Project Department of applied biology

• 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
• Strengthening the public health system for infection control in healthcare facilities 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
• Technology as prevention of increasing of surfaces of building objects detail
• Temperature-stabilizing roof surfaces with high albedo for energy efficient buildings and climate sustainability detail
• CeO2 Nanoparticles-assisted stem cell therapy detail
• Towards exploration and evaluation of European natural hydrogen potential detail
• Vliv mikrobiální aktivity na životnost kontejneru pro hlubinné úložiště radioaktivního odpadu detail
• Effect of microbial communities on advanced and conventional bioplastics biodeterioration in wastewater treatment plant detail
• Effect of microbial communities on bioplastics biodeterioration in wastewater treatment plants detail
• Influence of radiolysis and bacterial extremophiles on lifetime of the canister for deep geological repository detail
• Využití umělé inteligence pro ochranu zdraví obyvatel vytvořením systému včasné detekce a predikce vývoje epidemií založeném na monitoringu odpadních vod detail
• Vývoj 3D tisku veterinárních implantátů a jejich testování detail