Team:Peking/DataPage/Parts

From 2013.igem.org

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<div id="MajorBody">   
<div id="MajorBody">   
     <div id="LeftNavigation">
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          <h1 id="ProjectListTitle">Data Page</h1>
           <ul id="ProjectList">
           <ul id="ProjectList">
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                 <li><a>Introduction</a><li>
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                 <li><a href="https://2013.igem.org/Team:Peking/DataPage/Parts">Parts</a><li>
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                 <li><a>Defining The Best Topology</a><li>
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                 <li><a href="https://2013.igem.org/Team:Peking/DataPage/JudgingCriteria">Judging Criteria</a><li>
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                <li><a>Sensitivity analysis</a><li>
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                 </ul>
                 </ul>
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           <img id="ModelOverviewBackground" src="https://static.igem.org/mediawiki/igem.org/a/a4/Peking2013_Datapage_background.jpg" />
           <h1 id="ModelOverviewTitle">Parts</h1>
           <h1 id="ModelOverviewTitle">Parts</h1>
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           <h1 id="MoedlOverviewIntroduction">Introduction</h1>
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           <h1 id="MoedlOverviewIntroduction"></h1>
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           <p id="ModelOverviewContent">A regular reporter (for example, fluorescent proteins or pigment) can only detect a narrow range of concentration of input signals, (Figure 1) because they mainly possess a Hill-function type dose-response curve. The linear proportion of such a dose-response curve is relatively narrow，causing it sensitive to only a narrow range of input intensity. Thus the regular reporters are not proper devices for quantitative measurement. In order to design a quantitative, economical and convenient aromatics detector, we decided to build a band pass filter.<br/>
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           <p id="ModelOverviewContent"><br/>
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<p id="Paragraph1">Achievements
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</p>
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</br>
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  <p id="Paragraph2">
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We are very proud of our many achievements from this summer. Here is a compilation of our feats!
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</br>
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</br>
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1. We collaborated with a lab and helped 5 other iGEM teams by sharing DNA materials, characterizing their parts and modeling! (for more details <a href="/Team:Peking/HumanPractice/iGEMWorkshop">Click Here</a>)
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</br>
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2. We outlined in detail a new approach of human pratice called "Model iGEM". It's a small jamboree for several frequently communicating teams. (for more details <a href="/Team:Peking/HumanPractice/ModeliGEM">Click Here</a>)
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</br>
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  <p id="ParagraphExample">A regular reporter (for example, fluorescent proteins or pigment) can only detect a narrow range of concentration of input signals, (Figure 1) because they mainly possess a Hill-function type dose-response curve. The linear proportion of such a dose-response curve is relatively narrow，causing it sensitive to only a narrow range of input intensity. Thus the regular reporters are not proper devices for quantitative measurement. In order to design a quantitative, economical and convenient aromatics detector, we decided to build a band pass filter.</p>
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3. We submitted 45 high quality and well-characterized standard biobricks!  (for more details: <a href="/Team:Peking/DataPage/Parts">Click Here</a>)
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</br>
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4. We improved a previous part, which is the combination of Salicylic acid inducible promoter pSal and its transcriptional regulator NahR: <a href="http://parts.igem.org/Part:BBa_J61051">BBa_J61051</a> The improved part is <a href="http://parts.igem.org/Part:BBa_K1031610">BBa_K1031610</a>
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</br>
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5. We did aromatic biosensor mining using bioinformatical approach.  (for more details: <a href="/Team:Peking/Project/SensorMining">Click Here</a>)
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</br>
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6. We successfully constructed several biosensors to detect aromatics with different organic group, and orthogonality of these biosensors was tested. We did adaptors for our biosensors to improve their performance.  (for more details: <a href="/Team:Peking/Project/BioSensors">Click Here</a>)
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</br>
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7. A band-pass filter was constructed to achieve convenient test for environmental samples. (for more details: <a href="/Team:Peking/Project/BandpassFilter">Click Here</a>)
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</br>
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Therefore, we believe that we deserve a Gold Medal Prize.
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</p>
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  <img id="ImageExample" src="https://static.igem.org/mediawiki/igem.org/d/da/Peking2013_home_appendix5.jpg" />
 

Revision as of 17:10, 25 September 2013

Parts


Achievements


We are very proud of our many achievements from this summer. Here is a compilation of our feats!

1. We collaborated with a lab and helped 5 other iGEM teams by sharing DNA materials, characterizing their parts and modeling! (for more details Click Here)
2. We outlined in detail a new approach of human pratice called "Model iGEM". It's a small jamboree for several frequently communicating teams. (for more details Click Here)
3. We submitted 45 high quality and well-characterized standard biobricks! (for more details: Click Here)
4. We improved a previous part, which is the combination of Salicylic acid inducible promoter pSal and its transcriptional regulator NahR: BBa_J61051 The improved part is BBa_K1031610
5. We did aromatic biosensor mining using bioinformatical approach. (for more details: Click Here)
6. We successfully constructed several biosensors to detect aromatics with different organic group, and orthogonality of these biosensors was tested. We did adaptors for our biosensors to improve their performance. (for more details: Click Here)
7. A band-pass filter was constructed to achieve convenient test for environmental samples. (for more details: Click Here)
Therefore, we believe that we deserve a Gold Medal Prize.

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