To study the method and curative effect of total hip surface replacement using non-image based surgical navigation system.
探讨非影像手术导航系统下进行全髋关节表面置换的方法和疗效。
The model construction of the instruments is the base of the surgical navigation and is important to improve the security and precision of operation.
器械模型的建立为手术导航系统中器械的可视化与实时跟踪奠定了基础，对于提高手术的可靠性与准确性具有重要的作用。
According to practical demands, the control software system of surgical navigation and telemedicine system of robot-assisted neurosurgery are developed.
根据实际需要，开发了手术导航控制软件系统以及机器人辅助手术远程医疗系统。
Background: Whether total knee arthroplasty with use of computer-assisted surgical navigation can improve the limb and component alignment is a matter of debate.
背景知识：在全膝关节成形术中，计算机辅助的外科导航技术是否可以改善肢体及其附件的对线是大家争论的焦点。
Vascular tree angiograms are important tools for computer-aided diagnosing the presence of vascular disease, interactive therapy, surgical navigation and tracing the progress of diseases.
血管影像是基于计算机辅助的心脑血管疾病诊断与介入治疗、手术导航及术后观察的重要手段。
We hypothesized that total knee arthroplasty with use of computer-assisted surgical navigation is superior to conventional total knee arthroplasty with regard to the precision of implant positioning.
作者设想在全膝关节成形术中，在移植物的定位方面，计算机辅助的外科技术由于传统的全膝关节成形术。
Although there are several remaining issues, SN navigation should provide a paradigm shift for the surgical management of early gastric cancer in near future.
虽然目前还存在一些尚待解决的问题，但在不久的将来，信号淋巴结导航技术的成熟必然改变早期胃癌的手术处理手段。
Objective The integration of open-MR and optical navigation system can be used in neurosurgery for accurately lesion positioning, real-time tracing of surgical devices and intraoperative monitoring.
目的开放式磁共振结合导航系统，可以获得准确的手术定位、对手术器械的实时引导和术中监控。
Objective to discuss application of initiative infrared ray computer assisted 3d navigation system in spinal complex operation to improve surgical safety.
目的讨论应用红外线主动诱导计算机辅助三维导航系统进行脊柱外科复杂结构的手术以期提高手术安全性。
Objective to discuss application of initiative infrared ray computer assisted 3d navigation system in spinal complex operation to improve surgical safety.
目的讨论应用红外线主动诱导计算机辅助三维导航系统进行脊柱外科复杂结构的手术以期提高手术安全性。
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