Magnetic-resonance-stimulation is analgesic
The analgesic effect takes place through easing tense muscles. Relaxation of muscles combined with improved circulation can often eliminate the cause of the pain rather than just masking the symptom.
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Magnetic-resonance-stimulation leads to better oxygen utilization
Under the influence of pulsating magnetic fields, red blood cells deliver more oxygen to every single cell. Magnetic fields are an important requirement for improved cell function, particularly in the case of cells in a state of “fatigued function.”
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Magnetic-resonance-stimulation improves metabolism
Sufficient oxygen supply promotes improved nutrient conversion in the cell as well as refinement of the waste products that are excreted by the cell more easily. This overall improved metabolism is therefore a logical consequence of increased oxygen supply.
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Magnetic-resonance-stimulation relax's muscle and improves circulation
Therapeutic application of pulsating magnetic fields produces tiny electromagnetic impulses (inductions) in the body. These electro magnetic impulses in turn produce surges at the transmission points of nerve and muscle cells (myoceptors)
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Magnetic-resonance-stimulation strengthens the immune system
The various effects that positively influence the immune system are well documented. A balanced vegetative nervous system is as beneficial as an improved circulation combined with optimal oxygen supply.
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Magnetic-resonance-stimulation acts “calmative” on the vegetative nervous system
The vegetative nervous system consists of two groups of nerves: the sympathetic nervous system (stress nerves) and the parasympathetic nervous system (relaxing effects). If the nervous system is not balanced...
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