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Magnesium is a mineral that is essential for proper functioning of the body. Magnesium is found inside every living cell in the body. Magnesium is alkaline and it binds acids in the body, regulating acid-alkaline balance. Some of the major functions of magnesium in the body are: calcium, potassium, sodium and vitamin C utilization, activation of B vitamins, efficient production of enzymes, cardiac function, relaxation of muscles including the heart muscle, metabolism of carbohydrates, conversion of blood sugar into energy, bone formation, aid in proper insulin production and for prevention of aging in the cells and organs.


When we have a magnesium deficiency, calcium is not properly used by the body. To much calcium (calcium not balanced by magnesium) may result in cellular death and this imbalance may cause: osteoporosis, arthritis, senility, calcification of tissues and organs (including kidney, bladder and the joints) and heart disease. Excess calcium can be a problem, but excess magnesium is not because magnesium is eliminated when unused while calcium builds up. Researchers have also found that a magnesium deficiency greatly contributes to blood vessel constriction, high blood pressure and hardening of the arteries. Most victims of heart attacks are found to have a magnesium deficiency.


Too much calcium and too little magnesium can cause muscle cramps, twitches, spasms, restless leg syndrome, constipation and in extreme situations heart attack. Once they have started taking magnesium to balance the calcium, most people report a relief of some or all the symptoms in less than two weeks.


In addition to avoiding the ill effects of a magnesium deficiency, there are other benefits of magnesium supplements. Minerals are vital for body functions inclduing: strengthening hard tissues such as bones and teeth, helping to regulate muscle and nerve activity through influencing cell membrane permeability, functioning as electrolytes and serving as essential cofactors in enzyme catalysis. Magnesium is involved with all of these functions. Over 300 enzymes are activated by magnesium and therefore this mineral is essential to many biochemical pathways in the body. Magnesium is very important to improving bone density. Without magnesium, the calcium is not appropriately utilized by the body. Calcium formations depend upon magnesium for a strong structure. When we lack magnesium in the bones (50% of the magnesium in our body is in the bone structure), the calcium crystal formations are weaker. Because calcium is so important to the body it is added to our food and dairy. The problem is that calcium is added but magnesium is not, leaving the body with calcium it cannot absorb. This extra calcium is deposited in soft tissues. If a magnesium supplement is used, or magnesium is increased by eating more plant foods and less meat and dairy, then the body is then able to utilize the stored calcium in the tissues. There is a body of doctors and researchers that now believe that the way to manage what appears to be a calcium deficiency is to increase magnesium supplements

Efficacy of Topical Magnesium Chloride Preparations

There is certainly no shortage of positive reports from medical professionals and consumers regarding the health benefits achieved from using magnesium chloride topically. In fact, many of the unique experiences that have been shared from supporters of Ancient Minerals describe in detail the immediate and profound impact the use of topically applied magnesium chloride has had on their health, where oral dosages of various magnesium compounds in the past have fallen short of their expectations.
With respect to documented research on the effect topically applied magnesium chloride has on blood chemistry, a small study conducted by Dr. Norman Shealy, M.D., is often the most cited. Dr. Shealy enlisted sixteen individuals with low intracellular magnesium levels who were instructed to perform a 20 minute foot-soak with magnesium chloride flakes, in additional to spraying their entire body once daily with magnesium oil. Intracellular magnesium levels were assessed on all participants after 4 weeks, utilizing a diagnostic called EXA™ Test. The results – 12 of the 16 participants in the study showed marked improvements in their intracellular magnesium levels.