Single-Crystal NMR for <sup>17</sup>O in Alanine Enantiomers

Single-crystal solid-state nuclear magnetic resonance (ssNMR) spectroscopy, which enables detailed analysis of the electronic structures of crystalline molecules, offers a unique opportunity to investigate molecular chiralityan essential feature with broad implications for understanding the origin...

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Autor Principal:	Shiva Agarwal (22602400) (author)
Outros autores:	Sungsool Wi (1847065) (author), Jason Kitchen (22602403) (author), Zhongrui Li (686272) (author), Christopher J. Taylor (2256535) (author), Michael A. Famiano (22608383) (author), John B. Miller (2705506) (author)
Publicado:	2025
Subjects:	Biophysics Biochemistry Cell Biology Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified first comprehensive characterization enables detailed analysis eight magnetically nonequivalent density functional theory chemically distinct oxygens chemical shift tensors previous nmr studies 17 </ sup dft calculations performed alanine enantiomers single crystal ssnmr spectroscopy alanine enantiomers nmr tensors crystal nmr crystallographically distinct crystal ssnmr crystal solid unit cell unique opportunity successfully assigned ray diffraction molecular chirality integrating single experimental findings essential feature employ single electronic structures electronic structure dft results dft calculations crystalline molecules crystalline forms broad implications amino acids
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Single-Crystal NMR for <sup>17</sup>O in Alanine Enantiomers

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