HBOT, or hyperbaric oxygen therapy, is a non-invasive treatment in which patients are exposed to 100% oxygen at increased atmospheric pressure. “Hyper” means “excessive,” while “baric” refers to pressure. The term “hyperbaric” refers to the practise of breathing oxygen at increased atmospheric pressures.
The majority of HBOT sessions take place in acrylic bed chambers, with patients lying supine. Oxygen is fed into the chamber through connecting pipes to raise the pressure gradually. As long as the pressure levels are not regulated, patients may feel pressure in their ears. Accessories like cotton balls or ear plugs might be utilised to lessen the severity of any embarrassment that may result.
Both soft and harsh versions of HBOT therapy exist. When the oxygen pressure inside the chamber is between 1.3 and 1.5 ATA, the treatment is considered mild HBOT. Scales used in extreme HBOT therapy typically fall between 1.5 and 2.0 ATA. Hyperbaric oxygen therapy was previously defined as the administration of oxygen at a concentration of 100%. Boundaries have shifted over time, though. Current scientific consensus holds that any oxygen concentration above 21% in ambient air constitutes HBOT therapy. Whatever the case may be, there are a lot of reasons why the therapy has been helpful.
Blood and other bodily fluids are oxygenated to near six times their normal levels during HBOT treatment. When oxygen is supplied in greater quantities to cells and tissues, they are stimulated into a functional state, meaning that they are no longer dormant and thriving despite a lack of upkeep. Cells that are hyperoxygenated are able to perform at their highest potential without expending excess cellular energy.
The increased oxygen flow to the skull and brain cells from this treatment helps to wake the brain up from its resting state. The method has shown promising results in treating cerebral hypoperfusion and neuroinflammatory behaviours in autistic children and adults. In order to create and release neurotransmitters, HBOT aids in cellular metabolism and the creation of glucose. The proper release of these transmitters is crucial to brain health and function.
Stem cell treatment, which is the focus of this study, increases the body’s natural ability to generate these cells, which are crucial for tissue and cell repair.
Better delivery of blood and oxygen to all regions of the body is just one more benefit of hyperbaric oxygen therapy (HBOT). Improved medication delivery to tissues and muscles and enhanced resistance to infection are two additional benefits of a healthy capillary network.
Collagen synthesis and new skin cell proliferation are two further processes aided by hyperbaric oxygen chamber therapy.
The body’s defence mechanisms are altered at the molecular and enzymatic levels. White blood corpuscles increase in number and improve their ability to fight germs, fungus, waste materials, and dead cells when given regular treatment.
Studies suggest that the body’s ability to produce glutathione is increased by about 15% after receiving HBOT therapy.
Also helpful for restoring cell and tissue damage from radiation treatment.
The enhanced brain oxygenation also reduces the toxic effects of carbon monoxide.
Since it aids in the destruction of specific types of anaerobic bacterial growths, its use in the treatment of patients with gas gangrene is highly beneficial.
Hyperbaric oxygen therapy near me is helpful in treating a wide range of illnesses caused by an inadequate supply of oxygen, including autism, stroke, cerebral palsy, multiple sclerosis, Alzheimer’s disease, air embolism, arthritis, gas gangrene, and carbon monoxide poisoning. Patients’ health and way of life can improve as a result of increased oxygen availability.
