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[胸腺、脾脏和淋巴结的传出神经装置及其对下丘脑后区电刺激的反应]

[Efferent neural apparatus of the thymus gland, spleen and lymph nodes and its reaction to electric stimulation of the posterior hypothalamic field].

作者信息

Taiushev K G, Pugovkin A P, Klimenko V M

出版信息

Arkh Anat Gistol Embriol. 1990 Feb;98(2):57-64.

PMID:2353886
Abstract

At a histochemical investigation of the rabbit lymphoid organs innervation certain peculiarities on histotopography of adrenergic and acetylcholinesterase (AChE)-containing nervous elements have been established. At a chronic experiment by means of a dosed repeated bilateral electrostimulation of the posterior hypothalamic field in the organs mentioned, inhibition of the functional activity has been noticed. It is most specific not for the AChE-containing structures, but for the adrenergic ones, localized to some extent in the parenchyma, as well as along the course of the blood vessels and their adventitium. The results are discussed in terms of modulatory influence of the posterior hypothalamic field on trophic and functions of the lymphoid tissue. This influence is realized both humoraly and via the nervous pathways (either directly using certain ways and connections, or indirectly by means of neurogenic tonus of the intraorganic blood vessels regulation).

摘要

在对家兔淋巴器官神经支配的组织化学研究中,已确定含肾上腺素能和乙酰胆碱酯酶(AChE)的神经元件在组织拓扑学上的某些特点。在一项慢性实验中,通过对上述器官的下丘脑后区进行定量重复双侧电刺激,已注意到功能活动受到抑制。这种抑制对含AChE的结构并非最具特异性,而是对部分定位于实质以及沿血管及其外膜分布的肾上腺素能结构最为特异。根据下丘脑后区对淋巴组织营养和功能的调节影响对结果进行了讨论。这种影响通过体液途径以及神经通路来实现(要么直接通过特定的方式和连接,要么通过调节器官内血管的神经源性张力间接实现)。

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