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Despite grievous wounds, including brain injury, survival rates are at an all-time high because of improved body protection and medical care from theater to hospital.

Understanding the biomechanics of the neck from injury is crucial for diagnosing and treating TBI. Learn why getting hit from the side is more damaging than getting hit straight on.

When looking at the full-picture treatment for people with TBI, clinicians need to ask leading questions about issues including alcohol and caffeine use, intimacy or sexual issues, and suicide risk.

People with TBI can usually process information, though it may happen slowly or may "be off." More research is needed.

Much good basic science research has and continues to get done, but mostly in silos. Standardizing what is known in clinical practice would be the smart way to optimize care for people with TBI.

Trauma centers that comply with evidence-based medicine for TBI — or any medical condition, for that matter — should be certified and given incentives.

Learn how predictive timing stems from attention and how that timing becomes out of synch and variable for people post-TBI.

You can't have a head without a neck ... more research is needed on how the neck moves and what impact those movements have on shearing within the brain during injury.

Learning more about concussion through research is like looking at a photograph -- some pixels will be more clear and defined than others.

Doing whatever possible to get better outcomes for people with brain injury is crucial whether through research, diagnosis, treatment or a combination of all of them.

Taking a detailed case history is crucial for tailoring a recovery plan for service members or vets with TBI.