DECALCIFICATION OF THE PINEAL GLAND BY USE OF MAGNETIC FIELDS WITH CHARACTERISTICS DETERMINED BY THE BIOMAGNETOMETRIC SQUID AND AN ELECTRONIC APPARATUS THAT PRODUCES THE MAGNETIC FIELDS
The decalcification of the pineal gland which produces melatonin, is done by the use of magnetic fields with characteristics determined by the biomagnetometric squid. The aforesaid magnetic fields are produced by an electronic apparatus that consists of one or more low alternating current generators...
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Zusammenfassung: | The decalcification of the pineal gland which produces melatonin, is done by the use of magnetic fields with characteristics determined by the biomagnetometric squid. The aforesaid magnetic fields are produced by an electronic apparatus that consists of one or more low alternating current generators 3 with a frequency of 2-10 Hz that supply one or more coils 1. The magnetic fields produced are parallel to the flow of blood in the pineal gland so that the charged ions in the blood plasma revolve spirally around the magnetic lines and are forced abruptly to change direction according to the alternating direction of the alternating magnetic fields (principally a square shape) and break the bonds of the calcium atoms so as to release calcium atoms and remove them from the pineal gland, thus producing an adequate quantity of melatonin which acts beneficially on patients with CNS dysfunction. The apparatus is characterised in that it has switches 7 to select the frequencies and coils 1 to be activated; the intensity and frequency of the current may also be adjusted by a microprocessor 4 and an integrated circuit 5 according to the results of measurements with the biomagnetometric SQUID.
Decalcification of pineal gland of the brain which produces melatonic, is accomplished by using magnetic fields with characteristics which are defined by the Biomagnetometer SQUID, where said magnetic fields are alternative of low frequency and they are produced by an electronic device consisted of one or more generators (3) by suppling one or more coils (1) which produce magnetic fields parallel to the direction of blood flow through the pineal gland so that the charged ions in blood plasma rotate spirally around the magnetic lines where said ions are forced to charge direction according to the direction of the alternative magnetic fields, mainly of square form, and to break the calcium bonds pineal gland. The device is consisted of 1 or more said generators (3) of low alternating current with frequency 2-10 Hz, which supplies a large number of said coils (1).
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