It is extremely important that our grant is cited in all publications resulting from the use of NORC services. Our productivity and effectiveness as a Center is measured in part by the citation of the grant in published work. Please use the following acknowledgement in your publications:
This work utilized Core Services supported by grant DK089503 of NIH to the University of Michigan.
As a part of the Michigan Nutrition and Obesity Research center (MNORC), the Directed Metabolomics Core Laboratory provides the University of Michigan research community with the ability to perform quantitative assays for a wide variety of small molecules of biological origin (metabolites). The laboratory works with individual investigators to develop appropriate methods for metabolite analysis. We work with a wide range of sample types, including (but not limited to) cells, tissues, and biological fluids from human subjects, research animals, or other organisms. Typical assays we perform are listed below; however, our capabilities are by no means limited to the compound classes in the list. Please contact us with any inquiries about your analysis of interest.
Our primary analytical platforms are LC-MS/MS (triple quadrupole), LC-MS (time of flight), GC-MS (electron ionization and chemical ionization), and GC (flame ionization detection).
Please refer to the BRCF – Metabolomics Core "Services & Fees" page for updated pricing information.
U of M users: Please contact Maureen Kachman at firstname.lastname@example.org or call 734-232-0842 to schedule these services. We request that a completed sample submission form be submitted with all samples (email or hardcopy are both acceptable).
External users: Please call or email for pricing schedule. 30% overhead must be included for all external users. A signed service agreement and hard copy of purchase order must be obtained from each outside customer.
For more information, please email Maureen Kachman at email@example.com or call 734-232-0842.
The MMOC Symposium has been postponed until spring 2016.