP2,DCAF13,RUNX1T1,JAM3,TUB,SEPT11,MARCKSL1,PCDH7,PCDH8,SYT16,LSAMP,CCK,NMNAT2,COX6C,MEIS2,KLHL9,FAM155A,XPOT,ABI2,PSAT1,PRKRA,KIF26A,INSM1,ABCE1,PPIL3,KCNK2,RAB3GAP1,CBLN1"
+"gene_set_query"	"1413"	"CSRNP1"	"1178.0"	"ARCHS4 Coexpression,1113;GTEx Coexpression,1242"	"CRTC2,MIDN,EIF4A3,RNF19B,RABGEF1,PREX1,RASSF1,DENND5A,PIM3,CCNL1,IER5,IER2,TSPYL2,TLE3,KDM2A,ANKRD44,GTPBP1,JMJD6,BIN3,EHBP1L1,MAPKAPK2,HECA,SF1,CDC42SE1,EXD2,PFKFB3,CCDC25,PEX11B,RLF,SBNO2,DHX34,MCL1,VASP,JUN,JUND,PAICS,EIF1,NFKBIA,EHD1,NR4A3,ATG2A,CORO7,CLASRP,LRCH4,YWHAE,B4GALT3,USP36,BTG1,ELL,PHF1,SLC2A3,ARRB2,ING1,ARV1,PDE4B,EMD,NDEL1,KDM6B,SUN2,KLF13,DUSP1,TSC22D3,AMPD2,GAB2,VPS37B,JOSD1,GMIP,TSN,RHOB,PELI1,RAPGEF1,ARHGEF1,SGK1,RNF166,PPP1R15A,TRABD,PPP1R15B,GRAMD1A,RNASEK,FURIN,RELA,TYMP,GNA13,NXF1,CHSY1,NFIL3,SH3BP2,PTK2B,MGAT1,FBRS,MEF2D,DEDD,CYTH1,SLC25A25,PTPN1,NR1H2,MYO9B,MCOLN1,PNRC1,PER1,KLF6,RYBP,CCDC9,ZYX,AGGF1,SMAP2"
+"gene_set_query"	"1414"	"TFCP2L1"	"1178.0"	"ARCHS4 Coexpression,1399;Enrichr Queries,986;GTEx Coexpression,1148"	"WWC1,CTNND1,FNBP1L,CLU,RAPGEFL1,SCAMP4,ABHD11,ALCAM,SLK,ZMIZ1,DPYSL2,MYC,DPYSL3,CAPN2,ARFIP2,NFRKB,GLUL,FADS1,SOX4,PDIA3,EPHA4,PRKCI,ARRDC1,IGFBP3,ARRDC3,SLC11A2,IGFBP2,MTUS1,LMO7,FRMD4B,ANK3,ACTN4,ATP1B1,SCAMP2,SFRP1,KATNAL1,ADAM15,DDIT4,RRAGD,FKBP5,TMEM87A,LPL,NEDD4L,PIK3R1,NDRG2,NDRG1,APH1A,SOCS2,EFNB2,SNX1,SGPL1,PLXNA2,RDH13,OTX1,JAG2,ESRRA,PRNP,JUN,JUP,CORO2A,ANKHD1,IFFO1,GADD45G,GCLC,VANGL2,SLC6A8,QARS,HOOK2,DLG3,HOOK1,GOLGB1,GIPC1,DLG5,CNTN1,SDC1,PLXNB2,UBA1,PLXNB1,SERINC2,ITM2C,DDR1,NRP1,PYGB,PPP1R13B,PIGO,PRKCSH,CHD6,SLC2A3,WASL,PTPRK,SIPA1L3,CLINT1,PTPRF,AKAP12,PTBP1,DUSP12,AP1G1,TRIM2,ENC1,RNPEP,PMEPA1,ACAD8,PDPK1,TSC22D3,SLC39A11,NAV2,REXO2,COASY,DUSP6,RHOB,ARL4C,TOX4,SLC7A5,PTP4A3,SLTM,TRAF4,HNRNPH1,IVD,KIT,PXDN,TMBIM6,SGK1,MET,LUC7L2,TNFRSF21,GTF3C2,NFAT5,CSTB,CXXC1,HSD17B4,PRKX,ATP1A1,SEMA3F,CYTH2,FZR1,RECQL5,CAMK2N1,POLR2D,SH3BP4,CKB,PCDH1,SLC12A2,RBM39,MBD6,PPIL2,SEMA4B,DAB2IP,PLEKHA6,SORBS2,SORBS1,VEGFA,TM9SF2,NELL2,TMEM59,KLF6,MYO1B,PDCD4,AGRN"
+"gene_set_query"	"1415"	"NFATC2"	"1179.0"	"ARCHS4 Coexpression,1372;Enrichr Queries,720;GTEx Coexpression,1445"	"CYFIP2,ITSN2,CRTC2,SLC8A1,BACH2,IGF1R,PREX1,SMCHD1,RASSF1,RASSF2,ZMIZ1,DPYSL2,MYC,BTRC,SLC12A6,SOX4,SOX5,PPP1R16B,TLE3,MEF2C,ST6GAL1,KDM2A,RBFOX2,FNBP1,ANKRD44,IGFBP3,TPM1,ANK3,GTPBP1,ANK1,FOXP1,ADAM19,TIAM1,DDIT4,PSME1,ELMO1,HECA,KCTD12,TNIK,PFN2,CDC42SE1,PFKFB3,MAX,TRANK1,NEDD4L,CACNA1A,COPS7A,PIK3R1,RASGRP2,STK4,NDRG1,CORO1A,CHST12,GRK6,PLXNA2,GSE1,HIVEP2,PRNP,JUN,AUTS2,CADM1,BCL11B,ATP8B2,BCL11A,PHF12,PLK2,CRIM1,PBX1,SLC6A6,EFNA2,NR4A3,HOOK2,HOOK1,ID2,CCDC88C,CORO7,ITM2C,CDC42SE2,YWHAE,NRP1,PIGU,BTG1,CITED2,PRKCSH,SH3KBP1,CELF2,CHD6,PIK3CD,SLC2A3,AFF3,MED15,LIMD2,DUSP12,SEPT6,PPP6R1,ENC1,PDE4B,PMEPA1,LRRFIP1,JAK1,KDM6B,SUN2,MAP4K2,KLF13,DST,PDPK1,PDE4D,NAV1,NAV2,GMIP,DUSP6,MTSS1,PARP8,MLF2,ARL4C,TOX4,NCOR2,SLC7A5,ZEB2,VCAN,PTP4A3,PACS1,KIT,PXDN,ARHGEF1,EVL,SGK1,RNF166,GAS7,PPP1R15B,NFIX,ROCK1,SATB1,RGS16,CXXC1,RELA,MLLT6,FGD3,ABLIM1,SPOCK2,PTK2B,FYN,CSK,CYTH1,NTRK2,TTC13,SEMA4D,USP20,ATP2B4,SORBS1,PNRC1,VEGFA,NELL2,KLF6,NFIA,PKN1,VIM,SMAP2"
+"gene_set_query"	"1416"	"ASCL5"	"1182.0"	"ARCHS4 Coexpression,1152;GTEx Coexpression,1212"	"ITSN2,EIF4A2,RPL4,GALNT11,RPL3,SPPL2B,GPATCH1,CCAR1,TATDN1,PSMD6,FAM174B,TBC1D30,UBAP2L,ATXN7L2,CCNL1,NOMO1,KCMF1,PRKAB2,RPL21,RPS8,SCAMP1,GRIP2,TPST2,CACNB1,ADAM15,BIN1,DKC1,EEF1A2,KCNQ4,FIZ1,PRR12,SRSF8,RTN2,SHC2,NPRL2,UBA5,CUL3,SEL1L,MEPCE,MAZ,FOXO6,SLC1A4,CACNA1H,PRDX4,DVL1,PCBP2,DYM,SLC38A6,BCL9L,ANKRD34A,GGT7,FAM136A,IFT20,TADA2B,STK25,PKIA,TBCE,SRPRB,GRSF1,TECPR1,ZSCAN2,B4GALT3,WDR41,PFAS,SMG5,SHF,RNF157,RPTOR,RPL7A,ZMYM2,AP3S2,APPL1,PCMTD1,LRRC47,PRMT6,BCAS3,ADSL,PABPC4,DUSP26,RABGGTB,KLF16,PARP8,GNL3,BACE1,NAV3,NDUFS7,PITPNM2,AKT1S1,BCAT1,SHANK1,WBP1,SATB1,USO1,VPS4A,AKAP7,FOXK1,TTL,SRM,TAF1D,HSF1,DNAJB9,DCAF11,LCMT1,UBQLN4,RPL17,IGBP1,NOP56,NOP58,KDM4B,TRIM41,KCNJ11,BNIP3,RPL23A,USF2,NLE1,USF1,NUDT9,SLC8A3,PINK1,NEURL4,CDKN2AIPNL,XPNPEP1,EIF3J,PPP2R2D,HDGF,UBAP2,RBMX"
+"gene_set_query"	"1417"	"ZFP92"	"1182.0"	"ARCHS4 Coexpression,1579;Enrichr Queries,921;GTEx Coexpression,1047"	"SH3GL3,SLC35B4,TRIO,CCNJ,TFRC,CLSTN2,CLSTN3,TUSC3,JMJD1C,ELK1,DPYSL2,KHSRP,FGFR1OP2,DPYSL3,SCMH1,PCDHAC2,FADS1,SOX5,IFNAR2,EPHA4,SAP30BP,CXADR,PRKCE,IGFBP3,SLC6A15,SCRIB,VWA5B2,FBXO11,TMEM130,ANK1,RUNDC3A,RNF41,PISD,INPP4A,DISP2,EML5,RAB34,SMS,HECA,NUP98,TRIB2,SEMA7A,TTYH3,SLC1A1,CACNA1B,ISG20L2,LPL,CACNA1A,FOXO6,TMTC1,XPC,CACNA1C,STK4,KALRN,CACNA1E,RAP1GAP,CACNA1H,GOLGA7B,SGPL1,SEC14L1,PGK1,PLXNA2,SCN3A,SRGAP1,ST3GAL2,PRNP,JUP,BCL11B,LRRN2,HPS3,L1CAM,CORO2A,SMARCA1,SYT7,UBAC2,PTPRD,PARP11,MEX3A,LSM6,DAB1,YEATS2,HOOK2,HOOK1,DMXL2,NFE2L3,SDC1,GRB2,TCF4,LRCH4,CD200,ROBO2,PODXL2,SH3KBP1,PRKCSH,CELF2,PRR3,CHD6,PSIP1,ADAR,ZFP82,SLC7A11,PHF6,SPPL3,PHTF1,DUSP12,SEPT6,PCLO,TMSB4X,MCF2L,ANXA6,DHX15,GPRASP2,RBM5,ZIK1,MAP4K2,DFFB,RFC3,PEG3,STARD3NL,PDPK1,ATRX,SLC39A11,TBC1D9,NIPA2,MLF2,PTP4A3,PPDPF,PITPNM2,C1D,CDH11,PXDN,DCX,CHST1,PTRH1,TOP1,B4GALT6,ARHGEF7,CSTB,PNCK,RNF38,CRMP1,MLLT1,ADCY1,PPM1E,ADD2,FOXRED2,CUX2,SPOCK2,POLR2D,SH3BP5,NCAM1,VHL,MGAT2,TRIM44,RUNX1T1,RPRM,TUB,NTRK2,PCDHGC4,USP22,GABRA3,NAP1L1,HS3ST1,PNRC2,MAPK10,SLC4A8,NIN,TAOK3,APEX1,RLIM,SARM1,RAB3GAP2,RBM45,MDGA1"
+"gene_set_query"	"1418"	"NR2E3"	"1184.0"	"ARCHS4 Coexpression,1320;Enrichr Queries,1047"	"CRCP,CTNND1,FCF1,BACH2,DPYSL2,MYC,SNIP1,ENPP5,SOX4,SOX5,TLE4,TLE3,MEF2C,IGFBP3,THOC5,CPT1C,MFSD11,FOXP1,MYCN,DMTF1,DDIT4,TOX,KCTD18,PKDCC,NTM,BTF3L4,CACNA1A,PIK3R1,NDRG1,HIF1A,CACNA1G,GSE1,RDH13,ST3GAL1,ZC3H14,RALGDS,PRNP,UVRAG,JUN,PTPRN2,RAB4B,AUTS2,CADM1,BCL11B,BCL11A,ECD,NR2F1,CNOT10,PBX1,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,STK25,ID2,CNOT2,SPIRE2,FGF13,GRIK5,SCHIP1,PRR3,CHD6,SLC7A11,SIPA1L2,AFF3,ELAVL2,HSPB11,NUDCD3,OPA3,ENC1,DHX15,TMEM108,AP3S2,PLA2G4E,STRBP,NAV2,DUSP6,MLF2,NCOR2,MN1,PTP4A3,DNAJC7,IRF3,KIT,PXDN,SGK1,SHANK2,CSTB,PRIM2,SATB1,SATB2,ADCY1,PPM1D,CUX2,SAMM50,TMEM68,CRYM,RUNX1T1,CLVS1,NDUFA9,NTRK2,PTCD2,PPIL2,KCNJ11,NICN1,CHFR,NUDT9,CLCN7,SH3YL1,KLF6,NFIA,MORN4,NFIB,TRIP12,INSM1,UNC79"
+"gene_set_query"	"1419"	"ZBTB7C"	"1184.0"	"ARCHS4 Coexpression,1454;Enrichr Queries,822;GTEx Coexpression,1275"	"CTNND1,ZDHHC5,CLU,RAPGEFL1,DPYSL2,CAPN5,EPHB1,NCKAP5,TBC1D10A,FADS1,SH3GL1,SOX5,EPHA4,ST6GAL1,LIMCH1,TMOD3,IGFBP3,SPNS2,IGFBP2,SCRIB,LMO7,ANK3,ANK1,SFRP1,DDIT4,ELMO1,TTLL12,SLC27A4,PKDCC,IGSF3,NTM,NPRL3,NEDD4L,CACNA1A,PIK3R1,ZBTB5,APCDD1,DTX4,EFNA4,NDRG1,KALRN,RAP1GAP,EFNB2,SGPL1,PLXNA2,RDH13,ST3GAL1,MARK2,JUP,AUTS2,CADM1,BCL11B,RCC2,MICAL2,PBX1,DCLK1,GADD45G,PTPRD,ARHGAP32,FAM135A,STK24,EIF6,HOOK2,HOOK1,GIPC1,SDC1,PLXNB2,PLXNB1,DEGS2,SERINC2,CDKN1C,DDR1,NRP1,CCDC120,SPEF1,PRKCSH,TECR,CLTB,CHD6,SPPL3,BICD2,PTPRF,SMPD3,MFSD6,MFSD5,PMEPA1,PLEKHN1,PDPK1,PDE4D,TNFRSF19,ZDHHC13,NAV1,NAV2,RABGGTA,DUSP6,MTSS1,MLF2,RGMA,SLC22A23,MN1,PTP4A3,DDAH1,KIT,PXDN,CDH13,RHOV,SGK1,ARF6,GAS7,GTF3C1,CSTB,NFIX,GSTP1,VPS4B,RGS16,CXXC1,PARD6G,SEMA3F,ADCY1,PTN,TRAK1,NCALD,FAM129B,ABLIM1,DNPEP,CAMK2N1,GNA11,SLIT1,NCAM1,MTA2,PCDH1,RUNX1T1,NTRK2,WNT7B,SEMA4B,NMNAT2,SORBS1,BAIAP2,DHRS1,MEIS2,RAB11A,RAB10,NELL2,RAB14,FABP5,NFIA,NFIB,TSPAN18"
+"gene_set_query"	"1420"	"E2F2"	"1184.0"	"ARCHS4 Coexpression,1172;Enrichr Queries,1195;GTEx Coexpression,1185"	"APP,CHIC2,TOR2A,NARF,ANKRD13D,TFRC,NUDT4,LAPTM4A,STK11,FRAT2,DPYSL2,MYC,STMN1,COTL1,LONP1,KPNA2,TMPO,TLE3,NUP210,PRKCD,TALDO1,PGD,ANK1,CDC25B,HCFC1,MSH6,RNF123,DDIT4,FKBP8,FKBP5,CDC42SE1,DNMT1,CDCA4,INSIG1,STXBP2,SLC1A4,ADIPOR1,OAZ1,CORO1A,SOCS2,PRDX2,PPP4C,ORC6,DHX34,GRK6,ANKRD10,LTA4H,N4BP1,MARK2,ST3GAL2,JUN,NUP155,EIF2AK1,EDEM1,HPS1,H3F3A,HMGA1,MARCH8,ARPC4,CDC7,NUP153,BRI3BP,CLK3,ZWINT,UBAC1,SRPK1,MFHAS1,PAN3,ARPC2,HOOK2,NASP,ARPC3,HOOK1,WNK1,GNB2,ID2,MKRN1,RANBP10,UBE2O,TMCC2,TCF3,BCL2L1,EZH2,CPEB4,RNF10,TOP2B,MCM7,PHF23,PIGQ,MRPL36,ARRB2,SLC7A11,LMNB2,LMNB1,LIMD2,ALAD,TUBA1C,DUSP12,TUBA1B,BCL7A,TCP11L2,CASP2,SH3BGRL3,TOPBP1,RAB8A,RFC3,DBNL,KLF13,H2AFY,RFC2,STRADB,GLRX5,H2AFX,ELOVL6,SIRT7,GMIP,SMC1A,DCK,DUSP6,SLC7A5,PTP4A3,TUBB2A,TFDP1,POLR1B,NUP50,PXDN,CAT,TET3,DNAJC9,PGAM5,SGK1,RNFT2,USP15,RNASEK,RGS19,PCNA,PRIM1,TRAK2,FGD3,ZDHHC18,NT5DC2,CSK,ASCC2,E2F4,DCAF11,DCAF12,SRSF10,SNCA,SUZ12,SEMA4A,RRM2,LIMK2,XPO7,CDC42BPB,CHFR,PPP1CA,MPHOSPH9,SLC25A39,NAGK,ABCB10,PSAT1,SHKBP1,CAPZA1,ETNK1,PKN1,YPEL4"
+"gene_set_query"	"1421"	"NKX23"	"1185.0"	"ARCHS4 Coexpression,1231;GTEx Coexpression,1139"	"TES,RPL3,UBP1,COMT,FPGS,ANKFY1,ARL6IP4,PTGFRN,MAF1,SLC39A3,ARRDC4,EPHA7,ECH1,TALDO1,EML1,MID1,SCAMP2,ADAM19,MYL6,RNF126,EHBP1L1,ULK3,ELMO1,KCNQ4,MASP1,SRSF5,TOX,PFN1,SRSF7,DUS3L,PDE9A,ATF4,SRSF9,ISYNA1,ARHGEF25,MRPL16,SDR39U1,TRMT2A,CACNA1C,RNPC3,CACNA1H,GJC1,RAP1A,ABL1,TNRC18,NTSR1,GGT7,ACBD4,IDH2,KLHL23,MFHAS1,CDK8,LRCH2,LSM7,H1F0,HOOK2,FXYD6,DCHS1,TAB2,RNPS1,SAE1,MDM1,ITM2C,RNF220,MUS81,OGFR,ILK,TRIOBP,LIMD2,C1QTNF4,SEPT9,SEPT6,UBE2Q2,SUMO3,CPXM1,CTSF,H2AFY,CCDC115,TRPC2,ARHGEF18,ABHD14B,COMMD7,PTBP2,QTRT1,MED22,NSMCE4A,CAT,PLEKHO1,PPP1R12B,PPP1R12C,CHMP7,PNCK,HDAC1,SATB1,SRF,USP12,TGFBRAP1,PRICKLE2,ASB13,TMEM160,NT5C,RAB23,TMEM205,NT5DC3,SPOP,RALY,SF3B1,CAMK2G,PDLIM7,MLXIP,PTGES2,NR1H2,MBOAT7,ATP2B4,MEIS2,USF2,PNRC1,RAB11B,SLC4A7,BCKDK,FKBP1A,GOLPH3,SLMAP,RBM42,SPG21,SSBP4"
+"gene_set_query"	"1422"	"ZNF347"	"1186.0"	"ARCHS4 Coexpression,1517;Enrichr Queries,1180;GTEx Coexpression,861"	"SMARCAL1,CCNT2,TRIO,CEP120,ARPC5L,JMJD1C,SMC5,GPATCH8,CDH8,SMCHD1,ZFP30,OPHN1,DPYSL2,MYC,CWC22,AKT3,EPC2,TXNL4A,MAP3K7,ATXN7L3,FADS1,USP8,PCID2,TLE2,MEF2C,RBFOX2,TSTD2,ZFP2,TMOD2,REV1,TTC7B,WDR75,CD3EAP,PRPF4B,ANK3,SRRM1,FAM133B,RNF126,DMTF1,RAB35,PHIP,HECA,FAR1,PPIG,TNIK,ATP6V0D1,TRIB2,CGGBP1,LRRC59,NPR2,MYCBP2,UBR2,UBR1,INPP5B,APH1A,ORC4,ZKSCAN3,SLC38A6,TRPM7,RDH13,NDUFV3,PDZD7,ATP6V1F,ZSCAN18,BPTF,AP1M1,NEK9,TMEM120B,SMAD4,JUN,CPSF6,CBX5,ATP8B2,AUTS2,BCL11A,ZFR2,TRAPPC5,SLC35E3,MRPL28,ARHGAP29,DNAJC13,LSM4,PHC3,SMAD5,LRCH1,BMP1,EFNA2,HOOK2,NBEA,HOOK1,TOLLIP,FUBP1,RFXAP,SPIRE2,NMT2,FAT4,COPE,EZH1,MAP3K12,NFKBIB,CREBZF,SETD5,PHF2,PIGU,CHD6,ZFP82,DDA1,MED17,ROBO1,SGCE,AKAP12,SENP7,DUSP12,ZC3H7A,OPA3,GATAD1,PDE4B,GABPA,ZIK1,PCMTD1,RALGPS2,PSENEN,UPF1,SUN1,SHPRH,DST,PDPK1,PDE4D,ATRX,ARNT,BAZ1B,ZFP90,MLF2,LATS1,MED23,MRPL53,TRAF7,VCAN,PTP4A3,PIK3CA,NAV3,CTDSP2,POLR1B,PXDN,NUP54,EVL,HNRNPH3,BDP1,SOS1,SGK1,OTUB1,RNFT2,GRAMD1B,UHRF2,SATB1,RAB1B,SRSF1,KATNB1,GANAB,U2AF2,ASNA1,KRIT1,FEM1C,HEATR6,ATP9B,RUNX1T1,PEX16,SPEN,MON2,NEGR1,MTX3,MYO9A,SKI,RAD52,APC,NFIB,NEDD4,EIF3J,SNRNP48,PKN1,MPHOSPH8,TNRC6A,TAF1,ZFP28,METAP2"
+"gene_set_query"	"1423"	"ZNF155"	"1187.0"	"ARCHS4 Coexpression,1581;Enrichr Queries,1196;GTEx Coexpression,785"	"CCNJ,IFITM2,UXS1,FCF1,GABPB1,ALKBH8,LSM12,TBK1,CDC23,PSMD5,ALKBH1,CDC26,DPYSL2,MAGOH,RNF111,SOX4,MED1,DDX18,EPHA4,SCAF11,ARRDC3,RECQL,CD3EAP,MED6,CLPX,ARMC1,TIAM1,WDR81,ZSCAN21,XRN2,FEZ2,YME1L1,HECA,ALG10B,KCTD18,MTMR3,DHX8,NEDD4L,RPAP3,MTDH,CSTF1,MCMBP,TRPM7,ZSCAN18,JUN,PLK2,MAD2L1BP,SMU1,MSRA,STAG1,ZBTB6,NOL11,FAT4,INTS8,ITM2C,NRP1,GMEB1,PIGU,CITED2,ZFAND2A,SLC7A11,TMEM186,ROBO1,RIOK2,UTP14A,ZIK1,PRMT5,NIPA2,PPRC1,DUSP6,MRPL44,KIN,SIKE1,PRPF18,FRG1,CDC42EP3,PXDN,SGK1,PCNA,SATB1,GNAI1,EXOSC7,MGAT2,SRSF10,ZSWIM5,PAIP1,SF3A3,YTHDF3,UTP3,MTX3,GATC,TTC9C,GTF2H2,KBTBD4,PDCL3,SEC23IP,TRMT6,CCDC6,RAB3GAP2,PKN1,RNF141,ZFP28,DBR1,KDM1B,FBXO22,EIF4ENIF1,IPO8,ZFP30,CWC22,SNIP1,SLC38A1,UBE4A,MID1,DMTF1,MSH3,TIPRL,WDFY1,ANAPC1,NSMAF,ZCCHC7,DDX6,DNMT1,CUL5,CCDC25,GTF2E1,SOCS2,RNASEH1,CCDC32,LLPH,SKIL,TOR1A,AUTS2,BOD1,FBXO38,M6PR,CCZ1,NUP153,LSM6,SLC7A6OS,GNL3L,EFNA2,HOOK2,HOOK1,JMY,NFE2L3,GPR107,COPS8,ISY1,SCYL3,PRKCSH,CHD6,ZFP82,POLB,DUSP12,UBE2Q2,PDE4B,UNKL,TNPO3,GET4,UTP15,EMX1,CHUK,PDPK1,PDE4D,TRNAU1AP,PLRG1,DDOST,VCAN,PTP4A3,NSMCE4A,CTDSP2,POLR1B,PPP1R15A,BECN1,RNF34,USP10,RGS16,TGFBRAP1,RNF38,PARL,IWS1,DNPEP,RBBP5,POLR2B,TGS1,BNIP2,SNRPB2,FEM1C,CCDC71,SMNDC1,PNRC1,KLF7,NIN,SNRNP40,ERCC8,SSBP2,TAF2,MBTPS2"
+"gene_set_query"	"1424"	"HOMEZ"	"1194.0"	"ARCHS4 Coexpression,1410;Enrichr Queries,602;GTEx Coexpression,1569"	"CLPB,ZMYND8,FBXO25,ACRBP,CLU,IPO4,BACH2,IPO5,SALL2,MPRIP,ZMIZ1,RPS18,RUVBL2,DPYSL2,MYC,SESN1,SAP130,KIF5A,LONP1,NUDT19,GLUL,BAHCC1,IER5,FADS1,SOX4,NUP214,TLE3,TLE2,RBFOX1,FBXW5,PCYT2,RPS8,ARRDC3,MTUS1,CIRBP,CD3EAP,VRK3,GTPBP4,DDIT4,HECA,NUP98,FKBP5,PFKFB3,CUL3,DCUN1D1,ISG20L2,PIK3R1,NDRG1,GIGYF2,SOCS2,PITRM1,GSE1,RDH14,PSMF1,NDUFV3,ATRIP,ZC3H14,ST3GAL2,AP1M1,BRAP,HEXIM1,SMAD2,PRNP,JUN,NUP155,CBX4,CADM1,ODF2,PLK2,NR2F1,IRF2BP2,KLHL24,NR1D1,MEX3C,PBX1,NFKBIA,EFNA2,HOOK2,HOOK1,FASN,ID2,CNTN1,PSMG1,HBP1,ITM2C,MXD4,CC2D1B,DDR1,KDM5B,PIGU,CITED2,PRKCSH,CHD6,YBX1,SIPA1L2,TMEM191C,COIL,AKAP12,DUSP12,SIN3A,ENC1,UIMC1,NCS1,TCP11L2,KIF1A,KDM6B,ZC3H10,PLEKHG2,KLF13,TSC22D1,PDPK1,TSC22D3,TCF12,SIGMAR1,NAV2,TUBG1,MED26,DUSP6,DDOST,DNM1,MLF2,RHOB,NCOR2,SLC7A5,ZEB2,VCAN,PTP4A3,BDH1,CTDSP2,CDC42EP4,POLR1B,PPDPF,PXDN,RPL37A,SGK1,IRF9,CSTB,GTF2A2,RNASEL,SATB1,DDX20,RPL36A,NRXN2,PRICKLE1,MLLT3,PPM1G,DNPEP,RPS15A,NFIL3,KATNA1,MKNK2,RPL13,FEM1C,CKB,SNCB,MARCKSL1,GABBR1,SORT1,STAT2,PDE4DIP,MEIS2,VEGFA,AGBL5,NELL2,KLF6,TEF,NFIA,PIK3IP1,NFIB,CCNG2,DRG1,TRIP12,PKN1,VIM"
+"gene_set_query"	"1425"	"FOXD2"	"1194.0"	"ARCHS4 Coexpression,1019;Enrichr Queries,1154;GTEx Coexpression,1409"	"GMFB,WIPF3,SYAP1,ARHGAP39,KLHL34,ZDHHC8,BACH2,TXN2,FADS3,NRBP2,KRTCAP2,PPIP5K2,SNRPD1,DPYSL2,MYC,CAPN5,EPHB2,SOX4,USP8,COG8,RPS8,IGFBP3,BROX,SOX11,ACTN4,POU3F1,VRK3,POU3F2,ANK1,POU3F3,FOXP1,SFRP1,DDIT4,RAD54L2,GPM6A,PFKFB3,ARHGEF26,FOXG1,COX17,LTBP4,GPR85,CACNA1A,NEDD4L,PDGFA,COX7A2,CSF2RA,TIMM50,SOCS2,EFNB2,NEUROD2,NUAK1,DPP6,ZNHIT1,SCUBE1,RIC8B,FLRT2,DHX33,PRKAR2A,NDUFV3,SRGAP1,PDZD7,PRNP,FIS1,JUN,PRELID1,CBX4,CADM1,BCL11B,BCL11A,PTCH1,NR2F1,MEMO1,HSPA12A,MRPL24,PBX1,LSM3,MRPL21,EFNA2,HOOK2,LHX2,HOOK1,UQCRQ,ID2,CNTN1,FBXL3,AVL9,BAP1,ITM2C,CDKN1C,NRP1,SCYL3,COX7B,CHD6,AATK,MED19,TTC28,DUSP12,SENP5,ENC1,TIMP2,PMEPA1,RRP15,DACT1,SUN2,PDCD6IP,SECISBP2L,TSC22D3,MRPS23,NAV2,SENP2,DUSP6,COMMD4,MLF2,NME1,MRPL52,ZEB2,VCAN,PTP4A3,INF2,CTDSP2,PXDN,TBC1D7,TAX1BP3,SGK1,AHDC1,RNF165,CSTB,NFIX,SATB2,RGS16,EI24,RPS27L,UQCR11,PRICKLE1,SPG7,UQCR10,CLCN2,COX5A,TTL,EHBP1,DRP2,EXOSC10,PSMB2,CAMK2N1,MFN1,SLITRK5,MTA2,POLR2J,JAM3,POLR2L,GADD45GIP1,RANBP1,NDUFA7,TRIM41,FEM1A,SEMA4C,CRIPT,WWP2,MEIS2,HS3ST1,GTF2H5,TTC17,NELL2,RAD52,KLF6,NFIA,RAB12,NOVA2,PTPN9,VIM,PKN1,FRYL"
+"gene_set_query"	"1426"	"ZNF780A"	"1194.0"	"ARCHS4 Coexpression,1546;Enrichr Queries,529;GTEx Coexpression,1508"	"PANK2,CCNT2,ARID4A,HNRNPU,GCC2,RBPJ,CYP46A1,RCBTB2,SMCHD1,FRAT2,ZFP30,OPHN1,PPIP5K2,STK16,AKT3,SMARCAD1,TRIM27,PRKACB,SLC12A9,TRIM23,IFNAR2,EPHA4,USP8,MEF2C,ANKRD49,SCAF11,ARRDC3,TTC7B,RFX3,ZBTB34,SCAMP1,RSBN1,ACAP2,PREPL,DMTF1,TBL1XR1,SLC9A8,DDIT4,TRIM13,HECA,PHIP,ALG10B,IREB2,ANKRD12,TOR1AIP2,PIK3R1,PDS5B,CORO1A,UBE2J1,ORC4,CYB5R4,SLC38A2,SKIL,NADK,SCAI,EDEM3,SMAD2,ACBD6,OSBPL8,PRNP,TIA1,EDEM2,H3F3A,SLC35E3,HPS3,MYO5A,ARPC5,KLHL24,CLK4,ACADSB,PBX1,ABTB1,ZBTB6,STAG2,HOOK2,ARPC3,ZFP62,HOOK1,DMXL2,JMY,DNAJC10,AAK1,MDM2,TAB3,GRB2,BRWD1,FGF13,CPEB4,ITM2C,PHF3,SCYL3,DHRS13,RBM28,PIGU,SMG1,MCFD2,ZC3H4,USP33,PTEN,CHD6,PIK3CD,SLC2A3,SNX11,SLC7A11,LMNB1,SENP7,NIPBL,FAM102B,SPRED1,MED13,ZMYM2,MAN1A2,PPP6R3,PSD3,REV3L,FLOT2,PCMTD1,RALGPS2,CAP1,NCOA2,USP47,SHPRH,PPP1R12A,DST,PDPK1,SECISBP2L,PDE4D,ATRX,VPS13A,PJA2,MRPS5,RHOB,ARL4C,PHF20L1,KIN,MRPL53,VCAN,CREB1,PIK3CA,NFX1,CTDSP2,POLR1B,RASA1,PXDN,G2E3,LUC7L3,TMEM106B,BCAT1,SOS1,RNASEL,RGS19,ZDHHC20,ROCK2,GMPR2,SRSF1,NAPG,BCLAF1,CAND1,FCHO2,CSK,RICTOR,FEM1C,VHL,ATP9B,TTC14,RANBP2,PLEKHA1,NEGR1,PLEKHA5,TTC9C,DDHD1,MAPK14,OXR1,GDAP2,TMEM60,VEGFA,MIB1,MKLN1,NFIB,ETNK1,TAOK1,NEDD4,GOPC,PKN1,KBTBD7"
+"gene_set_query"	"1427"	"ZNF730"	"1195.0"	"ARCHS4 Coexpression,1063;GTEx Coexpression,1327"	"NUP107,NUP188,KDM1A,CSE1L,PITPNB,ZDHHC6,SMC3,FNBP1L,ACRBP,IPO5,SALL2,CDH2,DHX57,RUVBL2,STMN1,KPNA2,TIPIN,CXADR,WSB1,SLC35C2,VASH2,SOX11,TRAIP,MSH6,MORF4L1,MSH2,UBE2V2,SRSF3,SNRPE,FKBP3,KPNB1,CSNK1G1,PFN2,DNMT1,RAB5C,GMPS,ISG20L2,ACAT2,ADH5,GJC1,LDHB,ORC6,SEC14L1,UBR7,TSPAN6,DHX36,NAE1,FDFT1,FZD3,CBX5,NUP155,CPSF3,IDH1,KLHL23,MEX3C,PAICS,ZWINT,UBE2W,NASP,UBE2S,CAPRIN1,TDP1,UBE2N,INTS7,PSMG1,CNOT8,EZH2,CETN3,HMGB3,HMGB1,COX7C,COIL,MRPL42,CSRP2,SUMO1,NUP62,SUMO2,SDF4,TOPBP1,MRPS28,CCT2,BRD1,CCDC34,PARP2,H2AFZ,TEX10,MINK1,ELOVL6,TUBG1,PTBP2,SRP9,DNM2,ENAH,KIF2A,PACS2,IGDCC4,MTF2,G2E3,ITGB1BP1,BCAT1,SSX2IP,HDAC2,DDX20,HMGCR,CLCN3,HSPA14,PPM1G,RBBP4,RNF138,POLR2D,USP1,CKB,HNRNPA1,EIF4E,RANBP1,GABRA3,SNX21,DDHD1,MARCKS,PRPF39,KLHL7,MFAP2,NUCB1,PPIL3,RAN"
+"gene_set_query"	"1428"	"ZNF273"	"1204.0"	"ARCHS4 Coexpression,1316;Enrichr Queries,1097;GTEx Coexpression,1199"	"EPHB6,ZDHHC5,HDLBP,HNRNPU,SMC3,FNBP1L,EPRS,CELSR2,RAPGEFL1,CAPNS1,OPHN1,LAMP1,STMN1,LONP1,AKT1,KIF21A,SLC39A7,KPNA2,VPS36,ATXN7L3,FADS1,TMPO,RALBP1,KDM2B,USP5,FBXW7,CTNNBIP1,CD3EAP,MOGS,POU3F1,MSH2,RAB35,ULK3,SRSF3,CHMP4B,SIK1,FKBP5,LRRC59,RAB5C,CDCA4,NXPH4,INSIG1,FLII,EFNA4,MBTD1,APH1A,ORC4,SGPL1,ORC6,PRKAR2B,NACC1,ZKSCAN3,RDH13,NDFIP2,JUP,BCL11B,BCL11A,OSBPL2,SLC35E3,HPS4,PBX2,CDC7,NR1D1,ZWINT,DCLK1,EFNA3,VANGL2,SH3BP5L,HOOK2,NASP,NBEA,HOOK1,UBE2S,CNOT2,GNB1,NFE2L3,ANP32E,SPIRE2,SDC1,BLMH,DEGS1,PLCH2,DEGS2,NFE2L1,EZH2,EIF4G1,PIGU,CCDC120,MCM7,WDR1,PRKCSH,CHD8,CHD6,HMGB3,SNX10,MRPL36,SLC7A11,HMGB1,PRPF19,SPPL3,BICD2,SMG5,LMNB1,PPP1R9B,DUSP12,SEC61A1,LASP1,EEF2K,SDF4,PLEKHN1,DGCR2,UPF1,RFC3,ELOVL4,PLA2G4E,PDPK1,PLA2G4B,TNFRSF19,ACAD9,MINK1,SLC39A10,PTBP2,MLF2,ENAH,TRAF7,CTDSP2,POLR1B,TET3,PXDN,G2E3,SGK1,RNFT2,PRIM2,PRIM1,RAB1B,PARD6G,ACVR1B,CENPB,ABLIM1,GANAB,RAB40C,RNF138,U2AF2,POLR2D,FAM120A,TMEM68,PAK6,FEM1C,YKT6,CENPT,PPP1R14C,RRM2,WNT7B,PDE4DIP,LYSMD4,DEK,CDC42BPB,BAIAP2,TPD52L2,ACVR2A,DLK2,NFIA,NFIB,PSAT1,RPS6KB2,MGAT4B,TRIM35,NUCB1,PKN1,P4HB"
+"gene_set_query"	"1429"	"ZNF546"	"1204.0"	"ARCHS4 Coexpression,1349;Enrichr Queries,709;GTEx Coexpression,1555"	"DIXDC1,ZDHHC5,ACRBP,SLC8A1,BACH2,IGF1R,ZFP30,OPHN1,RUVBL2,DPYSL2,AKT3,AKT1,NRCAM,PRKACB,ATXN7L3,SOX5,TLE4,USP8,FBXW5,PCYT2,USP5,LIMCH1,ARRDC3,F2R,MTUS1,TTC7B,RFX3,CD3EAP,MOGS,TMEM170B,CASD1,PIAS2,DISP2,PREPL,DMTF1,DAAM1,DDIT4,AKAP9,RAB35,HECA,FAM92A,FKBP5,LRRC59,FLII,FBF1,CACNA1A,PIK3R1,NDRG1,SPATA7,SOCS2,APH1A,ORC4,SCUBE1,NACC1,ZKSCAN3,TSPAN5,RDH13,NDUFV3,ZC3H14,SRGAP1,PDZD7,AP1M1,PRNP,JUN,ODF2,CCDC136,PLK2,SLC35E3,IFT122,PRRC2A,MEX3B,HOOK2,NBEA,HOOK1,NF1,SPIRE2,FAT4,TMEM19,NFE2L1,ITM2C,EIF4G1,ROBO2,ARF3,NRP1,PIGU,CSRNP3,WDR1,CITED2,PRKCSH,CHD6,SLC7A11,SYNE2,TTC28,AKAP12,SENP7,DUSP12,SEC61A1,PCM1,B3GALT2,TRIM2,OPA3,SDF4,JAK2,PCMTD1,UPF1,DST,TSC22D1,TTC33,PDPK1,PDE4D,ATRX,MINK1,TET2,MLF2,BACE1,TRAF7,ZEB2,PTP4A3,SETBP1,CTDSP2,CDC42EP3,PXDN,NCOA7,SFI1,PPP1R15A,RNFT2,ICA1L,RAB1B,DDX20,GDPD1,ASAP1,FAM169A,NCALD,PPM1G,U2AF1L4,GGA1,ABLIM1,GANAB,SERTAD4,DNPEP,U2AF2,EIF4H,FEM1C,APBB2,ATF7IP,TRIM41,PCDH9,NEGR1,MBOAT2,SORBS2,LRWD1,USP29,AGBL5,KLF6,NFIA,NFIB,SYT11,CCNG2,NUCB1,HDGF,PKN1,P4HB,MEGF9,METAP2"
+"gene_set_query"	"1430"	"ZNF684"	"1205.0"	"ARCHS4 Coexpression,1076;Enrichr Queries,975;GTEx Coexpression,1563"	"ACAA2,GTF2B,HDLBP,ATN1,RNF19B,PRDM2,SCP2,GRB14,TRIM28,DPYSL2,MYC,STMN1,AKT1,SBF1,SEPHS2,PRKACB,IER5,ATXN7L3,FADS1,SRRM2,ST6GAL1,IAH1,USP5,LMO4,ARRDC3,CD3EAP,MOGS,SCRIB,HNRNPUL1,HNRNPUL2,DDIT3,DDIT4,RAB35,CHMP4B,PRR12,GLYR1,GCDH,LRRC59,DHX8,FLII,MAZ,PIK3R3,CACNA1A,APH1A,MIER1,DVL1,NACC1,ABL1,CAMTA1,RDH13,DECR2,SLC38A2,PDZD7,IVNS1ABP,TRAPPC2,JUN,PNPT1,ZRANB2,INTS1,PBX2,CDC7,EEF2,ACADSB,CLK4,PBX1,ZWINT,PRRC2A,HNRNPL,ZZZ3,SH3BP5L,HOOK2,NASP,HOOK1,ID2,GNB1,ANP32E,PLXNB2,LSM14B,NFE2L1,EIF4G1,ARF3,PIGU,KDM5C,ABCD3,WDR1,PRKCSH,CHD6,MRPL36,SLC7A11,PRPF19,SMG5,LMNB1,PPP1R9B,DUSP12,SEC61A1,SEPT9,FAM102B,LASP1,SNRNP70,UBTF,CIC,UPF1,RFC3,TSC22D1,PDPK1,MINK1,RAD23B,PTBP2,DDOST,SREBF2,MLF2,TRAF7,CTDSP2,POLR1B,DNAJC5,MTF2,PXDN,G2E3,NCOA7,SGK1,SSX2IP,GTF3C1,ECHS1,PRIM1,MLLT1,MAT2B,LRP8,CENPB,HMGCL,FAM168B,GANAB,NFIL3,DDT,U2AF2,FAM120A,TMEM68,USP1,MFN2,FEM1C,ANKRD52,SRSF10,YKT6,SRSF11,MARCKSL1,RRM2,SORT1,NFYC,FBXL19,ATP2B4,PDE4DIP,AP2B1,CDC42BPB,SCAF1,KLF6,NEURL4,NFIA,CARM1,TAOK2,MGAT4B,ACIN1,NUCB1,HDGF,PKN1"
+"gene_set_query"	"1431"	"ARID5A"	"1206.0"	"ARCHS4 Coexpression,1270;GTEx Coexpression,1141"	"CRTC2,RNF19B,ACTB,RABGEF1,SMCHD1,RASSF1,SMARCAD1,PIM3,PELO,IER2,IFNAR2,PPP1R16B,ACOT9,FNBP1,ANKRD44,DAPK3,CNPY3,GTPBP1,JMJD6,SAP30,ADAM19,BIN3,CDC42SE1,EXD2,PFKFB3,PXN,TWF2,HTRA2,RASGRP2,RLF,CSF2RA,CORO1A,PHF21A,RAP1B,PGS1,SBNO2,LARP1,MED30,MICAL1,SLC15A4,KLHDC10,VASP,PHC2,NFKBIA,EHD1,ABTB1,ATG2A,CORO7,LRCH4,PICALM,OGFR,YWHAE,BTG1,ELL,TRADD,PIK3CD,ARRB2,ING1,LIMD2,ARV1,CAPZB,GLIPR2,LRRFIP1,CAP1,KDM6B,SUN2,PLEKHG2,ATMIN,GMIP,TSN,TGFBR1,ATRN,VCAN,DDAH2,RAPGEF1,ARHGEF1,PLEKHO1,RNF166,STK40,IRF9,PPP1R15A,TRABD,GRAMD1A,RNASEK,RGS19,CLCN3,RELA,GNAI2,TYMP,FGD3,CHSY1,NFIL3,SPOCK2,PTK2B,CSK,MGAT1,DEDD,CYTH1,MAP3K3,PTPN1,RNF24,NR1H2,MYO9B,PNRC1,PER1,KLF6,PIK3IP1,CCDC9,SHKBP1,ZYX,SMAP2"
+"gene_set_query"	"1432"	"SP100"	"1208.0"	"ARCHS4 Coexpression,1189;Enrichr Queries,1315;GTEx Coexpression,1120"	"ITSN2,ANKRD13B,IFITM2,ZFYVE9,CSE1L,HDAC11,MRFAP1,GABPB1,CELSR2,TOMM20,IPO5,SMCHD1,TRIM28,KIF21A,BTRC,SLC12A6,IFNAR2,SLC38A1,TSPYL1,FNBP1,ANKRD44,RECQL,SHISA5,CD3EAP,ACLY,ADPRH,XRN2,DDIT4,WDFY1,PSME1,PFN1,FKBP4,LY6E,PFN2,ZCCHC7,PFKFB3,TRANK1,STK4,NDRG1,CSF2RA,TTBK1,CAMSAP1,UBE2J1,RAP1B,CYB5R4,SNX2,MIER1,ERI3,MYH10,ATP6V0A1,S100A10,PRNP,JUN,IQSEC2,NONO,CBX2,CBX1,M6PR,HPS3,ARPC5,PAICS,NFKBIA,CCT6A,LSM6,EFNA2,HOOK2,ARPC2,TOLLIP,FASN,SP3,INTS4,SAE1,ITM2C,AARS,CDC42SE2,YWHAE,DAZAP2,BTG1,PODXL2,FKBP15,PRKCSH,HEXA,PIK3CD,HMGB3,ADAR,PCSK7,LIMD2,SERP2,NGRN,NUDCD3,TUBA1B,SCRN1,TMSB4X,PDE4B,KIF1B,SH3BGRL3,EVI5L,LRRFIP1,JAK2,TNPO2,RAB8A,YWHAG,CTSB,USP46,CCT3,CCT2,RPS6KL1,WARS,ATMIN,DYNLL2,CKAP5,RHOA,NIPSNAP1,PARP8,TOX4,CTDSP2,PXDN,LANCL2,ARHGEF4,MAPRE3,NCOA7,MAPT,CD47,SGK1,SFI1,IRF9,GRN,USP15,AHCY,NLGN2,DCTN1,NOL4,HSPD1,FGD3,TCEAL5,DNPEP,NT5DC2,BNIP2,DRAM2,HNRNPA1,CCT7,PAK2,ATP9A,CYTH1,CCT4,PTPN1,MARCKSL1,MDH2,STAT2,USP22,SSRP1,SOD2,GDAP2,PNRC1,ATAT1,ERP44,MARCKS,KLF6,PPP2R2C,RAB12,BAX,PKN1,VIM,RAN"
+"gene_set_query"	"1433"	"ZIM2"	"1208.0"	"ARCHS4 Coexpression,1483;Enrichr Queries,535;GTEx Coexpression,1607"	"SH3GL3,CLPB,CLSTN2,MYT1L,CTNND2,RIMS1,DHX57,DPYSL2,NRCAM,DIP2C,NCKAP5,ANKS1B,SOX5,CALN1,PPFIA2,TLE4,MEF2C,RBFOX1,DSCAM,LMO3,MAGI2,MTUS1,CD3EAP,FRMD4A,ANK2,ANK3,ANK1,TIAM1,OLFM1,KCNQ2,HECW1,ELMO1,HECA,AMPH,FAM92A,ASTN1,GRIA1,MEG3,DHX8,TSHZ3,NTM,CACNA1B,ISG20L2,CACNA1A,TMTC1,CACNA1C,KALRN,SPATA7,GIGYF2,DPP6,PITRM1,CAMTA1,PLXNA4,NTNG2,PTPRN2,AUTS2,ODF2,BOD1,CCDC136,PDE2A,DCLK1,PTPRD,DAB1,EFNA2,HOOK2,NBEA,CNTN1,GNAS,GABRB3,ROBO2,PIGU,GRIK5,CELF2,GRIK3,CHD6,AP2A1,AFF3,SYNE2,TMEM191C,ROBO1,AKAP12,UCHL1,PCLO,JPH3,MCF2L,DST,PEG3,PDPK1,ABCC8,PDE4D,NAV2,ZEB2,PTP4A3,NAV3,SETBP1,PXDN,CDH13,MAPT,PLCB1,SHANK2,GAS7,NLGN1,NFIX,NRXN1,RNF38,CXXC1,NRXN2,ADCY1,PSMA7,AKAP1,SNX29,CUX2,ABLIM3,SLIT1,PAK6,NCAM1,CTNNA2,OPCML,RUNX1T1,NTRK2,ATRNL1,NTRK3,PCDH7,ATP2B4,PDE4DIP,SORBS2,NMNAT2,USP29,MYO16,MAPK10,PPP2R2B,RIMBP2,PKN1,METAP2"
+"gene_set_query"	"1434"	"GFI1"	"1209.0"	"ARCHS4 Coexpression,936;Enrichr Queries,1229;GTEx Coexpression,1462"	"NCKAP1,ANKRD13D,HDAC10,IFI30,BACH2,FAM107B,SMCHD1,RAVER1,DPYSL2,MYC,LONP1,CCDC97,BAHCC1,IFNAR2,PPP1R16B,MEF2C,KDM2A,NUP210,CISH,FNBP1,ANKRD44,F2R,CNPY3,ATP1B1,GTPBP1,ANK1,DGKZ,MFSD10,HNRNPUL1,DDIT4,ORAI2,HECA,TOX,RPL29,CSNK1G2,SF1,POM121,ANP32A,MEPCE,MAZ,AK2,SLC38A10,STK4,RASGRP2,CORO1A,NDRG1,HIF1A,SOCS2,MAN2A2,GRK6,DHX36,MCL1,JUN,NOP14,CPSF7,BCL11B,CPSF1,BCL11A,PHF12,EDEM1,IRF2BP2,MTHFR,MCAT,PRRC2A,NFKBIA,HNRNPL,EFNA2,NR4A3,HOOK2,HOOK1,ID2,CCDC88C,CORO7,CLASRP,CALR,LRCH4,ITM2C,DAZAP1,SH3KBP1,PIK3CD,ARRB2,SLC7A11,LIMD2,LMNB1,PPP1R9B,MED12,DUSP12,SEPT6,PPP6R1,DHX15,PDE4B,UBTF,TOPBP1,RAB8A,KDM6B,MAP4K2,SUN2,ACTR2,REXO1,KLF13,H2AFY,RHOF,GMIP,DUSP6,KLF16,PARP8,DNM2,ARL4C,TOX4,SLC7A5,ZEB2,VCAN,PTP4A3,EEF1D,KIT,PXDN,CAT,ARHGEF1,ARHGEF2,SGK1,RNF166,GAS7,TRABD,SATB1,RGS16,DOT1L,SRRT,CXXC1,LENG8,GRAMD4,MLLT6,FGD3,DCAF15,NFIL3,U2AF2,PTK2B,CSK,MTA2,FBRS,MEF2D,CYTH1,SEMA4A,MARCKSL1,SF3A1,TTC13,RRM2,SF3A2,SEMA4D,USP20,ATP13A1,MYO9B,KLF6,NFIA,ACIN1,ESYT2,VIM,INSM1,PKN1,P4HB,PDE7A,SMAP2,TPT1"
+"gene_set_query"	"1435"	"ZNF283"	"1212.0"	"ARCHS4 Coexpression,1605;Enrichr Queries,1037;GTEx Coexpression,993"	"ANKRD13C,FAM13B,EPRS,TSEN2,FBXO22,GPATCH8,ALKBH8,EFR3A,CDC23,ZFP30,OPHN1,MYC,CWC22,SMARCAD1,NRCAM,ARID2,MAP3K7,ATXN7L3,SLC25A46,ARRDC4,MED1,BIVM,USP8,TSTD2,ARRDC3,RECQL,MTUS1,WDR75,CD3EAP,TRNT1,FAM133B,DISP2,ZSCAN21,DDIT4,MAPKAPK5,ALG10B,ANAPC1,FKBP5,ANKRD17,DDX6,CHRNA7,TARS,CACNA1D,BRCC3,UBR1,PIK3R1,HIF1A,MTDH,EFNB2,APH1A,ORC4,RNASEH1,HSPH1,ORC6,DHX33,PITRM1,LARS,ZKSCAN3,BRIX1,TRPM7,RDH13,NDUFV3,PDZD7,AP1M1,JUN,PLK2,INTS2,SLC35E3,BTBD9,SETX,PCDHGA11,ZBTB6,ZZZ3,SLC7A6OS,EFNA2,HOOK2,NBEA,ARMC10,HOOK1,COPS2,RFXAP,CNTN1,SPIRE2,TUBGCP4,DHX29,NOL11,FAT4,RBAK,LRP12,PIGU,CITED2,PRKCSH,CHD6,SLC2A3,ZFP82,SLC7A11,PCSK7,RPGR,DUSP12,SENP7,SART3,OTUD6B,TRIM2,OPA3,ENC1,DHX15,RIOK2,TNPO1,ZIK1,UPF1,WDR36,SHPRH,MRPS27,PCDHGA4,DST,TSC22D1,PDPK1,TSC22D3,ATRX,SLC39A10,BAZ1B,DUSP6,MLF2,RHOB,LATS1,ARL4C,SLC7A5,SIKE1,VCAN,CTDSP2,POLR1B,PXDN,DNAJC9,BDP1,SGK1,RNFT2,NOL9,ABLIM1,GANAB,BTAF1,U2AF2,TAF1A,FEM1C,HEATR6,RPP14,SRSF10,EXOSC2,TRIM44,ATF7IP,PTCD2,MTX3,YIPF4,NICN1,PDE4DIP,DEK,OXR1,VEGFA,KLHL9,SLC4A7,MYO1B,LYRM2,ABCB10,NFIB,ETNK1,ERCC8,RAB3GAP2,NUCB1,SNRNP48,GOPC,NAA15,PKN1,ABCE1,TRIM32,RNF141,TAF2,MBTPS2,METAP2"
+"gene_set_query"	"1436"	"ZNF473"	"1213.0"	"ARCHS4 Coexpression,1447;Enrichr Queries,641;GTEx Coexpression,1551"	"IFT172,CSE1L,HNRNPU,CISD2,EPRS,ACRBP,RUVBL2,DPYSL2,MYC,KHSRP,CHORDC1,LONP1,DZIP1L,IER5,FADS1,IER2,TMPO,SLC38A1,IFRD1,MTUS1,CD3EAP,VRK3,GTPBP4,ILF3,MSH2,DDIT3,DDIT4,HECA,FKBP4,SRSF7,ATF4,UNC119B,DHX8,SHMT2,CUL3,NOP2,ISG20L2,NOLC1,CDKN2AIP,GIGYF2,STIP1,ORC6,HSPH1,PITRM1,RRS1,ABL2,ZC3H14,SKIL,RAB11FIP5,MCL1,BRAP,HSPA8,PRNP,CREBBP,JUN,CHKA,ODF2,CCDC136,PLK2,HMGA1,IFT122,ASNS,CDC7,NUP153,MEX3C,EIF5,HOOK2,HOOK1,CNOT1,ID2,MAFG,MDM2,EZH2,PIGU,HSP90AB1,MCM7,SPEF1,CITED2,PRKCSH,ZFAND2A,CETN2,MRPS12,CHD6,MRPL36,SLC7A11,RND3,PHF8,COIL,PTBP1,DUSP12,XPO5,KDM6B,CCT3,KLF11,CCT2,RFC3,HSP90AA1,PDPK1,RFC2,TSC22D3,CACYBP,AEN,TUBG1,MRPS7,CKAP5,DUSP6,RHOB,SLC7A5,PTP4A3,CTDSP2,POLR1B,PXDN,TCP1,ARHGEF2,SGK1,PPP1R15A,PCNA,GTF3C4,SLC20A1,CEBPG,DDX20,DDX21,SLC3A2,PPM1D,PPM1G,NOL6,HSPD1,GGA1,DNAJB1,NFIL3,PHKG2,MKNK2,POLR2D,FEM1C,RRM2,LRWD1,USP29,VEGFA,AGBL5,KLF6,PSAT1,PKN1"
+"gene_set_query"	"1437"	"DMBX1"	"1213.0"	"ARCHS4 Coexpression,1574;Enrichr Queries,1178;GTEx Coexpression,888"	"ATP8A2,NUP188,KDM1A,TRRAP,RPL31,IFT172,SPPL2B,HDLBP,MSI1,GOLGA2,FADS2,PREX1,ZMIZ1,EPHB2,IER5,ATXN7L3,FADS1,CHGB,SLC39A3,TSPYL2,LMO1,EPHA4,MEF2C,IGFBP3,TSC2,POU3F1,ATG13,POU3F2,HCFC1,BSCL2,ATXN2L,DDIT4,RAB35,SCG5,PPIE,CHMP4B,CSNK1G2,CUTA,PKDCC,MEAF6,TMEM63C,CCDC24,CSTF3,FBF1,CLEC16A,CACNA1A,HTATSF1,PRPF8,PLD3,RAP1GAP,PHF21B,EFNB2,APH1A,DHX30,IGSF21,PCSK1N,STK36,SYMPK,OTX1,RDH13,PDZD7,JAG2,ZFHX2,BCL11B,RHBDD2,SURF2,ZFR2,BCL11A,SLC35E3,NR2F1,IFT122,NSG1,SUPT5H,FBXO31,PRRC2A,AHI1,EFNA2,HOOK2,LHX2,HOOK1,GNAS,SPIRE2,IFT27,EIF4G3,DZIP3,NFE2L1,ARF1,WDR1,PRKCSH,PHF1,PTPRN,CETN3,GRIK3,CHD6,CHD5,PPP1R9B,SMPD4,ABHD16A,UBE2Q1,ENC1,ANXA6,NEFL,KIF1A,ARHGEF11,EMX1,UPF1,MINK1,IQCE,NAV1,NAV2,RANGAP1,ARFGAP1,MLF2,RGMA,SLC7A4,MN1,TMEM179,VCAN,PTP4A3,PXDN,EXOC3,PICK1,RHOU,RNFT2,SF3B2,DDX25,DOT1L,ODC1,SRRT,STX18,CXXC1,FOXK2,SEMA3F,DPCD,DLL1,CLCN2,HDAC6,GGA1,FZR1,CUX2,U2AF2,NNAT,TMEM68,BRD8,FBRS,RPRM,RANBP2,MBTPS1,LINGO1,YIPF2,BRF1,MBD1,WNT7B,PCDH7,NICN1,AP3D1,MEIS2,NELL2,SLC4A8,KLF6,NFIA,NFIB,TTC3,TAOK2,RIMBP2,INSM1,UNC79,CBLN1"
+"gene_set_query"	"1438"	"PITX3"	"1214.0"	"ARCHS4 Coexpression,1374;Enrichr Queries,1238;GTEx Coexpression,1030"	"KEAP1,KLHL34,UBE3A,PDCD2L,CCDC28B,DCAF6,CHCHD3,PSMD7,CFL2,DPYSL2,MYC,KPNA4,PRKACA,KPNA3,SOX4,KPNA1,LMO1,PDHX,SEMA6C,PHYH,TPM3,CACNA2D1,IGFBP3,MRPS18A,DYRK1B,SHISA4,TBR1,SOX11,POU3F1,POU3F2,ANK1,POU3F3,GRIP2,CACNB1,CTDNEP1,GNPAT,RNF123,DMTF1,BIN1,DDIT4,EEF1A2,FKBP3,RTN2,NRN1,PKDCC,CUL5,SAR1B,FOXG1,AK1,UBR3,LPL,CACNA1A,MRPL14,FXR1,CYB5R1,BTBD1,PRKAR2A,DVL1,OTX1,NAA50,EIF2B3,JUN,DMPK,NR2F1,NR1D1,UBAC1,ZC3HC1,TADA2B,AIMP2,EFNA2,HOOK2,PPP1R1A,TMEM11,LHX2,HOOK1,PKIA,GRSF1,NFE2L1,CDKN1C,PHTF2,USP38,THRA,SCHIP1,MAST2,FHL1,CHD6,MYL6B,OSBPL11,MYO18A,SPEG,HIF1AN,LRRC47,PSD,ZYG11B,EMX1,NAA30,ADSL,RAD23A,DUSP26,MLF2,PTP4A3,CTDSP2,PXDN,CCDC43,MAPT,SGK1,SLC25A12,RBM24,SLC25A4,SLC29A2,CSTB,NFIX,SATB2,USO1,NRXN2,SRL,ARNTL,PPP1R2,TMEM201,SAMM50,HSF2,NPY,PPP1R7,POLR2D,CDC37L1,MFN2,NCAM1,RPP14,SLC25A22,POLR2J,EGLN1,BRF2,KCNJ11,FEM1A,PDE4DIP,UBE2G1,MEIS2,LRRC20,CUL4A,SLC8A3,FABP3,SUCLA2,NFIA,NFIB,PRKRA,NEDD4,ASB8,RAB12,PKN1,INSM1,TACC2,GPD1L,PFKM,CDK5R2"
+"gene_set_query"	"1439"	"MSX2"	"1214.0"	"ARCHS4 Coexpression,950;Enrichr Queries,1184;GTEx Coexpression,1509"	"CLSTN2,KDELR1,PITPNB,WWC1,FBXO28,HDLBP,ADARB1,RPL8,CLU,LAPTM4A,RPS17,PSMD6,ALCAM,TRIM28,BASP1,MYC,BSG,DAG1,PAPOLA,PLS3,AKT1,AP1S1,SOX4,ACVR1,PDIA3,EPHA4,SH3GLB2,IGFBP3,IGFBP2,SOX11,ACTN4,ANK1,TWSG1,SFRP1,DOK4,KCTD10,DDIT4,FKBP4,LRRC59,ISYNA1,IGSF3,CDCA4,NXPH4,GLO1,MAZ,FOXO6,SLAIN2,VPS26A,UBFD1,PHB,MRPL12,NDRG1,CORO1B,SLC9A1,EFNB2,NUAK1,PPP4C,FLRT2,PRDX1,PLXNA2,GSE1,DVL3,BCL9L,BTF3,JUN,XBP1,CADM1,JUP,KLHL26,SMURF1,CBX3,PLK2,CBX2,TMEM132A,CRIM1,NR2F1,DSTN,FANCE,MEX3D,SSH3,MED13L,KLHL20,STAG1,EFNA2,HOOK2,APPBP2,FUBP3,LHX2,HOOK1,PTK7,ID2,GIPC1,DLG5,HNRNPF,GNB4,CNTN1,NFE2L3,UBA2,AMOTL2,DHX29,FAT4,SAE1,LRP12,EIF4G1,ZNF512B,NRP1,CITED2,USP32,RPLP0,CLTC,HMGB3,SLC2A3,SLC7A11,LMNB2,PTPRF,DUSP12,CSRP2,TMEM43,MDK,ENC1,WDR5,PMEPA1,TMED2,JAK2,PRMT6,BCAS3,USP43,H2AFX,NME2,MED27,RAD23B,DUSP6,MLF2,RHOB,ARL4C,DDB1,VCAN,PTP4A3,CSDE1,KIT,CDH11,PXDN,RHOU,SGK1,PFDN4,OTUB2,SF3B4,SMARCD2,GTF3C4,ROCK1,RPL12,SLC3A2,PRICKLE1,PPM1D,TOB1,NRAS,CCDC85C,CAMK2N1,SLIT1,SPOCK1,RPS2,HEATR6,MEST,MPZL1,CACNG4,PAIP1,NTRK2,RNF25,WNT7B,PCDH7,CDC5L,GTF2H1,MEIS2,HNRNPAB,SH3RF3,NELL2,NFIA,RPS6KB1,RAB15,STAC2,TRIM37,HDGF,VIM,EIF3C,CRLF1,RAB3GAP1,RAN,METAP2,EIF3B"
+"gene_set_query"	"1440"	"AKNA"	"1214.0"	"ARCHS4 Coexpression,1150;Enrichr Queries,1046;GTEx Coexpression,1447"	"CYFIP2,CRTC2,IFITM2,ANKRD13D,PREX1,SMCHD1,RASSF2,FRAT2,BASP1,DPYSL2,MYC,COTL1,LONP1,PIP4K2A,KIF21B,SLC12A6,SLC12A9,IFNAR2,PPP1R16B,SLC38A1,ST6GAL1,RNF44,KDM2A,FNBP1,ANKRD44,PRKCD,CNPY3,ADAM19,DDIT4,EHBP1L1,ELMO1,HECA,CSNK1G2,LY6E,CDC42SE1,SLC45A4,STXBP2,TRANK1,PIK3R1,RASGRP2,STK4,CORO1A,NDRG1,SBNO2,GRK6,CHST15,ST3GAL1,NADK,MCL1,WDTC1,VASP,JUN,IQSEC1,PHF12,PBX2,NFKBIA,ABTB1,EFNA2,HOOK2,ID2,CCDC88C,CORO7,LRCH4,LRP10,ITM2C,BTG1,SH3KBP1,CELF2,PIK3CD,SLC2A3,ARRB2,SLC7A11,LIMD2,HERPUD1,PPP1R9B,DUSP12,GLIPR2,PPP6R1,XPO6,PDE4B,FLOT2,MAP4K2,SUN2,KLF13,PDPK1,TSC22D3,SH2D3C,ARHGEF18,RHOF,GMIP,DUSP6,PARP8,DNM2,ARL4C,TOX4,SLC7A5,ZEB2,PTP4A3,MED25,PITPNM1,PACS1,CTDSP2,PXDN,ARHGEF1,EVL,ARHGEF2,SGK1,RNF166,STK40,PPP1R15A,RGS19,LENG8,GNAI2,MLLT6,FGD3,ZDHHC18,SH3BP2,FLNA,PTK2B,FYN,CSK,FBRS,CYTH1,MAP3K3,SEMA4D,MBOAT7,MYO9B,USF1,VEGFA,MARCKS,KLF6,PSAT1,KLHL7,SHKBP1,ZYX,PKN1,VIM,SMAP2,YPEL3"
+"gene_set_query"	"1441"	"EGR2"	"1215.0"	"ARCHS4 Coexpression,1363;Enrichr Queries,1093;GTEx Coexpression,1188"	"CYFIP1,PHLDB1,NAB1,SLA,ARHGAP39,ZDHHC8,CLU,UBE2L3,NRBP2,RASSF1,BASP1,DPYSL2,MYC,RNF19A,WDR91,LONP1,PIM3,IER5,IER2,FADS1,SOX4,SAP30BP,MEF2C,SLC38A1,ST6GAL1,WSB1,ACTN1,IGFBP3,AP1B1,CNPY3,VASH1,POU3F1,MAPK8IP1,BIN1,DDIT4,SRSF3,FIZ1,HECA,SIK1,SEMA7A,PFKFB3,INSIG1,LTBP4,LPL,PIK3R1,NDRG1,CSF2RA,SOCS2,EFNB1,IGSF21,ABL2,HMGXB3,IP6K2,MCL1,S100A10,CD276,PRNP,JUN,JUND,CADM4,H3F3B,PTCH1,PLK2,HSPA12A,GADD45G,NFKBIA,GON4L,NR4A3,HOOK2,ID2,CNTN1,PI4KB,ITM2C,LGMN,NRP1,DOCK4,PTPRS,BTG1,SLC44A2,CITED2,GRIK3,AATK,SLC2A3,SLC7A11,RND3,AKAP12,PANX1,DUSP12,CHL1,RASGEF1B,ENC1,DHX15,PDE4B,PMEPA1,DACT1,CTSB,KDM6B,PLEKHG2,GPX1,DUSP1,SECISBP2L,TSC22D3,IFNGR2,PRPF40B,DUSP6,MTSS1,BET1L,RHOB,ARL4C,SLC7A5,SFPQ,VCAN,PTP4A3,INF2,B3GNT5,PXDN,ATP6V1B2,TAX1BP3,SGK1,PPP1R15A,CSTB,SFSWAP,RGS16,DOT1L,CXXC1,PRICKLE1,CLCN2,EHBP1,DRP2,GNA13,FGD4,SNX29,EXOSC10,BTAF1,PUF60,NFIL3,CHSY1,TRA2B,MKNK1,LRRC8B,RRM2,SEMA4C,MCOLN1,VEGFA,PER1,KLF6,PTPN9,SPRY2,VIM,CDO1"
+"gene_set_query"	"1442"	"LBX1"	"1217.0"	"ARCHS4 Coexpression,1233;Enrichr Queries,1395;GTEx Coexpression,1024"	"IPO13,PREP,KEAP1,KLHL34,UBE3A,PDCD2L,CCDC28B,DCAF6,PSMD7,CFL2,PSMD3,KPNA4,PRKACA,KPNA3,KPNA1,KCMF1,SEMA6C,PDHX,MEF2C,RBFOX1,TPM3,CACNA2D1,MRPS18A,DYRK1B,SHISA4,TBR1,POU3F1,POU3F2,ANK1,POU3F3,GRIP2,CACNB1,CTDNEP1,GNPAT,RNF123,CLIP1,BIN1,EEF1A2,EHBP1L1,PLAA,FKBP3,RTN2,NRN1,CUL5,TSHZ3,SAR1B,FOXG1,AK1,UBR3,CACNA1A,MRPL14,UBFD1,BHLHE22,FXR1,CYB5R1,NEUROD2,SCRT2,BTBD1,PRKAR2A,LDHD,DVL1,OTX1,NAA50,ESRRA,EIF2B3,JUN,BCL11B,IDH2,GOT2,NR2F1,MEMO1,UBAC1,SCRT1,ZC3HC1,COPS3,AIMP2,EFNA2,LSM6,HOOK2,PPP1R1A,STK25,TMEM11,LHX2,PKIA,OGDH,ACO2,GRSF1,NFE2L1,CDKN1C,PHTF2,USP38,SCHIP1,MAST2,SETD7,FHL1,CHD6,ATP2A2,OSBPL11,PPP3CB,MYO18A,SPEG,HIF1AN,FEZF2,LRRC47,ZYG11B,EMX1,NAA30,ADSL,RAD23A,DUSP26,MLF2,MN1,PTP4A3,PXDN,CCDC43,SLC25A12,RBM24,SLC25A4,SLC29A2,CAMK2B,NFIX,USO1,SRL,TMEM201,SAMM50,CUX2,DNAJB5,MFN2,RPP14,EGLN1,BRF2,KCNJ11,FEM1A,WNT7B,ADRM1,PCDH8,PDE4DIP,UBE2G1,PPP2R3A,MEIS2,LRRC20,CUL4A,SLC8A3,PINK1,FABP3,KIF26A,ASB8,RAB12,PSMC1,INSM1,TACC2,GPD1L,PFKM,CBLN1"
+"gene_set_query"	"1443"	"SHOX2"	"1219.0"	"ARCHS4 Coexpression,1380;Enrichr Queries,1040;GTEx Coexpression,1237"	"VARS,STMN2,HDLBP,PLOD3,ALDH1L2,ALCAM,CDH2,KIF5C,BASP1,DPYSL2,DPYSL3,SLC39A7,LZTS2,SBF2,SOX4,ACVR1,CSNK1G3,EPHA4,MEF2C,TPM4,IGFBP3,IGFBP2,RECQL,ATP11C,AFAP1,SOX11,ANK1,TWSG1,SFRP1,TMX3,HNRNPUL1,TRIB2,KPNB1,RAI14,LRRC59,NUMBL,NRN1,NPRL3,LPL,CACNA1A,FOXO6,XPC,TMTC1,GIGYF2,SAV1,RAP1B,EFNB2,FLRT2,ESD,ABL1,ABL2,PLXNA1,ZC3H18,CD276,RAB11FIP5,JUN,CADM1,BCL11A,ODF2,CRIM1,NR2F1,DNAJC13,MEX3D,DCLK1,KLHL20,PRRC2A,EXT1,PCDHGA11,EXT2,STAG1,MEX3B,ZZZ3,EFNA2,HOOK2,SESTD1,LHX2,PTK7,UBE2S,ID2,MAFG,SP3,CALU,GNB4,CNTN1,PPT1,UBA2,FBXL3,AMOTL2,FAT4,EIF4G1,ITGB1,PRKCSH,DOCK7,AP2A1,SLC7A11,YBX1,AFF3,RND3,LMNB2,TMEM191C,ROBO1,AKAP12,RSRC1,TIMP2,EDIL3,DACT1,CAP1,PCDHGA4,PABPC4,TCF12,ARNT,FAM126A,RAD23B,DUSP6,MLF2,ZEB2,VCAN,PTP4A3,PIK3CA,PXDN,CDH11,FAM20C,AIDA,SGK1,DBN1,NFIX,LRP1,ROCK1,SATB1,SATB2,RGS16,CXXC1,PTN,CYTH3,SCAF8,DNPEP,POLR2D,SLIT1,SPOCK1,APBB2,NCAM1,ANKRD50,MEST,RUNX1T1,SMARCE1,SEPT11,PCDH7,MEIS2,NELL2,MKLN1,NFIA,NFIB,CARM1,MFAP2,GOPC,VIM,P4HB"
+"gene_set_query"	"1444"	"TBX6"	"1220.0"	"ARCHS4 Coexpression,1469;Enrichr Queries,859;GTEx Coexpression,1332"	"ZDHHC5,PPP2R2A,ACRBP,BACH2,TXNDC17,PPP4R1,DPYSL2,KHSRP,PHYHD1,LONP1,GLUL,FADS1,SOX4,SH3GL1,TLE2,ANAPC7,TMOD3,IGFBP3,ARRDC3,CD3EAP,THOC3,SCRIB,KCTD5,ANK1,DDIT4,RRAGD,ORAI2,HECA,ULK1,TTLL12,SEMA7A,PFKFB3,IGSF3,DHX8,FBF1,LTBP4,CACNA1A,ZBTB5,RASGRP2,SEZ6L2,NDRG1,CORO1A,RAP1GAP,SYNGR1,GRPEL2,PLXNA2,RDH13,MARK2,PDZD7,TRAPPC2,PRNP,JUN,JUP,RCC2,SLC35E3,KLHL24,NR1D1,SSH3,GADD45G,NFKBIA,FAM135A,EFNA2,NR4A3,HOOK2,HOOK1,GIPC1,ID2,SPIRE2,SDC1,ITM2C,CDKN1C,PIGU,CCDC120,BTG1,DOC2A,CHD6,ARRB1,BBC3,DUSP12,OPA3,TCP11L2,PLEKHN1,KDM6B,DFFB,DBNL,PDPK1,TSC22D3,ZDHHC13,SIRT7,REXO2,RABGGTA,DUSP6,DDOST,MLF2,ARL4C,SLC7A5,ZEB2,PTP4A3,RAP2B,KIFC2,CTDSP2,C1D,PXDN,ACOX3,RHOV,ALDOA,SGK1,ARF6,PPP1R15A,RNFT2,CSTB,STOML1,NAA20,SATB1,GSTP1,VPS4B,RGS16,SEMA3F,DLL1,FAM129B,ZNRF1,NFIL3,U2AF2,MKNK2,TMEM68,CKB,ZSWIM4,SEMA4B,NICN1,DHRS1,VEGFA,RAB10,TTC9,KLF6,NAGK,FABP5,TEF,PIK3IP1,CCNG2,RGS12,PKN1,YPEL3"
+"gene_set_query"	"1445"	"ZNF19"	"1221.0"	"ARCHS4 Coexpression,1553;Enrichr Queries,737;GTEx Coexpression,1372"	"MDC1,MIDN,KDM1A,IFT172,WWC1,CEP120,EPRS,CYP46A1,ACRBP,BACH2,DPYSL2,ZMIZ2,SESN1,NCKAP5,ATXN7L3,SOX4,SYBU,ARRDC4,MTUS1,TTC7B,RFX3,CD3EAP,FRMD4A,LMO7,MOGS,RSBN1,FOXP1,ATXN2L,TIAM2,DMTF1,IFT81,DDIT4,RAB35,HECA,LRRC59,DHX8,IGSF3,CCDC24,FBF1,CACNA1B,ITPR1,NEDD4L,SPATA7,SOCS2,APH1A,DHX30,ORC4,STK36,TPR,NACC1,SYMPK,GSE1,SRGAP3,ZC3H14,PDZD7,PRNP,JUN,AUTS2,ODF2,PLK2,PTCH1,SLC35E3,IFT122,IRF2BP2,SUPT5H,SMARCA2,PRRC2A,SETX,HNRNPL,EFNA2,HOOK2,HOOK1,GNB1,SPIRE2,PLXNB2,FAT4,FGF13,SUGP2,NFE2L1,MDM1,CPEB4,ARF3,NRP1,PIGU,CITED2,PRKCSH,PHF1,CETN3,CEP164,CHD6,SLC7A11,AFF3,PRPF19,AP4M1,PCM1,PDE4B,IFT57,JARID2,KDM6B,BRD2,UPF1,DST,TSC22D1,IFT140,PDPK1,PDE4D,TSC22D3,NAV1,NAV2,WDR35,RAD23B,ZFP90,DDOST,RHOB,SLC7A5,TRAF7,VCAN,PTP4A3,CTDSP2,PXDN,IFT46,SGK1,IRF9,PPP1R15A,PHLPP2,RNFT2,CSTB,SF3B2,SATB1,SRRT,LRP8,PPM1G,GGA1,BCLAF1,GANAB,DNPEP,U2AF2,FEM1C,FYN,BRD8,MAP4K5,FBRS,YKT6,ATP9B,RUNX1T1,MBD1,PDE4DIP,SORBS2,LYSMD4,USP29,PNRC1,VEGFA,AGBL5,KLF6,NFIA,SNX14,NUCB1,HDGF,PKN1,METAP2"
+"gene_set_query"	"1446"	"PAX2"	"1221.0"	"ARCHS4 Coexpression,1234;Enrichr Queries,980;GTEx Coexpression,1450"	"GALNT11,ANKRD13B,ATN1,ZDHHC6,OGDHL,BACH2,CNDP2,GLS,DPYSL2,MYC,AKT2,FBRSL1,STK32B,EPHB1,LMO1,EPHA7,RBFOX1,UNC5A,PTOV1,DYRK1B,TSC2,SOX11,CSNK1E,ATP1B1,PRKAB1,SRCIN1,POU3F2,ANK1,POU3F3,OLFM1,SFRP1,MYCN,SUCLG1,SF1,BRSK2,PKDCC,ANKRD11,CACNA1B,LTBP4,CACNA1A,FOXO6,CPLX2,RAP1GAP,CACNA1H,IGSF9,CACNA1G,DPP6,FAM171A2,PLXNA2,CAMTA1,CDH24,TNRC18,OTX1,RAB11FIP3,B4GALNT4,JUN,PTPRN2,JUND,CADM1,BCL11B,DMPK,BCL11A,PTCH1,NR2F1,MEX3D,SYT7,SCRT1,SMARCA4,ARHGAP33,MSRA,MEX3B,EFNA2,HOOK2,LHX2,HOOK1,PTK7,PLXNB1,CLASRP,RERE,PIGQ,KCNC3,PHF1,PTPRO,AKAP8L,GRIK3,CELF4,CHD6,PEPD,TMEM191C,PTMS,TMEM101,MDK,SNRNP70,CPXM1,CTSD,ADAMTS7,PELP1,EMX1,PLEKHG2,ANO8,NAV2,MRPS6,RGMA,NCOR2,GIGYF1,PTP4A3,NPC2,KIT,PXDN,KIFC3,PPP1R12C,SHANK2,CAMK2B,ECHS1,NFIX,NLGN2,PTGER1,SATB2,SRF,NRXN2,CRMP1,LENG8,ADCY1,CUX2,MTA1,PABPN1,NCAM1,PCDH1,FBRS,RUNX1T1,FARP1,NTRK2,SF3A2,WNT7B,PCDH7,PCGF2,PCDH8,MIB2,SAMD4B,MEIS2,NELL2,PFKL,NFIA,NFIB,KIF26A,P2RX2,SGSM2,KCP,ACIN1,INSM1,AGRN,MDGA1,CBLN1"
+"gene_set_query"	"1447"	"ETV3L"	"1224.0"	"ARCHS4 Coexpression,1166;Enrichr Queries,1132;GTEx Coexpression,1373"	"PLEKHB2,CLSTN2,RNF19B,SLC8A1,SNRPD1,DPYSL2,WDR91,NRCAM,MACROD2,IER5,NCKAP5,SAMD10,FADS1,ARRDC4,KIRREL3,UNC13B,SRRM4,TPRA1,NUP210,APLP2,VASH2,TALDO1,ATP1B2,GABRG2,TRAIP,TOM1L2,DDIT4,MADD,FSCN1,KCNQ4,ERH,SIK2,TLN2,ARL8B,NSMAF,ZCCHC7,SEMA7A,SET,PFKFB3,DHX8,CACNA1A,PSEN1,SEZ6L2,CACNA1E,ORC6,PCBP4,UBR5,PGK1,ABL2,PLXNA4,S100A10,ATP6V1F,NTNG2,JUN,CADM1,WSCD1,BCL11A,LRRN2,EDEM1,TMEM132A,PDE2A,BRI3BP,PAICS,NFKBIA,EHD1,LRFN5,NR4A3,HOOK2,HOOK1,DLG4,CNTN1,TMCC2,PLCH2,CDC42SE2,ITM2C,ROBO2,NRP1,RNF13,SH3KBP1,PRKCSH,PTPRN,CELF3,CTSZ,PSIP1,SNX10,SLC7A11,DUSP12,SEPT6,FSD1L,RASGEF1B,CTSL,TMSB4X,SH3PXD2B,PDE4B,TLK1,PMEPA1,KIF1A,TRIM67,KDM6B,ARHGEF11,RFC3,ATP6V0B,PARP1,DST,EED,PDPK1,GSTO1,SGIP1,PGAM1,NAV1,AMPD2,SYP,ARFGAP3,COMMD5,SLC7A5,VCAN,PTP4A3,KIF2A,CTDSP2,PXDN,CRY2,CDC42EP2,ATP6V1B2,SGK1,GAPDH,MET,AGPAT5,PPP1R15A,NAPA,GRAMD1A,PCNA,PHLPP1,SRC,RGS16,USP12,ATP1A3,MLLT3,FAM169A,NOL6,CHN2,CCT8,BID,SEMA4A,KCNIP2,GINS4,ATP2B4,PDE4DIP,SOD2,VEGFA,NELL2,RPA3,CACHD1,RAB3GAP2,PKN1,RHEBL1,AGRN,POLR3K,MDGA1,RAN,CRLF2"
+"gene_set_query"	"1448"	"DMRT3"	"1226.0"	"ARCHS4 Coexpression,933;Enrichr Queries,1220;GTEx Coexpression,1524"	"TDRKH,MDC1,CNTFR,DCAF5,SMC3,ACRBP,EFTUD2,DPYSL4,SALL2,CDH2,DPYSL2,IGLON5,CDC27,SBF1,KPNA2,NFRKB,KPNA3,NCKAP5,SOX5,EPHA4,EPHA7,LMO3,ARRDC3,ISLR2,TBR1,SOX11,LIG3,SOX12,POU3F1,POU3F2,ANK1,MID1,POU3F3,KCTD6,SFRP1,LIX1,IFT81,DOK5,ZSCAN21,PHIP,NUP98,XPR1,NRN1,FOXG1,MEPCE,FBF1,NPRL3,CACNA1A,SLCO5A1,BHLHE22,PLA2G6,SPATA7,PHF21B,EFNB2,NKAIN1,EFNB1,FLRT2,TSPAN6,TPR,OTX1,SRGAP3,ATRIP,ZSCAN18,FZD3,CBX5,BCL11B,BCL11A,ODF2,ST8SIA2,NR2F1,IFT122,KLHDC8B,SCRT1,SETX,MEX3B,CNOT6,NR4A3,DAB1,HOOK2,LHX2,PTPRA,UBA2,TCF4,MAGED2,LRCH4,EIF4G3,SUGP2,YWHAE,KDM5B,WDR47,PPP1R13B,DENND1A,CHD6,ELAVL4,LRRC4,SLC35F1,NAT14,SYNE2,ELAVL2,ZCCHC14,OSBPL10,NGRN,PCM1,ACTR1B,TUBA1A,CSRP2,FEZF2,USP46,BRD2,EMX1,GPX4,IFT140,PARP2,PRPF40B,ELOVL6,NAV1,WDR34,CKAP5,TGFBR1,MLF2,PTP4A3,DALRD3,NME7,PXDN,MPPED2,RNFT2,NFIX,SATB2,SRRT,LRP8,PPM1G,LRP6,ADD2,CYTH2,GGA1,STOX2,CUX2,HSF2,SLIT1,BRD8,CKB,IGF2BP2,JAM3,CLVS1,LGI1,NTRK2,CENPV,MYEF2,GOLM1,WNT7B,PCDH7,PCDH8,NMNAT2,MEIS2,EFR3B,AGBL5,NELL2,MARCKS,PDE10A,NFIA,NFIB,PRKRA,TSPAN18,MFAP2,TTC3,CACHD1,INSM1,KCNK2,CLUAP1,CBLN1"
+"gene_set_query"	"1449"	"RFX8"	"1227.0"	"ARCHS4 Coexpression,1269;GTEx Coexpression,1184"	"PRDM8,SLC35B2,ANKRD13D,PLOD3,EPRS,ALDH1L2,PWP1,YY1,HERC4,CDC27,RUVBL1,HOMER3,TMSB10,BAHCC1,TPM4,RECQL,UBE2E1,ADAM10,MFSD10,TMX3,MAPKAPK2,RAI14,ARL8B,NSMAF,COPA,SEMA7A,RNASEH2A,COPB1,HIF1A,PRRC1,MICAL1,ABL2,BRIX1,H1FX,SRGAP1,SNX6,MCL1,ANKRD28,SMURF2,OSBPL5,HMGA1,IRF2BP2,MED13L,EXT1,PCDHGA11,EXT2,BMP1,OSTC,MAFG,STT3A,CALU,GNB4,CALR,ITGB1,NRP1,TRAM1,CNRIP1,SH3KBP1,LMNB2,C1QTNF4,PPP6R1,CTSL,RARS,TNPO1,CAP1,ATP6V0B,H2AFY,GSTO1,RRAS2,FAM126A,CKAP4,ASPH,NDUFS6,TRNP1,PXDN,CAT,CDH11,GARS,ARHGEF2,DTYMK,SLC20A1,HEATR1,ASAP1,FAM129B,GANAB,TAF1B,NFIL3,MAT2A,SERTAD2,IGF2BP3,IGF2BP2,BID,MEF2D,MAP4K4,SEPT11,SSB,RNF24,GINS4,YIPF5,MYO9B,SOD2,CLCN7,TMEM158,XPOT,GOPC,RPL22L1,ESYT2,ATP13A3,VIM,KCNK2,NUCB2,CUL4B"
+"gene_set_query"	"1450"	"MSC"	"1228.0"	"ARCHS4 Coexpression,1202;Enrichr Queries,1223;GTEx Coexpression,1258"	"PITPNB,RNF19B,GABPB1,UBE2Z,IFI30,ACTB,FADS3,LAMP1,SNRPD1,BASP1,DPYSL2,MYC,FTH1,DPYSL3,LONP1,PIM3,SEMA6B,DDX18,TPRA1,IGFBP3,F2R,RECQL,ATP11C,TALDO1,PGD,ADAM19,TWSG1,SFRP1,ADPRH,DDIT4,RAB35,WDFY1,SNRPG,FSCN1,PPIF,VOPP1,CHMP4B,ERH,SNRPE,HECA,ALG10B,ARL8B,NSMAF,ZCCHC7,CD151,PFKFB3,INSIG1,PDGFA,NDRG1,PLD3,MTDH,GLIS2,LDHA,CYB5R3,PSAP,ATP6V1F,PRNP,JUN,FUCA1,M6PR,ARPC5,EXT1,NFKBIA,EHD1,LSM6,NR4A3,HOOK2,TDP2,ID2,MAFG,CNTN1,PLEKHM2,ITM2C,LGMN,OGFR,NRP1,RNF13,PRKCSH,CTSZ,SLC2A3,SNX10,SLC7A11,RND3,AKAP12,DUSP12,GM2A,CTSL,TMSB4X,ENC1,ANXA6,PDE4B,PMEPA1,LRRFIP1,AP3S1,CTSD,ADAMTS7,DACT1,CTSB,MAPK1IP1L,ACTR3,RFC3,ATP6V0B,EED,GSTO1,ARFGAP3,DUSP6,COMMD5,SLC7A5,VCAN,ZEB2,PTP4A3,FCHSD2,PSMA1,NPC2,CDH11,PXDN,RAPGEF1,CDC42EP2,ATP6V1B2,CDH13,PLEKHO1,ARHGEF2,BCAT1,SGK1,B4GALT5,PPP1R15A,NAPA,CSTB,GRAMD1A,GRN,SRC,RGS16,DOT1L,USP12,CXXC1,CCDC107,TYMP,ZNRF2,CHSY1,NFIL3,HAUS7,TAF1A,SNRPB2,MGAT1,MGAT2,CCT8,BID,SRSF10,FNIP2,PTPN1,RNGTT,MYO9B,SOD2,VEGFA,SH3RF3,NELL2,KLF6,RAB3GAP2,ATP13A3,VIM,RAN,GRINA"
+"gene_set_query"	"1451"	"HELT"	"1228.0"	"ARCHS4 Coexpression,1074;Enrichr Queries,1246;GTEx Coexpression,1364"	"EPHB6,CCNJ,ZFAND6,GDE1,ZFYVE1,RAPGEFL1,FAM110A,NUDT11,FNTA,CDH2,PPP2R1A,HOMER3,EPHB1,LZTS1,KIRREL3,MAGI1,LMO1,RALBP1,IK,UBE2E3,CTNNBIP1,COG3,SOX11,POU3F1,POU3F2,ANK1,GTPBP4,MYCN,BIN3,ADAM15,SMS,ANKS6,SIK1,RAD54L2,KCTD15,PFN2,RTN3,NRN1,FOXG1,NTM,NPRL3,CACNA1A,PIK3R1,HTATSF1,EFNA4,CACNA1E,CORO1C,NEUROD2,SGPL1,DPP6,PITRM1,STK36,GSE1,RDH13,OTX1,TSPAN3,KLHDC4,JUP,BCL11B,KLHL25,WSCD1,BCL11A,DNAJC11,TBCD,CNOT10,TRAPPC8,NR1D1,MARCH5,EIF2S1,SCRT1,ANKHD1,GADD45G,CNOT4,CCT6A,EFNA3,VANGL2,TADA2A,STK24,H2AFY2,LHX2,SDC1,UBA2,BLMH,DEGS1,AMOTL2,DEGS2,SERINC4,CCDC120,SLC35F2,RPLP1,CLTB,CELF4,CHD6,USP39,SPPL3,PHF6,BICD2,EEF2K,VPS72,DHX15,MLST8,HMG20A,PLEKHN1,FEZF2,GAL3ST3,TNPO3,GABPA,UNC45A,EMX1,USP47,PRMT8,ELOVL4,NCOA5,STARD3NL,USP42,PLA2G4E,ELOVL2,TNFRSF19,ACAD9,TCF12,WIPI2,PTBP2,MLF2,TOX3,PTP4A3,RCN2,TET3,CDH11,PXDN,ACOX3,LRRC14,HDAC2,NFIX,NRXN1,SATB2,SEZ6,ADAM22,PARD6G,NOL8,CRMP1,ACVR1B,DLL1,CUX2,RAB40C,CAMK2N1,CKB,SMARCE1,NTRK2,PPP1R14C,WNT7B,CNBP,PCDH8,BAIAP2,ACVR2A,HS3ST2,NFIA,SNX16,POLR3B,XPNPEP1,PRKRA,PPP2R2B,RPS6KB2,POLE3,ABI1,TRIM35,INSM1,VPS45,EIF3F,CDK5R2,CBLN1"
+"gene_set_query"	"1452"	"ZNF527"	"1229.0"	"ARCHS4 Coexpression,1606;Enrichr Queries,1080;GTEx Coexpression,1000"	"SCARB2,VEZT,CEP120,UBE3A,TSEN2,GPATCH8,BACH2,ALKBH8,ZFP30,HERC1,OPHN1,CAPN7,CFL2,CWC22,EPC2,DIP2C,PRKACB,ATXN7L3,SLC25A46,BIVM,USP8,TSTD2,ANGEL2,ZFP2,AP1B1,TTC7B,CD3EAP,LMO7,MOGS,ANK3,ARMC1,FAM133B,ZSCAN21,DDIT4,HECA,PPIG,ALG10B,PFKFB2,LRRC59,TBC1D19,CUL5,ITPR1,GPR85,NEDD4L,CACNA1A,CACNA1D,UBR1,APH1A,ORC4,ORC6,ORC3,NACC1,ZKSCAN3,RDH14,RDH13,SCAI,PDZD7,AP1M1,EDEM3,NEK9,PRNP,SMAD4,JUN,BOD1,GFPT1,SLC35E3,LARP7,TIMM44,NETO2,KLHL24,COQ7,PHC3,COQ6,TDRD3,KLHL20,ZC3HC1,CNOT4,AIMP1,HOOK1,COPS2,GNB2,RFXAP,TBCE,JMY,AAK1,SPIRE2,MDM4,RSL24D1,NFE2L1,CPEB4,ITM2C,EIF4G1,ARF3,PIGU,HIP1,PTPRS,CCDC127,ASNSD1,PRKCSH,CHD6,UFSP2,ZFP82,MED13,SGCB,OTUD6B,OPA3,PSD3,RIOK2,HMG20A,ZIK1,UPF1,NAA30,SHPRH,TTC33,PDPK1,RBM18,PDE4D,ATRX,TET2,VEZF1,BAZ1B,DDX50,ZFP90,LATS1,DDX19A,TRAF7,ELF2,SETBP1,CTDSP2,POLR1B,FAM20B,SGK1,SFI1,SHANK2,RNFT2,RRN3,USP16,STOML1,WBP4,GDPD1,FOXK1,NOL9,FGD4,GANAB,DNPEP,U2AF2,TMEM68,KRIT1,FEM1C,MAP4K3,CLASP2,RWDD1,PCGF6,PTCD2,PLEKHA1,MTX3,LIMK2,ELP2,CDC5L,LYSMD1,RPRD2,ACVR2A,KLF7,ABCB10,NFIA,PRKRA,NFIB,KLHL8,ERCC8,SNRNP48,HDGF,KBTBD7,TRIM32,RNF141,MBTPS2,ZFP28,METAP2"
+"gene_set_query"	"1453"	"RBPJL"	"1231.0"	"ARCHS4 Coexpression,1537;Enrichr Queries,1051;GTEx Coexpression,1104"	"GALNT11,ALDH1L2,CLU,PREX1,PSMD6,PAIP2B,FAM174B,RPL36AL,DPYSL2,MYC,KHSRP,TBC1D30,NOMO1,FADS1,SEC63,CHID1,TLE2,IGFBP3,IFRD1,ALG5,ALG2,MTUS1,SRCIN1,ANK1,SND1,GTPBP4,TPST2,SFRP1,DDIT4,HECA,FAIM,SIDT2,SHC2,FKBP2,TMED10,NRN1,DHX8,UBA5,SEL1L,FBF1,LTBP4,SLC38A10,CACNA1A,UAP1,RAP1GAP,DPP6,PRDX4,PLXNA2,PRNP,XBP1,JUN,PTPRN2,CADM1,BCL11B,INSR,ABCA3,ST8SIA2,EIF2AK3,NR2F1,NR1D1,FAM136A,IFT20,RCL1,EFNA2,HOOK2,HOOK1,FASN,PPP1R1B,SRPRB,SDC1,COL9A3,TECPR1,ZSCAN2,ITM2C,PRKCSH,INTS10,ICA1,CHD6,HERPUD1,SEC61A1,SERP1,MAN1A2,PGM3,TMED2,SEC61B,PCMTD1,TMED9,SSR4,PABPC4,SSR2,SSR3,ARFGAP3,REXO2,BET1L,VAV2,MLF2,QTRT1,BACE1,NCOR2,UGDH,VCAN,PTP4A3,PXDN,POLR1D,MAPT,BCAT1,SGK1,NAT8L,CRELD2,SHANK2,NFIX,RGS16,CXXC1,AKAP7,NRXN2,CRIP2,JAKMIP1,PSMA7,SRM,GMDS,MKNK1,SLIT1,DNAJB9,MEST,SEC11C,RUNX1T1,CHGA,SLC12A5,BNIP3,YIPF4,WNT7B,SYVN1,NLE1,TTC17,VEGFA,NUDT9,SPCS3,SH3YL1,XPNPEP1,PPP2R2D,PDCD4,CACHD1,P4HB,PKN1,CRAT,NUCB2"
+"gene_set_query"	"1454"	"TWIST2"	"1232.0"	"ARCHS4 Coexpression,1312;GTEx Coexpression,1151"	"SLC35B2,CD81,FCF1,HDLBP,PLOD3,ALDH1L2,PWP1,NDST1,LAPTM4A,GOLGA5,LAMP1,PSMD5,AZI2,SBF2,ACVR1,MED1,FBXW8,TPM4,OSR1,ACTN1,IGFBP3,RECQL,AFAP1,TWSG1,TMX3,RAB34,MASP1,TTPAL,RAI14,CD151,SAR1A,FBLN1,HIF1A,CYB5R3,ABL1,ABL2,BRIX1,SRGAP1,SNX6,CD276,RAB11FIP5,ANKRD28,ATP8B2,TMEM50A,CRIM1,EXT1,PCDHGA11,EXT2,BMP1,CDK4,PTK7,OSTC,CALU,GNB4,AMOTL2,FAT4,ACBD3,FERMT2,ITGB1,TRAM1,FAF2,TRIOBP,SEC61A1,SMPD1,REV3L,TIMP2,SDF4,QSOX1,TNPO1,RRAS2,FAM126A,CKAP4,ASPH,CDH11,PXDN,TRNP1,GARS,GAS6,NFIX,LRP1,HEATR1,ASAP1,FAM129B,CYTH3,TAF1B,RAB23,GPC1,SH3BP4,IGF2BP3,IGF2BP2,MGAT2,PDLIM7,SEPT11,SSB,YIPF5,ATP2B4,GTF2H1,KLHL9,XPOT,MFAP2,GOPC,VIM,KCNK2,TAF2,CUL4B"
+"gene_set_query"	"1455"	"NOTO"	"1232.0"	"ARCHS4 Coexpression,1420;Enrichr Queries,1397;GTEx Coexpression,878"	"ATP8A2,DGKD,PLEKHB2,CLSTN3,ENO2,GBA2,CELSR3,SLC8A2,RNF112,TMEM145,DPYSL4,IGLON5,DPYSL2,CAPN5,EPHB2,ATXN7L3,CALN1,SRRM3,PDHX,DGAT1,RBFOX3,CASK,TBR1,SOX11,MOGS,VWA5B2,POU3F1,POU3F2,ANK1,DHDDS,DISP2,DGKQ,MADD,RAB35,ANKS6,ABCG4,PDE9A,CBFB,CHRNA7,FOXG1,NPRL3,TRANK1,CACNA1B,CACNA1A,ATXN7L3B,SEZ6L2,CPLX2,CPLX1,CACNA1E,SEL1L3,SLC9A1,APH1A,KLC4,NEUROD2,PCBP3,FUT9,NACC1,RDH13,PDZD7,RAP1GAP2,TRAPPC2,SYT4,OSBPL7,PRRT2,BCL11B,BCL11A,SLC35E3,MICAL2,L1CAM,SCRT1,PRRC2A,EFNA2,NR4A3,HOOK2,NBEA,LHX2,HOOK1,GNB1,SPIRE2,NFE2L1,FBXL6,EIF4G1,ARF3,KDM5C,KCNC1,PODXL2,CELF4,CHD6,GRIK2,PRPF19,PKD1,ELAVL3,SHF,SMPD3,MMP24,PCLO,JPH3,OPA3,TRIM3,CTSE,RALGPS1,GALNT9,TRIM67,GRIPAP1,EMX1,UPF1,PPP2R5B,AP3B2,RAD23B,TOX3,TRAF7,PTP4A3,PXDN,SLC25A5,PHLPP2,GRAMD1B,HCN3,SATB2,ADAM22,NRXN2,CRMP1,FOXK1,CAMKK2,FAM168B,GANAB,CUX2,GMDS,U2AF2,CHN2,SPOCK2,GNA11,TRIM46,CKB,CHGA,NTRK2,CENPV,PCDHGC4,NICN1,DAB2IP,PLEKHA6,SEMA4G,GALE,FAM131C,LPCAT4,NFIB,GLOD4,MGAT4B,TAOK2,HDGF,CDR2L,RGS11,INSM1,TMEM229B,CBLN1"
+"gene_set_query"	"1456"	"ZNF844"	"1235.0"	"ARCHS4 Coexpression,1520;GTEx Coexpression,950"	"ARPC5L,UBE3B,IGF1R,OPHN1,CAPN7,ARHGDIA,PAPOLG,CFL1,DPF2,EPC1,EPC2,ATXN7L3,USP8,PCID2,DYRK1A,AP1B1,MATK,TTC7B,MOGS,DISP2,MAU2,PHIP,OBSL1,PPIA,LRRC59,ANAPC16,LMAN2L,YTHDC1,CHRNA7,RNPC3,APH1A,ORC4,ORC6,NACC1,ZKSCAN3,TRPM7,RDH13,NDUFV3,PATZ1,PDZD7,AP1M1,KLHDC2,NEK9,CREBBP,SMAD4,ST13,SLC35E3,KLHL24,CNOT4,PAN2,BCL9,MLLT10,ZFP62,JMY,SPIRE2,HBP1,INTS8,LSM14A,EZH1,EIF4G1,PHF3,PHF2,SMG1,HP1BP3,CBY1,UFSP2,DDX41,PCSK7,PRPF19,SYNE2,MED17,PCMTD2,SENP7,NIPBL,METTL14,XPO1,OPA3,PCMTD1,UPF2,RBM14,SHPRH,VEZF1,ASH1L,ARID1B,KLF16,NME1,LATS1,TRAF7,NCOR1,SYF2,HNRNPH3,OTUB1,RNFT2,KDM3B,POLDIP3,RAB1B,SNX32,USP19,JAKMIP2,FBXL20,GANAB,U2AF2,KRIT1,AP2S1,HEATR6,RPP14,SPEN,RYK,YIPF4,NICN1,ELP2,LYSMD1,RPRD2,RAD52,EIF3L,NEDD4,SNRNP48,HDGF,P4HB,MPHOSPH8,TAF1"
+"gene_set_query"	"1457"	"ZSCAN30"	"1236.0"	"ARCHS4 Coexpression,1568;GTEx Coexpression,903"	"SLC27A1,CYP46A1,GPATCH8,GPR173,TMEM145,HERC1,OPHN1,PPIP5K2,POGZ,TBC1D10A,DDX17,SRRM3,BIVM,USP8,TLE2,RBFOX2,ZFP2,MAGI2,TTC7B,TSC1,KCTD2,ANK3,MAPK8IP3,KCTD6,DMTF1,RUFY2,TARSL2,CACNA1A,DTX3,RNPC3,APH1A,ORC4,CYB5R4,PCBP4,THEM4,NEK9,TMEM120B,TIA1,GGT7,PHC1,ZRANB2,PRRT2,SLC35E3,MICAL3,KLHL22,UPF3A,L1CAM,CLK4,UCKL1,STK24,EIF6,DNAJC10,FGF13,EZH1,MAP3K12,MXD4,GPSM1,PHF2,RBM28,USP33,GRIK2,PKD1,SHF,PCMTD2,EPM2AIP1,SNRNP70,MCF2L,REV3L,HMG20A,GPRASP1,TRIM67,DFFB,SHPRH,PRMT7,MRPS25,ABCC5,ZDHHC17,APRT,RNF144A,ALS2,NAV3,NFX1,LUC7L3,ARF6,RNFT2,STX16,ICA1L,ADAM22,GNAI3,RBM4B,SLC25A27,ARVCF,U2AF2,CHN2,ADSS,ATP9B,CLASP2,RUNX1T1,BCAP31,PTCD3,NEGR1,USP22,PLEKHA5,DDHD1,GATAD2A,RNF146,TNRC6C,RAD52,NEURL4,NEDD4,POLR3F,VPS45,RGS11,MDGA1,TNRC6A"
+"gene_set_query"	"1458"	"GCM2"	"1236.0"	"ARCHS4 Coexpression,1300;Enrichr Queries,1371;GTEx Coexpression,1037"	"TDRKH,SH3GL3,PRDM4,CISD1,PEBP1,TFG,HERC1,DPYSL2,KHSRP,PSMD1,DENR,LZTS1,PCDHAC2,ANKS1B,PIAS4,EPHA5,SH3GLB2,PDHX,PRKAB2,RBFOX1,PAQR4,DSCAM,IGFBP3,COG2,AP1AR,TBR1,SOX11,FRS2,ACSL3,ATP1B1,ANK1,EML2,PIAS2,TMX2,DMTF1,UNC50,HECA,XIST,EZR,RNF121,BEX4,DDX5,RTN1,FOXG1,CSTF3,PIK3R4,ITPR1,FOXO6,CACNA1A,CPLX2,NCKIPSD,ORC4,PTDSS1,TMEM128,TBC1D13,PLXNA1,SLC38A6,STXBP5,TRPM7,HMGXB3,PATZ1,LRRC4B,TMEM184C,CBX6,JUN,GSTM1,LRRN2,NR2F1,MYO5A,BTBD9,SMARCA2,UCKL1,PTPRD,GNAO1,MLLT11,QDPR,RCAN1,SON,EFNA2,CNOT7,HOOK2,LHX2,HOOK1,DLG5,ID2,STT3A,UBA1,COL9A3,FGF13,CD200,MAP3K12,PCSK2,ARF1,NAA40,PIGO,GPAA1,PRKCSH,PIGQ,GRIK5,SCHIP1,TECR,DIS3L,CELF4,CHD6,PTPN23,SENP7,TUBA1A,YWHAQ,ANXA7,WDR7,FEZF2,TMED4,LYPLA2,UPF1,HSDL1,PDPK1,ATP6AP2,SPATS2,MRPS5,PDRG1,PJA1,DDB1,PTP4A3,PXDN,LANCL2,ALDOA,SGK1,ZMYND11,NFIX,DCTN1,CLEC2L,EI24,GMPR2,NRXN1,SATB2,USP11,CRMP1,AKAP7,NEDD8,ATP1A1,PTN,CACNG8,NPY,ADAM23,ANKRD52,MAP4K5,TRAM1L1,SH2B1,CHGA,NTRK2,PCDH9,SMOX,CCK,SNX21,NMNAT2,MEIS2,BLCAP,NAP1L5,ATAT1,NFIA,INSM1,SSBP2,SEC24C,ACTR10,YPEL4,NUCB2"
+"gene_set_query"	"1459"	"SP6"	"1237.0"	"ARCHS4 Coexpression,1036;Enrichr Queries,1300;GTEx Coexpression,1376"	"MIDN,VARS,WWC1,CTNND1,ZDHHC5,RAPGEFL1,FAM110A,TRIM28,DPYSL2,MYC,DAG1,PAPOLA,AP1S1,SLC39A7,FADS1,SH3GL1,PDIA3,SH3GLB2,RALBP1,IGFBP3,CTNNBIP1,TPM1,MOGS,SCRIB,ACTN4,ANK1,SND1,ADAM15,DOK4,DDIT4,TYRO3,ULK1,EZR,LRRC59,SEMA7A,IGSF3,NPRL3,CACNA1A,FOXO6,APCDD1,EFNA4,NDRG1,PRKCZ,CORO1B,SLC9A1,SGPL1,FLRT2,NACC1,GSE1,DVL3,RDH13,MARK2,BCL9L,JAG2,ESRRA,JUN,TMEM184B,JUP,RCC2,PLK2,SSH3,GADD45G,ARHGAP23,EFNA3,VANGL2,EFNA2,STK24,HOOK2,HOOK1,PTK7,GIPC1,DLG5,CNTN1,NFE2L3,SDC1,BLMH,DEGS1,HYOU1,AMOTL2,DEGS2,SERINC2,EIF4G1,CDKN1C,DDR1,CCDC120,SLC35F2,DOCK9,CLTB,CHD6,SLC2A3,SLC7A11,SPPL3,BICD2,LMNB2,SMG5,PTPRF,MFSD5,MDK,PLEKHN1,GET4,ELOVL4,PLA2G4E,ACAD9,REXO2,RAD23B,DUSP6,MLF2,TOX4,DDB1,SLC7A5,TRAF7,PTP4A3,PPM1B,TRAF4,TET3,PXDN,AKT1S1,RHOU,RHOV,PABPC1,BCAT1,SGK1,TNFRSF21,BCAT2,CSTB,SMARCD2,CANT1,RGS16,CXXC1,PARD6G,SLC3A2,FURIN,SEMA3F,ACVR1B,FAM129B,TM9SF3,FZR1,GANAB,RAB40C,GNA12,MICALL1,PCDH1,YKT6,MPZL1,WNT7B,SEMA4C,HNRNPAB,ACVR2A,GATAD2A,NELL2,RPS6KB2,TRIM35,HDGF,P4HB,AGRN,CRLF1,BCAR1,EIF3B"
+"gene_set_query"	"1460"	"BHLHE23"	"1238.0"	"ARCHS4 Coexpression,1059;GTEx Coexpression,1416"	"EIF4A2,EPHB6,SPPL2B,STMN3,ELK1,HS6ST1,CELSR3,CCAR1,TRIM28,GNPTAB,TUBB3,HIST3H2BA,KIF21B,CCNL1,SBF1,LZTS1,BAHCC1,TMPO,NUP210,VASH2,HCFC1,ATXN2L,ACAP3,ILF3,ADPRH,ALG10B,ANAPC1,SF1,ZCCHC7,SEMA7A,AARS2,ANP32A,MAZ,DTX1,PLA2G6,ORC6,PCBP4,UBR5,PGK1,GSE1,SLC38A6,H1FX,PLCG1,ZBED4,HEXIM1,JUND,BCL11B,FUS,TBCD,PAICS,SMARCA4,TCF3,RCOR2,ZNF512B,PTPRS,SH3KBP1,FAM57B,MRPL39,LMNB1,SMPD3,SERP2,SART1,SEPT6,BCL7A,PPP6R1,TMSB4X,NUP62,SNAPC4,UBTF,TLK1,TOPBP1,RFC3,ELOVL4,H2AFY,EED,PRMT1,H2AFX,ARID1A,SENP3,GNL3,TMEFF1,TUBB2B,PITPNM2,GAPDH,DBN1,AGPAT5,PCNA,WBP1,PRIM1,SRRT,CRMP1,HIRA,TAF1D,IGFBPL1,MFN1,RALY,CCT8,NOP56,NOP58,MARCKSL1,RRM2,RNGTT,TAF15,FBXL19,GINS4,HIST3H2A,RPA3,DOLPP1,UBAP2,RHEBL1,RBMX,MDGA1"
+"gene_set_query"	"1461"	"GRHL1"	"1238.0"	"ARCHS4 Coexpression,1614;Enrichr Queries,876;GTEx Coexpression,1224"	"ZDHHC5,CLU,ACRBP,RAPGEFL1,IGF1R,ALCAM,GRB14,DPYSL2,MYC,IER5,TBC1D10A,FADS1,RGS6,SH3GL1,ARRDC4,EPHA4,SLC38A1,CXADR,IGFBP3,CTNNBIP1,ARRDC3,MTUS1,TTC7B,CD3EAP,SCRIB,LMO7,ATP1B1,RUFY1,FRMD3,TIAM1,CLIP1,DDIT4,HECA,TTLL12,EZR,SLC27A4,FKBP5,IGSF3,MAX,INSIG1,CACNA1A,PIK3R1,ZBTB5,EFNA4,NDRG1,SOCS2,EFNB2,SGPL1,PRKAR2B,RDH13,MARK2,PRNP,OST4,JUN,JUP,RCC2,PLK2,RAB3IP,CRIM1,GADD45G,NFKBIA,MARCH2,ARHGAP32,EFNA3,VANGL2,FAM135A,EFNA2,NR4A3,STK24,EIF6,HOOK2,HOOK1,GIPC1,ID2,CNTN1,SDC1,DEGS2,GNB5,CPEB4,DDR1,PIGU,RNF11,CCDC120,BTG1,CITED2,PRKCSH,TECR,CLTB,SLC7A11,SIPA1L2,SPPL3,BICD2,PTPRF,DUSP12,TMEM189,MFSD5,NCK2,PMEPA1,PLEKHN1,PCMTD1,PDPK1,GP1BB,MMD,PLA2G4E,MINK1,ZDHHC13,ELOVL6,NAV2,REXO2,DUSP6,DUSP7,MLF2,ARL4C,SLC7A5,PTP4A3,TUBB2A,KIF2A,CTDSP2,TET3,PXDN,FAM84A,RHOV,SGK1,ARF6,CSTB,LEPROT,GSTP1,VPS4B,CXXC1,PARD6G,HMGCR,SEMA3F,ABLIM1,FZR1,PGRMC1,NFIL3,POLR2D,NT5M,ZSWIM4,RRM2,SORT1,SMOX,WNT7B,GALNT1,BAIAP2,DHRS1,RAB11A,DLK2,VEGFA,RAB10,NELL2,AGBL5,KLF6,RAB14,FABP5,NFIA,NFIB,PSAT1,RPS6KB2,RGS12,METAP2"
+"gene_set_query"	"1462"	"PRRX2"	"1239.0"	"ARCHS4 Coexpression,1215;Enrichr Queries,1266;GTEx Coexpression,1235"	"CHPF,KDELR1,CD81,HDLBP,ARID4A,PLOD3,PWP1,ALDH1L2,NDST1,LAMP1,CDH2,BASP1,DPYSL2,DPYSL3,DZIP1L,PLS3,LZTS2,SH3GL1,ACVR1,TPM4,OSR1,IGFBP3,ACTN1,F2R,TPM1,IGFBP2,RECQL,AFAP1,ACTN4,TWSG1,SFRP1,KCTD10,RAB34,KDELR2,PPIB,RAI14,CD151,CACNA1A,FBLN1,GLIS2,CYB5R3,FLRT2,ESD,ABL1,PLXNA1,CD276,SEC31A,RAB11FIP5,ATP8B2,CRIM1,NR2F1,DCLK1,MARCH4,GADD45G,EXT1,EXT2,BMP1,HOOK2,PTK7,ID2,CALU,GNB4,CNTN1,AMOTL2,FAT4,ACBD3,FERMT2,ITM2C,ITGB1,B4GALT2,NRP1,CNRIP1,TRIOBP,SEC61A1,CSRP2,TMEM43,MDK,GLIPR2,BCL7C,SMPD1,TIMP2,PMEPA1,SDF4,CPXM1,QSOX1,NAV1,SLC39A13,NAV2,MED27,CKAP4,DUSP6,CTTNBP2NL,MLF2,VCAN,PTP4A3,PLSCR3,PXDN,CDH11,TRNP1,CDH13,TAX1BP3,GAS6,SGK1,CSTB,SEC23A,NFIX,LRP1,CXXC1,PTN,FAM129B,CYTH3,IGFBPL1,SERTAD4,DNPEP,CHSY1,HAUS7,GPC1,SLIT1,SH3BP4,MEST,PDLIM7,SEPT11,PPP1R14B,PCDH7,YIPF5,ATP2B4,WWP2,SH3RF3,MFAP2,CDK2AP1,ESYT2,VIM,KCNK2,CRLF1,CUL4B"
+"gene_set_query"	"1463"	"TBX18"	"1240.0"	"ARCHS4 Coexpression,1155;Enrichr Queries,1330;GTEx Coexpression,1236"	"NCKAP1,TRIO,UBE3C,PITPNB,HDLBP,ADARB1,FRY,ALDH1L2,IPO7,NDST1,CDH2,MPRIP,DPYSL2,AKT3,DPYSL3,CAPN2,PLS3,LZTS2,ACVR1,EPHA4,EPHA7,MEF2C,TPM4,MMGT1,IGFBP3,OSR1,ACTN1,AFAP1,SOX11,ACTN4,TWSG1,SFRP1,KCTD10,RAB34,KPNB1,RAI14,LRRC59,CD151,NRN1,TSHZ3,NXPH3,NPRL3,UBR4,LTBP4,TMTC1,FBLN1,UAP1,ADAMTS10,GLIS2,EFNB2,CYB5R3,FLRT2,ESD,ABL1,PLXNA1,MAP4,RAB11FIP5,ATP8B2,KLHL26,CRIM1,NR2F1,DSTN,MICAL2,ARHGAP29,DNAJC13,DCLK1,KLHL20,EXT1,BMP1,HOOK2,SESTD1,PTK7,ID2,CALU,UBA2,FBXL3,AMOTL2,FAT4,FERMT2,NFE2L1,ITGB1,USP35,NRP1,MCFD2,SETD7,CLTC,AKAP12,CSRP2,TMEM43,KIF13A,TIMP2,DACT3,QSOX1,JAK2,TNPO1,EDIL3,PCDHGA4,RAD23B,CKAP4,MLF2,MN1,VCAN,ZEB2,PTP4A3,DDAH1,ASPH,IMPAD1,CDH11,PXDN,CANX,CDH13,SGK1,GAS6,SEC23A,NFIX,ROCK1,LRP1,CXXC1,PTN,FAM129B,CYTH3,GANAB,IGFBPL1,HAUS7,RAB23,SLIT1,FLNA,APBB2,NCAM1,ANKRD52,MEST,JAM3,RUNX1T1,NTRK2,SEPT11,PCDH9,NTRK3,PCDH7,ATP2B4,CDC42BPB,MEIS2,MIB1,SH3RF3,NELL2,SKI,MYO1B,NFIA,NFIB,MFAP2,ESYT2,VIM,CRLF1"
+"gene_set_query"	"1464"	"ATOH1"	"1240.0"	"ARCHS4 Coexpression,1165;Enrichr Queries,1014;GTEx Coexpression,1542"	"APP,ATP8A2,ATP8A1,CHPF,CD81,WWC1,CTNND2,HDLBP,ZMIZ1,DPYSL2,MYC,CAPN5,EPHB2,LZTS2,EPHB1,SOX4,PLEKHJ1,CHGB,SH3GL1,HES6,EPHA4,EPHA7,RBFOX1,DGAT1,IGFBP3,ARRDC3,ADAM11,SOX11,POU3F2,FOXP1,DGKQ,GPRIN1,DDIT4,TOX,SQSTM1,PDE9A,LRRC59,NRN1,TTYH3,FOXG1,CACNA1A,FOXO6,PIK3R2,RAP1GAP,RTN4,SEL1L3,SLC9A1,EFNB2,KLC4,FLRT2,FUT9,DVL1,ABL1,DVL3,OTX1,PIP5K1C,RAB11FIP5,ESRRA,JUN,PHC2,PTPRN2,JUND,CADM1,BCL11B,ATP8B2,BCL11A,FUCA1,NR2F1,HMGA1,CORO2A,CORO2B,ZZEF1,GADD45G,ARHGAP23,H1F0,EFNA2,HOOK2,TDP2,LHX2,HOOK1,PTK7,UBA2,PLXNB2,RCOR2,SERINC2,CDKN1C,ROBO2,NRP1,MAST2,CHD6,TRIOBP,ROBO1,SMPD3,TRIM8,SEPT9,LRRTM1,SDF4,NANS,FEZF2,CIC,UPF1,PEG3,DUSP6,SREBF2,DNM2,PTP4A3,INF2,CDC42EP4,KIT,CDH11,TMEM106C,FAM20C,SGK1,AHDC1,PHLPP2,CANT1,NFIX,SLC20A1,SATB2,PDXP,KCNA6,ATP1A1,DLL1,FZR1,IGFBPL1,HECTD3,CAMK2N1,GNA11,GPC1,SPOCK1,PCDH1,SLC25A22,OPCML,RUNX1T1,RPRM,CHGA,NTRK2,PCDH7,MID1IP1,PCDH8,PLEKHA6,SEMA4G,MEIS2,MYO1B,TMEM158,NFIA,NFIB,PSAT1,KIF26A,MGAT4B,INSM1,KCNK2,FRYL,BCAR1,SSBP4,CBLN1"
+"gene_set_query"	"1465"	"YBX2"	"1242.0"	"ARCHS4 Coexpression,1257;Enrichr Queries,909;GTEx Coexpression,1559"	"CLPB,ACRBP,CELSR2,CLU,CELSR3,GRB14,TRIM28,KIF5C,RUVBL2,DPYSL2,MYC,KHSRP,PALM,LONP1,AKT1,FADS1,HES6,TLE2,FBXW5,PCYT2,GPT2,IGFBP3,TPM1,IGFBP2,SOX11,SCRIB,ATP1B2,ATP1B1,ANK1,ATXN2L,SFRP1,MYCN,HNRNPUL1,DDIT4,EEF1A2,HECA,FKBP4,PRR12,ISYNA1,TMEM63B,CUL3,LPL,CACNA1A,FOXO6,NDRG2,NDRG1,RAP1GAP,CACNA1H,IGSF9,NACC1,GSE1,ZC3H18,RAB11FIP5,BCL9L,JUN,CPSF1,INTS1,ODF2,CCDC136,RCC2,CORO2A,MEX3D,SSH3,SYT7,GADD45G,PRRC2A,HNRNPL,EFNA2,HOOK2,PPP1R1A,HOOK1,FASN,ID2,PPP1R1B,LSM14B,RCOR2,ITM2C,EIF4G1,KDM5B,DAZAP1,PRKCSH,USP32,MAST2,CHD6,AP2A1,SMG7,PTPRF,PTMS,ZCCHC14,DUSP12,CSRP2,MDK,GPR137,KIF1A,PELP1,REXO1,GPX4,PDPK1,ELOVL2,REXO2,MLF2,SLC7A5,TRAF7,TUBB2B,VCAN,PTP4A3,PPDPF,KIT,PXDN,MAPT,SGK1,CAMK2B,CSTB,SMARCD2,RGS16,CXXC1,CRIP2,PPM1G,AKAP1,FZR1,MTA1,CAMK2N1,GNA11,PHKG2,POLR2D,CKB,PCDH1,FBRS,RRM2,LRWD1,CDC42BPB,USP29,HNRNPAB,VEGFA,AGBL5,PSAT1,CARM1,HDGF,PKN1,VIM,CRLF1"
+"gene_set_query"	"1466"	"ZNF556"	"1242.0"	"ARCHS4 Coexpression,1610;Enrichr Queries,1019;GTEx Coexpression,1096"	"KLHL34,PDCD2L,CCDC28B,GPATCH8,DCAF6,IGF1R,OPHN1,DPYSL2,MYC,KHSRP,MAP3K9,ATXN7L2,FADS1,LMO1,PPP1R16B,PDHX,SEMA6C,EPHA4,USP8,MEF2C,UNC13A,TPM3,CACNA2D1,F2R,IGFBP2,MTUS1,TTC7B,SHISA4,ANK1,CACNB1,CTDNEP1,DISP2,RNF123,BIN1,RRAGD,DDIT4,GUF1,VDAC3,ORAI2,MAPKAPK5,FKBP3,RTN2,CUL5,DHX8,CHRNA7,UBR3,CACNA1A,SLCO5A1,LIAS,CAMSAP1,FXR1,EFNB2,CYB5R1,ORC4,ORC6,BTBD1,ZKSCAN3,RDH13,NDUFV3,RAB11FIP4,PDZD7,AP1M1,NAA50,CBX4,BCL11B,SLC35E3,COQ7,COQ5,CNOT4,MEX3A,EFNA2,HOOK2,NBEA,ARMC10,PKIA,MDM2,SPIRE2,TMCC1,GRSF1,CPEB4,ROBO2,PHTF2,SMG1,BTG1,CSRNP3,DOCK9,PRKCSH,DIRAS1,CHD6,MYL6B,SLC7A11,PCSK7,SIPA1L2,AACS,POLB,DUSP12,PPP3CB,OPA3,MYO18A,PMEPA1,KIF1B,DGCR6,HIF1AN,JARID2,LRRC47,ZYG11B,NAA30,ADSL,TTC33,PDPK1,SIRT4,NAV1,NAV2,DUSP26,ARL4C,VCAN,PTP4A3,TUBB2A,NDUFS7,BDH1,SETBP1,PXDN,GFOD2,CCDC43,SLC25A12,RBM24,SLC29A2,RNFT2,CSTB,NFIX,RGS16,GOSR1,CXXC1,NOL9,PSMA7,NOL6,FBXL20,RMND5A,CUX2,ABLIM3,CAMK2N1,MKNK2,POLR2D,SLITRK5,FEM1C,RPP14,NIPSNAP3B,RRM2,TRIM41,KCNJ11,FEM1A,PCDH9,YIPF4,NICN1,TPRKB,PDE4DIP,UBE2G1,PPP2R3A,NMNAT2,HS3ST1,LRRC20,SLC8A3,IRGQ,SUCLA2,SBK1,ASB8,PKN1,PFKM,CDK5R1"
+"gene_set_query"	"1467"	"SCML4"	"1242.0"	"ARCHS4 Coexpression,1289;Enrichr Queries,998;GTEx Coexpression,1440"	"IFITM2,ATP8A1,HDLBP,SLA,IPO7,SLC8A1,BACH2,PREX1,FRAT2,DPYSL2,SESN1,COTL1,ARL6IP5,KIF21B,TBC1D10A,SLC12A9,PPP1R16B,EPHA4,MEF2C,ST6GAL1,ANKRD44,IGFBP3,CNPY3,ANK3,ATP1B1,ANK1,FOXP1,ADAM19,DDIT4,ELMO1,PSME1,HECA,TNIK,SRSF5,TOX,TRIB2,CDC42SE1,LRRC59,ANAPC16,TRANK1,CACNA1A,RASGRP2,STK4,CORO1A,CSF2RA,LARP1,DHX34,GRK6,ABL1,ST3GAL1,VASP,PRNP,JUN,BCL11B,BCL11A,H3F3A,NFKBIA,HOOK2,ARPC2,HOOK1,ID2,CCDC88C,CORO7,NFE2L1,ITM2C,CDC42SE2,YWHAE,DAZAP2,BTG1,CLTC,CHD6,PIK3CD,SLC2A3,ARRB2,AFF3,SYNE2,LIMD2,XPO6,TMSB4X,PDE4B,PMEPA1,SH3BGRL3,PDPK1,DUSP1,PDE4D,TSC22D3,GMIP,RAD23B,LIME1,DUSP6,PARP8,ARL4C,TOX4,RNF168,ZEB2,VCAN,PTP4A3,CTDSP2,PXDN,ARHGEF1,EVL,SGK1,RNF166,IRF9,GAS7,RGS19,AHCY,SATB1,NRXN1,RGS16,CXXC1,MAT2B,JAKMIP1,U2AF1L4,FGD3,ZDHHC18,ABLIM1,GNG2,CHN2,SPOCK2,LEPROTL1,FYN,CYTH1,SEMA4D,AMFR,CDC42BPB,USF1,KLF6,NFIA,PIK3IP1,SHKBP1,KLHL7,HDGF,PKN1,SMAP2"
+"gene_set_query"	"1468"	"ZNF385C"	"1243.0"	"ARCHS4 Coexpression,1564;Enrichr Queries,849;GTEx Coexpression,1315"	"TDRKH,MAPKBP1,CPNE5,ZDHHC5,OGDHL,ACRBP,PREX1,RIMS4,DPYSL2,PALM,NRCAM,KIF21B,ATXN7L3,FADS1,PIAS4,TLE4,SEMA6B,TLE2,PCYT2,UNC13A,IGFBP2,ADAM11,LMTK3,TTC7B,KCTD2,MOGS,SRCIN1,PIAS2,ATXN2L,DISP2,OLFM2,DDIT4,EEF1A2,RAB35,PGP,LRRC59,BRSK2,TTYH1,CHRNA7,CLEC16A,CACNA1B,CACNA1A,NDRG1,CPLX1,SPATA7,RAP1GAP,PHF21B,CACNA1G,APH1A,DHX30,PTDSS2,NKAIN1,DPP6,EFNB3,TSPAN7,NACC1,RDH13,RAB11FIP4,PDZD7,B4GALNT4,RAP1GAP2,JUN,ZFHX2,INTS1,JUP,ANKRD24,ODF2,CCDC136,SLC35E3,IFT122,SUPT5H,SYT7,PRRC2A,MEX3B,H1F0,EFNA2,HOOK2,HOOK1,WNK2,PPP1R1B,CNTN1,SPIRE2,DCHS1,COL9A3,LSM14B,RCOR2,SERINC2,SUGP2,NFE2L1,ITM2C,PIGU,WDR1,FAM57B,PRKCSH,POMT1,CEP164,CHD6,CELF5,SLC2A3,SMG7,RND2,PRPF19,TMEM191C,POLB,SHF,SMPD3,SEC61A1,PPP6R2,SNAPC4,GPR137,DLGAP1,CPXM1,CIC,UPF1,USP42,PDPK1,SH2D3C,RTN4RL2,REXO2,DUSP6,PDRG1,MLF2,RGMA,PTP4A3,PXDN,RHOU,SSX2IP,SHANK2,BCAT2,RNF165,RNFT2,DDX25,ATP1A3,NRXN2,DLL1,GGA1,GANAB,PARD6A,HIRIP3,FCHO1,U2AF2,FAM120A,UBTD2,BRD8,PCDH1,LINGO1,PLEKHA6,LRWD1,CABLES2,NELL2,SBK1,YPEL1,HDGF,PKN1,METAP2"
+"gene_set_query"	"1469"	"MSGN1"	"1244.0"	"ARCHS4 Coexpression,1237;Enrichr Queries,1157;GTEx Coexpression,1338"	"FAM49A,ZDHHC5,PPP2R2A,CCNC,SMC6,BACH2,HS6ST2,TXNDC17,NPEPPS,SLK,PPP4R1,MYC,KHSRP,PLS3,FADS1,TLE4,PDIA3,EPHA4,RBFOX1,ANAPC7,TMOD3,OSR1,THOC3,SCRIB,POU3F2,FOXP1,MRPS18C,ARMCX2,DMTF1,MORF4L2,DDIT4,SMS,NHP2,SNRPG,SNRPE,TTLL12,PFN1,TRIB2,MAD1L1,FAIM,SET,IGSF3,DHX8,CSTF2,TWF1,APCDD1,RTN4,PRDX4,PITRM1,TSPAN6,GSE1,HIVEP2,SMN1,S100A10,JUN,CADM1,BCL11B,BCL11A,PLK2,TRAPPC8,SMARCA2,FAM135A,EFNA2,EIF6,HOOK2,HOOK1,GIPC1,ID2,OSTC,PPP1R1B,MAGED2,PIN4,COPS8,TMEM19,SERINC5,NRP1,COX7B,CCDC120,CHD6,HMGB3,MRPL39,SLC7A11,CLINT1,TUBA1C,SPRED2,LRRTM1,TMSB4X,DHX15,PDE4B,NCK2,PLEKHN1,DACT1,EIF5A,PDPK1,H2AFZ,VBP1,ZDHHC13,CACYBP,NAV2,REXO2,RABGGTA,DUSP6,SRP9,MLF2,RGMA,NCOR2,ZEB2,PTP4A3,RAP2B,HNRNPH1,PSMA2,KIT,PXDN,CDH11,FAM84A,ACOX3,RHOV,SGK1,EEF1E1,SLC25A5,CUEDC1,ARF6,CSTB,RALA,NLGN1,NDUFB6,NAA20,GTF3C6,GSTP1,VPS4B,DCTN3,CXXC1,PDHB,RCHY1,SLC7A1,FAM129B,PAPSS1,TCEAL8,PSMB5,GNG5,PSMB1,SLIT1,ZSWIM4,MEST,DCAF13,NDUFA6,SEMA4B,NDUFA1,DHRS1,RAB11A,RAB10,NELL2,TTC9,KLF6,FABP5,NFIA,PSMC4,DRG1,PPIL3,METAP1"
+"gene_set_query"	"1470"	"DPRX"	"1246.0"	"ARCHS4 Coexpression,1235;Enrichr Queries,1348;GTEx Coexpression,1156"	"POP7,KLHL34,BZW2,ZFYVE1,CCDC28B,PDCD2L,DCAF6,NFU1,YY1,CHCHD3,FRAT2,MYC,KPNA4,KPNA3,SOX4,RPS13,SOX5,SH3GLB1,MEF2A,PDHX,SEMA6C,ATG3,PHYH,RBFOX1,USP7,KDM2B,TPM3,CACNA2D1,RPS5,GTF3A,CD3EAP,TBR1,POU3F1,POU3F2,POU3F3,FRMD3,CTDNEP1,RNF123,MYCN,PSPC1,CLPP,RRAGD,NHP2,TBPL1,PRR13,NDUFB10,RBM8A,FOXG1,AK1,NPRL3,MAZ,CUL2,UBR3,SPATA2,SLCO5A1,MRPL14,MRPL12,HIF1A,EFNA4,FXR1,CYB5R1,EIF1AD,ORC6,BTBD1,OTX1,NRBF2,EIF2B3,UBE2B,NR1D1,SNF8,TOR1B,SCRT1,THAP11,MSRA,YRDC,EFNA2,SLC6A8,PPP1R1A,HOOK2,TMEM11,LHX2,PKIA,JMY,NFE2L3,ATG2A,UBA2,NFE2L1,PHTF2,USP38,DDX49,SCHIP1,MTMR14,CELF4,MED19,SLC2A3,DUSP18,WDR45,SPPL3,SNAPC2,C1QBP,RFK,ZIK1,EMX1,ADSL,KLF13,PDE4D,RAD23A,TFB2M,DUSP26,MED26,PTP4A3,NDUFS4,PXDN,PFDN1,RBM24,FYTTD1,NFAT5,CEBPG,ODC1,NOL9,SRL,STRN3,NOL6,ARNTL,SRM,SAMM50,CUX2,DNAJB6,MFN1,POLR2F,RPP14,CDIPT,ABCF2,NIPSNAP3B,ARNT2,SPAG7,RRM2,KCNJ11,FEM1A,TAF13,CNBP,FOXJ2,PDE4DIP,UBE2G1,TTC9C,LRRC20,BYSL,CUL4A,SLC8A3,PDCL3,KLF6,NFIA,PRKRA,ASB8,RAB12,KBTBD2,TACC2,PKN1,RHEBL1,PFKM,TOMM6"
+"gene_set_query"	"1471"	"ZNF101"	"1246.0"	"ARCHS4 Coexpression,1304;Enrichr Queries,1077;GTEx Coexpression,1358"	"CYFIP2,APP,TOR2A,IFITM2,TFRC,HDLBP,SLA,EPRS,IFI30,BACH2,NDST1,FRAT2,DPYSL2,MYC,COTL1,LONP1,SLC39A7,SLC12A9,IFNAR2,PPP1R16B,USP8,USP5,FNBP1,TPM3,ANKRD44,ARRDC3,CD3EAP,CNPY3,SLC9A8,DDIT4,ORAI2,HECA,MAPKAPK5,FKBP5,CDC42SE1,LRRC59,PFKFB4,INSIG1,STXBP2,STK4,RASGRP2,CORO1A,ORC4,CYB5R4,PPP4C,GRK6,ABL1,ATP6V0A2,RDH13,MAP4,ST3GAL2,PDZD7,AP1M1,TRAPPC2,PRNP,JUN,BCL11B,BCL11A,H3F3A,SLC35E3,ARPC4,PHC3,SRPK1,NFKBIA,EFNA2,HOOK2,ARPC3,HOOK1,ID2,CWF19L1,GNB1,NFE2L3,SPIRE2,UNC119,PLXNB2,MDM4,CORO7,NFE2L1,ITM2C,EIF4G1,CDC42SE2,ARF3,PIGU,BTG1,PRKCSH,MRPS12,MAST1,CHD6,PIK3CD,SLC2A3,SNX11,ARRB2,PCSK7,LMNB1,LIMD2,SEC61A1,XPO6,OPA3,RAB8A,YWHAG,PDPK1,STRBP,TSC22D3,GMIP,RAD23B,DUSP6,ARL4C,TRAF7,PTP4A3,DNAJC7,CTDSP2,POLR1B,PXDN,GLCCI1,SGK1,SFI1,RNF166,USP15,RGS19,NOL9,FGD3,FBXL20,ZDHHC18,ABLIM1,FAM168B,GANAB,DNPEP,RNF138,TMEM68,CSK,FEM1C,FYN,RPP14,TRIM41,SEMA4D,NICN1,DAB2IP,CDC42BPB,SOD2,CHFR,NELL2,KLF6,SHKBP1,CAPZA1,HDGF,PKN1,P4HB,SMAP2,PDE7A"
+"gene_set_query"	"1472"	"NKX31"	"1249.0"	"ARCHS4 Coexpression,1291;GTEx Coexpression,1206"	"PRDM8,FAAH,WWC1,THUMPD1,TM7SF2,ABHD11,FAM174B,SLC39A6,ARFIP2,UNC13B,ATP6V1G1,ARRDC1,LIMCH1,BROX,ENTPD6,ACSL3,VRK3,PIAS2,SMS,PDE9A,ANAPC2,FKBP5,MEAF6,PDXDC1,ARHGEF26,GLO1,ABHD2,STK39,GPR85,NEDD4L,PDGFA,CACNA1D,NDRG1,CORO1B,ACACA,SOCS2,NEUROD2,RDH11,KCNN2,NDUFV3,HMGXB3,MARK2,PDZD7,CDK19,SYT7,GOLGB1,FASN,WNK2,ECHDC2,DEGS1,RNF185,MON1B,RERE,NUMA1,PAK1IP1,SETD7,ICA1,MIA3,CHD3,AFF3,HERPUD1,PPP3CA,PGM3,PMEPA1,GPR137,NANS,EXOC7,USP43,TBC1D8,NME3,CBFA2T2,SLC22A23,RNF168,PICK1,ATG4B,AIDA,ERGIC1,LRRC14,PRIM2,CANT1,NFIX,ATP2C1,CUX2,NPY,REPS2,VPS54,SLITRK5,SEC11C,NPDC1,FARP1,KDM4B,GOLM1,AMFR,MBOAT2,GTF2H2,HS3ST1,SGSM3,RAB12,RPL22L1"
+"gene_set_query"	"1473"	"IRF6"	"1250.0"	"ARCHS4 Coexpression,1377;Enrichr Queries,1089;GTEx Coexpression,1283"	"CTNND1,ZDHHC5,ARID4A,CLU,RAPGEFL1,FAM110A,SLK,MYC,CAPN2,RPL38,PTGFRN,GLUL,FADS1,SOX4,SH3GL1,SLC38A1,CXADR,IGFBP3,CTNNBIP1,IGFBP2,CD3EAP,LMO7,ATP1B1,ADAM15,DDIT4,HECA,EZR,PFKFB3,IGSF3,TMEM63B,INSIG1,EFNA4,NDRG1,EFNB2,EFNB1,SGPL1,RDH13,MARK2,S100A10,JAG2,PRNP,NDFIP2,JUN,PRPF38B,JUP,RCC2,PLK2,DHCR24,SSH3,PBX1,NFKBIA,EFNA3,GCLC,VANGL2,EFNA2,STK24,EIF6,HOOK2,HOOK1,ID2,GIPC1,CNTN1,SDC1,PLXNB2,BLMH,DEGS1,DEGS2,PLCH2,SERINC2,FGF11,NFE2L1,ITM2C,LRP11,DDR1,CCDC120,SLC35F2,PRKCSH,CLTB,PTPRK,SPPL3,RND3,BICD2,PTPRF,AKAP12,DUSP12,MFSD5,PMEPA1,PLEKHN1,ELOVL4,PLA2G4E,PDPK1,TNFRSF19,ACAD9,MINK1,REXO2,RAD23B,DUSP6,DUSP7,MLF2,SLC7A5,PTP4A3,CTDSP2,TET3,PXDN,RHOV,SGK1,TNFRSF21,CSTB,CXXC1,PARD6G,HMGCR,SEMA3F,ACVR1B,FAM129B,ABLIM1,FZR1,POLR2D,MICALL1,LRRC8A,CKB,PCDH1,PPP1R14C,RRM2,WNT7B,SEMA4B,DAB2IP,BAIAP2,ACVR2A,RAB11A,DLK2,KLF6,MYO1B,TSPAN13,RAB14,RPS6KB2,PKN1,VIM"
+"gene_set_query"	"1474"	"REL"	"1252.0"	"ARCHS4 Coexpression,1495;Enrichr Queries,955;GTEx Coexpression,1306"	"OTUD4,CRTC2,CCNK,ANKLE2,TFRC,JMJD1C,PRDM2,GABPB1,CYP46A1,SMCHD1,OPHN1,MYC,LONP1,EP300,EPC1,SLC12A6,IER5,RNF111,SOX4,IER2,AP2M1,IFNAR2,TLE3,USP8,MEF2C,SLC38A1,WSB1,KDM2B,USP4,FNBP1,ANKRD44,PRKCD,ARRDC3,IFRD1,TTC7B,CD3EAP,ATP11B,GTPBP1,PIAS1,ACAP2,DDIT4,ORAI2,HECA,SIK1,EZR,ATF4,CDC42SE1,ZCCHC7,PFKFB3,INSIG1,PIK3R1,STK4,RLF,PLCXD2,NDRG1,HIF1A,CSF2RA,UGCG,ORC4,CYB5R4,VTI1A,HIVEP1,ABL2,HIVEP2,SLC15A4,SKIL,MCL1,PRNP,JUN,JUND,HSPA5,EDEM1,PLK2,SLC35E3,NUP153,NFKBIA,EFNA2,NR4A3,ARPC2,HOOK2,FASN,ID2,DNAJC10,INTS4,FGF13,CPEB4,YWHAE,USP36,SMG1,BTG1,SH3KBP1,CITED2,PIK3CD,SLC2A3,SLC7A11,PCSK7,CHD2,LMNB1,DUSP12,RASGEF1B,OPA3,PDE4B,LRRFIP1,JAK2,RAB8A,KDM6B,RFC2,PDPK1,TSC22D3,TET2,RHOF,GPCPD1,GMIP,PATL1,DUSP6,RHOB,ARL4C,SLC7A5,ZEB2,VCAN,PTP4A3,CREB1,PXDN,PELI1,SGK1,PPP1R15A,NFAT5,USP15,RNASEK,AHCY,RGS16,RELA,CDC42,GNA13,NFIL3,CSK,FYN,VHL,ATP9B,CYTH1,DDHD1,SOD2,PNRC1,VEGFA,NIN,KLF6,CAPZA1,NEDD4,VIM"
+"gene_set_query"	"1475"	"MSX1"	"1253.0"	"ARCHS4 Coexpression,1120;Enrichr Queries,1069;GTEx Coexpression,1570"	"VKORC1L1,PHLDB1,RPL30,GMFB,RPL31,FMR1,ITSN1,PLOD3,ARID4A,CLU,RPL9,RPL7,FADS3,RPS14,CHCHD3,CDH2,SNRPD1,DPYSL2,MYC,CDC27,DPYSL3,RPL36,RPL37,SOX4,ACVR1,EPHA4,MEF2C,SLC38A1,RPL21,LIMCH1,IGFBP3,TPM1,IGFBP2,COX6B1,OXA1L,SFRP1,DDIT4,WDFY1,FSCN1,RAD54L2,NUMBL,NRN1,SAR1A,TMEM63B,SDC3,GPR85,LPL,PDGFA,CACNA1A,FBLN1,CACNA1D,APCDD1,NDRG1,TIMM50,SOCS2,EFNB2,NEUROD2,DPP6,CYB5R3,SCUBE1,TCTEX1D2,ABL2,NDN,NDUFV3,CD276,AP1M1,UVRAG,PRNP,NMB,JUN,RPL41,CADM1,NR2F1,ARHGAP29,BTBD9,DCLK1,GADD45G,EXT2,SH3BP5L,RPS27,STAG2,GON4L,HOOK2,CDK4,LHX2,UQCRQ,RPS29,ID2,CNTN1,NMT2,TCF4,RPS20,ITM2C,CDKN1C,NRP1,COX7B,MRPS15,CITED2,RPLP1,CETN2,DOCK7,CELF5,LDB2,SLC7A11,RND3,RPGR,TTC28,MRPL33,AKAP12,SPRED2,DUSP12,UBL5,CSRP2,RSRC1,ENC1,ANXA6,PMEPA1,CPXM1,RPL13A,NAV1,COMMD6,SENP2,DUSP6,RHOB,ARL4C,VCAN,PTP4A3,ASPH,CDC42EP4,PXDN,CDH11,RPL37A,ITGB1BP1,CD47,GAS6,SGK1,PTMA,SFI1,DBN1,AHDC1,CSTB,LRP1,CXXC1,RPL36A,RPS27L,PTN,DPCD,NCALD,CYTH3,CHSY1,CAMK2N1,POLR2D,SLITRK5,ROMO1,CKB,SEC11A,POLR2L,TIMM8B,LGI1,NTRK2,SEPT11,SSB,TRIM41,NDUFA3,NDUFA2,VEGFB,PLEKHA5,RPL35A,RPL23A,HSPE1,MEIS2,EFR3B,USF1,NELL2,KLF6,RAB12,MFAP2,CACHD1,VIM,CDO1,PPIL4,CRLF1"
+"gene_set_query"	"1476"	"FOXN4"	"1253.0"	"ARCHS4 Coexpression,1191;Enrichr Queries,1010;GTEx Coexpression,1558"	"CNTFR,ARL6IP1,SMC3,ACRBP,CLU,DCAF7,DPYSL4,DPYSL5,RUVBL2,DPYSL2,LONP1,CDK20,NRCAM,KPNA2,HMGN2,FADS1,HES6,FBXW5,PCYT2,UNC5A,IGFBP3,ISLR2,SOX11,ANK1,POU3F3,SFRP1,LIX1,EEF1A2,FSCN1,HECA,CTXN1,GPM6A,RTN1,RNASEH2A,NXPH4,FOXG1,CHRNA7,LPL,CACNA1A,DTX3,IGSF9,PHF21B,NKAIN1,TCTEX1D2,PLXNA2,EP400,CDH24,FAM43B,MYH10,CEP78,RAP1GAP2,MPST,CBX5,BCL11B,ODF2,BCL11A,CCDC136,CBX2,NR2F1,IFT122,MARCH7,CORO2B,SYT7,GADD45G,SMARCA4,MEX3A,HOOK2,LHX2,HOOK1,CNIH2,RCOR2,CDKN1C,NRP1,PRKCSH,GRIK3,CHD6,ELAVL4,PSIP1,ELAVL2,SHD,SYNE2,ELAVL3,TUBA1B,TUBA1A,CSRP2,GPR137,KIF1A,FEZF2,EMX1,PRMT8,PBRM1,GPX4,CCDC34,H2AFV,NAV2,REXO2,CBFA2T2,CKAP5,MLF2,TOX3,MN1,SLC7A5,PTP4A3,DDAH2,KIT,PXDN,MPPED2,G2E3,RHOU,MAPT,SGK1,RNFT2,RGS16,CXXC1,ATP1A3,NRXN2,RSPH9,PPM1G,AGPAT4,GGA1,CUX2,SERTAD4,RPL13,GPC2,CKB,RUNX1T1,LINGO1,NTRK2,CENPV,RRM2,MYEF2,WNT7B,LRWD1,USP29,MIB1,AGBL5,SLC4A8,NFASC,NFIA,PPP2R2C,KIF26A,INSM1,MDGA1,SSBP3"
+"gene_set_query"	"1477"	"ONECUT3"	"1254.0"	"ARCHS4 Coexpression,1335;Enrichr Queries,984;GTEx Coexpression,1442"	"NUP188,CLPB,STMN2,ACRBP,GPR173,ATCAY,KIF5C,RUVBL2,EPHB2,SOX4,ARL10,EPHA4,USP8,FBXW5,PCYT2,UNC13A,TTC7B,SOX11,MOGS,VRK3,POU3F1,CPT1C,SRCIN1,POU3F2,ANK1,POU3F3,DISP2,SFRP1,DDIT4,TTPAL,ANAPC2,GPM6A,NRN1,CHRNA7,FLII,CACNA1A,CACNA1D,CPLX2,CACNA1E,EFNB2,APH1A,NEUROD2,SCRT2,SHARPIN,ZKSCAN3,GSE1,OTX1,RDH13,NDUFV3,NTSR1,PDZD7,RAB11FIP5,AP1M1,RAP1GAP2,SYT5,PTPRN2,CADM1,BCL11B,ODF2,BCL11A,CCDC136,SLC35E3,NR2F1,IFT122,SYT7,SCRT1,PRRC2A,MEX3B,EFNA3,EFNA2,HOOK2,LHX2,SPIRE2,NDUFAF3,CDKN1C,KDM5B,WDR1,FAM57B,GRIK3,CELF4,CHD6,CELF5,ELAVL3,SEC61A1,JPH3,TUBA1A,OPA3,ANXA6,GPR137,PDE4A,NEFM,JARID2,EMX1,UPF1,RPS6KL1,SVOP,TUBG1,MLF2,RGMA,ARL4C,MN1,PTP4A3,NME7,PXDN,GFOD2,NAT8L,INA,SHANK2,CAMK2B,RNFT2,NFIX,SATB2,DOT1L,SRRT,SEZ6,NRXN2,PPM1G,GGA1,GANAB,CUX2,CAMK2N1,U2AF2,PHKG2,MKNK2,EIF4H,GPC2,BRD8,PCDH1,FBRS,SLC12A5,WNT7B,NICN1,PCDH8,LRWD1,NMNAT2,USP29,MEIS2,AGBL5,IRGQ,NFIA,NFIB,KIF26A,NOVA2,NUCB1,INSM1,CDK5R2"
+"gene_set_query"	"1478"	"SOX15"	"1254.0"	"ARCHS4 Coexpression,1419;Enrichr Queries,1086;GTEx Coexpression,1257"	"RASL11B,ZDHHC5,ARID4A,ENO2,RAPGEFL1,FRAT2,DPYSL2,MYC,LONP1,FADS1,SOX4,SH3GL1,SLC38A1,IGFBP3,TPM1,IGFBP2,CD3EAP,SCRIB,ATP1B2,MYCN,DDIT4,FSCN1,TTLL12,SLC27A4,MTMR1,DNMT1,IGSF3,DCUN1D5,CACNA1A,SPATA2,MRPL12,NDRG1,SOCS2,EFNB1,RDH13,OTX1,MARK2,S100A10,JAG2,PRNP,JUN,JUP,BCL11A,BOD1,RCC2,HMGA1,ARHGAP32,EFNA3,VANGL2,FAM135A,EFNA2,STK24,EIF6,HOOK2,HOOK1,GIPC1,FASN,CNTN1,SDC1,DEGS2,PLCH2,TMEM19,SERINC2,ITM2C,DDR1,CCDC120,CNRIP1,TECR,MRPS12,CLTB,SPPL3,RND3,BICD2,DUSP12,GM2A,MFSD5,MDK,SNAPC2,ENC1,WDR5,PLEKHN1,KIF1A,MINK1,ZDHHC13,REXO2,RABGGTA,DUSP7,MLF2,RGMA,SLC7A5,VCAN,PTP4A3,TUBB2A,VSNL1,KIT,PXDN,RHOV,SLC29A1,SGK1,ARF6,CSTB,PCNA,GSTP1,VPS4B,CXXC1,PARD6G,SLC3A2,SEMA3F,DLL1,SRM,FZR1,SPOCK2,NNAT,MICALL1,LRRC8A,CKB,PDLIM7,RRM2,WNT7B,SEMA4B,ADRM1,BAIAP2,DHRS1,RAB11A,DLK2,RAB10,TTC9,PDCL3,KLF6,RAB14,FABP5,NDUFAB1,RGS12,PKN1,VIM"
+"gene_set_query"	"1479"	"PAX1"	"1255.0"	"ARCHS4 Coexpression,1489;Enrichr Queries,1372;GTEx Coexpression,904"	"TDRKH,PRDM4,ZDHHC5,CISD1,OGDHL,APEH,CDH8,ALCAM,HERC1,PSMD1,DENR,LZTS1,PCDHAC2,PDHX,PRKAB2,RBFOX1,PAQR4,IGFBP3,IGFBP2,COG2,TTC7B,TBR1,SOX11,ACSL3,ATP1B1,POU3F1,POU3F2,ANK1,EML2,POU3F3,SCAMP2,THAP4,AFG3L2,SFRP1,CLIP1,TARS2,XIST,EZR,RNF121,TMEM161A,NRN1,SAR1B,FOXG1,NPRL3,PIK3R4,ITPR1,CACNA1B,FOXO6,CACNA1A,PIK3R2,TMTC1,PIK3R1,CACNA1E,LRRC55,GIGYF2,IGSF9,NEUROD2,PTDSS1,DPP6,DHRS7B,PLXNA1,CDH24,STXBP5,TRPM7,OTX1,HMGXB3,NDUFV1,RAB11FIP5,JAG2,TMEM184C,EIF2B3,GSTM1,EIF2B2,PTPRN2,BCL11A,NR2F1,TBCD,TRAPPC9,RCAN1,EFNA2,LHX2,DLG5,ID2,STT3A,OGDH,UBA1,GTF2IRD1,FGF13,SERINC2,EIF4G1,DDR1,SCYL3,PHTF2,NAA40,PIGO,TECR,GRIK3,CELF4,CHD6,PTPN23,CHD3,CLINT1,ELAVL2,MED14,MRPL40,ZC3H7B,FASTK,ANXA7,NEFM,FEZF2,NEO1,TMED4,COX8A,BCKDHA,LYPLA2,ARHGEF12,TSC22D1,ATP6AP2,NAV2,PDRG1,DDB1,HADHA,PTP4A3,NPC1,PACS1,PXDN,ALDOA,SGK1,GAS6,SLC29A2,NFIX,NAA20,CLEC2L,GSTP1,EI24,SATB2,VPS4A,NEDD8,ATP1A1,PTN,USP19,MLLT6,ZNRF1,HECTD1,SAMM50,OXCT1,NPY,VPS52,ADAM23,CHGA,NTRK2,SLC35A4,PPIL2,FEM1A,PCDH7,PCDH8,MEIS2,PDE10A,POLR3B,NFIA,TEF,NFIB,SERBP1,NUCB1,INSM1,SEC24C,KCNK2,NUCB2"
+"gene_set_query"	"1480"	"MTF1"	"1256.0"	"ARCHS4 Coexpression,1344;GTEx Coexpression,1168"	"FAM49B,PANK2,CHIC2,CCNK,PLEKHB2,SLA,RNF19B,IFI30,BACH1,LSM12,FRAT2,COTL1,FAM53C,DENND5A,PIM3,SLC12A6,PRKCD,DNTTIP1,TALDO1,ATP11B,ZBTB34,PGD,PIAS1,BIN3,SLC9A8,PPIF,ARL8B,NSMAF,PFKFB4,MTMR3,PFKFB3,STXBP2,PSEN1,CSF2RA,PGS1,CYB5R4,SBNO2,PPP4C,DHX34,GRK6,PSAP,VTI1A,NRBF2,ST3GAL1,N4BP1,MCL1,VASP,H3F3A,SRPK1,EHD1,SLC6A6,MAFG,CWF19L1,DMXL2,DHRS13,GMEB1,ELL,FKBP15,RNF13,USP32,PHF23,CTSZ,SNX10,ARRB2,DUSP18,SLC7A11,CTSL,XPO6,TCP11L2,SH3BGRL3,RAB8A,IFNGR2,TFIP11,SIRT7,GMIP,RAPGEF1,ATP6V1B2,PELI1,B4GALT5,TSEN34,USP15,GRAMD1A,GRN,RNASEK,RGS19,ZDHHC20,USP10,SRC,USP12,TYMP,FGD3,FBXL20,ZDHHC18,EXOSC4,MGAT1,BID,SEMA4A,MTX1,RNF24,MYO9B,MAPK14,SOD2,RABIF,SHKBP1,UBAP1,ATP13A3"
+"gene_set_query"	"1481"	"DMRTB1"	"1256.0"	"ARCHS4 Coexpression,1444;Enrichr Queries,850;GTEx Coexpression,1475"	"NUP188,ARID4A,SMC3,ACRBP,PREX1,RUVBL2,DPYSL2,MYC,KHSRP,FADS1,SOX5,MEF2C,FBXW5,PCYT2,IGFBP3,SOX11,ANK3,POU3F1,POU3F2,ANK1,OLFM1,MYCN,DDIT4,RAB5B,DNMT1,PKDCC,MTMR3,FOXG1,CACNA1B,LPL,CACNA1A,CACNA1E,CACNA1H,PHF21B,EFNB2,IGSF21,DPP6,PLXNA2,RAB11FIP5,JUN,CADM1,BCL11B,WSCD1,ODF2,LRRN2,BOD1,CCDC136,IFT122,PRRC2A,GADD45G,MSRA,DAB1,EFNA2,HOOK2,LHX2,HOOK1,ID2,PPP1R1B,CNTN1,COL9A3,RNF220,CDKN1C,KDM5B,ZMYND19,PRKCSH,CETN3,GRIK3,CHD6,ELAVL2,ROBO1,PHF8,JPH3,DHX15,GPR137,PMEPA1,DLGAP3,JARID2,UNKL,PELP1,IQCB1,EMX1,NAV1,NAV2,DUSP6,MLF2,NCOR2,MN1,ZEB2,PTP4A3,CTDSP2,KIT,PXDN,NAA35,SGK1,PCNA,RNF34,PARL,IWS1,PPM1G,GGA1,CUX2,CAMK2N1,CHN2,PHKG2,NNAT,FBRS,RUNX1T1,RPRM,PAIP1,LINGO1,NTRK2,WNT7B,CADPS,GABRA3,LRWD1,USP29,MEIS2,YIF1B,AGBL5,NFASC,NFIA,FABP7,INSM1,KCNK2"
+"gene_set_query"	"1482"	"GBX1"	"1257.0"	"ARCHS4 Coexpression,1391;Enrichr Queries,1376;GTEx Coexpression,1005"	"IPO13,KLHL34,PDCD2L,CCDC28B,DCAF6,STK11,CFL2,KPNA3,LMO1,PDHX,SEMA6C,UNC5A,TPM3,ATG9A,DYRK1B,SHISA4,TBR1,AARSD1,POLRMT,POU3F1,RUNDC3B,POU3F2,ANK1,PIAS2,POU3F3,GRIP2,CACNB1,RNF123,BIN1,EEF1A2,VDAC3,PGP,AURKAIP1,FKBP3,RTN2,FOXG1,NXPH4,CUL2,AK1,CUL1,CACNA1A,MRPL14,BHLHE22,LIAS,TIMM50,FXR1,CYB5R1,IGSF21,BTBD1,PRKAR2A,DNAJC21,DVL1,ZKSCAN2,OTX1,SAC3D1,ST3GAL3,EIF2B3,BCL11B,ST8SIA2,GOT2,NR2F1,CWC15,COQ7,UBAC1,SCRT1,COQ5,GADD45G,ZC3HC1,COPS3,AIMP2,COPS5,EFNA2,NR4A3,HOOK2,PPP1R1A,LHX2,PKIA,PPP1R1B,CDKN1C,MRPS15,SETD3,FAF1,MAST2,FHL1,MRPL38,CHD6,MYL6B,MRPL36,PCM1,PSD2,DHX15,MYO18A,SPEG,DGCR6,HIF1AN,FEZF2,EMX1,NAA30,ADSL,SIRT4,RAD23A,GLRX2,DUSP26,MLF2,MN1,MRPS9,PTP4A3,NDUFS7,PXDN,SLC25A12,RBM24,SLC25A4,CAMK2B,NFIX,SATB2,GPS2,SRL,SAMM50,HIRIP3,CUX2,HSF2,MGAT5B,POLR2D,MFN2,KCNJ11,FEM1A,WNT7B,PDE4DIP,PPP2R3A,MTOR,LRRC20,KTN1,CUL4A,NELL2,FABP3,PDE10A,PRKRA,ASB8,CARM1,DRG1,INSM1,TACC2,GPD1L,PFKM,CRAT,CDK5R2"
+"gene_set_query"	"1483"	"ZNF648"	"1259.0"	"ARCHS4 Coexpression,1577;Enrichr Queries,705;GTEx Coexpression,1494"	"FAM49A,PRDM2,HS6ST1,SCP2,GRB14,OPHN1,ZMIZ1,DPYSL2,CAPN2,KIF21B,NCKAP5,ANKS1B,SOX5,RGS7,EPHA4,USP8,EPHA7,ZGPAT,IGFBP3,SOX11,ANK3,OLFM1,SFRP1,ARMC6,DDIT4,TOX,TRIB2,NTM,NPRL3,CACNA1A,AGAP1,PIK3R1,PRKCZ,CACNA1E,RAP1GAP,TTBK2,NKAIN1,ORC4,DPP6,ORC6,FLRT2,PITRM1,PLXNA2,CAMTA1,LRRC4C,QSER1,MPST,FAM78B,CADM1,LRRN2,BCL11A,SLC35E3,MICAL2,IRF2BP2,CDC7,KLHL23,ACADSB,PBX1,EXT1,HOOK2,ARMC10,HOOK1,CNTN1,ECHDC2,FAT3,CNIH3,GRIK5,GRIK3,CHD6,GPT,SIPA1L2,PTPRF,ROBO1,PSD3,DHX15,PDE4B,NEFL,NEFM,PHACTR1,JARID2,NCOA6,PDE4D,NAV1,NAV2,LIME1,PTBP2,RGMA,ARL4C,ENAH,NCOR2,SLC7A5,ZEB2,VCAN,PTP4A3,BDH1,NAV3,CTDSP2,POLR1B,CDC42EP3,PXDN,CDH13,RHOU,DSCAML1,SHANK2,NRXN1,SATB2,GOSR1,LRP6,HMGCL,ABLIM1,OPCML,NTRK2,NEGR1,PCDH7,ATP2B4,DAB2IP,PDE4DIP,SORBS2,GSTZ1,NELL2,IRGQ,KLF6,NFASC,NFIA,NFIB,CACHD1,KCNK2,PFKP,LNX2"
+"gene_set_query"	"1484"	"HES2"	"1259.0"	"ARCHS4 Coexpression,1476;Enrichr Queries,1108;GTEx Coexpression,1194"	"CYFIP2,ZDHHC5,CLU,RAPGEFL1,TSKU,TUBB3,DPYSL2,MYC,IER5,TBC1D10A,FADS1,SH3GL1,ACOT7,IGFBP3,SCRIB,ANK1,DDIT4,FSCN1,HECA,TTLL12,SLC27A4,IGSF3,CDCA4,CCDC24,CACNA1A,ZBTB5,EFNA4,NDRG1,RAP1GAP,EFNB2,SGPL1,PLXNA2,RDH13,MARK2,PDZD7,PRNP,JUN,JUP,BCL11B,BCL11A,RCC2,PLK2,SLC35E3,PBX2,NR1D1,CORO2A,SQLE,ARHGAP32,EFNA3,FAM135A,EFNA2,STK24,EIF6,HOOK2,HOOK1,GIPC1,PPP1R1B,CNTN1,SPIRE2,SDC1,DEGS2,TMEM19,SERINC2,CDKN1C,CCDC120,PRKCSH,TECR,CLTB,CHD6,SLC7A11,SPPL3,BICD2,PPP1R9B,AKAP12,DUSP12,GM2A,MFSD5,OPA3,ANXA6,PMEPA1,PLEKHN1,MINK1,ZDHHC13,NAV2,REXO2,RABGGTA,DUSP7,MLF2,ARL4C,SLC7A5,VCAN,PTP4A3,PXDN,FAM84A,RHOU,RHOV,SGK1,SHANK2,ARF6,CSTB,GSTP1,VPS4B,RGS16,PARD6G,HMGCR,SEMA3F,FAM129B,FZR1,ABLIM3,CAMK2N1,U2AF2,CKB,MTA2,PCDH1,RRM2,WNT7B,SEMA4B,NICN1,BAIAP2,DHRS1,RAB11A,DLK2,RAB10,RAB14,FABP5,NFIA,RPS6KB2,RGS12,MDGA1,CRLF1"
+"gene_set_query"	"1485"	"SNAI1"	"1260.0"	"ARCHS4 Coexpression,1398;Enrichr Queries,1130;GTEx Coexpression,1251"	"EIF4A1,CCNH,RNF19B,CBLB,TSKU,FADS3,RASSF1,LAPTM4A,CDH2,BASP1,ARHGDIA,MYC,FTH1,DPYSL3,LONP1,PIM3,BTRC,CCNL1,IER5,SOX4,IER2,SEMA6B,ACOT9,IGFBP3,F2R,ADAM19,HNRNPUL2,DDIT4,MAPKAPK2,FSCN1,PPIF,SIK1,SEMA7A,CD151,PFKFB3,SAR1A,PEX11B,PIK3R3,FBXO45,UAP1,VPS26B,NDRG1,HIF1A,RAP1B,SOCS2,EFNB2,SBNO2,FUT8,FAM192A,SKIL,MCL1,CD276,HEXIM1,PRNP,NMB,JUN,PLK2,HMGA1,GADD45G,NFKBIA,NR4A3,BMP1,HOOK2,ID2,MAFG,CNTN1,SDC1,TAB1,LSM14B,PICALM,ITM2C,NRP1,CITED2,HEXA,SLC2A3,SLC7A11,RND1,AKAP12,DUSP12,ARV1,CTSL,GLIPR2,ENC1,PMEPA1,CTSD,MAPK1IP1L,KDM6B,PLEKHG2,PDPK1,GSTO1,H2AFX,PPRC1,DUSP6,ARFGAP1,RHOB,ARL4C,SLC7A5,ZEB2,VCAN,PTP4A3,PLSCR3,PXDN,CDH11,AKT1S1,CDC42EP2,FAM20C,BCAT1,SGK1,PPP1R15A,PPP1R15B,SRC,RGS16,CXXC1,SLC3A2,CLCN3,RELA,NXF1,CHSY1,NFIL3,MGAT1,MEST,PTPN1,RRM2,PTPN12,SOD2,NAP1L4,VEGFA,NELL2,KLF6,NUCB1,BAX,ATP13A3,VIM"
+"gene_set_query"	"1486"	"PTF1A"	"1260.0"	"ARCHS4 Coexpression,1518;Enrichr Queries,1167;GTEx Coexpression,1095"	"ARHGDIG,UBE2D1,ALDH1L2,PSMD6,PAIP2B,FAM174B,TBC1D30,EPHB1,NOMO1,SEC63,CHID1,PDHX,HES6,RBFOX1,IFRD1,ALG5,ALG2,MTUS1,TBR1,SOX11,POU3F1,POU3F2,ANK1,SND1,POU3F3,TPST2,FAIM,SIDT2,GRIA2,SHC2,TMED10,NRN1,UBA5,FOXG1,SEL1L,CACNA1B,SLC38A10,CACNA1A,UAP1,CACNA1E,GTF2E2,NEUROD2,DPP6,PRDX4,PLXNA2,CAMTA1,DYM,SLC38A6,OTX1,EDEM3,XBP1,CADM1,BCL11B,BCL11A,ZFR2,INSR,EIF2AK3,NR2F1,NR1D1,FAM136A,AZIN1,SCRT1,IFT20,RCL1,EFNA2,NR4A3,SNW1,NBEA,LHX2,SRPRB,NACAD,TECPR1,ZSCAN2,PCSK2,GABRB3,ZFAND2A,INTS10,ICA1,GRIK3,CELF4,CHD6,HERPUD1,SEC61A1,SERP1,MAN1A2,RFK,PGM3,TMED2,NEFM,SEC61B,FEZF2,APPL1,PCMTD1,TMED9,PCYT1B,SSR4,PABPC4,SSR2,SSR3,ARFGAP3,BET1L,VAV2,QTRT1,BACE1,UGDH,PTP4A3,PXDN,POLR1D,BCAT1,SHANK2,CAMK2B,GRAMD1B,NFIX,SATB2,AKAP7,CRMP1,NOL4,PSMA7,SRM,TAF1D,CUX2,MKNK1,DNAJB9,SH3BP4,RUNX1T1,IGBP1,SLC12A5,BNIP3,YIPF4,PCDH8,SYVN1,NMNAT2,MEIS2,NLE1,HS3ST2,NUDT9,SPCS3,SH3YL1,PDE10A,XPNPEP1,NFIB,PRKRA,PPP2R2D,PDCD4,P4HB,INSM1,NUCB2,CDK5R2,LNX2,CBLN1"
+"gene_set_query"	"1487"	"PLSCR1"	"1261.0"	"ARCHS4 Coexpression,1394;GTEx Coexpression,1128"	"ZFYVE9,UBE2D3,SLA,RNF19B,TXNDC12,GABPB1,IFI30,BACH1,HERC2,ARHGDIA,BTRC,AGFG1,IFNAR2,USP5,SHISA5,TALDO1,TOM1L2,BIN3,XRN2,IFNAR1,ARL8B,LY6E,NSMAF,CDC42SE1,PXN,PSEN1,CAMSAP1,RAP1B,PGS1,SDCBP,UGCG,SBNO2,GNG10,STK38,MIER1,MCMBP,NADK,ATP6V1F,VASP,EDEM2,H3F3A,ARPC5,LSM6,ARPC3,CPD,LSM14B,PICALM,RNF13,SNX10,ARV1,NUDCD3,BCL7A,GLIPR2,CTSL,MFSD1,EVI5L,RBM7,CAP1,ATP6V0B,WARS,PARP2,GSTO1,IFNGR2,COMMD5,RAP2C,PSMA6,NPC2,CDC42EP2,ATP6V1B2,SFT2D1,IRF9,CHMP5,RNASEL,GRAMD1A,RELA,TYMP,GNAI2,FOXRED2,ZNRF2,CHSY1,NFIL3,BNIP2,DNAJB9,MGAT1,BID,PAK2,DYNC1H1,RNF24,STAT2,PTPN12,MAPK14,SOD2,GDAP2,ERP44,TEF,IMPDH1,MFAP3"
+"gene_set_query"	"1488"	"ZNF560"	"1263.0"	"ARCHS4 Coexpression,1157;Enrichr Queries,1146;GTEx Coexpression,1487"	"ATP8A2,CLPB,RASL11B,CSE1L,SMC3,ACRBP,IPO5,KIF5C,RUVBL2,GPBP1,NRCAM,SEPHS1,SOX4,EPHA4,EIF1AX,IGFBP3,VASH2,ATP11C,MSH6,OLFM1,MORF4L1,SFRP1,MYCN,MSH2,TBL1XR1,SARNP,TBPL1,ADNP,SRSF6,NRN1,SET,TSHZ3,CTTNBP2,TTYH1,BTF3L4,ISG20L2,CACNA1B,LPL,CACNA1A,FBLN1,CACNA1C,ADH5,PHF21B,LDHB,SGPL1,SCUBE1,INPP5F,PRDX1,CEP70,KCNN2,NAE1,GPM6B,PLXNA4,SNX5,FDFT1,CEP78,JUN,PTPRN2,PDHA1,PHC1,CBX5,NUP155,ODF2,BOD1,CCDC136,CBX2,IDH1,LARP7,MEX3C,PAICS,MEX3B,DAB1,RPS27,HOOK2,DLG3,NASP,HOOK1,FXYD6,COL9A3,LRCH4,FGF13,GABRB3,KDM5B,PTPRS,CHD6,HMGB3,SLC2A3,ELAVL2,UCHL1,NEFM,SSSCA1,KIF1A,JARID2,ZIK1,PPP1R12A,PEG3,RRAS2,LRRC40,PRPF40A,ELOVL6,ENAH,PTP4A3,NDUFS5,KIT,PXDN,MTF2,G2E3,INA,NLGN1,PCNA,DDX25,NRXN1,USO1,DDX20,CXXC1,IWS1,PPM1G,GGA1,STOX2,CUX2,UGP2,PTPRZ1,POLR2D,SPOCK1,IGF2BP3,GPC4,MTA3,RPRM,NPM1,PPP1R14C,SSB,USP9X,PCDH7,PCDH8,UBE2G1,LRWD1,SORBS1,USP29,AGBL5,NELL2,PDCL3,NFIA,CCNYL1,CEBPZ,RAN,CBLN1"
+"gene_set_query"	"1489"	"FOXC2"	"1265.0"	"ARCHS4 Coexpression,1236;Enrichr Queries,1324;GTEx Coexpression,1234"	"TRIO,PITPNB,HDLBP,ARID4A,FRY,ALDH1L2,ACTB,NDST1,DPYSL2,MYC,CAPN2,PLS3,SLC39A7,SH3GL1,MEF2C,ST6GAL2,TPM4,OSR1,IGFBP3,ACTN1,TPM1,F2R,IGFBP2,DAPK3,AFAP1,SOX11,LMO7,ACTN4,ADAM19,TWSG1,SFRP1,KCTD10,DDIT4,FSCN1,RAI14,CD151,NXPH3,NPRL3,PDGFA,ADAMTS10,GLIS2,EFNB2,CYB5R3,FLRT2,ESD,ABL1,MYH10,RAB11FIP5,JUN,TMEM184B,KLHL26,CRIM1,NR2F1,DSTN,MICAL2,MARCH4,ARHGAP23,EXT1,BMP1,HOOK2,ID2,CNTN1,CALU,UBA2,AMOTL2,FERMT2,ITGB1,USP35,NRP1,WDR1,PCSK7,AKAP12,DUSP12,SEC61A1,CSRP2,ENC1,TIMP2,SPEG,DACT3,PMEPA1,JAK2,ADAMTS7,SSR3,SLC39A13,NAV2,MED27,DUSP6,CKAP4,MLF2,RHOB,ENAH,MN1,VCAN,ZEB2,PTP4A3,FCHSD2,INF2,CDH11,PXDN,AKT1S1,CDH13,TAX1BP3,VAMP4,SGK1,GAS6,ROCK1,RGS16,CXXC1,CCDC107,SEMA3F,FAM129B,IGFBPL1,ALDH1B1,HAUS7,RAB23,GPC1,SLIT1,FLNA,SH3BP4,ANKRD52,MEST,PDLIM7,JAM3,SEPT11,PPP1R14B,GALNT2,NTRK3,PCDH7,WWP2,MEIS2,VEGFA,SH3RF3,SKI,OSTM1,ESYT2,VIM,CRLF1,BCAR1"
+"gene_set_query"	"1490"	"NAIF1"	"1270.0"	"ARCHS4 Coexpression,1389;GTEx Coexpression,1150"	"CHIC2,TOR2A,IFITM2,TMEM41A,FADS3,LSM12,FRAT2,STK16,COTL1,SNIP1,CCDC97,CCNL1,SLC12A9,PIH1D1,NSMCE2,DNTTIP1,TALDO1,WDR73,ANK3,CACNB3,BIN3,SLC9A8,MAPKAPK5,GEMIN7,PFKFB4,ANP32A,STXBP2,SUPT4H1,GPR85,PDGFA,CORO1A,CSF2RA,CYB5R4,CHTF8,PPP4C,GRK6,ZMAT5,CSTF1,VTI1A,ATP6V0A2,NRBF2,ST3GAL2,NADK,VASP,PNO1,H3F3A,MAD2L1BP,EIF2S2,SRPK1,MANF,TMEM199,CWF19L1,TMEM19,NOP10,ISY1,DHRS13,GMEB1,PHF23,PIK3CD,SNX11,DUSP18,ELAVL1,PIGX,MED11,ZNRD1,XPO6,OTUD6B,OPA3,SDF2,RAB8A,JAK1,ZC3H10,TFIP11,GAB2,GMIP,SENP2,SCNM1,FRG1,KPTN,AHDC1,SHANK1,TSEN34,CDC123,RGS19,USP10,FGD3,FBXL20,ZDHHC18,HAUS8,POLR2C,STX6,E2F4,CCDC71,FARP1,YIPF1,TRIM41,MTX1,TMEM60,TRIM39,IMPDH1,SHKBP1,FAM131A,SPRY2"
+"gene_set_query"	"1491"	"HLX"	"1270.0"	"ARCHS4 Coexpression,1245;Enrichr Queries,1174;GTEx Coexpression,1390"	"IFITM2,RNF19B,IFI30,RASSF2,FRAT2,BASP1,DPYSL2,MYC,LONP1,PIM3,IER5,SLC12A9,IFNAR2,MEF2C,IGFBP3,PRKCD,TALDO1,ZBTB34,ADAM19,BIN3,RAB31,DDIT4,EHBP1L1,MAPKAPK2,FSCN1,HECA,KCTD12,IFNAR1,PFKFB3,PXN,STXBP2,CSF2RA,NDRG1,CORO1A,PGS1,SOCS2,EFNB2,SDCBP,SBNO2,STK38,PSAP,CHST15,NADK,MCL1,VASP,JUN,PLK2,FUCA1,H3F3A,GADD45G,NFKBIA,EHD1,ABTB1,SLC6A6,HOOK2,ID2,PLEKHM2,LRP10,ITM2C,ISY1,OGFR,NRP1,BTG1,ELL,CITED2,CTSZ,ARRB2,AKAP12,DUSP12,GLIPR2,XPO6,PDE4B,TIMP2,FLOT2,PMEPA1,CTSB,IFNGR2,TSC22D3,SH2D3C,GMIP,DUSP6,RHOB,ARL4C,TOX4,MN1,ZEB2,VCAN,PTP4A3,PXDN,PLEKHO1,ARHGEF2,SGK1,RNF166,STK40,GAS7,GRAMD1A,GRN,RNASEK,RGS19,SRC,CXXC1,TYMP,GNAI2,FGD3,ZDHHC18,NFIL3,SH3BP2,MGAT1,RNF130,DEDD,MAP3K3,SEMA4A,MBOAT7,MYO9B,MAPK14,SOD2,VEGFA,NELL2,MARCKS,KLF6,IMPDH1,SHKBP1,ZYX,PKN1,VIM,SMAP2,GRINA"
+"gene_set_query"	"1492"	"ZNF396"	"1273.0"	"ARCHS4 Coexpression,1528;Enrichr Queries,1025;GTEx Coexpression,1266"	"IFITM2,ATP8A1,ZDHHC5,HDLBP,SLA,CBLB,FRY,FRAT2,RASSF2,TRIM28,OPHN1,KIF5C,DPYSL2,FTH1,STK16,TRIM27,ENPP5,ATXN7L3,SOX4,SLC12A9,SOX5,GABARAPL1,PRKCD,ARRDC3,TALDO1,RFX3,MOGS,SLC9A8,UNC50,DDIT4,RAB35,HECA,STAM2,LRRC59,PFKFB4,STXBP2,CACNA1A,STK4,CSF2RA,NDRG1,SPATA7,CDKN2AIP,PGS1,APH1A,ORC4,CYB5R4,NACC1,ZKSCAN3,SRGAP3,RDH13,NADK,SLC19A1,PDZD7,ACBD6,CADM1,H3F3A,SLC35E3,KLHL24,PBX1,PRRC2A,HNRNPL,ABTB1,NR4A3,HOOK2,NBEA,HOOK1,ID2,SPIRE2,HBP1,SERPINI1,FBXL5,LRP10,ITM2B,NFE2L1,ITM2C,EIF4G1,DHRS13,CALCOCO1,PIGU,KDM5C,CHD6,ICA1,DUSP18,SIPA1L2,PRPF19,SMG5,BBC3,SEC61A1,XPO6,TRIM2,OPA3,PDE4B,FLOT2,TCP11L2,SDF2,CTSF,CAP1,BCAS3,UPF1,PDE4D,TSC22D3,MINK1,NAV2,RAD23B,MSL1,PARP8,RHOB,TRAF7,PTP4A3,TMBIM4,SETBP1,PXDN,NCOA7,RHOU,TKT,TSEN34,RNFT2,CSTB,RNASEL,RGS19,SATB1,GMPR2,SRBD1,CCNDBP1,CXXC4,NCALD,SLC25A27,ZDHHC18,FAM168B,GANAB,U2AF2,MKNK1,CHN2,TMEM68,YIPF1,MTX1,NEGR1,PDE4DIP,SORBS2,MAPK14,PNRC1,TMEM60,TMUB2,NFIA,IMPDH1,NFIB,SHKBP1,CCNG2,HDGF,KBTBD7,SMAP2,YPEL3,TMEM229B"
+"gene_set_query"	"1493"	"GCM1"	"1274.0"	"ARCHS4 Coexpression,1219;Enrichr Queries,1207;GTEx Coexpression,1397"	"MAPKBP1,IFITM2,GMFB,CCNC,TXN2,FADS3,FRAT2,BASP1,DPYSL2,MYC,KHSRP,COTL1,LONP2,SOX4,SLC12A9,SOX5,USP8,MEF2C,COG8,IGFBP3,BROX,IGFBP2,VRK3,POU3F2,CLIP1,DMTF1,SLC9A8,DDIT3,DDIT4,PPIE,HECA,FAM76A,RAD54L2,CDC42SE1,DHX8,FBF1,SUPT4H1,GPR85,CACNA1A,PDGFA,TOR1AIP2,PIK3R1,CSF2RA,PHF21A,PGS1,NEUROD2,CYB5R4,DPP6,SCUBE1,PITRM1,DHX34,GRK6,NDUFV3,SRGAP1,PDZD7,AP1M1,VASP,PRNP,FIS1,JUN,DR1,PLK2,H3F3A,MEMO1,NR1D1,PBX1,GADD45G,ABTB1,EFNA2,NR4A3,GON4L,HOOK2,HOOK1,LRFN1,ID2,DHRS13,SCYL3,PRKCSH,CHD6,CELF4,PIK3CD,CELF5,ARRB2,SLC7A11,LIMD2,DUSP12,SENP5,CTSL,RSRC1,XPO6,ENC1,DHX15,FLOT2,ARIH1,PEG3,PDPK1,USP43,GMIP,REXO2,SENP2,DUSP6,MLF2,RHOB,ZEB2,VCAN,PTP4A3,RASA1,PXDN,CD47,SGK1,SFI1,RNF166,RNF165,TSEN34,RNASEK,RGS19,RGS16,CXXC1,CCNDBP1,TTL,FGD3,ZDHHC18,DNPEP,NFIL3,VPS53,POLR2D,SLITRK5,NTRK2,TRIM41,RNF24,FEM1A,MBOAT7,CRIPT,EFR3B,HS3ST1,USF1,VEGFA,TTC17,RAD52,KLF6,NFIA,IMPDH1,SHKBP1,RAB12,NOVA2,TACC2,SMAP2"
+"gene_set_query"	"1494"	"ASCL4"	"1275.0"	"ARCHS4 Coexpression,1330;Enrichr Queries,1028;GTEx Coexpression,1466"	"ATP8A2,SLC4A1AP,SYAP1,FBXO25,TXNDC12,CYP46A1,FAM110A,ZFP30,OPHN1,BASP1,DPYSL2,RPL37,EPHB1,ANKS1B,UNC13B,EPHA7,RBFOX1,CXADR,ST6GAL2,IGFBP3,ANGEL2,CTNNBIP1,TTC7B,CD3EAP,SOX11,ATP11A,ARMC8,POU3F1,POU3F2,ANK1,POU3F3,FOXP1,MYCN,ZFP41,HECA,PSMD12,NRN1,NXPH4,FOXG1,CACNA1B,CACNA1A,SLCO5A1,PIK3R1,APCDD1,EFNA4,CACNA1E,EIF1AD,DPP6,FLRT2,PRKAR2A,KCNN2,OTX1,PDZD7,CEP78,PTPRN2,JUP,AUTS2,CADM1,EFNA3,VANGL2,DAB1,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,SDC1,BLMH,DEGS1,TCF4,DEGS2,CNIH3,RPLP1,CHD8,GRIK3,CHD6,AFF3,SPPL3,BICD2,AACS,PHACTR3,PDE4B,PHACTR1,FEZF2,RBM7,EMX1,PRMT8,ELOVL4,NUP133,PLA2G4E,VBP1,USP43,PDE4D,NAV2,DUSP6,RGMA,MED23,ZEB2,PTP4A3,NSA2,NAV3,TET3,PXDN,GFOD2,ITGB1BP1,SGK1,MAPRE2,SHANK2,OTUB2,NFIX,NRXN1,PARD6G,DNPEP,CUX2,EXOSC10,NPY,MFN1,REPS2,VPS54,ATP9B,OPCML,RUNX1T1,SRSF12,SLC12A2,ARFGEF1,NTRK2,ATE1,NDUFA5,PCDH7,PCDH8,TMEM62,ACVR2A,HS3ST2,NELL2,NFIA,PRKRA,NEDD4,TMEM229B"
+"gene_set_query"	"1495"	"MIXL1"	"1276.0"	"ARCHS4 Coexpression,1103;Enrichr Queries,1343;GTEx Coexpression,1383"	"WIPF3,HDLBP,FADS3,CDH2,MYC,AKT1,SBF1,ATXN7L3,SAMD10,TMPO,EPHA4,USP8,NUP210,USP5,RBFOX3,IGFBP3,IGFBP2,VASH2,SOX11,MOGS,POU3F1,VRK3,POU3F2,DAAM1,HNRNPUL1,EEF1A2,EHBP1L1,RAB35,VOPP1,HECA,GLYR1,DNMT1,SEMA7A,ANP32A,ARHGEF26,FLII,CACNA1A,SLCO5A1,CACNA1D,SUPT6H,UBE2J1,SEL1L3,APH1A,NEUROD2,PRPSAP2,ORC6,PLXNA2,PDZD7,JUN,BCL11B,INTS1,EDEM1,NR2F1,CDC7,EEF2,BRI3BP,ZWINT,PBX1,PRRC2A,EFNA2,NR4A3,SH3BP5L,HOOK2,LHX2,HOOK1,GNB2,GNB1,ANP32E,PLXNB2,CNIH3,NFE2L1,ITM2C,EIF4G1,KDM5C,PRKCSH,DIS3L,CHD6,MED19,PRPF19,SMG5,LMNB1,PPP1R9B,SEC61A1,SENP7,SEPT6,SART3,JPH3,SENP5,PPP6R1,RASGEF1B,SNRNP70,TMSB4X,CASP3,UBTF,SDF4,TOPBP1,DACT1,UPF1,RFC3,USP48,PARP1,EED,PDPK1,MINK1,COMMD4,MLF2,RNF168,PTP4A3,POLR1B,DNAJC5,CDH11,PXDN,ARHGEF2,GAPDH,PCNA,PRIM1,SATB2,CXXC1,SEZ6,PSMA7,CENPB,U2AF1L4,FAM168B,GANAB,U2AF2,POLR2D,FAM120A,TMEM68,PTK2B,SLITRK5,ANKRD52,RRM2,RNGTT,AMFR,GINS4,PCDH8,HS3ST1,GTF2H5,NELL2,RAD52,NIN,KLF6,FABP5,RPA3,RAB12,TAOK2,MGAT4B,ACIN1,NUCB1,HDGF,PKN1,INSM1,PNPLA6,RHEBL1,POLR3K,CDK5R2,GRINA"
+"gene_set_query"	"1496"	"PRRX1"	"1277.0"	"ARCHS4 Coexpression,1336;Enrichr Queries,1349;GTEx Coexpression,1145"	"PHLDB1,TRIO,CD81,HDLBP,ALDH1L2,ALKBH8,NDST1,DPYSL2,CDC27,CWC22,DPYSL3,PLS3,SBF2,ACVR1,MEF2C,TPM4,IGFBP3,TPM1,RECQL,ATP11C,AFAP1,ADAM19,TWSG1,SFRP1,TMX3,KCTD10,WDFY1,SPARCL1,CD151,NPRL3,LPL,FBLN1,TMTC1,SAV1,RAP1B,CYB5R3,FLRT2,ESD,ABL1,ABL2,MAP4,CD276,RAB11FIP5,JUN,ATP8B2,CRIM1,ARHGAP29,DNAJC13,SMAD5,DCLK1,KLHL20,EXT1,EXT2,STAG1,ZZZ3,BMP1,HOOK2,PTK7,SP3,CALU,GNB4,CNTN1,UBA2,FBXL3,AMOTL2,DCHS1,FAT4,ACBD3,FERMT2,NFE2L1,ITGB1,NRP1,SETD7,FHL1,RND3,TTC28,AKAP12,SPRED2,SEC61A1,TMEM43,KIF13A,REV3L,TIMP2,ANXA6,PMEPA1,TNPO1,EDIL3,GABPA,TCF12,ARNT,FAM126A,CKAP4,ZEB2,VCAN,PTP4A3,ASPH,IMPAD1,PXDN,C1D,CDH11,AIDA,SGK1,GAS6,CRK,PCYOX1,GAS7,LEPROT,NFIX,LRP1,ROCK1,CXXC1,ASAP1,PTN,FAM129B,CYTH3,SCAF8,RAB23,GPC1,SLIT1,APBB2,SEC11A,SMARCE1,NTRK2,SEPT11,PCDH7,ATP2B4,MEIS2,NELL2,NFIA,NFIB,MFAP2,GOPC,VIM,KCNK2"
+"gene_set_query"	"1497"	"FOXR1"	"1285.0"	"ARCHS4 Coexpression,1562;Enrichr Queries,825;GTEx Coexpression,1469"	"DPAGT1,PHLDB1,NUP188,KDM1A,PPAN,TXNDC11,KEAP1,STMN3,EPRS,BACH2,FRAT2,ZMIZ1,SAP130,KIF21B,FADS1,RPS13,ATG3,ATP6V1G1,USP7,WSB1,RPS5,TOMM34,CD3EAP,CDC37,CLPP,KCNQ2,ATF4,CCDC84,PRR13,DDX6,ISYNA1,DNMT1,PFKFB3,CUL2,CLEC16A,SPATA2,SLAIN2,MRPL12,STIP1,SYNGR1,MIER1,VPS11,CAMTA1,NRBF2,BCL9L,S100A10,ESRRA,XRCC6,BOD1,TRAPPC4,TMEM50B,TMEM132A,IFT122,SUPT5H,TOR1B,PRRC2A,RPS25,MSRA,YRDC,MEX3B,NSG2,FUBP1,HYOU1,PSMG1,PLCH2,C2CD2L,CPEB4,KDM5B,DOCK9,SLC44A2,COX4I1,CETN3,CELF3,GDI2,KRI1,PHF8,MRPL4,SMPD3,TMEM189,SPRED2,AUH,SNAPC2,C1QBP,WDR5,GPR137,PDE4A,MRPL9,SLC37A4,NCOA1,RBM17,H2AFX,SLC39A11,TFB2M,ZFP90,SLC7A6,DBN1,PPP1R15A,PCNA,DOT1L,SRRT,NRXN2,FURIN,RNF7,STRN4,PARL,PPM1G,SRM,GGA1,FZR1,DNPEP,NFIL3,NSD1,RAB24,GNA12,POLR2F,BRD8,RAE1,FBRS,PDLIM7,PTPN1,HIPK1,TPD52L2,USF1,AGBL5,RSL1D1,PDCL3,MYO1B,TSPAN14,SERBP1,EIF3G,CCM2,RHEBL1,FRYL"
+"gene_set_query"	"1498"	"CBLL2"	"1287.0"	"ARCHS4 Coexpression,1470;Enrichr Queries,787;GTEx Coexpression,1603"	"ZFYVE9,IPO7,HS6ST2,PSMD7,FTH1,DPYSL3,UBAP2L,MAP3K9,MACROD2,SLC16A2,TRIM23,KIRREL3,EPHA7,RBFOX1,RBFOX2,ST6GAL2,KCNK10,SLC6A17,MAGI2,NSMCE2,SCAMP1,BIN1,DKC1,DDIT4,KCTD12,TRIB2,LY6E,TARSL2,CACNA1A,PHF21B,NKAIN2,RAI1,UGCG,EFNB1,PITRM1,FUT9,SRGAP1,NUS1,SYT1,CADM1,ODF2,CCDC136,SNAP91,STAG2,HOOK1,MDM2,UBA2,CDK14,OGT,ITM2C,PCSK2,KDM5C,BTG1,SH3KBP1,CITED2,SLC7A11,ELAVL2,COIL,GRM5,AIFM1,LRRTM1,DHX15,TLK2,JARID2,NCOA1,CBR1,DST,MANEAL,YWHAZ,TGFBR1,RGMA,CNKSR2,RAP2B,VSNL1,MPPED1,CDH13,TUT1,BCAT1,SGK1,CAMK1G,PPM1L,NAA20,SATB2,HSPA13,PSMA7,STOX2,AMN1,ZNRF2,TAF1D,SPOCK1,WASF1,RUNX1T1,NTRK2,GABBR2,RIC3,GDAP1,MEIS2,HS3ST1,ACVR2A,MYO16,AGBL5,MAPK10,KLF6,NFASC,NFIB,MFAP3,ST7,UNC79"
+"gene_set_query"	"1499"	"CEBPE"	"1287.0"	"ARCHS4 Coexpression,1141;Enrichr Queries,1276;GTEx Coexpression,1444"	"CRTC2,IFITM2,ANKRD13D,HDAC10,TRRAP,CLU,STK11,FRAT2,RASSF2,MYC,AKT2,COTL1,LONP1,RPL38,SLC12A9,TLE3,NUP210,PRKCD,CNPY3,ANK1,DDIT4,EHBP1L1,FKBP8,HECA,CSNK1G2,ANAPC2,STXBP2,MAZ,SUPT4H1,RASGRP2,OAZ1,CORO1A,CSF2RA,PGS1,SBNO2,NDOR1,DHX34,GRK6,NADK,SLC19A1,VASP,NTNG2,JUN,TMEM86B,H3F3A,PBX2,NR1D1,GADD45G,ABTB1,EFNA2,HOOK2,HOOK1,ID2,CNOT3,LRCH4,ITM2C,OGFR,KDM5C,DAZAP1,PIK3CD,SLC2A3,ARRB2,LIMD2,PPP1R9B,DUSP12,PPP6R1,XPO6,DHX15,FLOT2,SH3BGRL3,DBNL,TSC22D3,H2AFX,GMIP,DUSP6,DNM2,TOX4,GIGYF1,VCAN,PTP4A3,MED25,PXDN,RHOU,ARHGEF1,ARHGEF2,TKT,RNF166,CSTB,RNASEK,RGS19,CXXC1,GNAI2,FGD3,ZDHHC18,MTA1,NFIL3,PTK2B,CSK,SPEN,SEMA4A,MAP3K3,RRM2,SF3A2,SORT1,MBOAT7,MIIP,MYO9B,MAPK14,XAB2,KLF6,IMPDH1,SHKBP1,ZYX,CCM2,PKN1,SMAP2,YPEL3"
+"gene_set_query"	"1500"	"ZNF724"	"1287.0"	"ARCHS4 Coexpression,1264;GTEx Coexpression,1310"	"CDC23,CAPNS1,LAMP1,SNRPD1,AKT1,PRKACA,ATXN7L3,TMPO,TIPIN,VASH2,MOGS,BOLA2,EHBP1L1,RAB35,CHMP4B,SNRPE,ALG10B,ANAPC1,ZCCHC7,NUP205,SEMA7A,RNASEH2A,RAB5C,FLII,MTDH,GJC1,APH1A,LDHA,ORC6,UBR5,PGK1,RDH13,SCAI,PDZD7,INTS1,CBX3,EDEM1,INTS2,SLC35E3,PBX2,PAICS,ZWINT,SH3BP5L,GNB2,GNB1,SPIRE2,PLEKHM2,PLXNB2,NFE2L1,ARF3,WDR1,PRKCSH,PRPF19,PFAS,LMNB2,LMNB1,PPP1R9B,SEC61A1,LASP1,PPP6R1,SNRNP70,OPA3,SDF4,TOPBP1,CIC,ACTR2,UPF1,RFC3,EED,PGAM1,MINK1,TRAF7,TFDP1,DNAJC5,GAPDH,RNFT2,PCNA,PRIM1,RAB1B,CENPB,NRAS,GANAB,U2AF2,FAM120A,MFN2,IGF2BP3,BUB3,MGAT2,CCT8,SUZ12,NPM1,RRM2,GINS4,RPA3,TAOK2,MGAT4B,RAB3GAP2,NUCB1,RPL22L1,P4HB,RAN,GRINA"
+"gene_set_query"	"1501"	"ZNF785"	"1289.0"	"ARCHS4 Coexpression,1607;GTEx Coexpression,970"	"DGKE,ZFAND6,ENO2,SLC8A2,RNF112,ZFP30,OPHN1,RUSC1,POGZ,PWWP2A,ARL10,SRRM3,BIVM,USP8,RBFOX2,RBFOX3,TTC7B,SOX12,MAPK8IP3,KCTD6,DISP2,EML5,ACAP3,RUFY2,ORAI2,ANKS6,MAPKAPK5,LRRC59,AARS2,CTBP1,CHRNA7,TRANK1,CACNA1A,CACNA1D,DTX3,APH1A,ORC4,ORC6,RNF215,ZKSCAN3,RDH13,NDUFV3,RBM10,ANKZF1,PDZD7,PLXNA3,AP1M1,TRAPPC2,TMEM120B,TIA1,CPSF6,ZRANB2,PRRT2,SLC35E3,MICAL3,UPF3B,ZBTB12,PRRC2B,YEATS2,SPIRE2,TUBGCP4,GNB5,EZH1,MAP3K12,EIF4G1,KCNC1,WDR1,CELF1,PRR3,PSIP1,ZFP82,PCSK7,PKD1,SHF,ING4,EPM2AIP1,SEC61A1,MMP24,SNRNP70,OPA3,TRIM3,GPRASP1,DFFB,USP48,ALS2,GFOD2,LUC7L3,DNAJC9,RNFT2,NLGN2,STOML1,STX16,ANKS3,SRSF1,ADAM22,RBM4B,CAMKK2,GANAB,U2AF2,CHN2,DROSHA,HEATR6,RPP14,RUNX1T1,KDM4C,AGK,PCDHGC4,NICN1,DEF8,RAD52,IRGQ,PRPF39,SARM1,RGS11,MPHOSPH8,TNRC6A"
+"gene_set_query"	"1502"	"FOXD4L6"	"1290.0"	"ARCHS4 Coexpression,1544;Enrichr Queries,1035"	"SNAP25,GRIK5,CTNND2,CELF4,HMGB1,ELAVL2,CCAR1,AP4M1,TUBA1B,DPYSL2,MYC,ENC1,PHACTR3,DHX15,LZTS1,EDIL3,SH3GL2,SOX5,GARNL3,MEF2C,RBFOX1,WDR36,SGIP1,PDE4D,SOX11,RUNDC3B,POU3F2,WDR35,RUNDC3A,RGMA,SLC22A23,OLFM1,PTP4A3,NAV3,CDH10,GPRIN1,CDH11,FRG1,ELMO1,SBDS,RHOU,OBSL1,PFKFB4,NFIX,PFKFB3,BEX1,NRXN1,FOXG1,NTM,AMIGO1,CACNA1B,CUL1,CACNA1A,TMTC1,NKAIN1,NEUROD2,ABR,ABLIM1,DPP6,FUT8,NFIL3,FLRT2,KIF3A,NPY,PLXNA2,OPCML,RUNX1T1,EDEM3,NTRK2,ARNT2,RRM2,PTPRN2,NEGR1,BCL11A,NTRK3,PCDH7,SLC4A10,HMGA1,SYVN1,PDE4DIP,EFR3B,PBX1,PTPRD,NFASC,RALYL,EFNA2,XPNPEP1,LHX2,HOOK1,CCPG1,NEDD4,NFE2L3,TARDBP,R3HDM1,SUGP2"
+"gene_set_query"	"1503"	"ZNF233"	"1291.0"	"ARCHS4 Coexpression,1351;Enrichr Queries,963;GTEx Coexpression,1560"	"TDRKH,ATP8A1,FRY,CYP46A1,ACRBP,ALDH1L2,SLC8A1,ZFP30,CDH2,KIF5C,DPYSL2,AKT1,NRCAM,NCKAP5,ATXN7L3,FADS1,ARRDC4,EPHA5,EPHA4,USP5,MAGI2,TTC7B,RFX3,FRMD4A,LMO7,MOGS,AARSD1,ANK3,PIAS2,HNRNPUL1,SCN8A,DDIT4,RAB35,PGP,TBPL1,CHMP4B,FAM92A,GPM6A,LRRC59,RAB5C,CUL3,FLII,FBF1,NEDD4L,CACNA1A,CACNA1D,SPATA7,TTBK2,APH1A,DHX30,PTDSS2,ORC4,ARHGAP20,NACC1,AMZ2,LONRF2,PDZD7,SRPK2,TRAPPC2,KLHDC3,ZFHX2,ODF2,CCDC136,PLK2,SLC35E3,PBX2,PBX1,DCLK1,PRRC2A,PTPRD,HNRNPL,HOOK2,NBEA,HOOK1,GNB1,MKRN2,UBE2N,CNTN1,NDUFAF3,FAT4,FGF13,EIF4G3,SUGP2,NFE2L1,EIF4G1,GABRB3,ROBO2,PIGU,PTPRS,WDR1,FAM57B,CITED2,PRKCSH,GRIK5,POMT1,CHD6,ICA1,SLC7A11,ZFP82,AFF3,PRPF19,SYNE2,COIL,SEC61A1,PCM1,LASP1,PCLO,PDE4B,SDF4,UPF1,PDPK1,PDE4D,TUBG1,RAD23B,ARL4C,TRAF7,PTP4A3,SETBP1,PXDN,RHOU,MAPT,BCAT1,PLCB1,THOP1,SSX2IP,RBM24,PAFAH1B1,RNFT2,GTF2A2,DDX25,RAB1B,DDX20,PRICKLE2,MFF,PPM1E,DPCD,CENPB,GANAB,HIRIP3,U2AF2,EIF4H,METTL6,YKT6,ATP9B,SRSF12,SF3A1,MYEF2,ATRNL1,PCDH7,PDE4DIP,DDHD1,USP29,CABLES2,AGBL5,SLC4A8,NFIA,NFIB,DRG1,YPEL1,SARM1,NUCB1,HDGF,PKN1,SSBP2,RNF141,METAP2"
