For Healthcare Professionals

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Hyperbaric oxygen therapy is recommended to clinicians as an adjunct to current medical and surgical treatments to boost, assist and accelerate the rehabilitation and healing process. HyOx Medical Treatment Center teams works in tandem with current patient treatment protocols directed by the referring physician and acts as an ancillary arm to the doctor’s practice by also offering wound care, physical therapy, respiratory therapy, and nutritional counseling.

As a healthcare professional, we invite you to expand your knowledge and explore the evidence-based science of hyperbaric medicine based on this simple premise: When a patient breathes 100 percent oxygen in a pressurized hyperbaric chamber, the elevated air pressure leads to a 10 to 15 fold increase in tissue oxygen content. This hyperoxygenation increases the amount of oxygen carried by the blood to your patient’s injured, wounded or diseased areas.

Hyperbaric oxygen is dissolved in the patient’s plasma and is available to the cells in the molecular form or what is referred to as bio-available gas. During the two-hour hyperbaric oxygen treatment, buffers latch onto the molecular oxygen and diffuse by osmosis to cells throughout the patient’s body, including tissues that are hypoxic. The oxygen then is slowly released back to the surrounding cells over the next 24-48 hours.

Hyperbaric oxygen therapy boosts healing by:

• Supersaturating the plasma with oxygen. It affects collagen deposition, tensile strength, fibroblast and osteoclast activity, and the rate at which wounds close and some antibiotics work.
• Reducing edema in graft sites, burns and compartment syndrome injuries by vasoconstriction. Results in a reduction of blood flow in tissues and, simultaneously, a 10-fold increase in oxygen levels.
• Promoting neovascularization to help heal radiation tissue and bone damage, refractory osteomyelitis and non-healing wounds.
• Strengthening the body’s anti-bacterial and anti-microbial activity builds the body’s defenses and inhibits the growth of a number of anaerobic and aerobic organisms at the wound site.