Is the risk of injury greater in some sport activities than in others? What types of injuries are most common? Are some children prone to sports injury? Are some physical, psychological, or sport-related factors associated with an increased risk of injury? Can injury be prevented and if so, how? Epidemiology of Pediatric Sport Injuries answers these and more questions which sports medicine personnel and coaches should be prepared to face. Focussed on team sports like Baseball, Basketball, Gridirion Football, Ice Hockey, Rugby, and Soccer, this publication integratively reviews the existing data on the distribution and determinants of injury in children and youth athletes. Further, the book includes a chapter on the identification of the epidemiological approach and concludes with suggestions of injury prevention measures and guidelines for further research. Together with the previous volume, Individual Sports, the two publications present the first comprehensive compilation and critical analysis of epidemiological data over a wide range of children’s and youth sports.
62 - 85: Gridiron Football Injuries
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Published:2005
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Book Set: Medicine and Sport Science (Vol. 48+49) (Print) , Medicine and Sport Science (Vol. 48+49) (Online)Topic Article Package: Topic Article Package: Sports MedicineBook Series: Medicine and Sport Science
Michael J. Stuart, 2005. "Gridiron Football Injuries", Epidemiology of Pediatric Sports Injuries: Team Sports, N. Maffulli, D.J. Caine
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Abstract
Objective: To review the available football epidemiology literature to identify riskfactors, facilitate injury prevention and uncover deficiencies that may be addressed by futureresearch. Data Sources: A literature search of Sports Discus (1940-2003), Eric(1967-2003), EMBASE (1988-2003), MEDLINE (1966-2003), CINAHL (1984-2003),and Web of Science (1993-2003) identified the published articles on American football inathletes of high school age and younger. Main Results: Injury rate increases with the levelof play (grade in school), player age, and player experience. The lower extremity (knee andankle joints) is most frequently injured. Football injuries are much more common in gamesthan in practice, and occur to players who are being tackled, tackling or blocking. Mostinjuries are mild, including contusion, strain and sprain. Rule changes with the prohibitionof initial contact with the helmet or face-mask reduced catastrophic head and neck injuries.Conclusion: Although no sport or recreational activity is completely risk-free, footballepidemiology research is critical to injury prevention. The existing medical literatureprovides some valuable insights, but an increased emphasis on prospective research isrequired to test the efficacy of preventative measures. Quality research may contribute to areduction in football injury risk by defining the role of player conditioning and strengthtraining, coaching of safety fundamentals, avoidance of dangerous activities, as well asproper medical supervision and care. Sports medicine personnel, coaches, and officials muststrive to minimize injuries through progressive education, improved coaching techniques,effective officiating, and equipment modifications.