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Physiological responses to head-out immersion in water at 11 ATA.

by HBOT News | Mar 1, 1978 | Stroke

Abstract: Cardiorespiratory, thermal, and renal responses to a 30-min head-out immersion in 15 degree C water were studied at 1-ATA air and 11-ATA helium-oxygne environments in four male subjects wearing dry suits. Cardiorespiratory responses to immersion (reductions...

Hana Kai II: a 17-day dry saturation dive at 18.6 ATA. IV. Cardiopulmonary functions.

by HBOT News | Sep 1, 1977 | Stroke

Abstract: Impedance plethysmography was used to measure resting cardiac stroke volume (SV) and thoracic conductive volume (TCV) in four divers at intervals during a prolonged dry saturation dive (17 days at 18.6 ATA and 7 days’ decompression). Resting heart rate...

[Effect of hyperbaric oxygenation on the circulatory function in rheumatic mitral valve disease].

by HBOT News | Mar 1, 1977 | Stroke

Abstract: The effect of a hyperbaric oxygenation course (10-14 exposures, one exposure daily at 0.7-1.0 ATA) upon the circulation function was studied in 61 patients with rheumatic mitral valve disease combined with systemic circulation insufficiency. The obtained...

[Hyperbaric oxygenation, its perspective in cardiac surgery (author’s transl)].

by HBOT News | Jan 1, 1977 | Chronic Heart Failure

Abstract: The present state of hyperbaric oxygenation permits now its application in surgery, reanimation and internal medicine. 153 patients underwent hyperbaric oxygenation: in 135 cases for cardiac surgery in combination with extracorporal circulation, in 18 cases...

Blast injury of the chest. A review of the problem and its treatment.

by HBOT News | Feb 1, 1975 | Chronic Heart Failure

Abstract: Primary blast injury of the chest is a potentially lethal entity. Immersion blast is even more damaging than that incurred out of water. Illustrative cases of a group of patients injured by an underwater explosion are presented. The pathogenesis, clinical...
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Hyperbaric Oxygen Therapy is used around the world to extend and improve quality of life by augmenting the treatment of all injuries, diseases and infections, as well as to improve overall wellness. HBOT involves breathing 100% oxygen in a pressurized chamber to increase oxygen levels in blood plasma. A century of clinical research has shown that increased oxygen in plasma accelerates our natural ability to heal through neurogenesis and angiogenesis.
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