Abstract

The purpose of this study was to analyze the body balance control of people walking and hurdling with or without a specific dominant leg in a monopodal position. This study involved 28 physical education students. The center of pressure (COP) was measured with a force plate under four conditions: single-leg standing (right and left) with eyes open and two upper limb positions (the arms were positioned in either a specific hurdle technique manner or alongside the body). A repeated measures analysis of variance (ANOVA) was conducted separately for five parameters of the COP in the medial-lateral (ML) and anterior-posterior (AP) directions under the four conditions. In the single-leg position, athletes without a dominant lower leg had better body balance than those with a dominant lower leg. The position of the upper limbs influenced the body position when hurdling. Accepting the correct position of the upper limbs helped to maintain balance (when overcoming hurdles). In hurdles, the position of the upper limbs should be improved to maintain postural stability and save this function for more demanding postural tasks.

Highlights

  • Body balance control is one of the basic elements of sporting techniques and a measure of their effectiveness

  • The main effects resulting from analysis of variance and interactions are presented in Tables 3 and 4

  • The results of this study indicate that the position of upper limbs in the hurdle posture may result in changes in body deformity among university-level students

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Summary

Introduction

Body balance control is one of the basic elements of sporting techniques and a measure of their effectiveness. Many years of sports training can significantly modify the posture control system and can lead to optimal use of the sensory and motor system modality responsible for body balance of athletes in different sports disciplines [1,2] at various levels of expertise. Neuromuscular adaptations achieved through sports training are always specific to the movement being performed [3]. It seems that in the case of athletes, differences in body balance control and postural strategies have the potential to explain the impact of sports training on posture control

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