Composite nerve conduits for the treatment of critical nerve defects based on polymeric nanofibrils and conductive materials (Ministry of Education and Science of Ukraine)
Personalized bioengineered scaffolds for osteochondral regeneration produced by additive manufacturing with enhanced surface properties
Determining the biocompatibility and general toxicity of various groups of nanomaterials for biomedical purposes
Nanostructural surface development for dental implant manufacturing (EU, Horizon 2020, MSCA-RISE-2017)
Biological effectiveness of Plasma Electrolytic Oxidation and sol-gel deposition for development of functional implant surface (Ministry of Education and Science of Ukraine)
Effectiveness of nanocomposite (chitosan-nanometal) antimicrobial action against multiresistant clinical strains (Ministry of Education and Science of Ukraine)
In vitro investigation of biological activity of PEO-modified implant surface (Demonstrator project) (Silesian University of Technology, Subcontracting ZP/008857/18)
Study of 3D chitosan scaffolds for their application in regenerative medicine (Sumy State University)
Additive manufacturing and surface functionalization for development of personalized biphasic scaffolds for osteochondral regeneration (National Research Foundation of Ukraine)
Effectiveness of Plasma Electrolytic Oxidation for modification of biodegradable alloys for orthopedics (Ministry of Education and Science of Ukraine)
Development and assessment of topical hemostatic materials for emergency and surgery (Ministry of Education and Science of Ukraine)
Development of 3D bioprinting scaffolds for medical application (Sumy State University)
Investigation of chemical composition and ultrastructure of the cell wall of antibiotic-resistant clinical isolates E.Сoli under the influence of the chitosan-nanometal composites. (Sumy State University)