Augmented Reality Navigation in Spine Surgery

R. Huang, Angelika Maag, Moshiur Bhuiyan
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引用次数: 1

Abstract

Spine has several complicated joints and nerves that need to look after well during the surgery procedure. Spine surgery in some ways easily creates scoliosis, degenerative disc disease, spinal stability problem. All these procedures need highly skilled operators with a specific program. The previous traditional program has, unfortunately, plenty of variations in image registration over precision rate and technical issues. As the technical problem, human mistakes, and shortage of standard equipment happen widely, the aim of this research is to increase the surgeon’s efficiency in navigation location assurance and to decrease the exposure of radiation for patients and operators. This study is a review-based approach. A variety of methods are applied to evaluate the different works conducted across the similar circumstances. 30 state of the art publications are categorised to elaborate and further elaborate the utility of the Augmented Reality (AR) navigation system in spine surgery. The criterions recognised for verifying AR navigation in spine surgery are system recognition, system comparison and its robustness. This paper will provide an analysis of the navigation systems methodology to spine surgery by Augmented Reality in present studies and propose an improved navigation framework that emphasises the characteristics and effectiveness of AR in regard of accuracy, radiation exposure and reliability in surgery compared to the present surgical procedure.
增强现实导航在脊柱外科
脊柱有几个复杂的关节和神经,在手术过程中需要照顾好。脊柱手术在某些方面很容易造成脊柱侧凸,椎间盘退行性疾病,脊柱稳定性问题。所有这些程序都需要具有特定程序的高技能操作员。遗憾的是,以前的传统程序在图像配准精度和技术问题上存在很多差异。由于技术问题、人为失误和标准设备不足等问题普遍存在,本研究旨在提高外科医生在导航定位保证方面的效率,减少患者和手术人员的辐射暴露。本研究是一种基于综述的方法。各种方法被应用于评估在类似情况下进行的不同工作。30个最先进的出版物被分类,以详细说明和进一步详细说明增强现实(AR)导航系统在脊柱外科中的应用。验证AR导航在脊柱外科中的应用的标准有系统识别、系统比较和鲁棒性。本文将分析目前研究中的增强现实脊柱外科导航系统方法,并提出一种改进的导航框架,与目前的外科手术相比,该框架强调了AR在准确性、辐射暴露和手术可靠性方面的特点和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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