Bio-luminescent bacteria exposed to radiation of UHTM frequencies is not known and they offer new prospective to study modern biological sensors and DNA. We performed experiments undergoing an electric field of 53 and 140 V/m. Bioluminescence decreased of 77% and 68% undergone lower and higher electric field, respectively. We estimated a corresponding enhancement of the bioluminescent activity of bacteria growing at RF environment of 23 and 85 times undergone lower and higher electric field. This behavior of intense activity of bacteria on RF exposure can be ascribed to the anti-mutagenic effect of the RF.
Effect of UHTM frequencies on Vibrio harveyi bacteria
ALIFANO, Pietro;NASSISI, Vincenzo;TALA', ADELFIA;TREDICI, Salvatore Maurizio;VELARDI, LUCIANO
2011-01-01
Abstract
Bio-luminescent bacteria exposed to radiation of UHTM frequencies is not known and they offer new prospective to study modern biological sensors and DNA. We performed experiments undergoing an electric field of 53 and 140 V/m. Bioluminescence decreased of 77% and 68% undergone lower and higher electric field, respectively. We estimated a corresponding enhancement of the bioluminescent activity of bacteria growing at RF environment of 23 and 85 times undergone lower and higher electric field. This behavior of intense activity of bacteria on RF exposure can be ascribed to the anti-mutagenic effect of the RF.File in questo prodotto:
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