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Orgo-Disk

On a daily basis, most of us are exposed to EMFs generated by household wiring, fluorescent lighting, and by any electrical appliance plugged into the wall, including hair dryers, vacuum cleaners and toasters.

In the workplace, common sources include video display terminals (computer monitors), air purifiers, photocopiers, fax machines, fluorescent lights, and electric tools in machine shops, including drills, power saws, lathes and welding machines.

The EMF affects most severly individuals with electrosensitivity, but may also cause symptoms such as insomnia, nausea, headache, brain tumors, leukemia, birth defects, miscarriages, chronic fatigue, cataracts, heart problems, stress, chest pain, forgetfulness, cancer and other health problems from prolonged exposure to these EMF`s in otherwise healthy people

This devices' primary goal is to reduce EMF generated by house wiring and appliances connected to it. Even although it's a small device, it can reduce EMF in a whole house by approximately 75% when placed on the inside of the fuse box cover.

Like the Geo-Puck - it is an orgone device and also uses paramagnetic minerals that contain m-state elements (ormus) to promote superconductivity and boost its efficiency and energy charging during curing process.

We have done extensive tests using dowsing and tri-field meter and, unlike most products available on the market, results are measurable using conventional (scientific) methods. We will post results from an independent lab when they become available.

Orgo-Disk               $36.00         

Division of Occupational Medicine, University Hospital/AKH, Waehringer
Guertel 18-20, A-1090 Vienna, Austria.

Results of epidemiological research show low association of electromagnetic field (EMF) with increased risk of cancerous diseases and missing dose-effect relations. An important component in assessing potential cancer risk is knowledge concerning any genotoxic effects of extremely-low-frequency-EMF (ELF-EMF).

Human diploid fibroblasts were exposed to continuous or intermittent ELF-EMF (50Hz, sinusoidal, 24h, 1000microT). For evaluation of genotoxic effects in form of DNA single- (SSB) and double-strand breaks (DSB), the alkaline and the neutral comet assay were used.

In contrast to continuous ELF-EMF exposure, the application of intermittent fields reproducibly resulted in a significant increase of DNA strand break levels, mainly DSBs, as compared to non-exposed controls.

The conditions of intermittence showed an impact on the induction of DNA strand breaks, producing the highest levels at 5min field-on/10min field-off.