DocumentCode
921211
Title
Electrical properties of meridians
Author
Chen, Kuo-Gen
Author_Institution
Dept. of Phys., Soochow Univ., Taipei, Taiwan
Volume
15
Issue
3
fYear
1996
Firstpage
58
Abstract
An overview of the electrodermal screening test is given. An existing model of the electrical properties of the skin has been the accepted scientific standard for decades. But this model is based entirely on mechanistic principles and it fails to explain many biological phenomena, particularly those relating to acupuncture points and meridians. The author has developed a new model which, unlike the standard model, includes an active biological response and the fact that the electricity passes though different types of tissue, not just skin. This model not only explains much of acupuncture phenomena, in general, but can also be used to explain all possible EDST readings. The author has reviewed studies of electrodermal properties with studies of qualities specific to meridians. The author discovered that meridians have higher conductance, faster electromagnetic wave propagation, and patterns of preferential direction. Because of these factors, the meridian system acts as a particularly good network for the communication of bioinformation and thus plays an essential role in biological function. It is very interesting that much of what has been learned through studies using the most modern equipment and methodologies is in agreement with meridian theory dating from 100 B.C.E. and earlier
Keywords
bioelectric phenomena; patient treatment; physiological models; skin; active biological response; acupuncture points; bioinformation communication; electrodermal properties; electrodermal screening test; electromagnetic wave propagation; mechanistic principles; meridians electrical properties; preferential direction; tissue; Circuits; Damping; Deformable models; Electrodes; Immune system; Organisms; Oscillators; Polarization; Viscosity; Voltage;
fLanguage
English
Journal_Title
Engineering in Medicine and Biology Magazine, IEEE
Publisher
ieee
ISSN
0739-5175
Type
jour
DOI
10.1109/51.499759
Filename
499759
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