The MethylMaster™ N6-Methyladenosine Enrichment Kit is designed to enrich m6A-modified RNA using immunoprecipitation protocols for downstream analyses such as next-generation RNA sequencing or RT-qPCR
$489.00
The MethylMaster™ N6-Methyladenosine Enrichment Kit offers a comprehensive solution for the enrichment of N6-methyladenosine (m6A) modified RNA. Utilizing a specific rabbit monoclonal antibody against m6A, this kit allows researchers to isolate modified RNA from fragmented samples efficiently. The kit includes two control RNAs-one m6A-modified and one unmodified-to monitor the enrichment process. The workflow involves binding the RNA to Protein G Magnetic Beads coated with the m6A antibody, followed by multiple wash steps to ensure purity. The enriched RNA is then eluted in nuclease-free water, ready for subsequent analysis through techniques like next-generation sequencing or RT-qPCR. Each kit contains enough reagents for 10 x 2-round immunoprecipitations with up to 250 µg of ribosome-depleted ог poly A+ purified RNA ог 5 X 2-round immunoprecipitations with up to 250 µg of total RNA. This robust kit ensures accurate and efficient m6A RNA enrichment, facilitating advanced RNA modification studies.
● N6-Methyladenosine Antibody (0.02 ml)
● m6A Control RNA (0.02 ml, 100 nM)
● Unmodified Control RNA (0.02 ml, 100 nM)
● Starting RNA Amount: Up to 250 µg of ribosome-depleted or poly A+ purified RNA or total RNA
● Number of Reactions: 10 x 2-round immunoprecipitations
● Storage: -20°C
● Next-generation RNA sequencing
● RT-qPCR
● RNA modification studies
● m6A RNA enrichment
Use the control RNAs as specified in the protocol, typically around 1-2% of your total RNA input amount
No, the antibody is specific for m6A-modified RNA and does not bind to DNA.
The antibody is provided at a concentration sufficient for the specified number of reactions as detailed in the kit.
Ensure that you are using the recommended amounts of reagents and follow the protocol steps precisely. Consider increasing the starting amount of RNA if possible.
Reactions | 20 |
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