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首页> 外文期刊>Russian journal of marine biology >Changes of the Morphometric Indices and Fractal Dimension of the Spinal Cord Neurons during Ontogenesis of the Cherry Salmon Oncorhynchus masou
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Changes of the Morphometric Indices and Fractal Dimension of the Spinal Cord Neurons during Ontogenesis of the Cherry Salmon Oncorhynchus masou

机译:樱桃鲑Oncorhynchus masou成虫过程中脊髓神经元形态指标和分形维数的变化

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摘要

For the quantitative characteristics of the morphology of two groups of spinal cord neurons in the cherry salmon at the early stages of ontogenesis, the fractal dimension and some more traditional morphometric indices, such as the total length of neuronal branches, the number of terminal branches and branchpoints, and the cell area, are determined. The values of the morphometric indices and the fractal dimension of the bivariate neuronal pattern are shown to increase in the course of ontogenesis from the first to the second year of fish life. The correlation between the main morphometric value and the fractal dimension is found, and their correspondence to the morphometric modifications of the dendrite tree in the neurons investigated during ontogenesis is detected.
机译:对于樱桃鲑鱼在成虫早期的两组脊髓神经元形态的定量特征,它的分形维数和一些更传统的形态学指标,例如神经元分支的总长度,末端分支的数量和确定分支点和单元区域。从鱼类生命的第一年到第二年,在个体发育过程中,双变量神经元模式的形态计量学指数和分形维数显示增加。发现主要形态学值和分形维数之间的相关性,并检测它们与本体形成过程中所研究的神经元中树突树的形态学修饰的对应关系。

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