Relationship of Magnetism to Cell Stability

Why Is Magnetization Important To The Human Body? 

The electrons circling around atoms resist attempts to disturb their usual orbits, so they can create their own magnetic field. As a result, the atoms behave like little magnetic needles, all which point in a direction opposite to the field which is being applied. When like poles face each other, there is a strong resistance.

Magnetism takes place when electrons orbit around their atoms. Electrons have a property called spin, which makes them act like miniature magnets with two opposite poles. If neighboring electrons are made to spin so their poles are aligned in the same direction, it becomes magnetic. Iron is very easy to magnetize because it has lots of surplus electrons that will line up easily. But some non-metallic substances also have enough spare electrons to this without much difficulty. Nariwa water, with an abundance of natural minerals which react to the water's magnetism, is structured to provide this magnetic activity.

The biochemical process in ionic exchange of minerals for cell metabolism further explains the necessity of how Nariwa water works in the body. Sodium and glucose enter cells. Glucose is required to create cell energy. The sodium is also exchanged with potassium. When sodium and glucose are not fully metabolized with calcium and therefore, remain in cells, the result is diabetes. When sodium is not fully metabolized with calcium and remains in the cell, the result is hypertension. When hydrogen is not metabolized with calcium and remains in the cell, the result is acidosis.

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