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Hyperthermia increases interleukin-6 in mouse skeletal muscle

机译:热疗增加小鼠骨骼肌中白细胞介素6

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Previous studies have demonstrated some interactions between core body temperature and IL-6 production during exercise. For example, when core temperature is decreased during endurance exercise in humans the IL-6 response is attenuated (56), and when endurance exercise is performed in a heated environment the circulating IL-6 response is augmented (65), suggesting that the skeletal muscle IL-6 response is a temperature-related phenomenon. In addition, IL-6 is one of the most consistent and highly expressed circulating cyto-kines following heat exposure and heat stroke (7, 8, 40, 57). For example, in humans, therapeutic hyperthermia, which is used for cancer treatment (41.8°C core temperature for 30 min), results in striking elevations of IL-6 in the absence of heat illness (57). The role of IL-6 in this context is not well understood.
机译:先前的研究表明运动期间核心体温与IL-6产生之间存在一些相互作用。例如,当在人类的耐力运动过程中降低核心温度时,IL-6反应减弱(56),而在炎热的环境中进行耐力运动时,循环的IL-6反应则增强(65),这表明骨骼肌肉IL-6反应是与温度相关的现象。此外,IL-6是热暴露和中暑后最一致且表达最强的循环细胞因子之一(7、8、40、57)。例如,在人类中,用于癌症治疗的治疗性体温过高(41.8°C核心温度30分钟)导致在没有热病的情况下IL-6显着升高(57)。 IL-6在这种情况下的作用还没有被很好地理解。

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