Raising the Bar: Extremity Trauma Care
The Bridging Advanced Developments for Exceptional Rehabilitation (BADER) Consortium partnered with military health organizations to produce a supplement to Military Medicine, the International Journal of AMSUS.
Why We Did This
The Bridging Advanced Developments for Exceptional Rehabilitation (BADER) Consortium aimed to enhance research that guided clinical care to help wounded soldiers not only recover from their limb injuries but live their lives as fully as possible.
Royal Air Force fighter pilot Sir Douglas Bader lost both legs in a plane crash but went on to shoot down 22 German planes and attempt multiple escapes as a POW during World War II.
Hip disartic amputee receives better functioning with new prosthetic.
Obtaining the highest level of function was the Bridging Advanced Developments for Exceptional Rehabilitation (BADER) Consortium’s desired care outcome for every wounded service member with traumatic orthopaedic injury.
The Bridging Advanced Developments for Exceptional Rehabilitation (BADER) Consortium strengthened evidence-based orthopaedic rehabilitation care to improve the lives of wounded warriors and to optimize their functional outcomes after combat and combat-related orthopaedic and musculoskeletal injuries.
By supporting the clinical rehabilitation-intensive culture across four U.S. Department of Defense military treatment facilities (MTFs) and among affiliate research sites across the country, the Consortium sought to move research and clinical trials forward.
BADER’s clinical contributions include: 1) the prescription of prosthetic devices for optimal running gait; 2) standardized lower-extremity assessment batteries for DoD and VA clinical sites; 3) objective criteria for evaluating and prescribing prosthetic ankle-foot components for service members with transtibial amputations who wish to perform physically demanding tasks; 4) the design of more effective training protocols to prevent falls in patients with lower limb amputation; and 5) the creation of a real-time biofeedback software system used for research and ultimately integrated into clinical care.