[{"count":59,"fdr":"3.3e-42","id":"GO:0019221","name":"cytokine-mediated signaling pathway"},{"count":67,"fdr":"3.4e-39","id":"GO:0043066","name":"negative regulation of apoptotic process"},{"count":46,"fdr":"1.6e-29","id":"GO:0042493","name":"response to drug"},{"count":81,"fdr":"5.2e-28","id":"GO:0045944","name":"positive regulation of transcription by RNA polymerase II"},{"count":53,"fdr":"8.4e-28","id":"GO:0010628","name":"positive regulation of gene expression"},{"count":54,"fdr":"1.9e-26","id":"GO:0008284","name":"positive regulation of cell population proliferation"},{"count":34,"fdr":"7.3e-25","id":"GO:0007568","name":"aging"},{"count":55,"fdr":"1.5e-24","id":"GO:0006915","name":"apoptotic process"},{"count":38,"fdr":"1.5e-24","id":"GO:0010629","name":"negative regulation of gene expression"},{"count":58,"fdr":"1.5e-24","id":"GO:0045893","name":"positive regulation of transcription, DNA-templated"},{"count":26,"fdr":"6.6e-22","id":"GO:0032355","name":"response to estradiol"},{"count":29,"fdr":"1.4e-21","id":"GO:0032496","name":"response to lipopolysaccharide"},{"count":41,"fdr":"1.7e-21","id":"GO:0043065","name":"positive regulation of apoptotic process"},{"count":35,"fdr":"2.8e-21","id":"GO:0051726","name":"regulation of cell cycle"},{"count":25,"fdr":"2.5e-19","id":"GO:0071456","name":"cellular response to hypoxia"},{"count":18,"fdr":"1.6e-17","id":"GO:0060260","name":"regulation of transcription initiation from RNA polymerase II promoter"},{"count":28,"fdr":"2.8e-17","id":"GO:0001934","name":"positive regulation of protein phosphorylation"},{"count":62,"fdr":"4.1e-17","id":"GO:0007165","name":"signal transduction"},{"count":16,"fdr":"4.1e-17","id":"GO:1902895","name":"positive regulation of pri-miRNA transcription by RNA polymerase II"},{"count":17,"fdr":"5.7e-17","id":"GO:0071407","name":"cellular response to organic cyclic compound"},{"count":20,"fdr":"6.1e-17","id":"GO:0071260","name":"cellular response to mechanical stimulus"},{"count":16,"fdr":"9e-17","id":"GO:0008630","name":"intrinsic apoptotic signaling pathway in response to DNA damage"},{"count":38,"fdr":"1e-16","id":"GO:0008285","name":"negative regulation of cell population proliferation"},{"count":25,"fdr":"2.7e-16","id":"GO:0071222","name":"cellular response to lipopolysaccharide"},{"count":22,"fdr":"5.3e-16","id":"GO:0045471","name":"response to ethanol"},{"count":29,"fdr":"7.9e-16","id":"GO:0030335","name":"positive regulation of cell migration"},{"count":25,"fdr":"9.9e-16","id":"GO:0001666","name":"response to hypoxia"},{"count":15,"fdr":"1.1e-15","id":"GO:0051402","name":"neuron apoptotic process"},{"count":25,"fdr":"1.1e-15","id":"GO:0051092","name":"positive regulation of NF-kappaB transcription factor activity"},{"count":25,"fdr":"2.9e-15","id":"GO:0018105","name":"peptidyl-serine phosphorylation"},{"count":14,"fdr":"1.5e-14","id":"GO:0071276","name":"cellular response to cadmium ion"},{"count":13,"fdr":"2e-14","id":"GO:0097192","name":"extrinsic apoptotic signaling pathway in absence of ligand"},{"count":53,"fdr":"2.3e-14","id":"GO:0000122","name":"negative regulation of transcription by RNA polymerase II"},{"count":15,"fdr":"3e-14","id":"GO:0014823","name":"response to activity"},{"count":37,"fdr":"1.2e-13","id":"GO:0006468","name":"protein phosphorylation"},{"count":18,"fdr":"1.3e-13","id":"GO:0014068","name":"positive regulation of phosphatidylinositol 3-kinase signaling"},{"count":13,"fdr":"3.9e-13","id":"GO:0043536","name":"positive regulation of blood vessel endothelial cell migration"},{"count":13,"fdr":"3.9e-13","id":"GO:1902042","name":"negative regulation of extrinsic apoptotic signaling pathway via death domain receptors"},{"count":33,"fdr":"3.9e-13","id":"GO:0006954","name":"inflammatory response"},{"count":23,"fdr":"3.9e-13","id":"GO:0051897","name":"positive regulation of protein kinase B signaling"},{"count":18,"fdr":"9.8e-13","id":"GO:0032869","name":"cellular response to insulin stimulus"},{"count":17,"fdr":"1.2e-12","id":"GO:0006919","name":"activation of cysteine-type endopeptidase activity involved in apoptotic process"},{"count":11,"fdr":"2.2e-12","id":"GO:0010332","name":"response to gamma radiation"},{"count":12,"fdr":"2.2e-12","id":"GO:1904707","name":"positive regulation of vascular associated smooth muscle cell proliferation"},{"count":12,"fdr":"3.3e-12","id":"GO:0031663","name":"lipopolysaccharide-mediated signaling pathway"},{"count":20,"fdr":"5.1e-12","id":"GO:0042127","name":"regulation of cell population proliferation"},{"count":24,"fdr":"5.3e-12","id":"GO:0042981","name":"regulation of apoptotic process"},{"count":15,"fdr":"5.7e-12","id":"GO:0042531","name":"positive regulation of tyrosine phosphorylation of STAT protein"},{"count":18,"fdr":"7.4e-12","id":"GO:0051091","name":"positive regulation of DNA-binding transcription factor activity"},{"count":13,"fdr":"9.3e-12","id":"GO:0034097","name":"response to cytokine"},{"count":11,"fdr":"1.2e-11","id":"GO:0071480","name":"cellular response to gamma radiation"},{"count":19,"fdr":"1.8e-11","id":"GO:0045766","name":"positive regulation of angiogenesis"},{"count":11,"fdr":"1.8e-11","id":"GO:0008625","name":"extrinsic apoptotic signaling pathway via death domain receptors"},{"count":18,"fdr":"2.6e-11","id":"GO:0033209","name":"tumor necrosis factor-mediated signaling pathway"},{"count":36,"fdr":"3.8e-11","id":"GO:0045892","name":"negative regulation of transcription, DNA-templated"},{"count":12,"fdr":"4.3e-11","id":"GO:0097191","name":"extrinsic apoptotic signaling pathway"},{"count":14,"fdr":"6.3e-11","id":"GO:0043154","name":"negative regulation of cysteine-type endopeptidase activity involved in apoptotic process"},{"count":14,"fdr":"6.3e-11","id":"GO:0007584","name":"response to