Loading library at library/u133a This library has 18463 probes. alzheimers_dn has 1436 probes. Creating the output file for /Users/newmanj/Sites/L2L/publication/sampledata/alzheimers/alzheimers_dn_gobiol_results/alzheimers_dn. The list neurotransmitter transport has 35 unique genes, which correspond to 30 probes in the library. 2 of 30 match alzheimers_dn, for a p-value of 0.688897044385815 The list nucleobase, nucleoside, nucleotide and nucleic acid transport has 34 unique genes, which correspond to 59 probes in the library. 3 of 59 match alzheimers_dn, for a p-value of 0.847185625667374 The list nucleic acid transport has 28 unique genes, which correspond to 51 probes in the library. 2 of 51 match alzheimers_dn, for a p-value of 0.914674019976109 The list RNA transport has 28 unique genes, which correspond to 51 probes in the library. 2 of 51 match alzheimers_dn, for a p-value of 0.914674019976109 The list mRNA transport has 24 unique genes, which correspond to 41 probes in the library. 1 of 41 match alzheimers_dn, for a p-value of 0.963829721624951 The list organic acid transport has 48 unique genes, which correspond to 63 probes in the library. 4 of 63 match alzheimers_dn, for a p-value of 0.731820433824273 The list carboxylic acid transport has 48 unique genes, which correspond to 63 probes in the library. 4 of 63 match alzheimers_dn, for a p-value of 0.731820433824273 The list peptide transport has 8 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list oligopeptide transport has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list protein transport has 378 unique genes, which correspond to 449 probes in the library. 61 of 449 match alzheimers_dn, for a p-value of 1.74054518234865e-05 The list regulation of transport has 22 unique genes, which correspond to 25 probes in the library. 5 of 25 match alzheimers_dn, for a p-value of 0.0407143277020134 The list negative regulation of transport has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list positive regulation of transport has 8 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list regulation of endocytosis has 8 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list secretory pathway has 99 unique genes, which correspond to 115 probes in the library. 25 of 115 match alzheimers_dn, for a p-value of 2.27165298958874e-06 The list exocytosis has 41 unique genes, which correspond to 37 probes in the library. 11 of 37 match alzheimers_dn, for a p-value of 7.98444993848315e-05 The list vesicle docking during exocytosis has 10 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list vesicle targeting has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list vesicle-mediated transport has 247 unique genes, which correspond to 361 probes in the library. 53 of 361 match alzheimers_dn, for a p-value of 6.82385803513746e-06 The list endocytosis has 110 unique genes, which correspond to 179 probes in the library. 19 of 179 match alzheimers_dn, for a p-value of 0.104084737176985 The list phagocytosis has 16 unique genes, which correspond to 24 probes in the library. 2 of 24 match alzheimers_dn, for a p-value of 0.566803918253758 The list receptor mediated endocytosis has 20 unique genes, which correspond to 39 probes in the library. 1 of 39 match alzheimers_dn, for a p-value of 0.957471883285156 The list vesicle docking has 10 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list vitamin/cofactor transport has 10 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list cell motility has 280 unique genes, which correspond to 391 probes in the library. 35 of 391 match alzheimers_dn, for a p-value of 0.216678106756188 The list cell migration has 52 unique genes, which correspond to 83 probes in the library. 9 of 83 match alzheimers_dn, for a p-value of 0.195589200349868 The list axon guidance has 18 unique genes, which correspond to 38 probes in the library. 5 of 38 match alzheimers_dn, for a p-value of 0.170068093739003 The list immune cell migration has 12 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list immune cell chemotaxis has 12 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list neutrophil chemotaxis has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list regulation of cell migration has 8 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list substrate-bound cell migration has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list muscle contraction has 129 unique genes, which correspond to 184 probes in the library. 9 of 184 match alzheimers_dn, for a p-value of 0.953300757505363 The list regulation of muscle contraction has 26 unique genes, which correspond to 32 probes in the library. 2 of 32 match alzheimers_dn, for a p-value of 0.722763622359169 The list regulation of smooth muscle contraction has 7 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list regulation of striated muscle contraction has 7 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list smooth muscle contraction has 23 unique genes, which correspond to 27 probes in the library. 0 of 27 match alzheimers_dn, for a p-value of 1 The list striated muscle contraction has 28 unique genes, which correspond to 39 probes in the library. 0 of 39 match alzheimers_dn, for a p-value of 1 The list sperm motility has 7 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list cellular defense response has 76 unique genes, which correspond to 102 probes in the library. 4 of 102 match alzheimers_dn, for a p-value of 0.961339646317892 The list cellular defense response (sensu Vertebrata) has 15 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list cell-mediated immune response has 15 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list T-helper 1 type immune response has 14 unique genes, which correspond to 18 probes in the library. 0 of 18 match alzheimers_dn, for a p-value of 1 The list interferon-gamma biosynthesis has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of interferon-gamma biosynthesis has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list interleukin-2 biosynthesis has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of interleukin-2 biosynthesis has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list extracellular matrix organization and biogenesis has 33 unique genes, which correspond to 39 probes in the library. 2 of 39 match alzheimers_dn, for a p-value of 0.817599634724074 The list synapse organization and biogenesis has 22 unique genes, which correspond to 25 probes in the library. 2 of 25 match alzheimers_dn, for a p-value of 0.589353531066977 The list synaptogenesis has 22 unique genes, which correspond to 25 probes in the library. 2 of 25 match alzheimers_dn, for a p-value of 0.589353531066977 The list regulation of synaptic plasticity has 5 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list membrane fusion has 19 unique genes, which correspond to 25 probes in the library. 2 of 25 match alzheimers_dn, for a p-value of 0.589353531066977 The list regulation of cellular process has 626 unique genes, which correspond to 899 probes in the library. 54 of 899 match alzheimers_dn, for a p-value of 0.982478106682493 The list development has 1542 unique genes, which correspond to 1971 probes in the library. 118 of 1971 match alzheimers_dn, for a p-value of 0.999087445514967 The list aging has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list embryonic development has 60 unique genes, which correspond to 65 probes in the library. 8 of 65 match alzheimers_dn, for a p-value of 0.130660505370158 The list embryonic development (sensu Animalia) has 24 unique genes, which correspond to 29 probes in the library. 4 of 29 match alzheimers_dn, for a p-value of 0.185356447409555 The list embryonic development (sensu Vertebrata) has 14 unique genes, which correspond to 18 probes in the library. 3 of 18 match alzheimers_dn, for a p-value of 0.160314266774028 The list embryonic development (sensu Mammalia) has 14 unique genes, which correspond to 18 probes in the library. 3 of 18 match alzheimers_dn, for a p-value of 0.160314266774028 The list eye morphogenesis (sensu Mammalia) has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list gastrulation has 9 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list formation of primary germ layer has 7 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list mesoderm formation has 7 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list embryonic morphogenesis has 13 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list embryonic appendage morphogenesis has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list embryonic limb morphogenesis has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list embryonic eye morphogenesis has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list embryonic pattern specification has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list growth has 112 unique genes, which correspond to 154 probes in the library. 9 of 154 match alzheimers_dn, for a p-value of 0.853970120928037 The list regulation of growth has 71 unique genes, which correspond to 89 probes in the library. 5 of 89 match alzheimers_dn, for a p-value of 0.830790390897428 The list negative regulation of growth has 18 unique genes, which correspond to 29 probes in the library. 2 of 29 match alzheimers_dn, for a p-value of 0.670720342034218 The list positive regulation of growth has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list mesoderm development has 30 unique genes, which correspond to 43 probes in the library. 4 of 43 match alzheimers_dn, for a p-value of 0.432430293669227 The list mesoderm morphogenesis has 7 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list morphogenesis has 1012 unique genes, which correspond to 1362 probes in the library. 88 of 1362 match alzheimers_dn, for a p-value of 0.971488365184472 The list appendage morphogenesis has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list limb morphogenesis has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list organogenesis has 838 unique genes, which correspond to 1129 probes in the library. 77 of 1129 match alzheimers_dn, for a p-value of 0.897320053319758 The list blood vessel development has 38 unique genes, which correspond to 57 probes in the library. 2 of 57 match alzheimers_dn, for a p-value of 0.942495442230529 The list angiogenesis has 38 unique genes, which correspond to 57 probes in the library. 2 of 57 match alzheimers_dn, for a p-value of 0.942495442230529 The list regulation of angiogenesis has 10 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list negative regulation of angiogenesis has 6 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list eye morphogenesis has 7 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list eye morphogenesis (sensu Vertebrata) has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list gonad development has 20 unique genes, which correspond to 21 probes in the library. 1 of 21 match alzheimers_dn, for a p-value of 0.817360440672319 The list female gonad development has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list male gonad development has 11 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list heart development has 19 unique genes, which correspond to 26 probes in the library. 1 of 26 match alzheimers_dn, for a p-value of 0.878161624233234 The list hemopoiesis has 54 unique genes, which correspond to 83 probes in the library. 2 of 83 match alzheimers_dn, for a p-value of 0.990348250673568 The list histogenesis has 104 unique genes, which correspond to 142 probes in the library. 7 of 142 match alzheimers_dn, for a p-value of 0.931135067821102 The list ectoderm development has 72 unique genes, which correspond to 96 probes in the library. 3 of 96 match alzheimers_dn, for a p-value of 0.982511536544288 The list epidermis development has 62 unique genes, which correspond to 79 probes in the library. 3 of 79 match alzheimers_dn, for a p-value of 0.950671632332662 The list muscle development has 122 unique genes, which correspond to 165 probes in the library. 9 of 165 match alzheimers_dn, for a p-value of 0.901665608306967 The list myogenesis has 19 unique genes, which correspond to 21 probes in the library. 2 of 21 match alzheimers_dn, for a p-value of 0.493912087895391 The list regulation of myogenesis has 6 unique genes, which correspond to 3 probes in the library. 0 of 3 match alzheimers_dn, for a p-value of 1 The list neurogenesis has 362 unique genes, which correspond to 484 probes in the library. 53 of 484 match alzheimers_dn, for a p-value of 0.00790431740891805 The list axonogenesis has 31 unique genes, which correspond to 54 probes in the library. 5 of 54 match alzheimers_dn, for a p-value of 0.411625000318262 The list central nervous system development has 88 unique genes, which correspond to 103 probes in the library. 14 of 103 match alzheimers_dn, for a p-value of 0.0286886943409812 The list brain development has 31 unique genes, which correspond to 30 probes in the library. 3 of 30 match alzheimers_dn, for a p-value of 0.416246509111854 The list peripheral nervous system development has 20 unique genes, which correspond to 22 probes in the library. 2 of 22 match alzheimers_dn, for a p-value of 0.51906762486396 The list sensory organ development has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of neurogenesis has 7 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list odontogenesis has 8 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list skeletal development has 117 unique genes, which correspond to 157 probes in the library. 7 of 157 match alzheimers_dn, for a p-value of 0.964750132539883 The list cartilage condensation has 8 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list ossification has 27 unique genes, which correspond to 28 probes in the library. 2 of 28 match alzheimers_dn, for a p-value of 0.65169040816838 The list bone mineralization has 11 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list regulation of bone mineralization has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list regulation of ossification has 7 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list pattern specification has 24 unique genes, which correspond to 40 probes in the library. 0 of 40 match alzheimers_dn, for a p-value of 1 The list axis specification has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list pigmentation has 25 unique genes, which correspond to 34 probes in the library. 3 of 34 match alzheimers_dn, for a p-value of 0.499107478166499 The list eye pigmentation has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list pigment metabolism has 24 unique genes, which correspond to 32 probes in the library. 3 of 32 match alzheimers_dn, for a p-value of 0.458355693535576 The list heme metabolism has 15 unique genes, which correspond to 22 probes in the library. 2 of 22 match alzheimers_dn, for a p-value of 0.51906762486396 The list heme biosynthesis has 12 unique genes, which correspond to 17 probes in the library. 2 of 17 match alzheimers_dn, for a p-value of 0.385531596872848 The list melanin metabolism has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list melanin biosynthesis has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list melanin biosynthesis from tyrosine has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list pigment biosynthesis has 21 unique genes, which correspond to 27 probes in the library. 3 of 27 match alzheimers_dn, for a p-value of 0.351306942612832 The list post-embryonic development has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of development has 106 unique genes, which correspond to 127 probes in the library. 7 of 127 match alzheimers_dn, for a p-value of 0.872147809407672 The list regulation of gene expression, epigenetic has 25 unique genes, which correspond to 34 probes in the library. 2 of 34 match alzheimers_dn, for a p-value of 0.753457253912228 The list DNA methylation has 10 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list negative regulation of gene expression, epigenetic has 9 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list reproduction has 149 unique genes, which correspond to 163 probes in the library. 7 of 163 match alzheimers_dn, for a p-value of 0.973369487787274 The list sexual reproduction has 149 unique genes, which correspond to 163 probes in the library. 7 of 163 match alzheimers_dn, for a p-value of 0.973369487787274 The list fertilization has 29 unique genes, which correspond to 24 probes in the library. 1 of 24 match alzheimers_dn, for a p-value of 0.856745457935699 The list fertilization (sensu Animalia) has 29 unique genes, which correspond to 24 probes in the library. 1 of 24 match alzheimers_dn, for a p-value of 0.856745457935699 The list gametogenesis has 125 unique genes, which correspond to 142 probes in the library. 6 of 142 match alzheimers_dn, for a p-value of 0.968532083350168 The list female gamete generation has 16 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list male gamete generation has 106 unique genes, which correspond to 116 probes in the library. 5 of 116 match alzheimers_dn, for a p-value of 0.952260479886928 The list spermatogenesis has 106 unique genes, which correspond to 116 probes in the library. 5 of 116 match alzheimers_dn, for a p-value of 0.952260479886928 The list sex determination has 12 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list sex differentiation has 13 unique genes, which correspond to 16 probes in the library. 2 of 16 match alzheimers_dn, for a p-value of 0.356800974762934 The list obsolete biological process has 250 unique genes, which correspond to 333 probes in the library. 21 of 333 match alzheimers_dn, for a p-value of 0.867145888142243 The list embryogenesis and morphogenesis has 56 unique genes, which correspond to 84 probes in the library. 3 of 84 match alzheimers_dn, for a p-value of 0.963419081888637 The list glutathione conjugation reaction has 10 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list histogenesis and organogenesis has 46 unique genes, which correspond to 67 probes in the library. 3 of 67 match alzheimers_dn, for a p-value of 0.901397244732094 The list invasive growth has 14 unique genes, which correspond to 23 probes in the library. 0 of 23 match alzheimers_dn, for a p-value of 1 The list mitochondrial translocation has 13 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list mRNA splicing has 43 unique genes, which correspond to 60 probes in the library. 4 of 60 match alzheimers_dn, for a p-value of 0.695743391678724 The list peroxidase reaction has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list phosphatidylinositol-4,5-bisphosphate hydrolysis has 7 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of synapse has 15 unique genes, which correspond to 9 probes in the library. 3 of 9 match alzheimers_dn, for a p-value of 0.0276600757776216 The list taste perception has 5 unique genes, which correspond to 6 probes in the library. 