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USP10 binds RNF168 and TOP2α. 2 / 2

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"These novel functional interactions between RNF168, TOP2α and USP10 are likely to contribute to the maintenance of chromosomal integrity."

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"Given that our mass spectrometry analysis identified USP10 as a possible RNF168-interacting partner ( xref ), we hypothesized that USP10 and RNF168 forms a complex with TOP2α to co-regulate its ubiquitylation level."

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IndraLab

Statements

USP10 binds RNF168 and TOP2α. 2 / 2

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