Chiropractor Chandler AZ
Oxygen is essential to human life: a primary purpose of the human circulatory system is to deliver oxygen to body tissues and organs. When oxygen supply is restricted, a condition known as ischemia, the result can be permanent injury or death for vital organs such as the heart and/or brain. In addition to its vital role in sustaining life, oxygen is also therapeutic. Supplying extra oxygen in the area of an injury (e.g. injured nerves in peripheral neuropathy) can support biogenesis and healing. This, in a nutshell, is the logic behind hyperbaric oxygen therapy: to create an oxygen-enriched environment to help the body heal.
In order to do this, two things must happen. First, the body needs to be supplied with pure oxygen: five times that found in sea-level atmosphere. Second, this concentrated oxygen needs to be delivered under increased atmospheric pressure, to enable blood plasma to absorb the oxygen in such concentrated form (Schaefer, 1992). ATA is a standard measurement of atmospheric pressure: 1 ATA is equivalent to pressure at sea level (14.7 psi). At sea level, blood plasma concentration of oxygen is 0.3 ml per deciliter (Tibbles & Edelsberg, 1996).
Hyperbaric chambers are pressurized to 1.3--3 ATA: the equivalent to being up to 66 feet below the surface of the ocean (Schaefer, 1992). One of the earliest uses for hyperbaric oxygen therapy was to treat carbon monoxide poisoning, which remains the most common cause of death by poisoning in the United States (Tibbles & Edelsberg, 1996). Hyperbaric oxygen therapy is still considered the gold standard for reducing the effects of acute carbon monoxide poisoning; additional treatments may ameliorate long-term neuropsychological deficits (Tibbles & Edelsberg, 1996).
HBOT involves breathing increased oxygen in a pressurized chamber to boost healing and repair in the body by increasing oxygen delivery to the tissues.
Under pressure, more oxygen is bound to the hemoglobin in red blood cells, and increased oxygen molecules are dissolved in the blood. More oxygen in the bloodstream means more oxygen is delivered to the tissues. It is highly effective for chronic and non-healing wounds and illnesses due to its increased oxygen delivery, which is why it is highly recommended for diabetic ulcers and other skin conditions that are not healing. In addition to the increased healing seen with oxygen and increased mitochondrial activity, as well as the production of ATP, there is also an anti-inflammatory effect and a positive response from the immune system.
No. Hyperbaric oxygen therapy has been used for many years. It was initially used for diving-related illnesses, such as decompression sickness, also known as the “bends.” It was then studied for burn victims and to enhance skin healing.
Soft and hard-sided chambers are used. Hard chambers have greater oxygen concentration and pressure than soft-sided chambers.
Mild Hyperbaric oxygen therapy, which refers to soft-sided chambers.
Hard chambers reach higher pressures and utilize 100% oxygen. Soft chambers utilize lower pressure and either room air or an oxygen concentrator to increase available oxygen.
No, most people describe the experience as relaxing. A few people will experience pressure behind the ear or a sensation of a headache if they cannot equalize pressure in their ears. It is the same feeling as when our ears are not equalizing pressure on an airplane, which is why people refer to it as “airplane ear.” Often, yawning, chewing gum, or swallowing will solve the problem. Infrequently, it will persist, so we lower the pressure and stop the therapy. Often, this occurs when a person is experiencing a head cold, allergy, or sinus congestion. Most people are then able to reschedule and complete the therapy on another day.
You will hear the pump pressurizing the chamber at one end and air escaping through the escape valve on the other end. The consistent hum of the pump can be soothing. Some people sleep. Others read or are on their phone. In soft-sided chambers, you can bring electronics into the chamber. Electronics are not allowed in hard-sided chambers.
You lie in the chamber, it pressurizes over a few minutes. The session usually lasts 60-90 minutes, and then depressurizes over several minutes.
Most people feel relaxed. Some people feel energized while others can feel tired after treatment. It depends on the person.
Some notice improvements in a few sessions; others take weeks. Acute injuries and post-surgical responses occur very quickly Long-term benefits depend on the condition. Wound healing is usually permanent; those used for neurological conditions may require ongoing maintenance.
Those with untreated pneumothorax, certain ear or sinus conditions, or recent ear surgery.
Yes, under supervision. I get into the chamber with my children, and we have seen a positive response. It's used off-label for conditions like autism, cerebral palsy, and more.
Any condition that will benefit from increased oxygen, which is why acute and chronic conditions respond well to treatments. We see many people post-surgery to enhance healing. People with chronic respiratory illness benefit. Diabetic foot ulcers are commonly recommended to seek hyperbaric treatments. In addition, a growing number of people utilize the therapy for age-related and neurodegenerative diseases.
People have seen professional athletes utilize hyperbaric oxygen for recovery, such as Lebron James and Novak Djokovic. It is gaining popularity among individuals seeking wellness or looking to optimize their health.
More information below on specific conditions.
It depends on your condition being treated, physical health, and goals. Treatment plans can range from 5 to 80.
We utilize soft-sided chambers and charge $50 per session. Packages of 6 and 12 reduce the per-session costs. We know we charge less than other offices, and we do this because we want people to utilize and benefit from hyperbaric treatments. Hard-sided chambers typically cost between $100 and $150 a session.
Not for soft-sided chambers. Soft-sided chambers are very safe. In the news, people have reported several incidents involving hard-sided chambers that operate at 100% oxygen and higher pressures. There are increased requirements and supervision at these facilities that utilize hard-sided chambers due to the associated risks.
The soft-sided chambers we utilize are one of the larger models available, and they have a window to see out of, which is helpful. Generally, if people are comfortable in elevators, they usually do well in the chamber. When a person cannot be in an elevator because of their claustrophobia, they often struggle being in a hyperbaric chamber.
Early studies show potential; it's being explored but not yet widely accepted or approved. We have observed that some individuals respond well to the treatment, while others do not. It is once again an individual response.
Schaefer, S. (1992). Fundamentals of hyperbaric oxygen therapy. Orthopaedic Nursing, 11(6), 9-15.
Tibbles, P. & Edelsberg, J. (1996). Hyperbaric oxygen therapy. New England Journal of Medicine, 334(5), 1642-1648.