| {"0": "Neuron apoptotic process", "1": "Neuron death", "2": "Taxis", "3": "Hormone metabolic process", "4": "Leukocyte migration", "5": "Protein processing", "6": "Regulation of mrna splicing via spliceosome", "7": "Protein maturation", "8": "Secondary alcohol metabolic process", "9": "Regulation of hormone levels", "10": "Leukocyte chemotaxis", "11": "Mononuclear cell migration", "12": "Immune effector process", "13": "Positive regulation of leukocyte proliferation", "14": "Regulation of rna splicing", "15": "Positive regulation of i kappab kinase nf kappab signaling", "16": "Neuron projection guidance", "17": "Regulation of immune effector process", "18": "Regulation of leukocyte migration", "19": "Regulation of mononuclear cell migration", "20": "Leukocyte homeostasis", "21": "Developmental maturation", "22": "Regulation of peptidase activity", "23": "Cell chemotaxis", "24": "Anatomical structure maturation", "25": "Positive regulation of mononuclear cell migration", "26": "Organic anion transport", "27": "Regulation of response to external stimulus", "28": "Steroid metabolic process", "29": "Regulation of small molecule metabolic process", "30": "Spliceosomal complex assembly", "31": "Positive regulation of mitotic cell cycle", "32": "Regulation of leukocyte proliferation", "33": "Regulation of chemotaxis", "34": "Sterol metabolic process", "35": "Myeloid leukocyte migration", "36": "Positive regulation of immune effector process", "37": "Nucleosome assembly", "38": "Multicellular organism reproduction", "39": "Negative regulation of hydrolase activity", "40": "Positive regulation of erk1 and erk2 cascade", "41": "Regulation of cysteine type endopeptidase activity", "42": "Response to bacterium", "43": "Positive regulation of leukocyte migration", "44": "Erk1 and erk2 cascade", "45": "Protein targeting to mitochondrion", "46": "Positive regulation of response to external stimulus", "47": "Protein dna complex assembly", "48": "Positive chemotaxis", "49": "Positive regulation of cell cell adhesion"} |