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Design, implementation, and assessment of a radiology workflow management system.

机译:放射学工作流管理系统的设计,实施和评估。

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OBJECTIVE: The objective of this article is to describe the development, launch, and outcomes studies of a paperless workflow management system (WMS) that improves radiology workflow in a filmless and speech-recognition environment. MATERIALS AND METHODS: The WMS prioritizes cases automatically on the basis of medical and operational acuity factors, automatically facilitates communication of critical radiology results, and provides permanent documentation of these results and communications. It runs in parallel with an integrated radiology information system (RIS)-PACS and speech-recognition system. Its effects on operations, staff stress and satisfaction, and patient satisfaction were studied. RESULTS: Despite an increase in caseload volume after the launch of the WMS, case turnaround times, defined as the time between case availability on PACS and signing of the final radiology staff interpretation, decreased for all case types. Median case turnaround time decreased by 33 minutes (22%) for emergency department, 47 minutes (37%) for inpatient, and 22 minutes (38%) for outpatient radiology cases. All reductions were significant at a p value of 0.05. Interruptions were reduced, consuming an estimated 28% less radiology staff time, after implementation. Patient perceptions of radiology service timeliness showed modest improvement after the WMS was implemented. Staff satisfaction showed no significant change. CONCLUSION: There is room for improvement in radiology workflow even in departments with integrated RIS-PACS and speech-recognition systems. This study has shown that software tools that coordinate decentralized workflow and dynamically balance workloads can increase the efficiency and efficacy of radiologists. Operational benefits, such as reduced reading times, improvements in the timeliness of care (both actual and as perceived by patients), and reduced interruptions to radiologists, further reinforce the benefits of such a system. Secondary benefits, such as documenting communication about a case and facilitating review of results, can also promote more timely and effective care. Although use of the system did not result in a substantial improvement in staff perceptions, neither did it reduce their satisfaction, suggesting that these operational improvements were not achieved as a trade-off against the quality of the work environment.
机译:目的:本文的目的是描述无纸化工作流程管理系统(WMS)的开发,启动和结果研究,该系统可改善无胶片和语音识别环境中的放射学工作流程。材料和方法:WMS根据医疗和手术敏锐度因素自动确定病例的优先级,自动促进关键放射学结果的交流,并提供这些结果和交流的永久文档。它与集成放射信息系统(RIS)-PACS和语音识别系统并行运行。研究了其对运营,员工压力和满意度以及患者满意度的影响。结果:尽管WMS启动后病例量增加,但对于所有病例类型而言,病例周转时间(定义为PACS可获得病例与签署放射学最终解释之间的时间)有所减少。急诊科的中位病例周转时间减少了33分钟(22%),住院患者减少了47分钟(37%),门诊放射科减少了22分钟(38%)。在p值<0.05时,所有降低均显着。实施后,减少了干扰,估计减少了放射人员的时间28%。实施WMS后,患者对放射科服务及时性的认识有所改善。员工满意度没有明显变化。结论:即使在具有集成RIS-PACS和语音识别系统的部门中,放射线工作流程仍有改进的空间。这项研究表明,协调分散工作流程并动态平衡工作负载的软件工具可以提高放射科医生的效率和功效。诸如减少阅读时间,改善护理及时性(实际的和患者所感知的)以及减少对放射科医生的干扰等操作益处,进一步增强了该系统的益处。次要好处,例如记录有关案情的交流和促进对结果的审查,也可以促进更及时和有效的护理。尽管使用该系统并不能使员工的看法得到实质性的改善,但也不能降低他们的满意度,这表明,在权衡工作环境质量的前提下,并未实现这些操作上的改善。

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