IndraLab

Statements


| 5 7

reach
"Immunoprecipitation with WWP1 antibody further validated the interaction between WWP1 and USP13 (Fig. 3B)."

reach
"Next, we transfected Myc-tagged WWP1 (Myc-WWP1), along with Flag-tagged USP13 (Flag-USP13) or an empty vector, into HCC and HEK293T cells, followed by a Co-IP assay to validate the binding between USP13 and WWP1."

reach
"Overall, there was an interaction between USP13 and WWP1."

reach
"Since our findings described above demonstrated the interaction between USP13 and WWP1, we wondered whether USP13 regulated WWP1 through deubiquitination."

reach
"According to our results, USP13 truncations containing either the N-terminal region (aa1–300 and aa1–624) or the C-terminal region (aa301–863 and aa625–863) could bind to WWP1."

sparser
"Finally, our functional experiments in HCC cells and a subcutaneous xenograft model further revealed the oncogenic role of the USP13-WWP1 axis both in vitro and in vivo."

sparser
"Furthermore, USP13 can interact with WWP1 and then remove the K29- and K48-linked polyubiquitination chains from WWP1 to stabilize the WWP1 protein via the ubiquitin–proteasome pathway."

sparser
"USP13 interacted with WWP1 in HCC cells."

sparser
"Immunoprecipitation with WWP1 antibody further validated the interaction between WWP1 and USP13 (Fig.  xref B)."

sparser
"To determine the specific region of USP13 that interacts with WWP1, we constructed five Flag-tagged USP13 truncation plasmids."

sparser
"Overall, there was an interaction between USP13 and WWP1."

sparser
"Since our findings described above demonstrated the interaction between USP13 and WWP1, we wondered whether USP13 regulated WWP1 through deubiquitination."