Abstract
Two mechanisms (bubble and resonance) of the interaction of low-intensity millimeter electromagnetic radiation and model cellular systems are investigated based on the example of Saccharomyces cerevisiae. It is shown that the effect of stimulating cell activity through electromagnetic radiation is of a pronounced resonance nature. The effect caused by the stimulation of vital activity in yeast cells under the influence of a thermal pulse, which can be described in terms of the bubble mechanism, is presented. The possibility of implementing both mechanisms is shown.
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