Terms : Hide Images
| 556272274 | Ea | scientific notation for activation energy. | 0 | |
| 556272275 | Protease | enzyme that catalyzes the splitting of proteins into smaller bonds and amino acids by a process known as proteolysis. | 1 | |
| 556272276 | Carbohydrase | enzyme that hydrolyzes carbohydrates into smaller bonds such as monosaccharides. | 2 | |
| 556272277 | Lipase | enzyme created in the digestive tract that assists in the breakdown of fats into individual fatty acids that are absorbed into the bloodstream. | 3 | |
| 556272278 | Denaturation (Example) | Cooking an egg. | 4 | |
| 556272279 | Primary Protien Structure (Example) | Hemoglobin | 5 | |
| 556272280 | Seconday Protien Structure (Example) | Nucleic Acids | 6 | |
| 556272281 | Tertiary Protien Structure (Example) | Human Hair | 7 | |
| 556272282 | Quaternary Protien Structure (Example) | Keratins | 8 | |
| 556272283 | Enzyme vs. Coenzyme | An enzyme reduces the amount of activation energy needed in a reaction, whereas a coenzyme is a part of the enzyme that helps form the activation point | 9 | |
| 556272284 | Van der wal Bonds vs. Disulfide Bonds | Van der wal bonds are between atoms or nonpolar molecules, and Disulfide bonds are between two sulfur atoms | 10 | |
| 556272285 | Endergonic vs. Exothermic | Endergonic reactions are where the amount of energy put in is less then the final amount of energy and Exothermic reactions are where then amount of energy put in is more then the final amount of energy | 11 | |
| 556272286 | Catalyst | The bike is representing a Catalyst because it speeding up the time for the person to get from one place to another |  | 12 |
| 556272287 | Substrate |  | 13 | |
| 556272288 | Active site |  | 14 | |
| 556272289 | Activation Energy |  | 15 | |
| 556272290 | Viscosity |  | 16 | |
| 556272291 | Catalase |  | 17 |
