Physical maintenance and recovery is fundamental to an athlete’s ability to perform at optimal levels regardless of the sport. HBOT works by boosting the body’s remarkable capabilities of self-healing.
Sports injuries often occur in tissues like tendons and ligaments that have low circulation to begin with. HBOT can quickly and effectively deliver oxygen to the damaged tissues beyond what typically occurs with normal circulation. The combination of pure oxygen and therapeutic pressure is the key, raising the arterial levels of oxygen 10 to 15 times higher than that produced by normal atmospheric pressure. This stimulates the growth of new blood cells and accelerates muscle tissue formation. It reduces inflammation, thereby reducing pain and swelling from injury or overuse.
While this therapy may seem complex on a cellular level, the treatment itself is simple. If you’re looking to treat chronic, nagging, injuries, maximize recovery from surgery or acute injuries, or just want to boost your performance, call us to discuss your goals. HBOT might just be what you need to achieve excellence.
BENEFITS OF HYPERBARIC OXYGEN THERAPY FOR ATHLETES
Athletes who use hyperbaric therapy often experience the following health benefits:
- Enhanced Physical Performance
Healing of Acute and Chronic Injuries
Improved Mental Clarity
Better Sleep
Recovery Pre-, Intra-, and Post-season
Decreased Soreness
Reduced Inflammation; Reduced Pain and Swelling
Heightened Energy
Treats Acute and Chronic Concussion
Reduce Reliance on Pain Meds
Why Use Hyperbaric Oxygen Therapy?
Why Use Hyperbaric Oxygen Therapy?
Hyperbaric oxygen therapy has been used for nearly 100 years by those seeking an alternative or supplemental treatment to address acute and chronic medical conditions. HBOT works via the combination of pressurized atmosphere and the inhalation of 100% pure oxygen to promote widespread healing in the body. It does this in several ways:
- Increases oxygen levels in the body
- Eliminates tissue hypoxia (low oxygen) by stimulating the growth of capillaries
- Reduces inflammation, thereby reducing pain and swelling and promoting healing
- Increases the number of stem cells in circulation throughout the body
- Increases the production and availability of neurotransmitters
- Stimulates connective tissue cells to promote wound healing
- Stimulates the immune system
- Inhibits the growth of some bacteria and kills anaerobic bacteria
- Improves the performance of some antibiotic medications
- Has antiviral effects
- Helps the body clear waste byproducts from the bloodstream