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Mineral Elements

Minerals are inorganic substances required by the body in small amounts for a variety of different functions. They are components of enzyme systems, give us structure, and are essential for nervous system function. The body requires different amounts of each mineral. A deficiency or imbalance of these elements in an otherwise nutritionally adequate diet can lead to very diverse and indefinite metabolic abnormalities many of which are classified as diseases by our medical establishment.

There are currently 57 recognized metal or non-gas elements that make up the human body. 23 to 24 of these elements are currently considered essential for our bodies, as are 3 gasses – Oxygen, Hydrogen, and Nitrogen. More than likely, all naturally occurring elements play some kind of role in human metabolism. Below is a list of these 23 elements and one or more of the roles they play in the body.

Because of its water content, (~65%) the human body contains more oxygen by mass than any other element, but more hydrogen by atom than any element.

23 Essential Mineral Elements in the Human Body In Order of Amount

Mineral /
Approximate content
Use in the body
Carbon
12kg
A component in virtually every molecule found in the body: it has led science to classify humans as carbon based.
Calcium
1kg
Primarily stored in and a structural component of bone and teeth, calcium is also essential for blood clotting, nerve transmission and energy production.
Phosphorus
750g
Essential component of bone and cells, ATP production and integrity of DNA and RNA.
Potassium
225g
An essential electrolyte, it is essential for muscle contraction.
Sulfur
150g
Essential for collagen production, it has anti-inflammatory properties and a role in blood sugar regulation.
Sodium
100g
Another essential electrolyte, it is essential for proper cellular respiration
Chlorine
95g
See sodium above.
Magnesium
35g
Last of the essential electrolytes, it is essential for muscle relaxation, as well as vascular health and function.
Silicon
30g
The most essential element for collagen formation and health and calcium management.
Iron
4.2g
Essential for proper delivery of oxygen to the cells and removal of carbon dioxide.
Fluorine
2.6g
Possible small role in teeth and bone strength.
Zinc
2.4g
Essential for healthy immune and reproductive systems and initial growth to maturity.
Strontium
320g
Small role in bone health.
Copper
90mg
Necessary for healthy cardiovascular, nervous and skeletal systems. Regulates Zinc and collagen.
Cobalt
20mg
Necessary for healthy red blood cells and formation of vitamin B-12.
Vanadium
20mg
May have a role in sugar management.
Boron
18mg
Works synergistically with Silica and Magnesium in bone structure; Anti-inflammatory; Anti-oxidant and hormone activator.
Iodine
15mg
Essential for proper thyroid function, prostate and breast tissue health. Effective cellular heavy metal mobilizer.
Selenium
15mg
Essential for proper thyroid and liver functioning and a healthy immune system.
Chromium
14mg
Essential for insulin production and sugar and fat metabolism.
Manganese
13mg
Essential for proper brain and nerve function, fat and sugar metabolism and connective tissue production.
Molybdenum
8mg
Activates three important enzymes: Aldehyde Oxidase which acts to break down the toxic waste acetaldehyde produced by candida fungus, xanthine oxidase for purine elimination, and sulfite oxidase to convert sulfites into sulfates.
Lithium
7mg
Important for nerve function and repair, cognitive performance, and mercury detoxification.
Silver
2mg
Plays a role in proper immune system function as a natural antibiotic.

Other Elements which currently have no Known Metabolic Function

Aluminium
Antimony
Arsenic
Barium
Beryllium
Bismuth
Bromine
Cadmium
Caesium
Cerium
Gallium
Germanium
Gold
Indium
Lanthanum
Lead
Mercury
Nickel
Niobium
Polonium
Radium
Rubidium
Samarium
Scandium
Tantalum
Tellurium
Thallium
Thorium
Titanium
Tungsten
Uranium
Ytrium

SEARCH

Silicon Biochemistry

Silicon as an Essential Trace Element in Animal Nutrition
Author: Edith Muriel Carlisle
READ FULL ARTICLE HERE (PDF)

Published in 1899

The Physiological Role of Mineral Nutrients

Author: Loew, Oscar, b. 1844 Volume: no.18 Subject: Plant physiology; Plants Assimilation; Minerals Publisher: Washington : G.P.O. Year: 1899 Possible … Read this book online

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