Project Department of applied biology

• 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 metody snižování emisí N2O ze zemědělských ploch detail
• Who is responsible here? Linking transformation of organochlorines with specific bacterial populations detail
• Kompozitní fotoaktivní nanomateriály k preventivní ochraně stavebních památek detail
• Kompozitní fotoaktivní nanomateriály k preventivní ochraně stavebních památek 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
• Metabolická plasticita bakterií rezistentních na těžké kovy in-situ 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
• NCP WIDRA.NET - Nhung Nguyen detail
• NOVEL CONSERVATION PROCEDURE FOR THE WORLD CULTURAL BUILT HERITAGE detail
• Natural biodegradable skin care products detail
• Recovery of critical elements from uraniferous coals and ashes using bio-leaching - MSCA4Ukraine detail
• Understanding of the role of Miscanthus x giganteus rhizosphere microorganisms in biodegradation of organic pollutants detail
• Smart multifunctional biomaterials for regenerating the alveolar ridge REGAL detail
• Studium kinetiky lokalizované mikrobiálně ovlivněné koroze ukládacího obalového souboru pro radioaktivní odpad detail
• Study of changes in the secondary DNA structures of stem cells differentiating on scaffolds with different mechanical properties detail
• Technology for high-throughput production of drug delivery systems detail