Brain Neurorehabil. 2013 Mar;6(1):1-8. Korean.
Published online Mar 29, 2013.
Copyright © 2013 Korean Society for Neurorehabilitation
Review

Effects of Ankle Foot Orthosis on Post-stroke Hemiplegic Gait -A Meta-analysis-

Deog Young Kim, M.D., Ph.D., Seung Ki Kim, M.D., Jong Bum Park, M.D. and Jin Kyu Yang, M.D.
    • Department and Research Institute of Rehabilitation Medicine, Yonsei University College of Medicine, Korea.

Abstract

Objective

The aim of this meta-analysis was to investigate the effects of ankle foot orthosis on adult post-stroke hemiplegic patients' walking ability and pattern.

Method

We searched for the case controlled clinical trials about the effects of ankle foot orthosis (AFO) for walking ability and pattern using quantitative gait analysis in adult post-stroke patients, which published between January 1950 and July 2012 in PubMed, and searching engine of Journal of Korean Academy of Rehabilitation Medicine. The mean standardized difference (MSD) and a 95% confidence interval (CI) were estimated for gait ability and pattern using fixed effect models.

Results

Sixteen of the 56 articles were included in this analysis. The selected studies involved a total of 274 patients. The walking speed, cadence, the portion of double limb supporting, stride length on affected side, the portion of swing period on unaffected side, and symmetry of swing period were improved by AFO. The oxygen cost was decreased by AFO. The AFO did improve ankle dorsiflexion at initial contact, maximal ankle dorsiflexion at swing phase, but the ankle plantar flexion at push-off did not.

Conclusion

The ankle foot orthosis has some evidence to improve the walking ability and gait pattern in post-stroke hemiplegic patients.

Keywords
gait; hemiplegia; meta-analysis; orthotic devices; stroke

Figures

Fig. 1
Comparison of walking speed (m/sec) between with and without AFO.

Fig. 2
Comparison of cadence (step/min) between with and without AFO.

Fig. 3
Comparison of stride length (cm) on affected side between with and without AFO.

Fig. 4
Comparison of step length (cm) between with and without AFO (A: affected side, B: unaffected side).

Fig. 5
Comparison of double supporting time (%) between with and without AFO.

Fig. 6
Comparison of portion of phase (%) on affected side between with and without AFO (A: portion of stance phase, B: portion of swing phase).

Fig. 7
Comparison of portion of phase (%) on unaffected side between with and without AFO (A: portion of stance phase, B: portion of swing phase).

Fig. 8
Comparison of symmetry at swing phase (%) between with and without AFO (A: stance phase, B: swing phase).

Fig. 9
Comparison of energy consumption between with and without AFO (A: oxygen rate (ml/kg/min), B: oxygen cost (ml/kg/m)).

Fig. 10
Comparison of ankle kinematic parameters between with and without AFO (A: ankle dorsiflexion at initial contact (°), B: maximal ankle dorsiflexion at stance phase (°), C: ankle plantar flexion at push-off phase (°), D: maximal ankle dorsiflexion at swing phase (°)).

Tables

Table 1
Major Information of Selected Sixteen Clinical Trials

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