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 biological_process [Hs:748] [Mm:1594]
 biological adhesion [Hs:767] [Mm:605]
 biological regulation [Hs:8047] [Mm:7222]
 regulation of biological process [Hs:7670] [Mm:6923]
 negative regulation of biological process [Hs:1461] [Mm:1259]
 negative regulation of anti-apoptosis [Hs:3] [Mm:5]
 negative regulation of bicoid mRNA localization
 negative regulation of border follicle cell delamination
 negative regulation of cell killing [Hs:1] [Mm:9]
 negative regulation of cellular process [Hs:1369] [Mm:1169]
 negative regulation of Golgi to plasma membrane protein transport [Hs:1]
 negative regulation of cell activation [Hs:34] [Mm:39]
 negative regulation of cell adhesion [Hs:45] [Mm:31]
 negative regulation of cell communication [Hs:164] [Mm:147]
 negative regulation of cell cycle [Hs:170] [Mm:101]
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 negative regulation of cell division [Hs:2] [Mm:1]
 negative regulation of cell growth [Hs:66] [Mm:21]
 negative regulation of cell motion [Hs:44] [Mm:23]
 negative regulation of cell proliferation [Hs:278] [Mm:169]
 negative regulation of cellular component organization [Hs:100] [Mm:98]
 negative regulation of cellular metabolic process [Hs:558] [Mm:492]
 negative regulation of cellular pH reduction [Hs:1]
 negative regulation of chromosome segregation
 negative regulation of conjugation with cellular fusion
 negative regulation of cytolysis [Mm:1]
 negative regulation of exocytosis [Mm:1]
 negative regulation of gamma-aminobutyric acid secretion
 negative regulation of gene expression [Hs:399] [Mm:379]
 negative regulation of glutamate secretion
 negative regulation of hormone secretion [Hs:14] [Mm:13]
 negative regulation of meiosis [Mm:2]
 negative regulation of mitochondrial depolarization [Hs:3]
 negative regulation of myelination [Hs:3] [Mm:3]
 negative regulation of neuron maturation
 negative regulation of neurotransmitter secretion [Mm:2]
 negative regulation of programmed cell death [Hs:272] [Mm:222]
 negative regulation of release of sequestered calcium ion into cytosol
 negative regulation of serotonin secretion
 negative regulation of spindle pole body separation
 negative regulation of transmembrane transport
 negative regulation of circadian rhythm
 negative regulation of developmental process [Hs:410] [Mm:407]
 negative regulation of angiogenesis [Hs:21] [Mm:18]
 negative regulation of appressorium formation on or near host
 negative regulation of arbuscule formation for nutrient acquisition from host
 negative regulation of blood vessel remodeling
 negative regulation of cardiac muscle cell proliferation [Hs:3] [Mm:2]
 negative regulation of cardiac muscle fiber development
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 negative regulation of cell projection organization [Hs:16] [Mm:23]
 negative regulation of chitin-based cuticle tanning
 negative regulation of conidium formation
 negative regulation of cytolysis [Mm:1]
 negative regulation of developmental growth [Hs:1] [Mm:1]
 negative regulation of eclosion
 negative regulation of embryonic development
 negative regulation of epidermis development [Mm:2]
 negative regulation of formation by symbiont of haustorium for nutrient acquisition from host
 negative regulation of haustorium mother cell formation on or near host
 negative regulation of histolysis
 negative regulation of hyphopodium formation on or near host
 negative regulation of infection cushion formation on or near host
 negative regulation of muscle development [Hs:11] [Mm:7]
 negative regulation of nervous system development [Hs:1] [Mm:1]
 negative regulation of neuron maturation
 negative regulation of odontogenesis [Hs:1] [Mm:1]
 negative regulation of ossification [Hs:10] [Mm:10]
 negative regulation of pigmentation during development
 negative regulation of post-embryonic development
 negative regulation of programmed cell death [Hs:272] [Mm:222]
 negative regulation of salivary gland boundary specification
 negative regulation of spore germination on or near host
 negative regulation of spore-bearing organ development
 negative regulation of sporualtion
 negative regulation of symbiont haustorium neck formation for entry into host
 negative regulation of symbiont penetration hypha formation for entry into host
 negative regulation of symbiont penetration peg formation for entry into host
 negative regulation of vulval development
 negative regulation of fibrinolysis [Hs:3] [Mm:1]
 negative regulation of growth [Hs:81] [Mm:41]
 negative regulation of homeostatic process [Hs:11] [Mm:4]
 negative regulation of immune system process [Hs:50] [Mm:59]
 negative regulation of locomotion [Hs:3] [Mm:1]
 negative regulation of metabolic process [Hs:566] [Mm:497]
 negative regulation of multi-organism process [Hs:2]
 negative regulation of multicellular organismal process [Hs:84] [Mm:78]
 negative regulation of pole plasm oskar mRNA localization
 negative regulation of response to stimulus [Hs:46] [Mm:46]
 negative regulation of sequestering of calcium ion [Hs:5] [Mm:6]
 negative regulation of transport [Hs:68] [Mm:45]
 negative regulation of viral protein levels in host cell
 negative regulation of viral reproduction [Hs:6] [Mm:1]
 positive regulation of biological process [Hs:1405] [Mm:1197]
 regulation of anti-apoptosis [Hs:13] [Mm:6]
 regulation of cell killing [Hs:11] [Mm:33]
 regulation of cellular process [Hs:7483] [Mm:6698]
 cell redox homeostasis [Hs:75] [Mm:56]
 negative regulation of cellular process [Hs:1369] [Mm:1169]
 negative regulation of Golgi to plasma membrane protein transport [Hs:1]
 negative regulation of cell activation [Hs:34] [Mm:39]
 negative regulation of cell adhesion [Hs:45] [Mm:31]
 negative regulation of cell communication [Hs:164] [Mm:147]
 negative regulation of cell cycle [Hs:170] [Mm:101]
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 negative regulation of cell division [Hs:2] [Mm:1]
 negative regulation of cell growth [Hs:66] [Mm:21]
 negative regulation of cell motion [Hs:44] [Mm:23]
 negative regulation of cell proliferation [Hs:278] [Mm:169]
 negative regulation of cellular component organization [Hs:100] [Mm:98]
 negative regulation of cellular metabolic process [Hs:558] [Mm:492]
 negative regulation of cellular pH reduction [Hs:1]
 negative regulation of chromosome segregation
 negative regulation of conjugation with cellular fusion
 negative regulation of cytolysis [Mm:1]
 negative regulation of exocytosis [Mm:1]
