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Review
Chapter 1
• 1.1 Biochemical unity underlies biological
diversity
• 1.2 Structure of bases and know the forces
that stabilizes double helix:
• 1.3 Concept of chemistry explains properties
of biological molecules
• 1.4 Not requested
Chapter 2
• 2.1 Amino acid residues; structure, properties
and pKa
• 2.2 Properties of peptide bond
• 2.3 secondary structure of proteins
• 2.4 tertiary structure
• 2.5 quaternary structure
• 2.6 folding
Chapter 3
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3.1 protein purification
3.2 Immunology
3.3 MS ( not requested)
3.4 Peptide synthesis (not requested)
3.5 X-ray and NMR
Chapter 4
• 4.1 know bases (A T C G and U) ; write the
structure of short oligonucleotide
• 4.2 properties of double helix; complementary
sequence
• 4.3 semiconservative replication; DNA meliting
and stability
• 4.4 DNA replication
• 4.5 RNA
• 4.6 codon
• 4.7 RNA processing
Chapter 5
• Not included on the final exam
Chapter 7
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7.1 Mb and Hb properties
7.2 cooperative binding
7.3 Bohr effect
7.4 not
Chapter 8
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8.1 Properties of enzymes
8.2 not
8.3 Mechanism of enzymatic catalysis
8.4 Michaelis Menton Model of enzymatic
kinetics
• 8.5 Inhibition (not page 237-242)
Chapter 9
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•
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9.1 serine proteases (including scheme 9.8)
9.2 carbonic anhydrase (including 9.25)
9.3 restriction enzyme
9.4 myosin (including scheme 9.47)
Chapter 10
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10.1 allosteric regulation
10.2 isoenzymes
10.3 covalent modification
10.4 chymotrypsin activation (not blood
clotting)
Chapter 11
• Page 315-326
• 11.1 monosacharide (know structure of
glucose galactose and fructose in linear and
cyclic form
• 11.2 know structure of sucrose lactose and
maltose; know properties of starch glycogen
and cellulose
• 11.3 glycoproteins,
Chapter 12
• 12.1 fatty acids
• 12.2 phospholipids (finish at page 346
cholesterol)
• 12.3 kow proptertis of phorpholipids
• 12.4 membrane proteins no
• 12.5 yes
• 12.6 no
Chapter 15
• 15.2 properties of ATP
• 15.3 oxidation of carbon fuels
• 15.4 recurring motifs (know structure of NADH
FADH and CoA)
• Know energy charge phosphorylation
potential
Chapter 16
• 16.1 glycolysis pages 449-465
• Know scheme 16.2 (names of intermediates,
structures and enzymes)
• Know pyruvate to lactate conversion and
pyruvate to ethanol conversion reactions
• From page 449-465
• No catalytic mechanisms (16.5; 16.8)
Chapter 17
• Know the cycle Figure 17.15
• Intermediates reactants and products
enzymes
• Energy of the cycle (page 508-509)
Chapter 18
• Will not be included on the final