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+ | <b>Prediction Model</b> | ||
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+ | <blockquote><p>The last step is to predict the behaviour of the system when all the parameters are fixed. For a global prediction, all species and processes that are related to the system should be covered. Therefore, we consider the dynamic of mRNA and fluorescent proteins in the prediction model. Nevertheless, another problem is brought about because this setting is contradictory to our model as the dynamic of mRNA is ignored before. In fact, the equilibrium of mRNA is a fast process when compared to proteins so we argue that the inclusion of mRNA dynamic will not give a picture differ from the case in which mRNA dynamic is neglected. In addition, the dynamic of inducers is introduced, the cooperativity and the binding affinity of inducer to repressor proteins are also considered. | ||
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Revision as of 00:22, 19 October 2016
Prediction Model
The last step is to predict the behaviour of the system when all the parameters are fixed. For a global prediction, all species and processes that are related to the system should be covered. Therefore, we consider the dynamic of mRNA and fluorescent proteins in the prediction model. Nevertheless, another problem is brought about because this setting is contradictory to our model as the dynamic of mRNA is ignored before. In fact, the equilibrium of mRNA is a fast process when compared to proteins so we argue that the inclusion of mRNA dynamic will not give a picture differ from the case in which mRNA dynamic is neglected. In addition, the dynamic of inducers is introduced, the cooperativity and the binding affinity of inducer to repressor proteins are also considered.