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Team:UANL Mty-Mexico/Modeling
From 2012.igem.org
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| Line 8: | Line 8: | ||
<p><b>2.</b> Biosensor</p> | <p><b>2.</b> Biosensor</p> | ||
<p><b>3.</b> Silica binding</p> | <p><b>3.</b> Silica binding</p> | ||
| - | <p>Whenever possible, we will make a model in an unicellular, genetic circuit level (as is the case for the Biosensor module); but usually, we'll be | + | <p>Whenever possible, we will make a model in an unicellular, genetic circuit level (as is the case for the Biosensor module); but usually, we'll be modeling in a population level. </p> |
<p>The goal of both models is to predict the change in the concentration of arsenic and the biosensor activity after exposure to the E. cologic system.</p> | <p>The goal of both models is to predict the change in the concentration of arsenic and the biosensor activity after exposure to the E. cologic system.</p> | ||
Revision as of 22:49, 15 September 2012
Modeling
Our model for the E. cologic system is divided in three main modules:
1. Transport and accumulation
2. Biosensor
3. Silica binding
Whenever possible, we will make a model in an unicellular, genetic circuit level (as is the case for the Biosensor module); but usually, we'll be modeling in a population level.
The goal of both models is to predict the change in the concentration of arsenic and the biosensor activity after exposure to the E. cologic system.
