IndraLab

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"Given that loss of ZUFSP in human cancer cells both causes endogenous DNA replication stress and sensitizes cells to further exogenous DNA damage, it will now be important to understand whether, and how, ZUFSP loss synergizes with defects in other DDR pathways."

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"Given that loss of ZUFSP in human cancer cells both causes endogenous DNA replication stress and sensitizes cells to further exogenous DNA damage, it will now be important to understand whether, and how, ZUFSP loss synergizes with defects in other DDR pathways.Requests for further information or reagents should be directed to the Lead Contact and corresponding author, Yogesh Kulathu (ykulathu@dundee.ac.uk)."

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"Given that loss of ZUFSP in human cancer cells both causes endogenous DNA replication stress and sensitizes cells to further exogenous DNA damage, it will now be important to understand whether, and how, ZUFSP loss synergizes with defects in other DDR pathways.Detailed methods are provided in the online version of this paper and include the following: We thank H. Walden, C. Arkinson, and members of the Kulathu lab for discussions and critical comments on the manuscript."