advertisement

Actinobacillus Pleuropneumoniae

Actinobacillus pleuropneumoniae

Multiporator / Electroporator 2510
Transformation Protocol Protocol No. 4308 915.539 – 04/2002
Microorganism Actinobacillus pleuropneumoniae
Cell type Bacteria, gram negative
Molecules injected Plasmid DNA (in water)
Growth medium Columbia broth with 1% “IsoVitaleX and 10 µg/ml ß-NAD
Washing solution 15% glycerine
Electroporation solution 15% glycerine
Outgrowth medium Columbia broth with 1% “IsoVitaleX and 10 µg/ml ß-NAD
Cuvette 2 mm gap width
Reference Frey, J. • 1992 •Research in Microbiology 143 • 263-269

Making electrocompetent cells:

1. Grow cells to mid-exponential growth phase at an O.D.650of 0.5.
2. Harvest by centrifugation at 3,000 x g for 10 min at 4 °C.
3. Wash twice in 15% glycerine at 4 °C.
4. Resuspend in 1/20 volume of 15% glycerine and keep at 4 °C.

Electroporation of cells:

1. Add 3 µl (300 µg/ml) plasmid DNA to 125 µl of electrocompetent cells. Homogenize by gently mixing with pipette
several times. Transfer mixture into a prechilled cuvette.
2. Wipe moisture from the cuvette and insert the cuvette into the device.
3. Electroporation:

Mode Prokaryotes “O“
Voltage (V) 1,250 V
Time constant (T) 5 ms

4. Immediately add 1 ml outgrowth medium and incubate for 3 h.
5. Plate onto selective Columbia agar plates.

Expected results:

Transformation efficiency up to 1 x 107 transformants/µg of DNA.

Contact Information

In the United States:
Eppendorf North America, Inc.
102 Motor Parkway,
Hauppauge, NY 11788-5178
Tel: 800-645-3050
Fax: 516-334-7506
Web Site: http://www.eppendorfna.com/

Outside the United States:
Eppendorf AG
Barkhausenweg 1
22339 Hamburg
Germany

Customer Service: ++ 49 40 53 801-0

Fax Number: ++ 49 40 53 801-556

Article Tools
  • Email a Colleague
  • Print
  • Comments
  • ShareThis
advertisement
Advertisement (image not found)

Email Newsletter Sign-Up

Stay updated on the latest technologies and news with Biocompare's newsletters
(See samples here)












Select All

Loading

Loading