Performance of bimanual motor actions requires coordinated and integrated bilateral
communication, but in some bimanual tasks, neural interactions and crosstalk might cause …

Bimanual performance depends on effective and modular bilateral communication between
the two bodysides. Bilateral neural interactions between the bodysides could cause …

Introduction: The complexity of motor control and coordination of upper extremities at both a
neuromuscular and behavioral level, is an impressive human feature. Although both levels …

The authors' aim was to compare spatial and temporal accuracy in proximal versus distal
joints in upper extremities. Given the morphological differences in corticospinal and …

While the effects of sensory feedback on bimanual tasks have been studied extensively at
two ends of the motor control hierarchy, the cortical and behavioral levels, much less is …

Interactions between the hands are a collateral of simultaneous bimanual movements and
can inform us about the functional asymmetries of the dominant and nondominant …

Patterns of bimanual coordination in which homologous muscles are simultaneously active
are more stable than those in which homologous muscles are engaged in an alternating …

Although strong motor coordination in intrinsic muscle coordinates has frequently been
reported for bimanual movements, coordination in extrinsic visual coordinates is also crucial …

When two hands require different information in bimanual asymmetric movements,
interference can occur via callosal connections and ipsilateral corticospinal pathways. This …

In an experiment conducted by Kennedy et al.(Exp Brain Res 233: 181–195, 2016),
dominant right-handed individuals were required to produce a rhythm of isometric forces in a …