Team:Evry/ChemicalTools
From 2013.igem.org
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The production of each one of those enzymes can thus become a rate-limiting-step, when it comes to mass enterobactin production.</p> | The production of each one of those enzymes can thus become a rate-limiting-step, when it comes to mass enterobactin production.</p> | ||
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For now, we consider each one of these steps as a simple chemical reaction:<br/> | For now, we consider each one of these steps as a simple chemical reaction:<br/> |
Revision as of 22:40, 2 October 2013
Chemical reasoning
There are 6 enzyms involved in the natural process of the enterobactin production:
- EntA :
- EntB :
- EntC :
- EntD :
- EntE :
- EntF :
For now, we consider each one of these steps as a simple chemical reaction:
We are using the enzymatic kinetic model of Michaelis-Menten, which divides each reaction into two consecutives steps:
The speed of the reaction is calculated as below:
The steady state approximation gives us:
And thus,
where and are classic kinetic parameters.
Important result:
For simple enzymatic reactions (one reagent, one product and one enzyme) with the steady state approximation, we can directly determine the speed: