Arianna Cylke

The paper develops a whole-cell model to show how bacterial cell geometry and diffusion limit biosynthetic efficiency and growth rate.

The paper develops a single-cell model to explain non-exponential bacterial growth patterns by linking gene expression, proteome allocation, and mass growth.

The paper develops a theory of dynamic energy allocation to model bacterial growth and morphology under varying environmental conditions, capturing experimentally observed relationships and predicting nutrient-dependent trade-offs.