| Topics |
Key topics Sessions |
Key dates |
Readings |
| CHEMISTRY OF THE CELL |
1. Cell components (Slide 1 – 19) |
|
Molecular Biology of the Cell, chapter 2. |
| CHEMISTRY OF THE CELL |
2. Weak chemical bonds; Genome organization (Slide 20 – 35) |
|
Molecular Biology of the Gene (MBG), pp. 45-53.MBG, pp. 130-159. |
| CONSTANCY OF DNA |
3. Overview of DNA replication (Slide 1 – 13) |
|
MBG, chapter 8, pp. 181-232. |
| CONSTANCY OF DNA |
4. Functioning replication fork (Slide 14 – 30) |
|
MBG, chapter 8, pp. 181-232. |
| VARIATIONS OF DNA |
5. DNA mutation and repair (Slide 1 – 14) |
|
MBG, chapter 9, pp. 235-257. |
| VARIATIONS OF DNA |
6. DNA Recombination (Slide 15 – 27) |
|
MBG, chapter 10 and 11, pp. 259-290 and 293-342. |
| VARIATIONS OF DNA |
7. DNA Transposition (Slide 28 – 38) |
|
MBG, chapter 10 and 11, pp. 259-290 and 293-342. |
| GENE EXPRESSION |
8. Transcription in Prokaryotes (Slide 1 – 14) |
|
MBG, chapter 12, pp. 347-361. |
| GENE EXPRESSION |
9. Transcription in Eukaryotes (Slide 15 - 33) |
|
MBG, chapter 12 and 13, pp. 363-376 and 379-408. |
| PROTEIN SYNTHESIS |
10. Genetic Code (Slide 1 – 16) |
|
MBG, chapter 15, pp. 461-478. |
| PROTEIN SYNTHESIS |
11. Translational process (Slide 17 – 33) |
|
MBG, chapter 14, pp. 411-456. |
| REGULATION OF GENE EXPRESSION IN PROKARYOTES |
12. Regulation of gene expression in prokaryotes (Slide 1 – 22) |
|
MBG, chapter 16, pp. 483-525. |
| REGULATION OF GENE EXPRESSION IN EUKARYOTES |
13. Control of gene expression at the level of chromatin structure and transcription (Slide 1 – 16) |
|
MBG, chapter 17, pp. 529-571. |
| REGULATION OF GENE EXPRESSION IN EUKARYOTES |
14. Control of gene expression at the level of post-translation (Slide 17 – 29) |
|
MBG, chapter 17, pp. 529-571. |
| METHODS |
15. Some basic methods in Molecular Biology (Slide 1 – 22) |
|
MBG, chapter 20, pp. 647-679. |
| METHODS |
16. Genomic approaches (Slide 23 – 30) |
|
MBG, chapter 20, pp. 647-679. |
