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Este Polvo Tiene Más Vitaminas que las Zanahorias, Más Antioxidantes que los Arándanos y Más





In addition, there is good evidence that bilirubin and uric acid can act as antioxidant support to help neutralize certain free radicals. Antioxidant support can be found in almost everything that we eat. More particularly, fresh fruits and vegetables are the richest sources of antioxidant support available. 

Previous studies have shown that antioxidant vitamins, such as vitamin E, vitamin C, and beta carotene (a from of vitamin A), have potential health-promoting properties. The data on antioxidant vitamins is incomplete for the most part but up to 30 percent of Americans are already taking some form of antioxidant vitamin supplement along with their diet. 

Antioxidants are the heroes in an epic struggle against villain molecules called "free radicals." Free radicals do nothing but assault cells, turning them into molecules like themselves. This actually creates a chain reaction which could eventually lead to killer diseases such as heart disease and cancer, and even aging itself. 

As an antioxidant, the flax oil's lignans can help boost the body's immune system, keeping harmful, disease-causing germs from damaging the cells. These plant hormones are also believed to block the formation of hormone-based tumors. Lignans also boost the productions of a substance attached to estrogen and carries it out of the body. 

One of the studies shows that part of the dietary antioxidant qualities of honey has preservative properties that work on meat without compromising the taste. Based on a work done on human blood in the lab, a recently published study says that the dietary antioxidants present in honey slow the oxidation of low density lipoproteins (LDL). 

One of the many functions of natural antioxidants is to work against the formation of cellular damage caused by free radicals. Free radicals are highly reactive chemical substances which are produced whenever our body undergoes the process of oxidation, e.g. breathing. When free radicals are released, they immediately latch unto other molecules, stealing their electrons and in so doing, turning them into unstable molecules like themselves.