EMOST: Report about the application of low-frequency and intensity electromagnetic fields in disaster situation and commando training

Abstract

Recently, we published our results (Bókkon et al., 2011. Electromagn Biol Med.) regarding the effectiveness of the EMOST (Electro-Magnetic-Own-Signal-Treatment) method for the reduction of phantom limb pain under clinical circumstances. However, EMOST treatments not only significantly reduced phantom pain, but that most of the patients also reported about additional benefits such as improvement of their sleep and mood quality after treatments. Here we report some unusual applications of EMOST method under special situations. That is, we report about our effective EMOST treatments of humans under catastrophic conditions and commando training course. This article points out that it is reasonable to apply biophysical electromagnetic management under unique circumstances. We also report some preliminary experiments on 12 members of our BioLabor regarding the effectiveness of single EMOST treatment on some serum parameters and electrocardiogram.

Keywords::

• EMOST Treatments
• Catastrophic Conditions
• Commando Training

Acknowledgements

The authors gratefully acknowledge the police contribution in performing our experiments for Géza Simon, Colonel, Director of Hungarian National Police and Provost Duties, Armed Marshalls Training Center (ORFK-RSZKK). The authors also gratefully thank the commandos for their participation in our survey related to EMOST treatments. Bókkon's URL: www.bokkon-brain-imagery.5mp.eu; BioLabor's URL: www.biolabor.org

Declaration of Interest : The authors report no conflicts of interest. The authors alone are responsible for the content and writing of this article.

Notes

^* LFI-EMF exposition → stimulation of cellular membrane NADPH oxidase activity → superoxide redical generation O2.- → increased activity of calcium channels Ca²⁺ and lipoxygenases → start of arachidonsav cascade and lipid peroxidation processes → expansion of signaling pathways in cells.