Neon® Transfection System outperforms the Nucleofector® System
| Thinking about purchasing the Nucleofector® System? Consider the Neon® instead and save your money. Here are the reasons why: |
Neon® Transfection System
Easily adjust electroporation parameters for my cell type and nucleic acid payload.
| Amaxa Nuclefector® II
The electroporation parameters are hidden, and are optimized for one cell type and a 3.5 kb GFP plasmid.
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Unlike the Amaxa® Nucleofector®, the Neon® Transfection System allows you to view the electroporation parameters so that you can better optimize them for your application. Here are some examples of how the Neon® “failsafe” protocol (containing a gradient of pre-programmed electroporation parameters) can help produce superior results for each of the cell types shown.
Neon® Transfection System
I can perform more experiments with my precious cells.
| Amaxa Nuclefector® II
I have to use more cells per transfection, which limits my research.
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Your cells can be limited when you are required to perform neuronal preps or if you are enriching for homogeneous cell populations via FACS or Dynabeads® enrichment. In these instances, reducing the number of cells required per transfection can allow you to perform more complex experiments with your precious cells.
Alternatively, you may find yourself in a situation when your cells take a long time to grow. In this case, the Neon® Transfection System can help you move on to the next part of your experiment sooner by reducing the number of cells required and ultimately the time required for cell culture.
Cells required per transfection
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Use an order of magnitude less cells with the Neon®
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Many small advantages make a large difference.
Amaxa Nuclefector® II
The Amaxa Nucleofector® system makes electroporation more complicated than it should be.
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