Team:PKU Beijing/Modeling/ODE

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{{PKU_Beijing/Header2}}
{{PKU_Beijing/Header2}}
[[Team:PKU_Beijing/Modeling|Modeling]] > [[Team:PKU_Beijing/Modeling/ODE|ODE]]
[[Team:PKU_Beijing/Modeling|Modeling]] > [[Team:PKU_Beijing/Modeling/ODE|ODE]]
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==='''Categories of Equations'''===
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==='''Catagories of Equations'''===
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Writing the ODEs is the first step of constructing the deterministic model. For practice, we first catagorized all the reactions appeared in our design into four types - Transcription, Translation, Degradation and AND Gate Model. In this section, we will demonstrate equations for each type, which will let you be more familiar with our model.
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*'''Transcription'''
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The equation used to describe the transcription process is Hill's equations, which is commonly used in biomodeling. Here's the general formula of the well-known equations.
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<math>\frac{\mathrm{d}[mRNA]}{\mathrm{d}t}=k(\frac{(\frac{[A]}{K})^n}{1+(\frac{[A]}{K})^n})</math>
==='''AND Gate 1'''===
==='''AND Gate 1'''===

Revision as of 15:43, 10 October 2009

 
Modeling > ODE

Catagories of Equations

Writing the ODEs is the first step of constructing the deterministic model. For practice, we first catagorized all the reactions appeared in our design into four types - Transcription, Translation, Degradation and AND Gate Model. In this section, we will demonstrate equations for each type, which will let you be more familiar with our model.

  • Transcription

The equation used to describe the transcription process is Hill's equations, which is commonly used in biomodeling. Here's the general formula of the well-known equations.

<math>\frac{\mathrm{d}[mRNA]}{\mathrm{d}t}=k(\frac{(\frac{[A]}{K})^n}{1+(\frac{[A]}{K})^n})</math>

AND Gate 1

Bistable

AND Gate 2

Output

Full Model



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