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CortistatinRAD51 recombinaseMutS homolog 2MutS homolog 6FA complementation group D2FA complementation group IFA complementation group GFA complementation group AFA complementation group CFA core complex associated protein 100FA core complex associated protein 20FA complementation group MFA complementation group BFA core complex associated protein 24FA complementation group EFA complementation group FFANCD2 and FANCI associated nuclease 1ATR interacting proteinERCC excision repair 6 like 2Replication protein A1DNA cross-link repair 1ADNA cross-link repair 1BERCC excision repair 1, endonuclease non-catalytic subunitUbiquitin CRAD51 paralog DUbiquitin BSLX4 structure-specific endonuclease subunitEssential meiotic structure-specific endonuclease 1MUS81 structure-specific endonuclease subunitCentromere protein XCentromere protein SReplication protein A2FA complementation group LRing finger protein 8Ubiquitin A-52 residue ribosomal protein fusion product 1Ring finger and WD repeat domain 3RAD51 associated protein 1Ring finger protein 168DNA cross-link repair 1CRibosomal protein S27a
P682
Evidence for the involvement of human DNA polymerase N in the repair of DNA interstrand cross-linksA ubiquitin-binding protein, FAAP20, links RNF8-mediated ubiquitination to the Fanconi anemia DNA repair networkA Dominant Mutation in Human RAD51 Reveals Its Function in DNA Interstrand Crosslink Repair Independent of Homologous RecombinationFormation and repair of interstrand cross-links in DNAERCC6L2 mutations link a distinct bone-marrow-failure syndrome to DNA repair and mitochondrial function.The RecQ4 orthologue Hrq1 is critical for DNA interstrand cross-link repair and genome stability in fission yeast.Role of homologous recombination in DNA interstrand crosslink repair.
P921
Q14864085-C4B39AE3-C053-4B97-8E26-7D493CA12698Q14907735-CC713534-0C88-439E-B68B-94E9819CCB05Q14911693-8E42672A-FD47-4A1D-8B3A-141CBE1100A0Q14911719-1032A62B-8582-447E-94EA-9CBFE66D3F06Q21100488-9316A5C8-B007-4651-963F-A870CDF8D1E7Q21101224-FE7FA042-9827-4412-807A-542A06536A52Q21101237-F992EA9A-DCDA-4916-A1F8-9E51DC1ABB37Q21101237-FDC30610-C4F4-4C7E-A816-26B417B8CE81Q21101242-5D4DE364-3EA3-40F8-A9F2-453912F97E36Q21101242-84946BC9-0DA7-435C-88E6-2B30889CC792Q21101263-4DBF94C1-C7E4-45B9-AC19-0C5D4916E4AEQ21101263-DE06055F-10A4-420B-AB65-86AABF05C014Q21101264-212B4317-E4EA-4375-B7ED-BAA4CEEE4113Q21101264-565ADE85-B5BA-4FD9-A0B1-14FB00AC8829Q21101278-87FC5591-4E28-4DF2-B25F-F52C90CB3CEBQ21101297-4BBE810F-17B3-4E76-B5B4-3BA8106A33BFQ21101299-5EA0DB97-B115-43A8-B88C-A991D80F216AQ21101299-C2E5BF4B-B805-4F8B-A863-A665BBCCF27FQ21101311-18835EF3-1248-4B33-9C4F-9752EC5A0A7AQ21101311-CC4A74DF-68A0-4F12-9692-49417A59C67CQ21101317-32446578-90BB-4120-814D-E3AB5272CE05Q21101317-9B3CA33A-AC31-41CB-BEAC-494284096499Q21101318-71FB4E9F-D912-4E62-AB54-2B75700EDF4DQ21101318-9556F142-A1E5-4B29-8AD1-88DC1FB7809BQ21101325-7320E3AA-5544-4E57-91A3-043565DB2A9EQ21101325-EA41BCB8-0B7D-4822-8C1B-DA8B326CF921Q21105360-62C6D1F8-A657-4A94-940A-BE5FB99A6155Q21106761-C1183C85-68A5-4C4E-BBC3-9776A1672F64Q21109589-D89D5F7F-632E-4AE6-9103-5610E6B36166Q21110029-950DEAA5-A2D3-47E3-B082-8175C622B0D6Q21110036-36419BF3-C798-4F51-8E91-1D2168F1A03CQ21110036-9C595822-7494-4933-9113-4E7488291EC3Q21110095-124FAEC3-8A01-460B-9EB5-54F682A47EA7Q21111827-4B858F1E-4DFA-4625-8D61-F15BD7BCB607Q21112604-21779334-EA22-48FF-BFB0-7F6B84098FF0Q21112968-7E44B08F-0CBC-4F40-AABC-4C2C11B03FDCQ21113251-4988A18D-E7B0-42CF-948E-2A222FFD6778Q21113253-268D60FD-887B-4526-8E10-AA02C0D31248Q21113255-9C1991BD-265C-467C-82A7-6DC4E0E03C2AQ21114075-7301058E-6C63-4FF0-8F9C-0AC305D58093
P682
description
Removal of a DNA interstrand c ...... red together (e.g. by an exoge
@en
biologisch proces
@nl
name
interstrand cross-link repair
@en
type
label
interstrand cross-link repair
@en
altLabel
GO:0036297
@en
ICL repair
@en
prefLabel
interstrand cross-link repair
@en
P279
P2888
P686
GO:0036297