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Research services

From research question
to project discussion.

Explore genomics and multiomics research categories. Share your scientific goal and project requirements to discuss an appropriate research workflow.

For Research Use Only. Not for Clinical Diagnostic Use.

These categories are not clinical diagnostic services. Provider selection, sample requirements, deliverables, availability and timelines are agreed for each project.

Research project categories

Explore the scientific scope.

Genomics

Investigate DNA variation, genome organisation and microbial communities using sequencing approaches matched to the research question.

  • Whole-genome sequencingStudy sequence variation and structural features across a genome.
  • Whole-exome sequencingFocus a variant study on protein-coding regions.
  • De novo sequencingBuild a reference assembly for a new or non-model organism.
  • Shotgun metagenomicsExamine the composition and functional potential of microbial communities.
  • Amplicon sequencingProfile selected marker regions such as 16S, 18S or ITS.
Discuss this research area ↗

Transcriptomics

Compare RNA expression and transcript structure to study biological responses, regulation and differences between sample groups.

  • mRNA sequencingMeasure protein-coding gene expression.
  • Total RNA sequencingExamine coding and non-coding transcripts.
  • Full-length transcriptome sequencingInvestigate isoforms, splicing and transcript structures.
  • Whole-transcriptome sequencingStudy multiple coding and non-coding RNA classes.
  • Small RNA sequencingInvestigate microRNAs and other short regulatory RNAs.
  • Circular RNA sequencingCharacterise circular RNA expression.
  • MetatranscriptomicsStudy expressed genes in microbial communities.
  • Prokaryotic RNA sequencingExamine bacterial or archaeal transcription.
Discuss this research area ↗

Single-Cell & Spatial Research

Resolve molecular differences between cells or retain tissue context when studying gene expression.

  • Single-cell gene expressionInvestigate cell populations and their expression profiles.
  • Immune repertoire profilingExamine T-cell and B-cell receptor diversity alongside gene expression.
  • Single-cell long-read transcriptomicsStudy full-length transcripts and isoforms in individual cells.
  • Spatial gene expressionMap transcript patterns while retaining tissue organisation.
  • In situ RNA profilingLocate selected RNA targets within tissue.
Discuss this research area ↗

Epigenomics

Explore molecular regulation beyond DNA sequence through methylation, chromatin-accessibility and molecular-interaction studies.

  • DNA methylation profilingDiscuss genome-wide, reduced-representation or directed methylation approaches.
  • ATAC-seqStudy accessible chromatin regions.
  • ChIP-seqInvestigate protein-associated DNA regions.
  • RIP-seqInvestigate protein-associated RNA.
Discuss this research area ↗

Proteomics & Metabolomics

Add protein and metabolite measurements to investigations of biological pathways, candidate biomarkers and cellular responses.

  • Targeted protein profilingAssess selected proteins using proximity-extension approaches.
  • Quantitative proteomicsCompare protein abundance using mass spectrometry.
  • Untargeted metabolomicsSurvey metabolites to investigate changing metabolic patterns.
Discuss this research area ↗

Prepared-Library Sequencing

A sequencing-only approach starts with libraries that have already been prepared by the research team.

  • Library reviewDiscuss library format, adapters, indexes and quality-control information.
  • Run planningDefine the requested read configuration and data quantity for feasibility review.
Discuss this research area ↗
Frame your project

A clear brief supports a useful discussion.

Scientific objectiveThe question, organism or experimental system, and intended research outcome
Sample planSample type and count, preparation approach and available quality information
Data & analysisRequired method, data format, analysis scope and reporting needs
Practical requirementsTimeline, logistics, project budget and any institutional requirements

General project enquiries only. Do not submit patient identifiers, medical records, individual health information or raw human genomic data through this website.

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