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Mineral Balance
Even worse, when there is unbalance, some minerals will take the place of others. For example, we know our cells need more potassium than sodium because more potassium is needed for muscles and nerves to work properly. We also know that we need less magnesium because too much can cause diarrhea and promote calcium loss from bones. Did you know that both magnesium and calcium are present in bone? However, magnesium is eight times higher in soft muscle tissue than calcium. Low magnesium intake, relative to calcium, can result in calcium being deposited in soft tissues in place of magnesium. This can result in gastrointestinal abnormalities, renal dysfunction, kidney stones and heart arrhythmia. Many health issues occur because our cells weren’t made correctly. This is often due to the imbalance in our body’s mineral supply. Therefore, we must keep our minerals in balance! Deep Sea Minerals offers a balance of minerals that is very similar to our blood and has almost the same pH. Rather than supplementing with a single mineral, the wiser choice is to provide the body with an abundance of minerals in a bio-available form allowing the body to use the minerals it needs and ignore the rest. The body will build up reserves of the minerals it needs by storing them for future use. Thus, our real goal is to build nutritional reserves within the body, allowing our bodies to pick and choose exactly what it needs to bring us back into balance. ~Dr. William Kellas, Ph.D. “Bioavailable minerals, from the sea, are easier for the body to assimilate and use. The minerals that come from surface water, like the Great Salt Lake, are high in aluminum and mercury content. So, we had to go 2,000 feet deep off the Kona Coast in the Pacific Ocean to find the cleanest water in the world. This water hasn’t seen the surface for over 2,000 years! It has no lead or mercury and it has 4,000 times less aluminum content.” The Greatest BanquetThe sea provides the greatest banquet of minerals on earth. Since shallow sea water is polluted, we must go to deep sea water... the zone of regeneration - the cold water, thousands of feet deep where pollution does not penetrate, where small expired sea life has been deposited and are suspended in water between cold and warmer layers. A scientific project off the coast of Hawaii allowed deep ocean water to be brought to the surface. This water hadn’t been near the surface in over a millennium. It was found to be free of pollution and extraordinarily rich in ionized minerals thanks to the expired bodies of plankton and diatoms. Also, University of San Diego studies have proven that sea minerals are quickly and completely assimilated into the blood stream. Thanks to modern science, secrets of the sea have been discovered, revealing a nutritional gold mine off the Kona coast of Hawaii. Deep seawaters approximately 2,000 feet below the surface have been in a constant state of nutrient enrichment over the centuries. Volcanic activity and the convergence of sea minerals transported via deep sea currents rich in glacial milk, create this remarkable, mineral-enriched environment that is free from herbicides, pesticides, and heavy metal contamination. In this ecosystem where the food chain virtually begins, billions of phytoplankton and algae have metabolized these minerals during their life cycle. As the plankton and algae expire and descend through the multiple strata of the ocean, they are deposited in cold, contaminant-free water. These plankton and algae have completed nature’s cycle by processing and preparing these rich nutrients. Although minerals make up only 4-5% of total body weight, they are essential for human metabolism. Minerals act as the catalysts for many biochemical reactions within the human body. They are involved in responses of the nervous system and muscles, the absorption and secretions of the body's fluids, and maintain a delicate water balance within the body. Our bones and teeth have high mineral contents which accounts for their hardness and rigidity. Like vitamins, minerals must also be supplied by dietary means as we are unable to synthesize them in our body.
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