Cluster composition

Functions

Category	Name	IntersectionWithQuery	PValue	GenesInTerm	GenesInQuery	GenesInTermInQuery	ID
GeneOntologyMolecularFunction	RNA polymerase II transcription regulatory region sequence-specific DNA binding	ZNF567 ZNF132 ZNF492 ZSCAN12 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF724 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 MGA ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	2.51e-31	1459	141	60	GO:0000977
GeneOntologyMolecularFunction	DNA-binding transcription factor activity, RNA polymerase II-specific	ZNF132 ZNF492 ZSCAN12 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 SNAI2 ZNF724 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 MGA ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	4.03e-30	1412	141	58	GO:0000981
GeneOntologyMolecularFunction	RNA polymerase II cis-regulatory region sequence-specific DNA binding	ZNF567 ZNF132 ZNF492 ZSCAN12 ZNF146 ZNF585A ZNF484 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZNF585B ZNF708 ZNF677 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF724 ZNF737 ZNF808 ZFHX3 ZNF841 SNAI1 ZNF90 ZNF107 MGA ZNF454 ZNF714 ZNF730 ZNF681 ZNF239 ZNF121	5.18e-28	1244	141	53	GO:0000978
GeneOntologyMolecularFunction	cis-regulatory region sequence-specific DNA binding	ZNF567 ZNF132 ZNF492 ZSCAN12 ZNF146 ZNF585A ZNF484 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZNF585B ZNF708 ZNF677 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF724 ZNF737 ZNF808 ZFHX3 ZNF841 SNAI1 ZNF90 ZNF107 MGA ZNF454 ZNF714 ZNF730 ZNF681 ZNF239 ZNF121	1.46e-27	1271	141	53	GO:0000987
GeneOntologyMolecularFunction	DNA-binding transcription activator activity, RNA polymerase II-specific	ZNF585A ZNF484 ZNF175 ZNF780B YY2 ZNF208 ZNF519 YY1 ZNF585B ZNF600 ZNF605 ZNF43 ZNF197 ZNF808 ZNF841 ZNF107 MGA ZNF681	8.76e-08	560	141	18	GO:0001228
GeneOntologyMolecularFunction	DNA-binding transcription activator activity	ZNF585A ZNF484 ZNF175 ZNF780B YY2 ZNF208 ZNF519 YY1 ZNF585B ZNF600 ZNF605 ZNF43 ZNF197 ZNF808 ZNF841 ZNF107 MGA ZNF681	1.03e-07	566	141	18	GO:0001216
GeneOntologyMolecularFunction	DNA-binding transcription repressor activity, RNA polymerase II-specific	ZNF175 ZNF208 YY1 ZNF22 ZNF43 SNAI2 ZFHX3 SNAI1 ZNF107 ZNF681 ZNF239	1.74e-05	320	141	11	GO:0001227
GeneOntologyMolecularFunction	DNA-binding transcription repressor activity	ZNF175 ZNF208 YY1 ZNF22 ZNF43 SNAI2 ZFHX3 SNAI1 ZNF107 ZNF681 ZNF239	2.07e-05	326	141	11	GO:0001217
GeneOntologyMolecularFunction	X11-like protein binding	CLSTN3 CLSTN1	1.48e-04	3	141	2	GO:0042988
MousePheno	decreased eosinophil cell number	ABCC5 ZNF208 ZNF43 IL1R1 ZNF107 ZNF681	1.64e-05	84	90	6	MP:0005012
Domain	-	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	3.87e-48	679	138	59	3.30.160.60
Domain	Znf_C2H2/integrase_DNA-bd	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	1.40e-47	694	138	59	IPR013087
Domain	zf-C2H2	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	5.39e-45	693	138	57	PF00096
Domain	ZINC_FINGER_C2H2_2	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	8.69e-45	775	138	59	PS50157
Domain	ZINC_FINGER_C2H2_1	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	1.01e-44	777	138	59	PS00028
Domain	Znf_C2H2-like	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	4.08e-44	796	138	59	IPR015880
Domain	Znf_C2H2	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	7.82e-44	805	138	59	IPR007087
Domain	ZnF_C2H2	ZNF567 ZNF132 ZNF492 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	9.69e-44	808	138	59	SM00355
Domain	KRAB	ZNF567 ZNF132 ZNF492 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 ZNF737 ZNF808 ZNF79 ZNF749 ZNF90 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681	2.43e-40	358	138	43	PS50805
Domain	KRAB	ZNF567 ZNF132 ZNF492 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 ZNF737 ZNF808 ZNF79 ZNF749 ZNF90 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681	9.17e-40	369	138	43	SM00349
Domain	KRAB	ZNF567 ZNF132 ZNF492 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 ZNF737 ZNF808 ZNF79 ZNF749 ZNF90 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681	1.03e-39	370	138	43	IPR001909
Domain	KRAB	ZNF567 ZNF132 ZNF492 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF182 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 ZNF737 ZNF808 ZNF79 ZNF749 ZNF90 ZNF454 ZNF614 ZNF730 ZNF681	6.30e-39	358	138	42	PF01352
Domain	zf-C2H2_6	ZNF567 ZNF492 ZNF569 ZNF423 ZNF780B ZNF208 ZNF25 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF677 ZNF182 ZNF600 ZNF605 ZNF530 ZNF732 ZNF43 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF714 ZNF730 ZNF681 ZNF121	7.39e-33	314	138	36	PF13912
Domain	zf-C2H2_11	ZNF354B ZNF800 ZNF667	3.21e-05	9	138	3	PF16622
Domain	TF_Yin_yang	YY2 YY1	5.42e-05	2	138	2	IPR017114
Domain	Calsyntenin	CLSTN3 CLSTN1	1.62e-04	3	138	2	IPR026914
Domain	BAR	ARHGAP42 ARHGAP10 ARHGAP44	3.51e-04	19	138	3	PS51021
Domain	3-oxo-5_a-steroid_4-DH_C	TECR TECRL	5.34e-04	5	138	2	IPR001104
Domain	Steroid_dh	TECR TECRL	5.34e-04	5	138	2	PF02544
Domain	S5A_REDUCTASE	TECR TECRL	5.34e-04	5	138	2	PS50244
Domain	-	DSP DST	7.97e-04	6	138	2	3.90.1290.10
Domain	Plectin_repeat	DSP DST	1.11e-03	7	138	2	IPR001101
Domain	Plectin	DSP DST	1.11e-03	7	138	2	PF00681
