Effects of electromagnetic contamination of the airborne power lines of 50 / 60 Hz alternating current
A - The British study (published in the New Scientist) on high-voltage lines and cases of leukemia in children, published in June 2005 by Oxford University researchers, concerned over 29,000 children suffering from cancer, 9,700 of whom had leukemia. This study revealed that the risk of leukemia rose by 69% for children living less than 200 meters from high-voltage lines at the time of their birth, and by 23% for those living between 200 and 599 meters away, compared to those born over 600 meters away, according tp Gérald Drapper, main author of these studies.
In 2000, other works had shown that the risk of leukemia increases at exposure levels of 0.2 microtesla, and is doubled at levels higher than 0.4 microtesla, without any explication for this cause-and-effect relation.
The 1993 report by the INSERM (“Institut National de la Santé et de la Recherche Médicale”, France’s National Institute for Health and Medical Research) on the effects of ultralow-frequency electromagnetic fields, along with other American works, also reveals an increase in the risk of leukemia in children.
In short, every investigation yields the same results. There are risks due to high-voltage lines. The processes are always identical: neuroendocrinian dysfunction, effects on the hypothalamus and hypophysis, accompanied by stress conditions.
Summary of biological modifications induced by exposure to the effects of high-voltage lines in Quebec in 1989
On cells, on biological systems through the hormonal chain
- Decrease of transmembrane calcium rate
- Epyphisis and secretion of melatonin (sleep rhythm)
- Malformation of embryos (mouse and rat)
- Serotonin and dopamine decreasing at the hypothalamus level (macaque)
- Decrease in heartbeat rhythm (man)
- Lowered immunity (mouse)
B - The biological targets of the high-voltage line radiations identified above are identical to those of cellular telephones, computers, relay antennas, as demonstrated by Tecnolab, as well as by a number of international experiments.
Thus, the implementation of CMO technology, also known for its EM-field compensatory effects – which have been demonstrated at the level of intracellular calcium concentrations and of hormonal and immune functions – is also relevant for this application to the biological effects of the high-, mid- and low-voltage lines.
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