分子影像学杂志2026，Vol.49Issue(4)：529-533,5.DOI:10.12122/j.issn.1674-4500.2026.04.16
基于增强现实/混合现实的导航技术在心脏介入手术中的应用:系统评价
Application of the navigation technology based on augmented reality/mixed reality in cardiac interventional surgery:a systematic review
摘要
Abstract
Cardiovascular diseases represent a major global health burden,for which percutaneous intervention has become an essential therapeutic strategy in clinical practice.However,conventional cardiac interventional procedures still rely on two-dimensional imaging,which inherently suffers from limitations such as insufficient spatial information,restricted procedural precision,and radiation exposure.Previous studies have demonstrated that the augmented reality/mixed reality-based navigation technology can facilitate the visualization of complex cardiac anatomies,potentially enhancing the accuracy of preoperative measurements,improving intraoperative catheter positioning,and reducing contrast agent consumption.Nevertheless,the application and research progress of the augmented reality/mixed reality-based technology in cardiac interventional surgeries are still lacking systematic analysis.This review systematically summarizes the current applications and research progress of the augmented reality/mixed-based navigation technology in various cardiac procedures,including atrial septal defect closure,transcatheter aortic valve replacement,left atrial appendage occlusion,radiofrequency ablation,and mitral valve interventions,with a focus on in-depth discussions regarding three key stages:preoperative planning,intraoperative navigation,and postoperative assessment,aiming to provide a reference for the clinical application and future research of this technology in cardiac interventional procedures.关键词
增强现实/混合现实/心脏介入手术/术中导航/系统评价Key words
augmented reality/mixed reality/cardiac interventional surgery/intraoperative navigation/systematic review引用本文复制引用
詹宇亮,朱虹岷,刘员员,黄笑,刘松涛,邹鹏涛,陈艳梅,杨鹏,蔡新勇..基于增强现实/混合现实的导航技术在心脏介入手术中的应用:系统评价[J].分子影像学杂志,2026,49(4):529-533,5.基金项目
江西省重点研发计划(20232BBG70018) （20232BBG70018）
