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正电子发射断层显像/磁共振成像技术:进展与挑战

PET/MR Technology: Advancement and Challenges.

作者信息

Bogdanovic Borjana, Solari Esteban Lucas, Villagran Asiares Alberto, McIntosh Lachlan, van Marwick Sandra, Schachoff Sylvia, Nekolla Stephan G

机构信息

Department of Nuclear Medicine, Klinikum rechts der Isar, Technische Universität München, Munich, Germany.

Department of Physical Sciences, Peter MacCallum Cancer Centre, Melbourne, Australia.

出版信息

Semin Nucl Med. 2022 May;52(3):340-355. doi: 10.1053/j.semnuclmed.2021.11.014. Epub 2021 Dec 28.

Abstract

When this article was written, it coincided with the 11th anniversary of the installation of our PET/MR device in Munich. In fact, this was the first fully integrated device to be in clinical use. During this time, we have observed many interesting behaviors, to put it kindly. However, it is more critical that in this process, our understanding of the system also improved - including the advantages and limitations from a technical, logistical, and medical perspective. The last decade of PET/MRI research has certainly been characterized by most sites looking for a "key application." There were many ideas in this context and before and after the devices became available, some of which were based on the earlier work with integrating data from single devices. These involved validating classical PET methods with MRI (eg, perfusion or oncology diagnostics). More important, however, were the scenarios where intermodal synergies could be expected. In this review, we look back on this decade-long journey, at the challenges overcome and those still to come.

摘要

撰写本文时,恰逢我们在慕尼黑安装PET/MR设备11周年。事实上,这是首个投入临床使用的全集成设备。在此期间,坦率地讲,我们观察到了许多有趣的现象。然而,更关键的是,在此过程中,我们对该系统的理解也有所提升——包括从技术、后勤和医学角度来看的优势与局限。过去十年的PET/MRI研究,其特点无疑是多数研究机构都在寻找“关键应用”。在设备可用之前及之后,这方面有诸多想法,其中一些基于早期整合单一设备数据的工作。这些涉及用MRI验证经典PET方法(如灌注或肿瘤诊断)。然而,更重要的是那些有望实现多模态协同效应的情况。在本综述中,我们回顾这十年的历程,看看已克服的挑战以及仍将面临的挑战。

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