Calgary/project summary

From 2007.igem.org

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     <td><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/1/1c/ProjectOutline1.gif" title = "Step One of Our simplified Project Plan"></td>
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     <td width="50%"><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/1/1c/ProjectOutline1.gif" title = "Step One of Our simplified Project Plan"></td>
     <td><p><b>( 1 ) </b></p>  
     <td><p><b>( 1 ) </b></p>  
       <p>Each engineered cell (blue capsule) has genes (green box with arrow) for a light sensing protein (green oval)</p></td>
       <p>Each engineered cell (blue capsule) has genes (green box with arrow) for a light sensing protein (green oval)</p></td>
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     <td align="center"><img height="250" width="200" src = "https://static.igem.org/mediawiki/2007/7/77/ProjectOutline2.gif" title = "Step Two of Our simplified Project Plan"></td>
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     <td width="50%" align="center"><img height="250" width="200" src = "https://static.igem.org/mediawiki/2007/7/77/ProjectOutline2.gif" title = "Step Two of Our simplified Project Plan"></td>
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     <td \><p><b>( 2 ) </b></p>
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     <td><p><b>( 2 ) </b></p>
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     <p>The light sensor is activated by passing the beam from a laser pointer over the petri plate</p></td><td width="0"></td>
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     <p>The light sensor is activated by passing the beam from a laser pointer over the petri plate</p></td>
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<table width="100%"  cellpadding="10px">
<table width="100%"  cellpadding="10px">
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     <td><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/5/53/ProjectOutline3.gif" title = "Step Three of Our simplified Project Plan"></td>
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     <td width="50%"><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/5/53/ProjectOutline3.gif" title = "Step Three of Our simplified Project Plan"></td>
     <td><p><b>( 3 ) </b></p>  
     <td><p><b>( 3 ) </b></p>  
       <p>The light sensor controls another gene (red box with arrow), for the protein <b> agarase</b> (red circles). Once activated by the laser pointer, the light sensor activates the agarase gene.</p></td>
       <p>The light sensor controls another gene (red box with arrow), for the protein <b> agarase</b> (red circles). Once activated by the laser pointer, the light sensor activates the agarase gene.</p></td>
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<table width="100%"  cellpadding="10px">
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     <td><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/5/54/ProjectOutline4.gif" title = "Step Four of Our simplified Project Plan"></td>
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     <td width="50%"><img width="250" height="125" src = "https://static.igem.org/mediawiki/2007/5/54/ProjectOutline4.gif" title = "Step Four of Our simplified Project Plan"></td>
     <td><p><b>( 4 ) </b></p>
     <td><p><b>( 4 ) </b></p>
       <p>Agarase breaks down the jello-like matrix that the cells rest on. When many cells produce agarase a depression becomes visible on the petri plate.</p></td>
       <p>Agarase breaks down the jello-like matrix that the cells rest on. When many cells produce agarase a depression becomes visible on the petri plate.</p></td>

Revision as of 07:52, 26 October 2007

University of Calgary 2007 Simplified Project Overview

E. coLisa Simplified Project Overview


( 1 )

Each engineered cell (blue capsule) has genes (green box with arrow) for a light sensing protein (green oval)

( 2 )

The light sensor is activated by passing the beam from a laser pointer over the petri plate

( 3 )

The light sensor controls another gene (red box with arrow), for the protein agarase (red circles). Once activated by the laser pointer, the light sensor activates the agarase gene.

( 4 )

Agarase breaks down the jello-like matrix that the cells rest on. When many cells produce agarase a depression becomes visible on the petri plate.

evoGEM Simplified Project Overview