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 ].