Franz A, Conrad B
EEG EMG Z Elektroenzephalogr Elektromyogr Verwandte Geb. 1978 Dec;9(4):189-9.
In 71 healthy subjects and in 38 diabetics the shortest F-wave latencies were evaluated for the n.medianus, n.ulnaris, n.tibialis and n.peronaeus. The motor nerve conduction velocities calculated hereby for the upper and lower extremities were compared with the corresponding distal motor conduction velocities measured in the conventional manner. The comparison of the 2 differently defined motor conduction velocities in healthy and diabetic subjects yielded a better separation between the normal and pathological range in all 4 nerves with the method based on the F-wave latency. For the group of healthy subjects the statistical basis of a preliminary normal range of the F-wave latency was established and nomograms were provided on the basis of the 99% confidence limits which--knowing the length of the arm or leg--open the possibility to derive the corresponding motor conduction velocity.
在71名健康受试者和38名糖尿病患者中,评估了正中神经、尺神经、胫神经和腓总神经的最短F波潜伏期。由此计算出的上下肢运动神经传导速度与以传统方式测量的相应远端运动传导速度进行了比较。在健康受试者和糖尿病患者中,对两种不同定义的运动传导速度进行比较,结果表明,基于F波潜伏期的方法在所有4条神经中能更好地区分正常范围和病理范围。为健康受试者组建立了F波潜伏期初步正常范围的统计学基础,并根据99%置信限提供了列线图,根据手臂或腿部的长度,利用该列线图可以得出相应的运动传导速度。