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JUMP DIRECTLY TO SLIDE Neuroplasticity as a Basis for Recovery after Brain Injury Impending Paradigm Shift Development of brain plasticity and recovery principles Remodeling of motor cortex after skill training Audience Question 1 Temporal contiguity of inputs and outputs shape emergent properties of functional cortical modules Non-skilled repetitive tasks do not result in map changes or synaptogenesis Do the same mechanisms of brain plasticity that operate during the learning of motor skills apply to motor recovery after injury? Motor recovery after stroke Theories of recovery after brain injury Indirect effects of focal ischemia Are there benefits to early rehabilitation? Functional segregation in motor cortex PMV expansion after M1 infarct Tracing connections of reorganizated motor cortex Anatomical-physiological alignment Normal distribution of projections from PMV Axonal trajectory of novel pathway Novel intracortical pathways after cortical injury Brain self-repair Motor control with the less affected hand Enhancing adaptive plasticity after brain injury Cortical Stimulation for the Treatment of Post-Stroke Motor Dysfunction Audience Question 2 Audience Question 3 Audience Question 4 Audience Question 5 Audience Comment        synchronize video with current slide