[猫脑干运动区的细胞和纤维组织]。

T G Kebkalo, V K Berezovskiĭ
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引用次数: 0

摘要

采用尼索尔和索科连斯基损伤后神经组织染色的方法,研究了猫脑干运动区下丘脑(HLR)和中脑(MLR)的细胞和纤维组织。在这些区域的神经元形态测量调查已在额叶和矢状面切片进行。在HLR和MLR的范围内,大约有45000个神经元,它们被组织成各种核,MLR细胞在其中的排列比弥漫性++分散的HLR神经元更紧密。在运动区域的范围内,随着细胞和神经束中强大的致密纤维束的通过,特别是MLR,也有大量弥漫性的++分散的纤维。讨论了在脑干运动区激活时,神经元和经过的纤维在开始运动中的可能作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Cellular and fibrillar organization of the locomotor regions of the brain stem in cats].

Cellular and fibrillar organization of the hypothalamic (HLR) and mesencephalic (MLR) locomotor regions of the brain stem has been studied in cats by means of staining the nervous tissue after Nissl and Sokolyansky. Morphometric investigations of neurons in these regions has been performed in frontal and sagittal slices. Within the limits of the HLR ad MLR there are about 45,000 of neurons, which are organized as various nuclei, the MLR cells arranging in them more compactly in comparison to diffusely ++ scattering HLR neurons. Within the limits of the locomotor regions, together with the cells and powerful compact fasciculi of fibers in the tract passing, that is especially specific for MLR, there are also numerous diffusely ++ scattered fibers. A possible role of the neurons and the fibers passing in starting locomotion at activation of the locomotor areas of the brain stem is discussed.

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