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Renal lithiasis: addressing the risks of austere desert deployments
J Steven Cramer1, Kelly Forrest
1Department of Family Medicine, SUNY at Buffalo, SUNY Clinical Center, NY 14215, USA. cramerjs@msn.com
Aviation, Space, and Environmental Medicine
|June 20, 2006
Summary
Military personnel in desert deployments face increased kidney stone risks. Current hydration advice may be insufficient; focusing on beverage choices and preventing dehydration is key for prevention and management in austere environments.
Area of Science:
- Urology
- Military Medicine
- Environmental Health
Background:
- Renal lithiasis (kidney stones) affects 5% of the population, with risks increasing with age and gender.
- Air Force deployments to desert environments heighten the risk of kidney stone development among personnel.
- This poses a risk to mission accomplishment and service member health.
Purpose of the Study:
- To review kidney stone causation, prevention, diagnosis, and management in deployed Air Force personnel.
- To assess the adequacy of current military recommendations for deployed personnel.
- To explore alternative diagnostic and management strategies for renal lithiasis in austere settings.
Main Methods:
- Case review of seven Air Force personnel with presumed renal lithiasis in a desert setting.
- Comprehensive literature review on kidney stone epidemiology and clinical practice.
- Analysis of diagnostic and management options suitable for deployed environments.
Main Results:
- Standard hydration recommendations may not adequately prevent kidney stones in deployed settings.
- Beverage selection and prevention of voluntary dehydration are crucial for primary prevention.
- Portable ultrasound is a viable diagnostic tool in deployed settings.
- Non-narcotic pain management (e.g., subcutaneous Lidocaine, heat) may be valuable.
Conclusions:
- Hydration strategies, particularly beverage choices, require re-evaluation for deployed forces.
- Portable ultrasound offers a practical diagnostic solution for renal lithiasis in the field.
- Nontraditional pain management therapies should be explored for deployed environments.
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