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Decompression sickness in Ireland-a review
Irish Journal of Medical Science, 1993In the last decade there has been an increase in the incidence of decompression sickness in Ireland. The modern diver, equipped with specially developed diving equipment, is exposed to abnormal physiological conditions. This has resulted in a spectrum of medical conditions, which need to be recognised, diagnosed and treated.
P. O’Beirn +2 more
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Physiological Factors in Decompression Sickness
Archives of Environmental Health: An International Journal, 1965Physiological factors in decompression sickness, noting recompression, plasma replacement ...
Abraham T. K. Cockett +2 more
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Acclimation to decompression sickness in rats
Journal of Applied Physiology, 2010Protection against decompression sickness (DCS) by acclimation to hyperbaric decompression has been hypothesized but never proven. We exposed rats to acclimation dives followed by a stressful “test” dive to determine whether acclimation occurred. Experiments were divided into two phases.
Elizabeth Montcalm-Smith +7 more
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Inner ear decompression sickness
The Laryngoscope, 1976AbstractWith recent increases in commercial, military, and sport diving to deeper depths, inner ear injuries during such exposures have been encountered more frequently and noted during several phases of diving: during compression, at stable deep depths, with excessive noise exposure in diving, and during decompression.
P. B. Bennett +3 more
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Decompression Sickness in a Private Pilot
Southern Medical Journal, 1995Although safe, civil aviation can result in some unique medical problems. Most physicians are not familiar with aviation-related medical problems. One such problem, decompression sickness, is not mentioned in most medical texts, and is not included in most medical school instruction.
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Hypobaric decompression sickness
Emergency Medicine, 1995AbstractThe Royal Australian Air Force (RAAF) mimics emergency aircraft decompression and hypoxia in a chamber decompressed over two to six minutes to a simulated altitude of 25,000 feet (7500m). Air crews in the chamber are trained to use oxygen apparatus including positive pressure breathing systems under these conditions.
Carlos Scheinkestel +4 more
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SCOTOMA AS A COMPLICATION OF DECOMPRESSION SICKNESS
Archives of Ophthalmology, 1946EARLY attention to physiologic disturbances on ascent to high altitudes was directed to the effects of decreased partial pressure of atmospheric oxygen. The elimination of this factor with the use of modern oxygen equipment has disclosed new aspects of the situation no less serious in the development of full utilization and effectiveness of present and
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Type II decompression sickness
Irish Journal of Medical Science, 1981Type II decompression sickness is described in a 22 year old healthy male following a deep sea diving exercise off the Irish coast.
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Decompression Sickness in Aviation
1970Although the clinical syndrome of decompression sickness was recognized in divers and compressed air workers as ‘caisson disease’ some 120 years ago, the first clear description of decompression sickness arising in men exposed to sub-atmospheric pressure was not made until 1930.
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Screening test for decompression sickness
Plastic and Reconstructive Surgery, 1977The fibrin-fibrinogen degradation products (FDP) tests were studied in 18 patients having a history of illness associated with diving. FDP tests were performed prior to hyperbaric oxygen therapy (OHP). Eight patients were serious neurologic signs had positive FDP tests and required repetitive therapy.
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