Single cells actively coordinate growth and division to regulate their size, yet how this size
homeostasis at the single-cell level propagates over multiple generations to impact clonal …

Variables of bacterial division such as size at birth, growth rate, division time, and the
position of the septal ring, all vary from cell to cell. Currently, it is unknown how these …

We develop theoretical equivalences between stochastic and deterministic models for
populations of individual cells stratified by age. Specifically, we develop a hierarchical …

Exponentially growing cells regulate their size by controlling their timing of division. Since
two daughter cells are born as a result of this cell splitting, cell size regulation has a direct …

In this contribution, we use the framework of discrete-event dynamical systems to model a
fundamental aspect of lifethe proliferation of cells. This process starts with a newborn cell …

Cell size control and homeostasis is a major topic in cell biology yet to be fully understood.
Several growth laws like the timer, adder, and sizer were proposed, and mathematical …

This contribution explores mechanisms that regulate the dynamics of single-cell size,
maintaining equilibrium around a target set point. Using the formalism of Stochastic Hybrid …

The mechanism of bacterial cell size control has been a mystery for decades, which involves
the well-coordinated growth and division in the cell cycle. The revolutionary modern …

For cell division to take place, proteins that carry it out need to accumulate to a functional
threshold. Most of these divisome proteins are highly abundant in the cell, and accumulate …

It has been recently shown that the exponential growth rate of a population of bacterial cells
starting from a single cell will show transient oscillations due to early synchronized bursts of …