IndraLab

Statements

USP13 binds PARP1. 5 / 5
| 2 3
sparser
"Our study reveals a new regulatory mechanism by which the USP13‐PARP1 complex can be activated to promote MM progression by enhancing DDR, contributing to a comprehensive understanding of the regulatory spectrum governed by USP13."
40151951
sparser
"Then, Co‐IP and reverse Co‐IP experiments further determined the physiological interaction between USP13 and PARP1 (Figure  xref )."
40151951
reach
"Our study reveals a new regulatory mechanism by which the USP13‐PARP1 complex can be activated to promote MM progression by enhancing DDR, contributing to a comprehensive understanding of the regulatory spectrum governed by USP13.There has been a growing interest in bioactive compounds derived from Traditional Chinese Medicine Materials (TCMMs), and their potential to combat MM has been extensively studied [39]."
40151951
reach
"To clarify the interaction between USP13 and PARP1, we conducted a WB examination."
40151951
sparser
"To clarify the interaction between USP13 and PARP1, we conducted a WB examination."
40151951