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J R Army Med Corps ; 152(3): 148-55, 2006 Sep.
Article in English | MEDLINE | ID: mdl-17295012

ABSTRACT

In the mid-summer months of June and July of 2003 some 6000 British Troops deployed to northern Kuwait to heat acclimatise in preparation for the relief of Forces then deployed in Iraq who had recently fought in Operation Telic. This paper outlines the clinical presentations and primary care management of heat illness as seen at a specialist Heat Illness Unit that had been collocated with the acclimatisation camps. It discusses the limitations within current MOD heat illness guidance and makes general recommendations for future deployments. Whilst it was seen that the perception of risk by senior Commanders and the pre-deployment preparation was correct, the extreme temperatures seen, averaging 46 degrees C, still resulted in a heat illness rate of 50/1000 during the first 10-14 days of deployment.


Subject(s)
Heat Stress Disorders/therapy , Military Medicine , Mobile Health Units/organization & administration , Adaptation, Physiological , Body Temperature , Cryotherapy , Crystalloid Solutions , Fluid Therapy , Humans , Humidity , Isotonic Solutions/therapeutic use , Kuwait , Length of Stay , Military Personnel , Patient Care Team , Rehydration Solutions/therapeutic use , Temperature , Warfare
4.
J R Army Med Corps ; 148(3): 221-9, 2002 Sep.
Article in English | MEDLINE | ID: mdl-12469421

ABSTRACT

Depleted uranium munitions have been used in recent military operations in both the Gulf and the Balkans and there have been concerns that exposure to depleted uranium may be a cause of 'Gulf War Syndrome' and cancer clusters. We recount the properties of depleted uranium, its military uses and the situations in which personnel may be exposed. Following a review of scientific literature, the health effects of depleted and natural uranium exposure are described and the major outcomes of research into Gulf Veterans' Illnesses are summarised. We conclude that, although there is the potential for uranium exposures to cause renal damage or lung cancer, the risk of harm following depleted uranium exposure in military settings seems to be low. We advise on the management of casualties exposed to depleted uranium and suggest control measures that may be appropriate to protect personnel who provide casualty care.


Subject(s)
Environmental Exposure/adverse effects , Persian Gulf Syndrome/etiology , Radiation Injuries/etiology , Uranium/poisoning , Warfare , Environmental Exposure/prevention & control , Humans , Military Personnel , Radiation Injuries/therapy , Uranium/chemistry
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