Carbohydrates

Monosaccharides

Glucose

Alpha - Glucose

Hydroxyl (OH) group pointing in opposite directions

Beta- Glucose

Hydroxyl (OH) group pointing in same direction

Galactose

Beta - Galactose

Fructose

Beta - Fructose

Disaccharides

Maltose

Glucose + Glucose

Alpha 1-4 Glycosidic Bond

Condensation

forms the bond by loosing water

Hydrolysis

looses bond by adding water

Sucrose

Glucose + Fructose

Glucose Alpha 1 and Fructose Beta 2 Bond

Lactose

Glucose + Galactose

Beta 1-4 Glycosidic Bond

Oligosaccharides

Short chain of monosaccharides (less than 20)

Maltotriose

Glucose+ Glucose+ Glucose....

Alpha 1-4 Glycosidic Bonds

Polysaccharides

Homopolysaccharide

Only a single type of monosaccharides

Starch (Glucose)(Plants)

Amylose

Unbranched/ straight chain Glucose Polymer

Alpha 1-4 Glycosidic Bonds

Branches occur every 24-30 glucose residues

Amylopectin

Branched Glucose Polymer

Alpha 1-4 and Alpha 1-6 Glycosidic Bonds

Glycogen (Glucose)(Animals)

Amylose

Branched

Branches occur every 8-12 glucose residues

Stored in muscle and liver

Amylopectin

Unbranched

Fibers (Glucose)(Indigestible)

Soluble

Dextrans

a1-3 and a1-6 bonds

Branched

Structural component in bacteria and yeat

Insoluble

Cellulose

b1-4 glycosidic bonds

Hetropolysaccharide

Contains two or more types of monosaccharides

Branched

Unbranched

- main source of energy

- most abundent biomolecule

- contains, Carbon ,Hydrogen and Oxygen atoms, in molar ratio 1:2:1

-more than 20 monosaccharides

Deoxyribose/ RNA

Condensation (process of formation)and Hydrolysis (process of breaking bonds) same for all

Milk

Found in molasses

Found in fruits

2 isomers of glucose

Sugar

Found in bacterias cell wall