nutrient"},{"count":15,"fdr":"6.6e-11","id":"GO:0009636","name":"response to toxic substance"},{"count":14,"fdr":"7.5e-11","id":"GO:0070301","name":"cellular response to hydrogen peroxide"},{"count":18,"fdr":"9.1e-11","id":"GO:0071356","name":"cellular response to tumor necrosis factor"},{"count":12,"fdr":"9.4e-11","id":"GO:0048146","name":"positive regulation of fibroblast proliferation"},{"count":14,"fdr":"1.1e-10","id":"GO:0000082","name":"G1/S transition of mitotic cell cycle"},{"count":18,"fdr":"1.3e-10","id":"GO:0043524","name":"negative regulation of neuron apoptotic process"},{"count":13,"fdr":"1.3e-10","id":"GO:0043406","name":"positive regulation of MAP kinase activity"},{"count":11,"fdr":"1.3e-10","id":"GO:0043491","name":"protein kinase B signaling"},{"count":21,"fdr":"1.9e-10","id":"GO:0007507","name":"heart development"},{"count":12,"fdr":"1.9e-10","id":"GO:0043434","name":"response to peptide hormone"},{"count":25,"fdr":"2.1e-10","id":"GO:0000165","name":"MAPK cascade"},{"count":15,"fdr":"2.3e-10","id":"GO:0050731","name":"positive regulation of peptidyl-tyrosine phosphorylation"},{"count":8,"fdr":"2.8e-10","id":"GO:0051146","name":"striated muscle cell differentiation"},{"count":10,"fdr":"2.9e-10","id":"GO:0045931","name":"positive regulation of mitotic cell cycle"},{"count":12,"fdr":"3e-10","id":"GO:0042542","name":"response to hydrogen peroxide"},{"count":9,"fdr":"3.1e-10","id":"GO:0001836","name":"release of cytochrome c from mitochondria"},{"count":10,"fdr":"4e-10","id":"GO:0007259","name":"receptor signaling pathway via JAK-STAT"},{"count":11,"fdr":"4e-10","id":"GO:1904646","name":"cellular response to amyloid-beta"},{"count":12,"fdr":"4.7e-10","id":"GO:0034644","name":"cellular response to UV"},{"count":8,"fdr":"5e-10","id":"GO:0090399","name":"replicative senescence"},{"count":20,"fdr":"5.5e-10","id":"GO:0043123","name":"positive regulation of I-kappaB kinase/NF-kappaB signaling"},{"count":12,"fdr":"7.2e-10","id":"GO:0006977","name":"DNA damage response, signal transduction by p53 class mediator resulting in cell cycle arrest"},{"count":10,"fdr":"7.5e-10","id":"GO:0070371","name":"ERK1 and ERK2 cascade"},{"count":7,"fdr":"7.7e-10","id":"GO:2000273","name":"positive regulation of signaling receptor activity"},{"count":12,"fdr":"1.1e-09","id":"GO:0002931","name":"response to ischemia"},{"count":28,"fdr":"1.3e-09","id":"GO:0035556","name":"intracellular signal transduction"},{"count":10,"fdr":"1.4e-09","id":"GO:0034614","name":"cellular response to reactive oxygen species"},{"count":22,"fdr":"1.5e-09","id":"GO:0006974","name":"cellular response to DNA damage stimulus"},{"count":14,"fdr":"1.6e-09","id":"GO:0050729","name":"positive regulation of inflammatory response"},{"count":10,"fdr":"2.4e-09","id":"GO:0045429","name":"positive regulation of nitric oxide biosynthetic process"},{"count":8,"fdr":"2.4e-09","id":"GO:0010165","name":"response to X-ray"},{"count":21,"fdr":"3.3e-09","id":"GO:0001525","name":"angiogenesis"},{"count":11,"fdr":"3.5e-09","id":"GO:0043525","name":"positive regulation of neuron apoptotic process"},{"count":12,"fdr":"4.1e-09","id":"GO:0035690","name":"cellular response to drug"},{"count":12,"fdr":"4.9e-09","id":"GO:0018107","name":"peptidyl-threonine phosphorylation"},{"count":9,"fdr":"6.2e-09","id":"GO:0043200","name":"response to amino acid"},{"count":10,"fdr":"6.8e-09","id":"GO:0042307","name":"positive regulation of protein import into nucleus"},{"count":10,"fdr":"6.8e-09","id":"GO:0031100","name":"animal organ regeneration"},{"count":9,"fdr":"8.4e-09","id":"GO:0010803","name":"regulation of tumor necrosis factor-mediated signaling pathway"},{"count":9,"fdr":"1.1e-08","id":"GO:0045648","name":"positive regulation of erythrocyte differentiation"},{"count":20,"fdr":"1.4e-08","id":"GO:0007166","name":"cell surface receptor signaling pathway"},{"count":19,"fdr":"1.5e-08","id":"GO:0070374","name":"positive regulation of ERK1 and ERK2 cascade"},{"count":9,"fdr":"1.5e-08","id":"GO:2001240","name":"negative regulation of extrinsic apoptotic signaling pathway in absence of ligand"},{"count":11,"fdr":"1.7e-08","id":"GO:0048661","name":"positive regulation of smooth muscle cell proliferation"},{"count":12,"fdr":"1.8e-08","id":"GO:0001938","name":"positive regulation of endothelial cell proliferation"},{"count":8,"fdr":"1.9e-08","id":"GO:1904706","name":"negative regulation of vascular associated smooth muscle cell proliferation"},{"count":14,"fdr":"1.9e-08","id":"GO:0006979","name":"response to oxidative stress"},{"count":7,"fdr":"1.9e-08","id":"GO:0055093","name":"response to hyperoxia"},{"count":7,"fdr":"1.9e-08","id":"GO:0060252","name":"positive regulation of glial cell proliferation"},{"count":6,"fdr":"2.2e-08","id":"GO:0032872","name":"regulation of stress-activated MAPK cascade"},{"count":9,"fdr":"2.5e-08","id":"GO:2001244","name":"positive regulation of intrinsic apoptotic signaling pathway"},{"count":11,"fdr":"2.7e-08","id":"GO:0050679","name":"positive regulation of epithelial cell proliferation"},{"count":14,"fdr":"2.9e-08","id":"GO:0043410","name":"positive regulation of MAPK cascade"},{"count":7,"fdr":"3e-08","id":"GO:1902041","name":"regulation of extrinsic apoptotic signaling pathway via death domain receptors"},{"count":9,"fdr":"3.1e-08","id":"GO:2001237","name":"negative regulation of extrinsic apoptotic signaling pathway"},{"count":15,"fdr":"3.5e-08","id":"GO:0008283","name":"cell population proliferation"},{"count":5,"fdr":"3.7e-08","id":"GO:0051552","name":"flavone metabolic process"},{"count":5,"fdr":"3.7e-08","id":"GO:0061419","name":"positive regulation of transcription from RNA polymerase II promoter in response to hypoxia"},{"count":8,"fdr":"4.8e-08","id":"GO:0010575","name":"positive regulation of vascular endothelial growth factor