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Full-Text Articles in Physical Therapy
Contributions Of Asymmetry And Instability To Transfer And Retention Following Locomotor Adaptation, Daniel L. Gregory
Contributions Of Asymmetry And Instability To Transfer And Retention Following Locomotor Adaptation, Daniel L. Gregory
Doctoral Dissertations
Gait asymmetry resulting from neurological injury is more costly and less stable than healthy gait. Split-belt treadmills, which drive limbs at different speeds, lead to spatial and temporal gait asymmetries, and perturb walking balance, have been used to study locomotor adaptability and learning related to asymmetry and stability. This knowledge may be leveraged to design more effective rehabilitation protocols. In experiment 1, we asked how constraining stride-rates away from preferred during split-belt walking influences learning revealed in a retention test. We found that constraints to stride rate during asymmetric walking uncovered the capacity to leverage redundant degrees-of-freedom for walking control, …
Adaption, Retention, And Readaptation Strategies For Unfamiliar Leka (Lower-Extremity Knee Angles), Leea M. Perry
Adaption, Retention, And Readaptation Strategies For Unfamiliar Leka (Lower-Extremity Knee Angles), Leea M. Perry
Honors Capstones
This capstone aimed to look into individuals’ abilities to adapt, retain, and readapt a newly-provided, typically over-exaggerated, goal knee angle for their right leg based upon feedback received and accuracy of examined gait pattern. Research was carried out using individuals aged 18-25, looking at the potential of “learning” per say, a new pattern for their rather instinctual previously formed habits for walking. Knee angle, both baseline and individuals’ attempts at goal angle, were measured with a knee brace worn throughout data collection. Participants for this study were blind in terms of what their goal LEKA (lower-extremity knee angle) was. The …