 negative regulation of gamma-aminobutyric acid secretion
 negative regulation of gene expression [Hs:399] [Mm:379]
 negative regulation of glutamate secretion
 negative regulation of hormone secretion [Hs:14] [Mm:13]
 negative regulation of meiosis [Mm:2]
 negative regulation of mitochondrial depolarization [Hs:3]
 negative regulation of myelination [Hs:3] [Mm:3]
 negative regulation of neuron maturation
 negative regulation of neurotransmitter secretion [Mm:2]
 negative regulation of programmed cell death [Hs:272] [Mm:222]
 negative regulation of release of sequestered calcium ion into cytosol
 negative regulation of serotonin secretion
 negative regulation of spindle pole body separation
 negative regulation of transmembrane transport
 positive regulation of cellular process [Hs:1280] [Mm:1066]
 regulation of cell activation [Hs:119] [Mm:135]
 regulation of cell adhesion [Hs:94] [Mm:71]
 regulation of cell communication [Hs:781] [Mm:585]
 regulation of cell cycle [Hs:372] [Mm:233]
 regulation of cell differentiation [Hs:290] [Mm:351]
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 positive regulation of cell differentiation [Hs:112] [Mm:141]
 regulation of antipodal cell differentiation
 regulation of cardioblast differentiation [Hs:3]
 regulation of cell development [Hs:113] [Mm:140]
 negative regulation of cell development [Hs:25] [Mm:42]
 positive regulation of cell development [Hs:26] [Mm:26]
 regulation of border follicle cell delamination
 regulation of cell morphogenesis involved in differentiation [Hs:45] [Mm:53]
 regulation of eye photoreceptor cell development [Hs:1]
 regulation of mating type switching
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 regulation of oocyte development
 regulation of retinal cell programmed cell death [Hs:3] [Mm:5]
 regulation of sarcomere organization
 regulation of skeletal muscle fiber development [Hs:21] [Mm:12]
 regulation of spermatid nuclear differentiation
 regulation of cell fate commitment [Hs:1] [Mm:5]
 regulation of chondrocyte differentiation [Hs:2] [Mm:8]
 regulation of cumulus cell differentiation
 regulation of embryo sac central cell differentiation
 regulation of embryo sac egg cell differentiation
 regulation of endothelial cell differentiation [Hs:4] [Mm:4]
 regulation of epidermal cell differentiation [Hs:3] [Mm:5]
 regulation of epithelial cell differentiation [Hs:8] [Mm:13]
 regulation of fat cell differentiation [Hs:6] [Mm:11]
 regulation of hemocyte differentiation [Hs:1]
 regulation of keratinocyte differentiation [Hs:4] [Mm:4]
 regulation of lymphocyte differentiation [Hs:40] [Mm:54]
 regulation of mechanoreceptor differentiation [Hs:3] [Mm:3]
 regulation of muscle cell differentiation [Hs:16] [Mm:16]
 regulation of myeloid cell differentiation [Hs:52] [Mm:49]
 regulation of osteoblast differentiation [Hs:24] [Mm:25]
 regulation of photoreceptor cell differentiation [Hs:1] [Mm:2]
 regulation of pigment cell differentiation [Hs:3] [Mm:9]
 regulation of sorocarp stalk cell differentiation
 regulation of sporulation resulting in formation of a cellular spore
 regulation of synergid differentiation
 regulation of timing of cell differentiation [Hs:5] [Mm:7]
 regulation of cell division [Hs:13] [Mm:5]
 regulation of cell growth [Hs:181] [Mm:104]
 regulation of cell motion [Hs:114] [Mm:91]
 regulation of cell proliferation [Hs:586] [Mm:440]
 regulation of cellular component organization [Hs:336] [Mm:297]
 regulation of cellular localization [Hs:124] [Mm:82]
 regulation of cellular metabolic process [Hs:3345] [Mm:2580]
 regulation of cellular pH reduction [Hs:1]
 regulation of chromosome segregation [Hs:3] [Mm:1]
 regulation of cytolysis [Hs:2] [Mm:3]
 regulation of gene expression [Hs:3090] [Mm:2380]
 regulation of mitochondrial depolarization [Hs:5] [Mm:3]
 regulation of programmed cell death [Hs:631] [Mm:488]
 regulation of release of sequestered calcium ion into cytosol [Hs:3]
 regulation of sequestering of calcium ion [Hs:5] [Mm:6]
 regulation of sexual sporulation
 regulation of stomatal movement
 regulation of transmembrane transport
 signal transduction [Hs:3792] [Mm:3634]
 regulation of circadian rhythm [Hs:4] [Mm:3]
 regulation of developmental process [Hs:983] [Mm:916]
 modulation of spore germination on or near host
 negative regulation of developmental process [Hs:410] [Mm:407]
 negative regulation of angiogenesis [Hs:21] [Mm:18]
 negative regulation of appressorium formation on or near host
 negative regulation of arbuscule formation for nutrient acquisition from host
 negative regulation of blood vessel remodeling
 negative regulation of cardiac muscle cell proliferation [Hs:3] [Mm:2]
 negative regulation of cardiac muscle fiber development
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 negative regulation of cell projection organization [Hs:16] [Mm:23]
 negative regulation of chitin-based cuticle tanning
 negative regulation of conidium formation
 negative regulation of cytolysis [Mm:1]
 negative regulation of developmental growth [Hs:1] [Mm:1]
 negative regulation of eclosion
 negative regulation of embryonic development
 negative regulation of epidermis development [Mm:2]
 negative regulation of formation by symbiont of haustorium for nutrient acquisition from host
 negative regulation of haustorium mother cell formation on or near host
 negative regulation of histolysis
 negative regulation of hyphopodium formation on or near host
 negative regulation of infection cushion formation on or near host
 negative regulation of muscle development [Hs:11] [Mm:7]
 negative regulation of nervous system development [Hs:1] [Mm:1]
 negative regulation of neuron maturation
 negative regulation of odontogenesis [Hs:1] [Mm:1]
 negative regulation of ossification [Hs:10] [Mm:10]
 negative regulation of pigmentation during development
 negative regulation of post-embryonic development
 negative regulation of programmed cell death [Hs:272] [Mm:222]
 negative regulation of salivary gland boundary specification
 negative regulation of spore germination on or near host
 negative regulation of spore-bearing organ development
 negative regulation of sporualtion
 negative regulation of symbiont haustorium neck formation for entry into host
 negative regulation of symbiont penetration hypha formation for entry into host
 negative regulation of symbiont penetration peg formation for entry into host
 negative regulation of vulval development
 positive regulation of developmental process [Hs:442] [Mm:355]
