Contents

Mirror Therapy and Sensory Re-education in Corticobasal Syndrome

Disease Info

Motor cortex activation	Visual observation of movement activates motor cortex regions corresponding to the observed action
Premotor and supplementary motor areas	Mirror therapy engages planning and preparation networks
Inferior parietal lobule	Integration of visual and proprioceptive information for body schema maintenance
Superior temporal sulcus	Action recognition and movement interpretation
Cortical reorganization	Undamaged cortical regions can assume function of damaged areas
Cross-modal plasticity	Visual input can substitute for diminished somatosensory input
Use-dependent plasticity	Repetitive, task-specific practice drives cortical reorganization
Attention-dependent plasticity	Focused attention enhances learning and cortical change
Dorsal visual pathway	Processing spatial and visual-tactile integration
Somatosensory cortex	Reorganization of cortical representation maps
Posterior parietal cortex	Body schema and spatial representation
Thalamic relays	Maintaining sensory transmission while cortical areas recover
Databases	OMIM Orphanet ClinicalTrials PubMed

Knowledge Graph