食品科学
食品科學
식품과학
FOOD SCIENCE
2010年
1期
224-226
,共3页
马伟光%黄之镨%游文龙%游文新%曾光远%刘玉清
馬偉光%黃之鐠%遊文龍%遊文新%曾光遠%劉玉清
마위광%황지보%유문룡%유문신%증광원%류옥청
洋参普洱茶%抗疲劳%药理研究
洋參普洱茶%抗疲勞%藥理研究
양삼보이다%항피로%약리연구
compound Pu'er tea with American ginseng%anti-fatigue function%pharmacological study
目的:考察洋参普洱茶的抗疲劳作用,为产品开发提供实验依据.方法:采用小鼠转棒停留时间、负重游泳时间及肝糖原测定实验,与标准普洱茶比较洋参普洱茶的抗疲劳作用.结果:ICR小鼠以每次1.25、2.5、5.0g/kg bw连续灌胃7d(每天1次),标准普洱茶和洋参普洱茶中、高剂量均能明显延长小鼠在转轮上的停留时间;连续灌胃14d,两样品均能不同程度延长负重小鼠的游泳时间,以洋参普洱茶作用较强;连续灌胃10d,两样品均能不同程度提高静态小鼠的肝糖存储.结论:两种茶均有一定抗疲劳作用,同等原茶剂量的洋参普洱茶抗疲劳作用略比标准普洱茶强.
目的:攷察洋參普洱茶的抗疲勞作用,為產品開髮提供實驗依據.方法:採用小鼠轉棒停留時間、負重遊泳時間及肝糖原測定實驗,與標準普洱茶比較洋參普洱茶的抗疲勞作用.結果:ICR小鼠以每次1.25、2.5、5.0g/kg bw連續灌胃7d(每天1次),標準普洱茶和洋參普洱茶中、高劑量均能明顯延長小鼠在轉輪上的停留時間;連續灌胃14d,兩樣品均能不同程度延長負重小鼠的遊泳時間,以洋參普洱茶作用較彊;連續灌胃10d,兩樣品均能不同程度提高靜態小鼠的肝糖存儲.結論:兩種茶均有一定抗疲勞作用,同等原茶劑量的洋參普洱茶抗疲勞作用略比標準普洱茶彊.
목적:고찰양삼보이다적항피노작용,위산품개발제공실험의거.방법:채용소서전봉정류시간、부중유영시간급간당원측정실험,여표준보이다비교양삼보이다적항피노작용.결과:ICR소서이매차1.25、2.5、5.0g/kg bw련속관위7d(매천1차),표준보이다화양삼보이다중、고제량균능명현연장소서재전륜상적정류시간;련속관위14d,량양품균능불동정도연장부중소서적유영시간,이양삼보이다작용교강;련속관위10d,량양품균능불동정도제고정태소서적간당존저.결론:량충다균유일정항피노작용,동등원다제량적양삼보이다항피노작용략비표준보이다강.
This study was carried out to provide useful experimental evidences for the development of Pu'er tea-related products. Rotarod performance test, weight-loaded swimming test and liver glycogen determination were adopted for comparing anti-fatigue function of common Pu'ertea and compound Pu' er tea with American ginseng in mice. Totally 96 SPF ICR mice (18-22 g, half male and half female) were randomly divided into 8 groups of 12 mice each, namely blank control group, positive control group, three common Pu'er tea groups and three compound Pu'er tea with American ginseng groups. Positive control group was administrated by garage with 200 mg/kg bw Panax notoginsenosides. High-, medium-and low-dose Pu' er tea and compound Pu'er tea with American ginseng were administered at 5.0, 2.5 g/kg bw and 1.25 g/kg bw, respectively. Mice administer with the same volume of water (20 mL/kg bw) were served as blank control group. All mice were administered once a day for continuously 14 days. Results showed that both medium and high doses of common Pu'er tea and compound Pu'er tea with American ginseng could significantly prolong the rotarod performance time in mice. In addition, different increases in weight-loaded swimming time were observed in mice administered with both kinds of tea for continuously 14, and a big increase in mice administered with compound Pu' er tea with American ginseng. Furthermore, the two kinds of tea enhanced the static storage of liver glycogen to different extents.