Defective B4GALT7 causes EDS, progeroid type
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- AGRIN
- AGRN
- B4GALT7
- BCAN
- BEHAB
- BGN
- CALEB
- CSPG2
- CSPG3
- CSPG4
- CSPG5
- CSPG7
- DCN
- GPC1
- GPC2
- GPC3
- GPC4
- GPC5
- GPC6
- HSPG1
- HSPG2
- KIAA0468
- MCSP
- NCAN
- NEUR
- NGC
- OCI5
- SDC
- SDC1
- SDC2
- SDC3
- SDC4
- SLRR1A
- SLRR1B
- VCAN
- XGALT1
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Regulation by c-FLIP
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- APO2
- APO2L
- APT1
- APT1LG1
- CASP8
- CD95L
- DR4
- DR5
- FADD
- FAS
- FAS1
- FASL
- FASLG
- KILLER
- MCH5
- MORT1
- RIP
- RIP1
- RIPK1
- TNFRSF10A
- TNFRSF10B
- TNFRSF6
- TNFSF10
- TNFSF6
- TRADD
- TRAF2
- TRAIL
- TRAILR1
- TRAILR2
- TRAP3
- TRICK2
- ZTNFR9
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Processing of DNA double-strand break ends
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- ABRA1
- ABRAXAS1
- AGS1
- ATM
- ATR
- ATRIP
- BABAM1
- BABAM2
- BACH1
- BARD1
- BLM
- BLU
- BRCA1
- BRCC3
- BRCC36
- BRCC45
- BRE
- BRIP1
- C12orf32
- C16orf75
- C19orf62
- C6.1A
- C9orf76
- CCDC98
- CCN1
- CCNA
- CCNA1
- CCNA2
- CDK2
- CDKN2
- CHEK1
- CHK1
- CLSPN
- CTIP
- CXorf53
- DNA2
- DNA2L
- EXO1
- EXOI
- FAM175A
- FANCJ
- FRP1
- H2AFX
- H2AX
- H2BC1
- H2BC10
- H2BC11
- H2BC12
- H2BC12L
- H2BC13
- H2BC14
- H2BC15
- H2BC17
- H2BC21
- H2BC26
- H2BC3
- H2BC4
- H2BC5
- H2BC6
- H2BC7
- H2BC8
- H2BC9
- H2BFA
- H2BFB
- H2BFC
- H2BFD
- H2BFE
- H2BFF
- H2BFG
- H2BFH
- H2BFJ
- H2BFK
- H2BFL
- H2BFN
- H2BFQ
- H2BFR
- H2BFS
- H2BFT
- H2BS1
- H2BU1
- H3-4
- H3FT
- H4-16
- H4/A
- H4/B
- H4/C
- H4/D
- H4/E
- H4/G
- H4/H
- H4/I
- H4/J
- H4/K
- H4/M
- H4/N
- H4/O
- H4C1
- H4C11
- H4C12
- H4C13
- H4C14
- H4C15
- H4C16
- H4C2
- H4C3
- H4C4
- H4C5
- H4C6
- H4C8
- H4C9
- H4F2
- H4FA
- H4FB
- H4FC
- H4FD
- H4FE
- H4FG
- H4FH
- H4FI
- H4FJ
- H4FK
- H4FM
- H4FN
- H4FO
- HERC2
- HEX1
- HIRIP1
- HIRIP2
- HIST1H2BA
- HIST1H2BB
- HIST1H2BC
- HIST1H2BD
- HIST1H2BE
- HIST1H2BF
- HIST1H2BG
- HIST1H2BH
- HIST1H2BI
- HIST1H2BJ
- HIST1H2BK
- HIST1H2BL
- HIST1H2BM
- HIST1H2BN
- HIST1H2BO
- HIST1H4A
- HIST1H4B
- HIST1H4C
- HIST1H4D
- HIST1H4E
- HIST1H4F
- HIST1H4H
- HIST1H4I
- HIST1H4J
- HIST1H4K
- HIST1H4L
- HIST2H2BE
- HIST2H4
- HIST2H4A
- HIST2H4B
- HIST3H2BB
- HIST3H3
- HIST4H4
- HNGS1
- HTATIP
- HUS1
- KAT5
- KIAA0083
- KIAA0170
- KIAA0259
- KIAA0646
- KIAA1090
- MDC1
- MERIT40
- MMS2
- MMSET
- MRE11
- MRE11A
- NBA1
- NBN
- NBS
- NBS1
- NFBD1
- NSD2
- P95
- PIAS4
- PIASG
- PPP4
- PPP4C
- PPP4R2
- PPX
- R24L
- RAD1
- RAD17
- RAD50
- RAD9A
- RAD9B
- RAP80
- RBBP8
- REC1
- RECQ2
- RECQ3
- RECQL2
