Mobile Phones & Brain Damage - The Largest Human Biologic Experiment
(www.i-sis.org.uk)https://www.i-sis.org.uk/MPABD.phpResearchers found "highly significant" evidence for damages to brain cells in rats exposed for 2 hrs to microwaves from mobile phones; and these damages were still seen 50 days after the exposure.
A recent health survey carried out in La Ňora, Mucia, Spain, nearly two 900/1800Mhz mobile phone base stations showed statistically association between the measured electric field and a number of symptoms, especially depressive tendency, fatigue, sleeping disorder, difficulty in concentration and cardiovascular problems, and also loss of memory, visual disorder and dizziness. It confirms the findings of several earlier published studies.
On the basis of this work, D. Oberfeld Gerd of the Public Health Department of Salzburg, Austria, is advising a reduction of exposure levels to no more than 1 microWatt/m2. The current exposure limit set by the International Commission on Non-Ionizing Radiation Protection (ICNIRP) Guidelines is 10 W/m2, or 10 million times that recommended.
...mobile phones – have the potency to significantly open the blood-brain barrier such that the animal’s own albumin passes out of the bloodstream into the brain tissue and accumulates in the neurons and glial cells surrounding the capillaries."
The exposed rat brain showed multiple spots of albumin leaking out from the blood vessels. On high power, dark, dead neurons can be seen interspersed with the living ones. There is an apparent dose-response relationship between the level of exposure and the number of dead neurons found.
Previous studies by the same group showed that albumin leakage into the brain occurs within hours after exposure in about 40% of the animals. But in the present study, there is still albumin leakage after 50 days. This suggests that there might have been a "vicious circle" started by the initial leakage, leading to long lasting effects.
The researchers pointed out that 12-26 week old rats are comparable in age to human teenagers, the most frequent users of mobile phones. This level of damage to the nerve cells is worrying, as "it may result in reduced brain reserve capacity". In other words, the teenagers’ brains may age prematurely.
There is now evidence that a wide range of frequencies in the electromagnetic spectrum can have biological effects from DNA damage in brain cells to childhood leukemia
Mobile Phones & Cancer:
https://www.i-sis.org.uk/FOI2.php 
