Eliza J. R. Peterson

The paper shows adenylyl cyclase agonists inhibit Mtb growth by rerouting carbon to virulence lipids through ETC blockade and cAMP-driven metabolic remodeling.

This study identifies MtrA as a critical regulator of peptidoglycan cleavage in Mtb, essential for survival under acidic stress and a potential drug target.

This paper introduces PRIME, a model predicting environment-specific vulnerabilities in Mtb's regulatory and metabolic networks, validated through genome-wide fitness screens.

The paper develops a gene regulatory network model for Plasmodium falciparum using machine learning, showing it predicts gene expression and identifies correlates of artemisinin resistance.

The paper identifies a six-state genetic program in Mycobacterium tuberculosis that enables entry into and exit from hypoxia-induced dormancy through high-resolution transcriptional time-course analysis.