Team:Duke/Modeling/3

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Contents

Mathematical Modeling of Bistable Toggle Switch

Kinetic Model of Bistable System

Following Gardner's Work...

intro to gardner's work

Gardner model.png
Figure 1. Equation Used in Gardner's Model


equation (Ref gardner paper)

explain bifurcation


Gardner trajectory.png
Figure 2. Nullclines for Gardner's Model


figure (trajectory)


Gardner bifurcation.png
Figure 3. Gardner's Bifurcation Region Plots


figure (bifurcation)


explain the effect of changing hill coeff on bifurcation region. explain nullcline

reproduce nullcline and trajectory (explain trajectory)

Kinetic nullcine.png
Figure 4. Bifurcation Region and Trajectory


Development of Our Kinetic Model

moving on, we have developed another kinetic model using the results of the thermodynamic model. gardner = effect of hill coeff on bistability of a system (bifurcation region) new model = effect of various parameters on bistability (highlight and number Kd, pr_Str, basal rate.

as mentioned before, key assumption is is (du/dt , dv/dt = proportional to p_bound)

show equation

explain

show values for variables like degradation rate


Results from Our Kinetic Model

show graph

explain



show nullcline

confirm bistability of the system (thermodynamic model incorporated into kinetic model)



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