Carbon, Hydrogen, Oxygen
single sugars that are complsed of one sugar ring
glucose, fructose, galactose
glucose
glucose alpha, star h
glucose beta, cellulose
c6h12o6
2 monosaccharide reaidues joined together
a covalent bond called a glycosidic linkage between soecific hydroxyl groups
sucrose, maltose, lactose
many monosaccharide residues joined together
enerfy storage for plants
energy source for humans
anykase enzyme breaks down starch
component of plant cell walls, importsnr for structure
humans are unable to digest the linkages linkages between the beta glucose in cellulose (fibre)
cows and sheep can break down cellulose
energy storage molecule in amimals
excess glucose is converted to glycogen for soreage in cells of liver and muscles
enzymes breakdown glycogen during excercise to release glucose
hydroxyl
carboxyl
amino
sulfhydryl
phosphate
aldehydes
CO
the bonding of two monosaccharides to form a dissacharide leavinf water left