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Giant Viruses of Amoebae: A Journey Through Innovative Research and Paradigm Changes
Annual Review of Virology ( IF 11.3 ) Pub Date : 2017-09-29 00:00:00 , DOI: 10.1146/annurev-virology-101416-041816
Philippe Colson 1 , Bernard La Scola 1 , Didier Raoult 1
Affiliation  

Giant viruses of amoebae were discovered serendipitously in 2003; they are visible via optical microscopy, making them bona fide microbes. Their lifestyle, structure, and genomes break the mold of classical viruses. Giant viruses of amoebae are complex microorganisms. Their genomes harbor between 444 and 2,544 genes, including many that are unique to viruses, and encode translation components; their virions contain >100 proteins as well as mRNAs. Mimiviruses have a specific mobilome, including virophages, provirophages, and transpovirons, and can resist virophages through a system known as MIMIVIRE (mimivirus virophage resistance element). Giant viruses of amoebae bring upheaval to the definition of viruses and tend to separate the current virosphere into two categories: very simple viruses and viruses with complexity similar to that of other microbes. This new paradigm is propitious for enhanced detection and characterization of giant viruses of amoebae, and a particular focus on their role in humans is warranted.

中文翻译:


变形虫的巨大病毒:创新研究和范式变革之旅

在2003年偶然发现了变形虫的巨型病毒。通过光学显微镜可以看到它们,使它们成为真正的微生物。他们的生活方式,结构和基因组打破了经典病毒的霉菌。变形虫的巨型病毒是复杂的微生物。它们的基因组包含444至2544个基因,其中包括许多病毒特有的基因,并编码翻译成分。它们的病毒粒子包含> 100种蛋白质以及mRNA。拟病毒具有特定的运动组,包括病毒噬菌体,原病毒噬菌体和转座子病毒,并且可以通过称为MIMIVIRE(拟似病毒病毒噬菌体抗性元件)的系统抵抗病毒噬菌体。变形虫的巨型病毒使病毒的定义发生剧变,并倾向于将当前的病毒圈分为两类:非常简单的病毒以及复杂程度类似于其他微生物的病毒。这种新的范例有利于增强对变形虫的巨大病毒的检测和鉴定,因此特别需要关注它们在人类中的作用。

更新日期:2017-09-29
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