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Colloidal Ocean Minerals

Ocean Minerals are a rich source of essential minerals and trace elements, derived by natural process from Clean Antarctic waters. All the minerals and trace elements in the Ocean Minerals are in a water-soluble form and thus more easily absorbed by the body. Taken daily, they can provide minerals and trace elements sometimes lacking in our diet.

The most complete of all mineral and trace element tonics in the world. Ocean Minerals are a rich natural and concentrated source of all the minerals and trace elements in the oceans.

Derived by evaporation process from clean Antarctic originated water processed in South Australia away from all towns and pollution. The Colloidal minerals are very easily absorbed and utilised by the body. Nutritionists advise that unless one swims in the ocean daily or eats a lot of seafood or takes mineral supplement, one is not getting all the trace elements. This makes it very difficult for the body to function properly.

TO USE:

Adults: 1 teaspoon taken after meals with water with lemon juice to taste. Children: 5 drops after meals with fruit juice. Use in soups and stews in place of salt.

THE IMPORTANCE OF MINERALS AND TRACE ELEMENTS

Adequate levels of minerals and trace elements in the diet are one of the most essential requirements for a healthy and disease resistant body. Unfortunately, the majority of people, both in the general public and among professionals, are completely unaware of the tremendous benefits of a balanced intake of minerals and trace elements. When it comes to mineral nutrition, the gap between scientific knowledge and general practice is astonishing.

Over the past ten years, research into minerals and trace elements has brought some fascinating facts to life. This has essentially been of two types: (1) Research into what functions they perform and (2) research investigating a link between mineral intake and the prevalence of various diseases.

Some of it is summarized below:

SOME FACTS

• Almost all biochemical processes of the human body are dependent upon adequate levels of
   a number of different minerals. Both minerals and trace elements are vital components of,
   and help to regulate the 30,000 odd different types of enzymes in the human body
• On a cellular level, minerals play a role in many activities, too numerous to list here.
   Calcium, magnesium and potasium and others work both together and against each other in
   exciting and relaxing nerve and muscle tissue.
• Hormonal secretion of glands is dependent upon mineral stimulation. Each endocrine gland
   of the human body requires a minimal daily supply of specific minerals in order to sustain
   perfect hormonal balance in the body.
• Adequate mineral levels, in particular magnesium, are essential in the regulation of
   neurotransmitters.
• A number of minerals, and not just calcium, are essential in building strong bones. These
   include magnesium and phosphorus, and as such, magnesium deficiency has been
   implicated in osteoporosis.
• All elements work together as a collective whole, and a deficiency of one can partly disrupt
   the assimilation, uptake and functions of other materials and vitamins.
• Among the trace elements, Copper, Chromium, Lithium, Vanadium, Molybdenum, and
   several others have been shown to be essential. Trace elements are generally overlooked in
   nutrition, mostly because they have subtle effects that are not easily understood or studied.
   However there is limited information (very few studies have been done) suggesting that
   others may be of benefit.

THE LINK BETWEEN INADEQUATE MINERAL INTAKE AND DISEASE

Some of the most interesting research linking mineral intake and disease has involved large-scale population studies in hard water areas (hard water is water that naturally contains high proportion of minerals, especially magnesium and calcium). These studies have consistently shown that hard water areas have significantly lower rates of both heart disease and colon cancer when compared with soft water areas. The colon cancer study (studying 1,714 deaths) showed that the higher the mineral content of the water, the lower the mortality rate.

Magnesium 12%. Potassium 3%, Sodium 1%

ELEMENT CONCENTRATION RATION ELEMENT CONCENTRATION

Calcium 668ppm Colbalt (CO) 34ppb

Magnesium (Mg) 120,000ppm Cesium (Cs) 34ppb

Sulpher (S) 20,000ppm Cerium (Ce) 34ppb

Phophorus (P) 7ppm Yttrium (Y) 17ppb

Potassium (K) 30,000ppm Silver (Ag) 17ppb

Sodium (Na) 16,900ppm Lampthanum (La) 17ppb

Bromine (Br) 5140pprn Krypton (Kr) 17ppb

Carbon (C) 2220ppm Neon (Ne) 8ppb

Strontium (Sr) 640ppm Cadmium (Cd) 8ppb

Boron (B) 390ppm Tungsten (W) 8ppb

Silicon (Si) 235ppm Xenon (Xe) 8ppb

Florine (F) 4ppm Geranium (Ge) 5ppb

Argos (Ar) 47ppm Chromium (Cr) 3ppb

Lithium (Li) 13400ppb Thorium (Th) 3ppb

Rubidium (Rb) 9580ppb Scandium (Sc) 3ppb

Iodine (I) 4700ppb Lead (Pb) 2ppb

Barium (Ba) 2350ppb Mercury (Hg) 2ppb

Indium (I) 1580ppb Gallium (Ga) 2ppb

Zinc (Zn) 790ppb Bismuth 2ppb

Iron (Fe) 790ppb Niobium (Nt) ippb

Aluminium (Al) 790ppb Thallium (T1) 1ppb

Molybdenum (Mo) 790ppb Hellium (He) 0.6ppb

Selenium (Se) 320ppb Gold (Au) 0.4ppb

Copper (Cu) 235ppb Tin (Sn) 235ppb

Uranium (U) 235ppb Arsenic (As) 235ppb

Vanadium (V) 150ppb Nickel (NT) 150ppb

Titanium (TI) 85ppb Manganese (Mn) 150ppb

Antimony (Sb) 34ppb

ppm = parts per million ppb = parts per billion