Genetic, biochemical and molecular studies in paint industry workers - Latha, Sri
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The over all results in the present investigation indicated that high levels of MDA (Malondialdehyde) observed in paint industry workers are indicative of increased oxidative stress. Nitric oxide levels were found to be significantly increased in paint industry workers. Nitric oxide acts as an oxidant at concentrations greater than the physiological levels resulting in oxidative stress. Increased lipid peroxidation reflects insufficient antioxidant protection in workers. The increased mean tail length of comet represents the genetic damage in paint industry workers. As the sample size is very small no concrete conclusion can be drawn.…mehr

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Produktbeschreibung
The over all results in the present investigation indicated that high levels of MDA (Malondialdehyde) observed in paint industry workers are indicative of increased oxidative stress. Nitric oxide levels were found to be significantly increased in paint industry workers. Nitric oxide acts as an oxidant at concentrations greater than the physiological levels resulting in oxidative stress. Increased lipid peroxidation reflects insufficient antioxidant protection in workers. The increased mean tail length of comet represents the genetic damage in paint industry workers. As the sample size is very small no concrete conclusion can be drawn.
Autorenporträt
Dr. Mundla Srilatha, PhD, Dept. of Biotechnology,S.V. University, Tirupati, India. Her work mainlyfocuses on basic, translational cancer research. She presented 15 abstracts in various national andinternational conferences. She received severalawards. She continued research in lung cancer.