Invited Talks
Giulia Laura Celora: Multiscale modelling of cellular organisation
Raluca Eftimie: Single-scale and multi-scale mathematical approaches for cancer-immune interactions: a focus on macrophage populations
Carles Falcó: Adhesion-driven patterning in collective cell behaviour
Laura Kanzler: First order non-instantaneous corrections in collisional kinetic models
Tommaso Lorenzi: PDE models for the growth of heterogeneous cell populations: travelling fronts, sharp interfaces, and concentration phenomena
Giulio Lucci: Viscoelastic modelling across scales: from cell reorientation to tissue mechanics
Diane Peurichard: Scaling limits for a population model with growth, division and cross-diffusion
Christina Surulescu: Mathematical modeling of meniscus tissue regeneration
Chiara Villa: Linking cell-to-cell variability to emergent macroscopic dynamics: a phenotype-structured PDE approach
Contributed Talks
Eleonora Agostinelli: Discrete multiple scales for continuum approximations of discretely structured mathematical models
Clarissa Astuto: Multiscale Poisson–Nernst–Planck (MPNP) system for the diffusion of a two-species model
Andrea Bondesan: Kinetic approach to Lotka-Volterra interactions: Derivation and long-time behavior
Giulio Bordieri: Predicting biological outcomes of particle therapy through agent-based mathematical modeling: from dna damage to clinical outcome
Federico Herrero-Hervàs: Stability, asymptotics and periodicity in a chemotaxis–toxicity system
Damian Knopoff: Multiscale modeling of crowd dynamics with infectious disease contagion
Cristina Macaluso: Data-informed computational modelling of the interplay between vascular architecture and cancer cell plasticity under radiotherapy
Andrea Marchetti: Stochastic reaction-diffusion models with travelling-wave solutions
Carmelo Filippo Munafò: A nonconservative kinetic framework with logistic growth for modeling the coexistence in a multi-species ecological system
Federica Padovano: Modelling the efficacy of CIK cell immunotherapy targeting MET-expressing mesothelioma cells
Dimitrios Patsatzis: An equation/variable-free machine learning framework for bridging scales: from agent-based simulators to macroscopic analysis and Control
Roxana Sublet: Mathematical modeling of apoptosis in cell collective dynamics: microscopic and macroscopic points of view
Lena Zuspann: Mathematical modelling of cancer metastasis across scales
Poster Session
Francesca Ballatore: A geometric-surface PDE model for cell-nucleus translocation through confinement
Simone Bonfiglio: Analytical and numerical aspects in a model of blood flow
Luca Grezzi: Modeling of Bacterial Biofilm
Ambre Jaeger: Exploring the homeostasis of the oral epithelium
Dimitrios Katsaounis: Phenotypic plasticity in cancer invasion and metastasis: from microscopic interactions to macroscopic tumours
Alkaios Lamprakis: Quantitative assessment of fracture risk in metastatic vertebrae: an in silico approach
David Morselli: Agent-based and continuum models for spatial dynamics of infection by oncolytic viruses and its interactions with the immune system
Pablo Moreno Spiegelberg: Emergence of spatiotemporal dynamics in vegetation populations from demographic noise
Baeckkyoung Sung: Mathematical modelling of neuroendocrine dynamics on-chip: A preliminary study