Ontology list
Cellular componentcytoskeletal part - GO:0044430; catalytic complex - GO:1902494; actomyosin - GO:0042641; contractile fiber part - GO:0044449; nuclear part - GO:0044428; cellular_component - GO:0005575; neuromuscular junction - GO:0031594; organelle - GO:0043226; intracellular part - GO:0044424; nucleoplasm part - GO:0044451; protein complex - GO:0043234; transcriptional repressor complex - GO:0017053; synapse - GO:0045202; z disc - GO:0030018; A band - GO:0031672; cytosol - GO:0005829; cell part - GO:0044464; macromolecular complex - GO:0032991; intracellular membrane-bounded organelle - GO:0043231; organelle part - GO:0044422; Z disc - GO:0030018; intracellular organelle - GO:0043229; nucleoplasm - GO:0005654; a band - GO:0031672; histone deacetylase complex - GO:0000118; membrane-bounded organelle - GO:0043227; cytoplasm - GO:0005737; intracellular organelle part - GO:0044446; nucleus - GO:0005634; cytoplasmic part - GO:0044444;
Molecular functionRNA polymerase II core promoter proximal region sequence-specific DNA binding - GO:0000978; binding - GO:0005488; regulatory region dna binding - GO:0000975; nad-dependent histone deacetylase activity (h4-k16 specific) - GO:0046970; transcription regulatory region DNA binding - GO:0044212; metal ion binding - GO:0046872; protein binding transcription factor activity - GO:0000988; RNA polymerase II transcription factor binding - GO:0001085; nad-dependent histone deacetylase activity (h3-k9 specific) - GO:0046969; zinc ion binding - GO:0008270; promoter-specific chromatin binding - GO:1990841; nad-dependent histone deacetylase activity - GO:0017136; transcription cofactor activity - GO:0003712; protein binding - GO:0005515; sequence-specific DNA binding - GO:0043565; heterocyclic compound binding - GO:1901363; protein deacetylase activity - GO:0033558; histone deacetylase binding - GO:0042826; transcription corepressor activity - GO:0003714; enzyme binding - GO:0019899; sequence-specific dna binding - GO:0043565; core promoter binding - GO:0001047; hydrolase activity; acting on carbon-nitrogen (but not peptide) bonds; in linear amides - GO:0016811; nucleic acid binding - GO:0003676; hydrolase activity - GO:0016787; cation binding - GO:0043169; NAD-dependent histone deacetylase activity (H3-K14 specific) - GO:0032041; transcription factor binding - GO:0008134; regulatory region nucleic acid binding - GO:0001067; hydrolase activity; acting on carbon-nitrogen (but not peptide) bonds - GO:0016810; kinase binding - GO:0019900; potassium ion binding - GO:0030955; identical protein binding - GO:0042802; transcription factor binding transcription factor activity - GO:0000989; repressing transcription factor binding - GO:0070491; nad-dependent histone deacetylase activity (h3-k14 specific) - GO:0032041; molecular_function - GO:0003674; alkali metal ion binding - GO:0031420; histone deacetylase activity - GO:0004407; transcription regulatory region dna binding - GO:0044212; protein kinase binding - GO:0019901; dna binding - GO:0003677; histone deacetylase activity (h3-k14 specific) - GO:0031078; SUMO transferase activity - GO:0019789; catalytic activity - GO:0003824; deacetylase activity - GO:0019213; nad-dependent histone deacetylase activity (h3-k18 specific) - GO:0097372; ion binding - GO:0043167; histone deacetylase activity (h3-k9 specific) - GO:0032129; transition metal ion binding - GO:0046914; nad-dependent protein deacetylase activity - GO:0034979; rna polymerase iii transcription factor binding - GO:0001025; histone deacetylase activity (h4-k16 specific) - GO:0034739; activating transcription factor binding - GO:0033613; organic cyclic compound binding - GO:0097159;
Biological processregulation of rna biosynthetic process - GO:2001141; regulation of cellular metabolic process - GO:0031323; regulation of transcription; dna-templated - GO:0006355; covalent chromatin modification - GO:0016569; positive regulation of transcription from rna polymerase ii promoter - GO:0045944; striated muscle adaptation - GO:0014888; negative regulation of carbohydrate metabolic process - GO:0045912; biosynthetic process - GO:0009058; positive regulation of nucleic acid-templated transcription - GO:1903508; organic substance metabolic process - GO:0071704; regulation of heart contraction - GO:0008016; negative regulation of transcription from RNA polymerase II promoter - GO:0000122; negative regulation of pri-miRNA transcription from RNA polymerase II promoter - GO:1902894; regulation of biosynthetic process - GO:0009889; defense response - GO:0006952; regulation of generation of precursor metabolites and energy - GO:0043467; negative regulation of catabolic process - GO:0009895; cellular nitrogen compound biosynthetic process - GO:0044271; regulation of striated muscle contraction - GO:0006942; system process - GO:0003008; regulation of protein binding - GO:0043393; single-multicellular organism process - GO:0044707; single-organism metabolic process - GO:0044710; regulation of nucleobase-containing compound metabolic process - GO:0019219; regulation of muscle cell differentiation - GO:0051147; negative regulation of multicellular organismal process - GO:0051241; positive regulation of metabolic process - GO:0009893; regulation of striated muscle cell differentiation - GO:0051153; chromatin remodeling - GO:0006338; positive regulation of cellular metabolic process - GO:0031325; positive regulation