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泽蛙肠道的自主神经支配。

The autonomic innervation of Rana ridibunda intestine.

作者信息

Junquera C, Azanza M J, Parra P, Peg M T, Garin P

机构信息

Departamento de Ciencias Morfológicas, Facultad de Medicina, Universidad de Zaragoza, Spain.

出版信息

Comp Biochem Physiol C Comp Pharmacol Toxicol. 1987;87(2):335-44. doi: 10.1016/0742-8413(87)90018-1.

Abstract
  1. The innervation of Rana ridibunda intestine has been studied by the following methods: (a) demonstration of cholinesterase activity; (b) FIF method for catecholamines; (c) immunohistochemistry for VIP, SP and SOM, and (d) conventional electron microscopy. 2. The intrinsic intestinal innervation is represented by cholinergic-, VIPergic-, SP- and SOM-like plexuses. The intestinal adrenergic component is of extrinsic origin. 3. The intestinal peptidergic innervation is the most developed, the large intestine being the portion where the studied peptidergic plexuses are more widely distributed. 4. Against a poorly developed cholinergic/adrenergic innervation, it seems that there is a predominant peptidergic innervation in the amphibians intestine wall. 5. Taking into account that amphibians sacral parasympathetic as well as sympathetic innervation development are limited, it could be considered that in vertebrates the intestinal peptidergic innervation is phylogenetically earlier and hence better developed.
摘要
  1. 采用以下方法对泽蛙肠道的神经支配进行了研究:(a) 胆碱酯酶活性的显示;(b) 儿茶酚胺的荧光免疫法;(c) 血管活性肠肽、P物质和生长抑素的免疫组织化学法,以及 (d) 传统电子显微镜法。2. 肠道内在神经支配由胆碱能、血管活性肠肽能、P物质和生长抑素样神经丛代表。肠道肾上腺素能成分起源于外部。3. 肠道肽能神经支配最为发达,大肠是所研究的肽能神经丛分布更广泛的部分。4. 与发育不良的胆碱能/肾上腺素能神经支配相比,两栖动物肠壁似乎存在占主导地位的肽能神经支配。5. 考虑到两栖动物骶部副交感神经以及交感神经支配发育有限,可以认为在脊椎动物中,肠道肽能神经支配在系统发育上更早,因此发育得更好。

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