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Study illustrates how cells choose DNA repair methods - Vimarsana News

Study illustrates how cells choose DNA repair methods

DNA is usually regarded as the blueprint for life and is essential for an organism to perform biological tasks. A range of factors, including radical metabolite

Study illustrates how cells choose DNA repair methods - Vimarsana News

Study illustrates how cells choose DNA repair methods

DNA is usually regarded as the blueprint for life and is essential for an organism to perform biological tasks

Study reveals how cells select DNA damage repair pathways - Vimarsana News

Study reveals how cells select DNA damage repair pathways

DNA is widely recognized as the blueprint for life, and it is required for an organism to assist biological functions

Study reveals how cells select DNA damage repair pathways - Vimarsana News

Study reveals how cells select DNA damage repair pathways

DNA is widely recognized as the blueprint for life, and it is required for an organism to assist biological functions. DNA may be damaged by a variety of

How cells select DNA damage repair pathways - Vimarsana News

How cells select DNA damage repair pathways

New research discovered a key protein that plays a role in DNA double-strand break repair. MSH2-MSH3, a mismatch repair protein, is recruited to DSB sites through the interaction with a chromatin remodeler SMARCAD1 and facilitates EXO1 recruitment for long-range DNA resection. This helps to promote homologous recombination over error-prone polymerase theta-mediated end-joining pathway to repair DSBs. The findings provide a deeper understanding of the mechanisms underlying DSB repair and may lead to new cancer treatments.