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According to McCoy, “Utilizing advanced imaging techniques, the research demonstrates how the sudden involuntary translational movement of the cervical vertebrae contributes to ligamentous injuries, chronic pain syndromes, and neurological deficits.”
The nervous system controls and coordinates all functions of the body and structural shifts in the spine can occur that obstruct the nerves and interfere with their function. These structural shifts can lead to obstruction of the nerves and it is this obstruction, called vertebral subluxations, that chiropractors correct. By removing the structural shifts, chiropractic improves nerve supply and function.
The study investigates the relationship between the translational movement of cervical vertebrae and injuries resulting from motor vehicle accidents (MVAs). It aims to identify patterns of cervical spine movement correlated with the severity and outcomes of trauma. Utilizing advanced imaging techniques and clinical assessments, the research focused on quantifying vertebral motion following MVAs in 7,500 patients, in accordance with the American Medical Association (AMA) guidelines.
The findings indicate that sudden, involuntary movements caused by MVAs can result in significant ligamentous injuries, leading to abnormal vertebral translation. These biomechanical changes, observable through advanced imaging techniques, provide insight into the mechanisms of cervical spine injuries and emphasize the need for early diagnosis and treatment to improve patient outcomes.
Matthew McCoy, DC, MPH
Annals of Vertebral Subluxation Research
Website: [www.vertebralsubluxationresearch.com]
Email: drmatthewmccoy@gmail.com
Phone: 404.247.2550