- RECQL3
- REPA1
- REPA2
- REPA3
- RFC2
- RFC3
- RFC4
- RFC5
- RHINO
- RHNO1
- RMI1
- RMI2
- RNF168
- RNF4
- RNF53
- RNF8
- RPA1
- RPA14
- RPA2
- RPA3
- RPA32
- RPA34
- RPA70
- RPS27A
- RXRIP110
- SIR2L6
- SIRT6
- SMT3B
- SMT3H2
- SNURF
- SUMO2
- TIM
- TIM1
- TIMELESS
- TIMELESS1
- TIP60
- TIPIN
- TOP3
- TOP3A
- TOPBP1
- TP53BP1
- TRX5
- TSH2B
- UBA52
- UBA80
- UBB
- UBC
- UBC9
- UBCE9
- UBCEP1
- UBCEP2
- UBE2I
- UBE2N
- UBE2V2
- UEV2
- UIMC1
- WHSC1
- WRN
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Pyrimidine biosynthesis
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Estrogen-dependent nuclear events downstream of ESR-membrane signaling
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- AKT1
- AKT2
- AKT3
- AREG
- AREGB
- BCL1
- BCL2
- BTC
- CCND1
- CDKN1B
- CRM1
- DTR
- DTS
- EGF
- EGFR
- ELK1
- EPGN
- ERBB
- ERBB1
- EREG
- ERK1
- ERK2
- FAK
- FAK1
- FKHRL1
- FOS
- FOXO3
- FOXO3A
- G0S7
- HBEGF
- HEGFL
- HER1
- KIP1
- KIS
- KIST
- MAPK1
- MAPK3
- PKB
- PKBG
- PRAD1
- PRKM1
- PRKM2
- PRKM3
- PTK2
- RAC
- SDGF
- SRF
- TGFA
- UHMK1
- XPO1
- p27
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Biosynthesis of DHA-derived SPMs
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- 12LO
- ALOX12
- ALOX15
- COX2
- LOG12
- LOG15
- PTGS2
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Signaling by ERBB2 ECD mutants
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- CDC37
- CDC37A
- EGF
- EGFR
- ERBB
- ERBB1
- ERBB2
- ERBB2IP
- ERBIN
- GAB1
- GRB1
- HER1
- HER2
- HRAS
- HRAS1
- HSP90A
- HSP90AA1
- HSPC1
- HSPCA
- KIAA1225
- LAP2
- MLN19
- NEU
- NGL
- NRAS
- PIK3CA
- PIK3R1
- PLC1
- PLCG1
- SHC
- SHC1
- SHCA
- SOS1
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TWIK related potassium channel (TREK)
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- KCNK10
- KCNK2
- KCNK4
- TRAAK
- TREK
- TREK1
- TREK2
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Acyl chain remodelling of PI
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- BB1
- CLEC13C
- CPLA2
- HRASLS3
- HREV107
- LENG4
- MBOAT7
- OACT7
- PLA2
- PLA2A
- PLA2B
- PLA2G10
- PLA2G12
- PLA2G12A
- PLA2G16
- PLA2G1B
- PLA2G2A
- PLA2G2D
- PLA2G2E
- PLA2G2F
- PLA2G4
- PLA2G4A
- PLA2G4C
- PLA2G4D
- PLA2G4E
- PLA2G4F
- PLA2G5
- PLA2L
- PLA2R1
- PLAAT3
- PLBD1
- PPLA2
- RASF-A
- SPLASH
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SARS-CoV-1 activates/modulates innate immune responses
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- 1a
- 3a
- 3b
- 6
- 7a
- 8b
- 9b
- AML1
- ASC
- BST2
- C1orf7
- CAP-1
- CARD5
- CASP1
- CBFA2
- CIAS1
- COLEC7
- CRAF1
- CYP20
