Ester Linkage Molecular Compound Structure
SKU: 68845NV
Explore ester structures, synthesis from the standpoint of chemistry, biology, and nursing students studying lipids and functional groups, and hydrolysis for only $17.00.
Understanding esters & their linkage is essential for both organic chemistry and biochemistry students. Indigo® Orbit molecular models provide a clear & intuitive physical representation of the characteristic (-COOR) functional group. Ester molecular models highlight the spatial relationship between the carbonyl group and the adjacent ether-linked oxygen. Assembling different configurations allows students to move from abstract 2D drawings to mastering IUPAC nomenclature rules, recognize stereo-hindrance, and compare & contrast esters with closely related carboxylic acids, ethers, and anhydrides.
Chemistry Majors Should Be Able to:
- Identify and name complex esters using standard IUPAC structural rules
- Visualize the mechanism of Fischer esterification from a carboxylic acid and alcohol backbone
- Predict chemical reactivity variations during acid-catalyzed vs. base-catalyzed (saponification) ester hydrolysis
- Differentiate steric effects between short-chain aliphatic esters and bulky aromatic esters
Biology, Medicine, and Nursing Majors Should Be Able to:
- Recognize ester bonds as the primary covalent link holding triglycerides and complex lipids together
- Explain the structural assembly of a glycerol backbone connecting to three hydrophobic fatty acid tails
- Trace the biochemical breakdown of dietary fats by metabolic lipase enzymes.
- Relate ester volatility and polarity to everyday clinical and biological matrices, including pharmaceutical designs like aspirin
| Feature | Benefit |
|---|---|
| Accurate representation of the ester linkage (carbonyl adjacent to an ether oxygen) | Helps students visualize the unique bonding and reactivity of esters. |
| Color-coded atoms and clear bond angles | Clarifies structural differences between esters, acids, and ethers. |
| Modular design for easy conversion to acids or alcohols | Facilitates understanding of esterification and hydrolysis reactions. |
| Durable connectors suitable for repeated handling | Supports long-term use in classroom and lab demonstrations. |
| Cross-disciplinary applications | Links chemistry concepts to biological roles in fats, oils, and metabolism. |
Indigo Instruments has stocked genuine Cochranes of Oxford molecular model parts for 30+ years. Customize or replenish any model set/kit we have ever sold!
