Synthesis of bile acids and bile salts via 27-hydroxycholesterol
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- AKR1C1
- AKR1C2
- AKR1C3
- AKR1C4
- AKR1D1
- BAR
- BHLHE74
- BHLHE75
- CHDR
- CYP12
- CYP27
- CYP27A1
- CYP7
- CYP7A1
- CYP7B1
- CYP8
- CYP8A1
- CYP8B1
- DDH
- DDH1
- DDH2
- FXR
- HRR1
- HSD17B5
- HSD3B7
- KIAA0119
- NCOA1
- NCOA2
- NR1H4
- NR2B1
- PGFS
- PTGIS
- RIP14
- RXRA
- SRC1
- SRC2
- SRD5B1
- TIF2
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Metabolism of folate and pterines
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- ALDH1L1
- ALDH1L2
- DHFR
- DHFR2
- DHFRL1
- DHFRP4
- FLOT1
- FOLR2
- FTHFD
- FTHFSDC1
- G21
- HCP1
- MFT
- MFTC
- MTHFC
- MTHFD
- MTHFD1
- MTHFD1L
- MTHFD2
- MTHFD2L
- MTHFR
- MTHFS
- NMDMC
- PCFT
- RFC1
- SHMT1
- SHMT2
- SLC19A1
- SLC25A32
- SLC46A1
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GABA B receptor activation
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- GABBR1
- GABBR2
- GPR51
- GPRC3A
- GPRC3B
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Triglyceride biosynthesis
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- AGMO
- AGRP1
- DC2
- DC5
- DC7
- DGAT
- DGAT1
- DGAT2
- DGAT2L1
- DGAT2L5
- DGAT2L7
- GK
- GK2
- GK3
- GK3P
- GKP2
- GKP3
- GKTA
- GKTB
- GPAM
- GPAT1
- GPAT2
- KIAA0188
- KIAA0249
- KIAA1560
- LIPN3L
- LPIN1
- LPIN2
- LPIN3
- MOGAT1
- MOGAT2
- MOGAT3
- TMEM195
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Acyl chain remodeling of DAG and TAG
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- ADPN
- AGRP1
- ATGL
- AWAT2
- C22orf20
- DC3
- DC4
- DGAT
- DGAT1
- DGAT2
- DGAT2L4
- DGAT2L6
- MFAT
- MGLL
- PNPLA2
- PNPLA3
- WS
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The retinoid cycle in cones (daylight vision)
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- AWAT2
- BCP
- CRALBP
- DC4
- DGAT2L4
- DHRS3
- GCP
- MFAT
- OPN1LW
- OPN1MW
- OPN1SW
- RBP3
- RCP
- RDH17
- RLBP1
- SDR16C1
- WS
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Effects of PIP2 hydrolysis
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- CDC25L
- DAGK
- DAGK1
- DAGK2
- DAGK3
- DAGK4
- DAGK5
- DAGK6
- DGKA
- DGKB
- DGKD
- DGKE
- DGKG
- DGKH
- DGKI
- DGKK
- DGKQ
- DGKZ
- INSP3R1
- ITPR1
- ITPR2
- ITPR3
- KIAA0145
- KIAA0718
- MCG7
- PKCD
- PKCE
- PKCL
- PRKCD
- PRKCE
- PRKCH
- PRKCL
- PRKCQ
- PRKCT
- RASGRP
- RASGRP1
- RASGRP2
- TRP3
- TRP6
- TRP7
- TRPC3
- TRPC6
- TRPC7
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CD28 dependent Vav1 pathway
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- CD28
- CD28LG
- CD28LG1
- CD28LG2
- CD80
- CD86
- CDC42
- FYN
- LAB7
- LCK
- OPHN3
- PAK1
- PAK2
- PAK3
- RAC1
- TC25
- VAV
- VAV1
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SUMOylation of intracellular receptors
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- AD4BP
- AR
- DDXBP1
- DHTR
- ERBA2
- ESR
- ESR1
- FTZF1
- GRL
- HDAC4
- KIAA0288
- LXRB
- MCR
- MLR
- NER
- NOT
- NR1A2
- NR1B1
- NR1C1
- NR1C3
- NR1F1
- NR1H2
- NR1I1
- NR2B1
- NR2C1
- NR3A1
- NR3C1
- NR3C2
- NR3C3
- NR3C4
- NR4A2
- NR5A1
- NURR1
- PGR
- PIAS1
- PIAS3
- PIAS4
- PIASG
- PPAR
- PPARA
- PPARG
- RARA
- RORA
- RXRA
- RZRA
- SF1
- SMT3A
- SMT3B
- SMT3C
- SMT3H1
- SMT3H2
- SMT3H3
- SUMO1
- SUMO2
- SUMO3
- THR1
- THRB
- TINUR
- TR2
- UBC9
- UBCE9
- UBE2I
- UBL1
- UNR
- VDR
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Formation of Incision Complex in GG-NER
