Webinars – How to Profile Coding and Noncoding RNA m6A Modifications Effectively?
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| The recorded webinars below highlight the new advances in epitranscriptomics researches using Arraystar Arrays, from cancers, cardiovascular diseases to Covid19. They also cover how to achieve single nucleotide accuracy; how to profile mRNA & LncRNA, and CircRNA m6A modifications with limited sample amount.
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m6A Modification Profiling Webinar Series
New Discoveries in m6A Epitranscriptomics
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• The m6A epitranscriptomic landscape from mRNA to lncRNA
• New discoveries of m6A in cancer, cardiovascular and Covid19 diseases
• New tools with the power to profile percent modification stoichiometry and at single base resolution
• m6A research roadmap - how to design a m6A project
m6A Profiling at Single Nucleotide Resolution
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• The roles of m6A sites in human cancers and diseases
• Single-, Poly- and Clustered m6A sites and functional significance
• m6A stoichiometry, site location and other properties
• Excellent for FFPE, serum, plasma, and whole blood samples
Quantify the Percentage of Modification at Transcript Level
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• The lack of quantitative information by current RNA modification profiling methods
• Simultaneously profile modified gene transcripts, differential modifications, and the percentage of modification for
each transcript.
• Excellent coverage for coding and noncoding RNA classes, even for those hard to profile lncRNAs and circRNAs
• Suitable for FFPE, serum, plasma, and whole blood samples.
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