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衰老人类壳核中毛细血管和神经元的定量形态学变化(作者译)

[Quantitative-morphological changes of capillaries and neurons in the aging human putamen (author's transl)].

作者信息

Schulz U, Abdel'Al S, Hunziker O, Meier-Ruge W

出版信息

Microsc Acta Suppl. 1980;Suppl 4:135-9.

PMID:6995798
Abstract

Stereological investigations (Classimat) of the capillary net of 4 age-groups, ranging between 19 and 94 years, revealed significant increase of capillary volume and total length, and decreased intercapillary distances in the aging putamen. Neuronal size and shape measurements (Texture-Analyzer-System) of the same brain region showed significant changes between the young (19-44 y.) and oldest (85-94 y.) group, indicating senile atrophy of the neuronal perikarya. Quantitative image-analysis facilitates to evaluate new morphometrical data of the aging process in the human brain, which are important for a pharmacological concept of treating cerebral insufficiency symptoms.

摘要

对年龄在19岁至94岁之间的4个年龄组的壳核毛细血管网进行的体视学研究(Classimat)显示,随着年龄增长,壳核的毛细血管体积和总长度显著增加,而毛细血管间距减小。对同一脑区进行的神经元大小和形状测量(纹理分析系统)显示,年轻组(19 - 44岁)和最年长者组(85 - 94岁)之间存在显著变化,表明神经元胞体出现老年萎缩。定量图像分析有助于评估人类大脑衰老过程中的新形态计量学数据,这对于治疗脑供血不足症状的药理学概念很重要。

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