作者: Karolin Yanar , Pınar Atukeren , Tamer Cebe , Ahmad Kunbaz , Tuna Ozan
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摘要: Abstract Background: Testosterone biosynthesis gradually decreases with age. Impaired redox homeostasis-related oxidative damage in cellular macromolecules has a high risk for the development of renal insufficiency. Our aim was to study effects testosterone replacement therapy on homeostasis. Methods: We investigated various biomarkers kidney. Experimental animals were separated into three groups—naturally aged rats, testosterone-administered naturally rats (single dose 25 mg/kg enanthate), and their respective young controls. Results: results showed that group shared significant similarities respect status. In kynurenine, protein carbonyl, advanced oxidation products, lipid peroxidation markers, xanthine oxidase activities significantly lower Cu-Zn superoxide dismutase ...