RNAi as a biotechnological tool for crop protection and improvement

Our applied research focuses on the development of RNA-based technologies for sustainable agriculture and next-generation crop protection. We design highly specific dsRNA-based herbicides, insecticides, fungicides and virucides, alongside sensitive analytical methods for their detection and environmental monitoring, contributing to biosafety evaluation and environmental risk assessment.

Beyond eukaryotic RNAi systems, we employ synthetic biology approaches to develop antisense oligonucleotide platforms for targeted gene silencing in RNAi-insensitive prokaryotes, expanding programmable RNA technologies to microbial systems.

Our research combines advanced molecular and multi-omics approaches to dissect RNAi, epigenetic and epitranscriptomic regulation. We integrate small RNA-seq, RNA-seq and degradome sequencing with whole-genome bisulfite sequencing for 5mC DNA methylation profiling and nanopore sequencing for m6A RNA modification analysis.

see also sections on: Risk assessment of biopesticides

Our successful story

Key figures that reflect the laboratory’s activity, scientific output and contribution to research and education.

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