New scientific breakthrough proves why acupuncture works

New groundbreaking research shows that the insertion of an acupuncture needle into the skin disrupts the branching point of nerves called C fibres. These C fibres transmit low-grade sensory information over very long distances by using Merkel cells as intermediaries. Dr. Morry Silberstein of the Curtin University of Technology will publish his research in the Journal of Theoretical Biology later this year.

We have never really had a scientific explanation for how acupuncture actually works,” he said. In the absence of a scientific rationale, acupuncture has not been widely used in the mainstream medical community. If we can explain the process scientifically, we can open it to full scientific scrutiny and develop ways to use it as a part of medical treatments.”

Dr. Silberstein mentions that they have known, for some time, that the acupuncture points show lower electrical resistance than other nearby areas of the skin. His research specifically pinpoints that the C fibres actually branch exactly at acupuncture points. Scientists don’t know exactly what role C fibres play in the nervous system, but Dr. Silverstein theorizes that the bundle of nerves exists to maintain arousal or wakefulness. The insertion of the acupuncture needle disrupts this circuit and numbs our sensitivity to pain.”

Acupuncture for pain relief is actually being taught to American Air Force physicians deployed to Iraq and Afghanistan (2009) by Dr. Richard Niemtzow MD, PhD, MPH and editor of Medical Acupuncture. His technique called “Battlefield Acupuncture” relieves severe pain for several days and is a variation of acupuncture, which inserts very tiny semi-permanent needles at specific acupoints on the skin of the ear that blocks pain signals from reaching the brain.

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