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增强现实引导的冰冻切片分析:将病理学家从实验室带到手术室。

Augmented Reality-Guided Frozen Section Analysis: Bringing the Pathologist From the Laboratory to the Operating Room.

作者信息

Aweeda Marina, Huang Liyu, Perez Alexander N, Ely Kim A, Mehrad Mitra, Lewis James S, Topf Michael C

机构信息

Department of Otolaryngology-Head and Neck Surgery Vanderbilt University Medical Center Nashville Tennessee USA.

Department of Pathology Microbiology and Immunology, Vanderbilt University Medical Center Nashville Tennessee USA.

出版信息

OTO Open. 2024 Aug 28;8(3):e70002. doi: 10.1002/oto2.70002. eCollection 2024 Jul-Sep.

Abstract

Due to the anatomic complexity of the head and neck and variable proximity between laboratory and operating room (OR), effective communication during frozen section analysis (FSA) between surgeons and pathologists is challenging. This proof-of-concept study investigates an augmented reality (AR) protocol that allows pathologists to virtually join the OR from the laboratory. Head and neck cancer specimens were scanned ex vivo using a 3-dimensional scanner and uploaded into an AR platform. Eight head and neck specimens were discussed by surgeons and pathologists in an AR environment. AR-guided intraoperative consultation was used for specimen orientation and discussion of FSA margin sampling sites. One patient had positive initial margins on FSA and was re-resected to negative final margins. AR-guided FSA is possible and allows pathologists to join the operating from any location for intraoperative discussion.

摘要

由于头颈部解剖结构复杂,且实验室与手术室(OR)之间的距离各不相同,外科医生和病理学家在冷冻切片分析(FSA)过程中的有效沟通具有挑战性。这项概念验证研究调查了一种增强现实(AR)协议,该协议允许病理学家从实验室虚拟加入手术室。使用三维扫描仪对头颈部癌标本进行离体扫描,并上传到AR平台。外科医生和病理学家在AR环境中对八个头颈部标本进行了讨论。AR引导的术中会诊用于标本定位和FSA切缘取样部位的讨论。一名患者FSA的初始切缘呈阳性,再次切除后最终切缘转为阴性。AR引导的FSA是可行的,并且允许病理学家从任何位置加入手术进行术中讨论。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/4b40/11351170/2ea723de2a25/OTO2-8-e70002-g001.jpg

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