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Lessons learned from 25 years in exploring Norwegian radiology practices from aradiation protection point of view

机译:从25年的经验中探索了挪威放射学实践的经验教训辐射防护的观点

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The traditions in Norway in following trends in the use of radiology and exploring the national differences in examination frequencies and patient doses is reviewed. Norway has had a public founded healthcare system and early access to digital technology included MDCT. The first may explain a moderate examination frequency on the national level, and the second the relatively high collective effective dose (Se) compared to other western countries (1.1 mSv/ per inhabitant; 59% from CT). There is substantial variation in examination frequency and doses between counties, radiology institutions and X-ray rooms. This may be explained by several factors: Accessibility and referral strategy (justification), focus on quality, skills and multidisciplinary approaches (optimization), together with equipment related factors. The implementation of diagnostic reference levels are presumed to be a useful tool for optimization locally, and also a source for updated national dose figures in the future. European guidelines on estimating population doses are recently provided [8], a new national survey will be performed accordingly this year.
机译:回顾了挪威遵循放射学使用趋势并探讨检查频率和患者剂量之间国家差异的传统。挪威拥有公共建立的医疗保健系统,包括MDCT在内的早期使用数字技术的机会。第一个解释可能是国家一级的中等检查频率,第二个解释是与其他西方国家相比相对较高的集体有效剂量(Se)(每位居民1.1 mSv /; CT的59%)。县,放射学机构和X射线检查室之间的检查频率和剂量存在很大差异。这可能由几个因素来解释:可访问性和推荐策略(合理性),关注质量,技能和多学科方法(优化)以及与设备相关的因素。诊断参考水平的实施被认为是局部优化的有用工具,并且将来也是更新国家剂量数据的来源。最近提供了有关估计人口剂量的欧洲指南[8],今年将相应地进行一项新的全国调查。

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