A Model of Colonic Crypts using SBML Spatial
arXiv preprint arXiv:1309.7692, 2013•arxiv.org
The Spatial Processes package enables an explicit definition of a spatial environment on top
of the normal dynamic modeling SBML capabilities. The possibility of an explicit
representation of spatial dynamics increases the representation power of SBML. In this work
we used those new SBML features to define an extensive model of colonic crypts composed
of the main cellular types (from stem cells to fully differentiated cells), alongside their spatial
dynamics.
of the normal dynamic modeling SBML capabilities. The possibility of an explicit
representation of spatial dynamics increases the representation power of SBML. In this work
we used those new SBML features to define an extensive model of colonic crypts composed
of the main cellular types (from stem cells to fully differentiated cells), alongside their spatial
dynamics.
The Spatial Processes package enables an explicit definition of a spatial environment on top of the normal dynamic modeling SBML capabilities. The possibility of an explicit representation of spatial dynamics increases the representation power of SBML. In this work we used those new SBML features to define an extensive model of colonic crypts composed of the main cellular types (from stem cells to fully differentiated cells), alongside their spatial dynamics.
arxiv.org
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