Diversi studi di ricerca scientifica nel campo della biofisica hanno dimostrato che lo spettro elettromagnetico ha un profondo effetto sui sistemi regolatori biologici.
Anche se tali ricerche sono state pubblicate nelle riviste biomediche più note e accreditate, i risultati non hanno trovato posto nei piani di studi delle università (Liboff 2004; Rosen 1992; Blank 1991; Tsong 1989; Yen-Patton 1988).
Tuttavia, negli ultimi decenni sono state sviluppate varie procedure terapeutiche mediche e anche procedure per la prevenzione, basate su principi biofisici. Una di queste è il metodo di Biorisonanza BICOM®. Di conseguenza sono stati documentati numerosi casi di studio, relazioni empiriche, studi osservazionali e indagini sul modo in cui il metodo funziona.
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Journal of US-China Medical Science 14 (2017) 90-97
Cystinosis is an autosomal recessive inherited disease that causes disfunction in many organs. The aim of this study is to evaluate the results obtained by applying treatment through a frequency modulation device (BICOM bioresonance) in a cystinosis case every week for four years. The study was conducted in a private acupuncture clinic in Eskisehir, Turkey. In the study, the case is firstly presented, and then, the treatment and the results obtained after this treatment are evaluated.
Periklis Karakos*, Tripsiannis Grigorios, Konstantinidis Theodoros and Lialiaris Theodoros
The Open Epidemiology Journal
by B.I. Islamov, V.A. Funtikov, et. al
Bulletin of Experimental Biology and Medicine
Bioresonance therapy normalized protein synthesis in lymphocytes inhibited by 60% in patients with rheumatoid arthritis, restored impaired synthesis of heat shock proteins at rest (73 and 65 kD proteins) and after heat shock induction (120, 87, 73 and 72, 65, 55, 32 kD, respectively), and provided high induction level for 70 and 32 kD proteins compared to healthy subjects. It is assumed that therapeutic effect of bioresonance therapy is partially determined by recovery of functional activity of lymphocytes due to normalization of heat shock protein synthesis.
By P.C. Endler, M. Citro, et. al
Journal for Medical Practice
Two independent double-blind studies, performed in Austria and Italy, demonstrated that bioinformation can be scanned and transferred by a bioresonance instrument (BICOM). The metamorphosis of tadpoles could be greatly slowed down by transferring information from a toxic solution of the hormone thyroxin to the aquarium water in a number of parallel trials.
Our preliminary tests on scanning the information from thyroxin molecules were performed in two areas. On the one hand this involved the ‘homeopathic’ method of stepwise dilution and agitation of a highly concentrated, that is metamorphosisinhibiting, stock solution; here the thyroxin-bonded information from the thyroxin molecule was scanned by using the Hahnemann method. In another stage, this information was also digitalised (F. Senekowitsch et al.). On the other hand, the preliminary tests used electronic scanning of this type of solution using the bioresonance method.
These two methods produced the interesting finding that the effect of concentrated molecular thyroxin (log 3, slowing of metamorphosis) can be retained by both procedures, evidently independently of the thyroxin molecules.
By Artur Fedorowski, Andrzej Steciwko, Jerzy Rabczyński
Medical Science Monitor
Serum cathepsin B activity has been considered a potential marker of tumor progression. We previously demonstrated that low-frequency electromagnetic stimulation (LF EMS), called bioresonance therapy (BRT), may both accelerate and inhibit the growth of transplantable hepatoma (Morris type 5123D), including total tumor regression. The aim of this study was to assess serum cathepsin activity during tumor progression and regression.
Material/Methods: Of 60 female rats inoculated with Morris hepatoma cells, 45 were treated with BRT, and the remaining 15 were left without treatment. Fifteen rats without inoculated tumors served as controls. Serum cathepsin B activity was determined, tumor volumes were measured, and histological examinations of the tumor tissues were performed.
Results: Of the 45 BRT-treated rats, tumor regression was observed in 31 rats, and serum cathepsin activity was analyzed in these rats. In all non-treated rats, tumor progression was observed. Serum cathepsin B activity was significantly higher in both the BRT-treated group (27.8±4.1 U/I, p< 0.01) and the tumor-bearing group (19.9±2.5 U/l, p< 0.05), as compared to the controls (13.3±3.4U/l).
Conclusions: Cathepsin B may play an important role, not only in tumor expansion, but also during the processes of cancer cell death and resorption. High circulating levels may thus correspond to effective therapeutic response in the course of antitumor treatment.
By Eckart Herrmann, Michael Galle
European Journal of Integrative Medicine
The patients were resistant to conventional therapeutic efforts. They are suffering from diseases in the internal-orthopaedic-neurological spectrum and were treated with the MORA-concept [bioresonance] and partly additional with the Zapper therapy according to H. Clark. For all patients and for three groups of indications (allergies, pain, infections) a global assessment of therapeutic effectiveness (very good – good – satisfactory – not satisfactory) was determined.
83.3% of all the patients exclusively treated with the MORA-concept (N = 296) were assessed very good to satisfactory. In the field of allergies (N = 169) this positive global assessment of therapeutic effectiveness comes to 88.2%, in the field of pain (N = 85) to 85.9% and in the field of infections (N = 78) to 96.1%.
For patients suffering from diseases in the frame of the internal-orthopaedic-neurological spectrum, as well as particular in the fields of allergies, pain and infections the [bioresonance] therapy has a high practical-therapeutic effectiveness.
Journal of Biomedical Science and Research, Research Article Volume 3 Issue I
The holistic bioresonance method uses the electromagnetic waves it receives from the patient and alters the energy field of the organism. Thus, it can be used as a diagnostic and therapeutic method to improve well-being and the success in the treatment of various diseases.
In this preclinical and experimental study we used connective tissue fibroblasts to investigate whether the program chain “pathogene Ai” of the BICOM optima mobile bioresonance device has a positive impact on vitality and regeneration/wound healing process of these cells. Since both cell properties are directly related to each other, an established cell culture test system simulating the granulation stage of wound healing, which is characterized by an increased cell migration and proliferation, was used.
The results show that treatment of cells with the BICOM optima mobile bioresonance device resulted in a significant improvement of cell vitality by 38.0 ±14.5 % (mean value ± standard deviation; p ≤ 0.01; two-tailed Wilcoxon-Mann-Whitney test) when compared with untreated controls. Moreover, in the cell regeneration/wound healing test system, a cell migration distance of 300 ± 34 µm (mean value ± standard deviation) was measured for bioresonance-treated cells. For untreated cells a migration distance of only 166 ± 38 µm (mean value ± standard deviation) was examined. When calculating the relative values in direct relation, bioresonance treated cells improved wound closure by 81.1 ± 9.2 % (mean value ± standard deviation; p ≤ 0.01; two-tailed Wilcoxon-Mann-Whitney test) when compared with untreated cells.
In summary, the BICOM optima mobile bioresonance device has demonstrated its beneficial potential on the experimental cellular level. The results confirm previous findings of others on the human body after bioresonance intervention.