IndraLab

Statements


USP6 activates STAT3. 16 / 16
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reach
"Jak1 in this clone was reduced to levels approximating those in control NIH3T3 cells (XREF_SUPPLEMENTARY), demonstrating that upregulation of Jak1 by USP6 is required for full activation of STAT3 by USP6."

sparser
"Given that NF-κB and STAT3 are often activated coordinately during tumorigenesis, we examined whether STAT3 was activated by USP6 in our established cellular models of ABC and NF."

reach
"This validates our cellular model systems, and indicates that USP6 expression in human tumors triggers STAT3 and NF-kappaB signaling responses."

sparser
"In these models, activation of STAT3, NF-κB, and β-catenin by USP6 was essential for tumorigenesis, as genetic or pharmacologic inhibition of these pathways significantly attenuated xenograft growth ( xref , xref , xref )."

sparser
"We sought to dissect the mechanism by which USP6 activates STAT3."

sparser
"Jak kinases mediate STAT3 activation by USP6 and are required for tumorigenesis."

sparser
"Jak1 in this clone was reduced to levels approximating those in control NIH3T3 cells ( xref ), demonstrating that upregulation of Jak1 by USP6 is required for full activation of STAT3 by USP6."

reach
"USP6 activates STAT3 in cellular models and USP6 translocated tumors."

reach
"Given that NF-kappaB and STAT3 are often activated coordinately during tumorigenesis, we examined whether STAT3 was activated by USP6 in our established cellular models of ABC and NF."

reach
"We sought to dissect the mechanism by which USP6 activates STAT3."

sparser
"Together, these results demonstrate that USP6 activates STAT3 exclusively through a Jak family kinase."

reach
"Together, these results demonstrate that USP6 activates STAT3 exclusively through a Jak family kinase."

reach
"USP6 activation of STAT3 occurs independently of NF-kappaB."

sparser
"USP6 activates STAT3 in cellular models and USP6 -translocated tumors."

sparser
"USP6 activation of STAT3 occurs independently of NF-κB."

sparser
"Jak1 is required for STAT3 activation by USP6, and both are required for USP6-mediated cell survival and tumorigenesis."