André Amado

This study shows that the fitness effects of antimicrobial resistance mutations vary widely across genetic backgrounds and environments in Escherichia coli, challenging assumptions about their predictability.

This study simulates eco-evolutionary dynamics on a dynamic fitness landscape incorporating ecological interactions, showing that ecological interactions can sustain diversity and coexistence of genotypes.

This study develops a mechanistic model showing that larger cell aggregates can evolve through division of labor, increasing fitness by forming larger groups.