IGEM:MIT/2007/Notebook/2007-6-13: Difference between revisions

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Line 9: Line 9:
*Pour LB/Amp plates
*Pour LB/Amp plates


==Actual Work==
=Purifying the DNA=
=Purifying the DNA=
#Denature the enzymes by exposing the samples to high heat in the Master Gradient Cycler.
#Denature the enzymes by exposing the samples to high heat in the Master Gradient Cycler.
Line 24: Line 22:
##*6 ul of LB
##*6 ul of LB


 
Gel Order:
____  ____  ____  ____  ____  ____  ____  ____
____  ____  ____  ____  ____  ____  ____  ____
1V    1I      2V    2I    3V    3I    undige  L
1V    1I      2V    2I    3V    3I    undige  L
Line 32: Line 30:


Ladders
Ladders
1kb Ladder  2ul
*1kb Ladder  2ul
Loading Buffer 6 ul
*Loading Buffer 6 ul
H20    22ul
*H20    22ul
So total 30 ul
Total: 30 ul
Because 1kb ladder is 500 ng/ul
Because 1kb ladder is 500 ng/ul


Undigest
Undigest
5 ul DNA
*5 ul DNA
6.25 ul Loading Buffer
*6.25 ul Loading Buffer
19 ul H20
*19 ul H20
Total: 30.25
*Total: 30.25


Gel
Gel run at
85 Volts
Current

Revision as of 07:16, 13 June 2007

Grad Advisors

  • Morning: Eric
  • Afternoon: L-A

LAB WORK

  • Purify digests on gel (EGFP and NNX)
  • Ligation overnight
  • Pour LB/Amp plates

Purifying the DNA

  1. Denature the enzymes by exposing the samples to high heat in the Master Gradient Cycler.
    1. Put the samples in, close lid
    2. Put 65 degrees C for 15 minutes
    3. Put heat on and press enter
    • Remember to turn off the heat when done!
  1. Prepare the gel
    1. Create a gel as usual (50 ml of Agar stuff, 5 ul of SYBR Safe DNA Stain)
    2. Put these ingredients together
      • 25 ul of digest
      • 6 ul of LB

Gel Order: ____ ____ ____ ____ ____ ____ ____ ____ 1V 1I 2V 2I 3V 3I undige L dd dd d xBa1 xBa1 xBa1 EcoR1 EcoR1

Ladders

  • 1kb Ladder 2ul
  • Loading Buffer 6 ul
  • H20 22ul

Total: 30 ul Because 1kb ladder is 500 ng/ul

Undigest

  • 5 ul DNA
  • 6.25 ul Loading Buffer
  • 19 ul H20
  • Total: 30.25

Gel run at 85 Volts

Current