Description
Element #25 on the Periodic Table, Manganese (Mn)
It is a steel-gray, hard, brittle metal. Manganese is a vital trace element in the breakdown of Hydrogen electrons at the cellular level.
Manganese is a component & vital catalyst of several key enzyme processes and is essential in order for the body to utilize protein and carbohydrate molecules. Manganese works with Selenium to help the body dissolve and eliminate potentially harmful fatty acids and cholesterol.
Manganese helps:
The body maintain optimum blood pH (% of Hydrogen) levels
The cell utilize Iron efficiently
The synthesis of red blood cells and urea in the kidney
Ease the pain of an enlarged prostate
Promotes a healthy pancreas and improves vision
Like its cousin Magnesium, Manganese also help regulates optimum oxygen synthesis and eliminates carbon monoxide (CO) & carbon dioxide (CO2) from the blood.
Features
- Mother Earth Minerals are IONIC (possessing an electrical charge, drawn to the walls of the intestines), WATER SOLUBLE (highly bio-available angstrom sized ions in an aqueous solution), and CELL-AVAILABLE (available for absorption into the human cell, not only the blood stream). Fewer milligrams are needed because absorption is much more efficient and complete. No additives, fillers, or preservatives.
- MANGANESE (MN) IS A STEEL-GRAY, HARD, BRITTLE METAL: It is a vital trace element in the breakdown of Hydrogen electrons at the cellular level & helps the body maintain optimum blood pH (% of Hydrogen) levels. Manganese also helps the cell utilize Iron efficiently.
- MANGANESE IS A COMPONENT AND VITAL CATALYST: Of several key enzyme processes and is essential in order for the body to utilize protein and carbohydrate molecules.
- MANGANESE WORKS WITH SELENIUM: To help the body dissolve and eliminate potentially harmful fatty acids and cholesterol while it helps the synthesis of red blood cells and urea in the kidney.
- MANGANESE : Like its cousin Magnesium, Manganese also regulates optimum oxygen synthesis and eliminates carbon monoxide (CO) and carbon dioxide (CO2) from the blood.