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

Bimanual co-ordination of skilled finger movements is a high-level capability of the human
motor system and virtually always requires training. Little is known about the physiological …

Motor tasks involve neural activity in a spatially distributed network. It is assumed that
coherent activity between these brain structures reflects functional connectivity. The aim of …

Resting EEG interhemispheric and interhemispheric coherences (ICoh and HCoh) in the
theta, alpha and beta bands were studied in 7 patients with agenesis of the corpus callosum …

Several studies demonstrated that resting-state EEG power differs tremendously between
school-aged children and adults. Low-frequency oscillations (delta and theta,< 7 Hz) are …

Intermanual coordination assessed by alternating finger tapping and finger-tapping
asymmetry were investigated in 105 healthy right-and 105 left-handers and related to …

Bimanual synchronization relies on the precisely coordinated interplay of both hands. It is
assumed that during temporal bimanual coordination, timing signals controlling each hand …

This paper investigates the hypothesis that the coordination difficulties of DCD children are
associated with an increased coherence in the cortical motor regions, which persists with …

The initial assumptions as to the existence of neurodevelopmental disorders have been
confirmed by almost a century of studies focused on the nature and causes of reading …

Transcranial magnetic stimulation (TMS) of the motor cortex can interrupt voluntary
contralateral rhythmic limb movements. Using the method of “resetting index”(RI), our study …