系统开发移动医疗应用程序,通过让患者参与来预防医疗相关感染:“参与患者”

Robbert G. Bentvelsen , Rosalie van der Vaart , Karin Ellen Veldkamp , Niels H. Chavannes
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引用次数: 0

摘要

导读:在医院护理中,导尿管经常被使用,导致导尿管相关性尿路感染(CAUTI)的重大风险。患者通过移动健康了解和评估导管的适当性可以减少这些医疗保健相关感染。然而,患者通过移动医疗参与感染预防的情况仍然有限。因此,我们描述了移动医疗干预系统的开发和可用性评估,以预防CAUTI,旨在优化应用程序在临床环境中的采用。方法以CeHRes路线图作为开发指南,实施以下阶段:(1)语境调查(观察和访谈),(2)价值规范(探究访谈)和(3)多步骤设计和与最终用户共同创造。在第一阶段和第二阶段,对15名患者和3名护士进行了半结构化访谈。设计阶段与最小可行产品开发策略相结合,重点放在原型的早期循环步骤上。结果在第一阶段,患者承认导管使用的风险。第二阶段的患者重视医护人员对移动医疗应用程序的认可,并报告说他们拥有一部智能手机。患者和护士都意识到除了导管护理之外,应用程序还需要有用的模块。基于第二阶段发现的需求和价值,开发了参与应用程序。基于阶段3的可用性测试,进一步修改了内容、文本大小、简单语言和导航结构,并添加了图像。本研究通过涉及患者和护理提供者,为移动医疗干预的发展策略提供了现实世界的见解。使用全面的需求评估来开发应用程序,为其内容和设计提供了理解。通过开发一款为患者提供可靠信息和每日检查清单的应用程序,我们的目标是为整个病房的导管使用沟通和意识提供量身定制的工具,并为移动健康发展提供潜在的蓝图。
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Systematic development of an mHealth app to prevent healthcare-associated infections by involving patients: ‘Participatient’

Introduction

In hospital care, urinary catheters are frequently used, causing a substantial risk for catheter-associated urinary tract infections (CAUTI). Patient awareness and evaluation of appropriateness of their catheter through mHealth could decrease these healthcare-associated infections. However, patient engagement via mHealth in infection prevention is still limited. Therefore, we describe the systematic development and usability evaluation of the mHealth intervention Participatient, to prevent CAUTI, aiming for optimal adoption of the app in the clinical setting.

Method

The CeHRes roadmap was used as development guideline, operationalizing phases for (1) contextual inquiry (observations and interviews), (2) value specification (interviews with probing) and (3) design in multiple steps and in co-creation with end-users. During phases 1 and 2, semi-structured interviews were conducted with fifteen patients and three nurses. The design phase was combined with the minimum viable product development strategy, with a focus on early cyclic steps of prototyping.

Results

In phase 1, patients acknowledged the risks of catheter use. Patients in phase 2 valued endorsement of a mHealth application by healthcare workers and reported to own a smartphone. Both patients and nurses recognized the need for useful modules in the app besides catheter care. Based on the needs and values as found in phase 2, the Participation app was developed. Based on usability tests in phase 3, content, text size, plain language, and navigation structures were further amended, and images were added.

Conclusion

This study provides real-world insight in the developmental strategy for mHealth interventions by involving both patients and care providers. Development of an app using thorough needs-assessment provided understanding for its content and design. By developing an app providing patients with reliable information and daily checklists, we aim to provide a tailored tool for communication and awareness on catheter use for the whole ward, and a potential blueprint for mHealth development.

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