Roadmap

Spatial DNA Methylation & Co-profiling — coming soon

We’re actively developing assays to map DNA methylation in situ and to co-profile epigenomic layers on the same section. Join the early-access list and help shape the specs that matter most to your studies.

DNA methylation
In-tissue 5-mC / 5-hmC mapping
Targeted chemistry and analysis tuned for archival and fresh-frozen tissues, with support for H&E co-registration.
  • Enhancer/Promoter methylation with spatial context
  • FFPE-aware workflow & QC checkpoints
  • Compatibility with downstream integration (ATAC, CUT&Tag)
Co-profiling
Multi-omic spatial co-assays
Layer accessibility, protein occupancy, and methylation on adjacent or shared sections to strengthen regulatory interpretation.
  • Matched ROIs across assays with shared coordinates
  • Unified pipeline for peak calling & integrative scores
  • Designed for discovery and translational cohorts
P.S. We’d love your input—what tissues, marks, or constraints matter most? Tell us below.

Start Your Spatial Journey

Ready to unlock spatial insights in your research? Contact our experts to discuss pilot projects, collaborations, or technical questions.

Get in touch

Email Us:

Info@atlasxomics.com

Vist Us:

C/O John B. Pierce Laboratory
290 Congress Ave.
New Haven, CT 06519-1403

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