- CYPA
- CYPB
- CYPH
- DAK
- DDX58
- DSCR1L2
- E
- EFP
- ERIS
- FKBP1
- FKBP12
- FKBP1A
- IFIH1
- IKBA
- IKBKE
- IKKE
- IKKI
- IL1BC
- IL1BCE
- IPS1
- IRAK2
- IRF3
- ITCH
- KIAA0151
- KIAA0220
- KIAA0719
- KIAA1271
- KPNA2
- KPNB1
- M
- MAD3
- MAVS
- MDA5
- MITA
- N
- NAK
- NALP3
- NFKB1
- NFKB3
- NFKBI
- NFKBIA
- NLRP3
- NMI
- NPIPB3
- NPIPL3
- NTF97
- PCBP2
- PPIA
- PPIB
- PPIG
- PPIH
- PSPD
- PYCARD
- PYPAF1
- RCAN3
- RCH1
- RELA
- RH116
- RIGI
- RIP3
- RIPK3
- RNF147
- RNF85
- RPS27A
- RUNX1
- S
- SFTP4
- SFTPD
- SIKE
- SIKE1
- SRP1
- STING
- STING1
- TBK1
- TKFC
- TLR7
- TMEM173
- TMS1
- TOM70
- TOMM70
- TOMM70A
- TRAF3
- TRAF6
- TRAFAMN
- TRIM25
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
- VISA
- ZNF147
- rep
- sM
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NIK-->noncanonical NF-kB signaling
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- BTRC
- BTRCP
- BTRCP2
- C7orf76
- CHUK
- CUL1
- DSS1
- EMC19
- FBW1A
- FBW1B
- FBXW11
- FBXW1A
- FBXW1B
- HC2
- HC3
- HC8
- HC9
- HSPC
- IFI5111
- IKKA
- KIAA0072
- KIAA0077
- KIAA0107
- KIAA0696
- LMP10
- LMP2
- LMP7
- LMPX
- LMPY
- LYT10
- MAP3K14
- MB1
- MCB1
- MECL1
- MIP224
- MOV34L
- MSS1
- NFKB2
- NIK
- NU
- OCP2
- PFAAP4
- POH1
- PROS26
- PROS27
- PROS30
- PSC2
- PSC3
- PSC5
- PSC8
- PSC9
- PSMA1
- PSMA2
- PSMA3
- PSMA4
- PSMA5
- PSMA6
- PSMA7
- PSMA7L
- PSMA8
- PSMB1
- PSMB10
- PSMB11
- PSMB2
- PSMB3
- PSMB4
- PSMB5
- PSMB5i
- PSMB6
- PSMB6i
- PSMB7
- PSMB8
- PSMB9
- PSMC1
- PSMC2
- PSMC3
- PSMC4
- PSMC5
- PSMC6
- PSMD1
- PSMD10
- PSMD11
- PSMD12
- PSMD13
- PSMD14
- PSMD2
- PSMD3
- PSMD4
- PSMD5
- PSMD6
- PSMD7
- PSMD8
- PSMD9
- PSME1
- PSME2
- PSME3
- PSME4
- PSMF1
- RELB
- RING10
- RING12
- RPS27A
- SEM1
- SHFDG1
- SHFM1
- SKP1
- SKP1A
- SUG1
- SUG2
- TBP1
- TBP7
- TCEB1L
- TCF16
- TRAP2
- UBA3
- UBA52
- UBA80
- UBB
- UBC
- UBC12
- UBCEP1
- UBCEP2
- UBE1C
- UBE2M
- X
- Y
- Y2
- Z
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Primitive streak formation
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- BMP2B
- BMP4
- CTNNB
- CTNNB1
- DPC4
- DVR4
- EOMES
- FAST1
- FAST2
- FOXH1
- GSC
- KIAA1113
- LEF1
- MADH2
- MADH3
- MADH4
- MADR2
- MIXL
- MIXL1
- NANOG
- OCT3
- OCT4
- OTF3
- POU5F1
- RFG7
- SMAD2
- SMAD3
- SMAD4
- SOX2
- T
- TBP2
- TBPL2
- TBR2
- TBXT
- TCF1
- TCF7
- TIF1G
- TRF3
- TRIM33
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Myoclonic epilepsy of Lafora
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- EPM2A
- EPM2B
- GYG
- GYG1
- GYS
- GYS1
- NHLRC1
- PPP1R3C
- PPP1R5
- RPS27A
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
