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[实验动物小肠黏膜的神经支配。I. 结构、光镜结构及组织化学分化]

[Innervation of the mucosa of the small intestine of laboratory animals. I. Architecture, light microscopic structure and histochemical differentiation].

作者信息

Stach W, Hung N

出版信息

Z Mikrosk Anat Forsch. 1979;93(5):876-87.

PMID:545931
Abstract
  1. The small intestine mucosa has a dense and differentiated innervation. The most dense nerve plexuses are contained in the villi. Each tubular gland is surrounded by a rope-ladder-like plexus, mostly developed in the lower and upper third. 2. According to our observations most of the axons in the mucosa are cholinergic. Cholinergic and adrenergic axons take part in the innervation of the glands. Moreover enterochromaffine cells can be innervated for instance sympathetically. Intraepithelial axons could not be found.
摘要
  1. 小肠黏膜有密集且分化良好的神经支配。绒毛中含有最密集的神经丛。每个管状腺都被一个绳梯状神经丛包围,该神经丛主要在下部和上部三分之一处发育。2. 根据我们的观察,黏膜中的大多数轴突是胆碱能的。胆碱能和肾上腺素能轴突参与腺体的神经支配。此外,肠嗜铬细胞例如可通过交感神经被支配。未发现上皮内轴突。

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