Team:Paris/Modeling/f3
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{{Paris/Header|Method & Algorithm : ƒ3}} | {{Paris/Header|Method & Algorithm : ƒ3}} | ||
+ | <center> = act_''pFlhDC'' </center> | ||
+ | <br> | ||
[[Image:f3omp.jpg|thumb|Specific Plasmid Characterisation for ƒ3]] | [[Image:f3omp.jpg|thumb|Specific Plasmid Characterisation for ƒ3]] | ||
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According to the characterization plasmid (see right) and to our modeling, in the '''exponential phase of growth''', at the steady state, | According to the characterization plasmid (see right) and to our modeling, in the '''exponential phase of growth''', at the steady state, | ||
- | we have | + | we have ''' [''OmpR<sup>*</sup>'']<sub>''real''</sub> = {coef<sub>''ompR''</sub>} ƒ1([aTc]<sub>i</sub>) ''' |
- | and | + | and ''' [FliA]<sub>''real''</sub> = {coef<sub>FliA</sub>} ƒ2([arab]<sub>i</sub>) ''' |
- | but we use | + | but we use ''' [aTc]<sub>i</sub> = Inv_ƒ1( [OmpR<sup>*</sup>] ) ''' |
- | and | + | and ''' [arab]<sub>i</sub> = Inv_ƒ2( [FliA] ) ''' |
So, at steady-states, | So, at steady-states, |
Latest revision as of 02:12, 30 October 2008
Method & Algorithm : 3
According to the characterization plasmid (see right) and to our modeling, in the exponential phase of growth, at the steady state, we have [OmpR*]real = {coefompR} 1([aTc]i) and [FliA]real = {coefFliA} 2([arab]i) but we use [aTc]i = Inv_1( [OmpR*] ) and [arab]i = Inv_2( [FliA] ) So, at steady-states, we use this analytical expression to determine the parameters : ↓ Table of Values ↑
↓ Algorithm ↑
Then, if we have time, we want to verify the expected relation
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