+"gene_set_query"	"1504"	"ZNF788P"	"1299.0"	"ARCHS4 Coexpression,1556;Enrichr Queries,1230;GTEx Coexpression,1110"	"ENO2,GPATCH8,TMEM145,PREX1,ZFP30,OPHN1,BASP1,DPYSL2,LONP1,PWWP2A,MAP3K7,SBF2,SRRM3,BIVM,USP8,PCID2,SRRM4,TLE2,RBFOX2,ARRDC3,TTC7B,CD3EAP,KCTD6,TRAIP,FAM133B,ADAM19,DISP2,TIAM1,EML5,DDIT4,ANKS6,TOX,TRIB2,PAXIP1,CHRNA7,TRANK1,CACNA1A,SOCS2,GJC1,APH1A,ORC4,UGCG,ORC6,ZKSCAN3,TSPAN5,TRPM7,PLCG1,RDH13,SRGAP3,AP1M1,CPSF6,PRRT2,PNPT1,SLC35E3,MICAL2,UPF3B,CDC7,CLK4,PBX1,ZWINT,DCLK1,YEATS2,HOOK2,ARMC10,HOOK1,GNB4,NFE2L3,SPIRE2,FGF13,AVL9,EZH1,MAP3K12,ITM2C,PIGU,KCNC1,MCM7,CELF1,NVL,SLC2A3,ZFP82,SLC7A11,VLDLR,PKD1,MED17,LMNB1,SHF,AKAP12,FLCN,DUSP12,MMP24,XPO1,OPA3,TRIM3,ENC1,PDE4B,UBXN7,TRIM67,ZIK1,DFFB,RBM14,PRMT8,EED,COASY,MLF2,QTRT1,VCAN,PTP4A3,ALS2,POLR1B,KIT,PXDN,WAC,LUC7L3,DNAJC9,BCAT1,RNFT2,GOSR1,ADAM22,RBM4B,FOXK2,FAM169A,CAMKK2,ABLIM1,CHN2,DROSHA,IGF2BP3,HEATR6,MEST,RUNX1T1,CENPV,KDM4C,RRM2,PCDHGC4,LYSMD1,SKI,RAD52,NELL2,SYT11,PSAT1,NEDD4,POLR3F,SNRNP48,PKN1,MDGA1,CBLN1"
+"gene_set_query"	"1505"	"BATF2"	"1300.0"	"ARCHS4 Coexpression,1200;Enrichr Queries,1356;GTEx Coexpression,1343"	"IFITM2,ARAF,RNF19B,IFI30,FRAT2,STK16,COTL1,TRIM27,SLC12A9,SLC38A1,PRKCD,SHISA5,TRAFD1,CNPY3,SLC9A8,EHBP1L1,PSME1,FKBP8,PSME2,HECA,RBCK1,PRR13,LY6E,BRI3,STXBP2,TRANK1,CORO1A,SBNO2,GRK6,CHST15,NADK,N4BP1,MARK2,VASP,NTNG2,PRELID1,PHC2,PNPT1,EDEM2,NFKBIA,EHD1,ABTB1,HOOK2,FASN,GNB2,LRP10,OGFR,RNPEPL1,ELL,CTSZ,PIK3CD,ADAR,ARRB2,CX3CL1,LIMD2,MED11,GLIPR2,XPO6,MLX,FLOT2,JAK2,ARHGEF11,TMEM150B,ATP6V0B,WARS,ARHGEF18,SIRT6,GMIP,DUSP6,MED25,CDC42EP2,NCOA7,PLEKHO1,IRF9,RNF166,STK40,B4GALT5,RNF31,TRABD,NAPA,CSTB,GRAMD1A,GRN,RGS19,CXXC1,TYMP,GNAI2,FGD3,ZDHHC18,NCLN,GNG5,MKNK1,RAB24,CSK,MGAT1,TTC13,STAT2,LIMK2,MBOAT7,SOD2,USF1,TMEM60,IMPDH1,SHKBP1,ZYX,NUCB1,SMAP2,YPEL3,GRINA"
+"gene_set_query"	"1506"	"MLXIPL"	"1300.0"	"ARCHS4 Coexpression,1473;Enrichr Queries,936;GTEx Coexpression,1491"	"DPAGT1,ACAA2,OGDHL,CLU,TM7SF2,SCP2,GRB14,PPP2R1B,DPYSL2,KHSRP,SEPHS2,GLUL,FADS1,TLE2,GPT2,IGFBP3,IGFBP2,ATP1B1,ANK1,POR,DDIT4,FKBP5,PFKFB3,INSIG1,FBF1,CHRD,LPL,CACNA1A,NDRG2,NDRG1,RAP1GAP,SOCS2,LDHD,TSPAN7,DECR2,PRNP,JUN,ASNS,NR1D1,ACADSB,SYT7,GADD45G,HOOK2,PPP1R1A,HOOK1,FASN,ID2,PPP1R1B,CNTN1,ECHDC2,ITM2C,CDKN1C,PRKCSH,CHD6,GPT,ARHGEF10L,AKAP12,DUSP12,ALDH2,MCF2L,PDPK1,ABCC8,TSC22D3,ELOVL6,DUSP6,MLF2,PTP4A3,BDH1,CTDSP2,C1D,CAT,PXDN,RHOU,MAPT,GAS6,SGK1,CAMK2B,CSTB,ECHS1,NFIX,CXXC1,PSMA7,HMGCL,FZR1,ORMDL3,POLR2D,CKB,PLEKHA6,SORBS1,SEMA4G,FAH,VEGFA,GSTZ1,GPAM,PSAT1,PKN1,CDO1"
+"gene_set_query"	"1507"	"SEBOX"	"1302.0"	"ARCHS4 Coexpression,1587;Enrichr Queries,1016"	"PRKCSH,PHF1,CHD6,STMN2,CLU,TMEM191C,AKAP12,DUSP12,DPYSL2,MYC,B3GALT2,KHSRP,PIM3,GLUL,FADS1,STK32C,WSB1,CISH,PDPK1,ABCC8,TSC22D3,SOX11,SEZ6L,SRCIN1,DUSP6,MLF2,PCP4,PTP4A3,MYCN,DMTF1,RAB34,DDIT4,RRAGD,PXDN,SBDS,HECA,TAGLN3,SGK1,FKBP5,CAMK2B,NUMBL,DHX8,FBF1,CXXC1,ISG20L2,LPL,CACNA1A,STK4,PSMA7,GIGYF2,IGSF9,NOL6,AKAP1,SOCS2,NFIL3,NNAT,POLR2D,ZC3H18,MAP4K5,CRYM,SLC25A25,CHGA,JUN,JUP,ODF2,PLK2,NR1D1,MEIS2,GADD45G,NELL2,MEX3B,EFNA2,HOOK2,LHX2,HOOK1,ID2,PPP1R1B,CNTN1,SARM1,CPE,PKN1"
+"gene_set_query"	"1508"	"DUXA"	"1302.0"	"ARCHS4 Coexpression,1516;Enrichr Queries,1193;GTEx Coexpression,1196"	"DBR1,EIF4A3,FRY,ZFYVE1,ACTB,YY1,FRAT2,ZFP30,CDH2,DPYSL2,MYC,AKT3,PLS3,NCKAP5,FADS1,RPS13,SOX5,MEF2A,EPHA7,RBFOX1,USP7,ST6GAL2,MMGT1,IGFBP2,RFX3,ACTN4,POU3F1,POU3F2,FOXP1,TWSG1,KCTD10,CLPP,SBDS,TBPL1,MTMR2,CD151,PFKFB3,RBM8A,NXPH3,MAX,FOXG1,NTM,CUL2,CACNA1B,PDGFA,SPATA2,KALRN,ADAMTS10,TAF5L,CDKN2AIP,EIF1AD,CYB5R3,ESD,NRBF2,MYH10,JUN,PTPRN2,PRPF38A,BCL11A,CRIM1,NR2F1,DSTN,TOR1B,PBX1,THAP11,EXT1,MSRA,YRDC,EFNA2,HOOK2,UBA2,FBXL3,FAT4,ROBO2,WDR47,PTPRS,PRKCSH,CELF2,CHD6,MED19,MRPL36,SLC2A3,PCSK7,YBX1,DUSP18,LBH,CSRP2,PCLO,SNAPC2,RFK,KIF13A,TIMP2,DHX15,DACT3,PMEPA1,JAK2,DACT1,ZIK1,SUN2,PEG3,TCF12,NAV2,TFB2M,MED27,MED26,ENAH,VCAN,FCHSD2,CDH13,VAMP4,SHANK2,GAS7,NFIX,ROCK1,TM2D1,CCDC107,FOXK1,NOL9,PARL,SH3BGRL,CACNG8,IGFBPL1,CUX2,ALDH1B1,HAUS7,POLR2D,FLNA,IGF2BP3,ABCF2,SRSF10,RRM2,TAF13,NTRK3,PCDH7,WNT7B,PDE4DIP,WWP2,TTC9C,MEIS2,USP29,ENOX1,FBXL12,SH3RF3,PDCL3,OSTM1,NFIA,NFIB,ESYT2,RHEBL1,CRLF1"
+"gene_set_query"	"1509"	"LTF"	"1303.0"	"ARCHS4 Coexpression,1052;GTEx Coexpression,1554"	"CRTC2,ANKRD13D,TSEN54,RASSF2,EP300,SRRM2,TLE3,KDM2A,PRKCD,TMEM170B,PGD,GTPBP1,MFSD10,SLC9A8,EHBP1L1,MAPKAPK2,FKBP8,ULK1,SF1,MTMR3,PFKFB3,STXBP2,CORO1A,SBNO2,SEC14L1,MAN2A2,DHX34,MICAL1,GRK6,LTA4H,NADK,MCL1,WDTC1,VASP,IVNS1ABP,NTNG2,PHF12,HPS1,PBX2,IRF2BP2,CLK3,MED13L,H1F0,FAM160A2,ATG2A,RANBP10,CORO7,CCDC22,LRP10,RGL2,ELL,PIGQ,PIK3CD,SLC2A3,ARRB2,ALAD,FLOT2,CIC,SUN2,KLF13,AMPD2,RHOF,GMIP,DNM2,ARL4C,TFDP1,PACS1,CAT,ARHGEF1,TKT,RNF166,B4GALT5,PPP1R15A,GRN,RNASEK,LENG8,GNAI2,NFIL3,SERTAD2,UBN1,SH3BP2,PTK2B,ASCC2,FBRS,MEF2D,MAP3K3,SEMA4A,MBD6,MID1IP1,MYO9B,HIPK1,MAPK14,PER1,FABP3,KLF6,STAC2,ZYX,PNPLA6,MEGF9"
+"gene_set_query"	"1510"	"HOXD12"	"1305.0"	"ARCHS4 Coexpression,1603;Enrichr Queries,1392;GTEx Coexpression,919"	"PRDM8,TES,KDELR1,DIXDC1,CBLB,THUMPD1,ALCAM,SCMH1,ANKFY1,UBAP2L,PTGFRN,DIP2C,GTF2I,ARRDC4,EPHA5,PDHX,ACTN1,OSR1,TBR1,SOX11,KCTD3,POU3F1,EML1,MID1,POU3F2,POU3F3,MYL6,PRKD3,DKC1,EHBP1L1,KCNQ4,MASP1,TOX,PDE9A,NRN1,PKDCC,TSHZ3,ARHGEF25,ZC4H2,FOXG1,NXPH4,CACNA1A,FBLN1,CACNA1C,BHLHE22,CACNA1H,CORO1C,CACNA1G,GJC1,SOCS2,RAP1A,ABL1,DVL3,PIP5K1A,TNRC18,OTX1,NTSR1,ANKRD27,OSBPL5,AUTS2,INTS3,NR2F1,KLHL23,HSPA12A,PBX1,MANBAL,SCRT1,BCL9,CDK8,LRCH2,EFNA2,HOOK2,LHX2,HOOK1,JMY,UBA2,FXYD6,DCHS1,TAB2,UBA1,SAE1,FERMT2,FGF11,MDM1,ITM2C,NUMA1,GPR21,ILK,CHD3,TRIOBP,ELAVL2,PTMS,CAPZB,UBE2Q2,SPEG,FEZF2,UNC45A,BRD3,EMX1,PPP1R12A,TRPC4,TNFRSF19,VEZF1,CBFA2T2,PTBP2,RNF144A,MED22,PTP4A3,NSMCE4A,SETBP1,PXDN,PLEKHO1,PPP1R12B,PNCK,NFIX,SRC,SRF,SATB2,PRICKLE2,PAPSS1,THBS3,TAF1D,CUX2,SAP30L,RAB23,MICALL1,NT5DC3,POLR2D,SPOP,GPC4,CAMK2G,PDLIM7,JAZF1,RPRM,RIC3,RANBP3,SLC12A5,PCDH8,ATP2B4,MEIS2,SLC4A7,GOLPH3,KLHL5,NFIA,PRKRA,SLMAP,SPRY2,KRAS,INSM1,VIM"
+"gene_set_query"	"1511"	"HEYL"	"1305.0"	"ARCHS4 Coexpression,1362;Enrichr Queries,1304;GTEx Coexpression,1249"	"PHLDB1,CHPF,ARID4A,FRY,TXNDC15,CLU,FADS3,MPRIP,DPYSL2,CFL2,DPYSL3,CAPN5,DAG1,PLS3,LZTS2,LZTS1,SEC63,MEF2C,ST6GAL2,BROX,IGFBP3,IGFBP2,TPM1,LMO7,ATP1B2,ALG1,JMJD8,SFRP1,KCTD10,DDIT4,SPARCL1,MACF1,CD151,NXPH3,SEL1L,LTBP4,ISG20L2,PDGFA,LPL,FBLN1,COPS7A,ADAMTS10,GLG1,GLIS2,EFNB2,NUAK1,CYB5R3,ESD,MAP4,SKIL,GPM6B,SEC31A,JUN,DMPK,KLHL26,NR2F1,DSTN,DCLK1,EXT1,BMP1,HOOK2,ARL2BP,DNAJC10,CALU,FXYD6,PAM,FERMT2,NFE2L1,ITM2C,USP35,NRP1,PIGT,SETD7,FHL1,PCSK7,SHD,AKAP12,CSRP2,TIMP2,DACT3,PMEPA1,TMED7,ADAMTS7,DACT1,ARFGAP3,RHOB,MN1,VCAN,ZEB2,PTP4A3,FCHSD2,MRAS,CDH11,PXDN,SNURF,CDH13,RBM24,GAS7,RGS16,CXXC1,CCDC107,CRIP2,PTN,SRL,ADCY6,CYTH3,IGFBPL1,ABLIM3,HAUS7,GPC1,SLIT1,FLNA,JAM3,NTRK2,SEPT11,NTRK3,NCKAP5L,SORBS2,WWP2,SH3RF3,MYO1B,FABP3,NFIA,CSDC2,ST7,MFAP2,VIM,CRLF1"
+"gene_set_query"	"1512"	"SIM2"	"1305.0"	"ARCHS4 Coexpression,1567;Enrichr Queries,1048;GTEx Coexpression,1300"	"TXNDC17,NPEPPS,SLK,PPP4R1,CDH2,MYC,DIP2A,EPHB2,SOX4,ANAPC7,LIMCH1,TMOD3,IGFBP3,SPNS2,TTC7B,DYRK1A,THOC3,SCRIB,SOX11,ANK1,SFRP1,DDIT4,CRYZL1,FAR1,TTLL12,PDE9A,NRN1,PKDCC,IGSF3,NTM,CSTF2,NPRL3,CACNA1A,CACNA1D,ZBTB5,NDRG1,SOCS2,APH1A,PCBP3,GRPEL2,OTX1,RDH13,NDUFV3,PDZD7,S100A10,KLHL29,CADM1,BCL11A,SLC35E3,NR2F1,PBX2,SSH3,RCAN1,FAM135A,NR4A3,HOOK2,LHX2,HOOK1,GIPC1,CNTN1,NFE2L3,SPIRE2,FGF13,BRWD1,TMEM19,CCDC120,WDR1,PIGP,CHD6,SLC7A11,AFF3,CLINT1,ING1,ELAVL2,AACS,AKAP12,TUBA1C,DUSP12,OPA3,PMEPA1,PLEKHN1,HUNK,ZDHHC13,SIRT7,NAV2,RABGGTA,DUSP6,MLF2,MN1,VCAN,PTP4A3,RAP2B,KIT,CDH11,PXDN,RHOU,ACOX3,RHOV,ARHGEF2,SGK1,SHANK2,RNFT2,CSTB,RALA,NFIX,NAA20,GSTP1,VPS4B,SATB2,CXXC1,PTN,SLC7A1,CLCN2,FAM129B,ZNRF1,POLR2D,SUSD4,SPOCK1,ZSWIM4,RPP14,MEST,RUNX1T1,ARNT2,NTRK2,SEMA4B,WNT7B,PCDH7,DHRS1,MEIS2,RAB10,TTC9,GALE,FABP5,NFIA,PPP2R2C,NFIB,KCP,RGS12,PKN1"
+"gene_set_query"	"1513"	"HOXD8"	"1306.0"	"ARCHS4 Coexpression,1615;Enrichr Queries,1340;GTEx Coexpression,964"	"IPO11,NUP107,CD81,ROGDI,CEP120,HDLBP,ARID4A,CLU,LAPTM4A,AMMECR1L,DPYSL2,DPYSL3,EIF2D,KIF21A,STK32B,SOX4,RARS2,MEF2C,LIMCH1,RPL23,IGFBP3,F2R,LMTK3,ATP11C,LMTK2,SOX11,HCFC2,ATP1B1,MSH6,EEF1A1,TMEM135,SFRP1,PHOSPHO2,PRKD3,SPARCL1,PKP4,KCTD12,RAI14,TBC1D19,NRN1,PKDCC,NPRL3,LPL,COPS7A,VPS26B,NDRG1,GLG1,SAV1,RAP1B,EFNB2,HMGXB4,FLRT2,PLXNA1,RIMKLA,CD276,RAB11FIP5,VAT1,RAP1GAP2,IVNS1ABP,PRNP,JUN,BOD1,ST13,OSBPL2,CRIM1,NR2F1,MARCH9,ARHGAP29,SMAD5,KLHL20,PARP11,EXT2,STAG1,HOOK2,SP3,CALU,UBA2,RPS20,AMOTL2,C2CD2L,FERMT2,NFE2L1,CDKN1C,PHF3,ITGB1,NRP1,AHCTF1,SETD7,TTC28,OSBPL10,PHF8,MED12,AKAP12,ZMYM5,TIMP2,RBM7,CCDC50,GABPA,ARNT,MANEAL,COMMD6,DDX50,MLF2,NSA2,ZEB2,VCAN,PTP4A3,PITPNM1,DNAJC5,PXDN,KIT,CDH11,CANX,ARHGEF4,NUP54,SGK1,LEPROT,SATB1,CXXC1,ATP1A1,ASAP2,PPM1D,TM9SF3,CYTH3,STOX2,SCAF8,KATNA1,POLR2D,SH3BP5,SLIT1,ATP6V0E2,SEC11A,SMARCE1,TXNRD3,RYK,PCDH7,CCDC59,VEGFB,MEIS2,ASXL1,NFIA,POLR3C,NFIB,ATP13A2,VIM,CDO1,PPIL4,TPT1,TAF2"
+"gene_set_query"	"1514"	"FOXJ1"	"1307.0"	"ARCHS4 Coexpression,1433;Enrichr Queries,990;GTEx Coexpression,1497"	"IFT172,ARID4A,ARHGAP39,CLU,ALCAM,DPYSL2,MYC,DZIP1L,SOX4,HES6,IGFBP3,ANKRD45,TPM1,IGFBP2,RFX3,SOX11,ATP1B2,ANK1,GPR162,SFRP1,MYCN,DDIT4,HECA,EZR,CTXN1,UNC119B,ABHD2,CACNA1A,EFNB2,PRDX5,JUN,ZFHX2,NR2F1,GADD45G,EFNA2,HOOK2,HOOK1,ID2,PPP1R1B,CNTN1,IFT27,PLXNB2,COL9A3,ITM2C,LRP11,CDKN1C,DDR1,NRP1,SPEF1,CNRIP1,CETN2,CHD6,SLC7A11,AKAP12,DUSP12,MDK,KIF1A,CCDC39,USP43,IFT140,IQCE,REXO2,DUSP6,MLF2,RGMA,SLC22A23,SLC7A5,TUBB2B,PTP4A3,PXDN,MAPRE3,IFT46,GAS6,SGK1,GAS8,BCAT2,CSTB,RGS16,CXXC1,RSPH9,CRIP2,DLL1,FZR1,SPOCK2,NNAT,POLR2D,CKB,CRYM,RPRM,MARCKSL1,WNT7B,PCDH8,HIPK1,BAIAP2,NELL2,PKN1,VIM,INSM1,CRLF1"
+"gene_set_query"	"1515"	"FOXI2"	"1308.0"	"ARCHS4 Coexpression,1563;Enrichr Queries,994;GTEx Coexpression,1368"	"CLSTN2,ZDHHC5,PPP2R2A,CDH8,TXNDC17,SLK,PPP4R1,MAEA,DPYSL4,ZMIZ1,EP300,EPHB1,VPS36,SH3GL1,CALN1,ARL10,EPHA4,RBFOX1,KCNK10,TMOD3,IGFBP3,SPNS2,IGFBP2,TTC7B,SCRIB,TBR1,SOX11,RUNDC3B,SFRP1,EEF1A2,TTLL12,NUP98,PKDCC,IGSF3,TTYH1,FOXG1,NTM,CACNA1B,CACNA1A,ZBTB5,CACNA1E,IGSF21,DPP6,FLRT2,GRPEL2,SLC38A6,SCAP,KCNN2,OTX1,S100A10,SYT5,PTPRN2,DCLK1,PBX1,FAM135A,DAB1,HOOK2,NBEA,GIPC1,LRFN1,CNTN1,FBXL2,GABRB2,CCDC120,GPR21,GRIK3,CELF4,CHD6,SLC35F1,TUBA1C,JPH3,DHX15,NEFL,NEFM,PLEKHN1,KIF1A,FEZF2,DLGAP3,EMX1,PRMT8,RPS6KL1,DCAKD,ZDHHC13,RABGGTA,RGMA,MN1,VCAN,PTP4A3,RAP2B,KIT,PXDN,CDH13,PTRH1,ACOX3,RHOV,NAT8L,SHANK2,ARF6,SHANK1,CSTB,NFIX,NAA20,GSTP1,VPS4B,NRXN1,CRMP1,SEMA3F,DLL1,FAM129B,BEGAIN,ZNRF1,FZR1,NPY,SPOCK2,CTNNA2,ZSWIM4,OPCML,RPRM,LINGO1,PCDH7,PCDH8,B3GAT1,DHRS1,MEIS2,RAB11A,RAB10,NELL2,NUDT9,MAPK10,TTC9,NAGK,FABP5,PRKRA,CSDC2,SEC24C,CBLN1"
+"gene_set_query"	"1516"	"ZNF257"	"1309.0"	"ARCHS4 Coexpression,1250;Enrichr Queries,1169;GTEx Coexpression,1507"	"ZDHHC5,HDLBP,CDH2,LAMP1,KIF5C,DPYSL2,AKT1,NRCAM,SBF1,ATXN7L3,HMGN1,TMPO,EPHA4,SUPT16H,TIPIN,NUP210,USP5,IGFBP3,VASH2,MOGS,TIAM1,RAB35,CHMP4B,HECA,ALG10B,ZCCHC7,KHDRBS1,LRRC59,NUP205,SEMA7A,BEX1,FLII,NPRL3,UBE2J1,APH1A,ORC6,PRKAR2B,UBR5,NACC1,GPM6B,PDZD7,SYT1,INTS1,CBX3,EDEM1,SLC35E3,PAICS,ZWINT,PRRC2A,NR4A3,SH3BP5L,HOOK2,HOOK1,GNB1,HNRNPD,SPIRE2,PLXNB2,GPR107,HNRNPC,LRCH4,FGF13,NFE2L1,GPR19,EIF4G1,ARF3,KDM5C,PRKCSH,CELF2,MRPL36,SLC2A3,SLC7A11,PRPF19,PFAS,PHF6,ELAVL2,SMG5,LMNB1,PPP1R9B,AKAP12,SEC61A1,TMSB4X,ENC1,PDE4B,TLK1,SDF4,TOPBP1,ERC2,CIC,ZIK1,IQCB1,UPF1,RFC3,PEG3,EED,MINK1,RAD23B,SREBF2,MLF2,TOX4,TRAF7,TUBB2B,VCAN,PTP4A3,DNAJC5,KIT,PXDN,SGK1,RBM24,GTF3C1,NLGN1,PCNA,SATB1,PRIM1,NRXN1,CXXC1,CENPB,JAKMIP2,ABLIM1,FAM168B,GANAB,PTPRZ1,U2AF2,TAF1A,EXOSC8,POLR2D,TMEM68,MFN2,IGF2BP3,BUB3,CCT8,ANKRD52,MEST,YKT6,SUZ12,NPM1,RRM2,MYEF2,PCDH9,GINS4,SORBS1,CDC42BPB,SCAF1,NELL2,EIF3M,NEURL4,PPP2R2B,TAOK2,MGAT4B,EIF3H,NUCB1,HDGF,PKN1,P4HB,RBMX,METAP2,GRINA"
+"gene_set_query"	"1517"	"HSFY1"	"1312.0"	"ARCHS4 Coexpression,1507;GTEx Coexpression,1117"	"DDR1,SH3GL3,SCOC,CMAS,PDCD6,WWC1,TECR,TMEM191C,TXNDC17,PAIP2B,RASSF1,UBL3,TMEM43,FAM162A,IGLON5,TRIM2,TBC1D30,KIF21A,KIF1B,MAP3K9,SYBU,RALGPS1,MEF2A,ACOT9,PLEKHG2,KCNK10,ATMIN,HSBP1,MAGI3,GPT2,ACSL3,ATP1B1,DNM3,DNAJC5,TBC1D24,PAFAH1B3,EXD2,BRSK2,NAA20,CTTNBP2,PEX11B,STK39,ISG20L2,ATXN7L3B,CLCN3,CXXC4,GIGYF2,HDAC7,STOX2,ZNRF1,ARHGAP21,GLRA2,PRDX5,CHSY1,FUT9,CHST12,ANKRD54,VARS2,ATP6V1D,SEC11C,KLHDC10,MAP3K3,OSBPL5,YIPF4,CCDC136,TXNL1,PTPN12,FAM136A,IFT20,TTC9,DLG1,DLG3,ATP13A2,NUCB2,LRP11"
+"gene_set_query"	"1518"	"ZBED9"	"1314.0"	"ARCHS4 Coexpression,1175;GTEx Coexpression,1453"	"EIF4A2,RPL4,KDM5B,EIF4A1,RPL3,SPPL2B,CETN3,WDR41,ACRBP,COX7C,PFAS,PHB2,AACS,CDH8,CCAR1,COIL,SHF,YY1,RPL7A,ZMYM2,GNPTAB,RUVBL2,GPR137,DACT3,UBAP2L,HIST3H2BA,CCNL1,PLEKHJ1,COG8,PCYT2,RPL21,IFRD1,WDR74,RABGGTB,SENP2,GNL3,DDB1,RNF123,NAV3,NDUFS7,DKC1,RPL7L1,SSX2IP,SHANK1,GRAMD1B,WBP1,DDX25,CUL3,DOT1L,DDX20,GPR85,PDGFA,CACNA1A,PPM1G,RMND5B,GGA1,MAPK9,TAF1D,SCUBE1,DPP9,PHKG2,KCNMB4,SLC38A6,BRD8,ZC3H14,RPL17,RAB11FIP5,NOP56,TMEM120B,RANBP1,NOP58,TRIM41,CHKA,ODF2,ZFR2,CCDC136,IFT122,CDC5L,RPL23A,LRWD1,USP29,CABLES2,PRRC2A,MANF,AGBL5,SLC4A8,MEX3B,HIST3H2A,PDE10A,NEDD4,RAB12,UBAP2,RBMX"
+"gene_set_query"	"1519"	"FIGLA"	"1315.0"	"ARCHS4 Coexpression,1565;Enrichr Queries,1386;GTEx Coexpression,994"	"PLEKHB2,KDM1B,SMC5,RPL9,EEF1B2,EIF4ENIF1,PSMD6,IPO8,RPS16,FAM174B,RPL36AL,MYC,RPS13,SEC63,RPS9,RBFOX1,DAPK1,RPS5,NFKBIL1,IGFBP3,IFRD1,RPL22,ALG5,TBR1,POU3F2,SND1,POU3F3,GTPBP4,TPST2,DMTF1,GPR161,HECA,SIDT2,SHC2,DNMT1,MTMR3,CUL5,FOXG1,CCDC25,SEL1L,CACNA1A,SPATA2,BHLHE22,SAV1,PRDX4,FLRT2,NACC1,PLXNA2,JUN,BOD1,INSR,EIF2AK3,CCZ1,PBX1,TDRD3,MSRA,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,TECPR1,ZSCAN2,USP36,ZFAND2A,DDX42,VLDLR,ELAVL2,DDA1,POLB,SENP7,NOB1,UBE2Q2,GATAD1,FEZF2,SLC37A3,UNKL,CCDC50,APPL1,PCMTD1,HGSNAT,KLF11,EMX1,PABPC4,SSR2,CTPS2,RPS3A,BET1L,MLF2,PTP4A3,NSMCE4A,EEF1D,PEX6,PXDN,POLR1D,PCNA,RNF34,RPL10,RNF38,CRMP1,PARL,IWS1,THBS3,TAF1D,CUX2,MKNK1,RPL14,VPS54,EIF4E,PAIP1,IGBP1,CIZ1,SLC12A5,RYK,BNIP3,PCDH8,RPL35A,CCK,WDR13,MEIS2,TTC17,SPCS3,PDCL3,XPNPEP1,KIF26A,PRKRA,IMPDH2,PPP2R2D,PDCD4,EIF3G,CCNYL1,EIF3E,EIF3F,PKN1,INSM1,RBMX,EIF3D,KCNK2,SLC25A36"
+"gene_set_query"	"1520"	"ZBTB32"	"1315.0"	"ARCHS4 Coexpression,1241;Enrichr Queries,1271;GTEx Coexpression,1434"	"CRTC2,NUP188,HDAC10,PRDM2,IFI30,ACRBP,ELK1,RUVBL2,MYC,ZMIZ2,LONP1,PIM3,KPNA2,IER5,SAMD10,PPP1R16B,PCYT2,KDM2A,NUP210,KDM2B,FNBP1,PRKCD,VASH2,CD3EAP,VRK3,ADAM19,DDIT4,ADPRH,FSCN1,PSME2,HECA,ANAPC2,SEMA7A,GMPS,ISG20L2,CACNA1A,DTX1,BHLHE22,MTMR4,NDRG1,CORO1A,SOCS2,PRNP,JUN,NOP14,NUP155,ODF2,BCL11A,EDEM1,EIF2AK3,ADAP1,GADD45G,NFKBIA,EHD1,NR4A3,HOOK2,UBE2S,HOOK1,TDP1,FASN,ID2,CCDC88C,UBE2N,GRB2,TCF3,CD200,BCL2L1,ITM2C,SH3KBP1,CETN3,PIK3CD,ADAR,TMEM191C,PPP1R9B,COIL,SEPT6,PPP6R1,PDE4B,ANXA6,KDM6B,KLF13,CCDC34,PDPK1,TUBG1,REXO2,MED26,DUSP6,SLC7A5,PTP4A3,TRAF4,POLR1B,PXDN,RAPGEF1,BCAT1,SGK1,CSTB,RGS16,DOT1L,CXXC1,LENG8,FURIN,PPM1G,GGA1,DNPEP,GGA3,RNF138,PHKG2,MKNK2,PTK2B,CSK,MTA2,FBRS,CYTH1,SEMA4A,PTPN1,KDM4B,RRM2,MYO9B,LRWD1,USP29,AGBL5,ASXL1,XAB2,PFKL,PSAT1,CARM1,BAX,CCM2,PKN1,SMAP2"
+"gene_set_query"	"1521"	"ZNF716"	"1316.0"	"ARCHS4 Coexpression,1623;Enrichr Queries,769;GTEx Coexpression,1556"	"CYFIP2,MYT1L,CTNND2,CBLB,ACRBP,CDH8,DPYSL2,KHSRP,MACROD2,NCKAP5,ATXN7L3,CALN1,TLE4,EPHA7,RBFOX1,WSB1,DSCAM,WDR74,CD3EAP,SOX11,MOGS,VRK3,FOXP1,DISP2,ALG10B,GIPR,CUL3,NTM,CACNA1A,TMTC1,KRBA1,ABR,DPP6,FLRT2,PITRM1,ZKSCAN3,RDH13,LRRC4C,ST3GAL1,PLXNA4,PDZD7,RAB11FIP5,KLHL29,TRAPPC2,PTPRN2,AUTS2,ODF2,BCL11A,CCDC136,SLC35E3,IFT122,ASNS,PBX1,PRRC2A,PTPRD,HOOK2,SPIRE2,FAT3,MMS19,NFE2L1,ITM2C,GABRB3,ROBO2,KDM5B,PIGU,GRIK5,CHD6,PRKAG2,SLC7A11,ELAVL2,ROBO1,PCLO,CHMP1B,OPA3,B3GALT1,PSD3,GPR137,CTSB,UPF1,PEG3,GLRX3,PDPK1,PDE4D,PTBP2,DDOST,CNKSR2,NCOR2,PTP4A3,INF2,NRG3,CDH11,FRG1,PXDN,RAPGEF1,CDH13,IFT46,SGK1,MAPRE2,RNFT2,ROCK1,NRXN1,DDX20,FOXK1,RNF4,PPM1G,NOL6,GGA1,GANAB,CUX2,U2AF2,TMEM68,SPOCK1,PAK6,FEM1C,OPCML,RUNX1T1,PCDH7,NICN1,LRWD1,PPP2R3A,USP29,OXR1,MYO16,AGBL5,KCNK2,PFKP"
+"gene_set_query"	"1522"	"ZKSCAN7"	"1317.0"	"ARCHS4 Coexpression,1148;GTEx Coexpression,1485"	"ARL6IP1,CEP120,ZDHHC5,HDLBP,IPO7,RAPGEFL1,CAPNS1,LAMP1,PPIP5K2,AKT1,TRIM27,ATXN7L3,ANKRD46,ZBTB34,MOGS,WDR73,ACTN4,CPT1C,HNRNPUL1,RAB35,CRYZL1,ORAI2,CHMP4B,RBCK1,TAGLN3,CARS2,LRRC59,CUL7,FLII,GLT8D1,APH1A,NACC1,RDH13,ST3GAL2,PDZD7,NEK9,ACBD6,NDFIP2,INTS1,EDEM2,EEF2,AP4B1,COQ6,PRRC2A,IFT20,MLLT11,HNRNPL,PARP11,ARHGAP32,NBEA,SPIRE2,INTS8,NFE2L1,EIF4G1,ARF3,KDM5C,WDR1,PRKCSH,CLTB,ZFP82,PRPF19,PHTF1,SMG5,MED17,TUBA1A,PPP6R1,ENSA,RAC1,SLC37A3,ZIK1,DFFB,UPF1,LRRC49,MINK1,RAD23B,ZFP90,KIN,MRPL53,TRAF7,INF2,RNFT2,RNASEL,SMARCD2,STOML1,GMPR2,RPL12,RAB1B,SRBD1,CRMP1,CENPB,HIRA,GANAB,U2AF2,PES1,TAF1A,FAM120A,TMEM68,HEATR6,PCDH1,YKT6,YIPF4,TTC9C,GTF2H2,KLHL9,ATAT1,MAPK10,JKAMP,TAOK2,MGAT4B,NUCB1,HDGF,P4HB,RBM45,KBTBD7,TNRC6A,EIF3B"
+"gene_set_query"	"1523"	"FOXQ1"	"1317.0"	"ARCHS4 Coexpression,1271;Enrichr Queries,1176;GTEx Coexpression,1503"	"CTNND1,ZDHHC5,CLU,RAPGEFL1,NUDT4,ALCAM,CDH2,MYC,LONP1,PIM3,FADS1,SOX4,CXADR,PCYT2,IGFBP3,GPT2,CTNNBIP1,IGFBP2,SCRIB,ACTN4,ATP1B1,FOXP4,DDIT4,SIK1,EZR,TSTA3,IGSF3,INSIG1,LPL,APCDD1,EFNA4,NDRG1,IGSF9,SLC9A1,APH1A,SOCS2,EFNB2,RAI1,EFNB1,SGPL1,IRAK1,DVL1,TNRC18,RDH13,NTSR1,BCL9L,HEXIM1,PRNP,JUN,JUP,PLK2,OSBPL2,ARHGAP29,SSH3,GADD45G,ARHGAP23,NFKBIA,EFNA3,H1F0,VANGL2,EFNA2,STK24,HOOK2,HOOK1,ID2,GIPC1,CNTN1,SDC1,PLXNB2,DEGS1,PLXNB1,DEGS2,SERINC2,ITM2C,NRP1,PYGB,CCDC120,CITED2,SLC7A11,PTPRK,SHB,SPPL3,RND3,PTPRF,AKAP12,DUSP12,LASP1,ENC1,PMEPA1,PLEKHN1,CTSE,REXO2,DUSP6,MLF2,RHOB,SLC7A5,VCAN,PTP4A3,INF2,TET3,PXDN,AKT1S1,TRNP1,RHOV,SGK1,MET,TNFRSF21,CSTB,SRC,CXXC1,PARD6G,SEMA3F,ACVR1B,TOB1,SLC7A1,FAM129B,FZR1,RAB40C,NFIL3,GMDS,CAMK2N1,MICALL1,POLR2D,PCDH1,RRM2,WNT7B,PCDH7,SEMA4B,HIP1R,DAB2IP,SEMA4G,BAIAP2,SCAF1,ACVR2A,RAB11A,VEGFA,GALE,KLF6,MYO1B,TMEM158,GLOD4,RPS6KB2,MGAT4B,VIM,AGRN,BCAR1"
+"gene_set_query"	"1524"	"SOHLH2"	"1317.0"	"ARCHS4 Coexpression,1540;Enrichr Queries,831;GTEx Coexpression,1580"	"FHOD3,CLPB,KDM1B,STMN2,FRY,ACRBP,CLU,IPO8,GRB14,RUVBL2,DPYSL2,KHSRP,DPYSL3,NRCAM,FADS1,SH3GL2,EPHA4,RBFOX1,PCYT2,IGFBP3,IGFBP2,MTUS1,LMO7,SOX11,ATP1B2,ANK1,MYCN,ELMO1,KCTD12,TNIK,DNMT1,MTMR3,CUL5,CUL3,CCDC25,NPRL3,SLC1A1,CACNA1A,RASGRP2,KALRN,EFNB2,TSPAN7,PRNP,ODF2,BCL11A,BOD1,CCDC136,CCZ1,ASNS,PBX1,DCLK1,MSRA,EFNA2,HOOK2,HOOK1,LRCH4,FGF13,CNOT8,INTS8,PIGU,PRKCSH,CELF2,CHD6,SLC7A11,AFF3,ELAVL2,ROBO1,COIL,POLB,UCHL1,SUMO1,UBE2Q2,PDE4B,KIF1A,JARID2,UNKL,MRPS28,EMX1,PDPK1,PDE4D,NAV2,MLF2,TOX4,MN1,PTP4A3,NSMCE4A,VSNL1,DNAJC6,KIT,PXDN,CDH13,ITGB1BP1,BCAT1,SGK1,SSX2IP,CAMK2B,PCNA,RNF34,SATB2,RNF38,DDX20,CXXC1,CRMP1,CLCN3,PPM1E,PARL,IWS1,PPM1G,SPOCK1,IGF2BP3,NCAM1,RBBP7,MEST,RUNX1T1,RPRM,PAIP1,SORBS2,LRWD1,NMNAT2,SORBS1,USP29,MEIS2,ENOX1,AGBL5,NELL2,PDCL3,NFIA,PPP2R2C,CCDC6"
+"gene_set_query"	"1525"	"SOX18"	"1317.0"	"ARCHS4 Coexpression,1125;Enrichr Queries,1312;GTEx Coexpression,1515"	"PHLDB1,CD81,ATN1,ARID4A,ZDHHC8,FADS3,NDST1,CAPNS1,DPYSL2,CEP250,PRKACA,LZTS2,SH3GL1,SEMA6B,MEF2C,SLC38A1,TLE2,ARL15,IGFBP3,F2R,IGFBP2,SPNS2,DAPK3,MTUS1,VASH1,FRMD3,ADAM15,CDC37,DDIT4,FSCN1,SPARCL1,HECA,KCTD12,CD151,PEX11B,LTBP4,LPL,PIK3R3,EFNB2,EFNB1,SEC14L1,CYB5R3,MIER2,PLXNA2,PIP5K1C,TXNDC5,JAG2,JUN,TMEM184B,PDE2A,CRIM1,ARHGAP29,GADD45G,NFKBIA,HOOK2,TCF4,DCHS1,NFE2L1,ITM2C,MXD4,B4GALT2,NRP1,CNRIP1,DOCK9,FHL1,TNFAIP1,LDB2,TRIOBP,AKAP12,TRIM8,DUSP12,SIPA1L1,ALDH2,TMEM44,ZC3H7B,HYAL2,TMEM109,BOK,ADAMTS7,SH2D3C,DUSP6,MLF2,RHOB,TRAF7,PTP4A3,INF2,PXDN,CDC42EP2,SGK1,SHANK3,PPP1R12C,CXXC1,CRIP2,SEMA3F,GDPD5,ADCY6,HDAC7,GNAI2,ABLIM3,GNA11,POLR2D,METTL6,PCDH1,KCNIP2,VEGFB,DAB2IP,PTPN12,SORBS1,CDC42BPB,SKI,FKBP1A,MAPK11,NFIB,KIF26A,TSPAN18,TAOK2,SPRY2,NUCB1,VIM,PKN1,BCAR1"
+"gene_set_query"	"1526"	"TBX2"	"1318.0"	"ARCHS4 Coexpression,1220;Enrichr Queries,1234;GTEx Coexpression,1499"	"CELSR2,GNPTAB,ZMIZ1,DPYSL2,MYC,DPYSL3,CAPN2,PLS3,AKT1,PTGFRN,SNRPD3,NCKAP5,SOX4,UNC13B,MED1,MEF2C,WSB1,LIMCH1,ADPRHL2,IGFBP3,PIH1D1,TPM1,FBXW9,IGFBP2,ACTN4,THOC5,CDC25B,SFRP1,RAB31,KCTD10,DDIT4,FEZ2,UNC50,ULK1,RAD54L2,SLC27A3,TRIB2,ARL8A,RAI14,MACF1,INO80E,CD151,NPRL3,LTBP4,TWF2,PDGFA,FBXO45,FBLN1,PTTG1IP,NDRG1,CSF2RA,ADAMTS10,GLIS2,CNN3,TMEM121,SOCS2,EFNB2,BTBD1,PLCG1,ARGLU1,SKIL,TBC1D16,NEK9,JUN,CADM1,CBX4,ATP8B2,NR2F1,CRIM1,ARHGAP29,ERAL1,HOOK2,APPBP2,RHEB,ID2,ADCK5,GPR107,PKIG,FARSA,ITM2C,ZNF512B,NRP1,HIP1,USP32,KCNC3,POMT1,CLTB,LDB2,PRPF19,SHB,TTC28,AKAP12,DUSP12,LBH,CSRP2,TMEM44,HYAL2,MLST8,TIMP2,ME1,TMEM109,PMEPA1,TMED2,DLAT,EDIL3,BCAS3,PLEKHG2,TSC22D3,SH2D3C,ITPK1,SLC39A13,RHOA,DUSP6,MLF2,RHOB,NME1,ARL4C,TRAF7,ZEB2,PTP4A3,CDH11,PXDN,TAX1BP3,ARHGEF2,SGK1,PAFAH1B3,LEPROT,SMARCD2,NFIX,ROCK1,RAB1B,TRAK1,CENPB,HDAC7,SLIT1,IGF2BP2,LCMT1,MEST,POLR2J,CACNG4,USP21,NCKAP5L,LHFPL4,PTPN12,MEIS2,VEGFA,NELL2,IRGQ,NFIA,RPS6KB1,NFIB,SNX15,TRIM37,VIM"
+"gene_set_query"	"1527"	"GRHL3"	"1318.0"	"ARCHS4 Coexpression,1417;Enrichr Queries,1244;GTEx Coexpression,1292"	"CTNND1,ZDHHC5,PPP2R2A,CLU,RAPGEFL1,PPP4R1,SLK,MYC,IER5,FADS1,SH3GL1,EPHA4,TMOD3,IGFBP3,CTNNBIP1,SPNS2,SCRIB,LMO7,ANK3,ATP1B1,ANK1,ADAM15,DDIT4,TTLL12,SLC27A4,IGSF3,ZBTB5,NDRG1,SGPL1,RDH13,MARK2,JUN,JUP,BCL11B,RCC2,PLK2,SSH3,FAM135A,STK24,EIF6,HOOK2,HOOK1,GIPC1,ID2,CNTN1,SDC1,DEGS2,PLCH2,SERINC2,CCDC120,CITED2,PRKCSH,TECR,CLTB,SLC2A3,SLC7A11,SPPL3,BICD2,PTPRF,DUSP12,MFSD5,ENC1,PMEPA1,PLEKHN1,PLA2G4E,MINK1,ZDHHC13,NAV2,REXO2,RABGGTA,DUSP6,DUSP7,MLF2,SLC7A5,VCAN,PTP4A3,PXDN,RHOU,RHOV,SGK1,ARF6,CSTB,GSTP1,VPS4B,RGS16,CXXC1,PARD6G,SEMA3F,FAM129B,ABLIM1,FZR1,MICALL1,ZSWIM4,PCDH1,RRM2,WNT7B,SEMA4B,ATP2B4,BAIAP2,DHRS1,RAB11A,RAB10,NELL2,TTC9,KLF6,FABP5,NFIA,RGS12"
+"gene_set_query"	"1528"	"TLX1"	"1320.0"	"ARCHS4 Coexpression,1170;Enrichr Queries,1377;GTEx Coexpression,1413"	"MDC1,CRTC2,SMARCB1,HDAC10,TRRAP,ELK1,PHB2,TRIM28,MYC,RUVBL1,RPL35,HOMER3,RPL38,FADS1,MEN1,LMO1,PDHX,RNF44,MAP2K2,RPS7,IGFBP3,CIRBP,SOX11,POU3F1,POU3F2,ANK1,PYGO2,SFRP1,SLC9A5,MYCN,CSNK2B,SRSF2,ANAPC2,NRN1,TSHZ3,FOXG1,NPRL3,MAZ,CACNA1A,DTX1,RASGRP2,CACNA1E,SEL1L3,NEUROD2,IRAK1,DVL2,OTX1,MAP2K7,MAP2K5,RBM10,TXNDC5,JUN,UBE2I,BCL11B,BCL11A,PLK2,INSR,PDE2A,NR2F1,FANCE,SMARCA4,EFNA2,NR4A3,HOOK2,LHX2,CNOT3,PIN1,PSMG1,CORO7,TCF3,RGL2,FGF11,CDK16,KDM5C,GSK3A,SPEF1,GRIK3,CHD6,AP2A2,ELAVL2,BBC3,IKBKB,AIFM1,HYAL2,RAC3,HMG20A,FEZF2,EMX1,RFC3,H2AFX,SIRT4,ARHGEF18,SMC1A,SAFB,RAD23B,ZEB2,PTP4A3,TFDP1,HNRNPH1,CDH11,PXDN,ARHGEF1,PFDN2,SHANK3,GAPDH,IRF9,SLC29A2,NFIX,PCNA,PTGER1,HDAC1,ASB13,NOL9,GDPD5,DLL1,COX5A,SRM,MTA1,TAF1C,SH3BP2,CSK,VHL,SF3B1,RUNX1T1,RPRM,ATP13A1,VEGFB,MYO9B,MCOLN1,MEIS2,USF2,USF1,SOD1,MAPK11,XAB2,NECAP2,NFIB,CARM1,ERCC2,RPS6KB2,INSM1,CDK5R2,CBLN1"
+"gene_set_query"	"1529"	"PRDM6"	"1321.0"	"ARCHS4 Coexpression,1604;Enrichr Queries,1150;GTEx Coexpression,1209"	"TES,CLSTN2,ADARB1,ACTB,GPR173,DPYSL2,AKT3,PLS3,NCKAP5,VPS36,SOX5,ARL10,EPHA7,MEF2C,ST6GAL2,KCNK10,OSR1,ACTN1,IGFBP3,IGFBP2,TTC7B,SOX11,ACTN4,RUNDC3B,ANK1,TWSG1,SFRP1,KCTD10,RAB34,NUP98,CD151,NRN1,TSHZ3,NXPH3,NPR2,NTM,CHRNA7,NPRL3,LTBP4,PDGFA,CACNA1A,TMTC1,FBLN1,CACNA1C,ADAMTS10,GLIS2,EFNB2,CYB5R3,FLRT2,ESD,PLXNA2,SCAP,MYH10,CADM1,BCL11B,BCL11A,NR2F1,DSTN,PBX1,EXT1,PTPRD,NR4A3,LHX2,LRFN1,DNAJC10,SPIRE1,FAT3,FAT4,FBXL2,FERMT2,USP35,ROBO2,NRP1,GABRB2,CELF2,PHF23,CHD6,ILK,PCSK7,AFF3,AKAP12,CSRP2,TIMP2,REV3L,SPEG,DACT3,PMEPA1,JAK2,EDIL3,SUN2,RPS6KL1,ARHGEF12,DCAKD,NAV2,MLF2,RGMA,ENAH,MN1,VCAN,ZEB2,PTP4A3,CDH11,PXDN,CDH13,PPP1R12B,SHANK1,ROCK1,SATB2,CCDC107,PRICKLE1,BEGAIN,SH3BGRL,IGFBPL1,ALDH1B1,RAB40C,HAUS7,RAB23,SLIT1,FLNA,PDLIM7,JAM3,RUNX1T1,NTRK2,NTRK3,PCDH7,WWP2,DDHD1,SNCAIP,MEIS2,MIB1,SH3RF3,NELL2,MAPK10,PDE10A,NFIA,NFIB,CSDC2,TSPAN18,NEDD4,ESYT2"
+"gene_set_query"	"1530"	"ASCL3"	"1322.0"	"ARCHS4 Coexpression,1427;Enrichr Queries,1313;GTEx Coexpression,1225"	"WWC1,IFT172,CCNC,FNBP1L,RCBTB2,GNPTAB,DPYSL2,KHSRP,CAPN2,DZIP1L,FADS1,IER2,ARRDC3,SLC11A2,CD3EAP,ACSL3,GTPBP4,SFRP1,MYCN,DMTF1,TMX2,DDIT4,CMPK1,ORAI2,HECA,TMEM87A,TMED10,PDXDC1,DHX8,FBF1,STK39,CACNA1A,SEL1L3,PRPSAP1,PRDX5,RPRD1B,OTX1,PATZ1,ZKSCAN1,XBP1,JUN,AUTS2,GFPT1,MTHFR,NR1D1,COQ6,GADD45G,EFNA2,NR4A3,HOOK2,HOOK1,CPD,PPP1R1B,ALDH18A1,SERINC2,SPEF1,PRKCSH,HEXB,CETN2,CHD6,MIA3,CLINT1,DUSP12,MFSD6,SH3PXD2B,DHX15,SSR4,PDPK1,ABCC8,DUSP1,TRPC2,MLF2,GAK,TOX3,SLC7A5,PTP4A3,TRAF4,PACS1,PXDN,PICK1,CSTB,CANT1,PPM1L,CXXC1,PSMA7,LRP6,TM9SF3,DNAJB1,FZR1,SERTAD4,GMDS,OS9,NFIL3,MKNK1,POLR2D,SH3BP4,ZSWIM4,UBQLN4,MPZL1,SLC12A2,YIPF3,GOLM1,SLC31A1,SEMA4B,BAIAP2,HS3ST1,TM9SF2,TMEM59,GALE,TSPAN13,NFIB,APEX1,P4HB,PKN1,CLUAP1,CRLF1"
+"gene_set_query"	"1531"	"DLX3"	"1322.0"	"ARCHS4 Coexpression,1386;Enrichr Queries,1235;GTEx Coexpression,1344"	"EPHB6,WWC1,FBXO28,RPL8,RAPGEFL1,FAM110A,MYC,DAG1,AKT1,FADS1,SOX4,SH3GLB2,RALBP1,IGFBP3,CTNNBIP1,TPM1,IGFBP2,POU3F1,ADAM15,DDIT4,SIK1,FKBP4,LY6E,IGSF3,NXPH4,NPRL3,CACNA1A,FOXO6,APCDD1,EFNA4,CORO1B,MYL12B,SLC9A1,EFNB2,SGPL1,PLXNA2,GSE1,DVL3,RDH13,BCL9L,S100A10,JAG2,JUN,JUP,CADM1,BCL11B,BCL11A,NR1D1,SSH3,GADD45G,EFNA3,VANGL2,EFNA2,STK24,HOOK2,LHX2,HOOK1,ID2,GIPC1,DLG5,CNTN1,NFE2L3,SDC1,BLMH,DEGS1,AMOTL2,DEGS2,EIF4G1,CDKN1C,CCDC120,SLC35F2,CITED2,CLTB,SLC7A11,VLDLR,SPPL3,BICD2,PTPRF,DUSP12,EEF2K,MFSD5,ENC1,WDR5,PLEKHN1,ELOVL4,PEG3,PLA2G4E,USP43,TNFRSF19,ACAD9,VPS37C,REXO2,WDR34,RAD23B,DUSP6,MLF2,ARL4C,SLC7A4,PTP4A3,RASA1,TET3,PXDN,SGK1,SF3B4,CSTB,SMARCD2,CXXC1,PARD6G,SLC3A2,SEMA3F,ACVR1B,RAB40C,CAMK2N1,POLR2D,MICALL1,SPOCK1,PCDH1,NTRK2,PPP1R14C,WNT7B,PCDH7,ACVR2A,TSPAN18,RPS6KB2,TRIM35,CRLF1"
+"gene_set_query"	"1532"	"BATF3"	"1322.0"	"ARCHS4 Coexpression,1375;Enrichr Queries,1263;GTEx Coexpression,1328"	"RNF19B,PWP2,GABPB1,IFI30,ACTB,SNRPD1,BASP1,ARHGDIA,MYC,LONP1,COTL1,PIM3,PTGFRN,IER5,IFNAR2,MED1,SAP30BP,CISH,FNBP1,ADPRHL2,IGFBP2,UBE4B,ADAM19,SUB1,AKAP9,ADPRH,DDIT4,MAPKAPK2,FSCN1,PSME1,VOPP1,PSME2,ERH,ULK1,PFN1,LY6E,PFKFB3,INSIG1,TWF2,NOLC1,LPL,STK4,MRPL12,CORO1A,OAZ1,UBE2J1,TMEM121,RAP1B,SOCS2,SBNO2,CDK17,KLHDC2,PRNP,JUN,PNO1,BSDC1,NFKBIA,EHD1,MFHAS1,LSM6,NR4A3,HOOK2,HOOK1,FASN,ID2,CNTN1,LGMN,ITM2C,SH3KBP1,KCNC3,CTSZ,LPCAT1,SLC2A3,SNX10,WDR46,DUSP12,GLIPR2,TMSB4X,USP30,MAPK1IP1L,KDM6B,WARS,PLEKHG2,NCOA6,DUSP6,ARL4C,TOX4,SLC7A5,VCAN,PTP4A3,FCHSD2,NRG3,PXDN,BCAT1,SGK1,PTMA,IRF9,CSTB,GRAMD1A,RGS16,USP12,CXXC1,DDX21,RNF4,USP19,SRM,TYMP,ARFRP1,TMEM201,CHSY1,NFIL3,VPS52,SNRPB2,PTPN1,MARCKSL1,RPRD2,SOD2,FKBP1A,POLE4,KLF6,SPCS1,PKN1,VIM"
+"gene_set_query"	"1533"	"IRF7"	"1322.0"	"ARCHS4 Coexpression,1261;Enrichr Queries,1285;GTEx Coexpression,1421"	"CRTC2,IFITM2,HDAC10,RNF19B,IFI30,FRAT2,MYC,COTL1,LONP1,PIM3,SLC12A9,IFNAR2,SLC38A1,NUP210,ANKRD44,IGFBP3,PRKCD,SHISA5,CNPY3,DDIT4,EHBP1L1,MAPKAPK2,PSME1,PSME2,RBCK1,LY6E,STXBP2,TRANK1,STK4,CORO1A,NDRG1,SBNO2,GRK6,NADK,VASP,PRNP,NTNG2,JUN,NFKBIA,EHD1,ABTB1,HOOK2,FASN,ID2,UNC119,LRCH4,LRP10,LGMN,ITM2C,OGFR,ELL,PIK3CD,ADAR,SNX11,SLC7A11,ARRB2,LMNB1,LIMD2,DUSP12,ZNRD1,GLIPR2,XPO6,FLOT2,RAB8A,MAP4K2,WARS,RHOF,GMIP,DUSP6,RHOB,TOX4,SLC7A5,MED25,PXDN,ARHGEF1,PLEKHO1,SGK1,IRF9,RNF166,STK40,PPP1R15A,NAPA,CSTB,GRN,GRAMD1A,RNASEK,RGS19,CXXC1,TYMP,GNAI2,FGD3,ZDHHC18,NFIL3,PTK2B,CSK,MGAT1,CYTH1,SEMA4A,MARCKSL1,STAT2,LIMK2,MIIP,SOD2,VEGFA,KLF6,NAGK,SHKBP1,ZYX,BAX,VIM,SMAP2,YPEL3"
+"gene_set_query"	"1534"	"IRF5"	"1323.0"	"ARCHS4 Coexpression,1265;Enrichr Queries,1275;GTEx Coexpression,1430"	"RNF19B,IFI30,BASP1,MYC,LONP1,COTL1,IFNAR2,NUP210,FNBP1,ANKRD44,PRKCD,TALDO1,CNPY3,EHBP1L1,PSME1,KCTD12,LY6E,SEMA7A,STXBP2,STK4,CORO1A,UBE2J1,SBNO2,MICAL1,PSAP,PGK1,NADK,S100A10,VASP,JUN,EDEM1,TREX1,FUCA1,NFKBIA,EHD1,ARPC2,HOOK2,ARPC3,ID2,GRB2,CORO7,CDC42SE2,LGMN,ITM2C,OGFR,SH3KBP1,CTSZ,PIK3CD,SNX11,ARRB2,LMNB1,LIMD2,PPP1R9B,DUSP12,SEPT6,GM2A,GLIPR2,TMSB4X,CTSD,RAB8A,CTSB,GPX1,KLF13,H2AFY,EED,GAA,IFNGR2,GMIP,DUSP6,TOX4,PTP4A3,PXDN,RAPGEF1,ARHGEF1,PLEKHO1,SGK1,IRF9,STK40,CSTB,GRN,GRAMD1A,RGS19,SRC,CXXC1,TYMP,GNAI2,NFIL3,SH3BP2,MKNK2,PTK2B,CSK,MGAT1,VHL,RNF130,CYTH1,SEMA4A,STAT2,MYO9B,NIN,KLF6,NAGK,CAPZA1,SHKBP1,ZYX,BAX,PKN1,VIM,SMAP2"
+"gene_set_query"	"1535"	"ZNF563"	"1324.0"	"ARCHS4 Coexpression,1443;Enrichr Queries,930;GTEx Coexpression,1598"	"CYFIP2,SH3GL3,CLSTN2,FBXO25,CLU,ZFP30,BASP1,DPYSL2,MYC,DPYSL3,FADS1,ARRDC4,MORC3,ARRDC3,F2R,ANKRD45,MTUS1,CIRBP,FRMD4A,LMO7,ATP1B2,ANK3,TMEM170B,MRPS18C,ST7L,DDIT3,DDIT4,TBPL1,HECA,IDI1,ZC4H2,INSIG1,FBF1,SLC1A1,PIK3R3,SOCS2,APOO,TCTEX1D2,ZC3H14,LONRF2,SLC38A2,ZSCAN18,MAP2K6,PRNP,JUN,NUP155,AUTS2,ODF2,PLK2,ASNS,NR4A3,HOOK2,HOOK1,FASN,ID2,TDP1,PSMG1,LGMN,CPEB4,NRP1,PIGU,CITED2,PRKCSH,CHD6,SLC2A3,SLC7A11,COIL,RNF157,AKAP12,DUSP12,TCP11L2,GGPS1,PDPK1,SIRT4,NAV2,MLF2,RHOB,SLC7A5,PTP4A3,MRPS9,CTDSP2,PXDN,SGK1,PPP1R15A,GTF2A2,NFIX,DDX25,RAP1GDS1,DDX20,PRICKLE1,TOB1,AMN1,SERTAD4,GNG5,POLR2D,KDM4B,SORBS2,CDC42BPA,AGBL5,KLF6,NFIA,PIK3IP1,NFIB,MFAP3,PDCD4,PKN1"
+"gene_set_query"	"1536"	"PAX4"	"1325.0"	"ARCHS4 Coexpression,1545;Enrichr Queries,1024;GTEx Coexpression,1407"	"ATP8A1,MYT1L,SPPL2B,SLC8A1,IGF1R,ALCAM,CDH2,KIF5C,MYC,CAPN5,EPHB2,PLEKHJ1,CHGB,SOX5,ARRDC4,KIRREL3,PDHX,DGAT1,PPP1R16A,RFX3,VWA5B2,POU3F2,POU3F3,DISP2,MYCN,DGKQ,RAB35,ELMO1,SCG5,PDE9A,KPNB1,LRRC59,PDXDC1,MYCBP2,FBF1,CACNA1A,CACNA1C,CACNA1E,HIF1A,SPATA7,CNN3,APH1A,KLC4,NEUROD2,TSPAN5,CAMTA1,SCN3A,ST3GAL2,SYT5,SYT4,PRNP,PTPRN2,CADM1,LRRN3,H3F3B,FUCA1,SLC35E3,NR2F1,CORO2A,ZZEF1,PBX1,FAM160A2,EFNA2,HOOK2,PPP1R1A,TDP2,GNB1,CNTN1,GNAS,ADCK5,CPE,TUBGCP4,CNIH2,FGF13,NFE2L1,SNAP25,RBM28,PTPRN,PRPF19,TMEM191C,SMPD3,TRIM9,B3GALT2,NEFM,NANS,EDIL3,SLC37A3,MAPK1IP1L,MAP4K2,UPF1,DNM2,RAB33B,GAK,GAP43,PTP4A3,PXDN,TMEM106C,DCX,PHLPP2,SF3B4,CSTB,CANT1,HDAC1,SATB2,RGS16,ICA1L,ADAM22,KCNA6,CXXC4,PSMA7,FAM168B,GANAB,GMDS,HECTD3,U2AF2,GNA11,TMEM68,MEST,OPCML,RUNX1T1,CHGA,NEGR1,CADPS,SEMA4G,APEX1,MGAT4B,HDGF,INSM1,CLUAP1,FRYL,CDK5R2"
+"gene_set_query"	"1537"	"FOXA3"	"1327.0"	"ARCHS4 Coexpression,1501;Enrichr Queries,1280;GTEx Coexpression,1201"	"DPAGT1,CCNC,AUP1,SCP2,FAM174B,MYC,CAPN5,SEPHS2,FADS1,PCYT2,GPT2,IGFBP3,COG3,ALG5,IGFBP2,ALG2,MOGS,ATP1B1,TPST2,DDIT4,ERP29,SBDS,JTB,PDE9A,SIDT2,PKDCC,UBA5,ABHD2,SEL1L,FBF1,SLC38A10,SEL1L3,SOCS2,KLC4,PRDX4,DECR2,ZKSCAN1,MPDU1,EDEM3,MPST,PRNP,XBP1,JUN,EIF2AK3,FAM136A,CORO2A,EFNA2,HOOK2,HOOK1,ID2,PPP1R1B,SRPRB,SDC1,CLPTM1L,TECPR1,ITM2C,CNRIP1,GPT,HERPUD1,SEC61A1,DUSP12,SERP1,SPR,TMED2,ACP2,SEC61B,SLC37A4,TMED9,SSR4,REXO2,COASY,DUSP6,VAV2,MLF2,TOX3,PTP4A3,TUBB2A,KIT,PXDN,RHOU,SLC25A5,SGK1,CSTB,CXXC1,DLL1,PSMA7,HMGCL,FZR1,DNPEP,CUX2,GMDS,DDT,POLR2D,CKB,GPC4,DCAF11,RPRM,SYVN1,TMUB1,SEMA4G,SH3YL1,GALE,XPNPEP1,SGSM3,P4HB,LNX2"
+"gene_set_query"	"1538"	"TBX22"	"1327.0"	"ARCHS4 Coexpression,1096;Enrichr Queries,1353;GTEx Coexpression,1533"	"MDC1,NUP188,KDM1A,CSE1L,CCNC,NUDT11,NUDT10,PSMD9,SALL2,DPYSL2,KHSRP,SAP130,PLS3,SBF1,EPHA5,DDX18,EPHA7,CXADR,TOMM34,VASH2,ATP11C,ANK1,MID1,ATXN2L,MORF4L1,ARMCX2,DMTF1,MSH2,NHP2,SNRPG,SNRPE,ISYNA1,SET,PSMD11,FOXG1,FBF1,UBR4,CACNA1A,PRDX3,LDHB,DPP6,BAG4,PGBD5,G3BP1,NAE1,SKIL,PHC1,IDH1,NR2F1,IFT122,LARP7,SUPT5H,FAM136A,PAICS,PRRC2A,MRPL22,SETX,MEX3B,LRFN5,HOOK2,NASP,HOOK1,NDUFAF2,UBE2N,ANP32E,UBA2,CYCS,LRCH4,FGF13,EIF4G3,SUGP2,ROBO2,KDM5B,PAK1IP1,CHD6,HMGB3,MRPL39,HMGB1,PHF8,MRPL42,SUMO1,LRRTM1,GPR137,FEZF2,GLRX3,H2AFZ,PRPF40A,UCHL3,SRP9,CNKSR2,TOX3,VCAN,PTP4A3,PSMA3,PSMA2,DCX,ARHGEF7,BCAT1,EEF1E1,SLC25A5,SHANK2,CDC123,DOT1L,SRRT,CXXC1,TIMM13,PDHB,RCHY1,HSPA14,LRP8,STRN4,PSMA7,PPM1G,TCEAL8,GGA1,GLRA2,UGP2,PSMB5,SLITRK1,PHKG2,BEND3,SLITRK5,SC5D,BRD8,GPC4,FBRS,EIF4E,DCAF13,NPM1,SSB,GABRA3,SYT16,HSPE1,FABP5,PSMC4,MFAP2,NAA15,RAN"
+"gene_set_query"	"1539"	"ZNF440"	"1329.0"	"ARCHS4 Coexpression,1592;Enrichr Queries,1083;GTEx Coexpression,1311"	"IFT172,CTNND1,ZDHHC5,RAPGEFL1,FAM110A,ZFP30,SESN1,DZIP1L,MAP3K9,SLC12A6,VPS36,PRKACB,ARRDC4,EPHA4,CXADR,CTNNBIP1,TMOD2,ARRDC3,RFX3,CD3EAP,DAAM1,DDIT4,PFKFB3,IGSF3,CDCA4,PIK3R1,EFNA4,APH1A,EFNB2,SGPL1,RDH13,EVI5,MARK2,RAB11FIP4,NDFIP2,JUN,CBX5,JUP,RCC2,PLK2,SLC35E3,KLHL24,CORO2A,PBX1,EFNA3,VANGL2,EFNA2,STK24,EIF6,HOOK2,HOOK1,MDM2,SPIRE2,SDC1,DEGS1,MDM4,DEGS2,CPEB4,PHF3,PIGU,CCDC120,SLC35F2,PRKCSH,PTEN,SLC2A3,SPPL3,BICD2,PTPRF,AKAP12,MFSD5,PLEKHN1,JARID2,RALGPS2,DST,PLA2G4E,PDPK1,TNFRSF19,MINK1,ZDHHC13,REXO2,DUSP6,MLF2,RHOB,ARL4C,VCAN,PTP4A3,CTDSP2,POLR1B,TET3,PXDN,RHOV,SGK1,GTF3C2,SATB1,PARD6G,HMGCR,SEMA3F,ACVR1B,U2AF2,MKNK2,FEM1C,WNT7B,ACVR2A,RAB11A,VEGFA,KLF7,KLF6,NFIA,CCNG2,TAOK1,RPS6KB2,PDCD4,PKN1,SSBP2,RNF141,CLUAP1,METAP2"
+"gene_set_query"	"1540"	"ZNF850"	"1330.0"	"ARCHS4 Coexpression,1525;GTEx Coexpression,1135"	"NUP107,GABPB1,CDC23,OPHN1,TMPO,MED1,DDX18,USP8,SUPT16H,AQR,TIPIN,SCAF11,RECQL,TTC7B,ATP11C,WDR75,WDFY1,CHMP4B,SNRPE,MAPKAPK5,ALG10B,ANAPC1,ZCCHC7,KHDRBS1,NUP205,CHRNA7,TOR1AIP2,MTDH,GJC1,APH1A,ORC4,ORC6,UBR5,G3BP1,ZKSCAN3,ATP6V0A2,TRPM7,RDH13,RBM12,PDZD7,AP1M1,CBX3,EDEM1,INTS2,SLC35E3,M6PR,NUP153,CDK4,GNB1,SPIRE2,NOL11,NFE2L1,PCSK7,PFAS,SEC61A1,ZC3H7A,TMSB4X,OPA3,SDF4,TOPBP1,MAPK1IP1L,WDR36,RFC3,DFFA,DIS3,EED,MINK1,PRPF40A,BIRC6,GART,RNFT2,GTF3C3,PRIM1,RAB1B,HEATR1,GOSR1,NOL8,NOL9,RNF4,AP3M1,GANAB,HAUS8,TGS1,EXOSC9,TAF1A,EXOSC8,MFN1,MGAT2,CCT8,RPP14,SRSF10,SUZ12,NPM1,GINS4,DEK,IRGQ,EIF3M,SNRNP40,RAB3GAP2,NUCB1,ABCE1,TAF2,GRINA"
+"gene_set_query"	"1541"	"LBX2"	"1333.0"	"ARCHS4 Coexpression,1182;Enrichr Queries,1311;GTEx Coexpression,1506"	"CCNI,PLOD3,HDDC3,SCP2,GRB14,DPYSL2,MYC,RUVBL2,SEPHS2,FADS1,SOX4,ZGPAT,PCYT2,F2R,IGFBP2,CD3EAP,CNPY2,ANK1,JMJD8,EID1,POR,RAB34,DDIT4,FSCN1,SPNS1,HECA,GEMIN7,SNRPB,RTN3,LRPAP1,DHX8,PDXDC1,FBF1,CACNA1A,PHB,MRPL11,EMG1,PPP4C,IRAK1,PCBP2,VPS11,OTX1,DECR2,ST3GAL2,ATP6V1F,HEXIM1,MPST,JUN,PRELID1,NDFIP1,NR2F1,ASPSCR1,SNF8,ACADSB,TBL3,EFNA2,HOOK2,EIF6,LHX2,HOOK1,ID2,SERINC2,ITPA,ITM2C,SLC25A1,PRKCSH,HEXA,CHD6,ETFA,ETFB,DUSP12,MRPL2,SPR,TIMM17B,CPXM1,NANS,EMX1,ATP6V0B,GSTO1,LIME1,DUSP6,DDOST,COMMD4,COASY,PTP4A3,NDUFS7,PXDN,AKT1S1,SGK1,PAFAH1B1,CSTB,DTYMK,POLDIP2,PSMA7,HMGCL,ARFRP1,HAUS8,DDT,PSMB3,LMAN2,BID,TRIM41,ADRM1,SEMA4G,MEIS2,PPP1CA,GALE,NFIA,RPS6KB2,BAX,PKN1,SMAP1"
+"gene_set_query"	"1542"	"BARX2"	"1333.0"	"ARCHS4 Coexpression,1480;Enrichr Queries,1185;GTEx Coexpression,1335"	"WWC1,ZDHHC5,PPP2R2A,RAPGEFL1,TXNDC17,SLK,PPP4R1,DPYSL2,MYC,TRIM27,MTPAP,FADS1,SOX4,SH3GL1,ANAPC7,TMOD3,IGFBP3,SPNS2,THOC3,SCRIB,ANK1,SFRP1,DDIT4,TTLL12,PFKFB3,IGSF3,NPRL3,CACNA1A,ZBTB5,NDRG1,EFNB2,FLRT2,PLXNA2,RDH13,S100A10,JUN,JUP,BCL11B,BCL11A,RCC2,SSH3,PBX1,GADD45G,FAM135A,EIF6,HOOK2,LHX2,HOOK1,GIPC1,WNK2,SPIRE2,SDC1,CCDC120,CITED2,PRKCSH,TECR,CHD6,SLC7A11,CLINT1,AACS,TUBA1C,ENC1,ANXA6,PLEKHN1,ZDHHC13,NAV2,REXO2,RABGGTA,DUSP6,MLF2,RGMA,ARL4C,PTP4A3,BDH1,PXDN,FAM84A,ACOX3,RHOV,SGK1,ARF6,CSTB,NAA20,GSTP1,VPS4B,CXXC1,SEMA3F,PTN,FAM129B,ABLIM1,FZR1,DNPEP,ZSWIM4,NTRK2,SEMA4B,WNT7B,PCDH7,DHRS1,MEIS2,RAB11A,RAB10,NELL2,TTC9,KLF6,NAGK,FABP5,NFIA,NFIB,PSAT1,CRLF1"
+"gene_set_query"	"1543"	"TCF23"	"1334.0"	"ARCHS4 Coexpression,1609;Enrichr Queries,1290;GTEx Coexpression,1103"	"RPL5,RASL11B,CLSTN2,CD81,ARID4A,THUMPD1,ZMIZ1,MYC,KHSRP,ADORA1,GLUL,ATXN7L3,SOX4,FADS1,USP5,IGFBP3,MOGS,ANK1,HCFC1,MSH6,CACNB3,DMTF1,MORF4L2,GPR161,DDIT4,RAB35,HECA,MASP1,XIST,FKBP5,KHDRBS1,LRRC59,SEMA7A,TSHZ3,NPRL3,SLC1A1,LPL,CACNA1A,PDS5B,GJC1,APH1A,NACC1,DVL2,TNRC18,RDH13,RAB11FIP2,LONRF2,PDZD7,TRAPPC2,PRNP,TIA1,UBE2I,ATP8B2,CADM1,ST13,SLC35E3,PBX2,ZBTB12,NR1D1,PBX1,PRRC2A,BCL9,MEX3A,HOOK2,PTK7,HOOK1,PPP1R1B,GNB1,CNTN1,SPIRE2,TAB3,FXYD6,DCHS1,CNTROB,NFE2L1,EIF4G1,MUS81,ARF3,KDM5C,CHD6,SLC7A11,PRPF19,SMG5,PTMS,TTC28,SMPD3,SENP7,MDK,SNAPC2,OPA3,REV3L,PMEPA1,QSOX1,CTSE,SLC37A3,UPF1,TRPC4,HUNK,REXO2,WDR35,RAD23B,DUSP6,RAP2C,TRAF7,PTP4A3,SLC25A17,BDH1,PXDN,BCAT1,SGK1,GAS7,RNFT2,CSTB,NLGN2,POLDIP3,RGS16,CXXC1,LRP6,THBS3,FAM168B,GANAB,CUX1,TCEAL3,CAMK2N1,U2AF2,RAB23,TCEAL1,POLR2D,FLNA,TBL1X,HNRNPA1,HNRNPA0,JAZF1,RPRM,SMARCE1,NTRK2,ATP2B4,SNCAIP,MEIS3,MEIS2,HS3ST1,KLF6,TMEM158,TAOK2,ZYX,HDGF,RBMX"
+"gene_set_query"	"1544"	"ZNF831"	"1338.0"	"ARCHS4 Coexpression,1196;Enrichr Queries,1368;GTEx Coexpression,1449"	"FAM49B,ANKRD13D,MYT1L,SLA,SLC8A1,BACH2,PREX1,SMCHD1,RASSF2,DPYSL2,ARHGDIA,COTL1,KIF21B,BSN,PPP1R16B,EPHA4,RNF44,ANKRD44,CIRBP,CSNK1D,JMJD8,LENEP,INPP4A,FAM173A,KCNQ2,HECA,TOX,CDC42SE1,PFKFB3,TRANK1,CACNA1A,RASGRP2,STK4,CORO1A,CACNA1E,GRK6,CAMTA1,E4F1,SCN3A,ST3GAL2,BCL9L,S100A10,HEXIM1,TMEM120B,LRRN3,BCL11B,DMPK,ABTB1,LRFN4,HOOK1,CCDC88C,CORO7,PLCH2,DUS1L,LRCH4,CPEB4,ITM2C,GPR19,MAP3K12,CDKN1B,DOCK9,CELF2,CTSZ,CHD6,PIK3CD,ARRB2,LIMD2,SMPD3,XPO6,PDE4A,MAP4K2,SUN2,DBNL,KLF13,PDE4D,ARHGEF18,RHOF,GMIP,LIME1,PARP8,ARL4C,SLC7A6,PACS1,PXDN,ARHGEF1,EVL,RNF166,PPP1R15B,RGS19,JAKMIP1,MLLT6,FGD3,FZR1,DNPEP,GGA3,SPOCK2,FYN,CSK,BRD9,CYTH1,JAZF1,MAP3K3,SLC12A5,TRIM41,LRRC24,SEMA4D,HAGHL,USF1,NELL2,SNRK,SBK1,PIK3IP1,SYT11,SMAP2"
+"gene_set_query"	"1545"	"PAX9"	"1340.0"	"ARCHS4 Coexpression,1453;Enrichr Queries,1253;GTEx Coexpression,1313"	"NUP188,CTNND1,ZDHHC5,PPP2R2A,TXNDC17,NPEPPS,SLK,PPP4R1,MYC,CAPN2,SH3GL1,ANAPC7,TMOD3,IGFBP3,SPNS2,IGFBP2,THOC3,SCRIB,SOX11,LMO7,POU3F2,ANK1,SFRP1,DDIT4,HECA,TTLL12,NRN1,IGSF3,FOXG1,CSTF2,NPRL3,TWF1,CACNA1A,ZBTB5,SOCS2,EFNB2,GRPEL2,OTX1,S100A10,JAG2,JUN,BCL11B,JUP,BCL11A,NR2F1,FAM135A,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,GIPC1,CNTN1,PLXNB2,SERINC2,LRP11,CCDC120,SPEF1,SLC7A11,PTPRF,TUBA1C,NEFL,PLEKHN1,DBNL,ZDHHC13,NAV2,REXO2,RABGGTA,DUSP6,MLF2,SLC7A5,VCAN,PTP4A3,RAP2B,PXDN,FAM84A,ACOX3,RHOV,SGK1,ARF6,CSTB,RALA,NFIX,NAA20,GSTP1,VPS4B,SATB2,CXXC1,SEMA3F,SLC7A1,FAM129B,ZNRF1,DNPEP,ZSWIM4,NTRK2,SEMA4B,PCDH7,DHRS1,BAIAP2,MEIS2,RAB10,NELL2,TTC9,NAGK,FABP5,NFIA,NFIB"
+"gene_set_query"	"1546"	"BCL6B"	"1341.0"	"ARCHS4 Coexpression,1186;Enrichr Queries,1316;GTEx Coexpression,1520"	"APP,PHLDB1,NDST1,RASSF1,DPYSL2,MYC,DPYSL3,PLS3,CCNL1,NCKAP5,SOX4,PPP1R16B,SEMA6B,MEF2C,VPS33A,IGFBP3,APLP2,F2R,SPNS2,MTUS1,VASH1,BCR,ADAM15,CDC37,DDIT4,FSCN1,HECA,KCTD12,RAI14,PEX11B,LTBP4,PIK3R3,LPL,NDRG1,SOCS2,EFNB2,EFNB1,SEC14L1,PLXNA2,TXNDC5,JAG2,CDK17,VAT1,SMAD1,JUN,PLK2,PDE2A,CRIM1,ARHGAP29,GADD45G,NR4A3,HOOK2,TCF4,DCHS1,PKIG,FERMT2,ITGB1,NRP1,DOCK4,DOCK9,CNRIP1,ARRB1,TNFAIP1,LDB2,CX3CL1,PIK3C2B,AKAP12,SPRED2,DUSP12,TMEM44,HYAL2,BOK,ADAMTS7,RBM17,WARS,PLEKHG2,SH2D3C,DUSP6,RHOB,TOX4,VCAN,PTP4A3,KIT,PXDN,CHST1,CDH13,SGK1,SLC29A1,SHANK3,RGS16,CXXC1,CRIP2,SEMA3F,GDPD5,HDAC7,GNAI2,ABLIM3,SH3BP5,PCDH1,MEST,JAM3,MAP4K4,GALNT1,DAB2IP,PTPN12,CDC42BPB,VEGFA,NELL2,FKBP1A,MAPK11,SNRK,KLF6,NFIB,KIF26A,MFAP3,TSPAN18,TAOK2,KBTBD2,VIM,BCAR1"
+"gene_set_query"	"1547"	"NKX24"	"1341.0"	"ARCHS4 Coexpression,1171;GTEx Coexpression,1511"	"RPL4,NUP188,KDM1A,MSI1,PWP2,TOMM20,NUDT11,NUDT10,RUVBL2,KIF21B,ENPP5,ANKRD45,TOMM34,AFAP1,CSNK1E,ATAD3A,RNF40,BSCL2,MORF4L1,TMX4,HNRNPUL1,KCTD15,STX1A,ISYNA1,MAZ,KLHL12,RAP1GAP,DHX30,IRAK1,HLTF,DHX37,SRPK2,ZFHX2,NUP155,RASL10B,IRF2BP1,IFT122,SUPT5H,EEF2,HSPA12A,COQ6,PRRC2A,NFKBIA,HNRNPL,MEX3B,UBE2S,UBE2N,UBA2,EIF4G3,DZIP3,SUGP2,UBE2M,KDM5B,ZMYND19,LDB1,CETN3,GRIK3,YBX1,KRI1,MED15,LMNB2,HSPB11,RYR3,RPS4X,TMEM189,UBTF,GPR137,RAC3,BRD2,CCDC34,NUP133,PARP1,H2AFX,IQCE,SMC1A,RANGAP1,POMGNT1,FAM189B,PCCB,PGAM5,SFI1,NLGN2,DDX24,DDX25,LRP3,MRPS30,DPCD,RXRB,GGA1,MTA1,BRD8,RPS2,DCAF11,FBRS,SRSF12,MBD3,SLC35A2,SF3A2,FBXL19,NICN1,SNX22,TMUB2,SEC23IP,MYBBP1A,CRAT,POLR3K"
+"gene_set_query"	"1548"	"OSR1"	"1342.0"	"ARCHS4 Coexpression,1628;GTEx Coexpression,1056"	"TES,PITPNB,ADARB1,ACTB,DPYSL3,SCMH1,CAPN2,PLS3,LZTS2,ACVR1,TPM4,ACTN1,AFAP1,FOXP1,TWSG1,MYL6,KCTD10,RAB34,KCNQ4,NUMBL,CD151,NXPH3,NPR2,LTBP4,FBLN1,ADAMTS10,ADH5,GLIS2,CORO1C,CYB5R3,ESD,ABL1,TNRC18,MYH10,RAB11FIP5,OSBPL5,ATP8B2,CRIM1,DSTN,DNAJC13,MANBAL,EXT1,BMP1,PTK7,CALU,AMOTL2,FAT4,FERMT2,ITGB1,WDR1,ARHGAP1,ILK,PCSK7,TMEM43,TIMP2,SPEG,TMEM109,DACT3,PMEPA1,QSOX1,LRRFIP1,UNC45A,PPP1R12A,ANO6,SLC39A13,NAV2,CKAP4,ENAH,VCAN,CDH11,PXDN,CDH13,FAM20C,GAS6,PPP1R12B,SEC23A,ROCK1,LRP1,SRF,CCDC107,FAM129B,THBS3,SH3BGRL,ALDH1B1,HAUS7,RAB23,GPC1,FLNA,GPC4,PDLIM7,PCDH7,ATP2B4,SORBS1,FBXL12,SH3RF3,MFAP2,ESYT2"
+"gene_set_query"	"1549"	"KLF14"	"1343.0"	"ARCHS4 Coexpression,1365;Enrichr Queries,1320"	"CDKN1C,EIF4A2,CHD6,WDR41,PLOD3,PTPN23,CDH8,CCAR1,GNPTAB,MYC,UBAP2L,CCNL1,SOX4,IGFBP3,PABPC4,DDX54,TBR1,SOX11,RPSA,POU3F1,RABGGTB,ANK1,POU3F3,MLF2,GNL3,MN1,ZEB2,PTP4A3,NAV3,NDUFS7,DKC1,IFT81,AKT1S1,BCORL1,GRAMD1B,RTEL1,NFIX,NRN1,CD151,WBP1,FOXG1,SATB2,NPRL3,GBA,CACNA1A,BHLHE22,CENPB,CYTH3,ARHGAP20,DPP6,TCEAL6,CUX2,POLR2D,SLIT1,SLC38A6,OTX1,IGF2BP2,PCDH1,MEST,PAIP1,MBD3,NOP56,NTRK2,TMEM120B,JUN,NOP58,SYT3,BCL11B,INTS1,BCL11A,BOD1,PDE2A,PCDH8,GABRA3,NR2F1,MEIS2,XAB2,EFNA2,NR4A3,NFIA,LHX2,HOOK1,UBE2S,GIPC1,RBM42,UBAP2,KCNK2,MDGA1,GRINA"
+"gene_set_query"	"1550"	"ANHX"	"1345.0"	"ARCHS4 Coexpression,1226;GTEx Coexpression,1463"	"TDRKH,KDM5B,WDR47,WDR48,NUP188,KDM1A,PLEKHB2,CSE1L,ZFAND6,RPLP0,SMC3,RBPJ,PDCD2L,ELAVL2,PHF8,COL4A3BP,AP1G1,RUVBL2,GPBP1,UIMC1,RNPEP,TLK2,GPR137,NFRKB,CCT3,PRMT5,CCT2,KLF11,FBXW5,PABPC4,TOMM34,DYRK1A,ATP11C,RPSA,UTP18,TCP1,G2E3,PKP4,MATR3,FYTTD1,UNC119B,ISYNA1,TSG101,DOT1L,SRRT,SPG7,STRN4,PPM1G,PRPSAP1,GGA1,DNAJB6,RNF216,RNF215,KATNA1,NT5DC2,USP1,BRD8,NAE1,FBRS,MTA3,CCT4,XRCC6,RYK,CBX2,PTGES3,IFT122,IMMT,TRAPPC8,SEMA4F,LRWD1,PTPN12,SUPT5H,PRRC2A,AGBL5,MEX3B,QARS,CNOT1,EIF3L,PHF13,RNPS1,INTS8,LNX2,SERINC4"
+"gene_set_query"	"1551"	"SPIC"	"1347.0"	"ARCHS4 Coexpression,1324;Enrichr Queries,1298;GTEx Coexpression,1420"	"SLC23A2,ARAF,JMJD1C,NUDT4,CYB5D1,DPF1,HOMER3,MPV17,FADS1,ATG3,RNF44,PRKCD,ATP1B3,ATP1B1,TPST2,SLC9A5,DDIT4,FSCN1,ORAI2,HECA,PRR13,NUP205,LPL,RASGRP2,CORO1A,SEL1L3,PRDX1,TXNDC5,MPST,PRNP,AKIRIN2,TRAP1,JUN,NOP16,INSR,PDE2A,NFKBIA,PPP5C,EFNA2,LRCH1,SLC7A6OS,HOOK2,HOOK1,ID2,NOL10,CORO7,ACO2,RGL2,LGMN,PYGB,USP36,PPP1R10,PIK3CD,SLC7A11,AP2A2,USE1,LIMD2,PQBP1,IKBKB,DUSP12,HYAL2,HMG20A,PRMT2,ARHGEF18,TIMM23,TOX4,PTP4A3,TRAPPC6B,KIT,ARHGEF1,TAX1BP3,SHANK3,IRF9,RBM22,GRN,PTGER1,CXXC1,NOL9,MTIF2,GDPD5,DLL1,TMEM201,DNAJB6,SH3BP2,CSK,CKB,MAP3K3,SEMA4A,ATP13A1,MYO9B,LYSMD4,MCOLN1,USP28,USF1,PDCL3,NECAP2,FABP5,RAB15,NDUFAB1,CCM2,CEBPZ,EIF3D"
+"gene_set_query"	"1552"	"OVOL1"	"1348.0"	"ARCHS4 Coexpression,1479;Enrichr Queries,1286;GTEx Coexpression,1279"	"CCDC120,TECR,CTNND1,ZDHHC5,CLTB,CHD6,SLC7A11,SPPL3,BICD2,ZDHHC3,RAPGEFL1,FAM110A,DUSP12,MFSD5,MYC,LONP1,PLEKHN1,TBC1D10A,FADS1,SOX4,SH3GL1,IGFBP3,CTNNBIP1,CSNK2A2,ZDHHC13,CD3EAP,SCRIB,NAV2,REXO2,DUSP6,DUSP7,MLF2,SLC7A5,PTP4A3,TET3,DDIT4,PXDN,TTLL12,RHOV,SGK1,EZR,ARF6,SLC27A4,OTUB2,PPP1R15A,CSTB,IGSF3,CDCA4,RGS16,PARD6G,HMGCR,SEMA3F,ZBTB5,EFNA4,NDRG1,IGSF9,SEL1L3,RMND5B,SGPL1,FZR1,MICALL1,RDH13,PCDH1,MARK2,RAB11FIP4,ESRRA,JUN,JUP,BCL11B,BCL11A,RCC2,WNT7B,PLK2,TYSND1,NR1D1,BAIAP2,SSH3,RAB11A,UBAC2,NFKBIA,EFNA3,KLF6,FAM135A,EFNA2,STK24,EIF6,HOOK2,HOOK1,GIPC1,RPS6KB2,PPP1R1B,CNTN1,SDC1,DEGS2,SERINC2,ITM2C"
+"gene_set_query"	"1553"	"FOXR2"	"1348.0"	"ARCHS4 Coexpression,1350;Enrichr Queries,1143;GTEx Coexpression,1552"	"EIF4A1,AHCYL1,NUP188,KDM1A,PLOD3,IPO7,TOMM20,PHB2,IPO4,BASP1,DPYSL2,MYC,SAP130,UBAP2L,SLC16A2,SH3GL2,EPHA7,SUPT16H,IGFBP3,IGFBP2,TOMM34,SOX11,MID1,GTPBP4,FTSJ3,EML5,DMTF1,RRAGB,DKC1,RAB34,GPM6A,LRRC59,ISYNA1,CACNA1A,SOCS2,APH1A,SBNO1,PDZD4,PDCD11,IRAK1,FUT9,TSPAN7,PLXNA1,GPM6B,SYT4,INTS1,IFT122,SUPT5H,PRRC2A,MEX3B,DAB1,HOOK2,HOOK1,PKIA,ID2,UBA2,COL9A3,FARSA,KDM5B,PYGB,PRKCSH,FAF1,WDR3,CETN3,CHD6,CHD4,SLC7A11,PRPF19,ELAVL2,RARS,DNER,SNAPC4,GPR137,NEFL,PDPK1,ELOVL2,DDOST,MLF2,TRAF7,PTP4A3,MPPED1,IMPAD1,KIT,PXDN,DCX,TUT1,ARHGEF7,INA,OTUB1,WDR26,SF3B3,NRXN1,SRRT,HEATR1,CXXC1,NOL4,STRN4,USP19,PPM1G,NOL6,GGA1,GANAB,POLR2D,REPS2,SPOCK1,BRD8,FBRS,MEST,UGGT1,YKT6,RUNX1T1,GALNT2,GABRA3,SORBS2,NMNAT2,SSRP1,USP29,MEIS2,AGBL5,NELL2,SMUG1,FAM155A,MYBBP1A,IMPDH2,HDGF,PKN1,INSM1,EIF3C"
+"gene_set_query"	"1554"	"SP140L"	"1349.0"	"ARCHS4 Coexpression,1154;GTEx Coexpression,1543"	"ARF3,YWHAE,B4GALT2,NCKAP1,APP,DAZAP2,CRTC2,BTG1,FKBP15,CLTC,HDLBP,PIK3CD,NUCKS1,PCSK7,IFI30,IPO7,TOMM20,LMNB2,LIMD2,IPO5,SMCHD1,AP1G2,SCRN1,COTL1,DAG1,LRRFIP1,RAB8A,YWHAG,JAK1,IFNAR2,RBFOX2,USP5,ANKRD44,TSC22D3,GMIP,RAD23B,CKAP5,SREBF2,PARP8,ACLY,PSME1,ARHGEF1,EVL,FKBP4,SFI1,RNF166,IRF9,CDC42SE1,GTF3C1,AHCY,NLGN2,AGAP1,RASGRP2,STK4,CORO1A,U2AF1L4,FGD3,LARP1,NT5DC2,MLEC,CSK,MYH10,NADK,CYTH1,MARCKSL1,TTC13,SEMA4D,DAB2IP,SSRP1,AP2B1,CDC42BPB,USF1,CHFR,NFKBIA,KLF6,ARPC2,PIK3IP1,CAPRIN1,SERBP1,CCDC88C,INTS4,BAX,CORO7,SMAP2,NFE2L1,CDC42SE2"
+"gene_set_query"	"1555"	"ETV7"	"1350.0"	"ARCHS4 Coexpression,1326;Enrichr Queries,1401;GTEx Coexpression,1323"	"IFITM2,CRTC1,RNF19B,IFI30,RAPGEFL1,FAM110A,FBL,NUB1,RPS19,OGFOD2,PIM3,TBC1D10A,SLC38A1,KDM2B,CTNNBIP1,PRKCD,SHISA5,TRAFD1,DDIT4,PSME2,ASPHD2,STAM2,SNRPB,LY6E,KLHL18,CDCA4,TRANK1,EFNA4,SBNO2,APH1B,CSTF1,RDH13,SLC38A2,N4BP1,NADK,VASP,JUN,PNPT1,JUP,RCC2,TREX1,NFKBIA,EHD1,ABTB1,EFNA3,EFNA2,NR4A3,STK24,EIF6,HOOK2,FASN,NFE2L3,SDC1,BLMH,DEGS1,DEGS2,LRP10,OGFR,SLC35F2,RPLP1,ADAR,SNX10,ARRB2,SPPL3,BICD2,CX3CL1,LMNB1,GM2A,GLIPR2,TIMM17A,JAK2,NDEL1,TMEM150B,WARS,ELOVL4,RFC2,PLA2G4E,ACAD9,GMIP,LIME1,APRT,DDB2,PTP4A3,TET3,PXDN,NCOA7,IRF9,ARF6,NAPA,CSTB,GRAMD1A,PARD6G,ACVR1B,TYMP,ZDHHC18,SH3BP2,MGAT1,MTA2,RRM2,B3GAT3,WNT7B,STAT2,LIMK2,SOD2,GATAD2A,KLF6,NAGK,SHKBP1,RPS6KB2,POLR3E,TRIM35,UBAP1,SMAP2,CRLF2"
+"gene_set_query"	"1556"	"OVOL3"	"1350.0"	"ARCHS4 Coexpression,1331;GTEx Coexpression,1369"	"KDM5B,SH3GL3,NUP188,KDM1A,SETD6,POMT1,SMG7,ACRBP,CELSR3,EIF4ENIF1,TRIM28,CAMKV,SLC22A17,RUVBL2,DZIP1L,DPF2,GPR137,RIOK1,GAL3ST3,PIAS4,IQCB1,PARP6,FBXW5,PCYT2,USP42,DSCAM,ATG9A,SLC39A10,VRK3,TUBG1,PPRC1,MED26,TMEM130,MLF2,EPN2,ATXN2L,VCAN,PRPF6,KCNQ2,TSPYL4,NLGN3,LRRC14,ELOF1,HDAC3,CTTNBP2,DOT1L,SRRT,ISG20L2,ABCB8,UBE2J2,PPM1G,CST3,DHX30,GGA1,IGSF21,RAB40C,POLR2A,STK36,NEUROD6,PHKG2,EIF4H,MGAT1,RPRD1B,BRD8,RAE1,FBRS,SAC3D1,EIF2B5,TIA1,FAM78B,ODF2,SURF2,MBD1,CCDC136,TNK2,IFT122,TRMT1,TBCB,LRWD1,SUPT5H,HSPA12A,USP29,PRRC2A,AGBL5,PAN2,MEX3B,GALE,SFXN3,FXYD6"
+"gene_set_query"	"1557"	"TPRX1"	"1358.0"	"ARCHS4 Coexpression,1370;Enrichr Queries,1232;GTEx Coexpression,1473"	"DBR1,NUP188,KDM1A,EIF4A3,ZFAND5,PHAX,ZFYVE1,SLC8A2,YY1,FRAT2,RUVBL2,MYC,NCKAP5,FADS1,RPS13,ATG3,USP7,FBXW5,IGFBP3,MTUS1,CD3EAP,DMTF1,DDIT3,CLPP,DDIT4,SBDS,TBPL1,ULK2,HECA,ISYNA1,DHX8,CTBP2,IGSF3,CUL2,CACNA1A,SPATA2,CACNA1H,CDKN2AIP,EIF1AD,ORC6,NRBF2,CREBBP,IFT122,SUPT5H,TOR1B,PRRC2A,MSRA,YRDC,MEX3B,EIF5,HOOK2,FASN,MDM2,NFE2L3,KDM5B,WDR47,CETN3,CHD6,SLC2A3,DUSP18,WDR45,BBC3,AKAP12,PCLO,JPH3,SNAPC2,RFK,DHX15,GPR137,NEFM,ZIK1,PDPK1,TFB2M,MED26,TOPORS,MLF2,PTP4A3,CTDSP2,KIT,CDH11,PXDN,DCX,SGK1,RGS16,NIP7,DOT1L,AKAP8,LENG8,ATP1A3,NOL9,SPG7,RNF4,PARL,PPM1G,NOL6,GGA1,FZR1,CUX2,PHKG2,POLR2D,SLC17A7,BRD8,ABCF2,FBRS,RRM2,YTHDF2,TAF13,PDE4DIP,LRWD1,USP29,FBXL12,AGBL5,NELL2,PDCL3,CCNYL1,PKN1,RHEBL1"
+"gene_set_query"	"1558"	"IRX6"	"1362.0"	"ARCHS4 Coexpression,1589;Enrichr Queries,1004;GTEx Coexpression,1493"	"VKORC1L1,CNTFR,PHLDB1,CLSTN2,CD81,CASC4,TESK1,TSKU,FADS2,DPYSL4,FLAD1,MYC,DPYSL2,BSG,LZTS2,EPHB1,FADS1,EPHA4,RBFOX1,IGFBP3,CTNNBIP1,SOX11,POU3F1,POU3F2,ANK1,OLFM1,SFRP1,ADAM15,RRAGC,DOK5,SIK1,SIK2,TLN2,NDRG4,RTN1,NRN1,PFKFB3,CD151,PKDCC,TSHZ3,NXPH4,NTM,NPRL3,CACNA1B,LPL,CACNA1A,TMTC1,APCDD1,CACNA1E,EFNB2,EFNB1,NUAK1,ARHGAP20,CYB5R3,EIF4EBP2,INPP5K,RDH13,PLXNA4,TBC1D16,JAG2,NTNG2,JUP,CADM1,BCL11B,EXOC6B,NR2F1,NR1D1,BTBD6,EFNA3,DAB1,STK24,HOOK2,PPP1R1A,LHX2,HOOK1,PPP1R1B,BLMH,DEGS1,ACO1,PCSK2,RPLP1,FHL1,CLTB,CHD6,BICD2,AACS,TMEM191C,EEF2K,ALDH2,DNER,RPLP2,BOK,KLF11,PCYT1A,ELOVL4,GPX4,PLA2G4E,TNFRSF19,ACAD9,RGMA,MN1,VCAN,PTP4A3,MRAS,ASPH,CDC42EP4,KIT,CDH11,PXDN,CDH13,SHANK3,PPP1R12C,CSTB,PARD6G,CRMP1,LRP3,ADCY1,GDPD5,ADCY6,AKAP1,PGRMC2,ABLIM3,CAMK2N1,POLR2D,SLIT1,SUSD4,NCAM1,NTRK2,PPP1R14C,PCDH9,KCNIP2,NTRK3,PCDH7,PCDH8,VEGFB,SNX21,NMNAT2,SORBS1,FAH,MEIS2,ACVR2A,TSPAN14,KLF6,PDE10A,GPAM,NFIB,RAB15,TRIM35,INSM1,CRAT"
+"gene_set_query"	"1559"	"ZIM3"	"1363.0"	"ARCHS4 Coexpression,1407;Enrichr Queries,1202;GTEx Coexpression,1479"	"NUP188,MYT1L,HDLBP,ACRBP,RIMS1,RUVBL2,DPYSL2,KHSRP,AKT1,NCKAP5,ATXN7L3,FADS1,SOX5,SRRM4,RBFOX1,FBXW5,PCYT2,USP5,MAGI2,IGFBP2,CD3EAP,ANK2,MOGS,ANK1,HECA,DHX8,CACNA1A,APH1A,IGSF21,NACC1,KCNN2,RDH13,PDZD7,NTNG2,AUTS2,ARPP21,ODF2,CCDC136,SLC35E3,IFT122,PBX2,EEF2,PRRC2A,PTPRD,MEX3B,NR4A3,HOOK2,HOOK1,GNB1,SPIRE2,FAT3,FAT4,NFE2L1,ROBO2,KDM5B,KDM5C,PRKCSH,CHD6,SLC2A3,PRPF19,RYR3,ROBO1,PCLO,DHX15,GPR137,UPF1,PEG3,PDPK1,MINK1,RAD23B,TRAF7,VCAN,PTP4A3,NAV3,DNAJC6,KIT,PXDN,SHANK2,NRXN1,NOL9,PSMA7,PPM1G,GGA1,FAM168B,GANAB,U2AF2,NNAT,FAM120A,SPOCK1,FBRS,CLVS1,RUNX1T1,WNT7B,SORBS2,LRWD1,USP29,AGBL5,NELL2,TAOK2,ACIN1,HDGF"
+"gene_set_query"	"1560"	"DMRT2"	"1364.0"	"ARCHS4 Coexpression,1415;Enrichr Queries,1133;GTEx Coexpression,1545"	"VKORC1L1,CLSTN2,ZDHHC6,OGDHL,CNDP2,CDH2,DPYSL2,CFL2,SOX5,SEMA6C,MEF2C,IGFBP3,SHISA4,SOX11,PRKAB1,ANK1,SFRP1,FEZ1,SUCLG1,SIK2,TLN2,PFKFB3,NRN1,NPRL3,LPL,CACNA1A,APCDD1,SOCS2,ARHGAP20,FLRT2,EIF4EBP2,PLXNA1,OTX1,FAM43B,CADM1,BCL11B,BCL11A,NR2F1,ARHGAP29,QDPR,MSRA,NR4A3,PPP1R1A,HOOK2,LHX2,HOOK1,FGF13,NFE2L1,HIBADH,PTPRO,FHL1,LDB2,SNX11,PEPD,RND3,AKAP12,TMEM101,DUSP12,ALDH2,SPEG,BOK,EMX1,ADSL,SECISBP2L,DUSP26,DUSP6,SIRT2,MLF2,RGMA,ZEB2,VCAN,PTP4A3,KIT,CDH11,PXDN,SGK1,RBM24,SLC25A4,ECHS1,CLDND1,PTGER1,CXXC1,PTN,SRL,PSMA7,SNX29,PTPRZ1,NFIL3,NNAT,POLR2D,SLIT1,MEST,RUNX1T1,ARNT2,NTRK2,PEX19,PCDH7,NMNAT2,SORBS1,MEIS2,LRRC20,NELL2,FIG4,PINK1,NFIA,NFIB,CACHD1,KCP,TACC2,GPD1L,CDO1,PFKM"
+"gene_set_query"	"1561"	"FOXN1"	"1369.0"	"ARCHS4 Coexpression,1430;Enrichr Queries,1338;GTEx Coexpression,1340"	"EPHB6,CCDC120,PRKCSH,FBXO28,CTNND1,CLTB,CHD6,SLC7A11,SPPL3,CELSR2,BICD2,RAPGEFL1,PTPRF,FAM110A,AKAP12,MFSD5,PLEKHN1,RALBP1,ELOVL4,DST,PEG3,PLA2G4E,IGFBP3,CTNNBIP1,TNFRSF19,ACAD9,IGFBP2,MINK1,NAV2,POU3F1,REXO2,ANK1,MLF2,SLC7A5,PTP4A3,DMTF1,CDC42EP4,TET3,DDIT4,PXDN,RHOV,GAS6,SGK1,CSTB,IGSF3,INPP1,PARD6G,CACNA1A,SEMA3F,APCDD1,ACVR1B,EFNA4,NDRG1,IGSF9,NOL6,EFNB1,SGPL1,ABLIM1,FZR1,RAB40C,PTPRZ1,GPC1,RDH13,JAG2,PRNP,PPP1R14C,JUP,BCL11B,RCC2,WNT7B,SEMA4B,BAIAP2,ACVR2A,EFNA3,VANGL2,EFNA2,STK24,HOOK2,HOOK1,GIPC1,WNK2,RPS6KB2,TRIM35,CNTN1,SDC1,BLMH,DEGS1,DEGS2,PLCH2"
+"gene_set_query"	"1562"	"ZNF541"	"1370.0"	"ARCHS4 Coexpression,1487;Enrichr Queries,1153;GTEx Coexpression,1471"	"PRDM8,KDM5B,SH3GL3,PTPRS,NUP188,CLPB,CPNE5,KCNC3,CHD6,ACRBP,TMEM191C,SLC8A2,PHF8,PREX1,GRB14,RUVBL2,DPYSL2,PHACTR3,GPR137,FADS1,DACT1,SEMA6B,IQCB1,FBXW5,PCYT2,GPX4,IGFBP3,IGFBP2,LMTK3,RTN4RL2,VRK3,SRCIN1,DUSP6,MLF2,NCOR2,SFRP1,PTP4A3,SLC9A5,C1D,PXDN,HECA,SHANK2,NRN1,TTYH1,NPRL3,FBF1,CACNA1B,CXXC1,ATP1A3,NRXN2,DTX1,CACNA1A,KALRN,PSMA7,GIGYF2,PPM1G,AKAP1,GGA1,SBNO2,DPP6,CUX2,GNG7,LDHD,POLR2D,SLITRK5,PCDH1,FBRS,RAB11FIP5,PTPRN2,ODF2,CCDC136,PCDH8,IFT122,LRWD1,USP29,CLK3,PRRC2A,AGBL5,NELL2,MEX3B,HOOK2,HOOK1,PPP1R1B,COL9A3,PKN1,RGS11,FAT4,CRLF1,ITM2C"
+"gene_set_query"	"1563"	"L3MBTL4"	"1371.0"	"ARCHS4 Coexpression,1586;GTEx Coexpression,1155"	"ANKLE2,CYP46A1,ZDHHC3,UBE2L3,TRIM28,OPHN1,ARL6IP5,AKT1,ARID2,NFRKB,ATXN7L3,CXADR,USP5,CTNNBIP1,CSNK2A2,MAGI2,TTC7B,RNF41,HNRNPUL1,CSNK2B,RAB35,SIK1,RPL29,DUS3L,LRRC59,TEX264,FBF1,CACNA1D,ZBTB5,IGSF9,MBTD1,APH1A,ORC4,SGPL1,HSPH1,EFNB3,NACC1,RDH13,SRGAP3,JUP,CBX2,SLC35E3,HPS4,TYSND1,IFT122,EEF2,ACADSB,HNRNPL,EFNA3,VANGL2,HOOK1,SDC1,DEGS1,CNTROB,DHCR7,KDM5B,ZMYND19,CCDC127,PRKCSH,SMG7,SIPA1L2,PRPF19,SPPL3,SYNE2,PHF8,SEC61A1,RPL7A,ZMYM2,SGCB,RALGPS2,DIS3L2,UPF1,BRD1,PLA2G4E,TNFRSF19,RANGAP1,UTP18,RNF168,TRAF7,DALRD3,KIFC3,ERGIC3,OTUB2,RNFT2,KDM3A,MVK,RPL12,RAB1B,SRRT,PARD6G,MOSPD3,ACVR1B,GANAB,U2AF2,EIF4H,GPC2,FBRS,YKT6,ATP9B,PPP1R14C,NAA10,MBD1,SSRP1,WDR12,HNRNPAB,GATAD2A,CAPZA2,HDGF,RGS12"
+"gene_set_query"	"1564"	"ZSCAN4"	"1373.0"	"ARCHS4 Coexpression,1506;Enrichr Queries,1350;GTEx Coexpression,1262"	"DBR1,CCNJ,NAB1,EIF4A3,PHAX,RAPGEFL1,FAM110A,YY1,FRAT2,DPYSL2,MYC,KHSRP,VPS36,SOX4,RPS13,MEF2C,RBFOX1,CXADR,IGFBP3,CTNNBIP1,GTF2F1,MED6,ADAM15,DDIT3,TBPL1,SIK1,NDRG4,IGSF3,DHX8,NPRL3,CUL2,CACNA1A,SPATA2,APCDD1,EFNA4,GLIS2,MBTD1,EIF1AD,ZNHIT3,RDH13,NRBF2,JAG2,JUN,PRPF38A,JUP,BCL11A,PLK2,OSBPL2,NR2F1,MAD2L1BP,NR1D1,TOR1B,SSH3,SNUPN,MSRA,YRDC,EFNA3,VANGL2,EFNA2,NR4A3,STK24,HOOK2,HOOK1,CNOT2,SDC1,BLMH,DEGS1,PLCH2,DEGS2,WDR47,LDB1,SLC35F2,PRKCSH,RPLP1,MED19,YBX1,SPPL3,BICD2,DUSP12,EEF2K,SNAPC2,RFK,ENC1,PLEKHN1,ELOVL4,PEG3,PLA2G4E,PLA2G4B,TNFRSF19,ACAD9,TFIP11,TFB2M,REXO2,ARID1B,MED26,TOPORS,MLF2,PTP4A3,TET3,PXDN,SGK1,PARD6G,NOL9,SEMA3F,ACVR1B,PSMA7,ARNTL,NXF1,RAB40C,MFN1,PPP1R14C,TAF13,WNT7B,PCDH7,PCGF3,MEIS2,USP29,ACVR2A,USF1,FBXL12,PDCL3,NFIA,NFIB,RPS6KB2,TRIM35,INSM1,RHEBL1,METAP1"
+"gene_set_query"	"1565"	"ZNF726"	"1374.0"	"ARCHS4 Coexpression,1612;GTEx Coexpression,1136"	"SLC35F2,NVL,HDLBP,NAT10,LMNB2,LMNB1,PPP1R9B,SEC61A1,CDC23,OPHN1,SNRPD1,CASP3,OPA3,TOPBP1,ATXN7L3,SAMD10,TMPO,UPF1,RFC3,KDM2B,EED,H2AFZ,PGAM1,VPS33B,H2AFX,SPATS2,MINK1,MOGS,ZBTB33,TRAIP,DISP2,TRAF7,AFTPH,TFDP1,MSH2,DKC1,NUP50,TET3,RAB35,SNRPA1,PPIH,PPIA,RNFT2,NUP205,DTYMK,DNMT1,SEMA7A,PCNA,RNASEH2A,SF3B3,CDCA4,PRIM1,CSTF2,HMGCR,APH1A,ORC4,NRAS,GANAB,CAND1,ORC6,U2AF2,TMEM68,LEO1,ZKSCAN3,BUB3,RPS2,RDH13,MAPK6,EXOSC2,ZBED4,PDZD7,SUZ12,RANBP1,NPM1,RRM2,EDEM1,RCC2,GINS4,INTS2,SLC35E3,HMGA1,BRI3BP,PAICS,ZWINT,CNOT6,CAPZA1,TDP1,TAOK2,HNRNPD,SPIRE2,RPL22L1,NFE2L1,EZH2,EIF4G1"
+"gene_set_query"	"1566"	"MEOX2"	"1374.0"	"ARCHS4 Coexpression,1293;Enrichr Queries,1344;GTEx Coexpression,1486"	"VKORC1L1,PHLDB1,ATN1,CBLB,FADS3,LAPTM4A,CDH2,DPYSL2,DPYSL3,PRKACA,EPHA5,MEF2C,IGFBP3,OSR1,F2R,SFRP1,OLFM2,PRKD3,SPARCL1,KCTD12,SIK2,TLN2,NRN1,PKDCC,NPRL3,LTBP4,LPL,FBLN1,CACNA1G,FLRT2,NACC1,ABL1,PLXNA1,MAP4,RIMKLB,UVRAG,INTS3,CRIM1,NR2F1,ARHGAP29,HSPA12A,DCLK1,SESTD1,SP3,CNTN1,FBXL3,AMOTL2,TCF4,DCHS1,COL9A3,FAT4,FGF13,FERMT2,NFE2L1,PICALM,NRP1,MAST2,FHL1,GRIK3,LDB2,TTC28,AKAP12,SENP7,SPRED2,DUSP12,TIMP2,TMEM109,GABPA,DACT1,BOK,TNFRSF19,RHOA,DUSP6,RNF144A,ZEB2,VCAN,PTP4A3,INF2,MRAS,DDAH2,CTDSP2,IMPAD1,KIT,CDH11,PXDN,ITGB1BP1,LEPROT,NFIX,ROCK1,LRP1,CXXC1,PRICKLE1,PTN,EHBP1,ADCY6,PAPSS1,THBS3,CYTH3,DRP2,CST3,SERTAD4,POLR2D,SLIT1,APBB2,ANKRD50,MEST,RUNX1T1,NTRK2,KCNIP2,ATP2B4,SORBS2,PTPN12,SORBS1,MEIS2,SKI,KLF7,SNRK,KLF6,GPAM,NFIB,SPRY2,VIM,CDO1"
+"gene_set_query"	"1567"	"ZNF366"	"1375.0"	"ARCHS4 Coexpression,1402;Enrichr Queries,1268;GTEx Coexpression,1454"	"FAM49A,VKORC1L1,PHLDB1,TRIO,CBLB,IPO7,TOMM20,SLC8A1,IPO5,RASSF2,DPYSL2,MYC,SH3GLB1,PPP1R16B,MEF2C,USP5,FRMD4A,ANK2,VASH1,ATP1B1,FRMD3,ADAM19,DISP2,TBL1XR1,DMWD,ADPRH,SPARCL1,HECA,KCTD12,SIK2,KPNB1,LRRC59,DHX8,LPL,PIK3R3,PIK3R1,CSF2RA,NUAK1,PRKAR2B,EIF4EBP2,MYH10,UVRAG,PNPT1,INSR,PDE2A,ARHGAP29,MICAL2,IRF2BP2,EEF2,PRRC2A,PPP1R1A,HOOK2,NMT2,TCF4,FAT4,SAE1,NRP1,KCNC1,PRKCSH,LDB2,SLC7A11,PRPF19,LMNB2,RPGR,DUSP12,SIPA1L1,GM2A,TMEM44,SH3PXD2B,DHX15,PDE4B,UBTF,GABPA,JAK1,CTSB,CEP68,PRMT8,SH2D3C,ANO6,RAD23B,DUSP6,QTRT1,SLC7A6,ZEB2,VCAN,PTP4A3,PIK3CA,PXDN,ITGB1BP1,SGK1,GAS7,GTF3C1,AHCY,ROCK2,GANAB,ABLIM3,U2AF2,BNIP2,FYN,EIF4B,RUNX1T1,PEX19,VEGFB,PDE4DIP,PTPN12,SSRP1,AP2B1,HNRNPAB,KLF7,SNRK,TSPAN14,KLF6,NFIA,NFIB,KIF26A,CAPN10,MFAP3,KLHL7,KBTBD2,SPRY2,HDGF"
+"gene_set_query"	"1568"	"ISX"	"1376.0"	"ARCHS4 Coexpression,1451;Enrichr Queries,1228;GTEx Coexpression,1448"	"GABRB3,PRKCSH,CHD6,GPT,SLC7A11,PEPD,SLC8A1,RAPGEFL1,ROBO1,SMPD3,KIF5C,CAPN5,EPHB2,NANS,CTSE,NCKAP5,EDIL3,PLEKHJ1,CHGB,ARRDC4,KIRREL3,PDHX,DGAT1,IGFBP3,LMO7,REXO2,DUSP6,DNM2,MLF2,CNKSR2,PTP4A3,DGKQ,PXDN,ELMO1,SLC25A5,PDE9A,PHLPP2,GPM6A,CSTB,CANT1,OAT,SATB2,NRXN1,FBF1,SLC1A1,CXXC1,CACNA1A,KCNA6,ATP1A1,PSMA7,KLC4,FZR1,DNPEP,GMDS,HECTD3,GNA11,CHN2,PLXNA2,OPCML,CHGA,ESRRA,SYT4,JUN,PTPRN2,AUTS2,CADM1,GOLM1,FUCA1,SEMA4G,CORO2A,ZZEF1,PTPRD,EFNA2,NFIA,HOOK2,TDP2,LHX2,HOOK1,MGAT4B,PPP1R1B,CPE,INSM1,LRCH4,FRYL,ITM2C"
+"gene_set_query"	"1569"	"NOBOX"	"1377.0"	"ARCHS4 Coexpression,1442;Enrichr Queries,1254;GTEx Coexpression,1435"	"KDM5B,NUP188,KDM1A,KDM1B,ZFAND2A,CETN3,CHD6,AP2A1,SLC7A11,FBXO21,MED16,ELAVL2,CDH8,IPO4,PHF8,NUDT10,IPO8,TRIM28,UBE2Q2,MYC,KHSRP,SAP130,FNTB,DHX15,SOX5,ARRDC4,PDHX,MEF2C,PDPK1,IGFBP3,STRBP,TOMM34,TBR1,SOX11,ANK3,POU3F2,DUSP6,MSH6,BSCL2,PTP4A3,DMTF1,DDIT4,PXDN,HECA,SGK1,MET,ISYNA1,DNMT1,MTMR3,DHX8,CUL5,TUBGCP2,FOXG1,SRRT,CXXC1,CACNA1A,PTN,STRN4,PSMA7,SBNO1,GGA1,DNPEP,CUX2,NFIL3,PITRM1,HLTF,OTX1,RAE1,FBRS,MEST,PAIP1,XRCC6,BOD1,CBX2,NR2F1,RPA1,IFT122,CCK,LRWD1,SUPT5H,SMARCA2,PBX1,HS3ST1,PRRC2A,GADD45G,MEX3B,KLF6,NFIA,HOOK2,LHX2,PHF13,UBAP2,TCF3,INSM1,INHA,LRCH4"
+"gene_set_query"	"1570"	"VENTX"	"1378.0"	"ARCHS4 Coexpression,1510;Enrichr Queries,1241;GTEx Coexpression,1384"	"IFITM2,HDLBP,SLA,IFI30,IPO7,FRAT2,DPYSL4,BASP1,DPYSL2,COTL1,SLC39A7,SLC12A9,IFNAR2,USP5,MATK,CD3EAP,ATP1B2,ACTN4,SND1,BIN3,RAB31,MYCN,DDIT4,EEF1A2,CDC42SE1,LRRC59,CACNA1A,RASGRP2,CSF2RA,PGS1,APH1A,SDCBP,IGSF21,FLRT2,GRK6,CHST15,RDH13,NADK,PDZD7,VASP,JUN,BCL11A,H3F3A,SLC35E3,PRRC2A,ABTB1,EFNA2,HOOK2,HOOK1,SPIRE2,COL9A3,NFE2L1,ITM2C,EIF4G1,CDKN1C,DHRS13,CLTC,SLC2A3,ARRB2,PRPF19,SEC61A1,GLIPR2,XPO6,OPA3,DHX15,TIMP2,FLOT2,KIF1A,CAP1,EMX1,IFNGR2,GMIP,RAD23B,DUSP6,SREBF2,TOX4,TRAF7,VCAN,PTP4A3,PXDN,CANX,FAM20C,GAS6,SGK1,RNF166,GAS7,RNFT2,GTF3C1,CSTB,RGS19,CXXC1,NRXN2,ATP1A1,CCNDBP1,GNAI2,TYMP,FGD3,ZDHHC18,FAM168B,GANAB,U2AF2,EIF4H,CKB,GPC4,ANKRD52,RPRM,MAP3K3,LINGO1,RNF24,MIIP,AP2B1,CDC42BPB,MAPK14,NELL2,KLF6,IMPDH1,KIF26A,SHKBP1,TAOK2,MGAT4B,ZYX,HDGF,PKN1,P4HB,SMAP2"
+"gene_set_query"	"1571"	"FOXI1"	"1380.0"	"ARCHS4 Coexpression,1328;Enrichr Queries,1351;GTEx Coexpression,1460"	"CRTC2,SMARCB1,HDAC10,WWC1,ZDHHC6,OGDHL,PHB2,CNDP2,GRB14,TRIM28,MYC,RPL35,PIM3,RPL38,SOX4,SOX5,MEN1,MEF2C,MAP2K2,RPS7,IGFBP3,PRKCE,CIRBP,PRKAB1,PYGO2,SFRP1,DDIT4,SRSF2,VOPP1,CHMP4B,SUCLG1,HECA,VDAC1,ANAPC2,NPRL3,FBF1,MAZ,LPL,CACNA1A,DTX1,OTX1,MAP2K7,RAB11FIP3,MAP2K5,JUN,UBE2I,PBX1,DNAJC17,MSRA,EFNA3,EFNA2,NR4A3,HOOK2,HOOK1,PPP1R1B,CNOT3,SPEF1,PTPRO,PEPD,BBC3,TMEM101,SEC61G,DHX15,EMX1,RFC3,PDPK1,H2AFX,SIRT4,RAD23B,MLF2,EEF1G,TOX3,SLC7A5,PTP4A3,TFDP1,GORASP1,KIT,PXDN,PFDN2,SGK1,GAPDH,SLC29A2,ECHS1,PTGER1,HDAC1,RGS16,CXXC1,ACVR1B,MTA1,NFIL3,POLR2D,SLIT1,SLC12A2,NTRK2,VEGFB,SOD1,MAPK11,XAB2,PFKL,CARM1,STAC2,RPS6KB2,KCP,ERCC8,INSM1,AGRN"
+"gene_set_query"	"1572"	"TBX10"	"1380.0"	"ARCHS4 Coexpression,1446;Enrichr Queries,1161;GTEx Coexpression,1534"	"CNTFR,CHD6,ARID4A,GPT,PEPD,GBA2,RAPGEFL1,SMPD3,FADS2,MDK,DPYSL2,KHSRP,CAPN5,EPHB2,FADS1,PLEKHJ1,ADAMTS7,SEMA6B,TMEM150B,ACOT7,DGAT1,IGFBP2,PPP1R16A,NAV2,POU3F1,REXO2,GTPBP4,MLF2,SLC7A5,VCAN,PTP4A3,ACOX1,DGKQ,CTDSP2,GPRIN1,DDIT4,PXDN,TMEM106C,HECA,RHOU,SGK1,FJX1,PDE9A,PHLPP2,CSTB,OAT,CANT1,SATB2,GSTP1,NXPH4,SLC1A1,FBF1,CXXC1,CACNA1A,KCNA6,ATP1A1,PRKCZ,NDRG1,CACNA1H,NOL6,KLC4,NKAIN1,GMDS,HECTD3,GNA11,POLR2D,CHGA,ESRRA,MPST,PRNP,PTPRN2,BCL11A,FUCA1,TMEM132A,SEMA4G,CORO2A,ZZEF1,SYT7,EFNA3,EFNA2,NUDT8,SLC6A8,HOOK2,TDP2,HOOK1,DOLPP1,FASN,MGAT4B,CDK2AP2,PLXNB2,ALDH18A1,PKN1,INSM1,SERINC2,ITM2C"
+"gene_set_query"	"1573"	"HNF1A"	"1380.0"	"ARCHS4 Coexpression,1497;Enrichr Queries,1163;GTEx Coexpression,1481"	"PRKCSH,CHD6,GPT,ETFB,IGF1R,HK1,DUSP12,SCP2,GRB14,DPYSL2,MYC,KHSRP,EP300,ACP2,RPL38,SLC37A4,SEPHS2,FADS1,MEF2A,PDHX,PDPK1,CD3EAP,ANK3,ATP1B1,REXO2,DUSP6,MLF2,NCOR2,PTP4A3,MYCN,CREB1,BDH1,CTDSP2,DDIT4,PXDN,HECA,MAPT,SGK1,MET,CSTB,MTPN,ECHS1,SRC,MAX,FBF1,CXXC1,CACNA1A,PIK3R1,NDRG1,HIF1A,RELA,HMGCL,KLC4,FZR1,DDT,POLR2D,DECR2,DCAF11,MPST,PRNP,CREBBP,JUN,JUND,NR2F1,PDE4DIP,SEMA4G,ACADSB,PBX1,VEGFA,EFNA2,NFIA,HOOK2,HOOK1,FASN,MGAT4B,GNAS,CTNNB1,PKN1"
+"gene_set_query"	"1574"	"RHOXF2B"	"1382.0"	"ARCHS4 Coexpression,1346;Enrichr Queries,1257;GTEx Coexpression,1544"	"GMFB,NUP188,KDM1A,WIPF3,UBE2L3,RPH3A,FADS3,TIAL1,RPS17,SNRPD1,DPYSL2,MYC,SAP130,NUDT19,FADS1,MEF2C,COG8,FBXW7,BROX,TOMM34,CD3EAP,ATP1B2,VRK3,TMEM130,MRPS18C,HECA,ISYNA1,BRSK2,NDRG3,NRN1,SET,DHX8,FLII,GPR85,CACNA1A,PDGFA,CPLX1,TIMM50,SBNO1,EFNB1,NEUROD2,DPP6,RIC8B,PGK1,BRIX1,NDUFV3,RIMKLA,PDZD7,XRCC6,CBX4,IFT122,SUPT5H,SCRT1,DCLK1,PRRC2A,MEX3B,SLC6A8,STAG2,LHX2,PHF13,UBA2,SUGP2,BAP1,KDM5B,SCYL3,COX7B,CITED2,CELF2,DIRAS1,CETN3,DIRAS2,MED19,PHF8,SEC61A1,SENP5,RSRC1,GDAP1L1,DHX15,GPR137,SNAP29,RRP15,CCT2,TSC22D3,MRPS23,SENP2,YDJC,COMMD4,ARL4C,ZEB2,PTP4A3,PXDN,TBC1D7,EEF1E1,SFI1,NFIX,CLEC2L,DOT1L,SRRT,SRSF1,STRN4,PSMA7,PPM1G,GGA1,CUX2,TRA2A,TMEM68,EXOSC8,SLITRK5,BRD8,SNCB,MAP4K5,RANBP1,ATRNL1,CRIPT,NAP1L2,HS3ST1,RAD52,RAB12,STAC2,TRIP12,INHA"
+"gene_set_query"	"1575"	"LEUTX"	"1388.0"	"ARCHS4 Coexpression,1550;Enrichr Queries,1105;GTEx Coexpression,1510"	"RB1,DBR1,MYT1L,EIF4A3,PPAN,BACH2,FRAT2,SNRPD1,DPYSL2,MYC,DPF1,RPL36,RPS13,TMPO,SLC39A3,NUP210,IGFBP3,RPS5,VASH2,FOXP1,CLPP,BOLA2,KCNQ2,ALG10B,ANAPC1,SLC45A4,ZCCHC7,SEMA7A,DNMT1,RBM8A,NTM,CUL2,CACNA1B,CACNA1A,SPATA2,KALRN,RAP1GAP,MTDH,UBE2J1,NKAIN1,EIF1AD,DPP6,ORC6,PGBD5,UBR5,PGK1,CAMTA1,NRBF2,PLXNA4,SLC19A1,PRNP,BCL11A,EDEM1,MAD2L1BP,ADAP1,TOR1B,PAICS,SMARCA2,ZWINT,SCRT1,THAP11,MSRA,YRDC,LSM6,DAB1,EFNA2,HOOK2,HOOK1,UBA2,FAT3,GABRB3,WDR47,PRKCSH,CELF2,GRIK3,CHD6,SLC2A3,LMNB1,ROBO1,RPTOR,DUSP12,SNAPC2,TMSB4X,DHX15,TMED1,TOPBP1,KLF11,RFC3,PEG3,EED,PDPK1,PGAM1,PDE4D,NIPA2,TFB2M,MED26,PTP4A3,CTDSP2,PXDN,SGK1,GAPDH,SHANK2,SHANK1,NLGN1,PCNA,PRIM1,NRXN2,PARL,DNPEP,PAK6,ZSWIM6,CCT8,DYNC1I1,CLVS1,SUZ12,RRM2,RNGTT,TAF13,GINS4,PCDH8,TTC9C,USP29,FBXL12,PDCL3,NIN,NFIA,RPA3,RHEBL1,POLR3K,RAN,CBLN1"
+"gene_set_query"	"1576"	"ZNF492"	"1390.0"	"ARCHS4 Coexpression,1597;GTEx Coexpression,1182"	"THUMPD1,CDC23,SNRPD1,RUVBL1,ATXN7L3,TMPO,SUPT16H,TIPIN,USP5,MOGS,TRAIP,MSH2,DKC1,BOLA2,RAB35,PPIH,SNRPE,SNRPF,FAM76A,ALG10B,KPNB1,ANAPC1,ZCCHC7,KHDRBS1,NUP205,DNMT1,SET,RNASEH2A,CDCA4,CHRNA7,FLII,APH1A,LDHA,ORC6,NACC1,RDH13,PDZD7,CBX3,SLC35E3,HMGA1,PBX2,PAICS,ZWINT,PRRC2A,SH3BP5L,TDP1,GNB1,SPIRE2,NFE2L1,EZH2,NAT10,PFAS,LMNB2,SMG5,LMNB1,PPP1R9B,SEC61A1,SDF4,TOPBP1,RALGPS1,UPF1,RFC3,EED,H2AFZ,PGAM1,MINK1,PJA1,TRAF7,TFDP1,RNFT2,DTYMK,PCNA,PRIM1,RAB1B,HEATR1,NRAS,FAM168B,GANAB,U2AF2,EXOSC9,TMEM68,IGF2BP3,BUB3,MGAT2,CCT8,SUZ12,RANBP1,NPM1,RRM2,GINS4,DDHD2,NPM3,RAD52,RPA3,TAOK2,NUCB1,RPL22L1,ABCE1,RAN"
+"gene_set_query"	"1577"	"SOX7"	"1390.0"	"ARCHS4 Coexpression,1533;Enrichr Queries,1334;GTEx Coexpression,1304"	"ZDHHC5,ARID4A,PPP2R2A,SLK,MYC,DPYSL2,CCNL1,NCKAP5,TBC1D10A,SH3GL1,IAH1,NUP210,LIMCH1,TMOD3,IGFBP3,SPNS2,IGFBP2,F2R,FRMD4B,SFRP1,ADAM15,DAAM1,DDIT4,SPARCL1,IGSF3,SAR1A,NPRL3,LTBP4,LPL,TOR1AIP2,NDRG1,EFNB2,UGCG,EFNB1,PLXNA2,RDH13,S100A10,JAG2,JUN,JUP,PLK2,SLC35E3,CRIM1,KLHL22,ARHGAP29,FAM135A,NR4A3,STK24,HOOK2,GIPC1,CNTN1,SDC1,NRP1,CCDC120,DOCK9,CLTB,TNFAIP1,SLC7A11,LDB2,SHB,BICD2,PIK3C2B,AKAP12,TMEM189,DUSP12,SENP5,HYAL2,OPA3,PLEKHN1,MAPK1IP1L,PLA2G4E,DUSP6,DUSP7,CTTNBP2NL,MLF2,VCAN,PTP4A3,RAP2B,B3GNT5,PXDN,CDH13,RHOV,SGK1,SHANK3,ARF6,CSTB,GSTP1,RGS16,CXXC1,SEMA3F,SERTAD2,U2AF2,POLR2D,LRRC8A,ZSWIM4,PCDH1,MEST,JAM3,RRM2,CSNK1A1,RAB11A,NELL2,SNRK,TSPAN14,KLF6,RAB14,FABP5,TSPAN18,VIM"
+"gene_set_query"	"1578"	"GSC"	"1393.0"	"ARCHS4 Coexpression,1339;Enrichr Queries,1384;GTEx Coexpression,1455"	"VKORC1L1,POP7,ARL6IP1,EIF4A3,CBLB,NUDT4,CDH2,TRIM28,MYC,RPL35,RPL38,RPS7,IGFBP3,IGFBP2,SOX11,ANK1,TMEM135,SFRP1,CDC34,SRSF2,HECA,SNRPE,KCTD12,SIK2,RBM8A,FOXG1,MAZ,LPL,CACNA1A,DTX1,SPATA2,COPS7B,SAV1,ARHGAP20,OTX1,UVRAG,SMAD1,JUN,NMB,PDHA1,UBE2I,CADM1,BOD1,IDH1,NR2F1,ARHGAP29,TBCA,NTAN1,LSM5,MRPL22,EFNA2,PPP1R1A,HOOK2,SESTD1,LHX2,HOOK1,TDP1,SP3,CNOT3,NMT2,UBA2,FBXL3,AMOTL2,TCF4,PSMG1,CALM2,SERINC5,NRP1,CCDC127,MRPS12,CHD6,LRRC3,SLC2A3,LDB2,RBM3,SPRED2,ADAMTS3,NEFL,CPXM1,FEZF2,CCDC50,GABPA,JAK1,CEP68,KLF11,RFC3,H2AFZ,H2AFX,DUSP6,RGMA,SLC7A6,PTP4A3,ASPH,CAT,KIT,CDH11,PXDN,ITGB1BP1,ACOX3,LEPROT,GTF2A2,PCNA,SATB2,CXXC1,SRM,SCAF8,MTA1,ABLIM3,RBBP4,NCAM1,GPC4,TBL1X,SEC11A,PAIP1,RPRM,NTRK2,PEX19,PCDH7,PCDH8,MEIS2,NELL2,SNRK,PDE10A,FABP5,NFIB,MFAP3,CARM1,SPRY2,INSM1,CBLN1"
+"gene_set_query"	"1579"	"POU2F3"	"1394.0"	"ARCHS4 Coexpression,1596;Enrichr Queries,1262;GTEx Coexpression,1325"	"EPHB6,FBXO28,RAPGEFL1,FAM110A,DPYSL3,ATXN7L3,FADS1,RALBP1,CXADR,USP5,IGFBP3,BROX,CTNNBIP1,TTC7B,MOGS,POU3F1,ANK1,PIAS2,DDIT4,RAB35,SIK1,FAM76A,NXPH4,GPR85,LPL,CACNA1A,PDGFA,APCDD1,EFNA4,NDRG1,CSF2RA,SGPL1,SCUBE1,RDH13,RAB11FIP4,PDZD7,PRNP,NDFIP2,JUN,JUP,BCL11B,CADM1,BCL11A,SLC35E3,PBX2,NR1D1,DCLK1,NFKBIA,EFNA3,VANGL2,EFNA2,STK24,HOOK2,HOOK1,GNB1,SPIRE2,SDC1,BLMH,DEGS1,DEGS2,NFE2L1,SLC35F2,CITED2,PRKCSH,RPLP1,CLTB,CHD6,SLC7A11,SPPL3,BICD2,PPP1R9B,AKAP12,DUSP12,SEC61A1,EEF2K,RSRC1,SDF4,PLEKHN1,UPF1,ELOVL4,PLA2G4E,PDPK1,TNFRSF19,ACAD9,REXO2,SENP2,DUSP6,SLC7A5,PTP4A3,TET3,KIT,PXDN,CD47,BCAT1,SGK1,SFI1,RNFT2,CSTB,CXXC1,PARD6G,ACVR1B,U2AF1L4,ABLIM1,FZR1,GANAB,RAB40C,U2AF2,POLR2D,TMEM68,EIF4H,SLITRK5,PCDH1,NTRK2,PPP1R14C,TRIM41,WNT7B,MEIS2,EFR3B,ACVR2A,NELL2,RAD52,KLF6,PPP2R2C,NFIB,RAB12,RPS6KB2,TRIM35"
+"gene_set_query"	"1580"	"TFDP3"	"1398.0"	"ARCHS4 Coexpression,1406;Enrichr Queries,1247;GTEx Coexpression,1540"	"NUP188,KDM1A,CLSTN2,MYT1L,KDM1B,SMC6,SMC3,HS6ST2,DPYSL2,MYC,SAP130,GPBP1,SLC16A2,KIFAP3,FADS1,CALN1,ZFP2,TOMM34,SOX11,POU3F2,POU3F3,GTPBP4,ARMC1,PCP4,MYCN,DMTF1,STAMBP,ISYNA1,DHX8,ARHGEF26,FBF1,CACNA1A,SBNO1,EFNB1,ORC3,NAE1,XRCC6,PTPRN2,BCL11B,NR2F1,IFT122,TRAPPC8,SUPT5H,SMARCA1,FANCE,PRRC2A,MEX3B,NR4A3,HOOK2,CNOT1,PHF13,UBA2,FGF13,CDK13,KDM5B,NRP1,WDR47,WDR48,ABCD3,CETN3,CHD6,ELAVL2,PHF8,FAM102B,B3GALT1,DHX15,GPR137,PHACTR1,FEZF2,CCT2,TSC22D3,STRBP,TOX3,PTP4A3,TFDP1,PXDN,DCX,ARHGEF7,DLD,ALDH9A1,CSTB,DDX25,NRXN1,DOT1L,SRRT,ZBTB43,STRN4,PSMA7,NCALD,PPM1G,GGA1,NFS1,KATNA1,BRD8,GPC4,TBL1X,RAE1,FBRS,LGI1,MTX2,GABRA3,CADPS,PTPN12,MEIS2,DRG1,TRIP12,QRICH1,PKN1"
+"gene_set_query"	"1581"	"NR1H4"	"1398.0"	"ARCHS4 Coexpression,1366;Enrichr Queries,1327;GTEx Coexpression,1502"	"SLC25A1,DIDO1,PRKCSH,ETFA,DBI,ETFB,PEPD,CLU,PQBP1,DUSP12,SCP2,GRB14,TFG,MYC,KHSRP,SLC37A4,SEPHS2,FADS1,JAGN1,PHYH,SEC13,PCYT2,PDPK1,IGFBP3,IGFBP2,ECH1,ANK3,ATP1B1,DUSP6,PTP4A3,TMX2,CTDSP2,DDIT4,PXDN,DNAJB11,UQCRC1,HECA,KDELR2,SGK1,SNRPB,CSTB,DTYMK,ECHS1,PSMD14,RGS16,FBF1,SLC1A1,CXXC1,LPL,CACNA1A,NDRG1,HIF1A,COX5A,HSD17B10,PSMA7,ACAT2,MRPL11,PSMB6,HMGCL,KLC4,FZR1,SCFD1,DNPEP,PSMB5,PSMB2,PRDX1,LMAN2,POLR2D,PSMB1,RCE1,RPL15,DECR2,MAP4K5,MPST,PRNP,RANBP1,JUN,PRELID1,SEMA4G,ACADSB,GADD45G,PPP1CA,EFNA2,HOOK2,EIF6,HOOK1,ID2,CNTN1,CDK2AP2,CDO1,TOMM5,ITPA"
+"gene_set_query"	"1582"	"CDX1"	"1400.0"	"ARCHS4 Coexpression,1465;Enrichr Queries,1308;GTEx Coexpression,1426"	"CNRIP1,PRKCSH,GPT,RAPGEFL1,AKAP12,SMPD3,DUSP12,ABHD11,MYC,KHSRP,CAPN5,EPHB2,NANS,PLEKHJ1,DGAT1,IGFBP2,SIRT6,ATP1B1,REXO2,ANK1,DUSP6,DNM2,UGDH,SFRP1,PTP4A3,DGKQ,DDIT4,KIT,PXDN,TMEM106C,SLC25A5,SGK1,PDE9A,PHLPP2,CSTB,CANT1,HDAC1,SATB2,CXXC1,CACNA1A,KCNA6,ATP1A1,NDRG1,DLL1,SOCS2,KLC4,FZR1,DNPEP,GMDS,HECTD3,GNA11,MLEC,CKB,ESRRA,PRNP,JUN,FUCA1,SEMA4G,CORO2A,MEIS2,ZZEF1,GADD45G,EFNA2,HOOK2,TDP2,LHX2,HOOK1,MGAT4B,PPP1R1B,PKN1,VIM,INSM1,CDO1,FRYL,ITM2C"
+"gene_set_query"	"1583"	"TFEC"	"1400.0"	"ARCHS4 Coexpression,1381;Enrichr Queries,1297;GTEx Coexpression,1523"	"DAZAP2,FKBP15,RNF13,CTSZ,LPCAT1,SLA,PIK3CD,RNF19B,SNX10,SLC7A11,IFI30,BACH1,SMCHD1,GM2A,BASP1,CTSL,PDE4B,COTL1,MFSD1,DENND5A,JAK2,CTSD,CTSB,IFNAR2,TMEM150B,MEF2C,SH2D3C,PRKCD,TALDO1,ZBTB34,GPCPD1,GMIP,DUSP6,PARP8,TOX4,ZEB2,VCAN,PTP4A3,NPC2,RAPGEF1,ATP6V1B2,ARHGEF1,HECA,PLEKHO1,KCTD12,SGK1,RNF166,ARL8B,NSMAF,CDC42SE1,GRN,USP15,RGS19,PFKFB3,SRC,CXXC1,LPL,PSEN1,RASGRP2,CORO1A,CSF2RA,GNS,TYMP,GNAI2,PGS1,SDCBP,ZNRF2,MICAL1,PSAP,MGAT1,LTA4H,BID,RNF130,PTPN1,JUN,FUCA1,M6PR,MYO9B,ARPC5,SOD2,USF1,HOOK2,TDP2,KLHL7,DMXL2,CORO7,ATP13A3,LGMN"
+"gene_set_query"	"1584"	"ZNF80"	"1402.0"	"ARCHS4 Coexpression,1396;Enrichr Queries,1352;GTEx Coexpression,1457"	"PRDM8,YWHAE,APP,DAZAP2,CRTC2,BTG1,CLTC,HDLBP,SLC2A3,CBLB,SLC7A11,KRI1,IPO7,BACH2,LIMD2,SMCHD1,RASSF1,DPYSL2,B3GALT2,ENC1,PDE4B,MAP4K2,USP4,EED,ANKRD44,RHOF,GMIP,GTPBP1,RAD23B,PARP8,ARL4C,QTRT1,ZEB2,VCAN,PTP4A3,DMTF1,DDIT4,PXDN,ARHGEF1,HECA,EVL,TOX,SLC25A11,SFI1,RNF166,KPNB1,CDC42SE1,RASGRP2,STK4,JAKMIP1,PLCXD2,CORO1A,FGD3,FAM168B,CYB5R4,GANAB,LARP1,DHX34,CHN2,NACC1,ABL1,MLEC,NCAM1,KCNN2,MAP4,SCN3A,TTC13,PNPT1,CADM1,SEMA4D,BCL11B,BCL11A,KLHL26,PHF12,CCDC136,SLC4A10,PDE4DIP,CDC42BPB,USF1,CNOT6,EFNA2,NR4A3,HOOK2,HOOK1,ID2,CCDC88C,GNB1,CORO7,NFE2L1,CDC42SE2"
+"gene_set_query"	"1585"	"EVX1"	"1402.0"	"ARCHS4 Coexpression,1482;Enrichr Queries,1400;GTEx Coexpression,1324"	"PRDM8,SLC23A2,SCARB1,FAAH,CLPB,TM7SF2,ZMIZ1,LONP1,FDXR,SOX4,PDHX,SLC35C2,IGFBP3,TBR1,WDR73,KCTD3,POU3F1,POU3F3,POR,GPRIN1,EEF1A2,MASP1,NECAB3,PFKFB3,NRN1,FOXG1,ISG20L2,CACNA1A,FBLN1,CACNA1E,GIGYF2,IGSF9,SOCS2,NEUROD2,RHOT2,PORCN,RDH11,SCAP,DMAP1,OTX1,BCL11A,IDH1,NR2F1,DHCR24,KLHDC8B,SSH3,MEX3B,EFNA2,HOOK2,LHX2,HOOK1,DLG5,DHRS13,ACADVL,ALAS1,NUMA1,PAK1IP1,CHD6,AP2A1,CHD3,TMEM191C,MED12,FEZF2,EMX1,MRPL49,NME3,ARFGAP3,CBFA2T2,LRRC41,MLF2,KAT2A,PTP4A3,CTTN,PXDN,SGK1,NFIX,SRC,SATB2,NRXN2,TOB1,HSPD1,AKAP1,FZR1,DNPEP,NFIL3,RBBP7,ABCF3,JAZF1,CYB5B,PCDH8,PLEKHA5,ZFC3H1,HSPE1,MEIS2,PRKRA,INSM1,CBLN1"
+"gene_set_query"	"1586"	"ZSCAN5B"	"1405.0"	"ARCHS4 Coexpression,1521;Enrichr Queries,1288;GTEx Coexpression,1406"	"DBR1,NUP188,KDM1A,EIF4A3,ZFYVE1,NUDT11,YY1,FRAT2,DPYSL2,MYC,KHSRP,FADS1,RPS13,USP7,ANKRD45,IGFBP2,TOMM34,GTPBP4,CCNY,DMTF1,GPRIN1,CLPP,KCTD13,SBDS,TBPL1,ISYNA1,DHX8,FBF1,CUL2,CACNA1A,SPATA2,RASGRP2,CDKN2AIP,SBNO1,EIF1AD,ZFP57,PITRM1,HLTF,NRBF2,MARK4,SRPK2,IFT122,NR1D1,SUPT5H,TOR1B,PRRC2A,THAP11,MSRA,YRDC,MEX3B,HOOK2,UBE2S,HOOK1,UBE2N,SUGP2,BAP1,KDM5B,WDR47,PRKCSH,CETN3,CHD6,SLC7A11,DUSP12,PPP6R1,SNAPC2,RFK,GPR137,CCT2,CCDC34,PDPK1,TFB2M,PPRC1,MED26,TOPORS,PTP4A3,POLR1B,SGK1,SSX2IP,DDX25,CXXC1,NOL9,MFF,JAKMIP1,RNF4,DPCD,STRN4,PARL,NOL6,GGA1,FZR1,PPP1R7,ABCF2,RAE1,SRSF12,RRM2,TAF13,PDE4DIP,TTC9C,USP29,FBXL12,PDCL3,CCNYL1,CCM2,PKN1,RGS11,RHEBL1,PFKP"
+"gene_set_query"	"1587"	"NFE4"	"1408.0"	"GTEx Coexpression,1408"	"TSEN34,DHRS13,IFITM2,RGS19,STXBP2,SUPT4H1,SLA,ARRB2,CCNDBP1,CSF2RA,FGD3,PGS1,ZDHHC18,CYB5R4,FRAT2,GLIPR2,XPO6,GRK6,FLOT2,NRBF2,SLC19A1,SLC12A9,VASP,YIPF1,MBOAT7,H3F3A,TALDO1,GMIP,ABTB1,IMPDH1,SHKBP1,LRFN1,SLC9A8,SMAP2"
+"gene_set_query"	"1588"	"FOXS1"	"1413.0"	"ARCHS4 Coexpression,1602;Enrichr Queries,1365;GTEx Coexpression,1272"	"PHLDB1,ARID4A,FRY,ELK1,NDST1,MYC,HCFC1R1,CAPN5,PLS3,ST6GAL2,TPM4,OSR1,IGFBP3,ACTN1,IGFBP2,UBE2E2,AFAP1,ACTN4,BCS1L,ADAM19,TWSG1,KCTD10,DDIT4,FSCN1,SEMA7A,CD151,NXPH3,ARHGEF25,PDGFA,ADAMTS10,GLIS2,GJC1,CYB5R3,ESD,RIMKLB,MYH10,HEXIM1,JUN,JUND,KLHL26,PLK2,CRIM1,DSTN,MICAL2,GADD45G,EXT1,BMP1,HOOK2,PTK7,ID2,CNTN1,FERMT2,USP35,NRP1,KCNC1,CX3CL1,DUSP12,CSRP2,GLIPR2,ENC1,TIMP2,SPEG,DACT3,PMEPA1,JAK2,DACT1,ADAMTS7,TRPC4,SENP3,DUSP6,CKAP4,RHOB,MN1,VCAN,PTP4A3,FCHSD2,CDH11,PXDN,CDH13,TAX1BP3,VAMP4,SGK1,GAS6,CSTB,ROCK1,RGS16,CXXC1,CCDC107,CRIP2,PTN,CYTH3,SH3BGRL,IGFBPL1,HAUS7,SLIT1,FLNA,PDLIM7,JAM3,SEPT11,NTRK3,PCDH7,WWP2,SH3RF3,MYO1B,MFAP2,VIM,CRLF1"
+"gene_set_query"	"1589"	"DMRTC2"	"1413.0"	"ARCHS4 Coexpression,1418;Enrichr Queries,1354;GTEx Coexpression,1467"	"KDM5B,SLC4A1AP,NUP188,KDM1A,CSE1L,CHD6,SMC3,ACRBP,PHF8,NIPBL,RUVBL2,KHSRP,UIMC1,DHX15,GPR137,DENR,FADS1,BBS4,UBL7,IQCB1,EMX1,PARP6,FBXW5,PCYT2,PDPK1,ZFP91,VRK3,POU3F3,GTPBP4,PTP4A3,SLC9A5,DMTF1,RAB34,PXDN,ULK2,HECA,CSTB,TTYH1,FOXG1,CUL3,DOT1L,CXXC1,LPL,CACNA1A,CACNA1E,HDAC6,CAMSAP1,PPM1G,NOL6,AP3M2,GGA1,CUX2,RNF215,PHKG2,KRIT1,BRD8,OTX1,FBRS,RAB11FIP5,CEP78,SYT5,ODF2,USP9X,CCDC136,PCDH8,IFT122,CCK,TRAPPC8,LRWD1,USP29,TTC19,PTK2,PRRC2A,TMEM60,AGBL5,MEX3B,EFNA2,HOOK2,LHX2,HOOK1,NFE2L3,PKN1,DZIP3"
+"gene_set_query"	"1590"	"NR1I3"	"1414.0"	"ARCHS4 Coexpression,1431;Enrichr Queries,1309;GTEx Coexpression,1501"	"DPAGT1,ARF3,DIDO1,KDM5C,WDR1,PPP1R9B,FADS2,DUSP12,SCP2,GRB14,TRIM28,MYC,SLC37A4,SEPHS2,ATXN7L3,FADS1,UPF1,ZGPAT,USP5,PDPK1,IGFBP2,MINK1,ELOVL6,LIME1,TOMM40L,PTP4A3,BDH1,CTDSP2,DDIT4,CAT,RAB35,SBDS,HECA,SGK1,FKBP5,CSTB,LRRC59,RGS16,FBF1,CXXC1,LPL,PSMA7,APH1A,HMGCL,FZR1,GANAB,ALDH1B1,U2AF2,POLR2D,NACC1,DECR2,MAP4K5,PDZD7,PRNP,JUN,GSTM1,PBX2,NR1D1,AP2B1,EEF2,ACADSB,PRRC2A,HOOK2,HOOK1,FASN,TAOK2,PKN1,ITM2C,EIF4G1"
+"gene_set_query"	"1591"	"ZNF729"	"1416.0"	"ARCHS4 Coexpression,1282;GTEx Coexpression,1549"	"KDM5B,WDR47,NUP188,KDM1A,TMEM41B,CSE1L,CETN3,BCCIP,HMGB3,ASH2L,SMC3,FNBP1L,ACRBP,RCBTB1,NUDT4,SENP5,LSM11,GPR137,SDF4,SLC25A44,ATG3,FBXW5,PARP2,COG2,ATP11C,SENP2,CKAP5,MSH6,SUPV3L1,MSH2,DNAJC5,KIT,TCP1,PSME4,TBC1D23,ANKRD17,CUL3,DOT1L,DDX20,PPM1G,EXOSC7,GGA1,SBNO1,ORC6,HECTD1,INPP5F,PRDX1,CSTF1,BRD8,FBRS,SNX5,RAB11FIP5,ARFGEF1,ODF2,TAF13,CCDC136,GFPT1,HUWE1,IFT122,LRWD1,USP28,USP29,LRPPRC,PRRC2A,AGBL5,PDCL3,RSL1D1,MEX3B,DLG3,NASP,RAB15,NDUFAB1,CYCS,TCEA1,CEBPZ,UBAP2,NOL10,LNX2"
+"gene_set_query"	"1592"	"HSF5"	"1416.0"	"ARCHS4 Coexpression,1481;Enrichr Queries,1191;GTEx Coexpression,1577"	"SH3GL3,PIGU,CLPB,PRKCSH,CHD6,AFF3,ACRBP,ELAVL2,BACH2,TMEM191C,IGF1R,COIL,AKAP12,DUSP12,RUVBL2,DPYSL2,DHX15,NRCAM,FADS1,DACT1,CALN1,PPP1R16B,PDPK1,LMO7,ANK1,DUSP6,MLF2,FOXP1,CNKSR2,PTP4A3,DMTF1,KIT,PXDN,ELMO1,CDH13,HECA,BCAT1,TOX,SHANK2,CUL3,FBF1,RNF38,DDX20,TRANK1,AGAP2,CXXC1,CACNA1A,PPM1E,GIGYF2,PPM1G,AKAP1,CUX2,IGF2BP3,MAP4K5,ZC3H14,RAB11FIP5,RUNX1T1,JAZF1,JUN,NUP155,BCL11B,ODF2,BCL11A,CCDC136,PLCL2,IFT122,LRWD1,USP29,AGBL5,SH3RF3,EFNA2,NR4A3,NFIA,HOOK2,HOOK1,CNOT1,PKN1"
+"gene_set_query"	"1593"	"NKX11"	"1418.0"	"ARCHS4 Coexpression,1583;GTEx Coexpression,1253"	"KDM1A,FAM57B,IFT172,PHF1,PRKAG1,MSI1,ACRBP,MRPL32,SERP2,ABHD16A,PPP6R2,RUVBL2,OPA3,SAP130,GPR137,DACT3,CCNL1,SLC39A3,TLE4,TSPYL2,PCYT2,GPX4,RFX1,ATG13,ATXN2L,DISP2,SCG5,KCTD18,ELOF1,CCDC24,DDX25,DOT1L,PARD6G,RSPH9,DPCD,SPATA7,PHF21B,PPM1G,DHX30,GGA1,PCSK1N,CYB5R4,NNAT,PHKG2,SYMPK,BRD8,FBRS,RANBP2,RIC3,CDK19,ZFHX2,YIPF2,ODF2,SURF2,ZFR2,NFYB,MBD1,AP3D1,IFT122,LRWD1,SUPT5H,PRRC2A,SLC4A8,NDUFAF3,INSM1,DZIP3"
+"gene_set_query"	"1594"	"SP140"	"1422.0"	"ARCHS4 Coexpression,1529;Enrichr Queries,1284;GTEx Coexpression,1452"	"ITSN2,SH3KBP1,PIK3CD,SLA,ARRB2,IFI30,LMNB1,LIMD2,PREX1,SEPT6,SMCHD1,RASSF2,TMSB4X,PDE4B,JAK2,RAB8A,IFNAR2,PPP1R16B,MAP4K2,SUN2,WARS,NUP210,FNBP1,ANKRD44,RHOF,GMIP,TOX4,ADAM19,PSME1,ARHGEF1,HECA,EVL,RNF166,IRF9,LY6E,TRANK1,STK4,RASGRP2,CORO1A,FGD3,GRK6,PTK2B,CSK,CYTH1,SEMA4D,STAT2,NFKBIA,NIN,HOOK2,ARPC2,KLHL7,FASN,SHKBP1,CCDC88C,BAX,CORO7,SMAP2,CDC42SE2,ITM2C"
+"gene_set_query"	"1595"	"MEOX1"	"1422.0"	"ARCHS4 Coexpression,1379;Enrichr Queries,1361;GTEx Coexpression,1525"	"VKORC1L1,PHLDB1,CD81,ARID4A,TSKU,FADS3,DPYSL2,DPYSL3,CAPN5,PRKACA,MEF2C,ARL15,LIMCH1,IGFBP3,IGFBP2,FRMD4A,FRMD3,ADAM19,TMEM135,SFRP1,CDC37,DDIT4,SPARCL1,HECA,KCTD12,SIK2,TLN2,PFKFB3,CD151,PKDCC,NPRL3,LTBP4,LPL,PIK3R3,FBLN1,TMTC1,CYB5R3,PRKAR2B,UVRAG,PDE2A,NR2F1,ARHGAP29,BTBD6,HOOK2,PPP1R1A,NMT2,TCF4,ACO1,AMOTL2,FERMT2,NFE2L1,NRP1,CALCOCO1,ACADVL,FHL1,LDB2,CX3CL1,AKAP12,TRIM8,ALDH2,ANXA6,CPXM1,TK2,CCDC50,GABPA,BOK,CEP68,KLF11,GPX4,ELOVL5,ANO6,DUSP6,MLF2,VCAN,PTP4A3,MRAS,ASPH,CDH11,PXDN,CAT,ITGB1BP1,SLC29A1,SGK1,SHANK3,GAS7,PCYOX1,LRP1,CXXC1,PTN,ADCY6,HDAC7,ABLIM3,POLR2D,SLIT1,MEST,NTRK2,KCNIP2,VEGFB,ATP2B4,SORBS1,FAH,MEIS2,SNRK,GPAM,NFIB,KIF26A,MFAP3,MFAP2,SPRY2,VIM,CDO1"
+"gene_set_query"	"1596"	"SOX30"	"1423.0"	"ARCHS4 Coexpression,1459;Enrichr Queries,1225;GTEx Coexpression,1584"	"SH3GL3,CLPB,NUP188,PRKCSH,GRIK5,CHD6,AP2A1,ACRBP,ELAVL2,TMEM191C,COIL,DPYSL2,KHSRP,PHACTR3,DHX15,FADS1,ANKS1B,GET4,IGFBP3,TBR1,NAV2,POU3F1,ANK1,POU3F3,GTPBP4,MN1,PTP4A3,MYCN,DMTF1,SCN8A,DDIT4,KIT,PXDN,HECA,SGK1,CSTB,NRXN1,FOXG1,FBF1,POMP,DDX20,TRANK1,CACNA1B,CXXC1,XPA,NRXN2,CACNA1A,CACNA1C,GIGYF2,IGSF9,PPM1G,AKAP1,DPP6,RUNX1T1,JUN,ODF2,BCL11A,CCDC136,MBD1,ZFC3H1,SNX21,LRWD1,NR1D1,AGBL5,MEX3B,EFNA2,NR4A3,HOOK2,LHX2,HOOK1,GNAS,PKN1,INSM1,FAT4"
+"gene_set_query"	"1597"	"CREB3L3"	"1427.0"	"ARCHS4 Coexpression,1475;Enrichr Queries,1310;GTEx Coexpression,1495"	"DPAGT1,DIDO1,PRKCSH,GPT,PEPD,CLU,SMPD3,DUSP12,SCP2,PPP2R1B,DPYSL2,MYC,KHSRP,CAPN5,SLC37A4,SEPHS2,FADS1,ST6GAL1,DGAT1,IGFBP2,DUSP6,MLF2,PTP4A3,CTDSP2,DDIT4,CAT,SBDS,HECA,SGK1,CSTB,OAT,RGS16,SLC1A1,FBF1,CXXC1,CACNA1A,NDRG1,PSMA7,HMGCL,FZR1,DNPEP,GNA11,POLR2D,RPRD1B,DECR2,ZC3H13,MAP4K5,PRNP,JUN,SEMA4G,GADD45G,EFNA2,HOOK2,HOOK1,TDP2,ID2,MGAT4B,CDO1"
+"gene_set_query"	"1598"	"ZNF99"	"1431.0"	"ARCHS4 Coexpression,1552;Enrichr Queries,1272;GTEx Coexpression,1468"	"MDC1,NUP188,KDM1A,ZDHHC5,HDLBP,ACRBP,CDH2,DPYSL2,AKT1,BSN,NCKAP5,ATXN7L3,CALN1,USP5,MTUS1,MOGS,SND1,MORF4L1,TMX4,MYCN,RAB35,LRRC59,ISYNA1,FLII,FBF1,CACNA1B,CACNA1A,APH1A,DHX30,IGSF21,DPP6,FLRT2,NACC1,ZKSCAN3,PDZD7,RAB11FIP5,SLC35E3,IFT122,PBX2,EEF2,PBX1,PRRC2A,PTPRD,HNRNPL,MEX3B,RALYL,SH3BP5L,HOOK1,GNB1,CNTN1,SPIRE2,FAT3,FAT4,SUGP2,NFE2L1,EIF4G1,GABRB3,ROBO2,ARF3,KDM5B,KDM5C,CSRNP3,CETN3,CHD6,AFF3,PRPF19,ELAVL2,SMG5,PPP1R9B,SEC61A1,PCM1,PCLO,OPA3,UBTF,GPR137,SDF4,UPF1,DST,PEG3,MINK1,RAD23B,TOX4,NCOR2,TRAF7,VCAN,NRG3,NAV3,KIT,CDH11,PXDN,MAPRE2,RNFT2,NRXN1,RAB1B,NOL4,PPM1G,GGA1,FAM168B,GANAB,U2AF2,TMEM68,BRD8,RUNX1T1,NEGR1,PDE4DIP,LRWD1,USP29,MYO16,AGBL5,NFIB,TAOK2,NUCB1,HDGF"
+"gene_set_query"	"1599"	"KLF17"	"1431.0"	"ARCHS4 Coexpression,1572;Enrichr Queries,1128;GTEx Coexpression,1593"	"MRPS17,NRP1,DBR1,CLPB,GRIK3,CHD6,SLC7A11,DUSP18,AFF3,ACRBP,DUSP12,FRAT2,SNAPC2,DPYSL2,MYC,KHSRP,RFK,STMN1,FADS1,DACT1,PDPK1,CD3EAP,SOX11,TFB2M,ANK1,MED26,DUSP6,GTPBP4,MLF2,ARL4C,DISP2,MN1,SFRP1,ZEB2,PTP4A3,MYCN,CTDSP2,DDIT4,KIT,PXDN,ULK2,HECA,SGK1,GAS7,PFKFB3,DHX8,CUL2,ISG20L2,CXXC1,LPL,NEDD4L,CACNA1A,SPATA2,NOL9,IGSF21,NUAK1,DNPEP,ORC6,PITRM1,U2AF2,POLR2D,PLXNA2,SPOCK1,NRBF2,ST3GAL1,PRNP,JUN,RAB4B,NEGR1,ODF2,TAF13,ATP2B4,ARHGAP29,SNUPN,MSRA,PDCL3,YRDC,KLF6,EFNA2,HOOK2,HOOK1,FAM131C,ID2,STAC2,CNTN1,KCNK2,SERINC2,ITM2C"
+"gene_set_query"	"1600"	"TGIF2LX"	"1435.0"	"ARCHS4 Coexpression,1437;Enrichr Queries,1264;GTEx Coexpression,1604"	"MYT1L,GRIK5,FMR1,CELF4,SNX11,ELAVL2,CDH8,ROBO1,PTBP1,MAP1LC3A,TATDN2,DPYSL2,MYC,DHX15,SOX4,SOX5,MEF2C,RBFOX1,GGPS1,ANKRD45,SOX11,POU3F2,MID1,POU3F3,PTBP2,FOXP1,CNKSR2,DMTF1,NRG3,CDH10,CDH11,PIK3C3,PPID,BECN1,KHDRBS3,DDX25,NRXN1,FOXG1,DDX20,PRKX,HIF1A,AMN1,DPP6,PITRM1,SLITRK1,OTX1,CTNNA2,MEF2D,ZC3H14,UVRAG,SMAD4,ODF2,USP9X,BCL11A,BOD1,IQSEC1,GABRA3,HMGA1,PDE4DIP,MEIS2,PTPRD,RAD52,EFNA2,NR4A3,NFIB,ATG16L1,MFAP3,UBA2,INSM1,FGF13"
+"gene_set_query"	"1601"	"TBX4"	"1436.0"	"ARCHS4 Coexpression,1436;Enrichr Queries,1342;GTEx Coexpression,1529"	"DOCK4,LPCAT1,CHD6,LDB2,AFF3,PRPF19,CX3CL1,SMG5,LBH,TRIM28,RASGEF1B,TMEM44,PPP6R1,HYAL2,DPYSL2,FEZF2,NCKAP5,ATXN7L3,SOX4,UNC13B,UPF1,MEF2C,RBFOX1,WARS,PLEKHG2,USP5,LIMCH1,PRKCE,SH2D3C,SOX11,MOGS,ATP11A,NAV2,POU3F1,ANK1,CDC25B,MLF2,RGMA,MN1,TRAF7,SFRP1,PTP4A3,DNAJC5,PXDN,RAB35,CDH13,ARHGEF2,SHANK2,RNFT2,MACF1,LRRC59,NFIX,NRN1,TSHZ3,FOXG1,NPRL3,CXXC1,CACNA1A,CACNA1D,RHOBTB2,EFNB2,APH1A,CUX2,U2AF2,POLR2D,TMEM68,NACC1,SLIT1,OTX1,ARGLU1,SKIL,YKT6,RUNX1T1,PTPN1,PTPRN2,SMURF2,CADM1,BCL11B,BCL11A,ABCA3,NICN1,NR2F1,PTPN12,MEIS2,NFKBIA,RNF145,MYO1B,EFNA2,NFIA,HOOK2,NFIB,LHX2,SPIRE2,HDGF"
+"gene_set_query"	"1602"	"ZNF679"	"1439.0"	"ARCHS4 Coexpression,1580;Enrichr Queries,1158;GTEx Coexpression,1578"	"WDR47,DBR1,CLPB,ZMYND8,MRPS12,CHD6,SLC2A3,YBX1,ACRBP,ACTB,RPL7,DUSP12,ALCAM,FRAT2,BASP1,SNAPC2,DPYSL2,MYC,ENC1,DHX15,NRCAM,LRRFIP1,KPNA2,ACTR3,DDX17,PCYT2,IGFBP3,SLC39A10,TFB2M,VRK3,MRPS7,MED26,DUSP6,TOPORS,VCAN,DDIT3,CTDSP2,POLR1B,PXDN,SBDS,TBPL1,HECA,PABPC1,SGK1,PTMA,PPP1R15A,DNMT1,PFKFB3,CUL2,ISG20L2,DDX20,CACNA1A,SPATA2,SLC3A2,RNF4,HIF1A,PPM1G,GGA1,DPP6,DNPEP,CAMK2N1,PHKG2,CHST15,NRBF2,MCL1,OSBPL8,PRNP,JUN,AUTS2,LRRN3,ODF2,BCL11A,RNF25,CCDC136,ASNS,TOR1B,MEX3C,GADD45G,AGBL5,MSRA,PDCL3,YRDC,MEX3B,EFNA2,HOOK2,HOOK1,ID2,HNRNPA2B1,TCEA2,RHEBL1,ITM2C"
+"gene_set_query"	"1603"	"ZNF829"	"1441.0"	"ARCHS4 Coexpression,1532;Enrichr Queries,1213;GTEx Coexpression,1579"	"CLPB,CISD2,EPRS,ACRBP,IPO5,ZFP30,DHX57,PRKACB,ATXN7L3,FADS1,EPHA4,SLC38A1,USP5,TMOD2,ARRDC3,MTUS1,TTC7B,RFX3,CD3EAP,MOGS,RAB35,LRRC59,BEX2,FLII,ISG20L2,APH1A,ORC4,BAG5,NACC1,RDH13,ZC3H14,PDZD7,ZSCAN18,NUP155,ODF2,SLC35E3,ASNS,MEX3C,HOOK2,HOOK1,GNB1,SPIRE2,NFE2L1,ARF3,PIGU,WDR1,MRPS12,CHD6,SLC7A11,ZFP82,VLDLR,PRPF19,COIL,SEC61A1,OPA3,SDF4,ZIK1,RALGPS2,UPF1,PDPK1,MINK1,PTBP2,GNL3,RHOB,ARL4C,TRAF7,VCAN,PTP4A3,POLR1B,PXDN,RNFT2,DDX20,FAM169A,FAM117B,PPM1G,JAKMIP2,ABLIM1,BCLAF1,GANAB,U2AF2,POLR2D,TMEM68,RICTOR,FEM1C,EXOSC2,RUNX1T1,MYEF2,NMNAT2,NFIB,PSAT1,TAOK2,NUCB1,CEBPZ,HDGF,NAA15,P4HB,PDE7A,ZFP28"
+"gene_set_query"	"1604"	"CPXCR1"	"1444.0"	"ARCHS4 Coexpression,1458;Enrichr Queries,1273;GTEx Coexpression,1602"	"ROBO2,CLSTN2,KCNC1,GRIK5,POP4,CHD6,ELK1,ELAVL2,SLC8A1,ROBO1,COIL,DPYSL2,LRRTM1,B3GALT2,NCKAP5,EPHA5,EPHA7,RBFOX1,ST6GAL2,ARRDC3,SENP3,DDX50,MLF2,CNKSR2,ZEB2,PTP4A3,DMTF1,NAV3,CDH10,PXDN,ORAI2,HECA,MAPRE2,KHDRBS2,NRXN1,NTM,DDX20,CXXC1,CACNA1A,NOL4,ADIPOR2,PSMA7,GIGYF2,NKAIN2,MNT,PCBP3,SLITRK1,FUT9,LRRC4C,HEXIM1,TRAPPC2,RIC3,PTPRN2,JUND,ODF2,CADM2,PCDH7,MTHFR,HS3ST1,AGBL5,PTPRD,PTK7,FAT4,LRCH4"
+"gene_set_query"	"1605"	"SP110"	"1446.0"	"ARCHS4 Coexpression,1526;Enrichr Queries,1374;GTEx Coexpression,1438"	"DAZAP2,IFITM2,PIK3CD,ADAR,ARRB2,IFI30,LIMD2,SMCHD1,RASSF2,GLIPR2,XPO6,COTL1,PDE4B,JAK2,RAB8A,SLC12A9,IFNAR2,SLC38A1,WARS,FNBP1,ANKRD44,SHISA5,CD3EAP,CNPY3,GMIP,TOX4,VCAN,PXDN,PSME1,PSME2,ARHGEF1,CD47,SGK1,RNF166,IRF9,LY6E,CDC42SE1,RNASEK,RGS19,PFKFB3,TRANK1,STK4,RASGRP2,CORO1A,CSF2RA,FGD3,PGS1,ZDHHC18,GRK6,PTK2B,CSK,CYTH1,NADK,VASP,JUN,PNPT1,SEMA4D,STAT2,H3F3A,ARPC4,SOD2,NFKBIA,ABTB1,KLF6,HOOK2,SHKBP1,FASN,GRB2,VIM,SMAP2,ITM2C,CDC42SE2"
+"gene_set_query"	"1606"	"IKZF3"	"1457.0"	"ARCHS4 Coexpression,1493;Enrichr Queries,1339;GTEx Coexpression,1538"	"CYFIP2,YWHAE,SH3KBP1,PIK3CD,PCSK7,IFI30,AFF3,BACH2,AACS,LMNB1,LIMD2,SEPT6,RASSF2,TMSB4X,MYC,TLK1,TOPBP1,KIF21B,SLC12A6,RGS9,TMPO,PPP1R16B,SUN2,RFC3,MEF2C,ST6GAL1,KLF13,NUP210,EED,PDPK1,FNBP1,ANKRD44,VASH2,GMIP,PARP8,TOX4,ADAM19,INPP4A,ZEB2,PTP4A3,ORAI2,HECA,ARHGEF1,EVL,TOX,GAPDH,SFI1,IRF9,ZCCHC7,SEMA7A,PCNA,SATB1,PRIM1,ANKRD12,TRANK1,STK4,RASGRP2,CORO1A,UBE2J1,MLLT6,FGD3,DEAF1,PGK1,PTK2B,FYN,CSK,VHL,CYTH1,ST3GAL2,JUN,RRM2,BCL11B,SEMA4D,BCL11A,EDEM1,GINS4,STYX,CDC42BPB,BRI3BP,NIN,HOOK2,KLHL7,SGSM3,CCDC88C,MDM4,RHEBL1,CDC42SE2"
+"gene_set_query"	"1607"	"GSC2"	"1461.0"	"ARCHS4 Coexpression,1467;Enrichr Queries,1396;GTEx Coexpression,1521"	"KDM5B,NUP188,KDM1A,GRIK3,CHD6,AP2A1,PHF8,STK11,JPH3,SENP5,SERP1,TRIM28,SAP130,GPR137,FEZF2,TRIM67,DIS3L2,CCT2,PDHX,EMX1,RBFOX1,SRRM4,USP42,TOMM34,FAM118A,ISLR2,TBR1,SOX11,POLRMT,POU3F1,MED26,POU3F2,ANK1,POU3F3,GTPBP4,SUPV3L1,PTP4A3,CSTB,ISYNA1,NRN1,DHX8,FOXG1,SATB2,DOT1L,SRRT,UBR4,CACNA1A,CRMP1,BHLHE22,KCNA6,PLCXD2,STRN4,PPM1G,SBNO1,DHX30,GGA1,DPP6,CUX2,REPS2,OTX1,RAE1,FBRS,RIC3,XRCC6,H3F3B,RIOK3,CBX2,ST8SIA2,SETD1A,PCDH8,IFT122,SUPT5H,MEIS2,SCRT1,PRRC2A,MEX3B,EFNA2,HOOK2,LHX2,PRKRA,HOOK1,GNAS,MDM2,PHF13,TRIP12,TCF3,INSM1,CDK5R2"
+"gene_set_query"	"1608"	"ZNF705A"	"1462.0"	"ARCHS4 Coexpression,1432;Enrichr Queries,1379;GTEx Coexpression,1575"	"NRP1,CLSTN2,PRKCSH,MRPS12,SLC2A3,SLC7A11,VLDLR,CYP46A1,ACRBP,TMEM191C,DUSP12,ABHD16A,DPYSL2,MYC,FADS1,NUP214,TLE4,CDADC1,PDPK1,TSC22D3,TNFRSF19,SH2D3C,NCOA4,VRK3,MRPS7,SCAMP1,MED26,AP3B2,FOXP1,TOX4,ZEB2,PTP4A3,RAB31,CCNY,CTDSP2,PXDN,SBDS,HECA,SGK1,LY6E,CSNK1G1,KHDRBS2,GGNBP2,STOML1,POLDIP2,PDXDC1,FBF1,ISG20L2,DDX20,CXXC1,LPL,RSPH9,CORO1A,PSMA7,NOL6,PPP1R2,APH1B,RNF138,PHKG2,POLR2D,PCBP2,VPS11,BRAP,EGLN2,GSTM1,YTHDF3,ODF2,PLK2,IDH1,TTC1,LRWD1,EHD1,KLF6,PINK1,HOOK2,ID2,VIM,CDK13,LGMN"
+"gene_set_query"	"1609"	"TBPL2"	"1463.0"	"ARCHS4 Coexpression,1617;GTEx Coexpression,1309"	"PRR7,RPL3,LDB1,SLC35F2,SPPL3,ACRBP,RAPGEFL1,EEF2K,ZMYM2,RPS18,NCK2,NEO1,RGS6,BRD1,CXADR,GPX1,PLA2G4E,GP1BB,MMD,CTNNBIP1,CSNK2A2,MINK1,TTC7B,POU3F1,TPST2,RUFY1,FRMD3,SFPQ,CSNK2B,CANX,SIK1,MATR3,PLEKHO1,EAPP,DUS3L,KDM3A,ANKRD16,MAX,DIABLO,SATB2,PARD6G,TEX261,SPG7,ACVR1B,EFNA4,IGSF9,MBTD1,SNN,BTAF1,LARP1,ZFP57,RAB40C,PRKAR2B,GPC2,NT5M,NDFIP2,PPP1R14C,SF3A2,JUP,H3F3B,SMOX,HPS4,SNX21,NR1D1,ACVR2A,EIF1,MARCH2,XAB2,EFNA3,QRICH1,DEGS1,MMS19,GNB5,ATG2B"
+"gene_set_query"	"1610"	"CCDC17"	"1467.0"	"ARCHS4 Coexpression,1455;GTEx Coexpression,1478"	"OGFR,UNC119B,GRAMD1A,IFITM2,SPEF1,IFT172,CETN2,ABHD2,STXBP2,RSPH9,ARHGAP39,ARRB2,CSF2RA,TYMP,FGD3,PGS1,PRDX5,ALCAM,DZIP1L,PSENEN,CCDC39,IFT140,SH2D3C,RFX3,ELP3,GMIP,USF1,SLC22A23,GPR162,GCLC,SHKBP1,SLC9A8,IFT27,RNF166,LRP11"
+"gene_set_query"	"1611"	"GATA5"	"1468.0"	"ARCHS4 Coexpression,1559;Enrichr Queries,1251;GTEx Coexpression,1594"	"CNTFR,DGKD,ACAA2,KDM1A,ARID4A,RPS16,TRIM28,CDH2,AKT2,BSG,CAPN5,FADS1,PLEKHJ1,MEF2C,FBXW5,DGAT1,IGFBP3,PPP1R16A,TOMM34,ACTN4,FOXP4,VRK3,ANK1,ATXN2L,SFRP1,MYCN,DOK4,ISYNA1,PKDCC,PDXDC1,TEX264,SLC1A1,UBR4,LPL,CACNA1A,CACNA1H,CACNA1G,FLRT2,STK36,CHST15,ESRRA,XRCC6,JUN,CPSF1,TMEM120A,NR2F1,IFT122,SUPT5H,CORO2A,PBX1,PRRC2A,GADD45G,MEX3B,EFNA2,SLC6A8,HOOK2,LHX2,HOOK1,TDP2,PAF1,CDKN1C,CHD6,PEPD,PHF8,SMPD3,JPH3,MDK,GPR137,QSOX1,KIF1A,CTSE,CBR1,PLEKHG2,EPN1,DUSP6,GAK,MN1,VCAN,PTP4A3,KIT,CDH11,PXDN,ERGIC3,OAT,SRC,DOT1L,SRRT,ATP1A1,STRN4,PPM1G,GGA1,FZR1,CUX2,GMDS,NPY,GNA11,NNAT,POLR2D,SLIT1,FBRS,RPRM,LINGO1,PCDH7,SEMA4G,MEIS2,NELL2,KIF26A,MGAT4B,INSM1,INHA,CRLF1"
+"gene_set_query"	"1612"	"ZNF474"	"1468.0"	"ARCHS4 Coexpression,1440;Enrichr Queries,1363;GTEx Coexpression,1601"	"SPEF1,IFT172,CETN2,ARHGAP39,VLDLR,DUSP12,ALCAM,DPYSL2,DNER,DZIP1L,IFT57,NCKAP5,ARRDC4,CCDC39,LIMCH1,IFT140,IGFBP3,ANKRD45,TNFRSF19,RFX3,EML1,DUSP6,MTSS1,MLF2,VCAN,PTP4A3,DDIT4,PXDN,HECA,SGK1,MET,MAPRE2,GAS7,TTYH1,NPRL3,DDX20,CXXC1,RSPH9,PSMA7,PRDX5,PLXNA1,TSPAN3,CRYM,GPM6B,JUN,TXNRD3,ODF2,CRIM1,NR2F1,SORBS1,SNCAIP,PBX1,AGBL5,PTPRD,HOOK2,HOOK1,IFT27,SERPINI1,FGF13,CDO1,CNIH3,LRP11"
+"gene_set_query"	"1613"	"NANOGNB"	"1469.0"	"ARCHS4 Coexpression,1409;GTEx Coexpression,1528"	"KDM5B,KDM5C,NUP188,KDM1A,USP32,PRPF19,SMG5,PHF8,PPP1R9B,PPP6R1,UIMC1,SAP130,ATXN7L3,NUP214,USP5,MINK1,TOMM34,MOGS,VRK3,MED26,RAD23B,TRAF7,HNRNPUL1,NUP98,RNFT2,ISYNA1,STRN4,PPM1G,APH1A,SBNO1,GGA1,GANAB,SHARPIN,ORC6,RNF138,U2AF2,FAM120A,NACC1,MLEC,RDH13,RAE1,FBRS,PDZD7,BRAP,XRCC6,EGLN2,SLC35E3,PBX2,CNOT10,SUPT5H,EEF2,PRRC2A,PDCL3,UBE2S,TAOK2,SPIRE2,PHF13,TRIP12,HDGF,TCF3,LRCH4,NFE2L1,EIF4G1"
+"gene_set_query"	"1614"	"ZNF735"	"1471.0"	"ARCHS4 Coexpression,1542;GTEx Coexpression,1400"	"UHRF1BP1L,WDR47,DBR1,SLC4A1AP,EIF4A3,ASH2L,AP2A1,NUDT11,NUDT10,FRAT2,PPME1,SNAPC2,RFK,FAM53C,PHACTR1,RPS13,SLC39A3,USP7,TIPIN,VPS33A,TOMM34,TFB2M,SENP2,MED26,MED6,PSPC1,CLPP,TBPL1,SLU7,SLBP,DNMT1,DDX24,NIP7,CUL2,SPATA2,KLHL12,NOL9,PPM1E,FBXL20,AMN1,ORC6,UBB,FIP1L1,UBR7,SLIT1,METTL6,NRBF2,WASF1,RAE1,AP1M1,SRSF12,SRPK2,RRM2,TAF13,TTC9C,TOR1B,BTBD10,MSRA,PDCL3,YRDC,UBE2S,MKRN2,CCNYL1,RHEBL1"
+"gene_set_query"	"1615"	"CCDC169SOHLH2"	"1477.0"	"ARCHS4 Coexpression,1477"	"SH3GL3,CLPB,ODF2,CCDC136,ISG20L2,AP2A1,MEX3D,GIGYF2,TMEM191C,AKAP1,MEX3B,MTPAP"
+"gene_set_query"	"1616"	"ZNF479"	"1478.0"	"ARCHS4 Coexpression,1626;Enrichr Queries,1210;GTEx Coexpression,1597"	"GABRB3,ROBO2,IPO11,CLPB,CLSTN2,PRDM4,MYT1L,CHD6,LTN1,ACRBP,ROBO1,PCLO,DPYSL2,NRCAM,MACROD2,UBXN4,NCKAP5,CALN1,EPHA5,RBFOX1,PEG3,PDE4D,MAGI2,ATP11C,SOX11,VCAN,PTP4A3,NRG3,NME7,FRG1,SBDS,MAPRE2,KHDRBS2,NTM,ISG20L2,DDX20,PDGFA,CACNA1A,JAKMIP1,PSMA7,GIGYF2,JAKMIP3,PPM1G,DPP6,CUX2,FLRT2,DNAJC21,KCNN2,CTNNA2,LRRC4C,PLXNA4,OPCML,RUNX1T1,PTCD3,JUN,PTPRN2,AUTS2,ODF2,BCL11A,CCDC136,ZFC3H1,PDE4DIP,SORBS2,MEX3C,USP29,AGBL5,PTPRD,MEX3B,DAB1,RNF103,HOOK2,NBEA,HOOK1,SNX15,FAT3,KBTBD7,ITM2C"
+"gene_set_query"	"1617"	"FAM170A"	"1481.0"	"ARCHS4 Coexpression,1543;Enrichr Queries,1314;GTEx Coexpression,1586"	"ROBO2,SNAP25,SRP19,GRIK5,PIGP,CHD6,GPATCH1,SLC7A11,ACRBP,ROBO1,PHF8,PCM1,GRB14,RUVBL2,DPYSL2,B3GALT2,KHSRP,DHX15,KPNA4,FEZF2,ERC2,NCKAP5,EPHA5,RBFOX1,PCYT2,ST6GAL2,ATP6V1G2,TRPC4,NAV2,PTP4A3,ZEB2,CDH10,NUP50,CDH11,KIT,TBPL1,HECA,GRIA1,KHDRBS3,RPN2,NTM,CACNA1A,MTMR9,CACNA1E,PPM1G,PITRM1,UBR5,LRRC4C,OPCML,HEXIM1,SPAG9,RIC3,JUND,PLEKHA1,ODF2,BCL11A,CCDC136,IFT122,TRAPPC8,LRWD1,BBIP1,USP29,AGBL5,NFKBIA,LRFN5,RALYL,SNX19,HOOK2,HOOK1,PTPRA,PDCL,IFT27,PKN1,TRIM33"
+"gene_set_query"	"1618"	"ZNF683"	"1487.0"	"ARCHS4 Coexpression,1468;Enrichr Queries,1403;GTEx Coexpression,1590"	"ITGB1,DAZAP2,IFITM2,CLPB,ISG20L2,JAKMIP1,ACRBP,CORO1A,TMEM191C,RASSF1,GLIPR2,SPOCK2,COTL1,SH3BGRL3,KIF21B,PPP1R16B,JUN,PCYT2,BCL11B,ODF2,SH2D3C,MATK,MIAT,RHOF,VRK3,LIME1,ARPC2,HOOK1,PPP2R2B,DDIT4,PXDN,CCDC88C,CCM2,XIST,TOX,RNF166,ITM2C"
+"gene_set_query"	"1619"	"MYRFL"	"1501.0"	"ARCHS4 Coexpression,1471;GTEx Coexpression,1531"	"PHLPP2,OAT,SAR1B,SLC1A1,KCNA6,ATP1A1,PEPD,GBA2,CNDP2,SMPD3,KLC4,GMDS,HECTD3,GNA11,CAPN5,NUDT16,SLC12A2,CBR1,TMEM150B,DGAT1,RAB3IP,SEMA4G,CORO2A,ZZEF1,DAB1,EFNA2,TDP2,HOOK1,DGKQ,MGAT4B,TMEM106C,ADCK5,ALDH18A1,SGK1,PDE9A"
+"gene_set_query"	"1620"	"HSFX2"	"1502.0"	"ARCHS4 Coexpression,1502"	"SH3GL3,FLCN,AGPAT1,ACRBP,GIGYF2,TMEM191C"
+"gene_set_query"	"1621"	"ZNF705D"	"1502.0"	"ARCHS4 Coexpression,1593;Enrichr Queries,1318;GTEx Coexpression,1595"	"PRKCSH,DCUN1D1,CHD6,CACNA1A,NKAIN2,AKAP12,DPP6,PCLO,EXOSC4,SUMO1,DPYSL2,CHN2,POLR2D,DHX15,NRCAM,MACROD2,SRGAP3,FDFT1,ANKS1B,SOX5,CALN1,CTSB,RIC3,EPHA7,RBFOX1,PCDH9,NEGR1,BCL11A,MTUS1,AXIN1,ASNS,PDE4DIP,DNTTIP2,SORBS2,SOX11,MTSS1,TOX4,VCAN,PTP4A3,CCNY,TOX,SGK1,ST6GALNAC6"
+"gene_set_query"	"1622"	"POU2AF1"	"1503.0"	"ARCHS4 Coexpression,1569;GTEx Coexpression,1437"	"RERE,SH3KBP1,KDELR1,AP2A1,TMEM191C,CDH8,LMNB1,SEPT6,TMSB4X,ZMIZ2,TLK1,TOPBP1,TMPO,ARL10,RFC3,SRRM4,NUP210,PARP1,EED,FNBP1,VASH2,TTC7B,NAV3,IFT81,VOPP1,PSME2,GAPDH,RNFT2,ZCCHC7,GRAMD1B,SEMA7A,PCNA,STK4,GIGYF2,IGSF9,UBE2J1,ORC6,PGK1,ZC3H18,GPC2,FBRS,RRM2,EDEM1,GINS4,ADAP1,ZWINT,PARP11,NIN,MEX3B,PDE10A,NEDD4,RHEBL1,CDC42SE2"
+"gene_set_query"	"1623"	"ESX1"	"1504.0"	"ARCHS4 Coexpression,1627;Enrichr Queries,1362;GTEx Coexpression,1522"	"ANKRD13B,NUP188,KDM1A,ZFYVE9,CSE1L,CASC3,SMC3,ACRBP,HS6ST2,TRIM28,RUVBL2,DPYSL2,SAP130,PRKACA,SLC16A2,NUP214,LMO1,FBXW5,TMOD2,TOMM34,ISLR2,ZBTB33,POU3F1,POU3F2,ANK1,POU3F3,MYCN,CCNY,HNRNPUL2,SIK3,CHMP4B,ISYNA1,ARHGEF26,CUL5,FOXG1,CACNA1A,COPS7B,ZBTB5,SBNO1,DHX30,EFNB1,PCSK1N,OTX1,GPM6B,HMOX2,XRCC6,JUN,GSTM1,CBX2,IFT122,SUPT5H,PRRC2A,MEX3B,EFNA2,LHX2,HOOK1,CNOT1,UBA2,NMT2,FGF13,ZSCAN2,KDM5B,NAA40,ZMYND19,KCNC3,CETN3,CHD6,NENF,ELAVL2,PHF8,SNAPC2,GPR137,CCT2,EMX1,RPS6KL1,TSC22D3,TUBG1,RGMA,PTP4A3,PXDN,CDH13,CHST1,SGK1,ALDH9A1,OTUB2,DOT1L,SRRT,MOSPD3,STRN4,PPM1G,GGA1,UBTD2,POLR2F,BRD8,GPC4,STX2,SAMD1,RAE1,FBRS,MEST,TIMM8B,MTX1,BRF1,BAD,WNT7B,LRWD1,MAPK14,MEIS2,HS3ST1,AGBL5,PPP2R2C,POLR3D,TRMT6,TRIP12,INSM1,SMAP1,CBLN1"
+"gene_set_query"	"1624"	"ARID3C"	"1507.0"	"ARCHS4 Coexpression,1514;GTEx Coexpression,1500"	"ZGPAT,CBX5,GPT,ACADSB,LIME1,GSTZ1,HMGCL,SCP2,BDH1,GRB14,LIX1,MPPED2,SEPHS2"
+"gene_set_query"	"1625"	"ZNF705B"	"1516.0"	"ARCHS4 Coexpression,1448;GTEx Coexpression,1583"	"CLPB,IFT172,DCUN1D1,ISG20L2,DDX20,ASAP2,TMEM191C,COIL,EIF4ENIF1,BAG5,SUMO1,OPHN1,RNF138,ATG3,JUN,NUP155,ZFP1,ODF2,CCDC136,MICAL3,TRMT1,PPP2R5D,WDR73,LRWD1,MEX3C,SMU1,CACNB4,DCHS1"
+"gene_set_query"	"1626"	"TGIF2LY"	"1517.0"	"ARCHS4 Coexpression,1561;Enrichr Queries,1404;GTEx Coexpression,1587"	"VARS,CHD2,ACRBP,PTBP1,MYC,PHACTR1,DIP2A,SEC61B,MRPL9,FADS1,AGFG1,CCDC39,PCYT2,PDPK1,ANKRD45,SIRT4,SYN3,YWHAZ,PTBP2,MLF2,PARP8,FOXP1,SLC7A4,DMTF1,NRG3,TBPL1,PICK1,PPID,GNE,TSHZ3,DIABLO,DDX25,FOXG1,DDX20,HSD17B4,ASAP1,PIK3R1,PSMA7,PPM1G,IGFBPL1,CUX2,CAND1,SLITRK1,HSF2,PHKG2,KCNN2,SMAD2,ODF2,CCDC136,PCDH7,LIMK2,LRWD1,ERLIN2,USP29,AGBL5,MARCKS,LRFN5,KLF6,NR4A3,ID2,RNF182,UBA2,UBE2O,LRCH4,CRLF2"
+"gene_set_query"	"1627"	"EVX2"	"1525.0"	"ARCHS4 Coexpression,1578;Enrichr Queries,1399;GTEx Coexpression,1599"	"PRDM8,RERE,SH3GL3,PHF2,CLPB,PHF1,CHD6,AP2A1,ACRBP,TMEM191C,FEZF2,STK32C,SOX5,PDHX,EMX1,ZC3H10,RBFOX1,TBR1,SOX11,POU3F1,POU3F2,POU3F3,NUMBL,NFIX,NRN1,FOXG1,SATB2,NPRL3,HPCA,ISG20L2,CACNA1A,FOXO6,BHLHE22,CACNA1E,GIGYF2,IGSF9,AKAP1,ZC3H18,OTX1,ODF2,BCL11A,CCDC136,PCDH7,PCDH8,NR2F1,MEX3D,MEIS2,MEX3B,LHX2,PRKRA,INSM1,CBLN1"
+"gene_set_query"	"1628"	"ZNF728"	"1528.0"	"ARCHS4 Coexpression,1505;GTEx Coexpression,1550"	"OGFR,DYRK3,CLPB,PRKCSH,CETN3,SMC3,ACRBP,IPO5,PPP1R9B,SEPT9,CAPNS1,ZC3H7B,ARHGDIA,SDF4,AKT1,ATXN7L3,ENPP5,FBXW5,TRPC2,TMX4,PCP4,CCNY,HNRNPUL1,HNRNPUL2,DNAJC5,EHBP1L1,CHMP4B,ARHGEF2,ERGIC1,FLII,RNF38,CUL2,DDX20,ITPR1,CENPB,AKAP1,PPM1G,GNAI2,APH1A,SBNO1,U2AF2,ORC3,LRRC8B,MTA2,RAB11FIP5,ODF2,TAF13,CCDC136,IFT122,USP28,MEX3C,USP29,PRRC2A,AGBL5,PDCL3,MEX3B,DNAJA2,MGAT4B,CYCS,HDGF"
+"gene_set_query"	"1629"	"SPZ1"	"1535.0"	"ARCHS4 Coexpression,1478;GTEx Coexpression,1591"	"SH3GL3,PCYT2,CLPB,ODF2,CCDC136,DDX20,ISG20L2,AP2A1,ACRBP,GIGYF2,TMEM191C,IGSF9,AKAP1,MEX3B"
+"gene_set_query"	"1630"	"POU5F2"	"1536.0"	"ARCHS4 Coexpression,1515;GTEx Coexpression,1557"	"PRKCSH,CYP46A1,PRPF19,ACRBP,TRIM28,OPHN1,RUVBL2,REV3L,GPR137,SDF4,ATXN7L3,UPF1,FBXW5,PCYT2,USP5,MAGI2,TTC7B,MOGS,TRAF7,RAB35,CHMP4B,RNFT2,LRRC59,PPM1G,APH1A,ORC4,CYB5R4,GANAB,APH1B,U2AF2,PHKG2,NACC1,YKT6,ATP9B,PDZD7,RAB11FIP5,ODF2,CCDC136,SLC35E3,LRWD1,DDHD1,USP29,PRRC2A,AGBL5,HNRNPL,NEDD4,GNB1,NDUFAF3,HDGF,FGF13,NFE2L1,EIF4G1"
+"gene_set_query"	"1631"	"ZNF705G"	"1550.0"	"ARCHS4 Coexpression,1508;GTEx Coexpression,1592"	"AGBL5,BAG5,ODF2,ISG20L2,DDX20,FGF13,CYP46A1,ATP9B,GIGYF2,TMEM191C"
+"gene_set_query"	"1632"	"TERB1"	"1551.0"	"ARCHS4 Coexpression,1625;GTEx Coexpression,1477"	"RNFT2,KDM5B,NUP188,CUL3,CETN3,DDX20,ACRBP,PPM1G,COIL,APH1A,INPP5B,GGA1,GANAB,OPHN1,U2AF2,RUVBL2,OPA3,PHYHD1,GPR137,RDH13,ATXN7L3,PDZD7,RAB11FIP5,UPF1,ODF2,CCDC136,NICN1,SLC35E3,IFT122,LRWD1,USP29,PRRC2A,AGBL5,DISP2,SPIRE2,NFE2L1"
\ No newline at end of file
diff --git a/modules/module_3/notebooks/220923_interactive_alignment.Rmd b/modules/module_3/notebooks/220923_interactive_alignment.Rmd
new file mode 100644
index 0000000..d32bf4b
--- /dev/null
+++ b/modules/module_3/notebooks/220923_interactive_alignment.Rmd
@@ -0,0 +1,273 @@
+---
+title: "220923 Quantitative Neurogenomics"
+output:
+  pdf_document: default
+  html_notebook: default
+---
+
+Ok - so we have an idea of how to make data experimentally from the last lecture, but now we have to think about how to analyze some data!
+
+
+I'm going to steal from the _lovely_ [Galaxy project](https://galaxyproject.org/) for this tutorial - specifically here: [Transcriptomics](https://training.galaxyproject.org/training-material/topics/transcriptomics/)
+
+We are going to work from RNA-seq data from [Fu et al.](https://www.nature.com/articles/ncb3117) where they sequenced basal and luminal cells from breast tissue of nulliparous, pregnant, or lactating female mice. 
+
+The first thing we are going to do is to grab a "FASTQ" file. 
+
+FASTQ [Wiki](https://en.wikipedia.org/wiki/FASTQ_format) is a plain text file that encodes for a DNA sequence - along with how confident (quality score) we are that the read is correct.
+
+For the purposes of instruction here and to make sure it runs smoothly, we are going to use a downsampled dataset that is only 1000 reads from each sample, hosted at [Zenodo](https://zenodo.org/record/4249555)
+
+First, let's setup a table of the data
+
+```{r metainfo}
+library(tidyverse)
+
+meta=tibble(sample.id=c('MCL1-DL', 'MCL1-DK', 'MCL1-DJ', 'MCL1-DI', 'MCL1-DH', 'MCL1-DG', 
+                       'MCL1-LF', 'MCL1-LE', 'MCL1-LD', 'MCL1-LC', 'MCL1-LB', 'MCL1-LA'),
+            cell.type=c('basal', 'basal', 'basal', 'basal', 'basal', 'basal', 
