[[GoldenGateAssemblyProtocolsMainPage][Back to Golden Gate Protocols]] ---+ Part Plasmid Assembly Once you have designed your part and either amplified with PCR or ordered the desired gBlock (as described [[http://barricklab.org/twiki/bin/view/Lab/ProtocolsBTKDesignANewPart here]]) you can proceed to the assembly step of the part plasmid itself. The example reaction below shows pYTK001 used as the entry vector for the reaction; however, this can be substituted for any other entry vector with requisite BsmBI cut sites. Once built, part plasmids can be assembled into transcriptional units. Protocol source: NEB ([[https://www.neb.com/protocols/2020/01/15/golden-gate-assembly-protocol-for-using-neb-golden-gate-assembly-kit-bsmbi-v2-neb-e1602]]) <br><br> ---++++_Assembly Reaction_ [[Old_Golden_Gate_Assembly][Access the old non-kit golden gate assembly protocols here]] *1.* Calculate the mass (in ng) required for 50 fmol of vector and 100 fmol of insert using NEB's NEBioCalculator: [[https://nebiocalculator.neb.com/#!/dsdnaamt]] *2.* Set up the following reaction mix: <div style="padding: 1%"> * 50 fmol pYTK-001 plasmid = *82.68 ng* [try to keep volume to 1-2μL] * 100 fmol of insert DNA = 650 * insert length * 100x10^-6 = *X ng* [try to keep volume to less than 10 μL] * 2 μL of NEB 10× T4 DNA ligase buffer * 1 μL of NEB Golden Gate Enzyme Mix (BsmBI-v2) * x μL water up to *20 μL total* </div> *3.* Mix samples well by pipetting, then run the reaction on the thermocycler under the following conditions: <div style="padding: 2%"> | *Step* | *Temperature* | *Time* | | 1 | 42°C | 1.5 min | | 2 | 16°C | 3 min | | Cycles 1-2: | Repeat 25x | | | 3 | 50°C | 5 min | | 4 | 80°C | 10 min | </div> *4.* Transform 2 μL assembly reaction into [[ProtocolsElectrocompetentCells][Electrocompetent]] or [[ProtocolsChemCompCellsHub][Chemically Competent]] cells and plate on LB + Cam <br><br> ---++++_Expected Results_ <img src="%ATTACHURLPATH%/Part_Plasmid_Assembly.png" alt="Part_Plasmid_Assembly.png" width="670" height="281" /> </br> * (If using pYTK001 as your entry vector) Multiple non-fluorescent colonies * Be sure to screen colonies for GFP expression on a blue light transilluminator, pick colonies that do not fluoresce! * Cells containing properly assembled plasmids (confirmed through PCR and Sanger Sequencing) _If you are having repeated issues check out the [[ProtocolsGoldenGateTroubleshooting][Troubleshooting]] page!_ --- [[GoldenGateAssemblyProtocolsMainPage][Back to Golden Gate Protocols]]
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KateElston, JeffreyBarrick, VictorLi, DennisMishler, PatrickLariviere, SeanLeonard
Topic revision: r15 - 2022-06-30 - 19:18:02 - Main.JeffreyBarrick
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