Cellaxess® ACE

Cellaxess® ACE is a single electrode based electroporation system that can be used for any adherent cell type. Cellaxess® electroporation offers superior transfection quality because of minimal cell processing and low voltages required for electroporation.

Cellaxess® ACE can be used in any cell culture format, and is an excellent match with, high-content and confocal microscopy readouts. Cellaxess® ACE is available either as a complete system including pulse generator, or as a stand-alone module which can be combined with almost any pulse generator on the market.

Cellaxess® ACE System – 7,900 EUR / 8,900 USD

Cellaxess® ACE Module Kit – 2,400 EUR / 2,800 USD

 

Features Benefits Order Resource Center

Features

Cellaxess® ACE enables transfection of any adherent cell type. Based on the same concept as Cellaxess® Elektra, the in-situ electroporation at low voltages results in transfections with unsurpassed efficiency and viability. Cellaxess® ACE is ideal for the transfection of challenging cell types, such as primary- and IPS derived neuronal cell types.

Cellaxess® ACE can be used in variety of cell culture formats, ranging from 96-well plates to dishes. It is also an excellent match with high-content and microscopy readouts.

Cellaxess® ACE is available either as a complete system including pulse generator, or as a stand-alone module which can be combined with almost any pulse generator on the market, making it a highly cost efficient solution and an easy way to assess electroporation performance for low volume electroporation.

Cellaxess® ACE has an exchangeable capillary, which ensures sterility in experiments, as well as zero risk of cross contamination. Furthermore, different capillaries can be utilized to accommodate for different cell culture formats.

Benefits

  • Highly efficient transfection of adherent cells such as primary- and IPS cells
  • Perfectly retained cell function and morphology
  • In-situ cell manipulation directly in cell culture dishes and micro plates
  • Little/ no cell processing required
  • Low cell consumption
  • Highly simplified experimental procedures

Testimonials

"We have now a new electroporation procedure using the Cellaxess® system for hard-to-transfect neurons. Our obtained result on transient transfection of adherent primary neurons is published in: J Neurosci Methods. 2010"
Prof. Ragnhild E. Paulsen, Oslo University
"Thanks to the unique features of the Cellaxess® technology we are very pleased to have incorporated the technology into our research. Cellaxess® enables electroporation of hard-to-transfect cells and the results we obtained on striatum slice cultures were published in Neuroscience, 2009"
Dr. Lena Scott, Karolinska Institute
"The Cellaxess® technology enabled us to perform high-efficiency transfection of plasmid DNA and siRNAs in primary sympathetic neurons. The results obtained were published in Nature Neuroscience 2010."
Dr. Catia Andreassi, MRC LMCB, University College London