Magnetoencephalographic (MEG) recordings of patients with CNS disorders were obtained using a whole-head 122-channel magnetometer SQUID and analyzed using Fourier statistical analysis. External transcranial magnetic stimulation in the order of pico Tesla (pTMS) was applied to the above patients with proper characteristics (magnetic intensity 1-7.5 pT; frequency: 8-13 Hz) which were obtained with MEG recordings prior to pTMS. The MEG recordings after the application of pTMS showed a rapid attenuation of the high abnormal activity followed by an increase in the number of the low frequency components toward the patients alpha-rhythm. The possible mechanisms of the effects of external magnetic stimulation on the pineal gland in the brain are presented.

No abstract

Previous studies with magneto encephalographic (MEG) recordings in patients with various brain disorders and the use of external picoTesla Transcranial Magnetic Stimulation (pT-TMS) showed that, stimulation of the immune system was possible, depending on the proper function of the pineal gland (PG) and the melatonin hormone effect. A more detailed study of the underlying mechanisms is proposed, especially in the case that PG is calcified and melatonin secretion is partially prevented. A specifically designed electronic device can be used for the decalcification of the PG, or alternative as a hypothesis, oral intake of low doses of melatonin hormone could be given instead of using external pT-TMS. Objectives:The aim of this study was to investigate, that in case of PG dysfunction, external pT-TMS can be used, in order to enhance the immune system stimulation or as a hypothesis oral intake of low doses of melatonin hormone could be given against infectious agents.

No abstract

No abstract