Ontology list
Cellular componentcytosol - GO:0005829; nuclear speck - GO:0016607; transcription factor complex - GO:0005667; nuclear part - GO:0044428; cell part - GO:0044464; macromolecular complex - GO:0032991; intracellular part - GO:0044424; organelle part - GO:0044422; nucleoplasm - GO:0005654; cellular_component - GO:0005575; intracellular organelle part - GO:0044446; nucleus - GO:0005634; cytoplasmic part - GO:0044444; protein complex - GO:0043234;
Molecular functionsignal transducer activity - GO:0004871; heterocyclic compound binding - GO:1901363; rna polymerase ii transcription regulatory region sequence-specific dna binding transcription factor activity involved in positive regulation of transcription - GO:0001228; rna polymerase ii core promoter proximal region sequence-specific dna binding transcription factor activity - GO:0000982; sequence-specific DNA binding - GO:0043565; RNA polymerase II transcription factor activity; sequence-specific DNA binding - GO:0000981; protein binding - GO:0005515; organic cyclic compound binding - GO:0097159; histone acetyltransferase binding - GO:0035035; sequence-specific dna binding rna polymerase ii transcription factor activity - GO:0000981; molecular transducer activity - GO:0060089; DNA binding - GO:0003677; enzyme binding - GO:0019899; sequence-specific dna binding - GO:0043565; protein dimerization activity - GO:0046983; transcription factor binding - GO:0008134; rna polymerase ii core promoter proximal region sequence-specific dna binding transcription factor activity involved in positive regulation of transcription - GO:0001077; transcriptional activator activity; RNA polymerase II transcription regulatory region sequence-specific binding - GO:0001228; protein heterodimerization activity - GO:0046982; nucleic acid binding - GO:0003676; binding - GO:0005488; dna binding - GO:0003677; sequence-specific dna binding transcription factor activity - GO:0003700; molecular_function - GO:0003674; nucleic acid binding transcription factor activity - GO:0001071;
Biological processmacromolecule biosynthetic process - GO:0009059; myeloid cell differentiation - GO:0030099; regulation of heart rate - GO:0002027; positive regulation of transcription; dna-templated - GO:0045893; anatomical structure development - GO:0048856; regulation of macromolecule biosynthetic process - GO:0010556; cellular metabolic process - GO:0044237; transcription from rna polymerase ii promoter - GO:0006366; regulation of biological quality - GO:0065008; regulation of cellular process - GO:0050794; multicellular organismal process - GO:0032501; cellular macromolecule biosynthetic process - GO:0034645; regulation of transcription from rna polymerase ii promoter in response to oxidative stress - GO:0043619; sensory perception of light stimulus - GO:0050953; negative regulation of cellular process - GO:0048523; regulation of macromolecule metabolic process - GO:0060255; cellular response to decreased oxygen levels - GO:0036294; stem cell maintenance - GO:0019827; positive regulation of cellular process - GO:0048522; cellular component organization or biogenesis - GO:0071840; iron ion homeostasis - GO:0055072; regulation of metabolic process - GO:0019222; positive regulation of gene expression - GO:0010628; negative regulation of developmental process - GO:0051093; regulation of cellular biosynthetic process - GO:0031326; organ development - GO:0048513; regulation of transcription from rna polymerase ii promoter - GO:0006357; regulation of cell differentiation - GO:0045595; regulation of nitrogen compound metabolic process - GO:0051171; tissue homeostasis - GO:0001894; cellular response to hypoxia - GO:0071456; nucleic acid-templated transcription - GO:0097659; aromatic compound biosynthetic process - GO:0019438; regulation of transcription from rna polymerase ii promoter in response to hypoxia - GO:0061418; nucleic acid metabolic process - GO:0090304; metabolic process - GO:0008152; response to oxygen levels - GO:0070482; heterocycle biosynthetic process - GO:0018130; nucleobase-containing compound metabolic process - GO:0006139; cell differentiation - GO:0030154; organelle organization - GO:0006996; regulation of primary metabolic process - GO:0080090; positive regulation of biosynthetic process - GO:0009891; cell fate commitment - GO:0045165; organic cyclic compound biosynthetic process - GO:1901362; regulation of gene expression - GO:0010468; transcription from RNA polymerase II promoter - GO:0006366; positive regulation of transcription from RNA polymerase II promoter - GO:0045944; chemical homeostasis - GO:0048878; regulation of rna metabolic process - GO:0051252; angiogenesis - GO:0001525; single organism reproductive process - GO:0044702; embryonic placenta development - GO:0001892; positive regulation of macromolecule metabolic process - GO:0010604; developmental maturation - GO:0021700; organic hydroxy compound metabolic process - GO:1901615; surfactant homeostasis - GO:0043129; regulation of transcription from