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Team:UGent/CloneManager
From 2013.igem.org
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<h1> Plasmids containing toxin <i> ccdB </i></h1> | <h1> Plasmids containing toxin <i> ccdB </i></h1> | ||
| - | <p> All of these plasmids are constructed using BioBrick standard parts: the plasmid backbones pSB3T5, pSB4A5 and pSB6A1. The <i>ccdB</i> gene that encodes the toxin is controlled by T7 | + | <p> All of these plasmids are constructed using BioBrick standard parts: the plasmid backbones pSB3T5, pSB4A5 and pSB6A1. The <i>ccdB</i> gene that encodes the toxin is controlled by a T7 promoter. </p> |
<h2>pSB3T5 T7 <i> ccdB </i></h2> | <h2>pSB3T5 T7 <i> ccdB </i></h2> | ||
Revision as of 01:35, 5 October 2013
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To perform in silico analysis, we used Clone Manager. All plasmids were first implemented into the software, and then used to help with cloning simulation, restriction, PCR etc. Plasmid containing construct for chromosomal evolutionpTGD ccdA Pmb1 BCD7 GFP CmFRTThis plasmid contains the ccdA antitoxin and the reporter gene gfp. The homologous regions are necessary to perform Chemically Inducible Chromosomal evolution (CIChE). If wanted, the removal of the chloramphenicol resistance cassette between the FTR sites can be done using the method of Datsenko & Wanner [PNAS 2000].  Plasmids containing toxin ccdBAll of these plasmids are constructed using BioBrick standard parts: the plasmid backbones pSB3T5, pSB4A5 and pSB6A1. The ccdB gene that encodes the toxin is controlled by a T7 promoter. pSB3T5 T7 ccdB pSB4A5 T7 ccdB pSB6A1 T7 ccdB Plasmid containing new partpSB1C3 T7 ccdB
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