Difference between revisions of "Team:Brasil-USP/modeling"

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         To have a quantitative understanding of our circuit and test other possibilities, we have developed models to predict gene expression and chemical interactions based on stochastic processes and differential equations.
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         To have a quantitative understanding of our circuit and test other possibilities, we have developed models to predict gene expression and chemical interactions based on stochastic processes and differential equations. We were able to test our kill switch mechanism, predicting the timing balance in terms of the expression rate of tetR.
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        To make it easier for the reader, we have divided below the main processes.
 
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Revision as of 20:37, 5 August 2015

Degradation of Natural Rubber

Team Brasil-USP

To have a quantitative understanding of our circuit and test other possibilities, we have developed models to predict gene expression and chemical interactions based on stochastic processes and differential equations. We were able to test our kill switch mechanism, predicting the timing balance in terms of the expression rate of tetR.

To make it easier for the reader, we have divided below the main processes.


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