Sensitivity of Cell Cultures on Time-Varying Low-Frequency Magnetic Field Changes

This article is focused on the in vitro experimental verification of basic necessary conditions for valid interpretation an ion parametric resonance prediction model biological reaction externally applied, extremely low-frequency magnetic field. Experiments are performed organism Saccharomyces cerevisiae strain BY4741, with intention to target calcium ions, which already produced interesting preliminary results within authors’ previous works, confirming specific field settings being bioactive. To study nature and origin reactions more exhaustingly, research aimed at two chosen physical aspects theory. In first part, experiments set up verify point validity ions perform a sensitivity analysis system response around this point. second main attention paid maximum effect BAC/BDC ratios, reflecting theory as well current state art knowledge. Both series have shown results, 29.89 Hz bioactive frequency ratio 1.8. These observations close correlation assumptions targeting ions. The looks even interesting, conducted resulted pronounced frequencies 24.89 34.89 Hz, terms significance, than assumed by investigated model. narrow width peak, typical phenomena resonant nature, was not observed experiments, would be addressed precisely future work authors.