Schedule: Environmental Impacts on Genome Stability
9:30 - 10:15: Plant genome and its body. (Marc Curtis)
1. Life-cycle
2. Life-cycle: plants vs. animals
3. The Genome
5. Genome maintenance/stability functions
6. Advantages of Arabidopsis as system of study
Observing aspects of the plant life-cycle: microscopy and
time-lapse photography
Toxin infiltration of Arabidopsis leaves
11:50 - 1:30: Lunch
2:30 - 4:00: In the lab.
1. Preparing agar plates
2. Sowing seed on soil or agar plates
3. Growth conditions
4. Begin processing leaves for GUS spots
9:00 - 9:45: A perilous world for the genome. (Marc Curtis)
1. DNA damage
a. Endogenous
b. Exogenous
i. Abiotic stress
ii. Biotic stress
10:00-10:45: Arabidopsis and plant disease – biotic stress. (Jenny Lorang)
Ultraviolet irradiation (abiotic stress) of plants
Observe previously irradiated plants
11:50 - 1:30: Lunch
1. DNA repair
2. Mutagenic pathways
Web resources: How to browse a genome database
9:00 - 9:20: Genotype to phenotype: Mutants and natural variation (Marc Curtis)
a. classic breeding
b. induced-mutagenesis
c. transgenics
9:20 - 9:45: Transgenics in basic research and agriculture (Walt Ream)
10:00-10:25: Arabidopsis and genomics (Elizabeth Chapman)
Sequencing, microarrays and RNAs
11:00-11:35: Arabidopsis natural variation and resistance gene evolution
1) Finish processing leaves for GUS spots
2) Scoring GUS spots
3:00 - 4:00: Critique, feedback, suggestions, discussion, plan of action.

