ETHZ
From 2007.igem.org
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[https://2007.igem.org/User:uhrm Markus Uhr] | [https://2007.igem.org/User:uhrm Markus Uhr] | ||
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Our goal is to design an E.coli strain, able to distinguish between two chemical substances after an assigned learning process, induced by an external chemical signal. After the bacterial strain was taken to a testing phase, the output will result in either yellow or cyan fluorescence, depending on whether the bacteria recognized the same chemical substance in the testing phase as it was trained in the learning phase or a different one. | Our goal is to design an E.coli strain, able to distinguish between two chemical substances after an assigned learning process, induced by an external chemical signal. After the bacterial strain was taken to a testing phase, the output will result in either yellow or cyan fluorescence, depending on whether the bacteria recognized the same chemical substance in the testing phase as it was trained in the learning phase or a different one. | ||
We aim to implement our system using a toggle switch consisting of different repressor and activator proteins coupled with double regulatory regions. | We aim to implement our system using a toggle switch consisting of different repressor and activator proteins coupled with double regulatory regions. | ||
| - | == System Models | + | == System Models == |
[[Image:ethz_system_1.png]] | [[Image:ethz_system_1.png]] | ||
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[[Image:ethz_system_2.png]] | [[Image:ethz_system_2.png]] | ||
| - | == Lab Work | + | == Lab Work == |
=== Cloning Plan === | === Cloning Plan === | ||
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Revision as of 12:08, 8 August 2007
Contents |
Team Members
| [[Image:|thumb|398px|Picture: The ETH Zuerich iGEM Team 2007 (left to right: )]] |
Instructors:
Joerg Stelling
Students:
Martin Brutsche
Katerina Dikaiou
Graduate Students:
Christian Kemmer
The Project
Our goal is to design an E.coli strain, able to distinguish between two chemical substances after an assigned learning process, induced by an external chemical signal. After the bacterial strain was taken to a testing phase, the output will result in either yellow or cyan fluorescence, depending on whether the bacteria recognized the same chemical substance in the testing phase as it was trained in the learning phase or a different one. We aim to implement our system using a toggle switch consisting of different repressor and activator proteins coupled with double regulatory regions.
System Models
Lab Work
Cloning Plan
Week 1 06.08.07 - 12.08.07
Week 2 13.08.07 - 19.08.07
Week 3 20.08.07 - 26.08.07
Week 4 27.08.07 - 02.09.07
