BY 30 – Fall 2001
3.1.
Carbon-based Compounds and their Reactions
a. 4
b. carbohydrates; lipids; proteins; nucleic acids
c. hydroxyl; methyl; COOH; NH2; phosphate
d. hydrophobic; water
e. monomers; polymers; dehydration
f. hydrolysis
3.2. Carbohydrates and Their Functions
a. sugars; starches; glycogen; cellulose
b. 2; 1
c. monosaccharides; disaccharides; polysaccharides
d. nutrient; ATP; glycogen; fats
e. starch; liver; muscle; polysaccharides
f. deoxyribose; ribose; cellulose
g. glycoside linkage
3.3. Carbohydrate Structures and their Reactions
b. glucose
c. fructose; galactose; C6H12O6; 6; hexoses
d. disaccharide; dehydration; maltose; sucrose; galactose
e. sucrose; milk sugar
f. sweet; insoluble
3.4. Lipids: Structure and Function
a. neutral fats; phospholipids; steroids; eicosanoids
b. oxygen; polar; hydrophobic
c. fats; oils
d. adipose; protection; insulation
e. carboxyl; unsaturated; saturated; polyunsaturated
f. unsaturated; saturated fats
g. 3; glycerol; 2; 1
h. dehydration
i. 2; phosphate
j. amphipathic; polar; membranes
k. steroids; cholesterol
l. bile salts; vitamin D; hormones
m. eicosanoids; 20; prostaglandins