muscle glycogen

Effects of Hypoxia and Exercise on Muscle Glycogen Synthesis and Its Regulating Mechanism

低氧和/或运动对肌糖原合成的影响及其机制探究

24 days later , liver and muscle glycogen were assayed .

至24d测定肝糖原和肌糖原含量。

Effect of Exercise on Blood Hormone in Rats of Different Muscle Glycogen Store

运动对肌糖原储备不同大鼠血激素的影响

Effect of Certain Treadmill Exercise and Diet Intervention on Different Muscle Glycogen in Rat

跑台运动和饮食干预对不同肌纤维肌糖原的影响

Muscle glycogen content before exercise possibly modulated exercise-induced IL-6 gene expression .

运动前肌糖原含量可调控运动诱导的IL-6基因转录。

A Discovery of the Differences of the Sequence of Muscle Glycogen Synthase Gene

肌肉糖原合酶基因碱基序列的探讨

Effects of Exercise Training and Nutritional Supplements on Muscle Glycogen Synthase Activity in Rats

训练和补剂因素对运动后恢复期大鼠骨骼肌糖原合成酶（GS）活性的影响

Rutin Effect for Liver Glycogen and Muscle Glycogen of ICR Mice

芦丁对运动条件下小鼠肝糖原和肌糖原含量的影响

Hybridization of the Subunits of Muscle Glycogen Phosphorylase A and B

肌糖原磷酸化酶a、b亚基的杂交

Therefore , consuming a high carbohydrate diet should increase muscle glycogen , improve endurance capacity and maintain high training quality .

因此，摄食高糖饮食可增加肌糖元及改善耐力，维持高的训练质量。

Study on the Relationship between the Polymorphisms of Muscle Glycogen Synthase Gene and Insulin Resistance of Type 2 Diabetes Mellitus

肌肉糖原合酶基因多态性与2型糖尿病胰岛素抵抗关系的研究

Racial Differencs in Xba ⅰ Variation of Muscle Glycogen Synthase Gene

肌肉糖原合酶基因XbaⅠ变异的种族差异

Effects of the Huangqi extract on the content of muscle glycogen and serum creatinine in postexercise mice

黄芪水提取液对运动后小鼠肌糖原和血清中肌酐含量的影响

Effects of acanthopanax senticosus and silymarin in increasing the content of muscle glycogen in mice immediately after exercise

刺五加皂甙和水飞蓟素提高小鼠运动后即刻肌糖原含量

Contents of liver and muscle glycogen under high temperature could be increased with 0 5 % SP or 2.5 % SP supplementation .

补充0.5%SP及2.5%SP都能显著提高小鼠在高温下肌、肝糖原的储备量。

Objective : To study the Xba ⅰ variation of muscle glycogen synthase gene ( GYS1 ) in population of Tianjin China .

目的：研究中国天津人群中肌肉糖原合酶基因（GYS1）的XbaⅠ变异情况。

Consuming carbohydrates during the event can slow the rate of muscle glycogen depletion and help you sustain a higher work rate while burning stored body fat .

途中补充碳水化合物可以降低肌肉糖原耗尽的速率，帮助您在燃烧体脂储备时维持更高的功率输出。

Keep up your muscle glycogen level by eating 5 grams of carbs per every 2 sets during your pre - or post-workout period .

维持肌肉的肝糖水平，锻炼前或锻炼后，每两套动作补充5克碳水化合物。

Objective The purpose of this study was to evaluate the effects of different exercise training models and nutritional supplements on the activity of muscle glycogen synthase ( GS ) .

目的：探讨不同运动训练方式和补剂对骨骼肌糖原合成酶（GS）活性的影响。

Tins is a summary and inquire in relation to diet , muscle glycogen , and endurance performance for prolonged exercise at highintersity .

本文试对大强度长时间的运动中饮食，肌糖元与耐力运动成绩之间的关系进行综述和探讨。

The contents of hemoglobin , blood lactic acid , serum urea nitrogen , muscle glycogen , and liver glycogen of various group mice were detected after resting30min .

小鼠处死后，取骨骼肌和肝脏，测定肌糖原和肝糖原的含量。

The content of muscle glycogen influenced the activity of GTR and GS . The TG influenced GTR , while the MG influenced the activity of GS .

肌糖原含量影响其自身GTR和GS活性，GTR受TG影响，GS活性比主要受MG影响。

FLF can enhance mice liver glycogen and muscle glycogen content , reduce serum urea nitrogen and blood lactic acid content after mice swimed and rest for 24 hours .

FLF可以提高游泳恢复24小时后小鼠的肌糖原和肝糖原的含量；降低血乳酸和血清尿素氮的水平；

Using glycogen assay kit to mensurate the muscle glycogen level , and mensurate fasting serum insulin levels by Iodine [ 125I ] Insulin Radioimmunoassay Kit .

肝糖元测定用肝肌糖元测定试剂盒，空腹血清胰岛素水平用碘[125I]-INS放免药盒。

Compared with control , sucrose and combination sucrose with american ginseng could increase muscle glycogen before or instant after exercise ( P < 0.01 , P < 0.05 ; P < 0.05 ) respectively .

与阴性对照组比较，蔗糖与配伍组可明显增加运动前（P<0.01，P<0.05）、运动后的肌糖原含量（P<0.05）。

CONCLUSION : Diabetic subjects show impaired glycogen metabolism with the diminished liver glycogen and muscle glycogen contents , which indicates the key role of glycogen metabolism in the pathogenesis of diabetes .

结论：糖尿病动物模型出现糖原代谢异常，表现为肝糖原和肌糖原减少，提示糖原代谢在糖尿病发病过程中起着重要的作用。

Methods : The influence of rat 's hepatic and muscle glycogen , blood sugar , LA , BUN , LDH in muscle and blood were observed with sport fatigue model induced by over swimming training , after given filling method .

方法：采用游泳训练疲劳法制作运动疲劳模型，观察灌胃养肝柔筋方对大鼠肝、肌糖原、血糖、骨骼肌和血液LA、BUN、LDH含量的影响，并与传统糖原填充法对比。

They were killed immediately after swimming . Then the blood sugar , hepatic and muscle glycogen , blood HL , blood urea and quadriceps femoris MDH , LDH , ALAT , ASAT were tested .

运动后即刻处死，取样测定血糖及肝脏、肌肉糖原、血乳酸、血尿素，以及股四头肌MDH、LDH、ALAT、ASAT等酶的活性。

Objective To study the association of the polymorphism of the 377 base pair of muscle glycogen synthase gene ( GYS1 ) intron 14 with type 2 diabetes mellitus and complicated with hypertension in the middle-aged and elderly people of Tianjin .

目的研究天津地区中老年人群中肌糖原合酶基因（GYS1）内含子14第377bp多态性与2型糖尿病（2型DM）及其合并高血压的关系。

After 10 days , the swimming time was determined by stopwatch , and the fatigue indexes , such as blood urea nitrogen ( BUN ), serum lactic dehydrogenase ( LDH ) and liver and muscle glycogen , were assayed respectively by reagent boxes .

10d后记录小白鼠负重游泳时间，并用试剂盒测定血尿素氮（BUN）含量、血清乳酸脱氢酶（LDH）活力以及肝糖元、肌糖元含量等与疲劳有关的生理指标。