What does the neuroimmune/neurodystrophic hypothesis suggest about neural dysfunction from VSC?

The neuroimmune/neurodystrophic hypothesis posits that neural dysfunction resulting from vertebral subluxation complex (VSC) can have significant effects on the body's immune and overall physiological responses. This hypothesis implies that when there is dysfunction in the neural pathways—particularly in sympathetic nerve activity—there can be an associated stress on the body that compromises its ability to effectively fight off infections and maintain homeostasis.

Specifically, the idea is that when there is a disruption of normal neural function due to VSC, this can lead to a decrease in tissue resistance. Consequently, the body's capacity to respond to stressors and maintain its defenses against diseases can be impaired, making individuals more susceptible to various health issues. Therefore, the correlation drawn by the neuroimmune/neurodystrophic hypothesis emphasizes that such neural dysfunction does indeed stress the body, which results in decreased tissue resistance. This aligns with the understanding of how the nervous system influences not only local tissue health but also broader immune responses.

Recognizing this relationship is essential for understanding the holistic approach chiropractic care can take in addressing health concerns linked to neural dysfunction from VSC.