Dellon A L, Schlegel R W, Mackinnon S E
Division of Plastic Surgery, Johns Hopkins University School of Medicine, Baltimore, Md.
J Hand Surg Am. 1987 Sep;12(5 Pt 1):700-3. doi: 10.1016/s0363-5023(87)80051-5.
To determine which anatomic position and marking techniques are valid for postoperative electrodiagnostic testing, ten patients were studied during anterior transposition of the ulnar nerve. Variables included skin and ulnar nerve distances measured anterior and posterior to the medial humeral epicondyle, and ulnar nerve conduction velocities over these distances, with the elbow flexed and extended, and with the ulnar nerve in the pretransposition and posttransposition location. The results of the study confirm that ulnar nerve conduction velocity is recorded as faster with elbow flexion preoperatively and elbow extension postoperatively when the skin measurement used for the distance is kept constant. Postoperatively, the most valid measurement of ulnar nerve conduction velocity was a skin distance that was posterior to the medial humeral epicondyle with the elbow extended.
为确定哪些解剖位置和标记技术对术后电诊断测试有效,对10例尺神经前置手术患者进行了研究。变量包括在内上髁前后测量的皮肤与尺神经的距离,以及在肘关节屈曲和伸展时,以及尺神经在前置和后置位置时,这些距离上的尺神经传导速度。研究结果证实,当用于测量距离的皮肤测量值保持恒定时,术前肘关节屈曲和术后肘关节伸展时记录的尺神经传导速度更快。术后,尺神经传导速度最有效的测量方法是在肘关节伸展时测量在内上髁后方的皮肤距离。