This is how dumb they think you are: Cell Phone Radiation Reverses Alzheimer's and Boosts Memory in Mice

Scientists say the electromagnetic radiation from cell phones may lead to non-invasive Alzheimer's treatments
By Jeremy Hsu
Popular Science
Jan. 07, 2010

Cell Phones Tickle My Brain Mice were exposed to cell phone signals from a centrally-located antenna. University of South Florida

All those cancer concerns surrounding cell phones may have to make room for good news. Astonished scientists found that electromagnetic radiation from cell phones not only boosted the memories of young mice, but even reversed Alzheimer's symptoms in old mice. Their study marks the first to investigate how long-term electromagnetic radiation affects memory function.

The University of South Florida study showed that the electromagnetic waves erase brain deposits of the harmful protein beta-amyloid, which represents a hallmark of mentally crippling Alzheimer's disease. The exposure also prevented build-up from the protein in younger Alzheimer's mice -- a possible lead on future non-invasive Alzheimer's treatments for humans.

Almost 100 mice endured two 1-hour periods of daily exposure to an antenna that generated a cell phone signal, during a period of seven to nine months. Most of the mice were genetically engineered to develop Alzheimer's, but some non-demented mice also allowed researchers to see how the electromagnetic waves affect normal memory.

Even the non-demented mice saw benefits from the exposure through increased blood flow and energy metabolism in the brain. That improved brain activity actually boosted the memory of the mice to above-normal levels.

"It will take some time to determine the exact mechanisms involved in these beneficial memory effects," said Gary Arendash, a biomedical researcher at the University of Southern Florida. "One thing is clear, however -- the cognitive benefits of long-term electromagnetic exposure are real, because we saw them in both protection- and treatment-based experiments involving Alzheimer's mice, as well as in normal mice."

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