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[确保细胞遗传物质抵抗应激暴露的机制]

[Mechanisms ensuring the resistance of the genetic material of the cell to stress exposures].

作者信息

Tikhomirova M M, Vatti K V, Mamon L A, Barabanova L V, Kutskova Iu A

出版信息

Genetika. 1994 Aug;30(8):1097-104.

PMID:7995514
Abstract

A brief review of studies performed in the Department of Genetics of St. Petersburg University by M.E. Lobashev and his disciples is presented. The results of these studies prove that the formation of a mutation is a multistage process involving many cell and organism systems (including repair systems, systems that determine sexual dimorphism, etc.), which are affected by environmental factors (e.g., extreme temperatures). They can hinder or accelerate the mutational process, in this way providing both a superadditive effect and adaptive response. Recent studies deal with a universal system of heat shock proteins, which is involved in the maintenance of resistance of genetic material and genetic processes in the cell.

摘要

本文简要回顾了圣彼得堡大学遗传学系由M.E. 洛巴舍夫及其弟子所开展的研究。这些研究结果证明,突变的形成是一个多阶段过程,涉及许多细胞和生物体系统(包括修复系统、决定性别的系统等),而这些系统会受到环境因素(如极端温度)的影响。它们可能会阻碍或加速突变过程,从而产生超加性效应和适应性反应。近期的研究涉及热休克蛋白的通用系统,该系统参与维持细胞中遗传物质的抗性和遗传过程。

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