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Application of the Informatics Stack framework to describe a population- level emergency department return visit continuous quality improvement program

机译:应用信息学堆栈框架描述人口级急诊科回访持续质量改进计划

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Introduction: Population health programs are increasingly reliant on Health Information Technology (HIT). Program HIT architecture description is a necessary step prior to evaluation. Several sociotechnical frameworks have been used previously with HIT programs. The Informatics Stack is a novel framework that provides a thorough description of HIT program architecture. The Emergency Department Return Visit Quality Program (EDRVQP) is a population-level continuous quality improvement (QI) program connecting EDs across Ontario. The objectives of the study were to utilize the Informatics Stack to provide a description of the EDRVQP HIT architecture and to delineate population health program factors that are enablers or barriers.Materials and Methods: The Informatics Stack was used to describe the HIT architecture. A qualitative study was completed with semi-structured interviews of key informants across stakeholder organizations. Emergency departments were selected randomly. Purposive sampling identified key informants. Interviews were conducted until saturation. An inductive qualitative analysis using grounded theory was completed. A literature review of peer-reviewed background literature, and stakeholder organization reports was also conducted.Results: 23 business actors from 15 organizations were interviewed. The EDRVQP architecture description is presented across the Informatics Stack levels. The levels from most comprehensive to most basic are world, organization, perspectives/roles, goals/functions, workflow/behaviour/adoption, information systems, modules, data/information/knowledge/wisdom/algorithms, and technology. Enabling factors were the high rate of electronic health record adoption, legislative mandate for data collection, use of functional data standards, implementation flexibility, leveraging validated algorithms, and leveraging existing local health networks. Barriers were privacy legislation and a high turn-around time.Discussion: The Informatics Stack provides a robust approach to thoroughly describe the HIT architecture of population health programs prior to program replication. The EDRVQP is a population health program that illustrates the pragmatic use of continuous QI methodology across a population (provincial) level.
机译:简介:人口健康计划越来越依赖于健康信息技术(HIT)。程序HIT体系结构描述是评估之前的必要步骤。以前在HIT程序中使用了几种社会技术框架。信息学堆栈是一个新颖的框架,提供了有关HIT程序体系结构的完整描述。紧急部门回访质量计划(EDRVQP)是一个人口水平的持续质量改进(QI)计划,用于连接安大略省各地的ED。这项研究的目的是利用信息学堆栈来描述EDRVQP HIT体系结构,并描绘出可能成为推动者或障碍的人口健康计划因素。材料与方法:信息学堆栈用于描述HIT体系结构。通过对利益相关者组织中关键信息提供者的半结构化访谈,完成了定性研究。急诊室是随机选择的。目的抽样确定关键线人。进行访谈直到饱和。使用扎根理论的归纳定性分析已完成。对同行评审的背景文献进行了文献综述,并进行了利益相关者组织的报告。结果:采访了来自15个组织的23位商业参与者。 EDRVQP体系结构描述在信息学堆栈级别中进行介绍。从最全面到最基本的级别是世界,组织,观点/角色,目标/功能,工作流/行为/采用,信息系统,模块,数据/信息/知识/智慧/算法和技术。促成因素包括电子病历的采用率高,数据收集的立法要求,功能数据标准的使用,实施的灵活性,利用经过验证的算法以及利用现有的本地医疗网络。障碍是隐私立法和高周转时间。讨论:信息学堆栈提供了一种健壮的方法,可以在程序复制之前彻底描述人群健康程序的HIT体系结构。 EDRVQP是一项人口健康计划,它说明了在整个人口(省)水平上对连续QI方法的实际使用。

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