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["Gene Ontology processes enriched among the down-regulated gene transcripts (obtained by Limma, p nom<5%) in the antioxidant-rich diet group"]
["GO Term","Exact test","Genes in selection","Genes in reference","Enrichment"]
["          positive regulation of hydrolase activity",0.008,3,17,{"v":8.303,"d":"8.3"}]
["          lipid homeostasis",0.022,3,26,{"v":5.429,"d":"5.4"}]
["    regulation of biological process",0.015,3,22,{"v":6.416,"d":"6.4"}]
["      positive regulation of biological process",0.005,3,14,{"v":10.083,"d":"10.1"}]
["        positive regulation of growth",0.008,2,5,{"v":18.821,"d":"18.8"}]
["          positive regulation of multicellular organism growth",0.008,2,5,{"v":18.821,"d":"18.8"}]
["                ureteric bud branching",0.021,2,9,{"v":10.456,"d":"10.5"}]
["        endocrine system development",0.012,3,20,{"v":7.058,"d":"7.1"}]
["          pituitary gland development",0.021,2,9,{"v":10.456,"d":"10.5"}]
["              myeloid cell differentiation",0.044,3,35,{"v":4.033,"d":"4.0"}]
["                regulation of myeloid cell differentiation",0.006,2,4,{"v":23.526,"d":"23.5"}]
["              neuroblast proliferation",0.005,3,14,{"v":10.083,"d":"10.1"}]
["          peripheral nervous system development",0.048,2,15,{"v":6.274,"d":"6.3"}]
["                limbic system development",0.008,2,5,{"v":18.821,"d":"18.8"}]
["                  hypothalamus development",0.004,2,3,{"v":31.368,"d":"31.4"}]
["          synaptogenesis",0.014,2,7,{"v":13.444,"d":"13.4"}]
["              striated muscle cell differentiation",0.014,2,7,{"v":13.444,"d":"13.4"}]
["            cardiac muscle cell proliferation",0.011,2,6,{"v":15.684,"d":"15.7"}]
["            cardiac cell differentiation",0.006,2,4,{"v":23.526,"d":"23.5"}]
["              cardioblast differentiation",0.004,2,3,{"v":31.368,"d":"31.4"}]
["                regulation of cardioblast differentiation",0.003,2,2,{"v":47.052,"d":"47.1"}]
["                  positive regulation of cardioblast differentiation",0.003,2,2,{"v":47.052,"d":"47.1"}]
["            eye development",0.026,3,28,{"v":5.041,"d":"5.0"}]
["            ovarian follicle development",0.033,2,12,{"v":7.842,"d":"7.8"}]
["        muscle cell differentiation",0.005,3,14,{"v":10.083,"d":"10.1"}]
["          regulation of muscle cell differentiation",0.006,2,4,{"v":23.526,"d":"23.5"}]
["          neural crest cell differentiation",0.043,2,14,{"v":6.722,"d":"6.7"}]
["            neural crest cell development",0.043,2,14,{"v":6.722,"d":"6.7"}]
["              neural crest cell migration",0.025,2,10,{"v":9.41,"d":"9.4"}]
["                    neuroprotection",0.004,2,3,{"v":31.368,"d":"31.4"}]
["        negative regulation of coagulation",0.033,2,12,{"v":7.842,"d":"7.8"}]
["          negative regulation of blood coagulation",0.029,2,11,{"v":8.555,"d":"8.6"}]
["            lipoprotein biosynthetic process",0.029,2,11,{"v":8.555,"d":"8.6"}]
["          receptor metabolic process",0.011,2,6,{"v":15.684,"d":"15.7"}]
["                    activation of adenylate cyclase activity",0.048,2,15,{"v":6.274,"d":"6.3"}]
