Ekaterina Krasnopeeva

This study shows that ATP and PMF coupling in E. coli depends on growth conditions, with PMF being essential for growth regardless of ATP synthesis function.

This study shows that metabolic feedback during bacterial fermentation reduces motility in dense E. coli suspensions by acidifying the environment and decreasing internal pH.

This study shows the bacterial flagellar motor speed has a non-linear relationship with proton motive force, challenging existing models and showing free swimming occurs near saturation.

This study compares the effects of different surface attachment methods on Escherichia coli physiology in vivo, finding no significant differences in growth rate, size, or intracellular pH.