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使用飞利浦透视系统DoseWise管理儿童辐射剂量:完美影像,完美理念。

Management of pediatric radiation dose using Philips fluoroscopy systems DoseWise: perfect image, perfect sense.

作者信息

Stueve Dick

机构信息

Philips Medical Systems North America, 22100 Bothell-Everett Highway, Bothell, WA 98021-8431, USA.

出版信息

Pediatr Radiol. 2006 Sep;36 Suppl 2(Suppl 2):216-20. doi: 10.1007/s00247-006-0216-0.

Abstract

Although image quality (IQ) is the ultimate goal for accurate diagnosis and treatment, minimizing radiation dose is equally important. This is especially true when pediatric patients are examined, because their sensitivity to radiation-induced cancer is two to three times greater than that of adults. DoseWise is an ALARA-based philosophy within Philips Medical Systems that is active at every level of product design. It encompasses a set of techniques, programs and practices that ensures optimal IQ while protecting people in the X-ray environments. DoseWise methods include management of the X-ray beam, less radiation-on time and more dose information for the operator. Smart beam management provides automatic customization of the X-ray beam spectrum, shape, and pulse frequency. The Philips-patented grid-controlled fluoroscopy (GCF) provides grid switching of the X-ray beam in the X-ray tube instead of the traditional generator switching method. In the examination of pediatric patients, DoseWise technology has been scientifically documented to reduce radiation dose to <10% of the dose of traditional continuous fluoroscopy systems. The result is improved IQ at a significantly lower effective dose, which contributes to the safety of patients and staff.

摘要

尽管图像质量(IQ)是准确诊断和治疗的最终目标,但将辐射剂量降至最低同样重要。在检查儿科患者时尤其如此,因为他们对辐射诱发癌症的敏感度比成年人高两到三倍。DoseWise是飞利浦医疗系统中基于合理尽可能降低辐射剂量(ALARA)理念的一种方法,在产品设计的各个层面都发挥着作用。它包含一系列技术、程序和做法,可确保在保护X射线环境中的人员的同时实现最佳图像质量。DoseWise方法包括X射线束管理、减少辐射开启时间以及为操作人员提供更多剂量信息。智能束管理可自动定制X射线束光谱、形状和脉冲频率。飞利浦专利的栅控荧光透视(GCF)技术在X射线管中提供X射线束的栅极切换,而不是传统的发生器切换方法。在儿科患者检查中,科学证明DoseWise技术可将辐射剂量降低至传统连续荧光透视系统剂量的<10%。结果是以显著更低的有效剂量提高了图像质量,这有助于患者和工作人员的安全。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c44f/2663644/bf73f44dcc47/247_2006_216_Fig1_HTML.jpg

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