Fraunhofer
by Prof Dr med. habil. E. W. J. Mikus
In 2011, as part of an in vitro studyAn in vitro study is a scientific study conducted in an artificial environment, usually in a laboratory. In vitro studies are used to investigate the effects of substances, procedures or... at the Fraunhofer Institute, over 7,000 cell samples were analysed, which were treated with different frequencyThe frequency describes the number of oscillations per second and is given in the unit Hertz (Hz). An oscillation passes through various points: The starting point, the maximum point, the... spectra of Bioresonance according to Paul Schmidt and the RAH as well as with different bioresonance devices. The treated cell samples were compared with non-treated cell samples. The study conclusively demonstrated that bioresonance devices, with their harmonising oscillations, can increase the metabolic activity of fibroblasts by up to 8 %. The study also provided interesting results on the repair of keratinocytes: Damaged cells show significantly higher activity in the cell division phase. For example, with the Rayocomp PS 1000, there is an increase of over 40 %.
Note: In vitro studies cannot be transferred 1:1 to humans.
Final Report
The Fraunhofer Institute comes to the following conclusions in its final report (p.20):
‘All Rayonex device systems enhance the metabolic activity of fibroblasts by up to 8 % through their harmonizing oscillations.’
‘The results on the repair of keratinocytes are particularly interesting. Damaged cells show significantly higher activity in the cell division phase. This applies in particular to the Thyreogym with an increase of up to 22 % as well as to the PS 1000 with an increase of over 40 % […].’
‘It has been shown that the sensitive method of cell metabolic activity is in principle very well suited to measuring the influence of harmonic oscillations in [in] vitro cell cultures. Furthermore, cell cycle studies provide important information on the effect of the device systems on the activation of cell division. An optimised examination concept should be developed as part of a further study. In particular, the suitability of the frequencies must be specifically matched to the effects to be achieved. When applying harmonic oscillations for therapeutic purposes, one can anticipate even more favorable effects, considering the already significantly detectable positive changes observed in the basal cells.’