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2006•Journal of Nantong UniversityRequires access

Protective effect of naoyikang on D-gal-induced injury in cultured hippocampal neurons

Ya-e Hu

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Abstract

Objective:To investigate the protective effects of naoyikang on D-gal-induced injury in cultured hippocampal neurons in neonatal SD rat.Methods: By way of seropharmacology to collect the sera containing Naoyikang.Cultured hippocampal neurons were treated with D-gal.The protective effect of naoyikang were evaluated by cell morphology and colorimetric MTT assay.Results:Naoyikang can significantly increased the number of hippocampal neurons.Conclusion:Naoyikang can protect hippocampal neurons injuried from D-gal-induced injury.

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Objective:To investigate the protective effects of naoyikang on D-gal-induced injury in cultured hippocampal neurons in neonatal SD rat.Methods: By way of seropharmacology to collect the sera containing Naoyikang.Cultured hippocampal neurons were treated with D-gal.The protective effect of naoyikang were evaluated by cell morphology and colorimetric MTT assay.Results:Naoyikang can significantly increased the number of hippocampal neurons.Conclusion:Naoyikang can protect hippocampal neurons injuried from D-gal-induced injury.

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Available abstract

Objective:To investigate the protective effects of naoyikang on D-gal-induced injury in cultured hippocampal neurons in neonatal SD rat.Methods: By way of seropharmacology to collect the sera containing Naoyikang.Cultured hippocampal neurons were treated with D-gal.The protective effect of naoyikang were evaluated by cell morphology and colorimetric MTT assay.Results:Naoyikang can significantly increased the number of hippocampal neurons.Conclusion:Naoyikang can protect hippocampal neurons injuried from D-gal-induced injury.

Key concepts: Hippocampal formation, MTT assay, Chemistry, Hippocampus, Molecular biology, Cell, Cell biology, Neuroscience

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