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首页> 外文期刊>International journal of medical informatics >Strengths, pitfalls, and lessons learned in implementing electronic collection of childhood vaccination data in Zambia: The SmartCare experience
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Strengths, pitfalls, and lessons learned in implementing electronic collection of childhood vaccination data in Zambia: The SmartCare experience

机译:在赞比亚实施以电子方式收集儿童疫苗接种数据的优势,陷阱和经验教训:SmartCare体验

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Background: Despite widespread interest in computerized vaccination information systems, evaluation of the data quality in these systems and their acceptability to frontline healthcare workers in low and middle-income countries aren't well addressed in the literature.Objectives: Evaluation of vaccination data quality and facility-level staff perspectives on the strengths and challenges of a vaccination data module in a widely used electronic health record (EHR) system in Zambia.Methods: After a desk review of data from two provinces, a cross-sectional mixed methods study was designed, including quantitative analysis of data quality and qualitative analysis of the module's acceptability to facility staff, using the Information System Success model as the framework for evaluation of system quality, service quality, and information quality. Data were collected from 10 purposively sampled health facilities.Results: There was low current use of the vaccination module by facilities in the study area (2%). Daily power outages presented a practical challenge. Staff who had used previous EHRs had concerns about sustainability.System quality: While the module was user-friendly, there were concerns about EHR compatibility with vaccination workflow and outreach settings, where vaccines are commonly administered to older children.Service quality: The module was viewed as dependable; perceptions were influenced by computer literacy.Information quality: The database contained incomplete and incongruous data. Staff perceived data as accurate but incomplete; easy access to data was a strength.Conclusions: Potential benefits of the vaccination module were frequently unrealized due to infrastructure, workflow, and data flow challenges that resulted in low module use and poor information quality. Elements to optimize vaccination information system implementation could include robust engagement of facility-level staff in system design, system suitability to the vaccination setting and workflow, and comprehensive planning for data flow, sustainability, data monitoring and feedback. Adaptability to the outreach setting might be increasingly important as vaccination schedules extend past infancy.
机译:背景:尽管人们对计算机疫苗接种信息系统有广泛的兴趣,但文献中并没有很好地评估这些系统中数据质量的评估及其对中低收入国家一线医疗工作者的可接受性。机构级别的工作人员对赞比亚广泛使用的电子健康记录(EHR)系统中疫苗接种数据模块的优势和挑战的看法。方法:在对两个省的数据进行案头审查之后,设计了一项横断面混合方法研究,包括使用信息系统成功模型作为评估系统质量,服务质量和信息质量的框架,对数据质量进行定量分析并对该模块对设施人员的可接受性进行定性分析。从10个有针对性的抽样卫生设施中收集了数据。结果:研究区域的设施目前对疫苗接种模块的使用率较低(2%)。每日停电带来了实际挑战。使用以前的电子病历的员工对可持续性表示担忧。系统质量:虽然该模块易于使用,但对于电子病历与疫苗接种工作流程和外展设置的兼容性存在担忧,其中疫苗通常用于较大的儿童。被认为是可靠的;信息质量:数据库中包含不完整和不一致的数据。工作人员认为数据准确无误;结论:结论:由于基础架构,工作流程和数据流方面的挑战导致模块使用率低和信息质量差,疫苗接种模块的潜在优势通常得不到体现。优化疫苗接种信息系统实施的要素可能包括设施级别的员工大力参与系统设计,系统对疫苗接种设置和工作流程的适应性以及对数据流,可持续性,数据监控和反馈的全面计划。随着疫苗接种计划扩展到婴儿期以后,对外展环境的适应性可能变得越来越重要。

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