No abstract available.
Gait*

No abstract available.
Gait*

No abstract available.
Gait*

No abstract available.
Gait*

No abstract available.
Gait Apraxia ; Gait

No abstract available.
Gait* ; Paraparesis*

OBJECTIVE: This study aimed to quantitatively define outcomes of corrective surgery in children with various foot deformities. METHODS: We used a retrospective, nonrandomized design. All pediatric patients who underwent pre and post-operative gait analysis and corrective surgery were included. Outcome measures included quantitative gait analysis with temporospatial and kinematic parameters, the Gait Deviation Index, Gillette FAQ, and Hoffer’s criteria. RESULTS:. Five patients with neurogenic and idiopathic deformities underwent corrective surgery at the Philippine General Hospital from 2015 to 2017. Comparison of gait pre and postoperatively show promising outcomes, with improvement in GDI and FAQ levels, despite some of the patients’ need for braces. CONCLUSIONS: Quantitative gait analysis is a suitable method for evaluating surgical outcomes for foot deformity correction. It can be used in combination with functional outcome measures and clinical examination to give an overall picture of a patient’s walking ability.
Gait Analysis ; Clubfoot ; Gait ; Movement Disorders

BACKGROUND: This study aimed to investigate the practice effect of the 6-minute walk test (6MWT) after providing the subjects with knowledge of the results (KR). METHODS: Sixteen subjects with post-stroke hemiparesis volunteered to participate in this study. The 6MWT was performed by having the subjects take repeated walks along a 20-m walkway for 6 minutes; and the maximum distance walked was recorded. Two trials of the 6MWT were conducted under three conditions: no-KR, immediate-KR (providing knowledge of the time taken to complete each 20-m distance), and summary-KR (providing knowledge of the time taken to complete 60 m). RESULTS: The practice effects of all 3 conditions were determined by using the paired t-test, intraclass correlation coefficient (ICC) with <0.75, and the Bland-Altman plot. The findings of the paired t-test showed a significant difference under the immediate-KR condition only; however, no significant differences were noted under the no-KR and summary-KR conditions. In a data agreement analysis across the two trials using the ICC, none of the obtained values under the three conditions were in an acceptable range indicative of a practice effect. In the Bland-Altman plot, a greater data variation was observed under the immediate-KR condition than under the other two conditions. When comparing the conditions, the immediate-KR condition differed significantly from the no-KR condition. CONCLUSIONS: Our findings do not support the presence of a practice effect across the 6MWT. However, a practice effect seems to be clinically possible when the immediate-KR condition is incorporated into this test.
Gait ; Paresis ; Stroke

No abstract available.
Child* ; Gait* ; Humans

OBJECTIVE: This study investigated the effects of additional balance training using three dimensional balance trainer on dynamic balance, gait symmetry and fall efficacy in subacute hemiplegic stroke patients. METHOD: This study designed pretest-posttest control group. Twenty subacute stroke patients were randomly assigned to an experimental or a control group. All patients had conventional physical therapy. In addition, 10 patients in experimental group was trained with the three dimensional balance trainer (BalPro(R)) for 30 min/day, 5 day/week for 4 weeks. All participants were assessed by: Berg Balance Scale (BBS), Timed Up and Go test (TUG), gait symmetry, and Fall efficacy scale-Korea (FES-K) before and after training. RESULTS: All participants of both group showed statistically significant improvements in dynamic balance, gait symmetry and fall efficacy. More improvements were shown significantly in experimental group than those in control group in BBS, TUG, step length symmetry (p<0.05) and single limb support symmetry (p<0.01). CONCLUSION: Additional balance training with conventional physical therapy is feasible and may be an effective tool to improve dynamic balance and gait symmetry in subacute patients.
Extremities ; Gait ; Humans ; Stroke