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Christopher Kent DC, JD, MBA
Annals of Vertebral Subluxation Research ~ November 18, 2024 ~ Volume 2024 ~ Pages 86 – 97
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Abstract
Introduction: Vertebral subluxation involves misalignments in the spine that disrupt somatic and autonomic nervous system function. The assessment of these changes is crucial for clinical practice.
Methods: This paper reviews methods for objectively assessing the neurological impacts of vertebral subluxation, focusing on surface electromyography (sEMG), skin temperature differentials, and heart rate variability (HRV).
Results: sEMG measures muscle activity, skin temperature differentials assess autonomic vasomotor control, and HRV evaluates autonomic balance. These tools provide quantitative data for diagnosing and managing vertebral subluxations and offer reliable measures of somatic and autonomic changes associated with subluxation, enhancing the clinical ability to evaluate and manage vertebral subluxation.
Conclusion: Objective assessments of subluxation-related neurological dysfunctions, such as sEMG, skin temperature analysis, and HRV, are essential in chiropractic practice and provide significant clinical value.
Keywords: Surface electromyography, skin temperature, HRV, vertebral subluxation, dysafferentation, dyskinesia, dysponesis, dysautonomia, chiropractic
