Analysis of infectious disease data, spring 2008
Analysis of infectious disease data, spring 2008
Lecturer
Scope
6 cu.
Type
Advanced studies.
Contents
The preliminary contents is as follows:
(Powerpoint presentation) | |
Introduction to chain binomial models | |
More on chain binomial models | |
Bayesien data augmentation forchain binomial models | |
Random effect models | |
Continuous time models (estimation of infectiousness and latency) | |
Exercises | |
Modelling larger outbreaks | |
"Modelling larger outbreaks" continues (in Finnish) | |
"Modelling larger outbreaks" continues (in English) | |
Estimation of vaccine efficacy |
Course description
This course gives an introduction to statistical analysis of infectious diseasedata. Examples of typical problems for data analysis include estimation of the (mean) duration of infection or the mean number of secondary cases a case produces during his/her period of infection. The course covers some basic approaches, relying on both the frequentist and the Bayesian paradigms. The latter are particularly convenient for the analysis of infectious disease data, because the data are often incomplete (e.g. the times of infection are not directly observed).
Background material
- N.G. Becker: Analysis of Infectious Disease Data, Chapman and Hall, 1989
- R. Anderson and R. May, Infectious Diseases of the Humans, Oxford University Press
- M.E.Halloran: Concepts of Infectious Disease Epidemiology in Modern Epidemiology, eds. Rothman and Greenland, Lippincott and Raven, 1998
- Course notes (to be published during the course on this web page)
Exercises
There are three Excercises to choose from. The first one concerns the analysis of the Abakaliki data. The two other excercises deal with models for outbreaks of SARS (exercise II) and common flu (exercise III). Instructions can be found below.