Metabolism of carbohydrates - Pathway Page
Name Metabolism of carbohydrates
Resource Reactome
Genes CHST2 B4GALT3 B3GNT2 PYGL SGSH SLC35D2 GALNS PCK1 ALDOC STAB2 PFKP NDST4 HS6ST1 B3GNT3 CHSY1 SLC25A11 GLYCTK AKR1B1 SLC25A10 B3GAT1 RANBP2 XYLT1 PKLR SHPK PGM2L1 FBP2 POM121C HEXA CHPF2 DCN PRKACG GCK PFKFB3 HYAL1 GLB1L PHKA2 OMD HPSE2 SLC9A1 ALDH1A1 UGP2 SLC25A13 HYAL3 CHST11 CSPG4 IDS NCAN B4GALT7 UBB EXT2 VCAN NUP205 KERA GNPDA1 CHST3 XYLB PHKG2 ST3GAL3 PFKFB2 PAPSS1 B4GALT6 PGP B4GALT4 NUP98 MDH2 HAS2 PPP2R1A NHLRC1 RPS27A UBA52 GPC3 HPSE BGN HS6ST2 PGAM2 G6PC3 NUP50 PFKL SLC37A2 GPI B4GALT1 GLB1 ENO1 PKM AKR1A1 PGM2 LYVE1 HK2 B3GAT2 KHK MAN2B1 PPP2CA PRKACA TPI1 CHP1 SLC25A1 NUP133 CHST15 HMMR PPP2R5D HK3 GPC4 EXT1 EPM2A GAA NUP54 HS3ST6 NUP43 NDST3 CHST14 GAPDHS TPR POM121 PHKB B4GAT1 HAS3 NAGLU LUM ST3GAL1 CD44 BPGM PFKM HYAL2 SLC35B3 AGL CHST7 CSGALNACT1 AGRN MANBA IDUA SLC37A4 UST NUP210 GPC5 PGM1 B3GALT6 HS3ST4 PHKA1 HS3ST2 GNS FBP1 G6PD ALDOB PFKFB4 HEXB NUP62 PRPS1 B3GAT3 ST3GAL6 SLC25A12 ACAN RBKS HGSNAT RPEL1 GALK1 SLC35B2 NDST2 CHSY3 BCAN CSPG5 MDH1 CSGALNACT2 XYLT2 PRPS2 LALBA SLC2A1 GPC1 HS3ST1 NUP153 GOT2 PPP1R3C NUPL2 OGN SLC26A2 NUP35 GNPDA2 GAPDH NUP88 ALDOA GYS1 PRELP CHST6 PYGM GUSB GYS2 PCK2 CHPF NDST1 PGK2 SLC26A1 GPC2 PRPS1L1 NUP93 FMOD CEMIP NUP188 ENO3 DSE GALE GLCE SLC37A1 NUP85 MAN2B2 SDC2 TKT NUP155 HSPG2 AAAS CHST5 DSEL B4GALT2 PPP2R1B PGAM1 SEH1L GPC6 PHKG1 GALT RAE1 PYGB ENO2 B3GNT7 PC SDC3 HAS1 GOT1 G6PC2 DERA HS2ST1 UBC RPIA NUP37 SDC4 NUP107 PAPSS2 B4GALT5 GBE1 ARSB ABCC5 MAN2C1 SORD B3GNT4 GCKR CHST1 CHST12 NUP160 TALDO1 SDC1 CRYL1 G6PC ST3GAL4 PGLS PFKFB1 ADPGK PGK1 NDC1 DCXR GYG2 PRKACB NUP214 TKFC CHST9 HS3ST3A1 PGD HS3ST3B1 HS3ST5 CALM1 GYG1 NUP58 RPE CHST13 HK1 HS6ST3 ST3GAL2 PPP2CB
Size 274
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Metabolism of carbohydrates'. 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
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.