IndraLab

Statements


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reach
"USP24 directly interacts with and deubiquitinates YAP1, thereby stabilizing YAP1 protein levels."

reach
"To assess the molecular mechanism through which USP24 regulates YAP1 expression, we first explored the interaction between USP24 and YAP1."

reach
"An interaction between endogenous USP24 and YAP1 was also validated in Bel-7402 and Huh-7 cells (Fig. 2C)."

reach
"Owing to the absence of structural information on the interaction between USP24 and YAP1, we generated a complex structural model of the interaction between USP24 and YAP1 by using the AlphaFold3 server [36], which provided a structural view to understand the interactions between USP24 and YAP1."

reach
"The interaction between USP24 and YAP1 was also confirmed to stabilize YAP1 expression through deubiquitination and activation of the downstream target genes, such as CTGF and CYR61."

sparser
"USP24 interacts with YAP1."

sparser
"To assess the molecular mechanism through which USP24 regulates YAP1 expression, we first explored the interaction between USP24 and YAP1."

sparser
"Using a Co-IP assay, we examined the interactions between exogenous USP24 and exogenous YAP1 or between exogenous USP24 and endogenous YAP1, the results showed that USP24 and YAP1 were readily co-immunoprecipitated with each other (Fig.  xref A, B)."

sparser
"An interaction between endogenous USP24 and YAP1 was also validated in Bel-7402 and Huh-7 cells (Fig.  xref C)."

sparser
"Owing to the absence of structural information on the interaction between USP24 and YAP1, we generated a complex structural model of the interaction between USP24 and YAP1 by using the AlphaFold3 server [ xref ], which provided a structural view to understand the interactions between USP24 and YAP1."

sparser
"The model revealed that USP24’s catalytic domain may interact with YAP1’s N-terminal region (Fig. S3B)."

sparser
"The interaction between USP24 and YAP1 was also confirmed to stabilize YAP1 expression through deubiquitination and activation of the downstream target genes, such as CTGF and CYR61 ."