Plant pathogens are a major threat to global crop productivity, causing annual losses of up to 40%. This not only leads to significant economic impacts but also raises concerns about the environmental effects of chemical management practices. Early detection and identification of these harmful pathogens are essential for effective disease control. However, traditional methods for detecting pathogens in plants are often slow, costly, and complicated, making them impractical for widespread use in agriculture. To tackle this challenge, we need affordable, easy-to-use, and rapid methods for detecting plant diseases directly in the field. The Shiddiky Laboratory is working to develop portable devices and innovative technologies that allow farmers to analyze pathogens and their disease specific markers right from unprocessed plant samples.

These advanced tools promise quick and cost-effective detection of plant diseases, helping farmers manage crops more effectively and sustainably. By equipping farmers and agricultural technicians with accessible diagnostic tools, we can improve decision-making for disease management, reduce reliance on chemical treatments, and support more sustainable farming practices.