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AI 根据所提供的论文材料归类:摘要直接研究整群随机试验的治疗效应、随机化检验、不依从和置信区间,因果推断是主要方向。

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关注这篇论文的作者
Dylan S Small
Thomas R Ten Have
Paul R Rosenbaum

抑郁症治疗整群随机试验中的随机化推断

研究问题
当治疗随机分配给诊所而结果记录在患者层面时,如何正确进行随机化推断,并处理协变量、不依从和效应异质性?
方法与思路
作者依据诊所层面的随机分配和待检验效应假设进行精确推断,比较协变量调整,并讨论剂量比例效应及置信区间反演。
材料陈述的贡献
摘要称推断无需把协方差模型当作真实生成机制,也无需假设群内无干扰;并讨论不依从及特定异质效应的精确推断。
阅读关注点
应核对配对诊所的实际随机化空间、检验所依赖的效应假设,以及剂量、不依从和效应异质性如何进入区间构造。
阅读边界
仅据 OpenAlex 索引摘要,稿件版本未注明,不能推断刊本变化;允许群内干扰不能外推为任意干扰下均可精确推断。

原文摘要

In the Prospect Study, in 10 pairs of two primary-care practices, one practice was picked at random to receive a “depression care manager” to treat its depressed patients. Randomization inference, properly performed, reflects the assignment of practices, not patients, to treatment or control. Yet, pertinent data describe individual patients: depression outcomes, baseline covariates, compliance with treatment. The methods discussed use only (i) the random assignment of clusters to treatment or control and (ii) the hypothesis about effects being tested or inverted for confidence intervals, so they are randomization inferences in Fisher's strict sense. There is no assumption that the covariance model generated the data, that compliers resemble noncompliers, that dependence is from additive random cluster effects, that individuals in a same cluster do not interfere with one another, or that units are sampled from a population. We contrast methods of covariance adjustment, never assuming the models are “true,” obtaining exact randomization inferences. We consider exact inference about effects proportional to doses with noncompliance and effects whose magnitude varies with the degree of improvement that would occur without treatment. A simulation examines power.

笔记与分组
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