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Plate and inoculate BL21+pGFP(LVA)

 

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Materials:

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Methods:

  1. Thaw E coli on ice
  2. Fill three 1.5ml eppendorf tubes with tex2html_wrap_inline3461 of LB Amp liquid each for serial dilutions
  3. perform serial dilutions of thawed stab cultures: tex2html_wrap_inline3463 (assume tex2html_wrap_inline3465 initial density):
    Aliquot tex2html_wrap_inline3467 from stab into 1.5ml eppendorf tube labeled `` tex2html_wrap_inline3471 dilution'', vortex.
    Aliquot tex2html_wrap_inline3467 from `` tex2html_wrap_inline3471 dilution'' tube into `` tex2html_wrap_inline3477 dilution'' tube (approx density: tex2html_wrap_inline3479 ), vortex.
    Aliquot tex2html_wrap_inline3467 from `` tex2html_wrap_inline3477 dilution'' tube into `` tex2html_wrap_inline3485 dilution'' tube (approx density: tex2html_wrap_inline3487 ), vortex.
  4. Plate (and label) each of the following unto a seperate LB Amp plate:

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  5. grow plates overnight in tex2html_wrap_inline3501 .
  6. Pick strongly glowing colonies of BL21+pGFP(LVA) from plates and inoculate into tex2html_wrap_inline3503 LB Amp culture flasks. Grow overnight tex2html_wrap_inline3505 .

Results: ( 1/22-1/24/99)

Got only one colony from all plates (on tex2html_wrap_inline3509 dilution). Therefore, performed transformation of tex2html_wrap_inline3068   with pGFP(LVA) to get sufficient amounts of the needed plasmid.


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Ron Weiss
Wed Feb 10 15:48:08 EST 1999