Pseudo-sugar chemistry

G. Legler Basic monosaccharide derivatives tools for exploring the active site of glycohydrolases and for studies in glycoprotein biosynthesis T. Suami Synthetic ventures in pseudo-sugar chemistry S. David Immobilized enzymes in preparative carbohydrate chemistry... 

This procedure introduced by Ferrier, involving the mercury salt-mediated ring transformation of 6-deoxyhex-5-enopyranosides into deoxyinososes, has provided a route of wide practical utilization in the field of aminocyclitols [42 6] and pseudo-sugar chemistry [47, 48]. This procedure has led to the preparation [49] of the B-A ring system of the antibiotic b-rhodomycin and has extended [50] to thioglycoside analogs of hex-5-enopyranosides (Fig. 8.29). 

CHEMISTRY OF CARBA-SUGARS (PSEUDO-SUGARS) AND THEIR DERIVATIVES... 

Carba-sugars (pseudo-sugars) and their derivatives, chemistry of, 48, 21 - 90 Carbohydrate chemistry anomeric and exo-anomeric effects in, 47, 45-123... 

T. Suami and S. Ogawa, Chemistry of carba-sugars (pseudo-sugars) and their derivatives, Adv. Carbohydr. Chem. Biochem., 48 (1990) 21-90. 

Stick RV (1997) The Synthesis of Novel Enzyme Inhibitors and Their Use in Defining the Active Sites of Glycan Hydrolases. 187 187-213 Stutz AE, see de Raadt A (1997) 187 157-186 Stumpe R, see Kim JI (1990) 157 129-180 Suami T (1990) Chemistry of Pseudo-sugars. 154 257-283 Suppan P (1992) The Marcus Inverted Region. 153 95-130 Suzuki N (1990) Radiometric Determination of Trace Elements. 157 35-56 Tabakovic I (1997) Anodic Synthesis of Heterocyclic Compounds. 185 87-140 Takahashi Y (1995) Identification of Structural Similarity of Organic Molecules. 174 105-134 Tasi G, Palinkd I (1995) Using Molecular Electrostatic Potentid Maps for Similarity Studies. 174 45-72... 

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