原生动物细胞周期控制。

J T Wong
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引用次数: 8

摘要

许多属于周期蛋白依赖性激酶(cdk)家族的基因已经从原生动物中分离出来。虽然它们在细胞周期中的作用尚未得到明确证实,但至少有一种cdk可以补充酵母中的cdc2ts/cdc28ts突变体。有关原生动物中cdks的有趣问题包括:一个cdk是否在整个细胞周期中起作用,周期蛋白是否绝对需要伙伴关系。在原生动物中,细胞周期控制与发育控制密切相关。许多生命周期分化阶段只能发生在细胞周期的一个特定窗口。由于不同的DNA生物合成途径,在最早的真核生物谱系中,一些原生动物对常见的DNA合成抑制剂如羟基脲没有反应。然而,许多原生动物对细胞周期抑制剂的反应确实有不同的检查点控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Protozoan cell cycle control.

Many genes belonging to the cyclin-dependent kinase (cdk) family have been isolated from protozoans. While their role in cell cycle has yet to be proven unequivocally, at least one cdk can complement the cdc2ts/cdc28ts mutants in yeasts. Among the interesting questions relating to cdks in protozoa are: whether one cdk acts throughout the whole cell cycle and whether cyclin partnership is absolutely required. In protozoa, cell cycle control is closely associated with developmental control. Many life cycle differentiation phases can only occur during a specific window in the cell cycle. Because of different DNA biosynthetic pathways, some protozoa among the earliest eukaryotic lineages are unresponsive to common inhibitors of DNA synthesis like hydroxyurea. However, many protozoa do have different checkpoint controls in relation to their response to cell cycle inhibitors.

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