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Summary AQA A level Biology Paper 1 Biological Molecules notes

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A detailed summary of the AQA A level Biology paper 1 biological molecules topic which has been edited to learn help the content and the mark scheme too.

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  • 24 de agosto de 2024
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T1: biological molecules
3.1.1 monomers and polymers

what is a monomer?
monomers: smaller units from which larger molecules are made

what is a polymer?
-polymers: molecules made from a large number of monomers
joined together

what is a condensation reaction?
-joins monomers together and forms a chemical bond and releases a
molecule of water

what is a hydrolysis reaction?
-breaks a chemical bond between monomers and uses water

3.1.2 carbohydrates

what is a monosaccharide?
-monosaccharides: monomers from which larger carbohydrates are
made - glucose, galactose, fructose

what bond is formed between two monosaccharides?
-condensation reaction between two monosaccharides forms a
glycosidic bond and a disaccharide

what forms through condensation reactions between different
monosaccharides?

glucose + glucose = maltose

fructose + glucose = sucrose

glucose + galactose = lactose

what is the structure of alpha glucose?




T1: biological molecules 1

, what is the structure of beta glucose?




how are polysaccharides formed?
-polysaccharides are formed by the condensation of many glucose
units

what does condensation of a-glucose form?

condensation of a-glucose forms starch and glycogen

what does condensation of b-glucose form?

condensation of b-glucose forms cellulose

what are the features of starch?

amylose: coiled, 1-4 glycosidic bonds

amylopectin: coiled and branched, 1-4 and 1-6 glycosidic bonds

insoluble- doesnt affect water potential

found as a storage sugar in plants

can be quickly hydrolysed when energy is needed- enzymes break
it down faster as its branched

helical structure which makes it compact

what are the features of glycogen?

1-4 and 1-6 glycosidic bonds

insoluble storage sugar in animals + made by liver and muscle cells

highly branched= compact- lots can be stored




T1: biological molecules 2

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