 Invited Speakers for Parallel Sessions
We are pleased to have the following roster of 41 invited speakers. Speakers are organized by general topic areas.
Biomolecular Solids
- Kendra Frederick (UT Southwestern), High sensitivity NMR for structural determination of neurodegenerative disease-associated proteins inside cells
- Ayyalusamy (Rams) Ramamoorthy (University of Michigan), Magnetic-Alignment of Nanodiscs and NMR Applications
- Markus Weingarth (Utrecht University), The Mechanisms of Lipid-targeting Antibiotics
- Gang Wu (Queen's University), Oxygen-17 NMR Studies of Proteins: Opportunities and Challenges
Biomolecular Solutions
- Andrew Baldwin (Oxford University), A great peak picker, and what you can do with it: bioMolecule assignment, methylNOESYs, and Universal Saturation Transfer Analysis
- Isabella Felli (University of Florence), The role of highly flexible regions in orchestrating the properties of multidomain proteins: insights from 13C detected NMR experiments
- Jung Ho Lee (Seoul National University), Combining Laser and NMR for the Surface Analysis of Intrinsically Disordered Proteins
- Elizabeth Meiering (University of Waterloo), Quenched H/D exchange NMR of inclusion bodies reveals significant native-like protein structure
- Ana Paula Valente (Federal University of Rio de Janairo), Structural and dynamic characterization of viral proteins: NS2B and domain III of glycoprotein E of Zika virus
- Brian Volkman (Medical College of Wisconsin), Conformational selection in GPCR activation and inhibition
Instrumentation -
Jens Anders (University of Stuttgart), Zero-dead-time detection and other advances in oscillator-based NMR and EPR
- Dmitry Budker (University of Mainz), Zero- to ultralow-field NMR: some resent developments and applications
- Hilary Fabich (ABQMR Inc.), MRI of Roots in the Greenhouse and Agricultural Field
- John Franck (Syracuse University), Patches and Pockets of Weird Water -- Exploring New Frontiers with ODNP
- Donhee Ham (Harvard University), Silicon-chip based small NMR spectrometers
- Elena Long (University of New Hampshire), DNP Tensor Polarization Enhancement for Nuclear Physics Targets
- Lauren Marbella (Columbia University), Tracking Degradation in Commercial Li Batteries with High Chemical and Temporal Resolution
- Daphna Shimon (Hebrew University), Frequency Modulation and DNP
In-Vivo / Ex-Vivo - Changho Choi (Vanderbilt University), MR Spectroscopy Development of Metabolic Imaging Biomarkers in Gliomas
- Lana Kaiser (University of California, Berkeley), Magnetic Resonance Applications of Methyl Sulfone in vivo
- Valentina Pedoia (University of California, San Francisco), K2S Challenge: From Undersampled K-Space to Automatic Segmentation
- Xin Yu (MGH/Martinos Center), Hemodynamic brain mapping with high-field (14T) preclinical fMRI methods
Materials - Melinda Duer (University of Cambridge), Developing models of extracellular matrix in health and ageing: NMR approaches
- Christel Gervais (Sorbonne Université), Combination of 17O NMR and computational modelling for the characterization of structure and dynamics in various systems containing COO groups
- Guangjin Hou (Dalian Institute of Chemical Physics), Reaction mechanism of syngas conversion on bifunctional catalysts revealed by solid-state NMR spectroscopy
- Dominik Kubicki (University of Warwick), Octahedral Tilt Engineering: Atomic-Level Picture of Stabilized α-FAPbI3
- Vladimir Michaelis (University of Alberta), Cation Chaos in Photovoltaic Materials
- Fred Perras (Ames Laboratory), 1H CSA: Friend or Foe?
Small Molecules - Craig Butts (University of Bristol), Fast prediction of solution-state NMR parameters across a wide 3D chemical space
- Qi Gao (Merck & Co., Inc.), Novel and Robust Conformational Analysis to Advance 3D Structure Characterization of Cyclic Peptides
- Ruth Gschwind (University of Regensburg), NMR as Tool in Photo- and Organocatalysis
- Mathilde Hauge Lerche (Technical University of Denmark), Applying hyperpolarization to break sensitivity barriers of NMR for analysis of complex mixtures
- Joe Lubach (Genentech), Insights into Fluorinated Drug Substance and Drug Product via 19F Solid-State NMR Spectroscopy
- Luzineide Tinoco (Federal University of Rio de Janeiro), NMR and the Brazilian flora: a successful combination in the identification of Leishmania donovani nucleoside hydrolase inhibitors
Theory & Computation - Martin Dracinsky (IOCB Prague), The Importance of Nuclear Quantum Effects (Nuclear Delocalization) for Hydrogen Bonding and for Predictions of NMR Parameters
- Lyndon Emsley (EPFL), NMR Crystallography 2.0
- Matthias Ernst (ETH, Zurich), Pulse-Sequence Optimization Based on Effective Floquet Hamiltonians
- Sophia Hayes (Washington University at St Louis), Nuclear Spins as Probes of Electronic States in Semiconductors and the "Spin Bath" - What Can We Learn from Hyperpolarization via Optical Pumping
- Armando Navarro-Vazque (Federal University of Pernambuco), Speeding up CASE-3D with machine learning prediction of scalar couplings and chemical shielding tensors
- Thomas Vosegaard (Aarhus University), EasyNMR: Web-based data handling and NMR simulations
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Experimental Nuclear Magnetic Resonance Conference
