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Showing 1 to 6 of 6 for “"mathematical oncology"”.

  1. Combining mechanistic modelling with data-driven modelling in mathematical oncology

    Mathematical modelling in cancer research has been developing and has contributed valuable insights. By helping to understand the mechanisms of biological processes and predict clinical outcomes, mathematical models can complement empirical cancer research. In chapter 2, we studied the dynamics by …

    cau-kiel Repository record for Combining mechanistic modelling with data-driven modelling in mathematical oncology (opens in a new tab)

  2. From Oncogenesis to Immunotherapy: Mathematical Modeling of Heterogeneous Cancers

    We utilize mathematical modeling to study two types of cancer with substantial mutational heterogeneity: chronic lymphocytic leukemia (CLL) and mismatch-repair deficient colorectal cancer (MMR-D CRC). First, to study the progression of CLL into an aggressive lymphoma, Richter’s Syndrome (RS), we …

    washington Repository record for From Oncogenesis to Immunotherapy: Mathematical Modeling of Heterogeneous Cancers (opens in a new tab)

  3. A New Mathematical Theory for the Dynamics of Large Tumor Populations, a Potential Mechanism for Cancer Dormancy & Recurrence and Experimental Observation of Melanoma Progression in Zebrafish

    … they necessary? In contrast, we propose a new mathematical model that predicts long-term apparent dormancy followed by recurrence can occur because of tumor population dynamics without the need for a single random event such as the occurrence of a key mutation. </p> <p> Understanding the …

    cuny Repository record for A New Mathematical Theory for the Dynamics of Large Tumor Populations, a Potential Mechanism for Cancer Dormancy & Recurrence and Experimental Observation of Melanoma Progression in Zebrafish (opens in a new tab)

  4. Mathematical approaches for the clinical translation of hyperpolarised 13C imaging in oncology

    … into the processes driving lactate metabolism, a mathematical model is developed which is capable of simulating tumour growth and treatment response under a range of metabolic and tissue conditions, focusing on the interaction between tumour and stroma. Finally, hyperpolarised 13C-pyruvate imaging …

    cambridge Repository record for Mathematical approaches for the clinical translation of hyperpolarised 13C imaging in oncology (opens in a new tab)

  5. Mathematical modeling of eIF5B-mediated non-canonical translation initiation as a chemotherapeutic target

    lethbridge