IV.Q.14. Optimization of Physical Performance. This research will lead to the optimization of training programs to reduce injury of physically mismatched individuals to military tasks and to maximize physical readiness through non-materiel ("skin-in") solution. By FY98, establish a database of energy requirements and activity patterns for men and women in a variety of military jobs to predict and plan for voluntary energy requirements. Demonstrate a reduction in training injuries through improved physical training programs during basic training. Develop physical training strategies and alternatives to prevent stress fractures in susceptible individuals. By FY99, establish medical criteria to optimize efficiency and ensure safety of individual soldier equipment (combat boots, body armor, load carriage systems) for use by the equipment developers. Develop state-of-the-art scientifically-based training programs to improve performance of elite units for special occupational requirements, and to increase opportunities of all soldiers in jobs with specific physical standards. By FY00, identify biochemical mechanisms and functional consequences of the effects of sudden increases in physical training volume and prolonged physical exertion (overtraining) for soldiers. Identify high risk for injury groups using existing outcome data. By FY01, develop strategies involving antioxidants, ergogenic aids, and physical training techniques to counter reductions in physical capacity produced by overtraining. By FY02, develop strategies including training and other fitness and nutrition habits to optimize bone mineral accretion in young women to reduce stress fracture and later osteoporosis.
|STO Manager:||TSO:||TRADOC POC:|
|Dr. Fred Hegge||MAJ Mark Seymour||LTC Dunham|