Interview with Semcheddine Cherrad on Our Innovations in Molecular Biology
We are pleased to share an exclusive interview with Dr. Semcheddine Cherrad, Head of Research and Development at Conidia Coniphy.
In this interview, Dr. Cherrad reveals his team’s groundbreaking advances in molecular biology, particularly in monitoring fungicide resistance.
An Inspiring Journey
Dr. Cherrad has always been fascinated by microorganisms. His journey in life sciences led him to work on collaborative projects between Bayer Crop Science and Conidia Coniphy, where he specialized in molecular biology. He gained extensive expertise in advanced technologies such as next-generation sequencing (NGS) and Oxford Nanopore Technologies (ONT).
Innovative Methods Serving Science
At the Conidia Coniphy laboratory, Dr. Cherrad’s team uses molecular biology to detect and characterize microorganisms in various fields, including cosmetics, air quality, soil, and phytopathology. The CONIDIA CONIPHY teams have developed innovative tools to analyze fungal interactions, such as image analysis software to count spores and monitor fungal sensitivity to fungicides.
ONT Sequencing: A Revolution in Fungicide Monitoring
ONT sequencing is particularly promising for assessing fungicide resistance. This method allows for the analysis of multiple genetic targets and the detection of multiple resistances. For example, it confirmed fungicide resistance in the case of grapevine downy mildew (Plasmopara viticola) in France.
A Global Impact on Agriculture
Dr. Cherrad’s research aims to provide tools to alert and measure fungicide resistance, thus contributing to more effective plant disease management. The team plans to extend these methods to other plant pathogens and create a digital laboratory to map and potentially predict the evolution of fungicide resistance using artificial intelligence.
Conclusion
Conidia Coniphy’s innovations in monitoring and managing fungicide resistance have significant potential for global agriculture. We invite you to learn more about these exciting advances in the full PDF of the interview with Dr. Semcheddine Cherrad, available here.
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