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Clarifying the mechanics of DNA strand exchange in meiotic recombination

机译:阐明减数分裂重组中DNA链交换的机制

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During meiosis, accurate separation of maternal and paternal chromosomes requires that they first be connected to one another through homologous recombination. Meiotic recombination has many intriguing but poorly understood features that distinguish it from recombination in mitotically dividing cells, and several of these features depend on the meiosis-specific DNA strand exchange protein Dmc1 ( disrupted meiotic cDNA1). Many questions about this protein have arisen since its discovery more than a decade ago, but recent genetic and biochemical breakthroughs promise to shed light on the unique behaviours and functions of this central player in the remarkable chromosome dynamics of meiosis.
机译:在减数分裂过程中,母本和父本染色体的准确分离要求它们首先通过同源重组相互连接。减数分裂重组具有许多有趣但鲜为人知的特征,使它与有丝分裂分裂细胞中的重组区别开来,这些特征中的一些依赖于减数分裂特异性DNA链交换蛋白Dmc1(破坏的减数分裂cDNA1)。自从该蛋白质在十多年前被发现以来,已经出现了许多问题,但是最近的遗传和生物化学突破有望阐明该中心分子在减数分裂的显着染色体动力学中的独特行为和功能。

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