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Repertory of eukaryotes (eukaryome) in the human gastrointestinal tract: taxonomy and detection methods

机译:人体胃肠道中的真核生物库:分类学和检测方法

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Eukaryotes are an important component of the human gut, and their relationship with the human host varies from parasitic to commensal. Understanding the diversity of human intestinal eukaryotes has important significance for human health. In the past few decades, most of the multitudes of techniques that are involved in the diagnosis of the eukaryotic population in the human intestinal tract were confined to pathological and parasitological aspects that mainly rely on traditionally based methods. However, development of culture-independent molecular techniques comprised of direct DNA extraction from faeces followed by sequencing, offer new opportunities to estimate the occurrence of eukaryotes in the human gut by providing data on the entire eukaryotic community, particularly not-yet-cultured or fastidious organisms. Further broad surveys of the eukaryotic communities in the gut based on high throughput tools such as next generation sequencing might lead to uncovering the real diversity of these ubiquitous organisms in the human intestinal tract and discovering the unrecognized roles of these eukaryotes in modulating the host immune system and inducing changes in host gut physiology and ecosystem.
机译:真核生物是人类肠道的重要组成部分,它们与人类宿主之间的关系从寄生到共生都各不相同。了解人类肠道真核生物的多样性对人类健康具有重要意义。在过去的几十年中,涉及人类肠道真核生物诊断的大多数技术都局限于主要依靠传统方法的病理学和寄生虫学方面。然而,与文化无关的分子技术的发展,包括直接从粪便中提取DNA,然后进行测序,通过提供有关整个真核生物群落的数据,特别是尚未培养的或有争议的真核生物的数据,提供了新的机会来估计人肠中真核生物的发生。生物。基于高通量工具(例如下一代测序)的肠道真核生物群落的进一步广泛调查可能会导致发现这些普遍存在的生物在人体肠道中的真正多样性,并发现这些真核生物在调节宿主免疫系统中的无法识别的作用并导致宿主肠道生理和生态系统发生变化。

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