IndraLab

Statements

USP10 activates RUNX1. 3 / 3

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eidos

"Conversely , USP10 knockdown inhibited RUNX1 and resulted in the loss of MES properties ."

36949071

➶

reach

"Conversely, USP10 knockdown inhibited RUNX1 and resulted in the loss of MES properties."

36949071

➶

reach

"Overexpression of USP10 upregulated RUNX1 and induced proneural-to-mesenchymal transition (PMT), thus maintaining MES properties in GBM."

36949071

INDRA sources:

Colored badges next to statement headings correspond to evidence counts from knowledge sources, as shown below. Badges to the left of the | separator correspond to curated knowledge base sources, and badges to the right of it correspond to machine reading systems.

IndraLab

Statements

USP10 activates RUNX1. 3 / 3

INDRA sources:

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