In such scenario, although the intercept is still within the boundary of the allocative efficiency curve in figure 2, an immediate mean decrease of vaccination coverage rate of 10.1%±0.9% would be observed.
There is, however, plenty of research showing how infant and child mortality has decreased because of vaccinations.
Taking into account our results and the subtypes of HPV infection that can be prevented by the vaccine, the incidence of OSSN should not be expected to decrease because of vaccination.
Furthermore, functional limitations, such as requiring assistance for bathing for example, have been demonstrated to be associated with a decreased likelihood of vaccination, even in aged persons free of comorbid conditions.
A decrease in costs of vaccination, e.g. by 50% per vaccine dose and to 5.20 Euros administration costs, lowers the ICER by 63%.
Varicella incidence decreases after introduction of vaccination, while HZ incidence may increase or decrease depending on whether or not immune boosting is present.
For example, during harvest seasons we might find fewer household members and eligible children at home; the number of vaccinations would decrease in this situation while the denominator would remain high.
For results shown below, we assumed the daily number of vaccinations gradually decreased throughout the campaign.
The number of vaccinations administered decreased with age, ranging from 29% among 11 year olds to 5% in the 16 year olds (data not shown).
A study they conducted found exposure to an anti-vaccine website for just five to ten minutes not only increased fears about the risks of vaccinations but also decreased their concerns about not vaccinating their child.
