Analysis of the Production Routine of Iodine123 at IEN and an Adaptation Proposal for a New Radiopharmaceuticals Production Facility

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Abstract

The Brazilian Nuclear Energy Commission (CNEN) is the main manufacturer of radiopharmaceuticals in Brazil. The Nuclear Engineering Institute (IEN), located at Rio de Janeiro, is one of its main research and production centers, supplying public and private hospitals in the country. This radiopharmaceutical production is used in diagnostic and therapy procedures and allows one and a half million nuclear medicine procedures annually. However, IEN facilities were designed in the 60's and today its structure is inadequate in relation to the good manufacturing practices established by sanitary regulator (ANVISA) for the production of radiopharmaceuticals, leading to the need for a new project. In order to adapt and increase production in the country, a new plant will be built and integrated to the existing facilities with a new 30 MeV Cyclotron. Thus, it is proposed an analysis of the productive capacity of this plant in accordance with the principles of good manufacturing practices in order to define daily production and propose an optimized routine. As a result, the IEN / CNEN will in the future have a well-defined and standardized production process, with the flexibility to produce several radioisotopes required in nuclear medicine, obtaining a greater efficiency in its operation.
IEN碘123生产流程分析及新放射性药物生产设施的适应建议
巴西核能委员会(CNEN)是巴西放射性药物的主要制造商。位于里约热内卢的核工程研究所(IEN)是其主要研究和生产中心之一,为该国的公立和私立医院提供服务。这种放射性药物生产用于诊断和治疗程序,每年允许150万核医学程序。然而,IEN设施是在60年代设计的,今天其结构与卫生监管机构(ANVISA)为生产放射性药物制定的良好生产规范相比是不足的,导致需要一个新的项目。为了适应和增加该国的产量,将建造一座新工厂,并将其与现有设施集成,配备新的30兆电子伏特回旋加速器。因此,建议根据良好生产规范的原则对该工厂的生产能力进行分析,以确定日常生产并提出优化的常规。因此,在未来,IEN / CNEN将有一个明确的和标准化的生产过程,具有灵活性,以生产核医学所需的几种放射性同位素,获得更高的运行效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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