Defective CSF2RA causes SMDP4
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- COLEC4
- COLEC5
- COLEC7
- CSF2R
- CSF2RA
- CSF2RB
- CSF2RY
- IL3RB
- IL5RB
- PSAP
- PSPD
- SFTA3
- SFTP1
- SFTP2
- SFTP3
- SFTP4
- SFTPA
- SFTPA1
- SFTPA1B
- SFTPA2
- SFTPA2B
- SFTPB
- SFTPC
- SFTPD
- SFTPH
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Interleukin receptor SHC signaling
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- CSF2
- CSF2R
- CSF2RA
- CSF2RB
- CSF2RY
- GAB2
- GMCSF
- GRB1
- HCP
- IL15RB
- IL2
- IL2RA
- IL2RB
- IL2RG
- IL3
- IL3R
- IL3RA
- IL3RB
- IL5
- IL5R
- IL5RA
- IL5RB
- INPP5D
- INPPL1
- JAK1
- JAK1A
- JAK1B
- JAK2
- JAK3
- KIAA0571
- PIK3C1
- PIK3CA
- PIK3CB
- PIK3CD
- PIK3R1
- PIK3R2
- PIK3R3
- PTP1C
- PTPN6
- SHC
- SHC1
- SHCA
- SHIP
- SHIP1
- SHIP2
- SOS1
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Vitamin C (ascorbate) metabolism
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- CYB5
- CYB5A
- CYB5R3
- DIA1
- GLUT1
- GLUT3
- GSTO1
- GSTO2
- GSTTLP28
- KIAA0238
- NBTL1
- SLC23A1
- SLC23A2
- SLC2A1
- SLC2A3
- SVCT1
- SVCT2
- YSPL2
- YSPL3
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WNT5:FZD7-mediated leishmania damping
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- CYBA
- DVL1
- DVL2
- DVL3
- FZD7
- JNK1
- JUN
- KIAA0208
- MAPK8
- MOX1
- NOH1
- NOX1
- NOXA1
- NOXO1
- P41NOX
- P51NOX
- PRKM8
- RAC1
- SAPK1
- SAPK1C
- SH3PXD5
- TC25
- WNT5A
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ROS and RNS production in phagocytes
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- ATP6A1
- ATP6B1
- ATP6B2
- ATP6C
- ATP6D
- ATP6E
- ATP6E1
- ATP6E2
- ATP6EL2
- ATP6F
- ATP6G
- ATP6G1
- ATP6G2
- ATP6G3
- ATP6H
- ATP6J
- ATP6L
- ATP6M
- ATP6N1
- ATP6N1A
- ATP6N1B
- ATP6N1C
- ATP6N2
- ATP6S14
- ATP6V0A1
- ATP6V0A2
- ATP6V0A3
- ATP6V0A4
- ATP6V0B
- ATP6V0C
- ATP6V0D1
- ATP6V0D2
- ATP6V0E
- ATP6V0E1
- ATP6V0E2
- ATP6V0E2L
- ATP6V1A
- ATP6V1A1
- ATP6V1B1
- ATP6V1B2
- ATP6V1C1
- ATP6V1C2
- ATP6V1D
- ATP6V1E1
- ATP6V1E2
- ATP6V1EL2
- ATP6V1F
- ATP6V1G1
- ATP6V1G2
- ATP6V1G3
- ATP6V1H
- ATPL
- C7orf32
- CYBA
- CYBB
- HVCN1
- LSH
- NCF1
- NCF2
- NCF4
- NG38
- NOS1
- NOS2
- NOS2A
- NOS3
- NOX2
- NOXA2
- NOXO2
- NRAMP
- NRAMP1
- P67PHOX
- RAC2
- SH3PXD1A
- SH3PXD4
- SLC11A1
- TCIRG1
- VATB
- VATC
- VATD
- VATF
- VPATPD
- VPP1
- VPP2
- VPP3
- VSOP
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RHO GTPases Activate NADPH Oxidases
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- CAGA
- CAGB
- CFAG
- CSBP
- CSBP1
- CSBP2
- CSPB1
- CYBA
- CYBB
- ERK1
- ERK2
- MAPK1
- MAPK11
- MAPK14
- MAPK3
- MOX1
- MOX2
- MRP14
- MRP8
- MXI2
- NCF1
- NCF2
- NCF4
- NOH1
- NOX1
- NOX2
- NOX3
- NOXA1
- NOXA2
- NOXO1
- NOXO2
- P41NOX
- P51NOX
- P67PHOX
- PIK3C3
- PIK3R4
- PIN1
- PKC2
- PKCA
- PKCB
- PKCD
- PRKACA
- PRKCA
- PRKCB
- PRKCB1
- PRKCD
- PRKCZ
- PRKM1
- PRKM11
- PRKM2
- PRKM3
- RAC1
- RAC2
- S100A8
- S100A9
- SAPK2
- SAPK2A
- SAPK2B
- SH3PXD1A
- SH3PXD4
- SH3PXD5
- TC25
- VPS15
- VPS34
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Cross-presentation of particulate exogenous antigens (phagosomes)
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- CD36
- CYBA
- CYBB
- GP3B
- GP4
- ITGAV
- ITGB5
- MSK8
- NCF1
- NCF2
- NCF4
- NOX2
- NOXA2
- NOXO2
- P67PHOX
- SH3PXD1A
- SH3PXD4
- VNRA
- VTNR
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Miscellaneous substrates
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- CYP2D6
- CYP2DL1
- CYP2S1
- CYP2U1
- CYP2W1
- CYP3A43
- CYP4A11
- CYP4A2
- CYP4A22
- CYP4B1
- CYP4F11
- CYP4F2
- CYP4F22
- CYP4F3
- LTB4H
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Fatty acids
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- CYP2A13
- CYP2A7
- CYP2B6
- CYP2D6
- CYP2DL1
- CYP2F1
- CYP2J2
- CYP4A11
- CYP4A2
- CYP4A22
- CYP4B1
- CYP4F11
- CYP4F12
- CYP4F2
- CYP4F22
- CYP4F3
- CYP4F8
- LTB4H
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Defective CYP1B1 causes Glaucoma
