Cormarèche-Leydier M, Banet M, Hensel H, Cabanac M
Pflugers Arch. 1977 May 6;369(1):17-20. doi: 10.1007/BF00580804.
The thermoregulatory behaviour of 6 rats was studied during exposure to cold and warm ambient temperatures after either the preoptic area or the cervical spinal cord had been intermittently cooled for an average of 130 h. The precooled animals worked more for heat in cold environments and for cool air in a warm environment than the control animals. This behaviour, probably due to a decreased ability of the precooled animals to retain heat, suggested that the precooled animals were not fully adapted to cold. 1974) will learn to press a lever to modify their thermal environment, and this paper describes the thermoregulatory behaviour of rats after prolonged cooling of the preoptic area, and of the spinal cord. The thermoregulatory behaviour of cold exposed and cold adapted animals has already been studied in several species (Carlton and Marks, 1958; Laties and Weiss, 1960; Revusky, 1966; balwin and Ingram, 1967).
在视前区或颈脊髓被间歇性冷却平均130小时后，研究了6只大鼠在暴露于寒冷和温暖环境温度期间的体温调节行为。与对照动物相比，预冷动物在寒冷环境中为获取热量付出更多努力，在温暖环境中为获取冷空气付出更多努力。这种行为可能是由于预冷动物保持热量的能力下降，表明预冷动物并未完全适应寒冷。（1974年）会学习按压杠杆来改变它们的热环境，本文描述了视前区和脊髓长期冷却后大鼠的体温调节行为。已经在几个物种中研究了冷暴露和冷适应动物的体温调节行为（卡尔顿和马克斯，1958年；拉蒂斯和韦斯，1960年；雷夫斯基，1966年；鲍德温和英格拉姆，1967年）。
