Research activity

RESEARCH ACTIVITY

Department of Industrial Biotechnology and Biopharmacy

The main directions of scientific work of the department:
Biotechnology of microbial synthesis of vitamins.
Genetic activity of nanocomposites and chemical contamination of agricultural and food products, cosmetics, and household chemicals.
The use of biotechnology and biotechnology in medicine.
Biochemistry and biotechnology of higher basidiomycetes.
Development of technology for probiotic preparations based on lactate bacteria.
Biotechnology and finished pharma products of bacteriolytic enzymes and antibiotics.
Development of tools in-vitro-diagnostics of infectious diseases and hormonal disorders.
Biotechnology of fungal carotenoids. Enzyme systems of the genus Polyporus.
Biotechnology of polysaccharides obtained from higher basidiomycetes.

Department of Biotechnics and Engineering

The main directions of scientific work of the department:
Development of membrane systems for private households.
The vibration of flat and shell fragments under the influence of kinematic and wave spatial factors.
Terms of occurrence of the wave coincidence and spatial-frequency resonances.
Implementation of acoustically transparent structures.
Remote control of heat transfer process in a bioreactor with an ultrasonic beam.
Membrane technologies of mixtures treatment.
Modeling of physical processes in biotechnological equipment.
Intensification of heat and mass transfer and hydrodynamics in biotechnological equipment.
Mathematical modeling techniques in biotechnology.

Department of Bioenergy, Bioinformatics and Environmental Biotechnology

The main directions of scientific work of the department:
Modern technology of biological wastewater treatment.
Development of microbial fuel cells to produce electricity and hydrogen
Biotechnology producing of energy carriers (methane, hydrogen, alcohols, etc.) from the organic wastes of different origins.
Studies on the impact of physical and chemical factors on the change in microalgae metabolism to produce energy carriers, biologically active substances, and drugs.
Development of a new magnetic dosage form for targeted drug delivery to the tumor.
The study of self-organization processes in the system metal-electrolyte in a constant magnetic field.
Investigation of self-organization processes in the metal-electrolyte system in a constant magnetic field.
Magnetically controlled biosorption of heavy metal ions by S.cerevisiae yeasts in a constant field with the use of the system of ferromagnetic elements.
Microstructure of metal surfaces by electrodeposition and controlled corrosion in the magnetic field.
Development of high gradient magnetic matrix and designs of magnetic separators.
Development of new methods for producing magnetically controlled sorbents, including biosorbents for biomedical purposes.