rna polymerase ii promoter in response to stress - GO:0043618; catechol-containing compound metabolic process - GO:0009712; tissue remodeling - GO:0048771; regulation of developmental process - GO:0050793; macromolecule metabolic process - GO:0043170; regulation of nucleic acid-templated transcription - GO:1903506; primary metabolic process - GO:0044238; regulation of blood circulation - GO:1903522; regulation of transcription from RNA polymerase II promoter in response to oxidative stress - GO:0043619; rna biosynthetic process - GO:0032774; nitrogen compound metabolic process - GO:0006807; single-organism process - GO:0044699; regulation of dna-templated transcription in response to stress - GO:0043620; positive regulation of biological process - GO:0048518; developmental process involved in reproduction - GO:0003006; signal transduction - GO:0007165; cellular response to stress - GO:0033554; positive regulation of rna biosynthetic process - GO:1902680; inorganic ion homeostasis - GO:0098771; response to chemical - GO:0042221; biological_process - GO:0008150; sensory perception - GO:0007600; blood vessel remodeling - GO:0001974; positive regulation of cellular biosynthetic process - GO:0031328; negative regulation of cell differentiation - GO:0045596; cellular process - GO:0009987; positive regulation of macromolecule biosynthetic process - GO:0010557; positive regulation of nitrogen compound metabolic process - GO:0051173; protein ubiquitination - GO:0016567; cellular response to chemical stimulus - GO:0070887; positive regulation of cellular metabolic process - GO:0031325; cellular nitrogen compound metabolic process - GO:0034641; negative regulation of biological process - GO:0048519; organic substance biosynthetic process - GO:1901576; metal ion homeostasis - GO:0055065; cellular aromatic compound metabolic process - GO:0006725; myoblast fate commitment - GO:0048625; positive regulation of rna metabolic process - GO:0051254; transcription; dna-templated - GO:0006351; embryonic organ development - GO:0048568; anatomical structure formation involved in morphogenesis - GO:0048646; regulation of system process - GO:0044057; single-organism developmental process - GO:0044767; cellular component organization - GO:0016043; response to decreased oxygen levels - GO:0036293; organic substance metabolic process - GO:0071704; somatic stem cell maintenance - GO:0035019; cation homeostasis - GO:0055080; regulation of heart contraction - GO:0008016; regulation of biosynthetic process - GO:0009889; biosynthetic process - GO:0009058; positive regulation of nucleic acid-templated transcription - GO:1903508; response to hypoxia - GO:0001666; regulation of transcription; dna-templated - GO:0006355; reproductive process - GO:0022414; positive regulation of transcription from rna polymerase ii promoter - GO:0045944; regulation of rna biosynthetic process - GO:2001141; regulation of cellular metabolic process - GO:0031323; visual perception - GO:0007601; phenol-containing compound metabolic process - GO:0018958; mitochondrion organization - GO:0007005; catecholamine metabolic process - GO:0006584; chemical homeostasis within a tissue - GO:0048875; positive regulation of metabolic process - GO:0009893; organonitrogen compound metabolic process - GO:1901564; regulation of nucleobase-containing compound metabolic process - GO:0019219; system process - GO:0003008; response to abiotic stimulus - GO:0009628; single-multicellular organism process - GO:0044707; cellular nitrogen compound biosynthetic process - GO:0044271; heterocycle metabolic process - GO:0046483; ion homeostasis - GO:0050801; regulation of biological process - GO:0050789; anatomical structure homeostasis - GO:0060249; cellular developmental process - GO:0048869; norepinephrine metabolic process - GO:0042415; cellular response to stimulus - GO:0051716; regulation of transcription from RNA polymerase II promoter in response to hypoxia - GO:0061418; organic cyclic compound metabolic process - GO:1901360; positive regulation of nucleobase-containing compound metabolic process - GO:0045935; rna metabolic process - GO:0016070; neurological system process - GO:0050877; cell maturation - GO:0048469; lung development - GO:0030324; post-translational protein modification - GO:0043687; response to stress - GO:0006950; regulation of cellular macromolecule biosynthetic process - GO:2000112; homeostatic process - GO:0042592; erythrocyte differentiation - GO:0030218; regulation of multicellular organismal process - GO:0051239; cellular biosynthetic process - GO:0044249; biological regulation - GO:0065007; cellular macromolecule metabolic process - GO:0044260; single-organism cellular process - GO:0044763; cellular response to oxygen levels - GO:0071453; developmental process - GO:0032502; nucleobase-containing compound biosynthetic process - GO:0034654; transition metal ion homeostasis - GO:0055076; response to stimulus - GO:0050896; regulation of transcription from RNA polymerase II promoter - GO:0006357;