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首页> 外文期刊>Neurosurgery >An incidence of anteroinferior cerebellar artery/posteroinferior cerebellar artery anatomic variants penetrating the subarcuate fossa dura: operative technique and identification with 3-dimensional fast imaging employing steady- state acquisition magnetic resonance imaging.
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An incidence of anteroinferior cerebellar artery/posteroinferior cerebellar artery anatomic variants penetrating the subarcuate fossa dura: operative technique and identification with 3-dimensional fast imaging employing steady- state acquisition magnetic resonance imaging.

机译:穿透弓状窝硬脑膜的小脑前下小动脉/小脑后下小动脉解剖变异的发生率:手术技术和使用稳态采集磁共振成像的3维快速成像技术进行鉴定。

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摘要

OBJECTIVE: This case series reports an incidence of anomalous vascular anatomy within the cerebellopontine angle. The relevant literature effectively describes techniques for mobilization yet underestimates the incidence. There has been no literature on the use of magnetic resonance imaging (MRI) to preoperatively identify this anatomic variant. METHODS: We identify 8 cases of anomalous vascular anatomy within the cerebellopontine angle over a period of 6 years. They were uniformly identified through a retrosigmoid approach. Retrospective review of available 3-dimensional fast imaging employing steady-state acquisition (3D-FIESTA) sequences was performed. Intraoperative video capture of technique for mobilization was obtained. Institutional neurosurgical database review identified retrosigmoid craniotomies performed by the senior surgeon. RESULTS: We identify 8 of 192 cases (4.2%) as having this anomalous vascular anatomy. This aberrant vascular loop resulted in subtotal resection in 3 of 8 cases (37.5%) and significant morbidity in 1 of 8 cases (12.5%). The retrospective review of the 3D-FIESTA MRI sequences positively identified this aberrant vascular course in 5 of 5 cases (100%). The digital video recording is of high quality and demonstrates proper technique for mobilization. CONCLUSION: The presence of this vessel creates the potential for technical difficulty and significant complications. We report the incidence and techniques of mobilization. This variant can potentially be identified on preoperative 3D-FIESTA MRI sequences. Knowledge of this anatomy may guide neurosurgeons in their case preparation.
机译:目的:本病例系列报告了在小脑桥脑角内发生异常血管解剖的情况。相关文献有效地描述了动员技术,但低估了发病率。尚无关于使用磁共振成像(MRI)术前鉴定该解剖变异的文献。方法:我们在6年的时间里确定了8例小脑桥角内血管解剖异常的病例。通过后乙状结肠方法对它们进行了统一识别。回顾性综述了采用稳态采集(3D-FIESTA)序列的可用3维快速成像。术中获得了动员技术的视频录像。机构神经外科数据库审查确定了由高级外科医生进行的乙状窦后开颅手术。结果:我们确定192例中有8例(4.2%)具有这种异常的血管解剖结构。这种异常的血管loop导致8例中的3例(37.5%)的大体切除术和8例中的1例(12.5%)的高发病率。对3D-FIESTA MRI序列的回顾性研究在5例病例中有5例(100%)积极地确定了这种异常血管过程。数字视频录制具有很高的质量,并展示了动员的适当技术。结论:该血管的存在造成了技术难度和重大并发症的可能性。我们报告了动员的发生率和技术。可以在术前3D-FIESTA MRI序列上识别该变体。了解此解剖结构可能会指导神经外科医生进行病例准备。

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