Domain	PLEC	DSP DST	1.11e-03	7	138	2	SM00250
Domain	RhoGAP	ARHGAP42 MYO9B ARHGAP10 ARHGAP44	1.14e-03	62	138	4	SM00324
Domain	RhoGAP	ARHGAP42 MYO9B ARHGAP10 ARHGAP44	1.21e-03	63	138	4	PF00620
Domain	RHOGAP	ARHGAP42 MYO9B ARHGAP10 ARHGAP44	1.29e-03	64	138	4	PS50238
Domain	RhoGAP_dom	ARHGAP42 MYO9B ARHGAP10 ARHGAP44	1.29e-03	64	138	4	IPR000198
Domain	-	ARHGAP42 MYO9B ARHGAP10 ARHGAP44	1.29e-03	64	138	4	1.10.555.10
Pathway	REACTOME_RNA_POLYMERASE_II_TRANSCRIPTION	ZNF567 ZNF492 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF600 ZIK1 ZNF605 ZNF530 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 ZNF724 ZNF737 ZFHX3 ZNF79 ZNF749 MGA ZNF454 ZNF714 ZNF614 ZNF730 ZNF681	1.11e-17	1387	98	42	M734
Pathway	REACTOME_GENERIC_TRANSCRIPTION_PATHWAY	ZNF585A ZNF569 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF416 ZFP37 ZNF585B ZIK1 ZNF605 ZNF43 ZNF483 ZNF667 ZNF808 ZFHX3 ZNF107 MGA ZNF454 ZNF681	1.01e-08	768	98	22	MM14851
Pathway	REACTOME_GENE_EXPRESSION_TRANSCRIPTION	ZNF585A ZNF569 ZNF780B ZNF189 ZNF208 ZNF519 ZNF25 ZNF354B ZNF416 ZFP37 ZNF585B ZIK1 ZNF605 ZNF43 ZNF483 ZNF667 ZNF808 ZFHX3 ZNF107 MGA ZNF454 ZNF681	1.48e-06	1022	98	22	MM15436
Pubmed	Acetylation-Mimic Mutation of TRIM28-Lys304 to Gln Attenuates the Interaction with KRAB-Zinc-Finger Proteins and Affects Gene Expression in Leukemic K562 Cells.	ZNF567 ZNF569 ZNF208 ZNF25 ZNF354B ZNF708 ZNF182 ZNF22 ZNF41 ZNF257 ZNF92 ZNF197 ZNF724 ZNF737 ZNF749 ZNF841 ZNF90 ZNF107 ZNF614 ZNF681 ZNF121	2.34e-24	181	146	21	37372979
Pubmed	Rapid and efficient cloning of cDNAs encoding Krüppel-like zinc finger proteins by degenerate PCR.	ZNF585A ZNF569 ZNF175 ZNF208 ZNF25 ZNF585B ZNF43 ZNF107 ZNF681	5.62e-13	49	146	9	9630514
Pubmed	Clustered organization of homologous KRAB zinc-finger genes with enhanced expression in human T lymphoid cells.	ZNF208 ZNF43 ZNF92 ZNF737 ZNF90 ZNF107	3.82e-11	16	146	6	8467795
Pubmed	Expression of testicular germ cell genes identified by differential display analysis.	ANKRD20A3P ANKRD20A8P ANKRD20A4P ANKRD20A1	2.06e-08	8	146	4	12634303
Pubmed	Multiple genes encoding zinc finger domains are expressed in human T cells.	ZNF25 ZNF708 ZNF182 ZNF22 ZNF43	1.89e-07	31	146	5	2288909
Pubmed	Twenty-seven nonoverlapping zinc finger cDNAs from human T cells map to nine different chromosomes with apparent clustering.	ZNF708 ZNF182 ZNF22 ZNF43	2.89e-07	14	146	4	2014798
Pubmed	Expansion and diversification of KRAB zinc-finger genes within a cluster including Regulator of sex-limitation 1 and 2.	ZNF208 ZNF43 ZNF107 ZNF681	3.92e-07	15	146	4	15885501
Pubmed	Resolution of cell fate decisions revealed by single-cell gene expression analysis from zygote to blastocyst.	ZSCAN12 ZNF569 ZNF175 ZNF423 ZNF208 ZNF25 YY1 PIAS1 ZFP37 ZNF43 ZFHX3 SNAI1 MGA ZNF681 ZNF239	1.73e-06	808	146	15	20412781
Pubmed	The evolutionarily conserved Krüppel-associated box domain defines a subfamily of eukaryotic multifingered proteins.	ZNF43 ZNF92 ZNF90	4.00e-06	8	146	3	2023909
Pubmed	Regulator of sex-limitation (Rsl) encodes a pair of KRAB zinc-finger genes that control sexually dimorphic liver gene expression.	ZNF208 ZNF43 ZNF107 ZNF681	6.52e-06	29	146	4	14563677
Pubmed	Functional analysis of the SRY-KRAB interaction in mouse sex determination.	ZNF208 ZNF43 ZNF107	8.51e-06	10	146	3	18588511
Pubmed	Sry associates with the heterochromatin protein 1 complex by interacting with a KRAB domain protein.	ZNF208 ZNF43 ZNF107	1.17e-05	11	146	3	15469996
Pubmed	The STUbL RNF4 regulates protein group SUMOylation by targeting the SUMO conjugation machinery.	ZSCAN12 ZNF146 DSP RBBP6 TECR YY2 ZNF189 TEX10 YY1 PIAS1 ZFP37 ZNF800 ZNF22 CLK1 ZNF808 MGA ZNF239	1.30e-05	1203	146	17	29180619
Pubmed	Identification and analysis of two snail genes in the pufferfish (Fugu rubripes) and mapping of human SNA to 20q.	SNAI2 SNAI1	1.75e-05	2	146	2	10773451
Pubmed	Yin Yang 2: the great unknown within the Yin Yang 1 regulatory network.	YY2 YY1	1.75e-05	2	146	2	22248057
Pubmed	Tumor-induced upregulation of Twist, Snail, and Slug represses the activity of the human VE-cadherin promoter.	SNAI2 SNAI1	1.75e-05	2	146	2	19046938
Pubmed	Iron-inhibited autophagy via transcription factor ZFP27 in Parkinson's disease.	ZNF585A ZNF585B	1.75e-05	2	146	2	37668106
Pubmed	Impact of Selected Signaling Proteins on SNAIL 1 and SNAIL 2 Expression in Ovarian Cancer Cell Lines in Relation to Cells' Cisplatin Resistance and EMT Markers Level.	SNAI2 SNAI1	1.75e-05	2	146	2	33478150
Pubmed	The transcription factor YY2 has less momentous properties of an intrinsically disordered protein than its paralog YY1.	YY2 YY1	1.75e-05	2	146	2	31131888
Pubmed	Conserved and divergent roles for members of the Snail family of transcription factors in the chick and mouse embryo.	SNAI2 SNAI1	1.75e-05	2	146	2	9671584
Pubmed	SNAI1 and SNAI2 are asymmetrically expressed at the 2-cell stage and become segregated to the TE in the mouse blastocyst.	SNAI2 SNAI1	1.75e-05	2	146	2	20046880
Pubmed	Snail and Slug, key regulators of TGF-β-induced EMT, are sufficient for the induction of single-cell invasion.	SNAI2 SNAI1	1.75e-05	2	146	2	23618854
Pubmed	Nitric oxide synthase-3 promotes embryonic development of atrioventricular valves.	SNAI1 NOS3	1.75e-05	2	146	2	24204893
