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Mrc13A Mitigates Osmotic Stress-Induced S Phase Delay in Cell Cycles

This study by Duch et al. explores the role of Mrc13A in overcoming S phase delays caused by osmotic stress. The research, published in Nature, details how Mrc13A functions as a key regulator, ensuring proper cell cycle progression despite environmental challenges. The findings highlight the significance of this protein in cellular stress responses, providing insights for potential therapeutic applications in understanding cell cycle regulation under stress conditions.

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Mrc13A Mitigates Osmotic Stress-Induced S Phase Delay in Cell Cycles

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  1. mrc13A bypasses the osmostress-induced S phase delay. A Duch et al. Nature 000, 1-4 (2012) doi:10.1038/nature11675

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