Propane ( C3H8 ) is the backbone molecule of glycerol. Each carbon in the propane chain
has a hydrogen removed and replaced by an O-H hydroxyl group. The three hydroxl groups are key to giving glycerol its most useful properties. You have :
H2COH-CHOH-CH2OH
The IUPAC name for this product is propane-1-2-3-triol.
Propane's formula is C3H8. Link three carbon atoms into a chain then attach a hydrogen atom at every open bonding site, and you have propane. If you were to peel off three of those hydrogens, one from each carbon, stick oxygen atoms where they once were, and put the hydrogens back, you would have glycerol.
triglycerides
Glycerol
Glycerol is a subunit of triglycerides. In a triglyceride, three fatty acids bond to the three carbon atoms of the glycerol molecule.
Fatty acids are known as isomers. Glycerol are also isomers.
Ur Welcome ;)Lipids are composed of three fatty acid chains linked to a glycerol backbone
One glycerol molecule and three fatty acid molecule
Glycerol is a subunit molecule of a lipid. It is a three carbon alcohol that forms the backbone of most lipid molecules in the body.
The three molecules attached to glycerol backbone are long chain fatty acids.
glycerol
The radius of a glycerol molecule is about 4.35 angstroms.
the glycerol is attached to 3 fatty acids
Fatty acids and glycerol may combine to form monoglycerides, diglycerides and triglycerides (normal fats and oils). Addition of a phosphate group to a diglyceride will give a membrane lipid (phospholipid).
Glycerol
Glycerol
To form a molecule of fat, the two types of molecules that are needed are glycerol and fatty acid. One glycerol molecule attaching itself to three molecules of fatty acid will give one molecule of fat.
Glycerol (glycerin) exist in all triglycerides.
lipid
lipid