Protective Transfer: Maternal passive immunization with a rotavirus-neutralizing dimeric IgA protects against rotavirus disease in suckling neonates iconProtective Transfer: Maternal passive immunization with a rotavirus-neutralizing dimeric IgA protects against rotavirus disease in suckling neonates

Protective Transfer: Maternal passive immunization with a rotavirus-neutralizing dimeric IgA protects against rotavirus disease in suckling neonates

Welcoming Remarks and Keynote Address iconWelcoming Remarks and Keynote Address

Welcoming Remarks and Keynote Address

30 Million Vulnerable Newborns Annually: What Next for Highest Impact in Programmes and Research icon30 Million Vulnerable Newborns Annually: What Next for Highest Impact in Programmes and Research

30 Million Vulnerable Newborns Annually: What Next for Highest Impact in Programmes and Research

Multi-Omic Trajectories in Healthy and Pathological Pregnancies iconMulti-Omic Trajectories in Healthy and Pathological Pregnancies

Multi-Omic Trajectories in Healthy and Pathological Pregnancies

MOA iconMOA

MOA

Maternal Mediators Impacting on Offspring's Immunity and Health iconMaternal Mediators Impacting on Offspring's Immunity and Health

Maternal Mediators Impacting on Offspring's Immunity and Health

Coffee Break iconCoffee Break

Coffee Break

Neonatal Sepsis Mechanisms iconNeonatal Sepsis Mechanisms

Neonatal Sepsis Mechanisms

Short Talk: Maternal Microchimeric Cells Shape Offspring’s Brain Function by Regulating Microglia Inflammation iconShort Talk: Maternal Microchimeric Cells Shape Offspring’s Brain Function by Regulating Microglia Inflammation

Short Talk: Maternal Microchimeric Cells Shape Offspring’s Brain Function by Regulating Microglia Inflammation

Short Talk: The Maternal and Fetal Contribution of NLRP3 Signaling in the Pathophysiology of Preterm Labor and Birth iconShort Talk: The Maternal and Fetal Contribution of NLRP3 Signaling in the Pathophysiology of Preterm Labor and Birth

Short Talk: The Maternal and Fetal Contribution of NLRP3 Signaling in the Pathophysiology of Preterm Labor and Birth