["              ARF protein signal transduction",0.025,2,10,{"v":9.41,"d":"9.4"}]
["                regulation of ARF protein signal transduction",0.021,2,9,{"v":10.456,"d":"10.5"}]
["                Cdc42 protein signal transduction",0.029,2,11,{"v":8.555,"d":"8.6"}]
["          nitric oxide mediated signal transduction",0.011,2,6,{"v":15.684,"d":"15.7"}]
["              regulation of JNK cascade",0.029,2,11,{"v":8.555,"d":"8.6"}]
["            dopamine receptor signaling pathway",0.025,2,10,{"v":9.41,"d":"9.4"}]
["                regulation of BMP signaling pathway",0.017,2,8,{"v":11.763,"d":"11.8"}]
["                synaptic vesicle exocytosis",0.011,2,6,{"v":15.684,"d":"15.7"}]
["              cholesterol efflux",0.029,2,11,{"v":8.555,"d":"8.6"}]
["              reverse cholesterol transport",0.017,2,8,{"v":11.763,"d":"11.8"}]
["            phospholipid efflux",0.021,2,9,{"v":10.456,"d":"10.5"}]
["            di-, tri-valent inorganic cation transport",0.021,2,9,{"v":10.456,"d":"10.5"}]
["              iron ion transport",0.021,2,9,{"v":10.456,"d":"10.5"}]
["          negative regulation of secretion",0.048,2,15,{"v":6.274,"d":"6.3"}]
["          peptide hormone secretion",0.048,2,15,{"v":6.274,"d":"6.3"}]
["      regulation of immune response",0.048,2,15,{"v":6.274,"d":"6.3"}]
["        negative regulation of immune response",0.006,2,4,{"v":23.526,"d":"23.5"}]
["          regulation of inflammatory response",0.043,2,14,{"v":6.722,"d":"6.7"}]
["            negative regulation of inflammatory response",0.011,2,6,{"v":15.684,"d":"15.7"}]
["        hormone-mediated signaling",0.025,2,10,{"v":9.41,"d":"9.4"}]
["          oogenesis",0.017,2,8,{"v":11.763,"d":"11.8"}]
["        germ cell development",0.017,2,8,{"v":11.763,"d":"11.8"}]
["      regulation of cell adhesion",0.021,2,9,{"v":10.456,"d":"10.5"}]
["            protein tetramerization",0.021,2,9,{"v":10.456,"d":"10.5"}]
["        cell fate commitment",0.033,3,31,{"v":4.553,"d":"4.6"}]
["        mesenchymal cell differentiation",0.013,3,21,{"v":6.722,"d":"6.7"}]
["    regulation of multicellular organismal process",0.026,3,28,{"v":5.041,"d":"5.0"}]
["            steroid hormone receptor signaling pathway",0.047,3,36,{"v":3.921,"d":"3.9"}]
["          regulation of cell migration",0.01,3,19,{"v":7.429,"d":"7.4"}]
["            regulated secretory pathway",0.013,3,21,{"v":6.722,"d":"6.7"}]
["              neurotransmitter secretion",0.013,3,21,{"v":6.722,"d":"6.7"}]
["          phospholipid transport",0.005,3,14,{"v":10.083,"d":"10.1"}]
["        neurotransmitter transport",0.004,3,13,{"v":10.858,"d":"10.9"}]
["      learning and/or memory",0.015,3,22,{"v":6.416,"d":"6.4"}]
["              cyclic nucleotide metabolic process",0.016,3,23,{"v":6.137,"d":"6.1"}]
["      regulation of cell shape",0.003,4,24,{"v":7.842,"d":"7.8"}]
["        embryonic morphogenesis",0.003,4,25,{"v":7.528,"d":"7.5"}]
["          embryonic appendage morphogenesis",0.002,4,22,{"v":8.555,"d":"8.6"}]
["            embryonic limb morphogenesis",0.002,4,22,{"v":8.555,"d":"8.6"}]
["          hemopoietic or lymphoid organ development",0.049,4,62,{"v":3.036,"d":"3.0"}]
