Get Healthy Again

Description and Details:

Silver GlucoPlus is our improved version of Silver 9.0. Bottled in a more convenient size (16 oz.) and with an exciting new formulation, we feel Silver GlucoPlus is our best silver-based product to date.

Many people know there are two ways to make colloidal silver..the right way and the wrong way. The wrong way is to simply put silver in acid and it will dissolve into tiny particles with very large parts-per million. The problem is, this does not work and here is why.

Colloidal silver zaps pathogens containing free electrons, literally electrocuting them. Acids are missing electrons, so if a dissolved silver product is made using acid, it has no electrons to contribute due to the acid depletion, essentially making it worthless.

Silver GlucoPlus is made very slowly, with electrolysis, in water. With electricity in water we are able to decrease the particle size of the raw silver by an entire atom. Each silver atom particle has a positive charge thereby pushing its neighbor away, making it colloidal or hanging in solution.

Even more interesting, our silver sits in an alkaline base, making the free electron even stronger and more effective. The most exciting new improvement is the addition of special sugar molecules that are bound to the silver particles. D-Mannose and D-Fructose attract more pathogens as a food source, then the silver can neutralize them. Because of a geometric property known as chirality, our right-handed rotating sugar molecules will not be absorbed by normal healthy cells. Unwanted cells, however, will be strongly attracted to them and then get zapped by an electron!

A properly made colloidal silver/sugar molecule has massive advantages as a non-toxic, natural disease fighter. As the product goes throughout the body, it manages to find and disable disease causing agents.

16 oz BPA-Free bottle

Ingredients: Alkalized water base, Colloidal Silver 30 PPM, D-Mannose 5mg, D-Fructose 4mg per 16 ounce bottle

Serving Size: 1 teaspoon
Servings per bottle: approx. 96