November 10, 2025Chemistry - A European JournalOpen Access

Synergy of Theory, NMR, and Rotational Spectroscopy to Unravel Structural Details of D ‐Altroside Puckering and Side Chain Orientation

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Electrostatic characteristics of monosaccharides influence their conformational properties, and the study applies innovative analytical techniques for insight.
NMR spectroscopy identifies spin–spin coupling constants in d-altrose derivatives, allowing assignment of conformational characteristics in dynamic mixtures.
Rotational spectroscopy offers accurate data on saccharide structures in the gas phase, bridging gaps between computational and experimental findings.
This approach highlights the complexity of solvent effects, impacting the reliability of electronic structure theory in conformational analysis.

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Implication

Study demonstrates integration of multiple techniques to uncover structural details of monosaccharides, indicating solvent effects remain significant.

Cite This Study

Loru et al. (2025) studied this question.

synapsesocial.com/papers/69253a1ec0ce034ddc35702e https://doi.org/10.1002/chem.202502358

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Implication

Study demonstrates integration of multiple techniques to uncover structural details of monosaccharides, indicating solvent effects remain significant.

Synergy of Theory, NMR, and Rotational Spectroscopy to Unravel Structural Details of D ‐Altroside Puckering and Side Chain Orientation

Key Points

Discussion

Implication

Cite This Study

Synergy of Theory, NMR, and Rotational Spectroscopy to Unravel Structural Details of D ‐Altroside Puckering and Side Chain Orientation

Key Points

Discussion

Implication

Cite This Study

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