“In other words, though work to reduce toxic chemical exposures can be viewed as quite distinct from efforts to address EMF exposures, both EMFs and EDCs can disrupt the critical signaling systems in the body and lead to problematic health endpoints.”
written by Elise Miller, MEd
As you probably remember from your high school biology class, our bodies function using electrical impulses to communicate between cells, such as telling your heart muscles to contract or signaling your brain that you just stubbed your toe. Since everything relies on these signals, any breakdown or disruption in your body’s electrical system can become a real problem.
We also know that certain toxic agents, such as endocrine disrupting chemicals (EDCs), can alter our bodies’ hormonal messaging systems (which, by the way, uses electrical signals to communicate). When exposures to these chemicals, even in tiny amounts, happen during critical windows of development, then a wide range of health problems can result over a person’s lifetime.
So what do EDCs and electromagnetic fields (EMFs) have in common? As Henry C. Lai, professor of bioengineering at the University of Washington in Seattle and an expert…
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