Duncan Wilson

This study analyzes 12,644 whole genome sequences of Candida auris from 1997-2024 to reveal global epidemiology, drug resistance patterns, and genomic variation across income levels.

This study identifies FKS1/2-variant independent mechanisms of echinocandin resistance in Candida auris through genomic and phenotypic analysis of clinical isolates.

This study profiles gene expression in Candida auris infections using a fish model, identifying clade-specific filamentation and upregulation of xenosiderophore transporter genes.

The paper determines the cryo-EM structures of C. albicans Pra1 in apo- and zinc-bound states, revealing its hexameric structure and zinc binding sites, with functional insights into its role in zinc scavenging and pathogenicity.

The paper identifies two-speed genome evolution in fungal pathogens, where virulence-related genes are enriched in repeat-rich regions while core genes are in repeat-poor regions.