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minus biological_process [Hs:730] [Mm:9500]
blankplus biological adhesion [Hs:844] [Mm:706]
blankminus biological regulation [Hs:9647] [Mm:10202]
blankblankminus regulation of biological process [Hs:9123] [Mm:9807]
blankblankblankplus negative regulation of biological process [Hs:3420] [Mm:3331]
blankblankblankminus positive regulation of biological process [Hs:3881] [Mm:3727]
blankblankblankblankisa positive regulation of G1/S transition checkpoint [Hs:2] [Mm:2]
blankblankblankblankisa positive regulation of border follicle cell delamination
blankblankblankblankplus positive regulation of cell killing [Hs:33] [Mm:47]
blankblankblankblankplus positive regulation of cellular process [Hs:3546] [Mm:3388]
blankblankblankblankplus positive regulation of circadian rhythm [Hs:12] [Mm:13]
blankblankblankblankisa positive regulation of defecation rhythm
blankblankblankblankminus positive regulation of developmental process [Hs:783] [Mm:801]
blankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankplus positive regulation of angiogenesis [Hs:94] [Mm:101]
blankblankblankblankblankisa positive regulation of anterior head development [Hs:2] [Mm:3]
blankblankblankblankblankisa positive regulation of apoptotic process involved in mammary gland involution [Hs:4] [Mm:4]
blankblankblankblankblankplus positive regulation of biomineral tissue development [Hs:34] [Mm:33]
blankblankblankblankblankplus positive regulation of blood microparticle formation [Hs:1] [Mm:2]
blankblankblankblankblankisa positive regulation of bone trabecula formation
blankblankblankblankblankplus positive regulation of branching involved in lung morphogenesis [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of branching involved in ureteric bud morphogenesis [Hs:21] [Mm:23]
blankblankblankblankblankisa positive regulation of cardiac chamber formation
blankblankblankblankblankisa positive regulation of cardiac chamber morphogenesis
blankblankblankblankblankplus positive regulation of cardiac muscle cell proliferation [Hs:22] [Mm:28]
blankblankblankblankblankisa positive regulation of cartilage development [Hs:13] [Mm:11]
blankblankblankblankblankplus positive regulation of cell aging [Hs:8] [Mm:9]
blankblankblankblankblankplus positive regulation of cell differentiation [Hs:579] [Mm:580]
blankblankblankblankblankisa positive regulation of chitin-based cuticle tanning
blankblankblankblankblankisa positive regulation of conidiophore stalk development
blankblankblankblankblankisa positive regulation of convergent extension involved in axis elongation
blankblankblankblankblankisa positive regulation of dendrite development [Hs:7] [Mm:8]
blankblankblankblankblankplus positive regulation of dendritic spine development [Hs:10] [Mm:14]
blankblankblankblankblankisa positive regulation of determination of dorsal identity [Hs:3] [Mm:3]
blankblankblankblankblankplus positive regulation of development of symbiont involved in interaction with host
blankblankblankblankblankplus positive regulation of developmental growth [Hs:47] [Mm:57]
blankblankblankblankblankplus positive regulation of developmental pigmentation [Hs:8] [Mm:8]
blankblankblankblankblankisa positive regulation of eclosion
blankblankblankblankblankisa positive regulation of ectoderm development
blankblankblankblankblankplus positive regulation of embryonic development [Hs:12] [Mm:11]
blankblankblankblankblankplus positive regulation of epidermis development [Hs:17] [Mm:18]
blankblankblankblankblankisa positive regulation of female gonad development
blankblankblankblankblankplus positive regulation of floral organ abscission
blankblankblankblankblankisa positive regulation of gastrulation [Hs:10] [Mm:7]
blankblankblankblankblankisa positive regulation of hair placode formation
blankblankblankblankblankisa positive regulation of heart looping
blankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of lamellipodium morphogenesis
blankblankblankblankblankisa positive regulation of leaf senescence
blankblankblankblankblankisa positive regulation of leaflet formation by auxin mediated signaling pathway
blankblankblankblankblankisa positive regulation of lymphangiogenesis [Mm:2]
blankblankblankblankblankisa positive regulation of male gonad development [Hs:6] [Mm:6]
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankplus positive regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis
blankblankblankblankblankisa positive regulation of mesoderm development [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of metanephric ureteric bud development [Hs:3] [Mm:1]
blankblankblankblankblankisa positive regulation of mitochondrial fission [Hs:4] [Mm:3]
blankblankblankblankblankisa positive regulation of mitochondrial fusion
blankblankblankblankblankplus positive regulation of muscle organ development [Hs:16] [Mm:23]
blankblankblankblankblankisa positive regulation of myotome development
blankblankblankblankblankplus positive regulation of nervous system development [Hs:23] [Mm:25]
blankblankblankblankblankisa positive regulation of neural retina development
blankblankblankblankblankisa positive regulation of neuron maturation [Hs:1] [Mm:2]
blankblankblankblankblankplus positive regulation of neuron projection regeneration [Hs:6] [Mm:8]
blankblankblankblankblankplus positive regulation of odontogenesis [Hs:9] [Mm:8]
blankblankblankblankblankisa positive regulation of oocyte maturation
blankblankblankblankblankisa positive regulation of optic nerve formation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of post-embryonic development
blankblankblankblankblankisa positive regulation of posterior neural plate formation by Wnt receptor signaling pathway
blankblankblankblankblankisa positive regulation of posterior neural plate formation by fibroblast growth factor receptor signaling pathway
blankblankblankblankblankplus positive regulation of retinal cell programmed cell death [Hs:2] [Mm:2]
blankblankblankblankblankplus positive regulation of salivary gland boundary specification
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of sclerotome development [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of spore-bearing organ development
blankblankblankblankblankplus positive regulation of sporulation
blankblankblankblankblankplus positive regulation of synapse maturation [Hs:6] [Mm:6]
blankblankblankblankblankplus positive regulation of syncytium formation by plasma membrane fusion [Hs:3] [Mm:2]
blankblankblankblankblankisa positive regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankisa positive regulation of vulval development
blankblankblankblankisa positive regulation of dosage compensation by inactivation of X chromosome
blankblankblankblankisa positive regulation of fibrinolysis [Hs:4] [Mm:4]
blankblankblankblankplus positive regulation of growth [Hs:171] [Mm:173]
blankblankblankblankplus positive regulation of homeostatic process [Hs:77] [Mm:75]
blankblankblankblankplus positive regulation of immune system process [Hs:573] [Mm:459]
blankblankblankblankisa positive regulation of induction of conjugation with cellular fusion
blankblankblankblankplus positive regulation of lipid storage [Hs:15] [Mm:17]
blankblankblankblankplus positive regulation of locomotion [Hs:275] [Mm:279]
blankblankblankblankisa positive regulation of long term synaptic depression
blankblankblankblankisa positive regulation of long-term synaptic potentiation [Hs:1] [Mm:3]
blankblankblankblankplus positive regulation of metabolic process [Hs:2265] [Mm:2155]
blankblankblankblankplus positive regulation of multi-organism process [Hs:628] [Mm:636]
blankblankblankblankminus positive regulation of multicellular organismal process [Hs:545] [Mm:572]
blankblankblankblankblankisa positive regulation of behavioral fear response [Hs:2] [Mm:6]
blankblankblankblankblankisa positive regulation of beta-amyloid clearance
blankblankblankblankblankplus positive regulation of biomineral tissue development [Hs:34] [Mm:33]
blankblankblankblankblankplus positive regulation of branching involved in lung morphogenesis [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of branching involved in ureteric bud morphogenesis [Hs:21] [Mm:23]
blankblankblankblankblankplus positive regulation of cardiac muscle cell proliferation [Hs:22] [Mm:28]
blankblankblankblankblankisa positive regulation of chitin-based cuticle tanning
blankblankblankblankblankisa positive regulation of chylomicron remodeling [Mm:1]
blankblankblankblankblankplus positive regulation of circadian sleep/wake cycle, sleep [Hs:8] [Mm:8]
blankblankblankblankblankisa positive regulation of circadian sleep/wake cycle, wakefulness [Hs:3] [Mm:2]
blankblankblankblankblankplus positive regulation of coagulation [Hs:21] [Mm:21]
blankblankblankblankblankplus positive regulation of cytokine production [Hs:213] [Mm:206]
blankblankblankblankblankisa positive regulation of defecation
blankblankblankblankblankplus positive regulation of digestive system process [Hs:5] [Mm:11]
blankblankblankblankblankisa positive regulation of embryo sac egg cell differentiation
blankblankblankblankblankisa positive regulation of energy homeostasis [Hs:1]
blankblankblankblankblankisa positive regulation of glomerular filtration [Hs:3] [Mm:3]
blankblankblankblankblankisa positive regulation of hair cycle
blankblankblankblankblankplus positive regulation of hair follicle development [Hs:8] [Mm:8]
blankblankblankblankblankplus positive regulation of heart contraction [Hs:25] [Mm:26]
blankblankblankblankblankisa positive regulation of heat dissipation
blankblankblankblankblankplus positive regulation of heat generation [Hs:12] [Mm:10]
blankblankblankblankblankplus positive regulation of hemostasis [Hs:19] [Mm:18]
blankblankblankblankblankisa positive regulation of hepatocyte differentiation [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of high-density lipoprotein particle assembly [Mm:1]
blankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of leukotriene production involved in inflammatory response [Hs:2] [Mm:1]
blankblankblankblankblankplus positive regulation of lipoprotein particle clearance [Hs:3] [Mm:2]
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of mucus secretion [Hs:3] [Mm:4]
blankblankblankblankblankisa positive regulation of multicellular organism growth [Hs:36] [Mm:35]
blankblankblankblankblankplus positive regulation of multicellular organismal metabolic process [Hs:26] [Mm:27]
blankblankblankblankblankplus positive regulation of muscle adaptation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of muscle contraction [Hs:29] [Mm:31]
blankblankblankblankblankplus positive regulation of muscle hypertrophy [Hs:13] [Mm:14]
blankblankblankblankblankplus positive regulation of neurological system process [Hs:63] [Mm:86]
blankblankblankblankblankisa positive regulation of neurotrophin production
blankblankblankblankblankplus positive regulation of ossification [Hs:43] [Mm:47]
blankblankblankblankblankisa positive regulation of oviposition
blankblankblankblankblankisa positive regulation of ovulation [Hs:2] [Mm:4]
blankblankblankblankblankisa positive regulation of penile erection [Hs:5] [Mm:7]
blankblankblankblankblankplus positive regulation of photoreceptor cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of relaxation of muscle
blankblankblankblankblankisa positive regulation of renal albumin absorption [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of renal sodium excretion [Hs:12] [Mm:12]
blankblankblankblankblankisa positive regulation of renal water transport [Hs:1] [Mm:1]
blankblankblankblankblankisa positive regulation of respiratory burst involved in inflammatory response [Hs:1] [Mm:1]
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of seed germination
blankblankblankblankblankisa positive regulation of seed maturation
blankblankblankblankblankplus positive regulation of spore-bearing organ development
blankblankblankblankblankplus positive regulation of tissue remodeling [Hs:27] [Mm:21]
blankblankblankblankblankplus positive regulation of transforming growth factor beta activation
blankblankblankblankblankisa positive regulation of turning behavior involved in mating
blankblankblankblankblankisa positive regulation of vasoconstriction [Hs:25] [Mm:29]
blankblankblankblankblankisa positive regulation of vasodilation [Hs:25] [Mm:26]
blankblankblankblankblankisa positive regulation of very-low-density lipoprotein particle remodeling [Hs:2] [Mm:1]
blankblankblankblankisa positive regulation of nitrogen utilization
blankblankblankblankisa positive regulation of ovarian follicle development [Hs:1] [Mm:1]
blankblankblankblankplus positive regulation of phenotypic switching
blankblankblankblankisa positive regulation of phosphorus utilization
blankblankblankblankplus positive regulation of reproductive process [Hs:118] [Mm:73]
blankblankblankblankplus positive regulation of response to stimulus [Hs:1278] [Mm:1161]
blankblankblankblankisa positive regulation of sequestering of calcium ion
blankblankblankblankisa positive regulation of sequestering of zinc ion [Hs:1] [Mm:1]
