Shvachkina M T, Shcherbakov V I
Zh Vyssh Nerv Deiat Im I P Pavlova. 1978 Sep-Oct;28(5):1054-60.
A study of ten alert cats has shown that inactivation with cold of the temporal neocortex elicits a sharp drop in EEG activity in all the examined points of the homonymous hemisphere, which actually points to a temporary switching off of its function. At the same time a unilateral switching off of the temporal area brings about an increase in EEG activity of the contralateral hemisphere. Functional asymmetry sets in not only in the system of the auditory analyser, but also in other sensory systems. Systematic cold switching off of the temporal cortex in one hemisphere results in a reduced contrast in the EEG of the brain symmetrical regions.
对十只警觉猫的研究表明，颞叶新皮质的冷灭活会导致同名半球所有检查点的脑电图活动急剧下降，这实际上表明其功能暂时停止。与此同时，颞叶区域的单侧关闭会导致对侧半球脑电图活动增加。功能不对称不仅出现在听觉分析器系统中，也出现在其他感觉系统中。一个半球的颞叶皮质系统性冷关闭会导致大脑对称区域脑电图对比度降低。
