1989Chemical and Pharmaceutical BulletinOpen access

Regioselective mono-oxidation of non-protected carbohydrates by brominolysis of the tin intermediates.

Yoshisuke Tsuda, M. HANAJIMA, N. MATSUHIRA, Yukihiro Okuno, K. KANEMITSU

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Abstract

Most of the glycosides examined were smoothly oxidized by the bis-tributyltin oxide-bromine method without protection of the other hydroxyl groups to the mono-oxo derivatives in high yield and with high regioselectivity. The regioselectivity (position of oxidation) can be predicted from two independent rules : anomeric control (the oxidation takes place at C-3 for the glycosides which have an equatorial glycosidic linkage and at C-4 for those which have an axial glycosidic linkage) and axial oxidation for cis-1, 2 glycols.

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Most of the glycosides examined were smoothly oxidized by the bis-tributyltin oxide-bromine method without protection of the other hydroxyl groups to the mono-oxo derivatives in high yield and with high regioselectivity. The regioselectivity (position of oxidation) can be predicted from two independent rules : anomeric control (the oxidation takes place at C-3 for the glycosides which have an equatorial glycosidic linkage and at C-4 for those which have an axial glycosidic linkage) and axial oxidation for cis-1, 2 glycols.

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Available abstract

Most of the glycosides examined were smoothly oxidized by the bis-tributyltin oxide-bromine method without protection of the other hydroxyl groups to the mono-oxo derivatives in high yield and with high regioselectivity. The regioselectivity (position of oxidation) can be predicted from two independent rules : anomeric control (the oxidation takes place at C-3 for the glycosides which have an equatorial glycosidic linkage and at C-4 for those which have an axial glycosidic linkage) and axial oxidation for cis-1, 2 glycols.

Key concepts: Regioselectivity, Chemistry, Glycosidic bond, Glycoside, Yield (engineering), Bromine, Tributyltin, Anomer

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