Chiropractic Care and Oxidative Stress

Thank you to Access Wellness at Hirsch-Starr Chiropractic a BioVeda Health & Wellness Center of Roswell, GA for posting the following article to the BioVeda of Roswell blog.

Chiropractic has received much recognition in treating low back pain. Much chiropractic research has been published showing evidence that treatment of low-back pain using chiropractic adjustments is safer, effective, and less expensive than the traditional allopathic medical treatments. Also, chiropractors receive extensive training during their course of study in the area of muskuloskeletal management. It has come to the forefront that there is new evidence showing that chiropractic goes beyond the treatment of low-back pain.

According to Mercola.com, current research is now pointing to the fact that chiropractic adjustments affect the chemistry of biological processess at the cellular level. What this simply translates to is that chiropractic care could positively effect the the body’s chemistry by reducing the levels of oxidative stress and promote DNA repair.

What is oxidative stress? Is cellular stress that leads to oxidate damage that has been implicated to lead to certain diseases such as cancer and Alzheimer’s. Oxidative stress is also recognized as having an impact on the body’s aging process. Oxidative stress within the body happens naturally due to the body’s own metabolic waste, producing free radicals. However, sources outside the body that include exposure to cigarette smoke and other environmental toxins lead to an added amount of free radical formation in the body that when out of balance can lead to disease and inflammatory reactions.

Sources: Mercola.com

~Results may vary from patient to patient. These statements have not been evaluated by the Food and Drug Administration. These statements and products are not intended to diagnose, treat, cure, or prevent any disease. If pregnant or nursing, ask a health professional before use. If symptoms persist or worsen, seek advice of physician.