Virtual Blood-Flow Controlling System: Optimization of Human Bioactivity Under Exposure to Magnetic Fields

The purpose of this paper is to investigate the effects of extremely low-frequency magnetic fields on the nature of artificial blood solutions, using an artificial blood-circulation system. We first measured induced electromotive forces in our test fluid, using two measurement points with test equipment electrodes inserted in the flow channel near the coil surface. No significant difference in the electromotive forces at the insertion points of the electrodes could be detected. When the positions of the exposure coils were shifted a little from each other on the outside of the flow channel near two measurement points with test equipment electrodes, we were able to detect some slight differences between them. This result showed the possibility that the magnetic fields induced from the coil distinctly generated effective electromotive forces in several fluids among the artificial blood solutions. In addition, we investigated the direct-current magnetic fields for the most effective blood flow on our artificial blood-circulation system. This system may provide new knowledge about the mechanism of blood massotherapy by electromagnetic stimulations as a therapy for many diseases.