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Recognition of DNA damage by PCNA-containing replication complex
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- CDT2
- CDW1
- CHRAC17
- CUL4A
- CUL4B
- DCAF2
- DDB1
- DPE2
- DTL
- KIAA0039
- KIAA0695
- KIAA1449
- L2DTL
- PCNA
- POLD
- POLD1
- POLD2
- POLD3
- POLD4
- POLDS
- POLE
- POLE1
- POLE2
- POLE3
- POLE4
- RAD18
- RAD6B
- RAMP
- RBX1
- REPA1
- REPA2
- REPA3
- RFC1
- RFC140
- RFC2
- RFC3
- RFC4
- RFC5
- RNF73
- RNF75
- ROC1
- RPA1
- RPA14
- RPA2
- RPA3
- RPA32
- RPA34
- RPA70
- RPS27A
- UAF1
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
- UBCH1
- UBE2B
- USP1
- WDR48
- XAP1
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Reversal of alkylation damage by DNA dioxygenases
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- ABH5
- ALKBH5
- FTO
- KIAA1752
- OFOXD1
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Activation of BAD and translocation to mitochondria
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- AKT1
- AKT2
- AKT3
- BAD
- BBC6
- BCL2
- BCL2L8
- BID
- CALNA3
- CNA2
- CNA3
- CNB
- HME1
- PKB
- PKBG
- PPP3CC
- PPP3R1
- RAC
- SFN
- YWHA1
- YWHAB
- YWHAE
- YWHAG
- YWHAH
- YWHAQ
- YWHAZ
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Stimuli-sensing channels
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- ACCN
- ACCN1
- ACCN2
- ACCN3
- ACCN4
- ACCN5
- ANO1
- ANO10
- ANO2
- ANO3
- ANO4
- ANO5
- ANO6
- ANO7
- ANO8
- ANO9
- ASIC1
- ASIC2
- ASIC3
- ASIC4
- ASIC5
- ASPH
- BAH
- BART
- BEST1
- BEST2
- BEST3
- BEST4
- BNAC1
- BNAC2
- BND7
- BSND
- C11orf25
- C12orf3
- C17orf29
- C2orf21
- CACC1
- CACC3
- CALM
- CALM1
- CAM
- CAM1
- CISK
- CLC1
- CLCA1
- CLCA2
- CLCA3
- CLCA3P
- CLCA4
- CLCK2
- CLCN1
- CLCN2
- CLCN3
- CLCN4
- CLCN5
- CLCN6
- CLCN7
- CLCNKA
- CLCNKB
- CLIC2
- CaCC2
- DNACH
- DOG1
- DSIPI
- EPB72
- FKBP12.6
- FKBP1B
- FKBP1L
- FKBP9
- GDD1
- GILZ
- GL
- HBRR
- HINAC
- HSN2
- KDP
- KIAA0046
- KIAA0344
- KIAA0439
- KIAA1169
- KIAA1409
- KIAA1566
- KIAA1623
- KIAA1691
- KIAA1760
- KIAA1843
- MDEG
- NALCN
- NEDD4L
- NEDL3
- NGEP
- NHA1
- NHA2
- NHEDC1
- NHEDC2
- NPT4
- ORAOV2
- OSTM1
- OTK4
- PCANAP5
- PIG5
- PRKWNK1
- PRKWNK2
- PRKWNK3
- PRKWNK4
- RAF
- RAF1
- RPS27A
- RYDR
- RYR1
- RYR2
- RYR3
- SCNN1
- SCNN1A
- SCNN1B
- SCNN1D
- SCNN1G
- SDCCAG43
- SGK
- SGK1
- SGK2
- SGK3
- SGKL
- SLC17A3
- SLC9A10
- SLC9A11
- SLC9B1
- SLC9B2
- SLC9C1
- SLC9C2
- SLNAC1
- SRI
- STOM
- STOML3
- TAOS2
- TMEM16A
- TMEM16B
- TMEM16C
- TMEM16D
- TMEM16E
- TMEM16F
- TMEM16G
- TMEM16H
- TMEM16J
- TMEM16K
- TNAC1
- TP53I5
- TPC1
- TPC2
- TPCN1
- TPCN2
- TRDN
- TSC22D3
- TTYH2
- TTYH3
