Birs- 18w5115: Mathematical Challenges in the Analysis of Continuum Models for Cancer Growth, Evolution and Therapy

  1. Title:
    Modeling origin, natural evolution and response to radiotherapy of gliomas

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    Mathematical predictions for brain tumor response to novel therapies validated by in vivo and in vitro experiments

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    Towards personalisation of combination chemotherapy against brain tumors

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    On the interest of modelling spatiality of the pharmacokinetics of temozolomide – a drug against brain tumours – towards therapeutic optimization and innovations

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    Mathematical Modeling and Prediction of Clinical Metastasis

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    Tumor-Educated Immune Cells Promote Metastatic Growth

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    Bone metastasis treatment modeling via optimal control

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    Estimating Intratumoral Heterogeneity from Spatiotemporal Data

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    Modeling the dynamics of microenvironment of solid tumors.

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  10. Title:
    Non-Local Cell Adhesion Models: Derivation, Bifurcations, and Boundary Conditions

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    The FBLM-FEM: from cell-cell adhesion to the cluster of cells and cell monolayers

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    Acquisition by cancer cells of a plethora of resistance-conferring genetic alterations greatly limits the clinical utility of most anti- cancer drugs.

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  13. Title:
    Diffusive limits of stochastic velocity jump processes for biological agents

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