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机译:Ipsiles初级电机皮层的皮质断开与慢性左半球行程中的步态速度和上肢电机损伤相关联
Department of Exercise SciencePhysical Therapy Program University of South Carolina 921 Assembly;
Department of Communication Sciences and DisordersUniversity of South Carolina 915 Greene;
Department of Exercise SciencePhysical Therapy Program University of South Carolina 921 Assembly;
Department of Communication Sciences and DisordersUniversity of South Carolina 915 Greene;
Department of PsychologyUniversity of South Carolina 1512 Pendleton StreetColumbia South Carolina;
Department of NeurologyMedical University of South Carolina 96 Jonathan Lucas StreetCharleston;
Department of Exercise SciencePhysical Therapy Program University of South Carolina 921 Assembly;
Department of NeurologyMedical University of South Carolina 96 Jonathan Lucas StreetCharleston;
Department of Exercise SciencePhysical Therapy Program University of South Carolina 921 Assembly;
stroke; motor; diffusion tensor imaging; connectome; upper extremity; gait;
机译:Ipsiles初级电机皮层的皮质断开与慢性左半球行程中的步态速度和上肢电机损伤相关联
机译:大小无关紧要:皮质中风病灶体积与上肢运动障碍和轻度,慢性偏瘫的功能无关
机译:初级电机皮质抑制对慢性卒中上肢损伤和功能的影响:多模阶研究
机译:虚拟现实中的镜像反馈在慢性中风患者中引起同侧运动皮层激活
机译:注意焦点对慢性卒中后使用机器人的上肢运动训练的影响。
机译:慢性左半球卒中的同侧初级运动皮层皮质断开与步态速度和上肢运动障碍相关。
机译:1Hz重复经颅磁刺激未患病半球初级运动皮层对慢性偏瘫中风患者步态的影响