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Putative prophages related to lytic tailless marine dsDNA phage PM2 are widespread in the genomes of aquatic bacteria

机译:与溶出性无尾海洋dsDNA噬菌体PM2有关的推定性噬菌体广泛存在于水生细菌的基因组中

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摘要

BackgroundThe origin and evolution of viruses is currently a heavily discussed issue. One element in this discussion is the innate viral "self" concept, which suggests that viral structures and functions can be divided into two categories. The first category consists of genetic determinants that are inherited from a viral ancestor and encode the viral "self". The second group consists of another set of structures and functions, the "nonself", which is interchangeable between different viruses and can be obtained via lateral gene transfer. Comparing the structures and sequences of the "self" elements, we have proposed that viruses can be grouped into lineages regardless of which domain of life (bacteria, archaea, eukarya) they infect. It has also been suggested that viruses are ancient and possibly predate modern cells.
机译:背景技术病毒的起源和进化是目前讨论最多的问题。讨论中的一个要素是天生的病毒“自我”概念,它表明病毒的结构和功能可以分为两类。第一类由遗传决定簇组成,这些遗传决定簇从病毒祖先继承并编码病毒“自我”。第二组由另一组结构和功能“非我”组成,它们在不同病毒之间可以互换,可以通过横向基因转移获得。比较“自我”元素的结构和序列,我们提出了可以将病毒分组为谱系,而不管它们感染的是哪个生命域(细菌,古细菌,真核生物)。还已经提出,病毒是古老的并且可能早于现代细胞。

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