Evidence is on the side of wellness care offered by doctors of chiropractic for positively affecting behaviors and wellness, as well as reducing the cost of health care overall. Lately, though, new evidence has shown that chiropractic adjustments can actually affect the chemistry of biological processes (on a cellular level). And so, chiropractic care joined the field of genetics.
According to one study, chiropractic care acts upon physiological processes that determine oxidative stress and DNA’s ability to repair itself. Such findings scientifically explain the positive effects that chiropractic patients experience. Although more research is still pending to illustrate chiropractic care’s role in biological processes, present findings highlight chiropractic care’s effectiveness.
Researchers measured serum thiol level in patients under both short-term and long-term chiropractic care, with the results being evaluated against those who were treated with non-chiropractic methods. Serum thiol acts as primary antioxidants (measuring human health status). The test provides a substitute estimate of DNA’s repair enzyme activity that is associated with lifespan health. As shown in these studies, chiropractic care of two or more years could balance physiological states for patients in different conditions. Patients with an ongoing disease had lower mean serum levels than those patients who did not show symptoms while receiving chiropractic care. The patients without symptoms also had greater serum thiol levels (even more than the normal wellness values).
The stressors (physical, emotional, chemical) that someone experiences throughout life impinges on the way the nervous system works. Experts stipulate that nerve function could affect oxidative stress and DNA repair on a cellular level. According to experts, oxidative stress (free radicals that are churned in the metabolism) affects how we develop diseases and how we age. Oxidative stress keeps the DNA from recovering on its own, for it acts as a damaging agent on one’s DNA. When the DNA is able to recover on its own, it can repair environmental harm.
