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[强子治疗中心暴露工人的健康监测]

[Health surveillance of workers exposed in a hadrontherapy center].

作者信息

Delogu Alberto, Taino Giuseppe, Imbriani Marcello

机构信息

IRCCS Istituti Clinici Scientifici Maugeri di Pavia, Unità Operativa Ospedaliera di Medicina del lavoro (UOOML).

Dipartimento di Sanità Pubblica, Medicina Sperimentale e Forense, Università degli Studi di Pavia.

出版信息

G Ital Med Lav Ergon. 2020 Dec;42(4):262-264.

Abstract

The Centro Nazionale di Adroterapia Oncologica (CNAO) of Pavia is the only Italian structure capable of administering therapeutic radiotherapy treatments with heavy particles (carbon ions, protons) accelerated; in addition to this, it hosts significant research activity, both as basic research and for health-related applications. From the perspective of radioprotection, the most significant risk profile is that linked to external irradiation, from three categories of sources: accelerated external beams (in addition to the treatment beams there are conventional linear accelerators), materials activated following irradiation during treatment or during research activities, unstable isotopes used for diagnostic purposes. The CNAO building has been designed and built to guarantee maximum safety both to the operator and to the patient or visitor, with widely redundant systems in order to exclude the occurrence of accidental irradiation, and to minimize the risk of exposure to activated materials. The cohort of workers shows "atypical" characteristics for healthcare safacilities due to the absolute disproportion between classified and unclassified personnel, the homogeneity of training paths, and demographic characteristics. The health surveillance of the exposed, all classified in category B pursuant to Legislative Decree 230/95, is based on the adoption of the AIRM Protocol, tempered on the specific characteristics of the work process. The main critical issues related to the health surveillance of the exposed CNAO workers come from the energies used, with significant activation capacity, and from the presence of personnel in training.

摘要

帕维亚的国家肿瘤放射治疗中心(CNAO)是意大利唯一能够使用重粒子(碳离子、质子)进行加速治疗性放射治疗的机构;除此之外,它还开展了大量的研究活动,包括基础研究和与健康相关的应用研究。从辐射防护的角度来看,最显著的风险状况与外部照射有关,外部照射有三类来源:加速外部束流(除治疗束流外,还有传统直线加速器)、治疗或研究活动期间照射后被激活的材料、用于诊断目的的不稳定同位素。CNAO大楼的设计和建造旨在确保操作人员、患者或访客的最大安全,采用了大量冗余系统,以排除意外照射的发生,并将接触被激活材料的风险降至最低。由于已分类和未分类人员之间的绝对不均衡、培训路径的同质性以及人口统计学特征,该机构的工作人员群体在医疗保健设施方面呈现出“非典型”特征。根据第230/95号立法令,所有受照射人员均被归类为B类,其健康监测基于采用AIRM协议,并根据工作流程的具体特点进行调整。与CNAO受照射工作人员健康监测相关的主要关键问题来自于具有显著激活能力的使用能量,以及培训人员的存在。

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