AbstractInfants are born with immature immune systems, making it difficult for them to effectively respond to the infectious pathogens encountered shortly after birth. Maternal antibody is actively transported across the placenta and serves to provide protection to the newborn during the first weeks to months of life. However, maternal antibody has been shown repeatedly to inhibit the immune responses of young children to vaccines. The mechanisms for this inhibition are presented and the impact on ultimate immune responses is discussed
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
There remains a general misconception that the immune status of the fetus and neonate is immature or...
AbstractInfants are born with immature immune systems, making it difficult for them to effectively r...
AbstractMaternal antibody prevents the use of live, attenuated measles vaccine (LAV) before 6–9 mont...
During the last few decades, maternal immunization as a strategy to protect young infants from infec...
Antepartum maternal vaccination can protect highly sensitive newborns before they are old enough to ...
With birth, the newborn is transferred from a quasi-sterile environment to the outside world. At thi...
Vaccines that successfully prevent severe infant respiratory virus diseases should induce protection...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
Introduction: Immunisation during pregnancy to protect infants against tetanus, pertussis and influe...
Vaccinating women in pregnancy (i.e., maternal immunization) has emerged as a promising tool to tack...
Influenza is an important cause of illness and morbidity for infants. Seasonal influenza vaccination...
Infants are particularly vulnerable to infection and severe disease, yet we lack effective vaccines ...
Several mechanisms have been suggested as mediating the inhibitory influence of maternal antibodies ...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
There remains a general misconception that the immune status of the fetus and neonate is immature or...
AbstractInfants are born with immature immune systems, making it difficult for them to effectively r...
AbstractMaternal antibody prevents the use of live, attenuated measles vaccine (LAV) before 6–9 mont...
During the last few decades, maternal immunization as a strategy to protect young infants from infec...
Antepartum maternal vaccination can protect highly sensitive newborns before they are old enough to ...
With birth, the newborn is transferred from a quasi-sterile environment to the outside world. At thi...
Vaccines that successfully prevent severe infant respiratory virus diseases should induce protection...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
Introduction: Immunisation during pregnancy to protect infants against tetanus, pertussis and influe...
Vaccinating women in pregnancy (i.e., maternal immunization) has emerged as a promising tool to tack...
Influenza is an important cause of illness and morbidity for infants. Seasonal influenza vaccination...
Infants are particularly vulnerable to infection and severe disease, yet we lack effective vaccines ...
Several mechanisms have been suggested as mediating the inhibitory influence of maternal antibodies ...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
Pregnant women and infants are at an increased risk of severe disease after influenza infection. Mat...
There remains a general misconception that the immune status of the fetus and neonate is immature or...