Mathematical modeling of the nature of the distribution of currents in the organs of the human body at hand-to-hand abduction electrotherapy
AUTHORS : Gotovsky1 M.Yu. | Perov2 S.Yu. | White2 O.V.
RELEVANT UNIVERSITIES : 1Center for Intelligent Medical Systems “IMEDIS”, Moscow, 2FSBI Scientific Research
Institute of Occupational Medicine, Russian Academy of Medical Sciences, Moscow
YEAR : 2013
RESUME
Numerical modeling of current distribution in human body organs during electropunctural therapy on pathway “handhand”
was realized by means of software SEMCAD X v.14.8. Current density values and character of current density
distribution in human body model were obtained and theoretically evaluated. Numerical modeling showed to be a perspective
direction for study and optimization of electropunctural therapy.
Keywords: electropunctural therapy, numerical modeling, human body model, current density.
