Effects of Radiofrequency Electromagnetic Radiation on Neurotransmitters in the Brain

Abstract

Overview

As the world embraces the rapid development of electronic information, achievements in technology revolving around electromagnetism have permeated various aspects of human life and production.

Introduction to EMR Pollution

• The decade-spanning advancements have led to electromagnetic radiation (EMR) emerging as a significant new form of pollution in our modern environment.

Global Concern and Study Focus

The biological effects linked to EMR have captured global concern, garnering attention from health and environmental scientists. The brain, in particular, is considered highly susceptible to EMR interactions, leading to focused research on its implications.

Detailed Findings

Research highlights the sensitivity of the nervous system to EMR, considering it a critical target. There's an increasing body of work exploring the neurobiological impacts of EMR, specifically addressing changes in the metabolism and transport of neurotransmitters—the key mediators of synaptic communication influencing cognitive and emotional behaviors.

Conclusion

This review aggregates insights into how EMR may alter the metabolic pathways and receptor functions of neurotransmitters in the brain, signaling potential risks and neurobehavioral changes.