of protein sumoylation - GO:0033235; cellular nitrogen compound metabolic process - GO:0034641; negative regulation of cell differentiation - GO:0045596; 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; positive regulation of cell proliferation - GO:0008284; positive regulation of cellular biosynthetic process - GO:0031328; response to chemical - GO:0042221; macromolecular complex subunit organization - GO:0043933; negative regulation of nitrogen compound metabolic process - GO:0051172; biological_process - GO:0008150; osteoblast development - GO:0002076; cellular protein modification process - GO:0006464; positive regulation of molecular function - GO:0044093; negative regulation of ossification - GO:0030279; single-organism developmental process - GO:0044767; protein modification process - GO:0036211; cellular component organization - GO:0016043; nervous system development - GO:0007399; calcium-mediated signaling - GO:0019722; negative regulation of metabolic process - GO:0009892; regulation of gene expression; epigenetic - GO:0040029; regulation of system process - GO:0044057; negative regulation of biosynthetic process - GO:0009890; response to inactivity - GO:0014854; transcription; dna-templated - GO:0006351; cell activation - GO:0001775; lymphocyte differentiation - GO:0030098; muscle system process - GO:0003012; regulation of sequence-specific dna binding transcription factor activity - GO:0051090; positive regulation of smooth muscle cell proliferation - GO:0048661; regulation of binding - GO:0051098; negative regulation of biological process - GO:0048519; macromolecule deacylation - GO:0098732; cellular protein metabolic process - GO:0044267; organic substance biosynthetic process - GO:1901576; positive regulation of rna metabolic process - GO:0051254; positive regulation of cellular protein metabolic process - GO:0032270; positive regulation of protein metabolic process - GO:0051247; cellular aromatic compound metabolic process - GO:0006725; histone h3-k9 modification - GO:0061647; positive regulation of neuron apoptotic process - GO:0043525; inflammatory response - GO:0006954; negative regulation of rna biosynthetic process - GO:1902679; regulation of muscle organ development - GO:0048634; negative regulation of gene expression - GO:0010629; negative regulation of molecular function - GO:0044092; biological regulation - GO:0065007; positive regulation of male mating behavior - GO:1902437; cellular biosynthetic process - GO:0044249; regulation of myotube differentiation - GO:0010830; regulation of multicellular organismal process - GO:0051239; regulation of cellular macromolecule biosynthetic process - GO:2000112; negative regulation of macromolecule metabolic process - GO:0010605; cardiac muscle hypertrophy in response to stress - GO:0014898; regulation of glycolytic process - GO:0006110; response to stimulus - GO:0050896; regulation of protein modification by small protein conjugation or removal - GO:1903320; developmental process - GO:0032502; cellular response to parathyroid hormone stimulus - GO:0071374; nucleobase-containing compound biosynthetic process - GO:0034654; peptidyl-lysine modification - GO:0018205; single-organism cellular process - GO:0044763; cellular macromolecule metabolic process - GO:0044260; negative regulation of transcription; DNA-templated - GO:0045892; regulation of cellular protein metabolic process - GO:0032268; negative regulation of cellular metabolic process - GO:0031324; negative regulation of nucleic acid-templated transcription - GO:1903507; response to interleukin-1 - GO:0070555; negative regulation of glycolytic process - GO:0045820; cellular developmental process - GO:0048869; protein metabolic process - GO:0019538; regulation of molecular function - GO:0065009; regulation of biological process - GO:0050789; positive regulation of smooth muscle cell migration - GO:0014911; muscle hypertrophy in response to stress - GO:0003299; heterocycle metabolic process - GO:0046483; response to stimulus involved in regulation of muscle adaptation - GO:0014874; b cell differentiation - GO:0030183; peptidyl-amino acid modification - GO:0018193; rna metabolic process - GO:0016070; regulation of cell development - GO:0060284; leukocyte activation - GO:0045321; response to stress - GO:0006950; negative regulation of osteoblast differentiation - GO:0045668; lymphocyte activation - GO:0046649; positive regulation of sequence-specific DNA binding transcription factor activity - GO:0051091; positive regulation of nucleobase-containing compound metabolic process - GO:0045935; response to muscle inactivity - GO:0014870; regulation of cellular carbohydrate metabolic process - GO:0010675; organic cyclic compound metabolic process - GO:1901360; response to cytokine - GO:0034097; intracellular signal transduction - GO:0035556; nucleic acid-templated transcription - GO:0097659; histone H4 deacetylation - GO:0070933; system development - GO:0048731; negative regulation of sequence-specific dna binding transcription factor activity - GO:0043433; aromatic compound biosynthetic process - GO:0019438; positive regulation of sequence-specific dna binding transcription factor activity - GO:0051091; nucleic acid metabolic process - GO:0090304; metabolic process - GO:0008152; regulation of cell differentiation - GO:0045595; regulation of transcription from rna polymerase ii promoter - GO:0006357; regulation of carbohydrate