IndraLab
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"Therefore, perturbation of OTUD7B–LSD1 axis results in changes in both activating and repressive chromatin modification marks, providing a plausible mechanism for altered gene transcription due to OTUD7B loss.To investigate the contribution of LSD1 deubiquitination by OTUD7B in OTUD7B‐mediated LSD1 genomic distribution and H3K4me2/H3K9me2 enrichment, we analyzed LSD1 binding and H3K4me2/H3K9me2 levels of the selected 11 genes in LSD1 reconstituting cells."
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"As shown in Figure S3A in the Supporting Information, K63R mutation caused significant loss of polyubiquitinated LSD1 signals, whereas K48R displayed very marginal reduction in LSD1 ubiquitination, suggesting LSD1 ubiquitination involves mixed linkage specificity, and predominantly prefers K63‐linked polyubiquitin chains.We next determined whether OTUD7B modulated LSD1 deubiquitination."