production"},{"count":8,"fdr":"4.8e-08","id":"GO:0046686","name":"response to cadmium ion"},{"count":9,"fdr":"5e-08","id":"GO:0071392","name":"cellular response to estradiol stimulus"},{"count":11,"fdr":"6e-08","id":"GO:0007249","name":"I-kappaB kinase/NF-kappaB signaling"},{"count":8,"fdr":"6.4e-08","id":"GO:0090200","name":"positive regulation of release of cytochrome c from mitochondria"},{"count":8,"fdr":"6.4e-08","id":"GO:0046677","name":"response to antibiotic"},{"count":12,"fdr":"6.7e-08","id":"GO:0030324","name":"lung development"},{"count":13,"fdr":"7.1e-08","id":"GO:0034599","name":"cellular response to oxidative stress"},{"count":6,"fdr":"8.2e-08","id":"GO:1903800","name":"positive regulation of production of miRNAs involved in gene silencing by miRNA"},{"count":13,"fdr":"8.9e-08","id":"GO:0042593","name":"glucose homeostasis"},{"count":10,"fdr":"9e-08","id":"GO:0009612","name":"response to mechanical stimulus"},{"count":7,"fdr":"1e-07","id":"GO:0070542","name":"response to fatty acid"},{"count":8,"fdr":"1.1e-07","id":"GO:0030316","name":"osteoclast differentiation"},{"count":5,"fdr":"1.1e-07","id":"GO:0043567","name":"regulation of insulin-like growth factor receptor signaling pathway"},{"count":5,"fdr":"1.1e-07","id":"GO:0008635","name":"activation of cysteine-type endopeptidase activity involved in apoptotic process by cytochrome c"},{"count":9,"fdr":"1.2e-07","id":"GO:0032722","name":"positive regulation of chemokine production"},{"count":11,"fdr":"1.9e-07","id":"GO:0007265","name":"Ras protein signal transduction"},{"count":15,"fdr":"2e-07","id":"GO:1901796","name":"regulation of signal transduction by p53 class mediator"},{"count":7,"fdr":"2e-07","id":"GO:0045662","name":"negative regulation of myoblast differentiation"},{"count":7,"fdr":"2e-07","id":"GO:0030225","name":"macrophage differentiation"},{"count":13,"fdr":"2e-07","id":"GO:0009615","name":"response to virus"},{"count":14,"fdr":"2.2e-07","id":"GO:0018108","name":"peptidyl-tyrosine phosphorylation"},{"count":10,"fdr":"2.4e-07","id":"GO:0032731","name":"positive regulation of interleukin-1 beta production"},{"count":9,"fdr":"2.5e-07","id":"GO:0001837","name":"epithelial to mesenchymal transition"},{"count":27,"fdr":"2.5e-07","id":"GO:0006355","name":"regulation of transcription, DNA-templated"},{"count":13,"fdr":"2.7e-07","id":"GO:0006935","name":"chemotaxis"},{"count":5,"fdr":"2.7e-07","id":"GO:0006975","name":"DNA damage induced protein phosphorylation"},{"count":7,"fdr":"2.7e-07","id":"GO:0045821","name":"positive regulation of glycolytic process"},{"count":8,"fdr":"2.9e-07","id":"GO:0042100","name":"B cell proliferation"},{"count":10,"fdr":"3.1e-07","id":"GO:0032757","name":"positive regulation of interleukin-8 production"},{"count":10,"fdr":"3.1e-07","id":"GO:0006959","name":"humoral immune response"},{"count":6,"fdr":"3.5e-07","id":"GO:0008637","name":"apoptotic mitochondrial changes"},{"count":6,"fdr":"3.5e-07","id":"GO:0008631","name":"intrinsic apoptotic signaling pathway in response to oxidative stress"},{"count":6,"fdr":"3.5e-07","id":"GO:0060749","name":"mammary gland alveolus development"},{"count":6,"fdr":"3.5e-07","id":"GO:0045725","name":"positive regulation of glycogen biosynthetic process"},{"count":7,"fdr":"3.6e-07","id":"GO:0040014","name":"regulation of multicellular organism growth"},{"count":12,"fdr":"4.1e-07","id":"GO:0008584","name":"male gonad development"},{"count":10,"fdr":"4.1e-07","id":"GO:0097190","name":"apoptotic signaling pathway"},{"count":56,"fdr":"4.2e-07","id":"GO:0006357","name":"regulation of transcription by RNA polymerase II"},{"count":10,"fdr":"4.7e-07","id":"GO:0048511","name":"rhythmic process"},{"count":5,"fdr":"5.4e-07","id":"GO:0038113","name":"interleukin-9-mediated signaling pathway"},{"count":5,"fdr":"5.4e-07","id":"GO:0052696","name":"flavonoid glucuronidation"},{"count":5,"fdr":"5.4e-07","id":"GO:0071316","name":"cellular response to nicotine"},{"count":5,"fdr":"5.4e-07","id":"GO:2000641","name":"regulation of early endosome to late endosome transport"},{"count":9,"fdr":"5.7e-07","id":"GO:0043280","name":"positive regulation of cysteine-type endopeptidase activity involved in apoptotic process"},{"count":7,"fdr":"6.2e-07","id":"GO:0017144","name":"drug metabolic process"},{"count":7,"fdr":"6.2e-07","id":"GO:1900740","name":"positive regulation of protein insertion into mitochondrial membrane involved in apoptotic signaling pathway"},{"count":8,"fdr":"6.4e-07","id":"GO:1901216","name":"positive regulation of neuron death"},{"count":8,"fdr":"6.4e-07","id":"GO:0046326","name":"positive regulation of glucose import"},{"count":10,"fdr":"6.8e-07","id":"GO:1901224","name":"positive regulation of NIK/NF-kappaB signaling"},{"count":9,"fdr":"7.7e-07","id":"GO:0031334","name":"positive regulation of protein-containing complex assembly"},{"count":7,"fdr":"8e-07","id":"GO:0010971","name":"positive regulation of G2/M transition of mitotic cell cycle"},{"count":13,"fdr":"8.2e-07","id":"GO:0002576","name":"platelet degranulation"},{"count":14,"fdr":"8.9e-07","id":"GO:0044267","name":"cellular protein metabolic process"},{"count":7,"fdr":"1e-06","id":"GO:0051090","name":"regulation of DNA-binding transcription factor activity"},{"count":7,"fdr":"1e-06","id":"GO:0007159","name":"leukocyte cell-cell adhesion"},{"count":7,"fdr":"1e-06","id":"GO:0045930","name":"negative regulation of mitotic cell cycle"},{"count":7,"fdr":"1e-06","id":"GO:0035924","name":"cellular response to vascular endothelial growth factor stimulus"},{"count":6,"fdr":"1.1e-06","id":"GO:0010744","name":"positive regulation of macrophage derived foam cell differentiation"},{"count":6,"fdr":"1.1e-06","id":"GO:0001892","name":"embryonic placenta development"},{"count":11,"fdr":"1.1e-06","id":"GO:0006805","name":"xenobiotic