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Aromatic amines can be N-hydroxylated or N-dealkylated by CYP1A2
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Biosynthesis of maresin-like SPMs
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- CYP1A2
- CYP2C10
- CYP2C8
- CYP2C9
- CYP2D6
- CYP2DL1
- CYP2E
- CYP2E1
- CYP3A3
- CYP3A4
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Biosynthesis of protectins
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- ALOX15
- CYP1A1
- CYP1A2
- LOG15
- LTA4
- LTA4H
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Synthesis of (16-20)-hydroxyeicosatetraenoic acids (HETE)
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- CYP1A1
- CYP1A2
- CYP1B1
- CYP2C10
- CYP2C19
- CYP2C8
- CYP2C9
- CYP2U1
- CYP4A11
- CYP4A2
- CYP4F2
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Pyrimidine salvage
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- CDA
- CDD
- DCK
- DXF68S1E
- ECGF1
- FAM16AX
- GS1
- HDHD1
- HDHD1A
- PUDP
- TK1
- TK2
- TYMP
- UCK1
- UCK2
- UCKL1
- UMPK
- UP
- UPP1
- UPP2
- URK1
- URKL1
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Transport of inorganic cations/anions and amino acids/oligopeptides
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- CTNS
- EAAC1
- EAAT1
- EAAT2
- EAAT3
- EAAT4
- EAAT5
- GLAST
- GLAST1
- GLT1
- HEAAC1
- SAMC
- SLC1A1
- SLC1A2
- SLC1A3
- SLC1A6
- SLC1A7
- SLC25A26
- SLC32A1
- VGAT
- VIAAT
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RHO GTPases regulate CFTR trafficking
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- ABCC7
- ARHQ
- CAL
- CFTR
- FIG
- GOPC
- RASL7A
- RHOQ
- TC10
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Leukotriene receptors
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- BLT
- BLT1
- BLT2R
- BLTR
- BLTR2
- CMKRL1
- CYSLT1
- CYSLT2
- CYSLT2R
- CYSLTR1
- CYSLTR2
- GPR16
- GPR17
- LTB4R
- LTB4R2
- P2RY7
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LTC4-CYSLTR mediated IL4 production
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- CYSLT1
- CYSLT2
- CYSLT2R
- CYSLTR1
- CYSLTR2
- DPEP1
- DPEP2
- DPEP3
- GGT
- GGT1
- GGT5
- GGTLA1
- MDP
- RDP
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Cysteine formation from homocysteine
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TFAP2 (AP-2) family regulates transcription of cell cycle factors
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- AP2TF
- BHLHE39
- CAP20
- CDKN1
- CDKN1A
- CIP1
- JARID1B
- KDM5B
- MDA6
- MYC
- PIC1
- PLU1
- RBBP2H1
- SDI1
- TFAP2
- TFAP2A
- TFAP2C
- WAF1
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Signaling by FLT3 fusion proteins
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- CAP20
- CD245
- CDKN1
- CDKN1A
- CEV14
- CIP1
- ETV6
- FIM
- GAB2
- GOLGB1
- GRB1
- HRAS
- HRAS1
- KIAA0216
- KIAA0571
- MDA6
- MYO18A
- MYSPDZ
- NOX4
- NRAS
- PIC1
- PIK3CA
- PIK3R1
- PIM1
- RAMP
- RENOX
- SDI1
- SOS1
- SPTB2
- SPTBN1
- STAT5
- STAT5A
- STAT5B
- TEL
- TEL1
- TIAF1
- TRIP11
- WAF1
- ZMYM2
- ZNF198
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CRMPs in Sema3A signaling
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- CDK5
- CDK5R
- CDK5R1
- CDKN5
- CRMP1
- CRMP2
- CRMP3
- CRMP4
- CRMP5
- DPYSL1
- DPYSL2
- DPYSL3
- DPYSL4
- DPYSL5
- DRP3
- FES
- FPS
- FYN
- GSK3B
- KIAA0463
- KIAA1550
- NCK5A
- NOV
- NRP
- NRP1
- OCT
- PLXN1
- PLXN2
- PLXN4
- PLXNA1
- PLXNA2
- PLXNA3
- PLXNA4
- PLXNA4A
- PLXNA4B
- PSSALRE
- SEMA3A
- SEMAD
- SEX
- ULIP
- ULIP1
- ULIP2
- ULIP3
- ULIP4
- ULIP6
- VEGF165R
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Evasion of Oncogene Induced Senescence Due to Defective p16INK4A binding to CDK4
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Evasion of Oxidative Stress Induced Senescence Due to Defective p16INK4A binding to CDK4
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