Citation

Yang X, Jiang H, Yu P, Mei Q, Fernandez J, Gu Y. Acta Bioeng. Biomech. 2023; 25(4): 23-34.

Copyright

(Copyright © 2023, Oficyna Wydawnicza Politechniki Wrocławskiej)

DOI

10.37190/abb-02363-2023-02

PMID

39072459

Abstract

PURPOSE: Acute ankle sprain may affect ankle function during sport and daily activities. This study aimed to use vector coding technique to analyze the difference over time between injured and healthy lower limb during the first week of acute ankle sprain phase (P1) and post a 1-month recovery phase (P2) to understand the return-to-play coordination strategy in the lower extremity.

METHODS: Six females attended the gait experiments with attached 40 reflective markers using eight-camera Vicon motion capture system. All participants walked barefoot while turning in four directions (T0°, T45°, T90°, T135°) at their self-selected speed. Coordination patterns were classified as in-phase, anti-phase, proximal or distal dominancy between lower limb joints involving hip, knee, ankle, subtalar, metatarsophalangeal (MTP) joint and tarsometatarsal (TMT) joint.

RESULTS: P1 showed more proximal joint dominant in Hip-Knee coupling angles but P2 displayed more distal joint dominant in Knee-Ankle joint coordination pattern and mainly distal joint dominant in Ankle-MTP coupling angle mapping. The Ankle-TMT1 and Ankle-TMT5 coordination patterns matched best in straight walking but worst in T135 walking.

CONCLUSIONS: Investigating inter-segmental coordination in different turning movements could provide insights into gait changes from acute ankle sprain from one-month return-to-play recovery. Knowledge of lower limb coordination pattern may provide clinical implications to improve dynamic balance and gait stability for individuals with acute ankle sprain.

Language: en

Keywords

Humans; Adult; Female; Young Adult; Pilot Projects; Gait/physiology; *Ankle Injuries/physiopathology; *Lower Extremity/physiopathology; acute ankle sprain; coordination pattern; gait; kinematics; Return to Sport; Sprains and Strains/physiopathology; turning