Concussion Prevention: The Promising Role of Neuro-Visual Training
A neuro-visual training program helps athletes improve their peripheral vision, brain processing, and reaction time to protect them from injury.
A neuro-visual training program helps athletes improve their peripheral vision, brain processing, and reaction time to protect them from injury.
CTE is a neurodegenerative disease associated with repetitive head trauma, but the media exaggerates its connection to football. Good science is still growing.
Neck strength is a modifiable risk factor for concussion. Therefore, training neck strength can decrease sports-related concussions.
Football is considered a dangerous sport, but rule changes have diminished injury risk. In-game and practice rule changes in football have decreased concussion rates.
Sports-related concussion causes temporary loss in normal brain function. The primary injury leads to initial signs and symptoms. Secondary injury involves physical, biochemical, and molecular effects.
Proper techniques in football helps to reduce concussion risk. Football coaches are responsible for ensuring players use proper blocking and tackling techniques.
Every concussion presents with different signs and symptoms. Awareness of all possibilities is essential for players, parents, and coaches.
Many athletes underreport concussion symptoms. Concussion education can increase reporting and prevent further injury. Education must be for players, coaches, and parents to decrease concussion risk.
Football helmets are meant to prevent severe head trauma like fractures. There is no evidence that helmets improve concussion prevention in football. Innovations are seeking to improve efficacy in preventing concussions.