INTRODUCTION: Although injuries are recognized as a leading health problem in the military, the size of the problem is underestimated when only acute traumatic injuries are considered. Injury-related musculoskeletal conditions are common in this young, active population. Many of these involve physical damage caused by micro-trauma (overuse) in recreation, sports, training, and job performance. The purpose of this analysis was to determine the incidence of injury-related musculoskeletal conditions in the military services (2006) and describe a standardized format in which to categorize and report them. METHODS: The subset of musculoskeletal diagnoses found to be injury-related in previous military investigations was identified. Musculoskeletal injuries among nondeployed, active duty service members in 2006 were identified from military medical surveillance data. A matrix was used to report and categorize these conditions by injury type and body region. RESULTS: There were 743,547 injury-related musculoskeletal conditions in 2006 (outpatient and inpatient, combined), including primary and nonprimary diagnoses. In the matrix, 82% of injury-related musculoskeletal conditions were classified as inflammation/pain (overuse), followed by joint derangements (15%) and stress fractures (2%). The knee/lower leg (22%), lumbar spine (20%), and ankle/foot (13%) were leading body region categories. CONCLUSIONS: When assessing the magnitude of the injury problem in the military services, injury-related musculoskeletal conditions should be included. When these injuries are combined with acute traumatic injuries, there are almost 1.6 million injury-related medical encounters each year. The matrix provides a standardized format to categorize these injuries, make comparisons over time, and focus prevention efforts on leading injury types and/or body regions. Published by Elsevier Inc.
INTRODUCTION: Although injuries are recognized as a leading health problem in the military, the size of the problem is underestimated when only acute traumatic injuries are considered. Injury-related musculoskeletal conditions are common in this young, active population. Many of these involve physical damage caused by micro-trauma (overuse) in recreation, sports, training, and job performance. The purpose of this analysis was to determine the incidence of injury-related musculoskeletal conditions in the military services (2006) and describe a standardized format in which to categorize and report them. METHODS: The subset of musculoskeletal diagnoses found to be injury-related in previous military investigations was identified. Musculoskeletal injuries among nondeployed, active duty service members in 2006 were identified from military medical surveillance data. A matrix was used to report and categorize these conditions by injury type and body region. RESULTS: There were 743,547 injury-related musculoskeletal conditions in 2006 (outpatient and inpatient, combined), including primary and nonprimary diagnoses. In the matrix, 82% of injury-related musculoskeletal conditions were classified as inflammation/pain (overuse), followed by joint derangements (15%) and stress fractures (2%). The knee/lower leg (22%), lumbar spine (20%), and ankle/foot (13%) were leading body region categories. CONCLUSIONS: When assessing the magnitude of the injury problem in the military services, injury-related musculoskeletal conditions should be included. When these injuries are combined with acute traumatic injuries, there are almost 1.6 million injury-related medical encounters each year. The matrix provides a standardized format to categorize these injuries, make comparisons over time, and focus prevention efforts on leading injury types and/or body regions. Published by Elsevier Inc.
Authors: Kristen L Kucera; Stephen W Marshall; Susanne H Wolf; Darin A Padua; Kenneth L Cameron; Anthony I Beutler Journal: Med Sci Sports Exerc Date: 2016-06 Impact factor: 5.411
Authors: Robert C Lynall; Timothy C Mauntel; Ryan T Pohlig; Zachary Y Kerr; Thomas P Dompier; Eric E Hall; Thomas A Buckley Journal: J Athl Train Date: 2017-11-15 Impact factor: 2.860
Authors: M F Barbe; B A Hilliard; P W Fisher; A R White; S P Delany; V J Iannarone; M Y Harris; M Amin; G E Cruz; S N Popoff Journal: Connect Tissue Res Date: 2019-08-23 Impact factor: 3.417
Authors: Nicholas R Heebner; John P Abt; Mita Lovalekar; Kim Beals; Timothy C Sell; Jeffery Morgan; Shawn Kane; Scott Lephart Journal: J Athl Train Date: 2017-12-11 Impact factor: 2.860
Authors: N X Jain; A E Barr-Gillespie; B D Clark; D M Kietrys; C K Wade; J Litvin; S N Popoff; M F Barbe Journal: J Musculoskelet Neuronal Interact Date: 2014-03 Impact factor: 2.041
Authors: Christopher D Stickley; Melanie M Presuto; Kara N Radzak; Christina M Bourbeau; Ronald K Hetzler Journal: J Athl Train Date: 2018-01-26 Impact factor: 2.860