It’s the first junior varsity soccer game of the season. Sarah, a novice player, collides on the field, body to body with an opposing player. Sarah stumbles after she gets up and doesn’t seem to know which side of the field she should be on. As her coach, what do you do?
Each day, youth sports coaches face situations like this in practices and games across the country. A soccer player runs into another player, a cheerleader falls doing a stunt, or a basketball player hits her head when she falls after making a shot. In many cases, the coach is responsible for deciding whether to return the youth to play, and whether follow-up medical care is needed. Unfortunately, most individuals coaching children in high school and youth sports rarely receive any type of formal training in concussion management (American Academy of Pediatrics, 2001). The presence of a team physician or certified athletic trainer on the sideline is rare, even at the high school level. Thus, the initial evaluation of any injury, including concussion, is often left to the coach.
It is estimated that 1.6–3.8 million sports and recreation-related traumatic brain injuries occur in the United States yearly (Langlois, Rutland-Brown & Wald, 2006) with the highest rates of emergency department visits for sports concussion occuring for youth ages 10 to14, followed by those ages 15 to19 (CDC, 2007). Young athletes appear to be particularly vulnerable to the effects of concussion (Buzzini & Guskiewicz, 2006; Kirkwood, Yeates & Wilson, 2006). They are more likely than college athletes to experience memory and attention problems after concussion (Field, Collins, Lovella & Maroon, 2003) and often take longer to recover. Teenagers also appear to be more prone to Second Impact Syndrome (SIS) a condition attributed to the effects of a second injury to the brain that occurs while the brain is still healing from an initial concussion (Iverson, Gaetz, Lovell & Collins, 2004). SIS results in rapid swelling of the brain and almost always results in death or severe long-term injury (McCrory & Berkovic, 1998; Ommaya, Goldsmith & Thibault, 2002). The importance of proper recognition and management of concussed young athletes cannot be over-emphasized.
Despite their lack of training, youth and high school coaches are in an important position to identify the typical behavioral and physical signs of concussion and to mitigate the risks associated with concussion in young athletes. Like the general public, coaches have misconceptions about concussion (Guilmette & Paglia, 2004). However, with adequate training, they are able to recognize signs and symptoms that may point to serious problems (McLeod, Swartz & Bay, 2007). They can also play an important role by educating their athletes about concussion and emphasizing the importance of reporting any concussion symptoms.
A new e-learning program has been specifically designed to address the knowledge gaps of youth sports coaches and empower them to make decisions regarding athletes with possible concussion. ACTive: Athletic Concussion Training™ using Interactive Video Education, is now available free of charge. Developed with funding from the National Institute of Child Health and Human Development, the 20-minute interactive training program consists of modules covering general information about youth sports concussion, as well as how to recognize and manage athletes with signs or symptoms of a possible concussion. Content for the ACTive program was based on the recommendations of the National Athletic Trainers’ Association and the International Conference on Concussion in Sport (Guskiewicz et al., 2004; McCrory et al., 2009). Specific content and design elements were modified based on input from focus groups with youth sports coaches and interviews with sports medicine physicians, pediatricians, neuropsychologists, public health professionals and certified athletic trainers, all representing a variety of athletic and community contexts.
The training emphasizes three key messages:
The program uses graphics, video, and interactive quizzes that reinforce key teaching points, and includes printable reference materials on concussion management. Critical to the training are application exercises in which the user responds to sample athletic scenarios involving a possible concussion. Coaches can print a certificate of completion after completing the training.
Evaluation. Results from a randomized controlled trial with 75 youth sports coaches were reported in a recent article in the Journal of Sports Science and Coaching (Glang, Koester, Beaver, Clay & McLaughlin, 2010). Outcome measures included two standardized instruments (Guilmette et al., 2007; McLeod, Swartz, & Bay, 2007) as well as scenario-based questions designed to assess how well coaches might apply concussion management strategies on the field. Results showed that the coaches who viewed the ACTive program showed significantly greater improvement than those in the control group in their knowledge of concussion symptoms, their confidence regarding recommended actions following concussion, and their intention to take action in situations like those presented in the scenarios. Importantly, coaches rated the e-learning training as highly interesting and very easy to use. Sample comments from coaches who participated in the training include:
“The program reinforced some things I already knew, but I also learned very much and will never feel bad about making the decision to remove a player if I suspect a concussion.”
From the Oregon Center for Applied Science, Inc. Reprinted with permission. www.orcasinc.com.
The brainâs inertia causes it to smash against the inside of the skull, near the base of the skull. This story is missing a crucial element like many stories about concussion, the link between boxers who are prone to ko or those who may have developed a boxers âGlass Jawâmay be linked to, which is a totally different type of trauma than a blow the the top of the head that may shake the brain. New research confirms what has been known for years, a blow to the jaw will knock you out. Force energy to the skullbase, brain stem, can be reduced using a corrective orthotic medical device. Developed with Marvin Hagler and now being researched by the DOD, shows an improvement in dings, headaches and concussion. An evaluation of the temporal mandibular joint may show defects in the cartilage structure, correcting this prior to activity is key. Now patented, this protocol is available at http://www.mahercor.com
Soooo active.
Jun 23rd, 2011 10:03am