Measurement System for Monitoring of Magnetic Field Effects on Yeast Cells by Impedance Spectroscopy

The development of innovative measurement approaches to investigate magnetic field (MF) biological effects is of great importance since we currently do not have any satisfying explanation of the MF biological interactions. The impedance spectroscopy is a well-known technique in the field of biological sample growth characterization. Here we present a proof of concept for cell culture impedance monitoring during the experiment with magnetic field exposure. We also emphasize the precise temperature monitoring has a key role in the exact interpretation of results since the minor temperature differences could lead to a substantial change in cell growth parameters.