PrbbBB:colony pcr v1: Difference between revisions
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## pick 8 colonies of one assembly into the wells of one column (like A1-H1 or A2-H2) | ## pick 8 colonies of one assembly into the wells of one column (like A1-H1 or A2-H2) | ||
## copy 4 µl per well from this column onto a backup LB plate with Ampicilin (using a 8-channel pipette) | ## copy 4 µl per well from this column onto a backup LB plate with Ampicilin (using a 8-channel pipette) | ||
##* label the plate appropriately beforehand (like "A1 -> H1") | |||
## proceed to next column for next assembly | ## proceed to next column for next assembly | ||
# prepare PCR plate: | # prepare PCR plate: |
Revision as of 05:22, 26 February 2009
Overview
Materials
- 96-well PCR plate
- AmpliTaq DNA Polymerase 5 U/µl (Roche)
- AmpliTaq Buffer 10 x
- dNTP mix 10mM each nucleotide
- ddH2O
- primers:
Procedure
I PCR reaction
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- prepare 96-well "Lysis" plate:
- multi-dispense 50 µl H2O into each well
- pick 8 colonies of one assembly into the wells of one column (like A1-H1 or A2-H2)
- copy 4 µl per well from this column onto a backup LB plate with Ampicilin (using a 8-channel pipette)
- label the plate appropriately beforehand (like "A1 -> H1")
- proceed to next column for next assembly
- prepare PCR plate:
- multidispense 10 µl PCR mastermix into each well
- copy 1 µl per well from lysis plate to PCR plate (using multi-channel pipette)
- seal PCR plate with adhesive tape
- run PCR program
- put backup plates @ 37 °C
II Agarose Gel
- prepare a large 0.7 - 1.5 % Agarose gel (depending on fragment size)
- multi-dispense 2 µl loading buffer into each well of the PCR plate
- load gel with multi-channel pipette
- run, analyze, enjoy!
Notes
Please feel free to post comments, questions, or improvements to this protocol. Happy to have your input!
raik: no comment
References
Contact
or instead, discuss this protocol.