Poster Sessions will be in the IBS Entrance Hall. Posters with odd numbers will be presented on Tuesday 3rd, those with even numbers on Wednesday 4th February. Format of poster board is A0 : width  0.84 m / height 1.19 m.

1. High purity deuterated detergents and lipids for membrane protein studies by NMR. GELEV V. Fb reagents ltd - USA.

 

2. Development of the isotopically enriched growth media . KOZYREVA T. Giotto Biotech srl - Italy.

 

3. Escherichia coli expression system aimed at improving the versatility of Stereo-Array Isotope Labeling. TERAUCHI  T. SAIL technologies, Inc. - Japan.

 

4. IBS Isotopic Labelling Platform. AYALA I. IBS/CNRS - France.

 

5. IBS Cell-Free expression for NMR studies. IMBERT L. IBS/CNRS - France.

 

6. High field NMR research infrastructure: the IBS NMR platform. FAVIER A. IBS/CNRS - France.

 

7. User access to high-level research platforms through EU Instruct and French FRISBI programs. HART D. ISBG/CNRS - France.

 

8. NMR Spectroscopic Investigations of alphaB-crystallin Substrate Complexes. STAVROPOULOU M. Technische Universität München - Germany

 

9. NMR studies of the 216 kDa transmembrane enzyme complex Na+-NQR from V. cholerae. NEDIELKOV N. University of Potsdam - Germany.

 

10. Specific Isotopic Labeling of Methyl Group: A Tool Box for the Dynamics and Structural Studies of Large Proteins and Complexes. Hamelin O. University of Grenoble - France.

 

11. Specific Edition of Long-range Intermolecular NOEs using Advanced Isotopic Labeling of Methyl Groups. BOISBOUVIER J. IBS/CNRS - France.

 

12. SeSAM: A cost-effective protocol for Sequence-Specific Assignment of methyl groups by Mutagenesis for NMR studies of high molecular weight proteins. CRUBLET E. IBS/CNRS - France.

 

13. Structural basis of eEF2K activation by Calcium/Calmodulin. MIKOLAJEK H. University of Southampton. UK.

 

14. Site-specific 13C labeling of RNA via reverse direction RNA synthesis. JUEN M.  University of Innsbruck - Austria.

 

15. Cost effective production of labeled proteins in eukaryotic cells for NMR studies. ASSRIR N. ICSN/CNRS - France.

 

16. Towards Structural Investigation of ChannelRhodopsin expressed in Pichia pastoris and Insect cells. DIEHL A. Leibniz-Institut für Molekulare Pharmakologie - Germany.

 

17. Initial steps in describing the F1Fo ATP synthase dimer interface and modelling the small hydrophobic subunits of the Fo region with solution state NMR. Tolchard J. CBMN/CNRS - France.

 

18. Production and stable isotope labeling of proteins for NMR investigations of the biosynthesis of iron-sulfur proteins. FREDERIKS R. University of Wisconsin-Madison - USA.

 

19. Combinatorial 15N, 13C’ and 13Ca labelling for backbone assignment of membrane proteins. LöHR F. University of Frankfurt - Germany.

 

20. Protein Perdeuteration and Synthetic Ligand Labeling for MAS NMR and DNP-Enhanced NMR Studies of Color Tuning in Membrane Protein Proteorhodopsin. JIAFEI M. University of Frankfurt - Germany.

 

21. Selective 15N-Leu labelling of human Carbonic Anhydrase type II for Pseudo Contact Shift NMR Spectroscopy. HAEUSSINGER D. Universität Basel -  Switzerland.

 

22. In-vivo overexpression and purification of labelled peptides for NMR studies. GARCIA-CASTELLANOS R. Instute for Research in Biomedicine - Barcelona.

 

23. Structural Insight in the recognition of human eIF3b by HCV IRES-III domain. MAS C. IBS/CNRS - France.

 

24. Topology and Interactions of the Human Sigma-1 Receptor Chaperone. ORTEGA-ROLDAN J.L. University of Oxford - UK.

 

25. Oligomeric States of the Human Sigma-1 Receptor. OSSA F. University of Oxford - UK.

 

26. Atomic-resolution studies of structure, dynamics and interactions in chaperone assemblies by NMR spectroscopy. WEINHAUPL K. IBS - France.

 

27. M2 interactions involved in influenza replication. CLARIDGE J.  University of Oxford - UK.

 

28. Structural study of Whirlin, a crucial PDZ containing protein involved in the mechanotransduction of auditory hair cells. DELHOMMEL F.  Institut Pasteur - France.

 

29. Structural propensity analysis of an intrinsically disordered RNA binding domain. GAUTO D. Institute of Molecular and Cell Biology of Rosario - Argentina.

 

30. Interactions of carrier proteins with partner enzymes during antibiotic assembly. GRIFFITHS D. University of Warwick - UK.

 

31. Structural and functional analysis of the major birch pollen allergen Bet v 1. GRUTSCH S. University of Innsbruck - Austria.

 

32. Molecular basis of gene expression regulation by Retinoic Acid nuclear receptor phosphorylation. KIEFFER B. University of Strasbourg/IGBMC - France.

 

33. Auto-Inhibition: a mechanism for regulating DNA binding by the PEA3 transcription factor. LAU D. University of British Columbia - Canada.

 

34. The C-terminal domain of Gag : multiple interactions and role for the assembly and the budding of HIV-1. MOUHAUD A. Université Paris Descartes - France.

 

35. NMR study of transient structure and dynamics and their modulation by phosphorylation and interaction in the intrinsically disordered region of HCV protein NS5A. SOLYOM Z. IBS/CNRS - France.

 

36. Conformational flexibility of transthyretin leads to amyloid fibril formation through non-native intermediate state population. SUNDER MALL S. Indian Institute of Chemical Biology - India.

 

37. Structural and dynamical characterisation of immobilised enzymes using solid-state NMR. VARGHESE S. University of Glasgow - UK.

 

38. HNCA+, HNCO+ and HNCACB+ experiments: Improved performance bysimultaneous detection of orthogonal coherence transfer pathways. GIL-CABALLERO S. IBS/CNRS - France.

 

39. Pico- to nanosecond motion in protein sidechains explored with a combination of high-field NMR and high-resolution relaxometry. COUSIN S. ENS/CNRS - France.