Bazhenov Iu I, Lelekov N G
Fiziol Zh SSSR Im I M Sechenova. 1978 Nov;64(11):1648-54.
During the hypoxia muscular work revealed an augmented electrical activity of the working muscles, a lesser increase in their and body's temperature. Rats adapted to hypoxia developed a higher level of muscular activity and a lesser increase of temperature indices. This suggests that hypoxia and adaptation to hypoxia decrease thermoregulatory effects of arbitrary activity of skeletal muscles. The additional thermogenesis formed during the muscular work seems to be depressed during hypoxia.
在缺氧状态下进行肌肉工作时，发现工作肌肉的电活动增强，其温度及体温的升高幅度较小。适应缺氧的大鼠表现出更高水平的肌肉活动，且温度指标的升高幅度较小。这表明缺氧以及对缺氧的适应会降低骨骼肌随意活动的体温调节效应。肌肉工作期间形成的额外产热在缺氧时似乎受到抑制。
