1994Angewandte Chemie International Edition in EnglishRequires access

The Sialyl Lewisx Group and its Analogues as Ligands for Selectins: Chemoenzymatic Syntheses and Biological Functions

Athanassios Giannis

Open publisher page 87 citations

Abstract

Inhibitors of leukocyte adhesion have potential as antiphlogistics, antithrombotics, and immunosuppressants. The interaction of selectins and their membrane-bound carbohydrate ligands is decisive for the initial phase of adhesion, and the sialyl Lewisx group 1 is a common ligand for all three selectins. Thus the ingenious chemoenzymatic synthesis of 1 and its analogues reported recently by Paulson, Wong, et al. has received much attention.

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Inhibitors of leukocyte adhesion have potential as antiphlogistics, antithrombotics, and immunosuppressants. The interaction of selectins and their membrane-bound carbohydrate ligands is decisive for the initial phase of adhesion, and the sialyl Lewisx group 1 is a common ligand for all three selectins. Thus the ingenious chemoenzymatic synthesis of 1 and its analogues reported recently by Paulson, Wong, et al. has received much attention.

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Available abstract

Inhibitors of leukocyte adhesion have potential as antiphlogistics, antithrombotics, and immunosuppressants. The interaction of selectins and their membrane-bound carbohydrate ligands is decisive for the initial phase of adhesion, and the sialyl Lewisx group 1 is a common ligand for all three selectins. Thus the ingenious chemoenzymatic synthesis of 1 and its analogues reported recently by Paulson, Wong, et al. has received much attention.

Key concepts: Selectin, Sialyl-Lewis X, Chemistry, Ligand (biochemistry), Stereochemistry, Carbohydrate, Group (periodic table), Adhesion

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