A particle system approach to cell-cell adhesion models
Mikhail Neklyudov, Dario Trevisan

TL;DR
This paper rigorously derives macroscopic PDE models for cell-cell adhesion from stochastic particle systems, bridging microscopic interactions and large-scale biological behavior.
Contribution
It provides a rigorous derivation of two PDE models, including non-local and local forms, from stochastic particle systems with moderate interactions.
Findings
Derivation of PDE models from particle systems
Establishment of law of large numbers for cell adhesion
Connection between microscopic interactions and macroscopic behavior
Abstract
We investigate micro-to-macroscopic derivations in two models of living cells, in presence to cell-cell adhesive interactions. We rigorously address two PDE-based models, one featuring non-local terms and another purely local, as a a result of a law of large numbers for stochastic particle systems, with moderate interactions in the sense of K. Oelshchlaeger (1985).
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Taxonomy
TopicsMathematical Biology Tumor Growth · Cellular Mechanics and Interactions · Gene Regulatory Network Analysis
