Difference between revisions of "Team:Tokyo Tech/Project/Modeling2"
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Revision as of 06:00, 14 September 2015
Calculation of the concentration of Chloramphenicol(未定)
1. Introduction
Prisoner A and B have the different growth rate because prisoner A and B produce the different protein.
The difference of the growth rate causes the problem that the replicated payoff matrix is asymmetric. The graph shown in Fig.4-2-1-1.
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We tried to solve this problem in this way of experimenting the different concentration of Chloramphenicol in prisoner A and B. We calculated this optimized concentration of prisoner A and B by modeling.
2. Equations
We constructed the following model for this modeling.
The equations for production of CmR from AHL are the following (1), (2)
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Then, the equation for the leakage of CmR is the following (3).
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The equations for optical density of prisoner A and B in four damages are the following (4) ～ (11).
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We determined the concentration of Chloramphenicol for prisoner A as the error of optical density of prisoner A and B in 4 damages after 8 hours fallen in±10% in this case the concentration of Chloramphenicol for prisoner B is 75µg/mL.
3. Result
We showed the graph of optical density after 8 hours to Fig.4-2-3-1.
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6. Reference
ここにコピペ。