Vaccine induced protection against infection is often random because of primary vaccine failures and variation in the immune systems of hosts. We introduce a concept of protective vaccine efficacy in terms of mean relative susceptibility of vaccinated individuals and derive both a lower and an upper bound for it. These bounds apply for all distributions of the vaccine response and can be estimated from data on the size of a major epidemic. Standard errors are given for estimates of the bounds. Bounds are also given for the vaccination coverage required to prevent epidemics and these are also estimable from data on the size of a major epidemic. The results are applied to data on an outbreak of mumps
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
Background: Motivated by the unexplained variation in the performance of some vaccines across differ...
<p>Field estimate (vertical axis) represents the vaccine effectiveness estimate derived from empiric...
Vaccine response is often random because of possible vaccine failures and variation in the immune sy...
We consider the impact of a vaccination programme on the transmission potential of the infection in ...
This paper considers the effect of imperfect vaccination in a susceptible-infected-removal (SIR) epi...
<div><p>Classical approaches to estimate vaccine efficacy are based on the assumption that a person'...
Classical approaches to estimate vaccine efficacy are based on the assumption that a person's risk o...
If a vaccine does not protect individuals completely against infection, it could still reduce infect...
Many novel vaccines can cover only a fraction of all antigenic types of a pathogen. Vaccine effectiv...
The authors consider estimability and interpretation of vaccine efficacy based on time to event data...
This paper deals with a stochastic Susceptible-Infective-Vaccinated-Susceptible (SIVS) model with in...
Vaccine effect, as measured in clinical trials, may not accurately reflect population-level impact. ...
“Leaky” vaccines are those for which vaccine-induced protection reduces infection rates on a per-exp...
Mathematical models of epidemics have a long history of contributing to the understanding of the imp...
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
Background: Motivated by the unexplained variation in the performance of some vaccines across differ...
<p>Field estimate (vertical axis) represents the vaccine effectiveness estimate derived from empiric...
Vaccine response is often random because of possible vaccine failures and variation in the immune sy...
We consider the impact of a vaccination programme on the transmission potential of the infection in ...
This paper considers the effect of imperfect vaccination in a susceptible-infected-removal (SIR) epi...
<div><p>Classical approaches to estimate vaccine efficacy are based on the assumption that a person'...
Classical approaches to estimate vaccine efficacy are based on the assumption that a person's risk o...
If a vaccine does not protect individuals completely against infection, it could still reduce infect...
Many novel vaccines can cover only a fraction of all antigenic types of a pathogen. Vaccine effectiv...
The authors consider estimability and interpretation of vaccine efficacy based on time to event data...
This paper deals with a stochastic Susceptible-Infective-Vaccinated-Susceptible (SIVS) model with in...
Vaccine effect, as measured in clinical trials, may not accurately reflect population-level impact. ...
“Leaky” vaccines are those for which vaccine-induced protection reduces infection rates on a per-exp...
Mathematical models of epidemics have a long history of contributing to the understanding of the imp...
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
Background: Motivated by the unexplained variation in the performance of some vaccines across differ...
<p>Field estimate (vertical axis) represents the vaccine effectiveness estimate derived from empiric...