metabolic process"},{"count":8,"fdr":"1.1e-06","id":"GO:0032735","name":"positive regulation of interleukin-12 production"},{"count":8,"fdr":"1.1e-06","id":"GO:2000134","name":"negative regulation of G1/S transition of mitotic cell cycle"},{"count":10,"fdr":"1.2e-06","id":"GO:0006952","name":"defense response"},{"count":7,"fdr":"1.3e-06","id":"GO:1904837","name":"beta-catenin-TCF complex assembly"},{"count":7,"fdr":"1.3e-06","id":"GO:0048662","name":"negative regulation of smooth muscle cell proliferation"},{"count":8,"fdr":"1.3e-06","id":"GO:0009408","name":"response to heat"},{"count":6,"fdr":"1.5e-06","id":"GO:0046827","name":"positive regulation of protein export from nucleus"},{"count":8,"fdr":"1.6e-06","id":"GO:0048538","name":"thymus development"},{"count":7,"fdr":"1.6e-06","id":"GO:0033077","name":"T cell differentiation in thymus"},{"count":7,"fdr":"1.6e-06","id":"GO:1900087","name":"positive regulation of G1/S transition of mitotic cell cycle"},{"count":7,"fdr":"1.6e-06","id":"GO:0071549","name":"cellular response to dexamethasone stimulus"},{"count":7,"fdr":"1.6e-06","id":"GO:0045737","name":"positive regulation of cyclin-dependent protein serine/threonine kinase activity"},{"count":5,"fdr":"1.6e-06","id":"GO:1904385","name":"cellular response to angiotensin"},{"count":5,"fdr":"1.6e-06","id":"GO:0052697","name":"xenobiotic glucuronidation"},{"count":5,"fdr":"1.6e-06","id":"GO:1903799","name":"negative regulation of production of miRNAs involved in gene silencing by miRNA"},{"count":10,"fdr":"1.7e-06","id":"GO:1900034","name":"regulation of cellular response to heat"},{"count":8,"fdr":"1.8e-06","id":"GO:0007595","name":"lactation"},{"count":7,"fdr":"1.9e-06","id":"GO:0035666","name":"TRIF-dependent toll-like receptor signaling pathway"},{"count":13,"fdr":"2e-06","id":"GO:0006367","name":"transcription initiation from RNA polymerase II promoter"},{"count":8,"fdr":"2.1e-06","id":"GO:0071364","name":"cellular response to epidermal growth factor stimulus"},{"count":9,"fdr":"2.3e-06","id":"GO:0043627","name":"response to estrogen"},{"count":11,"fdr":"2.3e-06","id":"GO:0032760","name":"positive regulation of tumor necrosis factor production"},{"count":7,"fdr":"2.4e-06","id":"GO:0003180","name":"aortic valve morphogenesis"},{"count":10,"fdr":"2.4e-06","id":"GO:0030522","name":"intracellular receptor signaling pathway"},{"count":9,"fdr":"2.5e-06","id":"GO:0051384","name":"response to glucocorticoid"},{"count":5,"fdr":"2.5e-06","id":"GO:0032495","name":"response to muramyl dipeptide"},{"count":5,"fdr":"2.5e-06","id":"GO:0036499","name":"PERK-mediated unfolded protein response"},{"count":5,"fdr":"2.5e-06","id":"GO:0046685","name":"response to arsenic-containing substance"},{"count":6,"fdr":"2.6e-06","id":"GO:0030851","name":"granulocyte differentiation"},{"count":10,"fdr":"2.9e-06","id":"GO:0050727","name":"regulation of inflammatory response"},{"count":9,"fdr":"3.3e-06","id":"GO:0042752","name":"regulation of circadian rhythm"},{"count":8,"fdr":"3.4e-06","id":"GO:0034605","name":"cellular response to heat"},{"count":7,"fdr":"3.5e-06","id":"GO:0035094","name":"response to nicotine"},{"count":7,"fdr":"3.5e-06","id":"GO:0045787","name":"positive regulation of cell cycle"},{"count":7,"fdr":"3.5e-06","id":"GO:0046627","name":"negative regulation of insulin receptor signaling pathway"},{"count":17,"fdr":"3.6e-06","id":"GO:0030198","name":"extracellular matrix organization"},{"count":5,"fdr":"3.8e-06","id":"GO:0016572","name":"histone phosphorylation"},{"count":5,"fdr":"3.8e-06","id":"GO:0048009","name":"insulin-like growth factor receptor signaling pathway"},{"count":5,"fdr":"3.8e-06","id":"GO:0046902","name":"regulation of mitochondrial membrane permeability"},{"count":5,"fdr":"3.8e-06","id":"GO:0019430","name":"removal of superoxide radicals"},{"count":7,"fdr":"4.2e-06","id":"GO:0070555","name":"response to interleukin-1"},{"count":10,"fdr":"4.3e-06","id":"GO:0071347","name":"cellular response to interleukin-1"},{"count":6,"fdr":"4.3e-06","id":"GO:2001243","name":"negative regulation of intrinsic apoptotic signaling pathway"},{"count":6,"fdr":"4.3e-06","id":"GO:0032740","name":"positive regulation of interleukin-17 production"},{"count":6,"fdr":"4.3e-06","id":"GO:0060045","name":"positive regulation of cardiac muscle cell proliferation"},{"count":11,"fdr":"4.5e-06","id":"GO:0001649","name":"osteoblast differentiation"},{"count":7,"fdr":"4.9e-06","id":"GO:0006287","name":"base-excision repair, gap-filling"},{"count":7,"fdr":"4.9e-06","id":"GO:0001541","name":"ovarian follicle development"},{"count":11,"fdr":"4.9e-06","id":"GO:0030168","name":"platelet activation"},{"count":14,"fdr":"5.3e-06","id":"GO:0046777","name":"protein autophosphorylation"},{"count":5,"fdr":"5.5e-06","id":"GO:0030278","name":"regulation of ossification"},{"count":5,"fdr":"5.5e-06","id":"GO:0060397","name":"growth hormone receptor signaling pathway via JAK-STAT"},{"count":5,"fdr":"5.5e-06","id":"GO:0045651","name":"positive regulation of macrophage differentiation"},{"count":10,"fdr":"5.6e-06","id":"GO:0032755","name":"positive regulation of interleukin-6 production"},{"count":12,"fdr":"5.7e-06","id":"GO:0050900","name":"leukocyte migration"},{"count":7,"fdr":"5.8e-06","id":"GO:0014065","name":"phosphatidylinositol 3-kinase signaling"},{"count":10,"fdr":"6.1e-06","id":"GO:0033138","name":"positive regulation of peptidyl-serine phosphorylation"},{"count":6,"fdr":"6.9e-06","id":"GO:0042104","name":"positive regulation of activated T cell proliferation"},{"count":6,"fdr":"6.9e-06","id":"GO:0007569","name":"cell aging"},{"count":9,"fdr":"7e-06","id":"GO:0006303","name":"double-strand break repair via nonhomologous end joining"},{"count":11,"fdr":"7.3e-06","id":"GO:0038095","name":"Fc-epsilon