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首页> 外文期刊>Journal of Thermal Biology >Hyperthermic stress affects the thermal modulation ofglucocorticoid-receptor affinity
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Hyperthermic stress affects the thermal modulation ofglucocorticoid-receptor affinity

机译:热应力影响糖皮质激素受体亲和力的热调节

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In vitro binding of a steroid hormone (triamcinolone acetonide) to hepatic glucocorticoid receptors was studied in liver cytosols prepared from untreated control rats and rats sacrificed after being exposed in vivo to whole body hyperthermia (41 or 42 degreesC). Positive temperature modulation of glucocorticoid-receptor affinity (decrease of affinity with increasing temperature) was well expressed in all preparations. In preparations from hyperthermic rats, alterations of a possible functional (adaptive) significance have been recorded: the amplitude of positive thermal modulation was reduced, and its lower-temperature limit shifted towards higher temperatures.
机译:在未经处理的对照大鼠和体内暴露于全身高温(41​​或42摄氏度)后处死的大鼠制备的肝细胞溶胶中研究了类固醇激素(曲安奈德丙酮化物)与肝糖皮质激素受体的体外结合。糖皮质激素受体亲和力的正温度调制(亲和力随温度升高而降低)在所有制剂中均能很好地表达。在高温大鼠的制剂中,已记录了可能的功能(适应性)意义的改变:正热调制的幅度减小,并且其较低的温度极限向较高的温度移动。

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