Abstract

Impact of 43 kHz Radiation on Sperm Motility

Overview

The study explores the effect of low frequency electromagnetic waves on human sperm motility, emphasizing how environmental exposure to 43 kHz electromagnetic radiation impacts male reproductive health.

Methodology

• Population: 103 healthy, fertile men aged 25-30.
• Procedure: Participants provided sperm samples, split into control and experimental groups for exposure to 43 kHz EMF.
• Assessment: Sperm motility assessed at intervals of 3, 12, and 24 hours post exposure.

Findings

The exposure increased progressive sperm motility by up to 5.8%, and velocity by up to 2 μm/s. Additionally, the number of hyperactivated spermatozoa significantly increased in the exposed samples.

Conclusion

Exposure to 43 kHz electromagnetic waves may exacerbate risks associated with male infertility by influencing premature sperm capacitation. Such exposure can be critical in both environmental contexts and assisted reproductive technologies.