D-Glucose Furanose Molecule Structure

Explore α- and β-D-glucose isomers using Indigo® molecular models and our 3D molecular model builder. Visualize ring formation, mutarotation, and anomeric differences for biochemistry and MCAT study.

Understand the structure and interconversion of glucose isomers with this Indigo® molecular model. Build and compare the α- and β-anomers of D-glucose to see how ring closure at the carbonyl group forms distinct cyclic hemiacetal configurations. This hands-on model helps students visualize the dynamic equilibrium between open-chain and cyclic forms, a key concept in carbohydrate biochemistry and MCAT preparation.

Use our 3D molecular model builder to explore the same structures interactively. Toggle between α and β anomers, ring and chain forms, or pyranose and furanose configurations to see how these changes affect molecular geometry and bonding. (Note: the model builder does not recognize Greek letters so use alpha or beta).

Build, rotate, and interconvert glucose isomers using Indigo® molecular models and the 3D molecular model builder to master one of carbohydrate chemistry’s most fundamental structures, ideal for both classroom learning and MCAT review.