Abstract: The Escherichia coli cell cycle is a classic, but we are still missing several of its essential aspects. The reason is that our knowledge is mostly based on population data, and our grasp of the behavior of single cells is still very limited. Today, new dynamic single-cell data promise to overcome this barrier. Existing data from single cells have already led to findings and hypotheses that challenge standard views, and have raised new questions. I will review some of these recent developments and show how a systematic exploration of correlation patterns between "cell-cycle intervals" (defined by key molecular events measured in many single cells) can lead to a quantitative characterization of the cell cycle in terms of inherent stochasticity and homeostatic controls.
Collins Conference Room
Matteo Osella (University of Torino, Italy)
This event is by invitation only.