acRIP-seq & ac4C-seq: Advanced RNA ac4C Modification Detection Methods

Unlock the power of RNA ac4C modification analysis with acRIP-seq & ac4C-seq. RNA modifications, especially N4-acetylcytidine (ac4C), are crucial for regulating gene expression, impacting RNA stability, splicing, and translation. Understanding these modifications is essential for advancing research in cancer, immune response, viral infections, and other complex biological processes.

Our acRIP-seq and ac4C-seq technologies provide precise and comprehensive solutions to detect and map ac4C modifications across the transcriptome. Whether you're exploring ac4C's role in mRNA stability, translation efficiency, or disease mechanisms, we deliver high-resolution, reproducible results to fuel your research.

  • Precision: Accurately identify ac4C modification sites.
  • Comprehensive Support: Full experimental and bioinformatics analysis for clear insights.
  • Versatility: Ideal for diverse research applications from cancer to immune studies.
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Infographic comparing acRIP-seq and ac4C-seq RNA modification detection methods.
On the left, acRIP-seq is illustrated with an antibody icon binding to an RNA strand, labeled 'Antibody enrichment.' In the center, a golden 'ac4C' modification is shown on the RNA double helix. On the right, ac4C-seq is represented by a C→T mutation with blue 'C' and red 'T' blocks and the label 'C → T mutation.' The background features a blue, clean tech-style design with subtle data and sequencing chip motifs.

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