Two new REACT-linked studies highlight major advances in sustainable pest control. One introduces a stable CRISPR-based genetic sexing strain for Mediterranean fruit fly SIT programmes, while the other uncovers host-specific microbiome dynamics in Enterobacter, opening new opportunities for microbiome-enhanced insect management.
CRISPR gene editing is opening new possibilities for sustainable pest control. A recent study demonstrates how disrupting a single gene—the white pupae (wp) gene—creates visible, stable white-pupae mutants in three major Bactrocera fruit fly species. These mutants make early sex separation easier and more reliable, strengthening the efficiency of Sterile Insect Technique programs. By enabling a cross-species, insecticide-free approach to population suppression, the work marks a significant step toward greener agricultural protection.
The REACT project is developing sustainable strategies to protect European fruit and vegetable production from invasive fruit flies by improving eco-friendly control methods like the Sterile Insect Technique (SIT). This survey gathers expert and stakeholder input to shape these solutions and assess their impact.
We invite farmers, agricultural experts, policymakers, researchers, and industry representatives to take part in a 30–45 minute survey to share your insights on managing invasive fruit fly threats. Your perspective will help shape effective, sustainable pest control strategies for Europe’s agri-food systems.
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