What is Hyperbaric Oxygen Therapy?
Hyperbaric oxygen therapy (HBOT) is the process of breathing 100% oxygen at increased atmospheric pressure. A treatment method that dates back to the 1600s, hyperbaric oxygen therapy has been around for centuries. A British cleric named Henshaw is credited with being the first to build and operate the first famous hyperbaric chamber.
As an effective treatment for scuba diving and the risk of decompression sickness, hyperbaric oxygen therapy is at the forefront of treating a variety of injuries and diseases. Some other conditions for which hyperbaric oxygen therapy is known to help include anemia due to blood loss, gas gangrene, radiation damage, carbon monoxide poisoning, and more.
The air pressure in the hyperbaric oxygen therapy room has increased by two to three times. This increases the ability of the lungs to absorb more pure oxygen than under normal stress conditions. This allows your lungs to distribute extra oxygen throughout your body, help fight bacteria and promote the release of growth factors and stem cells to promote healing.
How does hyperbaric oxygen therapy work?
Hyperbaric oxygen therapy helps wounds heal by bringing oxygen-rich plasma into oxygen-poor tissue. Essentially, a wound damages the body's blood vessels. Fluid released by these damaged blood vessels (due to the wound) can seep into surrounding tissue, causing swelling problems. Tissue begins to die because swelling prevents oxygen from entering damaged cells. The high pressure in a hyperbaric chamber increases oxygen levels in the blood and is designed to stop the inevitable cycle of swelling, hypoxia, and tissue death.
Hyperbaric oxygen therapy strengthens the body's immune system by blocking the action of harmful bacteria. It also helps strengthen the immune system.
Certain bacterial toxins can be disabled using a hyperbaric oxygen therapy room. It increases the oxygen concentration in tissues, which helps them fight infection. Not only that, but hyperbaric oxygen therapy also helps improve the ability of white blood cells to seek out and destroy harmful invaders.
Hyperbaric oxygen therapy also promotes the formation of new blood cells, which help form all new collagen and skin cells.
5 Ways HBOT Can Change Your or Your Loved One's Life
1. Hyperbaric oxygen therapy for air and gas embolism
Air bubbles moving in the bloodstream block the flow of blood to vital organs and tissues in the body. This is called an air or gas embolism. The primary treatment for air or gas embolism is hyperbaric oxygen therapy (HBOT). HBOT increases atmospheric pressure and therefore reduces the size of air or air bubbles. This helps it dissolve easily into the bloodstream.
2. Hyperbaric oxygen therapy helps hypoxia
Prolonged exposure to oxygen may be a key feature of several disease states. Providing more oxygen to affected patients will help relieve hypoxia. The method of delivering oxygen to hypoxic tissue is important, and that's where HBOT comes in. The use of a hyperbaric chamber helps to adjust the oxygen levels in the plasma. This helps hemoglobin reach its maximum oxygen-carrying capacity.
3. Hyperbaric oxygen therapy for brain infections
One of the most serious diseases of the central nervous system is an intracranial or brain abscess. A potentially life-threatening disease, it is a brain infection that produces
Pustular area. This condition is more common in children aged 4 to 7 and men under 30. Treating this condition can be a medical challenge, and many patients simply do not survive.
The use of hyperbaric oxygen to treat brain infections (in addition to conventional therapy) often helps shorten the duration of antibiotic therapy, can reduce hospitalizations, and even increase chances of survival. HBOT is FDA-approved to treat this condition.
4. Hyperbaric oxygen therapy for trauma
Traumatic injuries such as concussions caused by external forces, wounds penetrating the skull, or even other closed head injuries can be treated with hyperbaric oxygen therapy. Hyperbaric chamber therapy can be used in trauma patients to help relieve symptoms, speed recovery, and more by promoting the repair of damaged tissue, angiogenesis, and blood vessel growth.
5. Skin Grafting
When an external wound requires a skin graft from one place to another to cover the wound, it is called a skin graft. not only transplant
in, but also deeper tissues like blood vessels, muscle, or even bones, is called a skin flap.
Both skin flaps and skin grafts need a healthy, highly oxygenated transplant site in order to be successful. To promote optimal healing and to prepare the wound site before transplantation, a hyperbaric oxygen chamber is used. This helps encourage the increase of blood flow and oxygen to the affected areas.