Clinical Neurophysiology

Rhythmic Bilateral Movement Training Modulates Corticomotor Excitability and Enhances Upper Limb Motricity Poststroke: A Pilot Study

Treatment Outcome / Exercise therapy / Stroke / Humans / Female / Male / Neuronal Plasticity / Motor Cortex / Periodicity / Clinical Sciences / Clinical Neurophysiology / Motor Evoked Potentials / Aged / Middle Aged / Pilot study / Upper Extremity / Upper Limb / Neurosciences / Recovery of Function / Male / Neuronal Plasticity / Motor Cortex / Periodicity / Clinical Sciences / Clinical Neurophysiology / Motor Evoked Potentials / Aged / Middle Aged / Pilot study / Upper Extremity / Upper Limb / Neurosciences / Recovery of Function

Rhythmic Bilateral Movement Training Modulates Corticomotor Excitability and Enhances Upper Limb Motricity Poststroke: A Pilot Study

Treatment Outcome / Exercise therapy / Stroke / Humans / Female / Male / Neuronal Plasticity / Motor Cortex / Periodicity / Clinical Sciences / Clinical Neurophysiology / Motor Evoked Potentials / Aged / Middle Aged / Pilot study / Upper Extremity / Upper Limb / Neurosciences / Recovery of Function / Male / Neuronal Plasticity / Motor Cortex / Periodicity / Clinical Sciences / Clinical Neurophysiology / Motor Evoked Potentials / Aged / Middle Aged / Pilot study / Upper Extremity / Upper Limb / Neurosciences / Recovery of Function

FC19.2 How does atypical facial pain differ from neuropathic trigeminal pain?

Engineering / Clinical Neurophysiology / Trigeminal

P14.5 EEG changes by transcranial direct current polarization of frontal lobes

Engineering / Clinical Neurophysiology / Frontal Lobe / Direct Current

P14.5 EEG changes by transcranial direct current polarization of frontal lobes

Engineering / Clinical Neurophysiology / Frontal Lobe / Direct Current

4. Trigemino cervical reflexes in spinal cord injury

Engineering / Clinical Neurophysiology

Abnormal local field potentials precede clinical complications after DBS surgery for Parkinson’s disease: A case report

Engineering / Subthalamic Nucleus / Humans / Female / Male / Clinical Neurophysiology / Parkinson Disease / Clinical Neurophysiology / Parkinson Disease

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