Team:Kyoto/Digestion/Modeling
From 2011.igem.org
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=='''Stable phase model'''== | =='''Stable phase model'''== | ||
At first, we defined these things.<br> | At first, we defined these things.<br> | ||
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[[File:Modeling_Equation1.png]]<br> | [[File:Modeling_Equation1.png]]<br> | ||
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Two under equations of this figure show the production of citinase by E.coli and the decomposition reaction of chitin. In this decompositon reaction, the concentration of chitin isn't related because chitin is solid and don't dissolve in water.<br> | Two under equations of this figure show the production of citinase by E.coli and the decomposition reaction of chitin. In this decompositon reaction, the concentration of chitin isn't related because chitin is solid and don't dissolve in water.<br> | ||
We sought the answers of these equation by followig procedures. | We sought the answers of these equation by followig procedures. | ||
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[[File:Modeling_Equation2.png]]<br> | [[File:Modeling_Equation2.png]]<br> | ||
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as premise<br> | as premise<br> | ||
[[File:Modeling_Equation3.png]]<br> | [[File:Modeling_Equation3.png]]<br> |
Revision as of 21:03, 5 October 2011
Modeling
We preformed modeling to improve usability of the results of Team Digestion. We modeled the relationship of time and the concentration of E.coli, chitinase and N-acetylglucosamin.
Stable phase model
At first, we defined these things.
Two under equations of this figure show the production of citinase by E.coli and the decomposition reaction of chitin. In this decompositon reaction, the concentration of chitin isn't related because chitin is solid and don't dissolve in water.
We sought the answers of these equation by followig procedures.
as premise
File:Modeling Equation7.png
Exponetial phase model
File:Modeling Figure1.png
File:Modeling Figure2.png