Cluster composition

Functions

Category	Name	IntersectionWithQuery	PValue	GenesInTerm	GenesInQuery	GenesInTermInQuery	ID
GeneOntologyMolecularFunction	RNA polymerase II transcription regulatory region sequence-specific DNA binding	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZFP69 ZNF658B ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 FOXF2 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 RELA IRX1 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 TBX19 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 EP300 ZNF669	3.07e-21	1459	231	64	GO:0000977
GeneOntologyMolecularFunction	DNA-binding transcription factor activity, RNA polymerase II-specific	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZFP69 ZNF658B ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 FOXF2 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 RELA IRX1 ZNF879 ZFX ZNF563 ZNF711 ZNF419 TBX19 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	7.26e-20	1412	231	61	GO:0000981
GeneOntologyMolecularFunction	RNA polymerase II cis-regulatory region sequence-specific DNA binding	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF658B ZNF623 SNAI3 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 FOXF2 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 RELA IRX1 ZNF501 ZNF879 ZFX ZNF710 ZNF711 ZNF419 TBX19 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF350 ZNF853 ZNF583 EP300	5.34e-19	1244	231	56	GO:0000978
GeneOntologyMolecularFunction	cis-regulatory region sequence-specific DNA binding	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF658B ZNF623 SNAI3 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 FOXF2 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 RELA IRX1 ZNF501 ZNF879 ZFX ZNF710 ZNF711 ZNF419 TBX19 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF350 ZNF853 ZNF583 EP300	1.42e-18	1271	231	56	GO:0000987
GeneOntologyMolecularFunction	cysteine-type deubiquitinase activity	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	2.96e-18	114	231	20	GO:0004843
GeneOntologyMolecularFunction	deubiquitinase activity	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.67e-17	124	231	20	GO:0101005
GeneOntologyMolecularFunction	ubiquitin-like protein peptidase activity	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.26e-16	137	231	20	GO:0019783
GeneOntologyMolecularFunction	cysteine-type peptidase activity	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 ADGB USP17L6P USP17L22 USP17L15 USP17L8	8.37e-15	192	231	21	GO:0008234
GeneOntologyMolecularFunction	peptidase activity	PCSK5 USP17L21 USP17L1 USP17L20 USP9X USP17L19 F11 USP17L18 METAP1 USP17L17 USP17L3 AGTPBP1 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 ADGB UNC5CL USP17L6P USP17L22 USP17L15 USP17L8	4.54e-08	654	231	26	GO:0008233
GeneOntologyMolecularFunction	L-leucine binding	GLUD1 GLUD2 UBR2	5.17e-05	7	231	3	GO:0070728
GeneOntologyMolecularFunction	oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor	GLUD1 GLUD2	1.33e-04	2	231	2	GO:0016639
GeneOntologyMolecularFunction	glutamate dehydrogenase [NAD(P)+] activity	GLUD1 GLUD2	1.33e-04	2	231	2	GO:0004353
GeneOntologyMolecularFunction	glutamate dehydrogenase (NAD+) activity	GLUD1 GLUD2	1.33e-04	2	231	2	GO:0004352
GeneOntologyMolecularFunction	glutamate dehydrogenase (NADP+) activity	GLUD1 GLUD2	1.33e-04	2	231	2	GO:0004354
GeneOntologyMolecularFunction	DNA-binding transcription activator activity, RNA polymerase II-specific	ZNF143 ZNF658 ZNF225 ZNF699 ZNF658B KLF9 PLAG1 FOXF2 ZNF345 FEZF2 ZNF212 RELA ZFX TBX19 KLF10 ZNF197 ZNF721	2.96e-04	560	231	17	GO:0001228
GeneOntologyMolecularFunction	DNA-binding transcription activator activity	ZNF143 ZNF658 ZNF225 ZNF699 ZNF658B KLF9 PLAG1 FOXF2 ZNF345 FEZF2 ZNF212 RELA ZFX TBX19 KLF10 ZNF197 ZNF721	3.35e-04	566	231	17	GO:0001216
GeneOntologyMolecularFunction	calcium- and calmodulin-responsive adenylate cyclase activity	ADCY5 ADCY6	1.30e-03	5	231	2	GO:0008294
GeneOntologyMolecularFunction	DNA-binding transcription repressor activity, RNA polymerase II-specific	ZNF219 ZNF205 MYNN ZNF699 SNAI3 FEZF2 RELA IRX1 ZBTB32 ZNF721 ZNF350	1.31e-03	320	231	11	GO:0001227
GeneOntologyMolecularFunction	DNA-binding transcription repressor activity	ZNF219 ZNF205 MYNN ZNF699 SNAI3 FEZF2 RELA IRX1 ZBTB32 ZNF721 ZNF350	1.52e-03	326	231	11	GO:0001217
GeneOntologyMolecularFunction	amino acid binding	GLUD1 GLUD2 UBR2 TH PAH	1.57e-03	73	231	5	GO:0016597
GeneOntologyBiologicalProcess	protein deubiquitination	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.49e-17	125	235	20	GO:0016579
GeneOntologyBiologicalProcess	protein modification by small protein removal	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	2.62e-16	144	235	20	GO:0070646
GeneOntologyBiologicalProcess	post-translational protein modification	USP17L21 USP17L1 USP17L20 USP9X BSPRY PSMD10 USP17L19 USP17L18 FBXO25 USP17L17 USP17L3 AGTPBP1 FOXF2 USP17L13 UBR2 USP17L4 USP17L2 USP17L12 USP17L11 PARP2 USP17L24 USP17L5 RNF213 RELA USP17L10 GSK3B NEURL3 DCAF10 USP17L6P MTBP PRKCG USP17L22 USP17L15 USP17L8	6.51e-08	1074	235	34	GO:0043687
GeneOntologyBiologicalProcess	protein modification by small protein conjugation or removal	USP17L21 USP17L1 USP17L20 USP9X BSPRY PSMD10 USP17L19 USP17L18 FBXO25 USP17L17 USP17L3 FOXF2 USP17L13 UBR2 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 RNF213 RELA USP17L10 GSK3B NEURL3 DCAF10 USP17L6P MTBP PRKCG USP17L22 USP17L15 USP17L8	1.59e-07	1009	235	32	GO:0070647
GeneOntologyBiologicalProcess	protein deubiquitination involved in ubiquitin-dependent protein catabolic process	USP9X USP17L24 USP17L6P	7.84e-05	8	235	3	GO:0071947
GeneOntologyCellularComponent	septin complex	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	3.11e-07	14	234	5	GO:0031105
GeneOntologyCellularComponent	septin ring	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	3.11e-07	14	234	5	GO:0005940
GeneOntologyCellularComponent	septin cytoskeleton	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	6.65e-07	16	234	5	GO:0032156
GeneOntologyCellularComponent	sperm annulus	SEPTIN6 ADGB SEPTIN10	1.11e-04	9	234	3	GO:0097227
GeneOntologyCellularComponent	cell division site	SPIRE2 SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	2.78e-04	80	234	6	GO:0032153
GeneOntologyCellularComponent	phagophore	ATG2A ATG2B	3.72e-04	3	234	2	GO:0061908
Domain	-	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	6.51e-34	679	227	59	3.30.160.60
Domain	Znf_C2H2/integrase_DNA-bd	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	2.18e-33	694	227	59	IPR013087
Domain	zf-C2H2	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	1.98e-32	693	227	58	PF00096
Domain	Znf_C2H2-like	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF318 ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 KAT7 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	5.10e-32	796	227	61	IPR015880
Domain	ZnF_C2H2	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF318 ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 KAT7 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	1.18e-31	808	227	61	SM00355
Domain	Znf_C2H2	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 KAT7 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	8.35e-31	805	227	60	IPR007087
Domain	ZINC_FINGER_C2H2_2	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	9.14e-31	775	227	59	PS50157
Domain	ZINC_FINGER_C2H2_1	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	1.05e-30	777	227	59	PS00028
