McGillicuddy J E
Section of Neurosurgery, University of Michigan Medical School, Ann Arbor.
Neurosurg Clin N Am. 1991 Jan;2(1):137-50.
In the not too distant past brachial plexus injuries were considered to have a poor, almost hopeless, prognosis, and a conservative approach of waiting for any spontaneous recovery was advocated. The development of microtechniques for nerve grafting and repair combined with precise electrophysiologic testing of nerve continuity by SSEP and NAP techniques have changed this outlook completely. An aggressive approach to plexus injuries can now be advocated. This approach must be grounded in a thorough knowledge of the internal and external anatomy of the plexus and a careful analysis of each injured element. The type, location, and degree of injury to each area of the plexus are the critical factors in determining the proper course of action in these injuries. Organization of these data, derived from serial clinical and electrical examinations, provides the framework for clinical decisions in brachial plexus injuries. Classification of the many aspects of a plexus injury will simplify the decision making in what may initially seem to be a hopelessly complicated problem.
在不久之前,臂丛神经损伤被认为预后很差,几乎毫无希望,因此提倡采取保守方法,等待任何自发恢复。神经移植和修复的显微技术的发展,再加上通过体感诱发电位(SSEP)和神经动作电位(NAP)技术对神经连续性进行精确的电生理测试,彻底改变了这种看法。现在可以提倡对臂丛神经损伤采取积极的治疗方法。这种方法必须基于对臂丛神经内部和外部解剖结构的全面了解以及对每个受损部位的仔细分析。臂丛神经每个区域的损伤类型、位置和程度是决定这些损伤正确治疗方案的关键因素。从系列临床和电检查中得出的这些数据的整理,为臂丛神经损伤的临床决策提供了框架。对臂丛神经损伤诸多方面进行分类,将简化最初看似极其复杂问题的决策过程。