Examples of using Protective levels in English and their translations into Polish
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At least 92% developed protective levels of antibodies against pertussis.
The vaccine is more effective in children and 95 percent of those vaccinated have protective levels of antibody.
Horses developed protective levels of antibodies two weeks after primary vaccination.
Quintarix was as effective as the two separate vaccines at producing protective levels of antibodies.
The production of protective levels of antibodies against the two influenza vaccine strains was measured in all studies.
The main measure of effectiveness was the production of protective levels of antibodies against the influenza components.
Moreover, protective levels of antibodies were seen in 71.6% of patients with a weakened immune system and 77.5% of patients with a long-term illness.
Before vaccination, most of the people in the study had no protective levels of antibodies against the virus.
In the second main study, 85.8% of healthy adults under 60 and 80.2% of healthy adults aged 60 and over had protective levels of antibodies.
The measure of effectiveness was the production of protective levels of antibodies against tetanus toxoid after vaccination.
In children, four weeks after the final injection, 99% to 100% of children who received both doses of Ixiaro had developed protective levels of antibodies.
The main measure of effectiveness was the production of protective levels of antibodies against tetanus toxoid after vaccination.
The additional studies showed that all of the girls aged 10 to 14 years who were given Cervarix developed protective levels of antibodies against HPV types 16 and 18.
Similar proportions of adult patients developed protective levels of anti-pneumococcal and anti-tetanus antibodies and antibody titers were similar among STELARA-treated and control patients.
After booster vaccination, there was an increase in the number of infants with protective levels of antibodies against the active substances.
The results of the studies presented showed that the thiomersal-free vaccines produced protective levels of antibodies against hepatitis B virus to a similar extent to the vaccines that contained thiomersal at the end of the vaccination course.
Similarly in children, after the second 7.5-microgram dose, 85% of children aged 9 to 17 years,73% of those 3 to 8 years, and 69% of those aged 6 to 35 months had protective levels of antibodies 21 days after the second injection.
One month after the last dose, 91% of the patients receiving Fendrix had protective levels of antibodies against the hepatitis B virus, compared with 84% of those receiving the comparator.
Two of the studies compared Ambirix with other vaccinesagainst hepatitis A and B. The main measure of effectiveness was the proportion of vaccinated children who developed protective levels of antibodies one month after the last injection.
The results of the studies presented showed that the thiomersal-free vaccines produced protective levels of antibodies against hepatitis B virus to a similar extent to the vaccines that contained thiomersal at the end of the vaccination course.
The main measure of effectiveness was the proportion of patients who developed protective levels of antibodies against the hepatitis B virus.
After one month, between 86 and 100% of the infants had developed protective levels of antibodies against all of the active substances in Infanrix Penta.
The main measure of effectiveness was the proportion of the children who had developed protective levels of antibodies to hepatitis A and hepatitis B.
The main measure of effectiveness was the proportion of vaccinated children who developed protective levels of antibodies one month after the last injection.
The nine studies showed that the first course of injections with Infanrix Hexa was as effective at producing protective levels of antibodies as separate vaccines containing the same active substances.
The nine studies showed that the first course of injections with Infanrix Hexa was as effective at producing protective levels of antibodies as separate vaccines containing the same active substances.
All children had satisfactory antibody levels to hepatitis A by two months, and almost 100% had protective levels of antibodies to hepatitis B by six months just before the third vaccine dose.
The effect of Fendrix lasted longer than that of the comparator vaccine:80% of the patients receiving Fendrix maintained protective levels of antibody for up to three years, compared with 51% of those receiving the comparator.
In addition, those requirements include the mandatory antibody titration before entry of the pet animals into the territory of those Member States, to confirm a protective level of anti-rabies antibodies.
Mandatory antibody titration before entry into their territory to confirm a protective level of anti-rabies antibodies.
