Claudia Igler

The paper examines how bacterial cell volume changes over the growth curve in response to nutrient conditions using microscopy and mathematical modeling, finding non-monotonic dynamics in biomass-to-cell-number ratios.

This study analyzes antibiotic resistance emergence in Pseudomonas aeruginosa during treatment, finding that pre-existing resistance and ecological dynamics drive resistance development.

The paper shows that non-specific TF-DNA binding in bacteria reduces population growth across environments due to low specificity, TF cooperativity, and TF-to-DNA ratios.