In short
Manna Biotech now runs Oxford Nanopore MinION long-read sequencing in-house in Hyderabad — whole genomes, metagenomics, full-length transcripts, modification detection and pathogen surveillance — on a pay-per-sample or collaborative basis, with scientist-guided support from DNA to analysis. No capital investment, and every project starts with a feasibility review.
Why long-read sequencing matters
Most routine NGS produces short reads of a few hundred bases. They are accurate, but reassembling them leaves gaps across repeats, structural variants and full-length transcripts. Oxford Nanopore MinION reads single DNA or RNA molecules in real time, producing reads thousands of bases long.
In practice that means more contiguous genome assemblies, the ability to resolve structural and repetitive regions, full-length isoform detection in transcriptomics, and direct detection of base modifications without amplification bias. The device is palm-sized and runs in real time, so data appears within minutes of starting a run.
What you can run on MinION
The platform suits a wide range of genomics and microbiology work:
- Whole-genome sequencing of bacteria, viruses, fungi and plants
- Targeted amplicon sequencing, including full-length 16S and ITS
- Metagenomics and microbiome community profiling
- Full-length cDNA transcriptome sequencing
- Direct RNA and DNA sequencing for epigenetic modification detection
- Pathogen identification and outbreak surveillance
What we handle — from DNA to analysis
Manna Biotech runs the full workflow in-house in Hyderabad, guided by our founding scientist team: sample QC and extraction support, library preparation, sequencing, basecalling, and bioinformatics through to an interpreted report.
For research groups and companies we also provide CRO-style support — assembly, annotation, variant or community analysis, and publication- or grant-ready figures. Every project starts with a feasibility review, so you know what is achievable with your sample before any commitment.
Who it is for
BSc, BTech and MSc students can build dissertation and final-year projects on real long-read data, and join a hands-on MinION workshop. PhD scholars get thesis- and publication-grade datasets with analysis support. Faculty and institutional labs can outsource sequencing without buying a platform, and biotech, pharma and nutraceutical startups can use it for R&D, strain characterisation and pathogen identification.
How engagements work
We keep it flexible and transparent:
- Pay-per-sample — you provide DNA or RNA meeting input requirements; we quote per sample
- Collaborative project — scoped jointly, ideal for novel research
- Institutional MoU — discounted rates for regular or bulk projects
Honest expectations
Sequencing output depends on sample quality and quantity, which is exactly why we run a feasibility review first. We do not guarantee specific results, assemblies, or publication. Where a collaborator makes a genuine intellectual contribution, authorship follows accepted criteria; otherwise contributions are recognised in the acknowledgements. Your data and IP remain yours.
How to start
Email admin@mannabiotech.com, or use the contact form at www.mannabiotech.com, with your sample type, organism and goal. You will receive a feasibility assessment and quote — typically within 48 hours — followed by a scientist-guided workflow from extraction to analysis report.
Frequently asked questions
What is Oxford Nanopore MinION?+
MinION is a portable, real-time long-read sequencing device from Oxford Nanopore Technologies. It reads single DNA or RNA molecules to produce long reads, useful for genome assembly, metagenomics, full-length transcripts and modification detection.
What sample or DNA do I need to provide?+
It depends on the application; generally you need sufficient, good-quality DNA or RNA. Share your sample type and organism and we confirm exact input requirements during the feasibility review.
Do I need my own bioinformatics skills?+
No. Basic analysis and an interpreted report are included. Advanced or custom bioinformatics is available as an add-on, and we offer training for students and scholars.
Can students use MinION for projects?+
Yes. BSc, MSc and BTech students can base dissertation and final-year projects on real long-read data, with scientist-guided design and an optional hands-on workshop.
How is pricing structured?+
Three options: pay-per-sample, a collaborative project basis, or an institutional MoU with discounts for regular or bulk work. You receive a transparent quote after the feasibility review.
Will I get authorship on publications?+
Authorship requires genuine intellectual contribution and follows accepted criteria. Where that threshold is not met, contributions are recognised in the acknowledgements. We never sell or guarantee authorship.
How do I begin?+
Email admin@mannabiotech.com or use the form at www.mannabiotech.com with your sample details. We respond with a feasibility assessment and quote, usually within 48 hours.