Max Planck Institute for Biophysical Chemistry

Emerging Topics in Biomolecular Magnetic Resonance

Emerging Topics in Biomolecular Magnetic Resonance

Presenting frontier research in magnetic resonance in biological systems

Organized by

Loren Andreas, Stefan Glöggler, Christian Griesinger, Mei Hong, Óscar Millet, Arthur G. Palmer, Markus Zweckstetter

Weekly on Thursday

7 a.m. PST (San Francisco) / 10 a.m. EST (New York) / 4 p.m. CST (Berlin) / 7.30 p.m IST (India) / 10 p.m. CST (Peking)

Register here for the Online Seminar

Register here for the Online Seminar

Online Seminar

Thursday, 11^th of March 2021

<p>Copper Ions and Protein Aggregation: From Amyloids in Diabetes to Non-Amyloids in Cataracts Disease</p>

Copper Ions and Protein Aggregation: From Amyloids in Diabetes to Non-Amyloids in Cataracts Disease

Liliana Quintanar (Cinvestav, Mexico)

<p>Methyl resonance assignments, from methyl NOEs: Fact or Fiction?</p>

Methyl resonance assignments, from methyl NOEs: Fact or Fiction?

Nikolaos Sgourakis (University of Pennsylvania)

Thursday, 4^th of March 2021

<p>Disordered complexes involving highly charged proteins</p>

Disordered complexes involving highly charged proteins

Birthe Kragelund (University of Copenhagen)

<p>New Insights in COVID-19 from NMR Metabolomics</p>

New Insights in COVID-19 from NMR Metabolomics

Ulrich Günther (University of Lübeck)

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Thursday, 25^th of February 2021

<p>Putting annoying chemical exchanges to good use in the solution-state NMR of sugars, proteins and nucleic acids</p>

Putting annoying chemical exchanges to good use in the solution-state NMR of sugars, proteins and nucleic acids

Lucio Frydman (Weizmann Institute)

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<p>Measuring the accuracy of NMR protein structures</p>

Measuring the accuracy of NMR protein structures

Mike Williamson (University of Sheffield)

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Thursday, 18^th of February 2021

<p>On automated structure and multi-state structure determination by NMR</p>

On automated structure and multi-state structure determination by NMR

Roland Riek (ETH Zürich)

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<p>SSNMR-detected mobility in substrate-mediated protein activation</p>

SSNMR-detected mobility in substrate-mediated protein activation

Patrick van der Wel (University of Groningen)

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Thursday, 11^th of February 2021

<p>The conformational landscape of protein kinases in physiology and disease</p>

The conformational landscape of protein kinases in physiology and disease

Babis Kalodimos (St. Jude Children’s Research Hospital)

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<p>Additive fabrication methods for reproducible, open-source NMR instrumentation</p>

Additive fabrication methods for reproducible, open-source NMR instrumentation

Rachel Martin (University of California, Irvine)

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Thursday, 4^th of February 2021

<p>Understanding the molecular interactions underlying liquid-liquid phase separation of low-complexity domains</p>

Understanding the molecular interactions underlying liquid-liquid phase separation of low-complexity domains

Tanja Mittag (St. Jude Children’s Research Hospital)

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Atomic structures and functional dynamics of rhomboid proteases, non-selective cation channels, and bacteriophage tail tubes

Atomic structures and functional dynamics of rhomboid proteases, non-selective cation channels, and bacteriophage tail tubes

Adam Lange (Humboldt-University Berlin)

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Thursday, 28^th of January 2021

<p>Molecular insights to calcified deposit formation from NMR</p>

Molecular insights to calcified deposit formation from NMR

Francesca Marassi (Sanford Burnham Prebys)

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<p>Breaking down the mechanism of a proton-coupled transporter</p>

Breaking down the mechanism of a proton-coupled transporter

Katherine Henzler-Wildman (UW-Madison/NMRFAM)

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Thursday, 21^th of January 2021

<p>Membrane Interactions of 40-Residue Beta-Amyloid Peptides</p>

Membrane Interactions of 40-Residue Beta-Amyloid Peptides

Wei Qiang (Binghamton University)

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<p><sup>1</sup>H-detected solid-state NMR as an access to µs timescale conformational dynamics in large enzymes</p>

¹H-detected solid-state NMR as an access to µs timescale conformational dynamics in large enzymes

Rasmus Linser (Technical University Dortmund)

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Thursday, 14^th of January 2021

<p>Transient structure in IDPs from 3D NUS NMR of chemical denaturation</p>

Transient structure in IDPs from 3D NUS NMR of chemical denaturation

Ad Bax (NIDDK/NIH)

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<p>Time Travel to the Past and Future – Evolution of energy landscapes for enzymes catalysis</p>

Time Travel to the Past and Future – Evolution of energy landscapes for enzymes catalysis

Dorothee Kern (Brandeis University)

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