about
Transformation related protein 53Breast cancer 1, early onsetTransformation related protein 73Proliferating cell nuclear antigenExcision repair cross-complementing rodent repair deficiency, complementation group 2MutS homolog 2MutS homolog 6X-ray repair complementing defective repair in Chinese hamster cells 1NibrinNibrin8-oxoguanine DNA-glycosylase 1H2A.X variant histoneTransformation related protein 63AprataxinH2A.X variant histoneBRCA1 DNA repair associatedRB binding protein 8, endonucleaseDNA polymerase thetaFA complementation group GMutS homolog 5RAD23 homolog A, nucleotide excision repair proteinMutS homolog 4Tumor protein p53 binding protein 1Thymine DNA glycosylaseDamage specific DNA binding protein 1Replication protein A1DNA cross-link repair 1ADNA cross-link repair 1BERCC excision repair 1, endonuclease non-catalytic subunitCryptochrome circadian regulator 2DNA polymerase iotaXPA, DNA damage recognition and repair factorAurora kinase A and ninein interacting proteinCullin 4BXPC complex subunit, DNA damage recognition and repair factorReplication protein A2X-ray repair cross complementing 5X-ray repair cross complementing 6Damage specific DNA binding protein 2DNA polymerase delta 1, catalytic subunit
P680
The Fanconi anaemia group G gene FANCG is identical with XRCC93-Methyladenine-DNA glycosylase (MPG protein) interacts with human RAD23 proteinsStable binding of human XPC complex to irradiated DNA confers strong discrimination for damaged sitesCharacterization of human ribosomal protein S3 binding to 7,8-dihydro-8-oxoguanine and abasic sites by surface plasmon resonanceMonoubiquitinated histone H2A destabilizes photolesion-containing nucleosomes with concomitant release of UV-damaged DNA-binding protein E3 ligaseAprataxin, the causative protein for EAOH is a nuclear protein with a potential role as a DNA repair proteinRPA involvement in the damage-recognition and incision steps of nucleotide excision repairCrystal structure of a G:T/U mismatch-specific DNA glycosylase: mismatch recognition by complementary-strand interactionsNibrin, a novel DNA double-strand break repair protein, is mutated in Nijmegen breakage syndromeLocalization of the binding region of high mobility group protein 2 to cisplatin-damaged DNA
P921
Q14818136-F646C8C2-B902-4A9F-8AC9-7E95DA85DF92Q14862232-85B1C9EB-9BAB-43E3-8DC9-6DA332A7C74EQ14872987-11D7F2CD-CB3B-4460-AD3D-F5C39A019CBAQ14902260-0BAF08D6-67E7-4024-9134-1EEB986FF202Q14902260-5C70661B-ABE9-4DFC-8C2E-3E0C4C8FF409Q14908100-6ACE9ECC-7A22-46CA-B949-6AB52366314CQ14911693-078F9B06-5138-4FE4-8BAF-17FC1CB0D884Q14911693-2434D8DC-41F0-4244-8092-36BB1815E78FQ14911719-012A97CB-EDFC-4C4E-A0DE-DB634B45A04AQ14911719-1DD84A7A-5546-4776-A262-828870680018Q14911901-FBF821AA-023D-40E3-B686-7C362750C387Q14911994-AD5C1E88-804D-465D-8C3F-D6CFEEB0A1D8Q14912005-40EF0719-201B-447C-B828-C064AE9386CCQ14912005-B37EF8FA-CF02-4291-84B0-9A6CECFE17A1Q14912159-0C661487-1DE8-4B26-8D76-190F7042DB21Q14912340-0BA54E5B-10F3-4FA0-B2DD-BB89202F7C03Q15314027-1DBB5996-42CE-46EA-9EFD-94E7461A0C00Q15996558-3BE8CD4E-202A-4FB2-A28C-37C2089758A9Q1620739-79563A47-03A0-48F9-9954-4F8BDE1D2FB0Q17487737-C9B2B757-03A6-495D-8BDC-1AEF90880352Q21100486-24E32FED-3BE6-4715-82AB-5A4A6B24ED06Q21100486-5034A856-85F5-4942-85F1-58934DCAB53BQ21101126-A8C3B846-754B-490C-B685-C1F754DDB84EQ21101237-5B0AFE5B-D2D6-46C6-A9B6-7FFC6D1EB986Q21104706-5407E745-B855-4172-AF50-607A32EA8C46Q21105151-D33415D8-9FB5-49BE-86C9-E102155F8105Q21107253-4F4E6B6B-5ED7-4B07-8512-A658BE2DEF08Q21107570-A75EDF73-33C9-4E28-8D1B-16DA666E1EF6Q21108145-0E61F6C1-37EA-46CB-B283-6AA357D42C18Q21108214-10639EE1-2489-4100-973C-821953D39685Q21108214-E5EA27FB-5F37-4686-B855-9023858C6BCBQ21109589-4B7FC926-7D04-4FEE-8787-3ECB31936278Q21109589-FD029774-AC24-49E7-A75F-25D0AED3B746Q21110029-F1327687-02F7-49E0-AFDB-128D4B16C90FQ21110036-2F2ED708-BF9A-4ADC-8806-875D77A6C38DQ21110095-ACAA6B08-85AE-4210-BF95-EA0000712C9BQ21110095-D89F8E2D-3025-44BA-87D5-5FD641F18749Q21112063-25128ECB-6D63-4098-AE20-5F6983872CF5Q21112143-875F152C-7ECA-482D-9272-67C2D41CE7C2Q21112332-6713CCE7-A39D-4388-A900-A214E71ED227
P680
Q22007942-CFF34D77-EE73-4883-B4B3-B0258713DBDFQ22254268-5A56E596-6704-4BD1-AE6D-287E5DD36B0DQ22254369-52CF700A-C222-4FEC-860A-4D93B8B3F3A1Q24303949-FDF289B1-97AD-40AF-8AA8-7FF209D1A084Q24305272-0D2697FF-DF47-4454-A9EF-1344FF66A3D4Q24306836-FCE33DF0-D768-4E1D-990D-2E8683F79D49Q24312764-1368B2FC-39A1-4DC8-A4CE-965030CB3A56Q24315065-B76D5F03-7FF4-4CE4-9E59-F6C27B452210Q24316811-D014E8BD-2DD3-4ED4-8DE4-45407445EE8DQ24318804-39880743-7A51-4173-80E1-26B53172C98B
P921
description
Interacting selectively and non-covalently with damaged DNA.
@en
moleculaire functie
@nl
name
damaged DNA binding
@en
type
label
damaged DNA binding
@en
altLabel
GO:0003684
@en
prefLabel
damaged DNA binding
@en
P279
P2888
P686
GO:0003684