Team:Tianjin/parts

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    <a href="https://2010.igem.org/Team:Tianjin/parts"><h1 class="leftbarheadline">Project I</h1></a>
 
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        <h1 class="leftbarheadline">Project II</h1>
 
          
          
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     <h1 class="righttitle">Project I -- <span class="fontred">Lignin Terminator</span></h1>
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     <h1 class="righttitle">Parts</h1>
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         <p class="righttext fontgrey">substrate:aromatic ring material (Non-phenolic )
         <p class="righttext fontgrey">substrate:aromatic ring material (Non-phenolic )
mechanism:capture the electrons of the aromatic ring, forming positive ion free radicals and causing free radical reaction</p>
mechanism:capture the electrons of the aromatic ring, forming positive ion free radicals and causing free radical reaction</p>
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<div class="rightsubtitle"><p class="righttext">BBa_K500002  lignin Degradation 3 (Lac) CmR</p></div>
<div class="rightsubtitle"><p class="righttext">BBa_K500002  lignin Degradation 3 (Lac) CmR</p></div>
         <p class="righttext fontgrey">substrate:polyphenol aminophenol, chlolophenol and so on
         <p class="righttext fontgrey">substrate:polyphenol aminophenol, chlolophenol and so on
mechanism:cause free radical reaction</p>
mechanism:cause free radical reaction</p>
<div class="rightsubtitle"><p class="righttext">BBa_K500003  lignin Degradation 4 (Glox) CmR</p></div>
<div class="rightsubtitle"><p class="righttext">BBa_K500003  lignin Degradation 4 (Glox) CmR</p></div>
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         <p class="righttext fontgrey">substrate:glyoxal glycolaldehyde and so on
         <p class="righttext fontgrey">substrate:glyoxal glycolaldehyde and so on
function:produce H2O2</p><div class="rightsubtitle"><p class="righttext">BBa_K500005  Luc1 1A</p></div>
function:produce H2O2</p><div class="rightsubtitle"><p class="righttext">BBa_K500005  Luc1 1A</p></div>
         <p class="righttext fontgrey">N-terminal of luciferase contains 1-436aa of 550aa  </p><div class="rightsubtitle"><p class="righttext">BBa_K500006  Luc2 1B
         <p class="righttext fontgrey">N-terminal of luciferase contains 1-436aa of 550aa  </p><div class="rightsubtitle"><p class="righttext">BBa_K500006  Luc2 1B
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         <p class="righttext fontgrey">C-terminal of luciferase contains 440-550aa of 550aa </p><div class="rightsubtitle"><p class="righttext">BBa_K500007  MBP 1C</p></div>
         <p class="righttext fontgrey">C-terminal of luciferase contains 440-550aa of 550aa </p><div class="rightsubtitle"><p class="righttext">BBa_K500007  MBP 1C</p></div>
         <p class="righttext fontgrey">Maltose-binding protein. The conformation of this protein will change when maltose combine with MBP</p><div class="rightsubtitle"><p class="righttext">BBa_K500008  Nub  1D</p></div>
         <p class="righttext fontgrey">Maltose-binding protein. The conformation of this protein will change when maltose combine with MBP</p><div class="rightsubtitle"><p class="righttext">BBa_K500008  Nub  1D</p></div>
         <p class="righttext fontgrey">N-terminal of ubiquitin contains 1-35aa of 76aa.</p><div class="rightsubtitle"><p class="righttext">BBa_K500009  Cub+LexA+VP16  1E</p></div>
         <p class="righttext fontgrey">N-terminal of ubiquitin contains 1-35aa of 76aa.</p><div class="rightsubtitle"><p class="righttext">BBa_K500009  Cub+LexA+VP16  1E</p></div>
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         <p class="righttext fontgrey">C-terminal of ubiquitin with a transcriptional factor. </p><div class="rightsubtitle"><p class="righttext">BBa_K500010  Luc1+Luc2  1F</p></div>
         <p class="righttext fontgrey">C-terminal of ubiquitin with a transcriptional factor. </p><div class="rightsubtitle"><p class="righttext">BBa_K500010  Luc1+Luc2  1F</p></div>
         <p class="righttext fontgrey">There are two endonuelease sites BamHI，KpnI existing between Luc1 and Luc2</p><div class="rightsubtitle"><p class="righttext">BBa_K500011  Luc1+MBP+Luc2  1G </p></div>
         <p class="righttext fontgrey">There are two endonuelease sites BamHI，KpnI existing between Luc1 and Luc2</p><div class="rightsubtitle"><p class="righttext">BBa_K500011  Luc1+MBP+Luc2  1G </p></div>
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         <p class="righttext fontgrey">A detecting device can detect maltose.</p><div class="rightsubtitle"><p class="righttext">BBa_K500012  Nubg+MBP+Cub+LexA+VP16  1H</p></div>
         <p class="righttext fontgrey">A detecting device can detect maltose.</p><div class="rightsubtitle"><p class="righttext">BBa_K500012  Nubg+MBP+Cub+LexA+VP16  1H</p></div>
         <p class="righttext fontgrey">A processing device, can open a gene to express</p><div class="rightsubtitle"><p class="righttext">BBa_K500013  Nub9+Luc1+MBP+Luc2+Cub+LexA+Vp16  2A</p></div>
         <p class="righttext fontgrey">A processing device, can open a gene to express</p><div class="rightsubtitle"><p class="righttext">BBa_K500013  Nub9+Luc1+MBP+Luc2+Cub+LexA+Vp16  2A</p></div>
         <p class="righttext fontgrey">A device can sense and deal with signals</p>
         <p class="righttext fontgrey">A device can sense and deal with signals</p>
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Latest revision as of 13:41, 26 October 2010

Untitled Document

Parts

Retrieved from "http://2010.igem.org/Team:Tianjin/parts"