Lal Aamir, Vo Thuy Thi Bich, Sanjaya I Gusti Ngurah Prabu Wira, Ho Phuong Thi, Kim Ji-Kwang, Kil Eui-Joon, Lee Sukchan
Department of Integrative Biotechnology, Sungkyunkwan University, Suwon, South Korea.
Research and Development Bureau, Chungcheongnam-do Agricultural Research and Extension Services, Yesan, South Korea.
Front Plant Sci. 2020 Nov 19;11:558403. doi: 10.3389/fpls.2020.558403. eCollection 2020.
Multipartite viruses package their genomic segments independently and mainly infect plants; few target animals. is a family of multipartite single-stranded DNA plant viruses that individually encapsidate single-stranded DNAs of approximately 1 kb and transmit them through aphids without replication in the aphid vectors, thereby causing important diseases of leguminous crops and banana. Significant findings regarding nanoviruses have recently been made on important features, such as their multicellular way of life, the transmission of distinct encapsidated genome segments through the vector body, evolutionary ambiguities, mode of infection, host range and geographical distribution. This review deals with all the above-mentioned features in view of recent advances with special emphasis on the emergence of new species and recognition of new host range of nanoviruses and aims to shed light on the evolutionary linkages, the potentially devastating impact on the world economy, and the future challenges imposed by nanoviruses.
多分体病毒独立包装其基因组片段,主要感染植物;很少感染动物。是一类多分体单链DNA植物病毒,它们分别包裹约1 kb的单链DNA,并通过蚜虫传播,在蚜虫载体中不进行复制,从而导致豆科作物和香蕉的重要病害。最近在纳米病毒的重要特征方面取得了重大发现,例如它们的多细胞生活方式、不同包裹的基因组片段通过载体传播、进化上的模糊性、感染方式、宿主范围和地理分布。鉴于最近的进展,本综述讨论了上述所有特征,特别强调了纳米病毒新物种的出现和新宿主范围的识别,旨在阐明进化联系、对世界经济的潜在破坏性影响以及纳米病毒带来的未来挑战。