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首页> 外文期刊>Medical decision making: An international journal of the Society for Medical Decision Making >Understanding who benefits at each step in an internet-based diabetes self-management program: Application of a recursive partitioning approach
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Understanding who benefits at each step in an internet-based diabetes self-management program: Application of a recursive partitioning approach

机译:了解基于互联网的糖尿病自我管理计划中每个步骤的受益者:递归分区方法的应用

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Background. Efforts to predict success in chronic disease management programs have been generally unsuccessful. Objective. To identify patient subgroups associated with success at each of 6 steps in a diabetes self-management (DSM) program. Design. Using data from a randomized trial, recursive partitioning with signal detection analysis was used to identify subgroups associated with 6 sequential steps of program success: agreement to participate, completion of baseline, initial website engagement, 4-month behavior change, later engagement, and longer-term maintenance. Setting. The study was conducted in 5 primary care clinics within Kaiser Permanente Colorado. Patients. Different numbers of patients participated in each step, including 2076, 544, 270, 219, 127, and 89. All measures available were used to address success at each step. Intervention. Participants were randomized to receive either enhanced usual care or 1 of 2 Internet-based DSM programs: 1) self-administered, computer-assisted self-management and 2) the self-administered program with the addition of enhanced social support. Measurements. Two sets of potential predictor variables and 6 dichotomous outcomes were created. Results. Signal detection analysis differentiated successful and unsuccessful subgroups at all but the final step. Different patient subgroups were associated with success at these different steps. Demographic factors (education, ethnicity, income) were associated with initial participation but not with later steps, and the converse was true of health behavior variables. Limitations. Analyses were limited to one setting, and the sample sizes for some of the steps were modest. Conclusions. Signal detection and recursive partitioning methods may be useful for identifying subgroups that are more or less successful at different steps of intervention and may aid in understanding variability in outcomes.
机译:背景。预测慢性病管理计划成功的努力通常是不成功的。目的。在糖尿病自我管理(DSM)程序中,在6个步骤中的每个步骤上识别与成功相关的患者亚组。设计。使用来自随机试验的数据,通过信号检测分析进行递归划分,以识别与计划成功的6个连续步骤相关的子组:参与协议,基线完成,初始网站参与,4个月的行为改变,以后的参与以及更长的时间定期维护。设置。该研究是在科罗拉多州凯撒永久医院的5家初级保健诊所进行的。耐心。每个步骤都有不同数量的患者参加,包括2076、544、270、219、127和89。所有可用的衡量指标都用于解决每个步骤的成功问题。介入。参与者被随机分配接受常规护理或2个基于Internet的DSM程序中的1个:1)自我管理,计算机辅助的自我管理,以及2)自我管理程序以及额外的社会支持。测量。创建了两组潜在的预测变量和6个二分法结果。结果。信号检测分析除了最后一步外,还区分了成功和失败的亚组。在这些不同的步骤,不同的患者亚组与成功相关。人口统计学因素(教育程度,种族,收入)与最初的参与程度相关,而与以后的步骤无关,健康行为变量则相反。局限性。分析仅限于一种设置,某些步骤的样本量适中。结论信号检测和递归划分方法对于识别在不同干预步骤或多或少成功的亚组可能有用,并且可能有助于理解结果的变异性。

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