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The sprint start has been a topic of investigation for many researchers, since it is considered to be one of the most important phases that directly affect sprint performance (Coh et al.,1998; Harland & Steele, 1977; Helmick, 2003). Generally, each research has focused on a single critical aspect related to the efficiency of the start and expressed recommendations on ways to maximize that aspect. Therefore, the purpose of the present study is a cross-sectional analysis among young elite sprinters: - to study joint kinematics of the sprint start including the first two consecutive steps. - to…mehr

Produktbeschreibung
The sprint start has been a topic of investigation for many researchers, since it is considered to be one of the most important phases that directly affect sprint performance (Coh et al.,1998; Harland & Steele, 1977; Helmick, 2003). Generally, each research has focused on a single critical aspect related to the efficiency of the start and expressed recommendations on ways to maximize that aspect. Therefore, the purpose of the present study is a cross-sectional analysis among young elite sprinters: - to study joint kinematics of the sprint start including the first two consecutive steps. - to analyze the electromyographic activity of the lower extremity muscle with respect to fast and slow muscle fiber recruitment (wavelet analysis). - to investigate the starting block dynamics. - to identify the velocity and acceleration of the sprinters during a 30 m sprint run. - to investigate the influence of age, gender and other selected anthropometric variables on sprinting performance.
Autorenporträt
Dr. Saeed Ilbeigi, Master Degree in Physical Education from Kharazmi University in Tehran. PhD in Sport Biomechanics from VUB university in Brussels. Assistant Professor in Sport Biomechanics, University of Birjand, IRAN.