["            hemopoiesis",0.026,4,50,{"v":3.764,"d":"3.8"}]
["              forebrain development",0.006,4,31,{"v":6.071,"d":"6.1"}]
["          sensory organ development",0.033,4,54,{"v":3.485,"d":"3.5"}]
["                neuron apoptosis",0.001,4,19,{"v":9.906,"d":"9.9"}]
["                  regulation of neuron apoptosis",{"v":0.0006928,"d":"6.93E-04"},4,16,{"v":11.763,"d":"11.8"}]
["          amino acid metabolic process",0.013,4,40,{"v":4.705,"d":"4.7"}]
["              Rho protein signal transduction",0.019,4,45,{"v":4.182,"d":"4.2"}]
["          Notch signaling pathway",0.006,4,31,{"v":6.071,"d":"6.1"}]
["              BMP signaling pathway",0.004,4,27,{"v":6.971,"d":"7.0"}]
["        lipid transport",0.028,4,51,{"v":3.69,"d":"3.7"}]
["                calcium ion homeostasis",0.02,5,70,{"v":3.361,"d":"3.4"}]
["                  cellular calcium ion homeostasis",0.02,5,70,{"v":3.361,"d":"3.4"}]
["            brain development",0.045,5,88,{"v":2.673,"d":"2.7"}]
["      organic acid metabolic process",0.023,5,73,{"v":3.223,"d":"3.2"}]
["        carboxylic acid metabolic process",0.023,5,73,{"v":3.223,"d":"3.2"}]
["      cellular structure morphogenesis",0.015,5,64,{"v":3.676,"d":"3.7"}]
["        cell morphogenesis",0.015,5,64,{"v":3.676,"d":"3.7"}]
["            cyclic-nucleotide-mediated signaling",0.008,5,54,{"v":4.357,"d":"4.4"}]
["      secretion",0.017,5,67,{"v":3.511,"d":"3.5"}]
["        protein complex assembly",0.038,5,84,{"v":2.801,"d":"2.8"}]
["          ion homeostasis",0.02,6,96,{"v":2.941,"d":"2.9"}]
["            cation homeostasis",0.018,6,93,{"v":3.036,"d":"3.0"}]
["              di-, tri-valent inorganic cation homeostasis",0.01,6,82,{"v":3.443,"d":"3.4"}]
["                        axon guidance",{"v":0.0001454,"d":"1.45E-04"},6,33,{"v":8.555,"d":"8.6"}]
["        positive regulation of programmed cell death",0.044,6,117,{"v":2.413,"d":"2.4"}]
["          positive regulation of apoptosis",0.039,6,113,{"v":2.498,"d":"2.5"}]
["            induction of apoptosis",0.017,6,92,{"v":3.069,"d":"3.1"}]
["        transmission of nerve impulse",0.031,6,107,{"v":2.638,"d":"2.6"}]
["          synaptic transmission",0.027,6,103,{"v":2.741,"d":"2.7"}]
["            Ras protein signal transduction",0.022,6,98,{"v":2.881,"d":"2.9"}]
["            transmembrane receptor protein serine/threonine kinase signaling pathway",0.001,6,50,{"v":5.646,"d":"5.6"}]
["        cell migration",0.005,6,71,{"v":3.976,"d":"4.0"}]
["        secretion by cell",0.023,6,99,{"v":2.852,"d":"2.9"}]
["    behavior",0.004,6,68,{"v":4.152,"d":"4.2"}]
["      gamete generation",0.047,6,119,{"v":2.372,"d":"2.4"}]
["      lipid metabolic process",0.044,6,117,{"v":2.413,"d":"2.4"}]
["    interspecies interaction between organisms",0.015,7,117,{"v":2.815,"d":"2.8"}]
["                  neuron morphogenesis during differentiation",{"v":0.0004443,"d":"4.44E-04"},7,59,{"v":5.582,"d":"5.6"}]
["                    neurite morphogenesis",{"v":0.0004443,"d":"4.44E-04"},7,59,{"v":5.582,"d":"5.6"}]
["                      axonogenesis",{"v":0.0003015,"d":"3.02E-04"},7,55,{"v":5.988,"d":"6.0"}]
