Having at least seven years of experience in a sport could results in better concussion recovery compared to less their less experienced counterparts, finds a new study.

‘The results suggest that there's an advantage to staying with skilled activity to the point where your brain can maintain performance even when it's still being affected in subtle ways by a past injury. This performance may be protective and would reduce vulnerability to another concussion when playing with non-concussed peers.’

"Our results suggest there's an advantage to staying with skilled activity to the point where your brain can maintain performance even when it's still being affected in subtle ways by a past injury," says senior author, Lauren Sergio, professor in the School of Kinesiology and Health Science and Centre for Vision Research at York University. "This performance may be protective and would reduce vulnerability to another concussion when playing with non-concussed peers."




Sergio and her former postdoctoral student and lead author, Marc Dalecki, now an assistant professor in the School of Kinesiology at Louisiana State University, along with co-author Alison Macpherson, professor in York's School of Kinesiology & Health Science, examined factors that may influence performance recovery after a concussion.
"The findings of this study are important because it demonstrates that athletes with more years of experience return to pre-concussion levels more quickly than inexperienced athletes," says Macpherson. "This can be one factor to help guide decisions about returning athletes to play."
Their study looked at 126 youth, aged eight to 17 years old, 64 with a history of concussion and 62 without, over two years from 2013 to 2015. Participants, parents, team managers, and coaches were interviewed in order to obtain detailed information about the concussion history. All concussion history participants were defined as "asymptomatic" in accordance with current return-to-play protocol guidelines at the time of testing. Participants were asked to perform two visuomotor tasks over 20 trials that required sliding the index finger of the dominant hand along a dual-touchscreen laptop, with touch screens in the vertical and horizontal planes.
In the first condition, they moved their hand on the vertical screen in the same direction as the target on the screen. In the second condition, participants had to slide their finger along the horizontal touch screen in the opposite direction of a presented target on the screen. In other words, in order to move the cursor to the left, they had to slide their finger to the right. This type of condition is similar to passing a hockey puck to a teammate on the left while skating to the right.
Advertisement
Source-Eurekalert