We are only just discovering the full benefits of hyperbaric oxygen therapy for many conditions and injuries. The treatment involves introducing pure oxygen into the body to aid healing. When you are receiving the treatment, you have to enter a special pressurised chamber which is filled with pure oxygen so the levels in your tissues rise.
Usually, we breathe in air that has 21% oxygen, but in hyperbaric oxygen therapy, it is 100%! Here we look at just four of the benefits of this type of therapy that you may have heard of.
Reduces pain
According to the British Hyperbaric Association, hyperbaric oxygen therapy increases the concentration of oxygen in your tissues. This has the effect of reducing swelling which, in turn, reduces pain. It has been especially useful for treating deep wounds, speeding up the healing process.
Lowers the risk of bacterial infection
Hyperbaric oxygen therapy in Cheltenham from a specialist provider such as https://www.foreverclinic.co.uk/hyperbaric-oxygen-therapy/ may promote stronger cells which are better equipped to fight off bacterial infections. Bacteria can enter the body in several ways including through open wounds. Once inside, they can travel to sensitive organs including the brain. White blood cells, boosted by hyperbaric oxygen therapy can help to fight them off.
Reduces nitrogen bubbles
Deep sea divers or miners who have spent time working below sea level can get nitrogen bubbles released into their bloodstream. In some cases, these can block vital blood vessels causing heart attacks or strokes. Hyperbaric oxygen therapy gently shrinks the bubbles.
Prevention of reperfusion injuries
When blood returns to oxygen-deprived tissue, it can cause damage. This is a particular problem if the tissue has been without oxygen for some time. It is often seen during crush injuries. The blood vessels are restricted by the crushing forces and blood cannot flow as normal. As the blood starts to flow again, the body releases molecules that actually damage the tissue. Pressure therapy increases the levels of special molecules called free radicals that prevent this damage from taking place.
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