Glucose isomer model. Molecular model of the beta form of the hexose sugar glucose (C6H12O6), also known as beta-glucopyranose. Glucopyranose has five

---

Glucose isomer model. Molecular model of the beta form of the hexose sugar glucose (C6H12O6), also known as beta-glucopyranose. Glucopyranose has five carbon atoms (black) and one oxygen atom (red) in a ring, with an additional asymmetric carbon atom. Oxygen and hydrogen atoms (white) are bonded to each carbon atom. The position of an oxygen-hydrogen group relative to the carbon ring determines whether the molecule is the alpha or beta isomer of glucopyranose. Glucose is found in many plants and is a normal constituent of blood. It is widely used in the confectionary industry as a sweetener.

---

Size: 3617px × 4885px
Photo credit: © ANDREW LAMBERT PHOTOGRAPHY/SCIENCE PHOTO LIBRARY / Alamy / Afripics
License: Licensed
Model Released: No

Keywords: atom, atoms, ball, balls, beta, beta-glucopyranose, biochemical, biochemistry, bond, bonds, chemical, chemistry, compound, dextrose, glucopyranose, glucose, hexose, isomer, model, molecular, molecule, monosaccharide, optic, organic, stereoisomer, stick, sticks, structural, structure, sugar