Mild Hyperbaric Oxygen Therapy - Hyperbaric Chamber
WHAT IS MILD HYPERBARIC OXYGEN THERAPY?
Mild hyperbaric oxygen therapy (mild HBOT) involves breathing concentrated oxygen in a pressurized chamber. Because of the increased pressure, oxygen loads not only the red blood cells but the plasma as well, allowing the increased oxygen to deeply penetrate the body’s tissues. It boosts cell growth by delivering increased amounts of oxygen to blood, tissues, and organs. Increased oxygen accelerates bone, skin, and muscle regeneration, helps the body fight infections more effectively, and has a powerful anti-inflammatory effect.
The mild hyperbaric oxygen therapy accelerates your healing process, strengthens and normalizes the immune system, and allows body functions to improve.
Over time the combination of increased oxygen and increased pressure allows tissues and organ function to change in ways that were perhaps not physiologically possible before the treatment. HBOT is a powerful anti-inflammatory and normalizes immune function, so is helpful for autoimmune and inflammatory disease, such as rheumatoid arthritis and its many related forms. It stimulates growth factors and mobilizes stem/progenitor cells, which aid in the recovery of damaged organs and tissues. It is used pre- and post-surgery to facilitate good outcomes. HBOT encourages DNA switching and mitochondrial biogenesis, which are critical in neuro-rehabilitation and treatment of autism, cerebral palsy, stroke, and traumatic brain injuries. It allows healing of delayed radiation and thermal injuries by encouraging neo-vascularization—stimulating the growth of small capillaries back into damaged tissue. Athletes use it for its performance enhancing qualities and to aid muscle healing.
HYPERBARIC OXYGEN TREATMENT - a patient's guide
Dr Michael Woodbridge | - Hyperbaric Physician | Auckland New Zealand
HBO physically dissolves extra oxygen into the plasma and tissues. Breathing pure oxygen at twice atmospheric pressure increases the tissue oxygen pressure in compromised tissues to normal or greater-than-normal values. It then induces the formation of new capillaries in ischaemic or poorly perfused wounds due to the extreme oxygen gradient between the well oxygenated and hypoxic areas.
Effects on the micro circulation:
High-pressure oxygen causes vasoconstriction in normal tissues while maintaining oxygenation. This narrowing does not occur in injured, ischaemic tissues. Oedema is reduced up to fifty percent through preservation of high-energy phosphate bonds (ATP) in the cells. Oxygen diffuses two to three times as far from capillaries into tissues when breathed under pressure. This keeps injured tissue with sparsely functioning blood vessels alive.
HBO inhibits the growth of a number of anaerobic organisms and enhances white cell killing of aerobic organisms. HBO can double or triple the bacteria-killing ability of white cells. It is particularly useful in patients where resistance factors are compromised. HBO acts synergistically to most antibiotics and even potentiates the bactericidal effect of aminoglycosides.