Interventional Radiology Service, Department of Radiology, Memorial Sloan Kettering Cancer Center, 1250 York Ave, Suite H112, New York, NY, 10021, USA.
GE Healthcare, 283 Rue de la Minière, 78533, Buc, France.
BMC Med Imaging. 2020 Oct 15;20(1):114. doi: 10.1186/s12880-020-00515-x.
Integrated Angiography-Computed Tomography (ACT) suites were initially designed in the 1990's to perform complex procedures requiring high-resolution cross-sectional imaging and fluoroscopy. Since then, there have been technology developments and changes in patient management. The purpose of this study was to review the current usage patterns of a single center's integrated ACT suites.
All procedures performed in 2017 in 3 ACT suites (InterACT Discovery RT, GE Healthcare) at a tertiary cancer center were reviewed retrospectively. Usage was classified as: Standard, in which the patient underwent a single procedure using either fluoroscopy, CT, or ultrasound (US); Combined, in which the patient underwent a single procedure utilizing both fluoroscopy and CT; or Staged, in which the patient underwent 2 separate but successive procedures using fluoroscopy and CT individually. The most frequently performed Combined and Staged procedures were further reviewed to determine how the different modalities were used. The duration of the most common Staged procedures was compared to analogous procedures' durations in single modality rooms over the period Jan 2016 to Sep 2019.
A total of 3591 procedures were performed on 2678 patients in the 3 ACT Suites. 80% of patients underwent a Standard procedure using fluoroscopy (38%), CT (32%) or US (10%) and accounted for 70% of the room occupation time. Fourteen and three percent of the patients underwent Combined or Staged procedures, occupying 19 and 5% of the room time, respectively. The remaining procedures were classified as both Combined and Staged, representing 3% of the patients and 6% of the room occupation time. The most common Combined procedures were drainages, hepatic arterial embolizations or radioembolizations, arterial, and biliary interventions. The most common Staged procedures were multiple drainages and hepatic arterial embolizations followed by biopsies or ablations. The room occupation time for liver tumor embolization and ablation was significantly shorter (p < 0.01) when performed in a Staged fashion versus the analogous procedures in single modality room.
An integrated ACT system provides the capability to perform complex Combined or Staged procedures as well as scheduling flexibility by allowing any type of case to be performed in the IR suite.
综合血管造影-计算机断层扫描(ACT)套房最初设计于 20 世纪 90 年代,用于执行需要高分辨率横断面成像和透视的复杂程序。自那时以来,技术不断发展,患者管理也发生了变化。本研究的目的是回顾单中心综合 ACT 套房的当前使用模式。
回顾性分析 2017 年在一家三级癌症中心的 3 个 ACT 套房(InterACT Discovery RT、GE Healthcare)中进行的所有程序。使用情况分为以下几类:标准,即患者仅接受透视、CT 或超声(US)中的一种程序;联合,即患者仅接受透视和 CT 联合的一种程序;或分期,即患者分别单独接受透视和 CT 两种不同的连续程序。进一步审查最常见的联合和分期程序,以确定不同模式的使用方式。比较了最常见的分期程序的持续时间与 2016 年 1 月至 2019 年 9 月期间在单一模式房间中进行的类似程序的持续时间。
在 3 个 ACT 套房中,2678 名患者共进行了 3591 次程序。80%的患者接受了标准程序,使用透视(38%)、CT(32%)或 US(10%),占房间占用时间的 70%。14%和 3%的患者接受了联合或分期程序,分别占房间占用时间的 19%和 5%。其余程序被归类为联合和分期,占患者的 3%和房间占用时间的 6%。最常见的联合程序是引流、肝动脉栓塞或放射性栓塞、动脉和胆道介入。最常见的分期程序是多次引流和肝动脉栓塞,其次是活检或消融。与在单一模式房间中进行类似程序相比,分期进行肝肿瘤栓塞和消融的房间占用时间明显更短(p<0.01)。
综合 ACT 系统不仅提供了执行复杂的联合或分期程序的能力,还通过允许任何类型的病例在 IR 套房中进行,提供了调度灵活性。