ETHZ

From 2007.igem.org

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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.
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== Models: ==
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== Lab Work: ==

Revision as of 08:32, 8 August 2007

ETHZ logo.jpg

ETH Zuerich iGEM Team 2007



Contents

Team Members:

[[Image:|thumb|398px|Picture: The ETH Zuerich iGEM Team 2007 (left to right: )]]

Instructors:

Sven Panke

Joerg Stelling

Students:

Christos Bergeles

Martin Brutsche

Katerina Dikaiou

Raphael Guebeli

Sylke Hoehnel

Tim Hohm

Nan Li

Stefan Luzi

Graduate Students:

Christian Kemmer

Joseph Knight

Markus Uhr

Our 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.

Models:

Lab Work: