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首页> 外文期刊>Virology >Sequence analysis of the VP6-encoding genome segment of avian group F and G rotaviruses.
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Sequence analysis of the VP6-encoding genome segment of avian group F and G rotaviruses.

机译:禽类F和G轮状病毒的VP6编码基因组片段的序列分析。

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摘要

Rotavirus groups A to E are mainly defined by antibody reactivity to the capsid protein VP6. Additionally, two putative rotavirus groups (F and G) have been identified in birds. Here, the first nucleotide sequences of the VP6-encoding genome segment of group F (strain 03V0568) and group G (strain 03V0567) rotaviruses, both derived from chickens, are presented. The group F rotavirus is most closely related to avian group A and D rotaviruses, with 49.9-52.3% nucleotide and 36.5-39.0% amino acid sequence identity. The group G rotavirus is most closely related to mammalian group B rotaviruses, with 55.3-57.5% nucleotide and 48.2-49-9% amino acid sequence identity. The terminal sequences of the genome segment were similar in groups A, D and F, and in groups B and G. The findings indicate a long-term evolution of rotavirus groups in two separated clades and support the development of a sequence-based classification system for rotavirus groups.
机译:轮状病毒组A至E主要由对衣壳蛋白VP6的抗体反应性定义。另外,已经在鸟类中鉴定出两个推定的轮状病毒组(F和G)。在此,给出了均来自鸡的F组(菌株03V0568)和G组(菌株03V0567)轮状病毒的编码VP6的基因组区段的第一核苷酸序列。 F轮状病毒与禽类A和D轮状病毒最密切相关,具有49.9-52.3%的核苷酸和36.5-39.0%的氨基酸序列同一性。 G组轮状病毒与哺乳动物B组轮状病毒最密切相关,具有55.3-57.5%的核苷酸和48.2-49-9%的氨基酸序列同一性。 A,D和F组以及B和G组的基因组片段的末端序列相似。研究结果表明轮状病毒组在两个分离的进化枝中长期进化,并支持基于序列的分类系统的发展轮状病毒组。

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