Hybrid Sequencing
Hybrid Sequencing and Assembly
ONT long read sequencing is commonly used to provide the backbone for de novo assemblies, and for good reason. The nanopore platform provides an economical way to generate much needed structural information and resolution of repetitive motifs. When combined with high-accuracy Illumina short reads, nanopore sequencing is a cost-effective tool in closing assemblies of less complex genomes, like bacteria or fungi.
SeqCenter offers this powerful hybrid approach as “Nanopore Combos” that include ONT long read sequencing, Illumina short read sequencing, and programmatic de novo assembly and automation services. These packages aim to produce reference-quality assemblies and are well-suited for clonal bacterial or fungal samples.
More information about each of the individual components of this package can be found on their respective service pages with the links below:
Packages & Pricing
Sequencing Package (Minimum Read Count Per Sample) |
Price* |
---|---|
Small Nanopore Combo (Ideal for Genomes <10Mb) Minimum 300 Mbp Long Reads, 400Mbp Illumina Reads, Genome Assembly and Annotation |
$230.00 |
Medium Nanopore Combo (Ideal for Genomes <25Mb) Minimum 600 Mbp Long Reads, 1Gbp Illumina Reads, Genome Assembly and Annotation |
$280.00 |
Large Nanopore Combo (Ideal for Genomes <50Mb) Minimum 1.2Gbp Long Reads, 2Gbp Illumina Reads, Genome Assembly and Annotation |
$375.00 |
Submission Considerations
The nanopore platform has a high minimum input requirement. Due to the high input requirement, two separate aliquots of DNA are required for hybrid sequencing with the Nanopore Combo services, one aliquot for each pipeline. We strongly recommend a dsDNA-specific, dye-based quantification method (like Qubit or PicoGreen) when assessing concentrations. If there is not enough material to complete the ONT portion, the hybrid package will be converted to the corresponding Illumina package, and only Illumina data will be delivered.
Contact:
91 43rd Street, Ste. 250
Pittsburgh, PA 15201
(878) 227-4915
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