Abstract

Overview

As mobile phone usage has surged globally, concerns about the biological impacts of electromagnetic radiation (EMR) have intensified. This study explores the effects of mobile phone radiation on the brain, focusing on the rat hippocampus proteome after exposure.

Findings

• A significant increase in the use of mobile phones was noted from 2011 to 2019.
• The study involved exposing rat hippocampus to mobile phone radiation over 20 weeks, leading to the identification of 358 proteins, with 16 showing significant changes.
• Proteins affected were linked to crucial cellular functions like energy metabolism and ion transport, with potential implications for neuron functions.
• Validation was achieved through Western blot analysis, confirming the initial findings.

Conclusion

The results indicate a distinct alteration in the hippocampus proteome due to mobile phone EMR, which may affect brain health and function, suggesting potential health risks. More comprehensive studies are recommended to assess these findings' implications on humans.