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
- UNC79
- UNC80
- VGCNL1
- VMD2
- VMD2L1
- VMD2L2
- VMD2L3
- WNK1
- WNK2
- WNK3
- WNK4
- WWP1
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Regulation of MITF-M-dependent genes involved in lysosome biogenesis and autophagy
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- ASAH
- ASAH1
- ATP6A1
- ATP6B2
- ATP6C
- ATP6D
- ATP6E
- ATP6E2
- ATP6F
- ATP6G
- ATP6G1
- ATP6H
- ATP6J
- ATP6L
- ATP6V0B
- ATP6V0C
- ATP6V0D1
- ATP6V0E
- ATP6V0E1
- ATP6V1A
- ATP6V1A1
- ATP6V1B2
- ATP6V1C1
- ATP6V1E1
- ATP6V1G1
- ATP6V1H
- ATPL
- VATC
- VPATPD
- VPP2
- VPP3
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Assembly of the ORC complex at the origin of replication
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- H2AB1
- H2AC14
- H2AC18
- H2AC19
- H2AC20
- H2AC4
- H2AC6
- H2AC7
- H2AC8
- H2AFA
- H2AFB1
- H2AFE
- H2AFG
- H2AFJ
- H2AFL
- H2AFM
- H2AFO
- H2AFQ
- H2AFV
- H2AFX
- H2AJ
- H2AV
- H2AX
- H2AZ2
- H2BC1
- H2BC10
- H2BC11
- H2BC12
- H2BC12L
- H2BC13
- H2BC14
- H2BC15
- H2BC17
- H2BC21
- H2BC26
- H2BC3
- H2BC4
- H2BC5
- H2BC6
- H2BC7
- H2BC8
- H2BC9
- H2BFA
- H2BFB
- H2BFC
- H2BFD
- H2BFE
- H2BFF
- H2BFG
- H2BFH
- H2BFJ
- H2BFK
- H2BFL
- H2BFN
- H2BFQ
- H2BFR
- H2BFS
- H2BFT
- H2BS1
- H2BU1
- H3-3A
- H3-3B
- H3.3A
- H3.3B
- H3C1
- H3C10
- H3C11
- H3C12
- H3C13
- H3C14
- H3C15
- H3C2
- H3C3
- H3C4
- H3C6
- H3C7
- H3C8
- H3F2
- H3F3
- H3F3A
- H3F3B
- H3FA
- H3FB
- H3FC HIST1H3C
- H3FD
- H3FF
- H3FH
- H3FI
- H3FJ
- H3FK
- H3FL
- H3FM
- H4-16
- H4/A
- H4/B
- H4/C
- H4/D
- H4/E
- H4/G
- H4/H
- H4/I
- H4/J
- H4/K
- H4/M
- H4/N
- H4/O
- H4C1
- H4C11
- H4C12
- H4C13
- H4C14
- H4C15
- H4C16
- H4C2
- H4C3
- H4C4
- H4C5
- H4C6
- H4C8
- H4C9
- H4F2
- H4FA
- H4FB
- H4FC
- H4FD
- H4FE
- H4FG
- H4FH
- H4FI
- H4FJ
- H4FK
- H4FM
- H4FN
- H4FO
- HIRIP1
- HIRIP2
- HIST1H2AB
- HIST1H2AC
- HIST1H2AD
- HIST1H2AE
- HIST1H2AJ
- HIST1H2BA
- HIST1H2BB
- HIST1H2BC
- HIST1H2BD
- HIST1H2BE
- HIST1H2BF
- HIST1H2BG
- HIST1H2BH
- HIST1H2BI
- HIST1H2BJ
- HIST1H2BK
- HIST1H2BL
- HIST1H2BM
- HIST1H2BN
- HIST1H2BO
- HIST1H3A
- HIST1H3B
- HIST1H3D
- HIST1H3E
- HIST1H3F
- HIST1H3G
- HIST1H3H
- HIST1H3I
- HIST1H3J
- HIST1H4A
- HIST1H4B
- HIST1H4C
- HIST1H4D
- HIST1H4E
- HIST1H4F
- HIST1H4H
- HIST1H4I
- HIST1H4J
- HIST1H4K
- HIST1H4L
- HIST2H2AA
- HIST2H2AA3
- HIST2H2AA4
- HIST2H2AC
- HIST2H2BE
- HIST2H3A
- HIST2H3C
- HIST2H3D
- HIST2H4
- HIST2H4A
- HIST2H4B
- HIST3H2BB
- HIST4H4
- IPOA7
- KPNA1
- KPNA6
- KPNB1
- LATHEO
- NTF97
- ORC1
- ORC1L
- ORC2
- ORC2L
- ORC3
- ORC3L
- ORC4
- ORC4L
- ORC5
- ORC5L
- ORC6
- ORC6L
- PARC1
- RCH2
- TSH2B
