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Food Antioxidants, Stroke, and Heart Disease





They measured the dietary antioxidant and phenolic contents in honey taken from sevel floral sources, such as acacia, buckwheat, clover, firewood, Hawaiian Christmas berry, soybean, and tupelo. Using the Oxygen Radical Absorbance Capacity or ORAC assay, they discovered that darker honeys have the highest values of dietary antioxidants. 

According to scientific studies, one of the most significant factors contributing to the aging process is chronic inflammation. These are the identifiable inflammatory diseases which the body develops as we age. Chronic inflammation leads to damage in the cells of our brain, heart, arterial walls, and other body structures which are attributed as the cause of such illnesses as heart disease, Alzheimer's, senility, Parkinson's, rheumatoid arthritis, psoriasis, prostatitis, stroke, and a few other diseases brought by aging. 

That is why, we depend on plants for our source of anti aging antioxidants. Human beings are only one of a few animal species who can't produce their own anti aging antioxidants. We get most of our anti aging antioxidants from the fresh fruits and vegetables that we eat. Vegetables such as cabbages, potatoes, cauliflowers, squash, and carrots are all rich in vitamins which act as anti aging antioxidants. 

Another name for beta-carotene is vitamin A, that essential vitamin that helps prevent eye damage. This natural antioxidant supports the immune system, might reduce the skin's risk to sun damage and DNA damage, supports healthy cholesterol levels and increases lung capacity. Some studies show that this natural antioxidant supports a healthy heart. 

Because free radicals are chemically unstable, they have this bad habit of stealing electrons from stable molecules and in so doing, turn these molecules into free radicals themselves. The result is a chain reaction which can only be stopped with the entrance of antioxidants. Herbal antioxidants are the body's natural defenses against harmful radicals. 

And is there anyway to retard it? In biological systems, the normal processes of oxidation are what lead to aging. Oxidation causes the production of substances called free radicals which are highly reactive. These free radicals can readily react with and damage other molecules. Note that it says "molecules" so that means free radicals don't make the distinction between foreign bodies and healthy cells.