[ I just saw Christopher's 'Day of Electroporation' notes on Trello, which look great.
The stuff below might be helpful for background or if we get stuck; also tips on details, e.g. how much solution to put into the cuvette. ]
Here's a couple links I found during last night's electroporator warmup session:
1) http://www.bio.net/bionet/mm/methods/2007-August/102458.htmlElectroporation optimization guide.
Vadim A. Klenchin, University of Wisconsin
2) http://www.geneworks.com.au/library/ML052_Protocol.pdfIngenio Electroporation Kits and Solution
As usual we should take the advice contained therein with a grain of salt (pun not intended). The above two guides are focused more on mammalian cells. Klenchin is on the Web
here.
From Klenchin
- low amplitude/long duration voltage pulses are better. (There is a critical voltage/cm we must exceed though to make the pores)
- we may need to mess around with electroporation medium and voltage settings (points 8 and 9)
- as we optimize the protocol, we need to electroporate in the presence of DNA. DNA purity, contaminants (chemical, bacterial, etc.) are concerns
The Mirus guide gives suggestions on post-electroporation incubation times (12-48 hours), some hints that might help if things go hopelessly wrong (e.g. checking for Mycoplasma), etc.
I wish we had better control of the electroporator voltage peak height. But we might get lucky with our current setup (1 kV is probably just right).