Studies have demonstrated that electromagnetic fields (EMF) with low intensity can influence DNA transcription; however, the exact mechanism underlying such effects remains elusive.
Researchers conducted a cyclotron resonance magnetic therapy study with 32 healthy volunteers who participated in 15 sessions each lasting 27 minutes long. Researchers monitored blood concentrations of malondialdehyde (MDA) and cholesterol before and after treatments to measure MDA concentrations and cholesterol levels respectively.
It is a non-invasive therapy
Cyclotron resonance therapy is a noninvasive, drug-free therapy designed to relieve stress and enhance overall wellbeing. It works by producing electromagnetic fields similar in frequency and intensity to Earth’s natural geomagnetic field – stimulating cell membranes to release toxins faster, helping the body absorb essential nutrients more easily, as well as supporting healthier cells and building up stronger immunity systems.
Electron Cyclotron Resonance (ECR) is a form of plasma heating in which electrons are accelerated by an alternating magnetic field in a low pressure gas volume by means of an alternating electric field set to the frequency of electron cyclotron resonance, when free electrons reach this frequency they become energized and ionized, increasing their kinetic energy proportional to both their radius and frequency of electron cyclotron resonance.
Fourier transform ion cyclotron resonance-mass spectrometry (FT-ICR MS) is an analytical technique that employs an ICR cell to trap ions in a high-field (3 to 12 Tesla) superconducting magnet, and then measure their mass. This process allows scientists working with organic compounds to assess molecular composition as well as detect impurities within samples. It provides valuable data regarding compositional change.
Studies conducted by researchers revealed that patients with autism experienced significant improvements after receiving ion cyclotron resonance treatments. This therapy proved effective at treating symptoms associated with autism such as gastrointestinal issues, sleep disruptions and anxiety; furthermore it improved mental health and emotional stability as well as relieving stress and depression among autistic children.
An initial, superficial analysis of cyclotron resonance experiments often yields an apparent scattering rate which bears little relationship to actual scattering processes in the system and may contain contributions from experimental factors, making a thorough evaluation necessary. To get accurate results it is therefore essential that every experiment undergoes rigorous scrutiny in terms of analysis.
MED CRI is equipped with special devices designed to prevent interference from the Earth’s magnetic field in its treatment area. A pair of Helmholtz coils were powered up parallel with an alternating magnetic field and used to zero out vertical component z of geomagnetic field z in bed zone; value vector component south-north Earth magnetic field was aligned so as to maximize superficial geomagnetic flux.
It is safe
The Ion Cyclotron Resonance Technique uses a powerful superconducting magnet to produce an electric field. This magnetic field is then tuned to match up with cyclotron resonance frequencies of physiological ions, which absorb electromagnetic energy and move in circular motion as they absorb electromagnetic energy from its presence; they move faster under magnetic fields which makes this method even more effective at stimulating cell growth than without. Furthermore, this non-invasive and needle-free approach to stimulating cell growth makes this an extremely safe technique that does not require manipulation by needles!
Diabetic foot ulcers, an ongoing health concern among people living with diabetes, can be treated using this therapy method. Results have proven it can speed healing processes while improving foot function among diabetic patients – but further research needs to be conducted into what mechanisms underpin its success.
Electromagnetic fields (EMFs) of low frequency can exert various biological effects. For example, EMFs can modify signal transduction pathways that regulate lymphocyte proliferation in human peripheral blood lymphocytes (PBLs) while attenuating oxidative stress and activating bone-healing responses in rats PBLs.
Ion cyclotron resonance operates by having magnetic fields interact with coherent domains of water found throughout living organisms. According to this theory, liquid water contains both coherent domains – composed of clusters of molecules whose quantum oscillations are in phase with each other – and incoherent fractions composed of isolated or weak hydrogen bond-connected molecules – within it and an incoherent fraction composed of molecules with weak hydrogen bonds that link isolated or linked molecules; when exposed to cyclotron frequencies or acupuncture increases the fraction of coherent domains, leading to conductivity increases and reduced ratio of reactance/resistance ratio.
To evaluate the potential of ICR therapy for cartilage regeneration, we investigated its effects on two chondrogenic genes COL2A1 and SOX9. A cell stimulation experiment was carried out whereby cells were exposed to various EMFs either using ubiquitous PEMF parameters or one tuned to ICR of Ca2+ frequency. Results revealed that exposure of cells under these ICR conditions caused significant increases in glycosaminoglycan and type II collagen synthesis while other EMFs did not significantly change these parameters.
It is effective
Ion cyclotron resonance magnetic therapy (ICRMT) has shown promise as a treatment option for diabetic foot ulcers. It speeds healing while simultaneously alleviating discomfort for patients suffering from this condition and also helps prevent new ulcers from forming, but its exact mechanisms of action remain unknown. This therapy may be applied both topically or subcutaneously, and is thought to influence water molecules within cells. Ions flowing through an ICR cell create an electric current in two detection electrodes on opposite sides, parallel with its magnetic field. These signals are processed using mathematical operations (principally Fourier transform) until a mass spectrum has been generated which allows one to identify concentration of an ion in their sample.
ICR-MS operates under the principle that ions immersed in magnetic fields undergo circular motion known as “cyclotron motion.” A high-field (3 to 12 Tesla) superconducting magnet is mounted within a vacuum chamber and connected to Helmholtz coils which produce an alternating magnetic field with zero vertical component z value; this ensures there is no interference caused by Earth magnetic field interference.
ICR-MS systems produce vast quantities of data that require efficient data processing to understand. By making use of this information, it’s possible to differentiate the contributions of various scattering processes and more accurately estimate effective mass. Beyond simply measuring concentration of specific ions, ICR-MS technology also serves well in revealing molecular structures.
Studying the effects of Ion Cyclotron Resonance Magnetic Therapy, healthy volunteers were subjected to 15 treatments over five weeks – each lasting 27 minutes – conducted using this technique. Before and after each session their blood concentrations of malondialdehyde (MDA) and cholesterol were measured before and after. Results demonstrated that this technique significantly reduced MDA levels – returning them back to normal one month post session.
A 7Hz calcium ICR electromagnetic field successfully promoted cardiogenic and angiogenetic differentiation in ex-vivo expanded hematopoietic stem cells (CSCs), modulating cardiac markers such as troponin I and MHC while down-regulating angiogenesis markers like vascular endothelial growth factor (VEGF) and Kinase Domain Receptor (KDR). These findings demonstrate how noninvasive cyclotron resonance magnetic fields may modulate CSC biological functions, providing potential strategies for tissue engineering or cell therapy applications.
