Federspil P A
Univ.-Hals-Nasen-Ohren-Klinik, Universitätsklinikum Heidelberg, Im Neuenheimer Feld 400, 69120, Heidelberg.
HNO. 2009 Oct;57(10):983-9. doi: 10.1007/s00106-009-1986-0.
Ever faster processor capacity is having an impact on computer-assisted or computer-aided surgery (CAS). The fusion of different imaging modalities enables functional data such as PET-CT, for example, to be available in image-guided surgery. Referencing of image data is the key to precise navigation. Intraoperative data acquisition is a new approach to improving accuracy. Thus, intraoperative CT conducted under navigational support enables automatic referencing of up-to-date image data. Alternatively, intraoperative magnetic resonance imaging or intraoperative sonography can be performed. Ultrasound systems have already been successfully integrated in existing navigational systems to compensate for intraoperative tissue shifting. Ultrasound systems may play a role in the future as a single modality in image-guided surgery in soft tissue of the neck and skull bone.
处理器能力的提升速度越来越快,这正在对计算机辅助手术(CAS)产生影响。不同成像模态的融合使得诸如PET-CT等功能数据能够在图像引导手术中可用。图像数据的配准是精确导航的关键。术中数据采集是提高准确性的一种新方法。因此,在导航支持下进行的术中CT能够自动配准最新的图像数据。或者,也可以进行术中磁共振成像或术中超声检查。超声系统已经成功集成到现有的导航系统中,以补偿术中组织移位。未来,超声系统可能作为颈部软组织和颅骨图像引导手术中的单一模态发挥作用。