PDF(Pubmed)
Abstract：
UNASSIGNED: Emerging technologies have increasingly been adopted in spine surgery in the attempt to increase precision and improve outcomes. Robotic assistance is an area of significant interest, with proposed benefits including increased accuracy, decreased complication rates, and decreased radiation exposure. The purpose of this review is to provide an overview of the currently available robotic assistance systems and their associated outcomes and limitations.
UNASSIGNED: A review of national databases was performed using key terms \"robotic\", \"spine\", and \"surgery\" for literature from 2014 to 2023. Studies that aimed to describe the utilities of endoscopic surgeries, associated outcomes, limitations, and future directions were included. Studies that were not in English were excluded.
UNASSIGNED: This review includes a brief overview of the history of robotic spine surgery as well as its clinical outcomes, limitations, and future directions.
UNASSIGNED: Robotic-assisted spine surgery has seen increasing use in the attempt to increase precision and improve outcomes and has been associated with increased accuracy in pedicle screw placement and decreased complication rates. Barriers to its adoption include a significant learning curve, possibly longer operative cases, and significant associated costs. As robotic assistance continues to become increasingly popular in spine surgery, it is critical for surgeons to understand the technology available and the associated outcomes to make informed decisions when considering which system to incorporate into their practice.
UNASSIGNED: A review of national databases was performed using key terms \"robotic\", \"spine\", and \"surgery\" for literature from 2014 to 2023. Studies that aimed to describe the utilities of endoscopic surgeries, associated outcomes, limitations, and future directions were included. Studies that were not in English were excluded.
UNASSIGNED: This review includes a brief overview of the history of robotic spine surgery as well as its clinical outcomes, limitations, and future directions.
UNASSIGNED: Robotic-assisted spine surgery has seen increasing use in the attempt to increase precision and improve outcomes and has been associated with increased accuracy in pedicle screw placement and decreased complication rates. Barriers to its adoption include a significant learning curve, possibly longer operative cases, and significant associated costs. As robotic assistance continues to become increasingly popular in spine surgery, it is critical for surgeons to understand the technology available and the associated outcomes to make informed decisions when considering which system to incorporate into their practice.
摘要：
■脊柱外科越来越多地采用新兴技术，以提高精度并改善预后。机器人援助是一个非常感兴趣的领域，建议的好处包括提高准确性，并发症发生率降低,减少辐射暴露。这篇综述的目的是概述当前可用的机器人辅助系统及其相关结果和局限性。
■使用关键术语“机器人”对国家数据库进行了审查，\"脊柱\",和“手术”为2014年至2023年的文献。旨在描述内窥镜手术的效用的研究，相关结果，局限性,和未来的方向都包括在内。非英语的研究被排除在外。
■这篇综述简要概述了机器人脊柱手术的历史及其临床结果，局限性,和未来的方向。
机器人辅助脊柱手术越来越多地用于尝试提高精度和改善预后，并且与椎弓根螺钉置入的准确性提高和并发症发生率降低相关。采用它的障碍包括重要的学习曲线，可能更长的手术病例，和重大的相关成本。随着机器人辅助在脊柱手术中越来越受欢迎，对于外科医生来说,在考虑将哪种系统纳入其实践时,了解可用技术和相关结果以做出明智的决定是至关重要的.
■使用关键术语“机器人”对国家数据库进行了审查，\"脊柱\",和“手术”为2014年至2023年的文献。旨在描述内窥镜手术的效用的研究，相关结果，局限性,和未来的方向都包括在内。非英语的研究被排除在外。
■这篇综述简要概述了机器人脊柱手术的历史及其临床结果，局限性,和未来的方向。
机器人辅助脊柱手术越来越多地用于尝试提高精度和改善预后，并且与椎弓根螺钉置入的准确性提高和并发症发生率降低相关。采用它的障碍包括重要的学习曲线，可能更长的手术病例，和重大的相关成本。随着机器人辅助在脊柱手术中越来越受欢迎，对于外科医生来说,在考虑将哪种系统纳入其实践时,了解可用技术和相关结果以做出明智的决定是至关重要的.