blankblankblankblankplus positive regulation of signaling [Hs:968] [Mm:927]
blankblankblankblankplus positive regulation of spindle checkpoint [Hs:4] [Mm:4]
blankblankblankblankisa positive regulation of sulfur utilization
blankblankblankblankplus positive regulation of transport [Hs:538] [Mm:587]
blankblankblankblankisa positive regulation of viral protein levels in host cell
blankblankblankplus regulation of G1/S transition checkpoint [Hs:3] [Mm:2]
blankblankblankplus regulation of Rho guanyl-nucleotide exchange factor activity [Hs:2] [Mm:2]
blankblankblankisa regulation of carbohydrate utilization [Hs:1] [Mm:1]
blankblankblankisa regulation of carbon utilization
blankblankblankplus regulation of cell killing [Hs:39] [Mm:57]
blankblankblankplus regulation of cellular process [Hs:8671] [Mm:9245]
blankblankblankplus regulation of circadian rhythm [Hs:47] [Mm:39]
blankblankblankminus regulation of developmental process [Hs:1645] [Mm:1650]
blankblankblankblankplus modulation of development of symbiont involved in interaction with host
blankblankblankblankplus negative regulation of developmental process [Hs:622] [Mm:606]
blankblankblankblankminus positive regulation of developmental process [Hs:783] [Mm:801]
blankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankplus positive regulation of angiogenesis [Hs:94] [Mm:101]
blankblankblankblankblankisa positive regulation of anterior head development [Hs:2] [Mm:3]
blankblankblankblankblankisa positive regulation of apoptotic process involved in mammary gland involution [Hs:4] [Mm:4]
blankblankblankblankblankplus positive regulation of biomineral tissue development [Hs:34] [Mm:33]
blankblankblankblankblankplus positive regulation of blood microparticle formation [Hs:1] [Mm:2]
blankblankblankblankblankisa positive regulation of bone trabecula formation
blankblankblankblankblankplus positive regulation of branching involved in lung morphogenesis [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of branching involved in ureteric bud morphogenesis [Hs:21] [Mm:23]
blankblankblankblankblankisa positive regulation of cardiac chamber formation
blankblankblankblankblankisa positive regulation of cardiac chamber morphogenesis
blankblankblankblankblankplus positive regulation of cardiac muscle cell proliferation [Hs:22] [Mm:28]
blankblankblankblankblankisa positive regulation of cartilage development [Hs:13] [Mm:11]
blankblankblankblankblankplus positive regulation of cell aging [Hs:8] [Mm:9]
blankblankblankblankblankplus positive regulation of cell differentiation [Hs:579] [Mm:580]
blankblankblankblankblankisa positive regulation of chitin-based cuticle tanning
blankblankblankblankblankisa positive regulation of conidiophore stalk development
blankblankblankblankblankisa positive regulation of convergent extension involved in axis elongation
blankblankblankblankblankisa positive regulation of dendrite development [Hs:7] [Mm:8]
blankblankblankblankblankplus positive regulation of dendritic spine development [Hs:10] [Mm:14]
blankblankblankblankblankisa positive regulation of determination of dorsal identity [Hs:3] [Mm:3]
blankblankblankblankblankplus positive regulation of development of symbiont involved in interaction with host
blankblankblankblankblankplus positive regulation of developmental growth [Hs:47] [Mm:57]
blankblankblankblankblankplus positive regulation of developmental pigmentation [Hs:8] [Mm:8]
blankblankblankblankblankisa positive regulation of eclosion
blankblankblankblankblankisa positive regulation of ectoderm development
blankblankblankblankblankplus positive regulation of embryonic development [Hs:12] [Mm:11]
blankblankblankblankblankplus positive regulation of epidermis development [Hs:17] [Mm:18]
blankblankblankblankblankisa positive regulation of female gonad development
blankblankblankblankblankplus positive regulation of floral organ abscission
blankblankblankblankblankisa positive regulation of gastrulation [Hs:10] [Mm:7]
blankblankblankblankblankisa positive regulation of hair placode formation
blankblankblankblankblankisa positive regulation of heart looping
blankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of lamellipodium morphogenesis
blankblankblankblankblankisa positive regulation of leaf senescence
blankblankblankblankblankisa positive regulation of leaflet formation by auxin mediated signaling pathway
blankblankblankblankblankisa positive regulation of lymphangiogenesis [Mm:2]
blankblankblankblankblankisa positive regulation of male gonad development [Hs:6] [Mm:6]
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankplus positive regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis
blankblankblankblankblankisa positive regulation of mesoderm development [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of metanephric ureteric bud development [Hs:3] [Mm:1]
blankblankblankblankblankisa positive regulation of mitochondrial fission [Hs:4] [Mm:3]
blankblankblankblankblankisa positive regulation of mitochondrial fusion
blankblankblankblankblankplus positive regulation of muscle organ development [Hs:16] [Mm:23]
blankblankblankblankblankisa positive regulation of myotome development
blankblankblankblankblankplus positive regulation of nervous system development [Hs:23] [Mm:25]
blankblankblankblankblankisa positive regulation of neural retina development
blankblankblankblankblankisa positive regulation of neuron maturation [Hs:1] [Mm:2]
blankblankblankblankblankplus positive regulation of neuron projection regeneration [Hs:6] [Mm:8]
blankblankblankblankblankplus positive regulation of odontogenesis [Hs:9] [Mm:8]
blankblankblankblankblankisa positive regulation of oocyte maturation
blankblankblankblankblankisa positive regulation of optic nerve formation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of post-embryonic development
blankblankblankblankblankisa positive regulation of posterior neural plate formation by Wnt receptor signaling pathway
blankblankblankblankblankisa positive regulation of posterior neural plate formation by fibroblast growth factor receptor signaling pathway
blankblankblankblankblankplus positive regulation of retinal cell programmed cell death [Hs:2] [Mm:2]
blankblankblankblankblankplus positive regulation of salivary gland boundary specification
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of sclerotome development [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of spore-bearing organ development
blankblankblankblankblankplus positive regulation of sporulation
blankblankblankblankblankplus positive regulation of synapse maturation [Hs:6] [Mm:6]
blankblankblankblankblankplus positive regulation of syncytium formation by plasma membrane fusion [Hs:3] [Mm:2]
blankblankblankblankblankisa positive regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankisa positive regulation of vulval development
blankblankblankblankminus regulation of anatomical structure morphogenesis [Hs:672] [Mm:665]
blankblankblankblankblankisa inhibition of neuroepithelial cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankplus modulation of symbiont haustorium neck formation for entry into host
blankblankblankblankblankplus modulation of symbiont penetration hypha formation for entry into host
blankblankblankblankblankplus modulation of symbiont penetration peg formation for entry into host
blankblankblankblankblankplus negative regulation of blood vessel morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankisa positive regulation of apoptotic process involved in mammary gland involution [Hs:4] [Mm:4]
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in digestive tract morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of angioblast cell migration involved in selective angioblast sprouting
blankblankblankblankblankplus regulation of angiogenesis [Hs:168] [Mm:170]
blankblankblankblankblankplus regulation of appressorium formation on or near host
blankblankblankblankblankplus regulation of arbuscule formation for nutrient acquisition from host
blankblankblankblankblankplus regulation of blood microparticle formation [Hs:1] [Mm:2]
blankblankblankblankblankplus regulation of blood vessel remodeling [Hs:4] [Mm:4]
blankblankblankblankblankplus regulation of canonical Wnt receptor signaling pathway involved in neural plate anterior/posterior pattern formation [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of cell morphogenesis [Hs:349] [Mm:328]
blankblankblankblankblankplus regulation of conidium formation
blankblankblankblankblankplus regulation of convergent extension involved in axis elongation [Hs:1] [Mm:2]
blankblankblankblankblankisa regulation of endothelial tube morphogenesis
blankblankblankblankblankplus regulation of formation by symbiont of haustorium for nutrient acquisition from host
blankblankblankblankblankplus regulation of gastrulation [Hs:32] [Mm:37]
blankblankblankblankblankplus regulation of hair follicle placode formation
blankblankblankblankblankplus regulation of haustorium mother cell formation on or near host
blankblankblankblankblankplus regulation of hyphopodium formation on or near host
blankblankblankblankblankplus regulation of infection cushion formation on or near host
blankblankblankblankblankplus regulation of lymphangiogenesis [Hs:1] [Mm:3]
blankblankblankblankblankisa regulation of meristem structural organization
blankblankblankblankblankplus regulation of mitochondrial fission [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of mitochondrial fusion [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of morphogenesis of a branching structure [Hs:50] [Mm:62]
blankblankblankblankblankplus regulation of optic nerve formation [Hs:1] [Mm:1]
blankblankblankblankblankminus regulation of organ morphogenesis [Hs:156] [Mm:152]
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by Wnt receptor signaling pathway
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by fibroblast growth factor receptor signaling pathway
blankblankblankblankblankblankplus regulation of R7 cell differentiation
blankblankblankblankblankblankplus regulation of R8 cell differentiation
blankblankblankblankblankblankisa regulation of basal lamina disassembly involved in semicircular canal fusion by cell communication
blankblankblankblankblankblankplus regulation of bone trabecula formation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of branching involved in lung morphogenesis [Hs:5] [Mm:5]
blankblankblankblankblankblankplus regulation of branching involved in mammary gland duct morphogenesis [Hs:5] [Mm:6]
blankblankblankblankblankblankisa regulation of branching involved in prostate gland morphogenesis [Hs:7] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in salivary gland morphogenesis [Hs:9] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in ureteric bud morphogenesis [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of cell proliferation involved in compound eye morphogenesis
blankblankblankblankblankblankisa regulation of cell proliferation involved in imaginal disc-derived wing morphogenesis
blankblankblankblankblankblankplus regulation of compound eye cone cell fate specification
blankblankblankblankblankblankplus regulation of epithelial cell proliferation involved in lung morphogenesis [Hs:7] [Mm:8]
blankblankblankblankblankblankisa regulation of epithelial cell proliferation involved in mammary gland bud elongation
blankblankblankblankblankblankplus regulation of establishment of planar polarity [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of eye photoreceptor cell development
blankblankblankblankblankblankplus regulation of growth plate cartilage chondrocyte proliferation [Hs:2] [Mm:2]
blankblankblankblankblankblankplus regulation of heart morphogenesis [Hs:21] [Mm:19]
blankblankblankblankblankblankplus regulation of hepatocyte proliferation [Hs:5] [Mm:4]
blankblankblankblankblankblankplus regulation of leaf morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis [Hs:3] [Mm:3]
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in mesonephros morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in metanephros morphogenesis [Hs:9] [Mm:6]
blankblankblankblankblankblankplus regulation of mesodermal cell fate determination
blankblankblankblankblankblankplus regulation of mesodermal cell fate specification [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of metanephric S-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric comma-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric ureteric bud development [Hs:3] [Mm:1]
blankblankblankblankblankblankplus regulation of odontogenesis [Hs:28] [Mm:25]
blankblankblankblankblankblankplus regulation of organ formation [Hs:33] [Mm:35]
blankblankblankblankblankblankplus regulation of polarized epithelial cell differentiation [Hs:4] [Mm:1]
blankblankblankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankblankblankplus regulation of retinal cell programmed cell death [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of retinal cone cell fate commitment
blankblankblankblankblankblankplus regulation of retinal rod cell fate commitment
