Background Transcranial direct current stimulation (tDCS) has emerged as a non-invasive
brain stimulation technique. Most studies show that anodal tDCS increases cortical excitability…

Neurophysiologic correlates of motor learning that can be monitored during neurorehabilitation
interventions can facilitate the development of more effective learning methods. Previous …

… Author links open overlay panel Zeb D. Jonker a b c , Rick van der Vliet a b , Christopher M.
Hauwert a , Carolin Gaiser a , Joke HM Tulen d , Jos N. van der Geest a , Opher Donchin e f , …

Individual variations in motor adaptation rate were recently shown to correlate with movement
variability or “motor noise” in a forcefield adaptation task. However, this finding could not …

… Author links open overlay panel Rick van der Vliet a b , Zeb D. Jonker a b c , Suzanne C.
Louwen a d , Marco Heuvelman a , Linda de Vreede a , Gerard M. Ribbers b c , Chris I. De …

Transcranial direct current stimulation (tDCS) over the contralateral primary motor cortex of
the target muscle (conventional tDCS) has been described to enhance corticospinal …

Vestibular signals, which encode head movement in space as well as orientation relative to
gravity, contribute to the ongoing muscle activity required to stand. The strength of this …

Post-feedback frontal midline EEG activity has been found to correlate with error magnitude
during motor adaptation. However, the role of this neuronal activity remains to be elucidated. …

Frontal midline EEG activity has been found to correlate with error magnitude during motor
adaptation. We replicated a previous visuomotor adaptation experiment with very small …

Background: Stroke is a common global healthcare problem that is serious and disabling. A
promising new tool in motor rehabilitation is transcranial direct current stimulation (tDCS), a …