Team:Cooper Union/Protocols

From 2014.igem.org

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<a name="btrans"></a><h2>Bacterial Transformation</h2>
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<a name="gel"></a><h2>Gel Extraction</h2>
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<a name="mini"></a><h2>Miniprep</h2>
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<a name="pcrpure"></a><h2>PCR Purification</h2>
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<a name="tdtbase"></a><h2>TdT Nucleotide Addition</h2>
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<a name="gene"></a><h2>Yeast Gene Knockout</h2>
<a name="gene"></a><h2>Yeast Gene Knockout</h2>
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<a name="mate"></a><h2>Yeast Mating</h2>
<a name="mate"></a><h2>Yeast Mating</h2>
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<a name="spore"></a><h2>Yeast Sporulation/Zymolyase Treatment</h2>
<a name="spore"></a><h2>Yeast Sporulation/Zymolyase Treatment</h2>

Revision as of 23:30, 14 October 2014

Cooper Union 2014 iGEM




Common Laboratory Protocols








Bacterial Transformation




Colony PCR




Gel Extraction




Miniprep




PCR Purification




PCR Reaction




Restriction Enzyme Digest


Materials
10x Buffer (Compatible to the enzyme)
Enzyme
BSA - diluted to 10x
ddH2O
DNA - up to 1μg per reaction.

Procedure Verify all times and temperatures for specific enzyme prior to use. This is general protocol.
  1. Prewarm 2 water baths to 37°C and 70°C
  2. Thaw buffers, diluted BSA. Keep all reagents on ice
  3. Set up reactions based on table below.
    ReagentVolumeExample
    Reaction Buffer1/10 total volume2μL
    Diluted BSA (10x)1/10 total volume2μL
    DNAcalculate for target ng3.7μL
    ddH2Ovolume up to (total volume - 1μL)11.3μL
    Enzymegenerally 1μL1μL
    Total Volume20uL
  4. Incubate 60min 37°C.
  5. Heat inactive 70°C for 15 min.
  6. Store in -20°C or use immediately.


Top of Page


TdT Heat Inactivation




TdT Nucleotide Addition




Yeast Gene Knockout




Yeast Mating




Yeast Sporulation/Zymolyase Treatment