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A density-based cellular automaton model for studying the clustering of noninvasive cells.

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Bonnet, Noël | Matos, Manuela | Polette, Myriam, C. | Zahm, Jean-Marie | Nawrocki-Raby, Béatrice | Birembaut, Philippe, L.

Edité par CCSD ; Institute of Electrical and Electronics Engineers -

We investigated whether cluster formation by noninvasive cells can be explained by a global attractive potential. Indices quantifying the persistence of migration in experimental conditions were compared to the same indexes computed from simulations with a density-based cellular automaton. The results indicate that the attractive potential hypothesis must be rejected.

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