XRCC1 prevents toxic PARP1 trapping during DNA base excision repair

JOURNAL ARTICLE published July 2021 in Molecular Cell

Research funded by European Research Council (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | Japan Society for the Promotion of Science (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | National Institutes of Health (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | Ministry of Education, Culture, Sports, Science and Technology (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | National Cancer Institute (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | Mitsubishi Foundation (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | RCUK (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | Medical Research Council (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1) | ERC (694996,16H06306,23221005,25650006,R01CA226852,MR/P010121/1)

Authors: Annie A. Demin | Kouji Hirota | Masataka Tsuda | Marek Adamowicz | Richard Hailstone | Jan Brazina | William Gittens | Ilona Kalasova | Zhengping Shao | Shan Zha | Hiroyuki Sasanuma | Hana Hanzlikova | Shunichi Takeda | Keith W. Caldecott