Ciraj-Bjelac O, Rehani M M
Vinca Institute of Nuclear Science, University of Belgrade, M.P. Alasa 12, Vinca, Belgrade, Serbia
International Atomic Energy Agency (formerly) and European Society of Radiology (ESR), Vienna, Austria.
Radiat Prot Dosimetry. 2014 Dec;162(3):329-37. doi: 10.1093/rpd/nct291. Epub 2013 Nov 20.
Interventional radiology and cardiology are areas with high potential for risk to eye lens. Accurate assessment of eye dose is one of the most important aspects of correlating doses with observed lens opacities among workers in interventional suites and ascertaining compliance with regulatory limits. The purpose of this paper is to review current approaches and opportunities in eye dosimetry and assess challenges in particular in accuracy and practicality. The possible approaches include practical dosimetry using passive dosemeters or active dosemeters with obvious advantage of active dosimetry. When neither of these is available, other approaches are based on either retrospective dose assessment using scatter radiation dose levels or correlations between patient dose indices and eye doses to the operators. In spite of all uncertainties and variations, estimation of eye dose from patient dose can be accepted as a compromise. Future challenges include development of practical methods for regular monitoring of individual eye doses and development of better techniques to estimate eye dose from measurements at some reference points.
介入放射学和心脏病学领域对晶状体存在较高风险。准确评估眼部剂量是将介入手术室工作人员的剂量与观察到的晶状体混浊情况相关联,并确定是否符合监管限值的最重要方面之一。本文旨在回顾眼部剂量测定的当前方法和机遇,并评估尤其是在准确性和实用性方面的挑战。可能的方法包括使用被动剂量计或主动剂量计的实用剂量测定法,其中主动剂量测定法具有明显优势。当这两种方法都不可用时,其他方法要么基于使用散射辐射剂量水平的回顾性剂量评估,要么基于患者剂量指标与操作者眼部剂量之间的相关性。尽管存在所有不确定性和变化,但根据患者剂量估算眼部剂量可作为一种折衷方案接受。未来的挑战包括开发定期监测个体眼部剂量的实用方法,以及开发从某些参考点的测量值估算眼部剂量的更好技术。