Yunheng Han

The paper introduces TOB-QMC, a method for scalable and accurate tree of blobs reconstruction under network multispecies coalescent, improving upon TINNiK in both speed and accuracy.

This paper reviews computational methods for predicting antimicrobial resistance in Mycobacterium tuberculosis using genomic data, comparing catalog-based and machine learning approaches.

This paper introduces a scalable framework for variant-aware primer design that improves robustness and efficiency in multiplex PCR assays.

The paper introduces a weighted version of the TREE-QMC method to improve species tree reconstruction robustness to gene tree errors and homology issues.