 regulation of anatomical structure morphogenesis [Hs:171] [Mm:187]
 regulation of cardiac muscle cell proliferation [Hs:7] [Mm:6]
 regulation of cell differentiation [Hs:290] [Mm:351]
 negative regulation of cell differentiation [Hs:118] [Mm:173]
 maintenance of imaginal histoblast diploidy
 maintenance of organ identity [Hs:4] [Mm:2]
 negative regulation of antipodal cell differentiation
 negative regulation of cardioblast differentiation
 negative regulation of cell development [Hs:25] [Mm:42]
 negative regulation of cell fate commitment [Hs:1] [Mm:5]
 negative regulation of chondrocyte differentiation [Hs:2] [Mm:4]
 negative regulation of cumulus cell differentiation
 negative regulation of embryo sac central cell differentiation
 negative regulation of embryo sac egg cell differentiation
 negative regulation of endothelial cell differentiation [Hs:1] [Mm:1]
 negative regulation of epidermal cell differentiation
 negative regulation of epithelial cell differentiation [Hs:1] [Mm:2]
 negative regulation of fat cell differentiation [Hs:2] [Mm:4]
 negative regulation of hemocyte differentiation
 negative regulation of keratinocyte differentiation [Hs:1] [Mm:3]
 negative regulation of lymphocyte differentiation [Hs:8] [Mm:11]
 negative regulation of mating type switching
 negative regulation of mechanoreceptor differentiation [Hs:2] [Mm:2]
 negative regulation of mesodermal cell fate determination
 negative regulation of muscle cell differentiation [Hs:9] [Mm:6]
 negative regulation of myeloid cell differentiation [Hs:22] [Mm:24]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 negative regulation of osteoblast differentiation [Hs:10] [Mm:12]
 negative regulation of photoreceptor cell differentiation [Mm:2]
 negative regulation of pigment cell differentiation
 negative regulation of sorocarp stalk cell differentiation
 negative regulation of spermatid nuclear differentiation
 negative regulation of sporulation resulting in formation of a cellular spore
 negative regulation of synergid differentiation
 repression of premature neural plate formation [Hs:1] [Mm:1]
 stem cell maintenance [Hs:8] [Mm:21]
 positive regulation of cell differentiation [Hs:112] [Mm:141]
 regulation of antipodal cell differentiation
 regulation of cardioblast differentiation [Hs:3]
 regulation of cell development [Hs:113] [Mm:140]
 negative regulation of cell development [Hs:25] [Mm:42]
 positive regulation of cell development [Hs:26] [Mm:26]
 regulation of border follicle cell delamination
 regulation of cell morphogenesis involved in differentiation [Hs:45] [Mm:53]
 regulation of eye photoreceptor cell development [Hs:1]
 regulation of mating type switching
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 regulation of oocyte development
 regulation of retinal cell programmed cell death [Hs:3] [Mm:5]
 regulation of sarcomere organization
 regulation of skeletal muscle fiber development [Hs:21] [Mm:12]
 regulation of spermatid nuclear differentiation
 regulation of cell fate commitment [Hs:1] [Mm:5]
 regulation of chondrocyte differentiation [Hs:2] [Mm:8]
 regulation of cumulus cell differentiation
 regulation of embryo sac central cell differentiation
 regulation of embryo sac egg cell differentiation
 regulation of endothelial cell differentiation [Hs:4] [Mm:4]
 regulation of epidermal cell differentiation [Hs:3] [Mm:5]
 regulation of epithelial cell differentiation [Hs:8] [Mm:13]
 regulation of fat cell differentiation [Hs:6] [Mm:11]
 regulation of hemocyte differentiation [Hs:1]
 regulation of keratinocyte differentiation [Hs:4] [Mm:4]
 regulation of lymphocyte differentiation [Hs:40] [Mm:54]
 regulation of mechanoreceptor differentiation [Hs:3] [Mm:3]
 regulation of muscle cell differentiation [Hs:16] [Mm:16]
 regulation of myeloid cell differentiation [Hs:52] [Mm:49]
 regulation of osteoblast differentiation [Hs:24] [Mm:25]
 regulation of photoreceptor cell differentiation [Hs:1] [Mm:2]
 regulation of pigment cell differentiation [Hs:3] [Mm:9]
 regulation of sorocarp stalk cell differentiation
 regulation of sporulation resulting in formation of a cellular spore
 regulation of synergid differentiation
 regulation of timing of cell differentiation [Hs:5] [Mm:7]
 regulation of central tolerance induction [Hs:1] [Mm:1]
 regulation of chitin-based cuticle tanning
 regulation of cytolysis [Hs:2] [Mm:3]
 regulation of development, heterochronic [Hs:5] [Mm:7]
 regulation of developmental growth [Hs:13] [Mm:8]
 regulation of eclosion
 regulation of embryonic development [Hs:10] [Mm:8]
 regulation of epidermis development [Hs:10] [Mm:14]
 regulation of hemocyte proliferation
 regulation of histolysis
 regulation of isotype switching [Hs:10] [Mm:13]
 regulation of meristem development
 regulation of muscle development [Hs:40] [Mm:27]
 regulation of nervous system development [Hs:111] [Mm:142]
 negative regulation of nervous system development [Hs:1] [Mm:1]
 positive regulation of nervous system development [Hs:2] [Mm:4]
 regulation of granule cell precursor proliferation [Hs:8] [Mm:9]
 regulation of myelination [Hs:3] [Mm:3]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 regulation of synaptogenesis [Hs:15] [Mm:10]
 regulation of ossification [Hs:47] [Mm:52]
 regulation of pigmentation during development [Hs:5] [Mm:15]
 regulation of post-embryonic development
 regulation of programmed cell death [Hs:631] [Mm:488]
 regulation of shoot development
 regulation of spore-bearing organ development
 regulation of sporualtion
 specification of organ number
 regulation of fibrinolysis [Hs:3] [Mm:1]
 regulation of growth [Hs:248] [Mm:205]
 regulation of homeostatic process [Hs:53] [Mm:36]
 regulation of immune system process [Hs:265] [Mm:279]
 regulation of localization [Hs:355] [Mm:287]
 regulation of locomotion [Hs:122] [Mm:90]
 regulation of metabolic process [Hs:3433] [Mm:2658]
 regulation of multi-organism process [Hs:25] [Mm:5]
 regulation of multicellular organismal process [Hs:630] [Mm:652]
 negative regulation of multicellular organismal process [Hs:84] [Mm:78]
 positive regulation of multicellular organismal process [Hs:123] [Mm:108]
 regulation of angiogenesis [Hs:51] [Mm:38]
 regulation of antipodal cell differentiation
 regulation of auditory receptor cell differentiation [Hs:3] [Mm:3]
 regulation of bicoid mRNA localization
 regulation of carbohydrate utilization
 regulation of cardiac muscle cell proliferation [Hs:7] [Mm:6]
 regulation of cardioblast differentiation [Hs:3]
 regulation of central tolerance induction [Hs:1] [Mm:1]
