Team:Queens Canada/Parts/Featured

This is our favourite fluorescence construct! It is a composite part for our reporter system using cyano-fluorescent protein under the GPC-1 promoter that expressed successfully!

Length: 3787

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ADBR2 Chemotaxis Construct

BBa_K631032 - ODR7:ADBR2:UNC-54

The other favourite chemotaxis contruct is also under the ODR-7 promoter. This composite is part designed to place the non-native ADBR2 receptor protein, also acquired from Mus musculus, into the neurons of the worm to give it the ability to detect phenol (albuteroll).

Length: 3666

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OX1R Chemotaxis Construct

BBa_K631031 - ODR7:OX1R:UNC-54

This is one of our favourite chemotaxis constructs! It is a composite part designed to place the non-native GPCR, OX1R, into the neurons of the worm using the ODR-7 promoter, acquired from Mus musculus, for expression in the AWA olfactory neurons. This should give our worm the ability to detect cholorobenzoic acid!

Length: 3660

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@@ Line 25: / Line 25: @@
 <regulartext>
-      <span class="classpurple"><a href="#favourites"><3      </a></span>     </regulartext>
+      <span class="classpurple"><a href="#favourites">selection      </a></span>     </regulartext>
 </div>
@@ Line 53: / Line 53: @@
 <regulartext> All of our parts labelled as 'favourites' on our <span class="classpurplet"><a href="http://partsregistry.org/cgi/partsdb/pgroup.cgi?pgroup=iGEM2011&group=Queens_Canada">parts registry page</a><span>  have been fully characterized.  </regulartext> <p>
+<regulartext> Our favourite parts included two chemotaxis constructs and one fluorescent construct.  </regulartext>
 <div id="goright">
@@ Line 75: / Line 76: @@
 <div id="description">
-<regulartext>This is our favourite fluorescence construct! It is a composite part for our reporter system using cyano-fluorescent protein under the GPC-1 promoter that expressed successfully! Length: 3787  </regulartext><br>
+<regulartext>This is our favourite fluorescence construct! It is a composite part for our reporter system using cyano-fluorescent protein under the GPC-1 promoter that expressed successfully!  </regulartext><p>
+<regulartext><b> Length</b>: 3787 </regulartext>
 </div>
@@ Line 95: / Line 98: @@
 <div id="description">
-<regulartext>The other favourite chemotaxis contruct is also under the ODR-7 promoter. This composite is part designed to place the non-native ADBR2 receptor protein, also acquired from <i>Mus musculus</i>, into the neurons of the worm to give it the ability to detect phenol (albuteroll). Length: 3666 </regulartext><br>
+<regulartext>The other favourite chemotaxis contruct is also under the ODR-7 promoter. This composite is part designed to place the non-native ADBR2 receptor protein, also acquired from <i>Mus musculus</i>, into the neurons of the worm to give it the ability to detect phenol (albuteroll). </regulartext><p>
-<regulartext> </regulartext><p>
+<regulartext><b> Length</b>: 3666 </regulartext>
 </div>
@@ Line 118: / Line 121: @@
 <div id="description">
-  <regulartext>This is one of our favourite chemotaxis constructs! It is a composite part designed to place the non-native GPCR, OX1R, into the neurons of the worm using the ODR-7 promoter, acquired from <i>Mus musculus</i>, for expression in the AWA olfactory neurons. This should give our worm the ability to detect cholorobenzoic acid!</regulartext><br>
+  <regulartext>This is one of our favourite chemotaxis constructs! It is a composite part designed to place the non-native GPCR, OX1R, into the neurons of the worm using the ODR-7 promoter, acquired from <i>Mus musculus</i>, for expression in the AWA olfactory neurons. This should give our worm the ability to detect cholorobenzoic acid!</regulartext><p>
+<regulartext><b> Length</b>: 3660 </regulartext>
 </div>