Endocytosis - Homo sapiens (human) - Pathway Page
Name Endocytosis - Homo sapiens (human)
Resource KEGG
Genes TSG101 GRK6 VPS4B SMAP2 HLA-E GRK7 CAV1 RAB11FIP3 SNX5 VTA1 SNX32 ARPC1B IQSEC2 SMURF1 SNX3 MVB12B ARFGAP2 RAB7A WASHC5 GIT2 WASHC2C WWP1 VPS26B PIP5K1B CXCR4 ARFGAP3 PARD6A GBF1 AP2A1 HLA-C ARFGAP1 RAB8A HSPA1A ARAP1 FGFR4 EHD1 CLTB WASHC3 AGAP1 AP2B1 WASHC1 HSPA2 ZFYVE9 HLA-B HSPA1B BIN1 RAB11FIP1 IZUMO1R CAPZA2 SNX1 RABEP1 ACAP3 CBL KIF5B SH3GL2 HLA-F RAB11FIP2 SMURF2 ARRB2 SH3GLB1 SNF8 ARF5 MVB12A ARRB1 VPS37A DNAJC6 GRK2 CHMP4C EHD2 CBLB SNX2 VPS36 EPN1 CHMP1B RAB4A HSPA6 ZFYVE27 STAM PDCD6IP EEA1 IL2RA AMPH VPS37C RAB5A ASAP2 EHD4 TGFBR2 CAPZB VPS25 ARF3 EGFR HGS RAB5B ARAP3 CLTC ASAP1 FOLR2 ARPC1A RAB31 UBB ARFGEF1 RNF103-CHMP3 ARPC2 PSD AGAP3 PSD2 CHMP6 RUFY1 RAB11FIP4 ACAP1 PRKCI EPN2 HLA-G LDLR PML ARPC4 CXCR2 CBLC SNX12 WIPF1 IQSEC3 CYTH3 CHMP1A CHMP2B HLA-A VPS37D RAB11A IGF2R CXCR1 MDM2 WASHC4 IQSEC1 AGAP2 CDC42 CHMP4B CAV3 GRK1 CLTA GRK4 SH3GLB2 RBSN KIF5C SMAD2 CHMP5 TFRC STAM2 AP2A2 RAB5C GRK3 WAS ARPC5L RAB10 DNM1 SNX6 FOLR3 TRAF6 CHMP7 VPS26A VPS28 SPART SH3GL1 RAB11FIP5 FOLR1 CAPZA1 CHMP2A SMAP1 SRC PARD6G PARD3 SMAD3 VPS35 DAB2 PSD4 CHMP4A WASHC2A EPN3 PIP5KL1 CCR5 HRAS PDGFRA SH3KBP1 RAB35 EHD3 RHOA IGF1R STAMBP GRK5 CAPZA3 IST1 ACAP2 EPS15L1 TGFBR1 KIF5A PLD1 USP8 ARAP2 NEDD4 VPS29 PSD3 HSPA1L CHMP3 PARD6B CAV2 RAB22A FGFR3 EPS15 VPS37B VPS45 ARFGEF2 VPS4A ARF1 CLTCL1 IL2RG NEDD4L ARF6 SNX4 CYTH2 PRKCZ IL2RB PIP5K1A LDLRAP1 CYTH1 ARPC3 GIT1 ASAP3 FGFR2 PLD2 AP2M1 DNM2 SPG21 ARPC5 RNF41 DNM3 WASL RAB11B WIPF3 ITCH WIPF2 SH3GL3 CYTH4 PIP5K1C HSPA8 ZFYVE16 AP2S1
Size 244
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Endocytosis - Homo sapiens (human)'. 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.

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.