Carbohydrates
Lipids
Proteins
Nucleic Acids
Misc.
100

These are the basic monomer building blocks of carbohydrates

monosaccharides

100

Unlike other macromolecules, lipids do not form true polymers and are defined by this hydrophobic property

non-polar

100

These are the monomer building blocks that link together to form a protein polypeptide chain

amino acids

100

The primary biological function of nucleic acids in living organisms

store, transmit and express genetic information

100

This structural polysaccharide makes up the cell walls of fungi and the exoskeletons of arthopods

chitin

200

The primary functional purpose of carbohydrates in animal cells

provide short term energy

200

The 2 main molecular components that make up a standard fat molecule

glycerol and fatty acids

200

These specialized proteins act as biological catalysts to speed up chemical reactions inside cells

enzymes

200

DNA and RNA are the 2 main types of this macromolecule

nucleic acid

200

Long term energy storage, insulation and waterproofing are vital biological functions of this macromolecule class

lipids

300

The chemical formula for glucose, the most common monosaccharide

C6H12O6

300

Cholesterol and hormones like testosterone belong to this specific class of ring structural lipids

steroids

300

This specific type of covalent bond connects amino acids together to build a protein

peptide bond

300

The structural monomers that make up nucleic acid polymers

nucleotides

300

This specific chemical reaction joins monomers together by removing a water molecule to create a polymer

dehydration synthesis

400

This specific carbohydrate polysaccharide provides structural support in the cell walls of plants

cellulose

400

These lipids form a double-layered structural foundation for cell membranes

phospholipids

400

Primary, secondary, tertiary and quaternary represent these structural characteristics of a protein

four structural levels of a protein's shape

400

structural shape that a double standard DNA molecule forms

double helix

400

This specific component varies between the 20 different amino acids, giving each its unique chemical identity

R-group

500

Animals store excess glucose in the liver and muscles in this complex carbohydrate polysaccharide

glycogen

500

Saturated fatty acids have only single carbon bonds, while unsaturated fatty acids contain one or more of these bonds that cause a bend

double carbon bonds

500

This term describes what happens to a protein when extreme temperature of pH changes alter its shape and render it non-functional

denaturation

500

A single nucleotide is made of 5 carbon sugars, a phosphate group and one of these components

nitrogenous base

500

Adenine, Thymine, Cytosine and Guanine make up this specific group of components within DNA molecules

four nitrogenous bases

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