receptor signaling pathway"},{"count":8,"fdr":"7.4e-06","id":"GO:0032481","name":"positive regulation of type I interferon production"},{"count":8,"fdr":"7.4e-06","id":"GO:0000079","name":"regulation of cyclin-dependent protein serine/threonine kinase activity"},{"count":8,"fdr":"7.4e-06","id":"GO:0006006","name":"glucose metabolic process"},{"count":9,"fdr":"7.7e-06","id":"GO:0033674","name":"positive regulation of kinase activity"},{"count":9,"fdr":"7.7e-06","id":"GO:0045727","name":"positive regulation of translation"},{"count":5,"fdr":"7.7e-06","id":"GO:1902230","name":"negative regulation of intrinsic apoptotic signaling pathway in response to DNA damage"},{"count":5,"fdr":"7.7e-06","id":"GO:0032270","name":"positive regulation of cellular protein metabolic process"},{"count":10,"fdr":"7.9e-06","id":"GO:0050728","name":"negative regulation of inflammatory response"},{"count":10,"fdr":"7.9e-06","id":"GO:0042060","name":"wound healing"},{"count":8,"fdr":"8.3e-06","id":"GO:1901215","name":"negative regulation of neuron death"},{"count":6,"fdr":"8.3e-06","id":"GO:0097194","name":"execution phase of apoptosis"},{"count":6,"fdr":"8.3e-06","id":"GO:0046697","name":"decidualization"},{"count":6,"fdr":"8.3e-06","id":"GO:0048873","name":"homeostasis of number of cells within a tissue"},{"count":8,"fdr":"9.4e-06","id":"GO:0071363","name":"cellular response to growth factor stimulus"},{"count":9,"fdr":"1e-05","id":"GO:0030183","name":"B cell differentiation"},{"count":6,"fdr":"1e-05","id":"GO:0051403","name":"stress-activated MAPK cascade"},{"count":5,"fdr":"1e-05","id":"GO:0051770","name":"positive regulation of nitric-oxide synthase biosynthetic process"},{"count":5,"fdr":"1e-05","id":"GO:0035729","name":"cellular response to hepatocyte growth factor stimulus"},{"count":5,"fdr":"1e-05","id":"GO:0006809","name":"nitric oxide biosynthetic process"},{"count":5,"fdr":"1e-05","id":"GO:0071361","name":"cellular response to ethanol"},{"count":5,"fdr":"1e-05","id":"GO:0042167","name":"heme catabolic process"},{"count":8,"fdr":"1.2e-05","id":"GO:0050680","name":"negative regulation of epithelial cell proliferation"},{"count":10,"fdr":"1.2e-05","id":"GO:0006302","name":"double-strand break repair"},{"count":7,"fdr":"1.3e-05","id":"GO:0045454","name":"cell redox homeostasis"},{"count":6,"fdr":"1.3e-05","id":"GO:0008210","name":"estrogen metabolic process"},{"count":6,"fdr":"1.3e-05","id":"GO:0071897","name":"DNA biosynthetic process"},{"count":9,"fdr":"1.4e-05","id":"GO:0001503","name":"ossification"},{"count":5,"fdr":"1.4e-05","id":"GO:2000811","name":"negative regulation of anoikis"},{"count":5,"fdr":"1.4e-05","id":"GO:0071354","name":"cellular response to interleukin-6"},{"count":5,"fdr":"1.4e-05","id":"GO:0010039","name":"response to iron ion"},{"count":11,"fdr":"1.5e-05","id":"GO:0030308","name":"negative regulation of cell growth"},{"count":6,"fdr":"1.5e-05","id":"GO:0034612","name":"response to tumor necrosis factor"},{"count":7,"fdr":"1.7e-05","id":"GO:0010718","name":"positive regulation of epithelial to mesenchymal transition"},{"count":11,"fdr":"1.9e-05","id":"GO:0065003","name":"protein-containing complex assembly"},{"count":5,"fdr":"1.9e-05","id":"GO:0031929","name":"TOR signaling"},{"count":5,"fdr":"1.9e-05","id":"GO:0070102","name":"interleukin-6-mediated signaling pathway"},{"count":7,"fdr":"1.9e-05","id":"GO:0000723","name":"telomere maintenance"},{"count":7,"fdr":"1.9e-05","id":"GO:0008202","name":"steroid metabolic process"},{"count":13,"fdr":"2e-05","id":"GO:0090090","name":"negative regulation of canonical Wnt signaling pathway"},{"count":6,"fdr":"2.2e-05","id":"GO:0038128","name":"ERBB2 signaling pathway"},{"count":6,"fdr":"2.2e-05","id":"GO:0043552","name":"positive regulation of phosphatidylinositol 3-kinase activity"},{"count":9,"fdr":"2.4e-05","id":"GO:0008286","name":"insulin receptor signaling pathway"},{"count":5,"fdr":"2.4e-05","id":"GO:1902004","name":"positive regulation of amyloid-beta formation"},{"count":5,"fdr":"2.4e-05","id":"GO:0001894","name":"tissue homeostasis"},{"count":7,"fdr":"2.5e-05","id":"GO:0051781","name":"positive regulation of cell division"},{"count":7,"fdr":"2.5e-05","id":"GO:0035722","name":"interleukin-12-mediated signaling pathway"},{"count":8,"fdr":"2.9e-05","id":"GO:0009749","name":"response to glucose"},{"count":5,"fdr":"3.1e-05","id":"GO:0032930","name":"positive regulation of superoxide anion generation"},{"count":5,"fdr":"3.1e-05","id":"GO:0050901","name":"leukocyte tethering or rolling"},{"count":5,"fdr":"3.1e-05","id":"GO:0090201","name":"negative regulation of release of cytochrome c from mitochondria"},{"count":6,"fdr":"3.1e-05","id":"GO:0071479","name":"cellular response to ionizing radiation"},{"count":6,"fdr":"3.1e-05","id":"GO:0070059","name":"intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress"},{"count":6,"fdr":"3.1e-05","id":"GO:0033574","name":"response to testosterone"},{"count":7,"fdr":"3.7e-05","id":"GO:0045747","name":"positive regulation of Notch signaling pathway"},{"count":7,"fdr":"3.7e-05","id":"GO:0010507","name":"negative regulation of autophagy"},{"count":6,"fdr":"3.7e-05","id":"GO:0032148","name":"activation of protein kinase B activity"},{"count":6,"fdr":"3.7e-05","id":"GO:0043330","name":"response to exogenous dsRNA"},{"count":8,"fdr":"3.9e-05","id":"GO:0007623","name":"circadian rhythm"},{"count":5,"fdr":"3.9e-05","id":"GO:0043537","name":"negative regulation of blood vessel endothelial cell migration"},{"count":5,"fdr":"3.9e-05","id":"GO:0031641","name":"regulation of myelination"},{"count":5,"fdr":"3.9e-05","id":"GO:0002756","name":"MyD88-independent toll-like receptor signaling pathway"},{"count":5,"fdr":"3.9e-05","id":"GO:0090050","name":"positive regulation of