 regulation of chitin-based cuticle tanning
 regulation of cholesterol absorption [Hs:2] [Mm:4]
 regulation of chondrocyte differentiation [Hs:2] [Mm:8]
 regulation of circadian sleep/wake cycle [Hs:2] [Mm:2]
 regulation of coagulation [Hs:28] [Mm:14]
 regulation of compound eye cone cell fate specification
 regulation of cumulus cell differentiation
 regulation of cuticle pigmentation [Hs:1]
 regulation of cytokine production [Hs:136] [Mm:101]
 regulation of diuresis
 regulation of eclosion
 regulation of ectodermal cell fate specification
 regulation of embryo sac central cell differentiation
 regulation of embryo sac egg cell differentiation
 regulation of embryonic development [Hs:10] [Mm:8]
 regulation of epidermis development [Hs:10] [Mm:14]
 regulation of female pigmentation
 regulation of female receptivity [Hs:1] [Mm:2]
 regulation of glomerular filtration
 regulation of hair cycle [Hs:6] [Mm:6]
 regulation of heart contraction [Hs:67] [Mm:41]
 regulation of heat dissipation
 regulation of heat generation
 regulation of hemocyte differentiation [Hs:1]
 regulation of hemocyte proliferation
 regulation of histolysis
 regulation of imaginal disc growth
 regulation of isotype switching [Hs:10] [Mm:13]
 regulation of lymphocyte differentiation [Hs:40] [Mm:54]
 regulation of male pigmentation
 regulation of meristem development
 regulation of multicellular organism growth [Hs:38] [Mm:70]
 regulation of multicellular organismal metabolic process [Hs:5] [Mm:4]
 regulation of muscle adaptation [Hs:4] [Mm:2]
 regulation of muscle contraction [Hs:58] [Mm:37]
 regulation of muscle development [Hs:40] [Mm:27]
 regulation of myeloid cell differentiation [Hs:52] [Mm:49]
 regulation of natriuresis [Hs:3]
 regulation of nervous system development [Hs:111] [Mm:142]
 negative regulation of nervous system development [Hs:1] [Mm:1]
 positive regulation of nervous system development [Hs:2] [Mm:4]
 regulation of granule cell precursor proliferation [Hs:8] [Mm:9]
 regulation of myelination [Hs:3] [Mm:3]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 regulation of synaptogenesis [Hs:15] [Mm:10]
 regulation of neurological system process [Hs:73] [Mm:79]
 regulation of neurotrophin production [Hs:1]
 regulation of odontogenesis [Hs:5] [Mm:6]
 regulation of oviposition
 regulation of ovulation
 regulation of photoreceptor cell differentiation [Hs:1] [Mm:2]
 regulation of pole plasm oskar mRNA localization
 regulation of post-embryonic development
 regulation of respiratory gaseous exchange [Hs:2] [Mm:7]
 regulation of retinal cell programmed cell death [Hs:3] [Mm:5]
 regulation of saliva secretion [Hs:2] [Mm:1]
 regulation of salivary gland boundary specification
 regulation of shoot development
 regulation of skeletal muscle regeneration [Hs:1] [Mm:2]
 regulation of spore-bearing organ development
 regulation of synergid differentiation
 regulation of tissue remodeling [Hs:55] [Mm:61]
 regulation of vasoconstriction [Hs:19] [Mm:11]
 regulation of vasodilation [Hs:14] [Mm:1]
 regulation of response to stimulus [Hs:239] [Mm:227]
 regulation of viral reproduction [Hs:18] [Mm:2]
 regulation of biological quality [Hs:1092] [Mm:910]
 regulation of molecular function [Hs:795] [Mm:439]
 cell killing [Hs:14] [Mm:10]
 cellular process [Hs:12899] [Mm:11936]
 absorption of light
 actin filament-based process [Hs:251] [Mm:194]
 cell activation [Hs:229] [Mm:225]
 cell adhesion [Hs:767] [Mm:605]
 cell aging [Hs:21] [Mm:25]
 cell communication [Hs:4143] [Mm:3912]
 cell competition in a multicellular organism
 cell cycle [Hs:783] [Mm:646]
 cell cycle process [Hs:504] [Mm:363]
 cell death [Hs:592] [Mm:507]
 cell development [Hs:569] [Mm:790]
 Sertoli cell development [Hs:1] [Mm:5]
 adrenocorticotropin hormone secreting cell development
 ascospore-type prospore formation
 cardiac cell development
 cardiac muscle cell development [Hs:4] [Mm:11]
 cell maturation [Hs:47] [Mm:80]
 cell morphogenesis involved in differentiation [Hs:166] [Mm:215]
 chlamydospore formation
 chondrocyte development [Hs:2] [Mm:8]
 developmental cell growth [Mm:2]
 developmental programmed cell death [Mm:4]
 endothelial cell development [Hs:3] [Mm:5]
 epithelial cell development [Hs:5] [Mm:15]
 erythrocyte development [Hs:9] [Mm:15]
 germ cell development [Hs:32] [Mm:50]
 glial cell development [Hs:15] [Mm:18]
 granulosa cell development
 guard cell development
 hemocyte development [Hs:9]
 inner ear receptor cell development [Hs:5] [Mm:9]
 mating type determination
 mesenchymal cell development [Hs:45] [Mm:46]
 muscle cell development [Hs:19] [Mm:23]
 muscle fiber development [Hs:47] [Mm:55]
 myoblast development [Hs:1] [Mm:1]
 myotube cell development [Hs:1]
 neuroblast development
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 neuron development [Hs:200] [Mm:272]
 notochord cell development
 oenocyte development
 oocyte construction [Hs:2]
 osteoblast development [Hs:6] [Mm:10]
 ovarian follicle cell development
 photoreceptor cell development [Hs:9] [Mm:27]
 pole cell development
 prolactin secreting cell development
 somatotropin secreting cell development [Hs:1] [Mm:2]
 spermatid development [Hs:38] [Mm:59]
 stem cell development [Hs:8] [Mm:21]
 thyroid stimulating hormone secreting cell development
 cell division [Hs:257] [Mm:274]
 cell fate commitment [Hs:96] [Mm:151]
 cell fate determination [Hs:35] [Mm:27]
 cell fate specification [Hs:17] [Mm:36]
 cell growth [Hs:43] [Mm:21]
 cell maturation [Hs:47] [Mm:80]
 cell motion [Hs:449] [Mm:346]
 cell proliferation [Hs:423] [Mm:248]
 cell recognition [Hs:57] [Mm:47]
 cellular component organization [Hs:2145] [Mm:1760]
 cellular developmental process [Hs:1378] [Mm:1621]
 cell dedifferentiation [Hs:1]
 cell differentiation [Hs:1280] [Mm:1513]
 Leydig cell differentiation [Hs:2] [Mm:5]
 Sertoli cell differentiation [Hs:2] [Mm:6]
 adrenocorticotropin hormone secreting cell differentiation
 antipodal cell differentiation
 cardiac cell differentiation [Hs:13] [Mm:21]
 cell development [Hs:569] [Mm:790]
 Sertoli cell development [Hs:1] [Mm:5]
 adrenocorticotropin hormone secreting cell development
 ascospore-type prospore formation
 cardiac cell development
 cardiac muscle cell development [Hs:4] [Mm:11]
 cell maturation [Hs:47] [Mm:80]
 cell morphogenesis involved in differentiation [Hs:166] [Mm:215]
 chlamydospore formation
 chondrocyte development [Hs:2] [Mm:8]
 developmental cell growth [Mm:2]
 developmental programmed cell death [Mm:4]
 endothelial cell development [Hs:3] [Mm:5]