2 of 6 match alzheimers_dn, for a p-value of 0.0734918863657436 The list viral replication has 5 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list physiological process has 7477 unique genes, which correspond to 8910 probes in the library. 752 of 8910 match alzheimers_dn, for a p-value of 0.0109396574611239 The list coagulation has 78 unique genes, which correspond to 127 probes in the library. 6 of 127 match alzheimers_dn, for a p-value of 0.935796599729277 The list blood coagulation has 75 unique genes, which correspond to 123 probes in the library. 5 of 123 match alzheimers_dn, for a p-value of 0.966619105682772 The list platelet activation has 12 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list regulation of blood coagulation has 8 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list negative regulation of blood coagulation has 8 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list regulation of coagulation has 13 unique genes, which correspond to 17 probes in the library. 1 of 17 match alzheimers_dn, for a p-value of 0.747510425471787 The list negative regulation of coagulation has 13 unique genes, which correspond to 17 probes in the library. 1 of 17 match alzheimers_dn, for a p-value of 0.747510425471787 The list death has 374 unique genes, which correspond to 530 probes in the library. 30 of 530 match alzheimers_dn, for a p-value of 0.975630530162371 The list extracellular structure organization and biogenesis has 33 unique genes, which correspond to 39 probes in the library. 2 of 39 match alzheimers_dn, for a p-value of 0.817599634724074 The list homeostasis has 80 unique genes, which correspond to 106 probes in the library. 6 of 106 match alzheimers_dn, for a p-value of 0.840932201962416 The list ion homeostasis has 64 unique genes, which correspond to 84 probes in the library. 6 of 84 match alzheimers_dn, for a p-value of 0.644721637539678 The list metabolism has 4618 unique genes, which correspond to 5871 probes in the library. 506 of 5871 match alzheimers_dn, for a p-value of 0.00933152272130773 The list alcohol metabolism has 183 unique genes, which correspond to 253 probes in the library. 26 of 253 match alzheimers_dn, for a p-value of 0.0895554470248488 The list alcohol biosynthesis has 17 unique genes, which correspond to 22 probes in the library. 3 of 22 match alzheimers_dn, for a p-value of 0.242356718209695 The list monosaccharide biosynthesis has 17 unique genes, which correspond to 22 probes in the library. 3 of 22 match alzheimers_dn, for a p-value of 0.242356718209695 The list hexose biosynthesis has 17 unique genes, which correspond to 22 probes in the library. 3 of 22 match alzheimers_dn, for a p-value of 0.242356718209695 The list gluconeogenesis has 13 unique genes, which correspond to 16 probes in the library. 3 of 16 match alzheimers_dn, for a p-value of 0.123149544778158 The list alcohol catabolism has 52 unique genes, which correspond to 79 probes in the library. 16 of 79 match alzheimers_dn, for a p-value of 0.000338045021054901 The list monosaccharide catabolism has 52 unique genes, which correspond to 79 probes in the library. 16 of 79 match alzheimers_dn, for a p-value of 0.000338045021054901 The list hexose catabolism has 51 unique genes, which correspond to 79 probes in the library. 16 of 79 match alzheimers_dn, for a p-value of 0.000338045021054901 The list fucose catabolism has 6 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list L-fucose catabolism has 6 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list glucose catabolism has 44 unique genes, which correspond to 68 probes in the library. 16 of 68 match alzheimers_dn, for a p-value of 5.22479900397192e-05 The list glycolysis has 35 unique genes, which correspond to 59 probes in the library. 16 of 59 match alzheimers_dn, for a p-value of 7.64616108601509e-06 The list pentose-phosphate shunt has 8 unique genes, which correspond to 10 probes in the library. 2 of 10 match alzheimers_dn, for a p-value of 0.17968906149323 The list ethanol metabolism has 7 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list ethanol oxidation has 7 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list monosaccharide metabolism has 97 unique genes, which correspond to 132 probes in the library. 18 of 132 match alzheimers_dn, for a p-value of 0.0140942034125745 The list hexose metabolism has 94 unique genes, which correspond to 132 probes in the library. 18 of 132 match alzheimers_dn, for a p-value of 0.0140942034125745 The list fructose metabolism has 13 unique genes, which correspond to 20 probes in the library. 1 of 20 match alzheimers_dn, for a p-value of 0.801958138159132 The list fucose metabolism has 10 unique genes, which correspond to 18 probes in the library. 0 of 18 match alzheimers_dn, for a p-value of 1 The list L-fucose metabolism has 8 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list galactose metabolism has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list glucose metabolism has 69 unique genes, which correspond to 96 probes in the library. 18 of 96 match alzheimers_dn, for a p-value of 0.000403844594175111 The list phenol metabolism has 11 unique genes, which correspond to 18 probes in the library. 1 of 18 match alzheimers_dn, for a p-value of 0.767147287962174 The list catecholamine metabolism has 11 unique genes, which correspond to 18 probes in the library. 1 of 18 match alzheimers_dn, for a p-value of 0.767147287962174 The list catecholamine biosynthesis has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list polyol metabolism has 7 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list glycerol metabolism has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list glycerol-3-phosphate metabolism has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list sterol metabolism has 60 unique genes, which correspond to 80 probes in the library. 5 of 80 match alzheimers_dn, for a p-value of 0.754665329325125 The list cholesterol metabolism has 57 unique genes, which correspond to 75 probes in the library. 4 of 75 match alzheimers_dn, for a p-value of 0.844217393420584 The list cholesterol biosynthesis has 22 unique genes, which correspond to 26 probes in the library. 2 of 26 match alzheimers_dn, for a p-value of 0.611015887938427 The list sterol biosynthesis has 25 unique genes, which correspond to 31 probes in the library. 3 of 31 match alzheimers_dn, for a p-value of 0.437451349268559 The list aldehyde metabolism has 10 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list amine metabolism has 214 unique genes, which correspond to 294 probes in the library. 33 of 294 match alzheimers_dn, for a p-value of 0.0221316277539499 The list amine biosynthesis has 45 unique genes, which correspond to 67 probes in the library. 3 of 67 match alzheimers_dn, for a p-value of 0.901397244732094 The list amino acid biosynthesis has 27 unique genes, which correspond to 45 probes in the library. 2 of 45 match alzheimers_dn, for a p-value of 0.874545812868877 The list glutamine family amino acid biosynthesis has 10 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list arginine biosynthesis has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list serine family amino acid biosynthesis has 10 unique genes, which correspond to 18 probes in the library. 0 of 18 match alzheimers_dn, for a p-value of 1 The list L-serine biosynthesis has 6 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list sulfur amino acid biosynthesis has 6 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list biogenic amine biosynthesis has 17 unique genes, which correspond to 20 probes in the library. 1 of 20 match alzheimers_dn, for a p-value of 0.801958138159132 The list polyamine biosynthesis has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list amine catabolism has 40 unique genes, which correspond to 55 probes in the library. 14 of 55 match alzheimers_dn, for a p-value of 6.01943197285266e-05 The list amino acid catabolism has 39 unique genes, which correspond to 52 probes in the library. 14 of 52 match alzheimers_dn, for a p-value of 3.05468971761734e-05 The list aromatic amino acid family catabolism has 11 unique genes, which correspond to 16 probes in the library. 2 of 16 match alzheimers_dn, for a p-value of 0.356800974762934 The list phenylalanine catabolism has 9 unique genes, which correspond to 12 probes in the library. 2 of 12 match alzheimers_dn, for a p-value of 0.238485955328307 The list tyrosine catabolism has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list aspartate family amino acid catabolism has 5 unique genes, which correspond to 5 probes in the library. 2 of 5 match alzheimers_dn, for a p-value of 0.0516153430227439 The list glutamine family amino acid catabolism has 13 unique genes, which correspond to 21 probes in the library. 6 of 21 match alzheimers_dn, for a p-value of 0.00431708949720852 The list arginine catabolism has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list amino acid metabolism has 149 unique genes, which correspond to 206 probes in the library. 24 of 206 match alzheimers_dn, for a p-value of 0.0312251772377114 The list amino acid activation has 24 unique genes, which correspond to 33 probes in the library. 6 of 33 match alzheimers_dn, for a p-value of 0.0396692168662993 The list tRNA aminoacylation has 24 unique genes, which correspond to 33 probes in the library. 6 of 33 match alzheimers_dn, for a p-value of 0.0396692168662993 The list tRNA aminoacylation for protein translation has 24 unique genes, which correspond to 33 probes in the library. 6 of 33 match alzheimers_dn, for a p-value of 0.0396692168662993 The list aromatic amino acid family metabolism has 22 unique genes, which correspond to 26 probes in the library. 3 of 26 match alzheimers_dn, for a p-value of 0.32940524860957 The list L-phenylalanine metabolism has 10 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list tryptophan metabolism has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list tyrosine metabolism has 11 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list aspartate family amino acid metabolism has 12 unique genes, which correspond to 18 probes in the library. 3 of 18 match alzheimers_dn, for a p-value of 0.160314266774028 The list methionine metabolism has 7 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list branched chain family amino acid metabolism has 8 unique genes, which correspond to 12 probes in the library. 4 of 12 match alzheimers_dn, for a p-value of 0.0108899304991899 The list glutamine family amino acid metabolism has 30 unique genes, which correspond to 47 probes in the library. 7 of 47 match alzheimers_dn, for a p-value of 0.0697790404372823 The list arginine metabolism has 11 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list glutamate metabolism has 6 unique genes, which correspond to 11 probes in the library. 4 of 11 match alzheimers_dn, for a p-value of 0.00773128171817817 The list glutamine metabolism has 13 unique genes, which correspond to 24 probes in the library. 3 of 24 match alzheimers_dn, for a p-value of 0.285614431155593 The list serine family amino acid metabolism has 19 unique genes, which correspond to 31 probes in the library. 0 of 31 match alzheimers_dn, for a p-value of 1 The list glycine metabolism has 6 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list L-serine metabolism has 11 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list sulfur amino acid metabolism has 17 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list amino sugar metabolism has 11 unique genes, which correspond to 10 probes in the library. 2 of 10 match alzheimers_dn, for a p-value of 0.17968906149323 The list glucosamine metabolism has 10 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list N-acetylglucosamine metabolism has 9 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list aminoglycan metabolism has 20 unique genes, which correspond to 28 probes in the library. 3 of 28 match alzheimers_dn, for a p-value of 0.373121143713707 The list aminoglycan biosynthesis has 8 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list glycosaminoglycan biosynthesis has 7 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list glycosaminoglycan metabolism has 19 unique genes, which correspond to 27 probes in the library. 3 of 27 match alzheimers_dn, for a p-value of 0.351306942612832 The list biogenic amine metabolism has 35 unique genes, which correspond to 51 probes in the library. 4 of 51 match alzheimers_dn, for a p-value of 0.567675514642246 The list indolalkylamine metabolism has 7 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list polyamine metabolism has 9 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list thyroid hormone metabolism has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list thyroid hormone generation has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list amino acid and derivative metabolism has 180 unique genes, which correspond to 252 probes in the library. 28 of 252 match alzheimers_dn, for a p-value of 0.0366227062528869 The list amino acid derivative metabolism has 41 unique genes, which correspond to 57 probes in the library. 4 of 57 match alzheimers_dn, for a p-value of 0.656312235652629 The list amino acid derivative biosynthesis has 20 unique genes, which correspond to 26 probes in the library. 1 of 26 match alzheimers_dn, for a p-value of 0.878161624233234 The list aromatic compound metabolism has 67 unique genes, which correspond to 97 probes in the library. 9 of 97 match alzheimers_dn, for a p-value of 0.341406875587312 The list aromatic compound biosynthesis has 9 unique genes, which correspond to 8 probes in the library. 3 of 8 match alzheimers_dn, for a p-value of 0.0195566048789912 The list pteridine and derivative biosynthesis has 9 unique genes, which correspond to 8 probes in the library. 3 of 8 match alzheimers_dn, for a p-value of 0.0195566048789912 The list tetrahydrobiopterin biosynthesis has 5 unique genes, which correspond to 5 probes in the library. 2 of 5 match alzheimers_dn, for a p-value of 0.0516153430227439 The list aromatic compound catabolism has 12 unique genes, which correspond to 17 probes in the library. 2 of 17 match alzheimers_dn, for a p-value of 0.385531596872848 The list folic acid and derivative metabolism has 7 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list indole and derivative metabolism has 7 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list indole derivative metabolism has 7 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list nucleobase metabolism has 14 unique genes, which correspond to 26 probes in the library. 1 of 26 match alzheimers_dn, for a p-value of 0.878161624233234 The list nucleobase biosynthesis has 9 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list pyrimidine base biosynthesis has 5 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list purine base metabolism has 8 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list pyrimidine base metabolism has 6 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list pteridine and derivative metabolism has 9 unique genes, which correspond to 8 probes in the library. 3 of 8 match alzheimers_dn, for a p-value of 0.0195566048789912 The list tetrahydrobiopterin metabolism has 5 unique genes, which correspond to 5 probes in the library. 2 of 5 match alzheimers_dn, for a p-value of 0.0516153430227439 The list biosynthesis has 773 unique genes, which correspond to 1001 probes in the library. 104 of 1001 match alzheimers_dn, for a p-value of 0.00181438525937677 The list coenzyme and prosthetic group biosynthesis has 79 unique genes, which correspond to 82 probes in the library. 24 of 82 match alzheimers_dn, for a p-value of 8.8478951927221e-09 The list coenzyme biosynthesis has 66 unique genes, which correspond to 64 probes in the library. 21 of 64 match alzheimers_dn, for a p-value of 7.70048063495201e-09 The list ATP biosynthesis has 34 unique genes, which correspond to 41 probes in the library. 19 of 41 match alzheimers_dn, for a p-value of 3.82493129529944e-11 The list coenzyme A biosynthesis has 5 unique genes, which correspond to 0 probes in the library. 0 of 0 match alzheimers_dn, for a p-value of The list glutathione biosynthesis has 8 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list pyridine nucleotide biosynthesis has 5 unique genes, which correspond to 1 probes in the library. 0 of 1 match alzheimers_dn, for a p-value of 1 The list porphyrin biosynthesis has 13 unique genes, which correspond to 18 probes in the library. 3 of 18 match alzheimers_dn, for a p-value of 0.160314266774028 The list hormone biosynthesis has 20 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list C21-steroid hormone biosynthesis has 12 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list macromolecule biosynthesis has 644 unique genes, which correspond to 845 probes in the library. 87 of 845 match alzheimers_dn, for a p-value of 0.00504694606650271 The list carbohydrate biosynthesis has 51 unique genes, which correspond to 63 probes in the library. 6 of 63 match alzheimers_dn, for a p-value of 0.365621117636411 The list polysaccharide biosynthesis has 12 unique genes, which correspond to 14 probes in the library. 0 of 14 match alzheimers_dn, for a p-value of 1 The list glucan biosynthesis has 9 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list glycogen biosynthesis has 9 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list lipid biosynthesis has 132 unique genes, which correspond to 158 probes in the library. 14 of 158 match alzheimers_dn, for a p-value of 0.345982735049262 The list fatty acid biosynthesis has 34 unique genes, which correspond to 47 probes in the library. 6 of 47 match alzheimers_dn, for a p-value of 0.155725872039936 The list icosanoid biosynthesis has 16 unique genes, which correspond to 25 probes in the library. 1 of 25 match alzheimers_dn, for a p-value of 0.867886788221895 The list leukotriene biosynthesis has 11 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list prostanoid biosynthesis has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list prostaglandin biosynthesis has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list isoprenoid biosynthesis has 7 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list membrane lipid biosynthesis has 38 unique genes, which correspond to 43 probes in the library. 4 of 43 match alzheimers_dn, for a p-value of 0.432430293669227 The list glycolipid biosynthesis has 9 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list glycosphingolipid biosynthesis has 8 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list phospholipid biosynthesis has 28 unique genes, which correspond to 30 probes in the library. 