cell migration involved in sprouting angiogenesis"},{"count":5,"fdr":"3.9e-05","id":"GO:0035902","name":"response to immobilization stress"},{"count":8,"fdr":"4.2e-05","id":"GO:0032868","name":"response to insulin"},{"count":6,"fdr":"4.3e-05","id":"GO:0048469","name":"cell maturation"},{"count":6,"fdr":"4.3e-05","id":"GO:0007566","name":"embryo implantation"},{"count":6,"fdr":"4.3e-05","id":"GO:0097421","name":"liver regeneration"},{"count":13,"fdr":"4.3e-05","id":"GO:0001701","name":"in utero embryonic development"},{"count":8,"fdr":"4.6e-05","id":"GO:0061418","name":"regulation of transcription from RNA polymerase II promoter in response to hypoxia"},{"count":5,"fdr":"4.9e-05","id":"GO:0044772","name":"mitotic cell cycle phase transition"},{"count":5,"fdr":"4.9e-05","id":"GO:1900017","name":"positive regulation of cytokine production involved in inflammatory response"},{"count":14,"fdr":"4.9e-05","id":"GO:0010468","name":"regulation of gene expression"},{"count":6,"fdr":"4.9e-05","id":"GO:0001890","name":"placenta development"},{"count":6,"fdr":"5.8e-05","id":"GO:0045746","name":"negative regulation of Notch signaling pathway"},{"count":18,"fdr":"5.9e-05","id":"GO:0051301","name":"cell division"},{"count":5,"fdr":"6e-05","id":"GO:0001782","name":"B cell homeostasis"},{"count":5,"fdr":"6e-05","id":"GO:2001235","name":"positive regulation of apoptotic signaling pathway"},{"count":9,"fdr":"6.3e-05","id":"GO:0070498","name":"interleukin-1-mediated signaling pathway"},{"count":7,"fdr":"6.4e-05","id":"GO:1903078","name":"positive regulation of protein localization to plasma membrane"},{"count":5,"fdr":"7.4e-05","id":"GO:0006297","name":"nucleotide-excision repair, DNA gap filling"},{"count":5,"fdr":"7.4e-05","id":"GO:0090398","name":"cellular senescence"},{"count":6,"fdr":"7.7e-05","id":"GO:0010942","name":"positive regulation of cell death"},{"count":8,"fdr":"8e-05","id":"GO:0008203","name":"cholesterol metabolic process"},{"count":8,"fdr":"8.7e-05","id":"GO:0019216","name":"regulation of lipid metabolic process"},{"count":6,"fdr":"8.8e-05","id":"GO:0001658","name":"branching involved in ureteric bud morphogenesis"},{"count":6,"fdr":"8.8e-05","id":"GO:0051591","name":"response to cAMP"},{"count":6,"fdr":"8.8e-05","id":"GO:0032733","name":"positive regulation of interleukin-10 production"},{"count":7,"fdr":"8.8e-05","id":"GO:0007611","name":"learning or memory"},{"count":5,"fdr":"8.8e-05","id":"GO:0042759","name":"long-chain fatty acid biosynthetic process"},{"count":5,"fdr":"8.8e-05","id":"GO:0010033","name":"response to organic substance"},{"count":15,"fdr":"9.1e-05","id":"GO:0016579","name":"protein deubiquitination"},{"count":9,"fdr":"9.7e-05","id":"GO:0007219","name":"Notch signaling pathway"},{"count":7,"fdr":"9.8e-05","id":"GO:0007612","name":"learning"},{"count":6,"fdr":"9.9e-05","id":"GO:0098586","name":"cellular response to virus"},{"count":5,"fdr":"0.00011","id":"GO:0043029","name":"T cell homeostasis"},{"count":5,"fdr":"0.00011","id":"GO:0042573","name":"retinoic acid metabolic process"},{"count":8,"fdr":"0.00011","id":"GO:0030307","name":"positive regulation of cell growth"},{"count":7,"fdr":"0.00012","id":"GO:0045669","name":"positive regulation of osteoblast differentiation"},{"count":10,"fdr":"0.00012","id":"GO:0001501","name":"skeletal system development"},{"count":10,"fdr":"0.00012","id":"GO:0007169","name":"transmembrane receptor protein tyrosine kinase signaling pathway"},{"count":5,"fdr":"0.00013","id":"GO:0097193","name":"intrinsic apoptotic signaling pathway"},{"count":5,"fdr":"0.00013","id":"GO:0051602","name":"response to electrical stimulus"},{"count":5,"fdr":"0.00013","id":"GO:0009314","name":"response to radiation"},{"count":5,"fdr":"0.00013","id":"GO:0071280","name":"cellular response to copper ion"},{"count":7,"fdr":"0.00013","id":"GO:0038061","name":"NIK/NF-kappaB signaling"},{"count":6,"fdr":"0.00014","id":"GO:0050766","name":"positive regulation of phagocytosis"},{"count":6,"fdr":"0.00014","id":"GO:0009725","name":"response to hormone"},{"count":5,"fdr":"0.00015","id":"GO:0045840","name":"positive regulation of mitotic nuclear division"},{"count":12,"fdr":"0.00015","id":"GO:0050821","name":"protein stabilization"},{"count":6,"fdr":"0.00016","id":"GO:0045786","name":"negative regulation of cell cycle"},{"count":6,"fdr":"0.00016","id":"GO:0045668","name":"negative regulation of osteoblast differentiation"},{"count":10,"fdr":"0.00017","id":"GO:0000086","name":"G2/M transition of mitotic cell cycle"},{"count":5,"fdr":"0.00017","id":"GO:0045740","name":"positive regulation of DNA replication"},{"count":5,"fdr":"0.00017","id":"GO:0045736","name":"negative regulation of cyclin-dependent protein serine/threonine kinase activity"},{"count":5,"fdr":"0.00017","id":"GO:0048147","name":"negative regulation of fibroblast proliferation"},{"count":5,"fdr":"0.00017","id":"GO:0031069","name":"hair follicle morphogenesis"},{"count":5,"fdr":"0.00017","id":"GO:2000145","name":"regulation of cell motility"},{"count":5,"fdr":"0.00017","id":"GO:0040018","name":"positive regulation of multicellular organism growth"},{"count":6,"fdr":"0.00018","id":"GO:0045599","name":"negative regulation of fat cell differentiation"},{"count":9,"fdr":"0.0002","id":"GO:0002223","name":"stimulatory C-type lectin receptor signaling pathway"},{"count":6,"fdr":"0.0002","id":"GO:0031667","name":"response to nutrient levels"},{"count":5,"fdr":"0.0002","id":"GO:0070372","name":"regulation of ERK1 and ERK2 cascade"},{"count":5,"fdr":"0.0002","id":"GO:0051881","name":"regulation of mitochondrial membrane potential"},{"count":5,"fdr":"0.0002","id":"GO:2001234","name":"negative regulation of apoptotic signaling pathway"},{"count":5,"fdr":"0.0002","id":"GO:0038111","name":"interleukin-7-mediated