マサムネ　ケン   MASAMUNE Ken   正宗　賢    所属   医学研究科 医学研究科 (医学部医学科をご参照ください)    職種   教授
言語種別	英語
種別	部分執筆
表題	Deployment of Smart Cyber Operating Theater-Based Digital Operating Room to a Mobile Operating Theater
書名	Artificial Intelligence in Surgery Recent Advances and Future
ISBNコード	978-981-96-6634-8
編者名	Ken Masamune, Kaori Kusuda, Hiroyuki Nakamura, Yoshihiro Muragaki
版・巻・頁	pp.17-24
出版社	Springer Singapore
出版地 （都市, 国名）	Singapore
著者・共著者	YOSHIMITSU Kitaro, HORISE Yuki, OKAMOTO Jun, MASAMUNE Ken, MURAGAKI Yoshihiro
発行年月	2025/08/07
概要	Information-guided surgery performed using digital technology provides better treatment results for patients and advanced skills for surgeons and clinical teams managing perioperative patients. Precise guided surgical digital transformation (DX) therapeutic goals connect all information and test data from admission to discharge to all devices via the Internet of Things (IoT). It is aggregated, used, and fed back as objectively visualized digital information. The smart cyber operating theater (SCOT) is a place for performing precision-guided surgery using this ultimate digitization. SCOT becomes a digitized treatment unit with all input-> analysis-> output schemes, and the entire operating room performs accurate guided treatment as a single medical device. Medical devices are networked to OPeLiNK, and aggregated data is used as valuable information necessary for intraoperative decision-making. Tokyo Women’s Medical University Hyper SCOT has introduced intraoperative MRI and MR-compatible equipment as an intraoperative diagnostic imaging device for malignant brain tumor resection, which is a package in a sense. SCOT for IoT is headed for new development. We conducted a demonstration experiment of a mobile treatment room that simulates remote-surgery support using technology (5G). The idea of ​​moving between the hospital and operating room will sooner or later permeate society. Therefore, we proposed a mechanism to spread advanced medical care to the surrounding area by operating SCOT in combination with SCOT and 5G and touring the surrounding area. Assuming a diagnosis using an ultrasound imaging device in a mobile SCOT, an onsite cardiologist received remote support from a gynecologist in front of a strategic desk. The image of the ultrasonic diagnostic imaging device, remote-control signal of the device, operation image at hand when operating the echo probe, and communication call were transmitted and received by 5G communication in this demonstration experiment. Both physicians in charge of the demonstration experiment commented that they could communicate as if they were present and without information delay or discomfort in conversation, demonstrating low latency and wide bandwidth of 5G.
DOI	10.1007/978-981-96-6635-5_3