Recent literature has shown value in applying hyperbaric oxygen therapy for helping the viability of organ transplants, including liver and kidney. Now, a new study has shown that hyperbaric oxygen therapy  was significantly effective in enhancing the survival of transplanted ovarian follicles and therefore, can be effectively used for the enhancement of survival of transplanted ovarian tissues <view study> Read Less

Preliminary studies in mice have confirmed potential benefits for obesity. Here in this study, they focused on diabetic obese mice that had fatty liver disease. This is a population base that is on a significant rise for humans. The mice that were given hyperbaric oxygenation therapy, had a significantly lower body weight than those of the control group. The authors concluded that HBOT has the advantage of improving obesity in patients with metabolic syndrome. The only disadvantage was greater oxidative damage that would occur in the liver. This could easily be rectified with proper dosing of oxygen and proper nutritional therapy for antioxidant protection at the time of delivery. Hyperbaric oxygen therapy, has already been researched for helping the diabetic population, in many ways (like wound healing, cardiovascular disease, heart attacks, blood sugar control, and much more); Now, we can add metabolic syndrome to the equation <view study> Read Less

This study reviews the effectiveness for applying HBOT for TBI, and makes a strong argument for both the early application, and also for delayed treatments, with the common variable being multiple sessions at low atmospheric pressure. This dosage would reduce intracranial pressure, improve mortality, as well as promote neurobehavioral recovery <view study> Read Less

This study  published by the Department of Dermatology in Kangbuk Samsung Hospital cited that if low level light therapy was delivered with an appropriate wavelength and energy density, then the potential for a significant effect exists. It was also noted that infrared light is associated with improved blood flow and neovascularization (new blood vessel growth or angiogenesis). Based on these factors, the following are the clinical applications:

1. Accelerated wound healing, particularly non-healing wounds through collagen formation, with 'quicker and better' wound healing
2. Pain and inflammation, including pain that occurs post surgery and particularly where edema and inflammation are involved and where many states of inflammation can be significantly reduced. Human patients were presented to show the benefits on treatment-resistant inflammatory disorders

L.E.D. Low Level Light Therapy "as an adjunct to conventional surgical or nonsurgical indications is an even more exciting prospect. LED-LLLT is here to stay" <view study> Read Less

Hyperbaric oxygen therapy is a used to treat difficult wounds in many cutting-edge hospitals and wound centers mainly due to it’s ability to promote growth of new tissue and blood vessels. Researchers have now taken this further to see if the healing effects of oxygen can also be shown for the intervertebral discs. This is a debilitating condition for a wide range of the population and are seen in more as people age and also for those who have suffered physical trauma to the area (ie, contact sports or accidents and falls). The following study shows us the mechanism involved in hyperbaric oxygen’s application for treating degenerative discs. Since this treatment modality is non-invasive, it should now get considerable attention for an adjunct treatment modality for disc degeneration <view study> Read Less