3 of 30 match alzheimers_dn, for a p-value of 0.416246509111854 The list glycerophospholipid biosynthesis has 14 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list phosphoinositide biosynthesis has 9 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list GPI anchor biosynthesis has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list sphingolipid biosynthesis has 11 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list steroid biosynthesis has 55 unique genes, which correspond to 61 probes in the library. 4 of 61 match alzheimers_dn, for a p-value of 0.708141403628447 The list nucleotide biosynthesis has 106 unique genes, which correspond to 135 probes in the library. 31 of 135 match alzheimers_dn, for a p-value of 3.95946314113143e-08 The list cyclic nucleotide biosynthesis has 22 unique genes, which correspond to 25 probes in the library. 3 of 25 match alzheimers_dn, for a p-value of 0.307483370901745 The list cAMP biosynthesis has 13 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list cGMP biosynthesis has 9 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list nucleoside monophosphate biosynthesis has 19 unique genes, which correspond to 31 probes in the library. 2 of 31 match alzheimers_dn, for a p-value of 0.706238126807694 The list purine nucleoside monophosphate biosynthesis has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list purine ribonucleoside monophosphate biosynthesis has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list ribonucleoside monophosphate biosynthesis has 18 unique genes, which correspond to 28 probes in the library. 2 of 28 match alzheimers_dn, for a p-value of 0.65169040816838 The list nucleoside triphosphate biosynthesis has 47 unique genes, which correspond to 53 probes in the library. 23 of 53 match alzheimers_dn, for a p-value of 1.89199388136965e-12 The list purine nucleoside triphosphate biosynthesis has 45 unique genes, which correspond to 51 probes in the library. 22 of 51 match alzheimers_dn, for a p-value of 6.61065365955966e-12 The list purine ribonucleoside triphosphate biosynthesis has 45 unique genes, which correspond to 51 probes in the library. 22 of 51 match alzheimers_dn, for a p-value of 6.61065365955966e-12 The list GTP biosynthesis has 11 unique genes, which correspond to 10 probes in the library. 3 of 10 match alzheimers_dn, for a p-value of 0.0372685271436536 The list ribonucleoside triphosphate biosynthesis has 45 unique genes, which correspond to 51 probes in the library. 22 of 51 match alzheimers_dn, for a p-value of 6.61065365955966e-12 The list pyrimidine ribonucleoside triphosphate biosynthesis has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list CTP biosynthesis has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list UTP biosynthesis has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list purine nucleotide biosynthesis has 64 unique genes, which correspond to 83 probes in the library. 25 of 83 match alzheimers_dn, for a p-value of 2.26419493219738e-09 The list purine ribonucleotide biosynthesis has 60 unique genes, which correspond to 79 probes in the library. 23 of 79 match alzheimers_dn, for a p-value of 1.99986115282994e-08 The list pyrimidine nucleotide biosynthesis has 17 unique genes, which correspond to 20 probes in the library. 4 of 20 match alzheimers_dn, for a p-value of 0.0649254338118785 The list pyrimidine ribonucleotide biosynthesis has 11 unique genes, which correspond to 11 probes in the library. 3 of 11 match alzheimers_dn, for a p-value of 0.048344994178207 The list ribonucleotide biosynthesis has 65 unique genes, which correspond to 87 probes in the library. 25 of 87 match alzheimers_dn, for a p-value of 6.63850770586105e-09 The list protein biosynthesis has 379 unique genes, which correspond to 520 probes in the library. 40 of 520 match alzheimers_dn, for a p-value of 0.552335161102401 The list cytokine biosynthesis has 24 unique genes, which correspond to 30 probes in the library. 0 of 30 match alzheimers_dn, for a p-value of 1 The list regulation of cytokine biosynthesis has 21 unique genes, which correspond to 24 probes in the library. 0 of 24 match alzheimers_dn, for a p-value of 1 The list negative regulation of cytokine biosynthesis has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list positive regulation of cytokine biosynthesis has 12 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list glycoprotein biosynthesis has 83 unique genes, which correspond to 98 probes in the library. 5 of 98 match alzheimers_dn, for a p-value of 0.886458573008623 The list protein amino acid glycosylation has 78 unique genes, which correspond to 92 probes in the library. 4 of 92 match alzheimers_dn, for a p-value of 0.933717549283909 The list N-linked glycosylation has 30 unique genes, which correspond to 33 probes in the library. 3 of 33 match alzheimers_dn, for a p-value of 0.478919481760808 The list O-linked glycosylation has 9 unique genes, which correspond to 17 probes in the library. 1 of 17 match alzheimers_dn, for a p-value of 0.747510425471787 The list lipoprotein biosynthesis has 13 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list protein lipidation has 13 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list protein prenylation has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list protein amino acid prenylation has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of protein biosynthesis has 95 unique genes, which correspond to 122 probes in the library. 8 of 122 match alzheimers_dn, for a p-value of 0.74061204392816 The list negative regulation of protein biosynthesis has 13 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list positive regulation of protein biosynthesis has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list regulation of translation has 64 unique genes, which correspond to 90 probes in the library. 8 of 90 match alzheimers_dn, for a p-value of 0.401137527646592 The list negative regulation of translation has 6 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list regulation of translational initiation has 27 unique genes, which correspond to 37 probes in the library. 3 of 37 match alzheimers_dn, for a p-value of 0.557131264176124 The list translation has 117 unique genes, which correspond to 166 probes in the library. 18 of 166 match alzheimers_dn, for a p-value of 0.0958265714739384 The list translational elongation has 18 unique genes, which correspond to 30 probes in the library. 2 of 30 match alzheimers_dn, for a p-value of 0.688897044385815 The list translational initiation has 43 unique genes, which correspond to 59 probes in the library. 6 of 59 match alzheimers_dn, for a p-value of 0.309243825384082 The list translational termination has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list nitric oxide biosynthesis has 17 unique genes, which correspond to 19 probes in the library. 4 of 19 match alzheimers_dn, for a p-value of 0.0552193514722824 The list organic acid biosynthesis has 43 unique genes, which correspond to 59 probes in the library. 7 of 59 match alzheimers_dn, for a p-value of 0.172740012353591 The list carboxylic acid biosynthesis has 43 unique genes, which correspond to 59 probes in the library. 7 of 59 match alzheimers_dn, for a p-value of 0.172740012353591 The list regulation of biosynthesis has 99 unique genes, which correspond to 129 probes in the library. 11 of 129 match alzheimers_dn, for a p-value of 0.421153762229093 The list negative regulation of biosynthesis has 13 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list positive regulation of biosynthesis has 17 unique genes, which correspond to 26 probes in the library. 3 of 26 match alzheimers_dn, for a p-value of 0.32940524860957 The list vitamin biosynthesis has 8 unique genes, which correspond to 2 probes in the library. 0 of 2 match alzheimers_dn, for a p-value of 1 The list water-soluble vitamin biosynthesis has 7 unique genes, which correspond to 1 probes in the library. 0 of 1 match alzheimers_dn, for a p-value of 1 The list carbohydrate metabolism has 287 unique genes, which correspond to 375 probes in the library. 58 of 375 match alzheimers_dn, for a p-value of 4.79172288293161e-07 The list carbohydrate catabolism has 68 unique genes, which correspond to 91 probes in the library. 18 of 91 match alzheimers_dn, for a p-value of 0.000202712316363017 The list polysaccharide catabolism has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list glucan catabolism has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list main pathways of carbohydrate metabolism has 76 unique genes, which correspond to 118 probes in the library. 32 of 118 match alzheimers_dn, for a p-value of 2.85234153633289e-10 The list TCA intermediate metabolism has 12 unique genes, which correspond to 27 probes in the library. 9 of 27 match alzheimers_dn, for a p-value of 0.00013338326363402 The list tricarboxylic acid cycle has 22 unique genes, which correspond to 39 probes in the library. 16 of 39 match alzheimers_dn, for a p-value of 1.18288890231665e-08 The list oligosaccharide metabolism has 9 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list polysaccharide metabolism has 31 unique genes, which correspond to 37 probes in the library. 4 of 37 match alzheimers_dn, for a p-value of 0.324110906205762 The list glucan metabolism has 26 unique genes, which correspond to 34 probes in the library. 4 of 34 match alzheimers_dn, for a p-value of 0.270310185568666 The list glycogen metabolism has 25 unique genes, which correspond to 33 probes in the library. 4 of 33 match alzheimers_dn, for a p-value of 0.252717811283259 The list proteoglycan metabolism has 9 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list catabolism has 636 unique genes, which correspond to 826 probes in the library. 84 of 826 match alzheimers_dn, for a p-value of 0.00780984754812141 The list coenzyme and prosthetic group catabolism has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list DNA catabolism has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list lipid catabolism has 62 unique genes, which correspond to 80 probes in the library. 3 of 80 match alzheimers_dn, for a p-value of 0.953514077501747 The list membrane lipid catabolism has 10 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list phospholipid catabolism has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list sphingolipid catabolism has 6 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list steroid catabolism has 7 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list macromolecule catabolism has 435 unique genes, which correspond to 555 probes in the library. 47 of 555 match alzheimers_dn, for a p-value of 0.292965634387661 The list protein catabolism has 413 unique genes, which correspond to 530 probes in the library. 45 of 530 match alzheimers_dn, for a p-value of 0.291731815955919 The list proteolysis and peptidolysis has 402 unique genes, which correspond to 522 probes in the library. 44 of 522 match alzheimers_dn, for a p-value of 0.311330170053261 The list collagen catabolism has 18 unique genes, which correspond to 24 probes in the library. 0 of 24 match alzheimers_dn, for a p-value of 1 The list glycoprotein catabolism has 5 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list modification-dependent protein catabolism has 92 unique genes, which correspond to 126 probes in the library. 27 of 126 match alzheimers_dn, for a p-value of 1.23037888061865e-06 The list ubiquitin-dependent protein catabolism has 92 unique genes, which correspond to 126 probes in the library. 27 of 126 match alzheimers_dn, for a p-value of 1.23037888061865e-06 The list RNA catabolism has 21 unique genes, which correspond to 24 probes in the library. 2 of 24 match alzheimers_dn, for a p-value of 0.566803918253758 The list mRNA catabolism has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list nucleotide catabolism has 6 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list organic acid catabolism has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list carboxylic acid catabolism has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list regulation of catabolism has 9 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list coenzyme and prosthetic group metabolism has 113 unique genes, which correspond to 133 probes in the library. 30 of 133 match alzheimers_dn, for a p-value of 9.91753534953675e-08 The list coenzyme metabolism has 96 unique genes, which correspond to 109 probes in the library. 27 of 109 match alzheimers_dn, for a p-value of 5.44182023001141e-08 The list acetyl-CoA metabolism has 6 unique genes, which correspond to 10 probes in the library. 2 of 10 match alzheimers_dn, for a p-value of 0.17968906149323 The list ATP metabolism has 37 unique genes, which correspond to 47 probes in the library. 20 of 47 match alzheimers_dn, for a p-value of 8.05554179487832e-11 The list glutathione metabolism has 10 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list group transfer coenzyme metabolism has 47 unique genes, which correspond to 51 probes in the library. 20 of 51 match alzheimers_dn, for a p-value of 4.71126399034329e-10 The list coenzyme A metabolism has 6 unique genes, which correspond to 3 probes in the library. 0 of 3 match alzheimers_dn, for a p-value of 1 The list nucleoside phosphate metabolism has 34 unique genes, which correspond to 41 probes in the library. 19 of 41 match alzheimers_dn, for a p-value of 3.82493129529944e-11 The list oxidoreduction coenzyme metabolism has 18 unique genes, which correspond to 19 probes in the library. 2 of 19 match alzheimers_dn, for a p-value of 0.441173668987211 The list pyridine nucleotide metabolism has 14 unique genes, which correspond to 15 probes in the library. 2 of 15 match alzheimers_dn, for a p-value of 0.327594546014837 The list nicotinamide metabolism has 11 unique genes, which correspond to 15 probes in the library. 2 of 15 match alzheimers_dn, for a p-value of 0.327594546014837 The list NADPH metabolism has 9 unique genes, which correspond to 14 probes in the library. 2 of 14 match alzheimers_dn, for a p-value of 0.298036386882161 The list NADPH regeneration has 8 unique genes, which correspond to 10 probes in the library. 2 of 10 match alzheimers_dn, for a p-value of 0.17968906149323 The list porphyrin metabolism has 17 unique genes, which correspond to 24 probes in the library. 3 of 24 match alzheimers_dn, for a p-value of 0.285614431155593 The list electron transport has 225 unique genes, which correspond to 285 probes in the library. 47 of 285 match alzheimers_dn, for a p-value of 8.92396627886185e-07 The list ATP synthesis coupled electron transport has 37 unique genes, which correspond to 30 probes in the library. 14 of 30 match alzheimers_dn, for a p-value of 1.29443267790302e-08 The list ATP synthesis coupled electron transport (sensu Eukarya) has 37 unique genes, which correspond to 30 probes in the library. 14 of 30 match alzheimers_dn, for a p-value of 1.29443267790302e-08 The list mitochondrial electron transport, NADH to ubiquinone has 31 unique genes, which correspond to 26 probes in the library. 13 of 26 match alzheimers_dn, for a p-value of 1.49870926837869e-08 The list energy pathways has 191 unique genes, which correspond to 277 probes in the library. 62 of 277 match alzheimers_dn, for a p-value of 3.47523082652415e-14 The list energy derivation by oxidation of organic compounds has 118 unique genes, which correspond to 177 probes in the library. 41 of 177 match alzheimers_dn, for a p-value of 2.16412336737622e-10 The list cellular respiration has 11 unique genes, which correspond to 14 probes in the library. 8 of 14 match alzheimers_dn, for a p-value of 2.61800565397754e-06 The list aerobic respiration has 9 unique genes, which correspond to 14 probes in the library. 8 of 14 match alzheimers_dn, for a p-value of 2.61800565397754e-06 The list energy reserve metabolism has 32 unique genes, which correspond to 45 probes in the library. 4 of 45 match alzheimers_dn, for a p-value of 0.467664791717456 The list glycerol ether metabolism has 13 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list acylglycerol metabolism has 13 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list triacylglycerol metabolism has 12 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list heterocycle metabolism has 48 unique genes, which correspond to 71 probes in the library. 7 of 71 match alzheimers_dn, for a p-value of 0.314202853072269 The list hormone metabolism has 38 unique genes, which correspond to 33 probes in the library. 2 of 33 match alzheimers_dn, for a p-value of 0.738495502397773 The list C21-steroid hormone metabolism has 12 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list estrogen metabolism has 6 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list lipid metabolism has 400 unique genes, which correspond to 524 probes in the library. 38 of 524 match alzheimers_dn, for a p-value of 0.696342047928421 The list fatty acid metabolism has 102 unique genes, which correspond to 134 probes in the library. 13 of 134 match alzheimers_dn, for a p-value of 0.243293177357973 The list fatty acid oxidation has 18 unique genes, which correspond to 23 probes in the library. 1 of 23 match alzheimers_dn, for a p-value of 0.844664560448951 The list fatty acid beta-oxidation has 12 unique genes, which correspond to 21 probes in the library. 1 of 21 match alzheimers_dn, for a p-value of 0.817360440672319 The list icosanoid metabolism has 26 unique genes, which correspond to 42 probes in the library. 1 of 42 match alzheimers_dn, for a p-value of 0.966642791368591 The list leukotriene metabolism has 14 unique genes, which correspond to 18 probes in the library. 1 of 18 match alzheimers_dn, for a p-value of 0.767147287962174 The list prostanoid metabolism has 10 unique genes, which correspond to 22 probes in the library. 0 of 22 match alzheimers_dn, for a p-value of 1 The list prostaglandin metabolism has 10 unique genes, which correspond to 22 probes in the library. 0 of 22 match alzheimers_dn, for a p-value of 1 The list glycerolipid metabolism has 13 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list isoprenoid metabolism has 11 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list membrane lipid metabolism has 79 unique genes, which correspond to 106 probes in the library. 8 of 106 match alzheimers_dn, for a p-value of 0.587379209777343 The list glycolipid metabolism has 16 unique genes, which correspond to 25 probes in the library. 4 of 25 match alzheimers_dn, for a p-value of 0.125242206350472 The list glycosphingolipid metabolism has 14 unique genes, which correspond to 23 probes in the library. 3 of 23 match alzheimers_dn, for a p-value of 0.263877345481983 The list phospholipid metabolism has 47 unique genes, which correspond to 57 probes in the library. 3 of 57 match alzheimers_dn, for a p-value of 0.830093986602335 The list glycerophospholipid metabolism has 16 unique genes, which correspond to 20 probes in the library. 