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MOTOR EVOKED POTENTIAL OF MAGNETIC STIMULATION IN THE DETERMINATION OF S_1 RADICULOPATHY
作者姓名:杨哲  陈君长  赵龙柱  王坤正  鱼全生  王勇
作者单位:Department of Orthopaedics,Second Teaching Hospital,Xi'an Medical University,Xi'an710004
摘    要:LumbosacralradiculopathyisthemostcommoncauSeoftheachingwaistsandlegs.Radiography,CT,MRIarevaluabletothediagnosisoftheoccupativedisease,butpowerlesstothenon-occupa-tivediseases,suchasrootdegeneration,inflammation,etc.Soelectrophysiologicexaminatio'1isveryimportantinthesecas-es.Magneticstimulationwhichisasanon-invasiveelectropLlysiologictechniquehasbeenusedintheclinicaldiagnosisofvariousdemyelination"~",suchasmulti-plesclerosis,amyotrophiclateralsclerosis(ALS)andcerebrovasculardisease,etc-I…


MOTOR EVOKED POTENTIAL OF MAGNETIC STIMULATION IN THE DETERMINATION OF S_1 RADICULOPATHY
Yang Zhe,Chen Junchang , Zhao Longzhu,Wang Kunzheng, Yu Quansheng, Wang Yong.MOTOR EVOKED POTENTIAL OF MAGNETIC STIMULATION IN THE DETERMINATION OF S_1 RADICULOPATHY[J].Academic Journal of Xi’an Jiaotong University,1997(1).
Authors:Yang Zhe  Chen Junchang  Zhao Longzhu  Wang Kunzheng  Yu Quansheng  Wang Yong
Abstract:Motor evoked potentlal (MEP) elicited by magnetic stimulation was utilised to diagnose S1 radiculopathy non-invasively. Magnetic stimulation estimated motor nerve conduction time (MNCT), which was used in combination with F response recorded from soleus, allowed calculation of motor root conduction time (MRCT). 50 healthy controls and 30 patients with S1 radiculopathy were studied- The results showed that no difference was seen in MNCT in all patients, but MRCT were markedly prolonged in 87% of the patients, which was higher than the prolongation of F wave latency in 71% or the patients. it is concluded that MEP of magnetic stimulation is a useful technique for non-invasive diagnosis of S, radiculopathy.
Keywords:magnetic stimulation  motor evoked potential  F wave latency  radiculopathy
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