{"0": "Alzheimers disease and mirna effects", "1": "Parkinubiquitin proteasomal system pathway", "2": "Alzheimers disease", "3": "Proteasome degradation", "4": "Electron transport chain oxphos system in mitochondria", "5": "Translation factors", "6": "Sphingolipid pathway", "7": "Sphingolipid metabolism in senescence", "8": "Spinal cord injury", "9": "Cholesterol metabolism with bloch and kandutschrussell pathways", "10": "Cori cycle", "11": "Metapathway biotransformation phase i and ii", "12": "Ciliary landscape", "13": "Myometrial relaxation and contraction pathways", "14": "Nad metabolism in oncogeneinduced senescence and mitochondrial dysfunctionassociated senescence", "15": "Aerobic glycolysis", "16": "Nonalcoholic fatty liver disease", "17": "Purine metabolism", "18": "Oxidative phosphorylation", "19": "Calcium regulation in cardiac cells", "20": "Tnfalpha signaling pathway", "21": "Regulation of actin cytoskeleton", "22": "Mitochondrial complex i assembly model oxphos system", "23": "Hepatitis b infection", "24": "Physicochemical features and toxicityassociated pathways", "25": "Glycogen synthesis and degradation", "26": "Purine metabolism and related disorders", "27": "Vasopressinregulated water reabsorption", "28": "Overlap between signal transduction pathways contributing to lmna laminopathies", "29": "Notch signaling pathway", "30": "Sterol regulatory elementbinding proteins srebp signaling", "31": "Micrornas in cardiomyocyte hypertrophy", "32": "Nsp1 from sarscov2 inhibits translation initiation in the host cell", "33": "Pdgf pathway", "34": "Measles virus infection", "35": "Acute viral myocarditis", "36": "Omega9 fatty acid synthesis", "37": "Tnfrelated weak inducer of apoptosis tweak signaling pathway", "38": "Glycolysis and gluconeogenesis", "39": "Network map of sarscov2 signaling pathway", "40": "Il4 signaling pathway", "41": "Epo receptor signaling", "42": "Serotonin htr1 group and fos pathway", "43": "Pdgfrbeta pathway", "44": "Il7 signaling pathway", "45": "Circadian rhythm genes", "46": "Tolllike receptor signaling pathway"}