Background: It is recognized in the medical community the world over that intervertebral disc tissue degenerates over the course of life and cannot be regenerated endogenously. But as all living tissue, intervertebral disc cells should be able to absorb and metabolize nutrients and replicate, thereby enabling regeneration. By this logic, disc regeneration should be possible by improving nutrient absorption, which is dependent on correct biomechanics. The role of the autonomic nervous system is critical in understanding function of tissue, including intervertebral discs.
Case report: In this case study, a man 45-year of age with disc degeneration of the lower lumbar spine between L5 and S1 and pain during exercise was treated with a series of full spine chiropractic adjustments in order to correct biomechanics and improve nutrient absorption of the intervertebral discs. This resulted in the growth of the degenerated disc, which increased the lateral angle between L5 and S1 by 80% coinciding with freedom of pain, free range of motion and an improvement of autonomic balance. This was documented by full spine X-rays and a pre- and post-scan of the autonomic nervous system.
Conclusion: This study shows that growth of intervertebral disc tissue is possible without the use of medication, surgery or cell transplantation and should be the beginning of rethinking functional physiology and the importance of translational medicine.
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Journal of Clinical Case Reports received 1295 citations as per Google Scholar report
