Nash C L, Lorig R A, Schatzinger L A, Brown R H
Clin Orthop Relat Res. 1977 Jul-Aug(126):100-5.
Twenty-six orthopedic and 8 neurosurgical patients undergoing spine surgery had spinal cord monitoring before, during, and after operation using somatosensory, averaged cortical evoked responses. Although no inherent risks were apparent in the technical application of this form of spinal cord monitoring, there are limitations that have yet to be evaluated. Classically, somatosensory evoked responses have been considered a function of the posterior columns; however, the results of these studies indicate that more than the function of the dorsal columns alone can be evaluated with this technique. In addition, much remains to be learned regarding the changes in signals noted and the corresponding clinical conditions. Techniques more sophisticated than visual evaluation of response patterns must be established and more sophisticated methods of analysis must be developed. Despite the need for more knowledge of the nature of this system and the correlation between evoked responses and clinical conditions, the system has proved to be effective and to have great potential for improving spine and spinal cord surgery.
26名接受脊柱手术的骨科患者和8名神经外科患者在手术前、手术期间和手术后使用体感平均皮层诱发电位进行脊髓监测。虽然这种形式的脊髓监测在技术应用中没有明显的固有风险,但仍存在一些尚未评估的局限性。传统上,体感诱发电位被认为是后柱的功能;然而,这些研究结果表明,使用该技术可以评估的不仅仅是背柱的功能。此外,关于所记录信号的变化以及相应的临床情况,仍有许多需要了解的地方。必须建立比视觉评估反应模式更复杂的技术,并开发更复杂的分析方法。尽管需要更多地了解该系统的性质以及诱发电位与临床情况之间的相关性,但该系统已被证明是有效的,并且在改善脊柱和脊髓手术方面具有巨大潜力。