RESEARCH PROJECTS
Biomedical research center
RESEARCH PROJECTS:
Projects in progress:
Completed projects:
- 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)
- Jean Monnet Module 2018-2021
- Novel copper-loaded wound healing patches with advanced regeneration capacity and antibacterial effect
- Implementation of 2D bi-layered nanomembranes for guided tissue regeneration in endo-perio lesions and periimplantitis