Hurdle in taxonomy: A case of malaria parasites and other Haemosporidia

F. B. Mandal
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Abstract

Abstract A crucial progress in taxonomy matches with the growth of various branches of biological sciences. This validates the taxonomic positions of many organisms. Haemoproteus, Leucocytozoon and Plasmodium, the members of the Haemosporidia, are the well recognized parasitic genera. Revisiting the progress in animal taxonomy appears to be important to evaluate our studies. Haemosporidia being microscopic, their taxonomy specially the morphotaxonomy has sometimes created confusion. Therefore, analysis of progression of the taxonomy of the avian Haemosporidia demands special attention. Modern phylogenetic analyses revealed a wealth of information, which is undoubtedly useful for protozoology and other related sciences. Techniques of molecular taxonomy are applied to draw the phylogeny covering members of Haemosporidia. The study of the life cycles of both hosts and parasites are absorbing. Besides, analysis of their evolution through molecular phylogenetics appears to be vital in studying haemosporidians and to gain insight for basic and applied sciences. This article examines the potential of molecular phylogenetics in refining systematics of avian Haemosporidia and to explain a holistic view of the group.
分类学上的障碍:一例疟疾寄生虫和其他血孢子虫
分类学的一个重要进展与生物科学各个分支的发展相匹配。这证实了许多生物的分类位置。血红原虫、白细胞原虫和疟原虫是公认的寄生属,是血孢子虫属的成员。回顾动物分类学的进展对评估我们的研究似乎很重要。血孢子虫是显微的,它们的分类学,特别是形态分类学有时引起混淆。因此,分析禽血孢子虫的分类学进展值得重视。现代系统发育分析揭示了丰富的信息,这对原生动物学和其他相关科学无疑是有用的。应用分子分类学技术绘制了含血孢子虫的系统发育图。寄主和寄生虫的生命周期的研究是引人入胜的。此外,通过分子系统发育分析它们的进化对于研究血红孢子虫和获得基础科学和应用科学的见解至关重要。本文探讨了分子系统发育在完善禽血孢子虫系统分类学中的潜力,并解释了该群体的整体观点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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