A ] Effect of EMF on the electric properties of skin surface
Different GDV signals [ area and Fractality ] were revealed when the volunteers were exposed to computer monitor [ Table 1 ]. No correlation was found with age or gender . No significant effects were seen when pooling the data from all subjects .
B ] Effects of different topically applied creams on the modifications induced by EMF on the electric properties of skin surface
Table 1 . Type of reaction to the computer monitor
Table 1 : Effect of EMF from computer VDU on GDV area and fractality . Pre – initial ; post – 10 minutes after exposure to the computer monitor for 10 minutes ; SD – standard deviation ; p – statistical probability ; NS – not significative ; n – number of participants .
Examining before-after differences , two populations emerged , showing increases or decreases in GDV values . The magnitude of these responses varied from less than 10 % to approximately 8-fold . Statistical significance was reached only in the population , which showed decreases in both GDV image area and fractality .
The results in the section above indicate that exposure to EMF Radiation emitted from computer monitors dramatically changes the electrical properties of the skin , as determined by the area and fractality of GDV images . We have explored the effect of topical applied creams on these variations . When the exposure to EMF was after topical application of a cream containing the anti-EMF technology , the values of GDV area was very similar to the values of the non exposed control . The results obtained with a cohort of volunteers are reported in figure 1 [ average of the GDV areas ].
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RESULTS
A ] Effect of EMF on the electric properties of skin surface
Different GDV signals [ area and Fractality ] were revealed when the volunteers were exposed to computer monitor [ Table 1 ]. No correlation was found with age or gender . No significant effects were seen when pooling the data from all subjects .
B ] Effects of different topically applied creams on the modifications induced by EMF on the electric properties of skin surface
Table 1 . Type of reaction to the computer monitor
Table 1 : Effect of EMF from computer VDU on GDV area and fractality . Pre – initial ; post – 10 minutes after exposure to the computer monitor for 10 minutes ; SD – standard deviation ; p – statistical probability ; NS – not significative ; n – number of participants .
Examining before-after differences , two populations emerged , showing increases or decreases in GDV values . The magnitude of these responses varied from less than 10 % to approximately 8-fold . Statistical significance was reached only in the population , which showed decreases in both GDV image area and fractality .
The results in the section above indicate that exposure to EMF Radiation emitted from computer monitors dramatically changes the electrical properties of the skin , as determined by the area and fractality of GDV images . We have explored the effect of topical applied creams on these variations . When the exposure to EMF was after topical application of a cream containing the anti-EMF technology , the values of GDV area was very similar to the values of the non exposed control . The results obtained with a cohort of volunteers are reported in figure 1 [ average of the GDV areas ].