A nonlinear analytical theory derived via asymptotic analysis identifies four dynamical regimes for heterogeneous chemotactic cell collectives and predicts a balanced mixing-localization regime for dendritic and T cell co-migration enabled by strong chemoattractant consumption.
Phenotype structuring in collective cell migration: a tu- torial of mathematical models and methods
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A mathematical model shows radiotherapy protocol effectiveness and ranking depend on tumor oxygenation level and spatial geometry through phenotypic adaptation dynamics.
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A nonlinear theory for chemotactic fronts of mixed populations
A nonlinear analytical theory derived via asymptotic analysis identifies four dynamical regimes for heterogeneous chemotactic cell collectives and predicts a balanced mixing-localization regime for dendritic and T cell co-migration enabled by strong chemoattractant consumption.
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Oxygenation and spatial heterogeneity shape radiotherapy protocol ranking through phenotypic adaptation
A mathematical model shows radiotherapy protocol effectiveness and ranking depend on tumor oxygenation level and spatial geometry through phenotypic adaptation dynamics.