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Final cover.cdr - National Institute of Naturopathy Pune

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how beneficial<br />

An antioxidant is a molecule that inhibits the<br />

oxidation <strong>of</strong> other molecules. In this article, we will<br />

discuss about the nature <strong>of</strong> oxidation process, the need<br />

to prevent oxidation and how these antioxidants achieve<br />

the goal <strong>of</strong> preventing oxidation with more relevance<br />

to athletes.<br />

Oxygen provides us with the energy required to<br />

sustain life, including the ability to power movements<br />

and muscular contraction. The ability <strong>of</strong> the body to<br />

absorb, transport and use oxygen is important to<br />

endurance athletes.<br />

The chemical reactivity <strong>of</strong> the oxygen molecules can<br />

also create cellular havoc by means <strong>of</strong> the highly reactive<br />

and potentially extremely destructive molecular species<br />

which are called free radicals. These free radicals are<br />

produced as a consequence <strong>of</strong> trapping the chemical<br />

energy <strong>of</strong> oxygen within the body. A free radical is simply<br />

a molecule that contains an unpaired electron which<br />

then runs free in our bodies breaking down good cells.<br />

This free radical damage peaks after exercise which<br />

increases muscle soreness. Such damages are also<br />

thought to be one <strong>of</strong> the root cause <strong>of</strong> degenerative<br />

diseases, inflammation and the ageing process in<br />

general.<br />

Dr. T. Arun Kumar<br />

Athletes not only take in a<br />

larger volume <strong>of</strong> oxygen<br />

but also utilize it at a higher<br />

rate. During training and<br />

performance, the rate <strong>of</strong><br />

oxygen processing by the<br />

mitochondria is very high<br />

placing exceptionally high<br />

demands on antioxidant<br />

defence systems.<br />

Athletes not only take in a larger volume <strong>of</strong> oxygen<br />

but also utilize it at a higher rate. During training and<br />

performance, the rate <strong>of</strong> oxygen processing by the<br />

mitochondria is very high placing exceptionally high<br />

demands on antioxidant defence systems.<br />

However the human body is equipped with a number<br />

<strong>of</strong> systems capable <strong>of</strong> inhibiting the free radicals<br />

produced as a result <strong>of</strong> aerobic metabolism, and<br />

dissipating their energy harmlessly. These are collectively<br />

known as the antioxidants which are substances or<br />

vitamins that protect the cells in our body from such<br />

molecules like free radicals.<br />

Antioxidant nutrients (consumed in the diet) remove<br />

the unwanted free radical activity and break the chain<br />

<strong>of</strong> free radical reactions, thereby minimizing damage to<br />

the body. Increased consumption <strong>of</strong> antioxidant<br />

nutrients automatically leads to reduction <strong>of</strong> free<br />

radicals by neutralising it. Vitamins E and C as well as<br />

Selenium block the body’s ability to make free radicals<br />

24<br />

Nisargopachar Varta : January 2013

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