E400 Emulsified - 60 Caps

Genestra's E400 Emulsified provides a natural source of naturally emulsified vitamin E as an antioxidant and a factor in the maintenance of good health.

THE POWER OF VITAMIN E

As an antioxidant, Vitamin E is an essential ally against pollution, aging, toxins and other causes of free radical damage. It is a powerful antioxidant that helps ensure the stability and integrity of cellular tissues and prevents their damage from free radicals. It is well known for the prevention of cardiovascular disease because it decreases platelet aggregation, thus allowing the blood to flow more freely and bring oxygen to the tissues more easily. Vitamin E's antioxidant properties also help support optimal cell growth. Cataracts are caused by free radical damage of the lens of the eye and therefore vitamin E can treat cataracts. Vitamin E is believed to be an anti-aging vitamin because as an antioxidant it protects the body against environmental pollutants other substances that and lead to aging. Vitamin E has been used to treat many conditions including infertility, PMS, fibrocystic breasts, anemia, Alzheimer's disease and atherosclerosis.

Scientific Research Supports Natural Vitamin E Supplementation
Vitamin E was discovered in 1922 and since then, hundreds of studies have been conducted to determine its health benefits and outline how it works in the body. Many of these studies indicate that Vitamin E can help prevent coronary heart disease, decrease the incidence of prostate, breast and colon cell growths, boost the immune system, reduce the risk of developing various disorders, including cataracts and macular degeneration and more.

What are Free Radicals?
Free radicals are highly reactive and unstable compounds created in the body during normal metabolic functions and also from our environment and unhealthy lifestyle choices. They react with certain chemicals in the body and interfere with cells ability to function optimally.

When a free radical enters your body, it is attracted to the cells that make up the different tissues of it just like a magnet to metal. It then bonds to parts of the cell, which causes it to deteriorate in a way similar to that which oxygen causes metal to rust. If the cell gets damaged enough, it dies. Worse yet, if the cell DNA is damaged and then the cell reproduces, it reproduces abnormally as a result. When this happens to our skin, we get wrinkles; when it happens to our oxygen carrying blood vessels, we get hardening of the arteries; when it happens to our joints, we get arthritis; in some people - if it happens enough - they may even get cell grwoths.

Antioxidants work by bonding with the free radical before it can bond to the cells of your body, thus neutralizing it. This now harmless substance is then deconstructed or merely excreted.