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DNA methylation is a widely studied epigenetic modification with crucial roles in gene regulation, development, and disease, particularly in cancer. It has immense potential as a biomarker for early detection, monitoring, and treatment response.
 

CUTANA™ DNA Methylation assays, built upon our industry-leading CUT&RUN technology, offer the optimal combination of low cost and comprehensive insights.

CUTANA™ meCUT&RUN

An Affordable Solution for Genome-Wide DNA Methylation Sequencing

 

DNA methylation researchers face a tough choice: expensive whole-genome bisulfite sequencing (WGBS), or limited insights from arrays, reduced representation bisulfite sequencing (RRBS), and targeted panels. Bisulfite conversion also damages DNA, resulting in potential biases that can complicate data analysis.

CUTANA™ meCUT&RUN solves this challenge by selectively enriching methylated DNA, delivering high-quality, genome-wide insights at a fraction of the sequencing required for WGBS. 

  • Capture 80% of methylated CpGs
  • 20-fold reduced sequencing costs
  • Robust down to 10,000 cells
  • Avoids bisulfite conversion, minimizing bias
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CUTANA™ Multiomic CUT&RUN

Next-Gen Multiomic Profiling of DNA Methylation and Chromatin Proteins 


Understanding gene regulation requires a complete picture of chromatin structure, including both DNA methylation and chromatin protein binding. Traditional approaches like ChIP-seq and bisulfite sequencing are expensive, time-consuming, and require complex data integration. Moreover, these analyses cannot directly reveal how epigenetic features interact at the same loci.

CUTANA™ Multiomic CUT&RUN solves these problems by mapping chromatin proteins and DNA methylation together in a single reaction, capturing novel insights to drive biological discovery.

  • Reveal the full regulatory landscape. Map DNA methylation at protein binding sites with base-pair resolution.
  • Streamline discovery with a single workflow. Profile chromatin proteins and DNA methylation from one sample.
  • Low cost, maximal sensitivity. Low cell inputs and sequencing requirements provide flexibility for various projects.
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RESOURCES

Related Blog: A Comprehensive Guide to DNA Methylation Sequencing Technologies

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