msigdb_reactome/basic/idx2term.json

{"0": "Protein localization", "1": "Transport of small molecules", "2": "Phospholipid metabolism", "3": "Sphingolipid metabolism", "4": "Glycerophospholipid biosynthesis", "5": "Mitochondrial protein import", "6": "Respiratory electron transport atp synthesis by chemiosmotic coupling and heat production by uncoupling proteins", "7": "Respiratory electron transport", "8": "Slc mediated transmembrane transport", "9": "Cristae formation", "10": "Sphingolipid de novo biosynthesis", "11": "The citric acid tca cycle and respiratory electron transport", "12": "Ion channel transport", "13": "Metabolism of lipids", "14": "Mitochondrial biogenesis", "15": "Mitochondrial calcium ion transport", "16": "Class i peroxisomal membrane protein import", "17": "Mitophagy", "18": "Insertion of tail anchored proteins into the endoplasmic reticulum membrane", "19": "Complex i biogenesis", "20": "Glycosphingolipid metabolism", "21": "Synthesis of pa", "22": "Intra golgi traffic", "23": "Pink1 prkn mediated mitophagy", "24": "Glycosaminoglycan metabolism", "25": "Cargo concentration in the er", "26": "Processing of smdt1", "27": "Rhog gtpase cycle", "28": "Selective autophagy", "29": "Ion transport by p type atpases", "30": "Transport of inorganic cations anions and amino acids oligopeptides", "31": "Intra golgi and retrograde golgi to er traffic", "32": "Slc transporter disorders", "33": "Ire1alpha activates chaperones", "34": "Initiation of nuclear envelope ne reformation", "35": "Cholesterol biosynthesis", "36": "Antigen presentation folding assembly and peptide loading of class i mhc", "37": "Synthesis of very long chain fatty acyl coas", "38": "Rac2 gtpase cycle", "39": "Nuclear envelope breakdown", "40": "Peroxisomal lipid metabolism", "41": "Ion homeostasis", "42": "Rhod gtpase cycle", "43": "Stimuli sensing channels", "44": "Gpcr ligand binding", "45": "Cardiac conduction", "46": "Autophagy", "47": "Biological oxidations", "48": "Copi dependent golgi to er retrograde traffic", "49": "Asparagine n linked glycosylation"}