Team:TU Delft/Modeling/HC regulation/Sensitivity
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==Sensitivity analysis== | ==Sensitivity analysis== | ||
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+ | For all beta parameters (lumped variables for transcriptions speed, translations speed, promoter strength and rbs strength) and all K parameters (equilibrium constant for binding of AlkS with alkanes and coefficients for the activity of promoters) a sensitivity analysis has been performed. This was done by varying the parameters from 50% of their original values to 200% of their original values. | ||
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+ | For this range of parameter values it is checked how much the steady state concentration of AlkB is and how long it takes for 95% of the steady state concentration of AlkB to be reached from steady state values for no alkanes to steady state values for 1 µM of alkanes. | ||
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+ | In the figures below are the results for this sensitivity analysis. | ||
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[[Image:Team_TUDelft_beta_S1.png|thumb|600 px|centre|'''Figure 1''' – Sensitivity analysis of parameter β<sup>max</sup><sub>S1</sub>]] | [[Image:Team_TUDelft_beta_S1.png|thumb|600 px|centre|'''Figure 1''' – Sensitivity analysis of parameter β<sup>max</sup><sub>S1</sub>]] |
Revision as of 11:28, 27 October 2010
Sensitivity analysis
For all beta parameters (lumped variables for transcriptions speed, translations speed, promoter strength and rbs strength) and all K parameters (equilibrium constant for binding of AlkS with alkanes and coefficients for the activity of promoters) a sensitivity analysis has been performed. This was done by varying the parameters from 50% of their original values to 200% of their original values.
For this range of parameter values it is checked how much the steady state concentration of AlkB is and how long it takes for 95% of the steady state concentration of AlkB to be reached from steady state values for no alkanes to steady state values for 1 µM of alkanes.
In the figures below are the results for this sensitivity analysis.
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