Carbohydrates play key roles in biological recognition processes, 1, 2 in development of
diseases, 3 and in many important areas of food and technical industry. The function of …

Very early in the history of NMR spectroscopy it was realised that it had an enormous
potential for studying conformations and configurations in organic compounds. After more …

The combination of structural diversity at several levels and limited chemical shift dispersion
ensures that NMR spectra of carbohydrates are relatively difficult to interpret. This …

Glycostructures play a highly diverse and crucial role in a myriad of organisms and important
systems in biology, physiology, medicine, bioengineering and technology. Only in recent …

Experimental and theoretical methods have been used to correlate 2 J HH and 3 J HH
values within the exocyclic hydroxymethyl groups (CH2OH) of saccharides with specific …

High-resolution 13C NMR spectra (150 MHz) have been obtained on the complete series of
d-aldohexoses (d-allose 1, d-altrose 2, d-galactose 3, d-glucose 4, d-gulose 5, d-idose 6, d …

D-arabinofuranose (2), as well as many plants, which produce polysaccharides rich in L-
arabinofuranose (3) 11− 14 and D-fructofuranose (4). 6 Other examples include the …

Our aim is to examine the recent experimental and theoretical research involving the nuclear
spin–spin coupling tensor, the indirect coupling mediated by the electronic structure, JMN …

A range of 13C-labeled carbohydrates containing C− O− C− C coupling pathways having
different structures and dihedral angles has been prepared and used to identify structural …

The diversity in molecular arrangements and dynamics displayed by glycans renders
traditional NMR strategies, employed for proteins and nucleic acids, insufficient. Because of …