Pubmed	Distinct EMT programs control normal mammary stem cells and tumour-initiating cells.	SNAI2 SNAI1	1.75e-05	2	146	2	26331542
Pubmed	The Forgotten YY2 in Reported YY1 Expression Levels in Human Cancers.	YY2 YY1	1.75e-05	2	146	2	29604937
Pubmed	Hepatic Snai1 and Snai2 promote liver regeneration and suppress liver fibrosis in mice.	SNAI2 SNAI1	1.75e-05	2	146	2	38451818
Pubmed	Expression and localization of transcription factors SNAIL and SLUG in mouse ovaries and pre-implantation embryos.	SNAI2 SNAI1	1.75e-05	2	146	2	25092544
Pubmed	'Snail factors in testicular germ cell tumours and their regulation by the BMP4 signalling pathway'.	SNAI2 SNAI1	1.75e-05	2	146	2	32441446
Pubmed	The SNAI1 and SNAI2 proteins occupy their own and each other's promoter during chondrogenesis.	SNAI2 SNAI1	1.75e-05	2	146	2	23665016
Pubmed	Modularity and reshuffling of Snail and Slug expression during vertebrate evolution.	SNAI2 SNAI1	1.75e-05	2	146	2	12482931
Pubmed	Snail family transcription factors are implicated in thyroid carcinogenesis.	SNAI2 SNAI1	1.75e-05	2	146	2	17724139
Pubmed	Snai1 and Snai2 collaborate on tumor growth and metastasis properties of mouse skin carcinoma cell lines.	SNAI2 SNAI1	1.75e-05	2	146	2	18408755
Pubmed	SNAIL Transctiption factor in prostate cancer cells promotes neurite outgrowth.	SNAI2 SNAI1	1.75e-05	2	146	2	33132158
Pubmed	Homeostasis Imbalance of YY2 and YY1 Promotes Tumor Growth by Manipulating Ferroptosis.	YY2 YY1	1.75e-05	2	146	2	35246964
Pubmed	Aberrant expression of the transcription factors snail and slug alters the response to genotoxic stress.	SNAI2 SNAI1	1.75e-05	2	146	2	15314165
Pubmed	SUMOylation and coupling of eNOS mediated by PIAS1 contribute to maintenance of vascular homeostasis.	PIAS1 NOS3	1.75e-05	2	146	2	38102979
Pubmed	Genome-wide analysis of YY2 versus YY1 target genes.	YY2 YY1	1.75e-05	2	146	2	20215434
Pubmed	Slug and Snail have differential effects in directing colonic epithelial wound healing and partially mediate the restitutive effects of butyrate.	SNAI2 SNAI1	1.75e-05	2	146	2	31393789
Pubmed	Snail is an independent prognostic predictor for progression and patient survival of gastric cancer.	SNAI2 SNAI1	1.75e-05	2	146	2	22471696
Pubmed	Enhanceosome formation over the beta interferon promoter underlies a remote-control mechanism mediated by YY1 and YY2.	YY2 YY1	1.75e-05	2	146	2	16260628
Pubmed	Polymorphisms of ABCC5 and NOS3 genes influence doxorubicin cardiotoxicity in survivors of childhood acute lymphoblastic leukemia.	ABCC5 NOS3	1.75e-05	2	146	2	26345518
Pubmed	Snail2 cooperates with Snail1 in the repression of vitamin D receptor in colon cancer.	SNAI2 SNAI1	1.75e-05	2	146	2	19502595
Pubmed	[SNAI1 and SNAI2 - transcriptional master-regulators of epithelial-mesenchimal transition].	SNAI2 SNAI1	1.75e-05	2	146	2	26571812
Pubmed	The transcriptional repressor Snail promotes mammary tumor recurrence.	SNAI2 SNAI1	1.75e-05	2	146	2	16169465
Pubmed	Plasma Membrane Calcium ATPase Regulates Stoichiometry of CD4+ T-Cell Compartments.	YY1 ATP2B4	1.75e-05	2	146	2	34093590
Pubmed	Expression of Snail and Slug in renal cell carcinoma: E-cadherin repressor Snail is associated with cancer invasion and prognosis.	SNAI2 SNAI1	1.75e-05	2	146	2	21808237
Pubmed	Epigenetic gene silencing by the SRY protein is mediated by a KRAB-O protein that recruits the KAP1 co-repressor machinery.	ZNF208 ZNF43 ZNF107	2.01e-05	13	146	3	19850934
Pubmed	Shotgun sequencing of the human transcriptome with ORF expressed sequence tags.	ZSCAN12 DSP MYO9B ABCC5 CLCA2 MTUS1 CPLANE1 IL1R1 ATP2B4 UNC80 ZNF121	2.32e-05	552	146	11	10737800
Pubmed	DNA sequence and analysis of human chromosome 9.	ZNF484 LRSAM1 ZNF189 ANKRD20A2P ANKRD20A3P TEX10 ANKRD20A4P ZNF79 ANKRD20A1	2.85e-05	370	146	9	15164053
Pubmed	A census of human transcription factors: function, expression and evolution.	ZNF146 ZNF175 ZNF25 YY1 ZNF708 ZNF182 ZNF22 ZNF35 ZNF43 ZNF197 SNAI2 ZFHX3 SNAI1 MGA	3.09e-05	908	146	14	19274049
Pubmed	Deletion of Yy1 in mouse lung epithelium unveils molecular mechanisms governing pleuropulmonary blastoma pathogenesis.	YY1 SNAI2 SNAI1	3.18e-05	15	146	3	33158935
Pubmed	Maternal nicotine exposure induces congenital heart defects in the offspring of mice.	SNAI2 SNAI1 NOS3	3.90e-05	16	146	3	35521669
Pubmed	A human MAP kinase interactome.	DSP RBBP6 ZNF175 COBLL1 PIAS1 NSD3 ZNF600 DST CPLANE1 MGA	4.22e-05	486	146	10	20936779
Pubmed	Inhaled corticosteroid treatment modulates ZNF432 gene variant's effect on bronchodilator response in asthmatics.	ZNF841 ZNF614	5.24e-05	3	146	2	24280104
Pubmed	The transcription factors Snail and Slug activate the transforming growth factor-beta signaling pathway in breast cancer.	SNAI2 SNAI1	5.24e-05	3	146	2	22028892
Pubmed	LAF4 maps to mouse chromosome 1 and human chromosome 2q11.2-q12.	DST IL1R1	5.24e-05	3	146	2	8662235
Pubmed	Clustered organization of Krüppel zinc-finger genes at Xp11.23, flanking a translocation breakpoint at OATL1: a physical map with locus assignments for ZNF21, ZNF41, ZNF81, and ELK1.	ZNF182 ZNF41	5.24e-05	3	146	2	8088786
Pubmed	Genetic profiling of epithelial cells expressing E-cadherin repressors reveals a distinct role for Snail, Slug, and E47 factors in epithelial-mesenchymal transition.	SNAI2 SNAI1	5.24e-05	3	146	2	17018611
