Nearly everyone has heard of antioxidants, but have you ever
wondered exactly what bioflavonoid antioxidants actually do? The story of antioxidants begins with free
radicals. Free radicals are actually a
normal part of our body, in fact some of them work in our immune system, so
they are not necessarily all harmful, unless there are too many of them. Free radicals form as part of our metabolic
processes and are actually only atoms that have lost an electron. Each atom in our body exists in a state of
balance between the protons (positively charged molecules) and the negatively
charged electrons. At times, an extra
proton can be added to the nucleus of the atom, upsetting the balance, or an
electron can simply be lost from one reason or another.
When an atom loses an electron, it becomes unstable and
tries to gain an electron to return to normal.
The trouble is, it tries to steal an electron from nearby atoms. The newly unstable atom thus created tries to
gain and electron, and so it goes, in a nasty chain reaction that ultimately
damages the cell. It can interfere with
the ability of the cell to function or even go rogue, such as happens with
cancer. You can see how important it is
to stop the chain reaction caused by these free radicals before too much damage
is done. The damage free radicals are
responsible for are also associated with aging, diabetes, and heart disease.
On the plus side, our bodies do make antioxidants
themselves, precisely to deal with free radicals. Unfortunately, however, due to stress,
fatigue, pollution, smoking, or a poor diet, we can come up short on the number
of antioxidants we need to deal with these troublemakers, which allows the free
radicals to harm us.
Nature has been generous, however, and has provided a number
of fruits and vegetables with bioflavonoid antioxidants. Fruits such as acai berry, grapes,
strawberries, and blueberries all contain high amounts of antioxidants. When we eat these fruits, we release the
antioxidants into our systems and they go to work immediately to neutralize the
free radicals.
The reason that antioxidants are able to stop
the destructive chain reaction caused by the free radicals is because they have
plenty of electrons. As soon as they get
near a free radical, an electron will be shed and the free radical will take it
up, stabilizing the atom. As the
bioflavonoid antioxidants have a generous supply of electrons, they can stop
the destructive avalanche before it causes serious damage to the cell. A diet rich in foods that provide a high
amount of antioxidants, or a acai berry supplement could
definitely be beneficial to your metabolism – keeping it healthier and more
likely to remain free of disease.
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