Concussion education for student-athletes is mandated by several states and is becoming an integral component of concussion management programmes; however, little is known about student-athlete concussion knowledge and self-reporting of suspected concussion. This study explored to what extent collegiate student-athletes are knowledgeable on the topic of concussion, the relationship between having concussion knowledge and reporting behaviours, and factors contributing to not reporting when education has been provided.MethodMixed method explanatory design. The Rosenbaum Concussion Knowledge and Attitudes Survey was administered to 986 community college student-athletes from 6 sports. Follow-up qualitative interviews were conducted using purposive sampling.ResultsConcussion knowledge scores positively correlated with number of times concussion education was received, but were not associated with reporting of concussion. Of respondents with a history of concussion, 64% stated that they reported all of their concussions. The highest ranked reason given for not reporting concussion was, “I was into the game/practice and didn't realize I had a concussion at the time.” Qualitative analysis revealed physiologically related and attitudinal factors particular to competition that precluded participants’ identification and reporting of concussion.ConclusionsDespite receiving concussion education, student-athletes may not be cognizant of a possible concussion particularly during the stress of competition. Results indicate that alternate methods of providing concussion education that can affect knowledge transfer should be explored: providing education in the settings where student-athletes practice and compete, incorporating a kinaesthetic or procedural learning approach to concussion education, and addressing the social and attitudinal aspects of concussion reporting.
Various measures have been recommended to facilitate early identification of concussion including concussion education. Most commonly, concussion education is provided via lecture, video, and written materials. The extent to which these modes of concussion education result in greater self-reporting of concussion by student-athletes is unclear. This retrospective study compared student-athlete concussion reporting behaviors of participants who received traditional concussion education with those who also received a contextual/procedure-based learning approach. Sports medicine charts were reviewed for 2 groups: collegiate student-athletes (n = 301) who received concussion education in the fall semester of 2015 in a classroom setting that included lecture, hand-outs and viewing a video (Traditional Learning Group) and collegiate student-athletes (n = 271) who received traditional education in the fall 2016 semester and additionally received contextual/procedure-based learning approach (Contextual/Procedure-based Learning Group). Data was analyzed using a series of t-tests. Percent of concussions identified increased by 42% when comparing the fall 2015 Traditional Learning Group to the fall 2016 Contextual/Procedure-based Learning Group. Self-reporting of concussion by student-athletes increased 69% in the Contextual/Procedure-based Learning Group. Time to report concussion was significantly lower for participants in the Contextual/Procedure-based Learning Group, but this result was specific only to male student-athletes. This study indicates a contextual/procedural-based learning approach to concussion education may positively influence reporting and reduce time to report when compared to a more traditional lecture-based approach to concussion education.
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