首页> 外文期刊>The Journal of protozoology research >Trypanosoma evansi: a quantitative approach to the understanding of the morphometry-hematology relationship throughout experimental murine infections.
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Trypanosoma evansi: a quantitative approach to the understanding of the morphometry-hematology relationship throughout experimental murine infections.

机译:埃文氏锥虫:一种定量方法,用于了解整个实验性鼠科感染的形态学与血液学之间的关系。

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摘要

The morphometric characteristics of three Venezuelan isolates of Trypanosoma evansi, and the basic hematological features as well as host's body weight were registered throughout experimental murine infections. The phenomena, trypomastigote morphometry dynamics, mouse hematological change and mice body variation, are related in statistical terms. In addition, the changeable morphometric characteristics of the hemoflagellate, and the host's mutable hematological attributes, and the variable host's body eight produced three different mathematical models generated by Multiple Linear Regressions that could explain the heterogeneous behavior of this eclectic parasite. Even more, supplementary mathematical models provided by Correspondence Analysis emphasize this reasoning. The results herein presented suggest that the association between trypomastigote morphometry, and host hematology, as well as body eight could be a feasible starting point to understand the heterogeneity of the T. evansi isolates.
机译:在整个实验鼠感染过程中,记录了三种埃文锥虫的委内瑞拉分离物的形态特征,基本血液学特征和宿主体重。这种现象,锥虫的形态学动力学,小鼠血液学变化和小鼠身体变化,在统计学上是相关的。此外,鞭毛虫的形态特征不断变化,宿主的可变血液学属性以及可变的宿主身体八,产生了由多重线性回归生成的三种不同的数学模型,可以解释这种折衷寄生虫的异质行为。甚至,对应分析提供的补充数学模型也强调了这一推理。本文呈现的结果表明,锥虫纲形态学与宿主血液学以及主体八之间的关联可能是理解T异质性的可行起点。 evansi 分离株。

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