What is an Antioxidant?
I am sure by now you have heard all about the antioxidants found in green tea. But, do you know what antioxidants are or how they work. The quality of a antioxidant can help prevent harmful diseases such as cancer and heart disease. I suppose your wandering why anything that is anti-oxygen can be good for your body.
Antioxidants don't work against oxygen. They fight against a chemical reaction called oxidation, this is the same process that turns bananas black and rusts metal. Oxidation is the interaction between oxygen molecules and the substances they come in contact with. When that substance happens to be living tissue, damage and disease can occur.
The harm caused by oxidation, is result of free radicals, highly reactive, unstable molecules that travel around the body wreaking havoc. Although free radicals can be generated by exposure to UV rays, toxins, cigarette smoke, microbes and other sources, the most common source is the oxygen molecule itself.
Oxygen usually travels through your body paired up with another oxygen molecule. In some cases this pairing splits into two individual oxygen molecules called singlet oxygen. When this occurs, electrons fall in short demand as there are now to many oxygen molecules. This destabilizes the molecule and in a way, throwing it off balance. In the attempt to try and fix itself it races through the body trying to find an other electron.
The single molecule does not just sit around waiting for another electron to become available, what this little bugger does is it goes around and find ones to steal. So what happens to the molecule that just had it's electron stolen, well, it goes and steals it's own from another molecule. This process of stealing back and forth causes damage to the cells and it often though to be a leading contributor to cancer, heart disease and aging.
Antioxidants work against "electron stealing" by neutralizing and stabilizing free radicals. They do this by donating an electron so that singlet oxygen and other free radicals no longer have the urge to "steal." And while the body does produce a certain amount of antioxidants for the express purpose of taking care of such problems, it also needs the added help of antioxidants found in foods.
Among others, these include beta-carotene, vitamins C and E, the mineral selenium, and various phytochemicals such as lycopene and quercetin. But the catechins, especially EGCg, are among the most powerful and effective antioxidants of all. - 17273
Antioxidants don't work against oxygen. They fight against a chemical reaction called oxidation, this is the same process that turns bananas black and rusts metal. Oxidation is the interaction between oxygen molecules and the substances they come in contact with. When that substance happens to be living tissue, damage and disease can occur.
The harm caused by oxidation, is result of free radicals, highly reactive, unstable molecules that travel around the body wreaking havoc. Although free radicals can be generated by exposure to UV rays, toxins, cigarette smoke, microbes and other sources, the most common source is the oxygen molecule itself.
Oxygen usually travels through your body paired up with another oxygen molecule. In some cases this pairing splits into two individual oxygen molecules called singlet oxygen. When this occurs, electrons fall in short demand as there are now to many oxygen molecules. This destabilizes the molecule and in a way, throwing it off balance. In the attempt to try and fix itself it races through the body trying to find an other electron.
The single molecule does not just sit around waiting for another electron to become available, what this little bugger does is it goes around and find ones to steal. So what happens to the molecule that just had it's electron stolen, well, it goes and steals it's own from another molecule. This process of stealing back and forth causes damage to the cells and it often though to be a leading contributor to cancer, heart disease and aging.
Antioxidants work against "electron stealing" by neutralizing and stabilizing free radicals. They do this by donating an electron so that singlet oxygen and other free radicals no longer have the urge to "steal." And while the body does produce a certain amount of antioxidants for the express purpose of taking care of such problems, it also needs the added help of antioxidants found in foods.
Among others, these include beta-carotene, vitamins C and E, the mineral selenium, and various phytochemicals such as lycopene and quercetin. But the catechins, especially EGCg, are among the most powerful and effective antioxidants of all. - 17273
About the Author:
Increasing your antioxidants by consuming Green Tea has lots of benefits. Brook is just one of lots of women who have shared there success stories with us who have used the Green Tea Dieting plan.
posted by X - Men at
4:31 AM
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