2 of 20 match alzheimers_dn, for a p-value of 0.467934044192153 The list phosphoinositide metabolism has 9 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list GPI anchor metabolism has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list sphingolipid metabolism has 33 unique genes, which correspond to 50 probes in the library. 5 of 50 match alzheimers_dn, for a p-value of 0.348412837921869 The list sphingoid metabolism has 15 unique genes, which correspond to 21 probes in the library. 2 of 21 match alzheimers_dn, for a p-value of 0.493912087895391 The list ceramide metabolism has 13 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list neutral lipid metabolism has 13 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list regulation of lipid metabolism has 7 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list steroid metabolism has 116 unique genes, which correspond to 150 probes in the library. 9 of 150 match alzheimers_dn, for a p-value of 0.832590345678392 The list bile acid metabolism has 8 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list nitrogen metabolism has 36 unique genes, which correspond to 42 probes in the library. 6 of 42 match alzheimers_dn, for a p-value of 0.104692840319246 The list nitric oxide metabolism has 17 unique genes, which correspond to 19 probes in the library. 4 of 19 match alzheimers_dn, for a p-value of 0.0552193514722824 The list urea cycle has 7 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list urea cycle intermediate metabolism has 12 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list nucleobase, nucleoside, nucleotide and nucleic acid metabolism has 2027 unique genes, which correspond to 2499 probes in the library. 160 of 2499 match alzheimers_dn, for a p-value of 0.996205421373714 The list DNA metabolism has 383 unique genes, which correspond to 491 probes in the library. 35 of 491 match alzheimers_dn, for a p-value of 0.727904714487528 The list DNA modification has 17 unique genes, which correspond to 20 probes in the library. 1 of 20 match alzheimers_dn, for a p-value of 0.801958138159132 The list DNA alkylation has 10 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list DNA packaging has 148 unique genes, which correspond to 153 probes in the library. 7 of 153 match alzheimers_dn, for a p-value of 0.957666724919641 The list DNA recombination has 48 unique genes, which correspond to 75 probes in the library. 5 of 75 match alzheimers_dn, for a p-value of 0.702462178825818 The list regulation of DNA recombination has 5 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list DNA repair has 127 unique genes, which correspond to 183 probes in the library. 17 of 183 match alzheimers_dn, for a p-value of 0.257975367181966 The list base-excision repair has 10 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list double-strand break repair has 10 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list nucleotide-excision repair has 18 unique genes, which correspond to 21 probes in the library. 2 of 21 match alzheimers_dn, for a p-value of 0.493912087895391 The list regulation of DNA metabolism has 18 unique genes, which correspond to 32 probes in the library. 7 of 32 match alzheimers_dn, for a p-value of 0.0102289732411051 The list gene silencing has 11 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list nucleoside metabolism has 24 unique genes, which correspond to 27 probes in the library. 5 of 27 match alzheimers_dn, for a p-value of 0.0544533268519111 The list purine nucleoside metabolism has 5 unique genes, which correspond to 7 probes in the library. 3 of 7 match alzheimers_dn, for a p-value of 0.0129664671643897 The list purine ribonucleoside metabolism has 5 unique genes, which correspond to 7 probes in the library. 3 of 7 match alzheimers_dn, for a p-value of 0.0129664671643897 The list pyrimidine nucleoside metabolism has 6 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list ribonucleoside metabolism has 6 unique genes, which correspond to 8 probes in the library. 3 of 8 match alzheimers_dn, for a p-value of 0.0195566048789912 The list nucleotide metabolism has 143 unique genes, which correspond to 187 probes in the library. 35 of 187 match alzheimers_dn, for a p-value of 1.11171720535888e-06 The list cyclic nucleotide metabolism has 28 unique genes, which correspond to 35 probes in the library. 3 of 35 match alzheimers_dn, for a p-value of 0.518889014018474 The list cAMP metabolism has 15 unique genes, which correspond to 17 probes in the library. 2 of 17 match alzheimers_dn, for a p-value of 0.385531596872848 The list cGMP metabolism has 9 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list deoxyribonucleotide metabolism has 7 unique genes, which correspond to 12 probes in the library. 2 of 12 match alzheimers_dn, for a p-value of 0.238485955328307 The list pyrimidine deoxyribonucleotide metabolism has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list nucleoside diphosphate metabolism has 5 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list nucleoside monophosphate metabolism has 19 unique genes, which correspond to 31 probes in the library. 2 of 31 match alzheimers_dn, for a p-value of 0.706238126807694 The list purine nucleoside monophosphate metabolism has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list purine ribonucleoside monophosphate metabolism has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list ribonucleoside monophosphate metabolism has 18 unique genes, which correspond to 28 probes in the library. 2 of 28 match alzheimers_dn, for a p-value of 0.65169040816838 The list nucleoside triphosphate metabolism has 51 unique genes, which correspond to 62 probes in the library. 24 of 62 match alzheimers_dn, for a p-value of 1.22854487347841e-11 The list purine nucleoside triphosphate metabolism has 48 unique genes, which correspond to 57 probes in the library. 23 of 57 match alzheimers_dn, for a p-value of 1.18401405433039e-11 The list purine ribonucleoside triphosphate metabolism has 48 unique genes, which correspond to 57 probes in the library. 23 of 57 match alzheimers_dn, for a p-value of 1.18401405433039e-11 The list GTP metabolism has 11 unique genes, which correspond to 10 probes in the library. 3 of 10 match alzheimers_dn, for a p-value of 0.0372685271436536 The list pyrimidine nucleoside triphosphate metabolism has 12 unique genes, which correspond to 12 probes in the library. 3 of 12 match alzheimers_dn, for a p-value of 0.0608300154045459 The list pyrimidine ribonucleoside triphosphate metabolism has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list CTP metabolism has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list UTP metabolism has 9 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list ribonucleoside triphosphate metabolism has 48 unique genes, which correspond to 57 probes in the library. 23 of 57 match alzheimers_dn, for a p-value of 1.18401405433039e-11 The list purine nucleotide metabolism has 66 unique genes, which correspond to 88 probes in the library. 25 of 88 match alzheimers_dn, for a p-value of 8.58556517761949e-09 The list purine ribonucleotide metabolism has 62 unique genes, which correspond to 84 probes in the library. 23 of 84 match alzheimers_dn, for a p-value of 7.07321292861344e-08 The list pyrimidine nucleotide metabolism has 24 unique genes, which correspond to 35 probes in the library. 4 of 35 match alzheimers_dn, for a p-value of 0.288104429078766 The list pyrimidine ribonucleotide metabolism has 12 unique genes, which correspond to 13 probes in the library. 3 of 13 match alzheimers_dn, for a p-value of 0.0746468443544225 The list ribonucleotide metabolism has 68 unique genes, which correspond to 94 probes in the library. 25 of 94 match alzheimers_dn, for a p-value of 3.6748314914374e-08 The list nucleotide-sugar metabolism has 11 unique genes, which correspond to 12 probes in the library. 2 of 12 match alzheimers_dn, for a p-value of 0.238485955328307 The list regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism has 1321 unique genes, which correspond to 1583 probes in the library. 66 of 1583 match alzheimers_dn, for a p-value of 0.999999998006008 The list negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism has 92 unique genes, which correspond to 117 probes in the library. 5 of 117 match alzheimers_dn, for a p-value of 0.954609627612525 The list negative regulation of transcription has 88 unique genes, which correspond to 116 probes in the library. 5 of 116 match alzheimers_dn, for a p-value of 0.952260479886928 The list negative regulation of transcription, DNA-dependent has 68 unique genes, which correspond to 82 probes in the library. 1 of 82 match alzheimers_dn, for a p-value of 0.998691710962271 The list negative regulation of transcription from Pol II promoter has 51 unique genes, which correspond to 64 probes in the library. 0 of 64 match alzheimers_dn, for a p-value of 1 The list positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism has 27 unique genes, which correspond to 38 probes in the library. 5 of 38 match alzheimers_dn, for a p-value of 0.170068093739003 The list positive regulation of transcription has 26 unique genes, which correspond to 36 probes in the library. 5 of 36 match alzheimers_dn, for a p-value of 0.144514020078151 The list positive regulation of transcription, DNA-dependent has 15 unique genes, which correspond to 23 probes in the library. 4 of 23 match alzheimers_dn, for a p-value of 0.0988858697277758 The list regulation of transcription has 1308 unique genes, which correspond to 1562 probes in the library. 60 of 1562 match alzheimers_dn, for a p-value of 0.999999999939758 The list regulation of transcription, DNA-dependent has 1285 unique genes, which correspond to 1525 probes in the library. 59 of 1525 match alzheimers_dn, for a p-value of 0.999999999863318 The list regulation of transcription from Pol II promoter has 190 unique genes, which correspond to 288 probes in the library. 10 of 288 match alzheimers_dn, for a p-value of 0.999167917875654 The list regulation of transcription from Pol III promoter has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list RNA localization has 28 unique genes, which correspond to 51 probes in the library. 2 of 51 match alzheimers_dn, for a p-value of 0.914674019976109 The list RNA metabolism has 252 unique genes, which correspond to 337 probes in the library. 32 of 337 match alzheimers_dn, for a p-value of 0.141591916243849 The list mRNA metabolism has 143 unique genes, which correspond to 199 probes in the library. 19 of 199 match alzheimers_dn, for a p-value of 0.207733891672548 The list mRNA processing has 131 unique genes, which correspond to 184 probes in the library. 17 of 184 match alzheimers_dn, for a p-value of 0.265176880608557 The list mRNA polyadenylation has 6 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list nuclear mRNA splicing, via spliceosome has 83 unique genes, which correspond to 102 probes in the library. 13 of 102 match alzheimers_dn, for a p-value of 0.0530741309346767 The list spliceosomal snRNP biogenesis has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list spliceosome assembly has 16 unique genes, which correspond to 31 probes in the library. 4 of 31 match alzheimers_dn, for a p-value of 0.218334667649271 The list mRNA splice site selection has 7 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list RNA modification has 30 unique genes, which correspond to 37 probes in the library. 7 of 37 match alzheimers_dn, for a p-value of 0.022293777531031 The list tRNA modification has 27 unique genes, which correspond to 36 probes in the library. 7 of 36 match alzheimers_dn, for a p-value of 0.0193393141081339 The list RNA processing has 207 unique genes, which correspond to 279 probes in the library. 25 of 279 match alzheimers_dn, for a p-value of 0.259342052588386 The list RNA splicing has 101 unique genes, which correspond to 135 probes in the library. 17 of 135 match alzheimers_dn, for a p-value of 0.0333985072716991 The list RNA splicing, via transesterification reactions has 83 unique genes, which correspond to 102 probes in the library. 13 of 102 match alzheimers_dn, for a p-value of 0.0530741309346767 The list RNA splicing, via transesterification reactions with bulged adenosine as nucleophile has 83 unique genes, which correspond to 102 probes in the library. 13 of 102 match alzheimers_dn, for a p-value of 0.0530741309346767 The list tRNA processing has 17 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list rRNA metabolism has 25 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list tRNA metabolism has 41 unique genes, which correspond to 47 probes in the library. 8 of 47 match alzheimers_dn, for a p-value of 0.0273262261025914 The list transcription has 1363 unique genes, which correspond to 1634 probes in the library. 66 of 1634 match alzheimers_dn, for a p-value of 0.999999999745079 The list transcription, DNA-dependent has 1320 unique genes, which correspond to 1577 probes in the library. 65 of 1577 match alzheimers_dn, for a p-value of 0.999999998731834 The list RNA elongation has 6 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list transcription from Pol I promoter has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list transcription from Pol II promoter has 360 unique genes, which correspond to 541 probes in the library. 26 of 541 match alzheimers_dn, for a p-value of 0.997678889039155 The list RNA elongation from Pol II promoter has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list transcription initiation from Pol II promoter has 28 unique genes, which correspond to 36 probes in the library. 4 of 36 match alzheimers_dn, for a p-value of 0.306053230203843 The list transcription from Pol III promoter has 19 unique genes, which correspond to 26 probes in the library. 3 of 26 match alzheimers_dn, for a p-value of 0.32940524860957 The list transcription initiation has 40 unique genes, which correspond to 55 probes in the library. 6 of 55 match alzheimers_dn, for a p-value of 0.254564256069438 The list one-carbon compound metabolism has 31 unique genes, which correspond to 40 probes in the library. 2 of 40 match alzheimers_dn, for a p-value of 0.828477914020744 The list organic acid metabolism has 290 unique genes, which correspond to 396 probes in the library. 46 of 396 match alzheimers_dn, for a p-value of 0.00446545774075385 The list carboxylic acid metabolism has 288 unique genes, which correspond to 394 probes in the library. 46 of 394 match alzheimers_dn, for a p-value of 0.00406640974298056 The list oxidative phosphorylation has 69 unique genes, which correspond to 71 probes in the library. 34 of 71 match alzheimers_dn, for a p-value of 2.22981403849619e-19 The list oxygen and reactive oxygen species metabolism has 48 unique genes, which correspond to 59 probes in the library. 3 of 59 match alzheimers_dn, for a p-value of 0.847185625667374 The list response to oxidative stress has 35 unique genes, which correspond to 43 probes in the library. 1 of 43 match alzheimers_dn, for a p-value of 0.969237080341441 The list superoxide metabolism has 12 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list phosphorus metabolism has 597 unique genes, which correspond to 825 probes in the library. 99 of 825 match alzheimers_dn, for a p-value of 1.45220938214249e-05 The list phosphate metabolism has 597 unique genes, which correspond to 825 probes in the library. 99 of 825 match alzheimers_dn, for a p-value of 1.45220938214249e-05 The list dephosphorylation has 94 unique genes, which correspond to 143 probes in the library. 18 of 143 match alzheimers_dn, for a p-value of 0.0293654544430683 The list protein amino acid dephosphorylation has 91 unique genes, which correspond to 141 probes in the library. 18 of 141 match alzheimers_dn, for a p-value of 0.0259341478548875 The list phosphorylation has 498 unique genes, which correspond to 682 probes in the library. 79 of 682 match alzheimers_dn, for a p-value of 0.000295701870103033 The list protein amino acid phosphorylation has 415 unique genes, which correspond to 599 probes in the library. 48 of 599 match alzheimers_dn, for a p-value of 0.436253443649551 The list peptidyl-tyrosine phosphorylation has 12 unique genes, which correspond to 22 probes in the library. 2 of 22 match alzheimers_dn, for a p-value of 0.51906762486396 The list regulation of protein kinase activity has 38 unique genes, which correspond to 51 probes in the library. 7 of 51 match alzheimers_dn, for a p-value of 0.0986713413225158 The list negative regulation of protein kinase activity has 7 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list regulation of phosphorylation has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list regulation of phosphate metabolism has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list protein metabolism has 1682 unique genes, which correspond to 2314 probes in the library. 222 of 2314 match alzheimers_dn, for a p-value of 0.000871699265614047 The list cytokine metabolism has 24 unique genes, which correspond to 30 probes in the library. 0 of 30 match alzheimers_dn, for a p-value of 1 The list glycoprotein metabolism has 93 unique genes, which correspond to 109 probes in the library. 7 of 109 match alzheimers_dn, for a p-value of 0.752144294478466 The list beta-amyloid metabolism has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list lipoprotein metabolism has 27 unique genes, which correspond to 40 probes in the library. 0 of 40 match alzheimers_dn, for a p-value of 1 The list protein complex assembly has 99 unique genes, which correspond to 168 probes in the library. 9 of 168 match alzheimers_dn, for a p-value of 0.912137427417251 The list protein complex assembly, multichaperone pathway has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list protein folding has 97 unique genes, which correspond to 145 probes in the library. 31 of 145 match alzheimers_dn, for a p-value of 2.21152656211051e-07 The list protein localization has 7 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list protein modification has 758 unique genes, which correspond to 1051 probes in the library. 102 of 1051 match alzheimers_dn, for a p-value of 0.013373568864335 The list peptide cross-linking has 8 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list peptidyl-amino acid modification has 19 unique genes, which correspond to 36 probes in the library. 6 of 36 match alzheimers_dn, for a p-value of 0.0573276237462762 The list peptidyl-tyrosine modification has 14 unique genes, which correspond to 24 probes in the library. 2 of 24 match alzheimers_dn, for a p-value of 0.566803918253758 The list protein amino acid acetylation has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list protein amino acid ADP-ribosylation has 18 unique genes, which correspond to 31 probes in the library. 