生物
褐飞虱
昆虫
翼
生物扩散
性二态性
病毒
RNA干扰
飞虱
病毒学
细胞生物学
基因
遗传学
核糖核酸
动物
生态学
半翅目
人口
人口学
航空航天工程
社会学
工程类
作者
Jinting Yu,Wan Zhao,Xiaofang Chen,Hong Lü,Yan Xiao,Qiong Li,Lan Luo,Le Kang,Feng Cui
标识
DOI:10.1073/pnas.2315341121
摘要
Wing dimorphism of insect vectors is a determining factor for viral long-distance dispersal and large-area epidemics. Although plant viruses affect the wing plasticity of insect vectors, the potential underlying molecular mechanisms have seldom been investigated. Here, we found that a planthopper-vectored rice virus, rice stripe virus (RSV), specifically induces a long-winged morph in male insects. The analysis of field populations demonstrated that the long-winged ratios of male insects are closely associated with RSV infection regardless of viral titers. A planthopper-specific and testis-highly expressed gene,
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