Team:Tsinghua/Notebook/27 July 2010

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(Difference between revisions)
(New page: == Module I, DT and Fan's part: == Using the newly synthesized primers go through a pre-test experiment. PCR system (FastPFU): H2O 31.4μl 5×buffer 10μl dNTP 5μ...)
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== Module I, DT and Fan's part: ==
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== Module I, group 2(b) ==
Using the newly synthesized primers go through a pre-test experiment.
Using the newly synthesized primers go through a pre-test experiment.
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   Total         50μl
   Total         50μl
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== Module I, Group 2c ==
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Conduct PCR to amplify eGFP, Kan and Chlr with DNA polymerase pyrobest.
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 +
PCR system (FastPFU):
 +
 +
  H2O         36.7μl
 +
  10×buffer 5μl
 +
  dNTP         5μl
 +
  primer1 1μl
 +
  primer2 1μl
 +
  template 1μl
 +
  FastPFU 0.3μl
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  Total         50μl
== result ==
== result ==
The concentration of the M, K and C are a little lower. We’ll amplify them once again with two degrees lower of the annealing temperature.
The concentration of the M, K and C are a little lower. We’ll amplify them once again with two degrees lower of the annealing temperature.

Latest revision as of 07:18, 25 October 2010

Module I, group 2(b)

Using the newly synthesized primers go through a pre-test experiment.

PCR system (FastPFU):

 H2O	        31.4μl
 5×buffer	10μl
 dNTP	        5μl
 primer1	1μl
 primer2	1μl
 template	1μl
 FastPFU	0.6μl
 Total	        50μl

Module I, Group 2c

Conduct PCR to amplify eGFP, Kan and Chlr with DNA polymerase pyrobest.

PCR system (FastPFU):

 H2O	        36.7μl
 10×buffer	5μl
 dNTP	        5μl
 primer1	1μl
 primer2	1μl
 template	1μl
 FastPFU	0.3μl
 Total	        50μl

result

The concentration of the M, K and C are a little lower. We’ll amplify them once again with two degrees lower of the annealing temperature.