Team:UNIK Copenhagen/Construct a gene

From 2014.igem.org

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<p align="justify">Biological parts - the BioBricks - can be used to design and construct novel biological devices and systems or re-design already naturally existing ones. The BioBricks have a defined structure and function and they can be inserted into e.g. a plasmid and then incorporated into an organism such as E. Coli or S. Cerevisiae, thereby forming a biological system. In addition, the BioBricks can be assembled in any desired order to form complex systems.<br><br>
<p align="justify">Biological parts - the BioBricks - can be used to design and construct novel biological devices and systems or re-design already naturally existing ones. The BioBricks have a defined structure and function and they can be inserted into e.g. a plasmid and then incorporated into an organism such as E. Coli or S. Cerevisiae, thereby forming a biological system. In addition, the BioBricks can be assembled in any desired order to form complex systems.<br><br>
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Do you want to make your own gene construct? Here are some questions to think of before you start synthesizing:<br>
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Do you want to make your own gene construct? Here are some questions to think of before you start synthesizing:<br></p>
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- what is the function of the coding sequence?<br>
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<div  class="list">
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- can concerns can the function cause?<br>
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<ul>
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- do you need to add a linker?<br>
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<li>what is the function of the coding sequence?</li>
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- do you need to add a marker or a puryfication tag?<br>
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<li>what concerns can the function cause?</li>
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- do you need to do codon optimization?<br>
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<li>do you need to add a linker?</li>
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<li>do you need to add a marker or a puryfication tag?</li>
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<li>do you need to do codon optimization?</li>
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</ul>
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</div>
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<br>UNDER CONSTRUCTION!!<br>
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<p align="justify"><br>UNDER CONSTRUCTION!!<br>
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On this page you will be able to put different sequences together to construct your own gene.<br></p>
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Below you will be able to go through the steps in the design of a plasmid that can be used for transformation.<br></p>
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text4 = "Add a terminator"
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text4 = "Enter your selection marker sequence"
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text5 = "Enter your promoter sequence below"
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text6 = "Click on 'next step' to insert your coding sequnce into the plasmid"
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<p>This system is highly advanced. You can enter a DNA sequence, a protein sequence or even just your desired function of the sequence.</p><br>
<p>This system is highly advanced. You can enter a DNA sequence, a protein sequence or even just your desired function of the sequence.</p><br>
Enter you sequence:  <input type="text" size="20">  
Enter you sequence:  <input type="text" size="20">  
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<A HREF="JavaScript:slideshowUp()">Click to add your sequence</A>
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<A HREF="JavaScript:slideshowUp()">Next step</A>
<br><br><br>
<br><br><br>
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<p>Go to "<a href="https://2014.igem.org/Team:UNIK_Copenhagen/Construct_a_biological_system" ><font color="0B6138"><b>Construct a bio-system</b></font></a> to insert your gene into an organism and thereby forming a biological system.</p>
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<p>Go to "<a href="https://2014.igem.org/Team:UNIK_Copenhagen/Construct_a_biological_system" ><font color="0B6138"><b>construct a bio-system</b></font></a>" to insert your gene into an organism and thereby forming a biological system.</p>
</div>
</div>

Latest revision as of 11:47, 28 August 2014





ARE YOU A BUILDER?

Biological parts - the BioBricks - can be used to design and construct novel biological devices and systems or re-design already naturally existing ones. The BioBricks have a defined structure and function and they can be inserted into e.g. a plasmid and then incorporated into an organism such as E. Coli or S. Cerevisiae, thereby forming a biological system. In addition, the BioBricks can be assembled in any desired order to form complex systems.

Do you want to make your own gene construct? Here are some questions to think of before you start synthesizing:

  • what is the function of the coding sequence?
  • what concerns can the function cause?
  • do you need to add a linker?
  • do you need to add a marker or a puryfication tag?
  • do you need to do codon optimization?


UNDER CONSTRUCTION!!
Below you will be able to go through the steps in the design of a plasmid that can be used for transformation.



This system is highly advanced. You can enter a DNA sequence, a protein sequence or even just your desired function of the sequence.


Enter you sequence: Next step


Go to "construct a bio-system" to insert your gene into an organism and thereby forming a biological system.

Retrieved from "http://2014.igem.org/Team:UNIK_Copenhagen/Construct_a_gene"