1. What are the important roles of oxygen?
Oxygen is the key substance of human body metabolism and the basis of human life activities. The breathing oxygen is converted into the available oxygen in the human body, called blood oxygen. Blood carries blood o
xygen to transport energy to the whole body, and the amount of blood oxygen transport is closely related to the working state of the heart and brain. The higher the blood oxygen content, the better the performance of vital human organs.
Brain: The brain is the center that governs the body and needs a lot of oxygen to allow about 14.5 billion brain cells to move normally. Muscle oxygen consumption is very different between activity and at rest, while the brain always needs a lot of oxygen. To meet the oxygen needs of the brain, a large amount of blood circulates in the brain every day, that is, about 2000L a day, equivalent to the amount of 10 large oil barrels, close to 400 times the total blood volume of the human body. If oxygen is insufficient, immediately cause significant obstacles to brain function; if oxygen supply is interrupted, the brain activity stops immediately, and for 30 seconds, the brain cells begin to be destroyed, and for 2-3 minutes, the risk of non-regeneration occurs.
Lung: The blood in the human body, driven by the heart, passes through the microvessels around the alveoli every 2-3 minutes to turnover all parts of the body. Fully used, black-blue blood returns to the lungs, touches fresh oxygen, removes the carbonate gas, and reabsorbs the oxygen into fresh, bright red blood. The human body produces carbonic acid gas in the process of exchanging oxygen for energy. If it is not eliminated in time, it will affect the normal activities of the heart or other organs. To this end, the lungs continuously provide oxygen and discharge carbonic acid gas into the heart or other organs to prevent the acidification of the blood. We refer to this process called gas exchange. Through gas exchange, we can eliminate fatigue and reserve new energy.
Heart: effective blood transmission is the basic task of cardiopulmonary function, but most modern blood is acidified and sticky because of insufficient exercise and inappropriate eating habits. Blood containing cholesterol adheres to the lining of blood vessels, hindering the flow of blood and becoming the root cause of all adult diseases. But through the supply of oxygen, it can effectively restore the weak cardiopulmonary function.
2. Why does the human body lack of oxygen?
With the increase of age, the efficiency of various functions decreases, and the body's ability to consume oxygen will decrease with the increase of age. Studies have shown that after the age of 20, human radiation capacity begins to decline, with oxygen intake capacity decreasing at 2.5% per year in women and 2% in men. At age 70, women's oxygen consumption capacity drops to 37% of men to 45%.
Another key factor leading to body hypoxia is poor living habits, such as excessive intake of excessive fat content, lack of active exercise, excessive work pressure and some diseases, which can also lead to body hypoxia.
3. Why must the hyperbaric oxygen chamber be treated?
2019 Nobel Prize in Physiology and Medicine GreggL. Semenza And other research results show that cells can keenly sense the oxygen content of the environment, and more than 300 cell gene expression changes in the hypoxic environment, and the cell metabolism is changed. Chronic hypoxia can lead to accelerated body aging and an increased risk of disease.Whether these risks can be avoided by increasing the amount of inhaled oxygen, such as using medical oxygen masks, the answer is no. Under normal atmospheric pressure, the ability of hemoglobin combined with oxygen is limited, oxygen saturation at 95% -98%, simply increase the amount of oxygen inhalation does not improve oxygen content in the blood, that is why in the plateau area in hypoxia state of oxygen bottle oxygen does not effectively alleviate the symptoms of hypoxia.
By increasing the atmospheric pressure in the surrounding environment, it can effectively enhance the ability of hemoglobin to bind to oxygen. Therefore, the necessary conditions for the use of oxygen treatment are the appropriate high pressure environment and the high concentration of oxygen, and only the hyperbaric oxygen chamber can effectively achieve the purpose of treatment.
4. What are the use effects of the hyperbaric oxygen chamber?
The tracking record of users shows that the use of a hyperbaric oxygen chamber can significantly reduce headache, relieve physical and mental stress, and treat insomnia in a short period of time (2 months). In the medium term (6 months) can significantly improve the body's immunity, relieve brain hypoxia symptoms, relieve memory loss. Long-term use (1 year) can delay the aging and improve the skin condition.
A study by the world's top medical laboratories on hyperbaric oxygen chamber therapy also showed a 37% reduction in senescent cells in 35 elderly people, which were 25 years younger than before treatment. At present, the auxiliary function of the hyperbaric oxygen chamber in the treatment of cancer and senile dementia and the recovery after injury is also recognized and confirmed by the major medical institutions, and has been widely used.