Antigen processing: Ubiquitination & Proteasome degradation - Pathway Page
Name Antigen processing: Ubiquitination & Proteasome degradation
Resource Reactome
Genes MIB2 RNF4 UBE2F TRIM9 FBXO31 FBXO4 PSMB10 FBXO11 TRAIP HERC4 FBXL14 ASB11 DTX3L UBA3 UBA1 PRKN UBE2M PSMD6 ANAPC4 PSMB2 TRIM4 PSMC3 KLHL21 LRR1 PSMD10 RNF7 PSMC2 ANAPC2 PSMD13 VHL FBXO40 UBE2V1 FBXO22 RNF6 CDC20 ASB14 WSB1 FBXL16 UBE2L3 ZNRF2 KLHL9 PSMB11 UBE2Q1 HERC3 RNF220 FBXL5 CUL1 DCAF1 MYLIP ZNRF1 RNF25 RCHY1 UBE2J1 PSMA5 UBA6 ANAPC7 PSMA4 RBBP6 ELOC NPEPPS UBE2E1 UBE2E3 LNX1 ASB6 NEDD4 PSMB3 RNF126 PSMD14 FBXO41 RPS27A ASB15 HERC1 HACE1 TRIM32 SMURF1 FBXL12 UBB TRIP12 CDC16 ATG7 PSMB1 UBE2C RNF114 CUL7 PSMD3 RNF19B ASB5 ELOB LONRF1 PSMA6 RNF41 FBXO17 FBXL21 RNF217 RBX1 UBR2 SEM1 ASB1 LRRC41 TRIM21 UNKL PSMB9 ASB13 KLHL11 CCNF KCTD6 KLHL41 ASB10 BTBD6 ASB3 PSMC5 ANAPC11 UBR1 GLMN HECW2 FBXO6 UBE2D4 SKP2 ZBTB16 HERC6 PSMA7 ASB9 FBXW8 RNF115 SPSB2 ARIH2 UBE2N RNF111 UBE2B TRIM41 FBXO21 THOP1 KLHL13 ASB8 RNF138 SOCS1 FBXL3 UBE2Z PSMD1 BLMH UBE2A ASB4 PSMB5 SIAH1 PSMA2 RNF123 FBXO9 PSMC1 UBE3B PSMC6 UBR4 HERC2 SPSB1 UBE2R2 PSME2 KLHL3 PSMB6 DZIP3 ANAPC10 SOCS3 UBE2L6 RNF213 UBE4A ASB2 PSMA1 TRIM71 PSMD9 KEAP1 FBXL18 AREL1 TPP2 STUB1 PSMA8 UBE2V2 FBXO32 FBXW12 UBE2H TRIM11 RLIM FBXL4 MGRN1 PSME1 UBOX5 TRAF7 ANAPC13 WWP1 CBLB HECTD1 TRIM69 SKP1 UBC FBXW11 UFL1 KBTBD6 FBXW4 PSME3 BTRC UBE3C PSMD8 FBXO15 CUL3 FBXL22 UBA5 FBXO10 PSMF1 UBE2S KLHL22 TRIM39 UBE2O RNF144B FBXO44 UBE2G1 PSMD5 TRIM36 FBXL7 KLHL5 FBXL20 KLHL2 LMO7 PSMC4 UBE3A PSMD2 RNF14 FBXW5 PSMD4 KBTBD8 SPSB4 KCTD7 FBXW2 FBXO30 ANAPC1 HECTD3 TRIM50 UBE2U SMURF2 UBE2K CDC34 UBE2D3 KLHL25 FZR1 KLHL20 PSME4 KBTBD13 RNF130 PSMD12 KLHL42 BTBD1 MEX3C RNF182 ITCH LNPEP UBA7 SIAH2 TRIM37 CDC23 MKRN1 FBXW10 TRIM63 ASB18 FBXL8 DET1 FBXL15 PSMB4 UBE2D1 UBE2W ASB7 UBE2J2 PJA1 RNF34 PJA2 CDC26 FBXO7 GAN LRSAM1 CDC27 SH3RF1 FBXW7 FBXW9 ASB16 ANAPC5 UBE3D CBLL2 PSMA3 NEDD4L PSMD11 PSMB8 HECTD2 FBXL13 KBTBD7 UBA52 FBXO27 ASB12 LTN1 FBXO2 HERC5 HUWE1 PSMB7 CUL2 UBE2E2 UBAC1 UBE2Q2 UBE2G2 PSMD7 CUL5 FBXL19 UBE2D2 ASB17 RBCK1 RNF19A
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Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Antigen processing: Ubiquitination & Proteasome degradation'. 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.

Super-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.