Poststroke hemiparesis impairs the rate but not magnitude of adaptation of spatial and temporal locomotor features

Keyphrases

• Adaptation 100%
• Locomotor 100%
• Post-stroke Hemiparesis 100%
• Adaptive Rate 60%
• Locomotor Adaptation 60%
• Non-disabled 40%
• Hemiparesis 40%
• Support Time 40%
• Time Symmetry 40%
• Single Limb Support 40%
• Patient Demographics 20%
• Brain Injury 20%
• Moderate to Severe 20%
• Treadmill 20%
• Ischemic Stroke 20%
• Persons with Stroke 20%
• Adaptive Change 20%
• Spatial Domain 20%
• Post-stroke 20%
• Chronic Stroke 20%
• Gait Pattern 20%
• Ability to Adapt 20%
• Swing Phase 20%
• Slow Phase 20%
• Symmetrical Gaits 20%
• Interlimb 20%
• Limb Angles 20%
• Leg Movement 20%
• Chronic Hemiparesis 20%
• Limb Kinematics 20%
• Phase Fluctuation 20%
• Initial Acquisition 20%
• Temporal Domain 20%
• Spatial Asymmetry 20%
• Gait Symmetry 20%
• Oscillation Center 20%
• Temporal Asymmetry 20%

Medicine and Dentistry

• Apoplexy 100%
• Hemiparesis 100%
• Limb 75%
• Patient Population 25%
• Brain Ischemia 25%
• Leg 25%
• Leg Movement 25%

Neuroscience

• Hemiparesis 100%
• Cerebrovascular Accident 100%
• Brain Injury 25%
• Brain Ischemia 25%