Lantow M, Lupke M, Frahm J, Mattson MO, et al. (2006b):
The aim of this study was to investigate the effect of RFR on the induction of Reactive oxygen species (ROS) release and/or changes in HSP70 expression in human blood cells. Lymphocytes and monocytes were exposed to 1800 MHz radiation for 30 or 45 minutes at SAR 2W/kg. The cells were exposed to CW or different GSM signals (GSM-DTX, GSM-Talk). Parallel exposures were made to PMA (a chemical that induces ROS release), sham, or incubator controls. To investigate the effects on HSP70 expression, the monocytes were exposed to GSM-DTX signal for 45 minutes.
treatment, as expected, induced a significant increase in
ROS production. The RFR exposure did not induce ROS release
or HSP70 expression. One curious result was seen. Monocytes,
but not lymphocytes, showed a decrease in ROS level during
the experiment with GSM-DTX, when the sham exposure was done.
The GSM-DTX exposure did not produce an increase in ROS production
when compared with incubator controls. The reason for this
finding is not clear.