IndraLab

Statements


| 5 6

sparser
"WB results showed that the mutation of lysine residues in C-terminal or N-terminal had no effect on the binding of USP22 and Snail1 ( Fig. 8 C)."

sparser
"Despite the mutation of lysine residues in C-terminal or N-terminal having no effect on the binding of USP22 and Snail1, the WT Snail1 and the Snail1(C-8KR) mutant plasmid could decrease the ubiquityl[MISSING/INVALID CREDENTIALS: limited to 200 char for Elsevier]"

sparser
"Therefore, the USP22-Snail1 signal axis may be a new target for delaying diabetes TIF. (i) EMT induced by HG can promote TIF, which is one of the main pathological changes induced by DN."

reach
"Co-IP experiment results also showed that USP22 could bind to Snail1 in NRK-52E cells ( Fig. 7 C), and HG stimulation obviously increased their interactions ( Fig. 7 C)."

reach
"We further performed Co-IP experiment to determine whether the mutation of lysine residues in C-terminal and N-terminal affected the binding between USP22 and Snail1."

sparser
"Further study found that quercetin inhibited the interaction between USP22 and Snail1, thereby reducing the stability of Snail1."

reach
"Further study found that quercetin inhibited the interaction between USP22 and Snail1, thereby reducing the stability of Snail1."

reach
"Despite the mutation of lysine residues in C-terminal or N-terminal having no effect on the binding of USP22 and Snail1, the WT Snail1 and the Snail1(C-8KR) mutant plasmid could decrease the ubiquityl[MISSING/INVALID CREDENTIALS: limited to 200 char for Elsevier]"

sparser
"Co-IP experiment results also showed that USP22 could bind to Snail1 in NRK-52E cells ( Fig. 7 C), and HG stimulation obviously increased their interactions ( Fig. 7 C)."

sparser
"Co-IP assay was used to verify whether USP22 and Snail1 can interact with each other."

reach
"When over-expressed, USP22 interacts with and stabilizes Snail1; however, the fact USP22 cannot compensate the lack of USP27X (in terms of Snail1 stability) suggest USP27X has a predominant role in Snail1 stabilization [5]."