rum1+基因对分裂酵母Start细胞周期时间的调控。

S Moreno, K Labib, J Correa, P Nurse
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引用次数: 33

摘要

我们已经确定了rum1+基因是酵母分裂细胞周期g1期的一个新的调节因子。rum1+通过维持细胞处于pre-Start状态直到达到最小临界质量来决定Start的细胞周期时间。缺乏rum1+的细胞无法在启动前G1阶段对氮饥饿做出反应,并随后不育。此外,rum1+阻止了从开始前G1开始进入有丝分裂,这一事实表明,缺乏rum1+的cdc10突变体在没有进入s期的情况下进行致命的有丝分裂。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Regulation of the cell cycle timing of Start in fission yeast by the rum1+ gene.

We have identified the rum1+ gene as a new regulator of the G1-phase of the fission yeast cell cycle. rum1+ determines the cell cycle timing of Start, by maintaining cells in a pre-Start state until they have attained a minimal critical mass. Cells lacking rum1+ are unable to arrest in pre-Start G1 in response to nitrogen starvation and are subsequently sterile. In addition, rum1+ prevents entry into mitosis from pre-Start G1, as shown by the fact that cdc10 mutants in the absence of rum1+ undergo lethal mitosis without entering S-phase.

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