All department staff members actively participate in the department's and university's research. Currently, the department employs one doctor of sciences (PhD), associate professor, two senior lecturers, and 11 assistant professors. The head of the department is A.G. Karabaev, PhD, associate professor. Research is conducted on selected topics within the department's research focus area, "The Impact of Extreme and Non-Extreme Factors on the Body." Under the scientific supervision of department staff, research is being conducted on the following candidate dissertations.
- "Changes in the Reproductive System in the Post-Resuscitation Period." Independent candidate D.V. Kim, supervisor Dr. of Philosophy, Associate Professor A.G. Karabaev.
- "Reactivity of the Reproductive System during Physical Activity." Independent candidate M.B. Bobokandova, supervisor Dr. of Medical Sciences, Associate Professor A.G. Karabaev.
- "Changes in the Hypothalamic-Pituitary-Neurosecretory System in the Offspring of Cress Exposed to the Organophosphorus Pesticide Chlorpyrifos (Experimental Study)." Independent candidate Sh.A. Dzhumaniyazov, supervisor PhD, Associate Professor A.G. Karabaev.
- "Reactivity of the Hypothalamic-Pituitary-Neurosecretory System during Physical Activity." Independent candidate P.B. Nurimov. Scientific Supervisor: Candidate of Medical Sciences, Associate Professor A.G. Karabaev
- Department Assistant, Candidate of Medical Sciences D.U. Mamadiyarova, is conducting research on the topic "The Role of Molecular Genetic Predictors of Oxidative Stress in the Pathogenesis of Diabetes Mellitus Complicated by Angiopathy."
Over the course of the department's existence, two doctoral and four candidate dissertations have been defended, more than four monographs, over 20 educational and scientific-methodological recommendations, and over 350 research articles have been published. In the 2024-2025 academic year, four monographs, 60 research articles (three in Scopus journals), one doctoral dissertation, and 10 ECS programs were developed.
Textbooks published by the department staff
| № | Authors | Title of the printed manual |
| 1 | Karabayev A.G. Yusupov M.M. Nurimov P.B. | Children's physiology |
| 2 | Karabayev A.G. Yusupov M.M. Nurimov P.B. | Adolescent physiology |
| 3 | Xudjanova M.A. Mamadiyarova D.U. | Neurohumoral control of body functions |
| 4 | Xudjanova M.A. | Neurohumoral control of body functions |
| 5 | Xudjanova M.A. Ismatova M.Sh. Ne’matova F.I. | Practical skills algorithm |
| 6 | Karabayev A.G. | Physiology of integrative control systems of the human body |
| 7 | Karabayev A.G. | Physiology of visceral systems |
Educational and methodological manuals published by the department staff
| 1. | Mamadiyarova D.U. | Cardiovascular system physiology |
| 2. | Mamadiyarova D.U. | Physiology of endocrine glands |
| 3. | Karabayev A.G. Mamadiyarova D.U. | Eye physiology |
Monographs published by the department staff
| 1. | Mamadiyarova D.U. | Iron metabolism in different periods of pregnancy, factors involved in iron metabolism and properties of the Hif-1a factor |
| 2. | Karabayev A.G. | Changes in the hypothalamic-pituitary system in the post-resuscitation period |
| 3. | Karabayev A.G. | Pathogenetic bases of disorders in the hypothalamic-pituitary system in the post-resuscitation period |
| 4. | Nurimov P.B. | Reactivity of the hypothalamic-pituitary-neurosecretory system during physical stress |
Methodological recommendations published by the department staff
| 1. | Mamadiyarova D.U. | Modern methods for determining the amount of iron in peripheral blood and reserves at different stages of pregnancy |
| 2. | Karabayev A.G. | Methodology for studying the mechanism of morphofunctional disorders of the hypothalamic-pituitary system in the post-resuscitation period when simulating 10-minute clinical death |
| 3. | Karabayev A.G. | Methodology for studying the mechanism of impaired reactivity of the hypothalamic-pituitary system in the simulation of clinical death |
| 4. | Nurimov P.B. | Methods for determining the reactivity of the hypothalamic-pituitary-neurosecretory system during physical stress |
