Stefany Moreno-Gámez

The paper shows that temporal resource variation leads to growth equalization in bacteria through distinct metabolic strategies, reducing performance variance across conditions.

This paper introduces a universal surface functionalization technique for microbes that enhances functionality without genetic modification, achieving higher efficiency and viability across diverse species.

The paper shows structural differences in glycan transporters drive niche partitioning in Bacteroides species by substrate chain length preference, with implications for gut microbiome ecology and dietary interventions.