Papoian E V, Fanardzhian V V
Fiziol Zh SSSR Im I M Sechenova. 1983 Nov;69(11):1401-8.
Neuronal organization of the cerebello-cortical loop passing through the associative parietal region of the cat cerebral cortex was studied with the microelectrode recording technique. Specific characteristics of the cerebellar signals to various types of neurons of the parietal cortex projecting to the pontine nuclei proper, the red nucleus and sensomotor cortex, were revealed by responses of the cortical neurons to stimulation of the cerebellar nuclei. The neurons of parietal cortex were shown to respond most readily to stimulation of the nucleus dentatus (62.3%), nucleus interpositus (54.6%), and nucleus fastigii (20.6%).
运用微电极记录技术,对通过猫大脑皮质联合顶叶区域的小脑 - 皮质环路的神经元组织进行了研究。通过皮质神经元对小脑核刺激的反应,揭示了小脑信号对投射到脑桥核、红核和感觉运动皮质的顶叶皮质各类神经元的特定特征。结果显示,顶叶皮质的神经元对齿状核(62.3%)、间位核(54.6%)和顶核(20.6%)的刺激反应最为敏感。