What is the Difference Between Microhydrin and NanoClusters?

Answer:

NanoClusters provide the basic silica, mineral cage structure upon which Microhydrin is made. Microhydrin results from the addition by adsorption of negatively charged hydrogen ions on that structure.

NanoClusters provide these functions in the powder, or liquid form:

1. increases conductivity of consumed water,
2. decreases Oxidation/Reduction Potential of consumed water slightly increases alkalinity of 8 oz of consumed water to 8-9 pH, reduces surface tension of 8 oz of consumed water from 73 dynes to 60-65 dynes, creates negatively charged mineral particles,

Microhydrin capsules consist of 300mg of the enhanced mineral hydride and provide all of the same functions to a much higher degree:

1. greatly reduces surface tension of 8 oz of consumed water from 73 dynes to 45 dynes,
2. creates negatively charged mineral particles
3. increases alkalinity of 8 oz of consumed water to 9-10 pH,
4. increases conductivity of consumed water up to 10 times,
5. decreases Oxidation/ Reduction Potential (ORP) of 8 oz of water by at least 500 up to1000 mV (examples: +250 mV reduced to -250, or up to - 750). The range varies according to temperature, condition of the water, and calibration and maintenance of the instrument. Use deionized water for accurate readings. Tap water and commercial distilled waters with chlorine or ozone have high +mV levels, and consume some of the reducing activity of Microhydrin.
6. it has been shown to be a effective antioxidant, and to scavenge free radicals in tests on super oxide and the hydroxyl radical,
7. it has been shown to recycle cytochrome C,
8. it has been shown in controlled human studies to increase intracellular, extracellular, and total body hydration,
9. it has been shown in controlled studies on liver cells to increase NADH in the mitochondria (a direct energy function)
10. it has been shown in double blind human studies to decrease lactic acid accumulation during exercise.

Question:

I notice ads for products which claim to provide the same benefits as Microhydrin^®

One is called Nanohydrate. Has RBC tested Nanohydrate?

Answer:

The quality control laboratory tested an unopened bottle of Nanohydrate. It indicated none of the characteristics of Microhydrin. It was not a reducing product as required to be an antioxidant. Instead, it was an oxidizing product, increasing ORP to higher + millivolts. Also, it failed to increase the pH . Microhydrin increases pH as shown in the report. Following is the laboratory report comparing samples of Microhydrin and Nanohydrate, testing one capsule in 8 oz of water at room temperature.

Subject: Comparison of Microhydrin/Nanohydrate in terms of pH and Ox-Red. Potential (ORP).
One capsule in 8-oz. deionized water at room temperature.

The Nanohydrate ads also copy and plagarize study abstracts actually performed on Microhydrin, not Nanohydrate. False advertising of this type is a clear violation of regulations of the FDA and the FTC.