Team:Paris/Analysis/Construction2
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|[[Image:final_chemostat.png|center|500px]] | |[[Image:final_chemostat.png|center|500px]] | ||
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- | | For the production term, we use a logistic equation to model cell growth, according to standard assumptions [Garcia- | + | | For the production term, we use a logistic equation to model cell growth, according to standard assumptions [[[Team:Paris/Modeling/BOB#Bibliography|Garcia-Ojalvo]]]. The behaiviour obtained is the following one: at low population density, the concentration of cells in the chemostat (c) increase exponentialy with a growth rate α<sub>cell</sub> and at high population density, the population reaches a maximum concentration, c<sub>max</sub>. |
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| For the degradation term, we consider that c decrease proportionaly to both a dilution phenomena cause by the renewal of the medium in the chemostat (D<sub>renewal</sub>) and cell death (d). | | For the degradation term, we consider that c decrease proportionaly to both a dilution phenomena cause by the renewal of the medium in the chemostat (D<sub>renewal</sub>) and cell death (d). |
Revision as of 15:59, 26 October 2008
Model Construction
Description
Kinetics
Parameters Searchmanly from literature but also from S0 analysis.
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