Tomasella M, Crielaard J M, Wang F C
Service de Médecine de l'Appareil Locomoteur et Electromyographie, Université de Liège.
Rev Med Liege. 2001 Oct;56(10):716-22.
Lumbar paraspinal muscles examination is an interesting part of the electrodiagnostic evaluation of patients with suspected lumbosacral radiculopathy. However, many electromyographers hesitate to routinely include that technique in their study of lower limbs. The purpose of this paper is to specify the anatomy and electrophysiologic data of multifidus lumbar paraspinal muscle. Previous anatomic studies indicate that the medial lumbar multifidus and lumbar interspinalis muscles share unisegmental innervation by the dorsal ram of the spinal nerve. Electromyography of these muscles can improve the sensitivity of lumbosacral radiculopathy detection. Multi-MUP analysis of quantitative electromyographic parameters in lumbar paraspinal muscles, in a population of 75 healthy subjects without back pain, allowed to set up normal values for the L5 myotome.
腰椎旁肌检查是疑似腰骶神经根病患者电诊断评估中一个有趣的部分。然而,许多肌电图检查人员在对下肢的研究中不愿常规采用该技术。本文的目的是明确多裂肌腰椎旁肌的解剖结构和电生理数据。先前的解剖学研究表明,腰椎内侧多裂肌和腰椎棘间肌由脊神经后支进行单节段支配。这些肌肉的肌电图检查可提高腰骶神经根病检测的敏感性。对75名无背痛的健康受试者群体进行腰椎旁肌定量肌电图参数的多运动单位电位分析,从而确定了L5肌节的正常值。