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Objective: To study taurine resist lead impact ability of learning and memory. Methods: Using NADPH - d histochemistry method to study the quantity change of the rat’s NOS positive neuron in hippocampus , the rat in experiment sections which are feeded with distinct dosage lead acetate in drinking (0.02, 0.2g/L) and feed contain distinct dosage taurine (5, 10g/kg) . Results: Taurine could increase NOS positive neuron quantity obviously in hippocampus of rat induced lead lesion. Conclusion: Taurine could resist lead impact ability of learning and memory obviously.
Methods: Using NADPH-d histochemistry method to study the quantity change of the rat’s NOS positive neuron in hippocampus, the rat in experiment sections which are feeded with distinct dosage lead acetate in Results: Taurine could increase NOS positive neuron quantity obviously in hippocampus of rat induced lead lesion. Conclusion: Taurine could resist lead lead impact ability of learning and memory obviously.