Journal article

Modelling the movement of interacting cell populations: a moment dynamics approach.

Stuart T Johnston, Matthew J Simpson, Ruth E Baker

J Theor Biol | Published : 2015


Mathematical models describing the movement of multiple interacting subpopulations are relevant to many biological and ecological processes. Standard mean-field partial differential equation descriptions of these processes suffer from the limitation that they implicitly neglect to incorporate the impact of spatial correlations and clustering. To overcome this, we derive a moment dynamics description of a discrete stochastic process which describes the spreading of distinct interacting subpopulations. In particular, we motivate our model by mimicking the geometry of two typical cell biology experiments. Comparing the performance of the moment dynamics model with a traditional mean-field model..

View full abstract

University of Melbourne Researchers


Awarded by Australian Research Council