Tony Keppelman EMF Services -
Show Me the Science!

Q. Statistics and the precautionary principle are one thing, but how exactly does wi-fi and cell phone radiation affect human cells?
A.  Human cellular reaction to microwave(?) radiation has been observed by many scientists in the lab. One book detailing the specifics of the human cell’s reaction to cell phone radiation is Protecting Yourself and Your Family against Radiation Toxicity by Dr. Sundardas Annamalay (2014). (Click on the blue title to find the book on amazon.com)
        For example, on page 31 Dr. Annamalay writes:

Here’s how cell phone radiation causes damage:
        A carrier wave  oscillates at 1900 megahertz (MHz) in most phones, which is mostly invisible to our biological tissue and doesn’t do damage. The information-carrying secondary wave necessary to interpret voice or data is the problem. That wave cycles in a hertz (Hz) range familiar to the body. Your heart, for example, beats at two cycles per second, or two Hz.
        Our bodies recognize the information-carrying wave as an “invader”, setting in place protective biochemical reactions that alter physiology and cause biological problems that include intracellular free-radical buildup, leakage in the blood-brain barrier, genetic damage, disruption of intercellular communication, and an increase in the risk of tumors. The health dangers of recognizing the signal, therefore, aren’t from direct damage, but rather are due to the biochemical responses in the cell.
        Cellular energy is now used for protection rather than metabolism. Cell membranes harden, keeping nutrients out and waste products in. Waste accumulating inside the cells creates a higher concentration of free radicals, leading to both disruption of DNA repair (micronuclei) and cellular dysfunction.
        Unwanted cell death occurs, releasing the micronuclei from the disrupted DNA repair into the fluid between cells (interstitial fluid), where they are free to replicate and proliferate. This is the most likely mechanism that contributes to cancer.
        Damage occurs to proteins on the cell membrane, resulting in disruption of intercellular communication. When cells can’t communicate with each other, the result is impaired tissue, organ, and organism function. In the blood-brain barrier, for example, cells can’t keep dangerous chemicals from reaching the brain tissue, which results in damage.
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