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乌克兰诊断放射学的集体有效剂量。

Collective effective dose from diagnostic radiology in Ukraine.

作者信息

Stadnyk L, Shalopa O, Nosyk O

机构信息

Central Laboratory of Radiation Hygiene of Medical Staff and Patients, Grigoriev Institute for Medical Radiology, Kharkov, Ukraine

Central Laboratory of Radiation Hygiene of Medical Staff and Patients, Grigoriev Institute for Medical Radiology, Kharkov, Ukraine.

出版信息

Radiat Prot Dosimetry. 2015 Jul;165(1-4):146-9. doi: 10.1093/rpd/ncv121. Epub 2015 Apr 5.

Abstract

The frequencies and effective doses for the most common X-ray diagnostic examinations in Ukraine were assessed in the frame of the European Commission (EC) Study on European Population Doses from Medical Exposure (Dose Datamed 2). The average effective doses for all radiographic procedures were estimated using the ODS-60 software (Finland). The estimation of the effective doses for the chest film fluorography was carried out from the results of own representative measurements with thermoluminescent (TL) dosimetry and a standard Alderson-Rando phantom. The effective doses for fluoroscopy procedures were assessed using the Russian guidelines for estimation of effective doses. For all other X-ray examinations and procedures [computed tomography (CT), angiography and interventional procedures], typical effective dose values were taken from the EC Guidance RP154. The most frequently performed in Ukraine is chest film fluorography, with 389 examinations per 1000 population annually, reflecting in the greatest contribution to the total collective effective dose (CED) of 428 mSv per 1000 population (44 %). The total frequency and CED from all X-ray diagnostic examinations and procedures were estimated to be 1218 examinations and 1060 mSv per 1000 populations, respectively. The expected additional cancer risk from X-ray diagnostic examinations and interventional procedures is 2680 cases per year, with 1200 of them due to the contribution of chest fluorography. The main important action in radiation protection of patients in diagnostic radiology is the organisation of the monitoring of patient doses for different types of X-ray diagnostic examinations and replacement of chest film fluorography with digital X-ray systems.

摘要

在欧盟委员会(EC)关于欧洲医疗照射人口剂量的研究(剂量数据Med 2)框架内,对乌克兰最常见的X射线诊断检查的频率和有效剂量进行了评估。使用ODS - 60软件(芬兰)估算了所有放射成像程序的平均有效剂量。胸部荧光摄影的有效剂量是根据热释光(TL)剂量测定法的代表性测量结果和标准Alderson - Rando体模得出的。透视程序的有效剂量是根据俄罗斯有效剂量估算指南进行评估的。对于所有其他X射线检查和程序[计算机断层扫描(CT)、血管造影和介入程序],典型的有效剂量值取自欧盟委员会指南RP154。在乌克兰最常进行的是胸部荧光摄影,每年每1000人口中有389次检查,这反映出其对每1000人口428毫希沃特的集体有效剂量(CED)贡献最大(44%)。所有X射线诊断检查和程序的总频率和CED估计分别为每1000人口1218次检查和1060毫希沃特。X射线诊断检查和介入程序预期每年额外增加的癌症风险为2680例,其中1200例是由于胸部荧光摄影的贡献。在诊断放射学中,对患者进行辐射防护的主要重要措施是组织对不同类型X射线诊断检查的患者剂量监测,并用数字X射线系统取代胸部荧光摄影。

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