Pubmed	Immunohistochemical study of correlation between histologic subtype and expression of epithelial-mesenchymal transition-related proteins in synovial sarcomas.	SNAI2 SNAI1	5.24e-05	3	146	2	21809991
Pubmed	Helicobacter pylori-induced epithelial-mesenchymal transition, a potential role of gastric cancer initiation and an emergence of stem cells.	SNAI2 SNAI1	5.24e-05	3	146	2	25784376
Pubmed	The calsyntenins--a family of postsynaptic membrane proteins with distinct neuronal expression patterns.	CLSTN3 CLSTN1	5.24e-05	3	146	2	12498782
Pubmed	Identification of rapid turnover transcripts overexpressed in thyroid tumors and thyroid cancer cell lines: use of a targeted differential RNA display method to select for mRNA subsets.	ZNF197 ZNF79	5.24e-05	3	146	2	9380504
Pubmed	The snail superfamily of zinc-finger transcription factors.	SNAI2 SNAI1	5.24e-05	3	146	2	11994736
Pubmed	Snail family members unequally trigger EMT and thereby differ in their ability to promote the neoplastic transformation of mammary epithelial cells.	SNAI2 SNAI1	5.24e-05	3	146	2	24638100
Pubmed	Differential role of Snail1 and Snail2 zinc fingers in E-cadherin repression and epithelial to mesenchymal transition.	SNAI2 SNAI1	5.24e-05	3	146	2	24297167
Pubmed	YY1 and FoxD3 regulate antiretroviral zinc finger protein OTK18 promoter activation induced by HIV-1 infection.	ZNF175 YY1	5.24e-05	3	146	2	19034670
Pubmed	Dynamics and unexpected localization of the plakin binding protein, kazrin, in mouse eggs and early embryos.	DSP KAZN	5.24e-05	3	146	2	16086310
Pubmed	HOPX hypermethylation promotes metastasis via activating SNAIL transcription in nasopharyngeal carcinoma.	SNAI2 SNAI1	5.24e-05	3	146	2	28146149
Pubmed	Proteomic Analysis of Epithelial to Mesenchymal Transition (EMT) Reveals Cross-talk between SNAIL and HDAC1 Proteins in Breast Cancer Cells.	SNAI2 SNAI1	5.24e-05	3	146	2	26764010
Pubmed	Spleen tyrosine kinase SYK(L) interacts with YY1 and coordinately suppresses SNAI2 transcription in lung cancer cells.	YY1 SNAI2	5.24e-05	3	146	2	30251328
Pubmed	Downregulation of miR-95 in gastric cancer promotes EMT via regulation of Slug, thereby promoting migration and invasion.	SNAI2 SNAI1	5.24e-05	3	146	2	30535480
Pubmed	Suppression of the amyloidogenic metabolism of APP and the accumulation of Aβ by alcadein α in the brain during aging.	CLSTN3 CLSTN1	5.24e-05	3	146	2	39122814
Pubmed	The transcription factor snail controls epithelial-mesenchymal transitions by repressing E-cadherin expression.	SNAI2 SNAI1	5.24e-05	3	146	2	10655586
Pubmed	Whole-exome sequencing identifies mutations in FSIP2 as a recurrent cause of multiple morphological abnormalities of the sperm flagella.	SPAG6 FSIP2	5.24e-05	3	146	2	30137358
Pubmed	Snail promotes lymph node metastasis and Twist enhances tumor deposit formation through epithelial-mesenchymal transition in colorectal cancer.	SNAI2 SNAI1	5.24e-05	3	146	2	22974478
Pubmed	SNAI1 recruits HDAC1 to suppress SNAI2 transcription during epithelial to mesenchymal transition.	SNAI2 SNAI1	5.24e-05	3	146	2	31165775
Pubmed	The transcription factors Slug (SNAI2) and Snail (SNAI1) regulate phospholipase D (PLD) promoter in opposite ways towards cancer cell invasion.	SNAI2 SNAI1	5.24e-05	3	146	2	26781944
Pubmed	Regulation of p63 isoforms by snail and slug transcription factors in human squamous cell carcinoma.	SNAI2 SNAI1	5.24e-05	3	146	2	20150431
Pubmed	The SLUG zinc-finger protein represses E-cadherin in breast cancer.	SNAI2 SNAI1	5.24e-05	3	146	2	11912130
Pubmed	CCL2 expression correlates with Snail expression and affects the prognosis of patients with gastric cancer.	SNAI2 SNAI1	5.24e-05	3	146	2	28215642
Pubmed	Endothelial nitric oxide synthase activity is inhibited by the plasma membrane calcium ATPase in human endothelial cells.	ATP2B4 NOS3	5.24e-05	3	146	2	20211863
Pubmed	The transcription factors Snail1 and Snail2 repress vitamin D receptor during colon cancer progression.	SNAI2 SNAI1	5.24e-05	3	146	2	20138990
Pubmed	Comprehensive analysis of the independent effect of twist and snail in promoting metastasis of hepatocellular carcinoma.	SNAI2 SNAI1	5.24e-05	3	146	2	19821482
Pubmed	TOX3 inhibits cancer cell migration and invasion via transcriptional regulation of SNAI1 and SNAI2 in clear cell renal cell carcinoma.	SNAI2 SNAI1	5.24e-05	3	146	2	30772441
Pubmed	Amyloidogenic processing of amyloid β protein precursor (APP) is enhanced in the brains of alcadein α-deficient mice.	CLSTN3 CLSTN1	5.24e-05	3	146	2	32467230
Pubmed	Developmental expression profile of the YY2 gene in mice.	YY2 YY1	5.24e-05	3	146	2	19638226
Pubmed	Quercetin modulates Wnt signaling components in prostate cancer cell line by inhibiting cell viability, migration, and metastases.	SNAI2 SNAI1	5.24e-05	3	146	2	27495232
Pubmed	A cluster of expressed zinc finger protein genes in the pericentromeric region of human chromosome 10.	ZNF25 ZNF22	5.24e-05	3	146	2	1639412
Pubmed	A transgenic insertional inner ear mutation on mouse chromosome 1.	DST IL1R1	5.24e-05	3	146	2	10763993
Pubmed	A physical interaction network of dengue virus and human proteins.	PIAS1 DST DDX11L8	5.65e-05	18	146	3	21911577
