MagMAX™ RNA Isolation Kits Low and High Throughput RNA Isolation from Tissues, Cell-free Samples, and Blood
|Magnetic beads offer numerous advantages for isolating nucleic acid from cells and tissue and for isolating viral RNA from cell-free samples and whole blood: |
Ambion’s family of MagMAX™ RNA Isolation Kits are designed to provide you with solutions for low and high throughput nucleic acid isolation from diverse samples. MagMAX Kits deliver high quality nucleic acid suitable for array analysis, quantitative PCR and RT-PCR, and Northern analysis.
High Throughput Total RNA Isolation
Figure 1. The MagMAX™ Procedure.
Low and High Throughput Viral RNA Isolation
DNA and RNA input levels ranging from 20 copies to 25 x 106 copies can be quantitatively recovered from plasma, serum, and milk. Ambion also offers the MagMAX Viral RNA Isolation Kit. The kit contains enough reagents to perform 50 single tube reactions; up to 400 µl of sample can be processed.
RNA Isolation from Blood
RNA Isolation Specifically for Microarrays
The procedure is fast (<1 hour), simple, and well suited for automation. The kit provides high yields of pure, intact RNA that can be used directly for quantitative RT-PCR and microarray analysis. Figure 2 demonstrates the high correlation between the Affymetrix® recommended method for producing RNA for use on their GeneChips® and the method that MagMAX for Microarrays employs, giving you confidence in your results.
Figure 2. Obtain High Quality Microarray Data Using Total RNA From MagMAX™-96 for Microarrays Kit. Total RNA was isolated from frozen mouse lung and spleen using the MagMAX-96 for Microarrays Kit or the Affymetrix® recommended protocol. RNA (1 µg) from each sample was amplified using the MessageAmp™ II-96 aRNA Amplification Kit. The biotin-labeled amplified RNA was fragmented and hybridized to an Affymetrix GeneChip® Mouse Genome 430A 2.0 Array (total probe set=22,000) and analyzed on the Affymetrix GeneChip Operating Software. High correlation between the two methods was observed. (A) Scatter plot of normalized signal intensities of mouse lung total RNA; correlation between the methods is 0.99. (B) Scatter plot of normalized signal intensities of mouse spleen total RNA; correlation between the two methods is 0.99.