blankblankblankblankblankblankisa regulation of trichome morphogenesis
blankblankblankblankblankblankplus regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus regulation of planar cell polarity pathway involved in axis elongation [Hs:3] [Mm:3]
blankblankblankblankblankplus regulation of planar cell polarity pathway involved in neural tube closure [Hs:3] [Mm:1]
blankblankblankblankblankplus regulation of root morphogenesis
blankblankblankblankblankplus regulation of sarcomere organization [Hs:10] [Mm:11]
blankblankblankblankblankplus regulation of shoot morphogenesis
blankblankblankblankblankplus regulation of skeletal muscle tissue regeneration [Hs:4] [Mm:7]
blankblankblankblankblankplus regulation of somitogenesis [Hs:2] [Mm:2]
blankblankblankblankblankplus regulation of sporulation resulting in formation of a cellular spore
blankblankblankblankblankplus regulation of syncytium formation by plasma membrane fusion [Hs:3] [Mm:2]
blankblankblankblankblankplus regulation of tendon cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of vasculogenesis [Hs:9] [Mm:7]
blankblankblankblankplus regulation of anterior head development [Hs:2] [Mm:3]
blankblankblankblankplus regulation of cell aging [Hs:22] [Mm:21]
blankblankblankblankplus regulation of cell differentiation [Hs:1176] [Mm:1179]
blankblankblankblankplus regulation of development of symbiont in host
blankblankblankblankplus regulation of development, heterochronic [Hs:12] [Mm:16]
blankblankblankblankplus regulation of developmental growth [Hs:124] [Mm:149]
blankblankblankblankplus regulation of developmental pigmentation [Hs:17] [Mm:18]
blankblankblankblankplus regulation of ectoderm development [Hs:2] [Mm:2]
blankblankblankblankplus regulation of hemocyte proliferation
blankblankblankblankplus regulation of mesoderm development [Hs:16] [Mm:14]
blankblankblankblankminus regulation of multicellular organismal development [Hs:1269] [Mm:1310]
blankblankblankblankblankisa negative regulation of fusion cell fate specification
blankblankblankblankblankisa negative regulation of mammary gland development in males by androgen receptor signaling pathway
blankblankblankblankblankisa negative regulation of terminal cell fate specification, open tracheal system
blankblankblankblankblankisa positive regulation of apoptotic process involved in mammary gland involution [Hs:4] [Mm:4]
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankplus regulation of Notch signaling pathway involved in heart induction [Hs:1] [Mm:3]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in digestive tract morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in dorsal/ventral axis specification [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in heart development [Hs:8] [Mm:7]
blankblankblankblankblankisa regulation of adaxial/abaxial pattern formation
blankblankblankblankblankplus regulation of antipodal cell differentiation
blankblankblankblankblankplus regulation of biomineral tissue development [Hs:72] [Mm:73]
blankblankblankblankblankplus regulation of canonical Wnt receptor signaling pathway involved in neural crest cell differentiation
blankblankblankblankblankplus regulation of cardiac cell fate specification [Hs:4] [Mm:4]
blankblankblankblankblankplus regulation of cardioblast differentiation [Hs:11] [Mm:7]
blankblankblankblankblankplus regulation of cartilage development [Hs:54] [Mm:50]
blankblankblankblankblankplus regulation of chitin-based cuticle tanning
blankblankblankblankblankplus regulation of cuticle pigmentation
blankblankblankblankblankplus regulation of dendritic cell differentiation [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of determination of dorsal identity [Hs:4] [Mm:5]
blankblankblankblankblankplus regulation of eclosion
blankblankblankblankblankplus regulation of embryo sac central cell differentiation
blankblankblankblankblankplus regulation of embryo sac egg cell differentiation
blankblankblankblankblankplus regulation of embryonic development [Hs:93] [Mm:92]
blankblankblankblankblankisa regulation of endothelial tube morphogenesis
blankblankblankblankblankplus regulation of epidermis development [Hs:41] [Mm:42]
blankblankblankblankblankplus regulation of epithelial cell differentiation [Hs:77] [Mm:66]
blankblankblankblankblankisa regulation of epithelial cell migration, open tracheal system
blankblankblankblankblankplus regulation of epithelial cell proliferation involved in prostate gland development [Hs:10] [Mm:10]
blankblankblankblankblankplus regulation of epithelial to mesenchymal transition [Hs:44] [Mm:38]
blankblankblankblankblankplus regulation of female gonad development [Hs:6] [Mm:10]
blankblankblankblankblankplus regulation of female pigmentation
blankblankblankblankblankplus regulation of fibroblast growth factor receptor signaling pathway involved in neural plate anterior/posterior pattern formation [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of heart growth [Hs:40] [Mm:51]
blankblankblankblankblankplus regulation of hematopoietic progenitor cell differentiation [Hs:4] [Mm:3]
blankblankblankblankblankplus regulation of hepatocyte differentiation [Hs:3] [Mm:3]
blankblankblankblankblankplus regulation of histolysis [Hs:1]
blankblankblankblankblankplus regulation of imaginal disc growth
blankblankblankblankblankplus regulation of isotype switching [Hs:19] [Mm:18]
blankblankblankblankblankminus regulation of kidney development [Hs:59] [Mm:51]
blankblankblankblankblankblankplus negative regulation of kidney development [Hs:5] [Mm:3]
blankblankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankblankplus regulation of branching involved in ureteric bud morphogenesis [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of epithelial cell differentiation involved in kidney development [Hs:14] [Mm:12]
blankblankblankblankblankblankplus regulation of glomerulus development [Hs:12] [Mm:11]
blankblankblankblankblankblankplus regulation of kidney smooth muscle cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis [Hs:3] [Mm:3]
blankblankblankblankblankblankplus regulation of mesonephros development [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephros development [Hs:22] [Mm:16]
blankblankblankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankblankblankplus regulation of pronephric nephron tubule development
blankblankblankblankblankblankplus regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of lens epithelial cell proliferation [Hs:1] [Mm:2]
blankblankblankblankblankplus regulation of lymphocyte differentiation [Hs:119] [Mm:109]
blankblankblankblankblankplus regulation of male gonad development [Hs:7] [Mm:7]
blankblankblankblankblankplus regulation of male pigmentation
blankblankblankblankblankplus regulation of mammary gland epithelial cell proliferation [Hs:17] [Mm:16]
blankblankblankblankblankplus regulation of mammary stem cell proliferation
blankblankblankblankblankplus regulation of meristem development
blankblankblankblankblankplus regulation of mesenchymal cell proliferation involved in lung development [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of mesenchymal cell proliferation involved in prostate gland development [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of mesenchymal cell proliferation involved in ureter development [Hs:4] [Mm:4]
blankblankblankblankblankisa regulation of metaxylem development
blankblankblankblankblankplus regulation of muscle organ development [Hs:121] [Mm:134]
blankblankblankblankblankplus regulation of myeloid cell differentiation [Hs:178] [Mm:162]
blankblankblankblankblankplus regulation of nervous system development [Hs:507] [Mm:571]
blankblankblankblankblankplus regulation of neural retina development
blankblankblankblankblankplus regulation of nodal signaling pathway involved in determination of left/right asymmetry [Hs:6] [Mm:2]
blankblankblankblankblankminus regulation of organ morphogenesis [Hs:156] [Mm:152]
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by Wnt receptor signaling pathway
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by fibroblast growth factor receptor signaling pathway
blankblankblankblankblankblankplus regulation of R7 cell differentiation
blankblankblankblankblankblankplus regulation of R8 cell differentiation
blankblankblankblankblankblankisa regulation of basal lamina disassembly involved in semicircular canal fusion by cell communication
blankblankblankblankblankblankplus regulation of bone trabecula formation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of branching involved in lung morphogenesis [Hs:5] [Mm:5]
blankblankblankblankblankblankplus regulation of branching involved in mammary gland duct morphogenesis [Hs:5] [Mm:6]
blankblankblankblankblankblankisa regulation of branching involved in prostate gland morphogenesis [Hs:7] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in salivary gland morphogenesis [Hs:9] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in ureteric bud morphogenesis [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of cell proliferation involved in compound eye morphogenesis
blankblankblankblankblankblankisa regulation of cell proliferation involved in imaginal disc-derived wing morphogenesis
blankblankblankblankblankblankplus regulation of compound eye cone cell fate specification
blankblankblankblankblankblankplus regulation of epithelial cell proliferation involved in lung morphogenesis [Hs:7] [Mm:8]
blankblankblankblankblankblankisa regulation of epithelial cell proliferation involved in mammary gland bud elongation
blankblankblankblankblankblankplus regulation of establishment of planar polarity [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of eye photoreceptor cell development
blankblankblankblankblankblankplus regulation of growth plate cartilage chondrocyte proliferation [Hs:2] [Mm:2]
blankblankblankblankblankblankplus regulation of heart morphogenesis [Hs:21] [Mm:19]
blankblankblankblankblankblankplus regulation of hepatocyte proliferation [Hs:5] [Mm:4]
blankblankblankblankblankblankplus regulation of leaf morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis [Hs:3] [Mm:3]
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in mesonephros morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in metanephros morphogenesis [Hs:9] [Mm:6]
blankblankblankblankblankblankplus regulation of mesodermal cell fate determination
blankblankblankblankblankblankplus regulation of mesodermal cell fate specification [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of metanephric S-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric comma-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric ureteric bud development [Hs:3] [Mm:1]
blankblankblankblankblankblankplus regulation of odontogenesis [Hs:28] [Mm:25]
blankblankblankblankblankblankplus regulation of organ formation [Hs:33] [Mm:35]
blankblankblankblankblankblankplus regulation of polarized epithelial cell differentiation [Hs:4] [Mm:1]
blankblankblankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankblankblankplus regulation of retinal cell programmed cell death [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of retinal cone cell fate commitment
blankblankblankblankblankblankplus regulation of retinal rod cell fate commitment
blankblankblankblankblankblankisa regulation of trichome morphogenesis
blankblankblankblankblankblankplus regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus regulation of pancreatic A cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of pollen tube growth
blankblankblankblankblankplus regulation of post-embryonic development
blankblankblankblankblankisa regulation of radial pattern formation
blankblankblankblankblankplus regulation of root development
blankblankblankblankblankplus regulation of shoot development
blankblankblankblankblankplus regulation of skeletal muscle tissue regeneration [Hs:4] [Mm:7]
blankblankblankblankblankplus regulation of spore-bearing organ development
blankblankblankblankblankplus regulation of stomach neuroendocrine cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of stomatal complex patterning
blankblankblankblankblankplus regulation of synergid differentiation
blankblankblankblankblankplus regulation of tolerance induction [Hs:13] [Mm:13]
blankblankblankblankblankisa regulation of transforming growth factor receptor beta signaling pathway involved in determination of left/right asymmetry
blankblankblankblankblankplus regulation of trophoblast cell migration [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of type B pancreatic cell development [Hs:5] [Mm:2]
blankblankblankblankblankplus regulation of vasculature development [Hs:183] [Mm:181]
blankblankblankblankplus regulation of sporulation
blankblankblankblankplus regulation of synaptic vesicle lumen acidification
blankblankblankblankplus specification of organ number
blankblankblankplus regulation of dosage compensation by inactivation of X chromosome [Mm:2]
blankblankblankplus regulation of estrogen receptor binding [Hs:2] [Mm:2]
blankblankblankplus regulation of fibrinolysis [Hs:15] [Mm:10]