Pubmed	mTOR Inhibition via Rapamycin Treatment Partially Reverts the Deficit in Energy Metabolism Caused by FH Loss in RPE Cells.	FAM184B LRSAM1 WRNIP1 DST MGA	6.04e-05	98	146	5	34943047
Pubmed	VAV1 represses E-cadherin expression through the transactivation of Snail and Slug: a potential mechanism for aberrant epithelial to mesenchymal transition in human epithelial ovarian cancer.	SNAI2 SNAI1	1.04e-04	4	146	2	23856093
Pubmed	The novel role of Yin Yang 1 in the regulation of epithelial to mesenchymal transition in cancer via the dysregulated NF-κB/Snail/YY1/RKIP/PTEN Circuitry.	YY1 SNAI1	1.04e-04	4	146	2	22248055
Pubmed	MiR-22 suppresses epithelial-mesenchymal transition in bladder cancer by inhibiting Snail and MAPK1/Slug/vimentin feedback loop.	SNAI2 SNAI1	1.04e-04	4	146	2	29434190
Pubmed	Transcription factors Snail, Slug, Twist, and SIP1 in spindle cell carcinoma of the head and neck.	SNAI2 SNAI1	1.04e-04	4	146	2	19381684
Pubmed	Snail1, Snail2, and E47 promote mammary epithelial branching morphogenesis.	SNAI2 SNAI1	1.04e-04	4	146	2	21610693
Pubmed	Assignment of the human helix-loop-helix transcription factor gene musculin/activated B-cell factor-1 (MSC) to chromosome 8q21 and its mouse homologue (Msc) to the proximal region of chromosome 1.	DST IL1R1	1.04e-04	4	146	2	10198176
Pubmed	Expression of the E-cadherin repressors Snail, Slug and Zeb1 in urothelial carcinoma of the urinary bladder: relation to stromal fibroblast activation and invasive behaviour of carcinoma cells.	SNAI2 SNAI1	1.04e-04	4	146	2	22820858
Pubmed	Differences in the expression of epithelial-mesenchymal transition related molecules between primary tumors and pulmonary metastatic tumors in colorectal cancer.	SNAI2 SNAI1	1.04e-04	4	146	2	23052737
Pubmed	Snail/Slug-YAP/TAZ complexes cooperatively regulate mesenchymal stem cell function and bone formation.	SNAI2 SNAI1	1.04e-04	4	146	2	28112996
Interaction	TRIM28 interactions	ZNF567 ZNF492 ZNF484 ZNF569 WRNIP1 ZNF208 ZNF25 ZNF354B ZNF416 ZNF585B ZNF708 ZNF182 ZNF22 ZNF600 STRAP ZNF732 ZNF41 ZNF257 ZNF92 ZNF197 ZNF483 ZNF724 ZNF737 ZNF808 ZNF749 ZNF841 ZNF90 ZNF107 ZNF614 ZNF681 ZNF121	2.93e-08	1474	142	31	int:TRIM28
Interaction	LTBP2 interactions	ZNF251 ZNF708 ZNF92 ZNF483 ZNF724 ZNF749 ZNF107 ZNF714	1.52e-07	85	142	8	int:LTBP2
Interaction	ANKRD20A4P interactions	ANKRD20A2P ANKRD20A4P ANKRD20A1	6.74e-06	6	142	3	int:ANKRD20A4P
Interaction	ANKRD20A2P interactions	ANKRD20A2P ANKRD20A4P ANKRD20A1	1.17e-05	7	142	3	int:ANKRD20A2P
Interaction	ZNF667 interactions	ZNF423 YY2 ZFP37 ZNF667 SNAI1	3.54e-05	53	142	5	int:ZNF667
Interaction	ZNF467 interactions	TEX10 ZNF22 ZNF92 ZNF483 ZNF724 H1-6 ZNF107 ZNF121	4.04e-05	179	142	8	int:ZNF467
Interaction	ANKRD20A1 interactions	ANKRD20A2P ANKRD20A4P ANKRD20A1	5.42e-05	11	142	3	int:ANKRD20A1
Interaction	ZNF710 interactions	ZNF423 ZFP37 ZNF667 SNAI1	5.62e-05	30	142	4	int:ZNF710
Interaction	MYNN interactions	ZNF423 ZFP37 ZNF667 SNAI1	7.29e-05	32	142	4	int:MYNN
Cytoband	Ensembl 112 genes in cytogenetic band chr19p12	ZNF492 ZNF208 ZNF708 ZNF43 ZNF257 ZNF724 ZNF737 ZNF90 ZNF714 ZNF730 ZNF681	2.38e-13	122	146	11	chr19p12
Cytoband	19p12	ZNF492 ZNF208 ZNF708 ZNF724 ZNF737 ZNF90 ZNF714 ZNF730 ZNF681	1.47e-11	90	146	9	19p12
Cytoband	Ensembl 112 genes in cytogenetic band chr19q13	ZNF567 ZNF132 ZNF146 ZNF585A ZNF569 ZNF175 ZNF780B ZIM3 ZNF416 ZNF585B ZNF677 ZNF600 ZIK1 ZNF530 ZNF667 ZNF808 ZNF749 ZNF841 ZNF614	9.26e-09	1192	146	19	chr19q13
Cytoband	19q13.12	ZNF567 ZNF585A ZNF569 ZNF585B	8.54e-05	72	146	4	19q13.12
Cytoband	19q13.41	ZNF600 ZNF808 ZNF841 ZNF614	1.17e-04	78	146	4	19q13.41
Cytoband	19q13.43	ZIK1 ZNF530 ZNF667 ZNF749	1.78e-04	87	146	4	19q13.43
GeneFamily	Zinc fingers C2H2-type\|ZF class homeoboxes and pseudogenes	ZNF567 ZNF132 ZNF492 ZSCAN12 ZNF146 ZNF585A ZNF484 ZNF337 ZNF569 ZNF175 ZNF423 ZNF780B YY2 ZNF189 ZNF208 ZNF519 ZNF25 YY1 ZNF354B ZNF251 ZIM3 ZNF416 ZFP37 ZNF585B ZNF708 ZNF677 ZNF800 ZNF182 ZNF22 ZNF600 ZIK1 ZNF605 ZNF35 ZNF530 ZNF827 ZNF732 ZNF41 ZNF43 ZNF257 ZNF92 ZNF197 ZNF483 ZNF667 SNAI2 ZNF737 ZNF808 ZFHX3 ZNF79 ZNF749 ZNF841 SNAI1 ZNF90 ZNF107 ZNF454 ZNF714 ZNF614 ZNF730 ZNF681 ZNF239 ZNF121	1.66e-55	718	108	60	28
GeneFamily	EF-hand domain containing\|Plakins	DSP DST	9.67e-04	8	108	2	939
GeneFamily	Zinc fingers C2H2-type\|SNAG transcriptional repressors	SNAI2 SNAI1	1.54e-03	10	108	2	1259
GeneFamily	Rho GTPase activating proteins\|BCH domain containing	ARHGAP42 ARHGAP10 ARHGAP44	3.31e-03	50	108	3	721
GeneFamily	Cadherin related	CLSTN3 CLSTN1	4.53e-03	17	108	2	24
Coexpression	MIKKELSEN_NPC_ICP_WITH_H3K4ME3	ZNF585A ZNF208 BLZF1 ZNF354B ZNF416 ZNF585B ZNF182 ZIK1 SLC26A7 TOMM40L ZNF43 H1-6 ZNF107 ZNF454 ZNF681 ZNF239	1.99e-08	497	146	16	MM863
Coexpression	ZWANG_DOWN_BY_2ND_EGF_PULSE	ZNF780B SENP8 ZNF354B SLC26A7 ZNF732 ZNF483 ZNF724 ZNF79 ZNF107 ZNF454 ZNF714 ANKRD20A1	2.64e-07	321	146	12	M2615
Coexpression	MIKKELSEN_NPC_ICP_WITH_H3K4ME3	BLZF1 ZNF354B ZNF416 ZNF585B ZNF708 ZNF182 ZIK1 SLC26A7 TOMM40L ZNF724 H1-6 ZNF454 ZNF239	1.48e-06	449	146	13	M2013
Coexpression	NIKOLSKY_BREAST_CANCER_19Q13.1_AMPLICON	ZNF567 ZNF585A ZNF569 ZNF585B	6.25e-06	22	146	4	M8692
Coexpression	GSE22601_DOUBLE_NEGATIVE_VS_CD8_SINGLE_POSITIVE_THYMOCYTE_DN	ZSCAN12 ZNF484 USP20 OSBPL11 ZNF808 ZNF749 ZNF841 ZNF714	1.59e-05	198	146	8	M6230
