Distinct tomato yellow leaf curl Chuxiong virus isolated from whiteflies and plants in China and its symptom determinant and suppressor of post-transcriptional gene silencing
文献类型: 外文期刊
第一作者: Xie, Yan
作者: Xie, Yan;Liu, Xianan;Luo, Chaohu;Hu, Qianqian;Che, Xuan;Zhao, Min;Wu, Liqi;Zhao, Liling;Ding, Ming
作者机构:
关键词: Begomovirus; Tomato yellow leaf curl Chuxiong virus; Whitefly; Molecular identity; Symptom determinant; Post-transcriptional gene silencing
期刊名称:VIROLOGY ( 影响因子:3.7; 五年影响因子:3.2 )
ISSN: 0042-6822
年卷期: 2024 年 594 卷
页码:
收录情况: SCI
摘要: A begomovirus isolated from whiteflies (Bemisia tabaci) and tomato, sweet potato in China was found to be representative of a distinct begomovirus species, for which the name tomato yellow leaf curl Chuxiong virus (TYLCCxV) is proposed. The results of genomic identification and sequence comparison showed that TYLCCxV shares the highest complete nucleotide sequence identity (88.3%) with croton yellow vein mosaic virus (CroYVMV), and may have originated from the recombination between synedrella leaf curl virus (SyLCV) and squash leaf curl Yunnan virus (SLCuYV). Agrobacterium-mediated inoculation showed that TYLCCxV is highly infectious for a range of plant species, producing upward leaf curling, leaf crumpling, chlorosis, distortion, and stunt symptoms in Solanum lycopersicum plants. The results of Southern blot indicated that TYLCCxV is capable of efficiently replicating two heterologous betasatellites. The inoculation of PVX::C4 on Nicotiana benthamiana induced upward leaf curling and stem elongation symptoms, suggesting that TYLCCxV C4 functions as a symptom determinant. TYLCCxV V2 is an important virulence factor that induces downward leaf curling symptoms, elicits systemic necrosis, and suppresses local and systemic GFP silencing in co-agroinfiltrated N. benthamiana and transgenic 16c plants. Considering the multifunctional virulence proteins V2 and C4, the possibility of TYLCCxV causing devastating epidemics on tomato in China is discussed.
分类号:
- 相关文献
作者其他论文 更多>>
-
Genomic analysis and experimental pathogenic characterization of Riemerella anatipestifer isolates from chickens in China
作者:Chen, Yibao;Liu, Zhengjie;Hu, Ming;Luo, Yanbo;Zhang, Qing;Li, Lulu;Zhao, Xiaonan;Zhao, Min;Liu, Yuqing;Li, Xiaojing;Luo, Yanbo;Liu, Wenhua;Ma, Jinxiang
关键词:R. anatipestifer; genome analysis; infection chicken; jelly-like; vertically
-
High hydrostatic pressure reduces inflammation induced by litchi thaumatin-like protein via altering active domain
作者:Li, Yun;Wang, Kai;Wang, Dongwei;Zhao, Lei;Liu, Xuwei;Hu, Zhuoyan;Li, Chuyuan;Pan, Fei;Weng, Shaoquan;Zhao, Min;Li, Qian
关键词:High hydrostatic pressure; Litchi thaumatin-like proteins; Inflammation; Structural characterization; Computational modelling
-
Effects of polystyrene nanoplastics on hormonal regulation and glucose metabolism of Pacific whiteleg shrimp (Litopenaeus vannamei)
作者:Li, Yiming;Liu, Xingguo;Wang, Xiaodong;Che, Xuan;Zhu, Bihong;Zhu, Xiaoyi;Ye, Yucong;Zhao, Yunlong
关键词:
-
Biological Control of Ustilaginoidea virens Using Chelerythrine Suspension
作者:Wei, Qinghui;Li, Xinmin;Wei, Qinghui;Song, Weifeng;Li, Xinmin;Zhao, Min
关键词:Chelerythrine; Ustilaginoidea virens; rice false smut; acute toxicity test; field control effect
-
Colonial Microcystis' biomass affects its shift to diatom aggregates under aeration mixing
作者:Wang, Xiaodong;Che, Xuan;Liu, Ziqiu;Liu, Xingguo;Zhou, Jian;Qin, Boqiang;Tang, Xiangming
关键词:Cyanobacteria blooms; Microcystis colonies; Hydrodynamic disturbance; Nitzschia aggregates; Nutrients; Low light
-
The C4 Protein of TbLCYnV Promotes SnRK1 β2 Degradation Via the Autophagy Pathway to Enhance Viral Infection in N. benthamiana
作者:Li, Xinquan;Zhao, Min;Yang, Wanyi;Zhou, Xueping;Xie, Yan;Zhou, Xueping
关键词:SnRK1; NbSnRK1 beta 2; TbLCYnV C4; interaction; degradation; autophagy pathway
-
Simultaneous detection and differentiation of DuCV-1 and DuCV-2 by high-resolution melting analysis
作者:Fu, Huanru;Zhao, Min;Chen, Shuyu;Huang, Yu;Wan, Chunhe;Fu, Huanru;Zhao, Min;Chen, Shuyu
关键词:duck circovirus; DuCV-1; DuCV-2; differentiation; high-resolution melting