Intracortical Inhibition

Anodal Transcranial Direct Current Stimulation Enhances Procedural Consolidation

Psychology / Cognitive Science / Depression / Chronic Pain / Neurophysiology / Multidisciplinary / Prefrontal Cortex / Executive Function / Perceptual Learning / Problem Solving / Ph / Cortex / Motor Cortex / Polarization / Cortical Plasticity / Task Performance / PLoS one / Transcranial Direct Current Stimulation / Brain Stimulation / Functional Neurology / Complex Problem Solving / General Intelligence / Primary Motor Cortex / Neurosciences / Region of Interest / Dorsolateral Prefrontal Cortex / Intracortical Inhibition / Multidisciplinary / Prefrontal Cortex / Executive Function / Perceptual Learning / Problem Solving / Ph / Cortex / Motor Cortex / Polarization / Cortical Plasticity / Task Performance / PLoS one / Transcranial Direct Current Stimulation / Brain Stimulation / Functional Neurology / Complex Problem Solving / General Intelligence / Primary Motor Cortex / Neurosciences / Region of Interest / Dorsolateral Prefrontal Cortex / Intracortical Inhibition

Short-interval intracortical inhibition in Parkinson’s disease using anterior-posterior directed currents

Transcranial Magnetic Stimulation / Humans / Female / Male / Motor Cortex / Motor Evoked Potentials / Aged / Middle Aged / Adult / Focal Dystonia / Time Factors / Primary Motor Cortex / Interneurons / Direct Current / Parkinson Disease / Intracortical Inhibition / Motor Evoked Potentials / Aged / Middle Aged / Adult / Focal Dystonia / Time Factors / Primary Motor Cortex / Interneurons / Direct Current / Parkinson Disease / Intracortical Inhibition

Pallidotomy does not ameliorate abnormal intracortical inhibition in Parkinson’s disease

Nonparametric Statistics / Skeletal muscle biology / Clinical Neuroscience / Transcranial Magnetic Stimulation / TMS / Dopamine / Humans / Clinical / Reaction Time / Young Adult / Motor Cortex / Electromyography / Clinical Sciences / Motor Evoked Potentials / Aged / Middle Aged / Adult / Age Factors / Parkinson´s Disease / Neurosciences / Parkinson Disease / Case Control Studies / Intracortical Inhibition / Cortical Excitability / Functional Laterality / Dopamine / Humans / Clinical / Reaction Time / Young Adult / Motor Cortex / Electromyography / Clinical Sciences / Motor Evoked Potentials / Aged / Middle Aged / Adult / Age Factors / Parkinson´s Disease / Neurosciences / Parkinson Disease / Case Control Studies / Intracortical Inhibition / Cortical Excitability / Functional Laterality

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