Ipekchian N M, Baklavadzhian O G
Arkh Anat Gistol Embriol. 1986 Sep;91(9):14-21.
The interhemispheric connections of the temporal cortical area in the cat cerebrum have been investigated after electrolytic coagulation of separate fields with subsequent study of the degenerated fibers course after Nauta--Gygax method. The fields 5 and 7 give origin mainly to homotopic fibers, terminating in symmetrical fields of the contralateral hemisphere. These fields also give origin to a small number of heterotopic commissural fibers, that provide bilateral connection of the fields 5 and 7 and do not get beyond the limits of the temporal cortex. The commissural fibers of the temporal cortex get into the contralateral hemisphere through the corpus callosum. In the latter, the commissural fibers of the field 5 are situated more rostral of the fibers running from the field. 7. This corresponds to topographic arrangement of the fields on the cortical surface.
在对猫大脑颞叶皮质区域的不同部位进行电凝后,采用诺伊塔-吉加克斯(Nauta--Gygax)法研究了退化纤维的走向,以此对猫大脑颞叶皮质区域的半球间连接进行了研究。5区和7区主要发出同位纤维,终止于对侧半球的对称区域。这些区域还发出少量的异位连合纤维,这些纤维实现了5区和7区的双侧连接,且未超出颞叶皮质的范围。颞叶皮质的连合纤维通过胼胝体进入对侧半球。在胼胝体中,5区的连合纤维位于来自7区的纤维更靠前的位置。这与皮质表面区域的拓扑排列相对应。