IndraLab
Statements
reach
"Our data demonstrate that loss of USP48 does not restore FANCI and FANCD2 monoubiquitylation or FANCD2 recruitment at ICLs, but if USP48 targets one or more sites on H2A that can be recognized by these nucleases, then loss of USP48 might bypass the requirement of the FA proteins and allow the recruitment of FAN1 or SLX4 and subsequent unhooking of the ICL in an FA deficient background."
reach
"Re-introduction of exogenous wild-type USP48, but not the catalytically inactive C98S USP48 mutant, partially reduced ICL resistance of DeltaUSP48DeltaFANCC cells, thus indicating that lack of USP48 catalytic activity is important for the increased survival of DeltaUSP48DeltaFANCC cells."