结论计算机步态分析系统指导步行训练可有效地矫正或改善偏瘫步态。
ConclusionThe gait training guided with the computer-aided gait analysis system is more effective on the recovery of hemiplegic gait.
结论：早期有针对性的康复训练可减轻偏瘫步态模式的程度，提高卒中患者的运动能力。
Conclusion: Early selective exercise can decrease the extent of hemiplegic walking pattern and increase stroke patients mobility.
本文首先介绍步态分析的基本概念，正常步态与偏瘫步态进行的比较分析在临床上具有重要意义。
The elementary knowledge of gait analysis is introduced, and the clinical significance of comparing hemiplegic gait with normal gait is emphasized.
异常步态包括偏瘫步态、脑瘫步态、小脑损害步态、周围神经损伤所致异常步态、前冲步态、疼痛步态、脊柱疾患所致异常步态以及脊髓损伤的步态等。
Abnormal gait included hemiplegia gait, brain paralysis gait, cerebella gait, peripheral nervous system injury gait, festination, pain gait and spinal column and spinal cord injury gait and so on.
偏瘫患者的步态特点为患肢支撑不稳、摆动不全和骨盆过度倾斜。
The characteristics of hemiplegic gait present unsteadiness in stance phase, incomplete swing in affected limb and excess tilt of pelvis.
马尾受压综合症的临床症状是非特异性的，单侧肢体轻偏瘫、下腰部疼痛、感觉异常、步态不稳。
Symptoms are nonspecific with cauda equina syndrome, monoparesis, radicular or low back pain, paresthesias, and gait disturbances.
目的观察计算机辅助步态分析系统对偏瘫患者步行能力的影响。
Objective To observe the effect of gait training under the analyzing with computer-aided gait analysis system on the hemiplegia after stroke.
结论早期使用A FO可以促进脑卒中偏瘫患者步态周期及各时相的改善。
Conclusion: Using the AFO in the early time can contribute to the improvements of gait cycle and its phases in the hemiplegic stroke patients.
结论：在自然行走过程中，偏瘫患者双下肢的单支撑期和摆动期的明显缩短是导致患者步行周期延长，步态异常，步速减慢，步行能力下降的根本原因。
Conclusion: The study indicates that the shorter single support time during the gait cycle in patients is responsible for the abnormal walking velocity , awful gait and decreased ability of walking.
目的：探讨步态中枢模式发生器对脑卒中偏瘫患者步行能力的影响。
Objective: to explore the effect of gait central pattern generators on walking function of stroke patients.
目的：探讨步态中枢模式发生器对脑卒中偏瘫患者步行能力的影响。
Objective: to explore the effect of gait central pattern generators on walking function of stroke patients.
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