The purpose of this study was to examine the effect of motor training on motor imagery (MI),
by comparing motor performance and motor cortex excitability changes with and without …

PURPOSE: To investigate intracortical inhibition and facilitation in response to unilateral
dominant, nondominant and bilateral biceps activation and short-term upper extremity …

Bimanual coordination of skilled finger movements requires intense functional coupling of
the motor areas of both cerebral hemispheres. This coupling can be measured non …

Performing coordinated bimanual movement is a fundamental feature of the human motor
system, with imaging techniques revealing the involvement of an extensive network of motor …

The ability to coordinate the two hands effectively is a fundamental requirement for many
everyday tasks. To investigate how bimanual coordination is achieved we asked subjects to …

Lateralized interference between concurrent cognitive and manual activities is used to infer
cerebral hemisphere specialization for the cognitive activity. However, some evidence …

In simultaneous bimanual movements, interference between the hands is always a
possibility, particularly when movements are spatially incongruent. In a previous study using …

The aim of this study was to evaluate the influence of unilateral reduction of afferent input on
the 'neural coupling'mechanism during cooperative hand movements. This 'neural …

Previous research has revealed rapid feedback mediated responses in one arm to
mechanical perturbations applied to the other arm during shared bimanual tasks. We now …

Large bilateral asymmetry and task deficits are typically observed during bimanual actions of
stroke survivors. Do these abnormalities originate from unilateral impairments affecting their …