Add to ORKGThis study aimed to develop insight into the intra-limb kinematic strategies underpinning athlete- and step-based sprint running performances. Joint centre coordinate data were automatically tracked for maximum velocity phase sprint running trials of six well-trained athletes. The fastest athlete initiated the stance phase with a 16.0º and 3.4º more extended ankle and knee, and a corresponding 5.8º more flexed hip joint compared to the slowest athlete (
The purpose of the study was to investigate the relationship between angular foot step-by-step kinem...
This study quantified changes in step kinematics between unloaded, thigh, and shank wearable resista...
The purpose of this study was to investigate the relationship between lower trunk motion and the su...
This study aimed to develop insight into knee joint kinematic variability of the touchdown leg durin...
This study investigated kinematic aspects of block phase technique during the sprint start and their...
The effect of variations in joint kinetics on step characteristics and velocity is not yet known. To...
This study analysed the first stance phase joint kinetics of three elite sprinters to improve the un...
The effect of variations in joint kinetics on sprint performance in individual athletes is not yet k...
This study investigated lower-limb kinematics to explain the techniques used to achieve high levels ...
This study investigated lower-limb kinematics to explain the techniques used to achieve high levels ...
To obtain more in-depth insights in biomechanical factors determining performance during sprint runn...
Previous studies have analysed lower limb joint kinetics during sprint performance, but not addresse...
Bilateral coordination is inherent to running motions but has not been investigated during sprint ac...
This study analysed the first stance phase joint kinetics of three elite sprinters to improve the un...
A kinematic analysis of selected variables was completed during high speed treadmill sprinting over ...
The purpose of the study was to investigate the relationship between angular foot step-by-step kinem...
This study quantified changes in step kinematics between unloaded, thigh, and shank wearable resista...
The purpose of this study was to investigate the relationship between lower trunk motion and the su...
This study aimed to develop insight into knee joint kinematic variability of the touchdown leg durin...
This study investigated kinematic aspects of block phase technique during the sprint start and their...
The effect of variations in joint kinetics on step characteristics and velocity is not yet known. To...
This study analysed the first stance phase joint kinetics of three elite sprinters to improve the un...
The effect of variations in joint kinetics on sprint performance in individual athletes is not yet k...
This study investigated lower-limb kinematics to explain the techniques used to achieve high levels ...
This study investigated lower-limb kinematics to explain the techniques used to achieve high levels ...
To obtain more in-depth insights in biomechanical factors determining performance during sprint runn...
Previous studies have analysed lower limb joint kinetics during sprint performance, but not addresse...
Bilateral coordination is inherent to running motions but has not been investigated during sprint ac...
This study analysed the first stance phase joint kinetics of three elite sprinters to improve the un...
A kinematic analysis of selected variables was completed during high speed treadmill sprinting over ...
The purpose of the study was to investigate the relationship between angular foot step-by-step kinem...
This study quantified changes in step kinematics between unloaded, thigh, and shank wearable resista...
The purpose of this study was to investigate the relationship between lower trunk motion and the su...