Ontology list
Cellular componentintracellular membrane-bounded organelle - GO:0043231; nuclear part - GO:0044428; cell part - GO:0044464; mitochondrion - GO:0005739; cytoplasmic part - GO:0044444; intracellular organelle part - GO:0044446; nucleus - GO:0005634; membrane-bounded organelle - GO:0043227; intracellular part - GO:0044424; organelle - GO:0043226; organelle part - GO:0044422; cellular_component - GO:0005575; nucleoplasm - GO:0005654; intracellular organelle - GO:0043229;
Molecular functionoxidized purine nucleobase lesion DNA N-glycosylase activity - GO:0008534; dna-(apurinic or apyrimidinic site) lyase activity - GO:0003906; dna binding - GO:0003677; nuclease activity - GO:0004518; molecular_function - GO:0003674; hydrolase activity - GO:0016787; cation binding - GO:0043169; nucleic acid binding - GO:0003676; endodeoxyribonuclease activity - GO:0004520; double-stranded dna binding - GO:0003690; hydrolase activity; acting on ester bonds - GO:0016788; catalytic activity - GO:0003824; deoxyribonuclease activity - GO:0004536; ion binding - GO:0043167; oxidized pyrimidine nucleobase lesion DNA N-glycosylase activity - GO:0000703; metal cluster binding - GO:0051540; organic cyclic compound binding - GO:0097159; structure-specific dna binding - GO:0043566; dna n-glycosylase activity - GO:0019104; endonuclease activity - GO:0004519; binding - GO:0005488; metal ion binding - GO:0046872; DNA N-glycosylase activity - GO:0019104; carbon-oxygen lyase activity - GO:0016835; DNA-(apurinic or apyrimidinic site) lyase activity - GO:0003906; lyase activity - GO:0016829; iron-sulfur cluster binding - GO:0051536; hydrolase activity; hydrolyzing n-glycosyl compounds - GO:0016799; hydrolase activity; acting on glycosyl bonds - GO:0016798; protein binding - GO:0005515; double-stranded DNA binding - GO:0003690; 4 iron; 4 sulfur cluster binding - GO:0051539; heterocyclic compound binding - GO:1901363;
Biological processnucleotide-excision repair; dna incision - GO:0033683; cellular macromolecule metabolic process - GO:0044260; single-organism cellular process - GO:0044763; regulation of cellular component organization - GO:0051128; nucleoside phosphate metabolic process - GO:0006753; cellular response to stress - GO:0033554; response to stimulus - GO:0050896; primary metabolic process - GO:0044238; pyrimidine deoxyribonucleotide catabolic process - GO:0009223; regulation of mitochondrion organization - GO:0010821; carbohydrate derivative metabolic process - GO:1901135; aromatic compound catabolic process - GO:0019439; biological regulation - GO:0065007; dna metabolic process - GO:0006259; single-organism process - GO:0044699; nitrogen compound metabolic process - GO:0006807; nucleobase-containing small molecule metabolic process - GO:0055086; organophosphate metabolic process - GO:0019637; regulation of organelle organization - GO:0033043; deoxyribonucleotide catabolic process - GO:0009264; organic cyclic compound catabolic process - GO:1901361; organic cyclic compound metabolic process - GO:1901360; nucleotide-excision repair; DNA incision; 5'-to lesion - GO:0006296; dna catabolic process - GO:0006308; base-excision repair - GO:0006284; response to stress - GO:0006950; pyrimidine-containing compound metabolic process - GO:0072527; macromolecule metabolic process - GO:0043170; regulation of catabolic process - GO:0009894; regulation of biological process - GO:0050789; dna modification - GO:0006304; regulation of cellular catabolic process - GO:0031329; catabolic process - GO:0009056; phosphorus metabolic process - GO:0006793; heterocycle metabolic process - GO:0046483; base-excision repair; AP site formation - GO:0006285; nucleotide-excision repair; dna incision; 5'-to lesion - GO:0006296; cellular nitrogen compound catabolic process - GO:0044270; pyrimidine-containing compound catabolic process - GO:0072529; carbohydrate derivative catabolic process - GO:1901136; cellular response to stimulus - GO:0051716; organic substance catabolic process - GO:1901575; cellular catabolic process - GO:0044248; heterocycle catabolic process - GO:0046700; organonitrogen compound metabolic process - GO:1901564; single-organism metabolic process - GO:0044710; single-organism catabolic process - GO:0044712; deoxyribose phosphate catabolic process - GO:0046386; nucleobase-containing compound metabolic process - GO:0006139; organophosphate catabolic process - GO:0046434; nucleotide catabolic process - GO:0009166; nucleotide metabolic process - GO:0009117; cellular macromolecule catabolic process - GO:0044265; deoxyribonucleotide metabolic process - GO:0009262; dna repair - GO:0006281; base-excision repair; ap site formation - GO:0006285; organic substance metabolic process - GO:0071704; nucleobase-containing compound catabolic process - GO:0034655; phosphate-containing compound metabolic process - GO:0006796; small molecule metabolic process - GO:0044281; regulation of cellular metabolic process - GO:0031323; regulation of autophagy - GO:0010506; metabolic process - GO:0008152; regulation of mitochondrion degradation - GO:1903146; nucleic acid metabolic process - GO:0090304; nucleoside phosphate catabolic process - GO:1901292; organonitrogen compound catabolic process - GO:1901565; cellular response to dna damage stimulus - GO:0006974; macromolecule modification - GO:0043412; nucleic acid phosphodiester bond hydrolysis - GO:0090305; pyrimidine nucleotide metabolic process - GO:0006220; cellular aromatic compound metabolic process - GO:0006725; deoxyribose phosphate metabolic process - GO:0019692; regulation of metabolic process - GO:0019222; pyrimidine deoxyribonucleotide metabolic process - GO:0009219; cellular metabolic process - GO:0044237; macromolecule catabolic process - GO:0009057; biological_process - GO:0008150; pyrimidine nucleotide catabolic process - GO:0006244; 2'-deoxyribonucleotide metabolic process - GO:0009394; dna catabolic process; endonucleolytic - GO:0000737; cellular nitrogen compound metabolic process - GO:0034641; depyrimidination - GO:0045008; regulation of cellular process - GO:0050794; cellular process - GO:0009987;