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- ADPRT
- ADPRT2
- ADPRTL2
- ALC1
- BLU
- BTF2
- BTF2P44
- C6orf175
- CAK
- CAK1
- CALT
- CAP35
- CCNH
- CDK7
- CDKN7
- CEN2
- CETN2
- CHD1L
- CUL4A
- CUL4B
- DDB1
- DDB2
- DDXBP1
- ERCC1
- ERCC11
- ERCC2
- ERCC3
- ERCC4
- ERCC5
- ERCM2
- GTF2H1
- GTF2H2
- GTF2H3
- GTF2H4
- GTF2H5
- KIAA0695
- MAT1
- MMS2
- MNAT1
- MO15
- PARP1
- PARP2
- PIAS1
- PIAS3
- PPOL
- RAD23A
- RAD23B
- RBX1
- REPA1
- REPA2
- REPA3
- RNF111
- RNF66
- RNF75
- ROC1
- RPA1
- RPA14
- RPA2
- RPA3
- RPA32
- RPA34
- RPA70
- RPS27A
- SMT3A
- SMT3B
- SMT3C
- SMT3H1
- SMT3H2
- SMT3H3
- STK1
- SUMO1
- SUMO2
- SUMO3
- TTDA
- UBA52
- UBA80
- UBB
- UBC
- UBC9
- UBCE9
- UBCEP1
- UBCEP2
- UBE2I
- UBE2N
- UBE2V2
- UBL1
- UEV2
- USP45
- XAP1
- XPA
- XPAC
- XPB
- XPBC
- XPC
- XPCC
- XPD
- XPDC
- XPF
- XPG
- XPGC
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Carnitine synthesis
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- ALDH4
- ALDH7
- ALDH9
- ALDH9A1
- BBH
- BBOX
- BBOX1
- SHMT1
- TMLH
- TMLHE
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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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Iron uptake and transport
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- ABCG2
- ABCP
- ACO1
- BCRP
- BCRP1
- BOCT
- BOIT
- CAND1
- CP
- CUL1
- CYBRD1
- DCT1
- DCYTB
- DMT1
- EMC19
- FBL4
- FBL5
- FBXL5
- FLR1
- FPN
- FPN1
- FRRS3
- FTH
- FTH1
- FTHL6
- FTL
- FTMT
- G21
- GLRX3
- HCP1
- HEPH
- HMOX1
- HMOX2
- HNL
- HO
- HO1
- HO2
- IREB1
- IREB2
- IREG1
- KIAA0698
- KIAA0829
- LCN2
- MXR
- NEDD8
- NGAL
- NRAMP2
- OCP2
- PCFT
- PICOT
- RPS27A
- SKP1
- SKP1A
- SLC11A2
- SLC11A3
- SLC22A17
- SLC40A1
- SLC46A1
- TCEB1L
- TF
- TIP120
- TIP120A
- TXNL2
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
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Cholesterol biosynthesis
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- 17HSD7
- ACAT2
- ACTL
- ANG1
- ARV1
- BHLHD1
- BHLHD2
- CYP51
- CYP51A1
- DESP4
- DHCR24
- ERG1
- ERG25
- FDFT1
- FDPS
- FPS
- GGPS1
- H105E3
- HMGCS
- HMGCS1
- HSD17B7
- IDI1
- IDI2
- KIAA0018
- KIAA1293
- LBR
- LSS
- MPD
- MSMO1
- MVD
- MVK
- NSDHL
- OSC
- PDP1
- PLPP6
- PMKI
- PMVK
- PPAPDC2
- SC4MOL
- SDR37C1
- SQLE
- SREBF1
- SREBF2
- SREBP1
- SREBP2
- TM7SF2
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Defective SLC22A5 causes systemic primary carnitine deficiency (CDSP)
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FGFR3b ligand binding and activation
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- FGF1
- FGF18
- FGF20
- FGF9
- FGFA
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SRP-dependent cotranslational protein targeting to membrane
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- BBC1
- CCG2
- D11S2243E
- D6S218E
- DDOST
- DXS648E
- EC45
- FAU
- FTE1
- KIAA0102
- KIAA0115
- LAMBR
- LAMR1
- MFTL
- MPS1
- NEDD6
- OST48
- QM
- RIG
- RPL1
- RPL10
- RPL10A
- RPL10L
- RPL11
- RPL12
- RPL13
- RPL13A
- RPL14
- RPL15
- RPL17
- RPL18
- RPL18A
- RPL19
- RPL21
- RPL22
- RPL22L1
- RPL23
- RPL23A
- RPL24
- RPL26
- RPL26L1
- RPL26P1
- RPL27
- RPL27A
- RPL28
- RPL29
- RPL3
- RPL30
- RPL31
- RPL32
- RPL34
- RPL35
- RPL35A
- RPL36
- RPL36A
- RPL36AL
- RPL37
- RPL37A
- RPL38
- RPL39
- RPL39L
- RPL39L1
- RPL3L
- RPL4
- RPL41
- RPL44
- RPL5
- RPL6
- RPL7
- RPL7A