catabolic process - GO:0043470; regulation of nitrogen compound metabolic process - GO:0051171; striated muscle hypertrophy - GO:0014897; regulation of cellular biosynthetic process - GO:0031326; negative regulation of sequence-specific DNA binding transcription factor activity - GO:0043433; histone modification - GO:0016570; negative regulation of cellular biosynthetic process - GO:0031327; regulation of protein modification process - GO:0031399; positive regulation of lamellipodium assembly - GO:0010592; regulation of muscle system process - GO:0090257; cardiac muscle adaptation - GO:0014887; negative regulation of cellular carbohydrate metabolic process - GO:0010677; negative regulation of developmental process - GO:0051093; negative regulation of muscle cell differentiation - GO:0051148; chromatin organization - GO:0006325; regulation of carbohydrate metabolic process - GO:0006109; organic cyclic compound biosynthetic process - GO:1901362; regulation of gene expression - GO:0010468; protein sumoylation - GO:0016925; positive regulation of biosynthetic process - GO:0009891; protein deacetylation - GO:0006476; regulation of striated muscle tissue development - GO:0016202; response to muscle inactivity involved in regulation of muscle adaptation - GO:0014877; 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; response to drug - GO:0042493; cellular macromolecule biosynthetic process - GO:0034645; regulation of skeletal muscle fiber development - GO:0048742; multicellular organismal process - GO:0032501; regulation of cellular process - GO:0050794; negative regulation of cell proliferation - GO:0008285; histone h3 deacetylation - GO:0070932; anatomical structure development - GO:0048856; skeletal system development - GO:0001501; regulation of macromolecule biosynthetic process - GO:0010556; cellular metabolic process - GO:0044237; chromatin modification - GO:0016568; muscle adaptation - GO:0043500; negative regulation of striated muscle cell differentiation - GO:0051154; macromolecule biosynthetic process - GO:0009059; regulation of protein sumoylation - GO:0033233; cellular response to tumor necrosis factor - GO:0071356; positive regulation of transcription; dna-templated - GO:0045893; B cell activation - GO:0042113; cellular component organization or biogenesis - GO:0071840; regulation of metabolic process - GO:0019222; positive regulation of gene expression - GO:0010628; muscle hypertrophy - GO:0014896; regulation of multicellular organismal development - GO:2000026; negative regulation of transcription from rna polymerase ii promoter - GO:0000122; macromolecule modification - GO:0043412; positive regulation of cellular process - GO:0048522; negative regulation of transcription; dna-templated - GO:0045892; negative regulation of cellular process - GO:0048523; b cell activation - GO:0042113; regulation of macromolecule metabolic process - GO:0060255; regulation of cardiac muscle contraction - GO:0055117; 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; regulation of nucleic acid-templated transcription - GO:1903506; primary metabolic process - GO:0044238; regulation of blood circulation - GO:1903522; positive regulation of rna biosynthetic process - GO:1902680; regulation of cardiac muscle contraction by calcium ion signaling - GO:0010882; leukocyte differentiation - GO:0002521; signal transduction - GO:0007165; histone deacetylation - GO:0016575; regulation of cell proliferation - GO:0042127; cardiac muscle hypertrophy - GO:0003300; positive regulation of biological process - GO:0048518; negative regulation of rna metabolic process - GO:0051253; immune system process - GO:0002376; regulation of muscle contraction - GO:0006937; peptidyl-lysine deacetylation - GO:0034983; regulation of protein metabolic process - GO:0051246; regulation of rna metabolic process - GO:0051252; regulation of muscle tissue development - GO:1901861; regulation of cellular catabolic process - GO:0031329; positive regulation of transcription from RNA polymerase II promoter - GO:0045944; regulation of ossification - GO:0030278; positive regulation of reactive oxygen species biosynthetic process - GO:1903428; cellular response to mechanical stimulus - GO:0071260; regulation of osteoblast differentiation - GO:0045667; regulation of catabolic process - GO:0009894; single-organism organelle organization - GO:1902589; positive regulation of protein modification by small protein conjugation or removal - GO:1903322; regulation of developmental process - GO:0050793; macromolecule metabolic process - GO:0043170; positive regulation of protein modification process - GO:0031401; protein deacylation - GO:0035601; histone h4 deacetylation - GO:0070933; negative regulation of cellular macromolecule biosynthetic process - GO:2000113; negative regulation of macromolecule biosynthetic process - GO:0010558; regulation of skeletal muscle tissue development - GO:0048641; positive regulation of transcription; DNA-templated - GO:0045893; negative regulation of myotube differentiation - GO:0010832; histone H3 deacetylation - GO:0070932; regulation of cellular carbohydrate catabolic process - GO:0043471; cell development - GO:0048468; second-messenger-mediated signaling - GO:0019932; response to denervation involved in regulation of muscle adaptation - GO:0014894; B cell differentiation - GO:0030183; positive regulation of macromolecule metabolic process - GO:0010604;