6 of 31 match alzheimers_dn, for a p-value of 0.0300807592382807 The list protein amino acid alkylation has 7 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list protein amino acid methylation has 6 unique genes, which correspond to 11 probes in the library. 2 of 11 match alzheimers_dn, for a p-value of 0.20887663200768 The list protein amino acid deacetylation has 10 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list protein processing has 8 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list ubiquitin cycle has 48 unique genes, which correspond to 69 probes in the library. 12 of 69 match alzheimers_dn, for a p-value of 0.00661683960728899 The list protein ubiquitination has 10 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list protein stabilization has 6 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list regulation of metabolism has 1423 unique genes, which correspond to 1703 probes in the library. 77 of 1703 match alzheimers_dn, for a p-value of 0.999999975167537 The list negative regulation of metabolism has 108 unique genes, which correspond to 131 probes in the library. 5 of 131 match alzheimers_dn, for a p-value of 0.978091775155295 The list positive regulation of metabolism has 45 unique genes, which correspond to 60 probes in the library. 8 of 60 match alzheimers_dn, for a p-value of 0.0923594091556725 The list sulfur metabolism has 35 unique genes, which correspond to 36 probes in the library. 4 of 36 match alzheimers_dn, for a p-value of 0.306053230203843 The list vitamin metabolism has 35 unique genes, which correspond to 33 probes in the library. 3 of 33 match alzheimers_dn, for a p-value of 0.478919481760808 The list fat-soluble vitamin metabolism has 8 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list vitamin A metabolism has 8 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list water-soluble vitamin metabolism has 24 unique genes, which correspond to 23 probes in the library. 3 of 23 match alzheimers_dn, for a p-value of 0.263877345481983 The list xenobiotic metabolism has 57 unique genes, which correspond to 49 probes in the library. 0 of 49 match alzheimers_dn, for a p-value of 1 The list organismal physiological process has 1779 unique genes, which correspond to 1825 probes in the library. 113 of 1825 match alzheimers_dn, for a p-value of 0.995970073002375 The list bone remodeling has 28 unique genes, which correspond to 29 probes in the library. 2 of 29 match alzheimers_dn, for a p-value of 0.670720342034218 The list regulation of bone remodeling has 7 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list circulation has 106 unique genes, which correspond to 143 probes in the library. 7 of 143 match alzheimers_dn, for a p-value of 0.934043544548774 The list regulation of blood pressure has 29 unique genes, which correspond to 36 probes in the library. 2 of 36 match alzheimers_dn, for a p-value of 0.781169733771809 The list regulation of blood vessel size has 9 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list vasoconstriction has 7 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list regulation of vasoconstriction has 6 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list regulation of heart rate has 28 unique genes, which correspond to 38 probes in the library. 3 of 38 match alzheimers_dn, for a p-value of 0.575551064817616 The list digestion has 51 unique genes, which correspond to 52 probes in the library. 2 of 52 match alzheimers_dn, for a p-value of 0.920058204984164 The list excretion has 36 unique genes, which correspond to 49 probes in the library. 2 of 49 match alzheimers_dn, for a p-value of 0.902867920107407 The list fluid secretion has 6 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list immune response has 661 unique genes, which correspond to 816 probes in the library. 25 of 816 match alzheimers_dn, for a p-value of 0.999999995443312 The list acute-phase response has 23 unique genes, which correspond to 31 probes in the library. 3 of 31 match alzheimers_dn, for a p-value of 0.437451349268559 The list antigen presentation has 27 unique genes, which correspond to 54 probes in the library. 4 of 54 match alzheimers_dn, for a p-value of 0.613572742784165 The list antigen presentation, endogenous antigen has 12 unique genes, which correspond to 29 probes in the library. 4 of 29 match alzheimers_dn, for a p-value of 0.185356447409555 The list antigen presentation, exogenous antigen has 13 unique genes, which correspond to 21 probes in the library. 0 of 21 match alzheimers_dn, for a p-value of 1 The list antigen processing has 28 unique genes, which correspond to 54 probes in the library. 4 of 54 match alzheimers_dn, for a p-value of 0.613572742784165 The list antigen processing, endogenous antigen via MHC class I has 12 unique genes, which correspond to 28 probes in the library. 4 of 28 match alzheimers_dn, for a p-value of 0.169521933438873 The list antigen processing, exogenous antigen via MHC class II has 14 unique genes, which correspond to 22 probes in the library. 0 of 22 match alzheimers_dn, for a p-value of 1 The list cytokine production has 25 unique genes, which correspond to 32 probes in the library. 0 of 32 match alzheimers_dn, for a p-value of 1 The list regulation of cytokine production has 22 unique genes, which correspond to 26 probes in the library. 0 of 26 match alzheimers_dn, for a p-value of 1 The list negative regulation of cytokine production has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list positive regulation of cytokine production has 14 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list humoral immune response has 143 unique genes, which correspond to 184 probes in the library. 5 of 184 match alzheimers_dn, for a p-value of 0.998953784128464 The list antimicrobial humoral response has 77 unique genes, which correspond to 94 probes in the library. 4 of 94 match alzheimers_dn, for a p-value of 0.940377926683789 The list antimicrobial humoral response (sensu Vertebrata) has 76 unique genes, which correspond to 94 probes in the library. 4 of 94 match alzheimers_dn, for a p-value of 0.940377926683789 The list complement activation has 33 unique genes, which correspond to 42 probes in the library. 0 of 42 match alzheimers_dn, for a p-value of 1 The list complement activation, alternative pathway has 11 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list complement activation, classical pathway has 27 unique genes, which correspond to 37 probes in the library. 0 of 37 match alzheimers_dn, for a p-value of 1 The list humoral defense mechanism (sensu Vertebrata) has 105 unique genes, which correspond to 132 probes in the library. 4 of 132 match alzheimers_dn, for a p-value of 0.993187843762048 The list T-helper 2 type immune response has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list innate immune response has 187 unique genes, which correspond to 176 probes in the library. 3 of 176 match alzheimers_dn, for a p-value of 0.999918784937228 The list inflammatory response has 175 unique genes, which correspond to 170 probes in the library. 3 of 170 match alzheimers_dn, for a p-value of 0.999876272985753 The list regulation of inflammatory response has 6 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list regulation of innate immune response has 8 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list regulation of immune response has 10 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list neurophysiological process has 854 unique genes, which correspond to 650 probes in the library. 73 of 650 match alzheimers_dn, for a p-value of 0.00113438725274207 The list neuromuscular physiological process has 240 unique genes, which correspond to 312 probes in the library. 53 of 312 match alzheimers_dn, for a p-value of 7.10222653661843e-08 The list sensory perception has 624 unique genes, which correspond to 350 probes in the library. 21 of 350 match alzheimers_dn, for a p-value of 0.91438373290963 The list equilibrioception has 171 unique genes, which correspond to 175 probes in the library. 11 of 175 match alzheimers_dn, for a p-value of 0.807772019682769 The list visual perception has 171 unique genes, which correspond to 175 probes in the library. 11 of 175 match alzheimers_dn, for a p-value of 0.807772019682769 The list sensory perception of chemical stimulus has 371 unique genes, which correspond to 61 probes in the library. 7 of 61 match alzheimers_dn, for a p-value of 0.19423481232095 The list perception of smell has 345 unique genes, which correspond to 50 probes in the library. 7 of 50 match alzheimers_dn, for a p-value of 0.090912283845584 The list perception of taste has 25 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list sensory perception of light has 171 unique genes, which correspond to 175 probes in the library. 11 of 175 match alzheimers_dn, for a p-value of 0.807772019682769 The list sensory perception of mechanical stimulus has 86 unique genes, which correspond to 118 probes in the library. 3 of 118 match alzheimers_dn, for a p-value of 0.995740713595278 The list perception of sound has 86 unique genes, which correspond to 118 probes in the library. 3 of 118 match alzheimers_dn, for a p-value of 0.995740713595278 The list organismal movement has 407 unique genes, which correspond to 484 probes in the library. 64 of 484 match alzheimers_dn, for a p-value of 2.57126678936183e-05 The list musculoskeletal movement has 171 unique genes, which correspond to 175 probes in the library. 11 of 175 match alzheimers_dn, for a p-value of 0.807772019682769 The list regulation of balance has 171 unique genes, which correspond to 175 probes in the library. 11 of 175 match alzheimers_dn, for a p-value of 0.807772019682769 The list regulation of body fluids has 88 unique genes, which correspond to 140 probes in the library. 7 of 140 match alzheimers_dn, for a p-value of 0.924978722738294 The list hemostasis has 81 unique genes, which correspond to 132 probes in the library. 6 of 132 match alzheimers_dn, for a p-value of 0.949105861197046 The list reproductive physiological process has 50 unique genes, which correspond to 75 probes in the library. 4 of 75 match alzheimers_dn, for a p-value of 0.844217393420584 The list lactation has 5 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list parturition has 5 unique genes, which correspond to 8 probes in the library. 1 of 8 match alzheimers_dn, for a p-value of 0.476757755147065 The list pregnancy has 43 unique genes, which correspond to 68 probes in the library. 4 of 68 match alzheimers_dn, for a p-value of 0.784628384343977 The list respiratory gaseous exchange has 16 unique genes, which correspond to 29 probes in the library. 2 of 29 match alzheimers_dn, for a p-value of 0.670720342034218 The list pathogenesis has 45 unique genes, which correspond to 69 probes in the library. 2 of 69 match alzheimers_dn, for a p-value of 0.974442102959161 The list regulation of physiological process has 1498 unique genes, which correspond to 1801 probes in the library. 84 of 1801 match alzheimers_dn, for a p-value of 0.999999953401913 The list negative regulation of physiological process has 18 unique genes, which correspond to 23 probes in the library. 1 of 23 match alzheimers_dn, for a p-value of 0.844664560448951 The list negative regulation of secretion has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list positive regulation of physiological process has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list positive regulation of secretion has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list regulation of secretion has 10 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list response to stimulus has 1732 unique genes, which correspond to 1749 probes in the library. 106 of 1749 match alzheimers_dn, for a p-value of 0.997566947126628 The list response to endogenous stimulus has 160 unique genes, which correspond to 230 probes in the library. 19 of 230 match alzheimers_dn, for a p-value of 0.426767673896012 The list response to DNA damage stimulus has 155 unique genes, which correspond to 225 probes in the library. 19 of 225 match alzheimers_dn, for a p-value of 0.388989404761288 The list DNA damage response, signal transduction has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list response to hormone stimulus has 5 unique genes, which correspond to 3 probes in the library. 0 of 3 match alzheimers_dn, for a p-value of 1 The list response to external stimulus has 1538 unique genes, which correspond to 1478 probes in the library. 78 of 1478 match alzheimers_dn, for a p-value of 0.999937022835982 The list detection of external stimulus has 651 unique genes, which correspond to 383 probes in the library. 27 of 383 match alzheimers_dn, for a p-value of 0.729281762711115 The list detection of abiotic stimulus has 119 unique genes, which correspond to 154 probes in the library. 8 of 154 match alzheimers_dn, for a p-value of 0.918138937926535 The list detection of chemical substance has 5 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list detection of light has 24 unique genes, which correspond to 23 probes in the library. 2 of 23 match alzheimers_dn, for a p-value of 0.543371460995577 The list detection of visible light has 6 unique genes, which correspond to 8 probes in the library. 2 of 8 match alzheimers_dn, for a p-value of 0.12375053710205 The list phototransduction, visible light has 5 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list phototransduction has 23 unique genes, which correspond to 22 probes in the library. 2 of 22 match alzheimers_dn, for a p-value of 0.51906762486396 The list detection of mechanical stimulus has 87 unique genes, which correspond to 120 probes in the library. 3 of 120 match alzheimers_dn, for a p-value of 0.996265601194792 The list detection of biotic stimulus has 15 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list detection of pest/pathogen/parasite has 15 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list detection of bacteria has 8 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list response to abiotic stimulus has 354 unique genes, which correspond to 395 probes in the library. 26 of 395 match alzheimers_dn, for a p-value of 0.836629754942048 The list response to chemical substance has 210 unique genes, which correspond to 199 probes in the library. 14 of 199 match alzheimers_dn, for a p-value of 0.689853026999564 The list chemotaxis has 114 unique genes, which correspond to 88 probes in the library. 6 of 88 match alzheimers_dn, for a p-value of 0.688913667325669 The list response to drug has 12 unique genes, which correspond to 17 probes in the library. 3 of 17 match alzheimers_dn, for a p-value of 0.141321308938586 The list response to inorganic substance has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list response to organic substance has 6 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list response to toxin has 8 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list response to xenobiotic stimulus has 59 unique genes, which correspond to 51 probes in the library. 1 of 51 match alzheimers_dn, for a p-value of 0.983903540859625 The list response to radiation has 35 unique genes, which correspond to 42 probes in the library. 3 of 42 match alzheimers_dn, for a p-value of 0.644238037684352 The list response to light has 27 unique genes, which correspond to 30 probes in the library. 3 of 30 match alzheimers_dn, for a p-value of 0.416246509111854 The list response to temperature has 12 unique genes, which correspond to 20 probes in the library. 2 of 20 match alzheimers_dn, for a p-value of 0.467934044192153 The list response to cold has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list response to heat has 5 unique genes, which correspond to 11 probes in the library. 2 of 11 match alzheimers_dn, for a p-value of 0.20887663200768 The list response to biotic stimulus has 779 unique genes, which correspond to 948 probes in the library. 32 of 948 match alzheimers_dn, for a p-value of 0.999999994518921 The list defense response has 725 unique genes, which correspond to 883 probes in the library. 27 of 883 match alzheimers_dn, for a p-value of 0.999999998893733 The list defense response to bacteria has 21 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list defense response to Gram-positive bacteria has 5 unique genes, which correspond to 0 probes in the library. 0 of 0 match alzheimers_dn, for a p-value of The list defense response to fungi has 11 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list response to bacteria has 39 unique genes, which correspond to 29 probes in the library. 1 of 29 match alzheimers_dn, for a p-value of 0.904435266978434 The list response to pathogenic bacteria has 15 unique genes, which correspond to 15 probes in the library. 1 of 15 match alzheimers_dn, for a p-value of 0.703129017048866 The list response to fungi has 13 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list response to pest/pathogen/parasite has 406 unique genes, which correspond to 480 probes in the library. 19 of 480 match alzheimers_dn, for a p-value of 0.999771534999188 The list response to virus has 32 unique genes, which correspond to 30 probes in the library. 3 of 30 match alzheimers_dn, for a p-value of 0.416246509111854 The list response to unfolded protein has 6 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list response to wounding has 251 unique genes, which correspond to 282 probes in the library. 12 of 282 match alzheimers_dn, for a p-value of 0.993788409582024 The list taxis has 114 unique genes, which correspond to 88 probes in the library. 6 of 88 match alzheimers_dn, for a p-value of 0.688913667325669 The list response to stress has 675 unique genes, which correspond to 853 probes in the library. 57 of 853 match alzheimers_dn, for a p-value of 0.89794155198401 The list response to hypoxia has 5 unique genes, which correspond to 3 probes in the library. 1 of 3 match alzheimers_dn, for a p-value of 0.215643409392579 The list secretion has 62 unique genes, which correspond to 83 probes in the library. 20 of 83 match alzheimers_dn, for a p-value of 4.34494852928819e-06 The list protein secretion has 22 unique genes, which correspond to 25 probes in the library. 3 of 25 match alzheimers_dn, for a p-value of 0.307483370901745 The list regulation of biological process has 2076 unique genes, which correspond to 2645 probes in the library. 152 of 2645 match alzheimers_dn, for a p-value of 0.999979713637961 The list regulation of enzyme activity has 77 unique genes, which correspond to 118 probes in the library. 19 of 118 match alzheimers_dn, for a p-value of 0.00192398387805161 The list negative regulation of enzyme activity has 23 unique genes, which correspond to 33 probes in the library. 4 of 33 match alzheimers_dn, for a p-value of 0.252717811283259 The list positive regulation of enzyme activity has 18 unique genes, which correspond to 35 probes in the library. 