Coexpression	COATES_MACROPHAGE_M1_VS_M2_UP	ZNF208 SFI1 DST ZNF43 ZNF107 ZNF681	2.34e-05	102	146	6	MM749
ToppCell	Healthy-B_naive\|Healthy / disease group, cell group and cell class	DSP COBLL1 TLR10 ARHGAP44 ZNF667 SEL1L3 SGCE ZNF107	2.30e-07	192	145	8	5fddf679dcc9c0077d6bfe04c1e602863fb959eb
ToppCell	BALF-PFMC-Severe-critical_progression_d12-22_no-steroids-Lymphocytic-Lymphocytic_B-B_cell-B_c03-CD27-AIM2\|Severe-critical_progression_d12-22_no-steroids / Compartment, severity and other cell annotations on 10x 3' data (130k)	LRRIQ3 HCN1 ZNF208 DUSP22 TLR10 GRK3 EPHB1	4.32e-07	142	145	7	199a0a1024b6cc446f5ca1f277846a2bdb227a9f
ToppCell	TCGA-Bladder-Primary_Tumor-Urothelial_Carcinoma-Non-Papillary_Muscle_Invasive_Urothelial_Carcinoma-8\|TCGA-Bladder / Sample_Type by Project: Shred V9	ZNF708 ZNF43 ZNF92 ZNF737 ZNF107 ZNF714 ZNF681	6.25e-07	150	145	7	1aa9320d97ff10994ea024751790524fe133aba9
ToppCell	tumor_Lymph_Node_/_Brain-Myeloid_cells-pDCs\|Myeloid_cells / Location, Cell class and cell subclass	TLR10 TBC1D32 ZNF43 ZNF667 SEL1L3 ZNF385C EPHB1	8.14e-07	156	145	7	19472ef1642c2ad333aa3ce3675a25c6ab1d4556
ToppCell	Basal_cells-Cryobiopsy_01\|World / lung cells shred on cell class, cell subclass, sample id	ANKRD20A2P ANKRD20A3P ZNF519 ANKRD20A4P CLCA2 ZNF667 FYB2	1.69e-06	174	145	7	a0060be3940043015dcc49a5157de5541aed24a1
ToppCell	renal_medulla_nuclei-CKD+DKD_normotensive-Epithelial-Collecting_tubule_epithelial_cell\|CKD+DKD_normotensive / Celltypes from Cells and Nuclei per compartment and clinical group	FAM184B COBLL1 ABCC5 ZNF208 SLC26A7 KAZN FYB2	2.82e-06	188	145	7	58ccb31cdf43167872ef0fc737e6f9c51ee2e060
ToppCell	mLN-(5)_Dendritic_cell-(53)_Lymphoid_DC\|mLN / shred on region, Cell_type, and subtype	ARHGAP10 ANKRD20A2P ANKRD20A3P FAM171B PHKA1 ANKRD20A4P ANKRD20A1	3.97e-06	198	145	7	da84c76afe835aeee39da04b63c03549218b5d91
ToppCell	mLN-Dendritic_cell-Lymphoid_DC\|mLN / Region, Cell class and subclass	ARHGAP10 ANKRD20A2P ANKRD20A3P FAM171B PHKA1 ANKRD20A4P ANKRD20A1	3.97e-06	198	145	7	3965a9f1e8a51a196e5349aaca5fa5ed1cd8ee92
ToppCell	3'_v3-blood-Lymphocytic_Invariant-Inducer-like-ILC3\|blood / Manually curated celltypes from each tissue	DST ZNF35 ZNF827 ZNF724 SGCE IL1R1	1.28e-05	157	145	6	eb2520c237543ea4869d4386afc0457b111f6193
ToppCell	PBMC-Control-Lymphocyte-B-B_cell-B_intermediate-B_intermediate-1\|Control / Location, Disease Group, Cell group, Cell class and sub_cluster (2021.03.01)	DSP COBLL1 NSD3 TLR10 GRK3 SEL1L3	1.42e-05	160	145	6	7ad065337ac802de52c15ee715f6b78a3eed0cef
ToppCell	NS-critical-d_0-4-Lymphoid-B_cell\|d_0-4 / Location, Severity, dps_group, Lineage and Cell class of Upper airway (combined)	CLSTN3 ZNF354B FSIP2 ZIK1 ZNF827 ZNF614	2.07e-05	171	145	6	bd1ebd9037a740ad8c01c460d778b0973d8b56df
ToppCell	10x3'2.3-week_12-13-Myeloid_DC-DC-DC1\|week_12-13 / cell types per 3 fetal stages;per 3',per 5'	YY2 ZNF354B TLR10 DST ZNF667 SEL1L3	2.07e-05	171	145	6	04346d4eb726875e3537e215ea081a0318ca4ddd
ToppCell	PBMC-Control-Lymphocyte-B-B_cell-B_naive-B_naive-1\|Control / Location, Disease Group, Cell group, Cell class and sub_cluster (2021.03.01)	DSP COBLL1 NSD3 TLR10 GRK3 SEL1L3	2.44e-05	176	145	6	ad05dd934f4ac2e656b3455de091f4c8772de6c8
ToppCell	3'-Distal_airway-Endothelial-Blood_vessel_EC-vein_endothelial_cell-EC_venous_systemic-EC_venous_systemic_L.2.2.0.0\|3' / 5'-vs-3', Tissue groups, Lineages, Lineage subclass, Cell_type2, Cell_subtype2_L4.5	ZNF423 YY2 ZNF385C IL1R1 NOS3 IPMK	2.52e-05	177	145	6	1921226196b2ab7919d9f843e60d9f4bd9ec9c57
ToppCell	PBMC-Severe-Lymphocyte-B-B_cell-B_naive-B_naive-11\|Severe / Location, Disease Group, Cell group, Cell class and sub_cluster (2021.03.01)	COBLL1 NSD3 ZNF92 ZNF667 SEL1L3 ZNF107	2.60e-05	178	145	6	5d41fede13c8e64b6fdaf2155f1eb72bcfc32fdb
ToppCell	facs\|World / Skin_Bladder_Kidney_Mammary_Gland - method, tissue, subtissue, age, lineage, cell ontology and free annotation	ZNF146 DSP CLSTN1 CLCA2 ARHGAP44 SNAI2	2.68e-05	179	145	6	8001db3044e8657980e24422377c4fdb0d7b323e
ToppCell	COPD-Myeloid-cDC1\|World / Disease state, Lineage and Cell class	ANKRD20A2P ANKRD20A3P ANKRD20A8P DST ANKRD20A4P ANKRD20A1	3.13e-05	184	145	6	42d7ce104cd7bcb83fbbbd0e7d3267ad07edfa94
ToppCell	TCGA-Pancreas-Primary_Tumor-Pancreatic_Adenocarcinoma-Ductal_Adenocarcinoma-1\|TCGA-Pancreas / Sample_Type by Project: Shred V9	ARHGAP42 ZNF146 RBBP6 ZNF41 OSBPL11 VPS13B	3.33e-05	186	145	6	03db813598b67b1e08f759758a1c2023396921fa
ToppCell	PCW_10-12-Epithelial-Epithelial_alveolar-distal-epi_SOX9^high_Etv5^high_distal_(10)\|PCW_10-12 / Celltypes from embryonic and fetal-stage human lung	ACADL COBLL1 PHKA1 MTUS1 ARHGAP44 SEL1L3	3.43e-05	187	145	6	db2974e2e87ac9f1c2407a371d5ed89af09fc9b7
ToppCell	renal_cortex_nuclei-Hypertensive_with+without-CKD-Epithelial-Collecting_tubule_epithelial_cell\|Hypertensive_with+without-CKD / Celltypes from Cells and Nuclei per compartment and clinical group	COBLL1 ABCC5 ZNF208 SLC26A7 KAZN FYB2	3.64e-05	189	145	6	a9864873b19ab3e60acf11f288fa7275badc2e42
ToppCell	renal_cortex_nuclei-Adult_normal_reference-Epithelial-Collecting_tubule_epithelial_cell\|Adult_normal_reference / Celltypes from Cells and Nuclei per compartment and clinical group	COBLL1 ABCC5 ZNF208 SLC26A7 KAZN FYB2	3.75e-05	190	145	6	b3bccf4dd95e986db3cee324a6737f5fcc22e8e5
