A Novel Technology for In-Vitro Electromagnetic Modulation

Numerous published papers have noted biological effects based on the modulation frequency of plasma and radio frequency fields, as well as the frequency of electric and magnetic near-field emitters. However, clinical studies in energetic medicine are difficult to justify because the physical mechanism behind the biological interaction is not well understood. Clinical studies are also very expensive and the protocol for selecting an optimum frequency is poorly defined. These problems can be mitigated by studying a bacterial, fungal or viral culture in vitro in the laboratory. An array of 96 emitting elements is placed underneath a 96 well culture plate. The array is connected to an FPGA, which generates a set of 96 separate frequencies simultaneously. This speeds the frequency search. The array is also thermally controlled to incubate the culture. Arrays are designed for non-thermal plasma, RF 2.4 GHz, electric, magnetic and optical (LED) stimulation