Domain	KRAB	ZNF765 ZNF658 ZNF337 ZNF460 ZNF205 ZNF571 ZNF225 ZNF699 ZNF235 ZFP69 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 ZNF283 ZNF264 ZNF578 ZNF211 ZNF607 ZNF212 ZNF316 ZNF805 ZNF879 ZNF563 ZNF419 ZNF182 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF350 ZNF583 ZNF669	8.30e-24	358	227	37	PS50805
Domain	KRAB	ZNF765 ZNF658 ZNF337 ZNF460 ZNF205 ZNF571 ZNF225 ZNF699 ZNF235 ZFP69 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 ZNF283 ZNF264 ZNF578 ZNF211 ZNF607 ZNF212 ZNF316 ZNF805 ZNF879 ZNF563 ZNF419 ZNF182 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF350 ZNF583 ZNF669	2.66e-23	370	227	37	IPR001909
Domain	HABP4_PAI-RBP1	USP17L21 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L22	4.85e-23	16	227	13	PF04774
Domain	HABP4_PAIRBP1-bd	USP17L21 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L22	4.85e-23	16	227	13	IPR006861
Domain	KRAB	ZNF765 ZNF658 ZNF337 ZNF460 ZNF205 ZNF571 ZNF225 ZNF699 ZNF235 ZFP69 ZNF785 ZNF440 ZNF77 ZNF490 ZNF283 ZNF264 ZNF578 ZNF211 ZNF607 ZNF212 ZNF316 ZNF805 ZNF879 ZNF563 ZNF419 ZNF182 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF350 ZNF583 ZNF669	9.08e-23	358	227	36	PF01352
Domain	KRAB	ZNF765 ZNF658 ZNF337 ZNF460 ZNF205 ZNF571 ZNF225 ZNF699 ZNF235 ZFP69 ZNF785 ZNF440 ZNF77 ZNF490 ZNF283 ZNF264 ZNF578 ZNF211 ZNF607 ZNF212 ZNF316 ZNF805 ZNF879 ZNF563 ZNF419 ZNF182 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF350 ZNF583 ZNF669	2.55e-22	369	227	36	SM00349
Domain	zf-C2H2_6	ZNF765 ZNF658 ZNF571 MYNN ZNF225 ZNF699 ZNF440 ZNF77 ZNF490 ZNF283 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZNF710 ZNF419 ZNF182 ZSCAN10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF721 ZNF80 ZNF669	1.59e-21	314	227	33	PF13912
Domain	UCH	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	2.98e-19	71	227	18	PF00443
Domain	USP_2	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	2.98e-19	71	227	18	PS00973
Domain	USP_3	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	3.94e-19	72	227	18	PS50235
Domain	USP_dom	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	3.94e-19	72	227	18	IPR028889
Domain	Peptidase_C19_UCH	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	3.94e-19	72	227	18	IPR001394
Domain	USP_CS	USP17L21 USP17L1 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	2.24e-18	66	227	17	IPR018200
Domain	USP_1	USP17L21 USP17L20 USP9X USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L8	6.71e-18	70	227	17	PS00972
Domain	G_SEPTIN_dom	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	3.02e-07	13	227	5	IPR030379
Domain	Septin	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	3.02e-07	13	227	5	PF00735
Domain	G_SEPTIN	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	3.02e-07	13	227	5	PS51719
Domain	Septin	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	4.65e-07	14	227	5	IPR016491
Domain	SCAN_BOX	ZNF165 ZFP69 ZSCAN32 ZSCAN4 ZSCAN10 ZNF197 ZNF500	6.34e-06	58	227	7	PS50804
Domain	SCAN	ZNF165 ZSCAN32 ZSCAN4 ZSCAN10 ZNF197 ZNF500	5.90e-05	56	227	6	SM00431
Domain	SCAN	ZNF165 ZSCAN32 ZSCAN4 ZSCAN10 ZNF197 ZNF500	7.21e-05	58	227	6	PF02023
Domain	SCAN_dom	ZNF165 ZSCAN32 ZSCAN4 ZSCAN10 ZNF197 ZNF500	7.21e-05	58	227	6	IPR003309
Domain	Retrov_capsid_C	ZNF165 ZSCAN32 ZSCAN4 ZSCAN10 ZNF197 ZNF500	7.94e-05	59	227	6	IPR008916
Domain	ELFV_dehydrog_N	GLUD1 GLUD2	1.47e-04	2	227	2	PF02812
Domain	Glu/Leu/Phe/Val_DH_C	GLUD1 GLUD2	1.47e-04	2	227	2	IPR006096
Domain	Glu/Leu/Phe/Val_DH_dimer_dom	GLUD1 GLUD2	1.47e-04	2	227	2	IPR006097
Domain	Glu/Leu/Phe/Val_DH	GLUD1 GLUD2	1.47e-04	2	227	2	IPR006095
Domain	ELFV_dehydrog	GLUD1 GLUD2	1.47e-04	2	227	2	PF00208
Domain	NAD_bind_Glu_DH	GLUD1 GLUD2	1.47e-04	2	227	2	IPR033922
Domain	GLFV_DEHYDROGENASE	GLUD1 GLUD2	1.47e-04	2	227	2	PS00074
Domain	ATG2	ATG2A ATG2B	1.47e-04	2	227	2	IPR026849
Domain	ELFV_dehydrog	GLUD1 GLUD2	1.47e-04	2	227	2	SM00839
Domain	Glu/Leu/Phe/Val_DH_AS	GLUD1 GLUD2	1.47e-04	2	227	2	IPR033524
Domain	ATG2_CAD	ATG2A ATG2B	1.47e-04	2	227	2	PF13329
Domain	ATG2_CAD_motif	ATG2A ATG2B	1.47e-04	2	227	2	IPR026885
Domain	Transcrp_activ_Zfx/Zfy-dom	ZFX ZNF711	4.38e-04	3	227	2	IPR006794
Domain	Zfx_Zfy_act	ZFX ZNF711	4.38e-04	3	227	2	PF04704
Domain	AbLIM_anchor	ABLIM1 ABLIM2	8.68e-04	4	227	2	PF16182
Domain	-	TH PAH	8.68e-04	4	227	2	1.10.800.10
Domain	ArAA_hydroxylase_Fe/CU_BS	TH PAH	8.68e-04	4	227	2	IPR018301
Domain	BH4_AAA_HYDROXYL_2	TH PAH	8.68e-04	4	227	2	PS51410
Domain	ArAA_hydroxylase	TH PAH	8.68e-04	4	227	2	IPR001273
Domain	Biopterin_H	TH PAH	8.68e-04	4	227	2	PF00351
Domain	AbLIM_anchor	ABLIM1 ABLIM2	8.68e-04	4	227	2	IPR032402
Domain	Tyrosine_3-monooxygenase-like	TH PAH	8.68e-04	4	227	2	IPR019773
Domain	Aromatic-AA_hydroxylase_C	TH PAH	8.68e-04	4	227	2	IPR019774
Domain	BH4_AAA_HYDROXYL_1	TH PAH	8.68e-04	4	227	2	PS00367
Domain	Autophagy-rel_C	ATG2A ATG2B	1.44e-03	5	227	2	IPR015412
Domain	ATG_C	ATG2A ATG2B	1.44e-03	5	227	2	PF09333
Domain	Adcy_conserved_dom	ADCY5 ADCY6	2.14e-03	6	227	2	IPR009398
Domain	DUF1053	ADCY5 ADCY6	2.14e-03	6	227	2	PF06327
Domain	Cu_oxidase_Cu_BS	SNAI3 HEPHL1	2.14e-03	6	227	2	IPR002355
Pathway	REACTOME_RAS_PROCESSING	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 LYPLA1 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	4.63e-25	45	176	19	MM15671
Pathway	REACTOME_UB_SPECIFIC_PROCESSING_PROTEASES	USP17L21 USP17L1 USP17L20 USP9X PSMD10 PSMD12 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	2.55e-14	191	176	21	MM15289
Pathway	REACTOME_UB_SPECIFIC_PROCESSING_PROTEASES	USP17L21 USP17L1 USP17L20 USP9X PSMD10 PSMD12 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 USP17L15 USP17L8	4.64e-13	221	176	21	M27578
Pathway	REACTOME_DEUBIQUITINATION	USP17L21 USP17L1 USP17L20 USP9X PSMD10 PSMD12 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 EP300 USP17L15 USP17L8	1.54e-12	262	176	22	MM15286
Pathway	REACTOME_DEUBIQUITINATION	USP17L21 USP17L1 USP17L20 USP9X PSMD10 PSMD12 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L22 EP300 USP17L15 USP17L8	2.13e-11	299	176	22	M27574
Pathway	REACTOME_MAPK_FAMILY_SIGNALING_CASCADES	USP17L21 USP17L1 USP17L20 PSMD10 PSMD12 USP17L19 USP17L18 USP17L17 LYPLA1 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	4.66e-10	318	176	21	MM15278
Pathway	REACTOME_RNA_POLYMERASE_II_TRANSCRIPTION	ZNF143 ZNF658 ZNF337 ZNF460 USP9X ZNF205 ZNF571 PSMD10 PSMD12 KCTD1 ZNF225 ZNF699 ZNF235 ZFP69 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 INTS14 ZNF264 ZNF211 ZNF607 ZNF212 APAF1 GPAM RELA GSK3B ZNF710 ZNF563 ZNF711 ZNF419 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF74 ZNF721 ZNF350 HDAC10 ZNF583 EP300 ZNF669	4.14e-09	1387	176	44	M734
Pubmed	Interleukin 1 receptor signaling regulates DUBA expression and facilitates Toll-like receptor 9-driven antiinflammatory cytokine production.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P IL1R1 USP17L22 USP17L15 USP17L8	5.15e-37	25	236	19	21115691
Pubmed	DUB-1, a deubiquitinating enzyme with growth-suppressing activity.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	8622927
Pubmed	DUB-1A, a novel deubiquitinating enzyme subfamily member, is polyubiquitinated and cytokine-inducible in B-lymphocytes.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	14583620
Pubmed	DUB-2A, a new member of the DUB subfamily of hematopoietic deubiquitinating enzymes.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	11468161
Pubmed	The murine DUB-1 gene is specifically induced by the betac subunit of interleukin-3 receptor.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	8756639
Pubmed	Lymphocyte-specific murine deubiquitinating enzymes induced by cytokines.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	12447969
