Course Introduction
08/25
What is Biochemistry?
08/27
Start: 24:15
End: 33:30
Length: 9:15
On Becoming a Scientist
Water
08/29
Chp. 2 p. 47–58
May the Forces Be with You
09/03
Chp. 2 p. 47–58
Start: 10:22
End: 17:59
Length: 7:37
What lava lamps and vinaigrette can teach us about cell biology
Data Analysis with Spreadsheets
09/05
Ionization and Buffers
09/08
Amino Acids
09/10
Chp. 3 p. 75–85
Protein Purification
09/12
Chp. 3 p. 85–96
Protein Purification (continued)
09/15
Chp. 3 p. 85–96
Protein Purification (continued)
09/17
Chp. 3 p. 85–96
Peptide Structure
09/19
Chp. 4 p. 115–125
Protein Structure
09/22
Chp. 4 p. 125–142
Protein Structure (continued)
09/24
Chp. 4 p. 125–142
Start: 0:55
End: 9:58
Length: 9:03
From Computational Design to a Protein That Binds
Ligand Binding
09/26
Chp. 5 p. 157–174
Steady–State Enzyme Kinetics
09/29
Chp. 6 p. 198–204
Multiple Substrate/Reversible Inhibition Enzyme Kinetics
10/01
Chp. 6 p. 204–213
General Principles of Enzyme Catalysis
**final lecture in Unit I
10/03
Chp. 6 p. 187–198
Enzyme Reaction Mechanisms
10/06
Chp. 6 p. 213–225
Enzyme Reaction Mechanisms (continued)
10/08
Chp. 6 p. 213–225
Enzyme Regulation
10/10
Chp. 6 p. 225–236
Thermodynamics
10/13
Chp. 13 p. 495–501
Biochemical Reactions
10/15
Chp. 13 p. 501–527
No Class—Fall Recess
10/17
Glycolysis
10/20
Chp. 14 p. 533–553
Glycolysis (continued)
10/22
Chp. 14 p. 533–553
Glycolysis (continued)
10/24
Chp. 14 p. 533–553
Fermentation
10/27
Chp. 14 p. 553–558
Start: 10:53
End: 12:29
Length: 1:36
Cheers to ALDH1B1, the versatile enzyme that breaks down alcohol and fights viruses
Gluconeogenesis
10/29
Chp. 14 p. 558–565
Regulation of Glycolysis/Gluconeogenesis
10/31
Chp. 15 p. 575–600
Citric Acid Cycle
11/03
Chp. 16
Citric Acid Cycle (continued)
11/05
Chp. 16
Citric Acid Cycle (continued)
11/07
Chp. 16
Electron Transport Chain
11/10
Chp. 19 p. 711–728
ATP Synthesis
**final lecture in Unit II
11/12
Chp. 19 p. 728–741
Photophosphorylation
11/14
Chp. 20 p. 755–774
Photophosphorylation (continued)
11/17
Chp. 20 p. 755–774
Carbohydrate Biosynthesis
11/19
Chp. 20 p. 780–798
Carbohydrate Biosynthesis (continued)
11/21
Chp. 20 p. 755–774
No Class—Thanksgiving Recess
11/24
No Class—Thanksgiving Recess
11/26
No Class—Thanksgiving Recess
11/28
Urea Cycle
12/01
Chp. 18 p. 675–690
Amino Acid Degradation Pathways
12/03
Chp. 18 p. 690–705
Amino Acid Degradation Pathways (continued)
12/05
Chp. 18 p. 690–705
Amino Acid Biosynthesis
12/08
Chp. 22 p. 859–880
Amino Acid Biosynthesis (continued)
12/10
Chp. 22 p. 859–880
