Minnesota/17 July 2008

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|1. '''Plasmid prep dual promoters:''' (1) Tet & P22mnt, (2) LacI & LAMBDAcI.  
|1. '''Plasmid prep dual promoters:''' (1) Tet & P22mnt, (2) LacI & LAMBDAcI.  
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|2. '''Double digest of all ligations:''' from previous days.
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|2. '''Model:''' Figure out why have such a low GFP output when run model.  
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|3. '''Sequence L5, L6-L9'''
|3. '''Sequence L5, L6-L9'''
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|5. '''Discuss problems with sequences'''
|5. '''Discuss problems with sequences'''
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|6. '''Model:''' ?? Why GFP output is low???
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|6. '''Double digest of all ligations:''' from previous days. Do a double digest to cut the components linearly, which will then be able to run through a gel to check if correct DNA is present. Follow the table below:
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!| Parts !! 10x Buffer !! BSA !! H20 !! DNA !! RE 1 !! RE 2
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|L2a, LAMBDAcI:Term ||5.0uL ||0.5uL ||32.5uL ||10.0uL ||EcoRI ||Xba1
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Revision as of 19:16, 17 July 2008

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1. Plasmid prep dual promoters: (1) Tet & P22mnt, (2) LacI & LAMBDAcI.
2. Model: Figure out why have such a low GFP output when run model.
3. Sequence L5, L6-L9
4. Re-transform RFP, TetR promoter, terminator because no cell growth on plates.
5. Discuss problems with sequences
6. Double digest of all ligations: from previous days. Do a double digest to cut the components linearly, which will then be able to run through a gel to check if correct DNA is present. Follow the table below:
Parts 10x Buffer BSA H20 DNA RE 1 RE 2
L2a, LAMBDAcI:Term 5.0uL 0.5uL 32.5uL 10.0uL EcoRI Xba1