signaling pathway"},{"count":5,"fdr":"0.0002","id":"GO:0043392","name":"negative regulation of DNA binding"},{"count":7,"fdr":"0.0002","id":"GO:0060337","name":"type I interferon signaling pathway"},{"count":7,"fdr":"0.0002","id":"GO:0030855","name":"epithelial cell differentiation"},{"count":5,"fdr":"0.00023","id":"GO:2000352","name":"negative regulation of endothelial cell apoptotic process"},{"count":5,"fdr":"0.00023","id":"GO:0045765","name":"regulation of angiogenesis"},{"count":5,"fdr":"0.00023","id":"GO:0046427","name":"positive regulation of receptor signaling pathway via JAK-STAT"},{"count":6,"fdr":"0.00025","id":"GO:0045785","name":"positive regulation of cell adhesion"},{"count":6,"fdr":"0.00025","id":"GO:0035019","name":"somatic stem cell population maintenance"},{"count":7,"fdr":"0.00026","id":"GO:0060326","name":"cell chemotaxis"},{"count":7,"fdr":"0.00026","id":"GO:0060333","name":"interferon-gamma-mediated signaling pathway"},{"count":5,"fdr":"0.00027","id":"GO:2000379","name":"positive regulation of reactive oxygen species metabolic process"},{"count":5,"fdr":"0.00027","id":"GO:0043388","name":"positive regulation of DNA binding"},{"count":6,"fdr":"0.00027","id":"GO:0007173","name":"epidermal growth factor receptor signaling pathway"},{"count":14,"fdr":"0.00028","id":"GO:0007049","name":"cell cycle"},{"count":7,"fdr":"0.00028","id":"GO:0070098","name":"chemokine-mediated signaling pathway"},{"count":6,"fdr":"0.0003","id":"GO:0043086","name":"negative regulation of catalytic activity"},{"count":6,"fdr":"0.0003","id":"GO:0019233","name":"sensory perception of pain"},{"count":7,"fdr":"0.0003","id":"GO:0032729","name":"positive regulation of interferon-gamma production"},{"count":5,"fdr":"0.0003","id":"GO:0007281","name":"germ cell development"},{"count":5,"fdr":"0.0003","id":"GO:0001975","name":"response to amphetamine"},{"count":5,"fdr":"0.0003","id":"GO:0000077","name":"DNA damage checkpoint signaling"},{"count":5,"fdr":"0.0003","id":"GO:1900182","name":"positive regulation of protein localization to nucleus"},{"count":8,"fdr":"0.00034","id":"GO:0120162","name":"positive regulation of cold-induced thermogenesis"},{"count":5,"fdr":"0.00035","id":"GO:0010634","name":"positive regulation of epithelial cell migration"},{"count":5,"fdr":"0.00035","id":"GO:0048536","name":"spleen development"},{"count":7,"fdr":"0.00035","id":"GO:0001933","name":"negative regulation of protein phosphorylation"},{"count":7,"fdr":"0.00035","id":"GO:0032091","name":"negative regulation of protein binding"},{"count":7,"fdr":"0.00035","id":"GO:0031398","name":"positive regulation of protein ubiquitination"},{"count":6,"fdr":"0.00036","id":"GO:0071902","name":"positive regulation of protein serine/threonine kinase activity"},{"count":5,"fdr":"0.00039","id":"GO:0001974","name":"blood vessel remodeling"},{"count":5,"fdr":"0.00039","id":"GO:0045597","name":"positive regulation of cell differentiation"},{"count":6,"fdr":"0.0004","id":"GO:0051216","name":"cartilage development"},{"count":5,"fdr":"0.00044","id":"GO:0031333","name":"negative regulation of protein-containing complex assembly"},{"count":5,"fdr":"0.00044","id":"GO:0042220","name":"response to cocaine"},{"count":5,"fdr":"0.00044","id":"GO:0097009","name":"energy homeostasis"},{"count":6,"fdr":"0.00048","id":"GO:0042475","name":"odontogenesis of dentin-containing tooth"},{"count":5,"fdr":"0.0005","id":"GO:0002062","name":"chondrocyte differentiation"},{"count":7,"fdr":"0.00055","id":"GO:0034198","name":"cellular response to amino acid starvation"},{"count":7,"fdr":"0.00055","id":"GO:0032088","name":"negative regulation of NF-kappaB transcription factor activity"},{"count":5,"fdr":"0.00057","id":"GO:0033683","name":"nucleotide-excision repair, DNA incision"},{"count":7,"fdr":"0.00059","id":"GO:0000724","name":"double-strand break repair via homologous recombination"},{"count":5,"fdr":"0.00064","id":"GO:0003007","name":"heart morphogenesis"},{"count":5,"fdr":"0.00072","id":"GO:0032570","name":"response to progesterone"},{"count":6,"fdr":"0.00075","id":"GO:0006909","name":"phagocytosis"},{"count":5,"fdr":"0.0008","id":"GO:0031623","name":"receptor internalization"},{"count":7,"fdr":"0.00084","id":"GO:0046330","name":"positive regulation of JNK cascade"},{"count":7,"fdr":"0.00084","id":"GO:0045666","name":"positive regulation of neuron differentiation"},{"count":6,"fdr":"0.00089","id":"GO:0071333","name":"cellular response to glucose stimulus"},{"count":5,"fdr":"0.00089","id":"GO:0009411","name":"response to UV"},{"count":7,"fdr":"0.00096","id":"GO:0007565","name":"female pregnancy"},{"count":9,"fdr":"0.00098","id":"GO:0007605","name":"sensory perception of sound"},{"count":7,"fdr":"0.001","id":"GO:0016525","name":"negative regulation of angiogenesis"},{"count":6,"fdr":"0.001","id":"GO:0021987","name":"cerebral cortex development"},{"count":6,"fdr":"0.001","id":"GO:0048010","name":"vascular endothelial growth factor receptor signaling pathway"},{"count":5,"fdr":"0.0011","id":"GO:0032526","name":"response to retinoic acid"},{"count":5,"fdr":"0.0011","id":"GO:0008542","name":"visual learning"},{"count":7,"fdr":"0.0012","id":"GO:0006338","name":"chromatin remodeling"},{"count":6,"fdr":"0.0012","id":"GO:0050796","name":"regulation of insulin secretion"},{"count":6,"fdr":"0.0012","id":"GO:0008217","name":"regulation of blood pressure"},{"count":6,"fdr":"0.0013","id":"GO:0022617","name":"extracellular matrix disassembly"},{"count":5,"fdr":"0.0013","id":"GO:0031648","name":"protein destabilization"},{"count":5,"fdr":"0.0013","id":"GO:0043124","name":"negative regulation of I-kappaB kinase/NF-kappaB signaling"},{"count":5,"fdr":"0.0014","id":"GO:0014070","name":"response to organic cyclic compound"},{"count":5,"fdr":"0.0014","id":"GO:0071230","name":"cellular