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鉴定烟粉虱在非洲木薯花叶双生病毒昆虫传播中直接和间接涉及的基因。

Identification of genes directly and indirectly involved in the insect transmission of African cassava mosaic geminivirus by Bemisia tabaci.

作者信息

Liu S, Briddon R W, Bedford I D, Pinner M S, Markham P G

机构信息

Department of Virus Research, John Innes Centre, Norwich, UK.

出版信息

Virus Genes. 1999;18(1):5-11. doi: 10.1023/a:1008017017020.

Abstract

The inability to transmit progeny virus resulting from the cloned components of an isolate of African cassava mosaic virus originating from Kenya (ACMV-K) has been shown to be due to defects in both genomic components. This was achieved by the production of infectious pseudorecombinants between ACMV-K and the cloned components of a whitefly-transmissible ACMV isolate originating from Nigeria (ACMV-NOg). The exchange of gene fragments between ACMV-K and ACMV-NOg has been used to demonstrate that the defects responsible for lack of transmissibility reside on the coat protein and DNA B C1 gene of ACMV-K. The significance of these finding with respect to the present understanding of the function of these gene products are discussed.

摘要

源自肯尼亚的非洲木薯花叶病毒分离株(ACMV-K)的克隆成分无法传播子代病毒,这已被证明是由于两个基因组成分均存在缺陷。这是通过在ACMV-K与源自尼日利亚的烟粉虱传播的ACMV分离株(ACMV-NOg)的克隆成分之间产生感染性假重组体实现的。ACMV-K和ACMV-NOg之间基因片段的交换已被用于证明导致缺乏传播性的缺陷存在于ACMV-K的外壳蛋白和DNA B C1基因上。讨论了这些发现对于目前对这些基因产物功能理解的意义。

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