News

Removal from play reduces concussion recovery time in athletes


 

FROM PEDIATRICS

Sport-related concussion (SRC) recovery time can be reduced if athletes are removed from game participation, according to R.J. Elbin, PhD, of the University of Arkansas, Fayetteville, and his associates.

In the prospective study, 95 athletes sought care for an SRC at a concussion specialty clinic between Sept. 1 and Dec. 1, 2014. The athletes were divided into two groups: those who continued to play after experiencing signs and symptoms of an SRC and those who were immediately removed from play. The played group took longer to recover (44 days) than did the removed group (22 days) (P = .003).

©s-c-s/Thinkstock

Post hoc analyses revealed that the played group demonstrated significantly worse verbal and visual memory, processing speed, and reaction time, and higher symptoms (all P less than or equal to .001), compared with the removed group at 1-7 days. From 8 to 30 days post injury, the played group demonstrated worse verbal memory (P = .009), visual memory (P less than or equal to .001), processing speed (P = .001), and greater symptoms (P = .001), compared with the removed group.

The study also showed that athletes in the played group were 8.80 times more likely to experience a protracted recovery, compared with athletes in the removed group (21 days or longer) (P less than .001). Athletes participated in a variety of sports including football, soccer, ice hockey, volleyball, field hockey, rugby, basketball, and wrestling.

“This study is the first to show that athletes who continue to play with an SRC experience a longer recovery and more time away from the sport,” researchers concluded. “These findings should be incorporated into SRC education and awareness programs for athletes, coaches, parents, and medical professionals.”

Find the full study in Pediatrics (doi: 10.1542/peds.2016-0910).

llaubach@frontlinemedcom.com

Recommended Reading

VIDEO: Anticipatory guidance can reduce chronic postconcussion syndrome
MDedge Neurology
Player-to-player contact, not ‘heading,’ is main source of soccer concussions
MDedge Neurology
Corpus callosum functioning, structural integrity impaired in some TBI patients
MDedge Neurology
Concussionlike symptoms prevalent in uninjured teen athletes
MDedge Neurology
AAP: Return-to-play protocols for teen athletes often neglected
MDedge Neurology
AAP: Limiting full contact practice reduces football concussions
MDedge Neurology
Glial fibrillary acidic protein may help identify youth with TBI
MDedge Neurology
Tool may help predict persistent postconcussion symptoms
MDedge Neurology
Estimating the number of sports-related concussions in U.S. children
MDedge Neurology
Cervical spine injury common in children under age 2 with abusive head trauma
MDedge Neurology