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Team:KULeuven/Abstract
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= Essencia Coli = | = Essencia Coli = | ||
| - | [[Image: | + | [[Image:Mssbluevanilla.jpg|right|thumb|425px|Schematic illustration of the setup for controlling concetration of molecule 'X']] |
| - | The main idea is to synthesize a molecule 'X' and at the same time measure the concentration of this molecule outside the cell in order to keep the concentration constant. This concentration can then be modulated using light intensity. This creates a controll system with feedback from the concentration. | + | The main idea is to synthesize a molecule 'X' and at the same time measure the concentration of this molecule outside the cell in order to keep the concentration constant. This concentration can then be modulated using light intensity. This creates a controll system with feedback from the outside concentration of molecule 'X'. |
| - | For proof of concept the molecule 'X' is set to be vanillin. The light receptor will | + | For proof of concept the molecule 'X' is set to be vanillin, in principle this can be any molecule as long as it can be synthesized and a receptor is available. The light receptor will activate transcription of A on irradiation of blue light which should stimulate synthesis of Vanillin. The concentration vanillin outside the cell is measured with a vanillin receptor this will result in transcription of B. Molecule A will stimulate the synthesis of Vanillin, while molecule B will block the actions of molecule B. This effect is done by a key/lock setup, The translation of the Vanillin synthesizing proteins need a key in order to translate, therefore the synthesize Vanillin will be synthesized and can freely diffuse out of the cell. |
| + | [[Image:Missbluevanilla.jpg|right|thumb|465px|Overview of the system with corresponding biobricks]] | ||
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Revision as of 14:37, 15 July 2009
Essencia Coli
The main idea is to synthesize a molecule 'X' and at the same time measure the concentration of this molecule outside the cell in order to keep the concentration constant. This concentration can then be modulated using light intensity. This creates a controll system with feedback from the outside concentration of molecule 'X'.
For proof of concept the molecule 'X' is set to be vanillin, in principle this can be any molecule as long as it can be synthesized and a receptor is available. The light receptor will activate transcription of A on irradiation of blue light which should stimulate synthesis of Vanillin. The concentration vanillin outside the cell is measured with a vanillin receptor this will result in transcription of B. Molecule A will stimulate the synthesis of Vanillin, while molecule B will block the actions of molecule B. This effect is done by a key/lock setup, The translation of the Vanillin synthesizing proteins need a key in order to translate, therefore the synthesize Vanillin will be synthesized and can freely diffuse out of the cell.
how we'll control the concentration
Biobricks
all the parts we are planning on using/making:
the ribokey controlled by the blue light receptor
Vanillinsynthesis with ribolock in front.
Vanillin receptor.
Antikey that is produced when the vanillin concentration reaches high levels.
to be constructed
