- Abstract:
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A numerical method for simulating the movement of unicellular organisms which respond to chemical signals is presented. Cells are modelled as objects of finite size while the extracellular space is described by reaction-diffusion partial differential equations. This modular simulation allows the implementation of different models at the different scales encountered in cell biology and couples them in one single framework. The global computational cost is contained thanks to the use of the fic...
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- Publication date:
- 2012
- URN:
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uuid:c7576751-f523-46b4-9c39-e31fb7792b0e
- Local pid:
- oai:eprints.maths.ox.ac.uk:1549
- Copyright date:
- 2012
Journal article
Simulation of cell movement through evolving environment: a fictitious domain approach
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