Pubmed	DUB-1, a fate determinant of dynein heavy chain in B-lymphocytes, is regulated by the ubiquitin-proteasome pathway.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.28e-37	21	236	18	18980247
Pubmed	Decabromodiphenyl ethane affects embryonic development by interfering with nuclear F-actin in zygotes and leads to cognitive and social disorders in offspring mice.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 ZSCAN4 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.90e-36	26	236	19	35816173
Pubmed	JAK2 is required for induction of the murine DUB-1 gene.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	3.43e-36	22	236	18	9154835
Pubmed	DUB-2 is a member of a novel family of cytokine-inducible deubiquitinating enzymes.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	6.24e-35	24	236	18	8995226
Pubmed	Cdc25A and Dub3 in a high-stakes balancing act.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	2.27e-33	33	236	19	20228807
Pubmed	The DUB/USP17 deubiquitinating enzymes: a gene family within a tandemly repeated sequence, is also embedded within the copy number variable beta-defensin cluster.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	20403174
Pubmed	DUB-3, a cytokine-inducible deubiquitinating enzyme that blocks proliferation.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	14699124
Pubmed	The DUB/USP17 deubiquitinating enzymes, a multigene family within a tandemly repeated sequence.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	15780755
Pubmed	USP17 regulates Ras activation and cell proliferation by blocking RCE1 activity.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	19188362
Pubmed	Unstable transmission of the RS447 human megasatellite tandem repetitive sequence that contains the USP17 deubiquitinating enzyme gene.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	11941478
Pubmed	Hyaluronan- and RNA-binding deubiquitinating enzymes of USP17 family members associated with cell viability.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	17109758
Pubmed	The deubiquitinating enzyme USP17 is highly expressed in tumor biopsies, is cell cycle regulated, and is required for G1-S progression.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	20388806
Pubmed	Polyclonal and monoclonal antibodies specific for USP17, a proapoptotic deubiquitinating enzyme.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	20715989
Pubmed	Human megasatellite DNA RS447: copy-number polymorphisms and interspecies conservation.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	9806828
Pubmed	The ubiquitin-specific protease 17 is involved in virus-triggered type I IFN signaling.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	20368735
Pubmed	The RS447 human megasatellite tandem repetitive sequence encodes a novel deubiquitinating enzyme with a functional promoter.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	10936051
Pubmed	The deubiquitinating enzyme USP17 is essential for GTPase subcellular localization and cell motility.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	5.12e-33	34	236	19	21448158
Pubmed	Cytokine-regulated protein degradation by the ubiquitination system.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.11e-32	35	236	19	16611142
Pubmed	Lys-63-specific deubiquitination of SDS3 by USP17 regulates HDAC activity.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.11e-32	35	236	19	21239494
Pubmed	Minor Splicing Factors Zrsr1 and Zrsr2 Are Essential for Early Embryo Development and 2-Cell-Like Conversion.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.56e-32	29	236	18	32527007
Pubmed	The deubiquitinating enzyme USP17 blocks N-Ras membrane trafficking and activation but leaves K-Ras unaffected.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	2.34e-32	36	236	19	20147298
Pubmed	Ubiquitin hydrolase Dub3 promotes oncogenic transformation by stabilizing Cdc25A.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	4.79e-32	37	236	19	20228808
Pubmed	DUX is a non-essential synchronizer of zygotic genome activation.	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	7.17e-27	50	236	18	31806660
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.	ZNF460 ZNF699 ZNF235 ZNF785 ZNF440 ZNF77 ZNF490 ZNF264 ZNF211 ZNF607 ZNF316 ZNF805 ZNF563 ZNF419 ZNF182 ZNF197 ZNF432 ZNF74 ZNF721 ZNF583 ZNF669	6.84e-20	181	236	21	37372979
Pubmed	High Dub3 expression in mouse ESCs couples the G1/S checkpoint to pluripotency.	USP17L1 USP17L3 USP17L4 USP17L2 USP17L6P USP17L15 USP17L8	7.15e-14	10	236	7	24207026
Pubmed	Cell cycle-dependent expression of Dub3, Nanog and the p160 family of nuclear receptor coactivators (NCoAs) in mouse embryonic stem cells.	USP17L1 USP17L3 USP17L4 USP17L2 USP17L6P USP17L15 USP17L8	4.66e-13	12	236	7	24695638
Pubmed	ES cell neural differentiation reveals a substantial number of novel ESTs.	USP17L1 USP17L3 USP17L4 USP17L2 USP17L6P USP17L15 USP17L8	2.00e-12	14	236	7	11793228
Pubmed	CDK4/6-dependent activation of DUB3 regulates cancer metastasis through SNAIL1.	USP17L1 USP17L3 USP17L4 USP17L2 USP17L6P USP17L15 USP17L8	2.85e-11	19	236	7	28067227
Pubmed	USP7 represses lineage differentiation genes in mouse embryonic stem cells by both catalytic and noncatalytic activities.	USP17L21 USP17L1 USP17L20 USP17L19 ZNF235 OR6X1 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 MYOM3 USP17L5 USP17L10 ZNF711 ZNF182 USP17L6P DGKI USP17L22 USP17L15 USP17L8	4.83e-11	674	236	24	37196079
Pubmed	Resolution of cell fate decisions revealed by single-cell gene expression analysis from zygote to blastocyst.	ZNF219 ZNF143 ZNF205 MYNN ZNF318 ZNF235 ZNF623 ZYX KLF9 PLAG1 ZNF212 RELA ZNF710 ZNF419 TBX19 KAT7 ABLIM1 KLF10 LPP HMGXB3 ZNF721 ABLIM2	4.15e-08	808	236	22	20412781
Pubmed	Localization of septin proteins in the mouse cochlea.	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	5.67e-08	16	236	5	22575789
Pubmed	Androglobin, a chimeric mammalian globin, is required for male fertility.	SEPTIN8 SEPTIN14 ADGB SEPTIN11 SEPTIN10	1.48e-07	19	236	5	35700329
Pubmed	Embryonic demise caused by targeted disruption of a cysteine protease Dub-2.	USP17L13 USP17L2 USP17L15	1.23e-06	4	236	3	22984479
Pubmed	p28(GANK) associates with p300 to attenuate the acetylation of RelA.	PSMD10 RELA EP300	1.23e-06	4	236	3	25400040
Pubmed	Human and mouse proteases: a comparative genomic approach.	USP17L1 USP17L3 USP17L4 USP17L2 USP17L6P USP17L15 USP17L8	1.38e-06	81	236	7	12838346
Pubmed	A dual-activity topoisomerase complex regulates mRNA translation and turnover.	PCSK5 SPIRE2 ATG2A FAT1 SLC52A2 FRAS1 MTHFD1L L1CAM ZNF316 MYOM3 POLRMT PAPLN ATP13A2 C6orf132 MYOF KLF10 ZNF500 NPRL3 HMGXB3 TNFAIP2 BCAM EP300 SOWAHB	2.20e-06	1105	236	23	35748872
Pubmed	HIV transcriptional activation by the accessory protein, VPR, is mediated by the p300 co-activator.	RELA CCNB2 EP300	1.06e-05	7	236	3	9560267
Pubmed	Isolation of cDNA clones for 42 different Krüppel-related zinc finger proteins expressed in the human monoblast cell line U-937.	ZNF460 ZNF235 ZNF283 ZNF345	1.13e-05	21	236	4	7865130
Pubmed	Septin 14 is involved in cortical neuronal migration via interaction with Septin 4.	SEPTIN6 SEPTIN14 SEPTIN11	1.68e-05	8	236	3	20181826
Pubmed	A Genome-Wide CRISPR Screen Identifies Genes Critical for Resistance to FLT3 Inhibitor AC220.	USP17L21 USP17L20 USP17L19 USP17L18 USP17L17 USP17L12 USP17L11	1.78e-05	119	236	7	28625976
Pubmed	Glutamate dehydrogenase in cerebellar mutant mice: gene localization and enzyme activity in different tissues.	GLUD1 GLUD2 AGTPBP1	2.51e-05	9	236	3	2293612
Pubmed	Superfluous role of mammalian septins 3 and 5 in neuronal development and synaptic transmission.	SEPTIN6 SEPTIN8 SEPTIN11	2.51e-05	9	236	3	18809578
