Johnson Craig, Martin-Carreras Teresa, Rabinowitz Deborah
Department of Radiology, University of Central Florida-College of Medicine, Orlando, FL; Department of Medical Imaging, Nemours Children׳s Hospital, Orlando, FL.
University of Central Florida-College of Medicine, Orlando, FL.
Semin Ultrasound CT MR. 2014 Aug;35(4):409-14. doi: 10.1053/j.sult.2014.05.007. Epub 2014 May 28.
The pediatric interventional radiology community has worked diligently in recent years through education and the use of technology to incorporate numerous dose-reduction strategies. This article seeks to describe different strategies where we can significantly lower the dose to the pediatric patient undergoing a diagnostic or therapeutic image-guided procedure and, subsequently, lower the dose several fold to the staff and ourselves in the process. These strategies start with patient selection, dose awareness and monitoring, shielding, fluoroscopic techniques, and collimation. Advanced features such as cone-beam technology, dose-reduction image processing algorithms, overlay road mapping, and volumetric cross-sectional hybrid imaging are also discussed.
近年来,儿科介入放射学界通过教育和技术应用,努力采用了多种剂量降低策略。本文旨在描述不同的策略,通过这些策略我们能够显著降低接受诊断或治疗性影像引导程序的儿科患者所接受的剂量,进而在此过程中将工作人员以及我们自身所接受的剂量降低数倍。这些策略始于患者选择、剂量意识与监测、屏蔽、透视技术以及准直。文中还讨论了诸如锥形束技术、剂量降低图像处理算法、叠加路线图绘制以及容积横断面混合成像等先进特性。