Genomics & variants
From microbial isolates to complex genomes—QC, mapping, variant discovery, and interpretation-ready outputs.
- Coverage, contamination, and QC summaries
- SNP/indel/SV workflows (as appropriate)
- Comparative genomics and phylogenomics
Bioinformatics that scales from single projects to full programs
MR DNA provides analysis across the full range of modern sequencing—genomes, transcriptomes, targeted panels, epigenetics, microbial ecology, and applied R&D. We focus on defensible methods, transparent QC, and outputs that are easy to use in publications, proposals, and product decisions.
Coverage
Human • Animal • Plant • Microbial
Data types
WGS • RNA-seq • Targeted • Meta
Deliverables
Reports • Figures • Data tables
Core analysis capabilities
A broad toolkit—so your analysis can match your question. We support standard workflows and custom designs.
Assembly & annotation
De novo assembly and functional annotation with repeatable methods and clear deliverables.
- Short/long-read assembly strategies
- Gene calling and functional annotation
- Reference builds and database support
RNA-seq & expression
Expression analysis that respects study design—mechanisms, response, and discovery programs.
- Differential expression and QC
- Enrichment / pathway interpretation
- Time series and complex designs
Targeted panels
Focused workflows when you know what you’re looking for—amplicons, capture/enrichment, and custom targets.
- Panel QC and on-target metrics
- Variant/allele calling when applicable
- Actionable reporting formats
Epigenetics & methylation
Methylation workflows for regulation and discovery (e.g., bisulfite-based approaches).
- QC and alignment strategies
- Differential methylation outputs
- Project-specific reporting
Metagenomics & communities
Community and functional profiling for environmental, agricultural, and host-associated systems.
- Amplicon and shotgun metagenomics
- Functional profiling and pathway summaries
- Genome-resolved options when appropriate
Industries & application areas
We work across research and product programs—so you’re not boxed into a niche.
- Human health & oncology: tumor/normal studies, expression programs, biomarker discovery workflows
- Agriculture & animal health: trait programs, pathogens, production systems, environmental impacts
- Environmental & industrial: water/soil/sediment, bioprocess monitoring, bioremediation support
- Microbial genomics: isolate comparisons, strain typing, comparative genomics
- Public health & surveillance: pathogen genomics and outbreak-support analyses (project dependent)
What you receive
Designed for clarity and decision-making:
- QC summary and key metrics
- Primary result tables (variants / expression / taxonomy / pathways)
- Publication-ready figures when requested
- Methods and parameters summary
- Optional: reproducible scripts/workflow notes
How projects run
A simple process that keeps scope clear and results defensible.
1) Define the outcome
Data type, sample count, study design, and the decision you need to make.
2) Run analysis + QC
Transparent QC gates and workflow choices aligned to your project.
3) Deliver & review
Clear reports, figures, and tables—plus optional iteration for manuscripts or internal reviews.
Tell us your data type—get a clear plan
Share sample counts and the research goal. We’ll recommend a workflow and provide a quote.