Robert E. W. Hancock

This study investigates B. cenocepacia's physiological and molecular responses to acidic pH and increased zinc/iron in a CF-like environment, identifying genes and metabolites involved in adaptation and virulence.

This study designs potent anti-biofilm antimicrobial peptides using an explainable AI framework, achieving high efficacy against MRSA biofilms.

This study analyzes longitudinal gene expression in COVID-19 patients to identify distinct disease phases and associated therapeutic targets.

This study uses time-course transcriptomics to show how Treponema pallidum alters endothelial cell pathways, leading to endothelial-to-mesenchymal transition and potential disease mechanisms.

This study shows that Pseudomonas aeruginosa persists intracellularly in zebrafish wounds, evading antibiotics and host immunity, and can be re-sensitized by anti-biofilm agents.

The paper curates a collection of >600 immune signatures from human vaccination studies and provides a data model and web dashboard for querying these signatures.

The paper demonstrates the broad-spectrum antibacterial activity of EcDBS1R6, a peptide derived from an Escherichia coli signal peptide modified using the Joker algorithm.