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Transcranial direct current stimulation for improvement of motor and sensory functions

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Transcranial direct current stimulation for improvement of motor and sensory functions

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    1. Michael A. Nitsche Georg-August-University, Dept. Clinical Neurophysiology Göttingen Transcranial direct current stimulation for improvement of motor and sensory functions

    2. Motor cortex excitability increase after anodal stimulation

    5. Similarities to motor learning

    6. Imaging - PET Learning: left sensory-M1 Consolidation: sma, right premotor, parietal Post links, ant rechtsLearning: left sensory-M1 Consolidation: sma, right premotor, parietal Post links, ant rechts

    7. Cortical excitability - TMS

    13. Application in stroke - reduction of maladaptive cortical plasticity

    14. Therapeutic options

    15. Therapeutic Options II

    18. Open questions When to stimulate? Where to stimulate? How strong to stimulate? What repetition interval? Which drugs are allowed? ...

    19. When to stimulate I

    20. When to stimulate II

    21. Where to stimulate

    22. What repetition interval I

    23. What repetition interval II

    24. Improvement of visual functions by the same rationale I

    25. Transfer to hemianoptic patients post stroke

    26. Perspectives

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