9 of 35 match alzheimers_dn, for a p-value of 0.00113698926720772 The list regulation of viral life cycle has 6 unique genes, which correspond to 9 probes in the library. 2 of 9 match alzheimers_dn, for a p-value of 0.151204954623315 The list viral life cycle has 24 unique genes, which correspond to 38 probes in the library. 3 of 38 match alzheimers_dn, for a p-value of 0.575551064817616 The list viral infectious cycle has 21 unique genes, which correspond to 36 probes in the library. 3 of 36 match alzheimers_dn, for a p-value of 0.538237721637986 The list initiation of viral infection has 6 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list viral entry has 6 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list viral genome replication has 17 unique genes, which correspond to 29 probes in the library. 3 of 29 match alzheimers_dn, for a p-value of 0.394786300979571 The list biological_process has 8640 unique genes, which correspond to 10151 probes in the library. 857 of 10151 match alzheimers_dn, for a p-value of 0.00698352170642899 The list behavior has 85 unique genes, which correspond to 117 probes in the library. 8 of 117 match alzheimers_dn, for a p-value of 0.697388553012425 The list feeding behavior has 19 unique genes, which correspond to 23 probes in the library. 1 of 23 match alzheimers_dn, for a p-value of 0.844664560448951 The list learning and/or memory has 18 unique genes, which correspond to 31 probes in the library. 4 of 31 match alzheimers_dn, for a p-value of 0.218334667649271 The list locomotory behavior has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list mechanosensory behavior has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list rhythmic behavior has 18 unique genes, which correspond to 27 probes in the library. 0 of 27 match alzheimers_dn, for a p-value of 1 The list circadian rhythm has 12 unique genes, which correspond to 18 probes in the library. 0 of 18 match alzheimers_dn, for a p-value of 1 The list biological_process unknown has 378 unique genes, which correspond to 378 probes in the library. 29 of 378 match alzheimers_dn, for a p-value of 0.55803786630448 The list cellular process has 5152 unique genes, which correspond to 6155 probes in the library. 508 of 6155 match alzheimers_dn, for a p-value of 0.0860628689172938 The list cell communication has 2870 unique genes, which correspond to 3263 probes in the library. 268 of 3263 match alzheimers_dn, for a p-value of 0.184287121804664 The list cell adhesion has 519 unique genes, which correspond to 663 probes in the library. 40 of 663 match alzheimers_dn, for a p-value of 0.963871717725154 The list cell recognition has 11 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list cell-cell adhesion has 226 unique genes, which correspond to 260 probes in the library. 17 of 260 match alzheimers_dn, for a p-value of 0.803401279036373 The list calcium-dependent cell-cell adhesion has 16 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list heterophilic cell adhesion has 88 unique genes, which correspond to 111 probes in the library. 5 of 111 match alzheimers_dn, for a p-value of 0.938771407080847 The list leukocyte cell adhesion has 9 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list homophilic cell adhesion has 110 unique genes, which correspond to 113 probes in the library. 12 of 113 match alzheimers_dn, for a p-value of 0.168541890499735 The list cell-matrix adhesion has 52 unique genes, which correspond to 83 probes in the library. 0 of 83 match alzheimers_dn, for a p-value of 1 The list regulation of cell adhesion has 21 unique genes, which correspond to 37 probes in the library. 1 of 37 match alzheimers_dn, for a p-value of 0.949996494565024 The list negative regulation of cell adhesion has 11 unique genes, which correspond to 21 probes in the library. 0 of 21 match alzheimers_dn, for a p-value of 1 The list cell-cell signaling has 510 unique genes, which correspond to 628 probes in the library. 64 of 628 match alzheimers_dn, for a p-value of 0.0172137468352335 The list hormone secretion has 8 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of hormone secretion has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list negative regulation of hormone secretion has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list transmission of nerve impulse has 240 unique genes, which correspond to 312 probes in the library. 53 of 312 match alzheimers_dn, for a p-value of 7.10222653661843e-08 The list synaptic transmission has 237 unique genes, which correspond to 306 probes in the library. 52 of 306 match alzheimers_dn, for a p-value of 9.24834431331859e-08 The list nerve-nerve synaptic transmission has 12 unique genes, which correspond to 22 probes in the library. 4 of 22 match alzheimers_dn, for a p-value of 0.0867867307554927 The list synaptic transmission, cholinergic has 9 unique genes, which correspond to 18 probes in the library. 1 of 18 match alzheimers_dn, for a p-value of 0.767147287962174 The list regulation of neurotransmitter levels has 44 unique genes, which correspond to 66 probes in the library. 22 of 66 match alzheimers_dn, for a p-value of 2.43801031854841e-09 The list neurotransmitter metabolism has 17 unique genes, which correspond to 22 probes in the library. 5 of 22 match alzheimers_dn, for a p-value of 0.0244692017194864 The list neurotransmitter biosynthesis has 6 unique genes, which correspond to 8 probes in the library. 2 of 8 match alzheimers_dn, for a p-value of 0.12375053710205 The list neurotransmitter catabolism has 6 unique genes, which correspond to 11 probes in the library. 2 of 11 match alzheimers_dn, for a p-value of 0.20887663200768 The list neurotransmitter secretion has 22 unique genes, which correspond to 36 probes in the library. 15 of 36 match alzheimers_dn, for a p-value of 2.6302131078363e-08 The list synaptic vesicle endocytosis has 6 unique genes, which correspond to 14 probes in the library. 5 of 14 match alzheimers_dn, for a p-value of 0.00313268177521419 The list synaptic vesicle exocytosis has 7 unique genes, which correspond to 9 probes in the library. 5 of 9 match alzheimers_dn, for a p-value of 0.000274455837958301 The list synaptic vesicle transport has 15 unique genes, which correspond to 24 probes in the library. 10 of 24 match alzheimers_dn, for a p-value of 5.71445135328376e-06 The list response to extracellular stimulus has 14 unique genes, which correspond to 20 probes in the library. 2 of 20 match alzheimers_dn, for a p-value of 0.467934044192153 The list response to nutrients has 13 unique genes, which correspond to 19 probes in the library. 2 of 19 match alzheimers_dn, for a p-value of 0.441173668987211 The list signal transduction has 2306 unique genes, which correspond to 2578 probes in the library. 201 of 2578 match alzheimers_dn, for a p-value of 0.49583019552363 The list cell surface receptor linked signal transduction has 1219 unique genes, which correspond to 1135 probes in the library. 81 of 1135 match alzheimers_dn, for a p-value of 0.80443069360008 The list cytokine and chemokine mediated signaling pathway has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list enzyme linked receptor protein signaling pathway has 132 unique genes, which correspond to 206 probes in the library. 16 of 206 match alzheimers_dn, for a p-value of 0.539482480900685 The list transmembrane receptor protein serine/threonine kinase signaling pathway has 33 unique genes, which correspond to 39 probes in the library. 1 of 39 match alzheimers_dn, for a p-value of 0.957471883285156 The list transforming growth factor beta receptor signaling pathway has 25 unique genes, which correspond to 25 probes in the library. 1 of 25 match alzheimers_dn, for a p-value of 0.867886788221895 The list transmembrane receptor protein tyrosine kinase signaling pathway has 88 unique genes, which correspond to 145 probes in the library. 11 of 145 match alzheimers_dn, for a p-value of 0.578785050138488 The list epidermal growth factor receptor signaling pathway has 14 unique genes, which correspond to 23 probes in the library. 2 of 23 match alzheimers_dn, for a p-value of 0.543371460995577 The list fibroblast growth factor receptor signaling pathway has 8 unique genes, which correspond to 14 probes in the library. 2 of 14 match alzheimers_dn, for a p-value of 0.298036386882161 The list insulin receptor signaling pathway has 8 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list signal complex formation has 6 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list transmembrane receptor protein tyrosine phosphatase signaling pathway has 6 unique genes, which correspond to 16 probes in the library. 2 of 16 match alzheimers_dn, for a p-value of 0.356800974762934 The list G-protein coupled receptor protein signaling pathway has 867 unique genes, which correspond to 615 probes in the library. 51 of 615 match alzheimers_dn, for a p-value of 0.337379260931798 The list acetyl choline receptor signaling, muscarinic pathway has 5 unique genes, which correspond to 6 probes in the library. 2 of 6 match alzheimers_dn, for a p-value of 0.0734918863657436 The list dopamine receptor signaling pathway has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list G-protein signaling, coupled to cyclic nucleotide second messenger has 97 unique genes, which correspond to 137 probes in the library. 15 of 137 match alzheimers_dn, for a p-value of 0.113093953859912 The list G-protein signaling, coupled to cAMP nucleotide second messenger has 59 unique genes, which correspond to 91 probes in the library. 13 of 91 match alzheimers_dn, for a p-value of 0.0237780545822547 The list G-protein signaling, adenylate cyclase activating pathway has 20 unique genes, which correspond to 35 probes in the library. 9 of 35 match alzheimers_dn, for a p-value of 0.00113698926720772 The list adenylate cyclase activation has 17 unique genes, which correspond to 33 probes in the library. 9 of 33 match alzheimers_dn, for a p-value of 0.000715751838133224 The list G-protein signaling, adenylate cyclase inhibiting pathway has 42 unique genes, which correspond to 73 probes in the library. 12 of 73 match alzheimers_dn, for a p-value of 0.0103591814897376 The list regulation of adenylate cyclase activity has 32 unique genes, which correspond to 55 probes in the library. 12 of 55 match alzheimers_dn, for a p-value of 0.000905511493973702 The list negative regulation of adenylate cyclase activity has 15 unique genes, which correspond to 22 probes in the library. 3 of 22 match alzheimers_dn, for a p-value of 0.242356718209695 The list positive regulation of adenylate cyclase activity has 17 unique genes, which correspond to 33 probes in the library. 9 of 33 match alzheimers_dn, for a p-value of 0.000715751838133224 The list G-protein signaling, coupled to IP3 second messenger (phospholipase C activating) has 77 unique genes, which correspond to 101 probes in the library. 5 of 101 match alzheimers_dn, for a p-value of 0.901138472752979 The list cytosolic calcium ion concentration elevation has 38 unique genes, which correspond to 47 probes in the library. 0 of 47 match alzheimers_dn, for a p-value of 1 The list phospholipase C activation has 12 unique genes, which correspond to 22 probes in the library. 0 of 22 match alzheimers_dn, for a p-value of 1 The list protein kinase C activation has 21 unique genes, which correspond to 26 probes in the library. 3 of 26 match alzheimers_dn, for a p-value of 0.32940524860957 The list gamma-aminobutyric acid signaling pathway has 13 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list glutamate signaling pathway has 12 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list neuropeptide signaling pathway has 62 unique genes, which correspond to 65 probes in the library. 7 of 65 match alzheimers_dn, for a p-value of 0.240087373825404 The list regulation of G-protein coupled receptor protein signaling pathway has 24 unique genes, which correspond to 38 probes in the library. 6 of 38 match alzheimers_dn, for a p-value of 0.071338845551476 The list tachykinin signaling pathway has 5 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list integrin-mediated signaling pathway has 36 unique genes, which correspond to 58 probes in the library. 0 of 58 match alzheimers_dn, for a p-value of 1 The list Notch signaling pathway has 9 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list Wnt receptor signaling pathway has 81 unique genes, which correspond to 104 probes in the library. 6 of 104 match alzheimers_dn, for a p-value of 0.827700074687599 The list frizzled signaling pathway has 17 unique genes, which correspond to 21 probes in the library. 0 of 21 match alzheimers_dn, for a p-value of 1 The list frizzled-2 signaling pathway has 19 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list regulation of Wnt receptor signaling pathway has 10 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list negative regulation of Wnt receptor signaling pathway has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list intracellular signaling cascade has 744 unique genes, which correspond to 983 probes in the library. 87 of 983 match alzheimers_dn, for a p-value of 0.116941149511845 The list intracellular receptor-mediated signaling pathway has 19 unique genes, which correspond to 33 probes in the library. 2 of 33 match alzheimers_dn, for a p-value of 0.738495502397773 The list steroid hormone receptor signaling pathway has 18 unique genes, which correspond to 33 probes in the library. 2 of 33 match alzheimers_dn, for a p-value of 0.738495502397773 The list androgen receptor signaling pathway has 12 unique genes, which correspond to 18 probes in the library. 2 of 18 match alzheimers_dn, for a p-value of 0.4136837631352 The list estrogen receptor signaling pathway has 7 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list nitric oxide mediated signal transduction has 5 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list protein kinase cascade has 196 unique genes, which correspond to 288 probes in the library. 21 of 288 match alzheimers_dn, for a p-value of 0.652340746022802 The list I-kappaB kinase/NF-kappaB cascade has 77 unique genes, which correspond to 115 probes in the library. 3 of 115 match alzheimers_dn, for a p-value of 0.994816414656232 The list activation of NF-kappaB-inducing kinase has 11 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list regulation of I-kappaB kinase/NF-kappaB cascade has 54 unique genes, which correspond to 87 probes in the library. 1 of 87 match alzheimers_dn, for a p-value of 0.99912724378017 The list positive regulation of I-kappaB kinase/NF-kappaB cascade has 53 unique genes, which correspond to 87 probes in the library. 1 of 87 match alzheimers_dn, for a p-value of 0.99912724378017 The list JAK-STAT cascade has 26 unique genes, which correspond to 44 probes in the library. 5 of 44 match alzheimers_dn, for a p-value of 0.255346447029199 The list regulation of JAK-STAT cascade has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list negative regulation of JAK-STAT cascade has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list regulation of tyrosine phosphorylation of STAT protein has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list regulation of tyrosine phosphorylation of Stat3 protein has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list tyrosine phosphorylation of STAT protein has 8 unique genes, which correspond to 17 probes in the library. 2 of 17 match alzheimers_dn, for a p-value of 0.385531596872848 The list tyrosine phosphorylation of Stat3 protein has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list JNK cascade has 29 unique genes, which correspond to 42 probes in the library. 5 of 42 match alzheimers_dn, for a p-value of 0.225725837857596 The list activation of JUNK has 7 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list regulation of JNK cascade has 5 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list MAPKKK cascade has 45 unique genes, which correspond to 64 probes in the library. 8 of 64 match alzheimers_dn, for a p-value of 0.122426153786431 The list activation of MAPK has 18 unique genes, which correspond to 19 probes in the library. 2 of 19 match alzheimers_dn, for a p-value of 0.441173668987211 The list inactivation of MAPK has 14 unique genes, which correspond to 23 probes in the library. 5 of 23 match alzheimers_dn, for a p-value of 0.029315820637148 The list second-messenger-mediated signaling has 110 unique genes, which correspond to 153 probes in the library. 17 of 153 match alzheimers_dn, for a p-value of 0.0872256679291357 The list calcium-mediated signaling has 7 unique genes, which correspond to 6 probes in the library. 1 of 6 match alzheimers_dn, for a p-value of 0.384784738770702 The list cyclic-nucleotide-mediated signaling has 97 unique genes, which correspond to 137 probes in the library. 15 of 137 match alzheimers_dn, for a p-value of 0.113093953859912 The list cAMP-mediated signaling has 59 unique genes, which correspond to 91 probes in the library. 13 of 91 match alzheimers_dn, for a p-value of 0.0237780545822547 The list small GTPase mediated signal transduction has 172 unique genes, which correspond to 217 probes in the library. 22 of 217 match alzheimers_dn, for a p-value of 0.122615710515147 The list RAS protein signal transduction has 20 unique genes, which correspond to 43 probes in the library. 3 of 43 match alzheimers_dn, for a p-value of 0.660123618485486 The list Rho protein signal transduction has 18 unique genes, which correspond to 27 probes in the library. 0 of 27 match alzheimers_dn, for a p-value of 1 The list regulation of signal transduction has 117 unique genes, which correspond to 174 probes in the library. 10 of 174 match alzheimers_dn, for a p-value of 0.876612204262428 The list negative regulation of signal transduction has 18 unique genes, which correspond to 26 probes in the library. 1 of 26 match alzheimers_dn, for a p-value of 0.878161624233234 The list positive regulation of signal transduction has 56 unique genes, which correspond to 89 probes in the library. 1 of 89 match alzheimers_dn, for a p-value of 0.999257718472782 The list two-component signal transduction system (phosphorelay) has 7 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list cell differentiation has 173 unique genes, which correspond to 237 probes in the library. 13 of 237 match alzheimers_dn, for a p-value of 0.931141700180241 The list cell development has 10 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list cell maturation has 8 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list nerve maturation has 8 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list nerve ensheathment has 8 unique genes, which correspond to 14 probes in the library. 1 of 14 match alzheimers_dn, for a p-value of 0.678093385646598 The list cell fate commitment has 14 unique genes, which correspond to 25 probes in the library. 