一半的真核微生物文献只关注12种人类寄生虫。

Joanna A Lepper,H B Beryl Rappaport,Angela M Oliverio
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引用次数: 0

摘要

尽管微生物真核生物构成了真核生物系统发育多样性的大部分,并且几乎栖息在全球所有的生态系统中,但大多数研究只关注人类寄生虫的少数几种。在这里,我们量化了已知微生物真核物种的研究程度。在PubMed出版物中提到的原生生物物种中,近一半只引用了原生生物核糖体参考数据库(protist Ribosomal Reference, PR2)中的10种物种。同样,尽管PR2数据库中的大多数样本是来自水生环境的自由生活的原生生物,但12种人类寄生虫占文献的47%。只关注少数真核细胞谱系的研究工作严重限制了我们对真核细胞基础生物学的理解。我们强调了最近在描述新的真核生物谱系方面所做的努力,这些谱系导致了对生命规则的新理解,并确定了在文献中明显缺失或有限的关键谱系,尽管它们在全球生态系统中丰富且重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Half of microbial eukaryote literature focuses on only twelve human parasites.
Although microbial eukaryotes comprise the majority of eukaryotic phylogenetic diversity and inhabit nearly all ecosystems globally, most research focuses on only a few species of human parasites. Here, we quantify the extent of research on known microbial eukaryotic species. Nearly half of the mentions of protist species on publications in PubMed referenced only 10 species included in the Protist Ribosomal Reference (PR2) Database. Likewise, although most samples in the PR2 database are free-living protists from aquatic environments, 12 species of human parasites comprise 47% of the literature. Research efforts that focus on only a handful of eukaryotic lineages severely limit our understanding of the fundamental biology of eukaryotic cells. We highlight recent efforts to characterize novel eukaryotic lineages that have resulted in a new understanding of the rules of life and identify key lineages that are notably absent or limited in the literature, despite their abundance and significance across global ecosystems.
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