Glucose is the main carbohydrate molecule cells use for fuel. With one glucose molecule 32 ATP cells can be made to provide the energy needed to run a cell! With this molecular model kit it is easy to teach and learn about the structure of glucose.
The glucose molecular structure is made clear and easy to understand with this molecular model kit.
Diameter of atom parts ranges from 14 - 23 mm.
![Glucose (C6H12O6), molymod®-Kit, 1005286 [W19710], Molecular Models](/imagelibrary/W19710/W19710_01_Glucose-C6H12O6-molymod-Kit.jpg)
![Glucose (C6H12O6), molymod®-Kit, 1005286 [W19710], Molecular Models](/imagelibrary/W19710/W19710_02_Glucose-C6H12O6-molymod-Kit.jpg)
![Glucose (C6H12O6), molymod®-Kit, 1005286 [W19710], Molecular Models](/thumblibrary/W19710/W19710_01_1200_1200_Glucose-C6H12O6-molymod-Kit.jpg)
![Glucose (C6H12O6), molymod®-Kit, 1005286 [W19710], Molecular Models (Small)](/thumblibrary/W19710/W19710_02_1200_1200_Glucose-C6H12O6-molymod-Kit.jpg)
![Biochemistry Set, molymod®, 1005280 [W19702], Molecule Building Sets](/thumblibrary/W19702/W19702_01_140_140_Biochemistry-Set-molymod.jpg)
![Organic/Inorganic Molecule Set D, molymod®, 1005279 [W19701], Molecule Building Sets](/thumblibrary/W19701/W19701_01_140_140_OrganicInorganic-Molecule-Set-D-molymod.jpg)
![Fat (Glyceryl tristearate) (C57H110O6), molymod®-Kit, 1005287 [W19711], Molecular Models](/thumblibrary/W19711/W19711_01_140_140_Fat-Glyceryl-tristearate-C57H110O6-molymod-Kit.jpg)
![Organic Molecule Set D, molymod®, 1005278 [W19700], Molecule Building Sets](/thumblibrary/W19700/W19700_01_140_140_Organic-Molecule-Set-D-molymod.jpg)
![Ice (H2O), molymod®-Kit, 1005285 [W19709], Molecular Models](/thumblibrary/W19709/W19709_01_140_140_Ice-H2O-molymod-Kit.jpg)
![Buckminsterfullerene C60, molymod®-Kit, 1005284 [W19708], Molecular Models](/thumblibrary/W19708/W19708_01_140_140_Buckminsterfullerene-C60-molymod-Kit.jpg)
![Graphite, molymod®-Kit, 1005283 [W19707], Molecular Models](/thumblibrary/W19707/W19707_01_140_140_Graphite-molymod-Kit.jpg)
![Diamond, molymod®-Kit, 1005282 [W19706], Molecular Models](/thumblibrary/W19706/W19706_01_140_140_Diamond-molymod-Kit.jpg)
![Sodium Chloride, molymod®-Kit, 1005281 [W19705], Molecular Models](/thumblibrary/W19705/W19705_01_140_140_Sodium-Chloride-molymod-Kit.jpg)
![Amino Acid Kit, 7 Models, molymod®, 1005288 [W19712], Molecular Models](/thumblibrary/W19712/W19712_01_140_140_Amino-Acid-Kit-7-Models-molymod.jpg)
![DNA Double Helix Model, 22 Layers, miniDNA® Kit, 1005297 [W19762], DNA Models](/thumblibrary/W19762/W19762_01_140_140_DNA-Double-Helix-Model-22-Layers-miniDNA-Kit.jpg)
![RNA Model, 12 Bases, miniDNA® Kit, 1005299 [W19764], DNA Models](/thumblibrary/W19764/W19764_01_140_140_RNA-Model-12-Bases-miniDNA-Kit.jpg)
![DNA - RNA, 1005302 [W19801], DNA Models](/thumblibrary/W19801/W19801_01_140_140_DNA-RNA.jpg)
![DNA Double Helix Model, 12 Segments, miniDNA® Kit, 1005298 [W19763], DNA Models](/thumblibrary/W19763/W19763_01_140_140_DNA-Double-Helix-Model-12-Segments-miniDNA-Kit.jpg)
![Interactive Atomic Model According to Bohr, Student-Set, 1005320 [W19902], Atomic models](/thumblibrary/W19902/W19902_01_140_140_Interactive-Atomic-Model-According-to-Bohr-Student-Set.jpg)
![Molecular Shapes, Molyorbital™, 8 Models, 1005294 [W19758], Molecular orbitals](/thumblibrary/W19758/W19758_01_140_140_Molecular-Shapes-Molyorbital-8-Models.jpg)
![Class-Set - Inorganic/Organic Chemistry, Orbit™, 1005306 [W19805], Molecule Building Sets](/thumblibrary/W19805/W19805_01_140_140_Class-Set-InorganicOrganic-Chemistry-Orbit.jpg)
![Organic Molecule Set S, molymod®, 1005290 [W19721], Molecule Building Sets](/thumblibrary/W19721/W19721_01_140_140_Organic-Molecule-Set-S-molymod.jpg)
![The Orbit Molecular System Basic Set, 1005308 [W19807], Molecular Models](/thumblibrary/W19807/W19807_01_140_140_The-Orbit-Molecular-System-Basic-Set.jpg)
![Interactive Atomic Model According to Bohr, Class-Set, 1005319 [W19901], Atomic models](/thumblibrary/W19901/W19901_01_140_140_Interactive-Atomic-Model-According-to-Bohr-Class-Set.jpg)