Molly A. Matty

This study analyzes the ISS microbiome over seven years, revealing stable core communities with localized microevolution and AMR/virulence dynamics that require functional validation.

The paper identifies and characterizes a skin microbiome on C. elegans, showing that environmental microbes protect the cuticle in harsh conditions.

This paper shows that food deprivation in C. elegans reduces repellent sensitivity, mediated by intestinal transcription factors and insulin signaling to neurons, leading to riskier behaviors.