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HYDRATION

 

In the previous chapter, we discussed the decrease of the viscosity (density) of MRET activated water subjected to very low tangential pressure when compared to non-activated water, which was established in the investigation at Moscow State University. This decreased level of the viscosity actually confirmed the long-range multilayer structuring of MRET water and its structural compatibility with intercellular water.(1) Such structure of water can contribute to the easier access of water through the aquaporins (cellular entry portals for water) in the singular manner required.  The impact of this change is huge because the processes of disease and aging are related to dehydration, poor nutrition and toxic infiltration.

 

1 – Ling G N. A New Theoretical Foundation for the Polarized – Oriented Multilayer Theory of cell water and for an Inanimate Systems Demonstrating Long-range Dynamic Structuring of Water Molecules. Physiol Chem Phys & Med NMR. 2003;35:p.91-130.

 

Below is an extract from  the book Molecular Resonance Effect Technology: The Dynamic Effects on Human Physiology

By Dr. Howard Fisher, B.Sc., B.Ed., D.C & Dr. Igor Smirnov, M.S., Ph.D.  ISBN: 978-0-9780331-8-7