Arutiunian-Kozak B A, Khachvankian D K, Oganian A S, Tutundzhian A G
Neirofiziologiia. 1978;10(1):22-9.
In acute experiments on cats with protrigeminal section immobilized by flaxedil the electrical activity of single neurons in associative visual cortex of Clare-Bishop was investigated by the extracellular registration of their spike activity. 95.5% of investigated neurons responding to natural stimulation (light spots) were sensitive to the movement of stimulus through the receptive field. Nearly 55% of neurons exhibited selective responses to the direction of stimulus movement. Some neurones responded only when the stimulus was crossing the border points of receptive field. Nearly 85.3% of neurons responded to the flashing spot with "on", "on-off" and "off" reactions, and also to the stimulation by diffuse flashes. Receptive fields of neurons in the Clare-Bishop area were of strip-like form with longitudinal axis in horizontal orientation. Presented observations allow concluding that the Clare-Bishop cortical association area plays an essential role in the central processing of visual information.
在使用三碘季铵酚固定三叉神经节的猫急性实验中，通过细胞外记录单个神经元的锋电位活动，研究了克莱尔 - 毕晓普联合视觉皮层中单个神经元的电活动。95.5%对自然刺激（光斑）有反应的被研究神经元对刺激在感受野中的移动敏感。近55%的神经元对刺激移动方向表现出选择性反应。一些神经元仅在刺激穿过感受野边界点时才做出反应。近85.3%的神经元对闪烁光斑有“开”“开 - 关”和“关”反应，并且对漫射闪光刺激也有反应。克莱尔 - 毕晓普区域神经元的感受野呈带状，其纵轴呈水平方向。现有观察结果表明，克莱尔 - 毕晓普皮层联合区域在视觉信息的中枢处理中起重要作用。
