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[日本扇贝(虾夷扇贝,Jay)中枢神经系统中的神经元类型]

[Types of neurons in the central nervous system of the Japanese scallop Mizuhopecten yessoensis (Jay)].

作者信息

Motsvkin P A, Varaksin A A, Niziaeva E P, Reunova O V

出版信息

Arkh Anat Gistol Embriol. 1988 Dec;95(12):14-20.

PMID:3248046
Abstract

Composition of neurons, their structure and neuromediatory specialization in the Japanese scallop ganglia have been studied by means of morphological, morphometrical and histochemical methods. Three groups of neurons, differing in their histophysiological characteristics have been defined. Large neurons are cholinergic ones. A well developed system of smooth membranes and large amount of cytosomes are specific for them. Middle size and small neurons of the I type contain a granular endoplasmic reticulum, elementary neurosecretory peptide granules and are considered as peptidergic. Small neurons of the II type possess increased nuclear-plasmic relations, moderately developed endoplasmic reticulum, positively react to biogenic amines and according to their mediatory specialization are monoaminergic.

摘要

通过形态学、形态计量学和组织化学方法,对日本扇贝神经节中神经元的组成、结构及其神经介质特化进行了研究。已确定了三组在组织生理特征上有所不同的神经元。大神经元是胆碱能神经元。它们具有发育良好的平滑膜系统和大量的胞质体,这是其特有的。I型中型和小型神经元含有颗粒内质网、基本神经分泌肽颗粒,被认为是肽能神经元。II型小神经元具有增大的核质比、内质网中度发育,对生物胺呈阳性反应,根据其介质特化属于单胺能神经元。

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