Team:Cambridge
From 2012.igem.org
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<p><h9>THE DRIVING FORCE</h9> | <p><h9>THE DRIVING FORCE</h9> | ||
<p><h9>Our goal is to standardise the output of biosensors, and to develop a cheap, user-friendly kit to be used in the field</h9> | <p><h9>Our goal is to standardise the output of biosensors, and to develop a cheap, user-friendly kit to be used in the field</h9> | ||
- | <p><h9> >>Overview</h9> | + | <p><a href="/Team:Cambridge/HumanPractices/Overview"><h9> >>Overview</h9></a> |
- | <p><h9> >>Market Research</h9> | + | <p><a href="/Team:Cambridge/HumanPractices/MarketResearch"><h9> >>Market Research</h9> |
- | <p><h9> >>Outreach & Collaborations</h9> | + | <p><a href="/Team:Cambridge/HumanPractices/OutreachCollaboration"><h9> >>Outreach & Collaborations</h9> |
- | <p><h9> >>Future Directions </h9> | + | <p><a href="/Team:Cambridge/HumanPractices/FutureDirections"><h9> >>Future Directions </h9> |
</div> | </div> | ||
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<p><h9>There are many biosensors available but there is no standard way to deploy them. Many are also non-quantitative and unpredictable. We have been working on a ratiometric luciferase output which can be read by an Arduino device. | <p><h9>There are many biosensors available but there is no standard way to deploy them. Many are also non-quantitative and unpredictable. We have been working on a ratiometric luciferase output which can be read by an Arduino device. | ||
This output could be used with theoretically any biosensor. We investigated the potential of riboswitches as future biosensors. We use a B.subtilis chassis as these form low maintenance spores for easy, long-term storage. </h9> | This output could be used with theoretically any biosensor. We investigated the potential of riboswitches as future biosensors. We use a B.subtilis chassis as these form low maintenance spores for easy, long-term storage. </h9> | ||
- | <p><h9> >>Overview</h9> | + | <p><a href="/Team:Cambridge/Overview/Overview"><h9> >>Overview</h9></a> |
- | <p><h9> >>Design Process</h9> | + | <p><a href="/Team:Cambridge/Overview/DesignProcess"><h9> >>Design Process</h9></a> |
- | <p><h9> >>Parts</h9> | + | <p><a href="/Team:Cambridge/Overview/Parts"><h9> >>Parts</h9></a> |
- | <p><h9> >>Lab book</h9> | + | <p><a href="/Team:Cambridge/Overview/Labbook"><h9> >>Lab book</h9></a> |
- | <p><h9> >>Results</h9> | + | <p><a href="/Team:Cambridge/Overview/Results"><h9> >>Results</h9></a> |
</div> | </div> | ||
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<p><h9>INVESTIGATING THE POTENTIAL OF RATIOMETRIC REPORTER CONSTRUCTS FOR ACCURATE AND REPRODUCIBLE CHARACTERISATION</h9> | <p><h9>INVESTIGATING THE POTENTIAL OF RATIOMETRIC REPORTER CONSTRUCTS FOR ACCURATE AND REPRODUCIBLE CHARACTERISATION</h9> | ||
<p><h9>We designed fluorescence and luminescence-based constructs that would function in both E.coli and B.subtilis</h9> | <p><h9>We designed fluorescence and luminescence-based constructs that would function in both E.coli and B.subtilis</h9> | ||
- | <p><h9> >>Overview</h9> | + | <p><a href="/Team:Cambridge/Ratiometrica/Overview"><h9> >>Overview</h9> |
- | <p><h9> >>Design Process</h9> | + | <p><a href="/Team:Cambridge/Ratiometrica/DesignProcess"><h9> >>Design Process</h9> |
- | <p><h9> >>Parts</h9> | + | <p><a href="/Team:Cambridge/Ratiometrica/Parts"><h9> >>Parts</h9> |
- | <p><h9> >>Lab book</h9> | + | <p><a href="/Team:Cambridge/Ratiometrica/Labbook"><h9> >>Lab book</h9> |
- | <p><h9> >>Results</h9> | + | <p><a href="/Team:Cambridge/Ratiometrica/Results"><h9> >>Results</h9> |
</div> | </div> | ||
Revision as of 22:16, 26 October 2012