Paris/Microscopic Models

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Those models are at microscopic scale. They are focused on the description of  the microscopic mechanisms like exportation, diffusion, mechanism of differentiation... We present two different works, with different approaches (ODE, Gillespie)...
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=[[Paris/Problem description|Problem description]]=
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=[[Paris/Continuous modelb|Differential]]=
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=[[Paris/Continuous modelb|Robustness and optimization]]=
This model aims at describing the dynamic evolution of populations of germen and soma type bacteria.
This model aims at describing the dynamic evolution of populations of germen and soma type bacteria.
It is based on a set of differential equations describing DAP synthesis, DAP transport,
It is based on a set of differential equations describing DAP synthesis, DAP transport,
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differentiation of germen bacteria into soma and bacteria death. This approach differs form the precedents one by the level of description of the model
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differentiation of germen bacteria into soma and bacteria death.
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and the numerical analysis done on the model.
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=[[Paris/Stochastic model|Stochastic]]=
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=[[Paris/Stochastic model|Gillespie based simulations]]=

Latest revision as of 15:01, 25 October 2007




Problem description

Robustness and optimization

This model aims at describing the dynamic evolution of populations of germen and soma type bacteria. It is based on a set of differential equations describing DAP synthesis, DAP transport, differentiation of germen bacteria into soma and bacteria death.

Gillespie based simulations

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