Know The Physics Of Hyperbaric Therapy

There might be several reasons for which hyperbaric therapy might be offered to a patient. Therefore, it is very essential to know the physics of hyperbaric therapy, so that increased awareness about the treatment can make patients participate in the program, and consequently, avoid the subsequent risks associated with it. This therapy is also often known as oxygen therapy can help a patient to breathe full oxygen, even when the condition of pressure is greater than the normal atmospheric pressure. Since pressure is applied in this therapy on the patient, the blood gets the capability to take huge volumes of oxygen.

Since the blood is filled with oxygen even at such a pressure condition, it quickens the process of healing. The damaged tissues in the body get the supply of blood along with oxygen to get healed at the earliest. The physics of hyperbaric therapy has proved to be effective for healing several complicated cases like burns, diabetic ulcers, poisoning of carbon monoxide, infections in soft tissues, wounds that are unable to heal and many other conditions. In fact, right after surgery, this therapy is also often used in cases of plastic surgery, so that the supply of oxygen in the body remains normal, and consequently, it helps in quick healing reducing the cut pains.

Apart from that, if you have a look at the physics of hyperbaric therapy, you would understand that there is also another reason for which this therapy is used. Oxygen has an anti bacterial effect, as a result of which it can easily fight against any kind of bacterial infections. In fact, studies conducted gives evidence to the fact that this treatment has the capacity to reduce the times of recovery by about 50 percent. This is the reason for which more medical professionals are advised to take training on this therapy.


"Love it! "This is the kind of educational tool needed for hyperbaric, covers the entire process in a systematic fashion that can only improve your skill set"! "

- Tim Mayhugh LPN, CHT, CHWS

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