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Activity Number: 157 - Advances in Analytic Methods and Novel Applications of the Use of Synthetic Control for Causal Estimation of Effects of Therapeutic Interventions
Type: Topic-Contributed
Date/Time: Tuesday, August 10, 2021 : 10:00 AM to 11:50 AM
Sponsor: Biometrics Section
Abstract #317095
Title: Innovative Adaptive Design for Confirmatory Trials: A Case Study in Pediatrics
Author(s): Junjing Lin* and Margaret Gamalo-Siebers and Ran Liao
Companies: Takeda Pharmaceuticals and Pfizer Inc. and Eli Lilly
Keywords: real-world data; adaptive design; pediatrics; historical borrowing; propensity score
Abstract:

In areas of unmet need, conducting randomized controlled trials may be infeasible due to enrollment challenges, timelines, cost, or ethical concerns. For drug development targeting small populations in particular, unique challenges such as small patient numbers, heterogeneity in disease presentation, and a lack of understanding of the mechanism, call for more thoughtful and innovative design and analysis of trials. With the advancement of technology, information available from sources of real-world data have grown rapidly. Under the framework of adaptive designs, such information can be utilized to generate evidence for making efficacy claim during interim or final analysis. Within this design, some important perspectives merit careful rumination to ensure robustness of analytical methods in estimating effects of treatments, for instance, how can the heterogeneity from historical data and the current trial data be accounted for during an interim analysis? How to control for type I error? How to ensure study integrity? In this presentation, a case study in confirmatory pediatric study will be discussed, where the focus will be on methodological and practical considerations.


Authors who are presenting talks have a * after their name.

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