Ruth E Baker

The effect of domain growth on spatial correlations

The paper develops methods to incorporate domain growth into continuum models of cell motility and proliferation by deriving and simplifying ordinary differential equations for spatial correlations.

Robust cell tracking in epithelial tissues through identification of maximum common subgraphs

This paper introduces a cell tracking algorithm for epithelial tissues using maximum common subgraphs, demonstrating robustness to morphogenetic deformations and low temporal resolution.

How domain growth is implemented determines the long term behaviour of a cell population through its effect on spatial correlations.

This study shows that different implementations of domain growth affect spatial correlations and steady-state densities in cell populations, highlighting the importance of including spatial correlations in models.

Inference of cell-cell interactions from population density characteristics and cell trajectories on static and growing domains

The paper infers cell-cell interactions from population density and trajectory data on static and growing domains, showing conservation of characteristics despite domain growth.

Incorporating pushing in exclusion process models of cell migration

This paper introduces pushing mechanisms into exclusion process models of cell migration and evaluates their impact on population-level behavior.

Choosing an appropriate modelling framework for analysing multispecies co-culture cell biology experiments

The paper evaluates mathematical models for mono-culture and co-culture cell biology assays, showing that spatial statistics can guide model choice for mono-culture but not co-culture.