Activation of C3 and C5
|
|
|
- BF
- BFD
- C2
- C3
- C4A
- C4B
- C4B_2
- C5
- CFB
- CO4
- CPAMD1
- CPAMD2
- CPAMD3
- CPAMD4
|
Homo sapiens (human)
|
|
Alternative complement activation
|
|
|
- BF
- BFD
- C3
- CFB
- CFD
- CPAMD1
- DF
- GZMM
- MET1
- PFD
|
Homo sapiens (human)
|
|
Defective Intrinsic Pathway for Apoptosis Due to p14ARF Loss of Function
|
|
|
- C1QBP
- CDKN2
- CDKN2A
- GC1QBP
- HABP1
- MLM
- SF2P32
|
Homo sapiens (human)
|
|
Apoptotic factor-mediated response
|
|
|
- C1QBP
- CDKN2
- CDKN2A
- GC1QBP
- HABP1
- MLM
- SF2P32
|
Homo sapiens (human)
|
|
RUNX1 and FOXP3 control the development of regulatory T lymphocytes (Tregs)
|
|
|
- AITR
- AML1
- C3BR
- CBFA2
- CBFB
- CD152
- CR1
- CTLA4
- FOXP3
- GITR
- IFNG
- IL2
- IL2RA
- IPEX
- NFAT1
- NFATC2
- NFATP
- RUNX1
- TNFRSF18
|
Homo sapiens (human)
|
|
GABA synthesis, release, reuptake and degradation
|
|
|
- CLN4
- CPLX1
- DNAJC5
- GAD
- GAD1
- GAD2
- GAD65
- GAD67
- HSC70
- HSP73
- HSPA10
- HSPA8
- KIAA0340
- RAB3A
- RAB3IP2
- RIM1
- RIMS1
- SLC32A1
- SNAP
- SNAP25
- STX1
- STX1A
- SVP65
- SYB2
- SYT
- SYT1
- VAMP2
- VGAT
- VIAAT
|
Homo sapiens (human)
|
|
Glutamate Neurotransmitter Release Cycle
|
|
|
- ARL6IP5
- ATA2
- BNPI
- BZRAP1
- CPLX1
- DERP11
- EAAC1
- EAAT1
- EAAT2
- EAAT3
- EAAT4
- EAAT5
- GA
- GLAST
- GLAST1
- GLS
- GLS1
- GLS2
- GLT1
- HEAAC1
- JWA
- KIAA0340
- KIAA0612
- KIAA0654
- KIAA0838
- KIAA0897
- KIAA1382
- LIP1
- PPFIA1
- PPFIA2
- PPFIA3
- PPFIA4
- PRA2
- PRAF3
- RAB3A
- RAB3IP2
- RBP1
- RIM1
- RIMBP1
- RIMS1
- SAT2
- SLC17A7
- SLC1A1
- SLC1A2
- SLC1A3
- SLC1A6
- SLC1A7
- SLC38A2
- SNAP
- SNAP25
- SNAT2
- STX1
- STX1A
- SVP65
- SYB2
- SYT
- SYT1
- TSPOAP1
- UNC13
- UNC13B
- VAMP2
- VGLUT1
|
Homo sapiens (human)
|
|
Serotonin Neurotransmitter Release Cycle
|
|
|
- BZRAP1
- CPLX1
- KIAA0340
- KIAA0612
- KIAA0654
- KIAA0897
- LIP1
- PPFIA1
- PPFIA2
- PPFIA3
- PPFIA4
- RAB3A
- RAB3IP2
- RBP1
- RIM1
- RIMBP1
- RIMS1
- SLC18A2
- SNAP
- SNAP25
- STX1
- STX1A
- SVMT
- SVP65
- SYB2
- SYN1
- SYN2
- SYN3
- SYT
- SYT1
- TSPOAP1
- UNC13
- UNC13B
- VAMP2
- VMAT2
|
Homo sapiens (human)
|
|
Condensation of Prophase Chromosomes
|
|
|
- CAPC
- CAPD3
- CAPE
- CAPH2
- CCNB
- CCNB1
- CDC2
- CDC28A
- CDK1
- CDKN1
- 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
- H3-4
- 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