blankblankblankplus regulation of growth [Hs:599] [Mm:579]
blankblankblankplus regulation of homeostatic process [Hs:293] [Mm:323]
blankblankblankplus regulation of immune system process [Hs:971] [Mm:782]
blankblankblankplus regulation of localization [Hs:1506] [Mm:1627]
blankblankblankplus regulation of locomotion [Hs:514] [Mm:503]
blankblankblankplus regulation of long term synaptic depression [Hs:1] [Mm:1]
blankblankblankplus regulation of long-term synaptic potentiation [Hs:3] [Mm:5]
blankblankblankplus regulation of metabolic process [Hs:5408] [Mm:5112]
blankblankblankplus regulation of multi-organism process [Hs:1564] [Mm:1504]
blankblankblankminus regulation of multicellular organismal process [Hs:2012] [Mm:2067]
blankblankblankblankplus negative regulation of multicellular organismal process [Hs:387] [Mm:363]
blankblankblankblankminus positive regulation of multicellular organismal process [Hs:545] [Mm:572]
blankblankblankblankblankisa positive regulation of behavioral fear response [Hs:2] [Mm:6]
blankblankblankblankblankisa positive regulation of beta-amyloid clearance
blankblankblankblankblankplus positive regulation of biomineral tissue development [Hs:34] [Mm:33]
blankblankblankblankblankplus positive regulation of branching involved in lung morphogenesis [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of branching involved in ureteric bud morphogenesis [Hs:21] [Mm:23]
blankblankblankblankblankplus positive regulation of cardiac muscle cell proliferation [Hs:22] [Mm:28]
blankblankblankblankblankisa positive regulation of chitin-based cuticle tanning
blankblankblankblankblankisa positive regulation of chylomicron remodeling [Mm:1]
blankblankblankblankblankplus positive regulation of circadian sleep/wake cycle, sleep [Hs:8] [Mm:8]
blankblankblankblankblankisa positive regulation of circadian sleep/wake cycle, wakefulness [Hs:3] [Mm:2]
blankblankblankblankblankplus positive regulation of coagulation [Hs:21] [Mm:21]
blankblankblankblankblankplus positive regulation of cytokine production [Hs:213] [Mm:206]
blankblankblankblankblankisa positive regulation of defecation
blankblankblankblankblankplus positive regulation of digestive system process [Hs:5] [Mm:11]
blankblankblankblankblankisa positive regulation of embryo sac egg cell differentiation
blankblankblankblankblankisa positive regulation of energy homeostasis [Hs:1]
blankblankblankblankblankisa positive regulation of glomerular filtration [Hs:3] [Mm:3]
blankblankblankblankblankisa positive regulation of hair cycle
blankblankblankblankblankplus positive regulation of hair follicle development [Hs:8] [Mm:8]
blankblankblankblankblankplus positive regulation of heart contraction [Hs:25] [Mm:26]
blankblankblankblankblankisa positive regulation of heat dissipation
blankblankblankblankblankplus positive regulation of heat generation [Hs:12] [Mm:10]
blankblankblankblankblankplus positive regulation of hemostasis [Hs:19] [Mm:18]
blankblankblankblankblankisa positive regulation of hepatocyte differentiation [Hs:2] [Mm:2]
blankblankblankblankblankisa positive regulation of high-density lipoprotein particle assembly [Mm:1]
blankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of leukotriene production involved in inflammatory response [Hs:2] [Mm:1]
blankblankblankblankblankplus positive regulation of lipoprotein particle clearance [Hs:3] [Mm:2]
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of mucus secretion [Hs:3] [Mm:4]
blankblankblankblankblankisa positive regulation of multicellular organism growth [Hs:36] [Mm:35]
blankblankblankblankblankplus positive regulation of multicellular organismal metabolic process [Hs:26] [Mm:27]
blankblankblankblankblankplus positive regulation of muscle adaptation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of muscle contraction [Hs:29] [Mm:31]
blankblankblankblankblankplus positive regulation of muscle hypertrophy [Hs:13] [Mm:14]
blankblankblankblankblankplus positive regulation of neurological system process [Hs:63] [Mm:86]
blankblankblankblankblankisa positive regulation of neurotrophin production
blankblankblankblankblankplus positive regulation of ossification [Hs:43] [Mm:47]
blankblankblankblankblankisa positive regulation of oviposition
blankblankblankblankblankisa positive regulation of ovulation [Hs:2] [Mm:4]
blankblankblankblankblankisa positive regulation of penile erection [Hs:5] [Mm:7]
blankblankblankblankblankplus positive regulation of photoreceptor cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of relaxation of muscle
blankblankblankblankblankisa positive regulation of renal albumin absorption [Hs:1] [Mm:1]
blankblankblankblankblankplus positive regulation of renal sodium excretion [Hs:12] [Mm:12]
blankblankblankblankblankisa positive regulation of renal water transport [Hs:1] [Mm:1]
blankblankblankblankblankisa positive regulation of respiratory burst involved in inflammatory response [Hs:1] [Mm:1]
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of seed germination
blankblankblankblankblankisa positive regulation of seed maturation
blankblankblankblankblankplus positive regulation of spore-bearing organ development
blankblankblankblankblankplus positive regulation of tissue remodeling [Hs:27] [Mm:21]
blankblankblankblankblankplus positive regulation of transforming growth factor beta activation
blankblankblankblankblankisa positive regulation of turning behavior involved in mating
blankblankblankblankblankisa positive regulation of vasoconstriction [Hs:25] [Mm:29]
blankblankblankblankblankisa positive regulation of vasodilation [Hs:25] [Mm:26]
blankblankblankblankblankisa positive regulation of very-low-density lipoprotein particle remodeling [Hs:2] [Mm:1]
blankblankblankblankplus regulation of behavioral fear response [Hs:3] [Mm:7]
blankblankblankblankplus regulation of beta-amyloid clearance [Hs:3] [Mm:3]
blankblankblankblankplus regulation of binding of sperm to zona pellucida [Hs:3] [Mm:4]
blankblankblankblankplus regulation of border follicle cell delamination
blankblankblankblankplus regulation of chylomicron remodeling [Mm:1]
blankblankblankblankplus regulation of circadian sleep/wake cycle [Hs:18] [Mm:18]
blankblankblankblankplus regulation of coagulation [Hs:71] [Mm:63]
blankblankblankblankplus regulation of cytokine production [Hs:417] [Mm:390]
blankblankblankblankplus regulation of energy homeostasis [Hs:6] [Mm:3]
blankblankblankblankplus regulation of epithelial cell migration [Hs:27] [Mm:32]
blankblankblankblankplus regulation of hair cycle [Hs:15] [Mm:17]
blankblankblankblankplus regulation of heat dissipation
blankblankblankblankplus regulation of heat generation [Hs:12] [Mm:12]
blankblankblankblankplus regulation of hemocyte differentiation
blankblankblankblankplus regulation of hemocyte proliferation
blankblankblankblankplus regulation of hemostasis [Hs:65] [Mm:57]
blankblankblankblankplus regulation of high-density lipoprotein particle assembly [Hs:1] [Mm:2]
blankblankblankblankplus regulation of immunological synapse formation [Hs:1] [Mm:2]
blankblankblankblankplus regulation of leukotriene production involved in inflammatory response [Hs:2] [Mm:1]
blankblankblankblankplus regulation of lipoprotein particle clearance [Hs:12] [Mm:12]
blankblankblankblankplus regulation of male germ cell proliferation [Hs:2] [Mm:3]
blankblankblankblankplus regulation of morphogenesis of a branching structure [Hs:50] [Mm:62]
blankblankblankblankplus regulation of mucus secretion [Hs:5] [Mm:6]
blankblankblankblankplus regulation of multicellular organism growth [Hs:88] [Mm:97]
blankblankblankblankminus regulation of multicellular organismal development [Hs:1269] [Mm:1310]
blankblankblankblankblankisa negative regulation of fusion cell fate specification
blankblankblankblankblankisa negative regulation of mammary gland development in males by androgen receptor signaling pathway
blankblankblankblankblankisa negative regulation of terminal cell fate specification, open tracheal system
blankblankblankblankblankisa positive regulation of apoptotic process involved in mammary gland involution [Hs:4] [Mm:4]
blankblankblankblankblankisa positive regulation of lactation by mesenchymal-epithelial cell signaling
blankblankblankblankblankisa positive regulation of mammary placode formation by mesenchymal-epithelial signaling
blankblankblankblankblankisa positive regulation of salivary gland formation by mesenchymal-epithelial signaling
blankblankblankblankblankplus regulation of Notch signaling pathway involved in heart induction [Hs:1] [Mm:3]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in digestive tract morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in dorsal/ventral axis specification [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of Wnt receptor signaling pathway involved in heart development [Hs:8] [Mm:7]
blankblankblankblankblankisa regulation of adaxial/abaxial pattern formation
blankblankblankblankblankplus regulation of antipodal cell differentiation
blankblankblankblankblankplus regulation of biomineral tissue development [Hs:72] [Mm:73]
blankblankblankblankblankplus regulation of canonical Wnt receptor signaling pathway involved in neural crest cell differentiation
blankblankblankblankblankplus regulation of cardiac cell fate specification [Hs:4] [Mm:4]
blankblankblankblankblankplus regulation of cardioblast differentiation [Hs:11] [Mm:7]
blankblankblankblankblankplus regulation of cartilage development [Hs:54] [Mm:50]
blankblankblankblankblankplus regulation of chitin-based cuticle tanning
blankblankblankblankblankplus regulation of cuticle pigmentation
blankblankblankblankblankplus regulation of dendritic cell differentiation [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of determination of dorsal identity [Hs:4] [Mm:5]
blankblankblankblankblankplus regulation of eclosion
blankblankblankblankblankplus regulation of embryo sac central cell differentiation
blankblankblankblankblankplus regulation of embryo sac egg cell differentiation
blankblankblankblankblankplus regulation of embryonic development [Hs:93] [Mm:92]
blankblankblankblankblankisa regulation of endothelial tube morphogenesis
blankblankblankblankblankplus regulation of epidermis development [Hs:41] [Mm:42]
blankblankblankblankblankplus regulation of epithelial cell differentiation [Hs:77] [Mm:66]
blankblankblankblankblankisa regulation of epithelial cell migration, open tracheal system
blankblankblankblankblankplus regulation of epithelial cell proliferation involved in prostate gland development [Hs:10] [Mm:10]
blankblankblankblankblankplus regulation of epithelial to mesenchymal transition [Hs:44] [Mm:38]
blankblankblankblankblankplus regulation of female gonad development [Hs:6] [Mm:10]
blankblankblankblankblankplus regulation of female pigmentation
blankblankblankblankblankplus regulation of fibroblast growth factor receptor signaling pathway involved in neural plate anterior/posterior pattern formation [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of heart growth [Hs:40] [Mm:51]
blankblankblankblankblankplus regulation of hematopoietic progenitor cell differentiation [Hs:4] [Mm:3]
blankblankblankblankblankplus regulation of hepatocyte differentiation [Hs:3] [Mm:3]
blankblankblankblankblankplus regulation of histolysis [Hs:1]
blankblankblankblankblankplus regulation of imaginal disc growth
blankblankblankblankblankplus regulation of isotype switching [Hs:19] [Mm:18]
blankblankblankblankblankminus regulation of kidney development [Hs:59] [Mm:51]
blankblankblankblankblankblankplus negative regulation of kidney development [Hs:5] [Mm:3]
blankblankblankblankblankblankminus positive regulation of kidney development [Hs:19] [Mm:14]
blankblankblankblankblankblankblankplus positive regulation of glomerulus development [Hs:4] [Mm:4]
blankblankblankblankblankblankblankplus positive regulation of mesonephros development
blankblankblankblankblankblankblankisa positive regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankblankplus positive regulation of metanephros development [Hs:3] [Mm:3]
blankblankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankblankplus regulation of branching involved in ureteric bud morphogenesis [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of epithelial cell differentiation involved in kidney development [Hs:14] [Mm:12]
blankblankblankblankblankblankplus regulation of glomerulus development [Hs:12] [Mm:11]
blankblankblankblankblankblankplus regulation of kidney smooth muscle cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis [Hs:3] [Mm:3]
blankblankblankblankblankblankplus regulation of mesonephros development [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephros development [Hs:22] [Mm:16]
blankblankblankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankblankblankplus regulation of pronephric nephron tubule development
blankblankblankblankblankblankplus regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of lens epithelial cell proliferation [Hs:1] [Mm:2]
blankblankblankblankblankplus regulation of lymphocyte differentiation [Hs:119] [Mm:109]
blankblankblankblankblankplus regulation of male gonad development [Hs:7] [Mm:7]
