通过肌力测试筛选效力风险腘绳肌腱拉伤(HIS)技术:系统综述

Awang Firmansyah, Titi Handayani, Novadri Ayubi, Muchamad Arif Al Ardha, Achmad Widodo, Dwiky Oktavrianto, Muhammad Reza Aziz Preasetya, Andika Bayu Putro
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引用次数: 1

摘要

与普通人相比,运动员受伤的风险更大。腿筋肌肉是身体用于跑、跳和踢的重要部分。需要一种技术,可以测量腿筋的力量,帮助康复过程。Nordbord是目前可用的测量力量最大值、平均值、腘绳肌不对称性的技术之一,具有准确、客观的特点。目的从使用诺德伯德作为测试腘绳肌测量,提高,训练和预防腘绳肌损伤的潜力风险。本研究采用系统评价和荟萃分析首选报告项目(PRISMA)方法。使用电子站点搜索程序(如Spingerlink, Emerald, Google Scholar, PubMed和ScienceDirect)搜索所需的资源,时间随时间的增长而增加,时间范围为6年(2016 - 2022)。标准纳入,研究筛选效力风险损伤ACLs和HIS与Nordbord。并且标准排除,只有抽象的,没有在科学期刊上发表的文章。本研究结果表明,Nordbord肌力测试可以最大限度地测量北欧腘绳肌(偏心)的力量,公式为(N) = 4 × BM (kg) + 26.1,并且是等距的,越不对称,潜在的损伤风险就越高。关键词:腿筋,不对称,肌力测试,偏心。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology For Screening Potency Risk Hamstring Strain Injury (HIS) Through Muscle Strength Test: Systematic Review
Athlete own risk more injuries many compared to common people. The hamstring muscle is part important body used for running, jumping, and kicking. Required a technology that can measure hamstring strength and help the rehabilitation process. Nordbord is one of the technology available measure strength maximal, average, hamstring asymmetry with accurate and objective. Purpose from use Nordbord as test hamstring muscles for measure, improve, train, and prevent potency risk hamstring injury. Study this use method Preferred Reporting Items for Systematic Review and Meta-Analysis (PRISMA). Search the resources needed using an electronic site search program as Spingerlink, Emerald, Google Scholar, PubMed, and ScienceDirect with time rise with range 6 years time last (2016 – 2022). Criteria inclusion, study about screening potency risk injury ACLs and HIS with Nordbord. and criteria exclusion, only abstract, articles that do not published in a journal scientific. The result of this study is the Nordbord muscle strength test could be used to measure the power of the Nordic hamstring (eccentric) in a maximum manner with the formula (N) = 4 x BM (kg) + 26.1 and isometric, the more asymmetry results in a high potential injury risk. Keywords: Hamstring, asymmetry, muscle strength test, eccentric.  
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