双核浦肯野神经元。

A A Paltsyn, S V Komissarova
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引用次数: 0

摘要

直到20世纪末,在啮齿类动物和人类身上发现的浦肯野双核神经元都是偶然发现的对象。然而,人们已经注意到,这种细胞在年老和生病的哺乳动物中更常见。因此,假设第二核的出现具有再生价值-补偿年龄相关或致病性浦肯野细胞的损失。2003年,在干细胞移植研究中首次观察到浦肯野神经元第二核出现的相关机制。人类跨性别研究和小鼠转基因实验表明,骨髓来源的供体细胞可以与受体的浦肯野神经元融合,从而将其细胞核转移到神经元上。双核神经元能够在老年人、病人和啮齿类动物中出现,而无需移植,这是非常重要的。但在这种情况下,无论是供体细胞还是第二核的起源机制都不清楚。相关的澄清这一问题增加的事实,近年来的文献证明:第二核的出现是一种形式的生理和修复再生的神经元浦肯野。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Binuclear Purkinje neurons.

Until the end of the XX century binuclear neurons of Purkinje in rodents and the humans were a subject of casual finds. However already then it was noticed that such cells are in old and sick mammals more often. It is therefore assumed that the appearance of the second nucleus has a regenerative value - compensation age-related or pathogenic loss of Purkinje cells. In 2003, in research on stem cell transplantation was made the first observations related to the mechanism of the appearance of the second nucleus in Purkinje neurons. The transgender studies in humans and in transgenic experiments on mice have shown that bone marrow derived donor cells can fuse with Purkinje neurons of the recipient, thus transfer to neuron its nucleus. It is very important that the binuclear neurons can appear in old and sick people and rodents without transplantation. But in that case neither the donor cell, nor the mechanism of origin of the second nucleus remain not clear. Relevance of clarification of this question increases of the fact that literature of the last years proves: emergence of the second nucleus is a form of physiological and reparative regeneration of neurons of Purkinje.

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