IV.Q.13. Prevention of Heat Injuries. Assurance of U.S. Army capability to operate in hot environments lies at the heart of the Force Projection concept now guiding strategic planning. This program establishes the scientific foundation for Army doctrinal development governing operations in thermal extremes and identifies and refines effective strategies to sustain health and performance following rapid deployment to environmentally challenging operational settings. This research will demonstrate the efficacy of strategies to sustain and enhance performance and to prevent and treat thermal illnesses.
By FY98, develop and implement new cellular, organ, and animal models to assess mechanisms of thermal injury. By FY98, determine if anti-lipopolysaccharide is a key protective factor which explains the lower susceptibility of female, compared to male, Marine recruits to exertional heat illness. By FY99, develop acclimatization strategies using heat shock protein-70 as a biomarker of heat tolerance to improve immediate heat tolerance and accelerate heat acclimation. Determine effect of estrogen supplementation on heat acclimatization in servicewomen. By FY00, develop strategies for 21CLW ATD to modify skim blood flow to maximize the effectiveness of microclimate cooling and heating. By FY01, determine the feasibility of immunoprophylaxis in preventing thermal injury.
Supports: Supports medical countermeasures to environmental threats, PM soldier, and AR 40-10. Supports the Army Modernization Plan objectives to Project, Sustain, and Protect the Forceprevent and minimize environmental injury.
|STO Manager:||TSO:||TRADOC POC:|
|Dr. Fred Hegge||MAJ Mark Seymour||LTC Dunham|