The human spine is designed to absorb gradual forces through its natural curvature and intervertebral disc cushioning. During a collision, even at speeds as low as 5 mph, the body experiences forces that far exceed what the musculoskeletal system can absorb in a fraction of a second. The head, weighing approximately 10 to 12 pounds, acts as a pendulum that amplifies these forces through the cervical spine.
This sudden acceleration-deceleration creates micro-tears in the muscles, ligaments, and joint capsules surrounding the vertebrae. When spinal joints are forced beyond their normal range of motion, the resulting subluxations and misalignments compress nerves, restrict blood flow, and trigger an inflammatory cascade. Without correction, the body compensates with muscle guarding and altered movement patterns that lead to chronic pain.
Your nervous system responds to collision trauma by activating a protective spasm reflex, tightening the muscles around injured areas to prevent further damage. While this response is initially protective, prolonged muscle guarding restricts joint mobility, accelerates degeneration, and creates secondary pain patterns in areas far from the original point of impact.
