Magnetotransduction Therapy
What is Magnetotransduction Therapy?
Extracorporeal magnetotransduction therapy uses high-energy electromagnetic radiation to treat injury.
Painful areas of the body are treated with high-energy magnetic pulses, the field strength of which lies within the therapeutically effective range – 10 mT (millitesla) and upward.
With this pulse intensity, it is possible achieve a therapeutic effect in the cell. The generated energy is transferred via a applicator to the body areas to be treated.
The individual pulses penetrate the tissue so that even deeper tissue layers can be reached. There is no temperature increase in the tissue, due to the short duration of the individual pulses.
High-energy magnetic waves make contact with cell structures.
Treatment can cause positive biological effects. Every cell undergoes chemical reactions that drive metabolism. The prerequisite for this is membrane permeability. A stable cell membrane ensures permeability for vital substances.
A pathological change leads to dysfunction – a metabolic disorder that can ultimately lead to disease. The chemical reactions of the cell potential can be positively influenced by EMTT®. The sodium potassium pump can be reactivated and physiological cell processes can be normalised.
An intact cell membrane ensures the physiological cell processes.
Biological effects of Magnetotransduction therapy
- Therapeutically effective magnet field
- Normalization of the membrane potential
- Mechanical activation of the ion channels
Typical application areas include diseases of the musculoskeletal system such as pain in the lower back, as well as inflammation in tendons and joints. Wear and tear conditions such as osteoarthritis (shoulders, knees, hips, ankle), chronic pain from different musculoskeletal disorders and healing of tendon injuries.
EMTT highlights
- High oscillating frequency with high penetration depth
- Non invasive
- Effectivity and safety proven in studies
- Wide range of applications.
