Abstract

Overview

As 5G wireless technology evolves, the impacts of its electromagnetic radiation (EMR) especially at 28 GHz, on human health, especially skin health, are becoming a critical concern.

Findings

• The study investigated the interaction between 5G EMR and skin pigmentation using murine melanoma cells (B16F10) and a 3D pigmented human epidermis model (Melanoderm™).
• Exposure to 5G disrupted melanin production which is essential for skin pigmentation.
• Experiments revealed a reduction in melanin synthesis when cells were treated with 5G EMR in combination with α-MSH for 4 hours daily.
• Further tests indicated a suppression in the formation of melanogenic enzymes critical for melanin production.
• Adverse effects on ROS generation were noted, suggesting a mitigation of processes essential for natural skin defense and pigmentation.

Conclusion

The study underscores potential health risks associated with 5G EMR, particularly its ability to alter important cellular mechanisms in skin cells which could reflect broader implications for human health.