Job description
Protecting older adults from infectious diseases is a major societal challenge and a prerequisite for healthy ageing. The age-related decline in immune competence leads to an increased risk of severe infection and lowers the efficacy of vaccination. The exact causes of the decline in immune competence, and in particular why the rate of decline is different for every individual are poorly understood. In the current project we will use innovative molecular and immunological tools to uncover the determinants predicting whether or not an older individual will be sufficiently protected from infection by vaccination. Your research will focus on understanding why some individuals, particularly older adults, do not achieve optimal protection after vaccination. To answer this question, you will generate novel functional immunology data from two unique longitudinal cohorts of vaccinated individuals whose immune systems have been thoroughly profiled. You’ll apply advanced visualization and statistical analyses in R. In addition, you will use in vitro models systems and analyse (single-cell) data from ex vivo experiments to gain deeper insight into the immuno-epigenetic processes that underlie vaccine response. You will collaborate within a multidisciplinary team of researchers from three Dutch institutes. Based on your findings, you will present at scientific conferences and write multiple articles for submission to leading academic journals.