blankblankblankblankblankplus regulation of male pigmentation
blankblankblankblankblankplus regulation of mammary gland epithelial cell proliferation [Hs:17] [Mm:16]
blankblankblankblankblankplus regulation of mammary stem cell proliferation
blankblankblankblankblankplus regulation of meristem development
blankblankblankblankblankplus regulation of mesenchymal cell proliferation involved in lung development [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of mesenchymal cell proliferation involved in prostate gland development [Hs:1] [Mm:1]
blankblankblankblankblankplus regulation of mesenchymal cell proliferation involved in ureter development [Hs:4] [Mm:4]
blankblankblankblankblankisa regulation of metaxylem development
blankblankblankblankblankplus regulation of muscle organ development [Hs:121] [Mm:134]
blankblankblankblankblankplus regulation of myeloid cell differentiation [Hs:178] [Mm:162]
blankblankblankblankblankplus regulation of nervous system development [Hs:507] [Mm:571]
blankblankblankblankblankplus regulation of neural retina development
blankblankblankblankblankplus regulation of nodal signaling pathway involved in determination of left/right asymmetry [Hs:6] [Mm:2]
blankblankblankblankblankminus regulation of organ morphogenesis [Hs:156] [Mm:152]
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by Wnt receptor signaling pathway
blankblankblankblankblankblankisa positive regulation of posterior neural plate formation by fibroblast growth factor receptor signaling pathway
blankblankblankblankblankblankplus regulation of R7 cell differentiation
blankblankblankblankblankblankplus regulation of R8 cell differentiation
blankblankblankblankblankblankisa regulation of basal lamina disassembly involved in semicircular canal fusion by cell communication
blankblankblankblankblankblankplus regulation of bone trabecula formation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of branching involved in lung morphogenesis [Hs:5] [Mm:5]
blankblankblankblankblankblankplus regulation of branching involved in mammary gland duct morphogenesis [Hs:5] [Mm:6]
blankblankblankblankblankblankisa regulation of branching involved in prostate gland morphogenesis [Hs:7] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in salivary gland morphogenesis [Hs:9] [Mm:9]
blankblankblankblankblankblankplus regulation of branching involved in ureteric bud morphogenesis [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of cell proliferation involved in compound eye morphogenesis
blankblankblankblankblankblankisa regulation of cell proliferation involved in imaginal disc-derived wing morphogenesis
blankblankblankblankblankblankplus regulation of compound eye cone cell fate specification
blankblankblankblankblankblankplus regulation of epithelial cell proliferation involved in lung morphogenesis [Hs:7] [Mm:8]
blankblankblankblankblankblankisa regulation of epithelial cell proliferation involved in mammary gland bud elongation
blankblankblankblankblankblankplus regulation of establishment of planar polarity [Hs:23] [Mm:25]
blankblankblankblankblankblankplus regulation of eye photoreceptor cell development
blankblankblankblankblankblankplus regulation of growth plate cartilage chondrocyte proliferation [Hs:2] [Mm:2]
blankblankblankblankblankblankplus regulation of heart morphogenesis [Hs:21] [Mm:19]
blankblankblankblankblankblankplus regulation of hepatocyte proliferation [Hs:5] [Mm:4]
blankblankblankblankblankblankplus regulation of leaf morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal cell apoptotic process involved in nephron morphogenesis [Hs:3] [Mm:3]
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in mesonephros morphogenesis
blankblankblankblankblankblankplus regulation of mesenchymal to epithelial transition involved in metanephros morphogenesis [Hs:9] [Mm:6]
blankblankblankblankblankblankplus regulation of mesodermal cell fate determination
blankblankblankblankblankblankplus regulation of mesodermal cell fate specification [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of metanephric S-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric cap mesenchymal cell proliferation [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric comma-shaped body morphogenesis [Hs:1] [Mm:1]
blankblankblankblankblankblankplus regulation of metanephric ureteric bud development [Hs:3] [Mm:1]
blankblankblankblankblankblankplus regulation of odontogenesis [Hs:28] [Mm:25]
blankblankblankblankblankblankplus regulation of organ formation [Hs:33] [Mm:35]
blankblankblankblankblankblankplus regulation of polarized epithelial cell differentiation [Hs:4] [Mm:1]
blankblankblankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankblankblankplus regulation of retinal cell programmed cell death [Hs:7] [Mm:7]
blankblankblankblankblankblankplus regulation of retinal cone cell fate commitment
blankblankblankblankblankblankplus regulation of retinal rod cell fate commitment
blankblankblankblankblankblankisa regulation of trichome morphogenesis
blankblankblankblankblankblankplus regulation of ureteric bud formation [Hs:5] [Mm:4]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus regulation of pancreatic A cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of pollen tube growth
blankblankblankblankblankplus regulation of post-embryonic development
blankblankblankblankblankisa regulation of radial pattern formation
blankblankblankblankblankplus regulation of root development
blankblankblankblankblankplus regulation of shoot development
blankblankblankblankblankplus regulation of skeletal muscle tissue regeneration [Hs:4] [Mm:7]
blankblankblankblankblankplus regulation of spore-bearing organ development
blankblankblankblankblankplus regulation of stomach neuroendocrine cell differentiation [Hs:1] [Mm:1]
blankblankblankblankblankisa regulation of stomatal complex patterning
blankblankblankblankblankplus regulation of synergid differentiation
blankblankblankblankblankplus regulation of tolerance induction [Hs:13] [Mm:13]
blankblankblankblankblankisa regulation of transforming growth factor receptor beta signaling pathway involved in determination of left/right asymmetry
blankblankblankblankblankplus regulation of trophoblast cell migration [Hs:5] [Mm:4]
blankblankblankblankblankplus regulation of type B pancreatic cell development [Hs:5] [Mm:2]
blankblankblankblankblankplus regulation of vasculature development [Hs:183] [Mm:181]
blankblankblankblankplus regulation of multicellular organismal metabolic process [Hs:31] [Mm:32]
blankblankblankblankplus regulation of neurotrophin production [Hs:2] [Mm:1]
blankblankblankblankplus regulation of nurse cell apoptotic process
blankblankblankblankplus regulation of oocyte development [Hs:4] [Mm:5]
blankblankblankblankplus regulation of ossification [Hs:178] [Mm:183]
blankblankblankblankplus regulation of oviposition
blankblankblankblankplus regulation of ovulation [Hs:3] [Mm:5]
blankblankblankblankplus regulation of penile erection [Hs:7] [Mm:9]
blankblankblankblankplus regulation of respiratory burst involved in inflammatory response [Hs:4] [Mm:3]
blankblankblankblankplus regulation of respiratory gaseous exchange [Hs:21] [Mm:22]
blankblankblankblankplus regulation of spermatid nuclear differentiation
blankblankblankblankplus regulation of system process [Hs:509] [Mm:549]
blankblankblankblankplus regulation of tissue remodeling [Hs:48] [Mm:45]
blankblankblankblankplus regulation of turning behavior involved in mating
blankblankblankblankplus regulation of very-low-density lipoprotein particle remodeling [Hs:5] [Mm:4]
blankblankblankplus regulation of nitrogen utilization [Hs:4] [Mm:3]
blankblankblankplus regulation of phenotypic switching
blankblankblankplus regulation of phosphorus utilization
blankblankblankplus regulation of plasma lipoprotein particle levels [Hs:43] [Mm:38]
blankblankblankplus regulation of reproductive process [Hs:220] [Mm:184]
blankblankblankplus regulation of response to stimulus [Hs:2619] [Mm:2325]
blankblankblankplus regulation of signaling [Hs:2308] [Mm:2116]
blankblankblankplus regulation of spindle checkpoint [Hs:8] [Mm:9]
blankblankblankplus regulation of sulfur utilization
blankblankplus regulation of biological quality [Hs:2643] [Mm:2222]
blankblankplus regulation of molecular function [Hs:2024] [Mm:1979]
blankplus cell killing [Hs:37] [Mm:23]
blankminus cellular process [Hs:13805] [Mm:13810]
blankblankplus actin filament-based process [Hs:409] [Mm:354]
blankblankplus cell activation [Hs:626] [Mm:451]
blankblankplus cell adhesion [Hs:842] [Mm:698]
blankblankisa cell adhesion molecule production
blankblankplus cell aging [Hs:71] [Mm:59]
blankblankminus cell communication [Hs:4718] [Mm:4969]
blankblankblankisa axon target recognition [Hs:4] [Mm:4]
blankblankblankisa cell communication by chemical coupling [Mm:2]
blankblankblankplus cell communication by electrical coupling [Hs:4] [Mm:5]
blankblankblankplus cell communication involved in cardiac conduction [Hs:21] [Mm:21]
blankblankblankminus cell-cell signaling [Hs:999] [Mm:566]
blankblankblankblankisa autocrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in amphid sensory organ development
blankblankblankblankplus cell-cell signaling involved in cardiac conduction [Hs:11] [Mm:11]
blankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankisa trichome patterning
blankblankblankblankisa cell-cell signaling involved in cell-cell junction organization [Hs:1]
blankblankblankblankplus cell-cell signaling involved in kidney development [Hs:2] [Mm:3]
blankblankblankblankplus cell-cell signaling involved in lung development [Hs:1] [Mm:1]
blankblankblankblankisa cell-cell signaling involved in mammary gland development [Hs:1] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in placenta development
blankblankblankblankisa cell-cell signaling involved in quorum sensing
blankblankblankblankplus cerebellar Purkinje cell-granule cell precursor cell signaling involved in regulation of granule cell precursor cell proliferation [Hs:6] [Mm:6]
blankblankblankblankisa determination of muscle attachment site
blankblankblankblankisa ectoderm and mesoderm interaction [Hs:1] [Mm:1]
blankblankblankblankisa endocrine signaling
blankblankblankblankplus endodermal-mesodermal cell signaling [Hs:3] [Mm:3]
blankblankblankblankisa epiblast cell-extraembryonic ectoderm cell signaling involved in anterior/posterior axis specification [Hs:1] [Mm:1]
blankblankblankblankplus epithelial-mesenchymal cell signaling [Hs:7] [Mm:8]
blankblankblankblankplus generation of a signal involved in cell-cell signaling [Hs:158] [Mm:137]
blankblankblankblankplus mesenchymal-epithelial cell signaling [Hs:10] [Mm:10]
blankblankblankblankplus mesodermal-endodermal cell signaling [Hs:1] [Mm:1]
blankblankblankblankisa paracrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa regulation of branching involved in mammary cord morphogenesis by fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of mammary gland cord elongation by mammary fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankisa stromal-epithelial cell signaling involved in prostate gland development [Hs:1]
blankblankblankblankplus synaptic transmission [Hs:631] [Mm:377]
blankblankblankblankisa visceral mesoderm-endoderm interaction involved in midgut development [Hs:1] [Mm:2]
blankblankblankplus cellular response to extracellular stimulus [Hs:139] [Mm:102]
blankblankblankplus extracellular matrix-cell signaling [Hs:4] [Mm:5]
blankblankblankplus motogenic signaling initiating cell movement in cerebral cortex
blankblankblankisa motogenic signaling involved in interneuron migration from the subpallium to the cortex
blankblankblankisa motogenic signaling involved in postnatal olfactory bulb interneuron migration [Hs:1] [Mm:1]
blankblankblankplus pollen-pistil interaction
blankblankblankisa regulation of basal lamina disassembly involved in semicircular canal fusion by cell communication
blankblankblankplus response to pheromone involved in conjugation with mutual genetic exchange
blankblankblankisa sex determination, somatic-gonadal interaction
blankblankblankplus signal transduction [Hs:4059] [Mm:4474]
blankblankblankplus transmission of nerve impulse [Hs:718] [Mm:478]
blankblankisa cell competition in a multicellular organism
blankblankplus cell cycle [Hs:1278] [Mm:998]
blankblankplus cell cycle process [Hs:997] [Mm:704]
blankblankplus cell death [Hs:1248] [Mm:918]
blankblankplus cell division [Hs:465] [Mm:431]
blankblankplus cell growth [Hs:106] [Mm:87]
blankblankplus cell recognition [Hs:85] [Mm:85]
blankblankplus cellular component movement [Hs:1013] [Mm:805]
blankblankplus cellular component organization or biogenesis [Hs:4312] [Mm:3660]
blankblankminus cellular developmental process [Hs:2855] [Mm:2758]
blankblankblankplus ascospore release from ascus
blankblankblankisa cell dedifferentiation [Hs:1] [Mm:3]
blankblankblankplus cell development [Hs:1385] [Mm:1255]
blankblankblankminus cell differentiation [Hs:2753] [Mm:2643]
blankblankblankblankpartof G1 to G0 transition involved in cell differentiation [Hs:1] [Mm:2]
