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20202026
most citedOn Mendelian Randomization Mixed-Scale Treatment Effect Robust Identification (MR MiSTERI) and Estimation for Causal Inference

2 citations · 2 across the 5 of their papers we have counts for

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stat.ME2026

Generative modeling for the bootstrap

Leon Tran, Ting Ye, Peng Ding +1

Generative modeling builds on and substantially advances the classical idea of simulating synthetic data from observed samples. This paper shows that this principle is not only nat…

stat.ME2025

Quasi Instrumental Variable Methods for Stable Hidden Confounding and Binary Outcome

Zhonghua Liu, Baoluo Sun, Ting Ye +2

Instrumental variable (IV) methods are central to causal inference from observational data, particularly when a randomized experiment is not feasible. However, of the three convent…

stat.ME2024

A Bayesian Approach for Selecting Relevant External Data (BASE): Application to a study of Long-Term Outcomes in a Hemophilia Gene Therapy Trial

Tianyu Pan, Yiyao Shi, Xiang Zhang +2

Gene therapies aim to address the root causes of diseases, particularly those stemming from rare genetic defects that can be life-threatening or severely debilitating. Although an…

stat.ME2020

Semiparametric causal mediation analysis with unmeasured mediator-outcome confounding

BaoLuo Sun, Ting Ye

Although the exposure can be randomly assigned in studies of mediation effects, any form of direct intervention on the mediator is often infeasible. As a result, unmeasured mediato…

stat.ME2020★ 2 cited

On Mendelian Randomization Mixed-Scale Treatment Effect Robust Identification (MR MiSTERI) and Estimation for Causal Inference

Zhonghua Liu, Ting Ye, Baoluo Sun +2

Standard Mendelian randomization analysis can produce biased results if the genetic variant defining the instrumental variable (IV) is confounded and/or has a horizontal pleiotropi…