response to amino acid stimulus"},{"count":6,"fdr":"0.0016","id":"GO:0043433","name":"negative regulation of DNA-binding transcription factor activity"},{"count":7,"fdr":"0.0016","id":"GO:0046718","name":"viral entry into host cell"},{"count":5,"fdr":"0.0017","id":"GO:0042572","name":"retinol metabolic process"},{"count":6,"fdr":"0.002","id":"GO:0006283","name":"transcription-coupled nucleotide-excision repair"},{"count":6,"fdr":"0.002","id":"GO:0006631","name":"fatty acid metabolic process"},{"count":6,"fdr":"0.002","id":"GO:0045732","name":"positive regulation of protein catabolic process"},{"count":18,"fdr":"0.0021","id":"GO:0043312","name":"neutrophil degranulation"},{"count":5,"fdr":"0.0021","id":"GO:0035176","name":"social behavior"},{"count":6,"fdr":"0.0022","id":"GO:0001889","name":"liver development"},{"count":5,"fdr":"0.0022","id":"GO:0048015","name":"phosphatidylinositol-mediated signaling"},{"count":6,"fdr":"0.0024","id":"GO:0006606","name":"protein import into nucleus"},{"count":5,"fdr":"0.0024","id":"GO:0071320","name":"cellular response to cAMP"},{"count":6,"fdr":"0.0025","id":"GO:0032436","name":"positive regulation of proteasomal ubiquitin-dependent protein catabolic process"},{"count":6,"fdr":"0.0025","id":"GO:0006469","name":"negative regulation of protein kinase activity"},{"count":5,"fdr":"0.0026","id":"GO:0031397","name":"negative regulation of protein ubiquitination"},{"count":5,"fdr":"0.0028","id":"GO:0036297","name":"interstrand cross-link repair"},{"count":6,"fdr":"0.0029","id":"GO:0030593","name":"neutrophil chemotaxis"},{"count":5,"fdr":"0.0033","id":"GO:0051592","name":"response to calcium ion"},{"count":10,"fdr":"0.0034","id":"GO:0051607","name":"defense response to virus"},{"count":6,"fdr":"0.0034","id":"GO:0031647","name":"regulation of protein stability"},{"count":6,"fdr":"0.0034","id":"GO:0150104","name":"transport across blood-brain barrier"},{"count":5,"fdr":"0.0035","id":"GO:0042102","name":"positive regulation of T cell proliferation"},{"count":5,"fdr":"0.0041","id":"GO:0001819","name":"positive regulation of cytokine production"},{"count":5,"fdr":"0.0041","id":"GO:0010508","name":"positive regulation of autophagy"},{"count":5,"fdr":"0.0044","id":"GO:0010595","name":"positive regulation of endothelial cell migration"},{"count":6,"fdr":"0.0048","id":"GO:0007005","name":"mitochondrion organization"},{"count":17,"fdr":"0.0049","id":"GO:0007155","name":"cell adhesion"},{"count":5,"fdr":"0.005","id":"GO:0006879","name":"cellular iron ion homeostasis"},{"count":5,"fdr":"0.005","id":"GO:0045444","name":"fat cell differentiation"},{"count":10,"fdr":"0.0052","id":"GO:0006281","name":"DNA repair"},{"count":5,"fdr":"0.0053","id":"GO:0021766","name":"hippocampus development"},{"count":6,"fdr":"0.0058","id":"GO:0007160","name":"cell-matrix adhesion"},{"count":7,"fdr":"0.0061","id":"GO:0042742","name":"defense response to bacterium"},{"count":5,"fdr":"0.0068","id":"GO:0032922","name":"circadian regulation of gene expression"},{"count":5,"fdr":"0.0077","id":"GO:0032092","name":"positive regulation of protein binding"},{"count":5,"fdr":"0.0081","id":"GO:0038096","name":"Fc-gamma receptor signaling pathway involved in phagocytosis"},{"count":6,"fdr":"0.009","id":"GO:0007179","name":"transforming growth factor beta receptor signaling pathway"},{"count":5,"fdr":"0.0091","id":"GO:0035264","name":"multicellular organism growth"},{"count":5,"fdr":"0.011","id":"GO:0007626","name":"locomotory behavior"},{"count":5,"fdr":"0.011","id":"GO:0034976","name":"response to endoplasmic reticulum stress"},{"count":7,"fdr":"0.011","id":"GO:0002862","name":"negative regulation of inflammatory response to antigenic stimulus"},{"count":5,"fdr":"0.012","id":"GO:0000902","name":"cell morphogenesis"},{"count":5,"fdr":"0.012","id":"GO:0019722","name":"calcium-mediated signaling"},{"count":11,"fdr":"0.013","id":"GO:0006955","name":"immune response"},{"count":6,"fdr":"0.014","id":"GO:0001822","name":"kidney development"},{"count":6,"fdr":"0.014","id":"GO:0043488","name":"regulation of mRNA stability"},{"count":7,"fdr":"0.014","id":"GO:0090263","name":"positive regulation of canonical Wnt signaling pathway"},{"count":7,"fdr":"0.014","id":"GO:0007204","name":"positive regulation of cytosolic calcium ion concentration"},{"count":7,"fdr":"0.014","id":"GO:0098609","name":"cell-cell adhesion"},{"count":18,"fdr":"0.016","id":"GO:0030154","name":"cell differentiation"},{"count":8,"fdr":"0.016","id":"GO:0007596","name":"blood coagulation"},{"count":12,"fdr":"0.017","id":"GO:0043687","name":"post-translational protein modification"},{"count":15,"fdr":"0.017","id":"GO:0045087","name":"innate immune response"},{"count":6,"fdr":"0.018","id":"GO:0030336","name":"negative regulation of cell migration"},{"count":7,"fdr":"0.019","id":"GO:0043547","name":"positive regulation of GTPase activity"},{"count":5,"fdr":"0.022","id":"GO:0071346","name":"cellular response to interferon-gamma"},{"count":13,"fdr":"0.026","id":"GO:0007283","name":"spermatogenesis"},{"count":5,"fdr":"0.026","id":"GO:0007229","name":"integrin-mediated signaling pathway"},{"count":7,"fdr":"0.026","id":"GO:0050852","name":"T cell receptor signaling pathway"},{"count":6,"fdr":"0.029","id":"GO:0009887","name":"animal organ morphogenesis"},{"count":13,"fdr":"0.031","id":"GO:0006508","name":"proteolysis"},{"count":5,"fdr":"0.031","id":"GO:0001764","name":"neuron migration"},{"count":5,"fdr":"0.033","id":"GO:0050830","name":"defense response to Gram-positive bacterium"},{"count":6,"fdr":"0.034","id":"GO:0050776","name":"regulation of immune response"},{"count":7,"fdr":"0.046","id":"GO:0016055","name":"Wnt signaling pathway"},{"count":8,"fdr":"0.046","id":"GO:0007267","name":"cell-cell signaling"}]
