Abstract

Overview

The study primarily investigates the impact of extremely low-frequency electromagnetic fields (ELF-EMF) prevalent in environments with power lines and electrical appliances, taking into account their implications on human fertility and health risks.

Objective

This research aimed to assess how ELF-EMF affects human sperm motility and examine the efficacy of a dielectric screen in mitigating these effects.

Material and Methods

• Semen samples from 20 participants were exposed to ELF-EMF.
• Sperm motility was assessed at intervals of 5, 15, and 30 minutes using a computer-assisted analysis system.

Findings

Results indicated a detrimental effect of ELF-EMF on sperm motility, with a notable decrease in motility speed and an increase in lateral head deviation.

Conclusion

The study confirmed the protective role of the dielectric screen, ADR Technology®, which effectively countered the negative impacts of ELF-EMF on sperm motility.