Neonatal Infectious Diseases/Immunology 4: Immunity in early life

70 - Modulation of Bone Marrow Progenitor Niches as a Mechanism Underlying Trained Immunity Induced by In-Vivo CpG-DNA Treatment

061 - Bacille Calmette-Guérin (BCG) vaccine induces distinct shifts in the human newborn monocyte metabolome in vitro and peripheral blood plasma in vivo: Implications for neonatal trained immunity

062 - Bacterial extracellular vesicles (BEVs) from stool of preterm infants with and without antibiotic therapy modulate innate immune cells

063 - Decreased peripheral regulatory T cells are associated with the hyperinflammation seen in neonatal capillary leak syndrome

064 - Defining Patterns of Lung Injury and Repair Following Perinatal Influenza Virus Infection

065 - Identification and Multiomic Profiling of nicT cells: a Neonatal CD8 T Lymphocyte Subpopulation. "A distinct lineage of cells hiding in plain sight."

066 - Infant αβ CD8+ T cells are enriched for innate-like populations

068 - Neonatal NET-Inhibitory Factor inhibits SYK and ERK signaling pathways in human neutrophils

069 - Neonatal sodium depletion alters innate immune cell expression in response to murine neonatal sepsis.

072 - Preterm murine neonatal neutrophils are distinct and more pro-inflammatory than adult murine neutrophils

073 - Sex and Neonatal Immune function

074 - The Immune-Checkpoint Molecule CD200 Worsens the Outcome of Neonatal Sepsis in Mice