BMC Infectious Diseases · 2006 · 49 citations · 35 references
MedicineBiochemistryNephrologyDialysisHemodialysisRenal PathophysiologyLiver DiseaseOxidative StressOxidative Stress MechanismsViral HepatitisAntioxidant Capacity AssaysHepatitis C InfectionOxidative Stress In HemodialysisOxidative Stress InjuryRenal Antioxidant DefenseRenal Oxidative Stress
BACKGROUND: Both uremia and hepatitis C infection is associated with increased oxidative stress. In the present study, we aimed to find out whether hepatitis C infection has any impact on oxidative stress in hemodialysis subjects. METHODS: Sixteen hepatitis C (+) hemodialysis subjects, 24 hepatitis C negative hemodialysis subjects and 24 healthy subjects were included. Total antioxidant capacity, total peroxide level and oxidative stress index were determined in all subjects. RESULTS: Total antioxidant capacity was significantly higher in controls than hemodialysis subjects with or without hepatitis C infection (all p < 0.05/3), while total peroxide level and oxidative stress index were significantly lower (all p < 0.05/3). Hepatitis C (-) hemodialysis subjects had higher total antioxidant capacity compared to hepatitis C (+) hemodialysis subjects (all p < 0.05/3). Total peroxide level and oxidative stress index was comparable between hemodialysis subjects with or without hepatitis C infection (p > 0.05/3). CONCLUSION: Oxidative stress is increased in both hepatitis C (+) and hepatitis C (-) hemodialysis subjects. However, hepatitis C infection seems to not cause any additional increase in oxidative stress in hemodialysis subjects and it may be partly due to protective effect of dialysis treatment on hepatitis C infection.
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Free radicals in biology and medicine
General Pharmacology The Vascular System · 1991 · 17.2K citations