...
  • 主题
高级搜索  >
历史搜索 清空历史
首页> 外文期刊>Journal of medical imaging and radiation oncology >Measuring radiologist workload: Progressing from RVUs to study ascribable times
【24h】

Measuring radiologist workload: Progressing from RVUs to study ascribable times

机译：测量放射学家工作量：从RVU进展以研究依am

获取原文
获取原文并翻译 | 示例
           
页面导航
  • 摘要
  • 著录项
  • 相似文献
  • 相关主题

摘要

Abstract Introduction The need to measure reporting workload in teaching departments remains a current pertinent need. In Australia, the Pitman–Jones reporting RVUs have been in the public domain since 2003 (revised in 2009). These are expressed in arbitrary units. In New Zealand, single‐site Christchurch Hospital reporting times have been validated and placed in the public domain. Concurrently, the RANZCR has been developing a formulaic descriptor lexicon for imaging studies (the Body System Framework). There is a need to bring these three strands of work together into a common public resource. In 2015, under the auspices of the Chief Accreditation Officer, RANZCR convened the Radiologist Workload Working Group. The goal of the group was to develop a robust method of measuring radiologist workload in teaching departments in Australia and New Zealand for the RANZCR accreditation processes of teaching departments as training sites. This paper concerns itself with one aspect of the group's work, namely reaching a consensus on radiologist study ascribable times for common imaging studies. Method The BSF examination descriptors were reduced to a smaller, generic dataset of descriptors at the expense of loss of specificity. BSF study ascribable times had been previously obtained by stopwatch observation. The dataset was harmonized with the Christchurch descriptors to ensure commonality of case mix. The two lead authors reached an approximate consensus study ascribable time for each descriptor in agreement with the BSF and Christchurch data. Specifically, the Christchurch reporting times were relied on extensively to validate the new dataset's study ascribable times. The first draft of descriptors and times was tabled at the meetings of the RANZCR Radiologist Workload Working Group, and was progressively refined by iterative consensus. Results The output of the Radiologist Workload Working Group comprises a simplified modality‐based table of robust descriptors and ‘best estimate’ corresponding study ascribable times. These can be used with the extant Pitman–Jones methodology in order to estimate the reporting workload of a medical imaging teaching department in units of time. As a first for Australia and New Zealand, nuclear medicine and PET study ascribable times have been incorporated and balanced against radiology study ascribable times. Conclusion The RANZCR 2016 study ascribable times are ready for use by the Australian and New Zealand radiologist and nuclear medicine specialist community. We hope these times will also stimulate further data collection in our two countries towards a robust, bi‐national study ascribable times database.
机译：摘要介绍教学部门在教学部门衡量报告工作量的必要性仍然是目前的相关需求。在澳大利亚，自2003年以来，Pitman-Jones报告RVU已经在公共领域（2009年修订）。这些以任意单位表示。在新西兰，单场基督城医院报告时间已被验证并放在公共领域。同时，RANZCR一直在开发用于成像研究的公式化描述符lexicon（身体系统框架）。有必要将这三个股线一起带入共同的公共资源。 2015年，在首席认证官员的主持下，Ranzcr召集了放射学家工作负载工作组。本集团的目标是在澳大利亚教学部门和新西兰教学部门的教学部门作为培训地点的Ranzcr认证进程中，开发一种稳健的方法。本文涉及本集团工作的一个方面，即达到放射科学家的共识，研究了常见影像学研究的可征收时间。方法将BSF检查描述符减少到描述符的较小，通用数据集，以牺牲特异性丧失。 BSF研究以前通过秒表观察获得了依次的时间。与基督城描述符协调数据集以确保案例混合的共同性。两位引导作者达到了近似的共识，与BSF和基督城数据一致地研究每个描述符的时间。具体而言，基督城报告时间是广泛的依赖于验证新数据集的研究依据。第一次描述符草稿和时代在Ranzcr放射科工作舱工作组的会议上提出，并通过迭代共识逐步改进。结果放射科技工作负载工作组的输出包括简化的基于模态的鲁棒描述仪表，以及对应的基于鲁棒描述符表，并相应的基于估计的研究。这些可以与现存的Pitman-Jones方法一起使用，以便以时间为单位估计医学影像教学部门的报告工作量。作为澳大利亚和新西兰的第一个，核医学和宠物研究是归因的时期，并达到放射学研究可比的时间。结论RANZCR 2016 2016年研究可由澳大利亚和新西兰放射科医生和核医学专家社区准备使用。我们希望这些时代还将刺激我们两个国家的进一步数据收集，迈向强大的，双民学习归属于数据库。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱：kefu@zhangqiaokeyan.com

京公网安备：11010802029741号 ICP备案号：京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有

  • 客服微信

  • 服务号