Sentence examples for immunized population from inspiring English sources

This exploratory testing was then included also in the observational study (OBS) to verify prospectively the presence or not of the same modifications found in the immunized population.

To better understand genome evolution in B. pertussis circulating in the immunized population, we developed an oligonucleotide-based microarray for comparative genomic analysis of Finnish strains isolated during the period of 50 years.

This epidemic behavior was similar, although with lesser intensity, to that of the most typical isolates of ST11 of serogroup C. The increase and subsequent decrease in the number of cases of both serogroups (Figure 1), as well as their superposition (serogroup B plus serogroup C), reflects the epidemic dissemination of the hypervirulent ST11 in an only partially immunized population.

Nine cases also occurred in the immunized population, for a calculated vaccine effectiveness of 84%.

It is worth to underlined that infections connected with C. diphtheriae can occur in immunized population.

Furthermore, it gives us a better understanding of the dynamics of the B. pertussis strains circulating in the immunized population.

However, due to increasing measles outbreaks, especially among previously immunized populations, the Immunization Practices Advisory Committee (ACIP) recently recommended modifying the one-dose measles vaccination policy to a two-dose schedule, one at 15 months and one at age 5 or 6 years.

We therefore recommend that all cases of adult AFP be fully evaluated in highly immunized populations.

To better understand the evolution of B. pertussis in immunized populations, an oligonucleotide-based microarray was developed and used for comparative genomic analysis of Finnish strains isolated during a period of 50 years.

Our results showed that the progressive gene loss occurred in Finnish B. pertussis strains isolated during a period of 50 years and confirmed that B. pertussis is dynamic and is continuously evolving, suggesting that the bacterium may use gene loss as one strategy to adapt to highly immunized populations.

The disease spreads rapidly in unimmunized or inadequately immunized populations, especially children.