 epithelial cell development [Hs:5] [Mm:15]
 erythrocyte development [Hs:9] [Mm:15]
 germ cell development [Hs:32] [Mm:50]
 glial cell development [Hs:15] [Mm:18]
 granulosa cell development
 guard cell development
 hemocyte development [Hs:9]
 inner ear receptor cell development [Hs:5] [Mm:9]
 mating type determination
 mesenchymal cell development [Hs:45] [Mm:46]
 muscle cell development [Hs:19] [Mm:23]
 muscle fiber development [Hs:47] [Mm:55]
 myoblast development [Hs:1] [Mm:1]
 myotube cell development [Hs:1]
 neuroblast development
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 neuron development [Hs:200] [Mm:272]
 notochord cell development
 oenocyte development
 oocyte construction [Hs:2]
 osteoblast development [Hs:6] [Mm:10]
 ovarian follicle cell development
 photoreceptor cell development [Hs:9] [Mm:27]
 pole cell development
 prolactin secreting cell development
 somatotropin secreting cell development [Hs:1] [Mm:2]
 spermatid development [Hs:38] [Mm:59]
 stem cell development [Hs:8] [Mm:21]
 thyroid stimulating hormone secreting cell development
 cell differentiation in hindbrain [Hs:6] [Mm:17]
 cell differentiation in spinal cord [Hs:6] [Mm:25]
 cell differentiation involved in spore germination
 cell fate commitment [Hs:96] [Mm:151]
 chondrocyte differentiation [Hs:10] [Mm:21]
 collenchyma cell differentiation
 companion cell differentiation
 compound eye cone cell differentiation
 cumulus cell differentiation
 ectodermal cell differentiation [Mm:1]
 embryo sac central cell differentiation
 embryo sac egg cell differentiation
 endothelial cell differentiation [Hs:10] [Mm:9]
 epidermal cell differentiation [Hs:48] [Mm:35]
 epithelial cell differentiation [Hs:34] [Mm:39]
 fat cell differentiation [Hs:27] [Mm:30]
 garland cell differentiation
 generative cell differentiation
 glial cell differentiation [Hs:31] [Mm:41]
 granulosa cell differentiation [Hs:1] [Mm:1]
 guard mother cell differentiation
 hemangioblast cell differentiation
 hemocyte differentiation [Hs:9]
 hemopoietic progenitor cell differentiation [Hs:4] [Mm:8]
 heterocyst differentiation
 hypothalamus cell differentiation [Hs:3] [Mm:5]
 inner cell mass cell differentiation [Hs:1] [Mm:2]
 keratinocyte differentiation [Hs:33] [Mm:31]
 leukocyte differentiation [Hs:97] [Mm:135]
 mechanoreceptor differentiation [Hs:21] [Mm:37]
 mesenchymal cell differentiation [Hs:45] [Mm:48]
 mesodermal cell differentiation [Hs:9] [Mm:7]
 microsporocyte differentiation
 muscle cell differentiation [Hs:66] [Mm:77]
 myeloid cell differentiation [Hs:68] [Mm:89]
 mystery cell fate differentiation [Hs:1] [Mm:1]
 neuroblast differentiation [Hs:1] [Mm:1]
 neuromast hair cell differentiation
 neuromast mantle cell differentiation
 neuromast support cell differentiation
 neuron differentiation [Hs:249] [Mm:352]
 notochord cell differentiation
 oenocyte differentiation
 olfactory bulb interneuron differentiation [Hs:1] [Mm:6]
 oocyte differentiation [Hs:11] [Mm:20]
 osteoblast differentiation [Hs:17] [Mm:34]
 parenchymal cell differentiation
 photoreceptor cell differentiation [Hs:10] [Mm:29]
 pigment cell differentiation [Hs:13] [Mm:19]
 pigment cell precursor differentiation
 pollen sperm cell differentiation
 prolactin secreting cell differentiation
 radial glial cell differentiation [Hs:1] [Mm:1]
 rhombomere cell differentiation
 satellite cell differentiation [Mm:1]
 sclerenchyma cell differentiation
 sieve cell differentiation
 somatotropin secreting cell differentiation [Hs:2] [Mm:3]
 sorocarp stalk cell differentiation
 spermatid differentiation [Hs:40] [Mm:62]
 sporocyte differentiation
 sporulation resulting in formation of a cellular spore
 stem cell differentiation [Hs:10] [Mm:24]
 synergid differentiation
 tapetal cell differentiation
 thyroid stimulating hormone secreting cell differentiation
 transdifferentiation
 trophectodermal cell differentiation [Hs:3] [Mm:20]
 vasculogenesis [Hs:28] [Mm:35]
 vegetative cell differentiation
 vessel member cell differentiation
 cellular structure morphogenesis [Hs:324] [Mm:417]
 cellularization
 centrosomal and pronuclear rotation
 creation of an inductive signal
 developmental programmed cell death [Mm:4]
 donor selection
 fruiting body development in cellular response to starvation
 plant-type spore development
 stomatal lineage progression
 cellular homeostasis [Hs:387] [Mm:305]
 cellular localization [Hs:1153] [Mm:860]
 cellular metabolic process [Hs:7815] [Mm:6693]
 cellular pigmentation [Hs:12] [Mm:13]
 cellular response to stimulus [Hs:397] [Mm:300]
 chromosome segregation [Hs:68] [Mm:57]
 contact inhibition
 cytokinetic process [Hs:2] [Mm:1]
 ensheathment of neurons [Hs:32] [Mm:39]
 establishment or maintenance of cell polarity [Hs:46] [Mm:29]
 gene expression [Hs:3034] [Mm:2564]
 generation of a signal involved in cell-cell signaling [Hs:53] [Mm:76]
 host cellular processes involved in virus induced gene silencing
 intermediate filament-based process [Hs:21] [Mm:25]
 intracellular defense response
 membrane docking [Hs:34] [Mm:17]
 microtubule-based process [Hs:267] [Mm:199]
 nurse cell nucleus anchoring
 plasmid maintenance
 pollen germination
 reproductive cellular process [Hs:1]
 stomatal movement
 syncytium formation [Hs:7] [Mm:9]
 transmembrane transport [Hs:154] [Mm:117]
 transposition [Hs:7] [Mm:1]
 vesicle-mediated transport [Hs:555] [Mm:460]
 developmental process [Hs:3332] [Mm:3111]
 abscission
 age-dependent general metabolic decline [Hs:1] [Mm:3]
 aging [Hs:35] [Mm:47]
 anatomical structure arrangement [Mm:5]
 anatomical structure development [Hs:2166] [Mm:2124]
 adenohypophysis development [Hs:5] [Mm:9]
 aggregation involved in sorocarp development
 alveolus development [Hs:9] [Mm:19]
 ammon gyrus development
 amnioserosa formation
 amygdala development
 analia development
 anatomical structure morphogenesis [Hs:1004] [Mm:1181]
 antennal joint development
 anterior cibarial plate development
 anterior midgut development
 anther development
 appendage development [Hs:61] [Mm:106]
 blastocyst development [Hs:20] [Mm:54]
 cardiac muscle fiber development [Hs:2] [Mm:2]
 central complex development
 cerebellar Purkinje cell layer development [Hs:5] [Mm:18]
 cerebellar cortex development [Hs:10] [Mm:26]
 cerebellar granular layer development [Hs:2] [Mm:4]
 cerebellar molecular layer development [Hs:1] [Mm:1]
 cerebellum development [Hs:14] [Mm:36]
 cerebral cortex development [Hs:9] [Mm:36]
 cingulate gyrus development
 clypeus development
 compound eye corneal lens development
