Development of the simulation system to evaluate the responses for nervous network system under the low frequency band EMF exposure with the mathematical model of C.elegans

The electromagnetic field exposure in the low frequency band (1-100 kHz) is known to cause nerve stimulation in the human body [1]. Currently, impedance method [2] [3] is used as an evaluation method of magnetic field (MF) exposure in the low frequency band to estimate the electric fields and the current densities induced in the living body. The numerical model used for the dosimetry consists of millimeter order voxels to express macroscopic organizations in the human body. However, it is not considering the microscopic nervous network system (NNS). Therefore, the purpose of this study is to propose a method to consider responses for the complex NNS under the EMF exposure. If this system will be realized, it will be possible to understand the interaction between the EMF exposure and the NNS in the biological body more accurate than the conventional method.