molecular model glucose molecule with black carbon atoms red oxygen and white hydrogen

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3D Molecular Model of Glucose Molecule with Black Carbon Atoms Red Oxygen Atoms and White Hydrogen Atoms Royalty Free Stock Photo

Three-dimensional illustration of glucose molecule, featuring carbon atoms in black, hydrogen in white, oxygen in red. Scientific Royalty Free Stock Photo

3D Molecular Model of Glucose Molecule on White Background sugar carbohydrate Royalty Free Stock Photo

3D rendering of sucrose molecule. Ball-and-stick model with atoms in red, black, white. Molecular structure on white backdrop. Royalty Free Stock Photo

3D Molecular Model of Glucose Molecule with Black Carbon Atoms Red Oxygen Atoms and White Hydrogen Atoms

Glucose dextrose, grape sugar molecule beta-D-glucopyranose form. 3D rendering. Atoms are represented as spheres with. Royalty Free Stock Photo

Lactose milk sugar molecule. 3D rendering. Atoms are represented as spheres with conventional color coding: hydrogen white,. Royalty Free Stock Photo

A three-dimensional molecular model of a glucose molecule. The structure features a six-membered ring composed of black spheres representing carbon atoms and red spheres representing oxygen atoms. White spheres represent hydrogen atoms, and some are attached to red spheres, indicating hydroxyl groups. The molecule is shown on a white background