Jonesma Lab:Protocols:colony: Difference between revisions

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(New page: <h3><font style="color:#F8B603;">Colony PCR</font></h3> ---- #Take a colony and resuspend in 5 μL dH<sub>2</sub>O #Streak the tip on a fresh antibiotic plate and incubate at 37°C to rege...)
 
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#Streak the tip on a fresh antibiotic plate and incubate at 37°C to regenerate colony
#Streak the tip on a fresh antibiotic plate and incubate at 37°C to regenerate colony
#Add the following reagents to a tube
#Add the following reagents to a tube
#Setup additional tubes as needed- always include a positive and negative control
#Add tubes to PCR machine, and run with following programme
#Run PCR product out on a gel
<h4>Reagents for PCR</h4>
2 μL 10x PCR buffer
2 μL 10x PCR buffer


Line 18: Line 23:
1 μL Taq  
1 μL Taq  


#Setup additional tubes as needed- always include a positive and negative control
<h4>PCR programme</h4>
#Add tubes to PCR machine, and run with following programme
1. 94°C 5 min
2. 94°C 30s
3. 55°C 30s
4. 72°C 1min
5. Loop to #2 for 35 cycles
6. 72°C 2min
7. 10°C indefinitely


#Run PCR product out on a gel
#94°C 5 min
#94°C 30s
#55°C 30s
#72°C 1min
#Loop to #2 for 35 cycles
#72°C 2min
#10°C indefinitely

Revision as of 14:09, 24 November 2015

Colony PCR


  1. Take a colony and resuspend in 5 μL dH2O
  2. Streak the tip on a fresh antibiotic plate and incubate at 37°C to regenerate colony
  3. Add the following reagents to a tube
  4. Setup additional tubes as needed- always include a positive and negative control
  5. Add tubes to PCR machine, and run with following programme
  6. Run PCR product out on a gel

Reagents for PCR

2 μL 10x PCR buffer

2 μL 1/4 dNTPS

2 μL 20mM MgCl2

6 μL dH2O

1 μL 10μM Forward primer

1 μL 10μM Reverse primer

1 μL Taq

PCR programme

  1. 94°C 5 min
  2. 94°C 30s
  3. 55°C 30s
  4. 72°C 1min
  5. Loop to #2 for 35 cycles
  6. 72°C 2min
  7. 10°C indefinitely