Impact of long-term electromagnetic field exposure on saccharomyces cerevisiae: controlling the inoculum weight

Living organisms of Saccharomyces cerevisiae are subjected to extremely low-frequency electromagnetic field exposition during the workweek, followed by cultivation over the weekend. Initially, the weight of the inoculum with YPD agar is examined in the exposure setup without exposition between the first and the last day. Subsequently, the coil is supplied, generating a static and time-varying electromagnetic field. The theoretical assumption underlying this experiment is based on the modified ion parametric resonance theory, which specifically focuses on calcium ions at a frequency of 192.26 Hz. The time-varying magnetic field amplitude is set at 451.66 & mu;T, accompanied by a static field of 250.92 & mu;T. By employing an experimental protocol, the cells are exposed to these conditions for a long-term exposition within Petri dishes.