Behavioural and neurophysiological evidence convincingly establish that the left
hemisphere is dominant for motor skills that are carried out with either hand or those that …

Recent physiological studies of the neuronal processes underlying bimanual movements
provide new tests for earlier functional models of bimanual coordination. The recently …

This study aimed to determine whether the stability of preferred coordination patterns could
be modified intentionally and whether such stabilization involved an additional attentional …

We present experimental work that explores the factors governing symmetric bimanual
interaction in a two-handed task that requires the user to track a pair of targets, one target …

The purpose of this study was to determine the attentional demands of natural and imposed
gait, as well as the attentional costs of transitions between the walking and running co …

Although the relationship between brain activity and motor performance is reasonably well
established, the manner in which this relationship changes with motor learning remains …

Past studies on bimanual coordination have revealed a general preference to move the
limbs in a symmetrical fashion, also denoted as the in-phase mode. Its counterpart, the …

Depending on task combination, dual-tasking can either be performed successfully or can
lead to performance decrements in one or both tasks. Interference is believed to be caused …

The coordination of movement between the upper limbs is a function highly distributed
across the animal kingdom. How the central nervous system generates such bilateral …

Well-developed coordination of the upper extremities is critical for function in everyday life.
Interlimb coordination is an intuitive, yet subjective concept that refers to spatio-temporal …