1 of 25 match alzheimers_dn, for a p-value of 0.867886788221895 The list cell fate determination has 13 unique genes, which correspond to 24 probes in the library. 1 of 24 match alzheimers_dn, for a p-value of 0.856745457935699 The list hemocyte differentiation (sensu Arthropoda) has 7 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list hemocyte development has 6 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list keratinocyte differentiation has 8 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list lymphocyte differentiation has 26 unique genes, which correspond to 34 probes in the library. 0 of 34 match alzheimers_dn, for a p-value of 1 The list B-cell differentiation has 12 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list regulation of lymphocyte differentiation has 9 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list positive regulation of lymphocyte differentiation has 5 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list positive regulation of T-cell differentiation has 5 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of T-cell differentiation has 7 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list T-cell differentiation has 12 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list T-helper cell differentiation has 5 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list myeloid blood cell differentiation has 13 unique genes, which correspond to 20 probes in the library. 0 of 20 match alzheimers_dn, for a p-value of 1 The list monocyte differentiation has 9 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list regulation of monocyte differentiation has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list regulation of myeloid blood cell differentiation has 8 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list negative regulation of myeloid blood cell differentiation has 5 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list myoblast differentiation has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list neuron differentiation has 14 unique genes, which correspond to 10 probes in the library. 5 of 10 match alzheimers_dn, for a p-value of 0.000513623819005561 The list regulation of neuron differentiation has 9 unique genes, which correspond to 5 probes in the library. 2 of 5 match alzheimers_dn, for a p-value of 0.0516153430227439 The list regulation of cell differentiation has 39 unique genes, which correspond to 46 probes in the library. 3 of 46 match alzheimers_dn, for a p-value of 0.704659694796215 The list negative regulation of cell differentiation has 10 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list positive regulation of cell differentiation has 12 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list spermatid development has 9 unique genes, which correspond to 8 probes in the library. 2 of 8 match alzheimers_dn, for a p-value of 0.12375053710205 The list cellular physiological process has 3253 unique genes, which correspond to 4234 probes in the library. 353 of 4234 match alzheimers_dn, for a p-value of 0.0924361662840393 The list autophagy has 5 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list cell activation has 69 unique genes, which correspond to 90 probes in the library. 0 of 90 match alzheimers_dn, for a p-value of 1 The list immune cell activation has 69 unique genes, which correspond to 90 probes in the library. 0 of 90 match alzheimers_dn, for a p-value of 1 The list lymphocyte activation has 56 unique genes, which correspond to 74 probes in the library. 0 of 74 match alzheimers_dn, for a p-value of 1 The list B-cell activation has 22 unique genes, which correspond to 30 probes in the library. 0 of 30 match alzheimers_dn, for a p-value of 1 The list B-cell proliferation has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list lymphocyte proliferation has 18 unique genes, which correspond to 21 probes in the library. 0 of 21 match alzheimers_dn, for a p-value of 1 The list regulation of lymphocyte proliferation has 13 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list positive regulation of lymphocyte proliferation has 10 unique genes, which correspond to 11 probes in the library. 0 of 11 match alzheimers_dn, for a p-value of 1 The list positive regulation of T-cell proliferation has 8 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list regulation of T-cell proliferation has 10 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list T-cell proliferation has 11 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list natural killer cell activation has 9 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list T-cell activation has 30 unique genes, which correspond to 41 probes in the library. 0 of 41 match alzheimers_dn, for a p-value of 1 The list cell death has 370 unique genes, which correspond to 525 probes in the library. 30 of 525 match alzheimers_dn, for a p-value of 0.972012442047901 The list cytolysis has 15 unique genes, which correspond to 14 probes in the library. 3 of 14 match alzheimers_dn, for a p-value of 0.0897058708810319 The list programmed cell death has 349 unique genes, which correspond to 493 probes in the library. 27 of 493 match alzheimers_dn, for a p-value of 0.981002033993317 The list apoptosis has 346 unique genes, which correspond to 492 probes in the library. 27 of 492 match alzheimers_dn, for a p-value of 0.980426176612054 The list apoptotic program has 38 unique genes, which correspond to 56 probes in the library. 2 of 56 match alzheimers_dn, for a p-value of 0.938551531506733 The list apoptotic nuclear changes has 7 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list DNA fragmentation has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list caspase activation has 20 unique genes, which correspond to 26 probes in the library. 1 of 26 match alzheimers_dn, for a p-value of 0.878161624233234 The list regulation of caspase activation has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list negative regulation of caspase activation has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list inhibition of caspase activation has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list disassembly of cell structures has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list regulation of apoptosis has 206 unique genes, which correspond to 319 probes in the library. 16 of 319 match alzheimers_dn, for a p-value of 0.979729576113281 The list negative regulation of apoptosis has 88 unique genes, which correspond to 143 probes in the library. 10 of 143 match alzheimers_dn, for a p-value of 0.681694400055148 The list anti-apoptosis has 84 unique genes, which correspond to 138 probes in the library. 8 of 138 match alzheimers_dn, for a p-value of 0.849302632541372 The list regulation of anti-apoptosis has 6 unique genes, which correspond to 12 probes in the library. 4 of 12 match alzheimers_dn, for a p-value of 0.0108899304991899 The list positive regulation of anti-apoptosis has 5 unique genes, which correspond to 9 probes in the library. 3 of 9 match alzheimers_dn, for a p-value of 0.0276600757776216 The list positive regulation of apoptosis has 106 unique genes, which correspond to 165 probes in the library. 6 of 165 match alzheimers_dn, for a p-value of 0.990296947553882 The list induction of apoptosis has 103 unique genes, which correspond to 161 probes in the library. 6 of 161 match alzheimers_dn, for a p-value of 0.988018057910916 The list induction of apoptosis by extracellular signals has 27 unique genes, which correspond to 38 probes in the library. 0 of 38 match alzheimers_dn, for a p-value of 1 The list induction of apoptosis via death domain receptors has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list induction of apoptosis by intracellular signals has 13 unique genes, which correspond to 20 probes in the library. 3 of 20 match alzheimers_dn, for a p-value of 0.200330292142734 The list DNA damage response, signal transduction resulting in induction of apoptosis has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of programmed cell death has 208 unique genes, which correspond to 319 probes in the library. 16 of 319 match alzheimers_dn, for a p-value of 0.979729576113281 The list negative regulation of programmed cell death has 89 unique genes, which correspond to 143 probes in the library. 10 of 143 match alzheimers_dn, for a p-value of 0.681694400055148 The list positive regulation of programmed cell death has 107 unique genes, which correspond to 165 probes in the library. 6 of 165 match alzheimers_dn, for a p-value of 0.990296947553882 The list induction of programmed cell death has 103 unique genes, which correspond to 161 probes in the library. 6 of 161 match alzheimers_dn, for a p-value of 0.988018057910916 The list cell growth and/or maintenance has 2800 unique genes, which correspond to 3647 probes in the library. 319 of 3647 match alzheimers_dn, for a p-value of 0.0167692277189386 The list cell growth has 86 unique genes, which correspond to 122 probes in the library. 9 of 122 match alzheimers_dn, for a p-value of 0.614219727188094 The list regulation of cell growth has 66 unique genes, which correspond to 85 probes in the library. 5 of 85 match alzheimers_dn, for a p-value of 0.799687457984394 The list negative regulation of cell growth has 17 unique genes, which correspond to 28 probes in the library. 2 of 28 match alzheimers_dn, for a p-value of 0.65169040816838 The list cell homeostasis has 72 unique genes, which correspond to 91 probes in the library. 6 of 91 match alzheimers_dn, for a p-value of 0.719574550896029 The list cell ion homeostasis has 64 unique genes, which correspond to 84 probes in the library. 6 of 84 match alzheimers_dn, for a p-value of 0.644721637539678 The list cation homeostasis has 59 unique genes, which correspond to 76 probes in the library. 5 of 76 match alzheimers_dn, for a p-value of 0.713486901971295 The list di-, tri-valent inorganic cation homeostasis has 41 unique genes, which correspond to 59 probes in the library. 3 of 59 match alzheimers_dn, for a p-value of 0.847185625667374 The list calcium ion homeostasis has 23 unique genes, which correspond to 22 probes in the library. 1 of 22 match alzheimers_dn, for a p-value of 0.831564860472717 The list copper ion homeostasis has 5 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list iron ion homeostasis has 14 unique genes, which correspond to 32 probes in the library. 1 of 32 match alzheimers_dn, for a p-value of 0.925043171824896 The list metal ion homeostasis has 45 unique genes, which correspond to 63 probes in the library. 3 of 63 match alzheimers_dn, for a p-value of 0.876920553501049 The list transition metal ion homeostasis has 18 unique genes, which correspond to 37 probes in the library. 2 of 37 match alzheimers_dn, for a p-value of 0.79397193203442 The list monovalent inorganic cation homeostasis has 15 unique genes, which correspond to 14 probes in the library. 2 of 14 match alzheimers_dn, for a p-value of 0.298036386882161 The list hydrogen ion homeostasis has 14 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list regulation of pH has 10 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list regulation of cell volume has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list cell organization and biogenesis has 616 unique genes, which correspond to 758 probes in the library. 67 of 758 match alzheimers_dn, for a p-value of 0.153065492790038 The list cellular morphogenesis has 125 unique genes, which correspond to 173 probes in the library. 12 of 173 match alzheimers_dn, for a p-value of 0.700699659898291 The list establishment and/or maintenance of cell polarity has 12 unique genes, which correspond to 23 probes in the library. 3 of 23 match alzheimers_dn, for a p-value of 0.263877345481983 The list regulation of cell shape has 7 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of cell size has 86 unique genes, which correspond to 122 probes in the library. 9 of 122 match alzheimers_dn, for a p-value of 0.614219727188094 The list negative regulation of cell size has 17 unique genes, which correspond to 28 probes in the library. 2 of 28 match alzheimers_dn, for a p-value of 0.65169040816838 The list cytoplasm organization and biogenesis has 352 unique genes, which correspond to 434 probes in the library. 48 of 434 match alzheimers_dn, for a p-value of 0.00923342435903387 The list intercellular junction assembly and/or maintenance has 10 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list intercellular junction assembly has 7 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list organelle organization and biogenesis has 298 unique genes, which correspond to 383 probes in the library. 46 of 383 match alzheimers_dn, for a p-value of 0.00237391973576879 The list cytoskeleton organization and biogenesis has 246 unique genes, which correspond to 314 probes in the library. 39 of 314 match alzheimers_dn, for a p-value of 0.00270188617886149 The list actin filament-based process has 94 unique genes, which correspond to 118 probes in the library. 10 of 118 match alzheimers_dn, for a p-value of 0.436819008101301 The list actin cytoskeleton organization and biogenesis has 84 unique genes, which correspond to 99 probes in the library. 10 of 99 match alzheimers_dn, for a p-value of 0.240430238366619 The list actin filament organization has 14 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list actin filament bundle formation has 6 unique genes, which correspond to 4 probes in the library. 1 of 4 match alzheimers_dn, for a p-value of 0.276645145967116 The list actin polymerization and/or depolymerization has 21 unique genes, which correspond to 29 probes in the library. 6 of 29 match alzheimers_dn, for a p-value of 0.0221497362299472 The list actin filament polymerization has 11 unique genes, which correspond to 17 probes in the library. 5 of 17 match alzheimers_dn, for a p-value of 0.0079542766877979 The list regulation of actin filament polymerization has 6 unique genes, which correspond to 9 probes in the library. 4 of 9 match alzheimers_dn, for a p-value of 0.00334966308173031 The list regulation of actin polymerization and/or depolymerization has 13 unique genes, which correspond to 14 probes in the library. 5 of 14 match alzheimers_dn, for a p-value of 0.00313268177521419 The list regulation of actin filament length has 15 unique genes, which correspond to 17 probes in the library. 5 of 17 match alzheimers_dn, for a p-value of 0.0079542766877979 The list actin filament-based movement has 11 unique genes, which correspond to 19 probes in the library. 0 of 19 match alzheimers_dn, for a p-value of 1 The list cytoskeletal anchoring has 7 unique genes, which correspond to 13 probes in the library. 0 of 13 match alzheimers_dn, for a p-value of 1 The list microtubule-based process has 93 unique genes, which correspond to 113 probes in the library. 22 of 113 match alzheimers_dn, for a p-value of 5.45088361380353e-05 The list microtubule cytoskeleton organization and biogenesis has 39 unique genes, which correspond to 46 probes in the library. 6 of 46 match alzheimers_dn, for a p-value of 0.144753936090661 The list M phase specific microtubule process has 18 unique genes, which correspond to 22 probes in the library. 4 of 22 match alzheimers_dn, for a p-value of 0.0867867307554927 The list centrosome cycle has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list spindle assembly has 12 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list mitotic spindle assembly has 12 unique genes, which correspond to 13 probes in the library. 2 of 13 match alzheimers_dn, for a p-value of 0.268274884596286 The list microtubule nucleation has 10 unique genes, which correspond to 9 probes in the library. 3 of 9 match alzheimers_dn, for a p-value of 0.0276600757776216 The list tubulin folding has 5 unique genes, which correspond to 7 probes in the library. 2 of 7 match alzheimers_dn, for a p-value of 0.0977020540462852 The list microtubule polymerization has 9 unique genes, which correspond to 9 probes in the library. 3 of 9 match alzheimers_dn, for a p-value of 0.0276600757776216 The list microtubule-based movement has 28 unique genes, which correspond to 31 probes in the library. 10 of 31 match alzheimers_dn, for a p-value of 7.78313966235718e-05 The list axon cargo transport has 7 unique genes, which correspond to 11 probes in the library. 5 of 11 match alzheimers_dn, for a p-value of 0.000881235782941936 The list endosome organization and biogenesis has 19 unique genes, which correspond to 27 probes in the library. 3 of 27 match alzheimers_dn, for a p-value of 0.351306942612832 The list endosome transport has 16 unique genes, which correspond to 24 probes in the library. 3 of 24 match alzheimers_dn, for a p-value of 0.285614431155593 The list lysosome organization and biogenesis has 9 unique genes, which correspond to 16 probes in the library. 0 of 16 match alzheimers_dn, for a p-value of 1 The list lysosomal transport has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list mitochondrion organization and biogenesis has 5 unique genes, which correspond to 5 probes in the library. 3 of 5 match alzheimers_dn, for a p-value of 0.00417248463830091 The list peroxisome organization and biogenesis has 11 unique genes, which correspond to 16 probes in the library. 1 of 16 match alzheimers_dn, for a p-value of 0.726217553201261 The list plasma membrane organization and biogenesis has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list ribosome biogenesis and assembly has 47 unique genes, which correspond to 44 probes in the library. 2 of 44 match alzheimers_dn, for a p-value of 0.866358572809123 The list ribosome biogenesis has 44 unique genes, which correspond to 40 probes in the library. 2 of 40 match alzheimers_dn, for a p-value of 0.828477914020744 The list rRNA processing has 24 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list membrane organization and biogenesis has 9 unique genes, which correspond to 12 probes in the library. 4 of 12 match alzheimers_dn, for a p-value of 0.0108899304991899 The list nuclear organization and biogenesis has 170 unique genes, which correspond to 192 probes in the library. 9 of 192 match alzheimers_dn, for a p-value of 0.966575438808516 The list chromosome organization and biogenesis (sensu Eukarya) has 168 unique genes, which correspond to 190 probes in the library. 9 of 190 match alzheimers_dn, for a p-value of 0.963621417395772 The list establishment and/or maintenance of chromatin architecture has 136 unique genes, which correspond to 143 probes in the library. 7 of 143 match alzheimers_dn, for a p-value of 0.934043544548774 The list chromatin assembly/disassembly has 77 unique genes, which correspond to 81 probes in the library. 4 of 81 match alzheimers_dn, for a p-value of 0.883610616584396 The list nucleosome assembly has 52 unique genes, which correspond to 43 probes in the library. 