作者: Taiyun Wei , Yi Li
DOI: 10.1146/ANNUREV-PHYTO-080615-095900
关键词: Vector (epidemiology) 、 Biology 、 Reverse genetics 、 Virology 、 Interaction systems 、 Viral transmission 、 DNA sequencing 、 Planthopper 、 Computational biology 、 Virus
摘要: Rice reoviruses, transmitted by leafhopper or planthopper vectors in a persistent propagative manner, seriously threaten the stability of rice production Asia. Understanding mechanisms that enable viral transmission insect is key to controlling these diseases. This review describes current understanding replication cycles reoviruses vector cell lines, barriers, and molecular determinants competence infection. Despite recent breakthroughs, such as discoveries actin-based tubule motility exploited viruses overcome barriers mutually beneficial relationships between bacterial symbionts, there are still many gaps our knowledge mechanisms. Advances genome sequencing, reverse genetics systems, technologies will help address problems. Investigating multiple interaction systems among virus, vector, symbiont, plant during natural infection field central topic for future research on reoviruses.