amaxa news #10 - Lonza AG
amaxa news #10 - Lonza AG
amaxa news #10 - Lonza AG
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Leading Transfection Technology<br />
Editorial<br />
“In this study, the <strong>amaxa</strong> nucleofection ® methodology was used<br />
to achieve transfection efficiencies of up to 65%. The transfection<br />
procedure per se had neither appreciable effects on the activation<br />
state of cells nor on their sensitivity to exogenous TCR stimulation.<br />
This experimental set-up therefore allowed a first functional<br />
analysis of HIV-1 Nef in resting CD4 + T cells.”<br />
Keppler et al. (2006) Journal of Leukocyte Biology, 79:616-627.<br />
Dear Scientist,<br />
For researchers working in the field of gene transfer, efficiency and<br />
viability are of utmost importance. To us, however, it has always<br />
been clear that there existed another core interest – the maintenance<br />
of biochemical cell functionality post transfection. That is<br />
why we chose functionality as a key topic for <strong>amaxa</strong> <strong>news</strong> # 10.<br />
Read the Application Note on pages 10 and 11 to learn how<br />
nucleofection ® is optimized to preserve superior cell functionality.<br />
Numerous publications have also dealt with this observation.<br />
The above quote clearly underlines the outstanding status of<br />
Nucleofector ® Technology compared to other transfection methods.<br />
In order to develop applications that will provide cell biologists<br />
broader access to monitor cell signaling events in difficult-totransfect<br />
cells, <strong>amaxa</strong> has teamed up with Promega. More<br />
information on the first results of this cooperation can be found on<br />
pages 6 and 7.<br />
Of course <strong>news</strong> # 10 also keeps you updated with the latest additions<br />
to our product portfolio. The last months have seen the<br />
introduction of new Kits and Protocols for Mouse Dendritic Cells<br />
(page 4), Neurons (page 5) and Stem Cells (page 14).<br />
Best regards, Rainer Christine<br />
CEO