Methods: Orthogonal experiment was used to investigate the influence of factors ( precipitating temperature, sampling location, extracting time) on hepatic glycogen level in mice.

After every mice was feed 33~ 100 mg/ kg seed oil every day continuously for 28 days, the swimming, climbing time of the mice and the content of serum urea-nitrogen, hepatic glycogen and lactic acid were measured.

小鼠每天饲喂33~100mg/kg白刺籽油，连续给样28d，然后测定小鼠的负重游泳时间、爬杆时间和小鼠运动后血清尿素氮、肝糖原及乳酸的含量。

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Conclusion AF-1 can availability maintain the level of blood sugar and hepatic glycogen of swimming rat, restrain decompose of protein, so it can deplete fatigue.

结论抗疲劳1号能有效维持游泳动物血糖、肝糖原水平，抑制蛋白质分解，从而发挥抗疲劳作用。

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May be its mechanism of decreasing blood sugar was the insulin kind function of promoting synthesis of hepatic glycogen and utilization of glucose etc;

富铬酵母降糖作用机制可能是通过促进肝组织和周围组织的糖原合成、葡萄糖利用等类胰岛素样作用来实现的；

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Experimental Study on the Effect of Hepatic Glycogen on Liver Ischemia-reperfusion and Its Mechanism

肝糖原在肝热缺血再灌注中的作用及相关机制的实验研究

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Furthermore, the amount of hepatic glycogen was increased in starving mice with orally administered paste fluid of fern powder.

另外，用蕨粉糊状液给小鼠灌服，能使饥饿小鼠肝糖原含量增加，而对饥饿小鼠的血糖无明显影响；

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Results: Comparison between EG and CG shows a significant difference in hepatic glycogen content.

结果EG与CG相比，肝脏组织糖原含量差异均有显著性。

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A Research of Hepatic Glycogen and Glucose-6-Phosphatase Levels Under Microscope and Microspectrophotometry to Estimate the Death Time

显微分光光度计测量肝糖原、肝葡萄糖-6-磷酸酶的含量变化与死亡时间关系的研究

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CONCLUSION: Maslinic acid presents anti-diabetic effect, the mechanism is probably concerned with inhibiting excessive hepatic glycogen degradation.

结论：山楂酸具有降血糖作用，机制与其抑制肝糖原分解有关。

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To probe into the effect of magnetized liquor SOD activity, the contents of MDA, Nitric Oxide, hepatic glycogen and cholesterol in livers of mice, the above indices of mice liver homogenate have been determined.

为探讨磁处理酒对小鼠肝脏中超氧化物歧化酶（SOD）、丙二醛（MDA）、一氧化氮（NO）、肝糖原和胆固醇含量的影响，对小鼠肝匀浆的上述指标进行了测定。

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In sports endurance test, the sample could significantly increased weight-carrying swimming time, inhibited hepatic glycogen consuming during swimming and decreased blood lactic acid level after swimming.

运动耐力试验中，能显著延长小鼠负重游泳时间，降低运动时对肝糖元的消耗量，降低运动后血乳酸水平。

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Methods KM mice were used. Their body weight, serum urea nitrogen, hepatic glycogen, swimming-sustaining time of mice with a load, plasma lactic acid content, survival time under anoxia or sodium nitrite poisoning were measured.

方法通过对小鼠体质量值、血清尿素氮、肝糖原、乳酸含量、小鼠负重游泳时间、缺氧生存时间、亚硝酸钠中毒存活时间的测定，了解小鼠体能变化情况。

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The hepatic glycogen in test group was more than control group ( P < 0.05) in middle dose group, P < 0.01) in high dose group);

各剂量组小鼠运动后血乳酸含量均低于对照组，高剂量组与对照组相比具极显著差异（P<0.01）；

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Determination of hepatocyte apoptosis, hepatic glycogen and collagen fiber Liver tissues were obtained after rats in each group were sacrificed to make the paraffin section.

肝组织细胞凋亡、胶原纤维、糖原检测各组大鼠放血处死后取肝组织，制作石蜡切片。

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Content Determination on Hepatic Glycogen of Animal Model on High Glucose and Fat by Oxidase Method

应用氧化酶法对高糖高脂动物模型肝糖原含量的测定

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Circadian variation of ginseng total saponins on plasma corticosterone and hepatic glycogen in rats

人参总皂甙对大鼠血浆皮质酮及肝糖原作用的昼夜节律

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Also, with the transformation of hepatic glycogen into muscular glycogen, there was an increase in muscular glycogen after exercise.

强力宝能提高小鼠肝糖元含量，促进运动后肝糖元恢复，并通过肝糖元向肌糖元的转化，使运动后肌糖元的含量与恢复亦有所提高。

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Hepatic glycogen content in rats fed with high-fat diet was significantly decreased, confirming insulin resistance.

蒽酮法的检测结果显示高脂饲料喂养大鼠肝组织糖原含量显著降低，表明肝组织发生了胰岛素抵抗。

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The hypoxic tolerant time, content change of hepatic glycogen and serum urea nitrogen were determined through the weight loading swimming experiment.

通过小鼠负重游泳实验测定小鼠耐缺氧时间、小鼠肝糖原含量改变及小鼠血清尿素氮含量变化等。

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The content of hepatic glycogen was decreased ( P < 0.01) in DM mice and increased ( P < 0.01) after APS treatment;

DM组肝糖原含量减少，且显著低于DA组（P<0.01）；

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Objective: To investigate the effect of hepatic glycogen content on liver ischemia-reperfusion and its mechanism.

目的：探讨不同水平肝糖原含量在肝热缺血再灌注中的拮抗作用及相关机制。

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