Abstract
The topic of our research is based on the perspective of electromagnetic principles of living system operation. The overall objective of this research is to expand knowledge of the impact of weak external low-frequency electromagnetic fields (EMF) on the functioning of selected biological objects. The particular aim of the research is to design a new experimental approach enabling efficient scanning through EMF parameters while searching for a specific response of the investigated biosystem. Methods based on the impedance spectroscopy are being developed to determine the response in the growth rate of cell cultures in an aqueous medium as well as in electrical characterization of cell structures. For this purpose, a complex experimental platform for quantitative characterization of the biological response to specific parameters of weak low-frequency electromagnetic fields is under development.
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