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Theoretical and Experimental Evidences where Present Safety Standards Conflict with Reality

18.02.2006

M. Fillion-Robin, V.N. Binhi

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Study to evaluate the viability of chicken embryos exposed under radiation

18.02.2006

Pilot study to evaluate the viability of chicken embryos exposed under non-ionizing radiation emitted by GSM base stations - November 2001

B.J. Youbicier-Simo, R. Messagier. M. Fillion-Robin
Techno Research Center, France

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Sensitivity of chicken embryos to portable computer (LCD) radiation

18.02.2006

Sensitivity of chicken embryos to portable computer (LCD) radiation and protective effectiveness validation of a compensation magnetic oscillator - 2000/2001

B.J. Youbicier-Simo
Technolab Research Center

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Review of studies validating the protective efficacy of a new technology

18.02.2006

B.J. Youbicier-Simo, R. Messagier, M. Fillion-Robin
Tecnolab Research Center France
 
SUMMARY
A total of 13 studies were initiated and coordinated by Tecnolab Research Center in 6 laboratories from 3 countries (France, UK, Japan). These studies were aimed at:

• Investigating potential adverse bio-effects associated with exposure to non-ionizing radiation (NIR) emitted by two types of communications devices, video display units (VDU) and cell phones;

• assenssing the efficacy of a compensation magnetic oscillation technology designed to protect from NIR. Five types of biological systems including chicken embryos, young chickens, healthy mice, mice suffering from cancer and humans were used. A set of 10 biological parameters were assessed, including embryonic mortality, hormones, antibodies, haematological parameters, stress, mood, ocular, damage, neurogenesis, micronuclei, formation and intracellular calcium. Overall endpoints were affected by irradiation, in terms of increase embryonic mortality, immune depression, depletion of hormones crucial for the regulation of the immune system (corticosterone and melatonin), changes in haematological parameters, increased stress, mood alteration, introduction of ophthalmologic disorders, inhibition of the neurogenesis in brain areas associated with memory processes, introduction of symptoms of cell dysfunction, apoptosis or cancer, and disruption of trans-membrane fluxes of calcium. On the other hand, the compensation magnetic oscillation technology tested allowed significant correction of altered physiological parameters, as well as improved or disapearance of observed pathological symptoms.

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Reading University research CMO

18.02.2006

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