Dansk Forening for Molekylspektroskopi
Scientific Program
46th Danish NMR Meeting
30th/31st of January, 2025
Comwell Rebild Bakker, Rebild, Denmark
Thursday January 30th
12:00 Lunch
The scientific program will take place in the auditorium.
12:55
Reinhard Wimmer, Aalborg University
Opening, Welcome
Session 1, Chair: Birthe B. Kragelund
13:00
Tobias Madl, Medical University of Graz/Austria
NMR-Based Analysis of Arginine Methylation: Insights into Metabolic Regulation and Functional Dynamics
13:45
Reina Iwase, Aarhus University
NMR sheds light on the interplay between N-term segment and phospho-C-tail in PTEN regulation
14:00
Jens Christian Madsen, BRUKER Nordic
NMR news from Bruker Biospin
14:15 break
Session 2, Chair: Niels Christian Nielsen
14:35
Pernille Rose Jensen, Technical University of Denmark, Hyperpolarized 13C-NMR for In-Cell metabolism
14:50
Julie Buhl, Johannes-Kepler University of Linz/Austria, Using cross-correlated relaxation of methyl groups to probe protein dynamics
15:05
Armin Afrough, Aarhus University, Understanding Lactose Mobility in Milk Powders Using NMR
15:20
Nino Wili, QUAD Systems, QUAD Systems AG – Championing what NMR can do for You
15:35 Poster&Cake
Session 3, Chair: Kaare Teilum
16:30
Joan Malmstrøm, Novo Nordisk
NMR platform methods for content and loop structure of oligonucleotides
16:45
Andreas Prestel, University of Copenhagen
Proline cis/trans-conformational selection controls 14-3-3 binding
17:00
Sanel Sujic, Magritek
New benchmark for benchtop NMR magnet homogeneity: How Spinsolve ULTRA NMRs boost performances for 1- and 2D NMR, process control, and solvent suppression
17:15 Break
Session 4, Chair: Andrew Benie
17:30
Diana Bernin, Chalmers University of Technology, Gothenburg/Sweden
Nuclear Magnetic Resonance Methodologies for investigating the production of biobased carbon fibers
17:45
Ketty Tamburrini, University of Copenhagen
Deciphering the Disordered Interaction of Prothymosin α with S100A13
18:00
Herbert Kogler, Aalborg University
Applications of q-NMR in pharmaceutical industry
18:20 End of scientific program for the first day
19:00 Dinner & Networking
23:59 Bar closes
Friday January 31st
7:30-8:25 Breakfast, check-out
Session 5, Chair: Thomas Vosegaard
8:30
Matthew Wallace, University of East Anglia/Great Britain
NMR analysis of concentration gradients: from pKa to synthesis, drug discovery and more
9:15
Daniel Sieme, University of Copenhagen
Hijacking of the growth hormone receptor by calmodulin
9:30
Dimitris Argyropoulos, ACD/Labs
Expanding the Scope of High-Throughput NMR: Handling Peculiar 2D Peaks in Automated Structure Verification
9:45
Fred Sheng-Yu Yang, Aarhus University
Location of sodium sites in calcium-silicate-hydrate (C-S-H) phases by 1D and 2D 23Na and 29Si NMR experiments.
10:00 Break
Session 6, Chair: Flemming Hoffmann Larsen
10:20
Mario Schubert, Freie Universität Berlin/Germany
Back to the roots - using NMR to discover unknown structures, examples from PTMs and unusual pollination systems
11:05
Anders Bodholt Nielsen, Aarhus University
SPINSVIN
11:20
Aristarchos Mavridis, University of Manchester/Great Britain
Low field NMR studies of fluids in porous materials
11:35
José P. Carvalho, Aarhus University
Bridging DNP and MAS NMR dipolar recoupling
11:50
Reinhard Wimmer, Aalborg University
Poster Prize
Concluding Remarks
12:00
Lunch and Good-bye
Posters
1 Manuel Baumgartner, Johannes Kepler Universität Linz
Determining partitioning of small molecules into condensates using chemical shift imaging
2 Andrew Benie, Novo Nordisk A/S
Sample Preparation Tips and Tricks
*3 Freia Stryhn Buus, University of Copenhagen
Phase-Separation of Two Highly Charged Disordered Proteins at the Residue Level Explored by NMR Spectroscopy
*4 Simina Cuciurean, University of Copenhagen
Transient helicity in the intrinsically disordered protein ACTR measured by Hydrogen Exchange NMR and HDX-MS
*5 Christoffer Durieux Skoven, Technical University of Denmark
Towards NMR-based Metabolomics
6 Reina Iwase, Aarhus University
NMR sheds light on the interplay between N-term segment and phospho-C-tail in PTEN regulation
*7 Filip Jensen, Aarhus University
Kinetic Monte Carlo simulation of multiple-spin dynamics
*8 Nadja Joachim, University of Copenhagen
Phosphorous recovery using optimised phosphate binding proteins
9 Claire Jones, University of East Anglia
Single sample NMR studies of pH-dependent polyoxometalate speciation and fluorescein tautomerization
*10 Sonja Kuppermann, University of Copenhagen
The Nuclear Receptor RXRa -- Disorder in Context
*11 Milena R. Lalic, University of Copenhagen
Regulation of Nuclear Receptors through Structural disorder
12 Fabio Maia Neto, Aarhus University
Solid-state NMR as a tool to investigate disordered phases during CO2 mineralization of cement pastes
*13 Roger Martínez Cot, University of Copenhagen
Biophysical characterization of NHE7 C-terminal tail.
*14 Kathrine Olesen, Aarhus University
Solid state NMR analysis of plastic degradation product capturing CO2
*15 Max Pawlyta, University of Copenhagen
Investigation of the Interaction of EGCG with Intrinsically Disordered Proteins
*16 Kristine Tilbæk Nielsen, Aalborg University
NMR investigation of decaying juice of red clover
*17 Maria Pérez Mendigorri ,Aarhus University
Water binding in dairy matrices
18 Andreas Prestel, University of Copenhagen
Proline cis/trans-conformational selection controls 14-3-3 binding
19 Adriana Rathner, JKU Linz
Tunable Olfactory Peptides for Laser-Printed Sensors: Early Detection of Chemical and Biological Threats
20 Daniel Saar, University of Copenhagen
The Subtle Art of Nuclear Receptor Regulation Captured by NMR: MTMR7 as a Non-Canonical PPARγ Modulator with Potentially Low Affinity
21 Ketty Tamburrini, University of Copenhagen
Deciphering the Disordered Interaction of Prothymosin α with S100A13
22 Daniel Topgaard, Lund University
Cryogenic probe technology enables multidimensional solid-state NMR of the stratum corneum without isotope labeling
*23 Soma Varga, Pazmany Peter Catholic University
NMR and SAXS measurements reveal dynamic structural features in the single alpha-helix of Drebrin
* Ph.d. student or M.Sc student eligible for the Poster Prize