Project Department of applied biology

• European MIC Network – New paths for science, sustainability and standards detail
• European Partnership on Radioactive Waste Management - 2 (CXI) detail
• European Platform on Particle System Characterization detail
• Photoactive nanocomposite systems for improvement of the environment detail
• Horizontal gene transfer of antibiotic resistance in freshwater lake bacteria: How textile-derived fibers influence the dynamics detail
• Horizontal gene transfer of antibiotic resistance in freshwater lake bacteria: How textile-derived microplastics influence the dynamics detail
• Nanomaterials for Keratitis treatment detail
• HyLife – Microbial risks associated with hydrogen underground storage in Europe detail
• Chitosan-Based Nanotherapeutics for the Prevention and Treatment of Early Lyme Disease detail
• Chitosan Nanocomposites as a Dual-Action Therapeutics for the Prevention and Treatment of Lyme Disease detail
• Chitosan-based nanomaterials as dual therapeutics for the prevention and treatment of early-stage Lyme disease detail
• Improving Brain Arteriovenous Malformation Cure with Local Injectable Anti-Angiogenic Nanoparticle Embolization Biomaterials detail
• Innovative and sustainable solutions for plastic-free European rivers: prevention and elimination of litter, plastics and microplastics detail
• Inovativní koncept monitoringu biodiverzity a renaturace krušnohorských rašelinišť detail
• Inovativní metody snižování emisí N2O ze zemědělských ploch detail
• Innovative technology supporting the soil microbiome through the application of biochemically active humic substances from carbonaceous raw materials detail
• Smart Packaging Revolution: Renewed and Circular shelf-Life Materials for Enhanced Food Preservation detail
• Are the textile-derived microfibers toxic to aquatic ecosystems? How do they affect associated microbial community dynamics and antimicrobial resistance? detail
• Who is responsible here? Linking transformation of organochlorines with specific bacterial populations detail
• Kompozitní fotoaktivní nanomateriály k preventivní ochraně stavebních památek detail