Electromyography study of skeletal muscle during locomotion in a treadmill test: a case study.

B F Bertazzoli, A D Pria Bankoff
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Abstract

Recent researches are trying to rebuild an important human history of its posture and march from the anatomic function evolutions of the skeletal muscle (10, 11, 9, 2). The aim of this study is to verify electromyography data of muscles recto femoris, iliocostalis, gluteus maximus, erector spinae, semitendinosus during human locomotion in two different treadmill protocols (Naughton and Bruce). Data analyses, such as mean was calculated on the Word Office Excel. For electromyography data Aqdata program was utilized. Muscles rectus femoris, iliocostalis, gluteus maximus, erector spinae, semitendinosus were studied using electromyography analyses during human locomotion in treadmill. A number of six individuals was selected for this research. For the Bruce test all individuals ended there participation in the test on the fourth or fifth stage. For the Naughton test all individuals completed the 21 minutes walking. For the Bruce test all the muscle had higher RMS mean when compared with Naughton test, due the effort level for each test.

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在跑步机试验中运动期间骨骼肌的肌电图研究:一个案例研究。
最近的研究正试图从骨骼肌的解剖功能进化中重建其姿势和行进的重要人类历史(10,11,9,2)。本研究的目的是验证在两种不同的跑步机方案下,人类运动过程中股直肌、髂肋肌、臀大肌、竖脊肌、半腱肌的肌电图数据(Naughton和Bruce)。数据分析,如平均值在Word Office Excel中计算。肌电数据采用Aqdata程序。用肌电分析方法研究了人在跑步机上运动时的股直肌、髂肋肌、臀大肌、竖脊肌、半腱肌。一共选了六个人来做这项研究。在布鲁斯测试中所有人都在第四或第五阶段结束。在诺顿测试中,所有人都完成了21分钟的步行。对于Bruce测试,由于每个测试的努力水平,与Naughton测试相比,所有肌肉的均方根值都更高。
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