无氧代谢,Anaerobic metabolism
1)Anaerobic metabolism无氧代谢
1.A comparative research on the characteristics of the anaerobic metabolism of Sanda and Wushu set athletes;套路与散打运动员无氧代谢能力特征的比较研究
2.The purpose of this study was to compare the energy supply characteristics of phos- phate,glycolysis and anaerobic metabolism of elite Chinese style wrestling athlete with different gender and training level.女子优秀组10s、30s和60s的最大功率显著高于普通组,但相对最大功率、平均功率、相对平均功率和疲劳指数无显著性差异;与散打相比,中国式摔跤运动员表现出较强的无氧代谢能力,但与自行车、举重和体操项目相比其无氧代谢能力较差。
英文短句/例句

1.Research on Influence of Oxygen Metabolism Abiling on Non-Oxygen Metabolism Ability of Topnotch Weight Lifters;优秀举重运动员有氧代谢能力对无氧代谢能力影响的研究
2.Study on Ability of Anaerobic Metabolism of Competitive Wushu Routine Athletes;武术套路运动员的无氧代谢能力研究
3.Non-aerobic metabolism and the result of 500 metre canoeing;无氧代谢能力与500m皮艇运动成绩
4.A Probe into the Relation of Aerobic Metabolism and Anaerobic Metabolism对有氧和无氧代谢两者之间关系的探讨
5.Research on Characteristic of Anaerobic Metabolism Capacity of Elite Sanda Athletes;优秀武术散打运动员无氧代谢能力特征的研究
6.A Research on High-level Female Hurdle Sprinter s Ability in Anaerobic Metabolism in Summer Training;女子短跨运动员夏训期无氧代谢能力研究分析
7.Characteristics of Elite Foilmen s Anaerobic Performance;优秀男子花剑运动员无氧代谢能力的特点
8.A Research on the Effect of Non-oxidative Metabolism Ability with the Various Training Means;不同训练手段对无氧代谢能力影响的研究
9.But at present, sufficient evidence supporting hypoxic training for its improvement on skeletal muscle aerobic oxidation and anaerobic capacity has not been obtained.而目前有关低氧训练改善骨骼肌有氧氧化、无氧代谢能力的证据并不充分。
10.A comparative research on the characteristics of the anaerobic metabolism of Sanda and Wushu set athletes;套路与散打运动员无氧代谢能力特征的比较研究
11.Study on Characteristic of Anaerobic Metabolic Capacity of Elite Chinese Style Wrestling Athletes;优秀中国式摔跤运动员无氧代谢能力特征的研究
12.Anaerobic Metabolism Characteristics of Female Boxers in Different Competitive Levels;不同水平女子拳击运动员无氧代谢能力特征研究
13.THE FEATURES AND THE IMPACT FACTORS IN THE EFFECTS OF HIGH ALTITUDES TO THE ANAEROBIC THRESHOLD IN IMMIGRANT ADOLESCENTS AT DIFFERENT ALTITUDES;高原地区青少年无氧代谢阈值的特征及其影响因素的探讨
14.Study on Characteristic of Anaerobic Metabolic Capacity of Elite Sprint Cyclists;优秀短距离自行车运动员无氧代谢能力特征研究
15.Wingate Test on Evaluation of Wushu Sanda Players Anaerobic Ability;Wingate测试对武术散打运动员无氧代谢能力评定的研究
16.The Elementary Study for Mechanism of Aerobic Oxidation to Glycolysis in Rats Submitted to Swimming Exercise with Increasing Intensity;大鼠在递增负荷游泳运动中体内有氧氧化向无氧代谢转变机制的初探
17.The Research on the relationships between Characteristics of Body Composition and Anaerobic Metabolism Capacity of Chinese Elite Male Judo Athletes;中国优秀男子柔道运动员身体成分特征及与无氧代谢能力关系的研究
18.Research on Growth Characteristics and Correlation of Body Composition and Anaerobic Metabolic Capacity of Male Junior Athletes;男子青少年运动员身体成分和无氧代谢能力发育特征及相关关系的研究
相关短句/例句

