Genome
Projects |
W
1/10
|
Introductory
Lecture |
F
1/12
|
Genome
Browse-a-thon
|
M
1/15
|
Martin Luther King Day
|
W
1/17
|
The
Human Genome Project
|
F
1/19
|
Animal
and Plant Genome Projects
|
M
1/22
|
Microbial
Genome Projects
|
|
Genome
sequencing technology |
W
1/24
|
Sequencing
Basics
|
F
1/26
|
Discussion Paper 1
|
M
1/29
|
Whole
Genome Sequencing |
W
1/31
|
Genome
Annotation
|
F
2/02
|
BLAST
and HMMs
|
M
2/05
|
Comparative
genomics
|
W
2/07
|
Gene Ontologies
|
F
2/09
|
Discussion Paper 2
|
M
2/12
|
Emerging
Technologies
|
|
SNPs and genomic variation |
W
2/14 |
Polymorphism
and Variation
|
F
2/16 |
Population and Quantitative Genetics (LG)
|
M 2/19
|
Linkage
mapping
|
W 2/21
|
Haplotypes and Linkage
Disequilibrium
|
F 2/23
|
Association Studies
|
M 2/26
|
Case Study: Genetics of Human Memory
|
|
|
W
2/28 |
Mid-Term Exam (in class) |
F 3/02
|
Discussion Paper 3 |
3/5 - 3/9
|
Spring Break
|
M 3/12
|
Exam Review
|
| |
Microarrays |
W
3/14 |
Gene
Expression Profiling
|
F
3/16 |
Microarrays and GeneChips
|
M
3/19 |
Analysis
of microarray data
|
W
3/21 |
Experimental design
|
F
3/23 |
Discussion Paper 4
|
M
3/26 |
SAGE;
single gene methods
|
W
3/28 |
Microarrays and human disease
|
F
3/30 |
Microarrays in ecology and evolution
|
|
Proteomics
|
M
4/02
|
Proteomics
Basics
|
W
4/04
|
Andrew Beelen - GSK and Malaria |
F
4/06
|
Easter
|
M 4/09
|
Mass
Spectrometry
|
|
Functional genomics
|
W 4/11
|
Forward
and Reverse Genetics
|
F
4/13
|
Discussion Paper 5 |
M 4/16
|
Fine structure Genetics
|
W 4/18
|
Interactomics
|
F
4/20
|
Discussion Paper 6
|
|
Metabolomics
|
M 4/23
|
Metabolite profiling
|
W
4/25
|
Systems Biology
|
F
4/27
|
Final Review
|
