Epidemiology of recreational and old-timer ice hockey injuries

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Bibliographische Detailangaben
Deutscher übersetzter Titel:Epidemiologie der Eishockeyverletzungen im Freizeit- und Alterssport
Autor:Voaklander, Donald C.; Saunders, L. Duncan; Quinney, H. Arthur; Macnab, Ross B.J.
Erschienen in:Clinical journal of sport medicine
Veröffentlicht:6 (1996), 1, S. 15-21, Lit.
Format: Literatur (SPOLIT)
Publikationstyp: Zeitschriftenartikel
Medienart: Gedruckte Ressource
Sprache:Englisch
ISSN:1050-642X, 1536-3724
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Erfassungsnummer:PU199605107947
Quelle:BISp

Abstract des Autors

Objective: To examine the nature and incidence of injuries suffered by a sample of recreational and old-timer ice hockey players. Design: Random sample of teams followed prospectively. Setting: Various hockey rinks in the Greater Edmonton Region. Participants: Four hundred and thirty-one subjects - 287 adult male recreational (AMRL) and 144 male old-timer (OTL) from five leagues were followed over the 1992-93 hockey season. Main Outsome Measures: Injuries sustained during the duration of a hockey season. Results: A total of 151 injuries (100 AMRL and 51 OTL) were reported. The aggregate injury rate was 12.2/1000 player-exposures (12.3 AMRL and 12.0 OTL). The anatomic region most often injured by AMRL players was the head/neck/facial area (32%) while OTL players reported a greater proportion of lower extremity injuries (40%). Both groups reported sprains/strains as the most common diagnosis (35% AMRL and 47% OTL). The predominant injury mechanism for AMRL players was stick contact (24%) and for OTL players was puck contact (23%). No significant differences were detected between the anatomic, diagnostic, and mechanistic distributions of injury between AMRL and OTL players. Seventy-five percent of injuries occurred during league games, 10% during playoff games, 5% during tournament games, and 10% during practices. Penalties were assessed in 31% of injury instances. Forty-two percent of head/neck/facial injuries, 32% of upper extremity injuries, 13% of torso injuries, and 15% of lower extremity occurred as a result of penalizable behavior (p=0.01). Three percent of players wearing full or half face protectors suffered facial injuries while 9% of players not wearing facial protection reported facial injuries (p=0.03; Relative Risk = 2.56). Conclusions: The injury rates observed were lower than reported rates for major/elite hockey. The proportion of players injured through body contact was lower than that observed in adult major/elite hockey while the diagnostic and anatomic distribution of injury was similar. Studies such as this are useful in the development of injury prevention strategies. Verf.-Referat