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Team:Carnegie Mellon/Modeling
From 2013.igem.org
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| + | <h1>Modeling</h1> | ||
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| + | <p> We developed two models, each of which characterizes our experimental system on a different scale. The intracellular model uses chemical kinetics to model transcription and translation of the KillerRed gene, maturation of KillerRed, and the photochemistry of superoxide radical production. | ||
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| + | The phage-host dynamics model examines the interactions between <i>E. coli<i> and $\lambda$ and characterizes the effect of KillerRed (or control mRFP) on the system. | ||
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[[Team:Carnegie_Mellon/KRModel|<b>Model of KillerRed synthesis and superoxide production</b>]] | [[Team:Carnegie_Mellon/KRModel|<b>Model of KillerRed synthesis and superoxide production</b>]] | ||
Revision as of 15:25, 27 September 2013
Modeling
We developed two models, each of which characterizes our experimental system on a different scale. The intracellular model uses chemical kinetics to model transcription and translation of the KillerRed gene, maturation of KillerRed, and the photochemistry of superoxide radical production. The phage-host dynamics model examines the interactions between E. coli and $\lambda$ and characterizes the effect of KillerRed (or control mRFP) on the system.
