Difference between revisions of "Team:Groningen/Parts"

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<p>This page shows an overview about the BioBricks we obtained over  
 
<p>This page shows an overview about the BioBricks we obtained over  
 
the summer. To find more information about how we constructed the  
 
the summer. To find more information about how we constructed the  
parts got to:<a  
+
parts, see <a  
href="/Team:Groningen/Labjournal#labjournal-plasmids">plasmid
+
href="/Team:Groningen/PlasmidConstruction">Plasmid
construction</a> . If you are interested in the experiments we  
+
Construction</a>. If you are interested in the experiments we  
 
performed with our BioBricks check <a  
 
performed with our BioBricks check <a  
 
href="/Team:Groningen/Experiments">Experiments</a>. Otherwise click  
 
href="/Team:Groningen/Experiments">Experiments</a>. Otherwise click  

Revision as of 12:16, 18 October 2016

CryptoGE®M
Team
Project
Biology
Computing
Human Practice
Acknowledgements

Parts

This page shows an overview about the BioBricks we obtained over the summer. To find more information about how we constructed the parts, see Plasmid Construction. If you are interested in the experiments we performed with our BioBricks check Experiments. Otherwise click on the BioBrick numbers to see our parts in the registry.Since CryptoGErM is a bio encryption system we created an encrypted message (BBa_K1930001), which can be decrypted with the associated key (BBa_K1930000). To protect the sensitive key we developed biological safety layers. One is hiding the key, which involves decoy spores. To distinguish between our CryptoGErM spores containing the key and the decoy, we constructed the sfGFP(Sp) BioBrick BBa_K1930006 optimized for B. subtilis. To allow the user of CryptoGErM to select the key spores, we constructed a ciprofloxacin resistance cassette BBa_K1930004. This cassette contains a constitutive promoter for B. subtilis 168 BBa_K1930005, novel to the registry.

Table

<groupparts>iGEM2016 Groningen</groupparts>
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