O-glycosidic bond: Difference between revisions
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The bond between a sugar and another molecule, usually another sugar, to create [[Oligosaccharides|oligosaccharides]]. The chemical bond is formed by a condensation reaction, the hydroxyl group on the sugar reacts with the other molecule forming a [[Glycosidic bond|glycosidic bond]] and releasing a [[Molecule|molecule]] of [[Water|water]]. For example, the disaccharide [[Maltose|maltose]] consists of two D-glucose residues which are joined by a glycosidic bond between the alpha-anomeric form of C1 on one of the glucose molecules and the hydroxyl oxygen atom on C4 of the adjacent glucose molecule | The bond between a [[Sugar|sugar]] and another [[Molecule|molecule]], usually another sugar, to create [[Oligosaccharides|oligosaccharides]]. The chemical bond is formed by a [[Condensation reaction|condensation reaction]], the [[Hydroxyl group|hydroxyl group]] on the sugar reacts with the other molecule forming a [[Glycosidic bond|glycosidic bond]] and releasing a [[Molecule|molecule]] of [[Water|water]]. For example, the disaccharide [[Maltose|maltose]] consists of two [[D-glucose|D-glucose]] residues which are joined by a [[Glycosidic bond|glycosidic bond]] between the alpha-anomeric form of C1 on one of the [[Glucose|glucose]] molecules and the [[Hydroxyl|hydroxyl]] [[Oxygen|oxygen]] atom on C4 of the adjacent glucose molecule <ref>Berg, J, Tymoczko, J and Stryer, L (2012). Biochemistry. 7th ed. Basinstoke: W. H Freeman and Company. p337.</ref>.<br> | ||
=== References === | |||
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Latest revision as of 09:40, 1 December 2015
The bond between a sugar and another molecule, usually another sugar, to create oligosaccharides. The chemical bond is formed by a condensation reaction, the hydroxyl group on the sugar reacts with the other molecule forming a glycosidic bond and releasing a molecule of water. For example, the disaccharide maltose consists of two D-glucose residues which are joined by a glycosidic bond between the alpha-anomeric form of C1 on one of the glucose molecules and the hydroxyl oxygen atom on C4 of the adjacent glucose molecule [1].
References
- ↑ Berg, J, Tymoczko, J and Stryer, L (2012). Biochemistry. 7th ed. Basinstoke: W. H Freeman and Company. p337.