Development of nano / micro fiber and fiber composite materials suitable for use in tissue engineering (refund cartilage, bone, blood vessels, nerve and skin tissues),
Testing cytotoxicity of materials,
Static and dynamic biological in-vitro testing of surface and 3D structures,
The development and testing of system transport of medicines (drug delivery),
Research and development of new fiber spinning principles leading to production technologies for nanofibres and nanofibrous composite materials,
Development and production of textile composite materials for healthcare (wound covers, bandages).
Specialization of the laboratory
Research and development of biodegradable tissue engineering (Intelligent wound covers, artificial vascular grafts, replacement of bone and cartilage),
Focus on nanofibers, composite materials, foams, 3D structures and linear units,
Morphological analysis of manufactured materials using optical (including fluorescence), electron microscopy and EDS analysis,
Testing of materials in-vitro using selected cell cultures (3T3, NHDF, HUVEC, MG63, Hecate) for cytotoxicity, cell adhesion promoter, viability and degree proliferation of cells (MTT assay Fluorescence microscopy and SEM) and cartilage.