Explosive torque has been demonstrated to relate to static balance. However, sports injuries occur dynamically and unpredictably, yet the relationship between explosive torque and balance response to dynamic perturbations is unknown. This study investigated the relationship between explosive torque of the plantar flexors and knee extensors and the centre of mass (COM) response to unexpected perturbations. Thirty-three healthy subjects (17 females, 16 males) were assessed for maximal and explosive isometric knee extension (KE) and plantar flexion (PF) torque and COM response (velocity (COMV), displacement (COMD)) to unexpected platform translations. Relationships between explosive torque and balance measures were investigated using Pearson's...
Knee valgus motion observed during landing tasks has been proposed as a predictor of future knee inj...
The aim of this study is to investigate how explosive force exerts during power clean (PC) motion. ...
Background: The capability of an individual to produce force rapidly is important for performance of...
The purpose of this study was to investigate the relationship between explosive toque of the plantar...
The broad aim of this thesis was to progress understanding of the neuromechanics of joint stability ...
The influence of contraction type on the human ability to utilise the torque capacity of skeletal mu...
PURPOSE: The present study compared knee extension explosive isometric torque, neuromuscular activat...
© 2018 John Wiley & Sons A/S. The effect of football-specific fatigue on explosive neuromuscular per...
This study examined differences in explosive muscular torque production of the plantar flexors of pa...
Supplementary information files for 'Explosive strength: effect of knee-joint angle on functional, n...
The present study aimed to investigate the relationship between linear deceleration performance and ...
Introduction: Resistance training for sports requiring explosive movements is often performed over t...
Explosive power is the dominant motoric ability in most sports, regardless of the age, gender and le...
This study investigated the influence of contraction speed and type on the human ability to rapidly ...
The primary purpose of this thesis was to assess the effect of knee-joint angle on the neuromechanic...
Knee valgus motion observed during landing tasks has been proposed as a predictor of future knee inj...
The aim of this study is to investigate how explosive force exerts during power clean (PC) motion. ...
Background: The capability of an individual to produce force rapidly is important for performance of...
The purpose of this study was to investigate the relationship between explosive toque of the plantar...
The broad aim of this thesis was to progress understanding of the neuromechanics of joint stability ...
The influence of contraction type on the human ability to utilise the torque capacity of skeletal mu...
PURPOSE: The present study compared knee extension explosive isometric torque, neuromuscular activat...
© 2018 John Wiley & Sons A/S. The effect of football-specific fatigue on explosive neuromuscular per...
This study examined differences in explosive muscular torque production of the plantar flexors of pa...
Supplementary information files for 'Explosive strength: effect of knee-joint angle on functional, n...
The present study aimed to investigate the relationship between linear deceleration performance and ...
Introduction: Resistance training for sports requiring explosive movements is often performed over t...
Explosive power is the dominant motoric ability in most sports, regardless of the age, gender and le...
This study investigated the influence of contraction speed and type on the human ability to rapidly ...
The primary purpose of this thesis was to assess the effect of knee-joint angle on the neuromechanic...
Knee valgus motion observed during landing tasks has been proposed as a predictor of future knee inj...
The aim of this study is to investigate how explosive force exerts during power clean (PC) motion. ...
Background: The capability of an individual to produce force rapidly is important for performance of...