Ontology list
Cellular componentneuronal cell body - GO:0043025; intracellular membrane-bounded organelle - GO:0043231; RNA polymerase II transcription factor complex - GO:0090575; cell part - GO:0044464; cell body - GO:0044297; intracellular part - GO:0044424; membrane-bounded organelle - GO:0043227; organelle - GO:0043226; neuron part - GO:0097458; intracellular organelle - GO:0043229; cellular_component - GO:0005575; nucleus - GO:0005634;
Molecular functionRNA polymerase II regulatory region sequence-specific DNA binding - GO:0000977; transcriptional repressor activity; RNA polymerase II transcription regulatory region sequence-specific binding - GO:0001227; regulatory region dna binding - GO:0000975; RNA polymerase II core promoter proximal region sequence-specific DNA binding - GO:0000978; bhlh transcription factor binding - GO:0043425; binding - GO:0005488; protein binding transcription factor activity - GO:0000988; protein dimerization activity - GO:0046983; sequence-specific dna binding rna polymerase ii transcription factor activity - GO:0000981; sequence-specific dna binding - GO:0043565; protein binding - GO:0005515; transcription regulatory region sequence-specific dna binding - GO:0000976; e-box binding - GO:0070888; core promoter proximal region dna binding - GO:0001159; heterocyclic compound binding - GO:1901363; transcription factor binding transcription factor activity - GO:0000989; identical protein binding - GO:0042802; nucleic acid binding transcription factor activity - GO:0001071; E-box binding - GO:0070888; core promoter proximal region sequence-specific dna binding - GO:0000987; dna binding - GO:0003677; transcription regulatory region dna binding - GO:0044212; molecular_function - GO:0003674; sequence-specific dna binding transcription factor activity - GO:0003700; rna polymerase ii core promoter proximal region sequence-specific dna binding - GO:0000978; chromatin binding - GO:0003682; rna polymerase ii regulatory region dna binding - GO:0001012; rna polymerase ii core promoter proximal region sequence-specific dna binding transcription factor activity involved in negative regulation of transcription - GO:0001078; rna polymerase ii transcription regulatory region sequence-specific dna binding transcription factor activity involved in negative regulation of transcription - GO:0001227; nucleic acid binding - GO:0003676; double-stranded dna binding - GO:0003690; bHLH transcription factor binding - GO:0043425; regulatory region nucleic acid binding - GO:0001067; transcription factor binding - GO:0008134; organic cyclic compound binding - GO:0097159; transcription factor activity; sequence-specific DNA binding - GO:0003700; RNA polymerase II transcription factor activity; sequence-specific DNA binding - GO:0000981; protein homodimerization activity - GO:0042803; rna polymerase ii regulatory region sequence-specific dna binding - GO:0000977; macromolecular complex binding - GO:0044877; structure-specific dna binding - GO:0043566; rna polymerase ii core promoter proximal region sequence-specific dna binding transcription factor activity - GO:0000982;
Biological processgabaergic neuron differentiation - GO:0097154; stomach neuroendocrine cell differentiation - GO:0061102; cell fate commitment - GO:0045165; organic cyclic compound biosynthetic process - GO:1901362; regulation of gene expression - GO:0010468; positive regulation of apoptotic process - GO:0043065; positive regulation of biosynthetic process - GO:0009891; positive regulation of response to stimulus - GO:0048584; heterocycle biosynthetic process - GO:0018130; nucleobase-containing compound metabolic process - GO:0006139; cell differentiation - GO:0030154; negative regulation of neurogenesis - GO:0050768; adrenal chromaffin cell differentiation - GO:0061104; negative regulation of programmed cell death - GO:0043069; subpallium neuron fate commitment - GO:0060163; regulation of primary metabolic process - GO:0080090; nucleic acid-templated transcription - GO:0097659; aromatic compound biosynthetic process - GO:0019438; system development - GO:0048731; forebrain neuron fate commitment - GO:0021877; metabolic process - GO:0008152; nucleic acid metabolic process - GO:0090304; regulation of cell death - GO:0010941; regulation of cell differentiation - GO:0045595; response to organonitrogen compound - GO:0010243; regulation of transcription from rna polymerase ii promoter - GO:0006357; regulation of nitrogen compound metabolic process - GO:0051171; sensory organ development - GO:0007423; regulation of cellular biosynthetic process - GO:0031326; cell proliferation - GO:0008283; cell fate determination - GO:0001709; oligodendrocyte development - GO:0014003; cerebral cortex gabaergic interneuron differentiation - GO:0021892; negative regulation of cellular biosynthetic process - GO:0031327; sympathetic nervous system development - GO:0048485; stem cell proliferation - GO:0072089; neural precursor cell proliferation - GO:0061351; negative regulation of developmental process - GO:0051093; negative regulation of cell development - GO:0010721; noradrenergic neuron development - GO:0003358; positive regulation of gene expression - GO:0010628; regulation of metabolic process - GO:0019222; regulation of multicellular organismal development - GO:2000026; reflex - GO:0060004; negative regulation of transcription from rna polymerase ii