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Actomyosin cables by mechanical self-organization |
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Resource-mediated competition between two plant species with different rates of water intake |
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Agent-based models: from bacterial aggregation to wealth hot-spots |
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Influence of the endothelial surface layer on the motion of red blood cells |
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The Emergence of Spatial Patterns for Diffusion-Coupled Compartments with Activator-Inhibitor Kinetics in 1-D and 2-D |
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Localized Patterns in Population Models with the Large Biased Movement and Strong Allee Effect |
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Opinion Dynamics and Spreading Processes on Networks |
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Existence, Stability and Slow Dynamics of Spikes in a 1D Minimal Keller–Segel Model with Logistic Growth |
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Turing Patterns on Growing Domains |
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What conifer trees can show us about how organs are positioned in developing organisms |
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Perceptual Learning in Olfaction: Flexibility, Stability, and Cortical Control |
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A journey in the use of mathematical models to gain insight into ecological and sociological phenomena |
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Mathematical Biomedicine: Examples |
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A simple stochastic model for cell population dynamics in colonic crypts |
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Self-organization and pattern selection in run-and-tumble processes |
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Phase dynamics of cyclic reptilian tooth replacement |
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Reproductive value, prevalence, and perturbation theory of Perron vectors |
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Introduction to agent-based evolutionary game theory |
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Mathematical modeling applied to women's health |
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Environmental feedback maintains cooperation in phage Φ6 |
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Computational Modeling for Medical Devices |
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Skeletal muscle: modeling and computation |
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On the average least negative Hecke eigenvalue |
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Modeling evolution in dynamic populations: the decoupled Moran Process |
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Biodiversity Mathematics: 100 years of modelling diversity dynamics |
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Self-organization of movement: from single cell polarity to multicellular swarms. |
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A discussion on mathematical modelling with fractional derivatives with a focus on a SIS epidemiological model |
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Collective cell chirality |
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Two Inference Problems in Dynamical Systems from Mathematical and Computational Biology |
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Harnessing Mathematical Modeling and Epidemiological Data for Infectious Disease Surveillance and Public Health Decision Making |
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The Social Lives of Viruses |
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