Carbohydrates

Polisaccharides

Made of thousands of Monosaccharides linking together

They can be divided by

Main topic

Disaccharides

Made up of two monosaccharides where they bond to create new sugars

Maltose

Monosaccharids

simple sugars, they are the smalls units that make up any carbohydrates. They also contain carbon hygrogen's oxygens

Types

Glucose

Main source of energy for humans.

properties

Glucose has an OH bond, which is polar. The covalent bonds can break down easily. No Toxic

Glucose types

Alpha

The alpha configuration in the chemical formula is pointing in the opposite direction to the carbon number six.

Structure

Structural Formula

Beta

The Beta configuration is the opposite to the alpha. Hydroxyl group of carbon number 6 are pointing towards the same direction

Structure

Subtopic

Galactose

Fructose

Energy production. Is involved actively in the reproduction of the cells and MRNA

Properties

Higher solubility than other sugars. Soluble in water It bonds with glucose to forma disaccharides saccarose. Covalent bond

Structure

Subtopic

Condensation happens between two alpha glucose monosaccharide, then water is released and hydrolysis occurs so water breaks down (a 1 to 4 bonds)

Beta and Glucose bonds to each other, through the condensation and hydrolysis process Lactose is created (B 1 to 4 bonds)

Is found in milk to create energy. Used to serve in neural and immunological processes.

Lactose

Reduces sugar. Covalent bond. soluble in water

Sucrose

Alpha glucose and Beta Fructose link through condensation. The bond between glucose and fructose is more complicated because fructose has to flip over to allow sucrose to do the hydrolysis. (Glu1 and B2 Fruct)

Sucrose is formed by plants, not by animals. They are monomers.

Homopolysaccharides

Two or more different types of saccharides

Unbranched

Branched

Glucose links with Glycosidic to form Glycogen (1-4 Beta Glycosidil bonds)

Water soluble. It's a storage compound in animal tissues and is found mainly in the liver and muscle cells. Covalent bond.

Heteropolysaccharides

Single

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