Search for dissertations about: "gait rehabilitation stroke"
Showing result 1 - 5 of 12 swedish dissertations containing the words gait rehabilitation stroke.
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1. Enriched, task specific therapy in the chronic phase after stroke
Abstract : Recovery and improvement of motor functions and abilities after stroke depend on the spontaneous recovery process but also on the reorganization of neural mechanisms. In animal studies, an Enriched Environment (EE) has proved to be an effective intervention for boosting brain plasticity and recovery after stroke. READ MORE
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2. Getting up when falling down : reducing fall risk factors after stroke through an exercise program
Abstract : The purpose of this thesis was to identify fall risk individuals (+55) after stroke by validating a fall risk index and in post-stroke individuals with high risk of falls evaluate the impact of an intervention program on fall risk factors.A previously developed fall risk index was validated, modified and re-validated. READ MORE
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3. Physical performance and physical activity in the later stage post-stroke
Abstract : Aims: The overall purpose of this thesis was to increase knowledge about physical performance and activity in the later stage post-stroke by measuring walking performance in different environments coupled to muscle strength, cardiorespiratory fitness evaluation and self-reported physical activity. Methods: The studies reported in the thesis included a total of 83 subjects with prior stroke living in the community and 144 clinically healthy subjects from the same area. READ MORE
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4. Lower-extremity constraint-induced movement therapy in individuals with stroke : improvements, experiences, and health-related quality of life
Abstract : Background: Stroke is the third-leading cause of disability worldwide, and there are rehabilitation needs not only in the first year but throughout the lifetime. The ability to walk is crucial in everyday life since it affects mobility, self-care, and social activities. READ MORE
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5. “Taking the next step” : whole-body biomechanical gait analysis, and user-perspectives on robotic-assisted gait training post-stroke
Abstract : Background: Stroke, and its subsequent motor function impairments may result in limited gait ability characterised by compensatory movement patterns that include deviations and asymmetries. How these movement patterns should be evaluated and quantified in order to be monitored and treated in the long term is not yet standardised. READ MORE