IndraLab

Statements


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"These data highlight a dose‐limiting transcriptional regulation of genes involved in cell proliferation by OTUD7BLSD1 axis, which might explain why this pathway confers a proliferative advantage in a context‐dependent manner."

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"Using recombinant proteins, we concluded that OTUD7B can directly interact with LSD1 in vitro (Figure xref , Supporting Information)."

sparser
"Taken all together, these results suggest that OTUD7B binds and stabilizes LSD1 via abrogating its ubiquitination‐dependent proteasomal degradation."

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"Therefore, perturbation of OTUD7BLSD1 axis results in changes in both activating and repressive chromatin modification marks, providing a plausible mechanism for altered gene transcription due to OTUD7B loss."

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"We next explored the clinical implications of OTUD7BLSD1 signaling."

No evidence text available

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"Using OLco‐regulated gene sets revealed that loss of OTUD7B or LSD1 resulted in a significantly reduced expression of metastatic genes (Figure xref , Supporting Information), providing potential mechanistic clues explaining suppressed metastatic ability due to impaired OTUD7BLSD1 signaling."

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"2.1 OTUD7B Binds LSD1 and Regulates Its Stability."

sparser
"OTUD7B Binds LSD1 and Regulates Its Stability."

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"In addition to USP22 and USP28, ectopic OTUD7B also bound robustly to endogenous LSD1 (Figure  1A )."

sparser
"In addition to USP22 and USP28, ectopic OTUD7B also bound robustly to endogenous LSD1 ( Figure   xref )."

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"Of note, both wild type (WT) and the catalytically inactive form (CI, C194A/H358R) of OTUD7B bound ectopic LSD1 (Figure S1C,D, Supporting Information)."

reach
"Interestingly, when compared to LSD1–CoREST complex, endogenous OTUD7BLSD1 complex is readily detectable but with much less abundance, indicating OTUD7B may interact with LSD1 in a transient manner (Figure 1B)."

sparser
"Interestingly, when compared to LSD1–CoREST complex, endogenous OTUD7BLSD1 complex is readily detectable but with much less abundance, indicating OTUD7B may interact with LSD1 in a transient manner (Figure  xref )."

reach
"Taken all together, these results suggest that OTUD7B binds and stabilizes LSD1 via abrogating its ubiquitination‐dependent proteasomal degradation.2.2 OTUD7B Is a Bona Fide LSD1 Deubiquitinase."