Membrane Trafficking - Pathway Page
Name Membrane Trafficking
Resource Reactome
Genes ACTB MYO5A VPS28 TUBB3 AP4M1 LDLR TBC1D4 PRKAB2 TUBAL3 KIF19 DENND2D AP2M1 AMPH TRAPPC4 NAPG AP3S1 PRKAG2 M6PR TRIP11 MCFD2 VPS4B MAN1A2 TRIP10 DTNBP1 AP1S3 RABEP1 APOB SH3D19 ULK1 GABARAP CCZ1 TUBB8 SBF1 TSC1 SNX2 GJA9 ARFGAP3 STON1 DYNC1LI2 GDI2 EXOC3 MYH9 LMAN1L SNAPIN BLOC1S6 SPTB ARF3 SYT1 YWHAG SPTBN2 PAFAH1B3 DENND5A COPE TRAPPC13 SEC23A LRP2 LMAN1 PAFAH1B1 REPS1 RAB6A TOR1A CHMP4A GCC1 KIF28P CHMP3 NAA35 DENND2C SEC22A TGFA COG5 SEC22B PLIN3 CLVS1 GJC2 PRKAA2 AP4S1 COG8 SPTAN1 TUBA1A TBC1D14 EPS15L1 SERPINA1 RAB21 BNIP1 DENND6A DENND1B F8 ZW10 KIF4B RAB32 DCTN5 COPZ2 RAB5B ARFGAP2 RIN1 STX16 COPS7A ARF5 FNBP1 CBL PACSIN1 EXOC5 SYNJ1 DYNC1I1 PIK3C2A GAK SNAP29 YWHAE MAP1LC3B TUBA4B PLA2G4A DENND1C RABEPK VAMP2 ANK1 ACTR3 CYTH4 SYT8 KIF27 RAB1B SEC24D GCC2 SEC23IP ARF4 CHML DENND5B NBAS TRAPPC6A AKT2 ARL1 AVPR2 SEC24B ACTR1A LDLRAP1 CLTCL1 GJB2 CLTA ALS2 HIP1R CHRM2 SCOC AP1G2 OCRL NAA30 CAPZA1 SEC31A RIN3 RAB1A GJC1 ARRB2 TUBA1C TXNDC5 GJD2 VAMP7 SNAP23 ARPC3 GOSR1 COPB2 COG2 ACTG1 PLA2G6 KIF26A IGF2R GRK3 SNX18 HSPA8 RAB13 UBQLN1 ADRB2 GJA10 KIF9 KIF25 BIN1 CLTB GOLGA2 PRKAG1 DNM2 TSG101 TRAPPC1 COG7 TMED3 HGS TRAPPC8 AP3B1 SGIP1 SPTBN4 SPTBN1 BET1L TRAPPC10 SNX9 TUBB4A USP6NL GJA1 RAB31 ITSN2 SYNJ2 KLC2 TGOLN2 SPTBN5 GOLGA1 ARPC2 MAN2A2 DVL2 GJD3 TPD52 COG6 SH3GL2 RABGEF1 RAB8A RAB11A BICD1 ARF1 MAN1C1 YWHAZ SLC2A4 FZD4 KDELR1 GGA2 RAB8B DAB2 TMED7 GJA3 SYTL1 BICD2 EPN1 KIF3B TRAPPC2L CHMP6 AP4B1 KIF21B MVB12A SEC16B SYS1 WASL CD3D FTH1 RAB38 KIFAP3 CHMP7 COL7A1 GRIA1 RAB7A EXOC6 ALPP SAR1B KIF1C CTTN DNM3 CENPE TMED2 KIF20A TBC1D20 RAB12 GOSR2 VAMP8 KIF26B TUBB4B TBC1D3 CHMP2B TBC1D8B DNAJC6 INS TUBA1B VPS45 KIF3A STX4 CTSZ SLC2A8 KIF2A KDELR3 NEDD8 KIF13B EGFR RALA KIF5B TOR1B PICALM TRAPPC9 NAPA DYNC1I2 AGPAT3 CNIH3 PPP6C RAB27A APP VPS25 SEC13 GJD4 RAB36 DYNC1H1 AP4E1 TMED10 GJA4 FNBP1L VTA1 STXBP3 SCFD1 TUBB1 COPZ1 VPS52 RAB41 ARPC4 KIF18A COPG1 DNASE2 CYTH2 ANKRD28 AP1S1 NAPB GOLGB1 TRAPPC6B CD55 PUM1 AP2A1 KIF23 UBB SFN MADD SORT1 