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-	<li>First we will link what we'll see during the experiments to what's happening in each organ.	+	<li>First we will link what we'll see during the experiments to the transport of auxin trough each organ.
		+	</li>
		+	<li>Then we'll "zoom" at each organ in order to study the interaction among it's cells and the auxin molecules.
	</li>		</li>
-	<li>Then we'll "zoom" at each organ in order to study the interaction amongs it's cells.
-	"</li>
	<li>Finally we'll model the expression of genes in the cells that create and use the auxin.		<li>Finally we'll model the expression of genes in the cells that create and use the auxin.
	</li>		</li>

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Revision as of 15:13, 13 July 2012

Modeling a tadpole: a multi-level approach

Our aim is to understand the trajectory of the auxin molecules in the tadpole's organism. More precisely, we will try to link what we see in the tadpole to what is happening in it's organs to what is happening in it's cells. Therefore, we will model this trajectory by a multi-level approach:

• First we will link what we'll see during the experiments to the transport of auxin trough each organ.
• Then we'll "zoom" at each organ in order to study the interaction among it's cells and the auxin molecules.
• Finally we'll model the expression of genes in the cells that create and use the auxin.