Pubmed	A deep proteomics perspective on CRM1-mediated nuclear export and nucleocytoplasmic partitioning.	USP9X ATG2A ZYX SEPTIN6 SEPTIN8 AGTPBP1 RELA UPF1 XRCC3 GSK3B BBS10 KAT7 ABLIM1 STRAP CCNB2 GPN2 LPP DBR1 SEPTIN10 MTMR9	3.12e-05	1038	236	20	26673895
Pubmed	Enhancer Activity Requires CBP/P300 Bromodomain-Dependent Histone H3K27 Acetylation.	SEPTIN6 SEPTIN8 STRN UPF1 STRAP SEPTIN11 EIF3B EP300	3.42e-05	180	236	8	30110629
Pubmed	Interplay between protein acetylation and ubiquitination controls MCL1 protein stability.	USP9X USP17L2 EP300	3.57e-05	10	236	3	34758305
Pubmed	Localization of the human tyrosine hydroxylase gene to 11p15: gene duplication and evolution of metabolic pathways.	TH PAH	4.59e-05	2	236	2	2872999
Pubmed	Glutamate Delta-1 Receptor Regulates Inhibitory Neurotransmission in the Nucleus Accumbens Core and Anxiety-Like Behaviors.	GLUD1 GLUD2	4.59e-05	2	236	2	34173171
Pubmed	Glutamate dehydrogenase is essential to sustain neuronal oxidative energy metabolism during stimulation.	GLUD1 GLUD2	4.59e-05	2	236	2	28621566
Pubmed	Atg2A/B deficiency switches cytoprotective autophagy to non-canonical caspase-8 activation and apoptosis.	ATG2A ATG2B	4.59e-05	2	236	2	28800131
Pubmed	Chronic mild stress alters synaptic plasticity in the nucleus accumbens through GSK3β-dependent modulation of Kv4.2 channels.	KCND2 GSK3B	4.59e-05	2	236	2	32209671
Pubmed	Hepatocyte growth factor suppresses proinflammatory NFkappaB activation through GSK3beta inactivation in renal tubular epithelial cells.	RELA GSK3B	4.59e-05	2	236	2	18201972
Pubmed	GluD1 knockout mice with a pure C57BL/6N background show impaired fear memory, social interaction, and enhanced depressive-like behavior.	GLUD1 GLUD2	4.59e-05	2	236	2	32078638
Pubmed	Development of mice with brain-specific deletion of floxed glud1 (glutamate dehydrogenase 1) using cre recombinase driven by the nestin promoter.	GLUD1 GLUD2	4.59e-05	2	236	2	23595828
Pubmed	Common haplotypes at the CFH locus and low-frequency variants in CFHR2 and CFHR5 associate with systemic FHR concentrations and age-related macular degeneration.	CFHR2 CFHR5	4.59e-05	2	236	2	34260947
Pubmed	Mammalian Atg2 proteins are essential for autophagosome formation and important for regulation of size and distribution of lipid droplets.	ATG2A ATG2B	4.59e-05	2	236	2	22219374
Pubmed	Knockout of adenylyl cyclase isoform 5 or 6 differentially modifies the β1-adrenoceptor-mediated inotropic response.	ADCY5 ADCY6	4.59e-05	2	236	2	31009605
Pubmed	Interaction between glutamate dehydrogenase (GDH) and L-leucine catabolic enzymes: intersecting metabolic pathways.	GLUD1 GLUD2	4.59e-05	2	236	2	21621574
Pubmed	Identification of the molecular dysfunction caused by glutamate dehydrogenase S445L mutation responsible for hyperinsulinism/hyperammonemia.	GLUD1 GLUD2	4.59e-05	2	236	2	28911206
Pubmed	Activity of Adenylyl Cyclase Type 6 Is Suppressed by Direct Binding of the Cytoskeletal Protein 4.1G.	ADCY6 EPB41L2	4.59e-05	2	236	2	31383768
Pubmed	Delineation of glutamate pathways and secretory responses in pancreatic islets with β-cell-specific abrogation of the glutamate dehydrogenase.	GLUD1 GLUD2	4.59e-05	2	236	2	22875990
Pubmed	Molecular basis of human glutamate dehydrogenase regulation under changing energy demands.	GLUD1 GLUD2	4.59e-05	2	236	2	15578726
Pubmed	Important role of Ser443 in different thermal stability of human glutamate dehydrogenase isozymes.	GLUD1 GLUD2	4.59e-05	2	236	2	15044002
Pubmed	Induction of excitatory and inhibitory presynaptic differentiation by GluD1.	GLUD1 GLUD2	4.59e-05	2	236	2	22138648
Pubmed	Glutamate Dehydrogenase Is Important for Ammonia Fixation and Amino Acid Homeostasis in Brain During Hyperammonemia.	GLUD1 GLUD2	4.59e-05	2	236	2	34220417
Pubmed	Expression of human GLUD1 and GLUD2 glutamate dehydrogenases in steroid producing tissues.	GLUD1 GLUD2	4.59e-05	2	236	2	26241911
Pubmed	BSPRY, a novel protein of the Ro-Ret family.	BSPRY ZYX	4.59e-05	2	236	2	10978534
Pubmed	Differential levels of glutamate dehydrogenase 1 (GLUD1) in Balb/c and C57BL/6 mice and the effects of overexpression of the Glud1 gene on glutamate release in striatum.	GLUD1 GLUD2	4.59e-05	2	236	2	21446915
Pubmed	NFкB is a critical transcriptional regulator of atypical cadherin FAT1 in glioma.	FAT1 RELA	4.59e-05	2	236	2	31992226
Pubmed	Characterization of LILRB3 and LILRA6 allelic variants in the Japanese population.	LILRB3 LILRA6	4.59e-05	2	236	2	33526815
Pubmed	The calcium paradoxon of renin release: calcium suppresses renin exocytosis by inhibition of calcium-dependent adenylate cyclases AC5 and AC6.	ADCY5 ADCY6	4.59e-05	2	236	2	17068292
Pubmed	GluD1 binds GABA and controls inhibitory plasticity.	GLUD1 GLUD2	4.59e-05	2	236	2	38060673
Pubmed	Adenylyl cyclase 5-generated cAMP controls cerebral vascular reactivity during diabetic hyperglycemia.	ADCY5 ADCY6	4.59e-05	2	236	2	31162142
Pubmed	NF-κB-mediated transcriptional upregulation of TNFAIP2 by the Epstein-Barr virus oncoprotein, LMP1, promotes cell motility in nasopharyngeal carcinoma.	RELA TNFAIP2	4.59e-05	2	236	2	23975427
Pubmed	Gene expression patterns in the hippocampus during the development and aging of Glud1 (Glutamate Dehydrogenase 1) transgenic and wild type mice.	GLUD1 GLUD2	4.59e-05	2	236	2	24593767
Pubmed	Potentiation of neuronal activity by tonic GluD1 current in brain slices.	GLUD1 GLUD2	4.59e-05	2	236	2	37154294
Pubmed	Nuclear factor kappaB nuclear translocation as a crucial marker of brain response to interleukin-1. A study in rat and interleukin-1 type I deficient mouse.	RELA IL1R1	4.59e-05	2	236	2	14622131
Pubmed	Deletion of glutamate dehydrogenase 1 (Glud1) in the central nervous system affects glutamate handling without altering synaptic transmission.	GLUD1 GLUD2	4.59e-05	2	236	2	22924626
Pubmed	Differential regulation of vascular tone and remodeling via stimulation of type 2 and type 6 adenylyl cyclases in the ductus arteriosus.	ADCY5 ADCY6	4.59e-05	2	236	2	20431059
Pubmed	GSK3β Modulates Timing-Dependent Long-Term Depression Through Direct Phosphorylation of Kv4.2 Channels.	KCND2 GSK3B	4.59e-05	2	236	2	29790931
Pubmed	Nerve tissue-specific (GLUD2) and housekeeping (GLUD1) human glutamate dehydrogenases are regulated by distinct allosteric mechanisms: implications for biologic function.	GLUD1 GLUD2	4.59e-05	2	236	2	11032875
Pubmed	Localization of Human Glutamate Dehydrogenases Provides Insights into Their Metabolic Role and Their Involvement in Disease Processes.	GLUD1 GLUD2	4.59e-05	2	236	2	29943084
Pubmed	Glutamate dehydrogenase deficiency disrupts glutamate homeostasis in hippocampus and prefrontal cortex and impairs recognition memory.	GLUD1 GLUD2	4.59e-05	2	236	2	31898404
Pubmed	Birth and adaptive evolution of a hominoid gene that supports high neurotransmitter flux.	GLUD1 GLUD2	4.59e-05	2	236	2	15378063
Pubmed	Widening Spectrum of Cellular and Subcellular Expression of Human GLUD1 and GLUD2 Glutamate Dehydrogenases Suggests Novel Functions.	GLUD1 GLUD2	4.59e-05	2	236	2	27422263
Pubmed	Distinct frequency patterns of LILRB3 and LILRA6 allelic variants in Europeans.	LILRB3 LILRA6	4.59e-05	2	236	2	36449053
Pubmed	Critical role of the cysteine 323 residue in the catalytic activity of human glutamate dehydrogenase isozymes.	GLUD1 GLUD2	4.59e-05	2	236	2	15750346
Pubmed	Molecular cloning, structure and expression analysis of a full-length mouse brain glutamate dehydrogenase cDNA.	GLUD1 GLUD2	4.59e-05	2	236	2	1711373
Pubmed	Transcriptomic responses in mouse brain exposed to chronic excess of the neurotransmitter glutamate.	GLUD1 GLUD2	4.59e-05	2	236	2	20529287
