IGEM:Imperial/2010/Modelling

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(Experiments for the Protein Display Model)
(Experiments for the Protein Display Model)
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<p class="flip">Objectives</p>  
<p class="flip">Objectives</p>  
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<p>......</p>
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<p>Here are our daily objectives.</p>
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<p class="flip">Model based on Michaelis Menten Kinetics</p>  
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<p class="flip">Output Amplification Model</p>  
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<p>......</p>
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<p>Model based on Michaelis Menten Kinetics</p>
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<p>Model based on Law of Mass Action</p>
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<p>Variables and Constants for this Model</p>
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<p class="flip">Model based Law of Mass Action</p>  
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<p class="flip">Protein Display Model</p>  
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<p>......</p>
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<p>Protein Display Model</p>
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<p>Variables and Constants for this Model</p>
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<p class="flip">Feedback from Wetlab</p>  
<p class="flip">Feedback from Wetlab</p>  
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<p>......</p>
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<p>Experiments for the Output Amplification Model</p>
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<p>Experiments for the Protein Display Model</p>
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Revision as of 11:54, 7 September 2010

Contents

Objectives

These are our daily objectives.

Output Amplification Model

Model based on Michaelis Menten Kinetics

Comparison between different amplification models (HIV1 and TEV) based on Michaelis Menten kinetics. However, Michaelis Menten kinetics does not apply to our system. Therefore, it had to be modelled from first principle (see below using law of mass action).

Model using HIV1
Model using HIV1
Model using TEV
Model using TEV

Model based on Law of Mass Action

Comparison between these 3 different models (which are based on the law of mass action): Simple production, 1-step and 2-step amplification

Simple production of Dioxygenase
Simple production of Dioxygenase
1-step amplification
1-step amplification
2-step amplification
2-step amplification

Variables and Constants for this Model

Here are the variables and constants that are used in the Output Amplification Model.

Protein Display Model

Protein Display Model

This is a model showing when the ComD receptor will be activated (after proteins have been cleaved).

Variables and constants for this Model

Here are the variables and constants that are used in the Protein Display Model.

Feedback from Wetlab

Experiments for the Output Amplification Model

Experiments for the Protein Display Model

Objectives

Here are our daily objectives.

Output Amplification Model

Model based on Michaelis Menten Kinetics

Model based on Law of Mass Action

Variables and Constants for this Model

Protein Display Model

Protein Display Model

Variables and Constants for this Model

Feedback from Wetlab

Experiments for the Output Amplification Model

Experiments for the Protein Display Model

Personal tools