New-borns can step when supported for about 70–80% of their own body weight. Gravity-related sensorimotor information might be an important factor in developing the ability to walk independently. We explored how body weight support alters motor control in toddlers during the first independent steps and in toddlers with about half a year of walking experience. Sixteen different typically developing children were assessed during (un)supported walking on a running treadmill. Electromyography of 18–24 bilateral leg and back muscles and vertical ground reaction forces were recorded. Strides were grouped into four levels of body weight support ranging from no (<10%), low (10–35%), medium (35–55%), and high (55–95%) support. We constructed muscle ...
Although there is suggestive evidence that a link exists between independent walking and the ability...
Previous researchers have proposed that because of their slow muscle-response latencies, 1- to 2-yea...
In young adults, the role of Ia primary muscle spindles from the gastroc-soleus have been investigat...
On earth, body weight is an inherent constraint, and accordingly, load-regulating mechanisms play an...
Muscle synergies reflect the presence of a common neural input to multiple muscles. Steering small s...
Early locomotor behavior has been the focus of considerable attention by developmentalists over seve...
The inverted pendulum model in which the centre of mass of the body vaults over the stance leg in an...
When a toddler starts to walk without support, gait kinematics and electromyographic (EMG) activity ...
For performing their very first unsupported steps, often considered as a 'milestone' event in locomo...
AbstractFor performing their very first unsupported steps, often considered as a ‘milestone’ event i...
Early brain lesions which produce cerebral palsy (CP) may affect the development of walking. It is u...
International audienceAlthough there is suggestive evidence that a link exists between independent w...
Early brain lesions which produce cerebral palsy (CP) may affect the development of walking. It is u...
Although there is suggestive evidence that a link exists between independent walking and the ability...
Previous researchers have proposed that because of their slow muscle-response latencies, 1- to 2-yea...
In young adults, the role of Ia primary muscle spindles from the gastroc-soleus have been investigat...
On earth, body weight is an inherent constraint, and accordingly, load-regulating mechanisms play an...
Muscle synergies reflect the presence of a common neural input to multiple muscles. Steering small s...
Early locomotor behavior has been the focus of considerable attention by developmentalists over seve...
The inverted pendulum model in which the centre of mass of the body vaults over the stance leg in an...
When a toddler starts to walk without support, gait kinematics and electromyographic (EMG) activity ...
For performing their very first unsupported steps, often considered as a 'milestone' event in locomo...
AbstractFor performing their very first unsupported steps, often considered as a ‘milestone’ event i...
Early brain lesions which produce cerebral palsy (CP) may affect the development of walking. It is u...
International audienceAlthough there is suggestive evidence that a link exists between independent w...
Early brain lesions which produce cerebral palsy (CP) may affect the development of walking. It is u...
Although there is suggestive evidence that a link exists between independent walking and the ability...
Previous researchers have proposed that because of their slow muscle-response latencies, 1- to 2-yea...
In young adults, the role of Ia primary muscle spindles from the gastroc-soleus have been investigat...