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Team:Evry/Notebook/w7
From 2013.igem.org
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<ul> | <ul> | ||
| - | <li> Andersen promotor | + | <li> Andersen's promotor |
| - | <li> | + | <li> Fur Binding Site (15 different) |
<li> RBS | <li> RBS | ||
<li> sfGFP | <li> sfGFP | ||
| Line 22: | Line 22: | ||
<p> | <p> | ||
| - | + | In order to associate these sequences we performed a golden gate, using for each sample : | |
</p> | </p> | ||
| + | <ul> | ||
| + | <li> 80 ng of Andersen's promotor | ||
| + | <li> 80 ng of Fur Binding Site | ||
| + | <li> 80 ng of RBS | ||
| + | <li> 80 ng of sfGFP | ||
| + | <li> 80 ng of Terminator | ||
| + | <li> 1.5 µL of T4 buffer (10X) | ||
| + | <li> 1 Unit of T4 ligase | ||
| + | <li> 1 Unit of Bsa I | ||
| + | </ul> | ||
<h2>Construction of plasmid N°3</h2> | <h2>Construction of plasmid N°3</h2> | ||
Revision as of 13:30, 29 July 2013
Week 7: 29th July - 4th August
Construction of plasmid N°2
Our plasmid N°2 is building with a synthetic promote sequence which is composed of:
- Andersen's promotor
- Fur Binding Site (15 different)
- RBS
- sfGFP
- Terminator
Golden Gate
In order to associate these sequences we performed a golden gate, using for each sample :
- 80 ng of Andersen's promotor
- 80 ng of Fur Binding Site
- 80 ng of RBS
- 80 ng of sfGFP
- 80 ng of Terminator
- 1.5 µL of T4 buffer (10X)
- 1 Unit of T4 ligase
- 1 Unit of Bsa I
Construction of plasmid N°3
29/07/13 We received the primers ordered on friday the 26th of July and started to dilute them into TrisCL at 10 mM. Secondly, we diluted the previous stock solution at a rate of 1/20th to obtain a final concentration of 5 µM for our intermediate solution. Then, for our plasmid three construction, we need to first extract the 6 enterobactin gene (EntA, EntB, EntC, EntD, EntE and EntF). The ordered primers from friday will theoretically extract them in the appropriate Golden Gate format with their own RBS upstream (designed from Salis RBS). This will allow us to construct our two N°3 plasmids, one containing EntA, EntD and EntF, and the other one EntB, EntC and EntE. The genes are spread like this to obtain two equivalent plasmids
