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. 2019 Oct 18;11(3):209–216. doi: 10.2478/intox-2018-0019

Table 3.

Bisphenol A-induced changes on lipid peroxidation and enzymatic antioxidants in cauda epididymis of mice

Sr. No. Experimental group LPO Enzymatic Antioxidants
Catalase SOD GSH-Px
Control groups
I Untreated control 1.462±0.11 2.066±0.05 6.725±0.31 0.407±0.03
II Vehicle control (0.2 ml olive oil /animal/day) 1.470±0.09 2.022±0.05 6.707±0.28 0.402±0.02
BPA-treated groups
III BPA-Low dose (80mg/kg bodyweight/day) 2.092±0.12* (42.33) 1.643±0.07* (18.75) 5.648±0.18* (15.79) 0.310±0.02* (22.90)
IV BPA-Medium dose (120 mg/kg bodyweight/day) 2.476±0.10* (68.43) 1.309±0.05* (35.24) 4.911±0.12* (26.78) 0.259±0.01* (35.53)
V BPA-High dose (240 mg/kg bodyweight/day) 2.971±0.06* (102.14) 1.111±0.12* (45.04) 4.021±0.11* (40.05) 0.209±0.02* (47.99)

Values are mean±S.E.M., n=10, Values shown in parenthesis indicate: Brackets – Percent change in BPA-treated from vehicle control. Level of significance; ap <0.05 as compared to vehicle control, bp<0.05 as compared to BPA-HD -treated. No significant difference was noted between different control groups (Groups I-III). Units: LPO – nmoles MDA formed/mg protein/60 min; Catalase – μmoles H2O2 consumed/mg protein/min; SOD – units/mg protein; GSH-Px- nmoles of NADPH consumed/mg protein/min.