What are Coral Minerals? A small sea animal creates coral by ingesting the ionic ocean minerals and secreting them into a coral formation. This natural balance of 74 organic coral minerals are harvested from above sea coral deposits, crushed into an ultra-fine powder and sterilized with ozone. The natural balance of all 74 minerals is important because each mineral requires other minerals to perform their numerous functions.

The organic nature (previously digested by an animal) of the coral minerals is also important. It is difficult to assimilate minerals, especially inorganic minerals. The organic minerals found in coral are more easily absorbed. What makes the coral minerals so absorbable is the natural ability to become ionic upon contact with moisture.

This natural ability to ionize, combined with the full spectrum organic formation, makes coral one of the most absorbable form of minerals. New England Journal of Medicine reported adding calcium to the diet can provide coral calcium benefits such as keeping you from getting tumors in your large intestine. You name the disease, and calcium is beginning to be linked in having a place there. Scientists have also found that over 200 degenerative diseases are linked to Calcium Deficiency - including cancer, diabetes, arthritis, heart disease, gall and kidney stones, and many more.

Coral calcium benefits us by fighting against many ailments when the body has adequate levels of this important mineral. An adequate daily intake of coral calcium benefits us (1,000-1,500 mg) along with magnesium and potassium by working to control blood pressure by helping to regulate the amount of sodium your body retains. Your body requires calcium, if it does not get it from your diet, it will steal it from your bones, putting you at risk for osteoporosis.

Our Coral Calcium is not harvested from living coral reefs or even from the ocean environment but from above-ground sources in Okinawa in an ecologically friendly manner. In this Coral Calcium Plus formula, Magnesium and Vitamin D have been added because of their essential role in bone metabolism.