Centre for Health Informatics, Division of Informatics, Imaging and Data Science, Manchester Academic Health Science Centre, The University of Manchester, Manchester, United Kingdom.
Department of renal and pancreatic transplantation, Manchester University NHS Foundation Trust, Manchester, United Kingdom.
Stud Health Technol Inform. 2022 Jun 6;290:877-881. doi: 10.3233/SHTI220205.
There is a need for IT systems that support the complex needs of data management in kidney transplantation. The KidneyCloud project aims to inform a transplant-specific digital solution by exploring patient pathways and data journeys. This paper reports on the early prototyping of the KidneyCloud clinician interface using an iterative codesign methodology. User workshops identified that for making clinical decisions and adding patients to the national waiting list transplant teams relied heavily on manual processes to access data across systems and organisations. Based on the requirements gathered, a prototype interface was designed to provide a unified view on the available patient data, which aligned with clinical workflows. Interactive prototype screens allowed users to gain hands-on experience and provide rich real-time feedback. This informed the necessary functionalities of the interface, but also helped us understand the capabilities required of the back-end solution.
需要有支持肾移植数据管理复杂需求的 IT 系统。KidneyCloud 项目旨在通过探索患者路径和数据旅程,为特定于移植的数字解决方案提供信息。本文报告了使用迭代式协同设计方法对 KidneyCloud 临床医生界面的早期原型设计。用户研讨会确定,为了做出临床决策并将患者添加到国家候补名单中,移植团队严重依赖手动流程来跨系统和组织访问数据。根据收集到的要求,设计了一个原型界面,以提供可用患者数据的统一视图,该视图与临床工作流程保持一致。交互式原型屏幕允许用户获得实践经验并提供丰富的实时反馈。这为界面的必要功能提供了信息,也帮助我们了解后端解决方案所需的功能。