Mukhina Iu K
Arkh Anat Gistol Embriol. 1976 Dec;71(12):30-7.
Under study were the afferent connections of the cat's amygdala nuclei with the hypothalamus (Nauta's method) in parallel with studying geometrical parameters of the afferent fibre endings in these nuclei by the Golgi method. It has been shown that the medial hypothalamus gives the beginning to a small amount of fibres running to the medial group of the amygdala nuclei; dissipated solitary fibres run to the large- and small-cellular parts of the basal nucleus. A considerable amount of fibres run from the lateral hypothalamus to the amygdala, mainly to the medial group of its nuclei and the anterior amygdalar area, only solitary fibres were followed in the basal nuclei. We failed to observe degenerated fibres from the medial preoptical area to the amygdale. The geometry of branches of these fibre systems in the amygdala nuclei was established: they all terminate as a compact but rarely branching brush.
在研究猫杏仁核核团与下丘脑的传入联系(采用瑙塔法)的同时,还通过高尔基法研究了这些核团中传入纤维末梢的几何参数。结果表明,下丘脑内侧发出少量纤维至杏仁核内侧组;散在的单根纤维至基底核的大细胞部和小细胞部。大量纤维从下丘脑外侧至杏仁核,主要至其内侧组核团和杏仁前区,在基底核中仅见单根纤维。未观察到从视前内侧区至杏仁核的变性纤维。确定了这些纤维系统在杏仁核核团中的分支几何形态:它们均以紧密但很少分支的刷子状终止。