
ChIP-seq
End-to-end ChIP-seq Services
- Full project: From chromatin preparation through analysis
- Library QC metrics and sequencing-ready material or FASTQ delivery
- Detailed report with QC, peak calls, and biological insights
Epigenome Technologies delivers validated chromatin profiling technologies and full-service assays for research into gene regulation. Our Paired-Tag and single-cell CUT&Tag platforms provide publication-ready data with comprehensive QC metrics, enabling deeper regulatory mapping using richer and more detailed information than ATAC or standard multiome.
Work directly with PhD scientists who design experiments, interpret results, and accelerate your path to mechanistic insights.
Every assay undergoes rigorous quality checkpoints with comprehensive reporting (FRiP, fragment size, replicate concordance). You receive publication-ready data with full traceability—no black-box processing.
Work directly with PhD scientists who design experiments, troubleshoot antibodies, and interpret results. Our ChIP-seq, CUT&Run, CUT&Tag, and Paired-Tag protocols are publication-validated and optimized for clinical-grade reproducibility.
Full-service workflows (sample to analysis) or à la carte components. Standard 2–4 week turnaround.
Order-ready kits for hands-on profiling or full-service workflows from sample to publication-ready data.
We’re excited to announce the expansion of our service offerings! Our lab now offers ATAC-seq, CUT&Tag, CUT&RUN, ChIP-Seq, and Bulk RNA-seq, as well as a large spectrum of single-cell services! With the same publication-ready quality and expert consultation you expect from our scCUT&Tag and Paired-Tag services, you can validate population-level mechanisms, complement single-cell discoveries, or establish baseline profiles—all with comprehensive QC metrics and PhD-level support.
Every project follows validated protocols with embedded QC checkpoints and scientific consultation at each stage.
QC checkpoints ensure sample quality meets assay requirements. Cell viability, RNA integrity, and chromatin accessibility assessed before processing.
Validated ChIP-seq, CUT&Run, CUT&Tag, or Paired-Tag protocols with lot-controlled reagents. Real-time QC monitoring and replicate validation.
High-throughput sequencing with comprehensive quality metrics. Alignment, peak calling, and replicate concordance analysis using established pipelines.
PhD scientists review results, provide biological context, and guide next steps. Data delivery includes QC reports, visualizations, and consultation.
Schedule a free consultation to discuss experimental design, method selection, and project timelines. Our PhD scientists are here to accelerate your path from hypothesis to publication.