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串联压迫型面肌痉挛术中异常肌反应与Z-L反应联合监测

Combined intraoperative monitoring of abnormal muscle response and Z-L response for hemifacial spasm with tandem compression type.

作者信息

Yang Min, Zheng Xuesheng, Ying Tingting, Zhu Jin, Zhang Wenchuan, Yang Xiaosheng, Li Shiting

机构信息

Department of Neurosurgery, XinHua Hospital, Affiliated to Shanghai JiaoTong University School of Medicine, 1665 Kongjiang Road, Yangpu District, Shanghai, 200092, China.

出版信息

Acta Neurochir (Wien). 2014 Jun;156(6):1161-6; discussion 1166. doi: 10.1007/s00701-014-2015-y. Epub 2014 Feb 9.

Abstract

BACKGROUND

Multiple neurovascular compression is present in about 38 % cases of hemifacial spasm (HFS). In these cases, the vertebral artery (VA) compresses another vessel, which in turn compresses the nerve. This type was named as "the tandem type". In the tandem type, the real offending vessel is often concealed by the VA. It is sometimes neglected by the surgeons. In this study, we report our experience in using abnormal muscle response (AMR) and ZL-Response (ZLR) simultaneously as intraoperative monitoring for MVD surgery of HFS with "the tandem type" vascular compression involving VA.

METHODS

Fourteen "tandem type" patients treated with microvascular decompression surgery (MVD) surgery were included. ZLR and AMR were recorded simultaneously to identify the offending vessels in operation.

RESULTS

After MVD surgery, 13 patients achieved excellent resolution of spasm. In one case, the patient failed to attain resolution in the first operation, underwent early reoperation and had good resolution. There were no operative deaths or serious operative complications. In all 14 cases, we found that VA compressed the anterior inferior cerebellar artery (AICA) or posterior inferior cerebellar artery (PICA), which in turn compressed the root exit zone (REZ). A typical ZLR was identified from the AICA or PICA but not from the VA. AMR was absent in one case and persisted in one case. After the VA was transposed, the typical AMR was unchanged, unstable or disappeared, and ZLR from the AICA/PICA also existed. AMR and ZLR did not disappear until AICA/PICA was sufficiently decompressed.

CONCLUSIONS

The combination of AMR and ZLR provides more useful information than does the AMR alone, and ZLR may be the only useful intraoperative monitoring for MVD surgery in times when AMR is absent or persists. ZLR played a crucial role in finding the real offending vessel, which was often concealed by the VA in tandem type.

摘要

背景

在约38%的面肌痉挛(HFS)病例中存在多神经血管压迫。在这些病例中,椎动脉(VA)压迫另一血管,该血管进而压迫神经。这种类型被命名为“串联型”。在串联型中,真正的责任血管常被VA遮挡。外科医生有时会忽略它。在本研究中,我们报告了同时使用异常肌肉反应(AMR)和ZL反应(ZLR)作为术中监测手段,用于治疗伴有VA参与的“串联型”血管压迫的HFS患者的微血管减压术(MVD)的经验。

方法

纳入14例接受微血管减压手术(MVD)治疗的“串联型”患者。术中同时记录ZLR和AMR以识别责任血管。

结果

MVD手术后,13例患者痉挛症状得到极佳缓解。1例患者在首次手术时未缓解,接受早期再次手术并获得良好缓解。无手术死亡或严重手术并发症。在所有14例病例中,我们发现VA压迫小脑前下动脉(AICA)或小脑后下动脉(PICA),后者进而压迫神经根出脑区(REZ)。从AICA或PICA可识别出典型的ZLR,但从VA未识别出。1例病例AMR缺失,1例病例AMR持续存在。VA移位后,典型的AMR未改变、不稳定或消失,来自AICA/PICA的ZLR也存在。直到AICA/PICA得到充分减压,AMR和ZLR才消失。

结论

与单独使用AMR相比,AMR和ZLR联合提供了更有用的信息,并且在AMR缺失或持续存在时,ZLR可能是MVD手术唯一有用的术中监测手段。ZLR在发现真正的责任血管方面发挥了关键作用,在串联型中该血管常被VA遮挡。

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