Zambrzhitskiĭ I A, Orlova M L
Arkh Anat Gistol Embriol. 1977 Nov;73(11):83-93.
Some structural-functional relations in the analyzer's optic nucleus and adjacent associative fields were investigated comparing it with the cortical limbic area in the rabbit and cat. New approaches for the structural brain cortex analysis were applied: method of retrograde elective detection of cortical and subcortical neurons (with the body and dendritic processes) after surgical lesion of their axons in the cortical focus of destruction, field 17. This method demonstrated the presence, in the fields surrounding the cortical optic nucleus, of associative neurons mediating the modal signals into the nucleus of the optical analyzer, as well as some constructive details of the optical analyzer at the subcortical level. Comparing angioarchitectonics of the capillary network, indirect data were obtained on structural-functional specialization of the nucleus of the optical analyzer, that explains the meaning of mediating into it the optical signals which come to other cortical areas (from the zone of scattered elements).
通过将兔和猫的分析器视核及相邻联合区与皮质边缘区进行比较，研究了它们之间的一些结构 - 功能关系。应用了用于大脑皮质结构分析的新方法：在皮质破坏灶（17区）对轴突进行手术损伤后，逆行选择性检测皮质和皮质下神经元（包括胞体和树突过程）的方法。该方法证明，在皮质视核周围区域存在将模态信号介导到光学分析器核中的联合神经元，以及皮质下水平光学分析器的一些结构细节。通过比较毛细血管网络的血管构筑学，获得了关于光学分析器核结构 - 功能特化的间接数据，这解释了将来自其他皮质区域（来自散在元素区域）的光学信号介导到其中的意义。
