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首页> 外文期刊>Journal of physical therapy science. >The Effect of Low Extremity Plyometric Training on Back Muscle Power of High School Throwing Event Athletes
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The Effect of Low Extremity Plyometric Training on Back Muscle Power of High School Throwing Event Athletes

机译:下肢体能训练对高中投掷运动员背部肌肉力量的影响

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摘要

[Purpose] The physical strength elements required for athletic throwing events include muscle strength, swiftness, agility, speed, flexibility, and physical balance. Although plyometric training and weight training are implemented as representative training methods for improving swiftness and agility, most studies of it have been conducted with players of other sports. [Subjects] The study subjects were 10 throwing event athletes attending K physical education high school. The subjects were randomly assigned to a control group of five subjects and an experimental group of five subjects. To analyze the body composition, an Inbody 3.0 instrument (Biospace, Korea) was used as experimental equipment to measure heights, weight, body fat percentages, and muscle masses and a Biodex system 4.0 (BIODEX, USA) was used to measure isokinetic muscle-joint and lumbar muscle strengths. The plyometric training consisted of 15 techniques out of the training methods introduced in the 'Power up plyometric training'. The plyometric program was implemented without any training load three times per week during daybreak exercises for the experimental group. The number of times and the number of sets were changed over time as follows: three sets of 10 times in the 1st -4th weeks, three sets of 15 times in the 5th-8th weeks, and five sets of 15 times in the 9th-12th weeks. [Results] According to the ANCOVA results of lumbar extensor muscle strength at 607 sec, the overall reliability of the model was significant. According to the ANCOVA results of lumbar flexor muscle strength at 60sec, the overall reliability of the model was significant. [Conclusion] Plyometric training positively affected high school throwing event athletes. To summarize the study findings, the application of plyometric training with high intensity and loads improved the results of athletes who perform highly intensive exercises at normal times. ^g>Plyometric, Lumbar extensor, Throwing athletic
机译:[目的]进行体育投掷比赛所需的体力要素包括肌肉力量,敏捷度,敏捷性,速度,柔韧性和身体平衡。虽然体能训练和举重训练被作为提高敏捷度和敏捷性的代表性训练方法,但对它的大多数研究都是与其他运动项目的运动员进行的。 [对象]研究对象为参加K体育高中的10个掷掷项目的运动员。将受试者随机分配至五个受试者的对照组和五个受试者的实验组。为了分析人体成分,使用Inbody 3.0仪器(韩国Biospace)作为实验设备来测量身高,体重,体脂百分比和肌肉质量,并使用Biodex system 4.0(BIODEX,美国)来测量等速肌肉,关节和腰部肌肉的力量。体能训练包括“加力体能训练”中介绍的训练方法中的15种技术。在实验组的黎明锻炼期间,每周执行三次测温程序,无需任何训练。次数和套数随时间变化如下:第1 -4周三组10次,第5-8周三组15次,第9周-五组15次第十二周。 [结果]根据607秒腰伸肌力量的ANCOVA结果,该模型的整体可靠性显着。根据60秒时腰屈肌强度的ANCOVA结果,该模型的整体可靠性非常显着。 [结论]体能训练对高中投掷项目运动员有积极影响。总结研究结果,高强度和负荷的体能训练的应用改善了在正常时间进行高强度运动的运动员的成绩。 ^ g>肺部,腰部伸肌,投掷运动

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