- 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
- 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
- HIST3H3
- HIST4H4
- KIAA0056
- KMT5A
- LUZP5
- MCPH1
- NCAPD3
- NCAPG2
- NCAPH2
- P34CDC2
- PLK
- PLK1
- PRSET7
- RB1
- SET
- SET07
- SET8
- SETD8
- SMC2
- SMC2L1
- SMC4
- SMC4L1
- TSH2B
|
Homo sapiens (human)
|
|
NOTCH2 Activation and Transmission of Signal to the Nucleus
|
|
|
- AD3
- AD4
- ADAM10
- APH1A
- APH1B
- CNTN1
- DIP1
- DLL1
- DLL4
- JAG1
- JAG2
- JAGL1
- KIAA0253
- KIAA1323
- KUZ
- MADM
- MDK
- MIB1
- MIB2
- MK1
- NCSTN
- NEGF2
- NEURL
- NEURL1
- NEURL1A
- NEURL1B
- NEURL3
- NOTCH2
- PEN2
- PS1
- PS2
- PSEN1
- PSEN2
- PSENEN
- PSF
- PSFL
- PSNL1
- PSNL2
- RNF67
- RPS27A
- SKD
- STM2
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
- ZZANK1
- ZZANK2
|
Homo sapiens (human)
|
|
Ion influx/efflux at host-pathogen interface
|
|
|
- AIPP1
- ATOX1
- ATP7A
- HAH1
- LSH
- MC1
- MNK
- NRAMP
- NRAMP1
- PDZD11
- PDZK11
- PISP
- SLC11A1
|
Homo sapiens (human)
|
|
Regulation of RUNX1 Expression and Activity
|
|
|
- AGO1
- AGO2
- AGO3
- AGO4
- AML1
- BCL1
- CAGH26
- CBFA2
- CBFB
- CCND1
- CCND2
- CCND3
- CDK6
- CDKN6
- EIF2C1
- EIF2C2
- EIF2C3
- EIF2C4
- KIAA1093
- KIAA1460
- KIAA1567
- KIAA1582
- KIAA1631
- MOV10
- MYL
- PML
- PP8675
- PRAD1
- PTP2C
- PTPN11
- RNF71
- RUNX1
- SHPTP2
- SRC
- SRC1
- TNRC6
- TNRC6A
- TNRC6B
- TNRC6C
- TRIM19
|
Homo sapiens (human)
|
|
RUNX1 regulates transcription of genes involved in BCR signaling
|
|
|
- AML1
- BLK
- CBFA2
- CBFB
- ELF1
- ELF2
- NERF
- PAX5
- RUNX1
|
Homo sapiens (human)
|
|
RUNX1 regulates transcription of genes involved in interleukin signaling
|
|
|
- AML1
- CBFA2
- CBFB
- ELF1
- IL3
- LIFR
- RUNX1
|
Homo sapiens (human)
|
|
RUNX1 regulates genes involved in megakaryocyte differentiation and platelet function
|
|
|
- AGO1
- AGO3
- AGO4
- ALL1
- ALR
- AML1
- ASH2L
- ASH2L1
- BIG3
- CAGH26
- CBFA2
- CBFB
- CHN
- CSMF
- CXCL4
- CXXC7
- DPY30
- EIF2C1
- EIF2C3
- EIF2C4
- EP300
- ERYF1
- FOG1
- GATA1
- GF1
- GP1BA
- GP2B
- 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
- HALR
- HDAC1
- 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
- HMT2
- HRMT1L2
- HRMT1L6
- HRX
- HRX2
- HTRX
- IR1B4
- ITGA2B
- ITGAB
- KAT2B
- KIAA0304
- KIAA0339
- KIAA0700
- KIAA1076
- KIAA1093
- KIAA1460
- KIAA1506
- KIAA1567
- KIAA1582
- KIAA1631
- KMT2A
- KMT2B
- KMT2C
- KMT2D
