Add this powder to your water to structure it. Lowers surface tension of water. Increases zeta potential (negative electrical charge). Allows water to cross cell membranes to hydrate cells and transport nutrients in and toxins out of cells. Mega H- is the key that unlocks the potential of water as the medium for nutrient replenishment and waste removal at the cellular level. In a state of dehydration, body cells cannot assimilate nutrients and remove waste. Dehydration also occurs as a side effect of caffeine. Caffeine effects include anxiety, dizziness, headaches, sleep disorders, and many common ailments. Mega H- also helps fight the negative effects of alcohol, stress, and free radicals as part of aging. In addition to hydration, Mega H- is the most powerful known antioxidant food. Since it is a "pure" antioxidant that does not turn into a free radical itself, taken daily, Mega H- delivers far more Hydrogen ions than by eating pounds of raw fruits and vegetables or drinking gallons of "healing waters," also known as "glacial milk." Humans need Hydrogen to survive. It is the key to long life and anti-aging. However, due to mass food production, mineral deficient soil, pesticides, chemical fertilizers, over-processing of foods, chemical preservatives, and drinking over-chlorinated and over-fluoridated water, people do not get enough Hydrogen ions daily. Body cells become damaged, hydration levels decrease and cells age. In summary, Mega H- challenges the symptoms of dehydration and minimizes the process of aging. Mega H- is a dietary supplement that is considered a food grade supplement rich in antioxidants by the FDA. Antioxidant foods like Mega H- help defy the aging process. It is safe, having been tested and shown to have no known side effects. Find out why Mega H- is more powerful than other antioxidant food and how it can help you. Hydrogen is vital to life processes because of its unique atomic structure. It is one of the most important elements donating an electron, an electron pair or its proton to reduction/oxidation (redox) reactions of numerous enzymes and intermediates within metabolic pathways throughout the cell. Numerous biochemical reactions depend on nicotinamide adenine dinucleotide (NAD, NADH) and flavin adenine dinucleotide (FAD, FADH, FADH2) and their respective reduced forms for hydrogen electron transfer. Final transfer of electrons provided by hydrogen occurs in the energy cycle during the breakdown of glucose through glycolysis, the citric acid cycle and the mitochondria respiratory electron transfer (transport) chain. |
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