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Archeomicrobiology applied to environmental samples

机译:应用于环境样本的归因表

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The study of ancient microorganisms represents one of the main ways to understand how microbes have evolved to date, especially those associated with humans or ecosystems of interest. However, these studies are always tedious because the viability of the microbes is difficult to maintain and the degradation of their DNA, can make their detection difficult. The explosion in the number of studies on ancient microorganisms in recent years is partly due to improved methods and their availability, ranging from microscopy to next generation sequencing techniques (NGS). In this article, we discuss these methods and their contribution to deciphering the ancient environmental microbial community, with particular emphasis on permafrost, ancient halite, amber and ancient rocks.
机译:古代微生物的研究代表了了解微生物迄今为止的主要方法之一,尤其是与人类或生态系统相关的方式。 然而,这些研究总是令人疑惑的,因为微生物的活力难以维持并且其DNA的降解,可以使其检测难以实现。 近年来古代微生物研究数量的爆炸部分是改进的方法及其可用性,从显微镜到下一代测序技术(NGS)。 在本文中,我们讨论了这些方法及其对破译古代环境微生物群落的贡献,特别强调永久冻土,古代宿舍,琥珀和古代岩石。

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