Two experiments investigated manual asymmetries in the control of rapid reaching movements according to the movement parameters to be controlled. Single- and double-step reaching movements were performed by right-handed subjects with both hands. Pro and retroactive processes involved in rapid movement control were investigated. Manual performances and kinematic properties of hand movements showed that various forms of hemispheric specialization were involved in sensori-motor information processing. It was shown that the effects of hemispheric specialization were specific to the task constraints, that is, to the various operations involved in movement control
Two contrasting views of handedness can be described as 1) complementary dominance, in which each he...
This study investigated hemispheric differences in utilizing motor abundance to achieve flexible pat...
Most of the population is dextral, showing a clear preference for performing the vast majority of ta...
Two experiments performed with left-handed subjects investigated how the manual asymmetries and hemi...
Two experiments performed with left-handed subjects investigated how the manual asymmetries and hemi...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
The primary purpose of this experiment was to determine if left hand reaction time advantages in man...
This thesis presents a series of experimental investigations into left and right hand performance in...
The purpose of this thesis was to examine left and right hand performance in three aiming movement e...
International audienceTo date, interlimb transfer following visuomotor adaptation has been mainly in...
Results of investigations on gaining control of limb movements are reviewed, and their contribution ...
UnrestrictedThis dissertation was designed to determine the unique contribution of each hemisphere t...
The performance of most tasks with one hand, typically the right, is a uniquely human characteristic...
Two contrasting views of handedness can be described as 1) complementary dominance, in which each he...
This study investigated hemispheric differences in utilizing motor abundance to achieve flexible pat...
Most of the population is dextral, showing a clear preference for performing the vast majority of ta...
Two experiments performed with left-handed subjects investigated how the manual asymmetries and hemi...
Two experiments performed with left-handed subjects investigated how the manual asymmetries and hemi...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
Right-handed participants performed aimed, left- and right-hand movements toward a fixed target in s...
The primary purpose of this experiment was to determine if left hand reaction time advantages in man...
This thesis presents a series of experimental investigations into left and right hand performance in...
The purpose of this thesis was to examine left and right hand performance in three aiming movement e...
International audienceTo date, interlimb transfer following visuomotor adaptation has been mainly in...
Results of investigations on gaining control of limb movements are reviewed, and their contribution ...
UnrestrictedThis dissertation was designed to determine the unique contribution of each hemisphere t...
The performance of most tasks with one hand, typically the right, is a uniquely human characteristic...
Two contrasting views of handedness can be described as 1) complementary dominance, in which each he...
This study investigated hemispheric differences in utilizing motor abundance to achieve flexible pat...
Most of the population is dextral, showing a clear preference for performing the vast majority of ta...