Rossini Zefferino, Cardia Andrea, Milani Davide, Lasio Giovanni Battista, Fornari Maurizio, D'Angelo Vincenzo
Division of Neurosurgery, Università degli Studi di Milano, Milano, Italy; Division of Neurosurgery, HumanitasClinical and Research Center, Rozzano, Milano, Italy.
Division of Neurosurgery, HumanitasClinical and Research Center, Rozzano, Milano, Italy.
World Neurosurg. 2017 Nov;107:663-668. doi: 10.1016/j.wneu.2017.08.083. Epub 2017 Aug 24.
Optimal vision and ergonomics are important factors contributing to achievement of good results during neurosurgical interventions. The operating microscope and the endoscope have partially filled the gap between the need for good surgical vision and maintenance of a comfortable posture during surgery. Recently, a new technology called video-assisted telescope operating monitor or exoscope has been used in cranial surgery. The main drawback with previous prototypes was lack of stereopsis. We present the first case report of cranial surgery performed using the VITOM 3D, an exoscope conjugating 4K resolution view and three-dimensional technology, and discuss advantages and disadvantages compared with the operating microscope.
A 50-year-old patient with vertigo and headache linked to a petrous ridge meningioma underwent surgery using the VITOM 3D. Complete removal of the tumor and resolution of symptoms were achieved. The telescope was maintained over the surgical field for the duration of the procedure; a video monitor was placed at 2 m from the surgeons; and a control unit allowed focusing, magnification, and repositioning of the camera.
VITOM 3D is a video system that has overcome the lack of stereopsis, a major drawback of previous exoscope models. It has many advantages regarding ergonomics, versatility, and depth of field compared with the operating microscope, but the holder arm and the mechanism of repositioning, refocusing, and magnification need to be ameliorated. Surgeons should continue to use the technology they feel confident with, unless a distinct advantage with newer technologies can be demonstrated.
最佳视力和人体工程学是神经外科手术取得良好效果的重要因素。手术显微镜和内窥镜部分填补了手术中对良好手术视野的需求与保持舒适姿势之间的差距。最近,一种名为视频辅助望远镜手术监视器或外视镜的新技术已应用于颅脑手术。以往原型的主要缺点是缺乏立体视觉。我们报告首例使用VITOM 3D进行颅脑手术的病例,VITOM 3D是一种结合了4K分辨率视图和三维技术的外视镜,并讨论其与手术显微镜相比的优缺点。
一名50岁患有与岩骨嵴脑膜瘤相关的眩晕和头痛的患者接受了使用VITOM 3D的手术。肿瘤完全切除,症状得到缓解。在手术过程中,望远镜一直保持在手术区域上方;视频监视器放置在距离外科医生2米处;控制单元可进行对焦、放大和重新定位摄像头。
VITOM 3D是一种视频系统,克服了以往外视镜模型缺乏立体视觉这一主要缺点。与手术显微镜相比,它在人体工程学、多功能性和景深方面有许多优点,但固定臂以及重新定位、重新聚焦和放大的机制需要改进。除非能证明新技术有明显优势,外科医生应继续使用他们有信心的技术。