Add to ORKGSimplified marker sets for the calculation of whole body centre of mass (CoM) location and associated variables (velocity, touchdown distance and turn of CoM) used in the analysis of bend sprinting performance were examined. CoM related variables were compared between a whole-body (13 segment), lower limb and trunk and lower limb model. Both simplified models showed strong agreement with whole-body CoM (Intraclass correlation: 0.873 - 0.998). The lower limb and trunk model (LLT) was the most accurate representation of whole body calculations, with acceptably low differences in all variables examined. Therefore, the LLT model is recommended for future use
For 200 and 400 m races half of the race is run around the bend. This study aimed to understand the ...
The aim of this study was to identify the effect of radius on lower extremity joint kinematics durin...
The purpose of this study was to investigate the rear knee angle range in the set position that allo...
Simplified marker sets for the calculation of whole body centre of mass (CoM) location and associate...
Sprint velocity decreases on the bend when compared with the straight, therefore understanding techn...
During bend sprinting athletes are unable to reach the same maximal speeds achieved on the straight....
The purpose of this study was to develop a system to measure step length, step frequency and step ve...
The purpose of this study was to compare lower limb joint angle time histories using surface markers...
Since strictly related to balance and stability control, body center of mass (CoM) kinematics is a r...
When investigating whole-body balance in dynamic tasks, adequately tracking the whole-body centre of...
The assessment of body Center of Mass (CoM) kinematics is an important measure in the analysis of sp...
The purpose of this study was to compare lower limb joint angle time histories using surface markers...
Accurate measurement of centre of mass (CoM) motion can provide valuable insight into the biomechani...
Bend running on an indoor track is influenced by differing structural constraints including banking ...
This study investigated kinematic aspects of block phase technique during the sprint start and their...
For 200 and 400 m races half of the race is run around the bend. This study aimed to understand the ...
The aim of this study was to identify the effect of radius on lower extremity joint kinematics durin...
The purpose of this study was to investigate the rear knee angle range in the set position that allo...
Simplified marker sets for the calculation of whole body centre of mass (CoM) location and associate...
Sprint velocity decreases on the bend when compared with the straight, therefore understanding techn...
During bend sprinting athletes are unable to reach the same maximal speeds achieved on the straight....
The purpose of this study was to develop a system to measure step length, step frequency and step ve...
The purpose of this study was to compare lower limb joint angle time histories using surface markers...
Since strictly related to balance and stability control, body center of mass (CoM) kinematics is a r...
When investigating whole-body balance in dynamic tasks, adequately tracking the whole-body centre of...
The assessment of body Center of Mass (CoM) kinematics is an important measure in the analysis of sp...
The purpose of this study was to compare lower limb joint angle time histories using surface markers...
Accurate measurement of centre of mass (CoM) motion can provide valuable insight into the biomechani...
Bend running on an indoor track is influenced by differing structural constraints including banking ...
This study investigated kinematic aspects of block phase technique during the sprint start and their...
For 200 and 400 m races half of the race is run around the bend. This study aimed to understand the ...
The aim of this study was to identify the effect of radius on lower extremity joint kinematics durin...
The purpose of this study was to investigate the rear knee angle range in the set position that allo...