The effect of fatigue caused by consecutive jump- landing on plantar pressure characteristics during stance phase of walking in adolescent volleyball players with and without sprain ankle injury

Farzami, Amin; Sadeghi, Heydar; Fattahi, Ali

doi:10.22089/smj.2020.7292.1367

The effect of fatigue caused by consecutive jump- landing on plantar pressure characteristics during stance phase of walking in adolescent volleyball players with and without sprain ankle injury

Document Type : Research Paper

Authors

amin farzami ¹

Heydar Sadeghi ²

ali fattahi ³

¹ PHD student of physical education and sport science in Sport Biomechanics, Islamic Azad University, Central Tehran Branch, Tehran, Iran

² Professor, Faculty of Physical Education and Sport Sciences, University of Kharazmi, Tehran, Iran

³ Assistant Professor, Faculty of Physical Education and Sport Sciences, Central Tehran Branch, Tehran, Iran

https://doi.org/10.22089/smj.2020.7292.1367

Abstract

The purpose of this study was to determine the effect of fatigue caused by jump- landing on plantar pressure characteristics during stance phase of gait. 24 adolescent volleyball players with and without a history of ankle sprain injury participated. Maximum Sole Foot Pressure characteristics during stance phase of gait were collected and analyzed by a Pedo Scan device correlating to Formetric before and after the fatigue protocol. No significant difference seen between plantar pressure characteristics of players without a history of unilateral ankle injury, while there was a significant difference in between players with a history of unilateral ankle injury between average pressure on injured ankle and maximum pressure, step duration and the plantar contact area on non-injured ankle. Due to results, it seems fatigue from consecutive jumping and landing protocol in the group with a history of unilateral ankle injuries can increase risk of lower limb injurie in gait.

Keywords

Volleyball

ankle sprain

Fatigue

Gait

Plantar pressure

20.1001.1.23221658.1398.11.25.12.0

Subjects

Sport injuries biomechanics

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