["          central nervous system development",0.029,7,134,{"v":2.458,"d":"2.5"}]
["          skeletal development",0.002,7,80,{"v":4.117,"d":"4.1"}]
["      positive regulation of developmental process",0.04,7,145,{"v":2.271,"d":"2.3"}]
["        chemical homeostasis",0.015,8,145,{"v":2.596,"d":"2.6"}]
["                neuron development",{"v":0.000636,"d":"6.36E-04"},8,83,{"v":4.535,"d":"4.5"}]
["          muscle development",0.002,8,97,{"v":3.881,"d":"3.9"}]
["    anatomical structure development",0.002,8,103,{"v":3.655,"d":"3.7"}]
["      anatomical structure morphogenesis",0.002,8,98,{"v":3.841,"d":"3.8"}]
["        inflammatory response",0.02,8,153,{"v":2.46,"d":"2.5"}]
["    localization of cell",0.008,9,155,{"v":2.732,"d":"2.7"}]
["      cell motility",0.008,9,155,{"v":2.732,"d":"2.7"}]
["            positive regulation of RNA metabolic process",0.009,9,158,{"v":2.68,"d":"2.7"}]
["              positive regulation of transcription, DNA-dependent",0.008,9,156,{"v":2.715,"d":"2.7"}]
["  multi-organism process",0.041,10,244,{"v":1.928,"d":"1.9"}]
["      embryonic development",{"v":0.0008674,"d":"8.67E-04"},10,133,{"v":3.538,"d":"3.5"}]
["              neuron differentiation",{"v":0.0003007,"d":"3.01E-04"},10,115,{"v":4.092,"d":"4.1"}]
["      response to wounding",0.016,10,206,{"v":2.284,"d":"2.3"}]
["      homeostatic process",0.008,11,214,{"v":2.419,"d":"2.4"}]
["            programmed cell death",0.037,11,273,{"v":1.896,"d":"1.9"}]
["              apoptosis",0.035,11,270,{"v":1.917,"d":"1.9"}]
["    response to external stimulus",0.028,11,260,{"v":1.991,"d":"2.0"}]
["          neurogenesis",{"v":8.819e-05,"d":"8.82E-05"},12,140,{"v":4.033,"d":"4.0"}]
["            generation of neurons",{"v":6.388e-05,"d":"6.39E-05"},12,135,{"v":4.182,"d":"4.2"}]
["        cell development",0.042,12,314,{"v":1.798,"d":"1.8"}]
["      cell-cell signaling",{"v":0.0002142,"d":"2.14E-04"},12,155,{"v":3.643,"d":"3.6"}]
["            transmembrane receptor protein tyrosine kinase signaling pathway",{"v":0.0001275,"d":"1.28E-04"},12,146,{"v":3.867,"d":"3.9"}]
["    immune response",0.017,12,273,{"v":2.068,"d":"2.1"}]
["          regulation of RNA metabolic process",0.012,12,260,{"v":2.172,"d":"2.2"}]
["              protein amino acid phosphorylation",0.012,13,290,{"v":2.109,"d":"2.1"}]
["      organelle organization and biogenesis",0.048,13,357,{"v":1.713,"d":"1.7"}]
["      establishment of cellular localization",0.046,13,354,{"v":1.728,"d":"1.7"}]
["          G-protein coupled receptor protein signaling pathway",0.007,14,300,{"v":2.196,"d":"2.2"}]
["    cellular localization",0.031,14,368,{"v":1.79,"d":"1.8"}]
["      neurological system process",0.009,15,343,{"v":2.058,"d":"2.1"}]
["            post-translational protein modification",0.016,18,475,{"v":1.783,"d":"1.8"}]
["          enzyme linked receptor protein signaling pathway",{"v":1.018e-06,"d":"1.02E-06"},18,202,{"v":4.193,"d":"4.2"}]
["    regulation of biological quality",{"v":0.0003316,"d":"3.32E-04"},19,351,{"v":2.547,"d":"2.5"}]
["    system process",0.004,19,445,{"v":2.009,"d":"2.0"}]
["    cellular component organization and biogenesis",0.008,20,509,{"v":1.849,"d":"1.8"}]
