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在大型医疗服务系统中开发和部署患者安全计划:对于未知问题,你无法解决。

Developing and deploying a patient safety program in a large health care delivery system: you can't fix what you don't know about.

作者信息

Bagian J P, Lee C, Gosbee J, DeRosier J, Stalhandske E, Eldridge N, Williams R, Burkhardt M

机构信息

Veterans Administration National Center for Patient Safety (NCPS), 24 Frank Lloyd Wright Drive, Lobby M, PO Box 486, Ann Arbor, MI 48106-0486, USA.

出版信息

Jt Comm J Qual Improv. 2001 Oct;27(10):522-32. doi: 10.1016/s1070-3241(01)27046-1.

Abstract

BACKGROUND

The Veterans Administration (VA) identified patient safety as a high-priority issue in 1997 and implemented the Patient Safety Improvement (PSI) initiative throughout its entire health care system. In spring 1998 the External Panel on Patient Safety System Design recommended alternative methods to enhance reporting and thereby improve patient safety. REDESIGNING THE PSI INITIATIVE: The VA began redesigning the PSI initiative in late 1998. The dedicated National Center for Patient Safety (NCPS) was established. Using the panel's recommendations as a jumping-off point, NCPS began to identify known and suspected obstacles to implementation (such as possible punitive consequences and additional workload). NCPS adopted a prioritization scoring method, the Safety Assessment Code (SAC) Matrix, for close calls and adverse events, which requires assessing the event's actual or potential severity and the probability of occurrence. The SAC Matrix specifies actions that must be taken for given scores. Use of the SAC score permits a consistent handling of reports throughout the VA system and a rational selection of cases to be considered. A system for performing a root cause analysis (RCA) was developed to guide caregivers at the frontline. This system includes a computer-aided tool, a flipbook containing a series of six questions, and reporting of the findings back to the reporter. The final step requires that the facility's chief executive officer "concur" or "nonconcur" on each recommended corrective action. The RCA team outlines how the effectiveness of the corrective action will be evaluated to verify that the action has had the intended effect, and it ascertains that there were no unintended negative consequences.

IMPLEMENTATION

Based on successful implementation in two pilots, full-scale national rollout to the 173 facilities began in April 2000 and was concluded by the end of August 2000. NCPS supplied 3 days of training for individuals at each facility. The training included didactic components, an introduction to human factors engineering concepts, and small- and large-group simulation exercises. Facility leaders were reminded of the necessity to reinforce the point that assignment to an RCA team was considered an important duty.

DISCUSSION

It is essential to design and implement a system that takes into account the concerns of the frontline personnel and is aimed at being a tool for learning and not accountability. The system must have as its primary focus the dissemination of positive actions that reduce or eliminate vulnerabilities that have been identified, not a counting exercise of the number of reports.

摘要

背景

退伍军人事务部(VA)在1997年将患者安全确定为高度优先事项,并在其整个医疗保健系统中实施了患者安全改进(PSI)倡议。1998年春季,患者安全系统设计外部小组推荐了替代方法以加强报告,从而提高患者安全。

重新设计PSI倡议:VA于1998年末开始重新设计PSI倡议。设立了专门的国家患者安全中心(NCPS)。以该小组的建议为出发点,NCPS开始识别已知和疑似的实施障碍(如可能的惩罚后果和额外工作量)。NCPS采用了一种优先级评分方法,即安全评估代码(SAC)矩阵,用于处理险情和不良事件,这需要评估事件的实际或潜在严重程度以及发生概率。SAC矩阵规定了针对给定分数必须采取的行动。使用SAC分数可使VA系统对报告进行一致处理,并合理选择要考虑的病例。开发了一种进行根本原因分析(RCA)的系统,以指导一线护理人员。该系统包括一个计算机辅助工具、一本包含一系列六个问题的活页夹,以及将调查结果反馈给报告者。最后一步要求该机构的首席执行官对每项建议的纠正措施“同意”或“不同意”。RCA团队概述了将如何评估纠正措施的有效性,以核实该行动是否产生了预期效果,并确定是否没有意外的负面后果。

实施

基于在两个试点中的成功实施,2000年4月开始在全国范围内向173个机构全面推广,并于2000年8月底完成。NCPS为每个机构的人员提供了为期3天的培训。培训包括教学内容、人为因素工程概念介绍以及小组和大组模拟练习。提醒机构负责人有必要强化一点,即被分配到RCA团队被视为一项重要职责。

讨论

设计和实施一个考虑到一线人员关切且旨在成为学习工具而非问责工具的系统至关重要。该系统必须主要关注传播减少或消除已识别漏洞的积极行动,而不是对报告数量进行统计。

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