"full vaccination" is a correct and usable phrase in written English.
It refers to having received all necessary doses of a vaccine to be fully protected against a certain disease. Example: "In order to travel to certain countries, you must show proof of full vaccination against yellow fever."
Full vaccination requires three vaccine shots.
Late or selective vaccinators, who are willing to have some vaccines, may also contemplate full vaccination if guided by a health professional [ 5]. 'Vaccine refusers' are usually in the pre-contemplation stage where they are not considering vaccinating at all.
The base-case results of the model presented here indicate that full vaccination with the two-dose RIX4414 vaccine in Germany has the potential to prevent almost 82% of RVGE cases in a birth cohort over the age range 0 5 years.
The full vaccination schedule which every child should receive includes 12 vaccines.
Combination vaccines reduce the number of injections required for full vaccination and improve the timeliness of vaccination, thereby contributing to maintaining high levels of vaccine coverage [ 8, 9].
We previously reported higher anti-HPV-16 and -18 immune responses induced by HPV-16/18 HPV-16/18ompared with HPvaccine16/18 vacompared Month 7 (one month after completion of full vaccination series) in withn aged 18–45 y in an observer-blind study NCT00423046; the differences of immune response magnitudes were maintained up to Month 24.
In the United States during the 2011 12 influenza season 44.3% of children 6 23 months of age received full vaccination, and 38.3% of persons >18 years of age were vaccinated (38 ).
Six doses are needed for a full vaccination for one person, so five million doses would be enough for 833,000 people.
And the Global Alliance for Vaccines and Immunisation, which is heavily backed by the Gates Foundation, reckons that a full vaccination programme in the 72 poor countries in which it operates would cost, over the next decade, between $11 billion and $15 billion.
A Microsoft Excel-based Markov cohort model has been used to compare predicted outcomes and costs between full vaccination (100% coverage) and no vaccination.
Table 4 shows the cost from the SHI perspective for both scenarios, no vaccination and full vaccination of the birth cohort.
