Protective Properties of Botanical Extracts against 5G Radiation-induced Damage to Human Skin, as Demonstrated in Preliminary Data from a Keratinocyte Cell Culture Model

Abstract

Overview

As 5G technology becomes more prevalent, exposure to its higher-frequency 3–100 GHz wireless bands raises concerns about potential skin damage. This study investigates the effectiveness of botanical extracts in protecting human skin from these impacts using a cell culture model.

Background

• 5G networks involve higher energy radiation and more emitters close to users, increasing electromagnetic exposure.
• Some studies suggest 5G radiation could affect immune function, trigger inflammatory responses, and alter gene expression related to stress and tissue turnover.

Methods

We analyzed the effects of 5G radiation on human epidermal keratinocytes by measuring changes in inflammatory cytokines, collagenase inhibitors, wound healing proteins, and immune recruitment indicators through ELISA and immunostaining.

Various botanical extracts were then tested to assess their potential protective effects against these observed changes.

Findings

• Just one hour of 5G exposure led to significant changes in keratinocyte behavior, indicating potential skin damage.
• Certain botanical extracts were found to mitigate increases in inflammatory markers and stress responses, attributed to their anti-inflammatory and antioxidant properties.

Conclusions

This preliminary data showcases how botanical extracts can help shield human skin from the deleterious effects of 5G radiation, suggesting potential use in skincare and cosmetic products.