This is the first report of RoLCuV, a novel DNA-B, PaLCrV, and HYVA infecting D. erecta variegata in Pakistan, and the presence of rose leaf curl virus accompanied by a novel recombinant DNA-B, tentatively named "rose leaf curl virus DNA-B."
BpLCrV was, for the first time, identified and characterized as a novel begomovirus that infects not only weeds but also different important crops, potentially threatening agricultural production.
Quantitative PCR showed viral accumulation of 105–10⁹ copies/μL, confirming the synergistic role of DNA-B and betasatellites in severe symptom induction and systemic infection, underscoring the complexity of begomovirus pathogenesis.
K. Sivagnanapazham, G. Karthikeyan, N. Boopathi et al.· 3 Biotech· 0 citations
The natural occurrence of Pedilanthus leaf curl virus and a novel Radish leaf curl Layyah betasatellite infecting radish in Pakistan are documents and underscore the occurrence of begomovirus with new betasatellite complexes in the region and highlight the need for continuous surveillance strategies to safeguard radish...
Muhammad Hassan, Muhammad Mubin, A. Jamil et al.· The Journal of Animal and Pl...· 0 citations
Phlox (Phlox spp., Polemoniaceae) are herbaceous ornamental plants that are cultivated around the world for their fascinating flowering. P. paniculata cultivar collections at the Tsitsin Main Botanical Garden and the Botanical Garden of Lomonosov Moscow State University (both in Moscow, Russia) were surveyed for virus...
E. Motsar, A. Sheveleva, F. Sharko et al.· Plants· 0 citations
The results confirm the high genetic variability of this virus which was hinted at in previous studies and will be directed at understanding the impact of the observed mutations in viral fitness, and whether this could facilitate spillover of BlYSV to other hosts, including cultivated plants.
M. H. O. Gonçalves, A. F. F. Quadros, M. M. M. Ferro et al.· Archives of Virology· 0 citations
This study provides the first characterization of this virus in the bean flower thrips, enhancing the understanding of the bean flower thrips virome and demonstrating that MUaV1 is capable of infecting the bean flower thrips and activating its antiviral RNAi response.
Xi-Tong Zhu, Heng Li, Lin Lin et al.· Viruses· 0 citations
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