Signaling by WNT - Pathway Page
Name Signaling by WNT
Resource Reactome
Genes USP8 RSPO1 HIST1H2BJ AMER1 RNF146 CREBBP PSMB2 GNB4 H2AFB1 PPP3CA MYC AKT2 GNB1 KAT5 PSMB3 DKK2 H2AFJ DKK1 ZNRF3 PLCB2 AES CBY1 AP2M1 TCF7L2 DVL2 SOX4 SOX2 PSMA5 TNRC6A RUNX3 PPP2R5A CTBP1 RSPO3 PRKG1 HIST1H2AJ PSMB9 HIST2H2AC WNT9B PRKCB PSMD10 UBB PSMD3 PIP5K1B PSMF1 PRKCG RYK DACT1 HIST2H3D BTRC PDE6G APC USP34 PSMA6 AP2S1 AP2A1 AGO3 H2AFZ TCF7 PPP2R1A RPS27A UBA52 PSMD8 AGO2 WNT3 TNKS2 SFRP2 PSMD6 TCF7L1 ITPR3 XPO1 FRAT1 H2AFV RSPO2 CHD8 RHOA GNG7 GNB3 LRP5 PSME4 FZD6 KREMEN2 WIF1 PPP2CA SMURF2 PSMC6 AXIN2 HIST1H2BM PPP2R5D GNG2 BCL9 GNAO1 H2AFX PSMD9 CSNK1E LGR4 HIST1H3A CLTA ROR2 WNT10A PSME2 GNGT1 CTNNB1 HIST1H2AC PSMD1 VPS35 PSMD5 SOX13 PSMC5 RBX1 RNF43 PORCN MAP3K7 FRAT2 SEM1 CTBP2 SOX6 TLE2 RAC2 YWHAZ CAV1 PSMD13 GNB2 WNT7A WNT1 CSNK1A1 DVL3 AP2A2 PSMA8 GNG8 HIST2H4A GNB5 GNG10 LGR5 RUVBL1 HDAC1 PSMD11 CLTB CSNK2A1 KREMEN1 TNKS PSMB8 PYGO1 FZD5 WNT5A AGO1 GNG11 GNG3 WNT2 WNT9A SOX7 PSME1 TLE4 LRP6 KLHL12 LEO1 PSMB11 SOX17 SKP1 CSNK2B AXIN1 MOV10 DKK4 PSMB10 WNT5B ROR1 PSMA2 TNRC6C LGR6 HIST1H2BB DAAM1 HIST1H2BK PRKG2 PSMB1 SOX3 PSMC4 SOST PPP3R1 CDC73 GNG4 CLTC HIST1H2BN PLCB1 RAC3 HIST1H2BL HIST1H2BH PSMC2 NFATC1 HIST2H2AA3 FZD2 AP2B1 PFN1 XIAP RBBP5 HECW1 CCDC88C WNT7B SRY PARD6A PSMD4 WLS PSMD2 TLE1 BCL9L WNT2B SOX9 WNT10B WNT8A PPP2R1B HIST1H2AB PSMB4 MEN1 WNT11 WNT3A SNX3 NLK PDE6B GNG5 TLE3 ASH2L UBC GSK3B AGO4 CTNNBIP1 VPS29 WNT4 SMARCA4 PSMD12 HIST1H2BC PSMD14 RAC1 FZD4 HIST3H2BB PSMB6 CXXC4 PSMC3 PPP2R5C LEF1 H3F3A PYGO2 PSMC1 PPP2R5B PSMD7 PDE6A GNG12 GNGT2 WNT6 WNT8B PRICKLE1 CUL1 TMED5 HIST2H2BE SMURF1 TNRC6B FZD7 PSMB7 EP300 VPS26A KMT2D FZD8 HIST3H3 CSNK1G2 PLCB3 HIST1H2BO ITPR1 CUL3 CAMK2A ITPR2 PSMB5 FZD3 GNG13 H2BFS PSMA7 SFRP1 PRKCA VANGL2 PPP3CB HIST1H2BA PSMA3 TRRAP ARRB2 PSME3 FZD1 HIST1H2AD PSMA1 WNT16 CALM1 SCRIB PSMA4 AKT1 PPP2R5E HIST1H2BD GNAT2 CSNK2A2 TERT PPP2CB DVL1 RSPO4
Size 297
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Signaling by WNT'. The hierarchical tree allows to click on the pathways with children (black border) and continue the exploration. All nodes are colored by their source (click on the map for the legend) and cross-link to the original pathway page.

Equivalent Pathways
Super-Pathways
Sub-Pathways

About

ComPath is developed and maintained in an academic capacity by Daniel Domingo-Fernández and Charles Tapley Hoyt at the Fraunhofer SCAI Department of Bioinformatics. This web application relies on data loaded from KEGG, Reactome, and WikiPathways Restful APIs, as well as MSigDB. More information here.