Eyding Jens, Fung Christian, Niesen Wolf-Dirk, Krogias Christos
Department of Neurology, Klinikum Dortmund gGmbH, Beurhausstr 40, 44137 Dortmund, Germany.
Department of Neurology, University Hospital Knappschaftskrankenhaus, Ruhr University Bochum, 44892 Bochum, Germany.
J Clin Med. 2020 Mar 17;9(3):816. doi: 10.3390/jcm9030816.
Over the past 20 years, ultrasonic cerebral perfusion imaging (UPI) has been introduced and validated applying different data acquisition and processing approaches. Clinical data were collected mainly in acute stroke patients. Some efforts were undertaken in order to compare different technical settings and validate results to gold standard perfusion imaging. This review illustrates the evolution of the method, explicating different technical aspects and milestones achieved over time. Up to date, advancements of ultrasound technology as well as data processing approaches enable semi-quantitative, gold standard proven identification of critically hypo-perfused tissue in acute stroke patients. The rapid distribution of CT perfusion over the past 10 years has limited the clinical need for UPI. However, the unexcelled advantage of mobile application raises reasonable expectations for future applications. Since the identification of intracerebral hematoma and large vessel occlusion can also be revealed by ultrasound exams, UPI is a supplementary multi-modal imaging technique with the potential of pre-hospital application. Some further applications are outlined to highlight the future potential of this underrated bedside method of microcirculatory perfusion assessment.
在过去20年里,超声脑灌注成像(UPI)已被引入并通过应用不同的数据采集和处理方法得到验证。临床数据主要收集于急性中风患者。人们进行了一些努力来比较不同的技术设置,并将结果与金标准灌注成像进行验证。本综述阐述了该方法的发展历程,解释了不同的技术方面以及随着时间推移所取得的里程碑成果。时至今日,超声技术以及数据处理方法的进步使得能够对急性中风患者严重灌注不足的组织进行半定量、经金标准验证的识别。过去10年里CT灌注的迅速普及限制了临床对UPI的需求。然而,其移动应用的卓越优势为未来应用带来了合理期望。由于超声检查也能发现脑内血肿和大血管闭塞,UPI是一种具有院前应用潜力的补充性多模态成像技术。文中概述了一些进一步的应用,以突出这种被低估的床边微循环灌注评估方法的未来潜力。