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Team:UAB-Barcelona
From 2009.igem.org
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[[Image:Uab_logo2.png|100px|right|frame|Our University Logo]] | [[Image:Uab_logo2.png|100px|right|frame|Our University Logo]] | ||
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''The Universidad Autonoma of Barcelona (UAB) is one of the most prestigious universities of Spain, pioneer in investigation and innovation. Our project will be developed in the Chemical Engineering School laboratories, under supervision of the professors Juan Antonio Baeza Labat, Joan Albiol and Pau Ferrer. Eight students will be part of the team: three biotechnologists and two chemical engineers from the UAB, and three Pharmacy students, two from the University of Granada and one from the University of Santiago. | ''The Universidad Autonoma of Barcelona (UAB) is one of the most prestigious universities of Spain, pioneer in investigation and innovation. Our project will be developed in the Chemical Engineering School laboratories, under supervision of the professors Juan Antonio Baeza Labat, Joan Albiol and Pau Ferrer. Eight students will be part of the team: three biotechnologists and two chemical engineers from the UAB, and three Pharmacy students, two from the University of Granada and one from the University of Santiago. | ||
Revision as of 11:56, 13 July 2009
BACKGROUND
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The Universidad Autonoma of Barcelona (UAB) is one of the most prestigious universities of Spain, pioneer in investigation and innovation. Our project will be developed in the Chemical Engineering School laboratories, under supervision of the professors Juan Antonio Baeza Labat, Joan Albiol and Pau Ferrer. Eight students will be part of the team: three biotechnologists and two chemical engineers from the UAB, and three Pharmacy students, two from the University of Granada and one from the University of Santiago. Our project will consist of developing an Escherichia coli biosensor that could detect trihalomethanes in water. The idea is using an enzyme called luciferase which expression can be induced by these pollutants. This enzyme produces, in presence of ATP and O2, a light-emitting substance, which constitutes the signal that reveals those substances. Using E. coli brings some advantages: it’s easy to manipulate and culture and its genome is well-known and deeply studied. |  Your team picture |
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| Home | The Team | The Project | Parts Submitted to the Registry | Modeling | Notebook |
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