How Electronically Generated EMFs Effect Human Brains and Bodies

Science and medicine continue to study the effects of electromagnetic radiation and how to mitigate adverse effects. Each country sets its guidelines for electronic device development, specifying the frequencies at which devices can operate. They also set recommendations for the use of electronic devices, such as cell phones. What has so many people interested in the powering of such tiny devices?

Small Electronics Transform Our Lives

The advent of the transistor, and later the microchip, made possible everything from handheld radios to cell phones. Humans can communicate on the go and keep abreast of local and world events like never before. Each of the electronic devices that enables this communication transmits waves of energy at specific frequencies.

Our brains also function by generating five types of brain waves, electrical patterns created by the human body to regulate its functions. Essentially, the guidelines and laws each country sets based on medical research ensure that, to all extents possible, electronic devices don’t operate at frequencies that conflict with our own. In cases where this isn’t possible, the guidelines direct device users to limit device use and screen time.

What Are the Known Effects?

According to the book Assessment of the Possible Health Effects of Ground Wave Emergency Network, RF radiation affects:

• The central nervous system
• Brain chemistry
• Isolated nerve preparations
• Histology
• The blood-brain barrier.

To what extent the effects extend and the amount of exposure necessary to inflict lasting damage, scientists still study. The book takes a meta-analytic approach, meaning it looks at many studies already conducted as a whole and in their component parts. What it discovered is that different studies uncovered varying effects on animal species.

EMFs Affect Species Differently 

Scientists don’t typically test humans, but studies on cats and rats, for example, revealed that the EMFs affected each species differently. Neuroscape concurs, stating that research indicates EMFs can create “potential changes in brain wave patterns and cognitive function,” but at what exposure level damage occurs science has yet to determine with surety.

Frequency of Exposure Affects the Effects

Frequency matters, too, states Neuroscape. The low-frequency EMFs emitted by household appliances, like microwaves, differ from cell phones and Wi-Fi routers’ high-frequency EMFs. Animal studies revealed that high levels of exposure to high-frequency EMFs could alter neuronal behavior. They’re also linked to some neurodegenerative conditions. 

Research thus far leans toward a correlation between chronic EMF exposure and negative effects on learning and memory. How EMFs affect each person differs. Some individuals may experience more assertive effects, while others notice nothing.

Mitigating the Effects of EMFs

While science and medicine continue their studies, governments across the globe encourage citizens to use restraint when using electronic devices. They all advocate limiting screen time, setting the device further away from your body, and using speakerphone mode so you don’t have to place the device against your head. Use EMF mitigation devices like LifeTune from Aires to transform EMFs into those more in tune with the human body.