A mathematical model of a micrometastasis.
Bloor, Malcolm I.G., Wilson, Michael J. (1997)
Journal of Theoretical Medicine
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Bloor, Malcolm I.G., Wilson, Michael J. (1997)
Journal of Theoretical Medicine
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Byrne, H.M., Chaplain, M.A.J. (1998)
Journal of Theoretical Medicine
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Alarcón, Tomás, Owen, Markus R., Byrne, Helen M., Maini, Philip K. (2006)
Computational & Mathematical Methods in Medicine
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A.V. Kolobov, V.V. Gubernov, A.A. Polezhaev (2011)
Mathematical Modelling of Natural Phenomena
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A mathematical model of infiltrative tumour growth is investigated taking into account transitions between two possible states of malignant cells: proliferation and migration. These transitions are considered to depend on oxygen level in a threshold manner where high oxygen concentration allows cell proliferation, while concentration below a certain critical value induces cell migration. The infiltrative tumour spreading rate dependence on model parameters is obtained. It is shown that...
Gevertz, Jana L. (2011)
Computational & Mathematical Methods in Medicine
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Honstvet, Christopher.A., Jones, Pamela F. (2007)
Computational & Mathematical Methods in Medicine
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Tait, Catherine R., Jones, Pamela F. (2003)
Journal of Theoretical Medicine
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Bellomo, Nicola, De Angelis, Elena, Preziosi, Luigi (2003)
Journal of Theoretical Medicine
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Schmitz, Jonathan E., Kansal, Anuraag R., Torquato, Salvatore (2002)
Journal of Theoretical Medicine
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Gaffney, Eamonn A., Maini, Philip K., Sherratt, Jonathan A., Dale, Paul D. (1997)
Journal of Theoretical Medicine
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Byrne, H.M., Chaplain, M.A.J., Pettet, G.J., McElwain, D.L.S. (1999)
Journal of Theoretical Medicine
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Ward, J.P., King, J.R. (2000)
Journal of Theoretical Medicine
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