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Better safe than sorry-preventing mitotic segregation of meiotic chromosomes

机译:更安全,而不是诱人防止减数分裂染色体的有丝分离

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摘要

The distinctive segregation patterns of chromosomes in mitosis and meiosis are dictated in part by the kinetochores, the structures on chromosomes that attach them to the microtubules of the spindle. Inappropriate mitosis-like chromosome segregation in meiosis leads to gametes with incorrect chromosome numbers. New findings by Chen and colleagues (pp. 209-225) in this issue of Genes & Development reveal how cells restructure their kinetochores when they enter meiosis. Their results describe an interconnected set of mechanisms that provides multiple layers of protection from the carryover of mitotic chromosome segregation patterns into meiotic cells.
机译:有丝分裂和减数分裂中的染色体的独特分离模式部分地由Kinetochores决定,染色体上的结构将它们连接到主轴的微管。 在减数分裂中不当的染色体偏析导致具有不正确的染色体数量的配子。 在这个基因和发展问题中,陈和同事(第209-225页)的新发现揭示了细胞在进入减数分裂时如何重组其动力量。 它们的结果描述了一种互连的机构组,其提供多层保护,从薄荷染色体分离模式中的携带到减少体细胞。

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