Pubmed	Determination of glutamate dehydrogenase activity and its kinetics in mouse tissues using metabolic mapping (quantitative enzyme histochemistry).	GLUD1 GLUD2	4.59e-05	2	236	2	25124006
Pubmed	Unexpected histone H3 tail-clipping activity of glutamate dehydrogenase.	GLUD1 GLUD2	4.59e-05	2	236	2	23673664
Pubmed	Adenylyl cyclase subtype-specific compartmentalization: differential regulation of L-type Ca2+ current in ventricular myocytes.	ADCY5 ADCY6	4.59e-05	2	236	2	23609114
Pubmed	Adenylyl cyclase type 5 protein expression during cardiac development and stress.	ADCY5 ADCY6	4.59e-05	2	236	2	19734365
Pubmed	Lack of evidence for direct ligand-gated ion channel activity of GluD receptors.	GLUD1 GLUD2	4.59e-05	2	236	2	39052831
Pubmed	Metabolism changes during aging in the hippocampus and striatum of glud1 (glutamate dehydrogenase 1) transgenic mice.	GLUD1 GLUD2	4.59e-05	2	236	2	24442550
Interaction	TRIM28 interactions	ZNF765 ZNF658 ZNF460 PSMD10 PSMD12 ZNF699 ZNF235 ZNF785 ZNF440 ZNF77 ZNF490 RECQL5 LYPLA1 ZNF264 PAK1IP1 ZNF211 ZNF607 MTHFD1L PARP2 APAF1 ZNF316 ZNF805 POLRMT UPF1 GSK3B ZNF563 ZNF419 ZNF182 STRAP PRIM2 ZNF197 ZNF256 ZNF432 ZNF816 MRPS9 ZNF74 ZNF721 ZNF350 HDAC10 ZNF583 EP300 EPB41L2 ZNF669	5.14e-09	1474	225	43	int:TRIM28
Interaction	FBLN5 interactions	ZNF765 ZNF460 ZNF235 ZNF440 ZNF77 RECQL5 FOXF2 POLRMT ZNF74 ZNF669	1.23e-05	159	225	10	int:FBLN5
Cytoband	4p16.1	USP17L21 USP17L20 USP17L19 USP17L18 USP17L17 USP17L13 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P ABLIM2 USP17L22 USP17L15	1.19e-19	79	236	15	4p16.1
Cytoband	Ensembl 112 genes in cytogenetic band chr4p16	USP17L21 USP17L20 USP17L19 USP17L18 USP17L17 USP17L13 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P ZNF721 ABLIM2 USP17L22 USP17L15	5.34e-14	222	236	16	chr4p16
Cytoband	Ensembl 112 genes in cytogenetic band chr19q13	ZNF765 QPCTL ZNF460 ZNF571 ZNF225 ZNF235 ZNF283 ZNF264 ZNF578 ZNF345 LILRB3 ZNF211 ZNF607 ZSCAN4 ZNF805 LILRA6 ZNF419 ZBTB32 KIR3DX1 ZNF540 ZNF256 ZNF432 ZNF816 PRKCG ZNF350 BCAM BRSK1 ZNF583	2.91e-11	1192	236	28	chr19q13
Cytoband	19q13.4	ZNF460 ZNF264 LILRB3 ZNF211 LILRA6 PRKCG BRSK1	1.84e-07	79	236	7	19q13.4
Cytoband	19q13.43	ZSCAN4 ZNF805 ZNF419 ZNF256 ZNF583	9.02e-05	87	236	5	19q13.43
Cytoband	3q13.3	GSK3B ZNF80	1.57e-04	4	236	2	3q13.3
Cytoband	Ensembl 112 genes in cytogenetic band chr8p23	USP17L1 FBXO25 USP17L3 USP17L4 USP17L2 MTMR9 USP17L8	2.25e-04	234	236	7	chr8p23
Cytoband	19q13.41	ZNF578 ZNF432 ZNF816 ZNF350	7.21e-04	78	236	4	19q13.41
Cytoband	4q21.1	CCNI SEPTIN11 SOWAHB	9.16e-04	37	236	3	4q21.1
Cytoband	8p23.1	USP17L1 USP17L3 USP17L4 USP17L2 USP17L8	1.25e-03	154	236	5	8p23.1
Cytoband	16p13.3	FAM234A ZNF205 ZSCAN32 ZSCAN10 ZNF500 NPRL3	1.73e-03	244	236	6	16p13.3
GeneFamily	Zinc fingers C2H2-type\|ZF class homeoboxes and pseudogenes	ZNF765 ZNF219 ZNF143 ZNF658 ZNF165 ZNF337 ZNF460 MAZ ZNF205 ZNF571 MYNN ZNF318 ZNF225 ZNF699 ZNF235 ZFP69 ZNF623 SNAI3 ZNF785 ZNF440 ZNF77 ZNF490 ZSCAN32 KLF9 ZNF283 PLAG1 ZNF264 ZNF578 ZNF345 ZNF211 ZNF607 FEZF2 ZSCAN4 ZNF212 ZNF316 ZNF805 ZNF501 ZNF879 ZFX ZNF710 ZNF563 ZNF711 ZNF419 ZNF182 ZBTB32 ZSCAN10 KLF10 ZNF540 ZNF197 ZNF256 ZNF500 ZNF432 ZNF816 ZNF74 ZNF721 ZNF80 ZNF350 ZNF853 ZNF583 ZNF669	4.92e-41	718	169	60	28
GeneFamily	Septins	SEPTIN6 SEPTIN8 SEPTIN14 SEPTIN11 SEPTIN10	8.15e-08	13	169	5	732
Coexpression	MADAN_DPPA4_TARGETS	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 ZSCAN4 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	1.51e-21	86	232	19	MM1312
Coexpression	GRAESSMANN_RESPONSE_TO_MC_AND_SERUM_DEPRIVATION_DN	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	7.76e-18	112	232	18	MM1095
Coexpression	GERY_CEBP_TARGETS	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 FOXF2 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	3.17e-16	160	232	19	MM1155
Coexpression	GRAESSMANN_RESPONSE_TO_MC_AND_DOXORUBICIN_UP	USP17L21 USP17L1 USP17L20 USP17L19 ZNF699 USP17L18 USP17L17 GLUD1 GLUD2 USP17L3 C1QTNF1 AGTPBP1 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 APAF1 POLRMT USP17L5 USP17L10 ATP13A2 C6orf132 USP17L6P USP17L22 USP17L15 USP17L8	2.84e-11	647	232	27	MM981
Coexpression	GRAESSMANN_APOPTOSIS_BY_DOXORUBICIN_UP	USP17L21 ZNF219 USP17L1 USP17L20 USP17L19 ZNF699 USP17L18 USP17L17 GLUD1 GLUD2 USP17L3 C1QTNF1 PAK1IP1 AGTPBP1 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 APAF1 POLRMT USP17L5 USP17L10 ATP13A2 C6orf132 STRAP USP17L6P EIF3B DBR1 USP17L22 USP17L15 USP17L8	4.47e-08	1226	232	32	MM979
Coexpression	MARSON_BOUND_BY_FOXP3_STIMULATED	USP17L21 USP17L1 USP17L20 BSPRY ZNF205 MYNN USP17L19 SNAI3 SEPTIN6 USP17L18 METAP1 USP17L17 USP17L3 CCNI TBCE USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 APAF1 USP17L5 USP17L10 USP17L6P DBR1 USP17L22 USP17L15 EPB41L2 USP17L8	9.63e-08	1072	232	29	MM1031
Coexpression	BRUINS_UVC_RESPONSE_LATE	USP17L21 USP17L1 USP17L20 PSMD10 PSMD12 USP17L19 USP17L18 METAP1 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L5 USP17L10 GSK3B TTC7A HSD3B7 KLF10 UNC5CL USP17L6P MRPS9 SEPTIN11 USP17L22 USP17L15 DKK3 MTMR9 USP17L8	2.98e-07	1198	232	30	MM1062
Coexpression	ZENG_GU_ICB_CONTROL_METAGENE_31_PRECICTIVE_ICB_RESISTANCE	ZNF699 FZD9 AMHR2 ZNF316 PAPLN ZNF879 TMEM88B ZNF711 ZSCAN10 DGKI ZNF853	1.94e-06	201	232	11	MM17086
ToppCell	LPS_anti-TNF-Mesenchymal_myocytic-Pericyte-Pericyte_2\|LPS_anti-TNF / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 C1QTNF1 MYO1B MYOF SEPTIN11 SNTG2 DKK3 EPB41L2	7.80e-09	200	229	11	786f1ae53e60b5ffbf4bfd393d10b802478148b3
ToppCell	LPS-IL1RA-Stromal_mesenchymal-Lung_smooth_muscle-Pericyte_2\|LPS-IL1RA / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	ARHGEF17 ADCY5 FAT1 C1QTNF1 FOXF2 PAPLN MYOF SEPTIN11 SNTG2 DKK3	4.23e-08	184	229	10	102b6f621a5b551e622f97b12d787c080b052a72
ToppCell	LPS_anti-TNF-Mesenchymal_myocytic-Pericyte\|LPS_anti-TNF / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 C1QTNF1 MYO1B MYOF SEPTIN11 SNTG2 DKK3	9.26e-08	200	229	10	4e1e19214aeebbdca004de7faaf4cc9d18498591
ToppCell	LPS_IL1RA-Mesenchymal_myocytic-Pericyte-Pericyte_2\|LPS_IL1RA / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 C1QTNF1 MYO1B MYOF SEPTIN11 SNTG2 DKK3	9.26e-08	200	229	10	cf883ba5dbe6350b93142d625a52b25ff2a8bb63
ToppCell	LPS_anti-TNF-Mesenchymal_myocytic\|LPS_anti-TNF / Treatment groups by lineage, cell group, cell type	PCSK5 ARHGEF17 ADCY5 FNDC1 FAT1 MYO1B MYOF LPP SNTG2 DKK3	9.26e-08	200	229	10	67dcbd86fbc79fd585d0793f979e4aac100326c9
ToppCell	Control_saline-Mesenchymal_myocytic-Pericyte\|Control_saline / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 C1QTNF1 MYO1B SEPTIN11 SNTG2 DKK3 EPB41L2	9.26e-08	200	229	10	cb7ef774b6d300f8019c5b16a04e3ebd165e4f1c
ToppCell	LPS_only-Stromal_mesenchymal-Lung_smooth_muscle-Pericyte_2\|LPS_only / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	ARHGAP32 ARHGEF17 ADCY5 FAT1 FOXF2 PAPLN MYO1B MYOF SNTG2	4.95e-07	184	229	9	327ff3ac8d2fecdd5d242bdc34f0dfdb1c59a68b
ToppCell	LPS_IL1RA_TNF-Mesenchymal_myocytic-Pericyte-Pericyte_2\|LPS_IL1RA_TNF / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 MYO1B SEPTIN11 SNTG2 DKK3 EPB41L2	9.93e-07	200	229	9	d2fcd3bd7c3223875f027eeb48ff621192a5f242
ToppCell	Control_saline-Mesenchymal_myocytic\|Control_saline / Treatment groups by lineage, cell group, cell type	PCSK5 ARHGEF17 ADCY5 FNDC1 FAT1 C1QTNF1 MYOF LPP DKK3	9.93e-07	200	229	9	5ed4261157cd51109b314818133ac3a0d34ee5fa
ToppCell	LPS_IL1RA-Mesenchymal_myocytic\|LPS_IL1RA / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 FNDC1 FAT1 C1QTNF1 MYOF LPP SNTG2 DKK3	9.93e-07	200	229	9	77631c471cc5d453a749784f838cfa6408caf09b
