| Active Site | | A molecule that binds to an enzyme at the |
| Catalyst | | A digestive enzyme in stomach |
| Cofactor | | A molecule that is made up of amino acids |
| Allosteric Inhibitor | | The interaction of the subunits of an enzyme that causes |
| Cooperativity | | A non-protein addition, derived from either a mineral or |
| Trypsin | | A receptor site on an enzyme that is separate from the |
| Amino Acids | | A substance that speeds up the rate at which chemical |
| pH | | Another theory that describes the mechanism by which |
| Noncompetitive Inhibitor | | A pocket-like structure on the surface of an enzyme where |
| Allosteric Activator | | The process by which molecules react with one another |
| Enzyme-Catalyzed Reaction | | The structure formed when an enzyme and |
| Allosteric Site | | The structural molecules that make up proteins. These have |
| Protein | | The compound or pair of reacting compounds on which a given |
| Allosteric Enzyme | | An organic molecule that functions as a cofactor |
| Enzyme-Substrate Complex | | A reaction that has been sped up by an enzyme |
| Protease | | A series of reactions that enables certain compounds |
| Denaturation | | An enzyme that is involved in the breakdown of proteins |
| Substrate | | The process in which the end-product of a metabolic |
| Pepsin | | A molecule that binds at the allosteric site and |
| Coenzyme | | A digestive enzyme in the intestine |
| Competitive Inhibitor | | A change in the shape of a molecule due to physical |
| Feedback Inhibition | | A substance that blocks enzyme activity by |
| Induced Fit Model | | A large protein molecule that allows chemical reactions to occur |
| Metabolic Pathway | | A substance that blocks enzyme activity by |
| Lock And Key Model | | A measure of how basic or acidic a solution is on a scale of 1 to 14 |
| Chemical Reaction | | A theory that describes the mechanism by which the |
| Enzyme | | An enzyme that can be regulated by the attachment of |