Studio : R-Garden

Publisher : R-Garden

Binding : Health and Beauty

Product Description
Super Minerals contains very easily assimilable forms of Calcium, Magnesium, Zinc, Iodine, Selenium, Copper, Manganese, Chromium, Molybdenum, Potassium, Lithium and Vanadium as well as DimaCal, a special kind of malic acid that promotes energy production. The enzymes Protease and Amylase are added for even better digestion and uptake by the body.

Many of the minerals in Super Minerals are bound to special molecules called dipeptides. This combination appears to improve absorption by enhancing the minerals' transport across the intestinal wall. Three very important features of the chelated minerals in Super Minerals assist in absorption: (1) the absence of an electrical charge, which renders them less likely to interact with other dietary substances such as phytates, other vitamins and minerals, or medications; (2) small molecular weights that facilitate transport across the intestinal mucosa; and (3) the chelates remain intact and stable throughout the ranges of pH in the digestive tract.

Another reason why Super Minerals stands apart from other mineral formulas on the market is because it contains malic acid. DimaCal is a special form of malic acid that participates in the energy production cycle. A double-blind, placebo-controlled, cross-over pilot study using 400 mgs of malic acid three times a day (approximately the same amount as in Super Minerals) along with magnesium supported feelings of wellness in subjects' joints, muscles, tendons, and other soft tissues. Because of malic acid's role in energy production, NADH (which yields three ATPs) is formed and may therefore support muscle energy production. Malic acid is also thought to increase energy levels in healthy humans.

Getting enough minerals is important for many functions in the body - the production of energy, making blood, bones and hormones, helping the immune system and for reproduction. Furthermore, balance-or the ratio of one mineral to another-is key to mineral utilization.
0