Vision Training and Reaction Training for Improving Performance and Reducing Injury Risk in Athletes

Abstract

Visual processing, visual fields, and visual reaction times are essential to the performance of numerous sports and play a role in athletic injuries. Vision training, a process using visual exercises as part of a structured sports conditioning program, can be used to both enhance sports performance and prevent injury by improving neurovisual processing.
 
 In this review, evidence and methods concerning vision training programs are presented with the results suggesting performance enhancement and/or injury prevention, primarily concussion. Multiple studies are reviewed and utilized as examples that vision training programs designed to improve athletic performance or prevent injury are effective.
 
 We conclude from the collected evidence and theoretical considerations that vision training for numerous sports can be implemented with goals to improve performance and/or decrease injuries, specifically concussion.
 
 Key Points: 1) In this opinion paper we believe that vision training improves neurovisual processing. The vision training improves certain brain functions. 2) That vision training programs as part of athlete conditioning can improve athletic performance. Eye hand coordination, reaction times and peripheral awareness improve on the field of play. Obviously this benefit can be sport specific with some sports benefiting more than others. 3) There is emerging evidence that concussion rates can be decreased following pre-season vision training programs. The cause and effect needs to be better established and future research should address this opinion.