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[热耐受性的动力学及可能机制:综述]

[Kinetics and possible mechanism of thermotolerance: a review].

作者信息

Majima H, Sakamoto K

出版信息

Gan No Rinsho. 1986 Oct;32(13):1661-70.

PMID:3540359
Abstract

Thermotolerance examined in vitro studies was reviewed in related to their kinetics, modifying factors and also the possible mechanisms. Heat treatments which reduce the survivals at same level at different temperature 42, 43, 44, 45 degrees C induces a same degree of thermotolerance and the thermotolerance decayed in same manner. These findings showed that thermotolerance induced by acute hyperthermia and that by chronic hyperthermia are not different in the nature. Examinations of heat sensitivities and kinetics of thermotolerance among different cell lines indicated that there is a possible relationship between the cellular sensitivity to heat and the magnitude of thermotolerance. The HSP has been found to be the most likely related factor in thermotolerance. But, their functions have not yet been clearly observed. Further research on HSP and thermotolerance is necessary to elucidate the possible mechanism of thermotolerance development.

摘要

体外研究中检测的热耐受性,根据其动力学、调节因素以及可能的机制进行了综述。在42、43、44、45摄氏度不同温度下将存活率降低到相同水平的热处理诱导相同程度的热耐受性,且热耐受性以相同方式衰减。这些发现表明,急性热疗诱导的热耐受性和慢性热疗诱导的热耐受性在本质上没有差异。对不同细胞系之间的热敏感性和热耐受性动力学的研究表明,细胞对热的敏感性与热耐受性的大小之间可能存在关系。已发现热休克蛋白(HSP)是热耐受性中最可能相关的因素。但是,它们的功能尚未被清楚观察到。有必要对热休克蛋白和热耐受性进行进一步研究,以阐明热耐受性发展的可能机制。

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