中华神经外科杂志
中華神經外科雜誌
중화신경외과잡지
Chinese Journal of Neurosurgery
2010年
12期
1074-1077
,共4页
冯保会%郑学胜%应婷婷%王旭辉%李心远%孟佑强%李世亭
馮保會%鄭學勝%應婷婷%王旭輝%李心遠%孟祐彊%李世亭
풍보회%정학성%응정정%왕욱휘%리심원%맹우강%리세정
三叉神经%电生理监测%定位%微血管减压术
三扠神經%電生理鑑測%定位%微血管減壓術
삼차신경%전생리감측%정위%미혈관감압술
Trigeminal nerve%Electrophysiological monitoring%Locating%Microvascular decompression
目的 通过电生理监测,研究三叉神经各分支纤维在后根的空间位置.方法 选择手术的20例三叉神经痛患者,分别刺激三叉神经进入脑干区的头端、尾端、背侧、腹侧,在眶上孔、眶下孔、颏孔同时记录复合神经动作电位,观察外周分支的波形出现情况.结果 刺激部位不同,波形在不同分支的出现情况也不同.根据电生理监测,V1支主要位于头端,V2支主要位于头端背侧和腹侧,V3支主要位于尾端腹侧和背侧,与疼痛部位及术中所见血管压迫位置一致.结论 通过逆向电刺激记录复合神经动作电位,可以帮助定位三叉神经各分支纤维在后根的位置,用于微血管减压术中能帮助判断责任血管,为血管减压提供参考.
目的 通過電生理鑑測,研究三扠神經各分支纖維在後根的空間位置.方法 選擇手術的20例三扠神經痛患者,分彆刺激三扠神經進入腦榦區的頭耑、尾耑、揹側、腹側,在眶上孔、眶下孔、頦孔同時記錄複閤神經動作電位,觀察外週分支的波形齣現情況.結果 刺激部位不同,波形在不同分支的齣現情況也不同.根據電生理鑑測,V1支主要位于頭耑,V2支主要位于頭耑揹側和腹側,V3支主要位于尾耑腹側和揹側,與疼痛部位及術中所見血管壓迫位置一緻.結論 通過逆嚮電刺激記錄複閤神經動作電位,可以幫助定位三扠神經各分支纖維在後根的位置,用于微血管減壓術中能幫助判斷責任血管,為血管減壓提供參攷.
목적 통과전생리감측,연구삼차신경각분지섬유재후근적공간위치.방법 선택수술적20례삼차신경통환자,분별자격삼차신경진입뇌간구적두단、미단、배측、복측,재광상공、광하공、해공동시기록복합신경동작전위,관찰외주분지적파형출현정황.결과 자격부위불동,파형재불동분지적출현정황야불동.근거전생리감측,V1지주요위우두단,V2지주요위우두단배측화복측,V3지주요위우미단복측화배측,여동통부위급술중소견혈관압박위치일치.결론 통과역향전자격기록복합신경동작전위,가이방조정위삼차신경각분지섬유재후근적위치,용우미혈관감압술중능방조판단책임혈관,위혈관감압제공삼고.
Objective The spatial location of nerve fibers of various trigeminal branches in the posterior root were studied using electrophysiological monitoring.Methods This clinic study included 20 cases of trigeminal neuralgia patients receiving microvascular decompression surgery.During operation,the rostral,caudal,dorsal and ventral parts of the root entry zone of trigeminal nerve were stimulated respectively.The compound nerve action potentials were recorded in supraorbital,infraorbital and mental foramina simultaneously.Then the waves recorded from each peripheral branch were analyzed.Results Different parts stimulated,the occurrence of the compound nerve action potential wave was different.According to electrophysiological monitoring,the V1 fibers were mainly located in the rostral part,the V2 fibers in the rostral dorsal and ventral parts,and the V3 fibers in the caudal ventral and dorsal parts.The electrophysiological data were in accordance with the symptoms and the vascular compression location.Conclusion Recording compound nerve action potentials through antidromic electrical stimulation can help to locate the various branches of the trigeminal nerve in the posterior root,to identify causal vessel,and to provide reference for microvascular decompression surgery.