<p>Morry Silberstein, professor at Australia's Curtin University of Technology (CUT), has developed a new theory that explains, for the first time, the scientific reasons why acupuncture works. <br />“We have never really had a scientific explanation for how acupuncture actually works,” he said. “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.” <br /><br />His research suggests that the insertion of an acupuncture needle into the skin disrupts the branching point of nerves called C-fibres, which transmit low-grade sensory information over very long distances. <br />“We have known for some time that acupuncture points have a much lower electrical resistance than nearby areas of skin,” Silberstein said. “It is possible that this is because C-fibre nerves branch at acupuncture points.” <br />Scientists do not know exactly what role C-fibres play in the nervous system; however, Silberstein has a theory. <br />“This network of nerves possibly exists to maintain our state of arousal or wakefulness, and its disruption by an acupuncture needle numbs our general sensitivity to pain,” he said. <br /><br />“It may provide us with new methods of treating sleep problems, pain and high blood pressure,” he said, besides furthering our understanding of the autonomic nervous system.<br />These findings are slated for publication in the Journal of Theoretical Biology.<br /></p>
<p>Morry Silberstein, professor at Australia's Curtin University of Technology (CUT), has developed a new theory that explains, for the first time, the scientific reasons why acupuncture works. <br />“We have never really had a scientific explanation for how acupuncture actually works,” he said. “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.” <br /><br />His research suggests that the insertion of an acupuncture needle into the skin disrupts the branching point of nerves called C-fibres, which transmit low-grade sensory information over very long distances. <br />“We have known for some time that acupuncture points have a much lower electrical resistance than nearby areas of skin,” Silberstein said. “It is possible that this is because C-fibre nerves branch at acupuncture points.” <br />Scientists do not know exactly what role C-fibres play in the nervous system; however, Silberstein has a theory. <br />“This network of nerves possibly exists to maintain our state of arousal or wakefulness, and its disruption by an acupuncture needle numbs our general sensitivity to pain,” he said. <br /><br />“It may provide us with new methods of treating sleep problems, pain and high blood pressure,” he said, besides furthering our understanding of the autonomic nervous system.<br />These findings are slated for publication in the Journal of Theoretical Biology.<br /></p>