Colloidal Magnesium

COLLOIDAL MAGNESIUM

Disclaimer: AHS (Australia) presents the following information for educational and research purposes only and it should not be used to diagnose or treat any disease or illness. We make no therapeutic claims, either expressed or implied, that this information and/or product will cure or alleviate disease or illness, replace prescription medication, or supersede sound medical advice. Remember - always consult with your qualified practitioner.

Dr. Norman Shealy M.D., Ph.D., Neurosurgeon, Inventor of the "TENS" machine, Lecturer, Author and considered one of the world's experts on pain management and natural health states:

"Nearly everyone is deficient in magnesium, and it is a critical mineral. Magnesium is involved in more than three hundred essential enzymes in the body. It regulates the electrical charge of our cells and if the charge is not normal our cells are hyper excitable. A hyper excitable cell causes agitation, frustration, depression - stress. It also weakens our immune systems. Magnesium deficiency is seen in all major diseases, and higher levels of magnesium often have a major impact on recovery. For example, if you are given a shot of magnesium after having a heart attack, it improves our chances of recovery by fifty percent."

"I found that a magnesium deficiency and subsequent to that, low levels of DHEA are the major physiological principles of stress-induced illness. And as I said all illness is stress-induced. So, these two substances, magnesium and the hormone DHEA are integral in safeguarding our health."

Why a Colloid of Magnesium Chloride?

In addition to all the other benefits of magnesium, chloride is needed to produce large quantities of gastric acid each day as well as stimulating starch digestive enzymes.

If we use other magnesium salts our body has to convert them into Chlorides anyway (thus one less process to perform and more natural and useable by the body).

Magnesium - Rejuvenation Mineral

Each and every cell requires the mineral magnesium. Nearly half of the magnesium in the body is located within the cell and less than on percent remains in the blood. The remainder combines with calcium and phosphorus within bone. Our bodies work diligently to keep our magnesium blood levels at a constant - this is no wonder, as magnesium is required for around 350 known bio-chemical reactions that occur throughout the body. These bio-chemical reactions assist in maintaining: Nerve and muscle function, a steady heart rhythm and calcium bonding for bone strength. Magnesium also has a role in protein synthesis and in assisting energy metabolism.

Supplementation

Healthy persons who have a varied, well-planned diet may not necessarily need to take a magnesium supplement. However, supplementing magnesium would be required by persons with conditions that cause excessive urinary loss of magnesium e.g. poorly controlled diabetes, alcohol abuse, excess consumption of caffeine containing beverages, e.g. coffee, tea, carbonated cola. All the athletes are also at risk of developing a magnesium deficiency due to loss of fluid by perspiration.

Briefly how does the body use magnesium?

Magnesium, being found mainly inside our cells, activates many enzymes and in addition is required by us to not only metabolise carbohydrates, but also fats and amino acids.

Magnesium is required for the normal functioning of muscle and nerves and also in the formation/hardening of teeth and bones. In addition to other roles magnesium regulates and balances the influence of calcium.

Physiology

1"Magnesium is essential for human beings, animals and plants. The human body contains about 470 mg/Kg body mass; the recommended daily intake is 200 - 300 mg/day. Magnesium is involved in all ATP reactions* including the respiratory chain and fatty acid synthesis, and is an essential component of bones, teeth and chlorophyll. Alcoholism or impaired intestinal absorption can lead to magnesium deficiency in human beings; the symptoms are tetanus-like cramps, arteriosclerosis and cardiac infarction."

1Ref: Holleman-Wiberg: Inorganic Chemistry, Page 1054 ISBN 0-12-352651-5

*ATP or adenosinc tri-Phosphate (C10 H16 N5 O13 P3) is a nucleotide present in all living cells which serves as an energy source for many metabolic processes and is required for ribonucleic acid (RNA) synthesis.

Something to Consider

All being considered, it is understandable that magnesium does play a vital role in our continued health and it is known to be a preventative of many illnesses when adequate levels are achieved and maintained.

With modern fast-paced lives, stress in its many and varied forms is endured by degrees by all. A lack of sleep; viral/fungal/bacterial/parasitic loads; emotional upset; industrial/chemical pollution in air, water, food and personal care products are all stresses. Magnesium is widely known as an "anti-stress" mineral.

This information is not intended as medical advice. Its intent is informational and educational only. Please consult with your Health Care Practitioner if necessary before taking Magnesium Colloid.

A product of Fulhealth Industries Pty Ltd

Analysis of Fulhealths Magnesium Colloid Sample D showed:-

A concentration of Magnesium at 29000 mg/L

Together with: -

Boron 11 mg/L

Calcium 700 mg/L

Iron 0.21 mg/L

Lithium 1.9 mg/L

Potassium 460 mg/L

Sodium 1090 mg/L

Sulphur 110 mg/L

Boron - Assists in calcium absorption.

Calcium - Essential for a variety of bodily functions e.g. neurotransmission, muscle contraction, and proper heart function.

Iron - Carries oxygen to the cells.

Lithium - Important as an antidepressant.

*Potassium - The major cation in the cell.

*Sodium - Maintains normal water balance.

Sulphur - Structural atom in most proteins.

* The most beneficial ratio of sodium and potassium is 2.4 - 1. This food can be used as a replacement for common table salt (sodium chloride) as an efficient way of serving the whole family.

Analysis of Magnesium Colloid performed by AGAL, Report number RN414421:-

Magnesium Deficiencies - With reference to the Textbook: Harrisons Principles of Internal Medicine (Fauci et al 1997, McGraw Hill, Pages 2263 - 2266)

"Symptoms of severe magnesium deficiency (hypomagnesemia) include anorexia, nausea, vomiting, lethargy, weakness, paresthesia, irritability, decreased attention span and mental confusion. Common causes of magnesium deficiency include :- inadequate supply in diet, chronic diarrhea, diuretics, digitalis, fat malabsorption (which may arise from several gastrointestinal disorders), and pancreatitis".

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