-New rates in effect starting June 2017-
The Microbial Systems Molecular Biology Laboratory (MSMBL) sequencing group offers a number of tools to aid in microbiome research. These services include DNA extraction, preparing genomic and 16S rDNA libraries and sequencing using the Illumina MiSeq platform.
DNA extraction has been automated using the Eppendorf EpMotion liquid handling systems, which are capable of high-throughput processing of many samples. Qiagen MagAttract PowerMicrobiome kit (previously MoBio PowerMag Microbiome) is our preferred DNA extraction kit as it yields high quality DNA from stool, gut and biosolids.
16S rDNA Sequencing:
The V4 region of the 16S rRNA-encoding gene is amplified from extracted DNA using the barcoded dual-index primers developed by Kozich et al. (1). Samples are amplified, normalized and sequenced on the MiSeq. Up to 4 plates/376 samples + 8 controls can be run concurrently using a single sequencing kit. The client can expect a workbook outlining the conditions used to generate the library and metrics of the sequencing run. Data is delivered via Basespace or USB (supplied by us).
We do offer sequencing of bacterial genomes generated using the Illumina NexteraXT kits. Extracted DNA must be quantified by a fluorescence-based detection system such as the Qubit from Life Technologies. We require a concentration of at least 0.2 ng/uL in a volume no less than 10 uL. Submissions of fewer than 6 samples can be run in the background of low-diversity runs which is a very economical route, however times can vary due to high demand. Submission of more than 6 samples requires a full sequencing run using either the 500 or 600-cycle kit.
University of Michigan Client
Internal Protocol for submitting samples for DNA Extraction and Illumina 16S rRNA gene sequencing, V4 region
External Protocol for submitting samples for DNA Extraction and Illumina 16S rRNA gene sequencing, V4 region
Background Genome (6 or less)
Internal Protocol for submitting DNA for Illumina sequencing genomes in the background of low-diversity runs
External Protocol for submitting DNA for Illumina sequencing genomes in the background of low-diversity runs
DNA extraction: Clients internal to the University of Michigan can submit a minimum of 1 96-well plate. Clients need to pick up a Bead plate to add samples and return to our lab.
16S rDNA sequencing: Clients internal to the University of Michigan can submit a minimum of 1 96-well plate. A full run is considered 4 plates (376 samples + 8 controls), so the client has the option of waiting for additional plates to be submitted to reduce the cost of sequencing, or can opt to not and get additional coverage of their samples.
The MiSeq Nano kit is a new option for clients with single plates and reluctant to wait for additional plates to complete the 4 plate requirement for a full run. This route offers fewer reads/sample, but enough coverage for data analysis.
Genomic sequencing: Internal clients are allowed to submit up to 6 genomes to run in the background of other low-diversity sequencing runs. More than 6 genomes requires a full sequencing run. Clients submitting genomes to our group for the first time should contact the email@example.com to determine which options will work best for their experiment.
DNA extraction: Clients external to the University of Michigan can submit a minimum of 1 96-well plate. Clients need to set up shipment of Bead Plates by emailing firstname.lastname@example.org. We will send you the shipping info and using the shipping provider of your choice you can generate a PDF shipping label and send it back to us via email. Once the Bead Plates have been filled you can ship the plates back to us on dry ice.
16S rDNA sequencing: Clients external to the University of Michigan will be charged for a full run (4 plates/376 samples + 8 controls) regardless of whether they submit less than 4 plates unless the MiSeq Nano kit is selected on the submission form. The Nano kit is a good option for external clients with single plates. This route offers fewer reads/sample, but enough coverage for data analysis.
Genomic sequencing: External clients are allowed to submit up to 6 genomes to run in the background of their own low-diversity sequencing runs. More than 6 genomes requires a full sequencing run. Clients submitting genomes to our group for the first time should contact the email@example.com to determine which options will work best for their experiment.
We ask that all publications and presentations of research results supported by the Microbial Systems Molecular Biology Laboratory (MSMBL) contain the following (or equivalent) acknowledgement: "This research was supported by work performed by The University of Michigan Microbial Systems Molecular Biology Laboratory"
Please let us know as soon as you have an article accepted for publication, poster, or meeting presentation which has received MSMBL support. Early notification helps us to track the activities being supported by the MSMBL. Submit your notifications by email to firstname.lastname@example.org. Be sure to include a copy of the presentation abstract or complete accepted article.
- Please provide an electronic copy plate map using this template: Click here
NOTE: Sample names must be 1 word containing NO special characters and each name must be unique, even if on different plates.
- For proper shipping protocol please refer to these guidelines: Click here
- For prices please fill out our form: Estimate of Costs
- Please fill out our submission form prior to bringing/shipping samples to our lab: Sequencing Submission Form
- Shipping Address:
Microbial Systems Molecular Biology Laboratory/Host Microbiome Initiative
University of Michigan
Medical School Internal Medicine/Infectious Diseases
1150 W. Medical Center Dr.
Ann Arbor, MI 48109-5666
- For further information about sequencing services, please contact:
Clarisse Betancourt Román email@example.com 734-615-2958
Michael Dority firstname.lastname@example.org 734-764-3016
- Download FASTA file for the V4 region of the mock community (ZymoBIOMICS Microbial Community DNA Standard)
- Kozich JJ, Westcott SL, Baxter NT, Highlander SK, Schloss PD. 2013. Development of a dual-index sequencing strategy and curation pipeline for analyzing amplicon sequence data on the MiSeq Illumina sequencing platform. Appl Environ Microbiol 79:5112–5120. 10.1128/AEM.01043-13.