+                        'luminal', 'luminal', 'luminal', 'luminal', 'luminal', 'luminal'),
+            mouse.type=c('lactate', 'lactate', 'virgin', 'virgin', 'pregnant', 'pregnant',
+                         'lactate', 'lactate', 'pregnant', 'pregnant','virgin', 'virgin'),
+            url=c('https://zenodo.org/record/4249555/files/SRR1552455.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552454.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552453.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552452.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552451.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552450.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552449.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552448.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552447.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552446.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552445.fastq.gz',
+                 'https://zenodo.org/record/4249555/files/SRR1552444.fastq.gz'))
+
+meta$destfile=paste0(meta$sample.id, '.fq.gz')
+meta
+```
+Ok - got that in.  Now let's download the data, making a directory called "data" in your current directory 
+
+
+```{r downloadfastq}
+
+if (!dir.exists(normalizePath('~/timp_rnaseq_data'))) {
+  dir.create(normalizePath('~/timp_rnaseq_data'))
+}
+
+for (i in seq_along(meta$url)) {
+  print(meta$url[i])
+  download.file(meta$url[i], file.path('~/timp_rnaseq_data/', meta$destfile[i]), quiet=T)
+}
+```
+
+
+##Examine FASTQ
+Ok - so we have downloaded a bunch of FASTQ files - what do they look like
+
+```{bash fastqlookbash}
+pwd
+gunzip -cq timp_rnaseq_data/MCL1-DK.fq.gz | head -n4
+
+```
+
+Using `gunzip` because it's a compressed text file - we can look at just the first four lines of the FASTQ
+- The first line is an `@` followed by a read name and optional description.  
+- The second line is the actual DNA sequence read (i.e. "A", "C", "G", "T")
+- The third line is generally just a `+`, though in this case they have repeated the read name and description
+- The fourth line is an ASCII encoding of the "PHRED" quality score - a log_10 score fo the quality score.  In this case the front of the read is a lower quality (B=33, @=31) and most of the read higher score (I=40, J=41).  A quick [PHRED Lookup Table](https://support.illumina.com/help/BaseSpace_OLH_009008/Content/Source/Informatics/BS/QualityScoreEncoding_swBS.htm) is here from Illumina.
+
+
+%Plot FASTQ qscore plot?
+
+Let's look at what the overall quality scores are for this FASTQ, using the package "ShortRead"
+
+```{R, installshortread}
+if (!require("BiocManager", quietly = TRUE))
+    install.packages("BiocManager")
+
+BiocManager::install("ShortRead")
+
+```
+
+
+```{R, fastqload}
+
+library(ShortRead)
+
+myfq=readFastq('timp_rnaseq_data/MCL1-DK.fq.gz')
+myfq
+```
+
+Ok - so we have a FASTQ file here with 1000 reads (because we cut it to make it managable) and that's 100 "cycles" of sequencing long, i.e. we have 100 A,C,G,or T in each read.
+
+```{R, fastqlook}
+
+sread(myfq)
+
+quality(myfq)
+```
+
+Here's a quick look at the DNA sequences and quality scores, like we did from gunzip in the bash chunk above.
+
+Let's plot the quality scores for just the first 10 reads.
+
+```{R, fqplotq}
+
+qscores=as(quality(myfq), "matrix")
+
+matplot(t(qscores[1:10,]), type="l")
+```
+
+Note a couple of things - the beginning quality score is sometimes terrible, and the overall score drops through the read towards the end.  This is frequently solved by "trimming" the reads to get the subset of high quality results we trust. 
+
+But what was the overal quality score of the reads?
+
+```{R, perreadQ}
+
+perread=alphabetScore(myfq)/width(myfq)
+
+perread.disto=density(perread)
+
+plot(perread.disto)
+
+perread.disto
+```
+So _overall_ our quality scores are real good!
+
+
+##Align with Hisat2
+Ok - so we have the FASTQ. Now we want to "align" it against a reference genome.  We are going to do this with [HiSat2](http://daehwankimlab.github.io/hisat2/) which is an aligner that is designed to work with sequencing data, specifically RNA sequencing data in this case.
+
+Installing it . . . . may be a bit of a trick for you, I suggest using conda but you will have trouble if you try to do it on an M1 mac unless using Rosetta to fake a Intel chip.
+
+```{zsh, engine.opts='-i', hisat2install, eval=FALSE}
+PATH=~/miniconda3/condabin:$PATH
+#echo $PATH
+conda init
+conda create -y --name quantneuro
+conda activate quantneuro
+conda install -y -c bioconda hisat2
+
+```
+
+
+Then we need to pull down a "reference index" which uses a genome reference (in this case mouse(mm10)) to align against.  The index is a specific file to the sequence aligner that uses the "raw" genome sequence to generate rapid alignments, like the index of a book allows you to look up information more rapidly.
+
+%Get reference index
+```{r hisatindex}
+options(timeout=600)
+download.file('https://genome-idx.s3.amazonaws.com/hisat/mm10_genome.tar.gz', 'mm10_genome.tar.gz')
+untar('mm10_genome.tar.gz')
+```
+
+
+Then we are going to align all our data, using a for loop to loop through all the FASTQ files we downloaded.  I'm doing this with a system call to the hisat2 command out of R:
+
+
+```{r, hisatalign2}
+
+if (!dir.exists('timp_rnaseq_align')) {
+  dir.create('timp_rnaseq_align')
+}
+
+for (i in seq_along(meta$url)) {
+  print(meta$sample.id[i])
+  system2(normalizePath('~/miniconda3-intel/envs/quantneuro/bin/hisat2'), args=paste0("-x mm10/genome -U timp_rnaseq_data/", meta$sample.id[i], ".fq.gz -S timp_rnaseq_align/", 
+                                                                                      meta$sample.id[i], ".sam"))
+  
+}
+
+```
+
+As you can see from the output, we get a report on how the reads aligned - it tells us that the reads were unpaired (which we knew) and a small percent of the reads don't align at all, the vast majority align once, and then a couple align multiple times.
+
+- Reads that don't align we can toss, could be contamination, could just be gaps in assembly.  As long as these are low it's not a huge concern.
+- Reads that align multiple times could be in repetitive sequences or genes (since RNA-seq) with high homology.  These are more of a concern to lose, but it's a largely unavoidable problem with short reads.
+- The "uniquely" aligned reads are our meat and potatoes.
+
+
+##SAM files
+
+Let's take a quick look at the alignment file
+
+```{bash, samlookbash}
+
+tail -n5 timp_rnaseq_align/MCL1-DK.sam
+
+```
+
+I took the last 5 lines in this case because the beginning has a header that we aren't going to get into (with `tail`)
+
+The SAM/BAM file spec is avilable [here](https://samtools.github.io/hts-specs/SAMv1.pdf).
+
+Essentially it's a tab-separated text file with columns as:
+
+- Sequence read name
+- Flags (i.e. multiple alignment, etc)
+- Reference sequence it's aligned to (in this case the chromomsome)
+- Map Quality score (How confident it is of correct alignment on a log scale, 0 is bad, high numbers good)
+- CIGAR string - this specifies differences from the reference, with M being matches (and often mismatches), D deletions and I insertions
+- RNEXT is used to specify the reference sequence (chromosome) for a paired read if there is one
+- PNEXT is used to specify the position of the paired read
+- TLEN is the length of the molecule - again if you have paired reads you want to know the distance between the paired start and end
+- SEQ is the sequence of the read (from the FASTQ)
+- QUAL is the quality of the read (from the FASTQ)
+- Extra Alignment Tags
+
+Let's pull open this SAM in R, first install Rsubread:
+
+```{r, installsubread}
+
+if (!require("BiocManager", quietly = TRUE))
+    install.packages("BiocManager")
+
+BiocManager::install("Rsubread")
+```
+
+```{R, lookatsam}
+print(getwd())
+library(GenomicAlignments)
+
+#convert from "SAM" or human readable alignment to "BAM" or binary alignment/map.
+asBam('timp_rnaseq_align/MCL1-DK.sam', overwrite=TRUE)
+myaln=readGAlignments('timp_rnaseq_align/MCL1-DK.bam')
+
+myaln
+
+```
+
+Looking at this, it's the same info, but perhaps a bit easier to parse and putting a nice "Ranges" ojbect for the alignments.
+
+Note we have more than 1000 alignments - that's because we had those reads with multiple alignments! But they'll have the same "qname"
+
+##Gene alignment
+
+Ok - finally let's look at how many of our alignments go to *genes*
+
+
+
+```{r, aln2genes}
+library(Rsubread)
+getwd()
+mygenes=featureCounts('timp_rnaseq_align/MCL1-DK.sam',
+                      annot.inbuilt='mm10')
+
+mygenes$stat
+
+```
+
+So most of our reads are actually assigned to a gene - this is great.
+
+We can even see what gene and how many counts:
+
+```{R, lookgenes}
+
+#Filter genes with 0 reads
+genecounts=tibble(id=rownames(mygenes$counts), counts=as.numeric(mygenes$counts)) %>%
+  filter(counts!=0)
+
+genecounts
+
+```
+
+Ok - and for example gene ID 19989 is Rpl7 (robosomal protein 7 - this is a high level expression because it's part of a ribosome! Makes sense!
diff --git a/modules/module_4/notebooks/Module 4 - Data Sources and importing.Rmd b/modules/module_4/notebooks/Module 4 - Data Sources and importing.Rmd
new file mode 100644
index 0000000..c4ac641
--- /dev/null
+++ b/modules/module_4/notebooks/Module 4 - Data Sources and importing.Rmd	
@@ -0,0 +1,109 @@
+---
+title: "Module 4 -- Data Sources and Importing"
+author: "Loyal Goff"
+date: '2022-08-05'
+output: 
+  html_document:
+    toc: true
+    toc_level: 3
+    toc_float: true
+    theme: yeti
+editor_options:
+  chunk_output_type: inline
+---
+
+```{r setup, include=FALSE}
+knitr::opts_chunk$set(echo = TRUE)
+```
+
+# Sequence Read Archive (SRA)
+
+| Metadata         | Description                                                                                                                                         |
+|------------------|-----------------------------------------------------------------------------------------------------------------------------------------------------|
+| Study (SRP)      | A study is a set of experiments and has an overall goal.                                                                                            |
+| Experiment (SRX) | An experiment is a consistent set of laboratory operations on input material with an expected result.                                               |
+| Sample (SRS)     | An experiment targets one or more samples. Results are expressed in terms of individual samples or bundles of samples as defined by the experiment. |
+| Run (SRR)        | Results are called runs. Runs comprise the data gathered for a sample or sample bundle and refer to a defining experiment.                          |
+| Submission       | A submission is a package of metadata and/or data objects and a directive for what to do with those objects.                                        |
+: SRA organization
+
+A Study (SRP) must contain one or more samples (SRS). Each sample (SRS) can be associated with one or more experiments (SRX).  And each experiment has one or more sequencing runs (SRR). Importantly, the SRR\* fields are where the final sequencing reads are stored and the primary field that you will generally be concerned with downloading.  But it's useful to know and understand the relationships (e.g. the same 'sample' can be run on multiple runs, and these should not be treated separately downstream)
+
+# FFQ
+
+## Dataset info
+
+We will use the dataset from this study:
+
+Mark S Cembrowski, Lihua Wang, Ken Sugino, Brenda C Shields, Nelson Spruston (2016) Hipposeq: a comprehensive RNA-seq database of gene expression in hippocampal principal neurons eLife 5:e14997 <https://doi.org/10.7554/eLife.14997>
+
+Specifically we're going to use some of the data that has been archived on the Gene Expression Omnibus with accession [GSE74985](http://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?token=adsveykeprejbej&acc=GSE74985)
+
+## FetchFastQ (ffq) Installation
+
+We are going to use the tool `ffq` (<https://github.com/pachterlab/ffq>) to retrieve the metadata information from NCBI GEO database for this study. But first we need to install the tool.
+
+```{bash}
+pip install ffq
+```
+
+## Getting project metadata
+
+```{r}
+Sys.setenv(GEO="GSE74985")
+```
+
+```{bash}
+ffq --ftp $GEO > $GEO.json
+```
+
+```{bash}
+# Download all fastq files associated with GEO record
+jq -r '.[] | select(.filetype=="fastq") | .url' $GEO.json | xargs curl -O
+```
+## Processed data download
+
+```{r}
+dir.create(file.path("data/processed/"),recursive=TRUE)
+GSE74985_gene_exp_diff_url<-"https://ftp.ncbi.nlm.nih.gov/geo/series/GSE74nnn/GSE74985/suppl/GSE74985_gene_exp.diff.gz"
+GSE74985_genes_fpkm_tracking_url<-"https://ftp.ncbi.nlm.nih.gov/geo/series/GSE74nnn/GSE74985/suppl/GSE74985_genes.fpkm_tracking.gz"
+GSE74985_mergedCount_url<-"https://ftp.ncbi.nlm.nih.gov/geo/series/GSE74nnn/GSE74985/suppl/GSE74985_mergedCount.txt.gz"
+
+download.file(GSE74985_genes_fpkm_tracking_url,"data/processed/GSE74985_genes.fpkm_tracking.gz")
+
+install.packages('R.utils')
+library(data.table)
+fpkm<-as.data.frame(fread("data/processed/GSE74985_genes.fpkm_tracking.gz"))
+
+# Create an index of colnames from the fpkm_tracking table to select ONLY those columns with estimated FPKM values
+fpkm_cols<-grepl(("_FPKM"),colnames(fpkm))
+
+#Use index to create a table of FPKM values
+fpkm_matrix<-fpkm[,fpkm_cols]
+
+#Get info for row (gene) table
+row_info<-fpkm[,c(1:9)]
+
+#Get info for col (sample) table
+col_info<-data.frame(
+  sampleID = colnames(fpkm_matrix),
+  condition = c("dg_d","dg_v","ca4","ca3_d","ca3_v","ca2","ca1_d","ca1_v"),
+  position = c("dorsal","ventral",NA,"dorsal","ventral",NA,"dorsal","ventral"),
+  tissue = c("DG","DG","CA","CA","CA","CA","CA","CA"),
+  region = c("DG","DG","CA4","CA3","CA3","CA2","CA1","CA1")
+)
+
+library(SummarizedExperiment)
+hippo<-SummarizedExperiment(assays=list(fpkm=fpkm_matrix),
+                            rowData = row_info,
+                            colData = col_info)
+
+```
+
+
+
+# Session Information
+
+```{r session}
+sessionInfo()
+```
diff --git a/modules/module_5/presentations/multiqc_report.html b/modules/module_5/presentations/multiqc_report.html
new file mode 100644
index 0000000..782d793
--- /dev/null
+++ b/modules/module_5/presentations/multiqc_report.html
@@ -0,0 +1,7332 @@
+<!DOCTYPE html>
+<html lang="en">
+<head>
+<!--
+  __  __       _ _   _  ___   ____
+ |  \/  |_   _| | |_(_)/ _ \ / ___|
+ | |\/| | | | | | __| | | | | |
+ | |  | | |_| | | |_| | |_| | |___
+ |_|  |_|\__,_|_|\__|_|\__\_\\____|
+
+Abandon hope all ye who enter here..
+http://multiqc.info
+-->
+
+  
+
+<meta charset="utf-8">
+<meta http-equiv="X-UA-Compatible" content="IE=edge">
+<meta name="viewport" content="width=device-width, initial-scale=1">
+
+<meta name="description" content="MultiQC: A modular tool to aggregate results from bioinformatics analyses across many samples into a single report">
+<meta name="author" content="MultiQC">
+<title>MultiQC Report</title>
+
+<!-- JSON plot data -->
+<script type="text/plain" 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</script>
+
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+
+<!-- Instead of saving data directly into variables in a normal <script>, data is separated into
+     above non-executed script blocks. This way, potential Content Security Policy restrictions
+     only apply to static script blocks, which can be added as sha256 exceptions.
+
+     As a precaution the script is wrapped in raw block to remind developers that data should
+     not be injected directly into it. -->
+
+<script type="text/javascript">
+mqc_compressed_plotdata = document.getElementById('mqc_compressed_plotdata').innerHTML;
+mqc_config = JSON.parse(document.getElementById('mqc_config').innerHTML);
+</script>
+
+
+  
+
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);
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) 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) 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+/*# sourceMappingURL=bootstrap.min.css.map */
+    /* CSS Styles for Default MultiQC Report Template */
+
+/* General Styles */
+code {
+  background-color: #f3f3f3;
+  color: #666;
+}
+kbd {
+  background-color: #ccc;
+  color: #333;
+}
+@media only screen and (max-width: 768px) {
+  code {
+    display: inline-block;
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+    overflow: auto;
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+.radio.input-sm {
+  height: 20px;
+}
+.radio.input-sm input {
+  margin: 2px 0 0 -20px;
+}
+.mqc_thousandSep {
+  padding: 0 2px;
+}
+
+/* Page Template */
+@media only screen and (min-width: 768px) {
+  .mainpage {
+    margin-left: 270px;
+  }
+  .footer {
+    margin-left: 250px;
+  }
+  .mainpage,
+  .footer {
+    -moz-transition: margin-left 0.5s;
+    -webkit-transition: margin-left 0.5s;
+    transition: margin-left 0.5s;
+  }
+  .mainpage.hidden-nav,
+  .footer.hidden-nav {
+    margin-left: 0;
+  }
+
+  .side-nav-wrapper {
+    position: fixed;
+  }
+  .side-nav {
+    height: 100%;
+    width: 250px;
+    border-right: 1px solid #ccc;
+    overflow: auto;
+    padding-bottom: 30px;
+    -webkit-transition: margin-left 0.5s;
+    transition: margin-left 0.5s;
+    margin-left: 0;
+  }
+  .side-nav.hidden-nav {
+    margin-left: -250px;
+  }
+}
+.mainpage {
+  padding: 20px;
+}
+.side-nav-wrapper {
+  height: 100%;
+  background-color: #ededed;
+}
+.side-nav h1 {
+  font-size: 18px;
+  text-align: center;
+  margin: 0;
+  border-bottom: 1px solid #ccc;
+}
+.side-nav h1 a {
+  padding: 20px 0 15px;
+}
+.side-nav h1 img {
+  height: 26px;
+}
+.side-nav h1 small {
+  font-size: 12px;
+}
+.side-nav .side-nav-title a {
+  color: #333;
+  font-size: 16px;
+  font-weight: normal;
+  padding: 15px 0;
+}
+.side-nav .mqc_loading_warning {
+  text-align: center;
+  border-bottom: 1px solid #ccc;
+  color: #ca424c;
+}
+.side-nav p {
+  font-size: 0.8em;
+  color: #999;
+  padding: 10px;
+}
+.side-nav ul.mqc-nav {
+  border-bottom: 1px solid #ccc;
+}
+.side-nav ul.mqc-nav,
+.side-nav ul.mqc-nav ul {
+  margin: 0;
+  padding: 0;
+  list-style-type: none;
+}
+.side-nav a {
+  display: inline-block;
+  width: 100%;
+  text-decoration: none;
+}
+.side-nav a:hover,
+.side-nav a:active,
+.side-nav a:focus {
+  background-color: #dedede;
+}
+.side-nav .mqc-nav a.nav-l1 {
+  padding: 10px;
+  border-top: 1px solid #ccc;
+}
+.side-nav .mqc-nav li:first-child .nav-l1 {
+  border-top: 0;
+}
+.side-nav .mqc-nav a.nav-l2 {
+  padding: 5px 10px 5px 15px;
+  border-top: 1px solid #dedede;
+  font-size: 0.9em;
+  color: #788fa4;
+}
+.side-nav .mqc-nav li {
+  position: relative;
+}
+
+#side-nav-handle {
+  display: block;
+  position: absolute;
+  top: 50%;
+  right: -14px;
+  height: 50px;
+  width: 15px;
+  padding-top: 14px;
+  border: 1px solid #ccc;
+  border-left: 0;
+  background-color: #ededed;
+  border-top-right-radius: 5px;
+  border-bottom-right-radius: 5px;
+  color: #ccc;
+  cursor: pointer;
+}
+#side-nav-handle .glyphicon-triangle-right {
+  color: #999;
+}
+@media only screen and (max-width: 768px) {
+  #side-nav-handle {
+    display: none;
+  }
+}
+
+.side-nav .navbar-toggle {
+  background-color: #ddd;
+  border-color: #999;
+  position: absolute;
+  right: 10px;
+  top: 15px;
+  margin: 0;
+}
+.side-nav .navbar-toggle:hover,
+.side-nav .navbar-toggle:focus,
+.side-nav .navbar-toggle:active {
+  background-color: #ccc;
+}
+.side-nav .navbar-toggle .icon-bar {
+  background-color: #999;
+}
+
+#page_title {
+  margin: 0 0 20px;
+}
+#page_title img {
+  max-width: 260px;
+}
+.report_comment,
+.mqc-section-comment {
+  border-left: 5px solid #8eb9dd;
+  background-color: #e8f1f8;
+}
+#analysis_dirs_wrapper {
+  max-height: 80px;
+  overflow: auto;
+  margin-bottom: 15px;
+}
+#mqc_sname_switches_txt {
+  margin-bottom: 15px;
+}
+#mqc_sname_switches {
+  display: inline-block;
+  margin-left: 10px;
+}
+#mqc_header_hr {
+  margin: 0;
+}
+
+#mqc_welcome .close {
+  top: 2px;
+}
+#mqc_hide_welcome_btn {
+  position: relative;
+  float: right;
+  top: -2px;
+  right: -21px;
+  color: inherit;
+  opacity: 0.4;
+}
+#mqc_hide_welcome_btn:hover,
+#mqc_hide_welcome_btn:active,
+#mqc_hide_welcome_btn:focus {
+  opacity: 1;
+}
+
+.footer {
+  background-color: #ededed;
+  border-top: 1px solid #ccc;
+  font-size: 0.9em;
+  color: #999;
+  padding: 20px 0;
+  margin-top: 50px;
+}
+.footer p {
+  margin: 0;
+}
+.footer a {
+  color: #999;
+  text-decoration: underline;
+}
+
+/* Epic scroll bar of joy */
+::-webkit-scrollbar {
+  width: 10px;
+  height: 10px;
+}
+::-webkit-scrollbar-track {
+  background: #ffffff;
+  border-left: 1px solid #d8d8d8;
+  border-right: 1px solid #d8d8d8;
+}
+::-webkit-scrollbar-thumb {
+  background: #dedede;
+}
+::-webkit-scrollbar-thumb:hover {
+  -moz-box-shadow: inset 1px 1px 2px rgba(0, 0, 0, 0.1);
+  -webkit-box-shadow: inset 1px 1px 2px rgba(0, 0, 0, 0.1);
+  box-shadow: inset 1px 1px 2px rgba(0, 0, 0, 0.1);
+}
+::-webkit-scrollbar-thumb:active {
+  background: #dddddd;
+  -moz-box-shadow: inset 1px 1px 10px rgba(0, 0, 0, 0.4);
+  -webkit-box-shadow: inset 1px 1px 10px rgba(0, 0, 0, 0.4);
+  box-shadow: inset 1px 1px 10px rgba(0, 0, 0, 0.2);
+}
+
+/* Stop the headings from "head-butting" the top of the browser
+https://css-tricks.com/hash-tag-links-padding/ */
+h1:before,
+h2:before,
+h3:before,
+h4:before {
+  display: block;
+  content: " ";
+  margin-top: -20px;
+  height: 20px;
+  visibility: hidden;
+}
+
+/* Fancy sample highlighting in the side nav */
+input.form-control[type="color"] {
+  padding: 0 2px;
+  width: 30px;
+}
+
+.hc_handle {
+  display: inline-block;
+  padding: 9px 4px;
+  height: 28px;
+  cursor: pointer;
+}
+.hc_handle span {
+  display: inline-block;
+  height: 100%;
+  width: 1px;
+  margin: 0 1px;
+  background-color: #999;
+}
+
+/* Toolbox */
+@media only screen and (max-width: 768px) {
+  .mqc-toolbox {
+    padding: 0 15px;
+    background-color: #ededed;
+    border-bottom: 1px solid #ccc;
+  }
+  #mqc_saveconfig {
+    margin: 0 -15px;
+  }
+}
+@media only screen and (min-width: 768px) {
+  .mqc-toolbox {
+    display: block;
+    position: fixed;
+    z-index: 1040;
+    width: 36px;
+    height: 100% !important;
+    top: 0;
+    right: 0;
+    -o-transition: width 0.5s;
+    -webkit-transition: width 0.5s;
+    transition: width 0.5s;
+  }
+  .mqc-toolbox.active {
+    width: 282px;
+  }
+  .mqc-toolbox .row {
+    margin: 0;
+  }
+  .mainpage {
+    padding-right: 50px;
+  }
+  .mqc-toolbox-buttons {
+    position: absolute;
+    width: 36px;
+    top: 100px;
+    left: 0;
+    z-index: 20;
+  }
+  .mqc-toolbox-wrapper {
+    position: absolute;
+    width: 250px;
+    height: 100%;
+    overflow: auto;
+    left: 36px;
+    margin: 0;
+    background-color: #ededed;
+    border-left: 1px solid #ccc;
+    z-index: 10;
+  }
+  .mqc_filter_section {
+    display: none;
+  }
+  .mqc_filter_section.active {
+    display: block;
+  }
+}
+.mqc-toolbox-label {
+  display: inline-block;
+  background-color: #ededed;
+  color: #999;
+  height: 31px;
+  width: 67px;
+  padding: 3px 6px;
+  margin-left: -6px;
+  margin-bottom: 30px;
+  -ms-transform: rotate(270deg);
+  -moz-transform: rotate(270deg);
+  -webkit-transform: rotate(270deg);
+  transform: rotate(270deg);
+}
+.mqc-toolbox-label:hover,
+.mqc-toolbox-label:focus,
+.mqc-toolbox-label:active {
+  color: #999;
+  text-decoration: none;
+}
+.mqc-toolbox-header {
+  margin: 10px;
+  border-bottom: 1px solid #ccc;
+}
+.mqc-toolbox-buttons ul,
+.mqc-toolbox-buttons li {
+  padding: 0;
+  margin: 0;
+  list-style-type: none;
+}
+.mqc-toolbox-buttons li {
+  margin: 5px 0;
+  display: inline-block;
+  width: 36px;
+  height: 36px;
+}
+.mqc-toolbox-buttons li a {
+  display: inline-block;
+  font-size: 18px;
+  width: 37px;
+  height: 36px;
+  padding: 7px 8px 9px;
+  color: #999;
+  background-color: #dedede;
+  border: 1px solid transparent;
+  border-right: 1px solid #ccc;
+}
+.mqc-toolbox-buttons li a:hover,
+.mqc-toolbox-buttons li a.active {
+  color: #333;
+  background-color: #ededed;
+  border: 1px solid #ccc;
+}
+.mqc-toolbox-buttons li .in_use {
+  color: #333;
+  border: 3px solid #5bc0de;
+  padding: 5px 8px 7px 6px;
+  border-right: 1px solid #ededed;
+}
+.mqc-toolbox-buttons li a.active {
+  border-right: 1px solid #ededed;
+}
+
+.mqc-toplink,
+.mqc-toplink:visited {
+  display: block;
+  position: absolute;
+  bottom: 5px;
+  width: 28px;
+  height: 28px;
+  text-align: center;
+  padding: 5px 0 5px 2px;
+  border-radius: 28px;
+  background-color: #ededed;
+  color: #999;
+}
+.mqc-toplink:hover,
+.mqc-toplink:focus {
+  color: #333;
+}
+
+.mqc_filters {
+  margin: 10px 0;
+  padding: 0;
+  list-style-type: none;
+  font-size: 0.9em;
+}
+.mqc_filters button {
+  padding: 7px 10px 0;
+}
+.mqc_filters li {
+  padding: 0;
+  clear: both;
+}
+.mqc_filters li .close {
+  margin-top: -3px;
+}
+.mqc_filters li:hover {
+  background-color: #dedede;
+}
+.mqc_filter_section .mqc_regex_mode_p {
+  margin-top: 12px;
+  white-space: nowrap;
+}
+.mqc_switch_wrapper {
+  cursor: pointer;
+}
+.mqc_switch_wrapper .mqc_switch {
+  display: inline-block;
+  border: 1px solid #999;
+  border-radius: 3px;
+  padding: 2px 5px;
+  margin-left: 5px;
+  background-color: #ddd;
+}
+.mqc_switch_wrapper .off::after,
+.mqc_switch_wrapper .on::before {
+  content: "";
+  display: inline-block;
+  height: 0;
+  width: 0;
+  border-radius: 6px;
+  border: 6px solid #fff;
+}
+.mqc_switch_wrapper .off::after {
+  margin: 0 0 -2px 5px;
+}
+.mqc_switch_wrapper .on::before {
+  margin: 0 5px -2px 0;
+}
+.mqc_switch_wrapper .on {
+  background-color: #5bc0de;
+  color: #fff;
+}
+
+.mqc_filter_section {
+  padding: 10px;
+}
+.mqc_filter_section hr {
+  margin: 10px 0;
+  border-top: 1px solid #ccc;
+}
+.mqc_filter_section p {
+  font-size: 85%;
+  padding: 0;
+  margin: 5px 0;
+  color: #666;
+}
+.mqc_filter_section .text-danger {
+  color: #a94442;
+}
+.mqc_filter_section p a {
+  color: #666;
+}
+.mqc_filter_section p .btn {
+  color: #333;
+}
+.mqc_filter_section .text-success {
+  color: #3c763d;
+}
+.mqc_filter_section .form-inline .form-control {
+  vertical-align: middle;
+}
+@media only screen and (max-width: 768px) {
+  .mqc_filter_section .form-control {
+    display: inline-block;
+  }
+  .mqc_filter_section input[type="text"] {
+    width: auto;
+  }
+}
+#mqc_renamesamples input[type="text"] {
+  width: 80px;
+}
+
+#mqc_renamesamples_bulk_collapse {
+  border-top: 1px solid #ccc;
+}
+#mqc_renamesamples_bulk_update {
+  margin-top: 5px;
+}
+#mqc_renamesamples_bulk_form textarea {
+  font-size: 8px;
+  color: #999;
+}
+.f_text {
+  border: 0;
+  border-bottom: 1px solid #ccc;
+  padding: 5px 0 5px 10px;
+  margin: 0;
+  background-color: transparent;
+  outline: none;
+  width: -moz-calc(100% - 55px);
+  width: -webkit-calc(100% - 55px);
+  width: calc(100% - 55px);
+}
+.f_text:focus {
+  background-color: #f6f6f6;
+}
+.from_text,
+.to_text {
+  width: -moz-calc(49% - 20px);
+  width: -webkit-calc(49% - 20px);
+  width: calc(49% - 20px);
+}
+
+#mqc_exportplots .col-sm-6 {
+  padding: 0 10px 0 0;
+}
+#mqc_exportplots .checkbox,
+#mqc_exportplots .data-format {
+  margin: 8px 0 0;
+  font-size: 12px;
+  line-height: normal;
+}
+#mqc_exportplots .data-format label {
+  font-weight: 400;
+}
+#mqc_exportplots .checkbox label {
+  min-height: 0;
+}
+#mqc_exportplots .checkbox input {
+  margin-top: 0;
+}
+#mqc_exportplots blockquote {
+  font-size: 0.7em;
+  padding: 0 0 0 10px;
+  border-left: 2px solid #cccccc;
+  color: #666;
+}
+#mqc_exportplots blockquote a {
+  text-decoration: underline;
+}
+
+#mqc_exportplots .nav-tabs {
+  border-color: #cccccc;
+  margin-bottom: 15px;
+}
+#mqc_exportplots .nav-tabs li a {
+  background-color: #dddddd;
+  border-color: #cccccc;
+  padding: 8px 10px;
+  color: #999;
+  font-size: 12px;
+}
+#mqc_exportplots .nav-tabs li.active a {
+  background-color: #eeeeee;
+  border-bottom-color: transparent;
+  color: #333;
+}
+
+#mqc-save-success {
+  color: #3c763d;
+  background-color: #dff0d8;
+}
+#mqc-cleared-success {
+  color: #a94442;
+  background-color: #f2dede;
+}
+
+#mqc_about p {
+  margin-bottom: 10px;
+}
+#mqc_about a {
+  text-decoration: underline;
+}
+#mqc_about blockquote {
+  font-size: 0.8em;
+  padding: 0 0 0 10px;
+  border-left: 2px solid #cccccc;
+  color: #666;
+}
+
+/* Regex help modal */
+.regex_example_buttons button {
+  float: left;
+  clear: left;
+  margin-bottom: 8px;
+}
+.regex_example_demo input {
+  margin-bottom: 8px;
+  font-family: "Consolas", "Monaco", "Courier New", Courier, monospace;
+}
+
+/* MultiQC tables */
+.table tr td {
+  font-size: 0.9em;
+  height: 30px;
+}
+.mqc_table tbody tr td .wrapper .val {
+  z-index: -1;
+}
+.mqc_table tbody tr td .wrapper .val .label {
+  font-size: 100%;
+  display: inline-block;
+  min-width: 10px;
+  padding: 3px 7px;
+  font-size: 12px;
+  vertical-align: middle;
+  border-radius: 10px;
+}
+.mqc-table-responsive.mqc-table-collapse {
+  max-height: 500px;
+}
+.mqc-table-responsive {
+  overflow: auto;
+}
+.table.mqc_table > thead > tr > th {
+  cursor: pointer;
+  /* Border doesn't scroll with the CSS transform, so just a box-shadow instead. */
+  border-bottom: 0;
+  -webkit-box-shadow: inset 0px -2px 0px 0 #ddd;
+  -moz-box-shadow: inset 0px -2px 0px 0 #ddd;
+  box-shadow: inset 0px -2px 0px 0 #ddd;
+}
+.mqc_table thead th,
+.mqc_table thead td {
+  background-color: #ffffff;
+}
+.mqc_table thead th:after {
+  content: "";
+  display: inline-block;
+  width: 0;
+  height: 0;
+  margin-left: 4px;
+  vertical-align: middle;
+  border-right: 4px solid transparent;
+  border-left: 4px solid transparent;
+}
+.mqc_table thead th.headerSortDown:after {
+  border-bottom: 4px dashed;
+}
+.mqc_table thead th.headerSortUp:after {
+  border-top: 4px dashed;
+}
+.mqc_table thead th.headerSortDown,
+.mqc_table thead th.headerSortUp {
+  background-color: #ededed;
+  color: #1ca8dd;
+  border-bottom: 2px solid #1ca8dd;
+}
+.mqc_table th {
+  white-space: nowrap;
+}
+.mqc-table-expand {
+  text-align: center;
+  color: #999;
+  padding: 5px;
+  cursor: pointer;
+  background-color: #ffffff;
+  -webkit-transition: background-color 0.2s;
+  transition: background-color 0.2s;
+}
+.mqc-table-expand:hover,
+.mqc-table-expand:focus,
+.mqc-table-expand:active {
+  background-color: #ededed;
+}
+
+.mqc_table_numrows_text {
+  padding: 5px 10px;
+  font-size: 12px;
+  vertical-align: middle;
+}
+
+.sorthandle {
+  border-right: none;
+  font-weight: bold;
+  text-align: center;
+}
+tbody .sorthandle {
+  cursor: pointer;
+  color: #ccc;
+}
+.mqc_configModal_table tbody .sorthandle {
+  color: #999;
+}
+.mqc_table .rowheader {
+  border-left: none;
+}
+.mqc_table tr,
+.mqc_table td {
+  height: 100%;
+}
+.mqc_table .data-coloured {
+  padding: 0;
+}
+.mqc_table .wrapper {
+  display: inline-block;
+  position: relative;
+  height: 100%;
+  width: 100%;
+  z-index: -10;
+}
+@media print {
+  /* Hide the side-navigation and toolbox */
+  .side-nav-wrapper,
+  .mqc-toolbox {
+    display: none;
+  }
+  .mainpage {
+    padding: 20px;
+  }
+  /* Don't limit the height of the sources */
+  #analysis_dirs_wrapper {
+    max-height: none !important;
+  }
+  /* Expand long tables */
+  .mqc-table-expand {
+    display: none;
+  }
+  .mqc-table-responsive.mqc-table-collapse {
+    max-height: none !important;
+  }
+  .mqc_table thead {
+    transform: none !important;
+  }
+  /* keep section titles with the first bit of content, and try to keep sections together */
+  .mqc-module-section-first,
+  .mqc-section {
+    page-break-inside: avoid;
+  }
+  /* make sure table cell contents show up */
+  .mqc_table .wrapper {
+    z-index: 0;
+  }
+  /* no use printing a useless expand button */
+  .mqc-table-expand {
+    display: none;
+  }
+  .mqc-section-plot .text-info {
+    display: none;
+  }
+  /* make sure logos aren't dominantly huge */
+  .multiqc_logo,
+  .custom_logo {
+    width: 200px;
+  }
+  /* print cell background colors in table */
+  td,
+  span.bar {
+    -webkit-print-color-adjust: exact;
+    color-adjust: exact;
+  }
+  /* tidy up user-provided report header info */
+  .dl-horizontal {
+    display: flex;
+    flex-wrap: wrap;
+  }
+  /* ensure kv pairs take up a whole row */
+  .dl-horizontal dt {
+    flex: 0 0 34%;
+    float: none;
+    width: 300px;
+    font-weight: 900; /* bold the key in the kv pair */
+  }
+  .dl-horizontal dd {
+    flex: 1 0 34%; /* let the val grow to fill the space */
+    margin-left: 0;
+  }
+  /* no need to print buttons */
+  button.btn-help {
+    display: none;
+  }
+  /* printed link text is fairly ugly */
+  a[href]:after {
+    content: none !important;
+  }
+  .table.mqc_table {
+    table-layout: fixed;
+  }
+  .mqc_table th {
+    white-space: normal; /* make sure that table header text can wrap */
+    font-weight: 900; /* and that table headers are bolded */
+  }
+  .table > thead > tr > th {
+    vertical-align: top; /* looks better when all the table-headers are top-aligned, especially when some wrap */
+  }
+}
+.mqc_table .bar {
+  display: block;
+  position: absolute;
+  top: 0;
+  left: 0;
+  bottom: 0;
+  background-color: #dedede;
+  z-index: -1;
+}
+.mqc_table .val {
+  display: block;
+  position: absolute;
+  padding: 5px;
+  left: 0;
+}
+
+/* Flat MatPlotLib plots */
+.mqc_mplplot {
+  border: 1px solid #dedede;
+  margin-top: 15px;
+}
+.mqc_mplplot img {
+  max-width: 100%;
+}
+
+/* Draggable height bar for HighCharts Plots */
+.hc-plot {
+  height: 500px;
+  width: 100%;
+}
+.hc-plot.not_rendered {
+  background-color: #ededed;
+  text-align: center;
+}
+.hc-plot.not_rendered small {
+  display: inline-block;
+  font-style: italic;
+  padding-top: 40px;
+  color: #999;
+}
+.hc-plot .render_plot {
+  margin-top: 40px;
+}
+.hc-plot-wrapper {
+  width: 100%;
+  height: 512px;
+  position: relative;
+  border: 1px solid #dedede;
+  border-bottom: 1px solid #ccc;
+  margin-top: 15px;
+}
+.hc-plot-handle {
+  position: absolute;
+  bottom: 0;
+  width: 100%;
+  height: 10px;
+  background-color: #dedede;
+  cursor: row-resize;
+  padding: 1px 0;
+  border-top: 1px solid #ededed;
+  -moz-transition: background-color 0.1s;
+  -webkit-transition: background-color 0.1s;
+  transition: background-color 0.1s;
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+.hc-plot-handle span {
+  display: block;
+  height: 1px;
+  width: 20px;
+  margin: 1px auto;
+  background-color: #999;
+}
+.hc-plot-handle:hover {
+  background-color: #cdcdcd;
+}
+.hc-plot-handle:hover span {
+  background-color: #999;
+}
+
+.mqc_hcplot_range_sliders {
+  display: inline-block;
+}
+.mqc_hcplot_range_sliders div {
+  display: inline-block;
+  white-space: nowrap;
+  margin-left: 30px;
+}
+.mqc_hcplot_range_sliders input {
+  display: inline-block;
+  width: 200px;
+}
+.mqc_hcplot_range_sliders input.form-control {
+  width: 100px;
+}
+.mqc_hcplot_yaxis_limit_toggle {
+  float: right;
+  font-size: 11px;
+  margin-top: -30px;
+}
+.mqc_hcplot_yaxis_limit_toggle .mqc_switch_wrapper {
+  margin-left: 20px;
+}
+
+.beeswarm-hovertext {
+  height: 29px;
+  padding: 5px 8px;
+  font-size: 13px;
+  border-left: 2px solid #46b8da;
+  border-bottom: 1px solid #dedede;
+  background-color: #d9edf7;
+  color: #31708f;
+}
+.beeswarm-plots {
+  height: calc(100% - 25px);
+}
+.beeswarm-plot:nth-child(odd) {
+  background-color: #ededed;
+}
+
+.mqc-custom-content-image img {
+  max-width: 100%;
+}
+
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+
+</style>
+
+
+
+<style type="text/css">/* CSS for the FastQC MultiQC Module */
+
+/* FastQC statuses popovers */
+.fastqc_passfail_progress .progress-bar {
+  cursor: pointer;
+  -webkit-print-color-adjust: exact !important;
+  color-adjust: exact !important;
+  color: #fff !important;
+}
+/* Set colours to !important so that they print */
+.progress-bar-success {
+  background-color: #5cb85c !important;
+}
+.progress-bar-warning {
+  background-color: #f0ad4e !important;
+}
+.progress-bar-succedangerss {
+  background-color: #d9534f !important;
+}
+.popover-fastqc-status .popover-content {
+  font-size: 11px;
+  max-height: 300px;
+  white-space: nowrap;
+  overflow: auto;
+}
+.popover-success .popover-title {
+  background-color: #dff0d8;
+  color: #3c763d;
+}
+.popover-warning .popover-title {
+  background-color: #fcf8e3;
+  color: #8a6d3b;
+}
+.popover-danger .popover-title {
+  background-color: #f2dede;
+  color: #a94442;
+}
+.fastqc-popover-intro {
+  margin: 5px 5px 0;
+  padding: 3px 5px;
+  border: 1px dashed #ccc;
+  border-radius: 5px;
+  font-size: 10px;
+  color: #999;
+  background-color: #fafafa;
+}
+.fastqc-popover-intro a {
+  color: #999;
+  text-decoration: underline;
+}
+
+/* Other stuff */
+.showhide_orig {
+  padding: 15px;
+  height: 100%;
+  overflow: hidden;
+}
+.showhide_orig h4 {
+  margin-top: 0;
+}
+.s_status {
+  text-transform: capitalize;
+}
+.original-plot {
+  max-width: 100%;
+  max-height: calc(100% - 60px);
+  cursor: pointer;
+}
+
+.fastqc_passfail_progress {
+  width: 100px;
+  display: inline-block;
+  margin: 0 0 -2px 20px;
+}
+
+#fastqc_seq_heatmap {
+  cursor: pointer;
+}
+#fastqc_seq_heatmap_div .hc-plot-wrapper {
+  height: 300px;
+}
+#fastqc_seq_heatmap_footer {
+  clear: both;
+}
+#fastqc_sequence_content_plot h5 {
+  display: inline-block;
+  height: 18px;
+}
+#fastqc_per_base_sequence_content_export_btn {
+  font-family: "Lucida Grande", "Lucida Sans Unicode", Arial, Helvetica, sans-serif;
+  float: right;
+  color: #ccc;
+  font-size: 12px;
+  background: none;
+  border: none;
+  padding: 5px;
+  border-radius: 5px;
+  opacity: 0.9;
+}
+#fastqc_per_base_sequence_content_export_btn:hover,
+#fastqc_per_base_sequence_content_export_btn:focus,
+#fastqc_per_base_sequence_content_export_btn:active {
+  background-color: #e6e6e6;
+  color: #999;
+}
+#fastqc_per_base_sequence_content_export_btn span {
+  margin-right: 5px;
+  font-size: 14px;
+  -webkit-transform: scale(1.3, 1);
+  -moz-transform: scale(1.3, 1);
+  -ms-transform: scale(1.3, 1);
+  -o-transform: scale(1.3, 1);
+  transform: scale(1.3, 1);
+}
+
+.fastqc_seq_heatmap_key {
+  font-size: 12px;
+}
+.fastqc_seq_heatmap_key div {
+  display: inline-block;
+  width: 120px;
+  margin: 0 8px;
+}
+#fastqc_seq_heatmap_key_pos {
+  width: 80px;
+}
+.fastqc_seq_heatmap_key > span,
+.fastqc_seq_heatmap_key div > span {
+  display: inline-block;
+  width: 60px;
+}
+#fastqc_seq_heatmap_key_t {
+  border-bottom: 1px solid red;
+}
+#fastqc_seq_heatmap_key_c {
+  border-bottom: 1px solid blue;
+}
+#fastqc_seq_heatmap_key_a {
+  border-bottom: 1px solid green;
+}
+#fastqc_seq_heatmap_key_g {
+  border-bottom: 1px solid black;
+}
+</style>
+
+
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this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(e),t(e.target).parents().each(function(){return t.data(this,o.widgetName+"-item")===o?(s=t(this),!1):void 0}),t.data(e.target,o.widgetName+"-item")===o&&(s=t(e.target)),s?!this.options.handle||i||(t(this.options.handle,s).find("*").addBack().each(function(){this===e.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(e,i,s){var n,o,a=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(e),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},t.extend(this.offset,{click:{left:e.pageX-this.offset.left,top:e.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(e),this.originalPageX=e.pageX,this.originalPageY=e.pageY,a.cursorAt&&this._adjustOffsetFromHelper(a.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),a.containment&&this._setContainment(),a.cursor&&"auto"!==a.cursor&&(o=this.document.find("body"),this.storedCursor=o.css("cursor"),o.css("cursor",a.cursor),this.storedStylesheet=t("<style>*{ cursor: "+a.cursor+" !important; }</style>").appendTo(o)),a.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",a.opacity)),a.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",a.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",e,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",e,this._uiHash(this));return t.ui.ddmanager&&(t.ui.ddmanager.current=this),t.ui.ddmanager&&!a.dropBehaviour&&t.ui.ddmanager.prepareOffsets(this,e),this.dragging=!0,this._addClass(this.helper,"ui-sortable-helper"),this._mouseDrag(e),!0},_mouseDrag:function(e){var i,s,n,o,a=this.options,r=!1;for(this.position=this._generatePosition(e),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-e.pageY<a.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+a.scrollSpeed:e.pageY-this.overflowOffset.top<a.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-a.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-e.pageX<a.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+a.scrollSpeed:e.pageX-this.overflowOffset.left<a.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-a.scrollSpeed)):(e.pageY-this.document.scrollTop()<a.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-a.scrollSpeed):this.window.height()-(e.pageY-this.document.scrollTop())<a.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+a.scrollSpeed)),e.pageX-this.document.scrollLeft()<a.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-a.scrollSpeed):this.window.width()-(e.pageX-this.document.scrollLeft())<a.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+a.scrollSpeed))),r!==!1&&t.ui.ddmanager&&!a.dropBehaviour&&t.ui.ddmanager.prepareOffsets(this,e)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],o=this._intersectsWithPointer(s),o&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===o?"next":"prev"]()[0]!==n&&!t.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!t.contains(this.element[0],n):!0)){if(this.direction=1===o?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(e,s),this._trigger("change",e,this._uiHash());break}return this._contactContainers(e),t.ui.ddmanager&&t.ui.ddmanager.drag(this,e),this._trigger("sort",e,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(e,i){if(e){if(t.ui.ddmanager&&!this.options.dropBehaviour&&t.ui.ddmanager.drop(this,e),this.options.revert){var s=this,n=this.placeholder.offset(),o=this.options.axis,a={};o&&"x"!==o||(a.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),o&&"y"!==o||(a.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,t(this.helper).animate(a,parseInt(this.options.revert,10)||500,function(){s._clear(e)})}else this._clear(e,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp(new t.Event("mouseup",{target:null})),"original"===this.options.helper?(this.currentItem.css(this._storedCSS),this._removeClass(this.currentItem,"ui-sortable-helper")):this.currentItem.show();for(var e=this.containers.length-1;e>=0;e--)this.containers[e]._trigger("deactivate",null,this._uiHash(this)),this.containers[e].containerCache.over&&(this.containers[e]._trigger("out",null,this._uiHash(this)),this.containers[e].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),t.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?t(this.domPosition.prev).after(this.currentItem):t(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(e){var i=this._getItemsAsjQuery(e&&e.connected),s=[];return e=e||{},t(i).each(function(){var i=(t(e.item||this).attr(e.attribute||"id")||"").match(e.expression||/(.+)[\-=_](.+)/);i&&s.push((e.key||i[1]+"[]")+"="+(e.key&&e.expression?i[1]:i[2]))}),!s.length&&e.key&&s.push(e.key+"="),s.join("&")},toArray:function(e){var i=this._getItemsAsjQuery(e&&e.connected),s=[];return e=e||{},i.each(function(){s.push(t(e.item||this).attr(e.attribute||"id")||"")}),s},_intersectsWith:function(t){var e=this.positionAbs.left,i=e+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,o=t.left,a=o+t.width,r=t.top,l=r+t.height,h=this.offset.click.top,c=this.offset.click.left,u="x"===this.options.axis||s+h>r&&l>s+h,d="y"===this.options.axis||e+c>o&&a>e+c,p=u&&d;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>t[this.floating?"width":"height"]?p:e+this.helperProportions.width/2>o&&a>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&l>n-this.helperProportions.height/2},_intersectsWithPointer:function(t){var e,i,s="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,t.top,t.height),n="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,t.left,t.width),o=s&&n;return o?(e=this._getDragVerticalDirection(),i=this._getDragHorizontalDirection(),this.floating?"right"===i||"down"===e?2:1:e&&("down"===e?2:1)):!1},_intersectsWithSides:function(t){var e=this._isOverAxis(this.positionAbs.top+this.offset.click.top,t.top+t.height/2,t.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,t.left+t.width/2,t.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&e||"up"===s&&!e)},_getDragVerticalDirection:function(){var t=this.positionAbs.top-this.lastPositionAbs.top;return 0!==t&&(t>0?"down":"up")},_getDragHorizontalDirection:function(){var t=this.positionAbs.left-this.lastPositionAbs.left;return 0!==t&&(t>0?"right":"left")},refresh:function(t){return this._refreshItems(t),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var t=this.options;return t.connectWith.constructor===String?[t.connectWith]:t.connectWith},_getItemsAsjQuery:function(e){function i(){r.push(this)}var s,n,o,a,r=[],l=[],h=this._connectWith();if(h&&e)for(s=h.length-1;s>=0;s--)for(o=t(h[s],this.document[0]),n=o.length-1;n>=0;n--)a=t.data(o[n],this.widgetFullName),a&&a!==this&&!a.options.disabled&&l.push([t.isFunction(a.options.items)?a.options.items.call(a.element):t(a.options.items,a.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),a]);for(l.push([t.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):t(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=l.length-1;s>=0;s--)l[s][0].each(i);return t(r)},_removeCurrentsFromItems:function(){var e=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=t.grep(this.items,function(t){for(var i=0;e.length>i;i++)if(e[i]===t.item[0])return!1;return!0})},_refreshItems:function(e){this.items=[],this.containers=[this];var i,s,n,o,a,r,l,h,c=this.items,u=[[t.isFunction(this.options.items)?this.options.items.call(this.element[0],e,{item:this.currentItem}):t(this.options.items,this.element),this]],d=this._connectWith();if(d&&this.ready)for(i=d.length-1;i>=0;i--)for(n=t(d[i],this.document[0]),s=n.length-1;s>=0;s--)o=t.data(n[s],this.widgetFullName),o&&o!==this&&!o.options.disabled&&(u.push([t.isFunction(o.options.items)?o.options.items.call(o.element[0],e,{item:this.currentItem}):t(o.options.items,o.element),o]),this.containers.push(o));for(i=u.length-1;i>=0;i--)for(a=u[i][1],r=u[i][0],s=0,h=r.length;h>s;s++)l=t(r[s]),l.data(this.widgetName+"-item",a),c.push({item:l,instance:a,width:0,height:0,left:0,top:0})},refreshPositions:function(e){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,o;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?t(this.options.toleranceElement,s.item):s.item,e||(s.width=n.outerWidth(),s.height=n.outerHeight()),o=n.offset(),s.left=o.left,s.top=o.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)o=this.containers[i].element.offset(),this.containers[i].containerCache.left=o.left,this.containers[i].containerCache.top=o.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(e){e=e||this;var i,s=e.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=e.currentItem[0].nodeName.toLowerCase(),n=t("<"+s+">",e.document[0]);return e._addClass(n,"ui-sortable-placeholder",i||e.currentItem[0].className)._removeClass(n,"ui-sortable-helper"),"tbody"===s?e._createTrPlaceholder(e.currentItem.find("tr").eq(0),t("<tr>",e.document[0]).appendTo(n)):"tr"===s?e._createTrPlaceholder(e.currentItem,n):"img"===s&&n.attr("src",e.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(t,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(e.currentItem.innerHeight()-parseInt(e.currentItem.css("paddingTop")||0,10)-parseInt(e.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(e.currentItem.innerWidth()-parseInt(e.currentItem.css("paddingLeft")||0,10)-parseInt(e.currentItem.css("paddingRight")||0,10)))}}),e.placeholder=t(s.placeholder.element.call(e.element,e.currentItem)),e.currentItem.after(e.placeholder),s.placeholder.update(e,e.placeholder)},_createTrPlaceholder:function(e,i){var s=this;e.children().each(function(){t("<td>&#160;</td>",s.document[0]).attr("colspan",t(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(e){var i,s,n,o,a,r,l,h,c,u,d=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!t.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(d&&t.contains(this.containers[i].element[0],d.element[0]))continue;d=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",e,this._uiHash(this)),this.containers[i].containerCache.over=0);if(d)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",e,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,o=null,c=d.floating||this._isFloating(this.currentItem),a=c?"left":"top",r=c?"width":"height",u=c?"pageX":"pageY",s=this.items.length-1;s>=0;s--)t.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(l=this.items[s].item.offset()[a],h=!1,e[u]-l>this.items[s][r]/2&&(h=!0),n>Math.abs(e[u]-l)&&(n=Math.abs(e[u]-l),o=this.items[s],this.direction=h?"up":"down"));if(!o&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",e,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;o?this._rearrange(e,o,null,!0):this._rearrange(e,null,this.containers[p].element,!0),this._trigger("change",e,this._uiHash()),this.containers[p]._trigger("change",e,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",e,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(e){var i=this.options,s=t.isFunction(i.helper)?t(i.helper.apply(this.element[0],[e,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||t("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(e){"string"==typeof e&&(e=e.split(" ")),t.isArray(e)&&(e={left:+e[0],top:+e[1]||0}),"left"in e&&(this.offset.click.left=e.left+this.margins.left),"right"in e&&(this.offset.click.left=this.helperProportions.width-e.right+this.margins.left),"top"in e&&(this.offset.click.top=e.top+this.margins.top),"bottom"in e&&(this.offset.click.top=this.helperProportions.height-e.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var e=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&t.contains(this.scrollParent[0],this.offsetParent[0])&&(e.left+=this.scrollParent.scrollLeft(),e.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&t.ui.ie)&&(e={top:0,left:0}),{top:e.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:e.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var t=this.currentItem.position();return{top:t.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:t.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var 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+"auto"===a.minorTickInterval)k=k.concat(this.getTimeTicks(this.normalizeTimeTickInterval(c),e,m,a.startOfWeek));else for(b=e+(b[0]-e)%c;b<=m&&b!==k[0];b+=c)k.push(b);0!==k.length&&this.trimTicks(k,a.startOnTick,a.endOnTick);return k},adjustForMinRange:function(){var a=this.options,b=this.min,k=this.max,e,m=this.dataMax-this.dataMin>=this.minRange,q,d,r,f,n,w;this.isXAxis&&void 0===this.minRange&&!this.isLog&&(l(a.min)||l(a.max)?this.minRange=null:(c(this.series,function(a){f=a.xData;for(d=n=a.xIncrement?
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+g.max=Math.min(g.max,e.ceiling):F(e.softMax)&&(g.max=Math.max(g.max,e.softMax));u&&l(g.dataMin)&&(J=J||0,!l(C)&&g.min<J&&g.dataMin>=J?g.min=J:!l(D)&&g.max>J&&g.dataMax<=J&&(g.max=J));g.tickInterval=g.min===g.max||void 0===g.min||void 0===g.max?1:n&&!z&&h===g.linkedParent.options.tickPixelInterval?z=g.linkedParent.tickInterval:A(z,this.tickAmount?(g.max-g.min)/Math.max(this.tickAmount-1,1):void 0,K?1:(g.max-g.min)*h/Math.max(g.len,h));f&&!b&&c(g.series,function(a){a.processData(g.min!==g.oldMin||g.max!==
+g.oldMax)});g.setAxisTranslation(!0);g.beforeSetTickPositions&&g.beforeSetTickPositions();g.postProcessTickInterval&&(g.tickInterval=g.postProcessTickInterval(g.tickInterval));g.pointRange&&!z&&(g.tickInterval=Math.max(g.pointRange,g.tickInterval));b=A(e.minTickInterval,g.isDatetimeAxis&&g.closestPointRange);!z&&g.tickInterval<b&&(g.tickInterval=b);r||q||z||(g.tickInterval=x(g.tickInterval,null,m(g.tickInterval),A(e.allowDecimals,!(.5<g.tickInterval&&5>g.tickInterval&&1E3<g.max&&9999>g.max)),!!this.tickAmount));
+this.tickAmount||(g.tickInterval=g.unsquish());this.setTickPositions()},setTickPositions:function(){var a=this.options,b,c=a.tickPositions,k=a.tickPositioner,e=a.startOnTick,m=a.endOnTick,q;this.tickmarkOffset=this.categories&&"between"===a.tickmarkPlacement&&1===this.tickInterval?.5:0;this.minorTickInterval="auto"===a.minorTickInterval&&this.tickInterval?this.tickInterval/5:a.minorTickInterval;this.tickPositions=b=c&&c.slice();!b&&(b=this.isDatetimeAxis?this.getTimeTicks(this.normalizeTimeTickInterval(this.tickInterval,
+a.units),this.min,this.max,a.startOfWeek,this.ordinalPositions,this.closestPointRange,!0):this.isLog?this.getLogTickPositions(this.tickInterval,this.min,this.max):this.getLinearTickPositions(this.tickInterval,this.min,this.max),b.length>this.len&&(b=[b[0],b.pop()]),this.tickPositions=b,k&&(k=k.apply(this,[this.min,this.max])))&&(this.tickPositions=b=k);this.isLinked||(this.trimTicks(b,e,m),this.min===this.max&&l(this.min)&&!this.tickAmount&&(q=!0,this.min-=.5,this.max+=.5),this.single=q,c||k||this.adjustTickAmount())},
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+getTickAmount:function(){var a=this.options,b=a.tickAmount,c=a.tickPixelInterval;!l(a.tickInterval)&&this.len<c&&!this.isRadial&&!this.isLog&&a.startOnTick&&a.endOnTick&&(b=2);!b&&this.alignToOthers()&&(b=Math.ceil(this.len/c)+1);4>b&&(this.finalTickAmt=b,b=5);this.tickAmount=b},adjustTickAmount:function(){var a=this.tickInterval,b=this.tickPositions,c=this.tickAmount,k=this.finalTickAmt,e=b&&b.length;if(e<c){for(;b.length<c;)b.push(p(b[b.length-1]+a));this.transA*=(e-1)/(c-1);this.max=b[b.length-
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+this.options.labels.style.fontSize,this.ticks[0]&&this.ticks[0].label)},unsquish:function(){var a=this.options.labels,b=this.horiz,k=this.tickInterval,e=k,m=this.len/(((this.categories?1:0)+this.max-this.min)/k),q,d=a.rotation,r=this.labelMetrics(),f,n=Number.MAX_VALUE,w,t=function(a){a/=m||1;a=1<a?Math.ceil(a):1;return a*k};b?(w=!a.staggerLines&&!a.step&&(l(d)?[d]:m<A(a.autoRotationLimit,80)&&a.autoRotation))&&c(w,function(a){var b;if(a===d||a&&-90<=a&&90>=a)f=t(Math.abs(r.h/Math.sin(u*a))),b=f+
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+0,0!==this.side)},hasData:function(){return this.hasVisibleSeries||l(this.min)&&l(this.max)&&!!this.tickPositions},addTitle:function(a){var b=this.chart.renderer,g=this.horiz,c=this.opposite,k=this.options.title,e;this.axisTitle||((e=k.textAlign)||(e=(g?{low:"left",middle:"center",high:"right"}:{low:c?"right":"left",middle:"center",high:c?"left":"right"})[k.align]),this.axisTitle=b.text(k.text,0,0,k.useHTML).attr({zIndex:7,rotation:k.rotation||0,align:e}).addClass("highcharts-axis-title").css(k.style).add(this.axisGroup),
+this.axisTitle.isNew=!0);this.axisTitle[a?"show":"hide"](!0)},getOffset:function(){var a=this,b=a.chart,k=b.renderer,e=a.options,m=a.tickPositions,q=a.ticks,d=a.horiz,r=a.side,n=b.inverted?[1,0,3,2][r]:r,w,f,t=0,z,h=0,x=e.title,F=e.labels,p=0,K=b.axisOffset,b=b.clipOffset,J=[-1,1,1,-1][r],u,y=e.className,v=a.axisParent,C=this.tickSize("tick");w=a.hasData();a.showAxis=f=w||A(e.showEmpty,!0);a.staggerLines=a.horiz&&F.staggerLines;a.axisGroup||(a.gridGroup=k.g("grid").attr({zIndex:e.gridZIndex||1}).addClass("highcharts-"+
+this.coll.toLowerCase()+"-grid "+(y||"")).add(v),a.axisGroup=k.g("axis").attr({zIndex:e.zIndex||2}).addClass("highcharts-"+this.coll.toLowerCase()+" "+(y||"")).add(v),a.labelGroup=k.g("axis-labels").attr({zIndex:F.zIndex||7}).addClass("highcharts-"+a.coll.toLowerCase()+"-labels "+(y||"")).add(v));if(w||a.isLinked)c(m,function(b){q[b]?q[b].addLabel():q[b]=new N(a,b)}),a.renderUnsquish(),!1===F.reserveSpace||0!==r&&2!==r&&{1:"left",3:"right"}[r]!==a.labelAlign&&"center"!==a.labelAlign||c(m,function(a){p=
+Math.max(q[a].getLabelSize(),p)}),a.staggerLines&&(p*=a.staggerLines,a.labelOffset=p*(a.opposite?-1:1));else for(u in q)q[u].destroy(),delete q[u];x&&x.text&&!1!==x.enabled&&(a.addTitle(f),f&&(t=a.axisTitle.getBBox()[d?"height":"width"],z=x.offset,h=l(z)?0:A(x.margin,d?5:10)));a.renderLine();a.offset=J*A(e.offset,K[r]);a.tickRotCorr=a.tickRotCorr||{x:0,y:0};k=0===r?-a.labelMetrics().h:2===r?a.tickRotCorr.y:0;h=Math.abs(p)+h;p&&(h=h-k+J*(d?A(F.y,a.tickRotCorr.y+8*J):F.x));a.axisTitleMargin=A(z,h);
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+this.chart.renderer.path().addClass("highcharts-axis-line").add(this.axisGroup),this.axisLine.attr({stroke:this.options.lineColor,"stroke-width":this.options.lineWidth,zIndex:7}))},getTitlePosition:function(){var a=this.horiz,b=this.left,c=this.top,k=this.len,e=this.options.title,m=a?b:c,q=this.opposite,d=this.offset,r=e.x||0,n=e.y||0,w=this.chart.renderer.fontMetrics(e.style&&e.style.fontSize,this.axisTitle).f,k={low:m+(a?0:k),middle:m+k/2,high:m+(a?k:0)}[e.align],b=(a?c+this.height:b)+(a?1:-1)*
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+!1});if(a.hasData()||r)a.minorTickInterval&&!a.categories&&c(a.getMinorTickPositions(),function(b){t[b]||(t[b]=new N(a,b,"minor"));A&&t[b].isNew&&t[b].render(null,!0);t[b].render(null,!1,1)}),n.length&&(c(n,function(b,c){if(!r||b>=a.min&&b<=a.max)f[b]||(f[b]=new N(a,b)),A&&f[b].isNew&&f[b].render(c,!0,.1),f[b].render(c)}),x&&(0===a.min||a.single)&&(f[-1]||(f[-1]=new N(a,-1,null,!0)),f[-1].render(-1))),l&&c(n,function(c,g){v=void 0!==n[g+1]?n[g+1]+x:a.max-x;0===g%2&&c<a.max&&v<=a.max+(b.polar?-x:x)&&
+(z[c]||(z[c]=new k(a)),y=c+x,z[c].options={from:q?d(y):y,to:q?d(v):v,color:l},z[c].render(),z[c].isActive=!0)}),a._addedPlotLB||(c((m.plotLines||[]).concat(m.plotBands||[]),function(b){a.addPlotBandOrLine(b)}),a._addedPlotLB=!0);c([f,t,z],function(a){var c,g,k=[],e=u.duration;for(c in a)a[c].isActive||(a[c].render(c,!1,0),a[c].isActive=!1,k.push(c));J(function(){for(g=k.length;g--;)a[k[g]]&&!a[k[g]].isActive&&(a[k[g]].destroy(),delete a[k[g]])},a!==z&&b.hasRendered&&e?e:0)});p&&(p[p.isPlaced?"animate":
+"attr"]({d:this.getLinePath(p.strokeWidth())}),p.isPlaced=!0,p[K?"show":"hide"](!0));w&&K&&(w[w.isNew?"attr":"animate"](a.getTitlePosition()),w.isNew=!1);h&&h.enabled&&a.renderStackTotals();a.isDirty=!1},redraw:function(){this.visible&&(this.render(),c(this.plotLinesAndBands,function(a){a.render()}));c(this.series,function(a){a.isDirty=!0})},keepProps:"extKey hcEvents names series userMax userMin".split(" "),destroy:function(a){var b=this,g=b.stacks,k,e=b.plotLinesAndBands,m;a||w(b);for(k in g)d(g[k]),
+g[k]=null;c([b.ticks,b.minorTicks,b.alternateBands],function(a){d(a)});if(e)for(a=e.length;a--;)e[a].destroy();c("stackTotalGroup axisLine axisTitle axisGroup gridGroup labelGroup cross".split(" "),function(a){b[a]&&(b[a]=b[a].destroy())});for(m in b)b.hasOwnProperty(m)&&-1===q(m,b.keepProps)&&delete b[m]},drawCrosshair:function(a,b){var c,g=this.crosshair,k=A(g.snap,!0),e,m=this.cross;a||(a=this.cross&&this.cross.e);this.crosshair&&!1!==(l(b)||!k)?(k?l(b)&&(e=this.isXAxis?b.plotX:this.len-b.plotY):
+e=a&&(this.horiz?a.chartX-this.pos:this.len-a.chartY+this.pos),l(e)&&(c=this.getPlotLinePath(b&&(this.isXAxis?b.x:A(b.stackY,b.y)),null,null,null,e)||null),l(c)?(b=this.categories&&!this.isRadial,m||(this.cross=m=this.chart.renderer.path().addClass("highcharts-crosshair highcharts-crosshair-"+(b?"category ":"thin ")+g.className).attr({zIndex:A(g.zIndex,2)}).add(),m.attr({stroke:g.color||(b?f("#ccd6eb").setOpacity(.25).get():"#cccccc"),"stroke-width":A(g.width,1)}),g.dashStyle&&m.attr({dashstyle:g.dashStyle})),
+m.show().attr({d:c}),b&&!g.width&&m.attr({"stroke-width":this.transA}),this.cross.e=a):this.hideCrosshair()):this.hideCrosshair()},hideCrosshair:function(){this.cross&&this.cross.hide()}};n(a.Axis.prototype,h)})(L);(function(a){var D=a.Axis,C=a.Date,G=a.dateFormat,I=a.defaultOptions,h=a.defined,f=a.each,p=a.extend,v=a.getMagnitude,l=a.getTZOffset,u=a.normalizeTickInterval,d=a.pick,c=a.timeUnits;D.prototype.getTimeTicks=function(a,y,t,m){var b=[],q={},n=I.global.useUTC,F,e=new C(y-l(y)),r=C.hcMakeTime,
+x=a.unitRange,A=a.count,k;if(h(y)){e[C.hcSetMilliseconds](x>=c.second?0:A*Math.floor(e.getMilliseconds()/A));if(x>=c.second)e[C.hcSetSeconds](x>=c.minute?0:A*Math.floor(e.getSeconds()/A));if(x>=c.minute)e[C.hcSetMinutes](x>=c.hour?0:A*Math.floor(e[C.hcGetMinutes]()/A));if(x>=c.hour)e[C.hcSetHours](x>=c.day?0:A*Math.floor(e[C.hcGetHours]()/A));if(x>=c.day)e[C.hcSetDate](x>=c.month?1:A*Math.floor(e[C.hcGetDate]()/A));x>=c.month&&(e[C.hcSetMonth](x>=c.year?0:A*Math.floor(e[C.hcGetMonth]()/A)),F=e[C.hcGetFullYear]());
+if(x>=c.year)e[C.hcSetFullYear](F-F%A);if(x===c.week)e[C.hcSetDate](e[C.hcGetDate]()-e[C.hcGetDay]()+d(m,1));F=e[C.hcGetFullYear]();m=e[C.hcGetMonth]();var w=e[C.hcGetDate](),K=e[C.hcGetHours]();if(C.hcTimezoneOffset||C.hcGetTimezoneOffset)k=(!n||!!C.hcGetTimezoneOffset)&&(t-y>4*c.month||l(y)!==l(t)),e=e.getTime(),e=new C(e+l(e));n=e.getTime();for(y=1;n<t;)b.push(n),n=x===c.year?r(F+y*A,0):x===c.month?r(F,m+y*A):!k||x!==c.day&&x!==c.week?k&&x===c.hour?r(F,m,w,K+y*A):n+x*A:r(F,m,w+y*A*(x===c.day?1:
+7)),y++;b.push(n);x<=c.hour&&f(b,function(a){"000000000"===G("%H%M%S%L",a)&&(q[a]="day")})}b.info=p(a,{higherRanks:q,totalRange:x*A});return b};D.prototype.normalizeTimeTickInterval=function(a,d){var f=d||[["millisecond",[1,2,5,10,20,25,50,100,200,500]],["second",[1,2,5,10,15,30]],["minute",[1,2,5,10,15,30]],["hour",[1,2,3,4,6,8,12]],["day",[1,2]],["week",[1,2]],["month",[1,2,3,4,6]],["year",null]];d=f[f.length-1];var m=c[d[0]],b=d[1],q;for(q=0;q<f.length&&!(d=f[q],m=c[d[0]],b=d[1],f[q+1]&&a<=(m*
+b[b.length-1]+c[f[q+1][0]])/2);q++);m===c.year&&a<5*m&&(b=[1,2,5]);a=u(a/m,b,"year"===d[0]?Math.max(v(a/m),1):1);return{unitRange:m,count:a,unitName:d[0]}}})(L);(function(a){var D=a.Axis,C=a.getMagnitude,G=a.map,I=a.normalizeTickInterval,h=a.pick;D.prototype.getLogTickPositions=function(a,p,v,l){var f=this.options,d=this.len,c=this.lin2log,n=this.log2lin,y=[];l||(this._minorAutoInterval=null);if(.5<=a)a=Math.round(a),y=this.getLinearTickPositions(a,p,v);else if(.08<=a)for(var d=Math.floor(p),t,m,
+b,q,z,f=.3<a?[1,2,4]:.15<a?[1,2,4,6,8]:[1,2,3,4,5,6,7,8,9];d<v+1&&!z;d++)for(m=f.length,t=0;t<m&&!z;t++)b=n(c(d)*f[t]),b>p&&(!l||q<=v)&&void 0!==q&&y.push(q),q>v&&(z=!0),q=b;else p=c(p),v=c(v),a=f[l?"minorTickInterval":"tickInterval"],a=h("auto"===a?null:a,this._minorAutoInterval,f.tickPixelInterval/(l?5:1)*(v-p)/((l?d/this.tickPositions.length:d)||1)),a=I(a,null,C(a)),y=G(this.getLinearTickPositions(a,p,v),n),l||(this._minorAutoInterval=a/5);l||(this.tickInterval=a);return y};D.prototype.log2lin=
+function(a){return Math.log(a)/Math.LN10};D.prototype.lin2log=function(a){return Math.pow(10,a)}})(L);(function(a){var D=a.dateFormat,C=a.each,G=a.extend,I=a.format,h=a.isNumber,f=a.map,p=a.merge,v=a.pick,l=a.splat,u=a.syncTimeout,d=a.timeUnits;a.Tooltip=function(){this.init.apply(this,arguments)};a.Tooltip.prototype={init:function(a,d){this.chart=a;this.options=d;this.crosshairs=[];this.now={x:0,y:0};this.isHidden=!0;this.split=d.split&&!a.inverted;this.shared=d.shared||this.split},cleanSplit:function(a){C(this.chart.series,
+function(c){var d=c&&c.tt;d&&(!d.isActive||a?c.tt=d.destroy():d.isActive=!1)})},getLabel:function(){var a=this.chart.renderer,d=this.options;this.label||(this.split?this.label=a.g("tooltip"):(this.label=a.label("",0,0,d.shape||"callout",null,null,d.useHTML,null,"tooltip").attr({padding:d.padding,r:d.borderRadius}),this.label.attr({fill:d.backgroundColor,"stroke-width":d.borderWidth}).css(d.style).shadow(d.shadow)),this.label.attr({zIndex:8}).add());return this.label},update:function(a){this.destroy();
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+c)},pinchTranslateDirection:function(a,f,h,u,d,c,n,y){var t=this.chart,m=a?"x":"y",b=a?"X":"Y",q="chart"+b,l=a?"width":"height",p=t["plot"+(a?"Left":"Top")],e,r,x=y||1,A=t.inverted,k=t.bounds[a?"h":"v"],w=1===f.length,K=f[0][q],J=h[0][q],v=!w&&f[1][q],g=!w&&h[1][q],B;h=function(){!w&&20<Math.abs(K-v)&&(x=y||Math.abs(J-g)/Math.abs(K-v));r=(p-J)/x+K;e=t["plot"+(a?"Width":"Height")]/x};h();f=r;f<k.min?(f=k.min,B=!0):f+e>k.max&&(f=k.max-e,B=!0);B?(J-=.8*(J-n[m][0]),w||(g-=.8*(g-n[m][1])),h()):n[m]=[J,
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+n(this,"afterAnimate")},drawPoints:function(){var a=this.points,b=this.chart,c,e,d,g,f=this.options.marker,h,n,r,l,t=this.markerGroup,q=z(f.enabled,this.xAxis.isRadial?!0:null,this.closestPointRangePx>2*f.radius);if(!1!==f.enabled||this._hasPointMarkers)for(e=a.length;e--;)d=a[e],c=d.plotY,g=d.graphic,h=d.marker||{},n=!!d.marker,r=q&&void 0===h.enabled||h.enabled,l=d.isInside,r&&m(c)&&null!==d.y?(c=z(h.symbol,this.symbol),d.hasImage=0===c.indexOf("url"),r=this.markerAttribs(d,d.selected&&"select"),
+g?g[l?"show":"hide"](!0).animate(r):l&&(0<r.width||d.hasImage)&&(d.graphic=g=b.renderer.symbol(c,r.x,r.y,r.width,r.height,n?h:f).add(t)),g&&g.attr(this.pointAttribs(d,d.selected&&"select")),g&&g.addClass(d.getClassName(),!0)):g&&(d.graphic=g.destroy())},markerAttribs:function(a,b){var c=this.options.marker,e=a&&a.options,k=e&&e.marker||{},e=z(k.radius,c.radius);b&&(c=c.states[b],b=k.states&&k.states[b],e=z(b&&b.radius,c&&c.radius,e+(c&&c.radiusPlus||0)));a.hasImage&&(e=0);a={x:Math.floor(a.plotX)-
+e,y:a.plotY-e};e&&(a.width=a.height=2*e);return a},pointAttribs:function(a,b){var c=this.options.marker,e=a&&a.options,k=e&&e.marker||{},g=this.color,d=e&&e.color,f=a&&a.color,e=z(k.lineWidth,c.lineWidth);a=a&&a.zone&&a.zone.color;g=d||a||f||g;a=k.fillColor||c.fillColor||g;g=k.lineColor||c.lineColor||g;b&&(c=c.states[b],b=k.states&&k.states[b]||{},e=z(b.lineWidth,c.lineWidth,e+z(b.lineWidthPlus,c.lineWidthPlus,0)),a=b.fillColor||c.fillColor||a,g=b.lineColor||c.lineColor||g);return{stroke:g,"stroke-width":e,
+fill:a}},destroy:function(){var a=this,b=a.chart,c=/AppleWebKit\/533/.test(A.navigator.userAgent),e,f=a.data||[],g,h,m;n(a,"destroy");F(a);u(a.axisTypes||[],function(b){(m=a[b])&&m.series&&(d(m.series,a),m.isDirty=m.forceRedraw=!0)});a.legendItem&&a.chart.legend.destroyItem(a);for(e=f.length;e--;)(g=f[e])&&g.destroy&&g.destroy();a.points=null;clearTimeout(a.animationTimeout);for(h in a)a[h]instanceof r&&!a[h].survive&&(e=c&&"group"===h?"hide":"destroy",a[h][e]());b.hoverSeries===a&&(b.hoverSeries=
+null);d(b.series,a);for(h in a)delete a[h]},getGraphPath:function(a,b,c){var e=this,k=e.options,g=k.step,d,f=[],h=[],m;a=a||e.points;(d=a.reversed)&&a.reverse();(g={right:1,center:2}[g]||g&&3)&&d&&(g=4-g);!k.connectNulls||b||c||(a=this.getValidPoints(a));u(a,function(d,n){var r=d.plotX,t=d.plotY,q=a[n-1];(d.leftCliff||q&&q.rightCliff)&&!c&&(m=!0);d.isNull&&!l(b)&&0<n?m=!k.connectNulls:d.isNull&&!b?m=!0:(0===n||m?n=["M",d.plotX,d.plotY]:e.getPointSpline?n=e.getPointSpline(a,d,n):g?(n=1===g?["L",q.plotX,
+t]:2===g?["L",(q.plotX+r)/2,q.plotY,"L",(q.plotX+r)/2,t]:["L",r,q.plotY],n.push("L",r,t)):n=["L",r,t],h.push(d.x),g&&h.push(d.x),f.push.apply(f,n),m=!1)});f.xMap=h;return e.graphPath=f},drawGraph:function(){var a=this,b=this.options,c=(this.gappedPath||this.getGraphPath).call(this),e=[["graph","highcharts-graph",b.lineColor||this.color,b.dashStyle]];u(this.zones,function(c,g){e.push(["zone-graph-"+g,"highcharts-graph highcharts-zone-graph-"+g+" "+(c.className||""),c.color||a.color,c.dashStyle||b.dashStyle])});
+u(e,function(e,g){var k=e[0],d=a[k];d?(d.endX=c.xMap,d.animate({d:c})):c.length&&(a[k]=a.chart.renderer.path(c).addClass(e[1]).attr({zIndex:1}).add(a.group),d={stroke:e[2],"stroke-width":b.lineWidth,fill:a.fillGraph&&a.color||"none"},e[3]?d.dashstyle=e[3]:"square"!==b.linecap&&(d["stroke-linecap"]=d["stroke-linejoin"]="round"),d=a[k].attr(d).shadow(2>g&&b.shadow));d&&(d.startX=c.xMap,d.isArea=c.isArea)})},applyZones:function(){var a=this,b=this.chart,c=b.renderer,e=this.zones,d,g,f=this.clips||[],
+h,m=this.graph,n=this.area,r=Math.max(b.chartWidth,b.chartHeight),l=this[(this.zoneAxis||"y")+"Axis"],q,t,p=b.inverted,x,A,F,y,v=!1;e.length&&(m||n)&&l&&void 0!==l.min&&(t=l.reversed,x=l.horiz,m&&m.hide(),n&&n.hide(),q=l.getExtremes(),u(e,function(e,k){d=t?x?b.plotWidth:0:x?0:l.toPixels(q.min);d=Math.min(Math.max(z(g,d),0),r);g=Math.min(Math.max(Math.round(l.toPixels(z(e.value,q.max),!0)),0),r);v&&(d=g=l.toPixels(q.max));A=Math.abs(d-g);F=Math.min(d,g);y=Math.max(d,g);l.isXAxis?(h={x:p?y:F,y:0,width:A,
+height:r},x||(h.x=b.plotHeight-h.x)):(h={x:0,y:p?y:F,width:r,height:A},x&&(h.y=b.plotWidth-h.y));p&&c.isVML&&(h=l.isXAxis?{x:0,y:t?F:y,height:h.width,width:b.chartWidth}:{x:h.y-b.plotLeft-b.spacingBox.x,y:0,width:h.height,height:b.chartHeight});f[k]?f[k].animate(h):(f[k]=c.clipRect(h),m&&a["zone-graph-"+k].clip(f[k]),n&&a["zone-area-"+k].clip(f[k]));v=e.value>q.max}),this.clips=f)},invertGroups:function(a){function b(){var b={width:c.yAxis.len,height:c.xAxis.len};u(["group","markerGroup"],function(e){c[e]&&
+c[e].attr(b).invert(a)})}var c=this,e;c.xAxis&&(e=D(c.chart,"resize",b),D(c,"destroy",e),b(a),c.invertGroups=b)},plotGroup:function(a,b,c,e,d){var g=this[a],k=!g;k&&(this[a]=g=this.chart.renderer.g(b).attr({zIndex:e||.1}).add(d),g.addClass("highcharts-series-"+this.index+" highcharts-"+this.type+"-series highcharts-color-"+this.colorIndex+" "+(this.options.className||"")));g.attr({visibility:c})[k?"attr":"animate"](this.getPlotBox());return g},getPlotBox:function(){var a=this.chart,b=this.xAxis,c=
+this.yAxis;a.inverted&&(b=c,c=this.xAxis);return{translateX:b?b.left:a.plotLeft,translateY:c?c.top:a.plotTop,scaleX:1,scaleY:1}},render:function(){var a=this,b=a.chart,c,e=a.options,d=!!a.animate&&b.renderer.isSVG&&C(e.animation).duration,g=a.visible?"inherit":"hidden",f=e.zIndex,h=a.hasRendered,m=b.seriesGroup,n=b.inverted;c=a.plotGroup("group","series",g,f,m);a.markerGroup=a.plotGroup("markerGroup","markers",g,f,m);d&&a.animate(!0);c.inverted=a.isCartesian?n:!1;a.drawGraph&&(a.drawGraph(),a.applyZones());
+a.drawDataLabels&&a.drawDataLabels();a.visible&&a.drawPoints();a.drawTracker&&!1!==a.options.enableMouseTracking&&a.drawTracker();a.invertGroups(n);!1===e.clip||a.sharedClipKey||h||c.clip(b.clipRect);d&&a.animate();h||(a.animationTimeout=x(function(){a.afterAnimate()},d));a.isDirty=a.isDirtyData=!1;a.hasRendered=!0},redraw:function(){var a=this.chart,b=this.isDirty||this.isDirtyData,c=this.group,e=this.xAxis,d=this.yAxis;c&&(a.inverted&&c.attr({width:a.plotWidth,height:a.plotHeight}),c.animate({translateX:z(e&&
+e.left,a.plotLeft),translateY:z(d&&d.top,a.plotTop)}));this.translate();this.render();b&&delete this.kdTree},kdDimensions:1,kdAxisArray:["clientX","plotY"],searchPoint:function(a,b){var c=this.xAxis,e=this.yAxis,d=this.chart.inverted;return this.searchKDTree({clientX:d?c.len-a.chartY+c.pos:a.chartX-c.pos,plotY:d?e.len-a.chartX+e.pos:a.chartY-e.pos},b)},buildKDTree:function(){function a(c,e,g){var d,k;if(k=c&&c.length)return d=b.kdAxisArray[e%g],c.sort(function(a,b){return a[d]-b[d]}),k=Math.floor(k/
+2),{point:c[k],left:a(c.slice(0,k),e+1,g),right:a(c.slice(k+1),e+1,g)}}var b=this,c=b.kdDimensions;delete b.kdTree;x(function(){b.kdTree=a(b.getValidPoints(null,!b.directTouch),c,c)},b.options.kdNow?0:1)},searchKDTree:function(a,b){function c(a,b,f,h){var m=b.point,n=e.kdAxisArray[f%h],r,q,t=m;q=l(a[d])&&l(m[d])?Math.pow(a[d]-m[d],2):null;r=l(a[g])&&l(m[g])?Math.pow(a[g]-m[g],2):null;r=(q||0)+(r||0);m.dist=l(r)?Math.sqrt(r):Number.MAX_VALUE;m.distX=l(q)?Math.sqrt(q):Number.MAX_VALUE;n=a[n]-m[n];r=
+0>n?"left":"right";q=0>n?"right":"left";b[r]&&(r=c(a,b[r],f+1,h),t=r[k]<t[k]?r:m);b[q]&&Math.sqrt(n*n)<t[k]&&(a=c(a,b[q],f+1,h),t=a[k]<t[k]?a:t);return t}var e=this,d=this.kdAxisArray[0],g=this.kdAxisArray[1],k=b?"distX":"dist";this.kdTree||this.buildKDTree();if(this.kdTree)return c(a,this.kdTree,this.kdDimensions,this.kdDimensions)}})})(L);(function(a){function D(a,d,c,f,h){var n=a.chart.inverted;this.axis=a;this.isNegative=c;this.options=d;this.x=f;this.total=null;this.points={};this.stack=h;this.rightCliff=
+this.leftCliff=0;this.alignOptions={align:d.align||(n?c?"left":"right":"center"),verticalAlign:d.verticalAlign||(n?"middle":c?"bottom":"top"),y:l(d.y,n?4:c?14:-6),x:l(d.x,n?c?-6:6:0)};this.textAlign=d.textAlign||(n?c?"right":"left":"center")}var C=a.Axis,G=a.Chart,I=a.correctFloat,h=a.defined,f=a.destroyObjectProperties,p=a.each,v=a.format,l=a.pick;a=a.Series;D.prototype={destroy:function(){f(this,this.axis)},render:function(a){var d=this.options,c=d.format,c=c?v(c,this):d.formatter.call(this);this.label?
+this.label.attr({text:c,visibility:"hidden"}):this.label=this.axis.chart.renderer.text(c,null,null,d.useHTML).css(d.style).attr({align:this.textAlign,rotation:d.rotation,visibility:"hidden"}).add(a)},setOffset:function(a,d){var c=this.axis,f=c.chart,h=f.inverted,l=c.reversed,l=this.isNegative&&!l||!this.isNegative&&l,m=c.translate(c.usePercentage?100:this.total,0,0,0,1),c=c.translate(0),c=Math.abs(m-c);a=f.xAxis[0].translate(this.x)+a;var b=f.plotHeight,h={x:h?l?m:m-c:a,y:h?b-a-d:l?b-m-c:b-m,width:h?
+c:d,height:h?d:c};if(d=this.label)d.align(this.alignOptions,null,h),h=d.alignAttr,d[!1===this.options.crop||f.isInsidePlot(h.x,h.y)?"show":"hide"](!0)}};G.prototype.getStacks=function(){var a=this;p(a.yAxis,function(a){a.stacks&&a.hasVisibleSeries&&(a.oldStacks=a.stacks)});p(a.series,function(d){!d.options.stacking||!0!==d.visible&&!1!==a.options.chart.ignoreHiddenSeries||(d.stackKey=d.type+l(d.options.stack,""))})};C.prototype.buildStacks=function(){var a=this.series,d,c=l(this.options.reversedStacks,
+!0),f=a.length,h;if(!this.isXAxis){this.usePercentage=!1;for(h=f;h--;)a[c?h:f-h-1].setStackedPoints();for(h=f;h--;)d=a[c?h:f-h-1],d.setStackCliffs&&d.setStackCliffs();if(this.usePercentage)for(h=0;h<f;h++)a[h].setPercentStacks()}};C.prototype.renderStackTotals=function(){var a=this.chart,d=a.renderer,c=this.stacks,f,h,l=this.stackTotalGroup;l||(this.stackTotalGroup=l=d.g("stack-labels").attr({visibility:"visible",zIndex:6}).add());l.translate(a.plotLeft,a.plotTop);for(f in c)for(h in a=c[f],a)a[h].render(l)};
+C.prototype.resetStacks=function(){var a=this.stacks,d,c;if(!this.isXAxis)for(d in a)for(c in a[d])a[d][c].touched<this.stacksTouched?(a[d][c].destroy(),delete a[d][c]):(a[d][c].total=null,a[d][c].cum=null)};C.prototype.cleanStacks=function(){var a,d,c;if(!this.isXAxis)for(d in this.oldStacks&&(a=this.stacks=this.oldStacks),a)for(c in a[d])a[d][c].cum=a[d][c].total};a.prototype.setStackedPoints=function(){if(this.options.stacking&&(!0===this.visible||!1===this.chart.options.chart.ignoreHiddenSeries)){var a=
+this.processedXData,d=this.processedYData,c=[],f=d.length,p=this.options,t=p.threshold,m=p.startFromThreshold?t:0,b=p.stack,p=p.stacking,q=this.stackKey,v="-"+q,F=this.negStacks,e=this.yAxis,r=e.stacks,x=e.oldStacks,A,k,w,C,J,G,g;e.stacksTouched+=1;for(J=0;J<f;J++)G=a[J],g=d[J],A=this.getStackIndicator(A,G,this.index),C=A.key,w=(k=F&&g<(m?0:t))?v:q,r[w]||(r[w]={}),r[w][G]||(x[w]&&x[w][G]?(r[w][G]=x[w][G],r[w][G].total=null):r[w][G]=new D(e,e.options.stackLabels,k,G,b)),w=r[w][G],null!==g&&(w.points[C]=
+w.points[this.index]=[l(w.cum,m)],h(w.cum)||(w.base=C),w.touched=e.stacksTouched,0<A.index&&!1===this.singleStacks&&(w.points[C][0]=w.points[this.index+","+G+",0"][0])),"percent"===p?(k=k?q:v,F&&r[k]&&r[k][G]?(k=r[k][G],w.total=k.total=Math.max(k.total,w.total)+Math.abs(g)||0):w.total=I(w.total+(Math.abs(g)||0))):w.total=I(w.total+(g||0)),w.cum=l(w.cum,m)+(g||0),null!==g&&(w.points[C].push(w.cum),c[J]=w.cum);"percent"===p&&(e.usePercentage=!0);this.stackedYData=c;e.oldStacks={}}};a.prototype.setPercentStacks=
+function(){var a=this,d=a.stackKey,c=a.yAxis.stacks,f=a.processedXData,h;p([d,"-"+d],function(d){for(var m=f.length,b,n;m--;)if(b=f[m],h=a.getStackIndicator(h,b,a.index,d),b=(n=c[d]&&c[d][b])&&n.points[h.key])n=n.total?100/n.total:0,b[0]=I(b[0]*n),b[1]=I(b[1]*n),a.stackedYData[m]=b[1]})};a.prototype.getStackIndicator=function(a,d,c,f){!h(a)||a.x!==d||f&&a.key!==f?a={x:d,index:0,key:f}:a.index++;a.key=[c,d,a.index].join();return a}})(L);(function(a){var D=a.addEvent,C=a.animate,G=a.Axis,I=a.createElement,
+h=a.css,f=a.defined,p=a.each,v=a.erase,l=a.extend,u=a.fireEvent,d=a.inArray,c=a.isNumber,n=a.isObject,y=a.merge,t=a.pick,m=a.Point,b=a.Series,q=a.seriesTypes,z=a.setAnimation,F=a.splat;l(a.Chart.prototype,{addSeries:function(a,b,c){var e,d=this;a&&(b=t(b,!0),u(d,"addSeries",{options:a},function(){e=d.initSeries(a);d.isDirtyLegend=!0;d.linkSeries();b&&d.redraw(c)}));return e},addAxis:function(a,b,c,d){var e=b?"xAxis":"yAxis",f=this.options;a=y(a,{index:this[e].length,isX:b});new G(this,a);f[e]=F(f[e]||
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+b=c.dataLabels,d=a.points,l,n,e=a.hasRendered||0,r,p,A=u(b.defer,!0),k=a.chart.renderer;if(b.enabled||a._hasPointLabels)a.dlProcessOptions&&a.dlProcessOptions(b),p=a.plotGroup("dataLabelsGroup","data-labels",A&&!e?"hidden":"visible",b.zIndex||6),A&&(p.attr({opacity:+e}),e||D(a,"afterAnimate",function(){a.visible&&p.show(!0);p[c.animation?"animate":"attr"]({opacity:1},{duration:200})})),n=b,I(d,function(e){var d,m=e.dataLabel,q,g,t=e.connector,F=!0,x,A={};l=e.dlOptions||e.options&&e.options.dataLabels;
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+0>b.distance||c.stacking?k.getContrast(e.color||a.color):"#000000");c.cursor&&(A.cursor=c.cursor);for(g in m)void 0===m[g]&&delete m[g];m=e.dataLabel=k[d?"text":"label"](r,0,-9999,b.shape,null,null,b.useHTML,null,"data-label").attr(m);m.addClass("highcharts-data-label-color-"+e.colorIndex+" "+(b.className||"")+(b.useHTML?"highcharts-tracker":""));m.css(h(x,A));m.add(p);m.shadow(b.shadow)}m&&a.alignDataLabel(e,m,b,null,F)}})};c.prototype.alignDataLabel=function(a,c,b,d,f){var m=this.chart,e=m.inverted,
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+d.height},c[f?"attr":"animate"](e).attr({align:t}),l=(q+720)%360,l=180<l&&360>l,"left"===t?e.y-=l?p.height:0:"center"===t?(e.x-=p.width/2,e.y-=p.height/2):"right"===t&&(e.x-=p.width,e.y-=l?0:p.height)):(c.align(b,null,d),e=c.alignAttr),z?this.justifyDataLabel(c,b,e,p,d,f):u(b.crop,!0)&&(v=m.isInsidePlot(e.x,e.y)&&m.isInsidePlot(e.x+p.width,e.y+p.height)),b.shape&&!q&&c.attr({anchorX:a.plotX,anchorY:a.plotY}));v||(c.attr({y:-9999}),c.placed=!1)};c.prototype.justifyDataLabel=function(a,c,b,d,f,h){var e=
+this.chart,m=c.align,l=c.verticalAlign,n,k,p=a.box?0:a.padding||0;n=b.x+p;0>n&&("right"===m?c.align="left":c.x=-n,k=!0);n=b.x+d.width-p;n>e.plotWidth&&("left"===m?c.align="right":c.x=e.plotWidth-n,k=!0);n=b.y+p;0>n&&("bottom"===l?c.verticalAlign="top":c.y=-n,k=!0);n=b.y+d.height-p;n>e.plotHeight&&("top"===l?c.verticalAlign="bottom":c.y=e.plotHeight-n,k=!0);k&&(a.placed=!h,a.align(c,null,f))};n.pie&&(n.pie.prototype.drawDataLabels=function(){var d=this,f=d.data,b,h=d.chart,l=d.options.dataLabels,n=
+u(l.connectorPadding,10),e=u(l.connectorWidth,1),r=h.plotWidth,v=h.plotHeight,A,k=l.distance,w=d.center,y=w[2]/2,D=w[1],G=0<k,g,B,L,M,R=[[],[]],E,H,P,Q,O=[0,0,0,0];d.visible&&(l.enabled||d._hasPointLabels)&&(c.prototype.drawDataLabels.apply(d),I(f,function(a){a.dataLabel&&a.visible&&(R[a.half].push(a),a.dataLabel._pos=null)}),I(R,function(c,e){var f,m,q=c.length,t,u,F;if(q)for(d.sortByAngle(c,e-.5),0<k&&(f=Math.max(0,D-y-k),m=Math.min(D+y+k,h.plotHeight),t=p(c,function(a){if(a.dataLabel)return F=
+a.dataLabel.getBBox().height||21,{target:a.labelPos[1]-f+F/2,size:F,rank:a.y}}),a.distribute(t,m+F-f)),Q=0;Q<q;Q++)b=c[Q],L=b.labelPos,g=b.dataLabel,P=!1===b.visible?"hidden":"inherit",u=L[1],t?void 0===t[Q].pos?P="hidden":(M=t[Q].size,H=f+t[Q].pos):H=u,E=l.justify?w[0]+(e?-1:1)*(y+k):d.getX(H<f+2||H>m-2?u:H,e),g._attr={visibility:P,align:L[6]},g._pos={x:E+l.x+({left:n,right:-n}[L[6]]||0),y:H+l.y-10},L.x=E,L.y=H,null===d.options.size&&(B=g.width,E-B<n?O[3]=Math.max(Math.round(B-E+n),O[3]):E+B>r-n&&
+(O[1]=Math.max(Math.round(E+B-r+n),O[1])),0>H-M/2?O[0]=Math.max(Math.round(-H+M/2),O[0]):H+M/2>v&&(O[2]=Math.max(Math.round(H+M/2-v),O[2])))}),0===C(O)||this.verifyDataLabelOverflow(O))&&(this.placeDataLabels(),G&&e&&I(this.points,function(a){var b;A=a.connector;if((g=a.dataLabel)&&g._pos&&a.visible){P=g._attr.visibility;if(b=!A)a.connector=A=h.renderer.path().addClass("highcharts-data-label-connector highcharts-color-"+a.colorIndex).add(d.dataLabelsGroup),A.attr({"stroke-width":e,stroke:l.connectorColor||
+a.color||"#666666"});A[b?"attr":"animate"]({d:d.connectorPath(a.labelPos)});A.attr("visibility",P)}else A&&(a.connector=A.destroy())}))},n.pie.prototype.connectorPath=function(a){var c=a.x,b=a.y;return u(this.options.dataLabels.softConnector,!0)?["M",c+("left"===a[6]?5:-5),b,"C",c,b,2*a[2]-a[4],2*a[3]-a[5],a[2],a[3],"L",a[4],a[5]]:["M",c+("left"===a[6]?5:-5),b,"L",a[2],a[3],"L",a[4],a[5]]},n.pie.prototype.placeDataLabels=function(){I(this.points,function(a){var c=a.dataLabel;c&&a.visible&&((a=c._pos)?
+(c.attr(c._attr),c[c.moved?"animate":"attr"](a),c.moved=!0):c&&c.attr({y:-9999}))})},n.pie.prototype.alignDataLabel=l,n.pie.prototype.verifyDataLabelOverflow=function(a){var c=this.center,b=this.options,f=b.center,h=b.minSize||80,l,e;null!==f[0]?l=Math.max(c[2]-Math.max(a[1],a[3]),h):(l=Math.max(c[2]-a[1]-a[3],h),c[0]+=(a[3]-a[1])/2);null!==f[1]?l=Math.max(Math.min(l,c[2]-Math.max(a[0],a[2])),h):(l=Math.max(Math.min(l,c[2]-a[0]-a[2]),h),c[1]+=(a[0]-a[2])/2);l<c[2]?(c[2]=l,c[3]=Math.min(d(b.innerSize||
+0,l),l),this.translate(c),this.drawDataLabels&&this.drawDataLabels()):e=!0;return e});n.column&&(n.column.prototype.alignDataLabel=function(a,d,b,f,h){var l=this.chart.inverted,e=a.series,m=a.dlBox||a.shapeArgs,n=u(a.below,a.plotY>u(this.translatedThreshold,e.yAxis.len)),p=u(b.inside,!!this.options.stacking);m&&(f=v(m),0>f.y&&(f.height+=f.y,f.y=0),m=f.y+f.height-e.yAxis.len,0<m&&(f.height-=m),l&&(f={x:e.yAxis.len-f.y-f.height,y:e.xAxis.len-f.x-f.width,width:f.height,height:f.width}),p||(l?(f.x+=n?
+0:f.width,f.width=0):(f.y+=n?f.height:0,f.height=0)));b.align=u(b.align,!l||p?"center":n?"right":"left");b.verticalAlign=u(b.verticalAlign,l||p?"middle":n?"top":"bottom");c.prototype.alignDataLabel.call(this,a,d,b,f,h)})})(L);(function(a){var D=a.Chart,C=a.each,G=a.pick,I=a.addEvent;D.prototype.callbacks.push(function(a){function f(){var f=[];C(a.series,function(a){var h=a.options.dataLabels,p=a.dataLabelCollections||["dataLabel"];(h.enabled||a._hasPointLabels)&&!h.allowOverlap&&a.visible&&C(p,function(d){C(a.points,
+function(a){a[d]&&(a[d].labelrank=G(a.labelrank,a.shapeArgs&&a.shapeArgs.height),f.push(a[d]))})})});a.hideOverlappingLabels(f)}f();I(a,"redraw",f)});D.prototype.hideOverlappingLabels=function(a){var f=a.length,h,v,l,u,d,c,n,y,t,m=function(a,c,d,f,e,h,l,m){return!(e>a+d||e+l<a||h>c+f||h+m<c)};for(v=0;v<f;v++)if(h=a[v])h.oldOpacity=h.opacity,h.newOpacity=1;a.sort(function(a,c){return(c.labelrank||0)-(a.labelrank||0)});for(v=0;v<f;v++)for(l=a[v],h=v+1;h<f;++h)if(u=a[h],l&&u&&l.placed&&u.placed&&0!==
+l.newOpacity&&0!==u.newOpacity&&(d=l.alignAttr,c=u.alignAttr,n=l.parentGroup,y=u.parentGroup,t=2*(l.box?0:l.padding),d=m(d.x+n.translateX,d.y+n.translateY,l.width-t,l.height-t,c.x+y.translateX,c.y+y.translateY,u.width-t,u.height-t)))(l.labelrank<u.labelrank?l:u).newOpacity=0;C(a,function(a){var b,c;a&&(c=a.newOpacity,a.oldOpacity!==c&&a.placed&&(c?a.show(!0):b=function(){a.hide()},a.alignAttr.opacity=c,a[a.isOld?"animate":"attr"](a.alignAttr,null,b)),a.isOld=!0)})}})(L);(function(a){var D=a.addEvent,
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+a.dataLabel.div.point=a:a.dataLabel.element.point=a)});a._hasTracking||(p(a.trackerGroups,function(b){if(a[b]){a[b].addClass("highcharts-tracker").on("mouseover",d).on("mouseout",function(a){c.onTrackerMouseOut(a)});if(u)a[b].on("touchstart",d);a.options.cursor&&a[b].css(I).css({cursor:a.options.cursor})}}),a._hasTracking=!0)},drawTrackerGraph:function(){var a=this,b=a.options,c=b.trackByArea,d=[].concat(c?a.areaPath:a.graphPath),f=d.length,h=a.chart,l=h.pointer,m=h.renderer,n=h.options.tooltip.snap,
+q=a.tracker,g,t=function(){if(h.hoverSeries!==a)a.onMouseOver()},v="rgba(192,192,192,"+(z?.0001:.002)+")";if(f&&!c)for(g=f+1;g--;)"M"===d[g]&&d.splice(g+1,0,d[g+1]-n,d[g+2],"L"),(g&&"M"===d[g]||g===f)&&d.splice(g,0,"L",d[g-2]+n,d[g-1]);q?q.attr({d:d}):a.graph&&(a.tracker=m.path(d).attr({"stroke-linejoin":"round",visibility:a.visible?"visible":"hidden",stroke:v,fill:c?v:"none","stroke-width":a.graph.strokeWidth()+(c?0:2*n),zIndex:2}).add(a.group),p([a.tracker,a.markerGroup],function(a){a.addClass("highcharts-tracker").on("mouseover",
+t).on("mouseout",function(a){l.onTrackerMouseOut(a)});b.cursor&&a.css({cursor:b.cursor});if(u)a.on("touchstart",t)}))}};q.column&&(q.column.prototype.drawTracker=a.drawTrackerPoint);q.pie&&(q.pie.prototype.drawTracker=a.drawTrackerPoint);q.scatter&&(q.scatter.prototype.drawTracker=a.drawTrackerPoint);v(n.prototype,{setItemEvents:function(a,b,c){var e=this,d=e.chart,f="highcharts-legend-"+(a.series?"point":"series")+"-active";(c?b:a.legendGroup).on("mouseover",function(){a.setState("hover");d.seriesGroup.addClass(f);
+b.css(e.options.itemHoverStyle)}).on("mouseout",function(){b.css(a.visible?e.itemStyle:e.itemHiddenStyle);d.seriesGroup.removeClass(f);a.setState()}).on("click",function(b){var c=function(){a.setVisible&&a.setVisible()};b={browserEvent:b};a.firePointEvent?a.firePointEvent("legendItemClick",b,c):l(a,"legendItemClick",b,c)})},createCheckboxForItem:function(a){a.checkbox=G("input",{type:"checkbox",checked:a.selected,defaultChecked:a.selected},this.options.itemCheckboxStyle,this.chart.container);D(a.checkbox,
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+!1,k)},zoomOut:function(){var a=this;l(a,"selection",{resetSelection:!0},function(){a.zoom()})},zoom:function(a){var b,d=this.pointer,f=!1,h;!a||a.resetSelection?p(this.axes,function(a){b=a.zoom()}):p(a.xAxis.concat(a.yAxis),function(a){var c=a.axis;d[c.isXAxis?"zoomX":"zoomY"]&&(b=c.zoom(a.min,a.max),c.displayBtn&&(f=!0))});h=this.resetZoomButton;f&&!h?this.showResetZoom():!f&&c(h)&&(this.resetZoomButton=h.destroy());b&&this.redraw(t(this.options.chart.animation,a&&a.animation,100>this.pointCount))},
+pan:function(a,b){var c=this,e=c.hoverPoints,d;e&&p(e,function(a){a.setState()});p("xy"===b?[1,0]:[1],function(b){b=c[b?"xAxis":"yAxis"][0];var e=b.horiz,f=a[e?"chartX":"chartY"],e=e?"mouseDownX":"mouseDownY",h=c[e],k=(b.pointRange||0)/2,g=b.getExtremes(),l=b.toValue(h-f,!0)+k,k=b.toValue(h+b.len-f,!0)-k,m=k<l,h=m?k:l,l=m?l:k,k=Math.min(g.dataMin,g.min)-h,g=l-Math.max(g.dataMax,g.max);b.series.length&&0>k&&0>g&&(b.setExtremes(h,l,!1,!1,{trigger:"pan"}),d=!0);c[e]=f});d&&c.redraw(!1);I(c.container,
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+</script>
+<script type="text/javascript">////////////////////////////////////////////////
+// Base JS for MultiQC Reports
+////////////////////////////////////////////////
+
+// Helper config - is defined and object length > 0?
+function notEmptyObj(obj) {
+  try {
+    if (obj === undefined) {
+      return false;
+    }
+    if (obj.length == 0) {
+      return false;
+    }
+  } catch (e) {
+    return false;
+  }
+  return true;
+}
+
+$(function () {
+  // Enable the bootstrap tooltip hovers
+  $('[data-toggle="tooltip"]').tooltip();
+
+  // Side nav expansion
+  $("#side-nav-handle").click(function (e) {
+    $(".mainpage, .side-nav, .footer").toggleClass("hidden-nav");
+    $("#side-nav-handle span").toggleClass("glyphicon-triangle-left glyphicon-triangle-right");
+    // send resize trigger for replotting after css animation
+    setTimeout(function () {
+      $(document).resize();
+    }, 510);
+  });
+
+  // Hide welcome alert if setting saved
+  try {
+    var hide_welcome = localStorage.getItem("mqc_hide_welcome");
+    if (hide_welcome !== "true") {
+      $("#mqc_header_hr").slideUp();
+      $("#mqc_welcome").slideDown();
+    }
+    $("#mqc_hide_welcome_btn").click(function (e) {
+      localStorage.setItem("mqc_hide_welcome", "true");
+    });
+  } catch (e) {
+    console.log(
+      "Could not access localStorage: " +
+        e +
+        "\nPlease disable 'Block third-party cookies and site data' or browser equivalent."
+    );
+  }
+  $("#mqc_hide_welcome_btn, #mqc_welcome .close").click(function (e) {
+    $("#mqc_header_hr").show();
+  });
+
+  // Initialise module DOI popovers
+  $(".module-doi").click(function (e) {
+    // Don't follow the link
+    e.preventDefault();
+    var el = $(this);
+
+    // Check if we already have a popover
+    if (el.data("bs.popover")) {
+      return;
+    }
+
+    // Check if we already failed to get a popover
+    if (el.hasClass("no-doi-details")) {
+      window.open(el.attr("href"), "_blank");
+    }
+
+    // Get full paper details
+    var doi = $(this).data("doi");
+    $.get("https://api.crossref.org/works/" + doi, function (data) {
+      // Prepare fields
+      var title = data.message.title[0];
+      var journal = data.message["short-container-title"][0];
+      var year = data.message.published["date-parts"][0][0];
+      var authors = [];
+      $.each(data.message.author, function (idx, author) {
+        authors.push(author.given);
+      });
+      var content = "<p><em>" + journal + "</em> (" + year + ")</p>";
+      content += "<p class='small'>" + authors.join(", ") + "</p>";
+      content += '<p><a href="https://doi.org/' + doi + '" class="btn btn-primary" target="_blank">View paper</a></p>';
+      // Make the popover
+      el.popover({
+        title: title,
+        content: content,
+        html: true,
+        trigger: "focus",
+        placement: "auto left",
+      });
+      el.popover("show");
+    }).fail(function () {
+      el.addClass("no-doi-details");
+      window.open(el.attr("href"), "_blank");
+    });
+  });
+});
+</script>
+<script type="text/javascript">////////////////////////////////////////////////
+// MultiQC Table code
+////////////////////////////////////////////////
+
+var brewer_scales = [
+  "YlOrRd",
+  "YlOrBr",
+  "YlGnBu",
+  "YlGn",
+  "Reds",
+  "RdPu",
+  "Purples",
+  "PuRd",
+  "PuBuGn",
+  "PuBu",
+  "OrRd",
+  "Oranges",
+  "Greys",
+  "Greens",
+  "GnBu",
+  "BuPu",
+  "BuGn",
+  "Blues",
+  "Set3",
+  "Set2",
+  "Set1",
+  "Pastel2",
+  "Pastel1",
+  "Paired",
+  "Dark2",
+  "Accent",
+  "Spectral",
+  "RdYlGn",
+  "RdYlBu",
+  "RdGy",
+  "RdBu",
+  "PuOr",
+  "PRGn",
+  "PiYG",
+  "BrBG",
+];
+
+// Execute when page load has finished loading
+$(function () {
+  if ($(".mqc_table").length > 0) {
+    // Enable tablesorter on MultiQC tables
+    var strip_non_numeric = function (node) {
+      return node.innerText.replace(/[^\d.-]/g, "");
+    };
+    $(".mqc_table").tablesorter({ sortInitialOrder: "desc", textExtraction: strip_non_numeric });
+
+    // Update tablesorter if samples renamed
+    $(document).on("mqc_renamesamples", function (e, f_texts, t_texts, regex_mode) {
+      $(".mqc_table").trigger("update");
+    });
+
+    // Copy table contents to clipboard
+    var clipboard = new Clipboard(".mqc_table_copy_btn");
+    clipboard.on("success", function (e) {
+      e.clearSelection();
+    });
+    $(".mqc_table_copy_btn").click(function () {
+      var btn = $(this);
+      btn.addClass("active").html('<span class="glyphicon glyphicon-copy"></span> Copied!');
+      setTimeout(function () {
+        btn.removeClass("active").html('<span class="glyphicon glyphicon-copy"></span> Copy table');
+      }, 2000);
+    });
+
+    // Make table headers fixed when table body scrolls (use CSS transforms)
+    // http://stackoverflow.com/a/25902860/713980
+    $(".mqc-table-responsive").scroll(function () {
+      $(this)
+        .find("thead")
+        .css("transform", "translate(0," + $(this).scrollTop() + "px)");
+    });
+
+    // Table header-specific bootstrap tooltips
