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Local exposure of 849 MHz and 1763 MHz radiofrequency radiation to mouse heads does not induce cell death or cell proliferation in brain

机译:小鼠头部局部暴露849 MHz和1763 MHz射频辐射不会诱导脑细胞死亡或细胞增殖

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摘要

Even though there is no direct evidence to prove the cellular and molecular changes induced by radiofrequency (RF) radiation itself, we cannot completely exclude the possibility of any biological effect of mobile phone frequency radiation. We established a carousel-type exposure chamber for 849 MHz or 1763 MHz of mobile phone RF radiation to expose RF to the heads of C57BL mice. In this chamber, animals were irradiated intermittently at 7.8 W/kg for a maximum of 12 months. During this period, the body weights of 3 groups-sham, 849 MHz RF, and 1763 MHz RF-did not show any differences between groups. The brain tissues were obtained from 3 groups at 6 months and 12 months to examine the differences in histology and cell proliferation between control and RF exposure groups, but we could not find any change upon RF radiation. Likewise, we could not find changes in the expression and distribution of NeuN and GFAP in hippocampus and cerebellum, or in cell death by TUNEL assay in RF exposure groups. From these data, we conclude that the chronic exposure to 849 MHz and 1763 MHz RF radiation at a 7.8 W/kg specific absorption rate (SAR) could not induce cellular alterations such as proliferation, death, and reactive gliosis.
机译:即使没有直接的证据来证明射频(RF)辐射本身引起的细胞和分子变化,我们也不能完全排除手机频率辐射的任何生物效应的可能性。我们为849 MHz或1763 MHz的手机RF辐射建立了一个转盘式曝光室,以将R​​F暴露于C57BL小鼠的头部。在该室中,以7.8 W / kg的间隔间歇地照射动物,最长持续12个月。在此期间,3组假体重,849 MHz RF和1763 MHz RF的体重没有显示两组之间的任何差异。从3个组分别在6个月和12个月获得了脑组织,以检查对照组和RF暴露组之间的组织学和细胞增殖差异,但是我们发现RF辐射没有任何变化。同样,通过RF暴露组的TUNEL分析,我们也未发现NeuN和GFAP在海马和小脑中的表达和分布或细胞死亡的变化。根据这些数据,我们得出结论,以7.8 W / kg的比吸收率(SAR)长期暴露于849 MHz和1763 MHz的RF辐射不会诱导细胞改变,例如增殖,死亡和反应性神经胶质增生。

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