blankblankblankblankisa Leydig cell differentiation [Hs:15] [Mm:11]
blankblankblankblankisa Malpighian tubule tip cell differentiation
blankblankblankblankplus Sertoli cell differentiation [Hs:18] [Mm:14]
blankblankblankblankisa angioblast cell differentiation
blankblankblankblankisa antipodal cell differentiation
blankblankblankblankplus cardiac cell differentiation [Hs:96] [Mm:106]
blankblankblankblankplus cell development [Hs:1385] [Mm:1255]
blankblankblankblankplus cell differentiation in hindbrain [Hs:21] [Mm:24]
blankblankblankblankplus cell differentiation in spinal cord [Hs:48] [Mm:50]
blankblankblankblankplus cell differentiation involved in embryonic placenta development [Hs:17] [Mm:19]
blankblankblankblankplus cell differentiation involved in kidney development [Hs:36] [Mm:27]
blankblankblankblankplus cell differentiation involved in salivary gland development [Hs:3] [Mm:3]
blankblankblankblankisa cell differentiation involved in spore germination
blankblankblankblankminus cell fate commitment [Hs:243] [Mm:233]
blankblankblankblankblankplus B cell lineage commitment [Hs:8] [Mm:5]
blankblankblankblankblankplus DCT cell fate commitment
blankblankblankblankblankisa Sertoli cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus T cell lineage commitment [Hs:14] [Mm:10]
blankblankblankblankblankisa apical cell fate commitment
blankblankblankblankblankplus asymmetric neuroblast division [Hs:3] [Mm:3]
blankblankblankblankblankplus cardiac cell fate commitment [Hs:10] [Mm:12]
blankblankblankblankblankplus cell fate commitment involved in formation of primary germ layer [Hs:35] [Mm:29]
blankblankblankblankblankplus cell fate commitment involved in pattern specification [Hs:11] [Mm:15]
blankblankblankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankblankisa trichome patterning
blankblankblankblankblankplus compound eye cone cell fate commitment
blankblankblankblankblankplus determination of imaginal disc primordium
blankblankblankblankblankplus eosinophil fate commitment [Hs:2] [Mm:2]
blankblankblankblankblankplus epithelial cell fate commitment [Hs:9] [Mm:9]
blankblankblankblankblankplus glial cell fate commitment [Hs:18] [Mm:16]
blankblankblankblankblankisa granulosa cell fate commitment
blankblankblankblankblankisa guard cell fate commitment
blankblankblankblankblankisa hypothalamus gonadotrophin-releasing hormone neuron fate commitment
blankblankblankblankblankisa inner cell mass cell fate commitment
blankblankblankblankblankplus juxtaglomerulus cell fate commitment
blankblankblankblankblankisa lens fiber cell fate commitment
blankblankblankblankblankplus mating type determination
blankblankblankblankblankplus mesangial cell fate commitment
blankblankblankblankblankisa mesenchymal cell fate commitment
blankblankblankblankblankplus muscle cell fate commitment [Hs:11] [Mm:9]
blankblankblankblankblankplus myoblast cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankblankplus neural crest cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankblankplus neuroblast fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus neuron fate commitment [Hs:65] [Mm:71]
blankblankblankblankblankisa oocyte fate commitment
blankblankblankblankblankisa osteoblast fate commitment [Hs:4] [Mm:6]
blankblankblankblankblankisa pancreatic A cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankblankisa pancreatic D cell fate commitment
blankblankblankblankblankisa pancreatic E cell fate commitment
blankblankblankblankblankisa pancreatic PP cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankblankisa pro-T cell lineage commitment
blankblankblankblankblankisa proximal convoluted tubule segment 1 cell fate commitment
blankblankblankblankblankplus regulation of transcription involved in cell fate commitment [Hs:17] [Mm:19]
blankblankblankblankblankplus renal interstitial cell fate commitment
blankblankblankblankblankisa seed trichome initiation
blankblankblankblankblankplus stem cell fate commitment [Hs:3] [Mm:3]
blankblankblankblankblankisa trophectodermal cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankisa type B pancreatic cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus vulval cell fate commitment
blankblankblankblankisa chondroblast differentiation [Hs:6] [Mm:4]
blankblankblankblankplus chondrocyte differentiation [Hs:51] [Mm:49]
blankblankblankblankplus chorionic trophoblast cell differentiation [Hs:2] [Mm:4]
blankblankblankblankisa collenchyma cell differentiation
blankblankblankblankplus compound eye cone cell differentiation
blankblankblankblankplus corticotropin hormone secreting cell differentiation [Hs:3] [Mm:3]
blankblankblankblankisa cumulus cell differentiation
blankblankblankblankplus ectodermal cell differentiation [Mm:2]
blankblankblankblankplus embryo sac central cell differentiation
blankblankblankblankisa embryo sac egg cell differentiation
blankblankblankblankplus endodermal cell differentiation [Hs:18] [Mm:18]
blankblankblankblankisa enteroendocrine cell differentiation [Hs:3] [Mm:1]
blankblankblankblankplus epidermal cell differentiation [Hs:110] [Mm:87]
blankblankblankblankplus epithelial cell differentiation [Hs:290] [Mm:251]
blankblankblankblankplus fat cell differentiation [Hs:90] [Mm:73]
blankblankblankblankplus foam cell differentiation [Hs:3] [Mm:1]
blankblankblankblankisa follicular dendritic cell differentiation [Hs:2] [Mm:2]
blankblankblankblankisa generative cell differentiation
blankblankblankblankplus glial cell differentiation [Hs:135] [Mm:119]
blankblankblankblankplus granulosa cell differentiation [Hs:4] [Mm:2]
blankblankblankblankisa guard mother cell differentiation
blankblankblankblankisa hemangioblast cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus hematopoietic progenitor cell differentiation [Hs:29] [Mm:35]
blankblankblankblankplus hemocyte differentiation
blankblankblankblankisa hepatocyte differentiation [Hs:9] [Mm:4]
blankblankblankblankisa heterocyst differentiation
blankblankblankblankplus hypothalamus cell differentiation [Hs:9] [Mm:13]
blankblankblankblankplus inner cell mass cell differentiation [Hs:5] [Mm:4]
blankblankblankblankplus lens fiber cell differentiation [Hs:26] [Mm:21]
blankblankblankblankplus leukocyte differentiation [Hs:252] [Mm:258]
blankblankblankblankplus lung cell differentiation [Hs:25] [Mm:19]
blankblankblankblankplus mesenchymal cell differentiation [Hs:132] [Mm:119]
blankblankblankblankplus mesodermal cell differentiation [Hs:23] [Mm:20]
blankblankblankblankisa microsporocyte differentiation
blankblankblankblankplus muscle cell differentiation [Hs:261] [Mm:313]
blankblankblankblankplus myeloid cell differentiation [Hs:176] [Mm:176]
blankblankblankblankisa mystery cell differentiation
blankblankblankblankplus neuroblast differentiation [Hs:1] [Mm:2]
blankblankblankblankplus neuroendocrine cell differentiation [Hs:4] [Mm:3]
blankblankblankblankisa neuroepithelial cell differentiation [Hs:3] [Mm:7]
blankblankblankblankplus neurogenesis [Hs:1305] [Mm:1157]
blankblankblankblankplus neuromast mantle cell differentiation
blankblankblankblankplus neuromast support cell differentiation
blankblankblankblankplus neuron differentiation [Hs:951] [Mm:748]
blankblankblankblankplus notochord cell differentiation [Hs:1] [Mm:1]
blankblankblankblankisa odontoblast differentiation [Hs:1] [Mm:2]
blankblankblankblankplus oenocyte differentiation
blankblankblankblankplus olfactory bulb interneuron differentiation [Hs:14] [Mm:13]
blankblankblankblankplus oocyte differentiation [Hs:35] [Mm:36]
blankblankblankblankplus osteoblast differentiation [Hs:81] [Mm:78]
blankblankblankblankplus pancreatic A cell differentiation [Hs:9] [Mm:7]
blankblankblankblankplus pancreatic D cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus pancreatic E cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus pancreatic PP cell differentiation [Hs:4] [Mm:2]
blankblankblankblankplus parenchymal cell differentiation
blankblankblankblankplus pigment cell differentiation [Hs:36] [Mm:29]
blankblankblankblankisa pigment cell precursor differentiation
blankblankblankblankisa pollen sperm cell differentiation
blankblankblankblankplus prolactin secreting cell differentiation [Hs:2]
blankblankblankblankplus radial glial cell differentiation [Hs:7] [Mm:7]
blankblankblankblankplus renal filtration cell differentiation [Hs:15] [Mm:8]
blankblankblankblankisa rhombomere cell differentiation
blankblankblankblankisa sclerenchyma cell differentiation
blankblankblankblankisa sieve cell differentiation
blankblankblankblankplus somatotropin secreting cell differentiation [Hs:7] [Mm:4]
blankblankblankblankisa sorocarp spore cell differentiation
blankblankblankblankisa sorocarp stalk cell differentiation
blankblankblankblankplus spermatid differentiation [Hs:97] [Mm:102]
blankblankblankblankisa sporocyte differentiation
blankblankblankblankplus sporulation resulting in formation of a cellular spore
blankblankblankblankplus stem cell differentiation [Hs:124] [Mm:155]
blankblankblankblankisa synergid differentiation
blankblankblankblankplus tapetal cell differentiation
blankblankblankblankisa tendon cell differentiation [Hs:4] [Mm:3]
blankblankblankblankplus thyroid-stimulating hormone-secreting cell differentiation [Hs:4] [Mm:4]
blankblankblankblankisa transdifferentiation [Hs:4] [Mm:2]
blankblankblankblankplus trophectodermal cell differentiation [Hs:20] [Mm:20]
blankblankblankblankplus type B pancreatic cell differentiation [Hs:15] [Mm:15]
blankblankblankblankplus vasculogenesis [Hs:71] [Mm:88]
blankblankblankblankisa vegetative cell differentiation
blankblankblankblankisa vessel member cell differentiation
blankblankblankminus cell fate commitment [Hs:243] [Mm:233]
blankblankblankblankplus B cell lineage commitment [Hs:8] [Mm:5]
blankblankblankblankplus DCT cell fate commitment
blankblankblankblankisa Sertoli cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus T cell lineage commitment [Hs:14] [Mm:10]
blankblankblankblankisa apical cell fate commitment
blankblankblankblankplus asymmetric neuroblast division [Hs:3] [Mm:3]
blankblankblankblankplus cardiac cell fate commitment [Hs:10] [Mm:12]
blankblankblankblankplus cell fate commitment involved in formation of primary germ layer [Hs:35] [Mm:29]
blankblankblankblankplus cell fate commitment involved in pattern specification [Hs:11] [Mm:15]
blankblankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankisa trichome patterning
blankblankblankblankplus compound eye cone cell fate commitment
blankblankblankblankplus determination of imaginal disc primordium
blankblankblankblankplus eosinophil fate commitment [Hs:2] [Mm:2]
blankblankblankblankplus epithelial cell fate commitment [Hs:9] [Mm:9]
blankblankblankblankplus glial cell fate commitment [Hs:18] [Mm:16]
blankblankblankblankisa granulosa cell fate commitment
blankblankblankblankisa guard cell fate commitment
blankblankblankblankisa hypothalamus gonadotrophin-releasing hormone neuron fate commitment
blankblankblankblankisa inner cell mass cell fate commitment
blankblankblankblankplus juxtaglomerulus cell fate commitment
blankblankblankblankisa lens fiber cell fate commitment
blankblankblankblankplus mating type determination
blankblankblankblankplus mesangial cell fate commitment
blankblankblankblankisa mesenchymal cell fate commitment
blankblankblankblankplus muscle cell fate commitment [Hs:11] [Mm:9]
blankblankblankblankplus myoblast cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankplus neural crest cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankplus neuroblast fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus neuron fate commitment [Hs:65] [Mm:71]
blankblankblankblankisa oocyte fate commitment
blankblankblankblankisa osteoblast fate commitment [Hs:4] [Mm:6]
blankblankblankblankisa pancreatic A cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankisa pancreatic D cell fate commitment
blankblankblankblankisa pancreatic E cell fate commitment
blankblankblankblankisa pancreatic PP cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankisa pro-T cell lineage commitment
blankblankblankblankisa proximal convoluted tubule segment 1 cell fate commitment
blankblankblankblankplus regulation of transcription involved in cell fate commitment [Hs:17] [Mm:19]
blankblankblankblankplus renal interstitial cell fate commitment
blankblankblankblankisa seed trichome initiation
blankblankblankblankplus stem cell fate commitment [Hs:3] [Mm:3]
blankblankblankblankisa trophectodermal cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankisa type B pancreatic cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus vulval cell fate commitment
blankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankplus cell maturation [Hs:125] [Mm:138]
blankblankblankplus cellular component morphogenesis [Hs:922] [Mm:727]
blankblankblankisa centrosomal and pronuclear rotation
blankblankblankplus creation of an inductive signal
blankblankblankplus developmental programmed cell death [Hs:15] [Mm:17]
blankblankblankplus donor selection
blankblankblankisa fruiting body development in cellular response to starvation