renal anaerobic metabolism enzymes无氧代谢酶
3)metabolism with and without oxygen无氧有氧代谢
4)anaerobic metabolic capacity无氧代谢能力
1.Through using the method of experiment,this paper made measurement and analysis on body composition and anaerobic metabolic capacity of 123 male junior athletes aged at 9~17,discussed the relation body composition and growth characteristics of anaerobic metabolic capacity.运用实验法,对123名9~17岁男子青少年运动员的身体成分和无氧代谢能力发育状况进行测试与分析,探讨青少年运动员身体成分与无氧代谢能力的发育特征及两者的相关关系。
5)anaerobic metabolism capacity无氧代谢能力
1.Objective:To investigate the relationships between characteristics of body composition and anaerobic metabolism capacity of the Chinese elite male judo athletes.目的:探讨我国优秀男子柔道运动员身体成分特征及与无氧代谢能力的关系。
2.This ability mainly includes aerobic metabolism capacity, anaerobic metabolism capacity and special strength as well as the relation between riding skill and aerobic and anaerobic capacities.自行车运动员的专项体能主要包括有氧代谢能力、无氧代谢能力和专项力量,以及骑行技术与有氧、无氧能力的关系等。
6)The exercise of non-oxygen metabolism无氧代谢训练
延伸阅读

运动中的有氧和无氧代谢  肌肉运动的形式尽管非常复杂而又多样,但从能量代谢的观点来看,不过是肌肉中化学能转变为肌肉收缩的机械能。运动的强度和持续时间不同,可决定肌肉是无氧代谢、有氧代谢或是有氧、无氧混合代谢。    所谓无氧代谢,就是肌肉剧烈运动时氧供应满足不了氧的需求,肌肉即利用三磷酸腺苷 (ATP)、磷酸肌酸(CP)的无氧分解和糖的无氧酵解生成乳酸,释放能量,再合成 ATP供给肌肉需要这样一种代谢过程。有氧代谢系指糖、脂肪在氧供应充足的条件下氧化分解成二氧化碳和水,同时释放大量能量,供 ATP再合成的过程。    不同运动项目、不同训练方法、不同强度、不同时间的训练,有氧代谢和无氧代谢的比例不同。如各种距离赛跑中,100米跑无氧代谢占98%以上,200米跑无氧代谢占90~95%,有氧代谢只占10~5%。距离越长,有氧代谢占的比例越大:如5000米跑,有氧代谢占80%,无氧代谢占20%;10000米跑,有氧代谢占90%,无氧代谢占10%;马拉松跑,有氧代谢占97.5%,无氧代谢只占2.5%。因此,了解不同运动项目的无氧代谢和有氧代谢所占的比例,就可以有针对性地选择发展某些代谢能力的训练方法、强度和时间,进行科学训练。    从生物化学上评定运动训练中有氧代谢和无氧代谢所占比重,可以采用血乳酸为指标,因为无氧代谢时肌糖元酵解为乳酸,乳酸的数量可说明无氧糖酵解代谢供能的程度。由于肌肉乳酸很快就扩散到血液中,一般认为在运动后3~5或10分钟,血乳酸可达最高值,故可在此时采血测定。安静时血乳酸数量为5~15毫克%,当运动强度加大,使血乳酸上升至36毫克%时,是糖酵解参与供能的一个标志,故称为无氧代谢阈。运动强度越大,血乳酸值越高,糖酵解供应能量的比值就越大。各种运动项目对无氧代谢供能的需求不同,在训练时可通过测定血乳酸来检查训练效果。    掌握运动时有氧代谢和无氧代谢的规律和特点,了解这两种代谢途径的相互控制和调节,提出发展这些代谢能力的训练方法和计划,是当前运动生物化学的重要研究课题。