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. 2010 Jan-Jun;17(1):12–17. doi: 10.4103/0971-6580.68343

Table 1.

Protective effects of Tinospora cordifolia on some hepatic biochemical parameters in lead-exposed mice

Groups SOD CAT AST ALT ALP ACP Hepatic lead
Control (untreated animals) 6.25±0.14 161±0.84 2.28±0.04 3.14±0.06 15.1±0.24 1.73±0.08 0.07±0.07
Pb 2.27±0.16a 117±2.22a 5.67±0.19a 7.80±0.15a 18.1±0.54a 5.61±0.07a 2.14±0.17a
TC (stem) 6.84±0.33 183±2.22a 3.62±0.11 3.21±0.08 15.3±0.12a 3.14±0.06 0.17±0.03
TC (leaf) 5.61±0.07 148±3.35 3.72±0.22 3.62±0.11 15.9±0.68 2.52±0.04 0.21±0.01
TC (stem)+Pb 4.83±0.06b 161±4.99b 3.11±0.59b 4.67±0.05b 13.2±0.33b 2.46±0.01b 1.14±0.18b
TC (leaf)+ Pb 3.62±0.13 153±1.34b 3.21±0.08b 4.04±0.22b 11.7±0.26b 2.23±0.06b 1.34±0.09b

TC, Tinospora cordifolia; Pb, lead; SOD, superoxide dismutase (units/min/mg protein); CAT, catalase (μm H2O2 consumed/min/mg protein); AST, aspartate aminotransferase (per min per mg protein); ALT, alanine aminotransferase (per min per mg protein); ALP, alkaline phosphatase (one king Armstrong unit 1 UI-1); ACP, acid phosphatase (one king Armstrong unit/ 1 UI-1); lead liver concentration (μg/g); Values are mean±S.E, n = 6;

a

p< 0.05 compared to control (untreated) animals;

b

p< 0.05 compared to lead-exposed animals