TL;DR
This review provides a comprehensive overview of sRNA biogenesis, antiviral mechanisms and engineered sRNA technologies for plant virus management and their application in antiviral crop protection.
The versatility of RNAi platforms holds significant potential for improving disease resistance, particularly in vegetable crops that are vulnerable to diverse biotic stresses, particularly in vegetable crops that are vulnerable to diverse biotic stresses.
Virus-induced gene silencing provides a tractable approach to investigate genes associated with herbicide resistance, metabolic adaptation, and stress tolerance and highlights VIGS as a versatile biotechnology for elucidating gene function and supporting next-generation strategies in plant improvement and integrated pe...
Viral diseases remain among the most difficult constraints in horticultural crops because they reduce yield, impair market quality, persist in vegetatively propagated material and are intensified by mixed infections, insect vectors and climate-driven shifts in disease epidemiology. Conventional measures, including resi...
This review integrates current knowledge on the molecular mechanisms of RNAi in insects and its translational applications in crop protection with particular focus on host-induced gene silencing (HIGS, transgenic expression of dsRNA in planta) and spray-induced gene silencing (SIGS).
This review synthesizes recent advances in bacterial-mediated antiviral defense across major crop–virus systems, with emphasis on underlying molecular and physiological mechanisms.
Cross-kingdom RNA (CK-RNA) communication is an advanced concept that enhances our understanding of inter-kingdom interactions by uncovering RNA-mediated signaling among plants, fungi, bacteria, and viruses. This review provides a detailed overview of CK-RNA mechanisms, highlighting on plant–microbe interactions. Throug...
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