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The influence of geomagnetic disturbances and storms on the bioluminescent activity of bacteria has been explored. Change in the intensity of the cell luminescence depends on the amplitude and duration of the disturbance. Synchronization of the light signal of the cells is observed, apparently related to the concordance of certain frequency characteristics of the geomagnetic disturbances and the...
The influence of an electromagnetic field with a frequency from 36.2 to 55.9 GHz on the bioluminescent activity of bacteria has been explored. Exposure to an electromagnetic field leads to frequency-dependent change in bioluminescence. The time of adaptation to the action of the electromagnetic field is far longer than the intracellular time parameters of the bioluminescent system. The effect is...