STP1516: Relationships among Risk Factors for Concussion in Minor Ice Hockey

    Cubos, Jeff
    York University, Toronto, Ontario

    Baker, Joseph
    York University, Toronto, Ontario

    Faught, Brent
    Brock University, St. Catharines, Toronto, Ontario

    McAuliffe, Jim
    Nipissing University, North Bay, Toronto, Ontario

    Keightley, Michelle L.
    University of Toronto, Toronto, Ontario

    McPherson, Moira
    Lakehead University, Thunder Bay, Ontario

    Macpherson, Alison
    York University, Toronto, Ontario

    Reed, Nick
    University of Toronto, Toronto, Ontario

    Duggan, Catrin
    University of Toronto, Toronto, Ontario

    Taha, Tim
    University of Toronto, Toronto, Ontario

    Montelpare, William J.
    Lakehead University, Thunder Bay, Ontario

    Pages: 17    Published: Jan 2009


    Abstract

    There is increasing concern among parents, coaches, and officials about injury risk in youth ice hockey, particularly in light of recent evidence suggesting that incidence of serious injury is considerably under reported. However, an adequate method for ascertaining injury risk for concussion does not yet exist. The purpose of this study was to examine the relationships among variables measuring exposure and head impact forces in a group of representative level bantam aged hockey players. Across an entire hockey season, trained research assistants attended games and recorded the duration of time spent on the ice for each player (i.e., exposure time) and total number of body contacts using time-on-task software designed specifically for this study. A body contact included any intentional or incidental contact between two players. Collectively, these variables provide a simple, easily administered measure of head injury risk for researchers collecting data in this area. However, their relationship to actual brain trauma is unknown. To this end, head acceleration data were also collected using helmet-based accelerometers that provide measures of linear accelerations experienced by each player. These data were collected by telemetry methods and represent data that are likely very useful for injury researchers but not without sufficient costs. Results demonstrated low associations among the data sources. A method based on combining data sources (through an examination of their potential relationships) is proposed to maximize the potential to identify at-risk youth in minor hockey.

    Keywords:

    youth, brain-injury, health


    Paper ID: STP48876S

    Committee/Subcommittee: F08.53

    DOI: 10.1520/STP48876S


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