| {"0": "Homeostatic process", "1": "Vesicle mediated transport", "2": "Aminoglycan metabolic process", "3": "Membrane lipid catabolic process", "4": "Lysosomal protein catabolic process", "5": "Protein catabolic process in the vacuole", "6": "Glycosphingolipid metabolic process", "7": "Liposaccharide metabolic process", "8": "Heterotypic cell cell adhesion", "9": "Ceramide metabolic process", "10": "Sterol homeostasis", "11": "Vascular transport", "12": "Mucopolysaccharide metabolic process", "13": "Carbohydrate derivative transport", "14": "Neuron projection guidance", "15": "Vitamin transport", "16": "Lytic vacuole organization", "17": "Homophilic cell adhesion via plasma membrane adhesion molecules", "18": "Nucleotide transport", "19": "Glycolipid catabolic process", "20": "Ceramide catabolic process", "21": "Sphingolipid metabolic process", "22": "Myotube differentiation", "23": "Entry into host", "24": "Regulation of action potential", "25": "Positive regulation of synaptic transmission", "26": "Ph reduction", "27": "Positive regulation of chemotaxis", "28": "Cardiac muscle cell action potential", "29": "Neutral amino acid transport", "30": "Positive regulation of lymphocyte mediated immunity", "31": "Homotypic cell cell adhesion", "32": "Digestive system process", "33": "Myeloid leukocyte activation", "34": "Locomotory behavior", "35": "Antigen processing and presentation", "36": "Cell cell adhesion via plasma membrane adhesion molecules", "37": "Regulation of phagocytosis", "38": "Action potential", "39": "Negative regulation of endocytosis", "40": "Cardiac chamber morphogenesis", "41": "Vacuolar acidification", "42": "Regulation of cellular ph", "43": "Regulation of ph", "44": "Negative regulation of receptor mediated endocytosis", "45": "Digestion", "46": "Vascular process in circulatory system", "47": "Synapse assembly", "48": "Amino acid transmembrane transport", "49": "Negative regulation of immune effector process"} |