We are pleased to announce the invited speakers for the 68th ENC’s twenty-four parallel sessions, which will also feature 81 promoted talks selected from submitted abstracts.
Abstract eadlines Jan. 8th - Oral submissions & Early Posters Feb. 19th - Final (late-breaking) Posters
Biomolecular NMR
Alaji Bah, The State University of New York, Upstate, "From Disorder to Condensation: Divalent Metal-Ion Sensing by Intrinsically Disordered Protein Regions"
Jean Baum, Rutgers University,"Dynamics of the α-Synuclein Fibril Fuzzy Coat: An Ensemble-Based NMR and Molecular Dynamics Study"
Sarah Keane,University of Michigan, "Structural Elucidation of the OncomiR-1 RNA"
Antoine Loquet, University of Bordeaux, "Intact Microbial Cell Wall Organization Studied by Solid-State NMR"
Hartmut Oschkinat, FMP Berlin, "Utilizing 100 kHz MAS to Study Protonation Dynamics in a Proton Pump and Functional Porin Loops in Quasi-Native Samples"
Eclectica in Magnetic Resonance
Sofia Fricke, Univeristy of California, Berkeley,"A Geometric View of Spin Dynamics"
Giulia Mollica,CNRS, Aix-Marseille University, "Thermally Erasable Structured Glycine Clusters in Saturated Solutions as the Origin of Memory Effect in Crystal Nucleation"
Dorothea Wisser, FAU Erlangen, "Heterogeneous Photocatalysis Bbserved in Real Time by Light-Irradiated MAS NMR spectroscopy"
MRI / MRS
Dan Benjamini, National Institutes of Health, "Multidimensional MRI resolves microstructural signatures of reactive astrocytes across cortical organoids and the human brain"
Kathryn Keenan, National Institute of Standards and Technology, "MRI as a Measurement Device"
Small Molecules
Rafael Brüschweiler, The Ohio State University "AI-Enhanced NMR Spectral Analysis: From Metabolites to Proteins"
Craig Butts, University of Bristol, "AI and NMR-based Structure Elucidation - some stuff that works, some stuff that doesn't and some stuff that might"
Kerstin Munnemann, RPTU University Kaiserslautern-Landau, Title TBD
Theory
Greg Beran, University of California, Riverside,"Tautomers, Dynamics, and Disorder: Resolving the Crystal Structures of Antihelmintic Drugs through NMR Crystallography"