2008•Journal of Bengbu Medical CollegeRequires access

Influence of vitamin E on the hyperphosph-orylation tau protein contents in hippocampus of Alzheimer disease rats

Bin Ye

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Abstract

Objective:To study the influence of Vitamin E on the hyperphosphorilation tau protein in the brains of Alzheimer disease(AD) rats by means of oxidative stress.Methods:Thirty-six AD rats were randomly divided into three groups: sham operation group,model group and model treatment group(each consisting of 12 rats).The models were established by injecting amyloid-β protein into the left amygdale of the rats.The sham operation group received injection of solvent only,and the model treatment group were additionally fed Vit E 10 mg once a day by gastrogavage.The ability of learning and memory of the rats were detected by Y-maze and the expression of Pser-262-tau in hippocampus tissues was estimated by immunohistochemistry methods.Results:The ability of learning and memory of the rats in the treatment group was lower than that in sham operation group(P0.01),but higher than that in model group(P0.01).Vietmin E could depress the expression of Pser-262-tau in the hippocampus tissues of AD rats.Conclusions:Vitamin E depresses the expression of Pser-262-tau in the hippocampus tissues of AD rats and improves the learning and memory ability of the rats,suggesting that vietmin E can protect the tau protein from hyperphosphorylation in rats.

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Objective:To study the influence of Vitamin E on the hyperphosphorilation tau protein in the brains of Alzheimer disease(AD) rats by means of oxidative stress.Methods:Thirty-six AD rats were randomly divided into three groups: sham operation group,model group and model treatment group(each consisting of 12 rats).The models were established by injecting amyloid-β protein into the left amygdale of the rats.The sham operation group received injection of solvent only,and the model treatment group were additionally fed Vit E 10 mg once a day by gastrogavage.The ability of learning and memory of the rats were detected by Y-maze and the expression of Pser-262-tau in hippocampus tissues was estimated by immunohistochemistry methods.Results:The ability of learning and memory of the rats in the treatment group was lower than that in sham operation group(P0.01),but higher than that in model group(P0.01).Vietmin E could depress the expression of Pser-262-tau in the hippocampus tissues of AD rats.Conclusions:Vitamin E depresses the expression of Pser-262-tau in the hippocampus tissues of AD rats and improves the learning and memory ability of the rats,suggesting that vietmin E can protect the tau protein from hyperphosphorylation in rats.

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Available abstract

Objective:To study the influence of Vitamin E on the hyperphosphorilation tau protein in the brains of Alzheimer disease(AD) rats by means of oxidative stress.Methods:Thirty-six AD rats were randomly divided into three groups: sham operation group,model group and model treatment group(each consisting of 12 rats).The models were established by injecting amyloid-β protein into the left amygdale of the rats.The sham operation group received injection of solvent only,and the model treatment group were additionally fed Vit E 10 mg once a day by gastrogavage.The ability of learning and memory of the rats were detected by Y-maze and the expression of Pser-262-tau in hippocampus tissues was estimated by immunohistochemistry methods.Results:The ability of learning and memory of the rats in the treatment group was lower than that in sham operation group(P0.01),but higher than that in model group(P0.01).Vietmin E could depress the expression of Pser-262-tau in the hippocampus tissues of AD rats.Conclusions:Vitamin E depresses the expression of Pser-262-tau in the hippocampus tissues of AD rats and improves the learning and memory ability of the rats,suggesting that vietmin E can protect the tau protein from hyperphosphorylation in rats.

Key concepts: Hippocampus, Medicine, Hyperphosphorylation, Internal medicine, Endocrinology, Tau protein, Immunohistochemistry, Disease

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