[Various Bypass Surgery:Preoperative Simulation for STA-MCA Bypass].

Q4 Medicine Neurological Surgery Pub Date : 2024-03-01 DOI:10.11477/mf.1436204924
Hiromasa Kobayashi, Yoko Matsuo, Atsushi Hirota, Ken Miyagawa, Ryota Taomoto, Takayuki Koga, Hiroshi Abe
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引用次数: 0

Abstract

In STA-MCA bypass surgery, it is important to select the optimal recipient using preoperative simulation to avoid complications. We report a preoperative simulation for STA-MCA bypass using the Brain LAB iPLAN platform®BRAIN LAB)and the 3DCG simulation software GRID®Kompath). Here, we introduce the basics and applications of preoperative simulation for occlusive atherosclerotic lesions and present a target bypass for periventricular anastomosis and peripheral vessels of aneurysms in Moyamoya disease. By creating and visualizing 3D fusion images, the optimal donor and recipient can be selected. Determining the skin incision and extent of craniotomy according to the case is also applicable to the minimally invasive STA-MCA bypass. Preoperative simulations enable accurate pinpoint bypass surgery and prevent complications.

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[各种搭桥手术:STA-MCA 搭桥术的术前模拟]。
在 STA-MCA 搭桥手术中,利用术前模拟选择最佳受术者以避免并发症非常重要。我们报告了使用 Brain LAB iPLAN 平台®BRAIN LAB)和 3DCG 模拟软件 GRID®Kompath) 进行的 STA-MCA 搭桥术术前模拟。在此,我们介绍了针对闭塞性动脉粥样硬化病变的术前模拟的基本原理和应用,并介绍了针对 Moyamoya 病的脑室周围吻合和动脉瘤周围血管的目标旁路。通过创建和可视化三维融合图像,可以选择最佳的供体和受体。根据病例确定皮肤切口和开颅范围也适用于微创 STA-MCA 搭桥术。术前模拟可实现精确定位的搭桥手术,防止并发症的发生。
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来源期刊
Neurological Surgery
Neurological Surgery Medicine-Medicine (all)
自引率
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发文量
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