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“Missing” protists: a molecular prospective

机译:“缺少”的原生生物:分子前瞻性

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摘要

Molecular ecology methods based on 18S rRNA amplification and sequencing have revealed an astounding diversity of microbial eukaryotes in every environment sampled so far. This is certainly true of new species and genera, as essentially every new survey discovers a wealth of novel diversity at this level. This is almost certain for taxa that are higher in taxonomic hierarchy, as many molecular surveys reported novel clades within established protistan phyla, with some of these clades repeatedly confirmed by subsequent studies. It may also be that the molecular approaches discovered several lineages of the highest taxonomic order, but this claim has not been vigorously verified as yet. Overall, the field of protistan diversity remains in its infancy. The true scale of this diversity is unknown, and so are the distribution of this diversity, its patterns, spatial and temporal dynamics, and ecological role. The sampled diversity appears to be just the tip of the iceberg, and this offers outstanding opportunities for microbial discovery for the purposes of both basic and applied research.
机译:基于18S rRNA扩增和测序的分子生态学方法显示,迄今为止,每种环境中微生物真核生物的多样性都惊人。对于新物种和属,这当然是正确的,因为基本上每个新调查都在这一水平上发现了大量的新颖多样性。对于分类学层次较高的分类单元而言,这几乎是可以肯定的,因为许多分子调查都报告了已建立的原生动物门内有新的进化枝,其中一些进化枝被后续研究反复证实。分子方法也可能是发现了几个最高分类学分类的谱系,但这一主张尚未得到有力的验证。总体而言,多变种多样性领域仍处于起步阶段。这种多样性的真实规模是未知的,这种多样性的分布,其模式,时空动态和生态作用也是未知的。采样的多样性似乎只是冰山一角,这为基础研究和应用研究的目的提供了发现微生物的绝佳机会。

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