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NEURAL AND BIOMECHANICAL MECHANISMS OF MOVEMENT IMPAIRMENT IN STROKE SURVIVORS
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An Investigation of the Musculoskeletal Changes in the Hand After Chronic Hemiparetic Stroke and Their Impact on Hand Opening: Using Integrated Experimental and Computer Simulation Methods
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The Neural and Biomechanical Changes Underlying Weakness in the Paretic Upper Limb in Individuals with Chronic Hemiparetic Stroke
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The Role of Motor Planning in Reaching and the Impact of Stroke
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Neural Mechanisms Underlying Hand/Arm Impairment and Intervention-Induced Improvements Post-Stroke
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Serial sarcomere number is substantially decreased within the paretic biceps brachii in individuals with chronic hemiparetic stroke
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Ankle Joint Mechanical Impedance during Locomotion and Implications for Prosthesis Control and Rehabilitation
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Hip and knee biomechanics data in participants with and without stroke during a step-up task
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Understanding Control of the Shoulder after Stroke Towards Myoelectric Control of Vertical Support to Improve Reach
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A Stability-Based Approach to Post-Stroke Gait Training
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Changes in Motor Unit Firing Patterns as a Function of Age, Muscle, and Following a Unilateral Brain Injury: Ionotropic and Metabotropic Effects
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