Flora VEGETAL SILICA

For too many people the answer is no, and the reason is the over-refining and processing of our grains and cereals. With the removal of their outer casing, valuable silica is lost. Without silica the skin loses elasticity and hair and nails become brittle.

Can this be prevented? Yes, the best way is to change the diet, but it takes time to honour that commitment. Can something be done right away to get a good start? Yes! Supplement that healthier way of eating with Vegetal Silica, the only organic vegetal silica from the spring horsetail plant that is chelated with bioflavonoids.

BioFlavonoids: the Key to Silica

Why bioflavonoids, and why from spring horsetail? Because chelated silica is the only kind of silica the body can absorb and the spring horsetail has a higher percentage of this silica than any other plant.

The vegetal silica in Vegetal Silica is bonded or "chelated" to a group of water-soluble bioflavonoids. These organic compounds take silica by the hand, so to speak, and help it "swim" its way through the intestinal wall into the bloodstream. Only silica chelated with bioflavonoids will have the highest bioavailability and assimilation by the body- approaching 100%.

Dr. Kervran's patented aqueous extract of spring horsetail

Isn't every silica product like that? No. It requires a very special extraction process to keep that bond with the bioflavonoids intact. There is only one process that does this; the one patented by Professor Dr. Louis Kervran, former research scientist at the University of Paris. He devised the atomized aqueous extraction process, whereby the organic vegetal silica is extracted from spring horsetail using water instead of chemicals. Only vegetal silica produced in this manner has been researched and proven effective and completely safe. Only Flora's Vegetal Silica is produced according to Dr. Kervran's patented method and meets all these criteria.

Benefits:

 Vital for proper bone and teeth calcification in infants.

 Necessary for proper and speedy healing of bone fractures, torn and damaged tendons and ligaments.

 Maintain normal bone structure in the elderly.

 Maintains the integrity, elasticity and stability of arterial walls and thus helps prevent artherosclerosis.

 Prevent disc degeneration in the back.