3 of 43 match alzheimers_dn, for a p-value of 0.660123618485486 The list chromatin modification has 60 unique genes, which correspond to 74 probes in the library. 3 of 74 match alzheimers_dn, for a p-value of 0.933866707965419 The list covalent chromatin modification has 12 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list histone modification has 12 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list histone deacetylation has 9 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list non-covalent chromatin modification has 22 unique genes, which correspond to 36 probes in the library. 2 of 36 match alzheimers_dn, for a p-value of 0.781169733771809 The list chromatin remodeling has 22 unique genes, which correspond to 36 probes in the library. 2 of 36 match alzheimers_dn, for a p-value of 0.781169733771809 The list chromatin silencing has 9 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list telomere maintenance has 14 unique genes, which correspond to 23 probes in the library. 1 of 23 match alzheimers_dn, for a p-value of 0.844664560448951 The list telomerase-dependent telomere maintenance has 14 unique genes, which correspond to 23 probes in the library. 1 of 23 match alzheimers_dn, for a p-value of 0.844664560448951 The list cell proliferation has 846 unique genes, which correspond to 1245 probes in the library. 78 of 1245 match alzheimers_dn, for a p-value of 0.982048151202445 The list cell cycle has 565 unique genes, which correspond to 847 probes in the library. 65 of 847 match alzheimers_dn, for a p-value of 0.563024844383315 The list DNA replication and chromosome cycle has 140 unique genes, which correspond to 210 probes in the library. 12 of 210 match alzheimers_dn, for a p-value of 0.898091263538296 The list chromosome condensation has 11 unique genes, which correspond to 15 probes in the library. 0 of 15 match alzheimers_dn, for a p-value of 1 The list mitotic chromosome condensation has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list sister chromatid cohesion has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list chromosome segregation has 17 unique genes, which correspond to 24 probes in the library. 1 of 24 match alzheimers_dn, for a p-value of 0.856745457935699 The list sister chromatid segregation has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list mitotic sister chromatid segregation has 6 unique genes, which correspond to 7 probes in the library. 1 of 7 match alzheimers_dn, for a p-value of 0.432631852891438 The list DNA replication has 110 unique genes, which correspond to 174 probes in the library. 11 of 174 match alzheimers_dn, for a p-value of 0.801966610647276 The list DNA-dependent DNA replication has 59 unique genes, which correspond to 86 probes in the library. 6 of 86 match alzheimers_dn, for a p-value of 0.667282873141475 The list DNA replication initiation has 15 unique genes, which correspond to 23 probes in the library. 2 of 23 match alzheimers_dn, for a p-value of 0.543371460995577 The list DNA strand elongation has 5 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list DNA topological change has 6 unique genes, which correspond to 9 probes in the library. 1 of 9 match alzheimers_dn, for a p-value of 0.517451855212534 The list maintenance of fidelity during DNA-dependent DNA replication has 13 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list mismatch repair has 13 unique genes, which correspond to 19 probes in the library. 1 of 19 match alzheimers_dn, for a p-value of 0.785256933460783 The list regulation of DNA replication has 9 unique genes, which correspond to 14 probes in the library. 2 of 14 match alzheimers_dn, for a p-value of 0.298036386882161 The list M phase has 138 unique genes, which correspond to 198 probes in the library. 13 of 198 match alzheimers_dn, for a p-value of 0.774610062428919 The list M phase of mitotic cell cycle has 103 unique genes, which correspond to 147 probes in the library. 10 of 147 match alzheimers_dn, for a p-value of 0.714390225579274 The list mitosis has 101 unique genes, which correspond to 143 probes in the library. 10 of 143 match alzheimers_dn, for a p-value of 0.681694400055148 The list mitotic anaphase has 9 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list mitotic prophase has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list regulation of mitosis has 26 unique genes, which correspond to 45 probes in the library. 3 of 45 match alzheimers_dn, for a p-value of 0.690332911524407 The list mitotic checkpoint has 10 unique genes, which correspond to 13 probes in the library. 1 of 13 match alzheimers_dn, for a p-value of 0.650946457163423 The list nuclear division has 131 unique genes, which correspond to 183 probes in the library. 10 of 183 match alzheimers_dn, for a p-value of 0.910161188597765 The list meiosis has 40 unique genes, which correspond to 53 probes in the library. 3 of 53 match alzheimers_dn, for a p-value of 0.790956739416238 The list meiosis I has 17 unique genes, which correspond to 28 probes in the library. 0 of 28 match alzheimers_dn, for a p-value of 1 The list meiotic prophase I has 17 unique genes, which correspond to 28 probes in the library. 0 of 28 match alzheimers_dn, for a p-value of 1 The list meiotic recombination has 15 unique genes, which correspond to 26 probes in the library. 0 of 26 match alzheimers_dn, for a p-value of 1 The list mitotic cell cycle has 162 unique genes, which correspond to 240 probes in the library. 20 of 240 match alzheimers_dn, for a p-value of 0.40763710331778 The list G1 phase of mitotic cell cycle has 12 unique genes, which correspond to 24 probes in the library. 0 of 24 match alzheimers_dn, for a p-value of 1 The list traversing start control point of mitotic cell cycle has 5 unique genes, which correspond to 12 probes in the library. 0 of 12 match alzheimers_dn, for a p-value of 1 The list G1/S transition of mitotic cell cycle has 49 unique genes, which correspond to 69 probes in the library. 9 of 69 match alzheimers_dn, for a p-value of 0.0861160571529213 The list regulation of cyclin dependent protein kinase activity has 32 unique genes, which correspond to 41 probes in the library. 6 of 41 match alzheimers_dn, for a p-value of 0.0957010323933541 The list G2/M transition of mitotic cell cycle has 38 unique genes, which correspond to 52 probes in the library. 6 of 52 match alzheimers_dn, for a p-value of 0.21548845717156 The list regulation of mitotic cell cycle has 6 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of S phase of mitotic cell cycle has 5 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list regulation of cell cycle has 342 unique genes, which correspond to 522 probes in the library. 44 of 522 match alzheimers_dn, for a p-value of 0.311330170053261 The list cell cycle arrest has 45 unique genes, which correspond to 72 probes in the library. 4 of 72 match alzheimers_dn, for a p-value of 0.820613295534383 The list cell cycle checkpoint has 24 unique genes, which correspond to 39 probes in the library. 2 of 39 match alzheimers_dn, for a p-value of 0.817599634724074 The list DNA damage response, signal transduction resulting in cell cycle arrest has 5 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list negative regulation of cell cycle has 77 unique genes, which correspond to 118 probes in the library. 11 of 118 match alzheimers_dn, for a p-value of 0.311048610860748 The list cytokinesis has 84 unique genes, which correspond to 114 probes in the library. 7 of 114 match alzheimers_dn, for a p-value of 0.791747636726666 The list regulation of cell proliferation has 228 unique genes, which correspond to 355 probes in the library. 19 of 355 match alzheimers_dn, for a p-value of 0.970063962518153 The list negative regulation of cell proliferation has 112 unique genes, which correspond to 183 probes in the library. 10 of 183 match alzheimers_dn, for a p-value of 0.910161188597765 The list positive regulation of cell proliferation has 107 unique genes, which correspond to 159 probes in the library. 9 of 159 match alzheimers_dn, for a p-value of 0.877568301228863 The list transport has 1421 unique genes, which correspond to 1743 probes in the library. 208 of 1743 match alzheimers_dn, for a p-value of 8.89661443910912e-10 The list amine/polyamine transport has 39 unique genes, which correspond to 44 probes in the library. 4 of 44 match alzheimers_dn, for a p-value of 0.45013867833323 The list amino acid transport has 34 unique genes, which correspond to 39 probes in the library. 4 of 39 match alzheimers_dn, for a p-value of 0.360379381500773 The list acidic amino acid transport has 5 unique genes, which correspond to 5 probes in the library. 1 of 5 match alzheimers_dn, for a p-value of 0.332902596703209 The list L-glutamate transport has 5 unique genes, which correspond to 5 probes in the library. 1 of 5 match alzheimers_dn, for a p-value of 0.332902596703209 The list L-amino acid transport has 10 unique genes, which correspond to 11 probes in the library. 1 of 11 match alzheimers_dn, for a p-value of 0.589591496765378 The list carbohydrate transport has 21 unique genes, which correspond to 27 probes in the library. 1 of 27 match alzheimers_dn, for a p-value of 0.887637355797417 The list monosaccharide transport has 11 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list hexose transport has 11 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list glucose transport has 11 unique genes, which correspond to 17 probes in the library. 0 of 17 match alzheimers_dn, for a p-value of 1 The list fluid transport has 7 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list water transport has 7 unique genes, which correspond to 8 probes in the library. 0 of 8 match alzheimers_dn, for a p-value of 1 The list gas transport has 10 unique genes, which correspond to 11 probes in the library. 4 of 11 match alzheimers_dn, for a p-value of 0.00773128171817817 The list oxygen transport has 10 unique genes, which correspond to 11 probes in the library. 4 of 11 match alzheimers_dn, for a p-value of 0.00773128171817817 The list hydrogen transport has 59 unique genes, which correspond to 75 probes in the library. 24 of 75 match alzheimers_dn, for a p-value of 1.19905060660694e-09 The list proton transport has 57 unique genes, which correspond to 74 probes in the library. 24 of 74 match alzheimers_dn, for a p-value of 8.80609666413807e-10 The list energy coupled proton transport, against electrochemical gradient has 7 unique genes, which correspond to 12 probes in the library. 1 of 12 match alzheimers_dn, for a p-value of 0.621510182350567 The list ATP hydrolysis coupled proton transport has 5 unique genes, which correspond to 10 probes in the library. 1 of 10 match alzheimers_dn, for a p-value of 0.554981054514678 The list energy coupled proton transport, down electrochemical gradient has 30 unique genes, which correspond to 38 probes in the library. 17 of 38 match alzheimers_dn, for a p-value of 8.11485042300257e-10 The list ATP synthesis coupled proton transport has 30 unique genes, which correspond to 38 probes in the library. 17 of 38 match alzheimers_dn, for a p-value of 8.11485042300257e-10 The list intracellular transport has 453 unique genes, which correspond to 562 probes in the library. 81 of 562 match alzheimers_dn, for a p-value of 7.37677751977995e-08 The list cytoskeleton-dependent intracellular transport has 28 unique genes, which correspond to 31 probes in the library. 10 of 31 match alzheimers_dn, for a p-value of 7.78313966235718e-05 The list Golgi vesicle transport has 47 unique genes, which correspond to 71 probes in the library. 11 of 71 match alzheimers_dn, for a p-value of 0.020848311017936 The list ER to Golgi transport has 17 unique genes, which correspond to 24 probes in the library. 2 of 24 match alzheimers_dn, for a p-value of 0.566803918253758 The list intra-Golgi transport has 13 unique genes, which correspond to 22 probes in the library. 0 of 22 match alzheimers_dn, for a p-value of 1 The list post-Golgi transport has 13 unique genes, which correspond to 21 probes in the library. 9 of 21 match alzheimers_dn, for a p-value of 1.28594733335443e-05 The list retrograde transport, Golgi to ER has 5 unique genes, which correspond to 5 probes in the library. 0 of 5 match alzheimers_dn, for a p-value of 1 The list intracellular protein transport has 358 unique genes, which correspond to 422 probes in the library. 57 of 422 match alzheimers_dn, for a p-value of 3.76604544422527e-05 The list protein targeting has 108 unique genes, which correspond to 143 probes in the library. 16 of 143 match alzheimers_dn, for a p-value of 0.0904932381301955 The list protein-ER targeting has 11 unique genes, which correspond to 12 probes in the library. 3 of 12 match alzheimers_dn, for a p-value of 0.0608300154045459 The list cotranslational membrane targeting has 9 unique genes, which correspond to 10 probes in the library. 3 of 10 match alzheimers_dn, for a p-value of 0.0372685271436536 The list protein-membrane targeting has 12 unique genes, which correspond to 16 probes in the library. 4 of 16 match alzheimers_dn, for a p-value of 0.0311965194000763 The list protein-mitochondrial targeting has 19 unique genes, which correspond to 22 probes in the library. 2 of 22 match alzheimers_dn, for a p-value of 0.51906762486396 The list protein-nucleus import has 52 unique genes, which correspond to 74 probes in the library. 7 of 74 match alzheimers_dn, for a p-value of 0.352735886696841 The list NLS-bearing substrate-nucleus import has 11 unique genes, which correspond to 25 probes in the library. 4 of 25 match alzheimers_dn, for a p-value of 0.125242206350472 The list protein-nucleus import, docking has 12 unique genes, which correspond to 17 probes in the library. 2 of 17 match alzheimers_dn, for a p-value of 0.385531596872848 The list protein-nucleus import, translocation has 10 unique genes, which correspond to 21 probes in the library. 2 of 21 match alzheimers_dn, for a p-value of 0.493912087895391 The list regulation of protein-nucleus import has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list regulation of transcription factor-nucleus import has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list negative regulation of transcription factor-nucleus import has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list cytoplasmic sequestering of transcription factor has 6 unique genes, which correspond to 7 probes in the library. 0 of 7 match alzheimers_dn, for a p-value of 1 The list regulation of NF-kappaB-nucleus import has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list transcription factor-nucleus import has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list NF-kappaB-nucleus import has 6 unique genes, which correspond to 6 probes in the library. 0 of 6 match alzheimers_dn, for a p-value of 1 The list mitochondrial transport has 17 unique genes, which correspond to 21 probes in the library. 6 of 21 match alzheimers_dn, for a p-value of 0.00431708949720852 The list nucleocytoplasmic transport has 80 unique genes, which correspond to 130 probes in the library. 10 of 130 match alzheimers_dn, for a p-value of 0.561409594187481 The list regulation of nucleocytoplasmic transport has 9 unique genes, which correspond to 9 probes in the library. 0 of 9 match alzheimers_dn, for a p-value of 1 The list RNA-nucleus export has 28 unique genes, which correspond to 51 probes in the library. 2 of 51 match alzheimers_dn, for a p-value of 0.914674019976109 The list mRNA-nucleus export has 24 unique genes, which correspond to 41 probes in the library. 1 of 41 match alzheimers_dn, for a p-value of 0.963829721624951 The list ion transport has 522 unique genes, which correspond to 651 probes in the library. 73 of 651 match alzheimers_dn, for a p-value of 0.00118175111492322 The list anion transport has 144 unique genes, which correspond to 187 probes in the library. 14 of 187 match alzheimers_dn, for a p-value of 0.598243323774401 The list inorganic anion transport has 108 unique genes, which correspond to 144 probes in the library. 8 of 144 match alzheimers_dn, for a p-value of 0.879248480286358 The list chloride transport has 38 unique genes, which correspond to 50 probes in the library. 5 of 50 match alzheimers_dn, for a p-value of 0.348412837921869 The list phosphate transport has 60 unique genes, which correspond to 84 probes in the library. 3 of 84 match alzheimers_dn, for a p-value of 0.963419081888637 The list sulfate transport has 10 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list organic anion transport has 26 unique genes, which correspond to 34 probes in the library. 2 of 34 match alzheimers_dn, for a p-value of 0.753457253912228 The list dicarboxylic acid transport has 8 unique genes, which correspond to 10 probes in the library. 2 of 10 match alzheimers_dn, for a p-value of 0.17968906149323 The list monocarboxylic acid transport has 11 unique genes, which correspond to 21 probes in the library. 0 of 21 match alzheimers_dn, for a p-value of 1 The list cation transport has 332 unique genes, which correspond to 423 probes in the library. 55 of 423 match alzheimers_dn, for a p-value of 0.000139736854100564 The list di-, tri-valent inorganic cation transport has 91 unique genes, which correspond to 147 probes in the library. 12 of 147 match alzheimers_dn, for a p-value of 0.474288577268416 The list calcium ion transport has 57 unique genes, which correspond to 94 probes in the library. 11 of 94 match alzheimers_dn, for a p-value of 0.113207723884393 The list transition metal ion transport has 34 unique genes, which correspond to 53 probes in the library. 1 of 53 match alzheimers_dn, for a p-value of 0.986309917933498 The list copper ion transport has 8 unique genes, which correspond to 10 probes in the library. 0 of 10 match alzheimers_dn, for a p-value of 1 The list iron ion transport has 18 unique genes, which correspond to 36 probes in the library. 1 of 36 match alzheimers_dn, for a p-value of 0.94577961449663 The list zinc ion transport has 5 unique genes, which correspond to 4 probes in the library. 0 of 4 match alzheimers_dn, for a p-value of 1 The list metal ion transport has 263 unique genes, which correspond to 339 probes in the library. 33 of 339 match alzheimers_dn, for a p-value of 0.109100109200122 The list potassium ion transport has 126 unique genes, which correspond to 147 probes in the library. 16 of 147 match alzheimers_dn, for a p-value of 0.108550105894996 The list sodium ion transport has 73 unique genes, which correspond to 79 probes in the library. 8 of 79 match alzheimers_dn, for a p-value of 0.271024167544346 The list monovalent inorganic cation transport has 224 unique genes, which correspond to 264 probes in the library. 44 of 264 match alzheimers_dn, for a p-value of 1.45528966774437e-06 The list lipid transport has 55 unique genes, which correspond to 70 probes in the library. 4 of 70 match alzheimers_dn, for a p-value of 0.803288963216945