Hyperbaric chamber for athletes has become a well-known treatment for various injuries suffered in the game of sport. A hyperbaric chamber, or "spacesaver" as it's often called, is a sealed room containing pure oxygen at levels many times higher than what would be found in the average person's lungs. This type of environment creates an environment that is extremely beneficial in supporting various healing processes. It has also proven to help reduce swelling and to speed up healing. As well as these benefits, hyperbaric chambers have also been shown to improve overall brain health. How can this happen?
The chambers provide a very high pressure exerted to the skull and brain tissues. High pressure is needed in order to stimulate the cells to repair themselves. In the case of brain cells, this actually causes them to regenerate faster and reach the point where they are basically fully repaired. In the case of the muscles, the hyperbaric oxygen therapy actually increases the number of damaged cells and decreases the number of new ones, which leads to less pain and injury during exercise.
As well as benefiting sportsmen and women who play competitive sports, the hyperbaric chamber can also be used for recovering from life threatening injuries received during daily life. Strokes, heart attacks, burns and other conditions have all been treated successfully using this technology. The oxygen rich environment speeds up the natural regeneration process to provide you with the greatest possible chance of being fully recovered. Patients experiencing from these types of life-threatening injuries are able to resume their normal active lifestyle shortly after receiving treatment.
Hyperbaric chambers have also proven to have a positive effect in brain disease and dementia. In the case of patients suffering from Alzheimer's, it has been proven that a hyperbaric chamber immediately after a patient has undergone a head scan can help improve their visual ability and short term memory. Brain cells tend to regenerate much quicker in an oxygen enriched environment and the oxygen deprived brain tissue is able to quickly absorb this vital nutrient.
Hyperbaric oxygen therapy has also shown to reduce the risk of developing osteoporosis. As previously mentioned, it helps repair muscle tissue after an injury and also reduces muscle and joint stress during physical activity. As the body repairs itself it releases the harmful free radicals that can contribute to the development of kidney diseases. The hyperbaric chamber for athletes provides the body with the nutrients it needs for quick recovery from muscle strain and repair. Injuries such as tennis elbow, plantar fasciitis and strained ligaments can be treated very quickly using this method. Athletes who suffer from repetitive knee injury or torn muscle ligaments also find this method to be highly effective in terms of reducing pain and swelling.
Many patients who suffer from the effects of compartment syndrome also find great relief using the hyperbaric chamber for athletes. Compartment syndrome occurs when the lungs, heart and other internal organs are overworked due to the lack of oxygen in the body. This can lead to increased muscle tension, decreased blood flow and increased chemical and immune response. Many physiotherapists who use the method to treat patients suffering from compartment syndrome have found that it reduces muscle tension, reduces elevated blood pressure and oxygenated blood is delivered to the damaged area.
Physiotherapists also use the hyperbaric chamber for athletes recovering from concussions to help prevent further injuries. concussions can be extremely traumatic, leaving athletes depressed and unable to think straight. By using the chamber, the physiotherapist helps increase the oxygen level in the brain and prevents depression and mood swings. It has been successful in treating post-concussive syndrome, the symptoms associated with a concussion.
Hyperbaric oxygen therapy has also proven effective in the treatment of physical stress injuries, such as those suffered during motorway accidents. When the human body is under physical stress, it produces more energy than it normally would. However, the body's metabolism also slows down, which can result in reduced oxygenation. The hyperbaric chamber allows more oxygen to reach the damaged parts of the body because of the increased circulation caused by the increased pressure. As more oxygen reaches the damaged area, more energy is produced, helping the injured person to recover much faster.
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