 corpus callosum development [Hs:2] [Mm:3]
 culmination during sorocarp development
 cupula development
 cuticle development [Hs:2]
 dendrite development [Hs:25] [Mm:47]
 dentate gyrus development [Hs:1] [Mm:3]
 dentate nucleus development
 diencephalon development [Hs:17] [Mm:33]
 dorsal motor nucleus of vagus nerve development
 dorsal spinal cord development [Hs:1] [Mm:11]
 endocrine pancreas development [Hs:7] [Mm:13]
 epistomal sclerite development
 epithalamus development
 exocrine pancreas development [Hs:1] [Mm:3]
 face development
 floor plate development [Hs:1]
 floral whorl development
 forebrain development [Hs:79] [Mm:161]
 forebrain-midbrain boundary formation [Mm:2]
 fourth ventricle development [Mm:1]
 germ-line cyst encapsulation
 globus pallidus development [Hs:1] [Mm:1]
 glomerulus development [Hs:1] [Mm:2]
 habenula development
 hard palate development [Hs:1] [Mm:1]
 head development [Mm:1]
 hindbrain development [Hs:31] [Mm:65]
 hippocampus development [Hs:6] [Mm:19]
 hypothalamus development [Hs:4] [Mm:7]
 inferior reticular formation development
 inner ear development [Hs:56] [Mm:87]
 intermediate reticular formation development
 labrum development
 lateral line development
 lateral ventricle development [Hs:1] [Mm:3]
 lens development in camera-type eye [Hs:5] [Mm:26]
 locus ceruleus development [Mm:1]
 mammilary body development
 medulla oblongata development
 mesectoderm development
 mesendoderm development [Hs:1] [Mm:1]
 metencephalon development [Hs:14] [Mm:41]
 midbrain development [Hs:9] [Mm:18]
 midbrain-hindbrain boundary development [Hs:4] [Mm:5]
 mushroom body development
 mycelium development
 nectary development
 nerve development [Hs:10] [Mm:26]
 neural nucleus development [Hs:4] [Mm:7]
 neural tube development [Hs:43] [Mm:73]
 neurohypophysis development [Hs:2] [Mm:4]
 notum development
 ocellus development
 olfactory bulb development [Hs:3] [Mm:10]
 olfactory cortex development
 olfactory lobe development [Hs:3] [Mm:11]
 olfactory pit development [Hs:1] [Mm:2]
 ommatidial rotation
 optic lobe placode development
 orbitofrontal cortex development
 organ development [Hs:1439] [Mm:1603]
 organ senescence [Mm:1]
 otolith development [Hs:1] [Mm:3]
 ovule development
 palate development [Hs:7] [Mm:20]
 pallium development [Hs:12] [Mm:48]
 parahippocampal gyrus development
 pericardium development [Hs:3] [Mm:3]
 phyllome development
 pons development [Hs:1] [Mm:6]
 post-embryonic ectodermal gut development
 posterior cibarial plate development
 posterior midgut development [Hs:3] [Mm:1]
 progression of morphogenetic furrow during compound eye morphogenesis
 putamen development [Hs:1]
 reproductive structure development [Hs:76] [Mm:83]
 retina development in camera-type eye [Hs:9] [Mm:28]
 rhombencephalic reticular formation development
 rhombomere development [Hs:2] [Mm:7]
 root cap development
 seed coat development
 slug development during sorocarp development
 soft palate development [Hs:2] [Mm:2]
 sorocarp stalk development
 spinal cord development [Hs:10] [Mm:38]
 stigma development
 stomatal complex development
 striatum development [Hs:3] [Mm:7]
 style development
 subpallium development [Hs:5] [Mm:10]
 substantia nigra development
 subthalamus development
 superior reticular formation development
 suspensor development
 system development [Hs:1945] [Mm:1949]
 autonomic nervous system development [Hs:7] [Mm:18]
 central nervous system development [Hs:289] [Mm:328]
 endocrine system development [Hs:40] [Mm:66]
 enteric nervous system development [Hs:3] [Mm:5]
 exocrine system development [Hs:14] [Mm:17]
 immune system development [Hs:214] [Mm:278]
 limbic system development [Hs:11] [Mm:28]
 menstrual cycle phase [Hs:1]
 nervous system development [Hs:852] [Mm:797]
 autonomic nervous system development [Hs:7] [Mm:18]
 branching morphogenesis of a nerve [Hs:1] [Mm:3]
 central nervous system development [Hs:289] [Mm:328]
 ensheathment of neurons [Hs:32] [Mm:39]
 nerve development [Hs:10] [Mm:26]
 neural tube development [Hs:43] [Mm:73]
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 notochord formation
 peripheral nervous system development [Hs:30] [Mm:41]
 prechordal plate formation
 stomatogastric nervous system development
 synapse maturation
 synaptogenesis [Hs:23] [Mm:19]
 open tracheal system development
 organ development [Hs:1439] [Mm:1603]
 parasympathetic nervous system development [Mm:7]
 peripheral nervous system development [Hs:30] [Mm:41]
 pharyngeal system development [Hs:3] [Mm:7]
 postganglionic parasympathetic nervous system development
 preganglionic parasympathetic nervous system development [Mm:6]
 root system development
 sensory system development
 shoot system development
 stomatogastric nervous system development
 sympathetic nervous system development [Hs:2] [Mm:6]
 urogenital system development [Hs:67] [Mm:104]
 ventricular system development [Hs:1] [Mm:6]
 tapetal layer development
 telencephalon development [Hs:19] [Mm:66]
 thalamus development [Hs:1] [Mm:2]
 third ventricle development [Mm:1]
 tissue development [Hs:355] [Mm:347]
 tube development [Hs:139] [Mm:213]
 ureteric bud development [Hs:29] [Mm:42]
 ventral midline development [Hs:3] [Mm:2]
 ventral spinal cord development [Hs:4] [Mm:16]
 anatomical structure formation [Hs:164] [Mm:230]
 anatomical structure morphogenesis [Hs:1004] [Mm:1181]
 anatomical structure regression [Hs:4] [Mm:3]
 cellular developmental process [Hs:1378] [Mm:1621]
 cell dedifferentiation [Hs:1]
 cell differentiation [Hs:1280] [Mm:1513]
 Leydig cell differentiation [Hs:2] [Mm:5]
 Sertoli cell differentiation [Hs:2] [Mm:6]
 adrenocorticotropin hormone secreting cell differentiation
 antipodal cell differentiation
 cardiac cell differentiation [Hs:13] [Mm:21]
 cell development [Hs:569] [Mm:790]
 Sertoli cell development [Hs:1] [Mm:5]
 adrenocorticotropin hormone secreting cell development
 ascospore-type prospore formation
 cardiac cell development
 cardiac muscle cell development [Hs:4] [Mm:11]
 cell maturation [Hs:47] [Mm:80]
 cell morphogenesis involved in differentiation [Hs:166] [Mm:215]
 chlamydospore formation
 chondrocyte development [Hs:2] [Mm:8]
 developmental cell growth [Mm:2]
 developmental programmed cell death [Mm:4]
 endothelial cell development [Hs:3] [Mm:5]
 epithelial cell development [Hs:5] [Mm:15]
 erythrocyte development [Hs:9] [Mm:15]
 germ cell development [Hs:32] [Mm:50]
 glial cell development [Hs:15] [Mm:18]
 granulosa cell development
 guard cell development
