Team:TUDelft/Modeling

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==Mathematical Modeling==
==Mathematical Modeling==
The Negative Feedforward model shown above can be expressed with the following set of ODEs (ordinary differential equations):<br>
The Negative Feedforward model shown above can be expressed with the following set of ODEs (ordinary differential equations):<br>
-
[[Image:negative_feedforward_ODEs_2.jpg]]<br>
+
[[Image:negative_feedforward_ODEs_2.jpg]]<br><br>
The Riboregulator model shown above can be expressed with the following set of ODEs:<br>
The Riboregulator model shown above can be expressed with the following set of ODEs:<br>
-
[[Image:riboregulator_ODEs.jpg]]<br>
+
[[Image:riboregulator_ODEs.jpg]]<br><br>
The symbols in this system of equations are found in the table below:<br>
The symbols in this system of equations are found in the table below:<br>
-
[[Image:symbols_table.jpg]]<br>
+
[[Image:symbols_table.jpg]]<br><br>
We would like to give credit to the [https://2008.igem.org/Team:Bologna/Modeling Bologna '08 team] and [https://2008.igem.org/Team:UNIPV-Pavia/Modeling UNIPV-Pavia '08 team], who's project was useful in determining our own equations.
We would like to give credit to the [https://2008.igem.org/Team:Bologna/Modeling Bologna '08 team] and [https://2008.igem.org/Team:UNIPV-Pavia/Modeling UNIPV-Pavia '08 team], who's project was useful in determining our own equations.
='''Conjugation'''=
='''Conjugation'''=

Revision as of 12:06, 20 July 2009


Delay Device

Negative Feedforward.jpg
Figure 1: Negative Feedforward model
Riboregulator delay.jpg
Figure 2: Riboregulator model

Mathematical Modeling

The Negative Feedforward model shown above can be expressed with the following set of ODEs (ordinary differential equations):
Negative feedforward ODEs 2.jpg

The Riboregulator model shown above can be expressed with the following set of ODEs:
Riboregulator ODEs.jpg

The symbols in this system of equations are found in the table below:
Symbols table.jpg

We would like to give credit to the Bologna '08 team and UNIPV-Pavia '08 team, who's project was useful in determining our own equations.

Conjugation

A model for bacterial conjugal gene transfer on solid surfaces and Rule-based modelling of conjugative plasmid transfer and incompatibility