开发和验证手外科外联活动电子健康记录的数据元素和流程步骤。

IF 0.3 Q4 SURGERY Journal of Hand and Microsurgery Pub Date : 2022-07-05 eCollection Date: 2023-12-01 DOI:10.1055/s-0042-1749465
Lauren M Shapiro, James Chang, Paige M Fox, Scott Kozin, Kevin C Chung, George S M Dyer, Duretti Fufa, Fraser Leversedge, Julie Katarincic, Robin Kamal
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引用次数: 0

摘要

背景中低收入国家(LMICs)的人均手术例数显示,这些国家的手术负担非常沉重。为了改善全球健康状况并帮助解决这一负担,向中低收入国家推广外科手术的活动日益增多。在高收入国家,电子病历(EHR)用于记录和交流对医疗质量和患者安全至关重要的数据。尽管如此,在外联活动中使用电子病历的数据元素或流程方面却鲜有指导或先例。我们验证了手外科外展旅行中使用电子病历的数据元素和流程步骤。方法 我们进行了文献回顾,以确定在外科外展旅行中收集的数据元素。通过文献综述和与全球外展专家的半结构式访谈,绘制了电子病历中数据元素收集和记录的未来状态流程图。一个专家联盟完成了兰德公司/加州大学洛杉矶分校德尔菲流程的修改,以评估每个数据元素和流程步骤的重要性和可行性。结果 共有 65 个数据元素(如出生日期)和 24 个流程步骤(如手术部位标记)通过验证,可用于前往低收入和中等收入国家开展手外科外展活动的电子病历中。结论 这套经过验证的数据元素/流程步骤组合可作为电子病历试点测试的基础,用于记录和交流手外科外展旅行中的重要患者数据。在前往低收入国家的外展行程中使用电子病历可提高所提供护理的安全性和质量。经过验证的数据元素/流程步骤可作为其他外科专科开发和实施电子病历的指南。
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The Development and Validation of Data Elements and Process Steps for an Electronic Health Record for Hand Surgery Outreach Trips.

Background  The surgical burden in low- and middle-income countries (LMICs) as reported by the number of surgical cases per capita is great. To improve global health and help address this burden, there has been a rise in surgical outreach to LMICs. In high-income countries, an electronic health record (EHR) is used to document and communicate data critical to the quality of care and patient safety. Despite this, there is little guidance or precedence on the data elements or processes for utilizing an EHR on outreach trips. We validated data elements and process steps for utilizing an EHR for hand surgery outreach trips. Methods  We conducted a literature review to identify data elements collected during surgical outreach trips. A future-state process map for the collection and documentation of data elements within an EHR was developed through literature review and semistructured interviews with experts in global outreach. An expert consortium completed a modified RAND/University of California at Los Angeles Delphi process to evaluate the importance and feasibility of each data element and process step. Results  In total, 65 data elements (e.g., date of birth) and 24 process steps (e.g., surgical site marking) were validated for use in an EHR for hand surgery outreach trips to LMICs. Conclusion  This validated portfolio of data elements/process steps can serve as the foundation for pilot testing of an EHR to document and communicate critical patient data on hand surgery outreach trips. Utilization of an EHR during outreach trips to LMICs may serve to improve the safety and quality of care provided. The validated data elements/process steps can serve as a guide for EHR development and implementation of other surgical specialties.

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