high intensity training

Analysis on the Changes of Trace Elements in Serum of Volleyball Athlete during High Intensity Training

排球运动员大强度训练期间血清七种微量元素变化的分析

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Results showed that after short time high intensity training, serum testosterone ( T) and cortisol level were significantly incresded, while gonadotropin hormone and T/ C ratio remained the same;

结果表明，短时间大强度训练课后血清睾酮、皮质醇没有变化；

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The Research on the Influence of High Intensity Training to Rowing Athlete's IgG, IgA, IgM

大强度训练对赛艇运动员IgG、IgA、IgM影响的研究

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The effect that high intensity training has on myosin Ca~ ( 2+) ATPase activity is uncertain. Most scholars think that high intensity training will not change its still state level, but has an influence on the maximum ATPase activity during doing exercise.

大强度训练对肌凝蛋白Ca2+-ATP酶活性的影响不确定，多数学者认为不会改变其安静时水平，但会影响运动时所能达到的最大ATP酶活性。

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Effect of HMB on Changes of Serum Amino acids After High Intensity Training

HMB对大运动量训练后血清氨基酸变化的影响

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At the beginning of high intensity training CGRP level decreased gradually and parallel with the training the CGRP level significantly decreased. It suggested that the effect of long-term training was different from short-term exercise;

自训练开始，血浆CGRP水平依次降低，随着训练的深入其变化明显，表明长时期训练的效果异于急性运动；

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At the same time, required to increase their own specific substances in high intensity training or competition, and that is innovation.

同时也要求在高强度的训练或比赛中增加自己特有的物质，也就是创新。

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The purpose of this study was to study the changes of CK& LDH after one high intensity training for bicyclists.

通过观察自行车运动员一次大强度训练后，不同时段的磷酸肌酸激酶、乳酸脱氢酶指标变化，研究运动员在强度刺激下的机能状况和对强度刺激的适应水平。

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The authors summarized and probed into the development of research on the optimization of intermittent high intensity training programs for high performance endurance cyclists.

就高水平耐力自行车运动员高强度间歇训练方案最优化的研究加以总结和展望。

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In this study, the ralation between myocardiac function and metabolism after a long-tem training and the effect and the difference of effect between endurance aerobic training and high intensity anaerobic training for a long time were observed.

训练方式为强制游泳。研究长期训练后心肌功能和代谢变化之间的关系，以及长期高强度无氧训练与耐力性有氧训练对心肌的作用及其差异。

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Effect of Glutamine Supplementation on Immune Function in High Intensity Training Rowing Athletes

补充谷氨酰胺对大强度训练赛艇运动员免疫功能的影响

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"Pacing Strategy" and psychological endurance in high-intensity training

节奏策略与极限负荷下的心理承受力训练

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Alteration of RBC Morphology and Morphological Indexes after High Intensity Training and During Recovery in Rats and Effects of Acupuncture and Moxibustion on RBC Morphology and Morphological Indexes during Recovery in Rats

针灸在治疗运动性损伤中的运用大负荷训练后大鼠红细胞形态学的变化及针灸的促恢复作用

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The results indicated high intensity training affected the level of ER of femur in exercise-induced estrous cycle inhibited female rats from post transcription.

结果提示，10周大强度跑台运动从转录后水平影响了运动性动情周期抑制雌性大鼠股骨ER的表达。

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The authors checked and measured the biochemical indexes of 19 disabled swimming athletes of 2004 national assembled training team in different stages of 7 week's high intensity training.

对2004年国家残疾人游泳集训队19名队员在为期7周的高强度训练的不同阶段进行了相关生化指标的检测。

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Research on the Development and Its Effects on the Blood-production Capsule during High Intensity Training Period of Athletes

运动员大运动量训练期间中药生血方剂及其效果的研究

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Results: T-lymphocytes CD4+/ CD^+ ratio will be decreased markedly ( p < 0.01) caused by high intensity training. Glutamine supplementation can increase CD4+/ CD8+ ratio markedly after training ( p < 10.05).

结果：大强度训练会造成人体血液淋巴细胞T细胞亚群CD4~+/CD8~+比值的显著下降（P

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The results show that the serum CK concentration of male athletes presents uptrend and the BUN concentration descends obviously after high intensity training ( P < 0.01 、 P < 0.001).

结果显示，男运动员血清CK值呈上升趋势，BUN在高强度训练结束后明显下降（P

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A Probe on the Approach of Recovery to Abnormal Increase of Serum CK After High Intensity Training in Boxers

大强度训练后拳击运动员血清CK异常升高恢复手段的探讨

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Dynamic Study on the Content of Both Hair and Blood Plasma Iron, Zinc, Copper and Manganese in Elite Female Handball Athletes During High Intensity Summer Training

大强度阶段训练期间优秀运动员血浆和头发中必需微量元素的动态变化研究

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This paper summarizes the effect that high intensity training has on ATP/ CP from metabolic key enzymes and metabolic substrate.

从代谢关键酶和代谢底物两方面综述了大强度训练对ATP/CP代谢的影响。

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Training scheme: 5 days as one cycle, the high intensity training was carried on during the first 3 days in a cycle and the left 2 days took the low intensity training.

训练方案：5d为一个周期，每个周期前3d进行大强度训练，后2d为小强度训练。

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CONCLUSION: The oyster's extracts can keep athlete's immune system function in a good condition, exert a good influence on the athlete's immune function during the period of high intensity training.

结论：牡蛎提取物能维持运动员免疫系统机能的相对稳定，对大运动量训练期间运动员的免疫机能产生良好影响。

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The results suggested that high intensity training has long-term effects on the increase of ACTH& T, but has instantly effects on LH and C.

提示大强度训练对血清皮质醇的变化出现即刻效应，ATCH、T的升高有长时效应。

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The Influence of High Intensity Intermittence Training on BLA of Male 400 m Athletes at Full Speed Running

大强度间歇训练对男子运动员400m全速跑血乳酸的影响

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Alterations of erythrocyte deformability and membrane protein after high intensity training and recovery in rats

大强度训练及恢复后大鼠红细胞变形能力和红细胞膜蛋白的变化

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Effects of High Intensity Swimming Training on the Serum Soluble Interleukin-2 Receptor Level of Young Athletes

大强度游泳训练对少年运动员血清sIL-2R水平的影响

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High-intensity interval training can be, it's a very potent stimulus.

高强度间歇训练的刺激性非常强。

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Conclusion: Alterations of erythrocyte membrane protein after high intensity training could cause the change in erythrocyte membrane structure and hence influenced erythrocyte deformability. That was maybe one of mechanisms of training effecting erythrocyte deformability.

结论：运动训练造成的红细胞膜蛋白含量的变化，导致了红细胞膜结构的改变，从而影响红细胞变形能力，可能是训练对红细胞变形能力的作用机制之一。

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The level of ANP increased gradually and at last two points of measurement it significantly higher than pre training. This result suggests that the effect of high intensity training on ANP was significant;

ANP水平在训练初期显著提高，之后的训练中始终高于训练前，到最后测试点时与其前两个点比较也有显著差异，说明比赛前大强度训练对散手运动员心脏激素的作用很大。

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