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THE ROLE OF BIOSTIMULATORS IN THE HUMAN BODY
Qodirova Shakhlo Muzaffarovna
Lecturer of Specialized Subjects, Avicenna Public Health
Technical School
Usmonova Farzina Fayzullo qizi
Student of the Avicenna Public Health Technical School
Abstract:
This article explores the biological nature of biostimulators and their
impact on human physiological processes, including their natural and synthetic sources,
their importance in clinical practice, and key aspects of their use. Special attention is given
to how biostimulators influence the immune system, cellular regeneration, energy
metabolism, and the aging process. The article underscores the strategic role these
substances play in restoring health, preventing disease, and supporting the div’s natural
defense mechanisms.
Keywords:
Biostimulator, immune system, cell regeneration, energy metabolism,
adaptogen, metabolism, aging, recovery.
In today’s fast-paced and environmentally challenging world, human health is
increasingly vulnerable to numerous external and internal stressors. Environmental
pollution, chronic stress, poor nutrition, sedentary lifestyles, and irregular sleep patterns
contribute to weakened bodily functions. This reality has created a growing need for
agents that support and stimulate the div’s natural physiological processes. Among
these, biostimulators stand out for their ability to boost health and vitality.
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Biostimulators enhance the div's inherent healing and protective mechanisms. They play
a critical role in improving immune response, promoting cellular repair, increasing energy
levels, and helping the div adapt to physical and psychological stress.
Definition and Classification of Biostimulators. Biostimulators are biologically
active substances that enhance cellular activity, tissue regeneration, and immune response.
They are typically used to stimulate metabolic and reparative processes in the div,
especially under conditions of illness or stress.
Types of biostimulators:
- Natural biostimulators: Derived from plants (e.g., aloe, ginseng, eleutherococcus),
animals (e.g., actovegin, solcoseryl), or microorganisms.
- Synthetic biostimulators: Chemically synthesized compounds designed to mimic or
amplify the effects of natural biostimulators, used in specific therapeutic contexts.
Effects of Biostimulators on the Human Body.
1. Immune System Enhancement.
Biostimulators activate the immune system by increasing the activity of T-cells, B-cells,
macrophages, and the production of interferons. This enhances the div's resistance to
infections, viruses, and even certain types of cancer. They are widely used in
immunotherapy and to support recovery from chronic or recurring infections.
2. Cellular Regeneration and Healing.
Biostimulators accelerate the regeneration of damaged tissues. They promote the activity
of fibroblasts, stimulate collagen synthesis, and support wound healing, making them
essential in post-operative care, burn treatment, and trauma recovery.
3. Stimulation of Energy Metabolism.
At the cellular level, biostimulators increase ATP production by stimulating oxidative
phosphorylation in mitochondria. This leads to higher physical and mental energy,
improved concentration, and enhanced stamina, particularly beneficial for those
experiencing chronic fatigue or convalescence.
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4. Stress Resistance and Nervous System Support.
Certain biostimulators, especially adaptogens, regulate the central nervous system and
improve the div's ability to cope with stress. They help normalize hormone levels,
support cognitive function, and restore sleep cycles. This makes them effective for treating
anxiety, nervous exhaustion, and insomnia.
5. Slowing Down the Aging Process.
Biostimulators with antioxidant properties neutralize free radicals and protect cells from
oxidative damage, which is one of the primary causes of aging. They preserve DNA
integrity, maintain skin elasticity, and contribute to the long-term health of internal organs.
Applications in Medicine Biostimulators are used across various medical fields:
- Therapeutics: To treat chronic illnesses and enhance recovery.
- Surgery: To accelerate post-operative healing and reduce inflammation.
- Pediatrics: To support healthy development and immune function in children.
- Oncology: As adjuvant agents in cancer therapy to support immune strength.
- Cosmetology: To rejuvenate skin and promote healthy aging.
- Sports medicine: To aid in muscular recovery and improve endurance.
They are also employed in preventive healthcare, especially during flu seasons or periods
of high stress.
Precautions and Limitations. While biostimulators offer numerous health benefits,
their misuse or overuse may lead to undesirable side effects:
- Allergic reactions (especially from unrefined natural products).
- Overstimulation of the nervous system (e.g., anxiety, insomnia).
- Hormonal imbalances.
- Possible interactions with other medications.
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Therefore, it is essential that biostimulators be used under medical supervision and
tailored to the individual’s health condition.
CONCLUSION
Biostimulators are powerful agents that support and enhance the div’s natural
physiological and immune functions. Their ability to promote healing, improve energy
metabolism, increase resistance to stress, and slow down aging makes them vital in
modern medicine. When used correctly, they contribute to the restoration and maintenance
of health, supporting a balanced and vital life.
REFERENCES
1. Karimov, A.T. Biostimulators and Their Role in Medicine, Tashkent, 2020.
2. Gulyamov, R.A. Fundamentals of Immunology, Tashkent Medical Academy, 2019.
3. Sultonov, B.Sh. Basic Pharmacology, Tashkent, 2021.
4. World Health Organization. “Role of Biologically Active Compounds in Human
Health”, WHO Reports, 2022.
5. Gossell-Williams, M. “Adaptogens in Clinical Medicine”, Journal of Natural
Remedies, 2018.
6. McEwen, B.S. “Stress and the Individual: Mechanisms Leading to Disease”, Archives
of Internal Medicine, 2001.
