论文部分内容阅读
乞今还未发现一种完全令人满意的方法恢复瘫痪的面肌。虽然有一些处理可减轻面瘫症状,如静态手术方法面肌悬吊术,但缺乏机能电位;如将神经-肌肉蒂直接植入瘫痪面肌,又都不能随修复的面肌产生与健侧面肌的同步运动。近期从后肌群选择性神经移植与适当输入信号的同步运动促进作者设计一微型滤波器,从健侧获得电信息通过神经移植-肌肉蒂,向对侧相应肌群传递,以重建麻痹后表情肌的活动。Tobey 和 Sutton(1978),已发现从
Begging yet to find a completely satisfactory way to restore paralyzed facial muscles. Although there are some treatments to alleviate the symptoms of facial paralysis, such as the static surgical method of facial muscle suspension, but the lack of functional potential; such as nerve-muscle pedicle directly implanted paralyzed facial muscle, they can not be repaired with facial muscle and healthy lateral muscle Synchronized movement. Recent recent advances in synchronized muscle mobilization and proper input signals from the posterior muscle group facilitated the design of a microfilter to obtain electrical information from the contralateral side through the nerve graft-muscle pedicle and to the corresponding contralateral muscle mass to recreate the paralyzed expression Muscle activity. Tobey and Sutton (1978) have found that from