Nerves are the major component of all acu-reflex points, but each point has a particular neural configuration. For example, different acu-reflex points may consist of cutaneous nerves, muscular nerves, a-motor nerves, and y-motor nerves; some contain both afferent and efferent fibers; and some contain nerves and blood vessels. These different neural configurations result in different physiologic mechanisms of sensitization. Dr. H. C. Dung, professor of anatomy at the University of Texas Health
Science Center at San Antonio, summarized the 10 basic anatomic features of acu-reflex points derived from his laboratory research and clinical experience.20 The order listed as follows is physiologic. For example, an acu-reflex point with a large nerve trunk sensitizes faster than one with a shallow nerve; an acu-reflex point in deep fascia will sensitize more slowly than one with a shallow nerve. The anatomic configuration contributes to the predictable sequence and location of acu-reflex point sensitization. In addition to these configurations, functional anatomy, such as postural mechanics, may affect the physiologic mechanism of sensitization.
Was this article helpful?
Forget Silly Diets-They Don't Work. Weight loss has got to be the most frustrating experience for many people, young and old alike. Eating foods that are just horrible, denying yourself foods you truly love and enjoy. Exercising, even though you absolutely hate exercising, and end up stiff as a board with no results.