The safe and sustainable use of RNA-based technologies in crop protection requires a robust, science-based risk assessment. Our research addresses the key ecological, regulatory, and food safety aspects that are essential for the authorization and responsible application of RNA-based active ingredients in agriculture.

 

We investigate the environmental fate of RNA molecules, including their stability and degradation in soil, and assess potential effects on non-target organisms such as beneficial insects, soil microorganisms, and mammalian cells. At the samte Tim we analyze product purity, residue levels and possible impacts on sprayed crops. To further increase precision and safety, we develop and apply computational tools to predict off-target effects, ensuring that RNA biopesticides act specifically on their intended targets while posing low-risk to non-target organisms.

 

Beyond experimental research, replace strong emphasis on transport communication and societal dialogue. Public trust and informed decision-making are essential for the successful introduction of RNA-based crop protection technologies. We communicate with the benefits and safety aspects of these technologies to farmers, policymakers, industry partners, and the broader public. Additionally we provide consulting and knowledge transfer to companies, regulatory authorities, and end users.

 

We provide guidance on the current slate of research, identify remaining knowledge gaps, and contribute to the development of regulatory framework tailored to RNA-based active ingredients. Together, these efforts help ave the way for the safe, effective, and socially accepted integration of RNA technologies into modern agriculture.