Tokyo/Formulation
From 2007.igem.org
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== [[Tokyo/Formulation/1.toggle model |1.toggle model]] == | == [[Tokyo/Formulation/1.toggle model |1.toggle model]] == | ||
| - | First,we analysis the simple dimentionless toggle model. | + | First,we analysis the simple dimentionless toggle model. |
| - | We use the phaseplane analysis to understand the quantitative behavior of the toggle switch. | + | We use the phaseplane analysis to understand the quantitative behavior of the toggle switch. |
| - | As a result,the toggle model has three phaseplanes,from one to three equilibrium points. | + | As a result,the toggle model has three kinds of phaseplanes,from one to three equilibrium points. when one equilibrium point,only one stable equilibrium point |
| - | And, we need three equilibrium points for the toggle | + | And, we need three equilibrium points for the toggle to be bistable. |
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| + | パラメータによって相平面が変わり，平衡点が１つのときと３つのときがある． | ||
| + | 平衡点が３つのときbistableになり，A状態，B状態ができる． | ||
== [[Tokyo/Formulation/2.toggle model with hybrid promoter |2.toggle model with hybrid promoter ]] == | == [[Tokyo/Formulation/2.toggle model with hybrid promoter |2.toggle model with hybrid promoter ]] == | ||
Revision as of 17:16, 20 October 2007
Contents |
1.toggle model
First,we analysis the simple dimentionless toggle model. We use the phaseplane analysis to understand the quantitative behavior of the toggle switch. As a result,the toggle model has three kinds of phaseplanes,from one to three equilibrium points. when one equilibrium point,only one stable equilibrium point And, we need three equilibrium points for the toggle to be bistable.
パラメータによって相平面が変わり，平衡点が１つのときと３つのときがある．
平衡点が３つのときbistableになり，A状態，B状態ができる．