+    $(".mqc_table_tooltip").tooltip({ container: "body" });
+
+    // Expand tables to full height
+    $(".mqc-table-expand").click(function () {
+      if ($(this).find("span").hasClass("glyphicon-chevron-down")) {
+        $(this).parent().find(".mqc-table-responsive").css("max-height", "none");
+        $(this).find("span").removeClass("glyphicon-chevron-down").addClass("glyphicon-chevron-up");
+      } else {
+        $(this).parent().find(".mqc-table-responsive").css("max-height", "400px");
+        $(this).find("span").removeClass("glyphicon-chevron-down").addClass("glyphicon-chevron-down");
+      }
+    });
+
+    /////// COLUMN CONFIG
+    // show + hide columns
+    $(".mqc_table_col_visible").change(function () {
+      var target = $(this).data("target");
+      mqc_table_col_updateVisible(target);
+    });
+    // Bulk set visible / hidden
+    $(".mqc_configModal_bulkVisible").click(function (e) {
+      e.preventDefault();
+      var target = $(this).data("target");
+      var visible = $(this).data("action") == "showAll";
+      $(target + "_configModal_table tbody .mqc_table_col_visible").prop("checked", visible);
+      mqc_table_col_updateVisible(target);
+    });
+    function mqc_table_col_updateVisible(target) {
+      $(target + "_configModal_table .mqc_table_col_visible").each(function () {
+        var cclass = $(this).val();
+        if ($(this).is(":checked")) {
+          $(target + " ." + cclass).removeClass("hidden");
+          $(target + "_configModal_table ." + cclass).removeClass("text-muted");
+        } else {
+          $(target + " ." + cclass).addClass("hidden");
+          $(target + "_configModal_table ." + cclass).addClass("text-muted");
+        }
+      });
+      // Hide empty rows
+      $(target + " tbody tr").show();
+      $(target + " tbody tr").each(function () {
+        var hasVal = false;
+        $(this)
+          .find("td:visible")
+          .each(function () {
+            if (!$(this).hasClass("sorthandle") && $(this).text() !== "") {
+              hasVal = true;
+            }
+          });
+        if (!hasVal) {
+          $(this).hide();
+        }
+      });
+      // Update counts
+      $(target + "_numrows").text($(target + " tbody tr:visible").length);
+      $(target + "_numcols").text($(target + " thead th:visible").length - 1);
+    }
+
+    // Make rows in MultiQC tables sortable
+    $(".mqc_table.mqc_sortable tbody").sortable({
+      handle: ".sorthandle",
+      helper: function fixWidthHelper(e, ui) {
+        ui.children().each(function () {
+          $(this).width($(this).width());
+        });
+        return ui;
+      },
+    });
+
+    // Change order of columns
+    $(".mqc_configModal_table").on("sortstop", function (e, ui) {
+      change_mqc_table_col_order($(this));
+    });
+    $(".mqc_configModal_table").bind("sortEnd", function () {
+      change_mqc_table_col_order($(this));
+    });
+
+    // TOOLBOX LISTENERS
+
+    // highlight samples
+    $(document).on("mqc_highlights", function (e, f_texts, f_cols, regex_mode) {
+      $(".mqc_table_sortHighlight").hide();
+      $(".mqc_table tbody th").removeClass("highlighted").removeData("highlight");
+      $(".mqc_table tbody th").each(function (i) {
+        var th = $(this);
+        var thtext = $(this).text();
+        var thiscol = "#333";
+        $.each(f_texts, function (idx, f_text) {
+          if ((regex_mode && thtext.match(f_text)) || (!regex_mode && thtext.indexOf(f_text) > -1)) {
+            thiscol = f_cols[idx];
+            th.addClass("highlighted").data("highlight", idx);
+            $(".mqc_table_sortHighlight").show();
+          }
+        });
+        $(this).css("color", thiscol);
+      });
+    });
+
+    // Sort MultiQC tables by highlight
+    $(".mqc_table_sortHighlight").click(function (e) {
+      e.preventDefault();
+      var target = $(this).data("target");
+      // collect highlighted rows
+      var hrows = $(target + " tbody th.highlighted")
+        .parent()
+        .detach();
+      hrows = hrows.sort(function (a, b) {
+        return $(a).find("th").data("highlight") - $(b).find("th").data("highlight");
+      });
+      if ($(this).data("direction") == "desc") {
+        hrows = hrows.get().reverse();
+        $(target + " tbody").prepend(hrows);
+        $(this).data("direction", "asc");
+      } else {
+        $(target + " tbody").append(hrows);
+        $(this).data("direction", "desc");
+      }
+    });
+
+    // Rename samples
+    $(document).on("mqc_renamesamples", function (e, f_texts, t_texts, regex_mode) {
+      $(".mqc_table tbody th").each(function () {
+        var s_name = String($(this).data("original-sn"));
+        $.each(f_texts, function (idx, f_text) {
+          if (regex_mode) {
+            var re = new RegExp(f_text, "g");
+            s_name = s_name.replace(re, t_texts[idx]);
+          } else {
+            s_name = s_name.replace(f_text, t_texts[idx]);
+          }
+        });
+        $(this).text(s_name);
+      });
+    });
+
+    // Hide samples
+    $(document).on("mqc_hidesamples", function (e, f_texts, regex_mode) {
+      // Hide rows in MultiQC tables
+      $(".mqc_table tbody th").each(function () {
+        var match = false;
+        var hfilter = $(this).text();
+        $.each(f_texts, function (idx, f_text) {
+          if ((regex_mode && hfilter.match(f_text)) || (!regex_mode && hfilter.indexOf(f_text) > -1)) {
+            match = true;
+          }
+        });
+        if (window.mqc_hide_mode == "show") {
+          match = !match;
+        }
+        if (match) {
+          $(this).parent().hide().addClass("hidden");
+        } else {
+          $(this).parent().show().removeClass("hidden");
+        }
+      });
+      $(".mqc_table_numrows").each(function () {
+        var tid = $(this).attr("id").replace("_numrows", "");
+        $(this).text($("#" + tid + " tbody tr:visible").length);
+      });
+
+      // Hide empty columns
+      $(".mqc_table").each(function () {
+        var table = $(this);
+        var gsthidx = 0;
+        table.find("thead th, tbody tr td").show();
+        table.find("thead th").each(function () {
+          if (gsthidx == 0) {
+            gsthidx += 1;
+            return true;
+          }
+          var count = 0;
+          var empties = 0;
+          table
+            .find("tbody tr td:nth-child(" + (gsthidx + 2) + ")")
+            .filter(":visible")
+            .each(function () {
+              count += 1;
+              if ($(this).text() == "") {
+                empties += 1;
+              }
+            });
+          if (count > 0 && count == empties) {
+            $(this).hide();
+            table.find("tbody tr td:nth-child(" + (gsthidx + 2) + ")").hide();
+          }
+          gsthidx += 1;
+        });
+      });
+      $(".mqc_table_numcols").each(function () {
+        var tid = $(this).attr("id").replace("_numcols", "");
+        $(this).text($("#" + tid + " thead th:visible").length - 1);
+      });
+    });
+  } // End of check for table
+
+  // Table Scatter Modal
+  $("#tableScatterForm").submit(function (e) {
+    e.preventDefault();
+  });
+  $(".mqc_table_makeScatter").click(function (e) {
+    // Reset dropdowns
+    if ($("#tableScatter_tid").val() != $(this).data("table")) {
+      $("#tableScatter_col1, #tableScatter_col2").html('<option value="">Select Column</option>');
+      // Add columns to dropdowns
+      $($(this).data("table") + " thead tr th").each(function (e) {
+        var c_id = $(this).attr("id");
+        if (c_id != undefined) {
+          var c_name = $(this).attr("data-namespace") + ": " + $(this).text();
+          $("#tableScatter_col1, #tableScatter_col2").append('<option value="' + c_id + '">' + c_name + "</select>");
+        }
+      });
+      $("#tableScatter_tid").val($(this).data("table"));
+      $("#tableScatterPlot").html("<small>Please select two table columns.</small>").addClass("not_rendered");
+    }
+  });
+  $("#tableScatterForm select").change(function (e) {
+    var tid = $("#tableScatter_tid").val();
+    var col1 = $("#tableScatter_col1").val().replace("header_", "");
+    var col2 = $("#tableScatter_col2").val().replace("header_", "");
+    var col1_name = $("#tableScatter_col1 option:selected").text();
+    var col2_name = $("#tableScatter_col2 option:selected").text();
+    var col1_max = parseFloat($(tid + " thead th#header_" + col1).data("dmax"));
+    var col1_min = parseFloat($(tid + " thead th#header_" + col1).data("dmin"));
+    var col2_max = parseFloat($(tid + " thead th#header_" + col2).data("dmax"));
+    var col2_min = parseFloat($(tid + " thead th#header_" + col2).data("dmin"));
+    if (isNaN(col1_max)) {
+      col1_max = undefined;
+    }
+    if (isNaN(col1_min)) {
+      col1_min = undefined;
+    }
+    if (isNaN(col2_max)) {
+      col2_max = undefined;
+    }
+    if (isNaN(col2_min)) {
+      col2_min = undefined;
+    }
+    if (col1 != "" && col2 != "") {
+      $("#tableScatterPlot").html("<small>loading..</small>");
+      if ($(tid).attr("data-title")) {
+        plot_title = $(tid).attr("data-title");
+      } else {
+        plot_title = tid.replace(/^#/, "").replace(/_/g, " ");
+      }
+      // Get the data values
+      mqc_plots["tableScatterPlot"] = {
+        plot_type: "scatter",
+        config: {
+          id: "tableScatter_" + tid,
+          title: plot_title,
+          xlab: col1_name,
+          ylab: col2_name,
+          xmin: col1_min,
+          xmax: col1_max,
+          ymin: col2_min,
+          ymax: col2_max,
+        },
+        datasets: [[]],
+      };
+      $(tid + " tbody tr").each(function (e) {
+        var s_name = $(this).children("th.rowheader").text();
+        var val_1 = $(this)
+          .children("td." + col1)
+          .text()
+          .replace(/[^\d\.]/g, "");
+        var val_2 = $(this)
+          .children("td." + col2)
+          .text()
+          .replace(/[^\d\.]/g, "");
+        if (!isNaN(parseFloat(val_1)) && isFinite(val_1) && !isNaN(parseFloat(val_2)) && isFinite(val_2)) {
+          mqc_plots["tableScatterPlot"]["datasets"][0].push({
+            name: s_name,
+            x: parseFloat(val_1),
+            y: parseFloat(val_2),
+          });
+        }
+      });
+      if (Object.keys(mqc_plots["tableScatterPlot"]["datasets"][0]).length > 0) {
+        if (plot_scatter_plot("tableScatterPlot") == false) {
+          $("#tableScatterPlot").html("<small>Error: Something went wrong when plotting the scatter plot.</small>");
+          $("#tableScatterPlot").addClass("not_rendered");
+        } else {
+          $("#tableScatterPlot").removeClass("not_rendered");
+        }
+      } else {
+        $("#tableScatterPlot").html("<small>Error: No data pairs found for these columns.</small>");
+        $("#tableScatterPlot").addClass("not_rendered");
+      }
+    } else {
+      $("#tableScatterPlot").html("<small>Please select two table columns.</small>");
+      $("#tableScatterPlot").addClass("not_rendered");
+    }
+  });
+});
+
+// Reorder columns in MultiQC tables.
+// Note: Don't have to worry about floating headers, as 'Configure Columns'
+// button is only visible when this is hidden. Ace!
+function change_mqc_table_col_order(table) {
+  // Find the targets of this sorting
+  var tid = table.attr("id");
+  var target = tid.replace("_configModal_table", "");
+
+  // Collect the desired order of columns
+  var classes = [];
+  $("#" + tid + " tbody tr").each(function () {
+    classes.push($(this).attr("class"));
+  });
+  // Go through each row
+  $("#" + target + " tr").each(function () {
+    var cols = {};
+    var row = $(this);
+    // Detach any cell that matches a known class from above
+    row.find("td, th").each(function () {
+      var cell = $(this);
+      $.each(classes, function (idx, c) {
+        if (cell.hasClass(c)) {
+          cols[c] = cell.detach();
+        }
+      });
+    });
+    // Insert detached cells back in the order given in the sorted table
+    for (var idx in classes) {
+      var c = classes[idx];
+      if (cols[c] !== undefined) {
+        row.append(cols[c]);
+      }
+    }
+  });
+}
+</script>
+<script type="text/javascript">////////////////////////////////////////////////
+// HighCharts Plotting Code
+////////////////////////////////////////////////
+
+// Global plot data variable
+mqc_plots = {};
+
+// Initialise the toolbox filters
+window.mqc_highlight_f_texts = [];
+window.mqc_highlight_f_cols = [];
+window.mqc_highlight_regex_mode = false;
+window.mqc_rename_f_texts = [];
+window.mqc_rename_t_texts = [];
+window.mqc_rename_regex_mode = false;
+window.mqc_hide_mode = "hide";
+window.mqc_hide_f_texts = [];
+window.mqc_hide_regex_mode = false;
+window.HCDefaults = undefined;
+
+// Execute when page load has finished loading
+$(function () {
+  // Show loading warning
+  $(".mqc_loading_warning").show();
+
+  // Decompress the JSON plot data
+  mqc_plots = JSON.parse(LZString.decompressFromBase64(mqc_compressed_plotdata));
+
+  // HighCharts Defaults
+  window.HCDefaults = $.extend(true, {}, Highcharts.getOptions(), {});
+  Highcharts.setOptions({
+    credits: {
+      enabled: true,
+      text: "Created with MultiQC",
+      href: "http://multiqc.info",
+    },
+    lang: {
+      decimalPoint: mqc_config["decimalPoint_format"] == undefined ? "." : mqc_config["decimalPoint_format"],
+      thousandsSep: mqc_config["thousandsSep_format"] == undefined ? " " : mqc_config["thousandsSep_format"],
+    },
+    exporting: {
+      buttons: {
+        contextButton: {
+          menuItems: null,
+          onclick: function () {
+            // Tick only this plot in the toolbox and slide out
+            $("#mqc_export_selectplots input").prop("checked", false);
+            $('#mqc_export_selectplots input[value="' + this.renderTo.id + '"]').prop("checked", true);
+            // Special case - Table scatter plots are in a modal, need to close this first
+            if (this.renderTo.id == "tableScatterPlot") {
+              $("#tableScatterModal").modal("hide");
+            }
+            mqc_toolbox_openclose("#mqc_exportplots", true);
+          },
+          text: '<span style="color:#999999;">Export Plot</span>',
+          symbol:
+            "url(data:image/png;base64,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)",
+          symbolX: 23,
+          symbolY: 19,
+        },
+      },
+    },
+  });
+
+  // Render plots on page load
+  $(".hc-plot.not_rendered:visible:not(.gt_max_num_ds)").each(function () {
+    var target = $(this).attr("id");
+    // Only one point per dataset, so multiply limit by arbitrary number.
+    var max_num = mqc_config["num_datasets_plot_limit"] * 50;
+    // Deferring each plot call prevents browser from locking up
+    setTimeout(function () {
+      plot_graph(target, undefined, max_num);
+      if ($(".hc-plot.not_rendered:visible:not(.gt_max_num_ds)").length == 0) {
+        $(".mqc_loading_warning").hide();
+      }
+    }, 50);
+  });
+  if ($(".hc-plot.not_rendered:visible:not(.gt_max_num_ds)").length == 0) {
+    $(".mqc_loading_warning").hide();
+  }
+
+  // Render a plot when clicked
+  $("body").on("click", ".render_plot", function (e) {
+    var target = $(this).parent().attr("id");
+    plot_graph(target);
+    if ($(".hc-plot.not_rendered").length == 0) {
+      $("#mqc-warning-many-samples").hide();
+    }
+  });
+
+  // Render all plots from header
+  $("#mqc-render-all-plots").click(function () {
+    $(".hc-plot.not_rendered").each(function () {
+      var target = $(this).attr("id");
+      plot_graph(target);
+    });
+    $("#mqc-warning-many-samples").hide();
+  });
+
+  // Replot graphs when something changed in filters
+  $(document).on("mqc_highlights mqc_renamesamples mqc_hidesamples", function () {
+    // Replot graphs
+    $(".hc-plot:not(.not_rendered)").each(function () {
+      var target = $(this).attr("id");
+      plot_graph(target);
+    });
+  });
+
+  // Switch a HighCharts axis or data source
+  $(".hc_switch_group button").click(function (e) {
+    e.preventDefault();
+    $(this).siblings("button.active").removeClass("active");
+    $(this).addClass("active");
+    var target = $(this).data("target");
+    var action = $(this).data("action");
+    // Switch between values and percentages
+    if (action == "set_percent" || action == "set_numbers") {
+      var sym = action == "set_percent" ? "%" : "#";
+      var stack_type = action == "set_percent" ? "percent" : "normal";
+      mqc_plots[target]["config"]["stacking"] = stack_type;
+      mqc_plots[target]["config"]["ytype"] = "linear";
+      // Workaround for manually set y-axis maximums on the % stacked plot
+      if (action == "set_percent") {
+        mqc_plots[target]["config"]["old_ymax"] = mqc_plots[target]["config"]["ymax"];
+        delete mqc_plots[target]["config"]["ymax"];
+      } else {
+        if ("old_ymax" in mqc_plots[target]["config"]) {
+          mqc_plots[target]["config"]["ymax"] = mqc_plots[target]["config"]["old_ymax"];
+        }
+      }
+      plot_graph(target);
+      var ylab = $(this).data("ylab");
+      if (ylab != undefined) {
+        $("#" + target)
+          .highcharts()
+          .yAxis[0].setTitle({ text: ylab });
+      }
+      var xlab = $(this).data("xlab");
+      if (xlab != undefined) {
+        $("#" + target)
+          .highcharts()
+          .xAxis[0].setTitle({ text: xlab });
+      }
+    }
+    // Switch to log10 axis
+    if (action == "set_log") {
+      mqc_plots[target]["config"]["ytype"] = "logarithmic";
+      plot_graph(target);
+    }
+    // Switch data source
+    if (action == "set_data") {
+      var ds = $(this).data("newdata");
+      plot_graph(target, ds);
+      var ylab = $(this).data("ylab");
+      var xlab = $(this).data("xlab");
+      var ymax = $(this).data("ymax");
+      if (ylab != undefined) {
+        $("#" + target)
+          .highcharts()
+          .yAxis[0].setTitle({ text: ylab });
+      }
+      if (xlab != undefined) {
+        $("#" + target)
+          .highcharts()
+          .xAxis[0].setTitle({ text: xlab });
+      }
+      if (ymax != undefined) {
+        $("#" + target)
+          .highcharts()
+          .yAxis[0].setExtremes(null, ymax);
+      }
+    }
+  });
+
+  // Make HighCharts divs height-draggable
+  // http://jsfiddle.net/Lkwb86c8/
+  $(".hc-plot:not(.no-handle)").each(function () {
+    if (!$(this).parent().hasClass("hc-plot-wrapper")) {
+      $(this).wrap('<div class="hc-plot-wrapper"></div>');
+    }
+    if (!$(this).siblings().hasClass("hc-plot-handle")) {
+      $(this).after('<div class="hc-plot-handle"><span></span><span></span><span></span></div>');
+    }
+    $(this).css({ height: "auto", top: 0, bottom: "10px", position: "absolute" });
+  });
+  $(".hc-plot-handle").on("mousedown", function (e) {
+    var wrapper = $(this).parent();
+    var handle = $(this);
+    var startHeight = wrapper.height();
+    var pY = e.pageY;
+    $(document).on("mouseup", function (e) {
+      // Clear listeners now that we've let go
+      $(document).off("mousemove");
+      $(document).off("mouseup");
+      // Fire off a custom jQuery event for other javascript chunks to tie into
+      // Bind to the plot div, which should have a custom ID
+      $(wrapper.parent().find(".hc-plot, .beeswarm-plot")).trigger("mqc_plotresize");
+    });
+    $(document).on("mousemove", function (me) {
+      wrapper.css("height", startHeight + (me.pageY - pY));
+    });
+  });
+  // Trigger HighCharts reflow when a plot is resized
+  $(".hc-plot, .beeswarm-plot").on("mqc_plotresize", function (e) {
+    if ($(this).highcharts()) {
+      $(this).highcharts().reflow();
+    }
+  });
+
+  // Switch a y axis limit on or off
+  $(".mqc_hcplot_plotgroup").on("click", ".mqc_hcplot_yaxis_limit_toggle .mqc_switch_wrapper", function () {
+    var target = $($(this).data("target")).highcharts();
+    var ymax = $(this).data("ymax");
+    var ymin = $(this).data("ymin");
+    ymax = ymax == "undefined" ? null : ymax;
+    ymin = ymin == "undefined" ? null : ymin;
+    var mqc_switch = $(this).find(".mqc_switch");
+    if (mqc_switch.hasClass("on")) {
+      target.yAxis[0].update({ max: null, min: null });
+      mqc_switch.removeClass("on").addClass("off").text("off");
+    } else {
+      target.yAxis[0].update({ max: ymax, min: ymin });
+      mqc_switch.removeClass("off").addClass("on").text("on");
+    }
+  });
+
+  // Sort a heatmap by highlighted names
+  $(".mqc_heatmap_sortHighlight").click(function (e) {
+    e.preventDefault();
+    var target = $(this).data("target").substr(1);
+    if (mqc_plots[target]["config"]["sortHighlights"] == true) {
+      mqc_plots[target]["config"]["sortHighlights"] = false;
+      $(this).removeClass("active");
+    } else {
+      mqc_plots[target]["config"]["sortHighlights"] = true;
+      $(this).addClass("active");
+    }
+    $(this).blur();
+    plot_heatmap(target);
+  });
+});
+
+// Call to render any plot
+function plot_graph(target, ds, max_num) {
+  if (mqc_plots[target] === undefined) {
+    return false;
+  }
+
+  // If no dataset specified, check if there is an active button and set automatically
+  if (ds === undefined) {
+    var ds_btns = $('.hc_switch_group button[data-action="set_data"][data-target="' + target + '"]');
+    if (ds_btns.length) {
+      ds = ds_btns.filter(".active").data("newdata");
+    }
+  }
+
+  // If log status is not set and button is there, check whether it's active by default
+  var config = mqc_plots[target]["config"];
+  if (config === undefined) {
+    mqc_plots[target]["config"] = {};
+    config = {};
+  }
+  if (config["ytype"] === undefined) {
+    var log_btn = $('.hc_switch_group button[data-action="set_log"][data-target="' + target + '"]');
+    if (log_btn.length && log_btn.hasClass("active")) {
+      config["ytype"] = "logarithmic";
+    }
+  }
+
+  // XY Line charts
+  if (mqc_plots[target]["plot_type"] == "xy_line") {
+    if (max_num === undefined || mqc_plots[target]["datasets"][0].length < max_num) {
+      plot_xy_line_graph(target, ds);
+      $("#" + target).removeClass("not_rendered");
+    } else {
+      $("#" + target)
+        .addClass("not_rendered gt_max_num_ds")
+        .html('<button class="btn btn-default btn-lg render_plot">Show plot</button>');
+    }
+  }
+  // Bar graphs
+  else if (mqc_plots[target]["plot_type"] == "bar_graph") {
+    if (max_num === undefined || mqc_plots[target]["samples"][0].length < max_num) {
+      plot_stacked_bar_graph(target, ds);
+      $("#" + target).removeClass("not_rendered");
+    } else {
+      $("#" + target)
+        .addClass("not_rendered gt_max_num_ds")
+        .html('<button class="btn btn-default btn-lg render_plot">Show plot</button>');
+    }
+  }
+  // Scatter plots
+  else if (mqc_plots[target]["plot_type"] == "scatter") {
+    if (max_num === undefined || Object.keys(mqc_plots[target]["datasets"][0]).length < max_num) {
+      plot_scatter_plot(target, ds);
+      $("#" + target).removeClass("not_rendered");
+    } else {
+      $("#" + target)
+        .addClass("not_rendered gt_max_num_ds")
+        .html('<button class="btn btn-default btn-lg render_plot">Show plot</button>');
+    }
+  }
+  // Beeswarm graphs
+  else if (mqc_plots[target]["plot_type"] == "beeswarm") {
+    if (max_num === undefined || mqc_plots[target]["samples"][0].length < max_num) {
+      plot_beeswarm_graph(target, ds);
+      $("#" + target).removeClass("not_rendered");
+    } else {
+      $("#" + target)
+        .addClass("not_rendered gt_max_num_ds")
+        .html('<button class="btn btn-default btn-lg render_plot">Show plot</button>');
+    }
+  }
+  // Heatmap plots
+  else if (mqc_plots[target]["plot_type"] == "heatmap") {
+    if (max_num === undefined || mqc_plots[target]["xcats"][0].length < max_num) {
+      plot_heatmap(target, ds);
+      $("#" + target).removeClass("not_rendered");
+    } else {
+      $("#" + target)
+        .addClass("not_rendered gt_max_num_ds")
+        .html('<button class="btn btn-default btn-lg render_plot">Show plot</button>');
+    }
+  }
+  // Not recognised
+  else {
+    console.log("Did not recognise plot type: " + mqc_plots[target]["plot_type"]);
+  }
+}
+
+// Basic Line Graph
+function plot_xy_line_graph(target, ds) {
+  if (mqc_plots[target] === undefined || mqc_plots[target]["plot_type"] !== "xy_line") {
+    return false;
+  }
+  var config = mqc_plots[target]["config"];
+  var data = mqc_plots[target]["datasets"];
+  if (ds === undefined) {
+    ds = 0;
+  }
+
+  if (config["tt_label"] === undefined) {
+    config["tt_label"] = "{point.x}: {point.y:.2f}";
+    if (config["categories"]) {
+      config["tt_formatter"] = function () {
+        yval =
+          Highcharts.numberFormat(this.y, config["tt_decimals"] == undefined ? 0 : config["tt_decimals"]) +
+          (config["tt_suffix"] || "");
+        return (
+          '<div style="background-color:' +
+          this.series.color +
+          '; display:inline-block; height: 10px; width: 10px; border:1px solid #333;"></div> <span style="text-decoration:underline; font-weight:bold;">' +
+          this.series.name +
+          "</span><br><strong>" +
+          this.key +
+          ":</strong> " +
+          yval
+        );
+      };
+    }
+  }
+  if (config["click_func"] === undefined) {
+    config["click_func"] = function () {};
+  } else {
+    config["click_func"] = eval("(" + config["click_func"] + ")");
+    if (config["cursor"] === undefined) {
+      config["cursor"] = "pointer";
+    }
+  }
+  if (config["xDecimals"] === undefined) {
+    config["xDecimals"] = true;
+  }
+  if (config["yDecimals"] === undefined) {
+    config["yDecimals"] = true;
+  }
+  if (config["pointFormat"] === undefined) {
+    config["pointFormat"] =
+      '<div style="background-color:{series.color}; display:inline-block; height: 10px; width: 10px; border:1px solid #333;"></div> <span style="text-decoration:underline; font-weight:bold;">{series.name}</span><br>' +
+      config["tt_label"];
+  }
+  if (config["ytype"] === undefined) {
+    config["ytype"] = config["yLog"] ? "logarithmic" : "linear";
+  }
+  if (config["ytype"] == "logarithmic") {
+    if (config["ymin"] == 0) {
+      config["ymin"] = undefined;
+    }
+    var minTickInt = "auto";
+  } else {
+    var minTickInt = undefined;
+  }
+
+  // Make a clone of the data, so that we can mess with it,
+  // while keeping the original data in tact
+  var data = JSON.parse(JSON.stringify(mqc_plots[target]["datasets"][ds]));
+
+  // Rename samples
+  if (window.mqc_rename_f_texts.length > 0) {
+    $.each(data, function (j, s) {
+      $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+        if (window.mqc_rename_regex_mode) {
+          var re = new RegExp(f_text, "g");
+          data[j]["name"] = data[j]["name"].replace(re, window.mqc_rename_t_texts[idx]);
+        } else {
+          data[j]["name"] = data[j]["name"].replace(f_text, window.mqc_rename_t_texts[idx]);
+        }
+      });
+    });
+  }
+
+  // Highlight samples
+  if (window.mqc_highlight_f_texts.length > 0) {
+    $.each(data, function (j, s) {
+      $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+        if (
+          (window.mqc_highlight_regex_mode && data[j]["name"].match(f_text)) ||
+          (!window.mqc_highlight_regex_mode && data[j]["name"].indexOf(f_text) > -1)
+        ) {
+          data[j]["color"] = window.mqc_highlight_f_cols[idx];
+        }
+      });
+    });
+  }
+
+  // Hide samples
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .parent()
+    .find(".samples-hidden-warning")
+    .remove();
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .show();
+  if (window.mqc_hide_f_texts.length > 0) {
+    var num_hidden = 0;
+    var num_total = data.length;
+    var j = data.length;
+    while (j--) {
+      var match = false;
+      for (i = 0; i < window.mqc_hide_f_texts.length; i++) {
+        var f_text = window.mqc_hide_f_texts[i];
+        if (window.mqc_hide_regex_mode) {
+          if (data[j]["name"].match(f_text)) {
+            match = true;
+          }
+        } else {
+          if (data[j]["name"].indexOf(f_text) > -1) {
+            match = true;
+          }
+        }
+      }
+      if (window.mqc_hide_mode == "show") {
+        match = !match;
+      }
+      if (match) {
+        data.splice(j, 1);
+        num_hidden += 1;
+      }
+    }
+    // Some series hidden. Show a warning text string.
+    if (num_hidden > 0) {
+      var alert =
+        '<div class="samples-hidden-warning alert alert-warning"><span class="glyphicon glyphicon-info-sign"></span> <strong>Warning:</strong> ' +
+        num_hidden +
+        ' samples hidden. <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a></div>';
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .before(alert);
+    }
+    // All series hidden. Hide the graph.
+    if (num_hidden == num_total) {
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .hide();
+      return false;
+    }
+  }
+
+  // Toggle buttons for y-axis limis
+  // Handler for this is at top, so doesn't get created multiple times
+  if (config["ymax"] != undefined || config["ymin"] != undefined) {
+    var pgroup = $("#" + target).closest(".mqc_hcplot_plotgroup");
+    var wrapper = $('<div class="mqc_hcplot_yaxis_limit_toggle hidden-xs" />').prependTo(pgroup);
+    wrapper.append(
+      '<span class="mqc_switch_wrapper" data-ymax="' +
+        config["ymax"] +
+        '" data-ymin="' +
+        config["ymin"] +
+        '" data-target="#' +
+        target +
+        '">Y-Limits: <span class="mqc_switch on">on</span></span>'
+    );
+    wrapper.after('<div class="clearfix" />');
+  }
+
+  // Make the highcharts plot
+  Highcharts.chart(target, {
+    chart: {
+      type: "line",
+      zoomType: "x",
+    },
+    title: {
+      text: config["title"],
+      x: 30, // fudge to center over plot area rather than whole plot
+    },
+    xAxis: {
+      title: {
+        text: config["xlab"],
+      },
+      labels: { format: config["xLabelFormat"] ? config["xLabelFormat"] : "{value}" },
+      type: config["xLog"] ? "logarithmic" : "linear",
+      categories: config["categories"],
+      ceiling: config["xCeiling"],
+      floor: config["xFloor"],
+      max: config["xmax"],
+      min: config["xmin"],
+      minRange: config["xMinRange"],
+      allowDecimals: config["xDecimals"],
+      plotBands: config["xPlotBands"],
+      plotLines: config["xPlotLines"],
+    },
+    yAxis: {
+      title: {
+        text: config["ylab"],
+      },
+      labels: { format: config["yLabelFormat"] ? config["yLabelFormat"] : "{value}" },
+      type: config["ytype"],
+      ceiling: config["yCeiling"],
+      floor: config["yFloor"],
+      max: config["ymax"],
+      min: config["ymin"],
+      minRange: config["yMinRange"],
+      allowDecimals: config["yDecimals"],
+      plotBands: config["yPlotBands"],
+      plotLines: config["yPlotLines"],
+    },
+    plotOptions: {
+      series: {
+        marker: { enabled: false },
+        cursor: config["cursor"],
+        point: {
+          events: {
+            click: config["click_func"],
+          },
+        },
+      },
+    },
+    legend: {
+      enabled: false,
+    },
+    tooltip: {
+      headerFormat: "",
+      pointFormat: config["pointFormat"],
+      formatter: config["tt_formatter"],
+      useHTML: true,
+    },
+    series: data,
+  });
+}
+
+// Stacked Bar Graph
+function plot_stacked_bar_graph(target, ds) {
+  if (mqc_plots[target] === undefined || mqc_plots[target]["plot_type"] !== "bar_graph") {
+    return false;
+  }
+  if (ds === undefined) {
+    ds = 0;
+  }
+
+  // Make a clone of the everything, so that we can mess with it,
+  // while keeping the original data in tact
+  var data = JSON.parse(JSON.stringify(mqc_plots[target]["datasets"][ds]));
+  var cats = JSON.parse(JSON.stringify(mqc_plots[target]["samples"][ds]));
+  var config = JSON.parse(JSON.stringify(mqc_plots[target]["config"]));
+
+  if (config["stacking"] === undefined) {
+    config["stacking"] = "normal";
+  }
+  if (config["stacking"] === "normal") {
+    config["groupPadding"] = "0.02";
+    config["pointPadding"] = "0.1";
+  } else {
+    config["groupPadding"] = "0.1";
+    config["pointPadding"] = 0;
+  }
+  if (config["ytype"] === undefined) {
+    config["ytype"] = "linear";
+  }
+  if (config["reversedStacks"] === undefined) {
+    config["reversedStacks"] = false;
+  }
+  if (config["use_legend"] === undefined) {
+    config["use_legend"] = true;
+  }
+  if (config["yDecimals"] === undefined) {
+    config["yDecimals"] = true;
+  }
+  if (config["click_func"] === undefined) {
+    config["click_func"] = function () {};
+  } else {
+    if (config["cursor"] === undefined) {
+      config["cursor"] = "pointer";
+    }
+  }
+  if (config["tt_percentages"] === undefined) {
+    config["tt_percentages"] = true;
+  }
+  if (config["borderWidth"] === undefined) {
+    config["borderWidth"] = 0;
+  }
+
+  if (config["ytype"] == "logarithmic") {
+    if (config["ymin"] == 0 || config["ymin"] == undefined) {
+      config["ymin"] = 1;
+    }
+    var minTickInt = "auto";
+  } else {
+    var minTickInt = undefined;
+  }
+
+  // Rename samples
+  if (window.mqc_rename_f_texts.length > 0) {
+    $.each(cats, function (j, s_name) {
+      $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+        if (window.mqc_rename_regex_mode) {
+          var re = new RegExp(f_text, "g");
+          cats[j] = cats[j].replace(re, window.mqc_rename_t_texts[idx]);
+        } else {
+          cats[j] = cats[j].replace(f_text, window.mqc_rename_t_texts[idx]);
+        }
+      });
+    });
+  }
+
+  // Highlight samples
+  if (window.mqc_highlight_f_texts.length > 0) {
+    $.each(cats, function (j, s_name) {
+      $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+        if (f_text == "") {
+          return true;
+        } // skip blanks
+        if (
+          (window.mqc_highlight_regex_mode && s_name.match(f_text)) ||
+          (!window.mqc_highlight_regex_mode && s_name.indexOf(f_text) > -1)
+        ) {
+          // Make the data point in each series with this index have a border colour
+          $.each(data, function (k, d) {
+            data[k]["data"][j] = {
+              y: data[k]["data"][j],
+              borderColor: window.mqc_highlight_f_cols[idx],
+            };
+          });
+        }
+      });
+    });
+    // Bump the borderWidth to make the highlights more obvious
+    if (config["borderWidth"] <= 2) {
+      config["borderWidth"] = 2;
+    }
+  }
+
+  // Hide samples
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .parent()
+    .find(".samples-hidden-warning")
+    .remove();
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .show();
+  if (window.mqc_hide_f_texts.length > 0) {
+    var num_hidden = 0;
+    var num_total = cats.length;
+    var j = cats.length;
+    while (j--) {
+      var s_name = cats[j];
+      var match = false;
+      for (i = 0; i < window.mqc_hide_f_texts.length; i++) {
+        var f_text = window.mqc_hide_f_texts[i];
+        if (window.mqc_hide_regex_mode) {
+          if (s_name.match(f_text)) {
+            match = true;
+          }
+        } else {
+          if (s_name.indexOf(f_text) > -1) {
+            match = true;
+          }
+        }
+      }
+      if (window.mqc_hide_mode == "show") {
+        match = !match;
+      }
+      if (match) {
+        cats.splice(j, 1);
+        $.each(data, function (k, d) {
+          data[k]["data"].splice(j, 1);
+        });
+        num_hidden += 1;
+      }
+    }
+    // Some series hidden. Show a warning text string.
+    if (num_hidden > 0) {
+      var alert =
+        '<div class="samples-hidden-warning alert alert-warning"><span class="glyphicon glyphicon-info-sign"></span> <strong>Warning:</strong> ' +
+        num_hidden +
+        ' samples hidden. <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a></div>';
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .before(alert);
+    }
+    // All series hidden. Hide the graph.
+    if (num_hidden == num_total) {
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .hide();
+      return false;
+    }
+  }
+
+  // Make the highcharts plot
+  Highcharts.chart(target, {
+    chart: {
+      type: "bar",
+      zoomType: "x",
+    },
+    title: {
+      text: config["title"],
+    },
+    xAxis: {
+      categories: cats,
+      min: 0,
+      title: {
+        text: config["xlab"],
+      },
+    },
+    yAxis: {
+      title: {
+        text: config["ylab"],
+      },
+      labels: { format: config["yLabelFormat"] ? config["yLabelFormat"] : "{value}" },
+      ceiling: config["yCeiling"],
+      floor: config["yFloor"],
+      minRange: config["yMinRange"],
+      max: config["ymax"],
+      min: config["ymin"],
+      type: config["ytype"],
+      labels: {
+        format: config["ylab_format"],
+      },
+      allowDecimals: config["yDecimals"],
+      reversedStacks: config["reversedStacks"],
+      minorTickInterval: minTickInt,
+    },
+    plotOptions: {
+      series: {
+        stacking: config["stacking"],
+        pointPadding: config["pointPadding"],
+        groupPadding: config["groupPadding"],
+        borderWidth: config["borderWidth"],
+      },
+      cursor: config["cursor"],
+      point: {
+        events: {
+          click: config["click_func"],
+        },
+      },
+    },
+    legend: {
+      enabled: config["use_legend"],
+    },
+    tooltip: {
+      formatter: function () {
+        var colspan = config["tt_percentages"] ? 3 : 2;
+        var s =
+          '<table><tr><th colspan="' +
+          colspan +
+          '" style="font-weight:bold; text-decoration:underline;">' +
+          this.x +
+          "</th></tr>";
+        $.each(this.points, function () {
+          yval =
+            Highcharts.numberFormat(this.y, config["tt_decimals"] == undefined ? 0 : config["tt_decimals"]) +
+            (config["tt_suffix"] || "");
+          ypct = Highcharts.numberFormat(this.percentage, 1);
+          s +=
+            '<tr> \
+            <td style="font-weight:bold; color:' +
+            this.series.color +
+            '; border-bottom:1px solid #dedede;">' +
+            this.series.name +
+            ':</td>\
+            <td style="text-align:right; border-bottom:1px solid #dedede; padding: 0 15px;">' +
+            yval +
+            "</td>";
+          if (config["tt_percentages"]) {
+            s += '<td style="text-align:right; border-bottom:1px solid #dedede;">(' + ypct + "%)</td>";
+          }
+          s += "</tr>";
+        });
+        s += "</table>";
+        return s;
+      },
+      shared: true,
+      useHTML: true,
+    },
+    series: data,
+  });
+}
+
+// Scatter plot
+function plot_scatter_plot(target, ds) {
+  if (mqc_plots[target] === undefined || mqc_plots[target]["plot_type"] !== "scatter") {
+    return false;
+  }
+  var config = mqc_plots[target]["config"];
+  var data = mqc_plots[target]["datasets"];
+  if (ds === undefined) {
+    ds = 0;
+  }
+
+  if (config["marker_colour"] === undefined) {
+    config["marker_colour"] = "rgba(124, 181, 236, .5)";
+  }
+  if (config["marker_size"] === undefined) {
+    config["marker_size"] = 5;
+  }
+  if (config["marker_line_colour"] === undefined) {
+    config["marker_line_colour"] = "#999";
+  }
+  if (config["marker_line_width"] === undefined) {
+    config["marker_line_width"] = 1;
+  }
+  if (config["tt_label"] === undefined) {
+    config["tt_label"] = "X: <strong>{point.x:.2f}</strong><br/>Y: <strong>{point.y:.2f}</strong>";
+  }
+  if (config["click_func"] === undefined) {
+    config["click_func"] = function () {};
+  } else {
+    config["click_func"] = eval("(" + config["click_func"] + ")");
+    if (config["cursor"] === undefined) {
+      config["cursor"] = "pointer";
+    }
+  }
+  if (config["xDecimals"] === undefined) {
+    config["xDecimals"] = true;
+  }
+  if (config["yDecimals"] === undefined) {
+    config["yDecimals"] = true;
+  }
+  if (config["pointFormat"] === undefined) {
+    config["pointFormat"] =
+      '<div style="background-color:{point.color}; display:inline-block; height: 10px; width: 10px; border:1px solid #333;"></div> <span style="text-decoration:underline; font-weight:bold;">{point.name}</span><br>' +
+      config["tt_label"];
+  }
+
+  // Make a clone of the data, so that we can mess with it,
+  // while keeping the original data in tact
+  var data = JSON.parse(JSON.stringify(mqc_plots[target]["datasets"][ds]));
+
+  // Rename samples
+  if (window.mqc_rename_f_texts.length > 0) {
+    $.each(data, function (j, s) {
+      $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+        if (window.mqc_rename_regex_mode) {
+          var re = new RegExp(f_text, "g");
+          data[j]["name"] = data[j]["name"].replace(re, window.mqc_rename_t_texts[idx]);
+        } else {
+          data[j]["name"] = data[j]["name"].replace(f_text, window.mqc_rename_t_texts[idx]);
+        }
+      });
+    });
+  }
+
+  // Highlight samples
+  if (window.mqc_highlight_f_texts.length > 0) {
+    $.each(data, function (j, s) {
+      if ("marker" in data[j]) {
+        data[j]["marker"]["lineWidth"] = 0;
+      } else {
+        data[j]["marker"] = { lineWidth: 0 };
+      }
+      var match = false;
+      $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+        if (f_text == "") {
+          return true;
+        }
+        if (
+          (window.mqc_highlight_regex_mode && data[j]["name"].match(f_text)) ||
+          (!window.mqc_highlight_regex_mode && data[j]["name"].indexOf(f_text) > -1)
+        ) {
+          data[j]["color"] = window.mqc_highlight_f_cols[idx];
+          match = true;
+        }
+      });
+      if (!match) {
+        data[j]["color"] = "rgba(100,100,100,0.2)";
+      }
+    });
+  }
+
+  // Hide samples
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .parent()
+    .find(".samples-hidden-warning")
+    .remove();
+  $("#" + target)
+    .closest(".mqc_hcplot_plotgroup")
+    .show();
+  if (window.mqc_hide_f_texts.length > 0) {
+    var num_hidden = 0;
+    var num_total = data.length;
+    var j = data.length;
+    while (j--) {
+      var match = false;
+      for (i = 0; i < window.mqc_hide_f_texts.length; i++) {
+        var f_text = window.mqc_hide_f_texts[i];
+        if (window.mqc_hide_regex_mode) {
+          if (data[j]["name"].match(f_text)) {
+            match = true;
+          }
+        } else {
+          if (data[j]["name"].indexOf(f_text) > -1) {
+            match = true;
+          }
+        }
+      }
+      if (window.mqc_hide_mode == "show") {
+        match = !match;
+      }
+      if (match) {
+        data.splice(j, 1);
+        num_hidden += 1;
+      }
+    }
+    // Some series hidden. Show a warning text string.
+    if (num_hidden > 0) {
+      var alert =
+        '<div class="samples-hidden-warning alert alert-warning"><span class="glyphicon glyphicon-info-sign"></span> <strong>Warning:</strong> ' +
+        num_hidden +
+        ' samples hidden. <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a></div>';
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .before(alert);
+    }
+    // All series hidden. Hide the graph.
+    if (num_hidden == num_total) {
+      $("#" + target)
+        .closest(".mqc_hcplot_plotgroup")
+        .hide();
+      return false;
+    }
+  }
+
+  // Make the highcharts plot
+  Highcharts.chart(
+    target,
+    {
+      chart: {
+        type: "scatter",
+        zoomType: "xy",
+        plotBorderWidth: 1,
+        height: config["square"] ? 500 : undefined,
+        width: config["square"] ? 500 : undefined,
+      },
+      title: {
+        text: config["title"],
+        x: 30, // fudge to center over plot area rather than whole plot
+      },
+      xAxis: {
+        title: {
+          text: config["xlab"],
+        },
+        type: config["xLog"] ? "logarithmic" : "linear",
+        gridLineWidth: 1,
+        categories: config["categories"],
+        ceiling: config["xCeiling"],
+        floor: config["xFloor"],
+        max: config["xmax"],
+        min: config["xmin"],
+        minRange: config["xMinRange"],
+        allowDecimals: config["xDecimals"],
+        plotBands: config["xPlotBands"],
+        plotLines: config["xPlotLines"],
+      },
+      yAxis: {
+        title: {
+          text: config["ylab"],
+        },
+        type: config["yLog"] ? "logarithmic" : "linear",
+        ceiling: config["yCeiling"],
+        floor: config["yFloor"],
+        max: config["ymax"],
+        min: config["ymin"],
+        minRange: config["yMinRange"],
+        allowDecimals: config["yDecimals"],
+        plotBands: config["yPlotBands"],
+        plotLines: config["yPlotLines"],
+      },
+      plotOptions: {
+        series: {
+          animation: false,
+          marker: {
+            radius: config["marker_size"],
+            lineColor: config["marker_line_colour"],
+            lineWidth: config["marker_line_width"],
+            states: {
+              hover: {
+                enabled: config["enableHover"] == undefined ? true : config["enableHover"],
+                lineColor: "rgb(100,100,100)",
+              },
+            },
+          },
+          turboThreshold: config["turboThreshold"],
+          enableMouseTracking: config["enableMouseTracking"],
+          cursor: config["cursor"],
+          point: {
+            events: {
+              click: config["click_func"],
+            },
+          },
+        },
+      },
+      legend: {
+        enabled: false,
+      },
+      tooltip: {
+        headerFormat: "",
+        pointFormat: config["pointFormat"],
+        useHTML: true,
+        formatter: function () {
+          if (!this.point.noTooltip) {
+            // Formatter function doesn't do name for some reason
+            fstring = config["pointFormat"].replace("{point.name}", this.point.name);
+            return Highcharts.Point.prototype.tooltipFormatter.call(this, fstring);
+          }
+          return false;
+        },
+      },
+      series: [
+        {
+          color: config["marker_colour"],
+          data: data,
+        },
+      ],
+    },
+    // Maintain aspect ratio as chart size changes
+    function (this_chart) {
+      if (config["square"]) {
+        var resizeCh = function (chart) {
+          // Extra width for legend
+          var lWidth = chart.options.legend.enabled ? 30 : 0;
+          // Work out new chart width, assuming needs to be narrower
+          var chHeight = $(chart.renderTo).height();
+          var chWidth = $(chart.renderTo).width();
+          var nChHeight = chHeight;
+          var nChWidth = chHeight + lWidth;
+          // Chart is already too narrow, make it less tall
+          if (chWidth < nChWidth) {
+            nChHeight = chWidth - lWidth;
+            nChWidth = chWidth;
+          }
+          chart.setSize(nChWidth, nChHeight);
+        };
+        // Resize on load
+        resizeCh(this_chart);
+        // Resize on graph resize
+        $(this_chart.renderTo).on("mqc_plotresize", function (e) {
+          resizeCh(this_chart);
+        });
+      }
+    }
+  );
+}
+
+// Beeswarm plot
+function plot_beeswarm_graph(target, ds) {
+  if (mqc_plots[target] === undefined || mqc_plots[target]["plot_type"] !== "beeswarm") {
+    return false;
+  }
+  var config = mqc_plots[target]["config"];
+  if (ds === undefined) {
+    ds = 0;
+  }
+
+  // Make a clone of the data, so that we can mess with it,
+  // while keeping the original data in tact
+  var datasets = JSON.parse(JSON.stringify(mqc_plots[target]["datasets"]));
+  var samples = JSON.parse(JSON.stringify(mqc_plots[target]["samples"]));
+  var categories = JSON.parse(JSON.stringify(mqc_plots[target]["categories"]));
+
+  // Rename samples
+  if (window.mqc_rename_f_texts.length > 0) {
+    for (i = 0; i < samples.length; i++) {
+      for (j = 0; j < samples[i].length; j++) {
+        $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+          if (window.mqc_rename_regex_mode) {
+            var re = new RegExp(f_text, "g");
+            samples[i][j] = samples[i][j].replace(re, window.mqc_rename_t_texts[idx]);
+          } else {
+            samples[i][j] = samples[i][j].replace(f_text, window.mqc_rename_t_texts[idx]);
+          }
+        });
+      }
+    }
+  }
+
+  // Highlight samples
+  var baseColour = "rgb(55,126,184)"; // Blue points by default
+  var seriesColours = {};
+  if (window.mqc_highlight_f_texts.length > 0) {
+    baseColour = "rgb(80,80,80)"; // Grey points if no highlight
+    for (i = 0; i < samples.length; i++) {
+      for (j = 0; j < samples[i].length; j++) {
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (
+            (window.mqc_highlight_regex_mode && samples[i][j].match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && samples[i][j].indexOf(f_text) > -1)
+          ) {
+            seriesColours[samples[i][j]] = window.mqc_highlight_f_cols[idx];
+          }
+        });
+      }
+    }
+  }
+
+  // Hide samples
+  $("#" + target)
+    .closest(".hc-plot-wrapper")
+    .parent()
+    .find(".samples-hidden-warning")
+    .remove();
+  $("#" + target)
+    .closest(".hc-plot-wrapper")
+    .show();
+  if (window.mqc_hide_f_texts.length > 0) {
+    var num_hidden = 0;
+    var num_total = 0;
+    for (i = 0; i < samples.length; i++) {
+      num_total = Math.max(num_total, samples[i].length);
+      var j = samples[i].length;
+      var hidden_here = 0;
+      while (j--) {
+        var s_name = samples[i][j];
+        var match = false;
+        for (k = 0; k < window.mqc_hide_f_texts.length; k++) {
+          var f_text = window.mqc_hide_f_texts[k];
+          if (window.mqc_hide_regex_mode) {
+            if (s_name.match(f_text)) {
+              match = true;
+            }
+          } else {
+            if (s_name.indexOf(f_text) > -1) {
+              match = true;
+            }
+          }
+        }
+        if (window.mqc_hide_mode == "show") {
+          match = !match;
+        }
+        if (match) {
+          samples[i].splice(j, 1);
+          datasets[i].splice(j, 1);
+          hidden_here += 1;
+        }
+      }
+      num_hidden = Math.max(num_hidden, hidden_here);
+    }
+    // Some series hidden. Show a warning text string.
+    if (num_hidden > 0) {
+      var alert =
+        '<div class="samples-hidden-warning alert alert-warning"><span class="glyphicon glyphicon-info-sign"></span> <strong>Warning:</strong> ' +
+        num_hidden +
+        ' samples hidden. <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a></div>';
+      $("#" + target)
+        .closest(".hc-plot-wrapper")
+        .before(alert);
+    }
+    // All series hidden. Hide the graph.
+    if (num_hidden == num_total) {
+      $("#" + target)
+        .closest(".hc-plot-wrapper")
+        .hide();
+      return false;
+    }
+  }
+
+  // Figure out how tall to make each plot
+  var ph_min = 40;
+  var ph_max = 100;
+  var pheight = 600 / categories.length;
+  pheight = Math.min(ph_max, Math.max(ph_min, pheight));
+
+  // Clear the loading text and add hover text placeholder
+  $("#" + target).html(
+    '<div class="beeswarm-hovertext"><em class="placeholder">Hover over a data point for more information</em></div><div class="beeswarm-plots"></div>'
+  );
+  // Resize the parent draggable div
+  $("#" + target)
+    .parent()
+    .css("height", pheight * categories.length + 40 + "px");
+
+  for (var i = 0; i < categories.length; i++) {
+    var borderCol = categories[i]["bordercol"];
+    if (borderCol == undefined) {
+      borderCol = "#cccccc";
+    }
+
+    var data = datasets[i];
+    var s_names = samples[i];
+    if (categories[i]["namespace"] == "") {
+      var label = categories[i]["title"];
+      var label_long = categories[i]["description"];
+    } else {
+      var label = categories[i]["namespace"] + "<br/>" + categories[i]["title"];
+      var label_long = categories[i]["namespace"] + ": " + categories[i]["description"];
+    }
+    var ttSuffix = categories[i]["suffix"];
+    var decimalPlaces = categories[i]["decimalPlaces"];
+    var minx = categories[i]["min"];
+    var maxx = categories[i]["max"];
+
+    // Size and spacing options
+    var markerRadius = 2.5;
+    var yspace = 70;
+    var ysep = 10;
+    if (data.length > 50) {
+      markerRadius = 1.8;
+      yspace = 50;
+      ysep = 20;
+    }
+    if (data.length > 200) {
+      markerRadius = 1;
+      yspace = 30;
+      ysep = 30;
+    }
+
+    if (maxx == undefined) {
+      maxx = Math.max.apply(null, data);
+    }
+    if (minx == undefined) {
+      minx = Math.max.apply(null, data);
+    }
+    var range = maxx - minx;
+    var sep = range / yspace;
+    // Get an array of indexes from a sorted data array
+    // Leaves the data order in tact so we don't lose s_name association
+    var indices = new Array(data.length);
+    for (var n = 0; n < data.length; n++) {
+      indices[n] = n;
+    }
+    indices.sort(function (a, b) {
+      return data[a] < data[b] ? -1 : data[a] > data[b] ? 1 : 0;
+    });
+    var xydata = [];
+    var last = undefined;
+    var side = 1;
+    for (var s_idx = 0; s_idx < indices.length; s_idx++) {
+      row = indices[s_idx];
+      s_name = s_names[row];
+      d = data[row];
+      if (Math.floor(d / sep) !== last) {
+        last = Math.floor(d / sep);
+        side = 1;
+      } else {
+        side += 1;
+      }
+      multiplier = side % 2 == 0 ? 1 : -1;
+      var y = (Math.floor(side / 2) * multiplier) / ysep;
+      // Don't let jitter get too big
+      while (y > 1 || y < -1) {
+        var n = Math.floor(Math.abs(y)) + 1;
+        y = (Math.floor(side / 2) * multiplier) / (ysep * n);
+      }
+      // Get the point colour
+      var thisCol = baseColour;
+      if (s_name in seriesColours) {
+        thisCol = seriesColours[s_name];
+      }
+      xydata.push({
+        x: d,
+        y: y,
+        name: s_name,
+        color: thisCol,
+      });
+    }
+
+    $('<div class="beeswarm-plot" />')
+      .appendTo("#" + target + " .beeswarm-plots")
+      .css({
+        "border-left": "2px solid " + borderCol,
+        height: 100 / categories.length + "%",
+      })
+      .highcharts({
+        chart: {
+          type: "scatter",
+          spacingTop: 0,
+          marginBottom: 0,
+          marginRight: 20,
+          marginLeft: 180,
+          backgroundColor: "transparent",
+          // Horrible hacky HighCharts reflow problem.
+          // TODO: Come back and find a better solution!
+          events: {
+            load: function (chart) {
+              setTimeout(function () {
+                chart.target.reflow();
+              }, 200);
+            },
+          },
+        },
+        title: {
+          text: label,
+          align: "left",
+          verticalAlign: "middle",
+          y: 10,
+          useHTML: true,
+          style: {
+            fontSize: "12px",
+          },
+        },
+        yAxis: {
+          title: { text: null },
+          max: 1,
+          min: -1,
+          gridLineWidth: 0,
+          title: { text: null },
+          labels: { enabled: false },
+          lineWidth: 0,
+        },
+        xAxis: {
+          lineWidth: 0,
+          tickWidth: 0,
+          tickPixelInterval: 200,
+          labels: {
+            reserveSpace: false,
+            y: -1 * (pheight / 2) + 5,
+            zIndex: 1,
+            style: {
+              color: "#999999",
+            },
+          },
+          min: minx,
+          max: maxx,
+        },
+        tooltip: {
+          valueSuffix: ttSuffix,
+          valueDecimals: decimalPlaces,
+          formatter: function () {
+            var value = Highcharts.numberFormat(this.point.x, this.series.tooltipOptions.valueDecimals);
+            var suff = this.series.tooltipOptions.valueSuffix;
+            var ttstring =
+              '<span style="float:right;">' +
+              this.series.name +
+              "</span><samp>" +
+              this.point.name +
+              "</samp>: &nbsp; <strong>" +
+              value +
+              " " +
+              suff +
+              "</strong>";
+            $("#" + target + " .beeswarm-hovertext").html(ttstring);
+            return false;
+          },
+        },
+        plotOptions: {
+          series: {
+            name: label_long,
+            turboThreshold: 0,
+            marker: {
+              radius: markerRadius,
+              states: {
+                hover: {
+                  radiusPlus: 4,
+                  lineWidthPlus: 2,
+                  lineColor: "#333333",
+                },
+              },
+            },
+            stickyTracking: false,
+            point: {
+              events: {
+                mouseOver: function (e) {
+                  var hovName = this.name;
+                  $("#" + target + " .beeswarm-plot").each(function () {
+                    var plot = $(this).highcharts();
+                    for (i = 0; i < plot.series[0].data.length; ++i) {
+                      if (plot.series[0].data[i].name == hovName) {
+                        plot.series[0].data[i].setState("hover");
+                      }
+                    }
+                  });
+                },
+                mouseOut: function () {
+                  $("#" + target + " .beeswarm-plot").each(function () {
+                    var plot = $(this).highcharts();
+                    for (i = 0; i < plot.series[0].data.length; ++i) {
+                      plot.series[0].data[i].setState();
+                    }
+                  });
+                  $("#" + target + " .beeswarm-hovertext").html(
+                    '<em class="placeholder">Hover over a data point for more information</em>'
+                  );
+                },
+              },
+            },
+          },
+        },
+        legend: { enabled: false },
+        credits: { enabled: false },
+        exporting: { enabled: false },
+        series: [
+          {
+            data: xydata,
+            // Workaround for HighCharts bug. See https://github.com/highcharts/highcharts/issues/1440
+            marker: { states: { hover: { fillColor: {} } } },
+          },
+        ],
+      });
+  }
+}
+
+// Heatmap plot
+function plot_heatmap(target, ds) {
+  if (mqc_plots[target] === undefined || mqc_plots[target]["plot_type"] !== "heatmap") {
+    return false;
+  }
+  var config = mqc_plots[target]["config"];
+
+  if (config["square"] === undefined) {
+    config["square"] = true;
+  }
+  if (config["xcats_samples"] === undefined) {
+    config["xcats_samples"] = true;
+  }
+  if (config["ycats_samples"] === undefined) {
+    config["ycats_samples"] = true;
+  }
+
+  // Make a clone of the data, so that we can mess with it,
+  // while keeping the original data in tact
+  var data = JSON.parse(JSON.stringify(mqc_plots[target]["data"]));
+  var xcats = JSON.parse(JSON.stringify(mqc_plots[target]["xcats"]));
+  var ycats = JSON.parse(JSON.stringify(mqc_plots[target]["ycats"]));
+  // "xcats" and "ycats" are labels of columns and rows respectively
+  // data[n] has form of [x,y,value], x/y are indices of columns/rows
+
+  // Rename samples
+  if (window.mqc_rename_f_texts.length > 0) {
+    if (config["xcats_samples"]) {
+      for (i = 0; i < xcats.length; i++) {
+        $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+          if (window.mqc_rename_regex_mode) {
+            var re = new RegExp(f_text, "g");
+            xcats[i] = xcats[i].replace(re, window.mqc_rename_t_texts[idx]);
+          } else {
+            xcats[i] = xcats[i].replace(f_text, window.mqc_rename_t_texts[idx]);
+          }
+        });
+      }
+    }
+    if (config["ycats_samples"]) {
+      for (i = 0; i < ycats.length; i++) {
+        $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+          if (window.mqc_rename_regex_mode) {
+            var re = new RegExp(f_text, "g");
+            ycats[i] = ycats[i].replace(re, window.mqc_rename_t_texts[idx]);
+          } else {
+            ycats[i] = ycats[i].replace(f_text, window.mqc_rename_t_texts[idx]);
+          }
+        });
+      }
+    }
+  }
+
+  // Sort samples by highlight
+  $(".mqc_heatmap_sortHighlight").attr("disabled", false);
+  if (config["sortHighlights"] == true) {
+    if (window.mqc_highlight_f_texts.length > 0) {
+      // Collect the highlighting indices
+      var xcat_hl = Array();
+      var ycat_hl = Array();
+      for (i = 0; i < xcats.length; i++) {
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (f_text == "") {
+            xcat_hl[i] = 0;
+          } else if (
+            (window.mqc_highlight_regex_mode && xcats[i].match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && xcats[i].indexOf(f_text) > -1)
+          ) {
+            xcat_hl[i] = window.mqc_highlight_f_texts.length - idx;
+          }
+        });
+      }
+      for (i = 0; i < ycats.length; i++) {
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (f_text == "") {
+            ycat_hl[i] = 0;
+          } else if (
+            (window.mqc_highlight_regex_mode && ycats[i].match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && ycats[i].indexOf(f_text) > -1)
+          ) {
+            ycat_hl[i] = window.mqc_highlight_f_texts.length - idx;
+          }
+        });
+      }
+      // Reshape the data - needs deepcopy as indexes are updated
+      var newdata = JSON.parse(JSON.stringify(mqc_plots[target]["data"]));
+      var new_xcats = [],
+        new_ycats = [];
+      var xidx = 0,
+        yidx = 0;
+      for (hl = window.mqc_highlight_f_texts.length; hl >= 0; hl--) {
+        if (config["xcats_samples"]) {
+          for (i = 0; i < xcats.length; i++) {
+            if (xcat_hl[i] == hl) {
+              new_xcats.push(xcats[i]);
+              for (j = 0; j < data.length; j++) {
+                // data[j] element is [x,y,val], get "x"
+                if (data[j][0] == i) {
+                  newdata[j][0] = xidx;
+                }
+              }
+              xidx += 1;
+            }
+          }
+        }
+        if (config["ycats_samples"]) {
+          for (i = 0; i < ycats.length; i++) {
+            if (ycat_hl[i] == hl) {
+              new_ycats.push(ycats[i]);
+              for (j = 0; j < data.length; j++) {
+                // data[j] element is [x,y,val], get "y"
+                if (data[j][1] == i) {
+                  newdata[j][1] = yidx;
+                }
+              }
+              yidx += 1;
+            }
+          }
+        }
+      }
+      data = newdata;
+      if (config["xcats_samples"]) {
+        xcats = new_xcats;
+      }
+      if (config["ycats_samples"]) {
+        ycats = new_ycats;
+      }
+    }
+  }
+
+  // Hide samples
+  var num_total = Math.max(xcats.length, ycats.length);
+  $("#" + target)
+    .closest(".hc-plot-wrapper")
+    .parent()
+    .find(".samples-hidden-warning")
+    .remove();
+  $("#" + target)
+    .closest(".hc-plot-wrapper")
+    .show();
+  if (window.mqc_hide_f_texts.length > 0) {
+    var remove = Array();
+    if (config["xcats_samples"]) {
+      var i = xcats.length;
+      var xhidden = 0;
+      // iterate over x-categories (columns)
+      while (i--) {
+        var match = false;
+        for (j = 0; j < window.mqc_hide_f_texts.length; j++) {
+          var f_text = window.mqc_hide_f_texts[j];
+          if (window.mqc_hide_regex_mode) {
+            if (xcats[i].match(f_text)) {
+              match = true;
+            }
+          } else {
+            if (xcats[i].indexOf(f_text) > -1) {
+              match = true;
+            }
+          }
+        }
+        if (window.mqc_hide_mode == "show") {
+          match = !match;
+        }
+        // modify data if "i" is match for "hiding":
+        // mark elements from "i"-th column (x) for removal,
+        // shift "x" of elements from "i+" columns to the left
+        if (match) {
+          xcats.splice(i, 1);
+          for (n = 0; n < data.length; n++) {
+            // data[n] element is [x,y,val], get "x"
+            let x = data[n][0];
+            if (x == i) {
+              remove.push(n);
+            } else if (x > i) {
+              data[n][0] = x - 1;
+            }
+          }
+          xhidden += 1;
+        }
+      }
+    }
+    if (config["ycats_samples"]) {
+      var i = ycats.length;
+      var yhidden = 0;
+      // iterate over y-categories (rows)
+      while (i--) {
+        var match = false;
+        for (j = 0; j < window.mqc_hide_f_texts.length; j++) {
+          var f_text = window.mqc_hide_f_texts[j];
+          if (window.mqc_hide_regex_mode) {
+            if (ycats[i].match(f_text)) {
+              match = true;
+            }
+          } else {
+            if (ycats[i].indexOf(f_text) > -1) {
+              match = true;
+            }
+          }
+        }
+        if (window.mqc_hide_mode == "show") {
+          match = !match;
+        }
+        // modify data if "i" is match for "hiding"
+        // mark elements from "i"-th row (y) for removal,
+        // shift "y" of elements from "i+" rows up
+        if (match) {
+          ycats.splice(i, 1);
+          for (n = 0; n < data.length; n++) {
+            // data[n] element is [x,y,val], get "y"
+            let y = data[n][1];
+            if (y == i) {
+              if (remove.indexOf(n) < 0) {
+                remove.push(n);
+              }
+            } else if (y > i) {
+              data[n][1] = y - 1;
+            }
+          }
+          yhidden += 1;
+        }
+      }
+    }
+    // Remove the data values that matched
+    remove = remove.sort(function (a, b) {
+      return a - b;
+    }); // Sorts alphabetically by default, even with integers
+    var r = remove.length;
+    while (r--) {
+      data.splice(remove[r], 1);
+    }
+    // Report / hide the plot if we're hiding stuff
+    var num_hidden = Math.max(xhidden, yhidden);
+    // Some series hidden. Show a warning text string.
+    if (num_hidden > 0) {
+      var alert =
+        '<div class="samples-hidden-warning alert alert-warning"><span class="glyphicon glyphicon-info-sign"></span> <strong>Warning:</strong> ' +
+        num_hidden +
+        ' samples hidden. <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a></div>';
+      $("#" + target)
+        .closest(".hc-plot-wrapper")
+        .before(alert);
+    }
+    // All series hidden. Hide the graph.
+    if (num_hidden >= num_total) {
+      $("#" + target)
+        .closest(".hc-plot-wrapper")
+        .hide();
+      return false;
+    }
+  }
+
+  // Highlight samples - do this last as we convert numerical arrays to associative
+  if (window.mqc_highlight_f_texts.length > 0) {
+    $(".mqc_heatmap_sortHighlight").attr("disabled", false);
+    var highlight_cells = Array();
+    if (config["ycats_samples"]) {
+      for (i = 0; i < xcats.length; i++) {
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (f_text == "") {
+            return true;
+          }
+          if (
+            (window.mqc_highlight_regex_mode && xcats[i].match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && xcats[i].indexOf(f_text) > -1)
+          ) {
+            for (n = 0; n < data.length; n++) {
+              highlight_cells[idx] =
+                typeof highlight_cells[idx] != "undefined" && highlight_cells[idx] instanceof Array
+                  ? highlight_cells[idx]
+                  : [];
+              // data[n] element is [x,y,val], get "x"
+              if (data[n][0] == i) {
+                highlight_cells[idx].push(n);
+              }
+            }
+          }
+        });
+      }
+    }
+    if (config["ycats_samples"]) {
+      for (i = 0; i < ycats.length; i++) {
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (f_text == "") {
+            return true;
+          }
+          if (
+            (window.mqc_highlight_regex_mode && ycats[i].match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && ycats[i].indexOf(f_text) > -1)
+          ) {
+            for (n = 0; n < data.length; n++) {
+              // data[n] element is [x,y,val], get "y"
+              if (data[n][1] == i) {
+                highlight_cells[idx] =
+                  typeof highlight_cells[idx] != "undefined" && highlight_cells[idx] instanceof Array
+                    ? highlight_cells[idx]
+                    : [];
+                if (highlight_cells[idx].indexOf(n) < 0) {
+                  highlight_cells[idx].push(n);
+                }
+              }
+            }
+          }
+        });
+      }
+    }
+    // Give highlighted cells a border
+    for (var idx in highlight_cells) {
+      var hl = highlight_cells[idx];
+      hl = hl.sort(function (a, b) {
+        return a - b;
+      }); // Sorts alphabetically by default, even with integers
+      var h = hl.length;
+      while (h--) {
+        var i = hl[h];
+        data[i] = {
+          // data[i] element is [x,y,val]
+          x: data[i][0] === undefined ? data[i]["x"] : data[i][0],
+          y: data[i][1] === undefined ? data[i]["y"] : data[i][1],
+          value: data[i][2] === undefined ? data[i]["value"] : data[i][2],
+          borderWidth: 2,
+          borderColor: window.mqc_highlight_f_cols[idx],
+        };
+      }
+    }
+  } else {
+    $(".mqc_heatmap_sortHighlight").attr("disabled", true);
+  }
+
+  // Build scale
+  if (config["colstops"] === undefined) {
+    config["colstops"] = [
+      [0, "#313695"],
+      [0.1, "#4575b4"],
+      [0.2, "#74add1"],
+      [0.3, "#abd9e9"],
+      [0.4, "#e0f3f8"],
+      [0.5, "#ffffbf"],
+      [0.6, "#fee090"],
+      [0.7, "#fdae61"],
+      [0.8, "#f46d43"],
+      [0.9, "#d73027"],
+      [1, "#a50026"],
+    ];
+  }
+  if (config["reverseColors"] === undefined) {
+    config["reverseColors"] = false;
+  }
+  if (config["decimalPlaces"] === undefined) {
+    config["decimalPlaces"] = 2;
+  }
+  if (config["legend"] === undefined) {
+    config["legend"] = true;
+  }
+  if (config["borderWidth"] === undefined) {
+    config["borderWidth"] = 0;
+  }
+  var datalabels = config["datalabels"];
+  if (datalabels === undefined) {
+    if (data.length < 20) {
+      datalabels = true;
+    } else {
+      datalabels = false;
+    }
+  }
+  // Clone the colstops before we mess around with them
+  var colstops = JSON.parse(JSON.stringify(config["colstops"]));
+  // Reverse the colour scale if the axis is reversed
+  if (config["reverseColors"]) {
+    for (var i = 0; i < colstops.length; i++) {
+      colstops[i][0] = 1 - colstops[i][0];
+    }
+    colstops.reverse();
+  }
+
+  // Make the highcharts plot
+  Highcharts.chart(
+    target,
+    {
+      chart: {
+        type: "heatmap",
+        zoomType: "xy",
+        height: config["square"] ? 500 : undefined,
+        width: config["square"] ? 530 : undefined,
+        marginTop: config["title"] ? 60 : 50,
+      },
+      plotOptions: {
+        series: {
+          states: {
+            hover: {
+              borderWidth: 2,
+              borderColor: "red",
+            },
+          },
+        },
+      },
+      title: {
+        text: config["title"],
+      },
+      xAxis: {
+        endOnTick: false,
+        maxPadding: 0,
+        categories: xcats,
+        title: { enabled: true, text: config["xTitle"] },
+        labels: {
+          formatter: function () {
+            try {
+              return this.value.substr(0, 20);
+            } catch (err) {
+              return this.value;
+            }
+          },
+        },
+      },
+      yAxis: {
+        endOnTick: false,
+        maxPadding: 0,
+        categories: ycats,
+        reversed: true,
+        opposite: true,
+        title: config["yTitle"],
+        labels: {
+          formatter: function () {
+            try {
+              return this.value.substr(0, 20);
+            } catch (err) {
+              return this.value;
+            }
+          },
+        },
+      },
+      colorAxis: {
+        reversed: config["reverseColors"],
+        stops: colstops,
+        min: config["min"],
+        max: config["max"],
+      },
+      legend: {
+        align: "right",
+        layout: "vertical",
+        margin: 0,
+        verticalAlign: "top",
+        y: 25,
+        symbolHeight: 280,
+        enabled: config["legend"],
+      },
+      tooltip: {
+        useHTML: true,
+        formatter: function () {
+          return (
+            'X: <span style="font-weight:bold; font-family:monospace;">' +
+            this.series.xAxis.categories[this.point.x] +
+            "</span><br>" +
+            'Y: <span style="font-weight:bold; font-family:monospace;">' +
+            this.series.yAxis.categories[this.point.y] +
+            "</span><br>" +
+            '<div style="background-color:' +
+            this.point.color +
+            '; display:inline-block; height: 10px; width: 10px; border:1px solid #333;"></div> ' +
+            '<span style="font-weight: bold; text-decoration:underline;">' +
+            Highcharts.numberFormat(this.point.value, config["decimalPlaces"]) +
+            "</span>"
+          );
+        },
+      },
+      series: [
+        {
+          turboThreshold: 0,
+          borderWidth: config["borderWidth"],
+          data: data,
+          dataLabels: {
+            enabled: datalabels,
+            format: "{point.value:." + config["decimalPlaces"] + "f}",
+            color: config["datalabel_colour"],
+          },
+        },
+      ],
+    },
+    function (this_chart) {
+      // Maintain aspect ratio as chart size changes
+      if (config["square"]) {
+        var resizeCh = function (chart) {
+          // Extra width for legend
+          var lWidth = chart.options.legend.enabled ? 30 : 0;
+          // Work out new chart width, assuming needs to be narrower
+          var chHeight = $(chart.renderTo).height();
+          var chWidth = $(chart.renderTo).width();
+          var nChHeight = chHeight;
+          var nChWidth = chHeight + lWidth;
+          // Chart is already too narrow, make it less tall
+          if (chWidth < nChWidth) {
+            nChHeight = chWidth - lWidth;
+            nChWidth = chWidth;
+          }
+          chart.setSize(nChWidth, nChHeight);
+        };
+        // Resize on load
+        resizeCh(this_chart);
+        // Resize on graph resize
+        $(this_chart.renderTo).on("mqc_plotresize", function (e) {
+          try {
+            resizeCh(this_chart);
+          } catch (e) {
+            plot_heatmap($(this).attr("id"));
+          }
+        });
+      }
+    }
+  );
+
+  // Listeners for range slider
+  $(".mqc_hcplot_range_sliders input").on("keyup change input", function () {
+    target = $(this).data("target");
+    minmax = $(this).data("minmax");
+    var chart = $("#" + target).highcharts();
+    if (minmax == "min") {
+      chart.colorAxis[0].update({ min: $(this).val() });
+    }
+    if (minmax == "max") {
+      chart.colorAxis[0].update({ max: $(this).val() });
+    }
+    $("#" + target + "_range_slider_" + minmax + ", #" + target + "_range_slider_" + minmax + "_txt").val(
+      $(this).val()
+    );
+  });
+}
+
+// Highlight text with a fadeout background colour highlight
+function highlight_fade_text(obj) {
+  var orig_col = $(obj).css("color");
+  obj.css({
+    display: "inline-block",
+    "background-color": "#5bc0de",
+    color: "#FFFFFF",
+    WebkitTransition: "background-color 0s, color 0s",
+    MozTransition: "background-color 0s, color 0s",
+    MsTransition: "background-color 0s, color 0s",
+    OTransition: "background-color 0s, color 0s",
+    transition: "background-color 0s, color 0s",
+  });
+  setTimeout(function () {
+    obj.css({
+      "background-color": "#FFFFFF",
+      color: orig_col,
+      WebkitTransition: "background-color 0.5s, color 0.5s",
+      MozTransition: "background-color 0.5s, color 0.5s",
+      MsTransition: "background-color 0.5s, color 0.5s",
+      OTransition: "background-color 0.5s, color 0.5s",
+      transition: "background-color 0.5s, color 0.5s",
+    });
+  }, 500);
+}
+</script>
+<script type="text/javascript">////////////////////////////////////////////////
+// Static MatPlotLib Plots Javascript Code
+////////////////////////////////////////////////
+
+// On page load
+$(function () {
+  // Switch between counts and percentages in a bar plot
+  $(".mqc_mplplot_bargraph_setcountspcnt button").click(function (e) {
+    e.preventDefault();
+    if (!$(this).hasClass("active")) {
+      $(this).siblings("button.active").removeClass("active");
+      $(this).addClass("active");
+      var wrapper = $(this).closest(".mqc_mplplot_plotgroup");
+      var current = "#" + wrapper.find(".mqc_mplplot:visible").attr("id");
+      if (current.substr(current.length - 3) == "_pc") {
+        var target = current.substr(0, current.length - 3);
+      } else {
+        var target = current + "_pc";
+      }
+      wrapper.find(".mqc_mplplot").hide();
+      $(target).show();
+    }
+  });
+
+  // Switch datasets in a bar plot
+  $(".mqc_mplplot_bargraph_switchds button").click(function (e) {
+    e.preventDefault();
+    if (!$(this).hasClass("active")) {
+      $(this).siblings("button.active").removeClass("active");
+      $(this).addClass("active");
+      var target = $(this).data("target");
+      var wrapper = $(target).closest(".mqc_mplplot_plotgroup");
+      if (wrapper.find(".mqc_mplplot_bargraph_setcountspcnt .pcnt").hasClass("active")) {
+        target += "_pc";
+      }
+      wrapper.find(".mqc_mplplot").hide();
+      $(target).show();
+    }
+  });
+});
+</script>
+<script type="text/javascript">////////////////////////////////////////////////
+// MultiQC Report Toolbox Code
+////////////////////////////////////////////////
+
+var mqc_colours_idx = 0;
+var mqc_colours = ["#e41a1c", "#377eb8", "#4daf4a", "#984ea3", "#ff7f00", "#ffff33", "#a65628", "#f781bf", "#999999"];
+
+//////////////////////////////////////////////////////
+// TOOLBOX LISTENERS
+//////////////////////////////////////////////////////
+$(function () {
+  // Batch sample renaming buttons
+  $(".mqc_sname_switches").click(function (e) {
+    e.preventDefault();
+    if ($(this).hasClass("active")) {
+      return false;
+    }
+    $("#mqc_sname_switches button").removeClass("active");
+    $(this).addClass("active");
+    // Clear previous bulk renaming entries
+    $(".mqc_sname_switches_li").remove();
+    // Build new renaming entries and apply
+    var j = $(this).data("index");
+    if (j == 0) {
+      apply_mqc_renamesamples();
+    } else {
+      for (i = 0; i < mqc_config["sample_names_rename"].length; i++) {
+        var ft = mqc_config["sample_names_rename"][i][0];
+        var tt = mqc_config["sample_names_rename"][i][j];
+        $("#mqc_renamesamples_filters").append(
+          '<li class="mqc_sname_switches_li"> \
+          <input class="f_text from_text" value="' +
+            ft +
+            '" /><small class="glyphicon glyphicon-chevron-right"></small><input class="f_text to_text" value="' +
+            tt +
+            '" /> \
+          <button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button> \
+        </li>'
+        );
+      }
+      apply_mqc_renamesamples();
+    }
+  });
+
+  // Show/hide buttons
+  $(".mqc_hide_switches").click(function (e) {
+    e.preventDefault();
+    if ($(this).hasClass("active")) {
+      return false;
+    }
+    $("#mqc_hide_switches button").removeClass("active");
+    $(this).addClass("active");
+
+    // Clear previous show/hide group
+    $("#mqc_hidesamples_filters").empty();
+
+    // Get requested pattern and whether to show or hide the pattern
+    var j = $(this).data("index");
+    var pattern = mqc_config["show_hide_patterns"][j];
+    var show_hide_mode = mqc_config["show_hide_mode"][j];
+    var regex = mqc_config["show_hide_regex"][j];
+    if (!Array.isArray(pattern)) {
+      pattern = [pattern];
+    }
+    if (show_hide_mode === undefined) {
+      show_hide_mode = "show";
+    }
+
+    // click the regex button if we want it turned on/off
+    var button = document.getElementsByClassName("mqc_switch re_mode")[2];
+    if (button.className.includes(" on") && !regex) {
+      button.click();
+    }
+    if (button.className.includes(" off") && regex) {
+      button.click();
+    }
+
+    // Apply the changes
+    $(".mqc_hidesamples_showhide[value=" + show_hide_mode + "]").prop("checked", true);
+    $(pattern).each(function (idx, val) {
+      $("#mqc_hidesamples_filters").append(
+        '<li><input class="f_text" value="' +
+          val +
+          '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+      );
+    });
+    apply_mqc_hidesamples(show_hide_mode);
+  });
+
+  // Hide toolbox when clicking outside
+  $(document).mouseup(function (e) {
+    if (!$(".mqc-toolbox").is(e.target) && $(".mqc-toolbox").has(e.target).length === 0) {
+      if ($(".mqc-toolbox").hasClass("active")) {
+        mqc_toolbox_openclose(undefined, false);
+      }
+    }
+  });
+
+  // Hide toolbox when a modal is shown
+  $(".modal").on("show.bs.modal", function (e) {
+    if ($(".mqc-toolbox").hasClass("active")) {
+      mqc_toolbox_openclose(undefined, false);
+    }
+  });
+
+  // Listener to re-plot graphs if config loaded
+  $(document).on("mqc_config_loaded", function (e) {
+    $(".hc-plot").each(function () {
+      var target = $(this).attr("id");
+      plot_graph(target, undefined, mqc_config["num_datasets_plot_limit"]);
+    });
+  });
+
+  // Toolbox buttons
+  $(".mqc-toolbox-buttons a").click(function (e) {
+    e.preventDefault();
+    var target = $(this).attr("href");
+    mqc_toolbox_openclose(target);
+  });
+
+  // Download DOIs
+  $(".download-citations-btn").click(function (e) {
+    e.preventDefault();
+    var format = $(this).data("format");
+    var doi_list = { "10.1093/bioinformatics/btw354": "MultiQC" };
+    $(".module-doi").each(function () {
+      var module_id = $(this).closest(".mqc-module-section-first").find("h2").attr("id");
+      doi_list[$(this).data("doi")] = module_id;
+    });
+    // Get BibTeX
+    if (format == "bibtex") {
+      var bibtex_string = "";
+      // Kick off crossref api calls
+      var ajax_promises = [];
+      for (var doi in doi_list) {
+        ajax_promises.push(
+          $.get("https://api.crossref.org/works/" + doi + "/transform/application/x-bibtex", function (data) {
+            bibtex_string += data + "\n";
+          })
+        );
+      }
+      // Wait until all API calls are done
+      $.when.apply(null, ajax_promises).then(function () {
+        var blob = new Blob([bibtex_string], { type: "text/plain;charset=utf-8" });
+        saveAs(blob, "multiqc_references.bib");
+      });
+    }
+    // Download list of DOIs
+    else {
+      var doi_string = "";
+      for (var doi in doi_list) {
+        doi_string += doi + new Array(50 - doi.length).join(" ") + " # " + doi_list[doi] + "\n";
+      }
+      var blob = new Blob([doi_string], { type: "text/plain;charset=utf-8" });
+      saveAs(blob, "multiqc_dois.txt");
+    }
+  });
+
+  // Highlight colour filters
+  $("#mqc_color_form").submit(function (e) {
+    e.preventDefault();
+    var f_text = $("#mqc_colour_filter").val().trim();
+    var f_col = $("#mqc_colour_filter_color").val().trim();
+    $("#mqc_col_filters").append(
+      '<li style="color:' +
+        f_col +
+        ';" id="' +
+        hashCode(f_text + f_col) +
+        '"><span class="hc_handle"><span></span><span></span></span><input class="f_text" value="' +
+        f_text +
+        '" tabindex="' +
+        mqc_colours_idx +
+        '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+    );
+    $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    $("#mqc_colour_filter").val("");
+    mqc_colours_idx += 1;
+    if (mqc_colours_idx >= mqc_colours.length) {
+      mqc_colours_idx = 0;
+    }
+    $("#mqc_colour_filter_color").val(mqc_colours[mqc_colours_idx]);
+  });
+  $("#mqc_cols_apply").click(function (e) {
+    if (apply_mqc_highlights()) {
+      $(this).attr("disabled", true).removeClass("btn-primary").addClass("btn-default");
+    }
+  });
+
+  // Rename samples
+  var mqc_renamesamples_idx = 300;
+  $("#mqc_renamesamples_form").submit(function (event) {
+    event.preventDefault();
+
+    var from_text = $("#mqc_renamesamples_from").val().trim();
+    var to_text = $("#mqc_renamesamples_to").val().trim();
+
+    if (from_text.length == 0) {
+      alert('Error - "From" text must not be blank.');
+      return false;
+    }
+
+    var li =
+      '<li><input class="f_text from_text" value="' + from_text + '" tabindex="' + mqc_renamesamples_idx + '" />';
+    li +=
+      '<small class="glyphicon glyphicon-chevron-right"></small><input class="f_text to_text" value="' +
+      to_text +
+      '" tabindex="' +
+      (mqc_renamesamples_idx + 1) +
+      '" />';
+    li +=
+      '<button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>';
+    $("#mqc_renamesamples_filters").append(li);
+    $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+
+    // Reset form
+    $("#mqc_renamesamples_from").val("");
+    $("#mqc_renamesamples_to").val("");
+    mqc_renamesamples_idx += 2;
+    $("#mqc_renamesamples_form input:first").focus();
+  });
+
+  $("#mqc_rename_apply").click(function (e) {
+    if (apply_mqc_renamesamples()) {
+      $(this).attr("disabled", true).removeClass("btn-primary").addClass("btn-default");
+    }
+  });
+
+  // Bulk rename samples
+  $("#mqc_renamesamples_bulk_collapse").on("shown.bs.collapse", function () {
+    $("#mqc_renamesamples_bulk_form textarea").focus();
+  });
+  $("#mqc_renamesamples_bulk_form").submit(function (e) {
+    e.preventDefault();
+    var raw = $(this).find("textarea").val();
+    var lines = raw.match(/^.*([\n\r]+|$)/gm);
+    $.each(lines, function (i, l) {
+      var sections = l.split("\t", 2);
+      if (sections.length < 2) {
+        return true;
+      }
+      var from_text = sections[0].trim();
+      var to_text = sections[1].trim();
+      if (from_text.length == 0) {
+        return true;
+      }
+      var li =
+        '<li><input class="f_text from_text" value="' + from_text + '" tabindex="' + mqc_renamesamples_idx + '" />';
+      li +=
+        '<small class="glyphicon glyphicon-chevron-right"></small><input class="f_text to_text" value="' +
+        to_text +
+        '" tabindex="' +
+        (mqc_renamesamples_idx + 1) +
+        '" />';
+      li +=
+        '<button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>';
+      $("#mqc_renamesamples_filters").append(li);
+    });
+    $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    $(this).find("textarea").val("");
+    $("#mqc_renamesamples_bulk_collapse").collapse("hide");
+  });
+
+  // Hide sample filters
+  var mqc_hidesamples_idx = 200;
+  $("#mqc_hidesamples_form").submit(function (e) {
+    e.preventDefault();
+    var f_text = $("#mqc_hidesamples_filter").val().trim();
+    if (f_text.length == 0) {
+      alert("Error - filter text must not be blank.");
+      return false;
+    }
+    $("#mqc_hidesamples_filters").append(
+      '<li><input class="f_text" value="' +
+        f_text +
+        '" tabindex="' +
+        mqc_hidesamples_idx +
+        '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+    );
+    $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    $("#mqc_hidesamples_filter").val("");
+    mqc_hidesamples_idx += 1;
+  });
+  $(".mqc_hidesamples_showhide").change(function (e) {
+    $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+  });
+  $("#mqc_hide_apply").click(function (e) {
+    if (apply_mqc_hidesamples()) {
+      $(this).attr("disabled", true).removeClass("btn-primary").addClass("btn-default");
+    }
+  });
+
+  // EXPORTING PLOTS
+  // Change text on download button
+  $('#mqc_exportplots a[data-toggle="tab"]').on("shown.bs.tab", function (e) {
+    if ($(e.target).attr("href") == "#mqc_data_download") {
+      $("#mqc-dl-plot-txt").text("Data");
+    } else {
+      $("#mqc-dl-plot-txt").text("Images");
+    }
+  });
+  // Load the plot exporter
+  if ($(".hc-plot").length > 0) {
+    $(".hc-plot").each(function () {
+      var fname = $(this).attr("id");
+      $("#mqc_export_selectplots").append(
+        '<div class="checkbox"><label><input type="checkbox" value="' + fname + '" checked> ' + fname + "</label></div>"
+      );
+    });
+    // Select all / none for checkboxes
+    $("#mqc_export_sall").click(function (e) {
+      e.preventDefault();
+      $("#mqc_export_selectplots input").prop("checked", true);
+    });
+    $("#mqc_export_snone").click(function (e) {
+      e.preventDefault();
+      $("#mqc_export_selectplots input").prop("checked", false);
+    });
+    // Aspect ratio fixed
+    var mqc_exp_aspect_ratio = $("#mqc_exp_width").val() / $("#mqc_exp_height").val();
+    $("#mqc_export_aspratio").change(function () {
+      if ($(this).is(":checked")) {
+        mqc_exp_aspect_ratio = $("#mqc_exp_width").val() / $("#mqc_exp_height").val();
+      }
+    });
+    $("#mqc_exp_width").keyup(function () {
+      if ($("#mqc_export_aspratio").is(":checked")) {
+        $("#mqc_exp_height").val($(this).val() / mqc_exp_aspect_ratio);
+      }
+    });
+    $("#mqc_exp_height").keyup(function () {
+      if ($("#mqc_export_aspratio").is(":checked")) {
+        $("#mqc_exp_width").val($(this).val() * mqc_exp_aspect_ratio);
+      }
+    });
+
+    // Export the plots
+    $("#mqc_exportplots").submit(function (e) {
+      e.preventDefault();
+      var skipped_plots = 0;
+      ////// EXPORT PLOT IMAGES
+      //////
+      if ($("#mqc_image_download").is(":visible")) {
+        var ft = $("#mqc_export_ft").val();
+        var f_scale = parseInt($("#mqc_export_scaling").val());
+        var f_width = parseInt($("#mqc_exp_width").val()) / f_scale;
+        var f_height = parseInt($("#mqc_exp_height").val()) / f_scale;
+        $("#mqc_export_selectplots input:checked").each(function () {
+          var fname = $(this).val();
+          var hc = $("#" + fname).highcharts();
+          var cfg = {
+            type: ft,
+            filename: fname,
+            sourceWidth: f_width,
+            sourceHeight: f_height,
+            scale: f_scale,
+          };
+          if (hc !== undefined) {
+            hc.exportChartLocal(cfg);
+          } else if ($("#" + fname).hasClass("has-custom-export")) {
+            $("#" + fname).trigger("mqc_plotexport_image", cfg);
+          } else {
+            skipped_plots += 1;
+          }
+        });
+        if (skipped_plots > 0) {
+          alert(
+            "Warning: " +
+              skipped_plots +
+              " plots skipped.\n\nNote that it is not currently possible to export dot plot images from reports. Data exports do work."
+          );
+        }
+      }
+      ////// EXPORT PLOT DATA
+      //////
+      else if ($("#mqc_data_download").is(":visible")) {
+        $("#mqc_export_selectplots input:checked").each(function () {
+          try {
+            var target = $(this).val();
+            var ft = $("#mqc_export_data_ft").val();
+            var fname = target + "." + ft;
+            var sep = ft == "tsv" ? "\t" : ",";
+            // Custom plot not in mqc_plots
+            if (mqc_plots[target] == undefined) {
+              if ($("#" + target).hasClass("has-custom-export")) {
+                $("#" + target).trigger("mqc_plotexport_data", { target: target, ft: ft, fname: fname, sep: sep });
