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安全第一:开发并部署一个系统以提升诊所的安全性与质量。

Safety First: Developing and Deploying a System to Promote Safety and Quality in Your Clinic.

作者信息

Wright Jean L, Terezakis Stephanie A, Ford Eric

机构信息

Department of Radiation Oncology and Molecular Radiation Sciences, Johns Hopkins University, Baltimore, Maryland.

Department of Radiation Oncology, University of Minnesota, Minneapolis, Minnesota.

出版信息

Pract Radiat Oncol. 2021 Mar-Apr;11(2):92-100. doi: 10.1016/j.prro.2020.05.002. Epub 2020 May 23.

Abstract

The terms "safety and quality" (SAQ) have become inextricably linked, highly used terms that together encompass a wide range of parameters within medical departments. Safety has always been a priority in radiation oncology; quality assurance has been foundational to our practice. Despite this increased focus and attention on SAQ, the "what" of SAQ remains ill-defined, largely because of the vast number of indicators that fall under this umbrella. Similarly, the "how" of developing and maintaining the highest standards of SAQ is not formulaic and varies based on the unique setting of individual practices. There are several excellent resources available to inform SAQ in radiation oncology, including the American Society for Radiation Oncology's "Safety Is No Accident," which provides an overview of safety and quality standards and resources. This review is intended as a brief summary of key considerations, with the goal of providing a practical framework and context for improving or developing a SAQ program in radiation oncology practices. We believe that the following 10 key elements, drawn from numerous reports that have appeared over the last decade examining this topic, should be considered when conceptualizing a practice-based approach to SAQ: establishing a strong safety culture; establishing a structured program for safety and quality; establishing up-to-date, relevant, and accessible policies and procedures; a system for peer review; systems to assess and reduce risk; an educational program focused on safety and quality; development and review of meaningful quality metrics; utilization of a physics quality control system; well-defined models for staffing, training, and professional development; and finally, validation from external bodies via accreditations and audits. These 10 items are addressed herein.

摘要

“安全与质量”(SAQ)这两个术语已紧密相连,成为在医疗部门广泛使用的术语,涵盖了众多参数。安全一直是放射肿瘤学的首要任务;质量保证是我们实践的基础。尽管对SAQ的关注度不断提高,但SAQ的“具体内容”仍未明确界定,这主要是因为在此范畴下的指标数量众多。同样,制定和维持SAQ最高标准的“方法”并非公式化的,而是因各个实践机构的独特情况而异。放射肿瘤学领域有几本出色的资源可用于指导SAQ,包括美国放射肿瘤学会的《安全并非偶然》,该书概述了安全与质量标准及资源。本综述旨在简要总结关键考量因素,目的是为放射肿瘤学实践中改进或制定SAQ计划提供一个实用框架和背景。我们认为,在构思基于实践的SAQ方法时,应考虑以下10个关键要素,这些要素源自过去十年中出现的众多探讨该主题的报告:建立强大的安全文化;建立安全与质量的结构化计划;建立最新、相关且易于获取的政策和程序;同行评审系统;评估和降低风险的系统;专注于安全与质量的教育计划;制定和审查有意义的质量指标;利用物理质量控制系统;明确的人员配备、培训和专业发展模式;最后,通过认证和审核获得外部机构的验证。本文将对这10项内容进行阐述。

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