Athletic Performance & Injury Recovery

Hyperbaric Oxygen Health And Modality Programs

Athletic Performance & Injury Recovery in Scottsdale AZ

Hyperbaric Oxygen Health And Modality Programs

 

Athletic Performance Program

Achieve true health performance from the inside out while you regain and boost your athletic performance with Cerulean Hyperbaric Oxygen Health and Modality Programs. With the Athletic Performance Program you will increase VO2 Max and endurance, improve circulation and decrease inflammation. Our comprehensive cellular modality programs are unique and tailored to measure, quantify, improve, and track your overall cellular health.

Every program is enhanced by hyper oxygenation therapy in our premium Hyperbaric Oxygen Therapy (HBOT) chambers, allowing you to synergistically strengthen your immune system, improve fitness and performance, decrease inflammation, reduce oxidative stress, and improve circulation. Hyperbaric Oxygen Therapy, otherwise known as HBOT, has been recognized by the American Medical Association (AMA) and the Federal Drug Administration (FDA) as a trusted integrative treatment, with several FDA approved conditions and many off-label conditions supported by clinical studies.

By hyperoxygenating your body in our Hyperbaric Chambers, you will be able to intake oxygen levels greater than breathing air at normal atmospheric pressure, stimulating a wide variety of regenerative responses

benefits of hbot programs for athletic & injury recovery at cerulean:

Whether you need to recover, regain, maintain, or boost athletic ability, HBOT can help. Hyperbaric Oxygen Therapy accelerates recovery and healing timelines by increasing the body’s blood flow and circulation.

By boosting metabolism and immunity, HBOT at Cerulean helps our athletes reduce pain, eliminate fatigue, and clear inflammation while purging the body of toxins.

benefits of hbot programs for athletic & injury recovery at cerulean:

Whether you need to recover, regain, maintain, or boost athletic ability, HBOT can help. By upregulating stem cells and increasing mitochondrial performance, Hyperbaric Oxygen Therapy accelerates recovery and healing timelines by increasing the body’s blood flow and circulation.

By boosting metabolism and immunity, HBOT at Cerulean helps our athletes reduce pain, eliminate fatigue, and clear inflammation while purging the body of toxins.

HYPERBARIC OXYGEN THERAPY AND THE CERULEAN DIFFERENCE

HBOT at Cerulean offers our athletes an unparalleled suite of premium hyperbaric therapies designed to provide the highest possible health impact.

Whether optimizing athletic performance or supporting injury recovery, our three unique protocol offerings are designed to get you back in the game.

MEDICAL GRADE CHAMBERS:

Our hard-shell hyperbaric chambers are medical-grade & FDA approved to treat medical conditions. Soft-Shell hyperbaric oxygen chambers are not.

INDIVIDUALIZED TREATMENTS:

Our mono-place Hyperbaric Oxygen Therapy chambers allow for personalized treatment with only one individual at a time in the chamber

TAILORED HBOT PROTOCOLS:

Our chambers allow you to optimize cognitive & physical improvements by customizing and regulating accurate oxygen levels & pressure fluctuations.

Hard-Shell Chambers at Cerulean

At Cerulean we offer mono-place hard shell hyperbaric oxygen therapy chambers for one individual at a time. Hospitals and professional-grade clinics only use hard-shell hyperbaric oxygen chambers leveraging programmable PSI variability. Hard shell chambers are medical grade

Oxygen concentration levels and pressure levels in hard-shell hyperbaric oxygen chambers are higher and deliver results that cannot be achieved with soft-shell chambers.

Traumatic Brain Injury And Neuroplasticity

Hyperbaric Oxygen Therapy can impact the effects of a Traumatic Brain Injury (TBI)* or Concussion and assist the body’s natural healing process. By reducing inflammation, repairing damaged tissue, and opening new neuronal pathways in the brain, HBOT jumpstarts idling neurons and stimulates angiogenesis to develop new red blood vessels.

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