2010•Xi'nan nongye xuebaoRequires access

Research of Anti-fatigue Effect of Unfermented Pu-erh Tea

Yewei Huang, Shao WanFang, Leng LiYing, Dongying Zhang

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Abstract

The anti-fatigue effect of unfermented Pu-erh tea on mice was studied to provide some theories on the functionary mechanism of unfermented Pu-erh tea.80 mice were randomly assigned to blank control group,high dose,middle dose and low dose experimental groups according to their body weights.Normal saline of 0.9 % was administered in blank control group.Unfermented Pu-erh tea was administered in experimental groups with doses of 2.0,1.0,0.5 g/kg.bw,respectively.Each group was given same food and water.After 30 days,the swimming test were carried out and the death time was observed and recorded.After the mice swimming for a period,the mice blood was taken for determining blood lactic-acid,blood urea nitrogen(BUN) and lactate dehydrogenase.The liver and muscle was taken for determining liver and muscle glycogen.The results showed as follows: compared with blank control group,Unfermented Pu-erh tea of middle dose and low dose experimental groups can significantly prolong swimming time(P0.01),reduce lactic-acid(P0.01) and blood urea nitrogen level(P0.05),increase lactate dehydrogenase level(P0.01)and increase liver glycogen and muscle glycogen storage(P0.01) after swimming.So,Unfermented Pu-erh tea can alleviate physical fatigue of mice,and the middle dose experimental groups had significant anti-fatigue effect.

About this research paper

What this paper is about

The anti-fatigue effect of unfermented Pu-erh tea on mice was studied to provide some theories on the functionary mechanism of unfermented Pu-erh tea.80 mice were randomly assigned to blank control group,high dose,middle dose and low dose experimental groups according to their body weights.Normal saline of 0.9 % was administered in blank control group.Unfermented Pu-erh tea was administered in experimental groups with doses of 2.0,1.0,0.5 g/kg.bw,respectively.Each group was given same food and water.After 30 days,the swimming test were carried out and the death time was observed and recorded.After the mice swimming for a period,the mice blood was taken for determining blood lactic-acid,blood urea nitrogen(BUN) and lactate dehydrogenase.The liver and muscle was taken for determining liver and muscle glycogen.The results showed as follows: compared with blank control group,Unfermented Pu-erh tea of middle dose and low dose experimental groups can significantly prolong swimming time(P0.01),reduce lactic-acid(P0.01) and blood urea nitrogen level(P0.05),increase lactate dehydrogenase level(P0.01)and increase liver glycogen and muscle glycogen storage(P0.01) after swimming.So,Unfermented Pu-erh tea can alleviate physical fatigue of mice,and the middle dose experimental groups had significant anti-fatigue effect.

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Available abstract

The anti-fatigue effect of unfermented Pu-erh tea on mice was studied to provide some theories on the functionary mechanism of unfermented Pu-erh tea.80 mice were randomly assigned to blank control group,high dose,middle dose and low dose experimental groups according to their body weights.Normal saline of 0.9 % was administered in blank control group.Unfermented Pu-erh tea was administered in experimental groups with doses of 2.0,1.0,0.5 g/kg.bw,respectively.Each group was given same food and water.After 30 days,the swimming test were carried out and the death time was observed and recorded.After the mice swimming for a period,the mice blood was taken for determining blood lactic-acid,blood urea nitrogen(BUN) and lactate dehydrogenase.The liver and muscle was taken for determining liver and muscle glycogen.The results showed as follows: compared with blank control group,Unfermented Pu-erh tea of middle dose and low dose experimental groups can significantly prolong swimming time(P0.01),reduce lactic-acid(P0.01) and blood urea nitrogen level(P0.05),increase lactate dehydrogenase level(P0.01)and increase liver glycogen and muscle glycogen storage(P0.01) after swimming.So,Unfermented Pu-erh tea can alleviate physical fatigue of mice,and the middle dose experimental groups had significant anti-fatigue effect.

Key concepts: Glycogen, Lactic acid, Lactate dehydrogenase, Chemistry, Blood urea nitrogen, Saline, Urea, Animal science

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