CoMD/NMR

CoMD/NMR's goal is to aid the biological community in the use of advanced NMR relaxation methods to study conformational dynamics in biological processes.

[CoMD/NMR @ComdNmr]

New position for Computational Structural Biologist to work on NMRFx and RING NMR Dynamics. Work in the Johnson group at the CUNY ASRC https://t.co/Ki0fyEoJjS and collaborate with Palmer and McDermott groups as part of CoMD/NMR
https://t.co/3pgcqKg1LY

[CoMD/NMR @ComdNmr]

Koss (@hanskoss) et al., Dimerization of Cadherin-11 involves multi-site coupled unfolding and strand swapping, https://t.co/ZeaGriWLou. Relaxation dispersion and high-pressure NMR reveal roles of A-strand-exposed, locally disordered, and partially unfolded states in dimerization

[CoMD/NMR @ComdNmr]

NYSBC Seminar: 6/17 12:00pm
"Regulation of Kir Channels and GPCRs by Cholesterol and Anionic Lipids." Presented by Benjamin J. Wylie
Texas Tech University.
For zoom details please email: [email protected]

[CoMD/NMR @ComdNmr]

NYSBC (home of CoMD/NMR) has a position for a staff scientist in solid state NMR: https://t.co/F2SG5rqYbw

[CoMD/NMR @ComdNmr]

We've just released a new version of RING NMR Dynamics. Download it at: https://t.co/XAMs7ZOYTt
New releases and documentation coming regularly