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Innovations in Phytopathology and NGS: Mapping Plant Pathogen Mutations in Europe

Sep 9, 2024 | News

At CONIDIA CONIPHY, we are at the forefront of research in phytopathology through the use of next-generation sequencing (NGS). This revolutionary technology allows us to detect and monitor plant pathogen mutations with unprecedented precision.

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The NGS method involves sequencing the DNA of pathogens to identify genetic variations that may confer resistance to treatments. With this approach, we can not only detect existing mutations but also anticipate the emergence of new resistant strains. This enables us to propose more effective and sustainable crop management solutions.

Our recent work has focused on mapping fungal pathogen mutations in vineyards across Europe. In collaboration with EPILOGIC, a TENTAMUS GROUP company, we have established a database of mutations present in different wine-growing regions. This mapping is a valuable tool for winegrowers, allowing them to adapt their crop protection strategies based on the specific risks in their region.

The results of our research show significant genetic diversity among the pathogens, with some mutations conferring increased resistance to commonly used fungicides. This information is crucial for developing new integrated pest management strategies and adapting treatment to new resistance.

Our commitment to R&D continues to push the boundaries of phytopathology, offering innovative solutions for more resilient and sustainable agriculture. To learn more about our work, check out our latest newsletter.

Our solutions associated with NGS technology

idetect

Phytosanitary product testing

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