ToppCell	kidney_cells-Adult_normal_reference-Epithelial-Collecting_tubule_epithelial_cell-kidney_collecting_duct_intercalated_cell-Outer_Medullary_Collecting_Duct_Intercalated_Cell_Type_A\|Adult_normal_reference / Celltypes from Cells and Nuclei per compartment and clinical group	SPIRE2 RECQL5 FSD2 ZNF501 NEURL3 DGKI SOWAHB	2.49e-06	117	229	7	240cd636d1f5d3f270825ace02126fae993f5802
ToppCell	390C-Lymphocytic-CD4_T-cell-CD4+_Effector_T_cell-2\|390C / Donor, Lineage, Cell class and subclass (all cells)	FBXL8 SNAI3 ZNF785 SUSD4 UNC5CL PRIM2 ZNF583 EP300	2.75e-06	169	229	8	cfc9ff103d13a2d5eacc457e800f53fdd29f7738
ToppCell	LPS-antiTNF-Stromal_mesenchymal-Lung_smooth_muscle-Pericyte_2\|LPS-antiTNF / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	ARHGEF17 ADCY5 FAT1 FOXF2 PAPLN MYO1B SNTG2 DKK3	5.16e-06	184	229	8	689a8af81a79a4bb3123cfa01958c953eab5de98
ToppCell	wk_15-18-Epithelial-Distal_epithelial_progenitor-epi-tip_intermediate\|wk_15-18 / Celltypes from embryonic and fetal-stage human lung	FBXL8 BSPRY ZNF785 ZSCAN32 FRAS1 ZNF607 IRX1 ZNF879	5.37e-06	185	229	8	636505a3d96f75d951ab42bcf8af6ae07abc732d
ToppCell	LPS-IL1RA-Stromal_mesenchymal-Lung_smooth_muscle\|LPS-IL1RA / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	ARHGEF17 ADCY5 FNDC1 FAT1 C1QTNF1 FOXF2 MYOF DKK3	6.79e-06	191	229	8	7853ac7dff649150e6ff27cd4c8cf7c1fc034ed4
ToppCell	facs-Tongue-nan-3m-Epithelial-nan\|Tongue / Tongue_Heart_Limb_Muscle_Aorta_Diaphragm - method, tissue, subtissue, age, lineage, cell ontology and free annotation	USP9X SEPTIN6 GLUD1 LYPLA1 CCNI KLF10 LPP DKK3	9.16e-06	199	229	8	8d50e1ee58710d896c0204937331d9f4dcd38de0
ToppCell	LPS_IL1RA_TNF-Mesenchymal_myocytic-Pericyte\|LPS_IL1RA_TNF / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 C1QTNF1 MYO1B SNTG2 DKK3	9.50e-06	200	229	8	b5b5a32925f225610fe25a021a742d6397162863
ToppCell	LPS_IL1RA_TNF-Mesenchymal_myocytic\|LPS_IL1RA_TNF / Treatment groups by lineage, cell group, cell type	PCSK5 ARHGEF17 ADCY5 FNDC1 FAT1 MYOF LPP DKK3	9.50e-06	200	229	8	f599e4b051ac3dad11ad437e98dc8ea6754cca53
ToppCell	LPS_only-Mesenchymal_myocytic-Pericyte-Pericyte_2\|LPS_only / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 MYO1B SCML4 MYOF SNTG2	9.50e-06	200	229	8	69edc375d85689300d1dbc1217fedc40063ecdcb
ToppCell	Control_saline-Mesenchymal_myocytic-Pericyte-Pericyte_2\|Control_saline / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN8 FAT1 MYO1B SNTG2 DKK3 EPB41L2	9.50e-06	200	229	8	bc8949eb34482aca166c4602ff6ab876cb4c2c3c
ToppCell	LPS_IL1RA-Mesenchymal_myocytic-Pericyte\|LPS_IL1RA / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 FAT1 C1QTNF1 MYO1B MYOF SEPTIN11 SNTG2	9.50e-06	200	229	8	b22cae282591d8dead9869c2adbb9632615f50f7
ToppCell	LPS_only-Mesenchymal_myocytic\|LPS_only / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 FNDC1 FAT1 C1QTNF1 MYOF LPP DKK3	9.50e-06	200	229	8	8bc9923f82bfb836e2f524204c92050edeae8ca5
ToppCell	LPS-antiTNF-Stromal_mesenchymal-Myocytic\|LPS-antiTNF / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	ARHGEF17 ADCY5 FAT1 C1QTNF1 FOXF2 SNTG2 DKK3	1.65e-05	156	229	7	6365b69ede98bc866e996bc52736b00401aacf6f
ToppCell	renal_cortex_nuclei-Renal_AKI_(acute_kidney_injury)-Epithelial-Collecting_tubule_epithelial_cell-kidney_connecting_tubule_epithelial_cell_cycling-Cycling_Connecting_Tubule_Cell_low-phase\|Renal_AKI_(acute_kidney_injury) / Celltypes from Cells and Nuclei per compartment and clinical group	SPIRE2 ZP3 ATP13A2 PRIM2 ZNF74 MTBP DKK3	1.79e-05	158	229	7	d72d6527dc50207ddbada262460d3c4bac249a19
ToppCell	21-Trachea-Epithelial-Submucosal_gland_basal\|Trachea / Age, Tissue, Lineage and Cell class	ADCY5 FZD9 NPAP1 C1QTNF1 MYO18B IRX1 DKK3	1.87e-05	159	229	7	4f670b57b8d3b090ea2f1aafe15baf93cb7ef146
ToppCell	368C-Myeloid-Macrophage-SPP1+_Macrophage_2\|Macrophage / Donor, Lineage, Cell class and subclass (all cells)	EARS2 PROCA1 ZNF607 PAPLN ZNF197 ZNF256 IL1R1	2.77e-05	169	229	7	ea600c63cf9572bc4b3cad6392f67bd0d92c7fc9
ToppCell	NS-critical-d_0-4-Myeloid-Monocyte-derived_Macrophage\|d_0-4 / Location, Severity, dps_group, Lineage and Cell class of Upper airway (combined)	ZNF623 ZNF77 ZSCAN32 KLF9 TBCE ZNF419 ZNF816	2.87e-05	170	229	7	adf73bdc049d508f8873c22539db2ca92052a97b
ToppCell	3'_v3-bone_marrow-Lymphocytic_B-ABC_aged-B_naive\|bone_marrow / Manually curated celltypes from each tissue	ZNF165 ZNF283 DPH1 TBX19 ZSCAN10 P2RX5 FCRL5	2.98e-05	171	229	7	fcc31a9a69f96de10d1324a5a4fbfe4289bf4984
ToppCell	ASK440-Epithelial-Transformed_epithelium\|ASK440 / Donor, Lineage and Cell class of Lung cells from Dropseq	EARS2 ZNF623 ZP3 FOXF2 SUSD4 UPF1 ANO3	3.10e-05	172	229	7	df3800bcd9777d02900eba0cfc26ab73de8a1d95
ToppCell	390C-Lymphocytic-CD4_T-cell-CD4+_Effector_T_cell-2\|CD4_T-cell / Donor, Lineage, Cell class and subclass (all cells)	BSPRY ZNF785 HSD3B7 UNC5CL PRIM2 ZNF583 EP300	3.21e-05	173	229	7	b9dee61973559e8c2fef3f2dafd43475b386befb
ToppCell	390C-Lymphocytic-CD4_T-cell-CD4+_Effector_T_cell-2\|Lymphocytic / Donor, Lineage, Cell class and subclass (all cells)	FBXL8 ZNF785 SUSD4 HSD3B7 UNC5CL PRIM2 ZNF583	3.58e-05	176	229	7	437cfc5e06416bb0fc76d1f9dc106f74e279e880
ToppCell	ASK440-Epithelial-Transformed_epithelium\|Epithelial / Donor, Lineage and Cell class of Lung cells from Dropseq	EARS2 ZNF623 ZP3 FOXF2 SUSD4 UPF1 ANO3	3.85e-05	178	229	7	86f1741636ed3e85bb4a65f84949b718fc38c290
ToppCell	droplet-Lung-30m-Mesenchymal-myofibroblast-pericyte_cell-pericyte\|30m / method, tissue, age, lineage, sublineage, cell ontologies, cell type and subtype	ARHGAP32 ARHGEF17 FAT1 C1QTNF1 FOXF2 MYO1B DKK3	4.75e-05	184	229	7	7128a2be291544d3df3ed6c80f21ddda8437dcba
ToppCell	droplet-Lung-30m-Mesenchymal-myofibroblast\|30m / method, tissue, age, lineage, sublineage, cell ontologies, cell type and subtype	ARHGAP32 ARHGEF17 FAT1 C1QTNF1 FOXF2 MYO1B DKK3	4.75e-05	184	229	7	55dde9c4eebac2a33788c1ff1d8fe312d150fad4
ToppCell	droplet-Lung-30m-Mesenchymal-myofibroblast-pericyte_cell\|30m / method, tissue, age, lineage, sublineage, cell ontologies, cell type and subtype	ARHGAP32 ARHGEF17 FAT1 C1QTNF1 FOXF2 MYO1B DKK3	4.75e-05	184	229	7	d14238f7b0b55a4c8d7040bea854bd221a66ac30
ToppCell	facs-Brain_Non-Myeloid-Cerebellum-24m-Epithelial-neuroepithelial_cell\|Brain_Non-Myeloid / Brain_Non-Myeloid_Brain_Myeloid - method, tissue, subtissue, age, lineage, cell ontology and free annotation	SPIRE2 KCTD1 WDR93 FNDC1 RBM12 UNC5CL MTBP	4.92e-05	185	229	7	05bc89a566b0db90ae06506e067190a4739a0974
ToppCell	10x5'-bone_marrow-Hematopoietic_Erythro-Mega-Mega-Mast\|bone_marrow / Manually curated celltypes from each tissue	FAM234A ARHGEF17 ADCY6 ZNF283 BBS10 ZNF711 DGKI	4.92e-05	185	229	7	a62ebaff92f2ed27b27b32c27c89cfbe2cb35116
ToppCell	facs-Lung-24m-Mesenchymal-fibroblast-alveolar_fibroblast-alveolar_fibroblast_l1\|24m / method, tissue, age, lineage, sublineage, cell ontologies, cell type and subtype	ARHGEF17 PLAG1 C1QTNF1 MYOM3 GPAM SHISAL1 DKK3	5.09e-05	186	229	7	827f2f2ddde315d1e5970dd56f906c555ec699af
ToppCell	LPS-antiTNF-Stromal_mesenchymal-Lung_smooth_muscle\|LPS-antiTNF / V2 postpublication: Rhesus Genome Updated; Treatment groups by lineage, cell_type_level1, cell_type_level2	PCSK5 ADCY5 FNDC1 FAT1 MYOF SNTG2 DKK3	5.63e-05	189	229	7	7ab1cfc1657277858339f7258a0c4ae9cb42fdf8
ToppCell	primary_visual_cortex-Neuronal-glutamatergic_neuron-L6_CT-L6_CT_VISp_Nxph2_Wls\|primary_visual_cortex / Per Region, Lineage, Cell class, Cell type, Cell subtype	PCSK5 FEZF2 SHISAL1 PRKCG ANO3 DKK3	5.74e-05	130	229	6	05d5a73acf1d7f75a79876b1a06d27c74a89b8a4
