Glycosidic Linkage for Monosaccharides

Related BrainMass Solutions

• cell biology questions

  Linkage type - In carbohydrate, the two monomer subunit monosaccharides is linked together to make a disaccharide molecule. They form glycosidic linkage between the monomers.

• GRE subject Biochem

  The 4 position is involved in the glycosidic bond. Trehalose is a disaccharide made up of two glucose units too, but linked differently. Here's it's a 1,1 linkage.

• Momsaccharides/products, linkage, benedict's, acetal etc

  42210 Momsaccharides/products, linkage, benedict's, acetal etc Please see attached for diagram ... Questions: Will this disaccharide give a positive Benedict's test? Why or why not?

• Multiple questions on monosaccharides, carbons, and sugars

  of D-glucose which differ in the stereochemistry of this linkage. 3.

• Chemical Differences Among Carbohydrates

  The same kind of argument goes for sucrose. If we can break the glycosidic bond between glucose and fructose with heat, then the two free monosaccharides will react with Benedict's reagent. Now, let's talk about color.

• Trisaccharide and Sugar Properties

  Be sure to include the correct names, in order, of the sugar residues, the correct numeric linkage for the glycosidic bonds, and any necessary information about anomeric carbons. See attached file for trisaccharide molecular formula.

• Molecules, atoms, composition, descriptions, bonds

  in a closed-chain form can form glycosidic bonds which are formed between the hemiacetal group of a saccharide (or a molecule derived from a saccharide) and the hydroxyl group of an alcohol Biological, Commercial or Nutritional use of Molecule: Sucrose

• Glactose sucrose fementation

  Yeast do not have it; therefore, they cannot use the fuel sugar for anything. And, of course, galactose is a monosaccharide. We could say the same for galactose. Apparently, yeast do not have the enzymes required to utilize galactose.

• Forming Disaccharides

  The only ones that are non-reducing are the ones in which both anomeric carbons, i.e. the C1, are bounded together in a 1,1 glycosidic linkage. There are four of those, as mentioned above.