concussion

A concussion affects more than just the brain. Because the forces that injure the brain often involve the head and neck together, evaluating the upper cervical spine is an important part of understanding the full picture.

What Is a Concussion?

A concussion is a type of mild traumatic brain injury caused by a force that makes the brain rapidly accelerate or rotate within the skull. While symptoms vary from person to person, many individuals experience headaches, dizziness, brain fog, difficulty concentrating, balance problems, light sensitivity, neck pain, or fatigue.

The force required to cause a concussion doesn't only affect the brain—it also places significant stress on the neck, especially the upper cervical spine.

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An illustration of a human skull with a transparent head revealing the brain, internal ear, and nervous system with blue flow lines indicating cerebrospinal fluid flow.

Why We Evaluate the Upper Neck After a Concussion

The force that causes a concussion doesn't just affect the brain—it also places significant stress on the upper cervical spine. In many cases, the head and neck experience rapid acceleration, deceleration, and rotation together, making injury to the upper neck common following a concussion.

The upper cervical spine surrounds the brainstem, one of the body's most important neurological control centers, and contains one of the highest concentrations of sensory receptors in the body. These receptors constantly provide the brain with information about head position, movement, and balance. When the upper cervical joints aren't functioning properly, that altered sensory input may contribute to symptoms such as headaches, dizziness, balance problems, and neck pain.

This region is also closely associated with the movement of cerebrospinal fluid (CSF)—the clear fluid that cushions, protects, and nourishes the brain and spinal cord while helping remove metabolic waste. Following a concussion, researchers continue to investigate how changes in brain motion, neck biomechanics, and CSF dynamics may influence recovery.

Because the upper cervical spine plays such an important role in normal neurological function, we believe it deserves a thorough evaluation following any concussion or head injury. Our goal is to determine whether dysfunction is present and, if so, provide a precise correction based on objective findings.

How we Evaluate

Dr. Kyle making his pre adjustment measurements.

Why Precision Matters

No two people have the exact same anatomy, injury history, or movement patterns. That's why we don't believe every patient should receive the same adjustment.

Our goal is to gather as much objective information as possible before making a correction. Every step—from posture analysis and specialized X-rays to functional testing—is designed to help us determine whether an upper cervical correction is appropriate and, if so, exactly how to perform it.

Rather than relying on force, our approach emphasizes specificity. A precise correction is designed to work with your anatomy, not against it.

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  • Dr. Kyle and Dr. Riley have been great! They are by far the most informative chiropractors I have ever been to! They were really able to figure out what was going on with my neck and the relief I have gotten has been the most from anything I’ve tried!

    —Nathan G.

  • Dr. Kyle and Dr. Riley are so kind, gentle and professional!! You will not find more thorough, understanding chiropractors, than these two!! I am just beginning my journey with them and feel SO blessed to have Dr. Kyle to take care of my neck in such a deep and gentle way!!! Thank you! Thank you, Rapid Chiro!!!

    —Linda K.

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