Mechanisms of neural reorganization in chronic stroke subjects after virtual reality training

Keyphrases

• Approaches to Study 33%
• Arm Training 33%
• BOLD Signal 66%
• Brain Connectivity Analysis 66%
• Brain Reorganization 33%
• Chronic Stroke 100%
• Contralesional Hemisphere 33%
• Double Baseline 33%
• Event-related fMRI 33%
• Finger Movement 100%
• Functional Magnetic Resonance Imaging 33%
• General Linear Model 33%
• Hand Finger 33%
• Hand Movement 33%
• Hands-on Training 33%
• Hemispheric Laterality 66%
• Interregional Interaction 33%
• Ipsilesional 66%
• Kinematic Parameters 33%
• Laterality Index 66%
• Motor Cortex 66%
• Motor Performance 33%
• Motor Task 33%
• Neural Plasticity 33%
• Neural Reorganization 100%
• Neuromotor 66%
• Overdominance 33%
• Robot-assisted 33%
• Time Feedback 33%
• Training-induced Changes 33%
• Univariate Analysis 33%
• Virtual Reality 33%
• Virtual Training 100%
• Visual Feedback 33%
• Voxel-based 33%

Neuroscience

• Functional Connectivity 100%
• Functional Magnetic Resonance Imaging 100%
• Hemispheric Dominance 100%
• Motor Cortex 50%