What is HBOT?
Hyperbaric Oxygen Therapy (HBOT) utilizes 100% medical-grade oxygen delivered at elevated atmospheric pressure to enhance oxygen delivery to hypoxic tissues, promote angiogenesis, and support cellular repair processes. By increasing plasma oxygen concentration, HBOT facilitates the body's intrinsic healing mechanisms, making it a valuable adjunct in the treatment of injuries, chronic wounds, and other conditions characterized by impaired tissue oxygenation. Unlike pharmacologic interventions that may primarily manage symptoms, HBOT targets underlying physiological dysfunction, promoting recovery at the cellular level.
By super-saturating the body with oxygen rich air, patients may experience several benefits including more efficient and faster healing, leading to significant improvement in their quality of life.
- HBOT helps wounds heal by bringing oxygen-rich plasma to tissues that lack oxygen. When wounds damage blood vessels, fluid leaks into nearby areas and causes swelling. This swelling limits oxygen delivery, leading to cell and tissue death. HBOT reduces swelling and floods the tissues with oxygen. The increased pressure in the chamber raises oxygen levels in the blood, helping to stop the cycle of swelling, oxygen loss, and tissue damage.
- HBOT also helps prevent “reperfusion injury,” a type of tissue damage that happens when blood returns after oxygen loss. For example, a crush injury can block blood flow, and when circulation resumes, harmful oxygen radicals can form and damage tissues. HBOT boosts the body’s ability to neutralize these radicals, keeping blood vessels open and allowing healing to continue.
- In addition, HBOT blocks harmful bacteria and strengthens the immune system. It can neutralize bacterial toxins and increase tissue oxygen levels, helping the body resist infection. The therapy also improves the function of white blood cells so they can better fight off invading organisms.
- Finally, HBOT encourages the growth of new blood vessels, collagen, and skin cells. It stimulates cells to produce substances like vascular endothelial growth factor (VEGF), which attracts and activates the cells needed for tissue repair and wound healing.