ToppCell	facs-Skin-Anagen-3m\|Skin / Skin_Bladder_Kidney_Mammary_Gland - method, tissue, subtissue, age, lineage, cell ontology and free annotation	ZYX SEPTIN6 LYPLA1 CCNI IRX1 MYOF EIF3B	5.82e-05	190	229	7	3466cebab16964e94da130d0673fa32e7d90b5ed
ToppCell	nucseq-Mesenchymal-Myocytic-Myocytic_1-Pericyte\|nucseq / Celltype signatures by Technology, Lineage, Lineage_subclass, Celltype_group, Cell_type2	ARHGEF17 ADCY5 FAT1 MYO1B LPP SEPTIN11 ABLIM2	5.82e-05	190	229	7	4eb92aef1ee868f4537483d19014d947b7684612
ToppCell	facs-Skin-Anagen-3m-Epithelial\|Skin / Skin_Bladder_Kidney_Mammary_Gland - method, tissue, subtissue, age, lineage, cell ontology and free annotation	ZYX SEPTIN6 LYPLA1 CCNI IRX1 MYOF EIF3B	5.82e-05	190	229	7	888ded899f0513d41bf655896d59ae8ef74e0978
ToppCell	nucseq-Mesenchymal-Myocytic-Myocytic_1\|nucseq / Celltype signatures by Technology, Lineage, Lineage_subclass, Celltype_group, Cell_type2	ARHGEF17 ADCY5 FAT1 MYO1B LPP SEPTIN11 ABLIM2	5.82e-05	190	229	7	7be4341e2909101d756f14031c21e705eb45e69a
ToppCell	nucseq-Mesenchymal-Myocytic\|nucseq / Celltype signatures by Technology, Lineage, Lineage_subclass, Celltype_group, Cell_type2	ARHGEF17 ADCY5 FNDC1 FAT1 KCND2 LPP SEPTIN11	6.64e-05	194	229	7	2d66091097e106c7bee22e5281f50724700bdf8d
ToppCell	RA\|World / Chamber and Cluster_Paper	FAT1 C1QTNF1 FRAS1 MTHFD1L IL1R1 ANO3 DKK3	6.64e-05	194	229	7	08f0afbb68a63150fbe107a5337299081c3f69e4
ToppCell	RA-15._Ventricular_Cardiomyocyte_III\|RA / Chamber and Cluster_Paper	CATSPERD ZP3 PAK1IP1 MYO18B PRADC1 UNC5CL	6.79e-05	134	229	6	60ee3accc54108e5b9a0018f6aa8488dc39d5ade
ToppCell	Parenchymal-10x3prime_v2-Immune_Myeloid-Dendritic_cell-DC_plasmacytoid\|10x3prime_v2 / Cell types per location group and 10X technology with lineage, and cell group designations	ZNF235 SNAI3 PLAG1 ZNF710 UNC5CL ZNF669	6.79e-05	134	229	6	0e3f37ef041b751ed45060b5ce39385a2731370b
ToppCell	Parenchymal-NucSeq-Stromal-Peri/Epineurial_-NAF_epineurial\|NucSeq / Cell types per location group and 10X technology with lineage, and cell group designations	MYNN ZP3 PAK1IP1 SHISA6 PAPLN ZNF540 DKK3	7.78e-05	199	229	7	6f5ef959b51eccf1ffc2e5ddf0d83c62ca2257b2
ToppCell	Transverse-T_cell-Tfh\|T_cell / Region, Cell class and subclass	FBXL8 ZNF318 ZNF623 RECQL5 ZNF563 ZNF419 RBM12	7.78e-05	199	229	7	33ffea12b8228e0b5bd8942531c3b21d24224725
ToppCell	Parenchymal-NucSeq-Stromal-Peri/Epineurial_\|NucSeq / Cell types per location group and 10X technology with lineage, and cell group designations	MYNN ZP3 PAK1IP1 SHISA6 PAPLN ZNF540 DKK3	7.78e-05	199	229	7	1aa99d21bf61b86df4a966dc47634044430aa39f
ToppCell	RA-15._Ventricular_Cardiomyocyte_III\|World / Chamber and Cluster_Paper	CATSPERD ZP3 PAK1IP1 MYO18B PRADC1 UNC5CL	8.00e-05	138	229	6	5a713f24f633de463ef47ca37fbb2bb60c7fdb77
ToppCell	Control_saline-Mesenchymal_myocytic-Myofibroblastic-Myofibroblast\|Control_saline / Treatment groups by lineage, cell group, cell type	PCSK5 ADCY5 FNDC1 FAT1 MYOF LPP DKK3	8.03e-05	200	229	7	c5e051f1aac8dda376c342a9932785a23450e073
ToppCell	LPS_anti-TNF-Mesenchymal_myocytic-Pericyte-Pericyte_3\|LPS_anti-TNF / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 FAT1 C1QTNF1 MYO18B MYOF LPP	8.03e-05	200	229	7	9169a9ec8e9ab95d90a64c5a19ac666a5cf82313
ToppCell	Smart-start-Cell-Wel_seq-Non-neoplastic-Glial-Neuronal-Astrocyte-Astrocyte-G\|Smart-start-Cell-Wel_seq / Platform, Oncotype, Lineage, Cell_class, celltype (level4), mutation group	GJB6 GLUD1 FEZF2 PAPLN GPAM ABLIM1 DKK3	8.03e-05	200	229	7	07d942803360e1a1e8e131d6e31c726dd0db1a0b
ToppCell	Smart-start-Cell-Wel_seq-Non-neoplastic-Glial-Neuronal-Astrocyte-Astrocyte\|Smart-start-Cell-Wel_seq / Platform, Oncotype, Lineage, Cell_class, celltype (level4), mutation group	GJB6 GLUD1 FEZF2 PAPLN GPAM ABLIM1 DKK3	8.03e-05	200	229	7	d0812817ef99608994193787a62d39adeb2070ca
ToppCell	LPS_IL1RA-Mesenchymal_myocytic-Pericyte-Pericyte_3\|LPS_IL1RA / Treatment groups by lineage, cell group, cell type	ARHGEF17 ADCY5 SEPTIN6 FAT1 C1QTNF1 MYOF LPP	8.03e-05	200	229	7	a3a1e35934d676c39f917652e50c502cb2f613c1
ToppCell	Smart-start-Cell-Wel_seq-Non-neoplastic-Glial-Neuronal-Astrocyte\|Smart-start-Cell-Wel_seq / Platform, Oncotype, Lineage, Cell_class, celltype (level4), mutation group	GJB6 GLUD1 FEZF2 PAPLN GPAM ABLIM1 DKK3	8.03e-05	200	229	7	cd54ddf1919c98e84b7e4aba85b374fc8b407206
ToppCell	Control-Fibroblasts-Mesothelial_FB\|Control / group, cell type (main and fine annotations)	ADCY5 C1QTNF1 PAPLN SHISAL1 DGKI RPE65	8.32e-05	139	229	6	e769beb031b262dd92c9605b07dbf3c29fb82520
ToppCell	390C-Lymphocytic-CD8+_Cytotoxic_T-cell-CD8+_Cytotoxic_T_cell_6\|Lymphocytic / Donor, Lineage, Cell class and subclass (all cells)	CHDH KLF9 FSD2 ZNF197 ZNF74 PRKCG	1.09e-04	146	229	6	1bf67a9416f52198931b912a31be4bab09fefd19
ToppCell	367C-Lymphocytic-NK_cells-NK_cell_D\|NK_cells / Donor, Lineage, Cell class and subclass (all cells)	ARHGAP32 ZNF318 RECQL5 BBS10 UNC5CL CMTR2	1.18e-04	148	229	6	10dcbdb47cac908648d9d652c8095b536db19b8a
Drug	vinylene	ZNF219 ZNF460 MAZ ZNF235 FAT1 PLAG1 ZNF264 DPH1 FEZF2 ZFX ZBTB32 KLF10 ZNF197 EP300	1.26e-07	245	220	14	CID000006326
Drug	Amyleine hydrochloride [532-59-2]; Up 200; 14.8uM; HL60; HG-U133A	ZNF219 PNPLA4 MAZ ATG2A CYRIA TBCE DPH1 APAF1 RELA LPP NPRL3	4.00e-06	199	220	11	1991_UP
Drug	Amphotericin B [1397-89-3]; Down 200; 4.4uM; PC3; HT_HG-U133A	ZNF337 ZNF318 ZSCAN32 ZNF710 ZNF419 P2RX5 ZNF197 TNFAIP2 BCAM ZMYM3 SOS2	4.20e-06	200	220	11	6303_DN
Drug	choline sulfate	CHDH GLUD1 GLUD2	8.77e-06	5	220	3	CID000000485
Drug	2-methyl-1,2,3,4-tetrahydroisoquinoline	GLUD1 GLUD2 TH	1.74e-05	6	220	3	CID000015362
Drug	SC 19220; Up 200; 10uM; PC3; HT_HG-U133A	ZNF205 ZSCAN32 STRN RECQL5 APAF1 TH LPP ZNF500 ZNF721 MTMR9	2.03e-05	194	220	10	7065_UP
Drug	Dizocilpine maleate [77086-22-7]; Up 200; 11.8uM; HL60; HG-U133A	ZNF337 FCHO1 NPAP1 DPH1 UPF1 KBTBD4 NPRL3 BCAM EP300 MTMR9	2.52e-05	199	220	10	1386_UP
Drug	Zimelidine dihydrochloride monohydrate [61129-30-4]; Up 200; 9.8uM; HL60; HG-U133A	ARHGAP32 MAZ FCHO1 SEPTIN6 PAK1IP1 TBCE RELA KBTBD4 LPP IL1R1	2.52e-05	199	220	10	2012_UP
Drug	Cefoxitin sodium salt [33564-30-6]; Down 200; 8.8uM; PC3; HT_HG-U133A	ARHGAP32 ZNF337 RELA ZNF419 RBM12 KBTBD4 TNFAIP2 BCAM ZMYM3 SOS2	2.52e-05	199	220	10	7148_DN
Drug	Flucytosine [2022-85-7]; Down 200; 31uM; HL60; HT_HG-U133A	CYRIA IL1RAPL2 RECQL5 ZNF345 APAF1 MYO1B ZNF710 NPRL3 ZNF350 TNFAIP2	2.52e-05	199	220	10	3073_DN
Disease	primary ovarian insufficiency (implicated_via_orthology)	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	9.25e-29	46	225	19	DOID:5426 (implicated_via_orthology)
Disease	congenital heart disease (implicated_via_orthology)	USP17L21 USP17L1 USP17L20 USP17L19 USP17L18 USP17L17 USP17L3 USP17L13 USP17L4 USP17L2 USP17L12 USP17L11 USP17L24 USP17L5 USP17L10 USP17L6P USP17L22 USP17L15 USP17L8	8.84e-25	69	225	19	DOID:1682 (implicated_via_orthology)

Protein segments in the cluster

Peptide	Gene	Start	Entry
VRPHTDAVYHACFSE	APAF1	611	O14727
LHVTRTGAHYILFPC	FAM234A	266	Q9H0X4
VHFFRPKCLRTAVYH	EP300	1401	Q09472
YFAQSHKPPFHGRVC	DISP3	936	Q9P2K9
HGEAPRISVSFYHVK	EIF3B	581	P55884
YFHPTTTRLIKHPCE	CATSPERD	46	Q86XM0
VLEAGDKHYHPSCAR	ABLIM1	296	O14639
LFNAYSPVGHSIHIC	ADGB	751	Q8N7X0
YCVSGLPEARADHAH	ADCY6	431	O43306
YEAVHRHPYPCSKAL	HSD3B7	151	Q9H2F3
FYHHLPAASGCKQTS	CCNI	306	Q14094
YGCYVHSSIVPTFHR	CAMTA2	116	O94983
IASLNHYLKSHRFPC	CMTR2	151	Q8IYT2
LVHKHFCTRLSGYIE	TENT2	241	Q6PIY7
AGEKHYHPSCALCVR	ABLIM2	226	Q6H8Q1
YCVSGLPEARADHAH	ADCY5	521	O95622
GADFLVHYGHSCLIP	DPH1	126	Q9BZG8
YVHLGLISTCAFIPH	BBS10	381	Q8TAM1
LAKRAGAFDAVPCYH	MTHFD1L	816	Q6UB35
VKRLPLVYCDYHGHS	AGTPBP1	1006	Q9UPW5
ILHTHLFSCSVDYRP	ATG2A	1111	Q2TAZ0
ETGSHSPVCLQLHYK	ATG2B	636	Q96BY7
