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| The statistical analysis of serological data |
| Michiel van Boven |
Influenza A patterns of immunity and infection revealed by antibody protein microarray |
| Benny Borremans & Jonas Reiniers |
Using serological data to estimate the time since infection |
| Ruth Nysen |
Constrained generalised profiling inference for biomathematical models with applications to serological |
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| Using serological data to inform public health |
| James Wood |
Evaluating measles outbreak potential in Australia |
| Steven Abrams |
A method to assess outbreak risk in highly vaccinated populations using spatial seroprevalence data: an application to MMR in Belgium |
| Annelie Vink |
Serological surveys for monitoring the effects of HPV vaccination: projections of infection-induced seroprevalence in partly vaccinated populations |
| Poster Session |
| The statistical analysis of social contact (network) data |
| Timo Smieszek |
How to measure social mixing: pathogen biology and host behaviour, measurement methodology and practice, unknowns and research needs |
| Carlos Grijalva |
A household-based study of contact networks in the highlands of Peru relevant for the spread of infectious diseases |
| Nele Goeyvaerts |
Within-household contact networks: implications for epidemic modeling |
| Eva Santermans |
Using the social contact hypothesis to elucidate the transmission potential of VZV in European countries |
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| Topics in infectious disease epidemiology – part I |
| Chris Kenyon |
The serosociology of STIs in sub-Saharan Africa – an ecological perspective |
| Wim Delva |
Variability and heritability of HIV viral load: when or why should modellers care? |
| Fei Meng |
Age mixing relationships and HIV prevention |
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