EpiPlex™ RNA Mod Encoding Kit
Platform kit for m6A and inosine detection with RNA expression—highly reproducible, correlative data in a single reaction. Every kit purchase includes analysis with EpiScout™ on our cloud portal.
EpiPlex™ Platform Kit for m6A & Inosine Detection with RNA Expression
for highly reproducible, correlative data in a single reaction
Product Details
- Kit size
- 8- and 24-sample kits; higher quantities available upon request.
- Analysis
- EpiScout™ Analysis Software on our cloud portal or using a docker image. Upload your sequencing data, run the analysis in a few clicks, and explore results in interactive visualizations, with no coding or bioinformatics experience required.
- Required equipment
- No specialized capital equipment. Compatible with short-read NGS sequencers and workflows.
- Workflow duration
- 3 hour hands-on time; 7-hour total workflow.
- Sample input
- 20 ng mRNA or 250 ng total RNA recommended; as little as 5 ng mRNA or 50 ng total RNA possible. Detects RNA species >100 nucleotides.
- Sample type
- Purified RNA from blood, cell lines, and frozen & FFPE tissues.
- Genomes supported
- Human, rat, and mouse as default; many more available upon request.
- Sequencing requirements
- 25 million paired-end reads per library recommended.
- Documentation
- See links in the sidebar →
EpiScout™ Analysis Software
RNA modification and RNA expression analysis for all scientists
Seamless data processing — Upload sequencing data and receive a comprehensive results report in a hands-off workflow.
Machine learning–trained peak calling — Accurate results with custom peak-calling algorithms.
Cloud portal — Analyze your data and explore results in interactive visualizations on our secure cloud portal.
Ready to order?
Use the pricing table above to add kits or bundles to your cart. Need a custom configuration or bulk quote? Contact us.
Prefer turnkey profiling?
EpiPlex™ Services—Uni-Mod, Duo-Mod, and Tri-Mod—offer send-sample RNA modification profiling with the same EpiScout™ analysis and quality.