SMART Careplan System for Continuum of Care
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Objectives: This paper describes the integrated Careplan system, designed to manage and utilize the existing ElectronicMedical Record (EMR) system; the system also defines key items for interdisciplinary communication and continuity of patientcare. Methods: We structured the Careplan system to provide effective interdisciplinary communication for healthcareservices. The design of the Careplan system architecture proceeded in four steps—defining target datasets; construction ofconceptual framework and architecture; screen layout and storyboard creation; screen user interface (UI) design and development,and pilot test and step-by-step deployment. This Careplan system architecture consists of two parts, a server-sideand client-side area. On the server-side, it performs the roles of data retrieval and storage from target EMRs. Furthermore, itperforms the role of sending push notifications to the client depending on the careplan series. Also, the Careplan system providesvarious convenient modules to easily enter an individual careplan. Results: Currently, Severance Hospital operates theCareplan system and provides a stable service dealing with dynamic changes (e.g., domestic medical certification, the JointCommission International guideline) of EMR. Conclusions: The Careplan system should go hand in hand with key itemsfor strengthening interdisciplinary communication and information sharing within the EMR environment. A well-designedCareplan system can enhance user satisfaction and completed performance.
Abstract
Objectives: This paper describes the integrated Careplan system, designed to manage and utilize the existing ElectronicMedical Record (EMR) system; the system also defines key items for interdisciplinary communication and continuity of patientcare. Methods: We structured the Careplan system to provide effective interdisciplinary communication for healthcareservices. The design of the Careplan system architecture proceeded in four steps—defining target datasets; construction ofconceptual framework and architecture; screen layout and storyboard creation; screen user interface (UI) design and development,and pilot test and step-by-step deployment. This Careplan system architecture consists of two parts, a server-sideand client-side area. On the server-side, it performs the roles of data retrieval and storage from target EMRs. Furthermore, itperforms the role of sending push notifications to the client depending on the careplan series. Also, the Careplan system providesvarious convenient modules to easily enter an individual careplan. Results: Currently, Severance Hospital operates theCareplan system and provides a stable service dealing with dynamic changes (e.g., domestic medical certification, the JointCommission International guideline) of EMR. Conclusions: The Careplan system should go hand in hand with key itemsfor strengthening interdisciplinary communication and information sharing within the EMR environment. A well-designedCareplan system can enhance user satisfaction and completed performance.
참고문헌 (8)
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