| A | B |
|---|
| Nucleotides | The bulding block for Nucleic acids. |
| Condensation | reactions that require the removal of water |
| Nucleic acids | Polymors that work as blueprint for proteins. |
| Hydrolysis | When large molecules are converted to smaller ones |
| Enzymes | decrease the "start-up" energy of a chemical reaction |
| Simple sugars | The building blocks of carbohydrates. |
| Amino acids | A single protein molecule that is built from chains of hundred or even thousand of simpler compounds |
| Fatty acids/glycerol | The building blocks of lipids |
| Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus | Elements for Nucleic acids, Carbohydrates, and Enzymes |
| Sugar, nitrogen, and Phosphate group | The structure of Nucleic acids. |
| straches, cellulose, and glycogen | Common names and examples of Carbohydrates |
| Oil | An example of a lipid. |
| Protein | A common name for Enzymes. |
| DNA and RNA | Other names for Nucleic acids. |
| Meat, fingernails, hair, eggs, etc. | Names for Protein. |
| Alpha Helix | The third structure found in proteins (Tertiary) |
| Fat molecules | Build in fatty acids and Glycerol. |
| Carbohydrates | Gives energy to body, stores energy when needed. |
| Saturated Fat | Has the maxium number of hydrogen atoms. |
| Unsaturated Fat | Has the least amount of hydrogen atoms. |
| RNA | Works to carry out instructions of the code given by the DNA |
| DNA | forms genetiv code of organism |
| Polypeptide | Two amino scids linked together to form a dipeptide. |
| Carbon, Nitrogen, Hydrogen, Oxygen, and Sulfer | Elements found in protein. |
| Primary, Secondary, Tertiary, and Quaternary | The 4 levels of structures found in proteins. |