- KMT2F
- KMT2G
- MINOR
- MLC2
- MLL
- MLL1
- MLL2
- MLL3
- MLL4
- MOV10
- MRLC1
- MYL9
- MYRL2
- NFE2
- NOR1
- NR4A3
- P300
- PCAF
- PF4
- PRKCQ
- PRKCT
- PRMT1
- PRMT6
- RBBP5
- RBQ3
- RPD3L1
- RUNX1
- SCYB4
- SET1
- SET1A
- SET1B
- SETD1A
- SETD1B
- SIN3A
- SIN3B
- TEC
- THBS1
- TNRC6
- TNRC6A
- TNRC6B
- TNRC6C
- TRX1
- TRX2
- TSH2B
- TSP
- TSP1
- WBP7
- WDR5
- ZFN89A
- ZFPM1
|
Homo sapiens (human)
|
|
RUNX2 regulates genes involved in differentiation of myeloid cells
|
|
|
- AML1
- CBFA2
- CBFB
- LGALS3
- MAC2
- RUNX1
|
Homo sapiens (human)
|
|
RUNX2 regulates chondrocyte maturation
|
|
|
- CBFB
- GLI2
- HDAC4
- IHH
- KIAA0288
- THP
|
Homo sapiens (human)
|
|
RUNX3 Regulates Immune Response and Cell Migration
|
|
|
- AML2
- BNSP
- CBFA3
- CBFB
- CD11A
- CD49D
- ITGA4
- ITGAL
- OPN
- PEBP2A3
- RUNX3
- SPP1
|
Homo sapiens (human)
|
|
RUNX2 regulates bone development
|
|
|
- BSP1
- CBFB
- DPC4
- MADH1
- MADH4
- MADH6
- MADR1
- RBM14
- SIP
- SMAD1
- SMAD4
- SMAD6
|
Homo sapiens (human)
|
|
RUNX3 regulates RUNX1-mediated transcription
|
|
|
- AML2
- CBFA3
- CBFB
- PEBP2A3
- RUNX3
|
Homo sapiens (human)
|
|
Prevention of phagosomal-lysosomal fusion
|
|
|
- CORO1
- CORO1A
- HGS
- HRS
- RAB5
- RAB5A
- RAB7
- RAB7A
- RPS27A
- Rv1410c
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
- VPS33B
- cfp7
- esxG
- esxH
- lpd
- lpdC
- lpp-27
- lprG
- mptpA
- ndk
- ndkA
- ptpA
- sapM
- secA2
|
Homo sapiens (human)
|
|
Defective MMAB causes MMA, cblB type
|
|
|
|
Homo sapiens (human)
|
|
Creatine metabolism
|
|
|
- AGAT
- BGT1
- CKB
- CKBB
- CKM
- CKMM
- CKMT
- CKMT1A
- CKMT1B
- CKMT2
- GABT3
- GAMT
- GAT3
- GATM
- PROT
- SLC6A11
- SLC6A12
- SLC6A7
- SLC6A8
|
Homo sapiens (human)
|
|
Erythropoietin activates RAS
|
|
|
- CRKL
- EPO
- EPOR
- GRF2
- HRAS
- HRAS1
- IRS2
- JAK2
- JTK8
- LYN
- NRAS
- RAPGEF1
- SHC
- SHC1
- SHCA
- SOS1
- VAV
- VAV1
|
Homo sapiens (human)
|
|
MAP3K8 (TPL2)-dependent MAPK1/3 activation
|
|
|
- ABIN2
- BTRC
- BTRCP
- BTRCP2
- CHUK
- COT
- CUL1
- EMC19
- ESTF
- FBW1A
- FBW1B
- FBXW11
- FBXW1A
- FBXW1B
- FIP3
- FLIP1
- IKBKB
- IKBKG
- IKKA
- IKKB
- JNKK1
- KIAA0696
- MAP2K1
- MAP2K4
- MAP3K8
- MEK1
- MEK4
- MKK4
- NEMO
- NFKB1
- OCP2
- PRKMK1
- PRKMK4
- RPS27A
- SEK1
- SERK1
- SKK1
- SKP1
- SKP1A
- TCEB1L
- TCF16
- TNIP2
- UBA52
- UBA80
- UBB
- UBC
- UBCEP1
- UBCEP2
|
Homo sapiens (human)
|
|