Rok Krašovec

This paper develops a population sequencing pipeline to estimate mutation rates in E. coli under varying population densities, finding a strong negative association between density and mutation rates.

This study examines how the antimutator ΔnudJ in Escherichia coli reduces mutation rate and alters mutational spectrum, leading to decreased antibiotic resistance potential.

This paper shows that AC electro-osmosis causes fluorescent dips in cationic fluorophores, creating false action potential signals in bacterial cells and biofilms.

This study identifies hydrogen peroxide detoxification as the mechanism behind density-dependent mutation rate plasticity in microbial populations.

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.