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首页> 外文期刊>Operative Neurosurgery. >The Infratemporal Retro-Eustachian Transposition of the Temporoparietal Fascial Flap for Clival Reconstruction After Endoscopic Endonasal Approach: An Anatomic Conceptual Technique
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The Infratemporal Retro-Eustachian Transposition of the Temporoparietal Fascial Flap for Clival Reconstruction After Endoscopic Endonasal Approach: An Anatomic Conceptual Technique

机译:内窥镜鼻鼻术后临时重建的颞叶筋膜的临时恢复 - eustachian换位:一种解剖概念技术

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摘要

BACKGROUND: Reconstruction after endoscopic endonasal approaches is a key element. Lower clivus reconstruction is difficult and most of the times a pedicled flap is not available. As the complexity and the dimensions of the exposure increase, a reliable reconstruction technique becomes more and more important. OBJECTIVE: To describe the anatomic and technical nuances of the transposition of the temporoparietal fascial flap for lower clivus reconstruction. METHODS: A specific temporoparietal fascial flap (TPFF) design and tunneling technique has been studied using 4 head specimens, microscopic and endoscopic surgical techniques, and neuronavigation. RESULTS: The L-shaped flap offers several advantages. It can be tunneled directly toward the lower clivus passing through the infratemporal fossa. CONCLUSION: The infratemporal retro-eustachian transposition of an L-shaped TPFF provides a vascularized tissue virtually without dimension limits. This is the only technique that allows the flap to be tunneled directly in the lower clivus with the most vascular portion being at the bottom of the defect. Clinical validation is still required since more issues may become relevant in a real-surgery setting. Though, due to its possible complications, this methodology needs further testing and should not be attempted in less experienced hands.
机译:背景:内窥镜鼻鼻方法后的重建是关键元素。较低的Clivus重建是困难的,并且在大多数情况下,不可用。随着暴露的复杂性和尺寸的增加,可靠的重建技术变得越来越重要。目的:描述颞叶筋膜转座的解剖学和技术细微差别,以减少克利夫斯重建。方法:已使用4个头样本,显微镜和内窥镜手术技术以及神经元导航研究了一种特定的颞叶筋膜(TPFF)设计和隧道技术。结果:L形皮瓣具有多种优势。它可以直接朝着穿过正颞窝的下部clivus隧道隧道。结论:L形TPFF的临时重新倍率换位实际上提供了血管化的组织,而无需尺寸限制。这是唯一允许襟翼直接在下部clivus中隧道的技术,其中最血管部分位于缺陷的底部。仍然需要临床验证,因为在实际手术环境中可能有更多的问题可能与之相关。但是,由于可能的并发症,这种方法需要进一步测试,不应在经验不足的手中尝试。

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