Although maternal vaccination didn't substantially reduce neonatal RSV-associated lower respiratory tract infections, it provided up to 50% reduction of many clinically important outcomes.
During the first 3 postnatal months infants are susceptible to pneumonia caused by respiratory syncytial virus (RSV), resulting in >100,000 deaths globally (particularly in settings with poverty, crowding, and air pollution). A monoclonal antibody to RSV fusion protein (F protein) can, through passive immunity, protect high-risk infants from RSV infection. To test whether an investigational RSV vaccine based on F protein is efficacious, investigators randomized 4636 pregnant women at 28 to 36 weeks' gestation to receive a single dose of vaccine or placebo in an international trial sponsored by the manufacturer and the Gates Foundation.
The primary endpoint, RSV-associated medically significant lower respiratory tract infection, was observed …
Reviewing Author
DisclosuresConsultant/Advisory BoardAicuris; Bayer; GSK; Innovative Molecules; Merck; MAPP Biopharmaceutical (Safety Monitoring Committee)
RoyaltiesUpToDate
Grant/Research SupportNIH/National Institute of Allergy and Infectious Diseases; GSK; Moderna; Assembly Biomedical; Aicuris
Editorial BoardsSexually Transmitted Diseases; Sexually Transmitted Infections; Journal of Infectious Diseases
Leadership PositionsID Division Chiefs Community of Practice (At-Large Member)
DisclosuresConsultant/Advisory BoardAicuris; Bayer; GSK; Innovative Molecules; Merck; MAPP Biopharmaceutical (Safety Monitoring Committee)
RoyaltiesUpToDate
Grant/Research SupportNIH/National Institute of Allergy and Infectious Diseases; GSK; Moderna; Assembly Biomedical; Aicuris
Editorial BoardsSexually Transmitted Diseases; Sexually Transmitted Infections; Journal of Infectious Diseases
Leadership PositionsID Division Chiefs Community of Practice (At-Large Member)