目的：探讨腕管综合征（CTS）患者神经电生理检测中的容积传导误差。
Objective:To explore the deviation of volume conduction in electroneurophysiological detection in patients with carpal tunnel syndrome(CTS).
结论神经电生理检测是诊断和鉴别诊断正中神经返支卡压征的可靠手段，能为临床提供客观、准确的诊断指标。
Conclusion Electrophysiological examination could provide objective and reliable data for diagnosing and differentially diagnosing median nerve recurrent branch entrapment syndrome.
于术后2、4、6个月每组分别取8只大鼠取材、检测，依次行大体观察、神经电生理检测、肌湿重、组织学及电镜观察等。
In each group, 8 rats were taken out for electro-physiological, histological and ultra-structural measurement at 2nd, 4th and 6th month after operation.
治疗前检测两侧腓总神经的电生理情况。
The electrophysiological levels of bilateral common peroneal nerves were determined before treatment.
方法使用重庆泰克自动视觉电生理系统，检测正常及视神经损伤后中国白兔F-VEP。
Methods Changes of F-VEP in normal China rabbits and those after optic nerve injury were detected using TEC automatic visual electric physiological system.
在术后行坐骨神经功能指数(SFI)，电生理学和小腿三头肌肌湿重检测。
Sciatic function index (SFI), electrophysiology and wet weight of muscles triceps surae were detected after surgery.
按设计时间观察神经的组织学电脑图像并检测神经电生理指标和胫前肌重量。
According to the time of design, computer image of histology in nerve was observed, and electric physiological index of nerve and the weight of tibialis anterior muscle were detected.
结论：电生理检测提示舌剩余肌动力性可以重建电生理检测技术不失为评价周围神经再生的一种有效的方法。
Conclusion: Electrophysiologic measurement of hypoglossal lingual nerve transfer in MacacaMulatta suggest dynamic reconstruction of residual tongue muscular be possible.
结论：电生理检测提示舌剩余肌动力性可以重建电生理检测技术不失为评价周围神经再生的一种有效的方法。
Conclusion: Electrophysiologic measurement of hypoglossal lingual nerve transfer in MacacaMulatta suggest dynamic reconstruction of residual tongue muscular be possible.
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