Summary
This narrative review examines spray-induced gene silencing (SIGS) as an evolving crop protection strategy, synthesising recent advances and identifying emerging trends in the field. SIGS represents a non-transgenic RNA interference approach whereby exogenous nucleic acids are applied topically to trigger silencing of target pest or pathogen genes. The authors likely evaluate current applications, technical challenges, and future directions for this biotechnology in integrated pest management.
UK applicability
SIGS technology may offer potential for UK farming systems seeking reduced-chemical pest management; however, UK and EU regulatory frameworks for RNA-based plant protection products remain under development, which may influence adoption timelines and commercial availability.
Key measures
Gene silencing efficacy, pest/disease control outcomes, application methods, regulatory status, and emerging technological developments in SIGS
Outcomes reported
The study likely reviews advances in spray-induced gene silencing (SIGS) technology as an alternative pest and disease control method, examining recent developments and emerging trends in the field. It probably evaluates the efficacy, mechanisms, and potential application of SIGS across different crop systems.
Topic tags
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