There appears to be a frequent misconception about what the importance of ppms is. Although lots of individuals appear to think that the maximum ppm is the best, the reality is that you can’t judge colloidal silver products based solely upon parts per million (ppm). A smaller particle size product is possibly more effective.
It is only effective to the degree that the surface area of the silver particles can come into contact with a microorganism. Here’s an exaggerated example that will assist you to get a clear mental image. Most high ppm products are comprised of bigger particles suspended in a gelatinous base to prevent them from falling out of solution.
Because of this, more of the sort of solution will most likely accumulate in the tissue below the skin or be removed from the body without being used. High ppms are only needed when the silver particle size is very large and must consequently compensate for an inefficient surface region with more parts per million.
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he degree to which silver can come into contact with germs governs its effectiveness. Therefore if it’s a particle size small enough to get down to the cellular level it’ll be more effective. Smaller size enables the particles to travel more easily from the human body’s fluid environment, providing the silver easier access to all regions of the body and to germs, but particle size in the 2-10 nanometer range, will have the ability to move efficiently anywhere in the body it’s needed.
In addition to ppms, another significant element in understanding colloidal silver efficacy is ionic versus non-ionic particle material. There’s a lot of debate over the colloidal silver community this subject. There appears to be misconceptions on both sides of this problem: by some that just non-ionic “silver particles” are powerful and from others that”ionic silver” is more effective.
ionic silver is silver, but electrically charged, either positive or negative. In various environments, ionic and non-ionic silver particles both appear to have their own distinct benefits. Generally, ionic silver loses its effectiveness in the hydrochloric acid of the stomach becoming silver chloride and passing harmlessly from the system.
On the other hand, non-ionic silver doesn’t have that constraint and can survive internally in the amino acids and be absorbed into the bloodstream, where it may then be helpful in supporting the immune system. While ionic silver isn’t as successful internally as non-ionic silver, it might be more successful in environments where it does not come in contact with hydrochloric acid. So, with that in mind, it would appear that a product such as Utopia Silver Supplements ‘”Advanced Colloidal Silver” provides the best of both worlds. It comprises approximately 20-25% ionic silver and 75-80percent non-ionic silver particles.