 hemocyte development [Hs:9]
 inner ear receptor cell development [Hs:5] [Mm:9]
 mating type determination
 mesenchymal cell development [Hs:45] [Mm:46]
 muscle cell development [Hs:19] [Mm:23]
 muscle fiber development [Hs:47] [Mm:55]
 myoblast development [Hs:1] [Mm:1]
 myotube cell development [Hs:1]
 neuroblast development
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 neuron development [Hs:200] [Mm:272]
 notochord cell development
 oenocyte development
 oocyte construction [Hs:2]
 osteoblast development [Hs:6] [Mm:10]
 ovarian follicle cell development
 photoreceptor cell development [Hs:9] [Mm:27]
 pole cell development
 prolactin secreting cell development
 somatotropin secreting cell development [Hs:1] [Mm:2]
 spermatid development [Hs:38] [Mm:59]
 stem cell development [Hs:8] [Mm:21]
 thyroid stimulating hormone secreting cell development
 cell differentiation in hindbrain [Hs:6] [Mm:17]
 cell differentiation in spinal cord [Hs:6] [Mm:25]
 cell differentiation involved in spore germination
 cell fate commitment [Hs:96] [Mm:151]
 chondrocyte differentiation [Hs:10] [Mm:21]
 collenchyma cell differentiation
 companion cell differentiation
 compound eye cone cell differentiation
 cumulus cell differentiation
 ectodermal cell differentiation [Mm:1]
 embryo sac central cell differentiation
 embryo sac egg cell differentiation
 endothelial cell differentiation [Hs:10] [Mm:9]
 epidermal cell differentiation [Hs:48] [Mm:35]
 epithelial cell differentiation [Hs:34] [Mm:39]
 fat cell differentiation [Hs:27] [Mm:30]
 garland cell differentiation
 generative cell differentiation
 glial cell differentiation [Hs:31] [Mm:41]
 granulosa cell differentiation [Hs:1] [Mm:1]
 guard mother cell differentiation
 hemangioblast cell differentiation
 hemocyte differentiation [Hs:9]
 hemopoietic progenitor cell differentiation [Hs:4] [Mm:8]
 heterocyst differentiation
 hypothalamus cell differentiation [Hs:3] [Mm:5]
 inner cell mass cell differentiation [Hs:1] [Mm:2]
 keratinocyte differentiation [Hs:33] [Mm:31]
 leukocyte differentiation [Hs:97] [Mm:135]
 mechanoreceptor differentiation [Hs:21] [Mm:37]
 mesenchymal cell differentiation [Hs:45] [Mm:48]
 mesodermal cell differentiation [Hs:9] [Mm:7]
 microsporocyte differentiation
 muscle cell differentiation [Hs:66] [Mm:77]
 myeloid cell differentiation [Hs:68] [Mm:89]
 mystery cell fate differentiation [Hs:1] [Mm:1]
 neuroblast differentiation [Hs:1] [Mm:1]
 neuromast hair cell differentiation
 neuromast mantle cell differentiation
 neuromast support cell differentiation
 neuron differentiation [Hs:249] [Mm:352]
 notochord cell differentiation
 oenocyte differentiation
 olfactory bulb interneuron differentiation [Hs:1] [Mm:6]
 oocyte differentiation [Hs:11] [Mm:20]
 osteoblast differentiation [Hs:17] [Mm:34]
 parenchymal cell differentiation
 photoreceptor cell differentiation [Hs:10] [Mm:29]
 pigment cell differentiation [Hs:13] [Mm:19]
 pigment cell precursor differentiation
 pollen sperm cell differentiation
 prolactin secreting cell differentiation
 radial glial cell differentiation [Hs:1] [Mm:1]
 rhombomere cell differentiation
 satellite cell differentiation [Mm:1]
 sclerenchyma cell differentiation
 sieve cell differentiation
 somatotropin secreting cell differentiation [Hs:2] [Mm:3]
 sorocarp stalk cell differentiation
 spermatid differentiation [Hs:40] [Mm:62]
 sporocyte differentiation
 sporulation resulting in formation of a cellular spore
 stem cell differentiation [Hs:10] [Mm:24]
 synergid differentiation
 tapetal cell differentiation
 thyroid stimulating hormone secreting cell differentiation
 transdifferentiation
 trophectodermal cell differentiation [Hs:3] [Mm:20]
 vasculogenesis [Hs:28] [Mm:35]
 vegetative cell differentiation
 vessel member cell differentiation
 cellular structure morphogenesis [Hs:324] [Mm:417]
 cellularization
 centrosomal and pronuclear rotation
 creation of an inductive signal
 developmental programmed cell death [Mm:4]
 donor selection
 fruiting body development in cellular response to starvation
 plant-type spore development
 stomatal lineage progression
 death [Hs:593] [Mm:516]
 dedifferentiation [Hs:1]
 developmental growth [Hs:34] [Mm:65]
 developmental maturation [Hs:64] [Mm:105]
 dormancy process
 embryo implantation [Hs:16] [Mm:18]
 embryonic camera-type eye development [Mm:7]
 embryonic development [Hs:379] [Mm:620]
 hatching [Hs:3] [Mm:5]
 keratinization [Hs:44] [Mm:31]
 liquid clearance, open tracheal system
 megagametogenesis
 meristem determinacy
 meristem initiation
 meristem maintenance
 microgametogenesis
 multicellular organismal development [Hs:2601] [Mm:2518]
 abscission
 appendage development [Hs:61] [Mm:106]
 cell competition in a multicellular organism
 cellularization
 cuticle development [Hs:2]
 development of primary sexual characteristics [Hs:83] [Mm:92]
 development of secondary sexual characteristics [Hs:4] [Mm:3]
 embryo implantation [Hs:16] [Mm:18]
 embryonic development [Hs:379] [Mm:620]
 female sex determination [Hs:1] [Mm:1]
 female sex differentiation [Hs:40] [Mm:51]
 gametophyte development
 germ-line sex determination [Hs:1] [Mm:1]
 hatching [Hs:3] [Mm:5]
 male sex determination [Hs:11] [Mm:14]
 male sex differentiation [Hs:48] [Mm:49]
 multicellular organismal aging [Hs:8] [Mm:15]
 mycelium development
 pattern specification process [Hs:197] [Mm:286]
 polyphenic determination
 post-embryonic development [Hs:22] [Mm:68]
 primary sex determination [Hs:2] [Mm:1]
 processes downstream of sex determination signal
 ripening
 seed development
 somatic sex determination [Hs:2] [Mm:4]
 system development [Hs:1945] [Mm:1949]
 autonomic nervous system development [Hs:7] [Mm:18]
 central nervous system development [Hs:289] [Mm:328]
 endocrine system development [Hs:40] [Mm:66]
 enteric nervous system development [Hs:3] [Mm:5]
 exocrine system development [Hs:14] [Mm:17]
 immune system development [Hs:214] [Mm:278]
 limbic system development [Hs:11] [Mm:28]
 menstrual cycle phase [Hs:1]
 nervous system development [Hs:852] [Mm:797]
 autonomic nervous system development [Hs:7] [Mm:18]
 branching morphogenesis of a nerve [Hs:1] [Mm:3]
 central nervous system development [Hs:289] [Mm:328]
 ensheathment of neurons [Hs:32] [Mm:39]
 nerve development [Hs:10] [Mm:26]
 neural tube development [Hs:43] [Mm:73]
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 notochord formation
 peripheral nervous system development [Hs:30] [Mm:41]
 prechordal plate formation
 stomatogastric nervous system development
