Mitochondria are the powerhouse organelles inside every cell and have a direct relationship between the energy required by the cell and its tissue function, including repair and regeneration. Mitochondria are present in all metabolically-active tissue and cells inside the body, with the brain having the highest levels, due to its energetic demands and responsibilities. In this study, researchers demonstrated that only 5 days of hyperbaric oxygen therapy was able to produce nearly a 3 fold boost in mitochondrial DNA.

This could explain many of the REPORTED BENEFITS that have been reported with HBOT, as this procedure fundamentally improves the ENERGY LEVELS within ALL tissue.

More importantly this study has enormous implications following brain injuries, where the brain is in desperate need for greater energy levels needed for its repair <view study> Read Less

An attention-getting report on low pressure hyperbaric oxygen therapy was published in the Journal of Pediatrics in 2005. Here, a 15 year old patient with fetal alcohol syndrome completed a short course (40 sessions) of hyperbaric oxygen therapy, followed by another short course 6 months later (33 sessions). The improvements were immense, causing the lead doctor to publish these findings <view study> Read Less

With the growing rise in autism, hyperbaric oxygen therapy is seeing its own rapid growth, particularly in many research facilities. Strong data is now pointing to the potential benefits that this procedure may provide for autistic children. This study looked at 1.3 ATA (lower pressure hyperbarics) with using slightly higher than room air oxygen levels, and were able to show significant improvements, within a 40 sessions protocol. By giving lower pressure protocols without the added need for 100% oxygen, hyperbaric oxygen therapy can now be much more readily accessible than previously before — the implications are enormous! <view study> Read Less

“The best experience of HBO use as a recovery method from muscular fatigue occurred during the Nagano Winter Olympics with seven participating athletes. After physical activity, the athletes received HBO treatment for 30–40 minutes at 1.3 ATA, with a maximum of six times per athlete and an average of two times per athlete. An athlete who experienced tension and sharp pain of the abdominal muscles was able to play a game after HBO treatment with almost no pain. Another player who was experiencing anterior knee pain was treated within 2 days of injury and was able to perform afterwards with no difficulty. These test cases show that HBO treatments demonstrate high performance without adverse effects such as muscular pain and nerve paralysis. Players were also able to benefit from the conditioning effects of HBO treatment” <view study> Read Less

"This review explains the rationale for the use of hyperbaric oxygen therapy and reports on the initial research in the area of hyperbaric oxygen in sports-induced injury. The initial human and animal model studies have shown promising, and in some instances significant, acceleration of healing. The potential benefits for sports injuries appear to be a blunting of initial injury, possibly by controlling the neutrophil adhesion and release of oxygen free radicals as well as an enhancement of healing processes requiring oxygen-like collagen formation phagocytosis". <view study> Read Less