Electromagnetic Information Transfer of Specific Molecular Signals Mediated through Aqueous Systems: Experimental Findings on Two Human Cellular Models

摘要

Electromagnetic Information Transfer (EMIT) of Specific Molecular Signals according to previous report [3,5] and ours [1] is having his serious experimental evidence. The aim of the present work is to understand the possible role of water in mediating the electromagnetic information transfer of biological active molecules [5] such as retinoic acid (RA). The electromagnetic information signals from the retinoic acid solution (RA-EMIT) was captured and transferred to the target as previously described by a commercially available oscillator (Vegaselect 719). In the present study the retinoic acid signals was first transferred to the cell's culture medium (RA-EMIT conditioned medium) then cells (LAN-5 neuroblatoma and NT2/D1 human teratocarcinoma) cells seeded with RA-EMIT off. The same experiment was repeated culturing cells under continuous RA-EMIT conditions. As an overall control the direct differentiating effect of RA solution on cell's culture was reported. These experimental findings demonstrated that the RA-EMIT conditioned medium behave like retinoic acid thus inducing cell differentiation in both cell's lines.