Within the group of biomedical experts working under Prof. Dr. Geza Altmann , the results achieved by Dr. Ulrich Warnke are particularly convincing. In Paris he gave a report on the latest verifiable research results. His scientific studies showed that cutaneous circulation is significantly modified by exposure to pulsed electromagnetic fields.
For example, within a period of four minutes the amount of heat radiated by a hand exposed to a magnetic field increased by more than five degree Celsius.
Dr. Warnke stated that according to the research data gathered so far this circulatory activity has a beneficial effect on the internal organs.
The experts are convinced that the application of magnetic therapy successfully cures patients and/or brings about an improvement in their condition(s).
Other doctors have recognized and believed that psychologically related functional disorders can be regulated by Magnetic Therapy. A large number of diseases can nowadays no longer be combatted appropriately with chemical weapons alone. Disturbed magnetic fields are often the cause of many diseases of civilization. This has been shown by research conducted by Prof. M.A. Persinger and Prof. F.G. Sulman, of the USA.

Health problems and everyday complaints, used to be treated mainly by chemical drugs. Nowadays, many illnesses can be successfully treated with a small battery-operated Magnetic Stimulator. The mini-unit is designed for self-treatment purpose. As small as it is, however, it achieves major success. The treatment costs are low and there are absolutely no complications.

Effects of Magnetic Therapy confirmed by research at the University of Saarland (Germany)

A series of animal experiments carried out by Canadian behavioral neuroscience researchers at Laurentian University suggest that weak Pulsed Magnetic Fields may be useful in helping brain-injured patients who are experiencing chronic pain. Years ago, researchers noticed that rats exposed to repeated painful stimuli (electric foot shocks) developed an increased tolerance for pain. The Laurentian group used weak magnetic fields in a pattern of 1 second on, 3 seconds off. This exposure is not painful itself but produces electrical signals in the brain similar to those elicited by repeated painful stimuli. They tested the ability of electromagnetic fields to produce a pain-blocking effect.

Pain responses were tested in normal rats that had been injected previously lithium chloride to produce fore limb seizures which simulated human thalamic pain syndrome.
After 3 days of 20 minutes treatments with a 50 mG pulsed magnetic field, exposed rats showed a 63% increase in their pain threshold, significantly better than the pain tolerance effect produced by morphine injections. Brain injured and normal rats showed the same response. If generalizable to humans, these results suggest that it may be possible to use weak magnetic fields to reduce pain in patients without the negative effects associated with drugs like morphine. The exact mechanism of the effect is not yet clear, but it seems to involve stimulation of natural brain opiates (endorphins).

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