LEARNING MILLISECOND PROTEIN DYNAMICS FROM WHAT IS MISSING IN NMR SPECTRA
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SOURCE COMPARISON
| Source | Latest linked headline | Age |
|---|---|---|
| Nature | LEARNING MILLISECOND PROTEIN DYNAMICS FROM WHAT IS MISSING IN NMR SPECTRA | 18 hrs ago |
| Nature | AUTHOR CORRECTION: DURABLE ALL-INORGANIC PEROVSKITE TANDEM PHOTOVOLTAICS | 18 hrs ago |
| Nature | AUTHOR CORRECTION: COOPERATION CONFLICTS WITH EQUALITY WHEN ALLOCATING PUBLIC GOODS | 18 hrs ago |
| Nature | AUTHOR CORRECTION: NUCLEOLAR URB1 ENSURES 3′ ETS RRNA REMOVAL TO PREVENT EXOSOME SURVEILLANCE | 18 hrs ago |
WHAT HAPPENED
Nature announced on 10 August 2026 that a new study has shown how to extract millisecond‑scale protein dynamics by analysing the gaps in nuclear magnetic resonance (NMR) spectra. The researchers demonstrated that the absence of signals can reveal rapid motions that were previously inaccessible to conventional NMR methods.
According to the publication (doi:10.1038/s41586-026-10989-4), the authors applied a data‑analysis framework that interprets missing resonances as indicators of transient conformational states. The technique promises to expand the range of proteins whose dynamic behaviour can be characterised, potentially aiding drug discovery and basic biochemical research. No specific figures or author names are provided in the brief release, and the paper does not contain direct quotations.
Understanding protein motions on the millisecond timescale is critical for elucidating mechanisms of enzyme catalysis, signalling, and allosteric regulation. Traditional NMR methods often miss these fast dynamics, so the new approach could fill a long‑standing gap in structural biology.
- Nature published a paper on 10 Aug 2026 about inferring millisecond protein dynamics from missing NMR signals.
- The method interprets gaps in NMR spectra as markers of rapid conformational changes.
- The study could broaden the ability to study proteins that are difficult to analyse with conventional NMR.
RELATED DAMMNEWS COVERAGE
- AUTHOR CORRECTION: DURABLE ALL-INORGANIC PEROVSKITE TANDEM PHOTOVOLTAICS
Nature • 18 hrs ago • SCIENCE - AUTHOR CORRECTION: COOPERATION CONFLICTS WITH EQUALITY WHEN ALLOCATING PUBLIC GOODS
Nature • 18 hrs ago • SCIENCE - AUTHOR CORRECTION: NUCLEOLAR URB1 ENSURES 3′ ETS RRNA REMOVAL TO PREVENT EXOSOME SURVEILLANCE
Nature • 18 hrs ago • SCIENCE