 synapse maturation
 synaptogenesis [Hs:23] [Mm:19]
 open tracheal system development
 organ development [Hs:1439] [Mm:1603]
 parasympathetic nervous system development [Mm:7]
 peripheral nervous system development [Hs:30] [Mm:41]
 pharyngeal system development [Hs:3] [Mm:7]
 postganglionic parasympathetic nervous system development
 preganglionic parasympathetic nervous system development [Mm:6]
 root system development
 sensory system development
 shoot system development
 stomatogastric nervous system development
 sympathetic nervous system development [Hs:2] [Mm:6]
 urogenital system development [Hs:67] [Mm:104]
 ventricular system development [Hs:1] [Mm:6]
 tube development [Hs:139] [Mm:213]
 muscle attachment
 myelination of lateral line nerve axons
 pattern specification process [Hs:197] [Mm:286]
 pigmentation during development [Hs:23] [Mm:33]
 polyphenic determination
 post-embryonic camera-type eye development [Mm:4]
 post-embryonic development [Hs:22] [Mm:68]
 pseudocleavage
 pupariation
 pupation
 reproductive developmental process [Hs:115] [Mm:121]
 spore germination
 sporulation
 stem cell maintenance [Hs:8] [Mm:21]
 vegetative to reproductive phase transition
 establishment of localization [Hs:3075] [Mm:2652]
 growth [Hs:110] [Mm:143]
 immune system process [Hs:933] [Mm:728]
 localization [Hs:3517] [Mm:2985]
 locomotion [Hs:363] [Mm:324]
 metabolic process [Hs:8411] [Mm:7320]
 multi-organism process [Hs:588] [Mm:296]
 multicellular organismal process [Hs:3907] [Mm:4248]
 adult behavior [Hs:48] [Mm:101]
 carbohydrate utilization
 coagulation [Hs:101] [Mm:57]
 cytokine production [Hs:35] [Mm:43]
 determination of adult life span [Hs:6] [Mm:8]
 digestion [Hs:92] [Mm:21]
 hatching behavior
 intercellular transport
 larval behavior
 molting cycle [Hs:23] [Mm:43]
 multicellular organism adhesion
 multicellular organism growth [Hs:7] [Mm:25]
 multicellular organism reproduction [Hs:56] [Mm:95]
 multicellular organismal development [Hs:2601] [Mm:2518]
 abscission
 appendage development [Hs:61] [Mm:106]
 cell competition in a multicellular organism
 cellularization
 cuticle development [Hs:2]
 development of primary sexual characteristics [Hs:83] [Mm:92]
 development of secondary sexual characteristics [Hs:4] [Mm:3]
 embryo implantation [Hs:16] [Mm:18]
 embryonic development [Hs:379] [Mm:620]
 female sex determination [Hs:1] [Mm:1]
 female sex differentiation [Hs:40] [Mm:51]
 gametophyte development
 germ-line sex determination [Hs:1] [Mm:1]
 hatching [Hs:3] [Mm:5]
 male sex determination [Hs:11] [Mm:14]
 male sex differentiation [Hs:48] [Mm:49]
 multicellular organismal aging [Hs:8] [Mm:15]
 mycelium development
 pattern specification process [Hs:197] [Mm:286]
 polyphenic determination
 post-embryonic development [Hs:22] [Mm:68]
 primary sex determination [Hs:2] [Mm:1]
 processes downstream of sex determination signal
 ripening
 seed development
 somatic sex determination [Hs:2] [Mm:4]
 system development [Hs:1945] [Mm:1949]
 autonomic nervous system development [Hs:7] [Mm:18]
 central nervous system development [Hs:289] [Mm:328]
 endocrine system development [Hs:40] [Mm:66]
 enteric nervous system development [Hs:3] [Mm:5]
 exocrine system development [Hs:14] [Mm:17]
 immune system development [Hs:214] [Mm:278]
 limbic system development [Hs:11] [Mm:28]
 menstrual cycle phase [Hs:1]
 nervous system development [Hs:852] [Mm:797]
 autonomic nervous system development [Hs:7] [Mm:18]
 branching morphogenesis of a nerve [Hs:1] [Mm:3]
 central nervous system development [Hs:289] [Mm:328]
 ensheathment of neurons [Hs:32] [Mm:39]
 nerve development [Hs:10] [Mm:26]
 neural tube development [Hs:43] [Mm:73]
 neurogenesis [Hs:350] [Mm:474]
 generation of neurons [Hs:327] [Mm:448]
 generation of neurons in the forebrain [Hs:5] [Mm:18]
 keratinocyte activation [Hs:1]
 neuroblast activation
 neuroblast differentiation [Hs:1] [Mm:1]
 neuroblast proliferation [Hs:11] [Mm:15]
 neuron differentiation [Hs:249] [Mm:352]
 neuron migration [Hs:45] [Mm:69]
 regulation of neurogenesis [Hs:89] [Mm:126]
 negative regulation of neurogenesis [Hs:25] [Mm:42]
 positive regulation of neurogenesis [Hs:26] [Mm:25]
 regulation of gliogenesis [Hs:8] [Mm:14]
 regulation of neuron differentiation [Hs:77] [Mm:104]
 negative regulation of neuron differentiation [Hs:17] [Mm:32]
 positive regulation of neuron differentiation [Hs:4] [Mm:15]
 regulation of axonogenesis [Hs:40] [Mm:46]
 regulation of dendrite development [Hs:6] [Mm:8]
 regulation of neuron maturation [Mm:1]
 regulation of timing of neuron differentiation [Hs:1] [Mm:4]
 gliogenesis [Hs:39] [Mm:44]
 notochord formation
 peripheral nervous system development [Hs:30] [Mm:41]
 prechordal plate formation
 stomatogastric nervous system development
 synapse maturation
 synaptogenesis [Hs:23] [Mm:19]
 open tracheal system development
 organ development [Hs:1439] [Mm:1603]
 parasympathetic nervous system development [Mm:7]
 peripheral nervous system development [Hs:30] [Mm:41]
 pharyngeal system development [Hs:3] [Mm:7]
 postganglionic parasympathetic nervous system development
 preganglionic parasympathetic nervous system development [Mm:6]
 root system development
 sensory system development
 shoot system development
 stomatogastric nervous system development
 sympathetic nervous system development [Hs:2] [Mm:6]
 urogenital system development [Hs:67] [Mm:104]
 ventricular system development [Hs:1] [Mm:6]
 tube development [Hs:139] [Mm:213]
 multicellular organismal homeostasis [Hs:24] [Mm:32]
 multicellular organismal metabolic process [Hs:32] [Mm:25]
 multicellular organismal movement [Hs:8] [Mm:11]
 multicellular organismal response to stress [Hs:23] [Mm:41]
 neurotrophin production [Hs:2]
 pigment accumulation in tissues [Mm:1]
 regulation of body fluid levels [Hs:134] [Mm:74]
 reproductive process in a multicellular organism [Hs:56] [Mm:95]
 respiratory gaseous exchange [Hs:35] [Mm:24]
 response to dietary excess [Hs:2] [Mm:9]
 scab formation
 secretion by tissue
 seed germination
 sleep [Hs:8] [Mm:5]
 system process [Hs:1504] [Mm:1904]
 temperature homeostasis [Hs:8] [Mm:14]
 tissue remodeling [Hs:36] [Mm:43]
 tropism
 vascular transport
 visual behavior [Hs:22] [Mm:29]
 pigmentation [Hs:43] [Mm:56]
 reproduction [Hs:625] [Mm:541]
 reproductive process [Hs:618] [Mm:538]
 response to stimulus [Hs:2917] [Mm:2091]
 rhythmic process [Hs:75] [Mm:86]
 viral reproduction [Hs:63] [Mm:10]
 cellular_component [Hs:784] [Mm:1522]
 molecular_function [Hs:704] [Mm:1517]