IGEM:Harvard/2006/Cyanobacteria/Notebook/2006-8-12: Difference between revisions

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==To-do==
* RFP in low-copy plasmid (transformed in Top10 and Top10F')
** Colony PCR the J04450 + pSB4A3 colonies with BB primers to test if our ligation worked
** Inoculate liquid cultures with these colonies
* GFP dev in low-copy plasmid (from digest assay)
==Results of Restreak of J00450+PSB4A3==
==Results of Restreak of J00450+PSB4A3==
[[Image:Restreak 81206 zs.jpg]]
[[Image:Restreak 81206 zs.jpg]]

Revision as of 12:58, 12 August 2006

To-do

  • RFP in low-copy plasmid (transformed in Top10 and Top10F')
    • Colony PCR the J04450 + pSB4A3 colonies with BB primers to test if our ligation worked
    • Inoculate liquid cultures with these colonies
  • GFP dev in low-copy plasmid (from digest assay)

Results of Restreak of J00450+PSB4A3

Although the colonies took two days to grow, the restreak of the plates on Carb worked; we will now verify the ligation via PCR while growing liquid culture from them.

PCR ligation test of J04450+PSB4A3

Following Perry's Protocol which worked pretty well, in order to check the ligation we will do a PCR using the PCR Supermix from the VF2 and VR areas of the plasmid;

From the above image, we will try 7 colonies:

  • Top10 plate2 A (eg. 102)
  • Top10 plate1 A (eg. 101)
  • Top10F plate1 (eg. F1)
  • Top10F plate2 1 (eg. F2-1)
  • Top10F plate2 2 (eg. F2-2)
  • Top10F plate2 3 (eg. F2-3)
  • Top10F plate2 3 (eg. F2-4)

From Perry's Protocol, each will have:

  • 8uL PCR supermix
  • 1uL VF2 (2uM)
  • 1uL VR (2uM)

Then, get a carb plate, pick the desired colony, streak it on the plate, and then dip it into the 10uL rxn.