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Two proteins, one goal: New findings on stem cell differentiation

phys.org·University of Osaka·20 days ago
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Left: In wild-type cells, RLF/ZFP292 support the proper function of the CoREST complex, leading to the removal of active histone marks and preventing excessive expression of differentiation-associated genes. Right: In the absence of RLF/ZFP292, CoREST complex function is impaired, resulting in an increase in active histone marks and elevated expression of differentiation-associated genes. Consequently, the undifferentiated state cannot be maintained, and cells undergo differentiation. Credit: University of Osaka Stem cells are the original cell type from which all other cells and tissues in the body develop through a very tightly regulated process. However, how stem cells differentiate in addition to gene-control systems, such as canonical REST repression, which prevents gene expression in inappropriate tissues, has remained unknown.…

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