Ian S. Roberts

The paper identifies heritable single-cell gene expression states in macrophages and shows how they influence immune response variability and infection outcomes.

The paper models electrical signaling in E. coli biofilms using a fire-diffuse-fire model, showing that wavefronts exhibit super-diffusive scaling and are influenced by geometry and ion diffusivity.

The paper demonstrates that E. coli biofilms exhibit negative capacitance at low frequencies in electrical impedance spectroscopy, similar to neuronal behavior, and links this to voltage-gated potassium channels.