Krayniak P F, Siegel A, Meibach R C, Fruchtman D, Scrimenti M
Brain Res. 1979 Jan 19;160(3):401-11. doi: 10.1016/0006-8993(79)91069-2.
Wit the use of the horseradish peroxidase retrograde axonal transport technique this experiment attempted to identify the cell bodies of origin whose axons supply the septal area, mammillary bodies and the anterior thalamic complex in the squirrel monkey. It was noted that axons which innervate the anterior thalamic complex arise predominantly from the deepest cell layer of both the retrosplenial cortex and adjoining portions of subicular cortex. Hippocampal afferents to the mammillary bodies arise principally from all cell layers of the subiculum proper and to a lesser extent from the presubiculum. Afferents which innervate the septal area originate from all cell fields of the cornu Ammonis and adjacent prosubicular cortex. It was further noted that axons which are distributed to caudal levels of the septum probably arise from both the cornu Ammonis and adjacent prosubiculum, whereas axons which innervate more rostral levels of septum originate exclusively from the prosubicular cortex.
本实验运用辣根过氧化物酶逆行轴突运输技术,试图确定松鼠猴中其轴突供应隔区、乳头体和丘脑前复合体的起源细胞体。值得注意的是,支配丘脑前复合体的轴突主要起源于压后皮质最深细胞层以及海马旁皮质的相邻部分。乳头体的海马传入纤维主要起源于海马旁回本身的所有细胞层,其次起源于前海马旁回。支配隔区的传入纤维起源于海马角的所有细胞区和相邻的前海马旁皮质。还进一步注意到,分布到隔区尾部水平的轴突可能起源于海马角和相邻的前海马旁回,而支配隔区更靠前水平的轴突仅起源于前海马旁皮质。