Effects of Simulated Mobile Phone Electromagnetic Radiation on Fertilization and Embryo Development

Abstract

Overview

This study aimed to determine the impact of 935-MHz electromagnetic radiation on fertilization and embryo development in mice.

Methodology

Mice undergoing ovulation were subjected to electromagnetic radiation at three intensity levels for durations of either 4 hours per day or 2 hours per day over a span of three consecutive days. Post radiation exposure, the ova were collected for in-vitro fertilization assessments.

• Fertilization Rate: Assessed at 6 hours post-fertilization.
• Morula Rate: Observed at 72 hours to evaluate development.
• Blastula Rate: Monitored at 110 hours for advanced developmental stages.

Findings

The study noted a decrease in fertilization and embryonic development rates at mid and high intensities of electromagnetic radiation, which was statistically significant as compared to the control. Notably, the alteration in developmental rates could potentially affect embryo implantation adversely.

Conclusion

Exposure to mid and high-intensity electromagnetic radiation at 935 MHz can significantly impede fertilization processes in mice, leading to reduced chances of embryo implantation and potential health risks.