Tsykalov E N, Kuznetsova G D, Shevelev I A, Budko K P, Gorbach A M
Neirofiziologiia. 1987;19(2):216-23.
Dynamics of spatial temperature distribution over the dorsal surface of the cerebral cortex was studied through the skull with the thermovision technique on immobilized white rats. Direct cortical stimulation revealed local thermoresponses (up to +0.2 degrees C) under electrodes, in the symmetrical point in the opposite hemisphere as well as in some other cortical zones. The response latency was within the limit of 160 ms, peak latency--2-5 s and relaxation time 2-3 min. Nembutal caused depression of thermoresponses, increase in their thresholds, limitation in size as well as slowing down of the development and prolongation in time.
利用热成像技术，在固定不动的白鼠身上，通过颅骨研究了大脑皮质背表面的空间温度分布动态。直接的皮质刺激显示，在电极下方、对侧半球的对称点以及其他一些皮质区域会出现局部热反应（高达+0.2摄氏度）。反应潜伏期在160毫秒以内，峰值潜伏期为2 - 5秒，弛豫时间为2 - 3分钟。戊巴比妥会导致热反应受到抑制，阈值升高，范围受限，以及反应发展减缓并持续时间延长。
