Ionized Water – Insights on how it Operates within the Human body To genuinely know how ionized drinking water functions when drunk, it’s very important that we evaluate drinking water on a molecular as well as cellular level. One water molecule is comprised of two hydrogen atoms and one oxygen atom.While you in all probability know, the molecule is expressed using the chemical symbol H2O. The single oxygen atom is much larger than the two hydrogen atoms, meaning that its attraction for the hydrogen atoms is much higher than the hydrogen atoms attraction to each other. Once water has been treated with the electrolysis procedure of water ionizers, its reduction potential is drastically elevated, so that it is a safe source of free electrons for the active oxygen that is present in your entire body. When analyzed with an ORP (oxidation potential) gauge, tap drinking water shows to possess a redox potential of around 400 to 500 mV. Thanks to its redox potential being positive, it’s a lot more apt to oxidize other molecules by acquiring their electrons. Ionized water, alternatively, has a redox potential of -250 to -500 mV. This means that ionized drinking water has a bigger collection of extra electrons available to contribute to active oxygen, as a result, this type of ionized water is a robust anti-oxidant. Via the ionization process, reduced drinking water gains an excess amount of electrons. In addition, the H2O cluster is reduced in size from about thirteen molecules per cluster to a mere six molecules per cluster, which may be the perfect hexagonal structure for drinking water. This means that alkaline water can be assimilated by the entire body quicker and much easier, reaching all of the cells of your entire body in a limited period of time and much better hydrating the whole body. Hexagonal Framework, or Micro-Clustered water is an arrangement of individual drinking water molecules where six H2O units link to form a stable ring-like structure. A hexagonal unit may be the ideally suited framework for water units, since it is the most stable. Every water consists of some hexagonal units, some more than others. Chlorine, fluoride and numerous pollutants that could be found in normal tap water decrease the number of hexagonal units in water. The Benefits: The hexagonal framework of ionized water and the decreased size from the molecular clusters allow the drinking water to sink into the tissue from the body at a higher rate than faucet or bottled water. This increased absorption enables greater cellular hydration. The high oxidation reduction potential of the water attracts and absorbs toxins from the body, lowering acid inside the system and aiding the body in its return to a pure and healthy balanced PH.

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