In Moldova’s research laboratories, science is paving the way for a more resilient agricultural future. A collaborative project between Czech and Moldovan scientists is equipping local researchers with advanced genomic tools to strengthen crop resistance, address climate-related challenges, and safeguard food security.
The project, “Introduction and application of new genomic techniques in agricultural sector to face climate challenges,” is led by the Institute of Experimental Botany of the Czech Academy of Sciences (IEB) in partnership with the Institute of Genetics, Physiology and Plant Protection at Moldova State University (MSU). Supported by the Czech-UNDP Partnership for Sustainable Development Goals via Challenge Fund and financed by the Czech Ministry of Foreign Affairs, it demonstrates how international collaboration can drive scientific innovation with real-world impact.
Empowering Researchers With Advanced Genomic Tools
Moldova’s farmers face increasing pressures from climate change, unpredictable weather, and the spread of plant diseases. One significant challenge is stolbur disease, caused by Candidatus Phytoplasma solani, which affects tomato crops. Addressing such threats requires not only advanced scientific methods but also skilled local researchers capable of applying them.
This project equips Moldovan scientists with state-of-the-art tools and techniques that are shaping the future of crop research. Through hands-on training and close collaboration with Czech experts, the team has mastered technologies such as Golden Braid cloning, enabling precise DNA assembly, CRISPR-Cas9 gene editing, and RNA sequencing. These methods allow researchers to modify plant genomes and investigate the molecular mechanisms behind disease resistance, laying the foundation for climate-resilient crops.
From Laboratory Learning to Real-World Application
The collaboration emphasizes practical, applied science. Moldovan researchers learned to transform plant material, propagate genetically modified lines, and analyze how plants respond to pathogens using advanced immune-response assays. These techniques enable the measurement of reactive oxygen species, pathogen load, and tissue-level defense responses—critical steps in identifying robust, disease-resistant crop varieties.
The project also provides opportunities for wider visibility and knowledge exchange. Members of the Moldovan team presented their work at the Green for Good international conference in Olomuc, Czech Republic (1-4 September 2025), showcasing the application of modern genomic tools in agriculture to an audience of researchers and practitioners from across Europe. The event highlighted how innovative techniques, combined with local expertise, can transform agricultural research and practice.
Building Sustainable Capacity for the Future
The impact of this collaboration extends far beyond immediate laboratory results. By transferring technical skills, mentorship, and access to cutting-edge methodologies, the project strengthens Moldova’s long-term scientific capacity. Researchers are now able to independently apply advanced genomic approaches, not only for tomatoes but potentially across a variety of local crops, fostering innovation and resilience in the agricultural sector.
The initiative also establishes strong networks between Moldovan and Czech scientists, creating opportunities for future collaboration, joint research, and continued knowledge exchange. This foundation ensures that the advances made today can grow into sustainable solutions for tomorrow’s climate challenges.
