Department of Biomedical Technologies and Tissue Engineering

Development and research of 3D matrices made of biotissues, synthetic and natural polymers for bioengineered structures using technologies of leaching, ultradispersion with radiation microstructuring, gel sublimation, electrospinning, bioprinting, photochemical micro- and nanostructuring, supercritical fluids. Development of methods for obtaining tissue-specific fine-dispersed matrices from decellularized tissues of the liver, pancreas and articular cartilage.

Creation and research of cellular and tissue engineering structures for stimulation of regeneration and/or replacement of liver, pancreas and articular cartilage tissues in vitro and on developed experimental models in vivo.

Development and research of biopolymer tubular frameworks for the creation of tissue-engineered structures of small diameter blood vessels, esophagus and trachea.

Development and research of transdermal therapeutic systems of medicinal substances such as immunosuppressants, immunomodulators, hypoglycemic and hormonal drugs

Development of new technologies aimed at prolonging the viability and functional activity of pancreatic islets