Importance

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Abstract

A method of treating a patient who lives in a relatively weak magnetic field such as is naturally present by using an oriented, unidirectional, DC magnetic field. The magnetic field is aligned to pass through the patient's body in substantially the same direction that the Earth's magnetic field did during the majority of recent cell division within the patient's body. The first step of the present invention is to determine what the orientation of the Earth's magnetic field has been with respect to the patient's body during cell division in the recent past. The next step is to position the patient's body within a treating magnetic field. The magnetic field is oriented to correspond to some extent to the direction of the Earth's magnetic field determined in the first step. The magnetic field is constrained to prevent fringing magnetic fields from passing through any part of the patient's body in an obtuse direction with respect to the direction of the Earth's magnetic field determined in the first step. The treating magnetic field has zero frequency and is at least 500 gauss in intensity at its weakest point within the portion of the patient's body to be treated.

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First Claim