promoter - GO:0000122; heart development - GO:0007507; cerebral cortex GABAergic interneuron differentiation - GO:0021892; neural nucleus development - GO:0048857; negative regulation of nervous system development - GO:0051961; positive regulation of cellular process - GO:0048522; regulation of response to stimulus - GO:0048583; negative regulation of transcription; dna-templated - GO:0045892; regulation of neuron apoptotic process - GO:0043523; negative regulation of cellular process - GO:0048523; positive regulation of signal transduction - GO:0009967; response to nutrient levels - GO:0031667; regulation of macromolecule metabolic process - GO:0060255; noradrenergic neuron fate commitment - GO:0003359; cellular macromolecule biosynthetic process - GO:0034645; multicellular organismal process - GO:0032501; regulation of cellular process - GO:0050794; cerebral cortex development - GO:0021987; lung epithelial cell differentiation - GO:0060487; vestibular nucleus development - GO:0021750; positive regulation of signaling - GO:0023056; anatomical structure development - GO:0048856; cellular metabolic process - GO:0044237; regulation of macromolecule biosynthetic process - GO:0010556; macromolecule biosynthetic process - GO:0009059; positive regulation of transcription; dna-templated - GO:0045893; lung cell differentiation - GO:0060479; forebrain neuron differentiation - GO:0021879; spinal cord oligodendrocyte cell fate specification - GO:0021530; regulation of timing of cell differentiation - GO:0048505; regulation of cell communication - GO:0010646; positive regulation of rna biosynthetic process - GO:1902680; regulation of development; heterochronic - GO:0040034; signal transduction - GO:0007165; epithelial cell differentiation - GO:0030855; cellular response to magnetism - GO:0071259; regulation of timing of neuron differentiation - GO:0060164; regulation of epithelial cell differentiation - GO:0030856; regulation of cell proliferation - GO:0042127; positive regulation of biological process - GO:0048518; positive regulation of neurogenesis - GO:0050769; positive regulation of cell death - GO:0010942; negative regulation of rna metabolic process - GO:0051253; movement of cell or subcellular component - GO:0006928; neuroepithelial cell differentiation - GO:0060563; rna biosynthetic process - GO:0032774; negative regulation of nucleobase-containing compound metabolic process - GO:0045934; single-organism process - GO:0044699; nitrogen compound metabolic process - GO:0006807; response to amino acid - GO:0043200; primary metabolic process - GO:0044238; regulation of nucleic acid-templated transcription - GO:1903506; olfactory pit development - GO:0060166; cell motility - GO:0048870; response to acid chemical - GO:0001101; oligodendrocyte cell fate specification - GO:0021778; lung secretory cell differentiation - GO:0061140; multicellular organismal movement - GO:0050879; positive regulation of cell differentiation - GO:0045597; regulation of signaling - GO:0023051; regulation of cell cycle - GO:0051726; regulation of developmental process - GO:0050793; macromolecule metabolic process - GO:0043170; response to nutrient - GO:0007584; negative regulation of cellular macromolecule biosynthetic process - GO:2000113; positive regulation of neural precursor cell proliferation - GO:2000179; negative regulation of macromolecule biosynthetic process - GO:0010558; regulation of neural precursor cell proliferation - GO:2000177; response to inorganic substance - GO:0010035; Notch signaling pathway - GO:0007219; response to lipid - GO:0033993; cellular response to abiotic stimulus - GO:0071214; cell development - GO:0048468; positive regulation of notch signaling pathway - GO:0045747; positive regulation of developmental process - GO:0051094; locomotion - GO:0040011; positive regulation of macromolecule metabolic process - GO:0010604; carotid body glomus cell differentiation - GO:0061103; negative regulation of apoptotic process - GO:0043066; neuron differentiation - GO:0030182; developmental maturation - GO:0021700; response to vitamin - GO:0033273; glial cell development - GO:0021782; regulation of rna metabolic process - GO:0051252; positive regulation of multicellular organismal process - GO:0051240; positive regulation of cell communication - GO:0010647; positive regulation of transcription from RNA polymerase II promoter - GO:0045944; columnar/cuboidal epithelial cell differentiation - GO:0002065; positive regulation of nervous system development - GO:0051962; stem cell fate determination - GO:0048867; cellular nitrogen compound biosynthetic process - GO:0044271; response to abiotic stimulus - GO:0009628; single-multicellular organism process - GO:0044707; regulation of nucleobase-containing compound metabolic process - GO:0019219; glial cell fate specification - GO:0021780; neuron fate commitment - GO:0048663; negative regulation of multicellular organismal process - GO:0051241; positive regulation of metabolic process - GO:0009893; regulation of rna biosynthetic process - GO:2001141; regulation of cellular metabolic process - GO:0031323; positive regulation of Notch signaling pathway - GO:0045747; regulation of timing of subpallium neuron differentiation - GO:0060165; response to metal ion - GO:0010038; regulation of transcription; dna-templated - GO:0006355; positive regulation of neuron differentiation - GO:0045666; commitment of neuronal cell to specific neuron type in forebrain - GO:0021902; musculoskeletal movement - GO:0050881; positive regulation of transcription from rna polymerase ii promoter - GO:0045944; cell surface receptor signaling pathway - GO:0007166; biosynthetic process - GO:0009058; positive regulation of nucleic acid-templated transcription - GO:1903508; neuroendocrine cell differentiation - GO:0061101; organic substance metabolic process - GO:0071704; negative regulation of transcription from RNA polymerase II promoter - GO:0000122; regulation of biosynthetic process - GO:0009889; single-organism developmental process - GO:0044767; central nervous system neuron development - GO:0021954; neuron development - GO:0048666; negative regulation of metabolic process - GO:0009892; regulation of neurogenesis - GO:0050767; negative regulation of biosynthetic process - GO:0009890; transcription; dna-templated - GO:0006351; regulation of programmed cell death - GO:0043067; tissue development - GO:0009888; negative regulation of biological process - GO:0048519; organic substance biosynthetic process - GO:1901576; cellular aromatic compound metabolic process - GO:0006725; positive regulation of rna metabolic process - GO:0051254; positive regulation of cellular metabolic process - GO:0031325; cellular nitrogen compound metabolic process - GO:0034641; negative regulation of cell differentiation - GO:0045596; neuron migration - GO:0001764; response to organic substance - GO:0010033; cellular process - GO:0009987; positive regulation of nitrogen compound metabolic process - GO:0051173; positive regulation of macromolecule biosynthetic process - GO:0010557; central nervous system neuron differentiation - GO:0021953; neurogenesis - GO:0022008; positive regulation of cell proliferation - GO:0008284; neuroblast fate determination - GO:0007400; positive regulation of cellular biosynthetic process - GO:0031328; negative regulation of nitrogen compound metabolic process - GO:0051172; response to chemical - GO:0042221; biological_process - GO:0008150; response to lithium ion - GO:0010226; regulation of neuron differentiation - GO:0045664; response to folic acid - GO:0051593; ganglion development - GO:0061548; regulation of transcription from RNA polymerase II promoter - GO:0006357; positive regulation of programmed cell death - GO:0043068; response to stimulus - GO:0050896; regulation of signal transduction - GO:0009966; negative regulation of cell death - GO:0060548; sympathetic ganglion development - GO:0061549; response to magnetism - GO:0071000; musculoskeletal movement; spinal reflex action - GO:0050883; developmental process - GO:0032502; nucleobase-containing compound biosynthetic process - GO:0034654; single-organism cellular process - GO:0044763; cellular macromolecule metabolic process - GO:0044260; response to endogenous stimulus - GO:0009719; negative regulation of cellular metabolic process - GO:0031324; negative regulation of transcription; DNA-templated - GO:0045892; positive regulation of neuron apoptotic process - GO:0043525; response to external stimulus - GO:0009605; negative regulation of rna biosynthetic process - GO:1902679; negative regulation of gene expression - GO:0010629; cell fate commitment involved in pattern specification - GO:0060581; biological regulation - GO:0065007; cellular biosynthetic process - GO:0044249; response to organic cyclic compound - GO:0014070; neuroblast proliferation - GO:0007405; positive regulation of cell development - GO:0010720; response to epidermal growth factor - GO:0070849; regulation of multicellular organismal process - GO:0051239; ventral spinal cord interneuron fate commitment - GO:0060579; positive regulation of cell cycle - GO:0045787; regulation of cellular macromolecule biosynthetic process - GO:2000112; response to retinoic acid - GO:0032526; negative regulation of macromolecule metabolic process - GO:0010605; response to oxygen-containing compound - GO:1901700; regulation of neuron death - GO:1901214; cerebral cortex neuron differentiation - GO:0021895; regulation of cell development - GO:0060284; rna metabolic process - GO:0016070; cell maturation - GO:0048469; positive regulation of neuron death - GO:1901216; glandular epithelial cell differentiation - GO:0002067; regulation of mitotic cell cycle - GO:0007346; positive regulation of nucleobase-containing compound metabolic process - GO:0045935; regulation of nervous system development - GO:0051960; notch signaling pathway - GO:0007219; response to extracellular stimulus - GO:0009991; organic cyclic compound metabolic process - GO:1901360; response to nitrogen compound - GO:1901698; response to growth factor - GO:0070848; lung neuroendocrine cell differentiation - GO:0061100; negative regulation of nucleic acid-templated transcription - GO:1903507; cellular response to stimulus - GO:0051716; regulation of apoptotic process - GO:0042981; neuron fate specification - GO:0048665; spinal cord association neuron differentiation - GO:0021527; cellular developmental process - GO:0048869; cell differentiation in spinal cord - GO:0021515; regulation of biological process - GO:0050789; cell migration - GO:0016477; cell fate specification - GO:0001708; heterocycle metabolic process - GO:0046483; negative regulation of neuron differentiation - GO:0045665; regulation of notch signaling pathway - GO:0008593;