Why does OHS only use amino acid chelated minerals?
Optimal nutrition is not just a properly balanced intake of proteins, fats, carbohydrates, vitamins, minerals and water. These nutrients must be readily absorbable and bio-available; otherwise, they are nothing more than waste material. Only bio-available minerals enter and enhance the bodys metabolic processes and contribute to the maintenance and production of healthy tissues. Some forms of minerals are more bio-available than others. It is possible to combine specific amino acid chelates with other factors, such as enzymes and probiotics, so that the resulting formula can cross the intestinal barrier and target specific tissues. This clearly demonstrates the methodology for formulating nutritional supplements to insure that they will be transported directly to the tissues. Amino acid chelates can be formulated for delivery to one or more specific tissue sites within a mammal. The patent for this unique formulating method is extremely broad, well supported, scientifically researched
Optimal nutrition is not just a properly balanced intake of proteins, fats, carbohydrates, vitamins, minerals and water. These nutrients must be readily absorbable and bio-available; otherwise, they are nothing more than waste material. Only bio-available minerals enter and enhance the bodys metabolic processes and contribute to the maintenance and production of healthy tissues. Some forms of minerals are more bio-available than others. It is possible to combine specific amino acid chelates with other factors, such as enzymes and probiotics, so that the resulting formula can cross the intestinal barrier and target specific tissues. This clearly demonstrates the methodology for formulating nutritional supplements to insure that they will be transported directly to the tissues. Amino acid chelates can be formulated for delivery to one or more specific tissue sites within a mammal. The patent for this unique formulating method is extremely broad, well supported, scientifically researched