Oxford Nanopore MinION with Flongle
Real-time long-read sequencing, including low-cost Flongle runs.
The MinION is a portable sequencer that reads single DNA or RNA molecules as they pass through protein nanopores. Unlike short-read platforms it can produce very long reads, which makes it valuable for assembling complete genomes and resolving repetitive regions.
The Flongle adapter allows smaller, lower-cost runs on a single-use flow cell. It is a practical option for plasmid verification, small amplicon projects and quick checks where a full flow cell would be unnecessary.
Applications
- Complete bacterial genome assembly (alone or combined with MiSeq data)
- Full-length 16S rRNA and rRNA operon sequencing
- Plasmid and construct verification
- Structural variant detection and resolution of repeats
- Rapid screening and pilot projects
Typical Sample Types
High-molecular-weight DNA, amplicons and plasmid DNA. Extraction method affects achievable read length, so please consult us before sampling.
Key Specifications
| Technology | Nanopore single-molecule sequencing |
|---|---|
| Read length | Determined by input DNA; reads over 100 kb are possible |
| Flow cells | MinION and Flongle |
| Data | Real-time base calling, FASTQ output |
Specifications are provided for general reference. Method performance depends on sample matrix and project requirements.
To discuss a project that uses the Oxford Nanopore MinION with Flongle, please call (314) 918-5494 or submit a project quote request.
Related News
- Oxford Nanopore MinION expands sequencing options – April 6, 2022
- Molecular biology services: three years of sequencing projects – September 3, 2025
Other Molecular Biology Equipment
- Agilent 2100 Bioanalyzer
- Applied Biosystems ProFlex PCR System
- Branson 450 Digital Sonifier
- Eppendorf Mastercycler nexus GSX1
- Thermo Scientific Arktik Thermal Cycler
- Illumina MiSeq System
- Omni International Bead Ruptor 24 Elite
- Qubit 2.0 Fluorometer
- Thermo Scientific PikoReal Real-Time PCR System
- UVP DigiDoc-It Imaging System