Cancer Cell Metabolism Gene Database

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Bioinformatics and Systems Medicine Laboratory Bioinformatics and Systems Medicine Laboratory
check002.gifGene-Gene Network
* Using all Interacting genes, we can get KEGG pathway information from DAVID.

check002.gifInteracting Genes (from Pathway Commons)
Target GenesDBsRelations
BINDinteracts-withTTC1,
neighbor-ofTTC1,
NCIPathwayInteractionDatabasecontrols-state-change-ofARF6,ARR3,ARRB2,MAPK14,
MAPK8,PLCB1,PLCB2,PLCB3,
PLCG1,TBXA2R,TRPC6,
controls-transport-ofARR3,ARRB2,PLCB2,TBXA2R,
neighbor-ofGNAI1,GNAI2,GNAI3,GNAO1,
GNAQ,GNAZ,GNB1,GNB5,
GNG2,HGF,IL2RG,IL4R,
IL4,IL8,INPP5D,IQSEC1,
ITGA2B,ITGB3,JAK1,JAK3,
KIRREL,LPAR2,LPAR3,LYN,
MAP2K1,MAP2K3,MAP2K4,MAP2K6,
MAP3K1,MAP3K3,MAPK14,MAPK8,
MET,NCK1,NPHS1,NPHS2,
PGF,PIK3CA,PIK3R1,PLCB1,
PLCB2,PLCB3,PLCG1,PLCG2,
PRKACA,PRKCB,PRKCQ,PTK2B,
PXN,RAC1,RASA1,RET,
RHOA,RIPK1,S1PR1,S1PR2,
S1PR3,S1PR4,SLC9A3R1,SRC,
SYK,TBXA2R,TEK,TRPC6,
in-complex-withGNB1,GNB5,GNG2,PLCB1,
PLCB2,PLCB3,S1PR2,S1PR3,
SLC9A3R1,TBXA2R,
controls-phosphorylation-ofMAPK14,MAPK8,
controls-transport-of-chemicalthromboxane A2,
PANTHERPathwaycontrols-state-change-ofARHGEF1,ITPR1,ITPR2,ITPR3,
PLCB1,PLCB2,PLCB3,PLCB4,
PLCG1,PLCG2,
neighbor-ofGNAI1,GNAI2,GNAI3,GNAO1,
GNAQ,GNB1,GNB2,GNB3,
GNB4,GNG10,GNG12,GNG13,
GNG2,GNG3,GNG4,GNG5,
GNG7,GNG8,GNGT1,GNGT2,
GNRHR,GRM1,GRM5,HOMER1,
IL8,KRAS,LRP5,LRP6,
LTB4R2,NRAS,PF4V1,PF4,
PLCB1,PLCB2,PLCB3,PLCB4,
PLCG1,PLCG2,RGS10,RGS11,
RGS12,RGS13,RGS14,RGS16,
RGS17,RGS18,RGS19,RGS1,
RGS2,RGS3,RGS4,RGS5,
RGS6,RGS7,RGS8,RGS9,
RRAS,WNT10A,WNT10B,WNT11,
WNT16,WNT1,WNT2B,WNT2,
WNT3A,WNT3,WNT4,WNT5A,
WNT5B,WNT6,WNT7A,WNT7B,
WNT8A,WNT8B,WNT9A,WNT9B,
XCR1,
in-complex-withGNB1,GNB2,GNB3,GNB4,
GNG10,GNG12,GNG13,GNG2,
GNG3,GNG4,GNG5,GNG7,
GNG8,GNGT1,GNGT2,GNRHR,
GRM1,GRM5,HOMER1,IL8,
LTB4R2,PF4V1,PF4,PLCB1,
PLCB2,PLCB3,PLCB4,XCR1,
BioGRIDinteracts-withRGS2,TTC1,UBC,
neighbor-ofRGS2,TTC1,UBC,
