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The influence of a magnetic field on a living human organism was monitored using abio-impedance evaluation of vasodilatation effects. A quantitative evaluation of the influenceof a magnetic field on a human being was implemented by means of a quantitative evaluationof changes in the bio-impedance of the tissue. The pulse of the magnetic field was controlledby a pseudo-random impulse signal using a power switch that controlled the current of theapplicator coil. The peak magnetic field flux density was approximately 60 mT. The bioimpedancewas measured by a four-electrode method by means of a radiofrequency narrowband vector bioimpedance meter. Experiments were performed on the magnetic exposure ofthe forearm of an exposed human subject. During exposure to a magnetic field, the bioimpedancechange signal level increases above the normal level, and reaches the maximumlevel after about 10 minutes. The maximum value is approximately 50 % higher than thenormal level

An evaluation of the influence of a magnetic field on a human subject with the use of bio-impedance