A new Polerovirus species in plants from the Asparagaceae family defined by its RNA-silencing repressor protein P0

Rob J Dekker, Wim C de Leeuw, Marina van Olst, Wim A Ensink, Selina van Leeuwen, Timo M Breit, Martijs J Jonker
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Abstract

To contribute to the discovery of the global virome, we explored plants from an urban botanic garden in the Netherlands for new and variant plant viruses. Analyzing RNA from 25 plants from the Asparagaceae family with both RNA-seq, as well as smallRNA-seq revealed in six plants the presence of a variant Polerovirus from the Solemoviridae family that shows an overall RNA-sequence identity of 93% to the known Ornithogalum Virus 5 (OV-5). Amino acid sequence comparison of the complex set of proteins produced by the new virus revealed that all but Protein-0, showed high similarity (> 91%) with those of the OV-5 virus. The similarity between the new P0 protein and the OV-5 P0 protein, however, was for all variants less than 83%, well below the ICTV species protein-based demarcation criterium. Hence, we named the new virus Asparagaceae Polerovirus 1 (AspPolV-1).
天门冬科植物中的一种新 Polerovirus,由其 RNA 沉默抑制蛋白 P0 定义
为了促进全球病毒组的发现,我们对荷兰一个城市植物园的植物进行了研究,以寻找新的和变异的植物病毒。通过RNA-seq和smallRNA-seq分析天门冬科25种植物的RNA,发现6种植物中存在一种Solemoviridae科的变种多角体病毒,其RNA序列与已知的Ornithogalum Virus 5 (OV-5)的一致性高达93%。对新病毒产生的一系列复杂蛋白质进行氨基酸序列比较后发现,除蛋白质-0外,所有蛋白质都与OV-5病毒的蛋白质具有高度相似性(91%)。然而,新的 P0 蛋白与 OV-5 P0 蛋白之间的相似性在所有变体中都低于 83%,远远低于基于 ICTV 物种蛋白的划分标准。因此,我们将新病毒命名为天门冬酰胺多角体病毒 1(AspPolV-1)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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