NMRFAM News - 2 workshops in Summer of 2024.
NMRFAM will be hosting 2 workshops this summer – Solution NMR Structural Biology (June 4-7) and Solid-state NMR Hands-On (July 23-26). Registration is OPEN!
Solution NMR Structural Biology (June 4-7,2024)
Solid-state NMR Hands-On (July 23-26,2024)
Question – please contact Lai Bergeman.
About NMRFAM
National Magnetic Resonance Facility at Madison (NMRFAM) is a resource that aims to expand the frontiers of biomolecular NMR spectroscopy in solution and the solid state, to ease access for scientists to state-of-the-art spectroscopic methods, and to disseminate technologies broadly to the user community. Our overall goal is to continue a tradition of providing excellent NMR service to the biomedical research community.
NMRFAM provides access to high field (600-900 MHz) solution and solid-state NMR instrumentation and expert staff to assist researchers who would like assistance in experimental design, data acquisition or data analysis. Please contact us with your project ideas and instrumentation needs.
User Program (R24)
NMRFAM is an unique resource for high field NMR that has been supported by NIH (NCRR and/or NIGMS) through the P41 program for over 30 years. Our overall goal for this proposal is to continue this tradition of providing excellent NMR service to the biomedical research community
Technology Development (P41)
There are four areas of focus for technology development at NMRFAM, improving performance of the NMR spectrometer, experimental design, properties of the sample (quality and significance), and ability to interpret the data.
Network for Advanced NMR (NSF)
NMRFAM is a part of the Network for Advanced NMR (NAN) which aims to allow for easier access to both novice and expert users to instruments, data, and knowledge of NMR.
NMRFAM Staff
Click here for a current listing of NMRFAM staff and contact information
NMRFAM Sponsor Acknowledgements
All publications resulting from research at NMRFAM must acknowledge the facility and its funding sources (this is a requirement of the grants that support NMRFAM).
This study made use of the National Magnetic Resonance Facility at Madison, NMR equipment, helium recovery equipment, and computers were purchased with funds from the University of Wisconsin-Madison, the NIH P41GM136463, R24GM141526 , P41GM103399, S10RR023438, S10RR025062, and S10RR029220.