+              } else {
+                skipped_plots += 1;
+              }
+            }
+            // If JSON then just dump everything
+            else if (ft == "json") {
+              json_str = JSON.stringify(mqc_plots[target], null, 2);
+              var blob = new Blob([json_str], { type: "text/plain;charset=utf-8" });
+              saveAs(blob, fname);
+            }
+            // Beeswarm plots must be done manually
+            else if (mqc_plots[target]["plot_type"] == "beeswarm") {
+              // Header line
+              datastring = "Sample";
+              for (var j = 0; j < mqc_plots[target]["categories"].length; j++) {
+                datastring += sep + mqc_plots[target]["categories"][j]["description"];
+              }
+              datastring += "\n";
+              // This assumes that the same samples are in all rows
+              // TODO: Check and throw error if this isn't the case
+              var rows = Array();
+              for (var j = 0; j < mqc_plots[target]["samples"][0].length; j++) {
+                rows[j] = Array(mqc_plots[target]["samples"][0][j]);
+              }
+              for (var j = 0; j < mqc_plots[target]["datasets"].length; j++) {
+                for (var k = 0; k < mqc_plots[target]["datasets"][j].length; k++) {
+                  rows[k].push(mqc_plots[target]["datasets"][j][k]);
+                }
+              }
+              for (var j = 0; j < rows.length; j++) {
+                datastring += rows[j].join(sep) + "\n";
+              }
+              var blob = new Blob([datastring], { type: "text/plain;charset=utf-8" });
+              saveAs(blob, fname);
+            }
+            // Normal plot - use HighCharts plugin to get the data from the plot
+            else if (ft == "tsv" || ft == "csv") {
+              var hc = $("#" + target).highcharts();
+              if (hc !== undefined) {
+                hc.update({ exporting: { csv: { itemDelimiter: sep } } });
+                var blob = new Blob([hc.getCSV()], { type: "text/plain;charset=utf-8" });
+                saveAs(blob, fname);
+              } else {
+                skipped_plots += 1;
+              }
+            } else {
+              skipped_plots += 1;
+            }
+          } catch (e) {
+            console.error(e);
+            skipped_plots += 1;
+          }
+        });
+        if (skipped_plots > 0) {
+          alert("Warning: Could not export data from " + skipped_plots + " plots.");
+        }
+      } else {
+        alert("Error - don't know what to export!");
+      }
+    });
+  } else {
+    $("#mqc_exportplots").hide();
+    $(".mqc-toolbox-buttons a[href=#mqc_exportplots]").parent().hide();
+  }
+
+  /// SAVING STUFF
+  // Load the saved setting names
+  populate_mqc_saveselect();
+  // Save config
+  $("#mqc_saveconfig_form").submit(function (e) {
+    e.preventDefault();
+    var name = $(this).find("input").val().trim();
+    if (name == "") {
+      alert("Error - you must name the saved settings.");
+    } else {
+      mqc_save_config(name);
+    }
+  });
+  // Load config
+  $("#mqc_loadconfig_form").submit(function (e) {
+    e.preventDefault();
+    var name = $(this).find("select").val().trim();
+    if (name == "") {
+      alert("Error - No saved setting selected.");
+    } else {
+      load_mqc_config(name);
+    }
+  });
+  // Delete config
+  $(".mqc_config_clear").click(function (e) {
+    e.preventDefault();
+    var name = $("#mqc_loadconfig_form select").val().trim();
+    if (name == "") {
+      alert("Error - no saved settings selected.");
+    } else {
+      if (confirm("Delete saved settings '" + name + "'?")) {
+        mqc_save_config(name, true);
+      }
+    }
+  });
+  // Set current config as default
+  $(".mqc_config_set_default").click(function (e) {
+    e.preventDefault();
+    var name = $("#mqc_loadconfig_form select").val().trim();
+    if (name == "") {
+      alert("Error - no saved settings selected.");
+    } else {
+      load_mqc_config(name);
+      mqc_save_config(name, false, true);
+    }
+  });
+  // Clear current config default
+  $(".mqc_config_clear_default").click(function (e) {
+    e.preventDefault();
+    mqc_clear_default_config();
+  });
+
+  // Filter text is changed
+  $(".mqc_filters").on("blur", "li input", function () {
+    var target = $(this).parent().parent().attr("id");
+    if (target == "mqc_col_filters") {
+      $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_renamesamples_filters") {
+      $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_hidesamples_filters") {
+      $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+  });
+  // 'Enter' key pressed whilst editing a filter
+  $(".mqc_filters").on("keyup", "li input", function (e) {
+    if (e.keyCode == 13) {
+      // Pressed enter
+      $(this).blur();
+      $(this).parent().next("li").find("input").focus().select();
+    }
+  });
+  // Remove filter button
+  $(".mqc_filters").on("click", "li button", function () {
+    var target = $(this).parent().parent().attr("id");
+    $(this).parent().remove();
+    if (target == "mqc_col_filters") {
+      $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_hidesamples_filters") {
+      $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_renamesamples_filters") {
+      $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+  });
+  // Clear all filters button
+  $(".mqc_toolbox_clear").click(function () {
+    var target = $(this).closest(".mqc_filter_section").find(".mqc_filters").attr("id");
+    $("#" + target).empty();
+    if (target == "mqc_col_filters") {
+      $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_hidesamples_filters") {
+      $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if (target == "mqc_renamesamples_filters") {
+      $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+  });
+
+  // Use jQuery UI to make the colour filters sortable
+  $("#mqc_col_filters").sortable();
+  $("#mqc_col_filters").on("sortstop", function (event, ui) {
+    $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+  });
+  // Regex mode text
+  $(".mqc_regex_mode").click(function () {
+    var rswitch = $(this).find(".re_mode");
+    if (rswitch.text() == "off") {
+      rswitch.removeClass("off").addClass("on").text("on");
+    } else {
+      rswitch.removeClass("on").addClass("off").text("off");
+    }
+    if ($(this).data("target") == "mqc_cols") {
+      $("#mqc_cols_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if ($(this).data("target") == "mqc_renamesamples") {
+      $("#mqc_rename_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+    if ($(this).data("target") == "mqc_hidesamples") {
+      $("#mqc_hide_apply").attr("disabled", false).removeClass("btn-default").addClass("btn-primary");
+    }
+  });
+
+  /////////////////////////
+  // REGEX HELP MODAL
+  /////////////////////////
+  $(".regex_example_buttons button").click(function (e) {
+    e.preventDefault();
+    $(".regex_example_demo input").val($(this).data("example"));
+    regex_example_test();
+  });
+  $(".regex_example_demo input").keyup(function (e) {
+    regex_example_test();
+  });
+  function regex_example_test() {
+    var re = $(".regex_example_demo input").val();
+    console.log("Testing " + re);
+    $(".regex_example_demo pre span").each(function () {
+      $(this).removeClass();
+      if ($(this).text().match(re)) {
+        console.log("Matches " + $(this).text());
+        $(this).addClass("mark text-success");
+      } else {
+        console.log("Matches " + $(this).text());
+        $(this).addClass("text-muted");
+      }
+    });
+  }
+});
+
+//////////////////////////////////////////////////////
+// UTILITY FUNCTIONS
+//////////////////////////////////////////////////////
+function hashCode(str) {
+  var hash = 0;
+  if (str.length == 0) return hash;
+  for (i = 0; i < str.length; i++) {
+    char = str.charCodeAt(i);
+    hash = (hash << 5) - hash + char;
+    hash = hash & hash; // Convert to 32bit integer
+  }
+  return hash;
+}
+
+//////////////////////////////////////////////////////
+// GENERAL TOOLBOX FUNCTIONS
+//////////////////////////////////////////////////////
+function mqc_toolbox_openclose(target, open) {
+  // Hide any open tooltip so it's not left dangling
+  $(".mqc-toolbox-buttons li a").tooltip("hide");
+  // Find if what we clicked is already open
+  var btn = $('.mqc-toolbox-buttons li a[href="' + target + '"]');
+  if (open === undefined) {
+    if (btn.hasClass("active")) {
+      open = false;
+    } else {
+      open = true;
+    }
+  }
+  var already_open = $(".mqc-toolbox").hasClass("active");
+  if (open) {
+    if (already_open) {
+      mqc_toolbox_confirmapply();
+    }
+    $(".mqc-toolbox, .mqc-toolbox-buttons li a, .mqc_filter_section").removeClass("active");
+    btn.addClass("active");
+    $(".mqc-toolbox, " + target).addClass("active");
+    $(document).trigger("mqc_toolbox_open");
+    var timeout = already_open ? 0 : 510;
+    setTimeout(function () {
+      if (target == "#mqc_cols") {
+        $("#mqc_colour_filter").focus();
+      }
+      if (target == "#mqc_renamesamples") {
+        $("#mqc_renamesamples_from").focus();
+      }
+      if (target == "#mqc_hidesamples") {
+        $("#mqc_hidesamples_filter").focus();
+      }
+    }, timeout);
+  } else {
+    mqc_toolbox_confirmapply();
+    btn.removeClass("active");
+    $(".mqc-toolbox, .mqc-toolbox-buttons li a").removeClass("active");
+    $(document).trigger("mqc_toolbox_close");
+  }
+}
+function mqc_toolbox_confirmapply() {
+  // Check if there's anything waiting to be applied
+  if ($("#mqc_cols_apply").is(":enabled") && $("#mqc_cols").is(":visible")) {
+    $.toast({
+      heading: "Highlights Not Applied",
+      text: "Careful - your changes haven't been applied yet! Click the <em>Apply</em> button in the toolbox to set your changes.",
+      icon: "warning",
+      position: "bottom-right",
+      hideAfter: 5000,
+    });
+  }
+  if ($("#mqc_rename_apply").is(":enabled") && $("#mqc_renamesamples").is(":visible")) {
+    $.toast({
+      heading: "Rename Patterns Not Applied",
+      text: "Careful - your changes haven't been applied yet! Click the <em>Apply</em> button in the toolbox to set your changes.",
+      icon: "warning",
+      position: "bottom-right",
+      hideAfter: 5000,
+    });
+  }
+  if ($("#mqc_hide_apply").is(":enabled") && $("#mqc_hidesamples").is(":visible")) {
+    $.toast({
+      heading: "Hide Samples Not Applied",
+      text: "Careful - your changes haven't been applied yet! Click the <em>Apply</em> button in the toolbox to set your changes.",
+      icon: "warning",
+      position: "bottom-right",
+      hideAfter: 5000,
+    });
+  }
+}
+
+function validate_regexp(pattern) {
+  try {
+    new RegExp(pattern, "g");
+    return true;
+  } catch (error) {
+    $.toast({
+      heading: "Invalid Regular Expression!",
+      text:
+        "Apologies, your regular expression pattern is invalid: <code>" +
+        pattern +
+        "</code><br><br>" +
+        'For more help and testing, try it out at <a href="https://regex101.com/" target="_blank">regex101.com</a>.',
+      icon: "error",
+      position: "bottom-right",
+      hideAfter: 5000,
+    });
+    return false;
+  }
+}
+
+//////////////////////////////////////////////////////
+// HIGHLIGHT SAMPLES
+//////////////////////////////////////////////////////
+function apply_mqc_highlights() {
+  // Collect the filters into an array
+  var f_texts = [];
+  var f_cols = [];
+  var regex_mode = $("#mqc_cols .mqc_regex_mode .re_mode").hasClass("on");
+  var num_errors = 0;
+  $("#mqc_col_filters li").each(function () {
+    var inputElement = $(this).find(".f_text");
+    var pattern = inputElement.val();
+    // Validate RegExp
+    $(this).removeClass("bg-danger");
+    if (regex_mode && !validate_regexp(pattern)) {
+      $(this).addClass("bg-danger");
+      num_errors++;
+    }
+
+    // Only add pattern if it hasn't already been added
+    if (f_texts.indexOf(pattern) < 0) {
+      f_texts.push(pattern);
+      f_cols.push(inputElement.css("color"));
+    } else {
+      f_cols[f_texts.indexOf(pattern)] = inputElement.css("color");
+    }
+  });
+  if (num_errors > 0) {
+    return false;
+  }
+
+  // Apply a 'background' highlight to remove default colouring first
+  // Also highlight toolbox drawer icon
+  if (f_texts.length > 0 && f_texts.indexOf("") < 0) {
+    f_texts.unshift("");
+    f_cols.unshift("#cccccc");
+    $('.mqc-toolbox-buttons a[href="#mqc_cols"]').addClass("in_use");
+  } else {
+    $('.mqc-toolbox-buttons a[href="#mqc_cols"]').removeClass("in_use");
+  }
+
+  window.mqc_highlight_f_texts = f_texts;
+  window.mqc_highlight_f_cols = f_cols;
+  window.mqc_highlight_regex_mode = regex_mode;
+
+  // Fire off a custom jQuery event for other javascript chunks to tie into
+  $(document).trigger("mqc_highlights", [f_texts, f_cols, regex_mode]);
+
+  return true;
+}
+
+//////////////////////////////////////////////////////
+// RENAME SAMPLES
+//////////////////////////////////////////////////////
+
+function apply_mqc_renamesamples() {
+  var valid_from_texts = [];
+  var valid_to_texts = [];
+  var regex_mode = $("#mqc_renamesamples .mqc_regex_mode .re_mode").hasClass("on");
+  var num_errors = 0;
+  // Collect filters
+  var f_texts = $("#mqc_renamesamples_filters > li").each(function () {
+    var from_text = $(this).find(".from_text").val();
+    var to_text = $(this).find(".to_text").val();
+    // Validate RegExp
+    $(this).removeClass("bg-danger");
+    if (regex_mode && !validate_regexp(from_text)) {
+      $(this).addClass("bg-danger");
+      num_errors++;
+    }
+    valid_from_texts.push(from_text);
+    valid_to_texts.push(to_text);
+  });
+  if (num_errors > 0) {
+    return false;
+  }
+
+  // If something was renamed, highlight the toolbox icon
+  if (valid_from_texts.length > 0) {
+    $('.mqc-toolbox-buttons a[href="#mqc_renamesamples"]').addClass("in_use");
+  } else {
+    $('.mqc-toolbox-buttons a[href="#mqc_renamesamples"]').removeClass("in_use");
+  }
+
+  window.mqc_rename_f_texts = valid_from_texts;
+  window.mqc_rename_t_texts = valid_to_texts;
+  window.mqc_rename_regex_mode = regex_mode;
+
+  // Fire off a custom jQuery event for other javascript chunks to tie into
+  $(document).trigger("mqc_renamesamples", [window.mqc_rename_f_texts, window.mqc_rename_t_texts, regex_mode]);
+
+  return true;
+}
+
+//////////////////////////////////////////////////////
+// HIDE SAMPLES
+//////////////////////////////////////////////////////
+function apply_mqc_hidesamples(mode) {
+  // Collect the filters into an array
+  if (mode === undefined) {
+    mode = $(".mqc_hidesamples_showhide:checked").val() == "show" ? "show" : "hide";
+  }
+  var regex_mode = $("#mqc_hidesamples .mqc_regex_mode .re_mode").hasClass("on");
+  var f_texts = [];
+  var num_errors = 0;
+  $("#mqc_hidesamples_filters li").each(function () {
+    var pattern = $(this).find(".f_text").val();
+    // Validate RegExp
+    $(this).removeClass("bg-danger");
+    if (regex_mode && !validate_regexp(pattern)) {
+      $(this).addClass("bg-danger");
+      num_errors++;
+    }
+    f_texts.push(pattern);
+  });
+  if (num_errors > 0) {
+    return false;
+  }
+
+  // If something was hidden, highlight the toolbox icon
+  if (f_texts.length > 0) {
+    $('.mqc-toolbox-buttons a[href="#mqc_hidesamples"]').addClass("in_use");
+  } else {
+    $('.mqc-toolbox-buttons a[href="#mqc_hidesamples"]').removeClass("in_use");
+  }
+
+  window.mqc_hide_mode = mode;
+  window.mqc_hide_f_texts = f_texts;
+  window.mqc_hide_regex_mode = regex_mode;
+
+  // Fire off a custom jQuery event for other javascript chunks to tie into
+  $(document).trigger("mqc_hidesamples", [f_texts, regex_mode]);
+
+  return true;
+}
+
+//////////////////////////////////////////////////////
+// SAVE TOOLBOX SETTINGS
+//////////////////////////////////////////////////////
+
+// Save the current configuration setup
+function mqc_save_config(name, clear, as_default) {
+  if (name === undefined) {
+    return false;
+  }
+  var config = {};
+
+  // Collect the toolbox vars
+  config["highlights_f_texts"] = window.mqc_highlight_f_texts;
+  config["highlights_f_cols"] = window.mqc_highlight_f_cols;
+  config["highlight_regex"] = window.mqc_highlight_regex_mode;
+  config["rename_from_texts"] = window.mqc_rename_f_texts;
+  config["rename_to_texts"] = window.mqc_rename_t_texts;
+  config["rename_regex"] = window.mqc_rename_regex_mode;
+  config["hidesamples_mode"] = window.mqc_hide_mode;
+  config["hidesamples_f_texts"] = window.mqc_hide_f_texts;
+  config["hidesamples_regex"] = window.mqc_hide_regex_mode;
+
+  var prev_config = {};
+  // Load existing configs (inc. from other reports)
+  try {
+    try {
+      prev_config = localStorage.getItem("mqc_config");
+      if (prev_config !== null && prev_config !== undefined) {
+        prev_config = JSON.parse(prev_config);
+      } else {
+        prev_config = {};
+      }
+
+      // Update config obj with current config
+      if (clear == true) {
+        delete prev_config[name];
+      } else {
+        prev_config[name] = config;
+        prev_config[name]["last_updated"] = Date();
+        if (as_default) {
+          for (var c in prev_config) {
+            if (prev_config.hasOwnProperty(c)) {
+              prev_config[c]["default"] = false;
+            }
+          }
+        }
+        prev_config[name]["default"] = as_default;
+        if (as_default) console.log("Set new default config!");
+      }
+      localStorage.setItem("mqc_config", JSON.stringify(prev_config));
+    } catch (e) {
+      console.log("Could not access localStorage");
+    }
+
+    if (clear == true) {
+      // Remove from load select box
+      $("#mqc_loadconfig_form select option:contains('" + name + "')").remove();
+      // Successfully deleted message
+      $('<p class="text-danger" id="mqc-cleared-success">Settings deleted.</p>')
+        .hide()
+        .insertBefore($("#mqc_loadconfig_form .actions"))
+        .slideDown(function () {
+          setTimeout(function () {
+            $("#mqc-cleared-success").slideUp(function () {
+              $(this).remove();
+            });
+          }, 5000);
+        });
+    } else {
+      // Remove from load select box
+      $("#mqc_loadconfig_form select option:contains('" + name + "')").remove();
+      // Add new name to load select box and select it
+      $("#mqc_loadconfig_form select")
+        .prepend("<option>" + name + (as_default ? " [default]" : "") + "</option>")
+        .val(name + (as_default ? " [default]" : ""));
+      // Success message
+      $('<p class="text-success" id="mqc-save-success">Settings saved.</p>')
+        .hide()
+        .insertBefore($("#mqc_saveconfig_form"))
+        .slideDown(function () {
+          setTimeout(function () {
+            $("#mqc-save-success").slideUp(function () {
+              $(this).remove();
+            });
+          }, 5000);
+        });
+    }
+  } catch (e) {
+    console.log("Error updating localstorage: " + e);
+  }
+}
+
+// Clear current default configuration
+function mqc_clear_default_config() {
+  try {
+    var config = localStorage.getItem("mqc_config");
+    if (!config) {
+      return;
+    } else {
+      config = JSON.parse(config);
+    }
+    for (var c in config) {
+      if (config.hasOwnProperty(c)) {
+        config[c]["default"] = false;
+      }
+    }
+    localStorage.setItem("mqc_config", JSON.stringify(config));
+    $('<p class="text-danger" id="mqc-cleared-success">Unset default.</p>')
+      .hide()
+      .insertBefore($("#mqc_loadconfig_form .actions"))
+      .slideDown(function () {
+        setTimeout(function () {
+          $("#mqc-cleared-success").slideUp(function () {
+            $(this).remove();
+          });
+        }, 5000);
+        var name = $('#mqc_loadconfig_form select option:contains("default")').text();
+        $('#mqc_loadconfig_form select option:contains("default")').remove();
+        name = name.replace(" [default]", "");
+        $("#mqc_loadconfig_form select")
+          .append("<option>" + name + "</option>")
+          .val(name);
+      });
+  } catch (e) {
+    console.log("Could not access localStorage");
+  }
+}
+
+//////////////////////////////////////////////////////
+// LOAD TOOLBOX SAVE NAMES
+//////////////////////////////////////////////////////
+function populate_mqc_saveselect() {
+  var default_config = "";
+  try {
+    var local_config = localStorage.getItem("mqc_config");
+    if (local_config !== null && local_config !== undefined) {
+      local_config = JSON.parse(local_config);
+      default_name = false;
+      for (var name in local_config) {
+        if (local_config[name]["default"]) {
+          console.log("Loaded default config!");
+          load_mqc_config(name);
+          default_config = name;
+          name = name + " [default]";
+          default_name = name;
+        }
+        $("#mqc_loadconfig_form select")
+          .append("<option>" + name + "</option>")
+          .val(name);
+      }
+      // Set the selected select option
+      if (default_name !== false) {
+        $('#mqc_loadconfig_form select option:contains("' + default_name + '")').prop("selected", true);
+      } else {
+        $("#mqc_loadconfig_form select option:first").prop("selected", true);
+      }
+    }
+  } catch (e) {
+    console.log("Could not load local config: " + e);
+    $("#mqc_saveconfig").html(
+      "<h4>Error accessing localStorage</h4>" +
+        '<p>This feature uses a web browser feature called "localStorage". ' +
+        "We're not able to access this at the moment, which probably means that " +
+        'you have the <em>"Block third-party cookies and site data"</em> setting ticked (Chrome) ' +
+        "or equivalent in other browsers.</p><p>Please " +
+        '<a href="https://www.google.se/search?q=Block+third-party+cookies+and+site+data" target="_blank">change this browser setting</a>' +
+        " to save MultiQC report configs.</p>"
+    );
+  }
+}
+
+//////////////////////////////////////////////////////
+// LOAD TOOLBOX SETTINGS
+//////////////////////////////////////////////////////
+function load_mqc_config(name) {
+  if (name === undefined) {
+    return false;
+  }
+  var config = {};
+  try {
+    try {
+      var local_config = localStorage.getItem("mqc_config");
+    } catch (e) {
+      console.log("Could not access localStorage");
+    }
+    if (local_config !== null && local_config !== undefined) {
+      local_config = JSON.parse(local_config);
+      for (var attr in local_config[name]) {
+        config[attr] = local_config[name][attr];
+      }
+    }
+  } catch (e) {
+    console.log("Could not load local config: " + e);
+  }
+
+  // Apply config - rename samples
+  if (notEmptyObj(config["rename_regex"])) {
+    if (config["rename_regex"] == true) {
+      $("#mqc_renamesamples .mqc_regex_mode .re_mode").removeClass("off").addClass("on").text("on");
+      window.mqc_rename_regex_mode = true;
+    }
+  }
+  if (notEmptyObj(config["rename_from_texts"]) && notEmptyObj(config["rename_to_texts"])) {
+    window.mqc_rename_f_texts = [];
+    window.mqc_rename_t_texts = [];
+    $.each(config["rename_from_texts"], function (idx, from_text) {
+      var to_text = config["rename_to_texts"][idx];
+      if (from_text.length == 0) {
+        return true;
+      }
+      var li = '<li><input class="f_text from_text" value="' + from_text + '" />';
+      li +=
+        '<small class="glyphicon glyphicon-chevron-right"></small><input class="f_text to_text" value="' +
+        to_text +
+        '" />';
+      li +=
+        '<button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>';
+      window.mqc_rename_f_texts.push(from_text);
+      window.mqc_rename_t_texts.push(to_text);
+      $("#mqc_renamesamples_filters").append(li);
+    });
+    $(document).trigger("mqc_renamesamples", [
+      window.mqc_rename_f_texts,
+      window.mqc_rename_t_texts,
+      config["rename_regex"],
+    ]);
+  }
+
+  // Apply config - highlights
+  if (notEmptyObj(config["highlight_regex"])) {
+    if (config["highlight_regex"] == true) {
+      $("#mqc_cols .mqc_regex_mode .re_mode").removeClass("off").addClass("on").text("on");
+      window.mqc_highlight_regex_mode = true;
+    }
+  }
+  if (notEmptyObj(config["highlights_f_texts"]) && notEmptyObj(config["highlights_f_cols"])) {
+    window.mqc_highlight_f_texts = [];
+    window.mqc_highlight_f_cols = [];
+    $.each(config["highlights_f_texts"], function (idx, f_text) {
+      var f_col = config["highlights_f_cols"][idx];
+      $("#" + hashCode(f_text + f_col)).remove();
+      $("#mqc_col_filters").append(
+        '<li style="color:' +
+          f_col +
+          ';" id="' +
+          hashCode(f_text + f_col) +
+          '"><span class="hc_handle"><span></span><span></span></span><input class="f_text" value="' +
+          f_text +
+          '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+      );
+      window.mqc_highlight_f_texts.push(f_text);
+      window.mqc_highlight_f_cols.push(f_col);
+      mqc_colours_idx += 1;
+    });
+    $("#mqc_colour_filter_color").val(mqc_colours[mqc_colours_idx]);
+    $(document).trigger("mqc_highlights", [
+      window.mqc_highlight_f_texts,
+      window.mqc_highlight_f_cols,
+      config["highlight_regex"],
+    ]);
+  }
+
+  // Apply config - hide samples
+  if (notEmptyObj(config["hidesamples_regex"])) {
+    if (config["hidesamples_regex"] == true) {
+      $("#mqc_hidesamples .mqc_regex_mode .re_mode").removeClass("off").addClass("on").text("on");
+      window.mqc_hide_regex_mode = true;
+    }
+  }
+  if (notEmptyObj(config["hidesamples_mode"])) {
+    if (config["hidesamples_mode"] == "show") {
+      $(".mqc_hidesamples_showhide").prop("checked", false);
+      $(".mqc_hidesamples_showhide[val=show]").prop("checked", true);
+      window.mqc_hide_mode = "show";
+    }
+  }
+  if (notEmptyObj(config["hidesamples_f_texts"])) {
+    window.mqc_hide_f_texts = [];
+    $.each(config["hidesamples_f_texts"], function (idx, f_text) {
+      if (f_text.length == 0) {
+        return true;
+      }
+      $("#mqc_hidesamples_filters").append(
+        '<li><input class="f_text" value="' +
+          f_text +
+          '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+      );
+      window.mqc_hide_f_texts.push(f_text);
+    });
+    $(document).trigger("mqc_hidesamples", [window.mqc_hide_f_texts, config["hidesamples_regex"]]);
+  }
+
+  // Trigger loaded event to initialise plots
+  $(document).trigger("mqc_config_loaded");
+}
+</script>
+
+
+<script type="text/javascript">// Javascript for the FastQC MultiQC Mod
+
+///////////////
+// Per Base Sequence Content
+///////////////
+
+// Global vars
+fastqc_passfails = {}; // { <module>: { <section>: { <sample>: { data } } }
+fastqc_seq_content = {}; // { <module>: { <sample>: data } }
+
+function load_fastqc_passfails() {
+  $(".fastqc_passfails").each(function (i, elem) {
+    var key_value = JSON.parse(elem.innerHTML);
+    fastqc_passfails[key_value[0]] = key_value[1];
+  });
+}
+
+function load_fastqc_seq_content() {
+  $(".fastqc_seq_content").each(function (i, elem) {
+    var key_value = JSON.parse(elem.innerHTML);
+    fastqc_seq_content[key_value[0]] = key_value[1];
+  });
+}
+
+// Set up listeners etc on page load
+$(function () {
+  load_fastqc_seq_content();
+
+  // Go through each FastQC module in case there are multiple
+  // #mqc-module-section-fastqc, #mqc-module-section-fastqc-1, ...
+  // or #mqc-module-section-configured-anchor, #mqc-module-section-configured-anchor-1, ...
+  var fastqc_modules = $(".fastqc_passfails").closest(".mqc-module-section");
+  fastqc_modules.each(function () {
+    var module_element = $(this);
+    var module_key = module_element.attr("id").replace(/-/g, "_").replace("mqc_module_section_", "");
+    fastqc_module(module_element, module_key);
+  });
+});
+
+function fastqc_module(module_element, module_key) {
+  // Per-module shared vars
+  var s_height = 10;
+  var num_samples = 0;
+  var sample_names = [];
+  var sample_statuses = [];
+  var labels = [];
+  var c_width = 0;
+  var c_height = 0;
+  var ypos = 0;
+  var max_bp = 0;
+  var current_single_plot = undefined;
+
+  // Make a lookup hash of sample names, in case we rename stuff later
+  module_element;
+  orig_s_names = {};
+  for (var s_name in fastqc_seq_content[module_key]) {
+    if (Object.prototype.hasOwnProperty.call(fastqc_seq_content[module_key], s_name)) {
+      orig_s_names[s_name] = s_name;
+    }
+  }
+
+  // Function to plot heatmap
+  function fastqc_seq_content_heatmap() {
+    // Get sample names, rename and skip hidden samples
+    sample_names = [];
+    sample_statuses = [];
+    var p_data = {};
+    var hidden_samples = 0;
+    $.each(fastqc_seq_content[module_key], function (s_name, data) {
+      // rename sample names
+      var orig_s_name = s_name;
+      var t_status = fastqc_passfails[module_key]["per_base_sequence_content"][s_name];
+      $.each(window.mqc_rename_f_texts, function (idx, f_text) {
+        if (window.mqc_rename_regex_mode) {
+          var re = new RegExp(f_text, "g");
+          s_name = s_name.replace(re, window.mqc_rename_t_texts[idx]);
+        } else {
+          s_name = s_name.replace(f_text, window.mqc_rename_t_texts[idx]);
+        }
+      });
+      orig_s_names[s_name] = orig_s_name;
+      sample_statuses[s_name] = t_status;
+      p_data[s_name] = JSON.parse(JSON.stringify(data)); // clone data
+
+      var hide_sample = false;
+      for (i = 0; i < window.mqc_hide_f_texts.length; i++) {
+        var f_text = window.mqc_hide_f_texts[i];
+        if (window.mqc_hide_regex_mode) {
+          if (s_name.match(f_text)) {
+            hide_sample = true;
+          }
+        } else {
+          if (s_name.indexOf(f_text) > -1) {
+            hide_sample = true;
+          }
+        }
+      }
+      if (window.mqc_hide_mode == "show") {
+        hide_sample = !hide_sample;
+      }
+      if (!hide_sample) {
+        sample_names.push(s_name);
+      } else {
+        hidden_samples += 1;
+      }
+    });
+    num_samples = sample_names.length;
+    module_element
+      .find("#fastqc_seq_heatmap_div .samples-hidden-warning, #fastqc_seq_heatmap_div .fastqc-heatmap-no-samples")
+      .remove();
+    module_element.find("#fastqc_seq_heatmap_div .hc-plot-wrapper").show();
+    if (num_samples == 0) {
+      module_element.find("#fastqc_seq_heatmap_div .hc-plot-wrapper").hide();
+      module_element
+        .find("#fastqc_seq_heatmap_div")
+        .prepend('<p class="fastqc-heatmap-no-samples text-muted">No samples found.</p>');
+    }
+    if (hidden_samples > 0) {
+      module_element
+        .find("#fastqc_seq_heatmap_div")
+        .prepend(
+          '<div class="samples-hidden-warning alert alert-warning"> \
+                <span class="glyphicon glyphicon-info-sign"></span> \
+                <strong>Warning:</strong> ' +
+            hidden_samples +
+            ' samples hidden in toolbox. \
+                <a href="#mqc_hidesamples" class="alert-link" onclick="mqc_toolbox_openclose(\'#mqc_hidesamples\', true); return false;">See toolbox.</a>\
+            </div>'
+        );
+    }
+    if (num_samples == 0) {
+      return;
+    }
+
+    // Convert the CSS percentage size into pixels
+    c_width = module_element.find("#fastqc_seq_heatmap").parent().width() - 5; // -5 for status bar
+    c_height = module_element.find("#fastqc_seq_heatmap").parent().height() - 2; // -2 for bottom line padding
+    s_height = c_height / num_samples;
+    // Minimum row height
+    if (s_height < 2) {
+      s_height = 2;
+      c_height = num_samples * 2;
+      module_element
+        .find("#fastqc_seq_heatmap")
+        .parent()
+        .parent()
+        .height(c_height + 10);
+    }
+    // Resize the canvas properties
+    module_element.find("#fastqc_seq_heatmap").prop({
+      width: c_width,
+      height: c_height + 1,
+    });
+    var canvas = module_element.find("#fastqc_seq_heatmap")[0];
+    if (canvas && canvas.getContext) {
+      var ctx = canvas.getContext("2d");
+      ctx.strokeStyle = "#666666";
+      // First, do labels and get max base pairs
+      max_bp = 0;
+      labels = [];
+      $.each(sample_names, function (idx, s_name) {
+        var s = p_data[s_name];
+        labels.push(s_name);
+        $.each(s, function (bp, v) {
+          bp = parseInt(bp);
+          if (bp > max_bp) {
+            max_bp = bp;
+          }
+        });
+      });
+      ypos = 0;
+      $.each(sample_names, function (idx, s_name) {
+        // Add a 5px wide bar indicating either status or Highlight
+        var status = sample_statuses[s_name];
+        var s_col = "#999999";
+        if (status == "pass") {
+          s_col = "#5cb85c";
+        }
+        if (status == "warn") {
+          s_col = "#f0ad4e";
+        }
+        if (status == "fail") {
+          s_col = "#d9534f";
+        }
+        // Override status colour with highlights
+        $.each(window.mqc_highlight_f_texts, function (idx, f_text) {
+          if (
+            (window.mqc_highlight_regex_mode && s_name.match(f_text)) ||
+            (!window.mqc_highlight_regex_mode && s_name.indexOf(f_text) > -1)
+          ) {
+            s_col = window.mqc_highlight_f_cols[idx];
+          }
+        });
+        ctx.fillStyle = s_col;
+        ctx.fillRect(0, ypos + 1, 5, s_height - 2);
+
+        // Plot the squares for the heatmap
+        var s = p_data[s_name];
+        var xpos = 6;
+        var last_bp = 0;
+        $.each(s, function (bp, v) {
+          bp = parseInt(bp);
+          var this_width = (bp - last_bp) * (c_width / max_bp);
+          last_bp = bp;
+          // Very old versions of FastQC give counts instead of percentages
+          if (v["t"] > 100) {
+            var t = v["t"] + v["a"] + v["c"] + v["g"];
+            v["t"] = (v["t"] / t) * 100;
+            v["a"] = (v["a"] / t) * 100;
+            v["c"] = (v["c"] / t) * 100;
+            v["g"] = (v["g"] / t) * 100;
+          }
+          var r = Math.round((v["t"] / 100) * 255);
+          var g = Math.round((v["a"] / 100) * 255);
+          var b = Math.round((v["c"] / 100) * 255);
+          ctx.fillStyle = "rgb(" + r + "," + g + "," + b + ")";
+          // width+1 to avoid vertical white line gaps.
+          ctx.fillRect(xpos, ypos, this_width + 1, s_height);
+          xpos += this_width;
+        });
+        // Draw a line under this row if we don't have too many samples
+        if (num_samples <= 20) {
+          ctx.beginPath();
+          ctx.moveTo(6, ypos);
+          ctx.lineTo(c_width, ypos);
+          ctx.stroke();
+        }
+        ypos += s_height;
+      });
+      // Final line under row
+      ctx.beginPath();
+      ctx.moveTo(6, ypos);
+      ctx.lineTo(c_width, ypos);
+      ctx.stroke();
+    }
+  }
+
+  // Draw sequence content heatmap
+  fastqc_seq_content_heatmap();
+
+  // Add the pass / warning / fails counts to each of the FastQC submodule headings
+  $.each(fastqc_passfails[module_key], function (k, vals) {
+    var total = 0;
+    var v = { pass: 0, warn: 0, fail: 0 };
+    $.each(vals, function (s_name, status) {
+      total += 1;
+      v[status] += 1;
+    });
+    var p_bar =
+      '<div class="progress fastqc_passfail_progress"> \
+            <div class="progress-bar progress-bar-success" style="width: ' +
+      (v["pass"] / total) * 100 +
+      '%" title="' +
+      v["pass"] +
+      "&nbsp;/&nbsp;" +
+      total +
+      ' samples passed">' +
+      v["pass"] +
+      '</div> \
+            <div class="progress-bar progress-bar-warning" style="width: ' +
+      (v["warn"] / total) * 100 +
+      '%" title="' +
+      v["warn"] +
+      "&nbsp;/&nbsp;" +
+      total +
+      ' samples with warnings">' +
+      v["warn"] +
+      '</div> \
+            <div class="progress-bar progress-bar-danger" style="width: ' +
+      (v["fail"] / total) * 100 +
+      '%" title="' +
+      v["fail"] +
+      "&nbsp;/&nbsp;" +
+      total +
+      ' samples failed">' +
+      v["fail"] +
+      "</div> \
+        </div>";
+    module_element
+      .find("[id^=fastqc_" + k + "]")
+      .first()
+      .append(p_bar);
+  });
+
+  // Create popovers on click
+  module_element.find(".fastqc_passfail_progress .progress-bar").mouseover(function () {
+    // Does this element already have a popover?
+    if ($(this).attr("data-original-title")) {
+      return false;
+    }
+    // Create it
+    var pid = $(this).closest("h3").attr("id");
+    var k = pid.substr(7);
+    // Remove suffix when there are multiple fastqc sections
+    var n = k.indexOf("-");
+    k = k.substring(0, n != -1 ? n : k.length);
+    var vals = fastqc_passfails[module_key][k];
+    var passes = $(this).hasClass("progress-bar-success") ? true : false;
+    var warns = $(this).hasClass("progress-bar-warning") ? true : false;
+    var fails = $(this).hasClass("progress-bar-danger") ? true : false;
+    var pclass = "";
+    if (passes) {
+      pclass = "success";
+    }
+    if (warns) {
+      pclass = "warning";
+    }
+    if (fails) {
+      pclass = "danger";
+    }
+    var samples = Array();
+    $.each(vals, function (s_name, status) {
+      if (status == "pass" && passes) {
+        samples.push(s_name);
+      } else if (status == "warn" && warns) {
+        samples.push(s_name);
+      } else if (status == "fail" && fails) {
+        samples.push(s_name);
+      }
+    });
+    $(this)
+      .popover({
+        title: $(this).attr("title"),
+        content: samples.sort().join("<br>"),
+        html: true,
+        trigger: "hover click focus",
+        placement: "bottom auto",
+        template:
+          '<div class="popover popover-fastqc-status popover-' +
+          pclass +
+          '" role="tooltip"> \
+                <div class="arrow"></div>\
+                <h3 class="popover-title"></h3>\
+                <div class="fastqc-popover-intro">\
+                    Click bar to fix in place <br>\
+                    <a href="#" class="fastqc-status-highlight"><span class="glyphicon glyphicon-pushpin"></span> Highlight these samples</a><br>\
+                    <a href="#" class="fastqc-status-hideothers"><span class="glyphicon glyphicon-eye-close"></span> Show only these samples</a>\
+                </div>\
+                <div class="popover-content"></div>\
+            </div>',
+      })
+      .popover("show");
+  });
+
+  // Listener for Status highlight click
+  module_element.find(".fastqc_passfail_progress").on("click", ".fastqc-status-highlight", function (e) {
+    e.preventDefault();
+    // Get sample names and highlight colour
+    var samples = $(this).parent().parent().find(".popover-content").html().split("<br>");
+    var f_col = $("#mqc_colour_filter_color").val();
+    // Add sample names to the toolbox
+    for (i = 0; i < samples.length; i++) {
+      var f_text = samples[i];
+      $("#mqc_col_filters").append(
+        '<li style="color:' +
+          f_col +
+          ';"><span class="hc_handle"><span></span><span></span></span><input class="f_text" value="' +
+          f_text +
+          '"/><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+      );
+    }
+    // Apply highlights and open toolbox
+    apply_mqc_highlights();
+    mqc_toolbox_openclose("#mqc_cols", true);
+    // Update next highlight colour
+    mqc_colours_idx += 1;
+    if (mqc_colours_idx >= mqc_colours.length) {
+      mqc_colours_idx = 0;
+    }
+    $("#mqc_colour_filter_color").val(mqc_colours[mqc_colours_idx]);
+    // Hide the popover
+    $(this).closest(".popover").popover("hide");
+  });
+
+  // Listener for Status hide others click
+  module_element.find(".fastqc_passfail_progress").on("click", ".fastqc-status-hideothers", function (e) {
+    e.preventDefault();
+    // Get sample names
+    var samples = $(this).parent().parent().find(".popover-content").html().split("<br>");
+    // Check if we're already hiding anything, remove after confirm if so
+    if ($("#mqc_hidesamples_filters li").length > 0) {
+      if (!confirm($("#mqc_hidesamples_filters li").length + " Hide filters already exist - discard?")) {
+        return false;
+      } else {
+        $("#mqc_hidesamples_filters").empty();
+      }
+    }
+    // Set to "show only" and disable regex
+    $('.mqc_hidesamples_showhide[value="show"]').prop("checked", true);
+    $("#mqc_hidesamples .mqc_regex_mode .re_mode").removeClass("on").addClass("off").text("off");
+    // Add sample names to the toolbox
+    for (i = 0; i < samples.length; i++) {
+      var f_text = samples[i];
+      $("#mqc_hidesamples_filters").append(
+        '<li><input class="f_text" value="' +
+          f_text +
+          '" /><button type="button" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button></li>'
+      );
+    }
+    // Apply highlights and open toolbox
+    apply_mqc_hidesamples();
+    mqc_toolbox_openclose("#mqc_hidesamples", true);
+    // Hide the popover
+    $(this).closest(".popover").popover("hide");
+  });
+
+  /////////
+  /// SEQ CONTENT HEATMAP LISTENERS
+  /////////
+
+  // Seq Content heatmap export button
+  module_element.find("#fastqc_per_base_sequence_content_export_btn").click(function (e) {
+    e.preventDefault();
+    // In case of repeated modules: #fastqc_per_base_sequence_content_plot, #fastqc_per_base_sequence_content_plot-1, ..
+    var plot_id = module_element.find(".fastqc_per_base_sequence_content_plot").attr("id");
+    // Tick only this plot in the toolbox and slide out
+    $("#mqc_export_selectplots input").prop("checked", false);
+    $('#mqc_export_selectplots input[value="' + plot_id + '"]').prop("checked", true);
+    mqc_toolbox_openclose("#mqc_exportplots", true);
+  });
+
+  // Export plot
+  module_element.find(".fastqc_per_base_sequence_content_plot").on("mqc_plotexport_image", function (e, cfg) {
+    alert("Apologies, it's not yet possible to export this plot.\nPlease take a screengrab or export the JSON data.");
+  });
+  module_element.find(".fastqc_per_base_sequence_content_plot").on("mqc_plotexport_data", function (e, cfg) {
+    if (cfg["ft"] == "json") {
+      json_str = JSON.stringify(fastqc_seq_content[module_key], null, 2);
+      var blob = new Blob([json_str], { type: "text/plain;charset=utf-8" });
+      saveAs(blob, cfg["fname"]);
+    } else {
+      alert("Apologies, this plot can only be exported as JSON currently.");
+    }
+  });
+
+  // Seq Content heatmap mouse rollover
+  module_element.find("#fastqc_seq_heatmap").mousemove(function (e) {
+    // Replace the heading above the heatmap
+    var pos = findPos(this);
+    var x = e.pageX - pos.x + 3;
+    var y = e.pageY - pos.y;
+
+    // Get label from y position
+    var idx = Math.floor(y / s_height);
+    var s_name = sample_names[idx];
+    var orig_s_name = orig_s_names[sample_names[idx]];
+    if (s_name === undefined) {
+      return false;
+    }
+
+    // Show the pass/warn/fail status heading for this sample
+    var s_status = sample_statuses[s_name];
+    var s_status_class = "label-default";
+    if (s_status == "pass") {
+      s_status_class = "label-success";
+    }
+    if (s_status == "warn") {
+      s_status_class = "label-warning";
+    }
+    if (s_status == "fail") {
+      s_status_class = "label-danger";
+    }
+    module_element
+      .find("#fastqc_per_base_sequence_content_plot_div .s_name")
+      .html(
+        '<span class="glyphicon glyphicon-info-sign"></span> ' +
+          s_name +
+          ' <span class="label s_status ' +
+          s_status_class +
+          '">' +
+          s_status +
+          "</span>"
+      );
+
+    // Update the key with the raw data for this position
+    var hover_bp = Math.max(1, Math.floor((x / c_width) * max_bp));
+    var thispoint = fastqc_seq_content[module_key][orig_s_name][hover_bp];
+    if (!thispoint) {
+      var nearestkey = 0;
+      var guessdata = null;
+      $.each(fastqc_seq_content[module_key][orig_s_name], function (bp, v) {
+        bp = parseInt(bp);
+        if (bp < hover_bp && bp > nearestkey) {
+          nearestkey = bp;
+          guessdata = v;
+        }
+      });
+      if (guessdata === null) {
+        console.error("Couldn't guess key for " + hover_bp);
+        return false;
+      } else {
+        thispoint = guessdata;
+      }
+    }
+    module_element.find("#fastqc_seq_heatmap_key_t span").text(thispoint["t"].toFixed(0) + "%");
+    module_element.find("#fastqc_seq_heatmap_key_c span").text(thispoint["c"].toFixed(0) + "%");
+    module_element.find("#fastqc_seq_heatmap_key_a span").text(thispoint["a"].toFixed(0) + "%");
+    module_element.find("#fastqc_seq_heatmap_key_g span").text(thispoint["g"].toFixed(0) + "%");
+    module_element.find("#fastqc_seq_heatmap_key_pos").text(thispoint["base"] + " bp");
+  });
+
+  // Remove sample name again when mouse leaves
+  module_element.find("#fastqc_seq_heatmap").mouseout(function (e) {
+    module_element
+      .find("#fastqc_per_base_sequence_content_plot_div .s_name")
+      .html('<span class="glyphicon glyphicon-info-sign"></span> Rollover for sample name');
+    module_element.find("#fastqc_seq_heatmap_key_pos").text("-");
+    module_element.find("#fastqc_seq_heatmap_key_t span").text("-");
+    module_element.find("#fastqc_seq_heatmap_key_c span").text("-");
+    module_element.find("#fastqc_seq_heatmap_key_a span").text("-");
+    module_element.find("#fastqc_seq_heatmap_key_g span").text("-");
+  });
+
+  // Click sample
+  module_element.find("#fastqc_seq_heatmap").click(function (e) {
+    e.preventDefault();
+    // Get label from y position
+    var pos = findPos(this);
+    var x = e.pageX - pos.x;
+    var y = e.pageY - pos.y;
+    var idx = Math.floor(y / s_height);
+    var s_name = sample_names[idx];
+    var orig_s_name = orig_s_names[sample_names[idx]];
+    if (orig_s_name !== undefined) {
+      plot_single_seqcontent(s_name);
+    }
+  });
+  module_element.on("click", ".fastqc_seqcontent_single_prevnext", function (e) {
+    e.preventDefault();
+    // Find next / prev sample name
+    var idx = sample_names.indexOf(current_single_plot);
+    if ($(this).data("action") == "next") {
+      idx++;
+    } else {
+      idx--;
+    }
+    if (idx < 0) {
+      idx = sample_names.length - 1;
+    }
+    if (idx >= sample_names.length) {
+      idx = 0;
+    }
+    var s_name = sample_names[idx];
+    var orig_s_name = orig_s_names[sample_names[idx]];
+    current_single_plot = s_name;
+    // Prep the new plot data
+    var plot_data = [[], [], [], []];
+    var bases = Object.keys(fastqc_seq_content[module_key][orig_s_name]).sort(function (a, b) {
+      return a - b;
+    });
+    for (i = 0; i < bases.length; i++) {
+      var base = fastqc_seq_content[module_key][orig_s_name][bases[i]]["base"].toString().split("-");
+      base = parseFloat(base[0]);
+      plot_data[0].push([base, fastqc_seq_content[module_key][orig_s_name][bases[i]]["t"]]);
+      plot_data[1].push([base, fastqc_seq_content[module_key][orig_s_name][bases[i]]["c"]]);
+      plot_data[2].push([base, fastqc_seq_content[module_key][orig_s_name][bases[i]]["a"]]);
+      plot_data[3].push([base, fastqc_seq_content[module_key][orig_s_name][bases[i]]["g"]]);
+    }
+    // Update the chart
+    var hc = module_element.find("#fastqc_sequence_content_single").highcharts();
+    for (i = 0; i < plot_data.length; i++) {
+      hc.series[i].setData(plot_data[i], false);
+    }
+    hc.setTitle({ text: s_name });
+    hc.redraw({ duration: 200 });
+  });
+  module_element.on("click", "#fastqc_sequence_content_single_back", function (e) {
+    e.preventDefault();
+    module_element.find("#fastqc_per_base_sequence_content_plot_div").slideDown();
+    module_element.find("#fastqc_sequence_content_single_wrapper").slideUp(function () {
+      $(this).remove();
+    });
+  });
+
+  // Highlight the custom heatmap
+  $(document).on("mqc_highlights mqc_hidesamples mqc_renamesamples mqc_plotresize", function (e) {
+    fastqc_seq_content_heatmap();
+  });
+  // Seq content - window resized
+  $(window).resize(function () {
+    fastqc_seq_content_heatmap();
+  });
+
+  function plot_single_seqcontent(s_name) {
+    current_single_plot = s_name;
+    var orig_s_name = orig_s_names[s_name];
+    var data = fastqc_seq_content[module_key][orig_s_name];
+    var plot_data = [
+      { name: "% T", data: [] },
+      { name: "% C", data: [] },
+      { name: "% A", data: [] },
+      { name: "% G", data: [] },
+    ];
+    var bases = Object.keys(data).sort(function (a, b) {
+      return a - b;
+    });
+    for (i = 0; i < bases.length; i++) {
+      var d = bases[i];
+      var base = data[d]["base"].toString().split("-");
+      base = parseFloat(base[0]);
+      plot_data[0]["data"].push({ x: base, y: data[d]["t"], name: data[d]["base"] });
+      plot_data[1]["data"].push({ x: base, y: data[d]["c"], name: data[d]["base"] });
+      plot_data[2]["data"].push({ x: base, y: data[d]["a"], name: data[d]["base"] });
+      plot_data[3]["data"].push({ x: base, y: data[d]["g"], name: data[d]["base"] });
+    }
+
+    // Create plot div if it doesn't exist, and hide overview
+    if (module_element.find("#fastqc_sequence_content_single_wrapper").length == 0) {
+      var plot_div = module_element.find("#fastqc_per_base_sequence_content_plot_div");
+      plot_div.slideUp();
+      var newplot =
+        '<div id="fastqc_sequence_content_single_wrapper"> \
+            <div id="fastqc_sequence_content_single_controls">\
+                <button class="btn btn-primary btn-sm" id="fastqc_sequence_content_single_back">Back to overview heatmap</button> \
+                <div class="btn-group btn-group-sm"> \
+                    <button class="btn btn-default fastqc_seqcontent_single_prevnext" data-action="prev">&laquo; Prev</button> \
+                    <button class="btn btn-default fastqc_seqcontent_single_prevnext" data-action="next">Next &raquo;</button> \
+                </div>\
+            </div>\
+            <div class="hc-plot-wrapper"><div id="fastqc_sequence_content_single" class="hc-plot hc-line-plot"><small>loading..</small></div></div></div>';
+      $(newplot).insertAfter(plot_div).hide().slideDown();
+    }
+
+    module_element.find("#fastqc_sequence_content_single").highcharts({
+      chart: {
+        type: "line",
+        zoomType: "x",
+      },
+      colors: ["#dc0000", "#0000dc", "#00dc00", "#404040"],
+      title: {
+        text: s_name,
+        x: 30, // fudge to center over plot area rather than whole plot
+      },
+      xAxis: {
+        title: { text: "Position (bp)" },
+        allowDecimals: false,
+      },
+      yAxis: {
+        title: { text: "% Reads" },
+        max: 100,
+        min: 0,
+      },
+      legend: {
+        floating: true,
+        layout: "vertical",
+        align: "right",
+        verticalAlign: "top",
+        y: 40,
+      },
+      tooltip: {
+        backgroundColor: "#FFFFFF",
+        borderColor: "#CCCCCC",
+        formatter: function () {
+          var texts = [];
+          var bars = [];
+          var xlabel = this.x;
+          $.each(this.points, function () {
+            texts.push(
+              '<span style="display: inline-block; border-left: 3px solid ' +
+                this.color +
+                '; padding-left:5px; margin-bottom: 2px;"></div>' +
+                this.y.toFixed(1) +
+                this.series.name +
+                "</span>"
+            );
+            bars.push(
+              '<div class="progress-bar" style="width:' +
+                this.y +
+                "%; float:left; font-size:8px; line-height:12px; padding:0; background-color:" +
+                this.color +
+                ';">' +
+                this.series.name.replace("%", "").trim() +
+                "</div>"
+            );
+            if (this.point.name) {
+              xlabel = this.point.name;
+            }
+          });
+          return (
+            '<p style="font-weight:bold; text-decoration: underline;">Position: ' +
+            xlabel +
+            " bp</p>\
+                            <p>" +
+            texts.join("<br>") +
+            '</p><div class="progress" style="height: 12px; width: 150px; margin:0;">' +
+            bars.join("") +
+            "</div>"
+          );
+        },
+        useHTML: true,
+        crosshairs: true,
+        shared: true,
+      },
+      plotOptions: {
+        series: {
+          animation: false,
+          marker: { enabled: false },
+        },
+      },
+      exporting: {
+        buttons: {
+          contextButton: {
+            menuItems: window.HCDefaults.exporting.buttons.contextButton.menuItems,
+            onclick: window.HCDefaults.exporting.buttons.contextButton.onclick,
+          },
+        },
+      },
+      series: plot_data,
+    });
+  }
+}
+
+// Find the position of the mouse cursor over the canvas
+// http://stackoverflow.com/questions/6735470/get-pixel-color-from-canvas-on-mouseover
+function findPos(obj) {
+  var curleft = 0,
+    curtop = 0;
+  if (obj.offsetParent) {
+    do {
+      curleft += obj.offsetLeft;
+      curtop += obj.offsetTop;
+    } while ((obj = obj.offsetParent));
+    return { x: curleft, y: curtop };
+  }
+  return undefined;
+}
+</script>
+
+
+</head>
+<body>
+
+
+
+<div class="side-nav-wrapper">
+  <div class="side-nav">
+    <h1>
+      <button type="button" class="navbar-toggle collapsed" data-toggle="collapse" data-target=".mqc-nav, .mqc-toolbox">
+        <span class="sr-only">Toggle navigation</span>
+        <span class="icon-bar"></span>
+        <span class="icon-bar"></span>
+        <span class="icon-bar"></span>
+      </button>
+      <a href="#">
+        <img src="data:image/png;base64,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" title="MultiQC">
+        <br class="hidden-xs">
+        <small class="hidden-xs">v1.13.dev0</small>
+      </a>
+    </h1>
+    
+    <p class="mqc_loading_warning">Loading report..</p>
+    <ul class="mqc-nav collapse navbar-collapse">
+      
+      <li>
+        <a href="#general_stats" class="nav-l1">General Stats</a>
+      </li>
+      
+      
+      <li>
+        <a href="#kallisto" class="nav-l1">Kallisto</a>
+        <ul>
+        
+        </ul>
+      </li>
+      
+      
+      
+      <li>
+        <a href="#fastqc" class="nav-l1">FastQC</a>
+        <ul>
+        
+            <li>
+              <a href="#fastqc_sequence_counts" class="nav-l2">Sequence Counts</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_per_base_sequence_quality" class="nav-l2">Sequence Quality Histograms</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_per_sequence_quality_scores" class="nav-l2">Per Sequence Quality Scores</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_per_base_sequence_content" class="nav-l2">Per Base Sequence Content</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_per_sequence_gc_content" class="nav-l2">Per Sequence GC Content</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_per_base_n_content" class="nav-l2">Per Base N Content</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_sequence_length_distribution" class="nav-l2">Sequence Length Distribution</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_sequence_duplication_levels" class="nav-l2">Sequence Duplication Levels</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_overrepresented_sequences" class="nav-l2">Overrepresented sequences</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_adapter_content" class="nav-l2">Adapter Content</a>
+            </li>
+            
+            <li>
+              <a href="#fastqc_status_checks" class="nav-l2">Status Checks</a>
+            </li>
+            
+        
+        </ul>
+      </li>
+      
+      
+    </ul>
+  </div>
+  <!-- Nav Width Toggle Button -->
+  <div id="side-nav-handle"><span class="glyphicon glyphicon-triangle-left" aria-hidden="true"></span></div>
+</div>
+
+
+
+<div class="mqc-toolbox collapse">
+
+  <!-- Toolbar show/hide buttons -->
+  <div class="mqc-toolbox-buttons hidden-xs">
+    <a class="mqc-toolbox-label" href="#mqc_cols" title="Open Toolbox">Toolbox</a>
+    <ul>
+      <li><a href="#mqc_cols" title="Highlight" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-pushpin"></span></a></li>
+      <li><a href="#mqc_renamesamples" title="Rename" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-font"></span></a></li>
+      <li><a href="#mqc_hidesamples" title="Hide" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-eye-close"></span></a></li>
+      <li><a href="#mqc_exportplots" title="Export" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-download-alt"></span></a></li>
+      <li><a href="#mqc_saveconfig" title="Save" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-floppy-disk"></span></a></li>
+      <li><a href="#mqc_citations" title="Citations" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-education"></span></a></li>
+      <li><a href="#mqc_about" title="About" data-placement="left" data-toggle="tooltip"><span class="glyphicon glyphicon-question-sign"></span></a></li>
+    </ul>
+  </div>
+
+  <div class="mqc-toolbox-wrapper">
+    <!-- Header - always visible -->
+    <div class="mqc-toolbox-header hidden-xs">
+      <h3>MultiQC Toolbox</h3>
+    </div>
+
+    <!-- Highlighting -->
+    <div id="mqc_cols" class="mqc_filter_section">
+      <h4>
+        <button id="mqc_cols_apply" class="btn btn-xs btn-default pull-right" disabled>Apply</button>
+        Highlight Samples
+      </h4>
+      
+      <form class="form-inline" id="mqc_color_form">
+        <input id="mqc_colour_filter" type="text" placeholder="Custom Pattern" class="form-control input-sm">
+        <input id="mqc_colour_filter_color" type="color" value="#e41a1c" class="form-control input-sm">
+        <button type="submit" id="mqc_colour_filter_update" class="btn btn-default btn-sm">+</button>
+      </form>
+      <p class="mqc_regex_mode_p">
+        <span class="mqc_switch_wrapper mqc_regex_mode" data-target="mqc_cols">Regex mode <span class="mqc_switch re_mode off">off</span></span>
+        <button class="btn btn-sm btn-link" data-toggle="modal" data-target="#regex_help_modal">help</button>
+        <button class="btn btn-default btn-xs mqc_toolbox_clear"><span class="glyphicon glyphicon-trash"></span> Clear</button>
+      </p>
+      <ul id="mqc_col_filters" class="mqc_filters"></ul>
+    </div>
+
+    <!-- Renaming -->
+    <div id="mqc_renamesamples" class="mqc_filter_section">
+      <h4>
+        <button id="mqc_rename_apply" class="btn btn-xs btn-default pull-right" disabled>Apply</button>
+        Rename Samples
+      </h4>
+      
+      <form class="form-inline" id="mqc_renamesamples_form">
+        <input id="mqc_renamesamples_from" type="text" placeholder="From" class="form-control input-sm">
+        <input id="mqc_renamesamples_to" type="text" placeholder="To" class="form-control input-sm">
+        <button type="submit" id="mqc_renamesamples_filter_update" class="btn btn-default btn-sm">+</button>
+      </form>
+      <p><a data-toggle="collapse" href="#mqc_renamesamples_bulk_collapse">Click here for bulk input.</a></p>
+      <div class="collapse" id="mqc_renamesamples_bulk_collapse">
+        <p>Paste two columns of a tab-delimited table here (eg. from Excel).</p>
+        <p>First column should be the old name, second column the new name.</p>
+        <form id="mqc_renamesamples_bulk_form">
+          <textarea class="form-control" rows="5"></textarea>
+          <button type="submit" id="mqc_renamesamples_bulk_update" class="btn btn-default btn-sm">Add</button>
+        </form>
+      </div>
+      <p class="mqc_regex_mode_p">
+        <span class="mqc_switch_wrapper mqc_regex_mode" data-target="mqc_renamesamples">Regex mode <span class="mqc_switch re_mode off">off</span></span>
+        <button class="btn btn-sm btn-link" data-toggle="modal" data-target="#regex_help_modal">help</button>
+        <button class="btn btn-default btn-xs mqc_toolbox_clear"><span class="glyphicon glyphicon-trash"></span> Clear</button>
+      </p>
+      <ul id="mqc_renamesamples_filters" class="mqc_filters"></ul>
+    </div>
+
+    <!-- Hiding -->
+    <div id="mqc_hidesamples" class="mqc_filter_section">
+      <h4>
+        <button id="mqc_hide_apply" class="btn btn-xs btn-default pull-right" disabled>Apply</button>
+        Show / Hide Samples
+      </h4>
+      
+      <form id="mqc_hidesamples_form">
+        <div class="radio input-sm">
+          <label><input type="radio" name="mqc_hidesamples_showhide" class="mqc_hidesamples_showhide" value="hide" checked> Hide matching samples</label>
+        </div>
+        <div class="radio input-sm">
+          <label><input type="radio" name="mqc_hidesamples_showhide" class="mqc_hidesamples_showhide" value="show"> Show only matching samples</label>
+        </div>
+        <div class="form-inline">
+          <input id="mqc_hidesamples_filter" type="text" placeholder="Custom Pattern" class="form-control input-sm">
+          <button type="submit" id="mqc_hidesamples_filter_update" class="btn btn-default btn-sm">+</button>
+        </div>
+      </form>
+      
+      <p class="mqc_regex_mode_p">
+        <span class="mqc_switch_wrapper mqc_regex_mode" data-target="mqc_hidesamples">Regex mode <span class="mqc_switch re_mode off">off</span></span>
+        <button class="btn btn-sm btn-link" data-toggle="modal" data-target="#regex_help_modal">help</button>
+        <button class="btn btn-default btn-xs mqc_toolbox_clear"><span class="glyphicon glyphicon-trash"></span> Clear</button>
+      </p>
+      <ul id="mqc_hidesamples_filters" class="mqc_filters"></ul>
+    </div>
+
+    <!-- Export Plots -->
+    <div id="mqc_exportplots" class="mqc_filter_section">
+      <h4>Export Plots</h4>
+      <form>
+        <ul class="nav nav-tabs" role="tablist">
+          <li class="active"><a href="#mqc_image_download" data-toggle="tab">Images</a></li>
+          <li><a href="#mqc_data_download" data-toggle="tab">Data</a></li>
+        </ul>
+        <div class="tab-content">
+          <div role="tabpanel" class="tab-pane fade in active" id="mqc_image_download">
+            <div class="row">
+              <div class="form-group col-sm-6">
+                <div class="input-group input-group-sm">
+                  <input type="text" class="form-control input-sm" id="mqc_exp_width" placeholder="Width" value="1200">
+                  <span class="input-group-addon">px</span>
+                </div>
+              </div>
+              <div class="form-group col-sm-6">
+                <div class="input-group input-group-sm">
+                  <input type="text" class="form-control input-sm" id="mqc_exp_height" placeholder="Height" value="800">
+                  <span class="input-group-addon">px</span>
+                </div>
+              </div>
+            </div>
+            <div class="row">
+              <div class="form-group col-sm-6 checkbox">
+                <label><input type="checkbox" id="mqc_export_aspratio" checked> Aspect ratio</label>
+              </div>
+              <div class="form-group col-sm-6">
+                <select id="mqc_export_ft" class="form-control input-sm">
+                  <option value="image/png">PNG</option>
+                  <option value="image/jpeg">JPEG</option>
+                  <option value="image/svg+xml">SVG</option>
+                </select>
+              </div>
+            </div>
+            <div class="row">
+              <div class="col-sm-6 checkbox">
+                <label for="mqc_export_scaling">Plot scaling</label>
+              </div>
+              <div class="col-sm-6">
+                <div class="input-group input-group-sm">
+                  <input type="text" class="form-control" id="mqc_export_scaling" placeholder="Scale" value="2">
+                  <span class="input-group-addon">X</span>
+                </div>
+              </div>
+            </div>
+          </div>
+
+          <div role="tabpanel" class="tab-pane fade" id="mqc_data_download">
+            <p>Download the raw data used to create the plots in this report below:</p>
+            <div class="row">
+              <div class="form-group col-sm-4 checkbox">
+                <label>Format:</label>
+              </div>
+              <div class="form-group col-sm-8">
+                <select id="mqc_export_data_ft" class="form-control input-sm">
+                  <option value="tsv">Tab-separated</option>
+                  <option value="csv">Comma-separated</option>
+                  <option value="json">JSON</option>
+                </select>
+              </div>
+            </div>
+            
+            <p>Note that additional data was saved in <code>multiqc_data</code> when this report was generated.</p>
+            
+            <div id="mqc_export_data_log"></div>
+          </div>
+        </div>
+
+        <hr>
+        <h5>Choose Plots</h5>
+        <button class="btn btn-sm btn-default" id="mqc_export_sall"><span class="glyphicon glyphicon-check"></span> All</button>
+        <button class="btn btn-sm btn-default" id="mqc_export_snone"><span class="glyphicon glyphicon-unchecked"></span> None</button>
+        <div id="mqc_export_selectplots"></div>
+
+        <hr>
+        <button type="submit" class="btn btn-block btn-default" id="mqc-dl-plot-btn">
+          <span class="glyphicon glyphicon-download-alt"></span> &nbsp; Download Plot <span id="mqc-dl-plot-txt">Images</span>
+        </button>
+        <p><small>If you use plots from MultiQC in a publication or presentation, please cite:</small></p>
+        <blockquote>
+          <strong>MultiQC: Summarize analysis results for multiple tools and samples in a single report</strong><br>
+          <em>Philip Ewels, M&aring;ns Magnusson, Sverker Lundin and Max K&auml;ller</em><br>
+          Bioinformatics (2016)<br>
+          doi: <a href="http://dx.doi.org/10.1093/bioinformatics/btw354" target="_blank">10.1093/bioinformatics/btw354</a><br>
+          PMID: <a href="http://www.ncbi.nlm.nih.gov/pubmed/27312411" target="_blank">27312411</a>
+        </blockquote>
+      </form>
+    </div>
+
+    <!-- Save Config -->
+    <div id="mqc_saveconfig" class="mqc_filter_section">
+      <h4>Save Settings</h4>
+      <p>You can save the toolbox settings for this report to the browser.</p>
+      <form class="form-inline" id="mqc_saveconfig_form">
+        <input type="text" class="form-control input-sm" placeholder="Config Name">
+        <button type="submit" class="btn btn-sm btn-default"><span class="glyphicon glyphicon-floppy-disk"></span> Save</button>
+      </form>
+      <hr>
+
+      <h4>Load Settings</h4>
+      <p>Choose a saved report profile from the dropdown box below:</p>
+      <form id="mqc_loadconfig_form">
+        <div class="form-group">
+          <select class="form-control input-sm">
+            <option value="">[ select ]</option>
+          </select>
+        </div>
+        <div class="form-group actions">
+          <button type="submit" class="btn btn-sm btn-default"><span class="glyphicon glyphicon-floppy-open"></span> Load</button>
+          <button class="mqc_config_clear btn btn-sm btn-default"><span class="glyphicon glyphicon-trash"></span> Delete</button>
+          <button class="mqc_config_set_default btn btn-sm btn-default"><span class="glyphicon glyphicon-floppy-saved"></span> Set default</button>
+          <button class="mqc_config_clear_default btn btn-sm btn-default"><span class="glyphicon glyphicon-floppy-remove"></span> Clear default</button>
+        </div>
+      </form>
+    </div>
+
+    <!-- Tool citations -->
+    <div id="mqc_citations" class="mqc_filter_section">
+      <h4>Tool Citations</h4>
+      <p>Please remember to cite the tools that you use in your analysis.</p>
+      <p>To help with this, you can download publication details of the tools mentioned in this report:</p>
+      <p><button class="btn btn-sm btn-default download-citations-btn" data-format="doi"><span class="glyphicon glyphicon-barcode"></span> List of DOIs</button></p>
+      <p><button class="btn btn-sm btn-default download-citations-btn" data-format="bibtex"><span class="glyphicon glyphicon-bold"></span> BibTeX file</button></p>
+    </div>
+
+    <!-- Help / About -->
+    <div id="mqc_about" class="mqc_filter_section">
+      <h4>About MultiQC</h4>
+      <p>This report was generated using MultiQC, version 1.13.dev0</p>
+      <p>You can see a YouTube video describing how to use MultiQC reports here:
+        <a href="https://youtu.be/qPbIlO_KWN0?list=PLIA2-lqNuhvFGAsB92N0v7Qi5xCxCNsYM" target="_blank">https://youtu.be/qPbIlO_KWN0</a></p>
+      <p>For more information about MultiQC, including other videos and
+        extensive documentation, please visit <a href="http://multiqc.info/?ref=mqc_report" target="_blank">http://multiqc.info</a></p>
+      <p>You can report bugs, suggest improvements and find the source code for MultiQC on GitHub:
+        <a href="https://github.com/ewels/MultiQC" target="_blank">https://github.com/ewels/MultiQC</a></p>
+      <p>MultiQC is published in Bioinformatics:</p>
+      <blockquote>
+        <strong>MultiQC: Summarize analysis results for multiple tools and samples in a single report</strong><br>
+        <em>Philip Ewels, M&aring;ns Magnusson, Sverker Lundin and Max K&auml;ller</em><br>
+        Bioinformatics (2016)<br>
+        doi: <a href="http://dx.doi.org/10.1093/bioinformatics/btw354" target="_blank">10.1093/bioinformatics/btw354</a><br>
+        PMID: <a href="http://www.ncbi.nlm.nih.gov/pubmed/27312411" target="_blank">27312411</a>
+      </blockquote>
+    </div>
+
+  </div>
+  <a href="#top" class="mqc-toplink hidden-xs" title="Go to top"><span class="glyphicon glyphicon-chevron-up"></span></a>
+</div>
+
+
+<div class="mainpage">
+
+  
+
+<h1 id="page_title">
+    
+    <a href="http://multiqc.info" target="_blank">
+        <img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA9MAAAEECAYAAAArqWf7AAAACXBIWXMAAC4jAAAuIwF4pT92AAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAALodJREFUeNrs3b1y48jCHmBoaxNXuUo6iZ1ZXPsCpL0CcSKH0l6BOKGj0bjK8XByl0eT+AuHuoKVQideqpz7SBfgOtSXOfok34CMHjXPcHX0A4okuht4niqW9mdGBBoNoF/0D7bu7+8rALpra2trWP/4I6NNuqzvPUNHRj1TzwAo2U+KAAAAAIRpAAAAEKYBAABAmAYAAABhGgAAAIRpAAAAQJgGAAAAYRoAAACEaQAAABCmAQAAQJgGAAAAfl73L9za2hrWP4aFlsf0/v5+qlpsXl1PBvWPUaGbP6vrycRRBIC1tw0GC/9pp/7sP/PHr+rP7cK/39b35iulyAbq5X6si3OP6+lL9TK0GWdKUZheRgjSnwotj3CyCNPtOKk/Hwrd9sv6I0wDwNvC8nAhKIefe2v6/fN/vI6BZh5spkINGdTLy/hzulA/r+p6eesoCNNdcVhX+B2VuhVHigAAOh1Q9uNnGH9ut/T18xB0EH9+Wgg1l/MQUz2MSBSw+1cvhwt186DFrz949HO+TXfz+hg/ArYwXXzImyiGjV7IwsVrV0kAQGfu7TuxDTWMn1zv8weLYabe7puFECNcdzc8z+vmdoabub1QL+cPfq4f1UvhWpgWpvm7E0UAAMUHlf3YbgqfvUJ3I4T+4/hZDDETc7CLrpejGJ5LrZd78fMh7tNFrJfnHvgI07kz1HvzDPEGgLKDylHVzVFmfw8xsdf6XLBWL3PIJ/HzJT7wmQjWefBqLGGv7YtdKNttJQEAxdy7d+rPSf0JgfKv1UNvWR+ma+3Gff1rve+zWAY7akQ29XIQj8msZ/UyPOz5Un/+Vu/7ef0ZqQ3CdG4MQ94cDyoAoIywsl9/JvU//ktsvO/1uDh2Yxn8SyiT+CpY0tTLYQiRIUzGY9LndXhCb/W3ujxu6884zhFHmE5uT2UUpgGgp2FlVH+m1UNv37ES+QehTP4IPfV6BVuvl7NQ9jFE8kMY9RkWL/ubhz3CtNDX3YugId4AkH9Y+Va1+8qgUoWe+m9xCLhQvZk6ufOoXnobzOvmD3umQrUwnZKLojIFgL6FaGFlebtC9WbqZf1DvXy7A6FamE7JUO/1XhDDgh2G5ABAPvfmIyFaqM4xRC/USyMa1xuqZRthulWGeitLAOhaWNmPc6J/F6I3Gqr1CC5XL4exXnq4s7lQPZ9TbVV6YboVI0UgTANAR8JKmH96Wj0sLGZOdDvh5Q/hpVG9nFQPC4upl5sX5lR/f9Wboljdz4rgRWGo9/79/f2VoljtIlkZ4g3ke40aVw+roObiXX3fmRZYlLf15zKj7XHv/nM9Dw+1Q2AxbDZNeAlD6k/qc3uiOP5UL0OgG6uXrQvl/SVORxjJOsL0JoVK5snN6mUIQIfFxthQSWQXVnZiiPZQO314+bYQXmY9r5eDWC/1RKcVVqT/a308Ptd1cqw4lmeY9+sMTxamAaDEwBLaMDNBOishPF71eYht3PcrQTorn+J70/cVhTC9brsq1koXzEH18NQLAGjn3jufgxoWGDN8Nj/zIbbnfZpLHevledh39TJL815qI3KF6bUbKYI307MPAO0FltABEHr9jpVG9sKIgV70BsZVzWeVURIl6N2DHmFaIMzZSBEAQCuBJdxzw0rdXitUjnCsOt0bGPctrNStN7ocvXnQI0y3dKHznsA3XTwHlSHeANDGPXdSPbyflzJ96dortBamG3xxeMvMP9XDg56RohCm10FFWp45FwCw+cBiWHc3hGM47UKgjvswVS874Vt8Pz3C9EoM9VZmAJBTYJnPjzYKrDvCsZyVPLw2bvtMveyUD+ZRC9Or2o6vmKD5hdScLQDY3H126l7bzTZn9dBDPSywXg5jvTQ/unsOq46MnBCm0xGmmxspAgDYSGA5Elh6Eaj/KGm+atxWC4112yB+EKaFaWUFAMUF6RBYvD+6P76VEKjjNloAr9uu68/w/v7+SlEI029lqHezC+qwMuwMAAQWOh+o1cteuBSkhel1GSkCZQQAAgt9D9TqZS+c1SE6BOlbRSFMr8Ohifev0nsPAAILHQ7U6mUvfKxD9EgxCNPCYnsX1lA25nEBwPruqwILWQVqQbrz7urPb3WQ9n7pV/ysCN4cpieK4dmyAQBWDyz7PWhv3FQP7ySe1p8wjHQ+J/PqtWGlcaTg/H3M4ef83wdVt99xHAL1rC6faaJ6OexBkL6O9fIq/gyfqkmZP6qXw4WfoV6WsKZQCNLmRwvTG/V9qLe5A09ePIRpAFhPkA4N9y6N9rqL+xQa6dNVw2Bsh81/x/SZ0Lcfg8ywY2V5Hvav7cAT6+V5x063eb38Xjc3WS8Xgva8Th5k+BDB/GhhuhV6p58uE0O8AWC1wLIT2xhduKfexPB13nZPavy+8DldCIJH8VN6z3WoG9N6nwZtBZ9YL6cdqZfX8RybtvlAYiFoTxfK9SgG6/AzZc/1Rf0ZCdLLMWd6teCIMgGAdTsvPOyFAP21/vxSN8xD2DtJNST5UZAJvY7j+hNC9S/153Pc1tIDdVsL45YepEOA/hjr5X6YD5zDUOZ6G87jOTKo//XXeO7ctbwZYcXuI0FamG5TGOo9UAwP4oX8UEkAwEr309CLelDo5oeerd8WAvQs1w0N2xaDdWjLvQthotAyDw9dTluol5Oq3Ac84dj+uhCgc66XV/HcCe3q99XD+5037b0Vu4XpVPTEKgsAWFdgCQ3aD4Vt9l0MK7/Enq3i5tOGXvMYJua91XeF7cJxXXdONlwvjwusl+FY/iUc2xIX06q3eRLe71w99FafbaiMwsOviauvMJ3KSBEI0wCwhsAShh6X9BqaeVgZxLAyK/0YzHurq4dVl0sL1V9iHdpEvfxWaL0cd2HYcuytDpnjlzWG6vmK3V1bTE6YLsyeod7fL7ShDAzxBoC33UdLW3AsNOj3uxJWnggvtwuh+mtBm36+zvnT8XeVErY6F6KfqJezhVC9yvDv63j+evWVMJ0FPbLKAABWEYJbCfNRQwP+1670RDcM1SdrCC9tCStBT9b4+yZVGe9Fvqg6/HDnmVA9rB7m+t+84Rwe9uH8FabLMVIEygAA3iK+Czn3edKh1+9jaMD3sTdrIbz8VuU/9Pswvmpp1XoZfkfuow5DkHwX5+rPelgvp3EBvc8N/8pZPIet2C1MZ6XXQ73jvu+pBgCw9D20hGG0oSfr+yrIfT9ecX5paPdcZL6pk1WGey9MO8jZ11gvp+rl9ykJYZGy6xf+2GcrdgvTOTvp8b4b4g0AbxMCas7zpOe90TOH6u/BJQz9Dm2f8NqiXHupt1cMw5OM6+V8BeoTPax/qpdX8f3pT83xfx8DN8K0QJmhkcMPAMuJw7tzfd1QGD77q97oF8NLCJzhGF5nuolvGu6d+fDuUNYDK1C/WC9DB998OkL4vPPqK2G6BLubeB1BAQ2BsM+GeAPAcvfPnIfRzod1W+n39eByFQP1WaabuNRw78zrZZjvu683ulG9DA8bQht9aBi8MF2SkX0GABoIvUc5rpJsgaLlg8ttnIv6OcPNC0O1x0v8+XGV5/Du9+b7Ll0vZx6ICdOlObLPAMBL4sKdOa61IrCsFl5CEH2f4aZ9WGL05CCzbZ/Pj56oYeTqZ0WwNt+HevflKVC8MO867K2W+TSjzbmK83JKKbvQQMypkXjiiXFW50NuDcjTev820TM42WSjNN4Xcppjm+t1KsdFx94LLGsJ1GFYdfjHbxnWuWHDP5fLfOkQpIfulQjTaVwkuhicVP0Z+pxqP7+/CqH+HPTwfO3jPq8zLOVUfjsOifPhBZtai2LaQr12nXpBXHQst8WdBOn1B+pZ9fDKs1wemhyEuvfa/Nnw/+s/d5nBeSxIU4yuDvMeJ/rePg17ThWmT2OYBgDtE0E6x0A9zbBNOCmkjgrSCNMZCE/HLxJ87/ZbXkNQmriPKZ62Xsd3XW47dQEo7N45rPLquRekNx+oc5pDvRunPDXZ7ktBGvodpoNU76DrQ+90qn100wegVOOMtuWjIN1KoJ5kFqib1sFUdWMkSCNM53UBuxOmhWkASCmzXunw+qtTR6XV9ujXTDanae902OablrftfXw/MgjTGUlxUnZ6qHfCId4X3nsJQKHGmWzHpddfJQnUYYHai8LqYpsPXM6MlECYzlOqE7PLvdOp9s3TSgCKk1Gv9F3Vr4VSczOqP9cZbMdurJO5tKGvPeBBmM7P94tEXEThJsH3H9cXqs69+ibu03GKBsD8iWXDGwAA5BSismgbGeGVTiz7UBfuMticccPtPdt0+65q9v5rEKYTshBZ+fukVxqA4mxtbQ2qNA+hH/tsYacsAvVVlceQ/4NYN18z2fB2jDzgQZjO3yTR9wrT5R9DAFgpLGSwDWGe9NihyCZQh7nIOcyfHjfY1mm1uRGeXy04hjBdxkUrPAVMMUflsEtDveO+HCb46pt4MQcAYXo5d1U+w8z5c71IPdz7qGE7dbKJtl2V16viQJhOcCFodKHqUBka4g0ADcW3X+wm3ozT+/v7maORlzi0OXWY3G7YtttEG9rwboTpzO1kEsi6FKZPUjUEXjm2AJCjUeLvvzG8O+tAHdo3l7nX0fgwZp0jPC+MOESYzt/+ExeCFPNTOjHUOy5SsZfgq6+feKK+77QFIPP7ZqqpUTmFeV53kvj7216I7C6DfYa1+rlH+3qe6MYWbmanhZedhccAIP/75txl6b1/dcgLbadXH6DX+zksdR/Duj71fobXTx0nrquvtVPXVZdMO0CYLjxMh4vFtjD9pn1IdcwAQJgu4769TiFIH/SgrowTh+lX26kx9IdFw1ZZA+CuA+1h+Ad9WYBsvthDinC213AITZYSDvG+8PQSgALvm6mHeJ+5fxbVPg3H6izhJjRtp67ahj616BjCdPksRLa8Uc+OFQCUfM8fOwTFGRdQZ6cr/H690gjThRk89R/jy+FvEmzPqOCyTLHtdy+E6YHTFgBh+kl6pQuUQe/0sME2rtLJoVcaYbowL83pMNS7oXqb96s078g8f+GiK0wDkLNhwu+eKP5ijRN+d9NpCW99lZdeaYTpDkl1oxkVWFapttkQbwCKEx9Cbyf6+mvv7y1X7J2+TFh3NzXU+0yvNMJ0ty5WV5Wh3k2lGKp2s+JQIgDo031zTu9f+VIew+GGwrR6iTDtYrUWu/GJdRFSDvF2WgJQqGGi771z/yxf7Ey4y7juXi35O69jJxYI0x2T6oYzKqiMThJ978RpCUChUj00PzeUtjNStYNefQ1qrGPX2nTww89d3bHQs/rc07AwL6X+/2FeykHLm3WUMKS+ZVvb1uQJ5r7TFqh9XuPvGia4H7wkrOo728Dvnao2m213VOnmS+uV7laY/pCoDg8bzLu/ahK81UuE6fLtNLhYtd142n0p5GfUIDhK1CCYNPgz205boL6Ojtd4zRtnFqYnFpIqUqqHvXfWGunUte2qviaFtX1STLUbVq8/dAtt2OMGv+vaa9rog596vO+Gej/vqGfHBABKDdNTRd8504zrcNMOoYnDiDDdYXHex5kwnU2YvvQEEwBhemkeRHfPecZ1uGmYnjqMCNMuVpuw3fBdfknU2xbCfq5DvAEgV6mmCggt3ZPqmL46tDx2Rr224vidVbwRpnsg4SsIjjIuFkO8AWAJW1tbg0RffWNUVyfbpyGwXiaqy8MGf+y1oDx1FBGmyzds+OdShLgsw3R9AQ2Lth0m+OqzJq/0aHiBB4C2pQrTQkt3perZ3WnwZ2bqJXQ/TDd1muA7cx3qrVcaAJZn8TG6cmyb1OXXwrQh3gjTfRHndNz0KLjmtk1e6QFA6XYSfe9M0XdWqkA6WLXeebUfwnT/TFIE1zisOgsJh3hPVD8ACpekZ1po6a6Ec+FXDdPXjh7CtDDdhrBidk6906MelT0ArFOKh+NCS/ddZlqXb98YtEGY7uKNLT79S3FT6nuYvlny1Qk7TlkAMjRI8J23ir3zUgTTvQbt5pfabuZLI0x3xLJDrlIsRHaYw1Dv+EqPvQRffbrhYwoAbdhN8J1TxS5MZ8hDHoTpnkq1CFYOvdNW8QYAEExXpWcaYbqP4nuOL3oapkcJvvM64eIaAFA699DuSxJMt7a2hk3acQ4PCNOPpegpTTrUu6Ah3gCQnfo+mmoK0izhPo/rz/0mP/XXHDTclvsNf6Zq+ZNuc3oAAMJ0Bu7v7yf1j7sEX52yd/qkRw8uAGDdLI4JP9rS5kwjTHfEW58Upwh5JwnLKUWQv3jjxXbglAUAehJMp0oBhOlUtt/49yYJtnUvDrduVRyalmIF0reWsTANAAAI0zmKTwFvEnx1ih7iUYLvvKvL2BBvAFjNTBEACNM5ShH2UgTbo56ULQB0zUARAAjTOUqx0nSrQ73r7wpBercnZQsAACBMb1p8/3GK9+cddfS75m7qsvXKBACAV6R8dSogTDd96fxzJgk2uc1VvVOE6VXLdN8pCwD0hHYPZO5nRfCsMLf3S8vfuRtW2N50720c4r2doExXDdPbqiUAmZn1dJ8vN/wde1Wzd3hvejuMqFuujTmIIzxBmO6zcCGoLwgX9T8etvzVo2rzPdQpeqWvXVwB6Gh7IcVXh17LaaJ9nlQbHsFXl2nYt4MG2zJUC9futsGfGbzw37X36A1zpl+WYuXpjQbdOP+mxCHeAMAP5tN23zDFlzYcIbnr8IAw3SRM37X8nd+Hem84rJc4xBsA+GGgCPAAAITpTVrpqe39/f1t1b13Tqfolb6IZQkAXXSZ4DuFacE0CauMQ3/C9Dp6eDsz1Dte/A4T7M/5GrZ96HQFgLW2cchbitB6uWLd015DmOaH+/v7EARvWv7a3bjidhEh/RV3caESAOiqWYLv3NZD2Hl7BW7zwGFDmOaxrvROH/Wk7ACg62E60DvdURteP+clVyvWu10PeRCmeWxSepgO7/2r0gzxnqg+AAjTGzFU9J2VKkw3WeNmJ9NtB2E6R/EVAW0P9d5e81DvFL3SN3XZTdUgAITpTgUuNm+Y6Huna6h3Q4cPYbobBmv8XacJtn+dAXiUYPvXOcTbkCEAcnWV6HuFFmF63dbRM61eIkwL0xsNhq2G6TjEO8UiFut8AOHpOwBZiq9/vEvw1dsJ59ayIbHdtpuoLjd5MHSw4v8HYbqHN8pZ1f57JNc11DvFEO/rWGYA0Ad6pyn9mL7azo1Bv8kDgSOHEWGaxyYJvnO0ht9x0pOyAoBUpom+V2jpnlTHdNbgzwwa/q6hw4gwzWMphnofrvKKgTj8a7cnZQUAqaTqmT7wKqLOOcy4DjcNyR7yIEzzZ3FO1FmCr17lgjRKsL0XhngDIEwX0U4gI4mHR08b/Jmmc/R3zedHmC7fJk7i0hYiS3FR3kQZDZyuAOQqPkS+SfT1I0egM1Idy7uGi4/tq5fQnzC9vYGbZQiKba/Y+aah3omGeN8J0wD01DTR9x40XRiKfMW2XrZDvN+wyrgwjTDNkyYJvvMtPcwpLmLncTg8AAjT7RFcyjfKvO4uO+IzvJVGvUSYJoswPWrp76wcplUPAITp1p0o/uKlPIZN2m/Dwh4QgDCdozinpO15UUsN4YoLWGy3vI03cRg8APSxfTCr0s2b1gtYsNhu20309U3nS78lTB9YiAxhuuyL06ZeFzFJsDtHG/qz6yJIA9B3Ke+FY8VfrKx7pWOHzl6B+wbC9Io29TQsRZgeZR6mJwUeRwBYp2nC7w6vIxo6BGWJx+wg8zq7Sr06tkAewjR/EodyXbf8tXtNLkaJhnhfNxwi9Fbbah0ABbQPUrz1Y9HYUShO6mO2qfnS6iXCNC86TfCdTXqcRwm2a6I6AEDjcLIpB/GhOgXIoFf6ouFbWFatU3qn6aSfFcHKN8tvLX/n6KUQn/AdheZLA8CPe+Jxwu8/7cB9eVKlHTLflnEGdfW1wL+uEY+nVZppiCBM5yg8yasvMBcth9cw1Hv/hSHVKS5Sl3HYOwBoH9zfn9f36rsq3RSlMHf6pN6O04LLcNL1ehJXX0/ZK31XNXvosq625WHoia+P7dRVgq7owzDvwYZ/f4qL/aiFC17uZQAAOUt9bxxv8I0mrB6kw7FJ/bDjvKUh3tqMCNPC9NMSLTRy9MKFuXNDvK1MCoAwvbRtwSVr4yr94qqv1o8NLGobRk2MHX6EaVoLk89ciPabhuwNO2v4VBMAeiNOx7pOvBmHFiPLT+wk+JB4M24aDrfeRP359Ew7FoTpnpok+M7RE//tJMF2WHgMAJ6Ww5zlieHeWQXpnSqPEQOnDbd1Uw9jJmoDwjTfxSd7Ny1/7dGjC96g/rHX8jbcxWHuAMA/Sv3O6cBw77yEELubwXY0qRPrHuK9aM9wb4RpHt8w27T7aC6xhccAICNxGlQOvdNhuPeJI5JWXL37OINNaTpFb7Th7fhkXRyEaeZS3CxHLV7whGkAKPde+cU81aRBer/K48FKMG6wvYOqndd2ncfvAmG6z+J7ltteaORo4YLX9hDvmxfedQ0A/GgfnGWyOVPBJUmQDnOPwwjG7Qw25yzWyZUD95psx0BtXj/CNK0/fd6Oq3SOEuzrqcMNAI2MM9kOwSWNaZXHPOlGbdUNLzz2lD3tSoRpUoTp4CRRmLbwWL8ZKgjQUGa903vu4e2pg+mkan/04HMuG74OK7Qt2+5FP45lBcJ0j2+WYTGHi5a/Nsxnaftp52XDIUKs111G27LtcAAsZZzRthwILq0F6eMC6+Ao0fYdWygPYZo+PO11A07DHHWAQmXWOz0PLu7n/QnSZ016peOK4ymHpH+J2wDCdI/D9F0P9hENhaFSAFjKSWZtBIG6H0E6GK/5z23SN4EaYbqn4lDvLofNi4bvJqT7LGADsHwbIbeFlgTq7gfpr02m52XQK/04UI/VKITpfupymHbDTSe3Yd4WIQNYXgjTNxkG6qlVvlcK0TuZBukwEqJpKB1ltu2fPOhZuV7uxzf/IEyX4/7+/jzDG+VaLshx30gjtxEBwjTA8m2EcC3PcZGlsKCp91C/MUhXD6+/Os5w806WGFGYY3AND3q8zu2NQTrWy9+VoTBdonP7hDANwBOBOtxPLzPctPAKpytrYiwdWGZVPq+/WhTevjJZol5OMq2Xh9XDgx7tjub1clT/+Gv14+0rh/HcVobCdDEmHdynU4c1qdyGee/qwQB4s9DYzXHB0tD4/sN81UaB5eRRYMnNSUt/pw17MVAbsvxynZxPN/j2VLst1FfntjBdhPv7+xB8rju0Szdxn0gnx4Xfhg4LrJ2heP1oJ8yqvN49/dgn86hfDCxhdMGXjDfz81vabfHvfM50n8JDizBkeaJePlkv58O6j53bwnRXTOwLa2x45fgwwxNiWD/D8PpzXQ8jvi4z3sQwj3qmN/BPgSWUxax6GDabq+u6bo1XqJfh7+bcIRTCoukIf66X4ZiFURJ7zm1huku6NMdYmM5DbgvbHRYy1Hug6gCZGlV5Dveem/cG9npxsoXe6N+rfId1L9aprtfLMGQ5TEc47XMPa3igUH9CZ8unFc7tU73UwnSW4hCuyw7synWT9xPSihyPwyjnAouLcByrOhRkqAh611Y4KWBTQ09W6A0c963hHXv9wnE6LGBzP65jJFv8HeMC9vdD9dDDOupZnZzPjf6jWn3xuw+VxcmE6YxNOrAPFh7LxzTDbTrJtWEVbwzqL6XRoOlfoA5thbMCNjX0ZH2KDe/Oh5ewj/VnFvd5u4BNvohTB9ZVL8PvuiikXn4LPbRdH/odQ/S4eni4s86OAouTCdPZOrcPrFGO86bDTSy7XpWFhTi2VRteMc3tnNJD0EvhOlrKwqW7Mbx0skdwIUR/i/tagjANbBPHYlTlN8XsOaGH9o84JWHYsTq5GKI3+XDnU3wo4R4kTOfh/v4+rMB8VvAuXMR9QJh+7eKbzYVXkKYjwYr+tRdCcLkraLMXQ/VJycO/Y1gpMUTPHW2ivRZ/Z2mLVB3EUF38CIqwTkFLIfrxQ4lpfPUbwnQWzm07a7qpzTJuaJ3n0JCKN86c3/tJfnJ8YHhkQZheXuOvqszXoXghVIfXRM3ia4uK6dUK2xoWYIphpcQQHbzf5Bs/4u9+X2C5hFA4f9gzLmkBvbDKdpwT/bcqzTSD8H1f+r7woDCdz83xvCrrSfPcXZzHRV6mGTemkr23cGGl1W+qCG9oKOYmNGRcf/vbZvhc6OaHehvmcf419gqe5NgQj719J3EV5PDw9UNV7gPYszbaavE7vhZaRrsxkP4t83q5H1fWnlUPq8bnsHjqfOFBvdTCdHIlNor0SgvTy9pLEahjb3S4+RyqHrxRjg88DzVgehuox1XZU8Tm94MvCwHmNOU81vgKodMYoP8Wt22v8DIOU/FGLdbLcD266Fi9HKeql7ET4CiO5ghtmPmDndxGR+ilfsHPiqDVMP3BAwDW4DzeCHK+UX1flCb2sGw6RI+rMoflkZfQwD7IcLtCA2a/zQYz2QTqURwuvdeB3dmLnw/1PoV/v4zn3PfPukeHxHILjf7wc5jpub2qsFhdiutC+M5px+rlp4V6OV2ol7M118vho3pZWhnOe6lP4wM/hOlWb4qh8t0U1Oi/qbd56shlWZdmBdSl8BTz93o7w41pvM66FBtJo/gxL5p1mWXc4D6OjbDxssM54yiR8HdvXdOLNOxQcHncKD9YqKfzcHgbg8x8HYPFf36ufIKdGFB2OlhWzwXpYYoFYsN3xutR3+rl4vXzpWvpvC5WMTjPP1156L8dHz6ERelGmU6TEqY7LDSCPhWyrYZ45398ShjpMF9R8ybW/+kyDfoYBParH09xhwI0GxIaBMcZb9981eTTeP7Pe/Uemzfc5ufNvAF3UeU9RYT+BZfH9hbuGzzvLoaY28T1clT1460ZT9XLT6rh93IJayOEefTjPr/5R5gWpp9z6nBlX5dKmjYwX/zj06MnvbcLgWAeAioNKhKF6RLMF3haNvhbGbzsQN2X4MLrQXqYQ29gHHE5VC9770O8v4yEadq48IThuSFE5P50+Xrd80TYyE2spGkDjy2eAxYNI4dzahof9HTVvqNc/DVfcBGkhzkNq1UvqR46R3q9UKbVvNtXQo/vxGEqguME63XZ4X3T0O1AoK4eprrcKQ1BWr0kkyA97PMQb2E6jRLmIgtpwjT00bTLOxcX76MbgfpaafTG/8s1SAvUgnTfg7QwneaCEypdzu/ou3BiFFOXZlX57yGFnHR94UXzpgVqyvO/S1gxWb3slTNBWphObaIxSQ/qEpQYUm46vIsDR7kzdfVWcOmNYVzFv5RrqHrZ8SBdH+eRIC1Mp77YhMCa41CYO2G6uLo0rbo9zxPa1uVroDDdsUBdf8LQfSOUuu9DXNG9iHoZA/WFw9Y5H0OQVgzCtAbbC9vkSVORxoqgsc+KgFdMhGkKC9WhcftRSXTet2XWPQh/tv6E1bYHCepkeNBzVP/jV4etE0Jn22/1MfXaXGE6KzlWSL3SZTakppUnwE2DtDrOa+dTGKbY1SGKwnR3621oU/xWWQCq66ZNwnH9Z0KQDW2D8BrK8/rfdxLVy/DKpPfqZdHC1KdhHFWLMJ1dgy2nuXk3TpSinbhZvSi8O31cwiIuZKGrT98tQNbtdkW4h4eeS/NVu2v7tXBc/7/QHvi9+vE6vBCoJwnrZfjuYdXt9Si6KnTU7Gs7CdM5O7ctrOlmNetwAFiH0WKwVhw0aPx1seG35+j24l4Qgovhtd2199z9vg7S4dr15Yn/dZhyEbMYxvYro+hKEuZHH5n+KUznLqfwM3E4im9EjQXFZ28Ii09VZ4qEBsZd3KlUwz1p9V5wG4fXGvbdXcf1uTxePK/D/Ojw31/4O0kXMVuYR23Yd97Cg+RfzY8Wpku54c0yCT/XhnB0xpGb1J+cPXFDUNdpcn2eVN18OLXv6PamDocRZ4PKGx+66lMIx3FRstCebDLyZKlFzDZ4bd1XL7MURrQY1i1MF2diG1jjTSrcUEdK4rsQhE6e+O9uEjTlXKL0e0LoDRxWD6t9e9CaXjgG/3WNx+K/15//Vf2YH93ENMUK34/bKuplVkJv9LswosWwbmFamH4b86W71Xg6r7wmJQTp4TM3hZlaQsNzKTx46drr1IaObC/rchihEwKUOavpzBdz+i/V+h7U/av686+X/DuvLmLWcr3US53W51gvp4pCmC71Bneb+OZ2EXsz6V7D6aynux+ecj+7aIbhSyx5Lo0raxHQkfZGnLP6rrKycptCWf8WF3OaxWOR+qF30hW+H9XLeS/1b+plq8IDjF/jm070RgvTxTvv6Xez2RvUqIeBOgTpYYMHRMIRyxhW3RmKOHQ4e39vmNafQWWIbRv3o8+hrJ969WgGD72TrvD9RHnMX+32Wb3cqPnDnaHOBWG6Sze2ScILhzAtUHdFCMiDhjeHmdrBEufRbccCNSwO/RZe1u8s3o/Gr/y5kyrtw92kK3w/da2NZTao+ju6blPCOf7xuYc7CNNdkKJinxna0ZtA3fU51C/NkX6Kp7Esex5ddSRQW82bp8LLvvCythD9S7jvNrkfZfKgLvkK38/Uy9B2+UW9XEuIDg/MBl53JUwL0934TtLcmMIFtKvvHP1a79/+kg+GhGlWCdQlz+vbdiR5om7PFsKLnurlw8piiJ4tGxwzCNTTHN9B/6heCtXLuVkI0eZFC9O9uJGdt9xAuzPMo5d1LDx97sp84dDwCPN+Tt7wd2dqBCsE6qJXn82tF4rswsu4+jH824JQzcLKaJXFXON15SThvmznGqgfheq/VB72vCa08d7H4dxCtDDdO22G24ni7m1Dab7AR8lCkNl/6wMhi26w4nk0f3dvqefRjqNIgzo+jguVhVFNXqn15/vP2sNKXD8n5TUlrPB9Wki9DNew95VXai0KPffv4kg9bXxhurcmHf0u8rshjauHYVOl3YgWV6Gcrfi7rOjNOs6jXwusS3qmWaaen8dXas2HgPextzrs89fqYSj3cFNhJV5Tpgn383hra2tcSL2cxIeav8Rj08d6Ge49YU2cv8TREdMKYbrnN6yrlhplN3rmWHi347sCQvV8AY39NU5PmKkFrOO6HUd7vC+oMadnmrfeM+a91b/2IMDMA/SvsRf6ZA0PcV8UV9YeJt7vTzmt8N2wXp4sjKI4q7o9DHweoH+JvdCnhnIL0/zZpIXvsJofizei6UKozm2Bj00uoOGBEus8jyaxMZd7qA4Nsakjxor1/WohwPwar9NdGO1zHfdlMUC3cq+oA2xo/33LpBxOS1xbIY6iGMVh4PMHPl2olxdPBOiZK1EetuqDse6LQWiUDzPax2lJwx7q8gs3ptGmA3tJJ2FLZbKMWZfno8QFSEbxs5fwxjHZ5CJ5saFwlGj/Wj0HnUNJzqNhLPNQx1KvoH0RA/T5Juudeka8fwwXPnuZb/L84dI0thdvE5VZuNcdZFY2oXd30IVez1jGR7FO7hdQLy8X6uS0ol9hGuhUw2jwqGG0u6Gvupk39lM1aGDDwfqopXARGsBXGmJkVv/342eQMDRex3Njlsu5ER/qTjIOd6HMhl27J8dwvb8QrgcJj8HlQr28cs0WpoFuN4oWb0Dzf66WaBzdxBvGbbx5XMWbx0zp0rNwMYifYfzP4Vxapgd7vs7BVTyfQgNs5lyikHNgXv/3471k/u9vOReC+UOkauH+Mv+Z5XkRrwPnVf7vfj+Lr6XqQ72c18fF6/LOku2c5+rl7NHnSseBMA0AACwX2sI7pb8UtMmf40rjwCMWIAMAgPYcFba9Ra3wDW3SMw0AAG01vh+mTE2r/BfCWhSGLA+9WhWEaQAASBmo92Og3i5oszuzwjesi2HeAADQotjDW9pw7xD8p7FnHRCmAQAgSaCe1j/eF7bZYWj6qaMHwjQAAKQM1JP6x1lhm328tbU1dvTAnGkAAEjbIN/amlZve5dxSr/VOeLc0UOYBgAAUoXpMA85zKPeLWizrfBN7xnmDQAACcUVso9iQC1FWJDs3IJkCNMAAEDKQB16eEeFbXboSZ86egjTAABAykAd5iB/LGyz97a2tiaOHsI0AACQMlCHV0+VuML3iaNH31iADAAAcmukb22FYd97hW22Fb4RpgEAgKRhOizsNaseFvoqhRW+6RXDvAEAIDNxhe9hZYVvEKYBAIClAnXo4S1tLrIVvhGmAQCA5IF6Uv/4XNhmW+GbXjBnGgAAcm+0P4TT48I2+2NcnRyEaQAAIEmYDvOQp5UVvkGYBgAAlg7Us8oK35AFc6YBAKAACyt8l8QK3wjTAABA8kAdenjfF7bZVvhGmAYAAJIH6kn942thm22Fbzpn63/+m38/VAwAAJDWu//7f6ZLNeS3tsLCXoeF7eb7+DDgWX/82/8QhoTvqxE846o+V25zCdNhqMieYwIAAEl9rENC41dJFbzC97s6UE9fCdMl7hftuK4/wxwCdRjmPaw/N44JAAAk9aUOkqOmfzguSHZUPayYXZKwINmzPc8xJA1jaILHwkOWLN5f/lOsrCWehAAA0DXf6kB9tESgnsW2fEnCCt+Tl1b4llF4xXF9noyTh+lYWcNQ7xPHBAAAkpvUQaHxnOE4ZLq0Fb5D7+L5S3+gzijhQcFQoOYZn5YZybGxMB0r66T+8dkxAQCApELP7XTJQB3a8meF7efBayt8x04/gZrnnC5znqzbVn3i/ek/1BsTKvSx4wIAAEmFADlYZqGlOpxOQ0gtbD+brPAdhnz/rkrwhLD+136KBcmees90GO5tsj8AAKQ176HeWeLvHBXYlv+2tbU1fOkP1EEpDAl/r0rwhN3qYfX31v30REWdr55nKAUAAKS1t0ygjit8j6qOrfAdc8pEoOa58ySOsG7VPwzznotjz48cFwAASB824/zhZo38h57ePwrbx+/vD44PBJ4VF50aqBI8YRIXrksbpgEAgHLVgTpM3/xS2GZf1vlk6OhRgp8UAQAAdE8dSk+rDq7wDbnQMw0AAF1u8G9theHhe4Vt9qsrfIMwDQAAbDJMh8XLQqDeLWzT39VZZeoIkivDvAEAoMPigl5hYeHOrfANwjQAALDJQB16pkeFbXZ4z/Yk9qyDMA0AACQJ1Of1j4+FbXaY6z1x9MjRm+ZMb/3Tu0FV3pMtAADoqtP7//THbaO2/MNq2ceF7d/XOrecNMwq4c/pzeax8/ocuVrnL3zzAmR1JZ3WPw4cEwAASO66/gybBOo4bDq05Tu5wnedU4b1jz9UCd56jjS1yjDvo7hBAABAWnsxIL8qLkgWAmdpC5J9a7IgWR2WQjm8VyV44hyZrPMXvjlMx0Q/KvAkBACAToaFrX961ygsFByop3WgHjTIKhOBmicc1ufIafIwHStpGHN+5JgAAEAWjpcI1KEtf1LY/oUVvs+brPAdA/VnVYJHPtTnyCh5mI6VdFp56gMAADkF6nHDQF1i4Gw8XLfOKqEczlQJHvlWnyMrv8P8zQuQ/cMvengCduy4AABAFt7H3tnX2/JbW+G1WYeF7d8yK3zLKjwWpjjs1+fILHmYjpU0DBXZc1wAAKCcQN31Fb5jVgn7521ELFpphe+f1rwxw/pz45gAAEAWvjWZHxoXJAtrIXVyhe/I24h4bKUVvtfaMw0AAAB98JMiAAAAAGEaAAAAhGkAAAAQpgEAAECYBgAAAGEaAAAAEKYBAABgPX5u88v+3X/+H+FF6SeKHQAAgAKc/PN/+49XT/2Prfv7+1a3pA7Uk/rHsWMCAABA5m7qz34dqG8f/48Uw7xDz/S1YwIAAEDmduvP9Kn/0XqYjok+DPe+c1wAAADI3F4cYZ02TMdAPat/DB0TAAAACnBcB+qT5GE6Buowifu9YwIAAEABvtSBepg8TMdAPal/fHVMAAAAKMB5Haj3wz+0vpr3U+qNOa9/HDouAAAAZC4sqD38OZONGdWfSf3ZcVwAAADI3Mn/F2AAZmmB0HtDbpUAAAAASUVORK5CYII=" title="MultiQC" class="multiqc_logo">
+    </a>
+</h1>
+
+
+
+<p class="lead">
+  A modular tool to aggregate results from bioinformatics analyses across many samples into a single report.
+</p>
+
+
+
+
+
+
+<noscript>
+  <div class="alert alert-danger">
+    <h4>JavaScript Disabled</h4>
+    <p>MultiQC reports use JavaScript for plots and toolbox functions. It looks like
+    you have JavaScript disabled in your web browser. Please note that many of the report
+    functions will not work as intended.</p>
+  </div>
+</noscript>
+
+<div class="alert alert-warning mqc_loading_warning" style="display:none;"><span class="glyphicon glyphicon-time"></span> &nbsp;Loading report..</div>
+
+
+<div id="analysis_dirs_wrapper">
+  <p>Report
+  
+    generated on 2022-10-07, 17:34 EDT
+  
+  
+    based on data in:
+    
+      <code class="mqc_analysis_path">/Users/charlesmorgan/Library/CloudStorage/OneDrive-JohnsHopkins/Bulk RNA-seq/Trim71_KO_P30_in_vivo</code></p>
+    
+  
+</div>
+
+
+
+
+
+
+
+<hr id="mqc_header_hr">
+
+<div class="alert alert-info alert-dismissible hidden-print" id="mqc_welcome" style="display: none;">
+  <button type="button" data-dismiss="alert" class="close" aria-label="Close"><span aria-hidden="true">&times;</span></button>
+  <button type="button" data-dismiss="alert" class="btn-link btn-sm" id="mqc_hide_welcome_btn">don't show again</button>
+  <span class="glyphicon glyphicon-info-sign" aria-hidden="true"></span>
+  <strong>Welcome!</strong> Not sure where to start? &nbsp;
+  <a href="https://www.youtube.com/watch?v=qPbIlO_KWN0" target="_blank" class="btn btn-info btn-sm">Watch a tutorial video</a>
+  &nbsp; <small><em>(6:06)</em></small>
+</div>
+
+
+
+  
+
+
+<div id="general_stats" class="mqc-module-section">
+  <h2>General Statistics</h2>
+  
+  
+        <button type="button" class="mqc_table_copy_btn btn btn-default btn-sm" data-clipboard-target="#general_stats_table">
+            <span class="glyphicon glyphicon-copy"></span> Copy table
+        </button>
+        
+            <button type="button" class="mqc_table_configModal_btn btn btn-default btn-sm" data-toggle="modal" data-target="#general_stats_table_configModal">
+                <span class="glyphicon glyphicon-th"></span> Configure Columns
+            </button>
+            
+        <button type="button" class="mqc_table_sortHighlight btn btn-default btn-sm" data-target="#general_stats_table" data-direction="desc" style="display:none;">
+            <span class="glyphicon glyphicon-sort-by-attributes-alt"></span> Sort by highlight
+        </button>
+        
+            <button type="button" class="mqc_table_makeScatter btn btn-default btn-sm" data-toggle="modal" data-target="#tableScatterModal" data-table="#general_stats_table">
+                <span class="glyphicon glyphicon glyphicon-stats"></span> Plot
+            </button>
+            
+        <small id="general_stats_table_numrows_text" class="mqc_table_numrows_text">Showing <sup id="general_stats_table_numrows" class="mqc_table_numrows">24</sup>/<sub>24</sub> rows and <sup id="general_stats_table_numcols" class="mqc_table_numcols">6</sup>/<sub>8</sub> columns.</small>
+        
+        <div id="general_stats_table_container" class="mqc_table_container">
+            <div class="table-responsive mqc-table-responsive mqc-table-collapse">
+                <table id="general_stats_table" class="table table-condensed mqc_table" data-title="General Statistics">