blankblankblankplus initiation of movement involved in cerebral cortex radial glia guided migration
blankblankblankplus plant-type spore development
blankblankblankplus stomatal lineage progression
blankblankplus cellular homeostasis [Hs:734] [Mm:753]
blankblankplus cellular localization [Hs:1808] [Mm:1388]
blankblankplus cellular metabolic process [Hs:8353] [Mm:7311]
blankblankplus cellular pigmentation [Hs:38] [Mm:25]
blankblankplus cellular potassium ion transport [Hs:21] [Mm:90]
blankblankplus cellular process involved in reproduction [Hs:551] [Mm:419]
blankblankplus cellular response to stimulus [Hs:5114] [Mm:5405]
blankblankisa chromosome number maintenance
blankblankplus chromosome segregation [Hs:144] [Mm:139]
blankblankplus contact inhibition [Hs:6] [Mm:7]
blankblankplus cytokinesis [Hs:94] [Mm:73]
blankblankplus cytokinetic process [Hs:8] [Mm:9]
blankblankplus ensheathment of neurons [Hs:81] [Mm:82]
blankblankplus establishment or maintenance of cell polarity [Hs:124] [Mm:116]
blankblankisa establishment or maintenance of cell type involved in phenotypic switching
blankblankplus execution phase of apoptosis [Hs:85] [Mm:34]
blankblankplus gene silencing [Hs:85] [Mm:86]
blankblankplus generation of a signal involved in cell-cell signaling [Hs:158] [Mm:137]
blankblankplus intercellular transport
blankblankplus intermediate filament-based process [Hs:40] [Mm:34]
blankblankplus light absorption
blankblankisa maintenance of blood-brain barrier [Hs:2] [Mm:3]
blankblankplus maintenance of location in cell [Hs:105] [Mm:91]
blankblankplus membrane docking [Hs:37] [Mm:24]
blankblankplus microtubule-based process [Hs:424] [Mm:404]
blankblankplus plasmid maintenance
blankblankisa reversion of cell type to default state involved in phenotypic switching
blankblankplus secretion by cell [Hs:431] [Mm:292]
blankblankplus signal maturation [Hs:2] [Mm:1]
blankblankplus signal release [Hs:158] [Mm:137]
blankblankplus stomatal movement
blankblankplus syncytium formation [Hs:24] [Mm:22]
blankblankplus translational initiation [Hs:169] [Mm:82]
blankblankplus transmembrane transport [Hs:751] [Mm:879]
blankblankplus transposition [Hs:2]
blankblankplus vegetative growth of a single-celled organism
blankblankplus vesicle targeting [Hs:42] [Mm:14]
blankplus death [Hs:1251] [Mm:925]
blankminus developmental process [Hs:4846] [Mm:4217]
blankblankplus abscission
blankblankisa age-dependent behavioral decline
blankblankplus age-dependent general metabolic decline [Hs:3] [Mm:3]
blankblankplus aging [Hs:226] [Mm:109]
blankblankplus anatomical structure development [Hs:4260] [Mm:3709]
blankblankplus anatomical structure formation involved in morphogenesis [Hs:1645] [Mm:1495]
blankblankplus anatomical structure morphogenesis [Hs:2082] [Mm:1822]
blankblankminus cellular developmental process [Hs:2855] [Mm:2758]
blankblankblankplus ascospore release from ascus
blankblankblankisa cell dedifferentiation [Hs:1] [Mm:3]
blankblankblankplus cell development [Hs:1385] [Mm:1255]
blankblankblankminus cell differentiation [Hs:2753] [Mm:2643]
blankblankblankblankpartof G1 to G0 transition involved in cell differentiation [Hs:1] [Mm:2]
blankblankblankblankisa Leydig cell differentiation [Hs:15] [Mm:11]
blankblankblankblankisa Malpighian tubule tip cell differentiation
blankblankblankblankplus Sertoli cell differentiation [Hs:18] [Mm:14]
blankblankblankblankisa angioblast cell differentiation
blankblankblankblankisa antipodal cell differentiation
blankblankblankblankplus cardiac cell differentiation [Hs:96] [Mm:106]
blankblankblankblankplus cell development [Hs:1385] [Mm:1255]
blankblankblankblankplus cell differentiation in hindbrain [Hs:21] [Mm:24]
blankblankblankblankplus cell differentiation in spinal cord [Hs:48] [Mm:50]
blankblankblankblankplus cell differentiation involved in embryonic placenta development [Hs:17] [Mm:19]
blankblankblankblankplus cell differentiation involved in kidney development [Hs:36] [Mm:27]
blankblankblankblankplus cell differentiation involved in salivary gland development [Hs:3] [Mm:3]
blankblankblankblankisa cell differentiation involved in spore germination
blankblankblankblankminus cell fate commitment [Hs:243] [Mm:233]
blankblankblankblankblankplus B cell lineage commitment [Hs:8] [Mm:5]
blankblankblankblankblankplus DCT cell fate commitment
blankblankblankblankblankisa Sertoli cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus T cell lineage commitment [Hs:14] [Mm:10]
blankblankblankblankblankisa apical cell fate commitment
blankblankblankblankblankplus asymmetric neuroblast division [Hs:3] [Mm:3]
blankblankblankblankblankplus cardiac cell fate commitment [Hs:10] [Mm:12]
blankblankblankblankblankplus cell fate commitment involved in formation of primary germ layer [Hs:35] [Mm:29]
blankblankblankblankblankplus cell fate commitment involved in pattern specification [Hs:11] [Mm:15]
blankblankblankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankblankisa trichome patterning
blankblankblankblankblankplus compound eye cone cell fate commitment
blankblankblankblankblankplus determination of imaginal disc primordium
blankblankblankblankblankplus eosinophil fate commitment [Hs:2] [Mm:2]
blankblankblankblankblankplus epithelial cell fate commitment [Hs:9] [Mm:9]
blankblankblankblankblankplus glial cell fate commitment [Hs:18] [Mm:16]
blankblankblankblankblankisa granulosa cell fate commitment
blankblankblankblankblankisa guard cell fate commitment
blankblankblankblankblankisa hypothalamus gonadotrophin-releasing hormone neuron fate commitment
blankblankblankblankblankisa inner cell mass cell fate commitment
blankblankblankblankblankplus juxtaglomerulus cell fate commitment
blankblankblankblankblankisa lens fiber cell fate commitment
blankblankblankblankblankplus mating type determination
blankblankblankblankblankplus mesangial cell fate commitment
blankblankblankblankblankisa mesenchymal cell fate commitment
blankblankblankblankblankplus muscle cell fate commitment [Hs:11] [Mm:9]
blankblankblankblankblankplus myoblast cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankblankplus neural crest cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankblankplus neuroblast fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus neuron fate commitment [Hs:65] [Mm:71]
blankblankblankblankblankisa oocyte fate commitment
blankblankblankblankblankisa osteoblast fate commitment [Hs:4] [Mm:6]
blankblankblankblankblankisa pancreatic A cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankblankisa pancreatic D cell fate commitment
blankblankblankblankblankisa pancreatic E cell fate commitment
blankblankblankblankblankisa pancreatic PP cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankblankisa pro-T cell lineage commitment
blankblankblankblankblankisa proximal convoluted tubule segment 1 cell fate commitment
blankblankblankblankblankplus regulation of transcription involved in cell fate commitment [Hs:17] [Mm:19]
blankblankblankblankblankplus renal interstitial cell fate commitment
blankblankblankblankblankisa seed trichome initiation
blankblankblankblankblankplus stem cell fate commitment [Hs:3] [Mm:3]
blankblankblankblankblankisa trophectodermal cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankisa type B pancreatic cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankblankplus vulval cell fate commitment
blankblankblankblankisa chondroblast differentiation [Hs:6] [Mm:4]
blankblankblankblankplus chondrocyte differentiation [Hs:51] [Mm:49]
blankblankblankblankplus chorionic trophoblast cell differentiation [Hs:2] [Mm:4]
blankblankblankblankisa collenchyma cell differentiation
blankblankblankblankplus compound eye cone cell differentiation
blankblankblankblankplus corticotropin hormone secreting cell differentiation [Hs:3] [Mm:3]
blankblankblankblankisa cumulus cell differentiation
blankblankblankblankplus ectodermal cell differentiation [Mm:2]
blankblankblankblankplus embryo sac central cell differentiation
blankblankblankblankisa embryo sac egg cell differentiation
blankblankblankblankplus endodermal cell differentiation [Hs:18] [Mm:18]
blankblankblankblankisa enteroendocrine cell differentiation [Hs:3] [Mm:1]
blankblankblankblankplus epidermal cell differentiation [Hs:110] [Mm:87]
blankblankblankblankplus epithelial cell differentiation [Hs:290] [Mm:251]
blankblankblankblankplus fat cell differentiation [Hs:90] [Mm:73]
blankblankblankblankplus foam cell differentiation [Hs:3] [Mm:1]
blankblankblankblankisa follicular dendritic cell differentiation [Hs:2] [Mm:2]
blankblankblankblankisa generative cell differentiation
blankblankblankblankplus glial cell differentiation [Hs:135] [Mm:119]
blankblankblankblankplus granulosa cell differentiation [Hs:4] [Mm:2]
blankblankblankblankisa guard mother cell differentiation
blankblankblankblankisa hemangioblast cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus hematopoietic progenitor cell differentiation [Hs:29] [Mm:35]
blankblankblankblankplus hemocyte differentiation
blankblankblankblankisa hepatocyte differentiation [Hs:9] [Mm:4]
blankblankblankblankisa heterocyst differentiation
blankblankblankblankplus hypothalamus cell differentiation [Hs:9] [Mm:13]
blankblankblankblankplus inner cell mass cell differentiation [Hs:5] [Mm:4]
blankblankblankblankplus lens fiber cell differentiation [Hs:26] [Mm:21]
blankblankblankblankplus leukocyte differentiation [Hs:252] [Mm:258]
blankblankblankblankplus lung cell differentiation [Hs:25] [Mm:19]
blankblankblankblankplus mesenchymal cell differentiation [Hs:132] [Mm:119]
blankblankblankblankplus mesodermal cell differentiation [Hs:23] [Mm:20]
blankblankblankblankisa microsporocyte differentiation
blankblankblankblankplus muscle cell differentiation [Hs:261] [Mm:313]
blankblankblankblankplus myeloid cell differentiation [Hs:176] [Mm:176]
blankblankblankblankisa mystery cell differentiation
blankblankblankblankplus neuroblast differentiation [Hs:1] [Mm:2]
blankblankblankblankplus neuroendocrine cell differentiation [Hs:4] [Mm:3]
blankblankblankblankisa neuroepithelial cell differentiation [Hs:3] [Mm:7]
blankblankblankblankplus neurogenesis [Hs:1305] [Mm:1157]
blankblankblankblankplus neuromast mantle cell differentiation
blankblankblankblankplus neuromast support cell differentiation
blankblankblankblankplus neuron differentiation [Hs:951] [Mm:748]
blankblankblankblankplus notochord cell differentiation [Hs:1] [Mm:1]
blankblankblankblankisa odontoblast differentiation [Hs:1] [Mm:2]
blankblankblankblankplus oenocyte differentiation
blankblankblankblankplus olfactory bulb interneuron differentiation [Hs:14] [Mm:13]
blankblankblankblankplus oocyte differentiation [Hs:35] [Mm:36]
blankblankblankblankplus osteoblast differentiation [Hs:81] [Mm:78]
blankblankblankblankplus pancreatic A cell differentiation [Hs:9] [Mm:7]
blankblankblankblankplus pancreatic D cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus pancreatic E cell differentiation [Hs:1] [Mm:1]
blankblankblankblankplus pancreatic PP cell differentiation [Hs:4] [Mm:2]
blankblankblankblankplus parenchymal cell differentiation
blankblankblankblankplus pigment cell differentiation [Hs:36] [Mm:29]
blankblankblankblankisa pigment cell precursor differentiation
blankblankblankblankisa pollen sperm cell differentiation
blankblankblankblankplus prolactin secreting cell differentiation [Hs:2]
blankblankblankblankplus radial glial cell differentiation [Hs:7] [Mm:7]
blankblankblankblankplus renal filtration cell differentiation [Hs:15] [Mm:8]
blankblankblankblankisa rhombomere cell differentiation
blankblankblankblankisa sclerenchyma cell differentiation
blankblankblankblankisa sieve cell differentiation
blankblankblankblankplus somatotropin secreting cell differentiation [Hs:7] [Mm:4]
blankblankblankblankisa sorocarp spore cell differentiation
blankblankblankblankisa sorocarp stalk cell differentiation
blankblankblankblankplus spermatid differentiation [Hs:97] [Mm:102]
blankblankblankblankisa sporocyte differentiation
blankblankblankblankplus sporulation resulting in formation of a cellular spore
blankblankblankblankplus stem cell differentiation [Hs:124] [Mm:155]
blankblankblankblankisa synergid differentiation
blankblankblankblankplus tapetal cell differentiation
blankblankblankblankisa tendon cell differentiation [Hs:4] [Mm:3]
blankblankblankblankplus thyroid-stimulating hormone-secreting cell differentiation [Hs:4] [Mm:4]
blankblankblankblankisa transdifferentiation [Hs:4] [Mm:2]
blankblankblankblankplus trophectodermal cell differentiation [Hs:20] [Mm:20]
blankblankblankblankplus type B pancreatic cell differentiation [Hs:15] [Mm:15]
blankblankblankblankplus vasculogenesis [Hs:71] [Mm:88]
blankblankblankblankisa vegetative cell differentiation
blankblankblankblankisa vessel member cell differentiation
blankblankblankminus cell fate commitment [Hs:243] [Mm:233]
blankblankblankblankplus B cell lineage commitment [Hs:8] [Mm:5]
blankblankblankblankplus DCT cell fate commitment
blankblankblankblankisa Sertoli cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus T cell lineage commitment [Hs:14] [Mm:10]
blankblankblankblankisa apical cell fate commitment
