We argue that bimanual coordination and interference depends critically on how these
actions are represented on a cognitive level. We first review the literature on spatial …

The present experiment investigated the sensitivity for end-state comfort in a bimanual
object manipulation task. Participants were required to simultaneously reach for two bars …

Two split-brain patients, a patient with callosal agenesis, and 6 age-matched control
participants were tested on a bimanual force production task. The participants produced …

The authors examined the hypothesis that the phasic and the static cross-talk effects found
in bimanual movements with different target amplitudes originate at different functional …

Both intrapersonal and interpersonal coordination dynamics have traditionally been
investigated using relative phase patterns of in-phase (ϕ= 0°) and/or anti-phase (ϕ= 180°) …

Three experiments were designed to determine the level of cooperation or interference
observed from the forces generated in one limb on the forces exhibited by the contralateral …

Inhibitory processes play a significant role in the control of goal-directed actions. To increase
insights into these mechanisms as a function of handedness, we measured the transient …

Interlimb coordination obtained through temporal and spatial coupling is a significant feature
of human motor control. To understand the robustness of this capability the authors …

The corpus callosum is essential for neural communication between the left and right
hemispheres. Although spatiotemporal coordination of bimanual movements is mediated by …

The aim of the study was to compare the coordination of hand grip (G) and load force (a
force that tends to cause slippage of a grasped object; L) in static bimanual manipulation …