For young children, biomechanical joint maturation is achieved at 4 years old for the ankle, at about 6-7 years for the knee, at 6 for the hip. These differences may involve different propulsion strategies with respect to age and particularly to increase walking speed. One hundred and six children are included in the study. Mechanical work during the stance phase was computed and an involvement ratio for each joint was deduced (work of one joint divided by the sum of the works of the three joints). Whatever the age, the biomechanical strategy to increase speed is similar for the positive work: increase of the ankle involvement and decrease of the hip involvement. The negative work is mainly produced by the knee whatever age.Chez le jeune en...
Purpose: Joint mobility is a fundamental part in physical activity program for children, but a scien...
Movement is a primary need of pre-school children and also a crucial element of holistic development...
Femoral shape changes during the course of human growth, transitioning from a subcircular tube to a ...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankle, at abou...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankl...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankl...
Dynamic parameters have been commonly explored to characterize the biomechanical maturation of child...
The strategy used to generate power for forward propulsion in walking and running has recently been ...
The effect of age and body size on the total mechanical work done during walking is studied in child...
In order to show the basic characteristics of gait development of healthy children, this paper invol...
The purpose of this study was to assess the kinematics and kinetics of the sit-to-stand (STS) moveme...
The purpose of this study was to assess the kinematics and kinetics of the sit-to-stand (STS) moveme...
Author's final draft after peer reviewIn populations where walking and/or stopping can be difficult,...
The work done at each step, during level walking at a constant average speed, to lift the centre of ...
Purpose: Joint mobility is a fundamental part in physical activity program for children, but a scien...
Purpose: Joint mobility is a fundamental part in physical activity program for children, but a scien...
Movement is a primary need of pre-school children and also a crucial element of holistic development...
Femoral shape changes during the course of human growth, transitioning from a subcircular tube to a ...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankle, at abou...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankl...
For young children, biomechanical joint maturation is achieved at 4 years old for the ankl...
Dynamic parameters have been commonly explored to characterize the biomechanical maturation of child...
The strategy used to generate power for forward propulsion in walking and running has recently been ...
The effect of age and body size on the total mechanical work done during walking is studied in child...
In order to show the basic characteristics of gait development of healthy children, this paper invol...
The purpose of this study was to assess the kinematics and kinetics of the sit-to-stand (STS) moveme...
The purpose of this study was to assess the kinematics and kinetics of the sit-to-stand (STS) moveme...
Author's final draft after peer reviewIn populations where walking and/or stopping can be difficult,...
The work done at each step, during level walking at a constant average speed, to lift the centre of ...
Purpose: Joint mobility is a fundamental part in physical activity program for children, but a scien...
Purpose: Joint mobility is a fundamental part in physical activity program for children, but a scien...
Movement is a primary need of pre-school children and also a crucial element of holistic development...
Femoral shape changes during the course of human growth, transitioning from a subcircular tube to a ...