Wilkinson, Brendan

Bornaghi, Laurent F

Poulsen, Sally-Ann

Houston, Todd A

2006

We report herein a study of the synthetic utility of the glucosyl triazole moiety in carbohydrate chemistry. A model glucosyl triazole was prepared by a modified Huisgen 1,3-dipolar cycloaddition reaction. The relative rate of cycloaddition was investigated using a variety of alcohol co-solvents and reaction temperatures. It was found that the reaction proceeded with similar efficiency irrespective of co-solvent, however mildly elevated temperatures (40 °C cf. rt) increased the speed of reaction significantly (2 h cf. 8 h). The robustness of the triazole moiety was then interrogated under conditions typically encountered in carbohydrate chemistry reaction sequences-alcohol group protection/deprotection, nucleophilic displacement, and O-glycosylation. The triazole integrity was retained in all cases studied as evidenced from full compound characterization. Finally, a diverse set of triazole-linked glycoconjugates was synthesized. Collectively, our results demonstrated that the glucosyl triazole moiety was indeed a robust entity for carbohydrate chemistry.

Tetrahedron, 62(34), p. 8115-8125

1464-5416

0040-4020

https://hdl.handle.net/1959.11/22908

en

Elsevier Ltd

Synthetic utility of glycosyl triazoles in carbohydrate chemistry

Journal Article

Publication