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Team:Illinois/Project
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== '''Overall project''' == | == '''Overall project''' == | ||
| - | ''For our project we intend to create a yeast-based biosensor capable of detecting and | + | ''For our project we intend to create a yeast-based biosensor capable of detecting and signaling the presence of a pathogen. We intend to use directed evolution to develop a cell surface receptor capable of binding the pathogen. This receptor will then initiate a signaling cascade which will induce a change in the yeast, a color change for example. This project is important because there is a demonstrated need for cheap and effective monitoring of water-borne pathogens in the third world where traditional detection methods are not feasible.'' |
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== Subprojects == | == Subprojects == | ||
Revision as of 06:47, 12 September 2008
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| We are the inaugural iGEM team here at the University of Illinois. We are very excited to be participating and look forward to a summer full of fun, learning, and hopefully a successful project. |  |
Contents |
Overall project
For our project we intend to create a yeast-based biosensor capable of detecting and signaling the presence of a pathogen. We intend to use directed evolution to develop a cell surface receptor capable of binding the pathogen. This receptor will then initiate a signaling cascade which will induce a change in the yeast, a color change for example. This project is important because there is a demonstrated need for cheap and effective monitoring of water-borne pathogens in the third world where traditional detection methods are not feasible.
Subprojects
To improve our odds of achieving our project we have decided to modulate our team into 3 disparate groups, each pursuing variant methods to accomplish the above goal, that is, cheap detection of water-bourne pathogens. The three methods and teams are detailed below.
If you were not present at the June 10th meeting, pick a group and contact the members.
Antibody GPCR Fusion
This team will attempt pathogen detection by fusing the appropriate antibody domain to a GPCR receptor and upon binding of the target protein (i.e. cholera toxin), linking the resulting signal cascade to transcription of a reporter, GFP or LacZ.
Antibody Receptor Tyrosine Kinase Fusion
This project will attempt to detect a pathogen by using a secreted antibody or antibody fusion protein.
Bimolecular Fluorescence Biosensor
A soluble biosensor that activates a fluorescent protein upon binding a specific biomolecule
Results
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