Team:DTU-Denmark/model mutant2

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(Model of Mutant 2)
 
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<pre>
<pre>
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code
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********** MODEL
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Mutant 2 Kinetic model NO2->NO->N2O
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********** MODEL STATES
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d/dt(NO) = R2-R3
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d/dt(N2O) = R3
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NO(0) = 0
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N2O(0) = 0
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********** MODEL PARAMETERS
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NO20 = 5.872 % [mM]correspondes to 100 mg/l
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kcat_2 = 480 %[1/min]
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km_2 = 0.053 %[mM]
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kcat_3 = 16800 %[1/min]
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km_3 = 0.0056 %[mM]
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E =1.0575e-3 % 500 enzymes per cell
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********** MODEL VARIABLES
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NO2 = NO20 - NO -N2O
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********** MODEL REACTIONS
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R2 = (kcat_2*E*NO2)/(km_2+NO2)
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R3 = (kcat_3*E*NO)/(km_3+NO)
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********** MODEL FUNCTIONS
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********** MODEL EVENTS
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********** MODEL MATLAB FUNCTIONS
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</pre>
</pre>
{{:Team:DTU-Denmark/Templates/EndPage}}
{{:Team:DTU-Denmark/Templates/EndPage}}

Latest revision as of 18:30, 4 October 2013

Model of Mutant 2

********** MODEL
Mutant 2 Kinetic model NO2->NO->N2O
********** MODEL STATES
d/dt(NO) = R2-R3
d/dt(N2O) = R3

NO(0) = 0
N2O(0) = 0

********** MODEL PARAMETERS
NO20 = 5.872 % [mM]correspondes to 100 mg/l

kcat_2 = 480 %[1/min]
km_2 = 0.053 %[mM]

kcat_3 = 16800 %[1/min]
km_3 = 0.0056 %[mM]

E =1.0575e-3 % 500 enzymes per cell


********** MODEL VARIABLES
NO2 = NO20 - NO -N2O

********** MODEL REACTIONS
R2 = (kcat_2*E*NO2)/(km_2+NO2)
R3 = (kcat_3*E*NO)/(km_3+NO)

********** MODEL FUNCTIONS


********** MODEL EVENTS


********** MODEL MATLAB FUNCTIONS