| NO. |
DATE |
TOPIC
|
|
|
January |
| 1 |
7
|
organizational meeting |
| 2 |
12
|
Genetic Engineering - Agrobacterium |
| 3 |
14 |
Lab 1: Introduction to Unix |
| 4 |
19 |
Transformation methods |
| 5 |
21 |
Lab 2: Making your own web site |
| 6 |
26 |
Transformation methods; Factors
affecting expression of transformed genes |
| 7 |
28 |
Factors affecting expression of
transformed genes
Genetic Engineering: Examples |
|
February |
| 8 |
2 |
Environmental, Safety and Regulatory
aspects of biotechnology |
| 9 |
4
|
Molecular markers - technologies |
| 10 |
9
|
Mapping with molecular markers |
| 11 |
11
|
Quantitative trait loci, marker
assisted selection |
| 12 |
23
|
Genomics: Constraints of biology on
genetics, Arabidopsis |
| 13 |
25
|
Genomics: Gene expression |
|
March |
| 14 |
1
|
Genomics: gene expression |
| 15 |
3
|
The Developing Seed |
| 16 |
8
|
Cellular Mechanisms Underlying
Differentiation |
| 17 |
10
|
Differentiation and vegetative growth |
| 18 |
15
|
Hormonal regulation of gene
expression and development |
| 19 |
17 |
Photobiology: phytochrome-mediated
gene expression |
| 20 |
22
|
Regulatory pathways |
| 21 |
24
|
Circadian cycles; Blue light |
| 22 |
29
|
Flowering |
| 23 |
31
|
Molecular Plant Pathology :
genetics, avr and R genes |
|
April |
| 24 |
5
|
Defense responses |
| 25 |
7
|
Defense responses |