Modelling inheritance in pedigrees and populations, spring 2010

Last modified by varvio@helsinki_fi on 2024/03/27 10:03

Modelling inheritance in pedigrees and populations, spring 2010

Lecturer

Sirkka-Liisa Varvio

Scope

4 cu - 6 cu

Type and prerequisites 

Advanced studies, no formal prerequisites. The course is tailored for Bioinformatics Master program (MBI) students and suitable to all students interested in population genetics and genomics, pedigree and haplotype inference, coalescence (see below).

Time schedule

Tue 19. Jan, 14-18 in room B120.
 Tue 26. Jan - 23. Feb 14-16 in room B120, 16-18 in computer class B221 (Jussi Kollin, jussi.kollin at cs.helsinki.fi).
 Tue 2. March 14-17 in room B120, homework (other than computer class execises) presentations.

Exams

There will be no exam. Grading is based on computer exercise reports, home assignments and literature surveys (scope 4-6cu).
 Grading is fail/pass or, if desired, 1-5.

Contents of lectures, computer class exercises, and homework

The course is about population genetics, evolutionary factors which shape population structures, coalescence, haplotypes, an emphasis is in human populations, data analysis and simulation methods which lead to understanding human population genomic structures and human diseases (the course is not, however, a disease gene mapping course).

Week

Lectures

Recent review papers on the lecture topics

 

1


 

3

 

 

4

Lectures on haplotypes, LD, coalescence continue

 

5

mtDNA haplotypes and demo: ´Median joining haplotypes´ 

 

 

6

Human population genetics, Fst,  differentiation, Wright-Fisher cont

 

Week

Computer class

To do before next computer class session

 

1

 

 

2

Work for some preliminary results from Assignment 1b..pdf

 

3

Work further with assignment 1b, population comparisons etc.

Learn from here more haplotype tools: http://www.broadinstitute.org/mpg/haploview
Read:Calibrating coalescence simulation.pdf
       Hudson simulator..pdf

 

4

A look at assignment 1b, what is the situation now.
Coalescence simulation.

 

 

5

 

 

6

Results from assignment 1b. 

Submit results from assignment 2 to Student page

 

7

Results from assignment 2

 

 

Student page

Registration

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