ToppCell	systemic_lupus_erythematosus-treated-Lymphocytic_B-B_naive\|systemic_lupus_erythematosus / PBMC cell types (v2) per disease, treatment status, and sex	DSP COBLL1 TLR10 ZNF92 SEL1L3 ZNF107	3.75e-05	190	145	6	e63945fa1dcd58bee129f1dd0c23b64a76241554
ToppCell	systemic_lupus_erythematosus-treated-Lymphocytic_B-B_naive-female\|systemic_lupus_erythematosus / PBMC cell types (v2) per disease, treatment status, and sex	DSP COBLL1 TLR10 ZNF92 SEL1L3 ZNF107	3.75e-05	190	145	6	fa65bc5a178ae0c80a9bd4b282e4539493128a64
ToppCell	Healthy-B_intermediate\|Healthy / disease group, cell group and cell class	COBLL1 TLR10 ARHGAP44 SEL1L3 SGCE ZNF107	4.21e-05	194	145	6	aabee48bf689367edae2079b4b90d253715f1097
ToppCell	PCW_07-8.5-Mesenchymal-Mesenchymal_cycling-mes_proliferating1_(3)\|PCW_07-8.5 / Celltypes from embryonic and fetal-stage human lung	ZNF492 ZNF519 ZNF732 ZNF724 ZNF90 ZNF730	4.33e-05	195	145	6	b65463a804fed2d9a3be9e528ca8b9c98469bc86
ToppCell	Healthy-B_intermediate\|World / disease group, cell group and cell class	COBLL1 TLR10 ARHGAP44 SEL1L3 SGCE ZNF107	4.33e-05	195	145	6	9de79e0bdd9063ae65e5edb89cc3fe6f9a8173bc
ToppCell	NS-control\|NS / Location, Severity, dps_group, Lineage and Cell class of Upper airway (combined)	DSP CLSTN1 DST CLCA2 MTUS1 CPLANE1	4.98e-05	200	145	6	ecbe89ff95d046155b984c8c150e0b9e7278f839
ToppCell	mild-B_naive\|mild / Cohort 1 (10x PBMC) with disease condition, cell group and cell class	DSP COBLL1 TLR10 ZNF667 SEL1L3 SGCE	4.98e-05	200	145	6	d0467cab6a42bf780aa49046bf3231ca161dc144
ToppCell	PBMC-Mild-Lymphocyte-B-B_cell-B_naive-B_naive-1\|Mild / Location, Disease Group, Cell group, Cell class and sub_cluster (2021.03.01)	DSP NSD3 GRK3 SEL1L3 CPLANE1	6.97e-05	131	145	5	a3a086ce6e69707ca6a042f3b15c130f81909acb
ToppCell	PBMC-Mild-cDC_4\|Mild / Compartment, Disease Groups and Clusters	ZNF585A FAM171B ZNF724 ZNF749 MAPKBP1	7.49e-05	133	145	5	e53fbd69775a4bff61de82557342f7ac80915c4d
ToppCell	Club_cells-IPF_04\|World / lung cells shred on cell class, cell subclass, sample id	ZNF208 ANKRD20A2P CLCA2 FYB2 ANKRD20A1	8.91e-05	138	145	5	133015953fc660d00339f47b415da5e9872313a2
Drug	vinylene	ZNF132 ZNF492 ZNF569 ZNF175 ZNF423 YY1 ZIM3 ZNF22 ZNF197 ZNF667 ZNF107	4.76e-07	245	144	11	CID000006326
Disease	non-syndromic intellectual disability (implicated_via_orthology)	TECR TECRL	1.84e-05	2	127	2	DOID:0050889 (implicated_via_orthology)
Disease	BMI-adjusted leptin measurement	COBLL1 GCKR ZNF800	3.41e-05	15	127	3	EFO_0007793
Disease	X-linked mental retardation with cerebellar hypoplasia and distinctive facial appearance (implicated_via_orthology)	ARHGAP42 ARHGAP10	1.10e-04	4	127	2	DOID:0080311 (implicated_via_orthology)
Disease	response to bronchodilator, response to corticosteroid	ZNF841 ZNF614	1.82e-04	5	127	2	GO_0031960, GO_0097366
Disease	X-13431 measurement	ACADL UNC80	1.82e-04	5	127	2	EFO_0800735
Disease	rgm domain family member b measurement	RGMB GCKR	2.73e-04	6	127	2	EFO_0020708
Disease	low density lipoprotein cholesterol measurement, body mass index	COBLL1 GCKR	2.73e-04	6	127	2	EFO_0004340, EFO_0004611
Disease	endometrial carcinoma, endometriosis	ARHGAP42 TLR10	9.86e-04	11	127	2	EFO_0001065, EFO_1001512
Disease	cholesteryl esters:total lipids ratio, intermediate density lipoprotein measurement	COBLL1 GCKR TOMM40L EPHB1	1.04e-03	103	127	4	EFO_0008595, EFO_0020944
Disease	susceptibility to common cold measurement	ZNF423 SPEF2 ZNF800	1.65e-03	54	127	3	EFO_0008417
Disease	isoleucine measurement	COBLL1 SFI1 GCKR	1.83e-03	56	127	3	EFO_0009793
Disease	YKL40 measurement	GCKR ATP2B4	1.86e-03	15	127	2	EFO_0004869
Disease	leptin measurement, type 2 diabetes mellitus	COBLL1 GCKR	2.12e-03	16	127	2	EFO_0005000, MONDO_0005148
Disease	gout, hyperuricemia	ZNF724 ZNF730	2.12e-03	16	127	2	EFO_0004274, EFO_0009104
Disease	free cholesterol in very large HDL measurement	COBLL1 GCKR TOMM40L	2.45e-03	62	127	3	EFO_0022273
Disease	diastolic blood pressure, systolic blood pressure	HCN1 SPAG6 PIAS1 ZNF800 CLCA2 FOLH1B ZFHX3 CLEC16A ATP2B4	2.51e-03	670	127	9	EFO_0006335, EFO_0006336
Disease	BMI-adjusted fasting blood insulin measurement	COBLL1 GCKR	2.69e-03	18	127	2	EFO_0008037
Disease	total lipids in very large HDL measurement	COBLL1 GCKR TOMM40L	2.92e-03	66	127	3	EFO_0022312
Disease	phospholipids in very large HDL measurement	COBLL1 GCKR TOMM40L	2.92e-03	66	127	3	EFO_0022298
Disease	triglyceride measurement, body mass index	COBLL1 GCKR	3.00e-03	19	127	2	EFO_0004340, EFO_0004530
Disease	cholesterol in very large HDL measurement	COBLL1 GCKR TOMM40L	3.32e-03	69	127	3	EFO_0022229
Disease	gastric ulcer	MYO9B ZNF800	3.66e-03	21	127	2	EFO_0009454
Disease	albumin:globulin ratio measurement	GCKR DUSP22 IL1R1	3.89e-03	73	127	3	EFO_0005128
Disease	resting heart rate	DSP ARHGAP10 GCKR ZNF800	3.99e-03	149	127	4	EFO_0004351
Disease	3-hydroxypropylmercapturic acid measurement	MYO9B TOPAZ1 HCN1 TECRL ZNF519 ZNF737	4.27e-03	352	127	6	EFO_0007014

Protein segments in the cluster

Peptide	Gene	Start	Entry
SSQHSKLQKHAALAV	ZNF385C	326	Q66K41
SHHLTKIQQQILEHK	ANKRD20A1	241	Q5TYW2
KQAVEHVQSHLSKKQ	GRK3	126	P35626
HVQSHLSKKQVTSTL	GRK3	131	P35626
SHHLTKIQQQILEHK	ANKRD20A8P	241	Q5CZ79
ANTKKSHKATVHVRV	CLSTN3	121	Q9BQT9
GKTVAHLQTVQHKLA	ACADL	321	P28330
TLSLLTVKHNQSHVV	TBC1D32	321	Q96NH3
