Study and Analysis of Human Nervous System and Effects of External EM Signals on Conduction in Human Nerves

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Manish Kumar Gupta, R. K. Khanna, K. J. Rangra

Abstract

Biological effects of microwaves or in general any EM irradiation is mostly analysis in terms of thermal effects. On this ground mostly exposures from mobile phone towers are said to be safe but some of the field studies reports strongly support the ill effects associated with it. Scientists and researchers are not of clear opinion about the mechanism, how the effects can be visualized. In the study reported here, the behavior of the nerve conduction is realized is in the form of electrical circuit, basically in the form of RC Transmission line. This paper shows simulation results of the effect of the continuous exposure of External EM Field on the nervous. Simulation is based on the MATLAB® and analysis of effect of mixing of AC signal with the membrane potential is done. Another simulation result of the affect of variation of frequency on the conduction behavior is also simulated in this paper. Results indicate that the reported bio-effects may be not of direct nature, like in case of ionic radiations but may be due to the malfunctioning of the never communication network due to EM- exposure. Further development of the experimental model is under process.

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How to Cite
, M. K. G. R. K. K. K. J. R. (2016). Study and Analysis of Human Nervous System and Effects of External EM Signals on Conduction in Human Nerves. International Journal on Recent and Innovation Trends in Computing and Communication, 4(4), 448–458. https://doi.org/10.17762/ijritcc.v4i4.2032
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