+        <thead><tr><th class="rowheader">Sample Name</th><th id="header_mqc-generalstats-kallisto-fragment_length" class="mqc-generalstats-kallisto-fragment_length " data-dmax="224.211" data-dmin="0.0" data-namespace="Kallisto" ><span class="mqc_table_tooltip" title="Kallisto: Estimated average fragment length">Frag Length</span></th><th id="header_mqc-generalstats-kallisto-percent_aligned" class="mqc-generalstats-kallisto-percent_aligned " data-dmax="100.0" data-dmin="0.0" data-namespace="Kallisto" ><span class="mqc_table_tooltip" title="Kallisto: % processed reads that were pseudoaligned">% Aligned</span></th><th id="header_mqc-generalstats-kallisto-pseudoaligned_reads" class="mqc-generalstats-kallisto-pseudoaligned_reads " data-dmax="70.030163" data-dmin="0.0" data-namespace="Kallisto"  data-shared-key=read_count><span class="mqc_table_tooltip" title="Kallisto: Pseudoaligned reads (millions)">M Aligned</span></th><th id="header_mqc-generalstats-fastqc-percent_duplicates" class="mqc-generalstats-fastqc-percent_duplicates " data-dmax="100.0" data-dmin="0.0" data-namespace="FastQC" ><span class="mqc_table_tooltip" title="FastQC: % Duplicate Reads">% Dups</span></th><th id="header_mqc-generalstats-fastqc-percent_gc" class="mqc-generalstats-fastqc-percent_gc " data-dmax="100.0" data-dmin="0.0" data-namespace="FastQC" ><span class="mqc_table_tooltip" title="FastQC: Average % GC Content">% GC</span></th><th id="header_mqc-generalstats-fastqc-avg_sequence_length" class="mqc-generalstats-fastqc-avg_sequence_length hidden" data-dmax="50.0" data-dmin="0.0" data-namespace="FastQC" ><span class="mqc_table_tooltip" title="FastQC: Average Read Length (bp)">Read Length</span></th><th id="header_mqc-generalstats-fastqc-percent_fails" class="mqc-generalstats-fastqc-percent_fails hidden" data-dmax="100.0" data-dmin="0.0" data-namespace="FastQC" ><span class="mqc_table_tooltip" title="FastQC: Percentage of modules failed in FastQC report (includes those not plotted here)">% Failed</span></th><th id="header_mqc-generalstats-fastqc-total_sequences" class="mqc-generalstats-fastqc-total_sequences " data-dmax="70.030163" data-dmin="0.0" data-namespace="FastQC"  data-shared-key=read_count><span class="mqc_table_tooltip" title="FastQC: Total Sequences (millions)">M Seqs</span></th></tr></thead><tbody><tr><th class="rowheader" data-original-sn="ADoe-1142_S1_L001_R1_001">ADoe-1142_S1_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:91.58872669048351%; background-color:#b9dec9 !important;"></span><span class="val">205.4bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:24.110600564690145%; background-color:#f4fbe4 !important;"></span><span class="val">24.1%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:45.34046136662569%; background-color:#f3d6ea !important;"></span><span class="val">31.8</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:71.95094606507783%; background-color:#fee3ce !important;"></span><span class="val">72.0%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:59.0%; background-color:#fff4be !important;"></span><span class="val">59%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:93.59289796312483%; background-color:#b5c6da !important;"></span><span class="val">65.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1142_S1_L001_R2_001">ADoe-1142_S1_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.4513364387279637%; background-color:#b5d7c6 !important;"></span><span class="val">3.5%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:56.99999999999999%; background-color:#ffeebb !important;"></span><span class="val">57%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:93.59289796312483%; background-color:#b5c6da !important;"></span><span class="val">65.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1142_S1_L002_R1_001">ADoe-1142_S1_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:70.2220406272247%; background-color:#fee6cf !important;"></span><span class="val">70.2%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:59.0%; background-color:#fff4be !important;"></span><span class="val">59%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:94.45908043938151%; background-color:#b5c5d9 !important;"></span><span class="val">66.1</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1142_S1_L002_R2_001">ADoe-1142_S1_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.6252217938751414%; background-color:#b5d7c6 !important;"></span><span class="val">3.6%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:56.99999999999999%; background-color:#ffeebb !important;"></span><span class="val">57%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:94.45908043938151%; background-color:#b5c5d9 !important;"></span><span class="val">66.1</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1143_S2_L001_R1_001">ADoe-1143_S2_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:91.24976027045952%; background-color:#b9deca !important;"></span><span class="val">204.6bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:22.400356271258858%; background-color:#f5fbe5 !important;"></span><span class="val">22.4%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:33.73287164846382%; background-color:#f0e2f0 !important;"></span><span class="val">23.6</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:71.55646100761314%; background-color:#fee4ce !important;"></span><span class="val">71.6%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:63.0%; background-color:#fefdc2 !important;"></span><span class="val">63%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:75.05086058417427%; background-color:#bcd4e9 !important;"></span><span class="val">52.6</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1143_S2_L001_R2_001">ADoe-1143_S2_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:2.7895607216308065%; background-color:#b5d6c5 !important;"></span><span class="val">2.8%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:75.05086058417427%; background-color:#bcd4e9 !important;"></span><span class="val">52.6</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1143_S2_L002_R1_001">ADoe-1143_S2_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:69.68393749427817%; background-color:#fee7d0 !important;"></span><span class="val">69.7%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:63.0%; background-color:#fefdc2 !important;"></span><span class="val">63%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:75.53992127649339%; background-color:#bcd4e8 !important;"></span><span class="val">52.9</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1143_S2_L002_R2_001">ADoe-1143_S2_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:2.9303256095782615%; background-color:#b5d6c5 !important;"></span><span class="val">2.9%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:75.53992127649339%; background-color:#bcd4e8 !important;"></span><span class="val">52.9</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1145_S3_L001_R1_001">ADoe-1145_S3_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:92.0418712730419%; background-color:#b9ddc9 !important;"></span><span class="val">206.4bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:24.75843019747322%; background-color:#f4fbe4 !important;"></span><span class="val">24.8%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:49.30249983853386%; background-color:#f5d2e8 !important;"></span><span class="val">34.5</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:71.35135625946378%; background-color:#fee4ce !important;"></span><span class="val">71.4%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:61.0%; background-color:#fffac0 !important;"></span><span class="val">61%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:99.13419164824732%; background-color:#b5c2d4 !important;"></span><span class="val">69.4</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1145_S3_L001_R2_001">ADoe-1145_S3_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.128137273806047%; background-color:#b5d6c5 !important;"></span><span class="val">3.1%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:57.99999999999999%; background-color:#fff1bc !important;"></span><span class="val">58%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:99.13419164824732%; background-color:#b5c2d4 !important;"></span><span class="val">69.4</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1145_S3_L002_R1_001">ADoe-1145_S3_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:69.17807817879829%; background-color:#fee8d1 !important;"></span><span class="val">69.2%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:61.0%; background-color:#fffac0 !important;"></span><span class="val">61%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b5c1d3 !important;"></span><span class="val">70.0</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1145_S3_L002_R2_001">ADoe-1145_S3_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.28134477633003%; background-color:#b5d6c5 !important;"></span><span class="val">3.3%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:57.99999999999999%; background-color:#fff1bc !important;"></span><span class="val">58%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b5c1d3 !important;"></span><span class="val">70.0</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1147_S4_L001_R1_001">ADoe-1147_S4_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:91.63377354367091%; background-color:#b9dec9 !important;"></span><span class="val">205.5bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:23.47396355526852%; background-color:#f5fbe4 !important;"></span><span class="val">23.5%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:40.093900681053675%; background-color:#f0dced !important;"></span><span class="val">28.1</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:68.0811116982693%; background-color:#feead2 !important;"></span><span class="val">68.1%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:84.91222989156827%; background-color:#b6cde3 !important;"></span><span class="val">59.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1147_S4_L001_R2_001">ADoe-1147_S4_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.1738167936757264%; background-color:#b5d6c5 !important;"></span><span class="val">3.2%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:57.99999999999999%; background-color:#fff1bc !important;"></span><span class="val">58%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:84.91222989156827%; background-color:#b6cde3 !important;"></span><span class="val">59.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1147_S4_L002_R1_001">ADoe-1147_S4_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:66.1071506023271%; background-color:#ffedd5 !important;"></span><span class="val">66.1%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:85.8893502789648%; background-color:#b6cce2 !important;"></span><span class="val">60.1</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1147_S4_L002_R2_001">ADoe-1147_S4_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.421629795774635%; background-color:#b5d7c6 !important;"></span><span class="val">3.4%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:57.99999999999999%; background-color:#fff1bc !important;"></span><span class="val">58%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:85.8893502789648%; background-color:#b6cce2 !important;"></span><span class="val">60.1</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1239_S5_L001_R1_001">ADoe-1239_S5_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:96.76956081548184%; background-color:#b5d6c5 !important;"></span><span class="val">217.0bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:23.989206107166403%; background-color:#f4fbe4 !important;"></span><span class="val">24.0%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:32.5614235682987%; background-color:#f0e3f0 !important;"></span><span class="val">22.8</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:72.91247325048401%; background-color:#fee1cd !important;"></span><span class="val">72.9%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:62.0%; background-color:#fffdc1 !important;"></span><span class="val">62%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:67.83551681865998%; background-color:#c2daec !important;"></span><span class="val">47.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1239_S5_L001_R2_001">ADoe-1239_S5_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.4979713542222015%; background-color:#b5d7c6 !important;"></span><span class="val">3.5%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:67.83551681865998%; background-color:#c2daec !important;"></span><span class="val">47.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1239_S5_L002_R1_001">ADoe-1239_S5_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:70.87415557059892%; background-color:#fee5cf !important;"></span><span class="val">70.9%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:62.0%; background-color:#fffdc1 !important;"></span><span class="val">62%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:67.8981269827974%; background-color:#c2daec !important;"></span><span class="val">47.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1239_S5_L002_R2_001">ADoe-1239_S5_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.836990717592385%; background-color:#b5d7c6 !important;"></span><span class="val">3.8%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:60.0%; background-color:#fff7bf !important;"></span><span class="val">60%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:67.8981269827974%; background-color:#c2daec !important;"></span><span class="val">47.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1242_S6_L001_R1_001">ADoe-1242_S6_L001_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">224.2bp</span></div></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "><div class="wrapper"><span class="bar" style="width:25.027251707585695%; background-color:#f4fae3 !important;"></span><span class="val">25.0%</span></div></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "><div class="wrapper"><span class="bar" style="width:40.39923482685596%; background-color:#f0dced !important;"></span><span class="val">28.3</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:72.32510651659578%; background-color:#fee2ce !important;"></span><span class="val">72.3%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:62.0%; background-color:#fffdc1 !important;"></span><span class="val">62%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:80.73407311646554%; background-color:#b9d0e5 !important;"></span><span class="val">56.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1242_S6_L001_R2_001">ADoe-1242_S6_L001_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:2.9585716660687638%; background-color:#b5d6c5 !important;"></span><span class="val">3.0%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:59.0%; background-color:#fff4be !important;"></span><span class="val">59%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:80.73407311646554%; background-color:#b9d0e5 !important;"></span><span class="val">56.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1242_S6_L002_R1_001">ADoe-1242_S6_L002_R1_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:70.45936565033412%; background-color:#fee6cf !important;"></span><span class="val">70.5%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:62.0%; background-color:#fffdc1 !important;"></span><span class="val">62%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:80.68690629779056%; background-color:#b9d0e5 !important;"></span><span class="val">56.5</span></div></td></tr><tr><th class="rowheader" data-original-sn="ADoe-1242_S6_L002_R2_001">ADoe-1242_S6_L002_R2_001</th><td class="data-coloured mqc-generalstats-kallisto-fragment_length "></td><td class="data-coloured mqc-generalstats-kallisto-percent_aligned "></td><td class="data-coloured mqc-generalstats-kallisto-pseudoaligned_reads "></td><td class="data-coloured mqc-generalstats-fastqc-percent_duplicates "><div class="wrapper"><span class="bar" style="width:3.0576132941306327%; background-color:#b5d6c5 !important;"></span><span class="val">3.1%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_gc "><div class="wrapper"><span class="bar" style="width:59.0%; background-color:#fff4be !important;"></span><span class="val">59%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-avg_sequence_length hidden"><div class="wrapper"><span class="bar" style="width:100.0%; background-color:#b3d2c3 !important;"></span><span class="val">50 bp</span></div></td><td class="data-coloured mqc-generalstats-fastqc-percent_fails hidden"><div class="wrapper"><span class="bar" style="width:27.27272727272727%; background-color:#fee8e0 !important;"></span><span class="val">27%</span></div></td><td class="data-coloured mqc-generalstats-fastqc-total_sequences "><div class="wrapper"><span class="bar" style="width:80.68690629779056%; background-color:#b9d0e5 !important;"></span><span class="val">56.5</span></div></td></tr></tbody></table></div><div class="mqc-table-expand"><span class="glyphicon glyphicon-chevron-down" aria-hidden="true"></span></div></div>
+    <!-- MultiQC Table Columns Modal -->
+    <div class="modal fade" id="general_stats_table_configModal" tabindex="-1">
+      <div class="modal-dialog modal-lg">
+        <div class="modal-content">
+          <div class="modal-header">
+            <button type="button" class="close" data-dismiss="modal" aria-label="Close"><span aria-hidden="true">&times;</span></button>
+            <h4 class="modal-title">General Statistics: Columns</h4>
+          </div>
+          <div class="modal-body">
+            <p>Uncheck the tick box to hide columns. Click and drag the handle on the left to change order.</p>
+            <p>
+                <button class="btn btn-default btn-sm mqc_configModal_bulkVisible" data-target="#general_stats_table" data-action="showAll">Show All</button>
+                <button class="btn btn-default btn-sm mqc_configModal_bulkVisible" data-target="#general_stats_table" data-action="showNone">Show None</button>
+            </p>
+            <table class="table mqc_table mqc_sortable mqc_configModal_table" id="general_stats_table_configModal_table" data-title="General Statistics">
+              <thead>
+                <tr>
+                  <th class="sorthandle" style="text-align:center;">Sort</th>
+                  <th style="text-align:center;">Visible</th>
+                  <th>Group</th>
+                  <th>Column</th>
+                  <th>Description</th>
+                  <th>ID</th>
+                  <th>Scale</th>
+                </tr>
+              </thead>
+              <tbody>
+                
+        <tr class="mqc-generalstats-kallisto-fragment_length" style="background-color: rgba(55,126,184, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-kallisto-fragment_length" data-target="#general_stats_table">
+          </td>
+          <td>Kallisto</td>
+          <td>Frag Length</td>
+          <td>Estimated average fragment length</td>
+          <td><code>fragment_length</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-kallisto-percent_aligned" style="background-color: rgba(55,126,184, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-kallisto-percent_aligned" data-target="#general_stats_table">
+          </td>
+          <td>Kallisto</td>
+          <td>% Aligned</td>
+          <td>% processed reads that were pseudoaligned</td>
+          <td><code>percent_aligned</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-kallisto-pseudoaligned_reads" style="background-color: rgba(55,126,184, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-kallisto-pseudoaligned_reads" data-target="#general_stats_table">
+          </td>
+          <td>Kallisto</td>
+          <td>M Aligned</td>
+          <td>Pseudoaligned reads (millions)</td>
+          <td><code>pseudoaligned_reads</code></td>
+          <td>read_count</td>
+        </tr>
+        <tr class="mqc-generalstats-fastqc-percent_duplicates" style="background-color: rgba(77,175,74, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-fastqc-percent_duplicates" data-target="#general_stats_table">
+          </td>
+          <td>FastQC</td>
+          <td>% Dups</td>
+          <td>% Duplicate Reads</td>
+          <td><code>percent_duplicates</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-fastqc-percent_gc" style="background-color: rgba(77,175,74, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-fastqc-percent_gc" data-target="#general_stats_table">
+          </td>
+          <td>FastQC</td>
+          <td>% GC</td>
+          <td>Average % GC Content</td>
+          <td><code>percent_gc</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-fastqc-avg_sequence_length text-muted" style="background-color: rgba(77,175,74, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  value="mqc-generalstats-fastqc-avg_sequence_length" data-target="#general_stats_table">
+          </td>
+          <td>FastQC</td>
+          <td>Read Length</td>
+          <td>Average Read Length (bp)</td>
+          <td><code>avg_sequence_length</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-fastqc-percent_fails text-muted" style="background-color: rgba(77,175,74, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  value="mqc-generalstats-fastqc-percent_fails" data-target="#general_stats_table">
+          </td>
+          <td>FastQC</td>
+          <td>% Failed</td>
+          <td>Percentage of modules failed in FastQC report (includes those not plotted here)</td>
+          <td><code>percent_fails</code></td>
+          <td>None</td>
+        </tr>
+        <tr class="mqc-generalstats-fastqc-total_sequences" style="background-color: rgba(77,175,74, 0.15);">
+          <td class="sorthandle ui-sortable-handle">||</span></td>
+          <td style="text-align:center;">
+            <input class="mqc_table_col_visible" type="checkbox"  checked="checked" value="mqc-generalstats-fastqc-total_sequences" data-target="#general_stats_table">
+          </td>
+          <td>FastQC</td>
+          <td>M Seqs</td>
+          <td>Total Sequences (millions)</td>
+          <td><code>total_sequences</code></td>
+          <td>read_count</td>
+        </tr>
+              </tbody>
+            </table>
+        </div>
+        <div class="modal-footer"> <button type="button" class="btn btn-default" data-dismiss="modal">Close</button> </div>
+    </div> </div> </div>
+</div>
+
+
+  
+
+
+  
+  <div id="mqc-module-section-kallisto" class="mqc-module-section">
+    
+      
+      <div class="mqc-module-section-first">
+        <h2 id="kallisto">Kallisto</h2>
+        <p><a href="http://pachterlab.github.io/kallisto/" target="_blank">Kallisto</a> is a program for quantifying abundances of transcripts from RNA-Seq data.<em class="text-muted small" style="margin-left: 1rem;">DOI:  <a class="module-doi" data-doi="10.1038/nbt.3519" data-toggle="popover" href="https://doi.org/10.1038/nbt.3519" target="_blank">10.1038/nbt.3519</a>.</em></p>
+        
+      
+        
+          
+          <div class="mqc-section mqc-section-kallisto">
+            
+            
+            
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="btn-group hc_switch_group"> 
+<button class="btn btn-default btn-sm active" data-action="set_numbers" data-target="kallisto_alignment" data-ylab="Number of Reads">Number of Reads</button> 
+<button class="btn btn-default btn-sm " data-action="set_percent" data-target="kallisto_alignment" data-ylab="Percentages">Percentages</button> 
+</div> <div class="hc-plot-wrapper">
+        <div id="kallisto_alignment" class="hc-plot not_rendered hc-bar-plot"><small>loading..</small></div>
+    </div></div></div>
+            
+
+            
+          </div>
+        
+    
+    </div> <!-- end mqc-module-section-first -->
+    
+  
+  </div>
+  <hr>
+  
+
+  
+  <div id="mqc-module-section-fastqc" class="mqc-module-section">
+    
+      
+      <div class="mqc-module-section-first">
+        <h2 id="fastqc">FastQC</h2>
+        <p><a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/" target="_blank">FastQC</a> is a quality control tool for high throughput sequence data, written by Simon Andrews at the Babraham Institute in Cambridge.</p><script type="application/json" class="fastqc_passfails">["fastqc", {"basic_statistics": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "pass"}, "per_base_sequence_quality": {"ADoe-1145_S3_L002_R2_001": "fail", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "fail", "ADoe-1239_S5_L002_R2_001": "fail", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "fail", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "fail", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "fail", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "fail", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "fail", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "fail", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "fail", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "fail", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "fail"}, "per_tile_sequence_quality": {"ADoe-1145_S3_L002_R2_001": "warn", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "warn", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "warn", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "warn", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "warn", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "warn", "ADoe-1239_S5_L002_R1_001": "warn", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "warn", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "warn", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "warn", "ADoe-1242_S6_L002_R1_001": "warn", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "warn", "ADoe-1242_S6_L001_R2_001": "pass"}, "per_sequence_quality_scores": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "pass"}, "per_base_sequence_content": {"ADoe-1145_S3_L002_R2_001": "fail", "ADoe-1239_S5_L001_R1_001": "warn", "ADoe-1147_S4_L002_R1_001": "warn", "ADoe-1142_S1_L001_R2_001": "fail", "ADoe-1239_S5_L002_R2_001": "fail", "ADoe-1145_S3_L001_R1_001": "warn", "ADoe-1142_S1_L002_R1_001": "warn", "ADoe-1147_S4_L001_R2_001": "fail", "ADoe-1145_S3_L002_R1_001": "warn", "ADoe-1239_S5_L001_R2_001": "fail", "ADoe-1142_S1_L001_R1_001": "warn", "ADoe-1147_S4_L002_R2_001": "fail", "ADoe-1239_S5_L002_R1_001": "warn", "ADoe-1145_S3_L001_R2_001": "fail", "ADoe-1147_S4_L001_R1_001": "warn", "ADoe-1142_S1_L002_R2_001": "fail", "ADoe-1143_S2_L001_R1_001": "warn", "ADoe-1242_S6_L002_R2_001": "fail", "ADoe-1242_S6_L001_R1_001": "warn", "ADoe-1143_S2_L002_R2_001": "fail", "ADoe-1242_S6_L002_R1_001": "warn", "ADoe-1143_S2_L001_R2_001": "fail", "ADoe-1143_S2_L002_R1_001": "warn", "ADoe-1242_S6_L001_R2_001": "fail"}, "per_sequence_gc_content": {"ADoe-1145_S3_L002_R2_001": "fail", "ADoe-1239_S5_L001_R1_001": "fail", "ADoe-1147_S4_L002_R1_001": "fail", "ADoe-1142_S1_L001_R2_001": "fail", "ADoe-1239_S5_L002_R2_001": "fail", "ADoe-1145_S3_L001_R1_001": "fail", "ADoe-1142_S1_L002_R1_001": "fail", "ADoe-1147_S4_L001_R2_001": "fail", "ADoe-1145_S3_L002_R1_001": "fail", "ADoe-1239_S5_L001_R2_001": "fail", "ADoe-1142_S1_L001_R1_001": "fail", "ADoe-1147_S4_L002_R2_001": "fail", "ADoe-1239_S5_L002_R1_001": "fail", "ADoe-1145_S3_L001_R2_001": "fail", "ADoe-1147_S4_L001_R1_001": "fail", "ADoe-1142_S1_L002_R2_001": "fail", "ADoe-1143_S2_L001_R1_001": "fail", "ADoe-1242_S6_L002_R2_001": "fail", "ADoe-1242_S6_L001_R1_001": "fail", "ADoe-1143_S2_L002_R2_001": "fail", "ADoe-1242_S6_L002_R1_001": "fail", "ADoe-1143_S2_L001_R2_001": "fail", "ADoe-1143_S2_L002_R1_001": "fail", "ADoe-1242_S6_L001_R2_001": "fail"}, "per_base_n_content": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "pass"}, "sequence_length_distribution": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "pass"}, "sequence_duplication_levels": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "fail", "ADoe-1147_S4_L002_R1_001": "fail", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "fail", "ADoe-1142_S1_L002_R1_001": "fail", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "fail", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "fail", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "fail", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "fail", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "fail", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "fail", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "fail", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "fail", "ADoe-1242_S6_L001_R2_001": "pass"}, "overrepresented_sequences": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "fail", "ADoe-1147_S4_L002_R1_001": "fail", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "fail", "ADoe-1142_S1_L002_R1_001": "fail", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "fail", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "fail", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "fail", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "fail", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "fail", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "fail", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "fail", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "fail", "ADoe-1242_S6_L001_R2_001": "pass"}, "adapter_content": {"ADoe-1145_S3_L002_R2_001": "pass", "ADoe-1239_S5_L001_R1_001": "pass", "ADoe-1147_S4_L002_R1_001": "pass", "ADoe-1142_S1_L001_R2_001": "pass", "ADoe-1239_S5_L002_R2_001": "pass", "ADoe-1145_S3_L001_R1_001": "pass", "ADoe-1142_S1_L002_R1_001": "pass", "ADoe-1147_S4_L001_R2_001": "pass", "ADoe-1145_S3_L002_R1_001": "pass", "ADoe-1239_S5_L001_R2_001": "pass", "ADoe-1142_S1_L001_R1_001": "pass", "ADoe-1147_S4_L002_R2_001": "pass", "ADoe-1239_S5_L002_R1_001": "pass", "ADoe-1145_S3_L001_R2_001": "pass", "ADoe-1147_S4_L001_R1_001": "pass", "ADoe-1142_S1_L002_R2_001": "pass", "ADoe-1143_S2_L001_R1_001": "pass", "ADoe-1242_S6_L002_R2_001": "pass", "ADoe-1242_S6_L001_R1_001": "pass", "ADoe-1143_S2_L002_R2_001": "pass", "ADoe-1242_S6_L002_R1_001": "pass", "ADoe-1143_S2_L001_R2_001": "pass", "ADoe-1143_S2_L002_R1_001": "pass", "ADoe-1242_S6_L001_R2_001": "pass"}}]</script><script type="text/javascript">load_fastqc_passfails();</script>
+        
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_sequence_counts">
+                  Sequence Counts
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_sequence_counts_helptext" aria-expanded="false" aria-controls="fastqc_sequence_counts_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>Sequence counts for each sample. Duplicate read counts are an estimate only.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_sequence_counts_helptext">
+                <div class="well"><p>This plot show the total number of reads, broken down into unique and duplicate
+if possible (only more recent versions of FastQC give duplicate info).</p>
+<p>You can read more about duplicate calculation in the
+<a href="https://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/8%20Duplicate%20Sequences.html">FastQC documentation</a>.
+A small part has been copied here for convenience:</p>
+<p><em>Only sequences which first appear in the first 100,000 sequences
+in each file are analysed. This should be enough to get a good impression
+for the duplication levels in the whole file. Each sequence is tracked to
+the end of the file to give a representative count of the overall duplication level.</em></p>
+<p><em>The duplication detection requires an exact sequence match over the whole length of
+the sequence. Any reads over 75bp in length are truncated to 50bp for this analysis.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="btn-group hc_switch_group"> 
+<button class="btn btn-default btn-sm active" data-action="set_numbers" data-target="fastqc_sequence_counts_plot" data-ylab="Number of reads">Number of reads</button> 
+<button class="btn btn-default btn-sm " data-action="set_percent" data-target="fastqc_sequence_counts_plot" data-ylab="Percentages">Percentages</button> 
+</div> <div class="hc-plot-wrapper">
+        <div id="fastqc_sequence_counts_plot" class="hc-plot not_rendered hc-bar-plot"><small>loading..</small></div>
+    </div></div></div>
+            
+
+            <hr>
+          </div>
+        
+    
+    </div> <!-- end mqc-module-section-first -->
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_per_base_sequence_quality">
+                  Sequence Quality Histograms
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_per_base_sequence_quality_helptext" aria-expanded="false" aria-controls="fastqc_per_base_sequence_quality_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The mean quality value across each base position in the read.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_per_base_sequence_quality_helptext">
+                <div class="well"><p>To enable multiple samples to be plotted on the same graph, only the mean quality
+scores are plotted (unlike the box plots seen in FastQC reports).</p>
+<p>Taken from the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/2%20Per%20Base%20Sequence%20Quality.html">FastQC help</a>:</p>
+<p><em>The y-axis on the graph shows the quality scores. The higher the score, the better
+the base call. The background of the graph divides the y axis into very good quality
+calls (green), calls of reasonable quality (orange), and calls of poor quality (red).
+The quality of calls on most platforms will degrade as the run progresses, so it is
+common to see base calls falling into the orange area towards the end of a read.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper"><div id="fastqc_per_base_sequence_quality_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_per_sequence_quality_scores">
+                  Per Sequence Quality Scores
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_per_sequence_quality_scores_helptext" aria-expanded="false" aria-controls="fastqc_per_sequence_quality_scores_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The number of reads with average quality scores. Shows if a subset of reads has poor quality.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_per_sequence_quality_scores_helptext">
+                <div class="well"><p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/3%20Per%20Sequence%20Quality%20Scores.html">FastQC help</a>:</p>
+<p><em>The per sequence quality score report allows you to see if a subset of your
+sequences have universally low quality values. It is often the case that a
+subset of sequences will have universally poor quality, however these should
+represent only a small percentage of the total sequences.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper"><div id="fastqc_per_sequence_quality_scores_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_per_base_sequence_content">
+                  Per Base Sequence Content
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_per_base_sequence_content_helptext" aria-expanded="false" aria-controls="fastqc_per_base_sequence_content_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The proportion of each base position for which each of the four normal DNA bases has been called.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_per_base_sequence_content_helptext">
+                <div class="well"><p>To enable multiple samples to be shown in a single plot, the base composition data
+is shown as a heatmap. The colours represent the balance between the four bases:
+an even distribution should give an even muddy brown colour. Hover over the plot
+to see the percentage of the four bases under the cursor.</p>
+<p><strong>To see the data as a line plot, as in the original FastQC graph, click on a sample track.</strong></p>
+<p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/4%20Per%20Base%20Sequence%20Content.html">FastQC help</a>:</p>
+<p><em>Per Base Sequence Content plots out the proportion of each base position in a
+file for which each of the four normal DNA bases has been called.</em></p>
+<p><em>In a random library you would expect that there would be little to no difference
+between the different bases of a sequence run, so the lines in this plot should
+run parallel with each other. The relative amount of each base should reflect
+the overall amount of these bases in your genome, but in any case they should
+not be hugely imbalanced from each other.</em></p>
+<p><em>It's worth noting that some types of library will always produce biased sequence
+composition, normally at the start of the read. Libraries produced by priming
+using random hexamers (including nearly all RNA-Seq libraries) and those which
+were fragmented using transposases inherit an intrinsic bias in the positions
+at which reads start. This bias does not concern an absolute sequence, but instead
+provides enrichement of a number of different K-mers at the 5' end of the reads.
+Whilst this is a true technical bias, it isn't something which can be corrected
+by trimming and in most cases doesn't seem to adversely affect the downstream
+analysis.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"></div>
+            <div id="fastqc_per_base_sequence_content_plot_div">
+            <div class="alert alert-info">
+               <span class="glyphicon glyphicon-hand-up"></span>
+               Click a sample row to see a line plot for that dataset.
+            </div>
+            <h5><span class="s_name text-primary"><span class="glyphicon glyphicon-info-sign"></span> Rollover for sample name</span></h5>
+            <button id="fastqc_per_base_sequence_content_export_btn"><span class="glyphicon glyphicon-download-alt"></span> Export Plot</button>
+            <div class="fastqc_seq_heatmap_key">
+                Position: <span id="fastqc_seq_heatmap_key_pos">-</span>
+                <div><span id="fastqc_seq_heatmap_key_t"> %T: <span>-</span></span></div>
+                <div><span id="fastqc_seq_heatmap_key_c"> %C: <span>-</span></span></div>
+                <div><span id="fastqc_seq_heatmap_key_a"> %A: <span>-</span></span></div>
+                <div><span id="fastqc_seq_heatmap_key_g"> %G: <span>-</span></span></div>
+            </div>
+            <div id="fastqc_seq_heatmap_div" class="fastqc-overlay-plot">
+                <div id="fastqc_per_base_sequence_content_plot" class="fastqc_per_base_sequence_content_plot hc-plot has-custom-export">
+                    <canvas id="fastqc_seq_heatmap" height="100%" width="800px" style="width:100%;"></canvas>
+                </div>
+            </div>
+            <div class="clearfix"></div>
+        </div>
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21.63518936617233}, "3": {"base": 3.0, "g": 19.4361542832964, "a": 24.616038416519352, "t": 33.68332613427394, "c": 22.264481165910308}, "4": {"base": 4.0, "g": 19.077829526650746, "a": 24.52944774997408, "t": 33.802627438430434, "c": 22.590095284944738}, "5": {"base": 5.0, "g": 18.640083070625817, "a": 24.287153749394836, "t": 34.06451713836036, "c": 23.00824604161899}, "6": {"base": 6.0, "g": 19.786171315421935, "a": 23.43404229947537, "t": 34.56796662837314, "c": 22.21181975672955}, "7": {"base": 7.0, "g": 18.956144403914035, "a": 22.297410226447944, "t": 35.971723084039105, "c": 22.77472228559892}, "8": {"base": 8.0, "g": 19.30095197485233, "a": 23.4780596867613, "t": 36.092695864092214, "c": 21.12829247429416}, "9": {"base": 9.0, "g": 22.240268043179103, "a": 51.238046042215856, "t": 14.600675700380531, "c": 11.92101021422451}, "10": {"base": 10.0, "g": 21.414196574820448, "a": 37.8066751768282, "t": 14.546758858824719, "c": 26.23236938952664}, "11": {"base": 11.0, "g": 18.468198740939254, "a": 43.62841558989584, "t": 13.621460647020465, "c": 24.281925022144446}, "12": {"base": 12.0, "g": 29.62717693349185, "a": 22.882279269028043, "t": 31.259138175945395, "c": 16.231405621534716}, "13": {"base": 13.0, "g": 35.48263430993291, "a": 14.707458338796222, "t": 39.45045531478566, "c": 10.359452036485216}, "14": {"base": 14.0, "g": 34.246815884595115, "a": 17.036400263673254, "t": 33.240524080943736, "c": 15.4762597707879}, "15": {"base": 15.0, "g": 37.90580298579395, "a": 15.591672867337824, "t": 13.53972973120294, "c": 32.96279441566529}, "16": {"base": 16.0, "g": 40.95109320695165, "a": 18.251988074147814, "t": 14.139485012682727, "c": 26.65743370621782}, "17": {"base": 17.0, "g": 34.8150057257855, "a": 18.318200695865176, "t": 17.248368022383044, "c": 29.618425555966276}, "18": {"base": 18.0, "g": 34.54752720774698, "a": 15.88367016283669, "t": 17.293415169787743, "c": 32.27538745962859}, "19": {"base": 19.0, "g": 33.753930828880186, "a": 17.16482680814235, "t": 16.96764512940033, "c": 32.11359723357713}, "20": {"base": 20.0, "g": 35.55650119910315, "a": 18.47373485370163, "t": 15.567225964976739, "c": 30.40253798221848}, "21": {"base": 21.0, "g": 36.48652750368635, "a": 17.289494319128583, "t": 15.723196218350976, "c": 30.50078195883409}, "22": {"base": 22.0, "g": 36.06405935824756, "a": 17.851164908510878, "t": 15.782488256514652, "c": 30.302287476726907}, "23": {"base": 23.0, "g": 33.95978130372455, "a": 17.59356829044879, "t": 17.346978035406845, "c": 31.099672370419817}, "24": {"base": 24.0, "g": 34.344077750810314, "a": 17.434701874390218, "t": 16.242997952578232, "c": 31.978222422221236}, "25": {"base": 25.0, "g": 35.53437612132598, "a": 17.821585118569093, "t": 16.506780275193027, "c": 30.1372584849119}, "26": {"base": 26.0, "g": 36.42877543535982, "a": 17.03109752663727, "t": 17.45438822596501, "c": 29.085738812037903}, "27": {"base": 27.0, "g": 34.11955252790542, "a": 17.174987723390835, "t": 17.31982569462706, "c": 31.38563405407669}, "28": {"base": 28.0, "g": 33.49773667696154, "a": 16.7285690803399, "t": 17.50876142173951, "c": 32.26493282095906}, "29": {"base": 29.0, "g": 32.12101791722882, "a": 16.472363575624748, "t": 17.812576354994878, "c": 33.59404215215155}, "30": {"base": 30.0, "g": 33.892394992673914, "a": 16.775559324920206, "t": 16.73752233314929, "c": 32.59452334925659}, "31": {"base": 31.0, "g": 34.788628314179206, "a": 16.31426947028438, "t": 17.324886789739733, "c": 31.572215425796674}, "32": {"base": 32.0, "g": 33.582607915386376, "a": 16.791601289748584, "t": 17.339488696824574, "c": 32.286302098040466}, "33": {"base": 33.0, "g": 33.851070567037794, "a": 16.304221401543202, "t": 16.654050425698138, "c": 33.19065760572087}, "34": {"base": 34.0, "g": 34.17735242821394, "a": 16.77345614462511, "t": 16.379532821592875, "c": 32.66965860556807}, "35": {"base": 35.0, "g": 33.091441984312546, "a": 16.760388547469862, "t": 16.801215831528456, "c": 33.34695363668913}, "36": {"base": 36.0, "g": 33.199383420162654, "a": 17.0897910227737, "t": 16.51076961761757, "c": 33.20005593944608}, "37": {"base": 37.0, "g": 33.8998021398518, "a": 16.958210141254742, "t": 16.33735640236203, "c": 32.80463131653143}, "38": {"base": 38.0, "g": 34.60288707930566, "a": 16.85960429374563, "t": 17.05308087004777, "c": 31.484427756900946}, "39": {"base": 39.0, "g": 32.636975452042265, "a": 16.925553329890416, "t": 18.04092423586513, "c": 32.39654698220219}, "40": {"base": 40.0, "g": 32.44707332790228, "a": 17.46635840744693, "t": 17.14972134728134, "c": 32.93684691736946}, "41": {"base": 41.0, "g": 33.061520473607416, "a": 16.2512868795216, "t": 17.898074982743527, "c": 32.78911766412746}, "42": {"base": 42.0, "g": 33.18000203709405, "a": 15.829882647631136, "t": 17.74789076255722, "c": 33.242224552717595}, "43": {"base": 43.0, "g": 33.47781559721782, "a": 16.027525051701854, "t": 17.167089545614083, "c": 33.32756980546625}, "44": {"base": 44.0, "g": 33.21481563759627, "a": 16.069642070541402, "t": 17.183290726960625, "c": 33.53225156490171}, "45": {"base": 45.0, "g": 32.860375831820996, "a": 15.778137058987648, "t": 17.671831213616475, "c": 33.68965589557488}, "46": {"base": 46.0, "g": 33.5459647439673, "a": 16.10086327781654, "t": 17.34202335941535, "c": 33.0111486188008}, "47": {"base": 47.0, "g": 33.354584627891654, "a": 16.601473082115355, "t": 17.164784587388894, "c": 32.8791577026041}, "48": {"base": 48.0, "g": 32.38381002232668, "a": 16.642045471439225, "t": 16.911598446576317, "c": 34.06254605965778}, "49": {"base": 49.0, "g": 33.60055523853192, "a": 15.650450748153375, "t": 17.84208520335397, "c": 32.90690880996074}, "50": {"base": 50.0, "g": 33.33323481282815, "a": 16.07269185039561, "t": 16.980007298776588, "c": 33.61406603799965}}}]</script>
+        
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_per_sequence_gc_content">
+                  Per Sequence GC Content
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_per_sequence_gc_content_helptext" aria-expanded="false" aria-controls="fastqc_per_sequence_gc_content_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The average GC content of reads. Normal random library typically have a
+        roughly normal distribution of GC content.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_per_sequence_gc_content_helptext">
+                <div class="well"><p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/5%20Per%20Sequence%20GC%20Content.html">FastQC help</a>:</p>
+<p><em>This module measures the GC content across the whole length of each sequence
+in a file and compares it to a modelled normal distribution of GC content.</em></p>
+<p><em>In a normal random library you would expect to see a roughly normal distribution
+of GC content where the central peak corresponds to the overall GC content of
+the underlying genome. Since we don't know the the GC content of the genome the
+modal GC content is calculated from the observed data and used to build a
+reference distribution.</em></p>
+<p><em>An unusually shaped distribution could indicate a contaminated library or
+some other kinds of biased subset. A normal distribution which is shifted
+indicates some systematic bias which is independent of base position. If there
+is a systematic bias which creates a shifted normal distribution then this won't
+be flagged as an error by the module since it doesn't know what your genome's
+GC content should be.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="btn-group hc_switch_group">
+<button class="btn btn-default btn-sm active" data-action="set_data" data-ylab="Percentage"   data-newdata="0" data-target="fastqc_per_sequence_gc_content_plot">Percentages</button>
+<button class="btn btn-default btn-sm " data-action="set_data" data-ylab="Count"   data-newdata="1" data-target="fastqc_per_sequence_gc_content_plot">Counts</button>
+</div>
+
+<div class="hc-plot-wrapper"><div id="fastqc_per_sequence_gc_content_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_per_base_n_content">
+                  Per Base N Content
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_per_base_n_content_helptext" aria-expanded="false" aria-controls="fastqc_per_base_n_content_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The percentage of base calls at each position for which an <code>N</code> was called.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_per_base_n_content_helptext">
+                <div class="well"><p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/6%20Per%20Base%20N%20Content.html">FastQC help</a>:</p>
+<p><em>If a sequencer is unable to make a base call with sufficient confidence then it will
+normally substitute an <code>N</code> rather than a conventional base call. This graph shows the
+percentage of base calls at each position for which an <code>N</code> was called.</em></p>
+<p><em>It's not unusual to see a very low proportion of Ns appearing in a sequence, especially
+nearer the end of a sequence. However, if this proportion rises above a few percent
+it suggests that the analysis pipeline was unable to interpret the data well enough to
+make valid base calls.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper"><div id="fastqc_per_base_n_content_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_sequence_length_distribution">
+                  Sequence Length Distribution
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><div class="alert alert-info">All samples have sequences of a single length (50bp).</div></div>
+            
+            
+            <div class="mqc-section-plot"></div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_sequence_duplication_levels">
+                  Sequence Duplication Levels
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_sequence_duplication_levels_helptext" aria-expanded="false" aria-controls="fastqc_sequence_duplication_levels_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The relative level of duplication found for every sequence.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_sequence_duplication_levels_helptext">
+                <div class="well"><p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/8%20Duplicate%20Sequences.html">FastQC Help</a>:</p>
+<p><em>In a diverse library most sequences will occur only once in the final set.
+A low level of duplication may indicate a very high level of coverage of the
+target sequence, but a high level of duplication is more likely to indicate
+some kind of enrichment bias (eg PCR over amplification). This graph shows
+the degree of duplication for every sequence in a library: the relative
+number of sequences with different degrees of duplication.</em></p>
+<p><em>Only sequences which first appear in the first 100,000 sequences
+in each file are analysed. This should be enough to get a good impression
+for the duplication levels in the whole file. Each sequence is tracked to
+the end of the file to give a representative count of the overall duplication level.</em></p>
+<p><em>The duplication detection requires an exact sequence match over the whole length of
+the sequence. Any reads over 75bp in length are truncated to 50bp for this analysis.</em></p>
+<p><em>In a properly diverse library most sequences should fall into the far left of the
+plot in both the red and blue lines. A general level of enrichment, indicating broad
+oversequencing in the library will tend to flatten the lines, lowering the low end
+and generally raising other categories. More specific enrichments of subsets, or
+the presence of low complexity contaminants will tend to produce spikes towards the
+right of the plot.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper"><div id="fastqc_sequence_duplication_levels_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_overrepresented_sequences">
+                  Overrepresented sequences
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_overrepresented_sequences_helptext" aria-expanded="false" aria-controls="fastqc_overrepresented_sequences_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The total amount of overrepresented sequences found in each library.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_overrepresented_sequences_helptext">
+                <div class="well"><p>FastQC calculates and lists overrepresented sequences in FastQ files. It would not be
+possible to show this for all samples in a MultiQC report, so instead this plot shows
+the <em>number of sequences</em> categorized as over represented.</p>
+<p>Sometimes, a single sequence  may account for a large number of reads in a dataset.
+To show this, the bars are split into two: the first shows the overrepresented reads
+that come from the single most common sequence. The second shows the total count
+from all remaining overrepresented sequences.</p>
+<p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/9%20Overrepresented%20Sequences.html">FastQC Help</a>:</p>
+<p><em>A normal high-throughput library will contain a diverse set of sequences, with no
+individual sequence making up a tiny fraction of the whole. Finding that a single
+sequence is very overrepresented in the set either means that it is highly biologically
+significant, or indicates that the library is contaminated, or not as diverse as you expected.</em></p>
+<p><em>FastQC lists all of the sequences which make up more than 0.1% of the total.
+To conserve memory only sequences which appear in the first 100,000 sequences are tracked
+to the end of the file. It is therefore possible that a sequence which is overrepresented
+but doesn't appear at the start of the file for some reason could be missed by this module.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper">
+        <div id="fastqc_overrepresented_sequences_plot" class="hc-plot not_rendered hc-bar-plot"><small>loading..</small></div>
+    </div></div></div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_adapter_content">
+                  Adapter Content
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_adapter_content_helptext" aria-expanded="false" aria-controls="fastqc_adapter_content_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>The cumulative percentage count of the proportion of your
+            library which has seen each of the adapter sequences at each position.</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_adapter_content_helptext">
+                <div class="well"><p>Note that only samples with &ge; 0.1% adapter contamination are shown.</p>
+<p>There may be several lines per sample, as one is shown for each adapter
+detected in the file.</p>
+<p>From the <a href="http://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/10%20Adapter%20Content.html">FastQC Help</a>:</p>
+<p><em>The plot shows a cumulative percentage count of the proportion
+of your library which has seen each of the adapter sequences at each position.
+Once a sequence has been seen in a read it is counted as being present
+right through to the end of the read so the percentages you see will only
+increase as the read length goes on.</em></p></div>
+              </div>
+            
+            <div class="mqc-section-plot"><div class="mqc_hcplot_plotgroup"><div class="hc-plot-wrapper"><div id="fastqc_adapter_content_plot" class="hc-plot not_rendered hc-line-plot"><small>loading..</small></div></div></div> 
+</div>
+            
+
+            <hr>
+          </div>
+        
+    
+  
+      
+        
+          
+          <div class="mqc-section mqc-section-fastqc">
+            
+              <h3 id="fastqc_status_checks">
+                  Status Checks
+                  
+                    <button class="btn btn-default btn-sm pull-right btn-help" type="button" data-toggle="collapse" data-target="#fastqc_status_checks_helptext" aria-expanded="false" aria-controls="fastqc_status_checks_helptext">
+                      <span class="glyphicon glyphicon-question-sign" aria-hidden="true"></span>
+                      Help
+                    </button>
+                  
+              </h3>
+            
+            <div class="mqc-section-description"><p>Status for each FastQC section showing whether results seem entirely normal (green),
+slightly abnormal (orange) or very unusual (red).</p></div>
+            
+            
+              <div class="collapse mqc-section-helptext " id="fastqc_status_checks_helptext">
+                <div class="well"><p>FastQC assigns a status for each section of the report.
+These give a quick evaluation of whether the results of the analysis seem
+entirely normal (green), slightly abnormal (orange) or very unusual (red).</p>
+<p>It is important to stress that although the analysis results appear to give a pass/fail result,
+these evaluations must be taken in the context of what you expect from your library.
+A 'normal' sample as far as FastQC is concerned is random and diverse.
+Some experiments may be expected to produce libraries which are biased in particular ways.
+You should treat the summary evaluations therefore as pointers to where you should concentrate
+your attention and understand why your library may not look random and diverse.</p>
+<p>Specific guidance on how to interpret the output of each module can be found in the relevant
+report section, or in the <a href="https://www.bioinformatics.babraham.ac.uk/projects/fastqc/Help/3%20Analysis%20Modules/">FastQC help</a>.</p>
+<p>In this heatmap, we summarise all of these into a single heatmap for a quick overview.
+Note that not all FastQC sections have plots in MultiQC reports, but all status checks
+are shown in this heatmap.</p></div>
+              </div>
+            
+            <div class="mqc-section-plot">
+    <div class="mqc_hcplot_plotgroup">
+        <div class="btn-group hc_switch_group">
+            <button type="button" class="mqc_heatmap_sortHighlight btn btn-default btn-sm" data-target="#fastqc-status-check-heatmap" disabled="disabled">
+                <span class="glyphicon glyphicon-sort-by-attributes-alt"></span> Sort by highlight
+            </button>
+        </div>
+        <div class="mqc_hcplot_range_sliders">
+            <div>
+                <label for="fastqc-status-check-heatmap_range_slider_min_txt">Min:</label>
+                <input id="fastqc-status-check-heatmap_range_slider_min_txt" type="number" class="form-control" value="0" min="0" max="1" data-minmax="min" data-target="fastqc-status-check-heatmap" />
+                <input id="fastqc-status-check-heatmap_range_slider_min" type="range" value="0" min="0" max="1" step="any" data-minmax="min" data-target="fastqc-status-check-heatmap" />
+            </div>
+            <div>
+                <label for="fastqc-status-check-heatmap_range_slider_max_txt">Max:</label>
+                <input id="fastqc-status-check-heatmap_range_slider_max_txt" type="number" class="form-control" value="1" min="0" max="1" data-minmax="max" data-target="fastqc-status-check-heatmap" />
+                <input id="fastqc-status-check-heatmap_range_slider_max" type="range" value="1" min="0" max="1" step="any" data-minmax="max" data-target="fastqc-status-check-heatmap" />
+            </div>
+        </div>
+        <div class="hc-plot-wrapper">
+            <div id="fastqc-status-check-heatmap" class="hc-plot not_rendered hc-heatmap">
+                <small>loading..</small>
+            </div>
+        </div>
+    </div> 
+</div>
+            
+
+            
+          </div>
+        
+    
+  
+  </div>
+  
+  
+
+
+</div>
+
+<div class="footer">
+  <div class="container-fluid">
+    
+
+<p>
+    <a href="http://www.scilifelab.se/" target="_blank" class="pull-right">
+        <img 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" style="height:41px; padding-right: 30px;">
+    </a>
+    <strong>
+        <a href="http://multiqc.info" target="_blank">MultiQC v1.13.dev0</a>
+    </strong>
+    - Written by <a href="http://phil.ewels.co.uk" target="_blank">Phil Ewels</a>,
+    available on <a href="https://github.com/ewels/MultiQC" target="_blank">GitHub</a>.
+</p>
+<p>
+    This report uses <a href="http://www.highcharts.com/" target="_blank">HighCharts</a>,
+    <a href="https://jquery.com/" target="_blank">jQuery</a>,
+    <a href="https://jqueryui.com/" target="_blank">jQuery UI</a>,
+    <a href="http://getbootstrap.com/" target="_blank">Bootstrap</a>,
+    <a href="https://github.com/eligrey/FileSaver.js" target="_blank">FileSaver.js</a> and
+    <a href="https://clipboardjs.com/" target="_blank">clipboard.js</a>.
+</p>
+  </div>
+</div>
+
+
+
+
+<!-- Table Scatter Plot Modal -->
+<div class="modal fade" id="tableScatterModal" tabindex="-1" role="dialog">
+  <div class="modal-dialog" role="document">
+    <div class="modal-content">
+      <div class="modal-header">
+        <button type="button" class="close" data-dismiss="modal" aria-label="Close"><span aria-hidden="true">&times;</span></button>
+        <h3 class="modal-title">Plot Table Data</h3>
+      </div>
+      <div class="modal-body">
+        <form id="tableScatterForm">
+          <input type="hidden" id="tableScatter_tid" name="tableScatter_tid" value="" />
+          <div class="row">
+            <div class="col-sm-6">
+              <select id="tableScatter_col1" name="tableScatter_col1" class="form-control">
+                <option value="">Select Column</option>
+              </select>
+            </div>
+            <div class="col-sm-6">
+              <select id="tableScatter_col2" name="tableScatter_col2" class="form-control">
+                <option value="">Select Column</option>
+              </select>
+            </div>
+          </div>
+          <div class="hc-plot-wrapper">
+            <div id="tableScatterPlot" class="hc-plot not_rendered hc-scatter-plot no-handle" style="width:566px; height: 510px;">
+              <small>Please select two table columns.</small>
+            </div>
+          </div>
+        </form>
+      </div>
+      <div class="modal-footer">
+        <button type="button" class="btn btn-default" data-dismiss="modal">Close</button>
+      </div>
+    </div>
+  </div>
+</div>
+
+
+
+<!-- Regex Help Modal -->
+<div class="modal fade" id="regex_help_modal" tabindex="-1" role="dialog">
+  <div class="modal-dialog" role="document">
+    <div class="modal-content">
+      <div class="modal-header">
+        <button type="button" class="close" data-dismiss="modal" aria-label="Close"><span aria-hidden="true">&times;</span></button>
+        <h3 class="modal-title">Regex Help</h3>
+      </div>
+      <div class="modal-body">
+        <p>Toolbox search strings can behave as regular expressions (regexes). Click a button below to see an example of it in action. Try modifying them yourself in the text box.</p>
+        <div class="row">
+          <div class="col-sm-6 regex_example_buttons">
+            <button class="btn btn-default" data-example="^samp_1"><code>^</code> (start of string)</button>
+            <button class="btn btn-default" data-example="samp_1$"><code>$</code> (end of string)</button>
+            <button class="btn btn-default" data-example="samp_[13]"><code>[]</code> (character choice)</button>
+            <button class="btn btn-default" data-example="\d$"><code>\d</code> (shorthand for <code>[0-9]</code>)</button>
+            <button class="btn btn-default" data-example="^\w"><code>\w</code> (shorthand for <code>[0-9a-zA-Z_]</code>)</button>
+            <button class="btn btn-default" data-example="._samp"><code>.</code> (any character)</button>
+            <button class="btn btn-default" data-example="\."><code>\.</code> (literal full stop)</button>
+            <button class="btn btn-default" data-example="(tmp|prepended)_samp"><code>()</code> <code>|</code> (group / separator)</button>
+            <button class="btn btn-default" data-example="tmpp*_"><code>*</code> (prev char 0 or more)</button>
+            <button class="btn btn-default" data-example="tmpp+_"><code>+</code> (prev char 1 or more)</button>
+            <button class="btn btn-default" data-example="tmpp?_"><code>?</code> (prev char 0 or 1)</button>
+            <button class="btn btn-default" data-example="_1{5}"><code>{}</code> (char num times)</button>
+            <button class="btn btn-default" data-example="_1{2,5}"><code>{,}</code> (count range)</button>
+          </div>
+          <div class="col-sm-6 regex_example_demo">
+            <input type="text" class="form-control" />
+<pre>
+<span>samp_1</span>
+<span>samp_1_edited</span>
+<span>samp_2</span>
+<span>samp_2_edited</span>
+<span>samp_3</span>
+<span>samp_3_edited</span>
+<span>prepended_samp_1</span>
+<span>tmp_samp_1_edited</span>
+<span>tmpp_samp_1_edited</span>
+<span>tmppp_samp_1_edited</span>
+<span>#samp_1_edited.tmp</span>
+<span>samp_11</span>
+<span>samp_11111</span>
+</pre>
+            <p>See <a href="https://regex101.com/" target="_blank">regex101.com</a> for a more heavy duty testing suite.</p>
+          </div>
+        </div>
+      </div>
+      <div class="modal-footer">
+        <button type="button" class="btn btn-default" data-dismiss="modal">Close</button>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+</html>
diff --git a/modules/module_7/notebooks/Module-7---Single-Cell-RNA-Seq.Rmd b/modules/module_7/notebooks/Module-7---Single-Cell-RNA-Seq.Rmd
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+---
+title: "Module 7 - Single Cell Analysis"
+author: "Loyal A. Goff"
+date: "October 17, 2022"
+output:
+  html_document: 
+    toc: true
+    toc_depth: 3
+    number_sections: true
+    code_folding: show
+---
+
+```{r setup, include=FALSE}
+knitr::opts_chunk$set(echo = TRUE)
+knitStart <- Sys.time()
+```
+# Overview
+Single cell analysis is a rapidly growing field in biology. The ability to analyze individual cells has allowed researchers to gain a better understanding of the heterogeneity of cells within a population. This module will introduce the basic concepts of single cell analysis and provide an overview of a select number of tools available for single cell analysis.
+
+
+## Learning Objectives
+• Understand the basic steps of single cell RNA-Sequencing analysis workflows
+• Develop a baseline awareness of cellular heterogeneity both between and within cell 'types'.
+• Learn to identify and examine cell state transitions via pseudotime analysis
+• Understanding the application of dimensionality reduction to visualization and high-dimensional sequencing data analysis.
+
+
+## Data
+### Description
+The dataset we are using is [10x 10k neurons from an E18 mouse](https://support.10xgenomics.com/single-cell-gene-expression/datasets/3.0.0/neuron_10k_v3) (This is a large dataset ~25Gb).
+
+Cells for this sample are from a combined cortex, hippocampus and sub ventricular zone of an E18 mouse.
+- 11,869 cells detected
+- Sequenced on Illumina NovaSeq with approximately 30,000 reads per cell
+- 28bp read1 (16bp Chromium barcode and 12bp UMI), 91bp read2 (transcript), and 8bp I7 sample barcode
+
+![10x Genomics sequencing workflow overview](https://dnacore.missouri.edu/images/10xschematic.jpg)
+
+Experimental questions:
+- What types of cells do we expect to find?
+- What/how many cellular 'states' do we observe at the transcriptional level?
+- How well defined are different cell types
+  * What do 'transitioning' cell types/states look like?
+- Can we identify differentially expressed and/or marker genes between cell types?
+- What genes change expression over the course of neuronal development?
+
+
+# Library imports
+
+## Install packages
+```{r install_packages}
+#Install BiocManager
+if (!require("BiocManager", quietly = TRUE)) {
+    install.packages("BiocManager")
+    BiocManager::install(version = "3.14")
+}
+#Install other accessory bioconductor packages
+packages <- c("Matrix","monocle3","RcppML","biomaRt","tidyverse","celldex","SingleR","ensembldb")
+packages_not_installed<-setdiff(packages,rownames(installed.packages()))
+if (length(packages_not_installed > 0)) {BiocManager::install(packages_not_installed,update=FALSE,ask=FALSE)}
+```
+
+## Load packages
+```{r}
+library(Matrix)
+library(monocle3)
+library(RcppML) # for nmf
+library(biomaRt)
+library(tidyverse)
+library(celldex)
+library(SingleR)
+```
+
+# Importing and cleaning raw preprocessed data
+Since the preprocessing is a time-consuming step, I've already performed this operation for you (you can see how this is done by looking at the `scripts/10x_10k_preprocessing.sh` bash script for reference). The important output of this preprocessing operation is a set of three matrices that contain information about the number of mRNAs (specifically Unique Molecular Identifiers (UMIs)) contained within each droplet of the 10x emulsion.
+
+The first is the `geneMetadata` which describes any associated information for each gene within the reference transcriptome:
+
+|     |gene_id |gene_short_name |chromosome |
+|-----|-----:|-----:|-----:|
+|gene1|  ENSMUSG00000005583   | Mef2c    |  chr13  |
+|gene2|  ENSMUSG00000097063  |  Pantr2   |  chr1  |
+|gene3|  ENSMUSG00000045515   | Pou3f3    |  chr1  |
+...
+
+The second is the `cellMetadata` which describes any associated information for each cell/droplet from our single cell sample:
+
+|     |barcode|celltype|scaleFactor|
+|-----|-----:|-----:|-----:|
+|barcode1|  AGCTATGCGATAGCTAC   |     |    |
+|barcode2|  GCTACGCGATCGATCGA  |     |    |
+|barcode3|  ATCATACTGCGATACGC   |     |    |
+...
+
+The third is the `counts` matrix which is a geneXcell matrix where the values represent the raw counts for each gene in each cell:
+
+|     |cell1 |cell2 |cell3 |
+|-----|-----:|-----:|-----:|
+|gene1|  0   |2     |    0|
+|gene2|  15  |7     |    3|
+|gene3|  1   |0     |    2|
+...
+
+Since this pre-processing was performed earlier, I've made these three matrices available for direct download.
+
+```{r import_preprocessed_matrices}
+geneMetadata<-as.data.frame(read_csv(url("https://dl.dropboxusercontent.com/s/5wqxsxdck9d5unh/cells_x_genes.genes.txt?dl=0"),col_names=c("gene_id")))
+cellMetadata<-as.data.frame(read_csv(url("https://dl.dropboxusercontent.com/s/icm1qf1z6ayvz89/cells_x_genes.barcodes.txt?dl=0"),col_names=c("barcode")))
+counts<-Matrix::readMM(url("https://dl.dropboxusercontent.com/s/hd5h7ihcrte0mlv/cells_x_genes.mtx?dl=0"))
+counts<-t(counts) # matrix is provided in the wrong orientation so need to transpose
+```
+
+```{r}
+head(geneMetadata)
+head(cellMetadata)
+head(counts)[1:6,1:6]
+dim(geneMetadata)
+dim(cellMetadata)
+dim(counts)
+```
+
+Most barcodes (cells) only have 0 or 1 UMIs detected.
+```{r}
+tot_count <- Matrix::colSums(counts)
+summary(tot_count)
+```
+
+# Monocle3 secondary analysis
+Now that we have collected the count matrix and accessory matrices, we will need to organize these into a single cell analysis framework for downstream/secondary analysis. Here we will be using the monocle3 framework.
+
+## Create Monocle `cell_data_set` object from spliced matrix
+The `cell_data_set` class defines how the single cell data are stored, indexed, manipulated, and sliced. The three components that we need to create a `cell_data_set` instance are 1) the sparse count matrix, 2) gene-level annotation, and 3) cell-level annotation.  We don't have much for #'s 2 or 3 at this point other than ids, but it's enough to get started.
+
+```{r monocle3_create_cds}
+rownames(cellMetadata)<-cellMetadata$barcode
+rownames(geneMetadata)<-geneMetadata$gene_id
+colnames(counts)<-rownames(cellMetadata)
+rownames(counts)<-rownames(geneMetadata)
+dat <- monocle3::new_cell_data_set(counts,
+                         cell_metadata = cellMetadata,
+                         gene_metadata = geneMetadata)
+```
+We have now created our base monocle3 `cell_data_set` object called `dat`. Lets peek around to see what's inside:
+
+```{r}
+dat
+```
+This is a summary report of `dat`.
+
+To access the expression matrix we use the `assay()` method:
+```{r}
+assay(dat,'counts')[1:6,1:6]
+```
+We can create multiple different 'assays' in the same dataset that might reflect different transformations of the raw 'counts' data (e.g. 'logcounts','normcounts', etc). Each of these must have the same dimensions as the 'count' assay.
+
+```{r make_logcounts}
+assay(dat,'logcounts')<-log10(assay(dat,'counts')+1)
+```
+
+To access the cell annotations we use the `colData()` method:
+```{r}
+colData(dat)
+```
+
+To access the gene annotations we use the `rowData()` method:
+```{r}
+rowData(dat)
+```
+
+There's not much annotation in there yet for either the genes or the cells, lets see what we can add.
+
+## Add gene-level annotation from BioMaRt
+Using the `gene_id` information in the featureData slot, we can fetch external annotations for each gene and merge them so we can get more meaningful gene information.  `biomaRt` is an interface in Bioconductor to get information associated with various types of gene_ids.
+```{r feature_annotation}
+mart <- biomaRt::useMart(biomart = "ENSEMBL_MART_ENSEMBL",
+                         dataset = "mmusculus_gene_ensembl",
+                         host = 'ensembl.org')
+t2g <- biomaRt::getBM(attributes = c("ensembl_gene_id",
+                                     "external_gene_name",
+                                     "chromosome_name",
+                                     "start_position",
+                                     "end_position"
+                                     ), mart = mart) # Fetch annotation information for all gene_ids
+fData(dat)$gene_id_trimmed<-stringr::str_split_fixed(fData(dat)$gene_id,pattern="\\.",2)[,1] #Trim off the version identifier from the gene_ids
+fData(dat)<-dplyr::left_join(as.data.frame(fData(dat)),t2g,by=c("gene_id_trimmed" = "ensembl_gene_id"),sort=FALSE,all.x=TRUE,keep=TRUE) # merge annotation into existing fData().
+fData(dat)$gene_short_name<-fData(dat)$external_gene_name # make a field named "gene_short_name" in fData()
+head(fData(dat)) #Inspect
+```
+Now we have a bit more useful information associated with each gene.
+
+## Monocle3 preprocessing
+The term 'preprocessing' comes up again even though we're past the initial hurdle of generating the matrix. Standard secondary preprocessing for single cell RNA-Seq involves projecting expression data into the top principal components to identify ranked sources of variation. This is usually done after log-transforming the data to stabilize the variance across the dynamic range of gene expression. Monocle3 conveniently provides a function `preprocess_cds()` that will do this transform and PCA analysis. We start with a relatively high number of principal components to estimate, 100.
+
+```{r initial_preprocessing}
+nDims<-40
+dat <- monocle3::preprocess_cds(dat,
+                      num_dim = nDims,
+                      method = "PCA",
+                      norm_method = "log",
+                      verbose=T)
+plot_pc_variance_explained(dat)
+```
+If we look at the variance explained for each principle component, we can see that it starts to trail off after a point.  We probably won't get much more useful information after 20 or so components. So we subset to only the first 20 components and preprocess again.
+
+```{r nDims_preprocessing}
+nDims <- 20 # or 20 works here too downstream
+dat <- preprocess_cds(dat,
+                      num_dim = nDims,
+                      method = "PCA",
+                      norm_method = "log",
+                      verbose=T)
+```
+
+
+## QC metrics
+Next we can actually start to assess some of the important quality metrices for each gene and each cell.
+
+### Gene-wise QC metrics
+#### Minimum number of cells expressing a given gene
+It's a good idea, and saves time/effort to identify and only consider genes whose expression levels are detected in a certain number or proportion of cells within your assay.
+
+```{r gene_qc_1}
+dat<-detect_genes(dat)
+cellCutoff<-20 # This number is arbitrary
+expressed_genes <- row.names(subset(rowData(dat),
+    num_cells_expressed >= cellCutoff))
+length(expressed_genes)
+```
+
+Once we've detected the number of cells expressing each gene, we can look at the distribution to get a better feel
+```{r}
+hist(rowData(dat)$num_cells_expressed,col="red",breaks=50,main="Number of cells expressing a given gene")
+```
+Most genes are not detectably expressed in more than one cell (this is the nature of single cell gene expression assays, and gene expression in general)
+
+Lets log transform and look again. This time, we'll add a threshold line showing our cutoff for 'expressed genes'.
+```{r}
+hist(log10(rowData(dat)$num_cells_expressed),col="red",breaks=50,main="log10 Number of cells expressing a given gene")
+abline(v=log10(cellCutoff),lty="dashed")
+```
+
+We have now identified a total of `r length(expressed_genes)` that are detectably expressed in at least `r cellCutoff` cells in our dataset.
+
+Let's go ahead and subset our cell_data_set object to only those genes that are expressed in more than `r cellCutoff` cells.
+
+```{r}
+dat<-dat[expressed_genes,]
+```
+
+
+#### Distribution of gene mean copies per cell
+What is the average expression level (in mRNA Copies per cell) for each gene?
+```{r gene_qc_2}
+rowData(dat)$mean_cpc<-Matrix::rowMeans(assay(dat))
+hist(log10(rowData(dat[expressed_genes,])$mean_cpc),col="purple",breaks=50,main="Mean RNA copies per cell")
+```
+* What can this distribution tell us about the average mRNA expression/abundance of a gene? about single cell RNA-Seq efficiency in general?
+
+* What is the 'expected' number of mRNA copies per cell for an 'average' gene?
+
+### Cell QC metrics
+
+#### Distribution of detected genes across cells
+How many genes are expressed in a given cell?
+```{r cell_qc_1}
+hist(colData(dat)$num_genes_expressed,col="darkgreen",breaks=50,main="Number of genes expressed per cell")
+```
+
+
+#### Mt-genome proportion
+A high proportion of mitochondrial genes may indicate a lower than ideal capture efficiency for a given cell. Here we identify the subset of mitochondrial genes and look at the proportion of reads mapping to 'mt-' genes vs genomic genes.
+```{r cell_qc_mito}
+mito_genes<-rowData(dat)$gene_id[grepl("^mt-",rowData(dat)$gene_short_name)]
+colData(dat)$mt_reads <- Matrix::colSums(assay(dat)[mito_genes,])
+colData(dat)$total_reads  <- Matrix::colSums(assay(dat))
+colData(dat)$mito_ratio <- colData(dat)$mt_reads/colData(dat)$total_reads
+ggplot(as.data.frame(colData(dat)),
+       aes(x = num_genes_expressed, y = mito_ratio)) +
+       geom_point() +
+       labs(x = "Number of genes", y = "Mitochondrial ratio") +
+       scale_color_brewer(palette = "Set1") +
+       theme(legend.position = "none") +
+       ggtitle("Number of genes vs Mitochondrial ratio") +
+       monocle3:::monocle_theme_opts()
+```
+Indeed we see that the proportion of MT reads for some cells increases as the total information content decreases (ie. lower 'quality' cells have a greater fraction of MT reads). Often it can be advisable to set a threshold (~20%) to eliminate lower quality cells.
+
+* When might you _not_ want to apply a threshold for MT-ratio? 
+
+#### Total mRNAs per cell
+To get a general picture of the capture efficiency and depth of information for each cell we can look at the total mRNA mass recovered per cell.
+```{r total_mRNAs}
+colData(dat)$Total_mRNA<-Matrix::colSums(assay(dat))
+hist(colData(dat)$Total_mRNA,col="darkblue",breaks=50,main="Total mRNAs sequenced per cell")
+```
+
+* What cellular features might be correlated with total mRNA abundance?
+
+* How many mRNAs do we *expect* are in a given eukaryotic cell?
+
+For each of the above QC 'criterion' we can define thresholds that can be used to filter cells/genes to improve the quality of the dataset.  Here is usually where obvious doublet cells (more than one cell is associated with a single barcode sequence) or low-quality cells are removed prior to doing any further statistical interpretations.
+
+# Reduce dimensionality to visualize the cell relationships
+Now we're ready to visualize the cells. To do so, you can use either t-SNE, which is very popular in single-cell RNA-seq, or UMAP, which is increasingly common. Monocle 3 uses UMAP by default, since it is both faster and better suited for clustering and trajectory analysis in RNA-seq. To reduce the dimensionality of the data down into the X, Y plane so we can plot it easily, we call `reduce_dimension()`:
+```{r dim_reduction}
+dat <- reduce_dimension(dat,
+                        verbose=TRUE,
+                        reduction_method="UMAP",
+                        cores = 4)
+```
+
+To visualize the dimensionality reduction we use `plot_cells()`:
+```{r plot_dim_reduction}
+plot_cells(dat)
+```
+
+And we can look at how different features of the cells are distributed across this embedding. For now we only have technical features to view.
+```{r plot_dim_reduction_params}
+plot_cells(dat,color_cells_by="num_genes_expressed",cell_size=0.75)
+plot_cells(dat,color_cells_by="Total_mRNA",cell_size=0.75)
+plot_cells(dat,color_cells_by="mito_ratio",cell_size=0.75)
+```
+What can we deduce/hypothesize about the embedding (we will formally test later)?  Number of cell types?  Diversity of cell types?
+
+### Embedding shapes
+* Sometimes, clearly defined cell types are obvious puncta in a 2D embedding
+* Other times, what you think of as a single cell type may be broken up into several 'subtypes'
+* Still more, a single cell 'type' may consist of several 'cell states' that might present as more of an amorphous shape in an embedding
+* Cells in an ergodic transitioning state may be represented as a 'pseeudotemporal trajectory' as different cells pass through different phases of the transition.   - These trajectories can be _*very*_ useful as a high-resolution timecourse for how cells respond to changes or cues.
+* What types of shape:stories might be represented in these clusters? What cell types/states do we expect to find in an E18.5 developing mouse cortex?
+
+We can also map the expression level of individual genes (markers) onto this embedding to start to parse out meaning.
+```{r known_genes_1}
+plot_cells(dat,genes=c("Pax6","Gad1","Slc17a6","Slc17a7"),cell_size=0.75)
+plot_cells(dat,genes=c("Pax6","Eomes","Fezf2","Tle4","Satb2","Pou3f2"),cell_size=0.75)
+```
+
+# Cluster similar cells into 'cell types'
+We next want to impose a clustering solution onto this embedding to group cells with similar transcriptional profiles together. We use `cluster_cells()` to perform this function in monocle3:
+```{r cluster_leiden}
+dat <- cluster_cells(dat,
+                     verbose=TRUE,
+                     resolution=5e-5)
+plot_cells(dat, color_cells_by="cluster", cell_size=0.75, group_label_size = 5, show_trajectory_graph=FALSE)
+
+plot_cells(dat, color_cells_by="partition", cell_size=0.75, group_label_size = 5, show_trajectory_graph=FALSE)
+```
+Remember, clustering is a useful _tool_ but is also _*arbitrary*_ for continuous cell-cell transitions.
+
+# De Novo cell type annotation
+## (May skip this section)
+As a crude first-pass annotation, we can leverage publicly available, bulk RNA-Seq gene expression information for specific cell types to try and 'learn' cell type annotations for each cell. This 'transfer learning' approach can provide a reasonable starting point for coarse cell type identification. The `SingleR` package  leverages reference transcriptomic datasets of pure cell types to infer the cell of origin of each of the single cells independently. First we need to fetch a reference dataset of bulk RNA-Seq expression profiles.
+
+```{r singleR_ref_fetch}
+mouse.rnaseq <- celldex::MouseRNAseqData(ensembl = TRUE)
+```
+
+```{r, include=FALSE}
+do_annot <- !file.exists("./data/cell_type.rds")
+if (!do_annot) {
+  annots <- readRDS("./data/cell_type.rds")
+}
+```
+
+And then, we can use this dataset to compare our single cell expression profiles against to apply coarse cell type labels.
+```{r singleR_annotation, eval=do_annot}
+rownames(dat) <- stringr::str_remove(rownames(dat), "\\.\\d+")
+system.time(annots<-SingleR(test = dat,
+                ref = mouse.rnaseq, labels = colData(mouse.rnaseq)$label.fine,
+                clusters = dat@clusters$UMAP$clusters)
+)
+```
+
+```{r annotation_save, include = FALSE, eval=do_annot}
+saveRDS(annots, "data/cell_type.rds")
+```
+
+## Apply learned annotations to cell_data_set object
+Once we've learned labels for each learned cluster, we can then add this information into the colData of our main object.
+```{r annotation_assign}
+colData(dat)$cell_type <-annots$pruned.labels[dat@clusters$UMAP$clusters]
+plot_cells(dat,color_cells_by="cell_type", group_cells_by = "cluster", cell_size=0.75, label_cell_groups = FALSE)
+table(pData(dat)$cell_type)
+```
+
+The algorithm does a *_reasonable_* job at identifying major cell types, and identifies a number of different cell types in our dataset. Before we go any further, lets filter the dataset down to only cell types that we might be interested in for downstream analysis.
+
+```{r annotation_filter}
+cells_use_idx <- colData(dat)$cell_type  %in% c("NPCs", "Neurons", "Microglia")
+# Only keep these cell types
+
+dat <- dat[,cells_use_idx]
+table(colData(dat)$cell_type)
+# Preprocess again on filtered dataset
+nDims <- 20
+dat <- preprocess_cds(dat,
+                      num_dim = nDims,
+                      method = "PCA",
+                      verbose=TRUE)
+dat <- reduce_dimension(dat,
+                        verbose=TRUE,
+                        reduction_method="UMAP",
+                        umap.n_neighbors=20,
+                        cores = 4)
+dat <- cluster_cells(dat,
+                     verbose=TRUE,
+                     resolution=1e-5)
+plot_cells(dat,color_cells_by="cell_type", group_cells_by = "cluster", cell_size=0.75, label_cell_groups = FALSE) + scale_color_brewer(palette="Set1")
+plot_cells(dat,color_cells_by="cluster",cell_size=0.75)
+plot_cells(dat,color_cells_by="partition",cell_size=0.75)
+plot_cells(dat,genes=c("Pax6","Eomes","Fezf2","Tle4","Satb2","Pou3f2"),cell_size=0.75)
+```
+
+# Finding marker genes
+One of our objectives is to find marker genes expressed by each cluster/cell type.
+Once cells have been clustered, we can ask what genes makes them different from one another. To do that, start by calling the `top_markers()` function:
+
+```{r marker_genes_1, message=FALSE, warning=FALSE, results='hide'}
+system.time(
+  marker_test_res <- top_markers(dat, group_cells_by="cluster",
+                               reference_cells=500, cores=4)
+  )
+```
+
+```{r}
+top_specific_markers <- marker_test_res %>%
+                           dplyr::filter(fraction_expressing >= 0.30) %>%
+                            group_by(cell_group) %>%
+                            top_n(5, pseudo_R2)
+top_specific_marker_ids <- unique(top_specific_markers %>% pull(gene_id))
+plot_genes_by_group(dat,
+                    top_specific_marker_ids,
+                    group_cells_by="cluster",
+                    ordering_type="maximal_on_diag",
+                    max.size=4)
+plot_cells(dat,color_cells_by="cluster",cell_size=0.75, group_label_size = 8)
+```
+
+# Pseudotime analysis
+Pseudotime is a measure of how much progress an individual cell has made through a process such as cell differentiation. Since we have at least one population of cells that is transitioning from a progenitor state to a series of mature neurons, can we identify potential differentiation trajectories?
+
+## Learn trajectory graph
+First we must learn a 'trajectory graph' across each partition (contiguous group of cells) in the data.
+```{r pseudotime_1}
+dat <- learn_graph(dat)
+plot_cells(dat,
+           color_cells_by = "cell_type",
+           label_groups_by_cluster=FALSE,
+           label_leaves=TRUE,
+           label_branch_points=TRUE,
+           label_principal_points=TRUE,
+           label_cell_groups = FALSE,
+           graph_label_size=3,
+           cell_size=0.75) + scale_color_brewer(palette="Set1")
+dat <- order_cells(dat,
+                   root_pr_nodes="Y_1")
+plot_cells(dat,
+           color_cells_by = "pseudotime",
+           label_cell_groups=FALSE,
+           label_leaves=FALSE,
+           label_branch_points=FALSE,
+           graph_label_size=3,
+           cell_size=0.75)
+```
+Here we are also setting the 'root' of this trajectory to begin at a node in the NPC cells.
+
+## Differential gene expression with respect to pseudotime
+How do we find the genes that are differentially expressed on the different paths through the trajectory? How do we find the ones that are restricted to the beginning of the trajectory? Or excluded from it? Monocle3 uses a 'principal graph test' to test whether cells at similar positions on the trajectory have correlated expression
+(This can take some time so we don't necessarily have to run it in real time).
+```{r pr_test, cache=TRUE, results='hide', eval=FALSE,message=FALSE, echo=FALSE}
+#trace('calculateLW', edit = T, where = asNamespace("monocle3")) #this is a temp fix to help debug if below throws an error for Matrix::rBind()
+# You can uncomment the line above which will open the code for monocle3.  Find the line that says:
+# tmp <- Matrix::rBind(tmp, cur_tmp)
+# and change it to the following:
+# tmp <- rbind(tmp, cur_tmp)
+system.time(pseudotime_pr_test_res<-graph_test(dat[sample(rownames(dat),40),],
+                                               neighbor_graph="principal_graph",
+                                               cores=1)
+)
+pr_deg_ids <- row.names(subset(pseudotime_pr_test_res, q_value < 1e-50))
+```
+
+Here are some high-scoring differentially-expressed genes along the pseudotime trajectory in their UMAP embedding
+```{r pr_de_genes_UMAP}
+pseudotime_genes <- c("Pax6","Btg2","Snap25","Fezf2","Hes6","Cux1","Eomes","Sox9")
+#pseudotime_genes <- head(pseudotime_pr_test_res[order(pseudotime_pr_test_res$q_value),])$external_gene_name
+plot_cells(dat, genes=pseudotime_genes,
+           show_trajectory_graph=TRUE,
+           label_cell_groups=FALSE,
+           label_leaves=FALSE,
+           cell_size=0.5)
+```
+
+We can also explicitly look at how the expression of these genes along the pseudotime trajectory. The function `plot_genes_in_pseudotime()` takes a small set of genes and shows you their dynamics as a function of pseudotime:
+```{r pr_de_genes_pseudotime}
+pseudotime_lineage_cds <- dat[fData(dat)$gene_short_name %in% pseudotime_genes,
+                       pData(dat)$cell_type %in% c("NPCs","Neurons")]
+plot_genes_in_pseudotime(pseudotime_lineage_cds,
+                         color_cells_by="cell_type",
+                         min_expr=0.5,
+                         ncol=2)
+```
+
+### Bonus: 3D trajectories
+```{r pseudotime_3d_trajectory}
+dat_3d <- reduce_dimension(dat, max_components = 3, cores=4)
+dat_3d <- cluster_cells(dat_3d,resolution = 1e-5)
+dat_3d <- learn_graph(dat_3d)
+#dat_3d <- order_cells(dat_3d)
+plot_cells_3d(dat_3d, color_cells_by="cell_type")
+```
+
+# Pattern Discovery (NMF)
+Finally, we can step beyond marker gene analysis, and use some 'latent space' discovery methods to learn patterns of co-regulated gene expression.
+
+These patterns can be used to identify/define:
+  * Cell type identities
+  * Biological processes
+  * Spatial gradients
+  * Other cellular features
+
+... often with significantly greater resolution and precision than marker genes.
+
+Importantly, these patterns are 'data driven' and often yield insights into the heterogeneity and complexity of a given dataset that were unanticipated.
+
+```{r NNMF, warning=FALSE, message=FALSE, cache=FALSE}
+seed<-19790119
+nPatterns<-30
+# Takes about ~3-4 minutes...
+system.time(dat.nnmf<-RcppML::nmf(assay(dat,'logcounts'), 
+                                  k = nPatterns,
+                                  tol = 1e-04,
+                                  maxit = 100,
+                                  seed = seed,
+                                  verbose = TRUE,
+                                  diag = TRUE,
+                                  nonneg = TRUE
+                                  )
+            )
+# Gene x Pattern matrix
+dim(dat.nnmf$w)
+# Pattern x Cell matrix
+dim(dat.nnmf$h)
+#Add patterns to phenotype data for visualization
+patterns.df<-data.frame(t(dat.nnmf$h))
+colnames(patterns.df)<-paste0("Pattern_",c(1:nPatterns))
+colData(dat)<-cbind(colData(dat),patterns.df)
+pdf("patterns.pdf",width=5,height=5)
+lapply(c(1:nPatterns),function(i){
+plot_cells(dat, color_cells_by=paste0("Pattern_",i), cell_size=0.75) +
+    ggtitle(paste0("Pattern_",i))  +
+    coord_equal(1)
+})
+dev.off()
+targetPattern<-12
+plot_cells(dat, color_cells_by=paste0("Pattern_",targetPattern), cell_size=0.75) +
+    ggtitle(paste0("Pattern ",targetPattern))  +
+    coord_equal(1)
+```
+
+## Genes associated with learned patterns
+```{r NNMF_gene_weights}
+geneWeights.df<-data.frame(dat.nnmf$w)
+colnames(geneWeights.df)<-paste0("Pattern_",c(1:nPatterns))
+#fData(dat)[head(rownames(dat.nnmf$W)[order(dat.nnmf$W[,patternOfInterest],decreasing=TRUE)]),]
+tmp<-as.data.frame(cbind(rowData(dat)[,c("gene_id","gene_short_name")],geneWeights.df))
+targetPatterns<-c(1,2,4,13,22,targetPattern)
+DT::datatable(tmp[,c("gene_id","gene_short_name",
+                     unlist(lapply(targetPatterns,function(i){paste0("Pattern_",i)
+                       }))
+                       )])
+```
+
+
+## Knit Time
+With caches
+```{r}
+knitEnd <- Sys.time()
+knitEnd - knitStart
+```
+
+# Session Information
+```{r session}
+sessionInfo()
+```
+
diff --git a/modules/module_9/notebooks/Module_9-Data Manipulation with dplyr.Rmd b/modules/module_9/notebooks/Module_9-Data Manipulation with dplyr.Rmd
index 7e3624b..250e22b 100644
--- a/modules/module_9/notebooks/Module_9-Data Manipulation with dplyr.Rmd	
+++ b/modules/module_9/notebooks/Module_9-Data Manipulation with dplyr.Rmd	
@@ -102,14 +102,15 @@ The first two verbs define subsets of the data frame on either dimension.
 
 ```{r}
 # select returns subsets of the columns in the order they are requested
-select(se.melt, Age)
-select(se.melt, Age, value)
-select(se.melt, value, Age)
-select(se.melt, -Age)
+head(select(se.melt, Age))
+head(select(se.melt, Age, value))
+head(select(se.melt, value, Age))
+
+head(select(se.melt, -Age))
 
 # filter() to select rows matching a logical equation
-filter(se.melt, Age == "P1")
-filter(se.melt, CellType %in% c("corticothal", "cpn"))
+head(filter(se.melt, Age == "P1"))
+head(filter(se.melt, CellType %in% c("corticothal", "cpn")))
 filter(se.melt, gene %in% c("Pax6", "Fezf2"))
 filter(se.melt, Age != "P1")
 filter(se.melt, value >= 5000)
@@ -183,7 +184,7 @@ And by Age
 
