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17 Nov 2019
Label the disaccharide drawn below: number nil the carbons name the sugar monomers of this disaccharide provide the chirality of both sugar monomers clearly mark all anomeric carbons with a (*) write out the correct alpha or beta configuration about each anomeric carbon write a representation of the glycosidic linkage below the disaccharide. For example, amylose would be represented by an (alpha 1 rightarrow 4) glycosidic linkage. indicate whether each sugar monomer is an aldohexose or ketohexose if any reducing ends exist, label them name the class of disaccharides that lack a reducing end.
Label the disaccharide drawn below: number nil the carbons name the sugar monomers of this disaccharide provide the chirality of both sugar monomers clearly mark all anomeric carbons with a (*) write out the correct alpha or beta configuration about each anomeric carbon write a representation of the glycosidic linkage below the disaccharide. For example, amylose would be represented by an (alpha 1 rightarrow 4) glycosidic linkage. indicate whether each sugar monomer is an aldohexose or ketohexose if any reducing ends exist, label them name the class of disaccharides that lack a reducing end.
Hubert KochLv2
26 Oct 2019