Klimovitsky V Y, Alpatov A M, Hoban-Higgins T M, Utekhina E S, Fuller C A
RF SRC--Institute of Biomedical Problems, Moscow, Russia.
J Gravit Physiol. 2000 Jan;7(1):S149-52.
The results of studies of body temperature and thermal regulation in Macaca mulatta flown on biosatellites Bion 6-11 are presented. The effect of microgravity on deep body temperature as compared to skin temperature was investigated. In most animals, deep body temperature declined moderately and then tended to return to normal. Brain temperature/ankle temperature correlation changed. The system of thermal regulation was found to function adequately in space.
本文介绍了在生物卫星“宇宙生物6 - 11号”上飞行的恒河猴体温和热调节的研究结果。研究了微重力对深部体温与皮肤温度的影响。在大多数动物中，深部体温适度下降，然后趋于恢复正常。脑温与踝温的相关性发生了变化。结果发现热调节系统在太空中能正常发挥作用。
