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Faculty of Healthy Lifestyle Organization

Research areas:

1. Innovative technologies for public health preservation
Includes applied research:
- clinical biochemical and immunoassay laboratory tests;
- molecular biology studies of gene polymorphisms associated with sports and multifactorial socially significant diseases (determining individual risk for cardiovascular diseases, cancer, neurodegenerative diseases, metabolic disorders, and hereditary predisposition to obstetric and gynecological pathologies);
- determining individual sensitivity to drugs.
The use of DNA diagnostic results enables the practical implementation of personalized medicine technologies. These technologies are based on an individualized approach to the selection of pharmacological agents and their dosage regimen, taking into account the factors influencing the pharmacological response in a particular individual.

2. Optimization of scientific, methodological, medical-biological, and psychological support for the training of athletes of the national and national teams of the Republic of Belarus (rowing, canoeing, swimming, biathlon).
Specialists from the Department of Physical Rehabilitation and Sports Medicine participate in the work of integrated research groups of national teams, which are part of the Republican Scientific and Practical Sports Center.
 


 

3. Specific aspects of assessing the functional state and adaptive reserve of the respiratory system in professional athletes.
Creation of model rigs for testing the functional state of the respiratory system of reserve athletes under real training and competition conditions.


 

4. A personalized approach to preventing overstraining and overtraining in reserve athletes.

A dissertation study (doctoral fellowship at Bashkir State Medical University) is planned, including a study of reserve athletes in swimming and biathlon, and the development of personalized protocols for medical and biological support for training to prevent the development of overstrain in functional systems that limit athletic performance.

Significant scientific developments:

1. Device for distal locking of an intramedullary nail in polyaxial planes in the treatment of a tibial fracture.

Patent for Utility Model BY 13102 U Republic of Belarus, IPC A 61B 17/56 (2006.01) Device for distal locking of an intramedullary nail in polyaxial planes in the treatment of a tibial fracture / S.V. Dyatel; applicant and patent holder S.V. Dyatel (BY). – u 20210308; published 2021.11.24. // Official Bulletin. Findings, karysnye madeli, original ideas / Dzyarzhainy kamitet pa navuz i tekhnalogiyakh Republic Belarus, National Center of Intellectual Science. – 2023. – No. 1 (150). – P. 73.