Influences of an Interference-Offset Field Produced by a Shield Line Non-Induction Coil on Skin Electrodermal Activities and Carrageenin-Induced Edema

Abstract

An interference-offset field was produced around a shield line non-inductive coil through which an electric current was passed. This field dose not have a magnetic and a vector potential field. When human subjects were irradiated using this interference-offset field, statisically significant changes in the electrodermal activities of the skin were recorded, suggesting that the field affects the autonomous nervous systems. In addition, the volume of carrageenin-induced edema of paws in rats significantly correlated with irradiation intensity(electrical current in the coil). Therefore, this interference-offset field has an actual effect, although the magnetic field and the vector potential field went out of existence by interference.