HPRDinteracts-withGRM2,GRM4,HRH4,LTB4R,
OPRD1,OPRK1,OPRM1,PRKCA,
RGS2,TTC1,
neighbor-ofGRM2,GRM4,HRH4,LTB4R,
OPRD1,OPRK1,OPRM1,PRKCA,
RGS2,TTC1,
IntActinteracts-withMLF1,MLF2,PSMD2,
neighbor-ofMLF1,MLF2,PSMD2,
Reactomecatalysis-precedesCALM2,INPP5A,INPP5B,INPP5J,
ITPKA,ITPKB,ITPKC,OCRL,
SYNJ1,
neighbor-ofGNAQ,GNB1,GNB2,GNB3,
GNB4,GNB5,GNG10,GNG11,
GNG12,GNG13,GNG2,GNG3,
GNG4,GNG5,GNG7,GNG8,
GNGT1,GNGT2,GNRH1,GNRH2,
GNRHR2,GNRHR,GPR132,GPR17,
GPR4,GPR65,GPR68,GPRC6A,
GRB2,GRK5,GRM1,GRM5,
GRPR,GRP,HCRTR1,HCRTR2,
HCRT,HRH1,HTR2A,HTR2B,
HTR2C,IGHD,IGHM,IGKC,
IGKV1-5,IGKV4-1,IGLC1,IGLC2,
IGLC3,IGLC6,KALRN,KISS1R,
KISS1,KNG1,LPAR1,LPAR2,
LPAR3,LPAR4,LPAR5,LPAR6,
LTB4R2,LTB4R,MAPK14,MCHR1,
MCHR2,MLNR,MLN,MT-RNR2,
NCK1,NMBR,NMB,NMS,
NMUR1,NMUR2,NMU,NPFFR1,
NPFFR2,NPFF,NPSR1,NPS,
NTSR1,NTSR2,NTS,OPN4,
OXTR,OXT,P2RY10,P2RY11,
P2RY1,P2RY2,P2RY6,PIK3CA,
PIK3R1,PIK3R2,PIK3R3,PLCB1,
PLCB2,PLCB3,PLCB4,PLCG1,
PLCG2,PMCH,PROK1,PROK2,
PROKR1,PROKR2,PTAFR,PTGER1,
PTGFR,QRFPR,QRFP,RGS18,
RGS19,RGS21,RGS2,SAA1,
SH3KBP1,SHC1,SOS1,SYK,
TAC1,TAC3,TACR1,TACR2,
TACR3,TBXA2R,TRHR,TRH,
TRIO,UTS2B,UTS2R,UTS2,
VAV1,XCL1,XCL2,XCR1,
in-complex-withGNB1,GNB2,GNB3,GNB4,
GNB5,GNG10,GNG11,GNG12,
GNG13,GNG2,GNG3,GNG4,
GNG5,GNG7,GNG8,GNGT1,
GNGT2,GNRH1,GNRH2,GNRHR2,
GNRHR,GPR132,GPR17,GPR4,
GPR65,GPR68,GPRC6A,GRK5,
GRM1,GRM5,GRPR,GRP,
HCRTR1,HCRTR2,HCRT,HRH1,
HTR2A,HTR2B,HTR2C,KALRN,
KISS1R,KISS1,KNG1,LPAR1,
LPAR2,LPAR3,LPAR4,LPAR5,
LPAR6,LTB4R2,LTB4R,MCHR1,
MCHR2,MLNR,MLN,MT-RNR2,
NMBR,NMB,NMS,NMUR1,
NMUR2,NMU,NPFFR1,NPFFR2,
NPFF,NPSR1,NPS,NTSR1,
NTSR2,NTS,OPN4,OXTR,
OXT,P2RY10,P2RY11,P2RY1,
P2RY2,P2RY6,PIK3CA,PIK3R1,
PIK3R2,PIK3R3,PLCB1,PLCB2,
PLCB3,PLCB4,PMCH,PROK1,
PROK2,PROKR1,PROKR2,PTAFR,
PTGER1,PTGFR,QRFPR,QRFP,
SAA1,TAC1,TAC3,TACR1,
TACR2,TACR3,TBXA2R,TRHR,
TRH,TRIO,UTS2B,UTS2R,
UTS2,XCL1,XCL2,XCR1,
controls-transport-of-chemicalGTP,
controls-state-change-ofITPR1,ITPR2,ITPR3,MAPK14,
controls-phosphorylation-ofMAPK14,



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