blankblankblankblankplus asymmetric neuroblast division [Hs:3] [Mm:3]
blankblankblankblankplus cardiac cell fate commitment [Hs:10] [Mm:12]
blankblankblankblankplus cell fate commitment involved in formation of primary germ layer [Hs:35] [Mm:29]
blankblankblankblankplus cell fate commitment involved in pattern specification [Hs:11] [Mm:15]
blankblankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankisa trichome patterning
blankblankblankblankplus compound eye cone cell fate commitment
blankblankblankblankplus determination of imaginal disc primordium
blankblankblankblankplus eosinophil fate commitment [Hs:2] [Mm:2]
blankblankblankblankplus epithelial cell fate commitment [Hs:9] [Mm:9]
blankblankblankblankplus glial cell fate commitment [Hs:18] [Mm:16]
blankblankblankblankisa granulosa cell fate commitment
blankblankblankblankisa guard cell fate commitment
blankblankblankblankisa hypothalamus gonadotrophin-releasing hormone neuron fate commitment
blankblankblankblankisa inner cell mass cell fate commitment
blankblankblankblankplus juxtaglomerulus cell fate commitment
blankblankblankblankisa lens fiber cell fate commitment
blankblankblankblankplus mating type determination
blankblankblankblankplus mesangial cell fate commitment
blankblankblankblankisa mesenchymal cell fate commitment
blankblankblankblankplus muscle cell fate commitment [Hs:11] [Mm:9]
blankblankblankblankplus myoblast cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankplus neural crest cell fate commitment [Hs:5] [Mm:4]
blankblankblankblankplus neuroblast fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus neuron fate commitment [Hs:65] [Mm:71]
blankblankblankblankisa oocyte fate commitment
blankblankblankblankisa osteoblast fate commitment [Hs:4] [Mm:6]
blankblankblankblankisa pancreatic A cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankisa pancreatic D cell fate commitment
blankblankblankblankisa pancreatic E cell fate commitment
blankblankblankblankisa pancreatic PP cell fate commitment [Hs:4] [Mm:2]
blankblankblankblankisa pro-T cell lineage commitment
blankblankblankblankisa proximal convoluted tubule segment 1 cell fate commitment
blankblankblankblankplus regulation of transcription involved in cell fate commitment [Hs:17] [Mm:19]
blankblankblankblankplus renal interstitial cell fate commitment
blankblankblankblankisa seed trichome initiation
blankblankblankblankplus stem cell fate commitment [Hs:3] [Mm:3]
blankblankblankblankisa trophectodermal cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankisa type B pancreatic cell fate commitment [Hs:1] [Mm:1]
blankblankblankblankplus vulval cell fate commitment
blankblankblankplus cell fate determination [Hs:49] [Mm:41]
blankblankblankplus cell fate specification [Hs:70] [Mm:75]
blankblankblankplus cell maturation [Hs:125] [Mm:138]
blankblankblankplus cellular component morphogenesis [Hs:922] [Mm:727]
blankblankblankisa centrosomal and pronuclear rotation
blankblankblankplus creation of an inductive signal
blankblankblankplus developmental programmed cell death [Hs:15] [Mm:17]
blankblankblankplus donor selection
blankblankblankisa fruiting body development in cellular response to starvation
blankblankblankplus initiation of movement involved in cerebral cortex radial glia guided migration
blankblankblankplus plant-type spore development
blankblankblankplus stomatal lineage progression
blankblankplus dedifferentiation [Hs:1] [Mm:3]
blankblankplus development involved in symbiotic interaction [Hs:1] [Mm:1]
blankblankplus developmental growth [Hs:217] [Mm:210]
blankblankplus developmental maturation [Hs:372] [Mm:225]
blankblankplus developmental pigmentation [Hs:50] [Mm:43]
blankblankplus developmental process involved in reproduction [Hs:480] [Mm:425]
blankblankplus dormancy process
blankblankplus innervation [Hs:13] [Mm:16]
blankblankplus keratinization [Hs:46] [Mm:30]
blankblankplus megagametogenesis
blankblankplus meristem determinacy
blankblankplus meristem maintenance
blankblankplus microgametogenesis
blankblankisa midbrain-hindbrain boundary maturation during brain development [Hs:1] [Mm:1]
blankblankisa midbrain-hindbrain boundary maturation during neural plate development
blankblankplus multicellular organismal development [Hs:4405] [Mm:3813]
blankblankplus muscle attachment
blankblankplus organism emergence from protective structure [Hs:4] [Mm:5]
blankblankisa otolith tethering
blankblankplus pattern specification process [Hs:477] [Mm:456]
blankblankplus polyphenic determination
blankblankplus post-embryonic development [Hs:105] [Mm:130]
blankblankplus pseudocleavage
blankblankisa pupariation
blankblankisa pupation
blankblankplus spore germination
blankblankplus sporulation
blankblankplus stem cell maintenance [Hs:83] [Mm:109]
blankplus establishment of localization [Hs:3312] [Mm:3124]
blankplus growth [Hs:368] [Mm:371]
blankplus immune system process [Hs:1733] [Mm:1205]
blankplus localization [Hs:4083] [Mm:3831]
blankplus locomotion [Hs:1123] [Mm:809]
blankplus metabolic process [Hs:9148] [Mm:8524]
blankplus multi-organism process [Hs:5125] [Mm:4073]
blankplus multicellular organismal process [Hs:6014] [Mm:5976]
blankplus reproduction [Hs:1721] [Mm:1059]
blankplus reproductive process [Hs:1713] [Mm:1055]
blankplus response to stimulus [Hs:6958] [Mm:6862]
blankminus signaling [Hs:4582] [Mm:4845]
blankblankisa multi-organism signaling
blankblankminus single organism signaling [Hs:4582] [Mm:4845]
blankblankblankminus cell-cell signaling [Hs:999] [Mm:566]
blankblankblankblankisa autocrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in amphid sensory organ development
blankblankblankblankplus cell-cell signaling involved in cardiac conduction [Hs:11] [Mm:11]
blankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankisa trichome patterning
blankblankblankblankisa cell-cell signaling involved in cell-cell junction organization [Hs:1]
blankblankblankblankplus cell-cell signaling involved in kidney development [Hs:2] [Mm:3]
blankblankblankblankplus cell-cell signaling involved in lung development [Hs:1] [Mm:1]
blankblankblankblankisa cell-cell signaling involved in mammary gland development [Hs:1] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in placenta development
blankblankblankblankisa cell-cell signaling involved in quorum sensing
blankblankblankblankplus cerebellar Purkinje cell-granule cell precursor cell signaling involved in regulation of granule cell precursor cell proliferation [Hs:6] [Mm:6]
blankblankblankblankisa determination of muscle attachment site
blankblankblankblankisa ectoderm and mesoderm interaction [Hs:1] [Mm:1]
blankblankblankblankisa endocrine signaling
blankblankblankblankplus endodermal-mesodermal cell signaling [Hs:3] [Mm:3]
blankblankblankblankisa epiblast cell-extraembryonic ectoderm cell signaling involved in anterior/posterior axis specification [Hs:1] [Mm:1]
blankblankblankblankplus epithelial-mesenchymal cell signaling [Hs:7] [Mm:8]
blankblankblankblankplus generation of a signal involved in cell-cell signaling [Hs:158] [Mm:137]
blankblankblankblankplus mesenchymal-epithelial cell signaling [Hs:10] [Mm:10]
blankblankblankblankplus mesodermal-endodermal cell signaling [Hs:1] [Mm:1]
blankblankblankblankisa paracrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa regulation of branching involved in mammary cord morphogenesis by fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of mammary gland cord elongation by mammary fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankisa stromal-epithelial cell signaling involved in prostate gland development [Hs:1]
blankblankblankblankplus synaptic transmission [Hs:631] [Mm:377]
blankblankblankblankisa visceral mesoderm-endoderm interaction involved in midgut development [Hs:1] [Mm:2]
blankblankblankplus extracellular matrix-cell signaling [Hs:4] [Mm:5]
blankblankblankplus motogenic signaling initiating cell movement in cerebral cortex
blankblankblankisa motogenic signaling involved in interneuron migration from the subpallium to the cortex
blankblankblankisa motogenic signaling involved in postnatal olfactory bulb interneuron migration [Hs:1] [Mm:1]
blankblankblankplus multicellular organismal signaling [Hs:736] [Mm:506]
blankblankblankplus signal transduction [Hs:4059] [Mm:4474]
blankminus single-organism process [Hs:8449] [Mm:8215]
blankblankisa carbohydrate utilization [Mm:1]
blankblankisa carbon utilization
blankblankplus cell adhesion [Hs:842] [Mm:698]
blankblankplus cell proliferation [Hs:654] [Mm:457]
blankblankisa complement-dependent cytotoxicity
blankblankplus leukocyte mediated cytotoxicity [Hs:19] [Mm:17]
blankblankisa nitrogen utilization
blankblankplus phenotypic switching
blankblankisa phosphorus utilization
blankblankplus pigmentation [Hs:93] [Mm:79]
blankblankplus protein activation cascade [Hs:68] [Mm:39]
blankblankplus rhythmic process [Hs:213] [Mm:194]
blankblankplus single organism reproductive process [Hs:1245] [Mm:959]
blankblankminus single organism signaling [Hs:4582] [Mm:4845]
blankblankblankminus cell-cell signaling [Hs:999] [Mm:566]
blankblankblankblankisa autocrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in amphid sensory organ development
blankblankblankblankplus cell-cell signaling involved in cardiac conduction [Hs:11] [Mm:11]
blankblankblankblankminus cell-cell signaling involved in cell fate commitment [Hs:36] [Mm:39]
blankblankblankblankblankminus developmental induction [Hs:35] [Mm:38]
blankblankblankblankblankblankplus Spemann organizer formation [Hs:3] [Mm:4]
blankblankblankblankblankblankisa forebrain induction by the anterior neural ridge
blankblankblankblankblankblankplus inductive cell-cell signaling [Hs:1] [Mm:1]
blankblankblankblankblankblankisa lens induction in camera-type eye [Hs:8] [Mm:10]
blankblankblankblankblankblankplus organ induction [Hs:20] [Mm:20]
blankblankblankblankblankblankminus renal vesicle induction [Hs:3] [Mm:3]
blankblankblankblankblankblankblankisa mesonephric renal vesicle induction
blankblankblankblankblankblankblankisa metanephric renal vesicle induction
blankblankblankblankblankplus endodermal-mesodermal cell signaling involved in heart induction [Hs:3] [Mm:3]
blankblankblankblankblankisa lateral inhibition [Hs:1] [Mm:1]
blankblankblankblankblankisa mesodermal-endodermal cell signaling involved in heart induction
blankblankblankblankblankisa trichome patterning
blankblankblankblankisa cell-cell signaling involved in cell-cell junction organization [Hs:1]
blankblankblankblankplus cell-cell signaling involved in kidney development [Hs:2] [Mm:3]
blankblankblankblankplus cell-cell signaling involved in lung development [Hs:1] [Mm:1]
blankblankblankblankisa cell-cell signaling involved in mammary gland development [Hs:1] [Mm:2]
blankblankblankblankisa cell-cell signaling involved in placenta development
blankblankblankblankisa cell-cell signaling involved in quorum sensing
blankblankblankblankplus cerebellar Purkinje cell-granule cell precursor cell signaling involved in regulation of granule cell precursor cell proliferation [Hs:6] [Mm:6]
blankblankblankblankisa determination of muscle attachment site
blankblankblankblankisa ectoderm and mesoderm interaction [Hs:1] [Mm:1]
blankblankblankblankisa endocrine signaling
blankblankblankblankplus endodermal-mesodermal cell signaling [Hs:3] [Mm:3]
blankblankblankblankisa epiblast cell-extraembryonic ectoderm cell signaling involved in anterior/posterior axis specification [Hs:1] [Mm:1]
blankblankblankblankplus epithelial-mesenchymal cell signaling [Hs:7] [Mm:8]
blankblankblankblankplus generation of a signal involved in cell-cell signaling [Hs:158] [Mm:137]
blankblankblankblankplus mesenchymal-epithelial cell signaling [Hs:10] [Mm:10]
blankblankblankblankplus mesodermal-endodermal cell signaling [Hs:1] [Mm:1]
blankblankblankblankisa paracrine signaling [Hs:2] [Mm:2]
blankblankblankblankisa regulation of branching involved in mammary cord morphogenesis by fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of mammary gland cord elongation by mammary fat precursor cell-epithelial cell signaling
blankblankblankblankisa regulation of pre-tubular aggregate formation by cell-cell signaling
blankblankblankblankisa stromal-epithelial cell signaling involved in prostate gland development [Hs:1]
blankblankblankblankplus synaptic transmission [Hs:631] [Mm:377]
blankblankblankblankisa visceral mesoderm-endoderm interaction involved in midgut development [Hs:1] [Mm:2]
blankblankblankplus extracellular matrix-cell signaling [Hs:4] [Mm:5]
blankblankblankplus motogenic signaling initiating cell movement in cerebral cortex
blankblankblankisa motogenic signaling involved in interneuron migration from the subpallium to the cortex
blankblankblankisa motogenic signaling involved in postnatal olfactory bulb interneuron migration [Hs:1] [Mm:1]
blankblankblankplus multicellular organismal signaling [Hs:736] [Mm:506]
blankblankblankplus signal transduction [Hs:4059] [Mm:4474]
blankblankplus single-multicellular organism process [Hs:5976] [Mm:5962]
blankblankisa sulfur utilization
plus cellular_component [Hs:694] [Mm:8790]
plus molecular_function [Hs:803] [Mm:9729]