How to Control Exposure to Fifth-Generation Radiofrequencies in Preterm Newborns in Incubator

Abstract

Overview

This study in Neonatology explores the challenge posed by exposure to radiofrequency electromagnetic fields (RF EMFs), particularly from emerging 5G technology, in neonatal intensive care units (NICUs). The research evaluates the effectiveness of an innovative electromagnetic shield as a potential solution to mitigate risks associated with RF EMF exposure in preterm newborns.

Findings

• The use of a personal dosimeter revealed varying exposure levels of 5G RF, providing key quantitative insights.
• A new incubator cover, made from a composite of silver-copper and polyester, significantly decreased the intensity of radiofrequency exposure, achieving reductions between 52% to 57%.
• The remarkable 55% average reduction in 5G radiofrequency exposure was significant (p < 0.0001), addressing the urgent need to apply the precautionary principle in NICU settings.

Conclusion

The findings demonstrate the potential for specialized EMF shielding in protecting vulnerable newborns from the risks associated with 5G RF EMFs in hospital environments. Nevertheless, the study notes variability in actual efficacy versus theoretical models, underscoring the importance of continued vigilance in environmental safety measures in NICUs.