Slepchuk N A, Rumiantsev G V
Fiziol Zh SSSR Im I M Sechenova. 1979 Oct;65(11):1570-7.
Summation of temperature signals from different body parts was shown to occur in the temperature homeostasis maintenance, as revealed by the value delta to average . m . c, where delta to average--increment of the body average temperature, m--body mass, c--body specific heat. Raise of the rabbit heat condition by 245.9 +/- 35.8 cal/kg at ambient temperature 19-21 degrees C induces ear vasodilatation which is the thermoregulatory response aimed at the heat loss. Dropy of the rabbit heat condition by 266.9 +/- 21.5 cal/kg at ambient temperature 28-30 degrees C induces ear vasoconstriction. The heat condition seems to the object of regulation in the organism thermoregulation system.
如通过δ与平均.m.c 的值所揭示的那样，在体温稳态维持过程中，不同身体部位的温度信号会发生总和，其中δ与平均——身体平均温度的增量，m——体重，c——身体比热。在环境温度19 - 21摄氏度时，兔子的热状态升高245.9±35.8卡/千克会引发耳部血管舒张，这是一种旨在散热的体温调节反应。在环境温度28 - 30摄氏度时，兔子的热状态下降266.9±21.5卡/千克会引发耳部血管收缩。热状态似乎是机体体温调节系统中的调节对象。
