Sample Type | Category | Size | Concentration | Minimum Volume | Price Per Sample (USD) |
---|---|---|---|---|---|
Linear/PCR | Standard Purified | 500 bp - 25 kb | 20 - 200 ng/μl | 10 μl | $15 |
Standard Unpurified | 500 bp - 25 kb | 20 - 200 ng/μl | 10 μl | $15 | |
Big Purified | 25 - 125 kb | 50 - 400 ng/μl | 20 μl | $30 |
The Linear/PCR Sequencing service is intended for the full-length sequencing and annotation of clonal, linear, double-stranded DNA between 500 bp - 125 kb in length. In the vast majority of cases, we deliver linear/PCR sequencing results within one business day of receipt of your samples.
This service is performed using the newest long-read sequencing technology from Oxford Nanopore Technologies , and includes the following components:
This service is intended for a clonal population of molecules. If there are multiple molecular species present, the pipeline will only return one consensus sequence for the single molecular species that produces the largest amount of total sequencing data. If you would like to sequence a known mixture (e.g. barcode or variant libraries), please consider submitting instead to our Premium PCR Sequencing Service or Custom Sequencing Service. Please read more the topic of sequencing mixtures in our Results Interpretation Guide.
When your results are ready, you will receive an email notification. Once you sign in to your account, you can download these results from your Dashboard. More detailed information about data & file types can be found in the Results Interpretation Guide.
This service requires clonal, linear, double-stranded DNA at the minimum volume and within the concentration range specified during order submission in your Dashboard.
Single-stranded DNA is not currently a supported application for this service. Some customers do send ssDNA to this service, but the results are highly variable and we cannot guarantee success; if you opt to submit ssDNA, please be aware this would be at your own risk.
For the purified service, submit the final purified linear/PCR DNA in
elution
buffer (10 mM Tris, pH 8.5) or nuclease-free water; avoid buffers containing DMSO
whenever possible. NOTE: Unpurified samples are more likely to fail and/or you may be charged a purification fee. Submit purified PCR products for best results.
Linear/PCR samples are sequenced WITHOUT primers, so please DO NOT ship any primers with your samples or mixed into your samples.
Our low sequencing prices and fast turnaround times do not include DNA extraction or quality control (QC) services, so please verify with full QC that your samples meet the following requirements prior to shipping:
Submit at least the minimum volume of your linear/PCR samples within the concentration range specified during order submission in your Dashboard.
For best results, we strongly recommend performing DNA quantification assay with Qubit
or equivalent
fluorometric method (such as a plate reader).
If you opt to use a spectrophotometric method like Nanodrop, please be aware that these methods are much less accurate for measuring DNA concentration. Sending samples at too high OR too low concentration may adversely affect the library prep and/or sequencing reactions, possibly resulting in sequencing failure. Sending samples at the incorrect concentration (usually due to using Nanodrop for quantification) is by far the most common cause of sequencing failure. Accurate quantification and normalization are key!
This service is intended for linear double-stranded DNA molecules. We recommend performing size verification on full-length linear DNA via gel electrophoresis.
We recommend samples with 260/280 above 1.8 and 260/230 between 2.0-2.2. Purity may be assayed with Nanodrop or other spectrophotometric methods.
For best results, samples should NOT contain any of the following:
Samples should also be "pure" in the sense that they should only contain copies of a single clonal linear molecule. Sending mixtures of molecular species is not a supported application and is at your own risk!
Please refer to our Results Interpretation Guide for details.