DNA & RNA TRANSFECTION REAGENTS - BioNova
DNA & RNA TRANSFECTION REAGENTS - BioNova
DNA & RNA TRANSFECTION REAGENTS - BioNova
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>RNA</strong> Transfection: The Broad Spectrum TransIT-m<strong>RNA</strong> Kit<br />
The transfection of <strong>RNA</strong> molecules into mammalian cells can be used for a variety of experimental<br />
purposes such as rapid, short-term protein expression after m<strong>RNA</strong> transfection or production<br />
of infectious <strong>RNA</strong> virus after transfection of the viral genomic <strong>RNA</strong>. Both applications require a<br />
transfection reagent that delivers <strong>RNA</strong> molecules with high efficiency and low cellular toxicity.<br />
Mirus Bio developed the TransIT-m<strong>RNA</strong> Transfection Kit for the high efficiency, low toxicity transfection<br />
of m<strong>RNA</strong> and viral <strong>RNA</strong>s.<br />
Benefits of TransIT-m<strong>RNA</strong> Transfection Kit Over Other Commercially Available Reagents:<br />
Ease-of-Use: A simple protocol with no required media changes saves valuable time.<br />
Low Cellular Toxicity: Maintains cell density and reduces the introduction of experimental<br />
biases.<br />
High Efficiency Transfection: Transfection of a large percentage of the cell population ensures<br />
experimental success.<br />
Serum Compatible: Transfections are performed in the presence of serum, which eliminates<br />
media changes and enhances cell viability.<br />
Transfects Various Sizes of <strong>RNA</strong>: Ideal for applications such as <strong>RNA</strong> virus production and<br />
short-term protein expression from transfected m<strong>RNA</strong>.<br />
High Efficiency Transfection Using the TransIT-m<strong>RNA</strong> Kit<br />
Percent EGFP Expressing Cells<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
CHO-K1<br />
COS-7<br />
HEK 293<br />
HeLa<br />
The TransIT-m<strong>RNA</strong> Transfection<br />
Kit Efficiently Delivers m<strong>RNA</strong> to a<br />
Variety of Cell Lines. The indicated<br />
cell lines were transfected with<br />
0.5 µg of a capped, polyadenylated<br />
in vitro transcript encoding EGFP<br />
using the TransIT-m<strong>RNA</strong> Transfection<br />
Kit. Eighteen hours post-transfection,<br />
the cells were analyzed by<br />
flow cytometry to identify the EGFP<br />
expressing cells.<br />
Nontransfected lacZ m<strong>RNA</strong> Transfected<br />
The TransIT-m<strong>RNA</strong> Transfection Kit Efficiently Delivers lacZ m<strong>RNA</strong> to<br />
CHO-K1 Cells. Using the TransIT-m<strong>RNA</strong> Transfection Kit, CHO-K1 cells<br />
were mock transfected (A) or transfected with a capped and polyadenylated<br />
lacZ encoding m<strong>RNA</strong> (B). Approximately 18 hrs post-transfection the<br />
cells were stained using Mirus Bio’s Beta-gal Staining Kit to identify the<br />
lacZ expressing cells.<br />
www.mirusbio.com<br />
<strong>TRANSFECTION</strong> BROAD SPECTRUM & CELL LINE SPECIFIC <strong>REAGENTS</strong>