2015Anhui nongye kexueRequires access

Effects of Wolfberry Polysaccharides and Fungus Polysaccharides on Serum Lipid in Mouse

Peng An-fan

Open publisher page 0 citations

Abstract

[Objective]To study the effects of wolfberry polysaccharides and fungus polysaccharides on blood lipid levels in mice. [Method]72healthy Kunming mice( 7 weeks old) were divided into six groups randomly,namely the control group,high-fat group,high fat + high concentration wolfberry polysaccharide group( 50 mg /( kg·d)),fat + low concentration wolfberry polysaccharide group( 25 mg /( kg·d)),fat +high concentration fungus polysaccharide group( 100 mg /( kg·d)),fat + low concentration fungus polysaccharide group( 50 mg /( kg·d)).The serum lipids were measured 4 weeks after the mice fed with different doses of polysaccharide. [Result]Wolfberry polysaccharides and fungus polysaccharides were able to significantly reduce serum LDL,TG and TC levels and increased HDL levels of the fat mouse( P 0. 05). [Conclusion] The group with wolfberry polysaccharides and fungus polysaccharides may be considered to be beneficial to serum lipid level,and it was suggested that the high wolfberry polysaccharides and fungus polysaccharides diet affect more favorably on cardiovascular disease.

About this research paper

What this paper is about

[Objective]To study the effects of wolfberry polysaccharides and fungus polysaccharides on blood lipid levels in mice. [Method]72healthy Kunming mice( 7 weeks old) were divided into six groups randomly,namely the control group,high-fat group,high fat + high concentration wolfberry polysaccharide group( 50 mg /( kg·d)),fat + low concentration wolfberry polysaccharide group( 25 mg /( kg·d)),fat +high concentration fungus polysaccharide group( 100 mg /( kg·d)),fat + low concentration fungus polysaccharide group( 50 mg /( kg·d)).The serum lipids were measured 4 weeks after the mice fed with different doses of polysaccharide. [Result]Wolfberry polysaccharides and fungus polysaccharides were able to significantly reduce serum LDL,TG and TC levels and increased HDL levels of the fat mouse( P 0. 05). [Conclusion] The group with wolfberry polysaccharides and fungus polysaccharides may be considered to be beneficial to serum lipid level,and it was suggested that the high wolfberry polysaccharides and fungus polysaccharides diet affect more favorably on cardiovascular disease.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

[Objective]To study the effects of wolfberry polysaccharides and fungus polysaccharides on blood lipid levels in mice. [Method]72healthy Kunming mice( 7 weeks old) were divided into six groups randomly,namely the control group,high-fat group,high fat + high concentration wolfberry polysaccharide group( 50 mg /( kg·d)),fat + low concentration wolfberry polysaccharide group( 25 mg /( kg·d)),fat +high concentration fungus polysaccharide group( 100 mg /( kg·d)),fat + low concentration fungus polysaccharide group( 50 mg /( kg·d)).The serum lipids were measured 4 weeks after the mice fed with different doses of polysaccharide. [Result]Wolfberry polysaccharides and fungus polysaccharides were able to significantly reduce serum LDL,TG and TC levels and increased HDL levels of the fat mouse( P 0. 05). [Conclusion] The group with wolfberry polysaccharides and fungus polysaccharides may be considered to be beneficial to serum lipid level,and it was suggested that the high wolfberry polysaccharides and fungus polysaccharides diet affect more favorably on cardiovascular disease.

Key concepts: Polysaccharide, Fungus, Chemistry, Blood lipids, Food science, Biology, Biochemistry, Cholesterol

Related papers

Back to paper searchBrowse research topicsOriginal source
Effects of Wolfberry Polysaccharides and Fungus Polysaccharides on Serum Lipid in Mouse — Research Paper | ScholarLens