Team:XMU-China/datapage

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   <p class="tit" >Data From New Parts Submitted To The Registry </p>
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   <p> <strong class="subtitle"><a name="_Toc01"></a>The Design</strong><br>
   <p> <strong class="subtitle"><a name="_Toc01"></a>The Design</strong><br>
    
    
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     <td width="500" colspan="2"><img src="https://static.igem.org/mediawiki/2012/7/7b/XMUdatapage1.jpg" width="500"  align="middle" ></td>
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   <tr ><td colspan="2" id="bor"><b>Figure 1:</b>Digital display could output number or letter when input  a specific  signal. It also can accept different  signals to output more information when structure gene circuits under logical gates system.</td></tr>
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    <td colspan="2" id="bor"><b>Figure 1:</b> Digital display could output number or letter when input  a specific  signal. It also can accept different  signals to output more information when structure gene circuits under logical gates system.</td></tr>
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    <td width="500" colspan="2"><img src="https://static.igem.org/mediawiki/2012/0/09/RBSchanging.gif" width="500"  align="middle" ></td>
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    <td colspan="2" id="bor"><b>Figure 2:</b>After the induction by arabinose, the  duration of response time for GFP expression increases as the strength of RBS  declines, bringing about a time-course display.</td></tr>
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Revision as of 16:32, 25 September 2012

XMU-CSS

XMU

backgroundindex

Contents[hide][show]
  • Logic gate
  • Green Fluorescent Protein
  • Cell immobilization
  • Quorum Sensing
  • Time delay
  • Original Design
  • Project Overview
  • References
  • XMU-DATAPAGE

    Data Page

    The Design

    Figure 1: Digital display could output number or letter when input a specific signal. It also can accept different signals to output more information when structure gene circuits under logical gates system.
    Figure 2:After the induction by arabinose, the duration of response time for GFP expression increases as the strength of RBS declines, bringing about a time-course display.


    Data From New Parts Submitted To The Registry

    Parts Of Binary System

  • BBa_K750000, BBa_K750103, BBa_K750111 - these parts contain PBAD (BBa_K206000), PcI (BBa_R0051) and Ptet (BBa_J102002) respectively and they both contain gfp-lva (BBa_K145015). We have characterized the expression of these parts on Digital Display section of our project in the wiki.

  • Parts Of Ternary System

  • BBa_K750102, BBa_K750104, BBa_K750105, BBa_K750106, BBa_K750107 - these parts both contain cI (BBa_C0051) and are used to control parts promoted by PcI (BBa_R0051). We also have characterized the expression of these parts by protein electrophoresis on Digital Display section of our project in the wiki.
  • BBa_K750108, BBa_K750109, BBa_K750110, BBa_K750112, BBa_K750113, BBa_K750114, BBa_K750115 – these composite parts are made up of BBa_K750000, BBa_K750102, BBa_K750103, BBa_K750104 and BBa_K750111. Most of them have been characterized on Digital Display section of our project in the wiki.

  • Parts of Time Delay System

  • BBa_K750001, BBa_K750002, BBa_K750003, BBa_K750004, BBa_K750005 - these parts contain RBS1.0 (BBa_B0034), RBS0.6 (BBa_B0030), RBS0.3 (BBa_B0032), RBS0.07 (BBa_B0031) and RBS0.01 (BBa_B0033) respectively and they both contain luxI (BBa_C0061). These parts, promoted by arabinose, are used to control the expression of AHL.
  • BBa_K750006 – this part contains luxR (BBa_C0062) and is promoted by arabinose.
  • BBa_K750009, BBa_K750010, BBa_K750011, BBa_K750012 – these composite parts are characterized on Digital Display section of our project in the wiki.

  • Data From Characterized Parts Already In The Registry

  • BBa_K145015 – characterized the gene gfp-lva by protein electrophoresis. Please see our Time Delay section for more information.