Three-dimensional 4K resolution video microscope in an orbitozygomatic approach for skull base tumor

Three-dimensional 4K resolution video microscope in an orbitozygomatic approach for skull base tumor
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三维 4K 分辨率视频显微镜在眶颧入路治疗颅底肿瘤

DOI:
10.1016/j.inat.2021.101315
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发表时间:
2021
期刊:
Interdisciplinary Neurosurgery
影响因子:
--
通讯作者:
Matsuo Takayuki
Matsuo Takayuki
中科院分区:
--
文献类型:
--
作者:
Ujifuku Kenta;Baba Shiro;Yoshida Koichi;Horie Nobutaka;Izumo Tsuyoshi;Kamada Kensaku;Matsuo Takayuki

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背景作者提出,新开发的三维 4K 分辨率 (3D-4K) 视频显微镜 Orbeye™ 可以成为一种用户友好的替代工具,用于进行眶颧开颅术和肿瘤切除术。该药物于 2017 年 10 月在日本正式获得批准。 病例描述 一名 38 岁、其他方面健康的女性,出现左侧视力障碍、运动性失语、头痛和呕吐。磁共振成像(MRI)显示存在较大的左侧蝶骨嵴脑膜瘤,并伴有明显的灶周水肿和占位效应。使用 Orbeye™,安全地进行了整体眶颧开颅手术和颅底肿瘤切除术。由于手术区域具有逼真的 3D 感知、出色的照明和视角,它使我们能够执行手术并共享手术图像。特别是,使用传统方法似乎极难获得较低的视角。患者恢复了日常生活,术后 MRI 显示肿瘤完全切除。结论 Orbeye™ 克服了手术显微镜的缺点。它具有人性化的设计,外科医生的术中疲劳和压力似乎有所减轻。对于观察者来说,使用 3D-4K 图像了解颅底技术的细微差别非常有用。
BackgroundThe authors propose that the newly developed three-dimensional 4K resolution (3D-4K) video microscope, Orbeye™, can be a user-friendly alternative tool for performing orbitozygomatic craniotomy and tumor removal. It was officially approved in Japan in October 2017.Case descriptionA 38-year-old, otherwise healthy, woman presented with left impaired visual acuity, motor aphasia, headache, and vomiting. Magnetic resonance imaging (MRI) revealed the presence of a large left sphenoid ridge meningioma with marked perifocal edema and mass effect. Using Orbeye™, en bloc orbitozygomatic craniotomy and skull base tumor removal were safely performed. It enabled us to perform the procedure, and to share the operative image owing to the realistic 3D perception of the operative field, its excellent illumination, and viewing angle. Especially, the lower viewing angle appeared to be extremely difficult to obtain using conventional methods. The patient resumed her daily life, and a postoperative MRI showed total removal of the tumor.ConclusionsOrbeye™ has overcome shortcomings of the operative microscope. It has a user-friendly design, and surgeons’ intraoperative fatigue and stress appear to be decreased. It is useful for observers to understand the skull base technical nuances using the 3D-4K image.
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