Department of Biomedical Informatics, Columbia University, United States.
School of Nursing, Columbia University, United States.
J Biomed Inform. 2017 Dec;76:1-8. doi: 10.1016/j.jbi.2017.09.013. Epub 2017 Sep 30.
To outline new design directions for informatics solutions that facilitate personal discovery with self-monitoring data. We investigate this question in the context of chronic disease self-management with the focus on type 2 diabetes.
We conducted an observational qualitative study of discovery with personal data among adults attending a diabetes self-management education (DSME) program that utilized a discovery-based curriculum. The study included observations of class sessions, and interviews and focus groups with the educator and attendees of the program (n = 14).
The main discovery in diabetes self-management evolved around discovering patterns of association between characteristics of individuals' activities and changes in their blood glucose levels that the participants referred to as "cause and effect". This discovery empowered individuals to actively engage in self-management and provided a desired flexibility in selection of personalized self-management strategies. We show that discovery of cause and effect involves four essential phases: (1) feature selection, (2) hypothesis generation, (3) feature evaluation, and (4) goal specification. Further, we identify opportunities to support discovery at each stage with informatics and data visualization solutions by providing assistance with: (1) active manipulation of collected data (e.g., grouping, filtering and side-by-side inspection), (2) hypotheses formulation (e.g., using natural language statements or constructing visual queries), (3) inference evaluation (e.g., through aggregation and visual comparison, and statistical analysis of associations), and (4) translation of discoveries into actionable goals (e.g., tailored selection from computable knowledge sources of effective diabetes self-management behaviors).
The study suggests that discovery of cause and effect in diabetes can be a powerful approach to helping individuals to improve their self-management strategies, and that self-monitoring data can serve as a driving engine for personal discovery that may lead to sustainable behavior changes.
Enabling personal discovery is a promising new approach to enhancing chronic disease self-management with informatics interventions.
概述便于利用自我监测数据进行个人发现的信息学解决方案的新设计方向。我们以 2 型糖尿病为重点,在慢性病自我管理的背景下研究这个问题。
我们对利用基于发现的课程的糖尿病自我管理教育(DSME)计划中的成年人进行了一项关于个人数据发现的观察性定性研究。该研究包括观察课程,以及对教育者和计划参与者(n=14)的访谈和焦点小组。
糖尿病自我管理的主要发现是围绕着发现个人活动特征与血糖变化之间关联模式展开的,参与者将这些关联模式称为“因果关系”。这种发现使个人能够积极参与自我管理,并为选择个性化自我管理策略提供了所需的灵活性。我们表明,因果关系的发现涉及四个基本阶段:(1)特征选择,(2)假设生成,(3)特征评估,和(4)目标指定。此外,我们通过提供以下方面的帮助来确定在每个阶段支持发现的机会:(1)对收集到的数据进行主动操作(例如,分组、过滤和并排检查),(2)假设形成(例如,使用自然语言语句或构建可视化查询),(3)推断评估(例如,通过聚合和可视化比较以及关联的统计分析),和(4)将发现转化为可操作的目标(例如,从可计算的有效糖尿病自我管理行为的知识源中进行定制选择)。
该研究表明,在糖尿病中发现因果关系可能是帮助个人改善自我管理策略的有力方法,并且自我监测数据可以作为个人发现的驱动引擎,从而可能导致可持续的行为改变。
启用个人发现是一种有前途的新方法,可以通过信息学干预来增强慢性病自我管理。