Project Department of applied biology

• „Who is responsible here?“ Linking transformation of organochlorines with specific bacterial populations detail
• ALternative infill MAterials for disposal of NPP decommissioning RAdioactive waste (ALMARA) detail
• Antioxidant Therapeutic Nanoparticles to treat inflammation in the gut brain axis and its related diseases detail
• Biodegradable silk fibroin based materials for orthopedics detail
• Biologically active materials for application in medical devices detail
• COMbined Physico-chemical Experimental Therapy to Improve prognosis against Triple negative breast by Immune activation and laser ablation OptimizatioN. detail
• Development of plant extract impregnated biocomposites for biomedical applications detail
• Enviromantal fate, behavior and biological effects of engineered nanomaterials detail
• European Joint Programme on Radioactive Waste Management - ConCord detail
• European Joint Programme on Radioactive Waste Management - MAGIC detail
• European MIC Network – New paths for science, sustainability and standards detail
• European Platform on Particle System Characterization detail
• Photoactive nanocomposite systems for improvement of the environment detail
• Innovative and sustainable solutions for plastic-free European rivers: prevention and elimination of litter, plastics and microplastics detail
• Who is responsible here? Linking transformation of organochlorines with specific bacterial populations detail
• COoperative catabolic iNteractioNs bEtween fungi and baCTeria during the microbial breakdown of anthropogenic chemicals in polluted environments detail
• Limiting Factors for Survivability and Proliferation of Microorganisms Significant for Corrosion of Deep Geological Repository Barrier Systems detail
• Metody in situ ochrany sladkovodních biotopů s využitím sinic a řas jako indikačních druhů detail
• Textile-derived microplastics in aquatic ecosystems: identification, characterizations, and effect assessment detail
• Recovery of critical elements from uraniferous coals and ashes using bio-leaching - MSCA4Ukraine detail