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Stress, superoxide, and signal transduction.

机译:压力,超氧化物和信号转导。

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摘要

A variety of stressful events can trigger the production of free radicals by exposed cells. For years, the effect of such highly reactive radicals was expected to be damaging to cells, altering their biology irreversibly. However, many recent reports have shown that reactive oxygen species can have additional functions, and contribute to important signaling pathways to regulate key biological responses, including cell migration, mitosis, and apoptosis. With this review, we address the role of the small GTP binding protein, Rac, as a regulatory protein that controls superoxide production, and the effect of superoxide and derived oxidants in cell signaling.
机译:各种压力事件都可以触发裸露的细胞产生自由基。多年来,人们预计这种高反应性自由基的作用会损害细胞,不可逆转地改变其生物学。但是,最近的许多报道表明,活性氧可以具有其他功能,并有助于调节重要的信号通路,从而调节关键的生物学反应,包括细胞迁移,有丝分裂和细胞凋亡。通过这篇综述,我们探讨了小GTP结合蛋白Rac作为控制超氧化物产生的调节蛋白的作用,以及超氧化物和衍生氧化剂在细胞信号传导中的作用。

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