Oxygen therapy for rheumatology
OxyHelp Industry Blog
by OxyHelp Industry
1y ago
HBOT is a very effective adjunctive treatment for Rheumatoid Arthritis procedures Rheumatoid arthritis is a chronic inflammatory autoimmune disorder that can affect the lining of the joints and cause painful swelling that will result in the erosion of bones and the deformation of joints, which aggravated, leads to physical disabilities. As an autoimmune disorder, rheumatoid arthritis develops when the immune system starts wrongly attacking its own body’s tissues. The process of inflammation involves soft tissues – tendons, ligaments and muscle, also it can affect the bone. Joint tissues (synov ..read more
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Academic research conclusion: Is exercising inside hyperbaric chamber the next big thing?
OxyHelp Industry Blog
by OxyHelp Industry
1y ago
The beneficial effects of hyperoxia supplementation on oxygen transport system capacity, lactic acid metabolism capacity, power output performance, and endurance exercise tolerance have been described in multiple previous studies (Sperlich et al., 2017; Cardinale and Ekblom, 2018). With regard to exercise performance, Knight et al. (1993) used a combination of femoral arterial and venous measurements of blood flow to show that HBO2 treatment could increase the VO2max of the exercising leg, and three other studies showed that hyperoxic conditions can enhance performance (Cunningham, 1966; Ekblo ..read more
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Oxygen therapy for neurology
OxyHelp Industry Blog
by OxyHelp Industry
1y ago
A prematurely aged brain has suffered years of abuse from our ever-increasingly toxic environment and unhealthy lifestyles. There is extensive research that shows HBOT may have an effect in rejuvenating a patient’s brain by stimulating the production of new blood vessels. Increased oxygen in the blood flow will re-energize dormant cells in the brain and create new ones. Oxygen to increase the energy supplied to the brain The brain is known to utilize almost all oxygen and energy delivered, it receives about 20% of body oxygen, 15% of cardiac output and 25% of total body glucose to sustain abou ..read more
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