锥虫的物种概念:从形态学到分子定义?

Wendy Gibson
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引用次数: 36

摘要

结合分子分类学资料,综述了非洲锥虫亚属锥虫和纳米单胞菌属锥虫的种和亚种命名方法。在锥虫亚属中,致病性、宿主范围和分布的分类学重要性相对于遗传分化的实际水平似乎被夸大了。纳米单胞菌亚属的情况正好相反,目前的分类使用严重低估了遗传多样性。来自分子特征研究的数据揭示了越来越多的基因型,这些基因型可能代表不同的分类群。不幸的是,这些基因型中很少有足够的生物学数据支持,无法在分类学上得到识别。但我们可能缺少基本的流行病学信息,因为我们无法通过宿主血液形态或采采周期来区分这些锥虫。分子分类学引领了鉴定这些新基因型的道路,现在为阐明这些生物的生物学提供了关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Species concepts for trypanosomes: from morphological to molecular definitions?

The way species and subspecies names are applied in African trypanosomes of subgenera Trypanozoon and Nannomonas is reviewed in the light of data from molecular taxonomy. In subgenus Trypanozoon the taxonomic importance of pathogenicity, host range and distribution appear to have been inflated relative to actual levels of genetic divergence. The opposite is true for subgenus Nannomonas, where current taxonomic usage badly underrepresents genetic diversity. Data from molecular characterisation studies are revealing a growing number of genotypes, which may represent distinct taxa. Unfortunately few of these genotypes are yet supported by sufficient biological data to be recognized taxonomically. But we may be missing fundamental epidemiological information, because of our inability to distinguish these trypanosomes in host blood morphologically or in tsetse by their developmental cycle. Molecular taxonomy has led the way in identifying these new genotypes and now offers the key to elucidating the biology of these organisms.

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