 ```{r}
 se.melt %>%
-  group_by(Age) %>%
+  group_by(CellType,Age) %>%
   summarise(mean = mean(value))
 ```
 
diff --git a/modules/module_9/notebooks/Module_9-EDA_and_plotting.rmd b/modules/module_9/notebooks/Module_9-EDA_and_plotting.rmd
index 1b1ead5..2152280 100644
--- a/modules/module_9/notebooks/Module_9-EDA_and_plotting.rmd
+++ b/modules/module_9/notebooks/Module_9-EDA_and_plotting.rmd
@@ -17,10 +17,8 @@ knitr::opts_chunk$set(echo = TRUE)
 ## Data Import
 
 ```{r}
-# setwd("modules/module_9/notebooks")
 library(SummarizedExperiment)
 library(tidyverse)
-# GEO <- "GSE63482"
 
 # Read in the data
 data <- read.csv("https://github.com/gofflab/Quant_mol_neuro_2022/raw/main/modules/module_9/notebooks/GSE63482_Expression_matrix.tsv", sep = " ", header = T, row.names = 1)
@@ -114,61 +112,41 @@ se.pca$x %>%
 
 # Grammar of Graphics (ggplot2)
 
-- A layer-based framework to describe and construct visualizations in a
-  structured manner.
+-   A layer-based framework to describe and construct visualizations in a structured manner.
 
-- Original grammar of graphics framework proposed by Leland Wilkinson
+-   Original grammar of graphics framework proposed by Leland Wilkinson
 
-- Modern layered grammar of graphics framework was developed by Hadley Wickham
-  (author of ggplot2 package)
+-   Modern layered grammar of graphics framework was developed by Hadley Wickham (author of ggplot2 package)
 
-  ![](images/paste-96C18E8F.png)
+    ![](images/paste-96C18E8F.png)
 
-  When designing a visualization, consider these components in hierarchical
-  order:
+    When designing a visualization, consider these components in hierarchical order:
 
-  1.  **Data**: Exactly _what_ data do you plan on representing in your
-      visualization? How does this need to be prepared in order to display your
-      concept?
+    1.  **Data**: Exactly *what* data do you plan on representing in your visualization? How does this need to be prepared in order to display your concept?
 
-  2.  **Aesthetics**: What axes are needed for the data dimensions, or positions
-      of various data points in the plot? Also check if any form of encoding is
-      needed including size, shape, color and so on which are useful for
-      plotting multiple data dimensions. These 'aesthetics' will define how your
-      multi-dimensional data will be represented.
+    2.  **Aesthetics**: What axes are needed for the data dimensions, or positions of various data points in the plot? Also check if any form of encoding is needed including size, shape, color and so on which are useful for plotting multiple data dimensions. These 'aesthetics' will define how your multi-dimensional data will be represented.
 
-  3.  **Scale:** Do we need to scale the potential values, use a specific scale
-      to represent multiple values or a range?
+    3.  **Scale:** Do we need to scale the potential values, use a specific scale to represent multiple values or a range?
 
-  4.  **Geometric objects:** What 'geometries' or data visualization types are
-      needed (e.g. points, bars, lines, tiles, etc)? How will you depict the
-      data on the visualization.
+    4.  **Geometric objects:** What 'geometries' or data visualization types are needed (e.g. points, bars, lines, tiles, etc)? How will you depict the data on the visualization.
 
-  5.  **Statistics:** Do we need to show some statistical measures in the
-      visualization like measures of central tendency, spread, confidence
-      intervals? Will different dimensions of your data be summarized in a
-      specific way?
+    5.  **Statistics:** Do we need to show some statistical measures in the visualization like measures of central tendency, spread, confidence intervals? Will different dimensions of your data be summarized in a specific way?
 
-  6.  **Facets:** Do we need to create subplots based on specific data
-      dimensions (e,g, making the same plot but for different subsets of the
-      data)?
+    6.  **Facets:** Do we need to create subplots based on specific data dimensions (e,g, making the same plot but for different subsets of the data)?
 
-  7.  **Coordinate system:** What kind of a coordinate system should the
-      visualization be based on --- should it be cartesian or polar?
+    7.  **Coordinate system:** What kind of a coordinate system should the visualization be based on --- should it be cartesian or polar?
 
-- [ggplot2 Cheat Sheet](https://www.maths.usyd.edu.au/u/UG/SM/STAT3022/r/current/Misc/data-visualization-2.1.pdf)
+-   [ggplot2 Cheat Sheet](https://www.maths.usyd.edu.au/u/UG/SM/STAT3022/r/current/Misc/data-visualization-2.1.pdf)
 
 ## Plotting with ggplot2
 
 ### Start with organizing and planning your data
 
-ggplot2 works by binding a dataset to a ggplot object. For the most effective
-use of ggplot, data are expected to be in a data.frame-style organization:
+ggplot2 works by binding a dataset to a ggplot object. For the most effective use of ggplot, data are expected to be in a data.frame-style organization:
 
 ![](images/paste-5590FC1F.png)
 
-If we are interested in plotting the expression information for our se object,
-we might start with looking at the `assay` data:
+If we are interested in plotting the expression information for our se object, we might start with looking at the `assay` data:
 
 ```{r}
 head(assay(se, "fpkm"))
@@ -184,8 +162,7 @@ p <- p + geom_point(aes(x = E15_subcereb, y = E16_subcereb))
 p
 ```
 
-we can layer-on additional visualizations that might help our interpretation of
-the data
+we can layer-on additional visualizations that might help our interpretation of the data
 
 ```{r}
 p <- p + geom_smooth(aes(x = E15_subcereb, y = E16_subcereb))
@@ -201,10 +178,7 @@ p + scale_y_log10() + scale_x_log10()
 
 ### Melting a SE object
 
-To add sample information to this plot, we'll need to reorganize the data to
-make it compatible with ggplot's input expectations, Lets grab the information
-for a single gene and organize it for plotting with ggplot2. First let's grab
-the gene expression information from `assay(se, 'fpkm')`
+To add sample information to this plot, we'll need to reorganize the data to make it compatible with ggplot's input expectations, Lets grab the information for a single gene and organize it for plotting with ggplot2. First let's grab the gene expression information from `assay(se, 'fpkm')`
 
 ```{r}
 gene <- "Fezf2"
@@ -214,18 +188,14 @@ geneData <- assay(se, "fpkm")[gene, ]
 geneData
 ```
 
-In order to transform these data from a wide-form format into a long-form
-format, we need to 'melt' geneData.
+In order to transform these data from a wide-form format into a long-form format, we need to 'melt' geneData.
 
 ```{r}
 geneData.melt <- reshape2::melt(geneData)
 geneData.melt
 ```
 
-Furthermore, to add all of the other useful information for each sample, we need
-to retrieve it from colData(se). We need to `merge` the melted data with the
-column data using a matching key (rownames of the melted expression values and
-colData!)
+Furthermore, to add all of the other useful information for each sample, we need to retrieve it from colData(se). We need to `merge` the melted data with the column data using a matching key (rownames of the melted expression values and colData!)
 
 ```{r}
 geneData.melt <- merge(geneData.melt, colData(se), by.x = "SampleId", by.y = "SampleId")
@@ -275,9 +245,7 @@ p +
 
 ## Functionalizing this process
 
-Let's make a new function that takes as arguments a SummarizedExperiment object
-and a gene name, and melts and merges the data as above so that we can quickly
-make a data structure to help with plotting for any single gene
+Let's make a new function that takes as arguments a SummarizedExperiment object and a gene name, and melts and merges the data as above so that we can quickly make a data structure to help with plotting for any single gene
 
 ```{r}
 
@@ -290,9 +258,7 @@ meltSE <- function(se, geneName = "Sox2") {
 }
 ```
 
-Use your new function to get the melted gene information for three different
-genes, "Satb2", "Bcl11b", "Tle4" and quickly make line plots by CellType across
-the sample Ages (Age vs. Expression grouped by CellType)
+Use your new function to get the melted gene information for three different genes, "Satb2", "Bcl11b", "Tle4" and quickly make line plots by CellType across the sample Ages (Age vs. Expression grouped by CellType)
 
 ```{r}
 gene <- "Tle4"
@@ -309,8 +275,7 @@ p +
 
 ## Multiple genes
 
-Let's see what happens when we try and get the gene information for a handful of
-genes using our meltSE function
+Let's see what happens when we try and get the gene information for a handful of genes using our meltSE function
 
 ```{r}
 geneset <- c("Satb2", "Cux2", "Cux1", "Lhx2")
@@ -359,15 +324,7 @@ p + geom_line(aes(x = Age, y = value, color = CellType, group = CellType)) +
 
 ## Heatmaps
 
-Heatmaps are a staple of gene expression analysis and are an information dense
-way of exploring or summarizing the results of many types of tests or gene set
-selections. While you _can_ generate a heatmap using ggplot2 (hint:
-geom_tile()), there are also several specialized tools for generating heatmaps
-that can be used instead. Here we will be using the R package
-'[ComplexHeatmap](https://jokergoo.github.io/ComplexHeatmap-reference/book/index.html)'
-to generate and manipulate heatmaps of a subset of the genes in our SE object.
-The complete manual for ComplexHeatmap can be found
-[here](https://jokergoo.github.io/ComplexHeatmap-reference/book/index.html).
+Heatmaps are a staple of gene expression analysis and are an information dense way of exploring or summarizing the results of many types of tests or gene set selections. While you *can* generate a heatmap using ggplot2 (hint: geom_tile()), there are also several specialized tools for generating heatmaps that can be used instead. Here we will be using the R package '[ComplexHeatmap](https://jokergoo.github.io/ComplexHeatmap-reference/book/index.html)' to generate and manipulate heatmaps of a subset of the genes in our SE object. The complete manual for ComplexHeatmap can be found [here](https://jokergoo.github.io/ComplexHeatmap-reference/book/index.html).
 
 ```{r}
 geneset <- c(
@@ -379,8 +336,7 @@ geneset <- c(
 )
 ```
 
-Again, let's make a subset of the SE assay data for only the genes in this list
-(we can do this because the rownames of the se object are the gene names)
+Again, let's make a subset of the SE assay data for only the genes in this list (we can do this because the rownames of the se object are the gene names)
 
 ```{r}
 se.subset <- se[geneset, ]
@@ -407,16 +363,9 @@ heatData <- assay(se.subset, "logfpkm")
 Heatmap(heatData)
 ```
 
-Let's add some annotation to the top of the heatmap to help us visually identify
-different sample parameterizations. Heatmap annotations are important components
-of a heatmap that it shows additional information that associates with rows or
-columns in the heatmap. ComplexHeatmap package provides very flexible supports
-for setting annotations and defining new annotation graphics. The annotations
-can be put on the four sides of the heatmap, by top_annotation,
-bottom_annotation, left_annotation and right_annotation arguments.
+Let's add some annotation to the top of the heatmap to help us visually identify different sample parameterizations. Heatmap annotations are important components of a heatmap that it shows additional information that associates with rows or columns in the heatmap. ComplexHeatmap package provides very flexible supports for setting annotations and defining new annotation graphics. The annotations can be put on the four sides of the heatmap, by top_annotation, bottom_annotation, left_annotation and right_annotation arguments.
 
-The value for the four arguments should be in the HeatmapAnnotation class and
-should be constructed by HeatmapAnnotation() function
+The value for the four arguments should be in the HeatmapAnnotation class and should be constructed by HeatmapAnnotation() function
 
 ```{r}
 sampleAnnot <- HeatmapAnnotation(
@@ -428,10 +377,7 @@ sampleAnnot <- HeatmapAnnotation(
 Heatmap(heatData, top_annotation = sampleAnnot)
 ```
 
-What do the dendrograms represent? What do they tell us about the relationship
-between genes? between samples? Can we improve the sample clustering? Lets try a
-version where we scale the genes (row z-score) so that higher-expressing genes
-don't dominate the clustering.
+What do the dendrograms represent? What do they tell us about the relationship between genes? between samples? Can we improve the sample clustering? Lets try a version where we scale the genes (row z-score) so that higher-expressing genes don't dominate the clustering.
 
 ```{r}
 heatData.scaled <- t(scale(t(heatData)))
@@ -442,8 +388,6 @@ Heatmap(heatData.scaled, top_annotation = sampleAnnot)
 Heatmap(heatData.scaled, top_annotation = sampleAnnot, column_split = 3, row_split = 3)
 ```
 
