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人体小脑神经元发育的定量观察
引用本文:向炜,罗学港,卢大华,贺立新.人体小脑神经元发育的定量观察[J].生物磁学,2011(10):1865-1868.
作者姓名:向炜  罗学港  卢大华  贺立新
作者单位:[1]中南大学基础医学院人体解剖学与神经生物学系,湖南长沙410013 [2]常德职业技术学院解剖系,湖南常德415000 [3]湘潭职业技术学院护理系解剖学教研室,湖南湘潭411102
摘    要:目的:研究人体小脑神经元的发育过程。方法:应用体视学方法,对18例不同时期人体小脑组织Golgi染色后进行观察,观测小脑皮质分层出现的时间,观测并计算神经元的数密度、体密度和表面积密度。结果:6月龄时,小脑皮质出现较明显的分子层、蒲肯野细胞层和颗粒层;星形细胞、篮状细胞、蒲肯野细胞、颗粒细胞和高尔基细胞的的数密度随月龄/年龄的增长而减少,体密度和表面积密度随月龄/年龄的增长而增加,但这些减小和增大是不等速的,6-8月龄变化最明显。结论:人体小脑神经元的发育呈现快慢交替、不均速发展,6~8月是小脑神经元发育的重要时期。

关 键 词:小脑  神经元  发育  体视学

Quantitative Observation on Development of Human CerebeUar Neurons
XIANG Wei,LUO Xue-gang,LU Da-hua,HE Li-xin.Quantitative Observation on Development of Human CerebeUar Neurons[J].Biomagnetism,2011(10):1865-1868.
Authors:XIANG Wei  LUO Xue-gang  LU Da-hua  HE Li-xin
Institution:1 Dept. of Human Anatomy and Neurobiology of Basic Medince College of Central South UniversiCy, 410013, Changsha, China; 2 Dept. of Human Anatomy of Changde Vocational Technical College, 415000, Changde, China; 3 Teaching and Research Section of Human Anatomy of Nursing Faculty ofXiangtan of Changde Vocational Technical College, 411102, Xiangtan, China )
Abstract:To investigate'the development progrss of cerebellar neurons in human body. Methods: Eighteen differentperiods cerebellar neurons were observed after Golgi staining on layered appearance time of the cerebellar cortex and number density, bulk density & surface area density of neurons by stereology.Results:In the sixth moon's age, apparent molecular layer, Purkinje cell layer and granular layer were observed in cerebellar cortex. The number densities of stellate cells, basket cells, purkinje cells, granule cells and golgi cells decreased by the increment of month/age, while bulk densities and surface area densities increased. But these decrease and increase were not constant, with the most apparent changes from the sixth to the eighth moon's ages. Conclusion:The development of human cerebellar neurons shows fasting-slowing alternation and uneven speed.The moon's ages from the sixth to the eighth are the important periods of development of cerebellar neurons.
Keywords:cerebellum  neuron  development  stereology
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