Nabavi A, Mamisch C T, Gering D T, Kacher D F, Pergolizzi R S, Wells W M, Kikinis R, Black P M, Jolesz F A
Department of Radiology, Magnetic Resonance Therapy, Brigham and Women's Hospital, Harvard Medical School, Boston, MA, USA.
Minim Invasive Ther Allied Technol. 2000;9(3-4):277-86. doi: 10.1080/13645700009169658.
Computer-assisted 3D planning, navigation and the possibilities offered by intra-operative imaging updates have made a large impact on neurological surgery. Three-dimensional rendering of complex medical image information, as well as co-registration of multimodal sources has reached a highly sophisticated level. When introduced into surgical navigation however, this pre-operative data is unable to account for intra-operative changes, ('brain-shift'). To update structural information during surgery, an open-configured, intra-operative MRI (Signa SP, 0.5 T) was realised at our institution in 1995. The design, advantages, limitations and current applications of this system are discussed, with emphasis on the integration of imaging into procedures. We also introduce our integrated platform for intra-operative visualisation and navigation, the 3D Slicer.
计算机辅助三维规划、导航以及术中影像更新所带来的可能性,已对神经外科手术产生了重大影响。复杂医学图像信息的三维渲染以及多模态源的配准已达到高度复杂的水平。然而,当将其引入手术导航时,这种术前数据无法考虑术中变化(“脑移位”)。为了在手术过程中更新结构信息,1995年我们机构实现了一台开放式配置的术中磁共振成像设备(Signa SP,0.5T)。本文讨论了该系统的设计、优点、局限性及当前应用,重点在于将影像整合到手术操作中。我们还介绍了用于术中可视化和导航的集成平台——3D Slicer。