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[人类三叉神经的微循环床]

[Microcirculatory bed of the human trigeminal nerve].

作者信息

Smoliar E M

出版信息

Arkh Anat Gistol Embriol. 1978 Feb;74(2):23-7.

PMID:646633
Abstract

Studies of film preparations from the sheaths of the human trigeminal nerve impregnated with silver nitrate demonstrated all the parts of the microcirculatory bed to be situated in the soft sheath of the root, in the capsule and stroma of the trigeminal ganglion, in epineurium and in the outer layers of perineurium of the nerve branches. In the internal layers of perineurium, pericapillaries, capillaries and postcapillaries are present; in the sheaths surrounding the root fibers and in endoneurium, there are only capillaries. Ontogenic peculiarities in the microcirculatory pathways of the trigeminal nerve are noted; varieties in arterio-venular anastomoses are described. The data obtained and those available in literature make it possible to conclude that the circulatory bed of epineurium and the external layers of perineurium possess the greatest compensatory-adaptive resources. The microcirculatory bed of the internal layers of perineurium and, especially, those of endoneurium possess the least compensatory resources.

摘要

对用硝酸银浸渍的人三叉神经鞘膜的薄膜制剂进行的研究表明,微循环床的所有部分都位于神经根的软鞘、三叉神经节的被膜和基质、神经外膜以及神经分支的神经束膜外层中。在神经束膜内层存在周毛细血管、毛细血管和后毛细血管;在围绕根纤维的鞘膜和神经内膜中,仅存在毛细血管。注意到三叉神经微循环途径的个体发育特点;描述了动静脉吻合的多样性。所获得的数据以及文献中的现有数据使得可以得出结论,神经外膜和神经束膜外层的循环床具有最大的代偿适应资源。神经束膜内层尤其是神经内膜的微循环床具有最少的代偿资源。

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