Brain Injury

CTE risk in sport is not only about diagnosed concussion. Learn how repeated sub-concussions and rotational forces affect the brain, why youth exposure matters, and how Rezon Halos® reduces risk of CTE.

AFL’s CTE crisis shows why sport must move beyond concussion symptoms and protocols. The real issue is repeated rotational forces, sub-concussions and youth exposure.

Rugby has major physical, social and psychological benefits. But neuroscience is increasingly clear that repeated head impacts, rotational forces and sub-concussive events need to be taken seriously, especially in children. This article explains what the evidence says, why traditional scrum caps are not designed to protect the brain, and how Rezon Halos® Rugby Headguard is designed for a different category of protection.

What the Wake Forest study revealed about brain changes in children after a single season of sport; why sub-concussive impacts matter; and how parents can better protect a child’s brain.

Learn how to reduce concussion risk in sport with practical protection strategies, including concussion protocol, sub-concussion awareness, safer training, and Rezon Halos®.

Repeated head impacts can change the brain even without diagnosed concussion. Learn how cumulative exposure, subconcussive impacts, and rotational forces affect brain health in sport.