IOP Groups

Recent Innovations In Biological Solid State NMR

2-3 September 2002
Department of Biochemistry, University of Oxford

This meeting was organised jointly with the British Biophysical Society (BBS)

Programme

B Meier, Zurich, Ch
High- and low-resolution spectroscopy of polypeptides in solids and liquid crystals

S Straus, Oxford, UK
Assessing the effects of motion on PISEMA spectra

H de Groat, Leiden, NL
1H and 13C MAS NMR evidence for pronounced ligand protein interactions involving the ionone ring of the retinylidene chromophore in rhodopsin

C Glaubitz, Frankfurt, DE
Membrane interaction of the natural ligand of PTH2, a Class B GPCR

M Levitt, Southampton, UK
The symmetry-based approach for designing NMR experiments in solids. New ways to obtain structural information

F Morassi, La Jolla, USA
Insights to the FXYD membrane transport regulators in lipid bilayers

D Huster, Leipzig, DE
Investigation of the dynamics of macromolecules in articular cartilage by solid state NMR spectroscopy

R Verel, Oxford, UK
The chemical shift anisotropy as a probe for local structure

P Williamson, Zurich, CH
Structural studies of integral and peripheral membrane peptides in magnetically aligned phases by solid state NMR.

H Saito, Kamigori, JP
Dynamic aspects of intact membrane proteins as revealed by site-directed solid-Mote 13C NMR

A McDermott, Columbia USA
Studies of TIM and other Enzymes by Solid State NMR.

M Hong, Iowa, USA
Orientation and dynamics of b-sheet antimicrobial peptides

B Bechinger, Strasbourg, FR
Orientational analysis of membrane associated polypeptides by static and magic angle spinning solid-state NMR spectroscopy

A Milon, Toulouse, FR
Membrane sterol dynamics: analyses by 7D and 2D solid state NMR on oriented lipid bilayers

R Griffin, MIT, USA
Amyloid and membrane protein structure determination with dynamic nuclear polarization and MAS dipolar recoupling

D Midleton, UMIST, UK
Solid state NMR studies of molecular interactions in biomembranes

N Nielsen, Aarhus, DK
Methodological development of solid-state NMR for membrane protein characterization

S Opella, La Jolla, USA
Shot gun NMR for high-throughput protein structure determination

A Ulrich, Jena, DE
Membrane interactions of fusogenic and antimicrobial peptides by solid state 19F NMR.

R Tycko, NIH, USA
Solid state NMR of amyloid fibrils: Methods and results

Special presentation
R Ernst, Zurich, CH
The fascination of a scientist for Tibetan Art

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