["  biological adhesion",{"v":7.149e-06,"d":"7.15E-06"},20,283,{"v":3.325,"d":"3.3"}]
["    cell adhesion",{"v":7.149e-06,"d":"7.15E-06"},20,283,{"v":3.325,"d":"3.3"}]
["          protein modification process",0.013,22,602,{"v":1.72,"d":"1.7"}]
["        organ development",{"v":3.201e-05,"d":"3.20E-05"},25,454,{"v":2.591,"d":"2.6"}]
["        intracellular signaling cascade",0.007,25,678,{"v":1.735,"d":"1.7"}]
["  biological regulation",{"v":5.381e-05,"d":"5.38E-05"},26,499,{"v":2.452,"d":"2.5"}]
["      transport",0.004,26,683,{"v":1.791,"d":"1.8"}]
["        nervous system development",{"v":1.587e-07,"d":"1.59E-07"},27,378,{"v":3.361,"d":"3.4"}]
["  multicellular organismal process",{"v":0.0005932,"d":"5.93E-04"},28,652,{"v":2.021,"d":"2.0"}]
["    establishment of localization",0.001,29,726,{"v":1.88,"d":"1.9"}]
["    cellular developmental process",{"v":4.865e-06,"d":"4.87E-06"},32,599,{"v":2.514,"d":"2.5"}]
["      cell differentiation",{"v":4.71e-06,"d":"4.71E-06"},32,598,{"v":2.518,"d":"2.5"}]
["    transcription",{"v":0.0001952,"d":"1.95E-04"},32,734,{"v":2.051,"d":"2.1"}]
["  response to stimulus",0.002,38,1073,{"v":1.666,"d":"1.7"}]
["        cellular protein metabolic process",{"v":0.0003791,"d":"3.79E-04"},39,1002,{"v":1.831,"d":"1.8"}]
["  gene expression",{"v":8.505e-05,"d":"8.51E-05"},39,927,{"v":1.98,"d":"2.0"}]
["      cellular macromolecule metabolic process",{"v":0.0002175,"d":"2.18E-04"},40,1007,{"v":1.869,"d":"1.9"}]
["        cell surface receptor linked signal transduction",{"v":7.381e-08,"d":"7.38E-08"},40,704,{"v":2.673,"d":"2.7"}]
["              regulation of transcription, DNA-dependent",{"v":3.436e-05,"d":"3.44E-05"},40,919,{"v":2.048,"d":"2.0"}]
["          RNA biosynthetic process",{"v":7.482e-06,"d":"7.48E-06"},46,1048,{"v":2.065,"d":"2.1"}]
["            transcription, DNA-dependent",{"v":7.482e-06,"d":"7.48E-06"},46,1048,{"v":2.065,"d":"2.1"}]
["  localization",{"v":3.6e-05,"d":"3.60E-05"},49,1222,{"v":1.887,"d":"1.9"}]
["      system development",{"v":3.133e-11,"d":"3.13E-11"},50,776,{"v":3.032,"d":"3.0"}]
["    cellular metabolic process",{"v":0.0003701,"d":"3.70E-04"},53,1500,{"v":1.663,"d":"1.7"}]
["        RNA metabolic process",{"v":1.782e-06,"d":"1.78E-06"},56,1312,{"v":2.008,"d":"2.0"}]
["      biopolymer metabolic process",{"v":1.153e-05,"d":"1.15E-05"},57,1437,{"v":1.866,"d":"1.9"}]
["    macromolecule metabolic process",{"v":1.909e-06,"d":"1.91E-06"},62,1516,{"v":1.924,"d":"1.9"}]
["    multicellular organismal development",{"v":1.454e-13,"d":"1.45E-13"},67,1098,{"v":2.871,"d":"2.9"}]
["      signal transduction",{"v":7.342e-08,"d":"7.34E-08"},68,1564,{"v":2.046,"d":"2.0"}]
["    cell communication",{"v":4.726e-09,"d":"4.73E-09"},74,1642,{"v":2.121,"d":"2.1"}]
["  metabolic process",{"v":1.107e-06,"d":"1.11E-06"},79,2075,{"v":1.791,"d":"1.8"}]
["  developmental process",{"v":7.25e-13,"d":"7.25E-13"},80,1512,{"v":2.49,"d":"2.5"}]
["  cellular process",{"v":5.169e-10,"d":"5.17E-10"},131,3482,{"v":1.77,"d":"1.8"}]
["biological_process",{"v":1.482e-21,"d":"1.48E-21"},238,5901,{"v":1.898,"d":"1.9"}]

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