LHPKGSLCHYLTQYT	AMHR2	281	Q16671
AHCLPYFRKAQGHEL	CHDH	161	Q8NE62
SDCYTGPFSRARIHH	ANO3	276	Q9BYT9
RSRSPHEAGFCVYLK	RBM12	421	Q9NTZ6
FICTSPLLKYHHCVG	NT5C	96	Q8TCD5
RHLTLACHYDSKLFP	QPCTL	161	Q9NXS2
HCALRPLDHESYEFK	PARP2	366	Q9UGN5
HTRFCSHGPKYAELV	PCDHB1	181	Q9Y5F3
KAHYRVHTGERPFPC	KLF9	161	Q13886
TLKGSAHVCLYHPDT	ARHGEF17	1876	Q96PE2
VHAYFRGHSPSCLAR	FCHO1	636	O14526
EHAPHGHFVTCVKAY	FAT1	2401	Q14517
HFIKGNDPYCLTISH	MIR7-3HG	106	Q8N6C7
ILYDHVHPVGAFCKT	CYRIA	261	Q9H0Q0
ERHFSISGCPLYHNL	KAT7	201	O95251
EFAVLPHHSEGACVY	FRAS1	16	Q86XX4
VHLVDSHYCTDPAKF	GPN2	141	Q9H9Y4
SVVRSYCGHGIHKLF	METAP1	286	P53582
PHCGNLDYHFVKPFS	HECA	521	Q9UBI9
FYPAVEGTLCLTGHH	MTMR9	21	Q96QG7
KVCVEHHTFYRLVSP	EPB41L2	486	O43491
PHCLALHSFIDIYTG	HMGXB3	791	Q12766
SKGECHRSCPDHYYV	PCSK5	1596	Q92824
FHIPHACLKDNGAYR	FCRL5	151	Q96RD9
FYHEGVPLRHKSVRC	FCRL5	321	Q96RD9
VPHSYCEHIGVARLA	OR52B2	176	Q96RD2
IPHTFCEHIGLAKYA	OR52B4	176	Q8NGK2
DSTHVIRFPLNGYCH	KCTD1	186	Q719H9
IYHLGAASALCRHGK	PNPLA4	16	P41247
TEDGCPHKKFFHTRF	DCAF10	286	Q5QP82
EVSFCLPHKIHYAAS	NPRL3	226	Q12980
CKSGYHPTKSHSFRA	CFHR2	241	P36980
TYHVRRHTGEKPYVC	MYNN	431	Q9NPC7
TGKLHYPRHECISAY	KCND2	101	Q9NZV8
RILRATGKAYHPHCF	LPP	486	Q93052
VRSHDGAVHKPYNCS	MAZ	326	P56270
DYICHAHFPGTRTII	L1CAM	206	P32004
YHLALLFKDSGHPCT	FBXO25	331	Q8TCJ0
HKFRLHSYSSPTFCD	PRKCG	101	P05129
TLRCGSQKGYHHFVL	LILRA6	141	Q6PI73
TLRCGSQKGYHHFVL	LILRB3	141	O75022
HEGSYLSICKHYRAI	PSMD12	236	O00232
SSHVKHFPICIFGHS	PACS2	871	Q86VP3
PACVAAHGFRIHDYL	PRADC1	16	Q9BSG0
VISHFYCDVGPSLKA	OR6X1	171	Q8NH79
GHHSKPCSRVEYVSS	ARHGAP32	1546	A7KAX9
PEHAGTYRCVGIYKH	KIR3DX1	86	Q9H7L2
RVFHCTQYIRHGSKP	PAH	261	P00439
PTVLSRAHLDYCHGD	OR6V1	156	Q8N148
YHGCPFRHSDPELLK	PRIM2	381	P49643
KDLPIHACSYCGIHD	UPF1	116	Q92900
TRHPISYVCSGAHRK	C6orf132	1171	Q5T0Z8
YGRGTHCHYKAPTVV	FZD9	561	O00144
LGPYCAETHRRHTLF	ATP13A2	361	Q9NQ11
DAIYFHPSTFHCARL	HDAC10	91	Q969S8
LFYEPASGTVLCAHH	BSPRY	366	Q5W0U4
APGERCKSHYAAFSV	C1QTNF1	136	Q9BXJ1
VHYHPSKVAAAASCL	CCNB2	301	O95067
PVRFAAHHYAATLCA	FBXL8	291	Q96CD0
GPDHCSLLHYAAKTG	DGKI	956	O75912
HYDINAHACVTGKPI	GLUD1	246	P00367
TLGHYLDKHDPCRCT	GAS2L2	261	Q8NHY3
AFKHDPSYTDCHGRQ	FNDC1	1771	Q4ZHG4
KNVCYDHFFPVSHIR	GJB6	61	O95452
DLAYTPFHAVLKCGH	INTS14	206	Q96SY0
YIHSFGICHRDIKPQ	GSK3B	171	P49841
ILTAAHCFYGVESPK	F11	426	P03951
PITHHKGCVAATFFV	ADGRF2	511	Q8IZF7
FCHSYSICHRDLKPE	BRSK1	146	Q8TDC3
TLCDFPKIHHGFLYD	CFHR5	21	Q9BXR6
YHSHIDAPKDICSGL	HEPHL1	186	Q6MZM0
FAGIRSSHIKYICPH	LYPLA1	41	O75608
IRSHICSHPGCGKTY	KLF10	366	Q13118
IFKSHDYRKGHFECP	DBR1	126	Q9UK59
CHPLKYHTVSYPART	GPR139	131	Q6DWJ6
RDASFHCAAHYSLPE	BCAM	231	P50895
ALHCYRKGLTFVSVH	POLRMT	1136	O00411
HSHSLVYVCKPTFVG	DKK3	276	Q9UBP4
YKHPFTCFAKNTHGI	IL1R1	306	P14778
HKQCTGHIIYPFASD	PROCA1	71	Q8NCQ7
GHIIYPFASDCVRHS	PROCA1	76	Q8NCQ7
HYDINAHACVTGKPI	GLUD2	246	P49448
HIRIHAGYKPFVCEF	FEZF2	351	Q8TBJ5
LPFEKASVCHYHGIE	MTBP	646	Q96DY7
GCTPLHYAASKNRHE	PSMD10	106	O75832
DKAASECHPHYSFSR	P2RX5	266	Q93086
ECHPHYSFSRLDNKL	P2RX5	271	Q93086
YQHHSTPVCDRKDFV	FOXF2	396	Q12947
HCKFHIYNGTRPCES	USP9X	181	Q93008
CSDRFKPSYVHSFGL	RPE65	231	Q16518
HDVAFHPSKCYIASA	STRN	756	O43815
PVCPFYSHQLRSKHL	SOS2	401	Q07890
SRVHVCLYFISPTGH	SEPTIN14	156	Q6ZU15
VPPDYKIHRHCFTGS	TATDN2	646	Q93075
KIHRHCFTGSYPVIE	TATDN2	651	Q93075
RIHACLYFIAPTGHS	SEPTIN11	146	Q9NVA2
HCCRGYKHEIPATTL	IL1RAPL2	616	Q9NP60
AFLPSHGLYTCHIGK	IRX1	356	P78414
RHSDPELYTAAKHCA	KBTBD4	156	Q9NVX7
TIGSYFRLNKDTCHP	FSD2	561	A1L4K1
LPHSSEYSVGRCKHT	GPAM	16	Q9HCL2
PTSIYHVFHSRKDCA	SLC52A2	426	Q9HAB3
LHYIPGHHTCYTASK	SHISA6	481	Q6ZSJ9
AHFRVCEPYTDHKGR	SHISAL1	26	Q3SXP7
YHFGFHCPRLSDNKT	SHISAL1	41	Q3SXP7
PYCFSIVAGHGKSHV	SNTG2	386	Q9NY99
HCSAEQRHPGKTSVY	NPAP1	606	Q9NZP6
SRIHVCLYFIAPTGH	SEPTIN6	146	Q14141
RSSCGYTPLHLAAIH	SOWAHB	666	A6NEL2
KSDGFPTYHLACVVD	EARS2	221	Q5JPH6
EELESYKGHFGPIHC	STRAP	256	Q9Y3F4
GHVRTHTGEKPYACS	SNAI3	226	Q3KNW1
VHSYSHTGERPYKCI	PLAG1	51	Q6DJT9
IGQSSYHHIEPFCKL	PRXL2C	96	Q7RTV5
CRHAAIAKYFGDALP	RECQL5	411	O94762
HCYLPSAFSQHKVFV	RNF213	1936	Q63HN8
KCLHCHGISDTFDPY	USP17L3	206	A6NCW0
ECGKTFTYPSAFHKH	ZNF833P	126	Q6ZTB9
CGKAFHSPRSYRRHE	ZNF440	261	Q8IYI8
GFYCPKSFQRHEKTH	ZNF440	466	Q8IYI8
ATCYPDFSKGHLSAI	TNFAIP2	601	Q03169
TLHQRFHTGEKPYEC	ZNF540	231	Q8NDQ6
IIHYRTHTGEKPYEC	ZNF182	306	P17025
ECGKAFRYPSSLRAH	ZNF77	356	Q15935
CPTYFRRHVKTHSGV	ZNF77	391	Q15935
HFSIHTGEKPYECVE	ZNF460	466	Q14592
HQRIHTGEKPYACSE	ZNF197	836	O14709
VHVRTHTGERPYYCT	ZNF143	346	P52747
VSHQRVHTGEKPYAC	ZSCAN10	511	Q96SZ4
SLTCHRRCHTGEKPY	ZNF578	301	Q96N58
SAHRRIHTGESPYKC	ZSCAN32	621	Q9NX65
KCLHCHGISDTFDPY	USP17L4	206	A6NCW7
SCPTYLRSHEKTHTG	ZNF490	316	Q9ULM2
SCEVHERTHFGEKPY	ZNF490	376	Q9ULM2
PFHFVDRLGKHDVTC	MRPS9	316	P82933
GSHEGTVYFKCRHPT	TBCE	51	Q15813
SVAEGPHHAGCTKSY	PAPLN	671	O95428
PHIYSHGCVLKDVCS	SPIRE2	656	Q8WWL2
DHLRVHTSEKPYTCG	ZNF256	256	Q9Y2P7
YVHRRIHTGEKPYTC	ZNF721	841	Q8TF20
TCHEGFKIRYPDLHN	SUSD4	146	Q5VX71
KCLHCHGISDTFDPY	USP17L18	206	D6R9N7
CGKAFRHATSLIYHD	ZNF607	566	Q96SK3
KCLHCHGISDTFDPY	USP17L5	206	A8MUK1
FKHCAEQPSHARTYS	UNC5CL	181	Q8IV45
LLHSEVKPYSCHFCG	ZNF710	371	Q8N1W2
KCLHCHGISDTFDPY	USP17L21	206	D6R901
KCLHCHGISDTFDPY	USP17L13	206	C9JLJ4
SSHRKVHTGERPYVC	ZNF211	441	Q13398
HVCLYFITPTGHSLK	SEPTIN8	151	Q92599
KCLHCHGISDTFDPY	USP17L19	206	D6RCP7
KCLHCHGISDTFDPY	USP17L1	206	Q7RTZ2
HSGTITCLKFYGNRH	PAK1IP1	81	Q9NWT1
RIHVCLYFISPTGHS	SEPTIN10	171	Q9P0V9
VVYLGFLCHSRVHPA	TMEM88B	76	A6NKF7
PVSPHFVRRQKYCHF	MYO18B	2191	Q8IUG5
FYHAANTRLVPCGHT	NEURL3	206	Q96EH8
HERIHTGEKPYTCPF	ZSCAN4	386	Q8NAM6
AHQRIHTGEKPYECS	ZNF658	591	Q5TYW1
HQRFHTGKTPFVCSE	ZNF350	336	Q9GZX5
YSHQRAHSGEKPYRC	ZNF225	416	Q9UK10
IRHFSIHTGEKPYEC	ZNF264	471	O43296
KCLHCHGISDTFDPY	USP17L12	206	C9JPN9
HQRIHTGEKPYACSY	ZNF853	531	P0CG23
TRSHTGEKPYECLEH	ZNF80	236	P51504
AFVYPSVCQRHEKSH	ZNF563	401	Q8TA94
HRRTHTGEKPYACTD	ZNF205	326	O95201
AKHQRYHAAVKPFGC	ZNF316	361	A6NFI3
DFEGCHLYRVHGPLK	VN1R5	221	Q7Z5H4
KCLHCHGISDTFDPY	USP17L24	206	Q0WX57
DHPCFLLRGDYSHET	WDR93	581	Q6P2C0
ECGKVFSYHSALIIH	ZNF879	376	B4DU55
VISIHTKDYPHRCEY	ZFX	766	P17010
IHQRTHTGEKPYTCS	ZNF432	446	O94892
HFRIHTGEKPYECSE	ZNF165	446	P49910
LRATGKAYHPHCFTC	ZYX	456	Q15942
STSRHLKGCHPLDYE	TTC7A	221	Q9ULT0
YCGKSFSHPSDLVRH	ZNF212	431	Q9UDV6
ECGKAFSSHAYLIVH	ZNF74	476	Q16587
KCLHCHGISDTFDPY	USP17L8	206	P0C7I0
YLTCHRRLHTGEKPY	ZNF765	341	Q7L2R6
HYRVHTGEKPFSCSL	ZBTB32	391	Q9Y2Y4
AYHQRIHTGEKPFEC	ZNF345	106	Q14585
KCLHCHGISDTFDPY	USP17L6P	206	Q6QN14
TEHLRTHSGEKPYEC	ZNF699	491	Q32M78
HRISHAGEKPYTCDQ	ZNF623	141	O75123
AGKPEVSSHSCVYIH	TBX19	111	O60806
KCLHCHGISDTFDPY	USP17L22	206	D6RA61
HCDFKTSDPFILSGH	ZNF711	651	Q9Y462
QVPGTSHFEHLCSYL	UBR2	1536	Q8IWV8
HKIHTGVRPYECSEC	ZNF419	306	Q96HQ0
HPHELVGKDCRDGFY	RELA	86	Q04206
KCLHCHGISDTFDPY	USP17L15	206	C9J2P7
KCLHCHGISDTFDPY	USP17L17	206	D6RBQ6
NASPYHTIVDFHGCL	ZP3	226	P21754
SAHQRVHTGEKPYTC	ZNF235	671	Q14590
ECGKAFILGSHLTYH	ZNF571	311	Q7Z3V5
YSPHISCHDELLRGT	ZNF318	236	Q5VUA4
NHRGSLHPSSSLYCK	SCML4	256	Q8N228
GAVYICTEDAFPHKR	XRCC3	136	O43542
VCGKAFSHRGYLIVH	ZNF583	356	Q96ND8
IRHFSIHTGEKPYEC	ZNF805	471	Q5CZA5
PFCGKSFRSAHHLKV	ZNF219	501	Q9P2Y4
CHYCHSLFSGKPEVL	ZMYM3	591	Q14202
HYRIHTGEKPYECVG	ZNF501	236	Q96CX3
KCLHCHGISDTFDPY	USP17L2	206	Q6R6M4
YHCPVGEDTLSKIHS	VWA3A	1111	A6NCI4
KCLHCHGISDTFDPY	USP17L20	206	D6RJB6
HRRAHTGEKPYACSD	ZNF785	246	A8K8V0
CLANHTRVHTGEKPY	ZNF816	551	Q0VGE8
AHRRTHTGEKPYTCP	ZNF500	426	O60304
KCLHCHGISDTFDPY	USP17L10	206	C9JJH3
YHGSIHTGERPYECK	ZNF669	351	Q96BR6
SLCNHRSTHTGEKPY	ZNF669	376	Q96BR6
APPCTSEKHYEHLGR	TNFRSF11A	31	Q9Y6Q6
YHQRTHSGEKPFVCR	ZNF337	421	Q9Y3M9
HIRIHTGEKPYACTA	ZFP69	401	Q49AA0
TRHQIFHTGEKPYEC	ZNF283	391	Q8N7M2
KCLHCHGISDTFDPY	USP17L11	206	C9JVI0
AHQRIHTGEKPYECS	ZNF658B	351	Q4V348
KGLYATHACGEHLEA	TH	271	P07101
PHSCFRIQHYAGKVL	MYO1B	506	O43795
KDSFSDPYAHICFLH	MYOF	1156	Q9NZM1
DPYAHICFLHRSKTT	MYOF	1161	Q9NZM1
TRVCKVSDLHEGHFY	MYOM3	756	Q5VTT5