Ontology list
Cellular componentcytoplasmic part - GO:0044444; intracellular organelle part - GO:0044446; extracellular region part - GO:0044421; non-membrane-bounded organelle - GO:0043228; extracellular organelle - GO:0043230; organelle part - GO:0044422; vesicle - GO:0031982; membrane-enclosed lumen - GO:0031974; extracellular vesicle - GO:1903561; mitochondrial matrix - GO:0005759; organelle inner membrane - GO:0019866; organelle membrane - GO:0031090; nucleoid - GO:0009295; intracellular part - GO:0044424; organelle - GO:0043226; intracellular non-membrane-bounded organelle - GO:0043232; cellular_component - GO:0005575; membrane - GO:0016020; mitochondrial inner membrane - GO:0005743; membrane-bounded vesicle - GO:0031988; extracellular vesicular exosome - GO:0070062; extracellular membrane-bounded organelle - GO:0065010; membrane-bounded organelle - GO:0043227; mitochondrial part - GO:0044429; intracellular organelle - GO:0043229; intracellular membrane-bounded organelle - GO:0043231; cell part - GO:0044464; mitochondrial nucleoid - GO:0042645; extracellular exosome - GO:0070062; mitochondrial membrane - GO:0031966; organelle lumen - GO:0043233; mitochondrion - GO:0005739; intracellular organelle lumen - GO:0070013;
Molecular functionorganic cyclic compound binding - GO:0097159; ion binding - GO:0043167; catalytic activity - GO:0003824; oxygen binding - GO:0019825; transition metal ion binding - GO:0046914; heterocyclic compound binding - GO:1901363; oxidoreductase activity; acting on superoxide radicals as acceptor - GO:0016721; protein binding - GO:0005515; molecular_function - GO:0003674; oxidoreductase activity - GO:0016491; dna binding - GO:0003677; superoxide dismutase activity - GO:0004784; identical protein binding - GO:0042802; metal ion binding - GO:0046872; antioxidant activity - GO:0016209; manganese ion binding - GO:0030145; nucleic acid binding - GO:0003676; binding - GO:0005488; cation binding - GO:0043169;
Biological processregulation of oxidative stress-induced intrinsic apoptotic signaling pathway - GO:1902175; protein homotetramerization - GO:0051289; negative regulation of apoptotic process - GO:0043066; negative regulation of systemic arterial blood pressure - GO:0003085; response to inorganic substance - GO:0010035; response to lipid - GO:0033993; cell development - GO:0048468; response to nutrient - GO:0007584; regulation of catalytic activity - GO:0050790; detection of chemical stimulus - GO:0009593; superoxide metabolic process - GO:0006801; regulation of signaling - GO:0023051; response to monosaccharide - GO:0034284; regulation of developmental process - GO:0050793; positive regulation of cell migration - GO:0030335; cellular response to organic substance - GO:0071310; protein complex subunit organization - GO:0071822; cellular modified amino acid metabolic process - GO:0006575; response to alcohol - GO:0097305; positive regulation of reactive oxygen species biosynthetic process - GO:1903428; response to vitamin - GO:0033273; oxidation-reduction process - GO:0055114; negative regulation of response to stimulus - GO:0048585; chemical homeostasis - GO:0048878; detection of oxygen - GO:0003032; response to carbohydrate - GO:0009743; regulation of rna metabolic process - GO:0051252; negative regulation of fibroblast proliferation - GO:0048147; response to ethanol - GO:0045471; macromolecular complex assembly - GO:0065003; removal of superoxide radicals - GO:0019430; response to selenium ion - GO:0010269; vasodilation - GO:0042311; positive regulation of biological process - GO:0048518; response to isolation stress - GO:0035900; regulation of cell proliferation - GO:0042127; reactive oxygen species biosynthetic process - GO:1903409; signal transduction - GO:0007165; negative regulation of apoptotic signaling pathway - GO:2001234; regulation of reactive oxygen species biosynthetic process - GO:1903426; regulation of fibroblast proliferation - GO:0048145; regulation of cell communication - GO:0010646; cellular response to stress - GO:0033554; protein homooligomerization - GO:0051260; inorganic ion homeostasis - GO:0098771; pigment cell differentiation - GO:0050931; negative regulation of intracellular signal transduction - GO:1902532; regulation of reactive oxygen species metabolic process - GO:2000377; peptide metabolic process - GO:0006518; regulation of anatomical structure size - GO:0090066; vasodilation by acetylcholine involved in regulation of systemic arterial blood pressure - GO:0003069; regulation of nucleic acid-templated transcription - GO:1903506; response to external biotic stimulus - GO:0043207; response to acid chemical - GO:0001101; response to cold - GO:0009409; nitrogen compound metabolic process - GO:0006807; single-organism process - GO:0044699; response to silicon dioxide - GO:0034021; response to cadmium ion - GO:0046686; circulatory system process - GO:0003013; regulation of neuron apoptotic process - GO:0043523; negative regulation of cellular process - GO:0048523; response to nutrient levels - GO:0031667; regulation of tube size - GO:0035150; regulation of macromolecule metabolic process - GO:0060255; gland development - GO:0048732; intrinsic apoptotic signaling pathway in response to dna damage - GO:0008630; cellular response to oxygen-containing compound - GO:1901701; positive regulation of cellular process - GO:0048522; regulation of response to stimulus - GO:0048583; vascular process in circulatory system - GO:0003018; apoptotic mitochondrial changes - GO:0008637; heart development - GO:0007507; response to oxidative stress - GO:0006979; cellular component organization or biogenesis - GO:0071840; iron ion homeostasis - GO:0055072; regulation of metabolic process - GO:0019222; regulation of membrane potential - GO:0042391; anatomical structure development - GO:0048856; age-dependent response to reactive oxygen species - GO:0001315; regulation of macromolecule biosynthetic process - GO:0010556; protein complex assembly - GO:0006461; regulation of cellular response to oxidative stress - GO:1900407; cellular metabolic process - GO:0044237; negative regulation of response to oxidative stress - GO:1902883; response to immobilization stress - GO:0035902; regulation of oxidative stress-induced cell death - GO:1903201; regulation of biological quality - GO:0065008; regulation of cellular process - GO:0050794; negative regulation of cell proliferation - GO:0008285; hematopoietic or lymphoid organ development - GO:0048534; response to increased oxygen levels - GO:0036296; response to drug - GO:0042493; multicellular organismal process - GO:0032501; response to electrical stimulus - GO:0051602; response to oxygen levels - GO:0070482; cell differentiation - GO:0030154; response to superoxide - GO:0000303; organelle organization - GO:0006996; regulation of primary metabolic process - GO:0080090; negative regulation of programmed cell death - GO:0043069; positive regulation of biosynthetic process - GO:0009891; generation of precursor metabolites and energy - GO:0006091; negative regulation of neuron apoptotic process - GO:0043524; regulation of gene expression - GO:0010468; post-embryonic development - GO:0009791; negative regulation of oxidative stress-induced cell death - GO:1903202; glutathione metabolic process - GO:0006749; regulation of response to stress - GO:0080134; hemopoiesis - GO:0030097; negative regulation of developmental process - GO:0051093; intrinsic apoptotic signaling pathway in response to oxidative stress - GO:0008631; regulation of cellular biosynthetic process - GO:0031326; negative regulation of intrinsic apoptotic signaling pathway - GO:2001243; regulation of cell death - GO:0010941; organ development - GO:0048513; regulation of cell differentiation - GO:0045595; regulation of transcription from rna polymerase ii promoter - GO:0006357; regulation of apoptotic signaling pathway - GO:2001233; regulation of nitrogen compound metabolic process - GO:0051171; intracellular signal transduction - GO:0035556; metabolic process - GO:0008152; locomotory behavior - GO:0007626; response to extracellular stimulus - GO:0009991; positive regulation of vascular associated smooth muscle cell apoptotic process - GO:1905461; response to reactive oxygen species - GO:0000302; regulation of intrinsic apoptotic signaling pathway - GO:2001242; response to oxygen-containing compound - GO:1901700; response to hyperoxia - GO:0055093; regulation of neuron death - GO:1901214; protein tetramerization - GO:0051262; response to stress - GO:0006950; positive regulation of vascular smooth muscle cell differentiation involved in phenotypic switching - GO:1905932; erythrophore differentiation - GO:0048773; negative regulation of cellular response to oxidative stress - GO:1900408; ion homeostasis - GO:0050801; regulation of molecular function - GO:0065009; regulation of biological process - GO:0050789; hydrogen peroxide biosynthetic process - GO:0050665; response to manganese ion - GO:0010042; oxygen homeostasis - GO:0032364; cellular response to alcohol - GO:0097306; behavior - GO:0007610; regulation of blood vessel size - GO:0050880; cellular developmental process - GO:0048869; negative regulation of fat cell differentiation - GO:0045599; cellular amide metabolic process - GO:0043603; response to wounding - GO:0009611; intrinsic apoptotic signaling pathway - GO:0097193; reactive oxygen species metabolic process - GO:0072593; age-dependent response to oxidative stress - GO:0001306; regulation of apoptotic process - GO:0042981; cellular response to stimulus - GO:0051716; single-organism cellular process - GO:0044763; response to radiation - GO:0009314; response to oxygen radical - GO:0000305; liver development - GO:0001889; response to magnetism - GO:0071000; hydrogen peroxide metabolic process - GO:0042743; developmental process - GO:0032502; respiratory electron transport chain - GO:0022904; transition metal ion homeostasis - GO:0055076; regulation of signal transduction - GO:0009966; response to stimulus - GO:0050896; negative regulation of cell death - GO:0060548; detection of stimulus - GO:0051606; response to hydrogen peroxide - GO:0042542; regulation of transcription from RNA polymerase II promoter - GO:0006357; regulation of cellular macromolecule biosynthetic process - GO:2000112; negative regulation of signal transduction - GO:0009968; response to axon injury - GO:0048678; homeostatic process - GO:0042592; superoxide anion generation - GO:0042554; protein oligomerization - GO:0051259; regulation of intracellular signal transduction - GO:1902531; interleukin-12-mediated signaling pathway - GO:0035722; response to zinc ion - GO:0010043; cellular biosynthetic process - GO:0044249; regulation of nitric oxide biosynthetic process - GO:0045428; response to external stimulus - GO:0009605; biological regulation - GO:0065007; cellular response to ethanol - GO:0071361; negative regulation of biological process - GO:0048519; metal ion homeostasis - GO:0055065; regulation of programmed cell death - GO:0043067; cellular response to oxidative stress - GO:0034599; negative regulation of neuron death - GO:1901215; single-organism developmental process - GO:0044767; response to decreased oxygen levels - GO:0036293; cellular component organization - GO:0016043; response to transition metal nanoparticle - GO:1990267; neuron development - GO:0048666; negative regulation of blood pressure - GO:0045776; gas homeostasis - GO:0033483; sulfur compound metabolic process - GO:0006790; macromolecular complex subunit organization - GO:0043933; response to chemical - GO:0042221; acetylcholine-mediated vasodilation involved in regulation of systemic arterial blood pressure - GO:0003069; biological_process - GO:0008150; negative regulation of vascular smooth muscle cell proliferation - GO:1904706; response to lipopolysaccharide - GO:0032496; positive regulation of cellular biosynthetic process - GO:0031328; negative regulation of cell differentiation - GO:0045596; response to temperature stimulus - GO:0009266; response to organic substance - GO:0010033; cellular process - GO:0009987; negative regulation of cell communication - GO:0010648; positive regulation of nitrogen compound metabolic process - GO:0051173; regulation of response to oxidative stress - GO:1902882; positive regulation of reactive oxygen species metabolic process - GO:2000379; regulation of fat cell differentiation - GO:0045598; cellular response to chemical stimulus - GO:0070887; positive regulation of cellular metabolic process - GO:0031325; response to ionizing radiation - GO:0010212; regulation of blood pressure - GO:0008217; cellular nitrogen compound metabolic process - GO:0034641; mitochondrion organization - GO:0007005; regulation of mitochondrial membrane potential - GO:0051881; positive regulation of metabolic process - GO:0009893; response to molecule of bacterial origin - GO:0002237; single-organism metabolic process - GO:0044710; organonitrogen compound metabolic process - GO:1901564; regulation of nucleobase-containing compound metabolic process - GO:0019219; response to l-ascorbic acid - GO:0033591; system process - GO:0003008; response to biotic stimulus - GO:0009607; response to abiotic stimulus - GO:0009628; response to activity - GO:0014823; cellular component assembly - GO:0022607; single-multicellular organism process - GO:0044707; electron transport chain - GO:0022900; cation homeostasis - GO:0055080; apoptotic signaling pathway - GO:0097190; organic substance metabolic process - GO:0071704; regulation of biosynthetic process - GO:0009889; response to gamma radiation - GO:0010332; biosynthetic process - GO:0009058; negative regulation of oxidative stress-induced intrinsic apoptotic signaling pathway - GO:1902176; release of cytochrome c from mitochondria - GO:0001836; response to hypoxia - GO:0001666; regulation of transcription; dna-templated - GO:0006355; cellular response to dna damage stimulus - GO:0006974; negative regulation of signaling - GO:0023057; regulation of rna biosynthetic process - GO:2001141; regulation of cellular response to stress - GO:0080135; regulation of cellular metabolic process - GO:0031323; response to metal ion - GO:0010038; positive regulation of nitric oxide biosynthetic process - GO:0045429;