IndraLab

Statements


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"Substrate Binding Region of USP2 and USP7 USP2 Inhibition by Full-Length Ubiquitin and the C-Terminally Truncated Mutants, Ubiquitin 1-74 and 1-73 Steady-State Kinetic Parameters for the Hydrolysis of AMC Substrates by UCH-L3 and USP2 Inhibition of USP2 Crystallographic Data and Refinement Statistics Data Set Statistics"

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"Our result indicated the promotion of TRIP12 expression by TSPY1, providing a clue for investigating the potential mechanism underlying ubiquitin mediated degradation of USP7 in future studies."

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"A ubiquitin variant expressed in human tumor cell lines binds and inhibits endogenous USP7, thereby enhancing Mdm2 proteasomal turnover and stabilizing p53."

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"Here we report PROTACs based on a ubiquitin-specific protease 7 (USP7) inhibitor scaffold to degrade USP7."

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"Moreover, our experiments showed that TSPY1 could decrease the p53 level by facilitating ubiquitin mediated USP7 degradation."

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"TSPY1 induces ubiquitin dependent degradation of USP7."

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"Because USP7 could stabilize most of the proteins degraded in extract treated with UbVS and ubiquitin, we tested if inactivation of USP7 using the specific inhibitor XL-188 was sufficient to induce degradation of the substrates that we identified."