Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6352372 | Environmental Research | 2015 | 9 Pages |
Abstract
The results of this study demonstrate that subacute exposure to PCBs causes induction of oxidative stress in liver with dose-dependent changes of the investigated parameters, although more pronounced adverse effects were observed on enzymatic than on non-enzymatic components of antioxidant protection. The obtained values for BMD and NOAEL support the use of BMD concept in the prediction of health risks associated with PCBs exposure. Furthermore, our results implicate possible use of MDA in PCBs risk assessment, since MDA was the most sensitive investigated parameter with calculated low critical effect dose of 0.07Â mg/kg b.w.
Keywords
PCBsDTNBALTLPOGSHBMDGC-ECDBMRTSHCEDMDAAHRHydrogen peroxideASTalanine transaminaseALPAlkaline phosphataseCritical Effect SizeCESPolychlorinated biphenylsaspartate transaminaseOxidative stressbenchmark doseSODHepatotoxicitySuperoxide dismutasemalondialdehydebenchmark responseRatsH2O2Dose-dependenceLipid peroxidationGlutathionearyl hydrocarbon receptor
Related Topics
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Environmental Science
Health, Toxicology and Mutagenesis
Authors
Aleksandra Buha, Biljana AntonijeviÄ, Vesna MilovanoviÄ, SaÅ¡a JankoviÄ, Zorica Bulat, Vesna MatoviÄ,