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Activation of BID and translocation to mitochondria
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- BID
- CASP8
- CGL1
- CSPB
- CTLA1
- GRB
- GZMB
- MCH5
- NMT
- NMT1
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PDE3B signalling
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TWIK-releated acid-sensitive K+ channel (TASK)
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- KCNK3
- KCNK9
- TASK
- TASK1
- TASK3
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Defective GGT1 in aflatoxin detoxification causes GLUTH
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Na+/Cl- dependent neurotransmitter transporters
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- B0AT1
- B0AT2
- B0AT3
- BGT1
- DAT1
- GABATR
- GABT1
- GABT3
- GAT1
- GAT2
- GAT3
- GLYT2
- NAT1
- NET1
- NTT73
- OCT1
- OCT2
- PROT
- SBAT1
- SIT1
- SLC18A1
- SLC18A2
- SLC22A1
- SLC22A2
- SLC6A1
- SLC6A11
- SLC6A12
- SLC6A13
- SLC6A14
- SLC6A15
- SLC6A18
- SLC6A19
- SLC6A2
- SLC6A20
- SLC6A3
- SLC6A5
- SLC6A6
- SLC6A7
- SLC6A9
- SVMT
- VAT1
- VMAT1
- VMAT2
- XT3
- XTRP2
- XTRP3
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Formation of ATP by chemiosmotic coupling
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- ATP synthase F(0) complex subunit B1, mitochondrial
- ATP synthase F(0) complex subunit C1, mitochondrial
- ATP synthase F(0) complex subunit C2, mitochondrial
- ATP synthase F(0) complex subunit C3, mitochondrial
- ATP synthase protein 8
- ATP synthase subunit O, mitochondrial
- ATP synthase subunit a
- ATP synthase subunit alpha, mitochondrial
- ATP synthase subunit beta, mitochondrial
- ATP synthase subunit d, mitochondrial
- ATP synthase subunit delta, mitochondrial
- ATP synthase subunit e, mitochondrial
- ATP synthase subunit epsilon, mitochondrial
- ATP synthase subunit f, mitochondrial
- ATP synthase subunit g, mitochondrial
- ATP synthase subunit gamma, mitochondrial
- ATP synthase subunit s, mitochondrial
- ATP synthase-coupling factor 6, mitochondrial
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- ATP5A
- ATP5A1
- ATP5AL2
- ATP5B
- ATP5C
- ATP5C1
- ATP5CL1
- ATP5D
- ATP5E
- ATP5F1
- ATP5F1A
- ATP5F1B
- ATP5F1C
- ATP5F1D
- ATP5F1E
- ATP5G1
- ATP5G2
- ATP5G3
- ATP5H
- ATP5I
- ATP5J
- ATP5J2
- ATP5JL
- ATP5K
- ATP5L
- ATP5MC1
- ATP5MC2
- ATP5MC3
- ATP5ME
- ATP5MF
- ATP5MG
- ATP5O
- ATP5PB
- ATP5PD
- ATP5PF
- ATP5PO
- ATP5S
- ATP6
- ATP8
- ATPASE6
- ATPASE8
- ATPM
- ATPMB
- ATPO
- ATPSB
- ATPW
- DMAC2L
- MT-ATP6
- MT-ATP8
- MTATP6
- MTATP8
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