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Negative Ions technology

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Negative Ions technology has also been proven to help reduce stress and enhance alertness. High amounts of these ions are found in certain natural setting such as forests and near waterfalls.
Negative ions contribute to the feeling of well being and they are getting more attention all over the world.
Very few human activities add small ions to the air while many of them lead to ion loss. Industrial pollutants, traffic-engendered smog, and the ducts of ventilation systems all strip negative ions from the air.

As a result, we suffer not only the direct toxic effect of pollutants we generate but also long continued exposure to air in which the normal total negative ion concentration is reduced to barely detectable levels. Headache, loss of attention, and general discomfort are just some of the initial reactions to air ion depletion.

As reported in the book, The Ion Effect, by Fred Soyka (Ballantine Books, 1991), electronic negative ion generators have been used for the treatment of migraines, bedsores, allergies, asthma, catarrh, hay fever, eczema, burns, emphysema, and even as a substitute for tranquilizers. It was discovered that negative ions lowers serotonin in the body, and this explains why people tend to feel more alert, stable, and energized in their presence. Dr. Kreuger found that bacteria, staphylococci, and fungi growth is halted in the presence of negative ions, which explains the healing side effect. Dr. I. Kornblueh mounted experiments at the Northeastern Hospital, U. of Penn. Graduate Hospital, and at the Frankford Hospital in Philadelphia where he was able to report that 63 per cent of patients suffering from hay fever or bronchial asthma "have experienced partial or total relief" from negative ion therapy.

Virtually all particles in the air have a positive charge, while negative ions have a negative charge. In which case, negative ions and particles magnetically attract to one another.

When there is a high enough concentration of negative ions in the air, they will attract to floating particles in large numbers. This causes the particle to become too heavy to remain airborne. As a result, the particle will fall out of the air, preventing it from being inhaled into the respiratory tract where it can trigger breathing and health problems.

The ionized particle will then be collected by normal cleaning activities, such as vacuuming or dusting. If the particle happens to be kicked back up into the air again, it will be ionized, and quickly settled out of the air once again.

Dr. Felix Sulman, head of the Applied Pharmacology department at Jerusalem University, conducted experiments with both positive and negative ions.

Dr. Sulman took a cross-section of people. He used two groups of men and women between 20 and 65 years of age. The study subjects were left for about an hour in a room that contained an overdose of positive ions.
his tests showed that after exposure to high levels of positive ions the subjects became irritable and fatigued.

Dr. Sulman later confined the same subjects for the same period of time in air containing an abundance of negative ions. During the period of heavy exposure to negative ions, the subjects showed a brainwave patterns that suggested increased alertness and relaxation.
After exposure to high levels of negative ions the subjects have been tested for alertness and work capacity scoring significantly higher.

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