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[腹足纲软体动物神经元中的体细胞多倍体。I. 琥珀螺中枢神经系统中神经节和神经元的形态特征]

[Somatic polyploidy in neurons from gastropod mollusks. I. Morphological characteristics of ganglia and neurons in the CNS of the snail Succinea lauta].

作者信息

Kirsanova I A, Anisimov A P

机构信息

Far East State University, Vladivostok.

出版信息

Tsitologiia. 2000;42(8):733-9.

Abstract

A study was made of general anatomy and histological organization of the central nervous system in Succinea lauta, a gastropod pulmonate snail. Neurons grow by means of polyploidy during the postnatal succineid ontogeny. In the adult individuals diameters of perikaria of large neurons increase 2.5 to 5 times, in comparison with young individuals. As a whole, in adult snails sizes of ganglian cells vary from 3 to 380 mkm. Most of giant neurons are in parietal, abdominal and pallial ganglia. The chromatin structure has been described in neurons of young and adult snails. The endomitotic mechanism of polyploidization in the succineid ganglioneurons is proposed.

摘要

对肺螺亚纲腹足类软体动物苏氏琥珀螺中枢神经系统的大体解剖和组织学结构进行了研究。在苏氏琥珀螺个体发育的产后阶段,神经元通过多倍体方式生长。与幼年个体相比,成年个体中大型神经元的胞体直径增大了2.5至5倍。总体而言,成年蜗牛神经节细胞的大小在3至380微米之间变化。大多数巨型神经元位于顶神经节、腹神经节和外套膜神经节中。已对幼年和成年蜗牛神经元的染色质结构进行了描述。提出了苏氏琥珀螺神经节神经元多倍体化的核内有丝分裂机制。

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