TVKHNQSHVVSQKIL	TBC1D32	326	Q96NH3
SHHLTKIQQQILEHK	ANKRD20A4P	241	Q4UJ75
NVKKSHKATVHIQVN	CLSTN1	141	O94985
KKHTHENVKETAIQT	COBLL1	766	Q53SF7
KVVKAFHSSLHESIQ	ATP2B4	1141	P23634
ISQDHVKKTVTIENH	ATG3	236	Q9NT62
VNFLHSNKLTHTDLK	CLK1	276	P49759
SQKATNHNLHITEKL	POLL	246	Q9UGP5
SHHLTKIQQQILEHK	ANKRD20A2P	241	Q5SQ80
DILVKHLTNVSNHSK	ARHGAP10	511	A1A4S6
RNQHSKHKTVAVASA	CACNA1F	51	O60840
ITLAGHQKKILNSIH	EPHB1	956	P54762
HLNVSKKFHQVSILL	KAZN	566	Q674X7
ALTNHKLAKAVNSHL	BLZF1	296	Q9H2G9
EINVAHLKTTAAHTQ	MGA	2361	Q8IWI9
KLITSQAVHVTTHSK	MTUS1	581	Q9ULD2
QKKVLIVHTNHLTSL	LRSAM1	56	Q6UWE0
KHLHQAVSIGQSLKV	DST	5556	Q03001
SLVTKAKELHVQNVH	PHKA1	701	P46020
KKESSHSLQIQHQTH	FAM184B	686	Q9ULE4
HSHLEKIVTQLTSQI	FSIP2	4791	Q5CZC0
TQKVKMHIHSTNEVT	FOLH1B	31	Q9HBA9
TKKHHSQTSLKVENL	IPMK	326	Q8NFU5
SHEIIQHEVKSSKNS	RBBP6	1381	Q7Z6E9
QLAKVTIVDHHAATA	NOS3	411	P29474
VKEKTNHIQALAHST	GCKR	426	Q14397
HLKSKTVLFVTHQLQ	ABCC5	731	O15440
SHHLTKIQQQILEHK	ANKRD20A3P	241	Q5VUR7
STPKNEVHKSTQALH	HCN1	761	O60741
RASKSKLTQHHEVNV	H1-6	186	P22492
KLTQHHEVNVRKATS	H1-6	191	P22492
VHTTLKRHQSKTKSQ	CPLANE1	1596	Q9H799
QGSSHHITVKINELK	DSP	696	P15924
RTHSQLAQFVHEVKK	DDX11L8	236	A8MPP1
GQALTIASKHHQIVK	CENPN	176	Q96H22
FSHITPSTQQHLKKV	TMBIM6	16	P55061
LSKNKVTHILSVHDS	DUSP22	26	Q9NRW4
KQHHILNSSRKTITA	MAPKBP1	81	O60336
QSHKEHLTQNIVATA	HGSNAT	631	Q68CP4
TSTHQASHKQIHQKR	KRCC1	146	Q9NPI7
VSTEQASRIHQHKEK	IL1R1	66	P14778
TTHINHISTVKVALK	FAM171B	406	Q6P995
KLHRVTAEVKHNITN	OSBPL11	611	Q9BXB4
FSQKENLLTHQKIHT	ZNF146	81	Q15072
TEKCISSHNFHQKVI	SFI1	6	A8K8P3
TATNKITIIFKAHHE	RGMB	211	Q6NW40
KEIHQSHVASKTPTA	SPEF2	926	Q9C093
KHLHTSRTQIVHVKF	SEL1L3	136	Q68CR1
KHQILSALSQVSKHS	SPAG6	226	O75602
KSDFQKIAHLHLNTV	TLR10	156	Q9BXR5
LIKHLVKVSLHSQQN	ARHGAP42	511	A6NI28
SQKHVVAPKILHNVS	FYB2	196	Q5VWT5
SNLRAHLQTHSDVKK	SNAI2	226	O43623
KHNHTAVTKVTEFIL	OR8K1	6	Q8NGG5
SHHQSSNKNKKVEVI	PIAS1	446	O75925
QVSHSTHKKLTACLQ	ARHGAP44	41	Q17R89
IQLVHHSAIQKSTKE	SGCE	356	O43556
TLAHKHIVKTVDFTQ	STRAP	96	Q9Y3F4
NTHHSLQALKVTVTS	CLCA2	581	Q9UQC9
LKTLSLKLNNHTVHF	CLEC16A	146	Q2KHT3
NRHSSLIQHQKVHTK	ZNF667	396	Q5HYK9
SFRQKATLTVHQKIH	ZNF567	541	Q8N184
ATLTVHQKIHTGQKS	ZNF567	546	Q8N184
KTNLIVHQRTHTGEK	ZNF567	601	Q8N184
SNLRAHLQTHSDVKK	SNAI1	221	O95863
SQNSILIKHQKVHTG	ZNF132	581	P52740
SNLTVHQKIHSLEKT	ZNF35	291	P13682
RSLVNHQKIHAEVKT	ZNF189	581	O75820
NQSSNLTEHKKIHTA	ZNF107	366	Q9UII5
AFNLSSNLTTHKKIH	ZNF107	756	Q9UII5
NSTLIQHKKVHTGQK	ZIM3	291	Q96PE6
NQSSNLTKHKIIHTG	ZNF714	406	Q96N38
AFTQKSNLIVHQKTH	ZNF182	326	P17025
SNLIVHQKTHTGEKT	ZNF182	331	P17025
NQSSIFTKHKIIHTE	ZNF92	491	Q03936
SQTSNLHLQQKIHTI	ZNF197	996	O14709
SSLTQVTKVHQHSAV	UBN2	921	Q6ZU65
FIRKSNLVQHQKIHS	ZNF749	261	O43361
AFVRKSHLVQHQKIH	ZNF749	446	O43361
QCSNLTTHKKIHAVE	ZNF724	601	A8MTY0
QETEVLVSKVSKHHQ	TSNARE1	131	Q96NA8
SLTQKIPTAHKQSHV	UNC80	2106	Q8N2C7
VFSQSHLKGHKIINT	ZNF519	246	Q8TB69
VNLVATGHQSKKKHS	SAGE1	36	Q9NXZ1
KSHSQIKHRNLVTLV	SPATA31D1	866	Q6ZQQ2
QSTNLKSHILTHAKA	YY1	396	P25490
SFSQKATLVKHQRVH	ZIK1	331	Q3SY52
KFAQSTNLKTHILTH	YY2	351	O15391
TNLKTHILTHVKTKN	YY2	356	O15391
FTQKSNLNIHQKIHT	ZNF585B	531	Q52M93
NSVLAVHTRIHTAKK	ZNF808	551	Q8N4W9
HSRSNSVHAKQVAEK	SENP8	121	Q96LD8
KSIKHCTVLSNNIDH	TEX10	416	Q9NXF1
HATIAEIKNLFTKTH	TECR	26	Q9NZ01
VSNLIQHQKTHSSAK	ZNF780B	681	Q9Y6R6
STIHAQAKKHNLTVN	USP20	61	Q9Y2K6
LLNEVQASEHTKSKH	NSD3	176	Q9BZ95
FTQKSHLNIHQKIHT	ZNF585A	531	Q6P3V2
HLTKNNSKLSTQIHE	MYH16	211	Q9H6N6
SSNLTEHKKIHTKEQ	ZNF730	296	Q6ZMV8
AFNQSSTLTIHKIIH	ZNF730	376	Q6ZMV8
FNQFSTLTKHKIIHT	ZNF43	631	P17038
FTERSNLTQHKKIHT	ZNF677	496	Q86XU0
NQHLTVHSVKLVSTD	ZNF827	861	Q17R98
LTKHQIKHAGENLTT	ZNF841	776	Q6ZN19
VPKHQTNQTHLTDSK	TOPAZ1	531	Q8N9V7
AHTVNSLNKKVQTRH	TMEM225	206	Q6GV28
TLAHIIASNSKKHSI	WRNIP1	276	Q96S55
KKSSNLTNHKIIHTG	ZNF708	206	P17019
FNRSSNLTKHKIVHT	ZNF708	261	P17019
KAFNRSSHLTNHKVI	ZNF708	371	P17019
NQSSTLSKHKVIHTG	ZNF492	431	Q9P255
IQKSQLTAHQKTHTK	ZNF25	436	P17030
KSNLITHQKIHTGQK	ZNF41	381	P51814
KSFTKKSQLHVHQRI	ZNF41	516	P51814
FTKKSQLRVHQKIHT	ZNF41	686	P51814
VKVSHIFSNSNRHKI	ZNF90	151	Q03938
KSTLIQHQVTHTGQK	ZNF251	606	Q9BRH9
KAFTVSSSLHNHVKI	ZNF121	291	P58317
FNQSAILTKHKIIHT	ZNF208	266	O43345
FIQKSSLIQHQVVHT	ZNF416	531	Q9BWM5
AFSQKQSLIAHQKVH	ZNF569	306	Q5MCW4
NTVHKSVAIKLVHNL	VPS13B	3036	Q7Z7G8
FNQSLTLTTHKIIHT	ZNF681	291	Q96N22
QSSTLFQHQKIHTGK	ZNF22	66	P17026
VVNKVLSSHFQVAHT	TOMM40L	51	Q969M1
VFTHKTNLIIHQKIH	ZNF484	476	Q5JVG2
SFTKKSQLHVHQQIH	ZNF484	616	Q5JVG2
VFSKSSTLNKHQKIH	ZNF454	186	Q8N9F8
SSALTEHQKRQKIHL	ZNF483	371	Q8TF39
TSKQNLTKHIELHTD	ZNF800	496	Q2TB10
FTRKNHLIQHKTVHT	ZNF530	556	Q6P9A1
SKVSIQVHLAVKHSN	ZNF423	731	Q2M1K9
QSSTIHDVKQKFHKA	TECRL	81	Q5HYJ1
VAHTKILTVDRSHKN	ZNF354B	146	Q96LW1
FRQSATLNKHKSIHT	ZNF732	371	B4DXR9
SQSSNLHIHQRVHKK	ZNF239	441	Q16600
KSSLITHQQTHTEEK	ZNF614	271	Q8N883
AAISHIHSNKNLSKL	SLC26A7	636	Q8TE54
KAFSKQSTLIHHQAV	ZNF600	701	Q6ZNG1
LTQHQTIHKGEKSVS	ZSCAN12	596	O43309
KQNASLTKHVKTHSE	ZFP37	611	Q9Y6Q3
STNLIIHQKTHTGEK	ZNF79	401	Q15937
KSQLVIHQRTHTGEK	ZNF605	181	Q86T29
TFTQKSHLNIHQKIH	ZNF175	511	Q9Y473
IAVTLNKTAKHFSLH	TRAV13-1	81	A0A0B4J241
FIQKSTLVKHQITHS	ZNF337	441	Q9Y3M9
DHIFSQQHISKVKDT	ZFHX3	3041	Q15911
KAFNRSSHLTQHKVI	ZNF257	236	Q9Y2Q1
KAFNRSSHLTQHKII	ZNF257	351	Q9Y2Q1
KAFNQSSHLTQHKII	ZNF257	466	Q9Y2Q1
VKVIHKFSNSNRHKI	ZNF737	151	O75373
NIKHITSKINAILAH	LRRIQ3	201	A6PVS8
QAKAVLKHFNVRVTH	EXD3	706	Q8N9H8
HATSQTLLAKFKQQH	MYO9B	601	Q13459