Note: Below is the 2016 course schedule. We are currently finalising the schedule for this year. We will update this page to reflect the new schedule in due course.
Introduction to statistics for geneticists - Dr. Krista Fischer
Basics of probability theory, binomial and normal distribution, polygenic inheritance and complex traits, allele frequencies in population, Hardy-Weinberg equilibrium, linear and logistic regression, additive genetic model, test significance, type I error and multiple testing.
Introduction to Linux and R – Dr. Reedik Mägi
Interface, command line and basic commands, functions, text editors, saving commands in scripts and running scripts, installing software tools for statistical analysis of genetic data, versions, data storage. Linux as environment for PLINK software tool. Basics of R usage to run graphical tools for genome-wide data and analysis results.
Introduction to genome-wise association studies (GWAS) - Dr. Marika Kaakinen
Principles of linkage disequilibrium (LD) and SNP tagging for genome-wide genotyping array design, analysis and imputation; haplotypes, study design, sample size and statistical power, use UCSC browser and NHGRI GWAS catalogue.
Quality control (QC) for GWAS - Dr. Inga Prokopenko and Dr. Reedik Mägi
Sample and variant QC :on individuals (samples) for missingness, gender checks, duplicates and cryptic relatedness, population outliers, heterozygosity and inbreeding; and on SNPs for missingness, minor allele frequency and Hardy-Weinberg equilibrium.
Association analysis - Dr. Inga Prokopenko
Analyses of data using PLINK software, including genetic models used for statistical analysis, covariates and adjustments, basic types of single-variant analyses, graphical representation of the output results.
Population structure - Professor Andrew P. Morris
Identification of population outliers in GWAS and methods for detecting and accounting for structure within populations. Use of PLINK for principal components analysis and association analysis adjusting for structure.
Imputation of GWAS - Dr. Inga Prokopenko
GWAS reference panels, including HapMap and 1000 Genomes Projects, reference haplotypes, imputation with IMPUTE software, phasing and imputation steps, chromosome chunks, combining chinks for imputed data analysis, quality of imputation, imputed genotypes probability.
Meta-analysis of GWAS - Prof. Andrew P. Morris
Combining association summary statistics across GWAS using fixed-and random-effects meta-analysis. GWAMA software to perform meta-analysis.
Professor Phillipe Froguel (Type 2 diabetes and obesity: what GWAS has taught us).
Analysis of rare variants - Professor Andrew P. Morris
Rationale for rare variant analysis. Methods for assaying rare variation. Methods for the analysis of rare variants. GRANVIL software for testing association with rare variants.
Q&A session with the course leaders