When sudden force impacts the body, whether from a fall or a collision, the musculoskeletal system absorbs energy that can displace vertebrae, strain ligaments, and tear muscle fibers. Research shows that even low-velocity impacts can generate forces exceeding 4.5 G on the cervical spine, enough to cause subluxations and soft tissue damage that compromise spinal alignment and nerve function.
This spinal misalignment creates a cascade of problems: compressed nerves send pain signals throughout the body, inflamed tissues restrict movement, and compensatory posture changes place abnormal stress on surrounding joints. When vertebral subluxations go untreated, the body's natural healing response can form scar tissue that further limits mobility and perpetuates chronic pain patterns.
Your body's proprioceptive system, the network of sensors that coordinates balance and movement, can also sustain damage during traumatic injuries. When these sensory pathways are disrupted, patients may experience dizziness, difficulty concentrating, and impaired coordination that extends well beyond the primary injury site.
