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创建 CT 卓越门诊中心。

Creating an outpatient center of excellence in CT.

机构信息

Department of Radiology, UPMC Presbyterian, University of Pittsburgh Medical Center, Pittsburgh, Pennsylvania.

UPMC Health Plan, Pittsburgh, Pennsylvania.

出版信息

J Am Coll Radiol. 2014 Dec;11(12 Pt A):1137-43. doi: 10.1016/j.jacr.2014.08.032. Epub 2014 Dec 1.

Abstract

CT examinations represent a substantial portion of the workload for many radiology departments, and optimizing service delivery is a critical function to ensure customer satisfaction. This article describes how the Six Sigma methodology was used in the radiology department at a large academic hospital to improve the patient experience and increase CT capacity while reducing waste and improving staff satisfaction. The 5 distinct phases of Six Sigma are reviewed as they apply to our CT Center of Excellence project: define, measure, analyze, improve, and control. Process metrics used in this project include the percentage of outpatient CT exams started within 5 minutes of the scheduled appointment time, and the number of studies with protocols selected >48 hours before the CT exam is performed. Outcome metrics include monthly department expense per scan and CT Press Ganey "standard test and treatment" mean scores. An approach to developing interventions is described based on identifying critical sources of variation, ranking these by creating risk prioritization numbers, performing root cause analysis, and utilizing the failure mode and effects analysis tool to prioritize possible solutions. Finally, the key features of action plans and a control plan are reviewed.

摘要

CT 检查在许多放射科部门的工作量中占很大比例,优化服务交付是确保客户满意度的关键功能。本文介绍了六西格玛方法如何在一家大型学术医院的放射科中使用,以提高患者体验,增加 CT 容量,同时减少浪费并提高员工满意度。审查了六西格玛的 5 个独特阶段,因为它们适用于我们的 CT 卓越中心项目:定义、测量、分析、改进和控制。该项目中使用的过程指标包括在预约时间 5 分钟内开始进行的门诊 CT 检查的百分比,以及在进行 CT 检查前 48 小时以上选择协议的研究数量。结果指标包括每月每扫描部门费用和 CT Press Ganey“标准测试和治疗”平均分数。根据确定关键变异源,通过创建风险优先级编号对其进行排名,进行根本原因分析,并利用失效模式和影响分析工具对可能的解决方案进行优先级排序,描述了一种制定干预措施的方法。最后,审查行动计划和控制计划的关键特征。

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