Mild Hyperbaric Oxygen Therapy (mHBOT) can:

 *Accelerate cell repair, promote collagen proliferation, and improve skin elasticity, among other benefits.

The increase in skin oxygen content facilitates blood flow, providing sufficient nutrients, promoting subcutaneous collagen production, improving skin relaxation, reducing dark circles, and other conditions, sometimes causing them to disappear altogether. It also promotes vasoconstriction, accelerating blood microcirculation, aiding the transportation of nutrients and the elimination of metabolic waste, thus helping the body clean up waste quickly. Additionally, it regulates human endocrine, removes melanin, and restores skin luster.

The gradual decline of oxidative metabolism is the essence of aging. HBOT can promote metabolism, correct the anaerobic metabolic state caused by hypoxia in the body, strengthen cognition, and resist age-related memory decline.

 *Enhance Cell Growth Vitality, Boost Immune System, and Improve Physical Function

As the body ages, the arterial blood oxygen partial pressure gradually decreases. Oxygen inhalation can significantly increase the oxygen partial pressure, preventing many geriatric diseases.

HBOT promotes metabolism, eliminates toxins, and promotes cell regeneration. This leads to improved skin elasticity and radiance.

Moreover, HBOT enhances material metabolism in human cells, tissues, and organs, which improves organ function and boosts the body’s immunity. It also has a preventive effect on common diseases such as insufficient blood supply to the brain and neurasthenia.

 *Promote cell growth, inhibit free radicals, expel lactic acid, relieve muscle soreness, and more.

After engaging in high-intensity exercise, the body’s energy supply is mainly dominated by the glycolysis system, leading to the accumulation of lactic acid in the muscles and bloodstream. This results in a drop in pH levels, leading to fatigue.

Lactic acid is an intermediate product formed during the metabolism of glucose in the body during exercise. If the exercise intensity exceeds that of aerobic exercise, the lactic acid produced cannot be broken down into water and carbon dioxide in a short time, leading to anaerobic metabolism and a buildup of lactic acid in the body. This can cause muscle soreness and fatigue.

HBOT can increase the amount of oxygen in the blood, decrease carbon dioxide levels, increase the pH value, increase tissue oxygen reserves, and eliminate lactic acid, thereby speeding up recovery. Many renowned athletes worldwide, including NBA players, Premier League players, and famous athletes in sports like judo, skiing, and swimming, are using hyperbaric oxygen chambers for their recovery.

 *Promote cell aerobic metabolism, inhibit the growth and reproduction of anaerobic bacteria, promote wound healing, and more.

Injury stimuli trigger the physiological response of body tissues, and wound healing is the outcome of this process. Sufficient blood perfusion and oxygen supply to the damaged tissue are crucial for wound healing. Local hypoxemia caused by vascular rupture is a crucial factor that hinders wound healing. Therefore, it is essential to improve oxygen supply to the tissue surrounding the wound to correct hypoxemia and promote wound healing.

HBOT rapidly improves the hypoxic state of damaged tissue by increasing blood oxygen tension and blood oxygen content, and increasing blood oxygen diffusion distance. It promotes vasoconstriction to reduce edema and hematocrit, blood viscosity, and blood flow resistance, while enhancing the bactericidal effect of white blood cells, the ability to remove necrotic cells, and other functions that facilitate faster and better wound healing.