| Date
|
Topic |
Readings |
| Tu 5/31
|
1. Introduction, cells, and microscopy; lecture
1
|
pp1-38
|
| W 6/01 |
2. Chemical components of cells and energy;
lecture 2 |
pp. 39-98 |
| Th 6/02 |
3. Activated carrier molecules and Protein; lecture 3 |
pp.98-140 |
| M 6/06 *
|
4. Proteins: shape, structure, function, and regulation; lecture
4 |
pp. 140-170 |
| Tu 6/07
|
5. DNA and chromosomes and DNA replication; lecture 5 |
pp. 171-217 |
| W 6/08
|
6. DNA repair and Transcription; lecture 6 |
pp. 227-246 |
| Th 6/09 * |
7. Transcription and translation; lecture 7 |
pp. 246-260; 264-267 |
| M 6/13 |
Exam 1 (Chapters 1-6) |
|
| Tu 6/14 |
8. Gene expression; lecture 8
|
pp. 269-296 |
| W 6/15
|
9. Genomes and DNA technology; lecture 9 |
pp. 309-362 |
| Th 6/16 * |
10. Manipulating genes; lecture 10 |
pp. 327-362 |
M 6/20 |
11. Membrane structure and transport; lecture 11 |
pp. 363-423 |
| Tu 6/21 |
Exam 2 (Chapters 7-10) |
|
| W 6/22 |
12. Membrane transport and Energy from food; lecture 12
|
pp. 387-452 |
| Th 6/23 |
13. Energy from food and Mitochondria; lecture 13 |
pp. 453-476 |
M 6/27 *
|
14. Chloroplasts and Intracellular compartments I; lecture 14
|
pp. 476-530 |
Tu 6/28
|
15. Intracellular compartments II; lecture 15 |
pp. 495-530 |
| W 6/29 |
16 . Cell communication; lecture 16 |
pp. 530-570 |
Th 6/30
|
Exam 3 (Chapters 11-15)
|
|
M 7/04
|
July 4th Holiday |
|
Tu 7/05
|
17. Cytoskeleton; lecture 17
|
pp.570-590 |
W 7/06*
|
18. Cytoskeleton and cell cycle; lecture 18
|
pp. 590-622 |
Th 7/08
|
19. Cell cycle and Apoptosis; lecture 19
|
pp. 622-650 |
M 7/11*
|
20 . Tissues and stem cells; lecture 20
|
pp. 689-717 |
Tu 7/12
|
21 . Stem cells and cancer; lecture 21 |
pp. 717-731 |
| W 7/13 |
Exam 4 (Chapters 16-18, 20) |
|
| |
|
|
