The effects of radiofrequency radiation on mice fetus weight, length and tissues
Abstract
Overview
Concerns about the potential health risks of radiofrequency radiation (RFR) are growing, particularly as wireless and telecommunication device usage increases dramatically. This study explores the teratogenic impacts of exposure to 915 MHz RFR on mice fetuses and examines the protective effects of vitamin C.
Methodology
- Total of 21 pregnant mice were distributed into three groups:
- Control group – No exposure to stressors.
- Exposure group – Subjected to 915 MHz RFR, 8 hours/day for 10 days at 0.045 µw/cm2 power density.
- Exposure plus vitamin C group – Given 200 mg/kg of vitamin C by gavage alongside the same RFR exposure as the exposure group.
Findings
Significant disparities were found in the development of the fetus between the exposed and control groups:
- Increased fetus weight and crown-rump (C-R) length.
- Notable liver enlargement and tail deformations in the exposed group.
- Intervention with vitamin C led to a significant decrease in these developmental abnormalities.
Conclusion
The findings reinforce the potential risks of RFR on fetal development, highlighting the nuanced role of vitamin C in mitigating these effects. Further investigation is recommended to better understand the mechanisms and to explore protective strategies against different frequencies and intensities of non-ionizing radiation during pregnancy.