Shramm V A, Kharitonov E V
Fiziol Zh SSSR Im I M Sechenova. 1984 Feb;70(2):118-24.
Comparative study of the transcallosal EPs in the cat parietal and sensomotor cortical areas revealed that the parietal EPs were less stable and more uniform than the sensomotor ones. Distribution of the EPs over the sensomotor cortex's surface is more regular as compared with the parietal area. Focus of the transcallosal EPs maximal activity coincided usually with the parietal point symmetrical to stimulation. An individual form of functional interhemisphere asymmetry was revealed for the parietal cortical potentials. An inversion of positive-negative transcallosal EPs was shown to exist in the parietal area's IV layer. The data obtained seem to corroborate the opinion of different functional purposes of the areas under study which can be revealed by the interhemisphere interaction between these areas as well.
对猫顶叶和感觉运动皮层区域经胼胝体诱发电位的比较研究表明,顶叶诱发电位比感觉运动诱发电位更不稳定且更均匀。与顶叶区域相比,诱发电位在感觉运动皮层表面的分布更规则。经胼胝体诱发电位最大活动的焦点通常与刺激对称的顶叶点重合。揭示了顶叶皮层电位存在个体形式的功能性半球间不对称。在顶叶区域的IV层显示存在正负经胼胝体诱发电位的倒置。所获得的数据似乎证实了关于所研究区域不同功能目的的观点,这些区域之间的半球间相互作用也能揭示这一点。