Study-Driven Design
We begin with the biological question and align workflow selection with sample type, project scope, and expected downstream interpretation.
CD Genomics Epigenetics
From Epigenetic Profiling to Biological Insight
Research-focused epigenomics services across DNA methylation, chromatin analysis, RNA modification, and epitranscriptomics.
CD Genomics supports epigenetics research with integrated workflows from study design and sequencing to bioinformatics and interpretation-oriented reporting.
About Us
Who We Are in Epigenetics Research
CD Genomics provides research-focused support for scientists working across epigenetics and epigenomics. Our platform is built for projects that need more than standalone data generation, combining workflow planning, sequencing support, epigenomic data analysis, and structured deliverables to help researchers move toward biologically meaningful conclusions.
We support academic, translational, and industry teams investigating DNA methylation changes, chromatin dynamics, RNA-associated regulation, and integrated molecular mechanisms. Across these workflows, our goal is to make complex epigenomics studies more accessible, more organized, and more useful for downstream discovery.
Mission: Support researchers with integrated epigenomics workflows that turn molecular profiling into interpretable biological insight.
Vision: Make advanced epigenetics and epigenomics research more actionable through coordinated experimental and analytical support.
Values: Scientific rigor, transparent communication, and project-oriented collaboration.
Our Approach
What Defines Our Approach
Our workflows are designed to reduce fragmentation across experimental execution, sequencing, and bioinformatics support, giving researchers a more structured path from project setup to interpretable results.
Research-Grade Quality Control
Quality checkpoints are incorporated across sample review, experimental processing, sequencing, and analytical steps to support consistency and data traceability.
Interpretation-Oriented Analysis
Our workflows are designed not only to process data, but to help researchers better understand methylation patterns, chromatin features, RNA modification signals, and regulatory relationships in context.
Collaborative Project Support
Epigenomics projects often involve project-specific decisions. We support communication throughout the workflow so researchers can move forward with greater clarity at each stage.
Capabilities
Research Areas and Service Capabilities
Our epigenomics services support a broad range of research questions across core areas of epigenetics research.
DNA Methylation Analysis
Support for genome-wide and targeted studies of DNA methylation, including workflows relevant to methylation profiling, comparative analysis, and methylation-linked biological interpretation.
DNA Hydroxymethylation Analysis
Support for projects exploring hydroxymethylation patterns and related epigenetic regulation in different biological contexts.
Chromatin Analysis
Support for chromatin analysis workflows involving chromatin accessibility, protein-DNA interaction, RNA-associated chromatin regulation, and higher-order chromatin studies aimed at understanding regulatory architecture and functional control.
RNA Modification and Epitranscriptomics
Support for RNA modification studies involving transcript-level regulation and broader epitranscriptomics questions related to post-transcriptional control.
Epigenomic Data Analysis and Integration
Support for QC, alignment, feature-level analysis, differential interpretation, annotation, and integrative strategies connecting epigenomic data with transcriptomic or other molecular layers.
Research Goals We Commonly Support
- epigenetic regulation studies
- biomarker discovery and validation
- chromatin accessibility and interaction research
- RNA modification and epitranscriptomics projects
- multi-omics and mechanism-oriented studies
Sample Types Supported: We support a wide range of sample types used in epigenetics and epigenomics research. For recommended submission formats, handling notes, and project preparation details, please visit our Sample Guidelines page.
Fast Facts
Research Support at a Glance
A quantitative view of our research support footprint across publications, institutions, experience, and epigenomics coverage.
10+
Years of Research Support
Long-term support across sequencing and multi-omics research workflows.
230+
Research Publications
Peer-reviewed outputs supported across diverse service and analysis workflows.
11+
Publicly Featured Institutions
Representative collaborators from academia, biotechnology, and translational science.
Institutional Trust
Trusted by Leading Institutions
Our services have supported projects from researchers across academia, biotechnology, and translational science.
Supporting researchers from leading institutions across diverse biological and translational research programs.
Research Output
Selected Publications
The publications below highlight representative research outputs associated with workflows relevant to DNA methylation, chromatin biology, RNA modification, and broader epigenomics analysis.
Client Feedback
What Researchers Value in Working With Us
Representative comments reflecting how researchers evaluate communication, workflow structure, and interpretation support across project stages.
"From the very start, CD Genomics worked hand-in-hand with us to plan our DNA methylation study. Their tips on experiment design saved us time and prevented unnecessary repeats. It's great to partner with a team that communicates so proactively."
"The whole process—from sending samples to getting results—was super smooth. Every stage had a clear contact, and they adapted quickly when we needed special analyses. Professional yet flexible, just how we like it."
"We were new to whole-genome bisulfite sequencing, but their QC reports and clear annotations made everything way easier to handle."
"Their reports link methylation patterns to real biology, with clear figures. Made our internal discussions a breeze."
"For our chromatin accessibility and protein-DNA binding work, their ATAC-Seq and ChIP-Seq services were key. They checked samples carefully, optimized workflows, and were always ready to chat about data. Their support really sped up our downstream experiments."
Workflow
From Sample to Insight
Our workflow is designed to connect experimental execution, sequencing, and bioinformatics support in a structured, research-oriented way.
Consultation
We begin with your research objective, sample type, and preferred analytical direction.
Study Design
Workflow selection is aligned with the biological question and the type of outputs needed for downstream interpretation.
Sample Review
Sample requirements and project details are reviewed before workflow execution.
Assay Execution and Sequencing
Experimental and sequencing steps are carried out within a coordinated workflow designed for research-focused data generation.
QC and Bioinformatics
Data are processed through quality review and analytical pipelines to generate structured outputs for interpretation.
Reporting and Follow-Up Support
Researchers receive organized deliverables and can discuss project-specific questions relevant to downstream use.
Deliverables
Deliverables Designed for Research Interpretation
Outputs are organized to support internal review, follow-up validation planning, and downstream analysis workflows.
Report Package
- workflow summary
- QC overview
- core analysis results
- comparative outputs where applicable
- interpretation-oriented figures and tables
Data Package
- raw and processed files as applicable
- result matrices and annotation tables
- files suitable for downstream analysis
- organized outputs for internal review and follow-up planning
Laboratory Environment
Laboratory and Platform Environment
Our laboratory environment supports sample preparation, workflow execution, and instrument-based research activities across epigenomics studies.
Why CD Genomics
Why Researchers Choose CD Genomics
Researchers choose CD Genomics when they need integrated epigenomics services, project-oriented workflow planning, sequencing plus bioinformatics support, publication-oriented outputs, and clear communication throughout the project cycle.
Integrated epigenomics services
Support across DNA methylation, chromatin analysis, RNA modification, and epitranscriptomics within a coordinated service structure.
Sequencing plus bioinformatics support
Workflows are designed to connect data generation with structured analysis and interpretation-oriented reporting.
Project-oriented planning
Workflow selection and project setup are aligned with the biological question, sample type, and analytical priorities.
Publication-oriented outputs
Deliverables are organized to support internal review, downstream validation, and broader research communication.
Discuss Your Epigenomics Project with Our Team
Tell us your research goal, sample type, and preferred direction, and we can help identify a suitable epigenomics workflow for your study.