Team:HKUST-Hong Kong/Parts and Device

From 2012.igem.org

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           <p>The 2012 HKUST iGEM team has submitted 18  biobricks in total. A full list of biobricks has been attached with this page.<br />
           <p>The 2012 HKUST iGEM team has submitted 18  biobricks in total. A full list of biobricks has been attached with this page.<br />
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   For the target binding module, two biobrick  are built to display the colon tumor recognition peptide, RPMrel, on the cell  wall of B. subtilis. In anti-tumor molecule synthesis module, two biobricks are  built for BMP2 synthesis and secretion whiel the other five were built to  facilitate the accomplishment of BMP2 synthesis.   11 Biobricks are built for cell growth  inhibitory module. They are mainly used to driven the toxin-antitoxin system  and control the expression of BMP2.<u> They are sorted by module as shown in  this page.</u><br />
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   For the target binding module, two biobrick  are built to display the colon tumor recognition peptide, RPMrel, on the cell  wall of <i>B. subtilis</i>. In anti-tumor molecule synthesis module, two biobricks are  built for BMP2 synthesis and secretion whiel the other five were built to  facilitate the accomplishment of BMP2 synthesis.   11 Biobricks are built for cell growth  inhibitory module. They are mainly used to driven the toxin-antitoxin system  and control the expression of BMP2.<u> They are sorted by module as shown in  this page.</u><br />
   Among all 18 parts, three of them are well  characterized. They are BBa_K733009, a GFP generator driven by pTms promoter;  BBa_K733018, a GFP generator driven by xylose inducible promoter and  BBa_K733012, the cell growth inhibitory device.<u> For detailed  characterization data please refer to the information of these three biobricks  or our characterization section on wiki.</u><br />
   Among all 18 parts, three of them are well  characterized. They are BBa_K733009, a GFP generator driven by pTms promoter;  BBa_K733018, a GFP generator driven by xylose inducible promoter and  BBa_K733012, the cell growth inhibitory device.<u> For detailed  characterization data please refer to the information of these three biobricks  or our characterization section on wiki.</u><br />
   To convenient the future igem team in using  and searching for biobricks, we also sorted our biobricks based on their type. <u>Detailed  information please refer to here.</u></p>
   To convenient the future igem team in using  and searching for biobricks, we also sorted our biobricks based on their type. <u>Detailed  information please refer to here.</u></p>

Revision as of 16:01, 24 September 2012

Team:HKUST-Hong Kong - 2012.igem.org

PROJECT AND DEVICES

Parts and devices overview

The 2012 HKUST iGEM team has submitted 18 biobricks in total. A full list of biobricks has been attached with this page.
For the target binding module, two biobrick are built to display the colon tumor recognition peptide, RPMrel, on the cell wall of B. subtilis. In anti-tumor molecule synthesis module, two biobricks are built for BMP2 synthesis and secretion whiel the other five were built to facilitate the accomplishment of BMP2 synthesis.   11 Biobricks are built for cell growth inhibitory module. They are mainly used to driven the toxin-antitoxin system and control the expression of BMP2. They are sorted by module as shown in this page.
Among all 18 parts, three of them are well characterized. They are BBa_K733009, a GFP generator driven by pTms promoter; BBa_K733018, a GFP generator driven by xylose inducible promoter and BBa_K733012, the cell growth inhibitory device. For detailed characterization data please refer to the information of these three biobricks or our characterization section on wiki.
To convenient the future igem team in using and searching for biobricks, we also sorted our biobricks based on their type. Detailed information please refer to here.