Publication | Closed Access
Relationship between muscle strength and functional walking capacity among people with stroke
54
Citations
26
References
2011
Year
Physical ActivityNeuromuscular CoordinationFunctional Walking CapacityMovement BiomechanicsNeurological RehabilitationExercise RehabilitationKinesiologyStroke RehabilitationExerciseApplied PhysiologyNeurologyNeurorehabilitationHealth SciencesPhysical FitnessMedicineMuscle StrengthMusculoskeletal FunctionRehabilitationPhysical TherapyExercise SciencePosition-specific Global IndexExercise PhysiologyPathological GaitHuman MovementStrokeHandheld Dynamometry
The purpose of this study was to estimate, using the Position-Specific Global Index (PSGI) of Lower-Limb Muscle Strength, the extent to which muscle strength is independently associated with functional walking capacity. We performed an observational, cross-sectional study with 63 patients poststroke (onset between 3 and 12 months) at a major teaching hospital in an urban Canadian city. We assessed functional walking capacity with the six-minute walk test (6MWT) and muscle strength with handheld dynamometry. We established the relationship between the lower-limb muscles and functional walking capacity with the PSGI. The PSGI explained 70% (p < 0.001) of the variability in the 6MWT, whereas the index of alternate against-gravity muscle strength explained 39% and the hip flexors in a supine position explained 51%.
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