The increasing use of mathematical models and computational techniques urges us to analyse how these methods have developed within public health research and policy. This book introduces a
life cycle metaphor that integrates different developmental stages of modelling, providing a broader understanding of the use of mathematical models. By exploring how our lives are affected
by the risk of infections and what we can do to control them, the author shows how modelling techniques can prevent, predict and help study infectious outbreaks. The life cycle metaphor is
complemented by evidence from several case studies of infectious disease modelling (MMR diseases, pandemic outbreak, animal health). This book offers new insights on modelling techniques used
for infectious diseases, inviting the reader to reflect on how strongly we rely on models and how these could be used more wisely.
