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Team:KULeuven/Modeling
From 2011.igem.org
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<td>30</td> | <td>30</td> | ||
<td><a href="http://bionumbers.hms.harvard.edu/bionumber.aspx?s=y&id=104902&ver=5&hlid=58815 2kb">BioNumbers</a> with an approximation: all our contructs are around 1-2kb</td> | <td><a href="http://bionumbers.hms.harvard.edu/bionumber.aspx?s=y&id=104902&ver=5&hlid=58815 2kb">BioNumbers</a> with an approximation: all our contructs are around 1-2kb</td> | ||
Revision as of 14:13, 15 September 2011
Modeling Overview
1. Description of the whole system
To make predictions for are plasmid transformed E.coli, a structured segregated model is designed in Simbiology. A graphical representation of the model was build in the block diagram editor . Afterwards reaction equations and parameters were added. We designed one model for the whole system and 3 models for 3 subsystems. The 3 subsystems are antifreeze, freeze and cell death. For more information about these 3 subsystems, we refer to the extended project description and the 3 modelling pages: freeze, antifreeze and cell death.2. Full Model
There are in total 5 different kinetic equations we used in the model Transcription equation For most promoters, hill kinetics is used, it is a way of quantitatively describing cooperative binding processes, it was developed for hemoglobin in 1913. A Hill coefficient (n) is a measure for the cooperativity. Translation equation RNA degradation Protein degration Assimiliation3. Simulation tests
In the table below the parameters for our full model are displayed. However it was hard to find accurate parameters, because databases for kinetic parameters are limiting.The parameters used in this model are:
| Parameter | Value | Description | Reference |
|---|---|---|---|
 |
0 | NA | Notation convention |
 |
0 | NA | Notation convention |
 |
0 | 30 | BioNumbers with an approximation: all our contructs are around 1-2kb |
References
