Are the islets of Langerhans neuro-paraneuronal control centers of the exocrine pancreas?

R Radke, W Stach
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引用次数: 14

Abstract

The authors investigate whether the islets of Langerhans can actually be regarded as "neuro-paraneuronal control centers of the exocrine pancreas" as was first suggested by Fujita and Kobayashi (1979). The question is discussed on the basis of the authors' electron microscopic findings regarding pancreatic innervation before and after truncular vagotomy. The results do not seem to support the above hypothesis which advocates that the intrainsular axons are principally engaged in the release of their transmitters into the capillaries in order to regulate, via the insuloacinar portal vessels, the exocrine function of the pancreas. On the contrary, the present data draw attention to the unambiguous assignation of intrainsular axons to endocrine cells, a point of question in line with several findings published in the literature including papers by the first supporters of this hypothesis. No change was observed in the innervation pattern of the effector cells after vagotomy.

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朗格汉斯胰岛是外分泌胰腺的神经副神经元控制中心吗?
作者调查了朗格汉斯胰岛是否真的可以像Fujita和Kobayashi(1979)最初提出的那样被视为“外分泌胰腺的神经-副神经元控制中心”。本文根据迷走神经束切开术前后胰腺神经支配的电镜观察,讨论了这一问题。结果似乎不支持上述假说,该假说主张岛内轴突主要参与将其递质释放到毛细血管中,以通过岛泡门静脉调节胰腺的外分泌功能。相反,目前的数据引起了人们对胰岛内轴突与内分泌细胞的明确分配的关注,这是一个与文献中发表的几个发现一致的问题,包括该假设的第一批支持者的论文。迷走神经切断后,效应细胞的神经支配模式未见明显变化。
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