Vaccination rates are often presented at the level of a country or region. However, within those areas there might be geographic or demographic pockets that have higher or lower vaccination rates. We use an agent-based model designed to simulate the spread of measles in Irish towns to examine if the effectiveness of vaccination rates to reduce disease at a population level is sensitive to the uniformity of vaccinations across socioeconomic groups. We find that when vaccinations are not applied evenly across socioeconomic groups we see more outbreaks and outbreaks with larger magnitudes
BACKGROUND: Subnational heterogeneity in immunity to measles can create pockets of susceptibility an...
Background: Measles cases continue to occur among susceptible individuals despite the elimination of...
grantor: University of TorontoUsing epidemic simulations in randomly mixing and stratifie...
BACKGROUND: Routine vaccination supplemented by planned campaigns occurring at 2-5 y intervals is th...
The dynamics that lead to the spread of an infectious disease through a population can be characteri...
The rubeola virus, commonly known as measles, is one of the major causes of vaccine-preventable deat...
Measles and mumps are two of the most commonly occurring vaccine-preventable diseases in the develop...
BACKGROUND: Social and cultural disparities in infectious disease burden are caused by systematic di...
In understanding the dynamics of the spread of an infectious disease, it is important tounderstand h...
In 1998 an article published by Andrew Wakefield in The Lancet (volume 351, pages 637-641) led to co...
High overall vaccination levels sometimes hide pockets of poor coverage. We adopted a meta-populatio...
Routine vaccination supplemented by planned campaigns occurring at 2–5 y intervals is the core of cu...
Mathematical models of infectious disease are increasingly capable of capturing spatial and demogra...
The winter 2014-15 measles outbreak in the US represents a significant crisis in the emergence of a ...
The winter 2014-15 measles outbreak in the US represents a significant crisis in the emergence of a ...
BACKGROUND: Subnational heterogeneity in immunity to measles can create pockets of susceptibility an...
Background: Measles cases continue to occur among susceptible individuals despite the elimination of...
grantor: University of TorontoUsing epidemic simulations in randomly mixing and stratifie...
BACKGROUND: Routine vaccination supplemented by planned campaigns occurring at 2-5 y intervals is th...
The dynamics that lead to the spread of an infectious disease through a population can be characteri...
The rubeola virus, commonly known as measles, is one of the major causes of vaccine-preventable deat...
Measles and mumps are two of the most commonly occurring vaccine-preventable diseases in the develop...
BACKGROUND: Social and cultural disparities in infectious disease burden are caused by systematic di...
In understanding the dynamics of the spread of an infectious disease, it is important tounderstand h...
In 1998 an article published by Andrew Wakefield in The Lancet (volume 351, pages 637-641) led to co...
High overall vaccination levels sometimes hide pockets of poor coverage. We adopted a meta-populatio...
Routine vaccination supplemented by planned campaigns occurring at 2–5 y intervals is the core of cu...
Mathematical models of infectious disease are increasingly capable of capturing spatial and demogra...
The winter 2014-15 measles outbreak in the US represents a significant crisis in the emergence of a ...
The winter 2014-15 measles outbreak in the US represents a significant crisis in the emergence of a ...
BACKGROUND: Subnational heterogeneity in immunity to measles can create pockets of susceptibility an...
Background: Measles cases continue to occur among susceptible individuals despite the elimination of...
grantor: University of TorontoUsing epidemic simulations in randomly mixing and stratifie...