Rosalind J. Allen

This study shows how ambient temperature changes affect cellular responses in Chlamydomonas reinhardtii, revealing extensive transcriptomic and proteomic changes linked to growth, cilia behavior, and bacterial interactions.

This study shows that pathogen virulence factors can indirectly benefit commensals through nutrient competition, limiting pathogen growth in plant leaves.

The paper tests a birth-death-mutation model's ability to predict antibiotic resistance evolution in experiments, finding it partially successful with model modifications improving predictions.

The paper shows habitat fragmentation can enhance microbial collective defense against antibiotics by allowing subpopulations to survive higher doses.

This study shows low-dose antibiotics trigger bacterial aggregation via lysis and extracellular DNA release, forming aggregates distinct from biofilms.

This study shows that mecillinam affects the balance between surface area and volume synthesis in E. coli, leading to growth-rate dependent efficacy and lysis or sustained growth depending on the medium.

The paper develops a roadblock-and-kill model to explain how E. coli responds dynamically to ciprofloxacin, showing that DNA replication blockage, not the SOS response, drives growth inhibition.