C2CD5 KIF21A ITSN1 PAFAH1B2 ANK2 RHOBTB3 GGA3 UBQLN2 GOLGA5 GOLGA4 RAB35 EGF KIF11 KIF18B CPD GALNT1 KIF2C ST5 EXOC1 PRKAG3 COPS2 IL7R VPS37D RAB30 ACTR2 MON1B TUBA3E GAPVD1 TSC2 ACBD3 SCARB2 PREB MYO1C TUBB2A KIF6 ARF6 COPG2 WNT5A ARPC5 STX6 RALGAPA2 ASPSCR1 PIP5K1C EPN2 TMEM115 TBC1D25 GDI1 EXOC8 MYO6 AP1G1 SNAP91 RABGAP1 DCTN1 CYTH1 RAB9B TUBB2B RAB3IL1 TBC1D13 VPS53 RALGAPB AP2S1 RAB7B SYT9 COPS5 CHMP5 HIP1 COPA KLC1 UBA52 CLVS2 HPS1 KDELR2 TRAPPC11 SH3GL1 SNF8 ARCN1 VTI1A COG3 SH3GL3 TBC1D15 CLINT1 RINT1 RACGAP1 GNS F5 EPS15 VAMP3 LMAN2L RAB3GAP2 HPS4 CYTH3 RIN2 STX5 NAA38 VPS37A COPS6 RAB33A CNIH2 NECAP1 GORASP1 KIF15 CHMP4C YIPF6 BET1 STX17 SNX5 DENND3 SLC18A3 AKT1 MAN2A1 CHMP4B AVP AP1B1 KIF16B TBC1D7 LMAN2 RAB10 NECAP2 STAM2 ANKRD27 DENND2A KIF2B YWHAQ TUBA4A DYNLL2 KIFC1 SRC SEC24C KLC3 OPTN RAB9A ACTR10 BLOC1S3 ARPC1A DENND1A ANK3 DENND4A AKT3 COPS4 TRAPPC3 RAB6B KIF12 SBF2 BLOC1S4 TBC1D24 RIC1 RAB33B TFG TBC1D17 AAK1 FTL RAB39A CNIH1 COPB1 CD59 GGA1 TBC1D10A DYNLL1 EXOC4 RPS27A PPP6R1 MVB12B RAB11B GJB6 KIF22 FCHO1 STAM DENND6B CHMP2A EXOC7 EXOC2 VPS4A DENND4B KIF4A AGTR1 ALS2CL DNM1 DYNC1LI1 TBC1D10B CLTC AP2A2 RAB39B CUX1 GRK2 GJB5 TF MIA3 VPS36 RAB3A DCTN3 KIFC2 COPS8 CD3G RHOQ STON2 RAC1 RAB5A USO1 GJB4 COG1 RAB27B GJB7 UBC TACR1 VPS51 GABARAPL2 COG4 TBC1D10C RAB3GAP1 SEC22C AREG AP1M2 UBAP1 GJA8 TPD52L1 MON1A GJA5 ARFRP1 KIF3C VPS37B SEC24A COPS7B VPS54 STX18 CTSC TBC1D2 GOLIM4 RAB5C TBC1D1 SYT11 SPTA1 VAMP4 NSF ARRB1 RAB14 AGFG1 FCHO2 USE1 KIF5A CFTR SEC16A DENND4C YWHAH TRAPPC12 RAB3IP PACSIN3 LNPEP TRAPPC2 ARFGAP1 CALM1 KIAA0319 KIF1A TRAPPC5 MAN1A1 CHM GALNT2 DCTN6 GPS1 RAB4A PACSIN2 TJP1 CCZ1B RINL TUBA8 DCTN2 YKT6 AP1M1 TFRC STX10 AP2B1 PRKAB1 CAPZA2 AP1S2 GJB3 COPS3 SURF4 CD4 SH3KBP1 KLC4 VPS37C GRB2 RGP1 CSNK1D BLOC1S1 YWHAB GBF1 KIF1B KIF20B TMED9 PPP6R3 TMF1 CAPZA3 SYT2 RAB18 DCTN4 CAPZB GJB1 TUBB6 FOLR1 RAB43 TBC1D16 REPS2 ARFIP2
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Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Membrane Trafficking'. 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.