How HBOT Works
Increased Tissue Oxygen Levels
Under normal pressure conditions, the haemoglobin in red blood cells is responsible for transporting oxygen to all types of tissue in the body. An increase in air pressure results in the dissolution of oxygen directly into the blood plasma, thereby raising tissue oxygen levels by up to 1,200%. This ensures that oxygen is delivered to organs that are in need of it, including areas affected by injuries, stroke, cancer or numerous other conditions.
Improved Blood Flow
Oxygen plays an important role in reducing swelling and inflammation, allowing for improved blood flow to damaged tissue or areas affected by hypoxia (when the body is deprived of adequate oxygen supply).
Increased Energy Production
By enhancing mitochondrial efficiency, more ATP (the energy currency of the cells) is generated, leading to an elevated metabolic rate and improved tissue repair.
Anti-Inflammatory
Oxygen has an anti-inflammatory effect by reducing the release of inflammatory substances and by constricting leaky blood vessels.
Cellular Protection
Surplus oxygen acts as a hormetic stressor, prompting the internal production of antioxidants in the cells. This makes tissues more resistant to toxins and enhances healing processes. It is especially desirable in cases of surgery, chemotherapy or radiotherapy.
New Tissue Formation
HBOT prompts stem cell mobilisation, new vessel formation, new collagen synthesis, fibroblast activation and telomere lengthening, which collectively contribute to overall healing and longevity. Furthermore, surplus oxygen assists in the disposal of old and dysfunctional cells (apoptosis) and the clearance of waste material. These processes enable optimal tissue healing and new nerve cell and synapse formation after a traumatic brain injury or stroke, for example. They also improve outcomes in the treatment of dementia, Parkinson’s and other chronic conditions.
Pain Relief
The opioid-like effect of oxygen and a reduction in inflammatory cytokines with a subsequent decline in swelling results in reduced pain levels.
Antibacterial Effect
Oxygen directly destroys harmful microorganisms, making it an effective natural antibiotic therapy.