Publication date
December 2022
DOIAbstract
An ensemble of PhysiCell simulations of a multiscale model for melanoma micrometastasis in the lung. Computational model and data analysis are available at https://github.com/heberlr/melanoma.</p
An ensemble of PhysiCell simulations of a multiscale model for melanoma micrometastasis in the lung. Computational model and data analysis are available at https://github.com/heberlr/melanoma.</p
Introduction: There is a growing body of evidence highlighting the applications of computational mod...
MetapopPy is a Python library designed to aid the creation of metapopulation-based models. TBMetapop...
In CT imaging, pulmonary emphysema appears as lung regions with Low-Attenuation Areas (LAA). In this...
The dataset comprises the output of several simulations of a model of tumor growth with different pa...
This dataset contains 66 slices of a human melanoma cut in sequential order and the reconstructed mo...
Mathematical cancer models are immensely powerful tools that are based in part on the fractal nature...
In this study, a system dynamic simulation model for a part of the patient pathway of cutaneous mali...
Data used to obtain results for TBMetapopPy simulations. Results folder contains the files used to c...
Cette thèse présente des travaux de modélisation mathématique de la croissance tumorale appliqués au...
AbstractSupermodeling is an interesting and non-standard concept used recently for simulation of com...
Lung cancer is a disease of uncontrolled cell growth in tissues of the lung. Computed to-mography (C...
Tumour cell proliferation and particularly tumour cell motility are considered to be essential pre-r...
A semi-automatic computational method to identify FOXP3+T cell subpopulations in melanoma patient
A mathematical description of the morphology of the lung is necessary for modeling and analyzing the...
9th workchop HCPBM. Lyon (Fr). p 31.International audienceThe purpose of this investigation is to si...
Introduction: There is a growing body of evidence highlighting the applications of computational mod...
MetapopPy is a Python library designed to aid the creation of metapopulation-based models. TBMetapop...
In CT imaging, pulmonary emphysema appears as lung regions with Low-Attenuation Areas (LAA). In this...
The dataset comprises the output of several simulations of a model of tumor growth with different pa...
This dataset contains 66 slices of a human melanoma cut in sequential order and the reconstructed mo...
Mathematical cancer models are immensely powerful tools that are based in part on the fractal nature...
In this study, a system dynamic simulation model for a part of the patient pathway of cutaneous mali...
Data used to obtain results for TBMetapopPy simulations. Results folder contains the files used to c...
Cette thèse présente des travaux de modélisation mathématique de la croissance tumorale appliqués au...
AbstractSupermodeling is an interesting and non-standard concept used recently for simulation of com...
Lung cancer is a disease of uncontrolled cell growth in tissues of the lung. Computed to-mography (C...
Tumour cell proliferation and particularly tumour cell motility are considered to be essential pre-r...
A semi-automatic computational method to identify FOXP3+T cell subpopulations in melanoma patient
A mathematical description of the morphology of the lung is necessary for modeling and analyzing the...
9th workchop HCPBM. Lyon (Fr). p 31.International audienceThe purpose of this investigation is to si...
Introduction: There is a growing body of evidence highlighting the applications of computational mod...
MetapopPy is a Python library designed to aid the creation of metapopulation-based models. TBMetapop...
In CT imaging, pulmonary emphysema appears as lung regions with Low-Attenuation Areas (LAA). In this...
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