Regulatory Analysis Service

Epigenomics

Formal epigenomics services covering methylation analysis, chromatin accessibility, regulatory profiling, and chromatin organisation in a governed research environment.

Methylation profiling
Accessibility studies
Regulatory architecture

Analytical Scope

Epigenomics services designed for regulated project delivery and formal interpretation

Our epigenomics portfolio covers the principal assay classes represented in the current workflow set. Each service block below includes a reserved area for a future recorded walkthrough video.

Methylation profiling

DNA methylation analysis for whole-genome, reduced-representation, and related bisulfite-based study designs.

Accessibility studies

Chromatin-accessibility workflows for regulatory-state mapping, peak analysis, and sample-level comparison.

Regulatory architecture

Chromatin profiling, three-dimensional genome structure, and integrated regulatory studies presented in a formal delivery structure.

Service Portfolio

High-level epigenomics services currently offered

These modules summarise the main epigenomics services currently available. Recorded pipeline videos can later be inserted directly into the placeholder panels shown in each service card.

DNA modification analysis

DNA methylation workflows

High-level support for methylation-focused analysis, including bisulfite-based study designs and structured methylation extraction outputs.

Primary inputs: FASTQ inputs from methylation assays
Delivery outputs: Methylation calls, alignment and quality summaries, locus-level reporting artefacts

Regulatory accessibility

Chromatin accessibility profiling

Accessibility analysis for open-chromatin mapping, peak calling, consensus peak sets, and differential accessibility review.

Primary inputs: FASTQ inputs from accessibility assays
Delivery outputs: Peak sets, accessibility summaries, differential accessibility outputs, quality reports

Protein-DNA interaction mapping

Chromatin binding and regulatory profiling

High-level support for chromatin profiling studies such as ChIP-seq, CUT&Run, and CUT&Tag, including peak-level interpretation.

Primary inputs: FASTQ inputs from chromatin profiling assays
Delivery outputs: Peak calls, sample comparisons, annotation-ready regulatory summaries, QC artefacts

Genome organisation

3D chromatin and integrated regulatory assays

Structured handling of higher-order chromatin architecture and integrated regulatory workflows, including chromatin-contact and multiome-style study designs.

Primary inputs: FASTQ or processed outputs from contact-mapping or integrated assays
Delivery outputs: Contact and accessibility summaries, integrated regulatory outputs, study-level reports