Protein Structure (ch. 3 & 4)
protein folding, secondary structure, tertiary structure, structural motifs, quaternary structure, methods of structural determination

Enzyme Kinetics (ch. 8)
chemical kinetics, catalyzed reactions, kinetic parameters, two substrate enzymes, enzyme inhibition, enzyme inactivation

Enzyme Mechanisms (ch. 9)
proximity effect, acid-base catalysis, electrostatics, nucleophilic catalysis, case studies: serine proteases, ribonuclease, carbonic anhydrase, lactate and malate dehydrogenases

Enzyme Regulation (ch. 10)
proteolysis, covalent modification, allosteric regulation, case studies: aspartate transcarbamoylase, glycogen phosphorylase

Metabolic Strategies (ch. 14)
energy requirements, metabolic pathways, enzyme clusters, pathway regulation, pathway analysis

Polysaccharide Metabolism(ch. 21)
disaccharide synthesis, polysaccharides, oligosaccharide synthesis, glycogen degradation & synthesis

Lipids, Membranes and Steroids (ch. 26)
phospholipid synthesis, sphingolipid synthesis, eicosanoids, cholesterol synthesis, lipoprotein metabolism, membranes

Lipids, Membranes and Steroids (continued)

Amino Acid Metabolism (ch. 23 & 24)
protein degradation, urea cycle, glutamate pathway, serine pathway, aspartate pathway, pyruvate pathway, aromatic amino acids,

Amino Acid Metabolism (continued)
genetic diseases, essential amino acids, nitrogen fixation, non-protein amino acid metabolism

Nucleotide Metabolism (ch.25)
nucleotide components, purine synthesis, pyrimidine synthesis, deoxynucleotides, inhibition of nucleotide synthesis, nucleotide catabolism, regulation of nucleotide metabolism

Protein Synthesis (ch. 29)
tRNA synthetases, ribosome, protein factors

Integration of Metabolism (ch. 30)
metabolic regulation, tissue specificity, metabolic adaptation