The effects of radiofrequency radiation on mice fetus weight, length and tissues
Abstract
Overview
The public concern of harmful effects of radiofrequency radiation exposure is increasing, particularly with the widespread use of wireless and telecommunication devices. This study examines the potential teratogenic effects of 915 MHz radiofrequency radiation on mice fetuses with and without the treatment of vitamin C.
Methodology
- 21 pregnant mice were divided into three groups:
- The control group was maintained in normal condition without any stressor agents.
- The exposure group was subjected to 915 MHz RFR (8 hours/day for 10 days) with 0.045 µw/cm2 power density.
- The third group ('exposure plus vitamin C') was treated with 200 mg/kg vitamin C by gavage in addition to the same radiofrequency exposure as the second group.
Findings
Observations indicated a significant increase in fetus weight and crown-rump length. Notable alterations included enlarged liver and tail deformation in the exposure group. Conversely, the use of vitamin C notably reduced these growth parameters and abnormalities.
Conclusion
The outcomes demonstrate the potential risks of radiofrequency radiation exposure on developmental parameters in mice fetuses. The protective effects of vitamin C highlight the need for ongoing research into non-ionization radiation's effects at various frequencies and severities during pregnancy to understand the mechanisms of these changes better and enhance protective measures.