- RPL8
- RPL9
- RPL9P7
- RPL9P8
- RPL9P9
- RPLP0
- RPLP1
- RPLP2
- RPN1
- RPN2
- RPP2
- RPS10
- RPS11
- RPS12
- RPS13
- RPS14
- RPS15
- RPS15A
- RPS16
- RPS17
- RPS17L
- RPS18
- RPS19
- RPS2
- RPS20
- RPS21
- RPS23
- RPS24
- RPS25
- RPS26
- RPS27
- RPS27A
- RPS27L
- RPS28
- RPS29
- RPS3
- RPS3A
- RPS4
- RPS4X
- RPS4Y
- RPS4Y1
- RPS4Y2
- RPS4Y2P
- RPS5
- RPS6
- RPS7
- RPS8
- RPS9
- RPSA
- RRP1
- SCAR
- SEC11A
- SEC11C
- SEC11L1
- SEC11L3
- SEC61A
- SEC61A1
- SEC61A2
- SEC61B
- SEC61G
- SPC12
- SPC18
- SPC21
- SPC22
- SPC25
- SPCS1
- SPCS2
- SPCS3
- SPCS4A
- SPCS4C
- SRP14
- SRP19
- SRP54
- SRP68
- SRP72
- SRP9
- SRPR
- SRPRA
- SRPRB
- SSR1
- SSR2
- SSR3
- SSR4
- SURF-3
- SURF3
- TRAM
- TRAM1
- TRAPA
- TRAPB
- TRAPD
- TRAPG
- TXREB1
- UBA52
- UBA80
- UBCEP1
- UBCEP2
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Regulation of TP53 Activity through Acetylation
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- AKT1
- AKT2
- AKT3
- BP75
- BR140
- BRD1
- BRD7
- BRL
- BRPF1
- BRPF2
- BRPF3
- C1orf149
- CELTIX1
- CENP-28
- CHD3
- CHD4
- EAF6
- EP300
- GATAD2A
- GATAD2B
- HDAC1
- HDAC2
- ING5
- KAT6A
- KIAA1150
- KIAA1286
- MBD3
- MEAF6
- MOZ
- MTA1L1
- MTA2
- MYL
- MYST3
- P300
- P53
- PID
- PKB
- PKBG
- PML
- PP8675
- RAC
- RBAP46
- RBAP48
- RBBP4
- RBBP7
- RNF71
- RPD3L1
- RUNXBP2
- TP53
- TRIM19
- ZNF220
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Synthesis of glycosylphosphatidylinositol (GPI)
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- DCRC
- DPM2
- DSCR5
- DSCRC
- GPI2
- GPI7
- MCD4
- PIGA
- PIGB
- PIGC
- PIGF
- PIGG
- PIGH
- PIGL
- PIGM
- PIGN
- PIGO
- PIGP
- PIGV
- PIGW
- PIGX
- PIGY
- PIGZ
- SMP3
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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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Synthesis of UDP-N-acetyl-glucosamine
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- AGM1
- AMDHD2
- GFAT
- GFPT
- GFPT1
- GFPT2
- GNA1
- GNPNAT1
- NAGK
- PGM3
- RENBP
- SPAG2
- UAP1
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SLIT2:ROBO1 increases RHOA activity
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- ARH12
- ARHA
- DUTT1
- MYO9B
- MYR5
- RHO12
- RHOA
- ROBO1
- SLIL3
- SLIT2
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Signaling by plasma membrane FGFR1 fusions
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- BAG4
- BFGFR
- C8orf2
- CEK
- ERLIN2
- FGFBR
- FGFR1
- FLG
- FLT2
- HBGFR
- SODD
- SPFH2
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Glutamate and glutamine metabolism
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- CCBL1
- FAM80A
- FAM80B
- GA
- GLNS
- GLS
- GLS1
- GLS2
- GLUD
- GLUD1
- GLUD2
- GLUDP1
- GLUL
- GOT2
- KIAA0838
- KIAA1238
- KYAT1
- KYAT4
- OAT
- PYCR1
- PYCR2
- PYCR3
- PYCRL
- RIMKLA
- RIMKLB
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Transport of organic anions
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- ARVP
- AVP
- KIAA0880
- LST1
- LST2
- MCT7
- MCT8
- OATP
- OATP1
- OATP14
- OATP1A2
- OATP1B1
- OATP1B3
- OATP1C1
- OATP2
- OATP2A1
- OATP2B1
- OATP4A1
- OATP4C1
- OATP8
- OATPB
- OATPC
- OATPE
- OATPF
- OATPX
- SLC16A2
- SLC21A12
- SLC21A14
- SLC21A2
- SLC21A20
- SLC21A3
- SLC21A6
- SLC21A8
- SLC21A9
- SLCO1A2
- SLCO1B1
- SLCO1B3
- SLCO1C1
- SLCO2A1
- SLCO2B1
- SLCO4A1
- SLCO4C1
- VP
- XPCT
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