800 MHz 52 mm NMR Magnet - Cryo Probe

800 MHz 52 mm NMR Magnet - Cryo Probe 800 MHz 52 mm NMR Magnet - Cryo Probe

This instrument is located at the MagLab's Tallahassee headquarters.

It is equipped with a 4-channel Bruker AVANCE II console and 5mm Triple Resonance (1H/13C/15N) Pulsed Field Gradient TCI CryoProbe. The software used is TopSpin 2.1.

Request time for this magnet.

Details

  • Specs

  • Techniques & Capabilities

  • Probes

  • Field: 18.8 tesla
  • MHz: 800
  • Bore: 52 mm
  • Magnet manufacturer: Bruker
  • Gradients: Z-axis pulsed field gradient

  • 800 MHz TCI solution cryoprobe (Bruker Z44909)
  • 800 MHz TXI S6 5mm solution probe with 3-axis gradients (Bruker Z843501)

Images

View the embedded image gallery online at:
https://nationalmaglab.org/user-facilities/nmr-mri/nmr-instruments/800-mhz#sigProIdde40edf3e8

Staff Contact

For more information please contact Ashley Blue.

Last modified on 20 June 2017
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Magnet Schedule for 800 MHz 52 mm NMR Magnet - Cryo Probe

* Denotes Offsite Participants

Dates Facility Instruments Experiment
7-20-2018 to 7-31-2018 NMR 800 MHz, 54mm bore (NB), 18.8 T 3D NMR of Proteins Smita Mohanty (PI) — Oklahoma State University
Participants
  • Suman Mazumder* — Oklahoma State University
  • Mohiuddin Ovee* — Oklahoma State University
  • Bharat Chaudhary* — Oklahoma State University
  • Courtney Dunn* — Oklahoma State University
8-1-2018 to 8-9-2018 NMR 800 MHz, 54mm bore (NB), 18.8 T Structural studies of adhesion protein P1 of Streptococcus mutans--the C3 domain Jeanine Brady (PI) — University of Florida
Participants
  • Joanna Long — University of Florida
  • Ana Barran-Berdon* — University of Florida
  • Gwladys Riviere — University of Florida
8-10-2018 to 8-19-2018 NMR 800 MHz, 54mm bore (NB), 18.8 T Molecular Basis of Distinct Tau Strains and their Prion-like Propagation Kwang Hun Lim (PI) — East Carolina University
Participants
  • Sungsool Wi — National High Magnetic Field Laboratory (NHMFL)
8-20-2018 to 9-2-2018 NMR 800 MHz, 54mm bore (NB), 18.8 T Engineering enzyme function through dynamics. Elan Eisenmesser (PI) — University of Colorado, Denver