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--- examples:multiscale [17:16 18.08.2021] – Moved to GitLab Pages Diego Jahn
+++ examples:multiscale [17:19 18.08.2021] (current) – Moved to GitLab Pages Diego Jahn
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-~~NOTOC~~
-===== Multiscale models =====
-==== MembraneProperties: Cell polarization and chemotaxis ====
-//Note: MembraneProperties are not available in public version of Morpheus.//
-[{{ :examples:cellpolarity0060.png?direct&200|Cell dynamically re-polarizes in response to switching external gradient}}]
-{{vimeo>60636346?small }}
-=== Introduction ===
-This model of cell polarity shows the coupling of three model formalisms:
-  * A cellular Potts model
-  * A PDE model, solved on the membrane of the cell
-  * And an external gradient.
-The cell membrane polarizes in response to the external gradient. Chemotactic cell motility depends on the polarity of the cell and the external gradient.
-=== Description ===
-This example implements two models of cell polarity: Meinhardt's substrate-depletion model and Edelstein-Keshet's wave-pinning model. The user can switch polarity model by ''Disabling''/''Enabling'' the relevant ''System''.
-The model defines a one-dimensional reaction-diffusion system (''MembraneProperty'') representing membrane-bound molecules, and is mapped to a cellular Potts model defining a discrete shaped cell. An external gradient, specified in a ''PDE'', provides a signal for the polarization of the cell. In turn, the polarity of the cell influences its ''chemotaxic'' behavior.
-After a switch in direction of the gradient, the cell re-polarizes in the new direction and starts to move up the gradient, iff the wave pinning model has been selected.
-=== Model ===
-<code xml |h CellPolarity.xml |h>
-extern>
-http://imc.zih.tu-dresden.de/morpheus/examples/Multiscale/CellPolarity.xml
-</code>
-//Note: This model is not available in Morpheus GUI.//