-
-
 # Session Information
 
 ```{r session}
diff --git a/prereqs/Prereq-installation_and_environment_configuration.html b/prereqs/Prereq-installation_and_environment_configuration.html
new file mode 100644
index 0000000..09f0682
--- /dev/null
+++ b/prereqs/Prereq-installation_and_environment_configuration.html
@@ -0,0 +1,1818 @@
+<!DOCTYPE html>
+
+<html>
+
+<head>
+
+<meta charset="utf-8" />
+<meta name="generator" content="pandoc" />
+<meta http-equiv="X-UA-Compatible" content="IE=EDGE" />
+
+
+<meta name="author" content="Loyal Goff" />
+
+<meta name="date" content="2022-08-05" />
+
+<title>Getting Started Instructions (ME.440.825)</title>
+
+<script>// Pandoc 2.9 adds attributes on both header and div. We remove the former (to
+// be compatible with the behavior of Pandoc < 2.8).
+document.addEventListener('DOMContentLoaded', function(e) {
+  var hs = document.querySelectorAll("div.section[class*='level'] > :first-child");
+  var i, h, a;
+  for (i = 0; i < hs.length; i++) {
+    h = hs[i];
+    if (!/^h[1-6]$/i.test(h.tagName)) continue;  // it should be a header h1-h6
+    a = h.attributes;
+    while (a.length > 0) h.removeAttribute(a[0].name);
+  }
+});
+</script>
+<script>/*! jQuery v3.6.0 | (c) OpenJS Foundation and other contributors | jquery.org/license */
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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: normal;
+font-weight: 400;
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) 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format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 300;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 400;
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) format('truetype');
+}
+@font-face {
+font-family: 'Open Sans';
+font-style: italic;
+font-weight: 700;
+src: 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) 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s&&!n&&this._mouseCapture(t)?(this.mouseDelayMet=!this.options.delay,this.mouseDelayMet||(this._mouseDelayTimer=setTimeout(function(){i.mouseDelayMet=!0},this.options.delay)),this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(t)!==!1,!this._mouseStarted)?(t.preventDefault(),!0):(!0===e.data(t.target,this.widgetName+".preventClickEvent")&&e.removeData(t.target,this.widgetName+".preventClickEvent"),this._mouseMoveDelegate=function(e){return i._mouseMove(e)},this._mouseUpDelegate=function(e){return i._mouseUp(e)},this.document.bind("mousemove."+this.widgetName,this._mouseMoveDelegate).bind("mouseup."+this.widgetName,this._mouseUpDelegate),t.preventDefault(),o=!0,!0)):!0}},_mouseMove:function(t){if(this._mouseMoved){if(e.ui.ie&&(!document.documentMode||9>document.documentMode)&&!t.button)return this._mouseUp(t);if(!t.which)return this._mouseUp(t)}return(t.which||t.button)&&(this._mouseMoved=!0),this._mouseStarted?(this._mouseDrag(t),t.preventDefault()):(this._mouseDistanceMet(t)&&this._mouseDelayMet(t)&&(this._mouseStarted=this._mouseStart(this._mouseDownEvent,t)!==!1,this._mouseStarted?this._mouseDrag(t):this._mouseUp(t)),!this._mouseStarted)},_mouseUp:function(t){return this.document.unbind("mousemove."+this.widgetName,this._mouseMoveDelegate).unbind("mouseup."+this.widgetName,this._mouseUpDelegate),this._mouseStarted&&(this._mouseStarted=!1,t.target===this._mouseDownEvent.target&&e.data(t.target,this.widgetName+".preventClickEvent",!0),this._mouseStop(t)),o=!1,!1},_mouseDistanceMet:function(e){return Math.max(Math.abs(this._mouseDownEvent.pageX-e.pageX),Math.abs(this._mouseDownEvent.pageY-e.pageY))>=this.options.distance},_mouseDelayMet:function(){return this.mouseDelayMet},_mouseStart:function(){},_mouseDrag:function(){},_mouseStop:function(){},_mouseCapture:function(){return!0}}),function(){function t(e,t,i){return[parseFloat(e[0])*(p.test(e[0])?t/100:1),parseFloat(e[1])*(p.test(e[1])?i/100:1)]}function i(t,i){return parseInt(e.css(t,i),10)||0}function s(t){var i=t[0];return 9===i.nodeType?{width:t.width(),height:t.height(),offset:{top:0,left:0}}:e.isWindow(i)?{width:t.width(),height:t.height(),offset:{top:t.scrollTop(),left:t.scrollLeft()}}:i.preventDefault?{width:0,height:0,offset:{top:i.pageY,left:i.pageX}}:{width:t.outerWidth(),height:t.outerHeight(),offset:t.offset()}}e.ui=e.ui||{};var n,a,o=Math.max,r=Math.abs,h=Math.round,l=/left|center|right/,u=/top|center|bottom/,d=/[\+\-]\d+(\.[\d]+)?%?/,c=/^\w+/,p=/%$/,f=e.fn.position;e.position={scrollbarWidth:function(){if(void 0!==n)return n;var t,i,s=e("<div style='display:block;position:absolute;width:50px;height:50px;overflow:hidden;'><div style='height:100px;width:auto;'></div></div>"),a=s.children()[0];return e("body").append(s),t=a.offsetWidth,s.css("overflow","scroll"),i=a.offsetWidth,t===i&&(i=s[0].clientWidth),s.remove(),n=t-i},getScrollInfo:function(t){var i=t.isWindow||t.isDocument?"":t.element.css("overflow-x"),s=t.isWindow||t.isDocument?"":t.element.css("overflow-y"),n="scroll"===i||"auto"===i&&t.width<t.element[0].scrollWidth,a="scroll"===s||"auto"===s&&t.height<t.element[0].scrollHeight;return{width:a?e.position.scrollbarWidth():0,height:n?e.position.scrollbarWidth():0}},getWithinInfo:function(t){var i=e(t||window),s=e.isWindow(i[0]),n=!!i[0]&&9===i[0].nodeType;return{element:i,isWindow:s,isDocument:n,offset:i.offset()||{left:0,top:0},scrollLeft:i.scrollLeft(),scrollTop:i.scrollTop(),width:s||n?i.width():i.outerWidth(),height:s||n?i.height():i.outerHeight()}}},e.fn.position=function(n){if(!n||!n.of)return f.apply(this,arguments);n=e.extend({},n);var p,m,g,v,y,b,_=e(n.of),x=e.position.getWithinInfo(n.within),w=e.position.getScrollInfo(x),k=(n.collision||"flip").split(" "),T={};return b=s(_),_[0].preventDefault&&(n.at="left top"),m=b.width,g=b.height,v=b.offset,y=e.extend({},v),e.each(["my","at"],function(){var e,t,i=(n[this]||"").split(" ");1===i.length&&(i=l.test(i[0])?i.concat(["center"]):u.test(i[0])?["center"].concat(i):["center","center"]),i[0]=l.test(i[0])?i[0]:"center",i[1]=u.test(i[1])?i[1]:"center",e=d.exec(i[0]),t=d.exec(i[1]),T[this]=[e?e[0]:0,t?t[0]:0],n[this]=[c.exec(i[0])[0],c.exec(i[1])[0]]}),1===k.length&&(k[1]=k[0]),"right"===n.at[0]?y.left+=m:"center"===n.at[0]&&(y.left+=m/2),"bottom"===n.at[1]?y.top+=g:"center"===n.at[1]&&(y.top+=g/2),p=t(T.at,m,g),y.left+=p[0],y.top+=p[1],this.each(function(){var s,l,u=e(this),d=u.outerWidth(),c=u.outerHeight(),f=i(this,"marginLeft"),b=i(this,"marginTop"),D=d+f+i(this,"marginRight")+w.width,S=c+b+i(this,"marginBottom")+w.height,N=e.extend({},y),M=t(T.my,u.outerWidth(),u.outerHeight());"right"===n.my[0]?N.left-=d:"center"===n.my[0]&&(N.left-=d/2),"bottom"===n.my[1]?N.top-=c:"center"===n.my[1]&&(N.top-=c/2),N.left+=M[0],N.top+=M[1],a||(N.left=h(N.left),N.top=h(N.top)),s={marginLeft:f,marginTop:b},e.each(["left","top"],function(t,i){e.ui.position[k[t]]&&e.ui.position[k[t]][i](N,{targetWidth:m,targetHeight:g,elemWidth:d,elemHeight:c,collisionPosition:s,collisionWidth:D,collisionHeight:S,offset:[p[0]+M[0],p[1]+M[1]],my:n.my,at:n.at,within:x,elem:u})}),n.using&&(l=function(e){var t=v.left-N.left,i=t+m-d,s=v.top-N.top,a=s+g-c,h={target:{element:_,left:v.left,top:v.top,width:m,height:g},element:{element:u,left:N.left,top:N.top,width:d,height:c},horizontal:0>i?"left":t>0?"right":"center",vertical:0>a?"top":s>0?"bottom":"middle"};d>m&&m>r(t+i)&&(h.horizontal="center"),c>g&&g>r(s+a)&&(h.vertical="middle"),h.important=o(r(t),r(i))>o(r(s),r(a))?"horizontal":"vertical",n.using.call(this,e,h)}),u.offset(e.extend(N,{using:l}))})},e.ui.position={fit:{left:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollLeft:s.offset.left,a=s.width,r=e.left-t.collisionPosition.marginLeft,h=n-r,l=r+t.collisionWidth-a-n;t.collisionWidth>a?h>0&&0>=l?(i=e.left+h+t.collisionWidth-a-n,e.left+=h-i):e.left=l>0&&0>=h?n:h>l?n+a-t.collisionWidth:n:h>0?e.left+=h:l>0?e.left-=l:e.left=o(e.left-r,e.left)},top:function(e,t){var i,s=t.within,n=s.isWindow?s.scrollTop:s.offset.top,a=t.within.height,r=e.top-t.collisionPosition.marginTop,h=n-r,l=r+t.collisionHeight-a-n;t.collisionHeight>a?h>0&&0>=l?(i=e.top+h+t.collisionHeight-a-n,e.top+=h-i):e.top=l>0&&0>=h?n:h>l?n+a-t.collisionHeight:n:h>0?e.top+=h:l>0?e.top-=l:e.top=o(e.top-r,e.top)}},flip:{left:function(e,t){var i,s,n=t.within,a=n.offset.left+n.scrollLeft,o=n.width,h=n.isWindow?n.scrollLeft:n.offset.left,l=e.left-t.collisionPosition.marginLeft,u=l-h,d=l+t.collisionWidth-o-h,c="left"===t.my[0]?-t.elemWidth:"right"===t.my[0]?t.elemWidth:0,p="left"===t.at[0]?t.targetWidth:"right"===t.at[0]?-t.targetWidth:0,f=-2*t.offset[0];0>u?(i=e.left+c+p+f+t.collisionWidth-o-a,(0>i||r(u)>i)&&(e.left+=c+p+f)):d>0&&(s=e.left-t.collisionPosition.marginLeft+c+p+f-h,(s>0||d>r(s))&&(e.left+=c+p+f))},top:function(e,t){var i,s,n=t.within,a=n.offset.top+n.scrollTop,o=n.height,h=n.isWindow?n.scrollTop:n.offset.top,l=e.top-t.collisionPosition.marginTop,u=l-h,d=l+t.collisionHeight-o-h,c="top"===t.my[1],p=c?-t.elemHeight:"bottom"===t.my[1]?t.elemHeight:0,f="top"===t.at[1]?t.targetHeight:"bottom"===t.at[1]?-t.targetHeight:0,m=-2*t.offset[1];0>u?(s=e.top+p+f+m+t.collisionHeight-o-a,(0>s||r(u)>s)&&(e.top+=p+f+m)):d>0&&(i=e.top-t.collisionPosition.marginTop+p+f+m-h,(i>0||d>r(i))&&(e.top+=p+f+m))}},flipfit:{left:function(){e.ui.position.flip.left.apply(this,arguments),e.ui.position.fit.left.apply(this,arguments)},top:function(){e.ui.position.flip.top.apply(this,arguments),e.ui.position.fit.top.apply(this,arguments)}}},function(){var t,i,s,n,o,r=document.getElementsByTagName("body")[0],h=document.createElement("div");t=document.createElement(r?"div":"body"),s={visibility:"hidden",width:0,height:0,border:0,margin:0,background:"none"},r&&e.extend(s,{position:"absolute",left:"-1000px",top:"-1000px"});for(o in s)t.style[o]=s[o];t.appendChild(h),i=r||document.documentElement,i.insertBefore(t,i.firstChild),h.style.cssText="position: absolute; left: 10.7432222px;",n=e(h).offset().left,a=n>10&&11>n,t.innerHTML="",i.removeChild(t)}()}(),e.ui.position,e.widget("ui.draggable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"drag",options:{addClasses:!0,appendTo:"parent",axis:!1,connectToSortable:!1,containment:!1,cursor:"auto",cursorAt:!1,grid:!1,handle:!1,helper:"original",iframeFix:!1,opacity:!1,refreshPositions:!1,revert:!1,revertDuration:500,scope:"default",scroll:!0,scrollSensitivity:20,scrollSpeed:20,snap:!1,snapMode:"both",snapTolerance:20,stack:!1,zIndex:!1,drag:null,start:null,stop:null},_create:function(){"original"===this.options.helper&&this._setPositionRelative(),this.options.addClasses&&this.element.addClass("ui-draggable"),this.options.disabled&&this.element.addClass("ui-draggable-disabled"),this._setHandleClassName(),this._mouseInit()},_setOption:function(e,t){this._super(e,t),"handle"===e&&(this._removeHandleClassName(),this._setHandleClassName())},_destroy:function(){return(this.helper||this.element).is(".ui-draggable-dragging")?(this.destroyOnClear=!0,void 0):(this.element.removeClass("ui-draggable ui-draggable-dragging ui-draggable-disabled"),this._removeHandleClassName(),this._mouseDestroy(),void 0)},_mouseCapture:function(t){var i=this.options;return this._blurActiveElement(t),this.helper||i.disabled||e(t.target).closest(".ui-resizable-handle").length>0?!1:(this.handle=this._getHandle(t),this.handle?(this._blockFrames(i.iframeFix===!0?"iframe":i.iframeFix),!0):!1)},_blockFrames:function(t){this.iframeBlocks=this.document.find(t).map(function(){var t=e(this);return e("<div>").css("position","absolute").appendTo(t.parent()).outerWidth(t.outerWidth()).outerHeight(t.outerHeight()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_blurActiveElement:function(t){var i=this.document[0];if(this.handleElement.is(t.target))try{i.activeElement&&"body"!==i.activeElement.nodeName.toLowerCase()&&e(i.activeElement).blur()}catch(s){}},_mouseStart:function(t){var i=this.options;return this.helper=this._createHelper(t),this.helper.addClass("ui-draggable-dragging"),this._cacheHelperProportions(),e.ui.ddmanager&&(e.ui.ddmanager.current=this),this._cacheMargins(),this.cssPosition=this.helper.css("position"),this.scrollParent=this.helper.scrollParent(!0),this.offsetParent=this.helper.offsetParent(),this.hasFixedAncestor=this.helper.parents().filter(function(){return"fixed"===e(this).css("position")}).length>0,this.positionAbs=this.element.offset(),this._refreshOffsets(t),this.originalPosition=this.position=this._generatePosition(t,!1),this.originalPageX=t.pageX,this.originalPageY=t.pageY,i.cursorAt&&this._adjustOffsetFromHelper(i.cursorAt),this._setContainment(),this._trigger("start",t)===!1?(this._clear(),!1):(this._cacheHelperProportions(),e.ui.ddmanager&&!i.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this._normalizeRightBottom(),this._mouseDrag(t,!0),e.ui.ddmanager&&e.ui.ddmanager.dragStart(this,t),!0)},_refreshOffsets:function(e){this.offset={top:this.positionAbs.top-this.margins.top,left:this.positionAbs.left-this.margins.left,scroll:!1,parent:this._getParentOffset(),relative:this._getRelativeOffset()},this.offset.click={left:e.pageX-this.offset.left,top:e.pageY-this.offset.top}},_mouseDrag:function(t,i){if(this.hasFixedAncestor&&(this.offset.parent=this._getParentOffset()),this.position=this._generatePosition(t,!0),this.positionAbs=this._convertPositionTo("absolute"),!i){var s=this._uiHash();if(this._trigger("drag",t,s)===!1)return this._mouseUp({}),!1;this.position=s.position}return this.helper[0].style.left=this.position.left+"px",this.helper[0].style.top=this.position.top+"px",e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),!1},_mouseStop:function(t){var i=this,s=!1;return e.ui.ddmanager&&!this.options.dropBehaviour&&(s=e.ui.ddmanager.drop(this,t)),this.dropped&&(s=this.dropped,this.dropped=!1),"invalid"===this.options.revert&&!s||"valid"===this.options.revert&&s||this.options.revert===!0||e.isFunction(this.options.revert)&&this.options.revert.call(this.element,s)?e(this.helper).animate(this.originalPosition,parseInt(this.options.revertDuration,10),function(){i._trigger("stop",t)!==!1&&i._clear()}):this._trigger("stop",t)!==!1&&this._clear(),!1},_mouseUp:function(t){return this._unblockFrames(),e.ui.ddmanager&&e.ui.ddmanager.dragStop(this,t),this.handleElement.is(t.target)&&this.element.focus(),e.ui.mouse.prototype._mouseUp.call(this,t)},cancel:function(){return this.helper.is(".ui-draggable-dragging")?this._mouseUp({}):this._clear(),this},_getHandle:function(t){return this.options.handle?!!e(t.target).closest(this.element.find(this.options.handle)).length:!0},_setHandleClassName:function(){this.handleElement=this.options.handle?this.element.find(this.options.handle):this.element,this.handleElement.addClass("ui-draggable-handle")},_removeHandleClassName:function(){this.handleElement.removeClass("ui-draggable-handle")},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper),n=s?e(i.helper.apply(this.element[0],[t])):"clone"===i.helper?this.element.clone().removeAttr("id"):this.element;return n.parents("body").length||n.appendTo("parent"===i.appendTo?this.element[0].parentNode:i.appendTo),s&&n[0]===this.element[0]&&this._setPositionRelative(),n[0]===this.element[0]||/(fixed|absolute)/.test(n.css("position"))||n.css("position","absolute"),n},_setPositionRelative:function(){/^(?:r|a|f)/.test(this.element.css("position"))||(this.element[0].style.position="relative")},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_isRootNode:function(e){return/(html|body)/i.test(e.tagName)||e===this.document[0]},_getParentOffset:function(){var t=this.offsetParent.offset(),i=this.document[0];return"absolute"===this.cssPosition&&this.scrollParent[0]!==i&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),this._isRootNode(this.offsetParent[0])&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"!==this.cssPosition)return{top:0,left:0};var e=this.element.position(),t=this._isRootNode(this.scrollParent[0]);return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+(t?0:this.scrollParent.scrollTop()),left:e.left-(parseInt(this.helper.css("left"),10)||0)+(t?0:this.scrollParent.scrollLeft())}},_cacheMargins:function(){this.margins={left:parseInt(this.element.css("marginLeft"),10)||0,top:parseInt(this.element.css("marginTop"),10)||0,right:parseInt(this.element.css("marginRight"),10)||0,bottom:parseInt(this.element.css("marginBottom"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options,a=this.document[0];return this.relativeContainer=null,n.containment?"window"===n.containment?(this.containment=[e(window).scrollLeft()-this.offset.relative.left-this.offset.parent.left,e(window).scrollTop()-this.offset.relative.top-this.offset.parent.top,e(window).scrollLeft()+e(window).width()-this.helperProportions.width-this.margins.left,e(window).scrollTop()+(e(window).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):"document"===n.containment?(this.containment=[0,0,e(a).width()-this.helperProportions.width-this.margins.left,(e(a).height()||a.body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top],void 0):n.containment.constructor===Array?(this.containment=n.containment,void 0):("parent"===n.containment&&(n.containment=this.helper[0].parentNode),i=e(n.containment),s=i[0],s&&(t=/(scroll|auto)/.test(i.css("overflow")),this.containment=[(parseInt(i.css("borderLeftWidth"),10)||0)+(parseInt(i.css("paddingLeft"),10)||0),(parseInt(i.css("borderTopWidth"),10)||0)+(parseInt(i.css("paddingTop"),10)||0),(t?Math.max(s.scrollWidth,s.offsetWidth):s.offsetWidth)-(parseInt(i.css("borderRightWidth"),10)||0)-(parseInt(i.css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left-this.margins.right,(t?Math.max(s.scrollHeight,s.offsetHeight):s.offsetHeight)-(parseInt(i.css("borderBottomWidth"),10)||0)-(parseInt(i.css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top-this.margins.bottom],this.relativeContainer=i),void 0):(this.containment=null,void 0)},_convertPositionTo:function(e,t){t||(t=this.position);var i="absolute"===e?1:-1,s=this._isRootNode(this.scrollParent[0]);return{top:t.top+this.offset.relative.top*i+this.offset.parent.top*i-("fixed"===this.cssPosition?-this.offset.scroll.top:s?0:this.offset.scroll.top)*i,left:t.left+this.offset.relative.left*i+this.offset.parent.left*i-("fixed"===this.cssPosition?-this.offset.scroll.left:s?0:this.offset.scroll.left)*i}},_generatePosition:function(e,t){var i,s,n,a,o=this.options,r=this._isRootNode(this.scrollParent[0]),h=e.pageX,l=e.pageY;return r&&this.offset.scroll||(this.offset.scroll={top:this.scrollParent.scrollTop(),left:this.scrollParent.scrollLeft()}),t&&(this.containment&&(this.relativeContainer?(s=this.relativeContainer.offset(),i=[this.containment[0]+s.left,this.containment[1]+s.top,this.containment[2]+s.left,this.containment[3]+s.top]):i=this.containment,e.pageX-this.offset.click.left<i[0]&&(h=i[0]+this.offset.click.left),e.pageY-this.offset.click.top<i[1]&&(l=i[1]+this.offset.click.top),e.pageX-this.offset.click.left>i[2]&&(h=i[2]+this.offset.click.left),e.pageY-this.offset.click.top>i[3]&&(l=i[3]+this.offset.click.top)),o.grid&&(n=o.grid[1]?this.originalPageY+Math.round((l-this.originalPageY)/o.grid[1])*o.grid[1]:this.originalPageY,l=i?n-this.offset.click.top>=i[1]||n-this.offset.click.top>i[3]?n:n-this.offset.click.top>=i[1]?n-o.grid[1]:n+o.grid[1]:n,a=o.grid[0]?this.originalPageX+Math.round((h-this.originalPageX)/o.grid[0])*o.grid[0]:this.originalPageX,h=i?a-this.offset.click.left>=i[0]||a-this.offset.click.left>i[2]?a:a-this.offset.click.left>=i[0]?a-o.grid[0]:a+o.grid[0]:a),"y"===o.axis&&(h=this.originalPageX),"x"===o.axis&&(l=this.originalPageY)),{top:l-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.offset.scroll.top:r?0:this.offset.scroll.top),left:h-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.offset.scroll.left:r?0:this.offset.scroll.left)}},_clear:function(){this.helper.removeClass("ui-draggable-dragging"),this.helper[0]===this.element[0]||this.cancelHelperRemoval||this.helper.remove(),this.helper=null,this.cancelHelperRemoval=!1,this.destroyOnClear&&this.destroy()},_normalizeRightBottom:function(){"y"!==this.options.axis&&"auto"!==this.helper.css("right")&&(this.helper.width(this.helper.width()),this.helper.css("right","auto")),"x"!==this.options.axis&&"auto"!==this.helper.css("bottom")&&(this.helper.height(this.helper.height()),this.helper.css("bottom","auto"))},_trigger:function(t,i,s){return s=s||this._uiHash(),e.ui.plugin.call(this,t,[i,s,this],!0),/^(drag|start|stop)/.test(t)&&(this.positionAbs=this._convertPositionTo("absolute"),s.offset=this.positionAbs),e.Widget.prototype._trigger.call(this,t,i,s)},plugins:{},_uiHash:function(){return{helper:this.helper,position:this.position,originalPosition:this.originalPosition,offset:this.positionAbs}}}),e.ui.plugin.add("draggable","connectToSortable",{start:function(t,i,s){var n=e.extend({},i,{item:s.element});s.sortables=[],e(s.options.connectToSortable).each(function(){var i=e(this).sortable("instance");i&&!i.options.disabled&&(s.sortables.push(i),i.refreshPositions(),i._trigger("activate",t,n))})},stop:function(t,i,s){var n=e.extend({},i,{item:s.element});s.cancelHelperRemoval=!1,e.each(s.sortables,function(){var e=this;e.isOver?(e.isOver=0,s.cancelHelperRemoval=!0,e.cancelHelperRemoval=!1,e._storedCSS={position:e.placeholder.css("position"),top:e.placeholder.css("top"),left:e.placeholder.css("left")},e._mouseStop(t),e.options.helper=e.options._helper):(e.cancelHelperRemoval=!0,e._trigger("deactivate",t,n))})},drag:function(t,i,s){e.each(s.sortables,function(){var n=!1,a=this;a.positionAbs=s.positionAbs,a.helperProportions=s.helperProportions,a.offset.click=s.offset.click,a._intersectsWith(a.containerCache)&&(n=!0,e.each(s.sortables,function(){return this.positionAbs=s.positionAbs,this.helperProportions=s.helperProportions,this.offset.click=s.offset.click,this!==a&&this._intersectsWith(this.containerCache)&&e.contains(a.element[0],this.element[0])&&(n=!1),n
+})),n?(a.isOver||(a.isOver=1,s._parent=i.helper.parent(),a.currentItem=i.helper.appendTo(a.element).data("ui-sortable-item",!0),a.options._helper=a.options.helper,a.options.helper=function(){return i.helper[0]},t.target=a.currentItem[0],a._mouseCapture(t,!0),a._mouseStart(t,!0,!0),a.offset.click.top=s.offset.click.top,a.offset.click.left=s.offset.click.left,a.offset.parent.left-=s.offset.parent.left-a.offset.parent.left,a.offset.parent.top-=s.offset.parent.top-a.offset.parent.top,s._trigger("toSortable",t),s.dropped=a.element,e.each(s.sortables,function(){this.refreshPositions()}),s.currentItem=s.element,a.fromOutside=s),a.currentItem&&(a._mouseDrag(t),i.position=a.position)):a.isOver&&(a.isOver=0,a.cancelHelperRemoval=!0,a.options._revert=a.options.revert,a.options.revert=!1,a._trigger("out",t,a._uiHash(a)),a._mouseStop(t,!0),a.options.revert=a.options._revert,a.options.helper=a.options._helper,a.placeholder&&a.placeholder.remove(),i.helper.appendTo(s._parent),s._refreshOffsets(t),i.position=s._generatePosition(t,!0),s._trigger("fromSortable",t),s.dropped=!1,e.each(s.sortables,function(){this.refreshPositions()}))})}}),e.ui.plugin.add("draggable","cursor",{start:function(t,i,s){var n=e("body"),a=s.options;n.css("cursor")&&(a._cursor=n.css("cursor")),n.css("cursor",a.cursor)},stop:function(t,i,s){var n=s.options;n._cursor&&e("body").css("cursor",n._cursor)}}),e.ui.plugin.add("draggable","opacity",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("opacity")&&(a._opacity=n.css("opacity")),n.css("opacity",a.opacity)},stop:function(t,i,s){var n=s.options;n._opacity&&e(i.helper).css("opacity",n._opacity)}}),e.ui.plugin.add("draggable","scroll",{start:function(e,t,i){i.scrollParentNotHidden||(i.scrollParentNotHidden=i.helper.scrollParent(!1)),i.scrollParentNotHidden[0]!==i.document[0]&&"HTML"!==i.scrollParentNotHidden[0].tagName&&(i.overflowOffset=i.scrollParentNotHidden.offset())},drag:function(t,i,s){var n=s.options,a=!1,o=s.scrollParentNotHidden[0],r=s.document[0];o!==r&&"HTML"!==o.tagName?(n.axis&&"x"===n.axis||(s.overflowOffset.top+o.offsetHeight-t.pageY<n.scrollSensitivity?o.scrollTop=a=o.scrollTop+n.scrollSpeed:t.pageY-s.overflowOffset.top<n.scrollSensitivity&&(o.scrollTop=a=o.scrollTop-n.scrollSpeed)),n.axis&&"y"===n.axis||(s.overflowOffset.left+o.offsetWidth-t.pageX<n.scrollSensitivity?o.scrollLeft=a=o.scrollLeft+n.scrollSpeed:t.pageX-s.overflowOffset.left<n.scrollSensitivity&&(o.scrollLeft=a=o.scrollLeft-n.scrollSpeed))):(n.axis&&"x"===n.axis||(t.pageY-e(r).scrollTop()<n.scrollSensitivity?a=e(r).scrollTop(e(r).scrollTop()-n.scrollSpeed):e(window).height()-(t.pageY-e(r).scrollTop())<n.scrollSensitivity&&(a=e(r).scrollTop(e(r).scrollTop()+n.scrollSpeed))),n.axis&&"y"===n.axis||(t.pageX-e(r).scrollLeft()<n.scrollSensitivity?a=e(r).scrollLeft(e(r).scrollLeft()-n.scrollSpeed):e(window).width()-(t.pageX-e(r).scrollLeft())<n.scrollSensitivity&&(a=e(r).scrollLeft(e(r).scrollLeft()+n.scrollSpeed)))),a!==!1&&e.ui.ddmanager&&!n.dropBehaviour&&e.ui.ddmanager.prepareOffsets(s,t)}}),e.ui.plugin.add("draggable","snap",{start:function(t,i,s){var n=s.options;s.snapElements=[],e(n.snap.constructor!==String?n.snap.items||":data(ui-draggable)":n.snap).each(function(){var t=e(this),i=t.offset();this!==s.element[0]&&s.snapElements.push({item:this,width:t.outerWidth(),height:t.outerHeight(),top:i.top,left:i.left})})},drag:function(t,i,s){var n,a,o,r,h,l,u,d,c,p,f=s.options,m=f.snapTolerance,g=i.offset.left,v=g+s.helperProportions.width,y=i.offset.top,b=y+s.helperProportions.height;for(c=s.snapElements.length-1;c>=0;c--)h=s.snapElements[c].left-s.margins.left,l=h+s.snapElements[c].width,u=s.snapElements[c].top-s.margins.top,d=u+s.snapElements[c].height,h-m>v||g>l+m||u-m>b||y>d+m||!e.contains(s.snapElements[c].item.ownerDocument,s.snapElements[c].item)?(s.snapElements[c].snapping&&s.options.snap.release&&s.options.snap.release.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=!1):("inner"!==f.snapMode&&(n=m>=Math.abs(u-b),a=m>=Math.abs(d-y),o=m>=Math.abs(h-v),r=m>=Math.abs(l-g),n&&(i.position.top=s._convertPositionTo("relative",{top:u-s.helperProportions.height,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h-s.helperProportions.width}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l}).left)),p=n||a||o||r,"outer"!==f.snapMode&&(n=m>=Math.abs(u-y),a=m>=Math.abs(d-b),o=m>=Math.abs(h-g),r=m>=Math.abs(l-v),n&&(i.position.top=s._convertPositionTo("relative",{top:u,left:0}).top),a&&(i.position.top=s._convertPositionTo("relative",{top:d-s.helperProportions.height,left:0}).top),o&&(i.position.left=s._convertPositionTo("relative",{top:0,left:h}).left),r&&(i.position.left=s._convertPositionTo("relative",{top:0,left:l-s.helperProportions.width}).left)),!s.snapElements[c].snapping&&(n||a||o||r||p)&&s.options.snap.snap&&s.options.snap.snap.call(s.element,t,e.extend(s._uiHash(),{snapItem:s.snapElements[c].item})),s.snapElements[c].snapping=n||a||o||r||p)}}),e.ui.plugin.add("draggable","stack",{start:function(t,i,s){var n,a=s.options,o=e.makeArray(e(a.stack)).sort(function(t,i){return(parseInt(e(t).css("zIndex"),10)||0)-(parseInt(e(i).css("zIndex"),10)||0)});o.length&&(n=parseInt(e(o[0]).css("zIndex"),10)||0,e(o).each(function(t){e(this).css("zIndex",n+t)}),this.css("zIndex",n+o.length))}}),e.ui.plugin.add("draggable","zIndex",{start:function(t,i,s){var n=e(i.helper),a=s.options;n.css("zIndex")&&(a._zIndex=n.css("zIndex")),n.css("zIndex",a.zIndex)},stop:function(t,i,s){var n=s.options;n._zIndex&&e(i.helper).css("zIndex",n._zIndex)}}),e.ui.draggable,e.widget("ui.droppable",{version:"1.11.4",widgetEventPrefix:"drop",options:{accept:"*",activeClass:!1,addClasses:!0,greedy:!1,hoverClass:!1,scope:"default",tolerance:"intersect",activate:null,deactivate:null,drop:null,out:null,over:null},_create:function(){var t,i=this.options,s=i.accept;this.isover=!1,this.isout=!0,this.accept=e.isFunction(s)?s:function(e){return e.is(s)},this.proportions=function(){return arguments.length?(t=arguments[0],void 0):t?t:t={width:this.element[0].offsetWidth,height:this.element[0].offsetHeight}},this._addToManager(i.scope),i.addClasses&&this.element.addClass("ui-droppable")},_addToManager:function(t){e.ui.ddmanager.droppables[t]=e.ui.ddmanager.droppables[t]||[],e.ui.ddmanager.droppables[t].push(this)},_splice:function(e){for(var t=0;e.length>t;t++)e[t]===this&&e.splice(t,1)},_destroy:function(){var t=e.ui.ddmanager.droppables[this.options.scope];this._splice(t),this.element.removeClass("ui-droppable ui-droppable-disabled")},_setOption:function(t,i){if("accept"===t)this.accept=e.isFunction(i)?i:function(e){return e.is(i)};else if("scope"===t){var s=e.ui.ddmanager.droppables[this.options.scope];this._splice(s),this._addToManager(i)}this._super(t,i)},_activate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.addClass(this.options.activeClass),i&&this._trigger("activate",t,this.ui(i))},_deactivate:function(t){var i=e.ui.ddmanager.current;this.options.activeClass&&this.element.removeClass(this.options.activeClass),i&&this._trigger("deactivate",t,this.ui(i))},_over:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.addClass(this.options.hoverClass),this._trigger("over",t,this.ui(i)))},_out:function(t){var i=e.ui.ddmanager.current;i&&(i.currentItem||i.element)[0]!==this.element[0]&&this.accept.call(this.element[0],i.currentItem||i.element)&&(this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("out",t,this.ui(i)))},_drop:function(t,i){var s=i||e.ui.ddmanager.current,n=!1;return s&&(s.currentItem||s.element)[0]!==this.element[0]?(this.element.find(":data(ui-droppable)").not(".ui-draggable-dragging").each(function(){var i=e(this).droppable("instance");return i.options.greedy&&!i.options.disabled&&i.options.scope===s.options.scope&&i.accept.call(i.element[0],s.currentItem||s.element)&&e.ui.intersect(s,e.extend(i,{offset:i.element.offset()}),i.options.tolerance,t)?(n=!0,!1):void 0}),n?!1:this.accept.call(this.element[0],s.currentItem||s.element)?(this.options.activeClass&&this.element.removeClass(this.options.activeClass),this.options.hoverClass&&this.element.removeClass(this.options.hoverClass),this._trigger("drop",t,this.ui(s)),this.element):!1):!1},ui:function(e){return{draggable:e.currentItem||e.element,helper:e.helper,position:e.position,offset:e.positionAbs}}}),e.ui.intersect=function(){function e(e,t,i){return e>=t&&t+i>e}return function(t,i,s,n){if(!i.offset)return!1;var a=(t.positionAbs||t.position.absolute).left+t.margins.left,o=(t.positionAbs||t.position.absolute).top+t.margins.top,r=a+t.helperProportions.width,h=o+t.helperProportions.height,l=i.offset.left,u=i.offset.top,d=l+i.proportions().width,c=u+i.proportions().height;switch(s){case"fit":return a>=l&&d>=r&&o>=u&&c>=h;case"intersect":return a+t.helperProportions.width/2>l&&d>r-t.helperProportions.width/2&&o+t.helperProportions.height/2>u&&c>h-t.helperProportions.height/2;case"pointer":return e(n.pageY,u,i.proportions().height)&&e(n.pageX,l,i.proportions().width);case"touch":return(o>=u&&c>=o||h>=u&&c>=h||u>o&&h>c)&&(a>=l&&d>=a||r>=l&&d>=r||l>a&&r>d);default:return!1}}}(),e.ui.ddmanager={current:null,droppables:{"default":[]},prepareOffsets:function(t,i){var s,n,a=e.ui.ddmanager.droppables[t.options.scope]||[],o=i?i.type:null,r=(t.currentItem||t.element).find(":data(ui-droppable)").addBack();e:for(s=0;a.length>s;s++)if(!(a[s].options.disabled||t&&!a[s].accept.call(a[s].element[0],t.currentItem||t.element))){for(n=0;r.length>n;n++)if(r[n]===a[s].element[0]){a[s].proportions().height=0;continue e}a[s].visible="none"!==a[s].element.css("display"),a[s].visible&&("mousedown"===o&&a[s]._activate.call(a[s],i),a[s].offset=a[s].element.offset(),a[s].proportions({width:a[s].element[0].offsetWidth,height:a[s].element[0].offsetHeight}))}},drop:function(t,i){var s=!1;return e.each((e.ui.ddmanager.droppables[t.options.scope]||[]).slice(),function(){this.options&&(!this.options.disabled&&this.visible&&e.ui.intersect(t,this,this.options.tolerance,i)&&(s=this._drop.call(this,i)||s),!this.options.disabled&&this.visible&&this.accept.call(this.element[0],t.currentItem||t.element)&&(this.isout=!0,this.isover=!1,this._deactivate.call(this,i)))}),s},dragStart:function(t,i){t.element.parentsUntil("body").bind("scroll.droppable",function(){t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)})},drag:function(t,i){t.options.refreshPositions&&e.ui.ddmanager.prepareOffsets(t,i),e.each(e.ui.ddmanager.droppables[t.options.scope]||[],function(){if(!this.options.disabled&&!this.greedyChild&&this.visible){var s,n,a,o=e.ui.intersect(t,this,this.options.tolerance,i),r=!o&&this.isover?"isout":o&&!this.isover?"isover":null;r&&(this.options.greedy&&(n=this.options.scope,a=this.element.parents(":data(ui-droppable)").filter(function(){return e(this).droppable("instance").options.scope===n}),a.length&&(s=e(a[0]).droppable("instance"),s.greedyChild="isover"===r)),s&&"isover"===r&&(s.isover=!1,s.isout=!0,s._out.call(s,i)),this[r]=!0,this["isout"===r?"isover":"isout"]=!1,this["isover"===r?"_over":"_out"].call(this,i),s&&"isout"===r&&(s.isout=!1,s.isover=!0,s._over.call(s,i)))}})},dragStop:function(t,i){t.element.parentsUntil("body").unbind("scroll.droppable"),t.options.refreshPositions||e.ui.ddmanager.prepareOffsets(t,i)}},e.ui.droppable,e.widget("ui.resizable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"resize",options:{alsoResize:!1,animate:!1,animateDuration:"slow",animateEasing:"swing",aspectRatio:!1,autoHide:!1,containment:!1,ghost:!1,grid:!1,handles:"e,s,se",helper:!1,maxHeight:null,maxWidth:null,minHeight:10,minWidth:10,zIndex:90,resize:null,start:null,stop:null},_num:function(e){return parseInt(e,10)||0},_isNumber:function(e){return!isNaN(parseInt(e,10))},_hasScroll:function(t,i){if("hidden"===e(t).css("overflow"))return!1;var s=i&&"left"===i?"scrollLeft":"scrollTop",n=!1;return t[s]>0?!0:(t[s]=1,n=t[s]>0,t[s]=0,n)},_create:function(){var t,i,s,n,a,o=this,r=this.options;if(this.element.addClass("ui-resizable"),e.extend(this,{_aspectRatio:!!r.aspectRatio,aspectRatio:r.aspectRatio,originalElement:this.element,_proportionallyResizeElements:[],_helper:r.helper||r.ghost||r.animate?r.helper||"ui-resizable-helper":null}),this.element[0].nodeName.match(/^(canvas|textarea|input|select|button|img)$/i)&&(this.element.wrap(e("<div class='ui-wrapper' style='overflow: hidden;'></div>").css({position:this.element.css("position"),width:this.element.outerWidth(),height:this.element.outerHeight(),top:this.element.css("top"),left:this.element.css("left")})),this.element=this.element.parent().data("ui-resizable",this.element.resizable("instance")),this.elementIsWrapper=!0,this.element.css({marginLeft:this.originalElement.css("marginLeft"),marginTop:this.originalElement.css("marginTop"),marginRight:this.originalElement.css("marginRight"),marginBottom:this.originalElement.css("marginBottom")}),this.originalElement.css({marginLeft:0,marginTop:0,marginRight:0,marginBottom:0}),this.originalResizeStyle=this.originalElement.css("resize"),this.originalElement.css("resize","none"),this._proportionallyResizeElements.push(this.originalElement.css({position:"static",zoom:1,display:"block"})),this.originalElement.css({margin:this.originalElement.css("margin")}),this._proportionallyResize()),this.handles=r.handles||(e(".ui-resizable-handle",this.element).length?{n:".ui-resizable-n",e:".ui-resizable-e",s:".ui-resizable-s",w:".ui-resizable-w",se:".ui-resizable-se",sw:".ui-resizable-sw",ne:".ui-resizable-ne",nw:".ui-resizable-nw"}:"e,s,se"),this._handles=e(),this.handles.constructor===String)for("all"===this.handles&&(this.handles="n,e,s,w,se,sw,ne,nw"),t=this.handles.split(","),this.handles={},i=0;t.length>i;i++)s=e.trim(t[i]),a="ui-resizable-"+s,n=e("<div class='ui-resizable-handle "+a+"'></div>"),n.css({zIndex:r.zIndex}),"se"===s&&n.addClass("ui-icon ui-icon-gripsmall-diagonal-se"),this.handles[s]=".ui-resizable-"+s,this.element.append(n);this._renderAxis=function(t){var i,s,n,a;t=t||this.element;for(i in this.handles)this.handles[i].constructor===String?this.handles[i]=this.element.children(this.handles[i]).first().show():(this.handles[i].jquery||this.handles[i].nodeType)&&(this.handles[i]=e(this.handles[i]),this._on(this.handles[i],{mousedown:o._mouseDown})),this.elementIsWrapper&&this.originalElement[0].nodeName.match(/^(textarea|input|select|button)$/i)&&(s=e(this.handles[i],this.element),a=/sw|ne|nw|se|n|s/.test(i)?s.outerHeight():s.outerWidth(),n=["padding",/ne|nw|n/.test(i)?"Top":/se|sw|s/.test(i)?"Bottom":/^e$/.test(i)?"Right":"Left"].join(""),t.css(n,a),this._proportionallyResize()),this._handles=this._handles.add(this.handles[i])},this._renderAxis(this.element),this._handles=this._handles.add(this.element.find(".ui-resizable-handle")),this._handles.disableSelection(),this._handles.mouseover(function(){o.resizing||(this.className&&(n=this.className.match(/ui-resizable-(se|sw|ne|nw|n|e|s|w)/i)),o.axis=n&&n[1]?n[1]:"se")}),r.autoHide&&(this._handles.hide(),e(this.element).addClass("ui-resizable-autohide").mouseenter(function(){r.disabled||(e(this).removeClass("ui-resizable-autohide"),o._handles.show())}).mouseleave(function(){r.disabled||o.resizing||(e(this).addClass("ui-resizable-autohide"),o._handles.hide())})),this._mouseInit()},_destroy:function(){this._mouseDestroy();var t,i=function(t){e(t).removeClass("ui-resizable ui-resizable-disabled ui-resizable-resizing").removeData("resizable").removeData("ui-resizable").unbind(".resizable").find(".ui-resizable-handle").remove()};return this.elementIsWrapper&&(i(this.element),t=this.element,this.originalElement.css({position:t.css("position"),width:t.outerWidth(),height:t.outerHeight(),top:t.css("top"),left:t.css("left")}).insertAfter(t),t.remove()),this.originalElement.css("resize",this.originalResizeStyle),i(this.originalElement),this},_mouseCapture:function(t){var i,s,n=!1;for(i in this.handles)s=e(this.handles[i])[0],(s===t.target||e.contains(s,t.target))&&(n=!0);return!this.options.disabled&&n},_mouseStart:function(t){var i,s,n,a=this.options,o=this.element;return this.resizing=!0,this._renderProxy(),i=this._num(this.helper.css("left")),s=this._num(this.helper.css("top")),a.containment&&(i+=e(a.containment).scrollLeft()||0,s+=e(a.containment).scrollTop()||0),this.offset=this.helper.offset(),this.position={left:i,top:s},this.size=this._helper?{width:this.helper.width(),height:this.helper.height()}:{width:o.width(),height:o.height()},this.originalSize=this._helper?{width:o.outerWidth(),height:o.outerHeight()}:{width:o.width(),height:o.height()},this.sizeDiff={width:o.outerWidth()-o.width(),height:o.outerHeight()-o.height()},this.originalPosition={left:i,top:s},this.originalMousePosition={left:t.pageX,top:t.pageY},this.aspectRatio="number"==typeof a.aspectRatio?a.aspectRatio:this.originalSize.width/this.originalSize.height||1,n=e(".ui-resizable-"+this.axis).css("cursor"),e("body").css("cursor","auto"===n?this.axis+"-resize":n),o.addClass("ui-resizable-resizing"),this._propagate("start",t),!0},_mouseDrag:function(t){var i,s,n=this.originalMousePosition,a=this.axis,o=t.pageX-n.left||0,r=t.pageY-n.top||0,h=this._change[a];return this._updatePrevProperties(),h?(i=h.apply(this,[t,o,r]),this._updateVirtualBoundaries(t.shiftKey),(this._aspectRatio||t.shiftKey)&&(i=this._updateRatio(i,t)),i=this._respectSize(i,t),this._updateCache(i),this._propagate("resize",t),s=this._applyChanges(),!this._helper&&this._proportionallyResizeElements.length&&this._proportionallyResize(),e.isEmptyObject(s)||(this._updatePrevProperties(),this._trigger("resize",t,this.ui()),this._applyChanges()),!1):!1},_mouseStop:function(t){this.resizing=!1;var i,s,n,a,o,r,h,l=this.options,u=this;return this._helper&&(i=this._proportionallyResizeElements,s=i.length&&/textarea/i.test(i[0].nodeName),n=s&&this._hasScroll(i[0],"left")?0:u.sizeDiff.height,a=s?0:u.sizeDiff.width,o={width:u.helper.width()-a,height:u.helper.height()-n},r=parseInt(u.element.css("left"),10)+(u.position.left-u.originalPosition.left)||null,h=parseInt(u.element.css("top"),10)+(u.position.top-u.originalPosition.top)||null,l.animate||this.element.css(e.extend(o,{top:h,left:r})),u.helper.height(u.size.height),u.helper.width(u.size.width),this._helper&&!l.animate&&this._proportionallyResize()),e("body").css("cursor","auto"),this.element.removeClass("ui-resizable-resizing"),this._propagate("stop",t),this._helper&&this.helper.remove(),!1},_updatePrevProperties:function(){this.prevPosition={top:this.position.top,left:this.position.left},this.prevSize={width:this.size.width,height:this.size.height}},_applyChanges:function(){var e={};return this.position.top!==this.prevPosition.top&&(e.top=this.position.top+"px"),this.position.left!==this.prevPosition.left&&(e.left=this.position.left+"px"),this.size.width!==this.prevSize.width&&(e.width=this.size.width+"px"),this.size.height!==this.prevSize.height&&(e.height=this.size.height+"px"),this.helper.css(e),e},_updateVirtualBoundaries:function(e){var t,i,s,n,a,o=this.options;a={minWidth:this._isNumber(o.minWidth)?o.minWidth:0,maxWidth:this._isNumber(o.maxWidth)?o.maxWidth:1/0,minHeight:this._isNumber(o.minHeight)?o.minHeight:0,maxHeight:this._isNumber(o.maxHeight)?o.maxHeight:1/0},(this._aspectRatio||e)&&(t=a.minHeight*this.aspectRatio,s=a.minWidth/this.aspectRatio,i=a.maxHeight*this.aspectRatio,n=a.maxWidth/this.aspectRatio,t>a.minWidth&&(a.minWidth=t),s>a.minHeight&&(a.minHeight=s),a.maxWidth>i&&(a.maxWidth=i),a.maxHeight>n&&(a.maxHeight=n)),this._vBoundaries=a},_updateCache:function(e){this.offset=this.helper.offset(),this._isNumber(e.left)&&(this.position.left=e.left),this._isNumber(e.top)&&(this.position.top=e.top),this._isNumber(e.height)&&(this.size.height=e.height),this._isNumber(e.width)&&(this.size.width=e.width)},_updateRatio:function(e){var t=this.position,i=this.size,s=this.axis;return this._isNumber(e.height)?e.width=e.height*this.aspectRatio:this._isNumber(e.width)&&(e.height=e.width/this.aspectRatio),"sw"===s&&(e.left=t.left+(i.width-e.width),e.top=null),"nw"===s&&(e.top=t.top+(i.height-e.height),e.left=t.left+(i.width-e.width)),e},_respectSize:function(e){var t=this._vBoundaries,i=this.axis,s=this._isNumber(e.width)&&t.maxWidth&&t.maxWidth<e.width,n=this._isNumber(e.height)&&t.maxHeight&&t.maxHeight<e.height,a=this._isNumber(e.width)&&t.minWidth&&t.minWidth>e.width,o=this._isNumber(e.height)&&t.minHeight&&t.minHeight>e.height,r=this.originalPosition.left+this.originalSize.width,h=this.position.top+this.size.height,l=/sw|nw|w/.test(i),u=/nw|ne|n/.test(i);return a&&(e.width=t.minWidth),o&&(e.height=t.minHeight),s&&(e.width=t.maxWidth),n&&(e.height=t.maxHeight),a&&l&&(e.left=r-t.minWidth),s&&l&&(e.left=r-t.maxWidth),o&&u&&(e.top=h-t.minHeight),n&&u&&(e.top=h-t.maxHeight),e.width||e.height||e.left||!e.top?e.width||e.height||e.top||!e.left||(e.left=null):e.top=null,e},_getPaddingPlusBorderDimensions:function(e){for(var t=0,i=[],s=[e.css("borderTopWidth"),e.css("borderRightWidth"),e.css("borderBottomWidth"),e.css("borderLeftWidth")],n=[e.css("paddingTop"),e.css("paddingRight"),e.css("paddingBottom"),e.css("paddingLeft")];4>t;t++)i[t]=parseInt(s[t],10)||0,i[t]+=parseInt(n[t],10)||0;return{height:i[0]+i[2],width:i[1]+i[3]}},_proportionallyResize:function(){if(this._proportionallyResizeElements.length)for(var e,t=0,i=this.helper||this.element;this._proportionallyResizeElements.length>t;t++)e=this._proportionallyResizeElements[t],this.outerDimensions||(this.outerDimensions=this._getPaddingPlusBorderDimensions(e)),e.css({height:i.height()-this.outerDimensions.height||0,width:i.width()-this.outerDimensions.width||0})},_renderProxy:function(){var t=this.element,i=this.options;this.elementOffset=t.offset(),this._helper?(this.helper=this.helper||e("<div style='overflow:hidden;'></div>"),this.helper.addClass(this._helper).css({width:this.element.outerWidth()-1,height:this.element.outerHeight()-1,position:"absolute",left:this.elementOffset.left+"px",top:this.elementOffset.top+"px",zIndex:++i.zIndex}),this.helper.appendTo("body").disableSelection()):this.helper=this.element},_change:{e:function(e,t){return{width:this.originalSize.width+t}},w:function(e,t){var i=this.originalSize,s=this.originalPosition;return{left:s.left+t,width:i.width-t}},n:function(e,t,i){var s=this.originalSize,n=this.originalPosition;return{top:n.top+i,height:s.height-i}},s:function(e,t,i){return{height:this.originalSize.height+i}},se:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},sw:function(t,i,s){return e.extend(this._change.s.apply(this,arguments),this._change.w.apply(this,[t,i,s]))},ne:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.e.apply(this,[t,i,s]))},nw:function(t,i,s){return e.extend(this._change.n.apply(this,arguments),this._change.w.apply(this,[t,i,s]))}},_propagate:function(t,i){e.ui.plugin.call(this,t,[i,this.ui()]),"resize"!==t&&this._trigger(t,i,this.ui())},plugins:{},ui:function(){return{originalElement:this.originalElement,element:this.element,helper:this.helper,position:this.position,size:this.size,originalSize:this.originalSize,originalPosition:this.originalPosition}}}),e.ui.plugin.add("resizable","animate",{stop:function(t){var i=e(this).resizable("instance"),s=i.options,n=i._proportionallyResizeElements,a=n.length&&/textarea/i.test(n[0].nodeName),o=a&&i._hasScroll(n[0],"left")?0:i.sizeDiff.height,r=a?0:i.sizeDiff.width,h={width:i.size.width-r,height:i.size.height-o},l=parseInt(i.element.css("left"),10)+(i.position.left-i.originalPosition.left)||null,u=parseInt(i.element.css("top"),10)+(i.position.top-i.originalPosition.top)||null;i.element.animate(e.extend(h,u&&l?{top:u,left:l}:{}),{duration:s.animateDuration,easing:s.animateEasing,step:function(){var s={width:parseInt(i.element.css("width"),10),height:parseInt(i.element.css("height"),10),top:parseInt(i.element.css("top"),10),left:parseInt(i.element.css("left"),10)};n&&n.length&&e(n[0]).css({width:s.width,height:s.height}),i._updateCache(s),i._propagate("resize",t)}})}}),e.ui.plugin.add("resizable","containment",{start:function(){var t,i,s,n,a,o,r,h=e(this).resizable("instance"),l=h.options,u=h.element,d=l.containment,c=d instanceof e?d.get(0):/parent/.test(d)?u.parent().get(0):d;c&&(h.containerElement=e(c),/document/.test(d)||d===document?(h.containerOffset={left:0,top:0},h.containerPosition={left:0,top:0},h.parentData={element:e(document),left:0,top:0,width:e(document).width(),height:e(document).height()||document.body.parentNode.scrollHeight}):(t=e(c),i=[],e(["Top","Right","Left","Bottom"]).each(function(e,s){i[e]=h._num(t.css("padding"+s))}),h.containerOffset=t.offset(),h.containerPosition=t.position(),h.containerSize={height:t.innerHeight()-i[3],width:t.innerWidth()-i[1]},s=h.containerOffset,n=h.containerSize.height,a=h.containerSize.width,o=h._hasScroll(c,"left")?c.scrollWidth:a,r=h._hasScroll(c)?c.scrollHeight:n,h.parentData={element:c,left:s.left,top:s.top,width:o,height:r}))},resize:function(t){var i,s,n,a,o=e(this).resizable("instance"),r=o.options,h=o.containerOffset,l=o.position,u=o._aspectRatio||t.shiftKey,d={top:0,left:0},c=o.containerElement,p=!0;c[0]!==document&&/static/.test(c.css("position"))&&(d=h),l.left<(o._helper?h.left:0)&&(o.size.width=o.size.width+(o._helper?o.position.left-h.left:o.position.left-d.left),u&&(o.size.height=o.size.width/o.aspectRatio,p=!1),o.position.left=r.helper?h.left:0),l.top<(o._helper?h.top:0)&&(o.size.height=o.size.height+(o._helper?o.position.top-h.top:o.position.top),u&&(o.size.width=o.size.height*o.aspectRatio,p=!1),o.position.top=o._helper?h.top:0),n=o.containerElement.get(0)===o.element.parent().get(0),a=/relative|absolute/.test(o.containerElement.css("position")),n&&a?(o.offset.left=o.parentData.left+o.position.left,o.offset.top=o.parentData.top+o.position.top):(o.offset.left=o.element.offset().left,o.offset.top=o.element.offset().top),i=Math.abs(o.sizeDiff.width+(o._helper?o.offset.left-d.left:o.offset.left-h.left)),s=Math.abs(o.sizeDiff.height+(o._helper?o.offset.top-d.top:o.offset.top-h.top)),i+o.size.width>=o.parentData.width&&(o.size.width=o.parentData.width-i,u&&(o.size.height=o.size.width/o.aspectRatio,p=!1)),s+o.size.height>=o.parentData.height&&(o.size.height=o.parentData.height-s,u&&(o.size.width=o.size.height*o.aspectRatio,p=!1)),p||(o.position.left=o.prevPosition.left,o.position.top=o.prevPosition.top,o.size.width=o.prevSize.width,o.size.height=o.prevSize.height)},stop:function(){var t=e(this).resizable("instance"),i=t.options,s=t.containerOffset,n=t.containerPosition,a=t.containerElement,o=e(t.helper),r=o.offset(),h=o.outerWidth()-t.sizeDiff.width,l=o.outerHeight()-t.sizeDiff.height;t._helper&&!i.animate&&/relative/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l}),t._helper&&!i.animate&&/static/.test(a.css("position"))&&e(this).css({left:r.left-n.left-s.left,width:h,height:l})}}),e.ui.plugin.add("resizable","alsoResize",{start:function(){var t=e(this).resizable("instance"),i=t.options;e(i.alsoResize).each(function(){var t=e(this);t.data("ui-resizable-alsoresize",{width:parseInt(t.width(),10),height:parseInt(t.height(),10),left:parseInt(t.css("left"),10),top:parseInt(t.css("top"),10)})})},resize:function(t,i){var s=e(this).resizable("instance"),n=s.options,a=s.originalSize,o=s.originalPosition,r={height:s.size.height-a.height||0,width:s.size.width-a.width||0,top:s.position.top-o.top||0,left:s.position.left-o.left||0};e(n.alsoResize).each(function(){var t=e(this),s=e(this).data("ui-resizable-alsoresize"),n={},a=t.parents(i.originalElement[0]).length?["width","height"]:["width","height","top","left"];e.each(a,function(e,t){var i=(s[t]||0)+(r[t]||0);i&&i>=0&&(n[t]=i||null)}),t.css(n)})},stop:function(){e(this).removeData("resizable-alsoresize")}}),e.ui.plugin.add("resizable","ghost",{start:function(){var t=e(this).resizable("instance"),i=t.options,s=t.size;t.ghost=t.originalElement.clone(),t.ghost.css({opacity:.25,display:"block",position:"relative",height:s.height,width:s.width,margin:0,left:0,top:0}).addClass("ui-resizable-ghost").addClass("string"==typeof i.ghost?i.ghost:""),t.ghost.appendTo(t.helper)},resize:function(){var t=e(this).resizable("instance");t.ghost&&t.ghost.css({position:"relative",height:t.size.height,width:t.size.width})},stop:function(){var t=e(this).resizable("instance");t.ghost&&t.helper&&t.helper.get(0).removeChild(t.ghost.get(0))}}),e.ui.plugin.add("resizable","grid",{resize:function(){var t,i=e(this).resizable("instance"),s=i.options,n=i.size,a=i.originalSize,o=i.originalPosition,r=i.axis,h="number"==typeof s.grid?[s.grid,s.grid]:s.grid,l=h[0]||1,u=h[1]||1,d=Math.round((n.width-a.width)/l)*l,c=Math.round((n.height-a.height)/u)*u,p=a.width+d,f=a.height+c,m=s.maxWidth&&p>s.maxWidth,g=s.maxHeight&&f>s.maxHeight,v=s.minWidth&&s.minWidth>p,y=s.minHeight&&s.minHeight>f;s.grid=h,v&&(p+=l),y&&(f+=u),m&&(p-=l),g&&(f-=u),/^(se|s|e)$/.test(r)?(i.size.width=p,i.size.height=f):/^(ne)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.top=o.top-c):/^(sw)$/.test(r)?(i.size.width=p,i.size.height=f,i.position.left=o.left-d):((0>=f-u||0>=p-l)&&(t=i._getPaddingPlusBorderDimensions(this)),f-u>0?(i.size.height=f,i.position.top=o.top-c):(f=u-t.height,i.size.height=f,i.position.top=o.top+a.height-f),p-l>0?(i.size.width=p,i.position.left=o.left-d):(p=l-t.width,i.size.width=p,i.position.left=o.left+a.width-p))}}),e.ui.resizable,e.widget("ui.selectable",e.ui.mouse,{version:"1.11.4",options:{appendTo:"body",autoRefresh:!0,distance:0,filter:"*",tolerance:"touch",selected:null,selecting:null,start:null,stop:null,unselected:null,unselecting:null},_create:function(){var t,i=this;this.element.addClass("ui-selectable"),this.dragged=!1,this.refresh=function(){t=e(i.options.filter,i.element[0]),t.addClass("ui-selectee"),t.each(function(){var t=e(this),i=t.offset();e.data(this,"selectable-item",{element:this,$element:t,left:i.left,top:i.top,right:i.left+t.outerWidth(),bottom:i.top+t.outerHeight(),startselected:!1,selected:t.hasClass("ui-selected"),selecting:t.hasClass("ui-selecting"),unselecting:t.hasClass("ui-unselecting")})})},this.refresh(),this.selectees=t.addClass("ui-selectee"),this._mouseInit(),this.helper=e("<div class='ui-selectable-helper'></div>")},_destroy:function(){this.selectees.removeClass("ui-selectee").removeData("selectable-item"),this.element.removeClass("ui-selectable ui-selectable-disabled"),this._mouseDestroy()},_mouseStart:function(t){var i=this,s=this.options;this.opos=[t.pageX,t.pageY],this.options.disabled||(this.selectees=e(s.filter,this.element[0]),this._trigger("start",t),e(s.appendTo).append(this.helper),this.helper.css({left:t.pageX,top:t.pageY,width:0,height:0}),s.autoRefresh&&this.refresh(),this.selectees.filter(".ui-selected").each(function(){var s=e.data(this,"selectable-item");s.startselected=!0,t.metaKey||t.ctrlKey||(s.$element.removeClass("ui-selected"),s.selected=!1,s.$element.addClass("ui-unselecting"),s.unselecting=!0,i._trigger("unselecting",t,{unselecting:s.element}))}),e(t.target).parents().addBack().each(function(){var s,n=e.data(this,"selectable-item");return n?(s=!t.metaKey&&!t.ctrlKey||!n.$element.hasClass("ui-selected"),n.$element.removeClass(s?"ui-unselecting":"ui-selected").addClass(s?"ui-selecting":"ui-unselecting"),n.unselecting=!s,n.selecting=s,n.selected=s,s?i._trigger("selecting",t,{selecting:n.element}):i._trigger("unselecting",t,{unselecting:n.element}),!1):void 0}))},_mouseDrag:function(t){if(this.dragged=!0,!this.options.disabled){var i,s=this,n=this.options,a=this.opos[0],o=this.opos[1],r=t.pageX,h=t.pageY;return a>r&&(i=r,r=a,a=i),o>h&&(i=h,h=o,o=i),this.helper.css({left:a,top:o,width:r-a,height:h-o}),this.selectees.each(function(){var i=e.data(this,"selectable-item"),l=!1;
+i&&i.element!==s.element[0]&&("touch"===n.tolerance?l=!(i.left>r||a>i.right||i.top>h||o>i.bottom):"fit"===n.tolerance&&(l=i.left>a&&r>i.right&&i.top>o&&h>i.bottom),l?(i.selected&&(i.$element.removeClass("ui-selected"),i.selected=!1),i.unselecting&&(i.$element.removeClass("ui-unselecting"),i.unselecting=!1),i.selecting||(i.$element.addClass("ui-selecting"),i.selecting=!0,s._trigger("selecting",t,{selecting:i.element}))):(i.selecting&&((t.metaKey||t.ctrlKey)&&i.startselected?(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.$element.addClass("ui-selected"),i.selected=!0):(i.$element.removeClass("ui-selecting"),i.selecting=!1,i.startselected&&(i.$element.addClass("ui-unselecting"),i.unselecting=!0),s._trigger("unselecting",t,{unselecting:i.element}))),i.selected&&(t.metaKey||t.ctrlKey||i.startselected||(i.$element.removeClass("ui-selected"),i.selected=!1,i.$element.addClass("ui-unselecting"),i.unselecting=!0,s._trigger("unselecting",t,{unselecting:i.element})))))}),!1}},_mouseStop:function(t){var i=this;return this.dragged=!1,e(".ui-unselecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-unselecting"),s.unselecting=!1,s.startselected=!1,i._trigger("unselected",t,{unselected:s.element})}),e(".ui-selecting",this.element[0]).each(function(){var s=e.data(this,"selectable-item");s.$element.removeClass("ui-selecting").addClass("ui-selected"),s.selecting=!1,s.selected=!0,s.startselected=!0,i._trigger("selected",t,{selected:s.element})}),this._trigger("stop",t),this.helper.remove(),!1}}),e.widget("ui.sortable",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"sort",ready:!1,options:{appendTo:"parent",axis:!1,connectWith:!1,containment:!1,cursor:"auto",cursorAt:!1,dropOnEmpty:!0,forcePlaceholderSize:!1,forceHelperSize:!1,grid:!1,handle:!1,helper:"original",items:"> *",opacity:!1,placeholder:!1,revert:!1,scroll:!0,scrollSensitivity:20,scrollSpeed:20,scope:"default",tolerance:"intersect",zIndex:1e3,activate:null,beforeStop:null,change:null,deactivate:null,out:null,over:null,receive:null,remove:null,sort:null,start:null,stop:null,update:null},_isOverAxis:function(e,t,i){return e>=t&&t+i>e},_isFloating:function(e){return/left|right/.test(e.css("float"))||/inline|table-cell/.test(e.css("display"))},_create:function(){this.containerCache={},this.element.addClass("ui-sortable"),this.refresh(),this.offset=this.element.offset(),this._mouseInit(),this._setHandleClassName(),this.ready=!0},_setOption:function(e,t){this._super(e,t),"handle"===e&&this._setHandleClassName()},_setHandleClassName:function(){this.element.find(".ui-sortable-handle").removeClass("ui-sortable-handle"),e.each(this.items,function(){(this.instance.options.handle?this.item.find(this.instance.options.handle):this.item).addClass("ui-sortable-handle")})},_destroy:function(){this.element.removeClass("ui-sortable ui-sortable-disabled").find(".ui-sortable-handle").removeClass("ui-sortable-handle"),this._mouseDestroy();for(var e=this.items.length-1;e>=0;e--)this.items[e].item.removeData(this.widgetName+"-item");return this},_mouseCapture:function(t,i){var s=null,n=!1,a=this;return this.reverting?!1:this.options.disabled||"static"===this.options.type?!1:(this._refreshItems(t),e(t.target).parents().each(function(){return e.data(this,a.widgetName+"-item")===a?(s=e(this),!1):void 0}),e.data(t.target,a.widgetName+"-item")===a&&(s=e(t.target)),s?!this.options.handle||i||(e(this.options.handle,s).find("*").addBack().each(function(){this===t.target&&(n=!0)}),n)?(this.currentItem=s,this._removeCurrentsFromItems(),!0):!1:!1)},_mouseStart:function(t,i,s){var n,a,o=this.options;if(this.currentContainer=this,this.refreshPositions(),this.helper=this._createHelper(t),this._cacheHelperProportions(),this._cacheMargins(),this.scrollParent=this.helper.scrollParent(),this.offset=this.currentItem.offset(),this.offset={top:this.offset.top-this.margins.top,left:this.offset.left-this.margins.left},e.extend(this.offset,{click:{left:t.pageX-this.offset.left,top:t.pageY-this.offset.top},parent:this._getParentOffset(),relative:this._getRelativeOffset()}),this.helper.css("position","absolute"),this.cssPosition=this.helper.css("position"),this.originalPosition=this._generatePosition(t),this.originalPageX=t.pageX,this.originalPageY=t.pageY,o.cursorAt&&this._adjustOffsetFromHelper(o.cursorAt),this.domPosition={prev:this.currentItem.prev()[0],parent:this.currentItem.parent()[0]},this.helper[0]!==this.currentItem[0]&&this.currentItem.hide(),this._createPlaceholder(),o.containment&&this._setContainment(),o.cursor&&"auto"!==o.cursor&&(a=this.document.find("body"),this.storedCursor=a.css("cursor"),a.css("cursor",o.cursor),this.storedStylesheet=e("<style>*{ cursor: "+o.cursor+" !important; }</style>").appendTo(a)),o.opacity&&(this.helper.css("opacity")&&(this._storedOpacity=this.helper.css("opacity")),this.helper.css("opacity",o.opacity)),o.zIndex&&(this.helper.css("zIndex")&&(this._storedZIndex=this.helper.css("zIndex")),this.helper.css("zIndex",o.zIndex)),this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName&&(this.overflowOffset=this.scrollParent.offset()),this._trigger("start",t,this._uiHash()),this._preserveHelperProportions||this._cacheHelperProportions(),!s)for(n=this.containers.length-1;n>=0;n--)this.containers[n]._trigger("activate",t,this._uiHash(this));return e.ui.ddmanager&&(e.ui.ddmanager.current=this),e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t),this.dragging=!0,this.helper.addClass("ui-sortable-helper"),this._mouseDrag(t),!0},_mouseDrag:function(t){var i,s,n,a,o=this.options,r=!1;for(this.position=this._generatePosition(t),this.positionAbs=this._convertPositionTo("absolute"),this.lastPositionAbs||(this.lastPositionAbs=this.positionAbs),this.options.scroll&&(this.scrollParent[0]!==this.document[0]&&"HTML"!==this.scrollParent[0].tagName?(this.overflowOffset.top+this.scrollParent[0].offsetHeight-t.pageY<o.scrollSensitivity?this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop+o.scrollSpeed:t.pageY-this.overflowOffset.top<o.scrollSensitivity&&(this.scrollParent[0].scrollTop=r=this.scrollParent[0].scrollTop-o.scrollSpeed),this.overflowOffset.left+this.scrollParent[0].offsetWidth-t.pageX<o.scrollSensitivity?this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft+o.scrollSpeed:t.pageX-this.overflowOffset.left<o.scrollSensitivity&&(this.scrollParent[0].scrollLeft=r=this.scrollParent[0].scrollLeft-o.scrollSpeed)):(t.pageY-this.document.scrollTop()<o.scrollSensitivity?r=this.document.scrollTop(this.document.scrollTop()-o.scrollSpeed):this.window.height()-(t.pageY-this.document.scrollTop())<o.scrollSensitivity&&(r=this.document.scrollTop(this.document.scrollTop()+o.scrollSpeed)),t.pageX-this.document.scrollLeft()<o.scrollSensitivity?r=this.document.scrollLeft(this.document.scrollLeft()-o.scrollSpeed):this.window.width()-(t.pageX-this.document.scrollLeft())<o.scrollSensitivity&&(r=this.document.scrollLeft(this.document.scrollLeft()+o.scrollSpeed))),r!==!1&&e.ui.ddmanager&&!o.dropBehaviour&&e.ui.ddmanager.prepareOffsets(this,t)),this.positionAbs=this._convertPositionTo("absolute"),this.options.axis&&"y"===this.options.axis||(this.helper[0].style.left=this.position.left+"px"),this.options.axis&&"x"===this.options.axis||(this.helper[0].style.top=this.position.top+"px"),i=this.items.length-1;i>=0;i--)if(s=this.items[i],n=s.item[0],a=this._intersectsWithPointer(s),a&&s.instance===this.currentContainer&&n!==this.currentItem[0]&&this.placeholder[1===a?"next":"prev"]()[0]!==n&&!e.contains(this.placeholder[0],n)&&("semi-dynamic"===this.options.type?!e.contains(this.element[0],n):!0)){if(this.direction=1===a?"down":"up","pointer"!==this.options.tolerance&&!this._intersectsWithSides(s))break;this._rearrange(t,s),this._trigger("change",t,this._uiHash());break}return this._contactContainers(t),e.ui.ddmanager&&e.ui.ddmanager.drag(this,t),this._trigger("sort",t,this._uiHash()),this.lastPositionAbs=this.positionAbs,!1},_mouseStop:function(t,i){if(t){if(e.ui.ddmanager&&!this.options.dropBehaviour&&e.ui.ddmanager.drop(this,t),this.options.revert){var s=this,n=this.placeholder.offset(),a=this.options.axis,o={};a&&"x"!==a||(o.left=n.left-this.offset.parent.left-this.margins.left+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollLeft)),a&&"y"!==a||(o.top=n.top-this.offset.parent.top-this.margins.top+(this.offsetParent[0]===this.document[0].body?0:this.offsetParent[0].scrollTop)),this.reverting=!0,e(this.helper).animate(o,parseInt(this.options.revert,10)||500,function(){s._clear(t)})}else this._clear(t,i);return!1}},cancel:function(){if(this.dragging){this._mouseUp({target:null}),"original"===this.options.helper?this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper"):this.currentItem.show();for(var t=this.containers.length-1;t>=0;t--)this.containers[t]._trigger("deactivate",null,this._uiHash(this)),this.containers[t].containerCache.over&&(this.containers[t]._trigger("out",null,this._uiHash(this)),this.containers[t].containerCache.over=0)}return this.placeholder&&(this.placeholder[0].parentNode&&this.placeholder[0].parentNode.removeChild(this.placeholder[0]),"original"!==this.options.helper&&this.helper&&this.helper[0].parentNode&&this.helper.remove(),e.extend(this,{helper:null,dragging:!1,reverting:!1,_noFinalSort:null}),this.domPosition.prev?e(this.domPosition.prev).after(this.currentItem):e(this.domPosition.parent).prepend(this.currentItem)),this},serialize:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},e(i).each(function(){var i=(e(t.item||this).attr(t.attribute||"id")||"").match(t.expression||/(.+)[\-=_](.+)/);i&&s.push((t.key||i[1]+"[]")+"="+(t.key&&t.expression?i[1]:i[2]))}),!s.length&&t.key&&s.push(t.key+"="),s.join("&")},toArray:function(t){var i=this._getItemsAsjQuery(t&&t.connected),s=[];return t=t||{},i.each(function(){s.push(e(t.item||this).attr(t.attribute||"id")||"")}),s},_intersectsWith:function(e){var t=this.positionAbs.left,i=t+this.helperProportions.width,s=this.positionAbs.top,n=s+this.helperProportions.height,a=e.left,o=a+e.width,r=e.top,h=r+e.height,l=this.offset.click.top,u=this.offset.click.left,d="x"===this.options.axis||s+l>r&&h>s+l,c="y"===this.options.axis||t+u>a&&o>t+u,p=d&&c;return"pointer"===this.options.tolerance||this.options.forcePointerForContainers||"pointer"!==this.options.tolerance&&this.helperProportions[this.floating?"width":"height"]>e[this.floating?"width":"height"]?p:t+this.helperProportions.width/2>a&&o>i-this.helperProportions.width/2&&s+this.helperProportions.height/2>r&&h>n-this.helperProportions.height/2},_intersectsWithPointer:function(e){var t="x"===this.options.axis||this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top,e.height),i="y"===this.options.axis||this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left,e.width),s=t&&i,n=this._getDragVerticalDirection(),a=this._getDragHorizontalDirection();return s?this.floating?a&&"right"===a||"down"===n?2:1:n&&("down"===n?2:1):!1},_intersectsWithSides:function(e){var t=this._isOverAxis(this.positionAbs.top+this.offset.click.top,e.top+e.height/2,e.height),i=this._isOverAxis(this.positionAbs.left+this.offset.click.left,e.left+e.width/2,e.width),s=this._getDragVerticalDirection(),n=this._getDragHorizontalDirection();return this.floating&&n?"right"===n&&i||"left"===n&&!i:s&&("down"===s&&t||"up"===s&&!t)},_getDragVerticalDirection:function(){var e=this.positionAbs.top-this.lastPositionAbs.top;return 0!==e&&(e>0?"down":"up")},_getDragHorizontalDirection:function(){var e=this.positionAbs.left-this.lastPositionAbs.left;return 0!==e&&(e>0?"right":"left")},refresh:function(e){return this._refreshItems(e),this._setHandleClassName(),this.refreshPositions(),this},_connectWith:function(){var e=this.options;return e.connectWith.constructor===String?[e.connectWith]:e.connectWith},_getItemsAsjQuery:function(t){function i(){r.push(this)}var s,n,a,o,r=[],h=[],l=this._connectWith();if(l&&t)for(s=l.length-1;s>=0;s--)for(a=e(l[s],this.document[0]),n=a.length-1;n>=0;n--)o=e.data(a[n],this.widgetFullName),o&&o!==this&&!o.options.disabled&&h.push([e.isFunction(o.options.items)?o.options.items.call(o.element):e(o.options.items,o.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),o]);for(h.push([e.isFunction(this.options.items)?this.options.items.call(this.element,null,{options:this.options,item:this.currentItem}):e(this.options.items,this.element).not(".ui-sortable-helper").not(".ui-sortable-placeholder"),this]),s=h.length-1;s>=0;s--)h[s][0].each(i);return e(r)},_removeCurrentsFromItems:function(){var t=this.currentItem.find(":data("+this.widgetName+"-item)");this.items=e.grep(this.items,function(e){for(var i=0;t.length>i;i++)if(t[i]===e.item[0])return!1;return!0})},_refreshItems:function(t){this.items=[],this.containers=[this];var i,s,n,a,o,r,h,l,u=this.items,d=[[e.isFunction(this.options.items)?this.options.items.call(this.element[0],t,{item:this.currentItem}):e(this.options.items,this.element),this]],c=this._connectWith();if(c&&this.ready)for(i=c.length-1;i>=0;i--)for(n=e(c[i],this.document[0]),s=n.length-1;s>=0;s--)a=e.data(n[s],this.widgetFullName),a&&a!==this&&!a.options.disabled&&(d.push([e.isFunction(a.options.items)?a.options.items.call(a.element[0],t,{item:this.currentItem}):e(a.options.items,a.element),a]),this.containers.push(a));for(i=d.length-1;i>=0;i--)for(o=d[i][1],r=d[i][0],s=0,l=r.length;l>s;s++)h=e(r[s]),h.data(this.widgetName+"-item",o),u.push({item:h,instance:o,width:0,height:0,left:0,top:0})},refreshPositions:function(t){this.floating=this.items.length?"x"===this.options.axis||this._isFloating(this.items[0].item):!1,this.offsetParent&&this.helper&&(this.offset.parent=this._getParentOffset());var i,s,n,a;for(i=this.items.length-1;i>=0;i--)s=this.items[i],s.instance!==this.currentContainer&&this.currentContainer&&s.item[0]!==this.currentItem[0]||(n=this.options.toleranceElement?e(this.options.toleranceElement,s.item):s.item,t||(s.width=n.outerWidth(),s.height=n.outerHeight()),a=n.offset(),s.left=a.left,s.top=a.top);if(this.options.custom&&this.options.custom.refreshContainers)this.options.custom.refreshContainers.call(this);else for(i=this.containers.length-1;i>=0;i--)a=this.containers[i].element.offset(),this.containers[i].containerCache.left=a.left,this.containers[i].containerCache.top=a.top,this.containers[i].containerCache.width=this.containers[i].element.outerWidth(),this.containers[i].containerCache.height=this.containers[i].element.outerHeight();return this},_createPlaceholder:function(t){t=t||this;var i,s=t.options;s.placeholder&&s.placeholder.constructor!==String||(i=s.placeholder,s.placeholder={element:function(){var s=t.currentItem[0].nodeName.toLowerCase(),n=e("<"+s+">",t.document[0]).addClass(i||t.currentItem[0].className+" ui-sortable-placeholder").removeClass("ui-sortable-helper");return"tbody"===s?t._createTrPlaceholder(t.currentItem.find("tr").eq(0),e("<tr>",t.document[0]).appendTo(n)):"tr"===s?t._createTrPlaceholder(t.currentItem,n):"img"===s&&n.attr("src",t.currentItem.attr("src")),i||n.css("visibility","hidden"),n},update:function(e,n){(!i||s.forcePlaceholderSize)&&(n.height()||n.height(t.currentItem.innerHeight()-parseInt(t.currentItem.css("paddingTop")||0,10)-parseInt(t.currentItem.css("paddingBottom")||0,10)),n.width()||n.width(t.currentItem.innerWidth()-parseInt(t.currentItem.css("paddingLeft")||0,10)-parseInt(t.currentItem.css("paddingRight")||0,10)))}}),t.placeholder=e(s.placeholder.element.call(t.element,t.currentItem)),t.currentItem.after(t.placeholder),s.placeholder.update(t,t.placeholder)},_createTrPlaceholder:function(t,i){var s=this;t.children().each(function(){e("<td>&#160;</td>",s.document[0]).attr("colspan",e(this).attr("colspan")||1).appendTo(i)})},_contactContainers:function(t){var i,s,n,a,o,r,h,l,u,d,c=null,p=null;for(i=this.containers.length-1;i>=0;i--)if(!e.contains(this.currentItem[0],this.containers[i].element[0]))if(this._intersectsWith(this.containers[i].containerCache)){if(c&&e.contains(this.containers[i].element[0],c.element[0]))continue;c=this.containers[i],p=i}else this.containers[i].containerCache.over&&(this.containers[i]._trigger("out",t,this._uiHash(this)),this.containers[i].containerCache.over=0);if(c)if(1===this.containers.length)this.containers[p].containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1);else{for(n=1e4,a=null,u=c.floating||this._isFloating(this.currentItem),o=u?"left":"top",r=u?"width":"height",d=u?"clientX":"clientY",s=this.items.length-1;s>=0;s--)e.contains(this.containers[p].element[0],this.items[s].item[0])&&this.items[s].item[0]!==this.currentItem[0]&&(h=this.items[s].item.offset()[o],l=!1,t[d]-h>this.items[s][r]/2&&(l=!0),n>Math.abs(t[d]-h)&&(n=Math.abs(t[d]-h),a=this.items[s],this.direction=l?"up":"down"));if(!a&&!this.options.dropOnEmpty)return;if(this.currentContainer===this.containers[p])return this.currentContainer.containerCache.over||(this.containers[p]._trigger("over",t,this._uiHash()),this.currentContainer.containerCache.over=1),void 0;a?this._rearrange(t,a,null,!0):this._rearrange(t,null,this.containers[p].element,!0),this._trigger("change",t,this._uiHash()),this.containers[p]._trigger("change",t,this._uiHash(this)),this.currentContainer=this.containers[p],this.options.placeholder.update(this.currentContainer,this.placeholder),this.containers[p]._trigger("over",t,this._uiHash(this)),this.containers[p].containerCache.over=1}},_createHelper:function(t){var i=this.options,s=e.isFunction(i.helper)?e(i.helper.apply(this.element[0],[t,this.currentItem])):"clone"===i.helper?this.currentItem.clone():this.currentItem;return s.parents("body").length||e("parent"!==i.appendTo?i.appendTo:this.currentItem[0].parentNode)[0].appendChild(s[0]),s[0]===this.currentItem[0]&&(this._storedCSS={width:this.currentItem[0].style.width,height:this.currentItem[0].style.height,position:this.currentItem.css("position"),top:this.currentItem.css("top"),left:this.currentItem.css("left")}),(!s[0].style.width||i.forceHelperSize)&&s.width(this.currentItem.width()),(!s[0].style.height||i.forceHelperSize)&&s.height(this.currentItem.height()),s},_adjustOffsetFromHelper:function(t){"string"==typeof t&&(t=t.split(" ")),e.isArray(t)&&(t={left:+t[0],top:+t[1]||0}),"left"in t&&(this.offset.click.left=t.left+this.margins.left),"right"in t&&(this.offset.click.left=this.helperProportions.width-t.right+this.margins.left),"top"in t&&(this.offset.click.top=t.top+this.margins.top),"bottom"in t&&(this.offset.click.top=this.helperProportions.height-t.bottom+this.margins.top)},_getParentOffset:function(){this.offsetParent=this.helper.offsetParent();var t=this.offsetParent.offset();return"absolute"===this.cssPosition&&this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])&&(t.left+=this.scrollParent.scrollLeft(),t.top+=this.scrollParent.scrollTop()),(this.offsetParent[0]===this.document[0].body||this.offsetParent[0].tagName&&"html"===this.offsetParent[0].tagName.toLowerCase()&&e.ui.ie)&&(t={top:0,left:0}),{top:t.top+(parseInt(this.offsetParent.css("borderTopWidth"),10)||0),left:t.left+(parseInt(this.offsetParent.css("borderLeftWidth"),10)||0)}},_getRelativeOffset:function(){if("relative"===this.cssPosition){var e=this.currentItem.position();return{top:e.top-(parseInt(this.helper.css("top"),10)||0)+this.scrollParent.scrollTop(),left:e.left-(parseInt(this.helper.css("left"),10)||0)+this.scrollParent.scrollLeft()}}return{top:0,left:0}},_cacheMargins:function(){this.margins={left:parseInt(this.currentItem.css("marginLeft"),10)||0,top:parseInt(this.currentItem.css("marginTop"),10)||0}},_cacheHelperProportions:function(){this.helperProportions={width:this.helper.outerWidth(),height:this.helper.outerHeight()}},_setContainment:function(){var t,i,s,n=this.options;"parent"===n.containment&&(n.containment=this.helper[0].parentNode),("document"===n.containment||"window"===n.containment)&&(this.containment=[0-this.offset.relative.left-this.offset.parent.left,0-this.offset.relative.top-this.offset.parent.top,"document"===n.containment?this.document.width():this.window.width()-this.helperProportions.width-this.margins.left,("document"===n.containment?this.document.width():this.window.height()||this.document[0].body.parentNode.scrollHeight)-this.helperProportions.height-this.margins.top]),/^(document|window|parent)$/.test(n.containment)||(t=e(n.containment)[0],i=e(n.containment).offset(),s="hidden"!==e(t).css("overflow"),this.containment=[i.left+(parseInt(e(t).css("borderLeftWidth"),10)||0)+(parseInt(e(t).css("paddingLeft"),10)||0)-this.margins.left,i.top+(parseInt(e(t).css("borderTopWidth"),10)||0)+(parseInt(e(t).css("paddingTop"),10)||0)-this.margins.top,i.left+(s?Math.max(t.scrollWidth,t.offsetWidth):t.offsetWidth)-(parseInt(e(t).css("borderLeftWidth"),10)||0)-(parseInt(e(t).css("paddingRight"),10)||0)-this.helperProportions.width-this.margins.left,i.top+(s?Math.max(t.scrollHeight,t.offsetHeight):t.offsetHeight)-(parseInt(e(t).css("borderTopWidth"),10)||0)-(parseInt(e(t).css("paddingBottom"),10)||0)-this.helperProportions.height-this.margins.top])},_convertPositionTo:function(t,i){i||(i=this.position);var s="absolute"===t?1:-1,n="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,a=/(html|body)/i.test(n[0].tagName);return{top:i.top+this.offset.relative.top*s+this.offset.parent.top*s-("fixed"===this.cssPosition?-this.scrollParent.scrollTop():a?0:n.scrollTop())*s,left:i.left+this.offset.relative.left*s+this.offset.parent.left*s-("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():a?0:n.scrollLeft())*s}},_generatePosition:function(t){var i,s,n=this.options,a=t.pageX,o=t.pageY,r="absolute"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&e.contains(this.scrollParent[0],this.offsetParent[0])?this.scrollParent:this.offsetParent,h=/(html|body)/i.test(r[0].tagName);return"relative"!==this.cssPosition||this.scrollParent[0]!==this.document[0]&&this.scrollParent[0]!==this.offsetParent[0]||(this.offset.relative=this._getRelativeOffset()),this.originalPosition&&(this.containment&&(t.pageX-this.offset.click.left<this.containment[0]&&(a=this.containment[0]+this.offset.click.left),t.pageY-this.offset.click.top<this.containment[1]&&(o=this.containment[1]+this.offset.click.top),t.pageX-this.offset.click.left>this.containment[2]&&(a=this.containment[2]+this.offset.click.left),t.pageY-this.offset.click.top>this.containment[3]&&(o=this.containment[3]+this.offset.click.top)),n.grid&&(i=this.originalPageY+Math.round((o-this.originalPageY)/n.grid[1])*n.grid[1],o=this.containment?i-this.offset.click.top>=this.containment[1]&&i-this.offset.click.top<=this.containment[3]?i:i-this.offset.click.top>=this.containment[1]?i-n.grid[1]:i+n.grid[1]:i,s=this.originalPageX+Math.round((a-this.originalPageX)/n.grid[0])*n.grid[0],a=this.containment?s-this.offset.click.left>=this.containment[0]&&s-this.offset.click.left<=this.containment[2]?s:s-this.offset.click.left>=this.containment[0]?s-n.grid[0]:s+n.grid[0]:s)),{top:o-this.offset.click.top-this.offset.relative.top-this.offset.parent.top+("fixed"===this.cssPosition?-this.scrollParent.scrollTop():h?0:r.scrollTop()),left:a-this.offset.click.left-this.offset.relative.left-this.offset.parent.left+("fixed"===this.cssPosition?-this.scrollParent.scrollLeft():h?0:r.scrollLeft())}},_rearrange:function(e,t,i,s){i?i[0].appendChild(this.placeholder[0]):t.item[0].parentNode.insertBefore(this.placeholder[0],"down"===this.direction?t.item[0]:t.item[0].nextSibling),this.counter=this.counter?++this.counter:1;var n=this.counter;this._delay(function(){n===this.counter&&this.refreshPositions(!s)})},_clear:function(e,t){function i(e,t,i){return function(s){i._trigger(e,s,t._uiHash(t))}}this.reverting=!1;var s,n=[];if(!this._noFinalSort&&this.currentItem.parent().length&&this.placeholder.before(this.currentItem),this._noFinalSort=null,this.helper[0]===this.currentItem[0]){for(s in this._storedCSS)("auto"===this._storedCSS[s]||"static"===this._storedCSS[s])&&(this._storedCSS[s]="");this.currentItem.css(this._storedCSS).removeClass("ui-sortable-helper")}else this.currentItem.show();for(this.fromOutside&&!t&&n.push(function(e){this._trigger("receive",e,this._uiHash(this.fromOutside))}),!this.fromOutside&&this.domPosition.prev===this.currentItem.prev().not(".ui-sortable-helper")[0]&&this.domPosition.parent===this.currentItem.parent()[0]||t||n.push(function(e){this._trigger("update",e,this._uiHash())}),this!==this.currentContainer&&(t||(n.push(function(e){this._trigger("remove",e,this._uiHash())}),n.push(function(e){return function(t){e._trigger("receive",t,this._uiHash(this))}}.call(this,this.currentContainer)),n.push(function(e){return function(t){e._trigger("update",t,this._uiHash(this))}}.call(this,this.currentContainer)))),s=this.containers.length-1;s>=0;s--)t||n.push(i("deactivate",this,this.containers[s])),this.containers[s].containerCache.over&&(n.push(i("out",this,this.containers[s])),this.containers[s].containerCache.over=0);if(this.storedCursor&&(this.document.find("body").css("cursor",this.storedCursor),this.storedStylesheet.remove()),this._storedOpacity&&this.helper.css("opacity",this._storedOpacity),this._storedZIndex&&this.helper.css("zIndex","auto"===this._storedZIndex?"":this._storedZIndex),this.dragging=!1,t||this._trigger("beforeStop",e,this._uiHash()),this.placeholder[0].parentNode.removeChild(this.placeholder[0]),this.cancelHelperRemoval||(this.helper[0]!==this.currentItem[0]&&this.helper.remove(),this.helper=null),!t){for(s=0;n.length>s;s++)n[s].call(this,e);this._trigger("stop",e,this._uiHash())}return this.fromOutside=!1,!this.cancelHelperRemoval},_trigger:function(){e.Widget.prototype._trigger.apply(this,arguments)===!1&&this.cancel()},_uiHash:function(t){var i=t||this;return{helper:i.helper,placeholder:i.placeholder||e([]),position:i.position,originalPosition:i.originalPosition,offset:i.positionAbs,item:i.currentItem,sender:t?t.element:null}}}),e.widget("ui.accordion",{version:"1.11.4",options:{active:0,animate:{},collapsible:!1,event:"click",header:"> li > :first-child,> :not(li):even",heightStyle:"auto",icons:{activeHeader:"ui-icon-triangle-1-s",header:"ui-icon-triangle-1-e"},activate:null,beforeActivate:null},hideProps:{borderTopWidth:"hide",borderBottomWidth:"hide",paddingTop:"hide",paddingBottom:"hide",height:"hide"},showProps:{borderTopWidth:"show",borderBottomWidth:"show",paddingTop:"show",paddingBottom:"show",height:"show"},_create:function(){var t=this.options;this.prevShow=this.prevHide=e(),this.element.addClass("ui-accordion ui-widget ui-helper-reset").attr("role","tablist"),t.collapsible||t.active!==!1&&null!=t.active||(t.active=0),this._processPanels(),0>t.active&&(t.active+=this.headers.length),this._refresh()},_getCreateEventData:function(){return{header:this.active,panel:this.active.length?this.active.next():e()}},_createIcons:function(){var t=this.options.icons;t&&(e("<span>").addClass("ui-accordion-header-icon ui-icon "+t.header).prependTo(this.headers),this.active.children(".ui-accordion-header-icon").removeClass(t.header).addClass(t.activeHeader),this.headers.addClass("ui-accordion-icons"))},_destroyIcons:function(){this.headers.removeClass("ui-accordion-icons").children(".ui-accordion-header-icon").remove()},_destroy:function(){var e;this.element.removeClass("ui-accordion ui-widget ui-helper-reset").removeAttr("role"),this.headers.removeClass("ui-accordion-header ui-accordion-header-active ui-state-default ui-corner-all ui-state-active ui-state-disabled ui-corner-top").removeAttr("role").removeAttr("aria-expanded").removeAttr("aria-selected").removeAttr("aria-controls").removeAttr("tabIndex").removeUniqueId(),this._destroyIcons(),e=this.headers.next().removeClass("ui-helper-reset ui-widget-content ui-corner-bottom ui-accordion-content ui-accordion-content-active ui-state-disabled").css("display","").removeAttr("role").removeAttr("aria-hidden").removeAttr("aria-labelledby").removeUniqueId(),"content"!==this.options.heightStyle&&e.css("height","")},_setOption:function(e,t){return"active"===e?(this._activate(t),void 0):("event"===e&&(this.options.event&&this._off(this.headers,this.options.event),this._setupEvents(t)),this._super(e,t),"collapsible"!==e||t||this.options.active!==!1||this._activate(0),"icons"===e&&(this._destroyIcons(),t&&this._createIcons()),"disabled"===e&&(this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this.headers.add(this.headers.next()).toggleClass("ui-state-disabled",!!t)),void 0)},_keydown:function(t){if(!t.altKey&&!t.ctrlKey){var i=e.ui.keyCode,s=this.headers.length,n=this.headers.index(t.target),a=!1;switch(t.keyCode){case i.RIGHT:case i.DOWN:a=this.headers[(n+1)%s];break;case i.LEFT:case i.UP:a=this.headers[(n-1+s)%s];break;case i.SPACE:case i.ENTER:this._eventHandler(t);break;case i.HOME:a=this.headers[0];break;case i.END:a=this.headers[s-1]}a&&(e(t.target).attr("tabIndex",-1),e(a).attr("tabIndex",0),a.focus(),t.preventDefault())}},_panelKeyDown:function(t){t.keyCode===e.ui.keyCode.UP&&t.ctrlKey&&e(t.currentTarget).prev().focus()},refresh:function(){var t=this.options;this._processPanels(),t.active===!1&&t.collapsible===!0||!this.headers.length?(t.active=!1,this.active=e()):t.active===!1?this._activate(0):this.active.length&&!e.contains(this.element[0],this.active[0])?this.headers.length===this.headers.find(".ui-state-disabled").length?(t.active=!1,this.active=e()):this._activate(Math.max(0,t.active-1)):t.active=this.headers.index(this.active),this._destroyIcons(),this._refresh()},_processPanels:function(){var e=this.headers,t=this.panels;this.headers=this.element.find(this.options.header).addClass("ui-accordion-header ui-state-default ui-corner-all"),this.panels=this.headers.next().addClass("ui-accordion-content ui-helper-reset ui-widget-content ui-corner-bottom").filter(":not(.ui-accordion-content-active)").hide(),t&&(this._off(e.not(this.headers)),this._off(t.not(this.panels)))},_refresh:function(){var t,i=this.options,s=i.heightStyle,n=this.element.parent();this.active=this._findActive(i.active).addClass("ui-accordion-header-active ui-state-active ui-corner-top").removeClass("ui-corner-all"),this.active.next().addClass("ui-accordion-content-active").show(),this.headers.attr("role","tab").each(function(){var t=e(this),i=t.uniqueId().attr("id"),s=t.next(),n=s.uniqueId().attr("id");t.attr("aria-controls",n),s.attr("aria-labelledby",i)}).next().attr("role","tabpanel"),this.headers.not(this.active).attr({"aria-selected":"false","aria-expanded":"false",tabIndex:-1}).next().attr({"aria-hidden":"true"}).hide(),this.active.length?this.active.attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0}).next().attr({"aria-hidden":"false"}):this.headers.eq(0).attr("tabIndex",0),this._createIcons(),this._setupEvents(i.event),"fill"===s?(t=n.height(),this.element.siblings(":visible").each(function(){var i=e(this),s=i.css("position");"absolute"!==s&&"fixed"!==s&&(t-=i.outerHeight(!0))}),this.headers.each(function(){t-=e(this).outerHeight(!0)}),this.headers.next().each(function(){e(this).height(Math.max(0,t-e(this).innerHeight()+e(this).height()))}).css("overflow","auto")):"auto"===s&&(t=0,this.headers.next().each(function(){t=Math.max(t,e(this).css("height","").height())}).height(t))},_activate:function(t){var i=this._findActive(t)[0];i!==this.active[0]&&(i=i||this.active[0],this._eventHandler({target:i,currentTarget:i,preventDefault:e.noop}))},_findActive:function(t){return"number"==typeof t?this.headers.eq(t):e()},_setupEvents:function(t){var i={keydown:"_keydown"};t&&e.each(t.split(" "),function(e,t){i[t]="_eventHandler"}),this._off(this.headers.add(this.headers.next())),this._on(this.headers,i),this._on(this.headers.next(),{keydown:"_panelKeyDown"}),this._hoverable(this.headers),this._focusable(this.headers)},_eventHandler:function(t){var i=this.options,s=this.active,n=e(t.currentTarget),a=n[0]===s[0],o=a&&i.collapsible,r=o?e():n.next(),h=s.next(),l={oldHeader:s,oldPanel:h,newHeader:o?e():n,newPanel:r};
+t.preventDefault(),a&&!i.collapsible||this._trigger("beforeActivate",t,l)===!1||(i.active=o?!1:this.headers.index(n),this.active=a?e():n,this._toggle(l),s.removeClass("ui-accordion-header-active ui-state-active"),i.icons&&s.children(".ui-accordion-header-icon").removeClass(i.icons.activeHeader).addClass(i.icons.header),a||(n.removeClass("ui-corner-all").addClass("ui-accordion-header-active ui-state-active ui-corner-top"),i.icons&&n.children(".ui-accordion-header-icon").removeClass(i.icons.header).addClass(i.icons.activeHeader),n.next().addClass("ui-accordion-content-active")))},_toggle:function(t){var i=t.newPanel,s=this.prevShow.length?this.prevShow:t.oldPanel;this.prevShow.add(this.prevHide).stop(!0,!0),this.prevShow=i,this.prevHide=s,this.options.animate?this._animate(i,s,t):(s.hide(),i.show(),this._toggleComplete(t)),s.attr({"aria-hidden":"true"}),s.prev().attr({"aria-selected":"false","aria-expanded":"false"}),i.length&&s.length?s.prev().attr({tabIndex:-1,"aria-expanded":"false"}):i.length&&this.headers.filter(function(){return 0===parseInt(e(this).attr("tabIndex"),10)}).attr("tabIndex",-1),i.attr("aria-hidden","false").prev().attr({"aria-selected":"true","aria-expanded":"true",tabIndex:0})},_animate:function(e,t,i){var s,n,a,o=this,r=0,h=e.css("box-sizing"),l=e.length&&(!t.length||e.index()<t.index()),u=this.options.animate||{},d=l&&u.down||u,c=function(){o._toggleComplete(i)};return"number"==typeof d&&(a=d),"string"==typeof d&&(n=d),n=n||d.easing||u.easing,a=a||d.duration||u.duration,t.length?e.length?(s=e.show().outerHeight(),t.animate(this.hideProps,{duration:a,easing:n,step:function(e,t){t.now=Math.round(e)}}),e.hide().animate(this.showProps,{duration:a,easing:n,complete:c,step:function(e,i){i.now=Math.round(e),"height"!==i.prop?"content-box"===h&&(r+=i.now):"content"!==o.options.heightStyle&&(i.now=Math.round(s-t.outerHeight()-r),r=0)}}),void 0):t.animate(this.hideProps,a,n,c):e.animate(this.showProps,a,n,c)},_toggleComplete:function(e){var t=e.oldPanel;t.removeClass("ui-accordion-content-active").prev().removeClass("ui-corner-top").addClass("ui-corner-all"),t.length&&(t.parent()[0].className=t.parent()[0].className),this._trigger("activate",null,e)}}),e.widget("ui.menu",{version:"1.11.4",defaultElement:"<ul>",delay:300,options:{icons:{submenu:"ui-icon-carat-1-e"},items:"> *",menus:"ul",position:{my:"left-1 top",at:"right top"},role:"menu",blur:null,focus:null,select:null},_create:function(){this.activeMenu=this.element,this.mouseHandled=!1,this.element.uniqueId().addClass("ui-menu ui-widget ui-widget-content").toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length).attr({role:this.options.role,tabIndex:0}),this.options.disabled&&this.element.addClass("ui-state-disabled").attr("aria-disabled","true"),this._on({"mousedown .ui-menu-item":function(e){e.preventDefault()},"click .ui-menu-item":function(t){var i=e(t.target);!this.mouseHandled&&i.not(".ui-state-disabled").length&&(this.select(t),t.isPropagationStopped()||(this.mouseHandled=!0),i.has(".ui-menu").length?this.expand(t):!this.element.is(":focus")&&e(this.document[0].activeElement).closest(".ui-menu").length&&(this.element.trigger("focus",[!0]),this.active&&1===this.active.parents(".ui-menu").length&&clearTimeout(this.timer)))},"mouseenter .ui-menu-item":function(t){if(!this.previousFilter){var i=e(t.currentTarget);i.siblings(".ui-state-active").removeClass("ui-state-active"),this.focus(t,i)}},mouseleave:"collapseAll","mouseleave .ui-menu":"collapseAll",focus:function(e,t){var i=this.active||this.element.find(this.options.items).eq(0);t||this.focus(e,i)},blur:function(t){this._delay(function(){e.contains(this.element[0],this.document[0].activeElement)||this.collapseAll(t)})},keydown:"_keydown"}),this.refresh(),this._on(this.document,{click:function(e){this._closeOnDocumentClick(e)&&this.collapseAll(e),this.mouseHandled=!1}})},_destroy:function(){this.element.removeAttr("aria-activedescendant").find(".ui-menu").addBack().removeClass("ui-menu ui-widget ui-widget-content ui-menu-icons ui-front").removeAttr("role").removeAttr("tabIndex").removeAttr("aria-labelledby").removeAttr("aria-expanded").removeAttr("aria-hidden").removeAttr("aria-disabled").removeUniqueId().show(),this.element.find(".ui-menu-item").removeClass("ui-menu-item").removeAttr("role").removeAttr("aria-disabled").removeUniqueId().removeClass("ui-state-hover").removeAttr("tabIndex").removeAttr("role").removeAttr("aria-haspopup").children().each(function(){var t=e(this);t.data("ui-menu-submenu-carat")&&t.remove()}),this.element.find(".ui-menu-divider").removeClass("ui-menu-divider ui-widget-content")},_keydown:function(t){var i,s,n,a,o=!0;switch(t.keyCode){case e.ui.keyCode.PAGE_UP:this.previousPage(t);break;case e.ui.keyCode.PAGE_DOWN:this.nextPage(t);break;case e.ui.keyCode.HOME:this._move("first","first",t);break;case e.ui.keyCode.END:this._move("last","last",t);break;case e.ui.keyCode.UP:this.previous(t);break;case e.ui.keyCode.DOWN:this.next(t);break;case e.ui.keyCode.LEFT:this.collapse(t);break;case e.ui.keyCode.RIGHT:this.active&&!this.active.is(".ui-state-disabled")&&this.expand(t);break;case e.ui.keyCode.ENTER:case e.ui.keyCode.SPACE:this._activate(t);break;case e.ui.keyCode.ESCAPE:this.collapse(t);break;default:o=!1,s=this.previousFilter||"",n=String.fromCharCode(t.keyCode),a=!1,clearTimeout(this.filterTimer),n===s?a=!0:n=s+n,i=this._filterMenuItems(n),i=a&&-1!==i.index(this.active.next())?this.active.nextAll(".ui-menu-item"):i,i.length||(n=String.fromCharCode(t.keyCode),i=this._filterMenuItems(n)),i.length?(this.focus(t,i),this.previousFilter=n,this.filterTimer=this._delay(function(){delete this.previousFilter},1e3)):delete this.previousFilter}o&&t.preventDefault()},_activate:function(e){this.active.is(".ui-state-disabled")||(this.active.is("[aria-haspopup='true']")?this.expand(e):this.select(e))},refresh:function(){var t,i,s=this,n=this.options.icons.submenu,a=this.element.find(this.options.menus);this.element.toggleClass("ui-menu-icons",!!this.element.find(".ui-icon").length),a.filter(":not(.ui-menu)").addClass("ui-menu ui-widget ui-widget-content ui-front").hide().attr({role:this.options.role,"aria-hidden":"true","aria-expanded":"false"}).each(function(){var t=e(this),i=t.parent(),s=e("<span>").addClass("ui-menu-icon ui-icon "+n).data("ui-menu-submenu-carat",!0);i.attr("aria-haspopup","true").prepend(s),t.attr("aria-labelledby",i.attr("id"))}),t=a.add(this.element),i=t.find(this.options.items),i.not(".ui-menu-item").each(function(){var t=e(this);s._isDivider(t)&&t.addClass("ui-widget-content ui-menu-divider")}),i.not(".ui-menu-item, .ui-menu-divider").addClass("ui-menu-item").uniqueId().attr({tabIndex:-1,role:this._itemRole()}),i.filter(".ui-state-disabled").attr("aria-disabled","true"),this.active&&!e.contains(this.element[0],this.active[0])&&this.blur()},_itemRole:function(){return{menu:"menuitem",listbox:"option"}[this.options.role]},_setOption:function(e,t){"icons"===e&&this.element.find(".ui-menu-icon").removeClass(this.options.icons.submenu).addClass(t.submenu),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},focus:function(e,t){var i,s;this.blur(e,e&&"focus"===e.type),this._scrollIntoView(t),this.active=t.first(),s=this.active.addClass("ui-state-focus").removeClass("ui-state-active"),this.options.role&&this.element.attr("aria-activedescendant",s.attr("id")),this.active.parent().closest(".ui-menu-item").addClass("ui-state-active"),e&&"keydown"===e.type?this._close():this.timer=this._delay(function(){this._close()},this.delay),i=t.children(".ui-menu"),i.length&&e&&/^mouse/.test(e.type)&&this._startOpening(i),this.activeMenu=t.parent(),this._trigger("focus",e,{item:t})},_scrollIntoView:function(t){var i,s,n,a,o,r;this._hasScroll()&&(i=parseFloat(e.css(this.activeMenu[0],"borderTopWidth"))||0,s=parseFloat(e.css(this.activeMenu[0],"paddingTop"))||0,n=t.offset().top-this.activeMenu.offset().top-i-s,a=this.activeMenu.scrollTop(),o=this.activeMenu.height(),r=t.outerHeight(),0>n?this.activeMenu.scrollTop(a+n):n+r>o&&this.activeMenu.scrollTop(a+n-o+r))},blur:function(e,t){t||clearTimeout(this.timer),this.active&&(this.active.removeClass("ui-state-focus"),this.active=null,this._trigger("blur",e,{item:this.active}))},_startOpening:function(e){clearTimeout(this.timer),"true"===e.attr("aria-hidden")&&(this.timer=this._delay(function(){this._close(),this._open(e)},this.delay))},_open:function(t){var i=e.extend({of:this.active},this.options.position);clearTimeout(this.timer),this.element.find(".ui-menu").not(t.parents(".ui-menu")).hide().attr("aria-hidden","true"),t.show().removeAttr("aria-hidden").attr("aria-expanded","true").position(i)},collapseAll:function(t,i){clearTimeout(this.timer),this.timer=this._delay(function(){var s=i?this.element:e(t&&t.target).closest(this.element.find(".ui-menu"));s.length||(s=this.element),this._close(s),this.blur(t),this.activeMenu=s},this.delay)},_close:function(e){e||(e=this.active?this.active.parent():this.element),e.find(".ui-menu").hide().attr("aria-hidden","true").attr("aria-expanded","false").end().find(".ui-state-active").not(".ui-state-focus").removeClass("ui-state-active")},_closeOnDocumentClick:function(t){return!e(t.target).closest(".ui-menu").length},_isDivider:function(e){return!/[^\-\u2014\u2013\s]/.test(e.text())},collapse:function(e){var t=this.active&&this.active.parent().closest(".ui-menu-item",this.element);t&&t.length&&(this._close(),this.focus(e,t))},expand:function(e){var t=this.active&&this.active.children(".ui-menu ").find(this.options.items).first();t&&t.length&&(this._open(t.parent()),this._delay(function(){this.focus(e,t)}))},next:function(e){this._move("next","first",e)},previous:function(e){this._move("prev","last",e)},isFirstItem:function(){return this.active&&!this.active.prevAll(".ui-menu-item").length},isLastItem:function(){return this.active&&!this.active.nextAll(".ui-menu-item").length},_move:function(e,t,i){var s;this.active&&(s="first"===e||"last"===e?this.active["first"===e?"prevAll":"nextAll"](".ui-menu-item").eq(-1):this.active[e+"All"](".ui-menu-item").eq(0)),s&&s.length&&this.active||(s=this.activeMenu.find(this.options.items)[t]()),this.focus(i,s)},nextPage:function(t){var i,s,n;return this.active?(this.isLastItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.nextAll(".ui-menu-item").each(function(){return i=e(this),0>i.offset().top-s-n}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items)[this.active?"last":"first"]())),void 0):(this.next(t),void 0)},previousPage:function(t){var i,s,n;return this.active?(this.isFirstItem()||(this._hasScroll()?(s=this.active.offset().top,n=this.element.height(),this.active.prevAll(".ui-menu-item").each(function(){return i=e(this),i.offset().top-s+n>0}),this.focus(t,i)):this.focus(t,this.activeMenu.find(this.options.items).first())),void 0):(this.next(t),void 0)},_hasScroll:function(){return this.element.outerHeight()<this.element.prop("scrollHeight")},select:function(t){this.active=this.active||e(t.target).closest(".ui-menu-item");var i={item:this.active};this.active.has(".ui-menu").length||this.collapseAll(t,!0),this._trigger("select",t,i)},_filterMenuItems:function(t){var i=t.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&"),s=RegExp("^"+i,"i");return this.activeMenu.find(this.options.items).filter(".ui-menu-item").filter(function(){return s.test(e.trim(e(this).text()))})}}),e.widget("ui.autocomplete",{version:"1.11.4",defaultElement:"<input>",options:{appendTo:null,autoFocus:!1,delay:300,minLength:1,position:{my:"left top",at:"left bottom",collision:"none"},source:null,change:null,close:null,focus:null,open:null,response:null,search:null,select:null},requestIndex:0,pending:0,_create:function(){var t,i,s,n=this.element[0].nodeName.toLowerCase(),a="textarea"===n,o="input"===n;this.isMultiLine=a?!0:o?!1:this.element.prop("isContentEditable"),this.valueMethod=this.element[a||o?"val":"text"],this.isNewMenu=!0,this.element.addClass("ui-autocomplete-input").attr("autocomplete","off"),this._on(this.element,{keydown:function(n){if(this.element.prop("readOnly"))return t=!0,s=!0,i=!0,void 0;t=!1,s=!1,i=!1;var a=e.ui.keyCode;switch(n.keyCode){case a.PAGE_UP:t=!0,this._move("previousPage",n);break;case a.PAGE_DOWN:t=!0,this._move("nextPage",n);break;case a.UP:t=!0,this._keyEvent("previous",n);break;case a.DOWN:t=!0,this._keyEvent("next",n);break;case a.ENTER:this.menu.active&&(t=!0,n.preventDefault(),this.menu.select(n));break;case a.TAB:this.menu.active&&this.menu.select(n);break;case a.ESCAPE:this.menu.element.is(":visible")&&(this.isMultiLine||this._value(this.term),this.close(n),n.preventDefault());break;default:i=!0,this._searchTimeout(n)}},keypress:function(s){if(t)return t=!1,(!this.isMultiLine||this.menu.element.is(":visible"))&&s.preventDefault(),void 0;if(!i){var n=e.ui.keyCode;switch(s.keyCode){case n.PAGE_UP:this._move("previousPage",s);break;case n.PAGE_DOWN:this._move("nextPage",s);break;case n.UP:this._keyEvent("previous",s);break;case n.DOWN:this._keyEvent("next",s)}}},input:function(e){return s?(s=!1,e.preventDefault(),void 0):(this._searchTimeout(e),void 0)},focus:function(){this.selectedItem=null,this.previous=this._value()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(clearTimeout(this.searching),this.close(e),this._change(e),void 0)}}),this._initSource(),this.menu=e("<ul>").addClass("ui-autocomplete ui-front").appendTo(this._appendTo()).menu({role:null}).hide().menu("instance"),this._on(this.menu.element,{mousedown:function(t){t.preventDefault(),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur});var i=this.menu.element[0];e(t.target).closest(".ui-menu-item").length||this._delay(function(){var t=this;this.document.one("mousedown",function(s){s.target===t.element[0]||s.target===i||e.contains(i,s.target)||t.close()})})},menufocus:function(t,i){var s,n;return this.isNewMenu&&(this.isNewMenu=!1,t.originalEvent&&/^mouse/.test(t.originalEvent.type))?(this.menu.blur(),this.document.one("mousemove",function(){e(t.target).trigger(t.originalEvent)}),void 0):(n=i.item.data("ui-autocomplete-item"),!1!==this._trigger("focus",t,{item:n})&&t.originalEvent&&/^key/.test(t.originalEvent.type)&&this._value(n.value),s=i.item.attr("aria-label")||n.value,s&&e.trim(s).length&&(this.liveRegion.children().hide(),e("<div>").text(s).appendTo(this.liveRegion)),void 0)},menuselect:function(e,t){var i=t.item.data("ui-autocomplete-item"),s=this.previous;this.element[0]!==this.document[0].activeElement&&(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s,this.selectedItem=i})),!1!==this._trigger("select",e,{item:i})&&this._value(i.value),this.term=this._value(),this.close(e),this.selectedItem=i}}),this.liveRegion=e("<span>",{role:"status","aria-live":"assertive","aria-relevant":"additions"}).addClass("ui-helper-hidden-accessible").appendTo(this.document[0].body),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_destroy:function(){clearTimeout(this.searching),this.element.removeClass("ui-autocomplete-input").removeAttr("autocomplete"),this.menu.element.remove(),this.liveRegion.remove()},_setOption:function(e,t){this._super(e,t),"source"===e&&this._initSource(),"appendTo"===e&&this.menu.element.appendTo(this._appendTo()),"disabled"===e&&t&&this.xhr&&this.xhr.abort()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_initSource:function(){var t,i,s=this;e.isArray(this.options.source)?(t=this.options.source,this.source=function(i,s){s(e.ui.autocomplete.filter(t,i.term))}):"string"==typeof this.options.source?(i=this.options.source,this.source=function(t,n){s.xhr&&s.xhr.abort(),s.xhr=e.ajax({url:i,data:t,dataType:"json",success:function(e){n(e)},error:function(){n([])}})}):this.source=this.options.source},_searchTimeout:function(e){clearTimeout(this.searching),this.searching=this._delay(function(){var t=this.term===this._value(),i=this.menu.element.is(":visible"),s=e.altKey||e.ctrlKey||e.metaKey||e.shiftKey;(!t||t&&!i&&!s)&&(this.selectedItem=null,this.search(null,e))},this.options.delay)},search:function(e,t){return e=null!=e?e:this._value(),this.term=this._value(),e.length<this.options.minLength?this.close(t):this._trigger("search",t)!==!1?this._search(e):void 0},_search:function(e){this.pending++,this.element.addClass("ui-autocomplete-loading"),this.cancelSearch=!1,this.source({term:e},this._response())},_response:function(){var t=++this.requestIndex;return e.proxy(function(e){t===this.requestIndex&&this.__response(e),this.pending--,this.pending||this.element.removeClass("ui-autocomplete-loading")},this)},__response:function(e){e&&(e=this._normalize(e)),this._trigger("response",null,{content:e}),!this.options.disabled&&e&&e.length&&!this.cancelSearch?(this._suggest(e),this._trigger("open")):this._close()},close:function(e){this.cancelSearch=!0,this._close(e)},_close:function(e){this.menu.element.is(":visible")&&(this.menu.element.hide(),this.menu.blur(),this.isNewMenu=!0,this._trigger("close",e))},_change:function(e){this.previous!==this._value()&&this._trigger("change",e,{item:this.selectedItem})},_normalize:function(t){return t.length&&t[0].label&&t[0].value?t:e.map(t,function(t){return"string"==typeof t?{label:t,value:t}:e.extend({},t,{label:t.label||t.value,value:t.value||t.label})})},_suggest:function(t){var i=this.menu.element.empty();this._renderMenu(i,t),this.isNewMenu=!0,this.menu.refresh(),i.show(),this._resizeMenu(),i.position(e.extend({of:this.element},this.options.position)),this.options.autoFocus&&this.menu.next()},_resizeMenu:function(){var e=this.menu.element;e.outerWidth(Math.max(e.width("").outerWidth()+1,this.element.outerWidth()))},_renderMenu:function(t,i){var s=this;e.each(i,function(e,i){s._renderItemData(t,i)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-autocomplete-item",t)},_renderItem:function(t,i){return e("<li>").text(i.label).appendTo(t)},_move:function(e,t){return this.menu.element.is(":visible")?this.menu.isFirstItem()&&/^previous/.test(e)||this.menu.isLastItem()&&/^next/.test(e)?(this.isMultiLine||this._value(this.term),this.menu.blur(),void 0):(this.menu[e](t),void 0):(this.search(null,t),void 0)},widget:function(){return this.menu.element},_value:function(){return this.valueMethod.apply(this.element,arguments)},_keyEvent:function(e,t){(!this.isMultiLine||this.menu.element.is(":visible"))&&(this._move(e,t),t.preventDefault())}}),e.extend(e.ui.autocomplete,{escapeRegex:function(e){return e.replace(/[\-\[\]{}()*+?.,\\\^$|#\s]/g,"\\$&")},filter:function(t,i){var s=RegExp(e.ui.autocomplete.escapeRegex(i),"i");return e.grep(t,function(e){return s.test(e.label||e.value||e)})}}),e.widget("ui.autocomplete",e.ui.autocomplete,{options:{messages:{noResults:"No search results.",results:function(e){return e+(e>1?" results are":" result is")+" available, use up and down arrow keys to navigate."}}},__response:function(t){var i;this._superApply(arguments),this.options.disabled||this.cancelSearch||(i=t&&t.length?this.options.messages.results(t.length):this.options.messages.noResults,this.liveRegion.children().hide(),e("<div>").text(i).appendTo(this.liveRegion))}}),e.ui.autocomplete;var r,h="ui-button ui-widget ui-state-default ui-corner-all",l="ui-button-icons-only ui-button-icon-only ui-button-text-icons ui-button-text-icon-primary ui-button-text-icon-secondary ui-button-text-only",u=function(){var t=e(this);setTimeout(function(){t.find(":ui-button").button("refresh")},1)},d=function(t){var i=t.name,s=t.form,n=e([]);return i&&(i=i.replace(/'/g,"\\'"),n=s?e(s).find("[name='"+i+"'][type=radio]"):e("[name='"+i+"'][type=radio]",t.ownerDocument).filter(function(){return!this.form})),n};e.widget("ui.button",{version:"1.11.4",defaultElement:"<button>",options:{disabled:null,text:!0,label:null,icons:{primary:null,secondary:null}},_create:function(){this.element.closest("form").unbind("reset"+this.eventNamespace).bind("reset"+this.eventNamespace,u),"boolean"!=typeof this.options.disabled?this.options.disabled=!!this.element.prop("disabled"):this.element.prop("disabled",this.options.disabled),this._determineButtonType(),this.hasTitle=!!this.buttonElement.attr("title");var t=this,i=this.options,s="checkbox"===this.type||"radio"===this.type,n=s?"":"ui-state-active";null===i.label&&(i.label="input"===this.type?this.buttonElement.val():this.buttonElement.html()),this._hoverable(this.buttonElement),this.buttonElement.addClass(h).attr("role","button").bind("mouseenter"+this.eventNamespace,function(){i.disabled||this===r&&e(this).addClass("ui-state-active")}).bind("mouseleave"+this.eventNamespace,function(){i.disabled||e(this).removeClass(n)}).bind("click"+this.eventNamespace,function(e){i.disabled&&(e.preventDefault(),e.stopImmediatePropagation())}),this._on({focus:function(){this.buttonElement.addClass("ui-state-focus")},blur:function(){this.buttonElement.removeClass("ui-state-focus")}}),s&&this.element.bind("change"+this.eventNamespace,function(){t.refresh()}),"checkbox"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){return i.disabled?!1:void 0}):"radio"===this.type?this.buttonElement.bind("click"+this.eventNamespace,function(){if(i.disabled)return!1;e(this).addClass("ui-state-active"),t.buttonElement.attr("aria-pressed","true");var s=t.element[0];d(s).not(s).map(function(){return e(this).button("widget")[0]}).removeClass("ui-state-active").attr("aria-pressed","false")}):(this.buttonElement.bind("mousedown"+this.eventNamespace,function(){return i.disabled?!1:(e(this).addClass("ui-state-active"),r=this,t.document.one("mouseup",function(){r=null}),void 0)}).bind("mouseup"+this.eventNamespace,function(){return i.disabled?!1:(e(this).removeClass("ui-state-active"),void 0)}).bind("keydown"+this.eventNamespace,function(t){return i.disabled?!1:((t.keyCode===e.ui.keyCode.SPACE||t.keyCode===e.ui.keyCode.ENTER)&&e(this).addClass("ui-state-active"),void 0)}).bind("keyup"+this.eventNamespace+" blur"+this.eventNamespace,function(){e(this).removeClass("ui-state-active")}),this.buttonElement.is("a")&&this.buttonElement.keyup(function(t){t.keyCode===e.ui.keyCode.SPACE&&e(this).click()})),this._setOption("disabled",i.disabled),this._resetButton()},_determineButtonType:function(){var e,t,i;this.type=this.element.is("[type=checkbox]")?"checkbox":this.element.is("[type=radio]")?"radio":this.element.is("input")?"input":"button","checkbox"===this.type||"radio"===this.type?(e=this.element.parents().last(),t="label[for='"+this.element.attr("id")+"']",this.buttonElement=e.find(t),this.buttonElement.length||(e=e.length?e.siblings():this.element.siblings(),this.buttonElement=e.filter(t),this.buttonElement.length||(this.buttonElement=e.find(t))),this.element.addClass("ui-helper-hidden-accessible"),i=this.element.is(":checked"),i&&this.buttonElement.addClass("ui-state-active"),this.buttonElement.prop("aria-pressed",i)):this.buttonElement=this.element},widget:function(){return this.buttonElement},_destroy:function(){this.element.removeClass("ui-helper-hidden-accessible"),this.buttonElement.removeClass(h+" ui-state-active "+l).removeAttr("role").removeAttr("aria-pressed").html(this.buttonElement.find(".ui-button-text").html()),this.hasTitle||this.buttonElement.removeAttr("title")},_setOption:function(e,t){return this._super(e,t),"disabled"===e?(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),t&&("checkbox"===this.type||"radio"===this.type?this.buttonElement.removeClass("ui-state-focus"):this.buttonElement.removeClass("ui-state-focus ui-state-active")),void 0):(this._resetButton(),void 0)},refresh:function(){var t=this.element.is("input, button")?this.element.is(":disabled"):this.element.hasClass("ui-button-disabled");t!==this.options.disabled&&this._setOption("disabled",t),"radio"===this.type?d(this.element[0]).each(function(){e(this).is(":checked")?e(this).button("widget").addClass("ui-state-active").attr("aria-pressed","true"):e(this).button("widget").removeClass("ui-state-active").attr("aria-pressed","false")}):"checkbox"===this.type&&(this.element.is(":checked")?this.buttonElement.addClass("ui-state-active").attr("aria-pressed","true"):this.buttonElement.removeClass("ui-state-active").attr("aria-pressed","false"))},_resetButton:function(){if("input"===this.type)return this.options.label&&this.element.val(this.options.label),void 0;var t=this.buttonElement.removeClass(l),i=e("<span></span>",this.document[0]).addClass("ui-button-text").html(this.options.label).appendTo(t.empty()).text(),s=this.options.icons,n=s.primary&&s.secondary,a=[];s.primary||s.secondary?(this.options.text&&a.push("ui-button-text-icon"+(n?"s":s.primary?"-primary":"-secondary")),s.primary&&t.prepend("<span class='ui-button-icon-primary ui-icon "+s.primary+"'></span>"),s.secondary&&t.append("<span class='ui-button-icon-secondary ui-icon "+s.secondary+"'></span>"),this.options.text||(a.push(n?"ui-button-icons-only":"ui-button-icon-only"),this.hasTitle||t.attr("title",e.trim(i)))):a.push("ui-button-text-only"),t.addClass(a.join(" "))}}),e.widget("ui.buttonset",{version:"1.11.4",options:{items:"button, input[type=button], input[type=submit], input[type=reset], input[type=checkbox], input[type=radio], a, :data(ui-button)"},_create:function(){this.element.addClass("ui-buttonset")},_init:function(){this.refresh()},_setOption:function(e,t){"disabled"===e&&this.buttons.button("option",e,t),this._super(e,t)},refresh:function(){var t="rtl"===this.element.css("direction"),i=this.element.find(this.options.items),s=i.filter(":ui-button");i.not(":ui-button").button(),s.button("refresh"),this.buttons=i.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-all ui-corner-left ui-corner-right").filter(":first").addClass(t?"ui-corner-right":"ui-corner-left").end().filter(":last").addClass(t?"ui-corner-left":"ui-corner-right").end().end()},_destroy:function(){this.element.removeClass("ui-buttonset"),this.buttons.map(function(){return e(this).button("widget")[0]}).removeClass("ui-corner-left ui-corner-right").end().button("destroy")}}),e.ui.button,e.widget("ui.dialog",{version:"1.11.4",options:{appendTo:"body",autoOpen:!0,buttons:[],closeOnEscape:!0,closeText:"Close",dialogClass:"",draggable:!0,hide:null,height:"auto",maxHeight:null,maxWidth:null,minHeight:150,minWidth:150,modal:!1,position:{my:"center",at:"center",of:window,collision:"fit",using:function(t){var i=e(this).css(t).offset().top;0>i&&e(this).css("top",t.top-i)}},resizable:!0,show:null,title:null,width:300,beforeClose:null,close:null,drag:null,dragStart:null,dragStop:null,focus:null,open:null,resize:null,resizeStart:null,resizeStop:null},sizeRelatedOptions:{buttons:!0,height:!0,maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0,width:!0},resizableRelatedOptions:{maxHeight:!0,maxWidth:!0,minHeight:!0,minWidth:!0},_create:function(){this.originalCss={display:this.element[0].style.display,width:this.element[0].style.width,minHeight:this.element[0].style.minHeight,maxHeight:this.element[0].style.maxHeight,height:this.element[0].style.height},this.originalPosition={parent:this.element.parent(),index:this.element.parent().children().index(this.element)},this.originalTitle=this.element.attr("title"),this.options.title=this.options.title||this.originalTitle,this._createWrapper(),this.element.show().removeAttr("title").addClass("ui-dialog-content ui-widget-content").appendTo(this.uiDialog),this._createTitlebar(),this._createButtonPane(),this.options.draggable&&e.fn.draggable&&this._makeDraggable(),this.options.resizable&&e.fn.resizable&&this._makeResizable(),this._isOpen=!1,this._trackFocus()},_init:function(){this.options.autoOpen&&this.open()},_appendTo:function(){var t=this.options.appendTo;return t&&(t.jquery||t.nodeType)?e(t):this.document.find(t||"body").eq(0)},_destroy:function(){var e,t=this.originalPosition;this._untrackInstance(),this._destroyOverlay(),this.element.removeUniqueId().removeClass("ui-dialog-content ui-widget-content").css(this.originalCss).detach(),this.uiDialog.stop(!0,!0).remove(),this.originalTitle&&this.element.attr("title",this.originalTitle),e=t.parent.children().eq(t.index),e.length&&e[0]!==this.element[0]?e.before(this.element):t.parent.append(this.element)},widget:function(){return this.uiDialog},disable:e.noop,enable:e.noop,close:function(t){var i,s=this;if(this._isOpen&&this._trigger("beforeClose",t)!==!1){if(this._isOpen=!1,this._focusedElement=null,this._destroyOverlay(),this._untrackInstance(),!this.opener.filter(":focusable").focus().length)try{i=this.document[0].activeElement,i&&"body"!==i.nodeName.toLowerCase()&&e(i).blur()}catch(n){}this._hide(this.uiDialog,this.options.hide,function(){s._trigger("close",t)})}},isOpen:function(){return this._isOpen},moveToTop:function(){this._moveToTop()},_moveToTop:function(t,i){var s=!1,n=this.uiDialog.siblings(".ui-front:visible").map(function(){return+e(this).css("z-index")}).get(),a=Math.max.apply(null,n);return a>=+this.uiDialog.css("z-index")&&(this.uiDialog.css("z-index",a+1),s=!0),s&&!i&&this._trigger("focus",t),s},open:function(){var t=this;return this._isOpen?(this._moveToTop()&&this._focusTabbable(),void 0):(this._isOpen=!0,this.opener=e(this.document[0].activeElement),this._size(),this._position(),this._createOverlay(),this._moveToTop(null,!0),this.overlay&&this.overlay.css("z-index",this.uiDialog.css("z-index")-1),this._show(this.uiDialog,this.options.show,function(){t._focusTabbable(),t._trigger("focus")}),this._makeFocusTarget(),this._trigger("open"),void 0)},_focusTabbable:function(){var e=this._focusedElement;e||(e=this.element.find("[autofocus]")),e.length||(e=this.element.find(":tabbable")),e.length||(e=this.uiDialogButtonPane.find(":tabbable")),e.length||(e=this.uiDialogTitlebarClose.filter(":tabbable")),e.length||(e=this.uiDialog),e.eq(0).focus()},_keepFocus:function(t){function i(){var t=this.document[0].activeElement,i=this.uiDialog[0]===t||e.contains(this.uiDialog[0],t);i||this._focusTabbable()}t.preventDefault(),i.call(this),this._delay(i)},_createWrapper:function(){this.uiDialog=e("<div>").addClass("ui-dialog ui-widget ui-widget-content ui-corner-all ui-front "+this.options.dialogClass).hide().attr({tabIndex:-1,role:"dialog"}).appendTo(this._appendTo()),this._on(this.uiDialog,{keydown:function(t){if(this.options.closeOnEscape&&!t.isDefaultPrevented()&&t.keyCode&&t.keyCode===e.ui.keyCode.ESCAPE)return t.preventDefault(),this.close(t),void 0;if(t.keyCode===e.ui.keyCode.TAB&&!t.isDefaultPrevented()){var i=this.uiDialog.find(":tabbable"),s=i.filter(":first"),n=i.filter(":last");t.target!==n[0]&&t.target!==this.uiDialog[0]||t.shiftKey?t.target!==s[0]&&t.target!==this.uiDialog[0]||!t.shiftKey||(this._delay(function(){n.focus()}),t.preventDefault()):(this._delay(function(){s.focus()}),t.preventDefault())}},mousedown:function(e){this._moveToTop(e)&&this._focusTabbable()}}),this.element.find("[aria-describedby]").length||this.uiDialog.attr({"aria-describedby":this.element.uniqueId().attr("id")})},_createTitlebar:function(){var t;this.uiDialogTitlebar=e("<div>").addClass("ui-dialog-titlebar ui-widget-header ui-corner-all ui-helper-clearfix").prependTo(this.uiDialog),this._on(this.uiDialogTitlebar,{mousedown:function(t){e(t.target).closest(".ui-dialog-titlebar-close")||this.uiDialog.focus()}}),this.uiDialogTitlebarClose=e("<button type='button'></button>").button({label:this.options.closeText,icons:{primary:"ui-icon-closethick"},text:!1}).addClass("ui-dialog-titlebar-close").appendTo(this.uiDialogTitlebar),this._on(this.uiDialogTitlebarClose,{click:function(e){e.preventDefault(),this.close(e)}}),t=e("<span>").uniqueId().addClass("ui-dialog-title").prependTo(this.uiDialogTitlebar),this._title(t),this.uiDialog.attr({"aria-labelledby":t.attr("id")})},_title:function(e){this.options.title||e.html("&#160;"),e.text(this.options.title)
+},_createButtonPane:function(){this.uiDialogButtonPane=e("<div>").addClass("ui-dialog-buttonpane ui-widget-content ui-helper-clearfix"),this.uiButtonSet=e("<div>").addClass("ui-dialog-buttonset").appendTo(this.uiDialogButtonPane),this._createButtons()},_createButtons:function(){var t=this,i=this.options.buttons;return this.uiDialogButtonPane.remove(),this.uiButtonSet.empty(),e.isEmptyObject(i)||e.isArray(i)&&!i.length?(this.uiDialog.removeClass("ui-dialog-buttons"),void 0):(e.each(i,function(i,s){var n,a;s=e.isFunction(s)?{click:s,text:i}:s,s=e.extend({type:"button"},s),n=s.click,s.click=function(){n.apply(t.element[0],arguments)},a={icons:s.icons,text:s.showText},delete s.icons,delete s.showText,e("<button></button>",s).button(a).appendTo(t.uiButtonSet)}),this.uiDialog.addClass("ui-dialog-buttons"),this.uiDialogButtonPane.appendTo(this.uiDialog),void 0)},_makeDraggable:function(){function t(e){return{position:e.position,offset:e.offset}}var i=this,s=this.options;this.uiDialog.draggable({cancel:".ui-dialog-content, .ui-dialog-titlebar-close",handle:".ui-dialog-titlebar",containment:"document",start:function(s,n){e(this).addClass("ui-dialog-dragging"),i._blockFrames(),i._trigger("dragStart",s,t(n))},drag:function(e,s){i._trigger("drag",e,t(s))},stop:function(n,a){var o=a.offset.left-i.document.scrollLeft(),r=a.offset.top-i.document.scrollTop();s.position={my:"left top",at:"left"+(o>=0?"+":"")+o+" "+"top"+(r>=0?"+":"")+r,of:i.window},e(this).removeClass("ui-dialog-dragging"),i._unblockFrames(),i._trigger("dragStop",n,t(a))}})},_makeResizable:function(){function t(e){return{originalPosition:e.originalPosition,originalSize:e.originalSize,position:e.position,size:e.size}}var i=this,s=this.options,n=s.resizable,a=this.uiDialog.css("position"),o="string"==typeof n?n:"n,e,s,w,se,sw,ne,nw";this.uiDialog.resizable({cancel:".ui-dialog-content",containment:"document",alsoResize:this.element,maxWidth:s.maxWidth,maxHeight:s.maxHeight,minWidth:s.minWidth,minHeight:this._minHeight(),handles:o,start:function(s,n){e(this).addClass("ui-dialog-resizing"),i._blockFrames(),i._trigger("resizeStart",s,t(n))},resize:function(e,s){i._trigger("resize",e,t(s))},stop:function(n,a){var o=i.uiDialog.offset(),r=o.left-i.document.scrollLeft(),h=o.top-i.document.scrollTop();s.height=i.uiDialog.height(),s.width=i.uiDialog.width(),s.position={my:"left top",at:"left"+(r>=0?"+":"")+r+" "+"top"+(h>=0?"+":"")+h,of:i.window},e(this).removeClass("ui-dialog-resizing"),i._unblockFrames(),i._trigger("resizeStop",n,t(a))}}).css("position",a)},_trackFocus:function(){this._on(this.widget(),{focusin:function(t){this._makeFocusTarget(),this._focusedElement=e(t.target)}})},_makeFocusTarget:function(){this._untrackInstance(),this._trackingInstances().unshift(this)},_untrackInstance:function(){var t=this._trackingInstances(),i=e.inArray(this,t);-1!==i&&t.splice(i,1)},_trackingInstances:function(){var e=this.document.data("ui-dialog-instances");return e||(e=[],this.document.data("ui-dialog-instances",e)),e},_minHeight:function(){var e=this.options;return"auto"===e.height?e.minHeight:Math.min(e.minHeight,e.height)},_position:function(){var e=this.uiDialog.is(":visible");e||this.uiDialog.show(),this.uiDialog.position(this.options.position),e||this.uiDialog.hide()},_setOptions:function(t){var i=this,s=!1,n={};e.each(t,function(e,t){i._setOption(e,t),e in i.sizeRelatedOptions&&(s=!0),e in i.resizableRelatedOptions&&(n[e]=t)}),s&&(this._size(),this._position()),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option",n)},_setOption:function(e,t){var i,s,n=this.uiDialog;"dialogClass"===e&&n.removeClass(this.options.dialogClass).addClass(t),"disabled"!==e&&(this._super(e,t),"appendTo"===e&&this.uiDialog.appendTo(this._appendTo()),"buttons"===e&&this._createButtons(),"closeText"===e&&this.uiDialogTitlebarClose.button({label:""+t}),"draggable"===e&&(i=n.is(":data(ui-draggable)"),i&&!t&&n.draggable("destroy"),!i&&t&&this._makeDraggable()),"position"===e&&this._position(),"resizable"===e&&(s=n.is(":data(ui-resizable)"),s&&!t&&n.resizable("destroy"),s&&"string"==typeof t&&n.resizable("option","handles",t),s||t===!1||this._makeResizable()),"title"===e&&this._title(this.uiDialogTitlebar.find(".ui-dialog-title")))},_size:function(){var e,t,i,s=this.options;this.element.show().css({width:"auto",minHeight:0,maxHeight:"none",height:0}),s.minWidth>s.width&&(s.width=s.minWidth),e=this.uiDialog.css({height:"auto",width:s.width}).outerHeight(),t=Math.max(0,s.minHeight-e),i="number"==typeof s.maxHeight?Math.max(0,s.maxHeight-e):"none","auto"===s.height?this.element.css({minHeight:t,maxHeight:i,height:"auto"}):this.element.height(Math.max(0,s.height-e)),this.uiDialog.is(":data(ui-resizable)")&&this.uiDialog.resizable("option","minHeight",this._minHeight())},_blockFrames:function(){this.iframeBlocks=this.document.find("iframe").map(function(){var t=e(this);return e("<div>").css({position:"absolute",width:t.outerWidth(),height:t.outerHeight()}).appendTo(t.parent()).offset(t.offset())[0]})},_unblockFrames:function(){this.iframeBlocks&&(this.iframeBlocks.remove(),delete this.iframeBlocks)},_allowInteraction:function(t){return e(t.target).closest(".ui-dialog").length?!0:!!e(t.target).closest(".ui-datepicker").length},_createOverlay:function(){if(this.options.modal){var t=!0;this._delay(function(){t=!1}),this.document.data("ui-dialog-overlays")||this._on(this.document,{focusin:function(e){t||this._allowInteraction(e)||(e.preventDefault(),this._trackingInstances()[0]._focusTabbable())}}),this.overlay=e("<div>").addClass("ui-widget-overlay ui-front").appendTo(this._appendTo()),this._on(this.overlay,{mousedown:"_keepFocus"}),this.document.data("ui-dialog-overlays",(this.document.data("ui-dialog-overlays")||0)+1)}},_destroyOverlay:function(){if(this.options.modal&&this.overlay){var e=this.document.data("ui-dialog-overlays")-1;e?this.document.data("ui-dialog-overlays",e):this.document.unbind("focusin").removeData("ui-dialog-overlays"),this.overlay.remove(),this.overlay=null}}}),e.widget("ui.progressbar",{version:"1.11.4",options:{max:100,value:0,change:null,complete:null},min:0,_create:function(){this.oldValue=this.options.value=this._constrainedValue(),this.element.addClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").attr({role:"progressbar","aria-valuemin":this.min}),this.valueDiv=e("<div class='ui-progressbar-value ui-widget-header ui-corner-left'></div>").appendTo(this.element),this._refreshValue()},_destroy:function(){this.element.removeClass("ui-progressbar ui-widget ui-widget-content ui-corner-all").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.valueDiv.remove()},value:function(e){return void 0===e?this.options.value:(this.options.value=this._constrainedValue(e),this._refreshValue(),void 0)},_constrainedValue:function(e){return void 0===e&&(e=this.options.value),this.indeterminate=e===!1,"number"!=typeof e&&(e=0),this.indeterminate?!1:Math.min(this.options.max,Math.max(this.min,e))},_setOptions:function(e){var t=e.value;delete e.value,this._super(e),this.options.value=this._constrainedValue(t),this._refreshValue()},_setOption:function(e,t){"max"===e&&(t=Math.max(this.min,t)),"disabled"===e&&this.element.toggleClass("ui-state-disabled",!!t).attr("aria-disabled",t),this._super(e,t)},_percentage:function(){return this.indeterminate?100:100*(this.options.value-this.min)/(this.options.max-this.min)},_refreshValue:function(){var t=this.options.value,i=this._percentage();this.valueDiv.toggle(this.indeterminate||t>this.min).toggleClass("ui-corner-right",t===this.options.max).width(i.toFixed(0)+"%"),this.element.toggleClass("ui-progressbar-indeterminate",this.indeterminate),this.indeterminate?(this.element.removeAttr("aria-valuenow"),this.overlayDiv||(this.overlayDiv=e("<div class='ui-progressbar-overlay'></div>").appendTo(this.valueDiv))):(this.element.attr({"aria-valuemax":this.options.max,"aria-valuenow":t}),this.overlayDiv&&(this.overlayDiv.remove(),this.overlayDiv=null)),this.oldValue!==t&&(this.oldValue=t,this._trigger("change")),t===this.options.max&&this._trigger("complete")}}),e.widget("ui.selectmenu",{version:"1.11.4",defaultElement:"<select>",options:{appendTo:null,disabled:null,icons:{button:"ui-icon-triangle-1-s"},position:{my:"left top",at:"left bottom",collision:"none"},width:null,change:null,close:null,focus:null,open:null,select:null},_create:function(){var e=this.element.uniqueId().attr("id");this.ids={element:e,button:e+"-button",menu:e+"-menu"},this._drawButton(),this._drawMenu(),this.options.disabled&&this.disable()},_drawButton:function(){var t=this;this.label=e("label[for='"+this.ids.element+"']").attr("for",this.ids.button),this._on(this.label,{click:function(e){this.button.focus(),e.preventDefault()}}),this.element.hide(),this.button=e("<span>",{"class":"ui-selectmenu-button ui-widget ui-state-default ui-corner-all",tabindex:this.options.disabled?-1:0,id:this.ids.button,role:"combobox","aria-expanded":"false","aria-autocomplete":"list","aria-owns":this.ids.menu,"aria-haspopup":"true"}).insertAfter(this.element),e("<span>",{"class":"ui-icon "+this.options.icons.button}).prependTo(this.button),this.buttonText=e("<span>",{"class":"ui-selectmenu-text"}).appendTo(this.button),this._setText(this.buttonText,this.element.find("option:selected").text()),this._resizeButton(),this._on(this.button,this._buttonEvents),this.button.one("focusin",function(){t.menuItems||t._refreshMenu()}),this._hoverable(this.button),this._focusable(this.button)},_drawMenu:function(){var t=this;this.menu=e("<ul>",{"aria-hidden":"true","aria-labelledby":this.ids.button,id:this.ids.menu}),this.menuWrap=e("<div>",{"class":"ui-selectmenu-menu ui-front"}).append(this.menu).appendTo(this._appendTo()),this.menuInstance=this.menu.menu({role:"listbox",select:function(e,i){e.preventDefault(),t._setSelection(),t._select(i.item.data("ui-selectmenu-item"),e)},focus:function(e,i){var s=i.item.data("ui-selectmenu-item");null!=t.focusIndex&&s.index!==t.focusIndex&&(t._trigger("focus",e,{item:s}),t.isOpen||t._select(s,e)),t.focusIndex=s.index,t.button.attr("aria-activedescendant",t.menuItems.eq(s.index).attr("id"))}}).menu("instance"),this.menu.addClass("ui-corner-bottom").removeClass("ui-corner-all"),this.menuInstance._off(this.menu,"mouseleave"),this.menuInstance._closeOnDocumentClick=function(){return!1},this.menuInstance._isDivider=function(){return!1}},refresh:function(){this._refreshMenu(),this._setText(this.buttonText,this._getSelectedItem().text()),this.options.width||this._resizeButton()},_refreshMenu:function(){this.menu.empty();var e,t=this.element.find("option");t.length&&(this._parseOptions(t),this._renderMenu(this.menu,this.items),this.menuInstance.refresh(),this.menuItems=this.menu.find("li").not(".ui-selectmenu-optgroup"),e=this._getSelectedItem(),this.menuInstance.focus(null,e),this._setAria(e.data("ui-selectmenu-item")),this._setOption("disabled",this.element.prop("disabled")))},open:function(e){this.options.disabled||(this.menuItems?(this.menu.find(".ui-state-focus").removeClass("ui-state-focus"),this.menuInstance.focus(null,this._getSelectedItem())):this._refreshMenu(),this.isOpen=!0,this._toggleAttr(),this._resizeMenu(),this._position(),this._on(this.document,this._documentClick),this._trigger("open",e))},_position:function(){this.menuWrap.position(e.extend({of:this.button},this.options.position))},close:function(e){this.isOpen&&(this.isOpen=!1,this._toggleAttr(),this.range=null,this._off(this.document),this._trigger("close",e))},widget:function(){return this.button},menuWidget:function(){return this.menu},_renderMenu:function(t,i){var s=this,n="";e.each(i,function(i,a){a.optgroup!==n&&(e("<li>",{"class":"ui-selectmenu-optgroup ui-menu-divider"+(a.element.parent("optgroup").prop("disabled")?" ui-state-disabled":""),text:a.optgroup}).appendTo(t),n=a.optgroup),s._renderItemData(t,a)})},_renderItemData:function(e,t){return this._renderItem(e,t).data("ui-selectmenu-item",t)},_renderItem:function(t,i){var s=e("<li>");return i.disabled&&s.addClass("ui-state-disabled"),this._setText(s,i.label),s.appendTo(t)},_setText:function(e,t){t?e.text(t):e.html("&#160;")},_move:function(e,t){var i,s,n=".ui-menu-item";this.isOpen?i=this.menuItems.eq(this.focusIndex):(i=this.menuItems.eq(this.element[0].selectedIndex),n+=":not(.ui-state-disabled)"),s="first"===e||"last"===e?i["first"===e?"prevAll":"nextAll"](n).eq(-1):i[e+"All"](n).eq(0),s.length&&this.menuInstance.focus(t,s)},_getSelectedItem:function(){return this.menuItems.eq(this.element[0].selectedIndex)},_toggle:function(e){this[this.isOpen?"close":"open"](e)},_setSelection:function(){var e;this.range&&(window.getSelection?(e=window.getSelection(),e.removeAllRanges(),e.addRange(this.range)):this.range.select(),this.button.focus())},_documentClick:{mousedown:function(t){this.isOpen&&(e(t.target).closest(".ui-selectmenu-menu, #"+this.ids.button).length||this.close(t))}},_buttonEvents:{mousedown:function(){var e;window.getSelection?(e=window.getSelection(),e.rangeCount&&(this.range=e.getRangeAt(0))):this.range=document.selection.createRange()},click:function(e){this._setSelection(),this._toggle(e)},keydown:function(t){var i=!0;switch(t.keyCode){case e.ui.keyCode.TAB:case e.ui.keyCode.ESCAPE:this.close(t),i=!1;break;case e.ui.keyCode.ENTER:this.isOpen&&this._selectFocusedItem(t);break;case e.ui.keyCode.UP:t.altKey?this._toggle(t):this._move("prev",t);break;case e.ui.keyCode.DOWN:t.altKey?this._toggle(t):this._move("next",t);break;case e.ui.keyCode.SPACE:this.isOpen?this._selectFocusedItem(t):this._toggle(t);break;case e.ui.keyCode.LEFT:this._move("prev",t);break;case e.ui.keyCode.RIGHT:this._move("next",t);break;case e.ui.keyCode.HOME:case e.ui.keyCode.PAGE_UP:this._move("first",t);break;case e.ui.keyCode.END:case e.ui.keyCode.PAGE_DOWN:this._move("last",t);break;default:this.menu.trigger(t),i=!1}i&&t.preventDefault()}},_selectFocusedItem:function(e){var t=this.menuItems.eq(this.focusIndex);t.hasClass("ui-state-disabled")||this._select(t.data("ui-selectmenu-item"),e)},_select:function(e,t){var i=this.element[0].selectedIndex;this.element[0].selectedIndex=e.index,this._setText(this.buttonText,e.label),this._setAria(e),this._trigger("select",t,{item:e}),e.index!==i&&this._trigger("change",t,{item:e}),this.close(t)},_setAria:function(e){var t=this.menuItems.eq(e.index).attr("id");this.button.attr({"aria-labelledby":t,"aria-activedescendant":t}),this.menu.attr("aria-activedescendant",t)},_setOption:function(e,t){"icons"===e&&this.button.find("span.ui-icon").removeClass(this.options.icons.button).addClass(t.button),this._super(e,t),"appendTo"===e&&this.menuWrap.appendTo(this._appendTo()),"disabled"===e&&(this.menuInstance.option("disabled",t),this.button.toggleClass("ui-state-disabled",t).attr("aria-disabled",t),this.element.prop("disabled",t),t?(this.button.attr("tabindex",-1),this.close()):this.button.attr("tabindex",0)),"width"===e&&this._resizeButton()},_appendTo:function(){var t=this.options.appendTo;return t&&(t=t.jquery||t.nodeType?e(t):this.document.find(t).eq(0)),t&&t[0]||(t=this.element.closest(".ui-front")),t.length||(t=this.document[0].body),t},_toggleAttr:function(){this.button.toggleClass("ui-corner-top",this.isOpen).toggleClass("ui-corner-all",!this.isOpen).attr("aria-expanded",this.isOpen),this.menuWrap.toggleClass("ui-selectmenu-open",this.isOpen),this.menu.attr("aria-hidden",!this.isOpen)},_resizeButton:function(){var e=this.options.width;e||(e=this.element.show().outerWidth(),this.element.hide()),this.button.outerWidth(e)},_resizeMenu:function(){this.menu.outerWidth(Math.max(this.button.outerWidth(),this.menu.width("").outerWidth()+1))},_getCreateOptions:function(){return{disabled:this.element.prop("disabled")}},_parseOptions:function(t){var i=[];t.each(function(t,s){var n=e(s),a=n.parent("optgroup");i.push({element:n,index:t,value:n.val(),label:n.text(),optgroup:a.attr("label")||"",disabled:a.prop("disabled")||n.prop("disabled")})}),this.items=i},_destroy:function(){this.menuWrap.remove(),this.button.remove(),this.element.show(),this.element.removeUniqueId(),this.label.attr("for",this.ids.element)}}),e.widget("ui.slider",e.ui.mouse,{version:"1.11.4",widgetEventPrefix:"slide",options:{animate:!1,distance:0,max:100,min:0,orientation:"horizontal",range:!1,step:1,value:0,values:null,change:null,slide:null,start:null,stop:null},numPages:5,_create:function(){this._keySliding=!1,this._mouseSliding=!1,this._animateOff=!0,this._handleIndex=null,this._detectOrientation(),this._mouseInit(),this._calculateNewMax(),this.element.addClass("ui-slider ui-slider-"+this.orientation+" ui-widget"+" ui-widget-content"+" ui-corner-all"),this._refresh(),this._setOption("disabled",this.options.disabled),this._animateOff=!1},_refresh:function(){this._createRange(),this._createHandles(),this._setupEvents(),this._refreshValue()},_createHandles:function(){var t,i,s=this.options,n=this.element.find(".ui-slider-handle").addClass("ui-state-default ui-corner-all"),a="<span class='ui-slider-handle ui-state-default ui-corner-all' tabindex='0'></span>",o=[];for(i=s.values&&s.values.length||1,n.length>i&&(n.slice(i).remove(),n=n.slice(0,i)),t=n.length;i>t;t++)o.push(a);this.handles=n.add(e(o.join("")).appendTo(this.element)),this.handle=this.handles.eq(0),this.handles.each(function(t){e(this).data("ui-slider-handle-index",t)})},_createRange:function(){var t=this.options,i="";t.range?(t.range===!0&&(t.values?t.values.length&&2!==t.values.length?t.values=[t.values[0],t.values[0]]:e.isArray(t.values)&&(t.values=t.values.slice(0)):t.values=[this._valueMin(),this._valueMin()]),this.range&&this.range.length?this.range.removeClass("ui-slider-range-min ui-slider-range-max").css({left:"",bottom:""}):(this.range=e("<div></div>").appendTo(this.element),i="ui-slider-range ui-widget-header ui-corner-all"),this.range.addClass(i+("min"===t.range||"max"===t.range?" ui-slider-range-"+t.range:""))):(this.range&&this.range.remove(),this.range=null)},_setupEvents:function(){this._off(this.handles),this._on(this.handles,this._handleEvents),this._hoverable(this.handles),this._focusable(this.handles)},_destroy:function(){this.handles.remove(),this.range&&this.range.remove(),this.element.removeClass("ui-slider ui-slider-horizontal ui-slider-vertical ui-widget ui-widget-content ui-corner-all"),this._mouseDestroy()},_mouseCapture:function(t){var i,s,n,a,o,r,h,l,u=this,d=this.options;return d.disabled?!1:(this.elementSize={width:this.element.outerWidth(),height:this.element.outerHeight()},this.elementOffset=this.element.offset(),i={x:t.pageX,y:t.pageY},s=this._normValueFromMouse(i),n=this._valueMax()-this._valueMin()+1,this.handles.each(function(t){var i=Math.abs(s-u.values(t));(n>i||n===i&&(t===u._lastChangedValue||u.values(t)===d.min))&&(n=i,a=e(this),o=t)}),r=this._start(t,o),r===!1?!1:(this._mouseSliding=!0,this._handleIndex=o,a.addClass("ui-state-active").focus(),h=a.offset(),l=!e(t.target).parents().addBack().is(".ui-slider-handle"),this._clickOffset=l?{left:0,top:0}:{left:t.pageX-h.left-a.width()/2,top:t.pageY-h.top-a.height()/2-(parseInt(a.css("borderTopWidth"),10)||0)-(parseInt(a.css("borderBottomWidth"),10)||0)+(parseInt(a.css("marginTop"),10)||0)},this.handles.hasClass("ui-state-hover")||this._slide(t,o,s),this._animateOff=!0,!0))},_mouseStart:function(){return!0},_mouseDrag:function(e){var t={x:e.pageX,y:e.pageY},i=this._normValueFromMouse(t);return this._slide(e,this._handleIndex,i),!1},_mouseStop:function(e){return this.handles.removeClass("ui-state-active"),this._mouseSliding=!1,this._stop(e,this._handleIndex),this._change(e,this._handleIndex),this._handleIndex=null,this._clickOffset=null,this._animateOff=!1,!1},_detectOrientation:function(){this.orientation="vertical"===this.options.orientation?"vertical":"horizontal"},_normValueFromMouse:function(e){var t,i,s,n,a;return"horizontal"===this.orientation?(t=this.elementSize.width,i=e.x-this.elementOffset.left-(this._clickOffset?this._clickOffset.left:0)):(t=this.elementSize.height,i=e.y-this.elementOffset.top-(this._clickOffset?this._clickOffset.top:0)),s=i/t,s>1&&(s=1),0>s&&(s=0),"vertical"===this.orientation&&(s=1-s),n=this._valueMax()-this._valueMin(),a=this._valueMin()+s*n,this._trimAlignValue(a)},_start:function(e,t){var i={handle:this.handles[t],value:this.value()};return this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("start",e,i)},_slide:function(e,t,i){var s,n,a;this.options.values&&this.options.values.length?(s=this.values(t?0:1),2===this.options.values.length&&this.options.range===!0&&(0===t&&i>s||1===t&&s>i)&&(i=s),i!==this.values(t)&&(n=this.values(),n[t]=i,a=this._trigger("slide",e,{handle:this.handles[t],value:i,values:n}),s=this.values(t?0:1),a!==!1&&this.values(t,i))):i!==this.value()&&(a=this._trigger("slide",e,{handle:this.handles[t],value:i}),a!==!1&&this.value(i))},_stop:function(e,t){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._trigger("stop",e,i)},_change:function(e,t){if(!this._keySliding&&!this._mouseSliding){var i={handle:this.handles[t],value:this.value()};this.options.values&&this.options.values.length&&(i.value=this.values(t),i.values=this.values()),this._lastChangedValue=t,this._trigger("change",e,i)}},value:function(e){return arguments.length?(this.options.value=this._trimAlignValue(e),this._refreshValue(),this._change(null,0),void 0):this._value()},values:function(t,i){var s,n,a;if(arguments.length>1)return this.options.values[t]=this._trimAlignValue(i),this._refreshValue(),this._change(null,t),void 0;if(!arguments.length)return this._values();if(!e.isArray(arguments[0]))return this.options.values&&this.options.values.length?this._values(t):this.value();for(s=this.options.values,n=arguments[0],a=0;s.length>a;a+=1)s[a]=this._trimAlignValue(n[a]),this._change(null,a);this._refreshValue()},_setOption:function(t,i){var s,n=0;switch("range"===t&&this.options.range===!0&&("min"===i?(this.options.value=this._values(0),this.options.values=null):"max"===i&&(this.options.value=this._values(this.options.values.length-1),this.options.values=null)),e.isArray(this.options.values)&&(n=this.options.values.length),"disabled"===t&&this.element.toggleClass("ui-state-disabled",!!i),this._super(t,i),t){case"orientation":this._detectOrientation(),this.element.removeClass("ui-slider-horizontal 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this._valueMax();var t=this.options.step>0?this.options.step:1,i=(e-this._valueMin())%t,s=e-i;return 2*Math.abs(i)>=t&&(s+=i>0?t:-t),parseFloat(s.toFixed(5))},_calculateNewMax:function(){var e=this.options.max,t=this._valueMin(),i=this.options.step,s=Math.floor(+(e-t).toFixed(this._precision())/i)*i;e=s+t,this.max=parseFloat(e.toFixed(this._precision()))},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_valueMin:function(){return this.options.min},_valueMax:function(){return this.max},_refreshValue:function(){var t,i,s,n,a,o=this.options.range,r=this.options,h=this,l=this._animateOff?!1:r.animate,u={};this.options.values&&this.options.values.length?this.handles.each(function(s){i=100*((h.values(s)-h._valueMin())/(h._valueMax()-h._valueMin())),u["horizontal"===h.orientation?"left":"bottom"]=i+"%",e(this).stop(1,1)[l?"animate":"css"](u,r.animate),h.options.range===!0&&("horizontal"===h.orientation?(0===s&&h.range.stop(1,1)[l?"animate":"css"]({left:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({width:i-t+"%"},{queue:!1,duration:r.animate})):(0===s&&h.range.stop(1,1)[l?"animate":"css"]({bottom:i+"%"},r.animate),1===s&&h.range[l?"animate":"css"]({height:i-t+"%"},{queue:!1,duration:r.animate}))),t=i}):(s=this.value(),n=this._valueMin(),a=this._valueMax(),i=a!==n?100*((s-n)/(a-n)):0,u["horizontal"===this.orientation?"left":"bottom"]=i+"%",this.handle.stop(1,1)[l?"animate":"css"](u,r.animate),"min"===o&&"horizontal"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({width:i+"%"},r.animate),"max"===o&&"horizontal"===this.orientation&&this.range[l?"animate":"css"]({width:100-i+"%"},{queue:!1,duration:r.animate}),"min"===o&&"vertical"===this.orientation&&this.range.stop(1,1)[l?"animate":"css"]({height:i+"%"},r.animate),"max"===o&&"vertical"===this.orientation&&this.range[l?"animate":"css"]({height:100-i+"%"},{queue:!1,duration:r.animate}))},_handleEvents:{keydown:function(t){var i,s,n,a,o=e(t.target).data("ui-slider-handle-index");switch(t.keyCode){case e.ui.keyCode.HOME:case e.ui.keyCode.END:case e.ui.keyCode.PAGE_UP:case e.ui.keyCode.PAGE_DOWN:case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(t.preventDefault(),!this._keySliding&&(this._keySliding=!0,e(t.target).addClass("ui-state-active"),i=this._start(t,o),i===!1))return}switch(a=this.options.step,s=n=this.options.values&&this.options.values.length?this.values(o):this.value(),t.keyCode){case e.ui.keyCode.HOME:n=this._valueMin();break;case e.ui.keyCode.END:n=this._valueMax();break;case e.ui.keyCode.PAGE_UP:n=this._trimAlignValue(s+(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.PAGE_DOWN:n=this._trimAlignValue(s-(this._valueMax()-this._valueMin())/this.numPages);break;case e.ui.keyCode.UP:case e.ui.keyCode.RIGHT:if(s===this._valueMax())return;n=this._trimAlignValue(s+a);break;case e.ui.keyCode.DOWN:case e.ui.keyCode.LEFT:if(s===this._valueMin())return;n=this._trimAlignValue(s-a)}this._slide(t,o,n)},keyup:function(t){var i=e(t.target).data("ui-slider-handle-index");this._keySliding&&(this._keySliding=!1,this._stop(t,i),this._change(t,i),e(t.target).removeClass("ui-state-active"))}}}),e.widget("ui.spinner",{version:"1.11.4",defaultElement:"<input>",widgetEventPrefix:"spin",options:{culture:null,icons:{down:"ui-icon-triangle-1-s",up:"ui-icon-triangle-1-n"},incremental:!0,max:null,min:null,numberFormat:null,page:10,step:1,change:null,spin:null,start:null,stop:null},_create:function(){this._setOption("max",this.options.max),this._setOption("min",this.options.min),this._setOption("step",this.options.step),""!==this.value()&&this._value(this.element.val(),!0),this._draw(),this._on(this._events),this._refresh(),this._on(this.window,{beforeunload:function(){this.element.removeAttr("autocomplete")}})},_getCreateOptions:function(){var t={},i=this.element;return e.each(["min","max","step"],function(e,s){var n=i.attr(s);void 0!==n&&n.length&&(t[s]=n)}),t},_events:{keydown:function(e){this._start(e)&&this._keydown(e)&&e.preventDefault()},keyup:"_stop",focus:function(){this.previous=this.element.val()},blur:function(e){return this.cancelBlur?(delete this.cancelBlur,void 0):(this._stop(),this._refresh(),this.previous!==this.element.val()&&this._trigger("change",e),void 0)},mousewheel:function(e,t){if(t){if(!this.spinning&&!this._start(e))return!1;this._spin((t>0?1:-1)*this.options.step,e),clearTimeout(this.mousewheelTimer),this.mousewheelTimer=this._delay(function(){this.spinning&&this._stop(e)},100),e.preventDefault()}},"mousedown .ui-spinner-button":function(t){function i(){var e=this.element[0]===this.document[0].activeElement;e||(this.element.focus(),this.previous=s,this._delay(function(){this.previous=s}))}var s;s=this.element[0]===this.document[0].activeElement?this.previous:this.element.val(),t.preventDefault(),i.call(this),this.cancelBlur=!0,this._delay(function(){delete this.cancelBlur,i.call(this)}),this._start(t)!==!1&&this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t)},"mouseup .ui-spinner-button":"_stop","mouseenter .ui-spinner-button":function(t){return e(t.currentTarget).hasClass("ui-state-active")?this._start(t)===!1?!1:(this._repeat(null,e(t.currentTarget).hasClass("ui-spinner-up")?1:-1,t),void 0):void 0},"mouseleave .ui-spinner-button":"_stop"},_draw:function(){var e=this.uiSpinner=this.element.addClass("ui-spinner-input").attr("autocomplete","off").wrap(this._uiSpinnerHtml()).parent().append(this._buttonHtml());this.element.attr("role","spinbutton"),this.buttons=e.find(".ui-spinner-button").attr("tabIndex",-1).button().removeClass("ui-corner-all"),this.buttons.height()>Math.ceil(.5*e.height())&&e.height()>0&&e.height(e.height()),this.options.disabled&&this.disable()},_keydown:function(t){var i=this.options,s=e.ui.keyCode;switch(t.keyCode){case s.UP:return this._repeat(null,1,t),!0;case s.DOWN:return this._repeat(null,-1,t),!0;case s.PAGE_UP:return this._repeat(null,i.page,t),!0;case s.PAGE_DOWN:return this._repeat(null,-i.page,t),!0}return!1},_uiSpinnerHtml:function(){return"<span class='ui-spinner ui-widget ui-widget-content ui-corner-all'></span>"},_buttonHtml:function(){return"<a class='ui-spinner-button ui-spinner-up ui-corner-tr'><span class='ui-icon "+this.options.icons.up+"'>&#9650;</span>"+"</a>"+"<a class='ui-spinner-button ui-spinner-down ui-corner-br'>"+"<span class='ui-icon "+this.options.icons.down+"'>&#9660;</span>"+"</a>"},_start:function(e){return this.spinning||this._trigger("start",e)!==!1?(this.counter||(this.counter=1),this.spinning=!0,!0):!1},_repeat:function(e,t,i){e=e||500,clearTimeout(this.timer),this.timer=this._delay(function(){this._repeat(40,t,i)},e),this._spin(t*this.options.step,i)},_spin:function(e,t){var i=this.value()||0;this.counter||(this.counter=1),i=this._adjustValue(i+e*this._increment(this.counter)),this.spinning&&this._trigger("spin",t,{value:i})===!1||(this._value(i),this.counter++)},_increment:function(t){var i=this.options.incremental;return i?e.isFunction(i)?i(t):Math.floor(t*t*t/5e4-t*t/500+17*t/200+1):1},_precision:function(){var e=this._precisionOf(this.options.step);return null!==this.options.min&&(e=Math.max(e,this._precisionOf(this.options.min))),e},_precisionOf:function(e){var t=""+e,i=t.indexOf(".");return-1===i?0:t.length-i-1},_adjustValue:function(e){var t,i,s=this.options;return t=null!==s.min?s.min:0,i=e-t,i=Math.round(i/s.step)*s.step,e=t+i,e=parseFloat(e.toFixed(this._precision())),null!==s.max&&e>s.max?s.max:null!==s.min&&s.min>e?s.min:e},_stop:function(e){this.spinning&&(clearTimeout(this.timer),clearTimeout(this.mousewheelTimer),this.counter=0,this.spinning=!1,this._trigger("stop",e))},_setOption:function(e,t){if("culture"===e||"numberFormat"===e){var i=this._parse(this.element.val());return this.options[e]=t,this.element.val(this._format(i)),void 0}("max"===e||"min"===e||"step"===e)&&"string"==typeof t&&(t=this._parse(t)),"icons"===e&&(this.buttons.first().find(".ui-icon").removeClass(this.options.icons.up).addClass(t.up),this.buttons.last().find(".ui-icon").removeClass(this.options.icons.down).addClass(t.down)),this._super(e,t),"disabled"===e&&(this.widget().toggleClass("ui-state-disabled",!!t),this.element.prop("disabled",!!t),this.buttons.button(t?"disable":"enable"))},_setOptions:s(function(e){this._super(e)}),_parse:function(e){return"string"==typeof e&&""!==e&&(e=window.Globalize&&this.options.numberFormat?Globalize.parseFloat(e,10,this.options.culture):+e),""===e||isNaN(e)?null:e
+},_format:function(e){return""===e?"":window.Globalize&&this.options.numberFormat?Globalize.format(e,this.options.numberFormat,this.options.culture):e},_refresh:function(){this.element.attr({"aria-valuemin":this.options.min,"aria-valuemax":this.options.max,"aria-valuenow":this._parse(this.element.val())})},isValid:function(){var e=this.value();return null===e?!1:e===this._adjustValue(e)},_value:function(e,t){var i;""!==e&&(i=this._parse(e),null!==i&&(t||(i=this._adjustValue(i)),e=this._format(i))),this.element.val(e),this._refresh()},_destroy:function(){this.element.removeClass("ui-spinner-input").prop("disabled",!1).removeAttr("autocomplete").removeAttr("role").removeAttr("aria-valuemin").removeAttr("aria-valuemax").removeAttr("aria-valuenow"),this.uiSpinner.replaceWith(this.element)},stepUp:s(function(e){this._stepUp(e)}),_stepUp:function(e){this._start()&&(this._spin((e||1)*this.options.step),this._stop())},stepDown:s(function(e){this._stepDown(e)}),_stepDown:function(e){this._start()&&(this._spin((e||1)*-this.options.step),this._stop())},pageUp:s(function(e){this._stepUp((e||1)*this.options.page)}),pageDown:s(function(e){this._stepDown((e||1)*this.options.page)}),value:function(e){return arguments.length?(s(this._value).call(this,e),void 0):this._parse(this.element.val())},widget:function(){return this.uiSpinner}}),e.widget("ui.tabs",{version:"1.11.4",delay:300,options:{active:null,collapsible:!1,event:"click",heightStyle:"content",hide:null,show:null,activate:null,beforeActivate:null,beforeLoad:null,load:null},_isLocal:function(){var e=/#.*$/;return function(t){var i,s;t=t.cloneNode(!1),i=t.href.replace(e,""),s=location.href.replace(e,"");try{i=decodeURIComponent(i)}catch(n){}try{s=decodeURIComponent(s)}catch(n){}return t.hash.length>1&&i===s}}(),_create:function(){var t=this,i=this.options;this.running=!1,this.element.addClass("ui-tabs ui-widget ui-widget-content ui-corner-all").toggleClass("ui-tabs-collapsible",i.collapsible),this._processTabs(),i.active=this._initialActive(),e.isArray(i.disabled)&&(i.disabled=e.unique(i.disabled.concat(e.map(this.tabs.filter(".ui-state-disabled"),function(e){return t.tabs.index(e)}))).sort()),this.active=this.options.active!==!1&&this.anchors.length?this._findActive(i.active):e(),this._refresh(),this.active.length&&this.load(i.active)},_initialActive:function(){var t=this.options.active,i=this.options.collapsible,s=location.hash.substring(1);return null===t&&(s&&this.tabs.each(function(i,n){return e(n).attr("aria-controls")===s?(t=i,!1):void 0}),null===t&&(t=this.tabs.index(this.tabs.filter(".ui-tabs-active"))),(null===t||-1===t)&&(t=this.tabs.length?0:!1)),t!==!1&&(t=this.tabs.index(this.tabs.eq(t)),-1===t&&(t=i?!1:0)),!i&&t===!1&&this.anchors.length&&(t=0),t},_getCreateEventData:function(){return{tab:this.active,panel:this.active.length?this._getPanelForTab(this.active):e()}},_tabKeydown:function(t){var i=e(this.document[0].activeElement).closest("li"),s=this.tabs.index(i),n=!0;if(!this._handlePageNav(t)){switch(t.keyCode){case e.ui.keyCode.RIGHT:case e.ui.keyCode.DOWN:s++;break;case e.ui.keyCode.UP:case e.ui.keyCode.LEFT:n=!1,s--;break;case e.ui.keyCode.END:s=this.anchors.length-1;break;case e.ui.keyCode.HOME:s=0;break;case e.ui.keyCode.SPACE:return t.preventDefault(),clearTimeout(this.activating),this._activate(s),void 0;case e.ui.keyCode.ENTER:return t.preventDefault(),clearTimeout(this.activating),this._activate(s===this.options.active?!1:s),void 0;default:return}t.preventDefault(),clearTimeout(this.activating),s=this._focusNextTab(s,n),t.ctrlKey||t.metaKey||(i.attr("aria-selected","false"),this.tabs.eq(s).attr("aria-selected","true"),this.activating=this._delay(function(){this.option("active",s)},this.delay))}},_panelKeydown:function(t){this._handlePageNav(t)||t.ctrlKey&&t.keyCode===e.ui.keyCode.UP&&(t.preventDefault(),this.active.focus())},_handlePageNav:function(t){return t.altKey&&t.keyCode===e.ui.keyCode.PAGE_UP?(this._activate(this._focusNextTab(this.options.active-1,!1)),!0):t.altKey&&t.keyCode===e.ui.keyCode.PAGE_DOWN?(this._activate(this._focusNextTab(this.options.active+1,!0)),!0):void 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+<style type="text/css">
+
+.tocify {
+width: 20%;
+max-height: 90%;
+overflow: auto;
+margin-left: 2%;
+position: fixed;
+border: 1px solid #ccc;
+border-radius: 6px;
+}
+
+.tocify ul, .tocify li {
+list-style: none;
+margin: 0;
+padding: 0;
+border: none;
+line-height: 30px;
+}
+
+.tocify-header {
+text-indent: 10px;
+}
+
+.tocify-subheader {
+text-indent: 20px;
+display: none;
+}
+
+.tocify-subheader li {
+font-size: 12px;
+}
+
+.tocify-subheader .tocify-subheader {
+text-indent: 30px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 40px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 50px;
+}
+.tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader .tocify-subheader {
+text-indent: 60px;
+}
+
+.tocify .tocify-item > a, .tocify .nav-list .nav-header {
+margin: 0px;
+}
+
+.tocify .tocify-item a, .tocify .list-group-item {
+padding: 5px;
+}
+.tocify .nav-pills > li {
+float: none;
+}
+
+
+</style>
+<script>/* jquery Tocify - v1.9.1 - 2013-10-22
+ * http://www.gregfranko.com/jquery.tocify.js/
+ * Copyright (c) 2013 Greg Franko; Licensed MIT */
+
+// Immediately-Invoked Function Expression (IIFE) [Ben Alman Blog Post](http://benalman.com/news/2010/11/immediately-invoked-function-expression/) that calls another IIFE that contains all of the plugin logic.  I used this pattern so that anyone viewing this code would not have to scroll to the bottom of the page to view the local parameters that were passed to the main IIFE.
+(function(tocify) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    // Calls the second IIFE and locally passes in the global jQuery, window, and document objects
+    tocify(window.jQuery, window, document);
+
+  }
+
+  // Locally passes in `jQuery`, the `window` object, the `document` object, and an `undefined` variable.  The `jQuery`, `window` and `document` objects are passed in locally, to improve performance, since javascript first searches for a variable match within the local variables set before searching the global variables set.  All of the global variables are also passed in locally to be minifier friendly. `undefined` can be passed in locally, because it is not a reserved word in JavaScript.
+  (function($, window, document, undefined) {
+
+    // ECMAScript 5 Strict Mode: [John Resig Blog Post](http://ejohn.org/blog/ecmascript-5-strict-mode-json-and-more/)
+    "use strict";
+
+    var tocClassName = "tocify",
+      tocClass = "." + tocClassName,
+      tocFocusClassName = "tocify-focus",
+      tocHoverClassName = "tocify-hover",
+      hideTocClassName = "tocify-hide",
+      hideTocClass = "." + hideTocClassName,
+      headerClassName = "tocify-header",
+      headerClass = "." + headerClassName,
+      subheaderClassName = "tocify-subheader",
+      subheaderClass = "." + subheaderClassName,
+      itemClassName = "tocify-item",
+      itemClass = "." + itemClassName,
+      extendPageClassName = "tocify-extend-page",
+      extendPageClass = "." + extendPageClassName;
+
+    // Calling the jQueryUI Widget Factory Method
+    $.widget("toc.tocify", {
+
+      //Plugin version
+      version: "1.9.1",
+
+      // These options will be used as defaults
+      options: {
+
+        // **context**: Accepts String: Any jQuery selector
+        // The container element that holds all of the elements used to generate the table of contents
+        context: "body",
+
+        // **ignoreSelector**: Accepts String: Any jQuery selector
+        // A selector to any element that would be matched by selectors that you wish to be ignored
+        ignoreSelector: null,
+
+        // **selectors**: Accepts an Array of Strings: Any jQuery selectors
+        // The element's used to generate the table of contents.  The order is very important since it will determine the table of content's nesting structure
+        selectors: "h1, h2, h3",
+
+        // **showAndHide**: Accepts a boolean: true or false
+        // Used to determine if elements should be shown and hidden
+        showAndHide: true,
+
+        // **showEffect**: Accepts String: "none", "fadeIn", "show", or "slideDown"
+        // Used to display any of the table of contents nested items
+        showEffect: "slideDown",
+
+        // **showEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the show animation
+        showEffectSpeed: "medium",
+
+        // **hideEffect**: Accepts String: "none", "fadeOut", "hide", or "slideUp"
+        // Used to hide any of the table of contents nested items
+        hideEffect: "slideUp",
+
+        // **hideEffectSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the hide animation
+        hideEffectSpeed: "medium",
+
+        // **smoothScroll**: Accepts a boolean: true or false
+        // Determines if a jQuery animation should be used to scroll to specific table of contents items on the page
+        smoothScroll: true,
+
+        // **smoothScrollSpeed**: Accepts Number (milliseconds) or String: "slow", "medium", or "fast"
+        // The time duration of the smoothScroll animation
+        smoothScrollSpeed: "medium",
+
+        // **scrollTo**: Accepts Number (pixels)
+        // The amount of space between the top of page and the selected table of contents item after the page has been scrolled
+        scrollTo: 0,
+
+        // **showAndHideOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be shown and hidden while scrolling
+        showAndHideOnScroll: true,
+
+        // **highlightOnScroll**: Accepts a boolean: true or false
+        // Determines if table of contents nested items should be highlighted (set to a different color) while scrolling
+        highlightOnScroll: true,
+
+        // **highlightOffset**: Accepts a number
+        // The offset distance in pixels to trigger the next active table of contents item
+        highlightOffset: 40,
+
+        // **theme**: Accepts a string: "bootstrap", "jqueryui", or "none"
+        // Determines if Twitter Bootstrap, jQueryUI, or Tocify classes should be added to the table of contents
+        theme: "bootstrap",
+
+        // **extendPage**: Accepts a boolean: true or false
+        // If a user scrolls to the bottom of the page and the page is not tall enough to scroll to the last table of contents item, then the page height is increased
+        extendPage: true,
+
+        // **extendPageOffset**: Accepts a number: pixels
+        // How close to the bottom of the page a user must scroll before the page is extended
+        extendPageOffset: 100,
+
+        // **history**: Accepts a boolean: true or false
+        // Adds a hash to the page url to maintain history
+        history: true,
+
+        // **scrollHistory**: Accepts a boolean: true or false
+        // Adds a hash to the page url, to maintain history, when scrolling to a TOC item
+        scrollHistory: false,
+
+        // **hashGenerator**: How the hash value (the anchor segment of the URL, following the
+        // # character) will be generated.
+        //
+        // "compact" (default) - #CompressesEverythingTogether
+        // "pretty" - #looks-like-a-nice-url-and-is-easily-readable
+        // function(text, element){} - Your own hash generation function that accepts the text as an
+        // argument, and returns the hash value.
+        hashGenerator: "compact",
+
+        // **highlightDefault**: Accepts a boolean: true or false
+        // Set's the first TOC item as active if no other TOC item is active.
+        highlightDefault: true
+
+      },
+
+      // _Create
+      // -------
+      //      Constructs the plugin.  Only called once.
+      _create: function() {
+
+        var self = this;
+
+        self.extendPageScroll = true;
+
+        // Internal array that keeps track of all TOC items (Helps to recognize if there are duplicate TOC item strings)
+        self.items = [];
+
+        // Generates the HTML for the dynamic table of contents
+        self._generateToc();
+
+        // Adds CSS classes to the newly generated table of contents HTML
+        self._addCSSClasses();
+
+        self.webkit = (function() {
+
+          for (var prop in window) {
+
+            if (prop) {
+
+              if (prop.toLowerCase().indexOf("webkit") !== -1) {
+
+                return true;
+
+              }
+
+            }
+
+          }
+
+          return false;
+
+        }());
+
+        // Adds jQuery event handlers to the newly generated table of contents
+        self._setEventHandlers();
+
+        // Binding to the Window load event to make sure the correct scrollTop is calculated
+        $(window).on("load", function() {
+
+          // Sets the active TOC item
+          self._setActiveElement(true);
+
+          // Once all animations on the page are complete, this callback function will be called
+          $("html, body").promise().done(function() {
+
+            setTimeout(function() {
+
+              self.extendPageScroll = false;
+
+            }, 0);
+
+          });
+
+        });
+
+      },
+
+      // _generateToc
+      // ------------
+      //      Generates the HTML for the dynamic table of contents
+      _generateToc: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // All of the HTML tags found within the context provided (i.e. body) that match the top level jQuery selector above
+          firstElem,
+
+          // Instantiated variable that will store the top level newly created unordered list DOM element
+          ul,
+          ignoreSelector = self.options.ignoreSelector;
+
+
+        // Determine the element to start the toc with
+        // get all the top level selectors
+        firstElem = [];
+        var selectors = this.options.selectors.replace(/ /g, "").split(",");
+        // find the first set that have at least one non-ignored element
+        for(var i = 0; i < selectors.length; i++) {
+          var foundSelectors = $(this.options.context).find(selectors[i]);
+          for (var s = 0; s < foundSelectors.length; s++) {
+            if (!$(foundSelectors[s]).is(ignoreSelector)) {
+              firstElem = foundSelectors;
+              break;
+            }
+          }
+          if (firstElem.length> 0)
+            break;
+        }
+
+        if (!firstElem.length) {
+
+          self.element.addClass(hideTocClassName);
+
+          return;
+
+        }
+
+        self.element.addClass(tocClassName);
+
+        // Loops through each top level selector
+        firstElem.each(function(index) {
+
+          //If the element matches the ignoreSelector then we skip it
+          if ($(this).is(ignoreSelector)) {
+            return;
+          }
+
+          // Creates an unordered list HTML element and adds a dynamic ID and standard class name
+          ul = $("<ul/>", {
+            "id": headerClassName + index,
+            "class": headerClassName
+          }).
+
+          // Appends a top level list item HTML element to the previously created HTML header
+          append(self._nestElements($(this), index));
+
+          // Add the created unordered list element to the HTML element calling the plugin
+          self.element.append(ul);
+
+          // Finds all of the HTML tags between the header and subheader elements
+          $(this).nextUntil(this.nodeName.toLowerCase()).each(function() {
+
+            // If there are no nested subheader elemements
+            if ($(this).find(self.options.selectors).length === 0) {
+
+              // Loops through all of the subheader elements
+              $(this).filter(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+            // If there are nested subheader elements
+            else {
+
+              // Loops through all of the subheader elements
+              $(this).find(self.options.selectors).each(function() {
+
+                //If the element matches the ignoreSelector then we skip it
+                if ($(this).is(ignoreSelector)) {
+                  return;
+                }
+
+                self._appendSubheaders.call(this, self, ul);
+
+              });
+
+            }
+
+          });
+
+        });
+
+      },
+
+      _setActiveElement: function(pageload) {
+
+        var self = this,
+
+          hash = window.location.hash.substring(1),
+
+          elem = self.element.find('li[data-unique="' + hash + '"]');
+
+        if (hash.length) {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          elem.addClass(self.focusClass);
+
+          // Triggers the click event on the currently focused TOC item
+          elem.click();
+
+        } else {
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          if (!hash.length && pageload && self.options.highlightDefault) {
+
+            // Highlights the first TOC item if no other items are highlighted
+            self.element.find(itemClass).first().addClass(self.focusClass);
+
+          }
+
+        }
+
+        return self;
+
+      },
+
+      // _nestElements
+      // -------------
+      //      Helps create the table of contents list by appending nested list items
+      _nestElements: function(self, index) {
+
+        var arr, item, hashValue;
+
+        arr = $.grep(this.items, function(item) {
+
+          return item === self.text();
+
+        });
+
+        // If there is already a duplicate TOC item
+        if (arr.length) {
+
+          // Adds the current TOC item text and index (for slight randomization) to the internal array
+          this.items.push(self.text() + index);
+
+        }
+
+        // If there not a duplicate TOC item
+        else {
+
+          // Adds the current TOC item text to the internal array
+          this.items.push(self.text());
+
+        }
+
+        hashValue = this._generateHashValue(arr, self, index);
+
+        // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+        item = $("<li/>", {
+
+          // Sets a common class name to the list item
+          "class": itemClassName,
+
+          "data-unique": hashValue
+
+        });
+
+        if (this.options.theme !== "bootstrap3") {
+
+          item.append($("<a/>", {
+
+            "html": self.html()
+
+          }));
+
+        } else {
+
+          item.html(self.html());
+
+        }
+
+        // Adds an HTML anchor tag before the currently traversed HTML element
+        self.before($("<div/>", {
+
+          // Sets a name attribute on the anchor tag to the text of the currently traversed HTML element (also making sure that all whitespace is replaced with an underscore)
+          "name": hashValue,
+
+          "data-unique": hashValue
+
+        }));
+
+        return item;
+
+      },
+
+      // _generateHashValue
+      // ------------------
+      //      Generates the hash value that will be used to refer to each item.
+      _generateHashValue: function(arr, self, index) {
+
+        var hashValue = "",
+          hashGeneratorOption = this.options.hashGenerator;
+
+        if (hashGeneratorOption === "pretty") {
+
+          // prettify the text
+          hashValue = self.text().toLowerCase().replace(/\s/g, "-");
+
+          // fix double hyphens
+          while (hashValue.indexOf("--") > -1) {
+            hashValue = hashValue.replace(/--/g, "-");
+          }
+
+          // fix colon-space instances
+          while (hashValue.indexOf(":-") > -1) {
+            hashValue = hashValue.replace(/:-/g, "-");
+          }
+
+        } else if (typeof hashGeneratorOption === "function") {
+
+          // call the function
+          hashValue = hashGeneratorOption(self.text(), self);
+
+        } else {
+
+          // compact - the default
+          hashValue = self.text().replace(/\s/g, "");
+
+        }
+
+        // add the index if we need to
+        if (arr.length) {
+          hashValue += "" + index;
+        }
+
+        // return the value
+        return hashValue;
+
+      },
+
+      // _appendElements
+      // ---------------
+      //      Helps create the table of contents list by appending subheader elements
+
+      _appendSubheaders: function(self, ul) {
+
+        // The current element index
+        var index = $(this).index(self.options.selectors),
+
+          // Finds the previous header DOM element
+          previousHeader = $(self.options.selectors).eq(index - 1),
+
+          currentTagName = +$(this).prop("tagName").charAt(1),
+
+          previousTagName = +previousHeader.prop("tagName").charAt(1),
+
+          lastSubheader;
+
+        // If the current header DOM element is smaller than the previous header DOM element or the first subheader
+        if (currentTagName < previousTagName) {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          self.element.find(subheaderClass + "[data-tag=" + currentTagName + "]").last().append(self._nestElements($(this), index));
+
+        }
+
+        // If the current header DOM element is the same type of header(eg. h4) as the previous header DOM element
+        else if (currentTagName === previousTagName) {
+
+          ul.find(itemClass).last().after(self._nestElements($(this), index));
+
+        } else {
+
+          // Selects the last unordered list HTML found within the HTML element calling the plugin
+          ul.find(itemClass).last().
+
+          // Appends an unorderedList HTML element to the dynamic `unorderedList` variable and sets a common class name
+          after($("<ul/>", {
+
+            "class": subheaderClassName,
+
+            "data-tag": currentTagName
+
+          })).next(subheaderClass).
+
+          // Appends a list item HTML element to the last unordered list HTML element found within the HTML element calling the plugin
+          append(self._nestElements($(this), index));
+        }
+
+      },
+
+      // _setEventHandlers
+      // ----------------
+      //      Adds jQuery event handlers to the newly generated table of contents
+      _setEventHandlers: function() {
+
+        // _Local variables_
+
+        // Stores the plugin context in the self variable
+        var self = this,
+
+          // Instantiates a new variable that will be used to hold a specific element's context
+          $self,
+
+          // Instantiates a new variable that will be used to determine the smoothScroll animation time duration
+          duration;
+
+        // Event delegation that looks for any clicks on list item elements inside of the HTML element calling the plugin
+        this.element.on("click.tocify", "li", function(event) {
+
+          if (self.options.history) {
+
+            window.location.hash = $(this).attr("data-unique");
+
+          }
+
+          // Removes highlighting from all of the list item's
+          self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+          // Highlights the current list item that was clicked
+          $(this).addClass(self.focusClass);
+
+          // If the showAndHide option is true
+          if (self.options.showAndHide) {
+
+            var elem = $('li[data-unique="' + $(this).attr("data-unique") + '"]');
+
+            self._triggerShow(elem);
+
+          }
+
+          self._scrollTo($(this));
+
+        });
+
+        // Mouseenter and Mouseleave event handlers for the list item's within the HTML element calling the plugin
+        this.element.find("li").on({
+
+          // Mouseenter event handler
+          "mouseenter.tocify": function() {
+
+            // Adds a hover CSS class to the current list item
+            $(this).addClass(self.hoverClass);
+
+            // Makes sure the cursor is set to the pointer icon
+            $(this).css("cursor", "pointer");
+
+          },
+
+          // Mouseleave event handler
+          "mouseleave.tocify": function() {
+
+            if (self.options.theme !== "bootstrap") {
+
+              // Removes the hover CSS class from the current list item
+              $(this).removeClass(self.hoverClass);
+
+            }
+
+          }
+        });
+
+        // only attach handler if needed (expensive in IE)
+        if (self.options.extendPage || self.options.highlightOnScroll || self.options.scrollHistory || self.options.showAndHideOnScroll) {
+          // Window scroll event handler
+          $(window).on("scroll.tocify", function() {
+
+            // Once all animations on the page are complete, this callback function will be called
+            $("html, body").promise().done(function() {
+
+              // Local variables
+
+              // Stores how far the user has scrolled
+              var winScrollTop = $(window).scrollTop(),
+
+                // Stores the height of the window
+                winHeight = $(window).height(),
+
+                // Stores the height of the document
+                docHeight = $(document).height(),
+
+                scrollHeight = $("body")[0].scrollHeight,
+
+                // Instantiates a variable that will be used to hold a selected HTML element
+                elem,
+
+                lastElem,
+
+                lastElemOffset,
+
+                currentElem;
+
+              if (self.options.extendPage) {
+
+                // If the user has scrolled to the bottom of the page and the last toc item is not focused
+                if ((self.webkit && winScrollTop >= scrollHeight - winHeight - self.options.extendPageOffset) || (!self.webkit && winHeight + winScrollTop > docHeight - self.options.extendPageOffset)) {
+
+                  if (!$(extendPageClass).length) {
+
+                    lastElem = $('div[data-unique="' + $(itemClass).last().attr("data-unique") + '"]');
+
+                    if (!lastElem.length) return;
+
+                    // Gets the top offset of the page header that is linked to the last toc item
+                    lastElemOffset = lastElem.offset().top;
+
+                    // Appends a div to the bottom of the page and sets the height to the difference of the window scrollTop and the last element's position top offset
+                    $(self.options.context).append($("<div/>", {
+
+                      "class": extendPageClassName,
+
+                      "height": Math.abs(lastElemOffset - winScrollTop) + "px",
+
+                      "data-unique": extendPageClassName
+
+                    }));
+
+                    if (self.extendPageScroll) {
+
+                      currentElem = self.element.find('li.' + self.focusClass);
+
+                      self._scrollTo($('div[data-unique="' + currentElem.attr("data-unique") + '"]'));
+
+                    }
+
+                  }
+
+                }
+
+              }
+
+              // The zero timeout ensures the following code is run after the scroll events
+              setTimeout(function() {
+
+                // _Local variables_
+
+                // Stores the distance to the closest anchor
+                var closestAnchorDistance = null,
+
+                  // Stores the index of the closest anchor
+                  closestAnchorIdx = null,
+
+                  // Keeps a reference to all anchors
+                  anchors = $(self.options.context).find("div[data-unique]"),
+
+                  anchorText;
+
+                // Determines the index of the closest anchor
+                anchors.each(function(idx) {
+                  var distance = Math.abs(($(this).next().length ? $(this).next() : $(this)).offset().top - winScrollTop - self.options.highlightOffset);
+                  if (closestAnchorDistance == null || distance < closestAnchorDistance) {
+                    closestAnchorDistance = distance;
+                    closestAnchorIdx = idx;
+                  } else {
+                    return false;
+                  }
+                });
+
+                anchorText = $(anchors[closestAnchorIdx]).attr("data-unique");
+
+                // Stores the list item HTML element that corresponds to the currently traversed anchor tag
+                elem = $('li[data-unique="' + anchorText + '"]');
+
+                // If the `highlightOnScroll` option is true and a next element is found
+                if (self.options.highlightOnScroll && elem.length) {
+
+                  // Removes highlighting from all of the list item's
+                  self.element.find("." + self.focusClass).removeClass(self.focusClass);
+
+                  // Highlights the corresponding list item
+                  elem.addClass(self.focusClass);
+
+                }
+
+                if (self.options.scrollHistory) {
+
+                  if (window.location.hash !== "#" + anchorText) {
+
+                    window.location.replace("#" + anchorText);
+
+                  }
+                }
+
+                // If the `showAndHideOnScroll` option is true
+                if (self.options.showAndHideOnScroll && self.options.showAndHide) {
+
+                  self._triggerShow(elem, true);
+
+                }
+
+              }, 0);
+
+            });
+
+          });
+        }
+
+      },
+
+      // Show
+      // ----
+      //      Opens the current sub-header
+      show: function(elem, scroll) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this,
+          element = elem;
+
+        // If the sub-header is not already visible
+        if (!elem.is(":visible")) {
+
+          // If the current element does not have any nested subheaders, is not a header, and its parent is not visible
+          if (!elem.find(subheaderClass).length && !elem.parent().is(headerClass) && !elem.parent().is(":visible")) {
+
+            // Sets the current element to all of the subheaders within the current header
+            elem = elem.parents(subheaderClass).add(elem);
+
+          }
+
+          // If the current element does not have any nested subheaders and is not a header
+          else if (!elem.children(subheaderClass).length && !elem.parent().is(headerClass)) {
+
+            // Sets the current element to the closest subheader
+            elem = elem.closest(subheaderClass);
+
+          }
+
+          //Determines what jQuery effect to use
+          switch (self.options.showEffect) {
+
+            //Uses `no effect`
+            case "none":
+
+              elem.show();
+
+              break;
+
+              //Uses the jQuery `show` special effect
+            case "show":
+
+              elem.show(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `slideDown` special effect
+            case "slideDown":
+
+              elem.slideDown(self.options.showEffectSpeed);
+
+              break;
+
+              //Uses the jQuery `fadeIn` special effect
+            case "fadeIn":
+
+              elem.fadeIn(self.options.showEffectSpeed);
+
+              break;
+
+              //If none of the above options were passed, then a `jQueryUI show effect` is expected
+            default:
+
+              elem.show();
+
+              break;
+
+          }
+
+        }
+
+        // If the current subheader parent element is a header
+        if (elem.parent().is(headerClass)) {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem));
+
+        }
+
+        // If the current subheader parent element is not a header
+        else {
+
+          // Hides all non-active sub-headers
+          self.hide($(subheaderClass).not(elem.closest(headerClass).find(subheaderClass).not(elem.siblings())));
+
+        }
+
+        // Maintains chainablity
+        return self;
+
+      },
+
+      // Hide
+      // ----
+      //      Closes the current sub-header
+      hide: function(elem) {
+
+        // Stores the plugin context in the `self` variable
+        var self = this;
+
+        //Determines what jQuery effect to use
+        switch (self.options.hideEffect) {
+
+          // Uses `no effect`
+          case "none":
+
+            elem.hide();
+
+            break;
+
+            // Uses the jQuery `hide` special effect
+          case "hide":
+
+            elem.hide(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `slideUp` special effect
+          case "slideUp":
+
+            elem.slideUp(self.options.hideEffectSpeed);
+
+            break;
+
+            // Uses the jQuery `fadeOut` special effect
+          case "fadeOut":
+
+            elem.fadeOut(self.options.hideEffectSpeed);
+
+            break;
+
+            // If none of the above options were passed, then a `jqueryUI hide effect` is expected
+          default:
+
+            elem.hide();
+
+            break;
+
+        }
+
+        // Maintains chainablity
+        return self;
+      },
+
+      // _triggerShow
+      // ------------
+      //      Determines what elements get shown on scroll and click
+      _triggerShow: function(elem, scroll) {
+
+        var self = this;
+
+        // If the current element's parent is a header element or the next element is a nested subheader element
+        if (elem.parent().is(headerClass) || elem.next().is(subheaderClass)) {
+
+          // Shows the next sub-header element
+          self.show(elem.next(subheaderClass), scroll);
+
+        }
+
+        // If the current element's parent is a subheader element
+        else if (elem.parent().is(subheaderClass)) {
+
+          // Shows the parent sub-header element
+          self.show(elem.parent(), scroll);
+
+        }
+
+        // Maintains chainability
+        return self;
+
+      },
+
+      // _addCSSClasses
+      // --------------
+      //      Adds CSS classes to the newly generated table of contents HTML
+      _addCSSClasses: function() {
+
+        // If the user wants a jqueryUI theme
+        if (this.options.theme === "jqueryui") {
+
+          this.focusClass = "ui-state-default";
+
+          this.hoverClass = "ui-state-hover";
+
+          //Adds the default styling to the dropdown list
+          this.element.addClass("ui-widget").find(".toc-title").addClass("ui-widget-header").end().find("li").addClass("ui-widget-content");
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("nav nav-list");
+
+          this.focusClass = "active";
+
+        }
+
+        // If the user wants a twitterBootstrap theme
+        else if (this.options.theme === "bootstrap3") {
+
+          this.element.find(headerClass + "," + subheaderClass).addClass("list-group");
+
+          this.element.find(itemClass).addClass("list-group-item");
+
+          this.focusClass = "active";
+
+        }
+
+        // If a user does not want a prebuilt theme
+        else {
+
+          // Adds more neutral classes (instead of jqueryui)
+
+          this.focusClass = tocFocusClassName;
+
+          this.hoverClass = tocHoverClassName;
+
+        }
+
+        //Maintains chainability
+        return this;
+
+      },
+
+      // setOption
+      // ---------
+      //      Sets a single Tocify option after the plugin is invoked
+      setOption: function() {
+
+        // Calls the jQueryUI Widget Factory setOption method
+        $.Widget.prototype._setOption.apply(this, arguments);
+
+      },
+
+      // setOptions
+      // ----------
+      //      Sets a single or multiple Tocify options after the plugin is invoked
+      setOptions: function() {
+
+        // Calls the jQueryUI Widget Factory setOptions method
+        $.Widget.prototype._setOptions.apply(this, arguments);
+
+      },
+
+      // _scrollTo
+      // ---------
+      //      Scrolls to a specific element
+      _scrollTo: function(elem) {
+
+        var self = this,
+          duration = self.options.smoothScroll || 0,
+          scrollTo = self.options.scrollTo,
+          currentDiv = $('div[data-unique="' + elem.attr("data-unique") + '"]');
+
+        if (!currentDiv.length) {
+
+          return self;
+
+        }
+
+        // Once all animations on the page are complete, this callback function will be called
+        $("html, body").promise().done(function() {
+
+          // Animates the html and body element scrolltops
+          $("html, body").animate({
+
+            // Sets the jQuery `scrollTop` to the top offset of the HTML div tag that matches the current list item's `data-unique` tag
+            "scrollTop": currentDiv.offset().top - ($.isFunction(scrollTo) ? scrollTo.call() : scrollTo) + "px"
+
+          }, {
+
+            // Sets the smoothScroll animation time duration to the smoothScrollSpeed option
+            "duration": duration
+
+          });
+
+        });
+
+        // Maintains chainability
+        return self;
+
+      }
+
+    });
+
+  })); //end of plugin
+</script>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<style type="text/css">.hljs-literal {
+color: #990073;
+}
+.hljs-number {
+color: #099;
+}
+.hljs-comment {
+color: #998;
+font-style: italic;
+}
+.hljs-keyword {
+color: #900;
+font-weight: bold;
+}
+.hljs-string {
+color: #d14;
+}
+</style>
+<script src="data:application/javascript;base64,/*! highlight.js v9.12.0 | BSD3 License | git.io/hljslicense */
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+</head>
+
+<body>
+
+
+<div class="container-fluid main-container">
+
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+<!-- setup 3col/9col grid for toc_float and main content  -->
+<div class="row">
+<div class="col-xs-12 col-sm-4 col-md-3">
+<div id="TOC" class="tocify">
+</div>
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+
+<div class="toc-content col-xs-12 col-sm-8 col-md-9">
+
+
+
+
+<div id="header">
+
+
+
+<h1 class="title toc-ignore">Getting Started Instructions
+(ME.440.825)</h1>
+<h4 class="author">Loyal Goff</h4>
+<h4 class="date">2022-08-05</h4>
+
+</div>
+
+
+<div id="connecting-to-the-online-high-performance-compute-environment-rockfish" class="section level1">
+<h1>Connecting to the online high-performance compute environment
+(rockfish)</h1>
+<p>Throughout the course, students and instructors will have access to
+the rockfish high-performance compute environment at JHU. This is
+primarily our safeguard to streamline learning in case of
+troubleshooting issues on local installations (which are preferred).
+Prior to the first day of the course, all students should <a href="register%20for%20accounts%20on%20the%20rockfish%20platform">https://coldfront.rockfish.jhu.edu/user/register/</a>.
+Once you have created an account, we will add you to the reserved
+allocation for this semester’s course.</p>
+<div id="introduction-videos-to-rockfish" class="section level2">
+<h2>Introduction videos to rockfish</h2>
+<p><a href="https://www.arch.jhu.edu/support/training-education/videos/">Introduction
+videos</a></p>
+</div>
+<div id="familiarizing-yourself-with-the-rockfish-cluster" class="section level2">
+<h2>Familiarizing yourself with the rockfish cluster</h2>
+<p>As the course progresses, we will utilize this system more and more
+if the compute needs exceed those of your local system. We will be
+providing more detailed information on how to connect to and use this
+system as this is developed. Materials will be released on Canvas.</p>
+<p>There will be many tools and packages that you will need for this
+course, and we will make every attempt to either provide specific
+installation instructions, or create a compute environment (via
+docker/singularity container(s)) that provides these tools for you.</p>
+</div>
+</div>
+<div id="local-installation" class="section level1">
+<h1>Local Installation</h1>
+<p>For much of the course, we hope that you will be able to follow along
+and perform your analyses on your local computer or an environment of
+your choosing. To do so, you will need to setup your compute environment
+by installing a few key software tools and programs.</p>
+<div id="downloading-installing-r" class="section level2">
+<h2>Downloading &amp; Installing R</h2>
+<p>To get started, you will first have to install R on your local
+machine. Both R and RStudio are free to download and use. R is developed
+and maintained by a large network of individuals and the software is
+made available (open source) on the <a href="http://cran.r-project.org/">Comprehensive R Archive
+Network</a>.</p>
+<p><img src="data:image/png;base64,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" /></p>
+<p>This video tutorial will walk you through the process of installing R
+on your machine.</p>
+<p><a href="https://vimeo.com/203516510">Installing R</a></p>
+</div>
+<div id="downloading-installing-rstudio" class="section level2">
+<h2>Downloading &amp; Installing RStudio</h2>
+<p>RStudio is an ‘Integrated Development Environment’ (IDE) which is a
+program that is optimized for working and writing in a specific
+programming language(s). RStudio is <em>free</em> software that we will
+use to help learn R, and facilitate the development of our research
+projects during this course.</p>
+<p>This video tutorial will help guide you in installing RStudio</p>
+<p><a href="https://vimeo.com/203516968">Installing RStudio</a></p>
+<div id="windows-10-users" class="section level3">
+<h3>Windows 10 users</h3>
+<p>RStudio is originally designed to work with linux distributions and
+Mac OSX. Windows users are advised to additionally install a
+virtualization system called Windows Subsystem for Linux 2.0 (WSL2).
+This will create a ‘virtual’ linux computer within your Windows machine
+that will allow you to perform many of the linux/Mac-specific tasks
+required for this course and many types of data analysis.</p>
+<p>To install and configure your Windows10 system to use WSL2, please
+follow the instructions provided here:</p>
+<p><a href="https://support.rstudio.com/hc/en-us/articles/360049776974-Using-RStudio-Server-in-Windows-WSL2">WSL2
+Install and RStudio Setup for Windows</a></p>
+<p>This will walk you through the creating of an Ubuntu wsl system where
+you can then install RStudio from within ubuntu. This will then mirror a
+computational biology environment that will allow you to build and
+install many of the linux-style tools that are commonly used for
+bioinformatics workflows.</p>
+</div>
+</div>
+</div>
+<div id="taking-rrstudio-for-a-test-run" class="section level1">
+<h1>Taking R/RStudio for a test run</h1>
+<p>Once you’ve successfully installed R &amp; RStudio, open the RStudio
+application and let’s make sure that the environment is working for
+you.</p>
+<p>The video tutorial below provides a brief introduction to the RStudio
+interface outlining what each of the window panes (panels) contain:</p>
+<p><a href="https://www.youtube.com/watch?v=FIrsOBy5k58">Introduction to
+RStudio Interface</a></p>
+<p>When you open RStudio, you are presented with a series of window
+panes and several tabs in each. In the top left is the ‘script’ pane in
+which open Rscripts, RMarkdown documents, RNotebooks, and other files
+can be viewed and edited. This will be the primary panel where you will
+write your analysis code.</p>
+<p>The bottom left panel houses the R console, and the command-line
+terminal console. This is where you will see the output of your code and
+where you can interactively try lines of code during your analysis
+before integrating them in your document. For example. In the R console
+type the following lines of code:</p>
+<pre class="r"><code>x&lt;-c(4,12,5,3,8)
+mean(x)</code></pre>
+<p>Let’s breakdown what’s happening in the first line of code. The
+function <code>c()</code> is a key function in R that stands for
+‘concatenate’. Any comma-separated arguments (in this case a series of 5
+integers) that are passed to <code>c()</code> are concatenated together
+into a ‘list’ datastructure. That list is then ‘assigned’ to a variable
+using the <code>&lt;-</code> operator (think of it as an arrow pointing
+to where you want to store the list). In R, you can use either the
+<code>&lt;-</code> operator or the <code>=</code> operator to make
+assignments. In the case of this line, the list on the right side is
+assigned to the variable <code>x</code> on the left side. To execute
+this line, simply press return.</p>
+<p>You should see that the first line, upon execution, doesn’t do
+anything visible, but rather takes this list of integers and ‘places’
+the list in the variable <code>x</code>. The second line calls the base
+R function <code>mean()</code> to take the mean of a all values that are
+stored in <code>x</code>. You should then get the answer
+<code>[1] 6.4</code>. Here the output value <code>6.4</code> is preceded
+by an integer in brackets called an index. In this case, since there is
+only one value returned, the index of the results is
+<code>[1]</code>.</p>
+<p>If you can successfully perform the above operation, then your
+R/RStudio installation is up and running.</p>
+<p>To round out the introduction to the remaining RStudio panes, the top
+right pane holds several tabs describing the current R environment (ie a
+list of variables and data that have been loaded into the current
+session), as well as a ‘History’ tab that keeps track of all of the
+commands that have been entered in this session.</p>
+<p>The bottom right pane contains a useful file browser (‘Files’) and
+plot browser (‘Plots’) as well as a list of available and loaded
+packages and a ‘Help’ tab where you can search for information about how
+to use particular functions.</p>
+<p>Prior to the beginning of the course, please try and familarize
+yourself with the RStudio interface by exploring each of these panes and
+tabs.</p>
+</div>
+<div id="installing-your-first-package" class="section level1">
+<h1>Installing your first package</h1>
+<p>R is a ‘complete’ language, in that with base R, you have all the
+tools that you would need to perform most data analysis tasks. However,
+rarely do we want to start from scratch each time and write code to
+perform tasks or functions that others may have already written. Indeed,
+R, and Bioconductor as you will learn in this course, enjoy a rich
+ecosystem of code and functions that have already been written,
+developed, and maintained for many common data analysis tasks,
+statistical functions, and other useful tools. It’s important to
+recognize that in most cases, code for the specific tasks you need for a
+project might have already been written, and we would like to leverage
+this code for our own use. This is the role of ‘packages’ in R.</p>
+<p>Packages are libraries of external code and/or data modules that you
+can ‘import’ into your work environment to add additional features or
+perform specific tasks. Before they can be used, however, they must be
+installed on your system. There are several ways to do this depending on
+where the package you are interested in is located, but for many
+important packages, installation will require you to download the
+package from the CRAN archive.</p>
+<div id="how-to-install-r-packages" class="section level2">
+<h2>How to install R packages</h2>
+<p>The following video tutorial describes the process of installing
+packages using the primary <code>install.packages()</code> command that
+comes with R.</p>
+<p><a href="https://vimeo.com/203516241">Installing Packages in
+R</a></p>
+</div>
+<div id="installing-the-tidyverse-package" class="section level2">
+<h2>Installing the ‘tidyverse’ package</h2>
+<pre class="r"><code>install.packages(&#39;tidyverse&#39;)</code></pre>
+</div>
+</div>
+<div id="session-information" class="section level1">
+<h1>Session Information</h1>
+<pre class="r fold-hide"><code>sessionInfo()</code></pre>
+<pre><code>## R version 4.1.2 (2021-11-01)
+## Platform: x86_64-apple-darwin17.0 (64-bit)
+## Running under: macOS Big Sur 10.16
+## 
+## Matrix products: default
+## BLAS:   /Library/Frameworks/R.framework/Versions/4.1/Resources/lib/libRblas.0.dylib
+## LAPACK: /Library/Frameworks/R.framework/Versions/4.1/Resources/lib/libRlapack.dylib
+## 
+## locale:
+## [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
+## 
+## attached base packages:
+## [1] stats     graphics  grDevices utils     datasets  methods   base     
+## 
+## loaded via a namespace (and not attached):
+##  [1] compiler_4.1.2  magrittr_2.0.1  fastmap_1.1.0   tools_4.1.2    
+##  [5] htmltools_0.5.2 yaml_2.2.1      jquerylib_0.1.4 stringi_1.7.6  
+##  [9] rmarkdown_2.11  knitr_1.37      stringr_1.4.0   xfun_0.29      
+## [13] digest_0.6.29   rlang_0.4.12    evaluate_0.14</code></pre>
+</div>
+
+
+
+</div>
+</div>
+
+</div>
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diff --git a/project/project_outline_template.html b/project/project_outline_template.html
new file mode 100644
index 0000000..afe2ef3
--- /dev/null
+++ b/project/project_outline_template.html
@@ -0,0 +1,624 @@
+<!DOCTYPE html>
+
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+
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+
+<meta charset="utf-8" />
+<meta name="generator" content="pandoc" />
+<meta http-equiv="X-UA-Compatible" content="IE=EDGE" />
+
+
+<meta name="author" content />
+
+<meta name="date" content="2022-09-19" />
+
+<title>Final Project Outline</title>
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) 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+};
+</script>
+<style>h1 {font-size: 34px;}
+       h1.title {font-size: 38px;}
+       h2 {font-size: 30px;}
+       h3 {font-size: 24px;}
+       h4 {font-size: 18px;}
+       h5 {font-size: 16px;}
+       h6 {font-size: 12px;}
+       code {color: inherit; background-color: rgba(0, 0, 0, 0.04);}
+       pre:not([class]) { background-color: white }</style>
+<script>
+
+/**
+ * jQuery Plugin: Sticky Tabs
+ *
+ * @author Aidan Lister <aidan@php.net>
+ * adapted by Ruben Arslan to activate parent tabs too
+ * http://www.aidanlister.com/2014/03/persisting-the-tab-state-in-bootstrap/
+ */
+(function($) {
+  "use strict";
+  $.fn.rmarkdownStickyTabs = function() {
+    var context = this;
+    // Show the tab corresponding with the hash in the URL, or the first tab
+    var showStuffFromHash = function() {
+      var hash = window.location.hash;
+      var selector = hash ? 'a[href="' + hash + '"]' : 'li.active > a';
+      var $selector = $(selector, context);
+      if($selector.data('toggle') === "tab") {
+        $selector.tab('show');
+        // walk up the ancestors of this element, show any hidden tabs
+        $selector.parents('.section.tabset').each(function(i, elm) {
+          var link = $('a[href="#' + $(elm).attr('id') + '"]');
+          if(link.data('toggle') === "tab") {
+            link.tab("show");
+          }
+        });
+      }
+    };
+
+
+    // Set the correct tab when the page loads
+    showStuffFromHash(context);
+
+    // Set the correct tab when a user uses their back/forward button
+    $(window).on('hashchange', function() {
+      showStuffFromHash(context);
+    });
+
+    // Change the URL when tabs are clicked
+    $('a', context).on('click', function(e) {
+      history.pushState(null, null, this.href);
+      showStuffFromHash(context);
+    });
+
+    return this;
+  };
+}(jQuery));
+
+window.buildTabsets = function(tocID) {
+
+  // build a tabset from a section div with the .tabset class
+  function buildTabset(tabset) {
+
+    // check for fade and pills options
+    var fade = tabset.hasClass("tabset-fade");
+    var pills = tabset.hasClass("tabset-pills");
+    var navClass = pills ? "nav-pills" : "nav-tabs";
+
+    // determine the heading level of the tabset and tabs
+    var match = tabset.attr('class').match(/level(\d) /);
+    if (match === null)
+      return;
+    var tabsetLevel = Number(match[1]);
+    var tabLevel = tabsetLevel + 1;
+
+    // find all subheadings immediately below
+    var tabs = tabset.find("div.section.level" + tabLevel);
+    if (!tabs.length)
+      return;
+
+    // create tablist and tab-content elements
+    var tabList = $('<ul class="nav ' + navClass + '" role="tablist"></ul>');
+    $(tabs[0]).before(tabList);
+    var tabContent = $('<div class="tab-content"></div>');
+    $(tabs[0]).before(tabContent);
+
+    // build the tabset
+    var activeTab = 0;
+    tabs.each(function(i) {
+
+      // get the tab div
+      var tab = $(tabs[i]);
+
+      // get the id then sanitize it for use with bootstrap tabs
+      var id = tab.attr('id');
+
+      // see if this is marked as the active tab
+      if (tab.hasClass('active'))
+        activeTab = i;
+
+      // remove any table of contents entries associated with
+      // this ID (since we'll be removing the heading element)
+      $("div#" + tocID + " li a[href='#" + id + "']").parent().remove();
+
+      // sanitize the id for use with bootstrap tabs
+      id = id.replace(/[.\/?&!#<>]/g, '').replace(/\s/g, '_');
+      tab.attr('id', id);
+
+      // get the heading element within it, grab it's text, then remove it
+      var heading = tab.find('h' + tabLevel + ':first');
+      var headingText = heading.html();
+      heading.remove();
+
+      // build and append the tab list item
+      var a = $('<a role="tab" data-toggle="tab">' + headingText + '</a>');
+      a.attr('href', '#' + id);
+      a.attr('aria-controls', id);
+      var li = $('<li role="presentation"></li>');
+      li.append(a);
+      tabList.append(li);
+
+      // set it's attributes
+      tab.attr('role', 'tabpanel');
+      tab.addClass('tab-pane');
+      tab.addClass('tabbed-pane');
+      if (fade)
+        tab.addClass('fade');
+
+      // move it into the tab content div
+      tab.detach().appendTo(tabContent);
+    });
+
+    // set active tab
+    $(tabList.children('li')[activeTab]).addClass('active');
+    var active = $(tabContent.children('div.section')[activeTab]);
+    active.addClass('active');
+    if (fade)
+      active.addClass('in');
+
+    if (tabset.hasClass("tabset-sticky"))
+      tabset.rmarkdownStickyTabs();
+  }
+
+  // convert section divs with the .tabset class to tabsets
+  var tabsets = $("div.section.tabset");
+  tabsets.each(function(i) {
+    buildTabset($(tabsets[i]));
+  });
+};
+
+</script>
+<style type="text/css">.hljs-literal {
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+
+<style type="text/css">
+  code{white-space: pre-wrap;}
+  span.smallcaps{font-variant: small-caps;}
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+  div.column{display: inline-block; vertical-align: top; width: 50%;}
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+  ul.task-list{list-style: none;}
+    </style>
+
+<style type="text/css">code{white-space: pre;}</style>
+<script type="text/javascript">
+if (window.hljs) {
+  hljs.configure({languages: []});
+  hljs.initHighlightingOnLoad();
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+
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+<style type="text/css">
+.main-container {
+  max-width: 940px;
+  margin-left: auto;
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+<style type="text/css">
+.tabset-dropdown > .nav-tabs {
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+  display: none;
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+</style>
+
+<!-- code folding -->
+
+
+
+
+</head>
+
+<body>
+
+
+<div class="container-fluid main-container">
+
+
+
+
+<div id="header">
+
+
+
+<h1 class="title toc-ignore">Final Project Outline</h1>
+<h4 class="author"><Your Name Here></h4>
+<h4 class="date">2022-09-19</h4>
+
+</div>
+
+
+<div id="study-overview" class="section level1">
+<h1>Study Overview</h1>
+<div id="citation" class="section level2">
+<h2>Citation</h2>
+<ul>
+<li>Add citation information for chosen study here</li>
+<li><a href="https://%3Clink%20to%20manuscript%3E">Manuscript
+Link</a></li>
+<li>Add other relevant links such as supplemental materials, key
+references, etc.</li>
+</ul>
+</div>
+<div id="brief-summary-of-published-study" class="section level2">
+<h2>Brief Summary of Published Study</h2>
+<p><em>High-level summary (2-3 paragraphs) of the existing study. Be
+sure to add relevant contextual background details and information about
+how the study was performed</em></p>
+</div>
+<div id="biological-questions" class="section level2">
+<h2>Biological Questions</h2>
+<ul>
+<li>What <em>specific</em> biological questions were asked by the
+authors of this study using the dataset(s) that you will
+re-analyze?</li>
+</ul>
+</div>
+</div>
+<div id="data-availability" class="section level1">
+<h1>Data Availability</h1>
+<div id="data-source" class="section level2">
+<h2>Data Source</h2>
+<p><em>Where are the raw and processed data available for
+download?</em></p>
+</div>
+<div id="accession-numbers-links" class="section level2">
+<h2>Accession Numbers / Links</h2>
+<p><em>Please list all accession numbers or other identifying IDs for
+the data you will be using for your project.</em></p>
+</div>
+</div>
+<div id="sample-information" class="section level1">
+<h1>Sample Information</h1>
+<p><em>Create a table of all samples. Be sure to list sample generation
+information and as much relevant metadata including conditions of
+interest and</em></p>
+<div id="sample-types" class="section level2">
+<h2>Sample Types</h2>
+<p><em>What type of samples/data are available (RNA-Seq, ATAC-Seq,
+ChIP-Seq, etc). Be sure to describe how the libraries where made, and
+from what types of input. The more information you have here about
+sample generation, the better you will be able to select/identify tools
+for your workflow.</em></p>
+</div>
+</div>
+<div id="study-design" class="section level1">
+<h1>Study Design</h1>
+<div id="biological-questions-to-ask" class="section level2">
+<h2>Biological Questions to ask</h2>
+<p><em>What <strong>specific</strong> biological questions will you ask
+of these data for your project? The first may be similar to those asked
+by the authors of the original study, but at least one must be
+unique/novel</em></p>
+</div>
+<div id="explicit-comparisonscontrasts" class="section level2">
+<h2>Explicit comparisons/contrasts</h2>
+<p><em>What comparisons/contrasts will be made? Will you be comparing
+one (or more) conditions to another? Which samples will be used as a
+control and why? You may have multiple sections here describing
+different experimental designs for each biological question you are
+interested in asking.</em></p>
+</div>
+</div>
+<div id="proposed-workflow" class="section level1">
+<h1>Proposed Workflow</h1>
+<p><em>For each subsection, try and identify additional resources that
+might need to be created or acquired to enact your workflow
+(e.g. reference genome/transcriptome for read alignment, gene
+annotations, etc)</em></p>
+<div id="data-acquisition" class="section level2">
+<h2>Data Acquisition</h2>
+<p><em>Where and how will you acquire the 1) raw sequencing data, and/or
+2) processed data provided by the authors?</em></p>
+</div>
+<div id="data-organization" class="section level2">
+<h2>Data Organization</h2>
+<p><em>How will the data be organized and made available within your
+project? Plan ahead for an organized project structure.</em></p>
+</div>
+<div id="read-alignmentmapping" class="section level2">
+<h2>Read Alignment/Mapping</h2>
+<p><em>What approaches/tools will you be using to map the reads to a
+reference (e.g. ungapped alignment, splice-aware alignment,
+pseudoalignment?) Can you use a publicly available reference index to
+map? If so, where is this located and how can you retrieve it? If not,
+what steps/tools/data will you need to construct a reference index
+required for mapping of the raw sequencing data? How will you assess the
+quality of your read mapping?</em></p>
+</div>
+<div id="feature-quantificationtabulation" class="section level2">
+<h2>Feature Quantification/Tabulation</h2>
+<p><em>Once you have mapped reads to a reference, how will you quantify
+features of interest? For DNA tasks, how will you define peaks/regions
+of interest? For RNA tasks, which features are you interested in
+(e.g. transcripts, aggregated genes, splice variants, etc)? What tools
+will you use to translate your aligned reads to quantified features?
+Describe how you will QC these quantifications to assess such things as
+expected distributions, feature selection (e.g. how will you remove poor
+or erroneous features, or select a subset of features for downstream
+processing?)</em></p>
+</div>
+<div id="data-analysis" class="section level2">
+<h2>Data Analysis</h2>
+<p><em>Add additional subheaders here as needed for additional tasks or
+analysis steps that are specific to your project workflow.</em></p>
+<p><em>e.g. Data Preprocessing &amp; cleaning, Feature QC, Feature
+annotation, Dimensionality reduction, Differential analysis, Gene set
+enrichment analysis, Pathway analysis, etc</em></p>
+</div>
+</div>
+<div id="required-softwaretoolspackages" class="section level1">
+<h1>Required Software/Tools/Packages</h1>
+<p><em>Please try and be as comprehensive as possible here. This will be
+a useful resource for you to not only think about how the data will
+‘flow’ through your project (ie. how tools will be chained together),
+and help you think about which tools can be used to answer your
+biological questions, but also provide quick references for their use
+and troubleshooting.</em></p>
+<p><em>Use the provided examples below to help get you started.</em></p>
+<table>
+<colgroup>
+<col width="8%" />
+<col width="9%" />
+<col width="18%" />
+<col width="25%" />
+<col width="33%" />
+<col width="3%" />
+</colgroup>
+<thead>
+<tr class="header">
+<th align="left">Software/Tool/Package</th>
+<th align="left">Task</th>
+<th>Software Location</th>
+<th align="left">Link to Documentation</th>
+<th align="left">Link to Vignettes/Tutorials</th>
+<th align="left">Notes</th>
+</tr>
+</thead>
+<tbody>
+<tr class="odd">
+<td align="left">ffq</td>
+<td align="left">Data Query/Retrieval</td>
+<td><a href="https://github.com/pachterlab/ffq">ffq github</a></td>
+<td align="left"><a href="https://openbase.com/python/ffq/documentation">ffq
+Documentation</a></td>
+<td align="left"></td>
+<td align="left"></td>
+</tr>
+<tr class="even">
+<td align="left">Hisat2</td>
+<td align="left">Spliced Read Alignment</td>
+<td></td>
+<td align="left"><a href="http://daehwankimlab.github.io/hisat2/">Hisat2
+Manual</a></td>
+<td align="left"><ul>
+<li><p><a href="https://wikis.utexas.edu/display/bioiteam/Mapping+with+HISAT2">Mapping
+with Hisat</a></p></li>
+<li><p><a href="https://rpubs.com/selveyad/hisat2_tutorial">Hisat2
+tutorial</a></p></li>
+</ul></td>
+<td align="left"></td>
+</tr>
+<tr class="odd">
+<td align="left"></td>
+<td align="left"></td>
+<td></td>
+<td align="left"></td>
+<td align="left"></td>
+<td align="left"></td>
+</tr>
+<tr class="even">
+<td align="left"></td>
+<td align="left"></td>
+<td></td>
+<td align="left"></td>
+<td align="left"></td>
+<td align="left"></td>
+</tr>
+</tbody>
+</table>
+</div>
+<div id="anticipated-results-deliverables" class="section level1">
+<h1>Anticipated Results (Deliverables)</h1>
+<p><em>Describe what specific results/figures/etc you would like to
+generate to address your biological questions. How might these results
+be presented? Do you have any a priori hypotheses that you expect to
+test? Will this require specific statistics to test/reject?</em></p>
+</div>
+<div id="additional-metadata-resources" class="section level1">
+<h1>Additional Metadata resources</h1>
+<p><em>Here you should curate <strong>and link</strong> to an additional
+resources that you might need external to your target datasets. Examples
+might include:</em></p>
+<ul>
+<li><p>Reference Genome/Transcriptome (what version)?</p></li>
+<li><p>Key gene sequences/annotation?</p></li>
+<li><p>Curated relevant gene sets for enrichment analysis?</p></li>
+</ul>
+</div>
+
+
+
+
+</div>
+
+<script>
+
+// add bootstrap table styles to pandoc tables
+function bootstrapStylePandocTables() {
+  $('tr.odd').parent('tbody').parent('table').addClass('table table-condensed');
+}
+$(document).ready(function () {
+  bootstrapStylePandocTables();
+});
+
+
+</script>
+
+<!-- tabsets -->
+
+<script>
+$(document).ready(function () {
+  window.buildTabsets("TOC");
+});
+
+$(document).ready(function () {
+  $('.tabset-dropdown > .nav-tabs > li').click(function () {
+    $(this).parent().toggleClass('nav-tabs-open');
+  });
+});
+</script>
+
+<!-- code folding -->
+
+
+<!-- dynamically load mathjax for compatibility with self-contained -->
+<script>
+  (function () {
+    var script = document.createElement("script");
+    script.type = "text/javascript";
+    script.src  = "https://mathjax.rstudio.com/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML";
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+  })();
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+
+</body>
+</html>
diff --git a/templates/Module_Rmd_Template.Rmd b/templates/Module_Rmd_Template.Rmd
index c26e059..9ca471b 100644
--- a/templates/Module_Rmd_Template.Rmd
+++ b/templates/Module_Rmd_Template.Rmd
@@ -8,6 +8,8 @@ output:
     toc_level: 3
     toc_float: true
     theme: yeti
+editor_options:
+  chunk_output_type: inline
 ---
 ```{r setup, include=FALSE}
 knitr::opts_chunk$set(echo = TRUE)