首页> 外文期刊>Phytobiomes Journal >Datamining, Genetic Diversity Analyses, and Phylogeographic Reconstructions Redefine the Worldwide Evolutionary History of Grapevine Pinot gris virus and Grapevine berry inner necrosis virus
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Datamining, Genetic Diversity Analyses, and Phylogeographic Reconstructions Redefine the Worldwide Evolutionary History of Grapevine Pinot gris virus and Grapevine berry inner necrosis virus

机译:DataMining,遗传多样性分析,以及Phyloichoge重建重新定义了Grapevine Pinot Gris病毒和葡萄浆果内坏死病毒的全球进化史

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The recently described member of the genus Trichovirus grapevine Pinot gris virus (GPGV) has now been detected in most grape-growing countries. While it has been associated with severe mottling and deformation symptoms under some circumstances, it has generally been detected in asymptomatic infections. The cause(s) underlying this variable association with symptoms remain(s) subject to speculations. GPGV genetic diversity has been studied using short genomic regions amplified by RT-PCR but not so far at the pan-genomic level. In an attempt to gain insight into GPGV diversity and evolutionary history, a systematic datamining effort was performed on our own high-throughput sequencing (HTS) data as well as on publicly available sequence read archive files. One hundred new complete or near complete GPGV genomic sequences were thus obtained, together with 69 new complete genomes for the other grapevine-infecting Trichovirus , grapevine berry inner necrosis virus (GINV). Phylogenetic and diversity analyses revealed that both viruses likely have their origin in Asia and that China is the most probable country of origin of GPGV. However, despite their common taxonomy, origin, and host, these two trichoviruses display very distinct genetic features and evolutionary traits. GINV shows an important overall genetic diversity, and is likely evolving under a balancing selection in a very restricted region of the world. On the contrary, GPGV shows a worldwide distribution with a modest genetic diversity and presents a strong selective sweep pattern. Taken together, these results show how two closely related trichoviruses differ drastically in their evolutionary history and epidemiological success. Possible causes for these differences are discussed. Copyright ? 2020 The Author(s). This is an open access article distributed under the CC BY-NC-ND 4.0 International license .
机译:最近描述的Trichovirus Grapevine Pinot Gris Gris病毒(GPGV)的成员现在已经在大多数葡萄种植者中检测到。虽然在某些情况下它与严重的杂散和变形症状有关,但它通常在无症状感染中检测到。这种变量与症状相关的原因仍然存在于猜测。使用RT-PCR扩增的短基因组区域研究了GPGV遗传多样性,但在泛基因组水平上没有。在尝试深入了解GPGV的多样性和进化历史中,系统的Datamining努力是对我们自己的高吞吐量排序(HTS)数据以及公开的序列读取存档文件进行了系统的数据。由此获得一百个新的完整或接近完全GPGV基因组序列,以及其他葡萄感染Trichovirus的69个新的完整基因组,葡萄浆果内坏死病毒(GINV)。系统发育和多样性分析显示,两种病毒可能在亚洲的起源,中国是GPGV最有可能的原产地。然而,尽管它们常见的分类,来源和宿主,这两种richoviruses显示出非常明显的遗传特征和进化性状。 GINV显示了一个重要的整体遗传多样性,并且可能在世界上受限制的地区的平衡选择下发展。相反,GPGV显示了全球分布,具有适度的遗传多样性,并具有强大的选择性扫描模式。在一起,这些结果表明,在其进化历史和流行病学成功中,有两种密切相关的Trichoviruss急剧差异。讨论了这些差异的可能原因。版权? 2020提交人。这是在CC By-NC-ND 4.0国际许可下分发的开放式访问文章。

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