Cheah Benjamin C, Kiernan Matthew C
Prince of Wales Medical Research Institute, Barker Street, Randwick, NSW 2031, Australia.
Curr Opin Investig Drugs. 2010 Jan;11(1):72-9.
Recent developments in the field of neurophysiology have led to the refinement of neurophysiological techniques, enabling clinical investigators to assess neuropathy patients with greater precision. In addition to conventional nerve conduction studies and electromyography, novel axonal excitability techniques and quantitative sensory testing may be used to improve diagnosis and to characterize and serially monitor peripheral nerve disorders. A significant expansion in the number of clinical trials being conducted for neurological indications has increased the impetus to further develop neurophysiological measures that reflect the responsiveness to drug therapies. Measures such as motor unit number estimation and the neurophysiological index may facilitate the advancement of compounds in the drug discovery pipeline. This review summarizes several electrodiagnostic and neurophysiological techniques, both conventional and novel, highlighting recent advances that are relevant to disease diagnosis and the assessment of patient response to treatment strategies.
神经生理学领域的最新进展促使神经生理学技术得到完善,使临床研究人员能够更精确地评估神经病变患者。除了传统的神经传导研究和肌电图检查外,新型轴突兴奋性技术和定量感觉测试也可用于改善诊断、表征和连续监测周围神经疾病。针对神经学适应症开展的临床试验数量大幅增加,这进一步推动了对能够反映药物治疗反应性的神经生理学测量方法的研发。诸如运动单位数量估计和神经生理指数等测量方法可能有助于药物研发流程中化合物的推进。本综述总结了几种传统和新型的电诊断及神经生理学技术,重点介绍了与疾病诊断以及评估患者对治疗策略反应相关的最新进展。