# The Link Between Concussions & Longevity—And What All Men Should Know About Brain Health
Former U.S. Soccer midfielder Taylor Twellman knows concussions firsthand. He suffered multiple head injuries during his professional career and now advocates for brain health awareness among athletes and non-athletes alike.
Research increasingly connects repeated concussions to long-term neurological consequences. Studies show that multiple traumatic brain injuries correlate with elevated risks for chronic traumatic encephalopathy (CTE), cognitive decline, and mood disorders later in life. The brain's ability to recover from each successive impact diminishes, creating cumulative damage that may not appear until decades after the injuries occur.
The evidence matters beyond elite athletes. Contact sports carry obvious risks, but recreational activities from cycling to martial arts expose everyday participants to head injury potential. Men specifically report concussions at higher rates in contact sports and motor vehicle accidents.
Twellman's perspective offers practical guidance for younger men. He stresses baseline cognitive testing before engaging in high-risk activities. This establishes a personal performance benchmark, allowing doctors to detect post-concussion changes. He emphasizes immediate symptom recognition: headaches, dizziness, memory issues, or concentration problems warrant medical evaluation rather than the outdated "shake it off" approach.
Prevention remains paramount. Proper technique in sports, consistent helmet use during cycling and contact activities, and neck strengthening exercises reduce injury likelihood. Studies show that stronger neck muscles absorb impact forces more effectively, lowering concussion risk.
Twellman advises his younger self to prioritize protection from the start rather than accepting brain injury as an inevitable part of athletic participation. Post-concussion management matters equally. Graduated return-to-play protocols, cognitive rest during early recovery, and medical clearance before resuming activity protect the healing brain.
The longevity connection hinges on cumulative