IGEM:Harvard/2008/Lab Notebooks/DailyBook/Week13/Chemical and Light: Difference between revisions

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=09/30 PCR=
=Colony PCR 09/30=
Should grow only on carb
Should grow only on carb
*1-30: 20, 23, 25 (picked all three)
*1-30: 20, 23, 25 (picked all three) --> P38+130
*31-60: 31-60 (picked 31, 35, 39, 42, 46, 50, 55, 60)
*31-60: 31-60 (picked 31, 35, 39, 42, 46, 50, 55, 60) --> P39+130


Should grow only on kan
Should grow only on kan
*61-90: none
*61-90: none --> P116+130
*91-120: none
*91-120: none --> P117+130
*121-150: none
*121-150: none --> P108+130


--Upload picture of colony PCR gel--
--Upload picture of colony PCR gel--


Picked colony 20 (P38+130) and 31, 39, 60 (P39+130) and grew them up in liquid cultures (LB Amp).
Picked colony 20 (P38+130) and 31, 39, 60 (P39+130) and grew them up in liquid cultures (LB Amp).
=Amy's mutants=
=Amy's mutants=
[[Image:2008-09-30_amymut.jpg]]
[[Image:2008-09-30_amymut.jpg]]
=RE digests 10/01=
Numbers refer to the master plate from 09/30 colony PCR. We digested with EcoRI, SpeI, and XmnI.
*P38+130 #20
*P39+130 #31
*P39+130 #39
The expected band sizes are 2.2 kb (part), 1.6 kb and 0.4 kb (both vector backbone).


=Ligations/transformations 10/03 =
=Ligations/transformations 10/03 =
We ligated the following plasmids using volumetric ratios. The ligations were transformed into XL1-Blue.
We ligated the following plasmids. The ligations were transformed into XL1-Blue.
*108>131
 
*38+51>131
*P108>131
*122>131
*P38+51>131
*38+130>101
*P122>131
*130>133
*P38+130>101
*130>134
*P130>133
*P130>134
 
There were two colonies on the P130>134 plate. These were grown up in liquid culture to be sent for sequencing.  There were no colonies on the other plates.
 
=Shewanella transformations 10/05=
We ethanol precipitated the above ligations prior to electroporation of Shewanella.
 
We transformed the following plasmids into wildtype Shewanella:
*P130>134
*P38+51>131
*P130>133
*P122>131
*P38+130>101
*P108>131
*P138 #1
*P139 #1
*P139 #2
*P139 #3
*P139 #4
*P139 #5
*P140
*P142
 
We transformed the following plasmids into ΔmtrB Shewanella:
*P130>134
*P38+51>131
*P130>133
*P122>131
*P38+130>101
*P108>131
*P138 #2
*P139 #1
*P140
*P142

Latest revision as of 15:55, 5 October 2008

Colony PCR 09/30

Should grow only on carb

  • 1-30: 20, 23, 25 (picked all three) --> P38+130
  • 31-60: 31-60 (picked 31, 35, 39, 42, 46, 50, 55, 60) --> P39+130

Should grow only on kan

  • 61-90: none --> P116+130
  • 91-120: none --> P117+130
  • 121-150: none --> P108+130

--Upload picture of colony PCR gel--

Picked colony 20 (P38+130) and 31, 39, 60 (P39+130) and grew them up in liquid cultures (LB Amp).

Amy's mutants

RE digests 10/01

Numbers refer to the master plate from 09/30 colony PCR. We digested with EcoRI, SpeI, and XmnI.

  • P38+130 #20
  • P39+130 #31
  • P39+130 #39

The expected band sizes are 2.2 kb (part), 1.6 kb and 0.4 kb (both vector backbone).

Ligations/transformations 10/03

We ligated the following plasmids. The ligations were transformed into XL1-Blue.

  • P108>131
  • P38+51>131
  • P122>131
  • P38+130>101
  • P130>133
  • P130>134

There were two colonies on the P130>134 plate. These were grown up in liquid culture to be sent for sequencing. There were no colonies on the other plates.

Shewanella transformations 10/05

We ethanol precipitated the above ligations prior to electroporation of Shewanella.

We transformed the following plasmids into wildtype Shewanella:

  • P130>134
  • P38+51>131
  • P130>133
  • P122>131
  • P38+130>101
  • P108>131
  • P138 #1
  • P139 #1
  • P139 #2
  • P139 #3
  • P139 #4
  • P139 #5
  • P140
  • P142

We transformed the following plasmids into ΔmtrB Shewanella:

  • P130>134
  • P38+51>131
  • P130>133
  • P122>131
  • P38+130>101
  • P108>131
  • P138 #2
  • P139 #1
  • P140
  • P142