放射性武器
医学
医学物理学
介入放射学
人口
欧盟委员会
辐射防护
放射科
核医学
欧洲联盟
环境卫生
经济政策
业务
作者
Loredana D’Ercole,Antonella Rosi,Guglielmo Bernardi,G. Compagnone,Antonio Orlacchio,R. Padovani,Alessandra Palma,Sveva Grande
标识
DOI:10.1088/1361-6498/ad1fe1
摘要
Interventional Radiology (IR) deals with the diagnosis and treatment of various diseases through medically guided imaging. It provides unquestionable benefits to patients, but requires, in many cases, the use of high doses of ionizing radiation with a high impact on radiation risks to patients and to overall dose to the population. The International Commission on Radiological Protection (ICRP) introduced Diagnostic Reference Levels (DRLs) as an effective tool to facilitate dose verification and optimize protection for patients undergoing radiological procedures.
In addition, EURATOM Council Directive 2013/59 and its Italian transposition (Legislative Decree 101/2020) have reiterated that DRLs must be established for many common radiological diagnostic procedures to compare the radiation dose delivered for the same diagnostic examination. Within this framework, Istituto Superiore di Sanità -Italian National Institute of Health (ISS), in collaboration with relevant Italian Scientific Societies, has provided documents on DRLs in radiological practices such as diagnostic and interventional radiology and diagnostic nuclear medicine.
These reference documents enable National Hospitals to comply national regulation. The implementation of DRLs in IR is a difficult task because of the wide distribution of doses to patients even within the same procedure. Some studies have revealed that the amount of radiation in IR procedures is influenced more by the complexity of the procedure than by the weight of the patient, so complexity should be included in the definition of DRLs. For this reason, ISS promoted a survey among a sample of Italian Centers update national DRL in interventional radiology procedures with related complexity factors than can be useful for other radiological centers and to standardize the DRLs values. In the present paper the procedural methodology developed by ISS and used for the survey will be illustrated.
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