Study on Anti-Oxidative Stress Effect of
Xigui Crude Polysaccharide for Hypoxic Mice

Abstract

Abstract:

Objective： To study anti-oxidative stress effect of Xigui crude polysaccharide for hypoxic mice. Methods： Kunming mice were randomly divided into normal group， hypoxic model group， salidroside group（360 mg/kg）， Xigui crude polysaccharide low dose group（100 mg/kg）， medium dose group （200 mg/kg） and high dose group （400 mg/kg）. The survival time of the first batch of mice put in hypoxic environment was measured. The superoxide dismutase（SOD） activity， glutathione peroxidase Px（GSH-Px） activity， malondialdehyde （MDA） content， acetylcholinesterase （AChE） activities in liver tissue and serum， and serum nitric oxide （NO） content in the second batch of mice were measured. Results： Each dose group of Xiguei crude polysaccharide could prolong the survival time of mice, significantly decrease the content of MDA in serum（P<0.01）， and up-regulate the activities of SOD and GSH-Px in serum， and the high dose group had the best effect（P<0.05）. The medium and high dose groups of Xiguo crude polysaccharide could significantly decrease the content of NO and the activity of AChE in serum of mice（P<0.05）， significantly increase the activity of SOD in liver tissue of mice（P<0.05）， decrease the content of MDA in liver tissue of mice and increase the activity of GSH-Px in liver tissue of mice， and the high dose group had the best effect （P<0.05）. The AChE activity in liver tissue of mice could be decreased in the middle dose group of Xiguei crude polysaccharide（P<0.05）. Conclusion： Xigui crude polysaccharide can effectively prolong the survival time of mice under hypoxia and has a better anti-oxidative stress effect.

Key words: font-family:Times New Roman, ">Xigui crude polysaccharidefont-family:Times New Roman, ">；font-family:Times New Roman, "> anti-oxidative stressfont-family:Times New Roman, ">；font-family:Times New Roman, "> hypoxia">

CLC Number:

R965.2

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Study on Anti-Oxidative Stress Effect of Xigui Crude Polysaccharide for Hypoxic Mice

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