Development of locomotion training program in stroke hemiplegia based on "motor learning"

目前的研究集中在中风后患者的不对称步态模式和可能的干预，以恢复对称的基础上运动学习中枢神经系统。由于暴露于不寻常的身体约束，健康受试者通常对称的步态模式被系统地修改为不对称模式，特别是在施加在地面上的力方面。在未来的研究中，在偏瘫患者中应用类似的程序可能会在恢复对称步态模式方面发挥作用，从而导致更大的步态速度。

The present study focused on asymmetrical gait patterns in patients after stroke and possible intervention to restore symmetry based on motor learning in the central nervous system. With exposure to unusual physical constraints, gait patterns in healthy subjects that are usually symmetry were systematically modified into asymmetrical patterns, especially in terms of force exerting on the ground. In future studies, an application of similar procedures in hemiplegic patients may play role in restoring symmetrical gait patterns that in turn results in larger gait speed.