DEVELOPMENT OF NUCLEAR MAGNETIC RESONANCE THERAPY FOR INDUCING EXPRESSION OF GENE, USING VIBRATION OF CHARGED PARTICLE AND USING MAGNETIC FIELD AND WEAK ELECTRIC CURRENT GENERATED THEREBY

摘要

PROBLEM TO BE SOLVED: To discharge an action potential from neurocyte by flipping (changing a direction of) a charged particle (proton) in a cerebral nerve cell by an RF wave (electromagnetic wave) to generate a voltage and a current with a magnetic field generated by motion of the charged particle in the neurocyte, paying attention to that the charged particle placed in an electrostatic magnetic field behaves as a small precessing magnet.

SOLUTION: The vibration frequency of a base in a multiply constituted annular dimension is defined quantum-mechanically. The vibration frequency of the defined base is correlated with a flip angle of the charged particle. A variable magnetic field of the same phase is formed in the nerve cell and a synapse by the flipping the charged particle to induce the weak current.

COPYRIGHT: (C)2004,JPO