Abstract
A vast array of mathematical models have been proposed for all stages of cancer formation across a wide range of spatio–temporal scales. Attention is now turning to coupling these models across scales and building models of “virtual tumours” for use in in silico testing of novel drugs and treatment regimes. This leads naturally to the requirement for detailed knowledge of the underlying geometry and physiological properties of individual tumours for use in: (i) multi-scale mathematical models of in vivo tumour growth and development; (ii) fusion of multi-scale, multimodal medical imaging techniques to improve the diagnosis and treatment of individual patients; and (iii) training of cancer specialists and surgeons.
Acknowledgements
This research was supported by the Medical Research Council, The Wellcome Trust, the Department of Health, IBM and the EPSRC (via the Integrative Biology project, GR/S72023).
Notes
The MERCURY project, http://www.pelicancentre.com/researchprojects/mercury.html.
The Integrative Biology project, http://www.integrativebiology.ox.ac.uk/.