Epigenomics Core
Preparing samples for analysis in epigenetic regulation in both genome-wide and locus-specific manners.
The Epigenomics Core provides resources and services to prepare samples for analysis in epigenetic regulation in both genome-wide and locus-specific manners.
Epigenetic regulation refers to DNA sequence-independent regulation of heritable traits that impacts gene expression.
In recent years the term has broadened to also encompass processes that control gene expression and genomic functions beyond DNA sequence but which may be more transient or facultative in nature.
Core Closure for the 4th of July Holiday
In observance of Independence Day, the Epigenomics Core will be closed on Friday, July 3.
Epigenetics: Making sense of nutritional triggers
News, advice, and research about what we eat and drink—and how it influences our health—is inescapable.
What we hear less about is exactly what’s taking place inside the body when nutrition is considered bad or toxic, say ultraprocessed foods like our favorite packaged cookies, chips, or frozen pizza, or good and healthy, those whole, methyl-donor-rich leafy veggies, beef, and eggs.
If you want a deeper understanding, ask Dana Dolinoy, BRCF Epigenomics Core Faculty Director. The answers are in epigenetics, her specialty. She was featured in an episode of the Michigan Minds podcast.
Our Process
How We Serve Your Research Needs
Chromatin Conformation
Providing information on the 3D organization of the genome and its role in gene regulation.
Cytosine Modifications
Providing information on DNA methylation status across the genome at different levels of resolution.
Histone Modifications
Mapping genome-wide distribution patterns of specific histone modifications.
Chromatin Accessibility
Identifying accessible regions in the chromatin structure.
Our Rates
| Service Requested | Unit | Internal Rate (U-M |
| Sample Quality Control only (Qubit and TapeStation) | per sample | $31 |
| Sample Quality Control and Bisulfite Treatment | per sample | $37 |
| PCR Reaction (includes QC on TapeStation) | per sample | $31 |
| DNA Extraction & Quality Control | per sample | $44 |
| Cryopulverization of flash frozen tissues (materials + labor) | per sample | $57 |
| nuclei preparation from flash frozen tissues (includes cryopulverization material and labor) | per sample | $86 |
| nuclei preparation from fresh or cryopreserved cells (materials + labor) | per sample | $50 |
| Service Requested | Unit | Internal Rate (U-M) |
| WGBS (includes sample QC and library QC/quant) | per assay | $300 |
| mERRBS (includes sample QC and library QC/quant) | per assay | $291 |
| ChIP-seq library (includes sample QC and library QC/quant) | per assay | $229 |
| ATAC-Seq library prep (includes library QC/quant; nuclei prep depends on material) | per assay | $257 |
| Amplicon Bisulfite-Seq library preparation (library QC/quant) | per assay | $97 |
| 5hMeDIP-Seq (includes sample QC and library QC/quant) | per sample | contact us |
| Sample Preparation Labor Rate | per hour | $131 |
| Pyrosequencing | full plate | $363 |
| OxBS-Seq Preparation | per sample | contact us |
Please Note: Sequencing costs are based on Advanced Genomics Core (AGC) rates.
All libraries generated at the Epigenomics core are submitted for sequencing to the AGC on the investigator's behalf (unless requested otherwise). The Epigenomics core performs quality control on the sequencing data generated (included in library preparationi costs).
Sequencing costs are based on assay sequencing needs and on AGC's recharge rate. These costs are added in the Epigenomics Core MiCore project request.
Please contact the Epigenomics core for a project estimate, including sequencing costs.
One array requires 8 samples. Cost is greater if fewer than 8 hybridizations are requested. For pricing, please contact [email protected].
What to Expect When You Work with Us
Included in the service request to the Epigenomics Core is the following output:
- Raw sequence data (FASTQ files)
- FASTCQ output (HTML and TXT files)
For ERRBS/mERRBS and WGBS projects the following files are also provided:
- CpG context methylation calls (TXT files)
- CpG context methylation calls for visualization (BEDGRAPH files)
- Summary statistics (Excel file)
For a more in-depth analysis, or if you require custom output, please state your interest at the consultation.
Publications
| Authors | Year | Publication |
| Xi Qiao, Bilinda Straight, Duy Ngo, Charles E. Hilton, Charles Owuor Olungah, Amy Naugle, Claudia Lalancette & Belinda L. Needham | 2024 | Severe drought exposure in utero associates to children’s epigenetic age acceleration in a global climate change hot spot. Nature Communications. 2024; 15:4140. |
| Straight, B, Fisher, G, Needham, BL, Naugle A, Olungah C, Wanitjirattikal P, Root C, Farman J, Barkman T, Lalancette C. | 2019 | Lifetime stress and war exposure timing may predict methylation changes at NR3C1 based on a pilot study in a warrior cohort in a small‐scale society in Kenya. Am J Hum Biol. 2020; e23515. |
| Huber AK, Patel N, Pagani CA, Marini S, Padmanabhan KR, Matera DL, Said M, Hwang C, Hsu GC-Y, Poli AA, Strong AL, Visser ND, Greenstein JA, Nelson R, Li S, Longaker MT, Tang Y, Weiss SJ, Baker BM, James AW, Levi B. | 2019 | Immobilization after injury alters extracellular matrix and stem cell fate. Published October 1, 2020; First published July 16, 2020, J Clin Invest. 2020; 130(10): 5444-5460. |
Acknowledgment of Contributions
Projects that use data or samples generated by the Epigenomics Core and result in publication should include an acknowledgement of the Core or include members as coauthors. The Epigenomics Core uses these acknowledgements and authorship to help demonstrate our contributions to the research community. This in turn helps secure future funding to maintain a robust Core facility and provide professional development of its staff. The Association of Biomolecular Resource Facilities has published a guideline to use when considering whether or not to include core laboratory members on publications.
Facilities & Resources
The BRCF Epigenomics Core occupies 1,250 sq. ft. on the University of Michigan medical campus in Medical Science Research Building II (MSRB II). This core provides resources and services to prepare samples for analysis in epigenetic regulation in both genome-wide and locus-specific manners. Sample quality control, assay-specific sample processing, and library preparation are performed by two highly trained staff. Prepared samples are submitted to the BRCF Advanced Genomics Core for sequencing or Illumina BeadArray. Data undergo quality assessment by a dedicated BRCF Epigenomics Core bioinformatician before being released to the researcher.
Our Leadership
Dana Dolinoy, Ph.D.
Claudia Lalancette, Ph.D.
Questions?
Contact Us
1150 West Medical Center Drive
Ann Arbor, MI 48109
About Us
Upcoming Research Events
Principles of Spectral Flow Cytometry Lunch and Learn
Research-Clinical Collaborations for Whole Genome Sequencing
FFMI Industry-Ready Webinar Series: Agreement Types and When to Use Them
The Funding Forum
FFMI Industry-Ready Webinar Series: IP, Data, and Publications in Industry-Sponsored Research
New England Biolabs Product Showcase
Oncology Drug Discovery & Development (3D) Workshop
The Funding Forum
Researchpalooza
Featured Research News
BRCF Flow Cytometry Service Enhancements Coming July 1
BRCF Core Closures for the 4th of July Holiday 2026
