Brown:Tri-Stable toggle switch
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=Modeling of the tristable switch= | =Modeling of the tristable switch= | ||
| - | While the tri-stable switch is seemingly simple in design, just like any other system it is | + | While the tri-stable switch is seemingly simple in design, just like any other system it is subjected to potentially comprising factors such as promoter leakiness and other stochastic fluctuations. Thus in an attempt to predict the behavior of the tri-stable switch, we created a deterministic model of the system taking into account these factors. The model design While This model is a work in progress |
==Derivation of the Model Equations== | ==Derivation of the Model Equations== | ||
Revision as of 00:24, 28 October 2006
Contents |
Modeling of the tristable switch
While the tri-stable switch is seemingly simple in design, just like any other system it is subjected to potentially comprising factors such as promoter leakiness and other stochastic fluctuations. Thus in an attempt to predict the behavior of the tri-stable switch, we created a deterministic model of the system taking into account these factors. The model design While This model is a work in progress
Derivation of the Model Equations
Reaction Equations
Fast Reaction Equations
The following equations describe the fast reactions the L,T,A denote monomers of LacI, TetR, and, AraC, respectively.
link to MATLAB code of model tristable1.m
