새로 개발된 3차원 전기측각기를 이용한 편마비 환자의 보행분석의 결과

Abstract

Background: The purpose of this study is to evaluate the difference between the hemiplegic patients and controls with the newly developed three demensional electrogoniometer gait analysis program. Methods: The basic kinematic data of hip, knee and ankle joints on the sagittal plane and of temporospatial gait parameters were obtained from 25 hemiplegic patients and 25 healthy adults with three-dimensional electrogoniometer DomotionⓇ Results: Significant difference were observed between patients and controls in kinematic parameters. Mean maximal hip flexion of healthy adults and hemiplegic limb of patient was 32.89±1.8°and 18.24±4.8°, maximal knee flexion was 50.32±2.4°and 34.98±10.4°, maximal ankle dorsiflexion was 5.34±1.2°and 1.22±2.8°, and maximal ankle plantar flexion was 15.63±2.0°and 8.46±3.2°(p<0.05). Mean maximal hip flexion of healthy adults and unaffected limb of hemiplegic patient was 32.89±1.8°and 28.36±6.6°, and maximal ankle plantar flexion was 15.63±2.0°and 8.62±3.7°, respectively(p<0.05). Conclusions: The gait parameters of hemiplegic patients showed significant differences as compared with normal gait parameters with the using of three dimensional gait analysis with electrogoniometer.