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April 24, 2023
We know that electromagnetic fields (EMFs) can both damage the body and can repair it.
But how can both be true?
In a paper publish...
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Nurses address electromagnetic pollution
Environmental Health is important throughout the life cycle. From preconception to aging populations, the...
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Expert reveals 5G risks
One of the world’s leading authorities on wireless radiation has documented the risks of 5G radiation in ‘the first book o...
Posted in
5G,
5G in our environment,
cells,
demyelination,
DNA,
heart,
hippocampus,
immunity,
mast cells,
reproduction,
Yuri Grigoriev
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Magnetic fields from the electrical network can not only damage the DNA of brain cells, but the effects can be cumulative. These are some of the findings of recent studies by US researchers Drs Henry Lai and Narendra Singh. The Lai and Singh team first showed that magnetic fields from electricity could have genetic effects in 1997 when they found that a 60 Hz field of 0.1 - 0.5 mT produced single-strand and double-strand breaks in the DNA of rats’ brain cells.
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In light of recent scientific evidence of risk, several eminent scientists have recommended precautions when using mobile phones including restrictions on their use by children. As governments and industries remind us, there is “no conclusive proof” that the radiation from mobile phones causes health problems and they dismiss any possibility of risk at athermal (non-heating) levels of radiation.
Posted in
blood-brain-barrier,
confusion,
disorientation,
DNA,
DNA breaks,
headaches,
lymphoma,
memory,
mobile phones,
neurological damage,
precaution,
risk,
Stewart Report
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Dr Pamela Sykes has failed to obtain funding to proceed with a study on mobile phone radiation. A pilot program conducted by Sykes found that transgenic mice exposed for 25 days to periods of radiation at 900 MHz (such as is emitted by digital mobile phones) showed significant changes to DNA. While Sykes had hypothesised that the exposure would increase the number of DNA breaks, the pilot in fact found that there was a protective effect.
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