Garlic and Its Effect on Nickel and Chromium VI Toxicities
Allium Sativum Linn on Heavy Metal Exposed Diabetic Rats
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Sustained oxidative stress from heavy metals may alter the body's antioxidant reserves to an extreme point resulting in damaging of cellular defense system. The observation by the author and his team suggest that garlic (allium sativum L) has the potential to enhance the endogenous antioxidant status in nickel as well as hexavalent chromium induced lipid peroxidation in normal as well as diabetic rats. This is possibly due to the presence of essential antioxidant phytochemicals which protect the physiological system from the toxic assault of metal induced free radicals. The research findings c...
Sustained oxidative stress from heavy metals may alter the body's antioxidant reserves to an extreme point resulting in damaging of cellular defense system. The observation by the author and his team suggest that garlic (allium sativum L) has the potential to enhance the endogenous antioxidant status in nickel as well as hexavalent chromium induced lipid peroxidation in normal as well as diabetic rats. This is possibly due to the presence of essential antioxidant phytochemicals which protect the physiological system from the toxic assault of metal induced free radicals. The research findings clearly enhanced interest in the use of phytochemical based drugs from the medicinal plants as chelators to combat heavy metal toxicities.
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