著者

宮崎 誠司 佐藤 宣践 橋本 敏明 白瀬 英春 山下 泰裕 中西 英敏 上水 研一朗 恩田 哲也 中村 豊

出版者

東海大学

雑誌

東海大学紀要. 体育学部 (ISSN:03892026)

巻号頁・発行日

vol.37, pp.91-95, 2007

被引用文献数

1

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A clinical evaluation using lysholm score was done about micro current electric stimulation (MENS) to the sports injury. The reduction of the pain was seen at the early stage of medial collateral ligament injury of the knee. The motor function was improved at the early stage, compared with the group that doesn't enforce MENS. In 56 days after injury, we evaluate by Lysholm score. In using MENS eight all examples were excellent (mean 97.9), on the other hand, without using MENS excellent was only one example in ten(mean93.0). The effect of MENS was thought to be the one by the injury current. There is a possibility of taking part in the electron transport system for the ATP synthesis.

著者

白瀬 英春 佐藤 宣践 村上 繁

出版者

東海大学

雑誌

東海大学紀要. 体育学部 (ISSN:03892026)

巻号頁・発行日

vol.18, pp.23-33, 1988

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Currently the system of school rules has been taken up in discussion and in the education world has been debated as an important problem. In particular the rule concerning shaven heads has arguements for and against from both teachers and students. In the schoolsports sector it can be said that there has been a reduction trend but it can't be denied that there are still a lot of people with shaven heads. With this base, a survey at each level will be conducted to find out firstly, what kind of attitude students and pupils have towards shaven heads and secondly, how the instructors interpret this and the affect it has on instruction. Observations will be made regarding the modern meaning of shaven heads in democratic education.

著者

北田 晃三 古谷 嘉邦 佐藤 宣践

出版者

東海大学

雑誌

東海大学スポーツ医科学雑誌 (ISSN:09153659)

巻号頁・発行日

vol.8, pp.41-46, 1996

被引用文献数

1

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In order to study the claracteristics of a Judo athlete's muscle strength, regulated measurements of both leg/knee extension and leg/knee flexion strength were taken with use of a Isokinetic Muscle Contraction Weight Machine and then compared and studied for each weight category. The following conclusions can be deduced from the consequent results. 1) The value of peak torque decreases in proportion to an increase in the speed of movement. 2) The value of power increases in proportion to an increase in the speed of movement. 3) The value of peak torque together with power increases with the increase in weight ategory (light to heavy). 4) If one looks at te different values of peak torque per weight as well as power per weight within each weight category, the +95kg group shows a significantly smaller speak torque and power value than any other weight category. No significant difference could be observed through out the different weight categories when peak torque and power values of the lean body mass (LBM) of each weigth group were taken.