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Mathematical Modelling of Solid Tumour Growth: Applications of Pre-pattern Formation

Mark A. J. Chaplain (), Mahadevan Ganesh (), Ivan G. Graham () and Georgios Lolas ()
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Mark A. J. Chaplain: University of Dundee, The SIMBIOS Centre, Division of Mathematics
Mahadevan Ganesh: University of New South Wales, School of Mathematics
Ivan G. Graham: University of Bath, Department of Mathematical Sciences
Georgios Lolas: University of Dundee, The SIMBIOS Centre, Division of Mathematics

Chapter 24 in Morphogenesis and Pattern Formation in Biological Systems, 2003, pp 283-293 from Springer

Abstract: Abstract The year 2002 saw both the 50th anniversary of Turing’s seminal paper on morphogenesis [33], and the 30th anniversary of Gierer and Meinhardt’s equally important paper concerning activator-inhibitor theory [9]. These two papers have had a huge influence on the application of reaction-diffusion pre-pattern theory as a mechanism to describe spatio-temporal pattern formation in many biological systems. Specific applications of the theory (to name but a few) can be found in processes in developmental biology, population biology, ecology and interacting chemical systems. It is not our intention in this chapter to discuss the range of applications — for a comprehensive account of the theory and references to the many other applications, the interested reader is referred to the books [17, 22]. Instead, here we apply reaction-diffusion pre-pattern theory to a specific problem on a spherical domain, that of a growing avascular solid tumour We also suggest actual chemicals known to be produced by tumours (autocrine growth factors) which could give rise to the pre-patterns and examine their relevance in the light of clinical and experimental observations.

Keywords: Multicellular Spheroid; Homogeneous Steady State; Solid Tumour Growth; Tern Formation; Human Gastric Carcinoma Cell (search for similar items in EconPapers)
Date: 2003
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Persistent link: https://EconPapers.repec.org/RePEc:spr:sprchp:978-4-431-65958-7_24

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DOI: 10.1007/978-4-431-65958-7_24

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