Team:ETH Zurich/Modeling/Switch Circuit
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For the sake of simplicity, the effects of dimerization and dimerization/tetramerization of tetR and LacI/LacIIs have been neglected. So we did with the additional steps involving the RNApolymerase in the transcription of proteins and the ribosomes in the translation of proteins. | For the sake of simplicity, the effects of dimerization and dimerization/tetramerization of tetR and LacI/LacIIs have been neglected. So we did with the additional steps involving the RNApolymerase in the transcription of proteins and the ribosomes in the translation of proteins. | ||
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+ | [[Image:model.PNG|thumb|center|600px|diagram view of the model]] | ||
== Simulation == | == Simulation == |
Revision as of 14:14, 27 October 2008
Switch CircuitDetailed Modeldiffusion of IPTGdiffusion of tetbinding of tetR to LacI-promotor and LacIIs-promotorbinding of LacI and LacIIs to GFP-promotorbinding of tet to tetRbinding of IPTG to LacItranscription and translation of LacItranscription and translation of LacIIstranscription and translation of tetRtranscription and translation of GFPdimerization of tetRdimerization and tetramerization of LacI and LacIIsImplementationThe model of the switch circuit has been implemented using the Simbiology Toolbox in MATLAB. For the sake of simplicity, the effects of dimerization and dimerization/tetramerization of tetR and LacI/LacIIs have been neglected. So we did with the additional steps involving the RNApolymerase in the transcription of proteins and the ribosomes in the translation of proteins. SimulationResults and DiscussionParametersReferences |