3261
Buchumschlag Artikel
von Elizabeth, Ellen (Autor),
Erschienen in Journal of athletic training, 41 (2006), 3, S. 325-331, Lit.
... < .001). Those 18 years of age or younger presented with more concussions (IPR = 1.62, 95% CI = 1.06–2.50...
Verfügbarkeit
3262
Buchumschlag Artikel
von Rechel, Julie A. (Autor),
Erschienen in Journal of athletic training, 43 (2008), 2, S. 197-204, Lit.
..., 15.22). Competition injuries were more likely to be concussions (PR = 2.02, 95% CI = 1.56, 2.62...
Verfügbarkeit
3263
Buchumschlag Monografie
von Whiting, William C. (Autor), Champaign: Human Kinetics (Verlag), 1998, XXI, 271 S., Lit.
... stress syndromes, carpal tunnel syndrome), and head, neck, and trunk (chapter 8) (e.g., concussion...
Verfügbarkeit
3264
3265
Buchumschlag Artikel
von King, Doug A. (Autor),
Erschienen in Sports medicine, 49 (2019), 10, S. 1559-1574, Lit.
...] levels of participation. Concussions and sprains/strains were the most commonly reported injuries...
Verfügbarkeit
3266
Buchumschlag Artikel
von Yard, Ellen Elizabeth (Autor),
Erschienen in Journal of athletic training, 41 (2006), 4, S. 441-449, Lit.
...). The proportion of concussion was higher in ice hockey players (3.9%) than in field hockey players (1.4%) (IRR...
Verfügbarkeit
3267
Buchumschlag Artikel
von Quarrie, Ken (Autor),
Erschienen in Sports medicine, 50 (2020), 2, S. 415-428, Lit.
... lacerations, 3.1% from concussions and 2.0% from dental injuries. Body regions injured included shoulder (14...
Verfügbarkeit
3268
Buchumschlag Artikel
von Medina McKeon, Jennifer M. (Autor),
Erschienen in Journal of athletic training, 56 (2021), 7, S. 606–615, Lit.
...; the Concussion Assessment Research and Education Project; and the Consortium for Catastrophic Injury Monitoring...
Verfügbarkeit
3269